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 D3-18_00001 705 hypothetical protein GTGAGTAATTCCGACTCATATCCCAAGCCGAGCACAGGTGTCCCCGGCGGACTCCGGCAGCCCTCGGGCAGCGCACAGGCAGGAACGCCTGCACGGCCCCAGCAGCGTCCCGGAACCGGTTCTTCCGGCGCCGGCGCAGCCGGAGCACGTCCCGCAGGTGGCACCAACTCCGCCCAGCGGCCTACCGGCGCTCCCGGCCAGCGTCCTGCCACCGGGGCTCAGCGTCCCGCCGGTGCCCCAGGCCAGCGTCCCGCGCAGCCCGGCCAGCGTCCTGCAGGCACGGCTACCCAGCGCCCTGCCCAGGGTGGTCCCGGACTTGTGAAGCCGGCCCCCAAGGCAAAGGTTCGCCGCGCGCGCCTCCTTGTCAGCAAGGTAGACCCTTGGTCAGTGCTGAAAATGGCATTCCTGCTGTCTGTTGCATTGGGCATCGTCACCGTCGTGGCAGCAATTGTTCTCTGGACTGTGTTGGATCTCACAGGCATCTTTAATCAGGTGGATAGCCTTCTCGGCACCTTGGCGGGCTCCGAAGGCAGCGGGTTCGAACTGAAGAAGATTGCTTCGCTTGGCCAGGTGGCGTCGTTTGCCACCATCATCGCCGTGGTGAACGTGGTCCTGTTGACTGCACTGTCCATGCTTTCGGCCGTGCTGTATAACATTTCCGCAACGTTGGTTGGTGGCGTTGGCGTCACCCTGACCGACGACTAA MSNSDSYPKPSTGVPGGLRQPSGSAQAGTPARPQQRPGTGSSGAGAAGARPAGGTNSAQRPTGAPGQRPATGAQRPAGAPGQRPAQPGQRPAGTATQRPAQGGPGLVKPAPKAKVRRARLLVSKVDPWSVLKMAFLLSVALGIVTVVAAIVLWTVLDLTGIFNQVDSLLGTLAGSEGSGFELKKIASLGQVASFATIIAVVNVVLLTALSMLSAVLYNISATLVGGVGVTLTDD NA NA NA NA NA D3-18_00002 2670 gyrA_1 COG0188 DNA gyrase subunit A ATGAGTGACGAAACTCCCGAAGTCCCGGCGGAATCCAACGCCGATGACGTCATCCTTGAGGGCGATGTGCTGACTGACCGCGTGGAACAGGTGGACCTGCAGACGGAAATGCAGCGGTCCTACCTGGACTACGCCATGGCCGTTATCGTCGGTCGAGCCCTCCCGGATGTCCGCGATGGCCTCAAGCCGGTGCACCGCCGCGTTTTGTACGCAATGTTCGACGGCGGATACCGCCCCGACCGCTCGTTTAACAAGTGCGCCCGCGTTGTGGGCGACGTCATGGGTACGTACCACCCGCATGGCGACATGGCGATTTACGATGCCCTGGTCCGCCTGATCCAGGACTGGACCATGCGCTACCCGCTGGCACTCGGACAGGGCAACTTCGGTTCGCCCGGTAACGACGGCGCTGCTGCACCGCGTTACACCGAAACGAAGATGGCCCAGTTGGCCATGGAAATGGTCCGCGACATCGACGAGGAAACCGTCGACTTCCAGGACAACTACGACGGCAAGAACCAGGAACCCACCATCCTGCCGGCGCGTTTCCCCAACCTGCTGGTCAACGGCTCCTCAGGTATCGCCGTCGGTATGGCCACCAACATTCCGCCGCACAACCTTCGCGAGGTTGCCGAAGGCGTCCAGTGGGCGCTTGATAACCCCACCGCCACGCGCGAAGAGCTCCTCGAAGCACTGCTGCTGCGTATCAAGGGCCCCGACTTCCCCACGGGCGCCACCATTCTTGGCCACAAGGGCATCGAAGACGCCTACCGAACCGGCCGCGGTTCCATCACCATGCGGGCCGTGGTCAATGTGGAGGAACTCCAGGGCCGCACGTGCCTGGTGGTGACCGAGCTTCCGTACCAGGCCAACCCGGACAATCTGGCCATCAAGATTGCCGAACTGGTCAAGGACGGCAAGATCCAGGGCATCGCGGACCTCCGGGATGAAACCTCCGGCCGTACCGGCCAGCGCCTGGTGATCGTGCTCAAGCGCGATGCCGTAGCCAAGGTGGTCCTCAACAACCTGTACAAGCACACTCAGCTGCAGGACAACTTCTCTGCGAACATGCTGGCAATCGTCGACGGCGTCCCGCGCACCCTGAGCCTGGATGCCTTCATCCGGCACTGGGTTGCACACCAGATGGATGTCATTGCCCGACGGACCCGCTACCGCTTGCGCAAGGCTGAGGAAGAAGCGCACATTCTGCGGGCACTCCTCAAGGCACTGGACATGCTGGACGAGGTCATTGCGCTGATCCGCGCCTCCAACACCACGGAAGCGGCCCGCGAGGGCCTCATGGAACTCCTGGAGATCGACGAACTTCAGGCCCGCGCCATCCTGGACATGCAGCTGCGCCGTTTGGCTGCCCTGGAACGCCAGAAGATTCAGGACCGCCACTCCGAGCTCGAAGCGATGATCCAGGAATACAACGCGATCCTGGCTTCCGAGGAACGCCAGCGCCGGATCATCAGCGAGGAACTCGCGGAGATCGTTGCCAAGCACGGCGACGACCGCCGTACGCACATCCTGATGGGCTTCGACGGCGACATGTCCATGGAGGACCTGATCCCCGAAGAGGAAATGGTTGTCACCATCACCCGTGGTGGCTACGTAAAGCGCACCCGCAGCGACAACTACCGTTCGCAGCAGCGTGGCGGTAAGGGCATCAAGGGTGCGCAGTTGCGTGGCGACGACGTGGTGGAACACTTCTTCGTCACCACCACGCACCACTGGTTGTTGTTCTTCACCAACCTTGGACGCGTGTACCGGGCAAAGGCTTACGAACTGGCAGAAGCCGGCCGCGATGCCAAGGGCCAGCACGTTGCCAACTTGCTGGCTTTCCAGCCCGATGAGCACATCGCCCAGGTCCTTGACCTGAGGGACTACCAGCAGGCTCCGTACCTGGTCCTGGCCACAAAGAACGGATTGGTCAAGAAGACACGGCTGGAGGACTATGACACCAACCGTACGGCCGGTGTCATCGCCATAAACCTGCGCGATGAGGACGAGCTTGTCTCGGCCCAGCTGGTCAGCGAAACCGATGACCTCCTCCTGGTGTCACGCAAGGGCCAATCCATCCGCTTCACGGCCACCGATGATGCTTTGCGTCCCATGGGCCGCGCCACGTCCGGTGTGACCGGTATGAAGTTCCGTGAAGACGACGAACTGCTCGCCGCAGACGTTGTCCAGGACGGCTCCTTCGTCTTCATCGTGACCGAGGGCGGCTACGCCAAGCGGACCGCCGTGGACGAGTATCGGCTCCAGGGCCGTGGTGGCCTGGGCATCAAGGTGGCCAAGCTTGCTGAAGACCGTGGTGACCTTGTTGGCGCACTGATCGTGCAGGAAGAGGACGAAGTCCTGGTGGTCATGGAGGGTGGCAAGGTTGTCCGCTCGGCCGTAACCGGCGTCCCCGCCAAGGGCCGCGACACCATGGGTGTCATCTTCGCCAAGCCGGACAAGAATGACCGCATTATCGAAGTCGCGCGCAACAGCGAACGCGGCTTGGAAGTAGAAGAGTCAGAGGACGGACTCGACGATGACGTAACGTTGGCTGCAAACGACGGCGCCTCCGAGGCGACCGTGACGGACGAAACGGAAAACGACGCAGACCCGGATATCGAAACGGGCGCGGAGCTGAACGAAGACAATACCGGAGGTAACGAGTGA MSDETPEVPAESNADDVILEGDVLTDRVEQVDLQTEMQRSYLDYAMAVIVGRALPDVRDGLKPVHRRVLYAMFDGGYRPDRSFNKCARVVGDVMGTYHPHGDMAIYDALVRLIQDWTMRYPLALGQGNFGSPGNDGAAAPRYTETKMAQLAMEMVRDIDEETVDFQDNYDGKNQEPTILPARFPNLLVNGSSGIAVGMATNIPPHNLREVAEGVQWALDNPTATREELLEALLLRIKGPDFPTGATILGHKGIEDAYRTGRGSITMRAVVNVEELQGRTCLVVTELPYQANPDNLAIKIAELVKDGKIQGIADLRDETSGRTGQRLVIVLKRDAVAKVVLNNLYKHTQLQDNFSANMLAIVDGVPRTLSLDAFIRHWVAHQMDVIARRTRYRLRKAEEEAHILRALLKALDMLDEVIALIRASNTTEAAREGLMELLEIDELQARAILDMQLRRLAALERQKIQDRHSELEAMIQEYNAILASEERQRRIISEELAEIVAKHGDDRRTHILMGFDGDMSMEDLIPEEEMVVTITRGGYVKRTRSDNYRSQQRGGKGIKGAQLRGDDVVEHFFVTTTHHWLLFFTNLGRVYRAKAYELAEAGRDAKGQHVANLLAFQPDEHIAQVLDLRDYQQAPYLVLATKNGLVKKTRLEDYDTNRTAGVIAINLRDEDELVSAQLVSETDDLLLVSRKGQSIRFTATDDALRPMGRATSGVTGMKFREDDELLAADVVQDGSFVFIVTEGGYAKRTAVDEYRLQGRGGLGIKVAKLAEDRGDLVGALIVQEEDEVLVVMEGGKVVRSAVTGVPAKGRDTMGVIFAKPDKNDRIIEVARNSERGLEVEESEDGLDDDVTLAANDGASEATVTDETENDADPDIETGAELNEDNTGGNE PGPT0027705_992 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 D3-18_00003 2079 gyrB_1 COG0187 DNA gyrase subunit B GTGGCTAACGACAATGCAGAGACCTTGGCAGTAGAGCCCGAAGAGGAGACTGTTCCCAAGCCTGACACGCCCGCGGAGGCGCCCAGGGAGTACGGTGCCAGCGATATTACCGTGCTGGAGGGTCTCGAAGCCGTGCGCAAACGCCCCGGCATGTACATCGGCTCAACCGGTCCCCGCGGCCTGCACCACTTGGTCTATGAAGTGGTGGACAACTCTGTTGACGAGGCCTTGGCTGGTTACTGCAGCCACATCGAAATCACGCTCCGTGCTGATGGTGGAGTCCGCGTTGTGGACGATGGCCGCGGCATTCCCGTGGACATTCACCCGACCGAGGGCAAGCCCACCGTTGAAGTGGTCATGACCATCCTGCACGCCGGCGGCAAGTTCGGAGGCGGCGGCTATGCCGTTTCCGGTGGTCTTCACGGTGTTGGCATTTCCGTGGTTAACGCCCTGTCGCGCCGGGTTGACACTGAAGTCCGCCGCCAGGGTCACGTTTGGCGCATGACCTTCGCCGACGGCGGCAAGCCGCAGGGCGAACTCGTCAAGGGCGAGGCTACCGACGTGACGGGGACGTCCCAGACGTTCTACCCGGACGGCACCATCTTCGAGTCAACCGAGTTCGACTTCGAGACTCTGCGTGCACGTTTCCAGCAAATGGCCTTCCTCAATAAGGGCCTGCGGATCACGCTCACTGATGAGCGTCCGGTCAACCGTGATGGGGATGACGATCTCGATCTCGACGCCGTCGCAACCGAAGGCGAAGTAGCCGCCGAGCACCGCACCGTCGTCTACGAATACCCGGACGGCCTGTTGGACTACGTCAAGCACCTGAACTCGAGCAAGAAGGTTGAAATCGTCCACGAGGACGTCATCGCTTTCGAAACCGAAGATACTGAGCGGCACATCGCCGTCGAGGTTGCCATGCAGTGGACCACCGCTTACTCAGAAAGTGTCCACACGTATGCAAACACGATCAACACCCATGAGGGTGGAACGCACGAAGAAGGTTTCCGCGCCGCGATGACCTCGCTCATCAACCGCTATGCGCGGGAGAAGAGCATCATCAAGGAAAAGGAAGACAACCTCACCGGCGATGACATCCGCGAAGGTTTGACGGCCGTTATCTCGGTGAAGCTTTCCGAGCCGCAGTTCGAAGGCCAGACCAAGACTAAGCTCGGCAATTCCGAGGTCAAGGGCTTCGTCCAGCGAGTTGTCACGGATCAGTTGGGTGACTGGCTGGAACGGAATCCCGGCCCGGCCCGCGATGTCATCCGCAAGGCCATTTCCGCTGCCCAAGCCCGCATGGCAGCTCGCAAGGCCCGCGATAACGCCCGCCGGAAGAGCCCGCTGGAGTCCTTCGGCATGCCCGGCAAACTCTCTGACTGCTCTTCAAAGGATCCCTCACGTTGCGAGGTTTACCTTGTGGAGGGTGACTCGGCCGGTGGTTCCGCCAAGCGTGGCCGTAACCCGGAGACCCAAGCCATCCTGCCGCTGCGAGGCAAGATCCTGAACGTGGAGCGCGCCCGCCTGGACAAGGCGTTGGGTAACGCCGAAGTCCAGTCCATGATTACTGCCTTCGGAACGGGCATCGGCGAGGACTTCGATATCGCCAAACTGCGCTATCACAAGATCGTCCTGATGGCCGATGCTGACGTCGATGGGCAGCACATCACCACCCTGTTGATGACGCTGCTGTTCCGCTACATGCGTCCGCTCATCGAGAACGGTTACGTGTACCTGGCGCAGCCGCCGCTGTACAGGATCAAGTGGTCCAACGCAGCCCACGACTACGTTTACAGCGACCGCGAACGCGATGAAACCATCCGCAAGGGCGCCGCGATGAACAAGCGACTGCCTAAGGACAACGGCATCCAGCGCTACAAGGGCCTTGGCGAGATGGACTACACGGAGCTGTGGGATACCACCATGGACCCGGATCGTCGCACGCTGCTGCAGGTCACCATGGACGATGCACTGGCCGCCGATCAAACCTTCTCCGTCCTGATGGGCGAGGACGTCGAATCGCGCCGTAACTTCATTCAGCAGAACGCCAAGGACGTCAGGTTCCTCGATATCTAG MANDNAETLAVEPEEETVPKPDTPAEAPREYGASDITVLEGLEAVRKRPGMYIGSTGPRGLHHLVYEVVDNSVDEALAGYCSHIEITLRADGGVRVVDDGRGIPVDIHPTEGKPTVEVVMTILHAGGKFGGGGYAVSGGLHGVGISVVNALSRRVDTEVRRQGHVWRMTFADGGKPQGELVKGEATDVTGTSQTFYPDGTIFESTEFDFETLRARFQQMAFLNKGLRITLTDERPVNRDGDDDLDLDAVATEGEVAAEHRTVVYEYPDGLLDYVKHLNSSKKVEIVHEDVIAFETEDTERHIAVEVAMQWTTAYSESVHTYANTINTHEGGTHEEGFRAAMTSLINRYAREKSIIKEKEDNLTGDDIREGLTAVISVKLSEPQFEGQTKTKLGNSEVKGFVQRVVTDQLGDWLERNPGPARDVIRKAISAAQARMAARKARDNARRKSPLESFGMPGKLSDCSSKDPSRCEVYLVEGDSAGGSAKRGRNPETQAILPLRGKILNVERARLDKALGNAEVQSMITAFGTGIGEDFDIAKLRYHKIVLMADADVDGQHITTLLMTLLFRYMRPLIENGYVYLAQPPLYRIKWSNAAHDYVYSDRERDETIRKGAAMNKRLPKDNGIQRYKGLGEMDYTELWDTTMDPDRRTLLQVTMDDALAADQTFSVLMGEDVESRRNFIQQNAKDVRFLDI PGPT0027710_1142 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 D3-18_00004 555 hypothetical protein ATGGCGAAGGATAGCCACGACGGACTTCAACCCGGCCGTGAGCCGGATGAAATTGATGCTGCCCAAGCGGCACTGAACCGGATGCGCGAAGCCGCAGCTGCCCGCGGCGAAGTACGGCAACGCGCGCCGAGGCCCGGATCTGTTCCGAAACGCAAAGGGCTGCGGGATACCAGAGGCTTCACCCAATTCCACGGCAGCGGCCGTGATCCCTTGGGACTTGGCAAAGTAGTAGGCCGTTTGGTGGCCGAACGCGGTTGGACATCTCCTGTGGCCGTCGGCTCGGTCATGGCGGAGTGGGAGACTCTGGTGGGGCCGGACATCTCCGCCCACTGCACGCCGGAGAGCTTCACTGACACCACGCTTCACGTCCGTTGCGACTCCACGGCTTGGGCCACACAGCTGCGGCTTTTGAGCACCAGCCTCCTGGAGATGTTCCGCAATGAACTGGGCGAAGGAGTGGTCACGAGCATTCAGGTGTTGGGACCTTCAGCTCCAAGTTGGCGAAAGGGCGGACGCAGCGTCAACGGTCGCGGACCGAGGGACACTTACGGCTAA MAKDSHDGLQPGREPDEIDAAQAALNRMREAAAARGEVRQRAPRPGSVPKRKGLRDTRGFTQFHGSGRDPLGLGKVVGRLVAERGWTSPVAVGSVMAEWETLVGPDISAHCTPESFTDTTLHVRCDSTAWATQLRLLSTSLLEMFRNELGEGVVTSIQVLGPSAPSWRKGGRSVNGRGPRDTYG NA NA NA NA NA D3-18_00005 1194 recF COG1195 DNA replication and repair protein RecF GTGTACCTCGAACATCTTTCGCTGACGGATTTCCGAAGCTATGCACAGGTCGACTTGAAACTCGGCCCCGGCGTGACGGTCTTGGTGGGTTCCAACGGAATCGGCAAGACCAATCTCATGGAAGCCATCGGATATCTGGCTACGTTGAGTTCCCACCGGGTTAGCACGGATGCTCCGCTTCTTCGTTTCGGCACGGAGCGCGCCATGATCCGGGCGAGGCTCGTCCGCGGTGAGCAGTCAACGGTCATCGAACTTGAAATCAATTCCGGGCGCGCGAACCGGGGACGCATCAACCGCAGCAACCCGGTCCGGGCCCGGGACATTTTGGGAATCTGCCAAACGGTGTTGTTCGCACCCGAGGATTTAGCACTGGTCAAGGGCGATCCTTCGAATCGGAGGCGCTTTCTGGATGAGCTGCTGGTGAGCCTGGTTCCGCGGCACGCTGCAACCCGCAGCGACTACGACCGTGTGTTGAAGCAACGCAATGCCCTGCTGAAATCGGCCCGCACCGGCAAGTTCACCGCCGGGCACGAGGCGACCCTGGATGTCTGGGATCAGCACATGGCCCGTGCCGGCGCGGAGTTACTGCACGCACGCCTGGAACTTGTGGAGCGCTTGCGTCCCCACCTGAACAGCGCTTACGCCCAGCTCACTGATGGATCCAAGGACGCTGGAGCCGTCTACCGCTCAACCATTCAGGGCGTACTTGACGACGACGGCGGGCCGGCCGACCAGGGAACGGAGCCTTCGGCGTCGGTTGATGACCTCCGCCTGCTGTCCGTTGACGAACTTACGGAGCGCTACATCCAAGCCTTCGCAGCGTCCAGAAAAAAGGAACTGGAACGCGGCATCTCCTTGGTAGGTCCGCACCGCGACGAACTGGAACTCGTTCTGGGACAGGCCCCGGCCAAGGGGTACGCGTCGCATGGTGAAACGTGGTCCATGTGCCTGTCAATGCGCCTGGCTTCCTACTACGTGATGCTGGATGACGCCCGGACCGGTGGCACTGCGCCAATCCTCATCCTGGACGACGTTTTCGCCGAACTGGATGTCCATCGGCGGCGTAAACTGGCAGCAATAGTCGCTGGTGCCGAGCAAGTGCTGGTGACTGCCGCCGTCGATGCCGATATTCCCGAGGAGCTGGCCGGACGGCGCGTAACCGTTGTTCCGGGAGGCATCGATGGCGAAGGATAG MYLEHLSLTDFRSYAQVDLKLGPGVTVLVGSNGIGKTNLMEAIGYLATLSSHRVSTDAPLLRFGTERAMIRARLVRGEQSTVIELEINSGRANRGRINRSNPVRARDILGICQTVLFAPEDLALVKGDPSNRRRFLDELLVSLVPRHAATRSDYDRVLKQRNALLKSARTGKFTAGHEATLDVWDQHMARAGAELLHARLELVERLRPHLNSAYAQLTDGSKDAGAVYRSTIQGVLDDDGGPADQGTEPSASVDDLRLLSVDELTERYIQAFAASRKKELERGISLVGPHRDELELVLGQAPAKGYASHGETWSMCLSMRLASYYVMLDDARTGGTAPILILDDVFAELDVHRRRKLAAIVAGAEQVLVTAAVDADIPEELAGRRVTVVPGGIDGEG NA NA NA NA NA D3-18_00006 885 COG1023 6-phosphogluconate dehydrogenase, NAD(+)-dependent, decarboxylating GTGCACATCGGACTGATCGGCCTCGGAAAAATGGGTTTCAACATGCGGGAACGCATGCGGAACGGTGGCATTGAGGTCACAGGTTTTGATCGCAATCCTGATGTCACGGACGTCGCGTCGGTTGATGAACTCATCGCTGCATTGCCCACTCCACGGTTGGTGTGGGTGATGGTTCCGTCGGGTGAGATTACTGATGCCGTCGTGACGGAGCTCGGCGACAAGCTCAGTCCGGGCGACTTGGTCATCGACGGCGGCAACTCACGTTTCACGGAAGACCAGAAGCACGCTGCTGCACTCGCCGAAAAGAGCATCCGCTTCGCAGATTGTGGTGTGTCCGGCGGTGTTTGGGGCCTCCAGAACGGTTACGGCCTTATGGCAGGCGGCGCCGATGAGGACATTGAACTTGCCATGCCCGTTTTCGATGCACTCCGTCCTGAGGGTGAACGGGCAGACAGCTTTGTCCACGTTGGCGGAGTTGGTGCGGGCCATTACGCCAAGATGGTCCACAACGGCATTGAGTACGGCCTGATGCAGGCATATGCCGAGGGCTACGAGTTGCTGGCTGCGAAGGACATCGTGAAGGACCTTCCGGGAACTTTCCGTGCGTGGCAAAAGGGCACGGTTGTCCGCTCCTGGCTCTTGGACCTCATGGTAAAGGCATTGGACGAAGATCCGGGCCTGGCCTCGATCGATGATTACGTCGAGGACTCCGGCGAAGGCCGCTGGACCGTAGAAGAAGCAATTGCCAACGCAGTGCCCGCGCCCGCCATTACGGCCGCACTCTTTGCTCGCTTTGCCTCCCGCGAAGACAATTCGCCTGCCATGAAGATGGTTTCCGCTTTGCGCCACCAGTTCGGCGGCCACGCCACCCGTCCGGCCAACTAG MHIGLIGLGKMGFNMRERMRNGGIEVTGFDRNPDVTDVASVDELIAALPTPRLVWVMVPSGEITDAVVTELGDKLSPGDLVIDGGNSRFTEDQKHAAALAEKSIRFADCGVSGGVWGLQNGYGLMAGGADEDIELAMPVFDALRPEGERADSFVHVGGVGAGHYAKMVHNGIEYGLMQAYAEGYELLAAKDIVKDLPGTFRAWQKGTVVRSWLLDLMVKALDEDPGLASIDDYVEDSGEGRWTVEEAIANAVPAPAITAALFARFASREDNSPAMKMVSALRHQFGGHATRPAN PGPT0017385_4024 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 D3-18_00007 1125 griR Beta sliding clamp GriR GTGAAGTTCAGAGTCGACCGCGACGTCCTGGCAGAAGCCGTTACATGGACCGCGCGGTCGTTGTCTCCGCGGCCGCCCGTACCCGTGCTTTCCGGCCTCCTCCTCAAAGCCGAGGCGGGAACCGTTAGCCTCTCCAGCTTTGACTACGAGACCTCAGCTCGTTTGGAAATCCCCGCAGATATTGCTGTTGAGGGCACCATCTTGGTTTCCGGGCGCTTGCTTGCGGACATCTGCCGCAGCCTTCCATCGGCTCCTGTCGAAGTCGAGACTGATGGCAGCAAAGTCACTCTTACCTGCCGCCGAAGCAGCTTTCACCTGGCCACCATGCCCGAGTCCGAGTACCCGGCACTCCCGGCACTTCCCGCGATCAGCGGCACCTTGCCTGGCGACGCGTTCGCCCAGGCCGTGTCACAGGTGATCATTGCAGCAAGCAAAGACGACACCCTGCCGATTCTCACCGGCGTTCGCATGGAGATCGAGGATGACCTCATCACGCTCCTTGCCACGGACCGCTACCGCCTCGCCATGCGCGAGGTCCCGTGGAAGCCTGTAACTCCGGGCATTTCCACCAGCGCCCTGGTCAAATCCAAGACCCTGAATGAAGTGGCCAAAACCCTCGGTGGCAGCGGCGACATCAACCTCGCGCTTGCTGACGACGACAGCCGTCTCATTGGCTTCGAAAGTGGTGGACGGACCACCACTTCACTTCTGGTTGACGGAGACTACCCCAAGATCCGCTCACTCTTCCCGGACTCCACGCCGATCCATGCAACAGTCCAGACCCAGGAACTCGTTGAAGCAGTTCGGCGTGTTTCGCTCGTGGCCGAGCGAAACACCCCCGTCCGTCTCGCCTTCACCCAAGGCCTACTGAATCTCGACGCCGGTACTGGTGAAGACGCGCAGGCTTCCGAGGAGCTGGAAGCCCAGCTTTCCGGTGAAGACATCACCGTTGCCTTCAACCCGCATTACCTTGTTGAAGGCCTAAGCGTCATCGAAACCAAGTACGTTCGTTTCTCCTTCACCACTGCCCCGAAGCCAGCCATGATTACGGCCCAGGCTGAAGCGGATGGCGAAGATCAGGACGACTACCGTTACCTTGTGATGCCGGTCCGCCTCCCCAACTAA MKFRVDRDVLAEAVTWTARSLSPRPPVPVLSGLLLKAEAGTVSLSSFDYETSARLEIPADIAVEGTILVSGRLLADICRSLPSAPVEVETDGSKVTLTCRRSSFHLATMPESEYPALPALPAISGTLPGDAFAQAVSQVIIAASKDDTLPILTGVRMEIEDDLITLLATDRYRLAMREVPWKPVTPGISTSALVKSKTLNEVAKTLGGSGDINLALADDDSRLIGFESGGRTTTSLLVDGDYPKIRSLFPDSTPIHATVQTQELVEAVRRVSLVAERNTPVRLAFTQGLLNLDAGTGEDAQASEELEAQLSGEDITVAFNPHYLVEGLSVIETKYVRFSFTTAPKPAMITAQAEADGEDQDDYRYLVMPVRLPN NA NA NA NA NA D3-18_00008 102 hypothetical protein ATGGGCTTAAAACCCTTAAGCCATCTGTGGATCGTTAAAAACGGCCTGGGAGTTGTCCCCATCCACACCCTGTTTAAAACCCAGTTAACGCACAATCCGTGA MGLKPLSHLWIVKNGLGVVPIHTLFKTQLTHNP NA NA NA NA NA D3-18_00009 1419 dnaA Chromosomal replication initiator protein DnaA ATGACAGTAGACGAAGCCAACCACGCCAACACTGTCGGAAGTTCCTGGCGCAGGGTGCTGAGCCTCATGGAACAAGACGACCGGGTCTCACCCCGTCAGCGCGGTTTCGTCATCCTCGCCCAGGCACAGGGCCTCATCGGTTCAACCCTGCTGGTGGCCGTTCCCAATGAACTCACCCGCGAGGTCCTTCAGACGCAGGTCAAGGACGCCTTGGACGATGCCCTACGCAATGTCTTCTCGGACGACATCCGCTGTGCAATCGACGTTGACACCGATCTGGTGCCCATCCACGCCGAGCCCGAACCCGCCGTCGAGCTTTCCGCAGTATCCGACTTCGCCGAACCGAAGCCGCAGCCCACGCCGCCGAGTACCTCGCACGAGTTCGGCCGACTGAACCCGAAGTACATCTTCGATACTTTCGTGATCGGTTCATCAAACCGCTTTGCCCATGCGGCTGCAGTAGCCGTCGCTGAAGCTCCGGCGAAGGCTTACAACCCCTTGTTCATCTATGGCGATTCAGGTTTGGGCAAGACCCACCTGCTCCACGCAATCGGACACTATGCCCGCCGGCTCTACAGCGGCATCCGGGTCCGCTACGTGAACTCGGAAGAATTCACCAACGACTTCATCAACTCCATCCGCGATGACGAAGGCACCAGCTTCAAAACCACCTACCGCAACGTGGACGTGCTCCTGATCGACGACATCCAGTTCCTGGCGGGCAAGGACCGGACCCAGGAAGAGTTCTTCCACACGTTCAATGCCCTGCACAACGCCAACAAGCAGGTCGTCATCACCTCCGATCAGCCGCCCAAGATGCTCGCCGGCTTCGAAGACCGCATGACGTCCCGTTTCGAGTGGGGCCTGCTGACGGATATCCAGCCGCCTGAACTCGAGACCCGTATCGCGATCCTTCGCAAGAAGGGCCTCAGCGAAGGTCTCTCGGCGCCGGACGATGCCTTGGAGTACATCGCTTCCAAGATCTCCAGCAACATCCGGGAACTTGAAGGCGCGCTAATCCGCGTCACGGCGTTCGCAAGCCTCAACCGCCAGCCGGTGGACGTGGCCCTCGCTGAAATGGTTCTGAAGGACCTCATCACCGACGACGGTGCCCAGGAAATCACGGCAAAACAGATCTTGGACCAGACAGCTGACTACTTCAAGCTCAGCATGGAAGAGCTCTGCAGCAAGTCCCGTACACGCACCCTGGTGACGGCACGGCAGATCGCCATGTACCTGTGCCGCGAGCTGACGGACATGTCCTTGCCGAAGATCGGACAGGAGCTCGGTGGTCGTGACCACACCACGGTTATCCACGCAGACCGCAAGATCCGCGAGCTGATGGCAGAGCGCCGTGTGATCTACAACCAGGTCACGGAGCTGACCAACCGGATCAAACAGCAACAACGAGACTCCTGA MTVDEANHANTVGSSWRRVLSLMEQDDRVSPRQRGFVILAQAQGLIGSTLLVAVPNELTREVLQTQVKDALDDALRNVFSDDIRCAIDVDTDLVPIHAEPEPAVELSAVSDFAEPKPQPTPPSTSHEFGRLNPKYIFDTFVIGSSNRFAHAAAVAVAEAPAKAYNPLFIYGDSGLGKTHLLHAIGHYARRLYSGIRVRYVNSEEFTNDFINSIRDDEGTSFKTTYRNVDVLLIDDIQFLAGKDRTQEEFFHTFNALHNANKQVVITSDQPPKMLAGFEDRMTSRFEWGLLTDIQPPELETRIAILRKKGLSEGLSAPDDALEYIASKISSNIRELEGALIRVTAFASLNRQPVDVALAEMVLKDLITDDGAQEITAKQILDQTADYFKLSMEELCSKSRTRTLVTARQIAMYLCRELTDMSLPKIGQELGGRDHTTVIHADRKIRELMAERRVIYNQVTELTNRIKQQQRDS PGPT0014800_2015 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS MOTILITY-PILUS|FIMBRIAE_SYSTEM MOTILITY-PILUS_SYSTEM,PGPT0014800-dnaA-K02313 NA NA D3-18_00010 138 rpmH COG0230 50S ribosomal protein L34 GTGAGCAAGCGGACTTTTCAGCCGAATAACCGCCGTCGGGCCAAGAAGCACGGCTTCCGCCTTCGTATGCGCACCCGTGCCGGCCGCGCCATCCTGGCTGCCCGTCGCGGCAAGGGCCGCGTCGAACTGTCGGCGTAA MSKRTFQPNNRRRAKKHGFRLRMRTRAGRAILAARRGKGRVELSA NA NA NA NA NA D3-18_00011 324 rnpA Ribonuclease P protein component GTGTTATATACGGCCTCTATCGGGGCCGGGGAGCCGAGTCGAATCGGCTTCATTGTCTCCAAAGCCGTCGGGAACGCCGTGACCAGGAACCTCGTTAAGAGGAGACTGAGAGAAGCAGGCGCACTGTCCTTGCACACGCATGGAACGGGTCTGGCGGTAGTAGTCCGGGCACTGCCCGCAGCTGCAACAGCCAGCTGGGAGCAGTTGCTCTCGGACTACAACGCCGCACTGGCAGTGACGACGAAGCGATTGGGTGGCTCAGCTCCACGCAACGCTTCGACCGAACACAACGGCACCACAACGGAAGGGACACCGCGTGCATGA MLYTASIGAGEPSRIGFIVSKAVGNAVTRNLVKRRLREAGALSLHTHGTGLAVVVRALPAAATASWEQLLSDYNAALAVTTKRLGGSAPRNASTEHNGTTTEGTPRA NA NA NA NA NA D3-18_00012 423 yidD Putative membrane protein insertion efficiency factor GTGCATGACATAAGCACCGCCGTCGTTCCTTCCTCAAGCGACCCCTCCGGGAAGGTTCCACATCGGAGCCTTCCGGCGGCGGTAGGCACGTTCCTCTGGGAGCTGCCCCGCAACGTCCTCATTCTCTTGCTGAAGGCGTACCGTAAGGTCGTCTCGCCCCTCTACGGCCAGGTTTGCCGTTTCTTTCCCTCCTGCTCGGCCTACGCCTTGGAAGCAGTGACGGTGCATGGCGCCGTGAAGGGCAGTTGGCTCGCAGCCACAAGGCTCGCCAAATGTCACCCTTGGAACGCCGGTGGAGTGGACCATGTCCCCGCCGGCCATCGTCATTGGCCTGAAGGCCGGACGCCCACAATTGTTGTACTGAACAATCCGGACCAGTTCCTGGCTGCTCAGGCTGATGAAGAAGGCCGCTCGGCGGCCTAA MHDISTAVVPSSSDPSGKVPHRSLPAAVGTFLWELPRNVLILLLKAYRKVVSPLYGQVCRFFPSCSAYALEAVTVHGAVKGSWLAATRLAKCHPWNAGGVDHVPAGHRHWPEGRTPTIVVLNNPDQFLAAQADEEGRSAA NA NA NA NA NA D3-18_00013 990 yidC COG0706 Membrane protein insertase YidC ATGGACTTCTTTGAAACAATCATGTTTCCGTTCAAGTGGCTGGTGTCAATCATCATGGTTGGCTTCCACGAGGGACTGAGCTTCATTGGCCTGCCCGCCGCGAACGGCTGGACGTGGACTTTGTCCATCATCGGCCTCGTGTTGGTGATCCGTGCCGCCCTGATTCCTGTATTCGTCAAGCAGATCAAAGCGCAGCGCGGCATGCAGCTGCTGCAGCCGGACCTGAAGAAACTTCAGACCAAGTACAAGGGCAAGACTGATCAGCTGTCCCGCCAGGCCATGGCGCAGGAGCAGATGGCGCTGTACAAGAAGCACGGGACCAACCCGTTCTCGGCTTGTTTGCCGATGCTGATCCAGATGCCGTTCTTCTTTGCACTGTTCCAGGTGTTGTCGGGCATCTCCACCAACGCCAAGCAGGGCCAGGGCGTTGGTGCCATGAGTCACGAGCAGGTAGTTCAGTTCGATTCGTCCAGCATCTTTGGTGCGCCGCTGTCCGCCTCGCTCCTTCACGGTGACCCCAGTGGTGGCAACAGCGCTGTGGCTGTTTGGGTTTTGAGCATCATCATGATCATTGCCATGACGGCCTCGCAGTTCATCACGCAGAAGCAGATCATGGCCAAGAACATGTCGGAAGAGGCCATGGCCAGCCCCTTCATGCGTCAGCAGAAGATGATGCTCTACATCCTGCCGCTCGTGTTCGGTATCGGTGGCATCAACTTCCCGATCGGTGTCCTTATCTACTGGACCACCACCAACCTCTGGACCATGGGCCAGCAGTTCTTCGTTATCCGCCGTATGCCGACGCCGGGATCCCCCGCAGCCAAGGCGCTTGAAGAGCGCCGCGCCGCAAAGGGCCTGCCCCCGCTGTTGGGCGGAAAGAAGAACGCCGCCGCGGACGCTGCCGCTGAAGCCGAAGCTGCCGCTGCGGCAGCCGCCGAAATCAGGGCCCAGCGCGTCCAGCCACAACGTAAGAACAGGAAGAAGAAGTAA MDFFETIMFPFKWLVSIIMVGFHEGLSFIGLPAANGWTWTLSIIGLVLVIRAALIPVFVKQIKAQRGMQLLQPDLKKLQTKYKGKTDQLSRQAMAQEQMALYKKHGTNPFSACLPMLIQMPFFFALFQVLSGISTNAKQGQGVGAMSHEQVVQFDSSSIFGAPLSASLLHGDPSGGNSAVAVWVLSIIMIIAMTASQFITQKQIMAKNMSEEAMASPFMRQQKMMLYILPLVFGIGGINFPIGVLIYWTTTNLWTMGQQFFVIRRMPTPGSPAAKALEERRAAKGLPPLLGGKKNAAADAAAEAEAAAAAAAEIRAQRVQPQRKNRKKK PGPT0024530_4811 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 D3-18_00014 552 hypothetical protein ATGTCTGCCGAGAGCACCGAAGAAGCAATGACCGCTGTGACCGAAGACCAAGAGGACTCGCAGGAAGAGACGCAGTCCAAGACAGCCAGCCGTTTGGAAGAGGAAGGCGACATCGCCGCCGACTACCTCGAAGAACTCCTGGATATCGCCGACATCGACGGTGACATCGACATTGAGGTCCGCAACGGACGCACATACATCTCCATCGGTGCTGATGAAGAATCTGCAGCGCTGGACAGTCTCGTCGGGCGCGATGGCGAAGTTCTGGAAGCCCTGCAGGAGCTGGCCCGCCTTTCGGTCCTTTCCGCCACCGAAAGCCGTTCACGTCTTGTCCTGGACATCAACGGATACCGCAAGGAACGTGCCGGCGTGCTTCAGCAGATTGCCGAGGACGCCGTTGCCAAGGTCAAGACCGATGGCGGCACGGTTGCCCTTGAACCGATGAGTGCTTACGAGCGCAAGATCGTCCATGACGCCGTTGCTGACCTCGGATTCGTCTCCGAGTCCGAGGGCGAAGGCGCTGGCCGCCACATCGTCGTTTCGGCTGACTAG MSAESTEEAMTAVTEDQEDSQEETQSKTASRLEEEGDIAADYLEELLDIADIDGDIDIEVRNGRTYISIGADEESAALDSLVGRDGEVLEALQELARLSVLSATESRSRLVLDINGYRKERAGVLQQIAEDAVAKVKTDGGTVALEPMSAYERKIVHDAVADLGFVSESEGEGAGRHIVVSAD PGPT0024530_1367 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 D3-18_00015 651 rsmG COG0357 Ribosomal RNA small subunit methyltransferase G ATGGTTGAAATCACGGCAGCTGAACTGGAAGCGGCAGAGAAAATTTTTGGGGAGCGCTTGGATCTTGCCAAGCGCTACGTGGAACACCTGGCTACGTCGGGGACGGAACGCGGGCTGATAGGCCCCCGTGAGATTCCGCGCCTCTGGAGCCGTCACGTCCTGAACTGTGCAGTAATAGAGTCCGCCATTGCCATGGACAGCCATGTTGCCGACGTCGGATCCGGCGCGGGCCTTCCGGGCCTTTGCTTGGCCATTGCCCGCCCGGATCTTGAGCTGACATTGATTGAGCCTTTGGAGCGTCGTGTCATCTGGCTCCAGGAGGTTGTTGATGACCTCGGCCTGGACAACGTCACCATCATGAGGACCCGGGCTGAGCTCGCAGTCGGAATGGTGGATGCTGACGTCGTTACAGCACGGGCCGTTTCTGCCCTCTCCAATCTGGCTGGTCTTACCATCCCTCTCCTGAATGGTCACGGAGAAGTGGTGGCCATCAAGGGACGCAGCGCCGCGGAAGAGATTGAGAAGGCAAAGAAGGTCATCCGCAAACTTGGAGGCGTGGAAACGTCAGTTGTGGTTTGTGGACAGGAGCTTTTGGAGGAACCCACCACCGTGGTGAGGATCATCGTCAACAAGCCCGGAAAGACGGCGTAG MVEITAAELEAAEKIFGERLDLAKRYVEHLATSGTERGLIGPREIPRLWSRHVLNCAVIESAIAMDSHVADVGSGAGLPGLCLAIARPDLELTLIEPLERRVIWLQEVVDDLGLDNVTIMRTRAELAVGMVDADVVTARAVSALSNLAGLTIPLLNGHGEVVAIKGRSAAEEIEKAKKVIRKLGGVETSVVVCGQELLEEPTTVVRIIVNKPGKTA NA NA NA NA NA D3-18_00016 885 soj COG1192 Sporulation initiation inhibitor protein Soj ATGGATTCCATCGATGATTCCAGTCCCATCGCCCGGCAGCTGGCCAACGAAACCCGACGCCGCGAACGGCTGATCGGCCGGGAACTGCCTAAGCCTGACAAAACCCGCATCTTCACGGTTTCCAATCAAAAGGGCGGTGTAGGTAAGACCACCACTACCGTGAACATCGCTGCGGCCTTGGCGTCTGCCGGTCTCAACGTGTTGGTGATCGACATCGACCCCCAAGGCAATGCCTCCACGGCTTTGGGCATTGAGCACCACGCTGACGTAGACAGCATCTACGATGTGCTCATCAACGATCTCCCCCTCAAAGACGTTGTAGCTCCATGCCCTGACATACCCAACCTGATTTGCGCGCCCGCCACCATTCACCTGGCTGGCGCCGAGATTGAGCTTGTTTCACTTGTTGCCCGCGAGCAGCGACTCCGCCGCGCCATTGACGTCTATGCCAAGGAGCGCGAGAGCAATGGCGAAGGCCGGCTGGACTTCATCTTCATCGACTGCCCGCCAAGTCTTGGGCTGCTGACAGTCAACGCGTTCTGCGCCGCCAGTGAGGTGCTGATTCCCATCCAGTGCGAGTACTACGCACTGGAAGGCCTGAGCCAATTGCTCAAGAACATCGAGATGATTCAGAAGCACTTGAATGCTGACCTCGTCGTCTCCACCATTCTCCTTACCATGTACGACGGCCGGACGAACCTGGCTGCCCAGGTTGCTTCTGAGGTTCGCCAGCATTTCCCCGAGCAGGTTCTGGGTGCCGTAGTTCCACGGTCGGTACGCATCTCGGAAGCTCCGAGCTACCAGCAGACAGTCATGACGTACGATCCTTCTTCGAGCGGCGCGCTTTCCTACATGGAAGCCGCCGCCGAAATAGCTGAACGCTAG MDSIDDSSPIARQLANETRRRERLIGRELPKPDKTRIFTVSNQKGGVGKTTTTVNIAAALASAGLNVLVIDIDPQGNASTALGIEHHADVDSIYDVLINDLPLKDVVAPCPDIPNLICAPATIHLAGAEIELVSLVAREQRLRRAIDVYAKERESNGEGRLDFIFIDCPPSLGLLTVNAFCAASEVLIPIQCEYYALEGLSQLLKNIEMIQKHLNADLVVSTILLTMYDGRTNLAAQVASEVRQHFPEQVLGAVVPRSVRISEAPSYQQTVMTYDPSSSGALSYMEAAAEIAER NA NA NA NA NA D3-18_00017 1212 noc_1 Nucleoid occlusion protein ATGAGCGAAAAGCGAAGGGGCCTCGGCAGGGGTCTTGGGGCTCTCATTCCTAGCTCGGCCGCGGCCCAGGGGAACGGTGCTGCCCCGTCCCGTCCCGTGGATCTATTTTTTCCTGAGGCCCGCAAAACCGAGGAGCCTCCAACGGTAGCGCCCGTGCTTGAAGAATCGGGTGCTGGTGATGCCAAACCAGCTGCTGCGAAATCACCAGGTAAGGCTTCGGCGACGAAATCCTCCAGCACCAAGACATCGGCATCTGCAAGGTTGGGTTCGAAGCCCGCAGCTTCGCGCACTGCCGCTGCTGGCAAACCAGTTGATGATGAAGCAGGTTCGACGGGGGCCGCAGCGCCTTCCGCTGCAACCGAGAGCTCCGCACCGGACGTGGAGCTTGTGGAGGTCCCTGGCGCTCGGTTTGCTGAAATCCCCGTCGGCGACATCCACCCTAACCGCAAACAGCCTCGTTCGGTCTTCGATGAAGATGACATGGCCGAGCTGGTGCACTCTGTGCGCGAAATCGGAGTCCTCCAGCCAATTGTTGTACGTACTTCAACCGAAAAGGGTGGAGAGCCATATGAATTGGTCATGGGTGAACGTCGCTGGCGTGCAGTGCAGGCTGCCGGACTCGAAACGATCCCGGCGATTGTTCGCGATACCACCGACGACGACCTTCTCCGCGACGCTCTTCTGGAAAACCTGCACCGTAGTCAGCTGAATCCTTTGGAAGAAGCCGCGGCATACCAGCAGCTTTTGGAAGACTTCGGTACCACGCATGAACAGTTGGCCGACCGGATTGGTCGTTCCCGTCCGCAGGTGTCCAACACGCTGCGTCTTCTCAAGCTTCCGCCGTTGGTTCAGCGCCGAGTAGCCGCGGGCGTTTTGTCCGCCGGGCATGCACGGGCCTTGCTTGCACTCCCCGATGCTGCGGCCATGGAGCGTATGGCACAGAAGATTGTGGCCGAAGGCATGTCAGTACGAGCTACTGAGGAATCTGTGGCCCTGTACCAAGACCCCACTACGCCTGCAAAGAGTAGCATCCCGAAGCCCAATGCCCGACACGAACGCTTGGACTACCTGGCATCATCGCTGTCGGACCGTTTGGACACTAACGTGAAGATTACTTTGGGTGCACGCAAGGGACGCGTCAGTATTGAGTTCGCTAGCGTGGAGGATCTCAACCGGATTATGGATGTCTTGGGCCCTGGCGCCGAAGATTAG MSEKRRGLGRGLGALIPSSAAAQGNGAAPSRPVDLFFPEARKTEEPPTVAPVLEESGAGDAKPAAAKSPGKASATKSSSTKTSASARLGSKPAASRTAAAGKPVDDEAGSTGAAAPSAATESSAPDVELVEVPGARFAEIPVGDIHPNRKQPRSVFDEDDMAELVHSVREIGVLQPIVVRTSTEKGGEPYELVMGERRWRAVQAAGLETIPAIVRDTTDDDLLRDALLENLHRSQLNPLEEAAAYQQLLEDFGTTHEQLADRIGRSRPQVSNTLRLLKLPPLVQRRVAAGVLSAGHARALLALPDAAAMERMAQKIVAEGMSVRATEESVALYQDPTTPAKSSIPKPNARHERLDYLASSLSDRLDTNVKITLGARKGRVSIEFASVEDLNRIMDVLGPGAED PGPT0014815_1567 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014815-parB|spo0J|yyaA-K03497 NA NA D3-18_00018 327 trxA COG0526 Thioredoxin 1 ATGAGCAACGCAAAAGATGTAACTGACGCAAGCTTCAGCACGGATGTCTTGGCTTCCGAGAAGCCGGTCATCGTGGACTTCTGGGCAGAGTGGTGCGGTCCCTGCCGCAAGCTCGGTCCCATCCTCGACGAGATCTCCGTTGAGTACAGCGAAAAGGTTGACGTTGTGAAGCTCAACGTCGACGACAACCCCGCCATCGCAGCCGAATATGGCATCACCTCCATCCCGGCCGTGTACCTGTTCAGTGGGGGAGAAGTAAAGAGCACTGTCATCGGCGCCAAGCCGAAGCAGTTCTTCGAGAAGGAATTTGCGGACGTCCTGTCCTAG MSNAKDVTDASFSTDVLASEKPVIVDFWAEWCGPCRKLGPILDEISVEYSEKVDVVKLNVDDNPAIAAEYGITSIPAVYLFSGGEVKSTVIGAKPKQFFEKEFADVLS PGPT0013055_7198 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671 NA NA D3-18_00019 957 trxB_1 COG0492 Thioredoxin reductase GTGAGCATTGCAGAAAACAGCGCATCGCAGGTGCGTGACGTCATCATTGTAGGTTCAGGCCCTGCCGGCTATACAGCCGCCGTTTACACCGCCCGCGCCAACATGAAGCCTCTGCTCATTGCCGGTTCCGTCACTGCTGGTGGCGAACTGATGAACACCACGGACGTGGAAAACTACCCGGGTTTCCCGGATGGCATCATGGGCCCGGACCTGATGGAGAACTTCGAAAAGCAGGCCGCGCGTTTCGGCACCGAAATCCAGTTTGAGGACGTCACCGAGCTGGACCTCGACGGCGACATCAAGACTGTGACCATCGGAACGGGGGAGACCTTCCAGGCGAAGGCCATCATCCTGTCCACAGGTTCGGCATACCGCGAGCTCGGACTGGCCAACGAAAAGCGCCTGTCCGGCCACGGCGTTAGCTGGTGTGCAACCTGCGACGGTTTCTTTTTCAAGGATCAGGACATCGCCGTAATCGGTGGTGGCGACTCCGCCATGGAGGAGGCACTGTTCCTCACCAAGTTCGCTAAGTCCGTTACCGTTGTCCACCGCCGCGATACCCTCAAGGCTTCAAAGATCATGGGTGACCGCGCCCAGGCTCACGAGAAGATCAACTTTGTCTGGAACACCGCCGTCGAGGATGTACTCGGTGAAGACAAGGTCACCGGCTTGAAGCTGAAGAACCTGGTGGACGGCACCGAATCCGAACTCGCAGTCACCGGCGTGTTCGTGGCCATCGGCAACGACCCCCGCACGGATCTCATCAAGGGCAAGGTTGATTTGACCCCCGAGGGAACCATCGCCGTAGAAGGCCGTAGCTCCCGGACCAACATCAAGGGTGTCTTCGCCGCGGGCGATGTCATCGACCCCACGTACCGCCAGGCCATCACGGCTTCGGGCTCCGGTTGTGTGGCTGCCCTTGACGTAGAGCACTACCTCGCAGACCTGCACTCCTAA MSIAENSASQVRDVIIVGSGPAGYTAAVYTARANMKPLLIAGSVTAGGELMNTTDVENYPGFPDGIMGPDLMENFEKQAARFGTEIQFEDVTELDLDGDIKTVTIGTGETFQAKAIILSTGSAYRELGLANEKRLSGHGVSWCATCDGFFFKDQDIAVIGGGDSAMEEALFLTKFAKSVTVVHRRDTLKASKIMGDRAQAHEKINFVWNTAVEDVLGEDKVTGLKLKNLVDGTESELAVTGVFVAIGNDPRTDLIKGKVDLTPEGTIAVEGRSSRTNIKGVFAAGDVIDPTYRQAITASGSGCVAALDVEHYLADLHS PGPT0013060_5727 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384 NA NA D3-18_00020 1713 hypothetical protein GTGTCCCACCCGATCGACGTCGGATCAGTACTTGGCGGCCGCTACAAGGTCACGGCCAATGTATTGACCTCGCATGACCAAGATCAGGTGCTCGACGGCGTGGACCAGGTCCTCAACCGTCCCGTGAGCATCCTTGTCGCCGGTCCCGGAAATGCCGAACAGGTGGCCCAGAGCGCCCGGGAAGTAGCCACTGGGGAGAGGCCGGGCCACGTTCAGATCCTGGACTTGGGCATCAGTGAAAACACCACGTACCTGATCACCAACCACAGCACCGCCCCGGATCTGCTGGACCTTGTGGTCGCCACGAACCCGCCGTACATCGAGCCTTTCTTCACCGAGACGCTCGGAAGCGAGATCTTCGGCCAGCCGCGCACCTATGAACCTGAGACGTACGACGGTCTGTACGAGGATGATGAGCACGACGCTGAGTACATCCAGTACGACGAAAACGGCTACCCCATTCCTTCCGAGTCCGACGGTGAGCCTGAACCTGTTGCTCCCGCACGCACCGCGCCTCATGTACCGCCCATGCCCTCGTCCAGCCCCTCTTCGCCAAAAAGCGGGATCGCGGGGAAGCTGGCTGCGGCTGCTGCCGGTGCCGGAGCAGCGGGTGTTGCTGCCGCTGCAGCGCTGAAACACGCGGGTTCCAAGAATAACGACGCCGGTGCTGGCGCTACTGGTTCTGCCGACGCTGGCGCTGGTGCTAACGGCGCTGGTTCCAGGGGCGGAGCATCTCCTGCTGTTGCATCACAGCCGCCCACTCAGGCCGTTTCATCGCAGCCCGTTTCGACTTCGCCCGTCTCGTCGCAGCCAGCCAGCCGTGAGTCTGCTAGCCGCGAGCCTGCTGCGGAGCCGAAGGTTTCCCTGTGGTCCGAAGAGGATTACGGCTTTAGCGGTTCAGGCGCCGGTGCAGCTGCTGGTGGTACCGGTGTAGCTGCTGGTGCTTCCGGTGTAGCGAACCGTGGCACCGACTCCGGGTACGAGCGCGCGGCAAGCAGCTTCCCGGCGTCGTCGGCTGTTACGGACGATTACGCGGACGAGGACGTTTACGAAGACGAAGCTCCTGAGAAGGAACCGCGTTCCCTGCGGTGGCTGGTAGGCGGCCTTCTCGCCGCCGTCTTGGTGGTCGGGCTCGTCCTTGCGGTGACCAATCTCGGCAGCCTCCTGCCCAGTGGCGCACCTGCCGCGACGCAAAGCACGCCTGCACCTCAATCTTCCGCCGCGGAAACCGAGGAGCCTGCGCCTACTGAAGCTCCGGCCCCGGCCACACCACCGGAAATTGAAGGCATCACGCGTCTCGGCGACTTCCCCTTCGCCGCCACCTATGACAAGGACCTTGCCAGGGCCTTTGACGGTAACGCTGCCAGCTACTGGTCGGACATGGAATTCGCCTCGGCAAACTGGGGTGGGCTCTTCGAAGACATGCCCCTTGTTGTTAAGCTCAAGGAACCCACCGAGGTCAAATCCGTAGTACTGAACCAGTTGGGTGGCTCTGGCGGCAGCATCAGCGTCTACACCAACGATCGTCCTGCAATGGACGGCGCGAAACTGGTGGGCACCAACAGCTTCACGTCCCCGGAACTGACCATGCCACTTGCAGCACCGACCCAGACCCAGTACGTCATCGTAGTCATCAGCGCACTCCCGAAGCTGGCTGCGCCGAAGACGCGGTTCGGATTCGGACTGCGCCTGGCTGAGGTCACGGTTCAGTAG MSHPIDVGSVLGGRYKVTANVLTSHDQDQVLDGVDQVLNRPVSILVAGPGNAEQVAQSAREVATGERPGHVQILDLGISENTTYLITNHSTAPDLLDLVVATNPPYIEPFFTETLGSEIFGQPRTYEPETYDGLYEDDEHDAEYIQYDENGYPIPSESDGEPEPVAPARTAPHVPPMPSSSPSSPKSGIAGKLAAAAAGAGAAGVAAAAALKHAGSKNNDAGAGATGSADAGAGANGAGSRGGASPAVASQPPTQAVSSQPVSTSPVSSQPASRESASREPAAEPKVSLWSEEDYGFSGSGAGAAAGGTGVAAGASGVANRGTDSGYERAASSFPASSAVTDDYADEDVYEDEAPEKEPRSLRWLVGGLLAAVLVVGLVLAVTNLGSLLPSGAPAATQSTPAPQSSAAETEEPAPTEAPAPATPPEIEGITRLGDFPFAATYDKDLARAFDGNAASYWSDMEFASANWGGLFEDMPLVVKLKEPTEVKSVVLNQLGGSGGSISVYTNDRPAMDGAKLVGTNSFTSPELTMPLAAPTQTQYVIVVISALPKLAAPKTRFGFGLRLAEVTVQ NA NA NA NA NA D3-18_00021 2019 murJ lipid II flippase MurJ ATGTCTGAAGCCAAAACAACCCAGTCCGTTCAATCCGGAGAAGCACGTTCCAGCGCCATCATGGCAGCAGGAACGCTAGTTTCGCGGTTCCTTGGCTTCGCCAAAACGTGGATGCTCGGTGCCGCCCTCGGCCTGGGCTCCACCATCAACGACACGTTCATTAACGCGAACAACCTGCCGAACCTGATCTTCCTGCTAGTGGCCGGCGGCGTGTTCAATGCAGTCCTCGTCCCTCAGATCATCAAGGCCAGCAAGGCCCCGGACCGGGGTGCGGACTACATCAGCCGCCTGCTGACGTTGGCAGTCCTGGTGCTTCTGGCGCTGACAGCGCTGGTGACACTAGCGGCGCCCTTGGTCATCGACCTCACCACGCAGGGCTACTCCGAGCAGCAAAAAGCCTTGGCAGTCACCTTCGCTTTCTGGTGTCTGCCTCAGATCTTCTTCTACGGGCTCTACGCCCTCCTCACGCAGGTGCTGAACGCCCACGGAGCGTTCGGCCCCGCCATGTGGGCCCCCATCCTCAACAACCTGGTGGCCATCGCCGGCCTGGGGATGTTCATTTGGATTCTGGGCGAGAACATCCATAACCCGCACACTTTGGACAATTGGGGACCCACCCAGACGCTGCTGCTTGCCGGCTTCTCCACTTTTGGTGTGGTCGCCCAGACTGCCATCCTGCTGATTCCTGTCTTCCGTTTGCGCCTAGGGCTCCGGCCTCGGTTCGGCTGGCGCGGCGTTGGACTGGGCCAGGCAGCCAAGTTGAGCGTCTGGACGTTGGCGACTGCCGCCGTCGGGCAATTGGCGTTCTTGTACGTCATGAGGATCGCCACCATTCCCGGTGCCGAGCGCCTCCGGTTGGACAATGCAGGAGACAAAGCGGCCGCGGCTGTTCTTCCCGGTAACGCCGTCCTGGAAGTCGCGAGCCAGCTGTACTTGCTGCCACACTCGATCATCGCCCTGTCCTTGGCTACCGTCCTCTTCAACCGCATGACACGCGCGTCGCAGGATGGCAACAAAGATGAACTGCGCGACGCCCTTTCCCACGGCCTCCGCACCATGGCCGTTGCTACGGTTTTCGGTGCCCTGGCGCTGTTCGCCTTGGCTGGTCCGCTGGGCATGTTCTTCTCCGGCGGCCAGCCTCAGGACGGCGTCATGCTGGCCCAAACGCTCACCATCCTTGCCCTGAGCACACCGTTCCTGAGCGCGAACTTCATGATGTCCCGTGTGTTCTACGCCAACGAAGACGCCCGTACGCCCCTGTATGTCCAGTTGTGGCTGGCCGTTATCTATGTGGTGGGCGCGTTCTTCATCCAGTTCCTGCCCGTCGGCCAGATCATCTACGCGATCGCTATCCTTTACACGCTGGGCAATATCCTCTCCGTGGTGATCAGCGTCGTGTTCCTGCGCCGCTTGCTGGGCCACCTCGACGGTCCCCGCATCGCCAATTCGTACATCCGCATGGGCTACGCGGGCCTGGGATCTGCGCTTGCCGGGGCTGGGGCCTTGTGGCTTTTGGGCAGCTACCGTGCCGACGGTTTCGCATGGAGCAGCCGCCCGGCCGCCCTGGTGACTGTGGTCGTCGTCGGGCCGGTCATGCTCCTCGCGTACCTGGTCCTTCTTCGCGTCTTCCATGTCACCGAACTGCGCGACCTCCTGCGTCCGCTGATGGGTCGCCTGGGTAGGGGCGCACCGGCACCGGTTACCGGCTCAGCACCGGAACATACGACGCCGGCACGCGCCACGGTTTCGGACGATACCGGTCTGATTCCGCGCATCTCCGGCGAGTTCGACGCCACCTCCTTCCGGGCAGGGCCGGCACTGGCTCCTCAGCGGACTCAGGAACCTGCCACAGAAGAATCACCTGATGCACCCAAGACCTACCTACCGGAGGAAGACACGCCCAGCACGGCACGCGGCGGCAAGTTCCGTCCGCAGGTCCCACTGCCGGGTCGGCGCACCTACCAAGGTGACGCCGGGCAGAATCCGTACTTCCCCGCAAAGGGCAGCCACAGGAAGTAA MSEAKTTQSVQSGEARSSAIMAAGTLVSRFLGFAKTWMLGAALGLGSTINDTFINANNLPNLIFLLVAGGVFNAVLVPQIIKASKAPDRGADYISRLLTLAVLVLLALTALVTLAAPLVIDLTTQGYSEQQKALAVTFAFWCLPQIFFYGLYALLTQVLNAHGAFGPAMWAPILNNLVAIAGLGMFIWILGENIHNPHTLDNWGPTQTLLLAGFSTFGVVAQTAILLIPVFRLRLGLRPRFGWRGVGLGQAAKLSVWTLATAAVGQLAFLYVMRIATIPGAERLRLDNAGDKAAAAVLPGNAVLEVASQLYLLPHSIIALSLATVLFNRMTRASQDGNKDELRDALSHGLRTMAVATVFGALALFALAGPLGMFFSGGQPQDGVMLAQTLTILALSTPFLSANFMMSRVFYANEDARTPLYVQLWLAVIYVVGAFFIQFLPVGQIIYAIAILYTLGNILSVVISVVFLRRLLGHLDGPRIANSYIRMGYAGLGSALAGAGALWLLGSYRADGFAWSSRPAALVTVVVVGPVMLLAYLVLLRVFHVTELRDLLRPLMGRLGRGAPAPVTGSAPEHTTPARATVSDDTGLIPRISGEFDATSFRAGPALAPQRTQEPATEESPDAPKTYLPEEDTPSTARGGKFRPQVPLPGRRTYQGDAGQNPYFPAKGSHRK PGPT0024200_462 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_LIPID_II_FLIPPASE_ACTIVITY,PGPT0024200-murJ|mviN-K03980 NA NA D3-18_00022 552 hypothetical protein ATGGCCAACCCGATCCCGAGCGCTCCTGGCAGGAGGACAAACGCACCGTTGCCGTCGGCAATCGGCGCGCACGTCGCGCCTGCCCAGCAGCACCCGGTGCAGGCCTCGCTTCCCACTGTGGAGGAAGTGTCCGCCGGTGGCGTTGTAGTGGACACGTCCGACGGCGAACTCCGGGTTGCGATTATCGCCCGCCTAAATAGGGGTGGCCGGCTTGAGTGGTGCCTCCCGAAGGGCCATCCGGAGGGTCGCGAGAACAACGAGGAAGCCGCTGTCCGTGAGATCGCCGAGGAAACCGGCATCGAAGGCAGCATCCTGGCACCCCTCGGCAGCATCGACTACTGGTTCACTGTGAGCGGCCACCGTGTCCACAAGACCGTGCACCATTTTCTTCTCCGGGCAACGGGCGGAGAGCTAACCATCGAGAATGATCCGGACCAGGAAGCCGTTGACGCCGCCTGGGTTCCCATCCAGGAACTGGCCCGAAAATTGTCCTTCCCGAATGAACGCCGCATCGCTGATTTGGCACGGGAAGTGCTGCCCGAACACCTCTGA MANPIPSAPGRRTNAPLPSAIGAHVAPAQQHPVQASLPTVEEVSAGGVVVDTSDGELRVAIIARLNRGGRLEWCLPKGHPEGRENNEEAAVREIAEETGIEGSILAPLGSIDYWFTVSGHRVHKTVHHFLLRATGGELTIENDPDQEAVDAAWVPIQELARKLSFPNERRIADLAREVLPEHL PGPT0021415_61 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021415-mutT|ndx-K01518 NA NA D3-18_00023 1467 COG0617 A-adding tRNA nucleotidyltransferase ATGGCGCACGTATTGGACAGCTCTTCAGTTAACTTCACCATCGATCCGGTGGTGCTCGACCTCGGGCAGCGCTTTGTCGATGCCGGCTTTGAGCTGTCCCTGGTGGGTGGACCTGTGCGCGACCTCTTCTTGGGGAGGACATCCCCGGACCTCGACTTCACCACCGACGCCACGCCGGACCAGACGATCTCCGTCATCAAGAAGTGGGCGGACAACTTCTGGGAAATCGGGCGCGCCTTCGGCACCATCGGTATGAAGAAGAATGGCTTCCAGATCGAAGTCACCACGTACCGCGCCGAGGCTTACGACCCCGATTCGCGAAAGCCGGTGGTAGCGTTCGGCAACTCCCTGACCGACGATCTGCTGCGCCGCGACTTCACCATCAACGCCATGGCGCTGCGGCTGCCAAGCCTGGAACTCGTCGATCCCTTCGGTGGCGTCCGCGATCTCCACGCGTCCGAGCTCGCCACGCCAGGCGCCCCGGAGGCCTCTTTCTCCGACGATCCCCTGCGCATGATGCGCGCGGCCAGGTTCGCTTCCCAGCTGGGCGTGTCGGTTCACGACGACGTTCGGCTCGCCATGTCGCAGATGGCTGACCGCATCAAGATCATTTCCGCTGAGCGGGTCCGGGAAGAGCTGGTCAAGCTCATTAACGGAGCGCACCCGCGGGTAGGCATCGACCTCCTGGTGGACACAGGGCTCGCTGAGTTCGTGCTCCCTGAGGTTTCCGCCCTGCGTCTCGAAGCCGACGAACACCACCGGCACAAGGACGTGTACCAGCACTCGCTGCAGGTCCTTGAGCAGGCTGCCGCATTGGAAACGGGTCCTGACGGCCCCGTGCCCGGCCCCGATTTTGTGCTGCGGTTCGCTGCGTTGATGCACGACGTCGGCAAGCCGGCTACGCGCCGCTTTGAACCGGGCGGCGCGGTGAGCTTCCGCCACCACGACGTTGTGGGTTCCAAGCTGACAGCCAAGCGGATGAAGGCGTTGCGTTTCGACAATGAGTCCATCAAAGCCGTTTCCCGCCTGGTCGAATTGCACATGCGCTTCTACGGCTACGGCGATGCCGGCTGGAGCGACTCCGCAGTCCGCCGCTACGTGACCGACGCCGGACCCCTGCTGGAACGCCTGCACCGGCTCACCCGATCCGACGTCACCACGCGTAACCAGCGCAAGGCTGACCGTTTATCCTTCGCCTACGATGACCTTGAGCATCGCATTGCGGCGCTCATGGAGCAGGAATCGCTGGCAGCCGTTCGGCCGGACCTTGATGGAGCGCGGATCATGGCGCTCCTAGGACTCAAGCCCGGCCCCGTGGTGGGGCGGGCTTACAAGTTCCTTCTGGAGGAGCGCATGGAACATGGACCACTGTCCCCCGAGGAAGCTGAGCGGAAACTCTTGGCATGGTGGGAAGCGCAACCCGAGTCCGCCGTCGTCGAGCCTTTGACCGAAACTGAGGAGTCCTAA MAHVLDSSSVNFTIDPVVLDLGQRFVDAGFELSLVGGPVRDLFLGRTSPDLDFTTDATPDQTISVIKKWADNFWEIGRAFGTIGMKKNGFQIEVTTYRAEAYDPDSRKPVVAFGNSLTDDLLRRDFTINAMALRLPSLELVDPFGGVRDLHASELATPGAPEASFSDDPLRMMRAARFASQLGVSVHDDVRLAMSQMADRIKIISAERVREELVKLINGAHPRVGIDLLVDTGLAEFVLPEVSALRLEADEHHRHKDVYQHSLQVLEQAAALETGPDGPVPGPDFVLRFAALMHDVGKPATRRFEPGGAVSFRHHDVVGSKLTAKRMKALRFDNESIKAVSRLVELHMRFYGYGDAGWSDSAVRRYVTDAGPLLERLHRLTRSDVTTRNQRKADRLSFAYDDLEHRIAALMEQESLAAVRPDLDGARIMALLGLKPGPVVGRAYKFLLEERMEHGPLSPEEAERKLLAWWEAQPESAVVEPLTETEES NA NA NA NA NA D3-18_00024 582 gpm2 COG0406 Acid phosphatase TTGAACGGTGCCATTTCCCCGCGTCCGCAACTCTGGATCCTTCGACACGGCGAGACCGAATGGTCCAAGAGCGGTCAGTACACCGGCCTGACAGACCTTCCCCTCACTGTTGAGGGTGAGCAGCAGGCTGTTGAAGCCCGCAAGGTGCTGGAAAGCATCGACTTCGACCTCGTCCTGACCTCGCCACTGCGTCGCGCCCGCCGCACGGCGGAACTCGCGGGCTACCCGGAGGCCGTCCATGAGCCGCTGGCCGTCGAATGGAACTACGGCGACTACGAAGGCATCAGCTCTGACCTGATCCGCAAGGACAACCCGGACTACCTCATTTGGACTGATGGCGTACCCAACGGGGAAACCCTGGATGAAGTGGCTGCCCGGGCGGACAAAATCATTGGACGCGTCCTGGAATCCGGAATGGACAACGTCTTGATAGTGGCCCACGGTCATTTCTCCAGGATCCTCACCGCCCGCTGGCTCGAAATGGATGCCCGCGAAGGCCGGCACTTCATTCTTGGAACGGCGAAGGTCTGCACCCTTGGTTGGGATAAGCGGACGCCTGCAATTGTGCGTTGGGGACTCTAA MNGAISPRPQLWILRHGETEWSKSGQYTGLTDLPLTVEGEQQAVEARKVLESIDFDLVLTSPLRRARRTAELAGYPEAVHEPLAVEWNYGDYEGISSDLIRKDNPDYLIWTDGVPNGETLDEVAARADKIIGRVLESGMDNVLIVAHGHFSRILTARWLEMDAREGRHFILGTAKVCTLGWDKRTPAIVRWGL PGPT0017735_13 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 D3-18_00025 141 hypothetical protein ATGCGAAAACGCCCCGAAGACATGCGCTTCTACAAGAGCACCGATGCTCCCAAGGACCGCACCCTGTTCAACGGCCAGCTGCTGGACCAGCGCCGTGAAGACGTCTACGTTGTCCTGCACCAGATGGGACTCATCCGCTGA MRKRPEDMRFYKSTDAPKDRTLFNGQLLDQRREDVYVVLHQMGLIR NA NA NA NA NA D3-18_00026 1620 hypothetical protein ATGCTGAACCTCAAGGAGCCCACGCGGCTACGCGTGGGCTCCTCCCCTTTAACGCGGTGGACCGCCAACCCTCGAACCTCGCAGGACTGTAAGCTCGATCCCATGCAGGAGACGAAGCCTCACCGGCTACAAAAACGTGCCCGCTTTGTGGTTCCAAGCCGCAGCGACGCCCTGCTTCGGAACTTCACGGAACTGGTGGGCGGCCCCTTGGGCAAGCATTCCTCACCCGGCAAGATTTCGCCTGGACCGTTCACTGTGGAACGGGTCCTGATCGTCCTCACCGTTGTGGCTGCACTGCTCGCGGTACTCGCAAAGGATTACTGCCGCGTTCGTGGATGGGAGACTCCCGGCCAGTTCTATGCAACCTGCTATTCGGACTTCCCTGAGCTCTTCCGGAACCGCGGTCTCGGCGAGGGCATATTTCCTTTCTTCACCCAGGGCAGCCTGTTCGAGTATCCGGTGCTCATGGGCATCATCGCCGGTGTGACAGCTTCATTGGTGCCCGGCCAGGGGATGGGGAACGAACGACTCCTGGGCTACTTCGACGTCAACGCGACACTCATCGTTGCGGTTTGGATCGTTACGGTCCTCCTGACTGCAAGAGTCAATAGGCGCCGCCCTTGGGACGCCGCCATGGTGGCCGTAGCCCCCGGGATCATTTTGGCCGGATTCATCAACTGGGACATGTGGGCTGTGGGGCTGCTGGCCTTGGGGATGTACTTTTTCTCCAGGGACAAGCTGATTCTGGCCGGTGTGTGCATCGGGCTGGGCACAGCCACCAAGCTGTACCCGGTCCTCATCCTCGGTGCCGTGCTGGTACTGAGTCTGCGAACCGGCAAGCTACGAGCCTTCTTCATCACCGCTGGTGCGGCCGTAGCATCCTGGCTGGCGGTGAATTTGCCCATCGCGGCGATGAACCCGTCGGGCTGGCGATACTTTTTCGACTACAGCCAGGACCGACCGGCCGGCTACAGCTCGCCTTGGTTCGCTTACAACCTGGTGGCGGACAGGGTTCGGTGGGCCCAGGTGGACAGCGCAACCATTAACACGCTGGCCCTGTACCTGTTCGTCCTTGCATGCGTACTTATTGGTGCTCTGGCCTTGTATGCCCCACGGCGACCCCGTCTGGCCCAACTGGTGTTCCTGATAGTTGCCGCGTTCATCCTGACTAACAAGGTCTACTCTCCCCAATTCGTCATCTGGCTCATACCGCTCCTGGCTCTGGCCCGGCCCCGCTGGCGCGACTTCCTCATCTGGCAAGCTGTCGAGGGGCTGCACTGGGCGGCCGTCTGGATGTATCTGGGCCAAACGACCAGTGGCGGTTCCGTCCAGCACAACATTGATATGTCCTACTACGTTCTGGCGGTGGGCTTGCATATGGTCGCAACGGCATATCTCATGACGCGGGTGGTCATGGATCTTTGGGACCCTGCCCAGGATCCATTACGCGCGCAGGGCCAGGACGATCCCCATGGTGGACCATTCGACGGCGCCCGGGACTGGTTACGGCTCGACGTCTTACGCCCCTCCCGGTCGGTGCTGCCGTGGCGTCCACGGGCTGCGGTGGAGAATACCGATCCCAAAGCACCCCAGCATATGGAGGTAAACAGCGATGGTTGA MLNLKEPTRLRVGSSPLTRWTANPRTSQDCKLDPMQETKPHRLQKRARFVVPSRSDALLRNFTELVGGPLGKHSSPGKISPGPFTVERVLIVLTVVAALLAVLAKDYCRVRGWETPGQFYATCYSDFPELFRNRGLGEGIFPFFTQGSLFEYPVLMGIIAGVTASLVPGQGMGNERLLGYFDVNATLIVAVWIVTVLLTARVNRRRPWDAAMVAVAPGIILAGFINWDMWAVGLLALGMYFFSRDKLILAGVCIGLGTATKLYPVLILGAVLVLSLRTGKLRAFFITAGAAVASWLAVNLPIAAMNPSGWRYFFDYSQDRPAGYSSPWFAYNLVADRVRWAQVDSATINTLALYLFVLACVLIGALALYAPRRPRLAQLVFLIVAAFILTNKVYSPQFVIWLIPLLALARPRWRDFLIWQAVEGLHWAAVWMYLGQTTSGGSVQHNIDMSYYVLAVGLHMVATAYLMTRVVMDLWDPAQDPLRAQGQDDPHGGPFDGARDWLRLDVLRPSRSVLPWRPRAAVENTDPKAPQHMEVNSDG NA NA NA NA NA D3-18_00027 1446 hypothetical protein ATGGTTGATGTCGCCGTCGTCGGCGCCGGGCCCAACGGCCTGGCCGCCGCAGTGGTTATGGCCCGCGCGGGCTTGAGTGTCCATCTCTACGAGGCAGCTGATGCGATCGGTGGGGGGTCGCGGACCAGTGAATTGATCGAACCCGGCTACCTTTACGACGTCTGTTCGGCAGTGCATCCCATGGCTGTGGCTTCGCCCTTCTTCCGCGCCTTTGAGTTGTCGCAGCGCGTGGACCTGAGGGTGCCGGAGGTGCAGCACGGCACGCCATTGGACATCGGAGGTGCGGCCCTTGCCTACCAGTCGCTGGATCGCACAGTGCAGGAGTTGGGTGTCGATGGACCCGCCTACCGTCGGCTACTTGAACCCTTGCTGGAGCGGGTGGACGGGGTGGTGGACTTTACGTCAAACCAACTCCTGCGCATTCCGAACGATCCGTTGGCGGCAGTCAGGTTTGGATTGGCGACGCTGGATCAGGGGACCCCGATTTGGATGCGCCGGTTCCGGGAAGAAGCCGCTCCTGCGCTACTGACTGGTGTGATGTCGCATGCCCTCGGCTCGCAGCCGTCCCTTAGCTCAACGGGTGCCGGGCTGTTGCTCAGCATCCTGGCCCACGCTGGCGGTTGGGTGATACCTGTTGGTGGCTCCATGTCCATTGCACGGGCCATGGCCGACGATCTCGCAGCGCACGGCGGCAGCATCCATGTGGGTGAACGCGTGAATTCGCTGGATCAGGTCCGACCCGCGAAGGCCATTCTGTTGGATGTTGCCCCGCCAACTCTGGCGCGGTTGGGTGGCTCGGAAGTTCCCGACCGCTACCGTCGTGCACTTGAGGCATTCCGCTTCGGGAATGCAGCATGCAAGGTGGACTTCATCCTGTCCGGACCTGTGCCCTGGCGTGATTCCGGATTGGCACGCGCCGGAACCGTCCACGTTGGTGGCTCACGGCGGGCAATGGCAGAGTCCGAGAACCTGGTGGACATGGGCAAACATCCAACGGAACCTTATGTCCTGGTGTCCCAGCCATCCGTGGTGGATTCGACGCGCGCGCCTGAAGGCCGACACGTTTTGTGGTCGTATTGCCACGTGCCTGCCAATTCGACGGTGGACATGGCCGAAGCTGTCACGGCACGAATTGACCGTTACGCGCCAGGCTTCCGGGACGTGGTGGTGGCATCAAAGACCACGACGGCGGCGGAATTGTCCGCCTACAACGAGAACTATGTTGGTGGAGACTTCAGTGCAGGCCTGTTGGACTTGCGTGGTCTGGTGCAACGGCCGGTTGTGTCCAACGTGCCATGGCGAACTCCTATGGAGGGCGTGTACCTGTGTTCCTCGTCAACGCCGCCTGGTCCCGGGGTTACGGGAATGCCCGGGTACCACGCGGCAAGATATGCCCTCAAAGACATATTCAAGATGCGAGTACCCGGGCTGGGCGTTGGGCTTTAG MVDVAVVGAGPNGLAAAVVMARAGLSVHLYEAADAIGGGSRTSELIEPGYLYDVCSAVHPMAVASPFFRAFELSQRVDLRVPEVQHGTPLDIGGAALAYQSLDRTVQELGVDGPAYRRLLEPLLERVDGVVDFTSNQLLRIPNDPLAAVRFGLATLDQGTPIWMRRFREEAAPALLTGVMSHALGSQPSLSSTGAGLLLSILAHAGGWVIPVGGSMSIARAMADDLAAHGGSIHVGERVNSLDQVRPAKAILLDVAPPTLARLGGSEVPDRYRRALEAFRFGNAACKVDFILSGPVPWRDSGLARAGTVHVGGSRRAMAESENLVDMGKHPTEPYVLVSQPSVVDSTRAPEGRHVLWSYCHVPANSTVDMAEAVTARIDRYAPGFRDVVVASKTTTAAELSAYNENYVGGDFSAGLLDLRGLVQRPVVSNVPWRTPMEGVYLCSSSTPPGPGVTGMPGYHAARYALKDIFKMRVPGLGVGL NA NA NA NA NA D3-18_00028 606 hypothetical protein ATGAAAATCGCAGTCTACGGCGCAACCGGTATGGTCGGCAGCCAGATCGTCAACGAATCCATCACCCGCGGCCATGAGGTAACAGCCATCTCCCGCAAGGGCGCTGAGGTTCCTGGAGCCGCTGCCCAGGCAGCCGATCTGGCCGACGCCCAAGCATTCGCCTCCATCGCCCAGGATCACGACGTCGTTGTGCTGGCTACGGGCCCCAGCCGCACCGGCGGCGACCATGGAGAGTGGCTCGACGCGATGGCTTCCGCCTACAGCAATGCCGAAGGAACGCGGCTCATGATCGTCGGCGGCGCCGGCACCTTGGAGATTGATGGCGTCCGCCTGCTCGATTCCCCCGACTTCCCCGAGGCCTACAAGGCTGAGGCCACTACTGCCGCCAAGGCCTTCGAAGCCGTGAAGCAGACCCCGGAGACCATCGACTGGACCGTCTTGGCTCCCGCTCCCGTCATCCAGCCGGGTGAGCGCACGGGTGAATACACGGTTGCCAAGGATTCACCGGCCGGCAACAGCATCTCCACGCAGGACTACGCAGTAGCAATGCTGGACGAGATCGAGAGCCCGGCTCACCGCCGCGCCCGCTTCACCGCCGCTAACTAA MKIAVYGATGMVGSQIVNESITRGHEVTAISRKGAEVPGAAAQAADLADAQAFASIAQDHDVVVLATGPSRTGGDHGEWLDAMASAYSNAEGTRLMIVGGAGTLEIDGVRLLDSPDFPEAYKAEATTAAKAFEAVKQTPETIDWTVLAPAPVIQPGERTGEYTVAKDSPAGNSISTQDYAVAMLDEIESPAHRRARFTAAN PGPT0020900_1856 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 D3-18_00029 399 hypothetical protein GTGGACAATACTGAACTCCCCGGAAACATCCTGGACCCCAACTGTCCCTCGCGGGTGGTCTTCCAGCGCATCGGCGACAAATGGGCTTCGTTGGTGATTCAAGTGCTCGGTGACGGGCCGGTCCGCTTTTCGGAACTGCGCAAAATGGTGAACGTAGTTACTCCCAAGGTCTTGACGCAAACACTGCGTGCCTTGGAGCGCGACGGCCTGATTACGCGGACCGTCTACGCACAGGTACCGCCGCGGGTGGAGTATCAGCTGACAGCTTTGGGCGAGTCCCTGCTGAGGCCGCTCACCATGTTGCGCCACTGGGCCGAGAGTCATGTGCCCACCATTCTCGAAGCGCGTGACGCCTACGACGAAGCACAGGACGAAGCTCTCCTCGGCTCCCCCAAGTAG MDNTELPGNILDPNCPSRVVFQRIGDKWASLVIQVLGDGPVRFSELRKMVNVVTPKVLTQTLRALERDGLITRTVYAQVPPRVEYQLTALGESLLRPLTMLRHWAESHVPTILEARDAYDEAQDEALLGSPK NA NA NA NA NA D3-18_00030 702 lolD_1 COG1136 Lipoprotein-releasing system ATP-binding protein LolD GTGAATAGGGCACTGAACCTCAACAACATCTCCCTCGAATACCCTGACGGTGGCTCCACCCTCAAGGCACTGGACGCCGTCAACCTCAATGTCCGCAAGGGTGAATTCCTCTCCCTTGTGGGTCCTTCCGGATCCGGCAAGTCCTCACTCCTGGCCGTCGCCGCAACTCTGGTCGAACCTACGGCGGGACAGGTCATGATCGACGGACAGGATGTGTCCGCCCTTTCGGAGGCCGAACGCACAGCCCTCCGACGGGACAAGGTGGGCATCATCTTCCAGCAACCCAACCTCCTGCCGGCACTGACCGCCGTCGAGCAGCTGCTGATCCGCGAACATCTGCGGGGAAAGCCCGTGCGCGACGAACGGGAGAACGCGGCGGAACTACTGAACGTCGTCGGCCTGTCCGGGGCGGCGCACAAGAGGCCACACCAGCTGTCCGGGGGCCAACGCCAAAGGGTGAATATTGCGAGGGCCCTCATGGGAAACCCAACTGTCCTTCTCGTCGATGAACCAACGGCTGCACTCGACCACGGGCGCAGCGAGTCGATCGTCCGCCTACTCCGGCAGGTCACGGATGAATTCCAGACGGCCACCATCATGGTCACTCACGACACCGAGTTCCTACCTCTCACCGATGCCGTCGCCACAATGCGCGACGGACAAGTCAGCCGCGCGCTGGTCCCGTCCGCTCAGCCCAACTAG MNRALNLNNISLEYPDGGSTLKALDAVNLNVRKGEFLSLVGPSGSGKSSLLAVAATLVEPTAGQVMIDGQDVSALSEAERTALRRDKVGIIFQQPNLLPALTAVEQLLIREHLRGKPVRDERENAAELLNVVGLSGAAHKRPHQLSGGQRQRVNIARALMGNPTVLLVDEPTAALDHGRSESIVRLLRQVTDEFQTATIMVTHDTEFLPLTDAVATMRDGQVSRALVPSAQPN PGPT0013345_7727 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D3-18_00031 1080 COG0577 putative ABC transporter permease ATGTTTCTTGCCATCCGCGACATCCGTTTCGCCAAGGGCCGTTTTGCCCTCATGGCTAGCGTCGTCGCCCTGATCACCTTGTTGCTCGTCATGCTTTCCGGGCTGACGGCGGGCTTGGGCAACCAGTCGACGTCGGCCATTGGGGCCCTGCCCGTTCAGCGGATCGTCTTCGGCGCACCTGCCGGCGGGGAGCCGAAAGCGTCCTACACGGAGTCGGAGGTTTCCTCCGCGCAGCTTGAAGCTTGGCGGAAACAGCCAGGCGTTACTTCGGCGCAGGCACTCGGAATCAGCCAAACGCGTGTCCAGTCGCTAGGTGCCGGTGGCGGACCGAGCGGTACGGCGAACATCGCCGTCTTTGGCGGGGCAACGGCTCCGGCAGCTGTGGAGGGCGGGACGGTGGTGATTGGCGAAACCCTGGCCAAGGAGCTGTCGCTGGAGGCCGGCAGCCTGGTCCGGGTGGGTGGGAAGGACCTCACCGTGGCCGAGGTTGTGGAGGACCAGTGGTACTCCCACACCGTAGTGGTCTGGACGACGCTCGACACGTGGCGGAAAATCGCGCACGCGGCCCCTGGCACTGCAACTGTTGTCGCCGTGACTTTCGACGGCGGATCTTCGGTGGACGTCGACGGCGCCAACGCGGCGGCTGGCACGGTCAGCATGGACCCCGTGGGTTCCTTCCAAGCCTTGGCCTCGTATAAGAGTGAGAACGGGTCACTTATGCTCATGCAGGCATTTCTTTACGGCATCTCAGCCTTGGTGATCGTCGCGTTCCTGACTGTGTGGACCGTGCAGCGCACGCGTGACATCGCAGTCCTCAGAGCCCTGGGAGCTTCGTCGGGCTATGTTCTGCGGGATGCTCTTGCCCAGGCAGCCCTGGTTCTCCTGATCGGTGCCGGGGTGGGCGGACTGATTGGCGTGGCGGGCGGATTCTTCGCGGCTCAAGCGGCACCCTTTCTGATCACACCTATGACCACGCTGATTCCCATAGCAGGGATCGTCCTCCTCGGCTTAGCAGGGGCTGTGCTGGCGGTCAGAAACGTCACCAAGGTCGATCCACTGCTTGCCCTCGGCGGCAACTAA MFLAIRDIRFAKGRFALMASVVALITLLLVMLSGLTAGLGNQSTSAIGALPVQRIVFGAPAGGEPKASYTESEVSSAQLEAWRKQPGVTSAQALGISQTRVQSLGAGGGPSGTANIAVFGGATAPAAVEGGTVVIGETLAKELSLEAGSLVRVGGKDLTVAEVVEDQWYSHTVVVWTTLDTWRKIAHAAPGTATVVAVTFDGGSSVDVDGANAAAGTVSMDPVGSFQALASYKSENGSLMLMQAFLYGISALVIVAFLTVWTVQRTRDIAVLRALGASSGYVLRDALAQAALVLLIGAGVGGLIGVAGGFFAAQAAPFLITPMTTLIPIAGIVLLGLAGAVLAVRNVTKVDPLLALGGN PGPT0013350_21655 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004 NA NA D3-18_00032 1281 hypothetical protein ATGCAGTCTCCTGTTGGCGCCGCCACAATCCTCCGCGTGCTGCGCGTGAGCCTGCATGTCGGTTTCGCGGTTCTGCTACTGGTTGCCGTTGTCCGTTTGCTGACGGGAATGGGAACCAGCGGGGCACCGTCGGCTCTGGCCGTGGCCGCGGGACTGGGGCTTTCGGCCTTACTGGCGCTGGTGTATCTCAGTGGCACGCTCCTGGAAACGCGTCATGCAAGTGACGCGACGCGCTTCAATCCCACACCCTACGCACGTTGGTGGCTGGGCGCGGTGATGCTCGTATGGCTGCTGCTCCTCCTGGTCAGCAGCGACTTCGCATGGGTGGCCTTCCCCCTGTTTTTCCTGCAGCTGCACGTGCTCCCCCGGCGTTTGGCACTCCCCGCGATTGCGGTGAGCACGGCCCTTCTGGTGGCTACCCTGTGGTTCCACAGCCGGGGAGCGTCCGGCGGCGGCCTGCAGCTGGCGATGATCCTGGGACCGGTGTTCGGGGCCGTCTTCGCGGTGGTTACAGGGCTGGCGTACCGTGCCTTGTTCCTCGAAGCTGAAAACCAGCGCACTGTTGCTGACGAGCTTCGCAGAACACGGGCAGAACTTGCCCGAACCCAGCACGACGCCGGCATGCTGGCTGAACGTGAACGGCTTGCCCGGGAAATCCACGACACCCTGGCCCAGGGCTTCTCAAGCATCGTCCTGATGGGCAGGTCCGCGGAGAAAGCTTTGGATGACGGTGACGCGACTGCGGCGAAAGAGCGGTTGCGGACGGTACAGGACACGGCGTCGGCCAATTTGGCTGAAGCGCGCAGCTTCGTTCGCGGACTGCGTTCGCCTGATCTTGCGGAGTCGGGACTCGTGGACACCCTCCGCCGACTCTGTGGGAAAACGGAAACCGAGGCTGCTGCACGGGGATCTGCGTTGCGCTGCCGCTTCGAGCTGGTGGGTACGCCTATGGAACTGCCGAACACGTATCAGACCACCCTGCTGCGGGCCGCCCAGGCTTCCCTCGCGAACGTGTGGGCGCACGCCCAGGCACGCGCCGCCGTCGTGACCCTGTCCTTCCTCGGCGAGGAGGTGACCTTGGACGTTTTCGACGACGGTGTTGGTTTCGAACCGTCGACGGCGGTGGGTCCAGCGCGTGGCGACGGGACCGGCGTCGGACTTCAGGGCTTGCGGGAACGGCTGGCCGCGCTGGACGGCCGCTTGGAGATCGAGTCCGCACCCGGTGAAGGGACAGTGGTTGCGATTCGCGTGCCGCTGCCGTCGGATGAAGGTGCTGCGTGA MQSPVGAATILRVLRVSLHVGFAVLLLVAVVRLLTGMGTSGAPSALAVAAGLGLSALLALVYLSGTLLETRHASDATRFNPTPYARWWLGAVMLVWLLLLLVSSDFAWVAFPLFFLQLHVLPRRLALPAIAVSTALLVATLWFHSRGASGGGLQLAMILGPVFGAVFAVVTGLAYRALFLEAENQRTVADELRRTRAELARTQHDAGMLAERERLAREIHDTLAQGFSSIVLMGRSAEKALDDGDATAAKERLRTVQDTASANLAEARSFVRGLRSPDLAESGLVDTLRRLCGKTETEAAARGSALRCRFELVGTPMELPNTYQTTLLRAAQASLANVWAHAQARAAVVTLSFLGEEVTLDVFDDGVGFEPSTAVGPARGDGTGVGLQGLRERLAALDGRLEIESAPGEGTVVAIRVPLPSDEGAA NA NA NA NA NA D3-18_00033 657 liaR_1 COG2197 Transcriptional regulatory protein LiaR GTGAGTGATATCCGTGTGTTGCTGGTGGACGACCACCCGGTAGTTCGTGCGGGGCTGCGGGCAATGCTCGCCGACTTTCCGGGTGTCACGGTGGTGGCTGAAGCGGCGAATGGTGACGCTGCCCTGGTGGAACTCAGCAGGCTGCACACCCTCGGCGAGCCCGTGGACCTGGTGCTCATGGATCTGCAGATGGGCAGCGGCATGGACGGCGTGACAGCTACGGAAAAGATCAAGGCAGGCGAGGCCGGTACTCCCCCGCCACCGGTGCTGATTCTGACGACTTACGACACCGACGCCGACATCCTCGCTGCGGTGGAGGCGGGTGCCAGCGGCTACATGCTCAAAGACGCCCCGCCGGAACAGATTCGACAAGCAGTATTGTCCGCGGCGGCGGGTCAAACCGCACTGGCACCTGAGGTTGCGGCGCGGCTCATGGGCCGCATTCGGAATCCTTCGCCGGCTTTGAGCGCCCGGGAAGTCCAGCTGTTGGAGCTCTTGGCGACCGGGATGAGCAATCGTGCCATTGCCAAGCAACTCTTCATTTCCGAGGCCACGGTGAAGACGCACTTGGTGCACATCTACTCGAAGCTTGGTGTCGACAACCGAACCGCTGCCATTGCCGTAGCGACGCAGCGCAGGATCATCCGGGGTCGCTAA MSDIRVLLVDDHPVVRAGLRAMLADFPGVTVVAEAANGDAALVELSRLHTLGEPVDLVLMDLQMGSGMDGVTATEKIKAGEAGTPPPPVLILTTYDTDADILAAVEAGASGYMLKDAPPEQIRQAVLSAAAGQTALAPEVAARLMGRIRNPSPALSAREVQLLELLATGMSNRAIAKQLFISEATVKTHLVHIYSKLGVDNRTAAIAVATQRRIIRGR PGPT0014870_187 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 D3-18_00034 3852 hypothetical protein ATGTCCATACCCTCCTTGGGCTTGTCCGGTGCTGTCCCCAACAGCTCCGGACACACCAGAAAAGGTTCGCTAGCCCGGAAGGCCGCCTCCCTCGGCCTCGCCTCGCTGCTCCTCGCCGGAACCATCCCCGCACTCACCTTTGCCTCAGCTGCCAATGCCGCTCCCGGTGACCCCGCCGCCATCAAGGCCGTCACCCCCGAGGTCCCTGTGGACGCCGCTGGAGTACCACTCGGAGCGGTGAACGGATTCACCCAGACCAGCAACGTCGTCGACCTTTCCGCAGAAAAAGGCGCCATCCGCGTCACATTCCTGGACGACGGCAATTTCCGGTTGGAAGCCGACCCCAGCGGGAAGTTCACCGACCCCGCCAATACTGACCAAGGCGATCCGGCCAGGACCGCCAACATCGTGGTGGGCAAGGACAAGTTCCCCGGTATCACCCCGACAGTTACCGACGGCGACTGGCTGGTCCTGAAGACCGCGAAGATCAGCGTCGAGATCAACAAAGCCACTACCCAACTCCGTGTTCTCAGGGCTGACGGCTCGCTGGTCCTGGAGGAGTCCGCACCCATCACCTTCGGCGCCAACTCGGCCACGCAGCACCTCGCCCAGCAGGACGGTGAGCAGTTCATCGGTGGTGGCATGCAGAATGGCCGCTCGGTCCACACCGGGGCCCTGATCAACATTGCCAGGAACTTCGACTGGGACGACGACGGCTACCCCAACGCCGTGCCGTACTACATGTCGTCCAAGGGCTACGGCGTCCTCCGTGACACGTTTGCGCGCGGCTCTTACAACTTCAGCGCCCAGCCAACCACCACGCACGAAGAAAAGCGCTTTGACGCCTACTACTTCGTGGGCGACTACAAGCAGTCGCTGGGCGCCTACACCACGTTGACCGGTAAGCCGATGATGCCCCCGGTCTACGCCCTGGAGTATGGCGATGCTGACTGCTACAACCGCTCCAACCCGGGCTATTCTTCCTCCGGTTTCGGCGATCCGGACGGCGCCAAGCAGCGCACACCGGACGCCATTAAGACTGCCCGGAAGTTCGTCGAGAATGACATGCCCGCCGGCTGGATGCTGGTCAACGACGGCTATGGCTGTGAATACCAGCAACTTCCGGAAACCGTGAGCAACATCGAGGAAGAAACCGACCTCAAAGTGGGACTCTGGACGCAGCGCTCTTTGACCAACCAGGAATACGAAGTGGGCGAGGCCGGAGTCAGGCTTCGCAAACTCGATGTCGCCTGGGTGGGGCAGGGTTATCGCCAGGCACTCACGGGTTGCGAAGCTGCCCACGGCGGCATTGAACAGTACTCCGACGCCCGCGGCACGTCGCTGATGGTGGAAGGTTGGGCTGGCTCGCAGCGCTGCGGCATGCAGTGGACGGGTGACCATTCAGGAAATCTCGACGCCGTCCGCTGGCAAATCTCCGCCCTCACCGGCGCCGGTAACTCAGGTTTGGCATTCACCACCGGTGACGTTGATGGCATCTTCGGTGGCTCCGCTGAGTCCTACGTCCGGGACCTCCAGTGGAAGGCCTTCGCCCCGGCGCTGTACTCCATGTCCGGCTGGGCTGCCACTGACAAGCGTCCTTGGCTCTACGGTGATGAGGCGACGGCCATCAACCGTCAGTACCTCCAGCTCCGCCAGCAGCTCATGCCCTTCATCTATACCCTGGCCCAGGAATCGTCGGCTACAGGCGTTTCCATGATGCGTTCCATGGCACTGGAGTTCCCTGACCAGGAATGGTCCTACGGCGCCGAGGCGAACAACCAGTTCATGCTCGGTTCCGACTTCCTGGTTGCACCGGTCTTCACCCAGACGGATGTCCGCAATGGCATTTTCCTCCCGGCAGGTCAGCAATGGGTTGATTACTGGACCGGCAAGCTCTACCAGGGCGGCCAGATCCTCAATGGTTACAGCGCACCGCTGGACAGGCTGCCGGTGTTCGTTCGTGCAGGTGCAGTGATCCCACAAGGCATTGTGGCCCGTAACGCGTCTCTGGTTCCGGAAGATTCCATGATCACGTTGGACGTCTATGCGAAGGGCCAGGACACCTTCACTCTCTACGAGGATGACAAGGTCACCCGGGAATTCAAGGATGGCAAGTCCTCCAGCCAGCTCTTCGCTGTGGACGCCCCGGGCACTGGTAACAGCAGCGTGAAGATCTCCATCGGTGAGCGGAAGGGCGACTACACCGGCAAGGCAGCGGCACGTCCCTACGAATTGAAAGTCCATGCGGGTGCAGCGCCCAAGGACGTGAAGATCGGCGGCACCAAGCTGGCGCAACACTCCACAGAGGCCGCCTACGCCGCAGCAACCACGGGTTGGTATTTCGATGAGGCCAACAACGGCACCATCTGGGTCAAGACAGGTTCCATTGCTTCAAACCAGTCAGCCACGGTTCAGCTCCAGCAGGCCGGTCCACTGGGCGGCAAGAGCCAGGAGGACAGCGCAGCGGAAGTTCGCGTGACCACGGGACAGCAGGTCTTCCAGGACCAGGAAACCACGGTCACAGGTGCATTCGTGAACACCGGAACCAAGGCAAAGAGCAATGTGGTCCTGACCCCGGTTCTTCCCGAGGGCTGGACAGTGGTTTCTTCCTCCGGAGCAACCGCGGCCAAGGTTGAAGGCGGCGCGACGGCCACCGCCACGTTCGTCATCAAACCGGGGACCAGCGCCAAGGCTGGCCAACAGACTGTGCGGGTTTCGGCGTCGTACGCTGCTTCTGACTCCAGCACGCAAACAGTGACCGGCGGCAACCAGATCTACGTCGCCTACGGTTCCTTGGCTGCCGCTTACAACACCGTTTCGGTGACTACAGTGGCGGGCAAGGCGCTCGGAAACTTCGACGGCGGAGGGGCTACCTTCGCTGCCGAGCAGCTGGCTGCCGCTACGGTCCCTGCCGGTGGTGTCCGGCCGGGGAGCACGGTAACAGTGGACGCCGGAAAACCATCGCAGGTTGACTACATGTGGCCTGCGGTTGGACCGGACGTGCCCAATTCAGTAGCACTCTCTGCCCAGACCATCGCCGTCCAGGGCAAGGGCACCCACTTGGCGGTCCTTGGATCTGCCGCAGTGGGTAACGGAACGAGCCCGACTTTGACCCTGACCTATGCGGATGGGACCACTGAGCAGCAGTCCATCTTCTTCCCTAACTGGTTGCAGCCGTCCGTCCTCAACGGGGCAGTGGTGGCCGTGTCCGAGCAAGGCCGCAATAACGCCAACGGACCGTCGCCAGAGTACACGCAGTACAAGTACCAGGCCTTTTCCAACACGGTTCGGCTCAACCCCACCAAAGAGTTGGCATCCGTCATCCTGCCTACCGACACCCGGGTGAAGTTCTTCGATTGGAAGGTGACATCGCAGCCCCTGCCGGACGTTCCGGTTGGTTCTGTATACGCCTCTGAAACGCCGTGGGTCCAAGCTTTGAACGGTTACGGCGTGATCGGTAAGAACGTGGCGAACAAGGACTCGGCGTCGTCCCCGGACAAACCGTTGGCCATCAATTACACGGACCCTGCCACCGGTCAGCAACCTGTGTTCAGCAAAGGCCTGGGCGTCCACGCTTCGTCCAAGATCACCTATTACCTGGGTGGCAAGTGCACCTCGTTCACCTCCCAGGTTGGACTTGAAAGTGGCTTCGGCGGCAACATCATCTTCAAGGTCAATGCCGACGGCGTGAACAAGTACCAGTCGCGCACGTACACACCGGGATTCGCCCCTGAATCGGTGTCCGTGGATCTTACGGGTGCTGCGTATGTGGAATTGGTGGTGGACCCCTCCGGATCCATCAACGGAGCGCATGGTGTCTGGGGTGATGCCAAGTTCACGTGCGCTCCTTAG MSIPSLGLSGAVPNSSGHTRKGSLARKAASLGLASLLLAGTIPALTFASAANAAPGDPAAIKAVTPEVPVDAAGVPLGAVNGFTQTSNVVDLSAEKGAIRVTFLDDGNFRLEADPSGKFTDPANTDQGDPARTANIVVGKDKFPGITPTVTDGDWLVLKTAKISVEINKATTQLRVLRADGSLVLEESAPITFGANSATQHLAQQDGEQFIGGGMQNGRSVHTGALINIARNFDWDDDGYPNAVPYYMSSKGYGVLRDTFARGSYNFSAQPTTTHEEKRFDAYYFVGDYKQSLGAYTTLTGKPMMPPVYALEYGDADCYNRSNPGYSSSGFGDPDGAKQRTPDAIKTARKFVENDMPAGWMLVNDGYGCEYQQLPETVSNIEEETDLKVGLWTQRSLTNQEYEVGEAGVRLRKLDVAWVGQGYRQALTGCEAAHGGIEQYSDARGTSLMVEGWAGSQRCGMQWTGDHSGNLDAVRWQISALTGAGNSGLAFTTGDVDGIFGGSAESYVRDLQWKAFAPALYSMSGWAATDKRPWLYGDEATAINRQYLQLRQQLMPFIYTLAQESSATGVSMMRSMALEFPDQEWSYGAEANNQFMLGSDFLVAPVFTQTDVRNGIFLPAGQQWVDYWTGKLYQGGQILNGYSAPLDRLPVFVRAGAVIPQGIVARNASLVPEDSMITLDVYAKGQDTFTLYEDDKVTREFKDGKSSSQLFAVDAPGTGNSSVKISIGERKGDYTGKAAARPYELKVHAGAAPKDVKIGGTKLAQHSTEAAYAAATTGWYFDEANNGTIWVKTGSIASNQSATVQLQQAGPLGGKSQEDSAAEVRVTTGQQVFQDQETTVTGAFVNTGTKAKSNVVLTPVLPEGWTVVSSSGATAAKVEGGATATATFVIKPGTSAKAGQQTVRVSASYAASDSSTQTVTGGNQIYVAYGSLAAAYNTVSVTTVAGKALGNFDGGGATFAAEQLAAATVPAGGVRPGSTVTVDAGKPSQVDYMWPAVGPDVPNSVALSAQTIAVQGKGTHLAVLGSAAVGNGTSPTLTLTYADGTTEQQSIFFPNWLQPSVLNGAVVAVSEQGRNNANGPSPEYTQYKYQAFSNTVRLNPTKELASVILPTDTRVKFFDWKVTSQPLPDVPVGSVYASETPWVQALNGYGVIGKNVANKDSASSPDKPLAINYTDPATGQQPVFSKGLGVHASSKITYYLGGKCTSFTSQVGLESGFGGNIIFKVNADGVNKYQSRTYTPGFAPESVSVDLTGAAYVELVVDPSGSINGAHGVWGDAKFTCAP PGPT0018560_3 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0018560-malz-K01187 NA NA D3-18_00035 2007 mrdA Peptidoglycan D,D-transpeptidase MrdA ATGTCGCAAATGGGGAAATTGAAAATACATAGCCTTGTACTAGGTCTCGTATCGCTGGTGATGGCTGGTTCATTGACCGCCTGCGATGACGGCCGCGCGGGTGCGGAAGGAGCAGCCAAGCAGCTGGCGTCCTCGCTGGCGGCGCTCGACGTCGGCCAACTGGCCGTTGAGGGCAAGGACGCTGCCGCGGCCAACGATCAACTCAAAGCCGTGTTCGAGGGACTCGACGCCAAGCCGGCGGTCGCATCCGGCGACGTAAAACTCGACGGCGACACCGCAACTTTTCCCCTTAACTACACCTGGAACATCGGCTCGGCCAAGTGGGAGTACAGTTCCGAGGCCACGCTGAAGAAGTCCGGCGACAAGTGGGCTGTCCAATGGACCCCTGCACTTCTGGCTCCGGAACTCTCTGAGGGTGAAACCCTGTCGGTCAAAACCGTTCCCGCCCAACGTGGTCAGATCCTCGGCGCCGGGGATGCTCCGATCGTTGAGGACCGTCCGGTCTTCCGTGTGGGCATCGACAAAACCAAGGTTCCGGCAGATCAGGCCGACGCCTCTGCCCGTGCCATTGCGACGCTGCTCGGGCTCGACGCAGAAGAATACGCTAAGCAGGTTGCCGGCTCAGGTCCGGAGGCTTTCGTCGAGGGCATCGTGCTGCGTGCTTACACGGCCGAGATCACTGAGGCGAAAATCGAGGCCATTCCGGGCGGTTCGAGCATCCTGGACTCAATGGCTTTGGCTCCCACCCGGACTTTTGCCCGCGCCTTGTTGGGCAGCGTTGGCCAGGCCAGTGCCGAACAGATTGAAAACTCCAACGGTGCGCTGCGTGCCGGGGACACCACGGGTACCGGCGGCCTGCAGCAGAAGTACGACTCATTACTGCGAGGCAAAGACGGCGTGGAAGTCCTCGCCACGCCCGCGGAGAAGTCTGAAGGCGAGACGCTGGGCACCAAGGTGTTCTTCTCGTCTCTCCCGTCCCCCGGCACTACGCTCAAAACCACCCTTGACCTGAAGCTCCAGCAGCTGGCGGAAGAGACGCTGGCCGGTGTTGGACCGGCATCCGCGATTGTTGCCCTCAAGCCGTCCACCGGAGCTGTCCTTGCTGCTGCATCGGGACCCGGCAGTAACGGGTACAACACGGCTTTGCTCGGTCAGTATGCGCCAGGTTCCACGTTCAAGATCGTCGATTCCCTGGCGATGTTCCGCAATGGCACCACACCGGACTCGAAGGTTGAGTGCCCCTCAACGCTGACTGTGGACGGCCGCACGTTCAAAAATGCCGAAGGCTATCCGGAAAGCTCCCTTGGCTCGGTGACCCTGCGGGACGCGTTCGCGCACTCCTGCAACACGGCCTTCATCAACGCCCGTGATGCCGTGAGCCAGGATCAGCTCGAATCTGCAGCCCAGGCCCTTGGCGTAGCGGTTGAAGCCCCCAAGCTCGGGGCTGATGCGTTCCTGGGTTCGGTTCCTGGCGCTGCCGAAGGTACCGAGCATGCTGCTTCCATGATTGGACAGGGCAAGGTGCTGTTTTCCCCGCTCTCGGCCGCCGTCATGGCTGCGTCCGTCGCCAACGGCGCGCCCGTTTCTCCGCAGCTTGTGTTGAACGCCGACGCCGCCCAGAATCCCGGCGCCGCCCAGAACCCCAGCGCCAGTGCTACGCCCACCGAAAGTGGCACCGCATCGCCGTCGTCCGCTTCAGTCAGCGCCGTTCCCGTATCACCGGCGTCCACCAAGCCGATCACGAAGGAAGAAGCCGCTGCGCTCTCAGACATGATGCGGGCCGTGGTGACCTCCGGACACGCTGGATTCCTCGCAGAAGTCCCCGGGACGCCAGTAGGGGCAAAGACCGGTACCGCGGAGTTTGGCAATGACAACCCGCCCAAGACGCACGCGTGGATCGTAGCGACGCACGGAGACCTGGCAGTTGCCGTGTTCGTGGAAGAAGGCGGCCTGGGTGCCACCACCAGCGGACCCTTACTGAAGTCCTTCCTTACTGCGGCGGGCTGA MSQMGKLKIHSLVLGLVSLVMAGSLTACDDGRAGAEGAAKQLASSLAALDVGQLAVEGKDAAAANDQLKAVFEGLDAKPAVASGDVKLDGDTATFPLNYTWNIGSAKWEYSSEATLKKSGDKWAVQWTPALLAPELSEGETLSVKTVPAQRGQILGAGDAPIVEDRPVFRVGIDKTKVPADQADASARAIATLLGLDAEEYAKQVAGSGPEAFVEGIVLRAYTAEITEAKIEAIPGGSSILDSMALAPTRTFARALLGSVGQASAEQIENSNGALRAGDTTGTGGLQQKYDSLLRGKDGVEVLATPAEKSEGETLGTKVFFSSLPSPGTTLKTTLDLKLQQLAEETLAGVGPASAIVALKPSTGAVLAAASGPGSNGYNTALLGQYAPGSTFKIVDSLAMFRNGTTPDSKVECPSTLTVDGRTFKNAEGYPESSLGSVTLRDAFAHSCNTAFINARDAVSQDQLESAAQALGVAVEAPKLGADAFLGSVPGAAEGTEHAASMIGQGKVLFSPLSAAVMAASVANGAPVSPQLVLNADAAQNPGAAQNPSASATPTESGTASPSSASVSAVPVSPASTKPITKEEAAALSDMMRAVVTSGHAGFLAEVPGTPVGAKTGTAEFGNDNPPKTHAWIVATHGDLAVAVFVEEGGLGATTSGPLLKSFLTAAG NA NA NA NA NA D3-18_00036 1590 dap_1 D-aminopeptidase ATGCACATTGATTCCCGGTCATCGCGAAGCCTTCACGCTTGCTTGCTGGCCGCCACCATTCTGGGCGGCCTTGGCCCGACGGCAGCCGGCAACGCCACAATCCCGGCAGAGACTGCGGAGATCCCAGGATCGGCCTATGGGGTGTTGGACGCCTTCCTCCGAGATCAGCTTGAGACGCTGGGGGTTCCTGGTGCCGCCGTCGTGGTTGTCCAGCATGGCGTCCAGGTGCATTCGGCTGCGTTTGGCCGCGCCGACGACTCGGGAAGGCGGATGACCGCTCAAACGCCCGTGCTACTGGCGTCCACCACCAAGTCACTCACGGCGATTGCCGTGATGCAGCAGGTTGAGGCGGGCAGGCTGGAATTGGATGAGCGTGTCCAGACGTACTTGCCGTGGTTTGCGTTGAAGGACAGCCGCGCGTCCGCGATCACAGTCCGCCATCTGCTGCACCAAACCAGCGGAATGGCTTCAGCAGGTACCGCGTTTGAAGGCAGCGACACCCAAGGTCCCGAAGCGTTGGAAGAAGGTGTCCGTGCACTGTCAGGGGCCCCTCTGGCCAGGTCATCTGGCGAAACCTTCGGGTATGCCAACGCAAACTACAACATTCTGGGCCTCTTGGTTCAAACGGTCTCGGGCCAGCCTTTCGGCGACTATGTGAGGCAGCACGTCTTCGAACCCTTAAACATGATCCACAGCCACCCGACACAAGCGGCTGCCCGCACAGACAATGTGGCTGCCGGCTATTCGCTGTGGTTCGGCTCGTTTTGGCGTCAGACGGATGCGCCTGCACCGGCCACTGGCATGCCGTCCACCACCATGTACTCCTCCGCCGAGGACCTGGGTCACGAGCTAAGGGCGTTACTGGGGCAGGGGCGGTACGCCGACGCCCGCATCCTCCAGCCACAAAGCGTGAACGCGATGTTTGAGCCCCGCGTGCAGGTGGACGGCTCCAAGAAGTACGGCATGGGGTGGTTCAGCCGTCCACTTGTGGAGTCCGCAGATCCTTCAAGGCAACCACCGGAGGGAGAATTGCCGCTGCTGCTGGAACACCAGGGCGAGTGGGGCAACTCCCACACGTACCTTGCAATGATTCCTGCTTCCGGAATTGGTGTCGCGTTGGTTATGAACGCCAATGACACCTCTGCACCCTCACGACTGAAGGCCGTGGATACCAATGTCCTGCGGATCCTCCACGGGCAGCCGCTTGCTCCCACAGTTGTGCAAGAGGACTGGCTGCAGCGCTATAGCTGGGCCGTCGCACTGGCGTTGCTGCTCGCGGAGTTGTTCAGTTTGGGGCTGGCACTTTCCATCCTGCTCAGGAACCGCGCATCATCCCGAAAGTGGAAGCCACTCACCTTGGCTTTTAGCGCGCTTGTCTTGGATGCGTTCGCACTATGGTTGTGCTTCGCTTATGCACCCGCCAGGTTTGACACGAACCTGAACGTCATCGTCCGCCAGTTTCCCGACGTCGGACTTTTCCTGGTGCCGGTCCTGGCTTTAGCCCTTCTCGGGCCTATCCCACGAACTGCCCTGTTGCTCTGGAAGGTGCGGACGACTCCGCACCCAAATGGCGTCAGCCCGCCGCAGTAA MHIDSRSSRSLHACLLAATILGGLGPTAAGNATIPAETAEIPGSAYGVLDAFLRDQLETLGVPGAAVVVVQHGVQVHSAAFGRADDSGRRMTAQTPVLLASTTKSLTAIAVMQQVEAGRLELDERVQTYLPWFALKDSRASAITVRHLLHQTSGMASAGTAFEGSDTQGPEALEEGVRALSGAPLARSSGETFGYANANYNILGLLVQTVSGQPFGDYVRQHVFEPLNMIHSHPTQAAARTDNVAAGYSLWFGSFWRQTDAPAPATGMPSTTMYSSAEDLGHELRALLGQGRYADARILQPQSVNAMFEPRVQVDGSKKYGMGWFSRPLVESADPSRQPPEGELPLLLEHQGEWGNSHTYLAMIPASGIGVALVMNANDTSAPSRLKAVDTNVLRILHGQPLAPTVVQEDWLQRYSWAVALALLLAELFSLGLALSILLRNRASSRKWKPLTLAFSALVLDAFALWLCFAYAPARFDTNLNVIVRQFPDVGLFLVPVLALALLGPIPRTALLLWKVRTTPHPNGVSPPQ NA NA NA NA NA D3-18_00037 1683 ybiT COG0488 putative ABC transporter ATP-binding protein YbiT GTGGCCCATATTGACGTTTCCGGCATCGACTACTTCCTCTCCGACGGCACGCAGCTGCTCAATGGGGTGACTTTCAAGGTCCCCGATGGCACCAAGACGGCGCTCATCGGACCCAACGGAACGGGCAAAACTACCCTGTTCAAGATCATTTCCGGCGATCTCACTTCCGACGAAGGTGTGGTGGGCCGTTCCGGAAACATGGGCATCATGCGGCAGTTCGTTGGTCAGGTCCGTGACGAATCGACCGTCCGCGACCTCCTGGTTTCCACCGCACAAGCCGGCCTCGCCGCCGCTGCGAAGGCCGTGGAGGACGCCGAGCTCGCCATGATGGAGCACGACGACGAGCCAACGCAGATGAAGTACGCCCAGGCGATCGTGGACTGGGGAGATGCCGGCGGGTACGACGTCGAGACCGTCTGGGACGAAGTTTGCATGGCAGCCCTTGGAATCTCCTTCGACAAGGCGCAGTTCCGCCGCGCCTCAACATTGTCCGGTGGTGAGCAGAAGCGCTTGGTGCTCGAAGCCCTGTTTGCCGGTCCGGATGAGCTCCTGCTCCTCGACGAGCCGGACAACTACCTGGACGTCCCCGGCAAGCGTTGGCTGGAGGGGAAGCTCAACGAGTCCAAGAAGACTGTGCTGTTCATCAGCCACGACCGTGAGCTGCTTAACAACGCCGCTGGGCGCATCGTCACGCTTGAACCGGGCATCAACGGTGCCGGGGCGTGGATTCATGGCGGTGGCTTCGGATCCTACGTTGAGGCACGTGCGGACCGTAACGCCCGCTTCGAGGAGCTCCGCAAGCGCTGGGACGAGGAGCACGTGAAGCTCAAGGAACTCGTCAACATGTACAAGAACAAGGCCGCGTTCCGCTCGGACATGGCTAACCGGTACCAAGCAGCCCAAACCCGCCTTGCCAAGTTTTTGGAAGCCGGCCCGCCCGAGGCCTTGCCGATTGAGCAGAACGTCAAGATGCGCCTTAAGGGTGGGCGGACGGCCAAGCGTGCTGTCGTTGCCGAAAAGCTTGAGCTGACGGGGCTCATGAAGCCGTTCTCCACCGAGATCTGGTTCGGTGACCGCGTCGGCGTGCTCGGTTCCAACGGTTCAGGCAAGAGCCACTTCCTGCGCCTCCTTGCCACCGGCGGCACAGACCCCGAGCGCGAGCACCTGCCGGTGTCCGACGTCGTGATTGCCGAAGTGCCGCATGAGGGCACCGTGAAGCTTGGTGCTCGTATTCGGCCCGGCTTCTTTGCCCAGACGCATGTCCGCCCGGATCTGTTGGGCCGCACTTTGCTGGAAATACTGCACCGTGGAGACGAACACCGCTCGGGCCTCCCCCGTGAAGCTGCCGCTGGTGCCTTGGATTCGTACGGTTTGGCTGGCCAATCCGAACAGAAGTACGAGTCTTTGTCCGGCGGTCAGCAGGCACGGTTCCAGATCCTCCTGCTGCAACTCTCCGGCGCCACCCTGCTGCTGCTCGACGAGCCCACAGACAACTTGGACCTGCACTCGGGTGAGGCCCTGGAACGGGCAATCGATGCTTTCGAAGGCACCGTCCTTGCCGTCACACACGACCGGTGGTTCGCAAAGTCCTTTGACCGGTTCCTGATTTTCGGCTCCGATGGCAAGGTCTACGAGTCCGAGGAACCTGTTTGGGACGAAAAGCGGGTGGAGCGCGCCCGCTAA MAHIDVSGIDYFLSDGTQLLNGVTFKVPDGTKTALIGPNGTGKTTLFKIISGDLTSDEGVVGRSGNMGIMRQFVGQVRDESTVRDLLVSTAQAGLAAAAKAVEDAELAMMEHDDEPTQMKYAQAIVDWGDAGGYDVETVWDEVCMAALGISFDKAQFRRASTLSGGEQKRLVLEALFAGPDELLLLDEPDNYLDVPGKRWLEGKLNESKKTVLFISHDRELLNNAAGRIVTLEPGINGAGAWIHGGGFGSYVEARADRNARFEELRKRWDEEHVKLKELVNMYKNKAAFRSDMANRYQAAQTRLAKFLEAGPPEALPIEQNVKMRLKGGRTAKRAVVAEKLELTGLMKPFSTEIWFGDRVGVLGSNGSGKSHFLRLLATGGTDPEREHLPVSDVVIAEVPHEGTVKLGARIRPGFFAQTHVRPDLLGRTLLEILHRGDEHRSGLPREAAAGALDSYGLAGQSEQKYESLSGGQQARFQILLLQLSGATLLLLDEPTDNLDLHSGEALERAIDAFEGTVLAVTHDRWFAKSFDRFLIFGSDGKVYESEEPVWDEKRVERAR NA NA NA NA NA D3-18_00038 768 srlR COG1349 Glucitol operon repressor ATGGGAACTGCTGATCGCCACCGACTCATTGGCGAGTTGTTGCGCACCCGCGAAGAAGCCACGGTTGATGAACTCGTCCAAGCCACGGGAGCTTCAGGAGCTACCGTCCGCCGAGACCTCGAAATTCTCGCAGCCAACGGAGTGCTGAAGCGTGTCCACGGTGGCGCCCGCAGCTTGCTGGCACGCGGAGACAACCCCGGCTACGGGCAGCGCGAATTGGAAGACCGGGGAGCCAAGGTCCGAATCGCCTCGGCAGTAGACCGGCTGATTAAGGACCGCGAGCACGTGTGGCTGGACAGTGGATCAACGGCGACGGAGATTGCACGGCGCCTGAGCACCAGGGCGCTCACGGTCATGCCCATGTCCCTGCATGGCGTCGAGGCGCTGACAGGCAACAAGGATGGCCACGCTCCGGAACTCATCCTGCCTGGTGGCCGCCTCACCCCTGGGGAACAGTCGTTCAGGGGACCCATGACTGAAGCCAATGTTCGCTCACTGAGGTTCGACACCGCCGTCGTAACTCCCTGCGCCCTCAACCTGAAAGACGGCCTGCTGGCCCACGACCTCGAGGACGCCGCAGTCAAGCGCGCCGGTCTGGAATCGGCAACCAGGGTGATAGTGGCGGCCTCAGGAAGCAAATGGAATGCCAACGCGCTAGCACTCGTTGCAGCCATGGACACCGTGGCCGTCATCGTGACAGACCAGGAACCATCCCCCGAAGATCTTGCCCGGCTCAACAAACTCTCCGTGGAAGTTGTGATTGCATGA MGTADRHRLIGELLRTREEATVDELVQATGASGATVRRDLEILAANGVLKRVHGGARSLLARGDNPGYGQRELEDRGAKVRIASAVDRLIKDREHVWLDSGSTATEIARRLSTRALTVMPMSLHGVEALTGNKDGHAPELILPGGRLTPGEQSFRGPMTEANVRSLRFDTAVVTPCALNLKDGLLAHDLEDAAVKRAGLESATRVIVAASGSKWNANALALVAAMDTVAVIVTDQEPSPEDLARLNKLSVEVVIA PGPT0017590_981 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 D3-18_00039 1188 ybjJ_1 Inner membrane protein YbjJ ATGACCACCAACACCAGAAGCACCACCAACGTCAACGCAGCTGCGGTGGCGACGTTCCTGATCTTCGGCATGAACGGTTTGGTCTTCGCCAGCTGGGCTGCCCGCATCCCCGCCGTGACCGAGGCCCTCAGCCTGACGTCCGGCCAGATGGGCAATCTGTTGCTTTGCACCGCCGTCGGGTCTCTGCTGGCGCTTCCATCAGCCGGATGGGTGGTGGGCAGGATCGGTACAGCCAATACAGTGCGGGTGGCCGGGATCGTGGCGGGCGCCGCGGGCGCTGCCATTGCCTTCTCCCTGATGGCCGCCTCCGTGCCCGGTACGGCGGTTGCCCTCTTCTTCTTCGGCATAGGTATCGGCCTGTGGGACGTGGCCCAAAACATTGAGGGCGCAGACGTGGAGCACCGGCTTAAGCGCACCATCATGCCGCAGTTCCATGCTGCCTTCAGCGGGGGCGCGTTCCTGGGCGCGCTAATCGGCGCCGGCCTCTCCCAACTGGGTGTCGGCTTGCCCGAGCACTTGTTGGTCATCGCGGGCATCGCCGTCGCCTTGGCGCTGACGGTCCCCAAATACTTCCTGCCGCACGAGGTAGAAGAAATTCACGACGGCGGCGTAGCGGCTGAGAAGGGTCCCACTGCTTGGCGGGACGGCAGGACGCTGCTCATCGGCGTCGTGGTCCTCGGTGCCACGCTGACCGAAGGCGCCGGCAACGACTGGATCGCGAAGGCTGCAGTGGACGGGCTTGGCGCCTCGGAATCCACTGGCGCACTGCTATTCGCACTCTTCGTCCTGGCCATGACCGTGATGCGCTTCCTGGGCGGCAAGGCGATCGACAAGTTTGGACGAGTGAACGTCCTCCGCGCCAGCATGGCCGCTGCTGCCGTGGGCCTGGCCTTGTTTGTGTTCGCCGGCAACGTGATCCTGGCCGGCGTTGGTGCAGCCCTCTGGGGCATCGGCGCGGCGTTGGCTTTCCCTATGGGAATGTCGGCCGCAGCGGACGATCCGAAGCACGCAGCTGCACGCGTGTCAGTGGTTTCCACTATCGGCTACGTAGCGTTCCTGGCTGGCCCGCCGCTGCTGGGATACTTGGGTGACCACACCGGAATCCACATGGCCTTGCTGGCCATCGGAGCGCCTATTTTGCTTGCCCTGTTGCTTGCCGGCGTCGCGAAGCCCTTGCCGCCCAAATAG MTTNTRSTTNVNAAAVATFLIFGMNGLVFASWAARIPAVTEALSLTSGQMGNLLLCTAVGSLLALPSAGWVVGRIGTANTVRVAGIVAGAAGAAIAFSLMAASVPGTAVALFFFGIGIGLWDVAQNIEGADVEHRLKRTIMPQFHAAFSGGAFLGALIGAGLSQLGVGLPEHLLVIAGIAVALALTVPKYFLPHEVEEIHDGGVAAEKGPTAWRDGRTLLIGVVVLGATLTEGAGNDWIAKAAVDGLGASESTGALLFALFVLAMTVMRFLGGKAIDKFGRVNVLRASMAAAAVGLALFVFAGNVILAGVGAALWGIGAALAFPMGMSAAADDPKHAAARVSVVSTIGYVAFLAGPPLLGYLGDHTGIHMALLAIGAPILLALLLAGVAKPLPPK NA NA NA NA NA D3-18_00040 705 hypothetical protein ATGATTCGTGTACTCCATCCGCGTCAACCTCCCAGCTGGCAGCTGGTCACGCCCGGAGTCCTCCTGCTCTGTGCGTTCGCAGTTCCCGGGGTGCTGATGATGGCCGGACAAGGCGAGCCGGCTTTCAACGGCGTCGACACCACCTGGCAGGCCTACGCTTTTAGCCTGCACTCACCCTTCTGGGATGGCGTAAATGTGGTCCTCAACTGGGCTGGCTACGCAGGGATGCTGGCCTTCCATGTGGTGCTCGCGATTTCACTCGTCATTTGGCAGCGACCCATGGCGGCGGTCTTCGCCGCCTTGAGCGGTATCACCGTGCTGGCGCTGACGCAGCTTGCTAAAGCCGTAGTGGGTAGAGATAGGCCGGAGGGCGCCAGGGTTTTATCTGATACAGGTTCATACCCCTCGGGGCATGTCTCTGCGACGACTGCTTTCCTGCTGGTGCTTTCCATACTGATGGGACGTTGGTGGATGGCACTGATAGCAGTCATTGGTGTAGTCGCCATGATGATCAGCCGCACCTACCTGTCGGCCCATTGGCTAAGCGACGTGCTGGGCGGTGCCAGCCTCGCCGCTGGCATTGTCCTGCTGATGTGGTGGCGTTTTCGCGACATATGCATCAAGGAGAATGCTCAAGCGGACGGACAGACTATTTGGGCGGCAAGGGCTTCGCGACGCCGGCAAGCAACAGGGCAAGCAAAATAG MIRVLHPRQPPSWQLVTPGVLLLCAFAVPGVLMMAGQGEPAFNGVDTTWQAYAFSLHSPFWDGVNVVLNWAGYAGMLAFHVVLAISLVIWQRPMAAVFAALSGITVLALTQLAKAVVGRDRPEGARVLSDTGSYPSGHVSATTAFLLVLSILMGRWWMALIAVIGVVAMMISRTYLSAHWLSDVLGGASLAAGIVLLMWWRFRDICIKENAQADGQTIWAARASRRRQATGQAK NA NA NA NA NA D3-18_00041 1503 yegS lipid kinase YegS ATGCGAGGCTTCTTGGGCAAAGGCCCCAAACGGGTTGCGAGATTCGATCATTTCCTGGTCAGGGCTGTGTCGCGGCAGCCCCAGGGTGACCACGATATGTTCTTCCGAGAACTCTCTGCCGCAGCCACCAAAGGCAAACTTTGGTTCGGTATCGCAGGAATCATGGCCACGTTCCCCGGAAAGCCCCGCAGGGCAGCCCTGCACGGCCTTCTCGCCTTGGGCGTTGCTTCAGGGGTTACCAATCTGGTTTTCAAAACGGCGCTGCCCCGGTCCCGTCCGCTGCCCGAGCATTTGCCCATTTTTCGTTTCGTGCACCCCCAGCCGATCAGTTCTTCCATGCCGTCCGGTCATTCCGCGTCCGCGGTGGCTTTTGCGGTAGGCGCCGGTATTGTCTCCCCGACTCTGGGCGCCTTGCTGGCTCCTATCGCTGCGGGCGTTGCTTACTCCCGCGTGCACACGGGTGCCCATTGGCCCTCCGATGTGGTGTTCGGTTCCGCCCTGGGTGCGGGAGCTGCCTTACTGACCCGCAAGTGGTGGCCAGCTCGACCGTCCGAACCAACTCCCCGGCGGACCCCTGCGGAGGCACCGGCAATTTCCGACGGCGAAGGGCTGGGTATTGCGGTCAACGTCCTGGGCGGTTCTTATTCACCCGAGACCGCTGAGCTCTTGAAAGTTATATTCCCTAAGGCTTATATACGTGAAATAGCAGAAGGCGAAGATGTAGCTGCTGAGATCGAAGCAGTCGCAACCCGCCCAGACACCGTTGCGCTCGGTGTCTGGGGCGGTGACGGAACGGTTGGCACTGCTGCGGCGGCCGCCGTCGAGCATTCACTGCCGCTCCTGGTGCTTCCGGGCGGAACCCTCAACCACTTTGCCCGCGACCTCCGCACCAGCTCGATCGATGACGCGATCGACGCTGTGACCAAAGGACATGCAGCGTCCGTGGACCTAGGACACGTGGTGGTGCAGCGGGGCCTTCCTGAGACGCCGGAGACCACGGAGTTGGCCATGCTGAACACCGCCAGCGTGGGTGTGTATCCCAACTTGGTGAGGCGGCGGGAGCGGCTCCAGCCTGCCATGGGTAAACCGCTGGCTGGCTTGGTGGCATCACTGCGTACGTTCGGCGTGAACTCCCCCACCACACTCCTCGTGGATGGGGTGAAGCACAAGCTATGGATCCTCTACATGGGCAGGGGCCGGTTCTATCCCAGCGACCATGCACCGCTTCGCAGGCCTGTGCTGGACGACGGTGTTTTCGATCTGCGCATGATCACTGCGGACGAGCCGTTCGCTAGGGCGCGGCTGCTGTGGGCGGTAGTGACCGGCACCGTTGCCGCCTCCAAAGTCACCCATCTGACCGAGGCCACCACCATCACGGTGGAGGCTATCGGGCAACCATTGGTCCTGGCGGTTGACGGGGAACCGAAGCCCGGAGTCCGCCTCGCCACGTTCACTGTAAAGCCGCGCGAGCTCACCGTGTACTCGCCGCTGCCTGTGGGCTGA MRGFLGKGPKRVARFDHFLVRAVSRQPQGDHDMFFRELSAAATKGKLWFGIAGIMATFPGKPRRAALHGLLALGVASGVTNLVFKTALPRSRPLPEHLPIFRFVHPQPISSSMPSGHSASAVAFAVGAGIVSPTLGALLAPIAAGVAYSRVHTGAHWPSDVVFGSALGAGAALLTRKWWPARPSEPTPRRTPAEAPAISDGEGLGIAVNVLGGSYSPETAELLKVIFPKAYIREIAEGEDVAAEIEAVATRPDTVALGVWGGDGTVGTAAAAAVEHSLPLLVLPGGTLNHFARDLRTSSIDDAIDAVTKGHAASVDLGHVVVQRGLPETPETTELAMLNTASVGVYPNLVRRRERLQPAMGKPLAGLVASLRTFGVNSPTTLLVDGVKHKLWILYMGRGRFYPSDHAPLRRPVLDDGVFDLRMITADEPFARARLLWAVVTGTVAASKVTHLTEATTITVEAIGQPLVLAVDGEPKPGVRLATFTVKPRELTVYSPLPVG NA NA NA NA NA D3-18_00042 945 btuD_1 Vitamin B12 import ATP-binding protein BtuD ATGATCGAAGCAAAAGGCCTGACGAAGGTCTACGGCGAGAAGACCGCCGTTGGCGGCGTCAGTTTCACTGTCCAAGCCGGACGGGTGACGGGCTTCCTGGGCCCGAACGGTGCCGGCAAGTCAACCACAATGCGCATGATCATGGGACTGGACGCTCCTACTTCGGGCTCCGTAACCGTGAACGGTGAGCCCTTCGCCCAGCACAAGGCGCCGCTGCGCGAGATTGGTGCCCTCCTGGACGCCAAGGCTGTCCACACGAGCCGTACTGCTTACAACCACCTTCTTGCTATGGCGGCGACGCACAGCATCCCCAAGAGCCGGGTCCGTGAAGTCATCGAGATGACCGGCCTGGGTGACGTCGCCAAGAAGAAGGTCAAGGGATTCTCGCTCGGAATGGGTCAGCGCCTCGGCATTGCCGCCGCGTTGTTGGGCGATCCGCAGACCATCATTCTGGACGAGCCGGTTAACGGCCTTGATCCTGAAGGCGTGGTCTGGGTTCGCAACCTCGTCAAGTACCTGGCCTCCGAAGGCCGCACGGTCTTCCTGTCCAGCCACCTCATGAGTGAGATGGCACTAACGGCGGATCACCTGATTGTGATCGGTCGCGGCAGGATCATCGCCGACGCACCCATCGCCGAGATCATCACCGGCAAGGGCCACGCACGCACCCGTGTCCGCACCGATCAGCCGGAACGCCTCATGCAGCTGCTTGCCGGAACCGGTATTTCCGTGGAGGTCCACGAACGCGAGCTGCTGGAAGTTTCAGGGCTGGATCCCCGCGGCATCGCCCGCACCGCTTTGGACAACCAGGTCATGGTCTACGAGCTGACGCCGCTCCAGGCAAGCCTGGAAGAGGCTTACATGGAACTGACCAAGGACGAGGTCGAATACCACTCGCACATCACCACCGGGGCCTCGGTTCCCGCTCAGGCCGGAGGGAAATAG MIEAKGLTKVYGEKTAVGGVSFTVQAGRVTGFLGPNGAGKSTTMRMIMGLDAPTSGSVTVNGEPFAQHKAPLREIGALLDAKAVHTSRTAYNHLLAMAATHSIPKSRVREVIEMTGLGDVAKKKVKGFSLGMGQRLGIAAALLGDPQTIILDEPVNGLDPEGVVWVRNLVKYLASEGRTVFLSSHLMSEMALTADHLIVIGRGRIIADAPIAEIITGKGHARTRVRTDQPERLMQLLAGTGISVEVHERELLEVSGLDPRGIARTALDNQVMVYELTPLQASLEEAYMELTKDEVEYHSHITTGASVPAQAGGK PGPT0006725_7029 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D3-18_00043 852 hypothetical protein ATGAGCACCACTACGTTGGACCGCAAGTCCATCCGTAACTCCGTCGGTCCCGGACCGGCGTTCCACCGCGTACTCAACTCGGAATTCATCAAGTTCCGCACCTTGATGTCCACGCTGATCCTCCTGGCCTCCACGGCACTGGTCATGGTGGGCTTCGCAGCTCTCTCAGCCTGGGGAACAGGACAGTTTGCGGAGCAGGCCGCCGCAGATCCCGAAGTAGCGGCCGCCATGGCTGCCCAAGGCGGGGACCTGGCAGTCAGCATCCCTACGTCGGGTATCTCGTTCGCCCAGCTCATCCTCGGTTCCTTGGGCGTCCTGCTCATGAGCTCCGAGTTCACCACCGGCATGGCGCGCTCAACGTTTGCCGCAGTTCCCAAGAGGCTCTCGCCGTTCCTGGCCAAACTCATTGTGGTCATGGTCAGCGCCTTCCTGCTGACAGCAGTGTCCATCTACATCGCTGGCCTGGTGTCGCTACCAATCGTTGATACCTACGACCTCAAACTGGATCTCGGAAGCTCACAGTCCATCAAGCTCCTCCTGGTCAACAGCCTCTACGTTGCAGCCGTTGCAGCCATTGGCATGGCCCTGGGAACAATCGTCCGCAACTCGGCCGGCGGGATCATGAGCCTGGTGGGACTCCTGTTCGTTGCACCCATTGCTTTCCAGCTCATTCCGGGCGACTTCTTCAAGGAAGCCAACAAATACCTTCCCACCAGCACCATCACTCCGATGACCGCCGTCGAGCACGTCCCGGACACGCTGGAAGCGTGGCAGGCTGCGCTGGTCTTGGGCGCCTGGGTGGTTGTCCCGGTGGCCCTGGCCATGGTCCTGCTCAAGAAGCGGGACGTCTAG MSTTTLDRKSIRNSVGPGPAFHRVLNSEFIKFRTLMSTLILLASTALVMVGFAALSAWGTGQFAEQAAADPEVAAAMAAQGGDLAVSIPTSGISFAQLILGSLGVLLMSSEFTTGMARSTFAAVPKRLSPFLAKLIVVMVSAFLLTAVSIYIAGLVSLPIVDTYDLKLDLGSSQSIKLLLVNSLYVAAVAAIGMALGTIVRNSAGGIMSLVGLLFVAPIAFQLIPGDFFKEANKYLPTSTITPMTAVEHVPDTLEAWQAALVLGAWVVVPVALAMVLLKKRDV PGPT0006730_11362 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D3-18_00044 1290 hypothetical protein ATGACTGAAGTTTCGCAGCTGAAGGACGCGTCGACCACCACGGCCGACGCGTCCTTCGCTGAAATCACCCAGCGTCGCAGGGGCAGGATCCGGCGCTACTTCTACAAGCGCCCTCGGGCCATGGATGCCGCGGTGATCCTTTGCTACATTCTGTTGGCGCTGCCCACGATCATTACCTCGATCATCGATGGCAAGTGGCTCGTGGTGGCTATCCTGCTGTTGATCGCCATCGCGTTGATCTTCAGGCGGCAGTTCCCGCTTCAGGTGGTGCTCGCCGTCGCGCTTCTGGAAATAGCGGCCACCATCCTGAACCCCTGGGGCTCGAACGTTTCTGCGGGTCTTTGGTTTGCGCTGTATGCCGTGGCGTCCCTCCGAAAACGTGCGCTGACGCTGGTGGTTTTCGCCGCAGCCAGCCTGCCACTGAGCCTTCTCTATTTGTTTATGTGGACGAGTCCCAGCCAGATGGACAACTTGCAGGACGTCCCGGAGAACTTCCACCTCATCAATAACATCGCCACTGCGGCATCCATCATGCTGTCCAACCTCCTGGCTACGGGCATCGGCATCTCGGTACGCCAGCGGAGGGAGCATGAAGCGGAGATCGCGGCGTGGGCCGCGCGGACAACGCAGCTCGGCAAGGTCACCGAGCGAAACAGGATCGCCCGCGAAATGCACGACGTCGTGGCACACTCGCTAACAGTCATGATCAGCCTCTCGGACGGGGCCGCCGTGGTGGTCAAGAAGGATCCGGAGCGAGCCGGCGACGTTCTCGGCGAACTGTCCCGCACGGGAAGGGCCGCACTGGCCGATATGCGCAGGGTCCTCGGGGTTCTTCGGGATGATTCCGGGCGACCGGCACCGCTGACGCCCCTTGAATCCGGGCAGAACCTGGCGAAACTACTGGAAGGTTTCCGAACCGCCGGACTGCCCTTGCACTACGCCCACACGGGCCCGGGGCTTCCAGCGGACCCGGCTTTTGAACTGACCGTCTACAGGATCGTTCAGGAGTCGCTGACCAATGTCCTGCGCTACGGTCGGTCGCTGAGCCGCGTTGACGTGCAAGTAGCCCGCGACGGCGATTTGGTCACCATTGACGTGCTCGACGACGGCCGGGGAACCCGCGAGGGCAGCAGCGAATCCGTGGGCAGCCTGGGAACCGGCCAGGGCATTGCGGGAATGAATGAACGTGCCGGAATTTATGCTGGAATCGTTACTGCCGGTCCAGGAAAAAGGGGAGGCTGGGCGGTCCATGCCGAGCTCCGCTGGAACGGCGAAAAGGGGGAATCATGA MTEVSQLKDASTTTADASFAEITQRRRGRIRRYFYKRPRAMDAAVILCYILLALPTIITSIIDGKWLVVAILLLIAIALIFRRQFPLQVVLAVALLEIAATILNPWGSNVSAGLWFALYAVASLRKRALTLVVFAAASLPLSLLYLFMWTSPSQMDNLQDVPENFHLINNIATAASIMLSNLLATGIGISVRQRREHEAEIAAWAARTTQLGKVTERNRIAREMHDVVAHSLTVMISLSDGAAVVVKKDPERAGDVLGELSRTGRAALADMRRVLGVLRDDSGRPAPLTPLESGQNLAKLLEGFRTAGLPLHYAHTGPGLPADPAFELTVYRIVQESLTNVLRYGRSLSRVDVQVARDGDLVTIDVLDDGRGTREGSSESVGSLGTGQGIAGMNERAGIYAGIVTAGPGKRGGWAVHAELRWNGEKGES NA NA NA NA NA D3-18_00045 693 liaR_2 COG2197 Transcriptional regulatory protein LiaR ATGACCGAAGGCAACATCAAAGTGCTGCTGGTGGACGATCAGCCACTGCTGCGGATGGGCTTCCGGCTCATTCTTGAAGGCCAGGAGGACTTCCACGTTGTGGGCGAGGCTTCCGATGGGATTGAGGCCGTGCGCCAGGTGGAGGCCCTGCAACCGGACGTCGTGCTGATGGACGTACGCATGCCCGGAATGGACGGCATTGAAGCCACGCGTCGGATCTCGGATTCAGGCTCCGATGCACGGGTCATCATCCTGACCACGTTTGACCTTGATGAGTACGCTTTCACCGGGCTGCAGGCCGGGGCCTCCGCTTTCCTGCTCAAGGATGTTGCTCCCTCTGAGCTGGTCCACGCAGTCCGCCTGGTGGCCAGTGGAGATGCTGTGGTTGCGCCGAGGGTCACCCAACGGCTGCTGGAAACGTACGTTCGTGGCGCCGTCGTGCCCGGTCACTCACCGAGTCCGCACCGGGACCCGCTCCTGGACGAACTCACACCGCGGGAAACTGAAATCCTTACCACCATCGCGGAGGGCCTCTCCAATGCTGAGATCGCCCACAAGTTTTTCCTATCCGAGGCTACGGTGAAGACCCACGTCCGGAGAATCTTGAGCAAGCTGCAGCTCAGGGACCGGGTTCAGGTTGTGGTCTACGCCTACGAAACCGGGCTCGTGGTGCCGAGCAACCCGGACTACTGA MTEGNIKVLLVDDQPLLRMGFRLILEGQEDFHVVGEASDGIEAVRQVEALQPDVVLMDVRMPGMDGIEATRRISDSGSDARVIILTTFDLDEYAFTGLQAGASAFLLKDVAPSELVHAVRLVASGDAVVAPRVTQRLLETYVRGAVVPGHSPSPHRDPLLDELTPRETEILTTIAEGLSNAEIAHKFFLSEATVKTHVRRILSKLQLRDRVQVVVYAYETGLVVPSNPDY PGPT0014870_122 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 D3-18_00046 1443 rocE_1 COG0833 Amino-acid permease RocE ATGGAATCTTCTACACCCCTGAAATTGGACGATCCATCCGACGCCCTTCCGGCGCCGGTGGAAACCGGCCTGCGCCGCTCAATGGGACCACGGCACTTGATCATGATTGCAATGGGAGGCGTCATTGGTTCAGGCCTGTTCCTGAGCTCCGGTTACACCATCTCCCAAGCAGGACCCCTCGGCGCCGTCATTGCCTATCTGGTGGGAGCCTTCGTGGTCTACCTGGTGATGGCCTGCCTCGGAGAGTTGGCCATTGCGTACCCGGTCTCCGGCGCCTTTCACATCTACGCTTCCCGTTCCATCGGTCCGGCAACAGGCTTCGCCACCGCTTGGCTTTACTGGCTCTGCTGGGCCGTGGCAATCGGATCTGAGTTCACAGCCTCGGGATTGCTCATGCAGCGGTGGTTCCCGGACATTGAGGTCTGGGTGTGGTGCCTCGTCTTCGCCGCCATGCTGTTCGGCTTCAACGCCTTTTCCTCCAAGTTCTTTGGGGAATCCGAATTCTGGTTCTCAATCGTCAAGGTGGGGGCCATCATTGCCCTGATCGTCTTCGGCGGGGCTGCCCTGTTCGGCTTCCACCCATTGTCGGAGTCCAACAACCACCCGTTCCTCTTGGAAAACTTCAACACCTCGGATGGTCTATTCCCCAACGGCTTTACCGGAGTTCTGGTTACTGCGCTGGCTGTCTTCTATGCCTTTTCCGGCTCGGAACTCATTGGCGTAGCGGCCGGGGAAACCAAGGATCCGGCCAAGAACATCCCCAAAGCCATGCGCAGCACAGTCATCCGACTCCTGATCTTCTTTGTGGGTGCCATTGCAGTCATCGCGGCCACTGTGCCCTTCGACCAGGTGGGCCTGGACGAGAGCCCTTTCGTCACGGTCTTTTCCTCCGTCGGTATCCCCTTCGCAGCGGACATCATGAACTTTGTGATCATTACCGCGCTTTTGTCCGCCGGGAACAGCGGCCTGTTCTCCTGCGCACGCATGCTCTACTCACTGGCAGATGAAGGGCATGCTCCCAGAGCGCTCAAGCGCCTGACCCGGCGTGGGATACCCCTCATTGCCCTTTCCGTCAGCATGGTGGGTGGGCTGGCATCACTGGTCAGCAGTGTGGCTGCACCGGAGACCGTCTACCTTGCGCTCGTTTCCATCGCAGGCTTTGCCGTGGTGGGAGTATGGATGTCCATTACGGCATCCCATTTCTTCCACCGCAGGGCTTTTGTCCGTAATGGTGGGCGAGTGGAGGATCTGGCTTACAAAGCCCCTCTTTTTCCCTTGGTGCCCATCCTGGCCTTCACGCTCTGCCTGGTGTCCCTGGTGGGCATCGCTTTTGACCCGTCCCAGATTGCCGCCCTGTACTTCGGTGTTCCCTTCGTGGCCGCCTGCTACCTGTTCTTCCACTTCCGGTACGGCCGGAAGTCCAGGGTAAAGCGGCCTGCTTGA MESSTPLKLDDPSDALPAPVETGLRRSMGPRHLIMIAMGGVIGSGLFLSSGYTISQAGPLGAVIAYLVGAFVVYLVMACLGELAIAYPVSGAFHIYASRSIGPATGFATAWLYWLCWAVAIGSEFTASGLLMQRWFPDIEVWVWCLVFAAMLFGFNAFSSKFFGESEFWFSIVKVGAIIALIVFGGAALFGFHPLSESNNHPFLLENFNTSDGLFPNGFTGVLVTALAVFYAFSGSELIGVAAGETKDPAKNIPKAMRSTVIRLLIFFVGAIAVIAATVPFDQVGLDESPFVTVFSSVGIPFAADIMNFVIITALLSAGNSGLFSCARMLYSLADEGHAPRALKRLTRRGIPLIALSVSMVGGLASLVSSVAAPETVYLALVSIAGFAVVGVWMSITASHFFHRRAFVRNGGRVEDLAYKAPLFPLVPILAFTLCLVSLVGIAFDPSQIAALYFGVPFVAACYLFFHFRYGRKSRVKRPA PGPT0020525_113 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020525-mmuP-K16235 NA NA D3-18_00047 777 pcaR COG1414 Pca regulon regulatory protein GTGGATGTGTCACCCGAAGCGTCGTCATTGGCGCAGGGCCTTCGTCTTGTTCGCTTGGTAACGGACCGCGAGAAGCAGGGCCGCCAACTCTTGGGAGTGTCGCAGCTGGCGGCGGAGCTGGACATGGAGCAAAGCCGGGTGTCCCGGTTGGCTCAGGAGCTGTGTGATCTGGGACTGCTCGAACGCGTAGACCGCGGTCCCTTTCGGACAGGACCTCGGTTCTTAAGTCTCGCTGCCGCCCTTAATACCGGGTGGGTTCTTCAGTCACGTGCTGAGCTGGAGGAGCTGGTATCTGCTTTTGATTTGAGGTCCCGGCTCTCGGTGCGCGACGGCGTCAGGGTTCTCTTGCTGCGTTCGTCCACAAATAATTCGGTGCTGGGTGGGTTCGCCAAACCCGGCATGGTCACTCCGGTGTGGTGCACGGGCTCGGGGCGGGCATTGCTATGGGACCACTCAGTCACTGAGTTGGAGTCCCTGCTTACCGAGGTCAATTTCATTGGCGTCGGCGGGCCGGCTGCAGCGCATTCTGCAGCGGAGGTCGCCGGACTGATGGAACGCGATCGACCCCAGGGTTTTGTGCTGGCCACCGAAGAGTTTGAGCACGGAGTATCGGAGTTGGCTGTCCCTGTCCGCGAAACCGGAGGCCGAATTGTGGCGGCCCTCAGCGTTCTGGGAAGCCGGTCAAACCTTGATACGGCCGCCCCGGAGATTGCTGCGGTTCTTCAGTCTGCTTCGAAGCGGCTGGGGGCAGGGGGAGAGCTCGCTGTTCAAGGCTGA MDVSPEASSLAQGLRLVRLVTDREKQGRQLLGVSQLAAELDMEQSRVSRLAQELCDLGLLERVDRGPFRTGPRFLSLAAALNTGWVLQSRAELEELVSAFDLRSRLSVRDGVRVLLLRSSTNNSVLGGFAKPGMVTPVWCTGSGRALLWDHSVTELESLLTEVNFIGVGGPAAAHSAAEVAGLMERDRPQGFVLATEEFEHGVSELAVPVRETGGRIVAALSVLGSRSNLDTAAPEIAAVLQSASKRLGAGGELAVQG NA NA NA NA NA D3-18_00048 780 kdgR_1 COG1414 Transcriptional regulator KdgR ATGTCAAAGACCTCCAGCATGGGCCGTGGAATGATGGCCCTTCTTGCAGTGGGGGCACGTCATGCCGAGGGATTCGACGGCGGCACGGTGGCTGACATCGCAGCCCGCTTGGGCAAGGACCGTAGTCAAGTGTCGCGGAGCCTCAAGGGTGCACAGCTGGAAGGCTTCCTCAGGCGTACCGGGCAGCGTGAATATAGCTTGGACTGGTCCATCCTGACGGACGCTCAATTGGTGACGGAGCAACGGCTGAAGACTGACGGCCTCACTGCCTTGGAAGGCCTGGCTTCCGAAACCAATGAGGCCTGTTTCCTGGGCGTGCTCAGCGGAAACAGCACGGTTACCATCGGCGAGCAAGTTCCGGAAAGTGCCAATCTTGTGGGTTCATGGCTTGGGCGCCCCTACCCTGCCTACTGTAGCGACGCCGGCCAAGCGCTCCTTTGGGATGCCGACGACGCTGAGATAGGAAAGATCTTTGATGACGTGGAGTTCGTCAAACACGCACCCAATACGCCGGAGTCCGTCGACGACTTCCTGAAGCGGCTCAACAAAGCGCGCACCCGCGGCTACTCAATAGTTGATGAGGAAGCCGAGCCCGAACTCTATTCCCTGGCAGCCCCGATCAGGGACTTCAAGGGGGACGTCTCAGCGGCGCTGCAGATCGTTGGGCCCAAATCACGCATCGAACCCCAACGGGAGGCATTCGCCATAGCACTCGGCTCATGGCGTGAGTGGCTTGAGGTCCAGGTGGGCGGGCGCGGGTCGTCCCTCATTCAGCCTTGA MSKTSSMGRGMMALLAVGARHAEGFDGGTVADIAARLGKDRSQVSRSLKGAQLEGFLRRTGQREYSLDWSILTDAQLVTEQRLKTDGLTALEGLASETNEACFLGVLSGNSTVTIGEQVPESANLVGSWLGRPYPAYCSDAGQALLWDADDAEIGKIFDDVEFVKHAPNTPESVDDFLKRLNKARTRGYSIVDEEAEPELYSLAAPIRDFKGDVSAALQIVGPKSRIEPQREAFAIALGSWREWLEVQVGGRGSSLIQP PGPT0018213_1606 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 D3-18_00049 741 COG1878 Isatin hydrolase ATGACCTCCCCCCTATGGCAGGACTTGGCGCCAGTTCTCCTCAACAGAACTTTCACGGACCTGACCCATGCCTTTCATCCCGGCCAGCCCCACTTTCCGGCATTCCCGGACGAGGCGAGGGAAACACTCTTCGACCTGGAGAAGGGGGATGGTTTCACTGCCCACAGGTATTCGATTGTGGGTCAGTGGGGCACCCACGTGGATCCGCCGTCGCATTTTGTCCGCGGCGGACGGACACTCGATCAGCTTCCCGTCGAGGACATGGTCTTGCCGTTGGTTGTCCTGGATATTCGCAACCGGGTCCACGCCGATCCGGATGCCACACCCAGCGTGGACGATATCCTGCAGTGGGAAGCGCGAAACGGCACCATCCTGGCAGGTTCATTCGTGGCCCTGCGCACTGGATGGAGTCGCCGCTGGCCGGACACCGTAGCCATGGCGAACGTCGACGACGCCGGAATAAGCCATACTCCCGGGTGGTCCCGGGAAGCGCTGGAGTACCTCATCGAAAAGCGGCGGATCACCGCCGTCGGCCATGAACAAACTGACACCGACCCTGGCATGGCCACCTCCCGCCAGGATTTCAGCTTGGAAACATACGTCCTTGCACAGGACAAATGGCAGATCGAACTAATGGCCAACCTGGAACATGTTCCTGAGGCTGGAGCCGCCCTGATCGCGTCGTGGGCAAAGCCGCTCGAGGGAAGTGGCTTCCCGGCCAGGGTCTTCTCCATTCACTAA MTSPLWQDLAPVLLNRTFTDLTHAFHPGQPHFPAFPDEARETLFDLEKGDGFTAHRYSIVGQWGTHVDPPSHFVRGGRTLDQLPVEDMVLPLVVLDIRNRVHADPDATPSVDDILQWEARNGTILAGSFVALRTGWSRRWPDTVAMANVDDAGISHTPGWSREALEYLIEKRRITAVGHEQTDTDPGMATSRQDFSLETYVLAQDKWQIELMANLEHVPEAGAALIASWAKPLEGSGFPARVFSIH NA NA NA NA NA D3-18_00050 444 hypothetical protein ATGAACATCGAACTCAAAGCGGTGCGTAAGCTTCGCATCCACTGGCCCATTGCAGCGGAGACGATGACGCAACTGGCAGGCGGCGACCTCCGAGCACTGAACACGGATGTGGGCATCACCTCCCTGCTGGATGAACTTCAGGACACACCGGAACTGGGCGGCTTCGGTAACTATCACCACGTCTTCGAGTCTTCCGCGGGCTTCGAAGGCTTCACCGTGGCCGAAGGTGCCAACCCCACGCTGGGCACCGTAGGCCAGCGAACAATCTCACCCACGTTCGTGTTCACCACCTACTTTGACGACTCCCTGGATCAGTCCGCTGTCCAAGCCCTCGTTCAACGAATAGTCGACATCCACCCGTGGGAAGTTCCCGTCATCGAAGTCTCGGGACCACTCAGTGTCTCCAGCAGCGCCGCTCAGGTCGAAACGAGGCTGGCATCATGA MNIELKAVRKLRIHWPIAAETMTQLAGGDLRALNTDVGITSLLDELQDTPELGGFGNYHHVFESSAGFEGFTVAEGANPTLGTVGQRTISPTFVFTTYFDDSLDQSAVQALVQRIVDIHPWEVPVIEVSGPLSVSSSAAQVETRLAS NA NA NA NA NA D3-18_00051 882 hypothetical protein ATGAACACTCCTCACCCGAACCACGATCGTGGCCTTGAATTCGATCTCTCCACGCTCTTGAGCCGGCGTCGAAGTTTGGGGGTTCTTTTGGGTGCCGGGACGGCAGCAGCCCTTGCGGCCTGTACGCCTGGTACGGGAGGCGGCAGTGCATCGCCGTCGAGCCCGGCCACCACTACCGCAGCGGCAACGGAAGGCACGACGGCGGCCGCGTCACCATCCGCGACGAGCACGGTGACCCGCGCCTTCGCAGAATGCGGAGTGGAGATTCCGGAAGAGACTCTGGGGCCCTACCCGGGTGACGGTTCCAACGGCCCCAACGCGCTGGAGGCGTCCGGAGTGGTCCGCCGCGACATCAGGTCCAGCTTTGGAGGGTCCACCACCAAGGCCGAGGGCGTGCCGTTGACGGTTACCTTGACGCTCCTGGACAACGCCAACGGTTGCGCTCCTTTGGCCGGCGCGGCTGTGTATGCCTGGCACTGCGACAAGGATGGCAAGTACTCGCTTTACGATTCAGGCCTTGAGAATGAGAACTACCTTCGCGGCGTCCAGGAAGCCGACGCCAACGGTCAACTCACGTTCAGCACCATTTACCCCGGTGCTTACAACGGACGCTGGCCTCATATTCACTTCGAGGTATTTGAGTCCTTGGGCAACACCACAGCTGCCGGGCAAGTGCTCGCGGTCTCGCAAATCGCCCTCACTGAGACGGCGTGCAAGGAGGTCTACGCAAGTTCCGGTTACGAGTCCAGCGCCCGAAACTTCCCGAAGACTACCCTGACCTCGGACAACGTCTTTGGGGACGACGGAGGCATATACCAGCTGGCGACTGTGTCCGGTTCAGTCGCGGGCGGTTATACGGCCGCGCTGAACGTCACCGTTTAG MNTPHPNHDRGLEFDLSTLLSRRRSLGVLLGAGTAAALAACTPGTGGGSASPSSPATTTAAATEGTTAAASPSATSTVTRAFAECGVEIPEETLGPYPGDGSNGPNALEASGVVRRDIRSSFGGSTTKAEGVPLTVTLTLLDNANGCAPLAGAAVYAWHCDKDGKYSLYDSGLENENYLRGVQEADANGQLTFSTIYPGAYNGRWPHIHFEVFESLGNTTAAGQVLAVSQIALTETACKEVYASSGYESSARNFPKTTLTSDNVFGDDGGIYQLATVSGSVAGGYTAALNVTV NA NA NA NA NA D3-18_00052 1308 apeB COG1362 putative M18 family aminopeptidase 2 ATGCCTTCGAATGCAACCGCCGCAGTTGACCACATCAAGGACCTGGGCGAGTACGTATCCGCGTCTCCGTCGAGCTTCCACGCGGTGCATGAGGCTGCTCGGCGGCTGGACGCGGCAGGCTTCACCGCGTTGGATGAACTGCAGCCCTGGGACGGGGGAGCAGGCAAGTTCTACATCATCCGGGACGGTGCGCTCATTGCGTGGGTGACCCCCGAGAACGCAGGCCCAACCACTGGTTTCAATATCCTGGGTGCACACACAGATTCGCCGTCGTTCAAACTCAAGCCGAAGCCAACCACCGGTAAATTCGGCTGGCTACAAGCGGGGGTCGAGGTCTACGGCGGACCCTTGCTCAACTCCTGGCTGGACCGTGAATTGCAACTGGCCGGCCGATTGGTGCTGCGTGACGGCACTCAGCACCTGACCGCAACGGGTCCGCTCCTTCGCTTCCCGCAGCTTGCCATTCACTTGGATCGCGGCGTCAACGACAATGGGCTCCATTTATCCAAGCAACAGCATATGAACCCAATCTTCGGCCAGGGCAACCCCGCCGGTGAGGACCTTTTGGGGCTGCTCGCCTCTCGTGTAGAAGGCATCACCATTGATGCTGCGGACATCGGTGGTTACGACGTCGTCGTGGCGGACACGCAGGCGCCGGCAGTTTTCGGGGCCAAGGGTGAGTTCTTTGCTTCCGGCCGCTTGGACAACCTTTCATCCACACACGCAGGCCTGGTGGCGTTGGTAGCGCACGCGTCCTCTGCACCGACGACGGGTCCGATCGCTGTCCTCGCGGCGTTCGATCATGAGGAGATCGGCTCCAACTCGCGCTCCGGTGCCTGCGGACCTATCCTCGAGGACGTCCTGGTGCGCATCTCCGACGATCTGGGCGCGTCGGTGAGCCAAAGGCGGCAGGCTATCGCGGCGTCGTTCTGTGTTTCCGCGGACGCCGGCCACGCTGTCCACCCGAACTACGCGGAGAAGCACGATCCCGCCAACAGGCCGGTGCTGAACGGGGGTCCGCTGCTCAAGATCAACGCCAACCAGCGCTACGCCACGGATGCTGCAGGCGCGGCTTTGTGGGCCCGGCTCTGCGATGAGTCCGGCGTTCCGTATCAAGAGTACGTTTCCAACAACGACCTCCCCTGTGGTTCCACCATCGGGCCCCTGACTGCTACCCGCCTCGGCATCCGAACGGTGGATGTGGGTATCCCGCTCTTGTCCATGCACTCTGCGCGCGAGCTGTGTGGAGTGGAGGATGCAAAGAGCCTGGGGACTGTAGCTGAGGTGTTCTTCCGCGCAGTGGCCTAG MPSNATAAVDHIKDLGEYVSASPSSFHAVHEAARRLDAAGFTALDELQPWDGGAGKFYIIRDGALIAWVTPENAGPTTGFNILGAHTDSPSFKLKPKPTTGKFGWLQAGVEVYGGPLLNSWLDRELQLAGRLVLRDGTQHLTATGPLLRFPQLAIHLDRGVNDNGLHLSKQQHMNPIFGQGNPAGEDLLGLLASRVEGITIDAADIGGYDVVVADTQAPAVFGAKGEFFASGRLDNLSSTHAGLVALVAHASSAPTTGPIAVLAAFDHEEIGSNSRSGACGPILEDVLVRISDDLGASVSQRRQAIAASFCVSADAGHAVHPNYAEKHDPANRPVLNGGPLLKINANQRYATDAAGAALWARLCDESGVPYQEYVSNNDLPCGSTIGPLTATRLGIRTVDVGIPLLSMHSARELCGVEDAKSLGTVAEVFFRAVA NA NA NA NA NA D3-18_00053 1407 gabP_1 COG1113 GABA permease ATGCACGCTGACCAACAGCTTTCAAAGTCCCTCAAGCCCCGACACTTGTCCATGATCGCTATCGCCGGCGTCATTGGAGCAGGCCTCTTCGTTGGCTCCGGGGCTGCCATCCAGCAGGCGGGCCCGGGCATCCTTGTGGCTTACCTTGCGGCCGGCCTCGTGGTCATCCTCGTCATGCGCATGCTTGGTGAGATGGCTGCGGCCAACCCTGAGACCGGGTCGTTCTCCACCTATGCTGACAAAGCGTTAGGCCGTTGGGCCGGATTCAGCATCGGTTGGCTTTACGCCTGGTTCTGGATCATTGTGCTCGGCATCGAAGCAACGGCCGGTGCGGCCATCATGCATCGCTGGGTGCCGGGCGTTGACCAATGGGTCTGGGCACTCATCCTCATGGTGCTCCTCACGCTGACCAACCTCGGCTCAGTGAAGTCCTACGGCGAGTTCGAATTCTGGTTCGCGTCCATCAAAGTAGCGGCAATCGTCATCTTCCTGCTCGCGGGAATCGTGGCCATTCTCGGTTTCATGCCGGGCGTCCCGGCACCCGGCGTCGCCAACCTGCTGGAGCAGGGTGGCTTCATGCCCAACGGTCCGGGCGCGGTCCTCGCGGGCATCCTCGTGGTGGTGTTCTCGTTCTTCGGCGCGGAGATCGCAACCATTGCTGCTGGCGAATCCGAGAACCCGGTGGACGCCGTAAAGAAGGCCGTGAAGTCTACTGTGTGGCGCATCCTGATCTTCTACATCGGCTCCATTGCCATCGTGGTGACTTTGCTGCCTTGGAATGACGCCTCCGTCGCCAAGAGCCCGTACGTTGCAGTCATCGAGCTCTACGGAATCCCGGGCGCCGGCACCATCATGGACATTGTTGTCCTCACCTCGGTGCTCTCCTGCCTGAACTCGGGCCTGTACACCGCCAGCCGTATGCTGTTCTCGCTCTCGCAGCGCGGTGACGCTCCCAAGTCCTGGATGAAGATCTCCAAGCGTGGCGTGCCTGCCGCGGCAGTGCTCGCTTCCACCGTGGTGGGATTCCTCACCGTCGGCGCGAATTACATTGCCCCGGACTCAGTGTTCCTGTTCCTCGTGAACACCTCGGGTGCCATCGCGTTGTTTGTCTGGCTGGTCATCGCGACCTCGCAGCTCATCCTGCGCAAGCGAATGGGCGCGGCCGCCAAGGATCTCGACCTCAAGATGTGGTTCTTCCCGTACCTCACCTGGATTGCGATCGGCGCCATCGTGGCACTCATCATCGGTATGGTCATCATCGAATCCACCCGCGAATCGCTGTTCCTGTCGCTGGCCTTGGCCGCGATTGTGGTGGGCATCGGCGTGCTTCGCTACCGCAATAAAGGCAACACCCCCGCCACTCCGGTGCTTGGCGGGGAAGCCGAACGCGCCAGGATCGGTTCCTGA MHADQQLSKSLKPRHLSMIAIAGVIGAGLFVGSGAAIQQAGPGILVAYLAAGLVVILVMRMLGEMAAANPETGSFSTYADKALGRWAGFSIGWLYAWFWIIVLGIEATAGAAIMHRWVPGVDQWVWALILMVLLTLTNLGSVKSYGEFEFWFASIKVAAIVIFLLAGIVAILGFMPGVPAPGVANLLEQGGFMPNGPGAVLAGILVVVFSFFGAEIATIAAGESENPVDAVKKAVKSTVWRILIFYIGSIAIVVTLLPWNDASVAKSPYVAVIELYGIPGAGTIMDIVVLTSVLSCLNSGLYTASRMLFSLSQRGDAPKSWMKISKRGVPAAAVLASTVVGFLTVGANYIAPDSVFLFLVNTSGAIALFVWLVIATSQLILRKRMGAAAKDLDLKMWFFPYLTWIAIGAIVALIIGMVIIESTRESLFLSLALAAIVVGIGVLRYRNKGNTPATPVLGGEAERARIGS PGPT0007665_415 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS INSECTICIDAL_COMPOUNDS INSECTICIDAL-GAMMA-AMINOBUTYRIC_ACID_BIOSYNTHESIS,PGPT0007665-gabP-K11735 NA NA D3-18_00054 147 hypothetical protein ATGGATGCCACACCCCTGAACGCCCTGGTCCTGACAGTTGTGTTCTCAGCGATCGCCCTCTATTTCCTGTACTTCGTGATCCGCGCTGGCGTACGCGACGGCATTCTGCAGGCCGACAAAAAACGCAACGAGCAAGCCGAACTATAA MDATPLNALVLTVVFSAIALYFLYFVIRAGVRDGILQADKKRNEQAEL NA NA NA NA NA D3-18_00056 339 hypothetical protein ATGACCGTCCTGAAGTCCATCATTCTGTTCGTTTTGGCCGCCGTCGCAGAGATCGGCGGGGCCTGGCTGATCTGGCAGTCTGTGCGCGAAGGCAAAGCCTGGTGGTGGGCAGGACTCGGCATAGCGGCCCTTGGCATCTACGGCTTTTTCGCGGCCTTCCAACCGGACGCACACTTTGGCCGGGTCCTGGCGGCCTACGGCGGCGTGTTCATCGCAGGCTCGCTCGCATGGGGCATGCTCATGGATGGCTTCAGGCCGGACCGCTGGGACGTTATCGGCGCCGCAATCTGTCTGGTTGGGGTTGGCGTCATCATGTTTGCGCCGAGACCGGGCGCCTGA MTVLKSIILFVLAAVAEIGGAWLIWQSVREGKAWWWAGLGIAALGIYGFFAAFQPDAHFGRVLAAYGGVFIAGSLAWGMLMDGFRPDRWDVIGAAICLVGVGVIMFAPRPGA PGPT0029120_256 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0029120-TC_SMR3-K09771 NA NA D3-18_00057 138 hypothetical protein ATGCTGCGTTGGCGCTCCCCGACCGAAAACACGGCAAGAGGGCGTAACACAGACTTCAATATCTTAGTGCATCTCCTGCACTCAAAGCTATTCGGCGGGATGGTCGGCCGGAACCGGTCAGGTTACGTATGTGGATAA MLRWRSPTENTARGRNTDFNILVHLLHSKLFGGMVGRNRSGYVCG NA NA NA NA NA D3-18_00058 306 rpsF COG0360 30S ribosomal protein S6 ATGCGTCCTTACGAATTGATGGTAATCATCGACCCCGAGGTCGAAGAGCGTACCGTAGAGTCGTCGCTTCAGAAGTTCCTCAATGTCATCACCACCGATGGTGGAACCATCGAAAAGGTAGACATCTGGGGCCGTCGCCGTCTGGCGTACGACATCAAGAAGAAGTCCGAAGGTATCTACGCCGTGGTGAACTTCACCGCAGCACCGGCTACCGCCAAGGAACTTGATCGCCAGCTGTCTCTCAACGAGACGATCATGCGCACCAAGATCATCCGCCCTGAAGACCAGAAGGTCGTTGCTGAGTAA MRPYELMVIIDPEVEERTVESSLQKFLNVITTDGGTIEKVDIWGRRRLAYDIKKKSEGIYAVVNFTAAPATAKELDRQLSLNETIMRTKIIRPEDQKVVAE NA NA NA NA NA D3-18_00059 582 ssb_1 COG0629 Single-stranded DNA-binding protein ATGGCAGGCGAAACCACTATTACGGTCATCGGTAATCTCACCAATGACCCCGAGCTGCGGTTCACCCCGTCTGGCTCAGCAGTAGCGAACTTCACCATCGCTTCTACTCCCCGGACCTTTGACCGCCAGTCCAATGAGTGGAAGGACGGGGAAACCCTGTTCCTCCGCGCATCGGTATGGCGCGAAGCAGCCGAGAACGTAGCAGAGTCCCTCACCAAGGGCATGCGCGTCATCGTTTCCGGCCGTTTGAAGAGCCGTTCTTACGAAACAAAAGAAGGCGAGAAGCGCACTGTAATCGAGCTTGAGGTCGATGAAATCGGCCCGAGCCTGCGTTACGCAAACGCCAAGGTCAACCGTACCCAGCGCTCCGGCGGTGGCCAGGGTGGCTTCGGTGGCGGTAACGCCGGTAATTCCGGTGGCTTCGGAGGTGGCGCTCCTGGTGGAAACCAGGGCGGCGGCAACTCCGGTGGAACCTGGGGCGGCAACCAGCCCGCACAACAGCAGGATGACCCTTGGGCTACGCCCGGTGTCAGCAACGCTGGCGGCTGGGGCAACGGCCCGGATTCCGAACCTCCCTTCTAA MAGETTITVIGNLTNDPELRFTPSGSAVANFTIASTPRTFDRQSNEWKDGETLFLRASVWREAAENVAESLTKGMRVIVSGRLKSRSYETKEGEKRTVIELEVDEIGPSLRYANAKVNRTQRSGGGQGGFGGGNAGNSGGFGGGAPGGNQGGGNSGGTWGGNQPAQQQDDPWATPGVSNAGGWGNGPDSEPPF NA NA NA NA NA D3-18_00060 240 rpsR1 COG0238 30S ribosomal protein S18 1 ATGGCTAAGGCTGAACTCCGTAAGCCCAAACCAAAGTCCAACCCCTTGAAGGCCGCTGACATCACTGTCATCGACTACAAGGACGTAGCATTGCTGCGCAAGTTCATCTCCGACCGCGGAAAGATCCGCGCTCGTCGCGTCACTGGCGTTACCGTTCAGGAACAGCGCAAGATCGCCCAGGCAATCAAGAACGCCCGCGAAGTTGCTCTGCTGCCTTACTCCGGCGCTGGCCGCGGCTAA MAKAELRKPKPKSNPLKAADITVIDYKDVALLRKFISDRGKIRARRVTGVTVQEQRKIAQAIKNAREVALLPYSGAGRG NA NA NA NA NA D3-18_00061 453 rplI COG0359 50S ribosomal protein L9 ATGGCAAAGCTCATTCTGACCCACGAAGTAACCGGTCTCGGTGCTGCTGGCGATGTCGTCGAGGTGAAGGACGGTTACGCACGTAACTTCCTGCTGCCCCGCGGCTTCGCTCTGACCTGGAGCAAGGGTGGCGAGAAGCAGGTTGAGTCCATCAAGGCTGCTCGTGCCGCTCGTGCGCACGCTTCTGTTGAAGCTGCACAGGCACAGGCTCAGGCTCTGTCCTCCAAGAAGGTCAAGCTCGAGGTGAAGGCCGGCGAGTCCGGTCGTCTCTTCGGTACCGTCAAGCCTGCTGATGTCGCTGCTGCTGTTGAGGCCGCTGGCCTCGGCGCCATCGACAAGCGCAACGTTGAACTGCCGAACCACATCAAGTCTGTCGGTTCGTACACGGCTAACGTTCGCCTGCACGAGGATGTTTCTGCTGTCATCGACCTCGAGGTCGTAGCCAGCAAGTAG MAKLILTHEVTGLGAAGDVVEVKDGYARNFLLPRGFALTWSKGGEKQVESIKAARAARAHASVEAAQAQAQALSSKKVKLEVKAGESGRLFGTVKPADVAAAVEAAGLGAIDKRNVELPNHIKSVGSYTANVRLHEDVSAVIDLEVVASK NA NA NA NA NA D3-18_00062 423 hypothetical protein ATGGCAGAGAACAAGACCCAGCCCACGGACGTCTCCGTGGAAGAATTCCTGGCCGCGGTGGAGCACGCACAGCGACGCGAGGACGGTTTCGAGTTGCTGGAAATGATGCGCGACATCACCGGCCAGGAACCCGTCATGTGGGGCCCGTCGATCATTGGATTCGGCAGCTATCACTACAAATACGAAACCGGGCGCGAAGGTGACTCAGCCGCCGTCGGCTTTTCACCGCGCAAGGGCAATCTGGCACTGTACGGGCTCACCTACGGACCCGATGCCGATCGCCTGCTTCCTGATCTCGGCAAGCACAAGACCGGTGCCGCCTGCCTCTACGTTAACAAGCTGGACGACGTGGACCGGAACACTCTGGCCGAGATGATCCGCACCGGTTACAAGCACGTCATGGAAGAGCTCCACACCCCGTAA MAENKTQPTDVSVEEFLAAVEHAQRREDGFELLEMMRDITGQEPVMWGPSIIGFGSYHYKYETGREGDSAAVGFSPRKGNLALYGLTYGPDADRLLPDLGKHKTGAACLYVNKLDDVDRNTLAEMIRTGYKHVMEELHTP NA NA NA NA NA D3-18_00063 852 phzF Trans-2,3-dihydro-3-hydroxyanthranilate isomerase GTGACTTCAGAAGCCCTGCGCATCCGCCCGTTCCACCAAGTGGACGTCTTCTCCGAGGTGCCGTATCTCGGCAACCCACTCGCCGTCGTCGTGGATGCGGAAGGCCTCAGCAATGAGACGATGCAGCACTTCGCTCACTGGACCAACCTCTCCGAGACCACGTTCCTACTCCCGCCCACTGACCCCCGAGCAGACTACAAGGTGCGGATTTTTACCGGCAGTGAGGAGTTCCCGTTCGCCGGTCACCCCACGCTCGGTTCAGCTCATACGTGGTTGCAGGCAGGGGGAGTGCCCAAGACTGACGGCGTTCTGGTCCAGGAATGCGGGGCGGGTTTGGTGAGGGTAAAGCACGACGCCGGTCGATTGGCTTTCGCTGCGCCACCGTTGACCCGCTTCGGCCCGGTGGATAACGAGGTTCGGGCGCAGCTCGCGGCCGGCCTGCAGCTGCCCGAGGATGCCCTGCTGGATGTATCGTGGTTGGTCAACGGGCCCACATGGATCGGCGTTCTTCTCGGTTCAGCGGAACAAGTCCTGGCCATCGAACCGGACCTCGTCGCCATGGGTGACCTCAAGGTCGGGGTGATTGGCCCACACGAGCCGGGTGCCGGCGTCGACTTTGAAGTCCGCACCTTCATTCCGGGCGACGCCATGGTGGAGGACCCGGTGACGGGCAGTTTCAATGCCGGTGCAGCTCAGTGGCTGATTGGCAGCGGCCGCGCCCCTGATGAGTATGTAGCCGCTCAAGGTACTGCCCTAGGCAGGGCTGGCAGGGTTCACATCAAAGCTGATGACGGAGAGATTTGGGTTGGTGGAGCGTCGGCCACCTGCATCGAAGGTACGGTGCTCCTTTAG MTSEALRIRPFHQVDVFSEVPYLGNPLAVVVDAEGLSNETMQHFAHWTNLSETTFLLPPTDPRADYKVRIFTGSEEFPFAGHPTLGSAHTWLQAGGVPKTDGVLVQECGAGLVRVKHDAGRLAFAAPPLTRFGPVDNEVRAQLAAGLQLPEDALLDVSWLVNGPTWIGVLLGSAEQVLAIEPDLVAMGDLKVGVIGPHEPGAGVDFEVRTFIPGDAMVEDPVTGSFNAGAAQWLIGSGRAPDEYVAAQGTALGRAGRVHIKADDGEIWVGGASATCIEGTVLL NA NA NA NA NA D3-18_00064 1533 hypothetical protein ATGCTCGCCCCTGAACGCTCCTCGCAGAATCGGGAGCTGGCCTCTGAGATTGTCCGGTTCACCCGCCGCTCCGCCAGACGCTACAAACGCAGCCGGACATCGTGGGGGGACCTTTTTGTCGATGCTTACAGCTGGGGACTCGGAATTGGTGTTTCGCTGACTATTGCTGCCTCGTTCGTCTTTGCGTTGCGCAACGAGATCGCAGACCGGTCATCAACAACCAACAGCATCATCCGGTCACAATGGCTCGTCCTGCCGGAGTCACTGCTGTGGGTATCCGTTACTTTCGCTGCCCTCGTCGTGATCAGCAACCTTGCGCGGAAGCTTGGACCAATGACTGTCAATGGAGCAGAGAGCACGTGGTGGCTGACGCTTCCGGTTGACCGCCGCCCCATGGTCCTGCCACCCTTCGTTCGCAAAGTCGCGCTTACGGCAGCTGGCTCGGCCGTCATTTACCTGCCTTTCAGCATGGTGACTGCTGTTAGCCGCGCGCCGCTCGAGCACATTCTTGCCTCACTCGCCTTCGGCGCCGCCGGCGCTATTGCGGTGGTGCTGGCGGCCGCACAGCAACTCGCTTTACTGGGCCCCCGGCTTGGCAAGGCGACGACGGCGACCGTACTTCTTGCGTGCTCTGTCCTTCCTGCGTGGTCATCCTCGCCATGGCCGACAACGCTGGTGGCCGTCGCCGCCGTCGGACTCTTTGCCTTTGTTGTGCCGCGCACCGGTCAGGTGCGGGGTGACGAGCTGGTCCGCGGCGGCGCCGTCGCAGGTCACGCGAGTGCATCGTTGTTCATGATGGACTCCAACGAGGTGCTGCGTTCGCTTAGTGGCACCCGCAAGACGGTCGACGGCGGCCGGGCAGCCCAGTTCTACGCCCGCCCTGTGCAGGGGCCATTTCGCGCACTGATTCGCGCTGATGTGGTCGCTTTCCTGAGGCTCAATCCCCCGGTGGTGCCGCCGGTTCTTTGGCTCACCGCCTGCATTGCCATATTGCTTGTGGAAGGCGGGCTGCCCGCGTTCGCGCAGTTGGCGGTCATCGTGATCTCCGGCTGTGCCACGGCCTCCGAGATGGGGGTGGTGGCCCGCAAGACGGCCCTGGTTCCTGAGCTCGACGCGCTGCTGCCGCTGCATCCTGCACTGGTGAGGACCAGTCGTGCGCTCATGCCGTGCTTGGCGATGGCTCTGTGGATGGCCGTGCTGAGTGGGCTATTGGTTGTCCTGGGGGCGGCGAATCCCTGGTTGATAGGAGTAGGTGCCCTCACCGGCGTGGGCATGGGTGCGGGGACTCTCCGCGCGGCAACCAGGACCCCGCCGGACTGGACCGCGCCGCCGGTGGAAACCCCGTTCGGCCCGGTCCCGCGTGCTCAGCTGGGCTCACTGATGCGCGGGCTGGACGTGACCATCCTGGCCATGGTTCCACTGCTGTTGGTGTTGTACCTGGGCAGCGTGCCAATGTCCATTGTGATTATCCAAGCGGTCTTCAGCGCCTGCATTTTCCTGGTGGTGGTGCTGTCGCGGGCAAAGCGCATCTGA MLAPERSSQNRELASEIVRFTRRSARRYKRSRTSWGDLFVDAYSWGLGIGVSLTIAASFVFALRNEIADRSSTTNSIIRSQWLVLPESLLWVSVTFAALVVISNLARKLGPMTVNGAESTWWLTLPVDRRPMVLPPFVRKVALTAAGSAVIYLPFSMVTAVSRAPLEHILASLAFGAAGAIAVVLAAAQQLALLGPRLGKATTATVLLACSVLPAWSSSPWPTTLVAVAAVGLFAFVVPRTGQVRGDELVRGGAVAGHASASLFMMDSNEVLRSLSGTRKTVDGGRAAQFYARPVQGPFRALIRADVVAFLRLNPPVVPPVLWLTACIAILLVEGGLPAFAQLAVIVISGCATASEMGVVARKTALVPELDALLPLHPALVRTSRALMPCLAMALWMAVLSGLLVVLGAANPWLIGVGALTGVGMGAGTLRAATRTPPDWTAPPVETPFGPVPRAQLGSLMRGLDVTILAMVPLLLVLYLGSVPMSIVIIQAVFSACIFLVVVLSRAKRI NA NA NA NA NA D3-18_00065 678 lnrL_1 COG1131 Linearmycin resistance ATP-binding protein LnrL ATGGGGACAGTTTTGGAGGCCGAAGGCCTGCTGGTTGGCTATGCCGGGGCTCCGGTTTGCGGCGAAGTTTCTGCGTCGGTGGACGCGGGTGAGGTCTTGGGAATCGTCGGCGTCAACGGCGCAGGAAAGTCCACGGTAGCCCGAACCATTGCGGGGCGGCAGGCCTCCCTGGCTGGAGACGTGAAGGTCCACGGCCTCCTCATCGATCCGGACGCCGTGCCGTTCCGCCGGCAAGTCTCCGCCGTTTTCGACGATGACCTCTTCTTCCCCTCCCTTACCGTCCGCGAGCACTTGCTCCTCATCGCGCGGGGGCACTCCTTGGATGACCCCGAAGCGCGTGTTGAGGAAGAACTGGAGTTCTTCGGGCTGCTGGGTAGGGGCCACGCCATCCCCGATGCGTTGTCTTCCGGCCAGCGTCGCAGGTTGCTGCTTGCCGCTGGACTCATCCGCCCATCGTCGCTGCTGATCCTGGACGAGCCGGAACAGCGGCTTGACCCCCGGATGCGGGTAGCCGTTGGGGAGCGGATCGCAGACCATGCCAGGGACGGCGGCGCAGTAGTGCTGGTCACCCACGATCCACAAATGCTGCTCGCCACCGCCTCCACGTGTTTGGTCATTGACGAGGAAGTACGGGAGTTCAAACCGGAGCAGGGGGCCTCGATCATTGCCGGGTCCTGA MGTVLEAEGLLVGYAGAPVCGEVSASVDAGEVLGIVGVNGAGKSTVARTIAGRQASLAGDVKVHGLLIDPDAVPFRRQVSAVFDDDLFFPSLTVREHLLLIARGHSLDDPEARVEEELEFFGLLGRGHAIPDALSSGQRRRLLLAAGLIRPSSLLILDEPEQRLDPRMRVAVGERIADHARDGGAVVLVTHDPQMLLATASTCLVIDEEVREFKPEQGASIIAGS PGPT0006725_27986 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D3-18_00066 792 kipR_1 COG1414 HTH-type transcriptional regulator KipR ATGTCCGCATCTGATGCTTCCGCGAAGGCCAACGGCAACCCTTTGCTTGTCCTGGGCAAGATCACGTCCATCCTGGATGCCTTTTCCTTGTCAAAGCCGGTACTTCAGTTGGCCGATATCCGCGAATTCACCGGCATGCCCACGTCCACGGTGCAGCGACTGGTCACGAATCTGACATCTCAAGGCTTTCTTGACCGCGAGGGCGACGCTTACCGCATCGGAATGCGGATGGCCTACTGGGCAGCGCCTGCAACCCGGGGGATGGAGGTTGTGGACATCCTGAGTCCGCTGCTCAAGACCCTGCGGGACGCCACCGGCGAGACTGCATGCTTTTTCAAGGCCGAGCAGCACTATCGGGTTTGTGTCGCCATGGCCGATACCCATCACGCGTTGCGGCGCGAAATGCACTTGGGCAAGATTGTCCCGCTTCATGCAGGTTCTGCAGGCAGGGTTCTGCTCGCATGGTCTCCCGAACTGATGGACGCTGTCCTGCGGGATCCCTTGGAGTCCATCACGGACTACACCATCACTAGCTCTGAGGAACTGGAAGCCGCTGTAAAAAAGACCCATGCGGACGGGTTTGCGATCACTGTGGGCGAGAGGGAAGACGGGGCATCAGGCCTTTCTGCGCCCGTTTTCGACTCTGCTGCGGGTTTGGTGGGAGCCGTGACCATCAGCGGACCGACTCTTCGAATGCCACTGGAGACCTGCGAGGCCTGGGTGGAACCCCTTCTCGCTACAGCCGAGCACATGACCAGGCTCATCGGCGGCCGGTTCCCCGGCGAGAGCTGA MSASDASAKANGNPLLVLGKITSILDAFSLSKPVLQLADIREFTGMPTSTVQRLVTNLTSQGFLDREGDAYRIGMRMAYWAAPATRGMEVVDILSPLLKTLRDATGETACFFKAEQHYRVCVAMADTHHALRREMHLGKIVPLHAGSAGRVLLAWSPELMDAVLRDPLESITDYTITSSEELEAAVKKTHADGFAITVGEREDGASGLSAPVFDSAAGLVGAVTISGPTLRMPLETCEAWVEPLLATAEHMTRLIGGRFPGES NA NA NA NA NA D3-18_00067 351 hypothetical protein ATGACTGAGAAACCCTCAACGGTGGACGCGTACATCTCCGCCCAACCTGACGCCACTCAGCAGATTCTTCAGGAAATCCGCCGGACCATGCACGCTGCCGTGCCGGATGCCGGGGAGATGATCAGTTACGGCATTCCCACCATCACCATTGGCGGGCACTACGTGGTGTACTTCGCGGCCTGGGCGCACCACGTTTCGATCTATCCGGTCCCTCGTGGTGATGAAGGCCTGGCCACGGAGATGGCCCCGTACCTGTCCGGCAGAGGGACATTGAAATTTCCGCTGGCCAAAGAAATTCCCTTGGATTTGATAGCCAAAGTTGCTGCCCAGCTGGCGGCAGAGAAGAGATAA MTEKPSTVDAYISAQPDATQQILQEIRRTMHAAVPDAGEMISYGIPTITIGGHYVVYFAAWAHHVSIYPVPRGDEGLATEMAPYLSGRGTLKFPLAKEIPLDLIAKVAAQLAAEKR NA NA NA NA NA D3-18_00068 900 hypothetical protein ATGGATTCTGCACGGACCTTTGAGTCGATTGTCATCATCTTCAATCCCAACAGCACTGGGGATGCGCCTGAGCTGGCGCAGCAACTGCACGACAGGCTGAAGGAGCTGCTGACCTATCAGCCCGAAATAACACTCCAACCCACCGAGCACGCCGGGCATGCCGTGGACCTGGCCCGGGAAGCAGCATCGAAGGGCGGTGACGTCCTGGTGGTCTCGGTGAGTGGCGACGGTGGCTACAACGAGGTGGTCAACGGTGTGATGCAGGCCGGGAACCCGAGGGCCGTCTGCGCGGTCAGGGCCGCCGGAAATGCGAACGACCATAGCCGGATCATCGCGACTAAACCTTTGGAAGAGGCCATCGCAGAGGGGCATGTCCACAACATTGACCTTCTCCGGATTCACACAGGCCAAAAAGAGAATGAGCCTCTTGAATACGCCCACTCTTATATCGGATTCGGCCTCACCCCGGTGGTTGCCACTGAACTCGAAAAGGGAAGCAAAGGCGCTCTCAAGGAAATGGTGACGGTGATCCAGACCTTCTCCAAGTTTGAGCCCTTTGGGATCCGCTTAGCTGACGGAAAACGCCGGAAGTTCGACAGTCTCGTCTTCGCCAACATCAATGAAATGGCAAAGTACGCCACATTGAGCGAAGCAGAGGACCACCCCTCGGATGGGAAATTCGAAGTGATCGTCTTCCCGCACATGCCTAAATGGCGCACTCTCCTGACTGCACTGAAGGCCACCACGCAAGGCCTGGGCGATCAGCCGAGTGTGAGTAGCTACGAATTCACCACGCTCAAGCCGCTGCCATACCAAATGGACGGCGAAGTGAAGTCCGTGGAGGCAAACGTCAAGGTCAAAGTGGAGTGCGCTCCACGGGCCTTGGCTACCCTCGGTTAG MDSARTFESIVIIFNPNSTGDAPELAQQLHDRLKELLTYQPEITLQPTEHAGHAVDLAREAASKGGDVLVVSVSGDGGYNEVVNGVMQAGNPRAVCAVRAAGNANDHSRIIATKPLEEAIAEGHVHNIDLLRIHTGQKENEPLEYAHSYIGFGLTPVVATELEKGSKGALKEMVTVIQTFSKFEPFGIRLADGKRRKFDSLVFANINEMAKYATLSEAEDHPSDGKFEVIVFPHMPKWRTLLTALKATTQGLGDQPSVSSYEFTTLKPLPYQMDGEVKSVEANVKVKVECAPRALATLG PGPT0024345_1757 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0024345-dagK-K07029 NA NA D3-18_00069 879 hypothetical protein ATGATGAGCCGGCGGTGGCATTCTTTCGCTGTGGGTCTGGTCGCTGTCACGCTGCCGCTCGTGGCCGGATGTGACCCGGGCGTTTCAGCCTCAGGGCCCACCAGCGGAAGTTCCGGACCCGTCACCGTGGAGATCAATCAATCGCGGGATCAATACGGGAAGCAAGCCATCCAAATACAGCTCACCAACACCACAGACACGCCCCTGACCGTCACCGAAGCCCGCTTGCGATCCATGCTGTTTGAAGGTGACATTTCCTGGGCATCTTCAGCGGGCAGCCTTGAGTTGCCACCCCATCAGCCCAAGAGCCTTCCTGCTGCATTGCCCGCAGCCGCCTGCGACACATCAGAGGACGCGCCACCTGAACTCAATGCCACGATCAACTACTCAACGCCTGGCAGGGACCCTGTGGAGGCGAGGACGAGCGCAAGTGATCCCTTCGGTGTCCTGCCCAGGAACGCCGACGAGCTATGCATTGCAGCGGAAGCAGCCGCCGTCGCAACAATCGTCTTGGATCCGGTACTTGAGGTGGCCGCCGACGGCCGCACCGCCGTCGTACGCCTTGTTATCTCGCCAGCCACGCCGGGAACTGACGCACAAAGCCTCACTATTGAATCGATCGATGAAACCACCTTATTGGCCCAATCCCCCGCTGCCCCCTGGCCCAGCAATGTCTCCCTAGGCGCGGCCAAGCAAGAGCTGCTACTGACCATCCGGCCCGCCCGTTGTGATCCGCATGCTGTTGCTGAGGACAAGGTGGGTACGCTCTTGCCGCTGAGGGTGGCCATTGGCGACAGGAAGGGCGTGCTGAAGATTGCAGCGCCGAATGACTTGCGCGGCCGGATCTACGACTTCGTCACGGCGGCCTGCGCAGGCTAA MMSRRWHSFAVGLVAVTLPLVAGCDPGVSASGPTSGSSGPVTVEINQSRDQYGKQAIQIQLTNTTDTPLTVTEARLRSMLFEGDISWASSAGSLELPPHQPKSLPAALPAAACDTSEDAPPELNATINYSTPGRDPVEARTSASDPFGVLPRNADELCIAAEAAAVATIVLDPVLEVAADGRTAVVRLVISPATPGTDAQSLTIESIDETTLLAQSPAAPWPSNVSLGAAKQELLLTIRPARCDPHAVAEDKVGTLLPLRVAIGDRKGVLKIAAPNDLRGRIYDFVTAACAG NA NA NA NA NA D3-18_00070 201 hypothetical protein ATGGACCAGAGCATTGCATTGCTGGCGTGCCTAGGCTGTTTGCTCCTGGTCATGGTGACCGTTTTCATCTTGAACATGATCTGGCATCGGCGGACGCGGCCGCCACGGCACCAGGGAGTGGCAAAATCCCAGCGCGGCCGGATCTATAAGAACCCGCCACCCACGAATCACAGCGAAGATCAGTTCAGTGGCTGGCCCTGA MDQSIALLACLGCLLLVMVTVFILNMIWHRRTRPPRHQGVAKSQRGRIYKNPPPTNHSEDQFSGWP NA NA NA NA NA D3-18_00071 294 hypothetical protein ATGTCATTCCAGGCTTACCTCGACGCTATTGAAGATAAAACAGGGCTCACCCCGCTGCAACTAGTCGAAATTGCGGAAACCAAGGGATTCAAAGACCCGTCGGTTAAGGCCGGAACCATCCTTGAATGGCTCAAAGCTGATTACGATCTTGGCCGTGGCCACGGAATGGCACTGGTGCACGTCATCAAAAAGGGGCCAAGGATCGACAGCAAGCACGTGGCATCCGACGGGACCCACCGCGACGATTCGGACATGCTCTGGCTGGATGGCAAGGCCAGCAAGCCAACTCCCTGA MSFQAYLDAIEDKTGLTPLQLVEIAETKGFKDPSVKAGTILEWLKADYDLGRGHGMALVHVIKKGPRIDSKHVASDGTHRDDSDMLWLDGKASKPTP NA NA NA NA NA D3-18_00072 450 hypothetical protein ATGTCTACCGTGACGCAGCTGTTCAAATCCCCTGCCGCTGACATCTGGAAGGTCATTGAAGACGGCTGGCTCTATTCCGGCTGGGTTGTGGGTGCCTCAAGAATCCGCGCCGTGGACGAGCAGTGGCCGCACGTGGGCGCAAAGTTGCACCATTCCGTTGGCTCTTGGCCTTTCCTGATAGATGACAGTACCCGGGTGACAAGCATGGAACCTGGCCAAAAGTTGGAGCTGCTCGCAAGGGGGTGGCCCTTGGGCGAGGCAAAAGTGCTGATCATCCTTGAGGACCTCGGAGGCGCTCAATGCCGCGTCTCCATAGCCGAGGATGCCGTGCGTGGGCCGGGAAAAGTGGTGCCCAAGGCCGTGCGGGATCCACTGATTTCCGTACGAAACCGCGAGACCCTCAGGCGTCTGGAACTCATGGCCGCGGGCGGGGCTGGCCGGAAGAACTAA MSTVTQLFKSPAADIWKVIEDGWLYSGWVVGASRIRAVDEQWPHVGAKLHHSVGSWPFLIDDSTRVTSMEPGQKLELLARGWPLGEAKVLIILEDLGGAQCRVSIAEDAVRGPGKVVPKAVRDPLISVRNRETLRRLELMAAGGAGRKN NA NA NA NA NA D3-18_00073 990 Putative 2-hydroxyacid dehydrogenase ATGGGGCACCATTTTCTGGTCACCACGGCCATCCCGGAATGTGGGCTGCAACTGCTGTCCGACGCCGGTCAGGTCACCGTCCTGCCCGAGCCGCCTGACTACGCAACACTCTCGGCATTGTGCGCCACAGGCGATTACGACGTCGTGCTGACGCAACTGCGTGATGTCATCGACGAGCCCCTCCTGGCGAACGCCCGGGTGAAGGGTGTCTCCAACTATGCGGTGGGCTACAACAACATCGATGTGGAGGCCGCCACCCGGCACGGCATCCTAGTGGGCAACACACCCGGCGTTCTGACAGATGCCACCGCGGACATCGCCATGCTGCTGATCCTGGGCACCGCACGCCGCGTGGTGGAAGCGGACCGAGTAGTTCGTGAGGGAAAGTTCCTCGGGTGGGAGCCTGAGTTCATGTTGGGCCGGGATGTCTCCGGCGCCGTCCTCGGGCTCGCTGGTTTCGGCAGGATCGCCCGCGCCGTTGCTCGACGTGCCCTGGGATTCGGCATGGAAGTTCTGTTCTCACCGCGTCCTCCGGGTGACCGTGCGGTCAGCGATGAGGAATTGGGTGAGTTCGCGGGCAAGGTCCGGCAAGTACCGTGGGCATCACTCGTGGAACGCAGCGATTTCCTGTCCCTGCACGTTCCGCTCAACGAGCAAACCAGGCATCTTGTGGACGCGCCTGTTATGCAACGGATGAAGTCCGAGGCCATCCTCATCAACACGGCCCGGGGACCGGTGGTGAACGAAGCCGCGCTGGTGGAAGCGCTCCGCAACGGCGTGATCGCGGGCGCTGGCCTGGATGTCTTTGAGGATGAGCCACAACTCGCGCCGGGCCTCACCGAGCTCCCCAATACGGTCCTTCTGCCCCACGTGGGTAGCGCAACCGTCCCCGTGCGCGCCGAGATGGCCAGACTCAGCGCCCTCAACGCCATCGCCATCGCCGAAGGCCGCCTACCACTCCACCCCGTCAGCGCGCTCGTACGGGCATGA MGHHFLVTTAIPECGLQLLSDAGQVTVLPEPPDYATLSALCATGDYDVVLTQLRDVIDEPLLANARVKGVSNYAVGYNNIDVEAATRHGILVGNTPGVLTDATADIAMLLILGTARRVVEADRVVREGKFLGWEPEFMLGRDVSGAVLGLAGFGRIARAVARRALGFGMEVLFSPRPPGDRAVSDEELGEFAGKVRQVPWASLVERSDFLSLHVPLNEQTRHLVDAPVMQRMKSEAILINTARGPVVNEAALVEALRNGVIAGAGLDVFEDEPQLAPGLTELPNTVLLPHVGSATVPVRAEMARLSALNAIAIAEGRLPLHPVSALVRA PGPT0019780_661 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_OXALIC_ACID_DERIVATE_UTILIZATION,PGPT0019780-gyaR-K00015 NA NA D3-18_00074 981 ccl COG0119 (R)-citramalyl-CoA lyase ATGAACCGCTTTGAAAGCCCCCTTGCCTCAACGCTGGGCAACGTCATCCTGAGGGACGTCACGCTGCGCGATGGGCTCCAGCTCACCGGTAAACTCCTGCCGACAGAGCAGAAGATCGAGACCGTGCGGGAACTGCTGCGACTGGGAGTGCCCGCGATCGAGCTGGGTTCCATGGCCCGCGCAGACCTGGTCCCCACCATGGCCAACACACTGGAAGTGGTCAAGGCCCTCACCCCTGAGGAACTGGAAAAGTGCTGGATCTGGGTAGCTACACCGGGCCACGTTGCCAAGGCTTCCGCTGCCGGAGCGAGGAACTTCCAGTACTGCTTGTCAGCCTCGGATTCGCACAACAAGGCGAACATCGGGCGGACCACGGACGAGAGTCTGGCCGCTTTGCCCGAGGCCGTCGAGTACACCCGTGCAGTGAACGGCCGAATCCAGCTGTGCATTGCCACCTCCTTCACGTGCCCGTTTGAGGGTTACGTTCCGGAGGAGCGCATCCTCGCCATCGCCAACGATGCCCGCGCTGCAGGCACCACGGACATCGTCATCTGCGACACCCTGGGGCAAGCCGTACCAGCGCAGGTAGCACGGCTCATCACCCGAGTGCGGGAGGAGTCGCCTGCGCGGCGGATCGTGTACCACGGCCACGACACCTGGGGTTTGGGTGTAGCGAACACACTCGCCGCCATACAAGCCGGAGCTGCCATGGTGGACGGCGCCCTCGGCGGTCTGGGCGGCTGCCCGTTCGCACCCGGCGCCAGCGGCAACACCTCCAGCGAAGACATTCTCTTTGCAACCCGCCCTGGGTGGCTCACTCCGGACGCGTTCGGCGAGCTGGTGGTGCTTTCGGAAAAGCTGCTGGCCGAACTGGGCGAACCGAACCGCTCCAAGGCAGCCCAGGGAGCCCGCTCCAAGGCTGAGGCCTTTAACTGGGTCATGCCTGGCGCTAAAAAGACTTCCTCCGCCGGAGGCAACTGA MNRFESPLASTLGNVILRDVTLRDGLQLTGKLLPTEQKIETVRELLRLGVPAIELGSMARADLVPTMANTLEVVKALTPEELEKCWIWVATPGHVAKASAAGARNFQYCLSASDSHNKANIGRTTDESLAALPEAVEYTRAVNGRIQLCIATSFTCPFEGYVPEERILAIANDARAAGTTDIVICDTLGQAVPAQVARLITRVREESPARRIVYHGHDTWGLGVANTLAAIQAGAAMVDGALGGLGGCPFAPGASGNTSSEDILFATRPGWLTPDAFGELVVLSEKLLAELGEPNRSKAAQGARSKAEAFNWVMPGAKKTSSAGGN PGPT0008315_769 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TERPENE_UTILIZATION PLANT_DERIVED_CITRONELLOL-CITRONELLAL-CITRONELLATE_DEGRADATION,PGPT0008315-hmgL-K01640 NA NA D3-18_00075 1251 smtB COG1804 Succinyl-CoA--L-malate CoA-transferase beta subunit ATGACACACCAAACAATCGCCCCTCTGGACGGCGTCCGGGTCTTGGAACTCGGTAACTACATCGCCGCGCCAACGGCCGGCAGGCTGCTGGCCGACTTCGGAGCTGAGGTCATCAAAGTGGAGCGGCCCGGCACCGGCGACGAACTGCGTAACTGGCGCCTGCATAAGGGCAACACGTCCATGCTCTACCGAACGCTGAACCGCAACAAAAAGTCCGTGGTTCTGGATCTCCGCACAGAGGCAGGCAAGCAGGCAGTGCTGGAACTAGTGGCCAAGTGCGACATCCTGCTGGAGAACTTCCGCCCCGGCACCCTGGAGAAGTGGGGCTTGGGCCCAGAGGTCCTCAATGAAGCCAATCCGGACCTGATTGTCACCCGCATCTCTGCTTTCGGACAGACCGGGCCGCTGTCCGAGCGGCCAGGCTTCGCCGCCGTCGCCGAAGCCTACGGCGGATTCCGCAACCTGGTGGGCGACCCGGACCGAGCGCCGGTCCGGGTTGGTGTCTCCATCGGGGATTCCATCGCGGGCCTGTATGCCGCCTTCGGCTCCATGATGAGCCTCTACCAACGTGAAGCACGACGCCGGGACTCGGCTGGCGCTGTTCCGCTCACCGAGCGCATCATCGACGTCGCGCTGAACGAGGCCATGTTCTCGATGATGGAATCGTTGATTCCGGACTATCAGGCCTACGGTGTGGACCGGCAGCGAGTTGGTGGCCGCATGGAGGGCATCGCTCCCTCCAACGCGTATGTGTGCAAGGACGGTGCGAGCATCGTGGTAGCCGGCAACGGTGACTCGATCTACCAGCGATACATGCAGACAATCGGCCGCCCCGACCTCGCAGAGGACCCTTCCTTGCAAACGAATGCCGGGCGCTGGGCAAAGCGCGAAGAACTGGATCAGGCAATCGGCGAGTGGGCAGCGACGCTTTCAGGAGCTGAAGCCCTGACAGCGCTTGAAGCCGCCGGTGTCCCCGCCGGCCCCATTTATACCGCGGCCGATATCAGCACGGACAGCCAGTACGCCGCCCGAAACATGATCCAAAAGTTCGATGTATCCACAGGTGAGGAAATCCTCCCCGGCGTTGGTTTCCCGGGCATTGTTCCGGTGATCGGGGACCAGTCCCTGCCCATTCGGAACCTGGGCCCGGACCTGGGCGAAAACACGCAAGAAATTCTTGGCGGGCTCCTGAACATGGACGCCGCACAGATCAATGCGGCTTCCGGCCGCGAGGAGGCCCTCCGACCATGA MTHQTIAPLDGVRVLELGNYIAAPTAGRLLADFGAEVIKVERPGTGDELRNWRLHKGNTSMLYRTLNRNKKSVVLDLRTEAGKQAVLELVAKCDILLENFRPGTLEKWGLGPEVLNEANPDLIVTRISAFGQTGPLSERPGFAAVAEAYGGFRNLVGDPDRAPVRVGVSIGDSIAGLYAAFGSMMSLYQREARRRDSAGAVPLTERIIDVALNEAMFSMMESLIPDYQAYGVDRQRVGGRMEGIAPSNAYVCKDGASIVVAGNGDSIYQRYMQTIGRPDLAEDPSLQTNAGRWAKREELDQAIGEWAATLSGAEALTALEAAGVPAGPIYTAADISTDSQYAARNMIQKFDVSTGEEILPGVGFPGIVPVIGDQSLPIRNLGPDLGENTQEILGGLLNMDAAQINAASGREEALRP PGPT0002130_252 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0002130-frc|yfdW-K07749 NA NA D3-18_00076 1443 idnT_1 COG2610 Gnt-II system L-idonate transporter ATGTCAGACATTGCTGTTCTGATCAACACAGCTGTGGCGGTCCTAGCCGCTGTCCTGTTGATCGTCCGCTTCCGGGTCAACCCGGTGATTTCGCTGATACTTGCTTCTGTGTATCTCGGCTTGGCGGTGGGCCTCGGCGTCGAAGAAACCGTCAAGACCATCACCGGCGGGTTTGGCGAGATTATGGTGGACGTCGGCCTACTCATCGCTTTTGGCGTGCTGATGGGCTCCATCCTCAACCAGAGCGGGGCTATCCGCCGCCTGGTGGAGCACCTCCTCAAGACCTTCGGGCCCAAGCGGCTCCCCTACACCATGGGCTTGGCCATCGGAACGGTCCTTCAATCGATCTTCCTGGATGTCCTGCTGGTCATCTCGGCGCCGCTTGCCCGCAAATTGGCGCCGAAAATCGGCAAACTCGGTACGGCACGGATGGCTGCGGCCATGGCTATTGCGCTGGAATGCGGCATCGTGTTCACGGTTCCCGGCGTCGCCTCGCTCGCGCTGGCCGGCCTACTGAATGTGCCGCTCGGCAAGATGCTGCTCTTCGGCCTCCTGCTTGTCATCCCCACGATCATCATCTCCATTGCCATCATGACGTTCCTGTTCCGCCGCGGATTCTGGAATGAGGCCAAGGACGAGGACCGCACGTTCGTGGCCGAGGAGGACAGCGAAGGCGAGAAGTCTGCGGACAACGGCCAGGCACCAGTGCCGCCGACCACCAGCAGCGAGCGTGGCACTACGGCATCAAGCACCCAGCCTGCCGGCGGAAGTGTCGCCGTCGTCGAACGCGAGCGCAAAGAAGCCCCGCTGATCCTTCTCTTCGCACCGCTGCTGACTTCCCTGCTTCTCATCGGCGCAGGCGCCATCCTGGAGATCTTCGAAATCCAGCTCCCTTGGTTGCAGCTCCTCGGCGAGCCGGTGATTGCCCTGCTTATCGGCCTGATCGGTACCTGCCTGGTGACCCGGGCGGCCATCGGACAGAAAAAAGTGGAGGAGGCCATCGCGGTCGGTTTCAAGGAAAGCGGCCAGATCCTCATCCTCACGGGTGTGGGCGGATCGCTCGCCGCAACAGTCGCGGCAGCCGGATTGGGAGACATTCTGGGCGGCTTCTTCTCCGCGAGCACTGTGGCCCCGCTGCTGGTGGTCTGGGCTGTCGCCGCCGTGCTGCACATCGCCGTCGGGTCCGTAACGTTGTCCGCCATCACTGCGGCCGGGTTGCTGGCACCTATTGCACCGGCCATCGGCCTGGACCCGGTACTCATCGCGCTGGCAGCAGGCGCGGGATCGCTCTTCATGGTTCACGTCACCAGCAACACGTTCTGGCTCCTACAGTCACTTTTAGGTCAGAGTGTGAGGGGTGCACTCAAATCCGTCACGGTGGGAGTGTCCGTAGCCTCCGTGGTGGCGATCCTGCTGATCCTGCCCATGAGCCTGCTGTTCTGA MSDIAVLINTAVAVLAAVLLIVRFRVNPVISLILASVYLGLAVGLGVEETVKTITGGFGEIMVDVGLLIAFGVLMGSILNQSGAIRRLVEHLLKTFGPKRLPYTMGLAIGTVLQSIFLDVLLVISAPLARKLAPKIGKLGTARMAAAMAIALECGIVFTVPGVASLALAGLLNVPLGKMLLFGLLLVIPTIIISIAIMTFLFRRGFWNEAKDEDRTFVAEEDSEGEKSADNGQAPVPPTTSSERGTTASSTQPAGGSVAVVERERKEAPLILLFAPLLTSLLLIGAGAILEIFEIQLPWLQLLGEPVIALLIGLIGTCLVTRAAIGQKKVEEAIAVGFKESGQILILTGVGGSLAATVAAAGLGDILGGFFSASTVAPLLVVWAVAAVLHIAVGSVTLSAITAAGLLAPIAPAIGLDPVLIALAAGAGSLFMVHVTSNTFWLLQSLLGQSVRGALKSVTVGVSVASVVAILLILPMSLLF PGPT0001340_95 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 D3-18_00077 513 hypothetical protein ATGACCTTTGTGATTCGTGCGGCAAGCCAAGCTGACGTTCCCGGCATCCTCGCTGCGGAACTGGATGCCGGACGCACTTCAATCGCTCACGCTGACCGATTCGCAGCGAGTATTAGCGCCGCGGTCGAGGACCAAGCACGTGTCGTCGTCGTCGCCGAAGTGCAAGATGACGCGAATGCGGGCGGAGGGGCCGACGTCGTAGGTTGGGCAAAAACCCATTGCTGGGACTATGCCGACGGCCCTGCGTTGTCCGGTCATTACTTGGGTGGTGTCACTGTGCGGCCGGATTTTCGGCGCCTTGGAGTGGCTTCGGAACTGACGGGCGCCCGCATGGCGTGGATTTGGGAGCGGGCTGACCACGCTTGGTATGTGGTGAATGCGCTGAACGAGGCGTCGCTGGCTTTGCACCGGAGGTGGGGATTTCGTGAGGTTGCTAGGGGGCCCGGATTTCATACGGTAACGTTCGACGGCGGCGAAGGGGTCCTGCTGCAGGCGGCGCGGCCGCTGTCCTGA MTFVIRAASQADVPGILAAELDAGRTSIAHADRFAASISAAVEDQARVVVVAEVQDDANAGGGADVVGWAKTHCWDYADGPALSGHYLGGVTVRPDFRRLGVASELTGARMAWIWERADHAWYVVNALNEASLALHRRWGFREVARGPGFHTVTFDGGEGVLLQAARPLS PGPT0028640_18 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 D3-18_00078 1077 aes_1 Acetyl esterase ATGGGGCCGTTGGAATCAATTCAAGCGAGCACGAGGCAGAGTGGGCCAGCCCGAAAGGGATTGCCCTCGAAGACCCAGCGGAAGCGGTCTACGCGGCAACGAAAACTCGAGTTGGCGATTTTGCTGGTGCTGCTCGTAGCCCTGGCACTTTCGGCTACGCCATGGCCTTCGGCAATGCTGATACGAAGTGTTTTTGAACGCGGGGCGCAGGCAACGATTGACGAAATGACGCCGTACGTTCCGGATACACCGCTGCAAACCCAGGCCGGCGTCGTGTACAAGCCCGGTTCCACCTTCGATGTATTCAGTCCTGCAGGCACTACTGCGCCCCTTCCTACTGTGGTGTGGATTCACGGCGGCGCTTGGATTTCCGGTGCCCAGCGTGATGTCAATCCGTACCTCCAGATCATCGCGGCCGAGGGTTACACCACCATTGGCATGAGTTATCCGATTGCCCCCGAGGCCACCTACCCCACGGCTGTGGGTGACATCAACGAAGCCCTTGCCTATATCAAGGCCCATGCCGCCGAGCTGAACGTGGACACCAGCCGCATCGTCCTGGCCGGTGACTCTGCCGGTGCACAACTCGCGAGCCAGATGACCACGCTCACCGTAAATCCGGAGTATGCCAATCTCATGGGAATCCAACCTGCGCTACAGAAGTCGGAGCTGGCGGCCACCATCCTGCATTGTGGCGTCTATGACCTTCGGGCTATGGCCGATCTCAGCGGAATCGTAGCTTGGGGATTCAAGACGTCCTTGTGGGCTTACACGGGCACGAAGGATTGGTCCGCTACCTATGCTGGCGCGACTATGTCCACCATCGATTTCGTGACCGACGACTTCCCGCCGACGTTCGTCAGTGGCGGCAACGGCGACGGGCTCACGTGGCTGCAGTCTGTTCCCTACAGCAACCGGCTGAAGGACGCGGGAGTCCCGGTGACCGAGCTCTTCTGGCCGGCTACGCACGAGCCTGAACTGCCGCACGAGTACCAGTTCCACCTGAACTTCGACGAGGCACGCGAAGCGCGGGACAAGACCTTCGACTTCCTCTCCACGCACGCCCAGAGGCAGTAG MGPLESIQASTRQSGPARKGLPSKTQRKRSTRQRKLELAILLVLLVALALSATPWPSAMLIRSVFERGAQATIDEMTPYVPDTPLQTQAGVVYKPGSTFDVFSPAGTTAPLPTVVWIHGGAWISGAQRDVNPYLQIIAAEGYTTIGMSYPIAPEATYPTAVGDINEALAYIKAHAAELNVDTSRIVLAGDSAGAQLASQMTTLTVNPEYANLMGIQPALQKSELAATILHCGVYDLRAMADLSGIVAWGFKTSLWAYTGTKDWSATYAGATMSTIDFVTDDFPPTFVSGGNGDGLTWLQSVPYSNRLKDAGVPVTELFWPATHEPELPHEYQFHLNFDEAREARDKTFDFLSTHAQRQ NA NA NA NA NA D3-18_00079 627 hypothetical protein ATGGAAACCCGCCGAATCACCGTACTTTCCGCCGGACTCGGCGTCCCGTCGTCGAGCCGCTTGCTGGCCGACCAGCTGGCCGCGTCCGCTGAGAGGCAACTCCGCGCGGCAGGGTATGACGCGAAGATTGACGTTGTTGAACTGCGCGACCTCGCGGTGGACATCGCCAACAACTTCGTCACCGGCTATGCCGCGCCCCGCCTCGCGGACGTGATTGCCGGCGTCGAGGATTCAGACGCCATCATCGCGGTCAGCCCTGTCTTCAGCGCGTCCTACAGCGGTCTGTTCAAGTCGTTCATCGACGTCCTGGACCCGAAGTCGTTGGAAGGCAAGGCTGTAGTGCTTGGAGCTACGGGCGGCACCGACCGTCACCAGATGGTCCTCGACTACGCAATGCGTCCCCTATTCAGCTACTTGCGCACCAGGATCGCAGCCACCGGCGTCTTTGCAGGGCCCCAGGACTGGGGAAACACCGACGACGGCGCCTCGCCCCTCTCGGTGCGCGTAGACCGGGCCGCGGGTGAACTCGTGCAGCTGTTGAGCGGGTCGCAGCCGCGCCGCAAGAACGACTCGCTTGAGTCGCTGCCATTCGAACAGCTGCTTGCCGGGATCTCAGCAGGCAGATAG METRRITVLSAGLGVPSSSRLLADQLAASAERQLRAAGYDAKIDVVELRDLAVDIANNFVTGYAAPRLADVIAGVEDSDAIIAVSPVFSASYSGLFKSFIDVLDPKSLEGKAVVLGATGGTDRHQMVLDYAMRPLFSYLRTRIAATGVFAGPQDWGNTDDGASPLSVRVDRAAGELVQLLSGSQPRRKNDSLESLPFEQLLAGISAGR PGPT0003045_324 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 D3-18_00080 363 hypothetical protein ATGAAGTGTCCTGTGGATTCCATTGACCTGGTGATGAGTGAACGAAGCGGCGTGGAGATCGACTACTGCCCGCAGTGTAGGGGTGTGTGGCTGGACCGTGGGGAGCTGGACAAGATCATTGATCGCGTCGCGGCGGAAACCATTCCAGCTCCGGCCCGGCCCGCCGCCGCGCCGTCCCAGCCTCCTATCGCGCCGCCGCCCATCTACAATCCCTTTGAGTCACGTCCCCAACAGCCGCGTTACGACGATAGGGACCGGCGCGACTACGACCGGAGGGACAACGATCGTCGCGACGGCTACGACCAGTACGGCCGCAAGCGCAAGAAGAAGGAAGGCTTCCTGGGCGACTTGTTCGACTTCTAG MKCPVDSIDLVMSERSGVEIDYCPQCRGVWLDRGELDKIIDRVAAETIPAPARPAAAPSQPPIAPPPIYNPFESRPQQPRYDDRDRRDYDRRDNDRRDGYDQYGRKRKKKEGFLGDLFDF NA NA NA NA NA D3-18_00081 576 hypothetical protein ATGGATTCCATCCTCATCCCGCTCCTGATCCTCATTGCGGTCATTGCGGGCGTGCTCCTGCTTATTCGCTCGTTCACCAAACGCTCAGCTGAAAGCAAAGCCAGCATCGCAGCGGCGAATGCACCCAAGGACCCGTTGGAGCTGGCCAAGGAGTCTGCGGCCAAACTCAACCAGGAACAGCACCGACAGCTTTACTCGCTCATCGCCCAAGGACAGGGCATGGCGGCCATCAAACTTTACCTGCAGGCGACTGGAGAGGGCCTACGGGCCTCGCGCAACGCCGTCGGCGCTCTCGCGGCGCATCCCCAGCCGTTCACGCCGGAGGCCACGCCCAAAGACTTGCTTGCCGATGACGACGACGAGCCCGAACGCTTCCCCTACAGGTACAGGGCAATCGTCAGCAAGGGCGACGTCACCCGCGAAGTGAGCAGCAACATGCTCAACGACGAGATCTACGGACGAATCCGCACGCTGGCAAAGAGCGGTGATGTGGAGGGCGCGGCACTTGCTTTGACGCGCCACTCAGACATCAACATCAAGCAGGCCCGTGAGTTCATCGAACTCTTGGACGACTAA MDSILIPLLILIAVIAGVLLLIRSFTKRSAESKASIAAANAPKDPLELAKESAAKLNQEQHRQLYSLIAQGQGMAAIKLYLQATGEGLRASRNAVGALAAHPQPFTPEATPKDLLADDDDEPERFPYRYRAIVSKGDVTREVSSNMLNDEIYGRIRTLAKSGDVEGAALALTRHSDINIKQAREFIELLDD NA NA NA NA NA D3-18_00082 474 hypothetical protein ATGGGGATGAACTTTGGTGACGTACTGACGATTGTCCTTCCGCTTCTTGTCCTCGTAGGCCTGCTGTGGGCACTCACGGCGGCCTTCAAACCGCGCGACACGGGCCTCTCGGATGCCGAGAAGTATCAGCGTGAACTAGCGGCACGTTCCGCTGCGCATCAAGCCTCCCAAGTACAGGAAGCACTGGCTCTACGTGCGCGAATCGAAGCCACCACCAAGCCGAGCCAGAACGTGGCCAGTCAAAGGGAGCAGGCCGAGAACGCCAGGACCCCCATCCAAGCCCAGACCGGACGCCCTGGGGGTCAAACGGCACATCAGCCCGCCGTACTTCCAAATGGTCAGTTGAACCCGCAACTCGCCTTCGAGCTACAGAACCTGGTCCGGAGCGGGAAAAAGATCGAGGCCATCAAAGTCCTGCGCCAGGCCACCCACTCAGATTTACTTACCGCCAAGAACTACGTAGATCGGCTCTGA MGMNFGDVLTIVLPLLVLVGLLWALTAAFKPRDTGLSDAEKYQRELAARSAAHQASQVQEALALRARIEATTKPSQNVASQREQAENARTPIQAQTGRPGGQTAHQPAVLPNGQLNPQLAFELQNLVRSGKKIEAIKVLRQATHSDLLTAKNYVDRL NA NA NA NA NA D3-18_00083 180 hypothetical protein ATGCCCAAAATGGACACTTCAGACACGTTACAGCAGGTGCCTGACACCCCCTGTGGAAAACCTGTGGAATACAAGCTCCACGTTGTGCACAGACTGTGCGTTACCCTGTGGATAGAGAATTTCTTTTGCGGGAAATTAGCCTCTGACCTGCGGAAACGCTTTTCACACGCTGTGGACTGA MPKMDTSDTLQQVPDTPCGKPVEYKLHVVHRLCVTLWIENFFCGKLASDLRKRFSHAVD NA NA NA NA NA D3-18_00084 1389 dnaB COG0305 Replicative DNA helicase TTGTCAGTTACGCACTTGGACTCAATCGAGGGCTCACGCGCTTCGGACTCGAGCCGGAAACCTCCCCAGGACATCCCCGCTGAACAGTCGGTGCTCGGCGGCATGATGCTCTCCAAGGATGCCATTGCCGATGTAGTCGAAATCGTCCGCGGGCACGACTTCTACCGGCCAGCACACGAGACCATCTACGAGTCCATCATTGATCTCTACGGCCGTGGCGAACCCGCCGACGCCGTCACAGTCTCAGATGAACTGACCAAACGGGGTGAGATCAACCGGATCGGCGGTCCCGCCTACCTCCACGAGCTCATCCAGACTGTCCCCACTGCGGCCAACGCCGGCTACTATGCCGAGATCGTTGCGGAACGCGCAGTTCTGCGCCGCCTGGTCAACGCCGGTACCAAGATCGTTCAGATGGGCTACGGCCAGGACGGCGAAGTGGAAGACCTCGTCAACCAGGCCCAGGCGGAGGTGTACGCGGTAGCTGAAAAGCGTACTGCGGAGGACTACGTGGCGTTGAAGGACGTCATGGAATCCACGGTGGATGAAATTGAAGCGTCTGGTCACCGCGGCGAAGGCATGACGGGCGTTCCTACCGGCTTCTACGAGTTGGACGAGTTGACGCACGGACTCCACCCCGGCCAGATGATTGTTATCGCGGCCCGTCCTGCCGTGGGTAAATCCACGTTCGCACTGGACTTTGCCCGATCCGCGGCCATCAAGAACAACTTGGCCACGGTCATGTTCTCCCTGGAAATGGGCCGGAACGAGATCGCTATGCGTCTTCTCTCCGCAGAAGCAACCATTGGCTTGCAGGATCTGCGCAAGGGCACCATCAAGGACGAGCAATGGTCCAAGATCGCCACCACCATGGGCCGCATGAACGATGCTCCGCTGTTTATTGACGACAGCCCCAACATGTCCCTCATGGAAATTCGTGCCAAGTGCCGCCGCTTGAAGCAGCAGCACGACCTCAAACTCGTGATCCTCGACTACCTCCAGCTCATGAGCTCCGGTAAGAAAGTTGAATCACGCCAGCAGGAAGTCTCCGAGTTCTCCCGTGCCCTCAAGCTGCTGGCCAAGGAGCTGCAGGTTCCCGTCATCGCACTGTCACAGCTGAACCGCGGTTCCGAGCAGCGCCAGGACAAGCGCCCCATGGTGTCCGACCTCCGTGAATCAGGCTCCATCGAGCAGGACGCCGACATGGTCATCCTGCTCCACCGCGAAGATGTCTACGACAAGGAATCGCCCCGCGCCGGCGAGGCAGACATTCTGATCGCCAAGCACCGTAACGGTCCCACCAAGGACATTGTGGTCGCCTTCCAGGGTCACTACTCACGCTTTGCTAACATGGCGGGCGAAACAGGTGCCGGGGGCGGCGGCTTCTAA MSVTHLDSIEGSRASDSSRKPPQDIPAEQSVLGGMMLSKDAIADVVEIVRGHDFYRPAHETIYESIIDLYGRGEPADAVTVSDELTKRGEINRIGGPAYLHELIQTVPTAANAGYYAEIVAERAVLRRLVNAGTKIVQMGYGQDGEVEDLVNQAQAEVYAVAEKRTAEDYVALKDVMESTVDEIEASGHRGEGMTGVPTGFYELDELTHGLHPGQMIVIAARPAVGKSTFALDFARSAAIKNNLATVMFSLEMGRNEIAMRLLSAEATIGLQDLRKGTIKDEQWSKIATTMGRMNDAPLFIDDSPNMSLMEIRAKCRRLKQQHDLKLVILDYLQLMSSGKKVESRQQEVSEFSRALKLLAKELQVPVIALSQLNRGSEQRQDKRPMVSDLRESGSIEQDADMVILLHREDVYDKESPRAGEADILIAKHRNGPTKDIVVAFQGHYSRFANMAGETGAGGGGF NA NA NA NA NA D3-18_00085 726 hypothetical protein GTGAAGAAGAATTTGTTGCTCGGCTTTGGGGCATCGGCACTGGCAGCCATGGCCCTGACAGCATGCAGTGGCGGTACTGCGGCGGCACCAGTCTCGGCCCCGCAGAGCGAAACTGCGACAGCAACGCCGACGCCCGTCAAGCAGTACAGCAATGAGGAGCTCGTGTCTTTGGTCAGCCAGATCAAGGCCTCCGACGGCAGCAGCCTCTCAGCAGTTTCAGGCGAAGAACTCGCCGGCCGGTATCAGCCGCTTCGGGACACCTTGGGCAAGACAACCATTGAACCAGCCGCGTGCAAGGATCTGAGTGCAGTCGGCGTGCCCCAGACTATTGCCGGATCAACGTCGGCGGGAAGCACGCGGGTCAAGACTGACGGTGTGTTCACCGATCTGACCCTTACCTCCGGCGTCGATGTCGAGCTTCTCGAGGCGAAATTGGACGCTAGCAAGTCCAAGGCAGAGGAGTGCAGCCAAATGACATTCTCCTCATCGGGCCAATCGATCAAAAGCACCACTGAGAAGTTTGCTGGCATCGGTTCCGTCCCTGGCACTATCGCTTTCAAGACCGCCATGGTGTTGCCTGACGGAACAGAGGGAATCATTTATACAGCGCATGTGATTAAGGATGGTGTCCTGATCTCTGCCACTGCCTCCAGCGATGCCGCCGAAACCGGCGGACCGGCTGCTGCCGGTGCCCTCCTGGATCAGTCCGCCGCGCTTATTAAGTAG MKKNLLLGFGASALAAMALTACSGGTAAAPVSAPQSETATATPTPVKQYSNEELVSLVSQIKASDGSSLSAVSGEELAGRYQPLRDTLGKTTIEPAACKDLSAVGVPQTIAGSTSAGSTRVKTDGVFTDLTLTSGVDVELLEAKLDASKSKAEECSQMTFSSSGQSIKSTTEKFAGIGSVPGTIAFKTAMVLPDGTEGIIYTAHVIKDGVLISATASSDAAETGGPAAAGALLDQSAALIK NA NA NA NA NA D3-18_00086 558 hypothetical protein ATGGCTGAACTGATCCTGCTGAACGGTCCGCCCGGCATTGGGAAATCGACGCTCGCCAGAATGTACGCGGATGGTCATCCCGGTGTCCTCAACCTGGATGTCGATAAGGTTCGATGCTTGATCGGAGGCTGGGAGGAGGACTTCCAAGCTGCCGGGAACCTAGTGCGTCCGATTGCGCTCAGCATGGCTGTCACGCACCTGACGGCTGGGCACACCGTGATCATGCCGCAGTATCTCGACTCCGGAGATGAAGTGTTGCTGTTCCGTAGTGTTGCGGAAGAGGCGGGCGCCCGGTTTAGGGAAATCGTCCTGATAGACAGCCGCGAGGCCTCTGTTGAGAGGTTCTATTCCCGCAAGGACAGCCATGATCCCTGGCATTCCCGCGTTACCGCCATTGTGGAACAAGGTGGTGGTTCTCGCCTGTTGGAGTCGATGTATGAGGACCTCAGGATCGGCCTTGATGCCCGTCCAACTGCCGCCACCATCACCAGCCGCAGAGACCACATTGAGGAGACGTACACGCGCCTCATGGAGACCTTAGCCGTGTCCACTCAATAG MAELILLNGPPGIGKSTLARMYADGHPGVLNLDVDKVRCLIGGWEEDFQAAGNLVRPIALSMAVTHLTAGHTVIMPQYLDSGDEVLLFRSVAEEAGARFREIVLIDSREASVERFYSRKDSHDPWHSRVTAIVEQGGGSRLLESMYEDLRIGLDARPTAATITSRRDHIEETYTRLMETLAVSTQ NA NA NA NA NA D3-18_00087 381 hypothetical protein ATGAATCTACTGAGTCAGGTTCTGGCCGGCGCTACTGCGCTGGCACTGATCAGCGTCGGCTTGATGGAGATCTTCCGGCACGGTGATCAGCGTCTGCACCGGTTTTTTCTGATCGAACCTCAGGATGTTCGTGCCGTCCGCATGTGGGCAATGAACGTTGGCGCCTACAACGTAACCTTCGGGGTCGGCATGGCCGTGGGTTTGTGGATGGTGAACTCCGGCAACCCGGCCGGCGGGGCAGCTATTGTCCTTTTTTGCTGCGCGAGCCATGTATTTCTGGGTTTCTGGCTGTGGGTCACGGAAAAGCGCCTGCTTCTAAGCGCCATAGGGCAGGCACTCTTCCCAGGCCTTGCCGTGGTTTTCTACTTGTTGCTCGGCTGA MNLLSQVLAGATALALISVGLMEIFRHGDQRLHRFFLIEPQDVRAVRMWAMNVGAYNVTFGVGMAVGLWMVNSGNPAGGAAIVLFCCASHVFLGFWLWVTEKRLLLSAIGQALFPGLAVVFYLLLG NA NA NA NA NA D3-18_00088 459 derI1_1 COG0698 D-erythrulose-4-phosphate isomerase 1 ATGCGCATCATTGTGGGTGCCGATGAAGCCGGCGTCGATTACAAAGACCGGATCCTGGCGGACCTCGAAGCTGACCCCCGCATCACGGAGGTCATAGATATAGGCGTGAACCGCGCAGATGAGGACTTCACCAGGCCGTACCCCTACGTGGGTATCGCGGCCGGTGAAATGATCCGCGACGGCCAAGCTGACCGTGCCATCCTGTTCTGCGGCACAGGGATCGGCGTGGCCATCGCGGCCAACAAGGTTCCTGGCATCAGGGCCACAGCAGCACACGATTCGTTCTCCGTGGAACGCTCAATCCTGTCCAACGACTGCCAGGTCCTCACCATGGGACAGCGCGTTGTGGGAGTGGAGTTGGCCCGTCGCCTGGCCAAGGAGTGGATCGGCTACGCGTTCGATCCTTCATCAGGTTCGGCCGCGAAAGTGAAGGTACTCAGCGACTTCGAAGGCTGCTGA MRIIVGADEAGVDYKDRILADLEADPRITEVIDIGVNRADEDFTRPYPYVGIAAGEMIRDGQADRAILFCGTGIGVAIAANKVPGIRATAAHDSFSVERSILSNDCQVLTMGQRVVGVELARRLAKEWIGYAFDPSSGSAAKVKVLSDFEGC PGPT0017395_1424 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 D3-18_00089 1743 derK COG2376 D-erythrulose kinase ATGACCAGAATCTTCAACGATCCCGCCGACTTCGCTGACGAAGCCCTCGCCGGTTTCTGTGACGCCCACTCGGACCTTGTCCGCCAGGTTGAAGGCGGCGCTGTCCGTCGCAGCCGCCCGGCAACGCCGAAAGTCGCCGTCATCGCGGGCGGGGGCTCGGGACACTACCCTGCCTTCGCCGGCATCATCGGGCCGGGCTTCGCTGACGGTGCCGTGGTGGGCAACATCTTCACCTCACCCTCAGCCCAGCAGGCCTATTCCGTGGCCAAGGCTGCCGACTCCGGAGCCGGCGTTGTGTTCACCTACGGCAACTACGCCGGGGATGTCATGAACTTCGGTATGGCCAGTGAGCGACTGAATGCCGAGGGAATCGCCACGGAAAACGTGCTGGTCACGGACGATATCGCCAGCGCCTCCCTCGAGGAGATCGAGAAGCGCCGCGGCATCGCCGGTGACTTTGTGGTGTTCAAGGTCATGGGAGCAGCGGCCGAAGCCGGACTGGACCTGGATTCCGTGGTTCGCTTGGGGCGGAAGGCGAATGAGTTTACGCGGACCATTGGCACAGCCTTCAGCGGCTGCACTTTCCCCGGTGCCGATCAGCCGTTGTTCCGCCTTCCCGAGGGGCAGATGGGCCTGGGCCTGGGTATCCACGGCGAGCCTGGACTATTCGATACGGAACTGCCGTCCGCCGTCGAGCTGGGGCAGGAACTCGTGCGTCGCGTGTTGGCGGAAAATCCCTCGAGCGGCTCAACCCGGCTGGCAGTGATCCTCAACGGCTTGGGTTCCACGAAGCACGAGGAACTGTTTGTCCTCTGGCGTACCGTGGCTCCGTTGCTGCGCGAAGCCGGCTACACCCTGGTGATGCCGGAGGTGGGTGAGTTGGTGACCAGCCTGGACATGGCCGGCGCTTCGCTGACGGTGACGTGGTTGGATGAGGAGCTGGAACAGTACTGGACCGCTCCGGCGCTGACGCCAGCGTACCGCCGGGGTGCTGTTGGGCTCGACGTCGCTTCCTCACAGGCCGCGGAAGCTGAGCTGGACGCCGTTGCCGCTGCCGACTACTCCTCCACAGACGAGTCCCGTGTCTACGCTGCGCAGTGCCTGAGCGCTTTGGAGACCACGGTCGCACTGCTTCGCGATTCCGAAGCAATGCTGGGCGACATGGATGCGATTGCCGGCGACGGCGATCACGGCCGCGGTATGGTGCGTGGATCCACGGCAGCCCTGGACGCCGCGGCCCTTGCTTTCGAACGCGGCGCGGGCGCCGGTTCGCTGCTGGCGGCAGCCGGAGACGCCTGGGCAGACAAAGCAGGCGGAACGTCCGGCGTGCTGTGGGGCGCGGGACTACGCGCCTTTGGCGAGCGGTTGGGAGATGCAGAGACCCCGACGCCGGATGTCCTCGCCCAGTCTGTTCGAGCCTTCGCGGACCGGATCTCGAACCTTGGAAAGGCCGAGATCGGCGACAAAACCATGATGGATGCGCTGCTGCCCTTTGCATCCTCACTTGAAGACCGCGTCCTGTCGGGCGCTGCTGCGGAGGACGCGTGGGCAGCAGCTGCATCAGACGCTACCGCGGCGGCTGCGTCTACCGCAGGTCTTCGTCCCCTCAAGGGACGCGCCAGACCGTTGGCCGAGAAGAGCATAGGCACGCCGGATCCCGGTGCGACGTCGCTCGCCATGGTGTTTGCCGCCGTCGGGCCACACTTCACCGCAATTCCCGTTCCAGCCGCAGCAAGCAACTAG MTRIFNDPADFADEALAGFCDAHSDLVRQVEGGAVRRSRPATPKVAVIAGGGSGHYPAFAGIIGPGFADGAVVGNIFTSPSAQQAYSVAKAADSGAGVVFTYGNYAGDVMNFGMASERLNAEGIATENVLVTDDIASASLEEIEKRRGIAGDFVVFKVMGAAAEAGLDLDSVVRLGRKANEFTRTIGTAFSGCTFPGADQPLFRLPEGQMGLGLGIHGEPGLFDTELPSAVELGQELVRRVLAENPSSGSTRLAVILNGLGSTKHEELFVLWRTVAPLLREAGYTLVMPEVGELVTSLDMAGASLTVTWLDEELEQYWTAPALTPAYRRGAVGLDVASSQAAEAELDAVAAADYSSTDESRVYAAQCLSALETTVALLRDSEAMLGDMDAIAGDGDHGRGMVRGSTAALDAAALAFERGAGAGSLLAAAGDAWADKAGGTSGVLWGAGLRAFGERLGDAETPTPDVLAQSVRAFADRISNLGKAEIGDKTMMDALLPFASSLEDRVLSGAAAEDAWAAAASDATAAAASTAGLRPLKGRARPLAEKSIGTPDPGATSLAMVFAAVGPHFTAIPVPAAASN PGPT0018355_116 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_D-ERYTHRULOSE|D-THREITOL_DEGRADATION,PGPT0018355-derK-K20902 NA NA D3-18_00090 774 fabG_1 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGACCACCATCCAGCGCACCGCCGTCCTCACCGGAGCTACCTCCGATCGCGGCATCGGCCTGACCACCGCCCGCCGCTACGCCAACCAGGGCTGGGGCATCGTCATCCTGGACCTCGACGGCGAGAAGTCCGCCAAGGTTGCCGCCGAGATCGCCAACGAATTCAACGTTCCGGCCTTCGGCTATGAGATCGACGTAGCCAACGAAGCCTCCGTCACCGCAGCCCAGGCCGCAGTCGCGGCAGAAGTTGCCGCCGGAAACCTCCCGCCCGTGGGCGCCCTGGCCAACATCGCCGGCATCACCTCCCCCGTTCCTTTCCTGGAAACCACGCTTGAGCTGTGGCACAAGGTCATGGACGTCAACGCCACTGGCACCTATCTCGTCACCAAGGCGTTCCTGCCTGACATGATCACCAACGGCTGGGGCCGCATCGTCAACATGTCCTCGGTCTCCGCGCAGCGCGGCGGCGGCGTGTTCGGCAAGGTTCCCTACTCCGCAGCCAAGGCCGCCATCCTCGGCTTCACCAAGGCACTGGCCCGCGAAATCGGCGAAACCGGCGTGACCGTCAACGCCATCACTCCCGGCGCCGTGGACACCAACATCCGCGTCGGCAGCACCGAAGAGCAGGAAGCCGCCATCAACGCCGGCATCCCCTTGGGCCGCAACGCCACCACGGAGGAAGTAGCGGCCGTCATCACGTTCCTCTCCTCCGAGGACTCCGCGTACCTCACAGGCACCACCATCGACATCAACGGCGGCAGCCACATCCACTAA MTTIQRTAVLTGATSDRGIGLTTARRYANQGWGIVILDLDGEKSAKVAAEIANEFNVPAFGYEIDVANEASVTAAQAAVAAEVAAGNLPPVGALANIAGITSPVPFLETTLELWHKVMDVNATGTYLVTKAFLPDMITNGWGRIVNMSSVSAQRGGGVFGKVPYSAAKAAILGFTKALAREIGETGVTVNAITPGAVDTNIRVGSTEEQEAAINAGIPLGRNATTEEVAAVITFLSSEDSAYLTGTTIDINGGSHIH PGPT0005315_299 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_CYCLOHEXANECARBOXYLIC_ACID_DEGRADATION,PGPT0005315-badH-K07535 NA NA D3-18_00091 843 hypothetical protein ATGTTTCATCAACGACTGGGCTGTTCGTCCATCAGCTTCCGCCACCAGGATCTGGCCACTGCCCTGCACACCATGCGCGGCCTTGGCTTCGAGGAAATCGACCTAGGTGCACTCCCGGGCGTCTGCGACCACGTGCCCTACGTGCTGGACACCGAGGCTGTGGAGGCGGTCGCCGCCGTCGTAAATATCTCGGGACTGCGCGTCCGTTCGGTGAACGGCGATATCGGTGACTTAAATGCAGAGCTCGACGCCGGTGCGCAAGAAGCGCGCGAACGGCACCTTGAGATGCTGCTCACCCTGGCCGCCAAGACCGGCGCGAGGGCGCTCGTCCTGCCGTGCGGGGCTATCGATCACGAGCCGCTGCGGAGCCTTGATGAGGACATCGACCTCGTGGCCGCGCAACTGATCCATGCTGCTGGGCGCGCGGCGGAGTTCGGCGTGGAGCTGTGGACCGAATCCCTGCACTACTACCGGCTGTGCTGGAACACTGAGCGTGCACAGCTGCTCGCCGACCGCCTTGCCGGTTCCGACGTCGGAATTGTCATGGACTTCAGCCACATCGTCGCTTCCGGCGGCGACCCCGTGGACTTCGTGGACCGTTTCGCTGGCCGCGTCAAGCACGTCCACCTGCGGGACGCCGTAGCGGCCACCGACGACGAACCGGGGAATATCAACCTTAGTATCGGCAACGGCGAGGCCGACTTCGCGGCCGGACTGGCAGCACTACGGAGCGTTGGCTACACCGGCCACTTCTCCCTGGAACTCGAAACCCGGGACGTTACCCACGACGAACGCCCCGCCGCCGCTGCCAAAGCGGCCAGCTACATCTCAGACCTCATCTAA MFHQRLGCSSISFRHQDLATALHTMRGLGFEEIDLGALPGVCDHVPYVLDTEAVEAVAAVVNISGLRVRSVNGDIGDLNAELDAGAQEARERHLEMLLTLAAKTGARALVLPCGAIDHEPLRSLDEDIDLVAAQLIHAAGRAAEFGVELWTESLHYYRLCWNTERAQLLADRLAGSDVGIVMDFSHIVASGGDPVDFVDRFAGRVKHVHLRDAVAATDDEPGNINLSIGNGEADFAAGLAALRSVGYTGHFSLELETRDVTHDERPAAAAKAASYISDLI PGPT0016785_1810 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_CATABOLISM,PGPT0016785-mocC-K03335 NA NA D3-18_00092 1338 abaF_1 Fosfomycin resistance protein AbaF ATGAGCAATGAAGCTCTGACCATGCGTGGTCCGGTTCATGGAACCAAGGAAGCAAAGCGCGTCGCCGTCGGTTCCGGCGTTGGCGCAGTCATCGAAACCTACGACTTCATCGGTTTCGGCACCGCCGCAGCACTGTACTTCGGTACAGCGTTCTTCCCGGGCGCCGACCCGGTGACTGGCACCCTGGCCTCCTTCGCGACCCTCGGCGTCGGCTTCGCTGCCCGTCCGCTGGGTGGCATCATCGGTGGCCACCTCGGCGACAAGCTTGGCCGCAAGCCGGTCCTGGTTGCATCACTCATTTTGATGGGCCTTGCCACCTTCGCCATTGGCCTGTTGCCCACTTACCAGCAAGTGGGGCTCCTGGCTCCCGCACTGCTGGTCCTCGTCCGCATCATTCAAGGCCTGGCCTTCGGTGCTGAATGGGGCGGTGCCATCCTCATGAGTTACGAGCACGCGCCGTGGCGGAAGAAGGGGCAGTTCACGGGCATCGTCCAGGCCGGCTTCCCCGTTGGCCTCCTGCTCGCCAACCTCGTCTTCCTGAGCAGCGTGGGCCTCGGCAGCGAATGGGCCTGGCGTGTACCGTTCCTGGCCAGCATTGTATTGGTGGCCGTCGGCTTGATCATCCGGTCCAAGGTTCCCGAGTCCCCGGTATTCGAGGACGTCAAGGCCAAGGGCGACATCGTGAAGTCGCCCATCGTCGAGGTCATCAAGACCGACTGGCGAAACATCGTCCGCGGCATCGGCCTCCGCATCGCTGAAACTGCCGGCTACGCCGTGTCCGTGACGTACATGATTTCTTACCTGCACACCAACAACCTGGCGGACAAGACCGAAACGCTGGTGGCACTCTGCATCGCGGCCGGCATCGGTATCTTCGCCACGTACTTCTGGGGCAAACTGACGGACCGCGTTGGTCGCCGCCCTGTCTACATCTGGTCCACTGGGTTCGCAGTTGTGTTCGGCATCCCGATGTTCATGCTGGTCAACACCGGCCTGTTCCTCCTGATCATCGCAACAATCGTCATCGCCTACGCTGTTTGCCAGAACTCCCTCGCCGGCGCCCAGGGTGCTTGGTTCCCGGAGCTCTTCCAAGCCAAGACCCGATCTTCCGGTGCCTCGCTGTCCTACCAGATCTCCGCCATGGTCTCCGGCTTCACACCCTTCGTCACCACCCTGCTGTTCGTCAGCATGGGATGGATGGGGCCGGCCCTGCTGTTCAGCATCTACGCAGCCATCGGTCTGTGGGCAGCACTGATTACCCGGGAAACCTGGGGAAAGCGTGAGCGTGCTCTCGCTGAAGAAGCCGCCAGCAAAACTCCCCAGACGGTAAACGCCTAA MSNEALTMRGPVHGTKEAKRVAVGSGVGAVIETYDFIGFGTAAALYFGTAFFPGADPVTGTLASFATLGVGFAARPLGGIIGGHLGDKLGRKPVLVASLILMGLATFAIGLLPTYQQVGLLAPALLVLVRIIQGLAFGAEWGGAILMSYEHAPWRKKGQFTGIVQAGFPVGLLLANLVFLSSVGLGSEWAWRVPFLASIVLVAVGLIIRSKVPESPVFEDVKAKGDIVKSPIVEVIKTDWRNIVRGIGLRIAETAGYAVSVTYMISYLHTNNLADKTETLVALCIAAGIGIFATYFWGKLTDRVGRRPVYIWSTGFAVVFGIPMFMLVNTGLFLLIIATIVIAYAVCQNSLAGAQGAWFPELFQAKTRSSGASLSYQISAMVSGFTPFVTTLLFVSMGWMGPALLFSIYAAIGLWAALITRETWGKRERALAEEAASKTPQTVNA PGPT0002956_18 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_00093 894 aptA COG3959 Apulose-4-phosphate transketolase subunit A ATGACTCTCTCTTCAGTCGAAGTGGCACCCGTGGCCACTCCTACACCCGAGCGTGTGGACCGCATCCGGGCCGCCGCCTACCGCATCCGTCATCACGCCCTGAATATGGGCGAAGTGCAAGGCCAGGGCTATGTTGGCCAAGCCCTCGGTGCGGCCGATATGCTCGCCGCCGTCTACGCCGATCAGCTGACGTACCGCGCCGAAGATCCGCACTGGGACGGGCGCGACCGCTTCCTTCTTTCCACCGGGCACTACGCCATTGGTCACTATGCAGCGCTGGCCGAAGCTGGAATCGTTCCCGTGGCTGAGCTCGAAACGTACGGTTCCGATGATTCCCGCCTGCCGATGTCCGGTATGTCCACCTACACCCCGGGCATGGAAATCTCAGGCGGTTCGCTGGGACACGGCTTGACGGTTGCCGTCGGAATGGCTCTGGGCTTGCGCCTTCAGAGCTCAACGTCCCGCGTGATCAACTTCCTGTCCGACGGTGAGTTGGATGAGGGTTCCACCTGGGAAGCTGCCATGGGTGCACACCACCACCAACTCGGAAACCTTACCGCCATGGTAGACATCAACGCCCTCCAAGCAGATGGGGCCACAGACACAGTGCTCCGCACAGAACCGGTCACCGAAAAGTGGGAATCGTTCGGCTGGTACACCCAGCGCGTGGACGGGAACGACGTCGGTGCGCTGCTGGCAGCGTTCGACAACATCGCTGCTGTCGCGGCTCCCGTCGGGCGGCCCTCGGTGATCCTCTGTGACACCAAGGTAGGTCGTGGTGTGCCGCTCTTGGAGACCCGCGAGAAAGCGCACTTCATGCGCATCGAAGAAAACGAGTGGCAGATCTGCCGCGAACAGTTGACCGCAGGATTCGAAGGGACGGCTTCAGCATGA MTLSSVEVAPVATPTPERVDRIRAAAYRIRHHALNMGEVQGQGYVGQALGAADMLAAVYADQLTYRAEDPHWDGRDRFLLSTGHYAIGHYAALAEAGIVPVAELETYGSDDSRLPMSGMSTYTPGMEISGGSLGHGLTVAVGMALGLRLQSSTSRVINFLSDGELDEGSTWEAAMGAHHHQLGNLTAMVDINALQADGATDTVLRTEPVTEKWESFGWYTQRVDGNDVGALLAAFDNIAAVAAPVGRPSVILCDTKVGRGVPLLETREKAHFMRIEENEWQICREQLTAGFEGTASA PGPT0011200_8986 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 D3-18_00094 1053 aptB COG3958 Apulose-4-phosphate transketolase subunit B ATGAGCACAATTACGACGACGACCAGTGCCGCTGCTTCATCGTCCGCCGCTTCATCCGTCGCCGCTTCCGCGGCCAAGCCGAAGCTGAAGACCTCCGCCATGATCGCGTCCTTCGCCGATCCCGGCCAAAAGACCACCTCCGCCCCGTTCGGGCATGCGCTGGTCAAGGCGGCCGAAGCCGACTCCCGGATCGTGGGTCTGACCGCGGATCTTGGTAAGTACACGGACATGCACATCTTCGCCAAGGCGTTCACGGAGCGGTTCTTCCAGATGGGCATGGCCGAGCAGCTCCTCTTCGGCGCTGCTGCAGGCATGGCAGAGACTGGCTTGATCCCGTTCGCTTCCACCTACTCGGTGTTCGCGGCACGGCGTGCATATGACTTCCTGTGCTTGGACATCGCCGAGCCGAACCTCAACGTCAACATCATCGGGGGGCTCCCTGGCCTCACCACCGGGTACGGACCGAGCCACCAGGCCACCGAGGACATGGCAATCTTCCGCGGCATGCCCAACCTCACCATCGTGGATCCCTGCGACTCCGTCGACATCGAGCAGGCCGTTCCGCAACTTGCGGCCTCCGATGGACCAACGTACCTGCGCTTGCTGCGCGGTAACGTGCCCACCGTCCTGGACGAGTACGACTACACGTTTGAGCTGGGCAAGGCCAAGGTCCTGCGCGGTGGCAACGATGTTGTCTTCGTTTCCTCCGGCCTGATGACCATGCGTGCTTTGCAGGCGGCAGATGCGCTGGCGAAGCACAACGTGGATGTCGCCGTGGTGCACACGCCCACCATCAAGCCCTTCGACTCCGCCACCGTACTGGCAGAGCTGAACACCGACCGGCTGGCCGTCACTTTGGAAAACCACACGGTTGTTGGCGGTCTGTTCGAAACTGTTGCCTCCGCCGTCGTAACCGCCGGCCTCGGCAAGCGCGTGGTGCCCATCGCGCTTCCCGACCAGTTCCTCGACGCCGGTGCGTTGCCCACCCTGCACGAACGGTACGGATTGTCCGTGGACCGGATCGTGGCAAAGGTGCTTGCCGAACTCGGCTGA MSTITTTTSAAASSSAASSVAASAAKPKLKTSAMIASFADPGQKTTSAPFGHALVKAAEADSRIVGLTADLGKYTDMHIFAKAFTERFFQMGMAEQLLFGAAAGMAETGLIPFASTYSVFAARRAYDFLCLDIAEPNLNVNIIGGLPGLTTGYGPSHQATEDMAIFRGMPNLTIVDPCDSVDIEQAVPQLAASDGPTYLRLLRGNVPTVLDEYDYTFELGKAKVLRGGNDVVFVSSGLMTMRALQAADALAKHNVDVAVVHTPTIKPFDSATVLAELNTDRLAVTLENHTVVGGLFETVASAVVTAGLGKRVVPIALPDQFLDAGALPTLHERYGLSVDRIVAKVLAELG PGPT0011200_6765 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 D3-18_00095 657 gntR_1 putative D-xylose utilization operon transcriptional repressor ATGACCGTCACCGCATCCCTGCTGGGACTTGAGAAGAAGAGCCTGCGCGAACAGGCACTCGCAGCACTGCGGACCGCGATCACCAGTGGCGAACTCGAACCCGGGCGACACCTCGTGGAAACCGAGCTCTCCGAGATGCTCCAAATCAGCCGCGGCACCCTTCGGGAAGCCCTGCGCCAGCTGGAACAGGAAGGCCTGATCTCCGCCGGAGCACGCGGCCGCATGTCCGTACGGCACCTGGACGTCAAGGAAATCCGGGATATCTTCGCCGTCCGCGGAGTATTGGAATCGTTGGCCGCCAGGACCCTCAGTGACATGCCGGACAAGGAAGCCGCGCTCGCAGAACTGCGTGCCGCCGTCGACAATATGGACAAGGCCGCCAAGTCCTCACTGCAGGAACGGATCGAATCCGACCTTGAGTTCCACCGCACGCTCTGCCGCCTGTCCGGAAACGAAACGTTGCTGCACTCCTGGGAATCCCTGGAAGGCTCCATCCGGATGTCCATCATGTTCGCCGGATTGGAACGCGCCACACGGAACATGAGCGTTGGCCGGCATCACGACATCGTTGCTGCCATCGAGACTGGAAATGCGGCGAAAGCACGGGAAACGATCATTGCGCACATGGACAGTGCGGCGGAGAATCTGGTCGGCTAG MTVTASLLGLEKKSLREQALAALRTAITSGELEPGRHLVETELSEMLQISRGTLREALRQLEQEGLISAGARGRMSVRHLDVKEIRDIFAVRGVLESLAARTLSDMPDKEAALAELRAAVDNMDKAAKSSLQERIESDLEFHRTLCRLSGNETLLHSWESLEGSIRMSIMFAGLERATRNMSVGRHHDIVAAIETGNAAKARETIIAHMDSAAENLVG NA NA NA NA NA D3-18_00096 738 hypothetical protein ATGGCGTTGAGACTTGTTCAGGTGAATTTCAAAGCAAGGGATGATTCAGCTCTCGGGCAGTTTTGGGCTGAAGCTCTCGGCTGGGGAGTCTCCAGTGAGGGACCCGGTGTGACCAACGTTGAACCCCTGGATTTCACTTGGCCGGACCCCTCAGCTGTGTGCGTTGACGTTGTGACAGTTCCGGATCCGGAAACGGTGCAATACCGCGCGCACCTCGATCTCGCTACCACTTCCGCAGCTCATCAAAAGGAGCTGGTGGCGCGGCTCAAAGAGCTTGGCGCTACGCCGGCGGACGTGGGCCAGGGAGATGTGCCGTGGACAGTCTTGGCTGACCCCGAGGGCAACCTGTTCTGCGTTCTGGAACCCCGTCCGATCTACCAGGACACAGGTCCCATCGCCACTGTGGTGGTCAACTGTACCGATCCGCGGGTCATGGCCGACTTCTGGAGTGAGGCGATGGACTGGACCCTGCACGAAGTGAACGATGATCATGCGAGGCTGCGTTCGTCCGAGGGAGTCGGGCCATATTTGGAGCTGCTTCGCACGCCGGACCCCGACACACTGCCGAACCGTATCCATCTGGACCTGATGCCGTATCCCGGTGATGATCAAGCCGCTGAAGTGGCCCGGCTACACAGACTGGGCGCGGCTAACATCGACATCGGCCAAGGCGATGTGCCGTGGCGTTGCCTCACAGACCCTGAAGGCAACGAGTTCTGCGTCCTGACGCCTGGCTGA MALRLVQVNFKARDDSALGQFWAEALGWGVSSEGPGVTNVEPLDFTWPDPSAVCVDVVTVPDPETVQYRAHLDLATTSAAHQKELVARLKELGATPADVGQGDVPWTVLADPEGNLFCVLEPRPIYQDTGPIATVVVNCTDPRVMADFWSEAMDWTLHEVNDDHARLRSSEGVGPYLELLRTPDPDTLPNRIHLDLMPYPGDDQAAEVARLHRLGAANIDIGQGDVPWRCLTDPEGNEFCVLTPG NA NA NA NA NA D3-18_00097 975 hypothetical protein ATGAGCGATGACGCCACCAATTCAGTGACCCTCCGCTTCCTTGCGGCGCCCATGGACGTAGGACACAGCGGGTCAGTCGACGCCGGCACCGTCCTGGAATGGGTGGACAAGGCCGCTTACGCAGCAGCAGTTGGCTGGTCGAAGTCGTACTGCGTCACCGCATATGTGGGCAACATCCACTTCACGGATCCGGTCAACAGTGGCGACATGGTGGAAGTGACCTCCACCATCGTCTACACAGGCCGCTCCTCCATGCATATCCATACAGTGGTCAGCTCCCGCGATCCCAAAGGCGGACCGGAGACGATGCACAGCCAATGCATGGTGATCTTCGTGGCCGTTGGACCCGACGGCAAGCCAATTCCTGTTCCCCAGTTTGAGCCGTCCACGCCCGAGGAGGTCGAGCAGCGCGACCACGCACTCGCGCGTATCGAGGTCCGCGAACAGATTGTCAACGCGATGAACGCCCAGGAATATACCGACGCCGGGACCGCCGAGCGTGTTGTCCTGCGGTTTATGGCTTCCCCCACCGACGTGAACTGGGGCGGCAAGGTCCACGGTGGCATCGTGATGAAGTGGATCGACGAAGCAGCGTACGTTTGCGCCTCCCGATACTGCGGTAAAGACACCGTGGCTGTGTTCTCCGGGGGCGTCCGTTTCTACCGACCCCTGCTGATTGGCCACGTCGTCGAGGTAGAGGCGCGTCTGGTCTACACCGGTGCCAAGGGCATGCACATCGCGGTCCACGTACGCTCCGGGGATCCCAAGACCCGCGAAATGAACCTCACCACGTATTGCCTCACTGTGATGGTGGCGCGCGACGAAACAGGGACTGCCGTACCGATTCCTTCCTGGGTGCCAGTATCCGAGGAAGACAAGAAGCTGCACGCACACGCCCGTGAACTCTTGGAAATCCGTGGGCGTGCTCCCGGAAACCGGCTGCCCGATCACCTGTTGAAGGCGTCAGGCAGCTAA MSDDATNSVTLRFLAAPMDVGHSGSVDAGTVLEWVDKAAYAAAVGWSKSYCVTAYVGNIHFTDPVNSGDMVEVTSTIVYTGRSSMHIHTVVSSRDPKGGPETMHSQCMVIFVAVGPDGKPIPVPQFEPSTPEEVEQRDHALARIEVREQIVNAMNAQEYTDAGTAERVVLRFMASPTDVNWGGKVHGGIVMKWIDEAAYVCASRYCGKDTVAVFSGGVRFYRPLLIGHVVEVEARLVYTGAKGMHIAVHVRSGDPKTREMNLTTYCLTVMVARDETGTAVPIPSWVPVSEEDKKLHAHARELLEIRGRAPGNRLPDHLLKASGS NA NA NA NA NA D3-18_00098 564 hypothetical protein ATGACACTCCTCACCCTCCACGCGGTCCGGCTTCTCGGTTTCGCTGATACCCACGCGGTGGCGGCTCGTTTCTCGCAAGACCCCGGGTTGGTGGAGTCCCAGCTCATCGACGCCGGCGTGAACGGCTTTGTTTCCCACAGCACCTTCGCGGGGACCAGCGGTTGGTCATTGTCGAGTCGCGGGAGAATGGAGAACGAGCGGCTGCTGGCCGATGAACTGGACCGCGCCGGCGCACGAGACGCGGTGCTGGCAGCCCATGACAATTTCACGGACATCAACACCGGCGTCGTCGGTGCCTGCAGTGCCATCCAACTGCAATCTTCGGCAGGTGAAGGCGCCATGGACGTCCTGATAGGCGCCTTAGCGTCCTGGCGTCTACTGGAAGCACAGCTGAGCGGTTTGTTGCCTCGGTTCGAGGGCTACTCCGAGCGCCTGCTGGGGGCGCTCAAGCACGCCGTCCAGGACACAGCCTGGTTGACAGCTACCGACCGGGATTCCTTCCACCGGGTCTGGTTCGAACTCCACGAGGACCTGATTGCCACCCTTGGCATCCAGCGCGGGTAA MTLLTLHAVRLLGFADTHAVAARFSQDPGLVESQLIDAGVNGFVSHSTFAGTSGWSLSSRGRMENERLLADELDRAGARDAVLAAHDNFTDINTGVVGACSAIQLQSSAGEGAMDVLIGALASWRLLEAQLSGLLPRFEGYSERLLGALKHAVQDTAWLTATDRDSFHRVWFELHEDLIATLGIQRG NA NA NA NA NA D3-18_00099 333 cmdD Chondramide synthase cmdD ATGATGACCATCCTCAGCGGCGTCGGCGCCAGCACTGGTACAGCCCGCGGCAATGCCCGGCTCATTCACGGACCCGACGAGTTCACGCGATTCCAGTCAGGGGATGTTTTGGTCTGCCGTACCACCGACCCCGCGTGGACGCCGCTCTTCGGAATGGCATCGGCAGTGGTCACGGAAACGGGTGGAATGTTGTCGCACGCCGCGATCGTTGCACGGGAGTTCGGGATCCCTGCCGTACTGGGTGTACGGGATGCGCTGAACCTTCTCGCTGACGGAGGGACCCTGGCCATTGACGGGTCCCGGGGAACAGTCACCCTGATGGATACCGAATGA MMTILSGVGASTGTARGNARLIHGPDEFTRFQSGDVLVCRTTDPAWTPLFGMASAVVTETGGMLSHAAIVAREFGIPAVLGVRDALNLLADGGTLAIDGSRGTVTLMDTE PGPT0002035_2826 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0002035-pps|ppsA-K01007 NA NA D3-18_00100 435 catD_1 COG2259 Putative oxidoreductase CatD ATGAACAAGTCCAGCTTGACCACCACAGCCCTGACCATCCTGCGAGTCATCGCAGGATTTCTCTTCGCCGCGCACGGTTGGCAGAAGTTCAACGAATTCACTATCGCCGGAACCCAGGCCTCTTTCACCCAGATGGGAGTCCCGGCCGCATCGGCAGTAGCGCCGATCGTCGCAACCCTCGAACTCGTGGGCGGCATTGCCCTGATCATCGGCCTCCTGACGCGCGTCTTCGCAGCCTTGCTGGCCGTCAACATGCTCGGCGCGCTGTTCCTGGTGCACGCGCCGGCCGGGGTTTTCGTCGGCAACGGCGGGTATGAGCTTGTACTGCTCTTCGCAGGCGCCGCCTTGGCCCTGGCGCTGGCCGGCGCGGGCAAGCTTTCTGCCGACGCCGCACTGTTCGGCCGCTCGGGTTCGAAACTCCGCGTCCTCGCGTAG MNKSSLTTTALTILRVIAGFLFAAHGWQKFNEFTIAGTQASFTQMGVPAASAVAPIVATLELVGGIALIIGLLTRVFAALLAVNMLGALFLVHAPAGVFVGNGGYELVLLFAGAALALALAGAGKLSADAALFGRSGSKLRVLA PGPT0028505_3376 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 D3-18_00101 588 hypothetical protein GTGTCACATGAGCATCCCGTCACCGTTTCCGTCGCCCGCACTATCCTTCCCGGCTATACCCGGCAGGCGAATGCCTGGGCCCACGCCGGACAGGAACTCGCCCGCGAATGGCCTGGATATCTGGGATCCGGATGGGTACGCAATGGGGTGGATTCCACTGAATGGCACATGCTTTACCGGTTCGCAGACGCCGAATCGCTGCAAGAGTGGGAGGACTCCGAGGAGCGTCGCTGGTGGATTGATAGTGCCAGGGACATGATGGAGACAACCCGGGTGGAGCGCCACACGGGGATCGAAGGATGGTTCTCGCGGCCCGGAGATGTCTCTGTGGTTGTGCCGGAAACAGTAGTTCCGCCGCGCTGGAAGCAAGCCATCAGCATTTTCCTGCCGTTCTTCCCGCTCAGCCTGTTGGCCAATTTCCTGTTGCACCCGTTGACTCAGGACTGGCCGCTGGTATTCGCGGTGCTGCTGAACATCGTGATCCTGACCCCGCTGATGACCTACATCTTCCTGCCCATCACTACGCGGCTGCTGCAGCCTTGGCTCCAGGCTAAGCCGCGCAGCAAGCGGCGGTTGCAGGGCCGGTAG MSHEHPVTVSVARTILPGYTRQANAWAHAGQELAREWPGYLGSGWVRNGVDSTEWHMLYRFADAESLQEWEDSEERRWWIDSARDMMETTRVERHTGIEGWFSRPGDVSVVVPETVVPPRWKQAISIFLPFFPLSLLANFLLHPLTQDWPLVFAVLLNIVILTPLMTYIFLPITTRLLQPWLQAKPRSKRRLQGR NA NA NA NA NA D3-18_00102 1341 norM COG0534 Multidrug resistance protein NorM GTGCCTCAAACCACAACCGCCCCCGCCCGCTCCAACGCCCGCGAGATCCTGCGCCTGGCCGTACCGGCATTCGGTGCGCTCATCGCCGAGCCCCTATTCCTGTTGGCTGACTCCGCCATTGTGGGGCACCTGGGCGTCGATCAACTCGCCGGCGTGGGACTTGCGTCCACCATTCTGCACACCGCTGTGGGGCTGATGGTCTTTCTGGCATATTCGACGACGCCGGCAGTCGCCCGGGCGATCGGCGACGGTAAGTTGGGGAAGGCTTTGGCAGCAGGGCGCGACGGCGTCTGGCTGGCGCTGCTGCTCGGGTTGGCGCTCGCTGTGGTCGGCTTCGTGGCGGCCGAACCGTTGGTTGGCTTCATGGGGGCGACCGGAGAGGTTAAGCAATTCGCCGTCGACTATCTGCGATGGTCCATGCCTGGGCTGGCCGCGATGCTCCTCATCTTCGCCGGCACGGGTGTCCTTCGTGGACTACAGGACACCCGGACACCGTTGGTGGTGGCAACCGCAGGCTTCGCCCTGAACATCGCCCTCAATCTGTTCTTCGTCTATGGGTTGAACATGTCCGTGGCGGGTTCGGCGGTGGGTACAAGCATCGCGCAGTGGGCCATGGCTGCCGTATATCTGGTGATGGTCAGCCGGAATGCGCGGCAACACGGCGTGTCCTTGAAGCCCGACTGGCACGGCGTCCGGGCCATGACCAAGGTGGGTTCGTGGCTCATGCTGCGTACGCTGAGCCTCCGCCTCGCCATCCTTGCGACTGTTTTGGTGGTGACTGCGCAGGGTGCCGTCAACCTGGCCGCGCACCAGTTGGCCATGACCATCTTTTCCTTCCTTGCCTTTGCCCTGGATGCGTTGGCGATCGCCGCGCAAGCCCTGATCGGCAAGGAACTTGGCGCCCGGAACGCCCAACGCGTCCGTGAATTGACCCGCACCATGATTCGTTGGGGCCTCGGATTCGGTGTGATCACCGGCGCGCTCCTGGCGATCGTGGCCCCGTGGGCCGGTTACCTCTTCACGTCCGACTCCGGCGTTCGATCAGCCCTGACCATCGCCCTCTGGGTCCTCGCGGTGGGACAGCCGCTTGCCGGCTATGTCTTCGTCCTGGACGGTGTCCTCATCGGCGCAGGCGACGCACGCTACCTGGCGATTGCCGGCGTCGTAAACCTGGTGGTCTACTTGCCGTTGCTGCTGGCCATCCACCAGACAAGGCCCGACGGCGAGGCGGGGCTGCTGTGGTTGTGGGCCGCGTTTGCGCTGGGCTACATGCTGGCCCGAGGCGTGACTTTGGGGCTCCGCGCGCGGACGGATCGGTGGATGGTGCTCGGTTCGCACTAA MPQTTTAPARSNAREILRLAVPAFGALIAEPLFLLADSAIVGHLGVDQLAGVGLASTILHTAVGLMVFLAYSTTPAVARAIGDGKLGKALAAGRDGVWLALLLGLALAVVGFVAAEPLVGFMGATGEVKQFAVDYLRWSMPGLAAMLLIFAGTGVLRGLQDTRTPLVVATAGFALNIALNLFFVYGLNMSVAGSAVGTSIAQWAMAAVYLVMVSRNARQHGVSLKPDWHGVRAMTKVGSWLMLRTLSLRLAILATVLVVTAQGAVNLAAHQLAMTIFSFLAFALDALAIAAQALIGKELGARNAQRVRELTRTMIRWGLGFGVITGALLAIVAPWAGYLFTSDSGVRSALTIALWVLAVGQPLAGYVFVLDGVLIGAGDARYLAIAGVVNLVVYLPLLLAIHQTRPDGEAGLLWLWAAFALGYMLARGVTLGLRARTDRWMVLGSH PGPT0029115_10058 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 D3-18_00103 522 hypothetical protein GTGCTGATCCGTGCCACGGTTGCGCTGCTGTTCGGGGCGGTCACCATCTTCTGGGCGTCGCCGTCGGTACACGTCCTGGCGTGGGCTGTGGGGCTGTATTTGCTCGCGACTGCAGGCGCTGTGTGGATGTCCAGGGCGTTACCAGTGGCCGTTCCGGTGGTTGTTGCACTCGGAGGCATCGGTGCGTTGGTCACCCAGTCTGACGAGGGTGTTGCCCTCTCGGCCATGTTCGCGTTGCTGGTATTGGGCCTCCTTGAGTTCGTCCATGGTCTCCGGAAGCGGGACGTGTTGGCGCGTGATTGGCTCATTTCGGGTGTTATCGCCGTGGGCACTGCCGTGATGCTGCCCTTCTTTACTTCGCTGGGCGCACATGCGCTGCTGGGCGTGGCTGGTGGTGGTGCCATCATTTCCGGCGTGCTGTGGATCCTCTCCGGGTTGACGCTGCGGCACGATGCCCGGAACGGGGCAGGCGGCCCTTCCCGGAACGCTGCGCCCGGCGCTTCGCCCGAGGCCGTAAACTAG MLIRATVALLFGAVTIFWASPSVHVLAWAVGLYLLATAGAVWMSRALPVAVPVVVALGGIGALVTQSDEGVALSAMFALLVLGLLEFVHGLRKRDVLARDWLISGVIAVGTAVMLPFFTSLGAHALLGVAGGGAIISGVLWILSGLTLRHDARNGAGGPSRNAAPGASPEAVN NA NA NA NA NA D3-18_00104 339 hypothetical protein GTGGCAGACCAGACACCAGGAGAACCGCGCAAGATGCGGACCTCGGTCAAGGGACCCCTCATGTTCTCCGCGTTCTTTGCAGTACTGGCCTTCGTTGCCGTGCTCATCTTCGCCTCCGGCGGCAGCGCTCGCGCGCCACGCTTCGACCTCGCCTTCACGGGTGCAGGCATCGCGTTCATCGTGAGCCTCGTTGTGGCGGCCATGCTGTCCATGAGCCACAAGGAGAACGCCGACCACCTCGGCAAAGGCTCCGGCGTCAACCTCAGCTCCAAGCGCCCCGGCCACGGTGGCCCGGGCGCTCCGGATAGCGAGACTGAAACCCCCGACGCCGGCCACTAA MADQTPGEPRKMRTSVKGPLMFSAFFAVLAFVAVLIFASGGSARAPRFDLAFTGAGIAFIVSLVVAAMLSMSHKENADHLGKGSGVNLSSKRPGHGGPGAPDSETETPDAGH NA NA NA NA NA D3-18_00105 1506 Fimbrial subunit type 1 ATGCGGAAAAAGTTCGAGCGTACACGCACCTTGGCCACAGCGATTGCCGGAGCGGTCTTGGCAATGTCCTTCTCCGTTGCCCCGGCGTCTGCCGCCCCGGTGGTTGACGGGGACCAGAGCGGTTCCATTACTATCCACAAATTTGAGAAACCACCGCGACCCCCGATCAATGGCGGCGGGAACAACTTTGGAGCGGGGGACGCTCTCGCCATGGCAACACCCGACACCTCCGGGTTGACGCCGTTGGGTGGCATTGAGTTCACGATTCAGCAGGTCAATACCATTGACCTGTCGACCAACGCCGGTTGGGACGCAGCCCATAACCTGAGCAGCGTCTTCGCCCCGTCGGACCCGGCCGGTTCCATTACCGGTGCCGGCTACACCTTGGGTGCAGGGCAGGCTCAGACCACCGCTGCTGACGGCACCGCAGCGTTCGCCAACCTCCCCGTGGGTCTGTACCTGGTCACCGAGACCAACTACCCCGCCGGTGTGACTCCTGCAGCTCCTTTCCTGGTCTCGGTTCCCTTGACCGACCCGGATAACCAGGACAACTGGATCTACGATGTTCACGTTTACCCGAAGAACTCCATTGCCGGTGCAGAAAAGACCGTCACGGATGCCCCCGACGTGAAGCTGGGCGACCAGATTGACTTCACCATCACCGGTGACATTCCCAACGAAGCCGTCATTGATGGTTACAAGATCGTGGACGTCCTCGATCCCAAACTGACCTACGTGGGCGCCACCGCCACCCTGCTTGATGGCACCGTCATCACCGAAGGCACCCACTACAACGTGGTCTTCGACGCAGCAACGAACACGGCCTCCATCGTCTTCACCCCCGCAGGCCTGGCAGTACTGGCCGCACACGTGGACACCCGCGTTCAGGTCATCGTGAACACCACCGTCAACACCATCGGTGAAATCGAGAACGAGGCTCTGGTTTACCCGAACCTGGGCAGCTTCACCATCACCCCGGGCCAGCCCGGCGGCCCGATCGTAACTCCCCCGGTCGTGACCAAGTGGGGCGAAATGACCCTGCAGAAGGTCAACGAGAACGGCACAGCCCTCGCCGGCGCTTCCTTCTCGGTCTACACCAACGAAGCTGACGCACTGGCCGGCACCAACCCGGTCGCGCTGAACGGCCAGAGCGTCTTCACCGTCGCTGCCGATGGCACGCTGACCATCTCCGGTCTGCGCTACTCGGACTGGGCAGATGGTGCAGCTGTTGCACCGGGCTCGGTTGACTACCGCACCTACTACCTGGTCGAGACCACCGCCCCGGCCGGATACGAGCTGCTCGCCGAGCCGATCTCCTTCCTGATCAACTCTGCCAGCACCAGTGTCGGCATTGACCTGAGCGTGAAGAACATCCCGTCCAACGGCGGCTTCGAACTGCCCCTCACCGGTGGCGTCGGAACCGGCCTGCTCTACGCAGCCGGAGCACTCCTGGTCGTCGGCGCAGGACTCCTGTTCGTAAGGAACCGGCGCAACACCAGGAATTAG MRKKFERTRTLATAIAGAVLAMSFSVAPASAAPVVDGDQSGSITIHKFEKPPRPPINGGGNNFGAGDALAMATPDTSGLTPLGGIEFTIQQVNTIDLSTNAGWDAAHNLSSVFAPSDPAGSITGAGYTLGAGQAQTTAADGTAAFANLPVGLYLVTETNYPAGVTPAAPFLVSVPLTDPDNQDNWIYDVHVYPKNSIAGAEKTVTDAPDVKLGDQIDFTITGDIPNEAVIDGYKIVDVLDPKLTYVGATATLLDGTVITEGTHYNVVFDAATNTASIVFTPAGLAVLAAHVDTRVQVIVNTTVNTIGEIENEALVYPNLGSFTITPGQPGGPIVTPPVVTKWGEMTLQKVNENGTALAGASFSVYTNEADALAGTNPVALNGQSVFTVAADGTLTISGLRYSDWADGAAVAPGSVDYRTYYLVETTAPAGYELLAEPISFLINSASTSVGIDLSVKNIPSNGGFELPLTGGVGTGLLYAAGALLVVGAGLLFVRNRRNTRN NA NA NA NA NA D3-18_00106 549 hypothetical protein GTGCTTTTTGCGCCTGACACCGTGGTTGCCCTTCGTAGCGTCGTCAATTTGATCAACACGGCCGCCAACGGCGGGGAATTACTGGTGACCGTAGAGGATCTTGACTCTTTCCTGGACGCCGAAGAGTTCACCGGATCACGGGTAAACACTCCGGCGGAACTGAGCAGCATCAAGCGCCTCCGCAGCGAACTGACGGCACTCTGGAGCGCTGACGAGGACACTGCGGCAAAGTCCGTCAACAAGCTGCTCTCCGACGCGAAGGCGCTCCCCCAACTCGTGAAACATGACCACTGGGACTGGCATCTCCACGCCACCACCCCGGAAGCACCACTGGCAGTCCGGATGGGGACCGAAGCCGCCATGGCCATCATCGACGTCATCCGAAGCAAGGAAATGGACCGCATGCGGGTGTGCGCGGCGGACGACTGCGACGCCGTCGTGCTTGACCTCAGCCGCAACCGCTCCAAGCTCTACTGCGACACAGGGAACTGCGCCAACCGCGCCCACGTTGCTGCATATCGCGCCAGGAAGGCGGCCGAGGGCGAGTGA MLFAPDTVVALRSVVNLINTAANGGELLVTVEDLDSFLDAEEFTGSRVNTPAELSSIKRLRSELTALWSADEDTAAKSVNKLLSDAKALPQLVKHDHWDWHLHATTPEAPLAVRMGTEAAMAIIDVIRSKEMDRMRVCAADDCDAVVLDLSRNRSKLYCDTGNCANRAHVAAYRARKAAEGE NA NA NA NA NA D3-18_00107 1041 hypothetical protein GTGTCAGCTCCAACGACGAAGGCTGATGCAAAGAGTTTCCTGGCATCAGGACTCGGCATCGCACTCTTTTCTTCCGCTGTTTTCGGCACGTCCGGCTCGTTTGCCAAGTCGATGCTTGAAACCGGTTGGTCACCCGGCGCCGCAGTTGCCGTGCGCCTCACCGGTGCCGCACTGATCTTGGTGATTCCCGCCGTCGTGGTTCTCCGCGGCCGATGGCACCAACTCAAGGACAACTGGCTTACTATCCTGCTGTTCGGGCTCATCGGAGTTGCAGGGTGCCAGCTCTTTTACTTCAATGCCGTGGCCCGCTTGTCCGTGGGCGTAGCTCTGCTGCTTGAGTATCTGGCTCCGGTGATGATTGTGCTGTGGCTCTGGATTGCCAGCCGACGGCGGCCCCGCGCGCTCACTGCTTCCGGTGCCCTGTTGTCCCTGGGCGGACTGGTCATGGTGCTTGATCTGACGGGTGCCGTGAAGGTCGACTTTATTGGAGTCCTTTGGGGTATGGCCGCCGCAGTCTGCCTAGTGATCTACTTCTTCATCACTGCCAAGGAGAATGACAGCCTCCCTCCGCTGGTGCTCGCTTCCGGGGGCCTCTTGGTGGGCGCGCTGGTCATGTGGCTCGTCGGGCTGCTGGGGCTGCTGCCCATGACCTTCAGCACCGCAGACACTACGCTTGGGCCGTGGACCACTCCGTGGTGGGTCTCCGCCGTCGGCCTCATCATCCTAGCCACAGTGCTCGCGTACGTTTCCGGCATCATGGCAGCACGCAGCCTGGGTTCCAAGGTGGCGTCCTTCGTGTCCCTGACCGAAGTTTTGTTCGCCGTGATCTGGGCTTGGCTGCTCCTGGGTGAACTCCCCGGTCCCATTCAGCTGCTGGGCGGCCTCCTCATCGTGGGCGGCGTGGTCCTGGTCCGGGTTGATGAGCTGCGGGGAGATCGCAGGGCGGCCAATACTGCCCAAGAAGCGGCCCGCGTTCTGGATCACCCGAACGACGTGGAACCCGTCCCTTACGGTCACATCACCAAGGCGCCCCGCAACTAA MSAPTTKADAKSFLASGLGIALFSSAVFGTSGSFAKSMLETGWSPGAAVAVRLTGAALILVIPAVVVLRGRWHQLKDNWLTILLFGLIGVAGCQLFYFNAVARLSVGVALLLEYLAPVMIVLWLWIASRRRPRALTASGALLSLGGLVMVLDLTGAVKVDFIGVLWGMAAAVCLVIYFFITAKENDSLPPLVLASGGLLVGALVMWLVGLLGLLPMTFSTADTTLGPWTTPWWVSAVGLIILATVLAYVSGIMAARSLGSKVASFVSLTEVLFAVIWAWLLLGELPGPIQLLGGLLIVGGVVLVRVDELRGDRRAANTAQEAARVLDHPNDVEPVPYGHITKAPRN NA NA NA NA NA D3-18_00108 264 hypothetical protein ATGGCTATTTGGGGTGCAGATGTTGATCAGCTTCGTCAGCTCGGCAACAAGCTGAAGGCCGGTGCTGAGAACATCGAGCAGCAGCGTTCACAGCTCAAGGGCGCACTTGACGGCACCGACTGGAAGGGCCCGGACGCTGACAAGTTCCGCGGCGAGTGGGACAGCCAGCACGCTTCCAACCTGAAGAAGGTTGCCGACGCACTTCGCGAAGCCGGCGACCGCGCTCAGAAGAACGCTGAGCAGCAGCAGCAGGCCTCCAACTAA MAIWGADVDQLRQLGNKLKAGAENIEQQRSQLKGALDGTDWKGPDADKFRGEWDSQHASNLKKVADALREAGDRAQKNAEQQQQASN NA NA NA NA NA D3-18_00109 273 hypothetical protein ATGTGCCGCAATATCAGGACCCTGCATAACTTCGAACCGCACGCTACGAGCGCCGAAGTGGAGGCCGCTGCCCTGCAATACGTGCGCAAAATCAGCGGATCCACCAAGCCATCCAAGGCCAACGAGGAAGCCTTCGCGGAGGCTGTCCACGAGATCGCGCACATTACGCAGCATCTCTTGGACTCCTTGGTGAGCCACGCCCCGGCGAAGAACCGCGACGAGGAAGCCGCCAAAGCGAAGGCCCGGGCTGCGGTCCGTTTCGGAACCGCGTAG MCRNIRTLHNFEPHATSAEVEAAALQYVRKISGSTKPSKANEEAFAEAVHEIAHITQHLLDSLVSHAPAKNRDEEAAKAKARAAVRFGTA NA NA NA NA NA D3-18_00110 2508 ctpV COG2217 putative copper-exporting P-type ATPase V TTGAGTAGCCAGGAGACCTTCAACCAACCCGCACACAGGGTCATCGAACTGGACATCGAGGGCATGACCTGCGCCTCGTGCGTTAATCGAGTGGAACGAAAACTGGGCAAGCTCGAAGGCGTGGAGGCCAGCGTCAACCTCCCCCTCGAATCAGCCCACGTCACAGTCCCGGCAACCGTGACAGATCAGCAGATTGTGGACACCGTAAACGCCACGGGTTACAAAGCCACTGTCCGCCAAGCCCCCGCGCCCCACACCCGCAACCCCCGCTCCCCCGAACCCCAAACCACCCATCAGCACACCAATGACCTTCAGGCCCACGTTGCCCACGGACACACCTCCACTAAAGGACCCCAGGAGCATGCTGGCGCTGTACTGACACCGGAAACCGCACCACACGGCGCCGCCGGTGGCGTGCGGCAGCATGCGTCTAAGGGAGGCACGACCGAGCATGCCGAGCATGGCACCAGTGGCGCCGCCGAAGCCAACCACGATGAGCACTCCGCGCACACAGACCATATGGCTCACGGCCCCGCAGCCTCAACCCTGCGCCCCCGCCTGATCGTCGCGGCGCTGCTGACCATTCCAGTGTTCGCAATCTCGATGATCCCCGCCTTGCAGTTCGCCAACTGGGGATGGGTTGTGGGCGCGATGGCCCTACCGGTGGTGAGCTGGGCGGCCTGGCCCTTCCACAGGGCAGCGGCTGTCAATGCCCGGCACTTCGCCTCCACCATGGACACGCTCGTTTCCATTGGCGTCATCGCTGCTTACCTCTACTCGGCGTGGCAACTCTTTGTGGATCCCCGCATGACTGAACACCCCGGCATGGAAAACATGTCCGGGGGCGGCCTGTACTTCGAGGTTGCCGCGGTGGTCACAACATTCCTGCTTCTGGGCCGCTACCTTGAAGCGAACGCCAAGGCTAAAGCCGGCAACGCTCTCAAGGCGCTGCTGAACCTGGGTGCCAAGGATGCAACCATCCTCGTGGAGGGGATGGAGCAGAAGATCCCCGCCGATCAACTCCTCGTGGATGACGTTATTGTTGTCCGCCCGGGCGAGAAAATTGCCACCGATGGCGTGGTCACGGACGGTGCTTCCGCCGTCGACGCCTCGTTGGTCACTGGCGAATCGGTGCCGGTGGAGGTTGGACCGGGCAGCCTGGTGACGGGCGCTACGATCAACACCTCCGGTCGTTTGCTGGTCCGGGCCACCCGCGTGGGCTCCGACACGACGCTCGCTCAGATGGGGCGCTTGGTCAGCCAGGCACAGACGGGTAAGGCACCCATTGCGCGGCTCGCGGACAGAATCAGTGCCGTCTTCGTTCCAATCGTGCTGGTCATTGCCCTGCTCACGTTCATCCTTTGGTTGTTCTTCTCCGGCGACCTCAACGCGGCTTTCACGGCAGCCGTTGCCGTTCTGGTGATCGCTTGCCCCTGCGCCTTAGGCCTGGCAACTCCCGTCGGGCTGCTGACGGGTACGGGCCGCGGAGCTCAACTGGGCATCCTCATCAAGGGCCCGCAGGTTCTTGAGGACACCCGCCACGTAGACACCATCCTGCTGGACAAGACGGGCACCGTGACCAGCGGCAAGCTCGCTGTGGACCACACTGTGGGCCTCAACGGCTACGCCCCGGCCACCGTCCTGACCTTGGCGGGCGCTGTTGAAGCGGCCTCTGAGCATCCGATCGCCCACGCGATTGCCGCCGCGGCAAAGGACGCCATGCCCGACGCCGGCACCTTGCCTGGTGTTGACGTCTTCAGTTCCGCTCCCGGCGGCGGCGTGAGGGGAACCGTTGTAGTGGACGGGGCCTCAAAGATCGTGGTTGTGGGACGCTCAGGCTGGCTCGAGCAGAACGGTGTCGCGCTCGATTCAAGCCAACGGGAAGCCTTGGCGGCAGAGGAAAACGGCGGTGCCACAGCTATCTGGGTTGCAGTGGACGGCCAGGCCGCAGGAATCGTAAGCCTGAGCGACACCATCAAGCCCGGTTCCGCAGCTGCGATACAGAAGCTGAAGGACATGGGCATCCGCCCCATCCTGCTGACCGGTGATAATGCTGCCGTAGCCGCCCAAGTGGCTGCCGCCGTCGGGATTTCACCCGACGACGTGTTCGCCGGTGTGCTGCCGGAGGGGAAAGTTGAGGCGGTCCGGAAGCTCCAAGCATCCGGCGCCACGGTTGCTATGGCCGGTGATGGCGTCAACGACGCCGCAGCTTTGGCACAGTCGGACCTCGGTATCGCGATGGGTTCTGGAACGGACGTTGCCATCGAAGCGTCGGACCTGACCGTGATGGGCAGTGATTTGGGTCAGCTGGTGCAGGCAATCGAGCTGTCCCGCAAGACACTGTCCACCATCAAGACCAACCTGTTCTGGGCGTTCTTCTACAACGCGATTGGCATCCCGGTGGCAGCACTTGGATTCCTGAACCCGATGATCGCGGGCGCAGCAATGGCAGCCAGCTCGGTGCTGGTAGTTGCCAACTCGCTGAGACTGCGCTCGTTCGGGAAGTAA MSSQETFNQPAHRVIELDIEGMTCASCVNRVERKLGKLEGVEASVNLPLESAHVTVPATVTDQQIVDTVNATGYKATVRQAPAPHTRNPRSPEPQTTHQHTNDLQAHVAHGHTSTKGPQEHAGAVLTPETAPHGAAGGVRQHASKGGTTEHAEHGTSGAAEANHDEHSAHTDHMAHGPAASTLRPRLIVAALLTIPVFAISMIPALQFANWGWVVGAMALPVVSWAAWPFHRAAAVNARHFASTMDTLVSIGVIAAYLYSAWQLFVDPRMTEHPGMENMSGGGLYFEVAAVVTTFLLLGRYLEANAKAKAGNALKALLNLGAKDATILVEGMEQKIPADQLLVDDVIVVRPGEKIATDGVVTDGASAVDASLVTGESVPVEVGPGSLVTGATINTSGRLLVRATRVGSDTTLAQMGRLVSQAQTGKAPIARLADRISAVFVPIVLVIALLTFILWLFFSGDLNAAFTAAVAVLVIACPCALGLATPVGLLTGTGRGAQLGILIKGPQVLEDTRHVDTILLDKTGTVTSGKLAVDHTVGLNGYAPATVLTLAGAVEAASEHPIAHAIAAAAKDAMPDAGTLPGVDVFSSAPGGGVRGTVVVDGASKIVVVGRSGWLEQNGVALDSSQREALAAEENGGATAIWVAVDGQAAGIVSLSDTIKPGSAAAIQKLKDMGIRPILLTGDNAAVAAQVAAAVGISPDDVFAGVLPEGKVEAVRKLQASGATVAMAGDGVNDAAALAQSDLGIAMGSGTDVAIEASDLTVMGSDLGQLVQAIELSRKTLSTIKTNLFWAFFYNAIGIPVAALGFLNPMIAGAAMAASSVLVVANSLRLRSFGK PGPT0004090_3595 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE-COPPER_TRANSPORT,PGPT0004090-copA|ctpA-K17686 NA NA D3-18_00111 309 hypothetical protein ATGCCATCGGGCGCCTGCTGCGGTAACTCCGCCAATAACCACCACACCATTCAACTCATCACCAAGGAGAGCGCCATGAGCCAGACCATCCAGACCAACGTCAACGTTTCGGGTATGACCTGCGGCCACTGCATATCCAGCGTGAGCGAAGAACTTGAGTCGCTCAGCGGCGTCGAAAACGTGGCCGTGGATCTCAACCCCGGCGGCCTGTCCACCGTGACCATCACATCAACCAAGGAGCTCTCGCCGTCAGAAATTGGCGAGGCCGTGGCAGAAGCCGGCTACCTGGTGGTAGCCAACGAAGCTTAG MPSGACCGNSANNHHTIQLITKESAMSQTIQTNVNVSGMTCGHCISSVSEELESLSGVENVAVDLNPGGLSTVTITSTKELSPSEIGEAVAEAGYLVVANEA PGPT0004125_237 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE_MEDIATION,PGPT0004125-ATOX1|ATX1|copZ|golB-K07213 NA NA D3-18_00112 366 ricR COG1937 Copper-sensing transcriptional repressor RicR ATGAGCACGCCAGACCTGAGCATGAGCAATCCGGATGCACCCATCATCGAGGTGGATCTGGAGCACGCCGCACCCCATGGGTACACCAGCAACAAGGATGCCTACCTCAAACGCTTGAAACGGATTGAAGGGCAAGTCCGCGGTATCGCGCGGATGGTGGAGGACGACAAATACTGCATCGACATCCTCACCCAGGTAGCAGCTGCCACCAAGGCCCTCCATGCAGTCAGCTTGGGACTCGTAGAAGAGCACATCGGCCACTGCGTCGTGGGTGCCGCCTCCGAGCCCAACCCCGAAGCCCGCGCCGAACAGATCGACGCCAAAGTAAAGGAGGCCACCGATGCCATCGGGCGCCTGCTGCGGTAA MSTPDLSMSNPDAPIIEVDLEHAAPHGYTSNKDAYLKRLKRIEGQVRGIARMVEDDKYCIDILTQVAAATKALHAVSLGLVEEHIGHCVVGAASEPNPEARAEQIDAKVKEATDAIGRLLR PGPT0004175_223 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE-RELATED_FUNCTIONS,PGPT0004175-csoR|ricR-K21600 NA NA D3-18_00113 1293 dasA COG1653 Diacetylchitobiose binding protein DasA TTGAAACTCGCACGCTCCGCAGCGGCCATAGCCATCGCAGCGCTCGCCTTGACCGCTTGCGCTCCGCCCACCTCAAACAACGCAGCCTCCAGCTCGGACGAGCAGACGGGCACCGTCCGCGTCTGGCTCTTCTCCGAGGTCAATCAGGATCCCAAGGCCGCAGTGGTCAAGGAAGCCGTTGCTGAATTCGAAGCGGAACACAGCGGTGCCAAGATCGATGTCCAGTACATTCCCGTCGACAGCCGCGCCGAGCGATTCAAGGCGGCATTCAACGATCCTTCCAGCGCGCCGGACGTGGCTGAGTTCGGTAATACCGACCTCGCTAGTTACGTTGCATCCGGCGGACTGGCCGACGTCACCGAGGACATCAAGTCCTGGGATGAGTCCAAGGACCTGGACGAGAAAATCCTGGACACCACTGAGATCGACGGCAAGAACTACGGTGTTCCGTGGTTCGTTGGCGTTCGCGCCCTCTACTACCGCACGGACCTCCTGCAGCAGCTGGGCCTTGAGGTTCCCAAGACCTTGGATGAGGTAGAAACCGTTGCCCGTGCTGTCCGTGCAGCGAACCCGGACCTGCTGGGCATTTCCGTGGGTGGCGCCGCGCAGTTCTCGGCCATGCCGTACCTGTGGGCCAACGGCGGCGAGATCGCCACGAAGGAAGGCGACGCGTTCGTTTCCGGACTGGACTCCGCTGAGTCGCGTGAAGGCGTCGCCGCCTACACGCGACTCCTCAAGGACGATATTTGCCCGGCCCAAACCTGCGCCGAGTTCGGTGGAAATGCCAGTGTCCAGCAGTTCATTGCAGGTAAATCGGCCATGACCATCGGCGGCGACTTCAACTACAAGGCTGTCGCAGCCAGCGCCATCAAGGACAAGTTCGCCGTGGTTCCCGTTCCCGGCAAGACGGCCGGCTCCATCGCACCGGCCTTTGCTGGCGGTAACAACCTGGGTGTCTTCAACAGCAGCGAACGCCGCACCCTCGCAGCCGACTTCGTAAAGACGCTGGCCAGCAAGAAGTACCAGCAGAAGATGTTCGATTCCATGGGCAACCTCCCCACCTTCAGCGACGTGCAGAAGTCCGTAGCGGAGAACAACAAGCAGGTGGAACCGTTCATCAACACCCTCGGCGCCGGCACCAAGTTCGTCCCGGTCACTGAAAGCTGGTCAACCATCGACGCCCAGGGTGTGTTCACCGGCATGTACCAGAAGGTGGTCACAGGGAAGGCTGACGTCAACGCCGCAACCACCGAGGCTGCAACGGCCATGAATACGGCATTCGGGTCCAAGTGA MKLARSAAAIAIAALALTACAPPTSNNAASSSDEQTGTVRVWLFSEVNQDPKAAVVKEAVAEFEAEHSGAKIDVQYIPVDSRAERFKAAFNDPSSAPDVAEFGNTDLASYVASGGLADVTEDIKSWDESKDLDEKILDTTEIDGKNYGVPWFVGVRALYYRTDLLQQLGLEVPKTLDEVETVARAVRAANPDLLGISVGGAAQFSAMPYLWANGGEIATKEGDAFVSGLDSAESREGVAAYTRLLKDDICPAQTCAEFGGNASVQQFIAGKSAMTIGGDFNYKAVAASAIKDKFAVVPVPGKTAGSIAPAFAGGNNLGVFNSSERRTLAADFVKTLASKKYQQKMFDSMGNLPTFSDVQKSVAENNKQVEPFINTLGAGTKFVPVTESWSTIDAQGVFTGMYQKVVTGKADVNAATTEAATAMNTAFGSK PGPT0016445_176 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_CHITOBIOSE_TRANSPORT_I,PGPT0016445-dasA-K17329 NA NA D3-18_00114 993 dasB COG1175 Diacetylchitobiose uptake system permease protein DasB ATGACGGCGCTCACACCGGTTCTGCCGGATGCGCCGCAGGGCGGCAGGCCGGGTAAGGGATCGACGACGGCGGCCCGCAAGTCCCGGCGTTTCTCCAACGGAAAGCGCCGGCTGGAGCCATGGCTCTACCTGGCCCCGGCGTTCATAGTCCTGATCGCACTGCTTGGCTACCCGATCTTCCAGCTGATCAACGTCTCGCTGTACGACTACCGCCAGGCACAGGTCAGCGGCAAGGCGCCCCTGAACTTCGTGGGCCTCGAGAACTACCAGAAGCTCTTCGCTGACCCACAGTTCTGGACTGTCCTTGGCAATACGGTGGTGTTTGCCACCGCCTGCGTGGTCTTCACCTTGCTGGTGGGCAGCTCCCTCGCAGTGCTCGCAACCAGGCTGCGCCCGTGGGTCCGTTCGATGCTGTTCGTCGTCTCGCTCGGCGCGTGGGCTACCCCTGCGGTCACGGGCAGTGCCGTTTGGCTTTTCCTGTTCGAGCCAACCTTGGGCCTGGTCAACAAGACGCTGGTGGCTATCGGGCTCACCCAGTTTGAGGGCTACTCCTGGACCTACGACAAATGGTCGGCGTTTGGGCTCGTTGCCAGCGAAGTGGTGTGGTGCTCGTTCCCGTTCGTGCTGGTCACGGTCTACGCCGGCATCCAGGCGATCCCCACGGAGGTCATTGAAGCGGCCAGGATTGACGGTGCTTCCATGCCCAGGATTGCGCGCAGCATCATGCTCCCGATGCTCAGGCCAATCGTGATCGTGGTGACCATCCAATCCATCATTTGGAACTTCAAGATCTTCTCGCAGATCTACATCATGACCAACGGCGGTGGGATCGCGGGCCAGAACCTGGTGCTCAACGTGTACGGCTACCAGCAGGCATTCGCCGCCAGCCTCTATGGCCTCGGTTCTGCGCTCGGCGTCATCATGACGGCCCTCCTCATGGTCATCACCCTGGTCTACCTCCGGATCCTCAAGAGAACAGGCGAAGCCCTATGA MTALTPVLPDAPQGGRPGKGSTTAARKSRRFSNGKRRLEPWLYLAPAFIVLIALLGYPIFQLINVSLYDYRQAQVSGKAPLNFVGLENYQKLFADPQFWTVLGNTVVFATACVVFTLLVGSSLAVLATRLRPWVRSMLFVVSLGAWATPAVTGSAVWLFLFEPTLGLVNKTLVAIGLTQFEGYSWTYDKWSAFGLVASEVVWCSFPFVLVTVYAGIQAIPTEVIEAARIDGASMPRIARSIMLPMLRPIVIVVTIQSIIWNFKIFSQIYIMTNGGGIAGQNLVLNVYGYQQAFAASLYGLGSALGVIMTALLMVITLVYLRILKRTGEAL PGPT0016450_89 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_CHITOBIOSE_TRANSPORT_I,PGPT0016450-dasB-K17330 NA NA D3-18_00115 912 dasC_1 COG0395 Diacetylchitobiose uptake system permease protein DasC ATGACCGCCGTCGACGTTTCCTCAGTCCCTCACAGAAAGACGCAAGCGGAGGCTCCGCAGAAGCTGCGCAAGCAAGGCAAGCGCCGCTTCGGAGCCGATGCCGCGGCGATTGTCATCGCCCTGATCGTTGCCTTCCCACTGTTTTGGATGGTGCTGTCCGCGCTGAAACCCAAAACTGCGCTCGACGCCGGTGATGCGGCACCGTACACGGTGGAACCGTCGCTGGACTCGTTCGGGCGCGTCCTGGGTGTGAACAATTTTGGCCAGTACTTCCTCAACAGCGTGATTGTGGCTCTGGTGGTGGTGGTGCTATCCACCGTCCTGGCGTTCCTCGCAGCCGTGGCCCTGACCCGCTACAACTTCAAGATGCGCACCAAGCTGCTGATTATCATCCTGGTCTCGCAAATGGTGCCAGTTGAAGCACTGACCATTCCGCTGTTCTTCCTCCTGCGCAATGCCGGGGAGGCCATCCCATTAGTGGGGCTGAACCAGTTGGGTTCGCTGGTGCTGGTGCACGTGGGATTCAGCATTCCGTTCGCTATTTGGATGCTGCGTGGTTTCGTGGCTGCTGTACCGCTGGAGGTTGAGGAGGCCGCCCGCTTGGACGGCGCCAGCAGCTTCCGGTTTGTCCGTTCCATCCTGTTCCCGCTGGTGGCACCCGGAGTGGTGGCATGTTCGGTGTTCTCCTTCATTTCCACTTGGAACGACTTCCTGTTTGCCAAAACATTCATCATCTCCGCCCAGGAGAACCAGACGCTGCCCATGGCACTGCTGACGTTCTTCAAGCCTGACCAAAACGATTGGGGAGCCATCATGGCCGGCTCGGTCATCATGACCATTCCTGTGCTGATCTTCTTCGTATCAGTTCAGCGCAAGCTCGTGTCCGGACTGGCCGGGGCGGTGAAGGGATGA MTAVDVSSVPHRKTQAEAPQKLRKQGKRRFGADAAAIVIALIVAFPLFWMVLSALKPKTALDAGDAAPYTVEPSLDSFGRVLGVNNFGQYFLNSVIVALVVVVLSTVLAFLAAVALTRYNFKMRTKLLIIILVSQMVPVEALTIPLFFLLRNAGEAIPLVGLNQLGSLVLVHVGFSIPFAIWMLRGFVAAVPLEVEEAARLDGASSFRFVRSILFPLVAPGVVACSVFSFISTWNDFLFAKTFIISAQENQTLPMALLTFFKPDQNDWGAIMAGSVIMTIPVLIFFVSVQRKLVSGLAGAVKG PGPT0016455_30 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_CHITOBIOSE_TRANSPORT_I,PGPT0016455-dasC-K17331 NA NA D3-18_00116 1623 exoI COG3525 Beta-hexosaminidase ATGAGCGCAGCGCACCAGTTGGTTCCCGCACCGTGGTCTTACTCTGCGGGCACGGGCGAGTTGGAGCTCGACGCCGGCACAACCTTGGGCGCCGATCCTGAACTGCGCGGTCCTCGCCGCTGGCTCGCCCGGGCTTTGGGCGCATCGACGGGTTGGGACGTGGCCCCCGTGCCGTCTGAGGAAGCGGACATTCGCCTCCGGCTGGACCCTACGCTCGACGCCGAGGCCTACCGCTTGGAGGTGAGTGACGCCGTCGTGATTTCTGCGGGTGGTGCTGCCGGTGCCTTCTACGGTGCACAGACGCTGTTGCAGTTGATGGGGCCAGCGGCCCTACGGCAGGCTCCCCTTGCTTCCGTTCGAACCTGGCCAGTGCCGCGGGTTTCTGTGGAGGACAAGCCGCGCTTTGGCTACCGCGGGACCATGCTGGATGTCGCGCGGCACTTTATGCCCAAGGACAACGTGCTCCGGTTCATCGAGGTGATGGCCATGCACAAGCTCAATGTCCTGCACCTGCACCTCACGGATGATCAGGGGTGGCGAATCCAGATCAACCGGTATCCCAAGCTGACGGAGGTCGGGGCGTGGCGACGTGAATCATCGCTGGGTTCCTGGCGCGCAGGCGTCTTCGATGGCCGCCCGCATGGCGGCTTCTATACGCAGGACGACCTCCGGGAGATTGTGGCCTTCGCAGCTGACCGGCACATCACCGTCATCCCGGAGATCGACGTTCCCGGGCACAGCCAGGCTGCCATCGCTGCCTATCCGGAGCTCGGCGCGACGTCATCCGATGAATCAGCGCCTGTGGAGGTGTGGACGCGGTGGGGTATCAGTGAAACGGTCCTGGAAGTGTCCGATACCTCGCTCGAGTTCTACCGGAACGTGCTGGACGAAGTGGTGAAGATCTTCCCCTCCCCGTGGATAAGTCTCGGCGGGGACGAAGTGCCACTCACCCAATGGCAAGCCAGTGCAGAGGCGCAAGCGAAGGCCAATGAGCTGGGCTTGGAGGATGTTTCCGGCTTGCACAGTTGGTTCGTGGGGCAGTTGGCGTTGCATCTGAAACGCCATGGCCGCGCCACCTCCGTGTGGGATGAAATCGGCGACGGCGGCCTCCCGGACGGTGCCCTCGTGGCCTCTTGGCGCGGATACGAGGGCGGGATGGATGCCCTGAGGAACGGGTACGACGTTGTGATGTGCCCTGAGCACAAGCTGTACCTCGACCATCGCCAAGCCGATGGTGACGACGAGCCAGTGCCCGTTGGCTTTGTGACAACTCTGCAGGCGGTCTACGAGTTTGAGCCATTACCAGGTGTAGACGGCACGGAATTCCCCGGACGTCTCCTGGGTGCCCAGGCCAACATTTGGAGCGAGCATCTGGATTCGCCCCGGCGCGTGCAGTTCGCAGCGTTCCCGCGCCTCAGCGCCATCTCCGAAGTGTTCTGGTCCAAGCCGGAGGGCCGGGACTACGATGAGTTCCTGACCCGGCTTACAGGTGCACATCTGGCGCGCCTCGAGGATATGGGCGTGGAATACCGTCCCCTTGCAGGGCCGGCACCATGGCAGCAGCGGCCGGGTGTGGAGGGTTGGAAACGAGATTACGACGCCGAGCAGCTCGTGAGGAACTGA MSAAHQLVPAPWSYSAGTGELELDAGTTLGADPELRGPRRWLARALGASTGWDVAPVPSEEADIRLRLDPTLDAEAYRLEVSDAVVISAGGAAGAFYGAQTLLQLMGPAALRQAPLASVRTWPVPRVSVEDKPRFGYRGTMLDVARHFMPKDNVLRFIEVMAMHKLNVLHLHLTDDQGWRIQINRYPKLTEVGAWRRESSLGSWRAGVFDGRPHGGFYTQDDLREIVAFAADRHITVIPEIDVPGHSQAAIAAYPELGATSSDESAPVEVWTRWGISETVLEVSDTSLEFYRNVLDEVVKIFPSPWISLGGDEVPLTQWQASAEAQAKANELGLEDVSGLHSWFVGQLALHLKRHGRATSVWDEIGDGGLPDGALVASWRGYEGGMDALRNGYDVVMCPEHKLYLDHRQADGDDEPVPVGFVTTLQAVYEFEPLPGVDGTEFPGRLLGAQANIWSEHLDSPRRVQFAAFPRLSAISEVFWSKPEGRDYDEFLTRLTGAHLARLEDMGVEYRPLAGPAPWQQRPGVEGWKRDYDAEQLVRN PGPT0012150_3290 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 D3-18_00117 816 xynR_1 COG1414 HTH-type transcriptional regulator XynR GTGACTACTGAAGGCAAGGATGCCCGTAATTCCTCGGCATCGCTTCGCAAGGCGCTGGCTTTGCTGACTGTGGTGGCCGAGGAGCCCGGCAACGGTGACGGGCTTGCGCTCGTGGAGCTTACCCGGCTGTCCGGTTTGAACAAGAGCACGCTGTTGCGTTTAGCCGCACCTTTGCTGGAGGAAAATCTGCTGGAGCGCGACCACGAGACAGGCAAGTTCCGCCTGGGCCACGGCTGTTTGCGGCTGGGCCAGTCATACCTTGACCGGGTGGATCTGCGCAGCGTAGCCAACGGCGAGCTCCGGAGCCTCATGCGCGCCACGGAAAGCACCTGCCACTTGGTGGTGCTTTCAGGGCACGACGTCGTCTACCTGGACAAGGTGGAGGACGAGGCCACGGTGCGGATGGCTTCCCGCGTCGGAGCCACCATGCCGGCGTACTGCACTGCCGTGGGCAAGGCCATGCTGGCGTTCAGTCCGGAGGAAGTGGTAGGACCGATCCTCGCGGCGGAGCTCCACCCGCTGACGGAGAAGACCATTACGGACCCTTCCCTGCTTCGCGCTGATTTTGAGGCCATCCGGCGGCGTGGCTATTCCATAGACGATCGTGAGAATGAACCGGAAGTACGCTGCGTGGCCGCTCCGATCTTCGGCCACGACGATCACGTGGTTGCCGCACTATCCGTATCGTCGTTGTCCTCCCGGATGACTGCTAAGCGTGTCCGGGAGGTTGGGCCCATGGCAGCTGAGACCAGCCTCCGGATCTCCGCCAAGCTGGGCTCGCGGCGGGCAAGCGCGAAACTGGCGAAGCTCGCATGA MTTEGKDARNSSASLRKALALLTVVAEEPGNGDGLALVELTRLSGLNKSTLLRLAAPLLEENLLERDHETGKFRLGHGCLRLGQSYLDRVDLRSVANGELRSLMRATESTCHLVVLSGHDVVYLDKVEDEATVRMASRVGATMPAYCTAVGKAMLAFSPEEVVGPILAAELHPLTEKTITDPSLLRADFEAIRRRGYSIDDRENEPEVRCVAAPIFGHDDHVVAALSVSSLSSRMTAKRVREVGPMAAETSLRISAKLGSRRASAKLAKLA PGPT0018213_196 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 D3-18_00118 411 hypothetical protein ATGAGTATCAGCGCAGCGGACTACTTTCGCGCCAAGCTGCAGTGCGAGATTGATGTCATGGAAGTGGCTGAGTCCCAACCCGGTTCATTGGTTGTGGTGGACACACGCCGGCAGTCCTCGTGGGATCACGGACATATTCCCCATGCCGTACATATTCCGACGGCGGATATTCCGGCCTTGGCACAAGAACTCATCCCAGCCGGTTCCCAAGTAGTGGTCTACTCCTGGGGGCCCGGGTGCAACGGGAGCACCTTCGCTGCGCTCGCCTTCGCTGAACTCGGCTACTCCGTGAAGGAAATGGTCGGTGGCATTGAGTACTGGATCCGGAACGGGCTTCCCATGGCAACAGCAACAGCCGCGGGGACCGTGCAAAGCAAGCCGGATTCGTTGGTGACAGCACACACGTCCTGA MSISAADYFRAKLQCEIDVMEVAESQPGSLVVVDTRRQSSWDHGHIPHAVHIPTADIPALAQELIPAGSQVVVYSWGPGCNGSTFAALAFAELGYSVKEMVGGIEYWIRNGLPMATATAAGTVQSKPDSLVTAHTS NA NA NA NA NA D3-18_00119 654 pytH Pyrethroid hydrolase ATGATGGCGGTTTTCGTACTGATTCACGGTGGTGGTTCCACCGCATGGGACTGGCATTTGGTCAGCCCGCTGCTTGAAGCATCAGGGCATGGTGTGGTGGCAGTTGACCTGCGCATCGAAGACATCGACGCCGGACTTGAGGACTATACCCGCGCGATGACGGAAGCAGTTGGCGATGCTGAGCACACCATCGTGGTGGGCCACTCGCTGGGAGGCTTCACGGCACCGTTGGTGTGCGACAAACTCCACTCCGACGGCCTGGTGTATCTCTCGGCCATGATTCCCATGCCGGGTGAGACCTTCGGGGACTGGTGGGCCAACACCGGGCATGACCGGGAGACGATCCCCGATGACGCTTTCTTCAATCTCGTGCCTGATGAGTTGGCTCGCGAAGCCACTGAGAGGGAACGGGACCAGCAAGGCGCTTGGATGTCAGGGCCGTGGCCCGGCCTTCATCCGAACGTTCCCACCTTGGCAATTTTGTGCCGGGATGACCAGTTCTTCCCAGCGCCCTTCATGAGGCGACAAGTACAAGAGCGGCTTGGGGTTGAACCGGTCGAGATTCCAGGGGGCCACTACGTTACCCTGAGCCATCCGGACGCTGTTGCGGCGGTACTCACCGACTTTGCTGAACGCACCGCAAGGGAACGCTGA MMAVFVLIHGGGSTAWDWHLVSPLLEASGHGVVAVDLRIEDIDAGLEDYTRAMTEAVGDAEHTIVVGHSLGGFTAPLVCDKLHSDGLVYLSAMIPMPGETFGDWWANTGHDRETIPDDAFFNLVPDELAREATERERDQQGAWMSGPWPGLHPNVPTLAILCRDDQFFPAPFMRRQVQERLGVEPVEIPGGHYVTLSHPDAVAAVLTDFAERTARER NA NA NA NA NA D3-18_00120 663 hypothetical protein ATGGGCGACGCAAGGACATCCCGGCCGCGGTATTTCAAGGCTGTTGCTGCATCGCTGTTGCTGGTTACCGTCTCCGGCGGACTCTCGGCGTGCGGGGAGGAGAAGAAACCTGCACCCCCTTATCCGGCGGTTGAATGGCAAGGGGGTGCGCCGAGTGAGCCCATTGAGGCTGACCCGTGGGTCATGGCGGCCCGCAAATCCCTCGAGGCCCAGGCTGTCGCGCAGAATATTACGGACTTCACCCTGCCCGAGTTAGTGGAGACCACTGGCCTGGAAGTCCGCGTCCGCATTTCGAGGCCTCCGTTGAACGACGTCGTACAGAAACGTCGCCCGGACATCCGCCCGGGACCTGATCCATTCCTCCCCATGAAGGTCCAACCCGGTCCGGTTCCCGGGACTGCCGAAGTGCACGGCTGCTTGGTGCGTTGGGCATCAGAAACGGGCGACGTGCCCGATGATTTGAGTGCCTCCGGCGTGATGTTCCGGATGGAACAACTCGCGGGAGGGCAACAACGGATCAGCAGCGTCGTTACACTTCCGGATTTGGACTGCAGTACTGCCGCGCCGCCTCTTGCATTGTTCGTGCCTGCTCCCCAGCCGTCCGATGTCACCGACGCCAAGGACGTTGTCCGGGCAAAGCGAACCGACATCGACCCCGCCTAA MGDARTSRPRYFKAVAASLLLVTVSGGLSACGEEKKPAPPYPAVEWQGGAPSEPIEADPWVMAARKSLEAQAVAQNITDFTLPELVETTGLEVRVRISRPPLNDVVQKRRPDIRPGPDPFLPMKVQPGPVPGTAEVHGCLVRWASETGDVPDDLSASGVMFRMEQLAGGQQRISSVVTLPDLDCSTAAPPLALFVPAPQPSDVTDAKDVVRAKRTDIDPA NA NA NA NA NA D3-18_00121 1011 hypothetical protein ATGCTGAACCTGGTCCTTGGACTTCTCTTTGCGGGGTTCTTCCTTGCCTCGTTCCAGTCCGACCGGCGTCGGCTCCGAAATGGTGTGTTCCTGCTGGTGGCGGCATGGTTCCTCTTGCAGGCTCTTCTGGAGTTCCTCATAGACCTGAACCCGTGGTTCGAATGGTTGAACCTGGTGGTCTTGGTAGTCCCGGTGGTGAGCATTTTCGTGTTCGCCGGTTTCCTGATCGCCAACGGCATCACGATGGTCCGCAGGGAAGGCCCCGGTATCACCAGTTTCCTGCCGATCGCAGTGGGTCTGGCAGTGTTCCTCGCCCCGGTAGTCGCCTTCCTTTTTGTTCTGAGCGGCCAGCCGGTGTTGGCCGGCATTGCTGCTCTGGCCTTCTTCCTCTGCTCCTACCTGGGCTGCGCTTTCGTGGTGTTCCTGGGGTACGCGGTGGTGTATTCACGGATGCGCTTCAGCCCGAACCCGGCGGCCGTCATCGTCCTCGGCTCCGGCCTGATCAACGGCAAGGTCCCGCCGTTGCTCGCCGCGCGCTTGAACAAGGCACTTGAAATTTACGACGGCGGTACCCCGGCCAAGCCGGTCCTGGTACCTTCCGGCGGCCAGGGGTGGGATGAGCCGCGGCCAGAGTCCACCGCCATGAAGGAGTACTTGGTGGCAAAGGGCGCGGCTGCTACGGATGTTTTGGAGGAGAACCAAGCTACCACCACCCGCGAGAACCTGGCTTATTCCGTTGCACTGCTGGCAGACAAGGGCATTCAGGGGCCCTTGCTGGTGTGCACCAACAATTACCACGTATTGCGCGCAGCACTCTTATCCCGTCGGCAACGGATTAACGCCGAGGTTGTGGGTGCTCCCACGGCCAGATACTTCGTGCCCAGTGCCTTCCTTAGGGAGTTCGTGGCCGTGATGAGGGACAACCGCCTGACAAACATCATTCTTTGCCTGCCGATGTTCGGGATTGCCCTGCTCATCACGGTCGCACTGATGAACTCTCCGGTGGTGTAG MLNLVLGLLFAGFFLASFQSDRRRLRNGVFLLVAAWFLLQALLEFLIDLNPWFEWLNLVVLVVPVVSIFVFAGFLIANGITMVRREGPGITSFLPIAVGLAVFLAPVVAFLFVLSGQPVLAGIAALAFFLCSYLGCAFVVFLGYAVVYSRMRFSPNPAAVIVLGSGLINGKVPPLLAARLNKALEIYDGGTPAKPVLVPSGGQGWDEPRPESTAMKEYLVAKGAAATDVLEENQATTTRENLAYSVALLADKGIQGPLLVCTNNYHVLRAALLSRRQRINAEVVGAPTARYFVPSAFLREFVAVMRDNRLTNIILCLPMFGIALLITVALMNSPVV NA NA NA NA NA D3-18_00122 2019 nagZ_1 COG1472 Beta-hexosaminidase ATGACGGCGGCCGCCACTGCGCTCCTGATGACAGGCGCGGGGGTGTTGGCTGGCGCGGGCACGGCACTTGCGGCCGTACCCACCACGGGAAGTACGACGACGGTCTCCGCCTCGCCGGATATCGAGGCGATGATTGCCGCCATGACGCTGGACGAAAAGATCGGCCAGATGACGTGGACGCATGTTTACGGTTCCTCAGCGGACGACACCTCCATGGCAGCAAAGAACCAAGAGCGGTATGGCGTCAACACGCCCGCGGAGGTGGTGGAAAAGTACAACCTCGGCGGCGTCCTCTACTTCGCATGGTCGGGAAACACCGCCAATCCTCAGCAGGTCGCGGGCCTCTCCAACGGTCTGCAGCAAACGGCAATGAGGGAGGATGGAAACGGCATCCCGCTGGCAGTCACCATTGACCAGGAAGGCGGTTTGGTTGCCCGCATCGGGCCGCCGGCCACAGTGCTCCCGGGGAACATGGCCCTCGGCGCCACCGCAGACGCTAGTCTCGCCAGGGCGCAAGGTGAAATCCTGGGATCCGAAATGCGTGCCATGGGTATCAATGTTGACTTCGCACCGGTCCTGGATCTCAACTCCAATCCTGACAACCCCGTCATTGGCATCCGTTCCATGGGTGAAGACCCGGCGCTGGTCAGTGCACTCGGCGTCGCCCAGATTGAAGGCATTCAAGCCCACAACGTAGGTGCAGCCGCAAAGCACTTCCCCGGCCACGGCGACACCTCAGTCGATTCGCACTATGGATTGCCCACCGTCACCTACGATCGCGAGACCCTCAACCAGCATCTCAAGCCGTTCAAAGCCGCAATTGATGGCGGCGTGGATATGGTCATGACGGCTCACATCATTGTGGAGGCCATTGACGCAGAGATGCCCGGCACCCTGTCCCACAAGGTACTCACGGGCTTGCTTCGGGATGAAATGGGCTTCAAGGGTTTGGTGACAACGGATGCCCTGGATATGGCGGCAATGGCTGCCGAATGGCCTCAAGAAGAGATCGCAGTGAAGGCGATCCAGGCCGGCTCTGACATCCTCCTCAACTCCCCGGATGTGGATGCATCGTTCGCTGGGGTTCGCGCCGCCGTCGAGTCCGGCGAGATCACCGAAGCCCGCTTGGACGATTCAGTCCGAAGGATCCTTGAATGGAAGGTCAAGCGCGGGGTCTTCGAACAACCGTTGGCCGACCCCGCCGCCGTGGACGCCCTTGTTGGAAGCGCAGGGAACCTGGCCACAGCCGAGCTGATCTCCGAGCGTGCTGTCACGCTGCTCCGCAACGAAGGCCAGGTTTTGCCGCTCGCTTCGGGCAGCTCGGTGCTCATGGTGGGTGCCGGATCGGCATGGCCGGAGCTCGTGGGTCCAATGCTTAAGAATCAGGGATTCGCGGTGACAGAAGACTACGAGGATGGGGCCTCGCCGTCCGCGGCCTACCGCGCGCGTGCAGTAGCCGCCGCCAGCAACGTCGACGCCGTCGTCTTCGCTTCGTACAACGCAACCAGCAATGCTGCACAGCAACAGATGGTTGCGGAACTGGCAGCCACGGGGACGCCGGTCATCGTTGTGGCCACGCGAAATCCCTACGACATCAGCGTCTTCCCCGGTGCCGACGCCGCGCTCAACAGTTATGGGGTCAAGGAGGTTAACTTCCACGGTGCCGTCCGCGCCATTTCGGGCGCGATCAACCCGAGCGGCAAGCTGCCGGTCAACATTCCCGAAGCCGACGGCGACGGCGTGCTGTTGCCGCTGGGCTTCGGTCTGAGCTACGAATCGGCGACGCCGGCGGCCGTCACCTTTACTGACCGCCCGGGTCAAGGGCAGGATGACTACACCATCCCCTCCGTACCGGGTGTGACCTACCTGATTGACGGCAAGGAAGTCGCAGCCGGGAGCTACAGGAAGCCTGCCGGCACTGTGACCGTCACAGCGGAACCCAAGCCGGGATACGTCTTCACCGCTGGCTCCGTCACGGAGTGGAGCCACACATTCACCACAGGGCTCCCCAAGCCCTAG MTAAATALLMTGAGVLAGAGTALAAVPTTGSTTTVSASPDIEAMIAAMTLDEKIGQMTWTHVYGSSADDTSMAAKNQERYGVNTPAEVVEKYNLGGVLYFAWSGNTANPQQVAGLSNGLQQTAMREDGNGIPLAVTIDQEGGLVARIGPPATVLPGNMALGATADASLARAQGEILGSEMRAMGINVDFAPVLDLNSNPDNPVIGIRSMGEDPALVSALGVAQIEGIQAHNVGAAAKHFPGHGDTSVDSHYGLPTVTYDRETLNQHLKPFKAAIDGGVDMVMTAHIIVEAIDAEMPGTLSHKVLTGLLRDEMGFKGLVTTDALDMAAMAAEWPQEEIAVKAIQAGSDILLNSPDVDASFAGVRAAVESGEITEARLDDSVRRILEWKVKRGVFEQPLADPAAVDALVGSAGNLATAELISERAVTLLRNEGQVLPLASGSSVLMVGAGSAWPELVGPMLKNQGFAVTEDYEDGASPSAAYRARAVAAASNVDAVVFASYNATSNAAQQQMVAELAATGTPVIVVATRNPYDISVFPGADAALNSYGVKEVNFHGAVRAISGAINPSGKLPVNIPEADGDGVLLPLGFGLSYESATPAAVTFTDRPGQGQDDYTIPSVPGVTYLIDGKEVAAGSYRKPAGTVTVTAEPKPGYVFTAGSVTEWSHTFTTGLPKP PGPT0012175_432 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSAMINIDASE,PGPT0012175-nagZ-K01207 NA NA D3-18_00123 1293 hypothetical protein ATGGCACTCGACCGTAGAAAGCTGCTCCATGCATCGGGGCTGGCGGCCGCTGCCGCCGTCGTCGCGCCCTTCGCCCCCAGCGCAACCGCCAGTCCTCACCAGAACAGGCCGGGGAAGCCGGGATCTCCCATCTGCGGCGCCGATGTAGCCGCCGCCAACAACTGGAGCATCTTCGCCGGCCGCAAGGTGGGAGTCATCACCAACCCCACGGGCGTCCTCGCCAACTTCCGCTCCATCGTGGATGATATGGCGGTCAAAGGCGTGGAGGTCGGAGCGGTTTTTGGACCCGAGCACGGTTTCAGGGGGACCGCCCAGGATGGCGCCAGCGAAGGAACATCCGTGGACCCTCGGACCGGCATCACGGTCTACGACTCCTACGGGGCCACCGTTGCCGACTATGTGGGCTTCTTCGAAGCCTCCGGGGTGGACACCATCTGCTTCGACATCCAGGACGTCGGCGCACGCTTCTACACCTACATCTGGACCATGTGGGGCGCCATGCAGGCCGCGTCGAAGACAGGAGCCACGTTTGTTGTCCTCGACCGCCCGAACCCCATCGGGGGTCAGGCCCGTGGGCCGGTCCTGCAAAAGGGGTTCGAATCCGGCGTCGGCCAACTGGGCATTGCGCTGCAGCATGGGATGACCGTGGGCGAGCTCGCCAAATACTTCAACGCAGTTCACCTTCCGGCCGCCGGCCTCACACCCATCCATGACCTTCAGGTGGTGGAGGTCCAGGGGTGGCGCCGCGATATGACGGGACCGGACAATCGGGCGGCGTGGATCCTGCCGAGCCCCAACATGCCAACACCTGAAACCGCGACTCTGTACCCCGGCACAGCCCTGTTCGAGGCCACCAACATGTCAGAAGGGCGCGGAACCACCCGGCCGTTTGAGCTCATCGGCGCACCCTACGTGGACTATCGCTGGGCGGAGGCCCTGAACAGCAAGGGCCTCGCCGGCGTCGTCTTCCGCGAGGCGTACTTCCAGCCGACCCTCTCAAAGAACCAGGGCCTCATTTGTGGCGGCGTCCAAGTTCACATCACCGACACCACCCGCGTCGAAGCCCTGGAAGTGGGAACCCACATGCTGGTCGAAGCCAAGCGCCTGTACCCCGGTTTCGGTTGGCGTGGCGACGGCGGACGATGGATGGGCCTCTTAAGCGGCTCGGCCCGCTTTGCTGAACAGCTCGACGCCGGTGCTGATGCCAAGACGATCATGGACAGCTGGCGGTCCGAACTTGACCAATTCGTGCGCGACACCCGCGAGTACCTCCTCTATAACGGCAAGCGCTAG MALDRRKLLHASGLAAAAAVVAPFAPSATASPHQNRPGKPGSPICGADVAAANNWSIFAGRKVGVITNPTGVLANFRSIVDDMAVKGVEVGAVFGPEHGFRGTAQDGASEGTSVDPRTGITVYDSYGATVADYVGFFEASGVDTICFDIQDVGARFYTYIWTMWGAMQAASKTGATFVVLDRPNPIGGQARGPVLQKGFESGVGQLGIALQHGMTVGELAKYFNAVHLPAAGLTPIHDLQVVEVQGWRRDMTGPDNRAAWILPSPNMPTPETATLYPGTALFEATNMSEGRGTTRPFELIGAPYVDYRWAEALNSKGLAGVVFREAYFQPTLSKNQGLICGGVQVHITDTTRVEALEVGTHMLVEAKRLYPGFGWRGDGGRWMGLLSGSARFAEQLDAGADAKTIMDSWRSELDQFVRDTREYLLYNGKR PGPT0012175_5 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSAMINIDASE,PGPT0012175-nagZ-K01207 NA NA D3-18_00124 906 ybbH_1 COG1737 putative HTH-type transcriptional regulator YbbH ATGATGCTGGAAGCGCCGGGAAATGCGCAGCTGTCCCGCACTGTTTTGGTGCGGATTCGCTCTGTCCTGCCAGCGTTACGCCCATCGGAGCAGGCCGTAGCTGAGTTGGTCCTGTCGGATCCATCACGGGCTGCCACCATGTCCATCGGCGACCTTGCCGAGGAATGCGGAACATCCACTACCTCGGTGGTCCGCTTCTACAAGAAGGTGGGCTACGGCGGCTACTCGGATTTTCGCCTGGATCTTGCCCGTGAAACTGCCCGTGAGAGTGTGGCACATGGCGTTTCGACCGAGGTCTACGAGGACATCAACACTGCCGACTCGCTGCAAGACATCGTTTCCAAAATCGCCTTCAACGAAACCATGTCCATCGCCGATACTGCCCAGGTGCTGGATGTCGAACAGCTGGCTCGGGCCATTGACGTGGTGTCCGGCTCCCGCAAGATCGACATCTTCGGCGTGGGAGCGGGAGGTTTGGTGGGCCAGGACCTGCAGCAAAAGTTGCACAGGATTGGCCTGGTTTCCTTTGTTTGGCCCGAAGTGCATGCCGCCCTTACCTCAGCGGCACTTCTGGATTCCGACGGCGTTGCTGTCGCCATCTCCCACTCGGGTGCCACCTCGGACACCATCGATTTCCTGAAGGCGGGCAAAGCAGCCGGCGCCGCCGCCATCGCCATCACCAACCATGCCGACTCACCACTGGGGAGGGTGGCTGACATTGTGCTGAGCACGGCAGCCCGTGAAACTCCTTTCCGCCCTGGTGCCATGGGGAGTCGGATAGCGCAGATGATGATCATCGACTGCCTGTTTGTGGGCGTCGCCCAGAAGTCCTACGACTCTTCCATTGATGCGCTGCACAAAACGCACGCAGCTGTCCAAAGCCGGAAGTTACGCCGGGGCAACTGA MMLEAPGNAQLSRTVLVRIRSVLPALRPSEQAVAELVLSDPSRAATMSIGDLAEECGTSTTSVVRFYKKVGYGGYSDFRLDLARETARESVAHGVSTEVYEDINTADSLQDIVSKIAFNETMSIADTAQVLDVEQLARAIDVVSGSRKIDIFGVGAGGLVGQDLQQKLHRIGLVSFVWPEVHAALTSAALLDSDGVAVAISHSGATSDTIDFLKAGKAAGAAAIAITNHADSPLGRVADIVLSTAARETPFRPGAMGSRIAQMMIIDCLFVGVAQKSYDSSIDALHKTHAAVQSRKLRRGN NA NA NA NA NA D3-18_00125 1224 hypothetical protein GTGTCATTAGCAAAACCATGGCAAAGGCGCCTGCACCTCACGGGAATGTGGGTGAATTCGTTGGGTGGAGGTGCGTACAACATTGCACTCCCGCTCATAGTTCTGCAGACAAGCGGCAGCCTTGCCCAGATGTCCATCGTTGCCGTGGCATCACAACTTCCGAAGGCTTTCCCCGGAGTGCTCATCGGCGGACTCGCAGATCGCATGTCCCCCCGCACCATGACCCACATAGGCTATTGGGGTCAAGCACTGGTTGTTGCTGCGATGGCGCTGCTGATAGGCCCTTGGCACACGCCCTTTTGGGTCCTCGTACTAGGCGCCTTCCTACGCGGCAGCCTCGACATGTTCGCCCGGACAGCCACCTTCGTGGCCATCCCGAAGATGTACGGCGACGGCACTGCGAAGTTCAACGCCGCAGTGTCCACCGCGTGGACCTCAGCTTCCATCGTGGGTCCGGCAATTGGTGGAGCTTTGAGCGCCGTCTGGGGTCCGTGGTGGTTGCTGGCTGTTGACGCAGTGTCGTTTACGGTAATTGCCTTGATCATGAATTTCCTGCCTTGGCCGGAGCGCCCTGGCAGCCTGCCGGATCGGCCGGGTTTCTTCAAGGAACTTTCTGCCGGGTACCGGAGGCTTACCCAAATCCATGGTTGGTGGCGTTTTGCCGGGACAGTTGTCCTCGTCGGCTTCCTGTCGGCCCCCTTGTCCACGTTGGCGATTTTCCAGACCTCGGTTGGCCTCAAGGGGTCCACTACGGAAGTAGGAATCGTGGGCGCAGCAGCAGCGGCGGGGCTCTTCTGCGGTTCGATTCTGTCAGGCTTGCTCTCCGACTGGCGCCCAAATCTTCTTATGCAACGCTCCTCGTGGCTTATGGCAGCAGGGGCCTTGCTCTTCTTCATCCCATCGTGGATTGCTGTGGCAGGCGCCCTTTTCGTCGTCTGCACGGGCGGCATTGCATGGACGGTGGGACGTACATCCCTTATCCATCAACAGATTCCCTCATCTGACCTGGGCAAGACCATGACGGCCGTCCAGTTTCTTGAAACTGTATCCAGTCCCCTCAGCCTTGCAGTTGCCACATTCTTGATGGGCGTCTCATCATTCATGGCCTTTGGCTCCATCCTCCTGGCGGCCCTGCTTTCGGGAATTCTTGCGATCAATTCAGACTCCATGCTGAGGCCGAGTGAAGTAAAAGGAGAGGTCAAGCAGACGGAACCTGTCCAGTAA MSLAKPWQRRLHLTGMWVNSLGGGAYNIALPLIVLQTSGSLAQMSIVAVASQLPKAFPGVLIGGLADRMSPRTMTHIGYWGQALVVAAMALLIGPWHTPFWVLVLGAFLRGSLDMFARTATFVAIPKMYGDGTAKFNAAVSTAWTSASIVGPAIGGALSAVWGPWWLLAVDAVSFTVIALIMNFLPWPERPGSLPDRPGFFKELSAGYRRLTQIHGWWRFAGTVVLVGFLSAPLSTLAIFQTSVGLKGSTTEVGIVGAAAAAGLFCGSILSGLLSDWRPNLLMQRSSWLMAAGALLFFIPSWIAVAGALFVVCTGGIAWTVGRTSLIHQQIPSSDLGKTMTAVQFLETVSSPLSLAVATFLMGVSSFMAFGSILLAALLSGILAINSDSMLRPSEVKGEVKQTEPVQ NA NA NA NA NA D3-18_00126 684 hypothetical protein GTGGATCCCACGCCCGATGACGGGACCGCTTGGAAGAGCCGACGTGCGGCGGCCGGGCTTCTGATGGCGGCCGCGGCGGCCGGCGAGGTTTGTGGAAACCCCGACTCAAAGCCCTCTTCTTGGATTCGGCGGGCAGCGCTGGGATTGTTTTTGGGAACACGGGCTTTGGATGCCCGATCCCTACCGGGCCGCTGGCCATATGACACGTTCATTGAAGCGGTACTCGTCATCAGTCAGATGTCCAAGCCGGGCAGTGGCCAGTCCCCGAACCTGCCGCTTTCGGTCTCACGGGTTGCGCTATATCTGCCCTACACTCAGGCCGGCTTGTCCAAACTCCTCCACGGCTATGACGCTTGGGTCAGGCGCGGCGATGCCAACCATATTTATCACTCGCACCTGTTGGCCGCGGATACTCACCCGTTTGCCCAAGAGCGGTACAGAGTTCCCGTTCGTGCCCTGACCCGCGCAATTCCCCTTCTTGAATTAGCCGCACTCCCCCTTGCACTCATTCTTCCCGGCAAATGGCGGATTGTAGTTCCCTGCTGCACCACCATCTTTCACATGGTCATTGCCCGCACGTGGAATATCAGCTTTTGGCAGGCTCCCGTGATGCAATGGCTTCTCACATCGGTGGAAAAGCAGCCCGACCTTGTCACCATTCTCCATTCATCCCGAGGTAACTGA MDPTPDDGTAWKSRRAAAGLLMAAAAAGEVCGNPDSKPSSWIRRAALGLFLGTRALDARSLPGRWPYDTFIEAVLVISQMSKPGSGQSPNLPLSVSRVALYLPYTQAGLSKLLHGYDAWVRRGDANHIYHSHLLAADTHPFAQERYRVPVRALTRAIPLLELAALPLALILPGKWRIVVPCCTTIFHMVIARTWNISFWQAPVMQWLLTSVEKQPDLVTILHSSRGN NA NA NA NA NA D3-18_00127 480 hypothetical protein GTGCTACGTGCTCCTGACTGCAATAAGGGCACGGCACTTGTTGCCCTAGCGGGGGCCTACGCAGTCGCGTCGATAGCCGCAACGGTGGCCAACAGAAACTTCTGGCCAATCGCGTCAAACAATATGTTCAATGCAAAGTTCCGGGACCGCGTCTCACGATTCGCAGTTGAATTTCACATGCCTGATGGAACAGCCATTGCTTGCGGCCCGGCAAACTGCCTGCCAACCCAGTTCTTCCGGGCCGGAGCAGTGTTCGCCGGCATCTTCATGGGTGAGGATGAACAACCAAAGAAGGTCCTCTGCCAGAGAATCATCCAGAGGCTTCGAAGCAACGCGTGGAAAGCGTTTGACGAGGTTCGCACCCCCGCTCACCTGCCTGGTCTTCCCTTGAGGATGGACATCCTGGTGGCAACTACTGTTCGCGGAATGCCTGAGGAAAAGGAAATTGTGTACAGCTATGTTCCGACAACTTCGCAGTAG MLRAPDCNKGTALVALAGAYAVASIAATVANRNFWPIASNNMFNAKFRDRVSRFAVEFHMPDGTAIACGPANCLPTQFFRAGAVFAGIFMGEDEQPKKVLCQRIIQRLRSNAWKAFDEVRTPAHLPGLPLRMDILVATTVRGMPEEKEIVYSYVPTTSQ NA NA NA NA NA D3-18_00128 1038 hypothetical protein TTGGCAGCCGTAACCTACTCCCTCAAGCAGTCGCTACCGGTGATCACCACGGCAACGGCCGTGCAGATCGGATTGGCACCACCCAACGCAATCGAAATCGAAGACGCTCCTGACGGGCTGGCTGAACTACTCAGCTTCGCTTCACAGCCACGGACGCTCGACGATTTGGGCGGGAAGGCCCAACTCCTGTTGGGCGAAGGCTCCGGAGCGATCGTCGAGGAACTTATCGACGCCGAGATTCTGGTGCCGTACAGGTTCGACCTCTCCGGCCGGTACAGCCGCCACGACTTGTACTTTGAACTTGCACACAGCACCGGTCCCGGAGCCAGCGATATGCTGAGCAACCGAAGGGTCACGCTGATCGGCGTGGGAGGAATCGGAACAAACGTAGCCATGCAACTTGCAACGGCCGGAGTTGGTTCCATTGTCCTGGTCGACGGGGACACTGTGGAAGAAAGCAACCTGACCCGGCAGTACCTCTTCACGGCGCAAGATATTGGTTCCCCCAAGATCCAGGCCGCTGCAAGAAACCTTCACCTCAGGGCCCCCGACATCAACACGGTGGAAGTCGCCTCCATGATCTCCGGAGTGGAAGATCTCTTGCCTGTTTTTCAGGACTCAGACTTCGTTGTGGTCTCCGCCGACACGCCACAGGATGTGCTCGAATGGTCCAACCAGGCGTCCATCGCCACCGGCACACCTTTCACCTGCGCGGGGTATCAAGATACGCGTGGAGTGGTAGGCCCTGTTGTACGGCCAGGCATCACCCCCTGCCTGCAATGCGCAGCAACAGATAACGACGGCAGGACACAATCACAGGCCTCGCTCTCCACAACAAACCTCAATAGCTCGTACCAGGCTCCAAGCTTTGGGCCGCTTAATTCCATCGTGGCTTCCATTACCGCCATGGAAGTGTTCCGCTACCTGCTGACCGGATCCACCAACCTTGACGGCAGGAGGCTGGTGTTTGACTCCCTGGAGTTGGCGTCGGAGTTCGAGGATTTCGCCAGGAATGACCACTGTGCTACGTGCTCCTGA MAAVTYSLKQSLPVITTATAVQIGLAPPNAIEIEDAPDGLAELLSFASQPRTLDDLGGKAQLLLGEGSGAIVEELIDAEILVPYRFDLSGRYSRHDLYFELAHSTGPGASDMLSNRRVTLIGVGGIGTNVAMQLATAGVGSIVLVDGDTVEESNLTRQYLFTAQDIGSPKIQAAARNLHLRAPDINTVEVASMISGVEDLLPVFQDSDFVVVSADTPQDVLEWSNQASIATGTPFTCAGYQDTRGVVGPVVRPGITPCLQCAATDNDGRTQSQASLSTTNLNSSYQAPSFGPLNSIVASITAMEVFRYLLTGSTNLDGRRLVFDSLELASEFEDFARNDHCATCS NA NA NA NA NA D3-18_00129 567 hypothetical protein ATGTTTGAAATCGTCCCGCCGAATGTTGCCTTCCACCAGTCATTCCTCGAGTCCCACCGTGAGTGGGCAGGAGCCCATCAGGATGGTGCCGCCGTCTTCATGGCGGGCGACGTCACCAGCTCCGAGGGCTTCGCTGATTGGGTTGGTAAGTTGCTGGACGCTGAAAGCGCGTCCGAGAAGGATGGCATTGTTCCGTGCACCTACCTCTGGATCACGGAGGGCCTGCGCTACGTCGGAGCCATTGCTTTCCGTCACCATTTGACTCCGGCTCTCCTGAACTCGGGTGGGCACATCGGCTACGGGGTTCGACCCTCGGACCGCAGGAGGGGGGCGGCGTCCTGGGCCTTGCGGGAACTGCTGTCCCGGTTGGCTGTGCAGGGCGAGTTGGGTGGGGCTCTGCCGGATCGTGTTCTGCTGACCTGTGACGACGACAATTCGGCGTCGATTAGAACCATCGAGCGTTGCGGTGGGCTGCTCGACGATGTGCGGACGGGTGAAGATGGGCGGCCTTTCCGCCGGTACTGGATTGACGTGGGAACGTTCGGGAAGGTTGCTACATTCTTCTGA MFEIVPPNVAFHQSFLESHREWAGAHQDGAAVFMAGDVTSSEGFADWVGKLLDAESASEKDGIVPCTYLWITEGLRYVGAIAFRHHLTPALLNSGGHIGYGVRPSDRRRGAASWALRELLSRLAVQGELGGALPDRVLLTCDDDNSASIRTIERCGGLLDDVRTGEDGRPFRRYWIDVGTFGKVATFF NA NA NA NA NA D3-18_00130 531 hypothetical protein ATGAGCTTGCAAACGGAGCAGGGGGATCGCGTGGAGCCGGGCAGGCAGGAGCATTTCCTTGCAGCCCACGCGGCGTGCCACGACAAGGTCTACCGCTACTTCCGACGTCGAACGGAGGGCGCGTCCACGGCAGAGGATCTCACAGCCGACGTGTTTCGCATCGCTTGGGAGAAATCCATCCAGGACCAGGAGCTGTCCGTGCTGGTTGTGTTTGGCATTGCCCGCAATGTCCTTCGAAACCACTACCGTTCAAGCCTTCGCTCTATGAACCTCACGCAGCAACTGGAGCGGCAGAGAACGCGCGAGCTGGATTCCGACGACGGCGAAGTGAGGGACGCGCTGGACCGGCTCAAGCCCGAGGAGCGCGAGGTTCTCCTGCTGACGTACTGGGACGGATTCAGTTCCGCCGAGGTCTCGGACCTGCTCGATGTCACTGCCACGGCCGTCAGGATGCGTCTGCACAGAGCAAGAAAACAACTCAGCAATCTGCTTCGGGCGGACAACATCACAGAGGATGCCAGCAATGAATAG MSLQTEQGDRVEPGRQEHFLAAHAACHDKVYRYFRRRTEGASTAEDLTADVFRIAWEKSIQDQELSVLVVFGIARNVLRNHYRSSLRSMNLTQQLERQRTRELDSDDGEVRDALDRLKPEEREVLLLTYWDGFSSAEVSDLLDVTATAVRMRLHRARKQLSNLLRADNITEDASNE NA NA NA NA NA D3-18_00131 714 hypothetical protein ATGAATAGGGAAGAGCGAACTGTGGAATGCCTGACTGCTGCAGATCCGGCCTTGTTGGTCACCGAAGATGACCTGGCCCGCAGCAGGGAGAAGAGCCTGGCTGTCCTGGCCACCGACGCGGAGCAGCTCAGCGTTGGTGGGTCCGTCACAGATTTCCGTCAACTGCCTGCCGGGCGACGTTTGCGTTTGATGGCAGGATTTGGCTTGCTGACGGCGGTAGCTGCAGCTGTAGTTGCCGGGGTGGTGGTGACGTCCTCCATTACGGCTCCGCCGAGGGAGCAAGCTGCGCCGGCGGTCACGCAGTCGGATACGGCGCCGGAAACAGGCTCCTCCAGCGGGCTACCGCTGCCCGAAATTACGGGCATGATGCCGACGTTCGAGGCCGAAATCATCACCGGCGGCAACGGCACCAAGGCAGCTGTTTCCATAGGCAGAGAGTCAGACTTTCACATGGACGCTCTGAACATGGGAAAGCTTGGCCTAAACGCCGCCGGGTGTTTTTCCGACGTCACCACCGAGGGCAGCCCGGGCGGACTCATTTTTCCCTTCGGGACAAGAGTCACAGAGACGGGAGTGGTCTTCCCGGATGGCAAATCCTTGAATATCGGAGATGAATTCGCGTTCGGTGGAGGACTTTCACCAGACCGTGAACTGGGGGAATGCTCCCCAACGGGAGCGGCCTTCCTGGTTCAAAGCTGGGACTCGTTGCCCTGA MNREERTVECLTAADPALLVTEDDLARSREKSLAVLATDAEQLSVGGSVTDFRQLPAGRRLRLMAGFGLLTAVAAAVVAGVVVTSSITAPPREQAAPAVTQSDTAPETGSSSGLPLPEITGMMPTFEAEIITGGNGTKAAVSIGRESDFHMDALNMGKLGLNAAGCFSDVTTEGSPGGLIFPFGTRVTETGVVFPDGKSLNIGDEFAFGGGLSPDRELGECSPTGAAFLVQSWDSLP NA NA NA NA NA D3-18_00132 2292 hypothetical protein GTGCGGGAGCCTGCAGTCAACGAGAGCGTGTCAGAAATCAGCGAAACTTCGGAAGAAAATCCGGAGGAGACGCCACAGGAAACGCCCGATGAAACCGCAAGCGAACCGGCGGAAATCACGTTTGACGAACAGTTCTATCCAGCTCGCCCCAAGGCACTGCGGCCGATCGCCCGGAGGCGGCAATTCTTCGCCGCCCGGCCCTCCTTGGAATTCGACGGCCTGAACTCCACCTATGTGGACTGGCTCAGAAACCAATCCATGCTGGGTGACGCCAACACCATGGCCCGGCAATTGTCCGGGCAGGCCAGCATGTGGCAAAACTCCTATGCCAGGCCGAATCCGCGCTCAGCCGTGGAGCGTGCACCCGTCTGGTTCACGGCCTACCCCTTGTCCTTCATCACCAAGGACGGACAGTCCTTCCTTTCAGCGCTGGGTGATCCCGCACTCTGGGACGCGTTCAGCGAGATCGGCATCCGGGGCCTGCACACCGGACCGGTCAAGCTTGCCGGTGGTATCCGCGGATGGTCCCAAACACCCAGCGTGGACGGCCACTTTGACCGGATCAGCATGGCGATCGACCCCGCCTTCGGCACCGAGGAAGAGTTCCGCCAGATGTGCGAGGTGGCCAATGACCATGGCGGCACCGTCATCGACGACATCGTTCCCGGGCACACAGGCAAGGGAGCGGACTTCCGCCTCGCCGAAATGAACTTCCGGGACTACCCCGGCATTTATCACATGGTGGATATCCCCGAAGAGGACTGGCACCTGCTGCCCGACGTCCCCGAGGGCGAGGATTCGGTAAACATTAGTCCGGCAACTGAGGAAGCCCTGCAAAAGGCCGGGTACATCATCGGCCGATTGCAGAGGGTCATCTTCTACGAACCCGGCGTCAAGGAAACCAACTGGAGCGCCACTAAGCCCATCATCGACACCACGGGCAAAACCCGCCGGTGGGTCTATTTGCACTACTTCAAGGCCGGCCAGCCTTCCATCAACTGGTTGGACCCAACGTTCGCCGGCATGCGCCTTGTGGTTGGCGATGCCCTGCACTCTTTGCTGGACCTGGGAACCGGCGCTCTCCGACTTGATGCCAACGGGTTCCTGGGCGTGGAGAAGAGCGCCGAGGAAGAACCGGGTTGGTCCGAGGGCCACCCCTTGTCCGAGGCCGCCAACCAGCTGATTGGTTCCATGATACGCAAGGTGGGTGGGTTCTCCTTCCAGGAACTCAACCTCACCATTGATGACATCAAGACCCAGTCTGAGTCCGGCCCGGATCTCTCCTACGACTTCATCACCAGGCCCGCGTATCACTACGCCTTAGTCATCGGAGATACAGAGTTCCTGCGCCTGACCCTGCGGCTTTCCATGGAGATCGGCGTGGACCAGGCATCGTTGGTCCACGCCCTCCAAAACCACGACGAACTGACTTACGAGCTGCTTCACTTTGCCGCGGGACACAGGGACGACGTCTTCGAACTTGCCGGCGAGGAGCTCAGCGGCGCTGAGGTGGCCGAGAAGGTCCAGAACACCATGCGGGAACGGCTCACGGGGGAGAACGGACCGTACAACGCGGTGTTCACCACCAACGGCATTGCCTGCACCACGGTCAGCTTCATCATGGCTGCCCTTGGCATCAAGGACCAGGATGCCATCACTGAGGAGCAGGAAGCGCAGGTCCTGGACGCCCACGTGCTGCTGTCCATGTACAACGCGCTGCAGCCTGGGGTTTTCGCGCTTTCCGGTTGGGACCTCACGGGCATCACAGCGCTTGATCGCCAGACGGTCCGCGAGCTCACGTCGCAGGGTGATACCCGCTGGATCAACCGTGGCGCACACGATCTCATGGGCACCAGCCCGGACGCGAAAACCTCCCTGGCCGGCATGCCCCGTGCCCGGAGCCTCTACGGTCCGCTGCCCGAGCAGCTGAAGGATCCCAACTCCTACGCCCGGCGGCTCCAGCAGATCCTGACTGTGCGGGAGGAGTCGGGAATCGCCACCAGCACGCTCCTGGATGTGCCCGACGTTTCCCACCGAGGGCTGCTGGTGCTGGTCAACCAGCTCGCCGACGGAGCGCTACAAGTCACCGTCCTGAACTTCTCGGACCAGGACATTGCCGGCAGCATCCAGTCCTCGCACCTGGTTCCGGGGTCTACCGTCCATGATCTGTTCAGCAGCGAGGACGTCAGCCAAGTGGATGACCTCCACAGCTTCTTCCTGGAACTGCCCGCCTTCCAAGGCACTGCGCTTCTCTTGAAGGACCCGGTAGTGGAGGACGAGGTCACCGAATAG MREPAVNESVSEISETSEENPEETPQETPDETASEPAEITFDEQFYPARPKALRPIARRRQFFAARPSLEFDGLNSTYVDWLRNQSMLGDANTMARQLSGQASMWQNSYARPNPRSAVERAPVWFTAYPLSFITKDGQSFLSALGDPALWDAFSEIGIRGLHTGPVKLAGGIRGWSQTPSVDGHFDRISMAIDPAFGTEEEFRQMCEVANDHGGTVIDDIVPGHTGKGADFRLAEMNFRDYPGIYHMVDIPEEDWHLLPDVPEGEDSVNISPATEEALQKAGYIIGRLQRVIFYEPGVKETNWSATKPIIDTTGKTRRWVYLHYFKAGQPSINWLDPTFAGMRLVVGDALHSLLDLGTGALRLDANGFLGVEKSAEEEPGWSEGHPLSEAANQLIGSMIRKVGGFSFQELNLTIDDIKTQSESGPDLSYDFITRPAYHYALVIGDTEFLRLTLRLSMEIGVDQASLVHALQNHDELTYELLHFAAGHRDDVFELAGEELSGAEVAEKVQNTMRERLTGENGPYNAVFTTNGIACTTVSFIMAALGIKDQDAITEEQEAQVLDAHVLLSMYNALQPGVFALSGWDLTGITALDRQTVRELTSQGDTRWINRGAHDLMGTSPDAKTSLAGMPRARSLYGPLPEQLKDPNSYARRLQQILTVREESGIATSTLLDVPDVSHRGLLVLVNQLADGALQVTVLNFSDQDIAGSIQSSHLVPGSTVHDLFSSEDVSQVDDLHSFFLELPAFQGTALLLKDPVVEDEVTE NA NA NA NA NA D3-18_00133 993 hypothetical protein ATGAGAATCGTTGTGATCGGCGGCAGCGGCCATATCGGGTCCTTCCTTGTCCCCAGGCTCGTGCGGGGTGGTCACGAGGTCATCAACATCAGTCGCGGGACCAGCGCGTCCTATGCTGATGTCCCCGAATGGCAGCAGGTCCGCCAAGTGGTCGCTGACCGGGAGCAGGAGGACCGAGAGGGCAGCTTTGGTGACCGGGTAGCGGCGCTGGGTGCCGACGTCGTGGTTGACCTGATCTGCTTCACGCTCGAATCAGCCACTGCGCTGGTTGAAAGTCTCCGAAACGAGGTGGGGCATCTGCTGCACTGCGGCTCCATTTGGCGGTACGGCGTCAGCTTGAAGTTGCCCCTGACCGAAGGAGCCTCGTCCGCGGAAGGAGCCGCGTGCGCCGCCGAGCCTCTGGACGAGTACGGGATCCAGAAGCGCGACATTGCCCGCATGCTCAAGGAGGAGACTGCTTCCGGAGGTTTGGCCACAACATCGATTCACCCCGGCCACATCGTGGGCCCCGGCTGGCAGCCGATCGGACCGCTGGGCAATCTGGATCCTGGGGTTTGGCAGACGATTGCGTCCGGGCAGACACTTCAGGTTCCCGGAAGCGGGACAGAGTCGATGCACCATGTGCATGCCGACGACGTCGCGCAGGCCTTCGAGAAAGCCATCCGGAAACGGGACGCTGCAGCCGGTGAGGACTTCAATATTGTCGCTCCCACCGCGTTGACTGTTCGGGGTTACGTGGGCATCGCTGCTTCCTGGTTCGGGCAGGAACCCCGCATGGAAACCGTCAGCTGGGAAGAGTTCCGCCGGAACACCACGCCGGAATCTGCCGATATCAGCTGGGCGCACCTCTCCCGGAACCACTGCATGTCCATTAACAAGGCCACGTCGCTTATTGGGTACGCGCCGGCGTATGAGCCGGAATTGGCGGTGCACGAATCCGTGCAATGGCTCATCGACAACGGGCAGCTCCGAGTGCCGAACCTGCTGCCCTAA MRIVVIGGSGHIGSFLVPRLVRGGHEVINISRGTSASYADVPEWQQVRQVVADREQEDREGSFGDRVAALGADVVVDLICFTLESATALVESLRNEVGHLLHCGSIWRYGVSLKLPLTEGASSAEGAACAAEPLDEYGIQKRDIARMLKEETASGGLATTSIHPGHIVGPGWQPIGPLGNLDPGVWQTIASGQTLQVPGSGTESMHHVHADDVAQAFEKAIRKRDAAAGEDFNIVAPTALTVRGYVGIAASWFGQEPRMETVSWEEFRRNTTPESADISWAHLSRNHCMSINKATSLIGYAPAYEPELAVHESVQWLIDNGQLRVPNLLP NA NA NA NA NA D3-18_00134 1314 hypothetical protein ATGTACAAGGTGCCGAACAAGGAAGTCACTGACAGTCGGCTTGACCATGGATTCTTCATCCTCGGCGGAGCAGCAGCAGTGTGGCTGGCTTTCCTGCTGGTGGGGGAGAGCTTCCATCTGGGGTGGGGGCAGTTGTGGTTTTCTGTCGTGTTTTGGGCGTTCCTCGCGTACCTGCTGTTGCCCCGGCTACATCGGATCCTGACCACCATCTACGTGCCCGGCTACTTCATTGGCCGCGCGCGGACCAGCGACGGCCTGCTCGGTGACCCCGTCAACGTTGCTTTGCTGGGTGCCGAACCCCAGATCCACGCGATGATGAGGTCCGGCGGCTGGACCATGGCCGACGACGTCACTTTCGCCAGCAGCCGGCGCATCATCAGCTCCACCATCTTCAGGCAGAGCTACACGGAGGCGCCGGTCAGTCCCCTTTATCTTTTCGACCGCCAACAGGACTTCGCGTACCAGCAGGAGGTCAATAACACCCCTGGCAAACGCCACCACGTCCGCTTCTGGCGTTGCCCCGAGGGCTGGCTCCTGCCGGGCGGCCACAAAGTGGATTGGCTGGCGGCGGGCACGTACGACCGTAGCGTGGGCTTCTCCCTGTTTACCCTGCAGATCACGCACAAGATTGAACAGAACACCGACGTTGAACGGGACCACATCGTTTCTACCGTTTCGGCCGCTGAGCCCGCTGTGACTGTGCAGGTCATCGAGGACTTCTCCACCGGGTATCACACGCGCAATGGCGGGGGTGACTCCATCTCCACCGACGGCGACTTGCCGATCATCGATGCACGCCGTGTCCGGGTCCCCTCGGATCAGCCGCCCGGCCGCACCGACAGCAGGGACAGGCGGCCCGCCCCCATCTTGATGGGCGCTGCTTTGGTGGTGGCCAGGGCGGTGGCGGCACTGGTCCTGGCGATCACCTTGTTCACCTCCGGGGGCGAAATATCCGGGCTCACCTTCGATGACGACTCGTCAGACCCGCAAAGCACGACGGCGGCAATCGCCTTGATAGCGGCTGTGGTCCTGATGTTCGGGCTGGGTGAAGTTTTCCTGGCCTGGCGCATCTTCCTTGGGAGCAACGGCGCACGCGTGATTGCCATGGGCTTGAGTTCCATCTCGATCCTGGTCCAGGCAATCGACTATTCCACGGGCAGCGCAAACATCACCCTCGAAGCCGGCCTCTCCGGCCTCGCCACTGACATCCTGGTGCTCCTGGCACTGTCCAGCCAACGTGCCCGCGTGTATGCAAAGCGACAGCGCATTCCGGCGGTCCCGGCGTCGGTAGTTGGCCGGCGCGTGGCTTCCTGA MYKVPNKEVTDSRLDHGFFILGGAAAVWLAFLLVGESFHLGWGQLWFSVVFWAFLAYLLLPRLHRILTTIYVPGYFIGRARTSDGLLGDPVNVALLGAEPQIHAMMRSGGWTMADDVTFASSRRIISSTIFRQSYTEAPVSPLYLFDRQQDFAYQQEVNNTPGKRHHVRFWRCPEGWLLPGGHKVDWLAAGTYDRSVGFSLFTLQITHKIEQNTDVERDHIVSTVSAAEPAVTVQVIEDFSTGYHTRNGGGDSISTDGDLPIIDARRVRVPSDQPPGRTDSRDRRPAPILMGAALVVARAVAALVLAITLFTSGGEISGLTFDDDSSDPQSTTAAIALIAAVVLMFGLGEVFLAWRIFLGSNGARVIAMGLSSISILVQAIDYSTGSANITLEAGLSGLATDILVLLALSSQRARVYAKRQRIPAVPASVVGRRVAS NA NA NA NA NA D3-18_00135 726 ppm1_1 Polyprenol monophosphomannose synthase TTGACTGCAAATCCGAAAATCACCGTTGTTGTGCCTACTTACAATGAGCGGGAAAACCTACCTCTTCTCATTGACCAGCTCGGCTCACTGGGGAGGCAGGATCTCAAGGTGCTGATTGTGGATGACAATTCGCCGGATGGAACCGGGGCCGTCGCTGATCAGCTGGCTAAAGAATCCAACGGGACGGTGTCGGTCCTGCATCGGAAGGAAAAAGATGGGCTGGGCCGGGCATATGTGGCAGGCATGACCCGTGCCTTGGCTGAGAACGCAGACGTCATCATTCAAATGGACGCGGACCTGTCCCACCCCGTGTCGGCCATTCCCACGATGCTTGACCGTATCCGCACCTCCGGCGCCGAGGTGGTTATCGGCTCACGCTATGTTGCCGGTGGATCTACGGCGACAGAATGGCCTTGGCACCGAAAGGCACTCTCTGCATGGGCGAATTTCTACGTGGGTGTAATTCTGGGTTTGAAGGTGAAAGATTCCACAGCGGGATTCAAAGCGTGGACAGCCTCCGCTCTCCGCCAAGTTGATGTGGCGTCGATTCGAAGCGATGGCTACTCATTCCAGGTTGAGATGAATTACCGGGCGGCCCGGGGGAGCCTGAAAATCGTCGAGGTGCCCATTCATTTTGAAGAACGGGTGGAGGGCGCTTCCAAGATGAATATCCGTGAACAGCTGGAGTCCGCGCTGACGCCGTGGAAGCTTCGGTTTCAAAAATAG MTANPKITVVVPTYNERENLPLLIDQLGSLGRQDLKVLIVDDNSPDGTGAVADQLAKESNGTVSVLHRKEKDGLGRAYVAGMTRALAENADVIIQMDADLSHPVSAIPTMLDRIRTSGAEVVIGSRYVAGGSTATEWPWHRKALSAWANFYVGVILGLKVKDSTAGFKAWTASALRQVDVASIRSDGYSFQVEMNYRAARGSLKIVEVPIHFEERVEGASKMNIREQLESALTPWKLRFQK PGPT0017834_2662 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 D3-18_00136 405 tdcF COG0251 Putative reactive intermediate deaminase TdcF ATGAGTGAAAAAACCGTAGTACTGACCGAAAACGCCCCCGCCCCGGCGCACGTATTCTCGCAGGGCATCAAGAAGGGCGGCATGTTCCAGGTCTCCGGCCAGGGCCCCATGGACCCCGCCACCAACCAGTACATCGGCGAGGGCGACGTCCGCGTCCAGACCCGTCGCACCCTGGAGAACGTCAAGGCCATCCTCGAAGCCGGCGGATCTTCCGTTGAAGACGTCCTCATGTTCCGTGTCTACCTCACCACCCGCGACGACTTCGCCGCCATGAATGAGGTCTACGGCGAGTTCATCCGGGAGAACGTTCCCAGCGGTTTGCTGCCGAGCCGCACCACCGTGTTCGTTGATCTGCCGCACGAGGTCATGCTTGTGGAGATCGATGCCCTGGCGGTCACTGCGTAA MSEKTVVLTENAPAPAHVFSQGIKKGGMFQVSGQGPMDPATNQYIGEGDVRVQTRRTLENVKAILEAGGSSVEDVLMFRVYLTTRDDFAAMNEVYGEFIRENVPSGLLPSRTTVFVDLPHEVMLVEIDALAVTA PGPT0020030_1215 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 D3-18_00137 747 kdgR_2 COG1414 Transcriptional regulator KdgR ATGCGAGCCATCGACCTGCTCGGCGAACTCGCCGCAAAGCCAGCAACCCTGGACGAGCTCGCGTCCAAGGCCGCCGTGCACAAGACCACCGTGATGCGGCTCCTGCACGCCATGGAAGAAAAGCGCTTCGTGGTGCGGGACGAAGACCAACGGTTCATGCTCGGCTCCAAGCTCTTTGAACTGTCATCGCTGGCTTTGGAACAGCGGGACATCCGCAAAGTGGCGCATCCGCACCTGGCCGAACTCAACGGCCGAACCGGGCACACTGTGCACCTCGCCGCATTTGAAGGGAATGAGGTGGTGTACATCGACAAGTTCGAGTCGCACCATCCCGTCCGCATGTACTCGCGCATCGGCCTGACTGCATCGCTGCACTCGGCCGCTGTGTCCAAAGTCCTCCTCTCCGATATGCCGCGCAGCCGGCAGGAAAAGATCGCCGCGGGGTTGGACTACGTCAAAGTTACCGAGAACACCCTGACCTCGCCGGAGGCCTTACTGGCCGAACTCGAGCAGGTCAAGGAACAGGGCTGGGCCCACGACAACGCTGAGCACGAAGCCTTCGTGCACTGCATCGCGGCCCCCATCCGCGACGCCAGCGGCGCTGTTGTTGCCGCAGCCTCTTGTTCGGTACCGGTAGTGATGCTCAGCTATGAAGGCTTGCTTGAGCTGCTGCCCGACCTCAAAGCCAGCACCGAGGCCATCTCCAACGACCTCGGCTGGATCAGCCACGAAAGGAACTCAGCATGA MRAIDLLGELAAKPATLDELASKAAVHKTTVMRLLHAMEEKRFVVRDEDQRFMLGSKLFELSSLALEQRDIRKVAHPHLAELNGRTGHTVHLAAFEGNEVVYIDKFESHHPVRMYSRIGLTASLHSAAVSKVLLSDMPRSRQEKIAAGLDYVKVTENTLTSPEALLAELEQVKEQGWAHDNAEHEAFVHCIAAPIRDASGAVVAAASCSVPVVMLSYEGLLELLPDLKASTEAISNDLGWISHERNSA NA NA NA NA NA D3-18_00138 1008 kdgK_1 2-dehydro-3-deoxygluconokinase ATGCTTTCAGCTGTATGCGTGGGCGAAACCATGGCCATGCTTACCCCTGTCCACGCCGTCCCCCTGCACCTGGCAACGGAACTCCACTTCGGCATCGGCGGCGCGGAATCCAACGTCGCCATCGGTTTGGCAGCCATGGGCCTGGACGCGCACTGGGTCAGCCGGGTGGGCCACGATGGCTTCGGCACCCGGATCCTGCACGAGCTCCAGGATCACGGCGTGGGAATCTCCGGCGTGGAAGTGGACGAGTCCTTGCCCACGGGCCTGTACGTCAAGGTCCCGGCGCAGGATACGGACCCCGACGGCGGCAGTTCGGTTTTGTACTACCGGCAAGGATCCGCGGCGTCGGCCATGGGACGGAACACACTTTCCAATCCCGCCGTTTCCTCGTTGCTTGAGAACGCTGCACTCATCCACCTGAGTGGAATCACCGCTGCCCTCTCCCCCGAGTGCCTTTCCCTGTTGGAAGCAATCCTCACCACACCTCGCAATGGCCGGATCATCAGCTTCGACGTCAACTGGCGCGAAGCCCTCTGGGCAGGCCAGGACCGCTCTGTCCTGCAGCGCCTGGCGAACCTGGCCGACGTCGTGCTCGTTGGGAAAGACGAAGCCGAACACGCCTTCGGTACCACCGATGAAGCAGAACTTCGCCGCATGATGCCGGATCCGAAGGTGCTGGTCATCAAGAACGAGGCGATCAGCGCCATCTCCTTGGACCGGACCGGCACCCGGGAAGAGGTGCCCGCACTGTCCGTCGCCGTCGTCGAACCTGTTGGCGCCGGCGACTCGTTCGCCGCCGGCTACCTCAGCGGCATGCTGTTCGGTCTGGGCCAAAAGGAAAGCCTCCGGCGCGGACATGTAGCCGCAGCGTGCACCCTGACTGTCCACGGTGATCGCGGTCCGCTGCCCCACGCCGCCGAGCTCGCAGTCATTCTCGATTCTTCGGATGACGCGTGGGCTGCTATCCATGTTGAAGACGGACAATTCAACACCAGAACCGGAGCGTGA MLSAVCVGETMAMLTPVHAVPLHLATELHFGIGGAESNVAIGLAAMGLDAHWVSRVGHDGFGTRILHELQDHGVGISGVEVDESLPTGLYVKVPAQDTDPDGGSSVLYYRQGSAASAMGRNTLSNPAVSSLLENAALIHLSGITAALSPECLSLLEAILTTPRNGRIISFDVNWREALWAGQDRSVLQRLANLADVVLVGKDEAEHAFGTTDEAELRRMMPDPKVLVIKNEAISAISLDRTGTREEVPALSVAVVEPVGAGDSFAAGYLSGMLFGLGQKESLRRGHVAAACTLTVHGDRGPLPHAAELAVILDSSDDAWAAIHVEDGQFNTRTGA PGPT0018060_1115 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 D3-18_00139 1323 D-threonine aldolase GTGAACACCTCCGAAGCCATCTCGGCATCCGCTGTGTCAGGCCTGGCTGAACGCCGTCTCGACTGGCGTCACAAAGCTGTGCCCGCAACCGCGAACGGCACCACCCACGCGGACTTCCTCGCCGCCAAGCACACGCTCGCTGACCTCCAGACGCCGCTGCTCACCCTCGATGCCGGAGCGCTCCGCGCCAATACCGATCGGCTGGCCGACTGGTGCAGAGACCACGGTGTCTTGCTCGCCCCGCACGGCAAAACCACCATGTCGCCGCAGCTCTGGACCCAGCAGCTCGACCGAGGCGCCTGGGGCATTACGTTGGCGAACTTCGCACAGCTCCGCGTGGCCCGCGAGTTCGGCGTGAGGAACCTGCAGCTCGCCAACAGCCTCACGGATCCGCACGCCATTGAGTGGGTTGCCCGCGTTGCCACGCCGGACGCGCCCATCCTTTCCTGGATCGATTCCTTGGGGACCGTGGACGTCATCAACCGAACGCTCGCCGGCAGTGATGCTGTGCTGGACGTCCTTGTGGAGCTCGGCGCGCACGGTGGCCGGACCGGTGCCCGCTCTGTGGAGGCTGCCATGGAGATTTCCCGCGCTGTTTCCGAGTCACCAAACCTGCGTTTGGTGGGCGTCAGCGGCTATGAAGGCTCCCTCGCGCACACAGCGGACGACGCCGGATTGGCCGCCGTTCGCGGCTATCTCGCCCAGATGCGGCTGCTTCACGAGGAACTGCTCGCCGCAGGGTTGTATGGCGCCAACAAAGTGATCATCACTGCAGGGGGCAGCGCCTACTTCGACGACGTCGTGACCGTCCTCTCCCCGTGCATCAGCACCGGCGCTGAACTTGGCGGACCCGCTGTGGACCTCATGATCCGCAGCGGCGCCTACATCATCCACGACGACGGTTTCTACCGCGGAATTTCGCCATTTTCCCGCGAGGGCGGCCAACCCTTCAAAGCCGGCATGTACGGCTGGGCAAGGGTTGTGTCGCAGACTGAACCCGGCCTCGCCATCCTCGACGCCGGGAAACGCGACCTCCCGTTCGACGAAGGCCTGCCCGAACCGCAGTTCATTGGACCTGTTCTGGGCGGGGCAATGGAGCCGCTACTTGGCGCCCGGATCACCTCGGTCAACGATCAACACAGCTTCATGACCTATGACGCCACCTCCACCACGGTCCGTCCCGGCGACGTCGTCCGGCTGGGCCTCTCCCACCCGTGCACCGCGTTCGACAAGTGGACCGTCATTCCAGTGCTCGCGGACAGCGGGTCCGCCGAAGGCCCAGGTAACCAGACCGTCGTCGACCTCATCCATACCTTCTTCTAG MNTSEAISASAVSGLAERRLDWRHKAVPATANGTTHADFLAAKHTLADLQTPLLTLDAGALRANTDRLADWCRDHGVLLAPHGKTTMSPQLWTQQLDRGAWGITLANFAQLRVAREFGVRNLQLANSLTDPHAIEWVARVATPDAPILSWIDSLGTVDVINRTLAGSDAVLDVLVELGAHGGRTGARSVEAAMEISRAVSESPNLRLVGVSGYEGSLAHTADDAGLAAVRGYLAQMRLLHEELLAAGLYGANKVIITAGGSAYFDDVVTVLSPCISTGAELGGPAVDLMIRSGAYIIHDDGFYRGISPFSREGGQPFKAGMYGWARVVSQTEPGLAILDAGKRDLPFDEGLPEPQFIGPVLGGAMEPLLGARITSVNDQHSFMTYDATSTTVRPGDVVRLGLSHPCTAFDKWTVIPVLADSGSAEGPGNQTVVDLIHTFF NA NA NA NA NA D3-18_00140 1659 dan D-aminoacylase ATGAAGACCCTCATCAGCAATGCCACCTTGGTGGATGGAACGGGAACAGACCGGCGCCGTGCGGACGTCCTGCTGGACGGAGCGGTGATTGCCGCCGTCGTCGACGCCGGAAGGCTCGACGCCGATTCCCTCAGCGAAACCGGCACGGACCGCGTCATCGATGCCACGGGCCTTGTCCTGAGCCCGGGTTTCATTGACATGCACGCACACTCGGACCTGCAGCTCCTGGTGAACAGGGACCACTACCCCAAGCTCAGCCAAGGTGTCACCACCGAACTGCTGGGCCAGGATGGCTTGTCCTACGCGCCCGTGGACGATGCCACCCTGGCCGGCGTCCGCGAGAAAATCGCCGGCTGGAACGACAACCCGGCCGACTTCGACTGGAACTGGCGGACCGTGCGCGAGTATCTGGACCGACTCGATGCAGACGAAAACGGTGGCCGCATCGCCACCAACGCCGCCTACCTTGTTCCCCAAGGAACCGTCAGGGCCATGGTGATGGGATTCGCCGAAGGTGACCCCACGCCGGAGCAGCAGCGGCAGATGCAGGACGTCATCCGCACGGCGATGGAGGAAGGCGCGGTGGGAATGTCCTCAGGCCTGACCTACACGCCGGGCATGTATGCGCAGACCGAGGAACTGGCTGGGCTCTGCCGGACCGTGGGCGAGCTCGGGGGTTTCTACGCGCCGCACCATCGCTCCTACGGCAAGGGTGCCCTGGGTGCTTACGCTGAGATGATTGGGCTGAGCCGCGACACCGGCTGCGCACTCCATCTATCCCACGCCACCATGAATTTCGCGGAAAACAAGGGCCGCGCCGGGGAACTCCTGGACCTGATCGACGAAGCGCTGGACCACGGCGTGGACATCACCCTGGACACCTACCCGTATCTTCCCGGCGCCACCACGTTGAGCGCGATCCTGCCGAGCTGGGCGTCATCGGGCGGGACAGAGGCAACGTTGGCGCGGCTGGCCGACCCGACAACCCGGGCACGCATCCGGGAAGCCGTGGAGATCTACGGCTCCGACGGCTGCCACGGCGTGGTGGCCGAGTGGGACACCCTGGAAATCAGCGGCGTACAGAACCCGGCGCTCGCGGGCTACGTCGGCAGAACCATCAGGGACATCGCTTCAGAGACCGGCGAAGATCCGTTCGACGTTTTCGCACAGATCCTCACAGAAGACCGCCTCGGCACAGGCATCCTCCAACACGTCGGCCACGAGGAAAACGTCCAGGCCATCATGAAGCACCGAACCCACACCGGCGGCAGCGACGGACTCCTGGTCGGCGCCAAGCCACACCCGCGAGCCTGGGGCACGTTCCCGCGCTACCTCGGCCACTACTCACGTGACCTCGGACTCCTGAGCCTTGAGGACATGGTCCATCACCTCACGGGCCGGCCCGCCGCACGACTCAAGCTCCATAACAGGGGACTCGTTCGGGAAGGCTACGCGGCCGACGTCGTGCTTTTCGATCCGGAAACCGTCCGCGATGAAGCCACTTTTGAGAATCCACGCCAGGCCGCCAGCGGCATCCAGTACGTCTTCGTCAACGGCACGGCAGCGATCGACGGCGGCAAAGCCACCGGTGCCCGCGCCGGCCGGGCCCTCCGTCGCAGCAGCGACGGCCTCACCAGAGAAGGACAGCATGACTCCTGA MKTLISNATLVDGTGTDRRRADVLLDGAVIAAVVDAGRLDADSLSETGTDRVIDATGLVLSPGFIDMHAHSDLQLLVNRDHYPKLSQGVTTELLGQDGLSYAPVDDATLAGVREKIAGWNDNPADFDWNWRTVREYLDRLDADENGGRIATNAAYLVPQGTVRAMVMGFAEGDPTPEQQRQMQDVIRTAMEEGAVGMSSGLTYTPGMYAQTEELAGLCRTVGELGGFYAPHHRSYGKGALGAYAEMIGLSRDTGCALHLSHATMNFAENKGRAGELLDLIDEALDHGVDITLDTYPYLPGATTLSAILPSWASSGGTEATLARLADPTTRARIREAVEIYGSDGCHGVVAEWDTLEISGVQNPALAGYVGRTIRDIASETGEDPFDVFAQILTEDRLGTGILQHVGHEENVQAIMKHRTHTGGSDGLLVGAKPHPRAWGTFPRYLGHYSRDLGLLSLEDMVHHLTGRPAARLKLHNRGLVREGYAADVVLFDPETVRDEATFENPRQAASGIQYVFVNGTAAIDGGKATGARAGRALRRSSDGLTREGQHDS PGPT0012150_107 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 D3-18_00141 636 kdgA_1 COG0800 KHG/KDPG aldolase ATGACTCCTGAACAATTCCTCCAGCAGCTCGAAGCCGACCGAACCCTGGCCGTGGTCCGCGCCCCGTCCATCACGGACGCCGCGGATCTTTGCCGGGCACTGTCCGACGGCGGCATCCGCAGCGTCGAACTGACATTCACCACCCCGGATGTGCTCAAGCACGTCCAGCGCGCGGCGGAGACTGCGGCGGAGCATGGTGCCGCCGTCGGAATTGGCACCGTGATGACCGCTGACCAAGCCCGTGCAGCGATCGACGCCGGTGCGCAGTTCCTGGTGACGCCCGGCCTTCGCCCCGAGGTGGCCGCCGTTGCAGTCGCCGCCGGCATCCCGTTCAGCCTCGGTGCCATGACCCCCACGGAGGTGGCGCAGGCCTTGGACCTGGGCTCGGCCGCCGTCAAGATTTTCCCCGCCCGCCAGCTCGGCCCGGCGTATTTGAAGGATCTGCAGGGCCCGTACCCGGGCATCCGCTTGCTGCCTTCGGGGGGCATCGACGCCTCCAACGCCAAGAGCTACCTCGACGCCGGTGCTGCCGCAGTCTGCTGCGGCACCAGCGTAGTCCCGCCCGCAGCGGTTGCTGCAGGTGACTGGGCAGACATCGCGGCACGTGCCGCAGCCTTCACCGGCACCCTCAAGTAG MTPEQFLQQLEADRTLAVVRAPSITDAADLCRALSDGGIRSVELTFTTPDVLKHVQRAAETAAEHGAAVGIGTVMTADQARAAIDAGAQFLVTPGLRPEVAAVAVAAGIPFSLGAMTPTEVAQALDLGSAAVKIFPARQLGPAYLKDLQGPYPGIRLLPSGGIDASNAKSYLDAGAAAVCCGTSVVPPAAVAAGDWADIAARAAAFTGTLK PGPT0002060_2551 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 D3-18_00142 1392 ygbN_1 COG2610 Inner membrane permease YgbN ATGACTGAATTCCTTGAATGGCTGCGGCACGACACCGCCGGCCTGCTCCTCCTGGCAGGTGCCGGCATCGCCCTCCTGCTGTTCCTGATCATCAAGGTCAAGCTCGAACCGTTCATCGCCTTGGTGGGAACCGGTGTGATCGTGGCTCTGGTGGGCGGGATTTCCGTGGAGGCCCTCGTCGGTTCGGCCACCAAAAGCAGCGACGCCCTGATTGAAAAGGGCTTTGCCGGCATCCTTGGCCACATCACGGTAATCATCGGCCTCGGTACCGTCCTCGGTGCCATTCTTGAGCGGTCCGGTGGTGCTGAGGTGCTGCTCGGAAGACTGGTGAAGATCTTCGGCGAAAAGGGCACTCCGTTGGCCATGGGTATCACCGGCTTCGTGCTGGGTATCCCCGTGTTCTTCGACATCGGCATCTTTGTCCTTGCTCCGCTTGTTTACGTCGCCGCAATCCGTGGCGGCAAGTCGCTGGCCCTTTACGCACTGCCGTTGCTCGCAGGACTCTCCGTAACGCACGCCTTCCTTCCCCCGCACCCCGGCCCCGTTGCTGCTGCCGGACTGTTCGGCGTGGACCTTGGCTGGATCATCCTCATGGGCCTCATCTGCGGTATTCCTGCATGGTTCGCTTCGGGCATCCTGTGGGGCACCTGGATCGGTAAGCGCGTCATGGTTTCCGTACCGGAGGATCGGATCGTCCCCGAGTCCGACGCCGCCAAGGGTCACGAACCGTCCATCGGGCTGGTCCTGCTGGCCATCGGCTTGCCCATGATCCTCATTCTCGGCGGCACATTCGGCAACATCTTTGCTCCCGCCGGCACGTTCCGCGATATCCTCCAGTTCTTCGGCAACCCCGCCATCGCGCTGACCGTCGCCGTGCTCCTGGCCATGTGGCTCCTGGGAATCCGCCGCGGCATGACCTCGTCCGAACTCAGCGAAATCACGGGTTCCTCATTGCGTCCCGTGGGCATGATCCTGCTGGTTGTTGGTGCGGGTGCCTTCTTCGGTGCCGTCCTCTCCGCCACTGGTGTTGGCAAGGCTGTGGCGGATACGTTGTCCCAGGCCGGGCTTCCCATCATCCTGTCCGCGTTCGTGATCAGCGCCGGTATGCGCATCGCCCAGGGCTCGGCCACGGTGGCGATCGTGACCACCGGCGGCATCCTGGCTCCAAGCCTCGCTTCGGGGTACTCGCAGCCGCAGCTCGCGTTGATCGTGGTGGCCATCTCGTCGGGCTCCATCATCGCCAGCCACGTGAATGACGGCGGATTCTGGATCATCTCCAAGTACTTCAACATGTCAGTCAAGGACACCCTGAAGACGTGGACCGTGCTCGAAACGGTGCTCTCCATAGTGGGCTTCGGGATGGCGGCGCTGCTGTACACGTTCGTTAGGTGA MTEFLEWLRHDTAGLLLLAGAGIALLLFLIIKVKLEPFIALVGTGVIVALVGGISVEALVGSATKSSDALIEKGFAGILGHITVIIGLGTVLGAILERSGGAEVLLGRLVKIFGEKGTPLAMGITGFVLGIPVFFDIGIFVLAPLVYVAAIRGGKSLALYALPLLAGLSVTHAFLPPHPGPVAAAGLFGVDLGWIILMGLICGIPAWFASGILWGTWIGKRVMVSVPEDRIVPESDAAKGHEPSIGLVLLAIGLPMILILGGTFGNIFAPAGTFRDILQFFGNPAIALTVAVLLAMWLLGIRRGMTSSELSEITGSSLRPVGMILLVVGAGAFFGAVLSATGVGKAVADTLSQAGLPIILSAFVISAGMRIAQGSATVAIVTTGGILAPSLASGYSQPQLALIVVAISSGSIIASHVNDGGFWIISKYFNMSVKDTLKTWTVLETVLSIVGFGMAALLYTFVR PGPT0001340_764 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 D3-18_00143 507 hypothetical protein ATGGCTGCGGAAGGTTTCAGCGGACGGATCCCCTTGGTGGTCGGAGTGCTGCCGGATCAGCATGTGGAGGTCCTCCAGACTGCAAGGATCCTCGCCGAACAAATGGGCGTGCCGCTGGTTTGCGCTTATGTGGATGAGGCCAGCTACCTGGTGGAGTGGGACCCCTCGCGCGAGACTCACCGGATGTCGCTGCATCCCGAAAAGGATGACGAGGACGTCGCTGCCGTCCGTGGTGATCTGGGCAAGGCCATCGCGGAGGCAATGGATGGCGGCACGGCGGATTGGACGCTGCGCTTGCTCGCCGGTGATCCTGCTCGTGCCCTGGGTCGCTTGGCCTCGGATATCGATGCGTCAATGATCATCGTAGGGACCCCCGAACTTGGATTGGGACACCGGATTTCCGAAGCCCTTAACGGCTCGGTGGCAGCTTGGCTGAGTCATCACCAAAGGCGACCGGTGCTGATTGTGCCCCAAAAGAAGAGGCACGAAGCTGCCCATAAAAACTAA MAAEGFSGRIPLVVGVLPDQHVEVLQTARILAEQMGVPLVCAYVDEASYLVEWDPSRETHRMSLHPEKDDEDVAAVRGDLGKAIAEAMDGGTADWTLRLLAGDPARALGRLASDIDASMIIVGTPELGLGHRISEALNGSVAAWLSHHQRRPVLIVPQKKRHEAAHKN NA NA NA NA NA D3-18_00144 201 hypothetical protein ATGGAAATCTACATGTGGTGGCTCGATCTGCACTTGGACAGCAAGGAATGGCTGCGCGAAAACCTGCGCGCCGAAGAACTGCCGCTGCAGGTGCTGCAGCACATTGCCGAGGCCGGCGGGCCTCATCCGGACAAGGTCAGTGGTGTGCTGACCGTTGCGGATTGGGACTTCATCGAGACCCAGTCAGAATTCGTGGACTGA MEIYMWWLDLHLDSKEWLRENLRAEELPLQVLQHIAEAGGPHPDKVSGVLTVADWDFIETQSEFVD NA NA NA NA NA D3-18_00145 345 hypothetical protein ATGGAACTGCTGTTCGAAATTACCGGTTGGGCCGGCGCAGTGGCGATGCTCGGCGGCTATATGGCGGTGTCCATGGGCTGGTTGCAGGCGGGCAGCACCTTCCAGACCGTGAATCTCTTTGGTTCGTGCGCCTTCATCGTCAACGGCACGCTCCATGGAGCATGGCCTTCCGTAGTGACGAACGTGGCTTGGTTCTTGATTTCAGCCGTAGCCCTCCTCCGGATGCGGGCCAAGCAGAGGCCTGCGCAGACCGTGGCCCAAACTCAAGAGAGCCCTTCACTTGGTCCGGACACTGCCGCCCAGGTCATCGTCTCAGCCGCTCGGCCAGCCGCGGGCTGCGCCTAG MELLFEITGWAGAVAMLGGYMAVSMGWLQAGSTFQTVNLFGSCAFIVNGTLHGAWPSVVTNVAWFLISAVALLRMRAKQRPAQTVAQTQESPSLGPDTAAQVIVSAARPAAGCA NA NA NA NA NA D3-18_00146 924 oxyR_1 Hydrogen peroxide-inducible genes activator ATGGAGATGGACCCCCGCCGGCTGCTCGTGCTTCTTGCTGTCGCGCGCACTGGAGGCGTCCTTGCGGCAGCTGATGAATTGCGGATTACGGCCTCCGCAGTGTCGCAGCAACTGAGCAAACTCGAGAACGAGGCAGGGCAGGCGCTACTCCTCCGCACCCCCAAAGGCTCAGTACTCACCCCCGCAGGCCTGGCAATGGCAGAGGCGGGGGAGGAGATAGAACGGGCGCTCAACGTGGCCCGGGCCCGGATGCAAAGCGAAGTCAATATCGCGGGAGTGGTGCGGGTGGGCGGATTCACCAGTTTCATGCGCACCGTGGTCATCCCGCGCCTTCCGGAATGGCGCAGCCAATACCCCCAGTTGCAGATTCAGATCGTTGAGGACAGTTTTCCAGCTCTGATGCGGCTGCTCCGGCAGCGGCAGCTCGACGCTGTTGTGATTGAACAGGATTCGACGGCGGCGGAGCAGCGTCCGATGGCGGCCGGAATGGTCCAGGAACCCCTGTTGGATGAGCCGTGGAAGCTCGTGGTGCCCGCAGGAAGCCTGCTCGGCACGGACAACATTGACCTGAGCCGCTTGCACTTGCCGTGGCTGGGAGTCGAGCCATCAGCGGCAAACACTGCAGTACTTGGGCGCCTCCGTCACTCGACGGGGGCCCGGATTGAAACTGTTCATCAGTATCACGACACACTCACCGCGCTGGCACTCGTCGCTGCTGGTGAGGGAGTTGCGATTGTGCCCACTCTGGCGCTGACGGGCGTCGTCCATGACCAAGTGGACATCCTGGATGTTCCGGGCCTGGGAACCCGGCACATCGCGTTGCGTCGCTTCGACCGGAGAAAGGCCGCGAGCCTGCCCTTGGACACGGTGGCCCGCCTGCTTCGGGAGTCGGCGGCCGCGTTCGACACCCGTTCGGGTTCCTGA MEMDPRRLLVLLAVARTGGVLAAADELRITASAVSQQLSKLENEAGQALLLRTPKGSVLTPAGLAMAEAGEEIERALNVARARMQSEVNIAGVVRVGGFTSFMRTVVIPRLPEWRSQYPQLQIQIVEDSFPALMRLLRQRQLDAVVIEQDSTAAEQRPMAAGMVQEPLLDEPWKLVVPAGSLLGTDNIDLSRLHLPWLGVEPSAANTAVLGRLRHSTGARIETVHQYHDTLTALALVAAGEGVAIVPTLALTGVVHDQVDILDVPGLGTRHIALRRFDRRKAASLPLDTVARLLRESAAAFDTRSGS NA NA NA NA NA D3-18_00147 780 bcpA Carboxyvinyl-carboxyphosphonate phosphorylmutase ATGACTGAAGCAAACACCAACGTACGTGCGCAACAGCTGAAAGCCCTGCACGAGGCACCGGAAATCCTGAGCGTGGTTAATGTGTGGGACGCCGTCAGTGCCCGCACTGTTGCAGAACTTCCTGAAACCAAGGCCATCGCCACAGCAGGGCATTCCATTGCTGCAGCCTTTGGCTATGCCGACGGAAGCATGCCGTTGGACGTTGCGCTGGATGGTGTCAAGCGAATTGTCGACGCCGTGGATCACCCGGTCACTGCAGACCTGGACGACGGCTACGAGGACCCTGCCGAGACCATCCGCCGGGCGATTGGCATCGGCGTGGTTGGGGCGAATGTTGAGGACCGCCTGCGGCCCTTCGACGAAGCCGTTGCCCGCGTGCAGGCCATCATTTCGGCCGCCGCGGATGAAGGCGTCGCGTTCCAGCTGAACGCACGCACTGACGCGATTGCCCGTGGTGGGGACCGTCCCATTAAGGACAGCATTGAGGACGCCATCGTCAGGGGACGCGCCTTCCTCGACGCCGGCGCTTCGCTGGTCTTCGTGCCCGGTGCCATGACCCGTGAGGTCATCGAACCTCTGGTTGAAGGCCTCGGACACGGGAAGCTCTCCGTGATTGGCGCACCCGGCGCCCTCCCGGCAGCCGAGCTTCAGGAACTTGGTGTGGCCCGCGTTTCCTATGGTCCGTTTACCCAGCGGGTGGCTCTGCGGGCCCTTCGGGACTTGGCCACGGACCTCTATGGTTCGGGCGTAGTCCCTACCGACACGCCTGCGCTGAACTAG MTEANTNVRAQQLKALHEAPEILSVVNVWDAVSARTVAELPETKAIATAGHSIAAAFGYADGSMPLDVALDGVKRIVDAVDHPVTADLDDGYEDPAETIRRAIGIGVVGANVEDRLRPFDEAVARVQAIISAAADEGVAFQLNARTDAIARGGDRPIKDSIEDAIVRGRAFLDAGASLVFVPGAMTREVIEPLVEGLGHGKLSVIGAPGALPAAELQELGVARVSYGPFTQRVALRALRDLATDLYGSGVVPTDTPALN NA NA NA NA NA D3-18_00148 120 hypothetical protein ATGGACATAGTGTCGGGCCTCACCCGTAACCTCTTCTTACGGCCCGTTTTGCACTCGATATTGATGCTGTCACCCGTCCTGCCCGCTCCCACTGCAAGCGCCTGGTATCGCGTTGTGTGA MDIVSGLTRNLFLRPVLHSILMLSPVLPAPTASAWYRVV NA NA NA NA NA D3-18_00149 1206 hypothetical protein ATGATTGCAGTCTCGATGCAAGAGGGAGCGATAGTCCTGGACCCGTTCTCCGTAAGAATGGTCCTCGGCGCCGTCATCCTAACCCTGATAGTTCTCTCCTGCGTCTCCTCCCGACGCCTCCGGTCACCGTTCACCGATTGGTGGCGGGTAGCCCTGTGCCTTTTCTTTGCCGGAAATTGCGCCTTCCTGCTCAATGGAACCTCCTTACTGACGTGGGCCAATCCGCCCGGCAAAGCGCTGGTGGTCGCCGGAGCATTCAGCGTCTGGGCAGGAGCACGAAAACTTCGGAACCGTAAAGTCAGCGCTTGGCAGTTGGCACCGGCCCCACTAATCACCTACGTTGCGTCGGTGATGGACAACGCGGAATCCAGTCTCTGGTCCGGTGGTTTGGTCTATCTGGGTCTGACGGCGGCAGGCCTTGGCATGTCTGCGGCAGAATTGTGGTTCACGAAATCAACCCATTCCCGGGCCACCAAGTTCCTGGCCCTCACGGCAGCATTTACCTCCCTGTACTACTTGGGCCGGGCAATCACGTTTGTCCTGGAAGGGCCTGATGGGAATCTCTTCCGGACCATCTTCAGCTATGCGCCGGCCGCGCTGGTGCACCTTATTCTCCTGGTGTCGCTGTCCTTCACCATGAACGCGCTCAGCAATAACCACCTGATCACAAAACTCAGGGAACGCGCCGAACGGGACCATCTCACCGGTCTGTTAAACAGGGGCGCCTTCCTTGGCCTGGCTGCCAAGGAACTGTCAGGTCCGTCTTCCCAACGAGGTGGTGCCTTGATCCTGGCCGATCTCGATTACTTCAAAGCCGTCAATGATGAACATGGACATGCGGCCGGGGACGCCGCCTTGTGTGCCTTCGCTGAGGCCTGCACCGCTTCGGTGAGGTCAACCGACCTTGTTGGGCGATACGGCGGAGAAGAATTTATCCTGTTGCTGCCCGGGGCGACGCAACAGCGGGCTGAAGCCATTGCCTCGGAGATCAGCCACCGCCTATCTGCCATGCAAGATCCGGAAGGCTTGCCGTTTCCCACAGTCAGCTATGGCGTCACGTCCACTGGTACTGAGGCTCCAGACCTGGATTTCATGATCAAAGTGGCAGACGCCGCGCTGTATAGCGCCAAGGCCCAAGGACGTAACAGGGTTGTCGGCGCAGACCCAGCGGAAATTTCACTGCCTGAGTTTCACCAAGGGCCGTAG MIAVSMQEGAIVLDPFSVRMVLGAVILTLIVLSCVSSRRLRSPFTDWWRVALCLFFAGNCAFLLNGTSLLTWANPPGKALVVAGAFSVWAGARKLRNRKVSAWQLAPAPLITYVASVMDNAESSLWSGGLVYLGLTAAGLGMSAAELWFTKSTHSRATKFLALTAAFTSLYYLGRAITFVLEGPDGNLFRTIFSYAPAALVHLILLVSLSFTMNALSNNHLITKLRERAERDHLTGLLNRGAFLGLAAKELSGPSSQRGGALILADLDYFKAVNDEHGHAAGDAALCAFAEACTASVRSTDLVGRYGGEEFILLLPGATQQRAEAIASEISHRLSAMQDPEGLPFPTVSYGVTSTGTEAPDLDFMIKVADAALYSAKAQGRNRVVGADPAEISLPEFHQGP NA NA NA NA NA D3-18_00150 1149 hypothetical protein ATGGGGATCATGGCTACTGCAGAGAGTTACGTCATCGCGATCGGGACCAAGAAAGGACTGTGGCTGGCAACCAGCCCGGACCGCAAAGAATGGTCCCTCTCCGGCCCGCACTTCCTGATGAGTGAGATACCCAGCATCGGGATAGACACGCGGAACGGCACTACACGAATCATGGTTGGCGTAAGATCCGAACACTGGGGTCCCACAGTGGCCCACTCCGACGACCTTGGCGCCACATGGACCGAGCCCGAGCAGGGCGCCATCAAATTTCCGGACGGTACGGACGCCGCGCTGGAACGCATCTGGCAGATATACCCCGACGCCGACTCCCGACCAGGTGTGGTCTGGGCCGGTTGTGAGCCCATTTCGGTGTGGAAATCAACCGACGGCGGCGAACACTTCGAGCTGAACCGCGGACTTTGGGACCACCCCCACCGCAGCGAGTGGGGTGCCGGCTACGGCGGAGCGGCCGCACACTCCATCGTGGTTGATCCGTCAGGCGAGAAGGTCCACATCGCCATGAGCACGGGCGGCGTTTACAGATCGCTCGACGGCGGTGCCTCCTGGGAGCCCCGCAACAAGGGAATTTCGGCCTACTTCATGCCCGATCCCAACCCCGAGTTCGGCCAGTGCGTTCACAAGATCGCGGCGGATGCCGCCGTCGAGAATCGTTTGTACGCGCAGAACCATCACGGGGTGTACCGCACGGACGACGGCGGCGAGAACTGGGATTCAATCGCGGACGGGTTGCCGGCGGATTTTGGGTTCGTCATGCTGACCCATCCGCGCCGCGAGGGCACCGCTTGGGTGATCCCGTTGAAAGCGGACGGCGAACGCATCCCGCCGGACAGCAAGCTCAGCGTCCACCGCACAGACGATGCCGGCGGAACGTGGAAAGAACTGCACACGGGCCTTCCGGACCACGAATACAACGCCGTGCTCAGGGACGCCGCTTCCGTGGACACCGCCGAACCAACCGGCGTGTACTTCGGAACCCGCGGGGGTGCCGTGTATGCCAGTGCTGACGAGGGCGAGACGTTTACTGAAGTGGCCTCGCACTTGCCCGACGTGCTGTGCGTGCGTGCCGCCGTCGTGGTTGGCGCATCTGCCGGCACCGAAGAAAAAGCCAGCGCCCCGGTGCTTGGGTAG MGIMATAESYVIAIGTKKGLWLATSPDRKEWSLSGPHFLMSEIPSIGIDTRNGTTRIMVGVRSEHWGPTVAHSDDLGATWTEPEQGAIKFPDGTDAALERIWQIYPDADSRPGVVWAGCEPISVWKSTDGGEHFELNRGLWDHPHRSEWGAGYGGAAAHSIVVDPSGEKVHIAMSTGGVYRSLDGGASWEPRNKGISAYFMPDPNPEFGQCVHKIAADAAVENRLYAQNHHGVYRTDDGGENWDSIADGLPADFGFVMLTHPRREGTAWVIPLKADGERIPPDSKLSVHRTDDAGGTWKELHTGLPDHEYNAVLRDAASVDTAEPTGVYFGTRGGAVYASADEGETFTEVASHLPDVLCVRAAVVVGASAGTEEKASAPVLG NA NA NA NA NA D3-18_00151 288 cysO COG1977 Sulfur carrier protein CysO GTGGCTGAGTTTACGGTCCTGCTACCTGGTGTCCTGCAGCCCCTCGTTGGCGGACAGTCCTATCTGACTGCGTCCGCCGACGGGGCTGTGACCGTTGGACAGTTGCTGGACTCGGTAACCGGAGATTATCCGGTGCTGGCCAGGCGTTTACGTGATGAAACCGGGGCGCTGCGCCGCTACGTGAATATTTACGTGAACGGTGATGAGATCCGGCGGATGAAAGGTCTTGAAACGGAGGTTGCGGCTGGCCAGGAGGTCTTGATCATCCAATCCGTGGCTGGCGGCTGA MAEFTVLLPGVLQPLVGGQSYLTASADGAVTVGQLLDSVTGDYPVLARRLRDETGALRRYVNIYVNGDEIRRMKGLETEVAAGQEVLIIQSVAGG NA NA NA NA NA D3-18_00152 237 hypothetical protein ATGCTGAAGGAAGCCACCACTCACACAACACGTATACGTGCTATCAGCCAGCTCCACCGCGGAGACGAGATCGAAGCCCGCCTGTCCGTAGGGCCCGCTTACGATGACGTAGTGATCCGCCGCGGACGCGTCCAGGAAACGGCTCCGGGAATCGGCGTGGTGTGGATCATGGACCACGCCTCCGGAATGCGGAAAGCCATCAATACTGACGAATGCAGTGTTTGGCGCGTCGCCTGA MLKEATTHTTRIRAISQLHRGDEIEARLSVGPAYDDVVIRRGRVQETAPGIGVVWIMDHASGMRKAINTDECSVWRVA NA NA NA NA NA D3-18_00153 2721 hypothetical protein ATGGGTATGCTACGGCGAACAATCGCGTTGTCTACAGGCTTGGTGGTTTTTGCTACCGGCCTGTTTTTCGTACAAACCCCCGCGACGGCGGTGCCGTTGCCCGGGCCGGACAACCCAAATGTCCAGTTCGTGGAGGGAACCCCGCACTCTGAGCATACGTTCGAGGTTCCCCCCGAGCTCGCCACCCCGTTCAACACGTCACCCGACGCCGGTCCGGCAGTGGTGGGGCCCAGTGGCGACATCCGGGTACGGCTGGTCACTGCCAAACTAGCGGACAACACCAATACGGTGTCCATGACGGGCGCGGAACAGGCTGTTGCGGCGTCCAGCAACTATTGGAAAGCGATGACAGCCAACAAGCTGTCCATGACGGTGAGCACCAAGGTTGCCGGCCACCAATCCAAGGCGAAGTCCACGGATAGCTACAGCACCATCATGTCCATCATCACCAGTGAACTGAACTGGTCGGCAAGCCCGTACACGGCGCTGGTGATTTTCATTCCTACATCCACTCTGTCCGGAAACGCCCTCGGAGCCGGATACAGCAGCGGAAGCTACAGTGGCCGCGTCCTCCTGCCGCAGATCAGCGGGTTCACGAACAACGTGATAAGCCACGAGTTCGGGCACGTCATCGGCCTCATGCACGCGGACGCGTTGCAGTGCGGAAGTGGAGCGTCCGACGTCGGAGTTGACGGTAGCGGACGATTCACGGATCCCTCCTGCTACATCCGGGAGTACGGCGACACCACGGACATCATGGGGGCAGCGCAATTCGCATCGCCCGTGATCAGCAGCTCGCTGTGGGACTATGCAGGATTGGGCCGTGGTGATGAAATCCGTGATGTTGGCGTCGCTACGGGCGCCAAGACCTACACGCTCAAACCGTGGGGCGGGACTGAAGCACAGCGTGCCATCAAGTTCACCGATCCCATCAGCAAAGAGGTCTACTACCTGGAGTTGCGGCAGGCCGCAGGCTATGACAGTTACCTCGACGACTCGGGAAGGCCGGCCGGAAACAGGGGTGTCAAGATCGTCCAGCGCGGCGGAGCCACCGTCGCTTCGTCCCTGATCCTCATGCCATCCACCAAGCCGTTCCCGGAGCCCTGGTATGCCAGCAACCACGCCTGGCAGGCGGGCAGCACTTTCACCACCTATACCGGCACCCAGGTGACCATCAATTCGGTGTCCACCACATCGGCGTCGGTCACTATCTTTGCCGATCCCAAGCTCACGGCGAAGATCCGCTTCTCGGCGGGCGACTTCGACGGCGACAGGCTCGCCGATGTCCTCACCCGCGAGGCTGACGGCTCCCTGATGCTCTACGCAGGGCTGCCCGGCAACAGGCTTGATAATCCCCGGAAGATCGGCTCGGGATGGAACATCTTCGACGCCATCACCGGCATCGCGGACTTCAATGGCGATCGTCGAGGCGACATCCTGGCGCGCACCAGCGACGGCGTCCTCTGGCTGTATCCGGGTGACGGAAATGGCGGTTTCCTGGCCAAACGGCAGGTCGGTTCCGGTTGGCAGGGCTTCTCGAACCTCATAGGCGTGGGGGACTTCGACGGCGACGCCCGGCCCGACGTCATGGCCACCAAGCCCGACGGCACTCTGTGGCTCTACCCAAGCGACGGCCAGGGGGGCTTCCGTGCATGGTCGCAGATCGGCTCGGGCTGGAATGGCTTCACCAGCATCACTTCTGACGGTTCCTTTAGCGGTGCCGGAGCCGGACTGCTCGCGCGGGCCAGCGACGGCACTCTCTACCTATACCCCGGCAATGGTTGGGGTGGTTTCGCGCCGCGAATCGCCGTCGGAAGTGGCTGGAATGCCGTGGGCGACATCGTGGGCGGGCAAGACTTCACGGGTGACACGCGCTCCGACGTCCTGACGGTGACATCGGCAGGAACCATGCGTCTCTACCCGGGCAGCGGCTCAGGTTTTGCCGAACGCCTGGCCATCGGGGCCGGGTGGAACCAGTTCAGCCAGGTGTGGGAGGCGGGAGACTTCGACGGCGATGCTGTCGCTGACATTCTGGCGCGCGGCACCGACGGCGTCCTGTGGCTTTACCCCGGCAATGGTTCCGGCGCTTTCCTGCCGCGAGTGCAGGTGGGGTCGGGTTGGGGTGCGTTCACTTCGGTCCTCAGTGCAGGTGATTTCGACGGCGATGGCCACCCGGACCTTGTGGCGCGGGCGTCCAACGGGGTGTTGTGGCTGTATCCGACGGATGGTCGTGGTCAGTTCCTGGCGCGTAAGCAGATCGGAACGGGGTGGCAAGGGTTCACTCAACTGCTCGCACCGGGTGATTTCTCAGGTGACGGCAAAGCGGACCTTGTGGCGCGGGCTGCCGATGGAAGCCTGTGGCTCTACCCGGGTAACGGAGTTGGAGGTTTCCAGCCGTGGCGTCAGATCGGCACGGGCTGGAACATCTTCAATTCGCTCATGCAGGGCGGTGACTTCAACGGCGATGGCTGGGAAGACATCATGGCCCGCGGAACCGATGGCGCGCTGTGGTTATACCCGGGTAACGGCAACGGAGGCTTCCTGGCCCGGGTGGCCATGGGGGCTGGATGGAACATCTTTAGTTCCTTCGCAGCCTTGGGTAATGCCTTTACCGGGACAGGCAATCCTTCCGTGGTTGGCGTGGCCGGCGACGGCGCACTATTCCTCTACACAGGTACCGGCCGGGGGGCGTTCCAAACGGTGGTGCTGGACCCGCGATAG MGMLRRTIALSTGLVVFATGLFFVQTPATAVPLPGPDNPNVQFVEGTPHSEHTFEVPPELATPFNTSPDAGPAVVGPSGDIRVRLVTAKLADNTNTVSMTGAEQAVAASSNYWKAMTANKLSMTVSTKVAGHQSKAKSTDSYSTIMSIITSELNWSASPYTALVIFIPTSTLSGNALGAGYSSGSYSGRVLLPQISGFTNNVISHEFGHVIGLMHADALQCGSGASDVGVDGSGRFTDPSCYIREYGDTTDIMGAAQFASPVISSSLWDYAGLGRGDEIRDVGVATGAKTYTLKPWGGTEAQRAIKFTDPISKEVYYLELRQAAGYDSYLDDSGRPAGNRGVKIVQRGGATVASSLILMPSTKPFPEPWYASNHAWQAGSTFTTYTGTQVTINSVSTTSASVTIFADPKLTAKIRFSAGDFDGDRLADVLTREADGSLMLYAGLPGNRLDNPRKIGSGWNIFDAITGIADFNGDRRGDILARTSDGVLWLYPGDGNGGFLAKRQVGSGWQGFSNLIGVGDFDGDARPDVMATKPDGTLWLYPSDGQGGFRAWSQIGSGWNGFTSITSDGSFSGAGAGLLARASDGTLYLYPGNGWGGFAPRIAVGSGWNAVGDIVGGQDFTGDTRSDVLTVTSAGTMRLYPGSGSGFAERLAIGAGWNQFSQVWEAGDFDGDAVADILARGTDGVLWLYPGNGSGAFLPRVQVGSGWGAFTSVLSAGDFDGDGHPDLVARASNGVLWLYPTDGRGQFLARKQIGTGWQGFTQLLAPGDFSGDGKADLVARAADGSLWLYPGNGVGGFQPWRQIGTGWNIFNSLMQGGDFNGDGWEDIMARGTDGALWLYPGNGNGGFLARVAMGAGWNIFSSFAALGNAFTGTGNPSVVGVAGDGALFLYTGTGRGAFQTVVLDPR NA NA NA NA NA D3-18_00154 1848 hypothetical protein ATGGCCATGATTGCAACACTGACGGCTTCACTGGTGTTGGGGTTGTTTCCTGCGCCGGCCTTGGCTTTGGGCCAAACGACGGTTCCAGCGGAGACCGCAACGGTCAGCGGCACAACGGGCGGTTCGATCAGCGGAACCATTACAGTGCGTTCAGATGTGGATTTGGGGAAGGTAGCTGTCTGGGCCATCAACCTTTACAACCCGGCGAACTCCGGTGGCGCCGTATCGGTGCAGCCTAACGGTACCTATACGATTTCCGGGCTGCAGGCCGGTGAATACAAGGTCTACTTCTATTCCAGCGAGGCCGAGTGGTGGCCCGAGGAAATCTATGGCGGTTCCAACTTCGACACTTTCGTGCCGGTGGCGGTCAACGACGGGCAGCAGGTGACTGGAATCGATCTCCGTATGGGTGGCGGACGGATTCAGGGCAGAGTCGAGATGCCCTATCACGTGGACACGAACACGGTAGTAGTGGAAGCCCTTGACGGTTCGGGTGGGATTGCGGCGTCCGAATATCCGGATTCCACCGGCAATTATGATCTTCGTGGACTACCCAGCGGAGACTACAAGGTCCGGGTCTCCGGCGGTGTACTGCCCACTTGGTATGGCGGTGGCGCGTCTTTCTCTGAAGCGGCAACGGTCTCCATCGCAGGAGAACAAGACGTCTGGAACACCCCAATAAATGCTGACGCTGGCGCGAGCATCAGCGGCTACGTGAATGGGCCCTGGCCCACAGCCGGAACCATCAGTCACCAGATTTCTGTATGGGATCTCGAAGGCAATATCGTCAAGGAAGTCATCGTTGGCCAAAGTGGACGAAGCTTCACAGTGAGTGGCCTACTGCCGGGACAGTACAAGCTTGGCTTGGATATCTTTACTGGTCGCCGGGCCTTCGAGGGGCAGTTCTACAGCGGAATCCTTGAGCATGAGGGTGCTGACGCGGCGCCGGTCATCACACTCGCAGCAAACGAGGAAAAGACGCGATTCGACTTCACTGCCACAAATGGCGGAACTATGACTGGGACGCTTCGCGACCAGCAGGGCCATCCTTTGCCCTTCGCGGTAGTCGAGGCTTACACGCGCGACGGTTCGCTGAGCACCCGAAAAGCCGTCACCGATGCCCAAGGAAAATTCGAGATCACAGGCCTGACCACCGGATCTTATCGTCTTCGTGGCAACACGATGAACGTGCGTTTCGCTGGACTCACCTATTCGGGAAATGTTGCTGAGCAATCCGAGGCGAAAGAGATCGCGATCACCAGTGGCGCCCGGACCGACGTCGGAACGGTGGGGTATTGGTCCCGCGCCAACTTCACCGACGTCTTCGAAGGCCAACAGTTCGACCACCAGATCAGTTGGATGAAGTCCACCGGCATCTCCACGGGCTGGCCTGACGCCACGTTCCGCCCCTTGCTGTCCGTGAACCGTGACGCCATGGCTGCGTTCCTGTACCGGTTGGCAGGGCAACCCGCATTCAAGCCGCCGGCTACATCGCCCTTCGTGGACGTCCCCACAACCAACCAGTTCTACAAGGAAATCGCGTGGCTCGCGTCCACCAAGATTTCGGGTGGTTGGCCGGACAAAACCTTCCGACCCGTGGAGCCAGTGAACCGCGACGCGATGGCTGCGTTCTTGTACCGCTTCTCCAAGGTCACAGACTTTGAGCCGCCGGCCACCTCGCCGTTTACCGACGTTCCGGCCAACGGCCAGTTCTACAAGGAAATCGCTTGGTTGGCTTCCGCGGAAATCAGCACTGGCTGGGACGATCACACCTTCCGGCCGGTGACACCCGTCAATCGTGATGCCATGGCGGCCTTCATGTACAGGTTCAACGCACTGGACAACTAA MAMIATLTASLVLGLFPAPALALGQTTVPAETATVSGTTGGSISGTITVRSDVDLGKVAVWAINLYNPANSGGAVSVQPNGTYTISGLQAGEYKVYFYSSEAEWWPEEIYGGSNFDTFVPVAVNDGQQVTGIDLRMGGGRIQGRVEMPYHVDTNTVVVEALDGSGGIAASEYPDSTGNYDLRGLPSGDYKVRVSGGVLPTWYGGGASFSEAATVSIAGEQDVWNTPINADAGASISGYVNGPWPTAGTISHQISVWDLEGNIVKEVIVGQSGRSFTVSGLLPGQYKLGLDIFTGRRAFEGQFYSGILEHEGADAAPVITLAANEEKTRFDFTATNGGTMTGTLRDQQGHPLPFAVVEAYTRDGSLSTRKAVTDAQGKFEITGLTTGSYRLRGNTMNVRFAGLTYSGNVAEQSEAKEIAITSGARTDVGTVGYWSRANFTDVFEGQQFDHQISWMKSTGISTGWPDATFRPLLSVNRDAMAAFLYRLAGQPAFKPPATSPFVDVPTTNQFYKEIAWLASTKISGGWPDKTFRPVEPVNRDAMAAFLYRFSKVTDFEPPATSPFTDVPANGQFYKEIAWLASAEISTGWDDHTFRPVTPVNRDAMAAFMYRFNALDN NA NA NA NA NA D3-18_00155 1428 abaF_2 Fosfomycin resistance protein AbaF ATGCGGTTACTTATGCAGGGATTGACCGGCCGCACCTCGCTTGGGTCTCCCTACAGAAGCCAGATCCGCGACATCGTCGTCACAGAAGGAACACCCATGAGCCAAACAATGCCGTCAGCGACGCCAGGCACTGAAACCACCGCCGGAACCCCAAAGAAGGCCGCGCTTGCCAGCTTCCTGGGCAGTGCCGTCGAGTACTACGACTTCTTCATCTTCGGCTCTGCCGCGGCCCTGATCTTCCCCCACGTTTTCTTCCCCTCCGCCGATGCCAACGCGGCGATCATGTCCTTCGCGACCTTCGGTTTCGCATACATCGCACGTCCCGTGGGTGCCGTGATCCTGGGCCATTTCGGTGACCGCATTGGCCGGCAGAAGGTCCTCATGTTCACGCTGGTCCTCATGGGTGCCGCCACTTTCGTGATTGGCTGCCTCCCGGACTTCAAGACAATCGGCTGGTGGGCACCCATCCTGCTGGTAGTTGCCCGCCTTTGCCAAGGACTTTCCGCCGCTGGTGAGCAGGCCGGCGCTTCCTCCATGACACTGGAGCACGCCCCGGACAACCGCCGCTCCTTCTTCACCTCTTGGACCCTCACCGGGACCCAGGGTGGCCAGATCCTCGCTGCGTTGGTGTTCATTCCTGTGGTGGCACTTCCGGACGACATCAAGTACGGCATCGGTTGGCGCATTCCGTTCTGGCTCAGCGCAGTGGTTGTCTTGGTGGCCTTCTTCATCCGCCGCACCCTCCACGAGCCGCCGGCCTTCGCGGAAGCCAAGAAGAACAATGAGATCTCCAAGCTCCCCGTTGCCGATCTCCTGAGGCTGCACTGGCGCGATGTCCTCCGCGTAGTCTGCTGCGCCTTCATCGCCGCAGTGAGTACGGTCTTTGGAACACTAGCCATCAAGTACGCCCAGGATGTTGCAGGGGTGAACAGCACCATCACACTCTGGCTGGTGGTCGCAGCCAACGTTGTTGCTTTGGGAACGCAGCCGCTGTTCGGCATGCTCTCGGACAAGATCGGCCGCAAGCCCGTGTTTATCTACGGAGCCCTTTCCAGCGCGATCATGACGCCGGTGTTCCTGCTGACCCTCGAAGGCGGCAACGTGCCGCTGATGTTCCTGGTCTCCGTGGTGTTCTTCTCCTTTGGATACGCTGCCGCCAACGCCGTATGGCCGTCCTTCTACGGCGAAATGTTCAGCACCAAGGTCCGTTTCTCCGGCTTGGCCATTGGCACCCAGTTGGGCTTCCTCATGGCAGGCTTCGCACCCGCCATCGTCACAGCCTTGGGTGGCACCAAGCCCGGCGGATGGGTCCAGATCTCCATCTTCACCGCCGTGATCTGTGTGATCGCAGCTGTCTCGGCCATGACCGCCCGCGAATCAGCCAAAACTCCCACCACGGAGCTCGGCCTGCACAAGCAAGTTCACTGA MRLLMQGLTGRTSLGSPYRSQIRDIVVTEGTPMSQTMPSATPGTETTAGTPKKAALASFLGSAVEYYDFFIFGSAAALIFPHVFFPSADANAAIMSFATFGFAYIARPVGAVILGHFGDRIGRQKVLMFTLVLMGAATFVIGCLPDFKTIGWWAPILLVVARLCQGLSAAGEQAGASSMTLEHAPDNRRSFFTSWTLTGTQGGQILAALVFIPVVALPDDIKYGIGWRIPFWLSAVVVLVAFFIRRTLHEPPAFAEAKKNNEISKLPVADLLRLHWRDVLRVVCCAFIAAVSTVFGTLAIKYAQDVAGVNSTITLWLVVAANVVALGTQPLFGMLSDKIGRKPVFIYGALSSAIMTPVFLLTLEGGNVPLMFLVSVVFFSFGYAAANAVWPSFYGEMFSTKVRFSGLAIGTQLGFLMAGFAPAIVTALGGTKPGGWVQISIFTAVICVIAAVSAMTARESAKTPTTELGLHKQVH PGPT0002956_293 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_00156 771 kdgR_3 COG1414 Transcriptional regulator KdgR ATGAATGTGAAAGAGGACACAAAGACCGACATGGTCGGCAAGGCCTTGAGCCTGCTGGTTTTACTGGGCAATGAACCCCGCGGGGCGAGTGCAGCGGACCTGGCGAGGAGTGCGAACCTCCCCTTCAGTACTACCTACAGGCTGTTGGGCTCGCTGACGCGCGATGGGTTTGTTGACTACGAGCCGGATGGGCGCCGCTACCACCTGGGATTGCGCGTCTTCCAACTCGGTCAGCGTGTCTCCAATCATCATGGTTTCGCCGCTACAGCGCTACCGGTCCTTCAGCGGGTCACCGAGCGCACGCATGAGGCCACAATCTTGTCCGTCCGCGACGGCAATCATCACCTCACCGTGAACAAGGTGGATGGCCCGAAGACCTTTCGCGTCACCAGTGACCCGGGCCATCTCGGCGCACTCCACACCACCTCTGTGGGCAAGGCGATCGTCGCGTTCGAGGATGAGCTTGAGCGGAAGCGGCTCCTAGAGGAGCTGCCCCTCGATCCATTGACCGATCGCTCCATTACCGACAGGGACAAGTTTCGGGAGGAAATCGAACAGGTCCGCCGTCAGGGCTACGCCGTGATGGATGAAGAAAACGAGATCGGTATGCGGGCAGTTGCGGTGCCGGTCCTCAACTCCCAGGGGCACGCGTTTGCCTCGCTGGCCACGGCCGTGCCGGTGTTCCGCCTCACCATGGAGGAGCTCATCTCGCATGTGCCTACTCTCCAGGAGGCCGCGGCCGAACTCGCGGCCCGCCTGCCTCAGCGATGA MNVKEDTKTDMVGKALSLLVLLGNEPRGASAADLARSANLPFSTTYRLLGSLTRDGFVDYEPDGRRYHLGLRVFQLGQRVSNHHGFAATALPVLQRVTERTHEATILSVRDGNHHLTVNKVDGPKTFRVTSDPGHLGALHTTSVGKAIVAFEDELERKRLLEELPLDPLTDRSITDRDKFREEIEQVRRQGYAVMDEENEIGMRAVAVPVLNSQGHAFASLATAVPVFRLTMEELISHVPTLQEAAAELAARLPQR PGPT0018213_45 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 D3-18_00157 912 aroE_1 Quinate/shikimate dehydrogenase (NAD(+)) ATGAGCAACCGAGCCGAGTCCGTTCTGGTGGGCCTCATAGGCGAAGGCGTCATGCCCTCGCTCACACCGCCCATGCATGAGCGCGAAGCCGATGTGCAGGGCCTTCGCTTGCTGTACCGCCCCATCGACCTGCTGGAACTCGCGTTGCCGGCCGCCGCCGTCGGAGATCTCCTGACCGCGGCGCAGCGCATGGGCTTCAACGGCCTGAACATCACGCACCCGTGCAAGCAGTTGGTGCTGGAGCACCTCGATGACATTTCCGACGACGCCCGTCGCCTGGGTGCAGTCAACACAGTCCTGATCCAGGACGGTCGGTTTATTGGCCACAACACAGACTTCTCGGGTTTTGGCTCGGCGCTCGCCGACGGGCTCCCTGGCGCGAAGCTGGGCCGTGTGGTCCAGCTTGGTGCTGGCGGTGCCGGTTCGGCAGTCGCCTACGCCCTCCTTACAGCCGGCGTCAGCACTTTGGACCTGGTGGACATGGATGCGGCCCGCGCAGCGGAACGTGCCGCCGAACTCGGCGGCCTCTTCCCTGAAGCCATTGTCACTCCACGCACTCCTGCAGAACTCGGTGAGATCATGCCCCTTGCCGACGGCTTGGTGCACTGCACCCCGATCGGCATGGCCGCCCACCCGGGCCTTCCCCTGGACATCGGGCTGCTTGAGTCGCGGCACTGGGTAGCGGACATTGTCTACCGCCCCATCGAGACTCAGCTGGTCCGCGAAGCGCGCGCCAAGGGTTGCGACATCCTCGACGGCGGCCGCATGGCAGTTGGGCAGGCGGCCGACGCTTTCCAGCTCATCACAGGACGCGAAGCCGACCGGGAACGGATGCGCGCGCACTTCCTTGAGCTGATCGCGGTGGAGGACGCCCAAGCTGCGGCCCCCGAGCTGGCGAAGGCAGGCCACTGA MSNRAESVLVGLIGEGVMPSLTPPMHEREADVQGLRLLYRPIDLLELALPAAAVGDLLTAAQRMGFNGLNITHPCKQLVLEHLDDISDDARRLGAVNTVLIQDGRFIGHNTDFSGFGSALADGLPGAKLGRVVQLGAGGAGSAVAYALLTAGVSTLDLVDMDAARAAERAAELGGLFPEAIVTPRTPAELGEIMPLADGLVHCTPIGMAAHPGLPLDIGLLESRHWVADIVYRPIETQLVREARAKGCDILDGGRMAVGQAADAFQLITGREADRERMRAHFLELIAVEDAQAAAPELAKAGH PGPT0012890_381 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 D3-18_00158 1872 hypothetical protein ATGCGCACCGGCATAGCGACCGTCTGCCTGTCCGGCACGCTGAAAGAAAAGATGCAGGCCTGCGCCATCGCGGGCTTTGACGGCATCGAGATCTTCGAGCAGGATCTGGTCACTTCGCCGCTCAGCCCTGAAGACGTACGGAAAATGGCCGCGGATCTTGGCCTTGGTCTGGATCTGTACCAGCCGTTCCGCGATTTCGACGGCGTCACTCCGGAGCTGCTGAAGGCCAACCTCAAGCGGGCCGAGGCCAAGTTCAACCTGATGGAACGCCTTGGCATGGACACCATCCTGGTCTGCTCCAACGTCGCAACGGCCACGATCGACGACGACGACCTCAGGGCCGAGCAGCTGGGGCAACTCGCCCGGCTTGCCGGGAATTATGGCGTCAAGGTTGCCTACGAGGCCCTCGCCTGGGGTAAGTACGTGAACGATTATGAGCACGCGTACCGTCTGGTCGAGGCCGTGGACCATCCCAACCTCGGCACCTGTCTGGACTCCTTCCACATTCTGTCCCGCGACTGGGACACCGCGCCGATCGAGAACATCAACGCGGAGAAGATCTTCTTCGTCCAGGTTGCCGACGCCCCCAAACTCTCCATGGATGTGCTCTCTTGGAGCCGCCATTACCGCGTTTTCCCGGGTGAGGGTCAGTTTGAGCTCGCCAAGTTCATGGGTCACGTGGTCCGGGCAGGCTACACAGGTCCGGTCTCCCTCGAAGTCTTCAACGACGTCTTCCGACAGTCAGACACGGAGCGCACCGCCGTCGACGCTATGCGCTCCCTGATCTGGCTGGAGGAGCAGAGCGCCAAGTGGCTGGCAGGCACCTCTAAGGACGCCGCGGGCGGCAACGGCAGCGCGTCCCGCCGTCGTTACCCCATGGAACTGGCCACGCTGCCCAAGGTGAATGAACCCGCCGGTTTCAACTTCGCCGAGGTCAAGGCGGACGACACCGCGCAGCTGGAGAAGCTCCTGGGGCAGCTCGGCTTTGAATTCGAAGGCCGCCACCGTACCAAGGATGTCCAGCTGTGGACCATGGGCCAGGCCCGGGTGATCATCAACGAGCAAGCGGCATCGCACTCGGAACCGGCTATCGCCGCGTTGGGGTTCGACGTCGATTCGCCAGTGATTGCCTCCGCTCGCGCCCAGCAACTCAAGGCGCCGGTAGTGGCTCGCAAGGTTCAGGCCGACGAGGAAGTCTTCCAAGGCATCTCAGCTCCGGACTCCACCGAGATTTTCCTCTGCCAAGGCAGCCCGGATGGCACCGCTGCGTGGACGCATGAGTTCGGCGAAGGGCTGGAGCACTCCGCAGGGCAGCAGAACGCCGTCATTGACCACGTGAACCTCGCCCAGCCCTGGCAGCACTTTGACGAAGCTGTCCTCTTTTACACCAGCGCCCTTGCCCTTGAACCGCAGCCGTTCGCCGAGGTCCCCAGCCCCAGTGGGCTGGTTCGCTCGCAGGTCATGGAGACCAGCAACGGAGCGGTCAGGCTGGTTTTGAACCTGGCACCCGCGCAGCAGGCACAAGCAGCCCGCAAAACGTACCAGGAACACATCGCCTTCGCTGTGGACGACCTCGTGGCGACTGCCCGGTCTGCCCGTGATCGTGGCCTCGAGTTCCTGCAGATTCCGGCCAATTACTACGAGGACCTGGACGCCCGGTTCGATCTTGAATCCGGATTCCTGGCCACCCTCCAGGAGCTTAACCTCCTGTATGACCGGGATGCCGACGGCGAATTCCTCCACTTCTACACCGCCACCGTGGGCAGCGTGTTCTTCGAAATGGTGGAACGCCGGGGCAACTACGACGGCTACGGGGCGCCCAACGCTCCAGTACGCCACGCCGTCCAATACGACTCGCTTCACCGGGTTTAG MRTGIATVCLSGTLKEKMQACAIAGFDGIEIFEQDLVTSPLSPEDVRKMAADLGLGLDLYQPFRDFDGVTPELLKANLKRAEAKFNLMERLGMDTILVCSNVATATIDDDDLRAEQLGQLARLAGNYGVKVAYEALAWGKYVNDYEHAYRLVEAVDHPNLGTCLDSFHILSRDWDTAPIENINAEKIFFVQVADAPKLSMDVLSWSRHYRVFPGEGQFELAKFMGHVVRAGYTGPVSLEVFNDVFRQSDTERTAVDAMRSLIWLEEQSAKWLAGTSKDAAGGNGSASRRRYPMELATLPKVNEPAGFNFAEVKADDTAQLEKLLGQLGFEFEGRHRTKDVQLWTMGQARVIINEQAASHSEPAIAALGFDVDSPVIASARAQQLKAPVVARKVQADEEVFQGISAPDSTEIFLCQGSPDGTAAWTHEFGEGLEHSAGQQNAVIDHVNLAQPWQHFDEAVLFYTSALALEPQPFAEVPSPSGLVRSQVMETSNGAVRLVLNLAPAQQAQAARKTYQEHIAFAVDDLVATARSARDRGLEFLQIPANYYEDLDARFDLESGFLATLQELNLLYDRDADGEFLHFYTATVGSVFFEMVERRGNYDGYGAPNAPVRHAVQYDSLHRV PGPT0009480_178 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0009480-hppD-K00457 NA NA D3-18_00159 888 hypothetical protein GTGCCGCAAGAACAGACCGCACAAGTCACTACCGCACAAGCGCTCGAATCCGAGGAACTCGTGCCGCCCGCCGAGGCGCATGCCGCGCACGTTTCCCCCAAGAAGGTGGAAACCCAAGCGGACCTCAGTGCTGAGATGAAGGGCATCAGCGATCGCTACGCCGCGGCCCTGACGAACGGCCGGGGGCCGGAGACCATGCCGCGCCTCGACTACGCGCCGTACCGCAGCAGCATCCTGCGCCACCCCACGAAGAGCCTGCATCACGCGGACCCGGAGACCATTGAGCTCTACTCGCCCGCGTTCGGCCACCAGGACGTGCATGCGCTGGAATCCGACCTGACCATCCAACACAACGGCGAGCCACAGGGTGAGCGCATCATCGTTGCAGGCCGTGTCCTTGATGGCGACGGTCGCCCTGTTGCCGGCCAACTCGTGGAGATCTGGCAGGCCAACGCCGCCGGACGCTACATCCACAAGCGCGATCAGCACCCCGCGCCGCTGGACCCGAACTTCACCGGCGTCGGCCGTTGCATCACAGGTGATGACGGCTCCTACAGCTTCACCACCATCAAGCCCGGCGCATACCCGTGGAAGAACCACCTGAACGCCTGGCGGCCGGCGCACATCCACTTCTCCATGTTCGGCTCGGAATTCACCCAGCGCATTGTTACCCAGATGTACTTCCCGGGCGATCAGCTGTTCCCGCTGGATCCCATCTACCAGTCGATCGTGGACCAGGACGCGCGCGACCGCCTCGTGGCCGAGTACGACCACGAACTCACCAGTCCTGAATGGGCGCTCGGCTACAAGTGGGACATCATCCTGACCGGTTCCAAGCGCACCTGGACGGAAAACGAAGCATACGGCGACGCCGGGGATGAGGAGTAA MPQEQTAQVTTAQALESEELVPPAEAHAAHVSPKKVETQADLSAEMKGISDRYAAALTNGRGPETMPRLDYAPYRSSILRHPTKSLHHADPETIELYSPAFGHQDVHALESDLTIQHNGEPQGERIIVAGRVLDGDGRPVAGQLVEIWQANAAGRYIHKRDQHPAPLDPNFTGVGRCITGDDGSYSFTTIKPGAYPWKNHLNAWRPAHIHFSMFGSEFTQRIVTQMYFPGDQLFPLDPIYQSIVDQDARDRLVAEYDHELTSPEWALGYKWDIILTGSKRTWTENEAYGDAGDEE PGPT0005015_52 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005015-pcaH-K00449 NA NA D3-18_00160 615 pcaG COG3485 Protocatechuate 3,4-dioxygenase alpha chain ATGGGCAAGCTGACACCCACACCGGGCCAGACCGTAGGACCGTTCTACGGCTACGCACTTCCCTTCAACAAGGACAACGAACTGCTGGCACCAGGCAGCCCGGGCAGCATCCGCCTGCAGGGCACGGTGTACGACGGTTCCGGCAGCACCATCCCGGACGCCATCCTGGAGATCTGGCAGCCCGACTCCGACGGCAACATTGTTCAGCGCACCGGCTCCTTGGTCCGCGACGGCTACACGTTCACCGGCTGGGGCCGCGGCTCCGTTGGCAACTCCGGCGTGTACACCTTCACCACCGTAAACCCCGGCCCCACGGCTCCCGGCGCTGCAGCCTTCATCTCCGTGGCCGTCTTCGCCCGCGGACTCATGAACCGCCTCTTCACCCGCGTGTACCTGCCGGAAAACGAGGAAGCATTGGCCAACGACCCGCTGCTGCGCTCCCTGGAACCTGAACGCCGCAAGACGCTCATCGCCCGCCGCGACCCCGACGGCGGCCTCACTTGGGATATCCGCCTGCAGGGCGGTGACGAGACCGTCTTCCTGGACTTCCAGCAGGACGGCTCACTGGAAACCAGCGTCAACGCGGACCATCCTTCAACGGAAAACCAAGCATGA MGKLTPTPGQTVGPFYGYALPFNKDNELLAPGSPGSIRLQGTVYDGSGSTIPDAILEIWQPDSDGNIVQRTGSLVRDGYTFTGWGRGSVGNSGVYTFTTVNPGPTAPGAAAFISVAVFARGLMNRLFTRVYLPENEEALANDPLLRSLEPERRKTLIARRDPDGGLTWDIRLQGGDETVFLDFQQDGSLETSVNADHPSTENQA PGPT0005010_508 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005010-pcaG-K00448 NA NA D3-18_00161 1413 pcaB COG0015 3-carboxy-cis,cis-muconate cycloisomerase ATGACCGACGGCGACTTCGGCCTCCTCAGCCCCGTCTCGGCGTCGCCCGCTGTGGCGGCACTGACGGGCGACCATGCCGTCATCGCGGCAATCCTCGACGTCGAAGCCTCCTGGGCTGCCGTCCTCGAGGAAGCGGGGCTGGTCCCGGCTGGCTCCGCCGCTGTGGTGGCCGAAGCCGCCGATGCCGGCTCATATGACGCAGCTTCTGTGGCGGAACGTGCCCAGGGTGGCGGCAACCCGGTCATTCCGCTGCTCGGCGACCTTCGCGCCCGGGTGAAATCCTTGGACGCCGGCGCGGTAGCCGCTGTCCACACCTCGCTGACCAGCCAGGACGTCCTCGACTCCGCCTTGATGCTCCTCGCCAACCGCACCATCTCTGCGTTGCTGGATAACGCGAAGCGCACGACGACGGCGCTCGCCACCTTGGCCGGAGAGCATGCGGACACGCTGTGCGTGAGCAGGAGCCTGACGCAGCATGCGCTGCCGTACACGTTCGGGCTTAGGGCTGCACAGTGGTTCCAGGGCGTCGCGGCTGCGGCTGCTCGGCTGGAGTCGCTTCGGTTGCCGGTTCAGTTCGGCGGAGCCGGAGGAACGCTGGCTTCGGGGACCAAGCTGACTGCGGGATCTGCTTCCACTCCGTTCGATCTGGCTGATTCCTTGGCCTCCCGGCTTGGCCTTGCACCAGCTCCCGCTCCCTGGCACACCAATCGCCTCGCAGTCACAGCCCTGGGTGATGGCCTCGCTGCCCTCCTTGATTCCTTCGGGAAGATCGCCGCGGACCTGTTGTTCCTGAGCCGCCCGGAAGTTGGGGAAGTTGGCGAACCCCTGGCCGCCGGACGCGGAGTTTCCTCGGCCATGCCGCAGAAGCAAAACCCTGTGCTGTCCGTACTGATCCGTAGCGCGGCATTGCAGGCGCCCGGACTCGCATCGCAATTGCACCTCGCCGCCACCATCTTCAACGATGAGCGGCCGGACGGTGCCTGGCACAGTGAGTGGCCCGCTCTCCGGCAGTTGCTGGCGTTGGCCTTGGGCGCTGCCGGACACCTCCGTGAACTCACGGAGGGCCTCCGTGTCTTCCCCGATGCCATGCGCCGGAACCTCGAGATCTCGGGACCGCTGCTGCTCAGCGAAGGCGTGACGGCCGCCGTCGCGCCTCTCCTGGGCGAGGAAGGAAAGCAGAAGCTGCAAGCCGTCGTCGACCAAACCCTCAAGGCGCCCACAGGGGAACAGTCCCGCATCTACACCAAGCTGCTGCGCGAAACCGTCCCTGCGGACAAGCTCTCGGATACCCAACTCGATGCGCTGCTTGACCCCGCGAGCTACCTCGGGGAAGCCCAGGAGATCGGCCGACGGATCCTTGCTTCTTACCCGCAATTCACTGGAATCTCTTCGAAGGGAACCGCCCGTGGCTAA MTDGDFGLLSPVSASPAVAALTGDHAVIAAILDVEASWAAVLEEAGLVPAGSAAVVAEAADAGSYDAASVAERAQGGGNPVIPLLGDLRARVKSLDAGAVAAVHTSLTSQDVLDSALMLLANRTISALLDNAKRTTTALATLAGEHADTLCVSRSLTQHALPYTFGLRAAQWFQGVAAAAARLESLRLPVQFGGAGGTLASGTKLTAGSASTPFDLADSLASRLGLAPAPAPWHTNRLAVTALGDGLAALLDSFGKIAADLLFLSRPEVGEVGEPLAAGRGVSSAMPQKQNPVLSVLIRSAALQAPGLASQLHLAATIFNDERPDGAWHSEWPALRQLLALALGAAGHLRELTEGLRVFPDAMRRNLEISGPLLLSEGVTAAVAPLLGEEGKQKLQAVVDQTLKAPTGEQSRIYTKLLRETVPADKLSDTQLDALLDPASYLGEAQEIGRRILASYPQFTGISSKGTARG PGPT0005000_106 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005000-pcaB-K01857 NA NA D3-18_00162 804 catD_2 COG0596 3-oxoadipate enol-lactonase 2 GTGGCTAAGCCAACTGTGAAGGGCGTGCTGCTCTCCCCGCAGCGCGAACTGGGAACCAATCCGCTCCTGGTGGTGGGCCCGTCTCTGGGTACGTCCACTGTTCTCTGGACCGAAACCGCGGCACTTCTTGGCGATCACTTTGACGTCATCGGATGGGACCTCCCCGGCCACGGCATTTCGCCGACCGTCACCGAGGGTTTCGATGTGGCGGAACTGGCTGACGCCGTCGTGGATCTTGTTGACTCTGTTTCGCCGGGCGCGAGGTTCCACTACGCCGGCGTCTCGCTGGGTGGGGCCACCGGCCTGCAGCTCGGCATCAAGCACGGTGACCGACTGCTCAGCTTGTCCGTCCAGTGCAGTGGCGCCAAGCTCGGCACCCCGGAAGGCTGGCTGGAGCGCGCCGAAACCGTGCGGAAACTCGGCACCCCTGTCATGATCCAAGGCTCCGCTGAACGCTGGTTCGGTCCCGGTTTCATGGACCGTCAGCCGGACATTAGTAGCCGGCTCCTGCACGCCCTGCGCGATGCCGACCGCTTCGGCTACGCGTTCTGCTGCGAAGCCCTTGCCGTGTTCGATGTCCGCGAGCAGCTCGGCAGCATCACCGTCCCCACGCAGGTGATTGCCGGCGTCGAGGATTCGGTAGCGCCGCCGTCGATGGCTGACGCTGTTGCCGCTGGCATCAGCGCTGGAGGTGGTACTGCTCAGGCGGTGGCGCTCGACGGCGTCGCCCACCTCGCCCCTGCCGAGGCGCCGGCCGCCGTGGCTGATTTGATGCGCACCTTCATGAAGGAGAACGGACGATGA MAKPTVKGVLLSPQRELGTNPLLVVGPSLGTSTVLWTETAALLGDHFDVIGWDLPGHGISPTVTEGFDVAELADAVVDLVDSVSPGARFHYAGVSLGGATGLQLGIKHGDRLLSLSVQCSGAKLGTPEGWLERAETVRKLGTPVMIQGSAERWFGPGFMDRQPDISSRLLHALRDADRFGYAFCCEALAVFDVREQLGSITVPTQVIAGVEDSVAPPSMADAVAAGISAGGGTAQAVALDGVAHLAPAEAPAAVADLMRTFMKENGR PGPT0004995_961 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 D3-18_00163 459 hypothetical protein ATGAGCACTTCTTCCCCCGATAGCTTCGCCCGGAATGGCGCAGTCCAGCCCGACGCCACCGCCCAGGACATTTACGACGCCGGCATGGTGGTCCGCCGCGAAGTGCTGGGCAATGAGCATGTGGACCGCGCCAACGCCAACAAGGATTCCTTTACCGAGGACTACCAGGACATGATCACCAGGATTGCCTGGGGTGGCATCTGGACGCGGCCAGGCTTGAGCCGGCAAATGCGCTCGGCGGTCACCCTCACGGCGCTGGTGGCGCACGGTCACTGGGAGGAGCTGGCCATGCATATTCGGGCAGCCCTCAACAACGGCCTGAGCAGGGACGAGGTCAAGGAAATCCTGCTGCAGACCGCCATCTATTGCAGTGTGCCGTCGGCCAATTCGGCTTTCAAGACGGCCCAAAAAGTATTCGCAGAGATCGACGCTGCTTCCCCGCTTAACGAACCCAACTAA MSTSSPDSFARNGAVQPDATAQDIYDAGMVVRREVLGNEHVDRANANKDSFTEDYQDMITRIAWGGIWTRPGLSRQMRSAVTLTALVAHGHWEELAMHIRAALNNGLSRDEVKEILLQTAIYCSVPSANSAFKTAQKVFAEIDAASPLNEPN PGPT0005005_1663 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005005-pcaC-K01607 NA NA D3-18_00164 1218 pcaF COG0183 Beta-ketoadipyl-CoA thiolase ATGAACCAGGCTTTTGTGTACGACGCCGTGCGCACGCCCTTTGGTAAGTTCGGGTCCGGACTTGCTGCTGTCCGCCCGGATGACCTTGCCGCCCATGTGGTCCGCGAGTCCGTTCGCCGGGCGCCGGGGCTGGATGTTGAGCGGATCGACGAGGTGGTGTTCGGCAACGCCAACGGCGCCGGCGAGGAAAACCGGAACGTCGCCCGCATGGCTACCCTGCTCGCTGGGCTCCCGGTCTCCATCCCGGGCACCACGGTGAACCGTCTCTGCGGCTCGTCCCTGGATGCGGCGATCATTGCCTCCCGTCAGATCAACGCCGGCGACGCCGACCTGATGCTGGTGGGCGGCGCGGAGTCCATGTCCCGTGCGCCCTGGGTGCTGCCGAAGACCTCCAAGCCCTACCCCGCCGGTGACATGACACTCGCGTCCACCACACTCGGTTGGCGCCTGGTGAACCCGGCCATGAACAAGGACTGGACCATCTCCCTGGGTGAAGCCACCGAGCGTCTGCGCGAGAAGTACGGGATTACCCGTGAACGCCAGGACCAGTTCGCTGCTGACTCGCATAATCTGGCTGATGCAGCGTGGAATGACGGCTTCTACGACAACCTTGTGGCTCCGGTTCCGGGCACCGACCTGGTCCGTGATGAGGGAATCCGTGCCGGTTCTACGGCCGAGAAGCTCGCCACACTGAAGACCGTGTTCCGGAACGAGCCCGAGGGTGCAGAGGTTGGCGGGACGGTCACCGCCGGCAACGCTTCTCCTTTGTCTGATGGCGCATCCGCGTCATGGATCGGCTCGGAAGCCGCTGCTGGGATGCTGGGCTTGGAGCCCCTGGCCCGCATCGCTGGCCGTGGTGCGCATGGCAACGATCCCCAGTACTTCGGTTTCGCACCGGTGGAGGCCGCGAACAAGGCCCTCGCGAAGGCGGGCATCGGCTGGGACCAGGTCGGCGCCGTCGAACTTAATGAGGCGTTTGCCGCGCAATCGCTGGCGTGCGTTGACGCGTGGGGGATCGACCCCGCAATCGTGAACCAGCACGGCGGTGCGATCGCGATGGGCCACCCGCTCGGCGCCTCCGGTACCCGCATCCTCGGAACGCTCGCCCGGTCACTGCAGGCTTCGGGGCAGCGTTGGGGTGTCGCGGCAATCTGCATCGGCGTGGGTCAGGGCCTGGCCGTGGTGCTCGAAAACGTCACTGCCGGCGCATCGGCATAG MNQAFVYDAVRTPFGKFGSGLAAVRPDDLAAHVVRESVRRAPGLDVERIDEVVFGNANGAGEENRNVARMATLLAGLPVSIPGTTVNRLCGSSLDAAIIASRQINAGDADLMLVGGAESMSRAPWVLPKTSKPYPAGDMTLASTTLGWRLVNPAMNKDWTISLGEATERLREKYGITRERQDQFAADSHNLADAAWNDGFYDNLVAPVPGTDLVRDEGIRAGSTAEKLATLKTVFRNEPEGAEVGGTVTAGNASPLSDGASASWIGSEAAAGMLGLEPLARIAGRGAHGNDPQYFGFAPVEAANKALAKAGIGWDQVGAVELNEAFAAQSLACVDAWGIDPAIVNQHGGAIAMGHPLGASGTRILGTLARSLQASGQRWGVAAICIGVGQGLAVVLENVTAGASA PGPT0001565_931 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 D3-18_00165 705 pcaI COG1788 3-oxoadipate CoA-transferase subunit A ATGCTGAATTTCATTGACACTGTTGGCGAGGCTGTCGCCGGCATCAAGGACGGTTCCACAGTGATGATCGGCGGGTTCGGCAACGCCGGGCAGCCGTTCGAACTGATCGACGCCCTGATGGATTGCGGCGCGAAGGACCTGACCGTGGTGAACAACAACGCCGGCCAAGGCGATCAAGGCCTCGCGCTGCTGATCAAGGAAGGCCGCGTTCGCAAGATGATCTGCTCCTTCCCGCGGCAGTCCGATTCCTGGCACTTCGACGCCAAGTTCCACGCCGGTGAGATCGAGCTGGAACTCGTCCCGCAGGGCAACCTTGCTGAACGCATCCGCGCCGCGGGGGCCGGCATCGGGGGCTTCTTCACGCCCACCGGGTACGGCACCACCCTGGCTGAGGGCAAGGAAACCCGGTTGCTGGACGGGAAATGGCAGGTCTTCGAGACACCCATCCACGCTGATGTCGCGCTGATCAAGGCACTCAAGGCTGACGGCAAGGGCAACCTCGTGTACCGCAAAACTGCCCGGAACTTCGGTCCCATCATGGCCGCTGCAGCCAAGCACACCATCGTGCAGGTCTCGGAGATCGTGCCCACGGGTTCCTTGGATCCAGAGAACGTGGTGACCCCGGGGATCTATGTCAACAGCGTGGTCCGCGTCGATTCTGCTGACTCAGTCGATTCTGCTGACTCAAACAAAAAGGTGGCGTGA MLNFIDTVGEAVAGIKDGSTVMIGGFGNAGQPFELIDALMDCGAKDLTVVNNNAGQGDQGLALLIKEGRVRKMICSFPRQSDSWHFDAKFHAGEIELELVPQGNLAERIRAAGAGIGGFFTPTGYGTTLAEGKETRLLDGKWQVFETPIHADVALIKALKADGKGNLVYRKTARNFGPIMAAAAKHTIVQVSEIVPTGSLDPENVVTPGIYVNSVVRVDSADSVDSADSNKKVA PGPT0005025_485 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005025-pcaI-K01031 NA NA D3-18_00166 669 pcaJ COG2057 3-oxoadipate CoA-transferase subunit B ATGAGCACCCAAACCAGCATCCAGACCTCCGAAAAGCCGCTGGGCCGCGACGAACTCGCCCAGTTGGTGGCCCGCGACATCGCCCCCGGCTCCTTCGTGAACCTGGGCATCGGCCAGCCAACCTTGGTGTCCAACTACCTCACAGAGGAACAGAACATCACGCTCCACACGGAGAACGGGATGCTCGGCATGGGCCCGGCCGCCCTTGGGGCTGACGTCGACGGTGACCTCATCAACGCCGGTAAGATCCCCGTGACCGAACTGCCTGGGGCTTCGTACTTCCACCACGCTGACTCGTTCGCGATCATGCGTGGCGGGCACTTGGACATCTGCGTGCTCGGTGCCTTCCAGGTATCCGCCACGGGTGACCTCGCCAACTGGCACACCGGCGCCCCGGACGCGATCCCCGCCGTCGGTGGCGCGATGGACTTGGCGACGGGAGCCAAGGACGTGTTCGTGATGATGACGTTGCTGACGCGAGAGGGCGTGTCCAAGCTTGTGGAACAGTGCACCTACCCGCTTACCGGCGTCGGCTGCGTCACCCGCGTGTACACGGACAAAGGTGTGTTCCTCACAGGACCTGACGGCGTCACCGTGCGCGAGACGTTCGGCTGCACGTTCGAGGAAATCCAAGAGCTCGTGCCGTTACCCCTGAAGAAGGCAGAGTAG MSTQTSIQTSEKPLGRDELAQLVARDIAPGSFVNLGIGQPTLVSNYLTEEQNITLHTENGMLGMGPAALGADVDGDLINAGKIPVTELPGASYFHHADSFAIMRGGHLDICVLGAFQVSATGDLANWHTGAPDAIPAVGGAMDLATGAKDVFVMMTLLTREGVSKLVEQCTYPLTGVGCVTRVYTDKGVFLTGPDGVTVRETFGCTFEEIQELVPLPLKKAE PGPT0005030_228 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005030-pcaJ-K01032 NA NA D3-18_00167 822 hypothetical protein ATGACCGATTCCGCGCTTACCCCCGATTCCCCGGTAACCCCGCAGGCCAGCGACCAGTATGTTCAGTCGTTGGCGCGGGGTCTGGCCGTGATTCGGGCGTTCGATGCGAACAACCCCCTGATGACCCTCAGTGAGGTGGCGGCCCGCACGGACCTGACCCGGGCCACGGCACGCCGTTTCCTGCATACCCTGGTTGAGCTCGGCTACGTCCGCACCGACGGCAAGACCTTCGCGCTCACGGCCAAAGTGCTGCAGCTTGGTTACTCGTACTTGTCGGCCTTGTCCCTGCCGCAGCTGGCCCAGCCGCACTTGGAACAGTTGAGCCTGAGGCTGGGCGAGTCGACGTCCGCCGCGGTCCTGGACGGTCAGGACATCTTCTACGTAGCCCGCGTCGCCACACGCCGGATCATGAACGTAGGCATTACCGTGGGCACGCGCTTCCCGGCGTACGCCACGTCCATGGGTCGCGTCCTGCTCGCCGGATTGCCGCAGGCCAAGCTTGAGGCCTACCTCTCGACGGCGGAACTAACGCCGCTCACGCCGCGAACCGTCGCCAGCGTTCCCGACTTGAGGGCCGCCGTCGAGCAGGTCCGTTCGCAAGGATGGTGCCTGCTGGACCAGGAGCTGGAGATCGGGCTGATGTCCATTGCAGCGCCGGTGTGGAACCACAACAATGGCGACAACGTCGCGGCCATTAACGTGTCCCTGCAAGCTCAGGCCGTCGCGTCCCAGCCGAACCCGGCGAAGTACCTCGACGCCGTGCGCCAGGAAGTGGTGGCTACGGCCAACACCATCTCGCAGGATGTTTCCGCCAAGCACTAA MTDSALTPDSPVTPQASDQYVQSLARGLAVIRAFDANNPLMTLSEVAARTDLTRATARRFLHTLVELGYVRTDGKTFALTAKVLQLGYSYLSALSLPQLAQPHLEQLSLRLGESTSAAVLDGQDIFYVARVATRRIMNVGITVGTRFPAYATSMGRVLLAGLPQAKLEAYLSTAELTPLTPRTVASVPDLRAAVEQVRSQGWCLLDQELEIGLMSIAAPVWNHNNGDNVAAINVSLQAQAVASQPNPAKYLDAVRQEVVATANTISQDVSAKH NA NA NA NA NA D3-18_00168 1158 hypothetical protein ATGGTGAAGTTCACGAATCGTTTGGTTGCTGAGGTTGTCCAGTCGTTCTGGCAGCAGGTTGCGGACGGTGCCCGTTTTGAAGATGCTGGTGCGTTCGTCGGGTGGTCCGTAACGACGGTCCGCCGTGAGCTGAGGTCCTCAGGAGGGGTCCGGCCCCGTCGGGGCCGGACCCTGACCGGCCGTTCCCTATCGTTCCAGGAGCGGGAGTTGATCTCGTTATGGCGGGGCAAGGAATCGGTCCGTGAGATCGCCAGACGTTTGGGTCGTTCCCCGTCAACGATCTCCCGGGAGCTCCGGCGGAACGCTGACAAGGTCTTTTTCTACCGGGCTACCACCGCCCATGCCCGCGCCCACGCCCGGGCAGCCAGGCCCAAGACCGCTAAGCTCAACAGCAACAAGCCCTTGCGCCTGGAAGTCGAAAAGCGGCTCGAAAAGAAAGACTCACCGGTCCAGATCGCTGGCAGACTCCGCAAGGACTTCCCGAACAACCCGGAGATGTGGGTGTCACACGAGACCATCTACCAGTCCCTCTATCTCGAGTCCCGGGGCGGGCTAAAGCGGGAACTGGTCAAGAACCTGCGCACCGGCCGGACCCTGCGCAAACCCCAACGCCGCCCCGACGAACGCCGCGGCAGAATCCAGGACAAGGTCATGATCGCCGACCGTCCCGCCGAGGTCGAAGACCGTGCCGTGCCAGGGCATTGGGAAGGGGACCTGATCGTAGGCAAGGACGGAAAAACCGCCATCGGCACCATCGTGGAGCGCACAACCGGGTTCGTGATGCTCCTCCATGTCCCGACCGGTCAAAACCGTGCCGAGTCTGTTCGGGATGGGCTGATCCGCAAAATGGGCGCCCTTCCCGACGAACTGAGGCTCTCACTGACCTGGGACCAAGGCACCGAAATGCGCAGGCACAAGGAAGTGAAGATCGCAGCCGACATCGACATCTACTTCTGCGATCCCCACTCACCTTGGCAACGCGGCTCGAACGAGAACACCAACGGGCTCCTGCGCCAGTACTTCCCCAAAGGCGCAGACCTAAGCATCTACAGCCAAACCGACCTCGACTACGTCGCCCACGAACTCAACGACAGACCCCGCCAACGATTCGACTTCTGCACCCCCAATGAGATGATCAGAACCTTCCTGTTGCGATAA MVKFTNRLVAEVVQSFWQQVADGARFEDAGAFVGWSVTTVRRELRSSGGVRPRRGRTLTGRSLSFQERELISLWRGKESVREIARRLGRSPSTISRELRRNADKVFFYRATTAHARAHARAARPKTAKLNSNKPLRLEVEKRLEKKDSPVQIAGRLRKDFPNNPEMWVSHETIYQSLYLESRGGLKRELVKNLRTGRTLRKPQRRPDERRGRIQDKVMIADRPAEVEDRAVPGHWEGDLIVGKDGKTAIGTIVERTTGFVMLLHVPTGQNRAESVRDGLIRKMGALPDELRLSLTWDQGTEMRRHKEVKIAADIDIYFCDPHSPWQRGSNENTNGLLRQYFPKGADLSIYSQTDLDYVAHELNDRPRQRFDFCTPNEMIRTFLLR PGPT0030610_168 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482 NA NA D3-18_00169 345 hypothetical protein ATGGGAACCGTCACCGAATATCTTGAGGGCGTCAGCGAGGCCAACCGCTCGATTCTGGAGCGGATTGTGGGGATCGCCCGCGAGCTGGCCCCCGACGCCGAAGAAGGCGTCAGCTACGGAATGCCCGCGCTGCTGGTTGATGGCAAGGGCTTCCTGAGCGTGCAGGAAACCACAAAGCACTTGGCCCTGTACCCATTCAGCGGGCAGATCCTGCCGGAGATGTCGGAGGAGCTTGGGGGTTATTCGTGGTCGCCGGGGACGCTTCGTTTTTCTGCGGATAATCCCGTGCCGGACTCCATGGTGCGCCGGATCCTTGAGACGCGGTTGGCAGCGATCCGAAAGTAG MGTVTEYLEGVSEANRSILERIVGIARELAPDAEEGVSYGMPALLVDGKGFLSVQETTKHLALYPFSGQILPEMSEELGGYSWSPGTLRFSADNPVPDSMVRRILETRLAAIRK NA NA NA NA NA D3-18_00170 399 yabJ_1 COG0251 2-iminobutanoate/2-iminopropanoate deaminase ATGAGCCACACAACGATCAACCCGGAATCGCTGGCCAAACCATCCGGCTACGCACACGGCATCCTTGCCGGCAACACCGTTTTCCTGGGCGGGCAGACCGCCTTGGACAAGAACATGAACATCGTTCCCGGCGGAATCGTGGAGCAGTTCACGCAGGCGTTCTCCAACGTGATCACCACGCTGCGTGAAGCCGGCGGAGAGCCCGAAGACCTGGTCAACGTGACCATCTACCTCACCGATGTGGACGACTACATGGCCAACGGTCGCGAAATCGGACGAATCTGGCGGGAAATGGCGGGCTCGCAGTACCCCGCAATGGCCGGCATCGGCGTCACTCGCCTCTGGCAGAAAGAGGCCCTGATCGAAATCCAGGGCATCGCGGTGATTCCGGAACGCTAA MSHTTINPESLAKPSGYAHGILAGNTVFLGGQTALDKNMNIVPGGIVEQFTQAFSNVITTLREAGGEPEDLVNVTIYLTDVDDYMANGREIGRIWREMAGSQYPAMAGIGVTRLWQKEALIEIQGIAVIPER NA NA NA NA NA D3-18_00171 864 hypothetical protein ATGAAACTAGCCACCTTGCGCACGGCCGGCGGAAGTACGACGGCGGCACTCGCCACGGGCGCCGGCTCTTACCTCACGTTGCCCGCCACTGACGTCGGGGCGCTCCTGGCGCAGACGGGGTGGCGGTTGGTCATCGAGAAGGCAAAAGGGGCTGCCGCGTCCAAGGAGCAGAAAGTCATCGCGGAAGGCGAAGCCCACCTCGCACCGCTCCTTCCCCGCGCCGGCAAAGTCATCTGCTGTGGCCTGAACTACGGCGACCACATCCAGGAAATGGGACGCGAACTTCCCCAGTACCCCACGCTCTTCGCCAAGTACGCGGACACCCTGGTGGGAGCAAACGACACTGTAGAGGTCCATGGCAGCGGCCGCGTCGACTGGGAAGCCGAGCTCGCCGTCGTCGTGGGTTCTGAACTGTTCCGTGCGGACGAGGACCAGGCCCGTGAGGCCATTGCCGGCTACACAATTGCCAACGACGTTTCCATGCGCGACTGGCAAAACCGGACCCTGCAGTGGTTCCAAGGCAAAGCCTGGGACGGCACCACCCCCGTAGGCCCGGTCATGGTCACGGCAGATGAAGCCGGGGAACATTTCGACGTCCGCGGCTACGTCAACGGCGAACTCGTGCAGCAGGGGAACACCAGCACTTTGGTGTTCGGCCCGGCGCAGCTGCTGTCCTACATTTCGCAATTCACCACCCTGCGCCCCGGCGACCTCGTCCTCACCGGAACGCCCGGGGGAGTGGGGATGGGAATGACCCCGCCGCGCTTCCTCAAGGACGGCGACGTCCTCACCACCGAAATTGATGGGATCGGCCGGCTGGAAAACCAGTTCCGGATCCACGCAGCAGTCCCAGCAAACGCCTAA MKLATLRTAGGSTTAALATGAGSYLTLPATDVGALLAQTGWRLVIEKAKGAAASKEQKVIAEGEAHLAPLLPRAGKVICCGLNYGDHIQEMGRELPQYPTLFAKYADTLVGANDTVEVHGSGRVDWEAELAVVVGSELFRADEDQAREAIAGYTIANDVSMRDWQNRTLQWFQGKAWDGTTPVGPVMVTADEAGEHFDVRGYVNGELVQQGNTSTLVFGPAQLLSYISQFTTLRPGDLVLTGTPGGVGMGMTPPRFLKDGDVLTTEIDGIGRLENQFRIHAAVPANA PGPT0001630_69 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001630-hpaF-K16164 NA NA D3-18_00172 483 hypothetical protein ATGAGCCAGACCACCACCGAATACCGCCTCGAAGGCGACAACTCCATCTACGCTCAGGCTGACGGCAAAGTTGTCCCCGTCGTCACCCGCGCCGGTGCCGAAGACACCAACACGGCGCAGTCCGGCGATTGCATCCGCGTCTCCGGCGTGAGTATCCAGCACACCCCGGCAACCAAAATCTGGTTCGGCCAGGTGTCCAACACCCCGGGCTACCGCTCACTTCCGCACCACCACGGCGAGGCAGAGACCGGTGGCTACGTGCTCCGCGGCCACGGCCGGATCTACTTCGGCGAGAACTACTCAGAATTCATGGACATGAAGGCCGGCGACTGGGTATTCGTTCCGCCGTTCATGCCCCACGTCGAGGCAAACATGTCCGTCACGGAAGAACTCGTCTGGCTCACCGCGCGCACGCCGGAGAACCTCGTGGTCAACCTCGAAGACGTCGCCGACGAAACTCTCGCCGACTACCGCCGGGCCTAA MSQTTTEYRLEGDNSIYAQADGKVVPVVTRAGAEDTNTAQSGDCIRVSGVSIQHTPATKIWFGQVSNTPGYRSLPHHHGEAETGGYVLRGHGRIYFGENYSEFMDMKAGDWVFVPPFMPHVEANMSVTEELVWLTARTPENLVVNLEDVADETLADYRRA NA NA NA NA NA D3-18_00173 873 tesB_1 COG1946 Acyl-CoA thioesterase 2 ATGATTACTGGAACCCTGACGTCCGAAACCTTCCTCAAGGCCGTTGAACTCACGCCCACAACGGCCGAGGTTTTCGACGAAGCCTATGAAGCAACCACCCAGTACGTGCCGTGGCCAAAAGCCTATGGTGGAGACATGGTGGCACAGGCTGCGGCCGCAATGATGCGGTCCGTTGATGCTGACAGGACTTTGCACTCGATGCACAGCTACTTCATGCGTCCGGTGGATATCGGTTCCAGTGTCCGCTACGAAGTGGAGCGTCTGCGGGACGGTCGCGGGTACTCCACCCGCACGGTCCGCGGCTTCCAGAACGGCAAGCCAGTCTACGCAGCCATGGGCTCGTTCCAAGTGCCCGAGAGCGGGCCGGACTTCCAGCCCGAGGCCCCTGCCGCCGTCGAGCCTGAATCACTGCGGACTGCGGCCGAAGCACTGGACGGAACGGATGGTCCGGCTGCGGACTACTGGTCCACGGGCCGCAGTTTCGATATGCGCCATATTCCAGGACCCGTATATATCGAACTCGAGGGCGGATCGGTGCCCCAGCAGGCGATTTGGGTCAAGGCTTTCGACGCCCTGCCTGACGACGCCGACCTCCACCGCACAGCGCTGGCTTACGTCTGCGACTACACAATTTTGGAGCCGCTGCTCCGGGTGAACGGATTCAATTGGTCCAGCCCGGGACTCGCCACCGCCAGCTTGGACCACTCCATGTGGTTCCACCGCGAGGGTCGCGCTGACGACTGGGTGCTCTACGCCCAGGAAGCTATCTCCGGTCAGAGCAACAGGGGCCTCGCCATGGGCCGCTTCTTTGATCGGCAAGGAAGACTGCTGGCCACGGTGGCCCAAGAGGGCATGATCCGGGCCGGCTCCTAA MITGTLTSETFLKAVELTPTTAEVFDEAYEATTQYVPWPKAYGGDMVAQAAAAMMRSVDADRTLHSMHSYFMRPVDIGSSVRYEVERLRDGRGYSTRTVRGFQNGKPVYAAMGSFQVPESGPDFQPEAPAAVEPESLRTAAEALDGTDGPAADYWSTGRSFDMRHIPGPVYIELEGGSVPQQAIWVKAFDALPDDADLHRTALAYVCDYTILEPLLRVNGFNWSSPGLATASLDHSMWFHREGRADDWVLYAQEAISGQSNRGLAMGRFFDRQGRLLATVAQEGMIRAGS PGPT0001835_1101 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001835-tesB-K10805 NA NA D3-18_00174 1674 bclA Benzoate--CoA ligase ATGAGCATGATGCCATCGGCCCACGTGGACACGTTCACCCGCGACCACCTGCCGCCCGCCGATACCTGGCCTGCGCTTGAATTCACCCTCCCCGAACTCCACTACCCGGAACGGCTCAATGCTGCTGCCGTACTGATCGACGACGGCGTTGAACAGTACGGCGCGGACAGCCCGGCCCTGCGGACCCCGGACGGCGTTATCTGGACCTACGGTCAGCTCCAGCAGCATTCCAATCAGGTGGCCCAGGTCCTCACCGAAGACCTTGGTGTTGTGCCGGGCAATCGCGTGTTGCTGCGCGGGCCCAACAACCCCTGGATCGTTGCTGCCTGGCTCGGTGTGCTGAAAGCCGGCGCCGTGGTGGTCACCACCATGCCCATGCTGCGTTCCAACGAAGTCTCCACGCTCATCGGCCTCACCAAGCCGGTGGTGGCCATCTCTGATCACCGCTTCGTGGACGAGCTCAGGGTCGCGGCGGGGGACGAGGTTAGGGTCCTGAGCTACGGAGCACACGACGACGACGATCTCTCCTCGCGCTGCGGGCAAAAGAGCGGCGTGTTCACGGCTGTGGATACCTCAGCCGACGACGTTGCGCTGCTGGGTCCGACGTCGGGGACTACCGGAGTGCCGAAGGTGACCATGCACTTCCACCGGGACATCCTGGCAAACGCGGACACCTTCGCCCGCTTCATTCTGGAGCCAACGGCCGATGACGTCTTCGCTGGTTCGCCGCCTCTGGCTTTCACTTTCGGGCTGGGTGGCCTGGTGGTCTTCCCTCTCCGGTTCGGCGCATCGTCGCTCCTGACTGAGAAGGCCGGGCCCGTGGAATTGGCCGAGCACGCCTCAGCCGCTGGTGCCACGATCCTCTTCACTGCACCCACTGCGTACCGGGCCATCCTGAAGGAGAAGCGCGGGGACCTCCTGCGCGGACTCCGCGTTGCTGTCTCTGCTGGAGAGCACCTGTCCAAGGAAACCTGGGAAGCTGTTCGGGAGGCTACCGGCCTGCGTCTGGTCAACGGAATCGGTGCTACTGAGCTACTGCACGTGTTTATTTCCGCCGCTGGCGATGACATCCGTCCTGGAACCACGGGGCGTGCCGTTCCGGGCTTCCGGGCCACCATCTTGGACGACGACGGCAACGAGCTCGGCCCGGGCAGCATCGGCCGCCTCGCCGTCATTGGGCCCACGGGCTGCCGCTACCTCGACGATGCCAGGCAGGCAAACTACGTGGTCCGGGGCTGGAACGTCACCGGCGACACGTTCGCCATGGACGCCGACGGATACTTCACCTATCAGGCCCGCTCGGACAACATGATCGTTTCCTCCGGTTACAACATCGGTGCACCAGAGGTTGAAACGGCCATAGACCAGCACCCGGATGTAGTGGAAAACGCGGTCATCGGCGTCCCGGACGAAGAGCGTGGCAGCATCGTCTGCGCTTTCATCGTGCTGCGCGAAGGCGTCACCGGCGACGCCGCAAAACGCAAGGAAATCCAGGACTTCGTGAAGCAGGCCATCGCCCCATACAAGTACCCCCGGGACGTCCGCTTCGTCAGCGAACTGCCACGCAATCCCAGCGGCAAACTCCAGCACTTCAAGCTCCGCGACGGCCTCCAGAAGGAGAACCCCGCAGCCAAGAACGAACAACTTACCCCTGCCGGCCAGAGCCAGGCCTGA MSMMPSAHVDTFTRDHLPPADTWPALEFTLPELHYPERLNAAAVLIDDGVEQYGADSPALRTPDGVIWTYGQLQQHSNQVAQVLTEDLGVVPGNRVLLRGPNNPWIVAAWLGVLKAGAVVVTTMPMLRSNEVSTLIGLTKPVVAISDHRFVDELRVAAGDEVRVLSYGAHDDDDLSSRCGQKSGVFTAVDTSADDVALLGPTSGTTGVPKVTMHFHRDILANADTFARFILEPTADDVFAGSPPLAFTFGLGGLVVFPLRFGASSLLTEKAGPVELAEHASAAGATILFTAPTAYRAILKEKRGDLLRGLRVAVSAGEHLSKETWEAVREATGLRLVNGIGATELLHVFISAAGDDIRPGTTGRAVPGFRATILDDDGNELGPGSIGRLAVIGPTGCRYLDDARQANYVVRGWNVTGDTFAMDADGYFTYQARSDNMIVSSGYNIGAPEVETAIDQHPDVVENAVIGVPDEERGSIVCAFIVLREGVTGDAAKRKEIQDFVKQAIAPYKYPRDVRFVSELPRNPSGKLQHFKLRDGLQKENPAAKNEQLTPAGQSQA PGPT0005570_50 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_NITRO-|AMINOBENZOATE_DEGRADATION,PGPT0005570-abmG-K08295 NA NA D3-18_00175 2391 namA_1 NADPH dehydrogenase ATGAAAATCGCAATCGTTGGAGGCGGCCCCGGCGGCCTGTACTTCGCAGCACTGATGAAGCAGCTGGATCCGTCGCACGACATCACCCTCTGGGAACGCAATGCTGCCAGCGACACCTTTGGCTTCGGCGTCGTGTTTTCCGATGAGACCCTCGGCGGCATCGGCAACGCCGATCCCGTGGTGGCTGAATACATGAGCCGCCGCTTCGCCCGCTGGTCCGACATCGACATCCACTTCCGCGGCGAAATGATGACAGTCGGCGGCCAGGGCTTCGCTGCCATGAGCCGCAAGGAACTGCTGGAGCTGCTGCAGCGCCGCTGCATCGAACTGAACGTTGACGTGCGGTTCAGCACCTTGGCTCCCGCCGTTGAGGAACTTGAAGCCAACTACGATCTGGTTCTTGCCGCGGACGGCATCAACTCGCAGATCCGCGCCAAGTACGCTGACTCCTTCAAACCAAACCTGGACATGCGGAGCAACAAGTTCATGTGGCTTGGCACAGACCAGGTGTTTGAGGCCTTCAAGTTCTTCGTGAAGGAAACCGAGTGGGGCGTCATGCAGATCCACGGTTACCCCTACTCGGATGAGGGCTCCACTTTCATTGTGGAAATGCACCAGGACGTGTGGCACGCGGCAGGTTTCGACGAGACCGACAACGAGGTTTTCCCTCCCGGCGTCTCGGATGAGAAGGCGATTGCCAAGATCCGCGAGATCTTCGCCGAGGAACTGAACGGCTACGAGGTCCTCACCAACAACTCAAAGTGGATCAACTTCACCACGGTCCGCAACGAAAACTGGCGCCACAACAACGTTGTGCTCCTGGGCGATGCCGCCCACACAGCCCACTTCTCCATTGGTTCGGGCACCAAGCTGGCCATGGAGGACTCGCTGGCACTGGCCGCTTGCCTGCACGAGCACGCAGATGTTGAGTCGGCTCTGGCAGCTTATGAGGCTGAGCGCCGGCCCGTGGTCGCTTCCACACAGCGCGCAGCCCAGGCTTCCCTTGAGTGGTTCGAACGGATCGGACAATACAAGGACCAGGACCCCACCCAGTTCGCGTTTAACCTGCTCACCCGCAGCCGCCGCATCACCCAGGAAAACCTGCGCCTGCGTGATCCCGAGTTCGCAGAGGCGGTGGACCGCGGCTTCGCTTCCTCGCAGGGACTGTCCGAGGTTGCCCCGGCCATGTTCCAGCCATTCCGTATCGGCGAGCTGGAGCTGAAGAACCGTATTGTGGTCTCCCCAATGGACATGTACTCGGCCACGGACGGCGTTCCGGGCGACTTCCACAAGGTTCACCTGGGCTCCAAAGCACTCGGTGGCGCCGGCTTGGTCATGACCGAAATGGTGTGTGTTTCCGAATCCGGCCGCATCACCCCTGGCTGCAGCGGCCTCTACACAGATGGCCAGCGTGACAGCTGGAAGGAAATTGTGGACTTCGTTCACAGCCGCTCCACCGCCAAAATCGGCGCGCAGCTGGGCCACTCCGGCCGGAAGGGTTCCACCAAGCTCATGTGGGAAGGCATTGACCAGCCCCTCGACTCCGGAAACTGGACCGCCGTCGGCCCTTCTGCCCTTCCTTACAGCCCGGAGAACCAGACCCCCGTGGAGTTGGATCGTGCGGGAATGGATGTCATCAAGGCGGAGTTCGTCGCTTCGACAGTCCGTGCTGAGGATGCTGGTTTCGACCTCCTGGAAATCCACGCCGCCCACGGCTACCTGCTGTCCTCCTTCCTGTCGCCGGTCTCCAACAAGCGAACAGACGAGTACGGTGGCAGCTTGGAGAACCGGCTGCGGTTCCCGCTGGAAGTGTTCGACGCCGTTCTCGCGGCATGGCCTGCCCATAAGCCTGTGACGGTGCGCATTTCCGCGACGGACTGGATCGAGGGTGGCAACACTTCTGACGATTCGGTGGCCATCGCCAAGGCGTTCGTTGAGCACGGCGCTGCAGGCTTGGATGTTTCCACCGGCCAGGTGGCCAAGGAAGAGAAGCCCGCCTTCGGCCGCAGCTACCAGACCCCGTTCGCCGACCGCATTCGCCAGGAAGTTGCCGCCCCGGCAGGCGTGGCGGTGATCGCCGTCGGCGCCATCTCCACCTACGACGACGTGAACTCCATCCTCCTCGCGGGCCGTGCCGACCTGATCGCCTTGGGCCGTACGCACCTTTACGATCCTCAGTGGACGCTGCACGCTGCAGCTGAACAGGAATACAAGGGCCCTGGCGCTGACTGGATTCCGCAATTCCATGCCGGACGCCGGAAACCACCGAGCTCGCGCACTGACGCCGTTCGACCCCGACTGTCGCTGCTCAAGGAAGCCGATATCCAAGAGGCCAACACCCACCTTCGCTGGACTCCCGAGTCCGCCGCGGCATCGGTTTTGGTGAAGTAG MKIAIVGGGPGGLYFAALMKQLDPSHDITLWERNAASDTFGFGVVFSDETLGGIGNADPVVAEYMSRRFARWSDIDIHFRGEMMTVGGQGFAAMSRKELLELLQRRCIELNVDVRFSTLAPAVEELEANYDLVLAADGINSQIRAKYADSFKPNLDMRSNKFMWLGTDQVFEAFKFFVKETEWGVMQIHGYPYSDEGSTFIVEMHQDVWHAAGFDETDNEVFPPGVSDEKAIAKIREIFAEELNGYEVLTNNSKWINFTTVRNENWRHNNVVLLGDAAHTAHFSIGSGTKLAMEDSLALAACLHEHADVESALAAYEAERRPVVASTQRAAQASLEWFERIGQYKDQDPTQFAFNLLTRSRRITQENLRLRDPEFAEAVDRGFASSQGLSEVAPAMFQPFRIGELELKNRIVVSPMDMYSATDGVPGDFHKVHLGSKALGGAGLVMTEMVCVSESGRITPGCSGLYTDGQRDSWKEIVDFVHSRSTAKIGAQLGHSGRKGSTKLMWEGIDQPLDSGNWTAVGPSALPYSPENQTPVELDRAGMDVIKAEFVASTVRAEDAGFDLLEIHAAHGYLLSSFLSPVSNKRTDEYGGSLENRLRFPLEVFDAVLAAWPAHKPVTVRISATDWIEGGNTSDDSVAIAKAFVEHGAAGLDVSTGQVAKEEKPAFGRSYQTPFADRIRQEVAAPAGVAVIAVGAISTYDDVNSILLAGRADLIALGRTHLYDPQWTLHAAAEQEYKGPGADWIPQFHAGRRKPPSSRTDAVRPRLSLLKEADIQEANTHLRWTPESAAASVLVK PGPT0005575_49 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 D3-18_00176 1371 genK_1 COG0477 Gentisate transporter ATGGCAACCGCACCCCTCAACACCTGGAATGTGCCCAAGAAGACCACCGGACTGGTGTTGTTCTGCTGCTGGCTCGCGATCCTCGCCGAAGGCTATGACGTGGGCGTACTCGGGGCCATCCTTCCTGCCCTTGCCGAGTACAAGGAATGGAACCTTAGCCCGCTGGCACTCGGTGGTCTCGGCTCATATGCCCTGATCGGCATGCTTATCGGAGCCCTGTTCATCGGTACTCTTAGCGACCTTGTAGGCCGGAAGAAGATGCTCCTGGCTTCCATGGCGATCTTCACGCTCACCCAAGCCGGCGCCGCGTGGGCCCCGACGCCGGAGCTCTTCGGCCTGTTCAGGCTCATCGGCGGCCTGGGAATGGGCGGTGTCATCCCGGTGGCAGCGGCCCTGACCATTGAATACTCGGCACCGAACAAGCGCTCTTACAACTACGGCCTCATGTATTCCGGTTACTCGTTGGGCATCGTCGCCGCCGCTCTTGCCGCCCTGTTCGTCCTGCCCATGGGCGGCTGGCGTGCGGTCATCGCCATTGGTGCTGCACCTGTGGTGCTGATTCCGATCATCTGGAAGTTCCTTCCCGAGTCCTTGGAATTCCTGGAGTCAAAGGGCCGGAAGTCCGAAGCGAAGGCGTTGGCAGCGAAATTGAACATCGCGGACTACCGCCCCGTGGTCCCAGTGGCTCCTGCAGCTCCTGGTGCCCAAGGCGGTCAGGCCGATCCTTGGTGGAAGACCATCACCACCATGTTCTCCCGGAAGTACCTCCGTTCTACGGTGTTCTTCTGGATCTCACTGTTCTGCGGTTTGGTGCTGGTCTACGGCCTGAACACGTGGCTGCCGAGCATCATGAAGAAGGCCGGCTACGACCTCGGCTCGTCCTTGACGTTCCTCCTGGTCTTCAGCCTTGCTTCCGCGATTGGTGGCCTGCTCCTGGGTCGCGCCGCGGACAAGTACGGGAAGAAGCTCATCCTGGTAGTGTTCTACATCCTGGGCGGTCTGGGCATCATGCTCCTGGTCTTCCCTAACACCATGGTGGTCAACCTGCTGTTCGTGGCCTTCGCGGGCGTGGGTTCCATCTCCACCTCGCTGGTCCTGACCGGCTACATCGCCGACTACTATCCGGCGAAGGTTCGTGGCACGGCAACGGGCTGGGCCCTGAGCTTCGCTCGACTGGGTGCCATTTCCGGACCGTTGATCGGTGGCTGGATCGCAGGCTCGAAGCTTCCCTTCGAGGCCAACTTCGCCATCTTCGCAGGTATTGCCGTACTGGCAGCAAGCGCTGTGGCAATGATTCCAAAGCCGCAGCCTGAGGTGCCGGTTGCCGCCGTCGACGTTGATCCTGACGACGCCACCGTCAGCGCGCGCTAG MATAPLNTWNVPKKTTGLVLFCCWLAILAEGYDVGVLGAILPALAEYKEWNLSPLALGGLGSYALIGMLIGALFIGTLSDLVGRKKMLLASMAIFTLTQAGAAWAPTPELFGLFRLIGGLGMGGVIPVAAALTIEYSAPNKRSYNYGLMYSGYSLGIVAAALAALFVLPMGGWRAVIAIGAAPVVLIPIIWKFLPESLEFLESKGRKSEAKALAAKLNIADYRPVVPVAPAAPGAQGGQADPWWKTITTMFSRKYLRSTVFFWISLFCGLVLVYGLNTWLPSIMKKAGYDLGSSLTFLLVFSLASAIGGLLLGRAADKYGKKLILVVFYILGGLGIMLLVFPNTMVVNLLFVAFAGVGSISTSLVLTGYIADYYPAKVRGTATGWALSFARLGAISGPLIGGWIAGSKLPFEANFAIFAGIAVLAASAVAMIPKPQPEVPVAAVDVDPDDATVSAR PGPT0005390_218 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_BENZOATE|DERIVATE_DEGRADATION XENOBIOTIC_BENZOATE-DEGREDATION-BENZOATE_TRANSPORT,PGPT0005390-benK-K05548 NA NA D3-18_00177 408 hypothetical protein ATGGATAGGTTTCCGGAGGCATGCGTCGAGCGAACGGTGGAATGGGTGGACACCGATGCCTCCGGACACCAGCACAACTCGGCAATCCTGCGCTGGGTTGAGGCTGCGGAAGCTGAGCTTTTCCGCTCGCTGGAGTTGCCGGACTACTTCCCCAGTGCTCCGCGGGTGCAGCAAGTGATCAATTACAAGGCCAAGCTGTGGTTCGGCCAGCGCATCACCGCCACGGTGAAGATTCAGGCGCTCGGCCGGACTTCGCTGACCATGGCTTTTGATGTAACGTCCGACGCCGGTGAGGTCGCCGCGTACGGGACGGTCACCACGGTGCACGTCCCTCACGGCAGCACCGCTGCGCAGCCTTGGCCGGAACATCTGATCCGGGCCATCACGGCTGTGCAGGCAGCCGAATAG MDRFPEACVERTVEWVDTDASGHQHNSAILRWVEAAEAELFRSLELPDYFPSAPRVQQVINYKAKLWFGQRITATVKIQALGRTSLTMAFDVTSDAGEVAAYGTVTTVHVPHGSTAAQPWPEHLIRAITAVQAAE PGPT0001850_6569 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107 NA NA D3-18_00178 534 hypothetical protein ATGGCAGGAAATCTCGTAGCCCGTTCCATTCACGACCTCACAGCCGCAGCATGGTTCGGCGGTTCACTGATGGGGGCCATCGGACTCAACGGTGCCGCAGCGGAAGCCAAGGACCCCACCGAGCGAACCCGCCTCTCAAGCAAAGGCTGGGGTAAGTGGGCTCCGGTTCAGACGGCAGCTTTCGCCGGACACCTGGCCGCTGACCTGGCCATCGCTTGGGAAAACAAAGGCCGGATCGCCAAGCAGGACAGCGTCGCCGCAAACACCATCTACAAGACAGTGGTGACCTTGGCTGGTGCAGCTGTCACCTTGTACGCAGGTGTAGTGGGCAAGAAGGTGGATGAGCTCTCCGACGAAGGCGCCGAGGGTGCCACGGAGCCGCGGCCCGACGCATCGGACGAGTTGAAAGCCGCTCAGACTCAGCTGAAAGCACTCCAGTGGGCCATTCCTGCGTTCGCTGCCTGGGTGATCATTCTGGGTGCCAAGCACGGTGAGATGCAGCGACCCAAGAACATCTTGAAAGGCCTGCGCTAG MAGNLVARSIHDLTAAAWFGGSLMGAIGLNGAAAEAKDPTERTRLSSKGWGKWAPVQTAAFAGHLAADLAIAWENKGRIAKQDSVAANTIYKTVVTLAGAAVTLYAGVVGKKVDELSDEGAEGATEPRPDASDELKAAQTQLKALQWAIPAFAAWVIILGAKHGEMQRPKNILKGLR NA NA NA NA NA D3-18_00179 381 hypothetical protein GTGGAACAGCTCTACGCGATTCTCGCATGCATAATTCTTGGTTGTTTGACCGTTTTCCAGCTGGCGTTGGTGGTTGGCGCGCCCCTAGGGCGGTTCGCTTGGGGTGGGCAGCATGACGTCCTGCCGCAAAAGCTACGGGTGGGCAGTGTGGTCTCTATCGTGCTGTACGCCCTGTTCGGCTACACGGCGTTGGCAAAGGCCGGATTGGTGCCGGTGCTGGTCAGCGAAACCTTCACCGATATTTTCATGTGGGTACTTACCGCCTACTTCATTCTGGGCGTTGCCATGAATGCGATCTCCCGCAGCAAGCCCGAGCGTTTCGTGATGACCCCGGTGGCGTTGGTTCTGGCGGCCCTCTTCCTGCTTCTTTCATTGGGTTGA MEQLYAILACIILGCLTVFQLALVVGAPLGRFAWGGQHDVLPQKLRVGSVVSIVLYALFGYTALAKAGLVPVLVSETFTDIFMWVLTAYFILGVAMNAISRSKPERFVMTPVALVLAALFLLLSLG NA NA NA NA NA D3-18_00180 885 paaX_1 COG3327 Transcriptional repressor PaaX ATGTTCGCCGTCCCGGTACCCCCGGTGCGCCATCAGCAACTGCTCGTCACGATTTTCGGTCTTTACGGCCGGAACGCCGGCGACGCGTTGCCGGTTTCTGCGCTGATCTCCATGCTGGGCTCCCTAGGGTACGACGCTCCCGGTGTGAGGTCGTCCGTCTCCAGGCTTAAGGCCAAGGGCGTACTGAAGAGTGTCCGTGAGGGAGGAATCGCCAAGTACAAGATCTCCGAGTCCGTCAGCGACGTGTTCCGTGAGGGTGACCGGCGAATCTTCGCGCCAGAGCAGCCTGCGCCGGTGGATACCTGGGTGCTGGCCGTCTTCTCAGTGCCCGAATCCATGCGAAACCGTAGGCACCAACTGCGGTCTGCTCTGCTGGGGCTTGGTTTTGGTTCCGTTGCCAACGGTGTGTGGATCGCGCCCGCACATAAGCTGGAGCAAGCCCGGGAACGCCTTACTGCGAGCGGGCTGATCGAGTTCGTTGATCTTTTCCGGAGCGACTACGTGTTCGACGGTCCCATGCGCCCCAAAATATCTGAGTGGTGGGACCTCAAGGAACTCGATCAGCAGTTCACCGAGTTCCTCGAGGTGTACAAAGGCGCGGAGCAGCAATGGACCGAGCGGGTAGGAGATGATCCGGAAGCTGCGCTGGCTACCTCCACCGAAGAGCTGCGCCGCGACGCATTCCGCTATTACATTCCCATGCTCACCATGTGGCGTAAGTTCCCGTACCGGGACCCGAACCTGCCCACCGACTACCTTCCGCCCGAGTGGCACGGACCAGCGGTGCGCAAGACCTTCCTGGCCGTACACCGCTTGGCGGCGCCCCTGGCAGCGGCCCACGCACATGAGGTCATTGCGGAGGCCTTGAACCCGGCCGCCGCCTGA MFAVPVPPVRHQQLLVTIFGLYGRNAGDALPVSALISMLGSLGYDAPGVRSSVSRLKAKGVLKSVREGGIAKYKISESVSDVFREGDRRIFAPEQPAPVDTWVLAVFSVPESMRNRRHQLRSALLGLGFGSVANGVWIAPAHKLEQARERLTASGLIEFVDLFRSDYVFDGPMRPKISEWWDLKELDQQFTEFLEVYKGAEQQWTERVGDDPEAALATSTEELRRDAFRYYIPMLTMWRKFPYRDPNLPTDYLPPEWHGPAVRKTFLAVHRLAAPLAAAHAHEVIAEALNPAAA PGPT0006090_430 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_PHENYLACETATE_DEGRADATION,PGPT0006090-paaX-K02616 NA NA D3-18_00181 783 COG3324 Putative glyoxylase CFP32 ATGTCCACCAAAATCTCGAGCTGGCCGGCAGCAACGCCCATGTGGGTGGACCTGGGCGTGGACAACGTCGCAGCGGCGAAATCCTTTTACGCGGATCTTTTCGGCTGGGAATTCGTATCCGGTGGCCAGGACGCCGGGGAGTACCTCCTGGCGCACCTTGGCGGGCGCGCCGTCGCGGGCTTGGGGCCGAAGCAGGCACCGGGCATACCCACCGTCTGGACCACGTTCCTGGCGTCGGACGATGTGGACGTCACTGCCAAAAAAATCAGCGCGGCCGGGGGAGAAATGATCGCGCCTCCGTTCGATGTCATGGAATCCGGCCGCATGGCGATGGCCATGGACACCGTTGGTGCGGCCTTCGGCATCTGGCAAGCCGGCACCCATATCGGGGCGGAACGCGTCAATGAACACGGCGCACTGTGCTGGAACGAGCTCCACACCCGGGACTTCACCGCCGCCAGGTCGTTCTACTCTGAGGTCTTCGATATCAGCTACCAGGACGCCACCGAGGACGGCCTTCCCTACTCCACTTTTCGCAGGCCGCTCGACGGCCGGGAAGTGGGAGGAATCCAGCATGACGCCGACATCCCCGAGGCTACCCCCAATCACTGGTTGACCTGGTTCGCCAGCGACTACGTCCAAGGCACTGCGGAACGGGCAGTGGAGCTCGGTTCCACCCTTCTCATGCCCGTAACGGAGAGCCCCCTGGGACGCATGGCCATCATTCAGGCGCCGCAGGGTGAAGTGTTCGGCATCATCGACGCACCCCGCATCGACGAGTAA MSTKISSWPAATPMWVDLGVDNVAAAKSFYADLFGWEFVSGGQDAGEYLLAHLGGRAVAGLGPKQAPGIPTVWTTFLASDDVDVTAKKISAAGGEMIAPPFDVMESGRMAMAMDTVGAAFGIWQAGTHIGAERVNEHGALCWNELHTRDFTAARSFYSEVFDISYQDATEDGLPYSTFRRPLDGREVGGIQHDADIPEATPNHWLTWFASDYVQGTAERAVELGSTLLMPVTESPLGRMAIIQAPQGEVFGIIDAPRIDE NA NA NA NA NA D3-18_00182 675 hypothetical protein ATGAGGCGTCTGCAACTTGGTGTTGGCAAGGTCATGACAACAATCGGAATCATCGGTGCAGGACACATTGGCAGCCAGGTCGCCCGCAAAGCGGTAGAACTTGGCTATGACGTCGTCATCAGCAACTCACGGGGTCCCGAGACCCTCGGCGAGCTGGTGGCGGAGCTGGGGCCGCGCGCCCGGGCTGCGACGGCAGCCGAAGCAGCAGCGGCGGGTGATTTCGCCGTCGTGACCGTTCCCCTCAAGAACTACCAAGACATCCCGACTGAGCCGCTCGAGGGCAAGATCGTCATCGACACCAACAACTACTACTGGGAGCGCGACGGCCGCATTCCCGAGCTGGATAACGGAGAAGCCACCACCTCCGGCCTGCTCCAGAAGCACCTCCCAACCTCCAAGGTGGCCAAGGGTTTCAACCACATCTTTGCCAAAGACATCACCACCGACGGCGCCCCCGCAGGCAGCGCCAACCGTCGCGCCCTGGCCACCTCGAGTGACTTCCCGGAAGCAGCCGAGCTTGTCTCCAAGATCTACGACGAGTTCGGCTTCGACACCGTCAACATCGGCCCGCTGGAGGACAGCTGGCGCGTTGAGCGCGACCGCCCGGCCTACGTCATCCGGCAGAACGCGGACGAACTCCGCGAGAACCTCGCGAAGGCAACGCGCACGGTCTAA MRRLQLGVGKVMTTIGIIGAGHIGSQVARKAVELGYDVVISNSRGPETLGELVAELGPRARAATAAEAAAAGDFAVVTVPLKNYQDIPTEPLEGKIVIDTNNYYWERDGRIPELDNGEATTSGLLQKHLPTSKVAKGFNHIFAKDITTDGAPAGSANRRALATSSDFPEAAELVSKIYDEFGFDTVNIGPLEDSWRVERDRPAYVIRQNADELRENLAKATRTV NA NA NA NA NA D3-18_00183 300 hypothetical protein ATGGCCGGGCATTTGGAGCTGGTTGAAACGCCTGATGGGGAATTCCGGATTTTGATGGTGGACGGCCAAGACGTGTTGATGGGCCTTTCCAAGCGGTTCGCCTCAGTGGATGAGGCTGTTGAGGGAGTTGCCGCCATCAGGGAAGTGGCGGGGACCGGTCTCCTTCGCACCTCAACGGCAGAGCGATATGCCGTGCTGATGTTGGAGGAACCTGTGATTGATTCAGCGCTGGCAGCGCAGGGTGCGCAGGGCGCACACGGAGCGCAAGCCCAGGCGAAGGTGGTTAGCTGTGGCAGCTGA MAGHLELVETPDGEFRILMVDGQDVLMGLSKRFASVDEAVEGVAAIREVAGTGLLRTSTAERYAVLMLEEPVIDSALAAQGAQGAHGAQAQAKVVSCGS NA NA NA NA NA D3-18_00184 705 mupP COG0546 N-acetylmuramic acid 6-phosphate phosphatase GTGGCAGCTGAAATGACGACTCAAAAGAAGCGCGGTGTTCTCTTCGATGTGGATGGAACGCTGATCGATTCGAGCTACTTCCACGCGATGGCCTGGTGGCAGGCGTTCCGACGCGAAGGGTTGGATATCGAAATGTCCGCCATCCATCGTCGAGTAGGCATGGGTGGCGACCGGCTCATCCAGAGCCTGGTTCCGGACTGCCCTGAGGATATGCAGGAAGATCTGAAATCCGCGCACGGTGCGGTCTTCTCAACCTTTTGGCCGACGCTGCGTACCTTCGATTCGGTTCGGGACCTTCTTGCAGCGTGCTCCGACGCCGGATTGGCGGTGGGCTTGGCGTCCTCGGCGCAGGAGCGCGACCTGGAAGTGAGCAGGCACCTCCTGGACGCCGCATCTTCCATTGATGCGTGGACCAGTTCCAATGACGCCAAGGAGAGCAAGCCCGCTCCGGACATCCTTGAGGCGTGCCTGGAGAAGCTCGGGCTTAGCCCGGAAGACGTGGCGTTTGTTGGGGACGCAGTATGGGACGTGAAGGCCGGCGGTGCCATTGGCATTCCTGTCATCGCACTGACCTGCGGTGGAATCAGTGAAGCCGAGCTGCGGGACGCCGGTGCCGCGGAAGTCTATGACAATCCGCGGCACCTGTTGGAGCAGCTGGAGACCAGCATGATCGGCAAGTTGATGGCTGGTTCGCGCGACGCCTAG MAAEMTTQKKRGVLFDVDGTLIDSSYFHAMAWWQAFRREGLDIEMSAIHRRVGMGGDRLIQSLVPDCPEDMQEDLKSAHGAVFSTFWPTLRTFDSVRDLLAACSDAGLAVGLASSAQERDLEVSRHLLDAASSIDAWTSSNDAKESKPAPDILEACLEKLGLSPEDVAFVGDAVWDVKAGGAIGIPVIALTCGGISEAELRDAGAAEVYDNPRHLLEQLETSMIGKLMAGSRDA NA NA NA NA NA D3-18_00185 384 hypothetical protein ATGCTTCGCAGATTAGCCATGACCACCCTTGCTTTGACCCTTTTCGCCGGGTCCATGCTTTCCACTGCCGTTGCAGCCAACGCAGCAGTGGGTGTGCAGGGCAGCGTAGCTGCCACCACCACCCCCTCGCCGGAACCCAGCAACCCCTCCGGGCCATCCACGGCGACGCCCACCGCGGAGCCGACCACGGACGTCTCGAATCCCGCGGGCACCGGGCCCGCCAACCCTGGCACCAGCGAGACCGAACAGCAGGAGCAGACCCGCACCGACGTCGTTCCGTGGATTCTGGCGGGCGTTGCGGCAGTCATCATCATTGCGTTGATCATTTGGACCCTGCGGAACCGGCGCGGGCGGGACAAAGGAATCAGCGACGAGCCGCGCTAG MLRRLAMTTLALTLFAGSMLSTAVAANAAVGVQGSVAATTTPSPEPSNPSGPSTATPTAEPTTDVSNPAGTGPANPGTSETEQQEQTRTDVVPWILAGVAAVIIIALIIWTLRNRRGRDKGISDEPR NA NA NA NA NA D3-18_00186 711 hypothetical protein ATGTGCATAAGTCAACTAGGGTCGGTGGAAGCTGGGGCAACCAGCCACCACACCGTCGACGAGCCGGTTCCGGCCGTGCCGTCGGAAAGGAAGGCCGCTATGGACACGTTCAAAATCGGTTATTTCGTCGGAAGCCTGGCAAGCAATTCCATCAATCGGGTCCTCTCCAAGGCCCTCATCAGCGTGGCGCCGCCGGAACTCGAGTTCCATGAAATCGCCATCAAGGACCTCCCTCTGTACAGCTCGGACTACGACGCTAACTTTCCTCCGGCAGGCCGGGAATTGAAGGATGCCATCGCCGCGTCGGACGGCATCCTTTTCGTCTCCCCCGAGTACAACCGCTCCATTCCGGGCGCGTTGAAGAACGCCATCGACTGGGGTTCACGCCCCTGGGGCAGCAACTCGTTCGCGCGCAAGCCCACCGGAATCATCGGCGCCTCACCGGGCGGTATCGGGACAGCGGTCATGCAGTCGTCCATGCGCAGCGTTTTGAGCTTCCTGGACGCGCCGCAGCTGAACGCGCCTGAGGCCTATATCCGCTTCGTCGCAGACGCGTACGACGACGACGGTTCAGTTAAGGACGAAGGAACCGCCGGGCTGTTGCGGCACTACATGGAGGAGTACAGTGCGTTCGTCCAGCGCGTCCTCGCTGCCAACGCGCCGGGCCACATCGGCGATCAGGAACCGGATTCCGCCAAGCTTACGCGCTAA MCISQLGSVEAGATSHHTVDEPVPAVPSERKAAMDTFKIGYFVGSLASNSINRVLSKALISVAPPELEFHEIAIKDLPLYSSDYDANFPPAGRELKDAIAASDGILFVSPEYNRSIPGALKNAIDWGSRPWGSNSFARKPTGIIGASPGGIGTAVMQSSMRSVLSFLDAPQLNAPEAYIRFVADAYDDDGSVKDEGTAGLLRHYMEEYSAFVQRVLAANAPGHIGDQEPDSAKLTR PGPT0004195_136 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0004195-chrR-K19784 NA NA D3-18_00187 1269 pntAA COG3288 NAD(P) transhydrogenase subunit alpha part 1 ATGCCAACTGAGTTCTGGATAGTTCCGGAAAAGGGGTGGCGGGTGAAAGCAGGCATAGCGCGTGAGACGCTCGACGGCGAGCGACGTGTTGCCGCAACGCCGGAAACGGTGAAGCAACTGGTGGCCTTGGGCCTTGAGGTCGAGATCGAGTCCGGCGCGGGGCTGGCGTCCGGCCATAGCGACGGCGACTACCGGACCGTGGGCGCCACTGTGGTGCAGTCATTGGATCTCGGATCGCTGGATGTTTACTGCCACGTGCGTCCCATGGAACCGTCGACGGCGGGAGCTCTCCGCCGCGGTTCGGTCACCGTCGGTTTAGGGTCACCGTCCTCGGAGCTTCCTACTGTGCGGGCACTTGCCGCTGGAGGAATCACGTCCTTTGCACTTGAACTGGTTCCGCGTATATCGCGTGCCCAGTCCATGGATGCACTCACTTCCCAGGCCCTGGTGGCTGGCTATCGCTGCGTCCTCGAGGCGGCCATGCGGCTCCCACGGTTCTTCCCGCTGTACATGACGGCAGCAGGGACCATTCCACCCGCGCGCGTCCTGGTCCTCGGTGCTGGAGTGGCTGGCTTGCAGGCTATCGGAACGGCGAAGAGGCTCGGTGCACGGGTTTCAGCCAACGATATCCGCCCGGCCTCGGCTGACGAGGTGGCATCCATGGGAGGCACGTTCATCAAGCTGGACCTGGAGACCGCCGAGGCATCCGGCGGGTACGCGCGGGAACTCAGCGCGGACCGGGGTGCCCTGCAGCGGGCCCTTTTGGCGCCACACGTGGCCCAAACCGATGTCCTGATCACCACCGCCGCTGTCCCTGGAAGACGTGCGCCGCTCCTGGTAACCCGCGAGATGGTCCAAGGCATGCGCCCGGGATCCGTGGTGGTGGACCTGGCAGCGGAATCCGGCGGGAACGTGGAGGGCAGCATCCCCGGCCAAGACATTTCCATCCCCACTGGCGACGGCCAGGGTGTGGTGACACTGGTGGGCATCAAGGACCCGGCCTCGGCGATGCCCGCTGACGCCTCGCGCTTGTACGCCAAGAACGTGTCCAACCTATTGGCCCTGATCACCCAGGACGGCGTAGTCGCTCCGGACTTTGAGGATGAAGTTGTTTCCGGCACGTGCCTCACCCACGCCGGCGAGGTCCGGCACGCGCCAACTGCGGAAGCTCTGACGGCGCTCGCAGGGGAGACCGCCCCCTTTGGTGGCGGGCATGCAGGCAGTTCCCATACCGGCAGTTCTCACACGGGCAGTGAAGGAGTGCGCTGA MPTEFWIVPEKGWRVKAGIARETLDGERRVAATPETVKQLVALGLEVEIESGAGLASGHSDGDYRTVGATVVQSLDLGSLDVYCHVRPMEPSTAGALRRGSVTVGLGSPSSELPTVRALAAGGITSFALELVPRISRAQSMDALTSQALVAGYRCVLEAAMRLPRFFPLYMTAAGTIPPARVLVLGAGVAGLQAIGTAKRLGARVSANDIRPASADEVASMGGTFIKLDLETAEASGGYARELSADRGALQRALLAPHVAQTDVLITTAAVPGRRAPLLVTREMVQGMRPGSVVVDLAAESGGNVEGSIPGQDISIPTGDGQGVVTLVGIKDPASAMPADASRLYAKNVSNLLALITQDGVVAPDFEDEVVSGTCLTHAGEVRHAPTAEALTALAGETAPFGGGHAGSSHTGSSHTGSEGVR PGPT0013500_1164 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013500-pntA-K00324 NA NA D3-18_00188 399 hypothetical protein ATGGACGGCATGAGCCTGCTAACGATCACGGTCCTGGCGGTGTTCGTGGGCTTTGAAGTGGTTTCCAAGGTCTCCAGCACCCTGCACACGCCGCTCATGTCAGGGGCCAACGCCATCCACGGCATCATCCTGGTGGGCGCCATCATCGTGGCCGGACAGGCTGCTGATCCATGGGTGTTGGCGGTCGCCCTGCTGGCTGTAGTCCTGGCCACGGCCAACCTCGTGGGTGGGTTCGTGGTGACCGACCGCATGCTGGAGATGTTCCGCGGACGGCAACGGCCGCCGTCGAACGCTGGCCAGGGAGGTCAAGGAAGCTCAGGAGGCCGGGGAAGGTCGGTTGCTCCCAACGGTCCTGAGGGTTCCGGCGCCGGGGAACCGGTTCGAGGGGAGCGCCTGTAA MDGMSLLTITVLAVFVGFEVVSKVSSTLHTPLMSGANAIHGIILVGAIIVAGQAADPWVLAVALLAVVLATANLVGGFVVTDRMLEMFRGRQRPPSNAGQGGQGSSGGRGRSVAPNGPEGSGAGEPVRGERL PGPT0013500_2860 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013500-pntA-K00324 NA NA D3-18_00189 1374 pntB_1 COG1282 NAD(P) transhydrogenase subunit beta ATGACGATTCTCAATCCCACTTGGACGGCACTTCTGTACCTGGCCGCCGCGGCCTGCTTCATCCTCGCCCTGAAGGGACTGAATTCGCCAAAGACTGCACGGCGCGGCAACCTGATCGGAGCATTTGGCGCCCTGCTGGCTGTGGTGACGGTGTTTGTTTCGGTGAAGCTGGACAATATTCCGTGGATTCTTGGGGCCATAGCTGTGGGCTCGGGCGTTGCTGCGCCTGTGGCCCGTCGCGTGCAAATGACTCAGATGCCGCAGCTCGTCGCCCTCTTCAATGGTGTGGGTGGTGGTGCCGCGGCGCTTGTCGCACTACTGGAACTCTCGCATGCGGACGACCCGTGGGTTCGACTGGCGATCGTCTTCACGTTGCTGGTGGGTGCGGTGTCCTTCGCTGGCTCCGGTGTCACTTTCGCCAAACTTCAGGGGCTCATGACCACCCGGCCGGTGACGTTCCCTGGCCTGCCCGCCCTGATGGCCGTGGTGCTGCTGGCCGCCGTGGGAGCCGGCGTCGTGGTGATCCTGAACGGCTCGTTGGCGTTGGCGCTGGTCCTGCTACTTTTGGGGCTGGTTACCGGAGTCCTGTTGGTGCTCCCGGTGGGTGGTGCTGATGTGCCGATTGTCATTTCGCTCCTGAATGCCTTCACCGGCCTGGCCGTCGCGGCCTCTGGATTGGTCCTGGGCAATGTCCTCCTTGTGGTTGCCGGCACGCTGGTGGGAGCTTCCGGCACCATCCTTACCCGTGCCATGGCTGCTGCGATGGGACGCAGTGTTGCAGGCATCATGTTCGGGGCCTTCAAGGGTGGGTCCACGGCTGGATCCACTGCCGTGAGTGAGCGGCCCGTGCGTTCCTCCAGTGCGGAAGACGTGGCAGTACTGCTCGGCTATGCGCAGCGGGTGATCATCGTCCCCGGCTATGGGCTCGCGGTCGCGCAGGGGCAGCACACCGCCGCAGAGCTTGCACTTGCCTTGGAAGCACGCGGTATTGAAGTGGACTTCGCCATTCATCCTGTAGCCGGACGCATGCCGGGCCATATGAACGTGCTGCTCGCGGAGGCCAACGTACCGTACGAGTCCCTGAAGGAAATGAGCGACATCAACTCAGAATTCAAGACCACCGATGTGGCCTTGGTGGTGGGCGCCAACGATGTTGTTAATCCTGCAGCAAAGACCACCTCGGGATCACCGATCTACGGAATGCCCATCTTGGAGGTCGCCGACGCCCGCCAGGTGGTGTTCCTCAAACGCTCCATGCGTCCAGGGTTTGCAGGGATTGAGAATGAACTGTTGTACGAACCGCAAACCACCCTGCTATTTGGCGATGCCAAGGACTCGTTGACTAAGGTTCTGGGTGCCGTCAAGGCGCTCTAA MTILNPTWTALLYLAAAACFILALKGLNSPKTARRGNLIGAFGALLAVVTVFVSVKLDNIPWILGAIAVGSGVAAPVARRVQMTQMPQLVALFNGVGGGAAALVALLELSHADDPWVRLAIVFTLLVGAVSFAGSGVTFAKLQGLMTTRPVTFPGLPALMAVVLLAAVGAGVVVILNGSLALALVLLLLGLVTGVLLVLPVGGADVPIVISLLNAFTGLAVAASGLVLGNVLLVVAGTLVGASGTILTRAMAAAMGRSVAGIMFGAFKGGSTAGSTAVSERPVRSSSAEDVAVLLGYAQRVIIVPGYGLAVAQGQHTAAELALALEARGIEVDFAIHPVAGRMPGHMNVLLAEANVPYESLKEMSDINSEFKTTDVALVVGANDVVNPAAKTTSGSPIYGMPILEVADARQVVFLKRSMRPGFAGIENELLYEPQTTLLFGDAKDSLTKVLGAVKAL PGPT0013505_2412 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013505-pntB-K00325 NA NA D3-18_00190 348 hypothetical protein ATGACCGTGAAACTCAACAAGAAGGCTTTTGACCACGCGAAGCATCTGATTCGCGACGGCAAGGTGGTCAAGGACACCCGCGATGACTGGAGTGAGCACGCCCCCACCGCCAAGGAGGAGAGCGCGTTCCTGGACAAACACGGGCACTCCGAGTACTCAAAGTGGTTCCTGGGCGTGGACGACGATCACCCGGACGACCAAAAGGGCCACTACAAATTCCCGATTGGTGACTTCAAGAAGATCCACCGCTGTGGTGTGATCTCCGCTGAGAGCAGGGCCGGCCAGTACGACTACGACGATATTCGTGATGCCTTGGGAAAGCTGCTCGATAAGATCGACGAGGGGTGA MTVKLNKKAFDHAKHLIRDGKVVKDTRDDWSEHAPTAKEESAFLDKHGHSEYSKWFLGVDDDHPDDQKGHYKFPIGDFKKIHRCGVISAESRAGQYDYDDIRDALGKLLDKIDEG NA NA NA NA NA D3-18_00191 894 hypothetical protein ATGAAGCCCAACCCGAGCACGCCCGTCACCGCTGAGCTCCTCTGTGACGTCTGCGGTCAGTTGCCCGAACCGCCCAAAGCCCGGCTTACCATCGCGAACATCGCAGTTATGCTTCCCATCGAATTACTGGTTCATGCGGCAGTGGTTGGAACCACCCTTCCCTACGTGGCCAAGGTCCTGCTGCTGGCCGTTACCGCCACTGTGTTGGTCATTTGGGTGGCTGAACCTTCGGCAGCCAAAGTCCTCCGGCGCTGGTTGCATGCGCCTGCCCTCCGACAACGGCACAAACTGCACCTCGCTCCTGCCCTGTGGCGTGCACGAACAGTGCTGATGGACCAGCCAGGGTCCCTGCAGAAAATTACCCATGCCCTCGCCAAGATGGACGCCAACATCCTCAGCCTCCACGTCCACCCGATGACCGGAACAGGCTCCGCTCAGACGGGCCTCAATGGGCGGGTGATGGATGAGTTCGTTCTCTCCACCCCGGGCGAGGTCACGGAACAGGAACTGCTGAAAGCACTGCACGACGGCGGCGGGCATGAGTCTTACGTCTGGCCCACCACTGCTTTGGCCATGGCCGATGGCCAAACCAAGGCCTTGAGTCTCGCCGCCCGTATTGCCGGGAACCCGACGGAACTTGCCATGGCTGTGGCCGAACTCCTGTCCGCAAAAGTGGTCCCGATCGATCCGGAGCGTCCCAGGCCTGAGGTGCCCACCGTCGTCGGGCCTTCAACTGACATCCTCAAAATCCCGACGGCGTGGCACGGGCCGCTGGTCTTTTCCCGACCCGGCGAACCATTTTCTCCCGCCGAATCGGCACGCGCGCACAGGTTGGCCGAGCTCGCAGAAATCCTGGCGTATAGGCCTGCAGTCTGCGCGGTCCCTCCCGGTTAG MKPNPSTPVTAELLCDVCGQLPEPPKARLTIANIAVMLPIELLVHAAVVGTTLPYVAKVLLLAVTATVLVIWVAEPSAAKVLRRWLHAPALRQRHKLHLAPALWRARTVLMDQPGSLQKITHALAKMDANILSLHVHPMTGTGSAQTGLNGRVMDEFVLSTPGEVTEQELLKALHDGGGHESYVWPTTALAMADGQTKALSLAARIAGNPTELAMAVAELLSAKVVPIDPERPRPEVPTVVGPSTDILKIPTAWHGPLVFSRPGEPFSPAESARAHRLAELAEILAYRPAVCAVPPG NA NA NA NA NA D3-18_00192 465 mscL COG1970 Large-conductance mechanosensitive channel ATGCTTAAGGGTTTCAAGGACTTCATACTTCGCGGCAACGTGATCGAGTTGGCCATTGCCGTGGTCATTGGCAGTGCGTTCACCGCCCTCGTTGCTGCCTTCACCACCAACATCATTAATCCCGTGATCGCCGCCGCCGGTGGCATGAACGCTGACGGACTCGGCTTCAAGATCTGGGAAAACAACCCCGCCACGTTCATCAACTTCGGCGCTGTACTGACCGCGCTCGTGACCTTCGTGATCACCGCCGCCGTGGTCTACTTCATCTTCGTAGCGCCGATGAACAAGATCAATTCCCTGGTCAAGAACCGCCTGTCCACCGAGGAACCCGAGGAAGAGCCGCTCCCCGCAGATACTGCCCTGCTTGCCGAAATCCGGGATCTTCTCAAGGACGCGGCGGCCCATCGCAACGCAAGCCAGGCTTCCGAACTGGACCCGGATTTCGACTCCGACCGCACGCGCTAA MLKGFKDFILRGNVIELAIAVVIGSAFTALVAAFTTNIINPVIAAAGGMNADGLGFKIWENNPATFINFGAVLTALVTFVITAAVVYFIFVAPMNKINSLVKNRLSTEEPEEEPLPADTALLAEIRDLLKDAAAHRNASQASELDPDFDSDRTR PGPT0013771_433 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013771-mscL-K03282 NA NA D3-18_00193 1293 COG0277 L-gulono-1,4-lactone dehydrogenase ATGACCACCAATGTTTCCCGCCCGGCCTCCTTGCCAGGTGCCGCTACCCCTTCGGCCCCTTTTGCCACGGACGCCACCTGGACCAACTGGGGCGGTAATCAAAGCGCGACGCCTGCCTTCACCGTTCGGCCCAGGAATGAACAAGAAGCGCTCGACGCCGTCCGTTTCGCCATCCGCGAAGGCTTGCCTGTGCGGGCAGTCGGCTCAGGACACTCGTCGTCGCCCTTGGTTCAAACCGGCGGGGTCCTGATGGACATGGCCGGCCTTTCGGCCATCACCGGAACTGACCAGTCGGGGCGCCGCGCGCGGGCCTTGGCCGGCACAACCATCAACGCTTTCGGGGATGCCTTGTGGGAGAAGGGGCTGGCTTTGGGGAACCAGGGGGACATCGACAAGCAGCAGATCGCCGGCGCCCTGGCCACCAGCACGCACGGCTCGGGCAAAAACCTGGGCAGCTTCTCCTCCAACCTTCGCTGGGTGAAGTTGATCAACGGCTATGGCGAGATTGTGGAAATCGGGGAGAGCCAGCTCCGCGAGCTGCGGGCAGCGCAGGTTGCGTTGGGCACGCTGGGGATCTTCCTGGAGGTGGAGCTGGCCGTGGAGGACAGCTACTACCTCCAAGAACAGATCACCTACCCCACGTGGGCGGAAACTGCTTCGACATGGCAGGGCGACATCGATGACAACCGGCATTACTCCTTCCTGTGGTGCCCGGAAGATGACTCTTGTGAGCTCTTGGACCTTCCAGGTTCGCCGGACCACAGCATGGGAGGCCGCAGCTACACCAAGCGATACAACGTTGCCTCCGTCCAGGACGAAAGCCAGATATCCAGTGTTGAAGGTGCGCGGCTGGACCGTTCCTACCGGATCTACCCGGGCGGCTTCACCACCCAGTTCCATGAACTCGAGTACTTCGTCCGCAGCGAGGACGGTTTGGTCGCCGTAGAGGCTATCCAGGACCTTATCCGCAGCAAGTATCCCGAACAGAAGTACCCCGTGGAGGTCCGCTGGGTAAAGTCCGACGACGCCTACATGTCCCAGTTCCAAGGCCGCGACAGCACCGTCATCACACTGACCACCGAGCCTGGAACCGACTACTGGCAGTTCTTCCGCGACGCCGATGCCGTCCTTCAGGAGTTCGAGCCGCGAGCCCACTGGGGGAAGATCCACTTCATGACCCGGAGCCGGCTGGAACGCCTCTATCCGGAGCTGGACACCTTCATCCAGGTCCGCAGGGAATTTGATCCCCGCGGAATGTTCCTCAACGACCACACCAGGTCGCTGCTCGCCTGA MTTNVSRPASLPGAATPSAPFATDATWTNWGGNQSATPAFTVRPRNEQEALDAVRFAIREGLPVRAVGSGHSSSPLVQTGGVLMDMAGLSAITGTDQSGRRARALAGTTINAFGDALWEKGLALGNQGDIDKQQIAGALATSTHGSGKNLGSFSSNLRWVKLINGYGEIVEIGESQLRELRAAQVALGTLGIFLEVELAVEDSYYLQEQITYPTWAETASTWQGDIDDNRHYSFLWCPEDDSCELLDLPGSPDHSMGGRSYTKRYNVASVQDESQISSVEGARLDRSYRIYPGGFTTQFHELEYFVRSEDGLVAVEAIQDLIRSKYPEQKYPVEVRWVKSDDAYMSQFQGRDSTVITLTTEPGTDYWQFFRDADAVLQEFEPRAHWGKIHFMTRSRLERLYPELDTFIQVRREFDPRGMFLNDHTRSLLA NA NA NA NA NA D3-18_00194 1518 prr_1 COG1012 Gamma-aminobutyraldehyde dehydrogenase ATGACTACCACCCAGACTGAACAGTTCACCGTCCGACGCGCATCCGCCGACGCCCAAGCCTCGTCGCTCCCGCTGCAACTGCCGCTGCCTCCGGCAGGGCACTTCATCAACGGATCCTTCGTCCAGGGCTCCTCAGGCCAGTCCATCGACGTCGTGGATCCCACCACGGAACAGGTCATCGCCTCCGTGCAGGCCGGCACGGCCGATGATGTGGACGTCGCTGTTGCTGCCGCCGTCGTGGCTCAAAAGACCTGGGGTGCCACCACTCCGAAGGAACGCGCTGATGTCCTGAACCTCATAGCGAACATCGTTGAGGAGAACCGCAAGGTCTTCGAAGTCCTGGAATCCGCCAACACCGGCAAGCCGCAGGCCGTGTCCGAGGACGACGTCTCCAGCACCATCGACACCTTCCGGTTCATGGCCGGCGCCTCACGGACTTTGACCTCCATGGCCGGCGGCGACTACGCCACGGACCACACGTCGGTGATCCTCCGCGAACCTGTGGGTGTGGTCGGCGTGATCACGCCGTGGAATTACCCGCTGCTGATGGCCGCATGGAAGATCGCACCCATCCTCGCAGCAGGCAACAGCATCGTCATCAAGCCCTCCGAGCAAACCCCGTTGTCTACGCTGAAGCTGGTGGAAGTGCTGGCCGGACGCATCCCTGACGGGATCCTCAACGTGGTCACCGGCCGTGGCCGGACCGTGGGACAGCGCCTGTCCGAGCATCCTGATATTGCCTTGGTCGCCCTGACCGGCAGCGTCGTCAGTGGCCAGGCAGTGGCCGAAACTGCCGCAAAATCCGTCAAGCGCGTCCACTTGGAACTCGGCGGCAAGGCTCCCGTTATTGTCTTCCCCGACGCCGACCTCCGCGCTGCCGCTGCGGGCGTGCGAAACGCCGGCTTCTGGAACGCCGGCCAGGACTGCGGTGCCGCCTGCCGCGTGCTGGTGCACGAGTCCGTGGCCGAAGAATTCACCGAACACCTGGTCAGGGAAGTCAGCACCCTCGTGATCGGCGCACCCGACGCCGGCGACGACGTCGAAATCGGTCCCATGATCTCCCTCCCGCACTACGAACGAGTCAAGGAGTCGCTCGCGGAAGCCCAGGAGGCAGGCCTCACCGTGGCTATCGGCGGCTCCGCGCTGGAAGGTCCCGGTTACTTCATCGAGCCCACGGTCATCAGCAAGGTGCCCGCGGGCGCTCACATCGCCACGCACGAGATCTTCGGCCCAGTGGTCACTGTGGAAACCTTCAGCACTACCGAAGAAGCTGTGACCCGCGCCAACGAGAGCCCGTACGGTTTGTCAGCCTCGGTGTGGACGCGCGATTCAAGCCTTTCCCTCCGGATTCCCAAGCAGTTGGACTTCGGCACCGTGTGGGTCAATGCACACCTTGTTCTCGCGTGCGAGGTACCGTGGGGCGGATTCAAAGGTTCCGGCTACGGCCGCGACCTCTCGCTCTACGCCCTGGACGATTACTCGCGCACCAAGCACGTCATGATCAACCACGGCGCGTGA MTTTQTEQFTVRRASADAQASSLPLQLPLPPAGHFINGSFVQGSSGQSIDVVDPTTEQVIASVQAGTADDVDVAVAAAVVAQKTWGATTPKERADVLNLIANIVEENRKVFEVLESANTGKPQAVSEDDVSSTIDTFRFMAGASRTLTSMAGGDYATDHTSVILREPVGVVGVITPWNYPLLMAAWKIAPILAAGNSIVIKPSEQTPLSTLKLVEVLAGRIPDGILNVVTGRGRTVGQRLSEHPDIALVALTGSVVSGQAVAETAAKSVKRVHLELGGKAPVIVFPDADLRAAAAGVRNAGFWNAGQDCGAACRVLVHESVAEEFTEHLVREVSTLVIGAPDAGDDVEIGPMISLPHYERVKESLAEAQEAGLTVAIGGSALEGPGYFIEPTVISKVPAGAHIATHEIFGPVVTVETFSTTEEAVTRANESPYGLSASVWTRDSSLSLRIPKQLDFGTVWVNAHLVLACEVPWGGFKGSGYGRDLSLYALDDYSRTKHVMINHGA PGPT0007650_5 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007650-patD|prr|ydcW-K00137 NA NA D3-18_00195 1455 hypothetical protein ATGAGTACCTCCACCGAGGCACCGAGGCCCACCACGGACGTACCCCGGCTCGAGGACAAAACCATCCAGCCCATCCCCTTGAATGAGCGGCACGGCAAGGCCCGGGACCTCTTCACCATCTGGTTCGGCTCCAACATCATGATCATGACCATCGTGACCGGCGGACTCGCCACCACGGTGTTCGGCCTCGGCTTCGTTCCGGCAATCGTGGGAATCATCATCGGCAACGTGGTGGGCGGCATCTTCATGGCGCTGCACTCAGCCCAAGGCCCGCAATTGGGTGTGGCCCAGATGATCCAGACCCGTGGCCAGTTTGGTTCCTTCGGAGCCCTGCTGATCGTGGTCATCGTAGTGATCATGTACGTCGGTTTCTTCGCAGCGAACCTGGTATTTGGCGGGGAAGCAATGGCTGCGGTGAGCCCGGGCATCAGCGTTGACGCGGGAATCATCATCATTGGCGTTGTCAGCGTTGTCGCCACGATCTTCGGTTACCGGCTCATCCACGCCTATGCACGCGTCCTCAGCGTCGCAGCCGGCCTGGCCTTGTTGCTGGCCTTCGGTTGGATCCTGATGGTCCACGGATTGCCCGGCAACTTCCTGGAGACGGGCAACTTCAACTGGGTCGGCTTCATGGGGACCATCTCAGTCTCCGCCCTGTGGCAACTGGCCTACGCGCCTTATGTCTCTGATTACTCCCGCTACATGCCGCAGGGAACCGGTTCCGCCCCGGCGTTCTGGGCTTCCTATTCGGGCTGCGTCTTGGGAACCCTCTTCCCCATGATCCTTGGCGCTTTGGTGGGCACGCTAGCCGTCTCCATGAGCACAGGGGACGTGGAAATCGTGGGCAGCCTGGGTGAGATGCTTCAGCCGTGGACCCTGATCATCGTTGGCATCTTCTGCCTGGGCGTGGCGGCGTCGAACGCCATGAACCTGTACTGCGGCGTCCTATGCACCCTCACCATCGGGCAAACCTTCAAGCCGAGCTGGTTGCCACGCGCCAAGACCCGTAGCATCGCCGCGATCATCCTCTTCGTTGTCGCAGTCTCCATCGCCCTCTTTGCCCGCGATAACTTCATCCTCTTCTACACCAACTTCCTCTCCTTCCTGATGTACGTCCTGGTTCCGTGGACGGCCATCAACCTGGTGGACTACTACCTTCTGCGGCACGGCGAGTACCGGGTTGAAGACTTCTTCAAGCGCGACGGCGGCGTGTACGGGCGGTTCAATTGGGTCGCCATCGGCTCCTATGTAGCAGGCGCCCTGATCCAGGTTCCCTTCTCGGCCACCGCCATCTACACGGGTCCGTTGGCCGCCGCGATGGGCGGTGTGGACATCTCCTGGATCGTCGGCCTCGTCGTCGTCGCTCCCCTCTATTACTTCGCGGCCCGGTTGTTCGGCAAGAAGACAGAAGCCGCCCCCTTTCCCGCAACTGCACTCACGCCAGACCTCATCTGA MSTSTEAPRPTTDVPRLEDKTIQPIPLNERHGKARDLFTIWFGSNIMIMTIVTGGLATTVFGLGFVPAIVGIIIGNVVGGIFMALHSAQGPQLGVAQMIQTRGQFGSFGALLIVVIVVIMYVGFFAANLVFGGEAMAAVSPGISVDAGIIIIGVVSVVATIFGYRLIHAYARVLSVAAGLALLLAFGWILMVHGLPGNFLETGNFNWVGFMGTISVSALWQLAYAPYVSDYSRYMPQGTGSAPAFWASYSGCVLGTLFPMILGALVGTLAVSMSTGDVEIVGSLGEMLQPWTLIIVGIFCLGVAASNAMNLYCGVLCTLTIGQTFKPSWLPRAKTRSIAAIILFVVAVSIALFARDNFILFYTNFLSFLMYVLVPWTAINLVDYYLLRHGEYRVEDFFKRDGGVYGRFNWVAIGSYVAGALIQVPFSATAIYTGPLAAAMGGVDISWIVGLVVVAPLYYFAARLFGKKTEAAPFPATALTPDLI PGPT0009075_2445 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_TRANSPORT,PGPT0009075-cytX-K03457 NA NA D3-18_00196 1005 gbh_1 Guanidinobutyrase ATGACAACCCACAAGCCCATCGGTCCTGTCGACGCAACCAAAGTCCCCAGGTATGCAGGCCTCGGCACCTTCGCCCGCCTTCCCCAAATCGACCGCGTCCCGGATTACGACATCGCGATCGTCGGCGTACCGTTCGACGGCGGAACCTCCTTCCGGCCGGGCGCCCGCTTTGGTCCTGCCGCAGTCCGCGAGGCCTCACGGCTCCTGCGCCCCGGCTACCACCCGGAGCTCGACGTGGAACCGGTGTACGAAGCCCAGGTTGTGGACGCCGGCGACATCGCCTGCACCCCCTATGACATCACCCGGGCAGTCCGTGAGATCGAAGAGCAGGCATTGCCCCTGATCAGCGCGGACAAGCGCCTCATTTCCATCGGCGGCGACCACACCATCGCCCTTCCCATGCTGCGGGCCCTGAACAAGGTCCATGGCCCTGTGGCCCTGTTGCACTTCGATGCTCACCTGGACACCTGGGACACCTATTTCGACCAGCCGATCACGCACGGAACCATCTTCCGGCGCGCGTTCGAGGAAGGCCTCCTGGTGGAGGACAAGTCCATGCACGTGGGTATCCGCGGACCGGTCTATGACCGCAACGACTTCCTCCGTGACCACGAGTTCGGGTTCCAGATCATCCGTTGCTCGGACTTGGACGTGATCGGTGTTCCGGCAGCTATCCAGCGCGTGAAGGACAGGCTCGGCGATACCCCCGTCTACGTCTCCATCGACATCGACGTCCTGGACCCCGCGTTCGCACCCGGCACCGGAACCCCCGAAATGGGCGGGCTCCACTCCCGCGAGCTCCTGGCCTTGCTCCGCGGACTGGACGGCATCAACATCGTGGGCGCCGACGTCGTGGAAGTCGCCCCGGCCTACGACCATGCGGACATCACCACGGTGGCCGCGGCCACCTTGGTGTTCGACCTTCTCGGCCTCATGGTGAACCGCAGCAAAGCGGACAACACGGCTGTTCGTGAACTCGCTTCGGCATCCCGGAGCGCGTCATGA MTTHKPIGPVDATKVPRYAGLGTFARLPQIDRVPDYDIAIVGVPFDGGTSFRPGARFGPAAVREASRLLRPGYHPELDVEPVYEAQVVDAGDIACTPYDITRAVREIEEQALPLISADKRLISIGGDHTIALPMLRALNKVHGPVALLHFDAHLDTWDTYFDQPITHGTIFRRAFEEGLLVEDKSMHVGIRGPVYDRNDFLRDHEFGFQIIRCSDLDVIGVPAAIQRVKDRLGDTPVYVSIDIDVLDPAFAPGTGTPEMGGLHSRELLALLRGLDGINIVGADVVEVAPAYDHADITTVAAATLVFDLLGLMVNRSKADNTAVRELASASRSAS PGPT0007775_580 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 D3-18_00197 1578 hypothetical protein ATGTCTAAGTGCCACTCAATCCGGCGGCAAAAGCCGAACAAACAGAAGGAATCGGGGCGGAAAATGGCGATCACCGTGGCTGAACTCATCGCCGAGCCGCAGCTTGGACTCACCCTGATGGCCGGACCCGGTGGCTTGGACAACCGCATCACCTGGGCCCATACCTCGGACCTGCCCAGGCTGTGGGAGTGGGTAACCGGCGGAGAGCTCATGATGACCAACGGCCTCTCCATTCCTGCCGACGCCGAAGGCCAGGTAGCGCTCGCCGAAGCTTTGATGGACAGCGGCGCCAGCGCGTTGGCGATCGGTGAGAAGATGCACGCGCCGCCGCTCACGAAGGAATTCCTGGAGGCCTGCAACCGCCTTCCGCTGCCCCTGATCAACATCCCGTACCCGCTGCCGTTCATCGCGATCGCCCGTTCGGTGGCCGAATCCTCGCTGCTCGAAGAGTCCCGCCGTTTACGGCAAACGGCCCGTGTTTACGACCTCCTCCGCACTGCGGGAGCTTCCGAGGACCATTGGCAGAGCCTCGTGCAAAGGCTCACCACCGAGCTCGATGCGGACCTGTTCGTGGTGGACCGGCGCTGCCTCCATCCGTGGCATCCCGATGGACAATCACTCCCGGTGTTCCTCGCCGAGGAGTGGGCTCCGCTATCCGGCCAGGCATCACTCGCCGGGAAGAACTTCCAGTGGCACCGTATCCGTGGCAGGCACGTGCTCACCATGGATATTCCCACCCATGCCAACGCGCTCCTAGTGGTGCTGCCCAACAGCGAACCGCACCCGGACGCCGTCGTGCTTCTTCACGCCGCAACCGTGCTGGGGCTGCAGCTTTCGCGCATCGTTTTGTCGCTGGAAGGGCGCCACCGACTGGCGGGCGAGTTCCTGCTGCAGGCCATGGATGGGCGTTTGGGCGCGGCCGAGATGGAGAGCCGGCTGGCCGGTTTCGAGGTTCCGCCACAGGATTTCCTGATCGCCTCCATGGCCAAGGCTGCCGGCCATAAAACAGCGGACGACGGCGACAGGCTGGCTAATGTTCATATCGAACTGTGGCGGCACGGGGTTGCGTCGGCCACGTTGAAGCGGAACAACAGGCTCCACGTGGTGGTCGCGGCCGACGTTTCTGGCGACGTCCTGGTGCACTGCGCCGGGGCGGATGCCGCCATTGGAATCAGTGCGCCTGCGGCCGTCGCCACCATCCAGCGCGCACTGCAGGAGTCCCTCTGGGCGCTCGGTTCGGCCCGAGCCGCCAACCTGGGACTGACCCGTTATGCGGAGGGGCCATCGTGGCTTGGACTCACCAGTTTCGAGGAAGGAACGGCGCTGGTGCGGCGTCTTTTGGGCCCAATTTTCGATTACGAGCAGGGCCAGGAAGGCGATCTCCTGGTCACCTTGAAGACGTATTTGGACTCGCAACGCTCTTGGCAAAAGACTGCTACGGCACTCTTCGCCCACCGGCAGACCATCATCTATCGAATGCGGAAAATCGGCGAACTGACGGGGCTGGACATGGGTGAAACGTCCACGATTGCCCAATTGTGGTTTGCGCTGCAGATCCATGAAGCGATGCATCAGTAG MSKCHSIRRQKPNKQKESGRKMAITVAELIAEPQLGLTLMAGPGGLDNRITWAHTSDLPRLWEWVTGGELMMTNGLSIPADAEGQVALAEALMDSGASALAIGEKMHAPPLTKEFLEACNRLPLPLINIPYPLPFIAIARSVAESSLLEESRRLRQTARVYDLLRTAGASEDHWQSLVQRLTTELDADLFVVDRRCLHPWHPDGQSLPVFLAEEWAPLSGQASLAGKNFQWHRIRGRHVLTMDIPTHANALLVVLPNSEPHPDAVVLLHAATVLGLQLSRIVLSLEGRHRLAGEFLLQAMDGRLGAAEMESRLAGFEVPPQDFLIASMAKAAGHKTADDGDRLANVHIELWRHGVASATLKRNNRLHVVVAADVSGDVLVHCAGADAAIGISAPAAVATIQRALQESLWALGSARAANLGLTRYAEGPSWLGLTSFEEGTALVRRLLGPIFDYEQGQEGDLLVTLKTYLDSQRSWQKTATALFAHRQTIIYRMRKIGELTGLDMGETSTIAQLWFALQIHEAMHQ NA NA NA NA NA D3-18_00199 2892 gcvP_1 COG0403 putative glycine dehydrogenase (decarboxylating) ATGGAGTTCCTCTTGACTGTTCAATCAACCCCCACCGCCTTCGCGGACCGGCACATCGGCGCCCGCCGCCAAGCCGACGTTGACACCATGCTCAAGGCCATCGGCTACGACTCTGTCGACGGCTTGGTAGACGTCGCCGTCCCCGATTCCATCCGCCAGGAAACTGCGCTCAAGCTGCAGGACGCCCTCACCGAGGTGCAGGTCCTTACCGAGCTCCGCAAGCTCGCGTCCAAGAATAAGACCGCTGTCCAGATGATCGGGCAGGGCTACTACGACACCGTGACGCCGCCGGTGATCCGCCGCAACATACTGGAAGCTCCCGCTTGGTACACGGCCTACACGCCGTACCAGCCGGAAATTTCACAGGGCCGCCTTGAGGCACTGCTCAACTTCCAGACCATGGTGCAGGACCTCACGGGACTTCCCGTAGCCAACGCCTCGCTGCTGGATGAAGCCACCGCCGTGGCCGAAGCCGTGCTGCTGATGCGCCGTGCCAACAAGAACAAGACTGCCAAGGATGGCAAGACTGTCCTCGACGCCGACCTCCTTCCGCAGACCATCGCGATCGTGAAGGGCCGCGCCGAGGCGCTGGGCTTCGAGGTTGAGATTGCCGACCTTTCGGCGGGCCTTCCTGACGGCGACATCAACGGCGTCGTCCTGCAGCAGCCCGGCGTTTCCGGCCGCGTATTCGACCACTCCGGTGTCATAGCGTCGGCCAAGGAACGCGGTGCGCTGGTCACCGTTGCAGCTGACCTGCTGGCGCTCACGCTCATCACGCCCCCGGGCGAACAAGGTGCGGACATCGCCGTCGGAACCGCGCAGCGCTTCGGCGTCCCGCTGTTCTTCGGTGGCCCGCACGCTGCCTACATGGCCGTGCGTGAAGGAATGGAGCGCACACTTCCTGGCCGCATTGTTGGTGTTTCCAAGGACAACGCCGGCGTCCCTGCTTACCGTCTGGCCCTCCAGACCCGCGAGCAGCACATCCGCCGCGAAAAGGCTACGTCCAACATCTGCACCGCGCAGGCTCTGCTCGCGATCGTGGCCTCGATGTACGCGGTTTACCACGGTCCGGAAGGCCTGAAGGCGATTGCTGAAACCGTCCACGGCCAGGCCCGTGTTTTGGCTGCGACCCTACAGAAGGCCGGCCGCGAACTCGTGTCCGAGGTCTTCTTCGACACCCTCACCGTCCGGGTGCCCGGCAAGGCCGACAAAGTCATTGCCGCCGCCGAAGCGCGCGGCATCAACTTGCGTCTGATCGATGCGGACACCGTTGGCGTCTCCGTTGATGAAACCACGACGCCGGAGGTCCTCTCCGCGGTGGCCGTCGCCTTTGGTGCCGGTCCGGTAGGGGACACCGCTGGGTTCGAGCTTCCCGCCAACGTGGTCCGTACCTCCGATTTCCTGCAGCACCCGGTGTTCAACACGCACCGTTCCGAGACACAGCTGTTGCGCTATATCCGCAAGCTGTCCGACCGGGACCTTGCCCTGGACCGCACCATGATCCCGTTGGGTTCCTGCACCATGAAACTCAACGCGACGGCTGAGATGGAAGCAATCTCCTGGCCGGAGTTCGCCTCCATCCACCCGTTCGCTCCGGACCATCAGACAGCAGGTTGGCGCGAACTGATCGAGGACCTGGAAGCTGACCTCACTGAGATCACTGGCTACGACCAGGTCTCCATCCAGCCGAATGCCGGCTCCCAGGGTGAGCTCGCCGGGCTGCTGGCGATCCGCGGCTACCACCTGTCCCGCGGAGATGAGCAGCGCACCGTCTGTTTGATTCCGGCATCTGCCCACGGCACCAACGCAGCCTCTGCTGTGCTGGCGGGCATGAAGGTTGTGGTTGTGGCCACGGCCGGTGACGGCACGATCGATCACGCAGACCTGGCCGCCAAGATCGAAGCCAACAAGGACGTCCTGTCCTGCATCATGATCACCTACCCGTCTACTCACGGTGTGTACGACGCCGACGTCCGCGAGGTCTGCGACGCGATCCACGCCGCCGGCGGCCAGGTGTACGTGGACGGTGCGAACCTGAACGCGTTGGTTGGCCTGGCCCAGCCGGGCAAGTTTGGCGGCGATGTTTCCCACCTGAACCTGCACAAGACGTTCTGCATCCCGCACGGCGGCGGTGGACCGGGTGTTGGCCCTGTTGCTGCGAAAGCTCACTTGGCTCCGTTTATGCCCGGCGACGCTAACAGTGCTGCTACTCCTGAGGACGCTGCCTCTACCGGTGTGGCAATCTCTGCCTCGCGTTATGGCTCTGCCGGTGTGCTCCCGATTTCGTGGGCATATGTGAAGCTCATGGGCGGTCAGGGGCTGACGGAAGCTACCAAGTCGGCGTTGCTGGCAGCCAACTACGTTGCTTCTCGCCTGGATGAGCACTTCCCCATCCTCTACACGGGCGAGGGCGGACTCGTGGCCCACGAATGCATCCTGGACCTCCGCGAATTGACCGCTCGCACCGGTGTGACGGCCGAAGACGTAGCCAAACGCCTGATCGACTTCGGCTTCCACGCCCCCACCCTCGCGTTCCCGGTTGCCGGCACCTTGATGGTGGAGCCCACCGAGTCCGAGGACCTGGCCGAGATCGACCGCTTCATCGAAGCCATGATCACCATCCGCGCCGAGATCGAGCAGGTGGCAAGCGGTGATTTCACTGTTGAGAAGTCGCCGCTGCGCAACGCACCGCACACGGCTGCCGCCGTCGTGAGTTCCGACTGGGACCGCGAGTACCCGCGTGAGCAGGCAGCGTTCCCCGTCCACCACCTCAAGCAGGACAAGTACTTCCCGCCGGTCGGCAGGATCGACGGCGCCGCAGGTGACCGGAATCTTGTGTGCTCCTGCCCGCCTCTCGAAGCATTTGAGAACACTGCTGACTTCGAAAAATAA MEFLLTVQSTPTAFADRHIGARRQADVDTMLKAIGYDSVDGLVDVAVPDSIRQETALKLQDALTEVQVLTELRKLASKNKTAVQMIGQGYYDTVTPPVIRRNILEAPAWYTAYTPYQPEISQGRLEALLNFQTMVQDLTGLPVANASLLDEATAVAEAVLLMRRANKNKTAKDGKTVLDADLLPQTIAIVKGRAEALGFEVEIADLSAGLPDGDINGVVLQQPGVSGRVFDHSGVIASAKERGALVTVAADLLALTLITPPGEQGADIAVGTAQRFGVPLFFGGPHAAYMAVREGMERTLPGRIVGVSKDNAGVPAYRLALQTREQHIRREKATSNICTAQALLAIVASMYAVYHGPEGLKAIAETVHGQARVLAATLQKAGRELVSEVFFDTLTVRVPGKADKVIAAAEARGINLRLIDADTVGVSVDETTTPEVLSAVAVAFGAGPVGDTAGFELPANVVRTSDFLQHPVFNTHRSETQLLRYIRKLSDRDLALDRTMIPLGSCTMKLNATAEMEAISWPEFASIHPFAPDHQTAGWRELIEDLEADLTEITGYDQVSIQPNAGSQGELAGLLAIRGYHLSRGDEQRTVCLIPASAHGTNAASAVLAGMKVVVVATAGDGTIDHADLAAKIEANKDVLSCIMITYPSTHGVYDADVREVCDAIHAAGGQVYVDGANLNALVGLAQPGKFGGDVSHLNLHKTFCIPHGGGGPGVGPVAAKAHLAPFMPGDANSAATPEDAASTGVAISASRYGSAGVLPISWAYVKLMGGQGLTEATKSALLAANYVASRLDEHFPILYTGEGGLVAHECILDLRELTARTGVTAEDVAKRLIDFGFHAPTLAFPVAGTLMVEPTESEDLAEIDRFIEAMITIRAEIEQVASGDFTVEKSPLRNAPHTAAAVVSSDWDREYPREQAAFPVHHLKQDKYFPPVGRIDGAAGDRNLVCSCPPLEAFENTADFEK PGPT0020480_2449 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020480-gcvP-K00281 NA NA D3-18_00200 1137 gcvT_1 COG0404 Aminomethyltransferase ATGTCTGAGAACTACACAGCCCTCTATGAGCAACACAAAAAGGCCGGCGCTTCCTTCACCGACTTCGGCGGCTGGCAGATGCCCCTCAAGTACGAGTCCGAGCTCGCCGAGCACCACGCCGTCCGCAAGACCGCCGGCCTGTTCGACCTCTCCCACATGGGCGAAGTGTGGGTCACTGGTCCCGAGGCTGCCGCCTTCCTGGACTACGCGCTGGTGGGCAAGATGTCCGCGGTAGCCGTGGGCAAGGCCAAGTACTCGCTGATTTGCAACGCCGACGGCGGCATCATCGACGACCTCATTTCTTACCGTCGCCCCTCTCCCGAAGAAGGCGTGGACAAGTACCTGGTGGTCCCTAATGCGGGCAACGCGACGGTAGTTGCCGCTGCGCTGGTGGAGCGCGCATCCGGTTTCGACGTCGTGGTGGAGGACGCCTCGGCTGAAACCTCCCTCATCGCAGTGCAGGGCCCGAACGCCGAAGCCATCCTGCTGACCCTTGTCCCGGCCGAACAGCACGCGCGGGTTACCGAGTTGAAGTACTACGCGGCGGCGGAGGTCGCCGTCAACGGGCAGGACCTGTTACTGGCCCGCACCGGGTACACGGGCGAGGACGGCTTCGAGATTTACATCCCGAACGTCGACGCTGCTGGCCTCTGGGAAGCGCTGCTCGAAGCGGGCGAAGGCCACGGACTCATCCCTGCCGGCCTAGCAGCCCGCGACTCCCTGCGCCTTGAAGCCGGGATGCCTCTGTACGGCAACGAGCTTTCGCGCCACGTCAATGCCTACGCGGCAGGGCTTGGTCCGGTAGTTTCCCTTGCCAAGGAAAGCGACTTCATTGGCCGCGACGCGCTCACTGCTATCAAGGCTGCCGGCGTCGGCTCCGCTCTTGGACAGAAGCTCGTGGGCCTCAAGGGCGCCGGACGCCGCGCCGCCCGCGCCCATTACTCGGTGCTCAAAGACGGTTCGCTCATCGGTGAAGTCACCTCCGGCCAGCCAAGCCCGACGCTCGGCTACCCGATCGCCTTGGCGTATGTCGACGTCGAGCATTCAGAGCCGGGCACCATCGTGGACGTCGACCTCCGCGGCAAAGCCGAACCGTTCGAAGTTGTGACGCTGCCGTTCTACAAGCGCGCTAGGTAG MSENYTALYEQHKKAGASFTDFGGWQMPLKYESELAEHHAVRKTAGLFDLSHMGEVWVTGPEAAAFLDYALVGKMSAVAVGKAKYSLICNADGGIIDDLISYRRPSPEEGVDKYLVVPNAGNATVVAAALVERASGFDVVVEDASAETSLIAVQGPNAEAILLTLVPAEQHARVTELKYYAAAEVAVNGQDLLLARTGYTGEDGFEIYIPNVDAAGLWEALLEAGEGHGLIPAGLAARDSLRLEAGMPLYGNELSRHVNAYAAGLGPVVSLAKESDFIGRDALTAIKAAGVGSALGQKLVGLKGAGRRAARAHYSVLKDGSLIGEVTSGQPSPTLGYPIALAYVDVEHSEPGTIVDVDLRGKAEPFEVVTLPFYKRAR PGPT0008130_1092 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008130-gcvT-K00605 NA NA D3-18_00201 384 gcvH_1 COG0509 Glycine cleavage system H protein ATGAGCAAAGTAGTCGCCGAGCTGAAGTATTCGGCTGAACACGAGTGGGTTGCCGTCGATGGTGACGGGCCTGTGGGGATTGGGATTTCTGCGGTGGCCGCTGACGCCCTGGGCGACATTGTGTATGTGGACCTGCCCGAGGTTGGCTCCACTGTGACCGCCGGCGAGACGTGTGGCGAGGTGGAATCGACCAAGTCCGTATCGGACCTGTACTCACCCGTAACGGGCGAGGTGACCGAGATCAACGACGCCGTAGTGAGTGATCCCGCCCTCATCAACAACGATCCCTATGGTGCCGGCTGGCTGTTCAAGGTGGCCGCCACCGAAGAAGGGCCGCTCATGTCGGCCGAAGAATACGCTGCAACGAACGGTGGAGAACTGTGA MSKVVAELKYSAEHEWVAVDGDGPVGIGISAVAADALGDIVYVDLPEVGSTVTAGETCGEVESTKSVSDLYSPVTGEVTEINDAVVSDPALINNDPYGAGWLFKVAATEEGPLMSAEEYAATNGGEL NA NA NA NA NA D3-18_00202 1320 glyA2_1 COG0112 Serine hydroxymethyltransferase 2 GTGAACCCGGTATCTGTAACTGACTTTCAGCAGGTTGTGTCGGCGTCGTTGGACGCCCAGCTGTCCGAGCTGGATCCTGAGATCGCTGCAAAGATCGACGACGAACTGGGTCGCCAGCGCGACGGCCTGGAAATGATCGCTTCCGAAAACCACACAGCTGTTGCCGTGATGCAGGCTCAGGGTTCCGTGCTGACCAACAAGTACGCCGAGGGTTACCCAGGCAAGCGGTACTACGGTGGCTGCGAACACGTTGACGTGATCGAACAGCTTGCGATTGACCGCATCAAGTCCCTGTTCGGCGCAGAGTTTGCCAACGTTCAGCCCCACTCCGGAGCCCAGGCCAACGCCTCCGTGATGCACGCCCTCATCAAGCCCGGCGACACCATCATGGGCCTCAACTTGGCCCACGGCGGCCACCTGACCCACGGCATGCGGATCAACTTCTCCGGCAAGCTCTACAACGTGGTCCCTTACGGCGTCCGCGAGGACACCCACACGGTAGACATGGCCGAAGTTGAGCGCTTGGCGCAGGAGCATAAACCTGCACTCATCGTTGCCGGCTGGTCCGCGTATGCGCGGCAGCTGGACTTCGCCGAATTCCGCCGGATCGCCGACTCCGTTGGTGCCTACCTCATGGTGGACATGGCCCACTTCGCCGGTCTGGTTGCTGCAGGCCTCCACCCGTCACCGGTCCCGCACGCCCACGTCACCACGTCCACCACGCACAAGACCCTCGCCGGTCCGCGAGGCGGCATCATCCTCTCCAACGACGCCGACATCGCCAAGAAGATCAACTCGGCCGTGTTCCCGGGCCAGCAAGGCGGACCGCTGGAACACGTCATCGCCGGGAAGGCCGTCGCGTTCAAAATCGCCGCTTCCGAAGAGTTCCGTGAGCGCCAGGAACGCGTTCTGGCCGGTGCCCGGATCCTCGCAGAACGACTCGTCCAGGCCGACGTCGCCGCCAAGGGCATCAGCGTGGTCTCCGGCGGCACCGACGTGCACCTGGTCCTCGTCGACCTCCGCAACTGCGAACTCGACGGCCAGCAAGCCGAAGACCGCCTCGCCGCGATCGATATCACCGTCAACCGCAACGCCGTCCCCTTCGACCCCCGCCCGCCCATGGTCACCTCCGGCCTGCGCATCGGCACCCCTGCGTTGGCTACGCGCGGGTTCGGCGAAGAGGCGTTCCGCGAGGTTGCGGATGTCATCGCCGAAGTGTTGATCGCCGACGCCGATGCGGACCTTTCCGGGTTGCGGCACCGTGTTGATGTGCTGGCGAAGGCACACCCGCTGTACCCGGGTGTTGCGAACCTCGGCTGA MNPVSVTDFQQVVSASLDAQLSELDPEIAAKIDDELGRQRDGLEMIASENHTAVAVMQAQGSVLTNKYAEGYPGKRYYGGCEHVDVIEQLAIDRIKSLFGAEFANVQPHSGAQANASVMHALIKPGDTIMGLNLAHGGHLTHGMRINFSGKLYNVVPYGVREDTHTVDMAEVERLAQEHKPALIVAGWSAYARQLDFAEFRRIADSVGAYLMVDMAHFAGLVAAGLHPSPVPHAHVTTSTTHKTLAGPRGGIILSNDADIAKKINSAVFPGQQGGPLEHVIAGKAVAFKIAASEEFRERQERVLAGARILAERLVQADVAAKGISVVSGGTDVHLVLVDLRNCELDGQQAEDRLAAIDITVNRNAVPFDPRPPMVTSGLRIGTPALATRGFGEEAFREVADVIAEVLIADADADLSGLRHRVDVLAKAHPLYPGVANLG PGPT0008090_2042 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008090-glyA-K00600 NA NA D3-18_00203 816 hypothetical protein ATGCTTCGCTGCCAAACATGCCGTGCGCACGGCACCTTCCGCAGCCAACCCCCGAAACGGACCAGGACACCCCCACGCTGCCAAACCAACCCGGCGCCCAAGGAACACCCCCGGCAGCTAAAACACTCAATCCCGGTACCGAACGAAGCAGCGGAGCGACCCCCAACAAAACCCGGCGCCCGGACGACCACCCCGGCCCGCCCCGGTCGCCGTTTCGTGGGTTCCCTGCCAAACATGCCGTGCGCACGGCACGCTCCGCAGCCATCCCCCGAATCGGACCAGAACACCCCCACGCTGCCAAACCATCCCCGCCCCCAAGGAACACCCCCGGCAGCTAAACCACTCAATCCCGGTACCGAACGAAGCAGCGGAGCGACCCCCAACAAAACCCGGCGCCCGGACGACCAATCGGCCCGACCCCGTCGCCGTTTCGTGGGTTCCCTGCCAAACATGCCGTGCGCCCGGCACCTTCCGCAGCCAACCCCCGAAACGGACCAGGACACCCCCACGCTGCCAAACCATCCCGGTGCCCGGGCCGCCGCCCCCTTTGGGGCCGACATCCGGAAGCGGGCGTCTAAGGGAGCATCGCATCCGCTCAGCGGGTGCCTCTGCGACCGAGCCCGCGGAGGATGCCGGCCCCAACGGGCGAACCCGACCCAGCCCGCAGAGGATGCCGGCCCCAATGGGCGAACCCGACCGATCAGCCGAGGTTCGCAACACCCGGGTACAGCGGGTGTGCCTTCGCCAGCACATCAACACGGTGCCGCAACCCGGAAAGGTCCGCATCGGCGTCGGCGATCAACACTTCGGCGATGA MLRCQTCRAHGTFRSQPPKRTRTPPRCQTNPAPKEHPRQLKHSIPVPNEAAERPPTKPGARTTTPARPGRRFVGSLPNMPCARHAPQPSPESDQNTPTLPNHPRPQGTPPAAKPLNPGTERSSGATPNKTRRPDDQSARPRRRFVGSLPNMPCARHLPQPTPETDQDTPTLPNHPGARAAAPFGADIRKRASKGASHPLSGCLCDRARGGCRPQRANPTQPAEDAGPNGRTRPISRGSQHPGTAGVPSPAHQHGAATRKGPHRRRRSTLRR NA NA NA NA NA D3-18_00204 1401 sdaA_1 COG1760 L-serine dehydratase ATGGCCGTTGGGGTCTTTGATCTGTTCTCTGTGGGTATTGGTCCGTCGAGCTCTCACACTGTGGGGCCGATGCGCGCCGGGGCGGTGTTTGCCCATGAGCTGCGTGAGTCCGGAATGCTCGAATCCGTTGCCGGGTTGCGGGTTGACCTGTACGGATCCCTGGCTGCTACGGGCAAGGGACACGGGACTTTCACGGCCGTCTTGCTGGGGCTTGAGGGCTTCGATCCCGAGGAGATCCTGCCTGACGAGGTAGAGGAGCGATTGGCTTCAATTGCCGAGACGGGGAAGCTCAACCTCGCTGGCGGTGTGCTCTTGGACTACGCAGTGGCGGACATGATCTTGCATCCGTTGACGGTGTTGCCGCGGCATACGAATGGGATGAAGTTTGCTGTCTCTGATGCTGAGGGGAAGGTGCTGAGGGAGGCGACGTTCTTTTCGGTGGGTGGTGGGTTCATTGTCCGTGAGGGTGAGGAGAGCGCTGCGCAGCAGGAGTTGGAGGAGTCGAAGAAGGAGTTGCCGTTGCCGTTCAGGACGGCTGCGGAGTTGCTGGGCCGGTGTTCCTCGAAAGGTTTGGGGATTTCCGAGATCATGTTCATCAATGAGCGTGCGTCCCGGTCTGAGGAGGAGATCCGGGAGGGTCTGCTGCATATTTGGTCCGTGATGGAGGCCTGTGTTGAAACGAGTCTGAAGCGTGAGGGTGTGTTGCCTGGGGGGTTGAAGGTTCGTCGTCGTTCTCCTGATTGGTTGGAGCGGTTGTTGAAGGAGGACAAGGACCGGAACGATCCTAAGTACTGGCAGGAGTGGGTGAACCTGATCGCGTTGGCGGTCAATGAGGAGAACGCTTCTGGTGGGCGGGTGGTGACGGCGCCGACGAATGGTGCTGCGGGGATCATTCCGGCGGTGCTGTATTACGCGTTGAATTACGCGCCGGGGATGGACAAGGCCACGCAAGCCGATCGGGACGATGTGGTGGTGAAGTTTCTGCTTACTGCCGGGGCTGTGGGTGTGTTGTATAAGGAGCAGGCGTCCATTTCCGGGGCTGAGGTTGGTTGTCAGGGTGAGGTGGGTTCGGCGTCGTCGATGGCTGCTGCTGGGTTGGCTGAGGTGATGGGTGGTACGCCGGGTCAGGTGGAGAACGCGGCGGAGATCGCGATGGAGCACAATCTGGGGTTGACGTGTGATCCGATCGGGGGTTTGGTGCAGATTCCGTGTATTGAGCGGAATGCGATTGCGGCGGCGAAGGCGATCAACGCGGCGAAGATGGCGTTGTGGGGTGATGGGACGCATCGGGTGTCGCTTGATGAGGTGATCGTGACCATGCGTGAAACGGGCAAGGACATGTCCTCCAAGTACAAGGAAACCGCGATGGGCGGCCTCGCCGTCAACGTCGTCGAATGCTGA MAVGVFDLFSVGIGPSSSHTVGPMRAGAVFAHELRESGMLESVAGLRVDLYGSLAATGKGHGTFTAVLLGLEGFDPEEILPDEVEERLASIAETGKLNLAGGVLLDYAVADMILHPLTVLPRHTNGMKFAVSDAEGKVLREATFFSVGGGFIVREGEESAAQQELEESKKELPLPFRTAAELLGRCSSKGLGISEIMFINERASRSEEEIREGLLHIWSVMEACVETSLKREGVLPGGLKVRRRSPDWLERLLKEDKDRNDPKYWQEWVNLIALAVNEENASGGRVVTAPTNGAAGIIPAVLYYALNYAPGMDKATQADRDDVVVKFLLTAGAVGVLYKEQASISGAEVGCQGEVGSASSMAAAGLAEVMGGTPGQVENAAEIAMEHNLGLTCDPIGGLVQIPCIERNAIAAAKAINAAKMALWGDGTHRVSLDEVIVTMRETGKDMSSKYKETAMGGLAVNVVEC PGPT0001975_785 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752 NA NA D3-18_00205 1008 lipA_1 COG0320 Lipoyl synthase ATGACACTCGCACCTGAAGGCCGTAAGTTGCTGCGCGTTGAGCAGCGTAACTCGGCGGTCCCGGTTGAACGTAAGCCTGAGTGGATCAAGGCCAAGGTCCAGATGGGTCCGGAGTTCGTCCAGCTCAAGAACCTGGTGAAGAAGGAAGGCCTGCACACGGTGTGTGAAGAGGCCGGGTGCCCGAACATTTTTGAGTGCTGGGAAGACAAGGAAGCAACATTCCTGATCGGCGGGTCCGAGTGCACCCGGCGCTGTGATTTCTGTCAGATCGATACCGGCAAACCCTCCCCGGTGGACATGTTCGAACCCACCAAGGTGGCCAGGAGTGTGCAGGCGATGCAGCTGCGCTACGCGACCGTGACCGGGGTGGCCCGTGATGACCTGGCCGATGAAGGTGTGTGGTTGTACGCCGAAACGGTCCGGAAGATCCATGAACTGAACCCGGGCACCGGGGTGGAGTTGCTGATCCCTGATTTCTCCGGCAAGCCCGAGCACATCGCGGTGATCTGTGATTCCAAGCCCGAGGTGTTCGCGCACAACGTCGAGACCGTGCCGAGGATTTTCAAGCGGATCCGTCCGGCGTTCCGGTATGAGCGGTCCCTGGATGTCATCACACAGGGCCGGGATCTGGGCATGGTGACCAAGTCCAACCTGATCCTGGGCATGGGTGAGACCCGCGAGGAAATCTCCGAAGCGCTGCGGGATCTGCACGCGGCCGGGTGTGATTTGATCACGATTACCCAGTACCTGCGCCCGTCCGAGCGGCACTTGCCGGTGGACCGGTGGGTCAAGCCGCAGGAGTTCGTGGACCTCCAGCACGAGGCCGAGGAGATCGGGTTCCTCGGGGTCATGTCAGGTCCGTTGGTGCGCTCCTCGTACCGGGCCGGGCGTTTGTGGGCCACCGCGATGCGGAAGAAGGGCTGGGAGATCCCGGTGGCCCTGGCCCACATCGAGTCCTCCGGAACCACCCGCCAGGAAGCCTCCACCATCCTCGCCGCCCACGGCTAA MTLAPEGRKLLRVEQRNSAVPVERKPEWIKAKVQMGPEFVQLKNLVKKEGLHTVCEEAGCPNIFECWEDKEATFLIGGSECTRRCDFCQIDTGKPSPVDMFEPTKVARSVQAMQLRYATVTGVARDDLADEGVWLYAETVRKIHELNPGTGVELLIPDFSGKPEHIAVICDSKPEVFAHNVETVPRIFKRIRPAFRYERSLDVITQGRDLGMVTKSNLILGMGETREEISEALRDLHAAGCDLITITQYLRPSERHLPVDRWVKPQEFVDLQHEAEEIGFLGVMSGPLVRSSYRAGRLWATAMRKKGWEIPVALAHIESSGTTRQEASTILAAHG PGPT0003935_1203 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 D3-18_00206 456 hypothetical protein ATGCGCAAGCTTTCCAAGAAGAGCCGGATTACAGCAGCCGTCGCCGGTGTGGCACTGGTGGCAGTTGGCGGCGGAGCCGCTTACGCCTACTGGACCACCACGGGTTCGGGCAGCGGCGAGGCCACCAATGCGGCCGGTGGCGGAACCGTAACCCTCCACGCTACGTTTGCCGGCGGGCTCGCTCCGGGCAACGAGGTTGCTGTGGCCTACACGGCAGACAACGCCACAACCTCCAGCACGGTAGTGGGCGATCTCAGCGCCAACGTCACCACCAATGTGGCGACCTGTCTTCCGGCCTGGTTCGAGGTCACCGCTGTCACCACCAACACCCCCGTGGCAGCAAATTCCACCGGAACGTCGGTGGGCAGCGGCGTGCTGAAGTTCAACGACAGCACCACGGCCAACCAGGACGCCTGCAAGGGCGCAGTGGTAACGGTCAACGTCACCAGCCTGTAG MRKLSKKSRITAAVAGVALVAVGGGAAYAYWTTTGSGSGEATNAAGGGTVTLHATFAGGLAPGNEVAVAYTADNATTSSTVVGDLSANVTTNVATCLPAWFEVTAVTTNTPVAANSTGTSVGSGVLKFNDSTTANQDACKGAVVTVNVTSL NA NA NA NA NA D3-18_00207 867 hypothetical protein ATGGACCCCCGAGCAAAGCGCGCCGCGTCACCGCAGATTACCGGGCCGTTGCACAGCGCTGGCCTTCCACTACGGGCGTTGTTCCTGGTGCTTGTGGTGGCGCTCGTGCCCATGGTCACGCTGGCCGCCAGCGGCGGACAGAGCGACGCCCTGGCGAATGCGGCCAAGGTATCCAAGGGGATCACGGTGACGCTGTCTCCCTCCAGCCGCACCGTGGACCAGGGGCAATCTGCCAGCTATACGGTGTCTGCCTCATCGGTCGGAGGCTTCGCCGGTCAGGTGACATTCTCCGTCGTCGGCCTTCCAACAGGAGCGGCGGCCACGTGGCAACCGTCGTCGGTGGTCCTCTCCTCCGGCGGCACAGCCCAGGCGACTCTGACCGTGGCCACGGCCCCCACCACGCCTGCAGGAAAGACTGACTTCACGCTGAAGGCGACAAGCGGAACAACTCAGGTGTCATCGCAAGCACAACTGCACGTCCTGGAAGCCAATCGGACGTTCGGTGTTTCCGGCTCAGTGGACGGGCTGCTGGCCCCCGGAGTCTCCAGCCCCCTGGATCTGCAAATTTCCAACCCGAACAACAAAAGCATCGCGGTAACCAACCTGACTGTGGCCATTAGCCAGGTGATCAGAACCCCAATGGCGGTGGCAGCCAACTTGCCCTGCACCACTGCCGACTACAACCTGGTCCAATACTCCGGCCAGTATCCGTTGACCGTGGTGCCGGGCACCCGCTCATTGTCGGCCCTAGGTGTTTCCCAAACGAAGTGGCCCCGAATCCAGATGCTCGACACCGCCCAGCTTCAAGACGGTTGCAAAGGCGCGACCCTCAAGCTCACGTACTCCGGCACGGGACAGGCGAACTGA MDPRAKRAASPQITGPLHSAGLPLRALFLVLVVALVPMVTLAASGGQSDALANAAKVSKGITVTLSPSSRTVDQGQSASYTVSASSVGGFAGQVTFSVVGLPTGAAATWQPSSVVLSSGGTAQATLTVATAPTTPAGKTDFTLKATSGTTQVSSQAQLHVLEANRTFGVSGSVDGLLAPGVSSPLDLQISNPNNKSIAVTNLTVAISQVIRTPMAVAANLPCTTADYNLVQYSGQYPLTVVPGTRSLSALGVSQTKWPRIQMLDTAQLQDGCKGATLKLTYSGTGQAN NA NA NA NA NA D3-18_00208 516 hypothetical protein ATGACTGCAACAGTCCGAAACCCCCGCGCTCCTCGCACCGGGCGACTTGCCCGAACAGCTGCTGCCACTGTGGCCCTCTCCATCCTGGGCGGGGCAGGGACAGCCTATGCGTACTGGGCCTCGACGGGCACCGGAAGTGGATCAGCAACGAATGGCACCTTGCAGGCCGTCTCGGTGGACGCACTCGTCCCGGGCGATACCCTGCAAACCAGCCTGGCGCCCGGTGGAACCGCCGACGTCGTCCTCCGCGCCTCCAACCCGAATCCTCACCCCGTGACCATCCATGGTTTTATGGCAAACGGCCCAGTGACAGCCGACGCCGCCCATCCCGCCTGCACCATCACAGGCGTGACGTTCACGCCTCCGCCAACACCGCTGACGCCGCCGGTAACCATTCAGGCGAACACGTCCATGTTGTTGACGCTTCAGGGGGCCGCAAGCATGAGCGCGGCTTCGCAGTCAGCGTGCCAGGGCGCCCAGTTCAACGTTCCCGTGACGCTGGAGGTTCGGAAGTGA MTATVRNPRAPRTGRLARTAAATVALSILGGAGTAYAYWASTGTGSGSATNGTLQAVSVDALVPGDTLQTSLAPGGTADVVLRASNPNPHPVTIHGFMANGPVTADAAHPACTITGVTFTPPPTPLTPPVTIQANTSMLLTLQGAASMSAASQSACQGAQFNVPVTLEVRK NA NA NA NA NA D3-18_00209 1260 hypothetical protein GTGAGCAAGCATCGCCGGTCAACGGGTCCAGGGGTCACCTTTAGCCTCTGGAACAGAATTGCCGTGATTGTGGCCGGCGTTCTCCTCGTCTCATGGGGAGGGCCGGCCGCCACCGCCTTTTGGGGCTCGATCAGCGGTGGCTCCGGAGTAGCCACGGCCGACGCCGTAGCCCAAGGCTCCAAGCCCATTACCGCCGTTTCCGGCACCAGCGTGACGGTCACCTGGACTGCAAGTACGACGGCGGCAGGTCGGCCCGTGACCGGCTACAGCATCGCTCGCTACGCCACAGCGACTGCGGGTACCGGGATCGCAGCGGCTGGAACCTGCACGGGAACTATCGCCGGCCCAAGTTGCGTGGACACCAACGTTCCTACCGGTACTTGGTACTACGCAGTCACCCCGTTGCTCTCGGCATGGCAGGGCGCGGAAAGCACGCGGAGCGTCCCTACGGCCGTGGACGCGACAGCGCCTGGAGCACCTGCGCTTACGGTTCCCGCTAACGTCAATCTCAACAACGTGAACGCAGTTCCCGTCTCAGGCACGGCGGAAGCAAACTCGTCAGTTTCGTTGACAGTTACAGACGCCGGTGCGGCTAACACATCGACCCAAACAGTCACTGCCAACAGCTCGGGAAACTGGACTGCTACGCCGCTGAACCTGAGCACTTTCAATGAAGGAACCATCACCTATTCAGCCCGGGCGACGGACGCGGCGGGCAACTCCGGACCTGCGGGAACGGCGGCCTCCACCAAGGACGTGACGGCGCCGACCGTGACCGGGGTTCAGCTGAACAACGGCGGAAACAACCCGGGCAAGGTTGAACAGGGCGACTCGGTAACGTTGAGCTTCTCTGAAGCGCTCAATCCGAGCATGATCTGTGGTGCGTGGACCAACAGCACCGCCACCCAAACTCATTCCGGCAACAACAGCAATCAGGTCGTTGTAAGAATCAGTGCCGAGAATCTCCTTACGGTAACCGCTCCAGGCTGCTCCACCCTCAGGATCGGAACTGTAGCGCTAGGCGCCACCTACACCTCCACAGCCCTCACTTTCGCAGGAAACGGTGGCAACGGATCGAGCCTCCAGTGGAATAACTCGGCCAAGACCCTCACCATCACTTTGGGAGCAGGGCCAACCCCTCCGAGCACGGCACCTCTGACCACAGCTCCTGCTACCTATACCCCAGCCTCCGGTCTGATCGACACCGCGGGCAACTCACTGACCCCTTCACCGGTCACAGGGACTCCGTCCCGGTTCTAG MSKHRRSTGPGVTFSLWNRIAVIVAGVLLVSWGGPAATAFWGSISGGSGVATADAVAQGSKPITAVSGTSVTVTWTASTTAAGRPVTGYSIARYATATAGTGIAAAGTCTGTIAGPSCVDTNVPTGTWYYAVTPLLSAWQGAESTRSVPTAVDATAPGAPALTVPANVNLNNVNAVPVSGTAEANSSVSLTVTDAGAANTSTQTVTANSSGNWTATPLNLSTFNEGTITYSARATDAAGNSGPAGTAASTKDVTAPTVTGVQLNNGGNNPGKVEQGDSVTLSFSEALNPSMICGAWTNSTATQTHSGNNSNQVVVRISAENLLTVTAPGCSTLRIGTVALGATYTSTALTFAGNGGNGSSLQWNNSAKTLTITLGAGPTPPSTAPLTTAPATYTPASGLIDTAGNSLTPSPVTGTPSRF NA NA NA NA NA D3-18_00210 1065 hypothetical protein TTGAAGGCTGTAACGGAAATGTTCACGATGGGTCCTGGCAACAAGGACCACCATCCCGCTCTCCGCTGCGCTGTAGGTGTGTTTGTTCCGCTGATTACGTTGACCGTGCTGGGACGACAGGACCTGGCAGTGTTCGCCTCGTTCGGTGCGTTCACCGGAATTTATGGCCGGAATGAGCCCCACAGCGTGCGTTTTCGGAGCCAGTTGCGCGCCGGCGGCTTCATGCTTTTGATCGTTCTCCTGGCCACACTTATGGCCCGCTTTGCGCAGGCCGCGGGCATCGAAGGTGCAGCGTATTCCTGGCTCCTGACGGCTGCCACCACTGTGGTGGCCGGTGTCTGCTCCGTGGTGGTGGCTGCTTGGAGGTTACGGCCCGGCGGCTCGCTCTTTCACATTTTTGCCTTCGCTGCCATTGCCTCCATCGCCGCGCAGCCTCCCCTTTGGGAAGCAATGCTGGTGGCGGTGGGGACTACCGTCTTTTGCTTGCTCATCGGCATGTCTTCACGCGTGCTCAGAAGCCACCGGACACCGTGGAAACGGCCGCCACCCATCCGTCACACCGCAGCTGAGCGCCGGGCGATCTGGCTAGAGGGCGGTGGCTATCTCGTGGCAGCAGGCCTGGCGGGGACCATCGCAACGCTGGTAGGGGAGCGGCTCGGGTTCGGGCACACCTATTGGGCCATGGTGGCGGCCGTGGTTCCGTTGGTGGGTCACTCGACGCGCCACAGGGTCAGTCGTGGCATCCAAAGGATCGCGGGAACGGTGATCGGGCTGGTGCTGCTGGCTGGCATTCTCTGGCTGAACCCTGCACCGTGGGCCATGGTCCTGGTCATTGCCGCGTGCCAGTTCGGGGCGGAGATGTTCATCGCGCGCCAGTATTTGGTGGCACAGGTCTTCGTGACGCCGCTGGCCTTGATTGCCACGCTGTTGGCCGCGCCGGTTGATCCGGCTTTGCTGCTCCGTGACCGCATCATCGAGACCGTCATTGGTGCCGCCGTCGGAGTTGCGGTAGTAGTTGCTCCGGCTGTTTGGCGGCGTCTGCGGGCAAGTGGGCCGGGCGCCTAA MKAVTEMFTMGPGNKDHHPALRCAVGVFVPLITLTVLGRQDLAVFASFGAFTGIYGRNEPHSVRFRSQLRAGGFMLLIVLLATLMARFAQAAGIEGAAYSWLLTAATTVVAGVCSVVVAAWRLRPGGSLFHIFAFAAIASIAAQPPLWEAMLVAVGTTVFCLLIGMSSRVLRSHRTPWKRPPPIRHTAAERRAIWLEGGGYLVAAGLAGTIATLVGERLGFGHTYWAMVAAVVPLVGHSTRHRVSRGIQRIAGTVIGLVLLAGILWLNPAPWAMVLVIAACQFGAEMFIARQYLVAQVFVTPLALIATLLAAPVDPALLLRDRIIETVIGAAVGVAVVVAPAVWRRLRASGPGA NA NA NA NA NA D3-18_00211 498 hypothetical protein ATGAGCGACAAAAGTGAACGTCAGGGCTATTGGTACGGGCTGGAGAGCCGCAAGCGGATGGGTGCCGTGGACGTGCTGAATGCACTCAGGGACTACCGATCCGCCGAAGCCGAGATGCGGCGCCGAACTCAGGCATCCATGGGGATGGGCGAAACGGACCTCATGGCGCTGCGTTACTTGCTGGAAGCGGAGCGTGCAGGCCGCGACGTGGGACCCAAGGAGTTGACTGTCCGCTTAGGAATCACTTCCGCTTCCATGACCTCGCTGGTGGACCGGCTGGTCAGGTCGGGCTATGTCACCCGGGAGCCGCATCCTACTGATCGACGAGCACTTATTCTCCGACCAACTCCAGGATCGGACCAGGAGGTCCGCGGTACGTTGGGCGATATGCATGCCCGAATGATGGAGGTGGCTGGCACCCTGAACGCGGAAGAATCAGCGGTTGTGGTGGGCTTTCTTAGACGTATGCGAGGAGCGATCGACGGCGTTGCCACCTGA MSDKSERQGYWYGLESRKRMGAVDVLNALRDYRSAEAEMRRRTQASMGMGETDLMALRYLLEAERAGRDVGPKELTVRLGITSASMTSLVDRLVRSGYVTREPHPTDRRALILRPTPGSDQEVRGTLGDMHARMMEVAGTLNAEESAVVVGFLRRMRGAIDGVAT NA NA NA NA NA D3-18_00212 402 hypothetical protein ATGACAGTCGCGCTGCGTGAACCAAGCTCCACACCAGTGGCTGAGAACACCGTGGACGTTGTCACGGAACAGGCTATCCCCCAGGGCCCCGTGCACTGCGGTTCCCGTATGGCAATCTCCGCCGGGCCATCCTACGACTCCATGCAGTGGGTCTCCGTCGAGCCAATCTGGCCGGAGTGGGCCTGCGGTTGCGGCTTCCGGATGGATATTGACGCCTTGGACCCCGTAAGCGGTGTCTGGATTGCGGCTCTCCGCCGCCAGAGCCTGCAGCATGAACTTGCCGTCGCCCAGAACACCCTCGAGCTCACGTTCAAAAAGGCGGTCGACGCCGGTGTCGATCCTCGCGCTCTGGCCGACGTGACCGGAGTGCCTGCCACCGAAATTGAATCCCTCCTTCAGTGA MTVALREPSSTPVAENTVDVVTEQAIPQGPVHCGSRMAISAGPSYDSMQWVSVEPIWPEWACGCGFRMDIDALDPVSGVWIAALRRQSLQHELAVAQNTLELTFKKAVDAGVDPRALADVTGVPATEIESLLQ NA NA NA NA NA D3-18_00213 942 pknD_1 Serine/threonine-protein kinase PknD ATGCTCCTTGACCGGGCGGCCGTCCGCGCTGATCGCGGGGCCGCTGGAATCGATCGGCAGATCGCTGGAAATGATCGCGGCACATTAGCTGGCCACCGCGCCCTAGCTGTAAACGCGGTGCACCCTGAGGTGGTGCTTGGAGGACGCTACCGACTCGGCGCCCAGCTGGGTGGAGGTTCGGAAGCGTATGTCAACGAGGCCTGGGACCTGCTCTCAGGCAAATCTGTAGCGGTGAAGATTTTCAGGTCAACGGACACCATGGACAACGCCCCATTTCGGCGGGAGCTTGAAATCCATGGGCGGCTGCGACACAAGAACATCGTTCGGGTCCTCGACTCCGGAGACACCGGTAAAACCGTGGACGGCGGCAGCCAGAAAAGCCGCAGGTTCGTGGTGATGGAGCTGGCAGGCGGAAAGGACCTGCGCGGGTACCTGCAAAATAATGCCGCCTCTCCGAAGCAAACGGCCACCTGGATGACCGACATTGCCCGCGCCTTGGCCCACGTCCACCGCAGGGGAATCGTCCACAACGACATCAAGCCAGGCAACATCCTGGTGGACTTCGCGTCGGACCCGGGCGGTCCTGGAATCGCGAAACTGGCGGACTTCGGAATTGCCCTCGACGGCCGCCGCGCGGCGCCCAACTCTTCCTCGGGTACGCCGCATTACCTCAGTCCCGAAGAGGTATGCGGCGGAACGTCCACAACCGCCAGCGACATCTACTCGCTGGGCCTGGTTGCGCTCGAATGCCTGACAGGAACCAAAGCGTTCCCAGGCCCTCCCCTCGAGTCCATGGTGGCAAGGACTCTGGGGGAACCCCGAATTCCCGGCACGGTGCGGCGGCGCTGGTCCATGGTTCTTCATGCCATGACAGACCCCGATCCTGCCGGCAGGCCGTCTGCCAGCCAAGCCGTCGGTATGCTCCGACGGCTCAGCTGGTAG MLLDRAAVRADRGAAGIDRQIAGNDRGTLAGHRALAVNAVHPEVVLGGRYRLGAQLGGGSEAYVNEAWDLLSGKSVAVKIFRSTDTMDNAPFRRELEIHGRLRHKNIVRVLDSGDTGKTVDGGSQKSRRFVVMELAGGKDLRGYLQNNAASPKQTATWMTDIARALAHVHRRGIVHNDIKPGNILVDFASDPGGPGIAKLADFGIALDGRRAAPNSSSGTPHYLSPEEVCGGTSTTASDIYSLGLVALECLTGTKAFPGPPLESMVARTLGEPRIPGTVRRRWSMVLHAMTDPDPAGRPSASQAVGMLRRLSW NA NA NA NA NA D3-18_00214 261 hypothetical protein ATGGGAATCATTGGTTGGATTATTTTGGGTTTGATTGCCGGCGCCATTGCAAAGGCCATCATGCCCGGTAAGCAGGGTGGCGGTTGGATCACCACCATCCTCCTCGGTGTCGTGGGCGCCGTGCTTGGCGGTTGGATCGGCAGCGCACTCTTCAAGGTGGGCATCAACGAGTTCTGGTCGCTTTCCACCTGGCTGCTCGCAATCGGCGGCGCCCTGCTGGTCCTCATCATCTGGGGACTGGTCACGCGCAAGAAGGCCTAA MGIIGWIILGLIAGAIAKAIMPGKQGGGWITTILLGVVGAVLGGWIGSALFKVGINEFWSLSTWLLAIGGALLVLIIWGLVTRKKA NA NA NA NA NA D3-18_00215 1242 hypothetical protein ATGACGCACTCTTTTGCAGCTGACCACGCCACCCCGCAGCCGGGAACTCCGCCCGAACCCACGGCCGAACCCGGCGTCGAACGCAGCGCTGCCGGCACTGCGTTCGGAGCCTTCGGAATGGTGGCCGTCGTCGGTATATTCGCACTTCTCCTCCATATGCTGGCCCAGCATTCGCCGCAGATTGGTCCTGGCTACGTGGGATGGCCGCAAGACGCCGTTGACACCCCGGGGGCCGCAGTGCGCTGGTTCGTGGGCGACATGACCGAGCCACTGTTCTACAAGTCCCATCTCGCAGGGCTCGGACTACTCGCAGGCGCCGCGGCCGCATGGTGGGCTGGCCGACGAGGTGCGAAATGGGCGGGATCGCTCAGTTACGGGACGGGCCTTTGGCCTTGGGTTCTGGCATCCGCGTCAATGAGTTTGATTCTGTCCAACCTGGTGTTCGGATGGATGCTCGACGGCGGATGGCAGCCTACGTTCGTGCCTTTCGTTTGCGTCGCGCCCGCTCTGGTCCTTATGTACGGGGCGGGTTGGCGGACCTGCATCACCGGTGCGGTCCTTGGGGCAGCCACCACCACACCCTTGGCCTTGTTGTTCATAGCAACGGTCTCAGAACCGTTCGGCCTCCCGGCCGTGGTTGGGAGCGTCCTCGCTATGTCGGTGGGCTCGGTCATCTCGTTCCTGGTCGCGCGGCGGATGCCGTGGCTTGTCCTTCGGGAGCCTCCACCCGGGACGAAACCGGAGTTGCCGCCGTCGAGCCTCAACCGAAACTTGGCCGGCGACGCTGCCTGGGCTGCGCGCAGGGTGCTCAAGGACTTCACTGAAACGCATTTTTTCGCCAACGAGCTCGCCGCCGCCTGCGTGATCCTGGCTGTGGCGGCGGCCTTTGTCCTGAACCCGGCGCTGCCGTCGTACGGGACGGGCCTGCTGCCGCACATACTTTTTGCCCAAGCGTTGACCTCGGCCATCGGCGTCACGCTGTGGCGGGGCTGGTACCGCGACGGCGGGTGGGCGGCCACCTACGCGTCCGTGGTGTCGGTTGCTCCTGCCGCAGTCCTCGCGTATGCCGGCTCGTGGACGGGAATGGTGGGCGGTGCCGTGATGGGTGCTGTCCTCGCGCCGCCTCTGGCCAGGGCAATCTCCGCGCGGCTGCCGGCCGGCTTCCATCCGGTCATCGGCAATACAGCGGCCATGGCAGTCTCGACGGCGGTTGCCTTGCCGGTGCTTGGGCTCCTGCCTTAG MTHSFAADHATPQPGTPPEPTAEPGVERSAAGTAFGAFGMVAVVGIFALLLHMLAQHSPQIGPGYVGWPQDAVDTPGAAVRWFVGDMTEPLFYKSHLAGLGLLAGAAAAWWAGRRGAKWAGSLSYGTGLWPWVLASASMSLILSNLVFGWMLDGGWQPTFVPFVCVAPALVLMYGAGWRTCITGAVLGAATTTPLALLFIATVSEPFGLPAVVGSVLAMSVGSVISFLVARRMPWLVLREPPPGTKPELPPSSLNRNLAGDAAWAARRVLKDFTETHFFANELAAACVILAVAAAFVLNPALPSYGTGLLPHILFAQALTSAIGVTLWRGWYRDGGWAATYASVVSVAPAAVLAYAGSWTGMVGGAVMGAVLAPPLARAISARLPAGFHPVIGNTAAMAVSTAVALPVLGLLP PGPT0003290_336 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN_TRANSPORT,PGPT0003290-entS|ybdA|cbsS-K08225 NA NA D3-18_00216 756 zupT Zinc transporter ZupT ATGCCAATGTGGTTACAGGCCCTGGCGTGGGGAACGCTTGCCGGGGGTGCATTGGTCCTCGGGGCGGGTATCGCCTGGATGTGGAAAGTCCCGCCCAAAATCGTGTCTACGGTGATGGCCTTCGGCGCCGGGGTACTGATCTCTGCCTTGGCTTTCGAATTAGTGGACGAAGCCGTGGAAGGCGGCGGGTTGTTTCCCACAGTTCTGGGCTTTCTCCTTGGCGCACTGATTTTTGTGGGTTCCAACGCCGTGCTTGCCCGCGCCGGCGCCAAGCATCGTAAGCGCTCCGGCGGAGCCCAGCCCTCGGAAAAGGACTCCCCTGGAAGCGGCACCGCCATCGCAGTAGGTGCACTCATCGACGGCATTCCCGAATCAGTGGTCCTTGGCGTGGGCCTCCTCGCAGGAGGGGCAGTCAGCCCGGCCATGCTCGCCGCCGTCTTCATATCGAACGTTCCGGAGGGCCTGTCCAGCACAGCAGGCATGAAGAAGGCCGGACGCAGCCCCGCATACGTCTTTGGCACGTGGGCTGGCATTGCGGTGTTCAGTGGGCTTGCCGCACTCCTCGGGTACACCGCCCTGGAAAACGCTCCGGAGACCGTGATCGCGTTCATCACGGCCATCGCCGCAGGTGGAATCCTGGCCATGCTTGCCGACACTATGATCCCTGAAGCCTTTGAGCAGCACCACAACCTGACCGGGCTGACGGCCGCCGTCGGATTCCTGAGCGCCTTTACTATTCACCACATCGGCGGCTGA MPMWLQALAWGTLAGGALVLGAGIAWMWKVPPKIVSTVMAFGAGVLISALAFELVDEAVEGGGLFPTVLGFLLGALIFVGSNAVLARAGAKHRKRSGGAQPSEKDSPGSGTAIAVGALIDGIPESVVLGVGLLAGGAVSPAMLAAVFISNVPEGLSSTAGMKKAGRSPAYVFGTWAGIAVFSGLAALLGYTALENAPETVIAFITAIAAGGILAMLADTMIPEAFEQHHNLTGLTAAVGFLSAFTIHHIGG PGPT0004250_2255 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 D3-18_00217 609 hypothetical protein ATGGCCATCAGCCTCAAGACCACCTCCGGTAAGATCCTCGCGTCCGTCGCACTGGTCGGCACCGCAGCCGCAGTAGCAGGCATGGGCACCTACGGCGCCTTCACCTCCTCCACCTCCGCCTCCCAGGCAGTCACCGCCGGCACCGTCACCATCGCCCTCGGCGCCCCTGGCCCGGCCAACACCCTCAACGTCCCCGTCGCAGGCCTGCTCCCGGGCGACAAGGTCGAAAAACTCGTCACCCTGGCCAACACCGGCAACTCGGACCTGAACAACGTCACCCTCACCACCTCCGCCGGGACCACCGCGTCCCTGCTCACCACCGACGCCACCAACGGCCTGCAACTGACCATCGAAAACTGCTCCGTTGCCTGGACCGGCACCGCAGCCCCCTACACCTGCACCGGCACCAAAACCACCGTGGTCGCGTCCTCACCGGTGATCGCCGCGAACAAAGTCCTGAACAACCTCACCTCCCTGACCTCGGCCAAAACCGACAACCTCAAAGTCACCACCGCGTTCCCGACCACCGCGAACAACGACTTCCAAGGCGCCACCTCCACCATCGCCTTCGCCTTCACAGGCACCCAACGCACCGAAACCACCAAATAA MAISLKTTSGKILASVALVGTAAAVAGMGTYGAFTSSTSASQAVTAGTVTIALGAPGPANTLNVPVAGLLPGDKVEKLVTLANTGNSDLNNVTLTTSAGTTASLLTTDATNGLQLTIENCSVAWTGTAAPYTCTGTKTTVVASSPVIAANKVLNNLTSLTSAKTDNLKVTTAFPTTANNDFQGATSTIAFAFTGTQRTETTK PGPT0025195_80 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_RELATED_GENES CE-BIOFILM-SPORULATION_RELATED_FUNCTION,PGPT0025195-cotN|tasA-K06336 NA NA D3-18_00218 756 hypothetical protein ATGAGCACCATCACCAGCATCAACGAACCCGCAGTCCAGGGCCGGCGTTCCGCCGAGCAGATCATTGAAACCGCAGCACCCGTCACTGGGGCGGGCGCCGTAGTGACACCCGCCTCCGGGACCCGGCCCACCGCCGTCGTGATTCCGCCCGAAGCTGCCATCACAGCAACGGGCAGTGGAAAACCGAGTGCCTTCCGTAGGGTTGCCGGCACGGTGGTGAAGGGCATGGGCGTGGGCATGCTGGTCCTGGCCGCCGTGGTGTTCCTTTTCCTGGCCATCGGGCCGCGGACCTTCGGCTACCAAACTTCAACCATGCTCACCGGTTCCATGGCCCCGCTGATCAACCCGGGCGACGTCGTCGTCACCGTCCCCACCTCCATCACGGACATCAAAGTAGGCGACGTCATCACCTACCACATCCCCGTGGAAGACCAGCGCGTGGAAACCCACCGCATCACCGAAATCACCACCACCGCTGACGGTGGCGTCGCAGTCCAAACCAAAGGCGACGCCAACAACGGCATCGACCCCTGGATTGCCACCCTCCAAGGCACAACCGTGGACAAGCAAGTCGCCGCCATCCCCTACGTCGGCAACGCCATCCGCACCCTCCGCGAACCCATCGTCATGAACACGCTCATGTACGGTGCCCCGGCCATCCTGGTCATTGGAATGCTCGCCTCCATCTGGACCAAAGACCCCAACAAGTCAGCCCTGGAAGGCACCCCAGTTCCCCAGGCAGCAAGCGGTGAATGA MSTITSINEPAVQGRRSAEQIIETAAPVTGAGAVVTPASGTRPTAVVIPPEAAITATGSGKPSAFRRVAGTVVKGMGVGMLVLAAVVFLFLAIGPRTFGYQTSTMLTGSMAPLINPGDVVVTVPTSITDIKVGDVITYHIPVEDQRVETHRITEITTTADGGVAVQTKGDANNGIDPWIATLQGTTVDKQVAAIPYVGNAIRTLREPIVMNTLMYGAPAILVIGMLASIWTKDPNKSALEGTPVPQAASGE PGPT0026405_433 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_RELATED_GENES CE-BIOFILM-SPORULATION_RELATED_FUNCTION,PGPT0026405-sipW-K13280 NA NA D3-18_00219 414 hypothetical protein GTGAATGAGGACCCGGGCCCCACACCCGAGGTGGTCGTCCTGGAACCTTGCAGGCTGCAAGCGCTGGCTGATGAGTTGGGAGACTCAACTCCAGCGCTCCGTTTTCTCTCTACCTACTTGTCCATGCTGCCTGAACGCATTCGTAGTATCTCCAGCGGCCTGTGCGAGCACGACGTCAGCGCCAGCATGGATGCCGTCCTGAGCCTGAAGATTTCCTCGGCCATGGTCGGTGCCCTGGAGACGGAGAGCCAGTGCCGGGCCATCGAGCAGATGATCCGGGAAGACCACTTCGACTCGGCAGTCCAGGCATTCCCGGCTCTTCAAAACTCAACCGACCGTTGCTTTGCTGCCGGACCTCAGCTGCTGGGCAAGGCTTGGGAGTCGCTCTGCTCCCCGCCCCGGACTCGCTTTTAG MNEDPGPTPEVVVLEPCRLQALADELGDSTPALRFLSTYLSMLPERIRSISSGLCEHDVSASMDAVLSLKISSAMVGALETESQCRAIEQMIREDHFDSAVQAFPALQNSTDRCFAAGPQLLGKAWESLCSPPRTRF PGPT0025855_53 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_SENSING_REGULATORS CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0025855-hptB-K20976 NA NA D3-18_00220 1299 genK_2 COG0477 Gentisate transporter ATGCCAACGATGTCATCTGCCCACCGCTCCCAATGGCCCGTCTGGCTCTGTTGGCTGGCCATGGTTCTGGACGGGTTCGATCTCGTGGTCCTGGGCACCGTCATCCCAACACTCATCAAGACCGGTGAGCTAGGCTTCGACGCCGTCGGTGCCACCTTCGCAGCCACCATTTCCTTGGTGGGCGTGGGCCTTGGCGCCCTCTTTATCGCGCCGCTTTCGGACAAGTTCGGACGCCGGAAACTGCTGATCGCCTGCGTGGCAAGCTTCTCGCTCTTCACCATTGGTGTCGCTTTCGCCCCGAACGTCGCCGTCTTCTCTTTGCTTCGCATGCTGGCAGGGCTCGGACTGGGAGCCTGCCTTCCTGCAGCCTTGGCATACATCAACGACTACGCACCAGCCGGATCTGCGGGCAAGTCCACCACCCGAACCATGACCGGTTACCACGTTGGCGCCGTAGCAACGGCACTACTGGCCATCTTCATCGTTCCCAACTGGCGACTCATGTTCATCATCGGTGGCGTCGCTGGCCTGCTGCTCCTGCCCTTCCTGTGGGTCAAGCTGCCGGAATCGCTTCCCGAAGCTGCCTCCGCCAAGGCTGGCTCCACCAAGAATGGCGAACGAACACCGAGGGCATCCGAAAAGGCACCAACCGCCGTCGAGCATTCAACGGGCACAAAGCCGAAGACCGGGTTCCGCGACCTCCTGCAGAAGCCTTATCCGCTGGTTGCGGTGGGCATTGGCATCGCGTCGTTCATGGGGCTGCTGCTGGTTTACGGCCTGAACACCTGGCTGCCGCAGTTGATGGCTGCCGCCGGATATCCCGTGAGCACTGGACTGACGTTGCTGTTGGTCCTGAATCTCGGTGCCGTCGCGGGCCTGTTCGTGGCCGGAATTCTGGCCGATAAGCATGGGACCAAGAAGATCGTGCTGATGTGGTTCGGCCTTTCGGCCGTGTTCCTGGCCATTCTGAGCGTCAAGATCCAGAACGAGTTCCTGCTCAACGCTGCCGTGTTTGTCACTGGCGTCTTTGTCTTCAGCTCGCAGGTGCTGGTCTACGCCTGGGTTAGTCAGCTATTCCCGTCCCGTCTCCGCGGAACCGCGCTGGGCTTCGCCGCAGGGGTAGGAAGGCTCGGCGCGATCGTTGGACCTGCAGTGACGGGGACCTTGGTTGCCGCAAACATTGCCTACCCCACCGGCTTCTATGTGTTCGCTGCCGCAGGCGTGTTGGCAGTAGCAGCGCTGTTCCTTGTGCCGCATGAGGTCAAGGCCACAGACAGCAGCGTGCCGGTCGAGCGCTGA MPTMSSAHRSQWPVWLCWLAMVLDGFDLVVLGTVIPTLIKTGELGFDAVGATFAATISLVGVGLGALFIAPLSDKFGRRKLLIACVASFSLFTIGVAFAPNVAVFSLLRMLAGLGLGACLPAALAYINDYAPAGSAGKSTTRTMTGYHVGAVATALLAIFIVPNWRLMFIIGGVAGLLLLPFLWVKLPESLPEAASAKAGSTKNGERTPRASEKAPTAVEHSTGTKPKTGFRDLLQKPYPLVAVGIGIASFMGLLLVYGLNTWLPQLMAAAGYPVSTGLTLLLVLNLGAVAGLFVAGILADKHGTKKIVLMWFGLSAVFLAILSVKIQNEFLLNAAVFVTGVFVFSSQVLVYAWVSQLFPSRLRGTALGFAAGVGRLGAIVGPAVTGTLVAANIAYPTGFYVFAAAGVLAVAALFLVPHEVKATDSSVPVER PGPT0005390_48 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_BENZOATE|DERIVATE_DEGRADATION XENOBIOTIC_BENZOATE-DEGREDATION-BENZOATE_TRANSPORT,PGPT0005390-benK-K05548 NA NA D3-18_00221 741 kipR_2 COG1414 HTH-type transcriptional regulator KipR ATGGCCAACTCAGCATCAGGTGATTCTGTGGTGGACCGCGTTGTGCGGGTTATCGAAGCTTTTCCGGAAGGCGTCACCTCCCTGCAACTGAGCGATTTGGCCGACCGCGCCGGACTTCCGTTGTCATCAGCTCATCGGCTGGTGCGGCAACTTTCAGAGCACGGGCTCCTGGATCTTGGGGCCGGCGGGACTGTTCGTTTGGGACTGCGCTTATGGGAGCTCGTCAACCGGAATTCACCTACGCTGGCTCTCCGGCAGGCCGCCATGCCCTTCATGGAGGACATTCAGCAGGTCCTCAACCAGAATGTGAACCTGGCCGTACTTGATGGATGGGAAGCGCTTTTTGTTGAGCGGCTTTCCCGGCGGGGGTCGGTAGCCAACCGGGCGCGTGTCGCCGGGCGGATGCCGGTCCACATATCCTCTGCGGGACTTGCGCTGATGTCCCACCAGCCGCGTGAACTGCAGGCGGAGTACCTCGAGCAGTTCGCAGATCCATCCGGAAAAGTGACTGTCGACGTCGTGCGTCATTTCCTGGCCGAAGCAGCCCAGCAGGGGTACGCGCAACTGGCTGGTGTGGTGGATCCGGAGACGTGGGGCATTGCCGTACCGGTGATCAATGCCAAGCGTCGAACCGTGGCGGCGCTCGGAGTAGTGGTGCCCCTTGCGGAGATGCGGCTGCAGGCTCTGGTGCCCGCGCTCCAAACAGCGGCCCGGGGGATCGGCCGCCAATTGGGGGACTAG MANSASGDSVVDRVVRVIEAFPEGVTSLQLSDLADRAGLPLSSAHRLVRQLSEHGLLDLGAGGTVRLGLRLWELVNRNSPTLALRQAAMPFMEDIQQVLNQNVNLAVLDGWEALFVERLSRRGSVANRARVAGRMPVHISSAGLALMSHQPRELQAEYLEQFADPSGKVTVDVVRHFLAEAAQQGYAQLAGVVDPETWGIAVPVINAKRRTVAALGVVVPLAEMRLQALVPALQTAARGIGRQLGD NA NA NA NA NA D3-18_00222 1188 praI 4-hydroxybenzoate 3-monooxygenase (NAD(P)H) ATGGCACGTACACCAATCACCACCCAAGTCGCCATCATGGGCGCAGGTCCCGCGGGCCTCATGCTCTCGCACTTGCTGGCCAAGCAGGGCATCGAATCCGTGGTGGTGGAGATCCGCAGCCGCAAGGAAATTCAGGAGACTGTCCGCGCTGGAATTCTCGAGCACGGCACCGTTAACCTGCTGGTCGATTCCGGCGTCTCTGACCGGGTGCTGCGCGAAGGTGACCGGCACGATGGCATCGAACTGCGCTTCAACGGCGAGAGCCACCGCATCAACTTCAAGGAACTGGTGGGGGAATCTGTGTGGCTATACCCCCAGACGGATGTCTTCATGGACCTCGCCGCGAAACGGGAGGCCGACGGCGGCGACGTCCGGTACAGCGTCACCGACACCACCGTGCACGACCTCGAGGGCAAGCCCAAGGTATGGTTCACGGACGCCAATGGCCAGGAATTCGAAATCCAGGCCGACTTCCTGGTCGGAGCCGACGGGTCGCGCAGCCACTGCCGTTTCCAGATTCCCGAAGCGAACCGCAAGTGGTACTTCCATGAGTACCCGTTCGCATGGTTCGGCATCCTCGCAGAGGCCCCCCGCAGCGCCGACGAGCTCATCTATGCCAACTCTGAGAACGGCTTCGCCTTGATCAGTCAGCGCACCGAAACTGTTCAGCGCATGTATTTCCAATGCGACCCCAAGGAAAACGTGGCCGATTGGGATGACGAACGAATCTGGACGGAGTTTCGCAAGCGCGTCAACGGCAACGGCTTTGAGCTCAAAGAGGGACCCGTCCTGGAAAAGATGGTCCTGCCTTTCCGCAGCTTCGTGCACACCCCTATGCGCCATGGCAACCTTTTCCTCGCGGGCGACGCTGCCCACACCGTCCCACCCACCGGCGCCAAGGGCCTCAATCTGGCTATCCACGACGTCAAGGTGCTCTTCGAAGGCCTTGATTCCTTCTACTCGAACGGTTCGACTGCGCTGCTCGATTCCTATAGCGAGCGAGCCCTGGACCGTGTGTGGAAGGCCCAGCACTTCTCGTACTGGATGACGTCCATGCTGCACACCGTTCCCGGAGCCGACGACTTCGATCGCGCCCGCCAGCTTGGTGAACTTCACTCAGTCGTCACGTCCGAGCACGCCAAGGCATATCTGGCGGAGTCATACACAGGCTGGCCGACTGCGCGGTAG MARTPITTQVAIMGAGPAGLMLSHLLAKQGIESVVVEIRSRKEIQETVRAGILEHGTVNLLVDSGVSDRVLREGDRHDGIELRFNGESHRINFKELVGESVWLYPQTDVFMDLAAKREADGGDVRYSVTDTTVHDLEGKPKVWFTDANGQEFEIQADFLVGADGSRSHCRFQIPEANRKWYFHEYPFAWFGILAEAPRSADELIYANSENGFALISQRTETVQRMYFQCDPKENVADWDDERIWTEFRKRVNGNGFELKEGPVLEKMVLPFRSFVHTPMRHGNLFLAGDAAHTVPPTGAKGLNLAIHDVKVLFEGLDSFYSNGSTALLDSYSERALDRVWKAQHFSYWMTSMLHTVPGADDFDRARQLGELHSVVTSEHAKAYLAESYTGWPTAR PGPT0005065_359 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYBENZOIC_ACID_GALLATE_RESISTANCE,PGPT0005065-pobA-K00481 NA NA D3-18_00223 2049 hypothetical protein ATGGAAGGCAAAGGGCAGGTTTTGGTGCGGCGGACGGGTCCGTCCGATGCCAGTGAGGTGCCCAGGCGCGTCTCGCCAGACACGCTTTCTCGGCTTTCAACGCCTGAGTGCCCGACGGCGGCCGGCACCGACGCGGAAACCTCACGGACCCCTGAGCTGCTTCTTGGATTCGCGTCGGCGCCTAACGCCGGAGATTCCCCGCCACTAGGGGCGCCCGCAACGTCCGCGCCGGAAAGTGCAGCTCCTGAGGAGGTGCCCGGGCAGTTGCCCTGGCCAAAGGCCTCCGCCCCCGAACAGTTGCCGGAGTCGCTGTGGCCTGAGTCGCTGTGGCCGGAATCCTCGGCGCCGGTTTTGCCGGTACTGGAAGCGGCGCTCCTTGAGGGTGCTGCCGCAGCGGACGCGTTGAGATCAATAGCTTCCGATGAGGCGCGGTTGTTTGGGTTCGTTGAGGCTGCTGACTTTGCCGGGCGGATCGAGGAGATCTCCCGGTCGTTGGAGTACTTGCAGGTTGTCGCGGCGCAGGCGGTGGAACGAACCCGGAAGGAAGCACAGCAAGCGTCGCCGGGGTCGGCGGGGTCGGCGGGGTCGTCAGGGGCGGCGGGGTCGTCAGGGGTGGCGGGGTCGTCGGCAGCGGCGCCGGAATGGCGGACCGGTTGGACAGAACCAGAGCCAGCATCCGGTGTGGCATCCGTTTCCGCTGGTGAAGCACGCTCCGCAAGCGCAGGAGCTGCCGTGAGTGGGGCAGGCTCCGTGACCAGTCCAGGGCCAGTACCTGGACCCGATTCCGTGACCAGTCCAGGGCCAGTACCTGGGCGCGGTTCGGTCTTCAGCGCGGACTCCGGAGGACTGAGCGCCGATTCACAAGCGAGCCCTTTGGATGACGGGTACCGGAACGCCGCTGAGTTCCTTCGGGCCCGGCTGCGGATCAGCATCGCGGAGGCCCGGCGCAGGTTGGCCCTCGCCCCCGAGGTGCTGCCGCAGGCCGGAATGGCCGGGCAACAGATCCCGGCCCGGCGCGAAGCGCTGGCCGACGCGGTGGCCTCAGCCCTGGTATCTTCCCGGTCCGCGACGATCATCAGCACCGCGCTGGACCAGGTCCGGCAGCTCACCGATGACGAGACCATCACCCGGATGGAACACGCCCTCACCGCCACAGCCATTGACTCCGACCCGGACTTCCTCACCAAAATGACCAAACGCTGGACCGACATGATCGACCAGGACGGCCCCGAACCCTCCGAAGAAGTCCTCCGCCAACTCCAAGGCGCGTTCCTCCGCCGCCGACGCCGCCACGGACTCCACCACATCGAAATCTTCGCCACCGCCGAACAATACGAAACCCTGGCCACCGCCATGAACACCGCCACCAACCCACGACTCACCACCAACAACGACGGGCCCGGCACCGGCCCCGACCTGGACCGGCGCAGCCGGGCCCAGAAACTCCTCAACGGACTCGTCGGAGCCTGCGCCCTCGCGATGACCACCGGGAAACTGCCCTCCAACGGCGGACTCCGACCCCAACTCACCGTCACCATCGACGAACGAGACCTCTTCGAACGACTCAACAACCACAACAACCACGAACAACCCGGCGCCGGACCCGCACGGAACCCGCTCAGCACCGGCACAGCAACCTTCACCGGCCCGATCCACCCGAACACCATCCGCAAAATCGCCTGCGACGCCGACATCATCCCCGTCCTCCTCGGAACCGACTCCCGCGTCCTGGACATCGGCCGCACCACCCGGATCTTCCCACCCCACATCCGCAAAGCCATCACCGCCCGCGACGGCGGCTGCGCCTTCCCCGACTGCACCATCCCCGCACCCTGGTGCGAAGCCCACCACACCACCTACTGGTCAAACGGCGGCACCACCTCAACACACAACGGCACCCTCCTCTGCAGCCACCACCACCACCTCATCCACAAAGAACAATGGCGCATCAACATCACAACCGGGACCCCCTGGTTCATCCCCCCACCCCACATCGACCCCCAACAAACACCCCACCGCAACCACCACCACACACCCCACAGAACATAA MEGKGQVLVRRTGPSDASEVPRRVSPDTLSRLSTPECPTAAGTDAETSRTPELLLGFASAPNAGDSPPLGAPATSAPESAAPEEVPGQLPWPKASAPEQLPESLWPESLWPESSAPVLPVLEAALLEGAAAADALRSIASDEARLFGFVEAADFAGRIEEISRSLEYLQVVAAQAVERTRKEAQQASPGSAGSAGSSGAAGSSGVAGSSAAAPEWRTGWTEPEPASGVASVSAGEARSASAGAAVSGAGSVTSPGPVPGPDSVTSPGPVPGRGSVFSADSGGLSADSQASPLDDGYRNAAEFLRARLRISIAEARRRLALAPEVLPQAGMAGQQIPARREALADAVASALVSSRSATIISTALDQVRQLTDDETITRMEHALTATAIDSDPDFLTKMTKRWTDMIDQDGPEPSEEVLRQLQGAFLRRRRRHGLHHIEIFATAEQYETLATAMNTATNPRLTTNNDGPGTGPDLDRRSRAQKLLNGLVGACALAMTTGKLPSNGGLRPQLTVTIDERDLFERLNNHNNHEQPGAGPARNPLSTGTATFTGPIHPNTIRKIACDADIIPVLLGTDSRVLDIGRTTRIFPPHIRKAITARDGGCAFPDCTIPAPWCEAHHTTYWSNGGTTSTHNGTLLCSHHHHLIHKEQWRINITTGTPWFIPPPHIDPQQTPHRNHHHTPHRT NA NA NA NA NA D3-18_00224 459 hypothetical protein ATGACTAACGACCCAAGTCCAAAATCACCGGTCCGGCAGCTGCGCCTCGTCGTGCAGGCGGAGGACTACGAAGCTGCGTTGGCGTTTTTCCGTGATGCCCTGGGCCTCCCCGAGCAGGCTGCTTTCGAAGGAGATGGGGATGCCCGCGTTACGATCCTCGAAGCCGGCCGCGCCACCCTGGAGATCTCTAATCCCGCCCAAGTGCGGCTGATCGACCAGGTAGAGGCCGATGGCCAGCCCAGTGCCAAGATTCGCATCGCCTTCGAAGTGGATGATTCCGCCGCAACCACTAATGAGTTGGTGGAAGCAGGGGGCACCTTGATTGCTGAACCCAGGGAAACCCCATGGAAGTCATTGAATTCACGACTCGAAACACCCGCAGGTCTCCAGATCACGCTGTTCCAGGAGCTTGAATCAATCGACGAACGCAGCGCGAAGCCCGGTTTCAAACGACCGTGA MTNDPSPKSPVRQLRLVVQAEDYEAALAFFRDALGLPEQAAFEGDGDARVTILEAGRATLEISNPAQVRLIDQVEADGQPSAKIRIAFEVDDSAATTNELVEAGGTLIAEPRETPWKSLNSRLETPAGLQITLFQELESIDERSAKPGFKRP PGPT0013300_3325 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 D3-18_00225 624 hypothetical protein ATGGTCTACGAAAACGGTGCGGGCTCAAGCACTCCCAAAGCCCGCAGGAACGACGTCGTCAGAGCGGAAAAGGATCGCTTCGGCGGCATCAAATGGGGCTCGGCTTTCTTTGGTTGGCTGACGGCGATCGGGATGACCGTCCTGCTCAGCGCCTTGGCTACTGCCATCGGCGTAGGCGTAGGAGCAGCGAATCCATCCGGCGCCGACCAAGCAGCAGACCAGGCGCAGCAGAACGTGGAAACCCTGGGAATCGTCAGTGGAATCGTCCTTGCAGTGGTCTTGTTCCTGGCGTATTACTGCGGAGGCTACGTCGCCGGTCGGATGGCCCGTTTCGACGGAGCCAAGCAAGGTCTGGCCGTCTGGCTGTGGGGCATCATCATCGCCATCATCGTGGCAGTCCTTGCTGCAGTGGCAGGGAGCCAGTTCAACATTCTCGACAATCTTAACGGCGCACCCCAGATTCCCGTCGACGGAAGCCTGATGACCACCAGCGGCATCATTGGTCTCGTCATCGCGCTGATCATCCCCCTCCTCGGCGCCATCGTCGGCGGCAAGGCAGGCATGCGCTTCCACAGAAAAGTCGACCAGGTGGGCATCGATCACCAAGACGGAGTCGTCGACTAG MVYENGAGSSTPKARRNDVVRAEKDRFGGIKWGSAFFGWLTAIGMTVLLSALATAIGVGVGAANPSGADQAADQAQQNVETLGIVSGIVLAVVLFLAYYCGGYVAGRMARFDGAKQGLAVWLWGIIIAIIVAVLAAVAGSQFNILDNLNGAPQIPVDGSLMTTSGIIGLVIALIIPLLGAIVGGKAGMRFHRKVDQVGIDHQDGVVD NA NA NA NA NA D3-18_00226 849 hypothetical protein GTGCGTCGGGCAGCCTTGCAGCCCGAGGACGTGGGCGTTCTGAATTACGGCATCCGGCGCGTCCCTGGCCTGCGGAGGGAGGAACTGGCCATGCTGGCCGGGGTCAGCACCACGTATTACACACGTCTGGAGCAGGGCCTGAGCACAAACGCCTCAGAAGCTGTCATCGATGCAATCGCTCGCGCCCTGAACCTCAGCAAGGACGAACGCGTGCATCTCTTCAACCTGGCGCGTCCGGGAAATAAGAAACGGCGCATGCCGGCAAAGCCGGATAGAGTGCGGCCCGGGACACTGCGGCTGATCCAGTCCATGTCCGGTACGCCGGCAGTGGTATTGGGGCGTCGAAGTGAGGTGCTGGCGTGGAATGCGTTAGGGCACCGGCTCGTTGCCGGCCACGTGGACTTCGCAGCACCGGAGGCCCCTTCTACTCGTCCCAACATGACCCGGCTGTTGTTCCTCGACGATCACACACGGGAGCTGTATGCGCACTGGCCGGAGGAGGCGAGAAGGGCGGTTGCGTCATTGCGCCTCGTGGCGGGAAAGTCCGCTGATGACCAGGAATTGGCGTCCCTGGTTGGTGAGCTGACATTGAAGAGCCCTGATTTTGCAAAGCTCTGGGCGCGGCACCCCGTGGAGAACTGCATGTCCGGTGTGAAATACCTGCATCATCCTGAAGTGGGATATCTGGAGTTGAACTTCGAGGTACTCACGCCGCCGGATGAATCGGGGCACCGGGTGCTCCTGTACGCCGCAGACCCGGGATCAGCGGCTGCGGGAGCCCTGCAATTGCTTCAGGTTTCAGGTGACACCGAAGGAGTCCCGCGTAGCTTGGTAGAAATAGACTCGTGA MRRAALQPEDVGVLNYGIRRVPGLRREELAMLAGVSTTYYTRLEQGLSTNASEAVIDAIARALNLSKDERVHLFNLARPGNKKRRMPAKPDRVRPGTLRLIQSMSGTPAVVLGRRSEVLAWNALGHRLVAGHVDFAAPEAPSTRPNMTRLLFLDDHTRELYAHWPEEARRAVASLRLVAGKSADDQELASLVGELTLKSPDFAKLWARHPVENCMSGVKYLHHPEVGYLELNFEVLTPPDESGHRVLLYAADPGSAAAGALQLLQVSGDTEGVPRSLVEIDS NA NA NA NA NA D3-18_00227 1392 efpA_1 putative MFS-type transporter EfpA ATGACCACCAGGCAGCGTCTGGCGCTCATCGTCCTCCTGGCTGCGAGTTTCACCTTGGCCGTCGATTTCTCGATCCTCAACGTCGCCCTGCCTGCAATTGGCTCCGACGTCGGTTTCTCGCTGGAAAACCTCCAATGGGTCGCAACGGCTTTTGCACTGTGTGCCGCTGGCTTAACCTTGCTGTTCGGCCGGGTGGCAGACTTGGCGGGGCGCCGAAGGATATTCCTGATCGGTATGGCGCTGCTCGGGGCAGCCTCACTGGCGGGTGGCCTCGCCACCGAACCGGCGTTGCTGCTCCTGGCAAGGGTGGGCCAAGGCATCGCCACGGCGATGGTGGTGCCGGCGGCCCTGTCGCTGTTGCTGGTTTCATTCCCGGAAGGTCCTCTGCGGGACAAAGCACTCGGGCTCAACGGATCCCTGATGGCTGCCGGATTCACCACCGGGGCAATCCTGGGTGGGCTGCTGACCGACCTCCTGAGCTGGCGATGGGCGTTCTTCATCAATGTGCCCGTGGCGGTAGCCGTTCTCCTCATCGCACCCGTTGTAATCGCCGAAAGCCGGGCAACATCCAAGCTCCGGCTCGACGTTCCGGGCGCCGTCACGGTCACCCTTGGCCTGCTCGCCTTGGTCTTCGGACTCACGCATGCCGCCGAACACTCCTGGACCCACCCCTTGACGCTCGGTGCGCTTGCGGCCGCCGTCGTCCTCTTTGCGGGGTTTGCCATGGTTGAAAGCCGGACGCCGCATCCGTTGGTGCCCCTCGGCATCCTCAAGCGTTCGAGCATAGCGTGGGGCAACCTCGCCGGGTTGCTGGCGTTCCTTACCGAGACGTCGCTGGTGTTCCTGCTGACCCTGTACCTGCAGCAGGTCCTCGGCTACACGCCGCTCGGTGCGGGTCTTTCTTTCGCGGTCCTTGGCTTGGGCACCGTCCTCGGCGGCATGCTGGGACCCAAAATAATTGCGAGGATCGGCAGCAAAAAGGCAATCGTGTACGGGTTCGTGGTTCAGGCAGTGGCTACCGGAGCATTGGTCTTGCTCAGCTCAGATCAGGCCTCCATAGGGCTCCTCCTGGTAGCGACATTCATTGGAGGTGTCGCCAACCTGGTGGTCATTGTGGGGTTCATGGTTGCCGCCACTTCAGGCTTGCCGGACGCAGATCAAGGCATGGCGACCGGTCTGGCCACCATGAGCCAGCAGATCGGCATCACCATGGGCATCCCGGTGATGAGCGCGGTATTCACCGCTCAACTGCTTGCCGCCGGCGCCAGCGACAAGCCAGCGGTGCTCACTGCCGTCACGGTGGCCATCACGGTGAATGCCGCCCTATGCCTCGCGGCTGCCACAGCAGTGGCGGTCTTACTCAAGAAGCCGGTGTGCCAGAACGTCGGCTAA MTTRQRLALIVLLAASFTLAVDFSILNVALPAIGSDVGFSLENLQWVATAFALCAAGLTLLFGRVADLAGRRRIFLIGMALLGAASLAGGLATEPALLLLARVGQGIATAMVVPAALSLLLVSFPEGPLRDKALGLNGSLMAAGFTTGAILGGLLTDLLSWRWAFFINVPVAVAVLLIAPVVIAESRATSKLRLDVPGAVTVTLGLLALVFGLTHAAEHSWTHPLTLGALAAAVVLFAGFAMVESRTPHPLVPLGILKRSSIAWGNLAGLLAFLTETSLVFLLTLYLQQVLGYTPLGAGLSFAVLGLGTVLGGMLGPKIIARIGSKKAIVYGFVVQAVATGALVLLSSDQASIGLLLVATFIGGVANLVVIVGFMVAATSGLPDADQGMATGLATMSQQIGITMGIPVMSAVFTAQLLAAGASDKPAVLTAVTVAITVNAALCLAAATAVAVLLKKPVCQNVG NA NA NA NA NA D3-18_00228 423 hypothetical protein ATGTCTGCTCAGCCAGAACACTTCCCCCTCCCCAGCCCAACTCCCGCGAAAGCTCCCCGATGCCACCTTTGCGGCAGCAGCCAGCACCTCACAGTGGACACCATTGGCGCCCATCACGACCTCGCCTCCGGGCTGGTGGAGGTGGGCTACAACTGCGAAAAATGCGGCTCGTTCCTTGCCCACGCAGCAACAGTTGCCGACGTCGCGGATGTCCTGCACAGATCCACGAATCCGCCCGGCCTGCTCCAGTTCGGCAACCATCACCTCCACTGCGGAGTTCCCATGCATACGGGGGCCGGGAAGCAACACGTCCTCATGGTCGATGCCACCGGCCAGACCGTTGACCCGGAACTGGAGGTGTATCTCAACACGAGGGTCCTGCACTGCGATGAGTGCGGGTTCCAGATGGAGATTCCCGAGTAG MSAQPEHFPLPSPTPAKAPRCHLCGSSQHLTVDTIGAHHDLASGLVEVGYNCEKCGSFLAHAATVADVADVLHRSTNPPGLLQFGNHHLHCGVPMHTGAGKQHVLMVDATGQTVDPELEVYLNTRVLHCDECGFQMEIPE NA NA NA NA NA D3-18_00229 834 hypothetical protein ATGCTCGCGAGGGAAAACATTGACCGTTTGATGGGGCTCAACGGAAACGTCCGCACCACCGAAGGTGACAAGGTCGGCTCCATTGGCACGTTCTACACCGACGACGACACGGGTGAACCCACGTGGGTGACCGTTAAGACTGGCCTCTTTGGCAGCTCGGAATCGTTCATTCCGCTGCAGGACGCCACGGTGGAAGGTGACGACGTAGTGGTTCCCTTCAGCAAGGACCACATCAAGGACGCACCCCGCGTTGCCGAAGACGGGCACCTGGATCCGGGCGAGGAGAGCCGCCTGTACAACCACTATGGACTGGAAGGCAGGGACGGCTTCAGCGGCCACGGCGACTACGCCGGCACCACTACCGGGACTGTCGGGACGACGGGCACTACCGGCACTCGGGATGCCGTGGATACAGACGCCAGCTATGCCCGGGATGCAGACACCAGCCGCGGCGACGACGCCATGACCCGGTCGGAAGAGCAACTGAACGTGGGTACCGAAAGGCAGGCCACCGGAAGGGCACGACTGCGCAAGTACATCACCACGGAAAATGTCACCACCACAGTGCCGGTAGAGCGCGAAGAAGTCCGTTTGGAGCGCGAGCCCATTACGGACGCCAACGCCGGCGACGCCATGTCCGGTCCGGATCTGACCGAGAGCGAACACGAGGTAACCCTTCATGAGGAACGTCCTGTGGTGGAGAAGGAAACCGTTCCTGTTGAGCGCGTTCGCCTCGAAAAGGACACGGTGCGGGATGACGTCCAGGTAGACGAGGAAGTCCGTAAGGAACGCATCGAAACCGAAGGAACCGGCACAGGCGAGACCCGCCGCTAA MLARENIDRLMGLNGNVRTTEGDKVGSIGTFYTDDDTGEPTWVTVKTGLFGSSESFIPLQDATVEGDDVVVPFSKDHIKDAPRVAEDGHLDPGEESRLYNHYGLEGRDGFSGHGDYAGTTTGTVGTTGTTGTRDAVDTDASYARDADTSRGDDAMTRSEEQLNVGTERQATGRARLRKYITTENVTTTVPVEREEVRLEREPITDANAGDAMSGPDLTESEHEVTLHEERPVVEKETVPVERVRLEKDTVRDDVQVDEEVRKERIETEGTGTGETRR NA NA NA NA NA D3-18_00230 201 hypothetical protein ATGGGCGAACAAGAGCAAGTGCAGCCCGCCGCGTCAATCGGCGCAGCGTCGGAAGATCGGGGTGACCCCACCACGCAGCAGATGCGGACCGTAGGCCAGCGTCGGCGCGAAGCCGAACGCAAGCTGGACCTCCATTTGGAGGAAGCGAGCCACAAGGGCGAACCGTCTGCTACCGAAGGCGAGGATCATTCCGAAGGGTAG MGEQEQVQPAASIGAASEDRGDPTTQQMRTVGQRRREAERKLDLHLEEASHKGEPSATEGEDHSEG NA NA NA NA NA D3-18_00231 1860 COG3387 Trehalase ATGGCCAGGATCGAGGACTATGCGATCATCGGGGACTTGAACACTGCTGCCCTGGTGGGGCGCAGCGGTTCCATCGATTGGATGTGCCTGCCGCGCTTCGACTCCCCTGCGTGCTTTGCAGCACTGCTGCACACTCCCGACGCAGGCCGCTGGCTGCTGGCGCCCGCCGGGACACCTGACGGGGGCGACTGCACGCGACGCCAATACCGTGAGGACACCCTCATCCTGGAAACGGAATGGGAAGTAGACGGCGGATCCGTCCGGGTCATCGACTTTATGCCCGTCCGCGACGACGCCGTGGATCTGGTGCGAATCGTCGAAGGACTGTCCGGCGAGGTCACCATGCAGATGGAGCTGGTGCTGCGCTTCGATTACGGCAGGGTAGTGCCCTGGGTACGGCACGGCGAGCACGGCATCAGCGCGGTGGCCGGCCCCGATTCGGCCTACCTCACCACCCTTGCTCCCCTGCAGGGCCGGGACAAGCGCACGGTCAGCGAATTCACCGTCCGTGCGGGCGAACGCGTTCCCTTCGTGCTTCGCTGGGCGCCAAGCCACGAACGCGCGCCACGCCGGATCAATCCGCTGCATGCCCTGGAGGCGACGGAGTCGTTCTGGTTGGAATGGATCGGCCGCAGCGAGATGACCGGCAAGTACAAAGAACCAGTGGAGCGGTCACTGATCACCCTCAAGGCGCTGACGTATGCACCCACAGGCGGCATTGTGGCCGCCGCAACAACGTCCCTGCCCGAGCAAATCGGCGGGCCCCGCAACTGGGATTATCGGTATTGCTGGCTGCGGGACGCCACCCTGACCCTGCAATCACTGCTCGCTGCCGGCTACACGGAAGAGGCCGCCGCGTGGCGCGACTGGCTGCTGCGGGCGATAGCGGGCGACCCGTCAGAACTTCAGATTGTGTACGGGCTCGACGGCGCCCGGAGACTCCCGGAGGCGGACATTCCCTGGTTATCGGGTTACGAAGGTTCCCTGCCCGTCCGCACCGGAAACGCGGCCGCTCCGCAGCTTCAACTCGATGTGTGGGGCGAGGTCCTGGATGGGCTTTCACTGACCCGGGCGGCATCCCCGGATGGCACAGTGGATAGCTCCTGGGACATTCAAGTGGCTCTGATGGAATTCCTGGAGGGGGCGTGGGACCAGCCGGACAACGGGCTGTGGGAAATGCGCGGACCAAGGCAGCACTTCACCCACTCCAAGGTGATGGCGTGGGTGGCTGCGGACCGAATGGTCAAAGCCGTCCGAACGTCGGGTTTGCCGGGTCCCGCCGACAGGTGGGCTACCCTCCGTAATGAAATCCATGCAGACGTCATGACCAAGGGCTTCGATAATGAGCTCAACAGCTTCGTCCAGTCCTACGGCAGCAAGGAACTGGATGCGAGCCTGCTCCTGATTCCGCGCGTCGGCTTCCTGCCCCACCGGCATCCGCGGGTTATAGGAACGGTGGACGCCATCCAGAAAGGACTCACCGACGACGGACTGGTCCTTCGGTACCGCACCCAGTCCGGGCATGACGGACTGCCGGGTGATGAAGGCGTGTTTCTGGCATGTTCGTTCTGGCTGGTGGATGCGCTGCTGGGAATCGGCCGCTCCGGCGAGGCTACCGAGCTATTTGAGCGACTGCTTAGCTTGCGAAACGATGTGGGACTGCTCAGTGAGGAGTGGGATCCGCGGACGCAGCGGCACCTGGGCAACACCCCGCAGGCGTTCAGCCATTTCCCGCTGATTCACAGCGCGCTGCAACTTCACCAAGGCGAGGCCCACAGCAGCGACACCCCGCTTCACAAACCCAAGCATCCGGCGCAGGCAAGCGGCTCTACCCTTCGGAATGATCCTCGCCTTCGGTAG MARIEDYAIIGDLNTAALVGRSGSIDWMCLPRFDSPACFAALLHTPDAGRWLLAPAGTPDGGDCTRRQYREDTLILETEWEVDGGSVRVIDFMPVRDDAVDLVRIVEGLSGEVTMQMELVLRFDYGRVVPWVRHGEHGISAVAGPDSAYLTTLAPLQGRDKRTVSEFTVRAGERVPFVLRWAPSHERAPRRINPLHALEATESFWLEWIGRSEMTGKYKEPVERSLITLKALTYAPTGGIVAAATTSLPEQIGGPRNWDYRYCWLRDATLTLQSLLAAGYTEEAAAWRDWLLRAIAGDPSELQIVYGLDGARRLPEADIPWLSGYEGSLPVRTGNAAAPQLQLDVWGEVLDGLSLTRAASPDGTVDSSWDIQVALMEFLEGAWDQPDNGLWEMRGPRQHFTHSKVMAWVAADRMVKAVRTSGLPGPADRWATLRNEIHADVMTKGFDNELNSFVQSYGSKELDASLLLIPRVGFLPHRHPRVIGTVDAIQKGLTDDGLVLRYRTQSGHDGLPGDEGVFLACSFWLVDALLGIGRSGEATELFERLLSLRNDVGLLSEEWDPRTQRHLGNTPQAFSHFPLIHSALQLHQGEAHSSDTPLHKPKHPAQASGSTLRNDPRLR PGPT0018651_2 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION PLANT_DEGRADATIVE_GLYCOSIDASES|GLYCOSYLHYDROLASES PLANT_DEGRADATIVE_GS|GH-GLUCOAMYLASE_LIKE,PGPT0018651-glucoamylase_like-NA NA NA D3-18_00232 666 tetR_1 Tetracycline repressor protein class E GTGTCCACCGCAGCATCCCAGCGCCTGCCCCTCAGCAGGGAACGAGTACTGGAGTGCGCAGTTGCCCTCGCTGACGAATCCGGGCTAAGCGCGCTGACCATCCGCACGCTTGCCCAGAGCATGGGAACCAAGCCCATGTCGCTTTACTACTACGTAGCCAACAAGGAAGAGATCCTTGATGGGATCGTGGACATGGTCTTCAGCGAAATCGAGCCGCCGATGCCGGGGCGTGATTGGCGCGGGGAAATGCAGCAGAGGGCCCACGGAGTGCGATCAGCGCTCAAGCGCCACCCGTGGGCAGTCGGGCTGCTGGAAAGCCGGTCAGCGCCGGGACCGGCAACGCTCCGGCACCATGAAGCAACGTTGGCGACGCTGCGGGAGGCCGGCTTCTCCGTCCAGCTGACAGCCCACGCCTACGCCCTGCTGGACAGCTACATCTACGGCTTCGCCCTTCAGGAAGCAGCTCTCCCCTTCGAGGGCAGGGACACCGCGGCCGAGATTACCAACCCCATCATGGAGCGCTTCGCCACCGGTGAGTATCCGCGCATGGTGGAGATCGCCGTCGAACATGTCCTCAAACCCGGCTACGACTTTGGTGACGAGTTCGAGTTCGGCCTGAACCTCATCCTCGATGGCCTCAACCGGCTGAAAACCGGCGAGGAATGA MSTAASQRLPLSRERVLECAVALADESGLSALTIRTLAQSMGTKPMSLYYYVANKEEILDGIVDMVFSEIEPPMPGRDWRGEMQQRAHGVRSALKRHPWAVGLLESRSAPGPATLRHHEATLATLREAGFSVQLTAHAYALLDSYIYGFALQEAALPFEGRDTAAEITNPIMERFATGEYPRMVEIAVEHVLKPGYDFGDEFEFGLNLILDGLNRLKTGEE NA NA NA NA NA D3-18_00233 1044 pikAII Narbonolide/10-deoxymethynolide synthase PikA2, modules 3 and 4 ATGACCACTGGTCAGCAATCCAAGGAAGCACGCAAGGATCAGGCGTCGCCCGGAACCATGCGGGCCATCGTCCAGGAGGCATACGGCTCCGCCGATGTGCTTCATGAGGCGCAGGTTCCCCGCCCGGCCATCAAGGAGAACGAGGTGCTGGTGAAGGTCCGGGCAGCCGGGCTCGATCGAGGTACGTGGCACGTCACCACGGGCTTGCCCTATGCGTTGCGCCTCGCCTACGGCTTCCGCGCGCCAAGGAACCCCGTTCCCGGGCTGGACCTCGCGGGCACTGTGGAGGCTGTAGGGGCAAAAGTGACGCGGTTTGCCGTGGGCGACCAGATTTTCGGGTCAGGGAAAGGAGCATTCGCAGAGTACGCCGCTGCCCGCGAAAACCAGCTGGCCCACAAACCGGCGGGCATCAGCTTCGAGCAAGCGGCCGCGGTTCCTGTGTCCGCCTGCACGGCCCTGATCGCGTTGCGTGCCGGCGGTATCGATCCGGGCAAAAGCCCGGTAGCGAAGGAGCTCAAGGTCCTGATCACTGGTGCCTCGGGCGGTGTGGGCAGTTACGCGGTCCAGATTGCCAAGGCGGCCGGCGCCGACGTGACCGGGATGGCCAGCGCTGCCAAGGCGGACCTGGTTCGGGACCTCGGCGCCGACCATGTCATCGACTACACCTCACGGGACTTCGCTGATGGCAGCGAGCGCTACGACGTCATTATCGACATCGCCGGTAACCCTTCGGTTTCCCGTCTTCGCCGGGCGCTCACCCCTTCGGGAACAGCGGTGATCACCGGTGGTGAGGAAGGCGGGTCCTGGACAGGCAGCTTGGATCGCCAGTTCCGGGCCGTGGCGCTGTCTCCCTTCATCCGCCAGCGGCTCACCATGATCGTGGGCACGCAAAATGCAGCGGATCTGGAATACCTTGGGGGCATCCTCGAAGCGGGAATCATTAGGCCCGCAATAGACCGCACGTATCCGCTGGCCCAGGTCCCGGATGCCATGCGATATTTCGACGCCGGTAAAGCCCGCGGGAAGGTTGTCATCACCATTTGA MTTGQQSKEARKDQASPGTMRAIVQEAYGSADVLHEAQVPRPAIKENEVLVKVRAAGLDRGTWHVTTGLPYALRLAYGFRAPRNPVPGLDLAGTVEAVGAKVTRFAVGDQIFGSGKGAFAEYAAARENQLAHKPAGISFEQAAAVPVSACTALIALRAGGIDPGKSPVAKELKVLITGASGGVGSYAVQIAKAAGADVTGMASAAKADLVRDLGADHVIDYTSRDFADGSERYDVIIDIAGNPSVSRLRRALTPSGTAVITGGEEGGSWTGSLDRQFRAVALSPFIRQRLTMIVGTQNAADLEYLGGILEAGIIRPAIDRTYPLAQVPDAMRYFDAGKARGKVVITI NA NA NA NA NA D3-18_00234 897 hypothetical protein GTGGCCGAAGACCTGCCTGTCCTTGTTGTTGGTGCCACTGGGTTCTTGGGTGGACAAGTGGTGGACGAGCTTCTCAAGCGCGGAAAGAAGGTCCGGGCCTTGGTGCGGCCCAAGTCCAATGCCGCCAAGCTTGAGGCCAAGGGCGTAGAGATTGCCCGCGGAGACATGTTGGGCGCCGCCTCCTTAATCAGTGCGATGACCGGCGTTTCCGCGGCCATATCTACGGCCGCGGGCTACACGCGGAACGACAAGAACGCCAAAGCCATTGACACTTTCGGCAACAGCAACCTGGCTGTGGCTGCCAAGCACGCCGGAGTGCGCCGTTTCGTGCTGATCAGTATCGTCACCAGCGATCAAACTCCCCAGATTCCCCACTTCTGGAACAAGAAGCTGGCCGAGGACAAATTTGAGGAGCTCGGCGTTCCCTTTGTGGCACTGCGCCCGGGTGCCTTCTTCGACCAAGCGGTAGGTATGGGTGGCGATCCCTTCGCTAAGGGGCGCTTCGTCTGGCTTGGGTCCAAGGACGCCAGGCTCACGTTCGTCCTGGCCAGCGACGTCGCCGGCTACCTTGCGGAGGCGGTTGACGCGGACATTGTTGAGGGGGAGCGCATCGATATTGGCTGGAGTCGGCCCGTGAGTATCCACGAAGCCGCGGAAATCGCCGGACGCCGTGCCGGGAAACAGATCAAGGTGATGTCCATTCCCGCCGGCGCCATTGCGGGTCTCGGGAAGGTGACCGCGAAAATCCTTCCGTTAGTGGGTGATATGGCAAGTATGGTGGCGTGGTTCGAGACCGGAAAGTACGTTGCGGATGTCACGCGTCAGGAGCAGGTCTTCGGCCCCGCGCCCACGCCCGAGGACGCCATCGCCCGGGTGGCGGCACGCTACGGTCACTGA MAEDLPVLVVGATGFLGGQVVDELLKRGKKVRALVRPKSNAAKLEAKGVEIARGDMLGAASLISAMTGVSAAISTAAGYTRNDKNAKAIDTFGNSNLAVAAKHAGVRRFVLISIVTSDQTPQIPHFWNKKLAEDKFEELGVPFVALRPGAFFDQAVGMGGDPFAKGRFVWLGSKDARLTFVLASDVAGYLAEAVDADIVEGERIDIGWSRPVSIHEAAEIAGRRAGKQIKVMSIPAGAIAGLGKVTAKILPLVGDMASMVAWFETGKYVADVTRQEQVFGPAPTPEDAIARVAARYGH NA NA NA NA NA D3-18_00235 231 hypothetical protein ATGAGAATTGGTTCTTCCATCGCCCTGATTGCCATCGGAGCTATTCTGGCTTTCGCGCTCGCCCCCGGAATCATCCCCTTCCTCGACCAGGTCCTGGTCGGCTACATCTTGATGGTGGTCGGCGTTATCGGCCTCATCATTTCCATCGCCATGTCCAACCGGACCCGCCGCAGCGTTGTTGAGCGCCGCGGCGATCCCCACACGGTTGTCGAGCGGCGCCCGGAGGTCTAG MRIGSSIALIAIGAILAFALAPGIIPFLDQVLVGYILMVVGVIGLIISIAMSNRTRRSVVERRGDPHTVVERRPEV NA NA NA NA NA D3-18_00236 795 hypothetical protein ATGGCGTCATTATGGTTCGGATTGATTGCCTCCAGCGCCCTGGTCATGGGCGCAATCATCGGCGTGCGTTTCGAACTGCCGAAACGGCTCCTGGCCATCCTGCTGTCCTTCGCCGCCGGCTCACTCATCACGGCTTTGGCCTTCGAACTGTTCGAGGACGCGTACGAACAGGGCGGAATCGTGCGCGCGGCGGTGGGGCTCCTTGCCGGGGCCATCGTGTTCACGGCGTTGAGCGCCCTGTTGGACCGCTGGGCGCAACCCGGGCGGGCTTCGAAATCCAAACCCGCAGATGAAATACAGGGCAGCCCCAAGCTGGACACCGATGCAGCCGCGTCCGATAAAGCCGCCACCTCCGCCTCAACACGAGGCGCTGCCGGCATGGCACTCTTGGCCGCGGTCACCCTGGACGGCGTGCCCGAAAACGTTGCCTTGGGGATCTCCTTGGGAGAGGGATCAGGAGGCCTGGCACTACTGGCGGCAATCTTCGTTTCCAACCTGCCCGAAGCCTTGGTGGGGGCGTCGTCCATGCGCAGCCAGGGCAAAAAGGCCGGCTTCATCCTGCTGCTCTGGAGCGCGTGCGCGGTGTTGCTGGTTGCCGCCGTTGTGCTGGGCGCAGGGCCACTCTCCTCAGCCCAGCCCGAGACAATCTCCCTACCCTTGGCATTTGCAGCGGGCGCCGTGATTGCGTCGCTCGCGGACACACTGATGCCGGAGGCCTATGAACACGGCGGGCCGGCCGTTGCCCTGAGTACGGCGGCAGGATTTGTCTTGTCATTCACGCTCTCGCTCGCCTGA MASLWFGLIASSALVMGAIIGVRFELPKRLLAILLSFAAGSLITALAFELFEDAYEQGGIVRAAVGLLAGAIVFTALSALLDRWAQPGRASKSKPADEIQGSPKLDTDAAASDKAATSASTRGAAGMALLAAVTLDGVPENVALGISLGEGSGGLALLAAIFVSNLPEALVGASSMRSQGKKAGFILLLWSACAVLLVAAVVLGAGPLSSAQPETISLPLAFAAGAVIASLADTLMPEAYEHGGPAVALSTAAGFVLSFTLSLA PGPT0004250_1603 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 D3-18_00237 900 amiF_1 Formamidase ATGCGTATCCTGTCCATCGCAGCAATTCAGACCAACCCCGTCCCTCATGACCTTGAGGCCACGTGGTCCCGGTTCGAGGCCCAAGCCGAATCAGCCAAGAAGCTGGGCCCCGATGTGGACGTCATTGTGGTGCCGGAACTGCTGCTGTCCGCGCCGGGCGAGTTCCTGCTCCCGGACCCCGACGGCGAAACCCGTTCCGCCGCGCCCATCCCCAGCCCTCTCACCCACCGCATTTCCGCGCTGGCCCGCAGGCTTAACGTATGGCTTGTGCCCGGCTCGTTGCTGGAAACGGACAACGGAAACACGTACAACACAGCAATCGCTGTCTCTCCGCAAGGCGAGATCGTGGCGCGCTACCGGAAGCTTTTTCCATGGCGCCCGTTCGAAACCACCACCCCCGGCGATTCCTTCGTCACTTTCGACATCCCCGGCTGCGGACGCATCGGGCTGGCCATCTGCTTCGACGGCAGCTTCCCGGAGGTAGCACGCCAGTTGGCATGGCTCGGCGCAGAGGTCATCATCCAGCCCACGCTCACCACCACGCGGGACCGTGCCATGGAAATCGTCATGTCCCAGGCCAACGCCTTCGCCAACCAGGTGTACGTGGTGAACGTCAACGGAGCATCCCCCTCCGGCGTGGGCGAGAGCGTCATCGTGGACCCCGAGGGCACCATCATGCAGCACGCCCGAGGCGGTGAAGAGATCCTGTTCGCCATCCTGGACTTGGACCGCGTCACGCAACTCCGCCGCTATGGAACTCACGGCATCAACCGCCCCTGGGCCCAGCTCCGGGACCAGGAAGGCCTGCTGCGCTTCCCGATGTTCGGCGGAGCCCACTTCCAAGCGCCGGAGTGGAGTGAGGATTCCGCTCCAGCACGACAGGGCAGCGGACGGGCCTGA MRILSIAAIQTNPVPHDLEATWSRFEAQAESAKKLGPDVDVIVVPELLLSAPGEFLLPDPDGETRSAAPIPSPLTHRISALARRLNVWLVPGSLLETDNGNTYNTAIAVSPQGEIVARYRKLFPWRPFETTTPGDSFVTFDIPGCGRIGLAICFDGSFPEVARQLAWLGAEVIIQPTLTTTRDRAMEIVMSQANAFANQVYVVNVNGASPSGVGESVIVDPEGTIMQHARGGEEILFAILDLDRVTQLRRYGTHGINRPWAQLRDQEGLLRFPMFGGAHFQAPEWSEDSAPARQGSGRA PGPT0000620_958 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-FORMIC_ACID_BIOSYNTHESIS,PGPT0000620-fmdA|amiE|amiF-K01455 NA NA D3-18_00238 1626 plaP COG0531 Low-affinity putrescine importer PlaP GTGTCACATCCCCCCTCCCCCACTCCGCTCGCGAGCGACCCGACCCCACGCCACCCAACCCCAAAAGACGCAACATCAAAAAACCCGGCACCAAGCGAGTCAACGTCCAAGGGCCTGAAAGCCGGCTCCATTGGCATCGGCCCGACCGTGGCCCTCGGGCTGGCCGCCGTCGCTCCGGCCTATAGCCTGGCCGTGACGCTCGGCTTCGTGGTCCTCGCCGTTGGAGCGAGCACCCCTGCCGCGTTCCTGCTGGGTTTCGTCCCCATCCTCTTCACCGCCCTCGCGTTCAGGGACCTCAACAAGGAAATGCCCGACTGCGGTGGCGTGTTCGTCTGGATCACGCGTGTTTTCGGGCCGACCGCTGGCTGGTTCCTCGGCGGGTGGGTGCCACAAGTGGCCACCTTCATTGCGAGCGCCGCACTAGCCCAAGTGGCCACCACCTATCTGCTCAACTTCTTTGGCTTGGCCTGGATCGCCGCGGAGCCTATCGCTGTAGCTGCCATCGCCAGCGGGCTGATCGCCTTGAGTGCATGGATCGCGGCAAGGGGAATCGAGCTCTCTGCCTGGGTACAGTACGCACTGATTGGCCTCCAGCTAGTGGCACTCGGCGGATTCTGCCTTGCGGCTTTCAGCGCCATGGCCACGGGCAACGCCACCGAAGGCTCAGAAAAACCGGCCTTGGAATGGTTCAACCCCTTTGCCTCGGGCGACATATCCGGCCTGGTGTCCGGCGTCATTCTGTGCCTGTTCATCTACTGGGGCTGGGATGCGCTGATAGCGGTGAATGAGGAAACCACGGACCGCAAGGGAACGCCCGGCAAGGCAGTAGTCATCACCACGGTCATCCTGCTGTTCTTCTACGTAGTGACCGCTACGGCCGCCGTCGGATACGCCGGAACTGCAAGCATCACCAATCCGGAAACCGTCTCGGATGTCCTTTCAGTCCTCGGCCCGCAGGCGACAGGAGAAGTGTTTGGCCAGGTCATCATCCTGGCGGTGGGACTTTCGGCGCTGGCAGCACTGATGACTGTTGCTGTCAGCACGCCGCGGACCTGGCTCAGCATGGGCACCTATGGCGCGCTGCCCAGGTCGACCACGAAGATGCATTCCAAGAGGGGTACCCCCACCACCTCCATCGTCTGGTGGGCAATCATCACCATGGCCATAACGTTGGGGCTGACGGCAATCAGCCCGGACTTCATCGGGCTGGGCATCCTTTCGGTGGGCCTGATGATCGCGGCCTACTACGCCGCGACAGCCTTGGCCTCGGTGGTGTACTTCGCCCCGCTGATGCGCACCTCTGCATCGGCGCTGATCCTGAAAGGTATCCTTCCCGGCCTCGGAGCAGTCCTCATGATCGGAGCGTTCGCCTACAGCGCCGTGGACATGCTGTCCCCTGAATATGTGGGGTTGTCGTGGCTGGGCATCGGCTCTGTGTTCTGGATCGGCATCGGTGCGCTGGTCTTGGGCCTGCTGGTCACCGCGATCCTCAGGACCAGGCTGCGCCGCTTCTTCTCAGGCGAAGCCATCCCGCGTGGAAACATCACCGCCCGCCACCAACTTTCGTCCATTCTCAGCAACGACATTCTTGACAACGAAACTCTCAGCAACGAAACCGAGGCATAA MSHPPSPTPLASDPTPRHPTPKDATSKNPAPSESTSKGLKAGSIGIGPTVALGLAAVAPAYSLAVTLGFVVLAVGASTPAAFLLGFVPILFTALAFRDLNKEMPDCGGVFVWITRVFGPTAGWFLGGWVPQVATFIASAALAQVATTYLLNFFGLAWIAAEPIAVAAIASGLIALSAWIAARGIELSAWVQYALIGLQLVALGGFCLAAFSAMATGNATEGSEKPALEWFNPFASGDISGLVSGVILCLFIYWGWDALIAVNEETTDRKGTPGKAVVITTVILLFFYVVTATAAVGYAGTASITNPETVSDVLSVLGPQATGEVFGQVIILAVGLSALAALMTVAVSTPRTWLSMGTYGALPRSTTKMHSKRGTPTTSIVWWAIITMAITLGLTAISPDFIGLGILSVGLMIAAYYAATALASVVYFAPLMRTSASALILKGILPGLGAVLMIGAFAYSAVDMLSPEYVGLSWLGIGSVFWIGIGALVLGLLVTAILRTRLRRFFSGEAIPRGNITARHQLSSILSNDILDNETLSNETEA NA NA NA NA NA D3-18_00239 645 hypothetical protein GTGGCCAAGGCAGACAAGAAGGACATCCGGCGGCAGGAAATCGTTGCGGCAGCCCAGGCCGTGGCAGCCCGCGACGGTGCTGAAGGGGGCACGCTCCGCGCCATCGCGGCCGAGGCAGGCATGGCCGCCAATGCCGTGCTCTACTACTTCGGCAGCCACGCCGAGATCATCGCTGCCGCCGTGCAGGCTTCCTCCGGCAGATTTCTGGAGAAGCTCGCAGACGCCGATGACCTGGAGATGGCTCCCACCGCCAGGCTCGCCGCCGTCATCAGCGCCGGCACTACTGCAGGATTGGACGACGACGTCTCCCGGATCCTCTACGAGTACTGGCCCCACATGCTCCGCGACGCGGAGCAACGCCGGATCCAGGACGAGCTCACCAGCGCACAGGAACGCGTCTACCGGGAAATCATCGACGCCGGAAGGAGCTCAGGTGAGTTCTCTCCCCTGCTGGATCCAGCCAAGATCGCCCGCACCCTTGTTGCCCAGGAGGATGGCCTCGTCATGGATGTGCTGGCCGGGAGCGCCACCAGTGAGTATGTGCTCGACTTGATGGCTAGCCTTGCGGCCGCCCTTCTTGGCATCAAGGCAGAGGCGCTGCTTGAGCTCATTGCTGTCCGGGGCGGGTCAGTTCCTGCTACGTAA MAKADKKDIRRQEIVAAAQAVAARDGAEGGTLRAIAAEAGMAANAVLYYFGSHAEIIAAAVQASSGRFLEKLADADDLEMAPTARLAAVISAGTTAGLDDDVSRILYEYWPHMLRDAEQRRIQDELTSAQERVYREIIDAGRSSGEFSPLLDPAKIARTLVAQEDGLVMDVLAGSATSEYVLDLMASLAAALLGIKAEALLELIAVRGGSVPAT NA NA NA NA NA D3-18_00240 285 hypothetical protein ATGGAGAAGTCATTCGACATTGAACTGGTCAATCAGAACGAGTACTTGGTGCGTTGGGCATCGGAAGGGCAGAACGGGGAATCCCTGGTTCACACCAACCCGGAGTTCCTTGCAGAGGTGGGTCTGGGTGGCTTCGACGAGCAGCTTGTTGTCGAAGAAACCACCAACTACTTGGCAGAACACCAACCCGTGATCGACTTCCCGCAAACGGTTGACCTGGAAGAGATTGCCGCCGCCTACGCGGACTACGCTGAGCAGCTGAAGGCGCGGCTCGAAGCCAAATGA MEKSFDIELVNQNEYLVRWASEGQNGESLVHTNPEFLAEVGLGGFDEQLVVEETTNYLAEHQPVIDFPQTVDLEEIAAAYADYAEQLKARLEAK NA NA NA NA NA D3-18_00241 585 pspA_1 COG0406 Phosphoserine phosphatase 1 ATGACCCTCACAACTTTCGCCCTCGTCCGCCACGGCCAGACCGATTGGAACGCGGAGCGCCGGTTGCAGGGATCCACTGACATCCCGCTTAACGACGTCGGCCGCGGCCAGGCGCGCGACGCCGTCGCCTTCCTGTCCGGTCAGCAATGGGACACCGTAGTGTCCTCACCCCTGAGCCGCGCTGCCGAGACGGCCGGCATCATTGCCGAAGGCCTGGGACTCACGGTTGCTCGACTGGTTCCGGAGCTAACCGAGCGCAGCTTTGGCCCGGCTGAGGGTCTTCAAGCCGGTCCTGAGCTGGAAGCCCTTCGGATTCCCGGAGGTTTCCGCGGAGGCGAGTCCGACGAGGCCGCGGCTGACCGTGGCATCGCTGCCTTGGAAGAGCTGGCCGGGGAGTTTGCCGGGAAGCGCGTCCTGGTAGTGGCGCACGGAACTTTAATCCGACTGACGTTGAGCCGCGCCATCGGGCGCACTTTGGACAGCGTGCAGAACGCGGTGCTCAACCTGGCCCATCACCACGTCACGGACGGCTGGCAACTGGAGTACTTCAACGGCGAGCGCATCACGGCCGACGTCGAGGCCTGA MTLTTFALVRHGQTDWNAERRLQGSTDIPLNDVGRGQARDAVAFLSGQQWDTVVSSPLSRAAETAGIIAEGLGLTVARLVPELTERSFGPAEGLQAGPELEALRIPGGFRGGESDEAAADRGIAALEELAGEFAGKRVLVVAHGTLIRLTLSRAIGRTLDSVQNAVLNLAHHHVTDGWQLEYFNGERITADVEA PGPT0002590_107 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATASE_ACTIVITY P-SOLUBILISATION-UNCHARACTERIZED_PHOSPHATASE,PGPT0002590-phoE-K15640 NA NA D3-18_00242 1626 nfdA_1 N-substituted formamide deformylase GTGACCACCCAGCTCTACACCAACGCCCGCATCTTCACCTCCGATACCCGTCGCTGGGCTGAAGCGCTACTCGTTCAGGGCGAGCGCATCCTTTACGTCGGAGACACCAACACAGCGGAACGCCTTCGCCCGGACGCCGAGCGGATTGACCTCGAAGGCCGACTGGTTGTCCCCGGCTTCGTCGACGGGCATGCCCACGTTGTCGGTACCGGCGAAGCCTTGGGACAGGTCAGCCTGTGGGGTGCCAAGTCAGTGGAGGAGATCCAGCATCGAATCAGGGCAAGGGCAACCGAACGCCCGGATGTCGAGCGGATTCTGGCTACCGGCTGGCTGCATGGCGCAATTCCGGGCGGCGTCCCCGACGCGGCGATGCTCGATGCCGTGGTCCAGGACAAGCCGGTCTATGCCTTCGCCTACGACTTCCACTCAGTGTGGGTGAACTCGGCGGCGCTGGCTGAGCTGGGGATTGACGACAACACGAAGGATCCCCACGGCGGCACCATCAAGCGTGACGCAGACGGCCACGCCACCGGCTACATCGATGAGAACGCGTTCTACGACATGGTGCTCCCCTACCTCGATGCCCAAGTAGGCAAGGATGAACATGAGGCCAGCATTGCGGCAGTCCAGCAGGCTTACCGCGAGACCGGCGTGACCACTGCGTGCGATATGGGCTTCAACGAGATTGACCTTGAAGCCTTTATCCGTGCCGACAAGGACGGCACGCTGACCAGCCGGCTTATCGCCTATTGGCGTGTGAACAACACTGGATCGGCGGAGGAAAACATCGCCCAGGTCCAGCGGGCGGCAGCGCTCGCCGTCGAGCATGGATCGCCGTTCCTTCGCGTGGTGGGAATCAAGGTCATCATTGACGGCACCATCGATGGGTGCACGGCCACCCTCGGAATGCCGTACGCCGATGGTTCCAACGCGGAACCGATTTGGAGCCTCGAGCAACTCGCGCCGGTGGTTGCCGCTGCCGATGCCGCCGGTCTGAAGGTTGCCATGCACGCCATCGGCGACCAAGCGGTGCGGATCGCCATCGGTGCCGTAGAACACGCCGTGGCCGAGAACGGGCCCCGCGAACGCCGCCATCGCATCGAGCATCTCGAGTTGGTGGACAGGGCCGACGTCGATCGCCTCGCCGCGCTGGGCATCACCGCCAGCATGCAGCCGGTCCACGCCGATCCGGCCATCAGCGAAAACTGGGCAGCTAAGTTGGGCGATGACCGCGTGGAGCGCGGCTTCCCGTGGCCGTGGATTACCCAGGCGGGTGCGCGGCTGGCTTTCGGCACGGACTCCCCCACGTCCCCGCACGCGCCGCTGCCCAACATGTACGTAGCCACCACCCGGGCTTCAGCCCTGGACGCTTCCGCCGGAACCAACCTCCCGGACTTCTCACTGCCTCTGGCCGAGTCGATCGAACATGCTACGCGCGACTCCGCGTGGACGTGCGGCGCGGAGCACGAGATTGGTCGGCTTGCTGCTGGCCTGTACGCGGACTTCGTGGTCCTGGACACCGACGTTCTCGCTGCCGAGAGCCCGGACGCACTCTTGGACGCGAAGGTTCTTCAGACAGTGGTGGGCGGGCGGACGGTGTACGCATTCGGTCCAAGCATGACGTAG MTTQLYTNARIFTSDTRRWAEALLVQGERILYVGDTNTAERLRPDAERIDLEGRLVVPGFVDGHAHVVGTGEALGQVSLWGAKSVEEIQHRIRARATERPDVERILATGWLHGAIPGGVPDAAMLDAVVQDKPVYAFAYDFHSVWVNSAALAELGIDDNTKDPHGGTIKRDADGHATGYIDENAFYDMVLPYLDAQVGKDEHEASIAAVQQAYRETGVTTACDMGFNEIDLEAFIRADKDGTLTSRLIAYWRVNNTGSAEENIAQVQRAAALAVEHGSPFLRVVGIKVIIDGTIDGCTATLGMPYADGSNAEPIWSLEQLAPVVAAADAAGLKVAMHAIGDQAVRIAIGAVEHAVAENGPRERRHRIEHLELVDRADVDRLAALGITASMQPVHADPAISENWAAKLGDDRVERGFPWPWITQAGARLAFGTDSPTSPHAPLPNMYVATTRASALDASAGTNLPDFSLPLAESIEHATRDSAWTCGAEHEIGRLAAGLYADFVVLDTDVLAAESPDALLDAKVLQTVVGGRTVYAFGPSMT NA NA NA NA NA D3-18_00243 1224 nylB 6-aminohexanoate-dimer hydrolase ATGACCACCGCCCAAAGCCATCCCCCGCGTTACCGCGGCGCCGTGGGCCAGCCAACCCTGGACACCTGGCAGGAGGGACCGCACAACCGCTGGGCGTTCGCGCGCCTGAGCGAATTACTGCCGACGGCGTCAGTCACCCGCCGCTTTCCGACCGCCCCGGCGTCGGCTACTGACCGTTTGAGCTCCTTGGCTGTTCCTGGTTTAAAGCAACGGCTGGAAGAGAGCTACACCGATGCCTTCCTGGTCCTGCACCGCAACGATCTCATCGCGGAGTATTACCGACCTGGCTTTGCCCCGGATGATCTTCATCTGGTCATGAGCATTTCGAAGTCCATGTGCGGCCTGGTGGTGGGGGCGTTGGTTGATTCTGGAGATATCAACACGTCCGACCGCGTGGTTGACTATGTACCCGAACTAGCCGGATCGGCCTACGACGGGCCCACCGTCCAGCACGTACTCGATATGGTCATCCACCTCAACTACAGCGAGGACTATCTGGATCCCGCTTCCGAAGTTCAGACGCATGATCGCTCCTCCGGCTGGCGCACCCGACAAGATGGCGACCCTGAGGACACGTACGCCTTCCTCACCACCCTCACGGGCAACGGCACCGTGGGCACGTTCCAGTACTGTTCCGCGAACACGGACGTCCTGGCTTGGATCATCGAGCGCGTGACCGGACTGCGGTATTCGGACGCACTCTCCAAGTACCTGTGGTCCCGGCTGGACGCAGATCGGGACGCCAGCATCACAGTTGATTCCGCTGGTTTCGGCTTCGCGAACGGCGGGGTCTCGTGCACCGCCCGCGACCTCGCCCGGGTGGGCCGGTTAATGCTCGACGGCGGCGAAGGTCCAGCAGGTCGGGTGGTGTCCGAGGGGTGGGTCCGCAGCGTCCTCGCTGGCGGAGACCCCGAAGCCATGGCCGACTCCTCCTTCACCGCCATTCACCCCCGCGGCTCCTACACCCGGCAGTGGTGGTGCACGGGCAATGAGCGCGGCAATGTCACCGGGATCGGCATCTACGGCCAATACCTCTGGCTCGACCCCGGCACCGATACCGTGATCGTGAAGATGTCCACGTGGCCGGAACCGGACAGCGGGCACCTGCACGAACTTCAGAATCAGCTGCTCCTCGATGTCAGCAAATCCCTGGATGAGCCCCTCGCAACAAAAGAAATCCCAGAAGAAGAATCAGCACCGGAAAGCAAGGAAAACGCAGCGTGA MTTAQSHPPRYRGAVGQPTLDTWQEGPHNRWAFARLSELLPTASVTRRFPTAPASATDRLSSLAVPGLKQRLEESYTDAFLVLHRNDLIAEYYRPGFAPDDLHLVMSISKSMCGLVVGALVDSGDINTSDRVVDYVPELAGSAYDGPTVQHVLDMVIHLNYSEDYLDPASEVQTHDRSSGWRTRQDGDPEDTYAFLTTLTGNGTVGTFQYCSANTDVLAWIIERVTGLRYSDALSKYLWSRLDADRDASITVDSAGFGFANGGVSCTARDLARVGRLMLDGGEGPAGRVVSEGWVRSVLAGGDPEAMADSSFTAIHPRGSYTRQWWCTGNERGNVTGIGIYGQYLWLDPGTDTVIVKMSTWPEPDSGHLHELQNQLLLDVSKSLDEPLATKEIPEEESAPESKENAA PGPT0006175_2 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_CAPROLACTAM|DERIVATE_DEGRADATION XENOBIOTIC_AMINOHEXANOATE_DEGRADATION,PGPT0006175-nylB-K01453 NA NA D3-18_00244 1443 hypothetical protein ATGACCGGTCCGGCCAGCTACCCGGAACCCCTGGCCCACCCCGAAACCCGGGGCATCGAATTCATTGAAGCTTCCGAACGTCATGGCCGCGCCAGAGACCTCTTCCCGGTCTGGGCGGCCCCAAACGTCAGCGTCCTGAACTTCACGGTGGGCGCCTCACTGATCCTGCTCGGAATGGAACTCTGGCAGGCGTTCGTTGTCATCATCGCCGGAAGCCTCCCCTGGATCCTCACCGGCATCGTCGCCACCAGTGGCCCGGCAGCGGGGACGTCAGGCTCCGTCATCACCAGGGCTATCTACGGAATCCGCGGCAACAGAGTTGTAGTCGCCTTCTTTGGATGGTTCATCTCCGCGGTCTTCCTGGCCCTGAACTGGCTCGCATCCTCGTTCATGGGCGCTGAGCTCCTGGCACAGCTTGGTTTCACGGATCCTGTCCTGGTTCCGTTATTCGTCACCATCCTGGTTGCCGCGATCACCGTTCTGGTGGCGGTGTTCGGCCACAGTTTGATCCTGCGCAGCTACCCCATTGTGGCGTCGGTATTGCTGGCCATCTTCCTGCTGGTTACGGCTTTCATCCTGCCCCACGTGCAGTGGGGCTATGCTGCTCCGTCACCTTTGGAAGGTGTGCCGTTGTGGGCCGCGATGACCATCGGCTTCGCCATCCTGGCGTCCTCTCCCCTGTCGTACTCGAACAGCCCCGACCTGGCACGCTACCTCCCCACGTCCACCAAGCGGTCACACATCATTGCGGCTACGGCCCTCGGCGGCGCCCTACCAGGCATCTTCTTCACTTCGGTAGGTGCGTTGCTCGCCACGGGAATTGATGCAGCAGCGATGGACCTTGGCATCGAATCCGCGCTTCTTGCCCTACTGCCAGCCTGGCTCGGACCAATCTTCGTGGTGGGCGTCATCATCAACACCATTTCGCTGAACGGCATGACCACCTACACGGCGAGCATGGCGTTTCAGTCCATCGGCGTCCCGATCCGCCGCATCCCGTCCGCGGTGGTGGTGGGAGCGATCGGCACAGCGCTGACCATCTACCTCGTCATGTCCACGAGCCTCCTTGAGGCCGTCAACCTGATGCTGCAGCTCTTGGTCCTCATTTCGGGCCCGACTATGACCATCTTCGCCACTGACGTCATCCTTCGGCGCAACCGCTATAGGGGTGAGGACCTCTTCAATGAGAAGCCCGGCAGCCCCTTCTGGTACAGCGGGGGCTGGCACATCCCAGGCCTGCTCGCCGTCATCCTCGGTGCGGTTGTGGCCTCACTCTTCCTCAGCAACGCGGCGTGGACGGGTCCTATCGCAGCAGCAATGGGCTCCATGGACCTTTCCGTGCCGGTATCCATGATCGTCAGCGCCGGCGTGTACATCGCCCTGAGCCCGGCGTTACGCCGCGGCATCCACAAAACACCCGCCATAGAGGGAGCCCCCGCATGA MTGPASYPEPLAHPETRGIEFIEASERHGRARDLFPVWAAPNVSVLNFTVGASLILLGMELWQAFVVIIAGSLPWILTGIVATSGPAAGTSGSVITRAIYGIRGNRVVVAFFGWFISAVFLALNWLASSFMGAELLAQLGFTDPVLVPLFVTILVAAITVLVAVFGHSLILRSYPIVASVLLAIFLLVTAFILPHVQWGYAAPSPLEGVPLWAAMTIGFAILASSPLSYSNSPDLARYLPTSTKRSHIIAATALGGALPGIFFTSVGALLATGIDAAAMDLGIESALLALLPAWLGPIFVVGVIINTISLNGMTTYTASMAFQSIGVPIRRIPSAVVVGAIGTALTIYLVMSTSLLEAVNLMLQLLVLISGPTMTIFATDVILRRNRYRGEDLFNEKPGSPFWYSGGWHIPGLLAVILGAVVASLFLSNAAWTGPIAAAMGSMDLSVPVSMIVSAGVYIALSPALRRGIHKTPAIEGAPA PGPT0009075_2327 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_TRANSPORT,PGPT0009075-cytX-K03457 NA NA D3-18_00245 642 hypothetical protein ATGGTGTCAAGCCCCGCATCCCAACGCGTCCGCAAGTTACCCGACGAGCGCCGCGCCGAAATCCTGGCCGAAGCCGCTTCCATTGCCTTGGGTGAGGGGCTCGAGCGGATAACCCTTCGCGCCGTTGCCGACCGCCTTGGTGTCCGGCCTGGCCTGATCAGCCATTACTACCCGGCTGCCGAGGATCTGGTGATCGCCGCGTTTGTGCGCGCCGTTTCAGAGGAGCGGGAAGAACTGTTTCCCGACGACGGCACTCCCCTTGAGCGTATGGCTCACCTGGTTTCGCGCATCGAAGGCAGCGGCACCGTTGAACTCACGCGGCTATGGCTCAACGCCAGGCATCTTTGCCGCTTTATCCCTGCCCTGACCGAGGCGCTGTTGGGGCAGGAATACCTCGATCGGAACCGGCTGACCGCGCTCATCGAGGACGGAGTCGCGTCCGGCGATTTCATGGTGGAGGACCCCTTTGCGGCTTGCATCCGGATATGGGTGGCCATTGACGGCGTGGGCTCCTACGTTAACAACGCCGAGACCTTCGAATATGACGCCTTCAAGCGGTTCGTCACCGACGTCGCAGAATGGTCGCTGGGCGTTCAGGCGGGCGAACTTCGCGCGGCTGTGGACCGGCTGCAAGCCGCCTGA MVSSPASQRVRKLPDERRAEILAEAASIALGEGLERITLRAVADRLGVRPGLISHYYPAAEDLVIAAFVRAVSEEREELFPDDGTPLERMAHLVSRIEGSGTVELTRLWLNARHLCRFIPALTEALLGQEYLDRNRLTALIEDGVASGDFMVEDPFAACIRIWVAIDGVGSYVNNAETFEYDAFKRFVTDVAEWSLGVQAGELRAAVDRLQAA NA NA NA NA NA D3-18_00246 1389 pknD_2 Serine/threonine-protein kinase PknD GTGGGCAACAATGACGAGGCCGTGGACCCCCAACTCCGCGCCTCCAGCGAAACCGCAGGAACAGACGCCACTGAAGTACTTGCCGGCCGCTACCAGCTGGGCTCTTTGCTGGGTAGGGGAGCTATGTCTGCCGTCTACCAGGCGACTGACATGCTTCTTGGCCGCGAGGTAGCCATCAAGATTTTCCTGCCCGGTTCAGGCGACGAGTCGTTCCGTGCCCGGCAGGAAAATGAAATGCGGCTCCTGGCCGCCTTTGATCACCCAGGGTTGGTGGCCGCCTTTGACGCCGGCGTCGATACGCGCAACGACGAAGAACGCGCGTTTCTGGTCATGGAACTGGCTGAGGGCCGGGATTTGCGCGCCATACTGGCCGAGGGACCACTCACTGTTCCCGAGACCGCGCGCATCGGGATCCGGCTCGCCGGGGCACTGTCCCAGGTACATGAACACGGAGTTATCCACCGCGACATCAAGCCGGCCAACATCCTGGTATCCGATGACGACGGCGTGGGACAGTCGGTGAAGTTAGCGGACTTTGGCGTCGCACTGGTCATGAACGACAACCGCCTCACCGCAACAGGCTTTACCGTGGGAACCGCCCAATACCTCAGCCCGGAACAGGCGCAGGGGCTTGGGCTGACTCCCGCGAGCGATATCTACTCGCTGGGCTTGGTACTCCTCGAATGCCTCACCGGCAGGGCCGAGTACCCGGGGACGCCTATTGAAACGGCATCAGCCCGTCTTCACCGCCCGCCGCAGGTTCCCCTGGAGTTGCCTGGTCCGCTACGGGAGCTCCTCGAAGCCATGACGGACATGGATCCCGAAAAGCGCCCAACGGCACAGCACGTCGAACAGGCGCTCGGGGATGAAGGGATCCAGTCCGGGCGCAGGACTGCGCTGCTGCCGGCCGTGCCTTCGCGGCCACCACTCCGCACGCCAACTAAGAGGCAGGCCACAGTCACCAGCCTCAGGGACTTCAATAAGCGACGACCCAGGACCGTTCGGGGCGTGGCCGCAGCGGCGGTCACCATTCCGCTCGCTTTGCTGATCCTGTCCCAGGGGCTTACGCCTACGGGCAACACAACGGACCCCTCCCAGACTGGGGATAGCGGCGTTTCCCAAGCCGAGCCGCAGCCGACGACGCCGGTGGTGCCAGCTCTCCCTGTTGCGCCGGCGACCGCCGAAGCCGTGCCCGCCGAAGCCGTGCCCGCGGATGACCAGCCCGCCGAAGTGGTCAATCTGCAGGAGCCCGCGCAAGCTCCAGTGCCTGCACCCGTTCAGGAGCCTGCGCCGGCTGTAGTGCCTGGCCCGGAGATCGCCAAGGAAAAGAGCGACGGCAAGAGCGAGAAAAAGCCAGAAAAGGGCAAGGGGTCCGGGGACGGCAAGTAG MGNNDEAVDPQLRASSETAGTDATEVLAGRYQLGSLLGRGAMSAVYQATDMLLGREVAIKIFLPGSGDESFRARQENEMRLLAAFDHPGLVAAFDAGVDTRNDEERAFLVMELAEGRDLRAILAEGPLTVPETARIGIRLAGALSQVHEHGVIHRDIKPANILVSDDDGVGQSVKLADFGVALVMNDNRLTATGFTVGTAQYLSPEQAQGLGLTPASDIYSLGLVLLECLTGRAEYPGTPIETASARLHRPPQVPLELPGPLRELLEAMTDMDPEKRPTAQHVEQALGDEGIQSGRRTALLPAVPSRPPLRTPTKRQATVTSLRDFNKRRPRTVRGVAAAAVTIPLALLILSQGLTPTGNTTDPSQTGDSGVSQAEPQPTTPVVPALPVAPATAEAVPAEAVPADDQPAEVVNLQEPAQAPVPAPVQEPAPAVVPGPEIAKEKSDGKSEKKPEKGKGSGDGK NA NA NA NA NA D3-18_00247 1485 hypothetical protein ATGCAGCGGCCCGCCCCAGTCCGCTCACCGTTCACGATCCCGCTCGTAGTCATCGTGCTCTTCATGGTGGCCTGTGTCCCTATGGCCACCCCGCCGACGTCCCAGGCACCAACGGCAGTCATCGGGACACCTCCATCCAGGATCGCCCTCCCGACATCCGTCGTGGACATGACCACCCGCACAGCCGGAGCAACGCCCACGGTTGCGACGTGGCAATACATCAGCGGTGCCGAGACCTTCAACAGCAAGCTCGATGCCCGACTGCTCAGCATTTTTGATGCCCGGGCCGGCGGTCGCCACGAACCCGCGGCACTGCCGGCTACCCCCGCTGCGCTGCTGGCCGACGGCGTTTCAATCACCCATGAAATTGTCCTGGCCACCGGAAGTGTTGTTGGATCCAGGTTCGTGCAAACAACCATGGACGGAGGCGTCCGCACCGCTCGCAGCGACGAGATCACCTACGAGGACCTCAGCACGGGCGATGTGACGGGCAGTGCCAGCTTGATCAACCAGGCCATGACCAGCACCTTACGGACAATACTCGGAGACGCCATCGGTCCTGCGTCCCCGACGCAGCCTCCGGGCCCGGACCCAAGCCAGCCCCCGGCACCAGGCCCGGTTTCCGACGCCGAGTTGCTCACCGCCGTCGCGTTTACCTCCGCCGGAAATCTCAGCGTCACCATCCACCGGGACCCTGTAACAGGCGCCGCCTTGTCCGGCCCCGTCACCGTTACTTTGAACGCCGCAGCAACGGGCGAGGTGATTTCGCCTGCAGGACAGATCCTTCGCGCCGCAGTCATCACTGGGGCTCCGTTCAAGGCCCCCCAGCCCGCACCCGGCGGGCTGGCTCCGATCAACTGCGAACTGGTGGCCTGTGCTGCCCTCACCTACGATGACGGGCCCAACGCCCAAACCACCCGTCTTCTGGCGATACTCGAAAAGCACAAAGTGCTCGCCACGTTCTTCCAGCAGGGAGGCTACGTCAAGGCCAATCCGACGGTGGCGAAAGCCGTGGCAGCTGCGGGCCACACCATCGCAAACCACACCATGAGCCATCCATACCTGACGAAATTGTCGCCGTCGAGCATCGAGAGCGAAGTTCAGCGGGCCCAAGGCGCCATAGAAATGGCAACAGGTGTGGTGCCCGCTTACATGCGGCCACCGTACGGAGCAACTAACAAGACGGTTTCCGCCTCTGTGGGGTTGCCCCAAATTATCTGGGACGTCGACTCCCTGGATTGGCAGTCCAAGAACAAATCCCTGTTCCTACCCCGGGTCATGAGCCTGGTTAAGCCTGGATCCATCATCCTCCAGCACGACGTCCACGCTTCCACCGTGGATGGCCAGGTGGAGCTCATTGCCCAACTCAAAGGCAAGGGCTTCTACCTGGTCACGCTCCCGCAGCTTTTCGCGGGAATCGAACTGAAGCCCGGCGCGTCCTACAAGTGCCGCGGAACAGCGCCGGGATGCGTTGCCGGACGCTGA MQRPAPVRSPFTIPLVVIVLFMVACVPMATPPTSQAPTAVIGTPPSRIALPTSVVDMTTRTAGATPTVATWQYISGAETFNSKLDARLLSIFDARAGGRHEPAALPATPAALLADGVSITHEIVLATGSVVGSRFVQTTMDGGVRTARSDEITYEDLSTGDVTGSASLINQAMTSTLRTILGDAIGPASPTQPPGPDPSQPPAPGPVSDAELLTAVAFTSAGNLSVTIHRDPVTGAALSGPVTVTLNAAATGEVISPAGQILRAAVITGAPFKAPQPAPGGLAPINCELVACAALTYDDGPNAQTTRLLAILEKHKVLATFFQQGGYVKANPTVAKAVAAAGHTIANHTMSHPYLTKLSPSSIESEVQRAQGAIEMATGVVPAYMRPPYGATNKTVSASVGLPQIIWDVDSLDWQSKNKSLFLPRVMSLVKPGSIILQHDVHASTVDGQVELIAQLKGKGFYLVTLPQLFAGIELKPGASYKCRGTAPGCVAGR PGPT0018645_731 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278 NA NA D3-18_00248 1230 sasA_1 Adaptive-response sensory-kinase SasA ATGACGGAAGTTCAAGGGCATCTGTCCTTCACCGATGACATCAGCCGTGACCTGGAATTGCAGGAGTATGGCCTGGACCCCGCGGTGGATTCCACGCTCCTTCCCAATACCGCCGTCATGAGTGCCCTGCAAAACCTCGTGCGGCTGGCTACCGAGCTTTGCGGCGCACCTTTTGGCGTGGTCAACATCATCAGCGCGGAGTACCAGCACCAAATCGGTGCTTGGGGCGTTGATCCCGGGGTTTGCTCGCGCGAGGATTCCATGTGCGCCAAGGTCTTCCTCACCCGCGAGCGAACAGTGGTGGCCGATGCGTCCAAGGACCCCCGCTTCGCGAACAATCCCTTTGTCACTGGCGAAATTGGCAGAGTCCGCTTCTATGCGTCCGTCCCGCTGCAGACAGAATCGGGTTTCGTGCCCGGAACATTGTGCGTGTTCTCGGATAAAACCAATGAGCTGCGCCCCGAACAGGTGAGCATGCTGGAGGTCCTGGCGAAGCAGGTAGTTGAGCTTTTGGAGCTTCAGCACCGCACGGTACAGCTGGACCGCACCTATGCCGAGTTGAGGGACAGCAACGCCAAGCTCGCCGGATTCGCCGGCCGCGTCAGCCACGATCTCCGCATTCCCCTCACCACCATCCTGGGCTATGTGGAACTGGTGGAAGACGATCCCGACGTGGAACCGAACAGCACCGCCGCGCGCTACCTGGACCGCATTGGCTCCAGTGGACGGCGGATGCTCGGCATGCTCGAAGATGTGCTGAGCTACTCCCGCGTGGGCGGCGCAATCCAGCCGGTGCAAGTTTCCCTGCGCGAGATCGCCGAAGAAGTGGCACGCGACTTGGGCATCGAAAACGACGGCATTGTGGACGTCGAAGATCTGACTCTCCAGGCCGACCGCGGACAGCTCCGCACGCTGCTGCAAAACCTGCTCTCCAACGCCATGAACTACCGCAGTCCCGAGCGCGATCTCCGAGTCCGGGTGAGCGGGGTTTCCAACTATCAGGGCACCACGATCTTCGTGGCGGACAACGGCAAGGGCATCAAACCCGAGGATCGCGCCAAGGTCCTGGAACCCTTGGTGCGTCTGCGGCGGCAAGGTGATGGCCCGGGGTCCGGGCTCGGCCTTGCCACCTGCAGCAACATTGCCAAAGCACATGGAGGCGATCTCACCCTGGCTGAAACTCCCGACGGCGGAACCACAGTCACTGTTAGCTTTCCAGCCGGTTTCTAG MTEVQGHLSFTDDISRDLELQEYGLDPAVDSTLLPNTAVMSALQNLVRLATELCGAPFGVVNIISAEYQHQIGAWGVDPGVCSREDSMCAKVFLTRERTVVADASKDPRFANNPFVTGEIGRVRFYASVPLQTESGFVPGTLCVFSDKTNELRPEQVSMLEVLAKQVVELLELQHRTVQLDRTYAELRDSNAKLAGFAGRVSHDLRIPLTTILGYVELVEDDPDVEPNSTAARYLDRIGSSGRRMLGMLEDVLSYSRVGGAIQPVQVSLREIAEEVARDLGIENDGIVDVEDLTLQADRGQLRTLLQNLLSNAMNYRSPERDLRVRVSGVSNYQGTTIFVADNGKGIKPEDRAKVLEPLVRLRRQGDGPGSGLGLATCSNIAKAHGGDLTLAETPDGGTTVTVSFPAGF NA NA NA NA NA D3-18_00249 1416 hypothetical protein ATGACCGAGCAGGAACCGGCCTCCGCCGCGTCTACTGACAGCATCGATCTCTCCGTACGCACTCCCGCGCAAAGATCCCGGACCTTCACCGGGATACTGGTGAACACCGCCTTCGCGAACATCACCACAAGCTATCTGTGGTTCGCCCTGACGTTCTGGGTGTACTTGGAGACGCGGAATGTGATCGCCACGGGGGTGATCGGCGGTGCATACATGCTCCTGATCGCCCTCTCCAGCATCAGTTTCGGAACCTTCGTGGACCGTTACCGCAAACTTGCCGTGATGCGTTTCGCCGCAGCCTTCACCATGGTGATGTTCGTCCTCTCAGGCATCATGTTCCTGCTGACACCCGAGCAGGCACTACTAGACCTGACACAGCCATGGTTCTGGATTTTCACCATGATCATCCTGATCGGCGCAGTGGTGGAGAACATGCGGAATATTGCCCTGTCCACCACCGTGACCATCCTGATCGAACCTGATCGGCGGGCCAATGCCAACGGGCTCGTAGGCATGGTGCAGGGGCTCATGTTCATCGTCACCTCGGTCCTTTCCGGGCTATCGGTAGGGCTCCTGGGCATGGGCTGGACGGTAGTTGTCGCCTTGGTGCTGACCGCCTTGGCCTTTGGGCACTTGCTCATGCTGCGCCTGCCCGAGGAAGTGAAGGCAGCGCCCTCCGACGCACAAGGCGGATTCGACTTGCGCGGATCGTGGGCCGCCGTCATGGCGATATCCGGCCTGTTTGCGCTGATTCTCTTCTCCACGTTCAACAACTTCATTGGCGGCGTCTATATGGCGTTGATGGATCCATACGGCCTGGAGATGTTCTCGGTGGAGATGTGGGGAGTTGTCTTCGCCATTGGTGCCACGGGGTTCATTGTTGGCGGTGCGCTGATCGGGAAGTTCGGCCTCGGGTCGAATCCTCTGCGGACCATGCTCATCGCTGTGGTGCTGATGGGGTTCATCGGTGCGGTGTTTACCCTTCGCGAGTGGGCCTGGCTTTATATCGTCGGAATCTGGCTCTACATGGCGCTGGTGCCTGTGGTTGAAGCCGCTGAGCAGACTGTCATCCAAAAAGTAGTGCCACTTCCTCGGCAGGGCAGGGTGTTTGGTTTTGCCATGGCCTTCGAGTCCGCGGCGGCGCCCATCACCGCGTTCCTCATCGCACCGATCGCCCAGTTCTGGATCATCCCCTACGCCCGATCCGAGGAGGGGGCGGCCAGCCTTGATCCATTGCTGGGCGAAGGGATTTCCCGGGGCATCGCCTTGGTGTTCCTGGTGGCGGGCATCATCATGATCTTGGTGGCGCTGATCGCTTTCCTGACACCCGTCTACCGCCGCGTGTCTGCCTCGTATGCGCAGACAGCGGCGGAAGAACGGGAAGGCCAGGACGCGGAGTCGCCGTCGTCGCATTGA MTEQEPASAASTDSIDLSVRTPAQRSRTFTGILVNTAFANITTSYLWFALTFWVYLETRNVIATGVIGGAYMLLIALSSISFGTFVDRYRKLAVMRFAAAFTMVMFVLSGIMFLLTPEQALLDLTQPWFWIFTMIILIGAVVENMRNIALSTTVTILIEPDRRANANGLVGMVQGLMFIVTSVLSGLSVGLLGMGWTVVVALVLTALAFGHLLMLRLPEEVKAAPSDAQGGFDLRGSWAAVMAISGLFALILFSTFNNFIGGVYMALMDPYGLEMFSVEMWGVVFAIGATGFIVGGALIGKFGLGSNPLRTMLIAVVLMGFIGAVFTLREWAWLYIVGIWLYMALVPVVEAAEQTVIQKVVPLPRQGRVFGFAMAFESAAAPITAFLIAPIAQFWIIPYARSEEGAASLDPLLGEGISRGIALVFLVAGIIMILVALIAFLTPVYRRVSASYAQTAAEEREGQDAESPSSH PGPT0027970_45 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0027970-cmr-K18833 NA NA D3-18_00250 639 hypothetical protein ATGAGCACACCCCGCCGCGCCCTCGTCCTGGTCGATGTCCAGCAGCAGTACTTCAGCGGGCCCCTGGAAATTCAGTACCCGCAGCACCAAGAGTCGCTTGCGATGATCACCAAAGCTATTGACGCCGCAACAGCAGCCGGTATCCCCATTGCGGCCATCCAGCACAGTGCCGGAGAAGGCGCACCAGTCTTCGCCCCGGAAACAGCGGAGTATGAGCTGCACCCCGAAGTGGAAGCCCGCAGGACCGGTTCCTGGAAAGACGTCACCAAACAGTACAGCTCGGTGTACGCCGGCACGGATGTTACCGCCTGGCTGCGGAAGCACGACGTCGACACCGTCACCTTGGTGGGTTATATGACCAACAACTGCATCCTGGCCTCGGCCGTTGAAGCAGAATTCCTCGGCTTCTCCACCGAAGTACTTTCAGATGCCACGGGTTCCATCAACCTCAGCAACGACGCCGGAACCGCGGATGCGAAGACCGTTCACACCACATTGATGGCGCTGTTGAATTCCAACTGGGCCGCCGTTGCACCCACCGAATCATGGGCCACGGCCGTTGAGTCCGGGCAAGCCTTGGAAAAGAGCGATCTGGGCAGCTCTGCCATGGCAGGAGCCGCCTTGCAGGCAGCTTCCTGA MSTPRRALVLVDVQQQYFSGPLEIQYPQHQESLAMITKAIDAATAAGIPIAAIQHSAGEGAPVFAPETAEYELHPEVEARRTGSWKDVTKQYSSVYAGTDVTAWLRKHDVDTVTLVGYMTNNCILASAVEAEFLGFSTEVLSDATGSINLSNDAGTADAKTVHTTLMALLNSNWAAVAPTESWATAVESGQALEKSDLGSSAMAGAALQAAS NA NA NA NA NA D3-18_00251 942 rhaS_1 HTH-type transcriptional activator RhaS ATGAGGATCGCGGTGTACGCATTCAACGGGGTCACGATGTTTCACCTTGCCGTGCCGCAGATGGTTTTCGACGAGGTCTCGCGCCAGGGTTTGGCCGAGTGGAACACCGTCCTGTTCTCAGACCGGGCTGGCCATATCCGAACCGCCGAGGGTTACGTGCTGGGGGAAGTCCAAGGACCCTCGACGGCGGAACACGCCGACGTCGTAGTGGTGCCGTCCTGGTTCGACGACGAACGCGAGACCGGCGAAGCCCTCAGCAATGTCCTCCGGCAAGCCCACGGTAGGGGAGCAACCATCGTGGGTCTCTGCTTGGGAGCCATTCCCGTCGCCGACGCCGGGCTCCTGAACGGACGATCCGCCGTGACCCACTGGCAGGCCTTTGACTCCCTCGCCGTCCGGCACCCCGATGTCACGCTCGACCAAACGGTGCTGTACATCGATCACGGCGACGTCCTGACCTCGGCCGGTACAGCATCCGGACTCGATGCGTGCTTGCACGTGGTGAGAGGCCGTTTGGGGGCGGAAGCAGCCAACCAGGTGGCACGAAGCCTGGTCATCGCCCCGCACCGTGAAGGTGGGCAGGCCCAGTACATCGAGCGTCCCCTTCCCGCGCGAGCTGAAGGCGACCCCATGGCCCGGCTGCTTGAGTGGGCGATTGGCCGGCTGGGTGAACCGCTCAGCATTGACCGGCTCGCGGCCCAAGCCCACATGAGCCGGCGAACTTTCGTGCGCGCCTTCCGCGCCTCAACCGGGACCACGCCGTCGTCCTGGATACGCACGCGCCGACTGGATGCTGCCCGCCGTCTGTTGGAAACCACTGACCTGTCCATCGACCAGGTTGCGGCCGACTGCGGGTTCGGCAGTGCCGTGACCCTCAGGCAGAACTTCGCCAGCGCCTTTTCCACCTCACCCACGGACTACCGGCGCCGCTTTACCGCCTGA MRIAVYAFNGVTMFHLAVPQMVFDEVSRQGLAEWNTVLFSDRAGHIRTAEGYVLGEVQGPSTAEHADVVVVPSWFDDERETGEALSNVLRQAHGRGATIVGLCLGAIPVADAGLLNGRSAVTHWQAFDSLAVRHPDVTLDQTVLYIDHGDVLTSAGTASGLDACLHVVRGRLGAEAANQVARSLVIAPHREGGQAQYIERPLPARAEGDPMARLLEWAIGRLGEPLSIDRLAAQAHMSRRTFVRAFRASTGTTPSSWIRTRRLDAARRLLETTDLSIDQVAADCGFGSAVTLRQNFASAFSTSPTDYRRRFTA PGPT0014658_5 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014658-ypdC-NA NA NA D3-18_00252 411 hypothetical protein ATGGCTGAAGCGGACCACATCGATTACACCATCCAGCTCGGACCGGACAATGTCTTGTTACTGGCTTGGGAGCCGGGCGTCAGAATCGAAGCCGGCAACGCCCGGGCTGCCGTGGACGCCGTCAACGAGTTCGCTGCCGGTAGTCGCTATCCCTTGCTGGTCAGGATGGCCAATGCAAGCCATTTGAGCCGCGCGGCACGTGACGTTTTCATCGAGCCTTGTGCGGCCTCCAGAATCGCTTTGCTGGGTGAAAACGCCGTTGACCGCATACTCGTCGACTACCAACTGGCCGCCCAGCCCGCGCCCTGCCCTACGAGGTTCTTTACCTCCCAAGCGGAGGCGATGACTTGGCTCTTGGAACGGGAGCAGAAAGTCGATGAGCAGCAACAGGGCAGCACAGCAACTTGGTGA MAEADHIDYTIQLGPDNVLLLAWEPGVRIEAGNARAAVDAVNEFAAGSRYPLLVRMANASHLSRAARDVFIEPCAASRIALLGENAVDRILVDYQLAAQPAPCPTRFFTSQAEAMTWLLEREQKVDEQQQGSTATW NA NA NA NA NA D3-18_00253 498 hypothetical protein ATGGACCAATATCTGTGGGTGTTGAAACAAGATCAACTTGATTTGATTCGCGAATTGGAGCCAGCCAGACTTGAGCTCCTCGACGAGGAAGGCCTGCTCCAACTCCATAAACGGGTGCGGAAGGCCCGGAACAAATACACCACCAACTATCGACGCAAAGCGGCAGACGAAGTGCTGGAAGCTGGCGGTCGCGGAGCCGCAGCCAACAAGTCAGACAAAGCGCGTGCCCGTGCTTTCGTGTTCGAGGAAGCACTCTCCATCGTGAGCACCGAACTCGCCAGGGTGGCTCACGAGGCGGCAGAAGAACTCAAGGATGAGCGACTGGAACGTGCCAGCGCCGACAAGTCCACCGGGCCGGAGAGCTCTGGAACCGGCAGCAAATCCACCACCGGTTCAGGCAGGGCAAAGTCTCATCAGAAGACCACCGGCGGTGTGAAGCGGGACGCTTCCAGCCGGTCGCAAGGTGCCCAACGCCAAGCAAAAAAGGACGCACGCTAA MDQYLWVLKQDQLDLIRELEPARLELLDEEGLLQLHKRVRKARNKYTTNYRRKAADEVLEAGGRGAAANKSDKARARAFVFEEALSIVSTELARVAHEAAEELKDERLERASADKSTGPESSGTGSKSTTGSGRAKSHQKTTGGVKRDASSRSQGAQRQAKKDAR NA NA NA NA NA D3-18_00254 204 hypothetical protein ATGACTGATCAGACCTCCGCCAAGTCCGTGACTACCGGCGCTGCCCACACGAACTCCGACGCCTTCGCAGGCACGGCGGACGCTGCCGGTCACACTGGAGAAACCGCTAGCCAGACCCGTGCAGTGGTGACAGTCCGTGAGCAGTTCAACCCCCTTGGTGCGGGGCTTCGGAGCATCTGGCCGCAGTCGGTCGTCGGGTTCTAG MTDQTSAKSVTTGAAHTNSDAFAGTADAAGHTGETASQTRAVVTVREQFNPLGAGLRSIWPQSVVGF NA NA NA NA NA D3-18_00255 849 hypothetical protein ATGGAGTCCAGCGCGAAAATAAGGAGGCTTGCCATCAAGGAAGAGATGAGAAAGGCCGCTGATGTGGCCGAGGAAGCCGCGAATTCGCAGGCTTTCGCAGCTGTTGCCCGGGCCGGATATGCCGTGAGCGGGCTGCTGCACCTACTCATTGGCGTGATCGCAATCCAACTCGCGGTGGGCCGCGGCGGCGAGGCTGATGTCAGCGGCGCGGTGACCGAGTTGGCCAACAAACCGGCAGGACCCCTCCTACTCTGGGCCTGCTTTGGAGCCTGTGCGGCGCTGGCCCTGTGGCAATTGGGAAATGCCATCCTTGGCTATCGCATCGCCTCCGACAACAAACTGACCAAGCGGTTATCGGCTTTAGGCCAGGCCTTGGTGTTCGCTGCATTGGCGGCCACCATCATGTCGTTCGTCATAGGGCGGGGCCAGAACAGCCGGGAGTCCAGCAGCGACTTCACGGTCACTCTTATGAAGGCACCGTTCGGGGTATTCCTGCTGATCGCCATCGGCACCGGTGTCGCGATTACCGGCATCGTCTTCGCGGTGAGGGGGTTCCGTCGAAAGTTCACCAAGGACCTTTCCCTGTCATCCAGCCCGGGCGTGCACAAGTTCCAAATCTGGGTTGGCGTGGTGGGTTACATTGCAAAGGGGATCGCCCTCTTCCTTGTGGGTCTGTTGGTGGTCATTGCCGCGGTTCGGGCCCAGCCCGAGCAATCAACCGGGCTTGACGGAAGTTTGAAAGCATTGAAGGAACAGCCTTATGGTCCATACTTGTTGGCTGCCGTGGCACTTGGGCTCATCGCCTACGGGCTGTTCCTTATGGTCAAAGCGAGGACCCTCCGGACCTAG MESSAKIRRLAIKEEMRKAADVAEEAANSQAFAAVARAGYAVSGLLHLLIGVIAIQLAVGRGGEADVSGAVTELANKPAGPLLLWACFGACAALALWQLGNAILGYRIASDNKLTKRLSALGQALVFAALAATIMSFVIGRGQNSRESSSDFTVTLMKAPFGVFLLIAIGTGVAITGIVFAVRGFRRKFTKDLSLSSSPGVHKFQIWVGVVGYIAKGIALFLVGLLVVIAAVRAQPEQSTGLDGSLKALKEQPYGPYLLAAVALGLIAYGLFLMVKARTLRT NA NA NA NA NA D3-18_00256 936 yghA_1 putative oxidoreductase YghA ATGACTCAAGGTGATTCGAACCAGGCTGATAAGCCGCAAACCGACGGGAACCGCCTCACCTCGCCGCCATCGGACCCCCGCAGCGGATACCATTCGGGCGAATTCCCCCAGCAGGAGCAGGAACAACCGGGCCTCACCAAGCCACTGGATCCGCAACCGGACCATGGCGAGAAGAGTTACGTGGGGCATGGACGCTTGCAGGGTAAGACCGCGCTGATCACCGGCGGTGACTCCGGCATCGGTGCTGCGGTAGCCATTGCCTACGCGCGCGAGGGCGCTAACGTGGCCATTAGCTATCTTCCGGAGGAAGAGGAAGACGCGCAGTCGACGGCGGAATGGATCCGTGAGTGCGGAGCGCAGGTCCTGCTGTTGCCCGGTGATGCGCGGGATGAAGGTTTCGCGGCTGAGATCGTGGAACGTACAGTGAAGGAGCTTGGCGGGCTCAACGTGGTGGTGTTGAACGCGGCTTATCAAAAGAACCGCGAAGGCCTGGAAACCATACCCACCGAGGAGTTCGACCGTGTCTTCAAAACCAACCTCTACTCGCTGATCTGGACGGCGCAGGCAGCCATTCCGCATCTCCGGCCGGGCGCCTCAATCATTGTCACGGCATCCATCCAGGCGTTCAATCCGTCCGCCCAGTTGATCGACTATGCCATGACCAAAGCGGCCCAAGTGGCCTTCACCAAGGCCATGGCCGAGGAACTCGGGCCCAAGGGAATCCGCGTCAATGCAGTGGCGCCAGGCCCCATCTGGACTCCACTGATCCCAGCTACCGAATGGCCGGACAAGCTCCCCACCTTTGGGCAGGACACGCCACTGGGCCGTGCCGGCCAGCCTGCAGAGCTGGCGCCCGCCTACGTGCTGCTGGCATCCGACGAAGGGTCCTATATTTCGGGTGCAGTCCTTCCTGTCACGGGCGGCAAGGGACTCTGA MTQGDSNQADKPQTDGNRLTSPPSDPRSGYHSGEFPQQEQEQPGLTKPLDPQPDHGEKSYVGHGRLQGKTALITGGDSGIGAAVAIAYAREGANVAISYLPEEEEDAQSTAEWIRECGAQVLLLPGDARDEGFAAEIVERTVKELGGLNVVVLNAAYQKNREGLETIPTEEFDRVFKTNLYSLIWTAQAAIPHLRPGASIIVTASIQAFNPSAQLIDYAMTKAAQVAFTKAMAEELGPKGIRVNAVAPGPIWTPLIPATEWPDKLPTFGQDTPLGRAGQPAELAPAYVLLASDEGSYISGAVLPVTGGKGL NA NA NA NA NA D3-18_00257 564 hypothetical protein ATGATCGCTGTGTTGGTGATCGACATGCAGAACGCCTACTTCGAAGACCCTGCTCTGAAGGGGCGTCAGGAAGAAATTGTTGCTGCCTGCAATTCGTTGACCAGTGCAGCGCTCCAAGCCGGGGCCAAAGTGCTCCTGGTAGGAACCGTGCATGAACGGGACAAATCCACGTGGAGCCTGAACATGCTCGACGATGACCAGGGCTTCATCTTCAGGGGCAGTGAGCAGGCCGAGTTCGTTCCCGGACTGCTCACTGCCGATCATCCCCGGTTGGTCAAGACTCGGGACAGCGCCTTTTTCGGGACAGACCTGAACATGCGGCTGAGGAACTGGGGTGTGGACACCGTCATTCTTGCCGGTATTTCAGCACATAACTGCATCGCCCAAACGGCCGCTGACGCCTTTGCCCACAACATCAAGGTGATTTATGCGGCCGAGGCCATTGGGACGGAGAATGCAGAGGCCGCCGAGTCCGTACTCCGTGCCCTTACCCGTGAATACCGGCAGAATGTGTTGCCCCTGGAAGAGATCCGTCAGCTTCTGGAGTCAGTTCCTTCAGCGTAG MIAVLVIDMQNAYFEDPALKGRQEEIVAACNSLTSAALQAGAKVLLVGTVHERDKSTWSLNMLDDDQGFIFRGSEQAEFVPGLLTADHPRLVKTRDSAFFGTDLNMRLRNWGVDTVILAGISAHNCIAQTAADAFAHNIKVIYAAEAIGTENAEAAESVLRALTREYRQNVLPLEEIRQLLESVPSA PGPT0013445_453 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013445-nadE-K01916 NA NA D3-18_00258 945 hypothetical protein ATGGATTGTTGGGTCATCGACTCGGAAGTCCGCGTAGCGTCGATGAAAAGGATGGAGCACCGGGTGGAAGAGGGAGACATGATGCAGGGGTGGAACCGGGCCATAGAGCTCATTGAGCAAGACCTGGCCGCGGATATCGAGGTGGGCGTCTTGGCGCGTGCCGCTTTGACATCCGAGTATCACTTTCGGCGGATGTTTTCCTCCCTGGCCGGTCTGCCAATCTCTGAGTACATCCGCAGACGGCGCCTGACAGCAGCCACTGCGGAAATCCTGGAGGGCGGGACTGTGCTGGACGTTGCCGTTCGCTATGGCTACGGATCGGCAGAGGCCTTCACCCGCGCTTTCAGGGCCCTGCACGGGCTAAGCCCCTCAGAGGCGCGAATGCCGGGCGCGGTTCTCCATTCCCAACCTCAATTGAGGTTCCACCTCCGAGTCGAAGGAAACACCGACATGAAGCACCGCATAGAAGATCAACCCGCTTTCCGCCTCATCGGCCTGAAAGCACGTGTCCCATTGGTCCACGAGGGACCCAACCAGGCCATCATCGACTTCCAGAAAGGACTGGACCCTGCGGTCACCAAGTCCCTACTGGAGCTTGCGGATTTGGATCCGGTGGGCCCCCTCTCAGTTACTGACAACATCAAAGAGCAGCGCACCGAGGGAAGCGAACTGGACTACTGGCACGCAGTGGCCTCTACCAAATCGGTCCCGGAAGGTTTCGACTTCCTTGAGGTCCCGGCCGGTCTGTGGGTGGTCTTCGAAACCGAGGGAAGGTTCCCGGAAGTCTTGCAGGGCATGTGGGCTGATGCCGCCACGGAGTGGTTTCCCGCCAACCCCTACAGGTGGGCACCGGGACCGGAAATGCTCAGCGTCCACGTGGAACCCGGCGGCACGCATGGCCGCGGGCAACTGTGGATCCCCATTGAAAGGGAGGAACTACGCTGA MDCWVIDSEVRVASMKRMEHRVEEGDMMQGWNRAIELIEQDLAADIEVGVLARAALTSEYHFRRMFSSLAGLPISEYIRRRRLTAATAEILEGGTVLDVAVRYGYGSAEAFTRAFRALHGLSPSEARMPGAVLHSQPQLRFHLRVEGNTDMKHRIEDQPAFRLIGLKARVPLVHEGPNQAIIDFQKGLDPAVTKSLLELADLDPVGPLSVTDNIKEQRTEGSELDYWHAVASTKSVPEGFDFLEVPAGLWVVFETEGRFPEVLQGMWADAATEWFPANPYRWAPGPEMLSVHVEPGGTHGRGQLWIPIEREELR NA NA NA NA NA D3-18_00259 261 hypothetical protein ATGGCTAATAACCAGGACCGCGACGCCAACGGCGACGAACTCGAAGGCCAGTACTCCGAAGGCGACTACGGCGACACCGGAGTGTCCCCGGAAACCCTGAAGGAAGATGCCGGAGGCGACTACACCGAGGGTGACTACGCCGAGAAGACGGTGCCTTCGGCCGACGCCGAACTGAATGAGAAGAACACGGAAGACGTCCCTGAAGACCGGCCCTTCTCCTCTGAACCGGACGAAGAAGCGTCAGGCTCCAGTCGACCGTAA MANNQDRDANGDELEGQYSEGDYGDTGVSPETLKEDAGGDYTEGDYAEKTVPSADAELNEKNTEDVPEDRPFSSEPDEEASGSSRP NA NA NA NA NA D3-18_00260 273 hypothetical protein ATGGGTTTCTTTGGTTTTCTTCTGCTCGGCCTTTTGGCCGGCGCTATCGCAAAGCTTATTCTTCCCGGTCGCCAGGGTGGCGGCTGGCTGGTCACCCTCCTGTTGGGCGTCGTCGGCGCACTCCTGGGCGGCTGGATCGGCGGGCTCATCTTTAACACGGGCCTGCAGGAATTCTTCTCCCTCACCACGTGGCTCCTGGCCATCGGCGGCTCCATCATCGTGCTGCTGATCTACGGCCTGGTCACCGGACGTCGCAGGACACACCATGGCTAA MGFFGFLLLGLLAGAIAKLILPGRQGGGWLVTLLLGVVGALLGGWIGGLIFNTGLQEFFSLTTWLLAIGGSIIVLLIYGLVTGRRRTHHG NA NA NA NA NA D3-18_00261 198 hypothetical protein ATGGGACTGGGTGACAAGATTAATAATGCTGCCGAAGAAGCAGGCGGCAAGGTTAAGGAAAAGACCGGCGAAACAACCGGCGACAGGGACCTGCAAGCCGAAGGGGTCGGCGAGCAATCCGAGGCGAACCTCAAGCAGTCGGGCGAGAAAGTCAAGGACGCGGCCAAGGGAGTTGCGGACTCCCTGAAGGACCACTAG MGLGDKINNAAEEAGGKVKEKTGETTGDRDLQAEGVGEQSEANLKQSGEKVKDAAKGVADSLKDH NA NA NA NA NA D3-18_00262 435 hypothetical protein GTGAAAGGCAAAGCATTGTTCGCCGTTGGCGTGGCTGTCGGTTACGTATGGGGATCGAAGTCCTGGCCGGAGGTGTACCGGCGGGTCCGCGGAGGCACCGAGAAGCTTTGGAAGAACCCTGAAGTTCAAGAGAACGTGCACCAGGCCACGGAAGCAGTCCAGGAATCCGTGCCGGATATTCTGGACAACCTGTATGAGGCCGGCAAGAAGTTGCTGGAAAAGGCAGAAGCGATGTTCCCTGGCATCACTTCCCCTAAGGCGGGTCAGCATACTGACTCCTCTTCCAGCAGCAAGCCCACCGTCACTACCGTGCCCACTATCACGTCCGACGTGGTGTCCGATCCTGCCTTGGATGACGCCACGGGAAGTGACTGGACGGACGAAGGCGGCGCTGCCCCGGAAGGACCGGCGACCAACACGCCGCCCAAGGCCTGA MKGKALFAVGVAVGYVWGSKSWPEVYRRVRGGTEKLWKNPEVQENVHQATEAVQESVPDILDNLYEAGKKLLEKAEAMFPGITSPKAGQHTDSSSSSKPTVTTVPTITSDVVSDPALDDATGSDWTDEGGAAPEGPATNTPPKA NA NA NA NA NA D3-18_00263 705 hypothetical protein ATGGACATCATCCTTGTACCCGGTTTCTGGTTGGACGCGTCGTCGTGGGAGGAGGTGACGCCGCCGCTGGAAGCAGCCGGCCACACGGTTCATCCGCTGACGCTGCCAGGGCTGGAGTCGGTGGACGCATCACGCGCGGGCATCGGCCTTCGCACCCATATCGACGCCGTGGTGGCAAAAGTAGACTCCCTCGACGGCAAGGCCATCCTGGTGGGCCATTCAGGTGGCGGTGCCATCATCCACGGTGTGGCAGACGCCCGCCCGGACCGAGTTGCCCGCGCCATTTACGTTGACAGCGGACCGCTCGGTGAGGGAGGGGTCATCAATGACGAACTGCCCGACGACGGCCACGACGTCCCGCTGCCGCAGTGGGAATTGTTCGAGGAAGAAGACCTCGTAGACCTGACTGACGACCTCAAGGAGGCCTTCCGGGCACAGGCCATTCCGGAGCCCAAGGGCGTTGCCTTCGACCAGCAACACCTGAGCGACGTCCGGCGCTACGACGTACCAGCCACGATCATTGCTTGCCAATTCCCGTCATCGCTCCTCAAGGAGTGGATGGATGCCGGGCACCCGTTCACGGCGGAACTCGCCAGGATCCGGGACGTCGAGTACATCGACCTCCCCACCGGACACTGGCCGCAGTTCACCAAACCCAAAGAGCTGGGCGAAGCGATCCTGACGGCAGTGGATCGCACCAAGTAG MDIILVPGFWLDASSWEEVTPPLEAAGHTVHPLTLPGLESVDASRAGIGLRTHIDAVVAKVDSLDGKAILVGHSGGGAIIHGVADARPDRVARAIYVDSGPLGEGGVINDELPDDGHDVPLPQWELFEEEDLVDLTDDLKEAFRAQAIPEPKGVAFDQQHLSDVRRYDVPATIIACQFPSSLLKEWMDAGHPFTAELARIRDVEYIDLPTGHWPQFTKPKELGEAILTAVDRTK NA NA NA NA NA D3-18_00264 570 hypothetical protein ATGGAGCAGAAGAGTGAGCCGGAGTTGCTGAGATTTGCCAGCGGCGCGGAGTGGGAAGACTGGCTCTCCGCGAACCACAACACCAAGGCCGAAGCCTGGCTTGTGATCGGGAAGAGGAACTCGGGCGCAGGCCTCATCGAGATACAGGACGCCTTGGACGGCGCCCTCTGCTTCGGCTGGATCGACGGCCAACGCAAGGGCCACGACGAGAAAACCTTCCTCCAACGCTATTCGCGGCGCCGGGCCCGGAGTTCGTGGTCCCAAGTGAACGTGGGCAAAGTGGAAACACTGATAAGCGCAGGACGCATGCAACCGGCCGGATACGCCGAAATAGATGCAGCCAAAGCTGATGGCCGGTGGGAAGCCGCTTACGTTTCGCAGGCCAACGCAGAAGTTCCGGAGGATCTGCAGGCCGCACTCGCCGGAAACCGGGCTGCAAAGGAAACCTTTGAAAATCTGGGCAAGACAGAGCGCTACCTCATCATTTTGCAGGTGCTAAAAGCCCGTTCCCCGGAGTCGCGCGCCAAGATCCTGGCGAAGGCAGTGGAGAAGCTGGCCGAGCGAAGCTAG MEQKSEPELLRFASGAEWEDWLSANHNTKAEAWLVIGKRNSGAGLIEIQDALDGALCFGWIDGQRKGHDEKTFLQRYSRRRARSSWSQVNVGKVETLISAGRMQPAGYAEIDAAKADGRWEAAYVSQANAEVPEDLQAALAGNRAAKETFENLGKTERYLIILQVLKARSPESRAKILAKAVEKLAERS NA NA NA NA NA D3-18_00265 1158 hypothetical protein ATGGTGAAGTTCACGAATCGTTTGGTTGCTGAGGTTGTCCAGTCGTTCTGGCAGCAGGTTGCGGACGGTGCCCGTTTTGAAGATGCTGGTGCGTTCGTCGGGTGGTCCGTAATGACGGTCCGCCGTGAGCTGAGGTCCTCAGGAGGGGTCCGGCCCCGTCGGGGCCGGACCCTGACCGGCCGGTCCCTATCGTTCCAGGAGCGGGAGTTGATCTCGTTATGGCGGGGCAAGGAATCGGTCCGTGAGATCGCCAGACGTTTGGGTCGTTCCCCGTCAACGATCTCCCGGGAGCTCCGGCGGAACGCTGACAAGGTCTTTTTCTACCGGGCTACCACCGCCCATGCCCGCGCCCACGCCCGGGCAGCCAGGCCCAAGACCGCTAAGCTCAACAGCAACAAGCCCTTGCGCCTGGAAGTCGAAAAGCGGCTCGAAAAGAAAGACTCACCGGTCCAGATCGCTGGCAGACTCCGCAAGGACTTCCCGAACAACCCGGAGATGTGGGTGTCACACGAGACCATCTACCAGTCCCTCTATCTCGAGTCCCGGGGCGGGCTAAAGCGGGAACTGGTCAAGAACCTGCGCACCGGCCGGACCCTGCGCAAACCCCAACGCCGCCCCGACGAACGCCGCGGCAGAATCCAGGACAAGGTCATGATCGCCGACCGTCCCGCCGAGGTCGAAGACCGTGCCGTGCCAGGGCATTGGGAAGGGGACCTGATCGTAGGCAAGGACGGAAAAACCGCCATCGGCACCATCGTGGAGCGCACAACCGGGTTCGTGATGCTCCTCCATGTCCCGACCGGTCAAAACCGTGCCGAGTCTGTTCGGGATGGGCTGATCCGCAAAATGGGCGCCCTTCCCGACGAACTGAGGCTCTCACTGACCTGGGACCAAGGCACCGAAATGCGCAGGCACAAGGAAGTGAAGATCGCAGCCGACATCGACATCTACTTCTGCGATCCCCACTCACCTTGGCAACGCGGCTCGAACGAGAACACCAACGGGCTCCTGCGCCAGTACTTCCCCAAAGGCGCAGACCTAAGCATCTACAGCCAAACCGACCTCGACTACGTCGCCCACGAACTCAACGACAGACCCCGCCAACGATTCGACTTCTGCACCCCCAATGAGATGATCAGAACCTTCCTGTTGCGATAA MVKFTNRLVAEVVQSFWQQVADGARFEDAGAFVGWSVMTVRRELRSSGGVRPRRGRTLTGRSLSFQERELISLWRGKESVREIARRLGRSPSTISRELRRNADKVFFYRATTAHARAHARAARPKTAKLNSNKPLRLEVEKRLEKKDSPVQIAGRLRKDFPNNPEMWVSHETIYQSLYLESRGGLKRELVKNLRTGRTLRKPQRRPDERRGRIQDKVMIADRPAEVEDRAVPGHWEGDLIVGKDGKTAIGTIVERTTGFVMLLHVPTGQNRAESVRDGLIRKMGALPDELRLSLTWDQGTEMRRHKEVKIAADIDIYFCDPHSPWQRGSNENTNGLLRQYFPKGADLSIYSQTDLDYVAHELNDRPRQRFDFCTPNEMIRTFLLR PGPT0030610_168 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482 NA NA D3-18_00266 1515 hypothetical protein GTGACACTGGAGTTCCGGACCCAGGAAGTCAGCCAGGACATGCTGGCTCGGACGCGCAAGGTCATTGCCGTACACATCAACTACCCCAGCCGTGCGGCGCAGCGCGGGCGTACTCCTGAACAGCCGTCGTACTTTCTGAAGCCTTCTTCTTCTCTGGCGCTCGGCTCTACGGAGGTGCCCGGCACGGTTGAGCGCCCCTCAGGGTGTGAACTGCTGGGCTATGAGGGCGAGATCGCCTTGGTGATGGGCAAGTCCGCCCGTCGTGTCGGGTTGGAGGATGCCTGGAGCCACGTCGAATGGGTCACTGCGTCCAACGACCTTGGCGTGTACGACCTTCGTTATGCAGACAAGGGATCCAACGTCCGGTCCAAGGGCGGCGATGGCTTCACTCCCGTTGGCCCCGCGTTAATCCCTGCCGACGCCGTCGACCCGGCCGGATTACGAATCCGCACTTGGCATAACGGAGACCTGGTTCAGGACGACACCACCGAGGACCTGCTCTTCCCGTTCGCCCAACTCGTCGCGGACCTCTCCCAGTTGCTCACGCTCGAAGAGGGCGACATCATCCTCACCGGCACCCCCGCCGGCGCCTCCGTGGCCAAGCCGGGCGACGTCGTCGAAATTGAGGTCACCGGCGGTGACTTCAGCAGCGGCCGCCTGGCCACCAAGGTAACGGAAGGCACGACGCCGTTCGCGGACTTTGGTGCCCGTCCCAAGACTGATGACACCCAGCGGGAAGAGGCGTTCGGATCGCGGGAAGCTGCCGGGCTGCCTGCCCCGGTTTCCCAGGCTTCGGTGCTAATGCCGGAGCTGAAGGCGAAGCTGGAGTCAGTTGCTACGGCCACACTTTCTTCCCAGCTCCGCAAGCGCGGGCTGAACAACGTGAGCATCGATGGCCTGCAGGCCACCCGCCCGGACCGCAAGGTAGTAGGCCTGGCCCGCACCCTGCGCTACGTGCCCAACCGCGAGGACCTCTTCAAGACCCACGGCGGCGGATTCAACGCCCAGAAGCGCGCCATTGATTCCGTGAATGAGGGCGAAATCCTGGTCATGGAAGCCCGCGGCGAAAAGGGCACCGGCACCGTGGGAGACATCCTGGCGCTGCGTGCCCAAGTCCGCGGGGCTGCGGCCATCATCACCGACGGCGGCGTCCGCGACTACTCCGCCGTGGCCGACTTGGAAATGCCAACCTACTTCGCCAACCCGCACCCGGCAGTACTGGGGCGCCGGCACATCCCCTGGGACACCGACATCACCATCGCCTGCGGCGGCGCCACCGTCCAGCCCGGGGACATCATCGTGGCCGACTCGGACGGCATCCTGGTGATCCCTCCGGCCATCGCCGAAGAACTGGTGGACGACTGCATCCAGCAGGAAAAGGAAGAGACGTTCATCTTGCAGATGGTCCAGGAAGGCAACAGCGTTGACGGGCTGTACCCGATGAACAAGGAATGGCAGGCACGCTTCCAGGAGTGGTCGGCCAGCCAAAGCCCGGAAGGAGCCTCCGGTGACTGA MTLEFRTQEVSQDMLARTRKVIAVHINYPSRAAQRGRTPEQPSYFLKPSSSLALGSTEVPGTVERPSGCELLGYEGEIALVMGKSARRVGLEDAWSHVEWVTASNDLGVYDLRYADKGSNVRSKGGDGFTPVGPALIPADAVDPAGLRIRTWHNGDLVQDDTTEDLLFPFAQLVADLSQLLTLEEGDIILTGTPAGASVAKPGDVVEIEVTGGDFSSGRLATKVTEGTTPFADFGARPKTDDTQREEAFGSREAAGLPAPVSQASVLMPELKAKLESVATATLSSQLRKRGLNNVSIDGLQATRPDRKVVGLARTLRYVPNREDLFKTHGGGFNAQKRAIDSVNEGEILVMEARGEKGTGTVGDILALRAQVRGAAAIITDGGVRDYSAVADLEMPTYFANPHPAVLGRRHIPWDTDITIACGGATVQPGDIIVADSDGILVIPPAIAEELVDDCIQQEKEETFILQMVQEGNSVDGLYPMNKEWQARFQEWSASQSPEGASGD NA NA NA NA NA D3-18_00267 657 hypothetical protein GTGACTGAAACCGCCGTCGAAAGCAAGTCCCAGCAGGCGTATGCCGCCGTGAAGGCGCGCATCATCGAGGGCACGTACACACCCGGTTACCGGCTGGTGCTCGCCAAGATCGCGGAGGACCTGGGCTTCAGCGTAGTCCCCGTGCGCGAAGCGATCCGTCGACTGGAAGCCGAAGGATTGGTGAAGTTCGAGCGCAACGTGGGCGCGACGGTGTCCGGGATCGACCCCACCGAGTACCTCTATACGATGCAGACTTTGAGCATCGTGGAGGGCGCGGCCACGGCATTGTCAGCGCCGATGATCGATTCTGTAGCCATTGCCCGCGCCCGTGCGGTGAACGAGGAGATGCGTGAGTGCCTGGAGCACTTCGACCCCGTCCGTTTTACCGCACTGAACCAAGACTTCCACAGCGTCCTCTTTGAACACTGCCCTAATCCGCACATTCTGGACCTGGTCCACCGCGGCTGGAACCGGCTGGCCTCGCTTCGTTCGTCAACTTTCCGGTTTGTTCCGGGCCGCGCCCAGGAATCGGTGCGCGAGCACGAGGCTTTGCTGCAGCTTATTGAGGGCGCTGCAGACGCCGACACCATCGAAAAAGCAGCCCGGCAACACCGCGCCGCCACGCTGGACGCATATCTGGCCCAAGCCAAGCAATAA MTETAVESKSQQAYAAVKARIIEGTYTPGYRLVLAKIAEDLGFSVVPVREAIRRLEAEGLVKFERNVGATVSGIDPTEYLYTMQTLSIVEGAATALSAPMIDSVAIARARAVNEEMRECLEHFDPVRFTALNQDFHSVLFEHCPNPHILDLVHRGWNRLASLRSSTFRFVPGRAQESVREHEALLQLIEGAADADTIEKAARQHRAATLDAYLAQAKQ NA NA NA NA NA D3-18_00268 1539 amnC_1 2-aminomuconic 6-semialdehyde dehydrogenase ATGACGACCTCAGTAGAGACCGCCAAGCATTACATCCCCGAGAACCTGCCGTCTCACATTCAGCACTTCATCAACGGCGAGTTCGTTGACTCCCTGTCCGGCAAGACTTTCGATGTCCTGGATCCGGTATCCAACGGCAACTATGCCACCGCTGCTGCTGGCCAGAAGGAAGACATCGACCTCGCTGTCGCCGCCGCCCGCGAAGCATTCGTCAATGGTCCGTGGCCGAAGATGAAGCCGCGTGAGCGTGCCCGGGTGTTGAACAAGATCGCCGACGCGGTTGAGGCGCAGGAAGCCCGCCTCGCTGAGCTCGAAACCTTCGATACCGGCCTGCCGATCACCCAGGCCAAGGGCCAAGCACTCCGCGCTGCCGAGAACTTCCGCTTCTTCGCAGACTTGATCGTTGCGCAGTTCGATGACGCCATGAAGGTCCCGGGTTCGCAGATCAACTACGTGAACCGTAAGCCGATCGGCGTCGCGGGCCTGATCACGCCGTGGAACACCCCGTTCATGCTGGAGTCCTGGAAGCTCGCCCCGGCTTTGGCCACCGGTAACACCGTGGTGCTGAAACCGGCCGAGTTCACCCCGCTGTCTGCCTCACTGTGGGCGCAGATTTTCAAGGATGCAGGCCTGCCCGACGGCGTGTTCAACCTGGTCAATGGCCTGGGCGAAGAAGCCGGTGACGCGCTGGTGAAGCACCCGGACGTGCCGCTGATTTCCTTCACCGGCGAGACCACCACGGGCCAGACAATCTTCCGTAACGCCGCAGCCAACCTCAAGGGCCTGTCCATGGAGCTCGGCGGAAAGTCCCCGTGCGTTGTCTTTGCCGACGCCGACCTTGATGCTGCCATTGATTCGGCTCTGTTCGGTGTGTTCTCCCTCAACGGCGAACGTTGCACCGCCGGCTCCCGCATCCTGGTTGAGCGCGCCATCTACGACGAGTTCTGCGAGAAGTACGCCGCCCGTGCCAAGAACATCGTGGTGGGCGATCCTCACGATCCCAAGACCCAGGTAGGCGCGCTGGTCCACCCCGAGCACTACCGGAAAGTGGCTTCGTACGTGGAGATCGGCAAGTCCGAAGGCCGGCTCCTGGCTGGCGGTGGCCGACCCGACCACCTCCCCGAAGGTAACTACATCGCACCCACGGTGTTTGCCGACGTCGCGCCTGACGCGCGGATCTTCCAAGAGGAAATCTTCGGTCCCGTCGTGGCCATCACGCCGTTCGAGAACGACGACGAAGCCCTCGCCTTGGCGAACAACACCAAGTACGGCCTGGCGGCCTATATCTGGACCCAGAACCTGACCCGGGCACACAACTTCTCCCAGAACGTCGAGGCCGGCATGGTGTGGCTTAACAGCCACAACGTTCGCGATCTCCGCACCCCGTTCGGTGGGGTCAAGGCCTCCGGCCTGGGCCACGAGGGTGGCTACCGTTCCATCGACTTCTACACCGACCAGCAAGCCGTGCACATCACGCTCGGCTCTGTGCACACCCCCAAGTTCGGCAGCATCGACGCTTCTGCTGCCAACGAGGGCTAA MTTSVETAKHYIPENLPSHIQHFINGEFVDSLSGKTFDVLDPVSNGNYATAAAGQKEDIDLAVAAAREAFVNGPWPKMKPRERARVLNKIADAVEAQEARLAELETFDTGLPITQAKGQALRAAENFRFFADLIVAQFDDAMKVPGSQINYVNRKPIGVAGLITPWNTPFMLESWKLAPALATGNTVVLKPAEFTPLSASLWAQIFKDAGLPDGVFNLVNGLGEEAGDALVKHPDVPLISFTGETTTGQTIFRNAAANLKGLSMELGGKSPCVVFADADLDAAIDSALFGVFSLNGERCTAGSRILVERAIYDEFCEKYAARAKNIVVGDPHDPKTQVGALVHPEHYRKVASYVEIGKSEGRLLAGGGRPDHLPEGNYIAPTVFADVAPDARIFQEEIFGPVVAITPFENDDEALALANNTKYGLAAYIWTQNLTRAHNFSQNVEAGMVWLNSHNVRDLRTPFGGVKASGLGHEGGYRSIDFYTDQQAVHITLGSVHTPKFGSIDASAANEG PGPT0005060_125 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_CATECHOL_DERIVATE_UTILIZATION,PGPT0005060-dmpC|xylG|praB-K10217 NA NA D3-18_00269 1098 hypothetical protein ATGAGCAACCCCTTCACCGGCCCCATCGCCACCCCCACAGTCCCGGCACCGGACATCGTGCGCTGCGCCTACCTGGAACTCGTGGTCACGGACCTGGCCAAATCCCGCGCGTTCTACGTGGACCTCCTGGGCCTGCACGTCACCGAAGAGGACGAGAACACCATTTACCTGCGCTCCTTTGAGGAGTTCATCCACCACAACCTGGTCCTCCGCAAGGGCCCGGTTGCGGCGGCTGCAGCCTTCGCGTACCGGGTGAAGTCCCCGGCCGAGGTTGACGCCGCTGAAGCGTACTACCGCGAACTCGGTTGCCGGGTGGAGCGACGCAAGGAAGGCTTCACCAAGGGCGTGGGCGACTCCGTCCGCGTGGAGGACCCGCTGGGCTTCCCGTATGAGTTCTTCTACGACGTAGAGCACGTCGAGCGCCTGACCCAGCGCTACGACCTCTACTCCGCCGGCGAACTGGTCCGCCTGGACCACTTCAACCAGGTCACCCCGGACGTCCCGCGCGGCCGCAAGTACCTGGAGGACCTCGGCTTCCGCGTCTCGGAAGACATCAAGGATTCCGACGGCGTCACGTACGCCGCGTGGATGCACCGCAAGCAGACGGTGCACGACACCGCGTTGACCGGTGGCAATGGCCCCCGCCTGCACCACATCGCGTTCTCCACCCACGAGAAGCACAACATCATCCAGATCTGCGACAAGATGGGCGCCCTGCGCATCTCCGACCGGATCGAACGCGGTCCAGGACGGCACGGTGTGTCCAACGCGTTCTACCTCTACATCCTGGACCCGGACGGCCACCGCGTAGAGATCTACACCCAGGACTACTACACCGGTGATCCGGACAACCCCACCGTCACCTGGGACGTCCACGACAACCAGCGTCGGGACTGGTGGGGCAACCCCGTGGTCCCGTCCTGGTACACCGAAGCCTCCCTGGTTCTGGACCTCGACGGCAACCCGCAACCGCTCATCGAACGCGAGGACAAGTCCGAAATGGCTGTTACAGTTGGCGCCGACGGCTTCTCCTACACGCGCCCCGAGGGTGCCTCCGGCGACGCCGCAGAGGGCTTCAAGCTGGGAGCGCAGGTCTAG MSNPFTGPIATPTVPAPDIVRCAYLELVVTDLAKSRAFYVDLLGLHVTEEDENTIYLRSFEEFIHHNLVLRKGPVAAAAAFAYRVKSPAEVDAAEAYYRELGCRVERRKEGFTKGVGDSVRVEDPLGFPYEFFYDVEHVERLTQRYDLYSAGELVRLDHFNQVTPDVPRGRKYLEDLGFRVSEDIKDSDGVTYAAWMHRKQTVHDTALTGGNGPRLHHIAFSTHEKHNIIQICDKMGALRISDRIERGPGRHGVSNAFYLYILDPDGHRVEIYTQDYYTGDPDNPTVTWDVHDNQRRDWWGNPVVPSWYTEASLVLDLDGNPQPLIEREDKSEMAVTVGADGFSYTRPEGASGDAAEGFKLGAQV PGPT0005055_72 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_CATECHOL_DERIVATE_UTILIZATION,PGPT0005055-dmpB|xylE-K00446 NA NA D3-18_00270 786 hpcG_1 2-oxo-hept-4-ene-1,7-dioate hydratase ATGCTGGACGCGAAGACGATCGAAGCCATTGCCGACGAGCTCCTTGAAGCCGGCCGGAACCGCAAGCCGGTCCCGCGCCTCACGGCCCGCTACCCGGACATGACGGTGGAGGATTCCTACGCCGTTCAGCAGCTGTGGATGCGGCGGAACGAGGAAGCCGGACGCACGTTGGTGGGGCGCAAGATCGGCCTCACGTCCAAGGCCATGCAGGCCGCCACGGGGATTACGGAGCCGGATTACGGAGCCATTTTTGATGACATGGTCCTGGAAACCGGCTGCTCCCTGGAGTGGGACAAGTACACGCACCCCCGGGTTGAGGTGGAGCTGGCATTCGTGCTCAAGTCGGGTCTCAAAGGGCCGGGCTGCACAATTTTCGACGTCCTCAACGCCACCGACTACGTGGTTCCGGCCCTCGAGATCCTGGACTCCAGGATCGAAATGGAGGGCCGGACCATCGTGGACACCATCTCGGACAATGCCGCGATGGGCGCCATGGTGGTGGGTGGTCGACCGGTGCGTCCCGACGCCGTCGACCTCCGCTGGGTGTCGGCCATTCTGTACAAAAACCAGACCGTGGAGGAGACCGGAGTGGCCGCTGGCGTGCTGGATCACCCGGCCAACGGAGTCCATTGGCTGGCCAACAAAATCGCAGCACACGGGGACTCAATGAAAGCTGGAGATATCATCCTTGCGGGCTCGTTTACACGCCCCTTATGGGTGTACAAAGGTGATACCGTACACGCGGACTACGGACCGTTGGGAGTTGTGACATGTCACTTCAGCTGA MLDAKTIEAIADELLEAGRNRKPVPRLTARYPDMTVEDSYAVQQLWMRRNEEAGRTLVGRKIGLTSKAMQAATGITEPDYGAIFDDMVLETGCSLEWDKYTHPRVEVELAFVLKSGLKGPGCTIFDVLNATDYVVPALEILDSRIEMEGRTIVDTISDNAAMGAMVVGGRPVRPDAVDLRWVSAILYKNQTVEETGVAAGVLDHPANGVHWLANKIAAHGDSMKAGDIILAGSFTRPLWVYKGDTVHADYGPLGVVTCHFS PGPT0005055_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_CATECHOL_DERIVATE_UTILIZATION,PGPT0005055-dmpB|xylE-K00446 NA NA D3-18_00271 804 hpcH_1 COG3836 4-hydroxy-2-oxo-heptane-1,7-dioate aldolase ATGTCACTTCAGCTGAGCCCCACCTTCTATTCGGCCCTTGGCGACGCGGCTCGCCCGCTGGCCGGAATGTGGGTGTGTTCCGGTAGCCCGCTGGTGGCGGAGATCTGTGCCGGCTCCGGTTTGGACTGGCTGCTGATTGATGCGGAGCATAGCCCCAACGGGCTCGAATCCATTGTGGCGCAGCTTCATGCGGTGAGCGGCTATCCGCTCCAGGTCATGGTTCGACCTCCGGTGAATGACACCGTGGTCATCAAGCAGTATTTGGACCTCGGCGTGCAGAACCTGCTGATTCCCATGGTGAACTCGGCATTCGAGGCCGCGGCGGCCGTTGCCGCGGTTCGTTATCCACCGCTCGGCGTTCGCGGCGTTGGCTCGGCACTGGCCCGGGCCTCGCGATGGAACCGCGTGCCGGACTACTTGGCTGTGGCTTCCGACTCGATCAGTCTCACCGTTCAGATCGAGTCCGAGGCCGCGGCATCCGCCGTTGAGGAGATTCTTGCCGTCGACGGCGTTGACGGAATCTTCCTTGGTCCCTCGGATCTCGCCGCCTCCATGGGCCTGCTGGGACAGCAGGAGAATCCCTTGGTGAGGGCCGTCGTCGAGCATTGCCTTGCAGCCGCGAAAGCCGCCGGGAAACCGGCAGGCGTGAATGCCTTCAATGAGGCAACTGCCCGCGCATATCTCGACGCCGGTGCCTCCTTTGTGCTGGTCGGCGCGGATGTCGCTGTTCTGGCCCGCGCTTCCGAGGGCTTCGCGTCAAAGTTCATTCCGGTGTCTGAAACGGCTGAGCGCGAAAGCTACTAA MSLQLSPTFYSALGDAARPLAGMWVCSGSPLVAEICAGSGLDWLLIDAEHSPNGLESIVAQLHAVSGYPLQVMVRPPVNDTVVIKQYLDLGVQNLLIPMVNSAFEAAAAVAAVRYPPLGVRGVGSALARASRWNRVPDYLAVASDSISLTVQIESEAAASAVEEILAVDGVDGIFLGPSDLAASMGLLGQQENPLVRAVVEHCLAAAKAAGKPAGVNAFNEATARAYLDAGASFVLVGADVAVLARASEGFASKFIPVSETAERESY PGPT0001575_549 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-SUCCINIC_ACID_ACID_BIOSYNTHESIS,PGPT0001575-hpaI|hpcH-K02510 NA NA D3-18_00272 372 hypothetical protein ATGACCAACGACGTGAACTCTTGGATGGATCAGTACGTACGCGCGTGGACCTCGAACGAGCCCGACGATATCCGTGCCCTGTTTACCGAAGATGCCGTCTATTCCGATCGGCCGAACACCGAAAAACAATGGAACGGCCACGACGAGATCGTCAAAGCCTGGGCAGACGCCGGCGACAAGCCCGAGGACTGGACCTTCGAATGGACGCTGCTCGGCCAGGACGGTGACACCGTATTCGTCCAGGGCCTCACCACGTACCTGAACGGCGAGCCCACCTATGACAATCTCTGGGTTATCCGGTTCGCCGAAGACGGTCGCGCCCGCGAATTCACCGAGTGGTACATGGCCCGCAAGAACTCATCATCCAGCTAG MTNDVNSWMDQYVRAWTSNEPDDIRALFTEDAVYSDRPNTEKQWNGHDEIVKAWADAGDKPEDWTFEWTLLGQDGDTVFVQGLTTYLNGEPTYDNLWVIRFAEDGRAREFTEWYMARKNSSSS NA NA NA NA NA D3-18_00273 435 hypothetical protein ATGGAAAAAGCAGACATCACCTTTCGCACCCGCAAATGGGTGCGGCCCGAGGACCTTAACGCCAACGGCACACTCTTTGGTGGCAGCCTGCTGAAGTGGATCGATGAAGAGGCCGCGATCTACGCCATCCTCCAATTGGGCAACGGCCGCGCCGTCACCAAGTACATTTCCGAGATCAACTTTGTGAGCTCCGCGGTCCAGGGCGACTTGGTGGAGATGGGCCTGACGGCGAAACGCTTCGGACGCACGTCCCTGACCATGCGGGCCGAGGTCCGCAACATGATCACGCGGGAGGCCATCCTCACCATCGAGGAAATCGTCTTCGTAAATCTCGGCGCCGACGGCCGGCCTCAGCCGCATGGCTATACCGAGATCACGTACGATCGCGACCGCATTCCCACCCACCACCTCACGGAAACCCTGGACGAGGACTGA MEKADITFRTRKWVRPEDLNANGTLFGGSLLKWIDEEAAIYAILQLGNGRAVTKYISEINFVSSAVQGDLVEMGLTAKRFGRTSLTMRAEVRNMITREAILTIEEIVFVNLGADGRPQPHGYTEITYDRDRIPTHHLTETLDED PGPT0001830_10 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001830-yciA-K10806 NA NA D3-18_00274 504 hypothetical protein ATGCAGACCAACCCACGGCTCAACATCCGACAGGTAACTTGGGCGAACCCCGTGGGCGCAGACCTCCGCGCCGCACAGCAGGCAGAACTCGATGCGAGGTTCGGAACCACGGACCACGAGCCCGGTCCCCCGCCGTCGGAGGCCGACACCGCCGTGTTTGTTGTGGCCTACGAGAAGTGCTCAGGCCAACCTCTCGGCTGCGGCGGCCTGAGAATGCTGGATGAGAAGACCGCCGAAATCAAGCGGCTTTACGTCGTCCCCTACGCCCGGGGTTCGGGAGTGGCGAGTTCCATCCTCGCAGCGCTCGAAGCGCAGGCTCATTCCCATGGATTCAGTGTGATCGCAGCTGAGGCAGGGTCGGCCCAGTCGGATGGTCGGAGTTTCTATGAAAGTGCGGGGTTTGCCGCCGTGCCAAATTTCGGTCCGTACGTCGGCGTCAGCGAATCGTATTGCTATTCCAAGCGAATCGACTCACACAGCGCCTCGCACACTGCAATGGCATAG MQTNPRLNIRQVTWANPVGADLRAAQQAELDARFGTTDHEPGPPPSEADTAVFVVAYEKCSGQPLGCGGLRMLDEKTAEIKRLYVVPYARGSGVASSILAALEAQAHSHGFSVIAAEAGSAQSDGRSFYESAGFAAVPNFGPYVGVSESYCYSKRIDSHSASHTAMA PGPT0007180_1021 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 D3-18_00275 663 COG0406 PE-PGRS family protein PE_PGRS11 ATGAAGCTCCTGTTGATCAGGCACGGACAGACACCCGGCAACGTCGCGGGCCAATTGGACACAGCGTTCCCGGGGCCGGGGCTCACCGAGCTCGGCGAACGGCAAGCGGCCGCACTGCCTGAGGCCTTGGCTGACGAAGCCATTGAAGCGCTGTACACCTCGACGTTGCTGCGCACCCACCGGACCGTCGCACCTTTGGCGAAGGCCACCGGATTGGAGCCGACAATTCTGGACGGTGTCCATGAAATTGAGGCTGGGGCGTTGGAGAAGAAGACCGACCACGAATCCCACCTCCGCTACATGAGCACGGTCTTCGCTTGGACAGACGGTGACTTGGATGTGCGCATGCCCGGAGCATTCAGCGGGCACGACTTCTTCGCCAGATTTGATGCTTCCGTACAGAAAGTCGCCGAAGCTGGACACTCCACAGCGGCCATCGTCAGCCACGGTGCGGCGATCCGCTGCTGGGCAGGACGCAGGGCAACGGACATAGACACGGCGTTCGCCGAAACGCATCAACTCCCGAACACCGGGATCGTGGCCTTGGAAGGCGATCCCGAAGGCGGATGGCGCGTTCTGCATTGGGACCAGATCCCGGTTGGCGGCATGGCGCTGGCAGACCAAACCGCCGAGGATCCCACAGGCGAGGCCCTTCAGCCCTGA MKLLLIRHGQTPGNVAGQLDTAFPGPGLTELGERQAAALPEALADEAIEALYTSTLLRTHRTVAPLAKATGLEPTILDGVHEIEAGALEKKTDHESHLRYMSTVFAWTDGDLDVRMPGAFSGHDFFARFDASVQKVAEAGHSTAAIVSHGAAIRCWAGRRATDIDTAFAETHQLPNTGIVALEGDPEGGWRVLHWDQIPVGGMALADQTAEDPTGEALQP NA NA NA NA NA D3-18_00276 1488 purB COG0015 Adenylosuccinate lyase ATGTGGATAACCCGATCAGCCGTCCACATAGGCTCGTCATCGACTCCCGACCCCTGCGCGGAGCATGAAACAATAGGCGACATGGCTGAATCCACCCGCGTGTCCCTCGCTTCCGAACCCCTCGCCCTTGGCGCCCTTGATGGCCGCTACCGTGCCGCCGTCGCACCCCTCGTTGACTACTTGTCCGAGGCTGCGCTTAACCGCGATCGCGTTCACGTCGAAGTTGAATGGCTCATCCACCTGACCGGCCAGTCCGTACTGCCCGGCGCGGGGCCGCTGTCCGACGCGCAGGTTTCCCAGCTGCGTGCCATCGTTAACGAATTCGATGCCGCCTCTGTTAACGAACTCGCCGAGATCGAAGCCGTCACCGTCCACGACGTCAAGGCCGTTGAGTACTACATCGGCCGCCGGCTGCCGGCCATTGGCATCGAGAACCTCACCGCCATGGTGCATTTCGGATGCACCTCAGAGGACATCAACAACCTCTCCTACGCTGTTGGCATCAAGGGTGCCGTGGAGAACGTGTGGCTGCCCAACGCCACCGCCCTCGTGAAGCAGATCGAAGCCATGGCGGAAGCAAACCGCTCCGTCCCCATGCTGTCCCGTACCCACGGCCAGCCTGCAACGCCCACCACCCTTGGCAAGGAACTTGCTGTCATAGCGCACCGCTTGAACCGCCAACTGGCGCGCATTGCAAAAACTGAATACCTGGGCAAGATCAACGGCGCCACCGGCACCTACGCTGCGCACGTCGCTTCCGTTCCCAGTGCTGACTGGGAAGCTGTCGCCAAAACGTTCGTGGAAGGTCTGGGCCTCACCTGGAACCCACTCACCACGCAGATCGAAAGCCACGACTGGCAGGCAGAGCTTTACGCCGACATCGCACGCTTCAACCGCATCCTGCACAACGTCTGCACGGACATCTGGAGCTACATCTCCATCGGTTACTTCCGTCAGATCCCGGTCGCCGGAGCCACCGGTTCCTCTACGATGCCGCACAAGGTCAACCCGATCCGCTTCGAGAACGCCGAAGCCAACCTGGAAATTTCCAACGGCCTCCTGGACACCCTGGGCGCCACACTGGTCACCTCCCGTTGGCAGCGCGACCTCACGGACTCCTCCTCACAGCGGAACATCGGTGTTGCCTTCGGCCACTCGCTGCTCGCGATCTCCAACGTAGCCAAGGGTCTGAAGGCCTTGGACGTCGCAGAGGAAGTCCTTGCTGGCGACCTCAACACCAACTGGGAAGTCCTGGGTGAAGCCATCCAAATGGTTATGCGCGCCGAAGCCATCGCAGGCGTCGAAGGCATGGAAAACCCGTACGAACGACTTAAGGACCTGACCCGCGGCCAGCGCGTGGACGGCGCCCGCATGCAGGAATTCGTTCAGGGTCTTGGCCTCTCCCCCGACGCCGAGGCGCGTCTGCTCGCCCTGACCCCGGGCAAGTACACCGGCATCGCCGACAAACTGGTGGACCACCTGCAGTAA MWITRSAVHIGSSSTPDPCAEHETIGDMAESTRVSLASEPLALGALDGRYRAAVAPLVDYLSEAALNRDRVHVEVEWLIHLTGQSVLPGAGPLSDAQVSQLRAIVNEFDAASVNELAEIEAVTVHDVKAVEYYIGRRLPAIGIENLTAMVHFGCTSEDINNLSYAVGIKGAVENVWLPNATALVKQIEAMAEANRSVPMLSRTHGQPATPTTLGKELAVIAHRLNRQLARIAKTEYLGKINGATGTYAAHVASVPSADWEAVAKTFVEGLGLTWNPLTTQIESHDWQAELYADIARFNRILHNVCTDIWSYISIGYFRQIPVAGATGSSTMPHKVNPIRFENAEANLEISNGLLDTLGATLVTSRWQRDLTDSSSQRNIGVAFGHSLLAISNVAKGLKALDVAEEVLAGDLNTNWEVLGEAIQMVMRAEAIAGVEGMENPYERLKDLTRGQRVDGARMQEFVQGLGLSPDAEARLLALTPGKYTGIADKLVDHLQ PGPT0021555_1598 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021555-purB-K01756 NA NA D3-18_00277 312 hypothetical protein ATGAGCGTCGGCTTGATGCCTGCACCCAACCCGCCCATTTTTGATCCCTTGGAGTGTGCTTCGCGAAGCCACGAAGTCCAAAGGCTCGCTTGGCGGATGCAAGCGTGCGTAGACCAAGTGGACCAGGTTCTCACGTCCCTGCGGAGAGCGCAGGTGGATGACTGGCTTTCTCCCGCGGGACGGGCCTACCGGACCACCCTTGCCCTGCATGCTTCAGCGTTGATGCGTGCGCGTGAGTCGGTGGAAGCTTCCGTTGCCATCGTGCTCCGACACTCTCAGAACGTCTCCGTCTCAGGCGAACGGGGTCTGTAA MSVGLMPAPNPPIFDPLECASRSHEVQRLAWRMQACVDQVDQVLTSLRRAQVDDWLSPAGRAYRTTLALHASALMRARESVEASVAIVLRHSQNVSVSGERGL NA NA NA NA NA D3-18_00278 1254 hypothetical protein ATGTCTTTTCAACTTGAGGAGCTCCTAAGGGGTGCGGGCACGCTGGACGACCTGGTCCAACAGCTCGTGGCCATCGAAGAAGAAGCGCGCCAGGTCCAAGACTGCCTGGAACTCTTTCTCTACGATTCCTATGACACCGGCTGTAATGCCCTCAACGCTGTGGCTGAGAGCCGGACGCAAGTGGGAAAGGTTCGCCAGGAATTGGTGGAGGTCAGTGGAAGTGTGCGCGCCAGCCACCGGGATTACGAGGCAGCGGAGGCCAAGAACGCCAGGCCGCACGCGTTGAGTTTTGACCAGTATCGATTCTCTGACGCACCTGTCCTTTTGTCACTGGGGCGGGACCTCACGGAGGAGGGCTATAACCGCCTCATCCCCGATGGCTATGAGCTATCAGACATACTGCGTACACTTCTTGATTCACCACTAGTGGCCACCTATCAACCCCGCCCGATAAGCATCGAAAAGATGGGTATAACGGACGAAGACGTGGATCCGTCCATGGCGGAAAGCCTTCGTCGTCTCGAGAGGCTTCACGCCCGGAACGACGGTGAGGTCGAAGTGATTCGCTTTGATAACAACGGCTCTGCTTCGTGGATGGTGCTGATCCCTGGAACCCAGCCTGATTCACCCCCTACCAATCCTTTCGACATGCAAGGAATTGGCGAAGCAATGGGCTATGACTCCGAAGAAGTTGTCCCGGCCGTTGGCGCGGCGCTGCGTGAAGCCGGGGCTGAAGCGGGCGATCAAGTGGTGGCAGTGGGACACAGCCAGGGAGGTATCCACGCCATGAACCTCAGCCGGGACAAGGCGTTTCTCAGCGAATTCGATCTCAAGTATGTTCTGACGGCGGGGGCACCCGTCGGCGGCATCTCGGCTGAGTCTGGCATCAGTTCACTCCATTTGGAACACTTCCAAGACTGGGTTCCAGGGGCAGACGGCCGAATCAACGCCGATACAAAGGATCGTGTGACCGTCACTCTGACTAACGAGGTCAAGACACCCGAAGGGGAAGACTCCGGCATCGGCCCTGGACACGATCAGGAAAACTACGCTGCAGGAGCAGAACTGGTTGAGGCAAGCCACGACGAGTCACTCGCAGCATCGACTGCCGCGTTCGCGGGCGTTATCGGAGCTGGTGGCGTTGCCAAGGTGACGCGGTTCAAGCTGGAAAGAGCGCCCCTCCAGGTTCTCCGTCCCGCAACGCCAGCCACTTCCGGATACGAGGGCTGGAGCCGGAAAAAGGTAAAGCCCTGA MSFQLEELLRGAGTLDDLVQQLVAIEEEARQVQDCLELFLYDSYDTGCNALNAVAESRTQVGKVRQELVEVSGSVRASHRDYEAAEAKNARPHALSFDQYRFSDAPVLLSLGRDLTEEGYNRLIPDGYELSDILRTLLDSPLVATYQPRPISIEKMGITDEDVDPSMAESLRRLERLHARNDGEVEVIRFDNNGSASWMVLIPGTQPDSPPTNPFDMQGIGEAMGYDSEEVVPAVGAALREAGAEAGDQVVAVGHSQGGIHAMNLSRDKAFLSEFDLKYVLTAGAPVGGISAESGISSLHLEHFQDWVPGADGRINADTKDRVTVTLTNEVKTPEGEDSGIGPGHDQENYAAGAELVEASHDESLAASTAAFAGVIGAGGVAKVTRFKLERAPLQVLRPATPATSGYEGWSRKKVKP NA NA NA NA NA D3-18_00279 429 hypothetical protein ATGGGTTCCTTCATCATTCGTGTCCTGATCAACGGGCTTGCCCTGTGGGTTGCAACCTGGCTCCTGCAAGGCATGGACATCTCCACAAGTGCCACAGAGTCGGCCGCAGCTAACGCAGGACTTACGCAGGGGGCAGACACCGCCGGCATCATTTTGGCGTATCTGTTCATCGGCCTGATCTTTGGAGTGGTGAACGCCTTTGTCCGTCCGTTGGTGAGGCTGTTGTCCCTGCCTGTGACCATCCTGACGCTTGGCTTGTTCACCATCGTGATCAACGCAGCGATGCTGTATCTGACGGCATGGCTGAGCACCTTCACACCCGTGCACCTCACTATCGATTCTTTCTTCTGGACAGCAATCCTGGCGTCGATCATCATCAGCATCATCTCCATGGTGGCAGGCCTGATTCCGGGTGCAAGGAAGCGCTAG MGSFIIRVLINGLALWVATWLLQGMDISTSATESAAANAGLTQGADTAGIILAYLFIGLIFGVVNAFVRPLVRLLSLPVTILTLGLFTIVINAAMLYLTAWLSTFTPVHLTIDSFFWTAILASIIISIISMVAGLIPGARKR NA NA NA NA NA D3-18_00280 1119 pat COG0079 Putative phenylalanine aminotransferase ATGACTACTACTGACAACGTACCGGAGAGCGTACTCCCTCGTCCGGTCGTGGACAGGCTCCCCAAATATGCGGCGGGTAAACCCCCCGCTGCGATTGAGGGCCTCACCAGCTACAAATTGTCGTCCAACGAAAACCCTCTGCCTCCGATTCCTGCAGTGTTGCAGGCAATTGCTGACCAGACCGACATCAATCGCTACCCGGACCCCCTGGCTACCAAGCTACGGAACGCTTTGGCCGGCTTCCTGGAGGTTCCCGCTGACGATGTCGTCACTGGCGCCGGGAGCCTTGGGGCACTGAACCAGATCCTGGCCACCTTCGCCGGCCAGAATGAGGACGGCAAGCAGGACGAAGTGATCTACGCCTGGCGTTCCTTTGAGGCCTACCCCATCTGCGTGGGCCTTGCAGGGGCAGCCAGTGTGCTAATCCCCCTGTTGTCGGACGGGCGCCACGACCTCGAGACCATGGCTGCCGCAGTCACCGTACGCACCAAAGTGATTCTCCTGTGCACGCCCAATAACCCCACCGGACCGATTCTCACGGCCGAGGAAACGGAGCAGTTCATCCAAGCCGTGCCGCCCAATGTTGTGGTGGTCATCGATGAGGCCTACCAGGAATTCGTGCGGGACGCGGAGGCTGTGGACGGCATCAAGCTCTACAGCAAATATCCCAACGTGGTGGTGCTCAGGACTTTCTCGAAAGCCCACGGCCTGGCTGGCCTGCGTGTTGGCTACAGTGTCGCCGGTCCTTTGCTTACTCAGCACCTCCGGGTGACGGCCACTCCTTTTGCCGTTTCCCAAATTGCAGAACGTGCCGCTGTTACTTCGCTCGAGAATTTCGATCAGGTTGTGGAAAGGGTACAAAGCCTGGTGGACGAACGGGATCGCGTGACGGCTGGCCTGAGGGAACTGGGATGGTTCGTTCCCGAGGCTCAAGGCAACTTCGTTTGGTTGAATCTCGGGGAGAACAGCGGGGAGTTTGCTGCCTTGGCGGCAGAGCAAGCCTTGTCTGTTCGTGCCTTTGGAAGTGAGGGTGTTCGGGTCAGCATCGGCGAGGTGGAAGCCAACACCCGGTTCTTGGATCTCTGTGCAGGTTATACAAAGGCTCCGCAAGGTTCCTAG MTTTDNVPESVLPRPVVDRLPKYAAGKPPAAIEGLTSYKLSSNENPLPPIPAVLQAIADQTDINRYPDPLATKLRNALAGFLEVPADDVVTGAGSLGALNQILATFAGQNEDGKQDEVIYAWRSFEAYPICVGLAGAASVLIPLLSDGRHDLETMAAAVTVRTKVILLCTPNNPTGPILTAEETEQFIQAVPPNVVVVIDEAYQEFVRDAEAVDGIKLYSKYPNVVVLRTFSKAHGLAGLRVGYSVAGPLLTQHLRVTATPFAVSQIAERAAVTSLENFDQVVERVQSLVDERDRVTAGLRELGWFVPEAQGNFVWLNLGENSGEFAALAAEQALSVRAFGSEGVRVSIGEVEANTRFLDLCAGYTKAPQGS PGPT0020305_481 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020305-hisC-K00817 NA NA D3-18_00281 1194 bkdA_1 COG1071 3-methyl-2-oxobutanoate dehydrogenase subunit alpha ATGGGCTCGACACAACTGCCCCCCGGGACGGAAGAAAGTCTCGCGGCAACCACCGCGGCAGCAGCCGCACCAGGCGAACCAGTGGAAATGGTGCAGTTGCTCGGGCCCGACGGGAAACTCGGATCCGATCCCGTCTTCTCGGACTATGCCAAGCGGATTGATCCGGAAAAGCTCCGTGTTTTCTACACAGACATGGCCAGGATCCGTCGCTTTGACCAGGAGGCCACCGCACTGCAGCGCCAAGGCGAGCTTGCCTTGTGGGTGCCGCTGACCGGCCAGGAGGCCGCGCAGATTGGTTCGGGCCACGCAAGCCAGTCCCAGGACTACATCTTCCCCACCTACCGCGAACACGGCGTCGCGCTGGTCCGCAATGTAGACCTCGCCGAGCTGCTCAAGCAGTTCCGCGGTGTATCCAACGGCGGCTGGGATCCTCGGGAGAACAACTTCCACCTCTATACATTGGTGCTCGCAGCCCAGACGCTTCACGCTGTTGGCTACGCCATGGGTATTCAAAGGGACCAGAAGTTCGCAGCGGCATCTGACTCCACAGACCCCAAGGCTGCCGTCATCGCTTACTTCGGTGATGGCGCCAGCTCCGAAGGCGACGTCCATGAGTCGATGGTCTTTGCGGCTTCGTACAACGCCCCGGTTGTTTTCTTCTGCCAGAACAACCACTGGGCCATTTCCGTGCCTACTGAAGTCCAGACGAAGGTTCCGCTCGCGAACCGCGCCAAGGGCTATGGTTTCCCTGGAATCCGAGTGGACGGCAACGACGTCATCGCAGTCCATGCCGTTACGGAGTGGGCACTCGAGCACGCCCGGGAGGGCCGGGGCCCTGTACTGATCGAGGCCTACACCTACCGGGTGGGCGCACACACCACTGCCGATGACCCAACCAAGTACCGGGAATCCGCCGAAGAAGCTGCCTGGCGCGAGAAAGATCCGCTGGACCGCCTGGAGAAGTACCTGCGCGCGGAGGGCCTGGCGGATGAAGCCTTCTTCGACCAGGTCAAGGCCGACGGCGATGAGCTCGCCAAGTACGTCCGAAGCACAACACATGGCCTTGAGGTCCCGGATATCCGCGAAGCCTTTGCCAGTGTCTACGTCGAACAACACCCGCTGATCGCGGAAGAACTGGCTTGGTTCGAGGAATACTCGGCCGGCTTCGAGAGCGACCAGGAGGCAGCTAACTGA MGSTQLPPGTEESLAATTAAAAAPGEPVEMVQLLGPDGKLGSDPVFSDYAKRIDPEKLRVFYTDMARIRRFDQEATALQRQGELALWVPLTGQEAAQIGSGHASQSQDYIFPTYREHGVALVRNVDLAELLKQFRGVSNGGWDPRENNFHLYTLVLAAQTLHAVGYAMGIQRDQKFAAASDSTDPKAAVIAYFGDGASSEGDVHESMVFAASYNAPVVFFCQNNHWAISVPTEVQTKVPLANRAKGYGFPGIRVDGNDVIAVHAVTEWALEHAREGRGPVLIEAYTYRVGAHTTADDPTKYRESAEEAAWREKDPLDRLEKYLRAEGLADEAFFDQVKADGDELAKYVRSTTHGLEVPDIREAFASVYVEQHPLIAEELAWFEEYSAGFESDQEAAN PGPT0008861_1219 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_LEUCINE_DEGRADATION,PGPT0008861-bkdA1-K00166 NA NA D3-18_00282 981 bkdB_1 COG0022 3-methyl-2-oxobutanoate dehydrogenase subunit beta ATGGCAACAATGACCATTGCGAAAGCCATCAACGAAGGTCTCCGGGCATCGCTGACGAAGAACCCCAAGTCGTTGCTGATGGGCGAGGACATCGGACACCTGGGCGGTGTTTACCGCGTCACCGATGGCCTGATTAAGGAGTTCGGCGACGAACGCGTCGTGGACACGCCCCTGGCCGAGTCCGGCATCGTCGGTACCGCCATTGGGCTCGCTCTTCGCGGATACTCGCCAGTCTGCGAGATCCAATTCGACGGCTTCGTTTACCCGGCTTTCAACCAGATCACCACCCAGCTGGCCAAGATTCACTCCCGCAGCCTCGGCAAGTTGACTGTTCCTGTGGTCATTCGCATTCCGTACGGCGGCGGCATTGGCTCTATCGAGCATCACTCGGAGTCTCCTGAAGCTCTGTTCGCCCACACCGCGGGCCTGCGCATCATCTCCCCTTCCAATGCCCATGACGCCTATTGGATGATCCAAAAGGCCATCGAGTGCCAGGACCCCGTCATCTTCTTCGAACCCAAGCGCCGTTACTGGCTCAAGGGTGAGGTGGATGTCCAGAATGCAGGTCTTTCCGAGGACCCCTTCAAAGCGCACGTTGTCCGTGAAGGAACGGATGCGACCATTGTGGCCTATGGCCCGCTGGTTCCGGTTGCGCTGGCGGCTGCCAATGCTGCCACTGAGGACGGAAGGAGCATTGAAGTCATCGACCTCCGTTCCATCTCACCTTTGGACTTTGACACTGTGGAAGCCTCGGTCAAGAAGACGGGCCGCCTGATCGTAGCCCATGAAGCCCCTACCTTTGGTGGCATCGGTGGTGAGATCGCCGCGCGCATCAGCGAGCGGGCATTCCTGCACTTGGAGGCACCGGTCATTCGCGTTGGCGGGTTCCATATGCCGTACCCCGTCGCCAAGGTGGAAGAGGACTACTTGCCGGACATTGACAAGATCCTTGAGGCGCTCGACCGCTCCTTGTCCTACTAG MATMTIAKAINEGLRASLTKNPKSLLMGEDIGHLGGVYRVTDGLIKEFGDERVVDTPLAESGIVGTAIGLALRGYSPVCEIQFDGFVYPAFNQITTQLAKIHSRSLGKLTVPVVIRIPYGGGIGSIEHHSESPEALFAHTAGLRIISPSNAHDAYWMIQKAIECQDPVIFFEPKRRYWLKGEVDVQNAGLSEDPFKAHVVREGTDATIVAYGPLVPVALAAANAATEDGRSIEVIDLRSISPLDFDTVEASVKKTGRLIVAHEAPTFGGIGGEIAARISERAFLHLEAPVIRVGGFHMPYPVAKVEEDYLPDIDKILEALDRSLSY PGPT0008862_2067 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 D3-18_00283 1587 hypothetical protein GTGACTGTAAAGAAATTCAACCTGCCGGACGTTGGCGAAGGCCTGACCGAGGCCGAGGTAGTGGCTTGGAAGGTCAAGCCAGGTGACGTCGTCGCCATCAATGATGTCTTGTGCGAGATCGAGACAGCCAAGTCCCTCGTCGAGCTCCCTTCGCCTTTTGCGGGCACTGTCACGGAGCTGCTGGTTGAGGAAGGCATCACGGTTGAAGTCGGCACGGCGATCATCGCTGTTTCGGAAGGCCAAGAGGGTGACCCGGCGCCGGTGACGCCTGCTGCCCCGGAGGTACCCGCCGTCGAGATGCCCCTATATGGCAAGCTACCCGCCGACGACGACACCGACGACAACCGTCCGGCCGGCGGTCCGCTTGTGGGTTCAGGACCCAAGGCCGACGCCGTGAAGCGCCGCGCGCGCAAGCGTCCGGCCGGGGCCGTGGTTGAGGCAGCTACCCTCGCAGAGAGCGCCGAAGGTACCGTCCAGGACCACCAAGCGGTGGTGGAAGCCAAAGCGGCCGAATCACCGGTTTCACACCGCACGACGTCGGCCCCCGCCGTCGTCACGACTGGCATCCAGGCGCCTGTTACGCAAGCCCCTGTCGCCCAAGCACAGTCCGTCTCGCCGGGAGCCCAAGCGCCGCAGGCGACGGCATCCCGCGGTGCAGCTATCAGCGGAACGATTAGTGGGCTGGTCAACAAGGTCCTGGCGAAGCCCCCAGTGCGCAAGTTTGCCCGCGACCTTGGCATCGATCTCGCTGACGTCGTGGCTACCGGTGAGCGCGGTGAAGTGACTCGCGAGGACTTGGTGAGCTACCAAGCCCAGCGCGACGCCGAGCATGACCAAGCGGATAGTTTCTGGGGTGCCTCGAAGAAACCGCAGGATCAGCGAGTGGAACGGATGCCCGTCAAGGGGGTTCGTAAGGCGACCGCCAAGGCCATGGTTGATTCAGCTTTCTCGGCTCCCCACGTCAGCATTTTCGTGGACGTGGATGCCAGCCGCACCATGGAGTTCGTCAAGCGGCTGAAGGTCTCCCGCGACTTTGAAGGTATCAAGGTTTCGCCGCTGCTCATCCTTGCAAAGGCAGTGATCTGGGCTGCTGCCCGGAACCCCAGCGTCAACGCAACCTGGGTGGAGAACGCTGACGGTAAGGGTGGCGCGGAGATCCTGGTGAAGCACTACATGAACCTTGGCATCGCCGCAGCAACCCCACGCGGACTCATGGTGCCCAACATCAAGGACGCCCAGGACCTTTCCCTCAAGGAACTGGCCCTTGCGCTTAACGAGTTGGCGACCAAGGCCCGGGCTGGGAAGACTCAGCCTGCTGAGATGCAGGGTGGAAGCCTGACCATCACCAACATCGGCGCGCTTGGCATTGATACCGGAACCCCTATTATCAACCCGGGTGAAGTAGCCATCATTGCCTTCGGAACCATCAAGCAGAAGCCTTGGGTCCTGGACGGCGAAGTAATCCCGCGCTGGATCACCACGCTTGGCGGTTCGTTCGACCACCGCGTGGTGGACGGGGATTTGTCCGCTCGTTTCATGGCGGACGTCGCATCCATTCTTGAAGAACCGGCACTTCTGCTTGACTGA MTVKKFNLPDVGEGLTEAEVVAWKVKPGDVVAINDVLCEIETAKSLVELPSPFAGTVTELLVEEGITVEVGTAIIAVSEGQEGDPAPVTPAAPEVPAVEMPLYGKLPADDDTDDNRPAGGPLVGSGPKADAVKRRARKRPAGAVVEAATLAESAEGTVQDHQAVVEAKAAESPVSHRTTSAPAVVTTGIQAPVTQAPVAQAQSVSPGAQAPQATASRGAAISGTISGLVNKVLAKPPVRKFARDLGIDLADVVATGERGEVTREDLVSYQAQRDAEHDQADSFWGASKKPQDQRVERMPVKGVRKATAKAMVDSAFSAPHVSIFVDVDASRTMEFVKRLKVSRDFEGIKVSPLLILAKAVIWAAARNPSVNATWVENADGKGGAEILVKHYMNLGIAAATPRGLMVPNIKDAQDLSLKELALALNELATKARAGKTQPAEMQGGSLTITNIGALGIDTGTPIINPGEVAIIAFGTIKQKPWVLDGEVIPRWITTLGGSFDHRVVDGDLSARFMADVASILEEPALLLD NA NA NA NA NA D3-18_00284 612 hypothetical protein GTGCCCCCTCAGTGGGTGACGGGTCCATGGCGCACGGTAGCCAGGGTGCTGACGGAAGTTTTCCAGCCACCGGTTGTTGTTCTGGTCCTCCTGCTGATCAGTCCTGCCATTGAACCGGGTTTCCCGGGCACTATGTGGTTCGGGCTGCTCGCGGCTATGTTCGTCTGTGTCCTGCCGCTGGCCTACGTGCTGGTGATGGTGAAGCTGGGCAGAATCACGGATCACCATGTCAGTGATCGACGCCAGCGGCCCGCGTTGCTGCTGATGACGTTGGCGTCAGTGGTGGTTGGCCTGCTCGTGCTGCGTTTGCTCAGTGGTCCGGTGAGTGTCACGGTGATGATCATCGCGCTCATCGGAGGCATTGCGGTACTTGCCGTGGTCAGCGCGTTCTGGAAAATGAGCGGGCATGCGTCGGCTCTTGCGGCGGCTGCCGTTATCTCCGTGATGATGTTCGGACCGGAGTGGCTTCCCCTGCTGCTCCTCGTGCCGGCGGTTGGCTGGTCACGATTGGTATTGCGCGCCCACACCCTGGCTCAGGTTATTGCAGGCTCGTTGTTCGGAGGCATTGTCATCGCCGGCCTGTGGTGGCTGATGCGGGAGTGGATGCTCTAG MPPQWVTGPWRTVARVLTEVFQPPVVVLVLLLISPAIEPGFPGTMWFGLLAAMFVCVLPLAYVLVMVKLGRITDHHVSDRRQRPALLLMTLASVVVGLLVLRLLSGPVSVTVMIIALIGGIAVLAVVSAFWKMSGHASALAAAAVISVMMFGPEWLPLLLLVPAVGWSRLVLRAHTLAQVIAGSLFGGIVIAGLWWLMREWML NA NA NA NA NA D3-18_00285 393 hypothetical protein ATGCCCGCATTGGCGCGTGCCACCTCCACTTACCGACTTCAGGGGATCATTTTCTTGCTTACTTTGCAGCCGCGCCAGCGCGTGGGACACGACATCCTGCTTGCCCGTCATGGCAACCACATCAGCACCATGCGCTATGACCGAAGCAACGATCGCATCATCGCCATGCTCGACGACGGCTCGTGGGACAGCGCCCCGAACATGATCTCCCCGAGCCTTGAAATGCCTGAAACCTTCCGCAGTGTCTTCCGCAAGGATTGGCGGTTCCTTTCCGTGGCATGCGTTGCCATGGTCACGGTTGCCGCCGTCGCCATGGGCATCAGCGTGGAGATGGCAAACCACATGTCGACGACGGAACTGCAGGCGCTGCTGGTCAGTTACCCGGCGTTCTAG MPALARATSTYRLQGIIFLLTLQPRQRVGHDILLARHGNHISTMRYDRSNDRIIAMLDDGSWDSAPNMISPSLEMPETFRSVFRKDWRFLSVACVAMVTVAAVAMGISVEMANHMSTTELQALLVSYPAF NA NA NA NA NA D3-18_00286 429 hypothetical protein ATGACCGGAGTTGTGATCGTCGGAGTAGACGGCAGCGAGACCGCAATGAGGGCAGCACAGGCCGCCCAGCAGTTGGCGATCGGCCTCGGGGCCAGCCTTCGCGTGGTCAGTGCCTTCGACAGCAACCGGACAGAGGTGGTTGAGATCGGCACCGACAAGTGGATCGTCTCTGACGCTGCCGAAGCTGAAGCTGTTGCCCGCGCCGTCGCCGAGCGCCTGACGGATGACCGTCTCGAGGTCACCTACTCGGCCGCCCGCGGCAAACCCGGTGAAGCCTTGGTTAAAGAAGCCGAAGTGCAGGATGCCCGCCTGATTGTGGTGGGCAACCGTCGCATGCAGGGCTTGGGTCGCGTCCTTGGAAGCGTAGCCAACACGGTTGCACACACCGCACCCTGCGACGTCTACATCGCCAAGACCGACCAGCCGTAA MTGVVIVGVDGSETAMRAAQAAQQLAIGLGASLRVVSAFDSNRTEVVEIGTDKWIVSDAAEAEAVARAVAERLTDDRLEVTYSAARGKPGEALVKEAEVQDARLIVVGNRRMQGLGRVLGSVANTVAHTAPCDVYIAKTDQP NA NA NA NA NA D3-18_00287 1308 lysN_1 COG1167 2-aminoadipate transaminase GTGACCCACGAAACACTGGATGCCGGCGCAACGTTGCCCGCTGAAGCCATCGACGCCATTGAGCGGGCCGCCACGGCCGCCCACCCGCACGAGGAATTGTTCTCCGCGCGGGCCGCCAATATCAAACAGTCCGCTGTCAGGGACGTCTTCGACATCTCGATGCAGCCGGGCCTGGTCTCCCTCGCCGGGGGCAACCCGTACCTACAGTCATTGCCTTTGGAGAAGCTTGGCCACACCGCGGCCCGCATCATCGCCGAAGAGGGTATGACCGCCCTGCAGTACGGCGGCGGCCAGGGCACGGAAGAACTCCGCGCGCAGATCTGCACCATCATGGCCGCCGAGGGAATCGCTGACGCCGCCCCAGAGAACATTGTGATTACGGCGGGATCGCAGTCCGCGCAGGATGTTGCCACCAAGGTGTTCTGCAACCCCGGCGATGTTGTCCTGGTGGAAAACCCCACCTACGTGGGCGCCCTGAACACGTTTGAGGCATACCAAGTCCAGGTGGAACCCATCGAAATGGACGACGACGGCCTGGTACCCGAACTCCTTGAGGCCAGGATCGCGGCGCTCCAGTCCGAGGGCAAGAACATCAAGTTCCTCTACACGATCCCTAACTTCAACAACCCCTCCGGCATCACGCTGGCCGAGGAACGCAGGCAGCAAATCGTCGATATATGCCGTGACGCGAATATCATTGTCCTCGAGGACAATCCCTACGGGCTCCTGCGGTTCGATGGCCACCCGATCGCACCGATGCGAGCCGCCAACCCGGATGACGTCATCTATCTGGGCTCGTTCTCCAAGATTTTCGCCCCCGGACTCCGCATCGGCTGGGCCCTGGTTCCTGCACACCTGCAGCGTCGTTTCTACCTCGCCTCCGAGGCGGTGACCCTCTGCCCGCCTCCGCTGAATCAGATGCTCGTCTCGGCATACCTCCGTGAGTACGACTGGGAAGGGCAGATCGAAACCTACCGGACGCTCTATGCGGAACGCTGCCAGGCCTTGTTGTCCGCACTCGACGAGTACATGCCTGCAGGCCTCACGTGGACCCGCCCGGACGGCGGCTTCTTCGTATGGGTCACGCTGCCTGAGGGCGTGGATACCTATCCCCTGCTCGGAAAGGCAATTGACGCGGGGGTCGTCTTCATCCCGGGCGCCGCCTTCTCCCCGGCTGATGGACCGTCCAACAAGCTCCGCCTCGCTTTCAGCGCCGTACCGCCGGATACGATAGCCGAAGGTGTCCGCCGCTTGGCCCCTGTCCTGGCGAATGCCATTGAAGCTACCAATGAAGGAGCACCACAATGA MTHETLDAGATLPAEAIDAIERAATAAHPHEELFSARAANIKQSAVRDVFDISMQPGLVSLAGGNPYLQSLPLEKLGHTAARIIAEEGMTALQYGGGQGTEELRAQICTIMAAEGIADAAPENIVITAGSQSAQDVATKVFCNPGDVVLVENPTYVGALNTFEAYQVQVEPIEMDDDGLVPELLEARIAALQSEGKNIKFLYTIPNFNNPSGITLAEERRQQIVDICRDANIIVLEDNPYGLLRFDGHPIAPMRAANPDDVIYLGSFSKIFAPGLRIGWALVPAHLQRRFYLASEAVTLCPPPLNQMLVSAYLREYDWEGQIETYRTLYAERCQALLSALDEYMPAGLTWTRPDGGFFVWVTLPEGVDTYPLLGKAIDAGVVFIPGAAFSPADGPSNKLRLAFSAVPPDTIAEGVRRLAPVLANAIEATNEGAPQ PGPT0007135_262 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 D3-18_00288 849 prpB 2-methylisocitrate lyase ATGACAGCGCACCGGGGATCCGTAACCAAAGCAGAACACTTCCATAAACTTCACGACGCCGGGCCAACGCCGCTTGTGCTCGTGAACGTGTGGGACGCGGCTTCCGCCCGCGTTGTGGAGGAGGCGGGTGCGACGGCGATTGCCACCTCGAGCTCGGCCGTCTCCTGGAGCCTGGGGTTCAGGGACGGCGACCACGTGCCGTGGGGCCTGGCAATGGCCGCACTCGGTCGCATAGCGGGGGCAACCCGGTTGCCGGTCTCGGCAGACATTGAGACGGGCTACGGGCGCACCGACGACGAACTTCGTGCCACTGTCCACGCCGTTTTGGACGAGGGAGCAGTGGGGATCAACATAGAGGACTCCGCCACCGAGCCGCTTACGGACATCGATGAACAGTCGCGTCGGATTGCCTTGATCCGCGCAGCGGCCGACGATCGTGGAATGCCCCTGTTCATCAATGCCCGTACCGACACTTACCTGTCGGGCCAGTTCGCGGACACCGCCTATGACGAAACCTTGCGACGAGCCGAGGCCTACCTCACTGCCGGTGCGGACGGAATCTTCGTTCCCGGCGTCGTGGATCTACATGTCCTCCATGAGCTCTCCAGCCGCATTCCTGCGCCGCTCAACGCGTTGGCGGGTGTCGGGGCTCCGTCTCCACTAGAGCTCCACGACGCCGGTGTGCGGCGGGTCAGCATCGGCGGAAATGCAGCCAAAGCGGCGTATGCCAAGGTGGCACGGGTGGCGAAGGAAATCCTCGGCGACGGCAATTGGGCGGGGCTGGCTGGCACGCGCAGCCACGATGAAATGGACTCCCTGTTCGCGCCGGGGCCCAAATACAGCCTTTGA MTAHRGSVTKAEHFHKLHDAGPTPLVLVNVWDAASARVVEEAGATAIATSSSAVSWSLGFRDGDHVPWGLAMAALGRIAGATRLPVSADIETGYGRTDDELRATVHAVLDEGAVGINIEDSATEPLTDIDEQSRRIALIRAAADDRGMPLFINARTDTYLSGQFADTAYDETLRRAEAYLTAGADGIFVPGVVDLHVLHELSSRIPAPLNALAGVGAPSPLELHDAGVRRVSIGGNAAKAAYAKVARVAKEILGDGNWAGLAGTRSHDEMDSLFAPGPKYSL NA NA NA NA NA D3-18_00289 1053 hypothetical protein ATGGCACGGCGCAGTGTACAGTTCTGGCGGATCGAGCAGCTGAACGGTGACGAGCTCAGCCGACCATTTCCAGCGCGCCGCGTAGCCGAGGTGCTGAAGAAGGCCCAAGATTCGGGGATAGACCGGCACTTCACCAGTGTGGACGGGACTGTCTTGCTCGCCCAGGCGGTGGCATCGTCACCTCATCCCGTGCTGCTTTTGGACCGGGTCCGGGACACTAATCTTCCCAGCGTCGGCGACGCCCTGGGGCGGCGCAAGCCCTTGCCGTTGGCTCCGGGTGACCATCTGTTGGAGACCACGTATTTCGCCTTTCTGAAGAGGAATGTCATCGCGGTGCTGACCAGTGGCAATGGGCCCCGTGCATCCAGGATGGGCGAGTACCTCGAAGGGATGCTGGGGCTCGAACCAAGCCTGGTGCCGGTTGTGCGCGAGGACATCGAAGAAATCCTCACCCGTCTGGAGGTGAGCCGTTTCGAGTTCGCGCTTCCTGCCGAACGTCTGTCCGGGAAGCTAATGGAAGGTGAATGGGCTGACGTTCTGGACAGCGCCTCACGGCTCATGAATGAGGGTACGTTCCGGATTTCCTTGAGCGTTGGCAGGTCAGGCAAGGCCGAGGACAAGCAGCGGATTCGGGACCGGATCCAGCAGCTGATTGATCTCTTCCGCAGGGCCGGTTCCGTGGAGCATTTCGATTATGTGGTGGCTGAGGGCAAGGACTCCCTGACCGGGGACCGTGAGGTGGTGGACCTGCTGAAGGAGCGATTCATTTCGCACATTGAGGTGGACCCGGATGTTTTCAACGATCCCCAAAAATCCACTACCGAGGCGATCGCCATCCTCAATAAACAGGCCAGGGATAACGAGGCATTTTTCGCCAAGACCCTGCCGGACATCAAGGGTTCGGCTGATTCCGCATTGGTTCCGGACATCGTTGCGGGCGGAATGGCCACTGTTCGGGCCGCTCTGGCGGCGGCTGCGGCGAGCGCTGAAAAGGTGGGCCAAGCATCCGAGGAGAACCAAGGCGGTGCAGATCATGAGCTTGTACGAGGTTGA MARRSVQFWRIEQLNGDELSRPFPARRVAEVLKKAQDSGIDRHFTSVDGTVLLAQAVASSPHPVLLLDRVRDTNLPSVGDALGRRKPLPLAPGDHLLETTYFAFLKRNVIAVLTSGNGPRASRMGEYLEGMLGLEPSLVPVVREDIEEILTRLEVSRFEFALPAERLSGKLMEGEWADVLDSASRLMNEGTFRISLSVGRSGKAEDKQRIRDRIQQLIDLFRRAGSVEHFDYVVAEGKDSLTGDREVVDLLKERFISHIEVDPDVFNDPQKSTTEAIAILNKQARDNEAFFAKTLPDIKGSADSALVPDIVAGGMATVRAALAAAAASAEKVGQASEENQGGADHELVRG NA NA NA NA NA D3-18_00290 549 hypothetical protein GTGCAGATCATGAGCTTGTACGAGGTTGATGTGGAGCGAACCGGGCGCCGCAGGACTCTGTGGCGTTGGTTTCTGTTGCATCCCAGCGCGGATTTCGGATGGGCTGCGCTTGCCGTCCTGATCTGGCTGGGAATCGCGCTGCTTGCGCGTCAACCGCTGATGCTGGAAGGCGTGGACCCCGGTGCGCGGCGCACCCTGCTCCAGACACTCGCCACGCTGGCCGGTGCCACGGCTGGCCTGACTCTGACCAGCGTGTCCATGCTGATCAACGTGCTCGGAAAGAAAGCTGCGCCGGGTCAGCGGGAACTTCCCTTGGAGAAACTGTCTGCCACTCACCGGCGCCAAATCGGCGAGGTCTTCCTTTTTGCCATCCCGGGTCTTGGCTTAGTGGTGGTTGCTGCCTTGGTCACTGTGGTTCTGGAAGGAGACGCCCTCACGGGCCTGTGGATTCCTGAAGCACTGGTCTTTGTGTTGACCTTCGCTTCAGTCCTCGCCCTGTTGCGTGTGGCGTGGGCACTCCGGAGGGTGCTGGCGATCGCAACGGCATGA MQIMSLYEVDVERTGRRRTLWRWFLLHPSADFGWAALAVLIWLGIALLARQPLMLEGVDPGARRTLLQTLATLAGATAGLTLTSVSMLINVLGKKAAPGQRELPLEKLSATHRRQIGEVFLFAIPGLGLVVVAALVTVVLEGDALTGLWIPEALVFVLTFASVLALLRVAWALRRVLAIATA NA NA NA NA NA D3-18_00291 474 hypothetical protein ATGACGAGTCCGGATCTTCACGAGTGGCCAGCATTGGATGGCGGGTACCGCCGCTCTGAGGTATCAGCCTTGGTGGGACATGGAGATGCCCTTTGGGAACACGCCACCTATGAGGTGCTGCGCTGGGGCGTGAAGACGGCCAGCGGATTTTCCGTCGACACGCCCGGGGCCGTGTCCGCAGGTGATCGGGTTGTGGTCACAGCGCATTTTCTCGGTGCCCGAGTCCTGGAACCGGTTGAAGTTGTCGCAGTTGTTCAGGAGCCGGACAGGGTGGGCTTCGCATACCGGACTCTCCCAGGGCATCCCGTTTCCGGCGAGGAAGCCTTCATTGTGCATCGCGTCGAGGAAGAAGTGCGCCTCACCATTCGCTCCCTGACCGGCCCGGCCTCGCAGCAGCCCTGGAGAGTGCTCTACCCGTTCCTTCTGATCCTGCAGCGCGTGGTGCGCCGGCGGTATCTCCGGGCACTGCGGTGA MTSPDLHEWPALDGGYRRSEVSALVGHGDALWEHATYEVLRWGVKTASGFSVDTPGAVSAGDRVVVTAHFLGARVLEPVEVVAVVQEPDRVGFAYRTLPGHPVSGEEAFIVHRVEEEVRLTIRSLTGPASQQPWRVLYPFLLILQRVVRRRYLRALR NA NA NA NA NA D3-18_00292 414 hypothetical protein GTGGACTCGGAGAACTCCGGACCAGCGGTCTACTACGTGGCAATCGACGACGGCGGCGCCCGCGGCGTGCGGTTCGGCTGCAACGACAGCCTGGTACCCATCAGGGGTGTTGCCGTGCCCGGCGATCCGTTGTCCGTGGCTCTCGGCCGGCTACTGGAGGCCGGAATGCCGGTGGACAGTGACGCGGCCCTCTACGACGCACTAGCTAATTCGTCCCTGCGCTACCTCTCCGGTTACATGAGCGGCGCAACGGTGGTGGTTAACCTCAGCGGCTCATTGCGGACCGGGGGCGTATGCGACATCCCACGGATCCAGGCGCAACTGACGCAGACAATCGTGTCGGCCAGCGGTGCGTCGAGGGCCGAGATCTATGTGAATGGCAGGACACTAACGGAGGCGCTGAGCGTGCGGTAA MDSENSGPAVYYVAIDDGGARGVRFGCNDSLVPIRGVAVPGDPLSVALGRLLEAGMPVDSDAALYDALANSSLRYLSGYMSGATVVVNLSGSLRTGGVCDIPRIQAQLTQTIVSASGASRAEIYVNGRTLTEALSVR NA NA NA NA NA D3-18_00293 495 hypothetical protein ATGACTGTTGCGGTGGCTGTTGGTTCTGGCGCGCTGGTGCCCGGTTGGGGTGAAGGCTCGACGACGGGCGCCGGTGGGGTGGGCGAAGCCGCGGTTGAAGCGGGAGTACTCGCGGACTGTGCTGGAACTGGTGCTGCTGCCGGGGGCGACGCGGCGGGGACGGCAACGGACGGAGTCCCCGGGCTTGAAAGGGCAGGGGGCGAGGCAGCGGGTGCGGAAGCAGCGGGCGAAGGTGTAGGGGCCGGAGAAGCCACGGAAACTGTAGGCAAGGGACCTGCGGCCTGGGATCCGGAGGGATCGGTCGGGACGCTAGTGCAGCCAGCTACCCACAGACCGAAGATGAGGCAGGCAGCCGTGATCGCCGTCGTACTTTTTGGTCCCCGTCCGGCATGCATGACAGCCCCGCGCTCCTGTCCGTCCACCTGTATCTCCAACGTTAGGACGGGGAGGCGGAACACAACATGCCGTTACGGTGACGGTTCGGACAAGAGTTGA MTVAVAVGSGALVPGWGEGSTTGAGGVGEAAVEAGVLADCAGTGAAAGGDAAGTATDGVPGLERAGGEAAGAEAAGEGVGAGEATETVGKGPAAWDPEGSVGTLVQPATHRPKMRQAAVIAVVLFGPRPACMTAPRSCPSTCISNVRTGRRNTTCRYGDGSDKS NA NA NA NA NA D3-18_00294 567 hypothetical protein ATGTCCAAGAGCACCGTTCTTACCCTCGTCGGCAGCCTGCGCGCCGATTCCCACAACAAGAAGCTCGCCGAAGCCATCCAGCTAAACGCGCCCGAGAACGTTGATGTGCAGATCCACGGCTCCTTGGGCACCATCCCCTTCTACAACGAAGACATCGACGTCGAAGGCCAGGTTCCCGCCGAAGCCGCCGCCCTCCGCGCTGCAGCAGCCGACGCCGACACCATCCTCCTCGTCACGCCCGAGCACAACGGCACCATGCCCGCCTCCCTGAAGAACGCCATCGACTGGCTGTCCCGCCCCTTCGGTGCCGGCGCCCTCTCCGGCAAGCCGACCGCCGTCGTCGGAACCGCTTTTGGCCAATTCGGTGGCGTGTGGGCCCAGGACGAAGCCCGCAAGGCTGCTGGCATCGCCGGCGCCAAGGTACTCGAAGACGTCAAGCTGGCCGTTCCGGGGTCCATGATCCGTTTCGCTGAACTGCACCCGAAGGACGACGCTGAGGTTGTTGAGCAGATCAAGGGCATCTTCGAGCCCCTGACTGCCGTTCAGGACGAAGAAGCAGCAGCCTAG MSKSTVLTLVGSLRADSHNKKLAEAIQLNAPENVDVQIHGSLGTIPFYNEDIDVEGQVPAEAAALRAAAADADTILLVTPEHNGTMPASLKNAIDWLSRPFGAGALSGKPTAVVGTAFGQFGGVWAQDEARKAAGIAGAKVLEDVKLAVPGSMIRFAELHPKDDAEVVEQIKGIFEPLTAVQDEEAAA PGPT0004195_1143 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0004195-chrR-K19784 NA NA D3-18_00295 606 hypothetical protein GTGAGCTCGATCCCCATTCGGCCGGACGTGCCCCTAGGTGCGCCTCACGAGCGCAGCGACGCAGCGAGGAATCGCGAGCGATTGCTTAGCGCTGCCCGGGACTTGGTGGCCGAGCTTGGCGCCGAAGCGCTGACCATGGACGCGCTCGCTTGCAAGGCCAAGGTTGGCAAGGGGACAGTCTTCCGCCGCTTCGGTAGCCGCGCCGGGCTCATGATGACCCTGTTGAGCGACTCGGAGTCCGAATTCCAGCACGGTTTTATGTTCGGACCGCCTCCGCTGGGTCCAGGAGCCGCGCCAAAGGAGCGATTGGTGGCCTTCGGTGAGGGGCGAATCTACTTCGTCCTTGAAAACGGCGAACTCCTGAAAGCGGCGGGCGCTGCTACCCGTAACCGGTTTGATGTTCCCGCGACAAAGCTTTCGCATCGACATATGGAGGTCCTGCTGCGGGAGGCGGGAATCGCGGATCCTTGGGTGATGGCGATGTCCCTGACCTACGCGCTGGACCCTGAGCGAATAGTGGACGATGTTCGCGTTCGAGGCATTTCACCCACGCGGCTTGCGGATTCGTGGCGTGAGTTGGTCACCCGTCTCCTGAGCGCCGACTAA MSSIPIRPDVPLGAPHERSDAARNRERLLSAARDLVAELGAEALTMDALACKAKVGKGTVFRRFGSRAGLMMTLLSDSESEFQHGFMFGPPPLGPGAAPKERLVAFGEGRIYFVLENGELLKAAGAATRNRFDVPATKLSHRHMEVLLREAGIADPWVMAMSLTYALDPERIVDDVRVRGISPTRLADSWRELVTRLLSAD NA NA NA NA NA D3-18_00296 984 COG0601 Putative peptide transport permease protein ATGCTGAAATATCTGATGAAGCGGTCGGGCATCTACCTGATCATGATCTTCCTGACCACGAGTGCAGGTTACTTCCTGGCGGTCTCGTCGCTGAAACCCGCAGTGCTCGAGCAGGAAAAGATCCCGCGGCCAACCCCTGAACAAGTAGCTGCTTCTTTCCGGGGACTAGGACTGGATCCGGACAAGAACGCCTGGGAGCGTTACCTGGATTGGCTATGGGGCATCGTCACCCGTTGGGACTGGGGCCGCAGTCCGAACGGCGCTTTCGTCAACGCCGAATTCGCGGACCGCGTGATGGTCTCCACCCGGCTGTTCATCGCCTCGATCATCCTCACCCTGGTCATCGGCGTCGCGCTCGGTGTCTACTCCGCCGCCCGGCAGTACAAGTTCCAGGACCGCGTCATCACGTCCTACAGCTATCTGGTCCACATTCTCCCCGCGCCCATCGCGTACTTCCTGGTGCAGCTCGGTGCCATCGGCATCAATGAGGCCGTTGGAGAGCGCATCTTCTTCGTGACGGGAATATCGACGCCGGGAATCGAGCCGGGTTGGCCGGCTTTCGTTGACCTTGTGGCCCACTACGCCGTGCCCACCTTTGCAATGACCATCTTCGGTTGGGCCGGTTACCAGATCGCCCAGCGCCAGTACCTCCTGGACAACGTGAACGCTGACTTCGTCCGCACTGCCCGGGCCAAGGGACTGACTCGAAACCAAGCCATCAGGAAGCACGCCCTGCGTGTCTCCTTCATTCCGGTGGCGCAGAGTATCGCCTTCACCATCCCGGCCATCTTCACGGGTGGTTTCTTCGCGGAGGCCATCTTCGCCTGGCCAGGTATCGGCCTCTGGAGCATCCAGGCAATCAGCCTCCAGGACGTCAACGTCGCCACCGCCACGCTGGCCTATGGCTCAGTAATCTTCGCCATCGGCGCCATCCTTGCCGACTTCGCCACCACGCTGGTCGATCCACGAGTGAGGGTCCAGTAA MLKYLMKRSGIYLIMIFLTTSAGYFLAVSSLKPAVLEQEKIPRPTPEQVAASFRGLGLDPDKNAWERYLDWLWGIVTRWDWGRSPNGAFVNAEFADRVMVSTRLFIASIILTLVIGVALGVYSAARQYKFQDRVITSYSYLVHILPAPIAYFLVQLGAIGINEAVGERIFFVTGISTPGIEPGWPAFVDLVAHYAVPTFAMTIFGWAGYQIAQRQYLLDNVNADFVRTARAKGLTRNQAIRKHALRVSFIPVAQSIAFTIPAIFTGGFFAEAIFAWPGIGLWSIQAISLQDVNVATATLAYGSVIFAIGAILADFATTLVDPRVRVQ PGPT0013025_107 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013025-gsiC-K13890 NA NA D3-18_00297 960 COG1173 Putative peptide transport permease protein ATGACCAACATCATTGATCCCATTGCGGAAATAGACGAGTCACGGGTCGCGGACCAGGACGTCGTCATTGGGAAGTCCCGGATCATCTTTCGTCGCTTCATGCGGAACCGGACCGCCGTCGCCGGCTTGTTCATCTTCCTAGCATTGTTCCTCTTCTCGATCTTTGGCGGATTCCTGACTTCGTGGGACAAGGACACCCTTGATCCGTTGAACATCGGCATGCCGCCGTCACCGGACCACTTGCTGGGTACCACCCAGGCCGGCATCGACCTCATGGCGCTCATTGTGGACGGCACCCGGACCTCCATTCTCATCGGCCTGATCGTTGGCGGGGTTTCCGTCCTGATCTCCGCGGTGTACGGCTGCACCATGGCGTTCTTCGGGGGCAAGGTTGATGCCACCATGCTGTTCATCCTTGAAGCGCTCATCATGATGCCCGCCATCCTCGTGGTCGCCGTCGCCACCAGCGGAAGCGGCGGCCTGAAAGATCTCCCCAGTTGGCTCCTGCTGATCGTCGTACTGCTCTTCTTCAGTTGGATGGGCACCGCCCGCCTGGTGCGCTCACTGTCCATGTCCCTGATGCAGCGCGATTACGTCAAAGCCGCCAAGTACATGGGTGTCCCGTCCCGCCGCATCGTGTGGCGCCACCTCGTCCCGAACATCGGTTCCCTGCTGGTCCTCGACTTCACCCGTGGCATCACCGGCGCAATCCTGGCCGAGGTCGCGTTCTCCTTCATCGGCATCGGCATCAAGCTCCCGGACGTCAGCCTTGGTGTCCTGATCGGCCAAGCGACGGGCCAAGTGTCCTCCTTCCCATGGATGTTCTGGGTCCCGCTGACTGTCATGTTCCTGTTGACCGGTTCGCTGGCCATGATGAACGACGGCCTCCGTGACGCCTTCGATCCCAGCTCCAGCTCCATCGGACGGGCCAAGACCAAGACCGCAAAGGCTGGCAAATGA MTNIIDPIAEIDESRVADQDVVIGKSRIIFRRFMRNRTAVAGLFIFLALFLFSIFGGFLTSWDKDTLDPLNIGMPPSPDHLLGTTQAGIDLMALIVDGTRTSILIGLIVGGVSVLISAVYGCTMAFFGGKVDATMLFILEALIMMPAILVVAVATSGSGGLKDLPSWLLLIVVLLFFSWMGTARLVRSLSMSLMQRDYVKAAKYMGVPSRRIVWRHLVPNIGSLLVLDFTRGITGAILAEVAFSFIGIGIKLPDVSLGVLIGQATGQVSSFPWMFWVPLTVMFLLTGSLAMMNDGLRDAFDPSSSSIGRAKTKTAKAGK PGPT0013030_91 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013030-gsiD-K13891 NA NA D3-18_00298 2166 COG1123 putative ABC transporter ATP-binding protein ATGAGCACCAACATTTCCCACACTCCCGCCGAGCGCCTTCGCGATGCAGGACTCTACGCTCCCGGCGACGCCGTCCTCAGCGTCCGTGACCTCAACGTCCGCTTCAACTCCGAGAACGGTGTGGTCCATGCGGTGCGCGGCGTCGACTTCGACCTCATGCCCGGCAAAACGTTGGGCATCGTGGGCGAGTCCGGTTCCGGCAAGTCCGTCACGTCCATGGCCATCATGGGACTCCTCCCGGAAACGGCGGACATCACCGGTTCCGTGCGCTTCAAGGGCAAGGAACTCCTGGGCCTCAGCGACAAGGCCATGTGCAAGCACCGCGGCAATGACATCGCCATGGTCTTCCAGGATCCGCTGTCCTCGCTGACCCCGGTTTATACCGTGGGCCACCAGATTATCGAGGCGCTCACGGTCCACAACCCCACCATGAGCAAGCAGGCCAAAGAAGCCCGCGCCGTCGACCTCTTGCGTATGGTGGGCATCCCGAGCCCCAAGGACCGTCTGAAGGCCTTCCCGCACGAGTTCTCCGGCGGCATGCGCCAGCGCGTCATGATCGCCATCGCCATCGCCAACGATCCGCGGGTACTCATCGCGGATGAACCCACGACGGCGCTGGACGTCACCATCCAGGCGCAGGTGCTGGAAGTCCTGCATACCGCGCAGGAGGAGACCGGCGCCGCCGTCGTCATGATCACGCACGACCTCGGCGTTGTAGCGGGCATGGCTGACGACATCATGGTCATGTACGCCGGCAAGCCGGTGGAAACCGGGACCGTGGAGGACATCTACTACAACCCGCGGATGCCCTACACGCTGGGCTTGCTCGGCGCTGTTCCTCGAGTGGATACCGCCACCAGGCAGTCGCTGGTGCCCATCGAGGGAACACCGCCCAACCTCGCGTTGCCGGTGACAGGATGCTCCTTTGCCGCCCGCTGCCCGCTGGTCAGCGATGCCTGCCTCCACGGCGAGCCGGACCTCATCCCCGTCCCCGGTGTTGAAGGCCAGATGCTTGGACACAAGGCAGCCTGCATCAAAGCAGACGAACTGTCCGGTAACGCCGACGCCCACAAGATTTTCCACGCGCCGCCCAAGCCCGTTTCAAAGTTCGACGGCGTCCCTCGCGTCGAGCGCGAAAAGGTCCTGGAACTCAAGGACGTAAAAAAGCACTTCCCGCTGCTCAAGGGTGCCTTGATCAAGCGACGGATCGGCACGGTGAAGGCCGTGGATGGCCTGAGCTTCGATATCCGCGAAGGCGAGTGCATTTCGATTGTGGGTGAGTCCGGCTGCGGCAAGACCACCACTCTCCTGGAGATCATGGAGTTCCACCCGGACCAGGTGGGCGAAGTGGTTATCGGCGGCGTCAGCAACAAAGCAGCCACGGACCACAAAACCACGATGGCCATGCGCAAGGAAATGCAGATGGTGTTCCAAGACCCCACGGGTGCCTTGGATCCGCGTTTCACTGTGTACGAGGTCCTTGCTGAGCCGCTGGAAAACCTCGGGATGCCCAAGGCCGCCATCAGGAAACGCATCATGGAACTCATGAAGCTTGTGGGCCTGCAGCCTGACCACGTCAACCGCTTCCCCAACCAGTTCTCCGGCGGGCAGCGCCAGCGCATCGGTATCGCCCGGGCACTCGCCGTCAATCCGAAGCTCGTGGTGCTGGACGAACCGGTCTCTGCGCTGGACGTGTCCGTGCAGGCCGGAGTCATCAACCTGCTGGACAAGCTCCGCGCTGAGTTGGGCTTGAGCTACCTGATGGTGGCCCACGACCTCTCCGTTGTCCGCCACATCTCAGACCGTGTCGCCGTGATGTACCTCGGCAAGATCGTGGAAACCGGCGACGTGGACGACGTCTTCGACAACCCGCGCCACCCTTACACGCGGGCCTTGTTGTCAGCGATCCCGGTTCCCGATCCCAACCTGGAACGGACCCGTGAACGCATCATCCTGCAGGGCGACCTTCCCAGCCCGCTCGATGCTCCCCAGGGATGTAATTTTGCGACCCGTTGCCCCGTGTTTGCCGCATTACCTGCCGCAAAGCAGGAGAAGTGCCTTACTCTGGAGCCGCCACTGGCTTCGGAGAAGGAGGACACACAGGACTTCGCATGCTTCTTCCCGGACGGTGAGATAGATGCCGACATGCTGGTGGTGCATGCCTGA MSTNISHTPAERLRDAGLYAPGDAVLSVRDLNVRFNSENGVVHAVRGVDFDLMPGKTLGIVGESGSGKSVTSMAIMGLLPETADITGSVRFKGKELLGLSDKAMCKHRGNDIAMVFQDPLSSLTPVYTVGHQIIEALTVHNPTMSKQAKEARAVDLLRMVGIPSPKDRLKAFPHEFSGGMRQRVMIAIAIANDPRVLIADEPTTALDVTIQAQVLEVLHTAQEETGAAVVMITHDLGVVAGMADDIMVMYAGKPVETGTVEDIYYNPRMPYTLGLLGAVPRVDTATRQSLVPIEGTPPNLALPVTGCSFAARCPLVSDACLHGEPDLIPVPGVEGQMLGHKAACIKADELSGNADAHKIFHAPPKPVSKFDGVPRVEREKVLELKDVKKHFPLLKGALIKRRIGTVKAVDGLSFDIREGECISIVGESGCGKTTTLLEIMEFHPDQVGEVVIGGVSNKAATDHKTTMAMRKEMQMVFQDPTGALDPRFTVYEVLAEPLENLGMPKAAIRKRIMELMKLVGLQPDHVNRFPNQFSGGQRQRIGIARALAVNPKLVVLDEPVSALDVSVQAGVINLLDKLRAELGLSYLMVAHDLSVVRHISDRVAVMYLGKIVETGDVDDVFDNPRHPYTRALLSAIPVPDPNLERTRERIILQGDLPSPLDAPQGCNFATRCPVFAALPAAKQEKCLTLEPPLASEKEDTQDFACFFPDGEIDADMLVVHA PGPT0013015_29 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013015-gsiA-K13892 NA NA D3-18_00299 1728 COG0747 putative protein ATGAAAAAATACACGACGATCGGTGGCGTAGCGCTCGCAGCAGCGCTTATGCTGACCGCTTGCGGCGGGGGAACGCCGTCGGGTCCGGCCTCGCAGAAGGCCGAAGAGAGCGGCGGCGATATCAGCAAGCTGATTAGCGTCAACGCCAAGGAAGCAAAGGATCTGGAGCAGGGCGGCACAGTCACCTTGCCAACCGTGGATCTCGGGCCGGATTTCAACAATAGTTCCAACGTCGGGAACAGTGGCCCCACCGCAGCTGTGTTGACTCCAGTCAATCCGGCAGGCCTTAGCAGCGGCGGGATCGGCGGTTGCTGGAAGCTGGATTTCAACGGCAAGGCGGAGCCCAACAAGGACTTCTGTGAAGAGGTCAAGAGTGAAGTCAAGGACGGCAAGCAGACCATCACCATTAAGGTCAACGACAAGGCAACCTGGAACGACGGTACGCCTATCGACGTCAAGACGTTCGAGAACACATGGAAGATGTCCCGCGGCGAGGATAAGGCGATTGACATCGTCAACCCTGGGGCGTATCCGTTTGTTGAATCAGTCAAAGCTGGTGCCAACGACAAGGAAGTCATTGTCACCACTACGCAGCCGGTCTATCCCCTTGAGGATCTTTTCTTCGGACTGATCCACCCTGCCGTCAACACGGCGGAAATCTTCAACAATGGCTTTGCGGGCAACATGCATCCTGAATGGATGGCCGGCCCGTTCAAGGTGGAAAATTACGACACCACCGCCAAGACCGTCACCATGGTTCCAAACGATAAGTGGTGGGGCCAGAAGCCTGTCCTGGACAAGATCATTTGGCGCCAGATGGAACCTAGCGCAACCATCGCCGCCTTCAAGAACGGCGAAATTGATGCTACTGACGCTCGCTCCCTGAGCCGCTACAAGCAGCTTGAAGGAACCAAGAACGCCGAGGTTCGCCGCGGTCAGCGACTGTTCGCCGGTGGTCTCAACCTCAATGCCGAGCGGCCGGCCCTCGCCGATGTGGCCGTCCGCAAGGCGATCTTCACGGCAGTTGACCGAAAAGCTCTCCGAGATGTTCAGTTCAACGGCCTGAACTGGTCTGAGGAAAGCTCGGGCTCCATGATGCTCATGCCGTTCTCCGAGTACTACCAGGACAACTACCCCGTGAAGGACGCGGACGCTGAGGCCGCCAAGAAGGTCCTCACCGACGCGGGTTACACTGCCAATGACAAGGGCATCATGGCCAAGGACGGCGTCCCCGTAACCTTCAAGGTGACCTACTTTGGAGAGGATCCCACACGGGCGGCCGTCTCACAGACACTGCAGAAGCAGCTACAGGCAGCGGGCATGGATGTCGCGGTTGAGCAGCGCGGTGACGCGGACTTCCAGAAGGTTCTGGGGTCGCGGGAGTTTGACCTGACGATTTCGGGCTACACGGTTGGCCCGGATGCGACCAGCGGCGTCAAGCAGTTCTACGACTCAACCACCAACGAGAACAAACTCGGCGATGCTGAGTTGGACGCTGAAATCAAGCGCTTGGCAACCATTGCTGATGACAAAGAGCGCAATAAGGCCGCCATGGAGGTAGAGAAGAAGCACATGGAGAAGTACTTCTCCATGGGTACCCTACTGAACGGCCCGGAAATCCAGTTCGTCCGGACAGGCCTGGCCAACTACGGTCCGTCGCTGTTCAAGAGCAACTCCAACGTTCCGGACTGGACCACCATCGGCTGGGAAAAGGGCGCCAAGAAGTAG MKKYTTIGGVALAAALMLTACGGGTPSGPASQKAEESGGDISKLISVNAKEAKDLEQGGTVTLPTVDLGPDFNNSSNVGNSGPTAAVLTPVNPAGLSSGGIGGCWKLDFNGKAEPNKDFCEEVKSEVKDGKQTITIKVNDKATWNDGTPIDVKTFENTWKMSRGEDKAIDIVNPGAYPFVESVKAGANDKEVIVTTTQPVYPLEDLFFGLIHPAVNTAEIFNNGFAGNMHPEWMAGPFKVENYDTTAKTVTMVPNDKWWGQKPVLDKIIWRQMEPSATIAAFKNGEIDATDARSLSRYKQLEGTKNAEVRRGQRLFAGGLNLNAERPALADVAVRKAIFTAVDRKALRDVQFNGLNWSEESSGSMMLMPFSEYYQDNYPVKDADAEAAKKVLTDAGYTANDKGIMAKDGVPVTFKVTYFGEDPTRAAVSQTLQKQLQAAGMDVAVEQRGDADFQKVLGSREFDLTISGYTVGPDATSGVKQFYDSTTNENKLGDAELDAEIKRLATIADDKERNKAAMEVEKKHMEKYFSMGTLLNGPEIQFVRTGLANYGPSLFKSNSNVPDWTTIGWEKGAKK PGPT0013020_77 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013020-gsiB-K13889 NA NA D3-18_00300 168 hypothetical protein ATGGGGACGGCAAAGGCCGGGAACTTCCCCGAACCCGTTACAGGTTCAGTGAAGTTCCCGGCCTTCAGGAAACTACTGCTGAGGGGCTACTTCTTGGCGCCCTTTTCCCAGCCGATGGTGGTCCAGTCCGGAACGTTGGAGTTGCTCTTGAACAGCGACGGACCGTAG MGTAKAGNFPEPVTGSVKFPAFRKLLLRGYFLAPFSQPMVVQSGTLELLLNSDGP NA NA NA NA NA D3-18_00301 1047 ydgJ COG0673 putative oxidoreductase YdgJ ATGACTTCCCAGCCGATCCGTACCGCCGTCGCAGGTTTTGGCCTTTCGGGCAGCGTCTTCCACGCGCCTTTCATCGCCAGCAATCCCGCGTACGAGCTCGCCGTCATCGCAACTTCGGACGAGGCGCGCCAGACGAAGGCGAAAGAGCGCTACCCGGAAGCACTCATCGTCAACACCCCTCAAGACATCCTGGCGCGGGCTGACCAACTGGATCTCGTCGTCCTGGGCACACCACCCGCAACCCACTTCCCATTAGCGAAAGCTGCGCTGGAAGCGGGGCTCGACGTCGTCGTTGATAAACCGTTCACGGTCCGCAGCGCCGAGGGCGAGGAACTGATTCAGCTGGCTGCGAGGCTGGGCCGCGTCCTCACCGTGTACCAGAACCGGCGCTGGGACGGTGACTCGCTAACCGTAAAAAAACTGCTCGACGCCGGAACGTTGGGTACCGTGACCAGGTTTGAGGTGGGCATGGAGCGCTGGGCACCCGAGATCGCCAAGGCCTGGAAAGCCAGTGCCACGGCGGAAGACGGCGGCGGCGTCCTATTCGATCTCGGCACTCACGTCCTCGATCTCACTCTCCGGTTCTTTGGGCCGGCCACCGTCACGTTCGCAGAAATCACAGCCCGCCGCCCCCAGGAAAGCGCCGATGACGACGTTTTCTTGGCACTCCAGCATGAGTCGGGTGTCATCAGCCACGTCACCATCAACCTCAACAGCCACCTCAATGGCCCGCGTTTCCGCATTCTCGGCTCCGAAGGTGGCTTCGTGAAGTTCGGCACCGACCCGCAGGAGCCCTACGTGCTGGCCGGTGGGTTGCCTACAGACCCTGAGTACGGCGTCGAGCCTCCCGAAAACAGGGGCACCCTGGAACGGAGCGGGCAGCGCACCACCATCCCCACGGAGCGCGGCGCCTACCCCGAGTTCTACCGCATCCTGGCGGAAAAGCTCGACGACGGCGGCACCGCCTCTGCACTTCCAACACCTGTGGATCCGGCTGACTCCGTTGCGGTGCTGAAGCTGATTGAGCAGGCTAGGGCGCTGGCGTAA MTSQPIRTAVAGFGLSGSVFHAPFIASNPAYELAVIATSDEARQTKAKERYPEALIVNTPQDILARADQLDLVVLGTPPATHFPLAKAALEAGLDVVVDKPFTVRSAEGEELIQLAARLGRVLTVYQNRRWDGDSLTVKKLLDAGTLGTVTRFEVGMERWAPEIAKAWKASATAEDGGGVLFDLGTHVLDLTLRFFGPATVTFAEITARRPQESADDDVFLALQHESGVISHVTINLNSHLNGPRFRILGSEGGFVKFGTDPQEPYVLAGGLPTDPEYGVEPPENRGTLERSGQRTTIPTERGAYPEFYRILAEKLDDGGTASALPTPVDPADSVAVLKLIEQARALA PGPT0018530_284 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 D3-18_00302 480 hypothetical protein ATGTCGCAACAGGTTTTCCCGTCCGCATCTTTCCCCGCCTACCCCACCATCAAACTCAACCCGCCGGCCGGTTGGACGCACCAAGTGGTCCCCGATGCCCTGGGGGCACTCATGGCCCCGGCCGCAGAAGGTCGCTACACAGCAAATGTGGTGATCTCCGTGTCCCGCCGCTTGCCCGGCTACCAGCTGCGGGACATCGCTGCATCCGTGGACTCGTTCCTGGACGCCCTGCCGGACGCGGTCCTGCTCGCCACAGAGCCAGTGGTAATCAATGGCCGGGATTGGCACGTACGCGAGGCGCGCTACACGCACCCGCAGGCAGGTTCGCTGGCACAGTTCACAGCCGTGACGGTGGTCCAGCAGGATGCCGCAGCGGATGTGGTTCAGTTGACCGGCAGCTGCCAGCCCATTGAAGGCAACCACGACCTCAAGGCCATCTATTCGCTGGTTGCCAGCGCGGACGTTACGCCAGCGCCCTAG MSQQVFPSASFPAYPTIKLNPPAGWTHQVVPDALGALMAPAAEGRYTANVVISVSRRLPGYQLRDIAASVDSFLDALPDAVLLATEPVVINGRDWHVREARYTHPQAGSLAQFTAVTVVQQDAAADVVQLTGSCQPIEGNHDLKAIYSLVASADVTPAP NA NA NA NA NA D3-18_00303 1191 hypothetical protein GTGGGCGCTGACGTCGGGGATCTCCGGCGGCTTTCGGCAGTGATGGACTCCGAAGCGGAGAAAATCACCAAGCTTCAACAACAGCTCAATGTGCTGATTCAGAACGGCAACTTCTGGCGGGGAAATGACGCTGACCAGTTCCGAAGCCGGTGGCAGAGCGATCTCCATGGGCGGTTGGGAGCAGCAGCTGCTTGCTTGCGCACCAACGCCCGCGCCCTGAAACTCAACGCCGAACAGCAGGAACAAGCGTCCTCGGGCAGTCCGGGAGGCGGTCCCAAGGGAGGTCCGCCCTCAGGGCAGGGAAAGAGCACCCCTGGGGCGCCCGGGTTTACTTTTGATCCCACCAGCTATGGCCCCGTCACCGTTGAAGGCAGCGGTTCAATCGACAGTCAAGCAACGGGCGAAACCCACGGCTCCGTAGGTCCCGGCGGCATCGCATTCGGAGGATCCGGCGAGGCTTCCAGCGGAGGTGACATGACCTGGAAGGCGGAGACTGAGTACGGGCCGGGCAAGACAACAGTCACCAACGAAACGTTCGTCGGCGCCCGCGCCGATGGCGAGTTCGAAGCCAGTGTGCCATTCGGACTCGGGCTTCCCAATGCCCACGTTAACGGTGAAGCATTCGCTGGCGCGGAAAACATCACCACCATACGATCCGACTTCTTTGACGGCTGGGTCAGCAACACGTCCACGACGCGCGCGATGACAGGAGTCGAAGCCAGCGCCCACGCCAACGCGAGCAGCCCCTTCCTGTTTTCGGCCGGTGGTGAGGGCTTCGCGGGTCAAAAAGTCACCGTGGACAACAAGACCGAGTTCGCTGGTGGGCTGTTCGCCTTGGGACAAGGCGGAGAATTCCGCGCCGGGGCCTGGGCCAGCGCCGGTGAAGGCGAAATAAGCGTCAAGGGCCGCGATGTCTCAGGCACTGCGTTCAGCGCAGGAGCGGGTGCGGAGCTGACAGGGAGCCGGTATGTCGAAGTCCTGGGCCAAACACTGACATTCAACGCGACGGTGGCCGCCGGAGCGGGTGAGGGGCACTTCTTTACGGCGTCCATGGATGAAGATGGGCTCACGCTAGGCGCGGGAGCCAAGCTCACCGCCGAACTGGGGCTGGGCGCAGGTGGCCAGATCACCCTCAGCCCCAAAGGACTTGTGGATTCCGTGACCGGATTCGTCGACTTCCTGAACAACTGA MGADVGDLRRLSAVMDSEAEKITKLQQQLNVLIQNGNFWRGNDADQFRSRWQSDLHGRLGAAAACLRTNARALKLNAEQQEQASSGSPGGGPKGGPPSGQGKSTPGAPGFTFDPTSYGPVTVEGSGSIDSQATGETHGSVGPGGIAFGGSGEASSGGDMTWKAETEYGPGKTTVTNETFVGARADGEFEASVPFGLGLPNAHVNGEAFAGAENITTIRSDFFDGWVSNTSTTRAMTGVEASAHANASSPFLFSAGGEGFAGQKVTVDNKTEFAGGLFALGQGGEFRAGAWASAGEGEISVKGRDVSGTAFSAGAGAELTGSRYVEVLGQTLTFNATVAAGAGEGHFFTASMDEDGLTLGAGAKLTAELGLGAGGQITLSPKGLVDSVTGFVDFLNN NA NA NA NA NA D3-18_00304 711 hypothetical protein ATGTCCTTGTTCACTATCCTTGCCACCAGCAAAGTCGCCGCGGGCGTCCTGGCTGCCGGAGCCGTAGCTGCCGGTGGAACCGGCGTTGCTGCCTTCAATGGCGCGCTTCCTACCGGAATCCAGCAGACCGCGCATGACCTCGTTGGCGCACCGGCCCCTGTTGCTGAGAAGGCCGCTGAAGCAGCCGACGCCGCCGAAACCGCCAAGACCAAGGCTACTGACGCCGTCGAGACCGCGCAGGCAACTGCAACCGAGGCCGCCGAAGCGGGCCAGGCCAAGGCTGCCGACGCCGTGTCCGATGCCAAAGCAACGGTGGAAGACGCTACGTCCCCGGAGGCTTTCGGGCTCTGCACCGCGCTCCTCAATGGCGGCCTGAAGTCTGACGCCAAGGTCCCCGGCTTCGAGTCCTTGACTATTGCTGCCGGCGGCGAAGCCAAGGTGGAAGCGCACTGCGAGGCCGTGGTCGAGGCCGGCAAGGCTGCAGGCCTGAAGGCTGACGGCTCGGTGAAGGCAGAGGCCGACGTCGACGCTGCCGTGACGTCCGAACTGCCGGCAACGCCTGCCGTTCCTGCAGTGCCCGCTGTGCCGGGAGTTCCCGCTGTTCCCGCCGCACCCGCTGTCCCCGCTGTTCCTGCCGTCCCCGCGACGCCTGAGCTGCCGACACAGGTTCCCACCGACGTTCCGGCTGCACCCCTCGATTCTGTCCGCTAA MSLFTILATSKVAAGVLAAGAVAAGGTGVAAFNGALPTGIQQTAHDLVGAPAPVAEKAAEAADAAETAKTKATDAVETAQATATEAAEAGQAKAADAVSDAKATVEDATSPEAFGLCTALLNGGLKSDAKVPGFESLTIAAGGEAKVEAHCEAVVEAGKAAGLKADGSVKAEADVDAAVTSELPATPAVPAVPAVPGVPAVPAAPAVPAVPAVPATPELPTQVPTDVPAAPLDSVR NA NA NA NA NA D3-18_00305 552 hypothetical protein GTGCTTGACCCTTTGGCTGATGAATATGTGCAGGCGGATCAGGACGATCCCGCCCTGCTCTTCACGGCTGCCTACAATAACTTCGCCGGACCGGTGTTTGGCTACCTCCGGGCACGAGGCGTGGACGACCCCGAAGCAGTGACGCAGGACGTCTTCCTTGCCCTGTATCCGAAGCTGGAAACGCTTCACGGCGGGCTGCCCGGGGCCAAAACCCTGTTGTTCTCCATAGCGCATGCGCGGATGGTGGACCACTATCGCAAACGCGAACGAACGCCCGACTCGACGCCCTACGAACCGGACCTGGACGCGCGGCGGTCGCCGTCAGCCGAAGACCAGGCCTTCGGACGGGTTGCCGGCCTGGGCGTCACTGAAATTTTGGATGACCTTCCTGACGATTATCGGGAGGTACTTGCCCTCCGAGTTGTCGCCGACGTGTCAGTGGAAGATACGGCGGCGATCATGGGTAAGTCCCCAGGAGCCGTCAAACAGCTACAGCGCAGGGCATTGAATGCACTGAAGAAGCGTGCACTACTAAGGAACGGCACATCATGA MLDPLADEYVQADQDDPALLFTAAYNNFAGPVFGYLRARGVDDPEAVTQDVFLALYPKLETLHGGLPGAKTLLFSIAHARMVDHYRKRERTPDSTPYEPDLDARRSPSAEDQAFGRVAGLGVTEILDDLPDDYREVLALRVVADVSVEDTAAIMGKSPGAVKQLQRRALNALKKRALLRNGTS PGPT0014960_8730 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D3-18_00306 861 hypothetical protein ATGAGCGAACAACTTACGCCTCGCGGACGTCATGACCAGCAGGCAATCGACCACCTGCTGGCCGACGCCGGCCTCACAGGCGACGCCGACCTCCGTACTGAACTCCTCGAGCTCCGTTCACTGGCCAACACTGCCCCCTTGCCGTCCGATGCAGTCCGCGCGCTCATGGTCAGCAGCCCGGCCGATGCCACGCAGGAGATCGCAGCCACGCAGCAGATCGCAGCCACTCAGCAGATCACGACGGCGGACGGTCCGGCCACGTCGTCCGGTGCGCCCACTGCGGTGCTCGCCACAGTTGCTGCGGAATCCGCTCCTGCCAATGACCTGCCTGTTGACGAACTTGCCGCGCGACGTCGGAAGAAGCGCCGGACGGCCATCGCAGGCCTCGCTGTGGCGGTGTCCTTGGCCGGCGGCGCCACCGCCGCCGTAGCTTCCGAGGGCGGCCTGCCGGGTGCTTTCCAGCATCTCGGGGCGGCAATCGGTTCGGTGGTCTCGCAACTAAACCCCGGTTCCGGCAGTGCTCCCCAGCCTGATGCTCCCGCCGGTACCACCCCCGAGCCGTTGCCTGTCCGGGAAGAGCCTCAGCAAGCTCCTGCCACGGTCAAAACCCAGCCGACTCCGGCCCCGCCGGTCAGCCCGGTTCCTGCTCCCCAGCCGCAACCCGGTGGTGCGTCGCCGCATACACCTAAGGTGCCGTCGCACAAAGAGCCCGGCAATGGCGTCATCCCGTCGCCGCCAGAGTTGCCCGTGACCCCACCGGAGAGCGACCCTTCCAAGATCGATCCCTCAAAGCTCGGCCCCTCGGGCGTCCCCGTCCCGGTTCCCTCGGAGCTGATCCCGTCCCTCCCCGGAAAGCCCTAG MSEQLTPRGRHDQQAIDHLLADAGLTGDADLRTELLELRSLANTAPLPSDAVRALMVSSPADATQEIAATQQIAATQQITTADGPATSSGAPTAVLATVAAESAPANDLPVDELAARRRKKRRTAIAGLAVAVSLAGGATAAVASEGGLPGAFQHLGAAIGSVVSQLNPGSGSAPQPDAPAGTTPEPLPVREEPQQAPATVKTQPTPAPPVSPVPAPQPQPGGASPHTPKVPSHKEPGNGVIPSPPELPVTPPESDPSKIDPSKLGPSGVPVPVPSELIPSLPGKP NA NA NA NA NA D3-18_00307 1119 ald COG0686 Alanine dehydrogenase ATGATCATCGGTGTCCCCAAAGAAATCAAGAACAACGAGTTCCGCGTAGCCATCACGGCCGCCGGTGTCCACGAGTTCCGCACCCACGGACACACCGTTCTGGTAGAGCGCGGCGCAGGCCTCGGCTCGGGCATCACCGATGAGGAATACTCGATCGCCGGCGCCGAAATCGTCAACGAGGCAGATGACGTCTGGGCCCGTGCGGACATGGTCATGAAGGTCAAGGAACCTATCGCGGCCGAGTACCACCGCTTCCGCAAGGGCCTTATTCTCTTCACCTACCTGCACCTCGCCGCAGAGCCCGAACTCACCGCCGAGCTCATCAACTCCGGCGTCACGGCCATCGCTTACGAAACCGTGCAGGAAGGCCGCACCCTTCCGTTGCTCGCCCCGATGTCCGAGGTCGCGGGCCGCCTGTCCGTCGTGGTCGGCGCTTCCTCGCTGATGGCTCCGGCCGGCGGCAAGGGCGTCCTCCTGGGCGGCGTACCGGGCGTGCGTCCGGCGAAGGTTGTTGTCCTCGGCGCAGGCGTTGCGGGAACCAACGCTGCCGCCATGGCGCTGGGCCTCGGTGCTGATGTCACCATCATGGACATCAACATCAACCGGCTGCGCGAACTGGACGCCCTCTACCAGGGCCGCCTGAAGACCGTTGCCTCCAACGCCTACGAGATCGAGAAGTCAGTTATCGACGCAGATCTGGTGATCGGCTCCGTCCTGATCCCGGGCGCCAAGGCTCCCAAGCTGGTCACCAACGAACTGGTTGCCCGCATGAAGCCCGGCTCGGTTCTGGTGGACATCGCTGTTGACCAGGGCGGCTGCTTCGAGGACACGCACCCCACCACCCACCAGGAACCGACGTACAAGGTCCACAACTCGATCTTCTACTGCGTTGCCAACATGCCTGGCGCTGTTCCGAACACGTCCACTTACGCACTGACCAACGTCACCCTGCGCTACGCCGTTGCACTGGCCAACTTGGGCGTCAAGGCCGCTTTCGACCGCGACCCGGCACTGGCTGCCGGCCTCAACATCGCCGCCGGCCACGTGGCACACCACTCCGTTTCCGAGGCGCACAACCTGCCCCTCGTCAACGACTGGCACACGCTGGTCTCCGCATAG MIIGVPKEIKNNEFRVAITAAGVHEFRTHGHTVLVERGAGLGSGITDEEYSIAGAEIVNEADDVWARADMVMKVKEPIAAEYHRFRKGLILFTYLHLAAEPELTAELINSGVTAIAYETVQEGRTLPLLAPMSEVAGRLSVVVGASSLMAPAGGKGVLLGGVPGVRPAKVVVLGAGVAGTNAAAMALGLGADVTIMDININRLRELDALYQGRLKTVASNAYEIEKSVIDADLVIGSVLIPGAKAPKLVTNELVARMKPGSVLVDIAVDQGGCFEDTHPTTHQEPTYKVHNSIFYCVANMPGAVPNTSTYALTNVTLRYAVALANLGVKAAFDRDPALAAGLNIAAGHVAHHSVSEAHNLPLVNDWHTLVSA PGPT0020070_1241 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ALANINE_DEGRADATION,PGPT0020070-ald-K00259 NA NA D3-18_00308 1335 hypothetical protein ATGGGCCCGGAACCGCCCTCGGGAGGAAAACCCGCAAATACAACGATCTTCTGCAAGTCAGCGCGACATTTGTCGAGCAGTGAAGCGTCAAGTGTCGCCTGCTGTTGGTACGCTTTCCAGATGCTGCAGGACGTGGAACAGATCGTTGAACGCGTTGCCTTGAAGCTGGGCCGCGGGCTGTCCCTGGAAGATCTCGACGGCGTTCTTCTCGCCTATAGCTCCAACCAGTCCCACGCCGACCGCGTTCGCGTGAACTTCCTCCTCAGCAAGCGGGTCCCCAGCGACGTCAGCGCCTGGCAGCTCGCCCATGGCATCGCCACGGCCGTGCGTCCCGTCGTAGTTCCCGCCAACGACGAACTGGGCATGCTGGGCCGCGTCTGCGTGCCACTTTTGGTCCGGGGTTTCCGCGTGGGGTACTTGTGGGTGCAACTGGACCTTGAAGAACAGAGTCCGACGGCGATACTCGCCGAATTACCCGGCGTGCGGGACGAGCTGGACCTGTTGGCAGGCTTGCTCCTGGATTCCAATACCGCCGAATCGGAGTTCCGGCGAAGGCGTGAGCAGGAGTTCCTGTCAGCCTGCGGCGGCGAATCGAACGCTGTGGCCGCCATCGCAGGTTGGAAGGAAATCCAAGGGCGCGGTCCGTGGCAGTTGGTGACCATACTCGATCCGGATGGTGCGAGGTCCGACGTCGATCCTCTTGCCGCTACCCTGACGCATCGATCAGCGGCGCTGCAGTCCACTATCGGCGTCAACGCCGCCTTGTTCAGCGCCGGAACGGAGACGCATTCGGTGGTCCTGTTCCGCGAGTCCGGTGGCCGGGCGGACCATGCCCAGGTGTTGGTGCACTATCAACTGGAGCTTGCGAAGCGCGCTGGCCGCAAGGTGGACAGGGTAATCCTGGGCATCAGCGAACCCTTCCAGGTCATCCGGCAGCTATCGGGTGCCTACCGTCAATCGAAGGTTGCTGCCCAGGCGGCTGCCGTGGACCTCCCACTAGGTGAGCTCGTGGATAGCCGGACTGTTGGTGTCTATCAACTTTTCGATCGCTTGGTGGCACCCGGAGGCTGGGATGACACAGGTTCGGTGCACTTTCAGACGCTTGAGGACCAGGACAAAAACGGCGAGCTCCTGCCCGTCCTGGAACTGCTCTATGACAATGACGGCTCGGTGCAGGACGTCGCCGCCAAACTTCACCTCCACAGGAGCAGCATCTATAACCGGCTCGGCCGCATCCGCCAACTCATCGGTGCCGATCCGTTGAGTGGCGCGATCCGGCTCGAGTTGCATGCGGCCCTGAAGGCGCGGCGCTGGGCCGGGCGGCCGCGGATCTGA MGPEPPSGGKPANTTIFCKSARHLSSSEASSVACCWYAFQMLQDVEQIVERVALKLGRGLSLEDLDGVLLAYSSNQSHADRVRVNFLLSKRVPSDVSAWQLAHGIATAVRPVVVPANDELGMLGRVCVPLLVRGFRVGYLWVQLDLEEQSPTAILAELPGVRDELDLLAGLLLDSNTAESEFRRRREQEFLSACGGESNAVAAIAGWKEIQGRGPWQLVTILDPDGARSDVDPLAATLTHRSAALQSTIGVNAALFSAGTETHSVVLFRESGGRADHAQVLVHYQLELAKRAGRKVDRVILGISEPFQVIRQLSGAYRQSKVAAQAAAVDLPLGELVDSRTVGVYQLFDRLVAPGGWDDTGSVHFQTLEDQDKNGELLPVLELLYDNDGSVQDVAAKLHLHRSSIYNRLGRIRQLIGADPLSGAIRLELHAALKARRWAGRPRI NA NA NA NA NA D3-18_00309 1455 hypothetical protein ATGTCCCCAACCATGGATCAGCCGCGCCGCGCCCACTCTGAAGGCGAGCGCACCAAGCCAACCGGACGCCGTCGGGCCCAACCCAGCGGATTCCCCACCGGCGCACTGGCGGACTCCGCCGCTGCGTCCACAAACCCACATGACCCTGGCGCGACCAGCACAGGCACGACGCCGGAACCCGCCACTGCGGCCATCCCCACCGTGGCGGCGCCTGCCACTCGTGCGGAAGTTCGTGCAGCGGAGCGGGAGCGTGAAGCCCTCGCCGTGATTGCGCCCGAGGCCTCGGCGTCACAGCCGGCACCGCAGCGATCGCCCCAGTGGGCCGAGCAGGCGGAACCCGCTACTGCAGTGGTACCTACTGTGCAGCCAGCGGCTCGGACGTCGACCACACCGGGACCCCCTACCGCGGCGATCCCCATTGTGACTCCGGCAAGTGCGTCCCCGGCCAACGTGGAGCCTGATTCTCAGGAGCTCAGCGCTCAGGAGCCCGCAACCGCAGCCATTCCAGTTGTTCAGGCTTCAACGCCGGAACCCGCCACGACAGCCATTCCCGTGATGTCTGCACGCGAAGAATCCACCACCACAACAGAAGCCGCCGAGCCTCCGCACGACGAATCCCTGCGTACTGAGTCACCTCGGGGCACGTCTCAGGCGCAGCTTGCTGCCGCTGCAACGGCATCGGCAGCACTGGCAAGCCGCAAGGATGTTCGCAAGCAGGCTGCCGCGCCCTCTGCAGCCAGGTCCAGCTTGGGGTCCACGTCCTCATTCGGCCGCGAACCCCACGCCGCCCTTCGGAAAGCAGCATCGGTCAAACACATGAGCCAGCGCATGGCCGTGGTTGCAGGGGCGCTTGGACTCGTGCTGACGGCCGGAACCTTGGGGCAAGCCCTCGAGCTTCCGTTCTTCGGCCAGGAAACCCCTGCGCAGGAAGCAAGCGGCGGCGACAGGAACTCAGGCTCCGCATCCCCCGCGCCCAGTGCCTCGTATTCCACGGCTTCCGCACCATCAGCGTCGTCGCCAGCAGCCTCGTCAGTTGCCACAGCGTCCTCCGAAGCCGGCCAGCCCGCGACACTAGCGGAGGCACCCACGGCCGGGTCGTCGTCGTCGGCTCCGACCCCGAAGGTATCGCTTGCCGACCCTGTATGGGTTCCGTCGGCTTTCCCCTCCTCAGTCCCGGCCGTCCCTGGAGTGACGAGTCCGGCCCCGACCCAGCCGGCTCCCGCGCCGAGCGAGGTGCCGTCGGACACGGTCACCACACCGCCCACAACTCCGACGCCCACAACCTCGCCGACCCCCACGGTCACACCCACGCCCACGCCGACACCCACATCAACGGAAACTGCAACGCCGACGTCCAAGCCCCGACCGGGCAAACCGCAGGCCGCCCCGGCACCCCAGCCCAGCGAATCTGCGCTTCAAGACATCCTGGATGCAGCCCAGGAGGTTCTCGGTTGA MSPTMDQPRRAHSEGERTKPTGRRRAQPSGFPTGALADSAAASTNPHDPGATSTGTTPEPATAAIPTVAAPATRAEVRAAEREREALAVIAPEASASQPAPQRSPQWAEQAEPATAVVPTVQPAARTSTTPGPPTAAIPIVTPASASPANVEPDSQELSAQEPATAAIPVVQASTPEPATTAIPVMSAREESTTTTEAAEPPHDESLRTESPRGTSQAQLAAAATASAALASRKDVRKQAAAPSAARSSLGSTSSFGREPHAALRKAASVKHMSQRMAVVAGALGLVLTAGTLGQALELPFFGQETPAQEASGGDRNSGSASPAPSASYSTASAPSASSPAASSVATASSEAGQPATLAEAPTAGSSSSAPTPKVSLADPVWVPSAFPSSVPAVPGVTSPAPTQPAPAPSEVPSDTVTTPPTTPTPTTSPTPTVTPTPTPTPTSTETATPTSKPRPGKPQAAPAPQPSESALQDILDAAQEVLG NA NA NA NA NA D3-18_00311 1056 ligC_1 COG1793 DNA ligase C ATGCCACCCGTCTCGCCCATGCTCGCCAAATCCGTTCCGGCCATCCCGGATGTTGGGCACTACGAACCCAAGTGGGACGGATTCCGGACGATCGTCTTCAAGGATGGGGACGAGATCATCCTGGGCAGTCGCAATGAGAAGCCAATGACCCGCTACTTCCCCGAGGTGGTGGAGGCGCTGAGGAAGAATCTGCCGGACAAATGCGTAATCGACGGCGAGATCGTCCTGATCGAGGGCAAGAGGCTCGAATTCGAGGTACTCCAGCAAAGGATCCACCCCGCCGACAGCCGCGTGAGGATGCTCGCCGAGAAGACTCCGGCTTCCATGATTGCGTTCGACATCCTTGCCCTGGGCGATGAGAACCTCATGGACAATCCCTTCTCCGAGCGCCGCGCCATCCTGGAACGCGCGCTCGCCAAGGCCGAGCCACCCGTCTACGTGACCCCTGCAGTGACGGATCTCGAACGGGCTCAGGAATGGTTCGTGCAGTTGGAGGGTGCAGGACTGGATGGCGTCCTGTCCAAGCCCTTGACCGGGACCTATCAGCCCAACAAGCGCGTGATGTTCAAAACCAAACACGAGCGCACGGCGGATTGTGTGGTTGCTGGGTTTCGTTGGCACAAGACCGCGAAGGTTGTGGGTTCGATGTTGCTGGGTCTTCACGACGACACTGGCCGCCTGCATCATGTGGGAGTGGTGGCCTCTTTCCCCATGGCCCGAAGGCAGGCCTTGGTGGCCGAGCTTGAGCCGTATCAGATCGAACTCGGCGAACACCCGTGGGGTGAGTGGGCCAACCAGGACGAAGCTGCCGGAGGTTCACGCATGCCCGGCGCCCAAAGCCGGTGGAGCGGGGGCAAGGATTTCTCGTTCGTGCCCCTTCGCCCCGAACTCGTGATCGAAGTGGCGTACGACTACATGGAAGGCGACAGGTTCCGGCACACCACACAGTTCCGCAGGTGGCGGCCGGACAGGACCCCCGAGAGTTGCACGTACTCCCAGCTTGAAGAGCCCGCTGAATACGATCTTGGGGAAATCCTGAAGCTGCCGAACGCCTAG MPPVSPMLAKSVPAIPDVGHYEPKWDGFRTIVFKDGDEIILGSRNEKPMTRYFPEVVEALRKNLPDKCVIDGEIVLIEGKRLEFEVLQQRIHPADSRVRMLAEKTPASMIAFDILALGDENLMDNPFSERRAILERALAKAEPPVYVTPAVTDLERAQEWFVQLEGAGLDGVLSKPLTGTYQPNKRVMFKTKHERTADCVVAGFRWHKTAKVVGSMLLGLHDDTGRLHHVGVVASFPMARRQALVAELEPYQIELGEHPWGEWANQDEAAGGSRMPGAQSRWSGGKDFSFVPLRPELVIEVAYDYMEGDRFRHTTQFRRWRPDRTPESCTYSQLEEPAEYDLGEILKLPNA PGPT0014910_1126 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014910-ligD-K01971 NA NA D3-18_00312 264 hypothetical protein GTGACCAACAAAGAATCGAACGAGGAAACCCAAGGCTTCGGCGCAACCGGCGCCACAGGACCGTTTGACACTACGTCCGATGCCGACAGCATCCACGAGGATCCCGACATGCGCGAGGATGAGGACGAGGACCCCGCTGCATCCGCCAACCCCGATCCCCTCGACGGCAACGTCACTGGCCTGGAGCCTGGCGGCGGAGTCCCCCCGGGAGAAACCCCGCCCGCCGAAGGCAGCATGAGCAGCGATCAGGGCCACGAGGAGTAA MTNKESNEETQGFGATGATGPFDTTSDADSIHEDPDMREDEDEDPAASANPDPLDGNVTGLEPGGGVPPGETPPAEGSMSSDQGHEE NA NA NA NA NA D3-18_00313 822 menH_1 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase GTGAACGCGCGGGGCAAGGCGCGCTCCAAAGCGGCAACACTCCTGTCCGCCGACATCGACGTGATGGGCCTGACCGGGCGGATTCTCTGGACGGAGGGCACGGCCCGGCCGGAACCGGGCGCAGAGTCCCGGAACGAGCCCGCATACATCTTGATTCATGGCATTGGCGTATCGCATCGGTACTTGGCGCGCTTGCATGGAGTCCTGGCCGCGAACGCGCCTACTTATTCGCTGGACCTGCCCGGTTTTGGCGGCACACCCAAGCCCGGCCGTCCGCTATCCGTAGAGGATTACGGCGCCTTCATTGCTGAGGCACTCAAAACCTGCGGCATCGATTCCTATGTCCTGGTGGGCCATTCGATGGGAGTGCAGTTCGCCATCGAAGCGGCCCTGCATGCCCCGGATCAGATCAGTCAGTTGGTGCTGATGGGGCCGGTGGTGGATTCCCGGCACAAGAACGTTCGCCGCCAATCCATGGCACTCTTCCTGGACGGGCTGCTCCGTGAGAGCCCGTCGTCCAACTGGATCGTCATCTCGGACTACTTCCGGTGCGGCCCCCGCTGGTACCTCACTGAGCTTCCCGTCATGATGTCTTACCGGACCGAGGAGCGGCTGGCGGGCGTTGGGGTGCCTGTGCTGATTCTGCGGGGTAGCCGCGACCATGTGGCAGGCCCGGACTGGGCGCTGCGGCTATCAAGGGCAGTCGCGCAGGGGCGTCTCGTGGAGATTCCGGGAGTCGGGCACGTGGCGCAACACATGCGCCCCATGGCTGTGGCGGATGCCATCCGGAGCTTTGTCACCGCCACGACGCCTCACCGTTGA MNARGKARSKAATLLSADIDVMGLTGRILWTEGTARPEPGAESRNEPAYILIHGIGVSHRYLARLHGVLAANAPTYSLDLPGFGGTPKPGRPLSVEDYGAFIAEALKTCGIDSYVLVGHSMGVQFAIEAALHAPDQISQLVLMGPVVDSRHKNVRRQSMALFLDGLLRESPSSNWIVISDYFRCGPRWYLTELPVMMSYRTEERLAGVGVPVLILRGSRDHVAGPDWALRLSRAVAQGRLVEIPGVGHVAQHMRPMAVADAIRSFVTATTPHR NA NA NA NA NA D3-18_00314 666 hypothetical protein ATGCTGTTGAATAGCGGTATGGCTTCAAGTTCCCCTTCCACCGTCTGGCCCGTGGTGCACCACGAACGCCGCGCCCTGTTGCAGGACTTGGAGCCGCTTCCGGCTGCTCAATGGCAGACGCCGTCGCTGTGTGCCGGTTGGAATGTGCACGACGTCCTGGCGCACGCTATCGATAGCGCCAAGACGACGCGGCTGAACTTCATCCGCCGGCTGATAGCCTCCCGAATGGACTTTGACCGCGACAACGCCGTGGGTGTGGAGCGCGAAAAAACAAAAGAACCTGCGCAGACGTTGGACGGCCTGCGCGCGGTGATTTCGCGGACCTCAGGCCCGCCGGCGAGCTTGGCCACCCGGTTGGTTGAGGCGTTCGTCCACGGCGAGGACATCCGGCGCCCCTTGGGAATACGCCGCAACTACCCCAGCGAGCACGTGGCCACGGCCCTGGGCTACCAGGTGAAGACCACCACCAAAATTGGTGGGGGCAAGGAAATCGCGGAGGGCTGGCGTTTGGTGGCCACTGACACGCCCTTCGATCATGGCAACGGTCCCACGGTTGAAGGTCCAGCTATAGCTCTGCTGCTCGCGGTGTCCGGGCGGCCGATCGGGCACGACGAAGTGAGCGGGCCGGGGGCTCCGGTTTTCCTGCAGCGCATGGAGAACCAGTGA MLLNSGMASSSPSTVWPVVHHERRALLQDLEPLPAAQWQTPSLCAGWNVHDVLAHAIDSAKTTRLNFIRRLIASRMDFDRDNAVGVEREKTKEPAQTLDGLRAVISRTSGPPASLATRLVEAFVHGEDIRRPLGIRRNYPSEHVATALGYQVKTTTKIGGGKEIAEGWRLVATDTPFDHGNGPTVEGPAIALLLAVSGRPIGHDEVSGPGAPVFLQRMENQ NA NA NA NA NA D3-18_00315 426 hypothetical protein ATGGCATTGATAGCTCCCCGCGTCACAGCCGGCCTCCCCGCCGACGACGCCCGGAATCTGGCGCGCTCCCTCGAGGACAGCAACGACATCACCGTGTTCGTGGATGGCACGGTCCACCGCCTACCGAATGAGGCGAGGGACGCCGTCGTCGACCTCCTTGCGAGACTGAGCCGTGGCGAAACGGTGACGGTGAGCAGCGTGGAGGAAATGCTCACCACATCGCAGGCCGCGGAGCTCGCGGGCATCTCTCACACCTATCTGCGCAACATGACCGACCGTGGCGAGATCCCGGTGGAGTACCGGGGAACGCATCGTCGGATCCGGCAGGCTGCCATCATGGCCTGGCTGGAAACGCAGAACAAGAAGCAGCAGGCCGAGGCGAGCGCAGGCAAGGACGCCGCGGAAGAGAACGAAGCGACCACGTAA MALIAPRVTAGLPADDARNLARSLEDSNDITVFVDGTVHRLPNEARDAVVDLLARLSRGETVTVSSVEEMLTTSQAAELAGISHTYLRNMTDRGEIPVEYRGTHRRIRQAAIMAWLETQNKKQQAEASAGKDAAEENEATT NA NA NA NA NA D3-18_00316 702 hypothetical protein ATGAACGAGCACGTGATCGCTATCCTGCCCTGCCGTAACGTGGACGACGTCGTGCCGTTCTACGAGGCGCTGGGCTTCACACTGACCTTTCGGCAGGCCCGGCCCAACCCGTATGTGTGCTTCAACAGGGGCGGGATCGACCTCCACTTTTTCGGCTTGGAAGCCTTCGCGCCGGAGAACTCCATGGGCAGCGCGATCCTGCTGGTCCCGGATACGGGTGTGCTTTACGACGAGTTCGCCGCCGGACTTCGTGCTGCCTTCGGGAAGTTGCCGATTTCCGGAATCCCCCGGATCACTCGGCCCCGCAGGAAGCAGGGGACAGCGGCCGGGTTCACCGTTGTGGATCCGGGAGGGAATTGGCTACGGATCTACGCTCTGGGGGCAACGGAGGAAGATGGCAAGGGCTCGGAGAGCCGCCTGGAAAGAGTACTGATGAACGCTACGCGGCAAGGAGATGCCCGCGGGGATGACGCCATAGCGATATCGGTGCTTGAGGCCGGGTTGTCACGTCATGCGGATGCCCCGGACGTGGAAAAGCTACCGCTGCTGGTGTATCTCGCTGAGTTGCAGCTTCGCATCGGGAACCTCGAGTTCGCGGCGCAAGCCCTGGATTCCGTGGACTCCCTGGCCCTGAACCCCGTGGAACGTGAAGGGTTGGCTGCAGAGTTGGCCAACGCCGCGGAGCTCCGGGCGTCGTTGTAG MNEHVIAILPCRNVDDVVPFYEALGFTLTFRQARPNPYVCFNRGGIDLHFFGLEAFAPENSMGSAILLVPDTGVLYDEFAAGLRAAFGKLPISGIPRITRPRRKQGTAAGFTVVDPGGNWLRIYALGATEEDGKGSESRLERVLMNATRQGDARGDDAIAISVLEAGLSRHADAPDVEKLPLLVYLAELQLRIGNLEFAAQALDSVDSLALNPVEREGLAAELANAAELRASL NA NA NA NA NA D3-18_00317 279 ptsH_1 Phosphocarrier protein HPr ATGCCTGAACGCACAGCCACCATCGCCAGCCGCTCCGGCCTGCACGCCCGGCCCGCCGCCTTGTTCGCGGAAGCCGCGGGCGAGCAGCCCGTGGAGGTCACCATTGCCATGCAAGGCGACCCTGCCGATGACGCGCTCGACGCCGCCAGCATCCTTTCGCTCATGACGCTCGGCGCCGCCAAGGGAGACGTTGTGGTGCTGCGGGCCGAGGGCGACGGTGCGGACGCTGCGCTGGACGCACTGGTGAAGCTGCTGGAGACGGACTTGGACGCGGAGTAG MPERTATIASRSGLHARPAALFAEAAGEQPVEVTIAMQGDPADDALDAASILSLMTLGAAKGDVVVLRAEGDGADAALDALVKLLETDLDAE PGPT0016875_857 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 D3-18_00318 1701 ptsI COG1080 Phosphoenolpyruvate-protein phosphotransferase GTGCAGAATTTCCAAGGAGTAGGGGTAAGCCCTGGCCGCATCATTGGTTCCGTCCGCCAGATGCCCAAGCCGGTGAGTGAGCCGCCGTCGGGAGAACGATTGGCTACGGACGTGAGCCCGGAAGACGCCGTCGCGGGCTTGAAAGCGGCTGCGCAGGCCGTCCATGATGAGCTCAAGGGACGTGCGGACAGCGCCTCCGGCGACGGCAAAGCTGTCCTCGAAGCCACAGCCCTCATGGCCAAAGACACCATGCTCCTGAAGTCTGCGAGCAAGCTCATCAACGCTGGCTCCTCAGCTGAGAGGGCCATCTGGGAAGCCGGTGCGTCCGTCTCCGAAATGCTGCACAACCTGGGCGGCTATATGGCCGAGCGTGCCACGGACGTCCTGGATGTGCGCGCGCGCATCGTGGCCGAACTTCGCGGCGTCCCCGCTCCCGGCATCCCCGCCTCTGATACGCCCTTCATCCTGGTGGCCGAGGACCTCGCTCCCGCCGACACCGCAACACTGAATCCCGCGGTGGTGCAGGCGCTGGTGACCTCAGGTGGCGGCCCGCAGTCCCACACGGCCATCATTGCGCGTTCGCTCGGCCTGCCCGCCGTGGTTGCAGCCCATGGTGTTGACGACATCGCGGATGGAACCGAGGTGTACGTGGACGGCGCGGCAGGCTTCGTTGCCGTTTCGCCCACTGACGAACACCGCGCCGCCGCTACGGCCTGGGCGGAAACCTCCGCCACTCTTGCCGCATTCGACGGAAATGGCACGACGGCGGACGGCCATTTGGTGCCGCTCCTCGCCAATGTGGGCGGAGCCAAGGACGCAGTGGCTGCTGCCGCTTTGGGCGCCCAAGGCGTCGGCCTGTTCCGCACGGAGTTCTGCTTCCTGGAGCGGGACACCGAACCCTCCGTGGACGAGCAAGCCGCAGCCTACAAGGCCGTATTCGACGCGTTCCCGGGCAAGAAAGTTGTCCTCCGCACCCTTGACGCCGGCGCCGATAAGCCGCTCCCCTTCCTCACGGACGCCACCGAGCCCAACCCTGCACTGGGTGTCCGCGGCTACCGCACCGACTTCACCACACCGGGTGTGTTGGAGCGTCAGCTTGAAGCCATCGCCCGGGCAGCTTCGGAGTCCGAGGCAGACGTTTGGGTCATGGCCCCCATGATCTCCACGGCCGCGGAAGCCGGACGCTTCGCCTCACTCTGTGCGGCCGCCGGAATCCAAACACCGGGCGTGATGGTGGAAGTTCCCTCCGCTGCCCTGACTGCTGCCACGGTGCTGCGCGAAGTCGGCTTCGCCTCGCTGGGAACCAACGACCTCACCCAATACGCCATGGCCGCGGACCGCCAGCTCGGACCCCTCGCGGAACTCAACACCCCCTGGCAGCCTGCCGTCCTGCGGCTCGTGCAGCTCACCGTTGAAGGTGCGGAGCAGGAAAGCTCTGGCCGCGAGGGCTCTGCCAAGCCCGTCGGCGTCTGTGGTGAGGCAGCCGCAGACCCGGCGCTCGCCGTCGTACTGACCGGCTTGGGCGTCACCACACTGTCCATGACCGCGCGCTCGTTGGCCGCCGTCGGGACTGTGCTGAAAACCGTGACGCTGGAGCAGGCGCAGGAACTGGCCACGCTTGCCCTGTCCGCTCCCAGCGCCCTTGAGGCCCGTGACTGGGTCCGCGCCAAACTGCCCGTGCTCGAAGAGCTCGGCCTCTAA MQNFQGVGVSPGRIIGSVRQMPKPVSEPPSGERLATDVSPEDAVAGLKAAAQAVHDELKGRADSASGDGKAVLEATALMAKDTMLLKSASKLINAGSSAERAIWEAGASVSEMLHNLGGYMAERATDVLDVRARIVAELRGVPAPGIPASDTPFILVAEDLAPADTATLNPAVVQALVTSGGGPQSHTAIIARSLGLPAVVAAHGVDDIADGTEVYVDGAAGFVAVSPTDEHRAAATAWAETSATLAAFDGNGTTADGHLVPLLANVGGAKDAVAAAALGAQGVGLFRTEFCFLERDTEPSVDEQAAAYKAVFDAFPGKKVVLRTLDAGADKPLPFLTDATEPNPALGVRGYRTDFTTPGVLERQLEAIARAASESEADVWVMAPMISTAAEAGRFASLCAAAGIQTPGVMVEVPSAALTAATVLREVGFASLGTNDLTQYAMAADRQLGPLAELNTPWQPAVLRLVQLTVEGAEQESSGREGSAKPVGVCGEAAADPALAVVLTGLGVTTLSMTARSLAAVGTVLKTVTLEQAQELATLALSAPSALEARDWVRAKLPVLEELGL PGPT0002025_637 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 D3-18_00319 723 hypothetical protein ATGAGTTTCGATGACCAGCTTCCGCCTAAAATTCGGTTGCTTCGCGCAGCTGCCGAATTGCTGGCGAATTCGGAGGGGTCAGCGGTCTCGACGCGCCAGATCACCAAGCTTGCAGGGGTCACGGCGCCCACGCTCTACCACCACTTTGGCGACAAAGAAGGCCTGTTCGACGCCGTCGTATCAGCCGGATTTGAAGAGTATGTGGCGGGGGAGCGGGATTTTGCACCGTCCGGGGAGCCCTTGGAAGACGTCAGGCGAATGTGGGATAACCACGTTCAGTTCGGACTGAGCCAACCCCATCTTTACCTGGTCATGTTCGGCAACATCAGGCCGGAGAGTCGCCCGGCAATCGTGGCCGATGCTGAAGCGCTCCTGGAGGAAATGCTGAACAAGGCCGCCATCTCCGGCCAGATCAACGTGCCGCCCCGGGAAGCGGCGCGCAGCATTCTTGCGGCCAACGTGGGCGTCACGCTCATGCTGATCGCTGAACCGGTGGAGGAACGGAATCTCGAGCTCTCAACCATGACCCGGGATTCCATGATTTTTGCCGTCTCCACGGACACCGCCCGTGGCGCCGCAGCGGAGGACTCCGGTAAGTCCTCGGTAGTTGTTGCGGCAATCGCCCTGAATGCGGCACTGCAGTCCTCGCATTCGGACCAACTATCCAGCTCTGAACTGAAGCTCTTCCTTGAATGGCTTCACCGCATTTCCAGCAGCTCCTAA MSFDDQLPPKIRLLRAAAELLANSEGSAVSTRQITKLAGVTAPTLYHHFGDKEGLFDAVVSAGFEEYVAGERDFAPSGEPLEDVRRMWDNHVQFGLSQPHLYLVMFGNIRPESRPAIVADAEALLEEMLNKAAISGQINVPPREAARSILAANVGVTLMLIAEPVEERNLELSTMTRDSMIFAVSTDTARGAAAEDSGKSSVVVAAIALNAALQSSHSDQLSSSELKLFLEWLHRISSSS NA NA NA NA NA D3-18_00320 2067 mtlA COG2213 PTS system mannitol-specific EIICBA component ATGGCAACAGAGACAGTTGCGAAGCCCCGCACCAGCGTGCGCGTTGGTGTACAAAAGTTCGGCACCTTCCTGTCCGGCATGATCATGCCCAACATCGGCGCCTTCATCGCCTGGGGCCTCATCACGGCCCTCTTCATCGAGAAGGGCTGGATTCCAGTTGCGGAACTGGGCGGTTTCGGCACCAACGCCGAGGGTGATCCCAACGTGGGAATCGTCGGCCCCATGGTCACGTACCTCCTTCCGATCCTGATCGCCTACACCGGCGGCCGGATGGTTTACGAGGTCCGCGGCGGTGTGGTCGGCGCCATCGCAACCATGGGCGTCATTGCAGGTACGGACGCGCCGATGTTCATCGGGGCCATGATCATGGGCCCGCTGGGTGCCTGGACCATGAAAAAGATCGATGCCCTGTGGGACGGCAAGATCCGCCCCGGTTTTGAGATGCTGGTCAACAACTTCTCCGCCGGTATCTGGGGCGCGCTATTGGCTTTGGGCGGCTTCTACGGCCTTTCCTGGCTGGTCCAGCGTTTCACTGACGGCGCAGGCGCAGTAGTCGGGTTCCTCGTCAACAACGGCCTGCTGCCATTGACCAGCATTTTCATCGAGCCGGCCAAGGTCCTGTTCCTCAACAACGCCATCAACCACGGCGTCCTCACTCCGTTGGGCATCCAGCAGTCGTTGGAACAGGGCAAGTCCATCCTGTTCCTGCTTGAAGCAAACCCCGGCCCGGGCTTCGGCATCTTGCTGGCTTACATGTTCTTCGGCCGAGGCGCCGCGAAGGCTTCGGCTCCCGGTGCTGCAATCATCCACTTCCTCGGCGGTATCCACGAGATCTACTTCCCGTACGTCCTGATGAAGCCGATCATCATCCTTGCTGCCATCGGCGGTGGCATGACGGGCATCGCGACCCTGGCCATCACCAATTCCGGCCTGGTCGCACCTGCCGCGCCTGGTTCCATCATCGCGGTTCTGGCCCAGACGTCCCGCGACAGCTACGTTGGCGTGATTCTCGCCGTCGTTCTGGCCACGGCCGTGTCCTTCGTCATTGCCGCGGTCATCCTGCGAACCTCCAAGAACAAGGGCGAGGACGACCTCTCCGCAGCTACATCCCGCATGGAAGCCATGAAGGGCAAGAAGAGCTCCGTCTCGTCGGCACTGACTGGTAACAATGCCGGCGCCCAGGGTGGCACTGTCCTCACCCGCCCTATCCAGAACATCGTGTTCGCTTGCGACGCCGGCATGGGTTCCAGTGCCATGGGTGCTTCGGTCCTGCGCAACAAGATCAAGGCCGCAGGCTTCCCGGACGTCAAGGTCACCAACTCGGCCATCGCCAACCTCAACGACAGCTACGACGTTGTGGTCACGCACCAGGACCTGACCGAACGCGCCCAGCCGCGGACGGCCAGTGCCGTTCACTACTCGGTGGACAACTTCATGAACAGCCCCGAGTACGACGACATTGTTGAGCTGGTCCGCAGCAGCAACACTGAAGGTTCGGCTTCCCACGCAGGAACGACGGCGGAATCAACCGCCGGAGCGCAGCCCGCCGCTGCTGCAACCGCTACTGCCCCTGCCTCCCACGGCGCGCATGTCGCCGAGCCGGCTGCCGCCGTCGAGGGCCAAGCCGCCGAGGGTAAAGGTGTCCTGCTCCGCGAAAGCGTGGTCCTGAACGGCACTGCAACGGACCGTGACGCAGCGATTGACGAGGCCGGAAAGCTCCTGCTGGACCGTGGTGCCGTTGATGTCAGCTACGTCCACGCCATGCATGAGCGCGAGGAATCCGTGTCCACGTACATGGGCAGCTTCCTGGCCATCCCGCACGGCACCAACGATGCCAAGGAACACATCAACCACTCGGCGGTGTCCATCATCCGCTACCCCGAGGGCATTGACTGGGGCGGCAAGCAAGTGAAGTTCGTGGTTGGCGTGGCCGGCCTCAACAATGAGCACCTCCACATCCTGTCCTCCATCGCAAAGATCTTCACCAACAAGGCCCAGGTGGCCCAGTTGGAGGAAGCAACCACCGTTGATGAAGTCTTGGAGCTGTTCGGAAAGGTCAACGCATAG MATETVAKPRTSVRVGVQKFGTFLSGMIMPNIGAFIAWGLITALFIEKGWIPVAELGGFGTNAEGDPNVGIVGPMVTYLLPILIAYTGGRMVYEVRGGVVGAIATMGVIAGTDAPMFIGAMIMGPLGAWTMKKIDALWDGKIRPGFEMLVNNFSAGIWGALLALGGFYGLSWLVQRFTDGAGAVVGFLVNNGLLPLTSIFIEPAKVLFLNNAINHGVLTPLGIQQSLEQGKSILFLLEANPGPGFGILLAYMFFGRGAAKASAPGAAIIHFLGGIHEIYFPYVLMKPIIILAAIGGGMTGIATLAITNSGLVAPAAPGSIIAVLAQTSRDSYVGVILAVVLATAVSFVIAAVILRTSKNKGEDDLSAATSRMEAMKGKKSSVSSALTGNNAGAQGGTVLTRPIQNIVFACDAGMGSSAMGASVLRNKIKAAGFPDVKVTNSAIANLNDSYDVVVTHQDLTERAQPRTASAVHYSVDNFMNSPEYDDIVELVRSSNTEGSASHAGTTAESTAGAQPAAAATATAPASHGAHVAEPAAAVEGQAAEGKGVLLRESVVLNGTATDRDAAIDEAGKLLLDRGAVDVSYVHAMHEREESVSTYMGSFLAIPHGTNDAKEHINHSAVSIIRYPEGIDWGGKQVKFVVGVAGLNNEHLHILSSIAKIFTNKAQVAQLEEATTVDEVLELFGKVNA PGPT0016945_19 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 D3-18_00321 1149 mtlD COG0246 Mannitol-1-phosphate 5-dehydrogenase GTGAAGGCAGTCCATTTTGGGGCAGGCAACATCGGGCGTGGCTTCGTGGGGCTGCTGCTTCACGAGGCCGGCTATGAGGTGGTGTTCGCGGATGTTGCGGATGCGCTGATCAGCCAGCTCGCGTCGGCCAGCAGCTACGACGTCCATGAGGTTGGCGAGAACCCGGCGGTCAAGACCGTCACCGGTTTCCGCGCGTTCAACTCGGGTTCGCAGGAAGTCGCTGTTGTGGAGGAAATCTCGACGGCGGATGTGGTGACCACTGCTGTGGGGCCGCACATCCTGAAGTTCGTGGCACCGGTGATCGCCCGCGGTCTGGCAGCCAGGCCCACGGACTTGCCACCTCTGCAGGTCATGGCTTGCGAGAACGCCATCAACGCCACGGATCTCCTGCACACGGAGATCCGGGCGGCTTGGGACGACTCCGCCGGGGACTTGGACGCCGTCGCGGTTTTCGCCAACACGGCGGTGGACCGCATCGTCCCGAACCAGGCGCCGGGCCAGGGCCTGGATGTCACGGTTGAGACCTTCTATGAGTGGGTCATTGACCGCACGCCGTTTGATGGCAACGCGCCGGTGATCCCGGGGGCCACGTTCGTGGACGAGCTTGGCCCGTACATCGAACGCAAGCTGTTCACGGTGAACACCGGCCATGCTTCGGCGGCGTACTTTGGTTATCAGGCCGGCTTGGAGAAGATCTCCGATGCCATGGCGGATCCGGCCGTGGCTGTGAAGGTCCGGGCAGTGCTGGAGGAAACCAAGGAACTTTTGGTGGCGAAGCACGGGTTCGTGGAGGCAGAGCAGGAAGCGTACGTGCAGAAAATCCTGTCCCGCTTCACTAACCCGCACCTGCCCGATACGGTGAACCGAGTGGGCCGGGCGCCCCTGCGGAAGCTAAGCCGGCATGAGAGATTTGTTGGCCCTGCCGCAGAATTGGCTGAACGTGGCGTGACGCCGGTGGCCCTCCTCGAGGCGATGTCCGCAGCCCTCCGTTTCGACGACGGCAACGACGACGAAGCCGTGGAACTCGCCAACTTGCTGACCGAACTGGACGCGGCTGCCGCCGTCGAACGCATCACGGAGCTTACGCCGTCGCACCCGCTGTTCCCGGCCGTCCAAAAGCTCGTGGAGGATCGTCAGGCGGAAGCGTAA MKAVHFGAGNIGRGFVGLLLHEAGYEVVFADVADALISQLASASSYDVHEVGENPAVKTVTGFRAFNSGSQEVAVVEEISTADVVTTAVGPHILKFVAPVIARGLAARPTDLPPLQVMACENAINATDLLHTEIRAAWDDSAGDLDAVAVFANTAVDRIVPNQAPGQGLDVTVETFYEWVIDRTPFDGNAPVIPGATFVDELGPYIERKLFTVNTGHASAAYFGYQAGLEKISDAMADPAVAVKVRAVLEETKELLVAKHGFVEAEQEAYVQKILSRFTNPHLPDTVNRVGRAPLRKLSRHERFVGPAAELAERGVTPVALLEAMSAALRFDDGNDDEAVELANLLTELDAAAAVERITELTPSHPLFPAVQKLVEDRQAEA PGPT0013700_497 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_MANNITOL_DEGRADATION,PGPT0013700-mtlD-K00009 NA NA D3-18_00322 951 yclQ COG4607 Petrobactin-binding protein YclQ ATGAAAAAGAGGCTGTCGAGCTACATCGGAGCACTGGCTGCAGGCGCTGCCTTGCTGGCCGTTACGGCATGTGGAGGCGGGGCAACGGCGTCCTCGCAGCCCGAGGAAGCCAGCACCATCACCATCGAACACGCCCAGGGCTCCACCTCCAACGTTCCCGTGAACCCGGCCAAGGTTGTCACGTTCGATCTCGGCGTTTTGGACACCATGAACGCGCTCGGCGTCGAACCCACCGGTGTTCCCGAAGCAAGCTACCCCGAGTCACTGAAGAAGTTCTCCGAGGCAAAGTACGCCAAGGTCGGTTCTCTCAAGGAACCCGATTTCGAAGCCGTCAGCTCCGCCGCTCCGGACCTCATCATCGTCTCCGGCCGCACCGCCGGCGCCTATGAGGAACTGAGCAAGATCGCACCTACCATCGACCTCTCCGTTGACGCTGCCAAGCCCATGGAAAGCTTCAAGGCTCAGACCGAGAAGCTCGGCAAGATCTTCAAGAAGGAAGACGAAGTCGCTGCCAAGCTCGCAGAGATAGACAAGACGGTCGCGGACACCAAGACCAAGGCTGCTTCGGCTGGCAAGGGCCTGATCGTTCTTACCTCGGGTGGCGAAGTCACGGCATACGGTGCCGGCTCCCGCTTCGGCATCATCCATGACGTCCTGGGCGTTCCGACCGCCGCCGACGTCAAGGCCGAGGGCTCCCACGGCGAGGCCGTTTCCTTCGAGTACATCAAGGAAACCAACCCGGACATCCTCTACGTCATCAACCGCGACACCGCCGTCGGCACAGCAGGCTCCACCGCCAACCCGATTCTGGACAACGAGCTCGTGAAGTCCACCAACGCTGCCAAGAACAACAAGATCGTCAACCTGGATCCTGCTGGTTGGTACATCGTTGGCTACGGCTTGAACAACGTTCAGGCCATGGTCACGGCAGTGGCCGATTCCGTCGCCTAA MKKRLSSYIGALAAGAALLAVTACGGGATASSQPEEASTITIEHAQGSTSNVPVNPAKVVTFDLGVLDTMNALGVEPTGVPEASYPESLKKFSEAKYAKVGSLKEPDFEAVSSAAPDLIIVSGRTAGAYEELSKIAPTIDLSVDAAKPMESFKAQTEKLGKIFKKEDEVAAKLAEIDKTVADTKTKAASAGKGLIVLTSGGEVTAYGAGSRFGIIHDVLGVPTAADVKAEGSHGEAVSFEYIKETNPDILYVINRDTAVGTAGSTANPILDNELVKSTNAAKNNKIVNLDPAGWYIVGYGLNNVQAMVTAVADSVA PGPT0003765_8310 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 D3-18_00323 993 yclN COG4606 Petrobactin import system permease protein YclN GTGCGCCCCACGGCAACAGCAAGCCGCAACCGGACTGGCGAAACCGCCCGCCTGGTTGCGGCTGCTGCCGTTGTGCTGGTGATCGCCGTCGGCAGCATCTTCGTTGGGGTCAGTGACGTCTCACTGCCTGCCTTGTTGGCGAACGACGCCGGTGCCTGGGAGATTTTTTGGGTCTCCCGGGTGCCGCGCACGTTGGCTGTGGTCCTGGCGGGGATGGCCGTCGCCGTTGCCGGGTTGATCATGCAACTCATGGCCCGGAACCGCTTTGTTGAGCCCTCCACAGTAGGCACCGTGGAGTCGGCGACACTCGGCATCCTGGTGGTCACCGTGCTGGCGCCGGACTCTCCGATCCTCATCAAGATGCTGGTGGCTTCCGTGTTCGCCGTTCTGGGCACTGCTCTGTTCCTGGCCATCCTCCGCAGGCTGCCGGCCCGGAACACGCTGCTCATTCCACTGGTGGGCATCATGCTTGGCGGCGTCATAGCGGCAGTCACTACCTTCTTCGCCTACCGTTTTGACCTCCTCCAAACCCTCAGCAACTGGATGATCGGTGACTTCTCCGGCGTGCTTCGTGGCCGGTATGAACTGCTGTGGATTGTGGCTGTGCTGGTGTTGGTGGGCCTCTTTGCTGCTGACCGCTTCACCGTTGCCGGCATGGGCCAGGATTTCACCACCAACCTGGGCCTCAACTATGCCCGCACCATGCGGCTCGGCCTGATGATCGTTTCGTTGATCTCGGCTGTCGTGGTTACCACGGTGGGGGCCGTGCCATTCCTCGGCCTGGTGGTCCCCAACATCGTCTCCTTGCTGTTCGGCGACAACCTCCGCCGGGCTGTGCCGTGGACCGCCCTTTTTGGAGCGGCGTTCGTGCTGGTCTGCGACATCATCGGCCGGACCATCCGATTCCCCTACGAGGTTCCAGTGGGCATGGTCATGTCAGTCCTTGGCGCCATCCTCTTCCTCTTCCTGCTCCTGAGGAAACGCAATGCCTGA MRPTATASRNRTGETARLVAAAAVVLVIAVGSIFVGVSDVSLPALLANDAGAWEIFWVSRVPRTLAVVLAGMAVAVAGLIMQLMARNRFVEPSTVGTVESATLGILVVTVLAPDSPILIKMLVASVFAVLGTALFLAILRRLPARNTLLIPLVGIMLGGVIAAVTTFFAYRFDLLQTLSNWMIGDFSGVLRGRYELLWIVAVLVLVGLFAADRFTVAGMGQDFTTNLGLNYARTMRLGLMIVSLISAVVVTTVGAVPFLGLVVPNIVSLLFGDNLRRAVPWTALFGAAFVLVCDIIGRTIRFPYEVPVGMVMSVLGAILFLFLLLRKRNA PGPT0003770_8844 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 D3-18_00324 1053 yclO COG4605 Petrobactin import system permease protein YclO ATGCCTGAAACTTCCGTGACGCCCGAATCCTTGGCGCCTGGCGCTCCCGTTTCCGGCCGCATGCGCTGGTTCACTCCTAAACGCTGGCGCGACGCAATCCGCAGCACCCCGCCGGGACTGGTCATCGCCATCTTGGCGATTGCCGCCGTCGTGCTTGTTGCTGTTTTCCTGACGATAGACCTCAAGGGCAACATCGCGTATGTGCTGCCGCGTCGGGCCATCAAAGTGTCCGCGATGCTGCTGGTGGCCGTAGCGGTTGGAGTGTCCACCCTGCTGTTCCAGACCGTAACGGCCAACCGCATCCTGACGCCGTCCATTATGGGCTTCGATGCCCTCTACATCCTGGTGCAGACCGCCCTGGCGTTCGTTGCCGGTGCCGCGACGCTGGCGACCGCTCCTTCCACGCTCAAGTTCGGGGTGGAGATCCTGCTGATGGTGGGATTCAGTGCGTTCCTTTACCGGTGGATGTTCACCGGTGCCACGCGATCTTTGCATCTGCTGTTGCTCGTGGGGATCGTGCTGGGCACGTTGTTCCGCGGTTTTTCCTCGCTCCTGCAGCGACTCATGGAACCCAGCGAGTTCATCATCCTCCAAGATTTGTTCTTCGCCAGTTTCAACAACGTGGATCCAGGGCTACTGGGTGTTTCCGCTGTACTGATTGCCCTTGTATGCGTTGCTGTGTGGCGCATGCGGCACACTTTGGACGTGTTGGCGCTGGGCCGTGAAGTGGCTATCAACGTGGGCGTCGATCACAAGCGCGTGGTGATGCGGGTGCTGCTCGCGTGCTCACTGCTCGTGGCGATTTCCACAGCGTTGGTGGGTCCCGTGACGTTCTTCGGCCTCCTGGTTGTCAGCCTCGGTTACCAGCTATGCCGCGGATTCCGGCACGCTTGGCTCCTGCCGATCGTGGTCTTGATTGGAGCGATCGCACTGGTGGGCGGCCAGTTGTTACTGGAGCGGGTGTTCGGGTTCGCCACTGCCCTGAGCGTGATCATCGAGTTCACGGGCGGCATCCTCTTCCTCTACCTGTTGTTGAAAGGCTCACTGAAATGA MPETSVTPESLAPGAPVSGRMRWFTPKRWRDAIRSTPPGLVIAILAIAAVVLVAVFLTIDLKGNIAYVLPRRAIKVSAMLLVAVAVGVSTLLFQTVTANRILTPSIMGFDALYILVQTALAFVAGAATLATAPSTLKFGVEILLMVGFSAFLYRWMFTGATRSLHLLLLVGIVLGTLFRGFSSLLQRLMEPSEFIILQDLFFASFNNVDPGLLGVSAVLIALVCVAVWRMRHTLDVLALGREVAINVGVDHKRVVMRVLLACSLLVAISTALVGPVTFFGLLVVSLGYQLCRGFRHAWLLPIVVLIGAIALVGGQLLLERVFGFATALSVIIEFTGGILFLYLLLKGSLK PGPT0003770_4816 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 D3-18_00325 759 yclP COG4604 Petrobactin import ATP-binding protein YclP ATGATTACCGTCCGCAACGTGACCAAGCGCTACGGCGGCATCACAGTGCTGGATGACGTGTCCTGCGAGATTCCCCGCGGCGGCATCACGTCCATCATCGGTCCCAACGGGGCAGGCAAGTCCACGCTGCTCTCCCTGATCAGCCGACTCCAGCCCATGGACGCCGGGGGAGTGTCTGTTGCCGGCCTGGATGTCACGGCGACGCCCAGCAAGGAACTGGCCAAGACCATGGCCATCCTCCGGCAGGAAAACCACCTGACCATGCGTCTCACGGTCCGCGACCTCGTGGCGTTCGGGCGCTTCCCGCACAGCGGTGGCCGGCCTACGGTTGAGGATCTCGAGCACGTTGACGAGGCCATCCGCCAGCTGGACCTCACATCCATGGCGGACAAGTTCGTGGACGAGCTGTCCGGCGGTCAGCGTCAACGAGCCTACATTGCGATGGTCCTTGCGCAGGACACTGAATACCTGTTGCTCGACGAGCCGCTCAACAACCTGGACATGAAACACTCCGTGGAAATGATGCGGCTGCTGCGGCGTTTGGCCGATGAGCTCGGAAAGACAATCGTGTTGGTGGTCCACGACATCAACTTCGCGTCCTGTTACTCGGACACCATTTTGGCCATGAAAAACGGCCGCCTCATCCATCAGGGCAGGCCCTCGGACATCATGCGTGCGGGGATGCTGCACGACGTCTACGACATCGATATCCGCATTGAGGAGATCGACGGCAACCGCATCGGCGTGTACTTCGCCTGA MITVRNVTKRYGGITVLDDVSCEIPRGGITSIIGPNGAGKSTLLSLISRLQPMDAGGVSVAGLDVTATPSKELAKTMAILRQENHLTMRLTVRDLVAFGRFPHSGGRPTVEDLEHVDEAIRQLDLTSMADKFVDELSGGQRQRAYIAMVLAQDTEYLLLDEPLNNLDMKHSVEMMRLLRRLADELGKTIVLVVHDINFASCYSDTILAMKNGRLIHQGRPSDIMRAGMLHDVYDIDIRIEEIDGNRIGVYFA PGPT0003760_7732 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 D3-18_00326 339 hypothetical protein GTGAACGACACCCCTCAGCACAATGAACTGCCCTTGGCTGACTACGATCACATCCCCAGTGGAACCTTGCCGTCCCGCATCTCGGGCCTTGACCAGGGGGGAATCGAGCAGCTCCTCAGCTACGAGCGCGCCCATGGCAACAGGCTCCCGGTCGTCCAAATTTTGGAGCACCGGCTGGATGCACTCAAGAACGGTGCTGAGCCCAGCGGGACCACCTCGCCCAGCACTCCCGAAGTCAGCAGGACCAGTACGGGTTCACCCGTCAGCCCGGCAACGTCCGGCCCGCCGATAAACCCGCCGTCACAAGGCGTTCCCACCAATCCTTCCCAGCCGCGGTGA MNDTPQHNELPLADYDHIPSGTLPSRISGLDQGGIEQLLSYERAHGNRLPVVQILEHRLDALKNGAEPSGTTSPSTPEVSRTSTGSPVSPATSGPPINPPSQGVPTNPSQPR NA NA NA NA NA D3-18_00327 1461 cycA COG1113 D-serine/D-alanine/glycine transporter ATGTCCGATCAGACAACACAGGGGAAGCTCCACGTCTCCAGCAGGGACAGCGAGCCGCACCTGTCACGCTCGCTCAGCAACCGCCACATCCAACTCCTGGCCATCGGCGGCGCAATCGGAACCGGCCTCTTCATGGGTTCCGGCAAAACCATCTCCGTCGCCGGCCCCTCCGTGATCTTCGTGTACATGATCATCGGTTTCATGCTGTTCTTCGTCATGCGGGCCATGGGCCAACTGCTGCTTTCCAACCTGAACTACAAGTCCTTCAGCGACTTCGCAGGAGACCTTCTTGGTCCTTGGGCAGGCTTCTTCACCGGGTGGACCTACTGGTTCTGCTGGGTGGTCACCGGAGTGGCCGACGTCATCGCGATTGCGGGCTACGCCAACGAACTTTGGCCAGGAATCCAGCTCTGGATCCCGGGCATTGCCACCATCATCATCCTGCTTCTCCTCAACCTGCCCACCGTGAAGGCCTTCGGTGAGACCGAATTCTGGTTCGCCCTCATCAAAATCGTGGCCATCGTGGCACTGATCGTGGTGGGCCTGGTGATGATCTTCACCGGCTTCCAGTCCAACGCAGGCACCGCGAGCTTCACCAATCTCTGGAGCCATGGCGGCTTCTTCCCCAAGGAATTCATGGGCTTCGTGGCCGGTTTCCAGATCGCCGTCTTCGCGTTCGTGGGCATCGAGCTGGTGGGCACTGCCGCCGCTGAAACGAAGAACCCGGAGCACAACCTCCCCCGCGCCATCAATGCCATTCCCCTGCGCGTCATGCTCTTCTACGTGGGCGCCCTCATCATCCTCATGTCCGTCACCCCGTGGACCGAATTCAAGGCTGGCCAGAGCCCCTTCATTGCCATGTTCTCGCTCGCCGGCCTCGGCATGGCGGCAACCGTGGTCAACCTCGTAGTGCTCACCTCGGCCATGTCCTCGGCCAACTCGGGCATCTACTCCACGTCCCGCATGGTGTACGGTCTGGCCCACGACGGCGACGCACCCAAGCTCTTCGGCCGCCTCTCCAGCCGCAAAGTACCCCAGAACGCACTGTTCCTCTCCTGCGTCCTGCTGCTGGCCGGCGTCGCGCTTCTCTACGCAGGCAAGGACGTTGGCGTGGCGTTCGACATGGTGACCACCGTGTCCGCCGTCTGCTTCATGTTCGTCTGGTCGATCATCCTGGCCAGCTACCTCGTGTACCGCAAACGCCGCCCCGATCAGCACGCGGCCTCGCCGTTCAAGATGCCCGGCGGCATCCCGATGGTGTGGGTGGTGTTCGCGTTCTTCGCGTTCCTCGTGTGGGCCCTGACCACGCAGCCCGACACGCTCACCGCGCTGCTGGTGACGCCCATCTGGTTCGCCATCCTCGGCATCGCGTACGCTGTGGTCCGCAAGTCGCCCCTGCATCAGGCCCGCGTGGCCGAGTGGAAAGCGATGGCTGAAGGCGAAACCGCAGCAGCGCGCTAA MSDQTTQGKLHVSSRDSEPHLSRSLSNRHIQLLAIGGAIGTGLFMGSGKTISVAGPSVIFVYMIIGFMLFFVMRAMGQLLLSNLNYKSFSDFAGDLLGPWAGFFTGWTYWFCWVVTGVADVIAIAGYANELWPGIQLWIPGIATIIILLLLNLPTVKAFGETEFWFALIKIVAIVALIVVGLVMIFTGFQSNAGTASFTNLWSHGGFFPKEFMGFVAGFQIAVFAFVGIELVGTAAAETKNPEHNLPRAINAIPLRVMLFYVGALIILMSVTPWTEFKAGQSPFIAMFSLAGLGMAATVVNLVVLTSAMSSANSGIYSTSRMVYGLAHDGDAPKLFGRLSSRKVPQNALFLSCVLLLAGVALLYAGKDVGVAFDMVTTVSAVCFMFVWSIILASYLVYRKRRPDQHAASPFKMPGGIPMVWVVFAFFAFLVWALTTQPDTLTALLVTPIWFAILGIAYAVVRKSPLHQARVAEWKAMAEGETAAAR PGPT0020615_50 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-AI_TRANSPORT,PGPT0020615-cycA|ydgF-K11737 NA NA D3-18_00328 762 drrB_1 Daunorubicin/doxorubicin resistance ABC transporter permease protein DrrB ATGAGCACCCACTTCTTCGCAGACACCTCGGTCCTGCTGGGCCGTTCCATGCGGCACATCTTCCGGAGCGTGGACACCATCATCACCACTGCGATCACGCCTATCGCCCTGATGCTGCTGTTCGTCTACGTGTTCGGCGGAGCCATCAGGACCGACACCGAGAACTACGTAAACTACCTGCTTCCGGGCATTATGTTGATTGCGATCGCCTCCGGCATCGCTTACACGGCCGTCCGGCTGTTCACTGACATGCAGAGCGGCATCTTCGAGCGGTTCCAGTCGATGCCGATCGCACGCTCTTCGATTCTCTGGGCGCACGTGCTGACGTCGCTGGTGGCCAACGGACTCTCGCTGGTGATCATCGTTCTGGTGGCACTCCTCATGGGTTTCCGCACTTCGGCCAACGTGCTGGACTGGCTGGCCGTGGCAGGCATCCTGGCACTCTTCACGCTGGCGTTGACGTGGATTGCGATCATCGCGGGCCTCTCAGCGAAGTCGGTGGATGGCGCGGGCGGGTTCTCCTACCCACTGATCTTCCTGCCATTCATCAGCTCGGCCTTCGTTCCGACGGAGACCATGCCCGGGCCGGTCCGCTGGTTCGCCGAAAACCAGCCGGTGACGTCAATCGTGAACACCATCCAGGACCTGTTCGCACAACGCCCGGTGGGCGGCGACATTTGGGTGGCCCTGGCTTGGTGCCTGGGGATCCTCATCGTCGCCTATGCGTTTGCCACAGCTGCCTACAAGCGCCAGATCGCCTAG MSTHFFADTSVLLGRSMRHIFRSVDTIITTAITPIALMLLFVYVFGGAIRTDTENYVNYLLPGIMLIAIASGIAYTAVRLFTDMQSGIFERFQSMPIARSSILWAHVLTSLVANGLSLVIIVLVALLMGFRTSANVLDWLAVAGILALFTLALTWIAIIAGLSAKSVDGAGGFSYPLIFLPFISSAFVPTETMPGPVRWFAENQPVTSIVNTIQDLFAQRPVGGDIWVALAWCLGILIVAYAFATAAYKRQIA PGPT0006730_20384 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D3-18_00329 804 drrA_1 Daunorubicin/doxorubicin resistance ATP-binding protein DrrA ATGACTGCCCCGGCAATCCGTGTAGAAGGTATTGAAAAGTCGTACAAGGACCTCCATGTGCTCCGGGGAGTGGACTTTGAGGTAGAGCCCGGCAGCATCTTTGCCCTGCTGGGCTCCAATGGAGCGGGCAAGACCACCATGGTGAAGATCCTGTCCACACTGCTGAAGGCGGACGCCGGCTCGGCCGCCGTCGAAGGCTCTGACGTTGCAACAGAGTCGCTCCAAGTAAGGCAGTCCATCAGCCTTACCGGACAGTTCGCCGCCGTGGATGAAGTCCTGACCGGCAAGGAGAACCTGGTCCTGGTGGCGAAGCTGCGTCACTTGAAGAACCCAGGCGGAATCGCGGAGGATCTGCTGGCGCAGTTCAGCCTCACCGAGGCCGGCTCCCGCAAGGTGGCTACGTACTCGGGCGGCATGCGCCGCCGCCTGGACATTGCCATGAGCCTGATCGGCAATCCGAAGGTGATCTTTCTGGACGAACCGACTACCGGCCTCGACCCGGAGGCCCGGCTGGAGGTATGGCAGATCATCAAGAACCTCGCCAAAAAAGGAACCACGGTCCTGCTCACCACACAGTACCTGGACGAAGCCGAGCAGCTCGCCCACCGCATTGCCATTCTGCATGAGGGCAGCATCATCGCCAATGGCACCCTCGCCGAGCTCAAGCAGCTGCTGCCGCCGGCCAAGGTGGAATACGTGGAGAAGCAGCCGAGCCTGGAGGACATCTTCCTGGCCCTGGTAGGAACGGGTGCCAACGCCAATGCCCAATCGGGTACCAACGAGTCAGTAAAGGACAGGTCATGA MTAPAIRVEGIEKSYKDLHVLRGVDFEVEPGSIFALLGSNGAGKTTMVKILSTLLKADAGSAAVEGSDVATESLQVRQSISLTGQFAAVDEVLTGKENLVLVAKLRHLKNPGGIAEDLLAQFSLTEAGSRKVATYSGGMRRRLDIAMSLIGNPKVIFLDEPTTGLDPEARLEVWQIIKNLAKKGTTVLLTTQYLDEAEQLAHRIAILHEGSIIANGTLAELKQLLPPAKVEYVEKQPSLEDIFLALVGTGANANAQSGTNESVKDRS PGPT0006725_21626 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D3-18_00330 366 hypothetical protein ATGGCAGCGAAATGGATCGAACTGGTCACCGGATCACTCGAGCAGAAGAAGCAGTACAAGCAAGCCAAGGCCAGGATGAATGCCCTGCCTGAGCCCTACCTGACCGTGGCCACCGCCTTCAACCGGTACCTGATGTACTACGGCGGCGTGACTGAGGGCGACACCATGGTGCAGATGTTCACCGACCTGGCTGACCTGTGGGAGCGGGCCGCAATCGACGGCACGCCCGTGAACGAAATCGTGGGTGACGATCCCATCGAATTCGCCGAAAGCTTCGCCCAGGCCTACGGCGGTAAGCGCTGGATCGACAAGGAACGCGAACGCCTTACCAAGGCAATCGACAAAGCGAAGGAGGCGGGATTATGA MAAKWIELVTGSLEQKKQYKQAKARMNALPEPYLTVATAFNRYLMYYGGVTEGDTMVQMFTDLADLWERAAIDGTPVNEIVGDDPIEFAESFAQAYGGKRWIDKERERLTKAIDKAKEAGL PGPT0006730_9561 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D3-18_00331 330 hypothetical protein ATGGGCAAGCAAATGACGGAGATGCTCAAAGGCACATTGGAGGGCATTGTTCTGGCCCTCCTGACCGGAAAGGCAGCGTACGGGTACGAAATCACCACGCTGCTCCGGGAGCAAGGATTTACCGAGATCGCTGAAGGCACCGTGTACGCGCTGCTGGTCAGGATCGAGCAAAAGGGGCTGGTGGACGTTGAGAAGCGCCCGTCCGAAAAAGGGCCACCCCGCAAGGTGTACACGCTCAACACACAGGGCGAAAAGGAACTGAACGAATTCTGGAACACCTGGAGCTTCTTGTCCGGACGGATTGAAGAGCTCCGCAAGGAAGGAAAATAA MGKQMTEMLKGTLEGIVLALLTGKAAYGYEITTLLREQGFTEIAEGTVYALLVRIEQKGLVDVEKRPSEKGPPRKVYTLNTQGEKELNEFWNTWSFLSGRIEELRKEGK NA NA NA NA NA D3-18_00332 510 phnO Aminoalkylphosphonate N-acetyltransferase GTGGTGGTGACTACTCAATCCGGTGCCGTGCCCACCTTGTTTACCGCCGCCGTCGAGCATGGAACCTTCACGCTCAGGCGTGCCCGGAAGGGCGACGTGCCGCGGATCCTCGCGTTACTGGCCGACGATCAGCTGGGCGCTACCCGCGAAAGTGCCGATGATTTAGTGCCGTACGAGCGGGCTTTTGACGCGATCGACGCCGACCCTGCGCACCTTCTGGTGGTGGGCGAACTCGACGGCGATGTTGTGGCTACCTTCCAGCTCAGCTACATCCCGGGCCTCTCGCGCAAGGGGTCCTGGCGGGCGCAGATAGAGGCGGTGAGGGTTTCTGAGGTGTTGCGGGGACAGGGTGTGGGTGCGCTCATGATCCGGTGGGCTATTGAGCAGGCCCGGGAGCGTGGCTGCTCGCTCGTGCAGCTCACCACGGATAAGTCCCGGGTTGCCGCTCATCGTTTCTATGAGCGGCTGGGCTTTGTTGCCAGCCACGAGGGCATGAAGCTGACGCTGTAA MVVTTQSGAVPTLFTAAVEHGTFTLRRARKGDVPRILALLADDQLGATRESADDLVPYERAFDAIDADPAHLLVVGELDGDVVATFQLSYIPGLSRKGSWRAQIEAVRVSEVLRGQGVGALMIRWAIEQARERGCSLVQLTTDKSRVAAHRFYERLGFVASHEGMKLTL NA NA NA NA NA D3-18_00333 1401 hypothetical protein ATGGAGACAATTCGAGAGTGGCGAGGCGTTGACACCGGTTCATTTGCCTCCGGGGTTGGGAACAAGGCCGGCGAGTCCGCGCTTGGTGTTTCGGCTCTCTTCACGCTGCTGAGGGATTTTCGCCTTGGTTCTTCCAGCGCTCAGCTGATTGACCAGCTGCGTGGGTTAGAGGAGGTGAAATCTGCTATTACCAGTGTCCAGGCTCGTGCCGCGGTGGCGTTGGATCTTGCGCAACGGCGTGAGCAGGCAGTCGCTGGTGTTCCCGCTTCGGAGCAGGGGCAAGGTGTTGCCGCTCAGCTTGCGTTGGCCCGGCGTGAATCGCCGAACCGAGGCTCCCGTCTCCTTGGAGTCGCGAAGGCGTTGGTCACCGAGATGCCACGCACCATGGCCGCGTTGGAATCGGGCCAGCTCAGTGAATGGCGCGCAACCTTGCTCGTAAGAGAGACAGCCTGCCTCTCCTTGGAGGATCGGCGGGCCGTGGACCAAGAACTCGCGCCTGATGCGGGCACCTTCGAGGGCGCCGGTGATAAAGCAATCATCGCCGCCGCCAAAGCCGCCGCCTATCGGCGCGATCCCCGTTCCGTTGCCCAGCGCGCGAGTCATGCCGCCACGGAGCGAACAGTGACCCTGCGCCCGGCAACAGACAGCATGACTTACCTGACTGCACTGCTTCCTGTATCCCAAGGGGTTGCCGTCTATGCCGCGCTTACCCGTAAGGCAGACTCTGCACGTTCCGGTGGGGACTCCCGGATCCGCGGACAAGTCATGGCGGATACCCTCGTCGAACGCATCACGGGGAGGCGTGGCGGGATTGGCGGCGTCGACCTCGAGATCATTATGACGGACCGCGCGCTGTTGCAGGGGGACAGTGAGCCTGCCCGGCTTAAGGGCTACGGGATAGTCCCGGCGGCGTGGGCAAGAGCCTTGGTTGGTGCTGGAGGTGCTGCCCCATCCGGCGGCGAACGGGCGTCCGCGACGGGCGGTAGTCCGGCACCGAAGAAGGACGAGGAGTTTGCCGTGTGGCTTCGTCGCCTCTATACAGCGCCGTCCACGGGGGAGCTCATCACCATGGACTCCAAGGCGCGGCTCTTCCCGCCGAGGTTGAGGCGTTTTATCGAAGTCCGGGACGACACCTGCCGCACGCCTTACTGCGACGCGCCCATCAGGCATATCGATCACGTTGTCCCGTGGCATTCAGGTGGTACCACATCCGTAAACAACAGTGCTGGGCTCTGCGAAGCATGCAACCACACCAAGGAAAACCCTGGATGGGCGGCAAAACAGCTGGTCGAAGATGTCCACACGCTGGAAGTCAGCACACCAACAGGGCATAGCTACCGATCGTCCGCACCGCCCTTGCCTGGGCACGTGCGCAGGCCCCCTTCGCCAGTGAGGGCTTGA METIREWRGVDTGSFASGVGNKAGESALGVSALFTLLRDFRLGSSSAQLIDQLRGLEEVKSAITSVQARAAVALDLAQRREQAVAGVPASEQGQGVAAQLALARRESPNRGSRLLGVAKALVTEMPRTMAALESGQLSEWRATLLVRETACLSLEDRRAVDQELAPDAGTFEGAGDKAIIAAAKAAAYRRDPRSVAQRASHAATERTVTLRPATDSMTYLTALLPVSQGVAVYAALTRKADSARSGGDSRIRGQVMADTLVERITGRRGGIGGVDLEIIMTDRALLQGDSEPARLKGYGIVPAAWARALVGAGGAAPSGGERASATGGSPAPKKDEEFAVWLRRLYTAPSTGELITMDSKARLFPPRLRRFIEVRDDTCRTPYCDAPIRHIDHVVPWHSGGTTSVNNSAGLCEACNHTKENPGWAAKQLVEDVHTLEVSTPTGHSYRSSAPPLPGHVRRPPSPVRA NA NA NA NA NA D3-18_00334 441 hypothetical protein ATGAGTACCTTTGATCCCCGGCTACTTGATCTTGCGCAGGAATTTCGCGAGTCACTACGACTCGGTGTGTACATGTTCCGACGTCTCGATCCTGAAGGTGACCTTACGGCCGCGCAACTCAGCCTGCTGTCCATGATTTCCGACGGCGGTCTACGCGTGGGCGATATCGCCAAGAACCTGGGCATCAAAGTCCCCAGCGCTACGGAGCAAATCATCAAGCTTGAGCGTTCAGGCCTGGTCACCCGCCAGCAGGATCCTGACGATTCACGAGCCGTCCAGGTGGTCATCACCGTAGCCGGCACGTCCGCCGTCGCCTCTGCCAACCAGCGGCGCAACGCCATGGTGGCTGAGCTGCTGCAGGACCTCAGCCAAGACGAAATTGAACATCTCGCAGCCGCCTTGCCCGTGATCGCCAAGCTCAACAGCTCGTTCCAAAACTAA MSTFDPRLLDLAQEFRESLRLGVYMFRRLDPEGDLTAAQLSLLSMISDGGLRVGDIAKNLGIKVPSATEQIIKLERSGLVTRQQDPDDSRAVQVVITVAGTSAVASANQRRNAMVAELLQDLSQDEIEHLAAALPVIAKLNSSFQN NA NA NA NA NA D3-18_00335 1239 yfmO Multidrug efflux protein YfmO ATGTCACGCCAGTTGGCTGACGCTTCAGCAAGCGCCGAAACAACCACTGAAACCGTCTTGGAAGCTGAGAAAGTTTCCTTCCTCAAACAGCCCAAGGCGGTGTGGGCCACTGCGCTCGCGGCCGTTTTCGCCTTCATGGGCATCGGGCTCGTCGATCCGATTCTTCCGGCTATAGCCAAGAACCTTGAGGCATCCACCAGTGAAGTCTCGCTGCTGTTCACTAGCTACTTCCTGGTGACGGCGATCGCCATGTTGATCAGTGGATTCGTGTCCTCAAGGATCGGTGGGAAGAAGACCCTGCTGATCGGGTTGGCGATCATCGTGGCGTTTGCGTCTTTGTCCGGCCTTTCCGGCAGCGTTGAACAACTGGTGGGGTTCCGGGCGGGCTGGGGTCTTGGTAATGCCTTGTTCGTTGCAACCGCGTTGGCAGTGATCGTGGGGGTGGCCAGTGGTGGTACCGGGACGGCCATCATCCTTTATGAAGCAGCACTTGGTTTAGGCATCTCGCTGGGCCCCCTGCTTGGCGCCCTCCTTGGCGGCTGGCAGTGGCGCGCACCGTTTTTCGGCACCGCAGTGCTCATGGCCGCGGCCTTCATCGCGCTGCTCGCATTGTTGCCCAAAACGCCGCCTCCCGCTAAGAAGTCCCGCCTCAGGGATCCGCTGGTGGCTCTCGGGCATAAAGGCCTCCGCACTACTGCCGCCAGCGCGTTGTTCTACAACTACGGCTTCTTCACCATCCTCGCCTTCACCCCCTTCATCCTGGGCATGGACGCCTATGGCATCGGGGGAGTGTTCTTCGGCTGGGGTGTAGCTGTTGCCGTATTCTCTGTGTTCGTGGCTCCCGTGCTGCAGAAGCGGTTCGGGGCCGTCAAAGTCCTGACCGGAACATTAGCGGCGCTGATGCTCGACCTGATTGGCTTGGGACTGGCCGCTGGGCACTCGGTGACGGCCGTCGTCGTGCTTGTCATCGTGGCAGGTGCCCTTCTGGGAATCAACAACACGGTTTACACGGAACTGGCCATGGGTGTCTCTGATTCCCCGCGCCCCGTTGCATCCGCCGGCTACAACTTTGTCCGCTGGATGGGTGGCGCGCTTGCACCATTCGCAGCAGCCCAGCTGGGGGAGCACTTCGGCCCGCAGGTCCCATTTTTCGCTGGTGCCGTTGCCATGGTTATCGCCATCCTGGTCGCTTTCGGAGGACGCGCCTACCTGAAATCCCACGAACCGCACTTGGTCTAA MSRQLADASASAETTTETVLEAEKVSFLKQPKAVWATALAAVFAFMGIGLVDPILPAIAKNLEASTSEVSLLFTSYFLVTAIAMLISGFVSSRIGGKKTLLIGLAIIVAFASLSGLSGSVEQLVGFRAGWGLGNALFVATALAVIVGVASGGTGTAIILYEAALGLGISLGPLLGALLGGWQWRAPFFGTAVLMAAAFIALLALLPKTPPPAKKSRLRDPLVALGHKGLRTTAASALFYNYGFFTILAFTPFILGMDAYGIGGVFFGWGVAVAVFSVFVAPVLQKRFGAVKVLTGTLAALMLDLIGLGLAAGHSVTAVVVLVIVAGALLGINNTVYTELAMGVSDSPRPVASAGYNFVRWMGGALAPFAAAQLGEHFGPQVPFFAGAVAMVIAILVAFGGRAYLKSHEPHLV PGPT0003580_417 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 D3-18_00336 1470 xylE D-xylose-proton symporter ATGTCCAGTTCCAGCACCGAAGGCGCGCCACCTGTTTCACGGAAGGTGATCGGCCTGGCCGTCGCCGGTGCCGTGGGCGGCTTCCTCTTCGGTTTCGATTCGTCCGTGGTCAACGGTGCCGTGGATGCGATGGCGGACGAGTTCGTCATGAGCGAAGCGCTAACAGGCTTCGCCGTGGCCGTCGCCCTTTTGGGCTGTGCCGCCGGTGCCTACTTCGCCGGCAAGATTGCGGACCGGTACGGCCGCATCCCCGCCATGAAGATCGGCGCATTGCTCTTCCTGGTGAGCGCGGTGGGAACCGGTCTTGCGTTCGGCGTTTGGGACCTCATTTTCTGGCGGCTGGTGGGCGGCCTGGGCATCGGGCTTGCCTCGGTCATTGCCCCGGCTTACATCTCAGAAATTTCTCCACGGCACGTACGTGGCCGCTTGGCATCGCTTCAGCAGCTCGCCATCACCACCGGCATCTTTGCAGCCCTGCTCTCCGACGCTGTGCTCGCAAATTCGGCTGGCGGTGCGGACGGCACGTTGTGGCTGGGCATTGAAGCCTGGCGCTGGATGTTTATCGCCTGCGCCTTGCCCGCCGCGGTGTACGGCTGGATCGCTTTCCGCCTCCCGGAGTCCCCGCACTTCCTGGTGCTCAACGGCAAGGAAGAGCAAGCCCGCACCATCTTCAATAAACTCATCCCCGGCGATGACATCGAACGCCACATCCGCGAGATCCAGGAATCCATCCAACAGGAAAAGCTCTCCACCAAGAAGGGCTCGCTCCGAGGTAACAGGTTCGGCCTGCTCCCAGTGGTCTGGATCGGCATCATCCTGTCCGTGCTGCAGCAGTTCGTTGGCATCAATGTTATCTTCTACTACTCCACCACGCTGTGGAAGGCCGTCGGGTTCCAGGAAAAGGACTCCCTGACGATCTCCGTCGCCACGTCCGTCACGAACATCCTGGTGACCCTGGTGGCCATCGCTTTGGTGGACCGGATCGGCCGCCGCCCCATCCTTCTGACCGGCTCCATCGGCATGGCCGCATCCCTGGGCGTTATGGCGCTGGCGTTCTCCTCTGCTGTTGGCACCGGCTCCGAGATCAGCCTTCCGGGCGCTTGGGGCCCGGTGGCCCTTGTGGCTGCCAACGTCTTCGTCATCAGCTTTGGTGCCTCGTGGGGTCCGCTCGTATGGGTGCTGCTGGGCGAAATCTTCCCGTCGCGCATCCGCGCCCGGGCCCTCGGGCTGGCTGCCGCTGCGCAGTGGATCGCGAACTTTGCCATCACGCTCAGCTTCCCCATCATGGCAGCAGGTTCGCTGCCCCTGACGTACGCAATGTACGCAGCCTTCGCGGCGGCGTCGTTCTTCTTTGTCATGTTCAAGGTGCCCGAGACGAACGGTATGTCCTTGGAACAGGCTGAAACCTTGTTTGTTCCAAAGGGGGCACCAGTAGCGCCGCTGCCGGTTACCTCGGACGAAGCCAAGTAG MSSSSTEGAPPVSRKVIGLAVAGAVGGFLFGFDSSVVNGAVDAMADEFVMSEALTGFAVAVALLGCAAGAYFAGKIADRYGRIPAMKIGALLFLVSAVGTGLAFGVWDLIFWRLVGGLGIGLASVIAPAYISEISPRHVRGRLASLQQLAITTGIFAALLSDAVLANSAGGADGTLWLGIEAWRWMFIACALPAAVYGWIAFRLPESPHFLVLNGKEEQARTIFNKLIPGDDIERHIREIQESIQQEKLSTKKGSLRGNRFGLLPVVWIGIILSVLQQFVGINVIFYYSTTLWKAVGFQEKDSLTISVATSVTNILVTLVAIALVDRIGRRPILLTGSIGMAASLGVMALAFSSAVGTGSEISLPGAWGPVALVAANVFVISFGASWGPLVWVLLGEIFPSRIRARALGLAAAAQWIANFAITLSFPIMAAGSLPLTYAMYAAFAAASFFFVMFKVPETNGMSLEQAETLFVPKGAPVAPLPVTSDEAK PGPT0014440_736 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_OTHER_SUGAR_TRANSPORT_RELATED_PROTEINS,PGPT0014440-hxt-K08139 NA NA D3-18_00337 1362 COG0402 8-oxoguanine deaminase GTGAGCACGTTCTGGTGCGAGACAGCCATTATCACCGGCGGTGGCGACGACGGTACCGGCCTTCCGGAGGTAGCTACGGGCGTGCGCGTGGAGACCATCGATGGACGCATCTCGGCCATGGAAAGCGGCGCGCAGCCCCAATCCGGCGACACGAAACTGATGGGCGTCACCTTCCCCGCCGCTGCCAACGCACACTCGCACGCCTTCCACAGGATCCTCCGCGGAAGAACGCATGACGGGCGCGGAGATTTCTGGGTGTGGCGGGAGCAAATGTACCGGAGCGCGTCGGAGCTGACTCCTGAGAAGTACCAGAAGCTCGCTGCTGCCGTATTCGCTGAAATGGTGGTGACAGGTTTCAGCAGCGTGGCCGAGTTCCACTACGTCCACCACCAACCCAATGGCACGGCGTACCTGGAGCCGCACGCCATGGAGTTGGCCCTTGCCCGCGCGGCAATGTCAGCAGGGATCCGCCTAACACTTCTGGACACCTTGTATTTGTCCGGCGGAATCGGTACCTCGCTCAGTCCCGAGCAGGCAAGGTTCGGGGACACAGATGTGAATGCGTGGCTGGATCGGTTACGTTCCCTCCAGACCGCAATAGCACAGGAGTTTCCACCCGACAGGGTGGGCGTCGGAGCCGCCCTGCACTCCGTTCGCGCAGTGCCGGAAGAGGCGCTGAAGGTTGTTGCCAAGCAGCTACCCCGCGACATTCCCCTTCACATCCACCTGAGCGAACAGCCTGCCGAAAACCAAGCATGCTTGGAGGCCTACGGCACCACTCCCGCCGGTCTCTTGGAACGCCACGGCTTACTGTCTTCCAGGCTTTCGGCGGTTCATTCCACGCACCTTACGCAGCAGGATATTTCGTTGCTGGGCGCAGCATCAACCACCATAGTGATGTGTCCCAGCACGGAAGCCGACCTCGCGGACGGGATCGGCCCCGCCCGTGAACTTTCCGATGCCGGAGCCACTATCGCTTTGGGTACCGACCAGCATGCGGTGATCGATCCCTGGATTGAAATGCGCACCTTGGAACACGGAGAGCGGCTAGGCAGTGGGCAGCGTGGAAGGTTCTCGCCAGGGGAACTGCTGCTGGCCGCAACGCAAGGAGCAGCGCGCTCCATGGCCACACCCGTCGCCTCGTCTGCACTGAAGCTCGGTGCCCTCTGCGACCTAATGGTGGTTGATCCCGCGTCCGCCCGGACTGCCGGATCCCGGCCGCTGCAATTGGCCTTCAGCGCGACGGCCAGCGATGTAACGGAAGTAGTCATCGCCGGTGAATTGATGGCTTCCCACGGAGTGCACACGCGCCTCGGCGCGCCGGGAGACCTTCTGACTGCAGCGCTCGAGGAGTTCTCGTAG MSTFWCETAIITGGGDDGTGLPEVATGVRVETIDGRISAMESGAQPQSGDTKLMGVTFPAAANAHSHAFHRILRGRTHDGRGDFWVWREQMYRSASELTPEKYQKLAAAVFAEMVVTGFSSVAEFHYVHHQPNGTAYLEPHAMELALARAAMSAGIRLTLLDTLYLSGGIGTSLSPEQARFGDTDVNAWLDRLRSLQTAIAQEFPPDRVGVGAALHSVRAVPEEALKVVAKQLPRDIPLHIHLSEQPAENQACLEAYGTTPAGLLERHGLLSSRLSAVHSTHLTQQDISLLGAASTTIVMCPSTEADLADGIGPARELSDAGATIALGTDQHAVIDPWIEMRTLEHGERLGSGQRGRFSPGELLLAATQGAARSMATPVASSALKLGALCDLMVVDPASARTAGSRPLQLAFSATASDVTEVVIAGELMASHGVHTRLGAPGDLLTAALEEFS NA NA NA NA NA D3-18_00338 1200 amaB N-carbamoyl-L-amino acid hydrolase GTGGAAACCGTCAATCAGCTCCTAGCCTCAATCCAGGATGTGGGCCGCGACGCGGTGCGCGGAGGCTACTCCAGGGCCGTCTATACAACACCCGAACTCGATCTCAGGGACTGGTTCATCGAGCAAGCCGCACAGCGCGGCCTCGACGTGGAAACGGACCGGAACGGAATTATTTGGGCGTGGTGGGGAAAGCCCCACCAGGGCGCCCTGGTCACCGGAAGCCACCTCGATTCGGTGCCCGGCGGGGGCGCATTCGACGGTCCCCTCGGCGTCGCTTCCGCGCTGGCCGCCGTCGACATCCTCAAGGCCCGCGGACTCCAGCCTCCGCGATCGTTGGCAGTCACCGTTTTTCCGGAGGAGGAAGGGTCGCGCTTTGGCGTGGCGTGCCTGGGTTCGCGGCTCCTCACGGGTGCGATCGACGTCGAGAAGGCCCTGAATCTGCGCGACGTCAACGGCGATTCCTTCGCCGACGTCGCCAGCGCCAACGGCCTGGATCCCCGTCATGTAGGCCCGGATTCGGAAGCCATGGGACGCATTGGCGACTTCGTTGAACTGCACGTGGAACAGGGCAAGGGCCTGGGGCAGGGCGGTCCTCCCATCGCCGTAGGAAGTTCAATCCTGGGCCACGGCCGCTGGAAGATCAGCGTCAACGGCCAAGGCAACCACGCCGGCACCACACTCATGGCAGACCGCGCAGATCCGATGGTCGCAGCCGCCCAGATCGTCCTGGCCGTTCGGGAAACAGCCGCCAAGCTACCCGACGCGCGAGCGACAGTGGGCCGCCTTACGCCCGTTCCTGGTGGAACCAACGTCATCGCCTCGCGCGTGGACCTTTGGTTGGACGCCCGCCATCCCGACGACGCCGTGACCGCTCAACTCATCGAAGCAATTTATCGCGCAGCCCAGGACGTTGCTGCGGCGGAGGCTTGCACAGTGACCCTCACTGAAGAGTCCTACAGTGACACGGTGCACTTTGATGCCGGCCTGAGTCGTCGTATCACCAACCTTCTGCCGGGAGCTCCAGTGCTGGCAACCGGCGCAGGGCATGATGCCGGAGTACTGGCCGGCTACGTCCCCTCGGCGATGCTCTTTGTCCGTAACCCCAGCGGCATTTCACACTCGCCCGAGGAGTACGTAGCGGACGAGGACGCCTCCGCAGGTGCAGTTGCGTTGGCTGATGTTCTGGAAGGACTCCTGTGA METVNQLLASIQDVGRDAVRGGYSRAVYTTPELDLRDWFIEQAAQRGLDVETDRNGIIWAWWGKPHQGALVTGSHLDSVPGGGAFDGPLGVASALAAVDILKARGLQPPRSLAVTVFPEEEGSRFGVACLGSRLLTGAIDVEKALNLRDVNGDSFADVASANGLDPRHVGPDSEAMGRIGDFVELHVEQGKGLGQGGPPIAVGSSILGHGRWKISVNGQGNHAGTTLMADRADPMVAAAQIVLAVRETAAKLPDARATVGRLTPVPGGTNVIASRVDLWLDARHPDDAVTAQLIEAIYRAAQDVAAAEACTVTLTEESYSDTVHFDAGLSRRITNLLPGAPVLATGAGHDAGVLAGYVPSAMLFVRNPSGISHSPEEYVADEDASAGAVALADVLEGLL PGPT0021095_2487 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_DEGRADATION,PGPT0021095-pydC-K06016 NA NA D3-18_00339 684 xynR_2 COG1414 HTH-type transcriptional regulator XynR GTGGCAGCTGATTCTTCCACCCGAACAGTCGAGAGGGCTTTGGCCCTCCTCAGTGCGGTCTGTACTGACGGCTCCATCAGCCTCAGCGACGCAGCACGGGTGGTGGATCTGTCGGCCAGTACCGCGCTCCGCCTCCTCCGCACCTTGGAAGGCAGCGGCTTCGTGACGCGGGACCCCGGGGGCAACTTCCGCCCGGGGGCCAGTGTCATTCAGCTGGGAGCGCTGGCATTGGGCCAGGAGTCCTTGGTGTCGCTTTGCACACCGCACATGAAGCGGCTTGTGGCTGAGACAGGCGAGTCCTGCTACTTGAGTATTCCCGGTCCTGGGGAAACCGGAATCTACATTGCCATCGTCGAAGGTACCCGCTCTGTCCGGCACACCAGCTGGGTGGGCAGGAGCATCCCGCTGGAAGGGTCCGCCGCTGGCAAGGTGCTGACAGGCGGACAAAACGGTCGCGGTTACGCCATTGTGCGGAGCGGCGTCGAAGACGACATAACGGCCGTCGCTGCACCCATTGTGATCGGCGGCCGAACAGTGGCAGCCCTCAGCATCGTGGTGCCTAGCTACCGCTTGGACGAGGCGAAGGCCCACACAATTGGCGAGGAACTGGTGAAGGTAGCCGACAACATCCTCGTGGAACCCGACGGAAACCATGAAGTGCCCCAGGAAAGCATGGAAAAGTAA MAADSSTRTVERALALLSAVCTDGSISLSDAARVVDLSASTALRLLRTLEGSGFVTRDPGGNFRPGASVIQLGALALGQESLVSLCTPHMKRLVAETGESCYLSIPGPGETGIYIAIVEGTRSVRHTSWVGRSIPLEGSAAGKVLTGGQNGRGYAIVRSGVEDDITAVAAPIVIGGRTVAALSIVVPSYRLDEAKAHTIGEELVKVADNILVEPDGNHEVPQESMEK PGPT0020250_3 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020250-hutU-K01712 NA NA D3-18_00340 1104 osmV_1 COG1125 Osmoprotectant import ATP-binding protein OsmV ATGATCAAATTTGAAAATGTCACCAAGGCCTACCCTGACGGGACGGTGGCAGTCGACGGCCTCAACCTGGAAGCCCCCACCGGAAAGCTGACCATCCTTGTTGGTCCTTCCGGCTGCGGCAAGACCACCTCCCTGAGGATGATCAACCGCCTCATCGAACCCACCAGTGGCACCATCTACCTGGACGATCAGCCCACTTCCGGCATGGACGCAGCGTTGCTCCGCCGCCGGATCGGATACGTCATCCAGCACGCAGGGCTCTTCCCGCACAAGACCATCGTGGACAATGTCTCCACCATGCCGCTCTTGCTCGGGGAAAGCCGGCAGAAGGCCCGGTCCAAGGCGCTCGAACTGATGGAGCGCGTTGGACTGCCCACGAGCTTCGCCAAACGTTATCCCTGGCAGCTTTCCGGTGGCCAGCAGCAGCGCGTGGGTGTTGCCCGTGCGTTGGCATCTGACCCGGCGTTCATGCTGATGGATGAGCCTTTCAGTGCCGTGGACCCAGTAGTACGCGCGCAGCTTCAGGAGGAGTTCCTTCGCCTGCAGCGCGAAATCGGCAAAACCATCATCATGGTCACCCACGACATCGACGAAGCCCTCAAGCTCGGGGACCAGGTTGCCGTGATGCGAGTAGGCGGCAAGCTTGCGCAGATGGCGTCCCCTTCAGAGTTACTCACAGCGCCCGCAGACGAGTTTGTGGCCGACTTCGTGGGCCGTGACCGCGGTTACCGCTCGCTCGGCTTTACGAAAACGGCCGGTGCCGTTGCTATCGGTGAAGAAGCTGTTGTTCACCTCGGTGCTTCAGCTGATGAGGCTCGCGCCAAGTCGCTGGGTGCTTGGGTGTTGGTTGTCGACGGCGGCCGGAAGCCTCTCGGTTGGGCTCAGACACAGCTTCTCAATGGTGAAGTGAAGCGGGAGAACCTGAATCTCAGCGGGATACCGGCTGCAGCATCAGGAACCATGCGGCAACTGCTCGATGCTGCGCTCTCCTCGCCGAGCCGCCGCGGTGTGGTTGTCAACGAGCATGGCGAATTGATCGGGACCGTGTCTGCAACGGACGTGGTCAAGGCCATCGAGGCCGAACCACATCTGGAGACGATCTGA MIKFENVTKAYPDGTVAVDGLNLEAPTGKLTILVGPSGCGKTTSLRMINRLIEPTSGTIYLDDQPTSGMDAALLRRRIGYVIQHAGLFPHKTIVDNVSTMPLLLGESRQKARSKALELMERVGLPTSFAKRYPWQLSGGQQQRVGVARALASDPAFMLMDEPFSAVDPVVRAQLQEEFLRLQREIGKTIIMVTHDIDEALKLGDQVAVMRVGGKLAQMASPSELLTAPADEFVADFVGRDRGYRSLGFTKTAGAVAIGEEAVVHLGASADEARAKSLGAWVLVVDGGRKPLGWAQTQLLNGEVKRENLNLSGIPAAASGTMRQLLDAALSSPSRRGVVVNEHGELIGTVSATDVVKAIEAEPHLETI PGPT0013585_1294 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013585-opuA|osmV|yehX-K05847 NA NA D3-18_00341 651 yehY COG1174 Glycine betaine uptake system permease protein YehY ATGAACTTCGAGTGGCTGGGCCGCCAGTTCGACAACATTGTGTTCCTGCTCGGCTGGCATGTCTTGCTGGCCGTCACCCCGCTGATCCTGGGGCTGCTCATCGCACTGCCCCTTGGCTGGTGGGCGCACCGGAGCCGTCGGATCTACCCGCTCTTGGTGGGTGTTGCCGGGCTGCTCTACACCGTCCCCTCCCTGGCACTCTTTGTGCTCCTCCCCCTGGTTTTGGGTACCAAGATCCTGGACCCGCTCAACATTGTGGCCGCACTGACCATCTACACAGTGGCACTGCTGGTTCGGGTAGTCGCGGATGCCCTCGATTCCGTTCCCGAGGACACCGTCCAAGCCGCCAAGGCCATGGGGTATCGCGGCTACCAGAGCCTCCTGAAAGTTGAACTTCCCGTGGGTGTTCCGGTGATTTGCGCAGGCTTGCGCGTCGCCGCCGTCTCCAACGTCAGCCTCGTATCCGTGGCCGCCCTGCTGGGTATACCGCAGCTCGGTTCACTCTTCACACAGGGCTTCCAGCTCCGTTTCTACACTCCGATCATCGCCGGCATTCTGCTTTGCGTGGTCCTGGCCATGGTCCTGGACGGGCTGATCATCCTCATTAACCGGTGGCTGACACCGTGGACCCCCAAGGTGGTGGCATCGTGA MNFEWLGRQFDNIVFLLGWHVLLAVTPLILGLLIALPLGWWAHRSRRIYPLLVGVAGLLYTVPSLALFVLLPLVLGTKILDPLNIVAALTIYTVALLVRVVADALDSVPEDTVQAAKAMGYRGYQSLLKVELPVGVPVICAGLRVAAVSNVSLVSVAALLGIPQLGSLFTQGFQLRFYTPIIAGILLCVVLAMVLDGLIILINRWLTPWTPKVVAS PGPT0013590_4447 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013590-opuBD|yehW-K05846 NA NA D3-18_00342 717 opuCB_1 COG1174 Glycine betaine/carnitine/choline transport system permease protein OpuCB GTGAACTACTTGTTCGACCCCGCACACTGGAGCGGCGCAGACGGCATCCCTACCCTGATCGCTGAGCACCTCCTGTACTCCCTTATTGCCCTGGCAATTGCCGCCATCATTGCCGTGCCACTGGGTATCTACATTGGTGTGACAGGCAAGGGCGTGTTCATGATCGCCGGCCTTGCCAACGCCCTCCGGGCACTTCCCAGCGTCGGCTTGTTGATCTTGCTGGTCCTGCTCATTTCGCCAGCCTTCCCATCCCGTATGGGTTACGTACTTCCCAGTCTCATCGTGCTGGTATTGCTGGCAGTTCCGCCTATCCTGACCAACACCTACGCCGGCGTGCGCGCTGTGGATGCTGCCGCCGTCGACGCCGCCAAGGGCATGGGCTTCCGGACCATGAAGATCCTCACGGACGTCCAGCTACCTTGTTCTCTTCCGCTGGTTTTGTCCGGTGTCCGCAGCGCATTGTTGCAAATCATCTCGACCGCGACCATCGCTGCATACATTTCGCTCGGCGGTCTGGGCCGCCTCTTGATCGACGGCAAGGCCCAGAACGACTACGGACAAATGGTGGCGGGCGCCGTTCTTGTCGCCCTGCTGGCACTGTTCTTCGACCAGCTTCTCGCTTTCATCACCCGCCGAGTTGTCTCACCCGGATTGACCCGGCGAACCATCAAATCGGCCACTGTGGCCGAATCCGTGAAGACCCCCGTCACGGTCTAA MNYLFDPAHWSGADGIPTLIAEHLLYSLIALAIAAIIAVPLGIYIGVTGKGVFMIAGLANALRALPSVGLLILLVLLISPAFPSRMGYVLPSLIVLVLLAVPPILTNTYAGVRAVDAAAVDAAKGMGFRTMKILTDVQLPCSLPLVLSGVRSALLQIISTATIAAYISLGGLGRLLIDGKAQNDYGQMVAGAVLVALLALFFDQLLAFITRRVVSPGLTRRTIKSATVAESVKTPVTV PGPT0013590_2702 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013590-opuBD|yehW-K05846 NA NA D3-18_00343 915 opuCC COG1732 Carnitine transport binding protein OpuCC ATGAAGAAGTACCTCACCGGATTCACCCTGGCAGCCGTCGCTGCCATCACCCTGAGCGCCTGTGGCGGCGGGGACCCCATGAGCTCGTCCAACACAGCCGCAGCAGGGGGTTCGGCCGACAGCATCATCGTAGGTTCCGCGGACTTCCCCGAGAGCCAGCTGATCGCCAAGATCTACGCCGAAGCCTTGAAGGCCAAGGGCGTCGAGGTAACTGAGAAGCCGAGCATCGGCAGCCGTGAGGTCACCATCCCCGCCCTCAAGGACGGTTCCATCGACCTCATGCCGGAGTATGGCGGTGCACTTCTGCAGTACCTCGACTCCGCCACCAAGGCTGTTTCTTCCGAGGATGTTGCCAAGGAGCTGACCACAAAGATCCCGGCCGGCCTGACTGCATTGACTCCTTCCGAAGCAGAGGACAAGGACGTCCTCACCGTCAAGAAGGAAATCGCCGATCAGTACAAGCTGAAGACCATCGAAGACCTCCAGCCCGTTGCCAAGGAACTTGTGTTGGGCGGCCCGCCGGAGTGGAAGACCCGCCTCAACGGCGTTGCCGGCCTGAAGTCCGTCTACAACCTCGAGTTCAAGGAATTTTCAGCGCTCGACGCCGGTGGGCCGCTCACGTTGAACGCCCTTCTTTCCGGTCAGGTACAGGTAGCCGACCTCTTCAGCACTGACCCCGCGTTGGCTGAGAACAACCTCGTGGCACTTGAGGACAACAAGAACCTCTTCCTCTCCGAGAACATCGTGCCGGTCATCAACGAGAAGAAGTCCACGGACACCGTCAAGGAAGCGCTGAACAAGGTCTCCGCCGCCTTGACTACTGAAGATCTCATCAAGATGAACGGCCGCGTGGCCAAGTTCGAGGACATCGGCGAAATCGCCAAGGAATGGCTCAAGACCAAGAACCTGGGCTAA MKKYLTGFTLAAVAAITLSACGGGDPMSSSNTAAAGGSADSIIVGSADFPESQLIAKIYAEALKAKGVEVTEKPSIGSREVTIPALKDGSIDLMPEYGGALLQYLDSATKAVSSEDVAKELTTKIPAGLTALTPSEAEDKDVLTVKKEIADQYKLKTIEDLQPVAKELVLGGPPEWKTRLNGVAGLKSVYNLEFKEFSALDAGGPLTLNALLSGQVQVADLFSTDPALAENNLVALEDNKNLFLSENIVPVINEKKSTDTVKEALNKVSAALTTEDLIKMNGRVAKFEDIGEIAKEWLKTKNLG PGPT0013595_2580 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013595-opuC|yehZ-K05845 NA NA D3-18_00344 1737 hutU_1 COG2987 Urocanate hydratase ATGACTGCCGATTTCACTACAGGAGCCCGTCCGGTTAAGGCCGCGCGGGGTACTGAGCTTACTGCCAAGTCGTGGCAGACCGAGGCGCCGTTGCGCATGTTGATGAACAACCTGGATCCGGAGGTTGCTGAGCGTCCTGATGATTTGGTGGTCTACGGCGGTACGGGTCGTGCGGTGCGGTCGTGGGCTGCGTTTGATGCGATCACCCGGACGTTGGAGTCGATGGAGAAGGACGAGACGCTCCTGGTTCAGTCCGGTAAGCCGGTGGGTGTGTTCCGTACGCATGAGTGGGCTCCCCGGGTGTTGTTGGCCAACTCGAATTTGGTGGGGGATTGGGCGACGTGGCCTGAGTTCCGCCGGCTCGAGGCCGAGGGTTTGATGATGTATGGGCAGATGACGGCCGGGTCCTGGATTTACATCGGTACCCAGGGCATCTTACAGGGCACGTATGAGACGTTTGCTGCGGTGGGGAATAAGCTCGCTGCGGAGGGCCGTCACCCGGCACCGGCTGCGGAGGGTTCCACGGAAGGACCTCTTGCGGGGACCCTGACGTTGACGGGTGGGTGTGGTGGCATGGGTGGTGCGCAGCCGTTGGCGGTGACGTTGAATGATGGTGCGTGCCTGATTGTCGACGTTGACGAGACCCGCCTGCGCCGTCGTGCCGGGAAGCGGTACCTGGACGAGGTTGAAACCGATCTGGACGCCGCGATCGCGAAGGTTAAGAAGGCCAAAGCTGAGCGCCGCGGCTGGTCGGTGGGGTATGTGGGTAACGCCGCGGAGGTGTTCCCGGAGCTGCTGGCCCGGCATAAGGCCGGCGAGGTGACTTTTGATGTGGTCACGGACCAGACGTCCGCGCATGATCCGTTGTCCTATCTGCCCGAGGGCATCACGGTGGCGGAGTGGCACGCCGAGGCCGAGGCGGATCCGGAAGGGTTCACGAAGAAGGCCCAGGCGTCCATGGCCCGGCAGGTGCAGGCGATGGTGGAGTTCCAGGACGCCGGGGCTGAGGTGTTTGATTACGGTAACTCGATCCGTGACGAGGCGCGCAAGGGCGGGTACGAGCGGGCGTTTGAGTTCCCGGGGTTCGTTCCGGCGTATATTCGTCCGTTGTTCTGTGAGGGCCTTGGTCCGTTCCGCTGGGTCGCCCTTTCCGGGGATCCGGAAGACATCGCCGTGACCGATAAGGCGATCAAGGAGTTGTTCCCGGAGAACAAGCACCTGCACAAGTGGTTGGATGCTGCTGCGGAGCGGGTGGAGTTCGAGGGCCTGCCGGCACGTATTTGCTGGCTCGGGTACGGTGAACGGGCCAAGGCCGGGTTGTTGTTCAACCAGCTCGTGAAAGAGGGTAAGGTCAAGGCCCCGATCGTGATCGGCCGTGACCACCTGGACTCCGGCTCGGTTGCGTCTCCGTACCGGGAGACCGAGTCCATGGCTGACGGGTCCGACGCTGTTGCTGACTGGCCGTTGCTGAACGCCCTGCTCAATACCTCTTCGGGTGCTACCTGGGTGTCGATCCACCACGGCGGCGGTGTCGGTATTGGCCGGTCCCTGCATGCCGGGCAGGTCTCCGTCGCTGACGGCACCGATTTGGCCGCGGAAAAGCTCGAACGGCTCCTGACCAACGACCCCGGCATGGGCGTCATCCGCCACGTCGACGCCGGCTACGACCGCGCCGTCGACGTCGCCCACGAACGCGGCGTCCGCATCCCCATGAAGGAGACCGCCAGGACGCGGTAA MTADFTTGARPVKAARGTELTAKSWQTEAPLRMLMNNLDPEVAERPDDLVVYGGTGRAVRSWAAFDAITRTLESMEKDETLLVQSGKPVGVFRTHEWAPRVLLANSNLVGDWATWPEFRRLEAEGLMMYGQMTAGSWIYIGTQGILQGTYETFAAVGNKLAAEGRHPAPAAEGSTEGPLAGTLTLTGGCGGMGGAQPLAVTLNDGACLIVDVDETRLRRRAGKRYLDEVETDLDAAIAKVKKAKAERRGWSVGYVGNAAEVFPELLARHKAGEVTFDVVTDQTSAHDPLSYLPEGITVAEWHAEAEADPEGFTKKAQASMARQVQAMVEFQDAGAEVFDYGNSIRDEARKGGYERAFEFPGFVPAYIRPLFCEGLGPFRWVALSGDPEDIAVTDKAIKELFPENKHLHKWLDAAAERVEFEGLPARICWLGYGERAKAGLLFNQLVKEGKVKAPIVIGRDHLDSGSVASPYRETESMADGSDAVADWPLLNALLNTSSGATWVSIHHGGGVGIGRSLHAGQVSVADGTDLAAEKLERLLTNDPGMGVIRHVDAGYDRAVDVAHERGVRIPMKETARTR PGPT0020250_646 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020250-hutU-K01712 NA NA D3-18_00345 1449 hutH_1 COG2986 Histidine ammonia-lyase ATGGTCACGATAGATGGCTTGACGCTGGACTTGTCCGATGTCGTCGCAGTAGCCGACGGCGAAGACGTCGCGTTGGCTCCGGAAGCTTTGGTCCGAATGGACGAATCGCGGAAGTCTGCGGAAGCTACGGCATTACGACGTCCGGTCTATGGGCGATCGACCGGGGTTGGAGCGAACCGCACCGTTTCGCTGACGGAAGCCGAGGGCCGGGACACTCACGGGCTGAAGCTCCTGCGCAGCCACGCTGTGGATGCGGGCAAGGCCCTGGATCGCAGGACCGTTCGGGCGATGTTGGTTGTCAGGCTCAGCCAATTGGCGGCTGGCGGATCTGGGATCAACCCCTCCATTGCCGAAAAATTGGTGGAAATCATCAATAGCGACGTCGTTCCGGAAATTCGGGAGTTCGGTGGCATAGGAACTGCGGACCTGCAGGCATTAGCCGGAACGGCGCTCACATTGTTGGGCGAACGCCAGCCATTGGGTGGCGGCAACGTTCCGTTTCGCTTAACGGAGTGGGCCACTGCCGATGCCCTTCCGTTCATCAGCTCCAGTGCGCTGACTATTGGCCAAGCGACCTTGGCGCAACAAAAACTGTCGAGGCTCGTGGACAATGCAGCGTCAGCGGCTGCAATGTCCTTCATTGCGATGTCCGGCAACTCCGAGGCGCTGAGCCCCGCAGTAGCGGCTGCTGCGGATACTCAAGAGGTGGCGTCGGCCGCAACGATGTTCCATGGCATGGTTTATGGCAGCGGCGAGCCTGCCCGCATTCAGGATCCTTACTGCTTGAGGACCTTGCCGCAGATTTTTGGTTCCCAAGCCGAGGAACTCGCAGGCTTGCATGCTCTGCTGACTCGTCTTGTCACAGCGGGCAATGAGAATCCGCTCGTTCACGGCTCGCCGTCTGACGGAACGAACGACGTCGCCCACCACGGGCTCTTCCAGATGACTAACCTTGCCCGCCGCGCGGATACGTTACAGCTGGCCATCGGTGCGGCGTGCGCCACTCACCTGCGGCGGATCGATCTCCTGTGCGACCCGAAGTACACGGGCCTGCACCCCTTCCTGGCTGAGGACGGTTCAGGTCAGTCAGGGGTGATGATGCTCGAATACGTGGCTGCTGCCGCCGTCGGCCGGATTCGGGCCAACGCCCAGCCGGCAAGCCTGCAGACTGTGGTGCTGTCCCTCGGGGCTGAGGAAGATGCCAGCTTCGCAAGCGTGGCCACCGCCCAGTTGGAGTCGACGGCGGACGCACTCGCCACCGTTGCCGCCGTCGAGCTTGTTTGTGCTTCACGGGCCCTGCGGCTGCAGGGGCGACGACTCGAAGAGTTCGCCAGCGCACGGCTGCGCGCCATGATGCAGGCTGGCTTCACGCTGCCGTCCGACGTGGGGGATCGCGACCTTCGCGGTGATCTGGAGCAGGCCATCGAGCTCATAAAGGGTTCGTACTAG MVTIDGLTLDLSDVVAVADGEDVALAPEALVRMDESRKSAEATALRRPVYGRSTGVGANRTVSLTEAEGRDTHGLKLLRSHAVDAGKALDRRTVRAMLVVRLSQLAAGGSGINPSIAEKLVEIINSDVVPEIREFGGIGTADLQALAGTALTLLGERQPLGGGNVPFRLTEWATADALPFISSSALTIGQATLAQQKLSRLVDNAASAAAMSFIAMSGNSEALSPAVAAAADTQEVASAATMFHGMVYGSGEPARIQDPYCLRTLPQIFGSQAEELAGLHALLTRLVTAGNENPLVHGSPSDGTNDVAHHGLFQMTNLARRADTLQLAIGAACATHLRRIDLLCDPKYTGLHPFLAEDGSGQSGVMMLEYVAAAAVGRIRANAQPASLQTVVLSLGAEEDASFASVATAQLESTADALATVAAVELVCASRALRLQGRRLEEFASARLRAMMQAGFTLPSDVGDRDLRGDLEQAIELIKGSY PGPT0020230_3763 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020230-hutH-K01745 NA NA D3-18_00346 1653 mdtD_1 Putative multidrug resistance protein MdtD ATGTCCAAAACTGCGCCCGTACGGGCTGCCGGTGAGGTCCTGACACATCGTCAGACACTCACCGTCATGGTGGGGCTCATGCTCGGCATGTTCCTGTCCTCGCTGGATCAAACCATCGTGTCCACGTCCATCTACACCATTGCCAACGACCTCGATGGCCTGTCTCTCCAAGCGTGGGCCACCACGGCTTACCTCATCACATCGACGGTCAGCACCCCGCTCTACGGCAAGCTCAGCGATATTTTCGGCCGCCGCCCGCTCTATCTCGTGGCCATCGTGATCTTCCTGGTTGGTTCCCTTTACGCTGGATCGGTCCACTCCATGACGGAGCTCGCCATTGCCCGCGGCATCCAGGGCCTCGGCGCCGGTGGCTTGCTCGCATTGGCGCTGACCATCATTGGTGACATCGTGGCACTGAAGGACAGGGCGAAGTACCAGGGCTACTTCATGTCAGTCTTCGGCATTTCTTCCGTCCTGGGCCCGGTGATTGGCGGGGCTTTCGCGGGCTCGGCCAACATCCTGGGCTTCGAAGGTTGGCGCTGGGTCTTCTTCATCAACCTTCCCATCGGGCTCGCCGCCCTTGTGGTTGTCTTCATGTACCTTCACCTGCCGGCGCGGCACGTGAAGCAAAAGATCGACTACTGGGGTGCGGCGGCCATCACGCTGGCCATCGTGCCCTTGCTGTTGGTTGCAGAACAGGGCCGTGTTTGGGGTTGGGCCTCGGGCGCATCCTGGCTCTGCTATGGACTTGGCGTGATCGGCATTGTGGCGTTCCTGCTCGCTGAGAAGCGTGCCGGGGACTACGCATTGATCCCGCTGCGCCTTTTCAAGAACACCACTTTCGGTTTGTCCTCGCTGCTGAACTTCATCATCGGCATCGGCATGTTCGGCGCAATCGCAATGCTGCCTATGTACCTGCAGCTCGTGAAGGGGCTGACTCCTACCGAGGCTGGCCTGATGATGATCACGTTTACTGTGGGCATCCTCTTCGGCTCGATCTCTGCCGGCCGAACCATCTCCTCGTCAGGCGTATACCGGATCTTCCCGATCCTGGGCACCGCTATCTTGGCGGCTGCAGCCACCGTCATGGGTTTGGTGCTCGGCGTCGATACCGGCCTGTGGGTTCCCGGCCTGATTGCAGTGTTCTTCGGCGTCGGTCTGGGCTTCTGCATGCAGCCGCTCACGCTCGCCATGCAGGTGTCGGTCCCGCCCAAGGACATGGGCGTAGGCACCTCCACTGCAGCATTCTTCCGTTCCATGGGCGGCGCTGTGGGAACGGCAGTGTTCATTTCCATGCTGTTCAGCACGGCAGCCGACAAGATCGCCGACGGAATGAAGACCGCCGCTTCCAGCCCGGACTACCAAGCGGTGATGACAGATCCGGCCGTGGCATCGGACCCGGCAAACGCCAAGCTCTTCGACTTCTTCAAGAACGGCGCCAACAACGAGTCCCTGAATGACACCAGCTGGCTTCACACGGCCAACAGCACGCTGACACGGCCCATCACTGAAGGCTTTGCCCAGGCGATCGACATCGTCATGCTCACGGCTGCCGGGCTTATGCTCGTAGCCTTCCTGATCAGCTTTGCCCTGCCCAACAAGAAGCTCACGGATCCCAAGGCAGCCGCCAAGGAATCCGTTCCGGCGCACTGA MSKTAPVRAAGEVLTHRQTLTVMVGLMLGMFLSSLDQTIVSTSIYTIANDLDGLSLQAWATTAYLITSTVSTPLYGKLSDIFGRRPLYLVAIVIFLVGSLYAGSVHSMTELAIARGIQGLGAGGLLALALTIIGDIVALKDRAKYQGYFMSVFGISSVLGPVIGGAFAGSANILGFEGWRWVFFINLPIGLAALVVVFMYLHLPARHVKQKIDYWGAAAITLAIVPLLLVAEQGRVWGWASGASWLCYGLGVIGIVAFLLAEKRAGDYALIPLRLFKNTTFGLSSLLNFIIGIGMFGAIAMLPMYLQLVKGLTPTEAGLMMITFTVGILFGSISAGRTISSSGVYRIFPILGTAILAAAATVMGLVLGVDTGLWVPGLIAVFFGVGLGFCMQPLTLAMQVSVPPKDMGVGTSTAAFFRSMGGAVGTAVFISMLFSTAADKIADGMKTAASSPDYQAVMTDPAVASDPANAKLFDFFKNGANNESLNDTSWLHTANSTLTRPITEGFAQAIDIVMLTAAGLMLVAFLISFALPNKKLTDPKAAAKESVPAH PGPT0010360_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0010360-otrB|tcr-K19542 NA NA D3-18_00347 474 rraA COG0684 Putative 4-hydroxy-4-methyl-2-oxoglutarate aldolase ATGAGCCAGCAAGTAAATACCGCCGATCTCTACGACGAACGCGGCGAGGAACTGGAATCCATCGCCGTCCAGTTTCAGAATTTGGGTGGCCACACACACTTCAGTGGGCCTGTCCGCACTATTCGCTGCTTCGAGGACAACGCCCTGGTGAAGACCGTCCTGAGCACTCCCGGGGACGGAGCCGTCCTGGTCATTGATGGCCAAGGGTCGCTGAGGACTGCGCTCATGGGTGACATGATCGCGGAGAGTGCCGTAGCAAACGGCTGGGCCGGAGTAGTTATCAACGGTGCCATTCGTGACCGCGAGGCCATCGCCCGCCTGCCTCTGGGCGTGAAGGCACTCGGCAGCAATCCGAAGAAGAGCGCCAAGACGGGCGTGGGTGAGGTGGACGTTCAGCTGGTGATAGATCGCGTGCGGATCCAGCCCGGCGTGATGATTTTCTGCGACACGGACGGCATTTTGGTGGAGCGCTAA MSQQVNTADLYDERGEELESIAVQFQNLGGHTHFSGPVRTIRCFEDNALVKTVLSTPGDGAVLVIDGQGSLRTALMGDMIAESAVANGWAGVVINGAIRDREAIARLPLGVKALGSNPKKSAKTGVGEVDVQLVIDRVRIQPGVMIFCDTDGILVER NA NA NA NA NA D3-18_00348 1305 hypothetical protein ATGAGCTTGTCCGATCTACCGGGCCCGGTGCCGGATCCAGCTGTAGTTCGCGGTGGAACCACCACAGCCTTGGCTGAGCCTGTTACCCGAGTTCGGCCGATTTGGGTCACCGGCGTTGTGCTGGTCAACCTAGGCATCAACGCAGCGTTCTTTGGCCCCCTCCAAGTTCTTCTCGGGCAGCAGGCAGCCCACTTCGATGAGGGCCAGAAGGAAGCGATCCTGGCTTTGGTGACAGGCTGTGGTGCCGCAGTTTCAATGGTTGCGAATCCCTTGTTCGGCGCCTTCAGCGATCGCACGACGTCACGATTTGGACGCCGTGTTCCTTGGGTTCTGATGGGTGCCATCCTGGCAGCTGTTGCGCTTGTTGCTTTGGCCGGTGCCCCCAGTGTTGCAGCAATGACTTTGCTTTGGTGCCTGGTGCAGGCCGGAGCCAACGCCATGTACGCCGCCATAACGGCCGCCGTACCTGACCGCGTCCCGGTTCCGCAGCGCGGAACGGTCGGCGGACTCGCGGCCATGGGGCAGACGGTAGGTATTCTGATCGGCGCGGTGATCGCGGCGGTGGTTGTCGGGAACTTTGCAGCCGGGTACTGGCTGTGCGCCGCGGCGTTGCTCGCCGGCGTCGTGCTCTACCTTTTCAAGAATGACGACCAGCAGCTTCCCGCAACCGAACGCCCGCCCTTCAACCTGGCGGAGTTCCTTAAGGGCTTCTGGGTTTCGCCTAAACGCTATCCCGATTTCGCTTGGGCCTGGCTGACGCGTCTGCTGGTAAGCACCGGTAACCACATGGTCACGTTGTATCTGTTGTTCTTCCTCAGCGATGCGGTTCGCCTAAAGGAAACCGAGGGAATCGATCCTTCTTTTGGTGTCCTCGTTCTTACCGGGCTTTACGCGGTCTCGGTCATTATTACCAGTGTTCTCGGTGGACGCCTAAGCGATAAGTTGGGCAAGCGGAAGCCTCTAGTAATCGCGTCATCGGTCATCATTGCACTGGCTTCGCTGATCCTTGCCTTCGCACCAACGTGGATCGGCGGGCTCGCCGGTGCGGTGGTGTTGGGGATCGGATTTGGCGCATACCTCGCCGTCGACTTCGCGCTTATCACGCAGGTCCTTCCGACCGGGATGGACCGCGGACGGGACTTGGGTGTCATCAATATAGCCAATTCACTTCCCCAAGTGATCGCCCCTTTGATCGCATCGCCGTTTGTCCTTTACTGGGGCGGCTACGTCTCCCTGTACGTAGCCGCCGCGGTCATCGGCCTTTTGGGCGCCGTGTTCGTGGTGAAGATCAAGAGCGTGGCTTAG MSLSDLPGPVPDPAVVRGGTTTALAEPVTRVRPIWVTGVVLVNLGINAAFFGPLQVLLGQQAAHFDEGQKEAILALVTGCGAAVSMVANPLFGAFSDRTTSRFGRRVPWVLMGAILAAVALVALAGAPSVAAMTLLWCLVQAGANAMYAAITAAVPDRVPVPQRGTVGGLAAMGQTVGILIGAVIAAVVVGNFAAGYWLCAAALLAGVVLYLFKNDDQQLPATERPPFNLAEFLKGFWVSPKRYPDFAWAWLTRLLVSTGNHMVTLYLLFFLSDAVRLKETEGIDPSFGVLVLTGLYAVSVIITSVLGGRLSDKLGKRKPLVIASSVIIALASLILAFAPTWIGGLAGAVVLGIGFGAYLAVDFALITQVLPTGMDRGRDLGVINIANSLPQVIAPLIASPFVLYWGGYVSLYVAAAVIGLLGAVFVVKIKSVA NA NA NA NA NA D3-18_00349 1014 hypothetical protein TTGGGCTACAACTCTGCCCTTCGCGCGCCTGCGCGCCGCCGCAGTCCCCGCCAACTGCTTGCACTCATTATGGCCCCGGCTTTAGCTACTTGCCTCCTACTCGCGGCCTTCCCTGCTTCGGCCGCCGAACAAGCGGTGGACACCAAAGCCTCCCTCAACACAGAGGCGATGCCCACCAAGGAGACCGCCCAAGGGCTCCCCGTTGAAGCAGCCCCGCGGTCGAGAGGTTTCGACGGCGACGGCACCTTCGATCTGTTCGCTCGCGACGCCGCAGGCCGCTTGCTCCTTTACCCCACCGACGGCAGAGGCAACTGGCGGGCACCGCAAGTCATCGGTAACGGCTGGCACATCTATAACCTCTTGGTTTCGCCGGGCGACTTCGATGGTGACGGAACAGTGGACGTCATGGGTCGCGATGGCTATGGACGCCTCTTCCTCTACCAAGGAAATGGCGGCGGGGCTTGGAAACAGGCGTACCAGATCGGCCAAGGGTGGCAGGGCTTTATCAACCTCATCGCACCCGGCGACCTGAACGGCGATGGCACCAACGACATCCTTGCCCAGGATGCAGCAGGCAACGTGTTCCTTTACCCAGGAAACGGGCGGGGCGGCTGGCTCGCGCCCAGCAAGGTCTCCTCGGCCTGGCAGGGCCTGGATGCTGCCGGGGCAGGGCATTTCTATGGCACACCCGAGGCCGTGGTCCTCACCCGAAGTTGGTGGGGTGACTTACAGGTTCGGTCCTCTCCGCGTAACGGTTTCTTCTATGAGTACGGTCATCCCAGCGGCTACGACGGAGTCATTGGCAGGGGCTGGGAAGTGCTCAGTCGTTTTGGGGTGGCCGGTGACTTCAATGGCGATGGCTACAACGACGTTTACGGCATCAGCCCGAACGGTCTGCTGACGATGTACCTCGCCGATCCTTCTGGCTTCAGCAGCCGGGGCATCTACGGCTTCGCATGGAAGGGCCAGCCAGTTGTTGGCAGCGGCTGGAACGTCATGAACGCGGTGTTCTAG MGYNSALRAPARRRSPRQLLALIMAPALATCLLLAAFPASAAEQAVDTKASLNTEAMPTKETAQGLPVEAAPRSRGFDGDGTFDLFARDAAGRLLLYPTDGRGNWRAPQVIGNGWHIYNLLVSPGDFDGDGTVDVMGRDGYGRLFLYQGNGGGAWKQAYQIGQGWQGFINLIAPGDLNGDGTNDILAQDAAGNVFLYPGNGRGGWLAPSKVSSAWQGLDAAGAGHFYGTPEAVVLTRSWWGDLQVRSSPRNGFFYEYGHPSGYDGVIGRGWEVLSRFGVAGDFNGDGYNDVYGISPNGLLTMYLADPSGFSSRGIYGFAWKGQPVVGSGWNVMNAVF NA NA NA NA NA D3-18_00350 1146 hypothetical protein ATGTTTGCTTCATCACGCCCTACGTCCGGCGTGCGCCGGGCAATTGCCGGAGTAGTGGCTGCGATCTTTGCGGCAATAGTACTTGCCCCCGCTCCCGCCATGGCCACCATGGACCCTGACCCTCCAGTAATTACCGGCGCTCCCTATGTTGGTTCCACGCTGACAGTTTCGTGGGACCCTATGGCCTATAAGGGCTGCGCCCAGGCCTCCGGGCCGGATACGCGCATCTACTGGACTCGCGACGGCGAGTTGGCGGCCGACCACACCACTTGGCCCCATTACCTCCTCGGCGAAGAAGACCGCGGCAAAACCATCGCAGCACACCTCGTGGCAAACCATCCCTGCGAGGGCCTGGAAGTTGCCAGCGAAGAAACTGCACCGATTTCTGCCTCGAACCGCCCCAACGGCTTTACGAGTCGCGGCGCGTTCGAGTTGCTCGCCCGCCGCACCGATGGCGCCTTGGTGATGTACCCGCGCGTATTCAACAGCTGGGAGCCGGCACGGACCGTCGGCGCCGGCTGGAACATCTTCCCCACAGTGCTCTCCCCCGGTGACTTTGACGGCGACGGCAGCAATGACGTCCTGGGCAGGGACTCGGCCGGCGGCCTTTACCTGTACAGCGGTGATGGCTCAGGGGGCTGGAACGGTCCCCGGAAAGTCGGTACCGGATGGAACATCTTCACGTCGCTGGTTGCCCCCGGGGACTTCAACAGCGATGGCACCAACGACATCCTGGCCCGCGACGCCAACGGAATCCTCTACCTCTACCCCGGCGACGGGGAGGGCGGATGGCTGCCCAGGTCTGTAGCGGGCCAAGGCTGGAACGCCCTGAACGCGATCATCACCCCCGGCGACTTCGACGGCGACACGAACGTTGACGTCCTGGCTCGCGATGCTTCCGGCTACCTGAGGCTCTACAGCGGAAACGGCACCGGTGGCTGGAACGGCATGACAGTTGTTGGCCAAGGCTGGAACGGCATGAGCAAGATCGGCAGTGCCGGCGATATCAACGCCGACGGCAGCCTCGACGTCTTTGCTGTTGACGGCTCAGGCCAACTGCGCGCCTATTACGGCAACGGCAACGCCGGCTGGGCTGGCGCTGAAGTGGTGGGCTGGGGCTGGGGCGGGTTCACGGACCTGTTCTAG MFASSRPTSGVRRAIAGVVAAIFAAIVLAPAPAMATMDPDPPVITGAPYVGSTLTVSWDPMAYKGCAQASGPDTRIYWTRDGELAADHTTWPHYLLGEEDRGKTIAAHLVANHPCEGLEVASEETAPISASNRPNGFTSRGAFELLARRTDGALVMYPRVFNSWEPARTVGAGWNIFPTVLSPGDFDGDGSNDVLGRDSAGGLYLYSGDGSGGWNGPRKVGTGWNIFTSLVAPGDFNSDGTNDILARDANGILYLYPGDGEGGWLPRSVAGQGWNALNAIITPGDFDGDTNVDVLARDASGYLRLYSGNGTGGWNGMTVVGQGWNGMSKIGSAGDINADGSLDVFAVDGSGQLRAYYGNGNAGWAGAEVVGWGWGGFTDLF NA NA NA NA NA D3-18_00351 1128 hypothetical protein ATGGGGACATTACGACGTCGGATTGCCGCGGCGCTGCTGACCGCCGCTGCGGCGGCCATGGCACTTAGTCCCCTACCGGCGTCGGCCGCGCCCAGCAGCGGACCGGACCCCGTACTCAACGGTGAAGCATTTGTGGGCAAGAAGCTGACCGCTGACATAGGTCCCTACACTTTTTATGGCTGCGGCGGAGGCAAAGGCCCGGACTTCACGGTGTACTGGACCCGGGATGGCTTCCTCGTGGCCGGCGAAACGACCCGGAGCTACCTCCTTGAACCTGATGACACAGGCGCCCGGATGGCCGCCCATGTCACGGCCAGCAGAACGGCCTGCGGCGGAGAATCCCTGCACAGCAACGAAACCAAGCCTGTTGGCGCGGTGAACCGGGCGGCAGGTTTCACGGGACGCAGCTTCGAACTATTAACCCGCGCCAATGACGGCTCGCTATTGCTTTACGGGCGAAATGGCAACGCCTGGGACCCTGCCCGAACAGTGGGATATGGCTTCAACATCTTCAACACGGCATTCTCCCCCGGCGACTTCGACAGCGATGGCAAAAGCGACGTGATCGTGCGCGACTCCGTCGGCGGGCTCTATCTCTTCGGCGGAGACGGGGCCGGGGGATGGAAACCGGCCAAGTCAATCGGCAATGGATGGAACGTGTTCGACTCCATCATCAGCCCTGGTGACTTCAACGGCGATGGCCACAACGACGTCCTGGCGAGAGAACCCGGCGGCGCCCTTTACCTCTACCCGGGCAATGGTGCCGGCGGATGGTTGGCTCGAACCGCCGTCGGAACCGGCTGGAACGTTATGGACGCATTGGCAACCCCCGGCGACTTCAATGGCGACGGCAATGTGGACATCCTGGCGCGCGACCGCAGCGGGTACCTGTTCTTTTACGGGGGCAACGGTGCAGGCGGCTGGTCACGGTCGTGGATGATCGGCGTCGGTTGGAATGCACTCAGGTTCGTTGGCAGCGCCGGTGACTTCAATCGCGATGGCTTCCCCGATGTTTACGGGGTGGACCAGCAAGGCCGTTTGCTTGCCTATTACAGCGACGGAAGGACCGGCTGGAAGGGTTCCGAGATTGTGGGCGCGGGCTTTGGGTGGTTCACAGCAGTCTTCTAG MGTLRRRIAAALLTAAAAAMALSPLPASAAPSSGPDPVLNGEAFVGKKLTADIGPYTFYGCGGGKGPDFTVYWTRDGFLVAGETTRSYLLEPDDTGARMAAHVTASRTACGGESLHSNETKPVGAVNRAAGFTGRSFELLTRANDGSLLLYGRNGNAWDPARTVGYGFNIFNTAFSPGDFDSDGKSDVIVRDSVGGLYLFGGDGAGGWKPAKSIGNGWNVFDSIISPGDFNGDGHNDVLAREPGGALYLYPGNGAGGWLARTAVGTGWNVMDALATPGDFNGDGNVDILARDRSGYLFFYGGNGAGGWSRSWMIGVGWNALRFVGSAGDFNRDGFPDVYGVDQQGRLLAYYSDGRTGWKGSEIVGAGFGWFTAVF NA NA NA NA NA D3-18_00352 612 hypothetical protein ATGCCCGCATCAAACTCACTGGAACCCTACTCCCTTGACCTGACCACGGGGCTGCCCCGTATGGCTGCCGCACCCACCACGCCGCGGCAGCAGCTGCGCTATGCCCGCATCCTGAAGACGGCCGAAGGATTTGCCCAGCGGCAGTTCGATACCTTGAGCTTGTCTGACGTTGCGGCCCGCGCTGATATTCCACTTGGTACGCTCTACCGCTACTTTCCCTCCACGGCCCACCTCATGCTGGCCGTCTATCGGCAGCAATTGCGGGAACTCCGCGACGGCGTCCGGCTGCGGGAAGGCAAAGGCCATGCCCTTGCGGGTTTGATGATGGAAATCTTCCATCTGCGGGTCATGCAGCCCGGCGTGGAACACTGCCTCATCAGGCCTGCGGGCAAGGATGATGACACGGCCCAGCTACTGCGGGAAATTGATGCCCTGTCCGAGGAAGTGGTTGGTTCGCTGAGCAGGGACCCCGGGAAGGACTCCGTCAGGGCCCGGATTTTGTTGCACCTGGTAAGCGGGTTGGTGCAAGCGGTCCGTTGTCGCAGGCTCTCTTTGTTTGAGGCCGAGAAGGATCTCAAGAAAGCGTGCACGCTCCTCACTGGCGAGGAGTAA MPASNSLEPYSLDLTTGLPRMAAAPTTPRQQLRYARILKTAEGFAQRQFDTLSLSDVAARADIPLGTLYRYFPSTAHLMLAVYRQQLRELRDGVRLREGKGHALAGLMMEIFHLRVMQPGVEHCLIRPAGKDDDTAQLLREIDALSEEVVGSLSRDPGKDSVRARILLHLVSGLVQAVRCRRLSLFEAEKDLKKACTLLTGEE NA NA NA NA NA D3-18_00353 1191 NAD-dependent malic enzyme GTGTCCATTGAGACAATTGCAACTGATAACGACGCCTTGGTACTGAGCGAAGAAGAGATCTTCGCCGCACACGAGGGCGGCAAGCTGACCATTTCCAGCACCGTTCCGCTCAATAACAAGCGCGACCTTTCCATCGCATACACCCCGGGCGTCGCCCAGGTCAGCCGCGCAATCCACGCCAACCCCGAACTTGCCCGCACGCACACCTGGGCTGAACGCCTGGTTGTTGTGGTCAGCGATGGCACCGCTGTTCTGGGTCTTGGCAACATTGGCCCCAGCGCCTCCTTGCCGGTAATGGAGGGCAAGTCGGCCCTGTTCAAGTCCTTCGGCGACCTCGACTCCATCCCGCTGGTGCTCAACACCACCGACGTGGACGAGATCATCGAGACCCTGGTCCGTCTCCGCCCGAGCTTCGGCGCCGTGAATCTTGAGGACATCTCGGCTCCGCGCTGCTTCGAACTCGAAGAGCGCCTCATCGAAGCCTTGGACTGCCCGGTCATGCACGACGACCAGCACGGTACCGCCGTGGTGGTTCTTGCAGCACTGACCAACGCCGCCAAGGTGACCCAGCGCGAACTCTCCGGCCTCAAAGTTGTTGTTTCCGGCGCAGGTGCCGCAGGTATTGCCATTGCCGAGATTCTTCTTGCCGTTGGCATCGAGGATGTCATCCTGCTCGACTCCAAGGGCGTGGTCAATGCTGACCGTGCCGACCTCGTGGCTGATCCCGGCAGCGTCAAGGCCCGCATGGCCCAGCGGACCAACCCGCGCGGCATCACCGGTGGTCCGGGTGAAGGTCTGACGGGAGCCGACGTTTTTGTAGGCGTCTCCTCCTCCAAGTTGGACGAAGAACACCTGAAGCTCATGAACGACCAGTCAATCGTGTTCGCCCTGTCCAACCCGGACCCGGAAGTCCTTCCCGAGGTTGCCCAGAAGTATGCAGCAGTAGTTGCCACCGGCCGCAGCGACTTCCCGAACCAGATCAACAACGTGCTGGCCTTCCCCGGCATCTTCCGCGGCGCACTCGACGCCAAGGCCCGCCGCATCACGCCGGCTATGAAGATCGCCGCAGCCAACGCCATCGCCGAACTGGCCGCAGAAGACCTCTCGGCGGACTACATCGTGCCGAGCCCACTGGACGCCCGAGTGGCGCCGGCCGTCACCGCGGCAGTCGCTGCCGCCGTGGCTGAATAG MSIETIATDNDALVLSEEEIFAAHEGGKLTISSTVPLNNKRDLSIAYTPGVAQVSRAIHANPELARTHTWAERLVVVVSDGTAVLGLGNIGPSASLPVMEGKSALFKSFGDLDSIPLVLNTTDVDEIIETLVRLRPSFGAVNLEDISAPRCFELEERLIEALDCPVMHDDQHGTAVVVLAALTNAAKVTQRELSGLKVVVSGAGAAGIAIAEILLAVGIEDVILLDSKGVVNADRADLVADPGSVKARMAQRTNPRGITGGPGEGLTGADVFVGVSSSKLDEEHLKLMNDQSIVFALSNPDPEVLPEVAQKYAAVVATGRSDFPNQINNVLAFPGIFRGALDAKARRITPAMKIAAANAIAELAAEDLSADYIVPSPLDARVAPAVTAAVAAAVAE PGPT0001350_2852 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 D3-18_00354 504 hypothetical protein ATGAATGCCGAACTTATCGTGACCATCCTGTGCGGCCTGGCCATTGCGGTAGGTGTCGCCGGAACCATCATTCCCGTGCTGCCCGGGAGCATCCTCATTGGCGCGAGCCTGCTGGCTTGGGCCATCTGGGGAGGTGCCGGTCCGCTCGGCTGGGTGATCTTCGCCGTCGGAATGGTGTTCGTGGTGGCGGGAATGGCGGCCAGTGCTGTACTCACCGGACGGAAACTGAAGCAGCACGGTATCCCCAACAGGTCCGTGCTGATTGGCGTGATCCTGGGTGTTGTGGGAATGTTCGTCATTCCCGTGGTGGGGCTCTTTGTTGGGTTCGCCGTCGGACTTCTCCTCAGTGAAGTCCAGCGGACCCGTGACTTCCGTACAGCTGTGCGTTCGAGCGGCGCTGCCCTGAAAGCGACCGGCATCGGCATCCTGGTGGAGTTCGGACTCGCCTGTGCCGCTGCCAGTACGTGGATCATCGGCGTCTGGATCAACGCCGTGAACGGCTAG MNAELIVTILCGLAIAVGVAGTIIPVLPGSILIGASLLAWAIWGGAGPLGWVIFAVGMVFVVAGMAASAVLTGRKLKQHGIPNRSVLIGVILGVVGMFVIPVVGLFVGFAVGLLLSEVQRTRDFRTAVRSSGAALKATGIGILVEFGLACAAASTWIIGVWINAVNG NA NA NA NA NA D3-18_00355 948 hypothetical protein ATGAACCAGCCCGCTTTCGCTGATCCGCTCCACACGATCACGTGGCCACAGGGCTACCAGGCAGCAGCGTCCTTCACTTTCGACGTCGATGCAGAGTCCTGCACCATCGCGCACGATCCTTCCAGCACCAGGCGAATGTCCCTCATGAGCCACCAGTCGTACGGGCCCAAGATCGCGGTGCCGCGTCTGCTTCAGATCCTGGACCGTCAGGATGTCAAGGCAACGTTCTTCATTCCGGGTTTCACGGCGGAAAGCTACCCGGACGTCGTCCGCAGGATCGCTGATGGCGGGCACGAAATCGCCCATCACGGTTACCTTCACGAGCCCATGCAGGGCATCGACGCCGCAACCGAGGCCAGTTACCTGGACCGGGGACTCGAAGCCCTGGCCAACGTTGCGGGGATCCGACCGGTTGGTTATCGGGCACCTTGGTGGGAGTTGAACTGGCAGTCGCCCGCACTCCTTGCGGACCGTGGCTTCCTTTATGATTCAAGCCTGCTCGACGGCGACGCCCCCTACCGCATGTCCATAGCCGAAGGCGATTCCCGGGACATCGTGGAGATCCCCGTGGACTGGGCATTGGATGACTGGGAGCAGTACGGGTTCTACCCGGGAGTCACCGGCAGCGGGGTCATCGAGAGTCCGGCCAAGGCGCTGGAAATGTGGACCCTTGAAGCCCAAGCGCACCATTCCCAGGGAAGCTGCTTCGTCCTGACCAATCACCCGTTCATTTCAGGTCGTCCGTCCCGTGCCGTTGCCTTGGAGCAGCTGATCGAGAGGGTCAAGGACTTGGACGGCATGTGGGTCACCACGCTGGCTGACATAGCTCAGCACACCAAGGACACCGTGCAGGAAATCCACACCCACGCGCGAATCGCGGTTCCACTGTTCCCGGGAGCCGGCGCAAGCTTCCGCCCCGCGCAGGTCCACGTCCCCGCGCACCACTAA MNQPAFADPLHTITWPQGYQAAASFTFDVDAESCTIAHDPSSTRRMSLMSHQSYGPKIAVPRLLQILDRQDVKATFFIPGFTAESYPDVVRRIADGGHEIAHHGYLHEPMQGIDAATEASYLDRGLEALANVAGIRPVGYRAPWWELNWQSPALLADRGFLYDSSLLDGDAPYRMSIAEGDSRDIVEIPVDWALDDWEQYGFYPGVTGSGVIESPAKALEMWTLEAQAHHSQGSCFVLTNHPFISGRPSRAVALEQLIERVKDLDGMWVTTLADIAQHTKDTVQEIHTHARIAVPLFPGAGASFRPAQVHVPAHH PGPT0018645_1403 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278 NA NA D3-18_00356 1581 hypothetical protein ATGCAAGACAACCTCTCCCCTGCGCCTTCAAGTCCAGGGCATTCAGGCTCAGCACCTTCAAGTTCATCGCAATCAGGTTCATTGCAGTCAGATCCGGCAACGGCGCCGGGGCATGACAGCGAAGCCTGGCTCCAGCCCATCCCCGAGGCAGACCGAACCCACAAAGTTTCCGGACAATTCTGGATCTGGGCGGGCGCCAACCTCGCACCCATCAACTGGGTGCTCGGCGCCCTTGGCATCCACCTCGGCCTTGGCTTCGCAGACACAGTGATCGTCCTGGTCCTGGGAAACCTGATCGGCATGCTGCTGTTCGGCTGCTTTGTTCTCCTTGGCCAGAAGACCGGTGCCACGGGCATGGTGCTGGCCCGCGCCGCTTTCGGCCGTCGCGGCAATTACCTTCCCGCCGCCATTCAGGCGCTCCTGGTGATCGGCTGGTGTGCCGTCAACACGTGGATCATCCTGGACCTGGTGATGGCGCTCTTCGGAACCCTTGGTTGGGTGGACCCCGAAGCCCAAAACTACGGCTGGAAGATCGGCGTTGCCACGGCCATCATGGCGGCGCAGGTCGCCATCGCCTGGTTCGGTTACAAGGCCATTGCGGCCTTTGAGAAGTGGACGGTCCCGCCCACCATCATCATCCTGGCCGTCATGTCTTGCGTGGCATGGTTCGGTATGAAGATCGACTGGGGCTATGCCGGGCCCGCCGGCAACATCCTCGAGGGGTCCGAGCGTATTGCAGCCATGAGCGCAGTGATGACCGCCATCGGTATCGGCTGGGGCATCACGTGGTTCACGTACGCAGCCGACTACTCCCGCTTCGTCAGCACCTCGGTTCCCAAGCGCAGGGTTTACCTCGCCTCGGTCCTCGGCCAGTTCATCCCCGTAGTGTGGCTGGGCGTCCTTGGCGCAAGCCTCGCTACGAACAGCGGCGAGATCGACCCCGGCAAGCTGATCGTCCAAAACTTCGGCGTCCTGGCCCTCCCCGTCCTGCTCATGGTGCTGCACGGCCCCATCGCTACCAACATCCTGAACATCTACACCTTCTCCGTGGCCACCCAGGCTTTGGACATCAAGATCAGCCGCCGCAAACTCAACCTGTTCGTGGGCGTCTTCTCGCTCATCGCCGTCGTGTTCTTCATCTTCCAAGAGGACTTCGCCGCAGTGCTCGACGCCTGGCTTATCGGCTTGGTCGCCTGGGTGGCCGCTTGGGGTGGCGTCATGCTGGTGCACTATTTCTGGCTCGAAAAGCGCTGGCCCGCAAAGGTTGATCGGCTCTTCGATGCCGTAGGAACGCACCGCCTGCCCGTCATCAACTGGGCCGGAATCGTGTCCCTCCTGGTGGGCATCTTTTCCACCTGGCTGTTCATGTACGGACTGGTTCCTGCCATGCAAGGCCCCGTCGCCGTGGCCCTCGGCGGCTGGGACCTCTCCTGGCTGGCCGGTGGCCTAACCAGCGCTGCGAGTTACGCAGTCCTCGGCCCGCGGGCACACAAGAAATACCTCCTAGCGGACTCGAACCACGTCTCAGTCACGCAGCCGGCCGCACCCACTCCCGTAGTTCCCGAAAGGACCACAGCATGA MQDNLSPAPSSPGHSGSAPSSSSQSGSLQSDPATAPGHDSEAWLQPIPEADRTHKVSGQFWIWAGANLAPINWVLGALGIHLGLGFADTVIVLVLGNLIGMLLFGCFVLLGQKTGATGMVLARAAFGRRGNYLPAAIQALLVIGWCAVNTWIILDLVMALFGTLGWVDPEAQNYGWKIGVATAIMAAQVAIAWFGYKAIAAFEKWTVPPTIIILAVMSCVAWFGMKIDWGYAGPAGNILEGSERIAAMSAVMTAIGIGWGITWFTYAADYSRFVSTSVPKRRVYLASVLGQFIPVVWLGVLGASLATNSGEIDPGKLIVQNFGVLALPVLLMVLHGPIATNILNIYTFSVATQALDIKISRRKLNLFVGVFSLIAVVFFIFQEDFAAVLDAWLIGLVAWVAAWGGVMLVHYFWLEKRWPAKVDRLFDAVGTHRLPVINWAGIVSLLVGIFSTWLFMYGLVPAMQGPVAVALGGWDLSWLAGGLTSAASYAVLGPRAHKKYLLADSNHVSVTQPAAPTPVVPERTTA PGPT0027745_5 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 D3-18_00357 1476 hypothetical protein ATGTCCATCGCCTTAGGTGCGGCTTTGGAGTACCAAAGCCTCAAATCTGCCGAACCCCGGTTCGTTAATGATGTGCCGGAAGCACCTAACCGACCGGTCCGTTGGGTGCACTCCAGTGAGGTATTGGACATCGCACCGCTCCTCAGCGGCGGCGAGCTGTTGCTGAGTGGCGGCCAGGCGCTCGCCGGCATCACTGCAGAGCGGCAAGCCGAGTACGTCCGTGAACTGGCAGCGCGGGGGATCGCTGCGTTGGCCCTGGAGACCGGTCCGGCACTGCCTGAAGTTCCGGAGAGCATGCTGAAAGTTGCCGAGGCTGCGGGGTTGCCGGTGATCGAGCTGCGCCACGTGGTCCCGTTCGTTGGAGTCATGCAGGAGATCAATTCGCTCTTGGTGAGCGAATCCGTGGAGCACCTTCAGCGAGGTGACCAGGCCAGCCATGCGATGGCCGCTGAACTTGCCCACGGCGGCGGGATCGACCAACTCCTGGCTGTCTTATCCGAAAGGACAGGTGCCAGCGCCAGGCTCGTCTCGCCGTCGGGCCTCACCCTCGGCGCCGCCGGATCCTTCGACGACGCCGGCAGCGTCACCACGGTGGATGTGCCTGTGCGCGGCGTCCTTGCCGCGCGACTTGAACTGCACATGCCCGACGACGGCGATGGCAGCCTCGCGCGGGTGGCGGGCGAACGTTCCGTGGACATCCTCGGGCTGGCGTTGCTGCAACGCATGCCGCCCGGGCTGAAGGAGCTCGCGGGTATCGAGCTCATGCGTGCCATCAATTTCGGGAGCCAGCCGTGGCAGCTGCAACAACTCGGACCGGCGTCGGGATTCCCGGTCAAGGGCGCGGTGGCGGCGGTAGTGATTCGGTCAACCGGTGCCGGGCAGCTTCGTCCGGCAGTGGACGCACTGCTTCGTGAATGTGTGCCTCACAGCGCAAGCTACGCCAACAATGCTGAACTGATCGCACTCGCGTCGTTGGTCGGAGGGGCGGCGGGGAATGGGGCGGGCACCCGCCGGGCACTGATGGATGCACTGCGTCAGCTGGACGTGCCGGCCGGATCCTTGGTGGCGGTCGGACCTTTAGGCAGGGGAATCGGTGAGGCGCCGTGGTCTTTGGCTGAGGCGCGTCGTGTACTGGATTTGCCCTGGGCCGGCGGCGGTGTTGTGGACGCTGACACACTGGCCGTGGAGCTCCTTGCCCAAGAGTCTTTGGACGCCGCCACCCGCGAGGTGTTCGTACACCGGCAGGTGGGTGCCGTCGTCGAGCACGATCGCCTGAAGAAGTCCGAACTGATGCGGACCCTGGCCGTCTGGCTGGATACAGGGTGCAACACTGCCCAGGCTGCGCGGGAACTGCACTTGGAGCGGCAGTCGCTACATCACCGGCTCCAACGGATTTTTGAACTGTGTGGCGGAGATCCACGGGGAACCGGCAGGCTGGCAGCGCTGCATCTGGCAACGCGGCTCGCCCGATTGTAG MSIALGAALEYQSLKSAEPRFVNDVPEAPNRPVRWVHSSEVLDIAPLLSGGELLLSGGQALAGITAERQAEYVRELAARGIAALALETGPALPEVPESMLKVAEAAGLPVIELRHVVPFVGVMQEINSLLVSESVEHLQRGDQASHAMAAELAHGGGIDQLLAVLSERTGASARLVSPSGLTLGAAGSFDDAGSVTTVDVPVRGVLAARLELHMPDDGDGSLARVAGERSVDILGLALLQRMPPGLKELAGIELMRAINFGSQPWQLQQLGPASGFPVKGAVAAVVIRSTGAGQLRPAVDALLRECVPHSASYANNAELIALASLVGGAAGNGAGTRRALMDALRQLDVPAGSLVAVGPLGRGIGEAPWSLAEARRVLDLPWAGGGVVDADTLAVELLAQESLDAATREVFVHRQVGAVVEHDRLKKSELMRTLAVWLDTGCNTAQAARELHLERQSLHHRLQRIFELCGGDPRGTGRLAALHLATRLARL NA NA NA NA NA D3-18_00358 900 purU_1 COG0788 Formyltetrahydrofolate deformylase ATGACTGCCATCCAAACTGAAACAACCGCCGTTTCCTCTCCTGAGACCACGGTGGAGCACGTGCTCACCCTCGACTGTCCCGAGGGTCCCGGAATTGTGCACGCTGTGTCCGGCTTCCTGCTGGAACACGGCTGCGACATCATCGACAACAAGCAGTTCGGTGATCGCGCCGAAGGCCACTTCTTCATGCGGGTGCACTTCGCGTCCGACGGCGACACCTCCACGGTGGATAAGCTGCGGGACGCTTTCTCTCCAGTTGGCGAGAAGTACGGCATGAACTGGCAACTGGAGCAACAGGGCTACAAGCGACGCGTGCTGATCATGGTCTCCAAGTTCGGGCACTGCCTGAATGACCTCCTGTTCCGCGCACGGATCGGAGAGCTTCCCATCGATGTGGTGGGCGTGGTTTCCAATCACACGGACCACCAGGGTTTGGCGGAGTGGCACGGAATTCCGTTCTTCCACGTCCCTGTCACCGCTGCCACCAAGCCCGCGGCTGAGGGACGCCTGCTGGAGATCATCGACGAACTGGACGTGGAACTCATTGTCCTGGCCCGATACATGCAGGTCCTCAGCGACGATCTGGCCCGCAAGCTGGACGGCCGCGCCATCAACATCCATCACTCGTTCCTGCCTAGCTTCAAGGGTGCCAAGCCCTACCACCAGGCATACGCGCGTGGAGTAAAAACTGTGGGCGCCACCGCCCACTACGTGAACGGCGAGTTGGACGAAGGTCCCATCATCGCCCAGCAGGTAGTGGAAGTGGACCACACGTTCGGGCCGGACGATCTCGTAGCCGCCGGCCGGGACACCGAATGCAAGGCCCTCAGCAACGCCGTTCGCTGGCACTGCGAGGGGCGGATCATCCTGAATGGGAACAGGACGATCGTGCTGAAGTAG MTAIQTETTAVSSPETTVEHVLTLDCPEGPGIVHAVSGFLLEHGCDIIDNKQFGDRAEGHFFMRVHFASDGDTSTVDKLRDAFSPVGEKYGMNWQLEQQGYKRRVLIMVSKFGHCLNDLLFRARIGELPIDVVGVVSNHTDHQGLAEWHGIPFFHVPVTAATKPAAEGRLLEIIDELDVELIVLARYMQVLSDDLARKLDGRAINIHHSFLPSFKGAKPYHQAYARGVKTVGATAHYVNGELDEGPIIAQQVVEVDHTFGPDDLVAAGRDTECKALSNAVRWHCEGRIILNGNRTIVLK PGPT0008155_550 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008155-purU-K01433 NA NA D3-18_00359 1392 sdaA_2 COG1760 L-serine dehydratase 1 ATGGCACTGAGTGTGCTTGATCTGTTTTCTGTTGGCATCGGGCCGTCGTCTTCACACACGGTCGGTCCGATGCGGGCGGCAAAGCAGTTCACGGACGGTCTTGAATCGTCCGGCCAGCTTCCGGCCACGGTGCGCGTCCAGGCTGAGCTCTTCGGCTCCCTGGGCGCCACCGGCCGGGGCCACGGCTCCGACAAAGCCGTGGTGCTGGGGCTGCAGGGCCACTCACCCGAAACCGTCGATACCAAAACGGCTGATGACCAAGTGGCGGCCGCAGCCCTCGACGCCGAACTTCGCTTGGGCGGCGACCACCGGGTGGACTTCAACTGGGACGAGGACGTGGTCCTCCACCGCCGCAAGTCGCTTCCGGCACACCCCAACGGCATGACGTTCCGCGCGCTGGACCACACGGGCAGCGTACTGCGGGAACGCAGCTACTACTCCATTGGGGGCGGCTTCGTAGTGGACGGGGACGTCTCCGGAGCCGACAAAGTGGTAGCCGATGACACCGTCCTGCCCTACCCCTTCACCACTGCCGACGAGCTGCTGGCCATCTGCCTCCGGGAAGGCAAGTCGATCTCGGACATCATGCTGGCCAACGAACTCGTTTGGCGTTCCGAGGAGGAGCTCCGCGAACGGCTCCTGGGCATCTGGGCTGTCATGCAGGAGTGCGTGAACAACGGCTGCTCTGCGGAGGGAATCCTGCCGGGAGGGCTCAATGTAACGCGACGGGCGCCGTCGTTGTTCAAGAAGCTCTCCGTGACCGACGCCGAGCTGAACGGCGAGTCCTCAGCGGACCCTTTCCTCGCCATGGAATGGGTCAACCTGTTCGCGTTGGCTGTCAACGAGGAGAATGCCGCGGGCGGCAGGATCGTCACCGCGCCAACCAATGGTGCCGCCGGAATTGTCCCGGCAGTGCTGCACTATTACACAAAGTTTGTTCCGGGAGCCAACGACGACGGTGTCGTGCGCTTCCTACTGGCGGCGGCCGCCGTCGGAATCCTGTTCAAAATCAACGCGTCCATTTCAGGCGCCGAGGTGGGCTGCCAAGGTGAGGTGGGTTCCGCCTGCTCCATGGCCGCCGCCGGCCTCTGCGAAGTCCTCGGTGGAACGCCCGGGCAAGTGGAAAATGCCGCCGAAGTGGGCATCGAACACAACCTCGGCCTCACTTGCGATCCCGTGGGCGGACTGGTGCAGATCCCCTGCATCGAGCGCAACGCGATCGCCAGCGTCAAGGCCATCAACGCCGCCCGCCTTGCCCTTCATGGCGATGGCAGCCACAAGGTTTCCCTGGACAAAGCCATCAAGACCATGCGCGAGACAGGCGCTGACATGAAATCCAAATACAAGGAGACCTCCCGTGGAGGCCTCGCCGTCAACGTAGTGGAGTGCTAG MALSVLDLFSVGIGPSSSHTVGPMRAAKQFTDGLESSGQLPATVRVQAELFGSLGATGRGHGSDKAVVLGLQGHSPETVDTKTADDQVAAAALDAELRLGGDHRVDFNWDEDVVLHRRKSLPAHPNGMTFRALDHTGSVLRERSYYSIGGGFVVDGDVSGADKVVADDTVLPYPFTTADELLAICLREGKSISDIMLANELVWRSEEELRERLLGIWAVMQECVNNGCSAEGILPGGLNVTRRAPSLFKKLSVTDAELNGESSADPFLAMEWVNLFALAVNEENAAGGRIVTAPTNGAAGIVPAVLHYYTKFVPGANDDGVVRFLLAAAAVGILFKINASISGAEVGCQGEVGSACSMAAAGLCEVLGGTPGQVENAAEVGIEHNLGLTCDPVGGLVQIPCIERNAIASVKAINAARLALHGDGSHKVSLDKAIKTMRETGADMKSKYKETSRGGLAVNVVEC PGPT0001975_970 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752 NA NA D3-18_00360 645 soxG Sarcosine oxidase subunit gamma ATGGCTGAAACAGCAACACCAGCAGAAACCGCACACGTCAACCGCGTTCGGGGTGCCCGCCGCAGCCCGGCCGAACACCTGGCTGACGCCTTCACCTCCGGCTCCGTGCCGGGCACGGTGACGCTCACCGAAATTCCGTACCAGACCATGGTGGGGATCAGGGTTCACCCAGCGTCCGACGCCGGCGCCCGGGTTGCGTCCGTAACCGGCGGCTTGCCTGCCACTTGCGGTGACGTGACGGGCAGCGGCTCGGTGAACACACTGTGGCTTGGCCCCACTGAGTTCCTGGTGGCCGCACCGGAGGAAGCTCACGATTCCCTGGGCGGATCCCTGGTCAGCGATCTGACCACGGCACTGGGCAACGACGCCGGCCAGGTAGTGGACTTGTCTGCCAACCGCACCACGTTCGAGCTCTCCGGCAGCCACGCCCGCGCAGTGCTGGAGAAGACTTGCGCACTGGACTTACACCCTCGCGTCTTCAAGGCCGGCACCGCTGTCTCCACGGAGCTCGCGCACATCCCGGTGATGCTCTGGAAGACCTCGGACGAGTCCTACCGGATCTTTCCCCGGGCCTCGTTTGCCGACTTCCTGGGACGCTGGCTCCTCGACGCCATGCGGGAGTACGCCTCCCCAGAGGTCCCCTAA MAETATPAETAHVNRVRGARRSPAEHLADAFTSGSVPGTVTLTEIPYQTMVGIRVHPASDAGARVASVTGGLPATCGDVTGSGSVNTLWLGPTEFLVAAPEEAHDSLGGSLVSDLTTALGNDAGQVVDLSANRTTFELSGSHARAVLEKTCALDLHPRVFKAGTAVSTELAHIPVMLWKTSDESYRIFPRASFADFLGRWLLDAMREYASPEVP PGPT0013525_121 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013525-soxG-K00305 NA NA D3-18_00361 2946 soxA_1 Sarcosine oxidase subunit alpha GTGACCAGCAAGAACGCACGCCTCGCCACCGGCGGACGCATCGATCGCAGCATCTCTTGGCGCTTCACCGTGGACGGTCAGGAATTCACTGGTCACCCGGGCGACACCATCGCTTCGGCGCTGCTGGCCAACGGCCACATCAACGCCGGCAACTCCCTCTATGAGGACCGCCCCCGCGGCATCATGGCCGCCGGCGTGGAAGAGTCCAACGCCTTGGTCAAGATCGCTCCCCGCTTCCGCGGACATGTCGCCGAGTCCATGCTTCCCGCCACCGCAGTGTCATTGGTGGACGGCATGAACATTGAGCTCCTGTCCGGGCTGGGCAAACTCGATCCCAACGAGGACAAGGCCGAATACGACAAGAAGTACGTTCACACGGATGTCCTGGTGGTCGGCGGCGGTATCGCCGGCCTGGCTGCAGCCCGCGAAGCAGTCCGAACCGGCGCCCGCGTCATCCTGATCGACGACCAGCCCGAACTTGGCGGCGCACTGCTCTCCGGTTCCACCGCCCAGGAATTGGCCGAACAGATCGAAGGCAAGCCGGCCCTGGAATGGGTTGCTGACGTGGAAGCCGAGCTGGTTTCCGCAGGCGAATGCACGGTGCTGAACCGCACCACGGCTTTCGGCTCCTATGACTCGAACTACTTCATTGCAGCCCAGAACCGCACGGACCACTTGAGCGTTCCGGCCGCTTCGGGTGTCTCCCGCCAGCGTATTTGGCACATCCGTGCCAAGCAGGTTGTCCTGGCACCGGGCGCCCACGAGCGTCCGCTGGTGTTCGAGAACAACGACCGCCCGGGCATCATGCTCGCCTCGGCCGCGCGCACCTACCTGAACCGTTACGCCGTGGCAGCCGGTTCACGCGTTGTCATCAGCACCACCAACGACTCCGCTTACGCTCTTGCCGCGGACCTGAAGGCAGCAGGCGTGGCGGTTGCCGCCGTCGTCGATGCCCGTCCGCAGATCAGCGCAAAGGCCGCTGCCGCCGTCGAGTCCGGTATCCGGGTCCTCATCGGCAGTGCCGTGGCTGACACTTCCGCAGACGAGAACGGCCGCCTGAATGGCGTCACCATCCGCAGTATTAGCGACGACGGCGAACTCACCTCGGGCGTCGAGCAGCTGGATGCCGATCTGCTTGCAGTTTCCGGTGGCTGGAGCCCGGTGGTTCACCTCCACAGCCAGCGCCAGGGCAAGCTGCGTTGGGATGATGAGCTCGCAGCGTTCATTCCCACCGCTCCTGTCAGGGACCAGCACGTTGTGGGCGCAGGCCGTGGCAGCTTCGAACTGCAGGATTGCCTGGCTGAGGGCATCTCGGCTGGAGCTGCAGCCTCCATCGCGGCTGGTTTCGAGTCCGCAACCACTCCCGTAGAGCTACAGGCACCCGTGGCCAGCGCACCGAGCCGCCAGCTCTGGCTGGTTCCCGGCCAGACAGGCGAACCGGGCGAGTGGCACCATCACTTCGTCGACTTCCAGCGCGATCAGTCAGTGGCCGATGTCCTCCGCTCCACCGGAGCGGGCATGCGGTCCGTAGAACACGTCAAGCGGTACACCTCCATCAGCACGGCCAATGATCAGGGCAAGACGTCGGGCGTCAACGCGATCGGCGTCATCGCCGCAGCGCTGAAGTTCGGTGGAGCCGAGAACATTCCGGGCGTCGGTGAGATCGGAACCACCGCTTACCGTGCTCCGTTCACGCCTGTGGCCTTCGCCGCTTTGGCTGGCCGCCAGCGTGGCGAACTGTTCGATCCCGCCCGCGTGACCTCCATCCACCCGTGGCACGTTGCCCAGGGCGCACTGTTCGAAGATGTTGGACAGTGGAAGCGCCCTTGGTACTACCCGCAGGCCGGGGAAGACATGGACACGGCAGTCCTGCGCGAGTGCGCAGCGGTCCGCGATTCCGTGGGCTTCATGGATGCAACCACGCTCGGCAAGATCGAGATCCGTGGCAAGGACGCCGGCGAATTCCTGAACCGCGTGTACACCAACGCCTTCAAGAAGCTCGCGCCGGGGTCCGCCCGCTACGGTGTCATGTGCACCCTGGACGGCATGATCTTCGACGACGGCGTGACCCTCCGTTTGGACGACGACCGCTACTTCATGACCACCACCACCGGCGGCGCAGCCAAGGTGCTGGACTGGTTGGAAGAGTGGCACCAGACGGAGTGGCCGGAACTCGATGTGGTCTGCACGTCCGTCACGGAACAGTGGAGCACCATCGCCGTCGTCGGCCCGAAGTCTCGCGCCGTGATCGCCAAGGTTGCTCCCCAGCTCGCCGAAAACGGTGGCCTGGACGCAGAAGCCTTCCCGTTCATGACGTTCCGCGAGACCACGCTGGCTTCAGGAGTGCAGGCACGTGTTTGCCGCATCTCCTTCTCCGGCGAACTGGCCTACGAAATCAACATCCCGTCCTGGTATGGACTCAACACCTGGGAAGCGGTCGCTGCCGCAGGTGCAGAGTTCAACATCACCCCTTACGGCACCGAAACCATGCACGTTCTCCGCGCCGAGAAGGGCTACCCGATTGTCGGGCAGGACACCGATGGCACGGTCACCCCGCAGGATGCCGGCATGGACTGGATTGTCTCCAAGGCCAAGGACTTCATCGGCAAGCGCTCCTACCTCCGCGAAGACGCAAGCCGAGAGGACCGCAAGCACTTGGTCAGCGTCCTTCCCGTGGACCACAAGCTGAGGTTGCCGGAAGGCACGCAGCTCGTGGAAAAGGGCATTCCGGTCAACCCGGCTCACGGACCCGTTCCCATGGAGGGCTTCGTGACCTCCAGCTATCACAGCGCCGCGTTGGGCCGTTCCTTCGCCCTGGCACTCATTCAAAACGGCCGCAACCGCATCGGCGAGACCCTGGTGGCCTCACTGGGAGACCAATTGGTGGACGTGGTTGTTGGCGAAACCGTACTTTTCGATGCTGAAGGGACCCGCAAAGATGGCTGA MTSKNARLATGGRIDRSISWRFTVDGQEFTGHPGDTIASALLANGHINAGNSLYEDRPRGIMAAGVEESNALVKIAPRFRGHVAESMLPATAVSLVDGMNIELLSGLGKLDPNEDKAEYDKKYVHTDVLVVGGGIAGLAAAREAVRTGARVILIDDQPELGGALLSGSTAQELAEQIEGKPALEWVADVEAELVSAGECTVLNRTTAFGSYDSNYFIAAQNRTDHLSVPAASGVSRQRIWHIRAKQVVLAPGAHERPLVFENNDRPGIMLASAARTYLNRYAVAAGSRVVISTTNDSAYALAADLKAAGVAVAAVVDARPQISAKAAAAVESGIRVLIGSAVADTSADENGRLNGVTIRSISDDGELTSGVEQLDADLLAVSGGWSPVVHLHSQRQGKLRWDDELAAFIPTAPVRDQHVVGAGRGSFELQDCLAEGISAGAAASIAAGFESATTPVELQAPVASAPSRQLWLVPGQTGEPGEWHHHFVDFQRDQSVADVLRSTGAGMRSVEHVKRYTSISTANDQGKTSGVNAIGVIAAALKFGGAENIPGVGEIGTTAYRAPFTPVAFAALAGRQRGELFDPARVTSIHPWHVAQGALFEDVGQWKRPWYYPQAGEDMDTAVLRECAAVRDSVGFMDATTLGKIEIRGKDAGEFLNRVYTNAFKKLAPGSARYGVMCTLDGMIFDDGVTLRLDDDRYFMTTTTGGAAKVLDWLEEWHQTEWPELDVVCTSVTEQWSTIAVVGPKSRAVIAKVAPQLAENGGLDAEAFPFMTFRETTLASGVQARVCRISFSGELAYEINIPSWYGLNTWEAVAAAGAEFNITPYGTETMHVLRAEKGYPIVGQDTDGTVTPQDAGMDWIVSKAKDFIGKRSYLREDASREDRKHLVSVLPVDHKLRLPEGTQLVEKGIPVNPAHGPVPMEGFVTSSYHSAALGRSFALALIQNGRNRIGETLVASLGDQLVDVVVGETVLFDAEGTRKDG PGPT0013515_600 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0013515-soxA-K00302 NA NA D3-18_00362 438 hypothetical protein ATGCTCCTCATTTCATGCCCCAACTGCGGGCCACGCGACGAAACCGAATTCCACTACGGCGGGCAGGCACACATTGCCTACCCGGAGAACCCCAACGACCTCACGGACCGCGAATGGGCTGAGTACCTGTTCTACCGGGAGAACACCAAGGGCACCTTCGCTGAGCGCTGGGTCCACAGCACCGGCTGCCGCCAGTGGTTCAACATGCTCCGCGACACCGTGAGCTACGAAATCCACTCCATCTACGCGATGGGCCAGCCCCGCCCCGACCTGGCAAAGAGCAAGGCGGCAGGAACCGGCGAAAGCCCGAAGAGCGAACCGGCCCAGCCCGGTGAGTTCACCCAAAGCGGGGACTTCGGCCAAGCCGGCGAACCAGGCCTCGCACCCGGCGCCGCAACAACAGGCGCCACAGCACCCACCTCCTCGGAAGGAGTCTAG MLLISCPNCGPRDETEFHYGGQAHIAYPENPNDLTDREWAEYLFYRENTKGTFAERWVHSTGCRQWFNMLRDTVSYEIHSIYAMGQPRPDLAKSKAAGTGESPKSEPAQPGEFTQSGDFGQAGEPGLAPGAATTGATAPTSSEGV PGPT0013520_10 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013520-soxD-K00304 NA NA D3-18_00363 1221 soxB Sarcosine oxidase subunit beta GTGAGTGCAGACCACCTCCCCGAACACCCGGACTTCCTCTGGCGCAACCCGGAACCGAAGAAGAGCTACGACGCCGTGATTGTGGGCGGCGGCGGGCACGGCCTGGCAACGGCCTACTTCCTGGCCAAGAACCACGGCATGACCAACATCGCCATCCTGGAAAAGGGCTGGCTGGCCGGTGGAAACATGGCCCGCAACACCACCATCATCCGTTCCAACTACCTCTGGGACGAGAGCGCCGCCATTTATGAGCACGCCCTCAAGCTCTGGGAGATCCTGCCGGAAGAGCTGGAATACGACTTCCTGTTCAGCCAGCGTGGCGTCATGAACCTGGCCCACACCTTGGGCGATGTCCGCGAAAGCGTACGCCGTGTGGGCGCCAACCGTCTCAACGGCGTGGACGCTGAGTGGCTGGACCCGCAGCAGGTCAAGGAACTCTGCCCCATCCTGAACATCAGCGACAACATCCGCTACCCCGTTATGGGCGCCACGTACCAGCCGCGTGCAGGCATCGCCAAGCACGACCACGTGGCCTGGGCCTTCGCCCGCAAGTGCGATGAACTCGGCGTTGACATCATCCAGAACTGTGAAGTCACCGGCTTCATCAAGGACGGCAACCGCGTCACCGGCGTCAAGACCAGCCGCGGAACCATCAACACCGAAAAGGTGGGCCTGTGCGCCGCCGGCCACAGTTCAGTCCTGGCAGAGATGGCCGGCTTCCGCCTGCCCATCCAGTCGCACCCGCTCCAGGCGCTGGTGTCCGAACTGCACGAGCCCGTCCACCCCACGGTGGTCATGTCCAACCACGTTCACGTGTACGTCTCCCAGGCCCACAAGGGCGAACTGGTGATGGGCGCCGGCGTGGACTCCTACAACGGTTACGGCCAGCGCGGTTCGTTCCACGTGATCGAGGAGCAGATGGCAGCAGCCGTTGAGCTCTTCCCGATCTTCGCCCGGGCACACGTGCTCCGGACCTGGGGCGGCATCGTGGACACCACTTTGGATGCCTCGCCGATCGTCGGACTCTCCCCTGTGGAGAACATGTTCGTCAACTGTGGTTGGGGAACCGGCGGCTTCAAGGGCACCCCGGCAGCGGGCCTGACTTTCGCACACACCATTGCTACCGGCGCTCCGCACAAGCTGAACAAGCCCTTCGCCCTGGAGCGCTTCGAGACCGGCGCCTTGATCGACGAACACGGCGCCGCAGCCGTGGCCCACTAG MSADHLPEHPDFLWRNPEPKKSYDAVIVGGGGHGLATAYFLAKNHGMTNIAILEKGWLAGGNMARNTTIIRSNYLWDESAAIYEHALKLWEILPEELEYDFLFSQRGVMNLAHTLGDVRESVRRVGANRLNGVDAEWLDPQQVKELCPILNISDNIRYPVMGATYQPRAGIAKHDHVAWAFARKCDELGVDIIQNCEVTGFIKDGNRVTGVKTSRGTINTEKVGLCAAGHSSVLAEMAGFRLPIQSHPLQALVSELHEPVHPTVVMSNHVHVYVSQAHKGELVMGAGVDSYNGYGQRGSFHVIEEQMAAAVELFPIFARAHVLRTWGGIVDTTLDASPIVGLSPVENMFVNCGWGTGGFKGTPAAGLTFAHTIATGAPHKLNKPFALERFETGALIDEHGAAAVAH PGPT0013510_786 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013510-soxB_-K00303 NA NA D3-18_00364 1395 glyA2_2 COG0112 Serine hydroxymethyltransferase 2 ATGGTTGAACCGCTGATCCGCCCGCTAGCACAGGCGGACCCGGAGGTCGATCAGGCGATCGCCCTGGAACTCATCCGCCAGCAGTCCACGCTGGAAATGATCGCCTCTGAGAACTTCGCTCCCACGGCTGTCATGGAAGCCCAGGGATCGGTGCTGACCAACAAGTACGCCGAAGGCTACCCGGGTAAGCGCTATTACGGCGGCTGTGAACACGTTGATGTGATCGAGCAGCTGGCCATAGACCGCCTGAAGTCCCTGTTCGGCGCAGAGTTCGCTAACGTCCAGCCCCACTCCGGAGCCCAGGCCAACGCCTCGGCCATGCACGCACTGATTACCCCCGGCGACACCATCATGGGCCTGAACCTCGCCCACGGCGGCCACCTGACCCACGGCATGCGCATCAACTTCTCCGGCAAGCTGTACAAGGTTGTTCCTTACGGCGTTCGTGAAGACACCCACACCGTGGACATGGCTGAAGTTGAACGCCTCGCCTTGGAGAGCAAGCCTCAGCTGATCGTCGCTGGCTGGTCGGCATACTCCCGTCAGCTGGACTTCGCTGAATTCCGCCGCATTGCGGACCTGGTGGGCGCCTACCTCATGGTGGACATGGCCCACTTCGCCGGTCTGGTTGCAGCTGGACTGCACCCGAGCCCGGTCCCGCACGCCCACATCGTCACCAGCACAACACACAAGACCCTCGGTGGTCCCCGCGGCGGCGTGATCCTGACCAACGACGCCGACATCGCCAAGAAGGTTAACTCCGCCGTCTTCCCCGGCCAGCAAGGTGGTCCGCTGGAGCACGTCATCGCCGCCAAGGCCGTAGCCTTCAAGATGGCCGCCGAGCCGGAATTCCAGGAACGCCAGGTCCGCGTTCTGGAAGGCTCCAAGATCCTTGCTCAGCGACTTCTCCAGGAAGACGTAGCTGCTGCCGGCATCTCGGTTGTCAGCGGCGGAACAGACGTTCACCTGGTCCTCGCAGACCTCCGCCACTCAGTCCTCAACGGCCAGCAGGCCGAGGACACCCTGCACCGCATCGGCATCACGGTCAACCGCAACGCCGTTCCCTTCGATCCCCGCCCGCCGATGGTTTCGTCCGGTCTGCGCATCGGCACCCCCGCGCTTGCTGCCCGCGGTTTCGGCGCCGAGGACTTCACTGAGGTCTCGGACATCATTGCGACGGCGTTGATCGCCGCAGCGAACAGCGGCACCAGAGCCGGCGGCACCCAAGCAGGAACTGAAGCAGGCACCGAAGCTGACGTCGCCCTGGACGACGCCACCGCCGTCGAACTCCGACGCCGCGTAACCGCTCTGGCCGACAAGTACCCGCTTTACCCACACCTCAACAACGGCAATGGCGCCGCAACCGAAGCAGAACTGATTGGAGCAGCCCAGTGA MVEPLIRPLAQADPEVDQAIALELIRQQSTLEMIASENFAPTAVMEAQGSVLTNKYAEGYPGKRYYGGCEHVDVIEQLAIDRLKSLFGAEFANVQPHSGAQANASAMHALITPGDTIMGLNLAHGGHLTHGMRINFSGKLYKVVPYGVREDTHTVDMAEVERLALESKPQLIVAGWSAYSRQLDFAEFRRIADLVGAYLMVDMAHFAGLVAAGLHPSPVPHAHIVTSTTHKTLGGPRGGVILTNDADIAKKVNSAVFPGQQGGPLEHVIAAKAVAFKMAAEPEFQERQVRVLEGSKILAQRLLQEDVAAAGISVVSGGTDVHLVLADLRHSVLNGQQAEDTLHRIGITVNRNAVPFDPRPPMVSSGLRIGTPALAARGFGAEDFTEVSDIIATALIAAANSGTRAGGTQAGTEAGTEADVALDDATAVELRRRVTALADKYPLYPHLNNGNGAATEAELIGAAQ PGPT0008090_1718 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008090-glyA-K00600 NA NA D3-18_00365 672 rspR_1 COG1802 HTH-type transcriptional repressor RspR ATGAGCGCTGCATTGGAAGCACTGGAATCAGCTCCGCAGGGGACATCCCTCGCGGAGAACGCCTACCTGCTGCTGCGCGACAGGCTCATCATGCTGGACGTCAAACCCGGCGACCCCATCAACGACGGCCAAATCGCTGCTGAACTGGGGATCGGGCGCACGCCTGTCCGGGAAGCCATCAAGCGACTCGAAAGCGACCACCTCGTGGTCTCCTATCCGAGGCGCGGTACGTTCGCCACCGGCGTGGACATCACCCAACTTGCCGAGGTCTCAGAGATCCGCGAACTCCTGGAGCCACTCGCCTCAAGGAAGGCTGCCCGCATGGCGAGCCCCGCCATGCGTTCCGAGCTGCGCGCCGTCGCTGCCGCAATCCGTGATCTTGAAGGCCAGGACAACTCCTCCCAAGAACTCATGCGGTACGACATCCAAGTGCACCGGCTCATCTACAAAGCCTCGGCCAATGCGCACCTCGAAGACGTACTCATTCGCTATGACAACCTGGCCACCCGAATCTGGTGCCACATGCTGGAAAAAATGCCCTCCGTTTCCGGCCACATCTCCGAGCATGCCGACCTCCTGACGGCCATAGCAGACGGCGACGAAGAACGCGCCGCCGAGCTCGCCCTGCACCACGTTGTCAGCTTCGAAGAGACCATCCGCAAGGTCCTCTGA MSAALEALESAPQGTSLAENAYLLLRDRLIMLDVKPGDPINDGQIAAELGIGRTPVREAIKRLESDHLVVSYPRRGTFATGVDITQLAEVSEIRELLEPLASRKAARMASPAMRSELRAVAAAIRDLEGQDNSSQELMRYDIQVHRLIYKASANAHLEDVLIRYDNLATRIWCHMLEKMPSVSGHISEHADLLTAIADGDEERAAELALHHVVSFEETIRKVL NA NA NA NA NA D3-18_00366 1446 proP_1 Proline/betaine transporter ATGCACCCCTTGACCGTGGCGTCGCTCACACATACTCTGGTGCAACAGCGTTGCGTTGAATGCAACCCCAAGGATTTTGGTGGACACATGAGCAATGAATCCTCTGTGGCAGCCGAGCAGGGTGTTTCACCCGCCTCCGGCTCCAACCACACCCTCAGCCCTAACAACACAGTCAGCAAGGACACTCGACGGCGAGTGGTCACGGCCAGCTTCATCGGCAACTTTGTTGAGTGGTTCGACTACGCCGTTTACGGCTATTTGGCCGGTATCATCTCAACAGTTTTCTTCCCGGAGTCAGACCGGCAGACAGCCCTCCTGGCAACCTTCGGTGTCTTCGCCATCAGCTTCTTCGTGCGGCCGCTTGGTGGTTTCATCTGGGGCCATATTGGCGATCGCCTCGGACGAAAGCAGGCGCTCTCCCTCTCGATCGTGTTGATGTCAGTGGCCACGTTCTGCATCGCACTGATACCGGGCTACGCCACCATCGGCGTGATGGCGCCGATCCTGCTCCTCCTCGTAAGAGTTGTCCAAGGATTCTCCGCAGCCGGCGAGTACGCAGGGGCGTCTGCCTTCCTGGTGGAATATGCGCCTGCGAATCGCCGCGGACTGTATGCCGCTGTCGTGCCTGCCAGTACTGCAGCGGGACTACTGCTGGGATCCTTGCTTGCCGCCCTGCTGACGTCAGTACTTAGCGCGGAGCAGCTCAACGAGTGGGGCTGGCGGTTGCCGTTCCTGCTCGCGGCGCCGATGGGGCTCATCGGCAGGTACATCCGGATCAAACTGGAGGACACTCCGGCGTTCCGTGAACTGGCCGAGAAGGACGACGGCGTCAAGGCTCCCGCGTTGGCCATGTTCAAGACGTACCGGAAGCAACTCGTCATCGCCACGGGCGCGGTGCTGCTCAACGCGGTGGGCTTCTACGTGATCCTCAGTTATATGCCCACGTACTTGTCGGAGGAGCTGGGCTTCGGCGCCACGGAGTCGTTCCTCGCCACCACCATTGCCCTTGCCAGCTACATCGGCTTCATCTTCCTGACGGGCATCGCCTCGGACAAGTTCGGCCGCAAGCGCATGCTGATCACCGCGTCGGTCCTGTTCATCCTGCTCACGGTGCCAGCGTTCATGCTCCTGGACACCCGCAACTTCCTGGTGATCGTGTTGGTTCAGATCCTTCTGGGCGGCATGCTCACTCTCAACGACGGCACCCTGCCCAGTTTCCTGGCCGAACTCTTCCCCACGAAGGTCCGGTACACGGGCTTCGCCGTCAGCTTCAACCTCTCCAATGCCTTGTTCGGCGGCACCGCGCCGTTCATGGCCACCCTCCTGATCGGCATGACCGCCAGCAAACTGGCACCCGGCTGGTACCTCGTGGCCGCCGCCATAGTTTCCCTCATCGCAGTCCTGTTCGCCACGGAGACTTCCAAGAAGCCCCTGCTGCAGGACTAG MHPLTVASLTHTLVQQRCVECNPKDFGGHMSNESSVAAEQGVSPASGSNHTLSPNNTVSKDTRRRVVTASFIGNFVEWFDYAVYGYLAGIISTVFFPESDRQTALLATFGVFAISFFVRPLGGFIWGHIGDRLGRKQALSLSIVLMSVATFCIALIPGYATIGVMAPILLLLVRVVQGFSAAGEYAGASAFLVEYAPANRRGLYAAVVPASTAAGLLLGSLLAALLTSVLSAEQLNEWGWRLPFLLAAPMGLIGRYIRIKLEDTPAFRELAEKDDGVKAPALAMFKTYRKQLVIATGAVLLNAVGFYVILSYMPTYLSEELGFGATESFLATTIALASYIGFIFLTGIASDKFGRKRMLITASVLFILLTVPAFMLLDTRNFLVIVLVQILLGGMLTLNDGTLPSFLAELFPTKVRYTGFAVSFNLSNALFGGTAPFMATLLIGMTASKLAPGWYLVAAAIVSLIAVLFATETSKKPLLQD PGPT0013645_1254 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013645-proP-K03762 NA NA D3-18_00367 1257 Creatinase ATGACCATCACCCAGAACGAGGCCGTCAACGATGTGGCCAAGCTCGAGCGCACCAAGGTCCTCAACAATGGCGAGAAGGTCTCGCTGACCTTCTCCGACGCCGAGTTTGAGCGGCGTCTCAGTGGCTTGCGCAGCATCATGGCCGAAAAGGACCTCGACGCCGTCATCCTCACCAGCTACCACTCCATCAAGTACTACTCCGACTTCCTCTTCACCTACTTCGGCCGTTCCTACGGCATGGTGGTCACCAAGGAAGACACCGTCACCATTACGGCGAATATCGACGCCGGGATGCCTTGGCGCCGCAGCTACGGCGATAACCTGGTGTACACGGACTGGCGCCGGGACAACTACATCCACGCCATCCAGGAAGTGCTGCGCACTCGCGGTATCAACCCGCGCCGCATCGGCGTCGAAGATGACTCGCTGCCCCTGGACAACCGCAACAAGATCCAGGCAGCTTTCTCAGGAGCCACGCTGGTGGACGTCGCGCAGGCGGCGATGCGTCAGCGGATGATCAAGTCTGACGAGGAGATTGCGGTCATCAAGCATGGTGCCCGCATTGGTGACCTAGGCGGCGAGGCCATTCGCAACGCCATTACAGCCGGGATCACCGAGTATGAGGTTGCCTTGATCGGCACGGAGGCCATGGTTCACGAGATTGCCCGTACGTTCCCGGACTCTGAAATCCGTGACACGTGGGTTTGGTTCCAGTCGGGCATCAACACTGATGGCGCGCATAACTGGGCCACCACCCGCAGGATTCAGGAACACGACATCCTGTCCCTGAACTGCTTCCCCATGACCAGCGGCTACTACACCGCATTGGAGCGCACCCTGTTCTATGGCGAACCGGATGCCCGCTCCCTGGAACTGTGGAACATCAACGTGGAGGTCCACAAGCGCGGCCTGGAACTCATCAAGCCTGGGGCGGTCTGCAAAGACATCGCCGCCGAGCTGAACGAGATCTACGTCAGCCATGGCTTGCTGGCCAACCGCACCTTCGGCTACGGCCACTCGTTCGGCGTGCTGAGCCACTACTATGGGCGCGAAGCGGGCCTGGAACTTCGCGAGGACATCGACACCGTTCTGGAGCCGGGCATGGTGGTATCCATGGAACCGATGATCACGGTGCTGGACGGCCAGAAGGGTGCGGGCGGTTACCGGGAGCACGACATCCTGGTAGTCGGTGATGACGGCGCAGAGAACATCACCAAGTTCCCGTTCGGCCCCGAGTACAACATCATCGGAGCCTAG MTITQNEAVNDVAKLERTKVLNNGEKVSLTFSDAEFERRLSGLRSIMAEKDLDAVILTSYHSIKYYSDFLFTYFGRSYGMVVTKEDTVTITANIDAGMPWRRSYGDNLVYTDWRRDNYIHAIQEVLRTRGINPRRIGVEDDSLPLDNRNKIQAAFSGATLVDVAQAAMRQRMIKSDEEIAVIKHGARIGDLGGEAIRNAITAGITEYEVALIGTEAMVHEIARTFPDSEIRDTWVWFQSGINTDGAHNWATTRRIQEHDILSLNCFPMTSGYYTALERTLFYGEPDARSLELWNINVEVHKRGLELIKPGAVCKDIAAELNEIYVSHGLLANRTFGYGHSFGVLSHYYGREAGLELREDIDTVLEPGMVVSMEPMITVLDGQKGAGGYREHDILVVGDDGAENITKFPFGPEYNIIGA PGPT0013580_26 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013580-CREATINASE-K08688 NA NA D3-18_00368 888 kipR_3 COG1414 HTH-type transcriptional regulator KipR GTGACCCGGCCGGTGGGCACAGCGTGGTGTCCACCGGCCGGTGCGCCTGCCCAAGCGAAATATAGTGAACCCATGACCCCCACTGAATCCAGCGACACTCCTGAGAACAGCAACAGCACTGGTGACAGCAAAAACACCTCGGTGATCGTCAACGCCATCGCGGTGCTGCGGAGCTTCACCGCCGACGAACCGCTCCTGGGAGTCACCGAAATCGCGGGCCGCGTTGGCCTGCACAAGAGCACCGTTTCCCGTATCCTCGCGACGCTGGAACAGGAAAACCTTGTAGAGCGCGACGTCGATTCGCGCAGGTTCCGTTTGGGGCTGGGAATGATCGCCATGGCGGGCCCGCTCCTGGCGGAACTCGAAGAACGCCGCGTTGCATACCCTGTGCTGCGCGAACTTACTGAGCGCACGGGAGAGACGAGCGCGCTCATGGTGTGGAACGGCAATGAGTCCATGTGCGTGGAACAGATCCCCAGCCGGCACCAGGTCAAACACCTCGCTCCGCTGGGTGCCCGATACAACGAGGCCCTCAGTTCATCGGTGCAGGTGTTCCTTGGCGCGGAGAATGAGGACCGGGTGCGTCAGTTGTTGCGCAGCGGTTCCATCACCCTGCCAGGTCTGGACGAGGATGCCGTCGAGGCGTATCTGGCGCGGGTGTCAGAATCCGTGGAGCGTGGCTGGGCAGTGAACTTCGGGGAGACATCCATTGAGGAAGTGGGTGTGGCATCGCCCGTTTATGACCATCGGGGCGACATCGTGGCCTCTGTCCTGATTCCTGCGCCCAAATTCCGTGTTTCGAAGGATACCTTGGACAGCCTCGGTGAAGCCTGTGCCGCAGCCGCCGCCAAAGTCACCACCCGCCTGGGTGGCCGCGCCCCGCGCTAA MTRPVGTAWCPPAGAPAQAKYSEPMTPTESSDTPENSNSTGDSKNTSVIVNAIAVLRSFTADEPLLGVTEIAGRVGLHKSTVSRILATLEQENLVERDVDSRRFRLGLGMIAMAGPLLAELEERRVAYPVLRELTERTGETSALMVWNGNESMCVEQIPSRHQVKHLAPLGARYNEALSSSVQVFLGAENEDRVRQLLRSGSITLPGLDEDAVEAYLARVSESVERGWAVNFGETSIEEVGVASPVYDHRGDIVASVLIPAPKFRVSKDTLDSLGEACAAAAAKVTTRLGGRAPR PGPT0000860_41 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-ALLANTOIN_USAGE N-AQUISITION-ALLANTOIN_METABOLISM,PGPT0000860-allR-K10973 NA NA D3-18_00369 1233 hypothetical protein ATGGGACCGTGGCCGGGCCTTTATTGGCCGGGCGCCATACCGCTTGTGGTGATGACAGCGGCGATCGCAACCGCGAAGTGGAAGCCGTACCTTTCGCTCGGACTAACTGGCGTTCTGCTGCTTGGACAGCTTGTGCACATCGTCCCCGCTATGTTGGCAAACCACTGGGCCATCTACATGGGATCTTTCATTTCCCTGGGTTTTATCATGTGGACAGGCAACAAGAAGCAGAGAATATTGGCAGTCACCGCCAACGTCCTCTTCGCCTTGGTCATGACCTTCATGATGATTTCCTGGCGCTATGGCGGGGGAGTGGGCTGGTTCATCCCGCTCCATCATGGAGATGCTTTTGCGCTGCGTCACTATGGATGGCAGCTGTTGAGCATTCTGCTGCTAGTTGCTGCTGCTTGCGGCGCCCTCGGCATCCTCGTAGCCCTTTACGAAGACCGCCAGACACTGTCCAAGGCACAGATCGTCACCCAAGCAAGCCTGAAAGAAACTGAAATCGAACTGGTCATCGAGCAGGAACGCACTCGGATCGCCCGCGATCTGCATGATGTCCTGGCTCATTCTTTGGCAGTCATTACGGCGCAGGCCGATGGCACGCGATATCTGAGCAAAGGCCAGCCAAAGCCTGTCCTGGACGCCTTGGAGAACATCGCCGTATCAGCCAGGCACGCATTGGTTGATGCGCAACGCGTCATCGAAGGCGTTCGGGACGATGGCATGGTTGCCCCACAACCCCTGATCAGCGACGTCGGCCCGCTGATGGAACGCATGCGTCAAGGCAGCCTTGAGATTGAGCACAGTGAGAGCGGTGTACCCGTTGAACTGGGAGCAGGTCAGCAGCTGGCAGTATTCAGGATCGTCCAGGAATGTCTCACCAATGCGCTGAAACATGGTGGCCGGGGAACCGCCGTGCGCGTGCATTTTGATTGGAGCGGCCCAGGGCTGACACTTCATGCTTCCTCCGCGCTGCCGGCGTCCGTTCCGTTGGGGGAAACGGACGCCGGGCAAGCCAAGGAACGTTATGGACGGGGCATTCCCGGAATGCGGGAGCGTGCGCATCTGGCCGGTGGTTGGCTGACAGTGGGTCCGGATGGGGAGCAGTTTCGGGTAACTGCTTTTCTTCCTTATGGAACCGGGAAGCTGCAGGTCACCTCCCAGCCGTCCAAGGCATTGACGGATCTGGGAGAACGGACCTCGGCGGGAGGGGCCGGTGGCCTTGGCTGA MGPWPGLYWPGAIPLVVMTAAIATAKWKPYLSLGLTGVLLLGQLVHIVPAMLANHWAIYMGSFISLGFIMWTGNKKQRILAVTANVLFALVMTFMMISWRYGGGVGWFIPLHHGDAFALRHYGWQLLSILLLVAAACGALGILVALYEDRQTLSKAQIVTQASLKETEIELVIEQERTRIARDLHDVLAHSLAVITAQADGTRYLSKGQPKPVLDALENIAVSARHALVDAQRVIEGVRDDGMVAPQPLISDVGPLMERMRQGSLEIEHSESGVPVELGAGQQLAVFRIVQECLTNALKHGGRGTAVRVHFDWSGPGLTLHASSALPASVPLGETDAGQAKERYGRGIPGMRERAHLAGGWLTVGPDGEQFRVTAFLPYGTGKLQVTSQPSKALTDLGERTSAGGAGGLG NA NA NA NA NA D3-18_00370 687 liaR_3 COG2197 Transcriptional regulatory protein LiaR GTGGCCTTGGCTGAATCGTCTGCGCCCATATCTGTAGCGTTGGTTGACGACCAGCCATTGTTCCGGGCGGGCATCCGGATGTTGGTTCAAAGCCAGCCGGACATGCTGCTGGCCTGGGAGGCCGACGACGGCAGCCAGGCACTTGCTCTCGCGACAGAGCAGCCGCCGGACGTCATGCTTATGGATCTCCGTATGCCTGTGATGGATGGCGTAACTGCCACGAAGCACCTCTGGGATGCTGCGACGCGTGACGGTTTGGAAAAGCCTAAGATCATCGCCTTGACCACCTTCAACCGCGACCAAGCTGTGGTGGAAGCCGTGCAGGCGGGAGCAAGCGGGTATTTACTCAAAAGTGCCGAGCCGGAATTCTTGCTGGCCGCAATACGGACCGTTCACTCCGGGTACTCGGTGATCGCGCCCGGATCCGTGCATGACCTGTTTCAGCACGCTGCCCGGACAGTGCCGGTTCCGGGTCCGGATCTTTCTGTCCTGGATCCGTTGTCGGTTCGGGAACGGGATGTCTTCCTCTTGGCGGCCAAGGGTTTGAGCAACAGTGCTATGGCTGAGAGTTTGTTCGTGTCCGAAGCAACGGTCAAAACGCATCTGCGCAGTGTCCTTACAAAGCTGGGCGTTGGGACACGGCTTCAACTGGTGTCGTTCGCTTACGAGTACCGGCTGCTCGGATAG MALAESSAPISVALVDDQPLFRAGIRMLVQSQPDMLLAWEADDGSQALALATEQPPDVMLMDLRMPVMDGVTATKHLWDAATRDGLEKPKIIALTTFNRDQAVVEAVQAGASGYLLKSAEPEFLLAAIRTVHSGYSVIAPGSVHDLFQHAARTVPVPGPDLSVLDPLSVRERDVFLLAAKGLSNSAMAESLFVSEATVKTHLRSVLTKLGVGTRLQLVSFAYEYRLLG PGPT0014870_178 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 D3-18_00371 480 hypothetical protein ATGACCACCGCTTCGCACCCCGCCGAACACCACCACATGATGGGGTTGACGCTTCGCAACACCGCCATGGGCGTTGGCATTGTATTTCTGCTGGTAGGCATTCTGGGCTTCATCCCGGGAATCACCACCAATTTCGGCGCCATGACCTTTGCGGGACATGAATCCGGCGCCATGCTGCTTGGAATCTTCCAAGTGTCCATACTCCACAACATCGTTCACCTGCTGTTTGGCGTGGCCGGCTTGGCCATGGCAAGGAACGCACGCATGGCTCGCCTGTTCCTCCTGGGCGGCGGCGCCGTGTACATCGTTCTTTGGATCTATGGCCTGGTCATCAACCAGGAAACAGCTGCCAACTTCGTCCCGTTCAATACGGCTGACAACTGGCTGCACCTGATCCTCGGCGTTGCCATGATCGGGCTGGGCGCCTGGCTGGGCAGGGATGCCATGGACGAAACAACTACAACGCGACGGAAGATGTAG MTTASHPAEHHHMMGLTLRNTAMGVGIVFLLVGILGFIPGITTNFGAMTFAGHESGAMLLGIFQVSILHNIVHLLFGVAGLAMARNARMARLFLLGGGAVYIVLWIYGLVINQETAANFVPFNTADNWLHLILGVAMIGLGAWLGRDAMDETTTTRRKM NA NA NA NA NA D3-18_00372 972 hypothetical protein ATGAGCCAAGCTCCAAACGGACGTGTGCACACGATCTTCCATGACACCCGCGATCTCACGCCTTTCCGCGAGGGCTACGTCCGCACGCCGGTCCGTGGCTTGGCCGATGGCGTCAATGACGTGCTTTCCGGGGTCCTCACCGGCCGCGACCACGCGAGGTTGTCCGTGGTGGGGAATGTCCCGCGATTGAAGATGCTGTCCTCCAAGACGGCGAAGGCCATGCATGAGGCCGTGTTCACTTCCACGGAGCCCGATCGGCTCCTTGCTTTCGGCCGCACATATCCGGGCTGGGCCGGCTTATGCCACGTGATGGCAGGGCTGCTCACGTACAAGCATGGCGGATTCCTGAGGGCTTCCGAGCTGTTGCGGCGCGGTTTAACAACAAGGATCGACGACGACGCCAGCCAGTTCTCGGCTACCTACCTTGGGCAGGTGGTCACCAAAGTCGAGGTAGCCGAACGCATTGAGGTTCCGGTCCTGTTCAGCGAGGAATCCGTGTTTTTGGCGTTGTCCCACTGTCTTCGGGAAATGGGGATGACCGAGGCGGCCTTGGAAGCGGTGGTGACTTTGCCGCCGTCGTTGCCTTCTGCGTTGGCGCGCTGCACGGCGGCGTACTCGTTGGAGCGCCACCGCGACGTGGTGCTGTGGACCGAAGGTTTGCTCAACACGGATGACCTGTCCGCCGCACTGTTGCTGATCCGGGCGCGGTCGCAGCGGGCGCGCGGCGATTTCGAGTCGGCCCAGGCGGCCCTGAAGGAAGTCCTCCGGCGTCGGAAAACCAACCTGGCCTTGAAGAACGATGCATTGACCGACAGGGCGTTGCTCGCGCTTGACCAAGGGCGCCGAACCCTCACTCCGCGATCCAGGCGGCCGGCCCCGCCTGCCGAGCTTGAGACCTTGGAAGTCATCCGCAAAGACGCTGAGATGCGGCGTCTCTGGGAGAACGACTTCAGGCAGCTGGGCGGCGAATAA MSQAPNGRVHTIFHDTRDLTPFREGYVRTPVRGLADGVNDVLSGVLTGRDHARLSVVGNVPRLKMLSSKTAKAMHEAVFTSTEPDRLLAFGRTYPGWAGLCHVMAGLLTYKHGGFLRASELLRRGLTTRIDDDASQFSATYLGQVVTKVEVAERIEVPVLFSEESVFLALSHCLREMGMTEAALEAVVTLPPSLPSALARCTAAYSLERHRDVVLWTEGLLNTDDLSAALLLIRARSQRARGDFESAQAALKEVLRRRKTNLALKNDALTDRALLALDQGRRTLTPRSRRPAPPAELETLEVIRKDAEMRRLWENDFRQLGGE NA NA NA NA NA D3-18_00373 387 hypothetical protein ATGGAACAAGATGCCCTGGGGTCGGAATCCCTGGACAGGGCCTTCATGGCGTTGGCGGATCCGGTGAGACGGGCCATGGTAGCCCGGCTGTCGCGAGGAGATGCCACTGTCAATGAGCTGGCCGAACCATTCGCCATCACCAAGCAAGCGGTGTCCAAGCACATTCAAGTCTTGGAGCATGCCGGTTTGGTTACCCGATCCCGCGACGCCCAGCGCAGGCCGGTCCATTTGGATGCAGCGGCCCTGGAACGACTGACAGCTTGGATTGACCAGTACAGGCTGATCGCCGAGTCCCGCTTCCGCCAGTTGGACCAGTTACTTGGCGTCGGCGTCTCCCACCATGAACAAGAGAACATACCAGCAAAGAAGAAAGAGGAACTGAAATGA MEQDALGSESLDRAFMALADPVRRAMVARLSRGDATVNELAEPFAITKQAVSKHIQVLEHAGLVTRSRDAQRRPVHLDAAALERLTAWIDQYRLIAESRFRQLDQLLGVGVSHHEQENIPAKKKEELK NA NA NA NA NA D3-18_00374 468 hypothetical protein ATGAGCAATCCAACAACAATCACCGCTGATAGTGGCGTCCCGTTCGTTGATACAGTCCGCGAATTCGATGCCCCGGTCAGTGCAGTTTTCAAAGCCCACGTTGACCCGGACCTCTTGGCCAAATGGCTGGGCCCTCGGAGCACGGTGACGAAAATTTCTGAGTACAACGCCACCACCGGCGGCAGCTGGCGGTACGAAAACGGCGACGATAGCGGGATGTACGGATTCCGCGGCGTGTTTCACACGGTCGAGGCCGACGCGTTGATCATCCAGACAATCGAGTTCGAGGGGGCGCCGAACCAGGTGGTCATCAGCACCACAACATTCGAGGAAGTAGACGGCAGGACCAGGATGTCGGCACACGAGGTCTACCCCTCGGTTGAAGCGCGCGACATGGCCGTGGCTACCGGGATGGACTACGGCGTCATCGAAGGATACGAGCGGCTTGACGAACTCCTCGCCGCCTAG MSNPTTITADSGVPFVDTVREFDAPVSAVFKAHVDPDLLAKWLGPRSTVTKISEYNATTGGSWRYENGDDSGMYGFRGVFHTVEADALIIQTIEFEGAPNQVVISTTTFEEVDGRTRMSAHEVYPSVEARDMAVATGMDYGVIEGYERLDELLAA NA NA NA NA NA D3-18_00375 657 rhtB_1 COG1280 Homoserine/homoserine lactone efflux protein GTGAATCCGCAACTGTTCCTCGCCTTCATGCTCGTCGCCGTCAGCTTGGCGTGCACGCCCGGCGTCGACTGGGCGTATTCGATTTCGGCGGGCCTCCGTCAGCGCAGCTTCGTCCCTGCCGTCGCTGGCTTATGCAGCGGCTACGTCATCTACACTTTGCTGATGGTGGCAGGGCTGGCGGCCCTCTTGGCCGGAGTTCCAGGACTGCTGGGGTGGCTGACCATCGCGGGAGCTGCCTACCTGCTATGGCTCGGCGTCGCTACCCTCCGCTCGTGGCGAGGTGCCAGCTTTAGTGCGGAGGGCGGCGTCGTGCAGTCCGGAAACCAGCTCCGCACCTTCCTTCAAGGCATGGGCACCAGCGGCATTAACCCAAAGGGCCTGCTCTTCTTCGTGGCGTTGGTGCCGCAGTTCGTCAGCCCCGAGGCAGCACTGCCTGTTCCGATCCAGTCGGGCCTGCTGGGCCTGACCTTCGTGATCCTAGCCGGGTTGGTTTACACCGCCGTCGCATTGACTTCCAGGAAGCTGCTGGCCTCCCGGCCCGGCGCCGCGCGGGTTGTGACCTTGGTCAGCGGAATCATCATGATCGGGCTCGGGACAGTGCTGCTATCAGAGCAACTACTGCCGCTTCTGCCGCATTTCCAGGCTGCAAGCAGCTAA MNPQLFLAFMLVAVSLACTPGVDWAYSISAGLRQRSFVPAVAGLCSGYVIYTLLMVAGLAALLAGVPGLLGWLTIAGAAYLLWLGVATLRSWRGASFSAEGGVVQSGNQLRTFLQGMGTSGINPKGLLFFVALVPQFVSPEAALPVPIQSGLLGLTFVILAGLVYTAVALTSRKLLASRPGAARVVTLVSGIIMIGLGTVLLSEQLLPLLPHFQAASS NA NA NA NA NA D3-18_00376 402 decR_1 COG1522 DNA-binding transcriptional activator DecR ATGACTGCCACAGCCCTTGCTTCCACGGTGGGTCTGACCGTGGCTCCATGTCATCGGAGGCTCCGCGATTTGGAGTCCTCAGGGGTAATCCGCGGCTACCGTGCAGACATCGATCCTGCCGCGGTGGGCCTGGGCTTTGAAGCGATTGTTTTTGTCACGCTCAAGCAGGTGGAGCGCACCATTCTGGCGGAGTTCGAAGAGCGTGTGACTGCCAGCCCCAACATTGTGGAGGCTCAGCGGCTCTTCGGATCCCCTGATTACCTGCTCAAGGTCATTGCTGCGGACCTGCCCGCGTATCAGCGCTTCTACGACGACGAACTCGCGGCACTTCCCGCAGTGGAACGCCTCACGTCAACACTGGTTATGAAGAACCTGAAAACCAATATAGGACCGCCGGTCTGA MTATALASTVGLTVAPCHRRLRDLESSGVIRGYRADIDPAAVGLGFEAIVFVTLKQVERTILAEFEERVTASPNIVEAQRLFGSPDYLLKVIAADLPAYQRFYDDELAALPAVERLTSTLVMKNLKTNIGPPV PGPT0014049_270 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014049-doeX-K15782 NA NA D3-18_00377 459 decR_2 COG1522 DNA-binding transcriptional activator DecR TTGCAGGAACTCGATGCCACGGACCGTCGAATCCTCGCCGCCTTGGACGAAGACCCTCGCGTGCCCATCATGGTGTTGGCCCAGAAACTGCACCTCGCTCGCGGGACAGTTCAGTCGCGCCTGGAGCGGATGACGGCGTCCGGAGCCCTCCGCCCCAACAGCAGTCGCGTCTTACCCTCGGCCTTGGGACGTGGCGTGGCTGCCGCCGTCAGTGCCGAGCTCGATCAAAGCCACCTGAACGAGGCTATTGCTGCCCTGAGGGAGATCCCTGAAGTTCTCGAATGCCATGCTCCCGCCGGCGATACAGACCTCATCATCAGGGTGGTAGCCAAGAGCCCGGATGACCTCTACCGGGTTTCCGAGGAAATCCGGTTGTGCCCGGGCATCGTGCGCACGTCCACCAGCATGTTCCTCCGGGAAGTGATTCCGTACCGAACCACCGGACTGCTGGCAGAGTAG MQELDATDRRILAALDEDPRVPIMVLAQKLHLARGTVQSRLERMTASGALRPNSSRVLPSALGRGVAAAVSAELDQSHLNEAIAALREIPEVLECHAPAGDTDLIIRVVAKSPDDLYRVSEEIRLCPGIVRTSTSMFLREVIPYRTTGLLAE NA NA NA NA NA D3-18_00378 888 gluQ COG0008 Glutamyl-Q tRNA(Asp) synthetase ATGACTGCTGCTGGCCGCTTCGCCCCGAGCCCCTCCGGCGAACTGCACGTGGGCAACCTGAGGACCGCGATTCTCGCTTGGCTGTTCGCGAAGTCCAGTGGCCGCGATTTCCTGCTGAGAGTCGAGGATCTGGACCGCGCCCGATCCGGCGCTGAGGCGGAGCAGCTCCGTAATCTGCGGGATGTCGGCGTCAGTTGGGACGCCGACGTCGTACGCCAGACGGAACGCGCGGCGCTGTACGACGAAGCGATTGCGCGACTGACGGCCCAAGGGCGGACCTACGAATGCTTCTGCACGCGAAGGGAAATCCAAGAGGCCCCCTCCGCGCCGCATGCTCCGCAGGGCGCTTATCCGGGAACGTGCCGACGGCTTTCCCAAGCCGAACGTGAGATCCGGCGAGCCACGCGTCCCGCCTCCATCCGCTTACGGGCAGAGGTTTCGGAGTGGGCCGTTGAGGACCAGTTGCACGGTAAATATGTGGGTGTGGTGGACGACTTTGTGCTTCGCCGCAACGACGGCGTGACCGCCTACAATCTCGCGGTGGTGGTTGACGATGCCCACCAGGGAATCGACCAAGTGGTTCGCGGCGATGATCTCCTCCCATCCACGCCGCGGCAGGCCTACTTGGCGACCCTGCTTGGGCTGCCGAACCCTGAATACGCCCACGTTCCGTTGGTTGTTAATCACGACGGCGTGAGGCTGGCGAAGCGCGACGGGGCCGTCACGCTGAACGACCTCGCCGCCGTCGGAATTCCTGCAGAACGTGTGCGTGACCTTCTACTGGAGTCCGTTGGATTGCCCGCGGGAACCTTGCAGGATGCCCTGCCGCACTTCACCCCGCATATCGTGCCAAAGACGCCTTGGGTGTGGAAAACTCCCCGGAGCTGA MTAAGRFAPSPSGELHVGNLRTAILAWLFAKSSGRDFLLRVEDLDRARSGAEAEQLRNLRDVGVSWDADVVRQTERAALYDEAIARLTAQGRTYECFCTRREIQEAPSAPHAPQGAYPGTCRRLSQAEREIRRATRPASIRLRAEVSEWAVEDQLHGKYVGVVDDFVLRRNDGVTAYNLAVVVDDAHQGIDQVVRGDDLLPSTPRQAYLATLLGLPNPEYAHVPLVVNHDGVRLAKRDGAVTLNDLAAVGIPAERVRDLLLESVGLPAGTLQDALPHFTPHIVPKTPWVWKTPRS PGPT0008460_6179 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 D3-18_00379 555 hypothetical protein ATGGAAACCATTGAAGAAGCTGGCGTGGACGGACTGTCCTTGCGGCAGCTGGCCCGTGATGTGAACGTCAGCCACGGCGCACCCGCCAAGCACTTCCGGGATAAGCAGGCCCTGATCGATGCCCTGGCGCTAGCTGGCTTTGAGTCGATGAACCGCCGCATCCAGGATGCCGCCCAATCCGTCGATGAACTCCGGGGACGTTTTGTCAGTGTTGGGAAGGCCTATGTCGACTTTGCTGTTGAGCACCCCGCCCTGCTCACGGTGATGTACTCCACCAAGCACCATCCCGATTCCAGCGAAGAGCTGCGAAGCACCGGCGCGCAAGGCATACAGGTTGCCCGAGCAATGATTGCCGAGGCACAGGAAGCCGGTGTCCTGGCCGCCGGGGAACCCGAAACCTTGGCCATGGTGTGCTTCGTGAGCCTTCATGGCACGGCCCTTCTCGCCGCTGGCGGTCAGTTGGACGGAAATTCAGTGGAAGACGTCGTCACGGCTACCACCGACACGTTATGGGCGGGAATGGAGGCCGGAGTCCCGGCAGCGCAGCTCAGTTAA METIEEAGVDGLSLRQLARDVNVSHGAPAKHFRDKQALIDALALAGFESMNRRIQDAAQSVDELRGRFVSVGKAYVDFAVEHPALLTVMYSTKHHPDSSEELRSTGAQGIQVARAMIAEAQEAGVLAAGEPETLAMVCFVSLHGTALLAAGGQLDGNSVEDVVTATTDTLWAGMEAGVPAAQLS NA NA NA NA NA D3-18_00380 897 hypothetical protein ATGGCTCAAGTCTATGTCAATGTAGTCATTGACAACAAAGTAGGCAGTGCCTACCATGTAGACAGCGACTACATTAGTCTCCGACTCAATCGATGGGATTTCGCCATGACCACGACTTACGCAGGCACTACTGCACTCATCACGGGCGCCAGCTCCGGCCTCGGCGCTGAGTTCGCCGGACAATTTGCGGCCCGAGGCTCAAACCTAGTCCTTGTGGCCAGGCGTGCGGACCGTCTGGAGGAGTTGGCTCAGGACTTGCGCTCACGCCACCGCGTCACTGTGACCGTCCTCCCTATGGACCTGGGCCGCGCAGGAGTGGGACGCGAGCTCCTCGAAGAACTGGCCGGCCGCGGAATTACCGTGGACACCTTGATCAACAACGCGGGTTTCGGCACCCACGGTCCTTTGGTTGAGGAAGACCCGAGCACCATCGCATCTGAGATTTCCTTGAACGTTGCCGCCCTCGTGGACATTACGCGTGCCTTCCTCCCGGAACTGCTCGCCTCCGGGAAGGGTGCCCTGGTGAACGTCGCCAGCACTGCTGCGTTCCAACCCATCCCCGGCATGGCCGTCTACGGTGCCACCAAGGCCTTCGTCCTGAGCTTTACCGAAGCCGTTGCCCACGAAACCAAAAACTCCGGACTCAACGTCCTGGCCCTTTGCCCCGGCGCGACACGCACTGAGTTCTTTGACGTCCTCGGTGGTGAGTCCGCAGCAGTAGGCAAGATGCAGACCTCTGCGCAGGTTGTGGGGACTGCCCTCAAAGCCCTCGATCGCAAGGACACCCCCGGCAGCGTCGTTTCGGGTTGGGTCAACCGGGTGACGGCCGGCTTCGCCCAGCGTTTGCCACGAGCCGTCACCGTCGCCATCGCTGCACGCGCTGTACAGGACTGGTAA MAQVYVNVVIDNKVGSAYHVDSDYISLRLNRWDFAMTTTYAGTTALITGASSGLGAEFAGQFAARGSNLVLVARRADRLEELAQDLRSRHRVTVTVLPMDLGRAGVGRELLEELAGRGITVDTLINNAGFGTHGPLVEEDPSTIASEISLNVAALVDITRAFLPELLASGKGALVNVASTAAFQPIPGMAVYGATKAFVLSFTEAVAHETKNSGLNVLALCPGATRTEFFDVLGGESAAVGKMQTSAQVVGTALKALDRKDTPGSVVSGWVNRVTAGFAQRLPRAVTVAIAARAVQDW PGPT0030485_2228 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-OXIDOREDUCTASE_ACTIVITY PUTATIVE-OXIDOREDUCTASE_ACTIVITY-1,PGPT0030485-yqjQ-K07124 D3-18_00381 537 hypothetical protein ATGACCGAACCACGCTTTACCGTTGAGACAGCCCAGGTTTTGGCCGAAGTGGCTCACAACCGGCAGAAGGACAAGCTCAAACGTCCTTATCGGGAGCACGTTCTGGCCGTGGGAGATGCGCTCGCCGACTTTGACGAAGATATCCAGATCGCAGGCTACCTTCATGACATCGCCGAGGATACGCCCATCACCCGCCAAGCCCTGCTTGAAATGGGAGTGTCCGAGCGGGCGGTAGACATCATCGAACGCGTCACCCGCCGCTTCCACGACGACCCTGATGATTACGACGCCGGCATCCGTTTCGTTGCGGAGGACCACGACGCAACGTTGGTGAAGATCGCGGACAACGCTCACAATTCCTTGCCCGAGAGGGTCAAGGCGCTTGCTGAAAAGTGGCCGGACAAGCCGCCGGTAACCCGCTATGCCGATGCCCGACCCGTGCTTTACACGGCGGTTCCCCGCGAAGAAGTTCGGATGATCCTGGAACGGATCAACCCCTACTTGCTTCGGGAACTGGACGAGATCGTGCCCGAGTAG MTEPRFTVETAQVLAEVAHNRQKDKLKRPYREHVLAVGDALADFDEDIQIAGYLHDIAEDTPITRQALLEMGVSERAVDIIERVTRRFHDDPDDYDAGIRFVAEDHDATLVKIADNAHNSLPERVKALAEKWPDKPPVTRYADARPVLYTAVPREEVRMILERINPYLLRELDEIVPE NA NA NA NA NA D3-18_00382 1245 hypothetical protein ATGTCCTCGAATCCCCTTCGCCATGCGCTGTCCCGCATGGGCGGCCGCGATCCCCATGAAAAGCACCGCACAGCAACTCCGCTGGAGCTCTTTTTTGACCTGACCTTTGTTATCGCTTTTGGTGTCGCCGGCAACCAGTTCGCCCATGCTGTGGCAGAGGCGCATTTCTGGCCAGGCCTCCTCGCCTTCTCGTTCGCCATGTTCGCGGTGATCTGGGCCTGGATCAACTTCACCTGGTTCGCCAGCGCCTACGACACCGACGACTGGGTGTTCCGCGTGGTCACCATGGTGCAGATGGTTGGCGTCCTGATCTTGGCCATGGGCGTCGAGCCGGTGTTCCACTCCATCATCGAGGGCAAGCACGTAGATAACTTCACCATGGTGCTCGGCTACATCGTCATGCGGGTGGCCCTGATTTTCCAGTGGCTGCGTGCCGCCCGGCAGGATCCAGAACGGCGGGAAACCTGCTTGCGCTACGCGAAGTACGTGGCGATCGTCCAGGTCGGATGGGTCGTGGTTCTCTTGGTCGATGCGAGCGTCCTCACCACCTTCCTCATGGCAGCCCCACTGTTCATCATGGAGATGGCAGCACCGTACTTCGCCGAACGCCAGATCCGTACCCCGTGGCACGCCCACCACATTGCGGAGAGGTACGGGCTCCTGGCCATCATCGCCCTGGGTGAGTGTTTGATTGGTGCCATTGAAACCCTGCGTGCCATTGTGGCCACCCACCAGTGGTCCATGGATGCCGCCTTGGTTGGATTGAGTGGAACCGGGCTGGCCTTCGCCATGTGGTGGATCTACTTCATCCTGCCCTCGGGTCCGGCACTTCACGTCCAGCGGCACCGTTCATGGGTGTTCGGCTATGGGCACATGCCGATCTTCGCTGCCATTGCCGCCACAGGTGCAGGACTGCACGTTGCCGCTTACTACATTGACCACGAAGCCCACATTCCTGCGGCCGCTGCGGTGGCCTCAATCGCCATTCCCATCATCATTTTCAAGGTCTCGCTCAGCACGCTGTACGGCATCATGCTCGGCCTGGACCGCGAACACTTCTGGAGCTCCGCGCTGGTGGTCCTGGGCTTGGCTGCAAGCATTGCCATGGCTGCAGCGGGAGCCTCCGTGCCGATCTGCATGCTGGCAATGATGCTGGTCCTGGGCCTGTCGATCGCCTACGACGAACGACGCGGGCACAAGGGCCGGGCAGCAGCGCTGCGGCGGCTGGAAACCGCAGCGGGCTAA MSSNPLRHALSRMGGRDPHEKHRTATPLELFFDLTFVIAFGVAGNQFAHAVAEAHFWPGLLAFSFAMFAVIWAWINFTWFASAYDTDDWVFRVVTMVQMVGVLILAMGVEPVFHSIIEGKHVDNFTMVLGYIVMRVALIFQWLRAARQDPERRETCLRYAKYVAIVQVGWVVVLLVDASVLTTFLMAAPLFIMEMAAPYFAERQIRTPWHAHHIAERYGLLAIIALGECLIGAIETLRAIVATHQWSMDAALVGLSGTGLAFAMWWIYFILPSGPALHVQRHRSWVFGYGHMPIFAAIAATGAGLHVAAYYIDHEAHIPAAAAVASIAIPIIIFKVSLSTLYGIMLGLDREHFWSSALVVLGLAASIAMAAAGASVPICMLAMMLVLGLSIAYDERRGHKGRAAALRRLETAAG NA NA NA NA NA D3-18_00383 1299 ftsH_1 ATP-dependent zinc metalloprotease FtsH ATGAGCAACTGGCGCATCAGGGACTTCCATTCGTCCGATTTGGACGGCATCCTGCACCTCTGGGAGTCACTCAAAGCCGATGGCGTGGAGCCCGTGTACGCGTTGTCCGAGGTACTGGCGTCCTGCGAGAAGGACCACGCCGTGGTGGCTGTCCAAGGCGACCAAGTGGTGGGTGCCGCCGTCGGACGCGCCGCCCATGACCAAGGGTGGGTCGTTTTCCTGGCCACGCTGACGGAGTTCCGCGGCCGCGGCATTGGCACCTCGCTGCTGTCCGCCGTCGAGAACCGCATGGCCCCGCACGGCCTCAACAAACTCTCCGCGCTCATGCCGGAAACCGAAACACGCGTCGAAGCCTTCCTGGGGCGCGGGTTCGTGGTGAAGAAAAACCTGCGCTACTTCGAGCGGACCATCCCCGTGCAGCGGCAGGAACTGGAACCGTTAAGCCTGTTGGGCGGGCGGATTCTTGCCCGGGACCTGTGGGAGAACGTGGCTGGCATGCGCCGCGAGAAGGAGCTGCTGGAGCGGCGACTGGTTTTGCCTTTGGCAGAGGCCGACCTCGCAGACGAATACGGTGTGGTCCCGCCCCGGGCAGTAGTCCTGTTCGGCCCGCCAGGTACCGGTAAAACCACCTTCGCCAAAGCCATCGCATCCAGGCTTGAGTGGCCGTTCGTGGAAGTCTTCCCGTCCCGCCTGGCCGCTGACCCCAAGGGACTGGCCGGGGCACTCCGTGAGACGTTCCTGGAAATCGCCGAGCTGGAACACGCCGTGGTCTTCATCGACGAAGTGGAGGAGATCGCGTCCCAGCGCGCCGGTGATCCGCCGTCGCCGTTGCAGGGCGTCACCAACGAACTCCTCAAGATCATCCCGGCTTTCCGGGAACAACCCGGCCGCTTGCTGGTGTGCGCTACGAACTTCATCCGCGCCCTGGACACCGCGTTCCTGCGCCACGGCCGGTTCGACTACGTCATCCCCATCGGGCTCCCCGACGTTCACGCCCGCGAAGCCATGTGGCAGCGATTCATCCCCGCTACCGTGGTGGATTCCGTGGATATCGCCCAGTTGGTGGAGCGAACCGAGGGCTTCTCCCCCGCGGATATCGAGTTCGCTGCCCGCAGCGCCTCCCAGCGGGCCCTGGAAAAAGCAGTGTACGACGACGGCGACTCCGGTCTTGCGCCCAACGGACGTAAGGGACCGGTCACCCAGGACTACCTCGATGCGATCGGTGATACCCGGACCACCGTTAGCGCCGAGGTGCACCAGGATTTCCTGGAGGACATCGACGTGTTAGGGCGCGTGTAG MSNWRIRDFHSSDLDGILHLWESLKADGVEPVYALSEVLASCEKDHAVVAVQGDQVVGAAVGRAAHDQGWVVFLATLTEFRGRGIGTSLLSAVENRMAPHGLNKLSALMPETETRVEAFLGRGFVVKKNLRYFERTIPVQRQELEPLSLLGGRILARDLWENVAGMRREKELLERRLVLPLAEADLADEYGVVPPRAVVLFGPPGTGKTTFAKAIASRLEWPFVEVFPSRLAADPKGLAGALRETFLEIAELEHAVVFIDEVEEIASQRAGDPPSPLQGVTNELLKIIPAFREQPGRLLVCATNFIRALDTAFLRHGRFDYVIPIGLPDVHAREAMWQRFIPATVVDSVDIAQLVERTEGFSPADIEFAARSASQRALEKAVYDDGDSGLAPNGRKGPVTQDYLDAIGDTRTTVSAEVHQDFLEDIDVLGRV NA NA NA NA NA D3-18_00384 762 bacC_1 Dihydroanticapsin 7-dehydrogenase ATGGCACCCTCTGTGGGCAACGAATTCGAAGGCCTGGCAGCGCTCGTGACCGGTGGGGCCTCCGGAATCGGGGCCGCGATCGCCGACCGCCTCGCTGCCGGCGGTGCGCAGGTGGCAGTCCTGGACCTCGCTCCTGAGGCCAGCCGGCATTTCGGTGTGCAGTGCAATGTGGCCGATGACCCCTCGGTGCGAGCCGCCGTCGACGCTGTGGCCACGAAGTTCGGCCGCCTGGACATCGTCATCAACAACGCCGGCATCGGCGCCCAAGGTGACATCGCGACCAACGACGACGACGAGTGGCTGCGTGTCCTCAACGTCAACGTGGTGGGAATCGCCCGTGTCAGCCGGGCGGCCCTGCCGCACCTGCGTGAGTCGCCGGCGGCCGCGATCGTTAACACCTGTTCCATTGCGGCGACTGCCGGGCTTCCTCAGCGTGCCCTGTACTCGGCGTCGAAGGGCGCGGTCTTGTCTTTGACGCTCGCCATGGCGGCAGACCACGTCCGCGAGGGGATCCGTGTGAACTGCGTAAACCCCGGCACCGTGGACACTCCGTGGGTTGGCCGGTTGCTCGATTCAGCCGCTGACCCTGCAGCTGAGCGAACCGCCCTTAACGCCCGCCAACCGCACGGGCGGATGGTCGATCCCGCTGAGGTAGCCGGCGCCGTCGCTTACCTCGCGAGCCCGCTGTCGGGTTCGACGTCGGGAACCTCGCTGGCGGTCGACGGCGGCATGCAGGGTCTGCGCCTACGGCCGGTTCAATAG MAPSVGNEFEGLAALVTGGASGIGAAIADRLAAGGAQVAVLDLAPEASRHFGVQCNVADDPSVRAAVDAVATKFGRLDIVINNAGIGAQGDIATNDDDEWLRVLNVNVVGIARVSRAALPHLRESPAAAIVNTCSIAATAGLPQRALYSASKGAVLSLTLAMAADHVREGIRVNCVNPGTVDTPWVGRLLDSAADPAAERTALNARQPHGRMVDPAEVAGAVAYLASPLSGSTSGTSLAVDGGMQGLRLRPVQ PGPT0008190_496 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 D3-18_00385 921 Ureidoglycolate lyase ATGACCTTGAAATTCGCCAGGCTGGGTACGGCCGGAAACGAACAACCGGCCGTCATCGCCCAGGACGCTGACGGCGCTGAGAAGTACTTCAGCCTTAAGGCCCTGACCAACGACATCGACGGCGGTTTCCTCGCCTCAGATGGCATCGAACGCACCCGCGAAGCGCTCAACAAAGGGGAACTTCCCGAGATCTCCCCGGAAGGCCTACGCTTTGGCGCCCCCGTCGCGCGACCCGGTGCAGTGGTTGCCATTGGACTCAACTACACCGCGCACGCTGCCGAATCCGGTGCTACGCCGCCCGAGGTTCCCGTGGTGTTCCTCAAGCCGACCAACACTATCGCCGGCCCGTTCGACGCAGCCCCCATCCCGCCGTCGTCGGAAAAGTACGACTGGGAAGTGGAACTGGCAATCGTGATCGGCAAGGAAGCGTCATACCTTTCCTCCGTTTCCGAGGCCGAGGGCTGCATCGCCGGCTATGCCGTAGCCAACGATCTCTCCGAGCGCGACTACCAGATCCCCGGAGCGGCGGGCCAGTGGACCAAGGGCAAGACCCTCCCCGGCTCCACTCCCCTGGGTCCGTGGCTGGTCCCATCCTCGGATATTGATGCCGGCAACCTTCACCTGCAGACCTTAGTCAACGGCGAAGGCCGCCAGGACTCCACTACCTCGGACATGATCTTCGACCCCGCAACGATCGTCCACCACCTCAGCCAGTACATGCTGCTGGAGCCGGGCGACGTGATCATCACGGGCACCCCCGAGGGCGTGGCACTGTCCGGCAGATTCCCCTTCATCCAGCCAGGTGACGTGGTGGAGTTGGAAATTGAAGGACTGGGCCGCCAACGGCAGGAGTACTTCCGCGCGCAGGCCGGCTCCCCATCACAGCCCGGTGCATCTGCTCCCGTCCGCATCAACGCCTGA MTLKFARLGTAGNEQPAVIAQDADGAEKYFSLKALTNDIDGGFLASDGIERTREALNKGELPEISPEGLRFGAPVARPGAVVAIGLNYTAHAAESGATPPEVPVVFLKPTNTIAGPFDAAPIPPSSEKYDWEVELAIVIGKEASYLSSVSEAEGCIAGYAVANDLSERDYQIPGAAGQWTKGKTLPGSTPLGPWLVPSSDIDAGNLHLQTLVNGEGRQDSTTSDMIFDPATIVHHLSQYMLLEPGDVIITGTPEGVALSGRFPFIQPGDVVELEIEGLGRQRQEYFRAQAGSPSQPGASAPVRINA PGPT0001745_124 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001745-lra6-K18336 NA NA D3-18_00386 1305 COG4948 L-fuconate dehydratase ATGAGCATCATCACCGCAATGGATACGTTCGATATCCGCTTTCCCACATCCTTGGAACTGGACGGTTCCGACGCCATGAACCCGGATCCGGACTATTCCGCCGCGTACCTGGTCATCCGCACGGATGCCGGGGACGGACATGAGGGCCACGGCTTTGTGTTCACCATCGGGCGGGGGAACGAGGTGGAGACGGCGGCGATCGAAGCCCTCCGTGGGTACCTTCTTGGCCGCACGGTTGAGGACCTGCTGGCAGACATGGGAGCCATGTGGAAACTGTTGACCCATGACTCGCAGCTCCGGTGGCTGGGTCCCGAGAAAGGTGTCATGCACATGGCTATCGGCGCCGTGGTCAATGCGCTGTGGGACTTGAAGGCCAAACGCGCAGGGCTGCCCCTCTGGGAGTTGCTCTCCGGCATGACGCCCGATGAGCTCGTAGCACTTGTGGACTTCCGCTACCTCACGGACGCGCTTACCCCGGACGAAGCTTTGGACATTCTCCGCGCTGCCGAACCCGGAAGGGAAGAGCGCAAAGAGGCACTTCGCGCTGACGGCTACCCCGCGTACACCACGACGCCGGGCTGGTTGGGCTACAGCGACGAGAAACTCACACGGCTGGCCAAGGAAGCCGTGGCTGACGGATTTTCCCAGATCAAGTTAAAGGTTGGCGCCTCCTTGGAGGACGACATCCGGCGCGTGCGGGCTGCCCGCGCTGCCGTTGGTCCCGACGTCAAGATCGCGGTCGATGCCAACCAGCGCTGGGATGTGCAGGAAGCCATCGACTGGATGGCGCACCTTGCCCCCTATGACATCGCCTGGATTGAGGAACCCACCAGCCCGGACGACATCCTCGGCCATGCCGCCATCGCCCGCGGAGTGGCGCCCATCCCCGTAGCCACTGGCGAGCACGTCCAGAACCGGGTGGTGTTCAAACAGATGCTCCAGGCCGGGTCGCTTCAGGTCCTCCAGATTGACGCGGCCCGGGTAGCGGGAGTGAACGAAAACATCGCCATTCTCCTTCTCGCTGCAAAGTTCGGAGTGAGGGTTTGTCCGCATGCCGGTGGTGTCGGTCTGTGTGAAGCAGTCCAGCACCTGTCCATGTTCGACTTCATTGCGGTGTCCGGGACCAAGGAGAACAGGACCATCGAGTTCGTGGACCACCTCCATGAACACTTCATCACACCTGTGGACGTCCACGACGGCGCGTATTGGCCGCCGTCGGATCCTGGCGCTGGAAACGAAATGCTCCGTGAAACACTGGCCGCGTACAGCTTTCCGGACGGCCCCGTATGGAAGGAATCCCGTTGA MSIITAMDTFDIRFPTSLELDGSDAMNPDPDYSAAYLVIRTDAGDGHEGHGFVFTIGRGNEVETAAIEALRGYLLGRTVEDLLADMGAMWKLLTHDSQLRWLGPEKGVMHMAIGAVVNALWDLKAKRAGLPLWELLSGMTPDELVALVDFRYLTDALTPDEALDILRAAEPGREERKEALRADGYPAYTTTPGWLGYSDEKLTRLAKEAVADGFSQIKLKVGASLEDDIRRVRAARAAVGPDVKIAVDANQRWDVQEAIDWMAHLAPYDIAWIEEPTSPDDILGHAAIARGVAPIPVATGEHVQNRVVFKQMLQAGSLQVLQIDAARVAGVNENIAILLLAAKFGVRVCPHAGGVGLCEAVQHLSMFDFIAVSGTKENRTIEFVDHLHEHFITPVDVHDGAYWPPSDPGAGNEMLRETLAAYSFPDGPVWKESR PGPT0017495_442 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_FUCOSE_DEGRADATION,PGPT0017495-fucD-K18334 NA NA D3-18_00387 1338 hypothetical protein ATGGAAGGAATCCCGTTGATCCAGCACGCACCTTGGTTTGAAGAGGCACGTTTTGGGATGTTCGTTCACTGGGGCATCTACGCCCTGCCTGCCCGGCACGAGTGGGTGATGAACCAGGAAGAAATCACAGTGGAGGAGTACTCCAAGTACTTCCAGCGTTTCGACCCCGACCTCTACGATCCCCGGGAATGGGCACGCGCAGCACGGGACGCCGGGATGAAATACGTGGTCCTCACCACCAAGCACCACGACGGCTTCTGCCTGTGGGACTCCGCGCTGACGGATTACAAGGCCACCAACACGCCTGCCGGCCGCGACCTGATAGCGCCTTATGTGGAAGCACTCCGGGCCGAGGGGCTGAAGGTCGGCTTCTATCACTCGCTTATCGACTGGCACCACCCCGACTTCACCGTGGACGGCGTACACCCCCAACGGAACGCGGCCGACGTCGAAAGCTTGAACGCCGGACGCGACATGGCGCGCTACCGCGAGTACCTGCACGGCCAGGTGCGCGAACTCCTGAGCAACTACGGCAGCATCGACTACCTGTTCTTCGACTTCTCCTACACAGGTGGGCACGAAGAAGAATTCTGGGGTGGCAAGGGCCGGAAGGACTGGGATTCGGAGGCATTGCTCGCCATGGTGCGGGAATTGCAGCCCGGCATTGTGGTCAATGATCGTTTGGAGATCCCCGGCGACTTTGTCACTCCCGAGCAGTACCAGCCCGCCGGCCCCATGATGGTCGACGGCGAACCGGTCGCCTGGGAGGCCTGCCAGACCCTCAACGGTAGTTGGGGTTATGACAGGGACAACCTGAACTACAAATCCGCGGACCTGCTCATCCGGATGCTGGTGGATGGTGTGTCCAAGGGCGGCAACCTGCTGCTCAACGTCGGCCCCACAGGCAGGGGAAATCTCGATCCGCGGGCCCTGGCGTCCTTGGAAGGCATCGGCCAGTGGATGAAGCTGCACTCGCGGTCCATCTACGGAACGGGGGCCTCCCCGTTCAAGGCACCGACGGACGCCCGGTACACCCAGCGTGGGAACAGGCTCTATGTTCACTTGTTCGCTTGGCCGTTCGAGTATGTCCACCTCCCGGATCTCGCCGGGAAGGTCGAGTACGCGCAGTTGCTGAACGACGCATCCGAGGTGTTCCTCAAAGAGGTAGACCCCGGGCAGCAGGCCATGAATATGACCCAGGGAGGGCAGCCGCCAGGCACCTTGACCATCAAGCTGCCTGTCCAGCGACCGAACGTTGCTGTGCCAGTGCTGGAACTGTTCCTGACACCCGAGGCTGCGGAGCCGTCGGCCGCGGAGCCCGAGGCCGCTCGTGACTGA MEGIPLIQHAPWFEEARFGMFVHWGIYALPARHEWVMNQEEITVEEYSKYFQRFDPDLYDPREWARAARDAGMKYVVLTTKHHDGFCLWDSALTDYKATNTPAGRDLIAPYVEALRAEGLKVGFYHSLIDWHHPDFTVDGVHPQRNAADVESLNAGRDMARYREYLHGQVRELLSNYGSIDYLFFDFSYTGGHEEEFWGGKGRKDWDSEALLAMVRELQPGIVVNDRLEIPGDFVTPEQYQPAGPMMVDGEPVAWEACQTLNGSWGYDRDNLNYKSADLLIRMLVDGVSKGGNLLLNVGPTGRGNLDPRALASLEGIGQWMKLHSRSIYGTGASPFKAPTDARYTQRGNRLYVHLFAWPFEYVHLPDLAGKVEYAQLLNDASEVFLKEVDPGQQAMNMTQGGQPPGTLTIKLPVQRPNVAVPVLELFLTPEAAEPSAAEPEAARD PGPT0018775_2667 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-FUCOSIDASE,PGPT0018775-fucA-K01206 NA NA D3-18_00388 315 rhaM_1 L-rhamnose mutarotase GTGACTGAGAGCATCGCCCTGCACACCAAGCTGAAGCCGGGAACCGAAGAAAAGTACGCGGACGCGCACGCGACCATTCCCCCTGACCTGGTGGCAGCGCTCAAGGACGCCGGGGTCCGGAACTGGCGGATCTGGCGCAGCGGCCTCGATCTTTTCCATGTAGTAGACGTCGATGACTACCAAGCAATGCGCCACGCGCTCGCCGACCATCCGGCCAATGTGCCGTGGCAAGCCCGAATGGCTGAACTTTTGGAGGTCCAGGACGATTACTCGGGGGAGGATACGGGTATCCAGAAGATATGGGAGCTGCGATGA MTESIALHTKLKPGTEEKYADAHATIPPDLVAALKDAGVRNWRIWRSGLDLFHVVDVDDYQAMRHALADHPANVPWQARMAELLEVQDDYSGEDTGIQKIWELR PGPT0017795_1129 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_RHAMNOSE_DEGRADATION,PGPT0017795-rhaM|rhaU|yiiL-K03534 NA NA D3-18_00389 972 fdh D-threo-aldose 1-dehydrogenase ATGAACTCACTTGACCTCGGCAAACCAGGAAAACCAGGAAAACCAGGCAAACTAGGCAAACTGGGCTTCGGCGGAGCGGGCATCGGAAATCTCTATCGGGAGATCCCGGACGGGGAGGCGCTCGCCACCGTGTTGGCTGCGTGGGACGCCGGCATCCGCTACTTCGACACAGCGCCTCACTACGGCCTTGGCCTCTCGGAGCAGAGATTGGGCGCGGTCCTCCGTGATAAACCCCGGAACGAATTCGTCATCTCCACCAAGGTGGGCAGGCTACTCGAACCCAACTCCGGTAGCGGCCAGGACCCGGAGGGCTTCGAGGTCCCCGCGACGTCACGACGCGTGTGGGATTTCTCCGAAACAGGCATCCGGCGCAGCATCGAGGACTCCCTGGAGCGGCTCGGCTTGGACCATGTGGACATCGCATACCTGCACGACCCCGACGTTCACGATCTTCAGGCCGGAATCTCCCAGGGCCTTCCAGCACTGGAGAAACTGCGCTCCGAAGGAGTGGTCCGGGCAATCGGTGTGGGCATCAACTCCGCAGAGGCAGCCTTGGAATGTGTCGAAGCCGCCGATCTCGACCTCGTGATGCTCGCCGGCCGCTACACCCTGCTCGAGCAGCCCAGCGTCCCGTTGCTTGAACGCTGTGTGGAGCGAAGCACCGGCGTCGTAAGCGTGGGCGCCTACAACTCGGGCCTCCTGGCCCGAGCCGACGTTCCGGAAGACGCGCATTACAACTACGGCCAAGCACCGCCGGAGGTGCTGGAGCGTGCGCGTGCGCTCGCGGCCCTCTGCCGGGACTTCGGCGTGGAACTTCCGACGGCGGCGCTCCAGTTCCCGTTGCGGCATCCGGCCGTGGTGAACGTGACAGCCGGGGCGACTTCTCCTGAACAGGTGGCCACGAACGCTGCCAGAATGGAGGCGCCCGTGCCGGACGAACTGTGGAAAGTGTTGGAGGAGCGCATGGCGTGA MNSLDLGKPGKPGKPGKLGKLGFGGAGIGNLYREIPDGEALATVLAAWDAGIRYFDTAPHYGLGLSEQRLGAVLRDKPRNEFVISTKVGRLLEPNSGSGQDPEGFEVPATSRRVWDFSETGIRRSIEDSLERLGLDHVDIAYLHDPDVHDLQAGISQGLPALEKLRSEGVVRAIGVGINSAEAALECVEAADLDLVMLAGRYTLLEQPSVPLLERCVERSTGVVSVGAYNSGLLARADVPEDAHYNYGQAPPEVLERARALAALCRDFGVELPTAALQFPLRHPAVVNVTAGATSPEQVATNAARMEAPVPDELWKVLEERMA PGPT0017915_1022 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_FUCOSE_DEGRADATION,PGPT0017915-pld-K00064 NA NA D3-18_00390 870 hypothetical protein GTGATTGATTCGCATCTGCACCTGTGGACCTTGGACACCTTCGTCAGCGGCGGTGTGCGCCACTATCCATGGCTCGGACCGCAACACGGTGCGCTCTTCCGCAGCTTTGGCGAGGACGAGGCGCGTGAGACGTTGGACGCTGCCGGGGTGAGGGGAGCCGTTCTGGTCCAGGCCGACGACACCGTAGCCGACACCGAGAGCATGTTGGCCGTTGCAGCGCGGAATCCCTGGGTGCTCGGAGTAGTGGGCTGGATCAGGTTGGATTCGCCTAATGAAGCTGCAGAACAGTTGCACCGTTTCACAGCACATCCCGTCTTCAAAGGCGTTCGGCACCTGGTGCATGACGATCCCCGCAATGACTTTCTGGATCTTCCCGCTGTAAGGAATTCCCTGGCATTGGTGGCTGGGGGAGGGCTCACTTTGGACATCCCGGATGCCTTCCCCCGGCATCTGGGGTCTGCGGTTCGGCTGGCCCGCGAGATGCCGGAACTGACGGTTGTGTTGGATCACCTGGGTAAGCCGCCGCTGGCTGATCCTGAGCTCATGGACTCGTGGAGCGCTGATTTCCGGGCGCTCGGGCGGGAGCCGAACTCGGTGGCGAAGCTCTCCGGACTGCATTTACCTGGCGTTGAGTACACCCCGGATGCGTTGCGACCTCTGTTTGAATCAGCGTTGGAGGCTTTCGGGCCGGAGCGTTTGATGATCGGCTGCGACTGGCCAGTGAGCACCTTGGGCGCCCCCTATGGCCGGACTCTGGATGTACTGCTGGAACTCGTGTCTACCTTGCGTCCTTCGGAGCAGGACCTGGTGCTTGAGGAGACGGCTATTCGGACCTACGGCCTGGCGGTCACCCCTATCGCCGAAGGTTAG MIDSHLHLWTLDTFVSGGVRHYPWLGPQHGALFRSFGEDEARETLDAAGVRGAVLVQADDTVADTESMLAVAARNPWVLGVVGWIRLDSPNEAAEQLHRFTAHPVFKGVRHLVHDDPRNDFLDLPAVRNSLALVAGGGLTLDIPDAFPRHLGSAVRLAREMPELTVVLDHLGKPPLADPELMDSWSADFRALGREPNSVAKLSGLHLPGVEYTPDALRPLFESALEAFGPERLMIGCDWPVSTLGAPYGRTLDVLLELVSTLRPSEQDLVLEETAIRTYGLAVTPIAEG PGPT0017915_2 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_FUCOSE_DEGRADATION,PGPT0017915-pld-K00064 NA NA D3-18_00391 672 lutR_1 COG2186 HTH-type transcriptional regulator LutR ATGGCTGTCACAGACGAGGCGATCAGCAAGATCAAAGACATGCTGATCCGCGGCGAACTCAAGGCCGGCGATCGACTTCCGCCGGAAAAGGAACTGAGCGAACGGCTCGGTCTTTCCAGGAGTTCGTTGCGTGAGGCCGTGAAAGCCCTCGAGCTGATCCGCGTGCTGGATGTCCGCCGTGGTGACGGCACCTACGTGACCAGCCTCGATGCGAAGCTGCTCAACGAAGCCGTGGCCTTTGTGGTGGACCTGCACCAGGACCGGTCCATCCTGGAACTCTTTGAAGTCCGACGAATCCTGGAGCCGGCCACCGCACACTTGGCCGCGGGAAAAATCACGCCGGACGAGCTGCTTGCCCTGCGGAGCACGATGGACGGCATCGACGAGAACACTGACGTTGAGGAGCTTGTTGCCCACGACCTTGAGTTCCACAGCATCATCACCGAGGCCGCCGGAAATGATTACCTGGGGAGCCTCCTGGAGGCCCTGTCCAGCAGCACCGTTCGCGCCCGGATCTGGCGTGGCCTGACACAGGAAAAGGCCGTGGCGCACACCTTGGCTGAACACCGCGCCATTGCGGACGCACTTGAACGGGGAGATGCCGAACTAGTGCGGGCCCTCGTTACTGTGCATATCAGTGGCGTGGAGAACTGGCTGCGGCAGGCGCTCTAA MAVTDEAISKIKDMLIRGELKAGDRLPPEKELSERLGLSRSSLREAVKALELIRVLDVRRGDGTYVTSLDAKLLNEAVAFVVDLHQDRSILELFEVRRILEPATAHLAAGKITPDELLALRSTMDGIDENTDVEELVAHDLEFHSIITEAAGNDYLGSLLEALSSSTVRARIWRGLTQEKAVAHTLAEHRAIADALERGDAELVRALVTVHISGVENWLRQAL NA NA NA NA NA D3-18_00392 1158 hypothetical protein ATGGTGAAGTTCACGAATCGTTTGGTTGCTGAGGTTGTCCAGTCGTTCTGGCAGCAGGTTGCGGACGGTGCCCGTTTTGAAGATGCTGGTGCGTTCGTCGGGTGGTCCGTAACGACGGTCCGCCGTGAGCTGAGGTCCTCAGGAGGGGTCCGGCCCCGTCGGGGCCGGACCCTGACCGGCCGTTCCCTATCGTTCCAGGAGCGGGAGTTGATCTCGTTATGGCGGGGCAAGGAATCGGTCCGTGAGATCGCCAGACGTTTGGGTCGTTCCCCGTCAACGATCTCCCGGGAGCTCCGGCGGAACGCTGACAAGGTCTTTTTCTACCGGGCTACCACCGCCCATGCCCGCGCCCACGCCCGGGCAGCCAGGCCCAAGACCGCTAAGCTCAACAGCAACAAGCCCTTGCGCCTGGAAGTCGAAAAGCGGCTCGAAAAGAAAGACTCACCGGTCCAGATCGCTGGCAGACTCCGCAAGGACTTCCCGAACAACCCGGAGATGTGGGTGTCACACGAGACCATCTACCAGTCCCTCTATCTCGAGTCCCGGGGCGGGCTAAAGCGGGAACTGGTCAAGAACCTGCGCACCGGCCGGACCCTGCGCAAACCCCAACGCCGCCCCGACGAACGCCGCGGCAGAATCCAGGACAAGGTCATGATCGCCGACCGTCCCGCCGAGGTCGAAGACCGTGCCGTGCCAGGGCATTGGGAAGGGGACCTGATCGTAGGCAAGGACGGAAAAACCGCCATCGGCACCATCGTGGAGCGCACAACCGGGTTCGTGATGCTCCTCCATGTCCCGACCGGTCAAAACCGTGCCGAGTCTGTTCGGGATGGGCTGATCCGCAAAATGGGCGCCCTTCCCGACGAACTGAGGCTCTCACTGACCTGGGACCAAGGCACCGAAATGCGCAGGCACAAGGAAGTGAAGATCGCAGCCGACATCGACATCTACTTCTGCGATCCCCACTCACCTTGGCAACGCGGCTCGAACGAGAACACCAACGGGCTCCTGCGCCAGTACTTCCCCAAAGGCGCAGACCTAAGCATCTACAGCCAAACCGACCTCGACTACGTCGCCCACGAACTCAACGACAGACCCCGCCAACGATTCGACTTCTGCACCCCCAATGAGATGATCAGAACCTTCCTGTTGCGATAA MVKFTNRLVAEVVQSFWQQVADGARFEDAGAFVGWSVTTVRRELRSSGGVRPRRGRTLTGRSLSFQERELISLWRGKESVREIARRLGRSPSTISRELRRNADKVFFYRATTAHARAHARAARPKTAKLNSNKPLRLEVEKRLEKKDSPVQIAGRLRKDFPNNPEMWVSHETIYQSLYLESRGGLKRELVKNLRTGRTLRKPQRRPDERRGRIQDKVMIADRPAEVEDRAVPGHWEGDLIVGKDGKTAIGTIVERTTGFVMLLHVPTGQNRAESVRDGLIRKMGALPDELRLSLTWDQGTEMRRHKEVKIAADIDIYFCDPHSPWQRGSNENTNGLLRQYFPKGADLSIYSQTDLDYVAHELNDRPRQRFDFCTPNEMIRTFLLR PGPT0030610_168 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482 NA NA D3-18_00393 1509 ansP2_1 COG1113 L-asparagine permease 2 ATGACCAATCCCATCACGGACCACACGGTCCCGGCCCAAGCGCACGCCAGCGAGAAAGCCCTCCACAAGGAGGACTCCGGCTACCACAAGGACCTCAAGCCCCGCCAGATCCAGATGATCGCGATCGGCGGCGCAATCGGCACCGGCCTGTTCCTGGGCGCCGGCGGCCGACTCAACGCAGCTGGTCCCTCCCTCGTTATCGCTTACGCAGTCTGTGGCTTCTTCGCTTTCCTGATCCTCCGCGCCCTCGGTGAACTCGTTCTGCACCGCCCGTCGTCAGGATCTTTCGTCTCCTACGCCCGTGAGTTCTACGGCGAGAAGGCCGCCTTCGTCTCGGGCTGGTTCTACTGGATCAACTGGGCCACCACCACCATCGTGGACATCACCGCAGCGGCGCTCTACATGGAGTTCTTCGGCAAATACGTCGCCTGGATAGGTGCCGTTCCGCAGTGGGCGTGGGCGCTCATTGCGCTGGTCGTAGTGCTCTGCCTCAACCTGGTCTCCGTGAAGGTCTTCGGTGAAATGGAGTTCTGGTTCGCGCTGATCAAGGTGGCAGCATTGGTGGCCTTCCTCCTGGTGGGTACCTACTTCGTCATCTTCGGCACCCCGGTGGAGGGCCAGGAAGTCGGCTTCAGCCTCATCGCAGACAACGGCGGAGTCTTCCCCAACGGCGTCCTTCCCATGATCATCCTCATGCAGGGTGTGCTCTTCGCTTACGCCTCGATTGAGCTCATCGGCACCGCAGCCGGCGAAACCGCCAACCCGGAGAAGATCATGCCCAAGGCCATCAACTCCGTGGTCATCCGCATCGCCCTCTTCTACGTTGGCTCCGTGATTCTGCTGGCACTCCTGTTGCCGTACACCTCTTACGAGAAGGGCGTCAGCCCATTCGTGACGTTCTTCGGTTCCATCGGCGTGGAGGGCGTGGACGTCATCATGAACCTCGTGGTGCTCACCGCAGCACTGTCCTCGCTGAACGCCGGGCTCTACTCCACAGGTCGCATCCTCCGCTCCATGTCGGTGGCCGGCTCTGCCCCGAAGTTCGCCCAGCGCATGAACAAGGCAGGCGTCCCCTACGGTGGAATCGCCATCACCGCCGGCGTTTCCCTCCTGGGAGTTCCGCTGAACTACCTTGTTCCGGCCGACGCTTTCGAGATCGTCCTGAACGTCGCTTCCGTGGGCATCATCGTCACCTGGGCCACCATCGTCCTGTGCCAGATGCAACTCAAACGTTGGGCCGACAAGGGATGGCTGAAGCGTCCGTCCTTCCGGATGTTCGGTGCTCCCTACACGGGCTGGTTGTCTTTGCTCTTCCTGGCGGCCGTGCTGATCATGGTGTTCATCGAGTCCCCGTTGACCATGCTGGTCACCGCGATTGCCTGCGGACTCATGGTGTGGGGCTGGTTCCTGTGCCGCAAGCAAATTCATGAGCTTGCTGCCACCCGCGACGGTTACACGGGCAGCGCGCCCGTGATTGCAAACCGCCCGCTGCCCGGCGGCGACAAGTAG MTNPITDHTVPAQAHASEKALHKEDSGYHKDLKPRQIQMIAIGGAIGTGLFLGAGGRLNAAGPSLVIAYAVCGFFAFLILRALGELVLHRPSSGSFVSYAREFYGEKAAFVSGWFYWINWATTTIVDITAAALYMEFFGKYVAWIGAVPQWAWALIALVVVLCLNLVSVKVFGEMEFWFALIKVAALVAFLLVGTYFVIFGTPVEGQEVGFSLIADNGGVFPNGVLPMIILMQGVLFAYASIELIGTAAGETANPEKIMPKAINSVVIRIALFYVGSVILLALLLPYTSYEKGVSPFVTFFGSIGVEGVDVIMNLVVLTAALSSLNAGLYSTGRILRSMSVAGSAPKFAQRMNKAGVPYGGIAITAGVSLLGVPLNYLVPADAFEIVLNVASVGIIVTWATIVLCQMQLKRWADKGWLKRPSFRMFGAPYTGWLSLLFLAAVLIMVFIESPLTMLVTAIACGLMVWGWFLCRKQIHELAATRDGYTGSAPVIANRPLPGGDK PGPT0000815_1640 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 D3-18_00394 1416 aspA_1 COG1027 Aspartate ammonia-lyase ATGACCACCGTCGATCAGGCGATCCCCCTCCGTTCCGAACACGACCTTTTGGGTGACCGCGATGTACCCGCGGATGCTTACTGGGGCGTCCACACTCTCCGCGCTATCGAGAACTTCCCCATCACCGGGCAGCCGCTCTCCACCAACAAGCACCTCGTCAGGGGCCTGGCCGCCGTGAAGCAGGCTGCGGCCCGCACCAACCACGAGCTTGGCCTACTGGACGCCGAAAAGGCGGGTGCCATCGAGCAGGCTTGCCAGGACATCATGGACGGCATGCTCCAGGAGCAGTTCATGGTTGATGTGATCCAGGGCGGCGCGGGAACCAGTTCCAACATGAACGCCAACGAGGTCATCGCCAACCGCGCGCTGGAGATCCTCGGCCACCCCAAGGGCGACTATTCCAAGCTGCACCCGAACGACCATGTGAACCTGAGCCAGTCCACCAACGACGTCTATCCGACGGCGGTGAACCTCGCCACGATCTTCTCCGTGAAAGAACTCCTGGAAGCCCTCGAAGAACTCGAGCTGGCGTTCGCTGAGAAGGGCCGGGAGTTCCGGACCGTCGTGAAGATGGGACGCACGCAGTTGCAGGACGCCGTTCCCATGACCCTCGGCCAGGAGTTTGGCGGTTACGCCGTAACAATCGGCGAGGACCGGGCCCGCTTGGACGAGTCCCACATGCTGATCCACGAGATCAACCTTGGAGCCACGGCAATCGGCACAGGCTTGAATGCCCCGGCCGGCTACGCTGAGGCCGCCTGCCGCCATCTCGCCGAAATTACGGGCCTTCCCCTCCTGACCGCTGCTGACCTCATTGAGGCCACGCAGGACGTAGGAGCTTTCGTTCACTTGTCCGGCGTGCTGAAACGCGTGGCAGTGAAACTCTCCAAGATTTGTAACGACCTCCGCCTGCTGTCCTCCGGACCGCGTGCGGGTTTGGGCGAGATCAACCTTCCGGCCGTGCAGTCCGGTTCGTCGATCATGCCCGGCAAGATCAATCCGGTGATCCCGGAAGTGGTCAGCCAGGTGGCCTACGAAGTCATCGGCAACGATGTCACAGTCACCATGGCCGCGGAGGCCGGCCAGCTTCAGCTGAACGCCTTCGAACCGATCATTGTGCACAGCCTGCACAAGAGCATCTCCCACCTGGAAGCAGCGTGCCGCACCCTTACGGCGCGCTGCGTCCGGGGCATCACTGCAAACACCGAACGGCTACGGCTTACCGTGGAGCAGTCGATCGGTCTCGTCACGGCATTGAACCCCCATATCGGTTACGCCTCCGCCACCGCTATCGCCCAGGAAGCGCTGGCAACGGGCAAGGGCGTAGCGGAACTCGTGTTGGAGCACGGTCTCCTGACCGCCACCCAGCTTGAGGAACTGCTTAGCCCCGAACGTCTGGCAAATCTCAGCAAATAG MTTVDQAIPLRSEHDLLGDRDVPADAYWGVHTLRAIENFPITGQPLSTNKHLVRGLAAVKQAAARTNHELGLLDAEKAGAIEQACQDIMDGMLQEQFMVDVIQGGAGTSSNMNANEVIANRALEILGHPKGDYSKLHPNDHVNLSQSTNDVYPTAVNLATIFSVKELLEALEELELAFAEKGREFRTVVKMGRTQLQDAVPMTLGQEFGGYAVTIGEDRARLDESHMLIHEINLGATAIGTGLNAPAGYAEAACRHLAEITGLPLLTAADLIEATQDVGAFVHLSGVLKRVAVKLSKICNDLRLLSSGPRAGLGEINLPAVQSGSSIMPGKINPVIPEVVSQVAYEVIGNDVTVTMAAEAGQLQLNAFEPIIVHSLHKSISHLEAACRTLTARCVRGITANTERLRLTVEQSIGLVTALNPHIGYASATAIAQEALATGKGVAELVLEHGLLTATQLEELLSPERLANLSK PGPT0020125_1426 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0020125-aspA-K01744 NA NA D3-18_00395 999 hypothetical protein ATGCCCGCCCCCGAAGCACCGGCCCAGGCCCACGCGAAAAAAGCGCCGAACCACGTCCCGCTCGTAGAGGTAACCCGCGACGGCCTGGTCGAAAGCGTTCATTACGGCTCGTTGATCGCGCTCAGCGCAGATGGCGGCACCGCAGTCCAGGCCGGCGAACCGGATGCCCCCATGTACCCGCGCTCAAGCCTGAAGCCGCTCCAGGCTGTTGCGCTGCTCAAGGCCGGTTTGGACATACCCCAGGACCTCTTGGCACTGACGGCTGCCAGCCACTCCGGCGCGCAGATGCACCGCGATGGCGCCACCGAGATCCTGAAGCTGCATGGCCTCACCGAAGCGGCGCTGGGTAACAGCACCGACCTCCCTTACGGCGTCGCTGAACGTGAAGAGTGGCTCCGCCAAGGCAACAGCCCCACCCAAATTGCGCAGAACTGCTCCGGCAAGCACGCTTCCATGACCGCAGTTTGCGTCATCAACGGCTGGCCTGTGGAGGGGTACTTGCATCCCGAGCACCCGCTTCAGGTCCTGGTCCGCGACACCATCACGGATCTGACGGGTGAGGAAGCTGCGGCGGTTAGTACTGACGGTTGCGGCACTCCGCTGTTCGCCCACACCCTGCATGGCATGGCGCGTGCTTACGGCCGCTTGGCCGCTGCCGACGAAAGCACAGACGAGGGCAAGGTTGCCCACGCCATGCGCCGCTACCCACAGATGGTGGCCGGCGAAGGCCGCGATGTCACCGCCCTCATGCGGGCGGTCCCGGGACTCCTCGCCAAGGACGGCTTTGAGGGACTCCAGCTTGTCGGCCTCCCGAACGGCACCGGCGTGGCAGTGAAGATTTCCGACGGCGGCGATCGCGCCCGCATGCCCGTCACCGTTGAGGTCCTCCGCCAATTGGGCGTCGACGGCGGCAGCTTGGCCACGCTTCAGAGCCCACCCGTGCTGGGCGGCGGCCTTCCGGTCGGCGAGCTCCGCGCAGCCCAAATTTTCAGCAACTAA MPAPEAPAQAHAKKAPNHVPLVEVTRDGLVESVHYGSLIALSADGGTAVQAGEPDAPMYPRSSLKPLQAVALLKAGLDIPQDLLALTAASHSGAQMHRDGATEILKLHGLTEAALGNSTDLPYGVAEREEWLRQGNSPTQIAQNCSGKHASMTAVCVINGWPVEGYLHPEHPLQVLVRDTITDLTGEEAAAVSTDGCGTPLFAHTLHGMARAYGRLAAADESTDEGKVAHAMRRYPQMVAGEGRDVTALMRAVPGLLAKDGFEGLQLVGLPNGTGVAVKISDGGDRARMPVTVEVLRQLGVDGGSLATLQSPPVLGGGLPVGELRAAQIFSN NA NA NA NA NA D3-18_00396 720 lutR_2 COG2186 HTH-type transcriptional regulator LutR GTGAACCTGTCAGACAGCCGGACAGCCGGACAGCAAGGACCCCAGGGTGGGCATACGCCTATCTCACGCATTTCCGCAGCTGAAGCGGTCTTTGCGGCCCTTCGGCGCGCCATCGAAGGCGGCCAGTTCGATATCGGAACTAAGCTGAGCTCCGAGGCGACCCTGGCAGGCCAGTATGGCGTAAGCCGTTCAGTCATCAGGGAAGCGTTGAGGTCCTGCAACACCTTGGGCCTTACCGTGACCAAGACCGGCAAGGGCACGTTCATTGTTGCCAACAAGGTTGCTAATGACCTTACCTTGGGTCAGTACAGTGCGCGTGATCTTAACGAAGCCCGCCCGCACATCGAGATCCCGGCGGCCGGCCTCGCCGCCCAGCGCCGCACCGAGGAAGAGCTGGAGCACCTCAAGGACATCGTCCAGGAAATGCTCACGGAGAACGATCCCGAAGCCTGGGTGAACCTGGACGCGAGCTTCCACTCAGCCGTGGCCCGCGCCAGCGGAAACCGGGTGTTTGCCAGCGTGGTTTCCGATATACGTGAAGCCCTGGCCCATCAGTCCGAAACCTTGAACCTCGTGGCAGACCGGCAACACCGCTCTGACGAGGAACACGTCGCAGTGCTCAACGCAATCGAAGCCGGCGACTCCGAAGCAGCAAGCAAAGCGATGGCCGCTCACCTGCAGGCCGTCAGCGTCGCGCTGGACACGATCCTCAGCAAATGA MNLSDSRTAGQQGPQGGHTPISRISAAEAVFAALRRAIEGGQFDIGTKLSSEATLAGQYGVSRSVIREALRSCNTLGLTVTKTGKGTFIVANKVANDLTLGQYSARDLNEARPHIEIPAAGLAAQRRTEEELEHLKDIVQEMLTENDPEAWVNLDASFHSAVARASGNRVFASVVSDIREALAHQSETLNLVADRQHRSDEEHVAVLNAIEAGDSEAASKAMAAHLQAVSVALDTILSK NA NA NA NA NA D3-18_00397 507 hypothetical protein ATGCTCTTCACCAAAAAGTCACTCACTGAGGACGGGTTCACCGGATTCCGGCCCCTCGACGAACTCGATCCCATGAGGATTCCCCAAGGACCTGGGATCTTCGCAATCCTATGTCCCGCGGATTTCGAGCCGGTGTTTCTTACCAAGAGCACCGCCGGTACGTTCAAAAAGAAGGACCCCAACCTCAAGCGTGAATCCCTGGAGTCCGAATGGATTCCGGATGCTTCTGTGCTGTATATCGGCAAAGCCAGTGCCGGGAGCCAAGGTAATCGGGGCCTCCGCAAGCAGTTCCAAGAGTTCATGGATTACGGACGTGGACGACCCACCGTCGTCTGGGACGCCCGGCTCATCTGGCAACTCCGTGACGCCCTGGACCTGATCGCTGCGTGGAAGGAACTCCCTGCCTCCGAAGTAAACGCCGCCGAGGCCGCCTATCACGCTGACTTTGTTGCCGCCCATAGCCGTCTTCCGTTCGCCAACCTGGTTCAGGCCCGCTCCAAGAAGTAG MLFTKKSLTEDGFTGFRPLDELDPMRIPQGPGIFAILCPADFEPVFLTKSTAGTFKKKDPNLKRESLESEWIPDASVLYIGKASAGSQGNRGLRKQFQEFMDYGRGRPTVVWDARLIWQLRDALDLIAAWKELPASEVNAAEAAYHADFVAAHSRLPFANLVQARSKK NA NA NA NA NA D3-18_00398 615 hypothetical protein ATGGCATCCATGACGGCCCTTGTCTCCCCTGGAAGCAAACCTCATGGATCCCGCATCACTGTGGAGGTGCCCGTCGTACGTGTCGGGGCAGGGCCCTCGGACTACGACGGACTAAACCGCTTTGTCGACTCCCTTCGCAAGCCGCAAGGGCTGCACATGACATTGCTGCACGTTGGGATCCTGGACGAGCTGGGAACGGACATCTTGGGGTGGACGAAGGGGCTGTCACCCCCGGAGAAGGTACTTCCCGAGGTGGCTGGTTGGTTGACGGAGTTGCCGGTACTGCAGGGTTTTCTGGGGAAGCCGGACAAACTGATCCCCTTGGGTGGTGGCCGTCTCATGGGGCTCGAAGTGGACGTGCCACAGGAAGTACACGACTACCAGGCACTTTTGGTGCAAGGGCTGCACGTACTTCTTGACGACCTCGGCCTCGACAACATCGACGATTTCATCTTGAGCTCGCCCGCACTTGGCTACAAGTCACCCCGGTGGTTGCCCCACATCGCAGTTGGCAAGGCCCGCACTAGGCACGAGCCTGCGATAGAGATTGCACCCGTGGCCATTGAGTTCGGCGACTCGCGGATCCGCAATCGCGAGGCACTACCTTCGCCCTAA MASMTALVSPGSKPHGSRITVEVPVVRVGAGPSDYDGLNRFVDSLRKPQGLHMTLLHVGILDELGTDILGWTKGLSPPEKVLPEVAGWLTELPVLQGFLGKPDKLIPLGGGRLMGLEVDVPQEVHDYQALLVQGLHVLLDDLGLDNIDDFILSSPALGYKSPRWLPHIAVGKARTRHEPAIEIAPVAIEFGDSRIRNREALPSP NA NA NA NA NA D3-18_00399 462 hypothetical protein ATGCAGCCCCGCACCTTGTTCCGTACCGTTGCTTTTGCCGAGGCCGTGACATGGACGCTGCTCTTGATCGGACTGTTCCTTAAGTACGTCACGCGCACCACAGACGTTGGTGTGAGCATTGCCGGAGGCATCCACGGGTTCGTGTTCCTTTGCTATGCCGCGACGGCTGCTTTCACCTGGATCAACCAGAAGTGGTCTACTCGGACGGGTTTGCTGGCCATCGCTTCGGCAGTGATTCCGTATGCCACTATCCCCATGGAGAAGTCGCTGGACCGTCGTGGCCTCCTCGCCGGTGATTGGCGCTTGGCGGCTGGGGGAGAATCGCCCCAAGGCGGCTTCGAGAAAGCCCAGGCTTGGGTCCTGCGTAACCCGATTCTTGCCATAGTTGTCACCCTGGTTGCCGTGGGAGCAGTGTTTAGCTTCCTGCTGTTCATGGGCCCTCCCGGGACCTGGTTCTCCTAG MQPRTLFRTVAFAEAVTWTLLLIGLFLKYVTRTTDVGVSIAGGIHGFVFLCYAATAAFTWINQKWSTRTGLLAIASAVIPYATIPMEKSLDRRGLLAGDWRLAAGGESPQGGFEKAQAWVLRNPILAIVVTLVAVGAVFSFLLFMGPPGTWFS NA NA NA NA NA D3-18_00400 882 hypothetical protein ATGATTCTCGGTTCGCCTTTCAGTGCAGCGGCTGAGGAACCAGGGGTCCGGGCCAACAGGGGTGAAACGGGGTTGGTTCTGAGCGCACACTACGTCCTCGACAGCAGTACCGGAGTGCCCACCGCAAGTCTTGGAGAACCTGCGACAGAAGACCCTTACCAATACAAACCGGACACCATGTGCCGCGCCGGCGGTGGAGGCTTGGGGTGCCAAGGGCTTCAATGCCCGCCCAAAACTCCTGGCGGACCTGAAGGCATTCCAGTGGTCTGGAAGAAAGCTCCGAAGGCCATTACCAACCCCGACTGGACGGAGTACCGTGCGACCACCGGCCCCACTTGCCTCTACGATGCCGAGCCGGAGAACGTCCTGGCCAATATCGCCGCGAGGATCCTCACCGACTTCCGCCAACTTCCAGTGAACCCGGGAAGCCTTGAAGCCCAGCCCTTCCCCCACACCCTGAAAGGCGGACCCACCAACTTCTATGCCACCGCGGGAGAACAAGGCTTCGACGTCACCATCCTCGGCCAAGCAGTCCACCTGACCGCCACACCCACCAACTACACCTACACCTTCGGCGACGGAACCGCCCTCGGACCAACCCCGGCCGCCGGCTACTCCATCCCCGAGGCCGAATGGCTCAACAACGAGACACGCACCAGCCACACCTACACAGACACCGGCAACTACCAAGCCAGCCTCACCACCAGCTTCGCCGGCACCTACTCCGTCAACAACGGACCACCACTGCCCATCAACGGAACCCTGGACATCACCACACCCGCCAAAACAGTCCAAGTCTGGAAAACAGAAAAAGCACTCGTCGCCGACACCTGCCAGGAAAACCCCAACTCCTGGGGCTGCCCCGGCGCGGAGAGCAGATAG MILGSPFSAAAEEPGVRANRGETGLVLSAHYVLDSSTGVPTASLGEPATEDPYQYKPDTMCRAGGGGLGCQGLQCPPKTPGGPEGIPVVWKKAPKAITNPDWTEYRATTGPTCLYDAEPENVLANIAARILTDFRQLPVNPGSLEAQPFPHTLKGGPTNFYATAGEQGFDVTILGQAVHLTATPTNYTYTFGDGTALGPTPAAGYSIPEAEWLNNETRTSHTYTDTGNYQASLTTSFAGTYSVNNGPPLPINGTLDITTPAKTVQVWKTEKALVADTCQENPNSWGCPGAESR NA NA NA NA NA D3-18_00401 672 hypothetical protein ATGTCACGCCATTCGTTTGCCTATTTTCCGTCTCTTCACGTCCGAACGGCGGTTTTGGCTCTGACCGCTGCGCTGCTTCTGAGCAGTTGTCAGGGTGGCTCCGCACCTGGCGGCCCACGCTCAGAAACAAGTTCGACGACGGCGTCGCCCACCACGAGTGTTTCGGTTCCCTCGGCTTCGGCTACTCCGTCAGCGCCTCCTGTCTACAAGCCTGCCGATGCGAAGGGGAAGGCGGAGAACGTGCCTGTTCCGGTGATGCCGGAGCTGGCGAAGGAGAACTCAAAGGCGGGGCTGGAGGCGTTCATTGGGTACTGGTACGCGACATACTCCTATGCGACGGAAACGGGTGATTTGACGGCGTGGATGATGTCGACAGACACGACCACAGAGTCGGGTGTCGCCTATAAGAAGGCCATCGAGGTGAACTATGCGGATGGTCGGTGGTTGGTTGGAGGCAGAATATCCGTCCCGTCGATCGAAGTCCTCTGGCAGAACGGAGCTGATTCTCAGGTGGCGAAGGTCCAGGTCATCCAGGAGGAAATCCTGTACTTCGATGCCAACGCGACGATCAGCCAGATGGCATCGGAAGCCTCAAACACTGCAGAGGCTGTGAAGGTGACCTTCAAGAGTGGTAATTGGCTAGTGATCGACAACGGACTGATTCTGGGCTGA MSRHSFAYFPSLHVRTAVLALTAALLLSSCQGGSAPGGPRSETSSTTASPTTSVSVPSASATPSAPPVYKPADAKGKAENVPVPVMPELAKENSKAGLEAFIGYWYATYSYATETGDLTAWMMSTDTTTESGVAYKKAIEVNYADGRWLVGGRISVPSIEVLWQNGADSQVAKVQVIQEEILYFDANATISQMASEASNTAEAVKVTFKSGNWLVIDNGLILG NA NA NA NA NA D3-18_00402 378 hslR COG1188 Heat shock protein 15 ATGAGTATCCCGTCATCATCCCCGGCAAACGTCCGCGTCGACGCCTGGCTTTGGGCGATCCGTGCCTACAAGACCCGCTCGGCCGCCACCGCTGCCTGTCGTGCCGGGCACATCCGCGTCAACGGAAACCCTGTCAAAGCGTCGCAAAGCGTGATCATCGGCGACACCATACGGGTCCGAGAGTCCGGCTGGGAGCGAATCCTCGAAGTCCGGCGACTCATCGCCAAGCGTGTAGGGGCGGAAGCCGCGTCCCACTGCTTCACCGACCACACTCCCCCGCGACCCGTTGCTCCAAAACTCGGACTCCCCCAGCGTGACCGCGGCGCCGGCCGGCCCACCAAGAAGGACCGCCGGGACATGGAGAAGCTGCGGGGGTAG MSIPSSSPANVRVDAWLWAIRAYKTRSAATAACRAGHIRVNGNPVKASQSVIIGDTIRVRESGWERILEVRRLIAKRVGAEAASHCFTDHTPPRPVAPKLGLPQRDRGAGRPTKKDRRDMEKLRG PGPT0014620_16 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014620-hslR|yrfH-K04762 NA NA D3-18_00403 1104 msrP_1 Protein-methionine-sulfoxide reductase catalytic subunit MsrP ATGTCCAAGCACCACATCAAACAAAGAGCAACGAAGGCCGCCAACCCCGGTCAGCCGACCCAAGGCCCGCTGACCCACGAAGAACTGCAGCTCTCCGGGCGGAATCACTCCATGCCACTTGAGGCCCTGCACGACGACATCACGCCGGCCGGCCTTCACTACCTGCTGATCCACTTCGACATCCCGCACGTTTCCGCAGAGACATGGCGACTACGCCTGGGCGGCGCCGTTAAGCGGAGCCTCGAGTTGAGTCTTGAGGACATCAAAGCCCGGCCCGCCGTCACCATGCCTGTCACCCTTGAATGCGCGGGCAACGGCCGGTCGCTTCTGCAACCTCGTCCCGTCAGCCAACCGTGGGTTCTAGGCGCCGTAGGCACAGCCGAGTGGACCGGCACCCCGTTGGCGCCGTTGCTGGAGGAAGCCGGTTTGGCGAGCGACGCCGTCGAACTTGTTTTTACCGGCGCCGACAACGGCATCCAAGGCGGTGTCGAAGAGCCTTATGCACGCAGCCTTTCAGTGGCAGAAGCGATGCATCCCGAAGTCATGCTGGTCTACGCCATGAACGGCAACCCTTTGCCCATCCAGCACGGGTTCCCGCTCAGGCTGCTGGTGCCGGGTTGGTATGGCATGGCGAGTGTGAAGTGGTTGACGTCGATCGAGGCCGTGAAGTCGCGGTTCATGGGGTTCCAGCAGGCTGTGGCGTATCACTACCTTCAGGGCCCTGACGGGCCGGGGATTCCCGTTTCCCATATCCGGGTGCGCTCCCTCATGATTCCGCCGGGAATCCCGGACTTCTACACCCGGCGACGCGTGGTGGACGCCGGTCCCGTGATGCTGCACGGGCGTGCGTGGTCCGGCCACGGCGAGGTGGAGCGCGTTGAGGTAGGAATCGACGGCGAATGGATGCCCGCGCACCTCGAACCTCCTCTGGGTGATTTCGCTTGGCGCTCGTGGTCCATGGTGTGGGTCGCGAGTCCGGGCGAGCACGTTCTGCGGTGCAGGGCGATGGATACCTCGGGCGCGCTGCAGCCCACCGAGCAGGTGTGGAACTACCAGGGCATCGGAAACAACATGGCTCAGGTGGTTGAGGTGACGGTGCGGTAG MSKHHIKQRATKAANPGQPTQGPLTHEELQLSGRNHSMPLEALHDDITPAGLHYLLIHFDIPHVSAETWRLRLGGAVKRSLELSLEDIKARPAVTMPVTLECAGNGRSLLQPRPVSQPWVLGAVGTAEWTGTPLAPLLEEAGLASDAVELVFTGADNGIQGGVEEPYARSLSVAEAMHPEVMLVYAMNGNPLPIQHGFPLRLLVPGWYGMASVKWLTSIEAVKSRFMGFQQAVAYHYLQGPDGPGIPVSHIRVRSLMIPPGIPDFYTRRRVVDAGPVMLHGRAWSGHGEVERVEVGIDGEWMPAHLEPPLGDFAWRSWSMVWVASPGEHVLRCRAMDTSGALQPTEQVWNYQGIGNNMAQVVEVTVR NA NA NA NA NA D3-18_00404 1035 yajO_1 COG0667 1-deoxyxylulose-5-phosphate synthase YajO ATGAGCCTCAACGAGCTACGAACGCTTGGACGCACTGGCGCCCTGATCAGCCCCCTCACTCTGGGCACCCTGAACTTCGGCACCGGCGCCGCACCCACAGGTCCGGCGGAGAGCATCCGCATCATCAAGGCGGCCCTCGACGCCGGTATCACCAGCGTCGACACCGCCGACATTTACTCTCAGGGCGAGGCCGAGACTGTGGTTGGCCAGGCCATCCACAGCCGCCGTGACGATGTTTTCCTTGCCACCAAGTTCCATGGCCAGATGGGATCCAACCCTGCGCACGCCGGAAACTCGCGCCGGTGGATTGTCCGGGCTGTGGAGGACAGTTTGCGGCGGCTGAACACGGACAGGATCGACCTCTACCAAGCGCACCGACCGGACTACAACACTGATCTGTTGGAGACCATCACAGCCCTCAATGACCTTATTCGGCAAGGCAAAATCCTGTACTACGGCACGTCCGTGTTCAGCCCTGCCCAGCTTGTGGAGGCCCAGTGGATCGCGAACACCAACCACCTGACGCCGCCTGTGGTGGACCAGGTTCCGTATTCGCTCTTGGTACGCGCGAATGAACGGGACGTTTTCCCCATCACCCAGCAGTACGGCGTCGGCGTTCTGAGTTACGGACCGCTCGACGGCGGGTGGCTGGCTGGCGGTTATCGCGTCGGCGGCGGCCAGCCGGAAAGTTCGCGATCGGCTGCGGTTCCGGGCCGCTTCGACGTCAACGCACCCTTCAACCAAGGGAAACTGCACGCCGCAGATGCCCTCGCGCAGCTTGCCGCCCGCCATGGGTTGACCCTGATCCAGCTTGCCGTGGGCTTCGCCCTTAACCACCCGGCAGTCACCAGCGTGGTCATCGGGCCGCGAACCGAGGACCACCTCACCGACTATTTGAAGGCCGCGGATGTGGTGCTCAGCGAGGCGATCCTCGACGAAATCGACGACATCGTTGCCCCGGCCGTTAACTTCCTGGAGCGCGATGCCGGCACGGTTGCACCCCACCTTGAGTACCCGGAATTACGACGCCGGTAG MSLNELRTLGRTGALISPLTLGTLNFGTGAAPTGPAESIRIIKAALDAGITSVDTADIYSQGEAETVVGQAIHSRRDDVFLATKFHGQMGSNPAHAGNSRRWIVRAVEDSLRRLNTDRIDLYQAHRPDYNTDLLETITALNDLIRQGKILYYGTSVFSPAQLVEAQWIANTNHLTPPVVDQVPYSLLVRANERDVFPITQQYGVGVLSYGPLDGGWLAGGYRVGGGQPESSRSAAVPGRFDVNAPFNQGKLHAADALAQLAARHGLTLIQLAVGFALNHPAVTSVVIGPRTEDHLTDYLKAADVVLSEAILDEIDDIVAPAVNFLERDAGTVAPHLEYPELRRR 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 D3-18_00405 534 Flavin reductase ATGGGAAAGGAACACAGGCTACGCACGATAGGGGACAGCGGAATGACACAGACCACAGTGGAAGAAACGGCGGCCATCAAGGCAGCATTTGCGCAGTTTCCGTCCGGAGTTGCTGCGTTCAGCGCGATGGTGGACTTCACGCCGGAAGCCCTGGTGGCATCGTCCTTCACGGTTGGCGTTTCACTGGAACCACCGTTGGTGATGTTCGCCGTGCAAAACACCTCCACCACCTGGCCGAAGCTCCGGCAGGCTCAGCGCCTGGGCGTTTCGGTGCTCGCGGAAGGTCAGGAAGGGGCGGCCCTCCAGTTGGCCTCCAAGACACGCGACCGTTTCGCCGGGCTGGACACCAGCGTGAGCGATTCAGGTGCAGTGCTGATCGACGGCGCGGTGCTGGGTTTCGAATGCGAAGTCATCTCCGAGACACCGGCCGGTGATCACGCGATTGTGGTTCTCGAGGTCAAAGCGACCACCATCAACCTCGAGTCCAAGCCCTTGATCTACCACGGTGCGACGTTCCGCCAGCTTGCAGCATAA MGKEHRLRTIGDSGMTQTTVEETAAIKAAFAQFPSGVAAFSAMVDFTPEALVASSFTVGVSLEPPLVMFAVQNTSTTWPKLRQAQRLGVSVLAEGQEGAALQLASKTRDRFAGLDTSVSDSGAVLIDGAVLGFECEVISETPAGDHAIVVLEVKATTINLESKPLIYHGATFRQLAA PGPT0006700_459 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STEROID|DERIVATE_DEGRADATION XENOBIOTIC_ADROSTENEDIONE_DEGRADATION,PGPT0006700-hsaB-K16048 NA NA D3-18_00406 1101 hypothetical protein ATGGGCAAGCACCGTTGCGGAGTCGGGCTGAATCAGGGGTCACGAGTTCCCAATCTGGGGCTAAAAATGAGAGCTGGGCAACATATTTTCGCATGCCATATAACAGCTTTGAAACAACCCCGCCAGAGTGTGGGGCGGGGCGTGATTCCGTCGGTGCTGGACCTTAGGCTTATAGATGCAAGCTGGGTGGGCAATGGGCGCATCACAAAACGACGGCCAGGGGAGGCTAACGTGGAGGATCCGACAACACTCGCCATCAATCTGACGTATTTGGGCACGCTGGGACTCGCAGTCCTGATGTTCCTGGGGCTCGGGTTGATCATTATCATCACTCTGGTGGTCGCCGGAATTGGACGGCTACTGTCGATCATCCTCTTGGCGATGGTGGGGATTTTCCCCAAGAAGGACCACACTCCCATCGTTCACCTCCCCCAGCATCCGGTGCACGTGCCTGATCCCGCGGCTGTTGACGCCGAGGATTCCGCCCCTTCCGCACCAGAGCCTGCTTTGATGCCCGCACCTGCACCAGCAGCAGTTTCCGCGCCCGCAGCAGTTGCCCCGGTCACCGCCCCCGCCGCAGCTGCCGCGCCTAAGCGCGACCTCATGGGAGATGTTCGACGTCGGCTCTCGGGTGCGTCTTCCACACTCAAGGAAGGCGCGTGGAAGGCAAAAGTCGACCCCCGCAACCTGCCAAAACCGGCCGAGGTGAAATCGGTGGTGGAACATCAGACCGCCCACCATCCCATAGTCGTTGCAGCAGCCAAAGAACCGCCTGTGCTCGCAAAGGACTGGGCCGACGCTGTGGCAGAAGCAGACGAACGGGCGGCTGCGCGCGCCAAAGCCCAACAGCCGCCCGCCATCAAGGTGACTGTCCGCGACCTTGACGACCCCGCGCCGTCGTCCAATGGCAAAACTCCGGCTCCCAAGCGTCCGGACTTCCCGCCCAAGAGGCCGGACAACGGCCCGACGCAGCCCGGCGATGCCAAGGGCTCTGGCTCGAGCAACGGGGCGAAGAAATCGGGCCCGAACGCTTCCAAGAGTGGAAAGTCTCCGAGCCCGATTCGAAAAGGTTCGCTCAGCGGCGCCAGCCGCAACTCCTAG MGKHRCGVGLNQGSRVPNLGLKMRAGQHIFACHITALKQPRQSVGRGVIPSVLDLRLIDASWVGNGRITKRRPGEANVEDPTTLAINLTYLGTLGLAVLMFLGLGLIIIITLVVAGIGRLLSIILLAMVGIFPKKDHTPIVHLPQHPVHVPDPAAVDAEDSAPSAPEPALMPAPAPAAVSAPAAVAPVTAPAAAAAPKRDLMGDVRRRLSGASSTLKEGAWKAKVDPRNLPKPAEVKSVVEHQTAHHPIVVAAAKEPPVLAKDWADAVAEADERAAARAKAQQPPAIKVTVRDLDDPAPSSNGKTPAPKRPDFPPKRPDNGPTQPGDAKGSGSSNGAKKSGPNASKSGKSPSPIRKGSLSGASRNS NA NA NA NA NA D3-18_00407 282 hypothetical protein ATGCGCTCCAGGTATGCGGCCTTCGTCGTTCTTGATGCCGGCTACCTCCTGCGCACCTGGCACGCCTCCACCCGTCCAACGTCCGTGGACCTCGATCCAGACACGGAGTGGCGCAGGTTGGACATTGTTTCCGCAACGAACGGCGGCCCCTTGGATGCGACGGGCACCGTGGAGTTTGCTGCCCATTACAGGCTCGACGGCGAACGCGGCGTCCAGCGCGAAATCAGCCGCTTCGTGCGGGAAGAGAAGCGCTGGTTCTATGTGGACGGGGAAGTTCGTTAG MRSRYAAFVVLDAGYLLRTWHASTRPTSVDLDPDTEWRRLDIVSATNGGPLDATGTVEFAAHYRLDGERGVQREISRFVREEKRWFYVDGEVR NA NA NA NA NA D3-18_00408 1965 COG1960 putative acyl-CoA dehydrogenase FadE10 ATGACGTCCGCCACTGACAACAGTCTCGCCGCTGCAAGCGTCAATGCCACCGCAGAAGAAGCCCGCGCCGTTGCGGAGGCTGCCCGGGAAACAGAATGGAACCGGCCCAGTTTCGCCAAGGGCCTATACCTGGGCAGCTTTGACCTCAGCCTGATACACCCGTGGCCGCAAGCCAGAACTGACGATGTGCAGCGTGGTGAGGAATTCATGACCCGCTTGGTGACATTCGCCAAAACCATGTCCGGCCGCGTCATCGAGCGCGATGCCAGGATTCCCGACGAATACCTGAAAGGGCTCGCGGACCTGGGTGTTTTCGGCATGAAGATTCCACGTGAATATGGCGGATTGGGCTTGTCTTTGGTCTATTACGGCCGCGCCCTTGCCCTGCTGGGGTCGGTACATCCGAGCCTCGGTGCCCTCATTTCCGCCCACCAATCCATCGGCGTTCCGGAACCCGTAAAAGAATTTGGCAGCTCTGAGCAGAAGCAGGAATACCTGCCGCGCTGCGCCGCCGGCGCCATTACCGCGTTTCTCCTGACAGAGCCCGACGTCGGTAGCGACCCCGCGCGCATGGGCGCCACTGCAGTGCTGTCCGACGACGGCGAGTCCTACCTTCTGGACGGCGTGAAACTGTGGACTACTAACGGCGTGATCGCCGAACTCGTGGTGGTCATGGCCAGGGTGCCTTCCCACACCGATGCTGACGGCACCGAGCACAAGGGCGGTATTTCCGCTTTCGTAGTGGAAATGGACTCCCCCGGCATCACCGTGGAGAACCGCAATGCCTTCATGGGCCTGCGCGGCATCGAGAACGGCGTGACGCGCTTCCACCAGGTTCGCGTCCCTGCGGCCAACAGGCTCGGCCGCGAAGGCCAAGGCCTCAAGATCGCCCTTACGACACTTAATACCGGACGGCTCTCCATCCCCGGCCTTTGCGTCGCTGCCGGAAAGTGGAGCCTGAAGATCTCCCGCGAATGGTCCAACGCCCGGACCCAGTGGGGGCGGCCGGTGGGCAAACACGAGGCCGTGGGCAAGAAGATCGCTTTCATCGCCGCCACCACTTTCGCGCTGGAAGCCGTGTTCGAACTTTCCGCGGAAATGGCTGATGCCGGCCAAAAGGACGTTCGTATCGAAGCCGCGTTGGCCAAACTATGGTCCACGGAACTGAGCTGCCGCATCGCGGACGAACTGGTGCAGATCCGCGGCGGCCGGGGCTTCGAAACAGCCGATTCTCTGGAAGCACGCGGGGAACGGGCAGTACCGGCCGAGCAACTTCTACGGGACCTTCGCATCAACCGGATCTTCGAGGGCTCCAGCGAAATCATGAAACTCCTTATTGCCCGCGAAGCCGTGGACGCCCACCTTGCCGCCGCGGGCGACCTCGCCTCAGCGGACGCCAGCCTGCAGGATAAGGCGAGGGCCGCCGTCGGGGCCTCCGGCTTCTACGCAAAATGGCTGCCGAAACTCGTGGCCGGCGCCGGGATGGATCCTCGGTCCTATGCGGAGTTCGGTCGCTTGGGCAAGCAGCTGCGCTTCGTTGAAAGGTCCTCGCGTCGGCTTGCCCGGCAGACCTTCTATGGCATGGGCAGATGGCAGGCCAAGCTTGAGCACAAGCAGGCGTTCCTGGGCAGGATCGTGGACATTGGCGCCGAGCTGTTCGCCATGGCCGCATGCTGTTCACGCGCCGAAATGCTGCTCCGGACCCACCCCGAACAAGGCGCTGCCGCGTACGAGCTGGCCGAGGCATTCTGCGAGCAGGCGCGCGTGCGGGTGGACGAATACTTCGATCAGCTGTGGAGGAATACTGACGACGGCGATCACGACCTTTCGCGCAAGGTCCTCGCCGGCGACTACGCCTGGTTGGAAGCCGGCGTCCTGGACCAATCCGAAGGAACCGGCCCGTGGATCGGCGATGCCTCGCCGGGCGCCTCAACCAAGGAGAACCTACACCGCAGCTACCGGTGA MTSATDNSLAAASVNATAEEARAVAEAARETEWNRPSFAKGLYLGSFDLSLIHPWPQARTDDVQRGEEFMTRLVTFAKTMSGRVIERDARIPDEYLKGLADLGVFGMKIPREYGGLGLSLVYYGRALALLGSVHPSLGALISAHQSIGVPEPVKEFGSSEQKQEYLPRCAAGAITAFLLTEPDVGSDPARMGATAVLSDDGESYLLDGVKLWTTNGVIAELVVVMARVPSHTDADGTEHKGGISAFVVEMDSPGITVENRNAFMGLRGIENGVTRFHQVRVPAANRLGREGQGLKIALTTLNTGRLSIPGLCVAAGKWSLKISREWSNARTQWGRPVGKHEAVGKKIAFIAATTFALEAVFELSAEMADAGQKDVRIEAALAKLWSTELSCRIADELVQIRGGRGFETADSLEARGERAVPAEQLLRDLRINRIFEGSSEIMKLLIAREAVDAHLAAAGDLASADASLQDKARAAVGASGFYAKWLPKLVAGAGMDPRSYAEFGRLGKQLRFVERSSRRLARQTFYGMGRWQAKLEHKQAFLGRIVDIGAELFAMAACCSRAEMLLRTHPEQGAAAYELAEAFCEQARVRVDEYFDQLWRNTDDGDHDLSRKVLAGDYAWLEAGVLDQSEGTGPWIGDASPGASTKENLHRSYR NA NA NA NA NA D3-18_00409 303 hypothetical protein ATGAATTTCGACTTCACAGCGCTTGATACAGCCACTTACGTATTCATTGGAACGCTGGTTTTCGCTGCAATTCTCGTGGCCTTTATCGCCGCAGCAGCAATGGCAACAATTATTCTTATCGGAGCAGCGGGCCTCGCTTGGTACGCCATTAAGGCAGTGCTGGGCGGCTTGGTCCACGGCATTAACTTTGCATGGGACCGCGTGGTTCACCACGCCGGACAAGTGGAAATTCCTGCCGAATTCCAGCCGCAGGTTTCCCCTAGCACCGGTAGCTACTCGCGGGTAGCATTGAGGGACAGCTGA MNFDFTALDTATYVFIGTLVFAAILVAFIAAAAMATIILIGAAGLAWYAIKAVLGGLVHGINFAWDRVVHHAGQVEIPAEFQPQVSPSTGSYSRVALRDS NA NA NA NA NA D3-18_00410 1458 hypothetical protein TTGTCCCGTTCAGCCATGTCCTCCGCCGACGCCATTAGTGCGAGGCTCCGTGACCTCGAACAGTTGACCAAGGGCCCCGCATGGGCGCTAACGCGGTCGGCGCCGTGGGTGATCGCGGTGCTGCAGGCTTCCTTTACCCGCACCCGGCCGCAGCTTCCTCTCGAAGAGTTCCACGCCGACGTCGACGCTTTCCTTGAGCAGCTCCGCCGGCAGGACCCGGCGTTGGGCGGCCAGCAGAACGGCAAGCTTTTCGGCGACGAATGGACCCGGAAGCAGTTCCTGACGCGGCGCAACCAATCAGGCCAGATCGTTTACGAAGTAACCGAGCCCGCTGCCCGCGTCCTCGCGTTCCTGGACAGCCTCTCCAGCGAGCGTTCCACACTGAACGGTTCGCGGCTTGGCACGCTGCTGGGCGACGTGGAGAAGCTCGCCAACGAGACCAACCCGGACCAGAGCGCACGACTGGAAGCCCTTGAAGAGGAAATCCAAGAGCGCCAGCAGTTGGTGGAAGACATCAGCTCCGGAGAGTTCGATGGGCTCTTGGACGACGAAGAAGCAGTTGAAGCGGCGGGCAACATTCTGGACCTCGCGGCAAGCCTGCCCGCAGATTACAAGAAGATGCGTGACCGCATCGAAGAGCTGGTGGGCGAGCTCCGCAACCAGATCATTGAGGAATCCCTGAGCAAGGGCGCCACCATGGCCCAGGTTTTGGAGGCCGACAAGCGCCTGCGGCAAAGCCCTGAGGGCCGTACCTTCCGCTCGTTCACTGCTTTTCTGGAGGACCCGCAGCAGCAGTTGCGGTTCCGCTCCGCTATCGGCGAGGTGCTGAGCCGGCAATTCGCGGATGACCTCTCCCACGAGGACCGCGAAACGCTGAAAAACCTGGTTGCCGAGCTGCGCACACAGCACAGCCAGATCCAACGGATTTACGGCAAGCTCTCCGAAAGCCTGAACACTTACATCCAAAGCGACGACGTGAGGCAGTCCGTCAGCCTTCGAAAGGTGCTGGCTGAGGCAGAGCAAGCCATCCGATCCATGCCCTACGAACGCGACCGACCCGGCCTGATCCGCGGACCGGTGCTTTTCAACGCAGGGTTCGAGTCGCTGGCCATAGTCAAACTCTTCGACCCAGACGAATTTGCAACACCACCACGCCTGGCCGATCCCATCGCCTTCAGTGACTCCGACCGGGTGCGGTCAGCGCGCACGGGCAAAGCACGGTCTGAGGTTGTCCGGGCAGCCATGGCCGGTGCAGCCACGCTGGGCGACGCATGGGAAAACCTTCCCGCCGAAGAGCGCCACATCAACACCGTGCGCACCCTGCTGTCCATGGCCCTCCAAACAGGTGCGGCCTTCGACCGGGCCGCCTGGGAACACATCGACTTCGAACAAATCGACGGCAGCATCCGCACCGCGTACCTGCCTGTCGTCTCGCTGAACAAGGACTCTGATGACTGA MSRSAMSSADAISARLRDLEQLTKGPAWALTRSAPWVIAVLQASFTRTRPQLPLEEFHADVDAFLEQLRRQDPALGGQQNGKLFGDEWTRKQFLTRRNQSGQIVYEVTEPAARVLAFLDSLSSERSTLNGSRLGTLLGDVEKLANETNPDQSARLEALEEEIQERQQLVEDISSGEFDGLLDDEEAVEAAGNILDLAASLPADYKKMRDRIEELVGELRNQIIEESLSKGATMAQVLEADKRLRQSPEGRTFRSFTAFLEDPQQQLRFRSAIGEVLSRQFADDLSHEDRETLKNLVAELRTQHSQIQRIYGKLSESLNTYIQSDDVRQSVSLRKVLAEAEQAIRSMPYERDRPGLIRGPVLFNAGFESLAIVKLFDPDEFATPPRLADPIAFSDSDRVRSARTGKARSEVVRAAMAGAATLGDAWENLPAEERHINTVRTLLSMALQTGAAFDRAAWEHIDFEQIDGSIRTAYLPVVSLNKDSDD NA NA NA NA NA D3-18_00411 1005 hypothetical protein ATGACTGAAGAAATCACGACGACGGATATCACCGGAGCGGACGAGGTCACCGGCGGGGATGAGGTCACCGAAGAGGGGACTGACACCAGTGTTGCGGCGGCCGAGCCCGCTCCTGACGCTGAGTCCACTCCTGAAATCAGCCATGCGGACCCCTTCCGGGTCACGCCGCGGGATACGTTCGTGGACGGCGCCGCGCTGTTCCCCGGCGACACGGGAGTGTTGCCCATGAAGGTGCGGCATGCGCTGGTGAAACTGCTCAAGGGCCCGTACATCGACGGTGGCCGCGACGAGAAATTGTGGACCACGCTGTTGGATAACCAGTTAATCCTCCGCAGCCGCCTCTCCGAGCTCTTCCTCAGCCTCCAGCTCGACCACGACCGCAAAATCGCGGTCCTCCGACCCGTTGACCCGGAAGTCATCGGCGCCAGCTCCCGCTCCAGCATCCTGCGCCAGCAGCGTGCCCTGAGCCGGGTGGAAACCATCGTCCTGCTTCGCCTGCGCCTCCTGCTGGACCGCCACGTCACAGCCCAGACGGACCCGACCATTACCCGCGAAGAAATCGCGGACCTCGTCGCCAACTACACACCCGCCGGCCAACAGGACGCCCTCCGCGACTCTGACGTTGTCACCCGCACCATCACAAAGCTCCTGGCCCGCCAACTCATCCTCCCCACCCCGCTGGACGACACCTACACCATCAGCAACGCCCTCCCGCTGGCCCTTCCTTTCGAAAACATCGGCGACATCCCGGCCCAAATCGAGGCCCTGATAGCAGTAGCAGCCGACGAATCCGGCACAGAGCCCCTCCTGGACCTCGACCCCTCCGCTGAAGACGACGACGCCGATGCCGCCCCCGCCCCTTCGCCGGACAGCACTCGTCCTGCGGACGATGCTGCCGGCTCCGACAGGCCCGATGCCACTCCCGGGGCGGCATCGGCGTCGTCTACCTCGAGCGCGCACCTCCCCGCCGCGGACGCAAACACGACTGACGGGACACAGAAGTGA MTEEITTTDITGADEVTGGDEVTEEGTDTSVAAAEPAPDAESTPEISHADPFRVTPRDTFVDGAALFPGDTGVLPMKVRHALVKLLKGPYIDGGRDEKLWTTLLDNQLILRSRLSELFLSLQLDHDRKIAVLRPVDPEVIGASSRSSILRQQRALSRVETIVLLRLRLLLDRHVTAQTDPTITREEIADLVANYTPAGQQDALRDSDVVTRTITKLLARQLILPTPLDDTYTISNALPLALPFENIGDIPAQIEALIAVAADESGTEPLLDLDPSAEDDDADAAPAPSPDSTRPADDAAGSDRPDATPGAASASSTSSAHLPAADANTTDGTQK NA NA NA NA NA D3-18_00412 3492 hypothetical protein GTGACTATCGCAAGCATGCTCCCGCTCGGCGAGCTCACGAACCCCGGACAGATGCGTCTTGCTTTGGTGCAGGTGGTCAACTGGGGCACCTTCCATGGGGCGCACACCATGCACGTGGACCGCAAGGGCACCCTTCTTACGGGTAACTCGGGCGTCGGCAAGTCAACCCTCTTTGATGCGATGCTCCGCGTGTTTGATGCCCGTCCGCGCTCGAACGAGGCTGCGGCCCAGCGATCCGGTGGGGCTGTAGAGGACAAGAGGACCACGTTCACTTACATGCGCGGCAAGGTGGGTGATAAGGCGGTGGGGGATAGCTCGGCGAGTGCCTTCCAGCGCCCCGGTGCCACCTGGTCCGCCGTCGCGCTGACGTTTGATAATGCGGCCGGCACTAAGGTGACGGTGTCGGCTCTGTTCGACTTGCCAAAGAATGGCACGGAGTCGAGCGTCGGGCGTTTTTATGTGATTGACAGCAAGCCGTTGGACCTCGAAGCGATCGAGGGCATTGCGCAGAAGCGTTTCACCAAGGGCGCGTTGGAGTCGATCTTCCCTGAGGGCCAGGTCTTTGACGTGCACAAGGCGTTCGCTGAAAGGTTCCGCAGGCTCCTGGGAATCAACTCGGACCAGGCGCTTCCACTGCTTCGCGTGATCCAGGCCGGTAAGGGCTTGGGCGGCAGCGTGAATACGTTCTTCCGTGACCAGGTGCTCGACGCTCCGGCCACGTTGGCTGCCGCCGATGATGTGGTGGAGGAGTTCAGCAACCTGATGTCCATCCGGCAGCGGTTGGAGGACGTACGGCAGCAGCGGGACCAGTTGGCTCCTGTGCCGGAGTTGAACAAGGAGTACGCGCAAGCTTTGCTGGACGCGAACCGCCTCCGGGAGTTGGCTGGCGAGGAGTTCGAGGCCTACAAGCAGCAGCTTGCGGTCACGGTACACGCCAAAACGCTGACGCGTTTCAAGGAGTTGGCTCAGTCCAAAGCCCAGGAACTGGCGGCCGAGCGCAGCGTGCGGGATGCCCTGGCCAAGGAGCTCCGCGACCTTGAACTGGACTACAACAATCGCGGCGGCAACGCGATTTCGGCTATCGAGCAGTCGTTGGAGAACGCCCGGGTTGGCCTCAAGTTGCGTCAGCAAGTTGAGGATTCGGCCAAGAAGGCGTTGGCCGATGCCGGACTGAATCTTGAATGGTCCGCCGAGGGGTGGGATCAGGCGCATGAGCAGGCAGCAGCTCGCTCCGCGGAGTTGAAGGACGATTCCGAGGCGCTCAAGGAGCTTCGTTTTGAGGCCTTCGACGGCCATGCGACCAAGAAACGCGAGCTTGCCGCGGCTCAGCAGGAGTTGCTTTCGTTGCGTTCGCGCAAGTCGTTGCTGCCGCCGTCGAGCATCGAGAACCGGGCTGCCATCGCAGCAGCAACCGGGGTTCCGGAAGAGCGGATGCCTTTTGGCGGTGAGCTGATCGACCTGGCAGAGGGCCAGGACCAGTGGCGTCCGGCCGCCGAGCGAGCGCTGCGTAACCTCGCCACCACGTTGCTGGTTCCGGGTGAGCATTTCGCCGCTGTGACGCGGTACCTGAACGACAACACCGTACGGGGCGCGCTCCGCGCTGTCGATGTTTCCAAGCCGCTCGCCGGTGGCGCGCTGGCTGTGGAGGACGTGTCCGACGGCGACCTCTTGACTAAGTTGAGCATTCTCACCTCGGGCGCCAATGCCGACGCCGGGGAGTGGATCCGAGAGCGGATCGCCTTGGACTTCGCTTACCCGTGCGTCGAGGACCCTGACGAGCTTGCGTCGATGGACAAAGGCCTGAGCTTGGGTGGCGTGGTCAAGCGCAACCGGCACACCGTGGAGAAGGACGACCGTTTCACGAGCCGCCAGGACTACGTCCTCGGTTTCGACAACGCTTCCAAACTCGAACTGGTGGCAGCGCGCGTGGGGGAGTTGGAAAACGAGCTCGTGAAGGCCGCGGAACTTGCCCAGAGCCGCGAGGATTCGCATCAGGGCATGGCCCGTCAGCTCGAAGCGCTGCGCAGGGTCGCTGAAGATGAGCGCCCGTGGCAGCAGGTCTCCGCAGCCGTCGCCGCAGATGAACTTGCCAGGATCGAACAGCGTCTGACGGACGCCTTGGCCGCGCAGGCAGACCTGGAGCCGTTACGTGCCAACATCGAAACTGTCCGGGAAAAGCACCAGTCCTCCACAGGTACGGCCGCCGTCCTGCAGAGCGAATACAAGGCGCTGGACCACAAGATGACCACGGCGGACGGCCTGCTCGATGCGGCGAGGTTGAAGCTGGAGCAAGCACCGCCGTCGGCCTCTACCGTCAGCGCGCTGGAGCCGTACTTCGAGGGCGTCAGTGAAGTCTCCGAACTGTACGAGCTCGACAACCTCGCCAACAGCGTGCGGAATAAGCTGCTCGACGAACTGCATGCCGCGGAATCCCGCGGCCAGGCGACGGCCGAACGGCTGACCCGCATGTTCGAGGCGTTCGTGCGCGACTGGGGAAGCGCCATTAGCGCCGACCACGGCACATCGATCGGAGCCGCCGGGGACTTCGAATCCCGGTACCACGCGATCGTCAGCGACGGCTTGCCTGCTCAAGAAGCCGAGTTCCGGCTGTTCTTCAATCAACGCACGCACGAATCGTTCAGTACACTCCTGCACTTGCTGGACGAGGAACGCCGCAGCATCACCAGTCGCATCCTGCCCCTCAACGGCATCCTGTCGCAGGTCAACTTCCATGAGGGCAGCTTCCTGGAACTGGACATCAAGCAGACGCTTCCGTCCACGGCCAAACAGTTCAAGGACGCCATCCAGAACGCCCTGAAAGCGAAGCACACGCGGCCGTCACGCGGCGCTGCTGCTTCAACGGGTGCTGGTTCAACGGCAGAAATCGACGACGACGCCGAGCTCACCGCGCGCTATAAATCGTTGGAGACCTTGGTGAAGCGGCTTGGATCGCAGACACCGGAGGATCGGCGCTGGCGGGCTGAGGTGCTGGACGTCCGCGGGCACCTGTTTATCCAGTGCAAGGAACACCGCGAGGTTGCTTCGAAATCGGGCAAGGCCGGCGCCTCTGGAAAGTCGGGCAAAAAGAAGACCGAGGTCTTCATGCATGCCGACACTGGCTCCATGTCCGGCGGTGAGCGCCAACGTTTCACGGCGTTCATCATGGCCGCGGCTCTGAGCTACCAGTTGGGAATCGCCGAGCAAGGCTTCACCACGTACGGCACCGTGATGATGGACGAAGCCTTCGTGCTGGCTTCCGAGGAATTTGCGGGTGCCGGCATCAAGGCGCTGCACGAATTCGGGTTCCAGTTGCTCCTTGCGGCCCCGGAAAACGTGATTGACCTGTCCAGGCACCTTGGTTCCGTCACTGAGATTCTCCGGGACAAGCGAACCAACCGCTCGGGTGTGCTCACGGCTCCGGTCATCGCCGGACCCGGCGAGCCGGGAGCATGGCGTTCCGAAGCCAACCCTGTGGACATCGTTCTGCGCTGA MTIASMLPLGELTNPGQMRLALVQVVNWGTFHGAHTMHVDRKGTLLTGNSGVGKSTLFDAMLRVFDARPRSNEAAAQRSGGAVEDKRTTFTYMRGKVGDKAVGDSSASAFQRPGATWSAVALTFDNAAGTKVTVSALFDLPKNGTESSVGRFYVIDSKPLDLEAIEGIAQKRFTKGALESIFPEGQVFDVHKAFAERFRRLLGINSDQALPLLRVIQAGKGLGGSVNTFFRDQVLDAPATLAAADDVVEEFSNLMSIRQRLEDVRQQRDQLAPVPELNKEYAQALLDANRLRELAGEEFEAYKQQLAVTVHAKTLTRFKELAQSKAQELAAERSVRDALAKELRDLELDYNNRGGNAISAIEQSLENARVGLKLRQQVEDSAKKALADAGLNLEWSAEGWDQAHEQAAARSAELKDDSEALKELRFEAFDGHATKKRELAAAQQELLSLRSRKSLLPPSSIENRAAIAAATGVPEERMPFGGELIDLAEGQDQWRPAAERALRNLATTLLVPGEHFAAVTRYLNDNTVRGALRAVDVSKPLAGGALAVEDVSDGDLLTKLSILTSGANADAGEWIRERIALDFAYPCVEDPDELASMDKGLSLGGVVKRNRHTVEKDDRFTSRQDYVLGFDNASKLELVAARVGELENELVKAAELAQSREDSHQGMARQLEALRRVAEDERPWQQVSAAVAADELARIEQRLTDALAAQADLEPLRANIETVREKHQSSTGTAAVLQSEYKALDHKMTTADGLLDAARLKLEQAPPSASTVSALEPYFEGVSEVSELYELDNLANSVRNKLLDELHAAESRGQATAERLTRMFEAFVRDWGSAISADHGTSIGAAGDFESRYHAIVSDGLPAQEAEFRLFFNQRTHESFSTLLHLLDEERRSITSRILPLNGILSQVNFHEGSFLELDIKQTLPSTAKQFKDAIQNALKAKHTRPSRGAAASTGAGSTAEIDDDAELTARYKSLETLVKRLGSQTPEDRRWRAEVLDVRGHLFIQCKEHREVASKSGKAGASGKSGKKKTEVFMHADTGSMSGGERQRFTAFIMAAALSYQLGIAEQGFTTYGTVMMDEAFVLASEEFAGAGIKALHEFGFQLLLAAPENVIDLSRHLGSVTEILRDKRTNRSGVLTAPVIAGPGEPGAWRSEANPVDIVLR NA NA NA NA NA D3-18_00413 495 hypothetical protein ATGCAGAAAATCACTGCCCAACAGATCCGTTCGTCCTTCATTAACGCAAGTCGCTCCGAAGCAACCAAGGCCAACCTCCCCCGCGACTTCGAAACCATCGACTGGGACAACCTGGAATTCCTGGGTTGGCGGGACGAAAAGATGCCCCAGCGCGGATACCTCGTGGTTCCGCACCGGGGCAAACTCACCGGAATCATGCTCCGCGCACCTGAAGGCGGCTCCGGGAAGAGGCGCGTAGTCCTCTGCGAACTCTGTCGCGACGTGTTTTCGAAGGACGACGTTTACCTGTGGGTCGCCAAGAAAGCCGGACAATCCGGCAAGGACGGGAACACGGTGGGGACACTGATCTGCGCCGAATTCGGCTGCAGCGCCAACGTGCGCAAGGAACCGCCCGCCAACGAGATCAACCCGGACCCGGCCGCCGTCGTTGTTCGACAAATCGCAGGACTGGAGTCCAGGACCGAGCAGTTCCTTGACCGGGTCCGCGCAAAGTAA MQKITAQQIRSSFINASRSEATKANLPRDFETIDWDNLEFLGWRDEKMPQRGYLVVPHRGKLTGIMLRAPEGGSGKRRVVLCELCRDVFSKDDVYLWVAKKAGQSGKDGNTVGTLICAEFGCSANVRKEPPANEINPDPAAVVVRQIAGLESRTEQFLDRVRAK NA NA NA NA NA D3-18_00414 1071 hypothetical protein GTGGCTTCCCTTCTTCCACGCCGCGCCCTGCTGAAAACAGCAGGAACCGCGACGGCCGCTTTGGCCGCCGTCGCTCTTTCCCTCACCGGCTGCTCCACTGGCCCCGCAACTTCCGCTCCGGCAACTGAGCAGGCAGCCTCCGCAACCTTCCCGGTGACCATCAAGAACGTCTTTGGCGAGACCACCATCAAGGAACAGCCCAAGCGCGTAGTTACCGTCTCGTGGGTCAACGACGACATCGCGATCGCACTGGGTGTTGTCCCGGTTGGCGTTCCCAAGAACGAGTGGGGCAACAACGACAAGGGCTCAACTCCTTGGAAGGATGCAGCACTGGAGAAGCTCGGCGCCGGCTTTGGCACCGACAAGGCTCCGGTCCAGTTCTCCGAGGCCGACGGCATCAACTTCACTGAGATCGCCAAGCTCAGCCCGGACGTTATCCTGGCCACGTACTCCGGCCTGGAGGAGGCTGACTATAAGAAGCTCAGCGAAATCGCCCCCGTTGTGGCACAGCCTGAGCTCGCTTATGGCACTCCTTGGCAGGAGAGCACCACCCTGATCGGCAAGGCACTGGGCAAGGAAGCCGAAGCCAAGAAGCTGATCGAGGACACCGAAACCACCGTCAAGGACAAGGTTTCCAAGTTCCCGCAGATCAAGGACAAGACCTTCATCTACGGCAACCTCGAACCCGCCAAGGGTGACGGCGCCAACGTCTACACCGCAATCGACAACCGTCCCCGCTTCCTCTCCGAAATCGGCATGAAGCTGGCTCCGGTAGTCACCGAGAACACCAAGACGTCCACGGACTTCTTCATCCCGTGGTCCGCCGAGAAGGCCAACGAGCTCGAGTCCGACATCTTCGTGACCTGGGTTCCGGACGCCACCACTGCTGAAGCGATCAAGGCTGACCCGTTGCTCGGCCAGATCCCGGCTGTCAAGAAGGGTGCGTTGGTTGCCGATTCGGACAACACGCTGACGCTGGCCATCTCCGCTTCTTCGCCGCTGAGCCTGCCGTGGGCGCTGGACACGTTCCTGCCGCAGCTGGGTAAAGCAGCAGACGCAGCGGGCAAGTAA MASLLPRRALLKTAGTATAALAAVALSLTGCSTGPATSAPATEQAASATFPVTIKNVFGETTIKEQPKRVVTVSWVNDDIAIALGVVPVGVPKNEWGNNDKGSTPWKDAALEKLGAGFGTDKAPVQFSEADGINFTEIAKLSPDVILATYSGLEEADYKKLSEIAPVVAQPELAYGTPWQESTTLIGKALGKEAEAKKLIEDTETTVKDKVSKFPQIKDKTFIYGNLEPAKGDGANVYTAIDNRPRFLSEIGMKLAPVVTENTKTSTDFFIPWSAEKANELESDIFVTWVPDATTAEAIKADPLLGQIPAVKKGALVADSDNTLTLAISASSPLSLPWALDTFLPQLGKAADAAGK PGPT0003765_2488 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 D3-18_00415 1116 yfiZ COG0609 putative siderophore transport system permease protein YfiZ ATGAAACTGAGTACGACGGCGGCAGTCCAGGGGCGGGGCAACGGCACTTTGGTGCCGGCTGGCCCGGGAGGCATCACCCCTGAAACTGCGGGAACCGGAGGGGGAACCGGCTCCCGTAGCACCGCAGGCAAGCGCACCGCTTGGTTGCTGGCGGCCGTCGTCGTACTCACCGCAGTGTGTGCTGCATCCCTGGCGATCGGCGCACGCGGCCTTCCCCTTAATACCGTGTGGGAAGCACTCACCAACTTCAATTCGGCAGACGGCAACCACGCCGTGGTGATCGCCCGGATTCCCCGTACTGTGCTGGGGCTCCTTGCCGGGGCCGCACTTGGTTTGGCCGGTGCAGCCATGCAAGGCGTTGCCCGCAACCCCTTGGCCGACCCCGGCATCCTGGGGCTCAACGCCGGTGCTGCCCTTGCCGTCGTCGTGGGGATCTACGTTTTCGGTATCGGCTCCCTGTCCGGCTACATCTGGTTCGCCTTCATCGGCGCCGCTGCGGCCGCCGTCGTCGTTTATGCCGTCGCGTCCATAGGCCGTGACGGTGCGACGCCGGTCAAGCTAGCTCTCGCGGGTGCGGCCCTGAGCGCCGGCCTGTTCTCCCTGATGAACGTGATCCTGGTTTCGAGCCAGGACACTTTCGACCGCTTCCGTTTCTGGCAGGTAGGCACCATCGGTGGACGTGACTGGTCCGTCCTCCTTCCCGCGCTGCCGTTCCTCGCAGTCGGGGCCGTGATTGTCCTGGCCGGCGGTCGCATTCTCAACAGCCTTGCCCTGGGCGATGACATTGCCCGCGGCCTCGGCCAAAACGTCACGCTGGCCCGCAGCATCACAGGGCTGGGCATCGTGCTGCTGTGCGGATCCGCCACTGCCGTAGCCGGGCCCATTGCCTTCCTTGGCCTGGTCATACCTCACGCCGTCCGCTCGTTGACCGGCCCGGACTACCGGTGGATCCTGCCGTTTTCCGCAGTTGTAGCCCCTATCCTGCTGATCAGCGCCGACATTGTTGGCCGCGTGATCCTTCTCCCCGGTGAAGTCCCCGCAGGCATCATGACCGCCATCATTGGCGCTCCCGTCTTCGTCTGGCTCATCCGCCGCGGAAAGGGGGCCGGACTGTGA MKLSTTAAVQGRGNGTLVPAGPGGITPETAGTGGGTGSRSTAGKRTAWLLAAVVVLTAVCAASLAIGARGLPLNTVWEALTNFNSADGNHAVVIARIPRTVLGLLAGAALGLAGAAMQGVARNPLADPGILGLNAGAALAVVVGIYVFGIGSLSGYIWFAFIGAAAAAVVVYAVASIGRDGATPVKLALAGAALSAGLFSLMNVILVSSQDTFDRFRFWQVGTIGGRDWSVLLPALPFLAVGAVIVLAGGRILNSLALGDDIARGLGQNVTLARSITGLGIVLLCGSATAVAGPIAFLGLVIPHAVRSLTGPDYRWILPFSAVVAPILLISADIVGRVILLPGEVPAGIMTAIIGAPVFVWLIRRGKGAGL PGPT0003770_596 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 D3-18_00416 1110 btuC Vitamin B12 import system permease protein BtuC GTGACCACCGTTCACAAACTCCCCACCGAGTTGGCACTTAGCACCAATGATTCCCACAAACATGGGCATCAACTGCCACTTCGGCGGGTGCTGAGCCCCACATTCTTCCTCGGGCTGGCAGTCGTCGTCATGTTCGCGGTGTACGTTCTCCTGGGCAGCTACACCGTGACCATCCCCGACTTCTTCACCATCGTCGTCAACCACCTGACCGGCGGCGAGAAAATCCCCGGTGCCAGCTTCATCGTGATGGAGCATAAGCTGCCCCGTGCCGTCGTGGGCACAATGATCGGTATCGCTTTCGGCTTGGCCGGCGCACTGTTCCAGACCATGCTGCGCAACCCGCTGGCCAGCCCGGACATCATTGGTATCAGCTACGGCGCCAGCGCCGCAGCCGTGACGGCCATCGTGATCTTCGGTGCTTCCGGAGCCGTGGTTTCCGGTGCCGCCCTCGGCGGAGCGCTCGGCGTCGCGGCCATCATCTACGCAATCTCCCGTGGTGGTTCCGGCGCGGGAGGAGGCAGCCGCGGCAACGCCGCAGGCAACCGGCTCATCCTGGCGGGCGTTGGTATCGCCGCTGCACTACACGCAGTGGTCAACTTCCTCATGACCCGCGCGGACATCCGCACCGCCGCCGACGCCCTCATCTGGCTCAACGGCTCCCTCAACTCCGCCACTTGGGACAGGGCAGGCGTCCTCGCAGTGTCATTGGTGATCTTGGTCCCCGCCGTCATTGCCCTTGCCGGCCCCTTGCGCATCCTCGAACTTGGCGACGACGCCGCTGCGGGGCTCGGGATCAGAGTCAACGCCGCCCGACTGGCACTGGTGCTGACCGCCGTCGGACTTGCCGCCGTCGCAACCGCTGCTGCCGGTCCGGTAGCGTTCGTCGCTTTCCTCGCCGGACCGATCGCCCGCCGCATCGTCCGTAAACCAAGCCTCCCGGCGTCGGCACTTACCGGCGCCCTGATCGTGTTGCTCGCAGATTTCTTCGCCTCCAACATCGCTCCCGTCATCCTCGACGGAACCGTCCTTCCGGTCGGCGTCATTACCGGCGCCCTCGGTGCCCCCTTCCTGCTGTGGCTGCTGGTCACGTCGAACCGAAAGGAGGCCTGA MTTVHKLPTELALSTNDSHKHGHQLPLRRVLSPTFFLGLAVVVMFAVYVLLGSYTVTIPDFFTIVVNHLTGGEKIPGASFIVMEHKLPRAVVGTMIGIAFGLAGALFQTMLRNPLASPDIIGISYGASAAAVTAIVIFGASGAVVSGAALGGALGVAAIIYAISRGGSGAGGGSRGNAAGNRLILAGVGIAAALHAVVNFLMTRADIRTAADALIWLNGSLNSATWDRAGVLAVSLVILVPAVIALAGPLRILELGDDAAAGLGIRVNAARLALVLTAVGLAAVATAAAGPVAFVAFLAGPIARRIVRKPSLPASALTGALIVLLADFFASNIAPVILDGTVLPVGVITGALGAPFLLWLLVTSNRKEA PGPT0003770_647 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 D3-18_00417 825 fepC_1 COG1120 Ferric enterobactin transport ATP-binding protein FepC ATGGCCATCCTTAATGCCAAGGACCTCACGCTCCAGTACGAGGCACGCAAGGTGGTGGAGGGACTCACCACCGAGATCCCCGAAGGCAAAGTGACTATGATCGTGGGGGCCAACGCCTGCGGCAAGTCCACCCTCCTGCGCGGCTTGTCCCGCCTCCTTAAGCCAGCCGGCGGTGCCGTGACATTGGACGGCAAGGACATCCACACCCGCCCCGCCCGCGAACTCGCACGGACGCTCGGACTCCTTCCGCAGCACCCCACCGCCCCGGATGGTATTTCCGTGCGCGACCTCGTGGGCCGCGGCCGCTATCCGCACCAAGGCTTCTTCCGTAGTTGGAGCGCAGCCGACGACGCCGCGGTGCAGCGCGCGCTGGACGCCACCTCCACGCTGGAACTCGCTGAGCGAAGCATCGACGAGTTGTCCGGCGGACAGCGCCAGCGCGTCTGGATCGCCATGGCTCTCGCGCAGGAAACCGAAGTCCTGCTGCTGGACGAGCCCACAACGTATTTGGACCTGGCCCACCAAGTCGAAGTCCTGGACCTCATCACGGACCTCAACCGCAGCCGCGGAACCACCGTGGCGATCGTGCTCCACGACCTCAATCTCGCTGCCCGCTACGCCGACCATGTCATCGCCATGAAGGGCGGGTGCATCGTGGCCGAAGGGCCGGCGCCGGTCGTCGTGACGGAAGAACTGGTCTTCAACGTTTTTGGCCTGGAATCCCGAGTGGTTCTGGACCCCATCTCAGGCACACCGCTGATCGTCCCCATCGGACGCCACCACGCACGCCCCGCTTCAACCAACGAACTGGAGATCGCCTCATGA MAILNAKDLTLQYEARKVVEGLTTEIPEGKVTMIVGANACGKSTLLRGLSRLLKPAGGAVTLDGKDIHTRPARELARTLGLLPQHPTAPDGISVRDLVGRGRYPHQGFFRSWSAADDAAVQRALDATSTLELAERSIDELSGGQRQRVWIAMALAQETEVLLLDEPTTYLDLAHQVEVLDLITDLNRSRGTTVAIVLHDLNLAARYADHVIAMKGGCIVAEGPAPVVVTEELVFNVFGLESRVVLDPISGTPLIVPIGRHHARPASTNELEIAS PGPT0003760_1783 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 D3-18_00418 1056 viuB COG2375 Vibriobactin utilization protein ViuB ATGAGTGCACAACCGACACAGGCAAAAGCAAGTGCCGCCGTGGAGCCCATGACCCTCGCCTTCGACGTCACCGTGACGGCCGTGCAGGAGCTCAGCCCCAACTTCCGTCGCATCACCTTCGGCGGCTACTCGCTGCGTGACTTCGGCGTTGCAGGGGACACTTTGGACCTCCGAGTGAAGTTGATGATCCCGTCCTTCGACGCTTCCGGACAGCAGATCCCGCTCCCTCCGTTCAAGATGGAGGAAGCTGGCTGGTACCAGGAATGGCTGGCCATGGACCCGTCCGTCCGCGGTGACATGCGCACATACACCGTCCGATCCGAGCGCCTCGACGCCGTGTACCCCGAGATCGACATCGACTTCGTCATGCACTTCGACGATGCCGGACACGGTGGACCCGCTGCCAACTGGGCTGTTTCTGCAAAACCAGGGGACGCCATCACCATCATCGGCCCCAACAACCGCGCAGCCCAGTGCACCACGGCCGGAGCCTACGGCGGCATCGAATGGCGTCCGGGTTTGGCCCAGCGCGTACTCCTGGCCGGCGACGAAACCGCTGTCCCTGCCATCAGCGCCATCCTGGAAAGCCTGCCCGCCGACATGACCGGCCACGCGTTCCTCGAGGTACCCGAAGCCGGCGACTTCCAGGACATTTCCACTGAAGCGGATATCGAAATCACCTGGCTCGCACGTGGCGCAGCCATCGGACGCTCACGTCCCCACGGCGAGCTCCTCAAGGAAGCCGTCGCCAAGGCTGTTCCCGTCCCGGGCTGGGTAGGCATCAAGGGTGCGGGGACCGCCGCCGGGCCCGAGCCCGAAGACGTCAACGTGGACCGGGACATCCTCTGGGAAACCCCGCAGCGCATGGACACCGCAGCCATCGAAGCCACCAAGAACCCCACCCTTCCCGCAGGCGCCCTCCCGTTCTACGCATGGATCGCCGGTGAAGCATTCGTGATCAAGGAGATGCGGCGGTACCTGGTGCGGGACGTTGGCATCGACCGCAAGCAGGTTGCATTCATGGGTTACTGGCGACGCGGCAAGGCCGAGGGCTAA MSAQPTQAKASAAVEPMTLAFDVTVTAVQELSPNFRRITFGGYSLRDFGVAGDTLDLRVKLMIPSFDASGQQIPLPPFKMEEAGWYQEWLAMDPSVRGDMRTYTVRSERLDAVYPEIDIDFVMHFDDAGHGGPAANWAVSAKPGDAITIIGPNNRAAQCTTAGAYGGIEWRPGLAQRVLLAGDETAVPAISAILESLPADMTGHAFLEVPEAGDFQDISTEADIEITWLARGAAIGRSRPHGELLKEAVAKAVPVPGWVGIKGAGTAAGPEPEDVNVDRDILWETPQRMDTAAIEATKNPTLPAGALPFYAWIAGEAFVIKEMRRYLVRDVGIDRKQVAFMGYWRRGKAEG PGPT0003760_79 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 D3-18_00419 837 hypothetical protein GTGCGGGAGGAATTCGGAGACGGGAAAAAGGTTCGACGGCGGTATGTCGCCATCGGGGATTCCTTCACCGAAGGCGTGGGGGACCCGAGCAAGGTCCTGCCCAACGGTGTCCGTGGATGGGCCGACAGGGTTGCCGAGAAATTGGCGAAGGCCCAGCCGGGGTGGGAGTACGCCAATTTGGCAGTCCGCAGCAAACGGCTCCGGCACATCATCGATGAACAACTCGAGCCCGCTCTCGCCATGGAGCCAACGCTCATCACGCTCTACGCAGGCGGCAACGACATCCTCGATTTCGGTACCGATATGGATGCTCTCCTCAATGACTACGAGTTGCTCGTCGCGCGCCTCAGCGGAACCGGGGCCACTTTGGTCCTGTTTACAGGGTTCGACGTAAAGGTTTCTGCCATCCTGGAACCCTTTAAGAAGCGCAACACCCTCTACAACCAGAGAGTCCGTGATGTCGCAGCCAGATATGGCGCAGTCCTTGTGGACTACTGGTGCTTCGACGCCTACAGGGACTCGCGGATGTGGGCCCCGGACCGGCTCCACATGTCCAAGGCGGGCCACAAATATTTGGCTGCCCAGGTTCTGGATCACCTCAACGTCCCGCACAAAATCTCCCCGAAAGAATGGGACCCGCCCACCCGCATGTCCATGCGCGAATGGGAACGCCGGCAACGCCGCTGGGTCAACGACTGGGTGGTCCCGCTCTTCGGACGCAAACTACGCGGTGTCACTCTAGGGGACTCCATCAGCCCGCGATGGCCGGAGCCCGTAAAAGTCCCACGCAAGGGCGGCCTGAAAAAGCTCATGGAAGACCCGGAGGAAGCGAAGTGA MREEFGDGKKVRRRYVAIGDSFTEGVGDPSKVLPNGVRGWADRVAEKLAKAQPGWEYANLAVRSKRLRHIIDEQLEPALAMEPTLITLYAGGNDILDFGTDMDALLNDYELLVARLSGTGATLVLFTGFDVKVSAILEPFKKRNTLYNQRVRDVAARYGAVLVDYWCFDAYRDSRMWAPDRLHMSKAGHKYLAAQVLDHLNVPHKISPKEWDPPTRMSMREWERRQRRWVNDWVVPLFGRKLRGVTLGDSISPRWPEPVKVPRKGGLKKLMEDPEEAK NA NA NA NA NA D3-18_00420 822 hypothetical protein GTGAAAAGCCAGATCCGCTTTGTGGCCCTCGGCGACTCCTTCACTGAGGGCGTCGGCGACAACGATCTCAGGCTCCCCAACAACTGCCGGGGCTGGGCGGACCGAGTGGCCGAAGAACTGGCAAGGCACGACGAGACCGTGAAATACGCCAACCTCGCCATTCGCGGGCGGCGCCTCCAGCGGATCATCGACGAACAAATAGAGCCCGCCCTCGCCATGAATCCCACGATGGTCAGCTTCTACGCCGGTGGGAACGATCTCCTGATGGCAAGGCTCAACATGGCCAAGCTCATCCGGGACTATGAAGATGCCGTCAAAAGGATCAAAGCCAGCGGAGCCACAGTCCTCCTCTTCACGGGATACAACGTTCCCTTATCGCCTTTGCTCGAACCGCTCAAATTGCGCACCGCCATCTACAACCGTCACATTCGGCGTATCGCAGCAAAGTACGGAACGCTCCTGGTGGACTATTGGTGCTTTGAGAAGTTTCAGGACCCGCGAATGTGGGCCCCGGATCGCCTGCACATGTCCAACCCCGGCCATAGCTACATGGCCAAGAAAGTCCTCGAAGTCCTCGGGGCCCCGCACGCACTCACCTCACCGGTGCTGGCAACGCCACGTCCGCGGACGCTCACCGAGAACATCGCCGACGACGCCGCCTGGCTGAGGCGCGACGTCGGGCCTTGGCTTTCACGGCGGGTCCGCGGCGTATCGAGCGGTGACCATCTGGGAGCGCGGTGGCCGGAACTGATGCCGGTGGTACTGCCGGAATGGCTGGGAACCGCTCGGGCAATGCCTCAGCTGTCGAGCAGGTTTTCGTAA MKSQIRFVALGDSFTEGVGDNDLRLPNNCRGWADRVAEELARHDETVKYANLAIRGRRLQRIIDEQIEPALAMNPTMVSFYAGGNDLLMARLNMAKLIRDYEDAVKRIKASGATVLLFTGYNVPLSPLLEPLKLRTAIYNRHIRRIAAKYGTLLVDYWCFEKFQDPRMWAPDRLHMSNPGHSYMAKKVLEVLGAPHALTSPVLATPRPRTLTENIADDAAWLRRDVGPWLSRRVRGVSSGDHLGARWPELMPVVLPEWLGTARAMPQLSSRFS NA NA NA NA NA D3-18_00421 288 hypothetical protein ATGTTTGTCGTCTCATTGACCTACAAAGTTCCCGACGAAATTGTCGATTTCCACCGCCCCGGCCATATGGCCTGGCTTAAGGAAGCCTTCGACGCCGGGACCTTCCTTGCGTCCGGACGTCGCGTCCCAGCCACTGGCGGTGTTCTGCTCTCCAAAGTGGATAGAGCGACACTGGAGGCTTCCTTGGAAAAGGATCCGTTCTATAGCAACGGAGTGGCCGAGTTCGAGATCATTGAATTCACTGCCACCAGCGTGGCTGAGGGTTACGAAAACCTGCTCGACAGCTGA MFVVSLTYKVPDEIVDFHRPGHMAWLKEAFDAGTFLASGRRVPATGGVLLSKVDRATLEASLEKDPFYSNGVAEFEIIEFTATSVAEGYENLLDS NA NA NA NA NA D3-18_00422 480 hypothetical protein ATGACGCAACCCCGCTGGCTGAACGCCGACGAACGCCGTGCTTGGCTGGCCCTGCTGAGCATCAATACTTTGCTCCCCTCGGCGTTGGACACCCAGCTTCAGTCGGCCGGCAAATTGTCCCTGTTCGACTACAACGTGCTTGCGATGCTCTCCGAAACCGAGGGCCGATACCTTCCTATGAGCGAGCTCGCCGCACGGACAAGTGCCTCGTTGTCGCGCCTTTCCCACGTGGTTACCAAGCTGCAGAAACGCGGTTGGGTGGAACGGCAAGCGCATCCCGGCGACGCCCGTGTCACCGTTGCGCACCTGACCGATGCCGGCATGTCCACCATAGTGTCCCTCGCCCCGGGACATGTGGAATCCGTGCGGACGCTGATGCTCGATTCCCTCAGTCCCGACGACGTCGCGGACCTTGCGCGCATCGGCGAGAAGATCGTTGCCCGTTTGGACAACAACCACTGGATCCTGCGCGATTCCTAG MTQPRWLNADERRAWLALLSINTLLPSALDTQLQSAGKLSLFDYNVLAMLSETEGRYLPMSELAARTSASLSRLSHVVTKLQKRGWVERQAHPGDARVTVAHLTDAGMSTIVSLAPGHVESVRTLMLDSLSPDDVADLARIGEKIVARLDNNHWILRDS NA NA NA NA NA D3-18_00423 765 hypothetical protein ATGGATTTTTCTGCCCGTTATGTTGCCCTGGGGGACTCGTTCACTGAGGGTGTGGGAGACGACGACCCCAGCCGACCCAACGGCGTTCGCGGCTGGGCAGACGTCGTCGCAGGGCAGCTCGCCCACAGCAACACCGACTTCGGCTATGCCAACTTAGCCATCCGCGGCCGGAAGCTCCGGCAGATCATGGCTGAGCAGGTGGATGCCGCTGTCGCGATGAAACCAACGTTGGTGACGTTGTACGCGGGGGCGAACGACATCCTGCGGCCCAAGATCGATATTGACTCGCTTTTGGAGGAGTACGACGCCGGCATCGCCAAGCTGAGCGCGTCGGGAGCCACCGTGGTCCTCTTCACGGGCTTTGATGCGAAGGGCTCGAAGGTTTTCAGCGCCATGCGCGGCCGCACGGCAATCTACAACGAACTGGTGCGCGAAATCGCCGAAAACCATGGCGCCCTGCTGGTGGATTACTGGCGTTTCGACGAGTACGACGATTGGCGCCTCTGGGGCGAGGACCGGATGCACATGTCCACCGCAGGCCACGTCAACATGGCAAAGCGTGTCCTGGATGTCCTCGAGCACGAGCACGTCATCGAGGTTCCCGAACTGGCTCCGGTCCGACTGATGAACCGTGTTGAGGCATTGAAAGCAAACGCACGATGGTTCCGCGAATCCGCGGCGCCATGGGTTGCCCGCCGCGTCCGGGGAGTTTCCTCCGGCGACGGTCTGAGCCCGAAATACCCGGAACTGATCCGGCCGCTGTAG MDFSARYVALGDSFTEGVGDDDPSRPNGVRGWADVVAGQLAHSNTDFGYANLAIRGRKLRQIMAEQVDAAVAMKPTLVTLYAGANDILRPKIDIDSLLEEYDAGIAKLSASGATVVLFTGFDAKGSKVFSAMRGRTAIYNELVREIAENHGALLVDYWRFDEYDDWRLWGEDRMHMSTAGHVNMAKRVLDVLEHEHVIEVPELAPVRLMNRVEALKANARWFRESAAPWVARRVRGVSSGDGLSPKYPELIRPL NA NA NA NA NA D3-18_00424 237 rpmB COG0227 50S ribosomal protein L28 ATGGCAGCACACTGCCAAGTGACCGGAGCCGAGCCGGGCTTTGGACACAGCATTTCGCACTCGCACCGTCGCAACAAGCGTCGGTTCGACCCGAACATTCAGAAGAAGCGCTACTGGGTTCCGTCCCTGCGCCGTAACGTCACGCTGACCCTGTCAGCCCGTGGCATCAAGACAATCGACGTACGCGGCATCGACTCAGTCGTCGCCGACATCCTGGCACGAGGAGTAAAGCTCTAA MAAHCQVTGAEPGFGHSISHSHRRNKRRFDPNIQKKRYWVPSLRRNVTLTLSARGIKTIDVRGIDSVVADILARGVKL NA NA NA NA NA D3-18_00425 168 rpmG2 COG0267 50S ribosomal protein L33 2 ATGGCAAAGGACAAGGACGTACGTCCGATCATCAAGTTGAAGTCCACCGCGGGCACGGGTTACACCTACGTAACCCGCAAGAACCGTCGTAACGATCCTGACCGCCTGGTCTTGAAGAAGTACGATCCCAAGATCCGCCAGCACGTCGAATTCCGAGAGGAGCGCTAA MAKDKDVRPIIKLKSTAGTGYTYVTRKNRRNDPDRLVLKKYDPKIRQHVEFREER NA NA NA NA NA D3-18_00426 306 rpsN COG0199 30S ribosomal protein S14 ATGGCAAAGAAGTCAAAGATTGCTCGCAACGAGCAGCGCAAGGTCATTGTTGAGCGTTACGCTGCCAAGCGTCTCGAACTGAAGAAGACCCTGGTTGACCCCAACGCGACTGACGAAGCACGCGAAGCTGCACGCCTCGGCCTGCAGAAGCTGCCCCGCAACGCCTCCCCGATCCGTCTGCGTAACCGCGACCAGATCGACGGCCGTCCCCGCGGCACGCTCCAGAAGTTCGGTATCTCCCGTGTTCGCTTCCGCGACATGGCTCACCGCGGTGAGCTCCCGGGCATCACCAAGTCTTCCTGGTAA MAKKSKIARNEQRKVIVERYAAKRLELKKTLVDPNATDEAREAARLGLQKLPRNASPIRLRNRDQIDGRPRGTLQKFGISRVRFRDMAHRGELPGITKSSW NA NA NA NA NA D3-18_00428 117 hypothetical protein GTGTTTCTTTTGTTCCTGCTTCCGGTACTTACCATCGTGTCCCCGTTTTGCGGGGTGGTGGTGGTCTGGTTGACGGGGTTGTTGTTTGAGAACTACATAGTGGACGCGAGCATCTAG MFLLFLLPVLTIVSPFCGVVVVWLTGLLFENYIVDASI NA NA NA NA NA D3-18_00431 1902 hypothetical protein GTGGTTACTGCGTCAATCCGAAATACTGTGCAGATCCGAGTCCTCGGCCCCCTCCAGGTGACCGTCGATGGAGAGGTGCGGGAACTATCCAAGCGCCGGCACAGGGAAATCCTTGGCATACTCGTTGCACTGGGAGGCCGCGACATCTCGACGGCGTCACTCATTGACGAACTGTGGGACGGTGCGCCGCCACCGGGAGCTGTCGGAGCAGTCCGCACCTTCGTTGGTGAACTTCGCCGCGTCCTGGAACCACATCGGTTACCCCGCACCCCACCCTCGGTGCTCGTTACAGTGCGCGACGGGTACGCCCTTCGACTCCACGTCGACGCCGTTGATGCCTGGAGGTTCGAGTCGGCAGTAGCCCGGACAGCTGGAGCGACGCCCAACCAGGCCGAATCACTCTTGTCCACTGCACTCCGCGAGTGGCGGGGCGCAGCCTTTCAGGAATTCGCCGAGCGGCCGTGGGCCCTCACTGAGGTGAGACGGCTGACCGAGCTGCGGCAGACCGCCGTCGAACGCTTTGCCTCTGCATGCCTGGACCTCGGGTGGCCGGCGGAGGTCATCCCCATGCTGGAAGCACAGGTGGAGGAAAACCCCTGGCGCGAAGAAGGATGGCGCTTGCTGGCCATGGCCCTGTACCAAAGTCACCGCCAAGGCGATGCACTGGCCGTCCTTCGGCGGGCACGGGCGCAGCATGCCAACGAACTGGGGCTGGACCCCAGCCCCGCGCTCGTGGATCTTGAGAGCAAGATGCTCCGCAGGGATCCCCGGTTGCACCGAAAGGAACCCCTCGGTTTGGCTATGACTGCCACCGCCTACTCCAGAAGCGGCACGAGGGTTCAGTTGGAAGCCTCGAACGCTGTGTTGGGCAGCTTGGCAGTCGCCGGCAATCTTGAGACAGCTCGCACCCAACGCATAGCGGCCATCCAAGCTGCTGCAGAGCTGAACGATCCCGAACTCGCCGCCCGCGTCATTGGAGGCTACGACATACCCGGGATATGGACGCGCCCGGATGACCCCGCCGCTGCCGCCATCGTGATTGCCGCTGCCGAGAATGCGCTTGCAGCCAACCCCAACCTCAGCGATCGAAGCCGCGCGCGTCTTCTGGCCACCATAGCCATGGAAACCCGGGGGACCGGCGGTCGCCACCCGGAAGCCAGCGAAGCGGAGTCGATCGCCAGAAGATTGGGAGACGCGCAATTGCTCTGCTTCGCCCTCAGCGCCCGATTTATGCAAGCCTTCACTTCAGCCGGGCTTGCAGCCGACCGCGCCGATATCGGCCAGGAGCTGATAACAATAGCGTTCGACGCCGATTCGCCCACCTTTGAGATCAACGGGCGGCTGATTCGTATGCAGGCGTTGTGTGCTCTGGATGACCTCAGTGCGGCCAGCTCCGAGGCCGATGCGGTGGACCGACTGGCCCTGCGGCATGAGCGACCGTTGGCAACCGTCTTCACCCAATGGTTCCGGTGGACTTTCCTCGGCGACAGCCTGCCGCCTCCGCTGCCTGTAGAAATGCCTGGCTTCACGGACGGAATCGCGGCTTTGTCCACCTTGGCCCGCGAGTTGCGCGAGGCCACTGAATTAAGTGACGGCGATTTTGGCCCCTATGAGCGCTGGGTTCGGCCCCTTTTGCTGGTGAGGGCGGGCTCGTGCCATGAGGCGACCGAAGCTCTTCGGCGACTTCCGGATCCGCCATCGGATCTTTTGCTCGAGGCGACCTGGTGCATCGTTGCCCAGTCAGCCGTTGAATTGGGCGAGATCTCCGTGATCCGCCGGGCATTGGGTGCCTTGGAACCGGCCAAGGGTGAACGGGCTGCCGGAAGCGGCGTGGTGGACCTCGGCTGCGTTGATCACTACTTGGGGCTGCTTGAGGTGGCTGCTGTCTCGGTAGGTGGTTAA MVTASIRNTVQIRVLGPLQVTVDGEVRELSKRRHREILGILVALGGRDISTASLIDELWDGAPPPGAVGAVRTFVGELRRVLEPHRLPRTPPSVLVTVRDGYALRLHVDAVDAWRFESAVARTAGATPNQAESLLSTALREWRGAAFQEFAERPWALTEVRRLTELRQTAVERFASACLDLGWPAEVIPMLEAQVEENPWREEGWRLLAMALYQSHRQGDALAVLRRARAQHANELGLDPSPALVDLESKMLRRDPRLHRKEPLGLAMTATAYSRSGTRVQLEASNAVLGSLAVAGNLETARTQRIAAIQAAAELNDPELAARVIGGYDIPGIWTRPDDPAAAAIVIAAAENALAANPNLSDRSRARLLATIAMETRGTGGRHPEASEAESIARRLGDAQLLCFALSARFMQAFTSAGLAADRADIGQELITIAFDADSPTFEINGRLIRMQALCALDDLSAASSEADAVDRLALRHERPLATVFTQWFRWTFLGDSLPPPLPVEMPGFTDGIAALSTLARELREATELSDGDFGPYERWVRPLLLVRAGSCHEATEALRRLPDPPSDLLLEATWCIVAQSAVELGEISVIRRALGALEPAKGERAAGSGVVDLGCVDHYLGLLEVAAVSVGG NA NA NA NA NA D3-18_00432 894 COG0596 Fluoroacetate dehalogenase ATGGAGGATCCATTGACTTTGACACTGCTTCCCGAGGCCACCTATCACCGTGTACCTGTAGCACCCGACGTCGAACTCAACGTCGCAGTAGCGGGGCACGGGCCCGCCGTCGTACTTTTGCATGGCTTTCCGCAGACGCACCTGATGTGGAGGCACATCGCCGCGGATTTGGTGGCGGACCACACTGTCATTTGCCCGGACCTTCGTGGCTACGGGGCGAGCGATAAACCGGCAGAAAAAGGGGAGGAAACGTACTCGAAGCGAACGATGGCCGCGGACATCGTCGAGGCGGTCAGTGCCCTTGGGCACCATCGCTTCGCACTGGCAGGTCACGACCGTGGTGCCTTGGTTGCTGTGCGGGCAGGCTTGGACCATCCCGGCGTCGTCAGCCACCTGCTGGTCCTGGATGTGCTGCCGACGTTGGATATGTGGGATATCCTCCACGGGGCGGATGCGAAAGTGGCTTGGCACCTTTATCTGATGGCTCAGCCAGCGGGAATCCCCGAGCCCATGATCGAAGCGACTGCAGACTCCTTCTTTGCATCGTTCATCGACGGATGGACGGCCGATCCTGAAGCGATCCCGCCACGGTATCGGGAGGAATATCTGAAGGCATCGGGTCAGGCAGTGTGGTCAATCGTTGCGGACTACCGGGCTTCTGCGGGAATCGACGTCGCGCATGATCGCGCAGATAGGAACGGCACACGCACCCTGCCAATGCCAGTGACGGTGATGCAACAGGACTGGGGAGCGGTGCTGGGCTATGACGCCGCTGCCCTGTGGAGTGCTTGGGCGCCGGATCTTAAACACATGACCGTGAACACTGGCCACTTCATGGCCGAGGAGAATCCCGCGGCGGTGGTTGCGGCCCTGCGTGAGTTGATGGAGCGCTAG MEDPLTLTLLPEATYHRVPVAPDVELNVAVAGHGPAVVLLHGFPQTHLMWRHIAADLVADHTVICPDLRGYGASDKPAEKGEETYSKRTMAADIVEAVSALGHHRFALAGHDRGALVAVRAGLDHPGVVSHLLVLDVLPTLDMWDILHGADAKVAWHLYLMAQPAGIPEPMIEATADSFFASFIDGWTADPEAIPPRYREEYLKASGQAVWSIVADYRASAGIDVAHDRADRNGTRTLPMPVTVMQQDWGAVLGYDAAALWSAWAPDLKHMTVNTGHFMAEENPAAVVAALRELMER PGPT0006880_558 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_DICHLOROETHANE_DEGRADATION,PGPT0006880-dehH-K01561 NA NA D3-18_00436 984 hypothetical protein ATGAACACAACATCCTCTTCTCCGCTTCCCTATCCCTCGACTTCCGGCCATCCGGGTCCGCACCAGTCTCAGCTGAGGGTTGACGCATCACAAAGGGTGCCCGCCGGTGGACGGGCACTAATCCTCGGCGGTGGCGGGTCCACCGGCAACGCTTGGCTGATCGGCGTCGTCGCCGGCCTGTACGACGCCGGGTTGGACGTGACCGCTGCGGACCTCACCGTCGGTACATCGGCTGGTTCGACGGCGGCGGCCCAGTTTGCCGGGGCCAACCCCGCTGTGCTCTTTGACGCCATCCTTGCGGCCGCACCCCAAAGGCCCTCCAGCTTGATTGATGCCAGCGGCGCCAACGACAGAGCCCGGCCTGTGTCCGACCATATGGAACGAACAGGCAAAATCCTGGAGGCCTCTGCGGATATGGCTGATATGCGCCGCAGGATGGGCGCCGCCGCCATAGACATGGCCGCAGCTATGGACGGTTCCAGTGCGCGGTGGCGCGCAACCGTTGCAGCCCGTCTGCCTCGTCAGGAGTGGACGGAACGACTAGTGCTCCTCACCGCGGTTGATGCCCAAACCGGTAAAGGTGTGGTGTTCCACCGCCATAGCGGAGTGGAGTTGGTTGACGCAGTGGCGGCCAGCTGCGCCAGTGGCTTCGCCTACGCTATCGGCAGCAATCACTATATCGACGGCGGCTACCGGACCAACGCTGAGAATGCAGACCTGGCAGCCGGGTACAGCCGCGTACTGGTGCTGTCACCGTTTGGCGGCCGGACACGGACTCCGTTGGACTGGGGCATGCACTTATCCGGGCAAGTGGACGAACTGCGGCGTAGCGGGAGCCGGGTTGAGACAATCTTCCCTGCCAGCGAGGCGGAGCACATGTTCGGCATCAATGCGATGGATCTGACGCTGCGGCCAGCTGCTGCCCAGGCCGGATTCAGCCAAGGCAGGGCCCTCGCCGGGCAAATCACGGAATTCTGGCGCTAG MNTTSSSPLPYPSTSGHPGPHQSQLRVDASQRVPAGGRALILGGGGSTGNAWLIGVVAGLYDAGLDVTAADLTVGTSAGSTAAAQFAGANPAVLFDAILAAAPQRPSSLIDASGANDRARPVSDHMERTGKILEASADMADMRRRMGAAAIDMAAAMDGSSARWRATVAARLPRQEWTERLVLLTAVDAQTGKGVVFHRHSGVELVDAVAASCASGFAYAIGSNHYIDGGYRTNAENADLAAGYSRVLVLSPFGGRTRTPLDWGMHLSGQVDELRRSGSRVETIFPASEAEHMFGINAMDLTLRPAAAQAGFSQGRALAGQITEFWR NA NA NA NA NA D3-18_00437 564 rimJ_1 COG1670 [Ribosomal protein S5]-alanine N-acetyltransferase ATGATTCTCACGCGAAGCCTGAACCGCGCCTCCACTGAGAAAGCGTACGGTCAGCTCCTAGTGCGTCCCCTGGAACATTCAGATGCCGCGGCCTTGGCGGTTGCTTACCGGCGGAACCGTGAGCACCTGGCACCGTGGGAACCCACCCGGGTAGATGAGTTCTTCACCACCACGGGCCAGGCTGCGGTGATCCGGGCCAAGCTGAACCTCTACGACCAGGGCTCCGAGGTACCTTGGGTGGTGACGACACCAGAGGGCATCATCGGGATGATCGTGCTCTCCGGGATTGTCCGTGGGCCGTTCCTCAATGCCAACCTCGGCTACTGGGTGGATGCAGCCTGGACGCGCAAGGGCATAGCGTCAGGTGCGGTGGCCGCCGTCGTGAATATGGCCACAAATGAGCTGGGCCTGCACCGCCTCCAAGCCGCTACGCTGGCCCACAATACGGGCTCCCAAGCAGTCTTGGAGCGGTCTGGTTTCAAGCGGATCGGGATGGCTCCGTCCTACTTGCAGATCGCCGGGGAGTGGCAGGACCACGTTCTTTTTCAGCGGATTCTGTTCTAA MILTRSLNRASTEKAYGQLLVRPLEHSDAAALAVAYRRNREHLAPWEPTRVDEFFTTTGQAAVIRAKLNLYDQGSEVPWVVTTPEGIIGMIVLSGIVRGPFLNANLGYWVDAAWTRKGIASGAVAAVVNMATNELGLHRLQAATLAHNTGSQAVLERSGFKRIGMAPSYLQIAGEWQDHVLFQRILF NA NA NA NA NA D3-18_00438 288 hup COG0776 DNA-binding protein HB1 ATGGCTAAGAACCGTAGTGAACTCGTTGCAGAGGTAGCAGGCAAGGCTGGCACCAGCCAGGCAGCAGTCAACTCCGTGCTCGATGCACTGTTCGAAGTTTTCGAGACTTCTGTCGCCGCCGGCGAAAAGATCACCATCCCGGGCTGGCTCGCAGTTGAGCGCACCGACCGTGCAGCTCGCACGGGTCGCAACCCGCAGACCGGCGAAACCATCCAGATCGCAGCCGGCCACAGCGTCAAGCTGACCGCTGGCTCCAAGCTGAAGGCTGCTGTCGCCAAGAAGAAGTAA MAKNRSELVAEVAGKAGTSQAAVNSVLDALFEVFETSVAAGEKITIPGWLAVERTDRAARTGRNPQTGETIQIAAGHSVKLTAGSKLKAAVAKKK NA NA NA NA NA D3-18_00439 2256 hypothetical protein GTGCCATCAGCAAGAAGCTCAGCTACTGCCCCTTCGCCTGTTCCCAAGCCGGGAGCGCGGGGAGGCAGTACAGTCGCGGGCATTTCCTTGCCATGGCAGCTGGCTGGTCTGGCGGTGCTGTTCCTGGCTCTTGCGGCCGCCCTCATCTTCTCCGGCGCCTCAGCTGCCCGGCAGGTGTCTGATCCAGGCGAATTGGTCCGGTGGGGCCTTCCCGTAGCGAAAGCCATCCACAACGTGTCAGTGGCTACGGTGGTTGGCGGCCTGATCTTCGCCGTCGGCATCCTGCCTAAGAACCTCGGCGGCTCCCGGTCCCGTGAGAAGGATGTTGACGCGCCCGAACATCCGGCCTTCGCCCGGGCCTTGGCCGTTGCAGCGGCAGCCGGCGCAGCCTGGACTTTGTCCGCGGTGGCGGTCCTTGTACTCACTTACGCAGACGTCGCGGGGCAGGGGCTCTCAGGAGACGCGGAGTTCACGCGCTCCCTGGTCTACTTCATGACGGACATCGAGACCGGCAAGGCTTGGCTCGCCGTCACCATCATCGCTGCGGTCGTCACCACTGCGCTTTTCGGTGTCCGATCGTTGACCGGCCTGGCGTTCACCCTCCTGCTGGCACTGATCGGCCTGATTCCTACAGCCTTGATCGGTCACTCCTCCAGTTCCAGTGACCATGAAGGTGCCATTAACTCCCTGGGGCTCCACCTCGTAGGTGTATCCACGTGGGTGGGCGGCATCGTCATGCTGGCGGTCCTCTCGGGCATCCTGACGGGTTCCAGGAGCAAGGGAACACCGGACATCACCGAGCAGACCCTGCGCCGCTTCTCGACGCTTGCCGGCTTCGCCTTTGTCCTGGTGTTCGCCTCGGGAGTCATTAACGCTGCCATTCGTGTTACCAGCCCCGCCGACCTTTTTGGGTCTGCTTATGGACAACTCATTATCGCCAAGTCGCTGGCAACGTTGGTGTTGGGCGGCATCGGTTTCATGCACCGCCAGTGGGTTATCCCCCAGCTTGGCAAGAACGGCTCCATGTCGGCCCGTCGCGTGCTGTGGCAACTTGTGTTGGTTGAGCTTTTGGTGATGGGCGCGACGTCGGGACTCGCCGTTGCGCTGGGACGCTCGGCTCCGCCGCAGCCCACCACCTACGCACCTGATGCGTCGCCGTCGTTTATTCTCTCCGGCTACGAGCTTCCACCCGAATTGACGCCGGAGCGCTGGCTCACGGAATGGCGCTTCGATTGGCTGTGGGTAGGGGTCGCGCTGTTCGGCGCGGTCACCTATATCCTCGGTATCGTCAAGGTCCGCAGGCGCGGCGACAAGTGGTCCTGGTTCCGGACAGTCAATTGGATCATCGGACTGGTGGTGCTCACGTACATCACTTCGGGCCCGCCCGCTGTCTACGGCCGCGTGCTGTTTTCTGCGCACATGGTGGATCACATGGCCCTGACTATGGTGGCGCCAATCTTTCTTGTCCTTGGTGCCCCTGTGACCCTTGCCCTGAGAGCCCTTCCCGCCAGGGGCGAAGGCGCCCACGGCTCACGTGGCCTGCGTGAGTGGCTGCTGCTGTTTGTGCACTCCAAGTTCTCGCAGATCGTCACGCACCCGTTGTTCGCCGCTGCCAACTTCGCAGGCTCAATCGTGCTGTTCTACTACTCAGACCTGTTTAGCCTCGCGATGCGCGAGCATGTGGGCCACGAGCTCATGAATGTGCACTTCCTGCTAACTGGCTACATCTTCGTGCTGAGCATGATCGGTAGCGATCCTCTTCCGCGCCGTGCCCCCTACCCCATGCGCCTGCTGCTATTGCTGGCCACCATGGGTTTCCACGCGTTCTTCGGTGTGGCCATCATGGGTGGGACAGGGCTGCTGGCAGCGGACTACTTCGGTAACCTGGGCCGGGCTTGGGGTCCGTCGGCCATTGGGGACCAGCAACTGGGAGGTGCCGTAGCGTGGGGTATCGGCGAAGTTCCTACTTTGCTGGTGGCAATCGGCGTGGCCGTGATGTGGTCGCGCTCGGACGAACGGGAGACCCGACGGGTTGATCGTGCAGCCGACAGGAATAACGACGCCGATCTCAGTGCTTACAACGATATGTTTGCCCGGCTTGCTGACCGCGACGCCAAGATGGCCAACCGCACTACCCAAGCAGCCAGGACTACCCAAGCAACCACAACGGCGCAGGCGGAAGGGAATAACGCCGAACGCCCCACCCCAGATGCCTCCGGGCAATCTGAACCGAACACCAAGCTGGAAGGACGCTGA MPSARSSATAPSPVPKPGARGGSTVAGISLPWQLAGLAVLFLALAAALIFSGASAARQVSDPGELVRWGLPVAKAIHNVSVATVVGGLIFAVGILPKNLGGSRSREKDVDAPEHPAFARALAVAAAAGAAWTLSAVAVLVLTYADVAGQGLSGDAEFTRSLVYFMTDIETGKAWLAVTIIAAVVTTALFGVRSLTGLAFTLLLALIGLIPTALIGHSSSSSDHEGAINSLGLHLVGVSTWVGGIVMLAVLSGILTGSRSKGTPDITEQTLRRFSTLAGFAFVLVFASGVINAAIRVTSPADLFGSAYGQLIIAKSLATLVLGGIGFMHRQWVIPQLGKNGSMSARRVLWQLVLVELLVMGATSGLAVALGRSAPPQPTTYAPDASPSFILSGYELPPELTPERWLTEWRFDWLWVGVALFGAVTYILGIVKVRRRGDKWSWFRTVNWIIGLVVLTYITSGPPAVYGRVLFSAHMVDHMALTMVAPIFLVLGAPVTLALRALPARGEGAHGSRGLREWLLLFVHSKFSQIVTHPLFAAANFAGSIVLFYYSDLFSLAMREHVGHELMNVHFLLTGYIFVLSMIGSDPLPRRAPYPMRLLLLLATMGFHAFFGVAIMGGTGLLAADYFGNLGRAWGPSAIGDQQLGGAVAWGIGEVPTLLVAIGVAVMWSRSDERETRRVDRAADRNNDADLSAYNDMFARLADRDAKMANRTTQAARTTQATTTAQAEGNNAERPTPDASGQSEPNTKLEGR NA NA NA NA NA D3-18_00440 1974 resA_1 Thiol-disulfide oxidoreductase ResA ATGAGCGAAACCGTACGTACCCAACACCGGGTCCGGGCCTCCGAACTGGAGGGCCGCGGCTGGCTCAACACGGGCGGGAAATCCCTGGACCTCGAGTCCTTGCGCGGCAAGATCGTGCTGCTCGATTTTTGGACCTTCTGCTGCATCAACTGCCTGCACGTGCTGGACGAGCTGCGCCCGCTTGAGGAAAAGTACTCGGACGTACTGGTGACGGTCGGCGTGCATTCGCCCAAGTTCGAACACGAAGCGGATCCCATAGCACTGGCATCTGCCGTGGAACGCTACGAAATCCACCACCCTGTCCTGGACGATCCGGAGCTCGCAACGTGGAAGGCGTACACCGCCCGCGCATGGCCCACACTGGTGGTCATTGACCCCGAGGGATACATTGTTGCCCACCTCTCCGGCGAGGGCCACGCCGACGGCCTGGCTGTCCTCCTTGAGGAACTCGTGGCCGAGCACGAAGCCAAGGGGACCCTCCACCGCGGTAACGGCCCCTACGTGGCTCCCGTGCCGACGTCGGGCACCTTGCGCTTCCCTGGGAAAGCGACCCAGCTAGCCAACGGCAACTACCTGGTAGTGGACTCCGGCCACCACCGCTTGGTGGAACTCCGCCCCGATCTTGAAACTGTGGAGCGGGTCATCGGCTCCGGCACCAAGGGGTACTTGGACGGACAGTCTGAGATCGCGCAGTTCAACGAACCCCAAGGTGTGACCCTGCTGCCCTCCGAATTGGCGTGGAAGCTCGGCTATGACGCAGTGGTTGCCGATACCGTCAACCATCGCCTGCGCGGCGTCACCCTGAGCTCCGGCTACGTGCAGACGCTCGCCGGCAACGGTGTCCAGCGGCTGCTCGACACCGGTCCTGCCCGGGTGACAGACACTGGCGCCGGCACTTGGTCAGAACACCACGACGGCGGCCCGGCTGACTTCGCTGCCGACGCGATCGATGTTGGGGCGCTGGGTCTCGGCACCGAGGTTTCCCTGTCCTCACCGTGGGACGTGGTCTGGAGCGAAAAGTTGCAGCGGGTTGTGATCGCCATGGCGGGAACCCACCAGATCTTCGCCTTCGACCCCCTGGCCAACGAGGTTTCCATCCTTGCCGGGTCCGGACTTGAAGGCCTGCTGGACGGCAAGGCGGAGGAAGCCTGGTTCGCCCAGTCGTCCGGGCTGGCCATCGACGGTGAAGACAACATCTGGGTGGCTGACTCGGAAACATCCTCCTTGCGTCGCCTCGTGGTCACCGATTCCGGTGTGACCGTGGAAACCGCCATCGGCAAGGGCCTGTTTGATTTCGGTTTCCGTGATGGCGAGGCTGCTGAAGCACGCCTGCAGCACCCCCTGGGTGTCACTGTTCTTCCGGACAACTCCGTGGCCATTGCTGACACCTACAACGGTGCTGTTCGCCGCTATGACCCTGTCACCAAGTCCGTATCCACCTTGGCGAGGGGCCTCGCTGAGCCGAGCGACGTCGTCGTGGTTCAGGTGGAGGGCAGCGACCCGCTGCTGGTAGTTGTGGAGTCAAACAAGCACCAACTGGTCCTGGTTCCCATTCCCAAGGAAGCCCAGCAGGTGGATGAGGGAGCATCGCAGACTCACCGTCCCAAGAGCCCGGTGACTCCCGGGAACCTTGAGCTCGCAGTGCGTTTCCAGGCTCCTACCGGCCAGAAACTGGACGACCGTTGGGGCGACCCCACACAGCTGAAGATTTCCTCCACACCGCCGGAACTGCTGGTCTCCGGTGGGGGCACATCGGTGGGCTTGCTGCGCACCCTTGAGCTGTCTGCTGACGTTCCCGAGGGCATCCTTCACATCACAGCCCGCGCGGCCGCCTGTGACGGTCCCGAGACTGAGGACGGCGAAATCCCCGATCACGCAGCCTGCCACCTCTACCAACAAGACTGGGGCATCCCGGTAGTCCTGCAGGCTGATGGTGAGTCCGAGCTGGTGCTGGACCTGCGCGGCATGGACTAA MSETVRTQHRVRASELEGRGWLNTGGKSLDLESLRGKIVLLDFWTFCCINCLHVLDELRPLEEKYSDVLVTVGVHSPKFEHEADPIALASAVERYEIHHPVLDDPELATWKAYTARAWPTLVVIDPEGYIVAHLSGEGHADGLAVLLEELVAEHEAKGTLHRGNGPYVAPVPTSGTLRFPGKATQLANGNYLVVDSGHHRLVELRPDLETVERVIGSGTKGYLDGQSEIAQFNEPQGVTLLPSELAWKLGYDAVVADTVNHRLRGVTLSSGYVQTLAGNGVQRLLDTGPARVTDTGAGTWSEHHDGGPADFAADAIDVGALGLGTEVSLSSPWDVVWSEKLQRVVIAMAGTHQIFAFDPLANEVSILAGSGLEGLLDGKAEEAWFAQSSGLAIDGEDNIWVADSETSSLRRLVVTDSGVTVETAIGKGLFDFGFRDGEAAEARLQHPLGVTVLPDNSVAIADTYNGAVRRYDPVTKSVSTLARGLAEPSDVVVVQVEGSDPLLVVVESNKHQLVLVPIPKEAQQVDEGASQTHRPKSPVTPGNLELAVRFQAPTGQKLDDRWGDPTQLKISSTPPELLVSGGGTSVGLLRTLELSADVPEGILHITARAAACDGPETEDGEIPDHAACHLYQQDWGIPVVLQADGESELVLDLRGMD NA NA NA NA NA D3-18_00441 765 hypothetical protein ATGGAACCCGAGGAAGCCTTGCGACGACTGGGCGGCGTTGCCATGACACGGCAGGTGCAGGCTCAGGATGTGAGCGAACCAGCGATTCGTTCCGCGGTGCGGGCGGGAAGTATTCAGCGCGTCGAGCGGGGAGTGCTGCGTCTTCCGGGCGAAGATCCTGCGTTTGTCGCAGCGGTCAAAGCGAGGTCGCAGCTCACCTGCGCATCAGCTGCGAGCCGCTATGACCTGTGGTTGCTGCACAAACCCGCCGAGCCCCACTACTGGCAAAGCAACGGCAGGCGTACGGCCGGGTGCATCAGCCACCGGCTGTCCCTGTCCCAACCTCGACCGAGCGGGCCATATGTTGCGCTGCCGGATGTCCTTCTGCACGCACTTCTCTGTCTCCCTCCGTTGGAAGCACTGGTGATGGTCGAAAGCGCTTACATCCGTGGGGACATCACCCTTGATTACCTGGGTCGCCACTTACTTGGCAATCGCGCCGGGCGGGCCCGCGAGGTCCTGGCCAAAGTGGACAGGGGCGCCGGTTCCTTACTGGAAACCCTGGCCCGGGTCCTCTTCCGTGATGTCGGCATTCGTACCGAAACCCAGGTCTGGATCGAGGGCGTAGGAACCGTCGACTTTCTCCTTGAAGGATTCCTCATAGTTGAACTCGACGGCATTGCTTTCGCCGGCCCGCATGTGGTCGAACTAGCCCATTTTAGGTTCGATTTGGTGCCAGTGAGTGGGTTGACCGCGGTCCGTGTCCACGGAAACTGGGCCAGTTAA MEPEEALRRLGGVAMTRQVQAQDVSEPAIRSAVRAGSIQRVERGVLRLPGEDPAFVAAVKARSQLTCASAASRYDLWLLHKPAEPHYWQSNGRRTAGCISHRLSLSQPRPSGPYVALPDVLLHALLCLPPLEALVMVESAYIRGDITLDYLGRHLLGNRAGRAREVLAKVDRGAGSLLETLARVLFRDVGIRTETQVWIEGVGTVDFLLEGFLIVELDGIAFAGPHVVELAHFRFDLVPVSGLTAVRVHGNWAS NA NA NA NA NA D3-18_00442 999 hypothetical protein GTGCAGTTGAGTCAAGCGTTCGTCAAGACCGCAGCCGGATGGCTGCTCGGTCTGATGCTTGCTGCCGCCGGAGCCATCGTGTGCATCAACCTGGTGAGCTCCTCACTGGCCAGTCCTCAACAGCCTGTGAAGGAATATCTGGAAGCCCTGCAGAAGGGTGAAGGCGAAGAAGCTTTGGGCTTGCTGCGCGCCAAAGTGCCCAGTGCAAACCCCGCCATGCTGGACGGGACCGCCCTGCAAACGGCCGCTTCCAAGTTGTCCGATATCAAGGTTGGAAACCCCGAACCCCGGGGCAGCAACCGGATGGCTGTGCCGGTGGACTACACCCTTGATGGCAGCCGGCTCCACACGGAATTCCTGATGGAACGGACCGGGACCCAGTGGCTGTTCTTCGCTAAATGGGCGTTCGTACCCACAACGCTTCCTACCATTGAAGTCACCGTGGTCAACGCCAGCGAGGCCACGCTGAATGGCGTACCCGTGAATATGCCCAACGGCCGCAACAACTTTGCTGTCTTCTTCCCCGGCAAGTACGAGGCAAGCCTGAACGGCACCTATTTTGAAGCCCCGACCACATCGGCCCTTGTTTCGACACGCGACGGCGGCACGGCTCCCCTGAACCTGCAGACACGGTCCACCGCTGCCATGAACGAAGCCGTGGCTGGCAAGGTCCGGGAATTCCTGGACACGTGCGCCGGCCAGGCTACCGAGCAACAGCGCCTGCAACCCGATTGCCCGTTCTATCACGCAAGCAACGCCCGTGTGGTGGATGGAACCATCAAATGGGAAATCACGGAGTACCCCAAGATCACCATTGAGCCGTTCAGCGGTAAATGGGTGGTGGCTCCGCTCAACGGCAAGGCAACACTCACCGCCCGGGAGATCAACCTTTTCACCGGGCTGGTCAACGACCTCAACGTGGAGCACGACTTCAGCTTCACCACCCAGCTGGACGTGGGCGCAGACACTGTGACCGTTACCCCAATGCTGACCTTCTGA MQLSQAFVKTAAGWLLGLMLAAAGAIVCINLVSSSLASPQQPVKEYLEALQKGEGEEALGLLRAKVPSANPAMLDGTALQTAASKLSDIKVGNPEPRGSNRMAVPVDYTLDGSRLHTEFLMERTGTQWLFFAKWAFVPTTLPTIEVTVVNASEATLNGVPVNMPNGRNNFAVFFPGKYEASLNGTYFEAPTTSALVSTRDGGTAPLNLQTRSTAAMNEAVAGKVREFLDTCAGQATEQQRLQPDCPFYHASNARVVDGTIKWEITEYPKITIEPFSGKWVVAPLNGKATLTAREINLFTGLVNDLNVEHDFSFTTQLDVGADTVTVTPMLTF NA NA NA NA NA D3-18_00443 1743 hypothetical protein ATGCGCATGGCCAACAAACCCACCTCAACAACTGCCGAAAAACTCGCCACCATCCAGCAGGGCTACACCCTGGAAGGTGCCACCATCGAGCTGGGTGCCGCGATCGTTGACGGCGAAATCCACAAAGAGGCGCAGGTCCGCTTGCCGCTGGCCATGATGAACCGGCACGGACTGGTGGCCGGCGCCACGGGCACCGGCAAGACGGTTACGCTGCACATGATCGCCGAACAGCTTTCGACGGCGGGTGTTCCGGTTTTCCTCGCGGACATCAAGGGTGACCTGTCAGGGTTGGCGACGCCGGCCACGGGCAGTGAGAAATTGACCGCACGCACCGAGGCACTGGGTCAGGAGTGGTCTGCGAAGAATTTCCCGGTTGAGTTCCTCTCGCTCGGTGGGGACGGCCACGGGATCCCCGTCCGCGCCACTATTACCTCGTTCGGACCCATCCTGCTGTCCCGCATCATGGACCTGAACGACACCCAGGAATCCAGCCTCCAGTTGATCTTCCACTTCGCGGACAAGAACAACCTGGAGCTGATCGACCTCAAGGACCTCCGCGCCGTCATCCAATTCCTCACCTCGGACGAAGGCAAGGCCGAACTCGCAAACCTTGGCGGGCTGTCCAAGGCCACAGCCGGTGTGATCCTGCGTGAGCTGGTCACGCTGGAGGCACAGGGCATGGAGAAGTTCTTCGGCGAGCCCGAGTTCGACACCGCTGAACTCCTCCGCACCGCACCGGACGGCCGTGGCGTCATCAGCTGCTTGGAGCTTCCCACGCTACAGACCAAGCCTTTGCTGTTCTCCACATTCCTCATGTGGCTACTTGCCGACCTGTTCGAGGACCTGCCCGAAGCCGGCGACCTGGACAAGCCCAAGCTCGTCTTCTTCCTCGACGAGGCACATTTGCTGTTCAACGGCGCGTCCAAGGCCTTCCTGGAAGCCATCACCACCACAGTCCGGCTCATCCGTTCCAAGGGAGTGGGCATCTTCTTTGTCACCCAGACACCCAAGGATGTTCCTGCGGACGTCCTCGGCCAACTGGCCAACCGCGTGCAGCATGCCCTGCGAGCCTTCACCCCGGAGGACGCCAAGGCGTTGAAGGCCACGGTGTCCACATTCCCTGTCAGCGACTACGACCTCGAAGAGACCCTCACCTCCGCTGGCATCGGCGAGGCCGTCATCACGGTGATGAACGAGAAGGGCGCACCCACCCCCGTTGCGTTGACCCGGCTCCGTGCGCCCGAGTCTGTGATGGGGCCCAGCGCTGACGAGCTCATTCGCAGCACGGTCGCTGCGTCCTCCCTGCTGGTCAAGTACGGCACAGCCGTGGACAACCTTTCGGCCTACGAGAAACTCAATGGTCAAGCGGCCGTTCCTACCGGAGACGCAGCGCCCGGGTTGCCACCGGTGCCCGCGTCTACCCCTACGAATTCCGGTAATTCGCAGGCCGACATCGACGCCGAAGCCCGCCGTATTGAGGAAGAAATCCTGGGCCGCCCTAGCTCCCGGTCCTCGTCCCCTGAGCCTTTCCCTGCACCGCCTGCGCCGGTGCCAGCGCCGCAGTCGTCCCACCAACCGTCCCCGCAGTCGTCCCCGCAGGACGGCATGCTCGGTGACATCGCCGGCGCCCTCGGTGGAGCGCTGGGTGGCGGGCTGAAGAGCATGGTCCGATCCATGGGAACGCAGCTTGGACGCGATCTCATGCGTGGGGTCTTCGGCACGTCTTCGCGGCGTCACCGCTAG MRMANKPTSTTAEKLATIQQGYTLEGATIELGAAIVDGEIHKEAQVRLPLAMMNRHGLVAGATGTGKTVTLHMIAEQLSTAGVPVFLADIKGDLSGLATPATGSEKLTARTEALGQEWSAKNFPVEFLSLGGDGHGIPVRATITSFGPILLSRIMDLNDTQESSLQLIFHFADKNNLELIDLKDLRAVIQFLTSDEGKAELANLGGLSKATAGVILRELVTLEAQGMEKFFGEPEFDTAELLRTAPDGRGVISCLELPTLQTKPLLFSTFLMWLLADLFEDLPEAGDLDKPKLVFFLDEAHLLFNGASKAFLEAITTTVRLIRSKGVGIFFVTQTPKDVPADVLGQLANRVQHALRAFTPEDAKALKATVSTFPVSDYDLEETLTSAGIGEAVITVMNEKGAPTPVALTRLRAPESVMGPSADELIRSTVAASSLLVKYGTAVDNLSAYEKLNGQAAVPTGDAAPGLPPVPASTPTNSGNSQADIDAEARRIEEEILGRPSSRSSSPEPFPAPPAPVPAPQSSHQPSPQSSPQDGMLGDIAGALGGALGGGLKSMVRSMGTQLGRDLMRGVFGTSSRRHR NA NA NA NA NA D3-18_00444 519 hypothetical protein ATGACCGCAACGCCAACCCTGCCGACGTCGGGCCTTACCGTCCTCAGCCTGCCCATGCGCGATCCGCGCGTCCGCCCGCTCCTGGACGAGCTCGCTGTCGAATACGAAACCCGCTACGGCAACCTGTTCGGAACCGGCGGCGCTGCAGAGGAACTGAACCGGTACCCGGCCGAGGAATTTGAAGCTCCGAACGGCGCGTTGATCATCATCCAGGAGAACGGCGAGTCCGTGGCTGGCGGCGCGTTCCGCCGGTACGACCACCACACCGCCGAACTGAAGCGGATCTGGACGCATTCAGCGCATCGTCGTCGAGGTCTGGCGCGGCTGGTGCTGGCCGAACTGGAAAATGAGGCTCGACGGCGGGGCTACCGGAAGCTGTACCTGACCACCGGTCCGCGCCAGCCCGAGGCGAAAAACCTTTACCTCGCCACAGGCTACAAAGCATTGTTCGACCTCGCCGCGGACCCCGAGGACATCAAGCACTTGGCCTTCAGCAAGGATCTTGCCGTGCACAGCTAA MTATPTLPTSGLTVLSLPMRDPRVRPLLDELAVEYETRYGNLFGTGGAAEELNRYPAEEFEAPNGALIIIQENGESVAGGAFRRYDHHTAELKRIWTHSAHRRRGLARLVLAELENEARRRGYRKLYLTTGPRQPEAKNLYLATGYKALFDLAADPEDIKHLAFSKDLAVHS PGPT0020795_551 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 D3-18_00445 1938 hypothetical protein ATGCCGTCACGAGTACCCGCAATCGCCTTCATCGGCGGCGGCCCGCGCACGGCCGGCGTCCTCGAACGGCTTGCGGCCAACCGTCCCGCACTGTTCGCCGGTCCCCTGCATGTCCATGTCATCGAACCGCATGAGCCCGGCTCCGGGAGGATCTGGCGCTATGACCAGGATCCCGGCCTGCTCCTGAATTCCACGGCGGCGGACGTCACCATGTTCACGGATGCGTCGGTTGCCTGCGACGGACCTTCGATTGACGGACCGGGGCTTTCCACCTGGGCTTCGGGGGTGCTGGATGGCAGCATTCGGGACGTTCCCGCGTTCGAGCCGCACATCCTTGCCCAACTCCGCGCGCTGACGCCGGCGTCATTTCCCACCCGGCAGCTGCAGAGCAAGTACCTTGAGTGGTTCTTTCACCGGGCCGTGTCCTCACTTGGCCCTGACGTGACCGTGACAGTGCATCGCGACACGGCCACCGGCGTCGTGCGCTCTTCGGATGGCGGGCCCGATGGCGGTGCGCATCACGTGCGGCTGGCTTCCGGCGCCGAGGTGGCTGCCGACGTCGTGGTTTACGCGCTGGGCCACACCGATTCCTTGCCTGATCCCGAATCCGCGAGGCTCAGCGAGTTCGCTGCCCGGCACGGCGGGTTCCATGCGGCGCCGTCGTACACCACGGACGTGGACTACACCGCGGTTGAGCCAGGGCAGGACGTCATCGTCTCCGGCATGGGGCTCGCCTTTGTGGACCTGATGGTGCTGTTGTTTGAGGGCCGCGGCGGCCGCTTTGAAGAGCGGCCCGACGGCGAACTCGAGTACGTGCCGTCCGGTGCCGAACCGCGGGTCTGGGCGGGGTCCCGACGCGGTGTGCCGTACCACTCCAAGATCTCTTCTGTTCTGCGCGGCGAGCCGATCACCCGTCCGCGGTACTTCACGGCCGAGGCCATTGATGCCTTGCTCGCAGAGCACCAGGAACTCGACTTCCGTGCACACCTGTGGCCGTTGATCGCCAAGGATGCGGGCTACGCGTATTACCGCGAGCTGTTTATCGGATACCCGTCGCGGGTGCTCGGGACGTGGGCCAGCTTCGAGGCGAGGTTCGACGCCGTTGATTGGTACAGCGCCGACAGGGAAGAACTGGTGGCGTTTTCCGTGCCGGATCCTGCGCTGCGCTTGGATCTCGAAAAATTGGACCACCCGCTGAGCGGCTGCGCGTTCGCCAGCCATGAATCGGTCCAACGCTCCGTGGCCGCCTATATCCAGAACGACCTCGACCTCAGGACCAGCCCCGACCATTCCGAGACCTTGGCCCTGTTCACCGCTTTATTGTTCGTGTATATGGATCTGGGCCGCTTGGTCCCCCAGGAACGGCTCAACGCACGCTCCCAGCAGACCATCCATGGTTGGTGGCATGGTTTCTTCAGCTTCGTGGATTCGGGACCCCCCGCGCACCGGCTTCGCGAGATGCTCGCGCTGCACAGGGCAGGGCTCCTGAAGTTCCTGGGCCCGGGTATGTGGGTCCGCGCCGACGACTCTGTTGGGAGGTTCGTAGCCGGGACGTTCCAATCGCCCGTGGTGGTGGATGCGTCCGCGTACATTGAGGCACGGCTGCCCGCTGCTTCGGTGGAACGTTCGGCGAATCCCGCACTGGCTGACCTGCACCACGCCGGCTGGGGCACCGAACAGAGGCTGCTCACCTCCGACGGTGCCCACTCCACCGGCAAACTCCTGGTCTCCGGGAATCACGAGGTCCTGTCCCCTGTTACTACTCCTCGGAAGGGTCTGTTCGCGGTGGGCCCGTGGACGTCCGGGTGGGGCGCGGGGGCGTTTGCCCGTCCCAACACCAACGCAGCACCCTTCCGGGAGAACGACGCCCTGGCACGCCGGATCCTGTCCATGGTTGCCGCCACCCGCCCAACTGAGTCGCAGTTAACGTCGTTATGA MPSRVPAIAFIGGGPRTAGVLERLAANRPALFAGPLHVHVIEPHEPGSGRIWRYDQDPGLLLNSTAADVTMFTDASVACDGPSIDGPGLSTWASGVLDGSIRDVPAFEPHILAQLRALTPASFPTRQLQSKYLEWFFHRAVSSLGPDVTVTVHRDTATGVVRSSDGGPDGGAHHVRLASGAEVAADVVVYALGHTDSLPDPESARLSEFAARHGGFHAAPSYTTDVDYTAVEPGQDVIVSGMGLAFVDLMVLLFEGRGGRFEERPDGELEYVPSGAEPRVWAGSRRGVPYHSKISSVLRGEPITRPRYFTAEAIDALLAEHQELDFRAHLWPLIAKDAGYAYYRELFIGYPSRVLGTWASFEARFDAVDWYSADREELVAFSVPDPALRLDLEKLDHPLSGCAFASHESVQRSVAAYIQNDLDLRTSPDHSETLALFTALLFVYMDLGRLVPQERLNARSQQTIHGWWHGFFSFVDSGPPAHRLREMLALHRAGLLKFLGPGMWVRADDSVGRFVAGTFQSPVVVDASAYIEARLPAASVERSANPALADLHHAGWGTEQRLLTSDGAHSTGKLLVSGNHEVLSPVTTPRKGLFAVGPWTSGWGAGAFARPNTNAAPFRENDALARRILSMVAATRPTESQLTSL NA NA NA NA NA D3-18_00446 966 hypothetical protein ATGAGTGCAATCGCACCGCCTGCCACGGCGGAAACGTCACCGCCCACCCCGGACTACTCCGAGTACAAGTTGGTTCCTGCCCGGCATCCTTGGCGTTGGGTGGGCACCGTACTGGTAGCTGCCGGTGTCGCAGCCATTGCCTGGTCGCTGGTCACCAACCCGCGCTGGGAGTGGGGAGTGGTGGCCGAATGGTTCACGGCGCAGTCGGTGGTCAACGGACTCATCGAGACCCTCAAGCTCACGGCTATCTCCGGGGTCCTCGGCTTCGTCCTCGGTTTCATCCTGGCCCTCATGCGCCTGTCTGCCTCACCGCTGCTGGTCTCGGTGTCCTGGACGTTCTCCTGGATTTTCCGCTCCACGCCGCTGCTGGTCCAACTTCTACTCTGGTACAACCTGGGCTACCTGTACGAGAAGATCAGCTTGGGTATCCCGTTCACTGATGTCCGCTTCTTCGAGGCACAGACCACCACGCTCATCAGCCAGTTCGCCGCAGCAGTCCTGGGCCTCACCCTGAACCAGGCGGCGTACTCCGCCGAGATCATCCGTGGCGGCATCCTCTCCGTGGACCAAGGCCAGCTCGAAGCTGCCTCCGCCTTGGGCATCCCGGCATGGAAGCGTTCCACCAGGATCGTGCTGCCGCAGGCCATGCGCGCCATCCTGCCCAACGCCTTCAACGAGATCATTGGCCTGGTCAAGGGCACCTCGATCGTTTACGTCCTGGCCTACTCCGAACTCTTTTACACGGTCCAGGTCATCTACAACCGGACCCAGCAAGTGCTTCCGCTGCTGCTCGTCGCCACGCTCTGGTACGTGGTGATCACCTCGGTGCTCAGCGTTTTCCAGTACTACATTGAACGCCACTTCTCCAAGGGCGCCCTGCGGACCCTGCCGCTCACGCCGTTGCAGAAGGCCCGGAAGTTCTTCACCACCCACGTTGCTGCCACTCCCACCAAGGACGCCCGATGA MSAIAPPATAETSPPTPDYSEYKLVPARHPWRWVGTVLVAAGVAAIAWSLVTNPRWEWGVVAEWFTAQSVVNGLIETLKLTAISGVLGFVLGFILALMRLSASPLLVSVSWTFSWIFRSTPLLVQLLLWYNLGYLYEKISLGIPFTDVRFFEAQTTTLISQFAAAVLGLTLNQAAYSAEIIRGGILSVDQGQLEAASALGIPAWKRSTRIVLPQAMRAILPNAFNEIIGLVKGTSIVYVLAYSELFYTVQVIYNRTQQVLPLLLVATLWYVVITSVLSVFQYYIERHFSKGALRTLPLTPLQKARKFFTTHVAATPTKDAR PGPT0020795_1080 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 D3-18_00447 894 tcyC_1 COG1126 L-cystine import ATP-binding protein TcyC ATGAGCATCATCGCTGCACGCAAAGAATCCACGAAGACGGCCCAGGCAGGCGCTTCAGCTGGCGGTTCTGCCAGCACGACGGCGGCCCGCACCGCCTCGGCGGAAAGGACAGCAACCCGCGGTCAGGTGGACATCACCAACGTCCGGAAATCCTTCGGCGCTACCGAGGTCCTCAAAGGCGTCTCGTTGTCAGTGCCGCCCGGAGGCGTTGCCGTGATCGTCGGCCCGTCCGGCTCCGGCAAGTCCACCCTGCTGCGCACCATCAACCACTTGGAAAAAGTCGACGGCGGTTACATCACCATCGACGGCGAACTCGTGGGCTACGAGGTCCGCGGCAACAAGCTCCACGAGCTTCGTGAGAAGGACATCCTCAAGCAGCGCACCCACATTGGCATGGTGTTCCAGAGCTTCAATCTGTTCCCGCACCTCACAGCGTTGGAGAACGTCATCGAGGCGCCCATCGTCGCTCAGAAGCGGTCCAAGGCCGAAGCCCGGAAACGCGGCCTCGAACTCCTGGACAGGGTTGGCTTGAAGGATCGCGCCGATGCCTACCCTCGACAGCTTTCCGGTGGGCAGCAGCAGCGCGTTGCGATTGCCCGGGCGCTGGCACTTGATCCCAAAATCCTGCTCTTCGACGAGCCCACCTCGGCGTTGGACCCGGAGCTCGTCAACGAAGTCCTGGACGTCATCCGTGAACTCGCCAAGTCCGGCACCACGCTCATTGTGGTGACGCACGAGATGGGCTTCGCCAGGGATGTCGCGGACACCGTGGTGTTCATGGACCAGGGCCAGATCGTAGAGTCCGGCACGCCCCAGGAGATTTTCGCCAACCCGCGTGAGGAACGCACCCGCAGTTTCTTCTCCAAAGTCATCGAACCAGCTTTCAACATCTAG MSIIAARKESTKTAQAGASAGGSASTTAARTASAERTATRGQVDITNVRKSFGATEVLKGVSLSVPPGGVAVIVGPSGSGKSTLLRTINHLEKVDGGYITIDGELVGYEVRGNKLHELREKDILKQRTHIGMVFQSFNLFPHLTALENVIEAPIVAQKRSKAEARKRGLELLDRVGLKDRADAYPRQLSGGQQQRVAIARALALDPKILLFDEPTSALDPELVNEVLDVIRELAKSGTTLIVVTHEMGFARDVADTVVFMDQGQIVESGTPQEIFANPREERTRSFFSKVIEPAFNI PGPT0020790_410 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 D3-18_00448 981 hypothetical protein ATGCTTCGCGCTACAAAGACCAGGCTCCTGGCACTCGCTGTACTTCCCGCCGTCGTGCTTCCCGTGCTGGCCGGGTGCTCCGACCCTGGGGCGTCGGCAGCCCAACCGGAGTCGGAGGCTGCCAAGAACGGCATCGTCTACAACACGTCAGTGGACCAGAACCGCATCCGCGGTGAAAAAGACACCGCTGCAGCCGCCAACGTCCCTGAAGCCATCGCCAAGGACGGCAAGCTGACCGTTGCCACCACAGCTGGTTCAATCCCGTTGTCCTTCCACGCGACCGACGACAAGACGCCGATCGGTGTCGAGGTGGACATCGCCCAGCTTGTGGCCGACAAACTCGGGCTGGAACTGGATCTTCAGGTGACATCGTGGGAGAACTGGCCGCTGAAGACCCAGTCAGGTGCTTTCGAGGCAGTCTTCTCCAACGTGGGCATCAACGCCGCCCGGGTGAAGCTCTTTGATTTCTCCACCTACCGTGCCGCCTACATGGGCTTCGAAGCGAAGAAGAGCTCCACGTACGACATCAAGGGTTCGGACGACATTTCGGGCTTGAAGATCTCCGTGGGCTCCGGCACCAACCAGGAAAAGATTCTGCTGGCCTGGAACAAGGAACTCGAAGGAAAGGGCAAGGCGCCGGCCACCCTGCAGTACTACTCCTCCGACGCCGACACCATCCTGGCGCTCTCCTCGGGCCGCACGGACCTGAACCTGGCACCCTTCCCATCGGTGACCTACCGGGAGAACACCCGCGACGACCTCAAGGTGGTTGGCAAGGTCAACGCCGGGTGGCCCGCAGAAACACTCGTTGCTGCAACCACCCTCAAGGGCAACGGGCTGGCTCCGGCCATCACCGATGCCCTGAACTCCACCATCAAGGACGGCTCCTACGGCAAGGTCCTGGAACGCTGGGGGCTCTCCGAGGAAGCCATCCCGGAATCCAAGACGGTCACCGAGGCCACGTTCGGTACCGGCAAATGA MLRATKTRLLALAVLPAVVLPVLAGCSDPGASAAQPESEAAKNGIVYNTSVDQNRIRGEKDTAAAANVPEAIAKDGKLTVATTAGSIPLSFHATDDKTPIGVEVDIAQLVADKLGLELDLQVTSWENWPLKTQSGAFEAVFSNVGINAARVKLFDFSTYRAAYMGFEAKKSSTYDIKGSDDISGLKISVGSGTNQEKILLAWNKELEGKGKAPATLQYYSSDADTILALSSGRTDLNLAPFPSVTYRENTRDDLKVVGKVNAGWPAETLVAATTLKGNGLAPAITDALNSTIKDGSYGKVLERWGLSEEAIPESKTVTEATFGTGK PGPT0020800_1091 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 D3-18_00449 834 fgd_1 F420-dependent glucose-6-phosphate dehydrogenase ATGAAGTTCCAGGTTCTTGACATCATTCCCCACGTGAAGAACCCGGTGACGGAGGAGATCGTCTCCACCGCCGACCGGCTGAACCAGGTGGTGGAAACGGCCCGGCGTGCGGAGGAACTCGGCTTCGACAGCTTCTCCGTAGGGGAACGCCACGCAGGCGAGTTCGTTTCCTCATCCCCGACGACGGTCCTCGCCGCGATTGCCGCCGTGACCAGCCGAATCCGGCTCCAAACCGGTGTCACCGTGCTCTCAGTGCTGGACCCGGTGCGCGTGGCTGAGGACTACGCCACCATCGACCAACTGAGCCGCGGCCGTTTGGAACTGGTGATCGGCAAAGGCAACGAAGTCCTGCAGTACCCGCTCTTCGGGCTGTCTCTGGTCGACCAGTGGGACCTCCTGGCCGAGAAGTACGCGCTGCTCCGGGCTCTTTGGCGCAAGGAAAGCGTCACCTGGTCCGGCCGTTTCAGGCCCGCCCTCACCGAGCCAACCACGACGACGCCCCGCCCCTTCGCGGGGTCGCCGCGGATTTGGCACGGCTCGGCTACAACCCTGACGTCCGCTGCGCTCGCCGCCAAATGGGGTGACCCGCTGTTTACGGCCAACGCCATCCAGCCCCGTGAGAACTACAAGGTCCTGATCGACCATTACCGAGAAGAGTACGAGCGTCACGGGCACGATCCGCGGCACCAATACCTCGGCTCGGGCAGTGGCGCAGGAGGTGTTTTCATCGCAAACACAACCCAGGAAGCCATCCGTCAGTACGGGCCTGTTTACGAAGGGCTGACCGCCAGCCGGAATGTCCCCGGGAACAATTCACCGTTCCGGGACATCTAA MKFQVLDIIPHVKNPVTEEIVSTADRLNQVVETARRAEELGFDSFSVGERHAGEFVSSSPTTVLAAIAAVTSRIRLQTGVTVLSVLDPVRVAEDYATIDQLSRGRLELVIGKGNEVLQYPLFGLSLVDQWDLLAEKYALLRALWRKESVTWSGRFRPALTEPTTTTPRPFAGSPRIWHGSATTLTSAALAAKWGDPLFTANAIQPRENYKVLIDHYREEYERHGHDPRHQYLGSGSGAGGVFIANTTQEAIRQYGPVYEGLTASRNVPGNNSPFRDI NA NA NA NA NA D3-18_00450 306 hypothetical protein GTGGGCAGCCCTGAGCAGGTGATCGACAAGATCCTCAGCTACCACTCCCTGTATCAACACGACCTTCAGTCTATCTCCTTGCCCACCACGCTGCCTTTCGAACAGCAGTTGGAGATCCTCGAACGCTTCGCATTGGAGGTCATTCCGGCCGTCCGGGCTTCCGCGCCGAGCACCCTGTGGGAAGCCAACGATCCCTTTGGTGGTCGACCAGAATTTGCCGGGGCCACCCAACCCGACGCCGCAGCAACCGTCACAGCAGACCACGCCTTCAACAGGACGGACAACGCACATGTCTTTGCACACTAA MGSPEQVIDKILSYHSLYQHDLQSISLPTTLPFEQQLEILERFALEVIPAVRASAPSTLWEANDPFGGRPEFAGATQPDAAATVTADHAFNRTDNAHVFAH NA NA NA NA NA D3-18_00451 846 hypothetical protein ATGTCTTTGCACACTAAAAGCGCTACGCACGCCGCAACCGCCTCGGAATCCTTTGACCAGGACTGGCAGGAGTGGCACGCCGCCCATGAGCGCCACCGTGCCCACCCTCATGGTTTCCTCGCCGTGACCCACTTGCACTGGCTTAGCAACGAGGCAACTCCGCTGGAAGGCGTGCCCGGCAGCTGGAGTGCGGAGGACGACGTCGTACGTGTTGTCCTGAAGCCAGGCGAAAGCCTGCAGCAGGACGGCGAGGAACTGAACACCGGCAAGACGCTGGAGTTCGGGCCTATCGAGGAGCGCGGCGGCATCAACTTGGTCTCCGGCGATACCGTGATCGAGGTGGCCAAACGCGGCGGTGAGTACATCGTGCGCCCGCGGAACCCCTCCAACGCTCTCTTGAAGGAATACCAGGGCACACCCGCCTACACTCCCAATGCCGCGTTTGCCATAGCCGGTACATTCGTCCCGTTCGAGGCTCCGCGCCCCACCACGGTGGGTGCCGCCGTCGAGGGCATCCACCACGTCTACGAAGCGCCGGGTGAGATTCGCTTCAAACTGGCCGGTGAGGAACTGGCACTGACGGCGTTTAACGGCCACGCGCCGGGTTCGCTGTCCGTACTGTTCACCGATCAGACTTCCGGCAAGACCACCTACGCGGCCAACCGCTCGCTGTCCGTGGTCCCGGCCGCTGATGGCTCGGTGCAGCTCGACTTCAACCGGGCCGTCAACCTGCCGTGCGCCTACACAGACCTTGCCACCTGCCCGTTACCGCCCGCCGAAAACCGGCTTCCCGTGGCTATCGAAGCCGGAGAAAAGATTCCCTACGAACGTCAGGACCAGCAGTGA MSLHTKSATHAATASESFDQDWQEWHAAHERHRAHPHGFLAVTHLHWLSNEATPLEGVPGSWSAEDDVVRVVLKPGESLQQDGEELNTGKTLEFGPIEERGGINLVSGDTVIEVAKRGGEYIVRPRNPSNALLKEYQGTPAYTPNAAFAIAGTFVPFEAPRPTTVGAAVEGIHHVYEAPGEIRFKLAGEELALTAFNGHAPGSLSVLFTDQTSGKTTYAANRSLSVVPAADGSVQLDFNRAVNLPCAYTDLATCPLPPAENRLPVAIEAGEKIPYERQDQQ NA NA NA NA NA D3-18_00452 1104 hypothetical protein GTGAGCACCTTCGAAGAACGCAAGGCCGGGTTCCTTGCCATTGAACTCGACGGCGCAGGTTATGAGAACCTTGCCGCCGCCGTCCTCGCGGCCGAGTCGGCCGGTTTCCACGTGGCAACCTTCAAGGACGCGCCCGATGCCGGAAGGGTCAACGCCCTGCAGCGTGCGGCTTTTGCCGGACCAGCCACCCGGACCATCGCTGTGGTCCCTGAGGTGGATACCGTCTATACGGAGCCTTTCCACATCTCCACGCAACTCGCGAGCCTGGACTACGTGTCCGGCGGGCGGGCCGGGTGGATCGCTACCGCGGCAGAGTCACCCGAGGCTGCTGCCGCCGTCGGACGCTCTTTTGTCCAGGGCGAGGCGCTGGCACAGGAAGCAGCGGCGTCCATCGAGGTTAGCCGGAGGTTGTGGGACTCCTGGGAGGACGACGCCGTGATCCGCGACGTTGCCACCGGGCGTTATATCGACGTCGACAAGCTGCACTACGCGGACTTCGAAACTCCCGCGGACTTTGCAGGACCGGCCTATTCGGTGAAAGGCCCTTCCATCATTCCCCGGCCGTTGCAGGGTCAGTTGCCAGTGTTGGCCGTGGCATCGCTGGTGGGGGAGGGCTTAGTGCCGGTAGAGGCGGTGGACGCCGTGCTGGTGACCGCGCCGACGCCGGAGCTGCTCACTGCCGAGATCCGCGACGTGCGGGCCCGGCTTGGTGCTTCGGTAGCGATTGTTGCAGAGCTCGACGTCGTACTGGACGCGCGTGGGCAGGCTGCGGACTCGCGGGCCCTCTCCGCTCAAGAAACAGCGTCCGCTCAAGAAGCAGCGTCCGCTCGAGAAAGTGGCCGTGCGCGGTTTGTCGGTTCGGCTGCCGGCCTCGCCGATCTCCTCGACTCGATTCTCCAGGAAGCCGACGGAGTTCGACTCCACCCGGCTGTCCTGGACGTGGAACTGGAAGAACTTTCGCGGCTCGTCCTCCCCGAGCTGCGTCGACGCGGTACGTTGCGTCCGCCCATTCAGGACGGCACGTTCCGTAATGCGCTGGGCCTTGCGCCGGCGGAGAACCGTTATTCGACCACTGCCGCGGCTACTGTTGCCGCCGGAAAGTAG MSTFEERKAGFLAIELDGAGYENLAAAVLAAESAGFHVATFKDAPDAGRVNALQRAAFAGPATRTIAVVPEVDTVYTEPFHISTQLASLDYVSGGRAGWIATAAESPEAAAAVGRSFVQGEALAQEAAASIEVSRRLWDSWEDDAVIRDVATGRYIDVDKLHYADFETPADFAGPAYSVKGPSIIPRPLQGQLPVLAVASLVGEGLVPVEAVDAVLVTAPTPELLTAEIRDVRARLGASVAIVAELDVVLDARGQAADSRALSAQETASAQEAASARESGRARFVGSAAGLADLLDSILQEADGVRLHPAVLDVELEELSRLVLPELRRRGTLRPPIQDGTFRNALGLAPAENRYSTTAAATVAAGK NA NA NA NA NA D3-18_00453 1344 snaA Pristinamycin IIA synthase subunit A ATGACACGCGACATTTTCCAACCGAGCGGCCAGATCCAGTTCGGGATCTTCTTCCAAGGCGTCAACTCCGGCACCATTTGGAAAGCACCCGAAGCAGGCTCGCAGACGGACTTTGAGTCGTTCCGTCACATCGTCCAGACCGCCGAGCGAGGCAAGTTCGCAGCCTTTTTCCTGGGCGAAGGGCTCCGCCTCCGCGAACACCTTGGGCGTCCCCATGCGCTCGATGTTGTGGGACGGCCTGACGCCCAGACAATGCTTGCCGCATTGGCAGCAGTCACCAAGAACATCGGCTTGGTGGCTACGCAGAACACCACGTACAACGACCCCGCGGACCTCGCGCATCGCTTGTCGTCCCTGGACCTGATCTCCGGTGGCCGGGCTGCGTGGAACATCGTCACCACAGATAACGCCTGGACCGGCGCCAACTTCCGCCGCGGCGGATACCTGGACCATGCTGACCGGTACAAGCATGCCGAAGCATTTGTGGAAACCGCCAAGCGTATTTGGGATTCCTGGGAAACCCCCACCGGACCTGCCCGACGAGTGCTCCACGAAGGCCAGCACTACACCGTTGATGTCACCCCGCGCCTTCCGCGTAGCGCCCAGTACCGCCCCGTGCTCTTCCAAGCCGGCGATTCTCCGGATGGCCGGGACTTCGCAGCCCGCCAAGCAGACGTGATTTTCTCCGCCCACCCCAAGTTCGACGACGCCGTCGAGTTCCGTCGCGACATCGTGGCACGCTCCATCGCAGCCGGCCGCGGTGCCAACGCCGTGCAGATCATGCCGGCAAGCGAGTTCATCCTCGCCGCCACGGACCAGGAAGCCCAGGAGAAGAAGGCCTGGGTGCGGAGCCTGCAGATCGGTCCGCAGCAGGCTATTGCTTATCTGGAACAGTTCTGGGGCCGCGAACTCTCGTCCTACGATCCCGATGGCCCTCTTCCGGAGATCGATCCTGTGGTGGAGGAAACTTCCGAAACCCGCGGCAGTGGCTTCCACGGCGCCAAGGCCCGCCAGCTGGCTGATCAGTGGAGGGCCGAAGCCAAGGACAAGGGCCTCTCCATCCGCCAGTTCGTCACCTCCAAGACGGCACGCATCGACGCCACTTTTACCGGTTCCTACACGGCTGTGGCCGACCACCTCGCCGAATACGCCCGGGTGGGCGCCGTGGATGGATTCAACATCTCGCCATGGCTCATCCCCACGGGTTTGGACGACATCGTGAACCACTTGGTGCCTGAGCTCCAGGAACGCGGCGTCTACCCGACGGAATACCGGGGCACTACGCTCCGCGAAAACCTGGGACTCGAGACGCCGGTGCGGTCCGAAGATTCGGTGCACGTCTGA MTRDIFQPSGQIQFGIFFQGVNSGTIWKAPEAGSQTDFESFRHIVQTAERGKFAAFFLGEGLRLREHLGRPHALDVVGRPDAQTMLAALAAVTKNIGLVATQNTTYNDPADLAHRLSSLDLISGGRAAWNIVTTDNAWTGANFRRGGYLDHADRYKHAEAFVETAKRIWDSWETPTGPARRVLHEGQHYTVDVTPRLPRSAQYRPVLFQAGDSPDGRDFAARQADVIFSAHPKFDDAVEFRRDIVARSIAAGRGANAVQIMPASEFILAATDQEAQEKKAWVRSLQIGPQQAIAYLEQFWGRELSSYDPDGPLPEIDPVVEETSETRGSGFHGAKARQLADQWRAEAKDKGLSIRQFVTSKTARIDATFTGSYTAVADHLAEYARVGAVDGFNISPWLIPTGLDDIVNHLVPELQERGVYPTEYRGTTLRENLGLETPVRSEDSVHV NA NA NA NA NA D3-18_00454 162 hypothetical protein ATGAGGGCAGAACGCCTGCTGAAGAACTTGCTGCGTCGGCTTGGCTTTCTGCCGGGCCGACGCGGGACAGGACCCGACGGCGGCGGCTCGAGTGCCGCCGTCGTCGACGTTTCGCGCGGGACGGTCAGCCTGCAGCTGACGGTGTGGGGGCAGGCGCTCTAG MRAERLLKNLLRRLGFLPGRRGTGPDGGGSSAAVVDVSRGTVSLQLTVWGQAL NA NA NA NA NA D3-18_00455 1221 hypothetical protein ATGGGGAACTTTCGATCGCGCTCGTTGAGGCGCTCTGTCACGGCCGTAATCGCAATGGGACTCTTGGGTTCCGGGCTGCCGGTGGCCGGGCTGCTGGGTGCCGGGCCTGCCACTGCAACATCCCAGCCGACGCCGTTCATCGACGGCGTCCCTTACGTCGGCTCTGAAATGAGACGCCAGTACAACTACGACTACTGGGGCTGCAGGAATCCCGACGGTTCCGGGGACGCGATCACCTTGGAATGGTTGCGCGATGGCCAACCACTCCCCGCCCAGCGTCAGGGTGAAACTTTGCGTGTCCTCCCTGAAGACCAGGGCAGCCGCATCTCTTTGAGGGTTTACCCGCTCACTCCCGGCGAACCGGGCTGCCCCACCGGGTCTCAGTTGAGCGCCGAGACCAAACCCATCAAGGCCTCCAGCCGTGCCATGGGCTGGACAGGACGCGGCAACTTCGAACCCCTCGCACGCACGCATGATGGCCGGCTCATCCTGTACCCGCGGACCTACACCTACTACAAAGGCATGTGCGAGGGCCCATGCCCGGTCTACTTCGGTTCCTGGGATGAGCCCCGGCAGGTGGGGGCGGGCTGGAACATGTTCAACATCGTCTTCTCGCCCGGCGATTTCGATGGCGACGGAGCCAACGATCTCCTCGCCAGGAACGCGTCCGGCCAGCTCTTCCTGTACCCGGGCGATGGCGACGGCGGTTGGCTTTCAGCCCGGCAGGTCGGCACCGGGTGGAACGTCTTCAACTCAATCGTCGGTCCAGGAGACTTCAACGGCGACGGCACCAACGACGTCCTGGCACGCGACGGTGCGGGCGGCCTGTTCCTCTATCCAGGAGATGGAAGCGGCGGTTGGCTCGCCCCGTCCAAAGTGGGCTGGGGCTGGCACGTCATGAACAAAATCATCCCCGGCGGCGACATGAACGGTGACGGCACGGTGGAAATCTTCGGCCGGGACCATGATGGTGGCCTTCAGCTGTACTCCGCCGATGGTCAAGGCGGCTGGGGTGCCCAGGCGTACATGGGTGGAGGCTGGAACGGCTTTATGGACGTGGCGGGGCTGGGCAGTTACGCCCATCAGAAATACAACAACCTTGCCGCCGTCAATGGCAACGGCGACCTCGTGTTGTACTCCACGGGCGCCATGACCACCGGCCTTTACGGTCCCCAAGGTCCTGTGGGCAGCGGCTGGAACGTGTTCAGGGAACTGCTCTAG MGNFRSRSLRRSVTAVIAMGLLGSGLPVAGLLGAGPATATSQPTPFIDGVPYVGSEMRRQYNYDYWGCRNPDGSGDAITLEWLRDGQPLPAQRQGETLRVLPEDQGSRISLRVYPLTPGEPGCPTGSQLSAETKPIKASSRAMGWTGRGNFEPLARTHDGRLILYPRTYTYYKGMCEGPCPVYFGSWDEPRQVGAGWNMFNIVFSPGDFDGDGANDLLARNASGQLFLYPGDGDGGWLSARQVGTGWNVFNSIVGPGDFNGDGTNDVLARDGAGGLFLYPGDGSGGWLAPSKVGWGWHVMNKIIPGGDMNGDGTVEIFGRDHDGGLQLYSADGQGGWGAQAYMGGGWNGFMDVAGLGSYAHQKYNNLAAVNGNGDLVLYSTGAMTTGLYGPQGPVGSGWNVFRELL NA NA NA NA NA D3-18_00456 468 IS1595 family transposase ISPaen4 ATGTCCGCTGACTTTGTCCTCCGCCCCTCCGTAGCCACCGACGCCGCTTGGATTGCCGAACTTCGCGCTGTAGTGATGCGACCGGACCTTGAGCGGTTGCAGCGTTTCGATCCTGTGCGGGTCCGCGAGCGCTTCTTGAACGGATTCCAGCCCGAGCACACGTACATCATTCATTCGGACGGCGTAGACGCAGGCGTGATCGCTGTCCGCCCCGAGCCGGATAGCCGGTGGATTGAACACTTCTATGTAGCTCCCGCACATCAGGGCAGAGGCCTGGGCAGTGCCGTGCTCCGCCACGTCATGTCGGCTTCCGTGGACGAACGTCCGTTCCGTCTGGATGTGTTGCAGGGAAGCCCGGCCCGTCGCCTCTACGAACGTCACGGCTTCGTGCTGGAATCCGAGGACCCCATCGATGTGTTCATGGTGGCCCCCGTCGAACCACTGACTCCGCGGACGGAAGTGCGGTAA MSADFVLRPSVATDAAWIAELRAVVMRPDLERLQRFDPVRVRERFLNGFQPEHTYIIHSDGVDAGVIAVRPEPDSRWIEHFYVAPAHQGRGLGSAVLRHVMSASVDERPFRLDVLQGSPARRLYERHGFVLESEDPIDVFMVAPVEPLTPRTEVR NA NA NA NA NA D3-18_00457 339 hypothetical protein ATGAATGAAAATGGGATGGAAGCAAAAGAGGACGAGCGCTACGCGGATCTTGCCGATTGGGCGGAGACTGCAGACATCGGACCCGACGCCCACATCACGAAGGCCAAAGGGCCCGAAGCGGGACACTCGATCCTTGAGGCTGCGCTGGGCTCGGCGGCGGCAGTACGACGCGCCGTCGGAAAGCCTTCCTTGAGTGCCAAGGGCACTTCACCGTCTCGGTCCATCCGGCTTCCAGAGGAAATGGACGCCCAACTTTTGGCCCGCGCCGCAGCTGAGCACCGAAAGCCCTCCGCCATAATGCGTGATGCCCTAGCGGAGTACCTGGCGAAGGCTTCCTGA MNENGMEAKEDERYADLADWAETADIGPDAHITKAKGPEAGHSILEAALGSAAAVRRAVGKPSLSAKGTSPSRSIRLPEEMDAQLLARAAAEHRKPSAIMRDALAEYLAKAS NA NA NA NA NA D3-18_00458 930 tdcB_1 COG1171 L-threonine ammonia-lyase ATGGTCACACGCGAAGAAGTAGAAGCAGCGTACTCCCGGACAGCGGGCTGGGTACGCCATACGCCGCTCGCCGAGAGTGGCAACCAGGAGCCGTACCACCTGTGGTTCAAGTGCGAGTACATGCAGCACACCGGCTCCTTCAAGGCCCGTGGTGCTTTCAACCGCCTGCTCACGGCGAAGGAAACCGGGGAGCTCAATCCGGAGGTGGGCATCGTGGTGGCTTCAGGTGGCAACGCTGGCCTGGCCAACGCTTACGCCGCAGCCAAGCTGGGAGTCCCTGCAACAGCTTTCGTTCCAGAGTCGGCCCCGGCAAACAAGGTCCACAAGCTCTACGCAAGTGGCGCGAAGGTAGTCCAAGGCGGCGCTGAGTACGCGGAGGCCTATGCCGCTGCGATCCGCTTCGCTGAAGAAAAGGGGGCCGTCTACTGCCATGCCTATGATCAGCCCGAGATCGTGGCCGGCGCCGGTGGCGTCGGGCTTGAGCTCCTTGACGAACTGCCCGACGTCGACACGATCCTCGTTGCTGTAGGTGGCGGCGGGTTGATGGGTGGCATTGCTGCGGCCGCCGAAGGCAGGGCACACGTGGTGGGCGTCGAAGCAGAAACAGTCCCTACCCTGCACACGGCGCTGGCCAAGGGCGAGCCGGTGGATGTGGCGGTCTCCGGGATCACGGCCGATTCGCTGGGTGCTCGGCGGATCGGAGAGATCGGCTTTGGAGTTGCCCGGCGTACCGGTGTCCAAAGCCTGTTGGTCAGCGACGAGGATATTGTCCAAGCCCGAAGGGCCCTGTGGGAGACTCACCGCATCGTGGTGGAGCACGGCGCAGCGGCTGCCTACGTGGCGTTGCTTTCAGGGGCGTACAAGCCGAACGACGGCGAAACGGTGGCGGTCATTCTCTGCGGAGCCAACACAGATCCCGCCCACTTCTAG MVTREEVEAAYSRTAGWVRHTPLAESGNQEPYHLWFKCEYMQHTGSFKARGAFNRLLTAKETGELNPEVGIVVASGGNAGLANAYAAAKLGVPATAFVPESAPANKVHKLYASGAKVVQGGAEYAEAYAAAIRFAEEKGAVYCHAYDQPEIVAGAGGVGLELLDELPDVDTILVAVGGGGLMGGIAAAAEGRAHVVGVEAETVPTLHTALAKGEPVDVAVSGITADSLGARRIGEIGFGVARRTGVQSLLVSDEDIVQARRALWETHRIVVEHGAAAAYVALLSGAYKPNDGETVAVILCGANTDPAHF PGPT0001960_6976 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 D3-18_00459 1158 hypothetical protein ATGGTGAAGTTCACGAATCGTTTGGTTGCTGAGGTTGTCCAGTCGTTCTGGCAGCAGGTTGCGGACGGTGCCCGTTTTGAAGATGCTGGTGCGTTCGTCGGGTGGTCCGTAACGACGGTCCGCCGTGAGCTGAGGTCCTCAGGAGGGGTCCGGCCCCGTCGGGGCCGGACCCTGACCGGCCGTTCCCTATCGTTCCAGGAGCGGGAGTTGATCTCGTTATGGCGGGGCAAGGAATCGGTCCGTGAGATCGCCAGACGTTTGGGTCGTTCCCCGTCAACGATCTCCCGGGAGCTCCGGCGGAACGCTGACAAGGTCTTTTTCTACCGGGCTACCACCGCCCATGCCCGCGCCCACGCCCGGGCAGCCAGGCCCAAGACCGCTAAGCTCAACAGCAACAAGCCCTTGCGCCTGGAAGTCGAAAAGCGGCTCGAAAAGAAAGACTCACCGGTCCAGATCGCTGGCAGACTCCGCAAGGACTTCCCGAACAACCCGGAGATGTGGGTGTCACACGAGACCATCTACCAGTCCCTCTATCTCGAGTCCCGGGGCGGGCTAAAGCGGGAACTGGTCAAGAACCTGCGCACCGGCCGGACCCTGCGCAAACCCCAACGCCGCCCCGACGAACGCCGCGGCAGAATCCAGGACAAGGTCATGATCGCCGACCGTCCCGCCGAGGTCGAAGACCGTGCCGTGCCAGGGCATTGGGAAGGGGACCTGATCGTAGGCAAGGACGGAAAAACCGCCATCGGCACCATCGTGGAGCGCACAACCGGGTTCGTGATGCTCCTCCATGTCCCGACCGGTCAAAACCGTGCCGAGTCTGTTCGGGATGGGCTGATCCGCAAAATGGGCGCCCTTCCCGACGAACTGAGGCTCTCACTGACCTGGGACCAAGGCACCGAAATGCGCAGGCACAAGGAAGTGAAGATCGCAGCCGACATCGACATCTACTTCTGCGATCCCCACTCACCTTGGCAACGCGGCTCGAACGAGAACACCAACGGGCTCCTGCGCCAGTACTTCCCCAAAGGCGCAGACCTAAGCATCTACAGCCAAACCGACCTCGACTACGTCGCCCACGAACTCAACGACAGACCCCGCCAACGATTCGACTTCTGCACCCCCAATGAGATGATCAGAACCTTCCTGTTGCGATAA MVKFTNRLVAEVVQSFWQQVADGARFEDAGAFVGWSVTTVRRELRSSGGVRPRRGRTLTGRSLSFQERELISLWRGKESVREIARRLGRSPSTISRELRRNADKVFFYRATTAHARAHARAARPKTAKLNSNKPLRLEVEKRLEKKDSPVQIAGRLRKDFPNNPEMWVSHETIYQSLYLESRGGLKRELVKNLRTGRTLRKPQRRPDERRGRIQDKVMIADRPAEVEDRAVPGHWEGDLIVGKDGKTAIGTIVERTTGFVMLLHVPTGQNRAESVRDGLIRKMGALPDELRLSLTWDQGTEMRRHKEVKIAADIDIYFCDPHSPWQRGSNENTNGLLRQYFPKGADLSIYSQTDLDYVAHELNDRPRQRFDFCTPNEMIRTFLLR PGPT0030610_168 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482 NA NA D3-18_00460 987 hypothetical protein ATGGCACGCTTTGCTCTCAAGACCGGCGCCACGGCGGCGCTGGCCGCTACGGCGTTACTGGGGCTGGCGGCCTGCTCCGATCCCGGGGCGACGGCCGCAACGGGGGCGACCGCTCCGGCGTCGAGCGCTTCATCAAGCACCAAAGAGTTCAACCTGACCCCGCAGCAGGACCGCGTCAAGGTGACGGTGGATTCCGCCGCGGCCGCACTGGTTCCCGAGGCCATCAAAGCGGACGGCAAGCTGACCGTGGTGACCACCGGCGGCACTCCCCCGCTGAGCACCTTCGCCACGGATAACAAGACGCTCATTGGCAGCGAAGTGGACATTGCCTACGCAGTGGGCGAGAGCCTGGGCCTTCAGGTGGAAGTGCTGCCGGTGGCATGGGCGGACTGGCCGCTTGGCGTCGAATCCGGCAAGTACGAGGCCGTCCTCTCCAACGTCACGGTCACCGAAGCGCGCAAGGAGAAGTTCGACTTCGCCACCTACCGCAACGATCTCCTGGGCTTCTACGCCAAGACCGATTCGGACATCTCCACCATCAAGGAAGCCAAGGACGTGGCCGGCAAGCGCATCATCGTCGGCTCGGGCACCAACCAGGAAGCCATCCTGGTGCGCTGGGACGAGGAGAACAAGAAAAACGGCTTGAAGCCGGTTGAGTTCCAGTATTACGACGACGACTCCGCCTCCCAGCTCGCCCTGCAGTCAGGCCGCGCCGACCTGACGTTCGGACCCAATGCATCCGCCGCGTACAAGGCGGCGAAAGATGGAAAGACCAAGGAAGTGGGCACGCTCGAAGGCGGCTGGCCGCTGAAGGCTGAAATTGCCTTCACCACCCAGAAAGGCAACGGCCTCGCCGTTGCCGCCCAAGCTGCGCTGAACACCCTCATCAAGGACGGCAACTACGCCAAGATCCTGGACCGCTGGGGACTCTCCTCCGAGGCCATTCCGGCGTCCGAGCTGAACCCGGCAGGCCTGCCCAAGAAGTAA MARFALKTGATAALAATALLGLAACSDPGATAATGATAPASSASSSTKEFNLTPQQDRVKVTVDSAAAALVPEAIKADGKLTVVTTGGTPPLSTFATDNKTLIGSEVDIAYAVGESLGLQVEVLPVAWADWPLGVESGKYEAVLSNVTVTEARKEKFDFATYRNDLLGFYAKTDSDISTIKEAKDVAGKRIIVGSGTNQEAILVRWDEENKKNGLKPVEFQYYDDDSASQLALQSGRADLTFGPNASAAYKAAKDGKTKEVGTLEGGWPLKAEIAFTTQKGNGLAVAAQAALNTLIKDGNYAKILDRWGLSSEAIPASELNPAGLPKK PGPT0020800_1206 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 D3-18_00461 990 hypothetical protein GTGACTGTTCCTCTTTCCATCCTCGACCTGGCAACCATCGGGAAAGGCCAGACGGTGGCGGAAAGCCTCGCAGGCAGCGTGGCCATGGCGCAGAAGGCCGAAGAGCTGGGCTACCGCCGGGTCTGGTACGCCGAGCACCACAACATGTCCGCGATTGCCTCCTCCGCTACCAGCGTGCTGATCGCCCACGTCGCCGCCCACACCAAAACCATCCGTCTGGGTGCCGGTGGCGTCATGCTGCCCAACCACTCGCCCCTGACCATCGCTGAGCAGTTCGGCACGTTGGAGACGCTGCACCCGGGGCGGATCGACCTCGGTCTCGGCCGTGCCCCCGGCAGTGACCAGAACACCATGCGTGCGCTGCGTCGAGACCACACATCCTCGGACAGGTTCCCGCAGGATGTCCTGGAATTGCAGGGCTACCTCACTGGTCCCACCCGCATCCAGGGTGTTGAAGCGACGCCGGGCAAGGGCACCAACGTGCCGCTGTACATCCTTGGGTCCTCGCTGTTCGGGGCCCAGCTGGCCGCCCAGCTTGGCCTCCCGTACGCTTTCGCTTCACACTTTGCCCCGGCCGCGCTTCAGGATGCCGTAGCTGTCTATCGCCGCGAATTCCAGCCCTCGGACCAGCTGTCCGAGCCGCACGTGATCGCCGGCGTGAACGTCACGGCCGCGGACTCCAACTCCGAGGCACAGGCCATCCACCTGGCCGTGAAGCGCGCCCGTGTCTCGCTGTTCTTCGGCGGCGGCCGCGAGTTCACCGACGACGAAGCAGACATGGTGCTCGACTCCCCGCAGGGACAGCACATCGCCCAGATGATGAAGTTCTCCGCCGTGGGCACCAAGGATGTGGTGCGGGATTACCTCGATGAGTTCGCGGCGTTCGCTGGTGCCGATGAACTGATCGTGGCGCATCAGAGCATCGGTACGGAAGAGCGCCTGCGGTCGGTGGAACTCGTGGCCGAGGTTGCGGGGCTGGTGAGCGCGTAG MTVPLSILDLATIGKGQTVAESLAGSVAMAQKAEELGYRRVWYAEHHNMSAIASSATSVLIAHVAAHTKTIRLGAGGVMLPNHSPLTIAEQFGTLETLHPGRIDLGLGRAPGSDQNTMRALRRDHTSSDRFPQDVLELQGYLTGPTRIQGVEATPGKGTNVPLYILGSSLFGAQLAAQLGLPYAFASHFAPAALQDAVAVYRREFQPSDQLSEPHVIAGVNVTAADSNSEAQAIHLAVKRARVSLFFGGGREFTDDEADMVLDSPQGQHIAQMMKFSAVGTKDVVRDYLDEFAAFAGADELIVAHQSIGTEERLRSVELVAEVAGLVSA 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 D3-18_00462 1437 aam_1 COG0154 Acylamidase ATGACCGCTTTGCACTACCTCGACGCGAGTGCGGCCCTGGATTTGTTCCGGCGCCGTGAGCTCTCTCCGGTGGAACTACTGCAAGCGGTGATCGACCGCATCGGGGAGGTAAACGGCGGCATCAATGCGCTGACAGAGACACTCTTTGAGGAGGCCCTGCCGGCGGCACGAAAGGCAGCCACCCAGTATGCCCGCGGCCGGGACATCACTCCCCTGCTGGGATTGCCGGTGGCCGCAAAGGAAAAACACGGGCTCCAAGGCCGCACACTCTCCCAGGGGCTAGTGGCGCGGAAGGACACCATTGCAGCGGCGGACCATCCTGTGATTGACAGGATTCGACGGGCCGGCGGGATCATCCACGCGCGAACCACCACACCGGAGTTGAGCTGCGCCACTGTCACGCACAGCCCGCTCTGGGGCGTCACCCGAAATCCCTGGAACCAGCAGTTCTCCCCTGGTGGGTCCTCGGGTGGTTCAGGTGCGGCGTTGGCTGCGGGGTTCGCACCCCTGGCTACGGCGTCCGACATCGCTGGATCAACCCGGCTACCGGCGTCGTTCACTGGAACAGTTGGCTACAAGGCGCCCTACGGAAGGATTCCAGGGTTAGCCCCGTTGTCAGCGGACCACTACCGGGGTGATGGGCCCATGGCACGTACCGTGGCAGACACGGCATTGCTGGCGAACATCATGTCCGGGCGGCACCCCGGTGATCACACCACAGTGGCCGACGCTGCGGCGATAACTCCGGATCCGACAAGGGTGGCCGGCTTGCGGATCGCGCTTTGCCTGCGCTTGGGCAATTACCCGGTAGCTCCCGACGTCGAGGCCAACACGCGGCGAGTGGCGGAAGCACTGACGGCGGCGGGGGCCGTGGTGGAGGAGATCGTCCTCCCCTGGAGCGTCGAGGAAATCAGCCGAACCATGTTCACGCACTTCGGATATCTGCTAGGCCCGGCCATGGAGGACGAAACGGCCGGTGGCGAACCCCAGCTCGCCGCCTACACCATGCGCTTCATGGCTGATGCCCGCGCGGCAGCCAAGGCCAACCGATATGTGGACGGGCTGCGGGCCGAAACCCTCCTGCAGGCCCAGCTGGCAGAGGCCATGACCGGGTTCAACGCGCTGCTGTGTCCGGCGTCGGCTATTCCAGCTTTGGAAGCCGACGCCGACTATCTCAACGGAATCGACGCCAACGGCCAACACCTCAGCCATTACTGGCAGGCACATATGACTGCGCCGTTCAACATTGCCAATCGATGCCCGGTCCTGGCCGTTCCCAGCGGCATGGCAGACTGCGGCATCCCCACAGGGGTGCAGATCGTGGGCCATCCTTTCGATGACGCCACCGTATTCCACCTCGGTGCAGCCGTGGAATCCGTGCTTCCGTGGGCTGATCGCCACCCTATGACACCCGAATTCGCGGGGCACTTCGGGTAG MTALHYLDASAALDLFRRRELSPVELLQAVIDRIGEVNGGINALTETLFEEALPAARKAATQYARGRDITPLLGLPVAAKEKHGLQGRTLSQGLVARKDTIAAADHPVIDRIRRAGGIIHARTTTPELSCATVTHSPLWGVTRNPWNQQFSPGGSSGGSGAALAAGFAPLATASDIAGSTRLPASFTGTVGYKAPYGRIPGLAPLSADHYRGDGPMARTVADTALLANIMSGRHPGDHTTVADAAAITPDPTRVAGLRIALCLRLGNYPVAPDVEANTRRVAEALTAAGAVVEEIVLPWSVEEISRTMFTHFGYLLGPAMEDETAGGEPQLAAYTMRFMADARAAAKANRYVDGLRAETLLQAQLAEAMTGFNALLCPASAIPALEADADYLNGIDANGQHLSHYWQAHMTAPFNIANRCPVLAVPSGMADCGIPTGVQIVGHPFDDATVFHLGAAVESVLPWADRHPMTPEFAGHFG PGPT0006115_3711 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 D3-18_00463 1233 COG0624 Putative hydrolase/MSMEI_3903 ATGACTTCCTCAACTTTTCTTCAGGACTTCCACCATGTGGCCACCATTGGCGCCACAGCCAACAACGGTGTGGACCGCCAAGCCGCAACACCGGATGATGCAAAGACCCGCGCCTGGTTTGGGCAGTGGATTCACGACGCCGGATGGCAGCTTCAGGTGGATGGCATCGGCAATATGTTCGGGCTGCTTGAGTGGACGCCCGGGGCGCCCTTCATCCTGATCGGTTCCCATCTGGACAGTCAGCCGTTGGGTGGCCGGTTCGACGGCGCCTACGGTGTGATTGCCGCCCTGCACGCGGCCCGGTCCATTGACCTCGACGTCAGGGCGGCCGGCACCGCGCCCCGCTTTAACCTGGCCGTCGTCAACTGGTTCAACGAGGAAGGTGGCAGGTTCGCACCTTCCGTCATGGGAAGTTCCGTTTTCACGGGGCTGTTCGACCGTGAACAGATGTTGTCCGTCAAAGATCTCCAGGGTGTCTCAGTCCGTGAGGCCTTGGAAGGCATTGGTTACCTCGGCACGGATGCCGGACCGACGGCCGCGGGATACGCGGAAATCCATATCGAGCAGGGCCGCATCCTGGAACGGGAAGGAATCAACATCGGATTGGTGGACAGCAGCTGGTACACGCAGAAGCTGGACATTGAAGTGCTGGGCGAACAGTCCCACACTGGTGCCACCGCCATGGCAGACCGGCACGATGCCCTGGTGGCGGCATCGAAAATCATCCTGATGGTCCACGAGGTCACCAAAGACTTCGACGAGGAAGCGTTGGTCTCTTCCGTAGGCCAGCTGACATTGGAGCCCAACTCGCCCATCGTCGTCGCACGCCGTGTGCACTTGGTGGCGGATTTGAGGTCCGGAGACCCGGAGATCGTCAATGCAGCCCGGGTCAGGGTGCTGGCCGACATCGGGAAACTGGCCGCTGAACATGACATCAAGGTCAACGTCAAAGACTTCGACATCCGCCCCATCCGGCGTTTCCCGGAAGCCGGGCTCGAACTATCAGCCAAGATCGCGGCCAATCTTGGGCTGTCTTCCCGCCGCATCCAGACCATGGCCGGGCACGATTCCGTGGCCATGAATACGGCCGTTCCGTCAGTGATGTTGTTTATCCCGAGCGTGGACGGCGTATCCCACTGCGAGCGCGAATTCACCAGCGACGAGGATATGGTGACGGGCGTGGAAATGCTGACGGGTGTTGCCCGGGAGCTGGTGCAGGGAGAGTTGGCATGA MTSSTFLQDFHHVATIGATANNGVDRQAATPDDAKTRAWFGQWIHDAGWQLQVDGIGNMFGLLEWTPGAPFILIGSHLDSQPLGGRFDGAYGVIAALHAARSIDLDVRAAGTAPRFNLAVVNWFNEEGGRFAPSVMGSSVFTGLFDREQMLSVKDLQGVSVREALEGIGYLGTDAGPTAAGYAEIHIEQGRILEREGINIGLVDSSWYTQKLDIEVLGEQSHTGATAMADRHDALVAASKIILMVHEVTKDFDEEALVSSVGQLTLEPNSPIVVARRVHLVADLRSGDPEIVNAARVRVLADIGKLAAEHDIKVNVKDFDIRPIRRFPEAGLELSAKIAANLGLSSRRIQTMAGHDSVAMNTAVPSVMLFIPSVDGVSHCEREFTSDEDMVTGVEMLTGVARELVQGELA PGPT0021095_904 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_DEGRADATION,PGPT0021095-pydC-K06016 NA NA D3-18_00464 1362 proP_2 Proline/betaine transporter ATGACCCTCAATAAGCTCGCCGAGCAAGAATCGGCCCAGGATCCGGCACGCTCAACGCCCACCACCGATGGCAATGTCCAGCCCCATCACAAGTCCACAGTCATGCAGAAGCGTGTCCTGGCTGGCGGCAGCGTCGGCCAGTTCATCGAGTTCTACGACTTCACCCTCTACGGCCTCACGGCTGTGGTGTTCTCTCAACTCTTCTTCCCGGGCAGCAACCCGCTGACAGCAATGCTGGCCACGTTCGCCACATTCGGCGTAGCTTTCGTGGTCCGCCCCCTCGGCGGCCTGTTCTTCGGCGCACTGGGTGACCGGATCGGTCGGCGCCGGGTCCTCACCATCACCCTCATCGCGATCGGCGGAGCCACGGCCCTCATGGGGCTGCTCCCCACGTACGCCCAAATCGGAGCTTGGGCCCCGGCCCTCCTGGTGCTCTGCCGGTTGATCCAAGGATTCTCCGCGGGTGGCGAATCCGTTGGTGCGCCGTCCTTCGTGTTTGAACATGCACCCGTCAGCAAACGGGGTTTCTGGCTCAACATCACCATCGCAGCAACGGCGCTGCCATCGGTGGTGGCGGGCTCCATGATCCTGATCCTCAGCCAGTCGATGCCCAACTCGGCATTCATGGAATGGGGATGGCGTTTGCCGTTCCTGCTGGCCCTCCCCCTTGCCTTGTTCGGCGTGTGGATCCGCAGCCGCACCGAAGAAAGCGATGTCTTCAAGAAAGCACAGTCCGGGCAGACCAAGGAATTCAGCCCCATCCGCGAGGCCTTCCGCGAAAACAAGCTCCGCATGCTGCAGGTCATCTTCGTGATGGGCCTGACAGCCATGGGCTTTTACTTCCTCTCCGCCTATTTCGTGTCATATGTCCAGACGACAGGAAAACTAAGCCGCGAACAGTCATTGATGGTCAACGCCGCGGCTCTGGCACTCTATGCCGTACTCCTGCCGATCGGCGGGCGACTCGGGGATCGTTTCGGCCGCAAGCCAATGTTGATCGCCGGTTCCGCTGCCCTGGCCTTGCTGTCCATCCCGAGCTTCATGCTCGTGACCAGCGGCAGCCTGCCCCTTGCACTGCTCGGCCAGTCAATCTTCGTGGTGGCACTCTGCATCTACGGTGGCGGCTGCTACACGTTCTTCGTCGAAATCTTCACCACCAAGACACGCTTCACCTCGGCAGCTGTTAGTTACAACGGCGCCTACGCGATCTTCGGCGGCACCGCTCCACTGATCGGCACCGCACTGGTAGGCGCTACCGGGGTACCGCATGCGCCAGGCCTCTACATGGCGGCAGCTGCCGCCGTCGTACTTCTCCTGATCCTCTTCACCAAGGTGCCTGAGACCCGCGGCCGCATGGGCTAG MTLNKLAEQESAQDPARSTPTTDGNVQPHHKSTVMQKRVLAGGSVGQFIEFYDFTLYGLTAVVFSQLFFPGSNPLTAMLATFATFGVAFVVRPLGGLFFGALGDRIGRRRVLTITLIAIGGATALMGLLPTYAQIGAWAPALLVLCRLIQGFSAGGESVGAPSFVFEHAPVSKRGFWLNITIAATALPSVVAGSMILILSQSMPNSAFMEWGWRLPFLLALPLALFGVWIRSRTEESDVFKKAQSGQTKEFSPIREAFRENKLRMLQVIFVMGLTAMGFYFLSAYFVSYVQTTGKLSREQSLMVNAAALALYAVLLPIGGRLGDRFGRKPMLIAGSAALALLSIPSFMLVTSGSLPLALLGQSIFVVALCIYGGGCYTFFVEIFTTKTRFTSAAVSYNGAYAIFGGTAPLIGTALVGATGVPHAPGLYMAAAAAVVLLLILFTKVPETRGRMG PGPT0013645_957 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013645-proP-K03762 NA NA D3-18_00465 150 hypothetical protein ATGGTACAGAACAGCGTAGAAAGTGTCCGCGTGGTTTCGCCGCACGGACCCATCCGCAACAACCAAGCAATATTCGCCGAAATCATTTCCCACAGCCGAAACACCGAATCGGCAGCAGGAAATCTGAGCAATCTAGCGTGGCAGTCATGA MVQNSVESVRVVSPHGPIRNNQAIFAEIISHSRNTESAAGNLSNLAWQS NA NA NA NA NA D3-18_00466 918 hypothetical protein ATGGCCAAACCCTTCACCCTCACGCAGCTGCGGTACTTCGCCGTGGTGGCGGAACTCGAGAACATGACGGCCGCGGCCCAGCGACTGATGGTGACGCAGTCTGCGCTATCCGCGGCGATGGCCCAGCTGGAAACGAGCCTGGCCACACAGCTGTTCGTTCGCCATAAGTCCCGGGGCCTTCGACTGACACAGAGCGGCCGACAATTCGCCAAGGACATCAAGTCCTTCCTTGAGCAAGCAGATTCGCTGTATGAGTCCGCGCGAGGCCTGTCCACCACGCTGGTCGGCGAGCTGAAAGTCGGCGTCTTCGCCCCGCTGGCGCCTTTTCGCCTTCCCGCCATCCTGCAGACATTCGAAAGCCGACATCCCGGCGTCGAGGTTTCCATCCTGGAGGCGGACCTGGCTACGTTGCAGGACGCGCTGATGGATGGCCGTTGCGACGTCGCCCTCACCTACGGCCTGGGCCTTGGCAAGGGTTTCGCCTACAAAGTGGTGGAGCGGGTTCCACCACACATCCTGGTCCACGAGGGGCACCCGGCGGCCGCGCGCCCGGAACGTGAAATCTCGCTGAGGGAGCTCGACGGCGAGCCTTCCGTGGTGCTGGACCTTCCGCATAGCCGGGAGTACTACGAGCAGCTGTATGCCATGGCCGGGGTAGTCCAGAATGTTCGGCACCGATTCGCGGGGTATGAGACTGTACGCTCATTCGTTGCCAAGGGCCACGGCTATGCCATCCTCAATCAGCGGCTGCACAGTGACGTCACTTATTCAGGCGGCAAAGTGGTTCCCCTGGCATTGACGGATGCCTTCCCGCCGATCGAGGTGATGTTGGTCCGACCCGAAGGAGTGCAAGCCACCCAACGGGTGCTGGCCTTCGAAGAGACCTGCCTGACGTTGTACGGGGCGGTCCGGGACTAG MAKPFTLTQLRYFAVVAELENMTAAAQRLMVTQSALSAAMAQLETSLATQLFVRHKSRGLRLTQSGRQFAKDIKSFLEQADSLYESARGLSTTLVGELKVGVFAPLAPFRLPAILQTFESRHPGVEVSILEADLATLQDALMDGRCDVALTYGLGLGKGFAYKVVERVPPHILVHEGHPAAARPEREISLRELDGEPSVVLDLPHSREYYEQLYAMAGVVQNVRHRFAGYETVRSFVAKGHGYAILNQRLHSDVTYSGGKVVPLALTDAFPPIEVMLVRPEGVQATQRVLAFEETCLTLYGAVRD NA NA NA NA NA D3-18_00467 1671 pucR_1 COG2508 Purine catabolism regulatory protein ATGCTGCCTACCGTGAGCCATATCCTTCAGCTTCCTGTGCTGCGAGCCGCCGCCCCCAAGGTGCTTGGCGGTGCGACTGGATTGGACGCGCCTGTTCGCTGGGTGCACGTCAGCGAAATCCTCGACGTCGGCAACCTGCTGTCCGGCGGGGAACTGGTTCTTACCACGGGCCTTGAGCTTGAGAAATCTCCGGAAGAATCGGCGTCGTTCATCCGCTCATTGGAGGCGGCCGGAGCCGCAGGATTGATCGTGGAACTGGTCGGGCAGCGTCAACGCAGCAGAACCGCCTTGGAGAAAGCCGCCCGTACGGCAACATTGCCGGTGGTCGTTGTGGAGCATCGGGTGCGGTTCGTCCAAGTCACGGAGATCGTCCACAGGATGATCGTGGCCGAACAACTGGAGCGAGTGGAACGCGCCCGGGACGTCCATGAAGCATTCACCGTGCTGAGCCTGGAAAGTGCGGACACTCAACGCGTCGTGGAGCAAGCAGCCACCATGATTGGGGCTTCAGTGGTGCTGGAGGACCTTTCGCACCTGGTGCTTGCCTACGCGGGCCAGCACGTGTCCACCACGGATCTCCTGGACGACTGGGAGCGACGATCCAGGACCACGCCCTTCCCGGCACACACCGCACGGTCCGGACCAGAGCGATGGCTGCAGGCAGCGGTCGGCGTCCGGCAACAAGTCTGGGGCAGGCTGGTGGCGCCCACACCGCCCGCGGCTTTCGACGCCGACGAGGATATGGCGATCATGGTTCTTGAGCGGGCGGCCCAGACCCTGGCGATCAACCGTTTGGCGGACCGCGATCAACGCGAGCTCAGCCATCACGCACAGGCCGGGCTCCTGAACGCACTCCGCCAGCCCCGTGGACTCAGCGAAGCGGAGGCACTGGCACGCGCTGGTTCCTTAGGCTTGAAACGCTCGTCGTACTACGTCCCGCTGGTTTTCAGGACCGCCCTCCAGGCTTGGGGTTCCCCGGTCCTGCCCGCAGACCCCTTCGCCGGACAGCAGGACGAACGCGAACTTCTCGAGCGGCTGGCCAAGGCATTGAAGTCCAGCGCCGGTACAGCTTTGGCTGCAAGCATCCAGTCCGGTTCGGTGGGCATGATCCTCGCCCTCCCCGCCCGCCAGCAAGAGGAGGCGACCCTGCAAATCCTGGCCGAGGCTGCCGCAGGACCAGGGGTAGATGCGAACCCGGCGGTCCAGCCCAACTCTGCGGCGCCCCCTGCATGGATCATCGGAGTGGGCCGCCTGAAGGCAACGCTGTTGGAAGCCGCGGCGGGCATCGACGAAGCCGCCCATGTAGCCGAGAGTGCCGCCACGCTCCGGGAAGTGGGCAAGCCCTATTATCGGGCTACAGACGTGCGCCTTCGCGGGCTCCTGGCCCTCCTGCGCAAGGATCCCCGCGTTCAGCAATTCGTGGAGTCGGAGTTGTCTGCCGTCCTTCAAACGGAAGCCGAGGGCAAAGGCGAATACCTGGAACTGCTGGGGCTTTACCTCGGGTCTGGCGGCAACAAAGCCGCCATGGCGCGCAGCGGTTACCTGAGCCGCCCCACGCTTTATGCCCGGCTCGCCAAGCTGGAGGAACTGCTGGCCGTGGACCTGGACGACGCCGAATCGCGAACCTCATTGCACGTGGCGCTTCTGGCGCATCTCATCCGGGGCCAGTAA MLPTVSHILQLPVLRAAAPKVLGGATGLDAPVRWVHVSEILDVGNLLSGGELVLTTGLELEKSPEESASFIRSLEAAGAAGLIVELVGQRQRSRTALEKAARTATLPVVVVEHRVRFVQVTEIVHRMIVAEQLERVERARDVHEAFTVLSLESADTQRVVEQAATMIGASVVLEDLSHLVLAYAGQHVSTTDLLDDWERRSRTTPFPAHTARSGPERWLQAAVGVRQQVWGRLVAPTPPAAFDADEDMAIMVLERAAQTLAINRLADRDQRELSHHAQAGLLNALRQPRGLSEAEALARAGSLGLKRSSYYVPLVFRTALQAWGSPVLPADPFAGQQDERELLERLAKALKSSAGTALAASIQSGSVGMILALPARQQEEATLQILAEAAAGPGVDANPAVQPNSAAPPAWIIGVGRLKATLLEAAAGIDEAAHVAESAATLREVGKPYYRATDVRLRGLLALLRKDPRVQQFVESELSAVLQTEAEGKGEYLELLGLYLGSGGNKAAMARSGYLSRPTLYARLAKLEELLAVDLDDAESRTSLHVALLAHLIRGQ NA NA NA NA NA D3-18_00468 1488 bauC_1 COG1012 Putative 3-oxopropanoate dehydrogenase TTGAACACCATCGAGCACTGGATCAACGGCAGCTACGTCCCCGCCGGCGAGCGCACAGCTCCCGTCACGAACCCGGCCACCGGGAAGGTGACCGGGCAGGTTGCTTTGGCCAGCGTCGAGGAGGGCAATGCCGCCGTCGCCTCCGCGAAAGCTGCTTTCCCCGCATGGCGCGATACCTCTTTGGCGCGCCGCACTCAAGTCCTTTTCGCTTTCCGTGAGCTTCTCAACTCCCGCAAGGATGAGCTCGCGGCGATTATCACCTCCGAGCACGGCAAGGTCTTGGATGATGCCCTGGGCGAGGTAACCCGTGGACAGGAAGTGGTGGAGTTCGCTTGCGGTATTCCGCACCTGCTCAAGGGCAGCTACACGGAGAACGCTTCAACCAAAGTGGACATCCATTCCATCCGGCAGGCACTGGGTCCTGTGGCAATCATCAGCCCGTTCAACTTCCCGGCAATGGTTCCCATGTGGTTCTTCCCGATTGCGATCGCGGCAGGCAACACTGTCATCATCAAGCCCAGTGAGAAGGATCCCACGGCCGTCAATTGGGTCGCCGAGCTCTGGAAAGAAGCCGGCCTGCCCGACGGCGTCTTCAATGTCCTTCACGGTGACAAGGTGGCGGTTGATACCCTGCTGACGCACCCGGACGTCAAGGCCGTTTCCTTCGTCGGCTCCACCCCGATCGCCAAGTACGTCTACGAGACCGCTACCGCCCACGGCAAGCGGGTCCAGGCCCTGGGCGGAGCGAAGAACCACATGATTGTCCTGCCCGACGCCGACCTTGACCTCGCCGCCGACGCCGCCATCAACGCCGGCTTCGGTTCCGCCGGGGAACGCTGCATGGCTGTCTCGGCGCTCCTGGCCGTCGGCGACATCGCCGATGCGCTGGTGGACAAAATCGCGGATCGTGCCCGCAGCCTGCGCACCGGCGACGGACTGCGTGGCTGCGACATGGGCCCTCTGGTGACGTCCCAGCACAGGGATAAGGTTTCGGGATACGTCGACGCCGGTGAAGCGGCAGGTGCCACCCTGGTCGTCGACGGTCGCGGCGTAGTTCCCGACGCCGAAGGCGACGGCTTCTTCGTGGGCCCCACCCTCTTCGACCACGTCACCACCGATATGTCCATCTACCAGGACGAAATTTTCGGACCTGTGCTCTCGGTGGTCCGGGTGGACAGCTACGACGACGCCCTTGCCACCATCAACGCCAATCCCTACGGCAACGGCACCGCAATTTTCACCAACGACGGCGGTGCAGCCCGCCGCTTCGAGAACGAGGTTGAGGTTGGAATGGTGGGCATCAACGTCCCCGTCCCGGTGCCCATGGCCTACTACTCATTTGGCGGGTGGAAGAACTCCCTCTTCGGCGATACGCATGCCCACGGTTCTGAAGGGGTCGGATTCTTCACCCGTGGCAAAGCCGTCACCACCCGGTGGCTGGATCCCAGCCACGGCGGAATCAACCTCGGCTTCCCCCAAAACTCCTAA MNTIEHWINGSYVPAGERTAPVTNPATGKVTGQVALASVEEGNAAVASAKAAFPAWRDTSLARRTQVLFAFRELLNSRKDELAAIITSEHGKVLDDALGEVTRGQEVVEFACGIPHLLKGSYTENASTKVDIHSIRQALGPVAIISPFNFPAMVPMWFFPIAIAAGNTVIIKPSEKDPTAVNWVAELWKEAGLPDGVFNVLHGDKVAVDTLLTHPDVKAVSFVGSTPIAKYVYETATAHGKRVQALGGAKNHMIVLPDADLDLAADAAINAGFGSAGERCMAVSALLAVGDIADALVDKIADRARSLRTGDGLRGCDMGPLVTSQHRDKVSGYVDAGEAAGATLVVDGRGVVPDAEGDGFFVGPTLFDHVTTDMSIYQDEIFGPVLSVVRVDSYDDALATINANPYGNGTAIFTNDGGAARRFENEVEVGMVGINVPVPVPMAYYSFGGWKNSLFGDTHAHGSEGVGFFTRGKAVTTRWLDPSHGGINLGFPQNS PGPT0002295_3682 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 D3-18_00469 1362 tpa COG0161 Taurine--pyruvate aminotransferase ATGACCGCCACCCTTGAACCAACACAAACGGACCGCGAGGCAGCCCAACGCGCCTACGAACTGGACCGCAAGCATGTCTTCCACTCCTGGTCCGCACAGGACACGCTGGATCCCATGGTCATCACCGCAGCAGAGGGATCACACCTCTGGGACGGTGAGGGCAACAAGTACCTGGACTTCTCTTCCCAGCTGGTCAACACCAACATCGGACACCAGCACCCGGCCGTTGTGGCTGCGATCGCTGCACAGGCAGCAAAACTGTGCACCATTGCTCCCAGCTATGTCAACGACGCCCGATCGGAAGCCGCGAGGCTGATCGCCGAGCGAACCCCGGGGGAGCTGGACAGGATCTTCTTCACCAACGGCGGGGCAGATGCCAACGAACACGCCGTCAGAATGGCCAGGCTGCACACGGGCCGCCACAAGGTCCTTTCCGCCTACCGCTCCTACCACGGCGGAACGCATCTGGCAGTGAATATCACCGGCGACCCACGCAGGTGGGCCAGCGACAACGGGTCCTCGGGTACCATCCACTTCTTCCCGCCATACCTCTACCGCACCGCGTTCCACTCCACCACCGAAGCAGAGGAATCCCAGCGGGCGCTGGAACACCTGGAACAGCTCATCGAGTTCGAAGGTCCGTCCAGCATCGCTGCGATCATGCTGGAGAGCATCCCCGGAACGGCGGGGATCTACGTTCCTCCGGCCGGATACATGCAGGGCGTCCGGGGGCTGTGCACCAAGCACGGTATCGTCTTCATCGCCGATGAGGTCATGGCTGGCTTCGGACGCACAGGCAAGTGGTTCGCCGTCGAGCATTTTGACGTTGTTCCCGATCTGCTCACCTTCGCAAAGGGTGTGAACTCCGGCTACGTGCCCCTTGGTGGGGTAGCCATCAATCCGGAAATCGCAGCAACCTTTGGTACCCGCGCTTACCCAGGCGGGCTGACGTACTCCGGCCACCCGCTGGCTACGGCGGCCGCCGTAGCCACCATCAATGCGATGGAACGCGAAGGCATGGTGCAGCACGCAGCGAGCCTCGGCACTGACGTGATCGGGCCGGCGCTCGCCGGATTCGCCGAACGTCACCAGTCCGTTGGCGAAGTGCGGGGACGGGGTGTCTTTTGGGCCATCGAGCTGGTCAAGGACCGTGCCACCCGCGAACCCTTGGCTCCCTACGGTTCTTCCAGCCCTGAGATGAACCAACTCGTGGCAGCCTGCAAGTCACGCGGACTCATCCCCTTCGCCAACTTCAACCGTATCCACGTGGTTCCGCCGTGCAACATCAGTGTTGAGGATGCACGGACGGGCCTGGCCATTCTGGACGAGGTCCTGGACATCGCGGACACGTTCGCGGCTTAG MTATLEPTQTDREAAQRAYELDRKHVFHSWSAQDTLDPMVITAAEGSHLWDGEGNKYLDFSSQLVNTNIGHQHPAVVAAIAAQAAKLCTIAPSYVNDARSEAARLIAERTPGELDRIFFTNGGADANEHAVRMARLHTGRHKVLSAYRSYHGGTHLAVNITGDPRRWASDNGSSGTIHFFPPYLYRTAFHSTTEAEESQRALEHLEQLIEFEGPSSIAAIMLESIPGTAGIYVPPAGYMQGVRGLCTKHGIVFIADEVMAGFGRTGKWFAVEHFDVVPDLLTFAKGVNSGYVPLGGVAINPEIAATFGTRAYPGGLTYSGHPLATAAAVATINAMEREGMVQHAASLGTDVIGPALAGFAERHQSVGEVRGRGVFWAIELVKDRATREPLAPYGSSSPEMNQLVAACKSRGLIPFANFNRIHVVPPCNISVEDARTGLAILDEVLDIADTFAA NA NA NA NA NA D3-18_00470 2637 hypothetical protein ATGCCTACGCACCTGAACCAGGCAGTAGCCGACTCGGCGCTGCTCATGAAATCGCTCCCGCTTGGCCTCCTTCGCACCGTCCTCCAGTCCGACGCGGAGAACGGCATCACGCCGCAGCTCTTCGCGGAACTCAGGGCACTGGCCAAGGTTCCGGGCCTGCTGGTGGCCTGCAACTATGGCGGAACGCTCTGCTCCGCAGAGGGCGTGTCAACGGAAACACTGCCGCTGGATAGCGCCGCCGTGGCACTCCGCGCGCTCGCCGCCTTGCCCAACACGCACACGGCCATCATCTCCGGACGTTCATTGCGGGACCTCGCAGCAGTTTCCCGGCTTCCGGCCGAGGTCCATCTGGTGGGCTCCCACGGGGTGGAGTTCGACATGGGCTACGCCTACACCTTGTCGCTCGCCACGGAGCAATTGCTTCAGCAGGTGGCTACGGCGTTGACTGAAGCAGTCGGCTTCGAGAAGGGCATCAGCGTTGTTCGAAAGCCCGTGGGTGTCGCCGTCCATACCCGTCCGGCCACGCCTGAGGTAGTGGAACGGGTGATCTTCGTGTCCCAGAAGATCGCAATCGAGTTCGGGCTGTATTTCATCATTGATGGAACAGTGCTGGACTTGACCGTTGATGAACCTGCCAAGGGCCAGGCGCTTGAGCAGTTGCGAACACGGCTGGGCGTAAGTGCCGCCCTATTTGCCGGCGACGCCGAAAGCGACGAAAAAGCAATTGCCACGCTCCGCGGACCTGACCTTGGACTGCATGTGGGACCGGGGGATACGACGGCGGCACACACCATCCCGGATCCGGAATCCTTTGCGCATGTGCTGGCTTTGCTGTTCGAACTGCGGCGGGCCTGGCTGTTCGGCGAGGATGCTGTGGGGCTGGAACGGCATTCCATGATTGGCAATGGAAGCTCCACGGCGTTGCTCACCCCGGACGCGAAGGTCTGCTGGATGAGCCACCCCTTGCCGGACTCAGGGTCGATTTTTGCGCATATTCTTGGCGGTGAGCCCGCTGGTCACTTCAGCATCGAGCCAGTGAAAGCGTCGCAGGTACTGGCGCAGCGATATGTGGATAACACCATGATCGTGGAGACGCGCTGGGCCGATGTCACAGTGACCGACTACTTGGAGCCGGCGCCGGAAGGAATCACCAGCCTGGTGCGTGTGCTCTCCGGTACAGGTACTGCGCGCGTAGTGTTTGCGCCCCGGCCGGACTACGCCAACGCGCCCTTCAGCATGGAGATCCGGGGCGACGAAGTCCACATCATGGGCACTTCGGATCCCATCATCCTCTCCGCACAAGGGGTTCAATTCCGGATCACCAGCGACGGTAAATACGCCACTGCCACCGCTGAAGTTCCCCTCCACCACGGTCCTGTGGTGCTGAACCTTCGCTGTGGTGACACTGAGCCGCCGCCCGCGGACCCTGCGGGGGAGCCGAACCGGCGTGCCGGCGTCGGGCAGTCTTCCCGGGAGTGGATCAAGGCACTGCAGCTGCCCACCATCAAGACTTCCCTGGTGCGCCGCTCAGCCCTGGTGCTGAAGTCGCTCGTCCACGAGCCCACCGGTGCAGTGCTGGCCGCGCCCACCACATCGCTGCCTGAGGGCATCGGCGGGACCCGCAACTGGGATTACCGGTATTGCTGGCTTCGTGACGGGTCCATGACCGTGAATGCGCTGGTGTCGTTGGGCTCCACGCTGGAAGCCGATGGGTTCCTGGCCTGGCTGGACCGCATCCTCAAGAATGCTCCAGGGCCCGAGTGGCTGCACCCCCTGTATTCGGTGACCGGGGCGCCGCTTTCCACGGAAGCAATCGTGGAAAGCCTGCCCGGCTATGCTGGCTCGCGACCGGTCCGGATCGGTAACGCGGCAGATCATCAGGTGCAGTTGGACGTGTTCGGGCCCATTGCCGAGCTGATCCACGATCTTGCCGAGCGGCGTGGATTCCTGCCCGATGAACACTGGTTCCTGATGGAGCAGATGGCACATGCGGTGCTTGCCCGTTGGCACGAACCCGACCATGGGATCTGGGAAGCCCGCAAGCCCCCGAGGCACCACGTGTACACCAAAGTGATGTGTTGGGTCACGCTGGACAGGGCCTTCCGGGCTGCCGTTTTGCACGGTCGCCCGCCCCACGCTGATTGGGCTCCCACTGCCGGATCCATCCGCGAGGAAGTCCTCCGCGAGGGCTGGGATTCGTCTGCGATGTCCTACACAGTGGCATATGACAGCTCTGACCTCGACGCCGCCGTCCTTCACATAGGCCTTTCCGGCTTGCTGGATGTCCAGGACCAGCGGTTCCTGGATACCGTCACAGCGGTTGAGCGGGAGTTGCGTGTGGGGCCCACGGTTTTCAGGTACAGGTACGACGACGGGCTGCCGGGTTTGGAGGGCGGCTTCCACATCTGCACTACTTGGCTGATCGAGGCGTACCTTGCCGTTGGCCGCTTGGATGATGCCCTGGAGCTGTTCAACCAGCTGGTGGCACTGTTCGGGCCCACGGGCTTGCTGCCGGAGGAGTACGATCCCGGCACGGAAACGCACTTGGGCAACCACCCGCAGGCATACTCTCACCTGGGCTTCATTCGCTGCGCGCAGCTCTTGGACTATTACTTGGCCAGCGCGGACGTGGAGTAA MPTHLNQAVADSALLMKSLPLGLLRTVLQSDAENGITPQLFAELRALAKVPGLLVACNYGGTLCSAEGVSTETLPLDSAAVALRALAALPNTHTAIISGRSLRDLAAVSRLPAEVHLVGSHGVEFDMGYAYTLSLATEQLLQQVATALTEAVGFEKGISVVRKPVGVAVHTRPATPEVVERVIFVSQKIAIEFGLYFIIDGTVLDLTVDEPAKGQALEQLRTRLGVSAALFAGDAESDEKAIATLRGPDLGLHVGPGDTTAAHTIPDPESFAHVLALLFELRRAWLFGEDAVGLERHSMIGNGSSTALLTPDAKVCWMSHPLPDSGSIFAHILGGEPAGHFSIEPVKASQVLAQRYVDNTMIVETRWADVTVTDYLEPAPEGITSLVRVLSGTGTARVVFAPRPDYANAPFSMEIRGDEVHIMGTSDPIILSAQGVQFRITSDGKYATATAEVPLHHGPVVLNLRCGDTEPPPADPAGEPNRRAGVGQSSREWIKALQLPTIKTSLVRRSALVLKSLVHEPTGAVLAAPTTSLPEGIGGTRNWDYRYCWLRDGSMTVNALVSLGSTLEADGFLAWLDRILKNAPGPEWLHPLYSVTGAPLSTEAIVESLPGYAGSRPVRIGNAADHQVQLDVFGPIAELIHDLAERRGFLPDEHWFLMEQMAHAVLARWHEPDHGIWEARKPPRHHVYTKVMCWVTLDRAFRAAVLHGRPPHADWAPTAGSIREEVLREGWDSSAMSYTVAYDSSDLDAAVLHIGLSGLLDVQDQRFLDTVTAVERELRVGPTVFRYRYDDGLPGLEGGFHICTTWLIEAYLAVGRLDDALELFNQLVALFGPTGLLPEEYDPGTETHLGNHPQAYSHLGFIRCAQLLDYYLASADVE PGPT0014140_5 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_TREHALOSE_METABOLISM,PGPT0014140-otsB-K01087 NA NA D3-18_00471 927 hypothetical protein ATGATCGGCGTCCTGTCCGGGTTCTTCGTGGTCTGGGCCATCATCTTGGTGGGCATGTTTGTTGGACGGCGGAACATCCTGGGCGAGAACGCCCGGTCGGTGCTGAGTTCGTTGACCTTCTTCGTGGCCAGCCCTGCACTGCTGTTCGAGACCCTGAGCAAAGCCAAACTGCATGACGTTTTCGCTGCTCCTTTGTTGGTTACGGCCGTGGGTGCCGTAGTAACGGGTCTGCTGTTTTTCCTGATCGTGAAGTTCTGGCTCAAGCGCAGCTTGCCGGAATCTCTGATGTCATCCATGAGCGCCTCGCTGGCTAACTCAGCCAACCTGGGCATCCCGATTGCTGTGTTCGTCCTGGGTGACGCCAGTTATGTGGCACCGCTGCTGATCTTCCAGCTGGCCTTCTTCACGCCGATGTACCTGATGGCCCTCGACGCCAGCACCAGCACGCACCGCACCACTTTTCTCCGCTTCCTGCTGATGATCGTGAAGAACCCCATGATCGTGGGTTCGGCGCTGGGACTTCTGGTTGCAGGCACCGGCTTCCACGTTCCGACGCTGATCCTGGAGCCGATCCACCTCATTGGCGGTGCCGCGATTCCGGCCATGCTGATGTCCTTCGGCATGAGCCTGAACGGGTCCAAGCCACTGCAAAAAGCTGCGGGCCGCAGGTTGGATACCTTGCTGGCCAGCGTGTTCAAGCTGATTGTCCACCCGTTGATTGCGTACCTGTTCGCGCGCTTCGCACTGGGCACGGACGGGCATGCGCTATTTGCCGTGGTGGTTACGTCCGCCCTACCTACAGCACAGAACGTCTTCGTGGCAGCGAACCGCTACCAAGCGGGAATCACAGTGGCCAAAGACACCGTGCTCGTCACCACCATCGTGGCGGTGCCGGCCATGATCGCTGTGGCGCTGCTCCTCGCCTAA MIGVLSGFFVVWAIILVGMFVGRRNILGENARSVLSSLTFFVASPALLFETLSKAKLHDVFAAPLLVTAVGAVVTGLLFFLIVKFWLKRSLPESLMSSMSASLANSANLGIPIAVFVLGDASYVAPLLIFQLAFFTPMYLMALDASTSTHRTTFLRFLLMIVKNPMIVGSALGLLVAGTGFHVPTLILEPIHLIGGAAIPAMLMSFGMSLNGSKPLQKAAGRRLDTLLASVFKLIVHPLIAYLFARFALGTDGHALFAVVVTSALPTAQNVFVAANRYQAGITVAKDTVLVTTIVAVPAMIAVALLLA PGPT0001720_2219 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0001720-mdcF-K13936 NA NA D3-18_00472 420 panD COG0853 Aspartate 1-decarboxylase ATGTTCAAGTCCAAGATCCACCGCGCAACGGTAACCCACGCCGACCTTCACTACGTCGGTTCCGTCACTGTCGACCTGGACCTCCTGGACGCCGCCGACATCCTGCCCGGTGAGCTCGTCTCCATTGTGGACGTCACCAACGGTGCCCGGCTGGAAACGTACACGATTGCCGGCGAACGGGGTTCCGGCGTGATCGGGATCAACGGCGCGGCAGCCCACATGGTCCACGTTGGCGATACCGTCATCCTCATCACCTACGCGGAGATGACCACGGAAGAGGCACGGACCTACGAGCCCCGGGTTGTCCACGTGGGCAAGGACAACAAGATCCTGCAGCTCGGCAACGACCCCGCCGAGGGCCACACCCCGGGACTTATGCGCCCGCCGCACGCGCTCAGTAACGCAGCGCACCTCAGCTAA MFKSKIHRATVTHADLHYVGSVTVDLDLLDAADILPGELVSIVDVTNGARLETYTIAGERGSGVIGINGAAAHMVHVGDTVILITYAEMTTEEARTYEPRVVHVGKDNKILQLGNDPAEGHTPGLMRPPHALSNAAHLS PGPT0008890_465 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0008890-panD-K01579 NA NA D3-18_00473 1545 rhaB COG1070 L-Rhamnulokinase GTGAACTACGGAACCACCGCAGGCACCACCCCGGCACACGCCGGGGCGGTGCCTGCCGCCGTCGACAACAACGCTGCAGCCCCCAAACCAGTGTTCGCAGCAGTGGATATCGGGGCCTCCTCCGGCCGCGTCATGCTCGGCCGCGTGTCACCTGAAGCCGGGGTGTCCCTCGAGACCATCCACCGGTTTCCCAACGGAGTAGTAGAGCTCGACGGCGGCCTCCGCTGGGACTTCAACGCCCTGTTCGCTGAGGTGCTCAAGGGCTTGGCGGCCGCCGCTGCTGTGGCACGTGAGAACGGCGAACACATGGTGAGCATCGGCATTGACACGTGGGCGGTGGACTACGGCCTGGTGAATGACGCCGGTGAACTCACGGCGCAACCCTACAGCTACCGGGACGAACGCAGCCGCGCCACTGTGGAGCGCGTCCATGCGGTCATTTCCCCGGAGAAGCTGTATGCCACTACTGGCCTGCAGTACTTGCAGTTCAACACCGTGTACCAGCTGGCGGCAGAGGCGAACCTGGAAGGGGTGCAGGCTCTCCTGATCCCGGACCTGATCGCCTTCCTGCTCACCGGCAAACGCCGGACGGAAGCCACGAACGCCTCCACCACAGGACTTTTCGACGCCGTTTCGGGCGAGTGGGCCACTGAATTCCTGGACGTGCTGGGACTGCCCATGGGGATTTTCCCTCCGCTCGTCCAGCCCGGTGAAACCGCGGGCACGCTGTTGCCGGCGATTCTCGAGCAGACCGGTTTGCCTGCCGGCACCACAGTGGTGGCCGTGGGTTCGCATGACACAGCGTCCGCGGTCGCCGCTGTCCCCGCCCAGGTTGTGGGTACGAACGGGCCAACAGACTTCGCCTATATTTCGTCCGGGACGTGGTCCCTGGTGGGCGTGGAGTTGGACGCCCCGGTGCTCACCGAAGCGAGCCGCAAGGCCAATTTCACTAACGAACGCGGTGTGGACGGCACCATCCGCTACCTGCGCAACGTAGGTGGCCTGTGGTTGTTAAGCGAATGCCAACGCTCCTGGGCCGCCCAAGGCTTCAGCCAATCGCTGCCGGCCCTGCTCGACGCCGCTGCTGCGCTTCCTGCTGGCGGTCCGCAGATCAACGCCGATGATCCTGCCTTCACGGCGCCCGACAACATGCCGGACCGTATCCGTGCAGCCGTGCGCAACACAGGTGCGGTGCTCCCGGACCGGCCTGCCGCCGTCGTGCGTTGCATCATGGATAGCCTCGCGGCCGGTTATGCGCGCACCCTGGCCGACGCCGAGCGGCTCACCGGCCGCAGCACCAGCGTGGTGCACATTGTGGGCGGCGGTTCGCAGAACCGGCTCCTTTGCCAGCTCACTGCTGACGCAACCGGCAAACCGGTGGTCGCGGGACCTGTTGAGGCAACCGCCCAAGGCAATGTCCTGGTCCAGGCACGCGCAGCCGGGGCGGTGGCGGGCGGGCTGGCCGAGCTGCGTGCGATGGTGGCTGCGGGAACCGCACTGGAACACTACGAGCCGGTGGCCGCCCTGCAGGCCAGCCGTTCGTGA MNYGTTAGTTPAHAGAVPAAVDNNAAAPKPVFAAVDIGASSGRVMLGRVSPEAGVSLETIHRFPNGVVELDGGLRWDFNALFAEVLKGLAAAAAVARENGEHMVSIGIDTWAVDYGLVNDAGELTAQPYSYRDERSRATVERVHAVISPEKLYATTGLQYLQFNTVYQLAAEANLEGVQALLIPDLIAFLLTGKRRTEATNASTTGLFDAVSGEWATEFLDVLGLPMGIFPPLVQPGETAGTLLPAILEQTGLPAGTTVVAVGSHDTASAVAAVPAQVVGTNGPTDFAYISSGTWSLVGVELDAPVLTEASRKANFTNERGVDGTIRYLRNVGGLWLLSECQRSWAAQGFSQSLPALLDAAAALPAGGPQINADDPAFTAPDNMPDRIRAAVRNTGAVLPDRPAAVVRCIMDSLAAGYARTLADAERLTGRSTSVVHIVGGGSQNRLLCQLTADATGKPVVAGPVEATAQGNVLVQARAAGAVAGGLAELRAMVAAGTALEHYEPVAALQASRS PGPT0017775_83 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_RHAMNOSE_DEGRADATION,PGPT0017775-rhaB-K00848 NA NA D3-18_00474 2067 hcaB_1 3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase ATGGGGCGCATAAGCATGACCATGCAGAGCACAGCCAACAAGACTGTTGAAGACCTGATCTCCCGTTCCAACCGCCTCGGCGCGGACAAGCGGAACACCAACTTCGCCGGCGGCAACACGTCCGCCAAGGGCCTTGAGAAGGACCCTGTAACGGGCCAGGACGTTGAGCTCCTCTGGGTCAAGGGCTCCGGCGGTGACCTCGGCACACTGAAAGCTGAGAACCTTGCCGTCCTCCGGCTGGACCGGCTGCAGGCACTGAAGTCCGTTTACCCCGGCGTCGAGCGTGAAGACGAGATGGTGGCCGCGTTCGATTACTGCCTGCATGGCAAGGGCGGCGCTGCGCCGTCGATCGATACCGCCATGCATGGCCTGGTGGACGCCGCGCACGTGGACCACCTGCACCCGGACTCGGGCATCGCGATTGCGACGGCGGTGGACGGCGAGGCGCTGACCTCCAAGGTGTTCGGCGACAAGGTTGTGTGGGTTCCGTGGCGTCGTCCCGGTTTCCAGCTCGGCCTGGACATCGCCGCGATCAAGGAAGCCAACCCGCAGGCCATCGGCACCATCCTGGGCGGCCACGGCATCACCGCGTGGGGTGCCACCAGCGAAGAGGCTGAGGCCAACTCGCTCTGGATCATTGACGCGGCCGAGAACTACATCAAGGAAAACGGCAAGGCCGAGCCCTTCGGCGCCAAGCTCCCTGGCTATGGCGCCCTCCCCGAGGCTGAGCGCAAAGCCAAGGCAGCTGCCCTTGCACCGGTGATCCGCGGCCTGGCTTCCACGGACAAGCCGCAGTTGGGGCACTTCAGTGATGACGCCGTCGTTCTGGAATTCCTTGCCTCGGAAGAGCACCCGCGGCTCGGTGCGCTGGGCACTTCCTGCCCGGACCATTTCCTGCGCACCAAGGTCAAGCCGCTGGTGCTGGACCTCCCCGCGGACGCCTCGATTGAAGACTCCGTGGCCCGGCTAAAGGAGCTGCACGCCGCCTACCGCGAGGATTACCAGGCGTACTACGACCGCCATTCCGACGAAAACAGCCCCGCTATGCGCGGCGCTGACCCGGCAATCGTGCTGATCCCCGGCGTGGGCATGTTCTCCTTCGGCAAGGACAAGCAAACCGCACGCGTGGCCGGCGAGTTCTACATCAACGCCATCAACGTGATGCGCGGCGCCGAGGCCATCTCCACCTACGCCCCGATCGAGGAATCCGAGAAATTCCGCATCGAGTACTGGGCGCTGGAAGAAGCCAAGCTTGCCCGCATGCCCAAGCCGAAGTCGCACGCCACCCGCATCGCGTTGGTGACCGGTGCGGCGTCGGGCATTGGCAAGGCGATCGCCACCCGCTTGGCGTCCGACGGCGCGTGCGTAGTGATTGCCGACCTGAACCTTGAGAATGCACAAAAGGTTGCCGAGGACCTGGGCGGTTCCGACGTCGCCATCGGCGTCCAGGCTGACGTGACCGACGAAGCCCAGATCGCCGCTGCCATCCAGGAAGCCGTGCTCGCGTTCGGCGGCTTGGACTTGGTGGTTAACAACGCCGGCCTGTCCATCTCCAAACCGCTGCTGGAAACCACGGAGAAGGACTGGGACCTCCAGCACAACGTCATGGCCAAGGGCTCGTTCCTGGTCTCCAAGGCCGCCGCGAGGGTGATGATCGACCAGGGACTGGGCGGAGACATCATCTACATCTCCTCCAAGAACTCGGTCTTCGCAGGTCCGAACAACATCGCCTACTCCGCTACCAAAGCAGATCAGGCCCACCAGGTCCGCCTCCTCGCCGCCGAACTGGGCGAGTACGGTGTCCGCGTCAACGGCATCAACCCCGACGGCGTGGTCCGCGGCTCCGGCATCTTCGCCGGCGGCTGGGGCGCCAAGCGTGCCGCTGTGTACGGCGTGGACGAGCAGGAACTGGGCAAGTACTACGCCCAGCGCACCCTCCTCAAGCGCGAAGTCCTCCCCGAGCACGTGGCCAACGCCGCGTCCGTGCTCACCAGCAACGAGCTGTCCCACACCACCGGCCTCCACATCCCCGTGGACGCCGGCGTTGCGGCAGCATTCCTCCGCTAG MGRISMTMQSTANKTVEDLISRSNRLGADKRNTNFAGGNTSAKGLEKDPVTGQDVELLWVKGSGGDLGTLKAENLAVLRLDRLQALKSVYPGVEREDEMVAAFDYCLHGKGGAAPSIDTAMHGLVDAAHVDHLHPDSGIAIATAVDGEALTSKVFGDKVVWVPWRRPGFQLGLDIAAIKEANPQAIGTILGGHGITAWGATSEEAEANSLWIIDAAENYIKENGKAEPFGAKLPGYGALPEAERKAKAAALAPVIRGLASTDKPQLGHFSDDAVVLEFLASEEHPRLGALGTSCPDHFLRTKVKPLVLDLPADASIEDSVARLKELHAAYREDYQAYYDRHSDENSPAMRGADPAIVLIPGVGMFSFGKDKQTARVAGEFYINAINVMRGAEAISTYAPIEESEKFRIEYWALEEAKLARMPKPKSHATRIALVTGAASGIGKAIATRLASDGACVVIADLNLENAQKVAEDLGGSDVAIGVQADVTDEAQIAAAIQEAVLAFGGLDLVVNNAGLSISKPLLETTEKDWDLQHNVMAKGSFLVSKAAARVMIDQGLGGDIIYISSKNSVFAGPNNIAYSATKADQAHQVRLLAAELGEYGVRVNGINPDGVVRGSGIFAGGWGAKRAAVYGVDEQELGKYYAQRTLLKREVLPEHVANAASVLTSNELSHTTGLHIPVDAGVAAAFLR NA NA NA NA NA D3-18_00475 1167 xylA_1 Xylose isomerase ATGAACGCCACAGAATCGGCCCTGGGCCGTCTAGGGGAACTGGCCATTGAAGTGCCGTCCTGGGCCTACGGAAACTCCGGGACCCGGTTCAAGGTCTTCGGCACACCGGGCACTCCGCGCACGGTCCAGGAAAAGATCGCCGACGCCGCCAAGGTCCACGAGCTCACGGGGCTGGCCCCCACCGTGGCGTTGCACATTCCGTGGGACAAGGTGGATGACTATGCTGCCCTGCGCGAGTACGCCGCCGGGCTGGGTGTTGGACTGGGCACCATCAACTCCAACACTTTCCAGGATGACGAGTACAAGTTCGGCTCGCTGACCTCGTCCAACGAGTCCGTGCGTCGCCGTGCGATCGATCACCACCTTGAGTGCATCGAGATCATGCACGCCACCGGGTCCAAGGACCTGAAGATCTGGCTGGCTGACGGCACCAACTACCCGGGCCAGGATGACATCCGCGGCCGCCAGGATCGACTGGCTGAGTCCCTCCAGGAGATCTACGCGGGCCTCGGTGACGAGCAGCGCCTGGTCCTGGAATACAAGTTCTTCGAGCCCGCTTTCTACCACACCGATGTTCCGGACTGGGGTACTTCCTACGCGCAGACCCTTGCCCTGGGCGAGAAGGCTTTCGTCTGCCTGGACACCGGCCACCATGCACCTGGTACCAACATCGAGTTCATCGTGATGCAGCTCCTGCGCCTCGGAAAGCTCGGCTCCTTCGACTTCAACTCCCGCTTCTACGCCGACGACGACCTCATTGTTGGCGCGGCCGATCCGTTCCAGCTGTTCCGCATCATGCACGAGGTCATCCGCGGCGGCGGTTTCGGCAAGGAGTCCGGCGTCGCCCTGATGCTGGATCAGTGCCACAACCTTGAAGAGAAGATCCCCGGCCAGATCCGCTCGGTCCTGAACGTCCAGGAAATGACGGCCCGCGCGCTGCTCATTGACACAGCGGCACTCTCCGAGGCCCAGCGTGCCGGGGATGTCCTGGCCGCCAACGGCATCTTCAACGATGCTTTCTACACCGATGTCCGCCCGGCCTTGGCCGAGTGGCGCGAATCCCGCGGCCTGCCCGCCGACCCGATGGCCGCCTATAAGGCCAGCGGTTACCAGAAGAAGATCAATGAGGACCGCGCAGGCGGCCAGCAAGCCGGATGGGGCGCATAA MNATESALGRLGELAIEVPSWAYGNSGTRFKVFGTPGTPRTVQEKIADAAKVHELTGLAPTVALHIPWDKVDDYAALREYAAGLGVGLGTINSNTFQDDEYKFGSLTSSNESVRRRAIDHHLECIEIMHATGSKDLKIWLADGTNYPGQDDIRGRQDRLAESLQEIYAGLGDEQRLVLEYKFFEPAFYHTDVPDWGTSYAQTLALGEKAFVCLDTGHHAPGTNIEFIVMQLLRLGKLGSFDFNSRFYADDDLIVGAADPFQLFRIMHEVIRGGGFGKESGVALMLDQCHNLEEKIPGQIRSVLNVQEMTARALLIDTAALSEAQRAGDVLAANGIFNDAFYTDVRPALAEWRESRGLPADPMAAYKASGYQKKINEDRAGGQQAGWGA PGPT0017770_445 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_RHAMNOSE_DEGRADATION,PGPT0017770-rhaA-K01820 NA NA D3-18_00476 408 rhaM_2 L-rhamnose mutarotase ATGAGGGTTTGTTTCCGCTCTTCAGTCCAGCCGGAACTGATGGCCGAGTACAAGCAACGCCACGCCGCCGTATGGCCGGAGATGCTGTCGGCACTGAAAAACGCAGGGTGGAACAACTACTCACTGTTCCTCGCTACGGACGGCCAATTGATCGGCTATTTGGAATGCGAAGACTACGAGGCAGCCCAGGCCCGCATGGCCGTGACAGAGGTCAATGCCCGATGGCAAGCCGAGATGGCAACCCTCTTCGCGAACAGCGACGTCCCTCCGGACCAGGGCTTTGAGATCGTCGAAGAAGTTTTCAATCTCGAAGACCAACTTGCCGTGGCGGGTGTCGTCACAGATGCCACCAGCACCGCACACATAGACAAAGAACCAGCCAACGAACATCAAAAGGAACAAGCATGA MRVCFRSSVQPELMAEYKQRHAAVWPEMLSALKNAGWNNYSLFLATDGQLIGYLECEDYEAAQARMAVTEVNARWQAEMATLFANSDVPPDQGFEIVEEVFNLEDQLAVAGVVTDATSTAHIDKEPANEHQKEQA PGPT0017795_36 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_RHAMNOSE_DEGRADATION,PGPT0017795-rhaM|rhaU|yiiL-K03534 NA NA D3-18_00477 1017 cytR_1 COG1609 HTH-type transcriptional repressor CytR ATGTCCCAGACAGCGAGCATCAAAGACGTTGCCACCCACGCCCAGGTAGCAGTGGGAACCGTTTCCAATGTGCTGAATTATCCGGACCGGGTTTCGCAGAGGACCAAGGAACGGGTCCTGAAATCCATCGCTGAACTTGGCTTTGTCCGCAACGACGCCGCGCGCCAGCTCCGCGCCGGCCAGAGCCGGACCATCGGCCTGATCGTGCTCGACGTTGGAAACCCCTTCTTCTCCTCCGTGGCTCGCGCGGCGGAAGATGCGGCGGCAGCCCTGGGCAGCGTCGTGCTGGTGGGGGACAGCGGCCAGGATGCTTCACGCGAAGCCCACTACATGGACCTGTTCCAGGAGCAGCGCGTCCAAGGCCTGCTGATTTCGCCGGTTGGCGACGTGGGTCAGCGGATCGACACCCTGCGCGAACGGGGAGTCCCAACGGTCCTGGTGGATGAACTCGCTGACACCGAGCGTTGCAGCTCAGTCTCCGTAGATGATGAGGAAGGCGGTTACTTGGCCGCGAAGCATCTGCTGGACACGGGCCGCCGTCGTCTGGCCTTTGTTGGCACGCCCTCCATCCGCCAGGTGGCCAGCCGACTCAAGGGCGCGCAGCGTGCTGTCGGTGAAGTCCCGGATGCCAGCATCGAGGTGCTCGACTCCGAAGGGCAGACCGTCCTGACCGGCCGAAAGGTGGGCAACAGCCTGGTGGAACGCTCCCCGGAAGAGCGGCCCGAAGCGGTCTTCTGCTCCAACGACCTCCTGGCTCTCGGAGTCATGCAGTCCCTGACGATGCTGCGGACCGTTCGTATTCCGGAGGACATCGCCCTGATTGGGTACGACGACATTGATTTCGCCATCTCGGCAGTGGTGCCGTTGTCGTCCATTCGCCAGCCCACTGAGGATCTTGGCCGGACGGCGATCGAGTTGCTCGCGGAGGAGCAGGAGAGCGGCGGAACCAAACACCGGTCCGTGGTGTTCACCCCCGAACTGGTGGTCCGTCAAAGCACCGCCGGCGCACCCAAGTAG MSQTASIKDVATHAQVAVGTVSNVLNYPDRVSQRTKERVLKSIAELGFVRNDAARQLRAGQSRTIGLIVLDVGNPFFSSVARAAEDAAAALGSVVLVGDSGQDASREAHYMDLFQEQRVQGLLISPVGDVGQRIDTLRERGVPTVLVDELADTERCSSVSVDDEEGGYLAAKHLLDTGRRRLAFVGTPSIRQVASRLKGAQRAVGEVPDASIEVLDSEGQTVLTGRKVGNSLVERSPEERPEAVFCSNDLLALGVMQSLTMLRTVRIPEDIALIGYDDIDFAISAVVPLSSIRQPTEDLGRTAIELLAEEQESGGTKHRSVVFTPELVVRQSTAGAPK PGPT0017992_9614 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 D3-18_00478 897 yihR_1 COG2017 putative protein YihR GTGAGCACCGAATTCACGCTGAGCGCGGGCGGCTACACGGCAGTTGTTACCGCCCGCGCGGCTGCGCTGCGCGTCCTGCAGTTTGAAGGCCGGGACCTCATTGTCCCGTTTCCGGAGGGCGGTCCGATCCCGGACTACCGTGGCGTGATTGCCGCGCCGTGGCCGAACCGGATCGCCGACGGCACGTACAGCTTCGACGGCGCCGAACACCACGTGGCGATGAACGAACCGGAGCGGGCCACTGCGTTGCACGGGCTGGCCTTCCCTCTCGATTGGGCCGCGAAAGAGTCCGACGCCGGGTCGCTCACCTTAACCTGCACGGTAGGACCCACGGCGGGATACCCGTTCGTGCTGGAGCTTTCGGCCCGATTCAACCTTGACGATGCAGGTCTTCACACATCCGTCACAGCCCGGAACGCCGCCGACATCGCTGCCCCTTATGGCGTTTGCCCGCACCCTTACCTTGTGGCCGGCACGTCACCGCTGGATGAGTGGGTTCTGGAGTTTGCCGCCGACTCTTTCCTGGAGGTCACGCCGGACCGGCTGCTGCCCCTGGGTGTCGTGGGCATGGAAGGTCACGAGTTCGATTTCCGTTCCCCGCGGGCCATTGGCAGCACGGAAATCGACCACGCTTTCACAGGAATAGCGTTCGACGGCGGGCTGGCGCGCCTGTCGCTACGCGACCCGGCGGGGACCGGCGTCGGGATGTCCTGGGACGAAAGCTGCCCTTGGCTGCAGATCCATACGGCAGACAAGCCCGCACCCGTTCCGAGCCGAATCGGCCTTGCCGTGGAGCCCATGACGTGCCCGCCGGATGCCTTCAACAGCGGCACGGACCTGATCCGGCTGGAACCCGGCGCCGAACACATTGCGTCCTGGAGCATCTACGGCCTGTAG MSTEFTLSAGGYTAVVTARAAALRVLQFEGRDLIVPFPEGGPIPDYRGVIAAPWPNRIADGTYSFDGAEHHVAMNEPERATALHGLAFPLDWAAKESDAGSLTLTCTVGPTAGYPFVLELSARFNLDDAGLHTSVTARNAADIAAPYGVCPHPYLVAGTSPLDEWVLEFAADSFLEVTPDRLLPLGVVGMEGHEFDFRSPRAIGSTEIDHAFTGIAFDGGLARLSLRDPAGTGVGMSWDESCPWLQIHTADKPAPVPSRIGLAVEPMTCPPDAFNSGTDLIRLEPGAEHIASWSIYGL PGPT0017825_5083 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 D3-18_00479 1530 araA L-arabinose isomerase ATGCCCGTCAACACGGCCGCCAACAACACTTCCCTCGATCAGTACGAGGTCTGGTTCCTCACCGGCAGCCAGCACCTCTACGGCGAGGACGTCCTCAAGCAGGTCGCAGCGCAGTCGCAGGAGATTGCCAACGTCCTCAACGCCAACAGCAACGTTCCGGTCAAGCTTGTCTGGAAGCCTGTCCTCACCGATTCCGACGCCATCCGTCGCACAGCGCTGGAAGCAAACTCGAACGATTCCGTCATCGGCGTCACCGCGTGGATGCACACGTTCAGTCCCGCCAAGATGTGGATCCAAGGCTTGGATGCCCTGCGCAAGCCCTTGCTTCACTTGCACACGCAGGCTAACCGGGACCTTCCATGGGCTGACATCGATTTCGATTTCATGAATCTCAACCAGGCTGCCCACGGCGACCGCGAATTCGGCTATATCCAATCGCGCCTCGGCGTGCCGCGGAAGACCGTCGTCGGGCATGTCAGCAACCCAGAGGTTGCCCGACAAGTTGGCGCCTGGCAGCGCGCCTCGGCCGGTTGGGCCGCAGTCCGAAGCCTGAAGTTGACCCGTTTCGGCGACAACATGCGCAACGTCGCCGTCACGGAAGGCGATAAAACTGAAGCTGAGCTCCGCTTCGGCGTCTCGGTCAACACGTGGTCCGTCAACGAGCTCGCCGACGCCGTCCATGGCGCAGCAGAGTCCGACGTCGACGCCTTGGTTGCGGAGTACGAGCGCCTGTACGAGGTGGTTGACGAACTCAAAGCAGGCGGCGATCGCCATGAGTCGCTGCGTTACAGCGCCAGGATCGAGCTGGGTCTCCGTAGCTTCCTGGAAGCAAACGGTTCTGCAGCTTTCACGACGTCGTTCGAGGACCTGGGCGCGCTGCGTCAACTGCCGGGAATGGCCGTCCAGCGCCTCATGGCCGACGGGTACGGTTTCGGCGCCGAGGGCGACTGGAAGACCGCGATCCTTGTCCGCGCCGCCAAGGTGATGGGCGGCGACCTGCCCGGCGGCGCGTCGCTGATGGAGGACTACACCTACCACCTCGAGCCGGGCTCGGAGAAGATCCTGGGCGCCCACATGCTGGAGGTCTGCCCGTCGCTCACCGCCAGGAAGCCCCGGGTCGAGATCCACCCACTGGGCATTGGTGGCAAGGAAGACCCCGTTCGCATGGTCTTCGACACCGACGCCGGCCCCGGCATCGTGGTGGCGCTGTCCGATATGCGCGATCGGTTCCGCCTGGTCGCCAACGTGGTGGACGTCGTCGACCTCGACCAGCCGCTCCCCAACCTGCCTGTAGCCCGCGCGCTCTGGGAGCCCAAGCCCAACTTCGCTACCTCTGCCGCCGCGTGGCTCACCGCGGGCGCCGCGCACCACACGGTATTGTCCACGCAGGTGGGCCTGGACGTGTTCGAGGACTTCGCCGAAATCGCCAAGACAGAGCTCCTCACCATCGACGAAGGCACCACCATCAAACAGTTCAAGAAAGAGCTCGCCTGGAACGCCGCCTACTACAAGCTGGCCGGCGGCTTGTGA MPVNTAANNTSLDQYEVWFLTGSQHLYGEDVLKQVAAQSQEIANVLNANSNVPVKLVWKPVLTDSDAIRRTALEANSNDSVIGVTAWMHTFSPAKMWIQGLDALRKPLLHLHTQANRDLPWADIDFDFMNLNQAAHGDREFGYIQSRLGVPRKTVVGHVSNPEVARQVGAWQRASAGWAAVRSLKLTRFGDNMRNVAVTEGDKTEAELRFGVSVNTWSVNELADAVHGAAESDVDALVAEYERLYEVVDELKAGGDRHESLRYSARIELGLRSFLEANGSAAFTTSFEDLGALRQLPGMAVQRLMADGYGFGAEGDWKTAILVRAAKVMGGDLPGGASLMEDYTYHLEPGSEKILGAHMLEVCPSLTARKPRVEIHPLGIGGKEDPVRMVFDTDAGPGIVVALSDMRDRFRLVANVVDVVDLDQPLPNLPVARALWEPKPNFATSAAAWLTAGAAHHTVLSTQVGLDVFEDFAEIAKTELLTIDEGTTIKQFKKELAWNAAYYKLAGGL PGPT0017450_23 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017450-araA-K01804 NA NA D3-18_00480 708 ulaF COG0235 L-ribulose-5-phosphate 4-epimerase UlaF ATGAGCAGCCTTCTGGAAACCATCGCGAGGGTTCGCAAGGAAGTCTGCGAGCTGCACGCCGAACTGACCAGGTACGAACTTGTGGTTTGGACCGCGGGCAACGTTTCGGGCCGGATCCCGGGCTATGACCTCATGGTCATCAAGCCATCCGGCGTCTCCTATGACAACCTGACACCCGAGCTCATGGTGGTTACCGACCTCTACGGCACACCTGTCAGAGGCATCAACACCGGAAGCGCCGGGACCGTGGACTGGGGCAACCCGGACCTCTCTCCGTCATCGGATACCGCCGCGCACGCGTACGTCTACCGCCACATGCCGGAGGTGGGCGGTGTGGTCCACACGCACTCCACCTATGCAACGGCTTGGGCTGCCCGCGGTGAGGAAATTCCGTGCGTGCTGACCATGATGGGAGACGAATTCGGCGGGCCCATTCCGGTTGGACCGTTCGCCTTGATCGGCGACGATTCCATCGGGCAAGGGATCGTGGAGACGCTCAAGAACTCCAACTCCCCCGCGGTGCTCATGCAGAACCATGGCCCCTTCACCATCGGCAAGTCCGCCCGCGACGCCGTCAAGGCTGCGGTCATGTGCGAGGAAGTGGCCAGGACAGTGCACATTTCCCGCCAACTCGGCGAGCCGCTGCCCATCGACCAAGCCAAGATCGAGTCCCTCTACGACCGATACCAGAACGTTTACGGCCGCTAA MSSLLETIARVRKEVCELHAELTRYELVVWTAGNVSGRIPGYDLMVIKPSGVSYDNLTPELMVVTDLYGTPVRGINTGSAGTVDWGNPDLSPSSDTAAHAYVYRHMPEVGGVVHTHSTYATAWAARGEEIPCVLTMMGDEFGGPIPVGPFALIGDDSIGQGIVETLKNSNSPAVLMQNHGPFTIGKSARDAVKAAVMCEEVARTVHISRQLGEPLPIDQAKIESLYDRYQNVYGR PGPT0017420_422 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 D3-18_00481 1743 araB COG1069 Ribulokinase ATGAATACCTTTGAAAATCTCCCGCTGGACGAGCAGTTCGTCATCGGCGTGGACTATGGCACTTTGTCCGGCCGCGCCGTCGTCGTGCGCGTTTCGGACGGAGCCGAACTCGGCAGCGGCGTGTTCGAGTATCCGCACGCCGTCGTGACGGAAAAGCTCCCGGGCACCGGCCAGCGCCTCCCGGCCGACTGGGCCCTCCAGGTGCCCAACGACTACCGCGACGTCCTGCGCAATGCTGTACCGGCCGCCGTCGCCGATGCCGGAATCAATGCGGAAAATGTGGTGGGCATCGCTACCGACTTCACCGCATGCACCATGGTTCCGACGACGGCGGACGGAACGCCGCTGAACGAGCTGGAACGCTTCGCGGACCGGCCGCACGCATTCGTCAAACTGTGGCGCCACCACGCGGCCCAGCCCCAAGCGGACCGCATCAACCAGCTCGCTGAAGAACGCGGCGAATCCTGGCTTCCCCGTTACGGCGGCCTCATTTCCTCTGAGTGGGAGTTCGCCAAGGGACTGCAGCTCCTCGATGAGGATCCGGAGGTCTACGGCGCCATGGATCACTGGGTTGAGGCCGCCGACTGGATCGTTTGGCAGCTTTGCGGCAGTTACGTCCGCAACGCCTGCACTGCTGGCTATAAGGGCATCTACCAGGATGGAAAGTACCCGTCCGAGGACTTCCTGGCCGCGCTGAACGCTGATTTCAAAGATTTCGTCAGCAGCAAACTCGAACACACCATCGGCCGCTTGGGCGACGCCGCCGGTTACCTCACTGAAGAAGCCGCGGCTTGGACCGGGCTTCCGGCAGGAATCGCCGTGGCTGTAGGGAACGTGGACGCCCACGTCAGTGCGCCGGCCGCGAACGCTGTTGAACCAGGACAGCTCGTAGCAATCATGGGCACTTCCACCTGCCACGTCATGAACGGGGATGTTCTCCGCGAAGTCCCCGGTATGTGCGGAGTCGTCGACGGCGGCATCGTGGACGGGCTCTGGGGCTACGAAGCAGGCCAGTCCGGAGTTGGCGACATTTTCGGTTGGTTCACCAAGAACGGAGTCCCGCCGGAATACCACCAGGCCGCCAAGAACAAGGGTCTGGGCATCCACGAATACCTCACCGAACTCGCGGAAAAGCAGGCAATCGGCGAGCACGGACTGATCGCCCTGGACTGGCACTCGGGCAACCGTTCAGTGCTGGTCGACCACGAACTTTCCGGCGTGGTGGTGGGCCAGACCTTAGCCACGAAGCCCGAGGACACGTACCGTGCGCTGCTGGAAGCTACGGCTTTCGGAACCCGCACCATCGTGGACGCCTTCCGCGATTCGGGTGTTCCAGTCGAGGAATTCATCGTGGCCGGCGGTCTGCTGAAGAACAAGTTCCTGATGCAGGTCTACGCCGACATCACTGGCCTGCAGCTCTCCACGATCGGTTCCGAGCAGGGTCCTGCGCTGGGTTCGGCGATCCATGCCGCTGTTGCTGCCGGGAAGTACAAGGACATCCGTGAAGCCGCAGCATCCATGGCTGCTGCTCCCGGCGCCGTCTACACTCCCATCCCTGAAAACGTGGCCGCCTACGAGGCCCTCTTCCAGGAATACAAGGCTCTGCACGACTACTTCGGCCGCGGTACCAACAACGTCATGCACCGTCTCAAGGCCATCCAACGCCAAGCGCAGGGCACCGGTGAAGTGGCCGAACCGGCGTCGAACTCCTCCTCCGACGCCGCAGAGCGGGTGTCGGCATGA MNTFENLPLDEQFVIGVDYGTLSGRAVVVRVSDGAELGSGVFEYPHAVVTEKLPGTGQRLPADWALQVPNDYRDVLRNAVPAAVADAGINAENVVGIATDFTACTMVPTTADGTPLNELERFADRPHAFVKLWRHHAAQPQADRINQLAEERGESWLPRYGGLISSEWEFAKGLQLLDEDPEVYGAMDHWVEAADWIVWQLCGSYVRNACTAGYKGIYQDGKYPSEDFLAALNADFKDFVSSKLEHTIGRLGDAAGYLTEEAAAWTGLPAGIAVAVGNVDAHVSAPAANAVEPGQLVAIMGTSTCHVMNGDVLREVPGMCGVVDGGIVDGLWGYEAGQSGVGDIFGWFTKNGVPPEYHQAAKNKGLGIHEYLTELAEKQAIGEHGLIALDWHSGNRSVLVDHELSGVVVGQTLATKPEDTYRALLEATAFGTRTIVDAFRDSGVPVEEFIVAGGLLKNKFLMQVYADITGLQLSTIGSEQGPALGSAIHAAVAAGKYKDIREAAASMAAAPGAVYTPIPENVAAYEALFQEYKALHDYFGRGTNNVMHRLKAIQRQAQGTGEVAEPASNSSSDAAERVSA PGPT0017410_34 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 D3-18_00482 1158 hypothetical protein ATGGTGAAGTTCACGAATCGTTTGGTTGCTGAGGTTGTCCAGTCGTTCTGGCAGCAGGTTGCGGACGGTGCCCGTTTTGAAGATGCTGGTGCGTTCGTCGGGTGGTCCGTAACGACGGTCCGCCGTGAGCTGAGGTCCTCAGGAGGGGTCCGGCCCCGTCGGGGCCGGACCCTGACCGGCCGTTCCCTATCGTTCCAGGAGCGGGAGTTGATCTCGTTATGGCGGGGCAAGGAATCGGTCCGTGAGATCGCCAGACGTTTGGGTCGTTCCCCGTCAACGATCTCCCGGGAGCTCCGGCGGAACGCTGACAAGGTCTTTTTCTACCGGGCTACCACCGCCCATGCCCGCGCCCACGCCCGGGCAGCCAGGCCCAAGACCGCTAAGCTCAACAGCAACAAGCCCTTGCGCCTGGAAGTCGAAAAGCGGCTCGAAAAGAAAGACTCACCGGTCCAGATCGCTGGCAGACTCCGCAAGGACTTCCCGAACAACCCGGAGATGTGGGTGTCACACGAGACCATCTACCAGTCCCTCTATCTCGAGTCCCGGGGCGGGCTAAAGCGGGAACTGGTCAAGAACCTGCGCACCGGCCGGACCCTGCGCAAACCCCAACGCCGCCCCGACGAACGCCGCGGCAGAATCCAGGACAAGGTCATGATCGCCGACCGTCCCGCCGAGGTCGAAGACCGTGCCGTGCCAGGGCATTGGGAAGGGGACCTGATCGTAGGCAAGGACGGAAAAACCGCCATCGGCACCATCGTGGAGCGCACAACCGGGTTCGTGATGCTCCTCCATGTCCCGACCGGTCAAAACCGTGCCGAGTCTGTTCGGGATGGGCTGATCCGCAAAATGGGCGCCCTTCCCGACGAACTGAGGCTCTCACTGACCTGGGACCAAGGCACCGAAATGCGCAGGCACAAGGAAGTGAAGATCGCAGCCGACATCGACATCTACTTCTGCGATCCCCACTCACCTTGGCAACGCGGCTCGAACGAGAACACCAACGGGCTCCTGCGCCAGTACTTCCCCAAAGGCGCAGACCTAAGCATCTACAGCCAAACCGACCTCGACTACGTCGCCCACGAACTCAACGACAGACCCCGCCAACGATTCGACTTCTGCACCCCCAATGAGATGATCAGAACCTTCCTGTTGCGATAA MVKFTNRLVAEVVQSFWQQVADGARFEDAGAFVGWSVTTVRRELRSSGGVRPRRGRTLTGRSLSFQERELISLWRGKESVREIARRLGRSPSTISRELRRNADKVFFYRATTAHARAHARAARPKTAKLNSNKPLRLEVEKRLEKKDSPVQIAGRLRKDFPNNPEMWVSHETIYQSLYLESRGGLKRELVKNLRTGRTLRKPQRRPDERRGRIQDKVMIADRPAEVEDRAVPGHWEGDLIVGKDGKTAIGTIVERTTGFVMLLHVPTGQNRAESVRDGLIRKMGALPDELRLSLTWDQGTEMRRHKEVKIAADIDIYFCDPHSPWQRGSNENTNGLLRQYFPKGADLSIYSQTDLDYVAHELNDRPRQRFDFCTPNEMIRTFLLR PGPT0030610_168 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482 NA NA D3-18_00483 984 lacI_1 COG1609 Lactose operon repressor ATGGAGGACGTTGCCCGAGTGGCGGGTGTCTCCCACCAGACCGTCTCCCGGGTGTTGAACAACCACCCCAATGTGAGCTCCAAGACCCGCGAACGTGTGGAGCAGGCCATCACTGAGCTGGGGTACCGCCGGAACACCGCCGCGCGAAGCCTGGTTACACGGCGATCACAGACCATTGGCGTGCTCGGCAGCGAAATGGCGCAGTACGGGCCATCGCACACGCTCCTCGGAGTTCAGCAGGCGGCGAGGGAGGCGGGCTATTTCGTCAGCGTCGCAGGCCTGCGCGAAGTGACACCAGAGACCATTAGGGACGCCATGGCGCACTTCATGGATCAAGGCGTCGACGGCGTCGTAGTAACGGTGCCCCACCCGGGGACCTTTGACGTCCTCAAAGACATCACCGCCCAAGTCCCCATGGTTGCTGTCGGATCCATCGGCGACGAACACCTCACGGGTGCCACCGTGGACCAGCGGCAGGGTGCGCGACTCGCCGTCGAGCATCTCTTGGAACTGGGGCACCAACGGATCGGACACTTATCCGGTCCGGCTGATTGGATAGACGCCGCCGCCCGTATTGAGGGTTGGCGGGACGCCCTGACCGAGGCCGGGATTGAACCCGTGACGCTCATCGAGGGCGACTGGAGCGCCGAATGCGGGTACCGCGAAGGTTTGAAAATCGCCGCCGACCGCTCCGTGTCGGCCCTCTTCGTCGCAAATGACCAAATGGCCCTCGGCGTTCTCCGGGCCCTGAACGAACTGGGCGTCCGGGTACCGGAGGACATCAGCGTGGTGGGCTTCGATGATCAACCGGAGTCCGCCTACTTCATCCCGCCGCTGACCACCGTGGCCCAGGATTTCGAGGAGCTCGGCCAACGCTGCATTGCCTTGCTGTTGGATCGGTTGGAGAGCGGCACCACCGGCACGCCTGCCACGGTGGCGCCCCGGCTGGTAGTCCGCTCCACCACGGCCCCCGCCTCCAACTAG MEDVARVAGVSHQTVSRVLNNHPNVSSKTRERVEQAITELGYRRNTAARSLVTRRSQTIGVLGSEMAQYGPSHTLLGVQQAAREAGYFVSVAGLREVTPETIRDAMAHFMDQGVDGVVVTVPHPGTFDVLKDITAQVPMVAVGSIGDEHLTGATVDQRQGARLAVEHLLELGHQRIGHLSGPADWIDAAARIEGWRDALTEAGIEPVTLIEGDWSAECGYREGLKIAADRSVSALFVANDQMALGVLRALNELGVRVPEDISVVGFDDQPESAYFIPPLTTVAQDFEELGQRCIALLLDRLESGTTGTPATVAPRLVVRSTTAPASN PGPT0017992_8402 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 D3-18_00484 1431 xylB_1 COG1070 Xylulose kinase ATGCCTCTCGTAGCCGGGATCGATAGCTCCACCCAGTCCTGCAAGGTGGTCATCCGGGATTCAGCCACTGGCGCCTTGGTGCGTCAAGGGCGGGCCTCCCATCCGGAGGGCACCGAAGTTCACCCGGACCATTGGTGGTCAGCCCTCCAGGAAGCAATCACACAGGCAGGCGGTTTGGATGACGTCGATGCCGTTTCTGTCGGCGGTCAGCAACACGGCATGGTGTGCCTTGATGAGTCCGGAGACGTTGTCCGACCGGCCTTGTTGTGGAATGACACCCGCTCGGCCACAGACGCGGAAGAGCTGATCCTCGAAGCCGGCGATGGCGATGCCACCGCCGGCGCCTCCTACTGGGCATCGCGTACCGGAACCGTGCCGGTGGCCTCTTTGACGGCCACCAAGCTTCGATGGTTGGCGCGGAACGAACCCGCTAACACCCAACGGACAGCAGCGGTTTGCCTACCCCATGATTGGCTGTCCTGGCGATTGGCCGGACACGGGCCAGGAAGCGGGCCGGCCGCCCTGGATCTCCTCCGTACAGACCGCTCGGATGCTTCCGGCACGGGCTACTTCTCTGCCAGCAGCGGCGAATACCTCCCAGAGGTCCTCAACAGCACGCTCGGCCACATTCCCGTGTTGCCCGTTGTCGCCGGGCCATTGGAGGCCGTGGGAAAGACACCCGGCGGGGCACTCATCGGGCCCGGTGCAGGCGACAATGCAGCAGCAGGTCTGGGAGTAAATGCGGGCGTCGGGGACGTAGTGATTTCGGTCGGAACGTCGGGGACGGTCTTTGCGGTTTCAGATGTCCCTGCGCTTGATGCAAGTGGGCTGGTGGCAGGCTTCGCGGACGCTACCGGCAACTACCTACCGCTGGCCTGCACGCTCAACGCGACGAGGATCTTTGATGCCACAGCTGCCCTGCTGGGTGTGACCCTGCAGGAACTCGGCGACTTGGCACTGTCCGCTCCGGAGGGTGCCGAAGGGCTGACTCTCGTCCCGTATTTCGAGGGTGAACGGACCCCTAATTTGCCGGAAGCCACCGGTTCCCTCCACGGCATCACCGTTTCGAATTACACCCCCGCCAACATGGCGCGGGCCGCAGTAGAAGGTGTGCTTTGTTCCTTGGCCGACGGCCTGGCGGCCCTGCAGGCACAGGGAGTCTCTGCCCAGCGCATCATCCTGGTGGGCGGAGGCGCGCAATCGAGCGCGGTCCAGCAAATCGCGGCAGCAGCCTTCGCTTTGCCCGTATTCGTCCCTCAACCCGGAGAATACGTGGCGGACGGCGCAGCCCGGCAAGCTGCAGGCGTACTCACGGGAAAACTGCCGGAATGGCCACTTGAGGGAATTGAAGTTGTTCACGGAAATACTGACGGTAATCCCGAGTTCCTGACGAGGTACCGCCACTACGCTGCCAAGGTAGCCAAAGGCTGA MPLVAGIDSSTQSCKVVIRDSATGALVRQGRASHPEGTEVHPDHWWSALQEAITQAGGLDDVDAVSVGGQQHGMVCLDESGDVVRPALLWNDTRSATDAEELILEAGDGDATAGASYWASRTGTVPVASLTATKLRWLARNEPANTQRTAAVCLPHDWLSWRLAGHGPGSGPAALDLLRTDRSDASGTGYFSASSGEYLPEVLNSTLGHIPVLPVVAGPLEAVGKTPGGALIGPGAGDNAAAGLGVNAGVGDVVISVGTSGTVFAVSDVPALDASGLVAGFADATGNYLPLACTLNATRIFDATAALLGVTLQELGDLALSAPEGAEGLTLVPYFEGERTPNLPEATGSLHGITVSNYTPANMARAAVEGVLCSLADGLAALQAQGVSAQRIILVGGGAQSSAVQQIAAAAFALPVFVPQPGEYVADGAARQAAGVLTGKLPEWPLEGIEVVHGNTDGNPEFLTRYRHYAAKVAKG PGPT0017535_3694 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 D3-18_00485 1188 xylA_2 Xylose isomerase ATGACCCCGCAGCCCACCCCGCAGGACCGCTTCACCTTTGGCCTTTGGACCGTTGGCTGGACTGGCGCCGATCCGTTCGGCGTCGCCACTCGCCCCGCCCTGGATCCGGTGGAAGCTGTTCACAAGCTCAGCGAGCTTGGCGCCTATGGCATCACGTTCCACGACAATGACTTGATTCCCTTCGATGCCACAGCGTCGGAGCGGGACCTGATCCTGAAGAACTTCAAGGCAGCCTTGGCAGAGACCGGCCTGAAAACGCCCATGGTCACCACCAACCTGTTCAGCCACCCGGTGTTCAAGGACGGCGGATTTACCTCAAACGACCGCTCCATCCGCCGCTTTGCCCTGAGCAAGATCCTCCGGAACATTGACCTTGCTGCGGAACTGGGTGCCGAGACCTTCGTGATGTGGGGCGGCCGTGAAGGCAGCGAATATGACGGATCCAAGGACCTTTCCGCAGCGCTGGATCGCATGAAGGAAGGCGTGGACACCGCAGCCGGGTATATCAAGGAGAAGGGCTACGGCCTTCGGATTGCCTTGGAGCCCAAGCCGAACGAACCCCGCGGCGACATCTTCCTGCCCACGGTCGGCCACGGCCTGGCGTTCATCGCGCAGCTGGAACACGGCGACATCGTGGGCCTTAACCCGGAAACGGGTCACGAGCAGATGGCCGGGCTTAACTTCACCCACGGCATCGCCCAGGCCCTGTGGGCGGGCAAGCTCTTCCACATCGACCTCAACGGCCAGCGCGGCATTAAGTACGATCAGGACCTTGTCTTCGGCCACGGCGACCTCACCAGCGCTTTCTTCACCGTAGACCTTCTGGAGAACGGCTTCCCCAACGGCGGTCCAAAGTACGACGGTCCGCGCCACTTCGACTACAAGCCGTCCCGTACGGATGGTTACGACGGCGTGTGGGAATCGGCTAAGTCCAATATGTCCATGTACCTCCTGTTGAAGGAACGCGCCCTGGCCTTCCGCGCGGACCCGGATGTCCAGGAAGCACTCGCCACGTCAGGTGTCTTCGAATTGGGCGAACCAACGCTCAACGCTGGCGAGACCACTGCCGACCTGCTGGCTGACGCCAGTGCCTTCGACACGTTCGACGCCGATAAGGCCGCCGAGCGCTCGTTCGCCTTCGTCCGCCTGAATCAGTTGGCCATCGAGCACCTGCTCGGCGCCCGCTAG MTPQPTPQDRFTFGLWTVGWTGADPFGVATRPALDPVEAVHKLSELGAYGITFHDNDLIPFDATASERDLILKNFKAALAETGLKTPMVTTNLFSHPVFKDGGFTSNDRSIRRFALSKILRNIDLAAELGAETFVMWGGREGSEYDGSKDLSAALDRMKEGVDTAAGYIKEKGYGLRIALEPKPNEPRGDIFLPTVGHGLAFIAQLEHGDIVGLNPETGHEQMAGLNFTHGIAQALWAGKLFHIDLNGQRGIKYDQDLVFGHGDLTSAFFTVDLLENGFPNGGPKYDGPRHFDYKPSRTDGYDGVWESAKSNMSMYLLLKERALAFRADPDVQEALATSGVFELGEPTLNAGETTADLLADASAFDTFDADKAAERSFAFVRLNQLAIEHLLGAR PGPT0017550_1492 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 D3-18_00486 1260 nagC_1 COG1940 N-acetylglucosamine repressor ATGGTCAATGGAAGTCGGAAAAATTCTTCGAATGTGCAGGGAGGTCCCACGCCGGTGAATGAGCGAACCGCGCCCGGACGCGTAGGCGACGTCCGCCGTCGAAATCTTTCATTGGTGATGGACTCCATCGCACGGACCGGGGATGCCAAGCCCAGCCGCGCGCAGTTGGCCGCCGGAACCGGACTCACCAAAGCAGCGGTTTCCAGCCTGGTTGCCGACCTCGTGGAAGGCGGGCTGGTCTCGGAAGTGGGCCTTTATCGCGACGGGGAGCGGGGGCGGCCCGGCCAGGGCTTGGAACTCAGTGCGCGCCGTGGCGTAGTAGGCATGGAGATCAACGTGGACTACCTGGCCGTTGGCCTTGTGGACCTGGGAGGGAACCTCCGCTTCCATTCCACGGTTGAATCGCGAAACCGTGGTCTGCCGCCTGAAGAGGTCATGGAACGCTTGGGTGGCCTGGCCGCCGCAGCATTAACCGCTGCGGCCGCTGCAGACATCTCGATCCTCGGTGGCGGACTGGCGGTTCCGGGCTTGGTGGATGAGCGGCGCAATCTTGTCTTGTCCGCTCCTAACCTGCATTGGGAGCACGAAGCGCTGAATCCGCAGCACCTGCTGGAAGGCGCACCACTTGGCGTCAGGTTATCCAACGAGGCCAACAGTGCAGCACTCGGAGAGCTTTGGTATGGCGGTGGCCAGCCGGATTTCCTCTACGTTTCGGGCGAAGTGGGTGTTGGTGGGGGCGTCATCATCGGCTCGGAACTTTACACCGGACCAGGTGGATCAGCCGGCGAACTCGGCCACATTGTTGTCCACCCTGACGGGCCTGGTTGCTCCTGCGGTGGTGCGGGGTGCTTGGAAACCTTCGCCGGCCAGGAAGCCATTTTCGATGCGGCAGGCATCCCTGACGGATCGCTGGGCGGGCGCACGGAGCTGCTGCTGGCTGCCTTGGCTGCCCGGGAGCCGCAGGCCACCCAAGCAGTTCACGACGCCGGGAGGTACTTGGGCGTCGCGCTCGCCTCTTCTGCCCGGTTGATGGACATTGAAGCCGTCGTCCTCGGCGGACACTTTGCCGTGCTGGCGGAATGGCTCAGGCCGGCGCTGCTCAGTAGTTTGGAGCGCTACGCGCCGGGTTTGCTGGATCCGAGCAACCTGACAGTTTCCGCCCTTGAGCATTCCGGAACGCTCCTCGGCGCTGCCGGCCAAGTGATCCGGTCAGTCATTGAGTCGCCGTTCGAGTTCCTGCTGGCGAGCAAGTTGGCTTAG MVNGSRKNSSNVQGGPTPVNERTAPGRVGDVRRRNLSLVMDSIARTGDAKPSRAQLAAGTGLTKAAVSSLVADLVEGGLVSEVGLYRDGERGRPGQGLELSARRGVVGMEINVDYLAVGLVDLGGNLRFHSTVESRNRGLPPEEVMERLGGLAAAALTAAAAADISILGGGLAVPGLVDERRNLVLSAPNLHWEHEALNPQHLLEGAPLGVRLSNEANSAALGELWYGGGQPDFLYVSGEVGVGGGVIIGSELYTGPGGSAGELGHIVVHPDGPGCSCGGAGCLETFAGQEAIFDAAGIPDGSLGGRTELLLAALAAREPQATQAVHDAGRYLGVALASSARLMDIEAVVLGGHFAVLAEWLRPALLSSLERYAPGLLDPSNLTVSALEHSGTLLGAAGQVIRSVIESPFEFLLASKLA NA NA NA NA NA D3-18_00487 1125 hypothetical protein ATGACTACAAAAGACTCAGCCCACACCAGCACAGCCAAAGCGCAGAGTGCTCCTTCTCCCGAGGACTCACGCAAGCCGGACAGTCCCAATGACCTGGTGAAGCCCACGTGGATGTACGTTGCCAAGCGGACGTTGCGGGAATTCACTAAGGATCAGTGTCCGGATGCGGCGGCAGGTCTGACCTACTACGCTGTCCTCTCGCTGTTTCCCGCGCTTCTGGCCTTGGTTTCGCTGATTGGCATCTTTGGCGACGCTGGACGCACCACATCGGCGCTGCTGGACATTGTGCAACAGTTCGCGCCGGGTCCGGGCGTTGATGCCATGCGCCAGCCGATCGAGGAACTCACGCAGTCCAACACAGCTGGGCTCGCGTTGGTTTTCGGTATCTTGGTGGCGCTCTGGTCAGCCTCCGGCTACACCACAGCTTTCAGCAGGGCCATGAACCGCGTGTACGAGGTGGATGAAGGCCGCGGCTTCGTTAAGCTGCGCGGCACCATGCTCGCCGTCACCATCGTCGCCGTCGTGGGTGCAGCGATCGCCGCAGCCATCCTCGTCCTCAGCGGCCCAGTGGCAGAAGCCATTGGGGGCGCTATCGGATTGTCGGAGACCGCCCTCACCGTGTGGAACATCGCCAAGTGGCCGGTCCTCATCCTCATTGTGGTCGCGATCATCGCGGTGCTCTACTACTTCACCCCCAACGTGAAGCAGCCCAAGTTCCGGTGGATGAGCATGGGTTCGTTCATCGCACTGATAATTTTCGCTTTGGCCTCCCTCGGTTTCGGTTTCTATGTGGCTAATTTCAGCAACTACAACAAGACGTACGGTGCCCTGGCAGGCGTCATCATCATGCTGCTGTGGCTCTGGATACTGAACATGTCCCTACTGTTTGGTGCAGAGTTCGACGCCGAGATGGAACGCGGACGCCAACTTCAGGGCGGCATTGAGGCGGAGAAGAGCATTCAGTTGCCACCGCGCGATACCAAGAAGAGCGACAAGATGCAGGAAAAGGAAGAAGAAGTAGTTCGCCGCGGTGAGGAACTTCGCGAAACCCATGGGAAGGAAACCCAGGGGGACGAAACCCGCGGGAACCATTCCCGAGACGACGATTCCCGGAAGAACAAGTAG MTTKDSAHTSTAKAQSAPSPEDSRKPDSPNDLVKPTWMYVAKRTLREFTKDQCPDAAAGLTYYAVLSLFPALLALVSLIGIFGDAGRTTSALLDIVQQFAPGPGVDAMRQPIEELTQSNTAGLALVFGILVALWSASGYTTAFSRAMNRVYEVDEGRGFVKLRGTMLAVTIVAVVGAAIAAAILVLSGPVAEAIGGAIGLSETALTVWNIAKWPVLILIVVAIIAVLYYFTPNVKQPKFRWMSMGSFIALIIFALASLGFGFYVANFSNYNKTYGALAGVIIMLLWLWILNMSLLFGAEFDAEMERGRQLQGGIEAEKSIQLPPRDTKKSDKMQEKEEEVVRRGEELRETHGKETQGDETRGNHSRDDDSRKNK PGPT0014525_2095 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014525-yfkH-K07058 NA NA D3-18_00488 210 hypothetical protein ATGGAATCCGGTACAAAGAGCAAGAAGCTCAAAGCCATTAAGAACGGCGACAGCGTCCGGATCAGCGGTGAGGTTTTTCACGTCAACTCCGTCGAACCCCAAGACGGCTCACGGAACATCAGGTTGGAACTGGAAGGGCTCGACGGCGGGTCGGTCACCTTTATCGGCCTGCCGAAGGCCAAAGTGCAGCTCGCTGCGCGAGCCTCCTGA MESGTKSKKLKAIKNGDSVRISGEVFHVNSVEPQDGSRNIRLELEGLDGGSVTFIGLPKAKVQLAARAS NA NA NA NA NA D3-18_00489 174 hypothetical protein ATGATGCTCTTGAAGACCCTGAAATTTTTCCTCGACGCCAGCGGCAGTCACAGCGGCCCGTCCGGCGAATCCAGCCCCGAGCACTCTCCAACCATTGCAACGGAGCGCCTGACCTCAAGCGCCTGGGAGGGCTGGTGGGATGACGCCGATCAAGGCTTTCCCGCCGAAGCCTGA MMLLKTLKFFLDASGSHSGPSGESSPEHSPTIATERLTSSAWEGWWDDADQGFPAEA NA NA NA NA NA D3-18_00490 840 hypothetical protein ATGAGCGACTTCTCACGACTCTCCCTCAACAGCGCCACCACCAAAAAGTGGACCCTGGCCGAGGCCGTGGATGGCTGTGCCCGCGCCGGCATCCCCGCGATCGGACCGTGGCGTGACCGCGTGGCCGAGGCCGGCCTGGATAAGGCAGCCAAGCTCATCAAGGACGCAGGCCTCCGGGTATCCTCGCTTTGCCGCGGGGGCTTCCTCACCGCGGCCGACGCTGAAGGGCAGGCCGCAGCCCTCGCCGACAATTTCGAAGCTGTCCGCGAGGCAGCAGCGCTGGACACGCAGGAGCTATTCCTGGTGGTCGGCGGGCTTGCTCCGGGTGAGAAGGACGTGGTGGCTGCTCGCCAGCGCGTTGCAGACCGGCTCGAGGAACTGGTTCCGTTCGCTTCCGAGAATGGCGTGCGACTGGTGCTCGAACCCCTGCACCCGATGTACGCCGCAGACCGTGCGCTCATCTCAACCCTTGGGCAGGCCCTCGATCTCGCCGCGCCGTACGACGCAAAGGCTGTTGGCGTCGCCGTCGATACCTTCCATGTCTGGTGGGATCCGGAACTGAAGGCGCAGATTGAACGTGCCGGCCGCGAGAACCGCATCGCCTCCTACCAGGTGTGCGACTTCAACCTGCCGATCGCTGCGGATGCGCTGCTGTCCCGCGGCATGATGGGCGACGGCGTCATCGACTTCGCGACCATCGGCACCTGGGTCAGGGACGCCGGATACGCAGGCGACATCGAAGTTGAAATCTTCAACCAGGACATTTGGGACGCCGACGGCGACACAGTCCTGGAAACCATGAAGCAGCGCTACGCGGAGCTCGTCCTCCCGTTTGCGTAA MSDFSRLSLNSATTKKWTLAEAVDGCARAGIPAIGPWRDRVAEAGLDKAAKLIKDAGLRVSSLCRGGFLTAADAEGQAAALADNFEAVREAAALDTQELFLVVGGLAPGEKDVVAARQRVADRLEELVPFASENGVRLVLEPLHPMYAADRALISTLGQALDLAAPYDAKAVGVAVDTFHVWWDPELKAQIERAGRENRIASYQVCDFNLPIAADALLSRGMMGDGVIDFATIGTWVRDAGYAGDIEVEIFNQDIWDADGDTVLETMKQRYAELVLPFA NA NA NA NA NA D3-18_00491 1215 hypothetical protein ATGACGTCACTAATCCTTCCCACCAACGACGGCGGCACCCGCGAGTACCGCCTTCAGGCAGCCACATCGTGGGCCAAGCCGACCGCGCCTCTGACCGCCCGCCGCGCCTACGCCGCAGCCCACGTCATCCCCGAGGTCGCTGCGGACAACACTCCCGGCGCACCGGCGCAGCTCGACTGGGACGCCACGTTGGCCTACCGGCACGAGTTGTGGTCCTACGGCCTGGGTGTCGCTGACGCCATGGACACCGCGCAGCGCGGCATGGGCTTGGACTGGGCAGCCACCCAGCAGCTCATCAAGCGCACCGGCGCCGAGGCAGCGTCCGTTGTTGCGGCCGGTAACGCCGCCATCACCGGCAAGTCCGTCCGCGACCTCGTCTCCTGCGGCGCAGGCACAGATCAGCTGGATATCACTGCACTTCCCGAGGGCGCAGCTGGTATCCAAGCCGTCATCGACGCCTACCGTGAGCAGATCGCCGTCGTCAGTGAGGCCGGCCCCAAGGTCATCCTCATGGCGTCCCGCGCCCTGGCCAAGGTCGCCAACGGTGCAGACGACTACCTCCACGTCTACTCGACGCTCCTGCAGGAAGTGGATCAGCCCGTCATCCTGCACTGGCTCGGCACCATGTTCGACCCCGCACTGGCCGGATACTGGGGATCCGACGACGTCTCCGTGGCCACCGAAACGTTCCTCAGCCTGATCCGTGAGCACTCGGACAAGGTTGATGGCGTCAAGGTTTCGCTGCTGGATGCCTCGCATGAGGTCGCCCTGCGCGCGGCACTTCCGGAAAACGTCCGCCTCTACACGGGCGACGACTTCAACTACCCGCAGCTGATCGACGGCGACGCGACGCACCACTCGGACGCGCTGCTGGGCATCTTCGCTGCCATCTATCCTGCCGCTTCGGTGGCCCTGCAGAAGTACGACGCCGGTCAAGGCGCCGAAGGACGCGCGATCCTGGACTCCACCCGTGAGCTCGGAAAGCACATCTTCAGCGCACCCACGTTCTACTACAAGACCGGTATCGCCTTCATGTCCTGGCTCAACGGCAAGCAGCCAGGTTTCCAAATGGTGGGCGGCCTGCATTCCGGCCGTTCCGTCCTGCATCTGGCCAAGACCTTCGAACTGGCCGACCAAGCCGGCCTGTTGAAGGATCCGTCGCTGGCCGCGTTCCGGATGTCTGACTTCCTGCGGATCAACGGAGTGGGCGCATGA MTSLILPTNDGGTREYRLQAATSWAKPTAPLTARRAYAAAHVIPEVAADNTPGAPAQLDWDATLAYRHELWSYGLGVADAMDTAQRGMGLDWAATQQLIKRTGAEAASVVAAGNAAITGKSVRDLVSCGAGTDQLDITALPEGAAGIQAVIDAYREQIAVVSEAGPKVILMASRALAKVANGADDYLHVYSTLLQEVDQPVILHWLGTMFDPALAGYWGSDDVSVATETFLSLIREHSDKVDGVKVSLLDASHEVALRAALPENVRLYTGDDFNYPQLIDGDATHHSDALLGIFAAIYPAASVALQKYDAGQGAEGRAILDSTRELGKHIFSAPTFYYKTGIAFMSWLNGKQPGFQMVGGLHSGRSVLHLAKTFELADQAGLLKDPSLAAFRMSDFLRINGVGA NA NA NA NA NA D3-18_00492 1170 xdh D-xylose dehydrogenase ATGGGCTACGAAACAAAGACGATCCGCATCGCCATGAACGGCATTACCGGCCGTATGGGATACCGCCAGCACTTGCTGCGATCCATCCTGCCCATCCGCGACGCCGGCGGCTTCACCCTCGAAAACGGCACCAAGGTTCAGGTCGAGCCGATCCTCGTTGGCCGCAATGAAGCCAAGATCCGCGAACTCGCCGAACTCCACAAGGTTTCCGAATGGACCACGGACCTCGACTCAGTCATCGCCGATCCCACCGTGGACATCATCTTTGACGCCTCCATGACCAGCCTCCGCGCCGCAACCTTGAAGAAGGCCATGCGCGCCGGTAAGCACATCTTCACCGAGAAGCCCACGGCAGAGACCCTCGAAGAGGCCATCGAGCTTGCACAGATCGGCAAGGAAGCCGGCGTCACGGCCGGCGTTGTGCACGACAAGCTGTACCTCCCCGGCCTGGTCAAGCTCCGCCGCCTGGTGGACGAAGGTTTCTTCGGCCGCATCCTTTCAATCCGTGGCGAATTCGGATACTGGGTCTTCGAAGGCGATGTCCAGGCTGCACAGCGTCCGTCCTGGAACTACCGCAAGGAAGACGGCGGCGGAATGACCACCGACATGTTCTGCCACTGGAACTACGTCCTTGAGGGCATCATCGGCAAGGTCAAGAGCGTCAATGCCAAGACCGCCACGCACATCCCCGCACGTTGGGATGAGGCCGGCAAGGAATACAAGGCCACCGCTGACGACGCCTCCTACGGCATCTTCGAACTCGAAACCCCGGGCGGCGACGACGTCATCGGCCAGATCAACTCGTCCTGGGCTGTCCGCGTTTACCGCGACGAACTGGTTGAGTTCCAGATCGACGGCACGCACGGTTCCGCCGTCGCCGGTTTGAACAAGTGCGTTGCGCAGCAGCGCGCCCACACCCCCAAGCCCGTCTGGAACCCGGATCTGCCCGTCACCGAATCGTTCCGCAGCCAGTGGCAGGAAGTTCCGGCCAACGCCGAACTGGACAACGGCTTCAAGCTGCAGTGGGAAGAATTCCTGCGCGACGTCGTGGCCGGCCGCGAGCACCGCTTCGGCCTGCTCTCCGCAGCGCGCGGCGTCCAGCTGGCCGAGCTCGGCCTGCAGTCCTCCGCCGAGCGCCGCACCATCGACATCCCGGAGATCACCCTCTAA MGYETKTIRIAMNGITGRMGYRQHLLRSILPIRDAGGFTLENGTKVQVEPILVGRNEAKIRELAELHKVSEWTTDLDSVIADPTVDIIFDASMTSLRAATLKKAMRAGKHIFTEKPTAETLEEAIELAQIGKEAGVTAGVVHDKLYLPGLVKLRRLVDEGFFGRILSIRGEFGYWVFEGDVQAAQRPSWNYRKEDGGGMTTDMFCHWNYVLEGIIGKVKSVNAKTATHIPARWDEAGKEYKATADDASYGIFELETPGGDDVIGQINSSWAVRVYRDELVEFQIDGTHGSAVAGLNKCVAQQRAHTPKPVWNPDLPVTESFRSQWQEVPANAELDNGFKLQWEEFLRDVVAGREHRFGLLSAARGVQLAELGLQSSAERRTIDIPEITL NA NA NA NA NA D3-18_00493 1038 ccpA_1 COG1609 Catabolite control protein A GTGGCCGCCAGCACACTGAGTGAAGTTGCCCGATTGGCCGGGGTCTCCCTTGCCACGGCATCCCGAGTCCTCAACGGCTCGTCCCGTAAGCCGGCTGAGGATATCGCGGAGCGCGTCCGCGATGCTGCCGACAAGCTGGGCTACGTCCCGAACGCGCAGGCGCAGGCGTTGGCGAAGTCGAGCTCAGGATTGATCGGCCTCATTGTTCATGACATTGCCGACCCCTACTTCTCCGCCATCGCCCGTGGTGTCCAGGAAGCAGCCCGCCAGCAAAACCGCATGGTGTTGCTGGCTAGCACATCCGGCGCCGCGCAGGACGAAAAAGAAGCAGTGGCCGCGTTCGCCGCCCGACGCGCCGACTCCATCGTGATCGCCGGCTCGCGATCCGTGCGCGCCGAGGACAAGCAAGGCAACATCGAACTGGCCGCCGAATTGGACCGCTACTGCCGGAATGGCGGACACGTGGGGGTGGTGGGCCACCCCGTGGTTGGCGCCTCCAGTACTGAGGGCTACCACGTAGTTGAAGTCCCCAATGAAGAGCTTGCTGCAGGCCTCGCTGCGGAATTGGCCGCTACGCATGATGGTGAATTCCTGATCGTGGCGGGTCCCGAAGGGCTGTACACCTCCGATGATCGGGTCCGCGGTTTCCAGCGGGGCCTCACAGATGCTGGGAGGCCCGCAGCAGAGATCATCCGCACCGGCTTCAACCGTGCAGGAGGATACAACGCCGGGCCCGCACTCGCCGAGCGGATCAAGGCCTCTAAAGAACGGCTCTGCATCTTCGCCGTGAACGATGTCATGGCCATAGGCGTTACCGCTGCGCTCCGGCCCCAAGGCGTATGGATTCCCCGGGATGCCACCATCGCGGGTTTTGACGACATCGAAACCCTCCGCGACTTCCGCCCGGCCTTGTCCACAGTGCATCTGCCGCTGGAGGACATCGGACGGCTCGCGGCCGGTGACCCTGACACCCCGCCGGTCAGCGGCGCGGTGAAGCTCCGCCGCAGCACCGAAACTCCGGTGGAATCGCAAGTTTGA MAASTLSEVARLAGVSLATASRVLNGSSRKPAEDIAERVRDAADKLGYVPNAQAQALAKSSSGLIGLIVHDIADPYFSAIARGVQEAARQQNRMVLLASTSGAAQDEKEAVAAFAARRADSIVIAGSRSVRAEDKQGNIELAAELDRYCRNGGHVGVVGHPVVGASSTEGYHVVEVPNEELAAGLAAELAATHDGEFLIVAGPEGLYTSDDRVRGFQRGLTDAGRPAAEIIRTGFNRAGGYNAGPALAERIKASKERLCIFAVNDVMAIGVTAALRPQGVWIPRDATIAGFDDIETLRDFRPALSTVHLPLEDIGRLAAGDPDTPPVSGAVKLRRSTETPVESQV PGPT0017992_5346 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 D3-18_00494 759 axeA1 COG0657 Acetylxylan esterase GTGGACGCCAAGGCGCCCCGGGCCCTCACGGTGATTCCCGCCGTCGGACATTCCGCCCAAGTTGAGACTTCAACGATGGTGCCAGCCGTCCTGGTCCTTCCCGGCGGAGGCTACGCGAAGACGGCAGACCATGAGGCCGAACCCGTGGCCGAATGGCTTGCTTCGCTGGGGATCCATGCTTTTGTACTGCGTTACCGGGTGGCACCGGACCAACATCCTGCGCCCTTGGAGGACGCCAAGCAGGCGATGCTGTGGATTCGGAATGGTGATCATGGTTTGAATGTCGATCCAGCGAGGGTGGGGGTCCTCGGCTTCTCTGCCGGTGGACACCTTGCGGCTACCTTGTCTGTACGGGTGCCCACCGCGGATTCTGCATTGGATGTTTCCGGGGCCGTGCCGGACCTTAGCATCCTCTGCTATCCGGTGATTTCCTTCGTGGATTCCGTGCATCAGGGGTCCGCGGACAACCTTGCCGGCGTGGGTGCCGCACCGCAGGTGCTGCGGGAGCTGTCAGCGGAACTGCACGTCTCTTCGGCCACGCCGCCCGCATTCCTGTGGCACACCGCCGACGACGAATCCGTCCCCGTCAGCCACAGCCTTGCCTATGCAGGTGCGCTGAGTCGGGCCGGTGTTCCGTTGGAGCTTCACGTCTTCCCCAGCGGAATTCACGGGATTGGCATGGCGCTGGAAACGCCCGGCGCCAAGCAATGGACTGAGCTTTGTGCCGCCTGGCTTTGTCGGATGGGGTGGACTGCCTGA MDAKAPRALTVIPAVGHSAQVETSTMVPAVLVLPGGGYAKTADHEAEPVAEWLASLGIHAFVLRYRVAPDQHPAPLEDAKQAMLWIRNGDHGLNVDPARVGVLGFSAGGHLAATLSVRVPTADSALDVSGAVPDLSILCYPVISFVDSVHQGSADNLAGVGAAPQVLRELSAELHVSSATPPAFLWHTADDESVPVSHSLAYAGALSRAGVPLELHVFPSGIHGIGMALETPGAKQWTELCAAWLCRMGWTA NA NA NA NA NA D3-18_00495 774 hypothetical protein ATGATCGACCTCACGACTCTGGCTGACCTCACGCCCGGCATCTGCTCCGTCACTCTCCGCTCGCACGGGATAGACGATGTGGTCCGAATTTCTTCGGACGCAGGCTTGGCCGGGATCGAGTGGGGTACCGATGTGCACGTCGGCGATTCCGAGTCAGCGGCGCACGCCAAGGAAGCCACGGTGGCTGCCGGACTCGCCGTCCTCTCGCTCGGCTCCTACTACCGCTGCGGCGCGTTCGGCGATTTTGGGCGGGCGTTGGACCTTGCCACAGCTCTGGGCGCTCCAAGGATCCGAGTGTGGGCCGGGGAACTTGGCTCTGCCGAGGCCAATGAGGGTCACTGGGATGCGGTGGTCAAAGATACCCGGCGAATTGCCGATATGGCGGCCGACCGCGGCATCGCCATCGCTTTCGAGTACCACGGCAACACCCTTACCGACTCCCCTGCCACCACCCTCGACTTACTGAACCGGGTGAATCACCCCAACGTCGGCACCTACTGGCAGCCCGCCGTCGGGCTTTCGGACAAGCAGGCGCTTGAGTCCCTCCACGAAGTCTTGCCGCACCTGGCGGGCGTTCATTGCTTCTCTTGGGGACCCGAAGCCGAGCGCTTTCCGCTACGGAACCGAAAGCTGCTGTGGCAGACCGTCACGGATGTCCTGCGGGGCAACGGCAAGGATATGGACATCATGCTGGAATTCGTCGAGGACGACCTGCCGGACAACGTCCTCAACGACGCCGCTTTCCTGCACACGATCACTTTGGGCGAGGACTAG MIDLTTLADLTPGICSVTLRSHGIDDVVRISSDAGLAGIEWGTDVHVGDSESAAHAKEATVAAGLAVLSLGSYYRCGAFGDFGRALDLATALGAPRIRVWAGELGSAEANEGHWDAVVKDTRRIADMAADRGIAIAFEYHGNTLTDSPATTLDLLNRVNHPNVGTYWQPAVGLSDKQALESLHEVLPHLAGVHCFSWGPEAERFPLRNRKLLWQTVTDVLRGNGKDMDIMLEFVEDDLPDNVLNDAAFLHTITLGED PGPT0003570_123 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-PETROBACTIN_BIOSYNTHESIS,PGPT0003570-asbF-K15652 NA NA D3-18_00496 564 hypothetical protein ATGATTCACAAGCTCACTACGCCGTCGGCAAGTTTCCATACCTCCTGGCTGGAAAGTTTTGACGAGTGGGGAACCCTCGACCAAGACGGTTCTGCGGCCTTTGTGGCAGCGAAATACGACTTGGATCTTCGCGACAGCAGTGACTTCGCGAAATGGGTTGAAGTACTGCATGAATTGCCCAGGCAAAGCTTCCGGCCGCCCGAGGGGTTGGCCAACCAAAGCACCATTTGGGTGGTTCGGGATGCTACCTACCTGGGCTCCGTCAGCCTGAGGCACGCACTCGCAAACGAATACTTGACCGAAGTAGGCGGTCACATCGGCTACGGAATAAGGCCAAGCGCAAGAGGCCACGGCCTCGCCAAGTTTGCCCTGAAGGGTGCCATGGAAGAAGGACGCGCGCTCGGAATGAAGCGCGTCCTGGTGACTTGCAAGCAGCCCAATGTGGCATCCGCCCGCACCATCGAGTCGTGCGGAGGCATCCTTGAGAGCGTCCGCACTCCAGAGAGTTTTGCCCCGGAGCTTGGTGTCACCGAATCGATCCGAAGATACTGGATCGATCTGTAG MIHKLTTPSASFHTSWLESFDEWGTLDQDGSAAFVAAKYDLDLRDSSDFAKWVEVLHELPRQSFRPPEGLANQSTIWVVRDATYLGSVSLRHALANEYLTEVGGHIGYGIRPSARGHGLAKFALKGAMEEGRALGMKRVLVTCKQPNVASARTIESCGGILESVRTPESFAPELGVTESIRRYWIDL NA NA NA NA NA D3-18_00497 855 cysL_1 COG0583 HTH-type transcriptional regulator CysL GTGTTCGAACCTGTCCAGCTACGTTCCTTTTTGGCCGTCGCAGAAACGCTGAGTTTCACTAAGGCCGCAGAGCGCCTTGGGCTCGCGCAGCCCACCGTCAGCCAGCATGTCCGCAAGCTTGAGGCCGCTGCCAAGCGGGTGCTGGTTGCCCGCGATACGCGCGAGGTCCGGCTCACCGACAACGGCGACGCCATGGCCGGTTTTGCCCGCAGCATCCTCGCCGCCCATGACTCCGCCGCCCGCTACTTTTCCGGTTCGGCCATGAGAGGTCGCCTCCGGTTTGGCACCGCCGACGACCTCGCCATTACCGGCCTCCCCCGGATCCTCCGCGAGTTCCGGCAGTTGTACCCCCAGATCAACCTGGAGCTCACCGTCAGCCAAAGCGACCAGCTCTACAAACGACTCAATGCCGGCCAGCTTGATTTGGTGTTCGTGAAATGGGTGGCCGGGGCGAAGGAAGGCACGGTGGTCCGGCACGACAACTTCGCCTGGGTCGGCGTCGAGCAGACCGTGCTGGAACCCGGGGCACCCGTCCCCCTCATCGCCTACCCCGCGCCAAGCCTGAGCCGAAAACTGGCCATTGATGCGCTGGAAGCCGAAGGCCGGACCTGGCGGATCACGTGCAGCACCAAGCAAATCAGTGGAGTGCTCGCGGCCGTGCGTGCCGGCATCGGAGTTGCAGTGATGCCGGCGTCGCTGGTGCCCGAGGACCTGAAGGTCATTACGCAGCGGTTCGGGCTGCCGCCTGTAGGCGACGTCGATTTCACCCTGATCCGGAATCCGTTGGCCAACGCCGAAGTCATCGATGCCCTCACGCAGGCCATCATGGGCAGGACGCTGAGCAAGTCGAACTAG MFEPVQLRSFLAVAETLSFTKAAERLGLAQPTVSQHVRKLEAAAKRVLVARDTREVRLTDNGDAMAGFARSILAAHDSAARYFSGSAMRGRLRFGTADDLAITGLPRILREFRQLYPQINLELTVSQSDQLYKRLNAGQLDLVFVKWVAGAKEGTVVRHDNFAWVGVEQTVLEPGAPVPLIAYPAPSLSRKLAIDALEAEGRTWRITCSTKQISGVLAAVRAGIGVAVMPASLVPEDLKVITQRFGLPPVGDVDFTLIRNPLANAEVIDALTQAIMGRTLSKSN NA NA NA NA NA D3-18_00498 1386 entS_1 Enterobactin exporter EntS TTGGCACCCCCACCGCCTTCAGCGGCAAACGTCAGCCAGCCCGTCATCGATTCCCTATCCGCACCTCAGCCCGCGGACACCGTCACCCAGCCACTCGCCGTCGTGAGTGAAAAGCTGCCCTGGCGGCATACCTTCATCTCCCTGAAGGTCCCCAACTTCAGGATCTTCGCGATCGGCCATTTCATTGCGGTGATCGCGATCTGGATGCAGCGCATCGCCCAAGATTGGATGGTGCTGCAGCTTTCCGGTTCCGTCACCGCCGTAGGAATTACTGTGGCATTGCAGTTCATGCCTTCACTTTTCCTTGGCCCGTGGGGCGGCATGATTGCCGACCGCTTTGCCAAGCGAAAAATCCTCATCATCTGCCAATCCGCGGCGGCTGTGCTCGCGGCCGTGTTGGCGGTGCTCTCCCTGAGCCAACGCGTTGAAGTCTGGCATGTGTACGTCATTGCTCTGGTCTTGGGTTTTGTGACGGTCCTGGACCAGCCGGCCCGGCAAGTGTTCGTCAACGAGCTCGTCGGCCCCAAATACCTCCGGAATGCCATCAGCGTTAACTCCACGACGTTCCAGCTCGGCGGACTAATTGGTCCCGCCTTGGCCGGTGTGCTGCTCACCGCCGTGGGTGCCGGATGGGCCTTCGCTGCGAACGCCGTGGCGTGCTGCTCCACTGTTGCGATGCTGATGATCCTCCGCAAGGACCAGTTACACCTCAGCCAGCCGACCCCTCGCAAGAAGGGAATGCTCCGCGAAGGACTCAACTACGCGCTCAGCAAGCCCACTATTTACTGGCCGTGGTTGATGGCCGGCTTCGTGGCAGTTTTCGCCATGAGCCTGCCGGTGCTGCTGGCCGCGTTTGCGGACCACGTGTACGACGCCGGCGCCGGAGGCTACGGCCTGCTCAATGCGATGGTTGCGCTCGGTGCACTGACTGGCGCTGTGGCGTCCACCCGCCGTCGTCAGCTGCGGTTGCGGTCGGTGGTGACGTCCGCCGGGTTGTATGGCTTGATGCTCTGCGTCTCTTCGCTCATGCCAACCATGGTCTGGTTCAGCGTCACCATGGTCCTCGCCGGATTCTGGTGCCTCATGTTCCTCACCGCGGCCAACCAAATGGTGCAGACCAGCTCCAACATGAGCATTCGAGGCCGCGTCATGAGCCTGTACCTCGTGGTGCTGATCGGTGGGCAGGCAATCGGCGGCCCCATGATGGGTTGGCTCGCCGAGCACCTCGGCCCGCACCTGGCCGTCCTGATCTCCGGTGGGGTGCCGGCCATCGCGGCTGCGGTAGTCGCCGTCGTACTGGCCCGGAAGTCATCCCTGCACATCAAAGTGGACCTGCGCGATCGGCGTCGGGTCCTGCGGATCGTGCAGGAGCCGCAGACGGTTTAA MAPPPPSAANVSQPVIDSLSAPQPADTVTQPLAVVSEKLPWRHTFISLKVPNFRIFAIGHFIAVIAIWMQRIAQDWMVLQLSGSVTAVGITVALQFMPSLFLGPWGGMIADRFAKRKILIICQSAAAVLAAVLAVLSLSQRVEVWHVYVIALVLGFVTVLDQPARQVFVNELVGPKYLRNAISVNSTTFQLGGLIGPALAGVLLTAVGAGWAFAANAVACCSTVAMLMILRKDQLHLSQPTPRKKGMLREGLNYALSKPTIYWPWLMAGFVAVFAMSLPVLLAAFADHVYDAGAGGYGLLNAMVALGALTGAVASTRRRQLRLRSVVTSAGLYGLMLCVSSLMPTMVWFSVTMVLAGFWCLMFLTAANQMVQTSSNMSIRGRVMSLYLVVLIGGQAIGGPMMGWLAEHLGPHLAVLISGGVPAIAAAVVAVVLARKSSLHIKVDLRDRRRVLRIVQEPQTV NA NA NA NA NA D3-18_00499 1173 ceo N(5)-(carboxyethyl)ornithine synthase GTGACCGCACCAAGCGGCCAGCTGAGCATTGGTGTCCTTGCTACTTCGCTGAAACCCAATGAGCGGCGCTTGCCGATCCACCCGCAGCATTTGGAACGCATTGCTCCGGAAGTACGCCAGCAGCTTCATTTTGAGTACGGCTACGGCGAGCGGTTCGGTGTCCCCGACAGCAAGCTGGAATCATTGGTGGGCGGCCTCGGCACACGCCAGGAGCTAATCGCCAACAACGACGTCATCCTCCTGCCCAAGCCACAGGCCCAAGACCTGGCAGAACTCCGTGACGGCCAAACCTTGTGGGGCTGGCCGCACTGCGTCCAAGACCGGGCCATCACCCAGTTGGCGATTGACAAGAAGCTCACGCTCATCGCTTTTGAGGCCATGAACCACTGGGCGGGCGACGGCGGCTTCGGCCTGCACGTCTTCCACAAGAACAACGAACTCGCCGGCTACTGCTCCGTGCTGCATGCACTGGCCTTGACTGGTTCCACCGGCGATTACGGCCGACGCCTTAGCGCCGTGGTCATCGGTTTCGGGGCCACCGCCCGTGGTGCCGTCACCGCGCTCAACGCCCACGGCGTCCACGACGTCCAAGTGCTCACCAACCGGGGCGTCGCCGCCGTCGGGTCCCCGATTCATTCAGTGCGGATCGTGCAGTTCGACCATGACAGCAAGGCGCCGTTCCTCAGCGAAGTCATCACGGATAAGGGACGCAAGCCCTTGGCGCCGTTCCTGGCCGCGGCGGACATCGTGGTCAATTGCACCCTGCAGGACCCGAACGCCCCGCTGACCTACCTCCGCACGGAGGACCTGGCGGAATTCCAGCCGGACAGCCTGATCGTTGATGTGTCCTGCGACGAAGGCATGGGCTTCAGCTGGGCGCGGACCACCACGTTCCACCAGCCCATGTTCCGTGTGGGCGGGCACGTTAACTACTACGCCGTTGACCACAGCCCGTCATACCTTTGGAACTCGGCCAGCTGGGAGATCAGCGAAGCCCTGCTTCCGTTCCTGGACACCGTAGTGGCGGGACCGCAGGGCTGGGATGCCAACGAGACCGTCTCACGTGCCATTGAGATCCGTGAAGGTGTTATCCGCAATCCGGACGTCCTGGAGTTCCAGGGACGCTCAACGGAGTACCCGCACCTGCCTGTGGCACAGCTTCAGCCAAGATAG MTAPSGQLSIGVLATSLKPNERRLPIHPQHLERIAPEVRQQLHFEYGYGERFGVPDSKLESLVGGLGTRQELIANNDVILLPKPQAQDLAELRDGQTLWGWPHCVQDRAITQLAIDKKLTLIAFEAMNHWAGDGGFGLHVFHKNNELAGYCSVLHALALTGSTGDYGRRLSAVVIGFGATARGAVTALNAHGVHDVQVLTNRGVAAVGSPIHSVRIVQFDHDSKAPFLSEVITDKGRKPLAPFLAAADIVVNCTLQDPNAPLTYLRTEDLAEFQPDSLIVDVSCDEGMGFSWARTTTFHQPMFRVGGHVNYYAVDHSPSYLWNSASWEISEALLPFLDTVVAGPQGWDANETVSRAIEIREGVIRNPDVLEFQGRSTEYPHLPVAQLQPR PGPT0020070_358 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ALANINE_DEGRADATION,PGPT0020070-ald-K00259 NA NA D3-18_00500 135 hypothetical protein ATGGGCGACAAATCACCGCGCCAAACTGCGTCAAAGAAATCCAGCAAATCCATCAAGGAAAAGCGAGCGGATAAGCGGGCTTCCGAGTCCTCCGCCACCGAGGCTGCGAAGCCTTCAACCGGCAACAAGAAGTGA MGDKSPRQTASKKSSKSIKEKRADKRASESSATEAAKPSTGNKK NA NA NA NA NA D3-18_00501 462 hypothetical protein ATGACTCTCACCGACGATGGTGAGGCGGGTCCACTCGCCGTCATCAACCGCCTGCTGGAAGCCACGAACAAGCATGATCTTGAAGCCCTGGCTGAGTGTTTCGCGCCGGGTTACGTCAATGAAACACCGGCCCACCCAACCCGGGGATTCACGGGACGGGACACTATCCGCAGCAATTGGGAGCAACTTTTCGCCGGCGTACCGGACATCGCAGCCCGCATGTTGTCGCACAGCGTGAAGGGGAGCAGTGTGTGGACCGAGTTGCATTTGAAGGGCGCACGCCGTGACGGCACCCCGCATGAGATGACCGGCGTCATTATCTTCGGCGTAGAAGAGGGCATCATCAGCAGTGCCCGCTTCTACTTGGAGCCTGTGGAACAGGTTGTGACCGTGGACGACACCGCGGATCGTGTCACTCACCGTGTAACGCATGGCCGTCCGGCGGTTCAGCCAGCCCAGTAG MTLTDDGEAGPLAVINRLLEATNKHDLEALAECFAPGYVNETPAHPTRGFTGRDTIRSNWEQLFAGVPDIAARMLSHSVKGSSVWTELHLKGARRDGTPHEMTGVIIFGVEEGIISSARFYLEPVEQVVTVDDTADRVTHRVTHGRPAVQPAQ NA NA NA NA NA D3-18_00503 1560 hypothetical protein ATGCGAGGTCAAATCCACTCGGGTTCCATGAGGAACGCACGACGACGGCTGGCGGCTTGCGCTGCTTTCTTCAGCCTGGCCGTGGCTGGCGGCGTCATTGCTGCGGCTCCTGCCACGGCTGCGCCGACCACAGCCGTGCAAGCCACCACAGCCGTGCCAGCCACCGCGGCCGTGACGGCGGCACCGGCCAACGCAAGCGCCGCCGTCGTGCAAGCAGCGATACCGACCACTGCGAATCCACTGCCGAGCGTCGATCCTGTGGGCGACCCCGCGAACTTCTCTGTCCTGGTCAACAAGTCCCGGCCCTTGAATCCTGTGAGCTACGCTCCCGGCGACCTGGTCAATGCCCGCGGTTCCGGCCAGTATCTGCGGGCCGAGGCTGCGGCCTGGCTCAATGGCCTGTTCCAAGGTGCGGTTGATGCCGGCACGGGCGGGCTGGCCGTGGTGAGCGGTTACCGTTCCTATGCGCAGCAGCAGCAGGTCTACTCCTATTACGTCAGCATCTACGGCCAGGCACAGGCGGACCTGATCTCCGCGCGTCCGGGGCACAGCGAGCATCAGACCGGGTTGGCCGTTGACGTCGGGAACGCCAATGGTTCCTGCGGCCTCAGCACCTGTTTCGGGGACACACCAGCTGGGATCTGGGTGGCGGCGAATGCCCACAAGTACGGCTTCATTGTCCGGTACCCCAACGGCTACACGAATGTCACGGGCTACAGCTATGAGCCGTGGCACCTGCGCTACGTCGGGGTGGACCTCGCCACCGACATGAAACGCCGTGGCTTCCCCACCATGGAGCAGTATTTCGCCGGCAACCCTACCGCGTACGCGAGCATCACCTCTGGTGCAGACCTGGTTGCTGCGGACTCCTCCGGGCGGCTGCTTCGCTACCCTGCACATGGTGGTGGCGGCTATGGCATTCCGACGGTGATCGGTTCCAACTGGCAGGGCTTGAAGCAGGCCTTCGTGGTGGACTGGGACGCTGATGGCGTCTACGACATTTTGGCGCAATGGGACAACGGCACCTTGGGCCTGTTCAAGGGTTGGCCCGGCGGTGCTTTCTCCACGCAGATCGTCGTGGGCACAGGTGACTGGGACAAGATGACCATCACTGTGGGTAAATGGTCAGCCGCGCAGGGGTATCCGGGCATCGTGGGCTATTTCCCGGATGGCGGGCTCCGGTATTACCCCAACACCTCTGGCAGGGCATTGACCTACCGTGTGGACATCGGAAGCGGCTGGGCGGGCATGGGTCTGACCATGGCCGACTGGAATGCCGACGGCGCCAACGACATTCTGGCCACCACTACCTCCGGGCACCTGCTCAGCTACCCCGGCAACGGAGGGGGTGGCTTCGCTGGCTTGCCCACCACAGTGGGCTCCGGTTGGGGAACCATGAAGGCACTCGTGCCGAGCTTCGGTTTGTCCGGTCCGGGCACTCGCAGCATCACTGCCCAAACCGTGGACGGCTACCTCGTGGACTACAGGCTGGGGACCGGAGCCTGGGGCGCTCAGCGCCAGGTGGGCAACGGCTGGAATGGTATGAAGCTGTTCAAGTAG MRGQIHSGSMRNARRRLAACAAFFSLAVAGGVIAAAPATAAPTTAVQATTAVPATAAVTAAPANASAAVVQAAIPTTANPLPSVDPVGDPANFSVLVNKSRPLNPVSYAPGDLVNARGSGQYLRAEAAAWLNGLFQGAVDAGTGGLAVVSGYRSYAQQQQVYSYYVSIYGQAQADLISARPGHSEHQTGLAVDVGNANGSCGLSTCFGDTPAGIWVAANAHKYGFIVRYPNGYTNVTGYSYEPWHLRYVGVDLATDMKRRGFPTMEQYFAGNPTAYASITSGADLVAADSSGRLLRYPAHGGGGYGIPTVIGSNWQGLKQAFVVDWDADGVYDILAQWDNGTLGLFKGWPGGAFSTQIVVGTGDWDKMTITVGKWSAAQGYPGIVGYFPDGGLRYYPNTSGRALTYRVDIGSGWAGMGLTMADWNADGANDILATTTSGHLLSYPGNGGGGFAGLPTTVGSGWGTMKALVPSFGLSGPGTRSITAQTVDGYLVDYRLGTGAWGAQRQVGNGWNGMKLFK PGPT0024055_49 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 D3-18_00504 444 hypothetical protein ATGGCATTCGCTGCCAATGAAGTGGTGATCAGCAAGGACGCCATGACCGTTTACGGATTCCTCATGGACGGGATGAACAACTCCCTGTGGCGTTCGGGTGTGCGCAGTATCGCGCTTCGCTCCGGCATTCGCGGCCAAAAAGGCGCCCTCTACCAACAGACGGTTTCCGGCCCCGGCGGCCGCCCCGTGGCCGCCGATTTCAGGATCACCGAAGCCCGCCCGGGAGCCGAAGTCCGTTACGCCGTGGTGGCCGGACCCGCGCGGCCTACCGGAGGTTTTTACCTCAGCACCGAAGGTGACACCACCCGCCTCCGGTTCGCCCTTGAGTACCATCCGAAGGGCCTGCGGAAGCTTATGAATGGCATATTCCAGAAAGCACTGGAGGGCGAAGTGGCGCAGCTGGAACAACTCAAGATTGCCATCGAGTCCCACTCGGACGTTTAG MAFAANEVVISKDAMTVYGFLMDGMNNSLWRSGVRSIALRSGIRGQKGALYQQTVSGPGGRPVAADFRITEARPGAEVRYAVVAGPARPTGGFYLSTEGDTTRLRFALEYHPKGLRKLMNGIFQKALEGEVAQLEQLKIAIESHSDV NA NA NA NA NA D3-18_00505 1290 hypothetical protein GTGGATCCGGAGAACGGCGCTCTGGCGCTCCTCCCGGACAGCAACACAGCTGCGATTTTGACGGTGTTCAACGCGATCAACAGCTACCGTGCGTCGCTCGGTCTGGCACCGGTGAAGTACCACGCAACGGTGGCCAGCCTCGCTCAAGACTGGTCCAACAACATCGCAACGCGTGAGGTGATCCAGCACCGCGCCAACTTCTGGACTGATCCCCGGGCGCTCAACCCCAACAACGGCGCGGGTGAAGTCATCGCAGTCCGCTGGGACCGTGACGCAGCGCAGCTTGTGGAGTGGTGGAAGGGTTCTCCCGGTCACGACGCCCTTCTGCGTGATCCCCGATTCAACGTCATGGGCATCGGCATCACGTACACGGACGGCAACTGGCAGACCACCCCCAACCGCTACACGCTGTGGGGCGTAGTGAATTTCTTTGGCTACACATCTTTGCCGGCAGGGACCACCACGAGCCCCGGCGGCACAGTCCCACCGCCAACAGACCCTGTGGGTGTCTGCGAACCTGGCAGCAAACACCAACCGCCCACCCTTAACCTGAGCGCGGCATCCATCACGAGCGCAGCCGACCTCGTGTCGATCGCCGGTGACGGTTCTGTGGTTGTCTACCCATCGTGGGGTGGCGGAAGGTACGGCGGCGGCAAGAGAATCGGCGTCGGCTTCACAGGGCTCAAGGACCTCTTCATCACGGACTGGGACCGCGACGGCGTGTTCGATCTGATCTCTCAAAGGCTCGACGGCGCCCTGCTGGTGTACCCGGGACTTCAGGGAGGCGGGTTCAAGGATCCCATTGCCCTTGGCCAGGGCTGGGGGACCCTGAACATCGCCGTGGGCACTTGGTGCGCCAACAACCGGCTTCCCCAGATCATTGCCATGGACTCCGGAGGCAACCTGTACCTCTATAAGAATGCTGGCCTTGCCTACATTCGTGCCCAAGCGGCAATCGGCACGGGCTTCCCGGCGATCAGGCTAAGCATGGTGGACTACAACGCCGACGGCTTCCAGGACCTCCTCACCACTGAGGCCAATGGAACCCTCAGGCTGTATCGTGGCAGCGGGCTGGGCACACCCAAGCAGGAATCCCGTCCGGTAGTGGGTGCGGAATGGACCGACTACACGGGGTTGCGGGCGCTGCGCGGCGTGACGGGACCCGATTCGACAGGTGTTGCCGGACTGGACCGCAACGGAGTTGTTGAATACTGGGATCTCAACACCGGACGGCTTACCACGCCGGTGACCATCGGCATCGGTTGGGGCGGACTGAAGTTCGCCCAATAG MDPENGALALLPDSNTAAILTVFNAINSYRASLGLAPVKYHATVASLAQDWSNNIATREVIQHRANFWTDPRALNPNNGAGEVIAVRWDRDAAQLVEWWKGSPGHDALLRDPRFNVMGIGITYTDGNWQTTPNRYTLWGVVNFFGYTSLPAGTTTSPGGTVPPPTDPVGVCEPGSKHQPPTLNLSAASITSAADLVSIAGDGSVVVYPSWGGGRYGGGKRIGVGFTGLKDLFITDWDRDGVFDLISQRLDGALLVYPGLQGGGFKDPIALGQGWGTLNIAVGTWCANNRLPQIIAMDSGGNLYLYKNAGLAYIRAQAAIGTGFPAIRLSMVDYNADGFQDLLTTEANGTLRLYRGSGLGTPKQESRPVVGAEWTDYTGLRALRGVTGPDSTGVAGLDRNGVVEYWDLNTGRLTTPVTIGIGWGGLKFAQ NA NA NA NA NA D3-18_00506 453 hypothetical protein ATGTTGGGCACGGGAGGTGGAGTCTCAAACACCGGATCTATAGCGACGGGGCCGCTGTCCGAGTCGCTTCCCGCGCCGGCGCTTGGTGTCGGCTCCGGCGTCCCGGTCACTGGCGCAGGCACTGTGGTGGGGTCCGAGGCGTTGCCAGCCTCGGGGAGGGCCGCTGAAGGTGCGGGGTCCGCCGTCGTGGTTTCCTTTGGTGCCGTCATCCCTGAAGGGACAACGGACGAAGGGGTGACCGTGGGCCCGGGGACCGTCTGCGTTGACGGGAGAATCTGGCTGGAGGCGGCCACCCCGAGAGCCAATACGCCAGCCAGCACGATAGCGGCAGGCGCAGCCATTTTTCTCACAATTACCCCGCGAATGCTCGTTGCCCCCAAGTACGGGCGCGGTTCTACATGTCCGGGAACTATAGTCCCATGGGGCGCCGCGGACAATGCATGGGGTATGTGA MLGTGGGVSNTGSIATGPLSESLPAPALGVGSGVPVTGAGTVVGSEALPASGRAAEGAGSAVVVSFGAVIPEGTTDEGVTVGPGTVCVDGRIWLEAATPRANTPASTIAAGAAIFLTITPRMLVAPKYGRGSTCPGTIVPWGAADNAWGM NA NA NA NA NA D3-18_00507 615 dcd COG0717 dCTP deaminase, dUMP-forming ATGCATGGGGTATGTGATGCATGGGGTATTTTTGATGCTGTGCTGATCTCTGACCGCGATATTCGTGCCGAAATAGACTCCCAACGGATTGTTCTTGAACCGTACGACCCCGCAATGGTTCAGCCGTCTTCCGTTGACGTGCGGATTGACCGGTTTTTCCGGCTCTTCGACAACCATAAATATGCCCACATTGATCCCGCCGAGGAACAGCCGGAACTGACCCGACTGGTGGAAGTGGAAGGCGACGAGCCCTTCATCCTCCACCCCGGGGAATTCGTCCTCGGCTCCACGTACGAAACCGTCAGCCTGGCCGACGATATCGCTGCCCGTCTCGAAGGGAAGTCATCCCTTGGGCGCCTCGGGCTGCTGACACACTCCACGGCAGGCTTCATCGACCCCGGCTTCTCAGGTCACGTGACCCTGGAGCTCTCGAATGTGGCAACTCTGCCCATCAAGCTGTGGCCGGGCATGAAAATCGGACAGCTGTGCTTCTTCAGGCTGACGTCCTCCGCGGAGCACCCCTACGGTTCCGGCGAATACGGCAACCGTTACCAGGGCCAGCGAGGACCCACCGCGAGCCGCAGCCACCAGAACTTCCACCGGACGTCCATCTAG MHGVCDAWGIFDAVLISDRDIRAEIDSQRIVLEPYDPAMVQPSSVDVRIDRFFRLFDNHKYAHIDPAEEQPELTRLVEVEGDEPFILHPGEFVLGSTYETVSLADDIAARLEGKSSLGRLGLLTHSTAGFIDPGFSGHVTLELSNVATLPIKLWPGMKIGQLCFFRLTSSAEHPYGSGEYGNRYQGQRGPTASRSHQNFHRTSI PGPT0021225_1527 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021225-dcd-K01494 NA NA D3-18_00508 1200 khtU COG0475 K(+)/H(+) antiporter subunit KhtU ATGGATCCGCTCGCACTAGCCCTCGTTGAACTGGGGGCCGTCGTCTTCTGCCTCGGTCTCCTTGCTCGATTAGCGGGCCGAATTGGCATGTCCCCCATCCCGCTCTACTTGGTGGGAGGACTGGCATTCGGAGCCGGCGGGTTCGTCAAGTTGGATGGCATGAACGAGTTCGCCCATCTCTCCGGCGAGATCGGCGTTATCCTCCTGCTGCTTATGCTCGGCTTGGAATATACGGCGTCGGAACTCGTCACCGGGCTTAGGCGCTCCTGGCAGGCCGGTGTCATGGATTTTGTCCTCAACTTCCTTCCGGGCGCGGGACTCGCCGTGCTTTTGGGTTGGGGACTTGTGGGGGCCATCGTCATGGGTGGCGTCACCTATATCTCGTCATCCGGAATCGCCGCCAAGGTGATCACTGACCTCGGCCGGATCGGTAACCGCGAAACTCCCGTGGTGCTGTCAATCCTCGTTTTTGAAGACCTCGCAATGGCCATCTACCTCCCGATCCTCACGGCGATCCTTGCCGGCGTGGGCTTCTTGGGCGGACTGCAGACTGTGGGAATTGCCCTTGCAGTGGTCACCGTGGTGCTGGTTATCGCCCTCAAGCACGGGCACCGGGTCTCGCAAGCAGTGCACAGCGAAAACTCCGAAGTCTTCCTGCTGAACGTGCTGGGTCTCGCACTGTTGGTGGCTGGAATCGCGTCAGCTCTGCAGGTGTCCGCCGCAGTGGGTGCCTTCATGCTGGGCATCGCAATCTCCGGTGCCACCGCCCACAACGCCACCAGGATCCTCGAACCGTTGAGGGATCTCTTTGCGGCGATCTTCTTCGTGGCTTTCGGGCTCAACACCGATCCCACATCCATTCCGCCCGTCCTGGGTTGGGCCCTGGTGCTGGCCGTCATCACCGCAGCTACCAAGATGCTCACAGGATTCTGGGCTGCCAAGCGGGCCGGCATTGCAGTCCCCGGCCGTTTCCGCGCGGGGGCTGCCCTGATTGCGCGTGGGGAATTCTCCATTGTCATTGCGGGCCTGGCTGTTGCTTCCGGCGGCGTTCCCGACGAACTTGCTGCACTCGCCACGGCCTACGTCCTGATCATGGCCATCCTTGGTCCGCTGGCCGCCCGGTTTGTGGAGCCCGTGGTGAAGGCCATCCGTAAAACACCGGGAGCTCCGCCGCGGACACAGGAGCGCGCGCCCGCGTAG MDPLALALVELGAVVFCLGLLARLAGRIGMSPIPLYLVGGLAFGAGGFVKLDGMNEFAHLSGEIGVILLLLMLGLEYTASELVTGLRRSWQAGVMDFVLNFLPGAGLAVLLGWGLVGAIVMGGVTYISSSGIAAKVITDLGRIGNRETPVVLSILVFEDLAMAIYLPILTAILAGVGFLGGLQTVGIALAVVTVVLVIALKHGHRVSQAVHSENSEVFLLNVLGLALLVAGIASALQVSAAVGAFMLGIAISGATAHNATRILEPLRDLFAAIFFVAFGLNTDPTSIPPVLGWALVLAVITAATKMLTGFWAAKRAGIAVPGRFRAGAALIARGEFSIVIAGLAVASGGVPDELAALATAYVLIMAILGPLAARFVEPVVKAIRKTPGAPPRTQERAPA PGPT0014395_3864 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0014395-ybaL|TC_KEF-K03455 NA NA D3-18_00509 483 amhM COG0490 Ammonium/H(+) antiporter subunit AmhM ATGAACGTGGATGAGACTGAACTCCCGGGCCTCGGGATCCGCAAGGATTTCGTCACGGCATCGGGGCGTCGCATCGGTGTGGTTGAACTTCGCGAGGGTGAGACCGAGCTGTTCGTGTCCACCTGGGACGACCCCGACACGTGCCAAGCCTCCATCCCGTTGACAGCGGATGAAGCATCGACGCTTGGGAACCTCCTGGGCGGCCAGCACATCGCCATGCGTTTGGCGGAAGAACATCGCGAGATACCAGGCATCGTCACCCGCCAGTTCTCCATCACCCCTGATTCACCCTTCGTCAACCAGCCCATGGGCAAGGCGCAGATCCGCACCCGGAGTGGTGTTTCAATTGTGGCGATCATGCGCGAAGGTGAGGTTGTCCCCTCGCCGGCACCCGACGTCGTACTCCACACCGGTGATCTGCTCGTAGCGGTCGGCACGCAGGAAGGTCTTGACTCGGCAGCCGACATTCTCCGCAACGGCTGA MNVDETELPGLGIRKDFVTASGRRIGVVELREGETELFVSTWDDPDTCQASIPLTADEASTLGNLLGGQHIAMRLAEEHREIPGIVTRQFSITPDSPFVNQPMGKAQIRTRSGVSIVAIMREGEVVPSPAPDVVLHTGDLLVAVGTQEGLDSAADILRNG NA NA NA NA NA D3-18_00510 1404 hypothetical protein ATGAACGCGGCCGCAGTTCCCGAAGCCTCCCACTCGAAGTCCGAGCTTGCCTCAGGACCCGTCGCTTCCAAGAAGGGACAGATCCTTGCTTGGGCATCCTGGGACTGGGGCTCGGCTGCCTTCCAAGCGGTGATGACCACCTTCGTCTTCACCGTTTACCTCACGTCCAATGCGTTCGGCGGAGAAGATGCGGCATCGGCCGCGCTCGGTGCTGCCCTCGCCGTTGCCGGCCTCGCCATTGCCTTGCTGGCTCCCGTCACCGGGCAGCGTTCCGACGCTGGAGGACGTCGCAAGATGTGGCTCGGCGTCAACACCGCCGCAACCGCTGTTCTTACTGCACTCTGTTTCTTCGTATTCCCCCAGCCGGAGTTCCTGCTCCTGGGAGTATGCCTGATAGCACTCGGCAACATTTTCTTTGAGTTCGCCGGCGTGAACTACAACGCCATGTTGGCCCAAATCTCTACACCCCGGAACATCGGCAGGGTCAGCGGATTTGGCTGGGCCATGGGCTATCTGGGCGGCATCGTCGCGCTCCTCCTTGTTCTGCAGTTATTCGTGCAGCCCTCCTTCGAGTGGTTCGGCGCTTCAACCCAGGACTCCTTGAACATCCGGCTCGTTGCCATCTTCTCGGCACTGTGGTTCTTCATCTTTGCCCTTCCCGTGATGTTCGCCGTTCCTGAAGTTTCCGTGAAGAAGAGCACCGCGTCGCTAGGCTTCATTGCGTCCTACAAGTTGTTGTTCCGCCGCATTGGAGCCATCTATCGGACGAGCCCCCACACCATCTACTTCCTGCTTTCCAGTGCCATTTTCCGTGACGGCTTGGCGGCAGTATTTACGTTCGGCGGCGTCATCGCCGCGGGGACGTTCGGCTTCGAGCTCAAGGACGTCATCTTCTTCGCTATTTTCGGCAACGTCGTAGCTGCCGTCGGTGCAATCATTGGAGGCTTCCTCGACGACAGGATCGGACCGAAGGCAGTCATTATCCTCTCGCTGATTGGACTCCTCGTCGCAGGCACAGCCATTCTGGTCCTGGGTAACGGCGACTACGTTTTCTTTGGAAATGACTGGCCGGGTGCCACTACGTTCTGGGTCTTCGGCCTGCTGCTCTGCTTGTTCGTGGGACCGGCCCAATCGTCCTCACGCGCGTATCTTGCAAGGCTTGCCCCCCACGGAGAGTCCGGGGAGCTTTTCGGGCTCTATGCCACCACCGGGCGTGCCGTCAGCTTCCTCGCACCAACGCTCTTCACGCTGTGTATTGCCATCGCCTCACCGCTTGTCCCGGAAGGTGAAGCCCAGCGCTGGGGCATCATGGGAATCATGGTGGTCCTGCTCGCCGGCCTGTTGGTGATCCTGCCAGTGAAACCACCGGCCAAGGTGGAAATAGCCGTGGTCCCCGAGCGTTAA MNAAAVPEASHSKSELASGPVASKKGQILAWASWDWGSAAFQAVMTTFVFTVYLTSNAFGGEDAASAALGAALAVAGLAIALLAPVTGQRSDAGGRRKMWLGVNTAATAVLTALCFFVFPQPEFLLLGVCLIALGNIFFEFAGVNYNAMLAQISTPRNIGRVSGFGWAMGYLGGIVALLLVLQLFVQPSFEWFGASTQDSLNIRLVAIFSALWFFIFALPVMFAVPEVSVKKSTASLGFIASYKLLFRRIGAIYRTSPHTIYFLLSSAIFRDGLAAVFTFGGVIAAGTFGFELKDVIFFAIFGNVVAAVGAIIGGFLDDRIGPKAVIILSLIGLLVAGTAILVLGNGDYVFFGNDWPGATTFWVFGLLLCLFVGPAQSSSRAYLARLAPHGESGELFGLYATTGRAVSFLAPTLFTLCIAIASPLVPEGEAQRWGIMGIMVVLLAGLLVILPVKPPAKVEIAVVPER NA NA NA NA NA D3-18_00511 3018 ndhB NAD(P)H-quinone oxidoreductase subunit 2, chloroplastic GTGATCACAGTTCTCGCCATCACCTTTGTAGCGGCAACTGTGGCGCCATTGATCTTCAGCAAACTCGGCAGGAACGCCTTCTACGCTCTAGCAGCGGTTCCCGCAGGCGCCTTTATTTGGTTGCTTTTCCAGTACGGCCCTGTATATTCCGGTGGTGGCATATACGAAGTCATCCCATGGATTCCCAGCCTGAAGCTTGAGCTCGCCTTCCGTATGGATCCCTTGGCCTGGGTGATGTCCTTATTGATCCTCGGAGTGGGATCCCTGGTTTTGGTTTATTGCGCCAGGTACTTCAAGAACAAGGACGCGGGCCTGGGCGGATTTGGCGCTCAACTGCTCGCTTTTGCCGGGGCCATGTTCGGTTTGGTGACCTCCGATGACCTGCTGATGCTCTTCATCTTCTGGGAGCTCACCACCATCCTTTCCTATCTGTTGATCGGCTACGCCCGCACCCGTCTGGCGGCGCGACGTTCGGCACTGCAGGCACTCATGGTCACCACCGCGGGTGGCCTCGCCATGCTTGTCGGCCTCATCATTCTGGGTCAGGCCGCCGGAACCTATCGTATTTCGGCGATACTGGACCAAGCCGGGCCGCTCATGGACGGACCCATGCAAGGAGCGGTGGCCACCGCCGTCGTACTCATCCTGGCCGGGGCGGTGACCAAATCGGCGCTCGTGCCGTTCCACTTCTGGCTTCCGGGTGCCATGGCTGCGCCGACTCCCGTGAGCGCGTACCTGCACGCTGCCGCGATGGTCAAAGCCGGCATCTACATCGTGGCGCGACTTGCGCCCGGGTTTTCTACGTCCGAGTTTTGGCTTCCCGTGGTTCTGGGGCTGGGCTTGGCCACCATGCTCGTGGGTGGTTACCGGGCTCTTCGCCAGACTGATATCAAGCTCATCCTCGCCTATGGCACGGTCAGCCAGCTGGGCTTCCTCACCATGGTGGTGGGATTGGGTCGCCCTGACGCCGCCCTGGCCGGACTCGGACTGCTGCTGGCACATGGCTTGTTCAAAGCCTCACTGTTCCTGGTAGTGGGCATCATCGATCACCAGTCCGGGACCCGCGATATCCGCAAGCTTTCCGGCGTTTTCCGTTCGTCGCGGGCGCTGGGTGTGGTGGCCGCCATCGCAGCGGCGTCCATGGCCGGTGTGCCACCCTTGGCAGGTTTCGTAGCCAAAGAGTCAGTGTTTGAAGCCTTCGTCCACTACGGCACCGGTGATGGCGCTCCAGCGTGGGGCATCTGGATATTGGTGGGTCTGGTGATCGGATCGATCCTGACCTTCGCCTACAGTGCCCGGTTCATGTGGGGCGCCTTTGCCCTCAAGCCCGGCGTGGAACCTACCCCGTTCAAGCCCATCAAGCCGGCGTTCCTGGCAGCACCGGCCATCCTAAGTTTGCTCACTATCGTCTACGGACTATGGCCGACACCCGTGGATACCTGGATCCAGCCTTACGCAGCACTGTTCGCTGACGGTCCGGCCGCGGTCGACGCCGGACACTTGGCTTTGTGGCATGGCGTCACCCCCGCGTTGGGCCTGACAGCGCTGACGTTCGCGGCCGGTGCCGCGATGTTCTACTGGCGTAACCTCGTTTCCCGTGCCCAAAGCCTGGTCCCGGACTGGGTTGACGGTGACAGGGCCTACCAGAACACCATCGGCGCGCTGGACGACATCGCGGTTTGGGTTACAGGCCGCACGCAGCGTGGTTCGCTGTACTTCTACCTTGCGGTGATCCTGACGGTGGCGTTCGCGGTCCCAATGACGGCGCTGATCGTGGCGAACAAGCCCCTGCCGGATGACATGTACTTCATCGACCCGAACTCGCCTCTGCAAGTAGTGGCAGGCATTGGCATTGTGGTGGGTGCCCTGGCTGCCGTCCGGGCCAACAAGCGTTTCCTCGCCGTGCTCATGGTGTCCGTCACGGGTTACGGCATTGCCCTCATGTTCGCCCTTCAAGGCGCCCCGGACCTCGCACTGACCCAAATGCTGGTGGAAACCATCGTTCTGGTTGCTTTCGTGCTGGCCATGCGCAGCCTGCCCGCCGAGTTGAGGGACAGGACCGGGGGAAGGCTCAGGGTAATCCGTGTGATCATTGGTGCGGCCTTTGGCATCACCATGATTTTCGTGGCGATTTACGCCATGGGCGCCCGCGTTGCCACGCCCATCTCACTGGAATTCCCGCGGTTGGCCTATGAAGGCGGCGGGGGATTGAACGTGGTCAACGTGACCCTGGTGGATATCCGCGCCTGGGATACGTTCGGTGAGATTTCCGTGCTGGCGATTGCCGCCACCGGTGTAGCCAGCTTGATCTTCGTCCGCAGCCGCGGCGACCGGATCAAGACCTCGGAGGCCGTGCCCGAAGGCAGCGTTGGGCGACGCACCGGCGTCGACCGCGACTCCCGCGACGGCGCTACCTTAGCCGTTGCGAAGAAGTTCACCGACGTCAGCCGCGATGCGTGGCTGGTTGCAGGCCGCACGCTGGCCCCTGAACGCCGCTCGATCATCTTCGAAGTAGTGACCAGGCTGATCTTCCACTCCATGATCGTGTTCTCCATCTACCTTCTCCTCGCCGGCCATAACATGCCGGGCGGAGGCTTCGCCGGTGGCCTTACCGCCGGGCTCGCACTGACAATCCGCTACTTGGCCGGTGGGCGGTTCGAGTTGAGCGAGGCAGCCACCGTCAGCGCGGGAACCCTTTTGGGGACAGGACTTGCGACGGCGGCCGCCTCCGGTGTCGTGCCGCTCTTCCTGGGCGGACAGGTGTTCCAGAGCGCCATTATCGAGTTCTGGCTGCCGGTCTTCGGTGACGTCAAGTTCGTTACCTCCACCATTTTCGATATCGGCGTGTACATCGTGGTGGTGGGGTTGGCGCTCGATGTCCTCCGTAGCCTCGGTGCCGAGATCGACGAACACTTTGAAGGAAAAGGTGCCCCGCTGGCTGAGGAAGACGCCGCCGGGCATGCTGGCCTTGCCGAGGAAGCCGCCGAATCCGCTGCGTCCGGGAAGGCAAACGCATGA MITVLAITFVAATVAPLIFSKLGRNAFYALAAVPAGAFIWLLFQYGPVYSGGGIYEVIPWIPSLKLELAFRMDPLAWVMSLLILGVGSLVLVYCARYFKNKDAGLGGFGAQLLAFAGAMFGLVTSDDLLMLFIFWELTTILSYLLIGYARTRLAARRSALQALMVTTAGGLAMLVGLIILGQAAGTYRISAILDQAGPLMDGPMQGAVATAVVLILAGAVTKSALVPFHFWLPGAMAAPTPVSAYLHAAAMVKAGIYIVARLAPGFSTSEFWLPVVLGLGLATMLVGGYRALRQTDIKLILAYGTVSQLGFLTMVVGLGRPDAALAGLGLLLAHGLFKASLFLVVGIIDHQSGTRDIRKLSGVFRSSRALGVVAAIAAASMAGVPPLAGFVAKESVFEAFVHYGTGDGAPAWGIWILVGLVIGSILTFAYSARFMWGAFALKPGVEPTPFKPIKPAFLAAPAILSLLTIVYGLWPTPVDTWIQPYAALFADGPAAVDAGHLALWHGVTPALGLTALTFAAGAAMFYWRNLVSRAQSLVPDWVDGDRAYQNTIGALDDIAVWVTGRTQRGSLYFYLAVILTVAFAVPMTALIVANKPLPDDMYFIDPNSPLQVVAGIGIVVGALAAVRANKRFLAVLMVSVTGYGIALMFALQGAPDLALTQMLVETIVLVAFVLAMRSLPAELRDRTGGRLRVIRVIIGAAFGITMIFVAIYAMGARVATPISLEFPRLAYEGGGGLNVVNVTLVDIRAWDTFGEISVLAIAATGVASLIFVRSRGDRIKTSEAVPEGSVGRRTGVDRDSRDGATLAVAKKFTDVSRDAWLVAGRTLAPERRSIIFEVVTRLIFHSMIVFSIYLLLAGHNMPGGGFAGGLTAGLALTIRYLAGGRFELSEAATVSAGTLLGTGLATAAASGVVPLFLGGQVFQSAIIEFWLPVFGDVKFVTSTIFDIGVYIVVVGLALDVLRSLGAEIDEHFEGKGAPLAEEDAAGHAGLAEEAAESAASGKANA PGPT0013895_118 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013895-mnhA-K05565 NA NA D3-18_00512 501 hypothetical protein ATGAGCATCAACCTGACCCTGCTGATCGTCATGGGTGTCCTGTACGCCTGCGGCATCTATCTGATCCTGGAACGCAGCCTGACGCGCGTGCTGTTGGGCTTGATGCTGCTGGCCAACGCCACCAACATCCTGATCCTGAGCACGGGAGGGTACGCAGGCCTTGCCCCCTTGTTCGACAAGGAAACGAACCCGGAGACGTACAACGATCCTTTGCCCCAGGCACTGATCCTGACGTCGATCGTCATTTCCTTCGCTGTCACGGCTTTCATGCTCGGCATCATTTACCGCACATGGGTCCTGGCTCGCCAGGATGAGATCCAGGATGACCTCGAAGACGTCCGCGTGGCCAAGACTCCCAGCTTCGATGCAGAAGACGACGCAATTGTCCCGCTGGAAACTTCCGAATTCGCCATCACCCCGGCCAGCCCTGCAAGCAAGGACAGGCCCGACGCGACCGAAACACCCAACACGGCTTCAACCCAGGAAGGAGGCAGCGCGTGA MSINLTLLIVMGVLYACGIYLILERSLTRVLLGLMLLANATNILILSTGGYAGLAPLFDKETNPETYNDPLPQALILTSIVISFAVTAFMLGIIYRTWVLARQDEIQDDLEDVRVAKTPSFDAEDDAIVPLETSEFAITPASPASKDRPDATETPNTASTQEGGSA PGPT0013905_190 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013905-mnhC-K05567 NA NA D3-18_00513 1614 mrpD COG0651 Na(+)/H(+) antiporter subunit D GTGAATCTCGCAAACCTGTCGCCGCTGGCTGTCCTCTTACCGATCCTGGGTGCTGCCTTGGCGTTCCTGCTGATCCGGCACCACAGCGCACAGCGGGTAGTGAGCATTGGCATCCTGAGTGCCACCCTCCTGCTCGAATGCCTGCTCCTTGTCTCCGTGTGGGACGGCGGCACTACGTCCGTCACGCTCGGCGGATGGCTGCCGCCGTGGGGTGTGGTCCTTGTGGTGGACCAGTTCTCTTCGCTCATGCTGGTGGTTTCCACCGTGGTCAGCCTTGCGGTGCTCATTTATGCGACCGGTCAGGGGATGGCCGACGGCGACCAGGAAGCACCCGTCTCGATCTTCCACCCCACCTACCTCATCCTGGTGGCAGGCGTATCCAACGCATTCCTGACCGGTGACCTCTTCAACCTCTACGTCGGTTTCGAGATCCTGCTGACGGCCAGCTACGTCCTCATGACACTGGGCGGAACCGGACCGCGCATCCGTGCGGGCGTCACCTATGTTGTGGTTTCCGTGGTGTCTTCCGTGCTGTTCCTCATCGCGATCGCCATGATCTACGGTGCCACCGGAACCATCACCATGGCCGACTTGGCCATCAAACTGGCCGAACTGGATCAAGGCACGCAGAACCTCCTGCACGTGATGCTGTTGGTGGCTTTCGGCATCAAGGCAGCTGTCTTCCCCTTGTCCTTCTGGCTTCCGGACTCCTATCCGACTGCGCCCGCTCCAGTCACCGCCGTGTTCGCCGGGTTGTTGACCAAAGTGGGCGTCTACGCCATGGTCCGCACGGAAACACTCTTGTTCCCAGGGGACACCCTCAACGTCCCACTGATGGTGGTGGCGCTACTGACCATGATTGTCGGAATTCTGGGCGCCTTGGCCCAGAGCGACATCAAACGTCTCCTGTCCTTCACGCTGGTGAGCCACATCGGCTACATGGTGTTTGGCCTCGCCATGAGTTCCGTGGCCGGGCTGGGCGCTGCGGTCTTCTACGTTGCGCACCACATCACCGTGCAGACCAGCTTGTTCCTGGTCACAGGACTCATAGAGCGGCGTGGCGGCAGCTCCTCCATTGACCGTTTGGGCGGTCTTGCCAAGCTCTCGCCATTGCTTGCCCTACTGTTCTTTGTTCCGGCGATGAACCTTGCGGGCATTCCGCCGTTCTCCGGCTTCCTCGGAAAGCTTGGGCTGCTGCAGGCCGGCGTGGAGTTGGGGACGCCCCTGGCAATCGTGCTGGTGGTGGGCGGTGTTGTCACCAGCCTTCTGACGCTGCTGGCAATCGCCCGTGTCTGGAACAGGGCGTTCTGGCGCAAACCTGAGGATGCCGAGTATCCGGACCCTGTGCTGATGACCCCAGGAAATGTGGGTGTCCTGCCCCGCACCATGGTTGGCTCCACAGCTGGCCTGGTGGTGTTCGGGGTGGCACTCACTGTGTTCGCAGGGCCGCTCTTCCGCGTAGCTGATGGTTCCGCCGGCATCATGCTGGACCGCTCGGCGTACATCCACTCGGTCTTGGGAGATTCCGTTGAGGTGCCACCGCTGGCACAAACAGACGAACCGCAGCCGGTAAAAGCACCCTCAGGTGAGGCACAGTCGGGTGATGCCAAATGA MNLANLSPLAVLLPILGAALAFLLIRHHSAQRVVSIGILSATLLLECLLLVSVWDGGTTSVTLGGWLPPWGVVLVVDQFSSLMLVVSTVVSLAVLIYATGQGMADGDQEAPVSIFHPTYLILVAGVSNAFLTGDLFNLYVGFEILLTASYVLMTLGGTGPRIRAGVTYVVVSVVSSVLFLIAIAMIYGATGTITMADLAIKLAELDQGTQNLLHVMLLVAFGIKAAVFPLSFWLPDSYPTAPAPVTAVFAGLLTKVGVYAMVRTETLLFPGDTLNVPLMVVALLTMIVGILGALAQSDIKRLLSFTLVSHIGYMVFGLAMSSVAGLGAAVFYVAHHITVQTSLFLVTGLIERRGGSSSIDRLGGLAKLSPLLALLFFVPAMNLAGIPPFSGFLGKLGLLQAGVELGTPLAIVLVVGGVVTSLLTLLAIARVWNRAFWRKPEDAEYPDPVLMTPGNVGVLPRTMVGSTAGLVVFGVALTVFAGPLFRVADGSAGIMLDRSAYIHSVLGDSVEVPPLAQTDEPQPVKAPSGEAQSGDAK PGPT0013910_713 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013910-mnhD-K05568 NA NA D3-18_00514 567 hypothetical protein ATGAGCCGCAAACCCATTTCCTTCCGCACGGAGTTGCCGCTCCTCATCTGGTTGGTCATCGTGTGGGGCGCGCTATGGCGGGACTTCAGCCCGGGCAACCTGCTGTTTGGTGCCCTGATCGCTGTGCTGGTGGCCAAACTGTTCTACCTCCCGCCCGTGGAGCTCAGTGGCAGGTTCAACATTCTGCGCGCTATCCCTTTCGCACTGATGTTCCTCGGCAAAGTGGTGGCAGCGAGCTTCCTGGTCCTGTATCTGGCAGTAGTGAAAGGACCCGCGGTGCGTAGCGCCGTCGTCGCCGTTCCCTTGCGGAGCCACTCAGACCTGATGGTGACAGCCACCGGACACGTCATTTCGTTGATCCCGGGCTCCTTGGTGGTGGAAGTGGATCGCTCAACGTCCACGCTGTATCTGCACGCCCTCAACATTTATGAGGAAGCGGACATCGACAAGATCCGCGAGGAAACCCGAGTCATTGAGGCGAGATTGATCCGCATCATGGGCACGCGCGAAGAGGTCGCAGCCCTCAATGCAGAACAGCGTCCGGGAATGGAAGGGGCAACGCTATGA MSRKPISFRTELPLLIWLVIVWGALWRDFSPGNLLFGALIAVLVAKLFYLPPVELSGRFNILRAIPFALMFLGKVVAASFLVLYLAVVKGPAVRSAVVAVPLRSHSDLMVTATGHVISLIPGSLVVEVDRSTSTLYLHALNIYEEADIDKIREETRVIEARLIRIMGTREEVAALNAEQRPGMEGATL PGPT0013915_386 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013915-mnhE-K05569 NA NA D3-18_00515 279 hypothetical protein ATGAAGGAGTTCGTTCTCGTGGCAACGGCTGTGATCCTAAGCCTAGCCGCGGCAGGAGCCATTGTCCGGATTGCGATTGGCCCGTCCCTGCTGGATAGGGTGCTCGCATCGGATGTGTTGCTGGCAATCCTGGGTGCCGCCCTGGCGATCGATATGGCCATGAACAAGCACCTGAACAACTTGATGTTGTTAGTGGCCCTCGCGGTGATCGGGTTCATTGGCTCGGTGACCGTGGCCCGGTTCGTGGCCGAGCGGAGGGAGCAGAGCAATGAATCCTGA MKEFVLVATAVILSLAAAGAIVRIAIGPSLLDRVLASDVLLAILGAALAIDMAMNKHLNNLMLLVALAVIGFIGSVTVARFVAERREQSNES PGPT0013920_896 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013920-mnhF-K05570 NA NA D3-18_00516 393 mrpG COG1320 Na(+)/H(+) antiporter subunit G ATGAATCCTGATGCCACGGGTATGGATGCCGTGATCGACGCTGTCACTGCGGTGTTCCTGGTGGTGGGCGCACTGATGTCCCTCGGCGCTGCTATCGGCTTGTTGAGATTTCCGGACCTCATGAGCCGCATGCACGCGGCCACCAAGCCGCAGGTTCTGGGATTGTTCCTCATGCTGGCTGCGATCGGCCTCCAGATGCGGACCTGGTGGGTATGGCCAGTTCTTTTGGTGGCGTGGATTTTCCAGCTCCTGACGGCCCCGGTATCCGCTCACATGGTGGGCCGCTCCGCCTACCGCACCAAGCACGGACACCGCGAAATGCTCACCAAGGATGAACTTGAAGCGGTGGTGCAGCGCGCAGCTGCGGGGCAAGAGCCCGAGAGCGAGCGCTAG MNPDATGMDAVIDAVTAVFLVVGALMSLGAAIGLLRFPDLMSRMHAATKPQVLGLFLMLAAIGLQMRTWWVWPVLLVAWIFQLLTAPVSAHMVGRSAYRTKHGHREMLTKDELEAVVQRAAAGQEPESER PGPT0013925_367 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013925-mnhG-K05571 NA NA D3-18_00517 261 hypothetical protein ATGAACCTCTTCTTCAAGCTGATCGGCGCCGGAGTAAGCCTCGGAGCAGGCTTCGTTGGTACCAAACTCGTCAACAAAGGGTGGGAAAAGGCCACTGGCAACAAGCCACCCCTAGGCAACGACGACATGGAATCGAGCCTGCGCTCGGCCCTGACGTTCGCGCTGATCTCAGCCTTTGTCAGCACGCTCATCCAAGTGCTGGCGAGCAGGGGTACGCAGCGCGCCATTGCGCGCTTCGCCAAGACACACGACATCGTCTAG MNLFFKLIGAGVSLGAGFVGTKLVNKGWEKATGNKPPLGNDDMESSLRSALTFALISAFVSTLIQVLASRGTQRAIARFAKTHDIV NA NA NA NA NA D3-18_00518 693 hypothetical protein ATGACGGACCTACCCACACAGGATCACCCTGCCAGCGACACTCCAGTGCCCGAACCCCGGCTCGCCGCGAGCGTCATCCTGCTCCGTGACGCGCCGGGCGGGCTCGAAGCTTTCGTCCAGCACAGAGTTAGCACCATGGACTTCGCTGCGGGCATGGTGGTCTTCCCTGGAGGCCGGGTGGATGCCGCGGACGAGTCCGGGTGGGACTACCCCGCGGAACTCCTCCGAAGGCATGCCGTTGACTGGCAGCACAGCTCCATCTCCACGGCCCGGGGCGAAGCCACCAGGAACGCCGGAACGGTGCTTACCGCCGCAATCCGTGAAGTCAGGGAGGAAGCCGGGCTCAGCATCGAGGCCACGGACCTCCGCCCATGGGCCAACTGGATCACGCCGACAGATATGCCCAAGCGATTCGACACCTACTTTTACGTGGCCAGGCCCTCCCCCGGCGCCGAACCCCGTCACCAAACAACGGAGGCCTGGCAATCACTATGGATGCGGGTGGCGGACATTCTTGCCGCGGAGGCTGCCGGCACCCTGAAACTGATGCCGCCCACGTATTACCTGCTCAAAGAAATCGCCGGGTTCGCCACCGTGGATGCTGTTTGGTCCGCCGAGCACGATGTTGTTCCGGTACTGGCACCTGTCGGTTCCATGGCGGCGTTCCTCAAGGAGCGCGAAAACCGCCGCTAA MTDLPTQDHPASDTPVPEPRLAASVILLRDAPGGLEAFVQHRVSTMDFAAGMVVFPGGRVDAADESGWDYPAELLRRHAVDWQHSSISTARGEATRNAGTVLTAAIREVREEAGLSIEATDLRPWANWITPTDMPKRFDTYFYVARPSPGAEPRHQTTEAWQSLWMRVADILAAEAAGTLKLMPPTYYLLKEIAGFATVDAVWSAEHDVVPVLAPVGSMAAFLKERENRR NA NA NA NA NA D3-18_00520 621 ykoE COG4721 Putative HMP/thiamine permease protein YkoE ATGACCACGGTAAACGTGAAGAAGACCAGTTATAACTGGCGTGTTGTAGACATTGTTGTGGCGGCCTTGATCGCCATCGCGGGCGGCGTGATCTTCTGGGCATGGTCCCAAGGCGCCGCACTGGTATCCATCCCCATGAACGCGACGTATCCGCCGCTCACCGGCCTGATTGCCGGCGGCTGGATGATCCCCGCGGTCCTGGGCATGCTCATAATCCGCAAGCCGGGTGCAGCCCTGTTCTGCGAAACTGTTGCCGCTACCGGTGAGCTCATCATGGGTTCGCAGTACGGCACCACCGTGCTCATCTCCGGCGTTCTGCAGGGCCTGGGCGCCGAACTCATTTTCGCCGCCTTCCGGTACAAGAAGTTCAACCTGCCCACCGCCCTCCTCGCCGGTGCGGGCGCGGGCCTCTTCTGCGGCCTGAACGACTCCTTCCTCCCGTGGGGTTGGAACATCGCCTATGAAGCCGTCGACAAGCTGGCCTACATCACCTTCACCACAATTTCAGGTGCAGTCATCGCGGGCGCGCTCTCCTGGGTGGCCACGCGCGGCCTGGCCAAGACCGGCGTGCTGAGCTCCTTCGCCTCGCGCAAGGCCGCTTCGGAGCCCGTCTTCAGCTGA MTTVNVKKTSYNWRVVDIVVAALIAIAGGVIFWAWSQGAALVSIPMNATYPPLTGLIAGGWMIPAVLGMLIIRKPGAALFCETVAATGELIMGSQYGTTVLISGVLQGLGAELIFAAFRYKKFNLPTALLAGAGAGLFCGLNDSFLPWGWNIAYEAVDKLAYITFTTISGAVIAGALSWVATRGLAKTGVLSSFASRKAASEPVFS NA NA NA NA NA D3-18_00521 1593 ykoD COG1122 Putative HMP/thiamine import ATP-binding protein YkoD ATGCCGGCCACGCATAGCGGCACGGTGAGGCCTGCCGCCATCTCAGCCGAGGGCTGGGGTTGGCGGCATGCCGGCCGGGCCCACCCTGCCATTCAGGGCCTCGACCTTCGGATCGAACCGGGGGAGCGAGTACTGCTGCTCGGACCTTCGGGTGCGGGCAAGTCCACGCTCTTGCATGCCCTAGCCGGGGTGTTGGGTGATGAGGAAGACGACTCGGATGAGACCGGCTCCCTGCTGATTGACGGCGTTGTACCCCGCGAGCAGCGGGGGCGCGCGGGACTGATGCAGCAGGACCCTGAGACGCAGGTGGTTTTGTCCAGGGTTGGCGACGACGTTGCCTTCGGCGCCGAGAACCTTGCCGTGCCCCGTGACGAGATTTGGTCCCGCGTCCATGAAGCGCTCGACGACGTCGGGTTGCGCACCGCTGCCGGCAGCGGCCTGGCGTTGGATCACCCGACGGCGGCGCTCTCCGGCGGCCAGAAGCAGCGCCTTGCGCTTGCGGGCATTTTGGCGATGCGGCCCGGGCTGATCCTGTTGGACGAACCAACGGCCAACCTGGATCCTGCAGGAGTGCTGGAGGTCCGTGATGCTGTAGCGCGATGCCTGGACAAGACCGGGGCAACGCTGGTCGTGGTGGAACACCGCGTGTCCGTGTGGAAAGACCTGGTGGACAGGATTGTGGTTCTGCAGCCGGGGTCGGCTGTAGGGTCCAGCACGGCCGCAGGATCAGGGCGGGCCACGGGCGGAGTCCTCTTGGACGGCCCCCCGGACCAGGTCCTTTCCGAGGCCCGCACCATGCTGATGTCGGCTGGCGTCTGGGTGCCGGGGTACGTCCCGGCAACCCGGCAGCGGCACAATGAACCCGACGCCGCGCAGCTTCTCCTCGCGGCCCAGGACCTTGCTGTTTCGCGTGAAAAGCAGCGGCGCAAAGGCTTCAAGACCATCCCGCCCATTCCGGTGCAAACGGGCATCAGTGCACAGGTCCGGGCAGGCCAAGCATTGACCATTACGGGGCCAAATGGTGCCGGCAAGTCCACGTTCGCTCTCACGTTGGCTGGCCTTTTGGCGCCAGTGGACGGCACAGTGAGTGCCGCCGTCGAGCTTTCCGAGGGTGCGGGAATTGACCCGTTCAAGTGGAAAGCAGACCAGCTGATTTCTCGGATTGGGACGGTGTTCCAGGAGCCGGAACACCAGTTTGTCACGGGCAAGGTCCTGGATGAGTTGATGTTCGGTCCGAAGCATCTGGGTCATGGTGAAGAGCGCGTGGACGAGTTGCTGGAGCGTTTACGGCTCACACATCTGGTAGACGCGAACCCCTACACGCTTTCCGGCGGTGAAAAGCGGCGCCTCTCGGTGGCCACGGTGCTGGCCGCGCACCCCAAAGTCCTGGTGCTCGATGAACCCACGTTCGGACAGGACGCGAATACCTGGGCCGAACTGGCGTCGTTCCTTTCCGAGTTGCTGGACGCAGGGACCGCGGTGGTCTCCGTGACTCACGATCAGGAATTCAGTGCAGTACTCGGCGGAACCGAGTTGCGGCTCGGCCCGATATCGCAGGGCAGAGCAACGCATCAGGAAGCGGGTGCAGCGTGA MPATHSGTVRPAAISAEGWGWRHAGRAHPAIQGLDLRIEPGERVLLLGPSGAGKSTLLHALAGVLGDEEDDSDETGSLLIDGVVPREQRGRAGLMQQDPETQVVLSRVGDDVAFGAENLAVPRDEIWSRVHEALDDVGLRTAAGSGLALDHPTAALSGGQKQRLALAGILAMRPGLILLDEPTANLDPAGVLEVRDAVARCLDKTGATLVVVEHRVSVWKDLVDRIVVLQPGSAVGSSTAAGSGRATGGVLLDGPPDQVLSEARTMLMSAGVWVPGYVPATRQRHNEPDAAQLLLAAQDLAVSREKQRRKGFKTIPPIPVQTGISAQVRAGQALTITGPNGAGKSTFALTLAGLLAPVDGTVSAAVELSEGAGIDPFKWKADQLISRIGTVFQEPEHQFVTGKVLDELMFGPKHLGHGEERVDELLERLRLTHLVDANPYTLSGGEKRRLSVATVLAAHPKVLVLDEPTFGQDANTWAELASFLSELLDAGTAVVSVTHDQEFSAVLGGTELRLGPISQGRATHQEAGAA NA NA NA NA NA D3-18_00522 795 ecfT COG0619 Energy-coupling factor transporter transmembrane protein EcfT GTGAGGGACGCACTGAACATCCGCGGAAACCACGCCCTTCTGACTCGGGCCAACCCCTTGGCTAAGTTCATGTCGGTCTTCCTGATCTCCCTGGTGCTGGCCTTGTCCATCGACTGGGTCTCTGCGTCCACCGCGCTCCTTGCGGAACTGGCTCTCTTCCCGCTTGCAGGCCTCACTATCAGGCTTCTGTGGCAGCGAGCCTGGCCCCTGATCATTGCGGCCGCGATCGGCGGCTGGAGCACCGCAATAGTGGCGGCGGACAGCGGCGCTGTACTGCTCGACGTCGGACTCTGGTCCATCAGCGAGGGTTCCCTGGAGCTGGGGCTGGGTTTCATGTTGCGCGGTTTGGCGATCGCGTTGCCGGCCATCCTGCTGATGACCTGCACTGATCCCACTGACCTGGCCGATGCCTTGGCTCAGAAGGCCAAGCTGCCGCACCGCTTTGTCCTTGGATCTTTGGCGGCGATGAGGCTTGTGGGGCTCATGGCGGAGGAATGGCAAACCATAGGGATGGCCCGCCGCGCCCGTGGAGTCGGTTCCCAGGGCAGCCCGTTCCAGCGGTTGAAGGCCACGCTTGGCCAGAGTTTCGGTCTGTTGGTTCAGGCGGTTCGGCGGGCATCCCGACTGGCGGTGACCATGGAAGCGCGCGGCTTCGGCGGTGGGCAACGGACGTGGGCGCGCGAATCAGCGTACTCACTGCTGGACGTGTGGGTGGTCCTTGGTGGGCTGGTCATCGCAGCCGGCGCAGTGTTGGCGGCTGTGGGTGCGGGAACCTGGAGCTTCGTCTGGCGCTAG MRDALNIRGNHALLTRANPLAKFMSVFLISLVLALSIDWVSASTALLAELALFPLAGLTIRLLWQRAWPLIIAAAIGGWSTAIVAADSGAVLLDVGLWSISEGSLELGLGFMLRGLAIALPAILLMTCTDPTDLADALAQKAKLPHRFVLGSLAAMRLVGLMAEEWQTIGMARRARGVGSQGSPFQRLKATLGQSFGLLVQAVRRASRLAVTMEARGFGGGQRTWARESAYSLLDVWVVLGGLVIAAGAVLAAVGAGTWSFVWR PGPT0004015_2394 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 D3-18_00523 600 aacA4 Aminoglycoside N(6')-acetyltransferase type 1 ATGACCACCACCACCCAGGACTTCTCCGTCCGCACCACCGTCTACTCCGAAGAGCTCGAAGGATGGGGTGCGCTCCGGATTGTTCCGTTGGTTCCCAGCGAGGACATCGACCTCATCTTCGAATGGGTCACCCAGCCCCGCGCTAAGTTCTGGGGAATGATGGAGAATTCCCGCGAAGAAGTCCTGGAGATCTACGAGTTCCTTGACTCCTTGGAGACCCACCACGCGTTTTTGGCCACCCTTGACGGGGAGCCGTTGGCACTCTTCCAGACGTACGAGCCCCTGCACGATCCCGTCGGCGAGGCCTACCCCGCCCGCGAGGAAGATATCGGCATGCACCTGCTGCTGGCCCCGGCCACGCGGCCCATTCCGCATTTCACCCCGAAGCTGGGCACGTCCTTGATCAAGTACATGTTCTCCCTGCCGGGCAAGGACAGGATCGTGGTGGAGCCGGACTCCCGCAATGCCAAGGCCCTTCGCCGGCTGGAAGCGACATGCTTCGAGCTGGGACCCATCATTCAGCTCGCCGAGAAGGAGGCCCAATTGGGGTTCCTTACGCGGGCAGGCTTCGATGAGATTCAGGAGCAGCGGACCCGGTAG MTTTTQDFSVRTTVYSEELEGWGALRIVPLVPSEDIDLIFEWVTQPRAKFWGMMENSREEVLEIYEFLDSLETHHAFLATLDGEPLALFQTYEPLHDPVGEAYPAREEDIGMHLLLAPATRPIPHFTPKLGTSLIKYMFSLPGKDRIVVEPDSRNAKALRRLEATCFELGPIIQLAEKEAQLGFLTRAGFDEIQEQRTR PGPT0028075_25 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028075-pac-K01434 NA NA D3-18_00524 2127 acyII Penicillin acylase 2 proenzyme ATGACGCCTGCCCAGACGCCCACGTCCGCCCCGGCAGGCGGCCCCGGAGCGTACCGTGACGAGTGGGGAATCCCGCATTTGTGGGCTGATTCCGCCGATGAACTCGCCTTTCTGCAAGGCGTGAATGCAGCCAAGGACCGCTCATGGCAGATCGAGCTGGAACGGTGGCGCTCGGAAGGCCGCGCAGCCGAGGTACTGGGCACCGACGTGGTGGTCTGGGATCGGTTCGCCCGCCAAGCCCGGCTGAATGACACCGCACGTCGCTGCTTTGAGAACCTCGACGCCGCCACTCAGCGCTGGTGCGGACACTACGTGGCGGGCATCAACCAGGCCCTGGCAGACGGCCGACGTGGTGGGCCCGAGTTCGAAGAATCCGGCAGCCTACCCGAGCCTTGGAATCCGTGGACTCCGCTCGGCGTCTTCCTGGTGCACCACATCCTGTTTTCCACTTTCCCCAACAAGCTGTTCCGGGCCCACGTCGCGCGGACCCTTGGGGACGACGCCGTGAGCCTATTCAGCATCGAAGCACCGGTTTGGTCAGGCAGCAACGCTTGGGCAGCGCATGGCTCGACGACGACCAGTGGACTTCCCTTGATTGCCGGCGACCCCCACCGCCTCATGGAGCTGCCCGGCGTCTACCAGCAAATACGGCTCGCCTGCCCGGAATTCGATGCGATCGGATTCGCGTTCCCCGGTGTTCCCGGCCTCCCCCATTTCGCCCATACAGGCAGCACCGCTTGGGCCATCACCAACGCCATGGCCGACTACCAGGACCTTTTCATCGAGGAGTTGCGCCGGGTCAGCGACTTCACGGGTGAGCGCATCGAGGCGCGCGGAGCGGAAGGCTGGGAACCCGTCGTCGTGAGTTTCGAAACCATCCGCGTCCGCGACGGCGAGGCTGTGTCCGTTGAGATTATCGAGACCGATCGGGGTCCGGTCATCTCGGAAACGCCCGACGGCGGCGCCCTCAGTTTGCGCTTCCCGGCCAGGATTGAGGGGCGGTTGGGTTTCGAGGCCCTCCTGCCGCTGCTGCGGAGCCGGAACGTCTCCGAGGTGGAGGCTGCCTTCGATGCCTGGGTTGAGCCGGTTAACAGTGTGGTGGCCGCGGACGTTCACGGGTCTGTGAGGCATTTCCTTGCCGGGCTGGTCCCGCAGCGCAATCCGGCCAACCGGCGCCTTCCCGCTCCGGCCTTCTCCGCTCGTCATGACTGGGAGGGCCAGTACGTGATCCTGCCCCGTGCTGAGGTCCAGCAGTTTGCCGTGAGCGCGAACGACCGCGCGGCAGGAGGCGGTGATCAAGTGGCGATGGAGTTTGCACCTGCGCATCGTGCCCGGCGCATCCGGGAATTGCTGGAGCTAACGCCCGGACCTTTGTCCGTGGATGACATGCAGGCCATCCACGTGGACACCCTGCTGGGTCCGTGGCCGATGTTCCGATCAATGCTCTCCGGCATGGACGTCCAGGACCTGTCCTTGGAGGCGAAGGATTTGCGGGCCCTTCTGTTGGACTGGGACGGCCTGATGGAGGCCGGCAGTCATCACGCTGCCGTTTTCGCGGCGTGGCGTGGTGCGCTGGTCCAGCGACTGGCACGGCATTCCGCGCTTGCGCCATTGAATGAGCCCACAGGCTACTCACCCTTGTTCGGGCCCTGGTTGTCAGTGGCGTCCCGCATCGGTTTCGCCCTTGAGACCCTGCTGGCTGGCGGTTCCGAGCTTGGCATCAGCGTTGGAGTGGAAGCTGCCGCGGCGCTTGAAGACGCTGCGTTGGAGGAATCCATGCTGAACGGTGCTGCCTGGGGTGACCGGCACAAGCTCCTGGCCGTTCATGTCCTCCCCGGCCCGCTCCATTCATCGGCGCCCACTGCCGACCTCAGTGGAGATACCGGGTGTGTCCTGTGCACCGAGAGCCTCCCCGGCGTCGAAGACCGGAGTTTCCGCGGACCCGTAGCCCGCTACGTTTGGGACCTGGCCGATCGGCAGAACAGCCGCTGGATCGTGCCATTCGGCGCCTCCGGCGTGCCCGGACACGAGCACTTCGCCGATCAACTCCCGCTCTGGACGGCCGGGGAACTCGCCCCGATGGTCACTGACTGGTCGCTTCTGGCCAAAGACGCTCCCTCGCTATGA MTPAQTPTSAPAGGPGAYRDEWGIPHLWADSADELAFLQGVNAAKDRSWQIELERWRSEGRAAEVLGTDVVVWDRFARQARLNDTARRCFENLDAATQRWCGHYVAGINQALADGRRGGPEFEESGSLPEPWNPWTPLGVFLVHHILFSTFPNKLFRAHVARTLGDDAVSLFSIEAPVWSGSNAWAAHGSTTTSGLPLIAGDPHRLMELPGVYQQIRLACPEFDAIGFAFPGVPGLPHFAHTGSTAWAITNAMADYQDLFIEELRRVSDFTGERIEARGAEGWEPVVVSFETIRVRDGEAVSVEIIETDRGPVISETPDGGALSLRFPARIEGRLGFEALLPLLRSRNVSEVEAAFDAWVEPVNSVVAADVHGSVRHFLAGLVPQRNPANRRLPAPAFSARHDWEGQYVILPRAEVQQFAVSANDRAAGGGDQVAMEFAPAHRARRIRELLELTPGPLSVDDMQAIHVDTLLGPWPMFRSMLSGMDVQDLSLEAKDLRALLLDWDGLMEAGSHHAAVFAAWRGALVQRLARHSALAPLNEPTGYSPLFGPWLSVASRIGFALETLLAGGSELGISVGVEAAAALEDAALEESMLNGAAWGDRHKLLAVHVLPGPLHSSAPTADLSGDTGCVLCTESLPGVEDRSFRGPVARYVWDLADRQNSRWIVPFGASGVPGHEHFADQLPLWTAGELAPMVTDWSLLAKDAPSL PGPT0028075_1759 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028075-pac-K01434 NA NA D3-18_00525 735 irtA COG1132 Iron import ATP-binding/permease protein IrtA TTGAAGCGCAATTGGGAAAGCGTCGTCCTCAAAGTCATGGGCGCCAAGGACTTCACCCTGGAGGTCACGGGGCGGGAAGAGATCACCCCGGACTTCCTGCGCGTGCACGTGCGTGATGGGGGACTGCTGGAGCGTAGCGGCCTGCACCCCACTATGTGGATCCGTCTCTGGTTCAACGATTCCGGTAAGGCCCACCAGCGTGCCTACACGCTGGTCAACGCCTCCCCTGCGGATGGTACGTTCAGTTTGGACTTCGCGATGCACCACGGGGTCGCGGCGGATTGGGCCCGTTCCGTCCAGCCCGGAGGCACCATTGATGCCACTGTTCAGGGCAGTTCCTTCACCTTCCCGCAGCCCGCCCCGCGTCGGATCTGGGTGGTGGGCGATCCTGCCTCCATCCCGGCAATTAATTCGCTCCTGGATGAGCGGCGGCGTGTAGCCGCGGGCACGGCTCCAGTGACCGCTTGGCTTGAATACCAGCACGACGCCGACCCCTCGCTTGAGGTGCGTACCTCCGATTCCGACGTCGTCACCTGGATTCCGCGCAAACGCGACGGTGCCGCTTTAGTGGAGGAAGTCTGCGGTGCGCTCACGGCGGACACTGTTTCCGTAGGCGAGGACTTCTTCTGGATCGCATGCGAAGCCTCAAGCACGCGGGCAATCGTCAAGCATCTGCGGAAAGAACTCGGCGTAGACAAGCACCGGATTGATGCCTTGGGGTACTGGCGGGTCTAG MKRNWESVVLKVMGAKDFTLEVTGREEITPDFLRVHVRDGGLLERSGLHPTMWIRLWFNDSGKAHQRAYTLVNASPADGTFSLDFAMHHGVAADWARSVQPGGTIDATVQGSSFTFPQPAPRRIWVVGDPASIPAINSLLDERRRVAAGTAPVTAWLEYQHDADPSLEVRTSDSDVVTWIPRKRDGAALVEEVCGALTADTVSVGEDFFWIACEASSTRAIVKHLRKELGVDKHRIDALGYWRV NA NA NA NA NA D3-18_00526 480 hypothetical protein GTGACTCTTCCAAGCACCAACAACTTACGACGCCGCCCCAAGACTTCCGCGCTCCGTGTCGCCGTTACCAGTTTGCTCACCTTTGTCCTGGCCTGCGCCTTGGCATCCTGTTCCCTCGGAGGATCCGTCATGCCCGAAACGAACGATCACCTGAACGATCAAGTGCTGGAGTCGGCCAAGAACGGCACATCACTCAAGCTAGCCGACGCTACGGACTTCGACTGGGACCAAGCAGGTTTCGTCACTTCCGGAACTCCGGCCAAGGACATTGAGGAGGCCTTTGGCGAACCCCTCACCAAGGAGAGCCGCTATACCGCTTCACCGGCACTCTTTGTTTTCTTGAAAGACGGCAAGGTCACCAAGGCGGTCCGCATTGTCCCGGACGCATTCTCAGGGGCGGACGCCAGGAAGAAGTACGGCCGCGACGTGGTGCTGACTCCGCCGGAGGGGCAGAAGGGCTTCCTCAACTGGCGCGAATAA MTLPSTNNLRRRPKTSALRVAVTSLLTFVLACALASCSLGGSVMPETNDHLNDQVLESAKNGTSLKLADATDFDWDQAGFVTSGTPAKDIEEAFGEPLTKESRYTASPALFVFLKDGKVTKAVRIVPDAFSGADARKKYGRDVVLTPPEGQKGFLNWRE NA NA NA NA NA D3-18_00527 942 hypothetical protein ATGCCTTTCTACGGCGCCGACGTCGATCAACTCAAAGCACTATCAAAAGCGCTCGCCAGCGGAGCATCTCTGCTGACCAGCCGTGCCCGGGAACTCGACTTCCTGATCACCCAGGGCAGTTCCTGGCAGGGACAAGATGCCAGGCGCTTCGCTTCCGACTGGCAGGGCCACCTACGGCCCCTGCTTGAAAGGACCTCGCGCGGGATAGAAGAAGCGTCCAAGTCCGTGCTGACCAATGCCGACGAGCAGTCGGGCGCGTCTACCGAAGGCGGAAACTCCGGCAACCCGGGTAACGACGCAACAATAAAGACAGCGGCTGCCACGGACCCCACCCAGCCCACACCCCAGGAAATCCTGGATAAGTACCAAGTCAGCGACGCCGAAACCACCAACTGGCCCGGCGACTGGGACCCGCTGCGGTTCGTGGTGGACCAGAAGGTGGTGACCGAGAAGGAAGCGGAACTCCTGAATGGCCTCGGCCCCTTTGAGCTGAACGCTTTCAAGGGCATCCACGACGACGCGTTCAGTGTTGCCGACGAGCGCTTCCCCAGCGAAGATCGCAATGACGACCAGAACGATGCCTTCCGCCACGCCTACTGGAATGCCCTCATGGTGAAAGAGTTCGGCGCTGACTGGGCGGAGGATTACGCCACGGCCCACGAGCAGCTCCCCGGAAACCCGGCTCCCCGCGAGGCCATGGATCTGTACAACAATGAAGTTGGGCGCAACGTGGCCATTGCCAATCCGGACGCCAGTGCTGAGGAGCTTGCAGACTTGATCGAGGACGCCGTCAACAACGGAGACACCGTGGTGGTGGGACCTGATCTATTGCCGCACCCGTCAAACCAGGTACCCGCTGACCAGACGGGCGATGCCGGCAATGCCGAGCCCGCCCCCGGCGAGGACCCGGAGTTTAACGACGAATCCAGGACTACATCGTGA MPFYGADVDQLKALSKALASGASLLTSRARELDFLITQGSSWQGQDARRFASDWQGHLRPLLERTSRGIEEASKSVLTNADEQSGASTEGGNSGNPGNDATIKTAAATDPTQPTPQEILDKYQVSDAETTNWPGDWDPLRFVVDQKVVTEKEAELLNGLGPFELNAFKGIHDDAFSVADERFPSEDRNDDQNDAFRHAYWNALMVKEFGADWAEDYATAHEQLPGNPAPREAMDLYNNEVGRNVAIANPDASAEELADLIEDAVNNGDTVVVGPDLLPHPSNQVPADQTGDAGNAEPAPGEDPEFNDESRTTS NA NA NA NA NA D3-18_00528 1524 murA COG0766 UDP-N-acetylglucosamine 1-carboxyvinyltransferase ATGACGCAACCTACCGCCGAGAATGTAGGCCTCCTGCTCCGCGACGCCCGCGGTGAAAAGGGCTGGACGCAGGGGCAGCTGGCTACTGAGCTGGGAACCAGCCAGAGTGCAATTGCCCGAATGGAACAGGGCAAACAAAATCTTAGCCTCCGGATGATCGAACGCCTTGAAGCCATCTTCGGACGCTCCATCGTCAAAGTGGGCAAGCCGCAGATGACCCACCTCCGCGTGGAGGGTGGCCGGACCCTCTCCGGCGAAGTGGACGTCAACAGCAGTAAGAATGCCGGCGTCGCCCTCTTGTGTGCCAGCCTGATCAACCGCGGAACCACCACTTTGCGTCGGCTGGCACGGATCGAGGAAGTCAACAGGATCGTCGAAGTATTGACGTCCATCGGTGTGGAATGCACGTGGCTCAACGGAAGCGACCTCCGTCTCCGCCGCCCCGAGGTCCTGGATCTCGAATCCATGGACGTTGACGCCGCCCGACGCACACGCAGCGTCATTATGTTGCTCGGTCCGCTCCTGGACGAAACCAGCGAATACCTGCTGCCCTATGCAGGTGGCTGCGATCTGGGGACGCGCACGGTGGAACCGCACATGCAAGCGCTTCGCCAGTTCGGCCTCGAGGTGGAAGCGAAGTCCGGTTTCTACTCCGTGACTGCACCTCCTGGCGACGAACTCCACCGTTCCTTCGTTCTGACCGAACGCGGCGACACCGTGACGGAGAATGCCATCATGGCGGCAGCCCACCGTGAGGGCACCACCATCATTCGGAACGCCAGCCCCAACTACATGGTGCAGGACCTCTGCTTCTACTTGCAGGGCTTGGGCGTGGACATCGACGGTGTCGGAACCACCACGCTGAAGATCACCGGACGCTCAGCCATTGATGTAGACATTGAGTACTTCCCGTCTGAAGACCCCATCGAGGCAATGAGCCTCATCACCGCAGGGATCGTGACCAACTCCGAGGTCACCATCCGCCGGGTTCCCATCGAGTTCATGGAAATCGAGCTAGCAACCCTGGAGCAGATGGGCCAGAACCTCGAGATCTCCGGCGAATACATGGCGCGCAATGGTCGTACCCGGCTGGTGGATGTAACTACCAAGCCCTCCGAGCTCCGTGCCCCGCAGGACAAGATCCACCCAATGCCCTTCCCGGGCCTGAACATCGACAACCTGCCGTTCTTTGCAGTGATTGCAGGCAATGCCGAGGGCCAGACCATGATCCACGACTGGGTCTACGAGAACCGTGCCATCTACTTGACGGAGCTCAACAAGCTGGGCGCCCAAGTGCAGCTTTTGGATCCGCACCGGATCTACGTGAATGGGCCTACCAAGTGGCGTGCCGCTGAGATCGGCTGCCCGCCGGCCCTGCGACCTGCAGCCTGCCTGCTCCTGGCAATGTTGGCGGCTCGGGGAACCTCCGAGCTCCGCAACATCTACGTGATCGAGCGCGGCTATGAGGACCTCGCCGAGCGCCTGAACACCATTGGTGCGAAGATCGAGTACTTCCAGGACTAG MTQPTAENVGLLLRDARGEKGWTQGQLATELGTSQSAIARMEQGKQNLSLRMIERLEAIFGRSIVKVGKPQMTHLRVEGGRTLSGEVDVNSSKNAGVALLCASLINRGTTTLRRLARIEEVNRIVEVLTSIGVECTWLNGSDLRLRRPEVLDLESMDVDAARRTRSVIMLLGPLLDETSEYLLPYAGGCDLGTRTVEPHMQALRQFGLEVEAKSGFYSVTAPPGDELHRSFVLTERGDTVTENAIMAAAHREGTTIIRNASPNYMVQDLCFYLQGLGVDIDGVGTTTLKITGRSAIDVDIEYFPSEDPIEAMSLITAGIVTNSEVTIRRVPIEFMEIELATLEQMGQNLEISGEYMARNGRTRLVDVTTKPSELRAPQDKIHPMPFPGLNIDNLPFFAVIAGNAEGQTMIHDWVYENRAIYLTELNKLGAQVQLLDPHRIYVNGPTKWRAAEIGCPPALRPAACLLLAMLAARGTSELRNIYVIERGYEDLAERLNTIGAKIEYFQD PGPT0024090_209 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLGLUCOSAMINE_MODIFICATION,PGPT0024090-murA-K00790 NA NA D3-18_00529 1197 COG2170 Putative glutamate--cysteine ligase 2 ATGCGGACTTTCGGGGTTGAGGAAGAACTGCTCATCGTTGATCCTGTGACGGGCGAGCCCTTGGCCCTCGCGGACGCGCTGATGGCGGGCCATGATGAACCCGCAACTGCCACAGGTCTCAGCCACGAACTCAAGCTGGAGCAGATCGAAACCCAGACCCGGCCGTGCCACGGCTACGACGACCTCCTGCACCAGATACGTCGCGGCCGCACCATGGCCAATGATGCCGCCCGTCAGCACGGAGCACGGGTGGCTGCGATAGCCACGTCTCCACTGGCCTCGAATACTCATACAACTCCGGACCCCCGGTATGCCGCAATGCTGGATCGCTTCGGCATCATTGCCACGGAGCAGCTGACGTGCGGATTCCATGTGCACACCTCGGTGGAGTCGCCCGAGGAAGGCGTGGTGGTATTGGACCACATTCGGGACAAACTCGCCGTCCTGACAGCCCTAACCGCCAACTCGCCTTACTGGCGGGGGCTACCCACCGGTTTTGATAGCTACCGCACCCAGGCCTGGAACCGCTGGCCGACGTCCGGCCCTTCCTCAGTCTTTGGCTCCCTTACTGCTTATCGACGCATCGTGAAGCGTCTCTTGGATACGGGCGTGATCATGGATGAGGGGATGATCTACTTCGATGCCCGCATCTCCAGGAACCACCCCACTGTGGAAGTCCGCGTCGCCGATGTCTGCCTTCGTGCTGAGGACGCAGCTCTTATGGCGGTGCTGGTGCGGGCGTTGGTGGAGACGGCTTCCTTGGAAATGCTCGACGGCGTGGAACCCACCGCGGTGCCCACGGCACTCCTGCGGATGGCGAGTTGGCAGGCCAGTAATTCGGGTCTGCGCGGAGATCTCCTGGACTTCGGTGACTTCCTGCCCCAGCCAGCTGCGGACGTCGTGTGGGCGTTGGTTGATTACCTGAGCCCGGTCCTTGACGACCAGAATGAGTTGGAGCTCGTCAAAGCAGGGATTTCCAACTTACTGGAGCGGGGCAATGGTGCACATGAGCAACGGGAAGCCGCTGAACGCTACAACAAAAGGCAGCGCGACGGGCAAACCCAGACGGGAAGTCCACCAACCAAAGAAGCTTTGGCCGCCGTCGTCGGACATGCTGCGAAGGTGACCGTGCGCGGCGCTGCCGCCGATGCCCACAAGGATCCCTCGCCCATGCTGACCCGGGTCAGGCGGCCCTAG MRTFGVEEELLIVDPVTGEPLALADALMAGHDEPATATGLSHELKLEQIETQTRPCHGYDDLLHQIRRGRTMANDAARQHGARVAAIATSPLASNTHTTPDPRYAAMLDRFGIIATEQLTCGFHVHTSVESPEEGVVVLDHIRDKLAVLTALTANSPYWRGLPTGFDSYRTQAWNRWPTSGPSSVFGSLTAYRRIVKRLLDTGVIMDEGMIYFDARISRNHPTVEVRVADVCLRAEDAALMAVLVRALVETASLEMLDGVEPTAVPTALLRMASWQASNSGLRGDLLDFGDFLPQPAADVVWALVDYLSPVLDDQNELELVKAGISNLLERGNGAHEQREAAERYNKRQRDGQTQTGSPPTKEALAAVVGHAAKVTVRGAAADAHKDPSPMLTRVRRP PGPT0026300_70 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0026300-gshA|ybdK-K06048 NA NA D3-18_00530 621 hypothetical protein ATGAGCGGGAACCATCCCTATCGCCGTGCCGGAGCAGTAATAGTTGCCGGCACGGCGATGTGGTTCATCGGAATTTCGCCGGTCTCACGCGTCTACATCACCCCTGACGACGACGAGCGCCTTCGGATGCTGGAAGCCGGCCAGCGCGGCTGGATAACAGGCCAGCACATTACCGCCGCCGGGACCGTCGCAGTGCCTGTGGGATTCGCGGCATTCGCCCGCGCCATCCCAGCCTCGGGCATTCCACGCAGACGGGCAAAGAAGTGGGCCTACGCCGCGGCGGCCGCGCTGCTGGCCGGTGCACCGCTCTTCGTCTCCAGCGTTGCCCGGCGGGCTTCCGACATTGAAGGGTTCGCCTACCGCCGCGGTTCCAGCGCTCCGTTCCTGGCGTATTCCGGGCTGCATGTTGTGGCGTTGGCTGCGCTCGGCGGGAGCCTTCTTTCTTTACCTGCCAAACGATGGATCGCGGTCACGGCTGCGGCCGCCGCGCCCATCTACGGAGCCGTCCTTCTGGCCAAGAAGGACATCCCCCCGCTCTTTTTCTACCTCGTGGAGGGGGCCGTCGGCGCCTACCTGATGGCCTGGGAAGAGCCGGAAGCCGACAAGCCTAGGGCCGCCTGA MSGNHPYRRAGAVIVAGTAMWFIGISPVSRVYITPDDDERLRMLEAGQRGWITGQHITAAGTVAVPVGFAAFARAIPASGIPRRRAKKWAYAAAAALLAGAPLFVSSVARRASDIEGFAYRRGSSAPFLAYSGLHVVALAALGGSLLSLPAKRWIAVTAAAAAPIYGAVLLAKKDIPPLFFYLVEGAVGAYLMAWEEPEADKPRAA NA NA NA NA NA D3-18_00531 1209 metZ COG0626 O-succinylhomoserine sulfhydrylase GTGACTTTCAATCCCGACGCCACTGGCTGGAGCCCTGACACCCAGGCCGTACGCGGTGGCCTTGACCGTACCAACTTCCAGGAAACGTCCGAGCCCGTTTTCCTGAACTCCGGCTTCGTCTACGAATCTGCCGCCGCAGCGGAGCGCGCCTTCACCGGCGAGGACGAACGATTCGTCTACTCCCGCTACGGCAACCCCTCCGTGGCCACGTTCCAGGAGCGGCTGCGGCTGCTCGAAGGAACCGAGGCGTGCTTTGCGACGGCGTCCGGCATGTCCGCGGTGTTCACCGCCCTGGGTGCACTGCTGGCTGCCGGCGACCGTGTGGTTGCTGCCCGCTCGCTATTCGGTTCCTGCTTCGTGATCCTCAACGAGATTCTGCCGCGCTGGGGTGTAGAGACGGTCTTCGTGGACGGCCCGGACTTGGAGCAGTGGCGCGAAGCCCTGTCCGAGCCGACCACCGCGGTGTTCTTCGAGTCACCGTCAAACCCCATGCAGGAGATCGTCGATATCGCTGCCGTCAGCGAACTCGCGCACGCCGCTGGCGCGACAGTGGTCGTAGACAATGTCTTTGCCACTCCCTTGCTGCAACGCTGCGGTGAGCTGGGCGCAGACGTGATCGTGTACTCCGGAACCAAGCACATCGATGGTCAGGGACGAGTCCTTGGCGGCGCGATCCTGGGCACCAAGGAATTCATTGATGGCCCGGTGAAGCAACTCATGCGACACACCGGCCCGTCCCTGTCGGCGTTCAATGCCTGGGTGCTGACCAAGGGCTTGGAGACTATCGGGCTGCGGGTGAACCACAGCTCGGCTTCTGCTTTGAAGATCGCAGAGTGGCTCGAGCAGCAGCCTGCCATCAGCTGGGTCAAGTACCCGCTGTTGAAGTCCCACCCTCAGTATGAGCTCGCTGCGAAGCAGATGAAGGCCGGCGGTACCGTGCTGACATTTGAGCTTTCGCCTTCGGCCGGGCGCTCAGCCAAAGAGGCAGCGTTTGCCTTGCTGGACGGCCTCCGCGTCATCGACATCTCCAATAACCTCGGTGATTCAAAGTCCCTCATCACGCATCCGGCCACCACCACCCACAGGGCCATGGGGCCGGAAGGCCGTGCGGCGATCGGGCTTTCCGATGGCGTGGTTCGCCTATCTGTCGGGCTTGAAGACGTGGACGACCTCATCTTGGATCTGGAGAAGGCACTCAAACAGGTCTAA MTFNPDATGWSPDTQAVRGGLDRTNFQETSEPVFLNSGFVYESAAAAERAFTGEDERFVYSRYGNPSVATFQERLRLLEGTEACFATASGMSAVFTALGALLAAGDRVVAARSLFGSCFVILNEILPRWGVETVFVDGPDLEQWREALSEPTTAVFFESPSNPMQEIVDIAAVSELAHAAGATVVVDNVFATPLLQRCGELGADVIVYSGTKHIDGQGRVLGGAILGTKEFIDGPVKQLMRHTGPSLSAFNAWVLTKGLETIGLRVNHSSASALKIAEWLEQQPAISWVKYPLLKSHPQYELAAKQMKAGGTVLTFELSPSAGRSAKEAAFALLDGLRVIDISNNLGDSKSLITHPATTTHRAMGPEGRAAIGLSDGVVRLSVGLEDVDDLILDLEKALKQV PGPT0020020_917 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_METHIONINE_DEGRADATION,PGPT0020020-mdeA-K01761 NA NA D3-18_00532 411 hypothetical protein ATGAGCTACGCAGGTGACCTGACCCCGCACGACGCGTGGGCCAAACTTCAAGAAGGCGCCATTCTGGTTGACGTCCGGACCGAGGGCGAATGGGCCCACATCGGCATCCCGGATACCAAAGCCACCGAGAACGACCCCCTGTTCATCCAATGGAACTTGGCCGGCGGCATTCCGAACTCCCGTTTCATTGAGGACCTTCAGCAGCAAGCTCCCGAGGACGACGGCGTTGAGCTGGTGTTCCTGTGCCGTTCAGGGCAACGCTCCATTTCGGCGGCCATCGCCGCCACACAGGCAGGCTTTACTGCCTTCAACGTTCTTGAGGGCTTCGAAGGCGAACCGGACCGCTACGGCGAGCGCACCGTCAACGGATGGAAGAATCGCGGCCTGCCAACGAATCTGGGGACCGAGTAA MSYAGDLTPHDAWAKLQEGAILVDVRTEGEWAHIGIPDTKATENDPLFIQWNLAGGIPNSRFIEDLQQQAPEDDGVELVFLCRSGQRSISAAIAATQAGFTAFNVLEGFEGEPDRYGERTVNGWKNRGLPTNLGTE NA NA NA NA NA D3-18_00533 267 hypothetical protein ATGCCTGAACCCACTGAAGAAAAACTCTCCTACCGCCTGGTGACAGGTCCTGATACCCGCGACTTCTGCGAGCGCATCCACAATGCCCTCGCCGAAGGCTATGTCCTCCACGGCAGCCCGGCAGCTACGTTCAACGGCACCGACGTCATCGTCGCCCAAGCCGTTGTCCTGCCAACCGCGATCGCCACCGCGGATGCCGCCGTTGCGAACGCCGTTGATCAGCTGGAGAACTACGACGACGAAGAAGCGTTCGAGGGCCACGCATGA MPEPTEEKLSYRLVTGPDTRDFCERIHNALAEGYVLHGSPAATFNGTDVIVAQAVVLPTAIATADAAVANAVDQLENYDDEEAFEGHA NA NA NA NA NA D3-18_00535 1044 COG0659 putative sulfate transporter GTGGTCGCCTCCTGTCTCGCCACGGCGTTCTTGGGACTGAACGACGACGTCAAGGTCACCGGAGTCTTACCCCAAGGCCTCCCGATGCCCGCTCTCGGCGGCATTGGCTGGGCAGACGCAGTGGCCCTGCTTCCCGCGGCCGCGGGTATTGCCCTCATGGCCTTCGCGGACACCGGCGTCCTTTCGCAAACGCTGGCGGCCAAGGAAGGAAAGAAGGTCTCTGGCAACAGGGAAATGGCAGCCCTCGGAGCGGCCAATGCTGCCACGGGCCTGCTGGGCGGATTCCCCATCTCCGGCAGTACATCGAGGACCCCCGTAGCCGTGGATGCCGGTGCCAAGTCCCAGATGACCGGCGTGGTGGGTTCAGTGCTGGTACTGGCGTTCATGCTGCTCGCTCCCGGAGTGACCGAGTACCTACCCTCCGCAACCTTGGCCGCCGTCGTGATCGCTGCCGCAATCGCGCTGGCGGACCCGGCGGGCGTCCGGCGGCTCCTGAGCATGAGCAGGAGCGAATCCGTGGTGATGCTGGCGGCATTCCTGGGCGTCCTCACGGTGGGTGTCCTCCAAGGGATCGTGGTGGCAATTGTTCTGGCACTCTTGGACTTCGTTCGCCGCGCGTGGGACCCCTACCGCACTGAACTCGGTTCACAGGAGGGACGCCCCGGTTACCACGACCTCGCACGCCACCCGGAAGGCGAACGCATCCCGGGACTCCTGATCCTCCGCTTCGATGCACCGCTGTTCTTCGGCAATGGACAGGTCCTTGCAAGCTTTGTCCGGGAGCAACTGGACGAAACTTCGGATGAAATCTCCCACGTAATCCTGGCTGCAGAACCCATCACAGGCATCGATACCACCGCTTTGGACGACCTCGTCACACTGGATGAATGGTTGGCCCGTCACGGTGTGGATCTGGTGTTCGCCGAGCTCAAAGGCCCTGTGAAGGACAAGTTGATCCGACTCGGAACGGCAGCCCGTTTCACGCCGGACCACTTCTTTTCCACGGTGGGTGCCGCCGTCCGCGCGCTCAAGGACGAAGAGTGA MVASCLATAFLGLNDDVKVTGVLPQGLPMPALGGIGWADAVALLPAAAGIALMAFADTGVLSQTLAAKEGKKVSGNREMAALGAANAATGLLGGFPISGSTSRTPVAVDAGAKSQMTGVVGSVLVLAFMLLAPGVTEYLPSATLAAVVIAAAIALADPAGVRRLLSMSRSESVVMLAAFLGVLTVGVLQGIVVAIVLALLDFVRRAWDPYRTELGSQEGRPGYHDLARHPEGERIPGLLILRFDAPLFFGNGQVLASFVREQLDETSDEISHVILAAEPITGIDTTALDDLVTLDEWLARHGVDLVFAELKGPVKDKLIRLGTAARFTPDHFFSTVGAAVRALKDEE PGPT0003020_2078 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003020-TC_SULP-K03321 NA NA D3-18_00536 327 hypothetical protein GTGGTGACCTTCGCGAGCTTCTGCCAGATGTCGCCGTCGGCCTCTATCCCCAGGAACGCCGGCAGCTGCGAAAGGGCCACCAGCAGCGCGATCCCGTTCAGGTACCCCAGCCGGATGGGCTTGGAGAGCAGTCCGGTGATGGTCCCGAGTTTCATGGCAGACCCGGCCAGCATGATTACCCCGATTAACACGGCCAATAGTCCGGCGAGCGCCACCGACTTTTCGCTGCTGCCTGCCGCCAGCGGCACGATTGCCGCGGCGATCATGGGGGCGAGGGCAGAATCGGGGCCGAGGACCAGGATGCGGGAAGGCCCTACGACCGCGTAA MVTFASFCQMSPSASIPRNAGSCERATSSAIPFRYPSRMGLESSPVMVPSFMADPASMITPINTANSPASATDFSLLPAASGTIAAAIMGARAESGPRTRMREGPTTA NA NA NA NA NA D3-18_00537 1329 dmoA Dimethyl-sulfide monooxygenase GTGAACGGACAGAGCAGTTCTACACTCAAGCCCATGCTGCACTTTGGATGGTTCGTGGGTCACGGTTTTGGTGTCCAGGGCTGGGGGACTCCCGGCTATATCCTGGGCTACGACTGGAAGAAACCCGCCCTGTATCAGGATGCTGTCCGGGCCTTTGAGCAGTCCGGGTTGGACCTGTTCATCATCGAGGATTCACTCACCGTCCCGGACACTTACGGCGGCACGGCCGAGGTCTCCTTGGCCCACGCGTCTTTCGCTCCGAAGCACGATCCGTTGGCGCTGGTCCCGTACCTTCTCTCAGCAACAGAGCATTTGGGGATCGTCCCGACCGTCAGCGCTTCCTTCTACCCGCCCTTCACCGCCGCCCGGCTCCTGGCCACGCTGCAACACTTCTCTGAAGGGCAGCTTGGCTGGAACGTGGTCACCTCCGGCAGCGACCTCGCAGCACAGAATTACGGGTTGGATCAGCAAATCGAACACGACCTCCGGTACGAGAAAGCGGAGGAATTTGTCGACGTCGTCAGGAGGCTCTGGCGCAGTTGGGAACCTGGCGCTGTGCTTGAGGACGTTGAGACGGGGGTGTTCGCGGACCACAGTAAAGTGCACCCGATCAACCATGAGGGCGACTTCTTCAAGGTCAGGGGTCCGCTGAACACTGCGCCTTTGCCGGAAGAACCCGTGCTGGTGCAGGCCGGGGCTTCACCCAGAGGCAAGGCGTTCGCGGGCGGGCATGCCGACGTCGCCATTGCCTTGGCCCGTGGCGTTGATGGGATGAAGTCCTACCGGGATTCGATCCGCGCTGAAGCTGCGAAGGCCGGCCGCGATCCCGACGACGTCAAGGTACTTTTTGTCCTGAAGCCCACCGTTGTTGGTTCCACGGCCGAGGCTGAGGAGTTGCGGGCACTGAGGCGTGAACTCACCCAACGCGACATCGACAGCCAGCTCAACTCCATCTCCTACCTTTCAGTGATCGACTTCAAGCAGTTCGACCTCGACGCTCCGCTGCCGGAGTTGAGCACCAACAGCAACCAAGGGACGCTGGAGCATTTCGCCAAGGCGGCCCCTCCGGGTTCCACACTGAGGCAGATCCTGCAGGCGCGCAGCGGGGGAGCGGGTGATTCGATCATTGGGACGGTTGGCGAAATCGCCGATTATCTGGAGTCGACAGGGTCTGAAGTGGGCGGCGACGGTTTCCTTTTTTCCGGCTTCGTGGACCCGGTGACCGTGCACGGTGTGTTGGACAAACTCACCCCTGAACTGCGGCGGCGCGGCTTGTTGAGGAGGAGTTACGGCAACGGTGGTTTCCGGCAGAATCTCTTGGACTTCTGA MNGQSSSTLKPMLHFGWFVGHGFGVQGWGTPGYILGYDWKKPALYQDAVRAFEQSGLDLFIIEDSLTVPDTYGGTAEVSLAHASFAPKHDPLALVPYLLSATEHLGIVPTVSASFYPPFTAARLLATLQHFSEGQLGWNVVTSGSDLAAQNYGLDQQIEHDLRYEKAEEFVDVVRRLWRSWEPGAVLEDVETGVFADHSKVHPINHEGDFFKVRGPLNTAPLPEEPVLVQAGASPRGKAFAGGHADVAIALARGVDGMKSYRDSIRAEAAKAGRDPDDVKVLFVLKPTVVGSTAEAEELRALRRELTQRDIDSQLNSISYLSVIDFKQFDLDAPLPELSTNSNQGTLEHFAKAAPPGSTLRQILQARSGGAGDSIIGTVGEIADYLESTGSEVGGDGFLFSGFVDPVTVHGVLDKLTPELRRRGLLRRSYGNGGFRQNLLDF NA NA NA NA NA D3-18_00538 1542 hutH_2 COG2986 Histidine ammonia-lyase ATGGTGTCGGCTGAACCACGAACCTTCCTGATTAGTGCGGCTCCGGTGCGGGCGACCGCAGTGGCGTTGGCCGCTGAAAACCGCTCGTTTCACGTGGAACTCAACCAAGAAGCGTTGTCTTTAATGCGTAAGTCGAGGGAACTAGTAGAGCTGACCGCGGCCTCCGGGAAGCGAGTCTACGGGCTCAACACCTTGCTTGGCTCAGGCCGGGATACGGCTGTGGAGGAGAGGTCGCTCCTGGCGTATCAATTACAGGTGGTCAGGTATCACAACAGTGGTGTGGGCTCGTATCTGGACCGGGCTGCTGCCCGAGCGGTAATCCTTGCCCGGCTTTTCGGTTTCAGCCGCGGTGGTTCCGGCGTGCGACCCGAAACAGCAGGCTTCTACGCGGAAATGTTCAACCGTGGAGTCTTCCCCGCCATCCCTCGGGAAGGCTCTGTGGGCTCGTCGGACCTGACCCAACTTGCCGCCGTCGCGGCCGTCGCCTTGGGCGAGGGCGAAGCGTTTGACGCAGACGACACGCTGATCCCAGGCGAGAAAGCGCTCGCCGACGCCGGTCTCCAGCCACTTGTTCTCGCGCCCGGCGAGGCCCTCGCCTTGGTCAGTGCCAATGCGTACTCGGTGGGGGTAGGAACCCTCGCTTTGGTGCGGTTGCAGCACCTGGCCGAGCTGGCCGACGTCGCACTTTCCCTCTCGCTGGAGACGATCGCAAGGTACGACGGCGGCGGGAACCTCAGCCCGTTTTCGCCGGCCATCCAGGCGGCCAAGGCGGTGGACGGGCAGCGGGAGTCGGCTGCCGCGGTCCGCCGTCTTCTGAGCGGTGGGTGGTTGGAGGACGTTCGCCCCGAAGTATCGGTGCAGGATGCGTTATCGTTCCGAGCCGCGCCTCAGACGCACGGGGCTTTCCGAACCCTGGTGACGCAACTCGGTACTGCGTTGGAGGTTGAGTTGAACGGCCGCGGCGATAATCCCTTGGTAGATGTCGACTCCGGGCAGATGGTGTCCGGCGGGAACTTCCAACCGATGCAACTGGCTCTCGCCTTTGAGGGCCTGCGGCTGGCCTTGGCCCACGTCGGGATTTCCAGTGAACGTCGTATCGCCAAGTTGTATCCTCCGCAACGGGCTATCCGGGCCCGCCACCTGCAGGCAGCCTTCGTGGAGGGCCTGGCCAAAGAAGAACTTCCCGGGCTGCTCTGGTACTCGGCCGCAGGACTGTTGGCCGAACTCAAGTTCCTCGCCGCACCGGCGACGCTCGGGGCGCCGACACTTTCTGCCGACGTCGAGGACCATTCGACGCTGGCCCCGCTCGCCCTGCAGCAGCTCGAAAAGTCGTTGGAGGCTGCCGAAAAACTCTTGGTTATCGAGGCGCTGACGGCGTCGTACCTGCTGCTTGAAGCCGGGGCCGCGCAGCCGCTCGGAAAGGGGACGGGCGCCGTCGTGGGAAGACTGGCCGATGTGCTTGCCGACCGCCCGTCGGCTCCTGACTTGGTGGCGCGCGCGCGTGTGGAGTTGCGGGATGCCGTGGCCAGGGAATTTTCGTAG MVSAEPRTFLISAAPVRATAVALAAENRSFHVELNQEALSLMRKSRELVELTAASGKRVYGLNTLLGSGRDTAVEERSLLAYQLQVVRYHNSGVGSYLDRAAARAVILARLFGFSRGGSGVRPETAGFYAEMFNRGVFPAIPREGSVGSSDLTQLAAVAAVALGEGEAFDADDTLIPGEKALADAGLQPLVLAPGEALALVSANAYSVGVGTLALVRLQHLAELADVALSLSLETIARYDGGGNLSPFSPAIQAAKAVDGQRESAAAVRRLLSGGWLEDVRPEVSVQDALSFRAAPQTHGAFRTLVTQLGTALEVELNGRGDNPLVDVDSGQMVSGGNFQPMQLALAFEGLRLALAHVGISSERRIAKLYPPQRAIRARHLQAAFVEGLAKEELPGLLWYSAAGLLAELKFLAAPATLGAPTLSADVEDHSTLAPLALQQLEKSLEAAEKLLVIEALTASYLLLEAGAAQPLGKGTGAVVGRLADVLADRPSAPDLVARARVELRDAVAREFS PGPT0020230_869 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020230-hutH-K01745 NA NA D3-18_00539 1065 cbs_1 COG0031 Putative cystathionine beta-synthase GTGGTGAGTACAGCGTTCCGCAAACATGGTGTTCACGCGGCTGTCCCAATTCCGGACGGATTGGACGCCTCAGTCCTGGACAAAGTGGGGAACACCCCGCTGGTGAAGTTGGAGGCGCTGGGTCACGGCCTGGGCAGCACCATCCACATTAAGCTTGAGTCCGAAAACCCGGGTGGCTCCATCAAGGACCGCACCGCGCTGAGTATGGTTCGGGCGGCGGAAAAGTCCGGCGATCTGAAACCCGGCGCCACGATTGTGGAAAGTACGTCGGGCAACACCGGGATCGGGCTCGCCCTCATCGGACACCTGACCGGGCACCCAGTGGTGGTAGTTACGGGCGACACGATCTCCGAGGAGAAGCTTGCCGCGCTTCACAACTATGGCGCCCGAGTGATCCTCACGGACTGGAACGCACCGTCCGAATCGCCGGAGAACGCCCGCGCCGTGGCAGCACGGATTACCGCCGAGACGCCCGGTGCGTGGCGGCCAATGCAGTTCGACAACCCTGCCAATCCCGCCGCGCACTATGAAACCACCGGGCCCGAGATCTGGGAGCAGACAGGTGGCCTGGTGACCCACTTCGTAGCAGGCATCGGCACAGGCGGGACCATTAGCGGGAATGGGCGGTTCCTGAAGGAACGGGTGGCTTCCTCGCGGCCCGGCGGGCATGTGGAAGTTGTTGGCGCCGACCCCTATGGCTCTGCCTACAGCGGCGGACACCCCGGCGAGATCCTGGTGGACGGTGTGGGCAACTCCTGGCCCGAAGCTGAATGGCCCAAGGCTTTCGACCGTTCCATAGTGGACCGTTTCCTGCGGATCCCCAACGACGAGGTCTACACCACCGTCCACAGGCTTCTGGATGAAGAAGGACTCGCCTTGGGTCCGTCGTCCGGGCTCGCTGTTGCAGCGGCCATGCGGGTGGCCCGGGCTGCACCCCACGGTTCGGTGGTGGTGGCCATAGCGCCCGACGCCGGTACGAACTACCTGAGCAAAGCCTTCAACCCGGTGTGGCTGGCGGAGCACGGCATCCGCCTCCCCGCCGACACCCCCACCGCCCGCGAGTAG MVSTAFRKHGVHAAVPIPDGLDASVLDKVGNTPLVKLEALGHGLGSTIHIKLESENPGGSIKDRTALSMVRAAEKSGDLKPGATIVESTSGNTGIGLALIGHLTGHPVVVVTGDTISEEKLAALHNYGARVILTDWNAPSESPENARAVAARITAETPGAWRPMQFDNPANPAAHYETTGPEIWEQTGGLVTHFVAGIGTGGTISGNGRFLKERVASSRPGGHVEVVGADPYGSAYSGGHPGEILVDGVGNSWPEAEWPKAFDRSIVDRFLRIPNDEVYTTVHRLLDEEGLALGPSSGLAVAAAMRVARAAPHGSVVVAIAPDAGTNYLSKAFNPVWLAEHGIRLPADTPTARE PGPT0002810_1354 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 D3-18_00540 483 hypothetical protein ATGCCTGAACAGGAAACAACATCACGTCTGGCCGGCTATCTGGACAAGCAGCAGCCGGATCTTTACGCGACACTAAGCCACTATTCCCAGCAACTCGTGGACGAAGCTGACCGGCTTGGCATCCCGCGCCGCAGCCTTGAACTCATTAACTACTTGTGCTCGCAGATCAACGGCTGCGCGTTTTGCCTGGACCTTCATCACCGGCGCGCCCTCAAATACGGCGAGACGGAACAGCGGCTGTCCCTTGTTGCCGTTTACAAGGAAGTTCAGCTGTTTGAACCCGCTGAGGTGGTGGCGATGGAGATTGCGGAGCAGATTACCCGCATGAGTACGTCGAGGCCCAGCCCTGAGCTTTTCGAACAGGCACGCCAGCACTACAGCGACGAGCAGATCAGCATCATTTGCATGGCGGCAATTGGGATCAACGCCTTCAACCGCCTGTCCATCTTGAGCGAGCACCCGGTACGCGCAGCCAAGAAATAG MPEQETTSRLAGYLDKQQPDLYATLSHYSQQLVDEADRLGIPRRSLELINYLCSQINGCAFCLDLHHRRALKYGETEQRLSLVAVYKEVQLFEPAEVVAMEIAEQITRMSTSRPSPELFEQARQHYSDEQISIICMAAIGINAFNRLSILSEHPVRAAKK NA NA NA NA NA D3-18_00541 1455 rocE_2 COG0833 Amino-acid permease RocE ATGGGACTCAGCTCCCCCACAGAAGCCGAAGCATCGGCAACCGAGGCACAGTCCCAGACTGGCGCCTCACAAACAGGACTTCGCCGGTCCATGGAGGCCCGGCACCTGGTGATGATTGCCATGGGCGGCGTCATCGGCTCTGGCCTGTTCGTTAGTTCCGGATACACCATCTCCACCGCCGGCCCCTTGGGTGCCGTGATCGCCTTCCTCATTGGCGCCGTGGTGGTCTATCTGGTGATGGCATGCCTCGGGGAGCTCGCTGTCGCGTTCCCCGTCTCAGGTGCCTTCCACATATATGCAGCCCGCACCATCGGCCCGGCCACCGGCTTTGCCACCGCCTGGTTGTACTGGCTCTGCTGGGCCGTGGCTCTGGGTTCCGAGTTCACCGCTGCGGGCTTGCTCATGCAACGCTGGTTCCCGGACGTAGACGTCTGGATCTGGTGCTTCGTCTTCGCCACGGTCCTTTTCACCCTGAATGCCATTTCATCACGCGTCTTTGGTGAATCGGAGTTCTGGTTCGCGCTGATCAAGGTTGCCGCCGTCGTCGGCCTGATCATTCTGGGCGGCGCCGCATTGGCTGGCTTCCACCCCCTGGCCGCTGGCGAATACCCGTCCTTTGGCGAGAACTTCAGCACTCCAGAGGGGCTCTTCCCGAACGGATTCACCGGCGTCTTCGTCACGTGCCTGGCGGTCTTTTACGCCTTCTCGGGCTCCGAGCTGATCGGCGTTGCCGCCGGAGAGACCGCAAACCCCGGTGCGAACATCCCCAAGGCGATGCGAACCACGGTCATTCGACTCATGATCTTCTTCGTAGGTGCGATCGTGGTCATCGCAGCCACCATTCCCTACGAACAAGTCAGCGTGGACGAGAGCCCGTTCGTCACCGTCTTCTCCATGCTCGGCATCCCATATGCCGCGGACATCATGAACTTTGTGATCATCACGGCACTGCTTTCCGCCGGCAACTGCGGGCTTTTCTCCTGTGCGCGCATGCTCTTCTCGCTGGCTGACGAAGGCCACGCCCCCAAGGCCTTCCGTAAACTGACCAAACGCGGGATCCCCATGGTGGCCTTGTGTGTCAGTATGCTGGGTGGCCTGGCTTCGCTCATCAGCAGCGTTGTTGCCCCGGCCACCGTCTACTTGGTTCTTGTTTCCGTGGCAGGTTTCGCCACGGTGGGTGTTTGGATGTCTATCGTCGCATCGCACTTCATCTACCGCCGGACGTTCATTAGGAACGGCGGAGACCTGAGCACGCTTCCGTACAAGGCTCCTCTGTTCCCGCTGGTACCGATCCTCGCGTTCGCGCTCTGCTTGGTATCGCTGATCGGCATCGCGTTCGACCCCAACCAAGTGGCTGCACTCCTGTTCGGCGTTCCGTTCGTGGGTGCCTGCTACGCCGTCTTCTACTTCAAATACGGACGACGCCGGTCGCTCAAGAAGGCTGTGGATGCCTAG MGLSSPTEAEASATEAQSQTGASQTGLRRSMEARHLVMIAMGGVIGSGLFVSSGYTISTAGPLGAVIAFLIGAVVVYLVMACLGELAVAFPVSGAFHIYAARTIGPATGFATAWLYWLCWAVALGSEFTAAGLLMQRWFPDVDVWIWCFVFATVLFTLNAISSRVFGESEFWFALIKVAAVVGLIILGGAALAGFHPLAAGEYPSFGENFSTPEGLFPNGFTGVFVTCLAVFYAFSGSELIGVAAGETANPGANIPKAMRTTVIRLMIFFVGAIVVIAATIPYEQVSVDESPFVTVFSMLGIPYAADIMNFVIITALLSAGNCGLFSCARMLFSLADEGHAPKAFRKLTKRGIPMVALCVSMLGGLASLISSVVAPATVYLVLVSVAGFATVGVWMSIVASHFIYRRTFIRNGGDLSTLPYKAPLFPLVPILAFALCLVSLIGIAFDPNQVAALLFGVPFVGACYAVFYFKYGRRRSLKKAVDA PGPT0020525_52 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020525-mmuP-K16235 NA NA D3-18_00542 942 hypothetical protein ATGACTTCACCTGCTCCCACGGTCCTGGTATTCCTGGACCCCGCCTTCGAAAACGGACGCATTGCCGATTCAACCCAGCCTCAGCTCATGGCTACGGACCTTGGCGCCACCCGCGGCGATGGAGTGTTCGAATCACTCCTCGCTGTTCAGGGACGTCCCCGCAAGGTCCAGGCCCACCTGAACCGGCTGAGCAGTTCCGCTGCAGCCTTGGACCTGGTACTTCCGGAGCAGGACGTCTGGCGCAAGGCGATCGACACCGCCATCAACGAGTTCCGCGATGTCCACCCGGCTCCCACACAGGAGGAGGACGAGGTTGTGGTCAAGCTGATCGTGACCCGCGGTGTCGAAGGCGCAGCCAGCCCCACATGCTGGGTGCAGGCTTCGCCCTCACCTGCGGGCAGCCGCCGACAACGCGAGACGGGCATCGACGTCGTACTTTTGGACCGTGGCTTCGACACCGAAGCCGGCGAGCGCGCGCCGTGGCTTTTGCTGGGCGCCAAGACGCTCTCTTATGCAGTAAACATGGCGGCGCTGCGCTTCGCGCACAAGCAGGGCGCAGATGACGCCATCTTCACTTCCACCGATGGCCGCGTCTTGGAGGGCCCAACCTCCACAGTGTTGCTGGCTCACCTTGAAACAGTCGACGACGGCGAAGGTTCCGTGAAGACCGTACGCCGCCTGATCACACCTCAACATGACAGTGGAATTTTGCCCGGCACCTCTCAGGGCGCGCTCTTCGCAGCTGCCAAAGCTGCCGGCTGGGAGCTCGGCTATGGGCCGCTTGTGCCGCAGGACCTGTTTGATGCCGACGCTGTGTGGCTTATCTCAAGCATCCGTTTGATCGCTCCTGTGAACCACATCAACGGCAAGGAAATCGGTACACCGGCTGTTCGGAAGCAGCTCACGGCCGAACTGAATGAGCTGTTCGCTGGCATCGAGTAA MTSPAPTVLVFLDPAFENGRIADSTQPQLMATDLGATRGDGVFESLLAVQGRPRKVQAHLNRLSSSAAALDLVLPEQDVWRKAIDTAINEFRDVHPAPTQEEDEVVVKLIVTRGVEGAASPTCWVQASPSPAGSRRQRETGIDVVLLDRGFDTEAGERAPWLLLGAKTLSYAVNMAALRFAHKQGADDAIFTSTDGRVLEGPTSTVLLAHLETVDDGEGSVKTVRRLITPQHDSGILPGTSQGALFAAAKAAGWELGYGPLVPQDLFDADAVWLISSIRLIAPVNHINGKEIGTPAVRKQLTAELNELFAGIE PGPT0008020_88 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008020-pabC-K02619 NA NA D3-18_00543 1530 clsA COG1502 Cardiolipin synthase A GTGACTTTGCCGGATAGGCTGTGGTCACTGTTGTTCTTGGACCGTGGGGGTTTGCAGGTGCTCTTTCCTTTTCCGTTTGGCCAGGAGTGGACCTGGTTATTAGGCGCGTGGGCCATCGCGGAAGTGATCATGCGCATCGTCCTTTTGGGCATCATTCCCGGCAATCGGCGTCCCACCACCGCCATGGCTTGGCTTTTGGCTGTGTTCCTCATCCCATCCGTAGGCTTCGTCCTCTTCCTCCTTTTTGGCAATTTCAAACTGTCCAAGCGCCGGCGTGAGCAGCAGGAAGAAGTTAATCGGCGCGTGCGTGCCGTCACTTCCGACCTTGCGGATCCAGTAAGTGTCTACTCAGGCCCGGAATGGGTGAAGTCCGCGGGTGAGCTGAACCACCGGCTTGGTTCGTTGCCGATGGTGGACGGCAACAAGGTTGAACTGATTCCCGGCTACGAGGAGTCGATCAAGGCCATGGCCGAGGCTGTCAGGGGTGCCAAGGACTACGTCAACGCGGAGTTCTACATCATGAGCAGCGACTCCGTCACCGACGAGCTTCTGACTGAGCTGGAGAATGCGACCCAGCGCGGTGTCACGGTCAGGCTCCTCTTCGACCATATTGGAACGCTCCGCGTCAAGGGATACCGCCGCCTGATCCGAAGACTGAAGGCAAGCAAGATCCAGTGGAAGCGGATGCTTCCGTTGTTGCCCATTCACGGTCAGTGGCGGCGCCCGGACCTGAGGAATCACCGCAAGATCATGGTGATCGACGGACTGGTCGCTTTCACCGGCTCGCAGAACCTGATCGAGCCTTCCTACAACAACCCCAAGCACCACAAGGTGGGACGCAAATGGGTTGAGCTCATGTCCCGGCTCGAGGGACCGATCGTTGCTACCTTGAATGTCGTATTCGCGACGGACTGGCTCAGCGAAACCGACGAGTCCCTTGAAGACCAGCTGCGGCTGCCAACACAACCTGCGCCTGGCCGCGTCACAGCCCAGGTAGTGCCGAGTGGCCCAGGTTTCGCCACCGAAAACAACCTCCGCCTGTTCAACACCCTGATCTATTCCGCGCAGCACACGATTTCCATTTGCAGCCCCTACTTCGTCCCTGACGATTCCCTGCTGTATGCGATCACCACGGCGGCGCAGCGAGGTGTCGCCGTGGAGCTCTTCGTGTCCGAAAAGGGGGACCAGTTCCTGGTTCACCACGCCCAGCGTTCCTACTACGAAGCCCTCTTGGACGCCGGGGTGCGCATCTATTTGTATCGGGCGCCGTATGTCCTCCACGCCAAGCACTTCACCATCGACGACGAAGTGGCCGTTCTTGGTTCCAGCAATATGGACATGCGCTCCTTCTCCCTGAACATGGAGGTCTCGGTCATGCTCCTCGGTGCCGAAACCGTGAACCTCATGCGGGCCGTGGAGTCCACGTATCGCGAGGTGTCCCGTGAGCTTATGTTGGAAGACTGGATGGATAGACCCCCGCTGGCGAAGTATGTGGATAACGTGGCCAGATTGACGGCGACGCTCCAGTAG MTLPDRLWSLLFLDRGGLQVLFPFPFGQEWTWLLGAWAIAEVIMRIVLLGIIPGNRRPTTAMAWLLAVFLIPSVGFVLFLLFGNFKLSKRRREQQEEVNRRVRAVTSDLADPVSVYSGPEWVKSAGELNHRLGSLPMVDGNKVELIPGYEESIKAMAEAVRGAKDYVNAEFYIMSSDSVTDELLTELENATQRGVTVRLLFDHIGTLRVKGYRRLIRRLKASKIQWKRMLPLLPIHGQWRRPDLRNHRKIMVIDGLVAFTGSQNLIEPSYNNPKHHKVGRKWVELMSRLEGPIVATLNVVFATDWLSETDESLEDQLRLPTQPAPGRVTAQVVPSGPGFATENNLRLFNTLIYSAQHTISICSPYFVPDDSLLYAITTAAQRGVAVELFVSEKGDQFLVHHAQRSYYEALLDAGVRIYLYRAPYVLHAKHFTIDDEVAVLGSSNMDMRSFSLNMEVSVMLLGAETVNLMRAVESTYREVSRELMLEDWMDRPPLAKYVDNVARLTATLQ PGPT0007725_1270 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 D3-18_00544 2049 menF_1 Isochorismate synthase MenF ATGACCCCTGCACCTGTGATCATCGCTGTTGACGGCAGGTCCGGCGCAGGAAAAACCACGCTGGCCGTTGAACTGGCGGCCCGGTTGCGGCAGCACCACAAGGTTTCGCTGTTCCATCTGGAGGACATCTACCCCGGCTGGAACGGCCTCATGCCCGGCATCGAGCGGTACGTCGGCACAGTCCTGAAGCCGCTCAGCTCCGGCCAGGCGGCGGAATGGACCAGCTGGGATTGGGAAAAGCATTACGACGGCGGCCTGAACGTCACGCTGCCCGCCGAAATCATCATTGTGGAAGGCGTAGGAGCGGCGGCGGACGCAGCCCGGCCCATGCTGGACGCCGTGGTGTGGGTGGAATCCCCCGGTGACGATCGCCGTCGTCGGGCCCTTACTCGTGACGGAAGCACCTACGAACCGTACTGGGACAGCTGGGCAGCCCAAGAAGATGAATGGCTTTCAACCGATGAGGTGATCGGCGCCGCCGACGTACGCGTGCAAAACCTTGCGGACGGCAGCGCACCGGATGATGTCCTGCAGGCGCTCATGTATCTGCCTTCAGTCGCTGCCATCTTGTCGCCCGAACTCAGCGCCCGGCGGGGACTGCAATTGCGCTCCGAGCGACTGGAGGCGACGCCCGACGCAGCGCTTCTGTTCGCTTCCCTTTATGGCCAGTCCACGAACGCGGTGTGGCTGGATTCTTCCAATGCCTCCGCGGTCGCCGGCCGTTCCCAAGCGGCCGCGCGCAGCCGCTTCAGCATTCTGGCGGACGACGGCGGGACTTTCGGCCAGTCGGTGCTGCACCGGTCCGGCACTACGCAAGTGACCGCCGGTTCCGCCACCGTGAGCACCTCCGGGCCGTTCTTCCGCTGGCTCGATTCCGTTTGGGGCCGCCGCGCCGTCCGCGCACCCCGCGGTTACGACGGCCAGTTCACGCTCGGCTGGCTCGGCTACCTGGGGTATGAACTCAAGCGCGAAACCGGTGGCAATGACGTCGCCTCCGACACCCCGGATGCGGCCCTGCTCTTTGCCGGCCGGGCTGTGGTGCTGGATCATCGCGAGCAAACTGTCTGGCTGCTCGCCTTGGACGCGCCCGACGCCGAGCAATGGTTCCCGGAGGCCCGCGCCGCCGTCGAGGCTGCTGCCGCCGCCGATCTTGACGCCGCCGGTGCTGCCGCCTTCTCTGGCTCGTCCGGCACGGTTCACGAATTCACCAGCCGGGACTCTGCCACGGACTACAAACGCAAGATCGTTGACTCCCAGCACGAAATCAGCGAAGGAAACTCCTACGAGATCTGCCTGACCACCATGTTGGAAGCCCCCGCCGGCGACTTGGATGCTTGGGCGAGCTACCTGAGCCTTCGACGCCGGAACCCGGCACCGTTCGCCAGTTACCTTCGGTTCGGCGAAGTAGTGGTCGCGAGTACGTCGCCCGAGCGGTTCCTCCGCATACTGTCCGACGGCGGCATGCGCGCCGAGCCCATCAAGGGCACCCGGGGCCGGTCCTCTGACCCCTCCGAGGATGCTGCTTTGCGGCACGACCTTGAAACGTCGCTGAAGGACCGCGCGGAAAACATCATGATCGTGGACCTGCTGCGCAACGACCTCAGCCATTTCGCCATCCCGGGTTCGGTGACCGTCAGCCGGCTGTGCGCGATCGAGAGCTACGCAACGGTCCACCAAATGGTGAGCACCATAGACGCGCACCTTCGTCCGGGGGCTCCGCGGGCGGAAGCCCTGGCCGCAGCCTTCCCGGCCGGCTCCATGACAGGTGCACCGAAGATCAGCACCATGGACATCCTCGACCAACTCGAATCCGGGCCGAGGGGCATCTACTCCGGCGCCATCGGCTACTTCTCGTTGAACGCGGCCGCGGACCTCGCCGTGGTAATCCGCACACTGGTGGTCAATCCTGACGGCCCCGGCGGGCGAACCCTGTCCTTGGGCGTGGGTGGAGCTATCACTGCGGACTCCGTTGCGGACGACGAGTACGAGGAAATCCGGACCAAAGCATTCGGCGTACTGTCCACGCTGGGCGCTGAATTCCCGGGCTGA MTPAPVIIAVDGRSGAGKTTLAVELAARLRQHHKVSLFHLEDIYPGWNGLMPGIERYVGTVLKPLSSGQAAEWTSWDWEKHYDGGLNVTLPAEIIIVEGVGAAADAARPMLDAVVWVESPGDDRRRRALTRDGSTYEPYWDSWAAQEDEWLSTDEVIGAADVRVQNLADGSAPDDVLQALMYLPSVAAILSPELSARRGLQLRSERLEATPDAALLFASLYGQSTNAVWLDSSNASAVAGRSQAAARSRFSILADDGGTFGQSVLHRSGTTQVTAGSATVSTSGPFFRWLDSVWGRRAVRAPRGYDGQFTLGWLGYLGYELKRETGGNDVASDTPDAALLFAGRAVVLDHREQTVWLLALDAPDAEQWFPEARAAVEAAAAADLDAAGAAAFSGSSGTVHEFTSRDSATDYKRKIVDSQHEISEGNSYEICLTTMLEAPAGDLDAWASYLSLRRRNPAPFASYLRFGEVVVASTSPERFLRILSDGGMRAEPIKGTRGRSSDPSEDAALRHDLETSLKDRAENIMIVDLLRNDLSHFAIPGSVTVSRLCAIESYATVHQMVSTIDAHLRPGAPRAEALAAAFPAGSMTGAPKISTMDILDQLESGPRGIYSGAIGYFSLNAAADLAVVIRTLVVNPDGPGGRTLSLGVGGAITADSVADDEYEEIRTKAFGVLSTLGAEFPG PGPT0008010_533 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008010-pabAB-K13950 NA NA D3-18_00545 579 ptpA COG0394 putative low molecular weight protein-tyrosine-phosphatase ATGAATCATGCTTGCTGCATGTACTCAACGACGAGCCCATACCGCATCATCACGGTCTGCACCGGAAACATCTGCCGCTCGCCCATGGCAGCGCTCATGCTTACCGCGGCCTTCGAAGCGGAAGGGCTCGGCAAGCTTGTAGTGGTGGACTCGGCGGGCACTACAGGGTACGAGGTTGGACACCCCATTGACCCCCGCGCCGCCCGTGTCCTAACGGCCCAGCACCTCGCATCGGAGGACCACGTTGCCCGTGAGTGGCGGCGGGAATGGTACGCCGAACGGGACCTGATCCTCGCACTGGACGTTGATCATTTCGGCTGGCTCCAGGAGGGCGCGCCGGATCACTCTTCGCTCGAAAAAGTTCGCATGCTCCGCAGCTTCGATCCGCGCATGGCTGGCCGCAGCTCCTTGGACCTGGGCATAGAAGACCCTTGGTACGGCGGGCACGCGGACTTCGATAGCACGTGGACGCTCATCAAGGCCGCTATCCCCGGCATCGTGCAGCATGTCAAGGCAGCTATCAGCTCCGCGGAGGCCGCCGCAGGCCAGGACCACCAGCAGGTAACCTCTATGACATGA MNHACCMYSTTSPYRIITVCTGNICRSPMAALMLTAAFEAEGLGKLVVVDSAGTTGYEVGHPIDPRAARVLTAQHLASEDHVAREWRREWYAERDLILALDVDHFGWLQEGAPDHSSLEKVRMLRSFDPRMAGRSSLDLGIEDPWYGGHADFDSTWTLIKAAIPGIVQHVKAAISSAEAAAGQDHQQVTSMT PGPT0014530_3932 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 D3-18_00546 606 HTH-type transcriptional repressor ATGGCGTGGGACACGGAGCGAACCAAAGGGCTGCTGCTTGAGGCGGCAACGTCCGAGTTTTGCGCGCGCGGATTAGCCGGTGCCCGCATTGACCGTATTGCCGCAGAGGCAGGGGTCAACAAGGAGCGGATCTACCAGTACTTCGGCAACAAGAATGCGCTTTTCGACGCCGTCATCGTCACCGCCTTGAGCTCACTCATGGATGAAGTACCCATCGAGGGCAGCGGACCCGAGGCCATGGCAGACTACGCCGGCCGACTCTTCGACCACCACCAGAAGGACGCAACGGCACCACGCCTCCTGTTTTGGGAAGGACTCGAACGGGGCGCGGAGGTTGTGGGACTGCCGAAACGGATGGCCAACTGCGCGTCCAAGGTCAATAGCACCATCGCCGCACTTCCCGGCATTTCCAGGGAGGACGCCGGGGACCTCCTCATCACTATCGTGAGCTTGTGCGACGCCGCCCCGGTACTCCCCGCGCTCGACGGACTCATGGCAGGGGATGATCCGGGCAGGGCTGAAAGGCGACGCGCCGCCGTCGTGCGCACCGTTTACCTGGCCGCCGCAGCGTTGGACGCCGAAGCACGGGAAACCACTCCCGCCTAG MAWDTERTKGLLLEAATSEFCARGLAGARIDRIAAEAGVNKERIYQYFGNKNALFDAVIVTALSSLMDEVPIEGSGPEAMADYAGRLFDHHQKDATAPRLLFWEGLERGAEVVGLPKRMANCASKVNSTIAALPGISREDAGDLLITIVSLCDAAPVLPALDGLMAGDDPGRAERRRAAVVRTVYLAAAALDAEARETTPA NA NA NA NA NA D3-18_00547 312 hypothetical protein ATGACCACGCAAACAACCTCCCCGATCACCGCTGAGCCCACAATGCCGGCAGTCCGCCCTCCTATGCCATCCGTGCACGTTCGCGCCGTGATTACGTGGCTGGCCATCTTCCCGCTCGTGTCCATCGGCATGCTGCTGCTCGGCCCGATCATGGACTCGTGGCACCCCGTCTTGCGGGCGCTGCTGCTGACGGCCCTTGTGGTTCCCGCGGCTGTTTATGTCGTAGTTCCCAAGCTCATGGCCGGCCACGGCGCCCTGTCCCGCAAGGCCGTGGAGCGCGCAGCCCAACGCGCTGCCCGCAAGTCCGCTTAA MTTQTTSPITAEPTMPAVRPPMPSVHVRAVITWLAIFPLVSIGMLLLGPIMDSWHPVLRALLLTALVVPAAVYVVVPKLMAGHGALSRKAVERAAQRAARKSA NA NA NA NA NA D3-18_00548 957 rbsK_1 Ribokinase ATGACCAGCGCACCCAAGGCGGGAATCGTCGTCGTCGGCTCCCTCAACGCAGACCTGACCATCTATTGCGACCGTCTCCCCCAGCCCGGCGAGACAGTCCACGGCAATGGCTTCGCGGTAAATCCCGGCGGCAAGAGTGCCAACCAAGCGGTGGCTGCCAGCAAGCTCGGCGGGCAGGTAACCCTGATCGGCGCTGTGGGTGACGACTCCAACGGCACCATGCTCCTTGAATCGACGGCCAACGCCGGAGTGGACGTTTCGCGGGTCCAACGCTCCGACGTCGCCACCGGTGTCGCGGTCATTTCCGTGGATGCCAGCGGCGAGAACAGCATCATTATCTCGGCCGGCGCTAATGGGACCCTGAGGCCGTCGGACGTTACGCCGGACGCCTTCGAGGATGCCGCTGTGGTGTGCCTCTGCCTGGAGGTGGGGACCGATACGGTGATTGCCGCCGCACAAGCGGGGCACGACGCCGGCGCAACAGTTCTGCTGAACCTCTCGCCTTACGCCGAGGTGCCGGAGCGTTTGGCGAGGTTGAGCGATGTGCTGCTGGTGAATGCGCACGAGGCGTCACTGTTCCTTGGCGCAGAAGCCGACGTACCTGACGCCGGGGCCAGCGTGGAGGCGTGGGAGCCGGTCCGGAGTCAGTTCGCGGACCGCGGTTTGCAGCGCGTTCTGGTGACCCTCGGCGCACATGGTTCCGTAGTCCTGGATTCCTTGGCGCGTGGGGCTGAAGACCAAATCACACGCATTGCCCCGACGCGTGTTTCTGCGGTTGACACCACGGGTGCCGGCGATGCCTTCACGGGTGCCGTGGCAGCGCGCTTGGCTGCCGGCGAGTCACTTGCTGGTGCAGCGTCCTTCGCCTCGGTAGCCGCCGCGTTGGCCGCCACAAAGAAAGGGACGCAGACCGCGTACCCGACCATCGCCGACGTCGAGCAGCTGCGGGACGCTTAG MTSAPKAGIVVVGSLNADLTIYCDRLPQPGETVHGNGFAVNPGGKSANQAVAASKLGGQVTLIGAVGDDSNGTMLLESTANAGVDVSRVQRSDVATGVAVISVDASGENSIIISAGANGTLRPSDVTPDAFEDAAVVCLCLEVGTDTVIAAAQAGHDAGATVLLNLSPYAEVPERLARLSDVLLVNAHEASLFLGAEADVPDAGASVEAWEPVRSQFADRGLQRVLVTLGAHGSVVLDSLARGAEDQITRIAPTRVSAVDTTGAGDAFTGAVAARLAAGESLAGAASFASVAAALAATKKGTQTAYPTIADVEQLRDA PGPT0017405_993 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 D3-18_00549 1446 mdtL Multidrug resistance protein MdtL ATGTCCTCCCTCGCAACAGAATCCAAATCCACCCGCGGCAACGTCACCGCCCTTATGGTTGCGTTGTTGGCAGCCTGCGTGGCCTTCCAACTCAACGCGTCCATGCTCAGTCCGGCCCTGGTCACCATGGGCAATGAACTCAACACAGACCAAGCCACTATCGGCCTGTCCCAGACCTGGTTCTTCACCGCCGCAGCCCTTTTCTCCCTCTTCCTCCCGCGCCTCAGTGACATCGTTGGCCGCAAGAAGATCCTCGTTGGCATGATGCTCCTGATGGCGGTCGGCTCCGTCATCGCAGCAATGGCCCCGGACGTCACCTGGCTGTTCGTGGGCCGCATCATCCAGGGCGTCAGCGGTCCCACGGTTCCGCTCTGCCTGATCATGCTCCGCTCCGCTGTCACCAACCCGCGCAAGTACGGCACGCTCATGGGTCTCATCACGGCAGTCAACGGCGGCGTAGCTGGCGTCGACTCCTTCGTAGGCGGCTACTTTGCTGAGAACTTCGGCTTCCGCAGCATCTTCTGGCTCATGGTCGCGCTGGCCCTCATCGCTACCGTTCTGATCGCCGTCCTCGCTGGCGAAAGCAAGCCCGCCGCGGGCACTACCATGGACTGGCTGGGCGTGTTCTTCATTGTCATCGCAGTGGGCGCCCTGCTGACCGCCCTGAACGAGGGCGCCAAACTGGCCACGGCCTTCGACGCCGGCACCCTTACCTTTGCGGTCGTGCTCACCGTGATTGCCGTCGTCGCGTTCTTTGCGTTCTGGACTGTTGAAAAGCGCGCCAAGCAGCCCATGGTGGAAACCGTGCACCTGCGCCAGCGCTCCACGTGGGCTCCGCTGCTGACCACCACGCTCACCATGACCGGCATCTTCGCCGTCATCAACGGCATAGTCCCCGCCTATGTTCAGGCAGCTGATCCCGGTTTCGGCGTTGGGCCCACCGAGATGTCGCTCATCATCCTGACCCCCTATGCACTGCTTGGCTGGCTGTTCGGCCCCATCAGCGGCCGGCTTGCCCCCGTCCTCGGCTACACCAAGGTGCTGCGCATCGGCCTGCTCGGCAGCTTGGTGGCACTGGCGATCATCGCCTTCTTCGGCCTCAACAATCTGCCCATGATGATCTTGGGAACGGCCTTGCTGGGCATCATGTACGCCGGTACGGTCAACATCATGCTGAACGGACTGGGCGTGGTTCTCTCGCCGCAGGGTAACCCGGGCTTCCTGCCTGGCATGAATGCCGGCGCGTTCAACCTCGGCGCCGGGCTGAGCTTCCTTGTCCTTCCTGCGGTCCTGGTGGCCACATCTTCGCTCAATGACGACAAGGCTTCTTATCTGACCGTTGTGGTGGTGGGCCTGGCCATTACGTTCGCCGCCTTCGCGGCCTCGCTGCTCATTCCGAAGCCAGTGGACGCAGAAGTAACCGAGGATGAAAAGGTGGCCGCATGA MSSLATESKSTRGNVTALMVALLAACVAFQLNASMLSPALVTMGNELNTDQATIGLSQTWFFTAAALFSLFLPRLSDIVGRKKILVGMMLLMAVGSVIAAMAPDVTWLFVGRIIQGVSGPTVPLCLIMLRSAVTNPRKYGTLMGLITAVNGGVAGVDSFVGGYFAENFGFRSIFWLMVALALIATVLIAVLAGESKPAAGTTMDWLGVFFIVIAVGALLTALNEGAKLATAFDAGTLTFAVVLTVIAVVAFFAFWTVEKRAKQPMVETVHLRQRSTWAPLLTTTLTMTGIFAVINGIVPAYVQAADPGFGVGPTEMSLIILTPYALLGWLFGPISGRLAPVLGYTKVLRIGLLGSLVALAIIAFFGLNNLPMMILGTALLGIMYAGTVNIMLNGLGVVLSPQGNPGFLPGMNAGAFNLGAGLSFLVLPAVLVATSSLNDDKASYLTVVVVGLAITFAAFAASLLIPKPVDAEVTEDEKVAA PGPT0021051_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021051-uriP-NA NA NA D3-18_00550 1026 rihA_1 COG1957 Pyrimidine-specific ribonucleoside hydrolase RihA ATGACACCGGCACGCAAGAAGATCATTCTTGACTGCGACCCTGGCCATGACGACGCAGTGGCATTGCTGCTGGCTCACGGCAACCCGGACATCGAACTGCTGGCGGTGACCACCGTTGTGGGAAACCAGACTCTGGAAAAGGTCACCCGCAACGCCCTCTCCGTAGCCACCATTGCCGGCATCACGGACGTCCCCTTCGCCGCTGGCTGCGACCGCCCCTTGGTGCGCACCATCGAAACGGCCCCCAGCATCCACGGTGATTCCGGCATGGACGGCCCGGAGCAGCCCGAGTCCGCTATCGAGCTGGACCCGCGCCACGCCGTCGACCTCATCATTGAAACCGTCATGGCGCACGAGCCGGGCACCGTCACTCTGGTCCCCACCGCGGGCCTCACCAACATTGCCATGGCCGCCCGCAAGGAGCCGCGCATCGTGGAGCGCGTGAAGGAAGTTGTCCTCATGGGCGGCGGCTACCACGTGGGCAACTGGAGCGCCGTGGCCGAGTTCAACATCATCATCGACCCCGAAGCCGCGCACATTGTCTTCAATGAAAAGTGGCCCTTGGTAATGGTCGGCCTGGACCTCACGCACCAGGCGCTGGCCACGGACGAGGTAGTGGACCGCATCGCGAAAATCGGCACCAAGCCGGCCAAGTTCGTCATGGAACTCATGGACTTCTTCCAAAAGACCTACAAGGATGCCCAGGGCTTCGATTTCCCGCCGGTCCACGACCCCTGCGCAGTCGCCTACGTCATCGACCCCACCGTCATGACCACCCGCAAGGTCCCCGTGGACATCGAACTGCAGGGCAAGCTCACCCTAGGCATGACCGTTGCAGACTTCCGCGCCCCCGCGCCGGATGACTGCCACACGTCGGTGGCCGTGGACCTCGACCACAAGAAGTTCTGGGACCTGGTCACCGATGCCATTGAACGGATCGGCGAACCAGGGCACGACGCCGGCGCTGACGCCACCGCAGCAGTCAACGCCACGGCCGAGGCAATTCTGGCAGGAGAAGCCAAATAA MTPARKKIILDCDPGHDDAVALLLAHGNPDIELLAVTTVVGNQTLEKVTRNALSVATIAGITDVPFAAGCDRPLVRTIETAPSIHGDSGMDGPEQPESAIELDPRHAVDLIIETVMAHEPGTVTLVPTAGLTNIAMAARKEPRIVERVKEVVLMGGGYHVGNWSAVAEFNIIIDPEAAHIVFNEKWPLVMVGLDLTHQALATDEVVDRIAKIGTKPAKFVMELMDFFQKTYKDAQGFDFPPVHDPCAVAYVIDPTVMTTRKVPVDIELQGKLTLGMTVADFRAPAPDDCHTSVAVDLDHKKFWDLVTDAIERIGEPGHDAGADATAAVNATAEAILAGEAK PGPT0013465_441 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013465-iunH-K01239 NA NA D3-18_00551 1044 cytR_2 COG1609 HTH-type transcriptional repressor CytR ATGGAATCCCTGGATCGGCGCCACGGTCGTGCGCCGCGCTCACCTCGCGTGACGGCCGCGATGGTGGCCGCCCGGGCAGGCGTTTCGACGGCGACCGTGTCATTGGTGGCAAACGGAAAAACGCAAGGGCGGGTATCCGAGGACAACATCTCCCGAGTCCGTTCTGCCATCGCCGAACTCGGCTATGTGGTGGACAGCATTGGCAGTTCCCTGGCCCGCGGTGTCAGCTCGATTGTCATCCTGGTGACACCGGACGTTTCCAACCCCTTCTTTGCCAACGTCATCGCGGGCGTTCGGGAATCACTGGGTGCCCAGTATCAGCTGCTGCTTTCCGTGACCGACGCCGGTGAGTCACCCCAGGCTGATGATGTCCGCAAGTTGCTGGCACTCCGCCCTGCCGGTTTGCTGGTAGGTGCACCCAGCGCGGAATTCCTGGAAGACCTGTCCGCTGCGGGGCCTCTGGTGCTGTTGGACGCCCCGGGCCTCGAGTCCTACGCCCCTTCCGTGAATCTGGATGTTGCCCAAGGTGCGCGGGAGCTCGCCCGGCATTTGGCATCTTCCGGGCACACCCGCGCCGCCTACGTGGACGGCGTGACAGGCACAACTACATTCCAGCTGCGCCGCCAGGCCTTCTTGGCGGAGGCTGCTGCGTGCGGACTTTCCGTGGCCGACGGGCACGTCATCAGCACCCCGATCGACGTCGGTGCTGCCGCCGCTGCCTTCGCCGAAGCCTGGCCGGAGTGGCATCGCGAGGAGGTCACCGCCGTCGTCTGTGGTACCGATACACATGCCTATGGAGTGCTGCAGGAAGCCCGGGTTGAGGGTGTGCGCATCCCTGAGGAACTGGCGGTGGCAGGCTTCGATGATCTTCCCTACTCGGCCACCAGCAATCCCAGCCTCACCAGCGTCCACCTGCCTGCGACGCCCCTGGGACGCAAAGCGGGGGAGCAGCTGCGGGGGCTGATGGAAGGCCTGCCGCTGGAGGAATCGCATGTGACGCTCGAGAGCTCGCTGGTGGTGCGGGGATCTACGTCTTTGAGTTAG MESLDRRHGRAPRSPRVTAAMVAARAGVSTATVSLVANGKTQGRVSEDNISRVRSAIAELGYVVDSIGSSLARGVSSIVILVTPDVSNPFFANVIAGVRESLGAQYQLLLSVTDAGESPQADDVRKLLALRPAGLLVGAPSAEFLEDLSAAGPLVLLDAPGLESYAPSVNLDVAQGARELARHLASSGHTRAAYVDGVTGTTTFQLRRQAFLAEAAACGLSVADGHVISTPIDVGAAAAAFAEAWPEWHREEVTAVVCGTDTHAYGVLQEARVEGVRIPEELAVAGFDDLPYSATSNPSLTSVHLPATPLGRKAGEQLRGLMEGLPLEESHVTLESSLVVRGSTSLS PGPT0017992_5384 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 D3-18_00552 357 hypothetical protein ATGGAACCGGACTGGATCGAACACCGACGCGCGGACGACGGTGAGCACGTGGGTTGGATGAGGCCCGTCGATGACGGGTTTGTTGCCGTGGATTTGCTGGGCCGTCCGCGGACCGACGTTGTGGACTGGATGAGCGCCGAGGAAACTCTTGACGAACTCGGGCTGCGCTACCTCGCCGATCCCCACGAGTTACGGCTCGACGACGGCGACTGGCTGCGCGTGCGGATAGCGGAAGTGACGCCGTCTGAGGTGCGGGTGAAGAAGGAAGATTGGGGCGATATGACCGCTCCCCAGATCTATTTCACAGTCTTGCTGCCCGTGACGGAGGACCAGCTTCGTCCCCTATCTCCTAGCTAG MEPDWIEHRRADDGEHVGWMRPVDDGFVAVDLLGRPRTDVVDWMSAEETLDELGLRYLADPHELRLDDGDWLRVRIAEVTPSEVRVKKEDWGDMTAPQIYFTVLLPVTEDQLRPLSPS NA NA NA NA NA D3-18_00553 624 rhtB_2 COG1280 Homoserine/homoserine lactone efflux protein GTGCAGTTTTCACTTTGGCTGGCCCTGGTTGGTGCCGGCACCCTGATCAGTTTCACTCCCGGCGCCGGCGCCATTTTCACCATGAGCAACTCGCTCAATTCCGGCTTCCGACGCTCCATCTGGGGCATTCTCGGGCAGCAGGTGGCTCTGGTCATCCATATCGTCATCGTTGCCCTGGGCGTGGGCGTCCTGGTTTCCAACTCGCCGGTCATCTTCAACGTCATTCGCTATGCAGGCGCCGCGTATCTGGTGTACCTCGGGATCCGGCAGTTCCTGCACAAGCCCGATCTGGACAAAGAAGAGGTTGCGGATAAGAAGAACGAGTCGGCCCTGTCCATGTTCCAGCGCGGCATCTGGGTGAACCTGCTGAACCCGAAAGCCATCGTGTTCTTCCTTGCTTTCATGCCGCAGTTCATCAGGCCGGACCAGCCTCTGCTTCAGCAATATGCCGTGCTGACGGTCACCGTCCTGGTCATCGACATCCTGGTGATGTGGTTCTTCTTCGCTTTGGCGGCGCGGTCCTTCCAGCGGTTCACCCACGACCAGCGTGGCCAAAAAGTACTCAACCGCGTCTTCGGCTGCCTGTTCGTCCTGGTGGGCATCCTGCTCGCAGTCATTCACTAG MQFSLWLALVGAGTLISFTPGAGAIFTMSNSLNSGFRRSIWGILGQQVALVIHIVIVALGVGVLVSNSPVIFNVIRYAGAAYLVYLGIRQFLHKPDLDKEEVADKKNESALSMFQRGIWVNLLNPKAIVFFLAFMPQFIRPDQPLLQQYAVLTVTVLVIDILVMWFFFALAARSFQRFTHDQRGQKVLNRVFGCLFVLVGILLAVIH PGPT0021036_564 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_SENSING_RELATED_GENES CE-QSR-PUTATIVE_TRANSPORTER,PGPT0021036-rhtB-K05834 NA NA D3-18_00554 456 hypothetical protein ATGATTATTCAAGCTGGTTTTGATCTTGCACTGCTCGCTCGTCCACACATAGCTCAGGTGGACCGGGTTCTTCCACGGATAGTGGTCGTGGGCCTCGACGCCGACATGTGTTTGGACATTGTTGCCATTATCAGCGACGAATTCAGCGGGTCCCTAAAACCATACTTCGAGGAGATTCTCGACACCCTGAGACACAAGGACACCAAGTACTTCGCCATCGCTCACGCTGGCTGTTGGCCTGAGATCCGGGACGAAACCGAACCAATCCTCGTAGAGGCCGAAGATCTTAAGGCACTGGCTTCAGCAGAGCTTGGCTTGGAAATGATTGGACACTTCGGCATTGATGAAACCGGATACACCTCGTCCAGCCCCCACCTGTACTTCGACGACTACTACAACGAGCTACCCGAAACCCGTGTCCATTGGAGCCATTCGACATACGGCGGGTGCGGCTAA MIIQAGFDLALLARPHIAQVDRVLPRIVVVGLDADMCLDIVAIISDEFSGSLKPYFEEILDTLRHKDTKYFAIAHAGCWPEIRDETEPILVEAEDLKALASAELGLEMIGHFGIDETGYTSSSPHLYFDDYYNELPETRVHWSHSTYGGCG NA NA NA NA NA D3-18_00555 657 hypothetical protein ATGCCGGATGTGCCACGCGACAGACGTGAGATGGTTCTCGACCTGAAACTCAACACTTCCTTTGCTTTCGCACTCGGCACCTTCGGCTGGGCGAGCATCGGCTGCTCCTTCATGCTCATTGACCTTGCCTGGCAGTTCGAAAAGCTGCAGAACTGGTATGGCTTTTTACTTGCTTTGTTCTACGGGGTTCTATTCGGTTTAGCCCTTGCTGGGCTGACCTTATGGTTGCAGGTGGCCTCGTCCAGACGCCGCCAACTCCTGAAAGCAGCGCTGGTTCTCATGAGGAATGCACAGGACTACGGTCCGACCACCCCTGCAAACACGAAACGTTTCATGGCTGCATCTGGTCAAAAATTTTTGAAAGCAGCCTTCCGTCTGGGCCTTACCGGCGAGAACCGCCACATCTTGTGCATCACCCACTATCTTTCGGACCAAGGGCGGTATCCGCACAGAAATGTGAACACACTGTTGGTAAGGGAAATAGGGCACCTAGTCCGAGAGGTCTACCAAGGCGAGCACTCCATGTCCATGCAGAGGAGTCGACGTTTCTCCCTTCCCCAGCCCAGTGCTGTCCTGAAGACCTCTGGATGGATCACCTCCCTCGCTGCTGCCCCAGTATTGGCGCGGTTGCTGAGCGGCTGGGAGCCATTCCTATAG MPDVPRDRREMVLDLKLNTSFAFALGTFGWASIGCSFMLIDLAWQFEKLQNWYGFLLALFYGVLFGLALAGLTLWLQVASSRRRQLLKAALVLMRNAQDYGPTTPANTKRFMAASGQKFLKAAFRLGLTGENRHILCITHYLSDQGRYPHRNVNTLLVREIGHLVREVYQGEHSMSMQRSRRFSLPQPSAVLKTSGWITSLAAAPVLARLLSGWEPFL NA NA NA NA NA D3-18_00556 1074 dinB1 COG0389 DNA polymerase IV 1 GTGAGCGGAATCCCGTGGGTACTGCACGTTGACCTCGACCAGTTCATTGCGGCGGTCGAGGTACTCCGTCGGCCTGAGCTCGCGGGGAAACCGATCATTGTGGGTGGTCGGGGAGATCCCACAGAACGGGCCGTGGTTTCCACAGCGTCCTACGAAGCCAGGGCCTTCGGTGTCGGCTCCGGGATGCCTTTGAGGATCGCAGCACGCAAAGTGCCCGACGCCATCATCCTGCCTGTCGATCAAGAGGCCTACCTCGCGGCCTCGGACGTAGTGATGACCACACTCCGCGAACAACATGGCGCCACCGTGCAGGTGCTGGGTTGGGATGAAGCCTTCGTGGGCATTGAAACTGAGGACCCTGAAGGGTATGCCAAGCAGATCCAGGCCGCCGTCCTGGAACAAACCCAGCTGCACTGCAGCGTGGGCATCGGCGACACCTTGGTCCGCGCAAAGAACGCGACGGATTTTGGCAAACCAGCTGGCATCTTTCGGCTGACCAAAGAGAACTGGCTCGATGTCATGGGCAGCCGGCCCACCAAGGAGCTATGGGGCGTTGGAAGCAAAGTCTCGCAGCGGCTGGCGAAGCACCACATCACCACGGTGGCAGAGCTCGCTGCGTGCAATCCCCAGGATCTCGTCCCTGAGTTTGGTCCCAAGATGGGCCCTTGGTATGCGCAGCTGGGACGCGGGGAAGGCTCCAGCGAGGTCGATGACACGCCGTGGGTCGCCCGCGGGCACAGCCGGGAGACCACGTATCAGCAGGATCTCACCGACCCCTCACAAATCGAGGACGCCGTGAAGGAGTTGACGGCGCAGGTCCTGGGAGACGTCGCAGCGGAGGGACGCCCGGTGATCGGGCTGACCCTGAAAGTCCGCTACGCACCGTTCTTCACCAAGACCTACGCCAGGAAGATCCCCGAGACTTTTGACAGGGATGAAGTCCTCACGCAGGCCTTGGACCTCACCGCCAAAATGGAGCCGGACCGTCCCATCCGGCTCCTCGGATTGCGCGCCGAAATGTCCATGCCCGAGGAAGCCCGAAAGGGGCATACGCCGACGCGCAGCGGCTGGTGA MSGIPWVLHVDLDQFIAAVEVLRRPELAGKPIIVGGRGDPTERAVVSTASYEARAFGVGSGMPLRIAARKVPDAIILPVDQEAYLAASDVVMTTLREQHGATVQVLGWDEAFVGIETEDPEGYAKQIQAAVLEQTQLHCSVGIGDTLVRAKNATDFGKPAGIFRLTKENWLDVMGSRPTKELWGVGSKVSQRLAKHHITTVAELAACNPQDLVPEFGPKMGPWYAQLGRGEGSSEVDDTPWVARGHSRETTYQQDLTDPSQIEDAVKELTAQVLGDVAAEGRPVIGLTLKVRYAPFFTKTYARKIPETFDRDEVLTQALDLTAKMEPDRPIRLLGLRAEMSMPEEARKGHTPTRSGW PGPT0014881_4066 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 D3-18_00557 984 iolS_1 COG0667 Aldo-keto reductase IolS ATGGAACAGCGCATACTTGGCAAGACCGGCAGGTCCGTCTCAACTGTCGGACTGGGAACGTGGCAACTCGGAGCCGACTGGGGTTCGGTCACCGAAGAGGACGCCTTTGCCGTCCTGGAAGCCTCAGTTGAAGGCGGCGTCAACTTCTTCGACACCGCAGACGTTTACGGAGACGGCCGCAGCGAGCAGTTCATCGGACGCTTCCTCCGGGCACATCCGGACCTGAACCTCACTGTTGCCACCAAAATGGGCCGCCGCGTGGATCAAGTCCACGAGAATTACACCTTGGAGAACTTCCGGGCGTGGACGGATCGTTCGCGGCGCAACTTGCAGCAGGACACTCTGGACCTCGTCCAACTGCACTGCCCACCCACATCCGTCTACAGCAGCGACGAAGTCTACGACGCCCTGGACACCTTGGTCAGCGAAGGCGCCATCCGCAACTACGGCGTCAGCGTCGAGCGCACGGACGAAGCCCTTGAGGCCATCAAGCGCGGGAACACCGCCTCCGTGCAGATCATCCTCAACGCCTTCCGTCTGAAACCCCTCGACGAGGTGCTGCCCGCAGCCAAGGAAGCGGGCGTTGGCATTATCGCCAGGGTGCCGCTTGCCTCCGGTTTGCTGTCCGGGAAGTACACGAAGGACACCGAGTTCCCCGAGGACGACCACCGGAACTACAACCGCGACGGGTCTTCCTTCGACGTCGGCGAGACATTCTCGGGCGTCGATTTCGCAACCGGTGTTAAAGCCGCTCAAGAGTTCAGCGGGTTAGTGCCCGACGGCGTCAGCACCGCCCAAGCGGCCCTCGCCTGGGTCATCGCCCAGGACGGTGTCACCTCGGTCATTCCCGGTGCACGATCCGCTTCGCAGGCAGCCGCAAATGCCGAGGCCGGTGGGATGCAATCCGTCGGGGAAGGGTTGGCTGACGGAGTTCGGGATATCTATGACCGATACTTCCGCGAAGCGATCCACCCGCGCTGGTAG MEQRILGKTGRSVSTVGLGTWQLGADWGSVTEEDAFAVLEASVEGGVNFFDTADVYGDGRSEQFIGRFLRAHPDLNLTVATKMGRRVDQVHENYTLENFRAWTDRSRRNLQQDTLDLVQLHCPPTSVYSSDEVYDALDTLVSEGAIRNYGVSVERTDEALEAIKRGNTASVQIILNAFRLKPLDEVLPAAKEAGVGIIARVPLASGLLSGKYTKDTEFPEDDHRNYNRDGSSFDVGETFSGVDFATGVKAAQEFSGLVPDGVSTAQAALAWVIAQDGVTSVIPGARSASQAAANAEAGGMQSVGEGLADGVRDIYDRYFREAIHPRW NA NA NA NA NA D3-18_00558 1158 hypothetical protein GTGCTGGCGCGGACGCATGGACAGTTCGATGCTTGCGAGGATGCCGTCCAGGAAGCGCTCCTTGAGGCCGCTCTGCAGTGGCCCTCCGGGCTGCCGGACAACCCCAGGGCGTGGTTGATGGCGGTCGCATCCCGTCGGCTGGTGGACTTTTATCGAAGCGAAAGCGCCCGGCGGGCCCGTGAGGAACGAGTTGCGGCCATGAACGTCGATTTCTCCTACAACTACCTCCCGGAAGCCGACGACACCCTCACGCTGATGTTCCTCTGCTGCCACCCGGCGCTATCGGCACCGTCGCAACTCGCCTTAACGCTCCGGGCCGTCGGAGGACTCACGACGGCGGAAATCGCCTCGGCTTTCCTGGTCCCCGAAGCGACCATGGGACAACGTATCAGCCGTGCCAAACAAGGGATCCAAAAAGCGGGAGCCACGTTCAGCATGCCGCCCGCTTCCGAGCGCAAGGCAAGGCTCGGCGTCGTACTTCACGTCCTGTACCTGATTTTCAACGAAGGCTACGCCGCTAGCTCGGGTCCGTCGCTGCAGCGCGAGGACCTCACCACTGAAGCCATCCGGGTGACGCGCCTGCTGATGTCCGTCGCGCCGCGGGAACCGGAGGCCGTCGGCCTGCTCGCGCTGATGCTGCTGACCGATTCCCGGCGCGCGGCGCGCACGTTGCCGGATGGAACACCCGTCCCGTTGGCGGAGCAGGACCGACGACTCTGGAACCAGATGCAGATCAAGGAGGGCATCGCGCTGCTGTCATCCGTCCTGGGACGCGGGGCCGCTGGGCCGTATCAACTACAGGCAGCCATCGCCGCCGTTCATGCGGAGGCTACGTCCGATGAGGAGACTGACTGGCCGCAGATCCTCGCCCTGTACACAGTCCTTGAGGCCGTTGCACCCAGTCCCGTGGTCACTTTGAACCGGGCGGTAGCTGTGGCCATGGTGCATGGACCGGCCGCCGGGCTTGAACTGCTGGCCGGATTGGATGGCGCGCTTGGCCGGACACACCGTTTGGACGCCGTCAGGGGCCATTTACTGGAGATGTCGGGCTCCTACGTGGAGGCCCGCACGGCGTACCTCTCCGCCGCCAAAAAGACCGGAAGCCTGCCGGAACGAAAGTACTTAATGGGAAAAGTAGCGCGGATGGACGAGCAATAA MLARTHGQFDACEDAVQEALLEAALQWPSGLPDNPRAWLMAVASRRLVDFYRSESARRAREERVAAMNVDFSYNYLPEADDTLTLMFLCCHPALSAPSQLALTLRAVGGLTTAEIASAFLVPEATMGQRISRAKQGIQKAGATFSMPPASERKARLGVVLHVLYLIFNEGYAASSGPSLQREDLTTEAIRVTRLLMSVAPREPEAVGLLALMLLTDSRRAARTLPDGTPVPLAEQDRRLWNQMQIKEGIALLSSVLGRGAAGPYQLQAAIAAVHAEATSDEETDWPQILALYTVLEAVAPSPVVTLNRAVAVAMVHGPAAGLELLAGLDGALGRTHRLDAVRGHLLEMSGSYVEARTAYLSAAKKTGSLPERKYLMGKVARMDEQ PGPT0014960_522 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D3-18_00559 375 hypothetical protein ATGAAATACATGATCATGATGTTCGGATCGGCCGAGGGCATGATGGAGACCGCCGATCCGGCTTGGATCCAGGAAATGATCGGGTTCATGATCCAGATCGACAAGGACCTTACGGAGTCCGGCGAAATGGTGTTCAACGCCGGCCTGGCCGACGGCAGCACCGCGAAGCTGGTCAAGCAAACCCCGGATGGCGTCATCACCACCGACGGGCCATACGCCGAGTCGAAGGAGTCGCTGGTGGGCTACTGGGTGGTTGACGTGGCCAGTGAAGAACGTGCCGTGGAGATCTGTTCAAGCATCGTGAAGTACGCGCAGGTGGTTGAGCTTCGCGCAGTTCAGGAAGCTCCGCCGCAGGAAGCTTTGCCGGAGGTCTAA MKYMIMMFGSAEGMMETADPAWIQEMIGFMIQIDKDLTESGEMVFNAGLADGSTAKLVKQTPDGVITTDGPYAESKESLVGYWVVDVASEERAVEICSSIVKYAQVVELRAVQEAPPQEALPEV NA NA NA NA NA D3-18_00560 816 COQ5_1 2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial ATGAACGCGCAGCAGCCTGAAGATGTCTATACCCACGGGCACCACGAGTCGGTTGTCCGGGCCCACGCCTCACGGACGGTCGAGAATTCGGCCGCGTTTGTGATCCCCCATCTCACCCCCGGAACGTCAGTGCTCGACGTCGGATGCGGACCAGGCAGTATCACTTGCGACTTCGCGGCGCTGGTTGCGCCCGCTCAAGTGATCGGTTTGGACAGGTCAGCCGACATCATCGCTCAAGCCACTGAGCTGGCGACCGAACGCGGCGTGGACAATGTGACCTTCCAGACGGGCAACATCTACGACCTCGACTTTGAGGACGAGTCCTTCGACCTCGTCCATGCCCACCAAGTCCTCCAGCACCTGACTGACCCCGTCGCCGCGCTTCGCGAGATGCGCCGGGTGGCCAAACCCGGAGCGATCGTTGCCGTGCGCGACGCTGATTTCCACGGCATGAGCTGGTACCCGGAGGTCCCCGAGCTGGACGACTGGATGGAGCTTTACCAAAAGATCGCCCGGCGCAACGGAGCAGAACCCGACGCCGGCCGTCGCCTGGTTTCGTGGGCCCAGCAAGCTGGTTTCACCCAGGTGGCGCCGACCAGCAGCAACTGGCTTTACGCCACCGCCCAACAGCGCGCGTGGCAATCAAGGGTGTGGAGCGAACGGGTGCTGCACTCCGCGTTCGCCGAGCAAGCCCTTGAGTACGGTTTCGCCAACGAGGCCGACCTCGCCAGGATCGCTGCAGGCTGGCACCGCTGGGGAGCTACCGATGACGGATTCTTCCTCATTCCGAATGGCGAGGTCATAGCCCGGGCCTAG MNAQQPEDVYTHGHHESVVRAHASRTVENSAAFVIPHLTPGTSVLDVGCGPGSITCDFAALVAPAQVIGLDRSADIIAQATELATERGVDNVTFQTGNIYDLDFEDESFDLVHAHQVLQHLTDPVAALREMRRVAKPGAIVAVRDADFHGMSWYPEVPELDDWMELYQKIARRNGAEPDAGRRLVSWAQQAGFTQVAPTSSNWLYATAQQRAWQSRVWSERVLHSAFAEQALEYGFANEADLARIAAGWHRWGATDDGFFLIPNGEVIARA NA NA NA NA NA D3-18_00561 537 hypothetical protein ATGTCGGACTCAACAGTCCCGCGCCCCGCGGAGCAGGGCCCGGATACCGGCCGCCCCGAGACCGCAGCTCCCCAAGAACTTGTCCGACTCCTGCAGGACTTCACCCTCGAAGCGAACCACTACGTGGACGCAGCAGGTGGCCGGAACGACATGCACCGCACGGACCTGAACGCACTCGCCGTCATCATGCGCCACTCCGCAGCCGGCAAAGTTGTCACGCCTGGCGTTCTCCGCGCCGAACTCCGGCTCAGCTCCCCCGCGACCACTGCGTTGGTTGATCGCCTGCATGCCTCGGGTCACGTTGTGCGCGAACGCCTTGGGACCGATCGCCGGCAAGTCCAGTTGCAGATGACACCCAAGGCGTACCGGGATGGCAGCGCAATGTTTATGCCACTGGCTATCCGCATGGGCAAGGCCATGGCCGCTTACAGCCCTGAGGAACTGGAGCTTGTCACCCGGTTCATGACTGACATGGTGGAAGCTACCTTGGCCGCCCGCGAGGAAGCCACCCAACCCGACGCAACGCGCTCCACCTAA MSDSTVPRPAEQGPDTGRPETAAPQELVRLLQDFTLEANHYVDAAGGRNDMHRTDLNALAVIMRHSAAGKVVTPGVLRAELRLSSPATTALVDRLHASGHVVRERLGTDRRQVQLQMTPKAYRDGSAMFMPLAIRMGKAMAAYSPEELELVTRFMTDMVEATLAAREEATQPDATRST NA NA NA NA NA D3-18_00562 2175 apeX COG2409 Apo-petrobactin exporter ATGAACCCGCAGAAAGTACCGTTCTGGCTGCGCTGGCTGTTGCCCGTGGTGCTGGTCATCACGTGGCTCGGCATCGCAGGAATTGGTGGCCCCACCTTTGGGCGGTTGGAGGAAGTCTCCTCGAACGACCAAGCATCCTTCCTTCCCGCGGGCGCCGAGGCCACGGAAGCTGGCGATTGGCAGGCCAAGTTCCGGGACTCCGAGGAGATTCCGGCTGTGGTCATCGTGGAGAACGACACCGCCTTCACCCCGGCTCAACTGGGCGAGGCAGCCCAACTGAAAGCCGACATTGAGGCACTTAAGCTGGGGAGCGCCGTCGTCGGGCCTATTCCGTCCGAAGACGGCAAGGCCGTCCAATTCATTGTTCCCATGGCGTCTTCCGATGAGCTGCGGGAGAAGGTCCAGGAGCTCCGCGACGTCGTGCAGCCCGGCGCCCCGGACGGAACGCAGGCGTTCGTCACTGGGCCCGCTGGCCTGACCGCGGACCTCGTCAACGCGTTCGGCGGGATCGACGGCATTCTTCTGTTGGTTGCCCTGGGTGCCGTGTTTGTGATCCTGCTGCTGGTTTACCGCTCGGTGGTGCTGCCGCTGGCGGTGCTGTTCACCTCAGTCTTCGCCTTGTGTGCCGCGATTCTGCTGGTGTTCGGCATGGCCAAGCTCGGCTGGATCCAACTGAACGGCCAGAGTCAAGGCATCCTTTCAATTCTTGTGATTGGTGCGGCTACCGACTACGCACTGCTGTATGTAGCGAGGTTCCGTGAAGCCCTGACCCACACCACTAACCGCACGCAGGCAGCCATCACAGCTTGGAAGGCTTCGTTCGAACCAATTCTTGCCTCTGGTGCCACCGTCATCATCGCCCTGCTTTGCCTGCTCTTCTCGGACTTGAACTCCAACAAGGCCCTGGGTCCTGTGGCAGCTGCCGGCATCCTCTGTTCCCTGTTCGCCGCACTCACGCTTCTGCCTGCGTTGATGGCTTTGCTTGGACGGGCCGCCTTCTGGCCCTTCCGGCCCAAGTTGCTGCCCGACGACGAACGCGAACCTGAGATTGTCACTGGACTTGAGGGGCAAAAGGGTCTGTGGCGCGCCACGGGTCGTCTGGTCTCCAAACGGCCGCGCGTCGTGTGGGTGGCTTCCGTCCTGCTGCTCCTCGCAGCCTCTACCGGCTTGATGCAATTGAAGGCTAACGGCGTTCCGCAAACGGACGTCATTCTCTCTGCTTCCGACGCCGTTGACGGCCAGGAAGCGCTGGCGCGCCACTTCGACGCCGGCAGCGGCAGCCCCGCCGTCGTGGTCGCTTCCCAAGCTGCCGCGCAGCAGGTGCTGGAGAAGGTCAAAGCGGCCGACGGCGTGGGTGATGCGTATCTACTGGCCGACGGTAATGTCCCGATCACCGGAGCCCCCGGCGCTCCTTCGGAGCCCGCTGTCCGCGATGGCAGGGTCCTGATCAACGCCACGCTGAACTCGGCTGCAGACTCGATTGAAGCAGAAGAAGCGGTGAAGTCGCTGCGGGTGGCTGTTAAGGACGCCGACGCCGAAGCTCTGGTAGGTGGAGTCACGGCGACCGCGCTGGATACCAATACCACCGCGCAACGCGACTTGGTGGTCATCATCCCGATCGTCCTGGTGGTCATCCTCTTCATCTTGATGCTGCTGCTGCGATCCGTGGTGGCGCCAGTGCTGCTGGTGCTCTCCGTGGTGCTTTCGTACGGTGCCGCGATGGGTGTCTCAGCGTGGGTCTTCAATGGAGTCTTCGGATTCTCCGGCGCTGATGCCACCGTGCCGCTTTTCGGCTTCGTGTTCTTGGTAGCCCTTGGCGTGGACTACAACATCTTCCTGATGAGTCGTGTCCGTGAAGAGTCGTTGAAGCATGGGACACGTCCGGGAATCCTGCGGGGATTGGCGGTTACCGGCGGTGTCATTACCTCTGCCGGCGTGGTCCTGGCCGCTACGTTCGCGGCCCTTGGTGTCATCCCCATCATGTTCCTGGTCCAGCTCGCGTTTATTGTCGCGTTCGGTGTGCTGCTGGATACGGTGCTGGTCCGCTCCCTGTTGGTTCCCGCGCTTGCCTACGACATCGGCAGCAAGATTTGGTGGCCGGGGAAGCTGGCACGTGATTCTTCGTCCGCGCCGGTCGCTCCTCGCGAGGAGGAAGAGGCCTCGGTGGGCCGATAA MNPQKVPFWLRWLLPVVLVITWLGIAGIGGPTFGRLEEVSSNDQASFLPAGAEATEAGDWQAKFRDSEEIPAVVIVENDTAFTPAQLGEAAQLKADIEALKLGSAVVGPIPSEDGKAVQFIVPMASSDELREKVQELRDVVQPGAPDGTQAFVTGPAGLTADLVNAFGGIDGILLLVALGAVFVILLLVYRSVVLPLAVLFTSVFALCAAILLVFGMAKLGWIQLNGQSQGILSILVIGAATDYALLYVARFREALTHTTNRTQAAITAWKASFEPILASGATVIIALLCLLFSDLNSNKALGPVAAAGILCSLFAALTLLPALMALLGRAAFWPFRPKLLPDDEREPEIVTGLEGQKGLWRATGRLVSKRPRVVWVASVLLLLAASTGLMQLKANGVPQTDVILSASDAVDGQEALARHFDAGSGSPAVVVASQAAAQQVLEKVKAADGVGDAYLLADGNVPITGAPGAPSEPAVRDGRVLINATLNSAADSIEAEEAVKSLRVAVKDADAEALVGGVTATALDTNTTAQRDLVVIIPIVLVVILFILMLLLRSVVAPVLLVLSVVLSYGAAMGVSAWVFNGVFGFSGADATVPLFGFVFLVALGVDYNIFLMSRVREESLKHGTRPGILRGLAVTGGVITSAGVVLAATFAALGVIPIMFLVQLAFIVAFGVLLDTVLVRSLLVPALAYDIGSKIWWPGKLARDSSSAPVAPREEEEASVGR NA NA NA NA NA D3-18_00563 489 hypothetical protein ATGGAGCCCCGGGACTGGCCGGCGGTAAGGGAGATCTTCCAGGAAGGCATCGACACCGGCTTCGCCACGTTCGAATCATCCGCACCCGAATGGGACGCCTTCAACAACTCCAGATTGCCTGAGCACCGGTTTGTGGCAGTCAGCAAGGAGGGCACCATCCTGGGCTGGACCGCGGTCTCAGCCGTTTCCTCACGACCGGCCTACGCCGGCGTAGTTGAACACTCCATTTACGTGGCTGGCGCCGCCCGCGGCCAAGGCGTTGGCAAACTGCTTCTGCAGGCACTCGCCGCCTCCACCGAGGCGAAGGGAATCTGGACCATCCAGTCCAGTATCTTCCCCGAGAACCAGGCCAGCCTTCGGCTCCATCGGGCCAATGGTTTTGCCATCGTCGGGCGGCGGAACCGTATCGCTCGCGTGAGCACCGGACCCGCCGCCGGACAATGGCGCGACACCCTGCTGCTGGAACGCCGCTCGCCGGTCATTGACTGA MEPRDWPAVREIFQEGIDTGFATFESSAPEWDAFNNSRLPEHRFVAVSKEGTILGWTAVSAVSSRPAYAGVVEHSIYVAGAARGQGVGKLLLQALAASTEAKGIWTIQSSIFPENQASLRLHRANGFAIVGRRNRIARVSTGPAAGQWRDTLLLERRSPVID NA NA NA NA NA D3-18_00564 351 hypothetical protein ATGACTGCACTACCCACACTCGAGCCTGCCGCCGTGCAGGACTGCTGCGAGCCGACGGGCCAGCCTGCCTTGGGTGCCGAGGAAGCCAAACGGAAGGCAGTGGTGTTCAAGGCCCTCGCCGACCCCAACCGGCTGCGGCTTCTTTCCATAGTCAAAGCTGAATCTTCGGGCGAATCCTGCGTCTGCGACCTCACGGGGCCACTGGGTCTCGGCCAGCCGACGGTGTCGCACCATCTGAAGATCCTGGTGGATGCGGGCTTACTGCACCGGGAAAAGCGCGGCACATGGGCATACTATTCCCTGGTCCCGGGCGCCTTGGACGACGTCGCCGGCATCCTGTCAAAGCTGTGA MTALPTLEPAAVQDCCEPTGQPALGAEEAKRKAVVFKALADPNRLRLLSIVKAESSGESCVCDLTGPLGLGQPTVSHHLKILVDAGLLHREKRGTWAYYSLVPGALDDVAGILSKL PGPT0004735_746 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ANTIMONY_RESISTANCE ANTIMONY_RESISTANCE_SYSTEM,PGPT0004735-arsR-K03892 NA NA D3-18_00565 573 hypothetical protein ATGGGCAAGGTATACGGGGCAATCGATCAGCGATTGAGCAAGTTTATTGAACAGCAAGTGGTCTTTTTTGTTGCCACCGCTCCGCTGTCCAGCGATGGGCACGTCAACCTATCTCCCCGCGGGCTTCCGGGCACCTTCGCGGTCATTGATGAGCATACGTTTGCCTGGCTCGACGTCACCGGCAGTGGGAGCGAAACGATAGCCCATTTGAGGGAGAACGGCCGGATTACCGTCATGTTCTGTGCCTTTGACGGGCGTCCGAATATTGTCCGACTCCATGGGACAGGGCGTGTCGTCACCCGCTATGACCATGACTTCGAGTCTCTTGCTCAGCGCTTCGACGACAAACCCGGTGCGAGGGCCGTCATTGTTGTTGACGTCCACCGTGTTTCGGATTCATGCGGGTGGGGCGTTCCCTTGATGAGCTTTGAGGGTCACCGCGATCTGTTGGGTCCGTACTTTGAACGCAAGGGCGTAGACGGAAGTGTTGACTACCGAATCACCAAGAACCGCACCAGCATTGATGGTCTTGCCGCTTACGACTTTGACCCTGCGGAACCAGCAGGCGTCTGA MGKVYGAIDQRLSKFIEQQVVFFVATAPLSSDGHVNLSPRGLPGTFAVIDEHTFAWLDVTGSGSETIAHLRENGRITVMFCAFDGRPNIVRLHGTGRVVTRYDHDFESLAQRFDDKPGARAVIVVDVHRVSDSCGWGVPLMSFEGHRDLLGPYFERKGVDGSVDYRITKNRTSIDGLAAYDFDPAEPAGV NA NA NA NA NA D3-18_00566 738 aqpZ_1 Aquaporin Z ATGACTATTCATTCGTACGGGTTGTGGCGCCGCGCCCTCGCTGAAGCTTTGGGAACCTGCCTGCTTGTTGCCATAGTTGTGGGCTCAGGCATCGCAGCGCAGCAGCTCTCCCCCAATGATGTCGGCCTGCAGTTGCTCCAGAACAGCACGGCCACCGTGCTCGGCTTGACGGTCCTCATACTGATCTTTGGACCAATCAGCGGGGCGCACTTTAACCCGGTAGTGTCCCTGGTGGACTGGATACTGGGTAGACGAGCCGGCACCGGCCTGTCGTTGAAAGAACTTGGCACGTACGTCGTGTCGCAGACCGCGGGGGCGATCGGCGGCAGCGTACTGGCGAACGCCATGTTTGAGGTGAGCACCTCAATCTCCAGCAAGGACCGCGCAACGCCTGGCCATCTGCTGGGTGAAATTGTGGCCACGGCCGGACTAATTCTGCTGATCTTTTCCCTGGCTGCCACCCAGCGGGGCTCCTTGGCCGCCCCCGCAGTCGGCGCCTACATCGGCGCTGCCTATTGGTTCACGTCCTCGACTTCCTTCGCGAACCCTGCAGTGACTGTAGGACGGATCTTCAGCGACACGTTCGCGGGCATCGCACCCAGCTCAGCACCGGCCTTTGCCTTGGCGCAACTGATCGGCGCCGCCGTTGGAGTCGGCCTTCTCCTACTGCTTTTCCCATCGGGTTCAAGCGCCGCGGAAAATGTCGTCGTGCCACACACAGTGGACGTGCGGCCTTGA MTIHSYGLWRRALAEALGTCLLVAIVVGSGIAAQQLSPNDVGLQLLQNSTATVLGLTVLILIFGPISGAHFNPVVSLVDWILGRRAGTGLSLKELGTYVVSQTAGAIGGSVLANAMFEVSTSISSKDRATPGHLLGEIVATAGLILLIFSLAATQRGSLAAPAVGAYIGAAYWFTSSTSFANPAVTVGRIFSDTFAGIAPSSAPAFALAQLIGAAVGVGLLLLLFPSGSSAAENVVVPHTVDVRP PGPT0004715_21 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0004715-arsC-K03741 NA NA D3-18_00567 675 arsC Arsenate reductase ATGAATATTGAGCAAAACTCTAGCCTCTTGGAGAGGGCCGCTAAGTACGCGGCCCTGGCCGATCCTGCCCGGCTGCGCATCGTGGATCTGTTGACCTTGGGGGACTTGTCGCCCACAGAGTTGCAGTCGGAATTGGGCATGCCCGCCAATCTGCTGTCGCACCATCTGCGATCCATGGAGGCTGCAGGTTTGGCGGTTCGGCATCGTTCGGAAGGTGACAAGCGGCGAAGCTATGTCCGGCTGGCTGCCGGTGCGCTGGAAGGTCTCACTCCCGGCCGCGAGCACGGGGCCCGGCGCGTCCTGTTCGTTTGCACCCGGAATAGTGCGCGCTCGCAGTTGGCAACGGCGCTGTGGCAAACCGCCAGCGACATTCCTTCGGTATCGGCGGGAACCCATCCGGCGGAACATGTGGCGCCAGGCGCCTTGGAGGTCGCCCGCCGCCATGGATTGGACCTTGCGGGCGCAAAACCCTGCCTGATAGACCAAGTGGTGAGCGACGAGGATTTGGTGGTCACTGTCTGCGACAACGCCCATGAGGAATTGCCGGGATTGCGCGGCATTCACTGGTCCATTCCGGATCCTGTCCGGCTTGATAGTAAGGAAGCGTTTGAGGATGCATTCGCCGATATCTCACGCCGCGTTCATGATCTCGCCCCTCGACTGCGTGCTGCCTAG MNIEQNSSLLERAAKYAALADPARLRIVDLLTLGDLSPTELQSELGMPANLLSHHLRSMEAAGLAVRHRSEGDKRRSYVRLAAGALEGLTPGREHGARRVLFVCTRNSARSQLATALWQTASDIPSVSAGTHPAEHVAPGALEVARRHGLDLAGAKPCLIDQVVSDEDLVVTVCDNAHEELPGLRGIHWSIPDPVRLDSKEAFEDAFADISRRVHDLAPRLRAA PGPT0004765_246 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ARSENIC_RESISTANCE ARSENIC_RESISTANCE-ARSENIC_HOMEOSTASIS,PGPT0004765-arsR_arsC-K23988 NA NA D3-18_00568 435 arsC2 COG0394 Arsenate-mycothiol transferase ArsC2 GTGAGCACCGAAACTGCCAAGAAACCGTCCGTTCTGTTCGTTTGCGTTCATAACGCAGGACGCTCCCAGATGGCTGCCGCTTTCCTCACAACCCTCTCCAAAGGTGCCGTTGAGGTCAGGTCAGCTGGCTCCCAGCCAGCAGACAAAGTCAACCCTGCTGCTGTTGAAGCCATGTCTGAGCTTGGCATCGACATGTCCGCCGAAATCCCGAAGGTCCTCACCACGGAAGCCGTCAAGGAATCCGATGTGGTGATCACCATGGGCTGCGGAGATGAGTGCCCGTATTTCCCCGGCAAGCGCTATGAGGACTGGGTACTCGAGGACCCTGCTGGACAGGGCGTGGAAGCTGTTCGTCCCATCCGGGATGAGATCAAGACCCGCATCGAGAATCTCCTTACGGAAATCCTGCCGGCCCGGCACGTCGACGCCCAGTAA MSTETAKKPSVLFVCVHNAGRSQMAAAFLTTLSKGAVEVRSAGSQPADKVNPAAVEAMSELGIDMSAEIPKVLTTEAVKESDVVITMGCGDECPYFPGKRYEDWVLEDPAGQGVEAVRPIRDEIKTRIENLLTEILPARHVDAQ PGPT0004715_2183 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0004715-arsC-K03741 NA NA D3-18_00569 978 trxB_2 COG0492 Thioredoxin reductase GTGAGCACCCAACAGCTGATCATCATCGGGTCCGGCCCCGCCGGCTACACAGCCGCTATTTACGCCGCTCGCGCCGGACTTAACCCCTTGGTGCTGGCCGGCTCGGTCACCGCCGGTGGCGCCCTCATGAACACCACGGAAGTAGAGAACTTTCCCGGCTTCCCGGGTGGGATCCAAGGCCCGGAGCTCATGGATGGGCTCCAGGAACAGGCGGAAAAGTTCGGTGCGCGGATAGTTTTCGACGACGTCACTGAGGTTGATCTCAAGGGTCACGTCAAGCGTGTGGTCACTGGAGGTGGCGAGACTCATGAGGCGCCGGCGGTCATCCTGGCCACGGGTTCTGCATATAAGGAGCTCGGGCTTCCGGAAGAGAAGAAACTCAGCGGGCATGGTGTCTCCTGGTGTGCCACCTGTGACGGCTTCTTCTTCCGGGAACAGGACATCATTGTGGTTGGTGGCGGAGACTCCGCCATGGAGGAAGCTACCTTCCTGACGCGCTTCGGCAAATCCGTGACCGTCGTGGTCCGAAAGGACGAACTGCGGGCATCCCGCATCATGGCCCAGCGAGCCAAGGACAATCCCAAGATCACCTTCGCGTGGAACTCTGCTATCACCAAGATCCACGGAGATACCAAAGTCACAGGTGTCACCCTCACGGACACCCGCACCGGCGAAACCCGTGAGCAAGCGGCCACCGGTATTTTCGTGGCCATCGGTCATCTGCCGCGGACTGAACTCGTGGAAGGGCAAGTGGACCTCGACGCCGAGGGCTACATCAAGGTGGATTCACCCACCACCTGCACGAACCTCTCGGGTGTCTTTGCCTGCGGCGACGCCGTAGACCATCGCTATCGCCAAGCCATTACAGCAGCTGGCACGGGTTGCTCGGCCGCACTCGATGCTGAGCGCTACCTTGCCGCCTTGGACGACGCCCACAGCATTGCCACGGCATTGGTCGAAGAGCCCACCCACTTCTGA MSTQQLIIIGSGPAGYTAAIYAARAGLNPLVLAGSVTAGGALMNTTEVENFPGFPGGIQGPELMDGLQEQAEKFGARIVFDDVTEVDLKGHVKRVVTGGGETHEAPAVILATGSAYKELGLPEEKKLSGHGVSWCATCDGFFFREQDIIVVGGGDSAMEEATFLTRFGKSVTVVVRKDELRASRIMAQRAKDNPKITFAWNSAITKIHGDTKVTGVTLTDTRTGETREQAATGIFVAIGHLPRTELVEGQVDLDAEGYIKVDSPTTCTNLSGVFACGDAVDHRYRQAITAAGTGCSAALDAERYLAALDDAHSIATALVEEPTHF PGPT0013060_3946 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384 NA NA D3-18_00570 1374 Ferredoxin--NADP reductase ATGGATAAGCACCTCCCCATCGCAGTCATCGGTGCGGGCCCCGTTGGGCTGGCAGCCGCAGCGCACCTGCTTGAACGCGGACTGAAACCGATCATCTTCGAAGCAGGCAACTCTGCAGGGGCTGCAATCGAACAATGGCGCCACATCCGTCTCTTCTCGCCATGGAGGTTCAATCTCGACGCCGCGGCTGTCCGGCTGCTCGAGCCCAGTGGCTGGGAATCGCCCCGTCCCACCGCATTGCCCTATGGCGGGGAACTCATTGATAACTACCTCACCCCGCTGGCAGAACTCCCCGCCATCGCTTCCCGACTACAAACTGGCGCCCGCGTCACCGCTGTCACCCGCGCCGGGCTCGACAAAACCCATGTGCGCGATCGCGACACCACCCCGTTCATGGTCCGGGTTGAACACACTGCCGGTGAGGTCCGCGATTACACGGTGTCAGCCGTTGTCGATGCTTCCGGCACCTGGGCCACTCGCAATCCGCTCGGAACCTCCGGGTTGCCCGCCATCGGTGAAGATCGTGCAGCAGACCGCATCTCTTCACCCCTGCCCGATGTTTCCGGGCGGGATCGGGATTCGTTCGCCGGCCGACGAGCCCTGGTAGTTGGCGCAGGCCACTCCGCTGCAAACACGCTGATCAACCTCGCCGATTTGGCCAAAGATGCGCCGAACACGAGGATACTCTGGGCCATCCGCGGTGCTTCCGCAGAGAAGGTTTACGGCGGCGGCGACGCAGACGGCCTGCCTGCACGCGGCCAGCTTGGCTCGCGGCTGCGCCGACTGGTCGAATCCGGAACCATCGAACTGCATACGAACTTCGGCATCGCAGCCCTGAAAAATCTTGATTCCGGACTGACGCTGGAATCAGCAGATGGACGGACGCTGGAAACAGATGTCATCGTCCCGTGTACCGGCTTCCGCCCTGACCTTGAGATGCTCCGGGAACTGCGGCTGAACCTGGACCCTGCTGTTGAAGCGCCTACGGAACTGGGGCCGCTGATCGATCCCGAATTCCACTCTTGCGGCACGGTTCCGCCGCATGGCGCGAAGGTGCTCGCCCATCCGGAGAAGGACTTCTATATCGTCGGCATGAAGTCGTACGGGCGCGCGCCGACCTTTCTGTTGGCCACCGGCTATGAGCAAGTCCGCTCCGTGGCTGCCGCCCTATCGGGGGATCAGGTTGCGGCGGACACTGTTCATCTTGAACTGCCAGAGACCGGGGTCTGCTCCTCCAACGCGGGTACTAGCCGTGACGTTCCTGCGGTGGCTGCTTCGGCATGGGACGTAGAGGTTAGCGGGTGCTGCTCGACTCAGGAACCGGTGCTCATCGGCATTCCCACAGGACTGACTCACGGGCGCTCCGGCCTGTAG MDKHLPIAVIGAGPVGLAAAAHLLERGLKPIIFEAGNSAGAAIEQWRHIRLFSPWRFNLDAAAVRLLEPSGWESPRPTALPYGGELIDNYLTPLAELPAIASRLQTGARVTAVTRAGLDKTHVRDRDTTPFMVRVEHTAGEVRDYTVSAVVDASGTWATRNPLGTSGLPAIGEDRAADRISSPLPDVSGRDRDSFAGRRALVVGAGHSAANTLINLADLAKDAPNTRILWAIRGASAEKVYGGGDADGLPARGQLGSRLRRLVESGTIELHTNFGIAALKNLDSGLTLESADGRTLETDVIVPCTGFRPDLEMLRELRLNLDPAVEAPTELGPLIDPEFHSCGTVPPHGAKVLAHPEKDFYIVGMKSYGRAPTFLLATGYEQVRSVAAALSGDQVAADTVHLELPETGVCSSNAGTSRDVPAVAASAWDVEVSGCCSTQEPVLIGIPTGLTHGRSGL NA NA NA NA NA D3-18_00571 867 pheA_1 COG0077 Bifunctional chorismate mutase/prephenate dehydratase ATGAGCAGCATGGCCCAGAAGATTGCGTATCAAGGTGAGCCCGGAGCCAATTCGGATCTCGCGTGCAAGGAAATGTTTCCCGAACTCGAAAGCGTTCCGTGCGCCAGCTTTGAGGATGCCTTTGAACTGGTATCCACTGGCGAAGTCGATCTGGCCATGATTCCGATTGAAAACTCCATTGCCGGACGGGTGGCCGATATCCACGTCCTGCTCCCCCAGTCCAAGCTGCAGATCGTGGGCGAGTATTTCCTGCCCATCCGTTTCGACCTTCTGGGAATCCCCGGCAGCACCATTGAGGGCGCCACGGAGGTCCACAGCCACATCCACGCACTCGGACAATGCCGCAGGATCATCCGGGAAGCTGGCCTCAAACCTGTCATCGCCGGTGACACCGCAGGCTCAGCCCGCGAAGTACGGGACTGGAACGATCCCCGCAAGCTGTCCCTGGCTCCGCCGCTCGCCGCTGGCCTGTACGGCCTCGAGGTCCTGGCCTCCGGCGTCGAAGACGACCCCACCAACACCACACGCTTTGTTGTTCTGGCCCGTGAACGCGAGCTTCCCAGCAAGGAAGAATTACCCGGTCCGGCGATCACCAGTTTCGTCTTCCGCGTACGCAACGTTCCCTCTGCCCTTTACAAGGCACTAGGCGGCTTCGCTACCAACGGCCTCAACATGACTCGATTGGAAAGCTACATGGTGGGTGATGAGTTCGCTGCCACGATGTTCCTTTCCGACGTCGAGGGGCATCCCGAAGACGCTCGACTCCGCCGGGCATTGGAGGAACTGGAGTTCTTCACCACGGAGGTCCGGGTCCTCGGCGTATATGCCGCAGACGGTTACCGCGAGAGGAACACCGTCAGCGCCTAA MSSMAQKIAYQGEPGANSDLACKEMFPELESVPCASFEDAFELVSTGEVDLAMIPIENSIAGRVADIHVLLPQSKLQIVGEYFLPIRFDLLGIPGSTIEGATEVHSHIHALGQCRRIIREAGLKPVIAGDTAGSAREVRDWNDPRKLSLAPPLAAGLYGLEVLASGVEDDPTNTTRFVVLARERELPSKEELPGPAITSFVFRVRNVPSALYKALGGFATNGLNMTRLESYMVGDEFAATMFLSDVEGHPEDARLRRALEELEFFTTEVRVLGVYAADGYRERNTVSA NA NA NA NA NA D3-18_00572 528 hypothetical protein ATGGCGACTGCGACAACGTTCCAAGGGAACAAGGCAAACAATGTCAACGACGAGCGGATCGCAAGATTTGCAGGCACAGTCTTCGGACTGTTCACGCTCCTTTGGGCGTTCCTGCTTTCAGGCGAAGTGGGCGGGTACATGCTGGCAGCAGGGCCATTGTCGGTGGCGTCCCACGGGTTGAGCCTTCTCTCAGCGCTCATCGTTTATCTCTATTATCGGAAGGTGGTTGAGCGGAACAGCGCGGCCGGGCTGCTCTGCTTCGTTGCCGTCGCGTTCTTCTTCGCAGACATCGCTTTGGGCTTCCAGTACAGCCCATTTTTCGGAATCGCCCTCGTGGCATGGGCGGCCAGTGCCCGGCGACCCCTCATGGCGGGGGCGGGAGTCCTTGCCTTTGGCGCAGCCATCTTCGCTAGGTTCGAGCACTCTTTGGCCGCCATCGTCATTGCCGCCTCCGGCGTGATCATCCTCGCGGCAGCACTGGCCCTACGCCCGGGCAACCCAACTGGGTCGCAGTTGACGTCGTTCTGA MATATTFQGNKANNVNDERIARFAGTVFGLFTLLWAFLLSGEVGGYMLAAGPLSVASHGLSLLSALIVYLYYRKVVERNSAAGLLCFVAVAFFFADIALGFQYSPFFGIALVAWAASARRPLMAGAGVLAFGAAIFARFEHSLAAIVIAASGVIILAAALALRPGNPTGSQLTSF NA NA NA NA NA D3-18_00573 1485 feaB COG1012 Phenylacetaldehyde dehydrogenase ATGCCGACCACACTGGAATCATCGCCGCGCGCCTCACTGGCCGCCAAGACTTACTACCCGAGCGGAGTACCAATGGAGACTTACGACGCCCTGCTGGCCTCAATCACCCCGGCCCCCGGCCAGAACAGCCGCACCATCCTTGATCCGGCAACGGGTGAAGCTGTCGGCGAAACCCCTGTTCACACCGTCGAGGACCTCGAAGCCGCAATCGCGGGTGCCGCCGCCGCCCAACCCGCATGGGCTGCCTTGGGCCACGACGCCAGGTCCGCCGCGCTCATGAAGGCCGCCGACGCCGTCGAACGTTCTGCCGAGGAACTCGCCCAACTGCTCTCGCGCGAGCAGGGCAAGCCGCTGAACGGACCGAACGCGCGCTTCGAAGTTGGAGCATGTGCCGCGTGGCTCCGGGCCACCGCCGCCACCCCGCTTGATCCTGAAACTGTGGTGGACGACGGCGCAACCCGCGCCGAAATGCATTACCGCCCCATCGGCGTCGTCGGTGCCATTGGTCCCTGGAACTGGCCCATGATGATCACGGTGTGGCAGATCGCGCCCGCCCTGCGCATGGGTAATGCAGTGGTGGTCAAGCCCTCCGAGTACACGCCGCTCTCCGTGCTGGCACTCGCCTCGATCATCAACCAGGAACTGCCCGATGGCTTGCTGTCCGTGGTCTCCGGTGGCCGCGACGTCGGCGAAGCCCTGGCCGCACATGACGCGATCGGCAAGGTCATGTTCACCGGCTCCACCGCCACGGGCAAGGCGATCATTCGATCCTCGGCCGATACCGTCAAGCGGCTCACTCTGGAACTCGGCGGTAACGACGCCGGCATTGTTCTCCCCGATTCGGATCCCAAGGCAATCGCCGAGGGTCTTTTCTGGGGTGCCTTTATCAACACCGGCCAGACCTGCGCTGCCCTGAAGCGCTTGTACGTGCACGAGTCCCAGTACGAGGCTGTGTGTTCAGAGCTCACTGCTGTGGCTGCTGCAATGCCGATGGGTAACGGCTTGGATGAGAACAACGTCTTGGGCCCTCTACAGAACCGGCAGCAGTACGACATCGTGGCGCGGCTGGTGGAAGCCGCTAAGGAATCCGGGGCCCGTGTGCTGCTGGGTGGCAACCCCGACGCCGACGCTCCCGGCAACTTCTACCCCACTACCCTGGTGGCCGACATCGATAACGACAACCCGCTGGTCGCCGAGGAACAGTTCGGGCCCGCCCTGCCGATTATCAAATACAGCACGGTTGACGAGGCCGTCGCCAAAGCGAACGCGCTCGACGTCGGACTGGGCGCCTCAGTCTGGTCCTCCGATGTGAGTGCCGCACGCGAAGTCGCCTCCCGCATCCAGGCCGGCACGGTATGGATCAATAAGCACGGCGCAGTAGATCCGCGTATTCCGTTCGGCGGCGCGAAGCAGTCCGGTTACGGCTTGGAGTTCGGCGCCGAGGGTCTCAAGGCTTTGGGCGTCCCGCAGGTCATCAACGGCTAA MPTTLESSPRASLAAKTYYPSGVPMETYDALLASITPAPGQNSRTILDPATGEAVGETPVHTVEDLEAAIAGAAAAQPAWAALGHDARSAALMKAADAVERSAEELAQLLSREQGKPLNGPNARFEVGACAAWLRATAATPLDPETVVDDGATRAEMHYRPIGVVGAIGPWNWPMMITVWQIAPALRMGNAVVVKPSEYTPLSVLALASIINQELPDGLLSVVSGGRDVGEALAAHDAIGKVMFTGSTATGKAIIRSSADTVKRLTLELGGNDAGIVLPDSDPKAIAEGLFWGAFINTGQTCAALKRLYVHESQYEAVCSELTAVAAAMPMGNGLDENNVLGPLQNRQQYDIVARLVEAAKESGARVLLGGNPDADAPGNFYPTTLVADIDNDNPLVAEEQFGPALPIIKYSTVDEAVAKANALDVGLGASVWSSDVSAAREVASRIQAGTVWINKHGAVDPRIPFGGAKQSGYGLEFGAEGLKALGVPQVING NA NA NA NA NA D3-18_00574 723 rhtC COG1280 Threonine efflux protein ATGCACGAACAGCCCTTGACGGGAAGCGAACGCTTTCCGTTCAGGGCCCTGTGCCTGATAATCGAGCTTGTGACTCTTGCTTCCCTCGCAGCTTTTGCCGGCCTCTGCCTGGTCCTGTCCGTAACACCCGGGCCGGACACTTTCCTGGTCCTGCGTATCGCGTTGAACCGTCCCAGTGCAGGAATTGCTGCGGCCGCAGGGTCTGCGATTGGCGCGATTGTCTGGGCTGCATTGGTGGGCGTCGGTCTCGCAGCCATTCTTGAGCAGTCCGCGGAACTGTTCCGATGGGTCAAGATCGCAGGCGGCCTGTACTTGCTCTATTTGGGCGTTTCATCGTTCATCAAGTCCCGCAAGGCAGCAAAGGCGGCTAGGTCCGCCGAAGCTGGCGGCACGGCGGAGAACGCGCCCCTCCCGTACAGCCGACTCTCCGCCCTGGGTGCTGGGTCCTTGTCCACGCTGCTCAACCCCAAGGTCGGCTTGTTCTACCTGGCGGTGGTCCCGCAGTTCATCCCACACGGTGGGGACACCATGGGCACCTCGCTCATTCTCGGCGTGGTGGTGGCCGTGATTGCCTTCGCCTATCTGTCGATGATCGCCGTCGTCGCCTTCAAAGCGATGCGCTGGCTCAAGCGACCCAAGGTGAGTACCGTCGTCGAGCGCGTCAGCAGCGGTGTGATCGCCGGGCTGGGTGTGGGCGTGGTGGCCTCCGGCGCCACCAGCTAA MHEQPLTGSERFPFRALCLIIELVTLASLAAFAGLCLVLSVTPGPDTFLVLRIALNRPSAGIAAAAGSAIGAIVWAALVGVGLAAILEQSAELFRWVKIAGGLYLLYLGVSSFIKSRKAAKAARSAEAGGTAENAPLPYSRLSALGAGSLSTLLNPKVGLFYLAVVPQFIPHGGDTMGTSLILGVVVAVIAFAYLSMIAVVAFKAMRWLKRPKVSTVVERVSSGVIAGLGVGVVASGATS NA NA NA NA NA D3-18_00575 591 betI_1 HTH-type transcriptional regulator BetI GTGCCAAAGATTGTGGACCACGATCAACGACGCCTCGAACTGGTGGATGCAACCTGGCGGATCATCGCGAGGCTCGGCATGGAAGGCGCCACTATGCGGGAAATTGCCGAGGAAGCAGGCTTCGCCAACGGTGCCCTCAAGCCCTACTTCCCCACTAAGGACCTGCTGCTGACGTCCGCGTTCGGGCACGTCTTCAACCGCACCAATCAACGCATCGCCACCATGACCGACGGACTGTCAGGCGTAGCGGCCCTCCGCGCGTTCTGCGCAGAAGTCCTGCCACTCGATGAGGAGCGCATCAATGAAGCCCGCATCGTGATTCCGTTCTGGCAGAAGGCACTCAACGACTCCCACATGGCAGCCCTCCACAGCGAGTCCATGAGCCAGTGGCACATCACCATCACCGCTCATTGCGCAGCAGCCCGCACGGCAGGCGAGATCAACGCCCCCATCGGGGACGCCGCCGTCGCCGATCACCTGCTCAACATGATGCTGGGCGCGCAAATTGTTGTGGCATTGTCCCCCGCAGAGCATTTCTCGCAGGACCTTGCGGGGCAATTGGACAACTACCTGGCACTGCTCGCCGGTTAG MPKIVDHDQRRLELVDATWRIIARLGMEGATMREIAEEAGFANGALKPYFPTKDLLLTSAFGHVFNRTNQRIATMTDGLSGVAALRAFCAEVLPLDEERINEARIVIPFWQKALNDSHMAALHSESMSQWHITITAHCAAARTAGEINAPIGDAAVADHLLNMMLGAQIVVALSPAEHFSQDLAGQLDNYLALLAG NA NA NA NA NA D3-18_00576 1980 Phenylethylamine oxidase ATGACGCCCACAGCAACTGAGACAGCAACTGACGCCGTGACCCTTGAGGAAACGCAGTACGCCCTTGCAACGGGAGCCGAAATCTCCCAGGTGCAGGGGATCCTGCAGGCCTCCGGCCACCTTGGCCCCGATAAGCGAATCGCCTACTTGGGGTTGGTGGACCCGTCCCGCGGCCAGTCGGAGCAGGACCGCCGTTTCCGTGTCTTCATCCACGACATTTCCGGCGGAGCTCCCAGCGACGTCCTCGTCTCAGCGACCCGCGGCGAGATCATAAAAGCCATCGAACTGGATACCAAAGTTTCAGGCGAACTCCCCGTGCTGGAAGAGGAATTCGAGGTTGTGGAGACTCTCCTGGCAAGCGATGAGCGTTGGCTGGCCGCGCTTGCCGCCCGCGATCTGGACGTAGAAAAAGTCCGCGTCGCACCGCTCTCGGCCGGCGTTTTTGAGTACGACGACGAGAAAGGTCGCCGTATCCTGCGTGGTCTCGCCTTCGTCCAGGACTTCCCGGAAGACAGCGCATGGGCACATCCCGTAGACGGCCTGGTGGCCTACGTGGACGTGGTCAACAAGGAAGTCACCCAGGTCATTGACCTCGGCGTCATGCCCATCCCCACTGAGCACGGAAACTACACAGATCCAGAACTGACCGGTCCGCTGCGCGAAACGCAGAAGCCCATCAGCATCACTCAGCCGGAGGGCCCGAGCTTCACCGTCACGGGCGGCAACCATGTGGAGTGGGAAAAGTGGAGCGTGGACGTCGGCTTCGATGTTCGCGAAGGAGTTGTCCTCCACAATCTGGCCTTCCAGGACGGTGACACAAAGCGTCCCATTATCAACCGCGCCTCCATCGCCGAGATGGTGGTTCCCTACGGCGATCCCTCACCCATCCGGTCCTGGCAAAACTACTTCGACACTGGCGAATACCTGGTGGGCCAGTACGCCAACTCACTCGAACTGGGCTGCGATTGCCTGGGAGACATTACCTACCTCAGCCCTGTCATCAGCGATGCTTTCGGCAACCCCCGCGAGATCCGCAACGGCATCTGCATGCACGAGGAAGATTGGGGCATCCTTTCCAAGCACTCAGACCTCTGGACCGGTATCAACTACACCCGCCGCAACCGCCGTCTGGTGATCTCTTTCTTCACCACCATCGGCAACTACGACTATGGCTTCTACTGGTACCTCTACCTGGACGGCACCATCGAGTTCGAGGCCAAGGCCACCGGTGTCGTCTTCACCAGCGCGTTTCCGGAGGGCGGCTCCGATAACATCTCCCAACTCGCACCGGGCCTCGGCGCACCCTTCCACCAGCACCTCTTCAGCGCCCGCCTGGACATGGCCATTGACGGCTTCACCAACCGCGTGGAAGAAGAAGACGTGGTCCGCCAAGCCATGGGCGAGGGAAATGAGCGCGGCAACGCGTTCTCCCGCAAGCGCACAGTACTGACGAAAGAGTCCGAGGCCATGCGCGAAGCCGACGCCCGCGCCGGCAGGACGTGGATCATTTCCAACCCGGAATCCCGCAACCGACTCGGCGAGCCAGTGGGCTACAAGCTCCACGCCGAGAACCAGCCCACACTGCTTGCCGACCCCGGCTCGTCCATCGCGAAGCGCGCGGCTTTCGCCACCAAAGACCTGTGGGTCACCCGCTACTCCGACGAGGAGCGCTACCCCACGGGCGACTTCGTGAACCAGCACTTCGGCGGCGCCGGCTTGCCGGCCTATGTTGCCCAGGACCGGGAGATTGATGGCCAGGACATCGTCCTCTGGCACACCTTCGGCCTCACACACTTCCCGCGCGTGGAAGACTGGCCGATCATGCCCGTGGACACGGTGGGCTTCAAGCTCCGTCCGGAAGGTTTCTTCGACCGCAGCCCCGTGTTGGACGTGCCGGCCAACGCTTCTGGCTCGAGCTGCCACAGCGCGGCGACTTCCAGCAGCGAAGAACACGGCGAGCCCGCCGGGCACTGCCACTAA MTPTATETATDAVTLEETQYALATGAEISQVQGILQASGHLGPDKRIAYLGLVDPSRGQSEQDRRFRVFIHDISGGAPSDVLVSATRGEIIKAIELDTKVSGELPVLEEEFEVVETLLASDERWLAALAARDLDVEKVRVAPLSAGVFEYDDEKGRRILRGLAFVQDFPEDSAWAHPVDGLVAYVDVVNKEVTQVIDLGVMPIPTEHGNYTDPELTGPLRETQKPISITQPEGPSFTVTGGNHVEWEKWSVDVGFDVREGVVLHNLAFQDGDTKRPIINRASIAEMVVPYGDPSPIRSWQNYFDTGEYLVGQYANSLELGCDCLGDITYLSPVISDAFGNPREIRNGICMHEEDWGILSKHSDLWTGINYTRRNRRLVISFFTTIGNYDYGFYWYLYLDGTIEFEAKATGVVFTSAFPEGGSDNISQLAPGLGAPFHQHLFSARLDMAIDGFTNRVEEEDVVRQAMGEGNERGNAFSRKRTVLTKESEAMREADARAGRTWIISNPESRNRLGEPVGYKLHAENQPTLLADPGSSIAKRAAFATKDLWVTRYSDEERYPTGDFVNQHFGGAGLPAYVAQDREIDGQDIVLWHTFGLTHFPRVEDWPIMPVDTVGFKLRPEGFFDRSPVLDVPANASGSSCHSAATSSSEEHGEPAGHCH NA NA NA NA NA D3-18_00577 495 hypothetical protein ATGACCATGATCGCAGGACGGGCCCGGGTAGCCGGGCCTGTCCTGCACCCTCGGATCTGCGCAGCACTCACAGCCGTCTCCTGCCTGGTGCACGTGTGGCTCGCGGCCTCGGGACACCACGCTGCCTGGCTCGGCGCACTCATGATTGCCTTGGCGGCCGTGTGCATCCCGTGCACAGTTCACATCTGGCGCCACAGCAGAGTCGGTGCACTTCATCAAGTGACCATATCCGCCTTGGCCATGGTGGGACTCCACGCTGTCCTGCTGCTGGGGGCGGGCGGTGCCGCACATGCGCACGGCGGGGGACCGGCGTCGAACGTTGCTGATGTATCCGGAGCCGCCGGACTTTTGCTGGTGATCGGACTGGAAATCACGACGGCGTTACTCGCCGCAACGCTGGTGGCCCGCCTCCGGCGCTCGCGCCAGAGCCACCGAACTGGCCCATCTTTGCCGGTGGCAAGCCTGATATTCAGCCCCGAAGGGCCCGCCAGCTGA MTMIAGRARVAGPVLHPRICAALTAVSCLVHVWLAASGHHAAWLGALMIALAAVCIPCTVHIWRHSRVGALHQVTISALAMVGLHAVLLLGAGGAAHAHGGGPASNVADVSGAAGLLLVIGLEITTALLAATLVARLRRSRQSHRTGPSLPVASLIFSPEGPAS NA NA NA NA NA D3-18_00578 813 hypothetical protein ATGGCCGCAGCGTGGTCAATTCGTGAGGGGTTCCGCAGCGGGCCTGACCCGGGTGCCCTGCGCCGCCCGCTGTTCTACGCGGCCCTGGTGGTCTTCGCCGTAGTAGTCCTGGTTGAGGTGGGGATGTCCCTCCTGTTGGGCCAGACCGCCGTCGAGCCCGTCTCTGCAGCTGAGGCCGGCAAACTGGATGTTCCCTTGGACGTTTTCCTGAAGACACAACAGGCCGACGCCGAGCCGCCCGGGGCCGGAATTGGTTTTCTGGCCTTCCTCGATGGGCTGCTGCTGTTCACCGTGGTGATGCTGGGGCTCAGCTTGATCATGGATCTGCGAACCTATGGGCGGGCACAGGGGGTTGCCACGCTGGTGGTGATGCTGCTGTGGGTGATTGCTTCATTCCTCACGGCGATGCTGGCGTTGGCGAAGCTGTTCCTGATGATCGGATTGTTCGTGTCCGCCCCGTTCGGGACTATCGCGTACCTGGCACTGTGGGGGAGCTTTCCCAAAGGCCAGGCAGCCGCGATCCTTGGATTGTTGCTGGTGCTCAAGATCGTCTTTGCGCTGCTGTTGATCCTGAGCCAGCCGAAGTTCCTTAAGGTCACGGGTCTAGTGGTGCTGCTGGTGGTTTCCGCGCTCCTTCAGGTGATCCTGGGGATCATCCACGGATTCCTGCCCGGGCCGCTGGTGTCCATCGGGGACCAATTCTGGGCGCTGATCACCGTGGTGGTGGCGCTGGTGTGGGCTCTGATCATGCTGATCGCGTCCATCCCGGCGATCATCAACGCCCTGCGCGTGAGTGGTTCGGCGGGGGACTGA MAAAWSIREGFRSGPDPGALRRPLFYAALVVFAVVVLVEVGMSLLLGQTAVEPVSAAEAGKLDVPLDVFLKTQQADAEPPGAGIGFLAFLDGLLLFTVVMLGLSLIMDLRTYGRAQGVATLVVMLLWVIASFLTAMLALAKLFLMIGLFVSAPFGTIAYLALWGSFPKGQAAAILGLLLVLKIVFALLLILSQPKFLKVTGLVVLLVVSALLQVILGIIHGFLPGPLVSIGDQFWALITVVVALVWALIMLIASIPAIINALRVSGSAGD NA NA NA NA NA D3-18_00579 1329 hypothetical protein ATGAGAGACGCGCTGCGGCAGCGATTACTGGCCGATGCCTCTTTCGACGCACAAACACACCCCGCGGATTTGGGCTTTGCCTTGACGGAGGGGATGTCCACAGTTCGTCGGCGGATCATTCGCACGTGGGTGATTGCCGGGGTTGTTGCGGTTGCAATGATTGCCGCCTCTGTGGTGGCGGTTGTCGCAGCCAAGAACAATGGCAGTCCATCCGATCCCGTAATGACCCTGCAGACAATCACCATCACGGCTCCAAGCCAGCGGCTACATCCTGACGCCACTGTCGATCTCAAGGCCTCGGGAACCTATAGCAACGGCGAGACAAAGGATTTGCGGGAAGGTCTTGCGTGGAATTCAGACGTACCAGAGGTGCTCGCCGTCTCCACAACCGGGGTTGCCACCGCTGCCAAGACAGGTTCTGCACAAATAACGGCGGCTCATAGTGGGATCTCCGGCAACTTGGAATTTCAGGTCGTAGATCCCGACCCCAGCCTGAGCCTCGTCAGCCTTCGCATAGTTCCTGACAACATCACAGTGCCTGCAGTGAGAACGACGCAGCTCACGGCCCAGGGCACCTTCAGCGATAATTCGATCGGTAACCGCAACGAGCCTGCAATTTGGGATTCCCTCAACAAGGACATTGCCACGGTGGATGGTAATGGTTTGGTGACTGGGGTCCGCCAAGGCGTCGCCACCATCACTGCCACGGAAGGGACCATCCAGGCAACGGCTGCCGTCACGGTCACCGGCCCGGACACCACCACTCCAACGGGTGAGCCAAACGGGTGCGTCATCGACCCGACCGCTCTGTCTATCAAGCACACCCAAACACAACCACTGTTGGCCTTCATCACTTATACGGACGGCACGCGACAACCTGCCACCACCGCCACGTGGTCTTCAAAGGATTCCAAGATCGCGAGTGTAAATACTTCGGGATCGGTGACAGGCACCGGTCATGGACAGACGACAGTAAGCGCCCAATGCGTCGACGCCAAAGGTAAGGAATGGCCAGCTTCGGTGCCGGTAACAGTTGAGCCGGTAGCGACGGCCATAACCATCAGCCCGGCGGGACCGCACTCCATCGGCCTTCAGCAGACCCTTCAGTTGACCGCCACAGTCACTTTCAGCAACGGAACGAAGAGCACCACGGCTCCAGTGTCCTGGCGCCACAGTCCACCGCTCGTCGTCTCCGTCAGCAATTCGGGTCGTGTTGGGGGCCTTCGCAACGGACGAGCCAGTGTGACCGCCTCCCTCGATGATGAAACGAGCAATCCAGTCATTTTCAACGTAGGACCATTGGCGCCCACCCCAGGCCAGATCGGTTGA MRDALRQRLLADASFDAQTHPADLGFALTEGMSTVRRRIIRTWVIAGVVAVAMIAASVVAVVAAKNNGSPSDPVMTLQTITITAPSQRLHPDATVDLKASGTYSNGETKDLREGLAWNSDVPEVLAVSTTGVATAAKTGSAQITAAHSGISGNLEFQVVDPDPSLSLVSLRIVPDNITVPAVRTTQLTAQGTFSDNSIGNRNEPAIWDSLNKDIATVDGNGLVTGVRQGVATITATEGTIQATAAVTVTGPDTTTPTGEPNGCVIDPTALSIKHTQTQPLLAFITYTDGTRQPATTATWSSKDSKIASVNTSGSVTGTGHGQTTVSAQCVDAKGKEWPASVPVTVEPVATAITISPAGPHSIGLQQTLQLTATVTFSNGTKSTTAPVSWRHSPPLVVSVSNSGRVGGLRNGRASVTASLDDETSNPVIFNVGPLAPTPGQIG NA NA NA NA NA D3-18_00580 741 hypothetical protein ATGTGCGAGCAGCCAAAGCGGCATATCCGCAGCGCTTTCACTCCTCTACGGGTTGTGCTGGCCGCACTGGGCATCGCGGTCATCGTTGCAGCCGTGGTTATTTTCTCTTCGTGGCGTCAAGAGTTACCCGACACCGTGCAGGACTTCGGTCTTCCCCTTGCGGTAGGCGCTGGAATCGTGCTGCTCGTTGCCGGCGTTTTCATGCCGATGGTCAGGGAAGTTGAACTCGGCCCCATTCCTACGCTCAAGATCGCCCCAGCACTCAGGGATCGCGAAAACGAACTGCGCAGCGTCTTCGAGCGGCAGAAGGGCGATATGGAATATTGCGCCCACTTGCTATGCGATAACCCGGAGACGGCCCGGAGACTGCTCGAGGCATCATGGTCCTTGGCATCCAGCGCATGGAAGGGACCCGTGACTCCCCAGCTGCGCGTGTATACGTTGTGCGTTTTTGTGGAGATGCTCCGGAAGCATGAGCGGTGGGTGCGGGAAGTGCACCCGCCGAAGACGAAGAAGGGGCCGAAGACGGGGCCGAAGCCGAAGATTAAGCCGCAGGGCGGTAGCCCACTGTCAAAGCTCCCCTATGAGGAGCGGATAACCATCGTGCTTCACGAGTTCGCCAACCTGACTGTCGGTGAAATTGCGGGCATGACGGGGCGTCCTGCGGAGAGTGTCGGCAGATCGCTGGCACACGCCGAGGAAACAACCGGACGGCTGGCCCTGGAGGAAGGCCGGCCATGA MCEQPKRHIRSAFTPLRVVLAALGIAVIVAAVVIFSSWRQELPDTVQDFGLPLAVGAGIVLLVAGVFMPMVREVELGPIPTLKIAPALRDRENELRSVFERQKGDMEYCAHLLCDNPETARRLLEASWSLASSAWKGPVTPQLRVYTLCVFVEMLRKHERWVREVHPPKTKKGPKTGPKPKIKPQGGSPLSKLPYEERITIVLHEFANLTVGEIAGMTGRPAESVGRSLAHAEETTGRLALEEGRP NA NA NA NA NA D3-18_00581 1269 alaA COG0436 Glutamate-pyruvate aminotransferase AlaA ATGAAAAGATCAACCATGCGTCCGATGCAGCACTCCAGCAAACTCCAGAACGTCCGCTACGAACTTCGCGGTCCCATCCTCCAGGCTGCAAAAGCCATGGAAGCCGAGGGCCACCGCATCCTCAAGATGAACCTCGGGGACACAGCGCCGTTCGGGTTGGAAGCACCGGAGTCAGTGGTGGTGGACATGATCCACCACCTTCGCGGTGCGCAGGGATATAGCGATTCCAAGGGCATCTTCTCCGCGCGCACAGCCATCTCGCAGTATTACCAAACGCGCGGTCTGATGACCATCGGCGTCGAGGATGTTTTCATTGGCAATGGCGTCAGCGAGCTAATTTCCATGACCCTGCAGGCGTTCATGGAGAACGGCGACGAGATCCTCATTCCTGCGCCGGACTACCCGCTGTGGACGGCCGCCGTGACACTCACAGGCGGCCAAGCAGTGCACTATCTGTGCGATGAGGACGAGAACTGGTGGCCGGACATGGCCGACGTCGAAGCGAAGATCACCCCGCGCACCAAGGGCATCGTGATCATCAACCCGAACAACCCCACCGGCGCTGTCTACCCCCGGCACATTTTGGAGCAGTTCGCAGCTCTGGCCCGTAAGCACGATCTTGTGCTGTTCTCGGACGAGATCTACGAGAAAATCCGCTACGTCGACGCGCCCCACATCCACACGGCCGCTGTGGCCGAGGATGTCTGCGTGTTGACTTTCAGCGGGTTGTCCAAGGCGTACCGCATGCCCGGCTACCGGGCCGGGTGGGTCGCCGTGACTGGCCCCCGGACCGTAACCGCCGCCTACCGGGAGTCGCTGGAGCTGCTGGCCTCCTTGAGGTTATGCGCCAACGTTCCGGCCCAGCACGCCATCCAGACGTGCCTTGGCGGCTACCAAAGCATCGAAGCCCTCATACGTCCTGGCGGCCGGCTGCGCGAGCAGCGGGACCTGGCGTGGAAACTGTTGACAGCGATTCCGGGCGTCAGCTGCGTCCCGGCTGCCGGCGCCATGTATCTCTTCCCCAAGCTGGACCCGGAGATCTATCCCATCGCCTCCGACGAGAAATTCGTCCTGCAACTCCTGCAGGAACAAAAGATTCTGGTCTCGCATGGGACGGCCTTCAACTGGCCAACACCGGACCATTTCCGGTTTGTGATCCTGCCGGCTGTGGAAGACATTGAGGAAGCGGTGCGCCGCATTTCCACCTACCTCGCTGCCTATCGGAACCGCCCGGAGAACCGGATATCGGAAGAAGAATTCTCCCGCTGA MKRSTMRPMQHSSKLQNVRYELRGPILQAAKAMEAEGHRILKMNLGDTAPFGLEAPESVVVDMIHHLRGAQGYSDSKGIFSARTAISQYYQTRGLMTIGVEDVFIGNGVSELISMTLQAFMENGDEILIPAPDYPLWTAAVTLTGGQAVHYLCDEDENWWPDMADVEAKITPRTKGIVIINPNNPTGAVYPRHILEQFAALARKHDLVLFSDEIYEKIRYVDAPHIHTAAVAEDVCVLTFSGLSKAYRMPGYRAGWVAVTGPRTVTAAYRESLELLASLRLCANVPAQHAIQTCLGGYQSIEALIRPGGRLREQRDLAWKLLTAIPGVSCVPAAGAMYLFPKLDPEIYPIASDEKFVLQLLQEQKILVSHGTAFNWPTPDHFRFVILPAVEDIEEAVRRISTYLAAYRNRPENRISEEEFSR PGPT0001880_409 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ALANINE_DEGRADATION,PGPT0001880-alaA-K14260 NA NA D3-18_00582 930 hypothetical protein ATGACTGCCATCACCATGACCTTGAGCGCCCCCAACGTTGTTCTCAAGGACGGCAAGGGATCCCTCACAGCATCCGTCACCAACGGCTCCCCCGATCAGGAGCGCGTGGTTCTCGGCGCCTTTCCCGGGCAGGTGACCAATCCGCCGTCGAAAACGTACACCACCATCACCAACCCACTGCGGACCATCGCTGCCGGGGCCACCGAGCAGTACGTTGTCAGCTTCGACACCGCAGGCGCCTCGGCGGGCAGCTATCCAGTGAAGTTGATCGCCTACTCCGCCGACGACGCGCCTGAGGACTACGCGGACCAGGCCCATGTTGTGACTTTGACCGTGCCCGCCGCAGAAAAACCCAAACCACCCGGGCGCTTCCCGTGGCTGTGGGTAATCATCGGTGGCGTGGTGCTCTTGGCCGCCATTGGCTTGATCCTTTTCACCATGTTCAAGGATGCAAATGTGCCTGATGTGAAAACCAAGCCGCAGGCCGAGGCAGTACAGATCCTCACGGACGCAGGTTTCAAGGCCACGACCTCGGACGTCGAAAACGCTGCCCAGGAGGGAACGGTAGTGAACCAAGTGCCTGCCGGTGGTGAAAAGGTGGGCCGCGGCAGCACAGTGAATCTGGAAATTGCCGTGCCGGTTCGGGCCACCGTGCCTGACGTGTTGGGCCAACGGATTGAAGATGCCCGAACCGCTTTCCAAACAGCGCAGATTCAGCTGGACTTCACCCAAGGTTCCACCTGCCAGGCGCAGCCTCCGTTCTCCATCCAGCGGTGCGTTGTGGTGGGGGTGGTCCCGGATGCCGGCAGCAAAGTCAACATCAATGCCCTGGTCCTGGTACGGACTGAGCTACGGTCCAGAATCATCCTGGACCCGGTGAACATCTGCCTCAGCAACCCGCAGCTGTGCACCAACAGGCTCGGCCAGTGA MTAITMTLSAPNVVLKDGKGSLTASVTNGSPDQERVVLGAFPGQVTNPPSKTYTTITNPLRTIAAGATEQYVVSFDTAGASAGSYPVKLIAYSADDAPEDYADQAHVVTLTVPAAEKPKPPGRFPWLWVIIGGVVLLAAIGLILFTMFKDANVPDVKTKPQAEAVQILTDAGFKATTSDVENAAQEGTVVNQVPAGGEKVGRGSTVNLEIAVPVRATVPDVLGQRIEDARTAFQTAQIQLDFTQGSTCQAQPPFSIQRCVVVGVVPDAGSKVNINALVLVRTELRSRIILDPVNICLSNPQLCTNRLGQ NA NA NA NA NA D3-18_00583 474 hypothetical protein GTGAATGACGAGAATCGGAAACCCATCATCGTGGTGATTTCATGTGCTGTCATCGCGATCCTGGTTTTAGTGTTCGGGGTCAGCTGCGGCGGAGGCAATGACGATGCCGCCGCGGATTGGCAGAGCGGATTCCCAGGTACAGCCTTGGCCGCGAAGCTCACTGCGGCGGATTTGTCTGTGGAAAGCGGCTCGTGTTCAGCCTCCGATACGCAGCTGGTGGTGACAGGTGGCTGTGTCTTTGAAGTGAAGGAGTTCGGCGGGGGCTTGTTCTCCTTTGGGCCGCCCACCAAGAGGGCCAGGCTCGTCCCTCAACAAGCTGTGAAGGTCACGTTGTTCCTCCAAGGCACGCGCGCCGAGCAGGCCGCCGACCCCGGGGAAGGCGTGGACGTCACCTTTGGAACCTCAGGAGGAGAGCTGGGCATCGCCTGTCTCGCGCTCGAGCCTTGCGTGCTGCAACTCCAGGAAGCCGGCTGA MNDENRKPIIVVISCAVIAILVLVFGVSCGGGNDDAAADWQSGFPGTALAAKLTAADLSVESGSCSASDTQLVVTGGCVFEVKEFGGGLFSFGPPTKRARLVPQQAVKVTLFLQGTRAEQAADPGEGVDVTFGTSGGELGIACLALEPCVLQLQEAG NA NA NA NA NA D3-18_00584 537 hypothetical protein ATGGCTAGGTCTTCAGACTTCGAGGCATTCAAACTCCTCAAAGTCCTGCCCGAAGTGTTCCAAGTAGCGGCCGATTCAAGCGCACCCATGCAGGCCCTTCTCGGCGTAGCTGAGGATATGCACCAGCCTGTCCGGCGGGTCTTGGACCAAATCCATACCGTTCCGGATCCGGGCCGCGCACCGTCGTCGCTGATTCCTTTCTTGTCACGTTGGGTGGATCTGGACTGGTTGACGCTCCCTGGTCCGGAGGGCCAATCGGAAGCTTCCAGCGCGGTTCCCATCACGCGACAACGGGATCTGATCGCTGCCGCGGCGCAGCTCTCCTCCCGGCGCGGGACCGTTGACGGGCTCACCCGCTTCCTGCACCTCGCAACGGGGGTGGGTGGTTTCGACGTCGAATCCGTCCCGGGCGCTTTCCACATCAAAGTGCACGTCCCGGCGGAAGCTTCCGGGCAACTGGAGCTGATCCGGCGGATCGTCAAAGGAGTGAAACCGGCGCACGTGACCGACCACATTGAGGTGCGGACCGGTGAATGA MARSSDFEAFKLLKVLPEVFQVAADSSAPMQALLGVAEDMHQPVRRVLDQIHTVPDPGRAPSSLIPFLSRWVDLDWLTLPGPEGQSEASSAVPITRQRDLIAAAAQLSSRRGTVDGLTRFLHLATGVGGFDVESVPGAFHIKVHVPAEASGQLELIRRIVKGVKPAHVTDHIEVRTGE NA NA NA NA NA D3-18_00585 2658 hypothetical protein ATGAGTATCCCCGTACCGAACCTGGATGACCGCAGCTTCGCGGATCTTGTTGCCGGTGCCCGCGAACGCATCCAGCAAATCGCCCCGGAATGGACAGACCTCTCCGTCCACGACCCCGGCATCACCATCATCGAGGCATTTGCCTACCTCACGGACACACTCATGTACCGGCTCAACCGCGTCCCGGACAAACTCTACGCGGTCTATCTGAACCTGCTGGGCACAACCCTGTATCCGCCGAGCACGGCCGAAACCATGCTGGAATTCAGCCGCACATCCGCCACAGGTACCACGGACCAGGAAATCCGCATCCCGCGAGGGACCCAAGTCAGTTGCCCGCCCGGCGTTCCCGGTTCCTCCCAGCCTGTCTTTACGACGACGGCGGCTGCCGTTTTGGCACCCGGCAAGACCACCGTCCTGGTCCCGGCGGCCGATGTCACCTTGTACGACGCCGTTCCCATCGGTTCGGGAACCGGCAGGCCCGGCCAGAGCCTGGTGATCCCCAACGCGCCGATCGTCTCCGGCGCGGGCCTGGCAATCGCCGTCGAGGTTCCAACGGGGACCCGGCTGAGCAGTGGTGAGGCAGTGCTCGTGGACGGGAAGACGTTCCGGTATTGCCAGGAAGTGGAGGCGTTTGCCGACGCCAGGCCTGGAGAGGTGCCGGTGCGGATTGACCGCAGTGCCGGCGTCGCCATGTTCGCTTGGTGGGACGAAGGGCCAACATCGCGTACGTTGTCCGGCGAAAGGGCGCCTGTGCCGGGCGCCGGCGCCGAAGTCCGCGCTTGGTATCGCAGCGGCGGCGGGGCCGGCGGGAACGTCGGGGCCGGCCAGCTTACAGTCTTGCGCTCCCCGGTGCCAGGGACCAAGGTCACCAATCCCGAGCCGGCCAGTGGGGGTCGCGATGGTGAATCACTCGAGAACGCGCTCAGGCGTGCTCCACAGGATTTCCATGCCCGCGACCGGGCCGTCACGGTTCGTGACTATGAAGTCCTGGCCCGGCGGCACGGGGGTGTTGGCCGTTCGAGAGCCTTCACGCGCAAGGAACTGTGGGCGTTCGCCCGGCCTGGGGAGGTGGAAATTGTGCTGGTGCCTTTTGTCCCCGGAACCGGCACGGGCTCCGGCAGCGGGTCGTCGATGCATGGCGCAGCCGCGGCTCATCCCCTCAAGGCCGCCGAGCTCGTAGCGTACGCACGTGAGGAAGTGCGCCGCGAAGTGGAGCAGTATCTTCGCAGGCGTTCCACGGTTGGTGCCGAGCCTGTGGTGCGTTGGGGGCTTTACAAGCAGGTGCAGGTGAACGCGAGGATCGTTGTTCGTCCCGATGAGGATGCCGAGGCCGTGAAGTCCCGGATCGTGGGGCGGCTCTCTGATGCAATCAGCCCGTTGAGCCCGGATTCTTCCAGCTACGGATCGGGTTTCGGTAGGCCGCTGCGAGTCTCCAATTTGTACCGGGCCATGGAGGAAGCCGAGCCCGGGGTGCAATACGTGGACCGCGTCACGCTGGAAGTGGACAAGGTTCCTGACACGGACACCATGGCCTTGGTCCAGGCGGAGGGGCAGGATAATACTTGGTTCGTTGCCCAGGAGAGCACGTTGTTCCGCACCACCAACGCAGCGGACGGATGGGAAGCCTGCGCAGAGTTTGGTGACCCTGCCAATGGGGAGGAAACCGTCCGTGCCATCGCGCCGTTCCGTTCGCCCGCACCCGGCCGGGTAGGCCCCGGAACGCACCCGGGCATGGTGGCTGTCAGCACCGTTACGGCCACTGGTTCGCGCGTTTACATCAGCGACGACCTCGGGGAGTCCTGGCGCAAGGCATCCGAGTTGGGTTTCGTTATAGCGGACTTGTGCTGGGTGGACCGGCAAGGTGAGCCGTTGCTGCTGCTGGCCGGTGAGCGGGGTCTCTATGAACTTCCAGTGAGCCAGGGCGCCATCCCGGTGCAGAACGTAGTGGACACCTCCCAGCCCGATCGGGGCTTCTATGCCGTGGACGCCCTCGTCGATATCCGCGGCAGGACAGGCGTGGTGGTGGCCGCGGAGGCGTCGGCCGGCGTGTGGCTCTCTCCCGACGCCGGGACGGCCGGCAGCTTCAAACAGGTCAAGGCGGCGGGCGAAGACATCCGCTGCATGACAGTCCAGTACGACGGCGGCGCGAGCTATGTGTGGCTCGGGCGTGCAGTTCCTGAAGGCACCGGGACGGGTTGCCTGCGGCTCAGGATCGACGAACTGGGCCGCACCGATTTTGACGACTCGTTCATGAACTCCTGGGAGGAGCTCAGCACAGGATGGACCGGCGGCAGTTGTTGGGGTCTTCACGTCATGGGCAAAGCAGCCTATGCCGCGACACAAAGTGGCGGTGTCCTACGCCTGCAACTCGGCCTGGCAGGGGCGCAATGGAGCGTGCCGGACGTGAACTGCAACCTGCCCTTGCGTGACCGGACCCGGTTCGAGCCCGTCCGCTCAGTTTCCGGCGCAATTGTGGCCGAAGGCCAGGTCCTCGTGCTGGCTGCAGGACCCAAAGGTGTCTTCCGGAGCAAGGACGACGCCCTCACTTGGGAAAGCTGCACCCGGCGGGTGGTTGACGACGTCGTGACGTTGCCCGATACCTGGCTGTTCTGCTCAGGGGACCACAAAATTGAGGTGGTCCACGGAAATGGCTAG MSIPVPNLDDRSFADLVAGARERIQQIAPEWTDLSVHDPGITIIEAFAYLTDTLMYRLNRVPDKLYAVYLNLLGTTLYPPSTAETMLEFSRTSATGTTDQEIRIPRGTQVSCPPGVPGSSQPVFTTTAAAVLAPGKTTVLVPAADVTLYDAVPIGSGTGRPGQSLVIPNAPIVSGAGLAIAVEVPTGTRLSSGEAVLVDGKTFRYCQEVEAFADARPGEVPVRIDRSAGVAMFAWWDEGPTSRTLSGERAPVPGAGAEVRAWYRSGGGAGGNVGAGQLTVLRSPVPGTKVTNPEPASGGRDGESLENALRRAPQDFHARDRAVTVRDYEVLARRHGGVGRSRAFTRKELWAFARPGEVEIVLVPFVPGTGTGSGSGSSMHGAAAAHPLKAAELVAYAREEVRREVEQYLRRRSTVGAEPVVRWGLYKQVQVNARIVVRPDEDAEAVKSRIVGRLSDAISPLSPDSSSYGSGFGRPLRVSNLYRAMEEAEPGVQYVDRVTLEVDKVPDTDTMALVQAEGQDNTWFVAQESTLFRTTNAADGWEACAEFGDPANGEETVRAIAPFRSPAPGRVGPGTHPGMVAVSTVTATGSRVYISDDLGESWRKASELGFVIADLCWVDRQGEPLLLLAGERGLYELPVSQGAIPVQNVVDTSQPDRGFYAVDALVDIRGRTGVVVAAEASAGVWLSPDAGTAGSFKQVKAAGEDIRCMTVQYDGGASYVWLGRAVPEGTGTGCLRLRIDELGRTDFDDSFMNSWEELSTGWTGGSCWGLHVMGKAAYAATQSGGVLRLQLGLAGAQWSVPDVNCNLPLRDRTRFEPVRSVSGAIVAEGQVLVLAAGPKGVFRSKDDALTWESCTRRVVDDVVTLPDTWLFCSGDHKIEVVHGNG NA NA NA NA NA D3-18_00586 435 hypothetical protein ATGAGCGCCCCCCGGTACAAGTCGGTGGCCTTCATCCATCCGGATTTCGACGCCACCGCCGGCATCCCCGGACTCAGGCTCACGCCGTCCGGCAGCTTGGCTGCGGTCACAGACGCAGCGTCCGTGAGGCAAGCACTCCTCCTCCTGCTCAGCACCAGGCCCGGCGAGCGGGTGAACCGGCCAACATACGGCTGCCACTTGTTTCGTCTTGTTTTCGCACCTGCCGACGACACCACGGCCGGCCTCGCCATCCATTACGTGGCAAGGGCAGTGGAGCAATGGGAGCGCCGCATCACGGTCTTGTCCTTGGACGCGTCGAGGTCGCAGGACGAGTCCGAAGTGCTGGAGGTCAGGTTGAAATACCGGGTCCGGACCACCCAGTTGGAGGACGAGATCACCATCGCCCTGCCCGTTGAATCCGGAGGTGCAGCATGA MSAPRYKSVAFIHPDFDATAGIPGLRLTPSGSLAAVTDAASVRQALLLLLSTRPGERVNRPTYGCHLFRLVFAPADDTTAGLAIHYVARAVEQWERRITVLSLDASRSQDESEVLEVRLKYRVRTTQLEDEITIALPVESGGAA NA NA NA NA NA D3-18_00587 339 hypothetical protein ATGAGAATCCTCGTCAAGGAAGCCGTCCTGCGATGCGGCCACGACGGCAAGGTGGAGAACGTGCCCTCGCAGGCATGGGTGCGCATCAAGGAATCCCCCATCCTGGTGGACGACGACCCCCAAGGCAGGGACATCACCATGTGCCCGCATATCAGCGTCAATATCAAGCCCTGCAGAAAGACCTTGCCCGTGATCAGGGGCTATTCAACGTTTGTCACCATAGGCGGCAAAGCGGTTTGCCTCGACACTTTGGAGGGCTTCACCAATGGCACACCCCCAGGCGCGGTCAAGTACACGGTCCGCAGTCCGGGGCAAACGCTGGTGGGAGCCGGCTCGTGA MRILVKEAVLRCGHDGKVENVPSQAWVRIKESPILVDDDPQGRDITMCPHISVNIKPCRKTLPVIRGYSTFVTIGGKAVCLDTLEGFTNGTPPGAVKYTVRSPGQTLVGAGS NA NA NA NA NA D3-18_00588 1521 hypothetical protein GTGAGGCAAGTCCAGGGCCTCCCCGAACTGATCGTCACCCTCGGCCGACGCAGGCTCACCACGGCCGAAACGGCGGCGATCATCTCAGTTAACGTGCTCAGCTCACTTGCCCGCCCGGCCCAGTGCCTCATCAGTTGGCGTCCCGGCCCTGGACGTACAGCAGCAGCAAGGGGCGGCGTGGATCCAGCACCGGGAGACGCACTGAGAGTTGAGCTCGGCGGGCAGCGCACACCGCTGTTCGTTGGCGAGGTAACCGTGGTGGAGTACAGCTACAGTGCGAATCTCGGACAAGAGATCCGGATCAGGGCCTACGACGCCCTGCACCGCCTTAGGAAACGCCAATTCACCCGGCTCCACCAGGACGTCGACCTCGCCGGGCTCGCACGGATACTGTGCGAGGGCACCGGTTTGGACGTGGTGGGCGGCGCTGATCGGCTCGGGCAGGTGTACCAGTGCGCCCGCACCGACCTCAGCCTCCTCGTAGAACAAAGTGCCCGCGTTGGCGCCTACCCCGTGGTGCACGACGGCGCACTCAGGCTCACAGGACTCGACGGCGAAGGCGAACCTTTGGAGCTCGCCCTTGGGGCCACCCTTCATTCCGCGGAAATCGAACTCAGCCAGGAACCGGCCTACGGTGGCGCTCAGACCAATGGCTGGCGCAGCAACGACGCCTCTGTCCACCAGGCCGGGGCCACACGCAGCGACGCGAAAGCGCAGGTCGCAGCAGATCCAGCACTAGCCAGCGTGGGCGCAGGTGGGGATCTGAGGCGGGACAACGAAGTCCTGGAATCACAGGCGCTCGCGGACGGCTTATCTAAGGCCGAGCTGGACACAAAGGTCGCAGGCCAAGTCACAGCGGTGTTTGTCGCTGACGGAAACCCCCGGCTCAGGGCTGGCGGCAGGGTGAGGATCAAGGGAGTGGCAACCAACATCGAGGGGATCTACCTGATCGCGAGCGCCTCGCACCGCTTGGACGGAACCGGCTACGAAACTACGCTGACCACCCGACCGCCGAGCTCCGTCCCGGAACGGCGGCCGGACGTCTTTACCTTGGGAACCGTCACCGATGTGGATGACCCCGAGGACCGGGGCCGGGTCCGGGTCGGCCTTCCCGCCTACCCCGATCTCCAAACAAGCTGGGCCCCTGTACTGACTGCGGGTGCAGGCCCGGGCAAAGGACTCGTGGTCCCGCCGTCCCCCGGGGATAACGTGTTGGTCCTCCTACCGGCCACTGATCCGGCCCAGGCCATCGTCCTCGGCGGCCTCTACGGGAGCGAGCAGACGCCGGACAGCTTGAGCCGTACTGAAAGGGATAGCCGCTACACCTTCCGCAGCGCGGACGGTCAACAGATCATTCTCGACGGCGGTGCGCACACCGTCAGCTTCACCGACGGCCACGGCTCCTCCGTGGAGCTCGGACCGGACCGACTCAAGATCACTGCCGCCACGGACCTGGTCCTCGAAGCCCCCGGCAAGGCCATGAAAATCCGTGCAAAGACCGTCGACTTCGAGGAGGCCTGA MRQVQGLPELIVTLGRRRLTTAETAAIISVNVLSSLARPAQCLISWRPGPGRTAAARGGVDPAPGDALRVELGGQRTPLFVGEVTVVEYSYSANLGQEIRIRAYDALHRLRKRQFTRLHQDVDLAGLARILCEGTGLDVVGGADRLGQVYQCARTDLSLLVEQSARVGAYPVVHDGALRLTGLDGEGEPLELALGATLHSAEIELSQEPAYGGAQTNGWRSNDASVHQAGATRSDAKAQVAADPALASVGAGGDLRRDNEVLESQALADGLSKAELDTKVAGQVTAVFVADGNPRLRAGGRVRIKGVATNIEGIYLIASASHRLDGTGYETTLTTRPPSSVPERRPDVFTLGTVTDVDDPEDRGRVRVGLPAYPDLQTSWAPVLTAGAGPGKGLVVPPSPGDNVLVLLPATDPAQAIVLGGLYGSEQTPDSLSRTERDSRYTFRSADGQQIILDGGAHTVSFTDGHGSSVELGPDRLKITAATDLVLEAPGKAMKIRAKTVDFEEA NA NA NA NA NA D3-18_00589 759 hypothetical protein ATGGAACGCGTCGCTTTCCTCATCGAGGACACGGGTGAGCACCTCGGCTGCCTGCTCAATCCGGAAACGGTGGTGATGCAGCGGTCGGCCGGCGTGGAGACACGGAAGAGTGCGGGCGGCAAACTGAGCGGCAGCGGTTTGGCTGACGATCCGCTGCTCTTCACCGGCGGTGGCCACACTGAGCTACGGCTGGATCTGTTGTTCGACGTCGACCTCGCGCCGGCGTCGCTCCATGTTCAGGACGTACGGCAAATGACCCGCCCAATATGGGCGCTCGCGGAGAACAGTGCCGAAGTCGAAAGGCAGCGCAGGCCGCCGTCGGTCCGGTTTGTGTGGGGCCGGGCATGGAACGTGCCGGGGATCGTGACGGAAGTCGCCGAGCGTTTCGATCGTTTCGCCCCGGACGGTTCACCCCTGAGGTCCTGGATGCGGATGGTCTTCGTGAGGGTCGGCCAGGCGGCGGATGAAGAGGGCGGCGAGAACTACGAACTCGCACAACGCCTCCCTGCGGTGGATTTGACGGCCCCGCCTGTAGACACGCTGTCCGTCACCGGTGACGGCAGCACGGAGTGGGACGCGCTCATGTCCGACGGTGGTGAGCTGCTTCCCGAGGTACCGCCGGCTGAGCTGGGGCGACTGTCCGTGGCAGCGTTCGGCACACCCCTGCTATGGAAACTGCTGCTGGAATACAACAACGTCGACGACCCCACGCACTTCAACGGCCCCCTCGCCGTCCCGCCCATGGGTGAGACACCATGA MERVAFLIEDTGEHLGCLLNPETVVMQRSAGVETRKSAGGKLSGSGLADDPLLFTGGGHTELRLDLLFDVDLAPASLHVQDVRQMTRPIWALAENSAEVERQRRPPSVRFVWGRAWNVPGIVTEVAERFDRFAPDGSPLRSWMRMVFVRVGQAADEEGGENYELAQRLPAVDLTAPPVDTLSVTGDGSTEWDALMSDGGELLPEVPPAELGRLSVAAFGTPLLWKLLLEYNNVDDPTHFNGPLAVPPMGETP NA NA NA NA NA D3-18_00590 999 hypothetical protein ATGCCCGCGCTCCCGTCGCCTGAGCCGAGGTTTTCCTGGCGTCGGGCTGCCGCTCGGCAGTTACGTGGTGCGGCGGCATGGCTGGAGCGCGGGCCTGGGGCTCCCGGGTCTTCCGGTTCTTTGAGGGCTTCCGGCTCTTCGGGGACTTTCGGGGCTACTTCGCCGGAGAGTTCGACGCCGATTCGCGCCTTTGATACCGACGGCGCCCCCGAGCATTGGGTTCAGTTACTTCGCGACGCAGGGCTGGCCCCTCCTGTTGTGAGGCCCGCTCTGCGTCGTCTTAGGCGTCTTTGGGGCGAAAACCAGGCCCCACAAAGTAGCCCACGCGGCGCTATTCCTCGGTCTGCACCTGCACCTGCACCTCCACCTCCCGCTTCTCCCGAAACCCTCCCCGTGGCGAATACCCCCGCCGCCCCTACAACACCCTCAGTTGCCAGGCCCGTTTTGCGTTTGTTGATCCCATCCAGAAGCGCAGAGCGGGCCCCACAACACACACCCACCCCCGTTGCGAGGCCTGCTTTGCGCGCCTCGGAGCCGACTAAGCCTGCAGAGCGGGCCCCACAACACACACCCACCCCCGTTGCGAGGCCTGCTTTGCGCGCCTCGGAGCCGACTAAGCCTGCAGAGCGGGCCCCGCAACACACACCCACCCCCGTTGCGAGGCCTGCTTTGCGCGTCTCGGAGCCGACTAAGCCTGCAGAGCAGGCCCCACAACACACACCCACCCCCGTTGCGAGGCCTGCTTTGCGCGCCTCGGAGCCGACTAAGCCTGCAGAGCAGGCCCCACAACACAGGCAACCCCAACCCGAACCGCAAACCCGCCCCGAATCCCAAGGGCACCCGAGCGTCGTTGTAAATCACGCACCCGCGTCGCCCGTCATTGGGACCTGGCCCGAACTCGCTCCGCGTCCACAGCCCACACAGGTCGCCCCGACACAAACTGTGGAACACGTGATCGCCCGCCAGGCCCGCCTCCACGACGAACAATTGGCGATCTGA MPALPSPEPRFSWRRAAARQLRGAAAWLERGPGAPGSSGSLRASGSSGTFGATSPESSTPIRAFDTDGAPEHWVQLLRDAGLAPPVVRPALRRLRRLWGENQAPQSSPRGAIPRSAPAPAPPPPASPETLPVANTPAAPTTPSVARPVLRLLIPSRSAERAPQHTPTPVARPALRASEPTKPAERAPQHTPTPVARPALRASEPTKPAERAPQHTPTPVARPALRVSEPTKPAEQAPQHTPTPVARPALRASEPTKPAEQAPQHRQPQPEPQTRPESQGHPSVVVNHAPASPVIGTWPELAPRPQPTQVAPTQTVEHVIARQARLHDEQLAI NA NA NA NA NA D3-18_00591 480 hypothetical protein ATGACAACCCCGACACCTGCCGCCCAACCGGGCAACGTGGTGGACCCGTACCGGGCCTACAACTTCAAGCTTGTCATCCAGGGCGTCGTCCAAGGCCACTTCACCAAGGTTGAGGGCCTGGGACTGAAGATCGACCGCATTCTCTACCGCTCCGGTGGTGAGAACAGCACAGTGCGCGTCATCCCGGGGCAGGTGGAGTACACGCCGGTGACCTTGAAATACGGGCTCACCGATTCCACCGAAATGCTCCAGTGGCTGTTCAAGGCCGTGGACGGAAAAGTGGAACGCCGCAACGTCTCCATCGCGATGCTGAATGACGCCGGGTCCGTGGAAGTCCGGCGCTGGAACCTCCTGGGCGCCTGGCCATGCGACTGGTTTGGCGCACCCCTTGACGCCTTGGGCAAGGACCTCGCCATCGAATCCCTCAGCATCGCGTACGACCGCTTGGAGCTCGACGATGCCCGCGCTCCCGTCGCCTGA MTTPTPAAQPGNVVDPYRAYNFKLVIQGVVQGHFTKVEGLGLKIDRILYRSGGENSTVRVIPGQVEYTPVTLKYGLTDSTEMLQWLFKAVDGKVERRNVSIAMLNDAGSVEVRRWNLLGAWPCDWFGAPLDALGKDLAIESLSIAYDRLELDDARAPVA NA NA NA NA NA D3-18_00592 1278 hypothetical protein ATGGCGAACTATCAGGCGCCAGGCGTTTATGTACAGGAAGTACCCAGCGGCGCACGCGCCATAGGGCAGGTCAACACGAGCATCGCCGGGTTCGTCGGCCTCGCCCCTAACGGGGACGCGTTGGTTGACGAGCTCCGGGTCTTGGACAACTGGACACAGTTCGTGGATCAATACGTTGGCAACGCGACAGCGGGTACACCGCTTTCGAACGCTGTATACGGCTTCTTCTCCAACGGAGGAAGCCGTTGTTATGTGGTGAACATCGGCAAGGACGGCAGCCTCACGGGGACCGCCGCGAAGCCCACCGGGCTCACCCTGTTTGAGGCCGTGGACGACATCTCCATGGTGGCCGCGCCCGGCTATGCGGATGCGGAATCTTACGCGGCACTGCAAGCACACGTTGAACACCCGCTTCGCCAGGACCGGATGGCGATTATGGACACGGTTGAGAAAGTGGACGACGTCGGGGCACTTACCCGGGCTGCGACGTCGGGAGTTCCTGAAGGTGCTTCGTCTTCGGACGAAGACACGTCTTCTGATGAGGACACGACGCCGGACGCTGAAGACGCAAGGGACTCAGCTGAGGACGCCACAGATCAGGAGGACCTCGGTGCCCCGCAATCCCCTGGCGGCTACACCGCGCTGTATTACCCGTGGATCGTGATGATCGACCCCGTTTCCGGCAAAAAGGTGACACAACCGCCGTCGGGCCATATTGCGGGCGTGTGGGCGCGCGTTGACGCCACCCGTGGCGTCCATAAGGCGCCCGCCAACGAGCCCATTCAAGGAGCAATCGACCTTGCGCGGCGCGTGAGCCGCGGAGAGCAAGAGGTCCTCAACCCGGCCGGCGTTAATTGCATCCGCTATTTCCCGGGCGAGGGAATCCGGATTTGGGGTGCCCGGACCAAGGCGCCCGAGGCGAGCGAATACCGCTACGTGAACGTCCGACGGCTGACCAACATGATCAAGGAATCCGTGGCGGATGGCACACGCTGGGTGGTGTTCGAGCCCAACGACCACACCTTATGGAAGTCGATCCGGCGCGACATCGGAGCATTCCTGACCAACGTCTGGCGGGATGGAGCATTGCTCGGGACTACTCCTCAACAGGCGTTCTTCGTCAAATGCGATGAGGAAACAAACCCTCCGGAGGTTCGCGACGCCGGCCAAGTGGTCACGCTGATAGGCATCGCACCTGTGAAACCGGCCGAATTCGTGATCTTCAAGCTCATGCAGTCGGCGGACAACACCAGCGAGACGGAAAGCGCAGGAGCCTGA MANYQAPGVYVQEVPSGARAIGQVNTSIAGFVGLAPNGDALVDELRVLDNWTQFVDQYVGNATAGTPLSNAVYGFFSNGGSRCYVVNIGKDGSLTGTAAKPTGLTLFEAVDDISMVAAPGYADAESYAALQAHVEHPLRQDRMAIMDTVEKVDDVGALTRAATSGVPEGASSSDEDTSSDEDTTPDAEDARDSAEDATDQEDLGAPQSPGGYTALYYPWIVMIDPVSGKKVTQPPSGHIAGVWARVDATRGVHKAPANEPIQGAIDLARRVSRGEQEVLNPAGVNCIRYFPGEGIRIWGARTKAPEASEYRYVNVRRLTNMIKESVADGTRWVVFEPNDHTLWKSIRRDIGAFLTNVWRDGALLGTTPQQAFFVKCDEETNPPEVRDAGQVVTLIGIAPVKPAEFVIFKLMQSADNTSETESAGA NA NA NA NA NA D3-18_00593 738 hypothetical protein GTGACTACGGGCATCAGCGGGAGTACCCTGATCCCAGTTGCATTAGTGGTCACCTTTCGAGTTCTGGGTTCTGCCGTGGGCTATGTGCGTTCGTCGTTGACCGACCTTCTGGGGGTACTTTCCGACGCCATCTCTCCCGAGCATGTGCGCTTCGACGACGGCTCCCCAGTTGCAGGTGTACCCCCACCGGACGCTCCCGTTACCGTTCATGCCGTCACCTTGAACCGCGTGGGCAGGTCACGGCGCGACGGACCCGTCCTGGACCTTGAACTCCGGGTGGCGGTGGAATGCCACGGCCCCGGGCAGCTCGACACCATGGAAAAGCTGCTGCTGGCCGTGGAACGTCACAGCCAATACTCAGTGGTGTCTACGGGTGAATTCCGCCCGGAAGAATACTCCGGCGCCATCCGGCAAGGGTTGGGCTTCCTGGTCCGCATCCCTGTTGCCCTGCGCTTCGAAGAACCCTCAGGACCGCCAGTCCTGGAGCCACTCATCGCCAAGACGGGTGTTGCCCGCCGAATCCACGGACGCTTGGTGGACGTCCACAACAAAGGCATCCCCGACGCCTATATTCACGCCCATTCCTCCGCCACGGCCGTGGTTAGCGATGCCACCGGCCACTTTGAGGTCCTGGCCTCGACGGATGAACTCCAGCATTTTGCCGTGGCTGTCCACGGAACCGAAAGGGAAGTCTCGGCCAGCACCAGCAGCCTGCCGGTCATCATCCGGTGGACCTAG MTTGISGSTLIPVALVVTFRVLGSAVGYVRSSLTDLLGVLSDAISPEHVRFDDGSPVAGVPPPDAPVTVHAVTLNRVGRSRRDGPVLDLELRVAVECHGPGQLDTMEKLLLAVERHSQYSVVSTGEFRPEEYSGAIRQGLGFLVRIPVALRFEEPSGPPVLEPLIAKTGVARRIHGRLVDVHNKGIPDAYIHAHSSATAVVSDATGHFEVLASTDELQHFAVAVHGTEREVSASTSSLPVIIRWT NA NA NA NA NA D3-18_00594 621 hypothetical protein ATGTCGCATATGGATCTCAAGGCTCTAGTCTCGACCGCCATCGGTCTGGTTATCGCGCTCGTTGCGGCGTTGCTCGGCGCTCCCGAACTCGCGCCCTTGATCGGATGGGCTGTCGCCGGCTGCGTCTTCCTGGTCTGGGCGTGGACTAAGGCGTGGCCCGCTGGTCCAGAGGCCACGGGTGAACTCGCCAGCCACGAGGGTAAGTCTCGAGGGCTCGTTGACTCCCTGATCATCGGCGCGACATTCATCAGTCTCGTGGCGGTGGTCTTTGCCTTGATCCGCAGCCAGGAGAAGGACCCTATCGGTGTGGCCGCGGCGCTTCTGGCGGCTCTGGGCGTGGTGATCGCCTGGGCTCTGGTCAACACTGTCTACGCGTTCAAATACGCTCGGATGTACTACCACCATCGTTTCCGCTTCAACCAGGACGAAGACCCGTCGTACAGCGACTTCGCCTACGCAGCATTCTCCATAGGGATGTCATACAACGCGAGCAACGTGAACCAGTCATCCACCCCCTCCCGCAGGATCGCCCTGGGGCACGCTTTGCTCTCCTACTTCTTTGGGACCTTCGTGGTCGCAGTGGCGATCAACCTCGTCGTCAGCCTCGGGCAGTCCGGTTGA MSHMDLKALVSTAIGLVIALVAALLGAPELAPLIGWAVAGCVFLVWAWTKAWPAGPEATGELASHEGKSRGLVDSLIIGATFISLVAVVFALIRSQEKDPIGVAAALLAALGVVIAWALVNTVYAFKYARMYYHHRFRFNQDEDPSYSDFAYAAFSIGMSYNASNVNQSSTPSRRIALGHALLSYFFGTFVVAVAINLVVSLGQSG NA NA NA NA NA D3-18_00595 1596 phoD_1 COG3540 Alkaline phosphatase D ATGGAAAACATCTCCCGCCGGTCCCTCATCTCAGCCGGCCTCGGGGCAGGACTCGTCGCCGCCCTGCCCAGTACCGCCGTCGCTGGTACCGCCGCAGCAATTTCAACAGCGGACGACACCGGTCTCCGCGCCGATCCCTTCACGCTTGGCATCGCGTCGGGCGAACCGTGGCCCAACGGCTTCGTCATCTGGACCCGCCTGGCAGTGAACCCCGTGGCCGAGGATGGCCTGGGCGGCATGCCCTCACGCAACGTCGCCGTTGCCTGGGAAGTCGCCGAAGACCCCGCAATGCGCCGGGTAGTAGCCCGCGGCGTTGAACATGCCAGGATCGAAACCGCCCACTCAGTGCACGTCGAACTCAAGGGCCTCCGGCCGGGCCGGGAGTACTTCTACCGTTTCCGTACCGGGCGGCAAGTGAGCGAAGTGGGACGAACGCTCACAAGCCCGGCGCCCGGTGAAACCCCGGCGGCACTGGCCATGGCGTTCGCCAGCTGCGCCCAGTACGAGCACGGCTACTTCACGGCATACAAGCACCTGGCTGAGGACCATCCGGACCTGGTGCTCCACCTGGGCGACTACCTGTACGAGTACAAAAAGGACAGCTACGTGATCGGCGGCGGGAACCCGCGCGATCATGAGGGCCCGGAAACCGTCAGCCTTGCGGGCTACCGCCAGCGGCACGCCCAGTACAAGTCCGACGCCGATCTGCAGGCCGCGCACGCAATCGCGCCGTGGCTGGTGGTGTGGGACGACCACGAGGTGGACAACAACTGGGCGGACGAAATCCCCGAGAACAATGACGCGGCTCAGCTCAACGACACCACGGAGCATTTCCGTCAGCGTCGCTCTGCAGCGTTCCAGGCGTACTACGAGAACATGCCGCTGCGAGCGTCCTCGGTTCCGGCTGGATTCGACATGAAGATCTACCGGACTATCCAGTGGGGCCAGCTGGCCAACTTCCACATGATGGATACACGCCAGTACCGGGACGATCAGCTCGCTGGTGACGGCTGGCGGAAGAACATCGTCGAGCGTTTGGACGAAAACCGCAGCATTACCGGTGCCGAGCAGGAGAAGTGGCTGCTGGACGGCTTCAGGAACTCCACCCAGCGGTGGGACATTCTGGGCCAGCAGGTCTTCTTCGCCGAACGGGACCGCGACAAGGCGCCGGAGGTCGACGATGTCTCCATGGATGGCTGGGACGGTTACGCCGCCTCCCGCCGCCGAATCACCCAAGGTTGGGTGGACGCCAAGGTGCGCAACGCCGTCGTACTTACCGGCGACGTTCACCGCCACTGGGCCACCGAACTCAAGGTGGACTACAAGGACCCGGCGGCAGCTGTGGTCGGCTCGGAACTGGTGTGCTCGTCCATTACATCCACGGGCGATGGCACCGGATCCACCACCGACGCCACCATGGCCTGGAACCCGCATCTGAAGTTCTACAACGACAACCGCGGCTACGTGAACACGCGCATCACCAAGGACGCCATGACTGCGGACTTCCGCGTGTTGGACTACGTCACCACGCCGGGTGCACCGGTCAGCACCAAGAAGTCGTTTACCATCAACGACGGCGTCCCCGGCCTCGCCTAG MENISRRSLISAGLGAGLVAALPSTAVAGTAAAISTADDTGLRADPFTLGIASGEPWPNGFVIWTRLAVNPVAEDGLGGMPSRNVAVAWEVAEDPAMRRVVARGVEHARIETAHSVHVELKGLRPGREYFYRFRTGRQVSEVGRTLTSPAPGETPAALAMAFASCAQYEHGYFTAYKHLAEDHPDLVLHLGDYLYEYKKDSYVIGGGNPRDHEGPETVSLAGYRQRHAQYKSDADLQAAHAIAPWLVVWDDHEVDNNWADEIPENNDAAQLNDTTEHFRQRRSAAFQAYYENMPLRASSVPAGFDMKIYRTIQWGQLANFHMMDTRQYRDDQLAGDGWRKNIVERLDENRSITGAEQEKWLLDGFRNSTQRWDILGQQVFFAERDRDKAPEVDDVSMDGWDGYAASRRRITQGWVDAKVRNAVVLTGDVHRHWATELKVDYKDPAAAVVGSELVCSSITSTGDGTGSTTDATMAWNPHLKFYNDNRGYVNTRITKDAMTADFRVLDYVTTPGAPVSTKKSFTINDGVPGLA PGPT0002575_1610 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0002575-phoD-K01113 NA NA D3-18_00596 411 hypothetical protein ATGACTAAGGGGGAGAGCCCTAAGCGGCCCGGTGCGGTGACGTTCTCTGTGGTGCTGATGTACATCGGTGGCATCGCGCAGATCCTTCTGGGAATCCTGACCATCTTCCTTCGCTACACACCGGAAGCCCAGTCCGGCGGCATTGCCCTGCCCATCACCTTGCTCGGTGCAGGCATGATCCTGTTCGGTCTGTTGGTGATCGGGCTGGCCTCCGGAGTAGCGCGGGGGAGTGAGGCTGCCCGCCGTGGCGCAACAGCGGTCATGCTGCTTGGCTTGGCCTTTGCGGTGCTGGATCTCATCCTTGCCGCAGACAATGATTGGTCGGCTGTTATTTCCCAGTCCATCGCCACGGTAGCCGTAGTGGTGCCGCTGTGGGTCGGGCGCGGACGCCGCTATTTCGAGACGCGGTGA MTKGESPKRPGAVTFSVVLMYIGGIAQILLGILTIFLRYTPEAQSGGIALPITLLGAGMILFGLLVIGLASGVARGSEAARRGATAVMLLGLAFAVLDLILAADNDWSAVISQSIATVAVVVPLWVGRGRRYFETR NA NA NA NA NA D3-18_00597 2376 ctpE COG0474 Calcium-transporting ATPase CtpE GTGCAGGGATTGAGCACTGCCGAGGTGGCGGAGAGAGTGGCCGCGGGGCAAAGCAACGCCTTTGTTCAGGACACCAGCCGCAGTGTGTGGAGCATCGTCCGAGCCAACGTGCTGACCCTGTTCAACGGCATCATCCTGGCCTGCTTCATTGTCCTGTTCGCGATTGGCCGCTGGCAGGACGCGCTCTTCGGCTTCAGTGCCGTCGCTAACGCGGTAATCGGCAGCGTCCAGGAGTACCGGGCAAAGCGGGCATTGGACCGTTTAGCGCTCCTGAACGCGCCGCACGCCCGGGTGAGGCGCGAAGGCTCAGAGGCAGAGATCGCCCTGGATGACGTGGTCCTGGACGACACCCTTGTCCTGAGGGCCGGCGATCAGGTGCCCGCCGACGGAGTGGTGACCGGCTCACGTGGACTCCAAGTGGATGAATCCATGTTGACGGGCGAATCCGACGCCGTTGAAAAGGAAGACGGTGACCGCGTGTTGTCCGGCTCCGTTGTGGTGGCCGGTGAAGGCTCGGCGGTGGTGGATCGGGTAGGTGCCGATTCCTTTGCCAACTCACTCGCTGCCGAAGCCAAACGATTCTCGCTCGTGGCCTCTGAGCTCCGTTCCTCTATTGACCGCGTCCTCAAATGGGTGACTTGGTTCGTGGGTCCCGTGGCGTTGCTGGTTTTAAACGCACAGATGATTGCCCAGGGCGGTTGGGCCGAAGCCTCGGCGAGTGGAGCGTGGCGGGACGCGGCTACGGCGACTATTGCCGCCGTCGTCGCCATGGTCCCCTTGGGGCTGGTGCTGATGACCAGCATTACCTTCGCCGTGGGGGCGGTAAAGCTGGCCCGTCAACAGGTCCTGGTGCAGGAGCTGCCGGCCGTCGAAGGGCTGGCTCGCGTGGACATCATCTGCCTCGACAAGACCGGCACCCTCACCCAAGGTGACATCGTTTTCGACGCCGCTCACCCACTGGCTACCCGTCCCGGTTGGGAGTCCGTGCTCTCCTGGTACGGCGTGCAGAAGGATGCCAACGCAACAGCCCGCAGCCTCGCCGGGCACTTCAATGAGACACCCGGCATTCCACTTGACCGGGTGCCCTTCTCGTCCGCCCGCAAGTGGAGCGCAGTGATTTTCGACGACGGGATGTGGATCCTGGGCGGCCCCGAAATGGTGTTCCCGGGCCGCGACTCAAGCGATCCGCTGCTCCGACAACTTGCCACCCAAGCCGTTGAGCTGGCAGCCACCGGCCGGCGCACGCTGGTCCTTGCCCACGGCACACCTACCGAAGACGAGACTGTTCCCGCGGACGCTGTCCCCGTGGTCCTCCTGACTTTCAAGGAGAACATCCGCCCGGATGCCGCAGAGACCCTCACCTACTTCGCAGCACAGGATGTAGATGTCCGGATTATTTCCGGTGACAACCCACAAACGGTCGCCGCAATTGCCCGGGAAGTTGGCCTGGATGCACCCCACGGCTTCGATGCCCGTGAGTTGCCGGTTGATGACCAAGAGCTCCTGGAAGTCATCAACAACAACCTGGTCTTCGGCCGCGTGACACCTGACCAGAAGAAGCGGATTGTCGTGACGCTGAAGGCTGCCGGCCGCACAGTGGCCATGACTGGCGACGGCGTGAACGATGCCCTGGCCATCAAGGAAGCTGACATCGGCGTGGCCATGAATTCGGGGGCCGCGGCCACGAAGGCGGTGGCGCGTTTGGTGCTGTTGGACGGCAAGTTCTCCCACCTGCCGAGCGTGGTTGCTGAGGGCCGGCAGGTGATCGCCAACATCGAGCGGGTCTCCATGCTGTTCCTGACAAAGACCGCCTACGCCACCTTCCTTGCCATCGCGTTCGGCATCCTCCTGCTGCCTTTCCCGTTCCTTCCCAGGCAGCTCTCCGTGACTGATGGCCTGACCATCGGCATTCCCGCGTTTTTCCTGGCATTGCTACCCAACGCCCAGCGCTATGTACCGGGTTTCCTACGGCGGTCACTCACGTTTGCCGTACCAGCGGGCGTATCCGTGACCTTGGGGCTCGCCTCCTACGCCCGTCTCGCGGCGAACCTGCAAATTCCGGAAGCCGAGATCAGGACGGGGTCCACCCTCATTCTGACGATTATCGGCATCTGGATCCTGGTGGTGCTCTCACGTCCGGTCACCCGCTTCAAGGGCCTGGTCATCGGGGCGATGATGATCGGGCTCGTCCTGGTCTACTCGGTGCCCATAGCCCGCGACTTCCTACAGTTCACCGATCCCTCGTTTCCTACAGCACTACTCGTCCTCGGAACGTCCGTGGCTTGCATCGCACTGATCGAGGTCGTCCGCTTTGTCCACCGACGGGTGGCGTACCGGGATGCCCAGGAAGCGCTGCGTCACCGCGTCTCGAAATAG MQGLSTAEVAERVAAGQSNAFVQDTSRSVWSIVRANVLTLFNGIILACFIVLFAIGRWQDALFGFSAVANAVIGSVQEYRAKRALDRLALLNAPHARVRREGSEAEIALDDVVLDDTLVLRAGDQVPADGVVTGSRGLQVDESMLTGESDAVEKEDGDRVLSGSVVVAGEGSAVVDRVGADSFANSLAAEAKRFSLVASELRSSIDRVLKWVTWFVGPVALLVLNAQMIAQGGWAEASASGAWRDAATATIAAVVAMVPLGLVLMTSITFAVGAVKLARQQVLVQELPAVEGLARVDIICLDKTGTLTQGDIVFDAAHPLATRPGWESVLSWYGVQKDANATARSLAGHFNETPGIPLDRVPFSSARKWSAVIFDDGMWILGGPEMVFPGRDSSDPLLRQLATQAVELAATGRRTLVLAHGTPTEDETVPADAVPVVLLTFKENIRPDAAETLTYFAAQDVDVRIISGDNPQTVAAIAREVGLDAPHGFDARELPVDDQELLEVINNNLVFGRVTPDQKKRIVVTLKAAGRTVAMTGDGVNDALAIKEADIGVAMNSGAAATKAVARLVLLDGKFSHLPSVVAEGRQVIANIERVSMLFLTKTAYATFLAIAFGILLLPFPFLPRQLSVTDGLTIGIPAFFLALLPNAQRYVPGFLRRSLTFAVPAGVSVTLGLASYARLAANLQIPEAEIRTGSTLILTIIGIWILVVLSRPVTRFKGLVIGAMMIGLVLVYSVPIARDFLQFTDPSFPTALLVLGTSVACIALIEVVRFVHRRVAYRDAQEALRHRVSK NA NA NA NA NA D3-18_00598 780 hypothetical protein ATGGACCAGTCGGCAGCACCTGACTCCGGGTATGCGCCAGTCAGCGGACTTCAGATGTACTACGAACTGTACGGTTCCGGTGGCACACCCTTGCTGCTCCTGCACGGCGGACTGTTCGACATCGACCAGCAGTTCGGCGCACTCATCCCGGCGCTGTCAGCGGAGCGCCGGGTAATCGCCACGACGGACCTGGCCTCGGACGTCGTTGGTCTTCTGGAGCACCTGGACGTCGGCGAGGTTGACGTCTTGGGCTTCAGCGTTGGCGGGGCCGTTGCACTGCATCTCGCGATCAAACACCCCGAGCTCATCCGGAAGCTCATCGTTTCGTCTGTGTCATTCAACCCCGACGGCGATCGCGGTGGAAACGCTGAGACTGTCTCGGAAATGACCGTGGACATGATCGTCGGCACTCCCATGGAGCAGCGGTATATGGAGGTCTCTCCGCACCCTGACCACGAGCATCTCCAGGGACTCTTGACCAAGCTCGGCGGTTACGATGCCGGTTCAAAGGGATGGACGGACGACGAGATCCGCGGCATTCAGGCCCCCACCTTGATCACCGTAGGGGACTGCGACATGGTCAAGCTTGAGCACGCAGTTCGGTTCCTGCAGTTGCGAGGAGGGGACGTGAACGGTGATTTTGAGGGCGTTCCGGCATCGCAGCTGGCAGTGTTCCCCGGACCCACACACTTCTTCGGTTTGGCCCGGACCAGCCTCGTCTTGGATGTGGTGACGACATTCCTTGATGCGCCACCGCCATCGGGGTGGCAGGACCAGTAG MDQSAAPDSGYAPVSGLQMYYELYGSGGTPLLLLHGGLFDIDQQFGALIPALSAERRVIATTDLASDVVGLLEHLDVGEVDVLGFSVGGAVALHLAIKHPELIRKLIVSSVSFNPDGDRGGNAETVSEMTVDMIVGTPMEQRYMEVSPHPDHEHLQGLLTKLGGYDAGSKGWTDDEIRGIQAPTLITVGDCDMVKLEHAVRFLQLRGGDVNGDFEGVPASQLAVFPGPTHFFGLARTSLVLDVVTTFLDAPPPSGWQDQ NA NA NA NA NA D3-18_00599 933 hypothetical protein ATGTACGTCGTCACCGGAGCAGGACCTGTCGGTTACACCGTCGCCGAACAACTCGCGGAGCAAGGTCACCACGTGCGCGTCCTGACTCGTTCCGGGAGCGGCCCGGAGCACCCGTTGGTGGAGCGAATGCGGGTGGATGCATCGGATCGAGGCCAGCTCACCCAAGCCATCACCGGAGCAACGGCAGTTTTTCATTGCATCCACGGCTCCGCGTATCGGGCAGCAGTGTGGGCGGCCGAACTCCCCCAAGCCGAGCAAGTGGTGATGGAAGCAGCGGGAGCCGCGGGCGCCGTCGTCGTCTTCCCCGAAAGCCATTACCCGTACAGTGAACCGGACCGGATCATGTCGGAAGTGAGCCCGCGGGAAGCTACCAGTGGCAAGCGCGGCATCCGAGCCCAACTGCTTAAAGCACGCGAAGCACACACTGCCAACACCGTCAGCGTGGTGGCAGGAGACTTTTTTGGGCCTCGTGTGAAAATGGCCCATGCCGGCGAACGGATGGTTCCACTGGTCCTGTCAGGCAAACCCATCCAGGTAATCGGCAGTGCAGATCAGCCGCATTCCTTTACTTACGTTCCCGACCTGGCCGCAGCCATGATCGTCGCAGCGCAGAAGCCCGAGCTTTGGAATAGCGTGCTGCACGCGCCCACCGGCTCCCCAATGACTCAGCGCGAAGTTGCGGCGGCCTACGCAGGCGCTGCTGGGGTGGTCACCCCGAAAGTGAGCGCAGTGCCCGGCTGGATTTTGCGGGTAGCGGGTGTCTTCTCAACCGACATGCGTGAACTGGCTGAGATGCTGTACCAGTTCGAGCGTCCCTTCGTAATGGACTCATCTGAAAGCCAGAGGTTGCTCGGGCTTGAACCCACTCCCCTGCCTGAAGCTGCCGTGGCCACCGTGGCGTGGTGGCGCGGCGCTGCACGGCAGGCCACGTGA MYVVTGAGPVGYTVAEQLAEQGHHVRVLTRSGSGPEHPLVERMRVDASDRGQLTQAITGATAVFHCIHGSAYRAAVWAAELPQAEQVVMEAAGAAGAVVVFPESHYPYSEPDRIMSEVSPREATSGKRGIRAQLLKAREAHTANTVSVVAGDFFGPRVKMAHAGERMVPLVLSGKPIQVIGSADQPHSFTYVPDLAAAMIVAAQKPELWNSVLHAPTGSPMTQREVAAAYAGAAGVVTPKVSAVPGWILRVAGVFSTDMRELAEMLYQFERPFVMDSSESQRLLGLEPTPLPEAAVATVAWWRGAARQAT NA NA NA NA NA D3-18_00600 780 putative HTH-type transcriptional regulator ATGCTGCTACCGCTCTCGCTGTGGCAAGCTGTAGTCATGACCTCAGCCCAAGCCGCCGCGGCCAAGCCCAGGGAGAAGCCACCTACTCCCCGCGAACGTGCCCGCACTCGGACCATCGCCGACATCGTTCGGATCGGCCGGGAACACTTGGCTCTCCACGGGGCCGCCGCCCTGTCCCTGCGTGCAGTCGCAAGGGATCTCGGCGTCGTTTCCTCAGCGGTATATCGCTATGTCGAGAACCGCGATGAACTCCTCACGCTCCTGCTGATTGACGGCTACAACGAGTTGGGCGACGAAGTGGACGCAGCTGTGGAAGCGCTGCCGGAGAATGACTTCGCTGGGCGGTTCATAGCGCTTGCAAAGGCTGTCCGGGTGTGGGCCATCCGTGAGCCGGCAAGCTATGCCTTGCTTTTCGGCAGCCCCGTTCCCGGCTACCAAGCTCCCGGTGAGCGCACAACCATCCCTGGAACGCGGGTCATCTACCGCCTGGTGAGCATCTTCGACGCCGCCCACCGGGCAGGTGTCCTGGACGCCGAGGCGACCCCCGGCGTCGTGATTCCACCGGCCCTGGCAAAAGACCTGGTGAGCATCCGGACGGAACTGAATCTCGCTGTGCCCGAAGCGTCACTGGCGCGGGGAGTCTTGGTGTGGACTTCCCTGTTCGGCGCGGTCAGTTTCGAGGTGTTTGGGCAGTATGGCCCAGAGACTTTCAAAGCCCGGGATGAGCTGTTCGAGCATCAGTTGGGTGTGCTGCAGGGCGTCGTGGGGCTCCAAGGCTAG MLLPLSLWQAVVMTSAQAAAAKPREKPPTPRERARTRTIADIVRIGREHLALHGAAALSLRAVARDLGVVSSAVYRYVENRDELLTLLLIDGYNELGDEVDAAVEALPENDFAGRFIALAKAVRVWAIREPASYALLFGSPVPGYQAPGERTTIPGTRVIYRLVSIFDAAHRAGVLDAEATPGVVIPPALAKDLVSIRTELNLAVPEASLARGVLVWTSLFGAVSFEVFGQYGPETFKARDELFEHQLGVLQGVVGLQG NA NA NA NA NA D3-18_00601 792 COG3662 putative protein ATGGCTCGAGGACTTGCAGACATTGGCGCGGAAGGTGTCCTTCTCGCCGGTGCGGGCCGCGCGATCCTCCTTCAGATTGCCGACCCCCGGGTTGGCCACGGAGTCGCGGACCACAGCGACTTTGCCCACCGGCCGCAGGACAGGCTCCGGGCCACGCTGACCTATGTTTACGCCGTGGTTTACGGTACCGAAGAACAGGTCGCTGCGGTGCGCCGCGCCGTCAATCGTGCCCACGCGCCGGTTCGCCGGAACGCCGACGAGGCTTCAGCTGGTTACAACGCCTTCGACGCCGATTCCCAACTGTGGGTTGTCGCCACCCTTTATGACACGGCAGTCACCGTCTACCAGCAGGTTCATGGACCGCTCGACGACGAAACCGCCGACCGCATGTACGCCGACTATGCGCGGATCGGCACGGCCCTGCAGCTTCCGCCGAACAAGTGGCCCGCTGATCGTGCCGCCTTTGCCGCGTATTGGAACGAGCACGTGGCAACGTTGCAGCCTGACGAGAAGGCCCGCAAAATCGCCCAGGACCTGCTCTACCCGGCCGCGGGGCCAGCCATAATGCGCTTGGCCATGCCACTGGCTCGCTTCCTCACTGCGGGTTTGTTGCCTGAGCACGTTCGTGAAGGTTTCGGCTTCGAGTGGGGTCCCGGTCATGCACGGCGCTTCGAGCGGACCATGCGCATACTGGGACGCGTTTACCCGCGGCTGCCGCAGCGTATCCGTCACTGGCCAAGGGATTACTACTTGAGCCAACTCAAGTCCGGCAGAATGCCCGACCATGCGTAA MARGLADIGAEGVLLAGAGRAILLQIADPRVGHGVADHSDFAHRPQDRLRATLTYVYAVVYGTEEQVAAVRRAVNRAHAPVRRNADEASAGYNAFDADSQLWVVATLYDTAVTVYQQVHGPLDDETADRMYADYARIGTALQLPPNKWPADRAAFAAYWNEHVATLQPDEKARKIAQDLLYPAAGPAIMRLAMPLARFLTAGLLPEHVREGFGFEWGPGHARRFERTMRILGRVYPRLPQRIRHWPRDYYLSQLKSGRMPDHA NA NA NA NA NA D3-18_00602 894 hypothetical protein ATGCGTAATTTCACCTCCGTTGAGCAGTCCATTGATGACGCCGCCCACCGATATTTGGACCGGCCCCGAGCCGGCCGTATGCGCGGACGACTCACGGAGTTCGTGGTTTTTGGGCTGAAGCAAGCGTGGGCTTGCGTGTTCGGAGCGGCCTTGCTCGCGGTGATCATCGCGGCCCGCCTTTGGTACCCGGACAACGCGGGCCTCGCCCGTAACGACTTCCTCACCATCGCCGCCGTCGTTATTCAAGTATTGATGATCAGCTTCAAACTCGAGACATTGCGGGAGCTGCGGGTGATCCTGCTGTTCCACGTGGTGGGGACGGTGATGGAGTTGTTTAAGACCGACGTCGGGTCGTGGGCCTATGAGGCGGAGGGCGTCCTGCGGATCGGGGCGGTGCCCTTGTTCAGTGGGTTCATGTACGCCGCCGTTGGTTCCTATATGGTGCGTGTCTTCCGGCTGTTCGATCTCCGCTTTGATCGATACCCGCGCCGGTGGATCACCGCCCTTGTGGCTGGCGCGATCTACGTGAACTTCTTCTCGCACCACTACTTCTTCGACGCGCGCTGGGTGCTGCTGGCCGCCGTCGTGCTTGTCTACGGGCGGTGCCTCATGCACTTCAGGGTGTTCCGGCGTCGCTTCCGTATGCCGATCCTGGTGTCGTTCCTTCTGGTGGCCCTGTTCATTTGGTTCGCCGAGAACATCGGCACGTGGTCACGTGCGTGGCTGTACCCGAACCAGCTGGATGGGTGGCAGGCCGTCTCCATCGACAAGCTCCTGGCGTGGTTCCTGCTGATGATTATCTCGGTGGTACTGGTGGCCTGGGTGTACAAGCCGGAGCCGCTTGACGCTCCTGGTGTCGCGGAGACTCCTAGGCTTCGCCGCGTATCGCCTTGA MRNFTSVEQSIDDAAHRYLDRPRAGRMRGRLTEFVVFGLKQAWACVFGAALLAVIIAARLWYPDNAGLARNDFLTIAAVVIQVLMISFKLETLRELRVILLFHVVGTVMELFKTDVGSWAYEAEGVLRIGAVPLFSGFMYAAVGSYMVRVFRLFDLRFDRYPRRWITALVAGAIYVNFFSHHYFFDARWVLLAAVVLVYGRCLMHFRVFRRRFRMPILVSFLLVALFIWFAENIGTWSRAWLYPNQLDGWQAVSIDKLLAWFLLMIISVVLVAWVYKPEPLDAPGVAETPRLRRVSP 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 D3-18_00603 558 hypothetical protein ATGGAGATCTCGGGATACCTTCCGCCGGACGAGTTCTGGGCGACGAGCGACCGGATGGAACAGGAGATCCGGGACGGTGCACACCTGCTCCCGCTGTTCACGCTTAAAGACTGGGACGGGACCTCGATGCTGGGATCCTGGCAACTGGACGGAAGTGAGGGCAGCGTGGTCCACGGCGATGCCTTCTCGCCAACAGGCCCTCTGGTTGACGTGATCACAACAAACCAGGATCCTTGCGAGACTGCCAGGAACCGATGGCGGGCTACCGCCGGAATACCGCACAACCTGGAGGAGCTTCAACGGCAGGATGCGGCCTTCAACGCCCTCCACAGCGAGCAAATAGCCATCACAGTTGAGGGCACCCCCGAACATTTCACCCTCTGGCGCGGAGCGAATTCATGGCTCGCAGCGGGTACCTTCGACGGCTTCGGGATCGTGATGGATGCGCAACGCAAGCCAACCGCGCCTGAAAATATGAGCCTCAGGCGAGTCCCCGACGTCGAGCCCTTGCTTGAGGCGCGGCGTGCGGCGCTCAAGGCGATACGCGGCGAAGCCTAG MEISGYLPPDEFWATSDRMEQEIRDGAHLLPLFTLKDWDGTSMLGSWQLDGSEGSVVHGDAFSPTGPLVDVITTNQDPCETARNRWRATAGIPHNLEELQRQDAAFNALHSEQIAITVEGTPEHFTLWRGANSWLAAGTFDGFGIVMDAQRKPTAPENMSLRRVPDVEPLLEARRAALKAIRGEA NA NA NA NA NA D3-18_00604 1866 dnaK_1 COG0443 Chaperone protein DnaK ATGTCACGTGCAGTAGGTATCGACCTCGGAACCACCAACTCCGTGGTCTCTGTTCTCGAAGGTGGCGAGCCCACCGTCATCGCCAACGCAGAAGGCGGCCGCACCACGCCGTCCGTCGTTGCATTCTCCAAGTCCGGCGAAGTCCTGGTCGGCGAAATCGCCAAGCGCCAGGCCGTCAACAACATCGACCGCACCATCGCGTCCGTCAAGCGCCACATGGGCACTGACTGGAACGTCGCCGTCGATGACAAGAAGTACACGCCGCAGGAAATCTCCGCGCGTATCCTCATGAAGCTCAAGAACGACGCCGAGAGCTACCTGGGTGAGAAGGTCACCGACGCCGTGATCACCGTTCCGGCTTACTTCAACGACGCCGAGCGCCAGTCCACCAAGGAAGCCGGCGAAATCGCAGGCCTCAACGTCCTCCGCATTGTCAACGAGCCCACCGCGGCTGCACTGGCATACGGCCTGGACAAGGGCAAGGAAGACGAACTCATCCTGGTCTTCGACCTCGGTGGCGGTACCTTCGACGTCTCCCTCCTCGAGGTTGGCAAGGACGAAGACAACTTCTCCACCATCCAGGTCCGCGCAACCGCCGGTGACAACCGTCTCGGTGGCGACGACTGGGACAACCGTGTCGTCGAGTGGCTCCTGAGCCAGCTCAAGGTCAAGGGCATCGACCTCTCCAAGGACAAGATCGCCCTCCAGCGTCTCCGTGAAGCTGCAGAGCAGGCCAAGAAGGAACTGTCCTCCTCCACCAGCACCAACATCTCCCTCCAGTACCTGTCCGTCACCCCCGACGGCCCGGTTCACCTGGACGAGCAGCTGACCCGTGCCAAGTTCCAGGACCTCACCAAGGACCTGCTGGACCGCACCAAGAAGCCGTTCCAGGACGTCATCGCTGAAGCCGGCATCAAGGTTTCCGACATCGACCACATCGTCCTCGTCGGTGGCTCCACCCGTATGCCTGCCGTCTCCGAGCTCGTCAAGGAACTCGCCGGCGGCAAGGAGCCCAACAAGGGTGTCAACCCGGACGAAGTTGTGGCCGTGGGTGCCGCACTCCAGGCCGGCGTGCTGAAGGGCGAGCGCAAGGACGTCCTCCTCATCGACGTCACCCCGCTGTCCCTCGGCATCGAAACCAAGGGTGGCGTCATGACGCACCTCATCGAGCGCAACACTGCTATCCCCACCAAGCGTTCCGAGACCTTCACCACCGCTGACGACAACCAGCCGTCCGTGGCCATCCAGGTCTTCCAGGGCGAGCGTGAATTCACCCGCGACAACAAGCCGCTGGGCACGTTCGAACTGACCGGTATCGCACCGGCACCGCGTGGCGTTCCGCAGGTCGAGGTCACCTTCGACATTGACGCCAACGGCATCGTCCACGTGTCCGCCAAGGACAAGGGCACCGGCAAGGAACAGTCCATGACCATCACCGGTGGCACGGCACTGTCCAAGGACGACATTGACCGCATGGTCCGTGAAGCCGAAGAGCACGCTGCAGAGGACAAGGCCCGCCGCGAGGCTACGGACACCCGTAACTCCGCAGAGCAGCTCGCCTACTCGGTGGACAAGCTGATCGCCGACAACGACGACAAGCTGCCCGAAGAGGTCAAGACCGAGGTCAAGGCCGACGTCGACGCCCTCAAGTCCGCGCTGGAAGGCACCGACGACGCCGCCGTGAAGACTGCGTTCGAGAAGCTTCAGGCATCGCAGACCAAGTTGGGCGAAGCCATCTACTCGCAGGCTGCCGCATCTGACGCTCCGAGTGCCGGTGCAGAAGGTGCTCCTGCCGGCGACAAGGCTGCTGCTGACGAGGACATCGTCGACGCCGAAATCATCGACGAAGACGAAGCGAAGAAGTAG MSRAVGIDLGTTNSVVSVLEGGEPTVIANAEGGRTTPSVVAFSKSGEVLVGEIAKRQAVNNIDRTIASVKRHMGTDWNVAVDDKKYTPQEISARILMKLKNDAESYLGEKVTDAVITVPAYFNDAERQSTKEAGEIAGLNVLRIVNEPTAAALAYGLDKGKEDELILVFDLGGGTFDVSLLEVGKDEDNFSTIQVRATAGDNRLGGDDWDNRVVEWLLSQLKVKGIDLSKDKIALQRLREAAEQAKKELSSSTSTNISLQYLSVTPDGPVHLDEQLTRAKFQDLTKDLLDRTKKPFQDVIAEAGIKVSDIDHIVLVGGSTRMPAVSELVKELAGGKEPNKGVNPDEVVAVGAALQAGVLKGERKDVLLIDVTPLSLGIETKGGVMTHLIERNTAIPTKRSETFTTADDNQPSVAIQVFQGEREFTRDNKPLGTFELTGIAPAPRGVPQVEVTFDIDANGIVHVSAKDKGTGKEQSMTITGGTALSKDDIDRMVREAEEHAAEDKARREATDTRNSAEQLAYSVDKLIADNDDKLPEEVKTEVKADVDALKSALEGTDDAAVKTAFEKLQASQTKLGEAIYSQAAASDAPSAGAEGAPAGDKAAADEDIVDAEIIDEDEAKK PGPT0014555_4803 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014555-dnaK-K04043 NA NA D3-18_00605 660 grpE COG0576 Protein GrpE ATGCCTCACCACGGCAACGAAGCAGAGCACTCAGAAGGCAACGAGCCGCGCAAGCCAGTTATTCGGGACAACCGCAAGGTTGACCCGGAGACCGGCGAAGCACGTCAGCCTGAAAGCGAAGCTGCGGCTCCCACCGAAGGCAACGCCGCTCCCACGGACGGCGACGCCCTCTCCCAGGCTGAGGAAATCCTCAACGGGGTAGAGGTGCCGGCCGAGGAATCGGTAGCCTCCGGTGCCGCGGCCGAAGCCCAGGCAGCGGAGCTCCGCAACGACCTCCTCCGCCTTCAGGCTGAGTACGTCAACTACCGCAAGCGCGTCGAACGCGACCGCGCCGTAGCAGGAGAGATGGCCGTCATCGGCGTCCTGAACTCCCTGCTCCCGGTGCTGGACGACGTCGATGCTGCCCGCCAGCACGGTGACCTCGAAGACGGCCCTTTCGCCGCCATCGCCACCAAGCTGGAGAACGCGCTGAAGACGTACGGACTGGAACGCATCGCGGATACCGGAGTCGAATTCGACCCCACCATCCACGAGGCACTCATCCAGCAGCCCGGCGAAGACATCGAGGTTGACACGGTCAGCCAGGTGCTGCGCTCCGGATACCGCTCAGGTGAGCGTGTCCTGCGTGCAGCCCAGGTCATCGTGGCTGTTCCGGCTTAG MPHHGNEAEHSEGNEPRKPVIRDNRKVDPETGEARQPESEAAAPTEGNAAPTDGDALSQAEEILNGVEVPAEESVASGAAAEAQAAELRNDLLRLQAEYVNYRKRVERDRAVAGEMAVIGVLNSLLPVLDDVDAARQHGDLEDGPFAAIATKLENALKTYGLERIADTGVEFDPTIHEALIQQPGEDIEVDTVSQVLRSGYRSGERVLRAAQVIVAVPA PGPT0014650_1729 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HIGH_TEMPERATUR_REGULATION,PGPT0014650-grpE-K03687 NA NA D3-18_00606 981 dnaJ_1 COG0484 Chaperone protein DnaJ TTGGCCAGCCAGGACTGGGTTGAAAAGGATTTTTACGCGATCCTTGGTATTGCCAAGGACGCGTCCGACGCGGATATCAAGAAGGCTTATCGCAAGCTAGCCCGCGAGCATCACCCTGATACGAACTCAGGGAATGCTGCTGCGGAGAAGAAGTTTAAGGACATTTCCGAGGCTTACTCGGTGCTGTCCAATCCTGAGGACCGGCAGCAGTACGATGCCATCCGCGCCATGGGTGGTGCCCGCTTTGCTCCGGGTGCCGGAGCTGGACGAGGTGGTGCCGGGGCTAACGGTGGGTTCGAGGACCTGTTCGGAGGCTTGTTCGGCGGCGGGCCCGGCGCTCGTCAGCCTGCTGGCGGTGGAATACCTCCGGAGTTCGCTGACCTGTTCGGTGGTGGCTTCGGCGGAGCCGGCCAGACCGGGTTCCAGCGTGCACCGCAAAAGGGCGCGGACCGGACGGCCACCACGTCCATTTCGTTTGCCGGCTCCATCAAGGGGACTACGGTCAGCTTGCGTGAGAGCAACGGCAACGTGATCGACGTCAAGATTCCCGCCGGCATCAAGGACGGGCAGAAGGTCCGTCAGCGCGGTAAGGGCAACGTTGGCCCGGCCGGCAATGGCGACCTCATCATCACGGTAAGCGTGAAGCCCCACGACTTTTTCCAGCGAGACGGCGACAACATCCGCATCCACGTGCCCGTCACGTTTGCGGAAGCGGCGCTGGGCGCCACCATTGAAGTGCCAACGCTCGACGGCGACACCGTCAAGGTTCGCGTCCCGGCAGGCACACCATCGGGCCGGACACTTAGGGTCAAAGGCCGGGGTGTGAAAACGTCCAAGGCGACTGGCGACCTGCTGGTGACCATCGACGTCGCGGTTCCCCAAAACCTGAACAAGGAAGCGGAAGAAGCTGTGAAGGCGTTCGCTGCCGCAACTACCGACGCCAACCCACGTCACGACCTGGCCGCAAAGGCCCGGTTGTAA MASQDWVEKDFYAILGIAKDASDADIKKAYRKLAREHHPDTNSGNAAAEKKFKDISEAYSVLSNPEDRQQYDAIRAMGGARFAPGAGAGRGGAGANGGFEDLFGGLFGGGPGARQPAGGGIPPEFADLFGGGFGGAGQTGFQRAPQKGADRTATTSISFAGSIKGTTVSLRESNGNVIDVKIPAGIKDGQKVRQRGKGNVGPAGNGDLIITVSVKPHDFFQRDGDNIRIHVPVTFAEAALGATIEVPTLDGDTVKVRVPAGTPSGRTLRVKGRGVKTSKATGDLLVTIDVAVPQNLNKEAEEAVKAFAAATTDANPRHDLAAKARL PGPT0014545_6419 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014545-dnaJ-K03686 NA NA D3-18_00607 429 hspR COG0789 Putative heat shock protein HspR ATGGCCATCGACGTCAACCAGCCGATCTTTGTCATCTCCGTCGCTGCGGAGCTTGCCGACATGCATCCGCAGACGTTGCGCCAGTACGACCGCCTGGGCATCGTCTCGCCCAGTCGCGCGCCCGGTAAGTCCCGTCGTTATTCGCAGAACGACGTCAACAAACTGCGGGAGGTCCAGCGCCTCTCGCAGTCCGGCGTCTCTCTTGAGGGCATCAAGCGCATCCTCGACCTCGAGAACCAGGTGGCAGCGCTGCAATACAGGGTAACGGAACTTCAGGAAGAACTGTCCCGCCGCCGCTCACCACTGGACGCCCGGATTTTCGCTGCGGGAGCCGCGGGCGACGTGGTCAGCCTGGCCCGTGGTCAGCGGCCCAGGGCAAGGTCCCAGGCAGTTGTGGTGTGGCGGCCGCGGCCAGGGGAGAACCTGTAA MAIDVNQPIFVISVAAELADMHPQTLRQYDRLGIVSPSRAPGKSRRYSQNDVNKLREVQRLSQSGVSLEGIKRILDLENQVAALQYRVTELQEELSRRRSPLDARIFAAGAAGDVVSLARGQRPRARSQAVVVWRPRPGENL PGPT0014625_498 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014625-hspR-K13640 NA NA D3-18_00608 375 hypothetical protein ATGGGTCTCGTAGCGGGGGTGGCAGGCGGGGCTTTTGCTTTCCGCATGCTCGTGCCTCCAGGAGAGCCCGAGCCGGTCCGGAACCGTGGGCACGAGCCAAAGGGAGCCTCACGTCTGGAAACGTCTCCCACTGACGCTTCCCAACCCCACGTGGCGCAGCCGGCGGAAATCCTGGTCCCTGAAGAGCCCGTCGAGATCTCAACAAGGATGCGGCCGGGCGAGTGGACTGAAGAGTCGCTCTTGGAGCACATCGAGGATTACAAGCAGCAGATCCGTGACATGGGAGCGAGAGAAACGCAGATCGTCACCAACGTGGAACGAACCGAAGAAGGTGCTGCCCGCGTCGTGGTGAGCTGGGACCGGACCCTGCCGTAG MGLVAGVAGGAFAFRMLVPPGEPEPVRNRGHEPKGASRLETSPTDASQPHVAQPAEILVPEEPVEISTRMRPGEWTEESLLEHIEDYKQQIRDMGARETQIVTNVERTEEGAARVVVSWDRTLP NA NA NA NA NA D3-18_00609 303 hypothetical protein ATGTCGTTGTCGGATGAAGAACGCAGGAGCTTGGAAGAGCTGGAGCGGGATCTCGCTGCAACGGATCCCGACCTCGCGTTTGAGTTGAAGTCGGGCCGCCCTCGTGGGGCGATAGCCCGTACGATTTCCGGCGCCCTGGCAGTTCTGATCGGTTTTGTCCTGGTCATTGCTGGGATCGTCACCCAGCTGGTGATCCTGGGCGTTGTGGGCTTCCTGCTAGCCAGCGCCGGAGCGTATTGGCTCCTGGCCGGAACCTCGCTGCGGAGACGGATTGAACGGCGCGACGACGACGCGACCCCTTGA MSLSDEERRSLEELERDLAATDPDLAFELKSGRPRGAIARTISGALAVLIGFVLVIAGIVTQLVILGVVGFLLASAGAYWLLAGTSLRRRIERRDDDATP NA NA NA NA NA D3-18_00610 423 hypothetical protein ATGTATAAAGCGCAAACCATCATTCCCGCAGCCCAGGACCTTGCCCGTGAGTGGGTAACTCATGCAACAGAGGGCACTTCCGCGCAGACGGATGCAGTGGTGAGGTGGGCTCTGACCCGGATCAACCACGCAGACGTCCCGTCCGTGGTACATGGAGTCATGCTCACGCTGACCGGGAACAAGAAGGCAGCCAAGGAAGCCCGTCGCACTGCGGCCAGGGCGGTGAAGAGGACCACCCAGGCTCTCAGCCGCAAGACCACGCAGCGCAGCTCCCGCCGAGCCGTATGGTTTACCACGTTGGCTGCCGCTGTTATGGGTGCGGGTGCAGTGTTTGCCTGGCGCATGATGGTGCCACCGGGCGAACCGGAGCCGGTCAAACAGCCGGAGGCACCGCTTCAGCAGCCCGTCCCTCCGGTGCCTTAA MYKAQTIIPAAQDLAREWVTHATEGTSAQTDAVVRWALTRINHADVPSVVHGVMLTLTGNKKAAKEARRTAARAVKRTTQALSRKTTQRSSRRAVWFTTLAAAVMGAGAVFAWRMMVPPGEPEPVKQPEAPLQQPVPPVP NA NA NA NA NA D3-18_00611 651 hypothetical protein ATGGCGATCATTCACAAGGCAACCCTGTCCCCGTCCAAGCTCGAACTCATCGCTGACTACCTCCCGAAGCAGCCCTGGTTCATCCAGGACGGTTCCCCGGAACTCATCGGCGCCTACCGCTTTGACGATCCCGCGGGCGAGGTGGGCCTGGAGACCCACGTTGTCGCTGCCGGCGAACGCGTTTACCAAGTTCCCCTCAGCTACCGCGGCTACGAACTGGCCGGTGCTGAGGAGTGGCTCGTGGGAACCATGGACCACTCAGTCCTCGGCAAACGCTGGGTGTACGACGCGTGCGCCGATCCCGTCTACGTCAAGGCACTGGCCACCGCTATATTGACCGGCCAGAAAGAGGCAGAACTGATCGTCGACGGCGAGCCCGTGCCCCGTCCGAGCACCGTCACGGTGAAAGGCAGCGGAAAGCTCGACGGCGGCGTCCCCGCCTTGAGTGCCTCCGCGCCGGTATCGGGCAGCGGCGTGACGATCATTGATGCGGGCGAGCTGCGGTTGAAAATCACCCGGGTCCTGGATGTAGCAGCAGACGTGTCCGCCAATACGGCAGCAGCACAGGAGCTTCACGGCGAGCTCACTCTCAACGGCCAATGGTCCGGGCTGGAGGAATCGGTGGAGCTGGCATCGGTGGTTCGGAACTAA MAIIHKATLSPSKLELIADYLPKQPWFIQDGSPELIGAYRFDDPAGEVGLETHVVAAGERVYQVPLSYRGYELAGAEEWLVGTMDHSVLGKRWVYDACADPVYVKALATAILTGQKEAELIVDGEPVPRPSTVTVKGSGKLDGGVPALSASAPVSGSGVTIIDAGELRLKITRVLDVAADVSANTAAAQELHGELTLNGQWSGLEESVELASVVRN NA NA NA NA NA D3-18_00612 636 hypothetical protein ATGTCAAGCACTCCACAGAAGCGCGCAGTCCGGAAGTCACCGGCGGAACGCGCCGCAGAAATCACCGAGACCGCCCGCGAGATCGCACTCGAAGCAGGCCTCACGGCACTTACCTTGCGCAATGTTGCCGCCCGTGTGGGTGTGGCTTCGGGCCTGGTGGCGCATTACCAGCCCAATATGGACGCGTTGGTTTCAAACACTTTTGCCACCATCGTGGCGGCGGAAACGCAAGAAATCGCGGGCTTGCTGAGCCAGCGCCCCAACCCATCCGAACGCCTGGGCCTGCTGGTTGAAACGCTCCTGGACAACAGCAGGCTCGACGTCACCGCAATCTGGGTTGAAGCTTGGACACTGGGACGCCGCAACGAAACCTTAGCCGCATCCGTACGCGAGCAAATGGACGCCTGGCAGAAGGTCTTCCAGGGAGTCGTGGAGGACGGAAACGCGACGGGAGCATTCAACGTTTCCGATGCCGCCGCCGTCGCGTGGCAGATTTTGGGCATGGTTGACGGCCTGAACGCCCAAGCCCTGGTCCGCTGGGATGGGGTCAACGATCGCGGCACCCATCTGGCCCACGCCGTCGAGGGAATGGTCGGCGCTGCGCGAGGTTCCCTGGTAACCCAGCCGAGCGCCTAG MSSTPQKRAVRKSPAERAAEITETAREIALEAGLTALTLRNVAARVGVASGLVAHYQPNMDALVSNTFATIVAAETQEIAGLLSQRPNPSERLGLLVETLLDNSRLDVTAIWVEAWTLGRRNETLAASVREQMDAWQKVFQGVVEDGNATGAFNVSDAAAVAWQILGMVDGLNAQALVRWDGVNDRGTHLAHAVEGMVGAARGSLVTQPSA NA NA NA NA NA D3-18_00613 1059 aguA_1 COG2957 Putative agmatine deiminase ATGGCTTGGAGAATGCCAGCCGAAACCGCACCGCATGAGCGCACCTGGATGGCGTTTCCCCGCACGGGCCTGACGCTTGGGGACGACGCCGCTTCGGCCGAAGAGTCCTACGCGGCCTGGGCCGCCGTCGCCCACGCGGTTGCCGAGTTCGAGCCGGTCACCATGGTGGTGGACCCCAGCGAGCGCGATCGCGCCGCCCGCATGTTGGGTAGCGGGATCGAGCAGCTCGAGGCACCTCTGGACGAGTTCTGGATGCGCGACGTCGGACCTACCTTTGTGCTGGATGACGAACGTCCCGGCGTGCTTGGGGCAGTGGACTGGATCTTCAACGGCTGGGGCGCGCCGGCGTGGTCCGAGTGGCAGAAGAGTGCCGGGATGGCCCGTGTCGTCGCGGAGAAGTCCGGAGCCGAACTGGTCAGCTCGCTGCTGGTCAACGAAGGCGGTGCCATCCATGTGGACGGCGAAGGAACCGTGCTGGTAACAGAAACCGTGCAGCTGGATCCGGGCAGGAATCCCTATGCGGACAAGGCAGCAGTTGAAGCCGAACTGGCCCGCACCATTGGTGTCACCAAGGTGATTTGGGTTCCGCGCGGACTCACCCGCGATTATGAGGACCTGGGCACTCGCGGCCACATCGACATGGTGGCCACCCTCCCCGCTCCGGGCCGTATCCTGCTGCACTCCCAGGCCAATCCGGAGCACCCGGACTACGAGGTCAGCCGGACCTTGCACTCCTTCCTGGAAACCCAGACCGACGCGGCCGGCAAACCGTTCGAGATTGTGCCGCTGCCTGCCCCGCAAACGCTGCGCGATGAAGATGGCTTTGTGGACTGGAGCTACGTCAATCACCTCGTGGTCAACGGCGGCGTCATCGCCTGCGGTTACGGAGAAGAACGTGCGGACTCGCTCGCGGCAGAAATCCTGGCTGAGGCATACCCTGGCCGGCGCGTTGTCACCATCGACGCACGCCCCATCCTTGCCCGCGGTGGCGGTATCCACTGCATCACCCAGCAGCAGCCGCGTCTGAGCGGCGCACAGTTCGCGGGAGGTGCCGCGTAA MAWRMPAETAPHERTWMAFPRTGLTLGDDAASAEESYAAWAAVAHAVAEFEPVTMVVDPSERDRAARMLGSGIEQLEAPLDEFWMRDVGPTFVLDDERPGVLGAVDWIFNGWGAPAWSEWQKSAGMARVVAEKSGAELVSSLLVNEGGAIHVDGEGTVLVTETVQLDPGRNPYADKAAVEAELARTIGVTKVIWVPRGLTRDYEDLGTRGHIDMVATLPAPGRILLHSQANPEHPDYEVSRTLHSFLETQTDAAGKPFEIVPLPAPQTLRDEDGFVDWSYVNHLVVNGGVIACGYGEERADSLAAEILAEAYPGRRVVTIDARPILARGGGIHCITQQQPRLSGAQFAGGAA NA NA NA NA NA D3-18_00614 1719 gatA_1 COG0154 Glutamyl-tRNA(Gln) amidotransferase subunit A ATGACTCCCTTCGACGTTGTTGAGGCCTCCATCGCGCAGCTGCGCCAGGCACTGGAAGCAGGGGAGGTGACCAGCGAACAGCTCACCCAGGCGTACCTTGACCGCATCGAGGCTTATGACCGCAACGGCATCAAGCTCAACGCACTGGTGGTCATGAATCCCGATGCTTTGGCGGACGCCCGGGCATCTGACGCCCGGCGGGCACAGGGCGCGCTACTCGGACCGCTGGACGGCATCCCGTACACGGCCAAGGACAGCTACTTGGCCAAAGGGCTCACTGCCGCGGCCGGGTCACCCGCCTTTGAGCACTTGGTGGCGCAGCGTGATGCCTTCACCATCGAGCGCCTCCGGGATGCCGGCGCGGTGCTGATCGGCCTGACCAACATGCCGCCCATGGCGAACGGAGGCATGCAGCGCGGCGTCTACGGCCGGGCTGAAAGCCCCTACAACGCAGACTTCCTGACAGCCGCCTTTGGTTCCGGTTCCTCGAACGGTTCAGGCACCGCGACGGCGGCCAGCTTCGCCGCTTTCGGCTTGGGCGAGGAGACCTGGTCGAGTGGTCGCGCACCGGCGTCGAACAATGCTCTGTGCGCGTACACGCCGTCCCGCGGCGTCATCTCGGTGCGCGGCAACTGGCCGTTGGTCCCCACCATGGACGTGGTGGTCCCGCATACGCGCACCATGGCTGACATGTTGGAACTGCTCGACGCGATCGTGGCCGACGACGCAGAAACCCGCGGCGACTTCTGGCGCGCGCAGCCCTGGGTTCAGATTCCCAAGTCGTCCGAGGTTCGCCCGGAGTCTTATGTGGCACTCGCCGTGAAAGGTGCCGACGGCGGACGGTTGGCGTTGCGCGGGAAGCGCTTCGGAGTGCCGCGCATGTACATCAACGCAGATCCAGACGCCGGGACAAGCCCCAAGCCGGGGATCGGCGGGCCGACCGGGCAACGGATCGAGACCCGCGCTTCCGTGATGGAACTGTGGGAAGCCGCGAAGCGCGACCTCGAAGCTGCCGGGGCCGAGGTTGTTTTGGTGGATTTCCCTGTGATCTCAAATTACGAAGGCGACCGCCCGGGCGCACCCACCATCGCCACCCGCGGCCTTGTCAGCCCTGAATATCTGAAGCGCGAAATCGTGGACCTTTCCTCTTGGGCTTGGGACGACTTCCTGCGTGCCAACGGCGATCCCGCGCTCAGCAGCCTTGCCGATGTGGACGGTGCAACGATCTTCCCGCATCCCGAAGGCGCTCTGCCGGACCGGTACGCCGGGTTCGACGACGACATTGCCGAGTACCCCGGACATGTCCGTGAGCATGGAGTGTCCCGATTCACCGAGATCCCCGAATTGGAGAGCGGTGTGCGCGGGCTCGAAGAGACGCGACGCATTGACCTTGAGGACTGGATGGACGGGCTCGAATTGGACGCTGTCCTGTTCCCGGCAGCCGCGGATGTGGGTCCTGCCGACATGGACGTCAACCCTGCGTCAGCAGACCTCGGCTGGCGCAACGGCGTGTGGGTGGCCAACGGTAACCTCGTTCCGAGGCACCTGGGCATCCCGACGGTTACTGTACCGATGGGAACCATGGCGGATATCGGAATGCCCGTGGGCCTCACTTTCGCTGGCCGTGCGTACGATGACACGGCACTTCTAACGCTGGCCGCAGCCTTCGAAGCCACCGGTTCACGGCGTACAGAGCCGCCCCGCACGCCCGCGCTGTAA MTPFDVVEASIAQLRQALEAGEVTSEQLTQAYLDRIEAYDRNGIKLNALVVMNPDALADARASDARRAQGALLGPLDGIPYTAKDSYLAKGLTAAAGSPAFEHLVAQRDAFTIERLRDAGAVLIGLTNMPPMANGGMQRGVYGRAESPYNADFLTAAFGSGSSNGSGTATAASFAAFGLGEETWSSGRAPASNNALCAYTPSRGVISVRGNWPLVPTMDVVVPHTRTMADMLELLDAIVADDAETRGDFWRAQPWVQIPKSSEVRPESYVALAVKGADGGRLALRGKRFGVPRMYINADPDAGTSPKPGIGGPTGQRIETRASVMELWEAAKRDLEAAGAEVVLVDFPVISNYEGDRPGAPTIATRGLVSPEYLKREIVDLSSWAWDDFLRANGDPALSSLADVDGATIFPHPEGALPDRYAGFDDDIAEYPGHVREHGVSRFTEIPELESGVRGLEETRRIDLEDWMDGLELDAVLFPAAADVGPADMDVNPASADLGWRNGVWVANGNLVPRHLGIPTVTVPMGTMADIGMPVGLTFAGRAYDDTALLTLAAAFEATGSRRTEPPRTPAL PGPT0006115_405 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 D3-18_00615 342 hypothetical protein ATGAAGAAACTCACCACTGTCCTGATCGCTGCCGGGCTTATTGCCTCGGCATCCGCCTGTTCCGCTCAGCAACAGCTGACCACCGCGGAAACCTGTGACCGCGTTGGCGTCGCCGCAGCCAGTATTCCGCAGAACCCGAGCCAGACGGCTTCGAACCGCGCAGCCAACGCCATCAGGCCCATCGAGCCGGTGGCGTCGACCGAGATGAAGCCTGTAGTCACAGCCATCCTTGAGTATCTGGATGAGCAGGCAAAGGAAGAGCCGAACGAAGCAAAGATGGGCGAGCTCACGTCGGCCTTCCAGGAAGCTGGCGCCAAGTTCGGCGAGCTCTGCCGCGGCTAA MKKLTTVLIAAGLIASASACSAQQQLTTAETCDRVGVAAASIPQNPSQTASNRAANAIRPIEPVASTEMKPVVTAILEYLDEQAKEEPNEAKMGELTSAFQEAGAKFGELCRG NA NA NA NA NA D3-18_00616 666 hypothetical protein ATGGCAGATCCACAACCACGCAATACAGGAGCGCACGTTGTCTATAGCGTGCTCAAGCGCCAGATCCTCAACCTTGAACTCAAGCCGGGTGAACGCATCTACGAGCCGGCCATGGCCGAAGCCCTGCAGGTTAGTCGTACGCCGCTGAGGGAAGCTATCCGCCGCCTGATTTCCGAGAGCCTGCTCGAGCAGCAACCCACCGGCGGAGTGATGGTCCCGGCGTTGGACGAGAAGGTGATTTCAGAGTTGTACGATGTCCGCGCAGCCTTGGAGTCCCTGATGGCACGGGAAGCGTGCGCCAAGGCGAGCCCGGCAGACCTTGACGAACTACGGGGAATCGTGGCCCGTAACGCTGCAATGGTGGAATTCGCCGACGAAGCCATGAAGTACGGGGTTGCCCTCCACGCCGCGATCGCCAGGATCGCCGGAAACTCCTGGGCTCAGCGCTTTCATGAGCAGATCGCCAGCCAGGTTGAGCGCTATCGATACTTCACCAACAATGCCCCCGAACGTCGTGATGAAGCACTCGCCAATCACCGGCTCTTAGTCGAGGCCATCGCTTCCAAGGACGCCGAGATGGCAGCCAAAGTCGCTTTCGATCATGTCCTTGGCGCACGTGATGAGACCTTGCGCGTCATCTCAAGTACCGGCCTCGTGGTCGAATGA MADPQPRNTGAHVVYSVLKRQILNLELKPGERIYEPAMAEALQVSRTPLREAIRRLISESLLEQQPTGGVMVPALDEKVISELYDVRAALESLMAREACAKASPADLDELRGIVARNAAMVEFADEAMKYGVALHAAIARIAGNSWAQRFHEQIASQVERYRYFTNNAPERRDEALANHRLLVEAIASKDAEMAAKVAFDHVLGARDETLRVISSTGLVVE NA NA NA NA NA D3-18_00617 1173 hypothetical protein ATGATCGGCGAACTTGGACGGCGTTCGTCCACCGCACTGCTGGTCCACTCGGCCCTTATCCAGGCCGTCACCTTCCTGGTCCGGCCGGCCACCACGTACCGCGCCCTTGAGCTGGATGTTCCGGGGTTCGCCCTGGGCCTTCTTGCCGCCAGCTACGCCGTGTTTCCCCTCCTGCTCGCCCTGCCCATCGGCGGACTGGTGGACCGCCTGGGCGAGCGTCGGCTCATGGCGATCGGGGCCGCCGTCGTGCTGGGTTGTTCGGCTTTCCTGTTGTTCTGGGGTACGTCAGTCCCCGCACTCGTGGCGGGAACCGCGCTCCTGGGTGCCGGGCAGTTGGCCTGCGTGGTGGGACAGCAGGCCGTGGTTGCGAACAATGCGGCGTCAACGCGTCTGGACTCCGCTTTTGGTTATCTGACCTTCGCCGCGTCTCTAGGGCAGGCTCTTGGACCGTTGGCCATATCCGTGGTGGGCGGTGCTTCTGTGCGCCCGAACACCAACGCGATCTTCCTGCTCGCGACGGCGATGAGCCTGGTGCTCTTCCTGACCACGTTCGTTATTTCCTCGAAGGTCAGCCGAGGGAGGCGCACCGCCAAGGGAGGACCAAAGGGCAGCGCGGCTGCGCTCCTCAGGACTCCCGGCGTCGTCCGGGCATTGGCCACCAGCGCTACTGTCCTGGCCGTAGTGGACCTGACGGTTGTTTACCTGCCGGCACTGGGCGCCGAACGGGGCCTGACCGCGGCCACCGTGGGCCTGATGCTGACGGTTCGCGCCGTGTTTTCCATGGTTTCCCGGTTGGGGCTGGGCAGCATGTCCCGCAAACTTGGCAGGATGAAACTGCTGGTCCTCAGCTTGGCCATTTCCACGGTATCGCTGGGGGTGGCTGCGATTCCCATGCCTGTGTGGTTGCTGTTCATCGTCATGGCTTTCCTCGGTTTGGGGCTCGGAATCGGCCAACCACTGACCATGTCCTGGCTCTCAGCCCAGGCACCGGAAGGCCAACGCGGACGTGCCCTCGCCTTGCGGTTGGCGGGTAACAGGGTGGGTCAGGTGGTCCTGCCCAGCGTCATCGGTGTCGTGGCGGTGGGCCTTGGTGCCGCAGGTGTGTTCCTGGCATCTGCGGTTGCCGTGGGTGGAACCATGTTGTTGCTGCGTGGTGTCCGGCTGGACGACTAG MIGELGRRSSTALLVHSALIQAVTFLVRPATTYRALELDVPGFALGLLAASYAVFPLLLALPIGGLVDRLGERRLMAIGAAVVLGCSAFLLFWGTSVPALVAGTALLGAGQLACVVGQQAVVANNAASTRLDSAFGYLTFAASLGQALGPLAISVVGGASVRPNTNAIFLLATAMSLVLFLTTFVISSKVSRGRRTAKGGPKGSAAALLRTPGVVRALATSATVLAVVDLTVVYLPALGAERGLTAATVGLMLTVRAVFSMVSRLGLGSMSRKLGRMKLLVLSLAISTVSLGVAAIPMPVWLLFIVMAFLGLGLGIGQPLTMSWLSAQAPEGQRGRALALRLAGNRVGQVVLPSVIGVVAVGLGAAGVFLASAVAVGGTMLLLRGVRLDD NA NA NA NA NA D3-18_00618 603 hypothetical protein GTGTCCGTGCGAACAGTCAAGAGGGACCTGGATGCGTTGGAGAGCAGCGGTGCCCCCGTATGGTCGCGCCCAGGGCCGGGCGGTGGCTACGGGTTGGCTGCTGGTGCTTCCCTGCCGCCCGTAAGCCTGTCCCCAACGCAGGCCGTAGCGCTCATGGCAGCCGTGTCTGCTTCACCCGACGCCCCCTATGCCGATCTGGCAGCAGCCGGGATCCGGAAGATCGTAGATGTCCTCGATCCCAAGACCCGAGCAAGAGCCGACGAGCTTGCTGGCCGTGTCTGGGTTAATGCGGGTCCCCCATCCTCGCGCACGATCAGGTCGGCTCTGGAGCAGGCGATGTCCGAGCAGCGGGTAATACGCATCCGCTACACATCGAAGGACGGGAGCACGACCATCCGCGACGTCGAACCCGTGCTGTTCGCCTCAACGAACGGCCAGTGGTACTTGGTTGGCTGGTGTCGACTCCGCGACGCCATGAGATGGTTCATCGTGTCGCGCATCGATCGGGCCAGCGTAACCAAAACGGCTTGCGGCGGCCATACCATCCACGAGGTCGGAGAACCCCCTGCGAACGCCAGACCCGTGCACGGTCGGGGCGTGTGA MSVRTVKRDLDALESSGAPVWSRPGPGGGYGLAAGASLPPVSLSPTQAVALMAAVSASPDAPYADLAAAGIRKIVDVLDPKTRARADELAGRVWVNAGPPSSRTIRSALEQAMSEQRVIRIRYTSKDGSTTIRDVEPVLFASTNGQWYLVGWCRLRDAMRWFIVSRIDRASVTKTACGGHTIHEVGEPPANARPVHGRGV NA NA NA NA NA D3-18_00619 741 hypothetical protein ATGGAAACTACTACGAGCAATGAAACCATCATCCTCATCGCCGGCCACTGGCTGGGGGCTTGGGCGTGGGATGAAGTCCTTGAACATCTGGAAACCGACCACTCCCGTGCAATAGCAGTGACGCTCCCTGGTCTCGATGGGGACGATCCTGAACGGGCGACGAGGACCCTCGACGATCAAGCTGCCGCCGTCCTGGACATCTTTGCCCGACTCGGCGTTTCCGAAGATCAGCCCGCGACTGTCGTCGCTCACAGTGGGGCCAACGCCCCGGTCAGCCTCGTCCTTGACCGACACCCTGAGCTTGTTCGCCTGGTGGTGTGGGTCGACTCCGGCCCTCTGGCGACAGGAAGCATCTTCGCCCCGGATCTCCCGGACGGGTTGGAGGAGCTTCCGCTGCCGTCCCTTGAAGTCCTCGCACAGCAAGCTAGCCTCGAAGGCTTGAGCGCAGAAGTCCTTGAGCGGTTTCGTGCCCGGGCCGTCCCTGAGCCCGGTCCCGTGCTCCGTCAGCCCGTCGAGCTCATGAACGATGCCCGCCGCAAGGTCCCGACCACCTTGGTGTGCTGCTCCATCCCTGGCGCGCAGGTGCTGGAGTTGGCCCACACAGGCCATGCCATGTTTGCTGAAGTCGCGAACATCGAGCATCTCGACGTCATTGACCTACCGACGGGGCATTGGCCCATGTGGAGCCGCCCCCGCGACCTCGCGAAGGTGATCCAGGTAGCTGCCTCACGAGGCAACTGA METTTSNETIILIAGHWLGAWAWDEVLEHLETDHSRAIAVTLPGLDGDDPERATRTLDDQAAAVLDIFARLGVSEDQPATVVAHSGANAPVSLVLDRHPELVRLVVWVDSGPLATGSIFAPDLPDGLEELPLPSLEVLAQQASLEGLSAEVLERFRARAVPEPGPVLRQPVELMNDARRKVPTTLVCCSIPGAQVLELAHTGHAMFAEVANIEHLDVIDLPTGHWPMWSRPRDLAKVIQVAASRGN NA NA NA NA NA D3-18_00620 3456 hypothetical protein ATGCCGTCCCACACAGACGAAAACTGGGAACTGGCCATTCAGACTCCTGCCATCACGGACCGCTCCCTCGCGGCCGGACTGGCCTATGCCATGGGCAGCCGCGTGAACGGGATTTCTTTCGACGCGGCTACAGGCCTCCTGATGGGCAAGGTCCGCGGCACCGGTCCGCAGCCTTATTCGACGTCGGCAAAACTGGTCCGTAAGCCAAGCGGCTGGAGCTGCACGGTGGGTATCTGCAGCTGCCCGGTCCGTAAGGACTGCAAGCATGTGGCCGCGTTGCTCTTCACTGCCGAAGACCACCCCACTATCCGCGCCCAACTCCTTTCCCAGGCCCCCGGAATTCAGACCTCAAGGGTGGGCTCCGGCCAACAGGGGGGATCGGCACGTCCTGCGTGGGAACAAGCCCTCAACAGGTTGATCGCCAAACCCGGCACGGCTCCCAGCGCTGCCGGCATCCCGCTCGCGCTTCAGTTCGAGGTGGAAGAGCCCGCGGCCCACTTCTCCTATACAGGCCGCCGCGACCCCAGGCGCAGCGTCCGCCAACTCAAGGCGCGCCCGGTCATGATGGGCGCCAAGGGCAAGTGGATCCGCGGCGACGTCTCGTGGAACAACCTGAGCTACGTCAGTTTCCGGCGTGAATTCAATGAGGTCCACGTCGAGTGGCTTCAGACTTTCCTCGCGGCCCACGGCTCCAGCAACGGCCGGCAGCAACCGTCCGGTGCCATGTGGTTGAGCCTGAACGATTTCGCGGCCAAGAACCTGTGGACCTTCCTTGCTGACGCCACCAAAGCCGGCATACCCCTCATCCACTCCGCTGGTAGCGAGCCTGTCCGCGTTGAGTCGCAAGCCGCCGTCGTGGGACTCAGCTTGGCGCGACTTGAAGCCGCTCCGGACACCGCAAAGCAGGAAGCGCCCGACGGCGGCCTGCAGCTTGCGCCCTCGGTGACAGTCGGCGGGGAGCCCGTGGATGCGGGATCCGTAGGTTTCCTGGGCAAGCCGGCCAACGGAATCTTTTTCACGCACTCAGGGGAAACGCTGCCCGGCGTTCCGCAGCAGAAGAACCTCATCACGCTTGCCCCGATCGAGGGCGGCATCAGTGATGAGTTGCTGGAGTTTGTCATGGACGGCCAAACACTTCAGATTCCCGCCGAGGATGAGAGCCGGTTCCTGACCTCGTTCTATCCGAAGCTGCGGCAGTCAACGCCGGTGCAGGCCGCGGATGAATCGGTGGAGCTGCCCACGTTGGCTGTCCCAACGCTGTCCCTGCTGGCCAATTACGGCAACGACCACAAGGTCCGGCTGCATTGGGAGTGGCACTACAAGTCCGGGACCTTGGTCACCGCACAGCCGTTGTGGCGGCATCCGGACGACCGCGGTTACCGCGATGACCTTGAAGAAGCACGCATCCTGGAGTCACTTGGTCGGCCGTGGGACGTAGTGCCTGCGTTGGCCGAATCGGCAACGGGCGGCTGGGGCGCGCCCCGCATCGCTGCCTCCGCTGAACTCAGCGGCTTGGACACGCTGGCGTTCACGGAAGAGGTGCTTCCCGCGCTCAAGGACCTGCCCGACGTCGTGGTTGAAACGTCCGGCGACATCGCAGATTACCGCGAGGCAGCCGAAGCGCCGGTGGTGTCCATTTCCACGAAGGAAACGGCGAGCGGCGACTGGTTCGACCTCGGCATCGTGATCACCCTGGAAGGCGAACCCGTCTCCTTCGCGGCTGTGTTCTCCGCGCTTGCTGCCGGAATGAGCCGCATGCTGCTGCCCAGCGGCGCCTACTTCTCACTTGATCTTCCCGAGCTGCACCAACTCCGCGCCCTGATCGACGAAGCCCGCTCCCTGCAGGACAACCCCGACAACAAGGACGGCACCCTGCAGATCAGCCGTTTCCAGGCCGGACTCTGGGACGAGCTGGCGCAACTGGGAATCGTGGACGAACAGGCCGCCGCCTGGCGCGAGGCCGTGGGTGGACTGCTCGACGACGGCGTGACCGGGCTTCCGCTGCCGGAGGGCCTTAACGCTGAGCTGCGTCCGTATCAGCTCGAGGGTTTCAATTGGCTCAGCTTCCTGTACAAGCACAGCCTCGGCGGCGTGCTGGCTGATGACATGGGCTTGGGTAAGACCGTGCAGGCGATCGCGTTGATTTGTGCGGCGAAGGAGCTGGCGGCTTCCACAGCTGCCGCCGCACAGGGTGATGCCTCCGAGGTGACCCCGCGGGCTCCTTTCCTGGTTGTTGCGCCCACGAGTGTTGTGAGCAACTGGGCTGCTGAAGCGCAGCGCTTTGCTCCGGGGCTCGTCGTGCGGACCGTCGGCGAAACCTTCGCCAAGAGCGGGCTGGCACCGTCCGAAGCGTTGGCGGGCGCCGACGTCGTTATTACTTCCTATGCCCTGTTCCGCATTGATTACGATGCCTACGCCTCCTTCCAATGGGCAGGGCTGATGCTCGATGAGGCGCAGTTCGTCAAGAACCACCAGTCCAAGGCGTACCAGTGTGCACGCAAACTGCCGGCCCGTTTCAAGCTGGCCATCACGGGCACGCCGCTGGAGAACAACCTCATGGAGTTCTGGGCGCTGACGTCGATCGTGGCGCCGGGACTGTTCCCGAGCCCCAAACGGTTCGCCGAGAACTATCAAAAGCCGGTCGAAAAGAACGGTGACTCCGCGCAGCTGGGCAAGCTCCGGCGTCGTGTGCGTCCGCTCATGATGCGCCGCACCAAAGAGCAGGTCATCAAGGACCTGCCACCCAAGCAGGAGCAGATCCTGGAAGTGGTGCTGAACCCGCGGCACCAGAAGGTCTACCAGACACACCTGCAGCGCGAACGGCAGAAGATCCTTGGACTGATCGATGACGTGAACAAGAACCGCTTCACGATCTTCCAGTCATTGACATTGCTGCGTCAGCTGAGTTTGGATGCGTCGTTGGTGGATTCGTCGCTGTCCGGGGTGCGGTCTTCCAAGCTGGACGTGCTCTTTGAACAACTGGAGGACCTCATTTCCGAGGGACACCGGGCGCTGATTTTCAGCCAGTTCACGGGGTTCCTGGGCAAGGTTCGGGAGCGTTTGGATGCCGAGGGCGTTGAGTATTGCTATCTCGATGGCAGCACCCGCAACCGCGGCGATGTGGTCAGCGAGTTCAAGAACGGTGCCGCTCCGGTCTTCCTGATTTCGCTGAAGGCCGGTGGCTTCGGACTCAACCTGACCGAAGCCGATTACGTGTTCCTGCTGGATCCCTGGTGGAACCCCGCGTCCGAGGCTCAGGCCGTGGACCGCACGCACCGCATTGGGCAGGCCAGAAACGTGATGGTCTACCGGTTGGTGGCGAAGGACACCATCGAGGAAAAGGTCATGGCGCTGAAGGCCAAGAAGTCACAGCTGTTTGCGGACGTGATGGAAGGCGACGCGCTGGCCGGTGGCTCGTTGACGGCGGACGACCTGGCGGCGCTGTTCGCGGAGTGA MPSHTDENWELAIQTPAITDRSLAAGLAYAMGSRVNGISFDAATGLLMGKVRGTGPQPYSTSAKLVRKPSGWSCTVGICSCPVRKDCKHVAALLFTAEDHPTIRAQLLSQAPGIQTSRVGSGQQGGSARPAWEQALNRLIAKPGTAPSAAGIPLALQFEVEEPAAHFSYTGRRDPRRSVRQLKARPVMMGAKGKWIRGDVSWNNLSYVSFRREFNEVHVEWLQTFLAAHGSSNGRQQPSGAMWLSLNDFAAKNLWTFLADATKAGIPLIHSAGSEPVRVESQAAVVGLSLARLEAAPDTAKQEAPDGGLQLAPSVTVGGEPVDAGSVGFLGKPANGIFFTHSGETLPGVPQQKNLITLAPIEGGISDELLEFVMDGQTLQIPAEDESRFLTSFYPKLRQSTPVQAADESVELPTLAVPTLSLLANYGNDHKVRLHWEWHYKSGTLVTAQPLWRHPDDRGYRDDLEEARILESLGRPWDVVPALAESATGGWGAPRIAASAELSGLDTLAFTEEVLPALKDLPDVVVETSGDIADYREAAEAPVVSISTKETASGDWFDLGIVITLEGEPVSFAAVFSALAAGMSRMLLPSGAYFSLDLPELHQLRALIDEARSLQDNPDNKDGTLQISRFQAGLWDELAQLGIVDEQAAAWREAVGGLLDDGVTGLPLPEGLNAELRPYQLEGFNWLSFLYKHSLGGVLADDMGLGKTVQAIALICAAKELAASTAAAAQGDASEVTPRAPFLVVAPTSVVSNWAAEAQRFAPGLVVRTVGETFAKSGLAPSEALAGADVVITSYALFRIDYDAYASFQWAGLMLDEAQFVKNHQSKAYQCARKLPARFKLAITGTPLENNLMEFWALTSIVAPGLFPSPKRFAENYQKPVEKNGDSAQLGKLRRRVRPLMMRRTKEQVIKDLPPKQEQILEVVLNPRHQKVYQTHLQRERQKILGLIDDVNKNRFTIFQSLTLLRQLSLDASLVDSSLSGVRSSKLDVLFEQLEDLISEGHRALIFSQFTGFLGKVRERLDAEGVEYCYLDGSTRNRGDVVSEFKNGAAPVFLISLKAGGFGLNLTEADYVFLLDPWWNPASEAQAVDRTHRIGQARNVMVYRLVAKDTIEEKVMALKAKKSQLFADVMEGDALAGGSLTADDLAALFAE NA NA NA NA NA D3-18_00621 849 hypothetical protein ATGACTACCAACGAGTACCCCGTCGTCCTGAACAAGACCAGCTTCGAAGCCGGCAGCGCGGATGTAGTGGATTCCAACGTCAACGTGGTGAACGAGATGTACGCGGAGCTCCTCAACAGCGACGAAATTGCGACCCCTGCGCTCAACAGCTACTTTGTGGACTTCTACCTGACGCAGGCACTGTCCGGCGGTTTCGCCCAGTACGTCTTCACCGCACCGGAGCGTGAAGAAGTGGACGCCTACATCCGTGCAGGGCTTGAGGGCATGGGAGCCACCCGGCACCTTGACCTCTTCAACCGCACCGCCGCCGCATTCGACGCCCTGAGCGAAGACGAAGCCGAGGCCTACCTCGACGGAGACCTGGACGAGTCCGAAACGCCGCCTGCGGCTGTTGGTACTTTGGATGAGCTCGACGGCGAGTTCGAGGCGCTGCTGGAAGAAGAGGACATCATCGAGCTCAACGCTGCCTACCTCCGCGGACAGTCCGAACTGTTGGTTCTTTCGGATGAAGAAATCGAAGCGCACATTGCCGAGCGTGTCGCCCAGATCCCCGACCTCGCCGAGCGCCAGGCCGAAGCCGACGAAGAAGCCCTCGCCAACGCCCCCGAGTTCGAGGTCATCATCCGCGAACTGTGCGACGTTGCCGGTTACGCCTTGGAAAAGATCACCATGGGCGATCCAAACTACGAGCACGATGGCGTGAAGACCCTCGCTTGGCACTTCTCCACCGACCACGGCGACTACATCATGGTGGAAGACGACGACGAGGCCTTCATGATCCACCCGGAGACCAAGGAAATCATCGCGGCCGTAGAGTTCGAGGAATCCGAGGAATTCGCGGACGCTTAG MTTNEYPVVLNKTSFEAGSADVVDSNVNVVNEMYAELLNSDEIATPALNSYFVDFYLTQALSGGFAQYVFTAPEREEVDAYIRAGLEGMGATRHLDLFNRTAAAFDALSEDEAEAYLDGDLDESETPPAAVGTLDELDGEFEALLEEEDIIELNAAYLRGQSELLVLSDEEIEAHIAERVAQIPDLAERQAEADEEALANAPEFEVIIRELCDVAGYALEKITMGDPNYEHDGVKTLAWHFSTDHGDYIMVEDDDEAFMIHPETKEIIAAVEFEESEEFADA NA NA NA NA NA D3-18_00622 795 hypothetical protein GTGCGCGCGTATTGGGAGCTGGCCAAGTCATCATTCCGCCGCCATTCCACGTACCGTACAGCCGCCGTCGCCGGGGCTTTTACCAACTCGGTTTTCGGGCTCATCCGGGCATCGCTGCTGCTGAGCGCCATCACGACGGCGGGTGGGGCCATCGGGGGATACTCGGCAATGGAGGCCGCCACTTATGTGTGGTTGGGGCAGGCGCTCCTGACGCCCTTGGGGCTGTTCGGCAACACTGAGCTGGCAAGCCGGGTGAAGTCGGGAGACATCGCGGTCGACCTTTCCCGGTCCGTCAACCTGACCGCGTCCTACTGGGCTCAAGACCTGGGACGTGCCGCCTTCGATGTCCTCCCACGCGGGTTACCGCCACTGATCGTCGGCGCCTTGATAACCGGCCTGGCGATGCCCGGAACTCCAGGGCCTTACCTGCTGGGATTCGTGTCGATCCTGGCTGCAATATCCCTGAATTTTTTGGGCTTTTTCGCCATCAATCTGTTGTCCTTCTGGGTGCTCGAAATCCGCGGTTTCTGGATGCTGTACATGGTCCTGATGAACCTGCTGTCCGGCTTCCTGGTGCCCGTGACCTGGTTTCCCGGCTGGTTGCTCGATTTCGCCCGGGCCACGCCGTTCCCGTCAATGCTTCAGACCCCGGTGGATATTCTGGCGGGAAGGACCGACGGCGCTGAAAGCCTCGCGATGGTGGGTCTCCAGCTCCTCTGGCTTGCCGTGCTGCTGGTAGTCGTTCAGGTGATGGTCCGCTTCGGTTCGCGGAAGTTGGTGGTGCAAGGTGGCTAG MRAYWELAKSSFRRHSTYRTAAVAGAFTNSVFGLIRASLLLSAITTAGGAIGGYSAMEAATYVWLGQALLTPLGLFGNTELASRVKSGDIAVDLSRSVNLTASYWAQDLGRAAFDVLPRGLPPLIVGALITGLAMPGTPGPYLLGFVSILAAISLNFLGFFAINLLSFWVLEIRGFWMLYMVLMNLLSGFLVPVTWFPGWLLDFARATPFPSMLQTPVDILAGRTDGAESLAMVGLQLLWLAVLLVVVQVMVRFGSRKLVVQGG NA NA NA NA NA D3-18_00623 855 hypothetical protein GTGGCTAGTCCCCGCGCGACCTCTCCCCGGGCAACCCGGGACCCGCACGCCCCGGTCACCAACCTGGTCCTCCTCAAACTCCTCGTCTCGGCCCGGCTGCGCTCGCAGCTCGCATATCGGGGCAGTTTCCTCTCTGACGTCGCAGGGCAAGTCCTGCTGGGATTGACTGAGTTCGTGGAGCTCTACGCAATCGTCCACAACGTGTCCACCTTCGGCGGTATGACCTTGGCCCAGACACTCCTGGTGTTTGGCCTCGCCTCGGTGGCCTTCGCGCTGGGTGATCTACTCATGGGCGAGACCGACTCCATGTCCGAGACCATCAGATCCGGCAAGCTGGAGGTGTTGCTGGTCCGGCCTTTGCCTGTGCTGTTGCAATTGGCCACCTCGGATTTCCAACTGAGACGCGTGGGGCGACTGTTCTTCGCCCTGGCAGCATTGGTTGCAGCGCTCCTACTCACGGATATCGACTGGGACCCCGCCAAGATCATGTTGGCGATCATCACACCTCTAGCCGGCGCAGCGATTTTCTGTGCACTCTTCCTCGGCGCTGGAGCCATGCAGTTCTGGATACTCGACGGCAGGCAATTTGCCAACGCCTTCACCTATGGCGGCCGGTACGTGGCCTCCATGCCCGGAGCGGCGCTGTTCTTCCCGGTTCAGATCTTCTTCACGTTCGTCATTCCCGCAACGTTGGTTGCCTACGCCCCCACCCTGGTCATTCTCGACCTGGACGGCCCAGCCGGGATCCCGGCCTGGACGGGGTGGCTGGGACTGCCAGCCGCCGTCGTCCTTAGCGGACTCATGCTGCTCCTCTGGCGGGCGGCCATCAAAAAGTACACCGGCGCAGGAGGCTGA MASPRATSPRATRDPHAPVTNLVLLKLLVSARLRSQLAYRGSFLSDVAGQVLLGLTEFVELYAIVHNVSTFGGMTLAQTLLVFGLASVAFALGDLLMGETDSMSETIRSGKLEVLLVRPLPVLLQLATSDFQLRRVGRLFFALAALVAALLLTDIDWDPAKIMLAIITPLAGAAIFCALFLGAGAMQFWILDGRQFANAFTYGGRYVASMPGAALFFPVQIFFTFVIPATLVAYAPTLVILDLDGPAGIPAWTGWLGLPAAVVLSGLMLLLWRAAIKKYTGAGG NA NA NA NA NA D3-18_00624 981 btuD_2 Vitamin B12 import ATP-binding protein BtuD ATGCCCATCATCGAAGTGGAAAATCTGAGCCGGGAGTTCCAAGTCATGGAATCGGTCGGCCGGTTCCTGCGACGCAAGAAGACCGTTCACGCGGTCCGTGGGATCAACTTCACTGTGGAGCCGGGAGAGGCGGTCGGCTACATCGGAGCCAACGGCGCCGGCAAGTCCACCACCATCAAGATGCTGACGGGTGTCCTGGTGCCAAGCTCGGGACGTGTGACCGTCTGCGGGTTCAACCCGGTGCCGCAGCGGAAAGCGTTGGCCCGGAAGATCGGCGTCGTGTTCGGACAGCGCTCACAGCTCTGGTGGGACCTTCCGTTGCAGGACTCTTACCCGATCCTTGGTGCCATGCATCGCATGTCCGAGGCGGATTGGAGGCCCAGGTTCCGTGAGCTCGCCGATCAGATGGATCTGGGGGAGTTCCTCACCACACCTGTTCGGCAGCTCTCCTTGGGCCAGCGGATGCGGGGCGAGGTTGCGGCTGCCCTGCTGCATCGGCCGGAGCTGGTGATTCTGGACGAGCCGACCATTGGCCTGGACATGATCAGCAAGGCGAAACTGCGCCAGTTCCTGGACGCTGAGCGTCGCGAGAACGGCACAACGCTGCTGCTAACCACTCACGACATGAGCGATATCCAACGTTTATGCCAACGCGTTCTGGTAGTCGACGACGGCGCCATCGCCTACGACGGCCCGCTCACCGGTCTGGCTGATGTCGCCGGAGCCGTGCGCACCATGGTGGTTGACCTTGCCGCCCCGTGCACTCGGCTGTTCTCTTTTCGCTTCCTGACGGCGCCGTGCACGAAGGTATTGAAGCCGATGGAATCAGGCACAGCGTTTCCTTCGATCCGCGTAGGCTCTCAGCGGCCACCGTGCTTGCCGCGATTTCCAGCACGGCCGAGGTTGCCGACCTGTCACTGCACGAGCCGGACATCGAGCACCTGGTGCGGCAGTTGTACGGGCGTGCGAGGCGGTAGTTGA MPIIEVENLSREFQVMESVGRFLRRKKTVHAVRGINFTVEPGEAVGYIGANGAGKSTTIKMLTGVLVPSSGRVTVCGFNPVPQRKALARKIGVVFGQRSQLWWDLPLQDSYPILGAMHRMSEADWRPRFRELADQMDLGEFLTTPVRQLSLGQRMRGEVAAALLHRPELVILDEPTIGLDMISKAKLRQFLDAERRENGTTLLLTTHDMSDIQRLCQRVLVVDDGAIAYDGPLTGLADVAGAVRTMVVDLAAPCTRLFSFRFLTAPCTKVLKPMESGTAFPSIRVGSQRPPCLPRFPARPRLPTCHCTSRTSSTWCGSCTGVRGGS PGPT0006725_18558 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D3-18_00625 708 hypothetical protein ATGTGGAAATCCGAGCTCCCAGGCCGCGGGAATGGTGCGAATACGCCGAAAGCTTGCCCACGAACCAGCACGTTTCCAGCGAAGTCAGGAGCAGCGCCGGGCTACGATCGGGATATGGGCGAGACTTCTGACATCAAGGCCGCGGCCAAGACATGGCAAACCATGGTGGACAGCAACCAGGCGTTGCTTCTGCGCAAGTCCGGACACGACGTCCATTGGTGGGTCGAAGAGGGTCGCGCCAAGGGCTTCAAGAACGACGCCGAGCTCCGCGACTGGATGCGCGACCAACACGGCATCACGGGCTATGCGCAATACGCAGTCTCGTGGGAAATGTTCGGCTACCCCGAGTTCATGCTCCGGGACGCCGATGAACTCATCGACGGCCAGTACGCCAACCATCCCCAGTTGCGCCACATTGCCGACGCATTGCTGGCTTGGTCCGCTGAGACCGAGGGTGTCGGGATCCAAATGCGCAAAGGCTATGTCTCGCTTCACAGCCCTCGGCGGAAGTTCGCCCAGATCACCCGGACCAACAACACCACCGTTGACGTCGCCCTGCGTTTGGACGCTCCAGCGGAGGGCAGGCTTGAGGCCGTGAAGGTTCGGGAGGGAGATTTCTTCGACCGCCGGGTGCGGCTGAAATCCGTTGACGACGTCGACGACGAGCTACTCGGTTACCTCGCCAAGGCGCTGGACCAGAACAGCTAG MWKSELPGRGNGANTPKACPRTSTFPAKSGAAPGYDRDMGETSDIKAAAKTWQTMVDSNQALLLRKSGHDVHWWVEEGRAKGFKNDAELRDWMRDQHGITGYAQYAVSWEMFGYPEFMLRDADELIDGQYANHPQLRHIADALLAWSAETEGVGIQMRKGYVSLHSPRRKFAQITRTNNTTVDVALRLDAPAEGRLEAVKVREGDFFDRRVRLKSVDDVDDELLGYLAKALDQNS NA NA NA NA NA D3-18_00626 825 hypothetical protein GTGGAGTCCGGCGAACTGCATCGCCTGAGATATGGCTGCTATATCAGGGCTGACAAGTGGAACTCGTTGGGTCCGAGGAGGCAGGCCAGAGAGCGGATCGTGGCACATGCGCATGGCACACTGACCACGTCAACAGGTGGTTTCGTTTACAGCCATTTGTCGGCAGCAAGGCTCCATGGACTGTTCGTGTGGGGCGTGGATGACAAAGTTCATTTCCTGCACCGGGCCAGGCCATCCTCCGACCGATGGGGCAAGGATGTTCGGGGACACACAGAAACTTTCTCCGAGGACGATGTGGTGCAGGTTCAGGGTTTGCGGGCGACCACACTCGAACGCACCATCTTTGACAGCGTCAGGATGCTTAGCTATCCCAAAGCACTAGTGATTATGGACCATGGGTTGCGTGTCGGCGCCGACATCAGCGTACTTGCCGACTTGGCAGCGGCCTCCTCTGGAAAGCGGGGAATCCGCACTATGCGCAAGGCTTTGGACAACGCAGACCCGCGCTCCGAGTCTGCCGGCGAGACGCTGACCCGTGAGTTGATGCAAAGGCTCAGCATCAGGCCCCCACAGCCACAATTCGAGGTGCAGTTTCGTTTGGGTCGCCACCGCATGGATTTCGCTTGGGAAGAGGAAAAACTCGCTCTGGAGTTCGACGGTCGAACCAAATACTTCGACTTCAAGCCGACAGACGAGGTCATCTTTCAAGAACGACGGCGGGAAAAGGCACTGGCAGAGGAGGGCTGGCGGTTTATCCGAATCGAGTGGAAGGACCTTTTTCAAGAGCGCGCCTTCAAGGAACGCATCCTTCGGGCGCTCACGTGA MESGELHRLRYGCYIRADKWNSLGPRRQARERIVAHAHGTLTTSTGGFVYSHLSAARLHGLFVWGVDDKVHFLHRARPSSDRWGKDVRGHTETFSEDDVVQVQGLRATTLERTIFDSVRMLSYPKALVIMDHGLRVGADISVLADLAAASSGKRGIRTMRKALDNADPRSESAGETLTRELMQRLSIRPPQPQFEVQFRLGRHRMDFAWEEEKLALEFDGRTKYFDFKPTDEVIFQERRREKALAEEGWRFIRIEWKDLFQERAFKERILRALT NA NA NA NA NA D3-18_00627 537 hypothetical protein ATGAAGAAACGACTCACTTTTGGATTCGGTGTGTTGGTCCTGACCGCCGCCTTGGCCGGGTGTGCCGGAAATCCTGGAACCACCGCTACCTCCGCACCACCTCCTGCGGTCACTTCCTCTGCAGCAGCTACCTCCGCATCCCCGACAGCGGATTCCACCACCACGGGCGCCGAAATGAAGGTGTCATCCTCCAGCGCAGGTCAGATCGTGACGGACAGCAAGGGCATGAGCCTCTACTTCTTCACCAAGGACGTCAAGGACTCGGGAACCAGCGCTTGCGTGGACGCTTGCCTGGATGCTTGGCCCGTCTTCACCACGACGTCGGATTCGCCTACGGTTGAAGGCGTCACCGGAACTGTGGGAACCATTGCGACGACTGACGGCAAGAAGCAGGTAACTCTCAACGGCATGCCCCTGTACTACTACGCCAAGGACAAAGCTCCCGGCGACGTGACGGGTCAGGGCGTGGGCGGCGTTTGGTACTTGGTCAGCCCGTCAGGGGAGATGATCAAGGGCACTGGGGGTTCGGGCTACTGA MKKRLTFGFGVLVLTAALAGCAGNPGTTATSAPPPAVTSSAAATSASPTADSTTTGAEMKVSSSSAGQIVTDSKGMSLYFFTKDVKDSGTSACVDACLDAWPVFTTTSDSPTVEGVTGTVGTIATTDGKKQVTLNGMPLYYYAKDKAPGDVTGQGVGGVWYLVSPSGEMIKGTGGSGY NA NA NA NA NA D3-18_00628 498 sigL COG1595 ECF RNA polymerase sigma factor SigL ATGCCGTTGGATGAAGAGGTGGTGGCAGCGATCTACCGCGACCATGGCACGGCTCTGAAGCGCTTCGTTCTCAGCTGCACATCCGACGCCCATCAAGCAGACGACGTCGTTCAGGAAACCATCCTCAAGGTATGGCAGCACGCCCCGCAGATTACGGGAAGTTTGCGCAGCTACCTTTTCCGGACAGCCCGCAACGTCATCATCGACAACTACAGGAAGGCCCAGCGCCGCCCTGCCGAGGCCGGCGAGCAAGACCTTCCGGATCATCCTGCAACGGAGCGCGTTGATGAACTCCTGAACAGGGTGCTCATGGAGGAAGCGTTGCTCCGCCTCAGTCACGAACACCGCCAGGTTTTGGTGGCCCTCCACTATCAAAGGTTCACCGTTAGCGAGGCAGCACTGCAGCTGAACATCCCGGCGGGAACCGTGAAATCCCGGGCTTTCTACGCTGTGAAAGCCCTCCGAACGATCCTTGATGAAATGGGGGTGGAACGATGA MPLDEEVVAAIYRDHGTALKRFVLSCTSDAHQADDVVQETILKVWQHAPQITGSLRSYLFRTARNVIIDNYRKAQRRPAEAGEQDLPDHPATERVDELLNRVLMEEALLRLSHEHRQVLVALHYQRFTVSEAALQLNIPAGTVKSRAFYAVKALRTILDEMGVER PGPT0014960_11405 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D3-18_00629 675 hypothetical protein ATGAACGGCAACTCCGTACACCAGTCGCTGGGCGCCTATTTGCTGGGTGGGCTCGAGCCCGAGGAAGCACGCACGTTTGAGGATCACCTCGCCAAATGTGCTGAGTGCCGCCACGAGTTGGAGGAACTGGAAAGCCTGCCCGCCTTGCTCGACGCCGTTCCCGCAGCTGACGCCGTCGCCCTCGCCGTTGCTGGGGGCGCGAACGCGCTCTCACCGTTGGAAGCGAAACCTGCGTCGCTTCCTGAAAAGATACTGGTGGACTTGTCGGTCCAGAGGCGGAAATCACGACGGCGGTGGGCGGCTGTGGTGGGCGCGGTTGCCGCTGCTTGCCTTGCAGTTGGCTTCCTCGCGGGGCCCCTGCTGAACCAGCCCCCGAAGCCGGACGCAAGCTATTCGGTTCAGTCGGAAAGCGGATTGCAGTTGACCGTGGGCATGGTGAAAAAGAACTGGGGAACCGAACTCGCTGTGGAGGGCCGGTCCATGCCGCTGGAAGGCACACTCTATCTGTGGGTGAAGGGGCGGGATGGTGCCGAAGAACGCACCTGCGGATGGACAGCCACTCAGAGCGGCCGGATCAAAATCACCGGTGCCACTCCGGTGCAGTTGGCTGGCATCGCCGGGGTCGAGCTTCGTGATGAAGCAGAGAAAACGGTAGCGTCGATTTCGGTGCCGTAA MNGNSVHQSLGAYLLGGLEPEEARTFEDHLAKCAECRHELEELESLPALLDAVPAADAVALAVAGGANALSPLEAKPASLPEKILVDLSVQRRKSRRRWAAVVGAVAAACLAVGFLAGPLLNQPPKPDASYSVQSESGLQLTVGMVKKNWGTELAVEGRSMPLEGTLYLWVKGRDGAEERTCGWTATQSGRIKITGATPVQLAGIAGVELRDEAEKTVASISVP NA NA NA NA NA D3-18_00630 510 hypothetical protein ATGCCGCAGGTACGTGCCGAGCGGCTGATCCGGCTGGATCCCGAGACCGCTTTTGCTCTCTCCCAGACCACGGGTGAGTTCAGGCTCAAATGGGATCCGTTCATCTCCGCCCAAGCCTTTGTGGATGGGGCCAAAGCGGCTGGTAAGGGCGTCAGGACGCGGACTGTCTCCCGCATGGGCCTGAAAATGGTCAGCGAGTACGTCTCGTACACACCTCCACGAAATGTGGGTATGACCATGGTGTCCGGGCCTTGGTTCTTTGAGAATTTCGGGGGCGGCTGGCGGTTCACCCCGGACGACGGCGGCACCCGGGCAGTCTGGAAGTACACCTTCTCCTGCCGCCCGGCCCTGGTGAAGCCGTTGGCCGAGAGGATCGGAAGCTGGCTCTTGGGCCGGGAGATTGAGCGTCGGATTGAGGCGTTCGCCCGGGCTTGCGAAGACCCGGCCCTGATCGTGGAACTACGCGCCCAGGGCAAGGGGTTCAGGGGCAGAGGGGTCACGGACCGCTGA MPQVRAERLIRLDPETAFALSQTTGEFRLKWDPFISAQAFVDGAKAAGKGVRTRTVSRMGLKMVSEYVSYTPPRNVGMTMVSGPWFFENFGGGWRFTPDDGGTRAVWKYTFSCRPALVKPLAERIGSWLLGREIERRIEAFARACEDPALIVELRAQGKGFRGRGVTDR NA NA NA NA NA D3-18_00631 393 hypothetical protein ATGAGCTATCAGCCGCCGATCGACTACTACCAGCAACCACAACGGTCCGGCACACGAGGACTGGGCGCCGGCATCACGAGCATCGTTGCCGCTGTCCTCTCCCCGATCGCGGCCGTAGTGAGCATTCCCTTGGGCATTGCGGCTGTCGCCTCGTCGATAAGCCGCTACAACCAGGGCAACGACGCTTGGTGGTTCGGTGCACTGATCCTGGCGGGAGTCGCGGTCCTTCTGGCAATCGTGGCTGTGGTCAGCGGGTTGGTCGCCGTATTCCGGGCGGGTCGCATGAACGCGGGCCGCATCACAGGAATCGTCGGGTTGGCGATCATGGCGGTCAACGTCTTTGGTGTTGCCTTCATGGTGTTCCTTGTACTCGGCGCGGGACAGGGGTCCTGA MSYQPPIDYYQQPQRSGTRGLGAGITSIVAAVLSPIAAVVSIPLGIAAVASSISRYNQGNDAWWFGALILAGVAVLLAIVAVVSGLVAVFRAGRMNAGRITGIVGLAIMAVNVFGVAFMVFLVLGAGQGS NA NA NA NA NA D3-18_00632 906 trmB tRNA (guanine-N(7)-)-methyltransferase ATGAGTGAAACCCCAGATTCCCCGCGACCAGTCACGCCCGGCAGCCAGGCTTCCTTCGGTACCTACGGTGGCCGGCCCGTCAGTTTCGTGCGCCGTGGCACCCGACTGCAGGGACGCAGGCAAGCCGCATGGGAAGAGCACGCAGAACGCTGGGCCATTCAGGTGCCGCGCCATGTTGCCAACACCTCGGTGCACCCGGACTACACCTTCGACGCCGAGGCTGTGTTTGGGCGTAAGGCACCCCTGATTGTGGAGATCGGTTCGGGCTTGGGCGATGCCGTGGTCCATGCCGCGGAGCAGAACCCGGACAAGGACTTCCTTGCGGTTGAGGTCTACACACCTGGTTTGGCCAACACCATCATCAAGATCAACAGCCGTGGGCTGACCAACGTGCGGGTGGTGGAAGCCAACGCCCCAGAGGTTCTCGAGTCGATGCTCCCGGAGGGGTCGGTCAGCGAGCTTTGGGTGTTCTTCCCGGATCCCTGGCACAAGGCACGGCACCACAAGCGACGCCTCATTCAGCCTGCCTTCGCCTCAGTAGCTGCTAAGGCACTCGAAAAGGGCGGCTACTGGCGTATCGCCACGGACTGGTCCAACTACGCCGTGCACGTCCGTGAAGTACTGGCCGGGTCCACACAGTTCGAGAACATGCACGAAGGCGAGCGCAGCGGCGAGGAGAGCCCGCTGACGCAGGTGTGGCAGTCCGGCGTCGAGTCTGTTGTGGGCGGAGCACCGGTCAGGGAAGGCCGAGCACCGGTCAGTACCGAGCACACAGGTCCCAATGAGGGCATAGATGAAGAAGGCGGCTGGGCTCCTCGGTTCGATGGCCGAATCCGGACAAGCTTTGAAAACAAAGCCCACGAGGCCGGGCGCATGATCTTTGACCTCACGTACCGCAAGCTTTAG MSETPDSPRPVTPGSQASFGTYGGRPVSFVRRGTRLQGRRQAAWEEHAERWAIQVPRHVANTSVHPDYTFDAEAVFGRKAPLIVEIGSGLGDAVVHAAEQNPDKDFLAVEVYTPGLANTIIKINSRGLTNVRVVEANAPEVLESMLPEGSVSELWVFFPDPWHKARHHKRRLIQPAFASVAAKALEKGGYWRIATDWSNYAVHVREVLAGSTQFENMHEGERSGEESPLTQVWQSGVESVVGGAPVREGRAPVSTEHTGPNEGIDEEGGWAPRFDGRIRTSFENKAHEAGRMIFDLTYRKL NA NA NA NA NA D3-18_00633 297 hypothetical protein ATGCCCGTAAACCATGCCTTCGTGTGGCGTCCGCCGGGTGAGCGGCCTCTGGCCGAAACCATCGACGATATCCCCAGTATTAGTGCCACAAATCCGCATGTGCACGGGAGGCTCCACACAACGGCAGGCACGACCCAAGCTAACGGGCCGGATGATGTGCCTGACCTCGTAAGAAGCACCGCAAGCAGAGAGAAGGGAATGGTCACGTACCAGCACAACGGCGCAGCCAAAGAAAACACGACGCTTGCAATTCCTGTATTCAACCCCGGTGGCTGCGCCGGGGGGACGAGCACGTAA MPVNHAFVWRPPGERPLAETIDDIPSISATNPHVHGRLHTTAGTTQANGPDDVPDLVRSTASREKGMVTYQHNGAAKENTTLAIPVFNPGGCAGGTST NA NA NA NA NA D3-18_00634 1278 yycB_1 COG2807 putative transporter YycB GTGACCTCCTCCAAGAAGCCCGACTACCGAGAGAAATCCGTCCTGCCCGACATAGCAGTGGACGCGGAAATTGACGATGAACCCGCCGCGGACCCGACGCAACTCCGGGGCAAAAGGGGCCTCGTCTACCTAGGCGTTTGCCTGGTGCTGATCGGCCTGAATCTGCGGACGGTCTTCTCCAGCTTCTCCGCCGTCCTCCCGGAAATTATGTCCGACGCCGGCCTGCCGGGCTGGTCGCTGGTGGTCCTCACCACGGTGCCGGTTACCTTGCTGGGCCTCTTCGCACCCCTTGCTCCAGTCCTCGCCCGCAGGTTCGGTGCAGAACGTGTGCTCCTCGGCGCCATGGCTGTCCTCACGGCGGGCTTGCTCCTGCGCCCGGTAGAGATCCCGGGAATGGGCCACCTGCCTGCTCTTCTGGCTGGAACCGCTGCCTGCGGTGCCGCAATCGCCCTGTGCAATGTCCTTCTTCCGGGCGTCGTTAAGCGGGATTTCCCACACCGCCTTGGCCTGATGGGCGGGCTCTACACCACCGCGATCTGCGCTTCGGCGGCACTTGGCGCGGGCTTCACGTATCCGGTCTTTACGGCAACCGGCCACTGGACATCGGCGCTGTGGTTCTGGGCGGTGCCCGCCGCCGTCGTACTTTTGCTCTTCCTGCCGCTGGCAATCCGGCAGCCCTCGGTGAAACACCGAGCGATCCACGGCGGCGTCAATGTGTGGCGTTCAGCCGTGGCTTGGCAGGTGACGCTGTTCATGGTGCTGCAGGCCATGATGTCGTTCAGTGTTTTCGCGTGGATGGCGCCCATTTTGCGTGACCGGGGGATCGACGGCGGAACAGCGGGTCTGATCGTGTCTGTGTCTATCGTGTTGCAGATGCTCGGCTCGCTGTTTGCCCCTGCTTTGGCCACGCGCTTCAAGGACCAGCGGATCATCAACATGGTGGTGGCGCTGATGACCGGCGGCGGTTTTGCTCTCACCATCTTTGGCCCCACTGAGCTGATCTGGGTGTGGACGGGGCTGAATGGGCTGGGCCAGGGTTCGCTGACTGCCGTGGCCCTCACCATGATCATGGTCCGTACCCGCGACGCCCACACCGCTGCACACCTGTCCGGAATGATGCAGGGCGTCGGCTACGGCGTGGGTTCGCTTGGCACATTGATGGTAGGCCAACTTCATCAGGCTACTGGCGGGTTCGCAGCTGCTGGAATCCTGTTCCTGGCGGTCGGTTTACTGGCAGCATTCTTCGGATACCGCGCCGGCCGCGATCGCTTCGTTTAA MTSSKKPDYREKSVLPDIAVDAEIDDEPAADPTQLRGKRGLVYLGVCLVLIGLNLRTVFSSFSAVLPEIMSDAGLPGWSLVVLTTVPVTLLGLFAPLAPVLARRFGAERVLLGAMAVLTAGLLLRPVEIPGMGHLPALLAGTAACGAAIALCNVLLPGVVKRDFPHRLGLMGGLYTTAICASAALGAGFTYPVFTATGHWTSALWFWAVPAAVVLLLFLPLAIRQPSVKHRAIHGGVNVWRSAVAWQVTLFMVLQAMMSFSVFAWMAPILRDRGIDGGTAGLIVSVSIVLQMLGSLFAPALATRFKDQRIINMVVALMTGGGFALTIFGPTELIWVWTGLNGLGQGSLTAVALTMIMVRTRDAHTAAHLSGMMQGVGYGVGSLGTLMVGQLHQATGGFAAAGILFLAVGLLAAFFGYRAGRDRFV PGPT0005211_448 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_CYANATE_DETOXIFICATION XENOBIOTIC_CYANATE_UPTAKE,PGPT0005211-cynX|yeaN-K03449 NA NA D3-18_00635 1293 kgtP_1 Alpha-ketoglutarate permease ATGACCACCACCGTAGGAACGTCCCCCGACGTCAAGGTCCACAAGTCGCACATGCGCACGCTGGTCGGCACCGGCATCGGCAACGCCGTTGAATGGTACGACTGGGCCATCTACGCAACGTTCTCGCCGTTTATCGCGAGCGCTTTGTTCAGCAGCGCCGACCCCACCTCGGCCATGCTGTCCACTTTGGCGATCTTCGCCGTCGGATTCGTTGCCCGCCCATTCGGTGGTTTCGTGTTCGGCTGGATCGGTGACCGGATCGGACGCAAGACGTCCATGACGGTGGCGGTGGCCCTCGGCGCGGTGGGCAGCCTGCTCATCGGCATTGCCCCGACGTTTGAGTCTGTGGGCGTCTTCGCATCGGTGATGCTGCTGATCGCCCGACTCATCCAAGGCCTTGCCCACGGTGGTGAGTTGCCGTCGTCGCAAACGTACTTGTCCGAGATGGCACCCAAGGAACACCGCGGTTTCTGGGCGACCCTCATCTACACCTCCGGCACGGCTGGCATCCTGGCCGGAACGCTGCTGGGCGCTATCCTCAGCGCAACCCTCAGTAAGGGCGACATGGGCTCGTGGGGTTGGCGCATTCCGTTCCTCATCGGTGGCGCACTGGGTATCTATGCACTCTTCATGCGGGCCAAGATGAAGGAAACCGAAGCTTTCGAGGCCGAGGCGCCCAATGAGAAGCGCCTGCCCATCTGGCCGCAGATCGTGAAGTACCGCAAGCAGGCTCTGCAGGTTATCGGCCTCACCGTTGGCCTGACGGTGGTGTACTACATCTGGGGTGTTGTGGCTCCGAGCTACGCCGCGACCACGCTGAAAATGGACCGCGGTGAAGCTCTCTGGGCAGGCGTGGTGGCCAACGTGGTGTTCATCGCCGCCCTGCCGTTCTGGGGCAAATTGTCCGACCGCATCGGCCGCAAGCCGGTGATCATCAGTTCGGCCGCGGGCGCCGCGCTCCTGCACTTCCCCATGACATGGCTACTCAAGGACTCACCGTGGCAGCTCGCCGTGTCCATGTCCGTGATGCTGTTCTTCATCGCGGGTAGCGCCGCAATCGTTCCTGCCGTCTACGCCGAACTGTTCCCGACCCATATCCGCACCATCGGCGTGGGCGTTCCGTACTCCATCTGCGTCGCTGCGTTTGGTGGCACGGCTCCGTACCTGCAGACCTGGCTCGGCACCATCGGGATGGCTCAGCTGTTCAACGTGTACGCAGTGATCCTGCTGCTGGTGGGCATCGCGTTCGCCTTCTCCATCCCGGAGACGAAGGGCAAGGACCTCACCGTCTAG MTTTVGTSPDVKVHKSHMRTLVGTGIGNAVEWYDWAIYATFSPFIASALFSSADPTSAMLSTLAIFAVGFVARPFGGFVFGWIGDRIGRKTSMTVAVALGAVGSLLIGIAPTFESVGVFASVMLLIARLIQGLAHGGELPSSQTYLSEMAPKEHRGFWATLIYTSGTAGILAGTLLGAILSATLSKGDMGSWGWRIPFLIGGALGIYALFMRAKMKETEAFEAEAPNEKRLPIWPQIVKYRKQALQVIGLTVGLTVVYYIWGVVAPSYAATTLKMDRGEALWAGVVANVVFIAALPFWGKLSDRIGRKPVIISSAAGAALLHFPMTWLLKDSPWQLAVSMSVMLFFIAGSAAIVPAVYAELFPTHIRTIGVGVPYSICVAAFGGTAPYLQTWLGTIGMAQLFNVYAVILLLVGIAFAFSIPETKGKDLTV PGPT0001525_792 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_KETO-|OXOGLUTARATE_TRANSPORT,PGPT0001525-kgtP-K03761 NA NA D3-18_00636 1218 hipO_1 COG1473 Hippurate hydrolase ATGACCATCGCCGCCGACGCCAAGGAACTGCAGGAGGACATCGTCCGCCTCCGCCACGACCTCCATCGCGAACCGGAGATCGGCCTGCAGCTCCCCCGCACGCAGGAGAAGGTACTCAAGGCGCTGGACGGACTGCCTTACGAGATCACCCTTGGCAAGGAGACGACGTCGGTCACCGCAGTTTTGCGTGGCGGTGCACCCCACGCTTCGGCTGAGAAGCCCGTGGTGTTGCTGCGTGCCGACATGGATGGACTTCCTGTACAGGAGACCACCGGCGTGGACTACACCTCCCGCGTGGATGGAGCCATGCACGCCTGTGGCCATGACCTGCACACCTCCATGCTGGCCGGCGCCGCCACCCTTCTGGCCGAGCGCCGGGACCAGTTGGCGGGCGACGTCATCTTGATGTTCCAGCCCGGTGAAGAAGGTTTTGACGGCGCAAGTTACATGATTAAGGAAGGCGTCCTGGACGCGGCTGGTCGTCGTGCAGACACTGCCTACGGAATGCACGTGTTCTCCTCCCTTGAACCGCATGGCCAGTTCGTCACCAAGCCGGGCGTCATGCTCAGTTCCTCGGACGGACTGGTTGTCACGGTGCTGGGCGCGGGCGGCCATGGCTCCGCTCCCTATTCCGCCAAGGACCCCGTCACGGCAGCTGCCGAGATGGTCACGGCACTTCAGGTGATGGTCACACGTCAGTTCAACATGTTCGATCCCGTGGTCCTCACCGTTGGCGTCCTGCACGCCGGAACGAAGCGGAACGTCATCCCCGAGACTGCCCGGATCGAAGCCACCATCAGGACCTTCTCCGAGGAGTCCCGTCGGAAGATGATGGAAGCAGTACCCAGGCTGCTTCATGGCATCGCGGCAGCCCACGGTTTGGAGGCGGATGTGCATTACCAAGAGGAGTACCCCCTCACCATCAATGATGAGGATGAAACCACCACCGCGGAGAAGGTCATCGCCGGAATGTTCGGCGAGTCCCGGCACACGCGGATGTCCACTCCCCTGAGCGGTTCCGAGGACTTCTCCCGGGTCCTCGCTGAAGTCCCGGGCACCTTCGTGGGACTCAGTGCCGTTGCCCCCGGCGCCGACCATACGACGTCGCCCTTCAACCACTCGCCCTACGCAATGTTCGACGACGGCGTCCTCACCGACGGTGCCGCGCTGTACGCCGAACTCGCCGTGTCCCGTATCGCCGCCCTCGCCGGCAACTAG MTIAADAKELQEDIVRLRHDLHREPEIGLQLPRTQEKVLKALDGLPYEITLGKETTSVTAVLRGGAPHASAEKPVVLLRADMDGLPVQETTGVDYTSRVDGAMHACGHDLHTSMLAGAATLLAERRDQLAGDVILMFQPGEEGFDGASYMIKEGVLDAAGRRADTAYGMHVFSSLEPHGQFVTKPGVMLSSSDGLVVTVLGAGGHGSAPYSAKDPVTAAAEMVTALQVMVTRQFNMFDPVVLTVGVLHAGTKRNVIPETARIEATIRTFSEESRRKMMEAVPRLLHGIAAAHGLEADVHYQEEYPLTINDEDETTTAEKVIAGMFGESRHTRMSTPLSGSEDFSRVLAEVPGTFVGLSAVAPGADHTTSPFNHSPYAMFDDGVLTDGAALYAELAVSRIAALAGN NA NA NA NA NA D3-18_00637 1038 hypothetical protein ATGGAGCTCAGCGAGGAAGACCTGCGCTTGGTCAATGCCCTACAGATTTCACCGCGGATCAGCTGGTCCGACGCCGGAAATGTCCTGGGCGTCCACGCCACCACACTGGCATCCCGGTGGGAGCGCCTCAAGGGAGCGGGCGCAGCATGGACCACCGCACACCTCATGGGCGACCCCAAGGACATGTGCCTGGCCATGGTGGATATTGACTGCGAAATGCACCTCAGGCCGGACGTCACCTCCGCGGTCGCCCAGCTTCCCGAGGTCATCACGGTGGAAGAGGCTGCCAGCAACCGCGACCTCACGCTCACTGTGATCACACAGGACCTGGGACAGTTCAGCACCGAGGTGTTGCCGAAACTCAAAGAGATCAGGGGACTCACCAAGTACCACACAGCCCTCTGCACTCGGATTCACACCAGCGGATATGCGTGGCGGCTCAACGTCCTCACCAAGGCAGAGCAACAGGCACTCCGGGCGCTGGCCGGACCTGAATCAGCAAACCCGTCAGCACATGACGCCATGGTGCTCCCGCTCCCCGACAGCCATCTGGCGATCATCCCGTTCCTCGCACGCGACGGCCGTGCCACAGCCGCAGAAATTGCCCGAGCCTTGGGCAGGAACCCCGCCACAGTCCAGCGGCAACTGGGCAGGGTCCTGAGCAGCCGGATGTTGTCCTTCCGCTGCGAAATCGCCCAACAATTCTCCGGCTTCCCCATCACGGTCCAATGGTTCGCGAACGTTCCCCCAGGTGAGCACGAAGCTGCAGCCACAGAGTTGCGGGCCATCAGGAACATCCGCTTCTCCGCGTCCACTACAGGCCGCACCAACTTCACCATGATCATGTGGTTGCGCTCGCTGGCTGACGTCATGGAAATGGAACTCACCATCCAGCAGCGCATCCCGGGCGTCCAGCTCGTGGAGAGCGTCGTCATGCTCAACACAGCCAAACGCGTGGGATGGATGCTCAATCCGGACTCCACCGCCACAGGGATAGTGGTGCCGCCCTACGGAGAGCTCTTGCCAGCCGGTATCTAG MELSEEDLRLVNALQISPRISWSDAGNVLGVHATTLASRWERLKGAGAAWTTAHLMGDPKDMCLAMVDIDCEMHLRPDVTSAVAQLPEVITVEEAASNRDLTLTVITQDLGQFSTEVLPKLKEIRGLTKYHTALCTRIHTSGYAWRLNVLTKAEQQALRALAGPESANPSAHDAMVLPLPDSHLAIIPFLARDGRATAAEIARALGRNPATVQRQLGRVLSSRMLSFRCEIAQQFSGFPITVQWFANVPPGEHEAAATELRAIRNIRFSASTTGRTNFTMIMWLRSLADVMEMELTIQQRIPGVQLVESVVMLNTAKRVGWMLNPDSTATGIVVPPYGELLPAGI NA NA NA NA NA D3-18_00638 714 cmoM tRNA 5-carboxymethoxyuridine methyltransferase ATGACTGAACACACGCACGACGCCGCCACTCACCAACACGGTCAACACACCCACGAAGGGGCACAGCAGGGCGGCTTGAACCTGCACGAGGACGCCGACAATGCCGTGGACATGTGGGACGGCATGTACCGCGAGCGCCCCAAGGTGTGGAGCGGAAACCCGAACCCGCAACTGGTGGCGGAAGTTGCAGGCATCAAACCCGGACGAGCCCTCGACCTCGGCTGCGGGGAAGGCGCCGACGCGATCTGGCTCGCCGGACAAGGCTGGACTGTCACGGCAATGGACGTGTCCGCCGTCGCGCTTGAACGGGCAGCCGCGCATGCAGCCGAAAGCGACGTCAGTGAGCGGATCACGTGGCAGCAACAGGACCTCACGGAGTGGAAGCCTGAGCCCGTCTTCGATCTGGTCTCGGCCCAGTTCCTGCACTCTCCGCTCCTGCCGTGGCGGGATTCCGTGGCATCAGCCGCGGCGGCCGTGGCACCGGGCGGCACGTTGCTGGTGGTGGGGCATCACCCACATGGACTCCCGTCGTGGAGCCATCATCATGAGTCCGGCATGTTCTTCACGCCGGAGCAATTGGCGGGCGCGCTACGGTTGGATCGCGAGCCGTGGTTCGTCAACGTCCTGACAGACCGGGCGCGTACTGTCACAGGACCCAATGGCGAGTCCGGTACTACCTTGGACACGGTCTTGAGAGCCACCAAACACGCCTAA MTEHTHDAATHQHGQHTHEGAQQGGLNLHEDADNAVDMWDGMYRERPKVWSGNPNPQLVAEVAGIKPGRALDLGCGEGADAIWLAGQGWTVTAMDVSAVALERAAAHAAESDVSERITWQQQDLTEWKPEPVFDLVSAQFLHSPLLPWRDSVASAAAAVAPGGTLLVVGHHPHGLPSWSHHHESGMFFTPEQLAGALRLDREPWFVNVLTDRARTVTGPNGESGTTLDTVLRATKHA PGPT0015670_4492 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS CHEMOTAXIS_PROTEINS CHEMOTAXIS_TWO_COMPONENT_SYSTEM_PROTEINS,PGPT0015670-cheR|pilK-K00575 NA NA D3-18_00639 456 soxR COG0789 Redox-sensitive transcriptional activator SoxR ATGCCGCCAGTCGAAACGCACAGGCCACTCACCATTGGTGAGCTGTCCGAACGGAGTGGAGTGTCGGCGTCGGCCCTTCATTTCTACGAACGCAACGGGCTCATCGAGGCGGAGCGAACGGCCGGCAACCAGCGGCGTTACCGGCGGGACACACTGCGGCGGGTCGCGTTTATCAAGACATCCCAACGGGTGGGTTTGCCGCTGAAGGACATCCGGGAGGCATTGGAATCCCTGCCCGATGGCCGCACGCCCACCAAGCGCGACTGGTCCAGGTTGTCGTTGCGATGGCGCAAGGAACTGGACGAACGGATCGCTGCCTTGCAACACCTGCGAAACGATCTCGACGGATGCATCGGGTGCGGCTGCCTCAGCCTGAAATCCTGTACGTTGCAGAACCCTTCGGACGAACTCGGAGCCTCCGGTGCTGGCGCACAGCGCTGGACTTTGCCGGAATAG MPPVETHRPLTIGELSERSGVSASALHFYERNGLIEAERTAGNQRRYRRDTLRRVAFIKTSQRVGLPLKDIREALESLPDGRTPTKRDWSRLSLRWRKELDERIAALQHLRNDLDGCIGCGCLSLKSCTLQNPSDELGASGAGAQRWTLPE PGPT0012955_62 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012955-soxR-K13639 NA NA D3-18_00640 1446 sdrM Multidrug efflux pump SdrM ATGACCTCTGACACCTCAACGGCCGGGATACTGCGCCGCCCATACCTGCTTGCCACAGTAGGGGCTTGCGCGCTTGTGTTCCTGAGCGCATTCGAGTCCCTCGCAGTGACCACCATCATGCCGCTCGTCAGCCGTGACCTGGATGGCGCCAGCCTTTACGCGCTGGCCTTTGCTGGACCGCTGGCTACCGGCGTGATGGGCATGGTGGCGGCAGGCAACTGGTCGGATCGTCGTGGTCCGGCGGCGCCGTTGTACTCCTCCGTGGCCTTGTTCGTGGCTGGACTCCTGATCGCCGGTACCGCCGGGACCATGGAGATGCTGGTGCTGGGGCGACTGGTGCAAGGACTCGGTGGCGGCGCGATGACCGTGGCCCTCTATGTATTGGTGGCCCGGGTGTACCCGCCTGTGCTGCACCCGAAGATCTTCGCTGCCTTCGCCGCGTCCTGGGTGGTTCCTTCCCTGGTGGGTCCGTTTGCGGCGGGCGTGGTGGCCCAGCTGAGCAGTTGGCACTGGGTGTTCCTCGGTGTTGTGGGCCTGGTGGTTCCAGCCTTGCTGATGGTGGTGCCGGCCGTGCGGGGGATGAATTCCGAACCCGCTGCCGAGCCCGTTCCCTGGGCCTTCGGTCGGATGGGGTGGGCGGCGCTCGCGGCCGTCGCCGTCCTGGGTCTGAACCTGTCCGCTGAGGTGCCCGGCTTTGGCGGGGTGATTGCCGTCGTCGCGCTCGTCATTGCCCTCGTAGCGGTGAAGCCGCTGGTTCCGCGGGGAACCCTCACCGCCCGGCGGGGCCTGCCCAGTGTGATCCTGGTCCGAGGGCTGGCGTCGGCGGCGTTCTTCGGGGCCGAGGTGTACTTGCCGTACCTGCTGACTGAGCGATACGCGTTCACGCCGACGTTCGCAGGGTTGACGCTGACCGGAGCCGCGCTGGCTTGGGCTGGGGCATCGGCGATCCAGGGGCGGCTCGGTGCCCGGTTGGCTGACGACCTCGCTGTGAAGATTGGCGCACTTTTGGTGCTGATAGCCGTGATCTCTACGCTGGTGACCGCAGCGCTTAGCCTGCCCGCTGCAGTTGCCATCGTTGGTTGGATCCTTGCCGGTGGCGGCATGGGCCTCATGTACCCGAGGCTGTCCGTGATGACGTTGGCGCTGTCCACCGAGGACAACCAAGGCTTCAACAGCGCGGCCATGTCCATCTCCGATTCCCTCGGCGGCGCACTGTCCCTCGCAGCTACGGGACTTATGTTCGCTGCATTCACGACGACGAACTCGTTTGCGGGGGTCTTCGCACTGACGGCGATCATCGCCGTCGTCGGGGTAGTCATTGCGCCGAGGGTCGCCGCTCGCTCGGCTCGGAGGGGTGTGGGTGAGAAGGGTATGGGTGAGACGGGTGCCCCGGGTGCCGGGACGAGTGCCCCGGACGCCCAACCTGAGCTCACGCGCCACTCCTGA MTSDTSTAGILRRPYLLATVGACALVFLSAFESLAVTTIMPLVSRDLDGASLYALAFAGPLATGVMGMVAAGNWSDRRGPAAPLYSSVALFVAGLLIAGTAGTMEMLVLGRLVQGLGGGAMTVALYVLVARVYPPVLHPKIFAAFAASWVVPSLVGPFAAGVVAQLSSWHWVFLGVVGLVVPALLMVVPAVRGMNSEPAAEPVPWAFGRMGWAALAAVAVLGLNLSAEVPGFGGVIAVVALVIALVAVKPLVPRGTLTARRGLPSVILVRGLASAAFFGAEVYLPYLLTERYAFTPTFAGLTLTGAALAWAGASAIQGRLGARLADDLAVKIGALLVLIAVISTLVTAALSLPAAVAIVGWILAGGGMGLMYPRLSVMTLALSTEDNQGFNSAAMSISDSLGGALSLAATGLMFAAFTTTNSFAGVFALTAIIAVVGVVIAPRVAARSARRGVGEKGMGETGAPGAGTSAPDAQPELTRHS NA NA NA NA NA D3-18_00641 1731 rhlB ATP-dependent RNA helicase RhlB ATGAAGTTTATGACTACTTTTGCTGCCCTTGGCACGCCCAAGCCCATTGCCGAATCCCTCGCCGCAGATGGCATCGAAGAGGCATTCCCCATTCAGGTGAAGACGCTCCCGGATACGCTCGCAGGCCGCGACGTCCTGGGCCGAGGCCGCACCGGCTCCGGCAAGACCATCGCTTTCGCCATCCCGCTCGTGGCCCGCTTGGCCGAGCGCGAAGCAAAGCATTTCCGCAAGCCGGGTCGTCCCATGGGCCTCGTCCTTGCACCGACGCGTGAACTGGCAACCCAGATCAACGCCACCATCGAGCCGCTGGCCAAGGCCATGGGCCTGAACACCACGGTTATCTACGGCGGCATCTCCCAGGCACGCCAGGAAAAGGCGCTGCGCGCCGGCGTCGACATCGTCATTGCCTGCCCGGGCCGCCTCGAAGACCTGATCCGCCAGCGCATCCTGACCCTCGAAGCTGTTGAGGTCACCGTGCTGGACGAGGCCGACCACATGGCTGACCTCGGCTTCCTCCCGGTGGTCAAGAAGCTCATGGACATGACCCCCACTCAGGGTCAGCGCCTGCTCTTCTCGGCGACGCTGGACAACGGTGTTGACAAGCTGGTCAACCGTTACCTGTCCAACCCGCTGACGCACTCCGTGGACGATCCCCAGGCCGCCGTGACCACCATGGAACACCACGTCCTGGTGGTCAACGACCAGACCGTCAAGAAGCAGCTCATCGTTGAACTGGCCTCCGGCGCTGGCCGCCGCGTCCTCTTCATGCGGACCAAGCACCACGCCCGCAAGCTTGCCAAGACCCTCACCGACGCTGGCATCCCCGCCGTCGACCTTCATGGCAACCTGTCGCAGAACGCCCGTGACCGTAACCTGGCCGAGTTCTCCAATGGTGACGTTCGCGTCCTGGTGGCTACCGACGTCGCAGCTCGCGGCGTGCACGTTGACGACGTCGAACTCGTCATCCACGTGGACCCGCCCACAGAGCACAAGGCCTACCTGCACCGCTCCGGCCGCACGGCCCGCGCCGGTTCCGATGGCACCGTTGTCACCCTGACGCTCCCCGAGCAGCAGAGTGACGTCAAGAAGCTCATGAAGGCTGCCGGCGTTGACGTGAACTTCGAGCGCGTCACGGCAAGCTCACCCTTGGTTTCAAAGCTCGTGGGCGACATCGCGGACAAGGTTGATCCCCGCACCCGTGCGGCTCTCCTCGCTGCGAAAGCCCAGCAAGGTGGCGGCACGTCCACCGGTGCCAACGCCCAGCGCAAGCGCGCACGCCGTTCCACGCAGGCCGCTCCCACCGCTGGTGGTCGTGGCGGTCGCAATGGACGCGGCAAGGTCGCGGCTGAGCCGGTTCGCACCGACACCAACCGCGCTGACCGTCGAGCAGCAATGAACGACGACGTCGCCCGCAGCCCTCGCGGTCGCGGTAAGGCTGGCGCTACTCACCGCAACGACGTTCCCGGATCGCAGGGCCAGAACGGTCGCAGCGGCCGTCCGGCTACCGGCCAGCGCTCAGCTTCGGCTCCGCGCACGGCATCCACCACGAGTACTCGCACCGGCGGAAACAAGGCCGTTTGGTCTTCCGCAACGGGCGCTACGTCCGGCGGATCCTACGGCTCGGGCGCCTCAGGCAACTCCGGTCGCGGTGGTTCCGGTGCAGGTCGTCCGGCACGCAGCGGTCCCCGTCGTGCATCGGCTCCCGCATCGAACGAGCGTCGCGGCCGCTAA MKFMTTFAALGTPKPIAESLAADGIEEAFPIQVKTLPDTLAGRDVLGRGRTGSGKTIAFAIPLVARLAEREAKHFRKPGRPMGLVLAPTRELATQINATIEPLAKAMGLNTTVIYGGISQARQEKALRAGVDIVIACPGRLEDLIRQRILTLEAVEVTVLDEADHMADLGFLPVVKKLMDMTPTQGQRLLFSATLDNGVDKLVNRYLSNPLTHSVDDPQAAVTTMEHHVLVVNDQTVKKQLIVELASGAGRRVLFMRTKHHARKLAKTLTDAGIPAVDLHGNLSQNARDRNLAEFSNGDVRVLVATDVAARGVHVDDVELVIHVDPPTEHKAYLHRSGRTARAGSDGTVVTLTLPEQQSDVKKLMKAAGVDVNFERVTASSPLVSKLVGDIADKVDPRTRAALLAAKAQQGGGTSTGANAQRKRARRSTQAAPTAGGRGGRNGRGKVAAEPVRTDTNRADRRAAMNDDVARSPRGRGKAGATHRNDVPGSQGQNGRSGRPATGQRSASAPRTASTTSTRTGGNKAVWSSATGATSGGSYGSGASGNSGRGGSGAGRPARSGPRRASAPASNERRGR NA NA NA NA NA D3-18_00642 651 gloC COG0491 Hydroxyacylglutathione hydrolase GloC ATGGATTCGCTAATTCACTCTTTGCGTGACGTCACCATCCGCAGCATCTCCGTCAGCGAGATGAACAACAACGTGTACCTGTTGACCTCAAGGTCCACGGGGGCGCAGTTGTTGATCGACGCTGCAGATGATCTTCCGGCCATTCAGCAACTGCTCGAAGACAGCACCGCAGATACGGCCGCGACGCCGAAGCTCGCCCGGATTGCCACCACCCACCAGCACTGGGACCACGTCCGGGCTCTGGCGGAACTGGTGGAAATCACCGGTGCAAGGACGTCAGCAGGAGCGGACGACGCCGATGCGTTGCCGGTTCCAGTGGATGTCCGGCTTGGTCACGGCGACGTCGAGCAGTTCGACGACTTCGAGATCACGGCGGTCCACTTGCGCGGACACACCCCTGGCTCGATCGCTTTCGTGTACCAGGATCCTGACGGGCCCGCCCACATTTTCAGTGGAGACTCGTTGTTTCCGGGAGGCGTCGGCAACACGCAGAACGATCCTTCACGTTTCACTTCTCTGTTGAACGACGTGTCGGAGCGACTGTTCGACGCTTATCCGGACGAGACCCTGGTGCACCCGGGCCATGGATTGCCCACGACCCTCGGCGCCGAGCGGCCACACCTTGACGAGTGGCGCGCCCGGGGCTGGTGA MDSLIHSLRDVTIRSISVSEMNNNVYLLTSRSTGAQLLIDAADDLPAIQQLLEDSTADTAATPKLARIATTHQHWDHVRALAELVEITGARTSAGADDADALPVPVDVRLGHGDVEQFDDFEITAVHLRGHTPGSIAFVYQDPDGPAHIFSGDSLFPGGVGNTQNDPSRFTSLLNDVSERLFDAYPDETLVHPGHGLPTTLGAERPHLDEWRARGW NA NA NA NA NA D3-18_00643 1008 iolS_2 COG0667 Aldo-keto reductase IolS ATGACTGCAGTTCAGCTCGGCGACGGCCTCAAGGTCAGCCCCCTCGGCTTCGGGGGAATGGCCCTCACCCCGGTTTACGGTGGGATCGATCCCGAGGAAGGCCTGAAGACACTCAGGCATGCAGTGGACGCGGGCATCACGTTCATCGATACCGCAGATGTGTACGGAGCGGGCAGTAACGAGGAACTCGTGGGCAGGCTCATGAAGGAGCGGCGCGACGATGTGCAAGTGGCCACGAAGTTCGGAATTGAGGGCAACCCCGCGGACGGGTACACGGGAGTCCGCGGGGATGCGCCCTACATCAGGCAAGCGGCGGAAGCGAGCCTCCGCCGCCTGGACACTGACGTGATTGACCTCTATTACATGCACCGCCGTGACCTCCGCGTTCCGATAGTGGAAACCGTGGAGGCCATGGCGGAGCTGGTCCGAGAGGGCAAGGTCCGGCACCTCGGACTGTCTGAAGTGACAGCCGAGGAGCTCAGGCAGGCCAACGCCGTCCATCCCATTGCCGCAGTCCAGAGCGAATGGTCGATCTGGAGCAGGGATGTTGAGCTGAACGTTGTACCTGCAGCCAAGGAACTTGGCGTCGGGTTCGTGCCATATTCGCCGCTTGGCCGCGGGTTCCTTACGGGAACCGTCAGCGCGAGCGACCTTGGCGAAAATGACTTCCGCCATAAGATCCCCCGTTTTGGTGACGAGGCACTTGATGCGAACCAGGCCGTAGTGGCCGCGGTCCGCGAGGTAGCCAGCGGGCTGGATGCAACTCCGGCCCAGGTAGCCCTGGCCTGGCTGTTTACCCAAGGGCAGCGCCTCGGGATTTCGGTGGTCCCCATCCCCGGCACGCGCAAAACGCACCGGATCGACGAGAACCTTGGGGCGCTGTCCCTGCAACTGGGAACAGCGCAGCTTGAGAGGCTCGACCAAGCTGCGGCCGCCGTCGTGGGTTCACGCTCTGCCGACCCCAACTGGGTGTCGCAGGGCCGCGAAGCCAATCCGGCAACTGCATAG MTAVQLGDGLKVSPLGFGGMALTPVYGGIDPEEGLKTLRHAVDAGITFIDTADVYGAGSNEELVGRLMKERRDDVQVATKFGIEGNPADGYTGVRGDAPYIRQAAEASLRRLDTDVIDLYYMHRRDLRVPIVETVEAMAELVREGKVRHLGLSEVTAEELRQANAVHPIAAVQSEWSIWSRDVELNVVPAAKELGVGFVPYSPLGRGFLTGTVSASDLGENDFRHKIPRFGDEALDANQAVVAAVREVASGLDATPAQVALAWLFTQGQRLGISVVPIPGTRKTHRIDENLGALSLQLGTAQLERLDQAAAAVVGSRSADPNWVSQGREANPATA PGPT0009140_364 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009140-ydbC-K05275 NA NA D3-18_00644 447 hypothetical protein ATGACTGAGAACACTGTGAATTCCGGGAACACTGCGAATACCAGGAAAACCGGCCGCTCCGGCAAGTCCGGCGAATCCGGCAACTCCGGCAACTCCGGCAACGGAATCTTCTGGGTCATCCTCTTGGCTTCAGCGCTGCTCGAAGCCGTCTGGGCCACAGCGTTGGGCCTCTCCAACGGCTTTACGCAACTCATGCCTACGGTGGTGTTCGCCATCACTGCCGTCCTGAGCATGCTCGGGCTGGGCATCGCCGTAAAGCGGATCCCCCTCGGAACTGCCTACGCGGTGTGGGTGGGTATCGGCGCTGCATTGACCGTTGGCTGGGCCATGATCACGGGTGTGGAATCCGCGAGCCCGCTGAAACTGCTGTTCATCGCGGGCATTGTGGGTTGTGCTGCCGGTTTGAAGGCCCTGCCTGCTGACAAGCCTGCAGCCAAACCCGAGTAG MTENTVNSGNTANTRKTGRSGKSGESGNSGNSGNGIFWVILLASALLEAVWATALGLSNGFTQLMPTVVFAITAVLSMLGLGIAVKRIPLGTAYAVWVGIGAALTVGWAMITGVESASPLKLLFIAGIVGCAAGLKALPADKPAAKPE PGPT0028785_168 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 D3-18_00645 315 gdx_1 COG2076 Guanidinium exporter ATGTCGTGGTTAATTCTCATTCTCTCCGGAGCACTCGAAGCCGTGTGGGCCGCAGCGCTCCACCGTTCCAAGGGCTTCCGTAAACCCGTCCCCACCGTTGTGTTCCTGGTGTCGGTGGTCGCCAGCATGGCTGGGCTCGCCATCGCGATGCAATCCATCCCCACGGGCACTGCCTACGCGGTGTGGGTTGGCGTCGGCGTCGTACTGACTGCCACGTATGCGATGGTCACCAAAGTTGAACGCGCGACGACGGCCCGGCTGCTTTTGCTTGCGGGCATCGGCGCATGTGTAGTTGGCCTGAAGGTGGTGGCGTAG MSWLILILSGALEAVWAAALHRSKGFRKPVPTVVFLVSVVASMAGLAIAMQSIPTGTAYAVWVGVGVVLTATYAMVTKVERATTARLLLLAGIGACVVGLKVVA PGPT0028785_2427 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 D3-18_00647 663 ves Protein Ves ATGGAGATTATCCGCTTTGCCGACATCCGTCCCGAACCGTGGCGCAACGGGGGCGGTGTGACGCGCGAACTCGCCAGCCATCCGAAGGCCGCATCGGCGCAGGACAATGCCTGGGATTGGCGAGTCAGCATCGCAGACGTTTCCAAAGCGGGCGAGTTCTCAACGTTCCCGGGGATGGAACGCGTCATCACCATCATCGACGGCGAACTGCTCCTCCTTACAGTGGACGGCTCCGAGCACCCGTTGGAAAAGTATCGCCCCTTCCGCTTCTCGGGAGAAGCCGCATCGTCAGCCACTCTCCCAACCGGCGACATCCGGGACTTGAACGTCATCGCACGCGAAGGCGCTTTCAAGGGCTACACCTCCATAGTCGAGATCTCCAAGAAACGTCCTCACCCGGTTTTCGAGGGCCAGCTGGCCATCCTGCTCGAGGGTAAGGCCACAGTTGCGCCCGGCGCGCCTATGGATGAATCGGGCGTGGAAGAAGAGCCTGCTGTGGAGGAAGAGTCCGACGGCGGCGGCCCGGCACCCAGCGCCGGCGAACCGGTCGAATTGTCCCGCTACGACGCCGTGGTTGGTTCGGATACCCGCAGCCCGGAGATCTCAGGACGCGGCTTCGTGGCAGTGATCTCGATCGACCATCTGGAGCCGTCGCACGCTTGA MEIIRFADIRPEPWRNGGGVTRELASHPKAASAQDNAWDWRVSIADVSKAGEFSTFPGMERVITIIDGELLLLTVDGSEHPLEKYRPFRFSGEAASSATLPTGDIRDLNVIAREGAFKGYTSIVEISKKRPHPVFEGQLAILLEGKATVAPGAPMDESGVEEEPAVEEESDGGGPAPSAGEPVELSRYDAVVGSDTRSPEISGRGFVAVISIDHLEPSHA PGPT0020255_96 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MAINTENANCE CE-BACTERIAL_FITNESS-HISTIDINE_REPLETION_RELATED_FITNESS,PGPT0020255-hutD|ves-K09975 NA NA D3-18_00648 597 trpF COG0135 N-(5'-phosphoribosyl)anthranilate isomerase ATGTTCGTCAAAGTGTGCGGCTTGAGCACGCCGGAATCCGTGCGTGAAGCGGTCGACGCCGGCGCAGACGCGGTCGGCTTCGTGCTCACCGCCAGCCCCCGCGAAGTCAGCCCGGACCAAGTGCGCATTCTGCTGCCGTTGGTTCCGGAGGGTCTTCACGCTGTGGGTGTTTTCCGGCACGAGGATGCCGCTGGCGCAGTGGCAACGGCTCGTGCTGCCGGACTCAAGTGGGTGCAATTGCACGGCCACCGCACGGCCGCCGACGTCAAAACAGTGCACGACGCCGGGATGCGGCTCATCCGGGCGGTCACCATGGGTGCCTCCCAGGACGAGTTCGCGGACCTGGGCGAAGAAATTTTCCTGATCGATGCTGCGGTGCCAGGCTCAGGTGAGTCCTGGGACTACGCGTCCGTGCGGGCAAAGGGGCTCGATAACCGGGAGTGGCTGCTTGCCGGGGGACTCGAATCCGGCAACGTGGCTTTCGCGGCGGCTGCTGCAGGCGCTTGGGGAGTGGACGTTTCCTCCGGCGTAGAGGCATCTCGGGGAGTGAAGGATTTGGCGAAGATCCGCGCTTTCCTCGAAGCTGCCAAAGCCTAA MFVKVCGLSTPESVREAVDAGADAVGFVLTASPREVSPDQVRILLPLVPEGLHAVGVFRHEDAAGAVATARAAGLKWVQLHGHRTAADVKTVHDAGMRLIRAVTMGASQDEFADLGEEIFLIDAAVPGSGESWDYASVRAKGLDNREWLLAGGLESGNVAFAAAAAGAWGVDVSSGVEASRGVKDLAKIRAFLEAAKA PGPT0007115_3266 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 D3-18_00649 453 hypothetical protein ATGAGTACGGAACAGCACACCCTGACCATGAGCCGCGAGTTTGATGCTCCCCGCGAGAAGGTTTTTGAAGCCTGGATGGAGCCGGACAAGCTGACGCAGTGGTTCGGGCCCGTGGAGGTGGAAGCTCCCCGCGACCAGATCATCGTTGAGCCCCGCGTTGGTGGCATCTGGCAGGTGGTCATGGTGTGGTCGGACGAGAACGGTGAGCAGTCGGCCCCCATTGAAGCCACCATCACCGAGCTGAAGAGCCCGGCTCTTTTGGTTGCCCAGGCCAAAGCTGCTCCTGACGCTGACCACGAGTACGAGGAAATGCACCTCGAGTTTGAGGACCTCAACGGCCGAACCCGGATGAATCTTAGGCAGGGTCCGTTCGCTTCCGAGGAATGGGTTGAGATGACCCGCGACGGCTGGGGTACCTCGTTCGACAAGCTGGACGGGATCCTGGCCGGTTGA MSTEQHTLTMSREFDAPREKVFEAWMEPDKLTQWFGPVEVEAPRDQIIVEPRVGGIWQVVMVWSDENGEQSAPIEATITELKSPALLVAQAKAAPDADHEYEEMHLEFEDLNGRTRMNLRQGPFASEEWVEMTRDGWGTSFDKLDGILAG NA NA NA NA NA D3-18_00650 402 yccF COG3304 Inner membrane protein YccF ATGAAAACGCTCCTTAACATCATCTGGCTTGTCTTCGGTGGGTTCTGGCTGGCCTTGGGTTACTTCGCGGCAGGCATCATTTGCTGCGTGCTCATCGTCACCATCCCGTGGGGCATCGCTTCGTTCCGGATCGGTGCGTACTGCCTGTGGCCCTTCGGCCAGATGGTGGTTGAGAAGCCGGGCGGTGCCGGGGTGTTCGCGCTCCTCGGCAACGTGATCTGGCTTCTGGTTGCCGGCATCTGGATCGCGATCGGTCACGTGGTCACGGCAGTAGCCATGGCCATCACCATCATCGGAATCCCGCTGGCCATCGCCAACTTGAAGCTGATTCCGGTATCGCTGATGCCCCTCGGTAAGCAGATTGTGCCCACAAACCAGCCGTTCGTCAGCACGTACCGCTAG MKTLLNIIWLVFGGFWLALGYFAAGIICCVLIVTIPWGIASFRIGAYCLWPFGQMVVEKPGGAGVFALLGNVIWLLVAGIWIAIGHVVTAVAMAITIIGIPLAIANLKLIPVSLMPLGKQIVPTNQPFVSTYR NA NA NA NA NA D3-18_00651 912 hypothetical protein ATGGCCGGCAACTGGGAAGGATCACATGGGTACACTTTGGCAATGGCCATCTACGTAGATCCGCCCCTTTGGCCAGCGCACGGAACCGTCTTTTCGCACCTTGTATCGGATACCTCGCTGGATGAGCTGCACGCGTTCGCGGCAGCTTCCGGTGTTCCCGAGCGGGCCTTTGACGGAGATCATTATGATGTCCCTGAACGCCGCTATGACGACCTCGTTTCCGCGGGTGCCATCCCTGTGGAGGCCCGTATCCTGGTCCGCAAGCTCATTGCCAGCGGATTGCGCATCCCGGCTCGTGAACGGAGCAAGGCATTGACAATACCTTTGATGGAACGTTGGAACAGCAGCTACCCAGGCCACGAAGAGCTGGGCCTTGAACTGCTGGAACGCTGGGGCGAGGACAGCAGGAAGTACCATAGCCGGACACACCTCCTGGCAGTCCTTGAAGCCTTGGACGTGCTGACGGAACCCGAACAGCCTGCGCGAACCGTCTTGCTGGCAGCATGGTTCCACGATGCCGTCTATGAAGGAGTTGCGGGACAGGACGAAGAAGAGTCCGCCCGCTTGGCCGAGGACCGGCTCACGGCCGCAGGGCTTGCTCCCCACGAGGTGGCGGAGGTGGCGCGCCTGGTCCGCCTCACGGCTTCGCACAGTCCAAAGACGGGTGACTATGCCGGCGCACTTCTCTGCGACGCCGACCTCTCAGTGCTTGGCGGCGATCCGCAGTCCTATGCTCGCTACCTGGCCGCCGTCCGCGAAGACTACGCCCACGTCAGCGACGACGACTTCGCGAAGGGTCGCGCCGCCGTCGTGCGTCATCTCCTGAGGCTGGACCCGCTGTTCCATGGCGAACGCGCCAAGGCACTCTGGTTGGACGCTGCGCGCCGAAACCTCGCCAGCGAGCTTGCGTGA MAGNWEGSHGYTLAMAIYVDPPLWPAHGTVFSHLVSDTSLDELHAFAAASGVPERAFDGDHYDVPERRYDDLVSAGAIPVEARILVRKLIASGLRIPARERSKALTIPLMERWNSSYPGHEELGLELLERWGEDSRKYHSRTHLLAVLEALDVLTEPEQPARTVLLAAWFHDAVYEGVAGQDEEESARLAEDRLTAAGLAPHEVAEVARLVRLTASHSPKTGDYAGALLCDADLSVLGGDPQSYARYLAAVREDYAHVSDDDFAKGRAAVVRHLLRLDPLFHGERAKALWLDAARRNLASELA NA NA NA NA NA D3-18_00652 1335 6-hydroxy-D-nicotine oxidase ATGGAATGGATTCGTCCGGACAGCCCGGACTATGACCAAGCCCGAAAACTCTTCAATGCGATGATCGACCGCAAGCCGGCTGTCATCGCCAAATGCTCTGATCCCAGCGAAGTGGCTGAAGCGCTGAGCTATGCGCACAACCACAATTTGGACGTCGCCGTGCGCTCGGGCGGGCACTCGGTGGCGGGCATGTCCACCAATGACGACGGCTTGGTAATTGACGTCCGCCCCATGAAATCCATCAGCGTGGACCGCGGGATGAAGACCGCCACAGCGGGCGCCGGTCTGACCTGGGGCGAGTTCGATCGCGCAACCCAGCAGTACGGGCTGGCTGTTACAGGCGGGCGCGCGTCCACCACGGGAGTCTCGGGATTCACGTTGGGCGGTGGTTCTGGATGGCTGGAGCGCTCGTACGGATTCGCGTGCGACAACCTGCTCTCTGTCGACCTGGTCACGGCCTCCGGGGAACGGGTTACCGCCAGTCCCGGCGAAAACCCCGAGTTGTTCTGGGCCCTCCACGGAGGGGGCGGTAACTTCGGTGTGGCTACGTCCTTGACGTTCAAGCTGCACGACCTGGGGCCCACCGTGATGGCCGGCCTCATGTTGTTCCCAGGGGAGGACGCCAAGGATTTGTCGCGCGCCTTCCGGGGGCTTGCGTTGGAGGCGCCCGACGCCGTGGGGACAGCTCTCGTGTACCTCACCGCCCCGCCGGAAGAGTTCGTCCCGGAAGAGATAGTGGGCAAGCTCGCCGTCGGAATGGCTTACATCTACGCGGGTGATGTGGAGGCCGGCGAGGAGCACGTCAAAGCGTTCAAGGACCTCGGACCCGCGGTGGACCTGGTATCGCCCATGCAATATGCGGACTTCCAATGCATGATCGACGACCCTCCGGACCACTACAACTACTGGAGCGCGGACTACCATAACGAGCTCAGTGACGCCGCCCTGGATCTCCTGGTGGACTCGGCGCAACGCCTGCCTGGCCCACAATCCCAGCAGTTGGTGGCACGTTGGGGTGGAGCAGTTTCCGGTCCTGCCGCCGCGAACACGCCCTTGCAGCACCGCGGAGCCTCATGGGTCAGCCACCCGTTCGGCCTATCCGCAACACCGGAGGGCGGGCAGGAGGCAAAAGCCTGGGTCAAACAGTTCCGGCAGGACATTGCCCCGCACACCACGGGCGGGGTGTGGCTGAACTTCATTGGTGACGAAGGGCAGGACCGGATCATGGCGGCTTATGGCGAGCAGAACTACCGGCGCCTGTCCTTGGTGAAGCGCGAATTCGATCCCGACAACGTGTTCCGCGGCAACCAGAACATCCTGCCCGCCCAGCACTGA MEWIRPDSPDYDQARKLFNAMIDRKPAVIAKCSDPSEVAEALSYAHNHNLDVAVRSGGHSVAGMSTNDDGLVIDVRPMKSISVDRGMKTATAGAGLTWGEFDRATQQYGLAVTGGRASTTGVSGFTLGGGSGWLERSYGFACDNLLSVDLVTASGERVTASPGENPELFWALHGGGGNFGVATSLTFKLHDLGPTVMAGLMLFPGEDAKDLSRAFRGLALEAPDAVGTALVYLTAPPEEFVPEEIVGKLAVGMAYIYAGDVEAGEEHVKAFKDLGPAVDLVSPMQYADFQCMIDDPPDHYNYWSADYHNELSDAALDLLVDSAQRLPGPQSQQLVARWGGAVSGPAAANTPLQHRGASWVSHPFGLSATPEGGQEAKAWVKQFRQDIAPHTTGGVWLNFIGDEGQDRIMAAYGEQNYRRLSLVKREFDPDNVFRGNQNILPAQH NA NA NA NA NA D3-18_00653 411 hypothetical protein ATGCCGCAAATACGAATTCCCGAGGCCGCGCGCTTCCTTGGTGTCAGCGACGACACCGTGAGGCGATGGACGGAAAACGGAACGCTTACCGCCCAAAAAGACTCAGCTGGGCGCCTCGCAGTGGATGGACTGGAACTGGCCACACTTGCCCGCGACCAATCCCACCTCCCGGACGACCCCTCGCGGGCAGGAAGTTCGGCCCGCAACCGCTTCGTGGGTCTGGTCACCGGCATTACTGCGGACAAGGTCATGGCCCAAGTAGAGCTTCAGTGTGGTCCGTTTCGCGTGGTGTCGCTGATGAGCAGCGAAGCCGTCCGGGAGCTTGGGCTGGAACTCGGTTCGGTAGCCACAGCCGTGGTGAAGGCCACCACCGTCATCATCGAAACACCGCAGGGAAAGAGCATCCTATGA MPQIRIPEAARFLGVSDDTVRRWTENGTLTAQKDSAGRLAVDGLELATLARDQSHLPDDPSRAGSSARNRFVGLVTGITADKVMAQVELQCGPFRVVSLMSSEAVRELGLELGSVATAVVKATTVIIETPQGKSIL NA NA NA NA NA D3-18_00654 801 modA COG0725 Molybdate-binding protein ModA ATGAGCGTCACTCGAAAGCTTCTCGCCGCACTCCTGCTGGCCGGCGCCGTAGCTGCTGGCCTGTCAGGCTGCGCCTCCGGGACAACACGTCCGTCCACGGGCTCGGCCAGCCCCGGGTCCTCATTGTCCGGAGAGATCACTGTTTTCGCTGCAGCATCCCTGAAAACAACCTTCACGCAGCTGGCCAAAGACTTCGAAGTCCAGCACCCGGGCACCAAAGTAACTCTGAGCTTTGCAGGCTCTTCCGACCTGGTCACACAGATCACCCAGGGTGCCCCCGCAGATGTCTTCGCTTCAGCCGACACCAAAAACATGGACAAGCTCGCGGACCAGGACCTTGTGGACGGAACAGCAACCAACTTCGCCACCAATGTCCTGGAGATCGCCGTCCCGCCCGGCAACCCGGCGTCGATCTCTTCCTTCGCGGACTTGGCCAGGCCCGGCGTCAAGGTAGTGACCTGTGCCAGCCAGGTTCCCTGCGGCGCTGCAACGAAGACCATTGAAAAGGCGACAGGGACCGCGTTGAGCCCGGTCAGCGAGGAATCATCCGTGACCGATGTCCTGGGCAAAGTCACCTCGGGTGAAGCCGACGCAGGCCTGGTCTATGTATCCGACGTCAAAGCGGCCGGCGACAAGGTTAAGGGCGTCCCCTTCCCCGAGTCGGACAGGGCCGTCAACACGTACCCCATTGCCACGGTTGGTACTAGCAAGAACAAGGAACTGGCCACTGCGTTCATAGCAAACGTCACTAGTGAAGCGGGCAAGAAGGTCCTCACGGACGCCGGCTTTGGAACGCCGTAG MSVTRKLLAALLLAGAVAAGLSGCASGTTRPSTGSASPGSSLSGEITVFAAASLKTTFTQLAKDFEVQHPGTKVTLSFAGSSDLVTQITQGAPADVFASADTKNMDKLADQDLVDGTATNFATNVLEIAVPPGNPASISSFADLARPGVKVVTCASQVPCGAATKTIEKATGTALSPVSEESSVTDVLGKVTSGEADAGLVYVSDVKAAGDKVKGVPFPESDRAVNTYPIATVGTSKNKELATAFIANVTSEAGKKVLTDAGFGTP PGPT0008435_834 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008435-modA-K02020 NA NA D3-18_00655 813 hypothetical protein ATGATCAAGCGCAGCGGCTACCACGGCATTCCGCGGTGGATTTATGTTTTCGCCGCTGTGGGTGGACTTCTGATGGTGCTTCCCCTGGCGGCCATGTTGCTCCGGGTGAATTGGCCGCAGTTCATTCCACTCATCACGTCCGAGTCGTCCCTTGCCGCCCTGGGCCTGAGCCTGAGAACCTCAGCGGCCAGCACCGTCCTTTGCGTCGTCCTGGGAGTTCCGTTGGCGCTGGTGCTTGCCCGCGGCGAGTTCCCCGGGCAAAGGCTTCTCCGCTCCTTCGTCCTGCTGCCGCTGGTGCTGCCGCCCGTCGTCGGCGGTCTCGCTCTCCTGTACACTTTCGGGCGGCAGGGACTCCTGGGAAAGTCCCTTGAACTGGCCGGGATCCAGATCGCGTTCTCCACTTCGGCGGTGGTTTTGGCCCAGACTTTCGTGGCCCTGCCGTTCCTGGTGGTCAGTCTGGAAGGCGCCCTGCGATCGGCCGGAAGCAGATATGAGGCTGTCGCGTCGACCCTCGGGGCGCGGCCCACTACCGTCCTTCGTCGTGTCACGCTTCCACTCGTGCTGCCTGGGCTGGCGTCAGGTGCTGTGTTGTCGTTCGCGCGAAGCTTGGGCGAGTTCGGAGCCACCTTGACCTTTGCCGGCAGTTTGGAAGGGATCACCCGCACCCTTCCCCTCGAAATCTACTTGCAGCGTGAGGCCGATGCGGACGCCGCCGTCGCGCTTTCCTTGGTGCTGGTGGCGGTTGCCGTTGCGGTGGTTGGGCTCAGCTATGGGCGTCGGCGAAGCAGCACTCCCGTGGAGGTCCAGCCATGA MIKRSGYHGIPRWIYVFAAVGGLLMVLPLAAMLLRVNWPQFIPLITSESSLAALGLSLRTSAASTVLCVVLGVPLALVLARGEFPGQRLLRSFVLLPLVLPPVVGGLALLYTFGRQGLLGKSLELAGIQIAFSTSAVVLAQTFVALPFLVVSLEGALRSAGSRYEAVASTLGARPTTVLRRVTLPLVLPGLASGAVLSFARSLGEFGATLTFAGSLEGITRTLPLEIYLQREADADAAVALSLVLVAVAVAVVGLSYGRRRSSTPVEVQP PGPT0008440_529 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008440-modB-K02018 NA NA D3-18_00656 1074 modC COG1118 Molybdenum import ATP-binding protein ModC ATGAGCTTCGAGCTGCAGGCTAGCGTTCGAGCCCGGAACTTCGACATGTCCCTAAGCCTCGCTGAAGGTGAGACCGTGGCCATACTCGGTCCCAATGGTGCCGGGAAATCCACTATGCTGGGCGTGATCGCGGGCCTGTTGCGGCCGGATGCCGGCTCGGCACGAATCGGCGACAAGCAACTGTTCAAGCTCGACGGCGGCACCCGGCTTTGGACCCCGCCACACTTGCGGGGGACTGCGCTTCTAGCCCAGGAAGCTCTTCTGTTTCCGCATCTGAATGCCTTGGACAACGTGGCATTCGGGCCGCGTAGTGCGGGTGCTTCAAAGGCCGCCGCGCGGGAAACTGCACAGCACTGGCTGGCCCAAGTTGATGCCATGCCACTGTCTGACCGGAAACCCTCCCAGTTGTCCGGAGGGCAGGCCCAACGCGTCGCGGTGGCACGCGCCCTGGCGGCTAAGCCCGAGTTGTTGCTCCTTGACGAGCCCATGGCCGCCCTCGACATTCACGCGGCACCATTGCTCCGCCGCGTCCTCAAACGAGTCCTGTTGGACCGCAAAGCCATCATCGTCACGCACGACATCCTGGACGCCTACATGCTGGCCGACCGAGTCATTGTGGTGGAGAAGGGACGGATCGCGGAAGAAGGACCCACCCGTCAGGTCCTTGAAAGACCACGAAGCCACTTTGCCGCAGGCCTCGCCGGCCTCAATCTCGTCGCCGGGACTATTGCCTCCGAGGGAATTACGACGCCGGATGGCCGGGTTTTCGTCGGCCAGCATGATCCTGACTGGTCACCAGTGCCTGGCCAGGCGGGCGTGGCCGCGTTCCCGCCGTCGAGCGTCTCCGTCTTCCTGGGCGACGTTCACGGAAGTCCCCGTAATTCCTTCCCGGTGACCATCACGGACCTTGAACCGTACGGGGACCAGATCCGCGTCCGCGCCAGCGGGGTGCAATCGGCGCAAGCGTTGTCAGCCGACATCACGCCCGCGGCATCAGCCGATCTCGGCCTGGTACCGGGCATGGAAGTCAGGTTTGTGGTCAAGTCTGCGCTGGTATCGGTCTACCCGGCCTGA MSFELQASVRARNFDMSLSLAEGETVAILGPNGAGKSTMLGVIAGLLRPDAGSARIGDKQLFKLDGGTRLWTPPHLRGTALLAQEALLFPHLNALDNVAFGPRSAGASKAAARETAQHWLAQVDAMPLSDRKPSQLSGGQAQRVAVARALAAKPELLLLDEPMAALDIHAAPLLRRVLKRVLLDRKAIIVTHDILDAYMLADRVIVVEKGRIAEEGPTRQVLERPRSHFAAGLAGLNLVAGTIASEGITTPDGRVFVGQHDPDWSPVPGQAGVAAFPPSSVSVFLGDVHGSPRNSFPVTITDLEPYGDQIRVRASGVQSAQALSADITPAASADLGLVPGMEVRFVVKSALVSVYPA PGPT0008445_1432 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_TRANSPORT,PGPT0008445-modC-K02017 NA NA D3-18_00657 336 hypothetical protein ATGACAAAATACGTGGTGCTCTACACAGCTCCGCAATCCGCGGAATCTGCGATGCAGGACGCCTCTCCCGAGTCGGCGGCAGAGGGCATGAAAGTGTGGATGGACTGGGCTGCCAAAGCGGGTGACGGCATCGTCGACCTCGGCACTCCCCTTGGCGGCGGCAAAGAGGTGGGTAGCTTGGGCGTTACCGATGCCACCAGCGGCGTGGCCGGTTACACCATCCTTCAGGCCGAAAGCATGGACGGCGCGCTCGAACTCCTCCAAGGACATCCGCACCTGATGATGCCGGGTGCATCCATTCAGGTTTACGAGGCATTGGACATGCCCGGCATGTAA MTKYVVLYTAPQSAESAMQDASPESAAEGMKVWMDWAAKAGDGIVDLGTPLGGGKEVGSLGVTDATSGVAGYTILQAESMDGALELLQGHPHLMMPGASIQVYEALDMPGM NA NA NA NA NA D3-18_00658 2844 clpB COG0542 Chaperone protein ClpB ATGGCGGGGGAGGTCCCGCCCGGTCACAGCCTGATGGTAGACCTCCGTTATGCACATAGCCACGGTTTTGTCTGGACAGTGGTTTCGCCCTCGGCAAACATGGAACCCAGAGAGTCCAAAAGCAAAGTTGAGCGTAGTAGACTCAACTTTGTAATCATAGGTATCACTCCAGAAAGGGAGCACTCTTTGGACGTCAAATTCACCACCAAAAGCCAGGAGGCCCTTTCTGCGGCCGCCATGAATGCTTCGACTGCCGGCAACCCGCAGCTTGAGCCCGCACATCTGCTGAAAGCCCTCATGGACCAGCGCGAAGGCGTTGCTGTTGCACTGTTGCGTGCCACCGGTGCGGACCCTGACGCCGTGAGCGTTCAAGCCAGCTCAGCCATCAAATCGCTGCCATCGTCCTCGGGGAGTTCGGTCCAGCAGGCGCAGTTGTCACGCCAGTCCATGCAGGCCATCCAGGCTGCCCAAAATGAGGCCGACAAACTTGGCGATTCCTTCGTTTCCACGGAGCACCTGCTGCTCGGGCTCTCGGCCGGCAGCGACGCCGTGGGTAAGTTAATGCGCGACGCCGGCGCCTCCCACGAAGCGCTGCTCGCCGCCCTGCCGGGTGTCCGGGGGGACAGGAACGTCAACTCGCCGGATCCGGAAAACACCTTCCAAGCCCTGGAGAAGTTCGGTACGGACCTCACTGCCGTGGCCCGCTCAGGCAAACTGGATCCCGTTATCGGTCGCGACAGCGAGATCCGACGCGTCGTGCAGGTCCTGAGCCGCCGCACCAAGAACAACCCCGTGCTGATTGGTGAGCCCGGCGTTGGCAAGACAGCCGTCGTCGAAGGCCTCGCGCAGCGCATGGTGGCCGGCGACGTCCCGGAAAGTCTGCGGGGGAAAACGCTCATCGCCCTGGACCTCGCGTCCATGGTGGCCGGTGCAAAGTACCGCGGCGAGTTCGAGGAACGCCTGAAGGCTGTGCTGGAGGAAATCAAGAACTCCAACGGGCAGATCGTCACGTTCATCGATGAAATCCACACAGTTGTGGGTGCCGGCGCCACGGGTGAAAGCGCCATGGATGCAGGAAACATGCTCAAGCCCATGCTGGCCCGCGGTGAGCTGCGCCTGATTGGTGCCACCACCTTGGACGAGTACCGCGAGAACATTGAAAAGGACCCTGCGCTGGAACGCCGTTTCCAGCAGGTGTATGTTGGCGAACCCAGCGTCGAGGACACCATTGGTATCCTGCGTGGCCTGAAGGAACGTTACGAGGCACATCACAAGGTAGCCATCGCGGACTCTGCTCTGGTTGCAGCCGCAACGCTGTCCAACCGGTACATCTCGGGACGCCAGCTTCCTGACAAGGCAATCGACCTCGTGGACGAGGCCGCGTCCCGGCTGCGCATGGAGATCGATTCCGCGCCGGAAGAAATTGACCAGCTCCGCCGCGCCGTGGACCGGCTGACCATGGAGGAGCTGGCCCTGCAAGGGGAAACCGATCCTGCTTCGGTGGAGCGGTTGGCTGCGATCCGAGCGGACAAAGCCGATAAGAATGAAGAGCTCAGCGCTTTGAACGCGCGCTGGGAAGCCGAGAAAGCCGGACTCAACCGGGTGGGTGATCTCAAAGCGAAAATCGACGAACTACGCTCCGCAGCGGACAAGTCCCAACGCGAGGGCGACCTGGAATCGGCGTCGCGGATACTCTACGGCGAACTGCCTGCCTTGGAACGCGAACTGAGCGCCGCTGCCGAGGAAGAGTCCGCCCGGAGCGATTCGAAACCGGAACTGATGGTTGCCGAGGACGTAACTGCGGACGACATCGCGGAAGTCATTTCAGCTTGGACGGGGATCCCGGCCGGCCGCATGCTCCAAGGCGAGTCGCAGAAACTGCTGCACATGGAAGAGGAGCTCGGCAAGCGCCTCATCGGGCAGACCAAAGCTGTCCAGGCTGTGTCAGACGCCGTGCGGCGTGCCCGTGCCGGAATCAGTGACCCCAACCGCCCCACGGGTTCGTTCCTGTTCCTGGGTCCAACGGGCGTCGGCAAGACGGAACTGGCCAAGGCCTTGGCAGACTTCCTTTTCGACGACGAACGCGCCATGATCCGGATCGATATGTCCGAGTACAGCGAGAAGCACTCGGTTGCCCGCTTGGTGGGTGCCCCTCCGGGATACGTCGGCTACGAAGAAGGCGGCCAACTCACAGAGGCTGTCCGTCGCAGGCCCTACTCCGTGGTGCTGCTGGACGAAGTGGAGAAGGCGCACCCGGAGGTCTTCGACATCCTCCTGCAGGTTCTCGACGACGGCCGCCTCACCGACGGTCAGGGCCGAACCGTGGACTTCCGCAACACCATCCTGGTGCTGACCTCCAACTCCGGAAGCCAGTTCCTTGTGGACCAGTCACTGGATGCAAGGGCCAAGCGGGACGCTGTCATGGCCGTGGTCCAGGCATCGTTCAAGCCCGAGTTCCTGAACAGGCTGGACGAGATCGTCCTCTTCGACCCGCTGACCGTTGAGGAACTTGCCCGGATCGTGGAGCTGCACGTCGCCGAGCTGAGCAACCGGCTCCGCGATCGACGCCTGAGCCTTGAGGTAACTGATGGGGCACGCGCATGGTTGGCCATGTCCGGCTTTGATCCCGCCTACGGTGCGCGACCACTTCGCCGGCTCGTTCAGCGCGAGATCGGCGACCGTCTGGCCAAGGAGATCCTGGCCGGCGAGATCGTGGACGGCGACACCGTACTGGTGGACACCTCGGCGGACGTTGACGAGCTCACCATTGAAGGGCTGGAGGCAATGTCAGGTCCCGACGGCGGCACTCCCGTAGGTACGGGCCTGACGGTTCGTCGGAAGTAG MAGEVPPGHSLMVDLRYAHSHGFVWTVVSPSANMEPRESKSKVERSRLNFVIIGITPEREHSLDVKFTTKSQEALSAAAMNASTAGNPQLEPAHLLKALMDQREGVAVALLRATGADPDAVSVQASSAIKSLPSSSGSSVQQAQLSRQSMQAIQAAQNEADKLGDSFVSTEHLLLGLSAGSDAVGKLMRDAGASHEALLAALPGVRGDRNVNSPDPENTFQALEKFGTDLTAVARSGKLDPVIGRDSEIRRVVQVLSRRTKNNPVLIGEPGVGKTAVVEGLAQRMVAGDVPESLRGKTLIALDLASMVAGAKYRGEFEERLKAVLEEIKNSNGQIVTFIDEIHTVVGAGATGESAMDAGNMLKPMLARGELRLIGATTLDEYRENIEKDPALERRFQQVYVGEPSVEDTIGILRGLKERYEAHHKVAIADSALVAAATLSNRYISGRQLPDKAIDLVDEAASRLRMEIDSAPEEIDQLRRAVDRLTMEELALQGETDPASVERLAAIRADKADKNEELSALNARWEAEKAGLNRVGDLKAKIDELRSAADKSQREGDLESASRILYGELPALERELSAAAEEESARSDSKPELMVAEDVTADDIAEVISAWTGIPAGRMLQGESQKLLHMEEELGKRLIGQTKAVQAVSDAVRRARAGISDPNRPTGSFLFLGPTGVGKTELAKALADFLFDDERAMIRIDMSEYSEKHSVARLVGAPPGYVGYEEGGQLTEAVRRRPYSVVLLDEVEKAHPEVFDILLQVLDDGRLTDGQGRTVDFRNTILVLTSNSGSQFLVDQSLDARAKRDAVMAVVQASFKPEFLNRLDEIVLFDPLTVEELARIVELHVAELSNRLRDRRLSLEVTDGARAWLAMSGFDPAYGARPLRRLVQREIGDRLAKEILAGEIVDGDTVLVDTSADVDELTIEGLEAMSGPDGGTPVGTGLTVRRK PGPT0014580_799 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014580-clpB-K03695 NA NA D3-18_00659 1086 hypothetical protein ATGTTTGGTCAATTTGTCGTATGTCTAGATTACATGCTTTCGGGGGTGCCCGCGCGCCACCACCACCCCGCGTCCGAGACGACTACGGTTGAAACCACGCCGTTACACCTCCAAGAGAAGCGAAAATTGGGTAGAGTCTGCCTCAATGCGGCTCCACAGCAGGAAGGCACACCCGGGAATATGAGCCAGGACAACACTTCACCCCGTGACGGTTCACGACGCGAACAAGGCGAGGATGGAGTGCCCCCTGCGCCCCGAACGCCGCCTTCACCGGGCCAGCAACCGCCATCCGATCCCTGGGCACCACCCTCGGGCCAGCAACCGGATCCCGCACCCGAGCTCGATCCTGACTTTGTTCCCAATCCGGCAGACCAGCGCGATCCAGCGTTGCCACCCAAGGATTCCCAGCCAACTGGGGATTCAGCGGCACCCGAAAATGCCAACGCGCCTGTCTACGCCAATGCGCCTGTTTACGCGGGGCAGCAGCCCTACGCCGGTCAACAGCCCTACGCGGGTCAGGAATGGCGGCCGGAGCCCCAGAGAGATCAAGGCACGCACGGACAGCCGGAACCTCACGGGGATCCGGTCAAGCGGCAGCGATTGGTTATTGGTGGAATCGTTGTTGGCGTCCTCATACTCATTGGCGTTGTCATTTGGGTCTTGCTCAACTTGCTGGGCAGCCGTCCCGAAGCAGCCGTGTCCACGCCCAGCGCGGCTCCGACTGCCGGCCCACTCCCCCGCGATGCAGAGGCCAAGGATTTCCAGGTGGGCGACTGCTTTGCCGACTTCGATGCCAACGCCTCAAAAGCCAGGGCCGTAGCCTGCGACACCGAGCACTCGGCCCAGCTCGGAGCCGTCCACACATACGGTGCCGACGAGTCCTTCCCCGGCACGAACGCCCTGAGGGACAAAGGACGCGAGGTTTGCAAGGACGTGAAGCTCAACGCAGCGGCCGACAATTACGTGCTGCTTCAGCAGAACGTGTACCCGAGCACCACCAGTTGGGATCGGGGCGACCGCCGCGTTGATTGCTTCATCGTGGTTGATTCCGGCAACACCATCACCGAAGATCTCCTCGCGAAGTAG MFGQFVVCLDYMLSGVPARHHHPASETTTVETTPLHLQEKRKLGRVCLNAAPQQEGTPGNMSQDNTSPRDGSRREQGEDGVPPAPRTPPSPGQQPPSDPWAPPSGQQPDPAPELDPDFVPNPADQRDPALPPKDSQPTGDSAAPENANAPVYANAPVYAGQQPYAGQQPYAGQEWRPEPQRDQGTHGQPEPHGDPVKRQRLVIGGIVVGVLILIGVVIWVLLNLLGSRPEAAVSTPSAAPTAGPLPRDAEAKDFQVGDCFADFDANASKARAVACDTEHSAQLGAVHTYGADESFPGTNALRDKGREVCKDVKLNAAADNYVLLQQNVYPSTTSWDRGDRRVDCFIVVDSGNTITEDLLAK NA NA NA NA NA D3-18_00660 225 hypothetical protein ATGGGGCGCGGCCGTCAAAAGGCAAAAGCTACCAAGCAGGCTCGGGATATTAAGTACTATTCCCCGAACACTGACTATTCGGCACTTGAGCGGGAGCTCACGGGTCCGTCCAGTCGTGTCAAGAGCCACTTCCCCGACGATCCCCCGGAGCCGGACTATTCGGCCTACGAGGACAAGTACGCGGAAGATGACGACGACGAGGTAGACACCCGTCGGATCGGATAG MGRGRQKAKATKQARDIKYYSPNTDYSALERELTGPSSRVKSHFPDDPPEPDYSAYEDKYAEDDDDEVDTRRIG NA NA NA NA NA D3-18_00661 783 COG3324 Putative glyoxylase CFP32 ATGCCGGAGGTCGAGAGTTATCAGCAGGGAACACCGTGTTGGGTGGACCTGTCCTCCACCGACATTGAAGTTTCCAAAAAGTTCTACAGCGACCTCTTCGGGTGGGAGTTGGATGCCATGGATGCGGGAAATGGCATGACCTATTACATGGCCAAACTCAAAGGGCGCTACGTCGCCGGGATGATGCAGCAACTGCCCGATGCTCCTGAGGGAATGCCGTCCTATTGGGCGAACTATCTTGCCGTTGATTCCGCTGACGAGGCCGCCCAGCGAGTGGAAGCCGCCGGCGGAACCCTGCTTTTCCCTCCAGACACGGTTCCCAATGGCAGCGGACGTATGTTCTTCGCCACAGACCCGACGGGTGCTCAGATCGGCTTTTGGGAAGCCGGCAACCATCCGGGTTCAGGACTGGTCAACGAGCCTGGAACCATGATTTGGAATGAATTGCAGACGGACGACGTCGGCAAGGCCGTTGCGTTCTACGAGGCTGTGACAGGTTGCACCAGCGAGACTACGCCGGCCGGAGACCTGCAGGAGTACACGAGCCTGCTGGTGGATGGAAAGCGAATCGCAGGTGCGCTCAAGTTGCCTATCGAAGGACTGTCACCGTTCTGGATGACGTACTTCAATGTGGTGGACATTGATGACACGGTGAAGCAAGCTGTTGAGCTGGGCAGCCACATCATTGCGCCGGCTTTCGATGTGCCGGGAGTCGGGCGAATGGCAGTTCTCATGGACCCAGCCGGAGCAGCGTTCAGCATCATGACAGGCTTGGCAGCATGA MPEVESYQQGTPCWVDLSSTDIEVSKKFYSDLFGWELDAMDAGNGMTYYMAKLKGRYVAGMMQQLPDAPEGMPSYWANYLAVDSADEAAQRVEAAGGTLLFPPDTVPNGSGRMFFATDPTGAQIGFWEAGNHPGSGLVNEPGTMIWNELQTDDVGKAVAFYEAVTGCTSETTPAGDLQEYTSLLVDGKRIAGALKLPIEGLSPFWMTYFNVVDIDDTVKQAVELGSHIIAPAFDVPGVGRMAVLMDPAGAAFSIMTGLAA NA NA NA NA NA D3-18_00662 600 COG3324 Putative glyoxylase CFP32 GTGGCTGTGATCGCCCCGCAGAACCCCATGCAGGAGGCTGCCGGAACGCGTGGCCAGTGGAACGTCTACATCTCGGCCACTGACACGGAGGAAATCGCGGAGGACGCGGTCCACGCGGGAGGGCAACTCCAGTTTGGCCCCGAGGCTGTCGCCGACACGGGAGTCTTGGCGTTCATCCAGCCTCCGGGCGGCGGCACCACGGGCATCTGGCAGGCCGGCACTCATGTGGGCAGTCACTTGTTCAACGAGCCGGGGGCATTGGCCTGGGCGGAATTGCTGACGCCCGAGCCACAAGCCGCCGTCGCCTTCTTCCAGCAGCTTTTCGGGCATGAGGTCACCGAATATCCGCAGGACGACGGCGGCAGCTACAGCACGCTGATGGTCAAGGGTGACGAAGTGGCTGGCATAGTTCCTGCCGATGAAGGCGACGAGGCCGGCTGGCAGATCTACTTCGGCGTAGCGGATCTGCGAAAAGCAGCGGAAGCAGCCGCCGCTGCCGGGGGAGAGCTCCTCGTGGAACCGGAGGACAAACCCGAAACAGGGTCCCTTGCCACCATTCAGGACCCGCAGGGCGGCGTCCTTAGCCTGATCCAGGTCTAG MAVIAPQNPMQEAAGTRGQWNVYISATDTEEIAEDAVHAGGQLQFGPEAVADTGVLAFIQPPGGGTTGIWQAGTHVGSHLFNEPGALAWAELLTPEPQAAVAFFQQLFGHEVTEYPQDDGGSYSTLMVKGDEVAGIVPADEGDEAGWQIYFGVADLRKAAEAAAAAGGELLVEPEDKPETGSLATIQDPQGGVLSLIQV NA NA NA NA NA D3-18_00663 1149 purM COG0150 Phosphoribosylformylglycinamidine cyclo-ligase ATGAGCTCCGCAACACCCGCCGCTGAGAATAACTCCGGTATCACCTACGCCTCCGCGGGTGTCGACGTCGAAGCGGGAGACCGCGCAGTCGAACTCATGAAGGGAGCCATCAAGGCGACCCATAACTCTTCGGTGATTGGCGGCGTCGGCGGTTTCGCTGGCCTGTACGACGTCTCCCAGCTGCTGAGCTACAAGAAGCCCCTGCTGGCGACGTCCACTGACGGTGTTGGCACCAAGGTGGCTATCGCTCAGGCCATGGACATCCACGACACCATCGGTTTTGACCTGGTGGGCATGGTGGTGGACGACATCGTTGTGGTGGGTGCCGAACCCCTCTACATGACCGACTACATCGCTTGCGGCAAGGTTGTCCCGGAGCGCATCGCGGACATCGTCCGCGGTATCGCGGCTGCGTGTTCCGTTGCCGGCACCGCCTTGGTGGGTGGCGAAACCGCTGAGCACCCGGGTCTCCTGGGTGAGCACGAGTACGACGTCGCGGGTGCCGCAACAGGCATCGTCGAAGCAGACGCCCTGCTCGGCCCGGACCGCGTCCGCGCTGGCGACGTCGTCATCGGCATGGCGTCCTCCGGCCTGCACTCCAACGGCTACTCCCTGGTCCGCCGCGTCATCAACCACGCCGGCTGGGCACTGGACCGCCAGGTCTCCGAACTCGGCCGCACGCTGGGCGAAGAACTCCTGGAGCCCACGCGCGTTTACGCCGCTGACTGCCTTGACCTCGCCCGCACCTTCCCTGTCACGGGCGGCGCAGCAGTGCACGGTTTCAGCCACGTCACCGGTGGCGGCCTCGCTGCCAACCTGGCCCGTGTCCTCCCGCAGGGCCTCGTAGCCACGGTGGACCGCAACACCTGGGAATTGCCCGCGATCTTCAAGCTGGTTTCCGAGCTCGGCAACGTTCCCCTGGCCGACTTGGAGCGCACGCTGAACCTTGGCGTGGGCATGGTTGCCATTGTTTCCGCCGAAGCAGCCGACGCTGCAGTGGCCCGCCTCAATGACCGCGGCCTGCCGTCCTGGGTCATGGGTACCGTTTCTGCTGACAGCGACTCGATCGACAAGACCGGCCCGGACTACGTCCAAGGTGCCAAGGGCGTCGACGGCGGCGCTGTCCGTTTGGTGAATGCCTACGCCTAA MSSATPAAENNSGITYASAGVDVEAGDRAVELMKGAIKATHNSSVIGGVGGFAGLYDVSQLLSYKKPLLATSTDGVGTKVAIAQAMDIHDTIGFDLVGMVVDDIVVVGAEPLYMTDYIACGKVVPERIADIVRGIAAACSVAGTALVGGETAEHPGLLGEHEYDVAGAATGIVEADALLGPDRVRAGDVVIGMASSGLHSNGYSLVRRVINHAGWALDRQVSELGRTLGEELLEPTRVYAADCLDLARTFPVTGGAAVHGFSHVTGGGLAANLARVLPQGLVATVDRNTWELPAIFKLVSELGNVPLADLERTLNLGVGMVAIVSAEAADAAVARLNDRGLPSWVMGTVSADSDSIDKTGPDYVQGAKGVDGGAVRLVNAYA PGPT0021570_508 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021570-purM-K01933 NA NA D3-18_00664 1632 purF COG0034 Amidophosphoribosyltransferase GTGGCACGTGGCGACGGAAAACTTTCTCATGATCTTCTCCCCGGCGAAAAAGGCCCTCAGGACGCTTGTGGCGTCTTTGGGGTTTGGGCTCCCGGTGAAGAAGTAGCAAAACTCACCTATTACGGGCTGTATGCGCTGCAGCACCGCGGACAAGAATCGGCTGGTATCGCTACCAGTGACGGCAAGCGCATCAATGTCTATAAGGACATGGGCCTTGTGTCCCAGGTCTTCGATGAGACAACCCTGAACACCCTTACCGGGCACCTGGCCGTTGGCCACTGCCGGTATTCCACCACCGGTGCAAGCCACTGGGCCAACGCGCAGCCAACCCTGGGTGCGACAGCAACCGGCACGGTTGCCTTGGCTCACAACGGCAACCTGACCAACACCGCTGAGCTTCGGGAAATGATCCTTGAGCGCAACGACGGCCAGCTGACCGGTGAGATGAAGCAGGGCAATACCTCGGACACCGCACTGGTGACCGCTCTCCTCGAGGGCGAAGAGGGCAAGACCCTGGAACAGACCGCCCTGGAGCTCCTGCCCAAGATCAAGGGTGGCTTCTGCTTCGTCTTCATGGATGAAGGAACCCTCTACGCAGCCCGCGATACTTACGGCATCCGTCCGCTGTGCTTGGGCCGCCTGGAGCGCGGCTGGGTTGTCGCCTCCGAGCAGGCTGGTCTGGCCACCGTTGGTGCGAGCTTCATCCGTGAAATCGAGCCCGGCGAGTTCATCGCCATCGACGAGGACGGCGTCCGTTCGCAGCGCTTCGCCGAGGCAACCCCCGCCGGCTGTGTCTTCGAATACGTCTACCTCGCCCGCCCGGATGCTGCCATCGCCGGCCGCTCCGTATACGAGGCCCGCGTGGAAATGGGCCGCCAGCTGGCCCGCGAAAACACCCACGAGGCAGACCTTGTTATCCCGGTGCCCGAGTCAGGCACACCCGCCGCTGTGGGCTACGCAGAGCAGTCCGGCATTCCGTTTGCGCACGGCTTCGTCAAGAACGCCTACGTGGGCCGCACATTCATCCAGCCGTCGCAGACCCTGCGCCAGCTGGGTATCCGTCTCAAGCTCAACGCCTTGGAATCCGTGATCCGTGGCAAGCGGATTGTGGTGGTGGATGACTCGATCGTCCGCGGCAACACCCAGCGGGCCATCGTTCGGATGCTCCGCGAAGCCGGTGCCGCCGCTGTGCACGTCAAGATTTCCTCTCCCCCGGTTCAGTGGCCCTGCTTCTACGGCATCGACTTCGCGTCCCGCGCGGAACTCATCGCCAACGGCGCCACCATCGAGGAGATCTCCCAGGCAATCGGCGCTGACTCGCTGGCCTATATCTCCGAAGACGGCATGATCGGCGCTACCCAGCAGCCGCGTGAGCGCCTCTGCACGGCCTGCTTCACCGGCAAGTACCCCATCGAGCTGCCGCACGCGGACAAGTTGGGCAAGAACCTGCTGGAGCGCACCGACCTGGGCGGCCTGCCTGCTGCAGACGAGGCCGCTTCCGTGGACGATTCCGAGGACCCTGCCGAGAAGCCGGGCGCCACGGGTTGCGATCCCGGACCTGACGCCGAATTCGAAAACCTGCTTACCGACGCTGATCGTTTGACCGACGCCGACAAGAAAGAGTCTGTATGA MARGDGKLSHDLLPGEKGPQDACGVFGVWAPGEEVAKLTYYGLYALQHRGQESAGIATSDGKRINVYKDMGLVSQVFDETTLNTLTGHLAVGHCRYSTTGASHWANAQPTLGATATGTVALAHNGNLTNTAELREMILERNDGQLTGEMKQGNTSDTALVTALLEGEEGKTLEQTALELLPKIKGGFCFVFMDEGTLYAARDTYGIRPLCLGRLERGWVVASEQAGLATVGASFIREIEPGEFIAIDEDGVRSQRFAEATPAGCVFEYVYLARPDAAIAGRSVYEARVEMGRQLARENTHEADLVIPVPESGTPAAVGYAEQSGIPFAHGFVKNAYVGRTFIQPSQTLRQLGIRLKLNALESVIRGKRIVVVDDSIVRGNTQRAIVRMLREAGAAAVHVKISSPPVQWPCFYGIDFASRAELIANGATIEEISQAIGADSLAYISEDGMIGATQQPRERLCTACFTGKYPIELPHADKLGKNLLERTDLGGLPAADEAASVDDSEDPAEKPGATGCDPGPDAEFENLLTDADRLTDADKKESV PGPT0020225_669 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0020225-purF-K00764 NA NA D3-18_00665 333 hypothetical protein ATGGCTTCAGAGGACACCACCCCCAACTCCGCCCGCCGCGAGATCACGGTTCGCCGGGCACCCAAGTTCGTACCCTTCATGATTTTGGGAGCCGTGATTGGTGCAATCGTGGCCGCAATCATCGCCTACGGCCGCCAAACCGACCCCGCTTTTGATGCCGGCACGGTGTTCGGATTCTTCCTCATCGTCTGCGCAGGCGGCGGCGTGATCCTGTTCTCCATCTTCGCCCTGATCCTGGACCGCCTCAGCGTCAAGCGCACCCAGCGCGCCGTGGTGGAGCCCGTTCCGGACTCGGTTCCGGATGAAGGACCAGAGAACGACGACGTCCGCTAA MASEDTTPNSARREITVRRAPKFVPFMILGAVIGAIVAAIIAYGRQTDPAFDAGTVFGFFLIVCAGGGVILFSIFALILDRLSVKRTQRAVVEPVPDSVPDEGPENDDVR NA NA NA NA NA D3-18_00666 342 hiuH 5-hydroxyisourate hydrolase ATGAGCGTTTCACAAGTAACAACCCACATCCTGGACACCGGTTCCGGACGCCCGGCGGCGGGTGTCGCCGTCGTACTTTACGTCCGGGAAGGTGACGACTGGACCCTGGTGGCGAAGGGCGAAACCGACGCCGATGGCCGCATCAAGACCCTTGGTCCCGAACGGATTCCCGGTGGTGCTTACCGCCTGAACTTCGCCACCGGCGCCTACTACGAGGGCCTCGGCACCGAGACGTTCTTCCCCGAAGTTGACCTGAACTTCACAGTTTCCGACGCCGGTGAGCACTACCACGTGCCGCTCCTGCTGAGCCCCTTCGCGTTTTCGACCTACCGCGGCAGCTAA MSVSQVTTHILDTGSGRPAAGVAVVLYVREGDDWTLVAKGETDADGRIKTLGPERIPGGAYRLNFATGAYYEGLGTETFFPEVDLNFTVSDAGEHYHVPLLLSPFAFSTYRGS PGPT0021125_1642 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0021125-uraH|pucM|hiuH-K07127 NA NA D3-18_00667 510 uao Uric acid degradation bifunctional protein ATGGAGCTTGCAGTATTCAACAGTGTTGACCGGGACGAGGCTATCAGGACCCTGACCCCTTGCCTGGACATCCGCCGCTGGGTGGAAACCATCGTGGACGCGCGCCCCTACGCCAGCGTCGACGAACTGCTGGGGCAGGCCCAGCGTGCCGCCGAACCGTTCACTGCTGCCGAGGTGGAGTCCGCCATGGCGCACCACCCCCGGATCGGCGAACGCCCCAAGGCCCAGACCACCGAGGCGGCCATGTCGCGTTCGGAGCAGGCTGGCGTGGATCCCGGCGACAACCAAACAACAGCCGCACTCGCCGAGGGTAACCGGGCGTACGAGGAAAAATTCGGCAGGGTCTTCCTGATCCGCGCCGCAGGTCGCAGCGCGCAGGAAATGCTCGGCGCCCTCCAGGAACGCCTCACCCACACCCCGGAAGAAGAAGACACGATCGTGGCCGGCCAGCTACGGGAGATCGCACTGCTGCGCCTCTCCGGACTGATCAGCGAAGGAGTCAACGCATGA MELAVFNSVDRDEAIRTLTPCLDIRRWVETIVDARPYASVDELLGQAQRAAEPFTAAEVESAMAHHPRIGERPKAQTTEAAMSRSEQAGVDPGDNQTTAALAEGNRAYEEKFGRVFLIRAAGRSAQEMLGALQERLTHTPEEEDTIVAGQLREIALLRLSGLISEGVNA PGPT0021135_121 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0021135-hpxQ-K16840 NA NA D3-18_00668 831 hypothetical protein GTGACGACTGAAGGCAAAGAAGCGCCCGAGCAAGGCGTCAGCGGCGAGGTCAGCCAGGACCGATTCGTCGCCGGACAGGACCTTACGCGCTGGAAATCTCCTGCGGGCCGGGTGCTGGCCGGAGGTGCCGAAAAGGTCACATCGCTGCTCGGTCCCTATGCGGCACTGATCATCACCCTTATTGTGGGCCTTGCCGTCACGTTGTCCCTGGCTCTGGTCTTCGGCGAGGTCTACGAGTCCGTGACCGATGCTGACGGCGTGGCCGGACTGGACGATCCCGTACTGGCGGCAGCCAAATCGGCGCGCTCCCCCGCCTTGGACATGGCAACCACGGCTTATACCAATATTGGCGGCACAGTGGGTATGCCCATCATCGCTGTGGGCATCATGATTTTCCTGGCAACCAAACGGCGATCGTGGACACCCGTCATCTTGATGCTCGCCGCCGGGCTGGGTTCGCTGGTCATCACCATCCTGGGCAAGCCGCTTTTCGGCCGCGCCCGCCCGGACCTCGTCGATGCCATTCCTCCCTACGAACACTCGGCGTCATTCCCCAGCGGCCATTCGCTCAACTCGATCGTGATCGCGGGAATCGTGGCGTACTTGATCATCCTCAGGCTCAAGACCGCCAAAGCGAGGGTCATCACTGTGCTCCTGGCAGCAGCGTTCGCTTTCACCATGGGCCTAAGCCGTGTCTATCTGGGTCATCACTGGCTGACGGATGTCCTTGCAGCCTGGGCCATTGGCATTGCTTGGCTGACGTTGGTGATTACCGCGCACCGCCTGTACCTCACGGTCCGGACACGCCGTCACAGGGCGGTAGTCTCTTGA MTTEGKEAPEQGVSGEVSQDRFVAGQDLTRWKSPAGRVLAGGAEKVTSLLGPYAALIITLIVGLAVTLSLALVFGEVYESVTDADGVAGLDDPVLAAAKSARSPALDMATTAYTNIGGTVGMPIIAVGIMIFLATKRRSWTPVILMLAAGLGSLVITILGKPLFGRARPDLVDAIPPYEHSASFPSGHSLNSIVIAGIVAYLIILRLKTAKARVITVLLAAAFAFTMGLSRVYLGHHWLTDVLAAWAIGIAWLTLVITAHRLYLTVRTRRHRAVVS PGPT0024170_12 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024170-bcrC-K19302 NA NA D3-18_00669 489 hypothetical protein ATGTTGCAACCAGTCGAGATCGTGTGGACCGAATCTGAATGCCCCGCAGCCAGGGCAGCTGACCTCGTGGGCGACAAGTGGATCCTGCTGATCATTCGGGATTCATTGGACGGCAAACGGCGCTTTTCAGAATTCGAGAGGTCGCTGGGAGTGGCGAAGAACATCCTTTCGGACCGCCTCCGCCTCCTCGTGGACAGGGGCGTCCTCACCAGAACCCCCAACGATCGCGGGACACGCAGTGAATATGAGCTAACAAGCGCGGGCCGCGACCTCTTCACCTTGATTCTCAGCCTGCGGCAATGGGGCGAACGCAACGCCTTCGGTGCCGAGGAAGCCCATTCCACCCTCGTAGACCCTGCGACAGGTGAGCCGGTCCCGCAACTCCGCCCACTCCGGGAAAGCGGCGCGGAGCTCACACCGGAACAGACACTGCTGGTCAAAGTTGGCGAATCGCTGCCGCAAGAGCCTGCCACCCAGGAACCCTCCTAG MLQPVEIVWTESECPAARAADLVGDKWILLIIRDSLDGKRRFSEFERSLGVAKNILSDRLRLLVDRGVLTRTPNDRGTRSEYELTSAGRDLFTLILSLRQWGERNAFGAEEAHSTLVDPATGEPVPQLRPLRESGAELTPEQTLLVKVGESLPQEPATQEPS PGPT0028680_4 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 D3-18_00670 1242 putative transporter ATGAGCAGTGATCAGCTGACGAAATCCACGCAGGGAGTAAACCGTGGCCTTTTGCTGCTGCTCGCCGTCGTGGCCGGGTTCATGGTGTCGAACATCTACTACGCCCAGCCCCTCCTGGAGCGCATCGGTGCCGACGTGGATATCTCCGTGGCAAGGATCGGATGGGTCGTGGCTTCATCCCAAGCCGGGTATCTCCTTGGACTGGTTCTCCTGGTGCCATTGGGAGACATGGTGGACCGCCCCCTACTCATCACCGTTCAGGTGGCAGCAAGCGCCGTGGGTGCTTGTGCCGTCGCCCTTGCCTCATCCCAAACAGCCTTGCTGGTGGCGTTCGGGATACTCGGGTTGGCCTCTTCCGTGGTGCAGACCATCGTCGCCTGCACCGCCGCTTCCAGTACCCCGGACCAAAGGGGCGGAAACATCGGAACTGTCACCGCCGGCGTCGTGAGTGGCCTCATCCTGGCGCGCACCGTGGCGGGCGGCATGGCGGAGCTATGGGGTTGGAGGTCGGTTTACGTCTTTGCCGCGGCAGTTGCTGTGGTCCTGTCGCTGGCAGTCCTCCGCGCCATGCCCCGGGAGCCGGCTCCAAAGGGCGAAGTGCGCTATCGGCAGGCTGTTTCATCAGTGGCGGTCCTGACGCGCCGCAATCCCGTTTTCCGTACCCGCGCGCTCATCACCATGCTGCTGTTTGCGTCCTTCGGGGTTCTGTGGAGCGGCATGTCGCTGCTACTCAGCGGACCTGCGTGGAACCTGACGCCGGGTACTGTTGGGCTCTTCGGGCTGGCTGGCCTAGTCGGGATACTGGCTGCATCCGGAGCTGGTGCTGCCGCGGATCGTGGGTGGGGGCAACGGGTCACCGGGTTGAGCTTGGTGGCGCTCCTGGGCTCGTGGCTCGCGTTGTCCCTGGGAAGTTGGTCGCTGATCTGGTTCATCGCCGGCATCATCGTGCTCGACGCCGCGGTGCAGTCCGTCCACGTCAGCAGCCAAACACTCATCGTGTCCGGCGCTGAAGAGTCAGCCAGCAGCATCATCGGCAGCTACATGGTGTTCTACTCGGTGGGCAGTGCCGTGGGGGCCGCCTCCGTTGCGCCGGCATTTGACGCCTGGGGTTGGACCGGTGCCAGCGTTCTTGGGGCAGGGTTTGCGCTGGGCGCTTTGGTGATCTGGGGCGTCGACCGGGCTCGGCGCCTCAAGACGCATGCTGGCATGGTTCGCTCCGTCCACCAAGCTGCGGCAGAATGA MSSDQLTKSTQGVNRGLLLLLAVVAGFMVSNIYYAQPLLERIGADVDISVARIGWVVASSQAGYLLGLVLLVPLGDMVDRPLLITVQVAASAVGACAVALASSQTALLVAFGILGLASSVVQTIVACTAASSTPDQRGGNIGTVTAGVVSGLILARTVAGGMAELWGWRSVYVFAAAVAVVLSLAVLRAMPREPAPKGEVRYRQAVSSVAVLTRRNPVFRTRALITMLLFASFGVLWSGMSLLLSGPAWNLTPGTVGLFGLAGLVGILAASGAGAAADRGWGQRVTGLSLVALLGSWLALSLGSWSLIWFIAGIIVLDAAVQSVHVSSQTLIVSGAEESASSIIGSYMVFYSVGSAVGAASVAPAFDAWGWTGASVLGAGFALGALVIWGVDRARRLKTHAGMVRSVHQAAAE NA NA NA NA NA D3-18_00671 1095 pucG COG0075 (S)-ureidoglycine--glyoxylate transaminase ATGCCGCACATTCTGACGTCCAGGTTCCTGTTCGGCCCCGGGCCGAGCAATTGCTATCCCGAAGCCATGGCTGCCCTGGCCTATCCCGTGCTCGGCCACCTTGATCCTGTTTTCATCGAACGGCTCGACCACGCCTGCGAAGGCCTCCGGACCGTCTGGGGCACGTCCAATGCGCGGACCCTTCCGTTGAGTGCCACAGGTTCCGGCGGGATGGAAGCTGCTTTCGTGAACACCGTGTCCGACGGCGACGTGGCAGTGATCGCCGTCAACGGACTCTTCGGGGCGCGCATGTGTGAAGTCGCCCGGCGTTGCGGGGCCACGGTGGTCCGCGTCGATCACGAGTGGGGCCAGCCCGTAGATGCCGAGCGTGTGCTCTCGGCACACCCGAATCCCAAGGTGATCGCGGCCGTCCACGCCGAGACTTCCGTGGGCGTGCTCTCAGACATAGCCGCGCTGGGTGCCGGCAAGGGCGACGCCCTGTTGATCACCGACGCCGTCACGTCCATCGGCGGACTTGAGCTCCGGGCAGACGACTGGGGGATCGACGTCGGATACGCCGGAACGCAGAAATGCCTCGGTGTGCCGCCGGGACTTTCGCCGTTCACCGTTTCCGACCGCGCCTTTGAGCGCCGCGTCAAAGATCCGCGCTCCTGGTACCTCGATATCGGGCTGCTGGGCGGGTACGTCGGTGCGGCCAGCGGCGCCCGGACGTATCACCACACCGCGCCGGTCACCATGATCGCCGGGCTCGAGGCCGCCTTGGACCGCATCCTTGCAGAGGGTCTTGAGAATGTGCAGGCCCGGCACCGTGCCGCTGGCGCGGCTTTGCAGGCTGGGCTTCAGGAGATGGGGCTCGAATTATTCGCTGCCGAAGGGGCCCGGTTGCCGAGCCTCACCACCGTGAAAGTGCCCGACGGCGTCAACTCGGCTGCCGTCCGCGCTTACCTTCTGGAGAACTTCAGTATGGAAATCGGCTCGGGTGTCGGGGAGTTCGCGGACACTGTGTGGCGCATCGGCATGATGGGCCCGAACGCCAACAGCGCTTCTGTCACGCTGGTGCTGGGAGCGCTGAAAGAGGCAATCGCGAAAGCCTAG MPHILTSRFLFGPGPSNCYPEAMAALAYPVLGHLDPVFIERLDHACEGLRTVWGTSNARTLPLSATGSGGMEAAFVNTVSDGDVAVIAVNGLFGARMCEVARRCGATVVRVDHEWGQPVDAERVLSAHPNPKVIAAVHAETSVGVLSDIAALGAGKGDALLITDAVTSIGGLELRADDWGIDVGYAGTQKCLGVPPGLSPFTVSDRAFERRVKDPRSWYLDIGLLGGYVGAASGARTYHHTAPVTMIAGLEAALDRILAEGLENVQARHRAAGAALQAGLQEMGLELFAAEGARLPSLTTVKVPDGVNSAAVRAYLLENFSMEIGSGVGEFADTVWRIGMMGPNANSASVTLVLGALKEAIAKA PGPT0001920_1743 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0001920-sgaA-K00830 NA NA D3-18_00672 666 hypothetical protein ATGCTTCAGGCGCGACGGGTTGTTCTGCCCATCGCCGTGCGACAACTCCGCGTGACAGCATTCGGTGAGATACGCCGTCGAGCGCTAAACGAAACCGGGGACGAAATGAATAGCCGCACGCTTCGAATATCAGCACGCCCCTTCGCGCTGGCCGCTGCCCTTGTCATGGGATTTGTTGGGGTTGCTGGATGCAGCGCCCCGGGCGAAACCAAACGGGAACCCAGCAAGGCGCCTCCTATTACTTCCGAACCTGCTCCTGTGGCTGAGAGCATCGCCAAGTACGACGCTCTGACCGCGGAACTTGTTGCCGCCCTGGAAGCGAAAATGCCCGACATCACCTGGGCCGTGGACGATACGGCAGACATGAGCCCAGCCCAAGACGGCAGATGCATGCTCTATCTGCAAAGCATGCAAAGCAGCGCGGACATCGTGGAACCGTCCAGGAACTTTGAGGATCTCTTCGCTGCGGCCGATCCCGTCTTGGAGAAGCACGGATTCCCTGCCTTCAACGGCATCGATCCCGTTCCCGGCGGGTGGGTGGTAACGCGCAGCACAGATGCTGTGGGTGCCACGGTGAGCATCAGATCAAAGTTCCCGGCCTACCTCGAACTCACAGCCCCGGTTAGGTCCGAGAGCTGCGACCCGAAGGAGATTCCCGCGAGTTGA MLQARRVVLPIAVRQLRVTAFGEIRRRALNETGDEMNSRTLRISARPFALAAALVMGFVGVAGCSAPGETKREPSKAPPITSEPAPVAESIAKYDALTAELVAALEAKMPDITWAVDDTADMSPAQDGRCMLYLQSMQSSADIVEPSRNFEDLFAAADPVLEKHGFPAFNGIDPVPGGWVVTRSTDAVGATVSIRSKFPAYLELTAPVRSESCDPKEIPAS NA NA NA NA NA D3-18_00673 420 hypothetical protein ATGACTGAGGTAATCGCCCGCCGGGGCTTCCATGGACCGTCCAACGAGGAAGCTATCGAAGCCATCCACAATGAGCTGGACGCCCTGTGGGACGATGCCTCCTTCGTGCCCGACATGGACCGGATGACCTTCGCTACGGCCGTCATCGAGGCTGCGGCGAACATTGTGCAGCATGCGCTTCCTGTGGCGGAGAAGCCCGTGGAGATCGACGTCGACATCAGCGTCCGTCCCACTCGGCTGGTGGCCCGGGTCAGTGCCTTCAACGCCCGTGAACCGTTCGCCAACGACATGCAGGCTTCGATGCCGGACGAGGATGCCGAGTCCGGGCGGGGGTTGGCTCTCATCGAGGCGCTGGTGACCACTGTGACCTTCGAGCGCCAGGACGGTACCAACACGTGGATCCTGACCCGCGACACCTGA MTEVIARRGFHGPSNEEAIEAIHNELDALWDDASFVPDMDRMTFATAVIEAAANIVQHALPVAEKPVEIDVDISVRPTRLVARVSAFNAREPFANDMQASMPDEDAESGRGLALIEALVTTVTFERQDGTNTWILTRDT PGPT0014950_1787 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014950-rsbW-K04757 NA NA D3-18_00674 339 hypothetical protein ATGCAGATGCAGTTTAGCTATGAGGTCAACGACTCCTACGCGGAGGTGAAGAGCGTGGGCAGGCTGAACATGGTGGCCGCGCCCAAGCTTCGGGAAGTAGTGGCCGAGGTTGTGGCCGGTGGCTCCAGCCGGGTGGTGGTGAACCTGGCAGAAACCGACTTCATGGATTCCTCCGGGCTCGGTGCACTCATCGGCTGCCTCAAAGCTGCACGGCAGGCAGGCGGTGACCTCCGAATCGCAGGAGTGCAGCCGCAGGTCAAAATGGTCCTGGAACTGACCAACATGGACCGGGTGCTCACGGCTTACCCCTCGGCCGAAGCTGCGTTCGGCGATGACTGA MQMQFSYEVNDSYAEVKSVGRLNMVAAPKLREVVAEVVAGGSSRVVVNLAETDFMDSSGLGALIGCLKAARQAGGDLRIAGVQPQVKMVLELTNMDRVLTAYPSAEAAFGDD PGPT0014350_2015 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014350-rsbV-K04749 NA NA D3-18_00675 1977 hypothetical protein GTGACACGTTTCTGGACTCGGCTGATCGTTGTGCTGACGGTCATTTTAGGCGTCAACTATGTTGCGTGGCGTTGGATGGCGTCGCTGAACTGGGAGGCGTGGTGGATCGCCGTTCCGTTGGTGATTGCCGAGACGTACAGCCTGATCGACGTCATGTTGTTCGGCCTGACCGTGTGGAACATCAAATTCCGGAAACCGCCGCCCCCTGCCCCAGCCGACGCCACCGTGGACGTCTTCATCACCACGTACAACGAGCCGTTGGACCTGGTGATGACCACGGCTCTGGCGGCCAAGGACATCCGCTGGCCGCACAGCACCTGGATCCTCGACGACGGCGACCGCCCGGAGATGCGCGAACTCGCCGAGTCCAACGGGATCGGCTACGTCACGCGCGGCGCCGACTGGACACCCGACATGCCGCGGCACGCCAAAGCGGGCAACCTGAACAACGCGCTCATGGTCACCTCGGGCGAATACCTGTTGATTCTCGACGCCGACCAGATCCCCGAGCCGGACATCCTGGACAAGACGCTGGGCTACTTCAACGACGACAAGGTGGCGCTCGTCCAGACCCCGCAGTACTTCATCAACGTCCCGGCGGACGACCCCCTGGGCAGCCAGGCTCCCCTGTTCTACGGCCCAATCCAACAGGGCAAGGACGGCTGGAACGCTGCATTCTTCTGCGGGTCCAACGCGATCCTCCGCCGGGAAGCCCTCATGCAGCTGGGCCTGGTGGGCTACGTCAAAGCCACGGAGAAGAGCGTCCGACGAGCCCTCGCTGCCTCGCGCACCGCCATTAAGAAGGCGCGGCGGTCGCCCGAGGCTGAGAACCCGCTCGTGGAGCAAATGCTGAACGACGTGGAAGCCGCCACGGAATCCGCCCAGAAGGAGCTCGAAGCCGGGGCATCCCTCAGCGAAATCACGTACCGGGTCCGACGCCAAGTAGACGACGCCGTCCGCACCCTCGTGGCCGCGGATTTCTCCGCACTCCAGTCCGACCTCGAAGAGATCGCAGCCATGGAACTCGCCCACGTCGGCGAGTCGGGCGTCACCACGGTGGCGAGGGACGCCGTCGACCGTATGTCCGGACGCGACTGGTCCCCCTTGGGTGCGCTCGAGTCGGTTCACGCTGTCCTGGACGCCATCTCGGTGGAACGCACCGACGAAGCCCAGCCGATCATGCCGCTGGCCACCATCTCGGTCACGGAGGACATGGCCACCGCCATGCGTCTCCACGGACTGGGTTGGAAGAGCGTGTACCACCATGAAATCCTCGCCAACGGGCTGGCCCCTGAGGACGTCAAAACCATGCTGACGCAGCGCCTCCGCTGGGCCCAAGGCACCATGCAGGTCCTCCTACGCGAAAACCCGTTGGTCCAGCGTCGGCTCACGTGGGGTCAGCGGCTTATGTACTTCTCCACCATGTGGACGTACCTGAGCGGCTTCGCTGCCGTGGTCTATTTCGCAGCACCCATCATCTATCTGACGCTCGGCATCCTCCCGGTCAACAGCATCAGTTTCGACTTCTTCATCCGCTTCATCCCGTTCATGGTGGTGAACCAACTGCTGTTCCTGGTGGCCGGCCATGGCATTCCCACGTGGCGCGGGCAGCAGTACAGCCTCGCGCTGTTCCCCACGTGGATCAAGGCCTGCACGACGGCGGCCCGGAACGTTTGGTTCGGCCGTCCCCTCGGGTTTGCGGTCACCCCCAAAGCCCGGCAGAGCGGCGGCCCGAGTTGGAGCCTGATCCGGCCGCAGATCATTGTGGCGGTACTGCTGGCCGTGGCGCTCGTTGTTGGCCTTATCCGGCTTCTCGCCGGAATGTCGGAGCCCCTGGGCACACTGGTGAACGTGGCGTGGGTTGCCTTCGACCTGGTGGTCCTGAGCGTGCTGGTCAAAGCAGTTTTGTATAAGGGCTTCGTGCCTGAAGTTGTCGGGCCAGAGCGCCCCGGAGAGAGGAATGCAGATGCAGTTTAG MTRFWTRLIVVLTVILGVNYVAWRWMASLNWEAWWIAVPLVIAETYSLIDVMLFGLTVWNIKFRKPPPPAPADATVDVFITTYNEPLDLVMTTALAAKDIRWPHSTWILDDGDRPEMRELAESNGIGYVTRGADWTPDMPRHAKAGNLNNALMVTSGEYLLILDADQIPEPDILDKTLGYFNDDKVALVQTPQYFINVPADDPLGSQAPLFYGPIQQGKDGWNAAFFCGSNAILRREALMQLGLVGYVKATEKSVRRALAASRTAIKKARRSPEAENPLVEQMLNDVEAATESAQKELEAGASLSEITYRVRRQVDDAVRTLVAADFSALQSDLEEIAAMELAHVGESGVTTVARDAVDRMSGRDWSPLGALESVHAVLDAISVERTDEAQPIMPLATISVTEDMATAMRLHGLGWKSVYHHEILANGLAPEDVKTMLTQRLRWAQGTMQVLLRENPLVQRRLTWGQRLMYFSTMWTYLSGFAAVVYFAAPIIYLTLGILPVNSISFDFFIRFIPFMVVNQLLFLVAGHGIPTWRGQQYSLALFPTWIKACTTAARNVWFGRPLGFAVTPKARQSGGPSWSLIRPQIIVAVLLAVALVVGLIRLLAGMSEPLGTLVNVAWVAFDLVVLSVLVKAVLYKGFVPEVVGPERPGERNADAV PGPT0022275_1198 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-CELLULOSE_METABOLISM CE-EPS-CELLULOSE_BIOSYNTHESIS,PGPT0022275-bcsA|yhjN|celA-K00694 NA NA D3-18_00676 1119 cheB Protein-glutamate methylesterase/protein-glutamine glutaminase ATGGTCTCTTCCCCACCCGTGCGCCACGCTGTCGTCGTCGAAGATGACGCTGACATCCGCGGCCTCCTCGTCCTCGTCCTCGAGCAGCTCGATTTCGTGGTGACGGAAGCACCTGACGGTCTCTCCGGCGTCGAAGCTGTCCGCAGAACCAACGCCGAACTGGTGACGCTGGACATCAACCTTCCGGACATCGACGGCATGGAAGTCTGCCGCCGCCTCCGCGAATTCTCGGACGCCTACGTCCTGATGCTCACGGCCCGAGCTGACGAGATTGACCGGCTCAACGGCCTGGACACCGGAGCGGACGACTACATCAACAAGCCGTTCAGCCCCAAAGAACTCCAGGCCCGCATCCGTGCCCTGTTTCGCCGCCCCCGCACCCCTGCCGCGACCCCCGAGGACACCGGCCAAAGCGACGAACTTGCCCGGGCTGCAGTGGTGCAGCAAAGCCTGCTCCCACGCGAAACGGTCCGCCTGAGCGGTTACGACGTCGCTGGCGCCTTCCGCCCGTCGCGCAGCGTGGGTGGGGACTTCTACGACTGGTACCAGACGCGCGACGGCATGCATTTCACCTTCGCGGACGCCATGGGCAAGGGCATGGGTGCGGCCCTCATCGCAGCAACAGTCCGGGCCGTGATGCGTTCAGTTGCGGACACCCCGGCCATCGATGCTGCGTTTGGCTCGGCCAGCGCCACCATTGCCTCGGACCTGGACCAGTCCGGCTCCTTCGTCACCATGTTCCACGCGCGGCTGGACAGCGCCTCGGGCACACTTAGCTATATCGACGCCGGCCATGGGCTTGCGCTGCACGTTCCCGCTGAGGGTGCGGCGCGGAGGCTTGTCTCCGCCGGACCGCCCGTCGGCATCCTGGACGACCAACTGTGGCCCGCTTCTGAACTGGAGCTGGAGCCGGGTGATTCCCTGGTGATCGTCAGCGATGGCGTGCTCGACGCCCACAATTCCTTGGAAGACTTCCAACGGAACGTGGAGAAGGTGGCGCGCAGCGGGGCTACTTCGGACGATGTGTGCGCCGCCCTACTGGAGTTGGCGCCGGCCGCCACTGCCGAAGACGACGTGACCGCCGTCGTCGTACGTCGAAAACCAACAGCAGGACTGTAA MVSSPPVRHAVVVEDDADIRGLLVLVLEQLDFVVTEAPDGLSGVEAVRRTNAELVTLDINLPDIDGMEVCRRLREFSDAYVLMLTARADEIDRLNGLDTGADDYINKPFSPKELQARIRALFRRPRTPAATPEDTGQSDELARAAVVQQSLLPRETVRLSGYDVAGAFRPSRSVGGDFYDWYQTRDGMHFTFADAMGKGMGAALIAATVRAVMRSVADTPAIDAAFGSASATIASDLDQSGSFVTMFHARLDSASGTLSYIDAGHGLALHVPAEGAARRLVSAGPPVGILDDQLWPASELELEPGDSLVIVSDGVLDAHNSLEDFQRNVEKVARSGATSDDVCAALLELAPAATAEDDVTAVVVRRKPTAGL NA NA NA NA NA D3-18_00677 468 bcp COG1225 Putative peroxiredoxin ATGACCCAGAAACTCCTCGTCGGAACGCAAGCACCTGATTTCGCGCTTCTCGACGCCGACGGCACCAAGGTCTCGCTGTCCGATTACCGCGGACGCAACGTCATTGTCTACTTCTACCCGAAGGCAGCCACCCCCGGCTGCACCACCGAGGCTTGCGACTTCCGCGACAACCTCGCCAGCCTGCAGGGCAAGGGCTACGACGTCATCGGGATCTCCCCGGACGGCCCGGAGGACCTCGCAAAGTTCACCGGTGAATTCGCCCTGACCTTCCCGCTCCTCTCTGACGAAGACCACTCCGTGGCCCTCGCCTACGGCGCTTGGGGCGAGAAGCTGGTTGACGGCGAAATCGTGGAAGGCCTGGTCCGCTCCACTGTTGTCCTCGACGGCGAAGGCACCGTGAAGCTCACCCAGTACCAGGTTTCCGCGCAGGGCCACGTCCAGGCGCTCAAGGAAGAGCTGGGCGTCTAA MTQKLLVGTQAPDFALLDADGTKVSLSDYRGRNVIVYFYPKAATPGCTTEACDFRDNLASLQGKGYDVIGISPDGPEDLAKFTGEFALTFPLLSDEDHSVALAYGAWGEKLVDGEIVEGLVRSTVVLDGEGTVKLTQYQVSAQGHVQALKEELGV PGPT0013120_3810 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013120-bcp|PRXQ|DOT5-K03564 NA NA D3-18_00678 846 hypothetical protein ATGGCAGTCAATGCCTACGGGCCACCGCCGTCGCGAGGACCCGCAGCACGCGGCCTCACAGCCCGCGGGTCCTCCGCGGGGCGGCGGAATGGCCTGAATGATCGGAACGGCCTCACCGCACATGGTCTGGCGCTCTGGGTCAACCCGGCCGAGGGCGAGGAGATCGATCCCGCAGTCTGGGAGCGGGCCGCACGTCTTGTGCTGGCCCGCGCCATGAAACTTGCCCCGGAGGCGGAAGTCCGCATCTGGCCCGCCACCGGGGCAGAGCACTCCGGCGTCGGCGACACTTCCTGGGGCGGCACTCCGCAGGAAGCCGCCGACGCCGGTACGAACGGTCCGAGCGCAGGTACCGTCTCACTCGCCGATGCCCTGGCGGAGGCCCGTTTGGAGGCCCGTGCCCGTGGAGGTGCACCCTCGAACGGACAATTCACCAGCGCACGCGAGGGTGAATTGTCCGTTGGCGGGGGCCAGGCCACATCTGGCGACAGCACCGCCGTCGAGCCCGTAAGGTTGGCGAGCCGACGCAGCCAACTTGCGGTGGACCTCGCCGCTGAAGTAGTGCTGCTGGACGGCGAGCCGGTTTCCTTTACTGGCATGGAATACAAGCTGCTCCGGTACCTCGTGGTCAACTGCTCACGGGCCATCAGTCGTGAAGAATTGCAACGTTTTTTGGAGTCATTTGACCTCCCCGGCGCGGCATTTCGCTCGATCGACGTTTATGTTGGAAGGGTGCGGCGGAAGCTAGGCTCCGCCCGACACACCGTCGCCACCGTCCGTGGTGGCGGCTACCAGTTCGTGCCAGGGCCCTATGCCACAGTGCGCGGACCTGCGGAATACAGCATCTAA MAVNAYGPPPSRGPAARGLTARGSSAGRRNGLNDRNGLTAHGLALWVNPAEGEEIDPAVWERAARLVLARAMKLAPEAEVRIWPATGAEHSGVGDTSWGGTPQEAADAGTNGPSAGTVSLADALAEARLEARARGGAPSNGQFTSAREGELSVGGGQATSGDSTAVEPVRLASRRSQLAVDLAAEVVLLDGEPVSFTGMEYKLLRYLVVNCSRAISREELQRFLESFDLPGAAFRSIDVYVGRVRRKLGSARHTVATVRGGGYQFVPGPYATVRGPAEYSI NA NA NA NA NA D3-18_00679 1350 allB COG0044 Allantoinase ATGTCTGAAGCAATCGGCGCCTATGACCTCGTTATCCGGGGCCAGCGCATCCTGACCACCGCCGGCCTCGCAGCCCGCGAAGTTGGCATCCGCGACGGCATCATCGTCGCAATCGAACCCTTGGGCAACGGCCTGACGGGCAACGAGGTCATCGAACTCGCAGACGACGAAACCCTCATCCCCGGCCTGGTGGACACGCACGTCCACGTCAACGAGCCCGGCCGCACCGAGTGGGAAGGCTTCGCCTCCGCCACGCGCGCTGCAGCCGCCGGTGGCGTAACCACTATCATCGACATGCCGCTGAACAGCATCCCGCCCACCACCACCGTGGACGGCCTGGAGCAGAAGCGCGTTGTCGCCAAGGACCAGGCGTTCGTGGATGTCGGATTCTGGGGCGGTGCCATCCCGGGCAACAAGAGCGACCTCCGCCCGCTGCACGACGAAGGCGTTTTCGGCTTCAAGTGTTTCCTCCTTCACTCCGGCGTGGACGAGTTCCCGCACCTGGACGCGGATGAGATGGAAGAGGACATGAAGGAACTCAAGTCCTTCGACTCCCTCATGATCGTGCACGCCGAGGACTCCCACGCGATTGACCGTGCCCCGCACCCCGGCGGTGACCACTACGAAACCTTCCTTGCTTCCCGCCCCCGCGGCGCCGAGAACAAGGCCATTGCCGAGGTCATCGAGCGTGCCCGCTGGACCGGCGCCCGCGCCCACATCCTGCACCTCTCCTCCTCGGACGCGCTGCCCATGATCGCCTCAGCAAAGCGCGACGGCGTCAACCTCACCGTTGAGACGTGCCCGCACTACCTGACGCTCATGGCCGAAGAAATCCCCGACGGCGCCACGGCCTACAAGTGCTGCCCGCCCATCCGTGAGGCCTCCAACCGTGAGCTCCTCTGGAAGGGCCTGCAGGACGGCACCATCGACTGCATCGTCTCGGACCACTCCCCCTCCACACTGGATCTGAAGGACCTGGAAAACGGCGACTTCGCAGTGGCATGGGGCGGCGTTTCCTCGCTGCAGCTGGGCCTGTCCCTCATCTGGACCGAAGCCCGGCACCGTGGCATCCCGCTGGAGCAGGTCGTGTCCTGGATGGCCGAGAAGCCCGCTGCTTTGGCCCGCCTGCACAACAAGGGCCAGCTCGCCCTGGGCTACGACGCCGACTTCTCCATCTTCGCCCCGGACGAAGCCTTCGTTGTGGACGTCACCAAGCTCAAGCACAAGAACCCGATCACGCCGTACGACGGCCGTCCGCTGGCCGGCGTCGTCCGCAAGACCTACCTGCGCGGCACCCCGATCGACGGCCAGAACCCCGGCGGCAAGCTGCTCCGCCGCGGCAACGTTTAG MSEAIGAYDLVIRGQRILTTAGLAAREVGIRDGIIVAIEPLGNGLTGNEVIELADDETLIPGLVDTHVHVNEPGRTEWEGFASATRAAAAGGVTTIIDMPLNSIPPTTTVDGLEQKRVVAKDQAFVDVGFWGGAIPGNKSDLRPLHDEGVFGFKCFLLHSGVDEFPHLDADEMEEDMKELKSFDSLMIVHAEDSHAIDRAPHPGGDHYETFLASRPRGAENKAIAEVIERARWTGARAHILHLSSSDALPMIASAKRDGVNLTVETCPHYLTLMAEEIPDGATAYKCCPPIREASNRELLWKGLQDGTIDCIVSDHSPSTLDLKDLENGDFAVAWGGVSSLQLGLSLIWTEARHRGIPLEQVVSWMAEKPAALARLHNKGQLALGYDADFSIFAPDEAFVVDVTKLKHKNPITPYDGRPLAGVVRKTYLRGTPIDGQNPGGKLLRRGNV PGPT0000870_956 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0000870-allB-K01466 NA NA D3-18_00680 1170 glxK COG1929 Glycerate 3-kinase ATGCGTGTTGTCATCGCCCCGGACAAATTCAAGGGCTCGCTGTCCGCGCCCGATGTCGCCAAGCACCTGGCAACAGGCCTGCTGGCGGGATACGGGCACAACGGCTTTGAAGCAACACGCATTCCGGTGGCCGACGGCGGCGAAGGAACCATCGACGCCGCCATCGGCTCCGGCTTCACCCGCCGGACCACCACCGTCACCGGCCCGCTCGGCGATCCAGTGAAGGCAGACTTCGCGGTGCGGGATCAGGAAGCTGTCATCGAAATGGCGGCAGCTTCCGGTCTCGCCCTCCTCCCGGACGGCCCCACGTCCCAGACGGCCAAGACCGCAACCAGCATCGGCACGGGTGAACTCATCCGGGCCGCGCTGGACCTCGGCTGCCGCAAGATCATCCTGGGCGTGGGCGGCAGCGCCAACACCGACGCCGGCGCGGGAGTCCTGCAGGGCCTCGGCGCGGTCTTCTTGGACAAGAACGGCAACGAGCTCCCCGGAGGGGGCGCAGCCCTCGCGGAAATAGACAGCATCGATTTCTCCAACTTCGACGTCCGCGTCGAAGCCACGGAGTTCGTGTTGGCGTCCGACGTCGACAATCCCCTTTTGGGGGCCAGCGGAGCCCCAGCCATCTTCGGTCCACAGAAGGGCGCGACGCCGGATGACGTCGCCGAACTGGACGCCGCGGCGAGCCACTTCGTGGACGTGCTCGCAGCAACAACCGGCCATCACGCCAAGTACGCCGCCAAGGCAGAAGGCGCCGGAGCAGCGGGCGGCGTCGGCTACATTGCCATCGCGGCACTGAAGGCAGAGCGGCGGCCGGGCATCGACGTCGTGCTTGAATTCACTGAACTCGAGCACAGGCTGAAGGGCGCCGATCTGGTGATCACGGGAGAAGGCAGCCTGGATGAGCAAAGCCTGCTCGGCAAGACCCCCATGGGCGTCTCGCGGGCGGCACAGAGGAACGGGGTTCCCGTGATCGCAGTGTGCGGTCGGAGTACCCTGAGCCGGGAACAACTCACGGATGCCGGCTTCCATACGGTCCATGCACTGACCGATCTGGAAAAAGATGTCCAAAAATGTATCGCTGAAGCAGGTCCGTTGCTTGAACAATTAGGTAAGCACATAGGCGTGTACCTGGCGGAACGGACCGAAAACAAGGAGTACCTCAATGTCTGA MRVVIAPDKFKGSLSAPDVAKHLATGLLAGYGHNGFEATRIPVADGGEGTIDAAIGSGFTRRTTTVTGPLGDPVKADFAVRDQEAVIEMAAASGLALLPDGPTSQTAKTATSIGTGELIRAALDLGCRKIILGVGGSANTDAGAGVLQGLGAVFLDKNGNELPGGGAALAEIDSIDFSNFDVRVEATEFVLASDVDNPLLGASGAPAIFGPQKGATPDDVAELDAAASHFVDVLAATTGHHAKYAAKAEGAGAAGGVGYIAIAALKAERRPGIDVVLEFTELEHRLKGADLVITGEGSLDEQSLLGKTPMGVSRAAQRNGVPVIAVCGRSTLSREQLTDAGFHTVHALTDLEKDVQKCIAEAGPLLEQLGKHIGVYLAERTENKEYLNV PGPT0018175_521 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0018175-garK|glxK-K00865 NA NA D3-18_00681 1776 gcl COG3960 Glyoxylate carboligase ATGGCTAAGATGCGCACCGTTGATGCGGCAGTCGCCATCCTGGAAAAGGAAGGCGCCACCGAGGCTTTCGGCCTGCCAGGCGCAGCGATCAACCCCTTCTACTCAGCAATGCGTGCCCACGGCGGCATCCGCCACACGCTGGCCCGCCACGTTGAAGGCGCCAGCCACATGGCGGACGGCTACAGCCGCGCAGCTGATGGCAACATCGGCATCTGCATCGGCACCTCGGGCCCCGCAGGCACGGACATGATCACTGGCCTGTACGCAGCCCAGGCCGACTCGATCCCCATGCTCTGCATCACCGGCCAGGCACCCGTTGCCAAGCTGCACAAGGAAGACTTCCAGGCCGTGGACATCGAGTCCATCGCCAAGCCGTTGACCAAGTTCGCCATGACCATTCTGGAACCGGGCCAGGTTCCCGGCGCGTTCCAGAAGGCGTTCCAGCTGATGCGTTCGGGTCGTCCGGGCCCGGTTCTGCTGGATCTGCCCATCGACGTTCAGATGGCCGAGATCGAGTTCGACATCGACGCCTACGAGCCCCTGCCGGTGGAGAAGCCCAAGGCTTCCCGCAAGCAGCTGGAAAAGGCACTGGACCTGCTGACCGCTGCCAAGCACCCGCTGATCGTTGCCGGTGGCGGCATCATCAACGCCGGCGCTTCGGCCCAGCTGGTTGAGCTGGCCGAGATCCTGAACGTTCCGGTTATCCCCACGTTGATGGGTTGGGGCACCATCCCGGACGACCACCAGCTGATGGCCGGCATGGTTGGCCTGCAGACCTCACACCGCTACGGCAACGAGACGTTCCTGCAGAGCGACTTCGTGATCGGCATCGGCAACCGTTGGGCCAACCGCCACACCGGCGGCCTGGACACCTACACGGCCGGCCGTAAGTTCGTGCACATCGACATCGAGCCGACGCAGATCGGTCGCGTTTTCTCGCCGGACTTGGGCATTGCGTCCGACGCCGGTGCGGCGCTGGACGGTCTGTTGGAGCTGGCTCGCGAACGCCAGGCTGCAAAGACCCTGCCGGACTACTCGGGTTGGGTTGCCGAGTGCCAGGAGCGCAAGGGCTCCCTGCACCGCAAGACCAACTTCGACAACGTGCCCATCAAGCCGCAGCGCGTGTACCAGGAGATGAACAAGGCCTTCGGCCGCGACACCACCTACGTGTCCACCATTGGTCTCTCGCAGATCGCCGGCGCACAGATGCTGCACGTGTTCGGTGCCCGCAAGTGGATCAACGCTGGCCAGGCCGGCCCGCTGGGTTGGACCGCTCCCGCCGCTCTCGGTGTAGTGAGGGGTACCCCGGATGCCACCGTTGTTGCCCTGTCCGGTGACTACGACTTCCAGTTCATGATCGAGGAACTGGCCGTTGGCGCACAGTTCAACCTGCCGTACATCCACGTTGTGGTGAACAACAGCTACCTGGGCCTGATCCGTCAGAGCCAGCGCGGCTTCAACATGGAACAGAACGTTTCCCTGGCCTTCGAGAACATCAACTCCCCGGAGACCAACGGCTACGGTGTGGACCACATCAAGGTTGCCGAGGGCTTGGGCTGCAAGGCCATCCGCGTTGAGGACCCGAACGATCTGCCGGCCGCTTTCGACAAGGCAAAGGCACTGATGGGCGAGTTCAAGGTTCCGGTGGTTGTTGAAGTGATCCTGGAAAAGATCACCAACATCTCCATGGGCGTTGAGATCAACGGCGTGAACGAGTTCGAAGAGTTGGCAGAAACCGCGGCGGATGCACCCACCGCGATCCTGACCAAAGCGTAA MAKMRTVDAAVAILEKEGATEAFGLPGAAINPFYSAMRAHGGIRHTLARHVEGASHMADGYSRAADGNIGICIGTSGPAGTDMITGLYAAQADSIPMLCITGQAPVAKLHKEDFQAVDIESIAKPLTKFAMTILEPGQVPGAFQKAFQLMRSGRPGPVLLDLPIDVQMAEIEFDIDAYEPLPVEKPKASRKQLEKALDLLTAAKHPLIVAGGGIINAGASAQLVELAEILNVPVIPTLMGWGTIPDDHQLMAGMVGLQTSHRYGNETFLQSDFVIGIGNRWANRHTGGLDTYTAGRKFVHIDIEPTQIGRVFSPDLGIASDAGAALDGLLELARERQAAKTLPDYSGWVAECQERKGSLHRKTNFDNVPIKPQRVYQEMNKAFGRDTTYVSTIGLSQIAGAQMLHVFGARKWINAGQAGPLGWTAPAALGVVRGTPDATVVALSGDYDFQFMIEELAVGAQFNLPYIHVVVNNSYLGLIRQSQRGFNMEQNVSLAFENINSPETNGYGVDHIKVAEGLGCKAIRVEDPNDLPAAFDKAKALMGEFKVPVVVEVILEKITNISMGVEINGVNEFEELAETAADAPTAILTKA NA NA NA NA NA D3-18_00682 879 garR_1 COG2084 2-hydroxy-3-oxopropionate reductase ATGAGCAACGTTGCAGTCATCGGACTCGGAATCATGGGCCTCCCCATGGCCATCAACCTTGTCAAGGCTGGCCACACGGTCACCGGTTTCAACCGCAGCCAGGACAAGATCGACAAGCTCGTCTCCGAGGGCGGCCAGGGTGCCACGAGCATCGCGGACGCAGTCAAGGACGCCGACGTCGTCATCACCATGGTCCCCGACTCCCCCGATGTTGAGGGTGTAGTCAGCGGCAAGGACGGCGTCTTCGCCAACGCGAAGAAGGGCACCCTCTGGATCGACGCATCCAGCATCCGCCCGGACGTCGCCAAGCGCCTCTCCGACGACGCAGTCGCAGCCGGCATCCGCCCGCTCGATGCTCCCGTATCCGGCGGCGAACAGGGCGCAATCGACGCTGTCCTCTCCATCATGGTCGGCGGCGAGAAGGAAGACTTCGACGCTGCGCAGGATGTCCTCAACGCAGTGGGCAAAACCATCGTCCACGTCGGCCCGTCCGGCTCCGGCCAGACCGTCAAGGCAGCCAACCAGCTGATCGTGGCCGTCAACATCCAGGTTCTCGGCGAGGCCATCGCCTTCCTTGAGGCCTACGGCGTAGACACCGACGCAGCACTGAAGGTCCTGGGCGGCGGCTTGGCCGGCTCCAAGGTCCTCGAGCAGAAGGGTCAGAAGATGCTCGACCGCAACTTCGACCCCGGCTTCCGCCTGGCCCTCCACCACAAGGACCTCGGCATCGTCACCTCCGCAGCCCGCGAAGCCAACGTCGCTGTCCCGCTCGGCGCCGTCGTCGCCCAGCTCGTCGCCGCAACCGTCAACCAGGGCGACGGCGGCCTTGACCACTCGGGCCTCTTCAAGCAGGTCCTCCAGCTCAGCGGCCGCAACTAA MSNVAVIGLGIMGLPMAINLVKAGHTVTGFNRSQDKIDKLVSEGGQGATSIADAVKDADVVITMVPDSPDVEGVVSGKDGVFANAKKGTLWIDASSIRPDVAKRLSDDAVAAGIRPLDAPVSGGEQGAIDAVLSIMVGGEKEDFDAAQDVLNAVGKTIVHVGPSGSGQTVKAANQLIVAVNIQVLGEAIAFLEAYGVDTDAALKVLGGGLAGSKVLEQKGQKMLDRNFDPGFRLALHHKDLGIVTSAAREANVAVPLGAVVAQLVAATVNQGDGGLDHSGLFKQVLQLSGRN PGPT0018170_837 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 D3-18_00683 804 hyi COG3622 Hydroxypyruvate isomerase ATGACGTACACAGTGAACTGCTCCATCCTCCTGACGGAGCTGCCCTTGCTCGAGCGCCCCGCCGCCGCGAAGGCAGCCGGTTTTGACGCCGTCGAGTTCTGGTGGCCCTTCGAAACCTCCGTCCCCACCGACGCACAAGTAACCGAATTCGAGAACGCCATCAAGGACGCCGGCGTTCAGCTGACGGGCCTGAACTTCAACGCAGGCAACATGCCCGGCGGCGACCGCGGCCTGGTTTCCTGGAAGGGACGTTGCTCCGAGTTCAAGGACAACATCGACGTCGTTGCCGGCATCGGTGAGCGCCTGGGCTGCAAGGCCTTCAACGCCCTCTACGGCAACCGCCAGGACGAGTTCACCCCTGAAGAGCAGGACGAACTCGCGGCCAAGAACCTCGCCGCAGCAGCTGAAGGCGTCGCCCGCATCGGCGGCACCGTCCTCCTCGAACCGGTCAGCGGCGCACCCAAGTACCCGCTCCTCACCGCCGAAGACGCACTCAAGGTCATCGCGCGAGTCAAGGCAGAATCCGGCGCACAGAACATCAAGCTCCTCGCCGACTTCTACCACCTGGCAGTCAACGGCGACGACGTCGAATCCGTCATCGAGAACCATGCCAAGGACTTCGGCCACATCCAGATCGCCGACAACCCCGGCCGCGGCGCTCCCGGAACCGGCACGCTCCCCCTCGGCGAATGGATCGCCCGCAGCCGCGAACTCGGCTACGACGGCTACATCGGCCTCGAGTACAAGGAACCGCAGGAATCGGCTTTCAGCTGGGCCATCCGCCAGCGCGCCAACGCCAACTAG MTYTVNCSILLTELPLLERPAAAKAAGFDAVEFWWPFETSVPTDAQVTEFENAIKDAGVQLTGLNFNAGNMPGGDRGLVSWKGRCSEFKDNIDVVAGIGERLGCKAFNALYGNRQDEFTPEEQDELAAKNLAAAAEGVARIGGTVLLEPVSGAPKYPLLTAEDALKVIARVKAESGAQNIKLLADFYHLAVNGDDVESVIENHAKDFGHIQIADNPGRGAPGTGTLPLGEWIARSRELGYDGYIGLEYKEPQESAFSWAIRQRANAN NA NA NA NA NA D3-18_00684 249 hypothetical protein ATGCCAGTGCTGGTGTCAGATTGCCTGGTGTGTATGCAATGGTCGGGCTCGCTGATGGCTGGCTGGCGTCCGGTAGTAAACTATCGCCGACCGTTTGCGTGGACGCCCTTTGCGCTTGACCGCGCCAGGTTCATTGACGATTTCGACTTGAATCAACTCAAGCTTGAGGTTGGCACGCTAAGTTTTGAGAATGCAAAGTCACTCTCAGGAACCTTGACGTTAAATGATTCCCTGATAGTCAAAGTCTAA MPVLVSDCLVCMQWSGSLMAGWRPVVNYRRPFAWTPFALDRARFIDDFDLNQLKLEVGTLSFENAKSLSGTLTLNDSLIVKV NA NA NA NA NA D3-18_00685 684 hypothetical protein ATGATTAGCCTCAGACTGCACATAGCAGAACTTAACTCTAGACTTGACACCGCAACCAGATTGATCGACGAAACTCACCCTCAGCCTACATCGTCGGGGTTACCATCAAGCTCCGGGCCAATATCAAAAGAGGCGCGGGGATTAGCCGTCGTTTTACTCTTTGCAGCATACGAAAATCTCCTAACTTCCCTCACGCGCACTCTTCTCGATGCAGCAATATCTTGCCGAGTGGGTAATCGTCGACTTCGCCCAGGATTCAGAATGTTTGCCGTCAAGTCCTCTGTTGCTTCGCTTAGAGATATGTCTGAGAAGAAGCTCTTCTCGCACAGCCTTCCGCGCCTAATCGAGCAAGTAGACTCAGGAAGATCCTGCACCATTGATGCAGAGGCTTTTCCAAACGATGGATCATTTATGAAATCCAGCCAGATCAAAGTTTGGTGTGACATTTTCGAAGTAGGCCCACCTCAAAGATACCTTCGGAGAACCTGGGGTTCCGTGGATGCGATCGTTGCTCAGCGGAATCAAATTGCTCACGGAGCAGCCACCCCTGACGAAGTAGGTCGCAGTTATACAGAGACTGAAATACGGACGCTGATCGACAATTGGCGTACGGACTGGACCGACTTTCTTTTACATGTTGAAAGCCTGGCTAGTACTCGTGACTTCTTTCGAATGCCTCGATAG MISLRLHIAELNSRLDTATRLIDETHPQPTSSGLPSSSGPISKEARGLAVVLLFAAYENLLTSLTRTLLDAAISCRVGNRRLRPGFRMFAVKSSVASLRDMSEKKLFSHSLPRLIEQVDSGRSCTIDAEAFPNDGSFMKSSQIKVWCDIFEVGPPQRYLRRTWGSVDAIVAQRNQIAHGAATPDEVGRSYTETEIRTLIDNWRTDWTDFLLHVESLASTRDFFRMPR NA NA NA NA NA D3-18_00686 1098 hypothetical protein GTGGCACGCCCGTTTCTGTATAGTCGGAGCATGGCCAAACATGATGCGTCCGCGCAACGCCTTGAACTGCACGAGCAACGACGCAAGGTTGACTTCGATTCATACGACATTACAGTTGACGAACTGGTGAGGCGAGTGGGCAAGAAGCGCATCGAGATTGCACCCGCGTACCAGCGCCAGTTCCGATGGGACGAAGAACGTCAATCACGGCTCATCGAGTCTTTGATGCTGGGTATTCCCGTTCCGCCACTATTCATGGCGACGAATGTGCATACAGAAAAGGGGACCACATGGGAAGTAGTGGACGGCCTTCAGCGCTTACTTTCACTCGTCAATTTCATGGGCGACGATACGACACGCGCGGCGACTCGACTAGTTGGTTCACCACTGAAACTTACCGCCCTCGATAAGCTTAGCTCTCTTCAGGGAGCATACTTTCACGAATTACCAGCAGATATACAGACCGGGCTTGAGGATCGACCAATAAAGGTCATAGTCCTCAATGACAAGAGTGACTTACAAGTTCGATTTGATCTTTTTGAGCGACTAAATACTGGAGGGGTACGACTTACGGATCATGAGGTCCGCGAGTGCGTATTCATGGGCGAGTTTATCGACCTCGTCGGCGAACTATCAATGACAGAGGAGTTCAAGAGCGTCGTAGTCTTGCCTCGCTCCAGCCAACAAGACGGAACTGCTCAGGACTACGTGTTGAGGTTTTTTGCATTCACGGAACGCTATGCCACATTTGAGCATTCTGTGAAAGACTTTCTCAACGGTTTTTGCGCTGATGCCGCAGCGGACCCCAATGTTGAAGAGCGGGCGGAACTTTTCCGCAAGACATTTACCTTGTTGGCAAAAACATTTCCTAATGGCCTCAAAACTAGAAAAGGTACTACTCCAGTCAACCTCTTCGAAGGGGTTGCAGCGGGAGCTGCCTTAGCCATTCAGCACGACCCATCTCTACGACCTGTGACTGACACATCTTGGATCGCATCAGAGGAGATGAAAAAAATGACTACGGGTGCTACAAACAATCGCCGGCGCGTTAGTGGGAGAGTCGAGTTCAGTAGAGATAGTTTCCTTAGCCTCCAATGA MARPFLYSRSMAKHDASAQRLELHEQRRKVDFDSYDITVDELVRRVGKKRIEIAPAYQRQFRWDEERQSRLIESLMLGIPVPPLFMATNVHTEKGTTWEVVDGLQRLLSLVNFMGDDTTRAATRLVGSPLKLTALDKLSSLQGAYFHELPADIQTGLEDRPIKVIVLNDKSDLQVRFDLFERLNTGGVRLTDHEVRECVFMGEFIDLVGELSMTEEFKSVVVLPRSSQQDGTAQDYVLRFFAFTERYATFEHSVKDFLNGFCADAAADPNVEERAELFRKTFTLLAKTFPNGLKTRKGTTPVNLFEGVAAGAALAIQHDPSLRPVTDTSWIASEEMKKMTTGATNNRRRVSGRVEFSRDSFLSLQ NA NA NA NA NA D3-18_00687 996 ccpA_2 COG1609 Catabolite control protein A ATGGCTCGGCCGACAGTTCAGGACGTCGCTAAGACTGCGGGTGTGTCCGTGGGGACGGTGTCGCGCGTCTTGAACGGGAGCCCGGCTGTCAGCGCGGCAGCCAAGGAGAAGGTCGATGGCGCAATCCGGGAGCTCAGCTATCGTCCGCTTGCCTCGGCCAGGGACCTGCGCCGAGACCGCACAATGCGCGTGCTGGCACTCGCCAAGAACCTCGACTCGCTCGTGATCAGCGAAGTCTTCCGGGGTGTCGGCGACGCTGCCGCGGACTCGGGTTACGTCAGCCTCATCGCAGCGACCGACGGGGACTTGGATCGCGAACAACAACTCGTGGATATGTTGCGAAACGGCTCCGTGGACGGATTGGTCATCTTCTCGCCCACGATGCCGGACGACGACGTCAACACAGTCGCCGAGCAAATGAGTGTGGTCCAAGTCTGTGAAATCGTCGACGCCGAGGCGGCATTCGGAGTGTCCATCGATGACCGTGAGGCCGCCTTCGATATCACCAAGCACCTGATCGACACTGGCGCCAAGAAGCTGGCCATGCTCGCCCACAGAGGTGCCCGCTCGGGCAGGCTCCGTGAGGAGGGCTTCCGTCAGGCGCTTGAAGAGGCGGGCTTGGAACCGGATCAGATCCTGTTCGGTGACGGCAACTTCGGCTTCCACTCCGGCCGCACCCTCGCAAGGAAGCTCCTCGAAGCATCGGACCTTCCGGACGCCATCTTCTGTGGAACCGACGTGGTCGCAGCTGGGTGCGTTCGGGAACTCACCGACGCAGGCCTCAAAGTCCCGGATGACATCGCTGTGGCGGGATTCGATGACTCGGCCCAAGCGGAAATGTGCGTCCCGGAGCTGACCACAGTAAGGCAGCCGGCCTACGAAATGGGCCGCGTAGCCTTCGCTGAACTGCTCGAGCGGATGACCGTCGAGGGTTCACATCGCAAGGGGAGAACTTTCCTCCCGCACGAACTTGTCATCAGGGACTCGACTAAATAA MARPTVQDVAKTAGVSVGTVSRVLNGSPAVSAAAKEKVDGAIRELSYRPLASARDLRRDRTMRVLALAKNLDSLVISEVFRGVGDAAADSGYVSLIAATDGDLDREQQLVDMLRNGSVDGLVIFSPTMPDDDVNTVAEQMSVVQVCEIVDAEAAFGVSIDDREAAFDITKHLIDTGAKKLAMLAHRGARSGRLREEGFRQALEEAGLEPDQILFGDGNFGFHSGRTLARKLLEASDLPDAIFCGTDVVAAGCVRELTDAGLKVPDDIAVAGFDDSAQAEMCVPELTTVRQPAYEMGRVAFAELLERMTVEGSHRKGRTFLPHELVIRDSTK PGPT0021075_1548 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021075-cytR-K05499 NA NA D3-18_00688 1323 COG1653 putative ABC transporter-binding protein GTGGACTTGAACCGACCTGCTTCCCCGCTCCAGAGCCAGAACCAAGCAACACCCCGAAACCGTAAAGCACTGGCGGCCACCGCAATCGCAGCCGCAGCCCTCCTCCTCAGCGCGTGCGGCGGGGGAGCAGCACCCCAAGGTGCCGAGCAAGCAGCAGCTGCCGATCCGGCGTCGGGCGCTAATGCCAGCGGCAACGTGAACATCTGCGGCGTCAAGGACGCGAGCGGTATCTACAAGGGCACGGCGGAGGCGTTCACCAAGGTGAACGGCAAGGTCACGGCCAAGTACACCGAGATCGGCGCCACCACGGATGAAGCCCGCACGCAGATCGTGCAGCGGCTCGAGGGCAAGTCCACCGAGTGCGACATCTTCATCACGGACGTCATCTGGACCTCTGAGTTCGCCTCCCAGGGCTGGCTGTTGGACCAGACCAAGCTGGTAGAGGCCAACAAAGACCGGCTCATTCCCTCCACTGTGGAAACCACCAAGTACGAGGACAAGTACTGGGGCTCGCCGTTCTTCACCAACGCTGGACTGATCTACTACCAGAAGGACAAGGTGGCCAAGCCCGAGACCTGGCAGCAGCTCTACGCGGAAGCTGCCAAGGCACCTGGCAACGGCTTCGTCTACCAAGGCAAGCAGTACGAGGGCCTCACGGTGAACTTCCTCGAAATGCTCTACAGCGCAGGCGGTGAAGTCCTGGATGACCAAGGCAACGTCAAAATCGACTCCGAGGAGACCCGCGAAGTCCTCGACTTCATGAGCAAGGGCCTCAAAGACGGCTCGGCCGACCGTGCCGTCCTGACCTACAACGAAGACCCGGCCCGCCTCGCTTACGAGTCCGGCGATTTCGGATACCAGCGCAACTGGCCGCACGTGTACCGGCTGCTCAACGCGACACCGCTGGCATCCAGCTTCGAGGTCGCGCCGCTGCCGGCATGGGAAGGCGGCAAGGCCTCCGGCGTGCTGGGCGGCTGGAACCTGGCGATCTCGGCTCACTCCACCAATCAGGCCGGGGCTGTCGCGTTCATCGACTTCGCCACCACGCCGGACTGGCAGAAGCACGTGGCCATGGACTACTCGCAGGCACCGGTCAACGAGGCTGCCTACTCGGACCCGGCCGTGCTGCAGAAGATGCCGTTCGCCGCCGAACTCCTCGCCTCCGTGAAGGGTGCCAAGCCGCGCCCGATCTCCCCGGTCTACCCGCAGATCTCGCAGGCGATCTACAAGAACGTCTACGCCGTCCTCTCCGGCACCGCCTCCACCGAGGACGCCGTGAAGAGCATGGCCGAAGAAATCACCAGCGCCAAGGCGAGCTTCTGA MDLNRPASPLQSQNQATPRNRKALAATAIAAAALLLSACGGGAAPQGAEQAAAADPASGANASGNVNICGVKDASGIYKGTAEAFTKVNGKVTAKYTEIGATTDEARTQIVQRLEGKSTECDIFITDVIWTSEFASQGWLLDQTKLVEANKDRLIPSTVETTKYEDKYWGSPFFTNAGLIYYQKDKVAKPETWQQLYAEAAKAPGNGFVYQGKQYEGLTVNFLEMLYSAGGEVLDDQGNVKIDSEETREVLDFMSKGLKDGSADRAVLTYNEDPARLAYESGDFGYQRNWPHVYRLLNATPLASSFEVAPLPAWEGGKASGVLGGWNLAISAHSTNQAGAVAFIDFATTPDWQKHVAMDYSQAPVNEAAYSDPAVLQKMPFAAELLASVKGAKPRPISPVYPQISQAIYKNVYAVLSGTASTEDAVKSMAEEITSAKASF PGPT0014145_332 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_MALTOSE|TREHALOSE_TRANSPORT,PGPT0014145-thuE-K10236 NA NA D3-18_00689 960 sugA_1 COG1175 Trehalose transport system permease protein SugA ATGGCCACCAAGACACTTCAACCCAGACGCGGGGCACCCGGCGGCCGCCCGCCAAGCCGCGTAAGCGGCCGCGACCGCGCCGAGCGGAAGCTCGCATTCCGCATGACCGCCCCATCGCTGGTCATCATGGCGCTGGTGGCGGCGGTCCCCATCGGCTACGCGATCTGGCTCTCGCTGAACCAGTACAGCGTCCGCACCGCCGGTCTGTCCCGCTTTGTCGGGCTGGACAACTACATCGCCGCGCTCACCAGCAACGAATGGTGGGCGGCGTTCGGCCAGACGTTCCTGTTCGCGGGCCTCTCCGTCAGCTTGGAACTCGTCCTCGGCACGGCCATGGCGCTCCTGCTCAACCTCGCGTTCAAGGGCCGCGCCGTCCTGCGCACTGTGGTTCTGCTGCCGTACGCGATCATCACGGTGGTCAGCGCCATCACGTGGCAGACGATGTTCCAGCCCAACATGGGCCTGGTCACCAACGTCCTCTCCACGCTTGGACTCCCGGGCGGCGACGTCGTCTGGCTCGGTGAGCACGGCTACGCGATGGCCGTGATCGTCATGGCCGACCTCTGGAAGACGACGCCCTTCGCGGCGCTCATCATCCTGGCCGGCCTGCAGGTCATCTCCGCCGAAACGTACGAGGCCGCAGAACTCGACGGCGCCAGCAAGTGGCAGACCTTCGTTCACATCACCCTGCCGCTCCTGCGTCCGGCAATCGTCCTCGCCGCGATCTTCCGCACCATGGACGCCCTCCGCGTCTTCGACCTGCCGTTCGTCCTCACCCGCGGCGCTAACGGCACCGAATCCATGTCCATGCTGGCCTACACGCAACTGCGCGAAAACCGGCTGGTGGGCGAAGGCTCGGCGCTGTCCATCCTGACCTTCCTCACCGTCATGGTGGTCTCGGTCATCTACGTCCGCTTCGCCGGCGGCAACATCCGCGACGTCGCGAAGGAGGAACAATGA MATKTLQPRRGAPGGRPPSRVSGRDRAERKLAFRMTAPSLVIMALVAAVPIGYAIWLSLNQYSVRTAGLSRFVGLDNYIAALTSNEWWAAFGQTFLFAGLSVSLELVLGTAMALLLNLAFKGRAVLRTVVLLPYAIITVVSAITWQTMFQPNMGLVTNVLSTLGLPGGDVVWLGEHGYAMAVIVMADLWKTTPFAALIILAGLQVISAETYEAAELDGASKWQTFVHITLPLLRPAIVLAAIFRTMDALRVFDLPFVLTRGANGTESMSMLAYTQLRENRLVGEGSALSILTFLTVMVVSVIYVRFAGGNIRDVAKEEQ PGPT0014150_533 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_MALTOSE|TREHALOSE_TRANSPORT,PGPT0014150-thuF|sugA-K10237 NA NA D3-18_00690 900 sugB COG0395 Trehalose transport system permease protein SugB ATGAGCACACTGACTGCAGAACGCCCGACGGCGGAACTCGCCTCGCGCCCCAAGGCGCCGAAGCGTCGGTTGCGTGGGGAATCGAAACTGCATCCACTGGTATGGGTGTTCGTGGTGGCCGTCATGGCTTTCTCGCTCATACCCTTCTACTGGCTGGTCAACACCTCCCTTAAGAAGGGTGCGAGCCTGTCCCAAGGCGAGCTGTTCCCGAGCCAGCCGACCCTCGAGAACTATCTAGTCGTCTTCCAGAACCCCGAGTTCCTCCTGGCCTTGCGCAACTCGGTGATTATCGCCGTCGTGACCACCACAGTGGCGCTGGTGTTTGCATCCTTCGCCGCGTATGCGCTGGCCAGGCTGAAGATGCGCCGCAAGGCGATGATTCTGACGCTGATCCTCTCGGTCACCACGTTTCCGGCCATCGCCATCGCGGCACCGATGTTCTCCATCTGGCGCGAAATCGGCCTGTACGACACCTTGCTTGGTCTCATCATTCCGAAGCTGACGTTCGCGTTGCCTCTGGCGATCTACACACTGACGTCGTTCTTCAAGGAGATCCCGCGCGAGCTGGAGGAATCCGCGTACATGGACGGCGCCACACCGTTTGTCGCCTTCCGGAAAGTCATCCTTCCCTTGGCAATCCCTGGCCTGGCGACGACGGCCATTCTCGTGTTCATCTCGGTCTGGAACGAATTCCTCCTGGCCGTCACGCTGACCACCTCGCCGGAATCCCGTCCCGTCCCCGTAGCCATCGCGTTCTTCAGCGGCACCAGCGAGTTCGACCAACCACTCGGCACCATCAGCGCCGCGTCGGTAATCATCACCATCCCGCTCGTTATCTTGGTGCTCCTCTGCCAGAAGCGCATCGTCTCCGGCATGACGGCCGGCGCCGTCAAGGGCTAG MSTLTAERPTAELASRPKAPKRRLRGESKLHPLVWVFVVAVMAFSLIPFYWLVNTSLKKGASLSQGELFPSQPTLENYLVVFQNPEFLLALRNSVIIAVVTTTVALVFASFAAYALARLKMRRKAMILTLILSVTTFPAIAIAAPMFSIWREIGLYDTLLGLIIPKLTFALPLAIYTLTSFFKEIPRELEESAYMDGATPFVAFRKVILPLAIPGLATTAILVFISVWNEFLLAVTLTTSPESRPVPVAIAFFSGTSEFDQPLGTISAASVIITIPLVILVLLCQKRIVSGMTAGAVKG PGPT0014155_115 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_MALTOSE|TREHALOSE_TRANSPORT,PGPT0014155-thuG|sugB-K10238 NA NA D3-18_00691 1104 rifL Putative UDP-kanosamine synthase oxidoreductase subunit GTGAGCATTCAGCAGCAGGTCCCGTCCGCAACCCTCAAGGTGGGAGTTGTGGGTATCGGTTGGGCCGGCCAGCAGCACCTCAAGGCGTACAGCAACATCGACGGCGTCGAGATTGTCGCCGTCGCCGGCATGGAAGAAGAACTCCTGGCCCAGCTGACGGAGGAGTACAGCATCCCTCACGCCTTCGCCCGCTGGGAGGACATGATTGAGCTTGAGGACCTCGACGCCGTCAGCATCGCTGTGCCCACCTTCCTGCACGCGCCCATCGCGGTCGCTTCGCTTGGGCGGGGACTGCATGTGCTGAGCGAGAAGCCGATCGCCCGCAACGCCGTCGAAGGCCAAGCGATGGTGGACGCCGCCCGGAAGGCGGGACGCGTCCTGGACGTGGCGTTCAACCACCGCCGCCGCGGCGACATCCAGGCGTTGAAAGAAGTGATCGACGCCGGCACGCTGGGACGTCCGTACTACGCGAAAGCGTCGTGGCTCCGTCGTCAGGGGATTCCGATGCTGGGCAGCTGGTTCACCAATCCTGAGCTCGCCGGCGGTGGCCCGCTGGCTGACATCGGGGTCCACGTGCTGGACTACTCCCTGCACCTGCTGGGGGAGCCGAAGGTCTTGGCGGTCTCGGCATCCACCCACTCCGAGCTCGGGCCACGCGGCCTCGGCGGTAACGCCCGCTATACGGCGTCGAACTCCAGTCATAAATTTGAAGTGGAAGATTTCGCATCAGCGTTCATCCGGCTGGAAGGCGGCGGCACCTTGATCCTGGAAGCGGGATGGGCAACCTACCGCGACGAGAAGGACCTGATGGACTTCACCGTTTACGGGACCGACGGCGGAGCGGACCTGCGCTCGGTCGGCGCCTCCGAGAACCCGGTTGCGGACGTCCACGTCTTTACTGAGAAGGACGGCGAGAACGCCGACTTCGAGGTAGTGGCCGAACCCGGGCGCGCCCACCAGGCCGTCGTCGACGATTTCATTGCCGCGGTGCGCGGTGGCGAAACTGTGTGGGGAAGTCATGACGGCTCGCTTGCCCTGAGCCGTGCCTTGATACTTGATGCTTGCTACAAATCCGCCCTCGAACAACGTGAAGTGGTGCTCTGA MSIQQQVPSATLKVGVVGIGWAGQQHLKAYSNIDGVEIVAVAGMEEELLAQLTEEYSIPHAFARWEDMIELEDLDAVSIAVPTFLHAPIAVASLGRGLHVLSEKPIARNAVEGQAMVDAARKAGRVLDVAFNHRRRGDIQALKEVIDAGTLGRPYYAKASWLRRQGIPMLGSWFTNPELAGGGPLADIGVHVLDYSLHLLGEPKVLAVSASTHSELGPRGLGGNARYTASNSSHKFEVEDFASAFIRLEGGGTLILEAGWATYRDEKDLMDFTVYGTDGGADLRSVGASENPVADVHVFTEKDGENADFEVVAEPGRAHQAVVDDFIAAVRGGETVWGSHDGSLALSRALILDACYKSALEQREVVL NA NA NA NA NA D3-18_00692 750 hypothetical protein ATGTCTGAACAGAAATTGAAGGTTGTCGTCTGGAACGAGGCCGTTCACGAAGCCCGCAACGAGCCCGCGACTATCGGCGAGATGTACCCGGAAGGGATTCACGGCGCCATCGCCGCAGGGCTCCGCGGCTTCTACCCGGACTCCGAAATCTCCACAGCCACGTTGGCCGACCCCGAGCACGGTCTGTCCGAGGAAGTCCTGGAACAGACAGATGTGCTCTTGTGGTGGGGACATATTGCGCACGAGGAAGTGGCTGATGAGGTGGTGGAGCGCGTGCAGCGGCACGTGCTCGGCGGCATGGGCCTGGTGGTTCTGCACTCCGGGCACTTCGCCAAGATCTTCACTCAATTGTTGGGGACCACCTGCTCTCTGAAGTGGCGCAACGAGGGCGAACGCGAGCTCGTGTGGACGGTCAAGCCCTCGCATCCGATCGCGGCTGGTATCGAGAGCCCGATCGTGATCCCTCAGCAGGAAATGTACGGCGAACTTTTCGACATTCCGGAGCCCGATGACCTGATCTTCATCAGCTCGTTCACCGGGGGAGAGGTGTTCCGCTCCGGCGTGACATTCTCCCGGGGCAAGGGTCGGATCTTCTACTTCAGCCCCGGCGACCAGGAATACCCGGTGTACCACCAGCCGCAGATCCAGAAGGTGATCGCCAACGGGGTTGGTTGGGTGGCGCAGCCTGGTGTTTTCCGGGAGGCGCCGGAGGTCTCCAATCCGGCCCGGGGCTGGTTCGAGGAAGCCTAA MSEQKLKVVVWNEAVHEARNEPATIGEMYPEGIHGAIAAGLRGFYPDSEISTATLADPEHGLSEEVLEQTDVLLWWGHIAHEEVADEVVERVQRHVLGGMGLVVLHSGHFAKIFTQLLGTTCSLKWRNEGERELVWTVKPSHPIAAGIESPIVIPQQEMYGELFDIPEPDDLIFISSFTGGEVFRSGVTFSRGKGRIFYFSPGDQEYPVYHQPQIQKVIANGVGWVAQPGVFREAPEVSNPARGWFEEA NA NA NA NA NA D3-18_00693 1170 iolG_1 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGACCAGTTCCCTTTTTCCTGCTGGCCGTCCTAAAGGCGTGGCCGCCATCGGCTACGCCTTTATGGGGAAGGCCCACTCGAATGCGTGGCGGAATGTGGCCAGTTTCTTCGACGTTCCGGCCTTCGAGCAGAAGGTGCTCGTTGGCCGGGACGCCGCCTTGGTTGCCGAGGCTGCTGCGAAGTACGGCTGGGCTGAATCGGCTACCGACTGGCGATCCGTGATCGCACGGGACGACATCGACATCGTGGATATCTGCGCGCCAGGCTGGATGCATGCCGAGATCGCCATCGCAGCGTTGGAAGCCGGCAAGCACGTCCTGGTGGAAAAGCCACTTGCCAATACTTTGGATGAGGCTGAGTTGATGGCGGGTGCGGCTGCCTCCGCCAGGGCCCGGGGTGTGCAGTCGATGGTCGGTTTCAATTACCGGCGGGTGCCTGCGCTGGCACTGGCTCGCGAGTTGATCGCGGAGGGACGTCTCGGAACTGTTCGGCACGTCCGTGCCGCTTACCACCAGGACTGGCTTTCCGACGTCGAAACCCCCATGAGTTGGCGGCTCCGCAAGGAAACCGCCGGTTCCGGAGCGCTAGGGGACATCGCTTCCCACGCTATCGACCAGGTCCAGCACCTTACCGGCCAAATCGTCACTGAGGTGACCGGAACGCTGCGGACTTTTGTTACCGAGCGTCCCGGCCCTGAAGGTTTGGAGAAAGTGACAGTCGACGACGCCGCGTGGGCCACCCTTGGAATGACAGGAAACATCAGTGCTTCGGTGGAAGCATCCCGCGTGGCCACGGGGCAGAAGAACTCACTCAAGATCGAAATCTACGGCTCTCTCGGGTCGCTGACCTTTGATTTGGAGAACCTGAATGAACTCGGCTTCCTGGACGCGACGCTTCCTGTGCGGGAGCAGGGTTTCCGGCGGATTCTCGTGAATGAGCCCGAACACCCGTACCTTGAGGCGTGGTGGCCGCAGGGGCATGTCATCGGTTGGGAGCACACGTTCACGCACCAGGTCCGCGACTTCCTAGTTGCCGTTCACGACGGAAGCCAGCCATCGCCGTCGTTCGCTGACGGGCTCCAGATCCAGCGGGTGCTGGCCGCCGTCGAAGAGTCGGCGAGGAACAGGAGTGTGGTGACGGAGGTTCCAGAACGGGTTGGGGTCAACTAG MTSSLFPAGRPKGVAAIGYAFMGKAHSNAWRNVASFFDVPAFEQKVLVGRDAALVAEAAAKYGWAESATDWRSVIARDDIDIVDICAPGWMHAEIAIAALEAGKHVLVEKPLANTLDEAELMAGAAASARARGVQSMVGFNYRRVPALALARELIAEGRLGTVRHVRAAYHQDWLSDVETPMSWRLRKETAGSGALGDIASHAIDQVQHLTGQIVTEVTGTLRTFVTERPGPEGLEKVTVDDAAWATLGMTGNISASVEASRVATGQKNSLKIEIYGSLGSLTFDLENLNELGFLDATLPVREQGFRRILVNEPEHPYLEAWWPQGHVIGWEHTFTHQVRDFLVAVHDGSQPSPSFADGLQIQRVLAAVEESARNRSVVTEVPERVGVN NA NA NA NA NA D3-18_00694 942 hypothetical protein ATGCAGACCATACTTGGCGCGAACGGCCAGATCGCCGTGGAGCTCGCCCGCGAGCTACAACGCGCCTACACCGAGGATCTTCGGCTCGTGAGCCGTAATCCCCGCAAGGTCAACGAGTCAGACTCCCTCATCAAAGCGGACCTGCTCGACGCCGGCCAGACAACCGCGGCCGTTGCGGGCAGCGACGTCGTCTATTTCACTGCAGGGCTGCCGGCAAACACTGAGCTGTGGGAGGCGCAGTTCCCGACGATGCTCCGGAATGCACAGGAGGCATCCAGGGCTGCTGGCGCCAAATTCGTCTACTTTGACAACACGTACATGTATCCCCAGGACGACCGCGTACAGACCGAGCAAACCCCATTCGCCCCCAACGGACGCAAGGGCAAGGTCCGCGCCGCGATGGCATCGATGGTGCTTGACGAGATGGCGCGGGGCGACATACCGGTACTCATCGCCCGGGCTCCCGAGTTCTACGGGCCGGGCCGGACGCAGAGCTTCACCAACGCCCTGATCATCGATCCTCTCAAGGCAGCTAAAAAGCCCCGCATCCCAGTACGGGATGACCGTCAACGGACGCTGATCTGGACTCCGGATGCAAGCCGTGCCCTTGCGCTTCTGGGCAACACACCGGACGCCTTCGGGCAGACATGGCACCTTCCGGTCGCCGAGGAACGGCCGAACTACCGGGAGTTCGCCACCATGGCCAGCGAAGCGTTCGGCCAGTACCCCGGCTACACGGTGGTGCCACGATGGGTCCTCAACGCAGCTGGGCTGTTCTCGGCGCAGGTACGGGAGCTGCGGGAACTACTGCCGCGCTACGAGCACGACAACCGCTTCGAATCTACGAAGTTCAGGGCGCGATTCCCGGAGTTCGCAGTGACCTCCTATCGCGACGGACTCGCCATCATCCGCCGGGAAGCCGAAGTAGTTCCGCCTAGTTGA MQTILGANGQIAVELARELQRAYTEDLRLVSRNPRKVNESDSLIKADLLDAGQTTAAVAGSDVVYFTAGLPANTELWEAQFPTMLRNAQEASRAAGAKFVYFDNTYMYPQDDRVQTEQTPFAPNGRKGKVRAAMASMVLDEMARGDIPVLIARAPEFYGPGRTQSFTNALIIDPLKAAKKPRIPVRDDRQRTLIWTPDASRALALLGNTPDAFGQTWHLPVAEERPNYREFATMASEAFGQYPGYTVVPRWVLNAAGLFSAQVRELRELLPRYEHDNRFESTKFRARFPEFAVTSYRDGLAIIRREAEVVPPS NA NA NA NA NA D3-18_00695 600 hypothetical protein GTGTCAACATCGACTAAGAGCTACCATCACGGCGACCTTCGTGCGGCCCTGATCGCCGCCGCCGTCGAGGGCCTTGAAGCGGGTGAGCCGTTCTCGTTGCGGGCCGTTGCCCGCCGGGCAGGCGTTTCTCCCACCGCTCCCTACCGGCATTTCGCGGACAGGGAAGCGCTAGACAGTGCGGTTGCGGTTGAGGGATTCAAGGATCTACGTGCCCACCTTGAGGCTGCGTTGACTGGTCCGGTCCAGCCGACTGCGCCGGAGGGGGTGATCGCAGCGCTCGGCGTTGCCTATGTTGGATTCGCGCTCAGGCGACCGGCTGTATTTCGGTTGATGTTCGGCAACGAATGCGACGAGGAAAACAGTGAACGCGTACAGGCTTCGGAGCAGCTCCACGAGATGTTGAACCAAGCGATCGAGCGTCTCTTTCCTGGCGCGAATATTTCCGGTCTATCCGTCGCCCTGTGGAGCGTGGCTCACGGCCTTGCGTTTCTCCATCTGGACGGCAAGTTGCGGCCACAATCAGACGACGACGTCGCGGCGCGCGTGCAGTCGACGGTTGGGGCGATCTTCGCGCTGAATTCCAAGAACTCGGGTAGCTAG MSTSTKSYHHGDLRAALIAAAVEGLEAGEPFSLRAVARRAGVSPTAPYRHFADREALDSAVAVEGFKDLRAHLEAALTGPVQPTAPEGVIAALGVAYVGFALRRPAVFRLMFGNECDEENSERVQASEQLHEMLNQAIERLFPGANISGLSVALWSVAHGLAFLHLDGKLRPQSDDDVAARVQSTVGAIFALNSKNSGS NA NA NA NA NA D3-18_00696 684 hypothetical protein ATGACAACACGCATCCTTCATGTCGTCACGAACGTCAGCCACTACGATGACCCGTCTCACCCCACCGGCCTGTGGCTGTCCGAACTGGTTCACGCCTGGGAAGTGTTCGAGGCGCATGGTTTCGAACAGGACATTGTCAGCCCACAAGGCGGACTGGCCCCCTTGGAGCCGCGATCACTGAAATTTCCCAGCTACGACAAAGCAGCTAAATCGTGGCACGCCGACCCGGAGCGGATGGCGCTTCTCGAAAACACCGCCAGCCCGGAGAGCGTCAACTCGGCCGACTTCGACGCCATCTACTTCACCGGCGGCCATGCGGTGATGTACGACTTCCCCGACAGCGAAGGATTGCAGAGGATCACCCGCGAAATCTGGGAACGAGGCGGCATCGTATCCTCCGTCTGCCACGGGTACTGCGGTCTGCTCAACACCAAGCTTAGCGACGGCAGCCTCCTTGTTGAGGGCCGGAAGTTAACGGGCTTCGCTTGGCAGGAAGAAGTCCTAGCGCGAGTCGACAAGTTGGTGCCCTACAACGCTGAGGAGGAGATGAAGAGCCGTGGGGCACTCTATGAGAAAGCCCTGCTTCCCTTCGTCTCCTACGCCATCGCGGACGGCAATCTCGTCACCGGACAGAACCCGGGGTCAGCCAAGGCGACTGCGGAGAAAGTAGCCGCGCTTCTCTGA MTTRILHVVTNVSHYDDPSHPTGLWLSELVHAWEVFEAHGFEQDIVSPQGGLAPLEPRSLKFPSYDKAAKSWHADPERMALLENTASPESVNSADFDAIYFTGGHAVMYDFPDSEGLQRITREIWERGGIVSSVCHGYCGLLNTKLSDGSLLVEGRKLTGFAWQEEVLARVDKLVPYNAEEEMKSRGALYEKALLPFVSYAIADGNLVTGQNPGSAKATAEKVAALL NA NA NA NA NA D3-18_00697 414 hypothetical protein ATGGGCCACATGAGCCTCTTCATTACTTGCCCAGTTGAAAGCGTCGACCGCGCGACCGCCTTCTATACCGCCCTCGGCTGGACCCTCAACACCGAGATGTCCGATCACAACGTGTCATGCTTCGCGATCGCGCCCGAGCAGTACGTCATGCTCGGAAGCCGCGAGATGTACGCGAGCGTCGGCGGCGCCGAGGAGCTCGTCGGCGGACCCGACACTCCCTCGAAGATCACAGTCTCATTCGATCTCGGTAGCCGCGAGGCGGTCGACGAACTCACCGAACGCGCCGGAGCCGCCGGCGGCCGGATCGGTGACACCGACGACTACCCCTTCATGTACCAGCGCCAATTCGATGACCTCGACGGTTACCACTACTCGCCGTTTTGGATGAAGCCGGACTCCGATCCGACCGCGTGA MGHMSLFITCPVESVDRATAFYTALGWTLNTEMSDHNVSCFAIAPEQYVMLGSREMYASVGGAEELVGGPDTPSKITVSFDLGSREAVDELTERAGAAGGRIGDTDDYPFMYQRQFDDLDGYHYSPFWMKPDSDPTA PGPT0028555_93 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 D3-18_00698 303 COG1733 putative HTH-type transcriptional regulator GTGAGCAACCTCGCCGCGGCCCTCGACATCGTCGGAGCACGCTGGGCCTTGCTCATCGTGGAGCGGCTGCTCGATGGGCCACAACGCTACGGCGATCTGCAACGCGACCTTGGAGTACCGACCAACATACTCGCGACCCGCCTGCGCGAGCTTGAGGCCGCCGGCATACTGTCCCGCCTGCCACTCCGGCACAACACCCGGGCCTACGCGCTGACCGATAGAGGGCTCGCCTTGCGCGATGCGATCGTCGCGCTAGAACGCTGGGGCGGCGAGGCATGGCCCAAGACCGCCCCCGAAGCTTAA MSNLAAALDIVGARWALLIVERLLDGPQRYGDLQRDLGVPTNILATRLRELEAAGILSRLPLRHNTRAYALTDRGLALRDAIVALERWGGEAWPKTAPEA NA NA NA NA NA D3-18_00699 894 hcaR_1 Hca operon transcriptional activator HcaR ATGGACCTTCACCATCTCAAGTACTTCGTGGTGCTCTCTGAAGAGCTTCATTTCGGCCGTGCGGCGCAGCGTTTGCACATGGCCCAGCCGCCGCTTTCGCAGCGAATCAAGGACCTGGAGAAGGAGCTCGGGGTCCTGCTGTTTCATCGTCGTCGCACGGGTGTTGAGCTGTCCGAAGCCGGGGCCTTATTGCTGGAGCATGCCCGAGGGGTGCTGGATCATGTGGCCATGGCGCAGGAGTCGATGCGGCGGATCCGGCCAGGCGCTTCGGGCATTTTGCAGGTAGCAGTGCCGCCGGATACGAACCCGGTTGCGTTGTCCACGATGGTGTCTTCATTTGCTGCGTCTGCGCCCGACGTTCTGCTCAACCTGCACGAGCTCACCACAGTTGAGCAGGTCGAGCGACTGCGCGACGGCGAACTGGACGTCGCGGTGGTGCGTCACCCTTTGAGCAGCGTGGGTTTTGAATCGGGGCCCGTGTTTTCGCGGGCGCTCGGTGTGGTGATGAATGCTGCGCACCCGCTGGCTGCATCGTCTTCTGTGCCGCTGGGTGAGCTGTCCGGGAATCCGTTGATCATCTTCCCGCGGCACATGGCACCGACCTTGTACGACTCGTTCCTGCACACGTGCCGGGATGCTGGGTACTTGCCGGCGGCTATCGTTCACGCGCGGAATCAGCACTTCACCCACGGGCTGATCATGGCCGGCCGCGGAGTGCACTTCAACGAGGAGCCGTGGACACCTCTTCCCACCGGAATTGTGTGGCGGCCGTTGGTGGGTGATCCGTTGGCTTGGCGGACGTCGGCGTTGTGGTTGAAGAGCCGTAGGTCAGCGCAGACGGATGCTTTTGTTGAGGCTGTGGGGTCGGGATTGGAGGCGGGCGGGCATGGGTGA MDLHHLKYFVVLSEELHFGRAAQRLHMAQPPLSQRIKDLEKELGVLLFHRRRTGVELSEAGALLLEHARGVLDHVAMAQESMRRIRPGASGILQVAVPPDTNPVALSTMVSSFAASAPDVLLNLHELTTVEQVERLRDGELDVAVVRHPLSSVGFESGPVFSRALGVVMNAAHPLAASSSVPLGELSGNPLIIFPRHMAPTLYDSFLHTCRDAGYLPAAIVHARNQHFTHGLIMAGRGVHFNEEPWTPLPTGIVWRPLVGDPLAWRTSALWLKSRRSAQTDAFVEAVGSGLEAGGHG NA NA NA NA NA D3-18_00700 765 crt_1 COG1024 Short-chain-enoyl-CoA hydratase ATGTCCCAGGACGTCCTCTTCGAACAGACCGGCCCCACCGCCATCATCACCCTCAACCGCCCGGACAAGCTCAACGCCTGGACCGAGGCCATGCGCAGCGAACTTATCGAGTACTTGGAAGGCCTCAAAGGCAACGACGAGATCCGCACCGTCATCCTCACCGGCAGCGGCCGCGCGTTCTGTGCCGGACAGGACCTGGCCGAGACCGCCTCCATGAACCCCGAGGATCACGAGTCCGCCGAGGCTTGGATCGACGGCTTCGACCGCCTCTACCGCGCCGTCCGCAACCTCGATCAGATCACCATCGCCGCGGTCAACGGCGTCGCCGCCGGCTCCGGTTTCCAGTACTCACTACTCGCTGACCTCCGCGTCGGCGACTCGAAAGTCCGCATGGGCCAGCCCGAAGTCCTCTCCGGCATCCCCAGCATCACCGGCATCTGGGCCATGTGGAGCATCCTCGGCAAGTCCAAGACCTCCCAGTTCGTCCTCACCGGCGAGCTTGTGGACGCTGCCGAGGCTCAGCGTCTCGGCCTCCTTAACTACTTGGCGGACGACGGCGGCGTGCTGGCTTACGCCAAGGACCTCGCCGCTCGCTTGAGCCTCCTTCCCCCAGGCGCAGTCCGCCTGACAAAGAACCGCCTGCGCAGCTTGGAAGACGACGACCTCAGCGACGCCATGGCAGAAGCGAAGCGCGTGCACCGCGAGGCGTATGGCACCGGCGAACCGCAGCGCGAGATGGCCCGCTTCCTCGCCGGCCGCCGCTGA MSQDVLFEQTGPTAIITLNRPDKLNAWTEAMRSELIEYLEGLKGNDEIRTVILTGSGRAFCAGQDLAETASMNPEDHESAEAWIDGFDRLYRAVRNLDQITIAAVNGVAAGSGFQYSLLADLRVGDSKVRMGQPEVLSGIPSITGIWAMWSILGKSKTSQFVLTGELVDAAEAQRLGLLNYLADDGGVLAYAKDLAARLSLLPPGAVRLTKNRLRSLEDDDLSDAMAEAKRVHREAYGTGEPQREMARFLAGRR PGPT0001860_3558 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0001860-paaF|echA-K01692 NA NA D3-18_00701 1593 acsA_1 COG0365 Acetyl-coenzyme A synthetase ATGAAAACCGCAATCCAAGACCGTTACACCGAAATGCGGAACAGCCACCGCTGGGAGGTGCCTGAGCTCTACAACATGGCCGTCGACGTCGCCGACCGGCACCCAAGGGACAAGCGGGCACTCATCCTGGAGTCCGCCGTCGAAGGTCAACGCGAGGTGAGCTGGGGCGAGATCCAGGACCGTTCCCGCCAGATCGCTGCCACCCTGCAAAAAGCCGGCATCAAGAAGGGCGACCGGGTCGCCGTCCTGCTGCCGCAGCGTTCCGACACCCCGGCCGCGTACCTCGGCGTGCTGCGAACCGGCGCCATCCTGGTCACGATGTCCTTGCTCTGGGCGGCGGAACCTATCCGTTTTCGGCTGGAGGACAGCGGGGCGTCAGTGATCATCGCGGAGGAATCCGCGAAGCACCTGTTCGAGGACTACGACGGCACCTTTATCGACATTGACAGCCCGGCCATTAAAGAAGCGCCCACGGAATTCCAAGACGTCGAAACCAACGCCGACGACCCCGCCCTCATCTTCTACACCTCGGGCACCACTGGCCGGGCGAAAGGAATCGTCCACGCCCACCGAACACTCCTCGGCCACAACGAGTTCGAGTACTGCCACCAGATTGGCGACGGCGATGTCTTCTACGGTGCGGGGGACTGGGCGTGGTCGCTGGCCAAGCTCATGGGCCCGCTTCGGCTTGGTGCCACGCACCTGGTTTTCCGTCCCAGCGGCGGCTTCGACCCCGCAGCCCTCTTGGACAGCATGAGCCGCCACCGCGTCACCAGCGCGCTGGTCAACCCGACTTTCCTGCGGAAGATGCGCGAAGACGTTCCCGATGCCGGTACTCGCTTCCCGCTGTCCCTGCGGACGGTTTGTTCGTCCAATGAGCCGCTGACGCCGGACCTGATCACGTGGTTCGAGTCGCAGTACGGGGTGACATTGCTGGACTACTACGGTTCCACGGAGTCCTATCCGTTGCTGGGCAATTACCCGGATGTTCCGGTGAAGCCGGGGTCCATGGGCCGTCCACTTCCTGGATGGGAAGTCCGCCTTTTGGACGAGAACGAGCAGGAAGTAGCCGCGGGCGAGACCGGTGAGGTCTGCCTCCGCGCGCGATCCAACCCGCAATTTCCCTTGGGATACTGGAACATGCCGGAGGCGTCCGCCACCGCATTTGGGGGCAGCTGGTACCACACCAAGGATCAAGCCTACGCGGACGAAGACGGCTACTTCTGGTTCCTGGGGAGGACCGACGACGTCATCAAAACGTCCGGCTACCGCGTTGGACCCTATGAGCTGGAGGCCGTCATTCGTGAGCTCGATCCCGTGCGGGATGTGTCCGTCACGGGCGTGCCCGACGAGCTGCGCGGACAGTCCATCAAGGCTTGGATCCAACTGATGCCCGGTCACGCTGGGGGAGCGGAACTGAGCGAAACCATCGTGGCGCACGTGAAGGAGAACTTCTCCCGCTTCGCGTATCCGCGATTCATTGAATACGTTTCCGCGTTGCCGAAATCGGCCACCGGAAAAGTCCAGCGGGCACAGCTCCGCGATCTCCCACACGTTGTAGCCTCTCCCCGCCTTGAAGGACAACAATCATGA MKTAIQDRYTEMRNSHRWEVPELYNMAVDVADRHPRDKRALILESAVEGQREVSWGEIQDRSRQIAATLQKAGIKKGDRVAVLLPQRSDTPAAYLGVLRTGAILVTMSLLWAAEPIRFRLEDSGASVIIAEESAKHLFEDYDGTFIDIDSPAIKEAPTEFQDVETNADDPALIFYTSGTTGRAKGIVHAHRTLLGHNEFEYCHQIGDGDVFYGAGDWAWSLAKLMGPLRLGATHLVFRPSGGFDPAALLDSMSRHRVTSALVNPTFLRKMREDVPDAGTRFPLSLRTVCSSNEPLTPDLITWFESQYGVTLLDYYGSTESYPLLGNYPDVPVKPGSMGRPLPGWEVRLLDENEQEVAAGETGEVCLRARSNPQFPLGYWNMPEASATAFGGSWYHTKDQAYADEDGYFWFLGRTDDVIKTSGYRVGPYELEAVIRELDPVRDVSVTGVPDELRGQSIKAWIQLMPGHAGGAELSETIVAHVKENFSRFAYPRFIEYVSALPKSATGKVQRAQLRDLPHVVASPRLEGQQS PGPT0002265_7266 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895 NA NA D3-18_00702 1323 proP_3 Proline/betaine transporter ATGAATACGATGACTGAGAAAGTTGCTGAAACCGAGTCTTCCCCGCGCCGCAGCCTGAAGCGCGTCGCCGCGGCAGCCGCCGTCGGAAATTTCGTCGAATGGTTCGACTCCGCGGCTTATGCGGTCATGTCCGTGACCATCGCGAAGCTCTTCTTCCCGGATTACTCCACGACGGCGTCACTTCTGGCCGTGTGGGCGATCTTTGCCGGCGGCTTCATCGCCAGGCCGCTCGGCGCGGCTTTCTTTGGACGCTACGGTGATCGGATTGGGCGCAACAAGATGCTCGGCCTGTGCGTGCTGATCATGAGCGCGGCCACGTTCTGCATCGGTATCCTGCCGACGTTCGCAGTGATTGGTATCTGGGCTCCGATTCTCCTGTTCGTGTTCCGCGCAGTTCAGGGCTTCACGACTGGCGGCGAGTACACGGGGTCCTCGGCGTTCATCGTGGAATACGCCCCGGAGGGCAAGCGGGCAACGTACGCCAGCATCATTCCGGCCACTGTCGGTCTGGCTTCGGTTGCCGGCGCGTTGCTGGGTGCCGCGATCACCGCGACGTTGAGCACCGAAGACCTCCAAGCTTGGGGCTGGCGGATTCCCTTCCTGCTGGCTGCACCGCTGGGTCTGATCGGGCTATATATCCGCTCCAAGGTGGATGACACTCCGGTGTTCCGCGGCTTGGAGAAGACAGGCGAAGTGGCAAAGCGACCACTGGGAGACGCCATCCGGATGTGCTCGCGACAGATCTTCACACTCTTCGGATACAGCATCACGAACGCCATCGCGTACTACCTGATGAGCAGCTACATGATCGCTTACATGACCTCGAGCCTTGGGTACTCCTCGGCCGAATCCATGATCACGAGTGTGATTACCATGCTGGTGTACACGGCGGTTTGTCCTCTGGCTGCACGTGGCAGTGACCGGTTTGGTCGAAAGAAGATGCTGCTGGTGGCCTGTGTTGGCTTCGTAGTGATGACCATTCCGGCGTTCTCGATCATGCCTCTGGGTCTCGGATTCGCGATCCTCGGGACGAGCGTTCTGGGTGCTTTGGTTGCCGTGATCGGTACGTCCAACGTGCCGGCACTGGTTGAAATGTTCCCTTCCTCGGTCCGGGCTTCCGGCTCAGCCATTGGGTACACGCTGGCCTACGTCCTGTTCGGTGGAACCGCTCCCTTCGTAGCCACCGGGTTGGTGGCTGGGTTCGGGACGCCGTTGGCTCCGGCCTTCTACCTGATGGGCATGGCCCTGGTGTCCGCAGTGGTTGTGGTCCTGTTCTTCCGGGAGACGAAGGACCTGTCGCTGACGCGGACCACGGTTCTGTAG MNTMTEKVAETESSPRRSLKRVAAAAAVGNFVEWFDSAAYAVMSVTIAKLFFPDYSTTASLLAVWAIFAGGFIARPLGAAFFGRYGDRIGRNKMLGLCVLIMSAATFCIGILPTFAVIGIWAPILLFVFRAVQGFTTGGEYTGSSAFIVEYAPEGKRATYASIIPATVGLASVAGALLGAAITATLSTEDLQAWGWRIPFLLAAPLGLIGLYIRSKVDDTPVFRGLEKTGEVAKRPLGDAIRMCSRQIFTLFGYSITNAIAYYLMSSYMIAYMTSSLGYSSAESMITSVITMLVYTAVCPLAARGSDRFGRKKMLLVACVGFVVMTIPAFSIMPLGLGFAILGTSVLGALVAVIGTSNVPALVEMFPSSVRASGSAIGYTLAYVLFGGTAPFVATGLVAGFGTPLAPAFYLMGMALVSAVVVVLFFRETKDLSLTRTTVL PGPT0013645_1263 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013645-proP-K03762 NA NA D3-18_00703 813 hypothetical protein ATGCTGCAGCGCCGACTAAGTGACTTGGCGGCTGCAGAAGGCTCAACGGTCCGCCGCATTCAATCCTTGGTAGCCAACGTCATTCTGTGCCAGATGCTCCCCGCCTCTGCCGTCAAAGGTGGCACCGGCATAAAACTCCGTCTGGGGGAAAAGCTCACACGGCAGACACCAGACTTGGATACTGCCTTTCGCGGAGGCAGAGATGAGTTCGAGAAAGAATTGAGGCAGAACCTTAAAGACGGCTGGGGTCACTTCACCGGAAATGTTACCCGCGGAAAGCAGCGACCCCCGGAAAGGACCCCTGCACCCTATGTGATGCAGCCATTCGTGGTGAAACTCAAGTATCACGACCGTCCGTTTACCACGATCGATGTGGAGGTCGGGTATGACGAACTCGCAGCAACAGAAGAGCCGGCCGAATTCGAAATGTCTGACGAAGTGGCAAGAATTTTCGCTGCACTTGGCCTTCCGAAACCCGCCCCAGTTTCCGTACTCCCCCTCCACCACCAGATATCGCAAAAGCTGCACGCGTGCACCGAGCCTGGTAATCAGCGCGCCCATGACCTGGTCGACCTCCAGTTAGTGGAGTCTATGGCCGGAGACGCACTCGTTGCCCGAACTGTAGAACGGTTGTTTGCCTTTCGTAGTGGTCATACCTGGCCCGCAAGCGTCACGCCCGAGCCGGAATGGGAAGGGCTCTATGCTGATGCAGCAGATGGGTTGGAGAGCAAGGTGCGTCCCACATTGGAAGAGGCCATTGACTGGCTCAACAAGGAGTACATTCCAAGGCTGATTGCCGCCATCAAGAACTAG MLQRRLSDLAAAEGSTVRRIQSLVANVILCQMLPASAVKGGTGIKLRLGEKLTRQTPDLDTAFRGGRDEFEKELRQNLKDGWGHFTGNVTRGKQRPPERTPAPYVMQPFVVKLKYHDRPFTTIDVEVGYDELAATEEPAEFEMSDEVARIFAALGLPKPAPVSVLPLHHQISQKLHACTEPGNQRAHDLVDLQLVESMAGDALVARTVERLFAFRSGHTWPASVTPEPEWEGLYADAADGLESKVRPTLEEAIDWLNKEYIPRLIAAIKN PGPT0027691_4724 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-TYPE_IV_AbiEii_TOXIN-ANTITOXIN_SYSTEM,PGPT0027691-toxin_AbiEii-na NA NA D3-18_00704 537 hypothetical protein ATGACATATCGTCGAACATTGCGCGAGCTGGCCTTCGAAACCCATGGAGTAGTGACGAGCCGATCGGCGCAGTCGGTGGGAGTTCCATCAGTTGAGCTGCGAAAGCTCGCTGCGCGCGGAGCTCTGACCCGACTCGGCCAAGGCGTATATCGCATGGACGAAGCGCCTGCGGGTGAGCTTGATGAGTATGCACAAGCCGTCGCTCTTGTGGGGGACGGCGCCGTCCTAGCCGACGAGGCTGTCCTTGCGGCTCACCATTTGGCGCAGGTTAACCTTCGCCGGATTCGCGTTGCATCCAGTCGTCGGGTGCGCGCCCAACTCCCCGGAACCGTAGAAGTCATCCGCCGCCATGTACCTGAGCATCAGCGAGACAGCATAGACGGCGTCCCGGCCATGACTATTGAAAGCGCCATCTTGGGTGCCCATGGCAGAATCATGACCGAACGACTCGTCGAGGCGGCTCACCAAGCCCGAGAGAGGGGCCTGTTGGATCCCGACGCAGAAGCTCGCATCGTTGCAGCCCTGGGAACGTCGTGA MTYRRTLRELAFETHGVVTSRSAQSVGVPSVELRKLAARGALTRLGQGVYRMDEAPAGELDEYAQAVALVGDGAVLADEAVLAAHHLAQVNLRRIRVASSRRVRAQLPGTVEVIRRHVPEHQRDSIDGVPAMTIESAILGAHGRIMTERLVEAAHQARERGLLDPDAEARIVAALGTS NA NA NA NA NA D3-18_00705 588 hypothetical protein ATGGAATCCTTCACCTGGGCGAAAGCCTCCACAAATCAACCGGATACAAACAAAGTGGCCGTTTTGCTTCCCGGTTCCGGATATCCAGTAGAAGGCCCGGTCCTTTTCTGGGTAGGCGAAATGTTGGGTGCGCTTGGATGGCATGTTCAGGCTGTCCGGTGGACTCCTGACGATTCGCCGGGTGCAGCGCCTCACGAATTTGCGGCCAATGCTGCCGAACAAGCTTTTGCTGCCTCGCCCGAAACCGATCACCGACTGATCGTCGCCAAATCATTCAGCACTTTGTGTATCCCTTGGGCGGAGGAAGCTGACATCCCTGGGATCTGGCTGACGCCCCTGCTCACAGATGACAGAGTCAGAAGTACTATCGGCACGTCGTCGAAGGACGACCTGTTTATCGGAGGTTCACTGGACAAGCTCTGGGACGGAGGGCGTAAGTCTGAGGGTGCCGGAGCGTTTGTTGAGGTGCCGGGAGCCGACCACTCTTTGCAGATCCCAAGAGATTGGAGAGCCTCCCAACAGGCCCAAGCGGAAGTATTCCTGCGGGTTGAGGCATTTGTCTTGGGGCTGGCAACCGCCCCTGTCTAA MESFTWAKASTNQPDTNKVAVLLPGSGYPVEGPVLFWVGEMLGALGWHVQAVRWTPDDSPGAAPHEFAANAAEQAFAASPETDHRLIVAKSFSTLCIPWAEEADIPGIWLTPLLTDDRVRSTIGTSSKDDLFIGGSLDKLWDGGRKSEGAGAFVEVPGADHSLQIPRDWRASQQAQAEVFLRVEAFVLGLATAPV NA NA NA NA NA D3-18_00706 1038 hypothetical protein TTGTGGGGTTTGGAATTGAAGCTGAGCCAGGAACAGAGCACCGCCGCCGCGGTGGATCAGTGGATCACCGGCATCCCGGGGCGTATCCCGGGCCCCGTGATCTTCGTGGAGAATCCCGAACATACCGACTACGCGAAGACGCTGGCGGGCGAAGGCTCCACCATCCTGGTCCTCAACGGCGACAAGGACGTTGAAGGCACCATAAGGGTTTCGGGATCGTTTGACGTCACCGGGGAGGAACTCCTGGTCGACGGATCTCTGAGCCTGGAGATCCAGGATTACCTGGCCATTCCTTTCGTGAACCTTGTGGGTGTGACCATTGTCCGGATCACTACCGAAGAGGACTGGCGGGCATTCTTTGACGATGCCCGGGAAGCCTGGACCTCCGGGCACTTCGTCCAACAACTCACGGAAGCCAATGCCGTGTTGGCTGAGCGCGCCTTGCTGACTGGGCAAAACAAAGAGGATCGCCTCCTTGCAAGGCTCCACATCGCTTGGGATGGAACCGTCCTGAATGGACCTTACGGAACCATGATCGGCAAGGTGGGTGACGGACTGGCAGACCTTCGCGTGAGGTCCGGTGCACTGCGTCCAGAATCTGCCGTCTCCTCGGTCTCACCATCAATACACATTCGCGACTTACTTGCCGCCTCACCATGGATTCCCCGCTACATGGCGGCGCTGGACGCATGGAAGTTCATTCCGCGTGAAGAACGCGCCGGTACCCGCTTGGTCGGCTTCGGAGTCAGTCTGTACGGTTCCGCCCTCAATGATGGTCCGCCGTCAGCAGTTGCTCCGTTCATTCTCGTGAAGGGAAACCAACACACGCTTCTGGACGCTTCAACGGGCAGGGTTTTCAACATCGGAGCTGACGCAGCCGTCATCGTGGAAGCACTTTCCAACATGGGCGAACTCACCAAGGCCGTAAACGTGGTTGCGGCTGCCCTCAACGTTTCACCGGCAGTAGCCGGAGACGCTGTGCAAGCAGTCTTCACATATTTCGTGCAGCTTGGCATTGACGTCATCGGGGCGCGTTGA MWGLELKLSQEQSTAAAVDQWITGIPGRIPGPVIFVENPEHTDYAKTLAGEGSTILVLNGDKDVEGTIRVSGSFDVTGEELLVDGSLSLEIQDYLAIPFVNLVGVTIVRITTEEDWRAFFDDAREAWTSGHFVQQLTEANAVLAERALLTGQNKEDRLLARLHIAWDGTVLNGPYGTMIGKVGDGLADLRVRSGALRPESAVSSVSPSIHIRDLLAASPWIPRYMAALDAWKFIPREERAGTRLVGFGVSLYGSALNDGPPSAVAPFILVKGNQHTLLDASTGRVFNIGADAAVIVEALSNMGELTKAVNVVAAALNVSPAVAGDAVQAVFTYFVQLGIDVIGAR NA NA NA NA NA D3-18_00707 1305 bioK COG0161 L-Lysine--8-amino-7-oxononanoate transaminase ATGACTTCCGTCGCGGCAAGTACAGCTGCGGCAAGTACAGCTCCAGGGATGCAGCGCCCGCTCTGGGTTCCCCTCACCACTCAGCACGACTTCCCGGACAGGAGCCACACGGCAGTCAGCGCCCAGGGCGTCCACGTCATGTTTGAAGACGGGCAGCAACGGATCTGTGCCAAAAGCGGCCTCTGGAACACCAACCTGGGCTACGGAAACCCACACATAGAAGCCGCGATCACGGGAGAACTCCGCGCGGCTTCCTACCTTCCACTCTTCCGGACGGCTCACAGCAAAGCCATCGAGGCCTCACGAGCCCTTCTCTCACTACCAGCACACAATTTCCAGCGCGTGGTTTTCTCCACCTCGGGGGGAGCCGCGAATGACGCTGTCATGAAGTTGGCACGCCAGTTCTTTGCGCTAGACGGTGAACCCGAACGGAAGCTCATAGTCGGGCTGAAAGGCAGTTACCACGGGCTCACGTATGGGAGTCAAGCCCTCAGTGGAGATGAACTCGGACAAGCCGTTTATGGCGTGGACCTGCGCAATGTTCGCCACATTGAGTTCCAAGATCAAGGCCAGGAGCTGGCTCAATTGATGCAGCGGGAAGGTCACAGGATCGCCGCGGTGATCGTGGAACCGGTCTTGGGTTCGGGCGCGGAAACAGTGCCGGATGGTTTCATTGCCTCCCTGCAACAGCACCGCCAAGACCACGGATTCCTCCTGGTCGCAGACGAGGTTGCCACGGGTTTCGGCCGCGTCGGCGGCTGGTTTGCTTCCGACGAGTGGCCGGAAGCCCCGGATGTCATCGTGACCTCCAAAGGACTGACCAATGGAACCAGCGCTTGCGCCGCTCTTCTCATAGCTCAGAGGGTGACCCAAGTCTTCGACACCGCCGAATCCGTCTTTGTCCACGGCGAGACGCAGGCCGGCACGCCGCCAACCTGCGCCGCCGTCCTTGGCACCGTCGCCGAAATGACAAGGCTTGATCACAACACACTGAGCAAACAGGTGGCCGCTGGCCTCAACAAGCTCATAGAAGAACTTCGAGGCACCCTCGGCGTAGGGGACGCAACAGGTCGCGGCTGCATGCGGGGAGTCAAACTCCACAGCAGGAACGGTATGCCGCTCTCCTCCGAAGGAGTCCTGGCAGTGGTGAGGAGCATCCACGAAGCGGGTGCCATCGTCCAGCCTGGGCCGGGCCGAATCCAACTTTTGCCAGCACTTATTTACACCGAGAAGAACTTCGCAGAACTCCAATCGGCCATAAAGGCAGGCCTTGCGGGGGCCCAAAGCGACGGAGTCTTCCAATGA MTSVAASTAAASTAPGMQRPLWVPLTTQHDFPDRSHTAVSAQGVHVMFEDGQQRICAKSGLWNTNLGYGNPHIEAAITGELRAASYLPLFRTAHSKAIEASRALLSLPAHNFQRVVFSTSGGAANDAVMKLARQFFALDGEPERKLIVGLKGSYHGLTYGSQALSGDELGQAVYGVDLRNVRHIEFQDQGQELAQLMQREGHRIAAVIVEPVLGSGAETVPDGFIASLQQHRQDHGFLLVADEVATGFGRVGGWFASDEWPEAPDVIVTSKGLTNGTSACAALLIAQRVTQVFDTAESVFVHGETQAGTPPTCAAVLGTVAEMTRLDHNTLSKQVAAGLNKLIEELRGTLGVGDATGRGCMRGVKLHSRNGMPLSSEGVLAVVRSIHEAGAIVQPGPGRIQLLPALIYTEKNFAELQSAIKAGLAGAQSDGVFQ PGPT0007865_948 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007865-spuC-K12256 NA NA D3-18_00708 1245 hypothetical protein ATGATCGCTGATCATCTCTGGAGGACCCGCTGCGTCATCCTCGACGCCGGAGTAGCGCCCAAGTTCGTCGGCGGACTCACCCGCGGCAGGACGGGATTGGTGGTGGACAAAGAGCTGTCAGAGCACCGGGATGCCCTGGTGGCAGGCGACCTCAAGGGAGCGCCGGTCCTTGAGCTGAACGCGGCTCCGGTCACGGTTGGAACTCTGCGGGAGGTGGGCAGCTTCATTCGCGAAAACGGACTTCAGACCGTTGCGGGGCTCGGCGGAGGCTCAGTTTTGGATGCGGTGAAACTCGCTGCACTCTTCACCGCCGACCCAAGCCTGACCATCTTTGCAGAACGCCATGCTAAGCGTTCCGGCCTCCTCGTTCTACCTCCCATCACAAACCCCAAGGAGCGTCCCAAAACCATTTTGATGCCGTCCACCGTGGGGACCGGCGCGGAAGTCAGCGCTGTAGCCTGCCTGGACACCGCCGTCGGACGCCGCCTGATTGTCTCGCGGCATCTGGCAGGTGACGTGGCAGTGCTCGACGCCGGACACCTCGCCACCCTGCCCAAGCACTTGGTGTTTGAAGGTCTGCTCGAAGCTTTCCTGAGGGTGGCGGGAACCATGATTGGCAGCAAAGAGAGCATTTTCGACGACGACGGTCACGTTCTCATTCAGCGGATAGTCAGGCTAGGGCAGAGGCTGACCCGCGAGGATTCGCCCATGCTGCGCCTGGCCGCGGGGCAGCTCAGCATGGAGACGCACACTGGATGGGCCCTGATGGGTCGCGATCCCTACGGAGCGAAGCATTGGTACCTGGCCAGCGAGCTCGCATACGTCACTGGCGCAAGGAAGATGACCGCAACGGCCTCGGTGATCGGTCCCGTCTGGGAAGAAATCGGCAAGGGAGCCAGCGCTTGGGGCGACACGGGACGCCTTCAGAGGCTCTGGTCCATGGTGGCCGCCGCTGAACCGTCTGTGGATCCGGACCCCGTGCAGGGCATCAAGGAACTGATGTGGCGCTGGGGCATTACCGGACTCAGGCACATCAGCGAGGAAACGCTGCTGCAAACCACTGACGCGACCATACGCAACTGGGGCGGGGCGCTTCCCATGCTCCGGGGAATCGATGCACACCAGATTCAGCATGTCCTCAACACGGCAGCTGGCGGACAGCACATCTTGCCAAGGCCCAGTGGGCAAACAAGCAGCGGTAAGGGAAAGGAGGTGAACACACATGATCAGCAGCTCAGCACTTAA MIADHLWRTRCVILDAGVAPKFVGGLTRGRTGLVVDKELSEHRDALVAGDLKGAPVLELNAAPVTVGTLREVGSFIRENGLQTVAGLGGGSVLDAVKLAALFTADPSLTIFAERHAKRSGLLVLPPITNPKERPKTILMPSTVGTGAEVSAVACLDTAVGRRLIVSRHLAGDVAVLDAGHLATLPKHLVFEGLLEAFLRVAGTMIGSKESIFDDDGHVLIQRIVRLGQRLTREDSPMLRLAAGQLSMETHTGWALMGRDPYGAKHWYLASELAYVTGARKMTATASVIGPVWEEIGKGASAWGDTGRLQRLWSMVAAAEPSVDPDPVQGIKELMWRWGITGLRHISEETLLQTTDATIRNWGGALPMLRGIDAHQIQHVLNTAAGGQHILPRPSGQTSSGKGKEVNTHDQQLST PGPT0008305_71 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008305-adh1-K19954 NA NA D3-18_00709 144 hypothetical protein ATGATCAGCAGCTCAGCACTTAAGAGCCTCGACCTCACCGTCCAGGAACTGGAGCCGATGGACGTCCCGGACGACTGGGACGAACGAATCAAGGGAATCTCAGCAGGACTGGCGTTGGTAGGCATCGCCGTCGCGATCACCTGA MISSSALKSLDLTVQELEPMDVPDDWDERIKGISAGLALVGIAVAIT NA NA NA NA NA D3-18_00710 126 hypothetical protein ATGCAGAACCAGCTCAGCATCTCCATCCAGGAGATCGAGTCATTGGATACGCCGGACTTTAACAACTGGTTTATCGGTGTAACCCAAGGCGTTGCCATAGGCATCATCGCCGTCAGCATCACGTAA MQNQLSISIQEIESLDTPDFNNWFIGVTQGVAIGIIAVSIT NA NA NA NA NA D3-18_00711 138 hypothetical protein ATGATCGCAAACTCGAACCTTCAGCTGTCCATCGAAGAGCTGGAGAACCTCGACACCCCGGATGATACGCCGTGGTACATCCGCGTTGGTGACGTCATCATCATCGCCGGCATCGTCGTCGGAATCGCCGCCACATAG MIANSNLQLSIEELENLDTPDDTPWYIRVGDVIIIAGIVVGIAAT NA NA NA NA NA D3-18_00712 819 hypothetical protein ATGAACAACGCACCTGACAAGACCGCTGATGCCATACTTCGCATCTTGGGCCACCTGGATCCGCCGGAGGATATGTACAGTGCCTCAGGATCCCGTCTGTACGACCGAATCACGGCCAACGACCTCACTGAACTCCCCGAAATCCTCGCCGCGGCGCGCAAAACCGCTGGGCCCATTCTGGAATTGGCCGCCGGTTCCGGCCGGATCACCCGCCCGCTCCTTGCCCTCGGGCGTCCGCTGACCGCGGTCGATTCCTCGGTGGAAATGTTGGCGATGCTTAAGGAGAAGGCAAAAGACCGGTCCTTCAACCCCCGCAGTGTGCCGGTTGAGTTGGTGGAGGCGGACATGTCCAGCTTCGAGGTAGAAGGCGAATTTGGTTGCGTGGTGCTCGGCGCCAGTTCCATCACCCTCCTTGACCCGAGCGGACGGCGGGAGCTGTTCCGCAGGGTGGGGGATTCATTGGCACCTGACGGCCGGTTCCTGCTGACTGTACTGAATGCTGACGGTACGGCGGGATCGGAACATCACGACGGCGGCTCAACAGTTTCGCCGTTGGGGGACGATTCCTTCCTGATCACCGTTGAAAGCCGGGACACCGCCAATGGCGCACGGCACGTAACCATGATCCAGGTGGGCTTTAACGAGGGCGGTACGTACAGATCCTCCGCCTATTCCAGCCGTATCGCCTTTGTCAGCAACAGCCTTATCGAGGAAGAAATCCTTGCTGAAGGCCTCACTATCCTGGAGCGCCGCCCCGTCCGGATTGCCACCCGTACTCCAGGACTGGACGACATCGAGCTATGGGTGTGCAGCAAATGA MNNAPDKTADAILRILGHLDPPEDMYSASGSRLYDRITANDLTELPEILAAARKTAGPILELAAGSGRITRPLLALGRPLTAVDSSVEMLAMLKEKAKDRSFNPRSVPVELVEADMSSFEVEGEFGCVVLGASSITLLDPSGRRELFRRVGDSLAPDGRFLLTVLNADGTAGSEHHDGGSTVSPLGDDSFLITVESRDTANGARHVTMIQVGFNEGGTYRSSAYSSRIAFVSNSLIEEEILAEGLTILERRPVRIATRTPGLDDIELWVCSK NA NA NA NA NA D3-18_00713 1245 hypothetical protein ATGGGTGTGCAGCAAATGACCATCGACGCTGTGCGCACCCTTGACCCTGCCTTGGGGCTGGTATCCGAGGCCTCCGTATACCTGCCGAATGAGGTGGGTCTCTGGCGGACGATGGGGCTGCTGGCAAATGCCTGCACGGGCGGAAGCGGGTTCGCATCCGCCGTGGGTGCCTTTGACGTCAACAGGCGGGCCTCCATAACGCGAGGGGCCGGAGAAGCTGTAGAACGTTTTGCACTGGTACCGGCGGACGGTGACTCCGAGTACCTGTTAAGGGAACACCTCCAAGCTGCAGACACCGCCAGTCAACGGATTGACTACGTGACGCCAGGCTTGGGAATGGCCTCGGCGCTCGCCTATGGGCTGCCCTGGTACGCGGCAACGGACCTGGTGACAAAGAAGGAATCCTGCGTACCGGCGCCTGTAGTGGATTACGGCGGCGGCATTCTGAACCCGTGGGACGCCTTCTTTGATCCGTCGCCAAACGGTGCGGCATCGGGTCCATCCGAAGCTTTCGCTAAAGCTTCCGGTCTTGCCGAAGTGATTGAGCGCGACGTATTTCTTGCTGCCTGGCGGACGCGCACACCCCTTCACCTGTTCCATGACGGGGGGATTCCGGATCGATTCCGCGGGACCCAGGAAACCCAGCGACTCTTGGGTCTCCTCTACGCTGCCCACGGCCGTGGTATCTCGCCCACCTTGGCCTTTATCCCGTCCGACGAGGGTCCGCTGCACACAGCCGTGTGCATCATCATCGGTAAATCTGACGACGGCGGTGCACACCAACGGCAGTTTGGGGCTGTGGGTATCAAAGCATCCTCGGATCCTTTGGCAGCACTGAGGGGAGCGCTTCAAGAGGGCCTGCAAATTCGCGAACTCTTCCTTGCCCGGACGCCTTCCAGCATGGCGGCTCTGGAGGTTACTGATGACGAATCCCGGGCCGACTATTGGACTCGCCCAGAGCCCATAGCGGAACTGTCCGAGTGGGCTCGGTCCTTCCGGACTGCGGAATTTCCAGCGGCTAAAGCTGCAGCCGATGCAGACGCATTGGTGAAATGGCTGGGCCGTAGGGGCATCCCTTCCTATTGGGTCAGCCTCACCCATAGGCTCCCGTCAGCTATTCAGGAACTTGGGTGGGTGACGGGCAAAGCGGTTTGCCCAGGCGCCATTTCCTTGACCATGGACGAAACCAAAGGGCTGGCGCGGATGCCGGGGGCTTCGTCCACTTCACCCCATCCGTTGATATGA MGVQQMTIDAVRTLDPALGLVSEASVYLPNEVGLWRTMGLLANACTGGSGFASAVGAFDVNRRASITRGAGEAVERFALVPADGDSEYLLREHLQAADTASQRIDYVTPGLGMASALAYGLPWYAATDLVTKKESCVPAPVVDYGGGILNPWDAFFDPSPNGAASGPSEAFAKASGLAEVIERDVFLAAWRTRTPLHLFHDGGIPDRFRGTQETQRLLGLLYAAHGRGISPTLAFIPSDEGPLHTAVCIIIGKSDDGGAHQRQFGAVGIKASSDPLAALRGALQEGLQIRELFLARTPSSMAALEVTDDESRADYWTRPEPIAELSEWARSFRTAEFPAAKAAADADALVKWLGRRGIPSYWVSLTHRLPSAIQELGWVTGKAVCPGAISLTMDETKGLARMPGASSTSPHPLI NA NA NA NA NA D3-18_00714 1719 hypothetical protein ATGAGGATGTTTAAGAGGAACTCCTCTGAACACGCGCCCGGAGTGGAATGGCCTGTGAAGCTGGCCTCCTCGGCATCCATCGATGCTCCTCTGCAAGCTGGTGCGCCTTGGATCGTTGCTATGGCCAGTGTCCCCAAAGCGCGCGTCTCCGCTGATGTGGCCGCAGTCCTGAACGTGATAGATGGGGTCAGGAACCCTGCTCAGGTGGCCCAGTACCTAGGGCCGCCGTGGACTGCCGCCGACGTCATGGGTATTGTCCGACAGCTGGCCAAGACGGGAATTTTCGACGCCGGTAGGCAGCCGAGCGGGAGTGGAAAGATCCAGTTCAGGCCACCCCTGACCATTCAGTTCAGCCTGTTCAACCCAGCACCCCTGCTGGAGTCCATCCGTCCGATGATTACGGCCATGTCCGGACCGAAGGCAGTGGCGGCTGCCGTGCTGCTCCTGCTCGGCGGCGTGGCAGGTGTCTTCATTGCTGGACCCAGCATCGGCCGCGTCTTATCAACGCCACTTCCATTACAGGCCTACCTGTTCGTAGCGGTGGCCATGTTCGTTTCCACGCTGCTCCATGAATTTGGGCACGGGTTGGCGCTCACTTGTTGCGGCGGAACTCCCAGACGTATAGGGATCATGCTGTTCTACCTGTCGCCGGCCTTCTTTTGCGATGTAACCGATGGATGGAGGTTGGGTTCACGGAAGCAGCGTGTATTCGTGGCGCTCGCTGGTCCATTGGTTCATTTAGGACTCGGAAGCTTCGCCCTGTCCATCCATGGCTTCCTCCCGGTTTCATGGCTGCACGATGCAGTTCTCCTCTACGGGGTAATTTGCTACGCGGTGGCCATTCTGAACTTGTTTCCGTTTATCAAATTGGACGGCTATGTCGCTTTGATGTCAGCCGTGGATGTTCCGCATTTGCGGCAGAAATCCTTGAGCGTCACGGGTGATTTTGTGAGCTCATACATTCTGGGTTCGCTGCCCAAATATCGAAACTACGGCTGGCTGGCCTGGTTCGGACTCGCGAGTTTCATCGCCGGTATGGGGTTCATGGTGATTGGGTACCAGCGGCTTGTGCCTGTCTTCCTCCAACTGGGGATTTCAGGGCACATAGTTGTCGCGGCGGTCCTGTGCCTGCTGCTGATGATGGCGGGAAGGGCCATCCTCCGGTTCTTCAGCACGGCTGCCGCGAACGGAAGTCCGCTGTGGCGGCGGGTGCTCGCAGGGCTCCTGGGAACGCTGGCCATCGCTCTGCTTACATCCTTCGTCCCCGTGAAACCAGTGACCGTGGCCGGTTACACCTATTCGGAGGGTGCACTGCAGATTGTGATGCCTCCCGAAGCCGCAGGCAGGACCTTGCAGTCGGGAGATGAAGTTGTACTTCAGTCGCAGGGAATGATCTTCCACGAAAAGCTGGGTAATGCCACGGTCGGTGACCAACCGCCGTCGAGATCCTTGGCACCGCTGGACACGATTGTTCCCATCGCTTTGGAAGGCAACAGCCTGCCGGTGCTCGGCTACTCAAGCCACCTCACTGAGGAGTCCAGGCTTGCAGCTACGGAATCTCTTCCCGGATCCGGGCGGGCCGAAGTCACCAGCCAGGACCACATGAGCCTAGGGGAGTGGCTGTGGGATTCCGTGACCCATTCGATGCTCTGGCCTGGCCGAAACGGGGATGCCAGCAACCACTCCGAGGGGGACGATTCCATGAAAGGGCACTCATGA MRMFKRNSSEHAPGVEWPVKLASSASIDAPLQAGAPWIVAMASVPKARVSADVAAVLNVIDGVRNPAQVAQYLGPPWTAADVMGIVRQLAKTGIFDAGRQPSGSGKIQFRPPLTIQFSLFNPAPLLESIRPMITAMSGPKAVAAAVLLLLGGVAGVFIAGPSIGRVLSTPLPLQAYLFVAVAMFVSTLLHEFGHGLALTCCGGTPRRIGIMLFYLSPAFFCDVTDGWRLGSRKQRVFVALAGPLVHLGLGSFALSIHGFLPVSWLHDAVLLYGVICYAVAILNLFPFIKLDGYVALMSAVDVPHLRQKSLSVTGDFVSSYILGSLPKYRNYGWLAWFGLASFIAGMGFMVIGYQRLVPVFLQLGISGHIVVAAVLCLLLMMAGRAILRFFSTAAANGSPLWRRVLAGLLGTLAIALLTSFVPVKPVTVAGYTYSEGALQIVMPPEAAGRTLQSGDEVVLQSQGMIFHEKLGNATVGDQPPSRSLAPLDTIVPIALEGNSLPVLGYSSHLTEESRLAATESLPGSGRAEVTSQDHMSLGEWLWDSVTHSMLWPGRNGDASNHSEGDDSMKGHS NA NA NA NA NA D3-18_00715 711 bcrA Bacitracin transport ATP-binding protein BcrA ATGACAGTCACTGCCAGCTTCGAGCAGTTCAGTAAGAAGAGAGGCGGGCGGTTTGCGGTCCAGGAGCTGACCTTCGATGTGCAGGCCGGCCGGGTAGTGGGCCTCATCGGACCCAACGGCGCAGGCAAGAGCACAGCGCTCGCAGGCTTGACCGGTCTGGTGGAACCCACCTCCGGACGGGCAACAGTCTTTGGAACCGACTACCGATCCCTGCGAAGGCCCGCCACCAAAGTAGGAGTGAATTTGGACGGAATGGACATAGAACCCGGGCTCACAGGACTCCGTCACCTTCAGATCTGCCAGCTTGCTGCCGGTGCTGATCGCGAGAACGTGGATCAGGTTCTTGAGCAGGTTGACCTCGCTGCAGAGGGCAAAAAGAAGGTCCGCGACTACTCACTGGGCATGCGGCAGCGGCTGGGGATCGCGTCCGCGCTGATAGGCAGACCCAAGCTGCTGGTGCTGGACGAGCCTGCCAACGGTTTGGACCCGGAGGGCATCCAGTGGTTGCGCCGATTCCTCAGGGACTTCGCTGCTTCCGGCGGCAGTGCGTTGGTTTCGAGCCATCAGCTGATGGAACTGGAACAGGTTGCCGATGAAGTTGTGATCCTTAAGCAAAGGACGCTTTTCCGGGGAACGCTGAAGGAGGCCAAAGCTCTGGGTGGCGGAAGCTTGGAATCTGCTTACTTCAAGATCCTGGATCGTGCCCGATGA MTVTASFEQFSKKRGGRFAVQELTFDVQAGRVVGLIGPNGAGKSTALAGLTGLVEPTSGRATVFGTDYRSLRRPATKVGVNLDGMDIEPGLTGLRHLQICQLAAGADRENVDQVLEQVDLAAEGKKKVRDYSLGMRQRLGIASALIGRPKLLVLDEPANGLDPEGIQWLRRFLRDFAASGGSALVSSHQLMELEQVADEVVILKQRTLFRGTLKEAKALGGGSLESAYFKILDRAR PGPT0006725_26475 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D3-18_00716 768 hypothetical protein ATGAGCACGGACCTTGTAGCCACCAAGGACGCTCTGGACTTGCTGACCAGCGGCCTTCGATCGGAGCTTCTGAGGTATTTCAGCGGGTATTCCGTGGTGGGCATTCTGGCGTTCAGTGCCTTGGTGCCTTGGTTCGTTGCCAACTTCCTCGGATGGCCGGGCAATTCCGGGGAGCTGTCCGCCGCCCAGAATGTCCAAGCATTCTGGGCACTGGCAGCAAGCATCGCGCCAGTGGCCACGTTTGCCGGGAGCTATCTTGTGACCCGGGAGTCCTACTACGGCACGCTTCGGCGAAGCATCGTGATGTCCGGACTGCAGCAAGTGATGGGGGCCAAGTACCTGGCCGCGCTGGTTATCGGCCTCGCCACTGCCATCACTGGAATAGTGGTGTGGGGTGGAACCGTAGCATTCTCGCTTCCGCCAGAAGTGCGTGCGGCGCTTTTGTCTGCGGAGTCGTGGCAGCAACTGCCCGGCGTGGTGATGGCCTCGGCGCTGGCATCTATTTGGGGGTGTTCGCTCGGCTGGATCATCCGGCATTACTATGCGACGACGATCCTCACCTTGCTGATCCCACTCGCCGTTGAGTTGCCCTTGTTGCTGACCAACTCGGAGCTTGCCCGTTGGCTTCCATCAGGCGCCTTGGCCGGAATCACATCGCTGCCCTTTGGAGGTTTGCTCGAGCCCTTGCCTGCGTTCCTCGCGTCCTGCGGGTGGCTGCTCGTGGCGGGTGTCGTCGCCGTGTGGACGGTCAAGGGACGTGAGTTCTAG MSTDLVATKDALDLLTSGLRSELLRYFSGYSVVGILAFSALVPWFVANFLGWPGNSGELSAAQNVQAFWALAASIAPVATFAGSYLVTRESYYGTLRRSIVMSGLQQVMGAKYLAALVIGLATAITGIVVWGGTVAFSLPPEVRAALLSAESWQQLPGVVMASALASIWGCSLGWIIRHYYATTILTLLIPLAVELPLLLTNSELARWLPSGALAGITSLPFGGLLEPLPAFLASCGWLLVAGVVAVWTVKGREF NA NA NA NA NA D3-18_00717 705 hypothetical protein ATGCTCAATCTGGTGCCCGCTTTCTGTTCTGATCTGCAGCGGCCATGGCTTTGGAAAGGCTGGGCCGTAGGCGCTTTGTTGATATTGGGGCTCTTGGGGTTGCTCATCGTCGCCGCCAGTCTTGAATCCCCAGCACCAACGCCGGGCCTGGACCGCGTTCTGCGTAAAACCGGGCTCTCCCTCATGCTCACCGGTGCCGCCGTCGTAGGTGCATTTTCCTTCACCGCTGACTACCGCGCGGGTAGCTTCAACAGGAGGGTTTTACTGTTTCAGCGAGGCCCTGCATTTGCCAGCCGGGCAACAACAACCAGCTTGGCGGCCCTCCTTAGCGGTGCACTGATGGGGATTGCCTTCGGCCTGTCCGGAGTATTTGTGGACGGCGCATGGTGTCTCAACCCGGATACAGTTCTGGGCTTCGGCGTGACTGCCGGCATGGGGTCTTTATGGGGCTTCGCCCTGGGATCCCTTATCCGCAACCACTTGGTGAGCCTCTTCGTTGTGCCTCTCAGCTTGGCGCTTCCGGAACTGCTGTCCCCGTCTTTGGGGGAGACCGGAAGGCTCCTCTTTCCAATCCTCGCCGCCAACTGGGCGGAGAACGTGGCTGTCAACATACCCGCGTTCGCATCTTTCGCCGGAGCCCTTTGCTGGCTTGTAGTGGTATCAGCCGTAGCCAACTGGGTGTTTCTCAGGCGAGACCTGGCCTGA MLNLVPAFCSDLQRPWLWKGWAVGALLILGLLGLLIVAASLESPAPTPGLDRVLRKTGLSLMLTGAAVVGAFSFTADYRAGSFNRRVLLFQRGPAFASRATTTSLAALLSGALMGIAFGLSGVFVDGAWCLNPDTVLGFGVTAGMGSLWGFALGSLIRNHLVSLFVVPLSLALPELLSPSLGETGRLLFPILAANWAENVAVNIPAFASFAGALCWLVVVSAVANWVFLRRDLA NA NA NA NA NA D3-18_00718 189 hypothetical protein GTGAATACCAAACCGTTGGTCTGGCTCATCCTGGCCCTCACGCTCGCCGCCTACGCTGTCTCCATCTTCATCTCGAACCGCGGTGAATCAGTGTGGTCAACCGTTTCGGGAGTCATCATGGTGGTCGCCGCAGTCGTTATGTTCTGGCGATACCTTCAGGGACGCAGAGCAGGTCAAAACGAACAGTGA MNTKPLVWLILALTLAAYAVSIFISNRGESVWSTVSGVIMVVAAVVMFWRYLQGRRAGQNEQ NA NA NA NA NA D3-18_00719 1836 ggt COG0405 Glutathione hydrolase proenzyme ATGACACATGTGAGACGTCAACTGGCTGCGGTCACGGCAGCCTTGGCACTAACCGCGACGAGCGGCGCAATGGCCAGTCCGGCCTTCGCCGATCCCCGCGAAACCGAGAAAAACCCTACGGCCACCGGCTACGGCGGTGCCGTGAGCACCGTCGACCCCGAAGCTTCGGCAGCCGCCATCGAAGTACTGAGGAAGGGTGGAAATGCTGCCGACGCCGCCGTCGCCGCAGCAGCAACCCTTGGAGTTACCGAGCCCTACAGCGCCGGCATTGGGGGCGGCGGTTATTTCGTTTTCTATGATGCGAAGACCAAGCAAGTGGGCACTATTGACGGCCGCGAAACCGCTCCGGCGGGCATGCCGACCGACGCGTTTATCGACCCCGCCACCGGCAAGCCCTACAGATTCACGCCGGAACTCGTCACCAGCGGCGTCTCCGTGGGCGTCCCGGGCACACCTGCAACATGGGAGCGGGCTCTGGAGCGTTGGGGGACGTTGGATTTGGGAGAAGCACTGAAGCCAGCCATCAAGGTAGCCAACCGCGGCTTCGTGGTGGATGAAACCTTCCGGCAGCAAACCTTGGACAACGAGGCCCGGTTCGACACCTTCACGTCCACGCAGGATCTGTTCCTTCCCGGCGGTGACGCTCCCGCCGTCGGAAGTGTCTTCAAGAACCCCGAGCTTGCTGCCACGTATCGCCTGATCGCCAAGGAGGGCATTGACGCCTTCTACGGTGGCCCGCTCGCGGAGGAAATCGTCAACACGGTCAAGGCTCCGCCGAAGTCGGGCGACACTGACCTCCCCGTTCCCGTCGGTTTCATGACCACGCAGGACCTGGCCAATTACAAGGTGCTGAACCAGGACCCCACCAAGGTGGAGTACCGCGGCTACGAGGTCTATGGCATGGCTCCTTCCAGCAGCGGCGGCACCACAGTAGGTGAGTCGCTGAACATTCTGGAGAACTACGACCTCAAGGGAATGGAACCCGTCAACGCCCTGCACCATTACCTTGAAGCGAGCTCCCTGGCATTCGCGGATCGTGGCGCCTACGTTGGCGATCCCGCCTTCGTGAATGTGCCCACCGAGAAGCTGCTGGACGACGTCTTTGCTAAGGAACGCTCCTGCAATATCGACCCGACGGCGGCCGCTCCCAAGCCTGTCGCCCCGGGGGATGTGGAAGATTACGACGGCGCCTGCCCCGCTCCAGTAACTCCGCTCGCCGAGGATTCGGATACAGAGAATATCTCCACGACGAACCTGACTGTCGCCGATAAGTGGGGCAACGTTGTGGAGTACACGCTCACGATCGAGCAGACCGGTGGTTCGGGAATCGTGGTGCCGGGCCGTGGCTTCCTGCTGAACAACGAGCTGACCGATTTCAGTACCGTTTACAGCGAGACTGATCCGAACCGGATTCAGCCGGGTAAACGTCCCCGGTCGTCGATGTCGCCGACCATTGTTTTGAAGGACGGCGATCCGTTCCTGGCTCTCGGTTCCCCCGGCGGTTCAACCATCATTACTACCGTGCTGCAAACCATTCTGAACCGCATTGACCTGGGAATGGACGTCTCTGAAGCCCTCGCAGCTCCGCGGACGTCACCCCGGAATGGCCTCACAGTCACCTCCGAGCCGGCCTTTATCGAGGCTTACGGTCCCGCTTTGGAGTCGTTGGGGCATGATCTGGTTCCGGCAGGCGATGCCTTCACATCGGCAGCCGAAATCGGCGCGGCCACAGCCATCGAGTTCAATCCGGATGGATCGCTGACAGCTGCTGCCGAGCCTGACCGCCGGGGTGGTGGATCAGCGATGGTGGTCAAACCAGTAAAAACGGGCAAGTAA MTHVRRQLAAVTAALALTATSGAMASPAFADPRETEKNPTATGYGGAVSTVDPEASAAAIEVLRKGGNAADAAVAAAATLGVTEPYSAGIGGGGYFVFYDAKTKQVGTIDGRETAPAGMPTDAFIDPATGKPYRFTPELVTSGVSVGVPGTPATWERALERWGTLDLGEALKPAIKVANRGFVVDETFRQQTLDNEARFDTFTSTQDLFLPGGDAPAVGSVFKNPELAATYRLIAKEGIDAFYGGPLAEEIVNTVKAPPKSGDTDLPVPVGFMTTQDLANYKVLNQDPTKVEYRGYEVYGMAPSSSGGTTVGESLNILENYDLKGMEPVNALHHYLEASSLAFADRGAYVGDPAFVNVPTEKLLDDVFAKERSCNIDPTAAAPKPVAPGDVEDYDGACPAPVTPLAEDSDTENISTTNLTVADKWGNVVEYTLTIEQTGGSGIVVPGRGFLLNNELTDFSTVYSETDPNRIQPGKRPRSSMSPTIVLKDGDPFLALGSPGGSTIITTVLQTILNRIDLGMDVSEALAAPRTSPRNGLTVTSEPAFIEAYGPALESLGHDLVPAGDAFTSAAEIGAATAIEFNPDGSLTAAAEPDRRGGGSAMVVKPVKTGK PGPT0002935_854 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_TAURINE_UTILIZATION,PGPT0002935-ggt-K00681 NA NA D3-18_00720 999 hypothetical protein TTGGCTGAGTACACGAAGAAGTGGCTGTCGGTTGATGATCAGGTGGCTCGCCTTGTCTCACGGGGTATAACTGAGCCCGGCGAAGGCCGGGGCGCCCAACTCTTGTACGAAGTCGGCTACTACCGTCTAACGGGGTACCTTTATCCATTCCGTAAGTCCGAGCGCTATTTAGACGATACCGGTCGAGAACGTGTTCGCGTTTTGAGCGGTTTTCGGCAGGGGACTTCCCTCAAGGATGCTGCTGCGCTGATTGACTTTGACCGACGATTACGACTGCTGGTTCTGGAAGCCATTGAGCGAATCGAAATCTCCCTCCGTATGCAGATCGGTTATGTGCTCGGACACCGATCTGCATTTGCTCATCTGGAGACTTCAAGTTTCGTAAGTGCTTTCACTGAGTCGTCCACAGATGCAGAAAATGGGCAGCCATACCTCAGCAAGCATGAACTATGGGTGGCTAGGCTTTTGGAACGTCAGAATGCTTCTGACGAGGCGTTCGTGTATCACTTTCGCGAGAAATATGATGCTCGGCTGCCGATCTGGGCTGCTACGGAAATCATGGAGTTGGGTCATCTGAACCGACTGTATGGCGGACTGAACAGCTCTATAGCATCAGAAATTGCCGCAGCGTACGGAGTCCCCTCTAAGCGCATCATGGGGAGCTGGATGGCAAGCCTGAACTATGTAAGGAATGTGGCGGCTCATCACGCGCGACTTTTCAACCGGAAACTGGTGACGTCCCCTAAAAGGCCGCCCAAGGGAGATGTACCGCTTCTGGATCACCTCAGAGATCAAACCTCATCCAAGGAGGTTCTCGGACTTTACAATGCTCTGGCTGTTATGGCTTACATGCTTCGGGCAATTGGTGCAGATGACGGTTGGGCTCAAAATCTGGTCAAGTTGCTGGAGACTTTCCCGGAATCGTCGATTGTCACCCTGGATTCATTAGGTGTGCCTGTGGGCTGGACAGGGCTTGAGCTTTGGCGGGGGCCCGGATAG MAEYTKKWLSVDDQVARLVSRGITEPGEGRGAQLLYEVGYYRLTGYLYPFRKSERYLDDTGRERVRVLSGFRQGTSLKDAAALIDFDRRLRLLVLEAIERIEISLRMQIGYVLGHRSAFAHLETSSFVSAFTESSTDAENGQPYLSKHELWVARLLERQNASDEAFVYHFREKYDARLPIWAATEIMELGHLNRLYGGLNSSIASEIAAAYGVPSKRIMGSWMASLNYVRNVAAHHARLFNRKLVTSPKRPPKGDVPLLDHLRDQTSSKEVLGLYNALAVMAYMLRAIGADDGWAQNLVKLLETFPESSIVTLDSLGVPVGWTGLELWRGPG NA NA NA NA NA D3-18_00721 903 nadK NAD kinase ATGGCAACCCCGCGCATCGTCATCGTCCACCGGCGGACCGAACTCCAGGAACTCCTGGACCGGCACGCCACTCGAGGGCAGGCCGAGTTTTTCCTTCGGTCCCGCGGTCGCAACATCCAGGACGCGCAAGACCGGCATGATCGGCTTACCTCCGCCCTCGCAACCATCAGGGCGGCAGTACCATCCGATTGGCGGCAGGCCGAAGTGGAACGCGCGGACCTGAGCCGTTTCCTGCTCACTGCCGAAGACATCATCGCCGTGGTGGGGCAGGACGGCCTGGTGGCGAACGTCGCCAAGTATCTGAACGGCCAGCCGGTGATCGGCATCGACCCCGAGCCGGGTGCAAACCCCGGGGTCCTTGTCCGGCACACACCGTCGGCAGCCGCTACCCTTCTGGCGGCCGGCGACGTTGGGCGCTTGCGCTGCCAAAGCCTCACCACTGTGACGGCAACGCTCGACGACGGCCAGCAGCTTTCGGCGCTCAATGAAGTCTTCATCGGGCACGCTTCGCATCAATCGGCCAAGTACTCCATCACAGCGCCGAGTTTCACCAAGCCCGGCGGACAAACTGAGCGGCAGTCGTCGTCGGGCCTCATCGTTTCCACCGGCACCGGCGCTACCGGCTGGTGCGCCTCGATAGCCCTGGAACGCGGCGGACGCGCCCTTCCTTCCCCGACCGATCCGCGGCTCGCATGGTTCGTCCGGGAAGCGTGGCCATCACCCGTTACGGGAGCCTCCTTGACGGAAGGTGTCCTGGAAGCCGGCGAGGTGCTGCGAATTACCGTTGCGTCCGATCAACTGGTGGTGTTCGGCGACGGCATGGAGGACGATCGGCTGACGGCGTCGTGGGGGCAGGAGATCACCGTGCAGTTGGGGCAGCGGCCACTGCGGTTGGTTGTTTGA MATPRIVIVHRRTELQELLDRHATRGQAEFFLRSRGRNIQDAQDRHDRLTSALATIRAAVPSDWRQAEVERADLSRFLLTAEDIIAVVGQDGLVANVAKYLNGQPVIGIDPEPGANPGVLVRHTPSAAATLLAAGDVGRLRCQSLTTVTATLDDGQQLSALNEVFIGHASHQSAKYSITAPSFTKPGGQTERQSSSGLIVSTGTGATGWCASIALERGGRALPSPTDPRLAWFVREAWPSPVTGASLTEGVLEAGEVLRITVASDQLVVFGDGMEDDRLTASWGQEITVQLGQRPLRLVV NA NA NA NA NA D3-18_00722 1020 hypothetical protein ATGGCCAACATCAAGCGCTACCCTTGGATCAGCCACTTCCTCGGCAGCCCCACCGGTTACGTCGTGCACCTGCAGAAGGGTGCCGTGCGGCACCAAGGAGTAGGCCAGGCATTTTGGTTCCGTCCGGCGAACTCCGTATTGAGCGAGGTTCCCGTGGACGATCAGGAACTGCCGACACTTTTCCACGCCATCACCCGCGATCACCAAGACGTGAGCGTTCAAGCCAACGTCACGTACCGCTTCATCGATCCCGTGGCTGTATCCACCCGGCTCGACTTCGGGCTCCAGACTGCTGGCAAGGCTCCAGCAACCGGACGCGAGCAGGTCTCCACCATCATCGGGCAGTTGTGCCAGAGCCACGCGATCGACCAGATCGCCACCACAACACTCGCCGAGGCACTCGAACGCGGAGTGAGCCAGCTCCGGCTCGTCCTCACCGAAGCACTCCGGGCGGATGCCAGGTTGCAGTCCACCGGCATCGAAATTCTCGGCGTACAGGTATTGGCCGTGCGACCCGAATCTGATGTTGAACGTGCCCTGCAAACTCCGGTTCGTGAGCAGCTCCAAGCCGAAGCGGACCGCGCCGTGTACGAAAGGCGGGCGGTCGCCGTCGAGCGTGAACGCACCATCTCCGAGAACGAGATGGCGAGCCAAATAGAACTGGCAGTCCGCCGCGAGAATCTGGTGGCGCAGGAAGGCGCGAACGCCCGCCGCGCTGCCGAAGAGAAGGCCGCAGCTGGTTTGATTGAGGCCCAGGGATCTGCTGAACGAAAGGGCATTGGCGCTGCAGCTGAAGCAAACCAGATCCGGCTGGTTGGCGAAGCAGCCGCTGCCCGCGAGGCCGCAACCATGGAGGTCTACCGCGGCATGGAACAGGCCACGCTACTGGCCTTGGCGCTTAAGGATGCAGCGGGCAGCCTGCCTAACATCGGGAACCTCACCATCACCCCGGACCTGCTCAGCGGAGCACTTGCCGGACTGCTCAAAGAACCCGCCGCACCTGTAGAAGCAAGCAAGTAA MANIKRYPWISHFLGSPTGYVVHLQKGAVRHQGVGQAFWFRPANSVLSEVPVDDQELPTLFHAITRDHQDVSVQANVTYRFIDPVAVSTRLDFGLQTAGKAPATGREQVSTIIGQLCQSHAIDQIATTTLAEALERGVSQLRLVLTEALRADARLQSTGIEILGVQVLAVRPESDVERALQTPVREQLQAEADRAVYERRAVAVERERTISENEMASQIELAVRRENLVAQEGANARRAAEEKAAAGLIEAQGSAERKGIGAAAEANQIRLVGEAAAAREAATMEVYRGMEQATLLALALKDAAGSLPNIGNLTITPDLLSGALAGLLKEPAAPVEASK NA NA NA NA NA D3-18_00723 774 hypothetical protein ATGACGATAATTGCCTACGATTGCTTCATGCCTGAATCACATCCGGCGCCCGAGCGCTTCCCTGTAACTGTTGACGTCGTCGCCCTCACCGTGCGCAACGGCGAGCTGAATGTCCTCCTCATCACGCGCCTCCTCGAGCCTTTCCGCGGCAAACTTGCGCTGCCGGGCGGTTTCGTCCTCTCTGGTGAGGACCTGCTGGAGGCGGCTGGCCGGGAGCTCGCCGAGGAGACCGGCGTCGAACATCTTCCGGGGCACTTGGAGCAACTGGGGAGTTACGGCCCGAAGGGGCGCGATCCTCGCGGCGACGTGCTCACTGTGGCGCACCTGCTTCTGGCACCGGACTTTCCGGTGTTGTCGGCTGGAAGCGACGCTGAACAGGCTGCGTGGTACCCGGTTCGCGGCGTCTTGGAGGGGAAGCTTGAACTGGCCTTCGACCATGCCCGGATCCTCGACGACGCCCTGGAGCGGGCGAAGTCGAAGCTCGAATATTCGCCCCTGGGCGCGGCCTTCTGCGACGAGGAATTCACTATCGCTCAGCTCCGCTCTGTGTATGAGGCTGTGTGGGGCACGCGCCTGGACCCGCGGAACTTCCACAGAAAAGCCACGGGTACGCCGGGTTTTCTGGAGGACACAGGCCAAATGACAGCGGGTGACGCCGGACGGCCGGCTGCTCTGTTCAGGCTCGCCCCCGAGGCGCGTCCGACGCCGGGCCAGCCCACCCGGGCGGTACTCAACCCGCCGCTGATGCGTCCGCGAGCCGTCGATCCCAAGTAG MTIIAYDCFMPESHPAPERFPVTVDVVALTVRNGELNVLLITRLLEPFRGKLALPGGFVLSGEDLLEAAGRELAEETGVEHLPGHLEQLGSYGPKGRDPRGDVLTVAHLLLAPDFPVLSAGSDAEQAAWYPVRGVLEGKLELAFDHARILDDALERAKSKLEYSPLGAAFCDEEFTIAQLRSVYEAVWGTRLDPRNFHRKATGTPGFLEDTGQMTAGDAGRPAALFRLAPEARPTPGQPTRAVLNPPLMRPRAVDPK NA NA NA NA NA D3-18_00724 600 tmk_1 Thymidylate kinase ATGCTCATAGTCCTGACAGGAATTGACGGTTCAGGAAAAACGACGGCGGCCCATGCCTTGGTCGATTCGGCTCTCGCTGAAGGACGAAGCGCCCTGCTGCTCAGTAATCACGCTGCCCGCCGGAGGATGTCGCTTCTTTCGGCCCGATACGGCTGGACGGTGGCGCCCCGGGTTGCTGACTTCATCGAAACGGGTGTTCGCCTGTTCAACGTGCTGGTGAACCATGCGCGCGCCCGGCAGTTCGACGGCCTGGTAGTCATGGACCGCCACCTGCACTGCCAACTAGCGCTTCGCCAGGCCAGCGGATTGCAGCGTGGGCGCTTGCTCCCTTGGCTGCTGGATAAGCTCCCCGCCGCCGATCTCCACGTGCACTTCGATGCGGACCCCACCATTGCCCACGAACGGGTAACGGCGCGCGGCACGGATAAGGAGTCAGTGGCCGACCTGCGGGCCTTCCGCGCCGCTTATCGTTCGCTGCCTGAGTTCGATGGCTTTGTTGTAGTGGACGCAAACGGCGAACCTGAGGAAGTAACGGCTCAGGTAAATCGGGCGATAGCAGCCAAGGAGCCCGTCGGCGCCTTAACCAACCGCCTGCAGTAG MLIVLTGIDGSGKTTAAHALVDSALAEGRSALLLSNHAARRRMSLLSARYGWTVAPRVADFIETGVRLFNVLVNHARARQFDGLVVMDRHLHCQLALRQASGLQRGRLLPWLLDKLPAADLHVHFDADPTIAHERVTARGTDKESVADLRAFRAAYRSLPEFDGFVVVDANGEPEEVTAQVNRAIAAKEPVGALTNRLQ PGPT0021395_5523 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021395-tmk-K00943 NA NA D3-18_00725 159 hypothetical protein ATGAATACACTTTTGATAATCGCCGGTGTTATTGCGATCATCTTGCTCCTCGTCGGCGGATTCAACCAAGCCCTCAGCTTCCTCCTGTGGGTGGGGATTATCCTGCTGGTGTTGGCCCTTATTGGCTGGGTACTGGGCCGTGGCCGGTCGCGCGTATGA MNTLLIIAGVIAIILLLVGGFNQALSFLLWVGIILLVLALIGWVLGRGRSRV NA NA NA NA NA D3-18_00726 264 hypothetical protein ATGACCACTGATCCAAGCGAGGTTGCCGGTTTCGCGCAGGTTCGCGATGGGACAACCACGCCCGGACATCCCATTCCCAGGGATCCCGGGACGCCGGAATCAAGCAACCAGGTACCTGTGGGTGATTCGTCGTCGGAAAGTCCGGAGGACGCCGTCGACGCTGGTCCCAGCGAATCAGCCAACCCGCCCGGGCCGGCAGAAGAGAAGGACGAAAAGACTACGGACAATCGTGGTCTGACAACCGAAACCAACCCTACGGATTGA MTTDPSEVAGFAQVRDGTTTPGHPIPRDPGTPESSNQVPVGDSSSESPEDAVDAGPSESANPPGPAEEKDEKTTDNRGLTTETNPTD NA NA NA NA NA D3-18_00727 354 hypothetical protein ATGGACAAGCAAAATGCCACACCGGAAGAGGAAGTGGGAGGCTACGGCACTCCTACGGCAGAGCAAGAGGCCGGCGGCGGCCAGGCACAGCCCCGCGTGGAAGAAGACATCGAGGAAGCCTCGCTGGGAGAAGGCACCGGCGCCCCGAACCTTAGCCACCTGGACCCGGAGGATTCCGACAGTTCCGGAGAACCGGGCGCGGGCCGTTTCGGCGGAACTGACGAGCAGTACTTGGCCGAGCAGTCCACCCAGCCGGACGGCAACGACGGCGACCTACCGGACGGCAGCGGTAACGACCTTCCCCAGGAAGAGTCACCCAACGACGATGACGAAGAAAGTTTCGACGCCGGCTAA MDKQNATPEEEVGGYGTPTAEQEAGGGQAQPRVEEDIEEASLGEGTGAPNLSHLDPEDSDSSGEPGAGRFGGTDEQYLAEQSTQPDGNDGDLPDGSGNDLPQEESPNDDDEESFDAG NA NA NA NA NA D3-18_00728 615 hypothetical protein ATGGCTACGGTAAATAAGTCAATCGAAGTAGATGTACCTGTGTCTGTTGCCTACAACCAGTGGACGCAGTTTGAGACCTTTCCTCAGTTCATGAATGGAGTGGAGGCCGTAGAACAGATCGATGAAACGGGCCTCCACTTTTCAACGAATGTGGGCGGAGTCAAGCGGGAATACAATGCCCAGATCATTGAGCAGGTTCCGGATTCCCTGGTCAGCTGGGCCAGCGTGGATGGTCCCCGCAACGGTGGCACGGTGAGCTTCGAGCCCCTCGACGCCGGCAGGACCCGGGTCAACGTGGAGATCGTCTGGGAACCGGATGGCCTCGCAGAAAAGGCTGGATCCGCCCTTGGCGTGGACAGCATGCGCGTAGGTGCGGACTTGGACAAGTTCAAGAAGTTCATCGAAGCGCAGGGGCATGAAACAGGTGCCTGGCGGGGTACGGTTTCCGGCGGTGATGTTGATGACACCGGTGAGACCTTTGGTAGCGGAGGAGCGGCGACAGCTGAGTTCCCGCCCGTCGATCCGGATCTCGCAGCGCCGGCGGCAGACGTCCCAGCGCCGACGGCCAACGAAGGACCTGCCGAACCGCCCCAGCCGCGCGCTCCGGGTCTGTAG MATVNKSIEVDVPVSVAYNQWTQFETFPQFMNGVEAVEQIDETGLHFSTNVGGVKREYNAQIIEQVPDSLVSWASVDGPRNGGTVSFEPLDAGRTRVNVEIVWEPDGLAEKAGSALGVDSMRVGADLDKFKKFIEAQGHETGAWRGTVSGGDVDDTGETFGSGGAATAEFPPVDPDLAAPAADVPAPTANEGPAEPPQPRAPGL NA NA NA NA NA D3-18_00729 1524 putative protein ATGGCACCCTCCAGCAATGTGGAAGCTGAACAGAAATTCGACGCCGAAGCGTCCACGCCGCTTCCTGCCCTCGACGCGATCGACGGGATAGGGCGAGTGGGTGAACCTGCAAGCCACAGCTTGGAAGCCATCTACTTTGACACCCGGCACTTGGCCCTTGCGTCCCGCGGAATCACGCTTCGCCGCCGGACCGGTGGGCCGGACGCCGGCTGGCACCTGAAGCTCCCGCACAGTGCGGGAAAGCGAACAGAGATCCAGGAGCCGTTGGGCAACGCGGACACTGTTCCGGTGGAACTCATGGACCGTGTGCTCGCTTACACCCGGGGTCATGCAGTGGCGGCTGTCGCAAACCTGGCCACGGAACGTACCAGCTACCCCTTGTATGGCAACGACGGCCACCACCTGGCTGACTTTGTGGATGATTACGTTCGCGCCAAAGCGATGCTTGGTGAACCCCGCGAGCTGGAATGGAGGGAGTGGGAGGTGGAGTTGGCACCGGATGAAGCCGACGACGACACCTTGCTGAGCACCCTGACGCAGCAACTCTCCGATGCCGGAGCTAAATCGAGCGAGCGCACCTCCAAGCTGGCCACAGCATTGGGCGACTCATGGCCTCCTTCGAAGCGAACAGGCCGCGAAGAGCCCAGCGGTAACGGTCCAGCCGTATTTCCCGTGCTCAAGTATCTGGACGAGCAAGTGGCCGATCTACTCCTTCAGGACTCCCACGTTCGCCTTGCCCGAGATGATTCAGTTCACCAAATGCGGTCACAGATCCGCCGAATCCGTGCTGTCCTGCATGGTTTTAGGGCGCTGTTCGAACCGGTCCCTGTGAAGGATCTTGAAAAGGAACTGAAATCGCTCGCGAAGACCCTTGGCCGGTATCGGGATGTGGAAGTCTTGCACGAACGCCTGAAGAGCAGCCTCGATGAGCTGCCGGGAAAGCTCGTCCTTGGTCAACTCCAGAATGAGCTGGAAGAGCGTATGGCGCTGAGGGCCCATACTGCGATGTCTGCCGTAAGGAACCGTTTGAACAGTCCCCGCTACTTCAAGCTGCTGGATGATCTGGAAGCTTTCATCGACGCCCCGCCCACCACGTCAAAGGGTGACGCGGCGGCCAAGGAGACCACGGCGAAGCTCGTCAACAAGGCCGGCAAAAGACTCCGCAAACGGCATGGCGAAGCGGTGGATGCCGCCGTCGGGCCTCAACGCGACAAGGCACTCCACGAAGTCCGGAAGGCCGCCAAGAAGCTGCGCTTTGCCGCTGCTGCTGTGGAAGATATCCACGGCAAACGTGCAGTGAAGTTGGAGGACGCGGCACACAGGGTCCAGTCGATTCTTGGCGACCACCAGGACAGTGTGATGGCGCGGGCGGAACTGCTGAAGCTAGGCGCCGCGCCAGGCGTCAGCAACGGTGCTTTCACGTATGGAGTGATCCACGCGATGGAAAGCACCGCCGCTGACGCCACTCAGCAGGAATACCTGCGGAAGGGCAAGAAGGCGCGGAAACTACGCCTCAAAAAGTAG MAPSSNVEAEQKFDAEASTPLPALDAIDGIGRVGEPASHSLEAIYFDTRHLALASRGITLRRRTGGPDAGWHLKLPHSAGKRTEIQEPLGNADTVPVELMDRVLAYTRGHAVAAVANLATERTSYPLYGNDGHHLADFVDDYVRAKAMLGEPRELEWREWEVELAPDEADDDTLLSTLTQQLSDAGAKSSERTSKLATALGDSWPPSKRTGREEPSGNGPAVFPVLKYLDEQVADLLLQDSHVRLARDDSVHQMRSQIRRIRAVLHGFRALFEPVPVKDLEKELKSLAKTLGRYRDVEVLHERLKSSLDELPGKLVLGQLQNELEERMALRAHTAMSAVRNRLNSPRYFKLLDDLEAFIDAPPTTSKGDAAAKETTAKLVNKAGKRLRKRHGEAVDAAVGPQRDKALHEVRKAAKKLRFAAAAVEDIHGKRAVKLEDAAHRVQSILGDHQDSVMARAELLKLGAAPGVSNGAFTYGVIHAMESTAADATQQEYLRKGKKARKLRLKK NA NA NA NA NA D3-18_00730 837 bpoA2_1 Non-haem bromoperoxidase BPO-A2 TTGGCTTACATCACCGTCGGAAACGAAAACAGCACTGAGATTGAGCTTTACTACGAGGACCATGGAGCCGGCCAGCCAGTGGTCCTGATTCACGGCTACCCGTTGGACGGATCCTCCTGGGAGAAGCAGACCGCCGCACTGCTCGACGCCGGATATCGCGTCATCACGTACGATCGCCGCGGGTTCGGCAAGTCCAGCCAACCGACTGAAGGCTACGACTACGACACCTTCGCCGCAGACCTGAAGACCGTGCTGGACACGTTGGACCTGAACGACGCCGTGTTGGTGGGCTTCTCCATGGGTACAGGCGAAGTGGCGCGCTACATCAGCACTTATGGTTCGGCCCGCGTTGCAAAGGCCGTGTTCCTCGGTTCGCTGGAGCCATTCCTTTTGAAGACTGACGACAACCCTGACGGTGTCCCGCAGGAGGTCTTCGATGGCCTGGCCGAGTCCGTCAAGGCTGACCGGTACGCCTTCTTCACCGACTTCTTCAAGAACTTCTACAACACGGACACCTTCCTTGGCACAGCTCGGCTCAGCCAGGAATCCGTGGATGCCAGCTGGAACCTTGCCAGCAAATCCGGCGCGTTCGCCTCAGTAGCCGCCCAGCCCACCTGGCTGACGGACTTCCGCGCGGACATCCCCAAGATCGATGTCCCGGCCTTGATCGTCCATGGCACAGCGGACAACATCCTGCCCATCGATGTCACGGGCCGGCGATTCAAGGATGCCCTGCCCAGCGCCGAGTACCTTGAAATTGAGGGCGCACCGCACGGCCTGCTTTGGACGCACGGGGCAGAAATCAACGAGGCCCTGCTGGCGTTCCTCAAGAAGTAA MAYITVGNENSTEIELYYEDHGAGQPVVLIHGYPLDGSSWEKQTAALLDAGYRVITYDRRGFGKSSQPTEGYDYDTFAADLKTVLDTLDLNDAVLVGFSMGTGEVARYISTYGSARVAKAVFLGSLEPFLLKTDDNPDGVPQEVFDGLAESVKADRYAFFTDFFKNFYNTDTFLGTARLSQESVDASWNLASKSGAFASVAAQPTWLTDFRADIPKIDVPALIVHGTADNILPIDVTGRRFKDALPSAEYLEIEGAPHGLLWTHGAEINEALLAFLKK PGPT0013125_1149 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013125-cpo-K00433 NA NA D3-18_00731 1023 hypothetical protein ATGCCCCTTGCCCTACGCTCCGCCACCGAGAGTTACGCCTCCATCGACGACCTCTTGGGCGATGGACGCCGCCGCTTCTTCAGCCACGGGTACAAGACCACCAACCCCCGGCTGCGGACCCTTCGCGTTGCCCACACCGTCGCTGAGTCCACGTTGACTGCCCGAGCCAGTTTGGGTGTTGAAGGAGTTTGGTCCATCAAAGGCAATAAGGAGCAAACTCCGCACCTTGGCACCACGGACGTCCTTGTCCTGGCTTGCAGAATGGCGGAAGCCCTGCTGGCCAGCAGATTTTCGCCGGATATATTGCCAACTGCTTATCTGACGTCCGTCACCATCTCCGGCGGCAGTGAACCGGTGGAAGGCACGTTGGGTGATCTTGGCTGCAAGGCTACCCTGCAGGACCACGGTGACGGGTCCGTCCTGCGGTGCTCGGTCGCCTCCATGAGCGCGGTCCTTGAAGTGGCCCACGCTCCGGCTGAACTTGGACTTGCTTCCGTCGAGTCACCCTCAGAAGAGGCGTTGGTGGGCGACGCCGCCATGCGACTTTATGGTGACCTGTGGGCCGAACGGCAGGTTACGTTGGTGAACGTGGTTCTCGAACCGGAACTGGAACCGGTACAGGCTACAGCCCACGCGCAGCTCTCGTTTCGCCAGCAACCCACGTTGGGCCACCAGCTGGCTGACCGGCGCGGGCTGGAAGCTGCGTACCCCCAGGCGCTGTCCGCCGTCGAGTGCTTCGTGGCCACCCTGCAACTAGGGCAGGTTCTGCTCTACAGGTTGGACGCCATGAGCCGTTCCGACAGCAACACGCTTTGGATGCGCAAGACCCGGGTTACTTTTGCCGGTCCAGGCCCGAAAATTGGGGGCGGACAGGGAACCGGTTTGAGTGTGAGGTTGCAGAAGGGCCGGCTGATCGGGAAGGACGGCGGGTCCTGGCGCTGCGCCGACGTGGTGGGAACGTTCGACGGCGGCGAGGTAGTCTGCAGCGTCGCTCACCAACTGCCGGCAGGGGCTGTTCAATGA MPLALRSATESYASIDDLLGDGRRRFFSHGYKTTNPRLRTLRVAHTVAESTLTARASLGVEGVWSIKGNKEQTPHLGTTDVLVLACRMAEALLASRFSPDILPTAYLTSVTISGGSEPVEGTLGDLGCKATLQDHGDGSVLRCSVASMSAVLEVAHAPAELGLASVESPSEEALVGDAAMRLYGDLWAERQVTLVNVVLEPELEPVQATAHAQLSFRQQPTLGHQLADRRGLEAAYPQALSAVECFVATLQLGQVLLYRLDAMSRSDSNTLWMRKTRVTFAGPGPKIGGGQGTGLSVRLQKGRLIGKDGGSWRCADVVGTFDGGEVVCSVAHQLPAGAVQ NA NA NA NA NA D3-18_00732 975 fabH_1 COG0332 3-oxoacyl-[acyl-carrier-protein] synthase 3 ATGAGCGCGAGATCCGCGGTGGTCCGCGGCTTGGGCGGCGCGCTCCCCGAACGAGTGGTCACGAATGAGCATCTCTCCACTGTCTTGGATACCTCTGATGAATGGATTCGGCGCCGGACCGGCATCGCCGAGCGGCGCCACTCGGACGAAACTGAGAGCACCAGCGTCCTTGCCACAACAGCTGCACGACGCGCCTTGGCGAGTGCCGGCGTCGATTCCGTGGGGCTGCTGATCGTGGCGACCTCTACGCCGGACAAGGTGTGCCCGGCCACTGCACCGAAGGTTGCGGCGAACCTTGGGCTTCAGGGGATTGCCGCCTTCGATATTTCGGCGGTTTGTTCAGGATTTGTCTACGCGCTCGCTACGGCCAGCTGGGCCATCACCTCAGGCTCCGTTGGTTCTGCACTGGTGATCGGCGCGGACACTTTCACCCGTTTGCTGGACCCGACGGACCGCACCACGTCCGTGATCTTCGGCGACGGAGCAGGAGCGGCCTATCTCTCGGCGGGAACCGCAGATGAACCGGGTGCCATCCTTGCTTCCACGCTCCATTCCGACGGCGACGGGGAAACGCTGATTCATGTTCCACGCGGTGCCGGTGCCTTTTTTGAAATGCAAGGCAAGGAAGTGTTCACGCAGGCGGTGACGGCGATGTCGGACTCCGTGGAGACCGTGCTGGCGAGTGTTGGCTGGACGGCGGGCGACGTCGATTCCCTGATCGCACACCAGGCCAACCTGCGGATCCTCACCACGGTGGCTTCGGTGACGGGAATACCCGTATCCAAAGCCGAGGTCCACTTGGACAGGGTGGGAAATACTTCAGCTGCCTCGATTCCACTGGCCATGACCGACGCCGGCACCAAGGGCCACAGGTCTCCCGGGGACAAAGTGGTCCTGACGGCCTTCGGCGGGGGAACAACCTGGGGTGCCATCGCCATGACCTGGCCTTCGATCTCGGTTGTGGACCCGCATTAG MSARSAVVRGLGGALPERVVTNEHLSTVLDTSDEWIRRRTGIAERRHSDETESTSVLATTAARRALASAGVDSVGLLIVATSTPDKVCPATAPKVAANLGLQGIAAFDISAVCSGFVYALATASWAITSGSVGSALVIGADTFTRLLDPTDRTTSVIFGDGAGAAYLSAGTADEPGAILASTLHSDGDGETLIHVPRGAGAFFEMQGKEVFTQAVTAMSDSVETVLASVGWTAGDVDSLIAHQANLRILTTVASVTGIPVSKAEVHLDRVGNTSAASIPLAMTDAGTKGHRSPGDKVVLTAFGGGTTWGAIAMTWPSISVVDPH PGPT0008355_5143 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008355-fabH-K00648 NA NA D3-18_00733 246 hypothetical protein ATGGAAATTACAGCTTTGGACGTCGTTGAGGCTATCCGATCCACCATGGACGAGCTCAGCCACATGGGCCCGGACGACTCCTTCGCGGACCTGGACATCGATTCATTGTCGCTTGTTGAAGCGGCCGTCATCCTCAGCAACAAGTTCGGCGTTCGCGTGGACGAATTCGAACTCGCAGACGCAGGAACGGCCCGGGTTGCGGCCGGACTGGTGACCGGGAAGCTTGCCCTGCAGCCCGCCGTCTAG MEITALDVVEAIRSTMDELSHMGPDDSFADLDIDSLSLVEAAVILSNKFGVRVDEFELADAGTARVAAGLVTGKLALQPAV PGPT0011375_4588 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0011375-acpP-K02078 NA NA D3-18_00734 657 fldP Flavodoxin FldP ATGGCCACTCCGGCAATTGCAGTTGTTTACTATTCAGGTTCCGGTCACACCAAGGTCCTCGCGGACGCAGTGGTCTCCGCTGCCGCCTCCACGGGAGCCACCGCAGCCCTCCTGCGCGTGGATGAACTTACCGAGGAGTCCTGGAACTTCATCGATGAGGCCGATGCCATCATCTTCGGCGCACCCACGTATATGGGTACCGCACCTTCAGCGTTCCACGCCTTCGCAGAAAAGACGGCAGGCCGTTGGGCTGTGCAGAAGTGGCACAACAAGCTGGGTGCAGGCTTCACCAACGCCGCCTGTAAGGCAGGCGACAAAAACTCAACCCTGGATTACTTCGCTACTTTTGGCGCCCAGCACGGCATGAACTGGATCAACCTCGGCCTGCTTCCGGGCTGGAAGAGCACCAAGGGTACCGAAAACGACCTCAACCGCTTCGGCTACTTCAACGGCGCTGCCGCACAAACGTTCTCGGACATCGGCATCGAGGGCGTCCACCCCGCAGATATCGCTACGGCCGCCCACTTGGGCCGGCGCGTTGCGGAAATCACGGCGGTCTTCGCTGCCGGAAAAGCCGCCTTGGAGAACCTTAACCAGGAGAACCGCACCTCCGAGAGCAACACTTCAGACCGGGAACTCATCAGCACGGGGGCATAA MATPAIAVVYYSGSGHTKVLADAVVSAAASTGATAALLRVDELTEESWNFIDEADAIIFGAPTYMGTAPSAFHAFAEKTAGRWAVQKWHNKLGAGFTNAACKAGDKNSTLDYFATFGAQHGMNWINLGLLPGWKSTKGTENDLNRFGYFNGAAAQTFSDIGIEGVHPADIATAAHLGRRVAEITAVFAAGKAALENLNQENRTSESNTSDRELISTGA PGPT0009460_1729 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009460-wrbA-K03809 NA NA D3-18_00735 708 hypothetical protein ATGACGTTGCAGCGTCCCGTTTGGAGCACGACCGCCACCGGCTCGCCTTCAACTGACGGTCAGGACCCTGGCGTGCACCTGTTTTGCCTGCACCACGCCGGTGGGACTACGGCCAGTTTCGCAGGCTGGCGCTTCGACGGCGTGACGGTTACCAAACTCAGCTATCGTGGCTGGGACTTCAGGTCCTTGGGGGCGGCTGCTGATGCCCTCGCAGAGCGGGTTTCGGCGTCGGCGTCTGTCCAGCTCGCCCTATACGGCCACAGCATGGGAGCTGTCCTCGCCTTCGAGATCGCACTGCGGCTACAGCACACAGAGCGGGTGGCCCACGTCTTCCTTGCCGCCACGCGCCAGCCGTCGGGAATGCACGACGCCGGTGCTGCCGCAGTTGCCGCTGCGGGCGCACTATCGCCGCGTGCCCGGGAAGTCCTCCTTGAGGACCTCGATCTTCTGGCGGGATATCCGGGAACACCACCCAGGAAACAGTTGGAAGTTCCAGCCACCGTCCTCTACAGCGCCGACGATCCTGTGGTGCCGGTTGCCGATTCCCTGCGCTGGGCCGCATGGTGCGCGGCCGAACCACGCTTGGTGAAGCTGGACACTGGAGGCCATCTGTTTCACCTGGGCAACCCTGCCGTGCGTTTGCTCGTGGAAAAGACCCTGTCCTCTGAGGCGAGCAGGGACGTCCACACCAAACAGCGACATGAATAA MTLQRPVWSTTATGSPSTDGQDPGVHLFCLHHAGGTTASFAGWRFDGVTVTKLSYRGWDFRSLGAAADALAERVSASASVQLALYGHSMGAVLAFEIALRLQHTERVAHVFLAATRQPSGMHDAGAAAVAAAGALSPRAREVLLEDLDLLAGYPGTPPRKQLEVPATVLYSADDPVVPVADSLRWAAWCAAEPRLVKLDTGGHLFHLGNPAVRLLVEKTLSSEASRDVHTKQRHE NA NA NA NA NA D3-18_00736 408 yybR COG1733 putative HTH-type transcriptional regulator YybR ATGACTCTCACGGCTGAACAGAAACGCCAGAAAGCCCGGAAGCATTACAACGCGTCCTTGGACCTTTGCCCGGCCCGGCAATTGCTGGAGGCCATCAGCAGCAAGTGGGTCACCTTGGTGATGCTTGCCCTTGAGGACGGCCAGCAGCGCCACAGCGACCTTCGGAAGCTCATACCGGGTGCCAGCCAGAAGATGCTGACGTCCACCCTCCGCTCCCTGGAACGCGATGGGTTGGTCCTCCGGCATGTCACGGTGTCAGTTCCCATCCGCACCGACTACGAACTCACTCCCCGGGGCCGCTCGCTGCTTCGCATCATTTTTGAAATGAAGGAATGGGCGGAGGAGCACATGGATGACGTTGCAGCGTCCCGTTTGGAGCACGACCGCCACCGGCTCGCCTTCAACTGA MTLTAEQKRQKARKHYNASLDLCPARQLLEAISSKWVTLVMLALEDGQQRHSDLRKLIPGASQKMLTSTLRSLERDGLVLRHVTVSVPIRTDYELTPRGRSLLRIIFEMKEWAEEHMDDVAASRLEHDRHRLAFN NA NA NA NA NA D3-18_00737 654 hypothetical protein GTGGAAGAATCCTCCCGAAGCCGCAGCCAAGCTGCCTACACAGACATCGACGGCACTGTCACCGCTTACAACACCATTTTCGAGTTCCTTCGCTTCGACGCCGCCGAACATGCCCGGGCTGAAGAGGCCGAAGAGTTCCTTGCCGGTCTGCGCACTGCGGCGGCGAACACTGTCCCTCGTTCGGTGACGAACGCCCGCTACTTCCGCTGGTGGCACGGCCGAAACGTCACAGAGGTGGCCGAACTCGGCGAGCGCTGGGCGGATCTGCAGGATGGGCAGGCGGCCGGCTGGGCTTTCCTGGAGCCTGTGGCGTCTATTTTGGACGCCCATGCGGACTCCGGGCGGCAACTGGTGGCAGTCACGGCATCATTCGAACCGGCTTTGGTAAGGGTTCGACGGCGGTGGCCCCACCTTGAGCTGTTATGCACCCGCCCCTTGGTGGCCGATGGCAAGTACACCGGTGGGATCGAGGAAGCACTGGTGGGTGACGCCAAAGCCCGTGCCGTCCTGGCCCACGCGTTAGCGAACAACGTGGATCTCGCGGGCAGCTTCGCTTACGGGGATCACCCTTCGGATCTCCCATTCATGGCCCTGGCCGGTGAATCCCTGTTGGTTGACGCAACGCTGAGAGCCGTGACAACGCCGGTGAGTTAA MEESSRSRSQAAYTDIDGTVTAYNTIFEFLRFDAAEHARAEEAEEFLAGLRTAAANTVPRSVTNARYFRWWHGRNVTEVAELGERWADLQDGQAAGWAFLEPVASILDAHADSGRQLVAVTASFEPALVRVRRRWPHLELLCTRPLVADGKYTGGIEEALVGDAKARAVLAHALANNVDLAGSFAYGDHPSDLPFMALAGESLLVDATLRAVTTPVS NA NA NA NA NA D3-18_00738 678 azoR1 COG1182 FMN-dependent NADH-azoreductase 1 ATGCCTACCATCCTCCACATCAACGCCTCTCCGCGCTACGCCAACAGCGACTCCCTGCGGTTGGCCCGGCACTTCATCGATTCCGTCCAGACTGCCGGTGCGGAGAGTTTCGAAGTGGAGACTCTGAACCTGTTCGACGACGGCGCGCTGCCCGTTTTCGGTCGCGTCGCCGCCGCTGCGAAGATGGCTGTTTTCACCGGACAGGACCAGACTCCCGATCAGGTTGCCGCCTGGGAATCTGCCCGTGCAGTATTCGACCAGTTCGCTGCCGCCGACGCCTACGTCTTCAACATCCCCATGTGGAACTCGGGCGTTCCGTATGTCCTGAAGCAGTGGATCGACATCATCACCCAGCCCGGCTGGAGCTTCGGTTTCGACCCCGAGCAGGGCTACCGCGGCCTGCTGGAGGGCAAGCAGGCACTTGCAATCCACACCAGCGGCGTTTACGCACCGGGCGTGCCGGCCGCGTTCGGCTCTGACTTCAGCAGCACTTTCTTTGCCGACTGGCTGAACTTCGTGGGCATCGAGGACGCAACGCACGTTCGCTTTGCCCCCACGGTGCTCAACGGTGACGTGGATGGCACCCGTAAGGTTGCCGAGGCTGACCTCAGCGACGCTGCCATCGAGTTCGCCGGCAAGCTCAGCGCCGCGGGAACCCTCCAGCTCGTCAACGACTAA MPTILHINASPRYANSDSLRLARHFIDSVQTAGAESFEVETLNLFDDGALPVFGRVAAAAKMAVFTGQDQTPDQVAAWESARAVFDQFAAADAYVFNIPMWNSGVPYVLKQWIDIITQPGWSFGFDPEQGYRGLLEGKQALAIHTSGVYAPGVPAAFGSDFSSTFFADWLNFVGIEDATHVRFAPTVLNGDVDGTRKVAEADLSDAAIEFAGKLSAAGTLQLVND PGPT0006790_203 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_DEGRADATION_OF_OTHER_NITRO-COMPOUNDS XENOBIOTIC_AZO_DYE_DEGRADATION,PGPT0006790-acpD|azoR-K01118 NA NA D3-18_00739 705 hypothetical protein GTGCGCATCGGCATTTCAGGTACCTACTCCTCGGGCAAAACGTTCACGTCCATGGCCTTGTCCCACTACACGGGGCTGCCCCGGACCAAGGCAAGGACCATGCGTGAAATCCTCCCCGAGGCCGCGCCAGGCAAGACCCTTGAGGAGTGCACGGCCGCGGAGCTTATCCAGATGATCGTGACACGCCATGTTGAGCGGGCCGTTTACGAGGACAAGCTCTCGGCAGGGTTCATTTCCGACGGGTCATCCTTGCAGGAATGGATCTATGGGTCTGTGCGGGTTTCGCTTGGCCTGAATCCCAGTGCCTCGGCGCATCTTTCGGCGGGCGAGATCGTGGAGAAGACGCCGGAACTCGCCTTCTTCGAAGAGGTGATGACCAGCCTTGGCAACAGCTTCAAGAGGCACGTGCAGAACTCCTTCGATGTGTTTGTGCACCTGAAGAACGAGCTCCCGCTCTCCGCCGACGGGCACCGCCCGGTCAACGATCAGTTCCGGAACATGTCCGACGCCATCTTGCAGCAAACCATGGACGAGCTGGGGATACCGTTCCATGTGGTGTCCGGATCCGTGGAGGAACGACTCGAGCAGATCGCTTCCCTGTTCAAGCTGGAGCCACGCATGAGTCCGGAGGATGCTGCTCGTTTGGCCTCCGAAGAGTACGCACAGTTGGACGTCCGTTCTGAAAAGGAACGCGTCCTGCAGTAA MRIGISGTYSSGKTFTSMALSHYTGLPRTKARTMREILPEAAPGKTLEECTAAELIQMIVTRHVERAVYEDKLSAGFISDGSSLQEWIYGSVRVSLGLNPSASAHLSAGEIVEKTPELAFFEEVMTSLGNSFKRHVQNSFDVFVHLKNELPLSADGHRPVNDQFRNMSDAILQQTMDELGIPFHVVSGSVEERLEQIASLFKLEPRMSPEDAARLASEEYAQLDVRSEKERVLQ NA NA NA NA NA D3-18_00740 909 hypothetical protein ATGCCCACCCAACCTTCTGCTTCCCACCAAGCGCGGTCCAACCATGCGCGACTAGGCGAGTTCTTCCGCACCCGCCGCGAGCAGACCCGGCCGGAGGACGTCGGGCTACCGGTCAGCCCACGACGACGGACTCCCGGACTCAGGCGCGAAGAGGTGGCCGTCCTGGCCAACGTTGGGGTCTCCTGGTACACGTGGCTGGAGCAGGGGCGGGCCATTGGTGCCTCCGCGGAAATCCTGGACGCGATAGCCAATGCCCTGCAGCTCAGTCCTGAAGACAGGACCTATGTCCGCAGGCTTGCGTCCGGGCGCCGGCCCAGCCCCGCCGCCGGCACCATGCAGGCCGGTGGCAGTGATGGCTTTCCTGGAACCGTGGACGGTGGACATCGTTTCGACGTCGACAACACCCAGCTGGCGCTTCTGCAGCAACTGGTGGATGCCATGGCAAATCCCAGCTACATCGCAGACCCGTTTTGGACCGTCGTAGCTATGAACCCTGCCGCGGCTGACACTTTTGATACCCGGGTGGGCGAAAGCTGCCTCCACCGCTTCTTCACCGATCCGGAGCTTGCCCGGCCCCACGTCCACAAAGAGATGATGGCCCGATCCATGGTTGCCCAGTTTCGGGCGCAATCAGCCAAGTTCCCTGACGATCCCCGTTTCGACACCATGGCCCGGAGCCTCTGTGAGGTCTCGAAGGCCTTCAATGAGCTGTGGCAGCGCCAGGTGGTCAGCGACTCGTACCATGTGGACGTTGTCTACGACCACCCAACACTCGGCCGGCTCAGCTTCGCCCCCATGGTTCTGGGCGTCCCCCAGTTTCCCGCTCTCCGCCTGTTTACCTACCTACCCAAAAGCGGGACAGGGACGCAGGCATCCCTTCTGGGGCTCGGCCGGAAGGCTGTTGTCTAG MPTQPSASHQARSNHARLGEFFRTRREQTRPEDVGLPVSPRRRTPGLRREEVAVLANVGVSWYTWLEQGRAIGASAEILDAIANALQLSPEDRTYVRRLASGRRPSPAAGTMQAGGSDGFPGTVDGGHRFDVDNTQLALLQQLVDAMANPSYIADPFWTVVAMNPAAADTFDTRVGESCLHRFFTDPELARPHVHKEMMARSMVAQFRAQSAKFPDDPRFDTMARSLCEVSKAFNELWQRQVVSDSYHVDVVYDHPTLGRLSFAPMVLGVPQFPALRLFTYLPKSGTGTQASLLGLGRKAVV NA NA NA NA NA D3-18_00741 999 iolS_3 COG0667 Aldo-keto reductase IolS ATGGAAAAGCGCACACTCGGCACCGGCGGCCTTGAGGTTTCCGCCATTGGCATGGGATGCATGAGCATGTCAGGCGGCTACAGCGAGAGGCCGGACCGCGAGGAAATGATTTCGCTGATCCGCACAGGCGTGGAGCGCGGCGTGACGTTTTTCGACACCGCCGAAATTTACGGACCCTATGCCAATGAGGAACTCGTCGGCGAAGCACTGGCCCCGTTCAAGGACCAGGTAGTCATCGCCACCAAATTCGGTTGGGACATTGACCCCGCCGCGCGGAAAGCCAGCGGCAAGGTCACCAGCCGCCCCGAGGTCATCAAAGAGGTAGTGGAAGGATCACTGCAGCGGCTGGGAGTGGACACCTTGGATCTCTACTACCAGCACCGGGTTGACCCGGACGTACCCATCGAGGACGTGGCAGGTGCAGTCAAGGAACTCGTCGACGCCGGAAAGGTGAAGCACTTCGGAATGTCCGAGGCTGCGGCCGGCACCATCCGCCGGGCCCATGCAGTCCTCCCTGTGGCTGCGGTCCAGAGCGAGTACTCGTTGTGGTGGCGTCGACCAGAGGAAGAAGTCCTGGATGTATGCGAAGAACTTGGCATCGGGTTCGTTCCCTTCAGCCCGCTGGGCAAGGGCTTCCTGACCGGTACCATCAACGCTTCCACCAACTTCGAATCCGGCAACGACATCCGCAGCACCATCCCCCGGTTCACCCCCGAGGCTATGCAAAATAACCAGGCTGTGGTGGACCTGCTCGCCGGAATCGCAGAACGAAAAGGCGCGACGCCGGGCCAGATCGCCTTGGCATGGTTGCTGGCACAAAAGCCGTGGATCGTGCCGATTCCAGGCACACGAAAACTGCACCGCCTCGAAGAAAACCTGGCCGCGGCCGACGTCGGACTTTCGCCTGCAGAGCTTGACGAAATCGAAGCGGCCGCTGCGAAAATCACGGTGGAGGGTGGCCGCTACAACGAGGCCGGCGAACGGATGACGAACCTCTGA MEKRTLGTGGLEVSAIGMGCMSMSGGYSERPDREEMISLIRTGVERGVTFFDTAEIYGPYANEELVGEALAPFKDQVVIATKFGWDIDPAARKASGKVTSRPEVIKEVVEGSLQRLGVDTLDLYYQHRVDPDVPIEDVAGAVKELVDAGKVKHFGMSEAAAGTIRRAHAVLPVAAVQSEYSLWWRRPEEEVLDVCEELGIGFVPFSPLGKGFLTGTINASTNFESGNDIRSTIPRFTPEAMQNNQAVVDLLAGIAERKGATPGQIALAWLLAQKPWIVPIPGTRKLHRLEENLAAADVGLSPAELDEIEAAAAKITVEGGRYNEAGERMTNL 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 D3-18_00742 1734 COG1132 putative ABC transporter ATP-binding protein ATGCTTTGGAAGGTTCTCGTTCGGTTCCTGAAGCCGCATCAGCGGTTGCTGATCGCCGTCGTCGTCTTTCAATTGGCGCAGTCCATCGCGTCCCTTTACCTGCCTACGCTCAACGCCGACATCATCGACAACGGGGTGGCCACCGGCGATACCGATTACATCCTGCGCATGGGTGGCCTCATGCTGCTGATCACGCTGTTGCAGATCGCGTGTGCGGTGGTGGCTGTGTACTTCGGCGCGAAAGCTGCCATGGGAATGGGCCGCGACCTGCGGGATGCCGTCTTTGCAAGGGTGGGGGAGTTCTCGGAGCAGGAGGTCACCAGGTTCGGGGCTCCGTCCTTAATTACACGATCCACCAACGACGTCCAGCAGGTGCAGCAACTGGTCCTCATGTCCTGCACGCTCATGGTCGCGGCTCCCATGCTGAGCATTGGCGGCGTGATCATGGCCGTGCGGCAGGACGCCCAATTATCCTGGCTGATTGCCGTTTGCGTGCCAGTGTTGCTGGTGGCGGTCGCGCTGATCGTGACGCGGATGGTGCCGCTGTTCCGCAAGATGCAGGTCCGGATCGACGCCGTTAACAGGGTTCTCCGCGAGCAGCTCACCGGCATTCGTGTGGTGCGGGCTTTCGTCCGCGAGGACATGGAGGCAGCCCGGTTCGGCAAAGCGAACGACGACGTAACTGACGTTGCGTTGCGGGCCGGCCGTTTGATGGCGCTCATGTTCCCTGTGGTCATGCTTGTGATGAACGTTTCCAGCGTGGCGGTCATCTGGTTCGGATCTTTCCGGATTGAGGACGGCTCCATGCAGGTAGGCACCTTGATCGCGTTCTTGAGCTACCTCATGCAGATCCTTATGTCCGTCATGATGGCCACGTTCATGGCCGTGATGATCCCACGCGCGTCCGTTTCGGCCGACCGCATCAGCGAGGTCCTGGACACCGAGTCAAGTGTCCAGCCGCCGTCGAACCCTGTCAGGGGCGGGATACGCCGCGGCGAACTGGAAATGCACGACGTCGGATTCGCCTACCCGGGTGCCGAGCAGCCGGTGCTGAGCGGGCTTTCGTTTACCGCTCGTGCGGGGGAAACCACCGCGATCATCGGCAGCACCGGCGCTGGCAAGACCACTTTGGTGAACCTCATGCCGCGGCTGTTCGACGCGACCAAAGGATCCGTGCGGATGGACGGCGTGAATGTCCGCGAACTTCACCCGGACCTGCTCTGGGGGCATATCGGGCTGGTGCCGCAGCGGCCCTACCTGTTCTCCGGGACGGTCCGCAGCAACCTTCAGTATGGCAAGCCCGATGCCACTGAGGATGAGCTGTGGCGGGCGCTGTCAGTAGCCCAGGCCAAGGACTTTGTGGAGGAGATGGAGGGCGGACTGGACGCCGTGATTTCGCAAGGCGGTACCAACGTCTCCGGCGGGCAGAGGCAACGGCTCGCTATCGCCCGGGCCCTGGTGAAACAGCCGGAGCTCTACATCTTTGACGATTCCTTCTCCTCCCTGGATACCGCCACCGATGCCAGGCTCCGCCAGGGACTCAAACGCCACACCAACGGCGCCACGCTGGTGATCGTTGCACAGCGCGTCTCCAGCATTGCGGATGCGGACCAGATCCTAGTGCTCGACGACGGCGGGATCGTTGGGCGCGGAACGCATGATGAGCTGTTGGAGACGTCCGAAACGTACCGGGAAATCGTGTCCTCCCAGCTCGCGTCGGAGGAGGCGGCATGA MLWKVLVRFLKPHQRLLIAVVVFQLAQSIASLYLPTLNADIIDNGVATGDTDYILRMGGLMLLITLLQIACAVVAVYFGAKAAMGMGRDLRDAVFARVGEFSEQEVTRFGAPSLITRSTNDVQQVQQLVLMSCTLMVAAPMLSIGGVIMAVRQDAQLSWLIAVCVPVLLVAVALIVTRMVPLFRKMQVRIDAVNRVLREQLTGIRVVRAFVREDMEAARFGKANDDVTDVALRAGRLMALMFPVVMLVMNVSSVAVIWFGSFRIEDGSMQVGTLIAFLSYLMQILMSVMMATFMAVMIPRASVSADRISEVLDTESSVQPPSNPVRGGIRRGELEMHDVGFAYPGAEQPVLSGLSFTARAGETTAIIGSTGAGKTTLVNLMPRLFDATKGSVRMDGVNVRELHPDLLWGHIGLVPQRPYLFSGTVRSNLQYGKPDATEDELWRALSVAQAKDFVEEMEGGLDAVISQGGTNVSGGQRQRLAIARALVKQPELYIFDDSFSSLDTATDARLRQGLKRHTNGATLVIVAQRVSSIADADQILVLDDGGIVGRGTHDELLETSETYREIVSSQLASEEAA PGPT0029025_1861 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 D3-18_00743 1974 COG1132 Fatty acid ABC transporter ATP-binding/permease protein ATGAGTGCTGTGTCAGCCGGTCCCCGTGGTCCGCAGCGGCCGGCGATGGGTCCGGGCCGTGGAGGCCCCTTCGCCGGAATGAACATTCCTGCCGAGAAAGCCTCGAATTTTGGTGCCTCAGCCCGGCGTTTGCTGGGGACACTGCGGCCTGAACGCTTTTGGTTGGTTCTGGTGCTGGTCTTCGCCGTGGTCAGCGTTACTTTGTCTGTGATCGGACCCCGTTTGCTGGGGGAAGGCACCAACCTGATTTTCGCCGGCGTCGTCTCCAAACAGCTGCCTGAAGGCGCGTCCAAAGCCGAGGTGATCGCAGGTTTGCGCGCCTCGGGCGAGAACAGCAAGGCAGACATGCTGGGCGCCATGACCCTCACGCCCGGCGTCGGAATCGACTTCAACGCGTTGGCCTCGGTGCTGCTGTGGGCGTTGGCGCTCTACGTCCTGGCCTCAGCGTTCGGTTGGATTCAGGCGTACGTACTCAACGGCGTCGTGCAACGGACCGTGTACCGCCTCCGCACGCGCATTGAAGCGAAAATTCACCGACTGCCCCTGCGGTATTTCGACTCCATTCAGCGCGGTGAGCTGCTGAGCCGGGTGACCAACGATGTGGACAACATCTCCCAAAGCCTGCAGCAGTCCATCAGCCAGATGGTGTCGTCCCTGCTGACCGTGCTTGGTGTGCTGGTGATGATGTTCCTGCTCTCTCCGCTGTTGGCGCTCATTGCCTTGGTGACCATTCCGTTGACGCTGGGAACCACACTGCTGATCGCCAAGCGTTCGCAGAAGCTGTTCGTTGCGCAGTGGAAGAACACAGGGGAGCTCAACGGCCAGATCGAGGAAACCTACACGGGGCACGCGCTGGTGAAGGTGTTCGGGCGGCAGAACGAGGTCCAGGAGAAGTTCCGGGCCAAGAACGGCGAGCTGTATCAGGCGAGCTTCGGCGCGCAGTTCGTGAGCGGCCTGATCATGCCCGCCATGACGTTCATCGGGAACCTGGTCTATGTGGGGATCGCCGTGGTGGGCGGCCTTCAGGTGGCCGCGGGCTCCATGCAGTTGGGCGACGTCCAAGCATTTATCCAGTACTCGCGGCAGTTCACCATGCCGCTGGCGCAGCTCGGGTCCATGGCGAACATGCTGCAGTCCGGTGTTGCCTCGGCCGAGCGGGTTTTCGACTTGTTGGATGAAGAGGAAGAGTCGGCCGAACCTGACCCTGTTCCGCCGTCGGGTCCGTCGCGTGGGCGCCTCGTCTTCGAGAATGTGTCCTTCCGCTACTCGCCGGACAAACCGCTCATCACGGACCTCAGCCTGGTAGCAGAACCTGGTCAGAGCATCGCGATAGTCGGGCCGACGGGAGCTGGCAAAACCACGCTGGTGAACCTCATGATGCGCTTCTACGAGCTTGATTCCGGGCGCATAACCCTCGACGGCGTGGACATCACCTCGCTGTCACGGCAGGAACTTCGCTCTCGCATGGGCATGGTCCTTCAAGACACCTGGTTGTTCGGTGGGACGATCCGCGACAACATCGCCTACGGGCGCCCCTCTGCTTCCGAGGTCGAGATTATGGAGGCCGCGCAGGCGACGTACGTGGACCGCTTTGTTCGGTCCTTGCCCGAGGGCTACGACACCCTGCTCGACGACGAAGGCGGCAACGTTTCGGCGGGTGAGAAGCAGTTGCTCACCATTGCCAGGGCCTTCCTGTCCCGCCCATCAGTGCTGATCCTCGATGAAGCCACCAGCTCCGTAGACACCCGCACCGAGGTATTGGTGCAGAAAGCCATGAATGCCCTTCGCTCTGACCGGACCAGCTTTGTGATCGCCCATCGGCTCTCCACCATCCGGGACGCCGACCTCATTCTGGTGATGGAAGCCGGGCAGATTGTTGAGCAGGGGACCCACGCCGAACTGCTTGCCTCGGGCGGGGCGTACTCCCGGCTGTATGAGGCGCAGTTTGCGGCACCTGCCGCGCTTGAGCCCTAG MSAVSAGPRGPQRPAMGPGRGGPFAGMNIPAEKASNFGASARRLLGTLRPERFWLVLVLVFAVVSVTLSVIGPRLLGEGTNLIFAGVVSKQLPEGASKAEVIAGLRASGENSKADMLGAMTLTPGVGIDFNALASVLLWALALYVLASAFGWIQAYVLNGVVQRTVYRLRTRIEAKIHRLPLRYFDSIQRGELLSRVTNDVDNISQSLQQSISQMVSSLLTVLGVLVMMFLLSPLLALIALVTIPLTLGTTLLIAKRSQKLFVAQWKNTGELNGQIEETYTGHALVKVFGRQNEVQEKFRAKNGELYQASFGAQFVSGLIMPAMTFIGNLVYVGIAVVGGLQVAAGSMQLGDVQAFIQYSRQFTMPLAQLGSMANMLQSGVASAERVFDLLDEEEESAEPDPVPPSGPSRGRLVFENVSFRYSPDKPLITDLSLVAEPGQSIAIVGPTGAGKTTLVNLMMRFYELDSGRITLDGVDITSLSRQELRSRMGMVLQDTWLFGGTIRDNIAYGRPSASEVEIMEAAQATYVDRFVRSLPEGYDTLLDDEGGNVSAGEKQLLTIARAFLSRPSVLILDEATSSVDTRTEVLVQKAMNALRSDRTSFVIAHRLSTIRDADLILVMEAGQIVEQGTHAELLASGGAYSRLYEAQFAAPAALEP PGPT0029030_324 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 D3-18_00744 702 hypothetical protein GTGAAGAGACTGAGTACCAACCTCCAAGCCTTCGCCGGGTCTGCTTTCGCTGCGGCGTTCCGGGCCATCAAGATGGTTCGTCCGAACAGGCCCAACCACCCGGAAGGCATTCACCTGGTGGGAACCCTTGAGAGGGACGAAGGTCCACGCCCGGCGTCGGGAATCCCTTGGCTGGACACCGCCGGGACCAGCCAGGTGGACGCACGGCTCTCGCGGTCGATCGGACTGCCGGGATCCTTCCCGGACATTATCGGTCTGGCCGTGCGCTTCTCTGAGAAGAACAAACTGTCGGACGTACTCCTCGCCACCACCGGAGCGTCAGGACTCGGCCGCTTCATCCTGAGGCTCCGACGGGACGCCGCGTCAGCAGTTTTCTCCACGATGATGCCCTACAAATCAGAGACCGGCCCGGTGCTGATAGGAGCAAGGACCATCGCCGGTCCCAAAAAGCTGCCCGCAGACCCCGGCGCCTTCAGTTCCCAGCTTGGCCAGCAAGCATGGATCCTCGAACTTCATCATGCAAGCCCACTGGGACCATGGACCAGGTTCGGAACATTGACGCTCACCCTTGCTGACGGCGTGGGCAAAGACACCGCCGCACGATTTGATCCGGTCCTCAATCCGCTTCCAACAGCTAGCACTTACGGCTGGACGAGGCGACTCCGCGAACCTTCCTACGCCGTAGCCCGGCGCCGGGGGTAG MKRLSTNLQAFAGSAFAAAFRAIKMVRPNRPNHPEGIHLVGTLERDEGPRPASGIPWLDTAGTSQVDARLSRSIGLPGSFPDIIGLAVRFSEKNKLSDVLLATTGASGLGRFILRLRRDAASAVFSTMMPYKSETGPVLIGARTIAGPKKLPADPGAFSSQLGQQAWILELHHASPLGPWTRFGTLTLTLADGVGKDTAARFDPVLNPLPTASTYGWTRRLREPSYAVARRRG NA NA NA NA NA D3-18_00745 573 hypothetical protein ATGACCGTTGAGTACAGGTACGACGTCGATGTGCTGCACCTTTTGATGTCGCCGGCCCACGCCTACTTTGGCCGTGCACGCGAAGGGGCGGCAGACGTCCCCACTACCGATGCCCGGCAAGCCGAGTTGGTGGCGGGCAAAGGCATCATTGGCGACCGGTTCTTCGGCAAGGCCGCACACATGGATGCCGCCGTGACGTTATTCGCGGTGGAGGCTCTCGAAGCCATTGCATCAGAACTCGGGACTGGGCCATTGAATCCCCTGTTGACCCGGCGGAACGTTGTACTGCGCGGAGTGGAGCTGGCTCCTTTGCTTAGCCACGAGTTCACGCTTGAGTCCGGTGGAGACGACGTGCGGCTCAAAGCCGGGCGACCTGCCCATCCCTGCGCCTGGATGGATGAAATGCTCGCCCCGGGCGCCCATAAGGCGATGCGTGGGCGCGGCGGCGTTCGGTGCCAGGTGATCGCCGGAGGCGTGCTGCATCGGGGTCCGGCCGTGCTGATCAGTCCTGTGCCGCTCGACCCGGGCAAGGCCGGGGACGCCAACGTTCTTCGGCCTACGCGGTTGCCATGA MTVEYRYDVDVLHLLMSPAHAYFGRAREGAADVPTTDARQAELVAGKGIIGDRFFGKAAHMDAAVTLFAVEALEAIASELGTGPLNPLLTRRNVVLRGVELAPLLSHEFTLESGGDDVRLKAGRPAHPCAWMDEMLAPGAHKAMRGRGGVRCQVIAGGVLHRGPAVLISPVPLDPGKAGDANVLRPTRLP NA NA NA NA NA D3-18_00746 438 hypothetical protein ATGAGTAAAGCTTCCTTTACATCAGGGCGGGCACCGGCCCACCACTACGTCTTGGCGATCATCCTCGGGGTCATCCTGACGGTGGTGGTTTCCGTCCTGGTGGGAGCCTCGAACCCGGATGACTTTTGGCTCGCTGCAGCAATCGGCGCCCTTTGCGCCGCCTACCCGGCTATGTCCCTGGCCGGCAAAGTGTTCGTTTCCAATCACACGGTCACCCGCGATCCGCACGGCGAACAGAGCGTGGAGTTGCAGTGGATGCGCCAAGCGGGAGCGGGCGCTTTCCTGGATGTCCTGGCCGCTATCGTGGTGGCTTCGCTGGTGCTGGCCATCGGCCGCTTCAACATCGATGCGCTTACAGTCCTTCCGGGCCTTGTTGCGCTAAGCGTGGTTGATGCCGGGCTGCGATACGTGGTCATTCGCCACCGCACGCTGAAGTGA MSKASFTSGRAPAHHYVLAIILGVILTVVVSVLVGASNPDDFWLAAAIGALCAAYPAMSLAGKVFVSNHTVTRDPHGEQSVELQWMRQAGAGAFLDVLAAIVVASLVLAIGRFNIDALTVLPGLVALSVVDAGLRYVVIRHRTLK NA NA NA NA NA D3-18_00747 192 hypothetical protein GTGAAGAACAACCTCGCGGAGCGTCGTGCCGAACGTCGCTGGACACAGGCGGACCTTGCGTCAGCACTCGGCGTTTCCCGGCAGACCGTCATCTCCATCGAGCGGGAGAAGTTTGATCCCTCGCTTCCGTTGGCCTTCCTCATTGCGCGGACGTTTGACTGTGCCATTGAGGACATTTTCACTGCGGATTAA MKNNLAERRAERRWTQADLASALGVSRQTVISIEREKFDPSLPLAFLIARTFDCAIEDIFTAD NA NA NA NA NA D3-18_00748 789 xylF 2-hydroxymuconate semialdehyde hydrolase GTGAACTTTGCTGAGGCCGCCGACGGCGCTGAACTCGCCTGGACATCGGAAGGCGAAGGCGAGCCAATGCTGCTTATCGCCGGACAGGCGACAGCCATGGACGGTTGGGGTCCGACGGCGGAGCTTCTGTCCCGCTATTACCGCGTCATCCGCTTCGATCACCGGGGGATAGGCCGAAGTGGCAAGGGCGAGGCCGTGCGCTACAGTACACGACTCCTCGCCGAGGATGCAGTAGCTGTCCTTGACGCTGCAGGAGTGGATTTAGCACACGTGTACGGTCATTCGATGGGTGGTCGAGTTGGGCAGTGGTTGGCTATCGACTACCCGCAGAAAGTCCGCACTCTGATCCTCGCAGCAACGAGCGGTGGAAGATCGCCGGACGCCGGAATGCAGCCGGATAGGGCAGCTTTGGAAGCTTTGACCAGTGGTGACATGTGCCGGCTTGAATCGCTCTTCTTTGACTCCGAATGGGTTAGGAGCAATCCCGTGGCGACGCACACCTTCTTCAACTCCCAGGCTTCGGCGTGGGCTAAGGCGCGCCACTTCCAGGCCAGCCGCGAGCATGATGCCTGGCGTGATCTCAGCTCCATCCAGTCGCCGACGCTGATACTTCACGGCACCGAGGACGCGTTGACGCCCTTGCCCAACGCGCTGCTCCTCCGCGAGAACATTCCCCGCTCGGTGCTGGTGCGGGTTCCTGGTGCTGGTCATGGCTTGCACCTGGACCATCCTGAGACGGTTGGGTGGATCCGGCAATTCATCGCCGGAAAGAGCCGTTCGTCAGGATGA MNFAEAADGAELAWTSEGEGEPMLLIAGQATAMDGWGPTAELLSRYYRVIRFDHRGIGRSGKGEAVRYSTRLLAEDAVAVLDAAGVDLAHVYGHSMGGRVGQWLAIDYPQKVRTLILAATSGGRSPDAGMQPDRAALEALTSGDMCRLESLFFDSEWVRSNPVATHTFFNSQASAWAKARHFQASREHDAWRDLSSIQSPTLILHGTEDALTPLPNALLLRENIPRSVLVRVPGAGHGLHLDHPETVGWIRQFIAGKSRSSG NA NA NA NA NA D3-18_00749 405 hypothetical protein ATGGGCGGGCCTTTTTGGGCCCGCAAAGATGAACACGCCTGGTCAATTCCCAAGGGAGAATTCCCTGAGAACGAAGACGCCTTGGTTGCCGCCCAACGGGAATTCACCGAAGAAATTGGCACACCACCGCCAGCGGCCCACTACGACCTCCTGGGCGTTTTTCGGCAGCCCTCCGGCAAACTAATCACCGCGTTCGCTGCCGAAGCCCGCGACTTTCAACCTGAGCAGATTGTCAGCAACACCTTTCCCATGGAGTGGCCCAAAGGCTCAGGCGCTATCAAGGAATTTCCGGAGATCGACGACGCCCGGTGGTTTGAAGAATCCGTGGCCCGAACCAAGCTCGTCAAAGGGCAACTCCCCATCGTCGATGCCCTGGTCCGGCACCTTGGTGAGAATTCTCTGTAG MGGPFWARKDEHAWSIPKGEFPENEDALVAAQREFTEEIGTPPPAAHYDLLGVFRQPSGKLITAFAAEARDFQPEQIVSNTFPMEWPKGSGAIKEFPEIDDARWFEESVARTKLVKGQLPIVDALVRHLGENSL NA NA NA NA NA D3-18_00750 1377 hypothetical protein ATGGCATTGTCAGTGAGGCTCCTTCCACGTGGGGGAAGAAAAGCAATGGGGTTGGCCGTCGTCGTTGCGGTTGGCTTATCGATGTTCACAGGAACTGGCCCCTCGCATGCAGCGGACACCACGCCCATGGCTGAGGATCCTGGCCCGGTGGGCAGCTTTGCGTGGAAAGGGTTCAACTGGCAGAAGCGCTTTTGGGGCGGGGCGCCTATGTATAACGCGAGTTGGGATGCGAACAATGTGAGCAACCCGGACGCAAACGGGTACGTCAAATTGTCCATCAGCAACCCCACGGGCTCGGCTCCGAAGGGAGCGGAATTCCAATCCACGCGTGAAGGATTCGGCTATGGAACGTACAGCACCACGGTGGAAAAGGATGTCAGCGCCCTCCAGAAGGAAGTGGTCTGGGGATGCCTGTTTACCTATGATCCCAATGCGGTGCCTGGCTATACCGAGATTGACCTTTGTGAAGCCTCGGCCTGGGGTGGGGGCGCCGCCTACGGTGAAGACTGGCCTGTGACCCAAGGGCATGGATATTGGTTTGACGCCAGCTTGCCCCCGGGGCAGGGAAACAACACCGTCACTTTTGACGTCACCAATGCCCCGATCCTCACCCACAGGATGGTCTGGGAACCGGGCAAGCTGACCTACGAGACATTTGCAGGGGAAGGCTACGACGGCACATTGCTCAAGAGGACCGTTTTGGAAGGATCCACGGTCCCGCTTCCCGCTAAGGAACAAATTCACTTCAACCTCTGGGTAACTGGCGGTGGAGGCGGGGATGCAGCACACGTGGTGCCTGAAACAGTCATCATCCGGGACTTCTCCTTCGTTCCCGCGAACCAAGGTCAGCTCACAGCGCCAACACCCACCGTCTCCGGCACGGCAGCCGTAGGCTCAACGTTGACCGCAGCTCCGGGAACCTGGACCACCGGCACCGCCCTGAGCTATCAGTGGTTCCGGAACGGCACGGCAATTGCCGGCGCGACCAGCGCCACCAGGGTCCTTGCCGGCGCGGATCAGGGCACCAGCCTGACGGTCCGCGTCACGGGAACCAAGGCCGGCTACGCAACTGCCGTCAGGGAGTCTGCTCCCACGGCGCTGGTAGTAGCCGGGACTTTGGTAGCGCCCACCCCGATTATCACGGGAACGCTGATAGTGGGTTCAACGCTTACGGCCAATCCCGGAGTGTGGACGTCCGGGACCACCTTGACGTATCAGTGGCTCCGCTCGGGTGTGGCAATCCCCGGGGCAACGGCCCGTTCCTACAAGCTGGTGAGTGCTGACCAGGCTGACGCGATGAGCGTGAGGGTCACCGGCACTAAACCCGGCTACACCACGGTGGCCAAGTTCTCGACCAGCACGGCCCCGGTGCAGTAG MALSVRLLPRGGRKAMGLAVVVAVGLSMFTGTGPSHAADTTPMAEDPGPVGSFAWKGFNWQKRFWGGAPMYNASWDANNVSNPDANGYVKLSISNPTGSAPKGAEFQSTREGFGYGTYSTTVEKDVSALQKEVVWGCLFTYDPNAVPGYTEIDLCEASAWGGGAAYGEDWPVTQGHGYWFDASLPPGQGNNTVTFDVTNAPILTHRMVWEPGKLTYETFAGEGYDGTLLKRTVLEGSTVPLPAKEQIHFNLWVTGGGGGDAAHVVPETVIIRDFSFVPANQGQLTAPTPTVSGTAAVGSTLTAAPGTWTTGTALSYQWFRNGTAIAGATSATRVLAGADQGTSLTVRVTGTKAGYATAVRESAPTALVVAGTLVAPTPIITGTLIVGSTLTANPGVWTSGTTLTYQWLRSGVAIPGATARSYKLVSADQADAMSVRVTGTKPGYTTVAKFSTSTAPVQ NA NA NA NA NA D3-18_00751 150 hypothetical protein GTGTCAGGGGCAGTGGCAGCCGGGATGGGCTCAGGAACGCTCGCATTGACCGGGGCAGGAGACCTCTTCTGGTTCGCGCTGGCGGCCTTTGCCATGCTGGCTCTCGGACTTGCCGTTAAGAGGATCGTTCCGGTCCGGGCACAAAAGTAG MSGAVAAGMGSGTLALTGAGDLFWFALAAFAMLALGLAVKRIVPVRAQK NA NA NA NA NA D3-18_00752 1149 hypothetical protein ATGCTCACGGAAACCAAGGCCAATGCAGCTGCACCAGCCCCGGCAAACGCACCGGAGGCGGCGGCCAGGCCGCGACGATCCCACCGCGCGGCAGGCGGGGTGGTCACCGTCCTGGTTCCGGCACACAACGAGTCTGCCGGAATCACCGAGACGCTGCTCTCCTTGAAAAACCAGACTCATCGCCCGGACCGTGTGATCGTAGTGGCAGACAACTGCACCGATGACACCGAAGAGCTTGCCCTCGCTCAGGGCGCCGAAGTTATGCGCACCGTGGGAAACAAAGACAAGAAGGCCGGTGCCCTGAACTTCGCCCTCAGCGAGCTCCTTCCCGATGCCGACCCGGAGGACCTGTTCCTGGTCCAGGATGCCGACTCTCAACTCGCCCTCGACTTCATCGAGAACGCCACCAGGAACTTGCTCGCGGACGAACTGCTCGGCGCTGTGGGAGGAGTTTTCAGCGGCGGTCCGGGCGGCGGTTTTGTGGGCCACCTGCAGCGCAACGAATACGCCCGCTACGCACGGGATGTGAAGCGACTTCACGGCAAGTGCCTGGTAGTTACCGGCACAGCAGCCCTTTTCCGCGTCAAGACTTTGCGGGACGTCGTGGCTGCCCGGTTGAAGGGCGAGCTCCCACCCGGAAACGGCAAGGGCGGCGTGTATGACACCTCGGTGCTGACCGAGGACAACGAACTCTCCTTTGCCCTGCTGACCCTGGGCTACCGCATCGCGTCTCCACCCAACTGCACGTTGGTCACCGAGGTCATGCCCACGTGGCGTGAACTGTGGTCACAGCGGCTGCGGTGGAAGCGCGGCGCGGTGGAGAACTGCGTGCAATACGGATGGACCAAAGTAACCAGGCCTTACTGGGGACGCCAGTTTCTTTCCATGATCGGCGTCGTCGTGACGCTGGCCTACTTCGGTTCCCTCCTGTTCGCGTTGTTTTCCGGTATGGGCCTGAACCTTCAGCCCTTCTGGATTACCGTCACCGGCATTTTCATCCTGGAACGCATAGTTACTGTGCGTTTCCGGGGCTGGAGGTACATGCTCCTGGCCGCAACCATGTACGAAACCGTCATCGATATCTTCCTCCAAGTTGTCCACGCCAAGGCGTACCTGGATGCAGCATTCAACAGAAAGAAAGTTTGGTAA MLTETKANAAAPAPANAPEAAARPRRSHRAAGGVVTVLVPAHNESAGITETLLSLKNQTHRPDRVIVVADNCTDDTEELALAQGAEVMRTVGNKDKKAGALNFALSELLPDADPEDLFLVQDADSQLALDFIENATRNLLADELLGAVGGVFSGGPGGGFVGHLQRNEYARYARDVKRLHGKCLVVTGTAALFRVKTLRDVVAARLKGELPPGNGKGGVYDTSVLTEDNELSFALLTLGYRIASPPNCTLVTEVMPTWRELWSQRLRWKRGAVENCVQYGWTKVTRPYWGRQFLSMIGVVVTLAYFGSLLFALFSGMGLNLQPFWITVTGIFILERIVTVRFRGWRYMLLAATMYETVIDIFLQVVHAKAYLDAAFNRKKVW PGPT0023485_1101 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 D3-18_00753 171 hypothetical protein ATGACGACACATACTGACTCCATTACGCTGAAAATCTGGGACAAGTCGGCAATCGACCACACCATCGATGCCGCCATTGAATCCCTCTCACACCGCGCTGCCGCCGAAAACTGCGGAATCGCAGTTACCCTGAGCGGACCCAAGACCTTCACGGTCAGCCTGAACCGCTAA MTTHTDSITLKIWDKSAIDHTIDAAIESLSHRAAAENCGIAVTLSGPKTFTVSLNR NA NA NA NA NA D3-18_00754 543 mshD_1 Mycothiol acetyltransferase ATGACCACCACTTCAGCCGTCGCCACCGGCACGTACGTGATTCGGGAGGCTCGCCAAGAAGAGTACGACGCCGTGGGGCGGCTGACGTACGAGGGCTTTGGTCACCATCTTCCCGGCGCGCATCAGCCGGACGATGAGCGTCTTGGTCTCCTGCTGAACGCCGCCGCCCGGGCACGGGAAGGTGTGCTGCTGGTTGCCGAGGACGAGGAATCCGGACGCTTGGTGGGCACGGCAAGCCTCCTGCCCTACGGCTCCCGGTTGAGCCGCCAAGCCGAGGAAGGCGAAGTTGAACTCAGGCTCCTCGCAGTTTTGCCCGAAGCCCGCCGGACCGGACTCGGCAGGAGACTCCTGGACGAGTCAGCCCGCCTGGCGGCCGCCAGGGGCGCCGAGCGTGTGGTGCTGGACACCGCCGTCGACAATGAGCCTTCCCAGCGCCTTTACCGCCGTCTAGGCTACGTTCGCCGCCCGGAGCGTGAAAAGGAACGGCCAGCACCGAAGGTGCAGCTGGTGGTGTACACGCTGGACTTGCCGCCCGCCGCTTGA MTTTSAVATGTYVIREARQEEYDAVGRLTYEGFGHHLPGAHQPDDERLGLLLNAAARAREGVLLVAEDEESGRLVGTASLLPYGSRLSRQAEEGEVELRLLAVLPEARRTGLGRRLLDESARLAAARGAERVVLDTAVDNEPSQRLYRRLGYVRRPEREKERPAPKVQLVVYTLDLPPAA NA NA NA NA NA D3-18_00755 1365 moxC COG2141 Putative monooxygenase MoxC ATGAACCAGACACTCATCAGCGAACGCCAACAGATCCATTTCTTCGCCTACCTTGTGGGCACGGGCATCCATCTGGCTTCATGGCGCCACGAAACGGCTTTCCCTCAGGCCAGCATCGATTTCAGGCATCAGGTGGAGCTGGCCGGAATCGCGGAAAAGGCCAAGTTTGATGCCATTTTCCTGGGCGACTCCCTCGCGATCGACGAGACATCCAACCCAGGCATCCTCAATCGCTTCGACCCTATCGGCTTGGTCACGGCCCTCGGCGCGGTCACCAGCAACATCGGCTTGATCGCCACGTCGTCCACCTCTTACGATGAGCCGTTCAACTTTGCGCGGGCGGCCCTTACGGCGGACCACATCAGCGGTGGACGCGTCGGCTGGAACATCGTCACTACCCGCGACCTCACCAACAGCACGGCCGCCAACTTCAGCGCTGATGAGCATTTCGACCACAGCCTCCGTTACCGGCGCGCCGAAGAGTTTGTTGAGGTCACGCAGGGGCTTTGGAATTCCTGGGACCCGGACGCTTTCCTCTACAACAAGGAAGCCGGGCAGTTCTTTGACCGCAACAAGCTCAGCCGGCTTGACTATGGCGGAGAGTTTTTCAAGGTTGCCGGTCCACTCAACATCGGCCCTTCCCCACAGCACTCCCCCTTGCTGGCCCAAGCGGGAACTTCCGTCCCTGGCCAGAAACTGGGCGCGAAGTTTGCCAATGCCCTGTTCGCAAGCCATCCGGACATCCCCCAAGCACGTACGTACAGGGATTCAGTCCGGTCCCAAGCCGCGACGTTCGGCCGAGATCCTGACGAAATCTACGTCTACCAAGCCATTTCACCCGTTGTGGCGGACACCCGCGAGGAAGCCTTGGAACGCCTCCGGGAGCTGGACAGCCTCATCACTGACCAGCAGGTCCTGGACTTCCTTCAGGAGTACTTCGCCGATCCTACCCGCGAAGGCACAGTGGATTTCACCGGGCTCGGAGCGGACGCCACCGTGGCCCAATCCGGCATCCCTACCATCGCGCAACCCAGGACTGATTTTCGCTCCGCTGGAGAGCAGATCCAGGGCCGCGAAGAGGAGATAACGCTCAAGGATCTCTACTCGATCCTCACGGGCGACAAACGCAATCATGACTTCATCGGGCCCCCACAGCACGTTGCAGATTCTTTGGCACGCTGGCATGCAGAAAGCGCCGCCGATGGCTTCAACCTCATGTTCTCCCTGCTGCCCCATGACCTGGAGCGCTTCGCCTCCGGGGTCATTCCCCTACTCCAAGAGCGAGGTCTCGCCCGCCGCGAGTACTCGGGCACAACACTGAAATCCCACCTCGGACTCGATCCGCAGCCGAAAGGACAACCATGA MNQTLISERQQIHFFAYLVGTGIHLASWRHETAFPQASIDFRHQVELAGIAEKAKFDAIFLGDSLAIDETSNPGILNRFDPIGLVTALGAVTSNIGLIATSSTSYDEPFNFARAALTADHISGGRVGWNIVTTRDLTNSTAANFSADEHFDHSLRYRRAEEFVEVTQGLWNSWDPDAFLYNKEAGQFFDRNKLSRLDYGGEFFKVAGPLNIGPSPQHSPLLAQAGTSVPGQKLGAKFANALFASHPDIPQARTYRDSVRSQAATFGRDPDEIYVYQAISPVVADTREEALERLRELDSLITDQQVLDFLQEYFADPTREGTVDFTGLGADATVAQSGIPTIAQPRTDFRSAGEQIQGREEEITLKDLYSILTGDKRNHDFIGPPQHVADSLARWHAESAADGFNLMFSLLPHDLERFASGVIPLLQERGLARREYSGTTLKSHLGLDPQPKGQP NA NA NA NA NA D3-18_00756 885 metQ COG1464 D-methionine-binding lipoprotein MetQ ATGAAGAACCGCCTGTTAGTTGCCGCCGTCGGCCTGATTGCCGCCCTATCCCTCTCGGCTTGCGGGGGTGCCTCAAGTGGCTCATCAACCGCTGCGAGCACCAAGGTGGTTATCGGTGTGGACGACGGCGCCGAGGAACACTGGACCCTCCTGAAGAACAAGCTGAAGGACCAGGGCATCGATCTTGAGGTCAAGAACTTCACCGACGGCGCGCAGATCAACACCGCAACGCAGCAGGGCCAGGTGGACATCAACCTGTTCCAGCACTTGAAGTACTTGTCACAGTTCAACGTCAACAGCAACGGCACGCTGGTCCCGGTTGGAGCCACTGCGGTGTACCCACTGGCGCTCTACTCGGAGAAGTTCAAGTCTGTTGAGGAGCTCCCGGCCGATGCCGAGGTTGCTATTCCCAACAACCCCACCAACCAGGCCCGCGCCCTGCTGAACCTCCAGACCGCAGGTTTGCTGCAGCTCAAGGATGGCGGCAACTCCCTGTCCACCCCGGCTGAGATCACCTCGAGCAAGATCAAGGTTGTCCCGGTGGACAGCAACCAGACGGTGAACGCGCTGAAGGGAACCACGGATGCCGCCGTCGTCAATAACACGCAGGCCCAGAAGGGCGGCTTGGGGGACGAGAAGATCATCTTCAAGGAAGACCTGAATTCGGAATCCCTGGCTCCCTACATCAACGGCTTCGTGGTGAAGGCTGACCGCAAGGACGATCCCACGTGGAAGAAGATCGTGGATGCCTACCACTCCCCCGAGGTGGAAGCCTCGGTGACCAAGCTCAATGACGGCAACCTTCAGTTCAAGGCCGATTGGACTGCGGCCAAACTTCAGGAAGTCCTCACAGCTGAAGAAGAAGCCATCAAGAAGACCAAGTAG MKNRLLVAAVGLIAALSLSACGGASSGSSTAASTKVVIGVDDGAEEHWTLLKNKLKDQGIDLEVKNFTDGAQINTATQQGQVDINLFQHLKYLSQFNVNSNGTLVPVGATAVYPLALYSEKFKSVEELPADAEVAIPNNPTNQARALLNLQTAGLLQLKDGGNSLSTPAEITSSKIKVVPVDSNQTVNALKGTTDAAVVNNTQAQKGGLGDEKIIFKEDLNSESLAPYINGFVVKADRKDDPTWKKIVDAYHSPEVEASVTKLNDGNLQFKADWTAAKLQEVLTAEEEAIKKTK PGPT0020510_458 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020510-metQ-K02073 NA NA D3-18_00757 1119 metN2 COG1135 Methionine import ATP-binding protein MetN 2 GTGAGCGCGATCGTTTCGCTGCGCGGCGTCAGCAAAGTGTTCCCGGTTCAAGGCAGCAACCGCGCCCAAGGAAGCAAACACGCGGAACCAGTACTCGCCGTGGATAACGTCACCCTGGACGTTGAAGAGGGCACAGTCGTCGGTATCGTCGGCTACTCAGGCGCTGGAAAATCCACGCTGGTGAGGCTGCTCAACGGCTTGGAACGTGCCACGGAAGGGCAGGTCCTCGTCAAGGGGCAGGACATCTCCGCCCTGCCCGAAGGCCAGTTGCGCAAAGTCCGCTCCGGCATCGGCATGATCTTCCAGCAGTTCAATCTCCTGAAGTCCCGCACCGTATTCGGGAACGTCGCCTATCCGTTGAAAGTAGCGGGCTGGCCCAAGGAGAAGATCAAGCCCCGCGTCGACGAACTGCTGGAATTCGTAGGGATCGCAGACAAAGCCGGCTCTTACCCCCGGCGTCTTTCCGGAGGCCAACAGCAACGCGTGGGAATTGCCCGCGCGCTGGCCAACGCTCCGGACATCCTGCTCGCCGACGAAGCTACAAGCGCCCTGGACCCTGAGACCACCAGGGATGTCCTCCGCCTCCTCCGACGCATCAACAAAGAACTCGGCACCACAGTTGTAGTCATCACCCACGAAATGCACGTGGTTCGCGAAATCTGCGACACCGTGGTGATGATGGAATCCGGCCGCGTGGTGGAAGCCGGACCCACCTACTCGGTGTTCGCTGACCCCCAAAGCAGTTCCACCCAACGCTTCGTCTCCACGGCCGTGCATGGCACCCCGGAAGCGGACACGGTTAGCCGCCTTGCCGCAGCGCATCCAGGCCGGCTCGTATCCATTGGCATCTCCGAAGCTGCGCCCACCCCGCTCGTGGCCGCCACTTTCGAACGGCAGGGCGTGGGATCCAGCGTCGTCTTCGGTGGCGTCACCGAGATCCAGAACAAGATCCTGGGAACACTCACCTACGAGCTCACAGGCAGCGACGCCGCCATTGACGCTGCGCTCGCCGACTTAGGCAACGTCACCGCCGTCGAACGCCAAATTCCGACGGCGGCAGCTGCCGTCAGCGCCTTACCGCACCTGCCAGCCCCCGTCCCAGCGAACGCCGGAGAATAG MSAIVSLRGVSKVFPVQGSNRAQGSKHAEPVLAVDNVTLDVEEGTVVGIVGYSGAGKSTLVRLLNGLERATEGQVLVKGQDISALPEGQLRKVRSGIGMIFQQFNLLKSRTVFGNVAYPLKVAGWPKEKIKPRVDELLEFVGIADKAGSYPRRLSGGQQQRVGIARALANAPDILLADEATSALDPETTRDVLRLLRRINKELGTTVVVITHEMHVVREICDTVVMMESGRVVEAGPTYSVFADPQSSSTQRFVSTAVHGTPEADTVSRLAAAHPGRLVSIGISEAAPTPLVAATFERQGVGSSVVFGGVTEIQNKILGTLTYELTGSDAAIDAALADLGNVTAVERQIPTAAAAVSALPHLPAPVPANAGE PGPT0020520_278 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020520-metN-K02071 NA NA D3-18_00758 660 metP COG2011 Methionine import system permease protein MetP ATGACCGACTGGACAACGCTCCTGCCCGTCCTGGGCGAATCCTTCCAGCAGACCATCTACATGGTGGTTATCACTGTCCTGCTCAGTGGCGCCGCCGGCCTCGCACTGGGCGTCACCCTCTACGCCACCCGTCCGGGAAACCTGTTCGCGAACAAAGCAGTTTTCTCGGTCCTGAATTTCGTGGTCAACGTCATCCGGCCCATCCCGTTCATCATCTTCATCACGGCCATTGCGCCTTTGACCCTGATCATCATGGGCACCACCATAGGCACCACGGCGGCCATCCTTCCCATGGCGCTGATGGCAGGCGTGGTCATTGGTCGGGTAGTGGAACAGAACCTGGTGGCATCCGATCCCGGGGTTGTAGAAGCCGCGCGTGCTGTGGGCGACAGCCGGCTGCACATCCTCTGGTCAGTGGTCATTCCCGAGTCCTTGGCACCGCTGATCCTTGGCTACACGTTCATGATCATCGCCATCGTGGACATGTCAGCCATGGCGGGCTACATCGGCGGCGGCGGCTTGGGCAACTTCGCCATCATGTACGGGTACCAGCAGTTCAATTGGGAAGTCACGCTGGTGACCGTCCTGATCATCATCGTCATGGTGCAGGCCGCTCAGTTGCTGGGTAACTTCCTCGCCCAGCGCATCCTTCGCCGCTAA MTDWTTLLPVLGESFQQTIYMVVITVLLSGAAGLALGVTLYATRPGNLFANKAVFSVLNFVVNVIRPIPFIIFITAIAPLTLIIMGTTIGTTAAILPMALMAGVVIGRVVEQNLVASDPGVVEAARAVGDSRLHILWSVVIPESLAPLILGYTFMIIAIVDMSAMAGYIGGGGLGNFAIMYGYQQFNWEVTLVTVLIIIVMVQAAQLLGNFLAQRILRR PGPT0020515_2588 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_METHIONINE_TRANSPORT,PGPT0020515-metI-K02072 NA NA D3-18_00759 1161 ssuD COG2141 Alkanesulfonate monooxygenase ATGCCTATCGAATTCCTCGGTATGGGTGCCGGCAATGATTCCACGGAAACTTCGCCGGCCACCACGTCCTTTTTCGACCCTGACTACGCTGCACGCATTGCCAGGATCCACGAGGACAACAACTGGGACCACGTCCTGTTCGCCTACAACTCCACTACGCAGGATCCCTCCATTCATGCTGCGTGGGTTGCGGCAAACACAGAACGGATCCAGCTGCGGTTGGCGCACCGTCCCAACGTTTCTCACCCCACGTTTGCGGCCCGGTCCTTCCTGACGCTGGACCACATCGCGCAAGGCCGGTTGACCGTGCACTTCATCACGGGCGGAAGCCAGGCAGACCAGGCCCGCGAAGGCGACTTCCTTGCCAAAGACGCACGATACGGCCGGACGCAGGAGTACATGCAGATCGTGCGACGGGCGTGGTCTGGAGAGTCGTTTGATTGGTCCGGCGAGCACTACAGATTCGAGAACTTCGCCAGCGGTTTGGGGTCTTTCAAGGGCAAGCCGCCCGGGATTTCGTTTGGTGGGTCCTCCGAAGCGGCCTGGGCTGTGGGCGCCGCTGAGGCGGATATCTATGCGCTCTTCGGAGAACCGCTAGCCGATGCCGCCGGCCAGCAGGAGCAGATCCTTTCGCGGGCTGCGTCGCTCGGGCGCCGCGAGCCGTTGCGCTGGCAGATAGCCTTCCGGCCCATCGTTGCCGCAACGGACGAGCTGGCTTGGGAGAAGGCCCATGCCGTCCTTGCCAGGCTCGAGTCCCGCCGGGACAACGGCGAGGTTATCGACCCCGTCCGCCACTACAATCAGAAACCCGAAGCCGCTGGTACCCAGCGGCTCCTGGCCGCAGCGGAACGCGGAGACCTCCACGACCGGGCCCTCTGGACGGCCCTTGCTAAGGCCGCGGGTGGTGGAGGTGGAAGCGCGACGGCGTTGGTGGGCTCCTACGACACCGTCACGCAGGCGATTCTGGACTATCACGAGCTCGGCTTCGAAATTTTCGGTCTCCGCGGCTACGACTTCATCCCGGATGCCCTTGAGTTCGGCCAGCACGTGATCCCGCAGCTGAAACAGGAAGTAGCGCACCGGGAGCAGGGCCGGACCGCCGAGGAACTCCGGGCAGGCCAGGCAGCGGCGCGCGCACGCGTGTTGGCTGACGCCTTCTGA MPIEFLGMGAGNDSTETSPATTSFFDPDYAARIARIHEDNNWDHVLFAYNSTTQDPSIHAAWVAANTERIQLRLAHRPNVSHPTFAARSFLTLDHIAQGRLTVHFITGGSQADQAREGDFLAKDARYGRTQEYMQIVRRAWSGESFDWSGEHYRFENFASGLGSFKGKPPGISFGGSSEAAWAVGAAEADIYALFGEPLADAAGQQEQILSRAASLGRREPLRWQIAFRPIVAATDELAWEKAHAVLARLESRRDNGEVIDPVRHYNQKPEAAGTQRLLAAAERGDLHDRALWTALAKAAGGGGGSATALVGSYDTVTQAILDYHELGFEIFGLRGYDFIPDALEFGQHVIPQLKQEVAHREQGRTAEELRAGQAAARARVLADAF PGPT0003040_627 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-ALKANESULFONATE_DEGRADATION,PGPT0003040-ssuD-K04091 NA NA D3-18_00760 1545 qacA_1 COG0477 Antiseptic resistance protein ATGAACGGCCCGGGAAGCCACTCTAAACGTTCCGCCCTCTGGCTTTGCCTGGGCGCAGGATTCATCACTCTGCTGGACCAGTCAATGTTCGTGCTGGCGGTTCCCGCGATGTCCGTCTCGCTTCACGCCGATTCAGGCTCTGTGCAATGGATCCTGGCGAGCTATTCACTGGCGTTTGGTGTTGCGCTGGTTCCCGCGGGCAGGCTGGGTGACATTGTCGGCCGGAGAACCCTCTTCATCGCAGGCATTGCCGTCTTCGGGGCATCGAGCCTGCTGGGCGGCCTGGCCACGGACCCATCGCTGGTCATCGTCGCCAGGCTCCTGCAGGGGCTCGGGGCGGGAACCCTGAATCCGCAAGTGCTTGGCCTCCTGCAGGACATCTACTCCGGGCCTGACCGCGCCAAAGCACTGGGTGCGTACGCTGCCGCCGGCGGTTCCGCTGCGGTCTGCGGCCCGCTGATCGGCGGACTCGTCCTCTCACTGGGAGACCCGTCGATCGGCTGGCGGGTCCTGTTCCTCGCGAATGTTCCCTTGGTGCTGGTCCTGGTTCCGCTGGCCTTCCGGCTCCTGCCCCGGCCGGCCAGCAAAGACCCGGAAAAGGGCACGACGAAGCCCTCCATCGATGTGCCGGGTGCGCTGTTGCTCGGCGGAGTGGTGATCGCCTCGCTCATCCCGACAATTTACGATTCACGCACTATTGCCGTGACGTCGCTGGCGATCGGCGGGAGTGCGCTCCTCGCCTTCGCCGGCTGGGAAATCCTCTACCACCGGCGCGGACGAACCCCCTTGCTCAGTGCCGCGCTGATGAAATCCAGGGGCTATGCCTTAGGCACTGTGGTGGCGCTCTGCCAGTTCGGTGTCGGTGCCGGAATGGCCGCTGTCACGGCGTTCTACTTCCTTGCCGGGAGCGGGATGGCTCCTTTGGCAGCTGCAGCCATCCTCGCGCCGCAAGCAGCCGGAATGCTGTTGGCGTCCAGCTTCAGTTGGCGCTTCGTCGCCCGATACGGGCGTCTTGGGATCGTCTTCGCGCTCGTGGGCAGTCTGGCCTGCTTGGTAACCAAGGACCTCTTCGTGCAGGGGTTCGACGGCGGGACAGCGGCCCTTGCCGTGGCCGCCGTCGGGCTTTTCCAAGGAGTGGCGACCGGCCTGGTGGTTGCACCGAACCAGACCCTCACCCTCGCGAATGCACCCGTGGGCGCCGCCGGCGTAGCAGCGGGTTTTTACCAACTCAGCCAAAGATTCGCGGCAGCGCTTTGCTCAGCCGCGGCGGCAGGCATGTTCCTGGATGCGCACCGAGCAGCCACTGGCGAAGCGTCAAAGGACGCCTTCCACCAAGGCATCGTCATGTGCTGCATTCTGCTTGGCGCCGCCTTGCTTGCCGGCGGACTCGACTGGCTGCGTGAGGCGCGGGACCGCAGAGACACAAGTGCCGCCGTCGTGACTTCCGGAAAGGAAGCCCCGACGGCGGCGGCAGTACATAAGCCGGAAGGCCCGACGGCGGCAGGTACTCAGCGTTCGGAAGCCACCGAAGCGGTTGACGCCTGA MNGPGSHSKRSALWLCLGAGFITLLDQSMFVLAVPAMSVSLHADSGSVQWILASYSLAFGVALVPAGRLGDIVGRRTLFIAGIAVFGASSLLGGLATDPSLVIVARLLQGLGAGTLNPQVLGLLQDIYSGPDRAKALGAYAAAGGSAAVCGPLIGGLVLSLGDPSIGWRVLFLANVPLVLVLVPLAFRLLPRPASKDPEKGTTKPSIDVPGALLLGGVVIASLIPTIYDSRTIAVTSLAIGGSALLAFAGWEILYHRRGRTPLLSAALMKSRGYALGTVVALCQFGVGAGMAAVTAFYFLAGSGMAPLAAAAILAPQAAGMLLASSFSWRFVARYGRLGIVFALVGSLACLVTKDLFVQGFDGGTAALAVAAVGLFQGVATGLVVAPNQTLTLANAPVGAAGVAAGFYQLSQRFAAALCSAAAAGMFLDAHRAATGEASKDAFHQGIVMCCILLGAALLAGGLDWLREARDRRDTSAAVVTSGKEAPTAAAVHKPEGPTAAGTQRSEATEAVDA NA NA NA NA NA D3-18_00761 459 hypothetical protein ATGTCCATCGAAACCGAAGTGCAGGATACCCAGCTGATCACCGCTGATGAAGCGGCAAAGCTCATCGAAGAGGGCGCCCTACTGATCGATGTCCGCAGCGAAGGCGGCCGTGCCAGCACCGGCGCGGTTCCTGGTGCCGTGGTGGTCAACCGCGAGCATGTTGAGGAGGACTTCAACCCGGAATCCGCCCATCGTTTGGCGCAGGTCAGCGGAACGGACCAGAAAATCGTGGTGTTCTGCGGCTCCGTGAACGGCTCACGTCCCGTAGCGCAGAAGCTCAAGGTCCTCGGCTATGCCAACGCAGTCCACGTGGATGGAGGGTTCCCGGCCCTGCGCGACGCCGGCGTCCCCACCACGCGTCCCACGGTTGCGCCCAGTGAAACAGCCCCCGCCGTCGAACCGGCAGTGCCGGTCGCAACAGCTCAGGCGTCAACCGCTTCGGTGGCTTCCGAACGCTGA MSIETEVQDTQLITADEAAKLIEEGALLIDVRSEGGRASTGAVPGAVVVNREHVEEDFNPESAHRLAQVSGTDQKIVVFCGSVNGSRPVAQKLKVLGYANAVHVDGGFPALRDAGVPTTRPTVAPSETAPAVEPAVPVATAQASTASVASER NA NA NA NA NA D3-18_00762 1143 hypothetical protein ATGCCGAAGCCTTCAGTTACTCCCCTGTCCGTCCTTGACCTAAGTCCGGTGTCAGCCGGGCAGACCCCAGGCGAGGCTTTGCGCAGCACCCTTAACCTTGCCGCCGCCACAGAGGCTTCCGGCTATTCGCGGTACTGGTTGGCCGAGCACCACCTCAATACCGGTGTTGCTGGTTCTGCTCCACACATCCTCGCCGGCCTGGTGGCGTCGGCCACCAAAACCATCCGAGTGGGTACCGCGGCCACCCTGCTGGGAAACTACAAGCCGCTTCAGATTGCGGAGAGCATCGGAACGCTCGCCGCGGTCTTCCCTGACCGTTTGGACCTCGGCTTTGGTCGCTCCGGGCCGCCCAAGTCGCCCAGCGAACCGGCGCCTGGGGTGGTGTTTGCAGCGGACGTGGCCGCTTCCGGCGACCGAGTGATTGACGGTCTGCTGATCCCTTCCCCGCGCCCTATCTTCGGCGCCGTCCTTCCCAGGAAGTTCCGACTGCAAGCTGAATTGCTGGGTCGTTTCCCCGGGGACACGGACAATTTCGAGAACGACGTGCAGGACATCATCGGGTTTTTCACCGGCGACTACAGGACGAAGCACGGCGAGGAAGTCACGGCAACACCTGCCCTTGGCCAGGCGCCGCAGTTCTGGATCCACGGCTCAACCGCCGGACCTAGTGCCCGGCTCGCTGGCAAGCTGGGTCTTCCCTTCGGCGCGAATTACCACGTAGCACCGGCAGGGGTGCTGGATTCCATCGCTGAATACCGGGCCCACTTCGAACCGTCCGCCGCCTTGCAGGAACCGTATGTGATCGCCTCGGCAGACGTCTTGGTGGCCCCAAACGAACACCAGGCTCAGCGCTTGGCCCGCGGCTACGCCCAATGGGTTTACGGTATCCGCAGCGGCCAGGGCGCCATCCCCTACCCTTCGCCCGACGATGCACTGGATCTTCCCTTGGACGCGGAAGCCGAGGAGCTGATCAAAGACCGAGTGGATACCCGCTTTGTGGGCGACCCCCACCAAGTCAGTCACAAGCTACGCACGCTGCAACGCGCAACTGGGGCCCAGGAACTCCTGATCAGCACTACTGCCCACCACCCCGCCGACCGGCAGAGCTCCTACCAACTGCTCGCCGAGGCCTGGGGTCTCTAG MPKPSVTPLSVLDLSPVSAGQTPGEALRSTLNLAAATEASGYSRYWLAEHHLNTGVAGSAPHILAGLVASATKTIRVGTAATLLGNYKPLQIAESIGTLAAVFPDRLDLGFGRSGPPKSPSEPAPGVVFAADVAASGDRVIDGLLIPSPRPIFGAVLPRKFRLQAELLGRFPGDTDNFENDVQDIIGFFTGDYRTKHGEEVTATPALGQAPQFWIHGSTAGPSARLAGKLGLPFGANYHVAPAGVLDSIAEYRAHFEPSAALQEPYVIASADVLVAPNEHQAQRLARGYAQWVYGIRSGQGAIPYPSPDDALDLPLDAEAEELIKDRVDTRFVGDPHQVSHKLRTLQRATGAQELLISTTAHHPADRQSSYQLLAEAWGL NA NA NA NA NA D3-18_00763 2034 yesX Rhamnogalacturonan exolyase YesX TTGGCTTACCCCTCGAAATGTTCTTACCGCAGTACCCGTGGCCGCGCATGGAAGGCTGTCCCCCTGGCGGCCTCTGCTTCACTCGCCGCTGCCGCCATCGCGTTGACGGGCGTCCCCCTCGCTCAAGCAGCCCCCGCCCAAATCCCGCAAGCAGCGCAAGCCGGCCTCCCCGGCGTCGTGCCTGCCGCGAAGGCTCCATCCACCCTTAAGCGGCAGGTGGAGAACCTGGACCGGGCGCCGGTTGCTGTCCTGACGGATCAGGGCGTCACGCTGAGCTGGCGCATGCTCGGCCTGGACAAGGACAGCGTCGGCTTCCAAGTCCTGCGCGACGGCGTAAATATCACCCCGGAACCCATCCGAAATGCCACAATGTTCGTGGACCCGGATGGAACGGCGGAGTCCAACTATGTCATTAAAACCGTCGGCAATGGGCAAGGCGAGGACAAGCTGAGCGAAGCCGTCACGCCGCTGGCGCAGAACTATATGGCCATCAAGCTGGACAAACCGGCCGATGGAGTGACCCCTGACGGGAAGCCCTATACCTACTCCGCCAACGATGCGACCGTCGCGGACCTCGACGGTGACGGAAAGTACGAGGTTATTCAAACTTGGGCACCGTCCAACGCTAAGGACAACTCCCAGTCCGGATACACGGGCAACGTCTACGTGGACGCCTACAAGCTCGATGGCAGCAAGCTGTGGCGCATTGACCTGGGCCGCAACATCCGCGCCGGCGCACATTACACCCAGGTTTTGGCCTACGACTTCGACGGCGATGGCAAGGCTGAGGTTTCCCTCAAGACAGCGGACGGCACCCGCGATGCCGCCGGAACGGTCATCGGGAACGCCGACGCCGACTTCCGCAACAGTGCTGGTTACATCCTTTCCGGTCCGGAATTCCTGACCGTCTTCAAGGGCGAAACCGGCACCATCATGGACACCGTGGCCTACGAGCCCCCGCGTGGCGCTGTCGCCGGCTGGGGCGACAACTACGGAAATCGCGTAGATCGCTTCCTGGCCGGAGTGGCCTATCTCGACGGTGAGCATCCATCCATGATGGTCAGCCGCGGCTACTACACGCGCACCGTCCTGGTCACCTACGATCTGGTGGACGGCAAGCTCGTGAAGCGCTGGACCTTCGATTCGAACCTTGCCGGGGACGAATACAAGGGGCAGGGTAACCACAACATGTCCGTTGCTGACGTGGACCAGGACGGCAAGGACGAGTTCATCTTCGGTTCCATGACCATCGACGACAATGGCCAGCCTCTTTACAACACCAAGCTTGGCCACGGCGATGCCATACACACCAGCGACTTGGACCCGTCCAGGCCTGGGCTGGAGACGTTCGCCGTCCACGAGAGCATGAGCCAGAGCGGCAACCGTGGAGCAACATTCCGCGATGCCGCCACCGGTGAAGTCATCTGGAGCATCCCGGCGGCCAGGGACACCGGTCGCGGTGCAGCAGGTGACATCGATCCCCGCTATGCCGGGGCGGAAGGATGGGCTGTCGGAGGTACGGCCGCGTGGGACTCACCGGTTGGCCAGTTGGTATCGGCCAAGGGCGAGCTGATCGCCGGGAAGATCCCCGCCGCGAACTTCCTGGCATGGTGGGATGGTGACCTGCTCCGGGAAATTGTGGACCACGACTATGACGCAACGTTGTCCCGCGGCGTTCCCACCATCTCCAAATGGAACTGGGAAACCGAGTCCAGCGATCGGCTCCTGACTGCCGAAGGTGCACGCAGTAACAACACCACCAAGGGCAACCCGTCAATCCAAGCGGACATCCTGGGTGACTGGCGCGAGGAGATCGCCTGGCCGTCCGCCGACAGCAGCGAGTTGCGGATCTACACCACCACGGCTCCCACCGAGGTTCGCCTGCGGACCCTGATGCATGACACGGTCTACCGCACAGCTGTGGCCCGCGAAAACGTCGCCTACAACCAGCCTCCGCACCCGAGCTTCTTCATTGGTGAGGGCATGCAGGCTCCGGCGATTCCCGACGTCGTCTATACAGGGACCAAGAAGTAG MAYPSKCSYRSTRGRAWKAVPLAASASLAAAAIALTGVPLAQAAPAQIPQAAQAGLPGVVPAAKAPSTLKRQVENLDRAPVAVLTDQGVTLSWRMLGLDKDSVGFQVLRDGVNITPEPIRNATMFVDPDGTAESNYVIKTVGNGQGEDKLSEAVTPLAQNYMAIKLDKPADGVTPDGKPYTYSANDATVADLDGDGKYEVIQTWAPSNAKDNSQSGYTGNVYVDAYKLDGSKLWRIDLGRNIRAGAHYTQVLAYDFDGDGKAEVSLKTADGTRDAAGTVIGNADADFRNSAGYILSGPEFLTVFKGETGTIMDTVAYEPPRGAVAGWGDNYGNRVDRFLAGVAYLDGEHPSMMVSRGYYTRTVLVTYDLVDGKLVKRWTFDSNLAGDEYKGQGNHNMSVADVDQDGKDEFIFGSMTIDDNGQPLYNTKLGHGDAIHTSDLDPSRPGLETFAVHESMSQSGNRGATFRDAATGEVIWSIPAARDTGRGAAGDIDPRYAGAEGWAVGGTAAWDSPVGQLVSAKGELIAGKIPAANFLAWWDGDLLREIVDHDYDATLSRGVPTISKWNWETESSDRLLTAEGARSNNTTKGNPSIQADILGDWREEIAWPSADSSELRIYTTTAPTEVRLRTLMHDTVYRTAVARENVAYNQPPHPSFFIGEGMQAPAIPDVVYTGTKK PGPT0018715_163 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 D3-18_00764 711 hypothetical protein ATGACCACGAAAGTGAACAAGACCATCATGGTCAACGTTCCGGTCAGTACGGCCTACAGGCAGTGGACCAAGTTCGAGGAGTTTCCGCACTTCATGGGCGGGGTGGAACGCGTGACACGGCTCAGCGACGACAGGCTGGAATGGGTGGCCGAAATCGCGGGCGTCCATCGCCGCTGGGAAGCCAAAATCGTTCAGCAGGACGTGGACCGCGCTGTGGCTTGGGCCGCCGTCGAGGGTGCCAAGAATGCCGGCTGGGTTGATTTCAAGGAGGCGGGCCCCAGCCAGACGTCACTGCATCTGTCCTTGGAATACGAACCGCACGGCGTCCTCGAATTCCTGGGAGACAAGTTGCACATTGTTGAAAGGCAGGCTGAGTCAGACTTGAAGAAGTTCAAGGAGTACATCGAGAAGCAGGCACCGGAGACCGGCGTCGGGACCACAGGGTCAACCACCACGGGCAGCACTGCCGGCACGGCAACCGGCGCGGCTGCCGCCACCGGCGCTTCCGGCACCCCCACCTCGGATTCGCCACCGATCGTCGATCCCGTCACCCACGTCTTTGACCAAACCAACGGGTTGGTGGACCTTGAAGGCGATTCCGACGAAACCGCCGACAGCGACACCCGCAGCGCCGCCGAACGGCAGAAAGACGAGGAGCGCGGCCCAGGCTTCATACCGCCCCAGAGCGGCTGGTTGCCAGGACAGCGCTAA MTTKVNKTIMVNVPVSTAYRQWTKFEEFPHFMGGVERVTRLSDDRLEWVAEIAGVHRRWEAKIVQQDVDRAVAWAAVEGAKNAGWVDFKEAGPSQTSLHLSLEYEPHGVLEFLGDKLHIVERQAESDLKKFKEYIEKQAPETGVGTTGSTTTGSTAGTATGAAAATGASGTPTSDSPPIVDPVTHVFDQTNGLVDLEGDSDETADSDTRSAAERQKDEERGPGFIPPQSGWLPGQR NA NA NA NA NA D3-18_00765 1233 COG1228 putative protein GTGAGCACCACCCCAGAAACCATCCCGTTGGTCATCCGCAACGCGAGCGTCCTGGACGTCGAGGCGGGCACCTACTCCACTGCCGACGTCGTAAGCGTTGACGGGAAGATCAGCAGTGTCGGGCCGAACGCCGAGATGCCCTCCGGCGCGCGGGTCATTGACGGCACCGGAAAGTTCGTCATCCCCGGCCTGATCGATGCGCACGTCCACGTGGTGGCGTCCAGCGCCGATTTCCGTTCGCTCACCTACACGCCGGCGTCCTACGTTTATGCGCAGACCGCACGGATCATGGGACAGATGCTGCGTCGCGGCTTCACGACTGTCCGCGATCTGTCCGGCGCCGATTTTGGGCTGGCCATGGCTCAGGAAGAAGGTCTGCTCGAGGGTCCGAAGATCCACTTCTGCGGTCACGCGCTCAGCCAGACCGGCGGTCACGGCGACATGCGCTTGCCCGGCGAAGACCATGATCCCAACGGACGCGGCTGTTGCGGCATCGGCCGTGTGGCCGACGGCGTGGATGCGGTCCGCGCGGCCGCTCGCGACGAGATCCGCAAGGGCGCCCACCACATCAAAATCATGGCGTCCGGCGGCGTCTCCTCTCCCACGGACCGCATCGACTCCACCCAGTACTCCATGGAAGAGATGCGCGCCGCAGTGGAAGAGGCCCAAGCCGCCAACCGCTACGTTGCGGCCCACGCCTACACCGCCCGAGCCATCAACCGCGCCCTGGAAGCAGGCGTCCGCTCGATCGAACACGGCAACCTCTTGGACGATGAGAGCCTCAAGCTGTTCCTGGAAAAGGACGCTTTCCTGGTCCCCACCCTTGTCACCTACTGGGCGTTAAAGGAAGAGGGTAAGGAATTCGGCCTCACGGAGGAAATGTGGGCAAAAGTCGATTCAGTACTCACCAGCGGACTTGAAGCGATCGCCCGCGCCCACGAAGCGGGCGTCAAAATGGCCTTCGGCTCCGACCTCCTGGGCGGGATGCACCGCCACCAGAACGAGCAGTTCAGGCTGCTCGGTAAGGTCCAGCCAGCTATTGACGCCATTCGCTCTGCAACCACGACGGCGGCTTTGCTGCTTGAGCGCGAAGGTGAACTTGGCGTGATCTCGCCTGGGGCGGATGCCGACATGCTGGTCCTTGGGGCCGACCCTGTGGCGGATATTTCCGTGCTGGCCGACATTTCCGAGCACCTTGAGTACCTCATCCAGAATGGCCGGGTGATCTCCTAG MSTTPETIPLVIRNASVLDVEAGTYSTADVVSVDGKISSVGPNAEMPSGARVIDGTGKFVIPGLIDAHVHVVASSADFRSLTYTPASYVYAQTARIMGQMLRRGFTTVRDLSGADFGLAMAQEEGLLEGPKIHFCGHALSQTGGHGDMRLPGEDHDPNGRGCCGIGRVADGVDAVRAAARDEIRKGAHHIKIMASGGVSSPTDRIDSTQYSMEEMRAAVEEAQAANRYVAAHAYTARAINRALEAGVRSIEHGNLLDDESLKLFLEKDAFLVPTLVTYWALKEEGKEFGLTEEMWAKVDSVLTSGLEAIARAHEAGVKMAFGSDLLGGMHRHQNEQFRLLGKVQPAIDAIRSATTTAALLLEREGELGVISPGADADMLVLGADPVADISVLADISEHLEYLIQNGRVIS NA NA NA NA NA D3-18_00766 504 hypothetical protein GTGAACACCATGAAGACCGACGTAGTTTTCCAGCAAACCTTCGACGCAATGCAGAAGGAACCAGGAGTCATTCTCTTCACGGCGCTGCAGTGGATTCCGAAACGCTCCAGCCTCAAGCGACTCTTCACCAGCCATCCGGCCGAATACCCGGTGGGCGGCGAGAAGACCGTAGAGATCTCGCCCGGCTGGTTGGGGACGGTCATCGAGGACAAGGAGCCTTTCCTCGCGGCCAACCTGGAAGCCCTCCGGGAAGTCTTTTCAGACTCCGGACTCATCCAGCAACTGGGCTGCGGCGCCGTCATCAACGTGCCCGTCCTCGACCAACAGCACAACGTTGTGGGCGTTCTCGCACTCCTGGATGCAGAAGGCAAGTACACGCAGGAAAGTGTGGAATCCGCCGTCGACGTCATCAACGCGAACCGGGCTGAGCTGGTTCAGGCCTTTGAAGCGCACCCCACAGAAGTCACCGAAGCCCCCGAAGCCCCCGCGAAGGACACCGTTTAA MNTMKTDVVFQQTFDAMQKEPGVILFTALQWIPKRSSLKRLFTSHPAEYPVGGEKTVEISPGWLGTVIEDKEPFLAANLEALREVFSDSGLIQQLGCGAVINVPVLDQQHNVVGVLALLDAEGKYTQESVESAVDVINANRAELVQAFEAHPTEVTEAPEAPAKDTV NA NA NA NA NA D3-18_00767 1389 naiP_1 Putative niacin/nicotinamide transporter NaiP ATGTCTCTCACAGCACGCTTGGATCGTCTGGCTCTCAGTCGACCACACTACAAGCTTCTCCTCATTGGAGGCCTCGGCTACTCGTTCGACGGTATGGACGGGGCAGTGGTCGCCTTCCTGCTCCCGCGCATCCAGGAACTGTGGGGCCTCAGCACCGCGAGCCTTGGATTGGTTGGCTCGGCAGCCCCGCTCGGCTTCTTCTTCGGCGCGATCCTGGCTGGCTGGATGGGCGACCGCTTTGGCCGCAAGAAGGTCATGCTCTGGGCACTGGCCTTCTACTGCCTCATGTCAGTGGTGGCCGCCATGGCCCCCAACTTTGAAATCTTCCTCATTGCACGGATCTTTGCAGGTTTGGGTGCAGGCGCTGAAAGCGTGATCATTGCACCGTTCCTCTCCGAGTTCATTCCCCCGAAGCGTCGAGGCTGGTTCATCGGAACCCTCGCCGGCTTCTTCTCCTTCGGCTTCGTGGGTGCCGCCCTCATCGGGCGCTTCGTTGTCCCACTGGGCGAGGACGGCTGGCGCTGGGCGCAGGTCATCACTGCAATTCCCATCCTTCTCCTTCTCTGGTGGCGACGCAGCCTGCCGGAATCCCCCCGGTATCTCATCAGCCGCGGTCGCATTGCAGAGGCCACGGAAGTGGTGGATCGCTTTGAGCAAAGCGTTGTAAAGGCCACCGGCAAACCACTCGCCGCCCTGCCGCCAGCCGAGGAAGAGATCACCAAGCACGAGCAGAAAATCAGCATCTGGAATGCCCTCAAATTCATGTGGTCCAGGGCCATGCGCCGTCGCACTGCGGTGATCTGGTTGATCTGGTTCGTCATCACGTTCTCCTACTACGGCTTCTTCTCCTGGATTCCCACTCTCCTTGTAGGCCGCGGCATCACCATCACCAAGAGCTTCGAGTTCTCGATACTGATTTATCTGGCCCAGATCCCGGGCTACTTCTCCGCCGCATGGTTGTGTGACCGGATTGACCGCAAGAACACCATCGCCCTGTACCTGGCGGGATCCGCCATCAGCGCCTTCTGGCTGAGCCAATCCAACGATTCCGGCATGATCCTGGTGGCGGCCGCAACATTGTCCTTCTTCCTCAACGGAACCTACGCCGGCGTCTACGCCTACACTCCGGAGCTCTTCCCCACCTGGATGCGTGCCACGGGTGTTGGCCTGGCCAGCGCGGTGGGCCGTATCGGCAGCATCCTGGCTCCATCCATCATCGGCATCTTCGCCGCTTCCCTTGGCTTCGGTGGAGTGTTCACCATGACCACGGTAGTGCTGACCATCGGCGTCCTTGGCGTGGTCATCTTCGGCGCGTCCACAGCGGGGAAGTCGCTGGAAGACATCAACGCCCGCGCCGAGCATGATCCGGCAGCGGCAGGAAGTAAGTGA MSLTARLDRLALSRPHYKLLLIGGLGYSFDGMDGAVVAFLLPRIQELWGLSTASLGLVGSAAPLGFFFGAILAGWMGDRFGRKKVMLWALAFYCLMSVVAAMAPNFEIFLIARIFAGLGAGAESVIIAPFLSEFIPPKRRGWFIGTLAGFFSFGFVGAALIGRFVVPLGEDGWRWAQVITAIPILLLLWWRRSLPESPRYLISRGRIAEATEVVDRFEQSVVKATGKPLAALPPAEEEITKHEQKISIWNALKFMWSRAMRRRTAVIWLIWFVITFSYYGFFSWIPTLLVGRGITITKSFEFSILIYLAQIPGYFSAAWLCDRIDRKNTIALYLAGSAISAFWLSQSNDSGMILVAAATLSFFLNGTYAGVYAYTPELFPTWMRATGVGLASAVGRIGSILAPSIIGIFAASLGFGGVFTMTTVVLTIGVLGVVIFGASTAGKSLEDINARAEHDPAAAGSK PGPT0014435_878 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_SYMPORTER,PGPT0014435-ydjE-K08369 NA NA D3-18_00768 879 hypothetical protein GTGGAAGAAGATTTCGACTCGTCAACGCTGACCGAGTGGCTGGACAGTCGTGTCCAAGGACGCAAGCTCGCAGCCCGCCAATTGCAGGTGATTGGCATCCTCCGCTCCCAGCCCCGGCTTGCGTCATATGGCTCCGTCAGTGACATCGCCGCAGTGGCCGCCTCGAATGCCTCCACCGTGACCCGAACCGCGCAAACACTGGGGTTCAAGGGCTGGGCAGACTTCCAATTCGAGCTAAGATCCCGGTTCCTGGCGTCACTGAGCGCCGTGGAAGTTGCCGCCGAACACAATGGCCACATCAGCAGTCCTGCACAAGCTGCGGTGTCCACTGACCGGGCCAATCTGGCCCATTTTGAGCGCACCTTGGACGCCGACACGCTTCACAATATTGCGAAGGCAATCGCTGGTGCGCGGCAAACTTTCATCGTCGCGGCAGGAAGCTACGCCATCCCCGGCAAGGCGCTGGAGCACAACGCAATCATCGCCGGATACAACGTCCGGCTCCTCGATGCCGACGTCGCCGCCCTCACCAATGCGATTGCACGGCTCGGTGCGGAGGACCTGGTCATTGCCATCAGTCTCTGGCGGGTCTATGACAGCACCATGCGGGCCGTCGATATCGCCCACAATCTGGGCACGCCCATCGTTTCCATCACCGACAGTGCCGGCTCGCCGGTGGCCGTGCACGCTGACCACAGGATTGTGGTGCCCACGGAGGGTGCCGGTTTCTTCCCATCCCTGACAGGTGCGGTGGCTGCGGTCCAGGCGATCGCCGTCGAGCTTGCCTCCTTGGACCGCGAACGCTCCAACCAGAACATCGCCGCCTCGGAGCGGACCTGGGATCAGATGCGTATCATGCATCCCCGCTCAAGTTCCTAA MEEDFDSSTLTEWLDSRVQGRKLAARQLQVIGILRSQPRLASYGSVSDIAAVAASNASTVTRTAQTLGFKGWADFQFELRSRFLASLSAVEVAAEHNGHISSPAQAAVSTDRANLAHFERTLDADTLHNIAKAIAGARQTFIVAAGSYAIPGKALEHNAIIAGYNVRLLDADVAALTNAIARLGAEDLVIAISLWRVYDSTMRAVDIAHNLGTPIVSITDSAGSPVAVHADHRIVVPTEGAGFFPSLTGAVAAVQAIAVELASLDRERSNQNIAASERTWDQMRIMHPRSSS NA NA NA NA NA D3-18_00769 363 hypothetical protein ATGGTTGTAGATCAGCTCAAGACAAGGCCCTCGGACGCCGAAAGCGACCGCCTGTTCCACGCGTTGGCAGATGCGACGCGCAGGGACATCGTGGCCCGGGTGACGGCGGGGGAGTACTCGGTCTCCGGGCTCGCCGCGCTCTACACCATGAGTTTCGCGGCCGTGCAAAAGCATGTCGCGGTCCTGGAACGGGCCTCCCTGGTCACCAAGGAAAAGCGTGGGAGGGAGCAGATCGTGCGGGGGAACCATGAAGGATTACAGAAAGCCCGCCATCTGCTGGATCAACTTGAAATGATCTGGCGGCAACGCGCCGGCCGGATTGCGGACATACTCGCCGAAGATGATGAAAGGGATCTGCCATGA MVVDQLKTRPSDAESDRLFHALADATRRDIVARVTAGEYSVSGLAALYTMSFAAVQKHVAVLERASLVTKEKRGREQIVRGNHEGLQKARHLLDQLEMIWRQRAGRIADILAEDDERDLP NA NA NA NA NA D3-18_00770 498 hypothetical protein ATGACTGTTGTGAGCGTAAACAAGGATGTCGAGGCTCTGAGCTTCAGCATTGTTTCTGAATTCGATGCCGACGTGAAACGCGTCTGGAGGATCTGGGAAGACCCCCGGCAGCTTGAGCGTTGGTGGGGTCCGCCGACTTGGCCGGCCACTTTTGAGACGCATGAATTCACCGTTGGCGGGAAGGCCGCCTACTACATGACCGGACCGGACGGCACCAAGGCGCGGGGTTGGTGGAAGTTCACCGCCATCAACGCCCCGGACCACCTGGAATTCGACGACGGCTTCGCAGATGAGCAGGGCGAGCCCGTAAATGACCTGGGCATCACGCACGCCACCGTGAAGCTTGAACCCCTGGAGAACCGCACCCGGATGACCATCACCTCCACCTTCGACTCCGAGGAGCAGATGCAGAAGATGGTCGAGATGGGCATGGAAGAAGGAATGCGGGAGGCGGCCGAGCAGATCGACGCCGTCCTTAAGGAATCAGCCAACGCCTGA MTVVSVNKDVEALSFSIVSEFDADVKRVWRIWEDPRQLERWWGPPTWPATFETHEFTVGGKAAYYMTGPDGTKARGWWKFTAINAPDHLEFDDGFADEQGEPVNDLGITHATVKLEPLENRTRMTITSTFDSEEQMQKMVEMGMEEGMREAAEQIDAVLKESANA NA NA NA NA NA D3-18_00771 579 adk_1 COG0563 Adenylate kinase ATGGCGCGATTGATCATCATTGGCCCTCCGGGATCCGGTAAAGGCACGCAGGCGGAGCACATCGCGCGGCATTTTGGGATCCCTGCCATTTCTACTGGTGAGCTGTTCCGCGCCCACGTCCGCGACAAGACGGAGTTGGGTGCTGAAGCCAGCGGATATATGGATCGCGGCGAGTTCGTGCCGGACCACGTCACCACGGCAATGCTGAGAGTCCGGCTTGAAGAAGCGGATGCCGCGGCCGGTTTCCTCCTTGACGGCTATCCCAGGACCGTCATCCAGATTGGTGCGCTGGACGAGATACTCGCTGATCGGCAGCAAGCCCTTGAAGCGGTCCTCGAGCTAACCGGTTCCGATGATGAACTCATTGACCGGATGCTGCTCCGAGCACAGGAAGAGGGGCGCGCCGATGACACAGAACCCGTGATCCAACGCCGTCTGGAACTGTACCGGGACGAGACGCAAACAGTGCTGACGGCGTACTCGCACCGCGGGATTCTGCTCACCGTTGATGGATCAGGGCAACGGGAAATGATCACGAAGGCAGCGATTGCCGCGTTAGAGGGGGCGCTGAGGGGCTAG MARLIIIGPPGSGKGTQAEHIARHFGIPAISTGELFRAHVRDKTELGAEASGYMDRGEFVPDHVTTAMLRVRLEEADAAAGFLLDGYPRTVIQIGALDEILADRQQALEAVLELTGSDDELIDRMLLRAQEEGRADDTEPVIQRRLELYRDETQTVLTAYSHRGILLTVDGSGQREMITKAAIAALEGALRG PGPT0009040_5470 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0009040-adk|AK-K00939 NA NA D3-18_00772 561 hypothetical protein ATGACCGATTCCGAGGCCCAGCCCGTCCGCATCAGTTCCGAGCCCGCGCAGCTGCAAGCTTTGGAACCCGTGCTCGACAAAGTGCGGGCCGCTGTGGGGGACGTGGCGGCGTTGCTGGTCATCGCGGAGGATATTGGATGGACAGCACCAAAACCGGGCGAGGGAAACACCGCCAAGCTCTGGGAGCTCCTGGCCTCCGTCACAGCCGTGGACATTGCTGCGGGACGAGTGCTCGAACCGCACCTCGATGCGCTTGCAATCCTCACGCAGGCCAGAGTCCAGGCCGGAGTCGAAGCCGAAGGCCAACACAAAGGCGCCTGGGGAGTCTTCGCAGCGGAGGGCCCCGGAATGAGGCTTGAGGCCAAGAGACAGCTACGGACAGCATCCGAGTTCTCACATCGGGACGGACGCATGCCCGCGCCCCGGAAGGATTCGCCGGGTATCTACGCTCCCTTGCAGCTGAGCTGCCACCTGCCGGGCGTCCGACTGCCGCCAGCGGCTAATCCGCCAGCGGCTAGCCCCTCAGCGCCCCCTCTAACGCGGCAATCGCTGCCTTCGTGA MTDSEAQPVRISSEPAQLQALEPVLDKVRAAVGDVAALLVIAEDIGWTAPKPGEGNTAKLWELLASVTAVDIAAGRVLEPHLDALAILTQARVQAGVEAEGQHKGAWGVFAAEGPGMRLEAKRQLRTASEFSHRDGRMPAPRKDSPGIYAPLQLSCHLPGVRLPPAANPPAASPSAPPLTRQSLPS NA NA NA NA NA D3-18_00773 2139 hypothetical protein ATGTCTTTTGTCGGTGCTGGCAGGCGCCTTGCTGCCGGGCTTCTGGTCTTGCTCACGACGGCGACCGTCCTCGTCGGAGTGGGAGCAGGGTCGGCCCAAGCTGACATCTTGACTGACCAAAAGTTCAAAGGCAGCATGCCAATAGATGAAGTGTTGAATGCCAAGACCAACAAGATCTACGTGACGAATTACACCGCCAAGTCTGTGATGGTCATTGATGGAAACACCATGACTGCGAAATCGATCGCTGTTACCGAGTTTCCCGCGGAAATTGCCATCAATGAAATTACCAACAAGATATACGTCTCTCATGCCGGCAGCAACGTGCTCACCGTAATCGACGGCGCATCTGAAATGACGACGACAATCGCACTCGCATCGCGCCCATCGGCTCTCGCCGTTAACAGCAAGACCAACAAAATCTATGTTAGCCACAGGGGCGTAGGACTCTCCGTTATCGACGGGTCCACTCGGACAGCAAGTCTTTTGCCTTCGCCCTTGGCTGTTGAATCAATGGTCGTTGATGAGACAACGAACAGGGTCGTTGTCACGGACTGGGTCAGTAACAAGACCGCGGTTCTCGACGGAGTTAAACATACTTTCAGCACAATCGATCTCGGATGCGTCGCACAGTCTGCGGTATTGAATAGCGCTACCCAGCAGGTCTTCTTTGCCTGCCCGGCCACCAAAGCATTTGCGGTTCTCAATGGACAAACCAATGGCGTAACTCTGGTCGCCACTGGAACAGATGCCCGCCCAAGCGTCATGGCAATTAATCGCAAAGCCAACGTGGTCTATGCCTCAGATCAAGGCGGCCAGTATCTGACGGCACTCGACGGAACCACACTAAAAGTTACTAATACCCCCGCCGCCCAAACCACTTATCAGAGCATTTCAGTCAATGAAACCACCAGCAAAGTCTATGCATCCGATCATTACGGTTACCGAGTAACAGTATTTGATTCGCAGGCAAACCTCCTGGGTGATGTCCGGGGCTTCAACAACCCTGCTGACCTGGCCGTGAACGAGGCCACGAACAAGATCTATGTCCTCGACTCAGGTGCCGCTGAGATCCGGATCATAGACGGCAAAAACGTTCCACCTACCATCACATCCAGCCTTCCCCCGAGCACAGGCACAGTGGGAGTCCGGTACGCGCATAGTCTGACGTCAAGTGGGTCGCTGGTACCTCAGTTCAAAGTCGCCAGCGGAGTACTACCCCCAGGCCTCACTCTGGAGTCCCTAAATCATGGCGGGTTGCTGCACGGCGTTCCCACCACTCCAGGCACTTACACCTTCCGCATCGCAGCAATCAATGGCTACAACCCGGATGCCGTAACCCCACTGCTCAGCATCACGATCAAAGCGGCTAAGGTCGGGCACGACTTTAATGGAGACCTCAAGCCCGATGTTCTTTCGCGCGATGGAAATGGGAACTTATGGCTGTACCCGGGCCAAGGCAACGGTGGCTGGCTTCCACGGATTCAGGTTGGGCACGGCTGGAATGTGATGACGTCCATCGTGGCCCCCGGGGACTTCAACGGTGACGGCAAAGCAGATGTGTTGGCACAGGATGCCAACGGCGCGCTCTGGCTCTACCCCGGGGGCGGCTGGTTCGGAAGAATCCATGTGGGTCAAGGGTGGAACTCGATGAGTGCCATCACGGCAGTCGGGGACCTCGACTTGGACGGAAACGCGGACTTGGTGGCACGTGACCCGGATAGCTATCTCTGGCTCTACCGAGGCAACGGCAAAGGTGGCTGGTTTTCCCCAGACCGGAAGGGCAACGGGTGGCAGGTTTTGACGGCGATGACGGGGCCCGGCGATTTCACCAAGGACGGTGTTCCGGATCTTCTGGCTGTTGACGGAGCCGGAGCCTTGCAGGCTTACAGAGGTCATTGGGCACGGCATGACTGGGGAGTGTCGTCTGATCTAATTGGTCCCACCCAAGTCGGCTACGGCTGGAACGCCATGACCGCAATCGCGGGCCCCGGTGATTTCAACGGTGACGGCAACGTGGATCTCCTGGCCCGTGACGCCGGAGGCGCCCTGTGGCTCTACCCCAGCAACGGCCAGGGAGGATGGCTTCCCCGTGGCCTGGTCGGCTCCGGCTGGAACGCCATGAACCTGATCATCTAG MSFVGAGRRLAAGLLVLLTTATVLVGVGAGSAQADILTDQKFKGSMPIDEVLNAKTNKIYVTNYTAKSVMVIDGNTMTAKSIAVTEFPAEIAINEITNKIYVSHAGSNVLTVIDGASEMTTTIALASRPSALAVNSKTNKIYVSHRGVGLSVIDGSTRTASLLPSPLAVESMVVDETTNRVVVTDWVSNKTAVLDGVKHTFSTIDLGCVAQSAVLNSATQQVFFACPATKAFAVLNGQTNGVTLVATGTDARPSVMAINRKANVVYASDQGGQYLTALDGTTLKVTNTPAAQTTYQSISVNETTSKVYASDHYGYRVTVFDSQANLLGDVRGFNNPADLAVNEATNKIYVLDSGAAEIRIIDGKNVPPTITSSLPPSTGTVGVRYAHSLTSSGSLVPQFKVASGVLPPGLTLESLNHGGLLHGVPTTPGTYTFRIAAINGYNPDAVTPLLSITIKAAKVGHDFNGDLKPDVLSRDGNGNLWLYPGQGNGGWLPRIQVGHGWNVMTSIVAPGDFNGDGKADVLAQDANGALWLYPGGGWFGRIHVGQGWNSMSAITAVGDLDLDGNADLVARDPDSYLWLYRGNGKGGWFSPDRKGNGWQVLTAMTGPGDFTKDGVPDLLAVDGAGALQAYRGHWARHDWGVSSDLIGPTQVGYGWNAMTAIAGPGDFNGDGNVDLLARDAGGALWLYPSNGQGGWLPRGLVGSGWNAMNLII NA NA NA NA NA D3-18_00774 2280 hypothetical protein ATGCCGCAGTCAAACGAATCCGCCACCGTTCCCGCCGACTCACACAGCCCGCCAGGAACCAAGCCCGCCTTCCTGAGCAATCTCGGGGCAGACCTCCCTGCGTCGCTCGTCGTCTTTCTGGTAGCCCTTCCGCTTTCCCTCGGCATCGCCGCAGCCTCAGGTGCTCCCGTCATGGCGGGCCTCATCGCCGCGGCCGTCGGCGGCATTGTCGCAGGCAGTCTCGGTGGCTCCCCACTACAGGTGAGCGGCCCTGCCGCCGGACTGACCGTCGTCGTTGCCGGTTTGGTGGACGAGTTCGGCTGGCAGGTGACGTGCGCCATCACCGCTGCTGCCGGCGTCGTGCAGCTGCTCATGGGTGTCAGCCGCATTGGCCGGGCGGCGCTGGCAGTGTCGCCGGTGGTGGTCAAGGCGATGCTTGCAGGCATTGGGATTACCATCATCCTCCAGCAACTCCATGTGCTTCTCGGCGGTCAAGCCGCGGGCTCAGCTATCGAAAACCTCACCGGGCTTCCGGCGGCCATCACTAACGTTGAGCTCCACTCTGCGCTCCTGGGTCTGGCCGTCGTCGCCATCCTGCTGACTTGGAAGTTCCTCCCCGCAGCGGTGCGGAAAATCCCCGGGCCGCTTGCCGCCGTCGTCGCCGTGACAGCTGTTTCCGTTGCGGTTGCACCAAGCGTGGAGCGCATCAGCTTCAGCGGGTCCATTTTCGACGCCATCGCACTTCCCAGCCTGCCCGACGGGAACTGGCGCGCCGCGGCCATGGCTGTCATCACCGTGGCGCTGATCGCGAGCATCGAGTCGCTTTTGTCAGCCGTCGCCGTGGACAAAATGCATGGCGGCTCGCGCACCAACCTGAACCGCGAACTCGTCGGTCAGGGCTCAGCGAACGTCGTTTCCGGCATGCTCGGCGGACTCCCGGTGACCGGCGTGATCGTCCGGAGTGCCACCAACGTTGAAGCGGGCGCCAAGAACCGGACCTCGGCCATCCTGCACGGCGTGTGGGTCCTGGTGTTCTCTGCGCTCTTCGCCGGCCTCATCCAATTGATTCCGTTGTCCGTGCTCGCAGGTCTGCTGCTGGTGATCGGCGCAAAGCTCATTAAAATTGCGGACATCCGCACCAGCCTCCGCACCGGCGACCTCCTCGTCTACAGCGTCACCCTGGTCTGCGTTGTGGCCCTCAACCTGCTCGAAGGCGTCATCATCGGCCTCGCACTGGCTGCCCTCTGCGTGCTCTGGCGGGTGCTCCGCGCACAGATCCACGCACATGCTCCCTCTGCTGAAGCGCTGCCATGGCGTGTCACCATCGCCGGCTCGTGCAGCTTCTTCGCGCTGCCCCGTCTCAACCGCGTCCTCCATTCTGTGCCCGAAGGCCAGGACGTGGTGGTGGAACTTAACGCCGACTACCTCGATCACGCCTTCCACGAAGCCCTGGTTGCCTGGCAGAAGCAGCAGCGCAACACCGGCGCGTCGGTGATCCTCGAAGAACACGGCACCACTGCTTTCAGCGACGCCGAGGACAACACTCCGCAGCGCCAGGACCCGCGCGAATTCCCGCTGCCGCCCCGTACTTCCTGGTTGCCTTCTGGTGTCGGTTCAACATCGGACGACGACGACGGCGGGCGGCTGCCGCTGCGGTCGATCCTCCTGGGCATCGACAAGTATCACCGGCGGCACGCGGACAAGGTCCGTCCGCTGGTGCAGGACCTCACGGAGGGACAGAACCCGGACACGCTCTTTGTTGCCTGCGTCGACTCCCGGGTGAACCCGAATCTGATCACCAGTAGTGGACCGGGCGACCTCCTCACCCTCCGGAACATCGGCAACGTGGTGTGCAACGACGGCAGCGATGCTTCCATCGACTCTGCATTGTCCTTCGCCGTCAAAGGGCTGTCGGTGGACTCGATTGTGGTCTGTGGCCACTCCAACTGTGGTGCGATGAAGGCGGTCATTGCCGATGCTGAGGGGGCTTCGCCGAACATGGGCGACGGCTTCGATGCCTGGCTGGAGCATGCCCGGCCGAGCTACTCCGCGCTGCTTGCCGGGCACCCTGTAGCGGTTGCTGCTTCGGCCGAGGGGTATAGCAGACTCGACCAATTGAGCATGGTGAACGTGGCCCTTCAACTCCGGAAATTGGAAGAACACCCTGTCACAGGCCCCGCTCTGGCTTCCGGTCAAGTGCAGGCCACTGGATTGTTCTACGACATCTGCACGGCCCGGGTCGTCCTGGTGACGCCGGAGGGCATCGAGCAACTGGATCCGAGCATGGCTGTCCGCGCCTAG MPQSNESATVPADSHSPPGTKPAFLSNLGADLPASLVVFLVALPLSLGIAAASGAPVMAGLIAAAVGGIVAGSLGGSPLQVSGPAAGLTVVVAGLVDEFGWQVTCAITAAAGVVQLLMGVSRIGRAALAVSPVVVKAMLAGIGITIILQQLHVLLGGQAAGSAIENLTGLPAAITNVELHSALLGLAVVAILLTWKFLPAAVRKIPGPLAAVVAVTAVSVAVAPSVERISFSGSIFDAIALPSLPDGNWRAAAMAVITVALIASIESLLSAVAVDKMHGGSRTNLNRELVGQGSANVVSGMLGGLPVTGVIVRSATNVEAGAKNRTSAILHGVWVLVFSALFAGLIQLIPLSVLAGLLLVIGAKLIKIADIRTSLRTGDLLVYSVTLVCVVALNLLEGVIIGLALAALCVLWRVLRAQIHAHAPSAEALPWRVTIAGSCSFFALPRLNRVLHSVPEGQDVVVELNADYLDHAFHEALVAWQKQQRNTGASVILEEHGTTAFSDAEDNTPQRQDPREFPLPPRTSWLPSGVGSTSDDDDGGRLPLRSILLGIDKYHRRHADKVRPLVQDLTEGQNPDTLFVACVDSRVNPNLITSSGPGDLLTLRNIGNVVCNDGSDASIDSALSFAVKGLSVDSIVVCGHSNCGAMKAVIADAEGASPNMGDGFDAWLEHARPSYSALLAGHPVAVAASAEGYSRLDQLSMVNVALQLRKLEEHPVTGPALASGQVQATGLFYDICTARVVLVTPEGIEQLDPSMAVRA PGPT0002415_160 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002415-cynT|can-K01673 NA NA D3-18_00775 597 hypothetical protein GTGAACGCCGAGAACAACGCCTTCAGGCGGAAGCTCGAGCGCGGAGCGGAACTGCGGGCGGTGCGCTCCTGGGGCGGAAATGCCGAGGAAGATGCAGAGCTTGAGGCCGCGGATGCCGAAGAACGCGAGAAACGCCGCAAGGTAGACGACGCTGCCCGGGTTGAGTACCTCATCCGGGACGCCATGAACCAAGGCAAGTTCGACGACCTGAAGTATGCCGGCAAGCCGATCCCCGGCCTGGGGGAGCACTATGACCCCGACTGGTGGGTCAAGGGCCTCATCCAGCGCGAACGGCTCAGCGGTATCGGTCCTCCCGCCATCTTGCTACGGATCGAGGACTCGGAGCTCGACGCCAAGTTGGACCAGCAGTACACGGACAAACAGGTCCGGGACATCCTCGAGGACTTCAACAAGCGCGTAATCGAGGCGCGCCGCCAGCTGCAGGGCGGCCCTCCCGTGATCACCAAGCTCCGTGATGTGGAAGCTGAGGTGGACAAGTGGCGGGAGCGCAGGGCCGCGGCGGCACCTCCCGAGCCGGAACCCGAACCGCAGGGTGAACGGACCTGGTGGCAGCGCCTCTGGAACGGCTCCGGCTAG MNAENNAFRRKLERGAELRAVRSWGGNAEEDAELEAADAEEREKRRKVDDAARVEYLIRDAMNQGKFDDLKYAGKPIPGLGEHYDPDWWVKGLIQRERLSGIGPPAILLRIEDSELDAKLDQQYTDKQVRDILEDFNKRVIEARRQLQGGPPVITKLRDVEAEVDKWRERRAAAAPPEPEPEPQGERTWWQRLWNGSG NA NA NA NA NA D3-18_00776 1380 amt_1 Ammonia channel GTGGGCCGGAACAACGGCCCCGTTTCGGACAGGCTCAATGAGAAGGGAACGCAGGTGGAGATCTCTGCGCAACACGTCTGGATGATGTTGTCGGCGGCAATGGTGCTGTTCATGACCCCCGGCCTCGGCCTCTTCTACGGCGGCATGACCCGGGCCAAGGCTGCGCTCAACATGATCATGATGAGCTTCATTTCGGCGGGCATCGTTGGCGCGGTGTGGGTCCTGTGGGGCTACTCGATGACCACCGGCGACGGCTTCCTCGGCCTGTTCGGCAATCCCTTTGCACACTTCGGCCTGCAGGACCTGATTGGCTCGCCCGATCTCATCAAGGCCGGCTTCGCCGCCACTTTTGCCATTATCACCGTTGCCCTCATCAGCGGTGCGATCGCCGACCGCGCCAAGTTTGGCGCTTGGGCACTGTTCGTGCCGATCTGGATTACCGTGGTTTACTGCCCGCTGGCCTACATGATCTGGGGTGGTGGTCTCATGAGCGCCGGGGGCGCCGTAACCCAGATCTTCGGCCAGGTCATCGACTTCGCCGGCGGCGCAGTGGTTGAGGTCAGCTCCGGAACCGCCGCTTTCGTCCTCGCACTGATCGTGGGAAAGCGTCACGGATTCGCCAAAGACCCCAACCACCGTCCGCACAATGTGCCGTTCATCATGATCGGCGCGGCCATCCTCTGGTTCGGCTGGTTCGGCTTCAACGGCGGCGCAGCAACCACGGCCGAGCAGGCTGGCCTCATCTGGATCAACACCCTGGTCACACCGGCTGCGGCGATGCTGAGCTGGCTCGTGGTGGAGAAGATCCGCCACGGCCACCCGACATCGCTGGGTGCGGCGTCCGGCGTCGTGGCTGGCTTGGTGGCCATCACGCCTTCCTGTGCCAACATCAGCCCTCTTGCCGCCCTTGGGCTGGGCCTGGTTGCCGGCGCCGCCTGCGCAGTGTTTGTGGACCTGAAGTACAGGTTCGGTTTCGACGACTCCCTGGACGTGGTGGGCGTACACTTTGGCGCCGGTGTCATTGGCACACTGTCCTTGGGCTTCATCGCCTTCCCCACCGAGGGCACGGCCGGCGGCCTCCTTTACGGTGGCGGCCCGCAGCAGCTCATTGCCCAGACGGTCGCCGTTCTGATCACCATCGCCGTGTCCGGTGCGGGCACGCTGGTGATCGGCCGGGCCATTCACAAGACCATCGGATTCCGGGTTCCCCTGGAGCACGAAGTCACCGGCGTCGACCTCACCCAGCACGCCGAGTCCGCCTACGAGTTCGGCCTCACCGCCCACGGCCACTTCCGCCAACAGCAGGCGCATCTGTCGGCTCTGATCAGTCGGAAGCCAACTGCAGCTGCGCCGGAGGCCAGGGAGGACAGCTTCGCCTAA MGRNNGPVSDRLNEKGTQVEISAQHVWMMLSAAMVLFMTPGLGLFYGGMTRAKAALNMIMMSFISAGIVGAVWVLWGYSMTTGDGFLGLFGNPFAHFGLQDLIGSPDLIKAGFAATFAIITVALISGAIADRAKFGAWALFVPIWITVVYCPLAYMIWGGGLMSAGGAVTQIFGQVIDFAGGAVVEVSSGTAAFVLALIVGKRHGFAKDPNHRPHNVPFIMIGAAILWFGWFGFNGGAATTAEQAGLIWINTLVTPAAAMLSWLVVEKIRHGHPTSLGAASGVVAGLVAITPSCANISPLAALGLGLVAGAACAVFVDLKYRFGFDDSLDVVGVHFGAGVIGTLSLGFIAFPTEGTAGGLLYGGGPQQLIAQTVAVLITIAVSGAGTLVIGRAIHKTIGFRVPLEHEVTGVDLTQHAESAYEFGLTAHGHFRQQQAHLSALISRKPTAAAPEAREDSFA PGPT0000840_3012 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-AMMONIUM_ASSIMILATION|USAGE N-AQUISITION-AMMONIUM_TRANSPORT,PGPT0000840-amtB|ybaG|amt-K03320 NA NA D3-18_00777 1227 COG2814 Chloramphenicol efflux pump ATGGTCGTCGGAACGCCATCACCCGAGGCGTCGCGTGCTGAAACGCAGCAACCGAAGAAGATCCCGTGGGGCGGACTCTTGGTGCTCGCGGCTGCAGGTTTCACCGCGGTGACCACCGAACTCCTGCCTTCGGGTCTGCTCCCTCAAATCAGCCGGGATCTGGGAGTGGACGAATCGGCTGTGGGTTCCCTGACTGCGGTCTATGCGGCAATCATCGTCTTCACGGCCCTGCCTCTCTCCCGGTTCCTTGCCGGACGGGTTCCGCGCAAGACCCTGCTCATCGCCACTGTTCTGGCGTTTGCCCTCAGCAACGTGCTCCTGGCGCTCAGCCCCACCTTGGGTTGGGCGATCGGGGCGCGGCTCCTTGGCGGCATCGCGCACGGAATGTTGTGGTCCAGCATGGCGCCGTATGTGGCACGTATCGTTCCCGCACATTCCGTGGGCAAGGCCATGGCTGTTGTGTTCAGCGGCAACAGCATCGCGTTGGCCGTCGGCGCTCCCATTGGAACGCTGATGGGTTCGCTCATGACGTGGCGGGCCTCGTTCATGGTCCTTGCCGGAGTGGGTGCACTGCTGGCAGTTCTGGCGTTTTGGCTTCTCCCGGCAGCACATGACCAAGCCAGCCAAAAGACTCCGTCCCTTAGGGCAGCCATGAAACTGCCCGGCGTTGTGGCCATCGCCATCGCTTGGCCGCTCTTGTTGCTCGCCCATTTCACACTGTTCACCTACGTGGCCCCGTTCCTGCTCGCCTCGGGGCTGCCGGAATCCGCCACAAGCCTGTCGCTATCCGTTGTGGGAATCGCCAGCCTGGTGGGTATCTGGATTGCCGGCATGACGGCTGACTCCCGCCCACGCACCTCGGTGATTGCCGCCGTCGGACTCTTGACCCTTGCGTTCGCCCTGCTGCCTGTGCTGGGCGGCACCTGGGTGGGGGCGTTCGGGCTGATGACGCTATGGGGCATCGCGTTCGGCGCCGTGGGCATTTATAACCAGGCCGCGATTCTTCGCGCCGGTGGTGAGCACAAGGATGCTGCCAATGGACTCACCGTGGTGACCATCCAGCTGGGTATCGCCGTCGGCGCCGTGTACGGAGCCTTCGCCCTCACCAGCGTGGGTGCCCAACTGGTGCCGCTGGCCGCGGCCCTGCCCACGGCGGTCGCCCTGGTGATCATCATCGCCAGCCGACGGGGTGGCTATCCCGCCGGGCCGCGTGAGAACCGCCGTTAA MVVGTPSPEASRAETQQPKKIPWGGLLVLAAAGFTAVTTELLPSGLLPQISRDLGVDESAVGSLTAVYAAIIVFTALPLSRFLAGRVPRKTLLIATVLAFALSNVLLALSPTLGWAIGARLLGGIAHGMLWSSMAPYVARIVPAHSVGKAMAVVFSGNSIALAVGAPIGTLMGSLMTWRASFMVLAGVGALLAVLAFWLLPAAHDQASQKTPSLRAAMKLPGVVAIAIAWPLLLLAHFTLFTYVAPFLLASGLPESATSLSLSVVGIASLVGIWIAGMTADSRPRTSVIAAVGLLTLAFALLPVLGGTWVGAFGLMTLWGIAFGAVGIYNQAAILRAGGEHKDAANGLTVVTIQLGIAVGAVYGAFALTSVGAQLVPLAAALPTAVALVIIIASRRGGYPAGPRENRR NA NA NA NA NA D3-18_00778 858 hypothetical protein ATGGGGGTTCGTAGGGATCCCTACAACGTTATGCAGCCACGGCGATGCGAGGGAGTCACTGTCAGAAACCCCCTCCCGCTAGCAACACACTTTGTCCGTCAGCCATTCCTCGCGCAGACTGGGCCTGTGAAGCCCTTCCTATTGCTGGCCACCCGCGCCGAGGATGCCGCAGCCGACGATGAGTACCAGGCGTACCTCCGGTACTGCGACCTGAAACCGGAAGAACTGGTCCGTATTCGGCTGGAATCCGGGCCTTTACCGCCCTTTGAGCTGTCCGATTATTCCGGCGTGATCGTCGGCGGCAGCCCTTACACCTCCAGCGATCCGGTGGAGGAAAAGAGCGCAGCCCAGATCCGGGTTGAGACGGAACTCTCATCGCTGCTGAACCGGATCGTGGCCGAAGACTTCCCGTTCCTGGGTGCCTGCTACGGCGTCGGCACCTTGGGCGTGCACCAAGGAGCCGTCATCGATCGCCGTTTTGGGGAAGCGGTGGGGGCAACCCGGATCACGCTGACCGCCGACGGTGAAAGCGATCCCATGCTTCGCGGTGTCCCGCGAACCTTCGATGCGTTCGTTGGACACAAGGAAGCGTGCAGTCAACTTCCCGAACACGCTGTGCTGTTGGCCAGTTCAGAGGCGTGCCCTGTGCACATGTTCCGGATCAAGAACAACCTGTACGCCACGCAGTTCCACCCTGAACTGGACGCCGACGGCCTCATCACCCGCATCAACATCTACAAGAACGCCGGCTACTTTCCGCCCCACACTGCCGACGAACTCATCGGGACGGCCCGCCGATCATCCGTGACCGAACCGATGCGGGTGCTCAGGAACTTCACGGAGCGCTACGCCCGCTAG MGVRRDPYNVMQPRRCEGVTVRNPLPLATHFVRQPFLAQTGPVKPFLLLATRAEDAAADDEYQAYLRYCDLKPEELVRIRLESGPLPPFELSDYSGVIVGGSPYTSSDPVEEKSAAQIRVETELSSLLNRIVAEDFPFLGACYGVGTLGVHQGAVIDRRFGEAVGATRITLTADGESDPMLRGVPRTFDAFVGHKEACSQLPEHAVLLASSEACPVHMFRIKNNLYATQFHPELDADGLITRINIYKNAGYFPPHTADELIGTARRSSVTEPMRVLRNFTERYAR PGPT0021580_5788 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021580-guaA-K01951 NA NA D3-18_00779 2190 ponA COG0744 Penicillin-binding protein 1A/1B ATGACGCGGAAAAAGGGTCCAAAGATAGGTCTGGGCAAGGTCCTCTTGAGGGTCTTCGGCTTCTTCTTCGTGAGCACTCTCTGCGGGGTGCTGATCACAGGATTCCTGGCCCCCGTGGTTGCCTTCACCAGCACCACCGTGCACGGCTCCGTAGGGTTTTACCAAAGCCTGCCGGCCGAGCTCGACGTCGATTCTCCCTCGCTTTCCAGCACAGTGGTCTCTGCAGACGGGCAACTCATAGCCACCTTCTTCGCCGAGAACCGGGTCAAAGTCCCCTTGGAGGAGATGTCGCCGTTCATCCGTGAGGCGATCATCGCGATCGAGGACAGCCGCTTCTACGAACATGCGGGTGTGGACGCCCAAGGCATCATGCGGGCGCTGAGTTCCAACTTGACCCAAGGCACCAGGCAAGGCGCTTCCACGCTCACCCAGCAGTACGTCACCAACGTCCTCAACGAGTCCCGCCTGTCCGAGGGGCGGCCGGAGGACGTGGTGCTCAGTGGCCAGAAGACCGTGGGCGACAAGTTGCGCGAGATCAAGCTTGCCCTGGAACTAGAGAAGCGCTTCAGCAAGGACCAGATCCTTGAGGGTTACCTGAACATCGTGTTCTTCAACCGGAACGCGTACGGCATCGAGGCCGCATCCCGCTACTTCTTCAGCACCTCCGCCATGGATCTGACCCTGCCCCAAGCAGCCCTGCTGGCCGGTTTGGTCAATGGCCCCAGCATTTATGACCCCATTGCCGATCCCCAGGCTGCACTCGACCGCCGCAACCTGGTGTTGTCCAGGATGCTGGAACAGGGCAAGATCACGGCTGTGGACCACGGCGTAGCGGTGGCCACGCCTATCGAACTGGACATCACTCCTTCCTTGCAAGGGTGTGCGGGAACATCGTTCGCCACCTACTTCTGCGACTACGTTTCCCACCTGATCCTGAACAACGAGGCGTACGGGGCAACCGTGGAGGATCGTGAGCGGCTTCTGTATCGCGGTGGCCTGACCATCACCACCACCTTGGACACCCGGCTTCAGCACGTCGCCCAGCAACAGGTGGACGCATCCGCCGGAGCCAACCCGGACAAGTGGGGCGCCGCGATGACCACTGTTCAGCCGGGTACCGGGAAGATCCTGGCAATGGCCCAAAACACGGTATTTGTACCACAGGAAGGAAAGTACGACACCCAGCTGAACTTCAATGTGGATGCCAAAGACGAGAACGGTTACGACCTCAATGGTGCGGGTGGCTTCCAGCCCGGTTCAACCATGAAACCCTTCATTTACGCCGAGTGGCTCAACGAGGGCAAGCACCCCACCGCCGTGGTGGATGCTTCCCGCAGGGTGTACCCCGTTGGTTTCCCATGGCGTTCGAGCTGCGGCAAGGTCCTTGGCGGTTACAGCACCGCCCAGAAAGCCCAGAACCTGGGCGCAGATGACGACCTGCAAAACAACGACGACGGCTACTACCGCCCGATGCCCATCAACTACGGCCTCTACAACTCCATCAACACCGCTACCTTCGCCACTGCAGCCCAACTGGACTTCTGCGGGATCCAGAAGATGGTGGACGCAGTTGGACTGCACAGCGGCTTGGACAATGCGCCCGTCAACATGCACCAGATCGGCAACCTCCTCGGCTCCATCGGTGTGGCCCCACTGGTCCTGGCCAGTGCCTACGCCACATTTGCCAATGACGGCACATATTGCGAGCCCATCGCGATCACCGAGATCAGCGATTCCCAGGGCAGGGAGTACGAGGCCCAAACGCCGGAATGCCGGGAGGCCGTGAAACCGGCCGTGGCCCGCGGAGTGAACGCCGTCTTGCAAGATGTGATGAAGGTAGGTTCCGGTGTATGGATCGAACCCAAGGTCCACACGAAGGTCCCCGTTGCCGCCAAGACAGGCACGTCCAACAACAACGGCGCCACATGGGTGGCCGGTTACACCACGACGCTAGCTACGGCGTCGTTCTTTGGAGATACGACGGCGGGACAACAGCGGGCGGGGCAAAACGTCACCATCAACGGCAAGTTCTACAAATCCTTGGACGGGTACATGATCGCCGGTCCCCAATGGGCCAACTACATGGTGGAAGCCGTGGCCCTCTACCCGAGCGGGCCGTTCGTGGCACCGGCTCCACCCCCGTCACCTGCGCCTACCGTGCCGGCGACTCCAACGCTGACGCGTCGCTGA MTRKKGPKIGLGKVLLRVFGFFFVSTLCGVLITGFLAPVVAFTSTTVHGSVGFYQSLPAELDVDSPSLSSTVVSADGQLIATFFAENRVKVPLEEMSPFIREAIIAIEDSRFYEHAGVDAQGIMRALSSNLTQGTRQGASTLTQQYVTNVLNESRLSEGRPEDVVLSGQKTVGDKLREIKLALELEKRFSKDQILEGYLNIVFFNRNAYGIEAASRYFFSTSAMDLTLPQAALLAGLVNGPSIYDPIADPQAALDRRNLVLSRMLEQGKITAVDHGVAVATPIELDITPSLQGCAGTSFATYFCDYVSHLILNNEAYGATVEDRERLLYRGGLTITTTLDTRLQHVAQQQVDASAGANPDKWGAAMTTVQPGTGKILAMAQNTVFVPQEGKYDTQLNFNVDAKDENGYDLNGAGGFQPGSTMKPFIYAEWLNEGKHPTAVVDASRRVYPVGFPWRSSCGKVLGGYSTAQKAQNLGADDDLQNNDDGYYRPMPINYGLYNSINTATFATAAQLDFCGIQKMVDAVGLHSGLDNAPVNMHQIGNLLGSIGVAPLVLASAYATFANDGTYCEPIAITEISDSQGREYEAQTPECREAVKPAVARGVNAVLQDVMKVGSGVWIEPKVHTKVPVAAKTGTSNNNGATWVAGYTTTLATASFFGDTTAGQQRAGQNVTINGKFYKSLDGYMIAGPQWANYMVEAVALYPSGPFVAPAPPPSPAPTVPATPTLTRR NA NA NA NA NA D3-18_00780 474 degS Signal transduction histidine-protein kinase/phosphatase DegS ATGGAACAGGCATCAGCACTAACCGAGGTGGTCTCCGTCAAGGGCATCATCCAGGACCAGCACCCCGTGGATTTCTACGCGCTGGGTGTCGCAGGATGCATCGACCGGCTGGCAGCACCGCTCCGGCGTGCAGGCGTCACAGTGCACTGGCACACCCCGCATCACGGCATCGAGATCTCCTCCTCAGCTGCCGCCCTCCTCTATCACGTGGCGCAGGAGACCTTCAGCAACACCCTCAACTACGCAAACGCCAGCCAGCTCACCGTCCGGCTCAACGCCGTTTACCACGGCATTCAGATCACCGTCACGGACGATGGCACCGGTTTCGAGATTCACGCGGCTCCCAGTGGCCGGCGGCACGGTTACGGATTGCTGCTGATGTCCATTGCAGTGCACGACGCCGGCGGGACGGTAGACATCGATTCTGCGGTTGGGCGGGGCACCACTGTGAGGGTTACGCTGCCGCTGGATTGA MEQASALTEVVSVKGIIQDQHPVDFYALGVAGCIDRLAAPLRRAGVTVHWHTPHHGIEISSSAAALLYHVAQETFSNTLNYANASQLTVRLNAVYHGIQITVTDDGTGFEIHAAPSGRRHGYGLLLMSIAVHDAGGTVDIDSAVGRGTTVRVTLPLD PGPT0017175_1126 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_HEXOSE_PHOSPHATE_UPTAKE_SENSING,PGPT0017175-uhpB-K07675 NA NA D3-18_00781 699 hyuA Hydantoin racemase ATGGACACTAGCGTTTCCAGCCCGGACACAGTCCTTCTGGTCAATCCGAACACCAACGGCAACACCACAACCATGATGGTGGACCTGGCTGAGGAGACCCTGGCGCCGCATGGTCTCCGGGTTGTGGGCATTACCGCAGCCGCCGGGCCTCCCATGATCGTGGATCCGGTCTCCTTGTCCGAGTCTGAGGCGCACGTCCGCGATGCTGTGCACGGCTATCTTTCCGGGCCCGACGGCGGCAGGGTGGCGGCAGTGATCGTGGCAGCGATAGGTGATCCCGGGCGGGCACAGTTGGACCACGAACTGGACATCCCGGTGATCGGCATAGGGCAGGGCTCCGTTTACGCTGCGGCCCGGAACTCTCACGGCGGCCTCCGTCGCTTTGGCATGGCAACAAGCACGCCATTGTTGGCGGAAGCCCTGGGCAAGCTGGTGGCAGACCACGGGTTCCAGGAGCACTTCACCGGTGTCCGCCTGACGCTTTCAGAACCTTTGGTCTTGGCGGCAGACCCTGAACGTCAGTTCCAGGAGTTGGCGCGGGCTGTCACAGAGGCTATGGCCACTGACAACGCCGAGGCAGTCATCATCGCCGGCGGCCCACTCAGCGCCACCGCGCGGCGGCTGGCGGAGACCACCGCCGTCGACATCATCCAACCGATCCCAAGCGCCTGCCGGCTGGTGCTCACGGCCCTGTCTTAA MDTSVSSPDTVLLVNPNTNGNTTTMMVDLAEETLAPHGLRVVGITAAAGPPMIVDPVSLSESEAHVRDAVHGYLSGPDGGRVAAVIVAAIGDPGRAQLDHELDIPVIGIGQGSVYAAARNSHGGLRRFGMATSTPLLAEALGKLVADHGFQEHFTGVRLTLSEPLVLAADPERQFQELARAVTEAMATDNAEAVIIAGGPLSATARRLAETTAVDIIQPIPSACRLVLTALS PGPT0000895_1144 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0000895-hpxA-K16841 NA NA D3-18_00782 1440 csbC putative metabolite transport protein CsbC GTGGAAAAAGACCTTGCCCAGGAGGCTGCAACACCGCGGACCGGATCCCTGGCCAAACAAATCGAAGGCGCGTATCAGCGGATTGGGGTGACCGGCGCACACCGCCAAATTGTCTTCATGATCCTGCTGGGCGTGTTCTTCGACGCCCTCGAACAAAATGCCGTGGGAATCACGGGCCCCATCCTCCGCCAGTCGTGGGGATTAGGCGCCACCGAAATCGGTTTGCTGAACACGATGACGTTTACGGCAACCGCACTTGGACGGCTTGCGACGGGCCTCATCGTCGATAAGTACGGCCGGCGGCACATGCTGGTCATCAACCTCATCATCTTCGCCGGTGGCTCATTGCTCTGCGCCGTTGCTCCGAACTATCCCATTTTGGCCGCGGGCCGCTTCATTGTCGGCTTCGGGCTCGGTGGTGAAATAGCCGTTGCCGTGATCATGATGGCGGAGTTCTTCGCCGCCAAACACCGCGGCACCGCAGTGGGACTGATCAACGTCACCGCAGCCGGTCTGGGCAACATGCTGGCACCGGCCTTCGGCATCCTCGTCTTCACGCTTTTCGACGGCCCGGACAAGTGGCGCTGGGTGTTCGGCCTGCTGTTCATCCCCGCTCTACTAGTGATGTTCTTCAGAAGGTACGTCCCGGAGACGCCGCGCTTCCTGGCTTCCCAAGGCAAAATCGATGAGGCAAACCTCGTCATCACCCGGCTTGCCCGCAACAAGCTCTCCGGCCCCATTAAGGACCCCGACACCTACATCACCGCAGTACCCGATCCTGTGGTGGTGAAATCGTCCGGCCACTGGAAGGACGCCCTCCGCGGCAAGCTCCTCAAGCGAACGGTGCTGCTGTGCATTGCCGTTTGCATGTCCTACGCCGCCCAGATTTCCATGCTGACGCTGATGCCAACCATCCTGGTGTCCCGCGGTTATGCCGTGAACACGAGCCTCTGGTTCACGCTGATCATGCAGTCGGGTTCATTGCTGGGAGCCTGCACAGCCGCCTACCTCGCCAGCCGGTTGCCGCGGAAGAAAGTGCTCACCGCGGCCGCAATTCTTGGCTGCCTGTCCGGGCTGTCCATGGCCTTCCTTGCCACCGACATCGTGCTCGTTGTGATCTTCGGAGTCCTCTTCAACTTCTCGGTGATCATCCTTAACACCACCATCTGGCTGTTTGCTCCGGAGCTCTACCCCACGCGCACCCGTGGTTTCGGTACGTCCATCATCCTGGCAGCGGGTTCCTTGTCCGGAGGCCTGTTCCCGCTCATCTCCGGGGCCGTGTTCGACTCCGCCGGGTTGCCGGGCATGTTCACCACGCTGGCAGTGCTGTTCGTCATCCTGGCGATCGTGGTCCAATTCCCGCCCGAGACCTTCAACAAGCCCCTGGAAGAGGACGCTGAACCGGGCGATGACGAGGAAGCTGCGATCTATGGACACTAG MEKDLAQEAATPRTGSLAKQIEGAYQRIGVTGAHRQIVFMILLGVFFDALEQNAVGITGPILRQSWGLGATEIGLLNTMTFTATALGRLATGLIVDKYGRRHMLVINLIIFAGGSLLCAVAPNYPILAAGRFIVGFGLGGEIAVAVIMMAEFFAAKHRGTAVGLINVTAAGLGNMLAPAFGILVFTLFDGPDKWRWVFGLLFIPALLVMFFRRYVPETPRFLASQGKIDEANLVITRLARNKLSGPIKDPDTYITAVPDPVVVKSSGHWKDALRGKLLKRTVLLCIAVCMSYAAQISMLTLMPTILVSRGYAVNTSLWFTLIMQSGSLLGACTAAYLASRLPRKKVLTAAAILGCLSGLSMAFLATDIVLVVIFGVLFNFSVIILNTTIWLFAPELYPTRTRGFGTSIILAAGSLSGGLFPLISGAVFDSAGLPGMFTTLAVLFVILAIVVQFPPETFNKPLEEDAEPGDDEEAAIYGH PGPT0014435_350 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_SYMPORTER,PGPT0014435-ydjE-K08369 NA NA D3-18_00783 1578 hypothetical protein ATGCGCTCTTTCCGTACATCCCTTTCCGTTGCCGCCGTCGCCCTCGCCATTTCCTTGGCCGGCTGCTCCACGGCCGTCACCAGCTCTACGTCCACTGGCACTACCTCCAGCGACTCCGGCACAACAACCACCCAGCAGGCAGTTACTGCCGGAACCATCGAGGAGGACACCCACTACGACAGCGACGACCTCACGTGGGACGCGGCAACCGAAGTGGCAATCAGCCTGGCCGACGGCGGCAGCAAAGTGACGTCGTCGTCCTCCACTGGCGTGGCGGTTGACGGCGATACCGTCACCATAACTGCGGCGGGAACCTACCGCCTCAGCGGCTCACTCAGCGATGGCCGGATCGTGGTGGCCGCGGGTGAGGAAGACGCCGTGCGGATCATCCTGGACGGTGTGGAACTGGGCAACTCCTCAGGCTCGCCTTTTGTGGTGCAGAGCGCGGATGAGGCAATCGTGTACCTGGAGGACGGCAGCACGAACACTCTGACCGATGCCGCCAGCTACGCCGACCAAGGCGAGGAAGCCCCCAATGCAGCCCTCTACTCCATGGCCGACCTGACCATCGCCGGCACCGGTTCACTCACGGTCAACGGGAAATCCAACGACGGAATCGTGTCCAAGGATGGTCTGGTGATGGCCGCCGGCAAGGTCACCGTGGAGGCTGTGGATGACGGCATTCGTGGCAAGGACTACACGGTTCTCTTGGACGGCGCGTACCAGGTGACCGCTGGAGGAGACGGCGTGAAAGCAGACAACGAAACGGACGAAGGCCGCGGTTGGCTCCTGGTCAGCGGCGGCTCGTTGACGGTCAACGCGGGCGATGACGGTGTGAAGGCCTTCAACACCCTCACTGTTTCCGGTGGAACAGTCACAGTGGCTGAGTCCGAGGAAGGCCTCGAAGCACAGCACATGGCGATCACCGGTGGCGACGTTACCGTCACGGCGAACGACGACGGCGTGAACGCCTCGGGCGGGTCGTCCACCAGTACCGACTCCGGCGCGGCGGGCGGCGGAGGGCCGATGGGCGGGGGCGAGTCCGCAGCTGGTGACTACACCGTGGACGTTTCCGGCGGAACGCTGACCATCAATTCCGAGGGCGACGGCCTGGATTCAAACGGTGGCGCCACCATCTCCGGCGGCACCGTGGTGGTCAACGGACCCACAAACAACGGCAACGGCGCACTCGACGTCAACGGTGAACTGACCGTGACCGGCGGCACCGTGGCAGCGGCAGGCAGCGCCGGAATGGCAGTGGCCCCGGGAACCTCATCCACCCAGTCCGGTGTGCAGGTGACTCTCAACTCCTCGGTTTCCGCAGGCACCCCCGTGCACATTGTTGATTCTTCGGGAGCAGTGGTGGCGACGTTCGTGACCACCAAGACGATCGCATCCTTGGTGTTCTCGTCCTCCGCGATCACCGACGGTGAGACGTACACCGTGTACACAGGAGGCAGTGCTGACGCTGAGTCCGGGGTGACAACCGGCTCCATCTCCGGCGCCGAAGAGCAGGGGACAGTGACGGCCGGCGAGTACACCCAGGCTCAGGGTCCAGGTGGCGGCGGCCGCTGGTAA MRSFRTSLSVAAVALAISLAGCSTAVTSSTSTGTTSSDSGTTTTQQAVTAGTIEEDTHYDSDDLTWDAATEVAISLADGGSKVTSSSSTGVAVDGDTVTITAAGTYRLSGSLSDGRIVVAAGEEDAVRIILDGVELGNSSGSPFVVQSADEAIVYLEDGSTNTLTDAASYADQGEEAPNAALYSMADLTIAGTGSLTVNGKSNDGIVSKDGLVMAAGKVTVEAVDDGIRGKDYTVLLDGAYQVTAGGDGVKADNETDEGRGWLLVSGGSLTVNAGDDGVKAFNTLTVSGGTVTVAESEEGLEAQHMAITGGDVTVTANDDGVNASGGSSTSTDSGAAGGGGPMGGGESAAGDYTVDVSGGTLTINSEGDGLDSNGGATISGGTVVVNGPTNNGNGALDVNGELTVTGGTVAAAGSAGMAVAPGTSSTQSGVQVTLNSSVSAGTPVHIVDSSGAVVATFVTTKTIASLVFSSSAITDGETYTVYTGGSADAESGVTTGSISGAEEQGTVTAGEYTQAQGPGGGGRW NA NA NA NA NA D3-18_00784 789 hypothetical protein GTGAGCCGCGTCGACGCCGAACCGATCATTCCGCAACTGAGCCAGCTGCCCGCCGTCGGACTTGAAGAACTCACCACGGAAGCCGCGCTGTTGACCCGGGTGGACCGCAAGTATTTGGTGCCGTCGGCTACTGCGCGCGCGGTCCTCAGCACGTTCAGCTCTGAGGCCAGGGTCTTGGAGATGGACGGGAACCGCACGTTCGCTTACGACTCCGTGTACTTCGACACCCCCGAGTTGGACAGTTACATGCTGGCCGCGCGTGGCCGACGCCGACGGTTCAAGATCCGCACGCGGACCTATCTGGACAGTGCGGTCAGCTTCCTGGAAGTGAAAACCGAAGGTGCCCGCGAGGCGACGGTCAAGGAGCGGATCCCGTACGAGCTGTGCGATCGCGACCGGCTGACAGAGGAGGGGCTCGCGTACGTGAACGAGACACTGGCGGCGGCTATCGGTGACGTGAGATTCGGCCCCCTGGAGCCTGTCCTCTCCACACGCTACGACCGCATCACACTGTTCCTCCCCGAATCCGGGAGCCGCGCAACCATCGATACCGACGTCACCTGGCAGAGTCCCGACGGCCTGCCATGGCGGCTGGACAACGCGGTGGTGGTGGAGACGAAATCCGGCTCCGCCCCCGGCCCGTTGGACAGGCACCTCTGGGCACACGGTGTCCGTCCTTGCCGCATCTCAAAATTTGCCACTGGCATGGCCGCGCTGCACCCGGAGCTGCCTGCCAACCGCTGGAACCAAACCCTCCGGCGCAGGATGCCCCTGCGCCCTCTCCACTGA MSRVDAEPIIPQLSQLPAVGLEELTTEAALLTRVDRKYLVPSATARAVLSTFSSEARVLEMDGNRTFAYDSVYFDTPELDSYMLAARGRRRRFKIRTRTYLDSAVSFLEVKTEGAREATVKERIPYELCDRDRLTEEGLAYVNETLAAAIGDVRFGPLEPVLSTRYDRITLFLPESGSRATIDTDVTWQSPDGLPWRLDNAVVVETKSGSAPGPLDRHLWAHGVRPCRISKFATGMAALHPELPANRWNQTLRRRMPLRPLH NA NA NA NA NA D3-18_00785 702 hypothetical protein ATGAACACCATCATCCTCATCGCGGCAGACCTGGCCGCGATCACCATTCTGACACTCGCCCTCTACCTCCGCCGGCACCGGCGTCGTGACCTGGTTGTTTCCTACCTCGGCATGAACGTCGGCGTGCTTGCAGTTGCCACGGCTTTGTCCGGTTCGGCCGCCGGCGTTGGTTTGGGATTGGGCTTGTTCGGTGTTCTCTCCATCATCCGGCTCCGGTCTACGGAACTGGCCCAGCACGAGGTGGCGTATTACTTCTCTGCGTTGGCCCTGGGCCTCATCGCAGGGATCGGGGTCGAGCCGGTGTGGCTGACCTTGTCCCTCATGGCGTTGGTCCTCCTGGTGATGTTCGTCGGCGATAACCCCCGGGTCCTGCCCGCCTACCGCCACCAGACCGTAGTACTGGACCGGGCCATCAACAGCGAGCCTGAACTCTACGCACGGCTGGAGGAAGTCCTCAACGGCACCGTCCACTCAGCCACCATCCAGGAACTGGACCTGGTGAACGACAAGACGATCGTGGACGTCCGGTACGCGGTCCGACCGCTGCAGCCGAAGCATTCACAGCTCGGTTTCGACCGGTTGGCGGGTGCACTCTCGCCGGCACCGCAGGAACTTCCGGCACAACCAGCCCAGGATGCGCCGCCATCGCAGGCGGCGCCTCAGGCCCAGCAGTCCGTGCCCACCTCGGCAGGTGTAGCGTGA MNTIILIAADLAAITILTLALYLRRHRRRDLVVSYLGMNVGVLAVATALSGSAAGVGLGLGLFGVLSIIRLRSTELAQHEVAYYFSALALGLIAGIGVEPVWLTLSLMALVLLVMFVGDNPRVLPAYRHQTVVLDRAINSEPELYARLEEVLNGTVHSATIQELDLVNDKTIVDVRYAVRPLQPKHSQLGFDRLAGALSPAPQELPAQPAQDAPPSQAAPQAQQSVPTSAGVA NA NA NA NA NA D3-18_00786 1131 hypothetical protein ATGATCATCCTCATACCGGCCTACGAGCCGAACCGCCACCTCACTGCCCTTGTCCGCAGTCTTCAGGAAGCCGATCCGTGGTTGACCATCGTGGTGGTGGACGACGGCTCCGGCCCCGACTACAAAGACACGTTCGACGCCGTTGCGCGGCTCGGGTGCCATGTGCTCGGTTATGCGGTGAACCGTGGCAAGGGCCACGCGCTCAAGAGGGGCTTTGCCTTTATTGCGGCAGAGTTTCCCGGCCAGGATGTGGTCTGCGCTGACAGCGACGGGCAGCATCCCGTGGTTGACATCCTGGCTGTTGCCGACCGGGTGCGCAGTGTCACCGGTGCCATGGTCTTGGGCTGCCGGAATTTCTCCGGAGACGTCCCGGCCCGGAGCAAGTTCGGCAATACGGTGACGCGAGGGCTGTTCAGGCTCGCAACCGGACAACGGATCACGGACACTCAAACCGGTCTCCGCGGTTACCGGGCGGACATGCTCCCGTGGTTGCTGACCGTGCACGGCGAGCGGTACGAGTACGAGCTGAATCTCCTGCTCGAGGCGAAACAGGCTGGGTTCGGCATCGACAGCGTGGAGATCGCCACTGTGTACCTGGACCACAATTCGGCATCGCATTTCCGCCCCATAGCCGACTCCCTTCGGATCTATGCTCCCCTGCTGAAGTTCTTGGGCTCGTCCTTGTCGGCGTTCATGGTGGACATGGTGATGTTCCTGATCCTCAGCGCCTGGACGGACTCTTTGGTACTGGCGGTGGTGGGGGCCCGCCTGATCAGTGCCTCGGTGAATTTCATAGTCAACCGTCGGCTGGTCTTTGAACACGGACGGGACACCTCGCTTAGGGCTGCGGCCACGGGCTATGTGGCGCTGGTGCTTGTCCTGTTGTCCGCCAACTACGCCGCGATGTGGGCACTCACGTCACTGGCTGTACCGGACCTCCTGGCCAAGCTCGTCACCGAAGTGACCCTGCTGGGCTTCAGCTACGCGGTGCAGCAACGGTTCCTGTTCGTCCGGGAGGCGCAGGCTACTCGAGTCGAAACACATATCCCAACCTTGGTTCGAGCACAGTTTCAGCACAGCATGACCGGGAAAAGTGGAGATCAATCCCCCAAGAGATTCCGGAGTAACTGA MIILIPAYEPNRHLTALVRSLQEADPWLTIVVVDDGSGPDYKDTFDAVARLGCHVLGYAVNRGKGHALKRGFAFIAAEFPGQDVVCADSDGQHPVVDILAVADRVRSVTGAMVLGCRNFSGDVPARSKFGNTVTRGLFRLATGQRITDTQTGLRGYRADMLPWLLTVHGERYEYELNLLLEAKQAGFGIDSVEIATVYLDHNSASHFRPIADSLRIYAPLLKFLGSSLSAFMVDMVMFLILSAWTDSLVLAVVGARLISASVNFIVNRRLVFEHGRDTSLRAAATGYVALVLVLLSANYAAMWALTSLAVPDLLAKLVTEVTLLGFSYAVQQRFLFVREAQATRVETHIPTLVRAQFQHSMTGKSGDQSPKRFRSN NA NA NA NA NA D3-18_00787 993 hypothetical protein ATGACTCCTCCACAGACTGAACACCGTAAGGGCGGCCGGACTCGGCGCGCCGTCGTCTCCGCCGTTCTGGCGGTCACTCTTTCTGCCGGGGGTGCCGCAGCGTGGGCCCTCGACCGTTTCGTAGTCCCGCACGCAGAGATCACCAACGTTTCGGAATACGAGGCGAGCCAGGCAGGCACCACAACTACGGAAGGCACGACGGCGGACGCCACCTCCGCTGATACGTCGGCGAGCGCCGTGGTCACCGACACTTCGTACACTTCCGGGGACACCGGCGTCACCATCTCCACGGTGACCACCGGCAGCGGCGACGACACCGTGACGTACTACGTTGCCGACGTCGTGCTTGATGATGCCACAACGCTGAAGTCGGCGTTTGCCGAAGACACTTACGGCGAAAACATCACCGAAACCACGTCCGCGATCGCCGAGGACCATAACGGGATCTTCGCCATCAACGGCGACTACTACGGCTTCCGGGACACGGGCATCGTGATCCGCAATGGTGTGGTGTACCGGGATGAGGGGGCCCGCCAAGGTCTCGCGTTCTACAAGGACGGCACGGTTAAGGTCTACGACGAAACCACCACGACTGCTGAACAACTGATCGGGGACGGCGTCTGGAACACGCTTTCGTTTGGCCCGTCGTTGTTGGCGGATGGCGAGATCGCCTCCGGCATCGAGGACGTGGAGGTTGATACGAATTTCGGCAACCACTCCATTCAGGGCGAGCAGCCACGCACTGCCGTTGGCGTCATCGATGAGAACCACCTGGTGTTCGTGGTGGTGGACGGCCGCAGCCCCGGCTACAGCGCCGGCGTCACCATGACCGGCCTCGCCCAAATCATGAAGGACCTGGGCGCCACCACCGCTTACAACATCGACGGCGGCGGCTCCTCCACCATGTACTTCAACGGATCCCTGGTGAACAACCCCCTCGGCGAGAACAAAGAGCGCGGCACCTCGGACATCCTCTACATCGCCCAGTCATGA MTPPQTEHRKGGRTRRAVVSAVLAVTLSAGGAAAWALDRFVVPHAEITNVSEYEASQAGTTTTEGTTADATSADTSASAVVTDTSYTSGDTGVTISTVTTGSGDDTVTYYVADVVLDDATTLKSAFAEDTYGENITETTSAIAEDHNGIFAINGDYYGFRDTGIVIRNGVVYRDEGARQGLAFYKDGTVKVYDETTTTAEQLIGDGVWNTLSFGPSLLADGEIASGIEDVEVDTNFGNHSIQGEQPRTAVGVIDENHLVFVVVDGRSPGYSAGVTMTGLAQIMKDLGATTAYNIDGGGSSTMYFNGSLVNNPLGENKERGTSDILYIAQS NA NA NA NA NA D3-18_00788 588 hypothetical protein ATGGATGAAAAAGCGACGCTGCTCACATACTTGCGCCTCCGGCGGGCTGACCTGCTCGGGAAATTGGACGGGCTGAGCGAGTACGATGCGCGCCGGCCCATGGCACCCACGGGAACCAATCTGCTGGGCCTGGTCAAGCATGTGGCCAGTGTGGAACTGGGGTATTTCGGTGAAACCTTTGGCCGGCCCAGCGGCAGGGAGCTGCCGTGGTTTGCCGATGATGCAGCACCGGATTCGGATATGTGGGTTCCGGCAACGGAGAGCCGCGAAGAAATCCTGGGGCTTCACCACTTTTCCGCCAAGCACAGCGACGAGACCATCGAGTCCCTCCCTTTGGACGCTCCGGGCGTTGTGCCGTGGTGGTCTGATGAGAAGAAGAACGTCACTCTCCACCAGATCCTGGTCCACATGTGCGTGGAAACGTCGAGGCATGCGGGTCACGCGGACATTATTCGCGAACTCCTTGACGGCAACATCGGGCAAAGACCGGGCGATCCGAACATCCCGGGCCGGTCCGTGGAAGAGTGGGCAGCCCACCGTGCCCGTATTGAGCAGGCCGCGCTGCAGGCAGGCGAAAGCACCACTTAA MDEKATLLTYLRLRRADLLGKLDGLSEYDARRPMAPTGTNLLGLVKHVASVELGYFGETFGRPSGRELPWFADDAAPDSDMWVPATESREEILGLHHFSAKHSDETIESLPLDAPGVVPWWSDEKKNVTLHQILVHMCVETSRHAGHADIIRELLDGNIGQRPGDPNIPGRSVEEWAAHRARIEQAALQAGESTT NA NA NA NA NA D3-18_00789 2373 Hyaluronate lyase TTGTCACGTCAATTCCCCCGCAGGACCCTGCTCCAGGGTGCCGGCGCACTTTCCCTCGCGGCCGTGGTCAGCTCGATGTTTGCCCGGAACGCGTGGGCCGACACCGAACCGTACGCCTCGGAGTTCGCAGCGTTGCGAAGCCGCTGGGTGGACCAGATCACGGGCCGCAATGTCATCCAAGCGGGCGATCCGGACTTCGCCAAAGCGGTCACTGCCGTGAACACCAAGGCTGCCGACTCCTTGGCAAAGCTCAACCGGGCTCCAGCCCGAACGTCGGTCTTCACGGACTTGTCCTTCGCCAAGGACGCGGAAATGGTCACCACCTACACGCGCCTGTCACAGCTCGCCACGGCCTGGGCAACACCAACAGCGGCGGTGTTCGGGGATGCCTCCGTGCTGGCAGACATCAAAGCCGGCCTCGCTGACGCCAACACCCTCTGCTACAACGATGCCAAGGAAGAAGTTGGCAACTGGTGGTCCTGGGAGATCGGTGTACCCCGTGCACTCGCGGACGCCATGGTGCTCCTGCACGGGGAACTGTCCGCCGACGAGCGTACGGCCTACTGCGCGGCGATTGACCATTTTGTGCCCGACCCTTGGCTGCAGTTCCCACCCAAGCGCGGAAAGATCACGTCCGTAGGGGCCAACAGGGTGGACCTGTGCCAGGGAATCATCGTCCGGTCCCTTGCCGGCGAAGATCCGGCCAAACTCAACCATGCAGTCGCCGGGCTCAGCCAGGTATGGCAATACGTCACCAGTGGGGACGGGATCTTCCGCGATGGTTCGTTCATCCAACACAGCACCACCCCGTACACAGGCTCCTACGGTGTAGTCCTCCTCACCGGTTTGTCCAAGTTGTTCTCCGTGCTGGGAGGCACTGTTTTCGAGGTTTCCGACCCGTCGCGCAGCATCTTTTTCGACGCCGTGGAGGGGTCGTTTGCTCCCGTCATGATCAACGGAGCCATGGCCGATTCCGTTCGCGGCAGGAGCATCAGCCGCGAGGCCAACACCGGCTACGACCTCGGGGCGTCGGCGATCGAGGCCATCCTGCTCCTGGCCCGGGCCATGGATCCGGCTACTGCATCCCGATGGCGGGGTTTATGCGCGGGCTGGATTGCGCGTAATCCCTACCGCCCGATCCTTGCGGGGGCCAGCCTGCCCAGGACGGCACTGGTGAAGGAGCTCCGAGCCACTGGTGTTGCTCCCGTAGCGGAATCTTTCGGGCACAGGCTCTTCCCGGCGATGGACCGCACCATGCACCGGGGACCCGGCTGGGCATTGTCGCTCTCCATGTCCAGCAATCGCATTGCCTGGTATGAGTGCGGCAACGGAGAGAATAACCGCGGCTATCACACGGGTTCCGGCATGACCTACTTCTACACGTCCGACCTCGCCCAGTACGATGACGCGTTCTGGGCCACGGCCAACTATAACCGCCTCCCCGGTACCACCGTGGACACCACGGCCTTGCCGGACAAAGTGGAAGGGGAATGGGGCGCTGCGGTCCCGGCCAATGAGTGGAGCGGCGCCACCGCGCTGGGCGAGGTGGCCGCCGTCGGACAGCATCTGGTGGGGCCGGGCCGGACAGGCTTGTCCGCACGGAAGTCCTGGTTTGTCAGCGGGGAGGTCACGGTCTGCCTCGGCGCGGACATCAGCACTGGTTCGGGGGCCAAAGTGGAAAGCATCGTCGACCACCGCAAGCTTCACCAAGGCAGCAATACACTCACGACGGCGGCAGGCACCATAGCCGGATCGACCGGCAGCGCTGAGGTACTGGGCGATGGGCGCTGGGTCCATTTGGAAGGTTTCGGAGGCTACGCCATGCTCGACGATTCCCCGCTCCACGTGCTGCGGGAAATCCGCTCAGGCAGTTGGTCCGGGGTCAACGTCAACGGCAGTACTACGGTCCACCAGCGTAACTACGCAACGCTTTATATAGACCACGGCGCCGGATCTGCCTCGGGCAGCTATGCGTACGTTGTGGCACCAGGCGCATCAGTAGAACAGACCCAAAGACTGGTGCAGGGAAACAAATACAGGGTGATCCGCAACGATGCGACTGCGCAATCCGTGGAATTCAAGGCCGCGAAGACTACGGCAGCAACGTTCTGGAAGCCCGGGATGGCAGGGGATCTTGGAGCGTCGGGCGCTGCATGCGTGGTGTTCTCAAGGCACGACAACGTCCTCAGTCTGGCTGTCAGTGAGCCAACGCAAGAGGCTGACAGCCTCACGCTGACCCTCCCGGAAGGCACCTGGTCCAGCGTGCTGGAAGGTGCGGGCACACTGGGGACGGACTCTGCGGGCCAGACCACCCTGACCGTGGATACGGCCGGGCTCAGCGGCCAGACAAAGCTCATCAAGCTCCGCCGCTAG MSRQFPRRTLLQGAGALSLAAVVSSMFARNAWADTEPYASEFAALRSRWVDQITGRNVIQAGDPDFAKAVTAVNTKAADSLAKLNRAPARTSVFTDLSFAKDAEMVTTYTRLSQLATAWATPTAAVFGDASVLADIKAGLADANTLCYNDAKEEVGNWWSWEIGVPRALADAMVLLHGELSADERTAYCAAIDHFVPDPWLQFPPKRGKITSVGANRVDLCQGIIVRSLAGEDPAKLNHAVAGLSQVWQYVTSGDGIFRDGSFIQHSTTPYTGSYGVVLLTGLSKLFSVLGGTVFEVSDPSRSIFFDAVEGSFAPVMINGAMADSVRGRSISREANTGYDLGASAIEAILLLARAMDPATASRWRGLCAGWIARNPYRPILAGASLPRTALVKELRATGVAPVAESFGHRLFPAMDRTMHRGPGWALSLSMSSNRIAWYECGNGENNRGYHTGSGMTYFYTSDLAQYDDAFWATANYNRLPGTTVDTTALPDKVEGEWGAAVPANEWSGATALGEVAAVGQHLVGPGRTGLSARKSWFVSGEVTVCLGADISTGSGAKVESIVDHRKLHQGSNTLTTAAGTIAGSTGSAEVLGDGRWVHLEGFGGYAMLDDSPLHVLREIRSGSWSGVNVNGSTTVHQRNYATLYIDHGAGSASGSYAYVVAPGASVEQTQRLVQGNKYRVIRNDATAQSVEFKAAKTTAATFWKPGMAGDLGASGAACVVFSRHDNVLSLAVSEPTQEADSLTLTLPEGTWSSVLEGAGTLGTDSAGQTTLTVDTAGLSGQTKLIKLRR NA NA NA NA NA D3-18_00790 1224 araR_1 COG1609 Arabinose metabolism transcriptional repressor ATGCCAAAGAGGAATCAGGAACCGCAAGCGGACTCCGGTGCTACAGCACTGCGAGACACTGCCAAAGCCAATTTGAAGTTTCAGGACCTGAGCGACGACCTCCGCAGGGACATCATTGCCGGTACGTGGGCTGTGGGGACGAAACTCCCCACCGAGCAGCAACTCGCAGCAGAAACCGGGCTCTCCCTGACTACGGTGCGGCGGGCCTTCGAGGACCTCGTGGGCAAAGGGCTGGTGGTCCGCAGGCAAGGCGCAGGCAGCTTTGTCGCCGCACCCCAGCGTGCGCAGAAGCGCTCCCGTTTTGTTATCGGAGTCCTGCTACCGGACACACAGCTCTATTACCCGCGTGTCCTCCAGGGGATCGAGGAACATCTCTCCGCCCGCGGAGCGAGCCTGCAGTTGTCCACGTACCACTACGACTTCACCCGCGAGAACGCCAGCATCCAATTCCTCCTGGATGCCGGGGTGGACGGCCTCATCCTGGTGCCAACGTTGACCGGTCTGGCCAACCCCCAGCAGCGTGTTGCCGAGCTCATGGCCCTGCCCGTACCGGTTGTCCTCCTGGAACGGAGCCTGGACGACTTGGGCCCGGGCGACCTGACGGAGCACGTCTGTTCAGATCACCAAGGCGGAGCGTACGACGCCGTCATGCACCTTCACGGGTTGGGTCACCGAAAGATCGGGCTGCTCACGCGGGCGAATGAGGCCGCGCGCAGCAGTAATCCGACTCAGGCTGCGGTCATCGCAGGCTATACCGCCGCCATCTCTGCGTTGGGATTGGGTACGGATCAGCCCGGTCCCATGGCGTTCAGCGCCACGAAACCCGAGTGGGAAGCGGACCAGGCCGAGCACATGTTTGCGCTGCTGACGGGCAGTGGCGCCACGGCTGCCTTGGTCTTCGGAGACCGGGAAGCTGCCTTGCTGGAAGGAGCGGCGTCCAGGCACGGGGTCCGGGTGCCGGAAGATCTTGCCCTCGTCTCCTATGACGATGAAATGGCCGACCTCGCCCGGATACCGCTCACGGCGGTCTCTCCAGCCAAGCACAGGTTGGGCGTCATGGCCGCCGATGTCCTGTTGCGTCGGCTGACCGAAGGTGACGCGTGTCCCCTGTACCAAATCCGGCTGCGGCCACGCATCGTTGTCCGTGACTCGTGTGGGGCCAAGATGGCCAGCCACCTCCAGCCTGTTGCGAGGCCCGCTCTGCATCCTTCGAGGGCCACCTAG MPKRNQEPQADSGATALRDTAKANLKFQDLSDDLRRDIIAGTWAVGTKLPTEQQLAAETGLSLTTVRRAFEDLVGKGLVVRRQGAGSFVAAPQRAQKRSRFVIGVLLPDTQLYYPRVLQGIEEHLSARGASLQLSTYHYDFTRENASIQFLLDAGVDGLILVPTLTGLANPQQRVAELMALPVPVVLLERSLDDLGPGDLTEHVCSDHQGGAYDAVMHLHGLGHRKIGLLTRANEAARSSNPTQAAVIAGYTAAISALGLGTDQPGPMAFSATKPEWEADQAEHMFALLTGSGATAALVFGDREAALLEGAASRHGVRVPEDLALVSYDDEMADLARIPLTAVSPAKHRLGVMAADVLLRRLTEGDACPLYQIRLRPRIVVRDSCGAKMASHLQPVARPALHPSRAT PGPT0017490_40 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_ARABINOSE_METABOLISM,PGPT0017490-araR-K02103 NA NA D3-18_00791 1500 Ulvan-active sulfatase GTGTCCAACAAGAAGCCGAATATCCTGTTCATCCTCAGCGACGACCAAGGTGCGTGGGCCCTGGGGTGCGCGGGAAACCCCGAGATCCACACCCCGCATCTGGATGCCCTCGCTGCCCGCGGAACGCGCTTGGAGAACTTCTTCTGCGTCTCACCCGTCTGCTCACCGGCGCGCGCCAGCCTGATGACCGGGGACATCCCCTCGCGGCACGGCGTCCATGACTACTTGGCAGGCATTGAAACGGGACCTGAGGCCGTTGATTACCTGCAGGGACAACGCCTGTTCACGGATGACCTCGCCTTCGCAGGGTACCGCCTTGGTTTGTCCGGCAAATGGCACCTTGGCGCCAACGATGCTCCGCGGAACGGCTTCAGTCACTGGTTCGCGCTGGAGGGAGGCGGCAGCCCCTATGACCGTTCAGTGATGTACAGGTTCGACGGCGACACCAGCCACCGGGAACCGGTCACCGAATACTTGACGGACGCGATCACCAGCGATGCGTTGGACTTCTTGACTGAGGCCTCGCACGAAGCCGAGCCCTTCTTCCTGGCCCTTAACTACTTGGCCCCCCACAAACCTTGGAAGGACCAGCACCCACCGGAGTTCGAGGAGCTCTACAGCGACTGCACGTTTGCCAGCTGCCCGCAGGAAGCCATACACCCCTGGACTCCCACCGTGGAGGGTGTCCCAATCGGCGGCGAGGCGGACGTACGGGCCTCGTTGGTGGGATACTTTGCCGCGGTCAGTGCCATGGATGCCGGGATCGGCCTGGTCCTCAGCCGGCTGGAGGAACTCGGGATCCGGGACAACACCCTGGTGGTCTTCAGCAGCGATAACGGCTTCAATTGCGGCCATCACGGCGTTTGGGGGAAGGGCAACGGGACGTTCCCGCAGAACGTCTACGACTCCTCCGTCAAGGTTCCGGCGATCTTCGCGCTCCCGGGCAGGATCCAGCAGGGCGTGGTACTGACGGAACTGTTGTCCGCTTACGACGTAGCCGCCACTGTTCTGGAGCTCGCAGGCCTGGACGCCCGGCCCTTCGAACGCGGGCCTGGGCAGTCTTTTGCGGAGCTGTTGCGCGCGCTGCCGGACCCAGCAGGGGATGCCACCGGTGAGACCCCCGACGACGGCGGGCCGCCCGCCGCTGCCGGGGAACGTGCCGTGGTGGTCTTCGACGAATACGGCCCGGTCCGGATGATCCGCAGCACGGACTGGAAGTACGTGCACCGGTATCCGCACGGTCCGCATGAACTCTACGATCTGGTGGCCGACCCGGACGAGCGAGTCAACCTTGTGGACCAGCCGGCGCACTCGGCACGGGTGGCGGGCCTGCGAGCCCAACTCCAGGAATGGTTCCAGCGCTACGCCGTCCAAGGACTCGACGGGAGTTGGCTTCCGGTGGCAGGGGCAGGCCAGACTGCGTCCGTGCTGGACGATCCCTTGGGGGCTTTCACCCCACCCACCTGGGATGGCACGGGCGCAACCGGCGGCACGGCCTAG MSNKKPNILFILSDDQGAWALGCAGNPEIHTPHLDALAARGTRLENFFCVSPVCSPARASLMTGDIPSRHGVHDYLAGIETGPEAVDYLQGQRLFTDDLAFAGYRLGLSGKWHLGANDAPRNGFSHWFALEGGGSPYDRSVMYRFDGDTSHREPVTEYLTDAITSDALDFLTEASHEAEPFFLALNYLAPHKPWKDQHPPEFEELYSDCTFASCPQEAIHPWTPTVEGVPIGGEADVRASLVGYFAAVSAMDAGIGLVLSRLEELGIRDNTLVVFSSDNGFNCGHHGVWGKGNGTFPQNVYDSSVKVPAIFALPGRIQQGVVLTELLSAYDVAATVLELAGLDARPFERGPGQSFAELLRALPDPAGDATGETPDDGGPPAAAGERAVVVFDEYGPVRMIRSTDWKYVHRYPHGPHELYDLVADPDERVNLVDQPAHSARVAGLRAQLQEWFQRYAVQGLDGSWLPVAGAGQTASVLDDPLGAFTPPTWDGTGATGGTA PGPT0013620_747 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 D3-18_00792 993 iolG_2 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase GTGGCACACTTCCATGCAGCATCCGCAGCGCGGATCGACAACGTGGAGTTGGCCGCCGTCTGCGATCTGCGGCATGAAGCCGCCGAGAGGGTCGCATCGCCATGGGGGGCTTCCGTCTACGGGGACTACTTGGCCATGTTTCGTGAGGCCGGCCTGCATGCGGTCATCATCAATACCCCGCACGCCCTGCATCTCGAGATGGTGCTGGCCGCAGCAGAAAACGGATTGCATATCCTGGTGGAAAAGCCCATGGCAACCACCGTGGCCGACTGCGATCGCATGATCCGGGCCTGCCGGGAGGCCGGGGTGTCCTTGGTGATCGGGCAGATCCAGCATTTCCTTCCGGAGAAGCTGGCGGCCGAGGACGTGCTGGCCGGCGGCGAACTTGGCCGGGTGCTGATGATCCGCGACTACAGGACCACCGATTACCGTCCAGGGACCCGTCCGGAGTGGTTCTTCAGCGAAACCCTGGCCGGTGGTGGCGCCCTGATGAATATCGGCGGCCATTGCCTTGACCGTTCCATCTGGTTTGGTGGCGCACCCGTTGAATCCCTCGACGCCTCCACCCTCAAGCGCTTCGGCGTCCCGGTGGAAACCGACGGTGCCATCTCGCTGACGCTCCGCAACAGCGTCCACGTCAGCGTCGTGGTTGTTTCCGACGCCGCGCAGCGCATGGACGAGATCCTTATCGTGTGCGAGCACGGCACCATTTCCTGCAGTCCACACAACGGAACCTTGGTCCGCTGCAACGGCACCACCCGCACGGTATGGGAGCCGCAGCCGGAGGACATCCAGGAGGGCTTCTTCCTGCAGTTGCAGGACTTCATCAGAGTGCTCGACGGCGGCGCACCCAAGGTCAGCGTTGAGCACGCCCGCCACATCGTCGAGGTAGTCCTGGCGTCCTACGAGGCCGCCGGGACCGGGAGCCCGGTGGTCCTCAACGAGTCCGATGACGCTGCCCGAGCCGGACTCATCCTTAGCGAAGTCCCCTAG MAHFHAASAARIDNVELAAVCDLRHEAAERVASPWGASVYGDYLAMFREAGLHAVIINTPHALHLEMVLAAAENGLHILVEKPMATTVADCDRMIRACREAGVSLVIGQIQHFLPEKLAAEDVLAGGELGRVLMIRDYRTTDYRPGTRPEWFFSETLAGGGALMNIGGHCLDRSIWFGGAPVESLDASTLKRFGVPVETDGAISLTLRNSVHVSVVVVSDAAQRMDEILIVCEHGTISCSPHNGTLVRCNGTTRTVWEPQPEDIQEGFFLQLQDFIRVLDGGAPKVSVEHARHIVEVVLASYEAAGTGSPVVLNESDDAARAGLILSEVP PGPT0006545_79 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_PHTHALATE_UTILIZATION,PGPT0006545-pht4-K18067 NA NA D3-18_00793 1338 hypothetical protein ATGGGCAAAACAGCCCGTCATCTTCGCCCGCTGGCCGCCCTGTTGGGTGCAGCGCTTGCTTTATCCACCACGGCTTGCGGTGGAGCCACCGATGCCTCCACGGCCGCCGAAGCCGTGGATATTTCCGGCTCCATCTCGGGCCAGACCATCAACTACTGGTCCATGTGGAAAGACGGTGAGCCCCAGCAGAAGGTCATCGCCGCTGCCATCGCCGACTTTGAAAAGGAAACCGGAGCCACAGTCAGCGTCCAGTGGCAGGGCCGCAGCAACACTGAAAAGCTGGTCCCTGCGCTGAACACCAACAACGTCCCGGACCTGGTGGACGGGACGTTCGCCAAATTGGCTCCGGTGATCGGTGAAACCGGGCAGGCGAGCCCCTTGACGTCCGTGTACTCGTACGAGGTGGACGGGAAAGCCGTCAGCTCATTGATCCCCGAGAAGTTCACCAGCAACGGCGTTTTCAAAGGCGAAGACGGCCAGCCCTGGATGGTGCCCTACAGCATCAGCTCCGACGGCATTTGGTTCGATGCTGCCAAGCACCCGGAGCTCAAGGCGAAGCCGCCAGCTACGTGGGATGAATTCATTGAAGTCCTGGACGCGCTGAAGGCCGGTGGAACGGCTCCGATCGCTGCGGACGGAGACATCGCAGGCTACAACTCCACGTGGTTCGTCACGGCGCTGCTCCGACTCAAGGGAGCAGGAAGTTTCAAGGCCCTTGCTGAAGACAAGTCGGGTGAAGGATGGGACGATCCCGCTGTCCTTGAAGCGGCCGGGAAGGTGGAAACCCTGGTCAAGGGCGGGTACCTGAACAGTGGCTACAACGCGAGCAAGTTCCCGGCACAACAACAACTCTGGGCAAACGGCGACGCGGCCCTGATCCTCAACGGTTCCTGGACGCCTACCGAAACGGGCTCGTACGCCGCACCCGGGTTCGAATACTCCTCCTTCCAGTTCCCGGCCATCGATGACAAGCCGGCCAGTGCCCGGGTGGACTTCATCGGCTTCGCTGTCCCGGCAAAGTCCAAGAACCAAGCACCGGCGCAGCGACTCTCGGCGTTCCTGCTGGGCGCCAAGTACCAGAACGCCCTGGGAACGGACGCCAAGGTGCTGCCCGTGAGGTCGGACGCGCCGGTGGATCCCGCCGTCGCAAGCGTCAAAGCTGCCATCGATGCCGCTCCGGCCACCCACTTGCAGAACGACGGCGTGACGTTCCCCGGGTACACGGAGAAGGTCTTCTTCCCCAGGGACGATGAACTGTTCCTCGGAAAGACCACAGCCAAGGAGTTCGTGGCCAAGATGAAGGAAGCCCAGATCCAGTACTGGAAGGACAACGGCTGA MGKTARHLRPLAALLGAALALSTTACGGATDASTAAEAVDISGSISGQTINYWSMWKDGEPQQKVIAAAIADFEKETGATVSVQWQGRSNTEKLVPALNTNNVPDLVDGTFAKLAPVIGETGQASPLTSVYSYEVDGKAVSSLIPEKFTSNGVFKGEDGQPWMVPYSISSDGIWFDAAKHPELKAKPPATWDEFIEVLDALKAGGTAPIAADGDIAGYNSTWFVTALLRLKGAGSFKALAEDKSGEGWDDPAVLEAAGKVETLVKGGYLNSGYNASKFPAQQQLWANGDAALILNGSWTPTETGSYAAPGFEYSSFQFPAIDDKPASARVDFIGFAVPAKSKNQAPAQRLSAFLLGAKYQNALGTDAKVLPVRSDAPVDPAVASVKAAIDAAPATHLQNDGVTFPGYTEKVFFPRDDELFLGKTTAKEFVAKMKEAQIQYWKDNG NA NA NA NA NA D3-18_00794 999 ngcF_1 COG1175 Diacetylchitobiose uptake system permease protein NgcF ATGTCCTTGGGTCTGAAAGAGCCCCGCGCCGGGAAAGCGGCACTACAGAATCCGGCGTCCCGCAAACCGGTGACCACGAGGTCATCAGCTCAGAGCCGCCGGCAGGGAAGTTCCATTGACGTGCAGCGCAAGAAGCTGCTGTTTCCCTTCGTGGGTCCGGCATTCGTCTTGTACACCGTCCTCTTCATTGTCCCCGCCCTCGGCGCCGTGTGGATCAGCCTCCACAAGTGGGCCGGCTCCGGACCCATGAAGTTCGTGGGCTTGGACAATTACGGCAGGATCTTCGGGGACCCGCTGTTCCTGTCATCGTTCGGCAACACGCTGCTGCTGTTGTTTGTAGTGGGAACTGCCATCTTCGTCCTGGCCTTTGCCATGACGCTCGTCCTCAGGGACATGGCAGGAAAGAAGGTGGTCCGAAACGTCATCTTCTTCCCCCACCTCATCAACGCACTCGTATTCGGCGTCATGGCAGGTTTCATTTTCAATCCGGGTGGCATGGTGAACAGCCTGCTGGCACCTCTTGGTGTGACAGACCCACCAAAATGGCTGGCGCAGGACAACATTTTCCCGCTCATCATGGTCACGCTGGTCTGCACTACCACCGGCTACTTCACCACCATCCTGATGGCTGGCGTCGACCGTATTCCGCCCTATTACTACGAGGACTGTGCACTGGCAGGGGCCACCGCGTTCCAAAGGCTGCGCTACGTGATCCTGCCGCTGACGTGGGACGTTTTCGGCACATGTGCCGTGCTGTGGACCATCTCGTCGGTGAAGATCTTCGAGATCGTCTGGGTCTTCGGTGGAAGCTCCGGGGCCGGGGTGCCGCCAACCCAAAGCTGGACGGCCGCCGTCTATACCTACGTCAACGCTTTCTCCGGACAGTCAACGCCGGCCTATGGAGCCGCGACAGCGTCTGCCGTCTTGTCCCTGGCACTGATTTCCGTCCTGGTTGTCCTGCTGCGCCGCGCGATGCGTCGCGACGCCGTCGAGTTCTAA MSLGLKEPRAGKAALQNPASRKPVTTRSSAQSRRQGSSIDVQRKKLLFPFVGPAFVLYTVLFIVPALGAVWISLHKWAGSGPMKFVGLDNYGRIFGDPLFLSSFGNTLLLLFVVGTAIFVLAFAMTLVLRDMAGKKVVRNVIFFPHLINALVFGVMAGFIFNPGGMVNSLLAPLGVTDPPKWLAQDNIFPLIMVTLVCTTTGYFTTILMAGVDRIPPYYYEDCALAGATAFQRLRYVILPLTWDVFGTCAVLWTISSVKIFEIVWVFGGSSGAGVPPTQSWTAAVYTYVNAFSGQSTPAYGAATASAVLSLALISVLVVLLRRAMRRDAVEF PGPT0016335_311 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 D3-18_00795 909 ngcG_1 COG0395 Diacetylchitobiose uptake system permease protein NgcG ATGAGCGAATACAAACTGTTGGGACCCATGGCTATCACCCGCAGGCCGGGCCGCCGGGGCGTCAGTCCCGCCTTGCGCGGGGAGCGCAGCGTGCTCAGGGGTATCGGGGTGGGGCTGCTGTGGTTGGTGGTCGCAATCAGTATCGCGGCACTGGTGTGGATGGTGGCCCAGGCATTCCGGGATACACGGGCCATCCTTGACGACCCCTGGGGCGTGCCATCGTCTTTGGACTTCGGCAACTTCGTCCGGGCATGGACCGTGGGCGACTTCGCGGTGGCCACATGGAACAGCCTGCTGACCACGGTGGTGTCTTCGGTCCTGACCGTCGCCATCGCCGCACCGTGCGCCTACTACCTGAGCCGGGTGGACAACAGGCTGACCCGTGGCTTGAGCCTGTACTTCATCCTGGGCCTTGGTATTCCGGCGCAGGTCATTCTGATTCCACTGTTCGTGATGCTCAACAAGGTGTATCTCACGGACAGCATCATCGGATTGAACCTCGTCTACATCGGCGTCTCCATGCCCTTCACGGTCTTCCTGCTGACGGCGTTCTTCCGATCCCTCCCCTTGGAAATGGAAGAGGCAGCGGCACTGGACGGGACCACCGCTTTCGGGACGTTCTGGCGCATCACGTTGCCGTTGGCGAAAGGGGGGATTCTCACCGCCTTCATCCTTCAGGTCATCTCGCACTGGAATGAAACCCTTTTGGCCTTGACCCTGCTTCAATCCACCGAGAAGTACACCCTCCCTGTCGCCCTGATTTCCTTCGTCCAGCAGCAGACCTACTCGGGTGCAGACTGGGGCGGGCTGTTTGCCGGCCTCGTGATGGTGGTGCTGCCCATGCTGGTCATCTATGTATGGTTGGGTCGGCGCCTAACCGAGGGACTCACGCTGGGGATGGGTAAATAA MSEYKLLGPMAITRRPGRRGVSPALRGERSVLRGIGVGLLWLVVAISIAALVWMVAQAFRDTRAILDDPWGVPSSLDFGNFVRAWTVGDFAVATWNSLLTTVVSSVLTVAIAAPCAYYLSRVDNRLTRGLSLYFILGLGIPAQVILIPLFVMLNKVYLTDSIIGLNLVYIGVSMPFTVFLLTAFFRSLPLEMEEAAALDGTTAFGTFWRITLPLAKGGILTAFILQVISHWNETLLALTLLQSTEKYTLPVALISFVQQQTYSGADWGGLFAGLVMVVLPMLVIYVWLGRRLTEGLTLGMGK PGPT0016340_107 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 D3-18_00796 360 hypothetical protein ATGTTGACCATCGGCAGCACTGTCCTGGGCGTCAATGACATTGCCCGCGCCACAGAATTCTGGCACGGAGCGCTCGGCTATGTTCCCCGCGAGCCGGGCGATGACACGTGGGTGATCCTGGTACCGGCGTCCGGCCCCGGCCCACAGCTCGCGCTGATGCTGAGTGAAACACCGGTGCAGGAGCATCCCCGCACCCATTTGGATCTCTACGCGGATGACCAGGCCGCGGAAGTGGCGCGGCTCATCGGTCTCGGGGCAGAACGAGTCGACTGGGACCTGTACCCCGAGGATCCGGACTTCGTGGTCCTCGCGGACCCTGACGGCAACCGCTTCTGCGTCATCGACAAGAGTCCGCGGTAG MLTIGSTVLGVNDIARATEFWHGALGYVPREPGDDTWVILVPASGPGPQLALMLSETPVQEHPRTHLDLYADDQAAEVARLIGLGAERVDWDLYPEDPDFVVLADPDGNRFCVIDKSPR NA NA NA NA NA D3-18_00797 330 hypothetical protein ATGGCCACAGAGCACGACGTAAGACGCATCTGCCTGAGCATGCCTGGAGTGACCGAGCGCCAGAGCTGGGGGCAGCCCGCGTGGTTCGCCAAGTCCCTCATGGCGCGCATGTGGGAAGAGGGCGTGGGCACTGTGAAAACTGACGAACGCGAAGCGCTCGCAGCCATGAAACCCGACACATTCTTCTGGACTCCGCATCACGAACAGTCGCCGAAACTGATGCTGATCCGGCTGGAGAACATTGAGGTGGACGAGCTCGACGAACTGCTCCAGGAGTCGTACAGAATTGCCGGCGGCCCGGGCAAACCCACCCAACTGAGTCGCAGTTGA MATEHDVRRICLSMPGVTERQSWGQPAWFAKSLMARMWEEGVGTVKTDEREALAAMKPDTFFWTPHHEQSPKLMLIRLENIEVDELDELLQESYRIAGGPGKPTQLSRS NA NA NA NA NA D3-18_00798 300 hypothetical protein ATGGGGGAAAACAACATACTTGGGGAACAGAACACACCGCAGCCTGCGCGCAGGGTCTCTGCCGTCGTCGTGCCTTTGCTGGGGTTGATCGCCGTGATCGTGGGGCTGATCGTGGCGTGGAACAATCAAAGCACAAGCTTCGGCTGGTTCGCCTACGCACCGCTCAGTGACACGGTCTTCATCGGAAACGGTGTAGCCATGGTCAGCCAAGGAACGCAGCTCGGGCTCGCCGTGACCGTCGTCGGCCTGTTGGTCCTCGCGTTCCGGGCCGGGCTCGTCATAGGCCGCCGCAGCCGCTGA MGENNILGEQNTPQPARRVSAVVVPLLGLIAVIVGLIVAWNNQSTSFGWFAYAPLSDTVFIGNGVAMVSQGTQLGLAVTVVGLLVLAFRAGLVIGRRSR NA NA NA NA NA D3-18_00799 813 allE COG3257 (S)-ureidoglycine aminohydrolase ATGGGCAAGTACTACTACCCGCAGGGCGGCCTGCCGCCGCAGACCCACCTCACCACGGAACGGGCGATCGTCACCGAGGCTTACACGGTGATCCCCAAGGGCGTCATGACGGACATCGTCACCAGCAACCTGCCGGGTTTCTCCAACACTCGTTCGTGGATCATCGCGCGGCCGATCTCCGGCTTCGCCACCACGTTCTCCCAGCTGATCGTAGAGATCGCACCCGGCGGAGGCGCTCCCAAGGCCGAGTTTGAGTCCGGCGTTGAAGGCGTCATCTTTGTCACCAAGGGCCAGGTCAACCTGACCCTCGACGGCGAACTGCACCACCTCGAAGAGGGCGGCTACGCCTACCTTGCTGCCGGCGCAGACTGGGGCCTGGAGAACGTGTCCGACGACATCGTCTCCTTCCACTGGATCCGCAAGGCCTACGAACGCCTTGAGGGCTTCGAAGCCAAGTCCTTCGTCACCAACGAGAAGGACGTGGAGCCCACCTCCATGCCGGACACCAACGACGTATGGAAGACCACGCGCTTCACGGACTCCAGCGACCTGGCCCACGACATGCAGGTCAACATCGTCACCTTCCAGCCCGGCGGCGTGATCCCCTTCCCGGAGACCCACGTCATGGAGCACGGCCTGTACGTCCTGGAAGGCAAGGCCATGTACTTGCTCAACAACGACTGGGTTGAGGTGGAGGCCGGCGACTTCATGTGGCTGCGCGCGTTCTGCCCGCAGGCTTGCTACGCCGGTGGTCCGGGCGAGTTCCGTTACCTGCTGTACAAGGACATGAACCGCCAGGTGAAGCTCACCTAG MGKYYYPQGGLPPQTHLTTERAIVTEAYTVIPKGVMTDIVTSNLPGFSNTRSWIIARPISGFATTFSQLIVEIAPGGGAPKAEFESGVEGVIFVTKGQVNLTLDGELHHLEEGGYAYLAAGADWGLENVSDDIVSFHWIRKAYERLEGFEAKSFVTNEKDVEPTSMPDTNDVWKTTRFTDSSDLAHDMQVNIVTFQPGGVIPFPETHVMEHGLYVLEGKAMYLLNNDWVEVEAGDFMWLRAFCPQACYAGGPGEFRYLLYKDMNRQVKLT PGPT0021650_144 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021650-ylbA-K14977 NA NA D3-18_00800 1263 hypothetical protein ATGGGCTCATTCTCTTCCTCTGATCTGGCTCACATCGAGTCCCAGCTCGCCGCGACGGACCAGTTGCTTGACCGCAACTACCCTGGCGACGACGGCTCACGCCAGCCCATCCATACTGTCTACATCCCGGCCGACCGCTTCACGCCTTCCCTTGCGGCAGAGTGGGGCGCCCAGGCACTGGCGACGGCGGAAGCTCACGGCGGCTTGGAAAAGCTCGGTCAGCTGTTGGGCCAGGAGTCTCATTTGGCTGCCGCTGTTGCCTCCCGTGTGGCGGAGAAGCTCCGTGCTGAGCCGATCGAAGATCTCCGCCTGGACTTCGAAGACGGCTACGGCGATCGCGGCGATGAGGCAGAAGACGCCGACGCCGTTGCTGCCGCCAAGAAGGTTGCAGAGGCAGTTGCGGCCGGGACAGCTCCGCCGTTCATCGGCATCAGGTTCAAGTGCTTCGAAGCCCCCACGAGGGCCCGCGGCCTGAAGACGCTGGACCTGTTCGTCTCCACGTTGGCCGAAGCCGGCGAACTCCCGGCCGGACTCATCCTCACCCTGCCCAAGGTCACCACGGTGGCACAGGTGCAGGCGATGGACTTCGCAGTGTCCCGCCTCGAAGAAGTCCACGGACTCCCCGCCGGCAGGCTTCGCTTTGAGGTCCAGGTGGAAACCCCTCAGCTCATTCTTGGCGCTGACGGAACGTCTCCTGTGGCCCAACTCCCCCACATTGTGCCGGGACGTATCAGCGCCCTGCACTACGGGACCTACGATTACAGCGCTTCTCTGGGCATCTCTGCGGAATACCAGTCCATGGAACACCCCGTGGCCGATTTCGCCAAGGAAGTCATGCAGCTTGCAGTTGCCGGCACGGGCATCCGCCTCTCCGACGGTTCCACCAACATCATCCCCGTGGGCGATGGCGTGGAAGATGCCTGGAAGCTGCACGGCCGACTGGTCCGACGCTCCCTGGAAAACGGCTACTACCAGGGGTGGGACCTGCACGCAGCCCAGCTGCCCAGCCGCTTCTCGGCGTCGTACGCTTTCTACCGCGAAGGCCTCCCCGCCGCGGCCCTCCGCCTCCGCAACTACGTGGAGCGCACCGAAGGCGGCGTCATGGATGAGCCCGCCACAGCCCGCGCGCTGGCTGGCTTCGTCCTCCGTGGCGTCCAATGCGGCGCAGTGGGGACCGACGAGGTCAAGGCGCTTGCCGGCGTCGAACTTTCACAGCTGACCGCGCTGGCGCACCCGCGGCTCGCGCAACCGACTTCCCACTGA MGSFSSSDLAHIESQLAATDQLLDRNYPGDDGSRQPIHTVYIPADRFTPSLAAEWGAQALATAEAHGGLEKLGQLLGQESHLAAAVASRVAEKLRAEPIEDLRLDFEDGYGDRGDEAEDADAVAAAKKVAEAVAAGTAPPFIGIRFKCFEAPTRARGLKTLDLFVSTLAEAGELPAGLILTLPKVTTVAQVQAMDFAVSRLEEVHGLPAGRLRFEVQVETPQLILGADGTSPVAQLPHIVPGRISALHYGTYDYSASLGISAEYQSMEHPVADFAKEVMQLAVAGTGIRLSDGSTNIIPVGDGVEDAWKLHGRLVRRSLENGYYQGWDLHAAQLPSRFSASYAFYREGLPAAALRLRNYVERTEGGVMDEPATARALAGFVLRGVQCGAVGTDEVKALAGVELSQLTALAHPRLAQPTSH NA NA NA NA NA D3-18_00801 1599 aceB_1 COG2225 Malate synthase A ATGGCTATCACAGTCACCGATCCCCGGCCGATCGATCGTGCCGAGGAAATCCTCAGCCCCAAGGCATTGGGCTTCATCGAGGAACTGCACAAGCGCTTCGCCGGCACCCGCAATGAGCTGTTGGAAGCGCGGAAAGTCAAGCGCCAGAAGGTTGCGGACACCAGCCGCCTGGACTTCCTCCCGGAGACGCAGGAAATCCGCGACGGCGACTGGAAGGTTGCCGAGGCACCGGCAGCTTTGCAGGACCGCCGCGTTGAGATGACCGGCCCTGCAACCCCCGCCAAGATGGCCATCAACGCCCTGAACTCCGGCGCCAAGGTATGGCTCGCGGACCTCGAGGACGCCAGCACGCCCACGTGGCCCAACGTCATCGACGCCATCCTCAACCTTCGCGACGCTGCCCAGGGCACCCTGAGCTACACCTCGCCCGAGGGCAAGGAATACCGCCTTCGCACCGATGCTCCCTTGGCTGTTGTTGTTGCCCGCCCCCGCGGCTGGCACATGGAAGAGAACCACCTGCTGATCGACGGCGAACCCGCCGTGGGTGCGCTGGTGGACTTCGGCCTGCACTTCTTCCACATCGCCAAGCAGCTCCTCCTCAACGGCCACGGCCCGTACTACTACCTGCCCAAGATGGAGAGCCACCTTGAGGCGCGCCTCTGGAACGACGTCTTCGTGTTCGCCCAGGACTTCCTCGGCATCCCGCAGGGCAGCGTCCGCGCCACGGTCCTCATCGAGACCATCCCGGCAGCGTTCGAGATGGACGAGATCCTCTACGAACTGCGCGACCACGCCTCGGGCCTGAACGCCGGCCGCTGGGATTACCTCTTCAGCATCATCAAGTACTTCCGTGATGCCGGCGAAGAGTTTGTCCTCCCGGACCGCGCCACCGTTGCCATGACGGCTCCGTTCATGCGCGCCTACACGGAACTCCTGGTCAAGACCTGCCACAAGCGCGGGGCCTTCGCCATGGGTGGCATGGCCGCCGTCATCCCCAACCGCAAGCAGCCGGACGTCACCGCCGCAGCCTTCGACAAGGTCCGCGCCGACAAGACCCGCGAGGCAAACGACGGCTTCGACGGCTCCTGGGTTGCACACCCGGACCTGGTCTCCACCTGCCGCGAAGTCTTCGACTCCGTACTCGGCGACCGCCCCAACCAGCTCGACAAGCAGCGCCCCGAGGTAAGCGTCACGGCCGAGCAGCTCATCGACGTCGCCTCTGCCGGCGGCACGGTCACTGAAGCCGGCCTGCGGCTGAACCTGTACGTCGCCGTCGCTTATACGGGCGTGTGGATTTCCGGCAGCGGCGCTGTGGCCATCCACAACCTCATGGAAGACGCCGCTACTGCGGAGATCTCCCGCTCGCAGGTCTGGCAGCAGATCCGCAACAAGTCTGTCCTCGCGGACACGGGTAACACCGTGACCCGTGAACTCGTCAGCCGCATCCTCGGCGAAGAAACCGAGCGCCTGCGCATCGAGTTCGGTGACGAGAACTTCAAGGCGTACTACGAGCCCGCGTCCAAGCTGATTGAGGACATCTGTCTGTCCGACGATTACACGGACTTCCTCACCACTCCCGCGTATGAGCTGGTGGGCTGA MAITVTDPRPIDRAEEILSPKALGFIEELHKRFAGTRNELLEARKVKRQKVADTSRLDFLPETQEIRDGDWKVAEAPAALQDRRVEMTGPATPAKMAINALNSGAKVWLADLEDASTPTWPNVIDAILNLRDAAQGTLSYTSPEGKEYRLRTDAPLAVVVARPRGWHMEENHLLIDGEPAVGALVDFGLHFFHIAKQLLLNGHGPYYYLPKMESHLEARLWNDVFVFAQDFLGIPQGSVRATVLIETIPAAFEMDEILYELRDHASGLNAGRWDYLFSIIKYFRDAGEEFVLPDRATVAMTAPFMRAYTELLVKTCHKRGAFAMGGMAAVIPNRKQPDVTAAAFDKVRADKTREANDGFDGSWVAHPDLVSTCREVFDSVLGDRPNQLDKQRPEVSVTAEQLIDVASAGGTVTEAGLRLNLYVAVAYTGVWISGSGAVAIHNLMEDAATAEISRSQVWQQIRNKSVLADTGNTVTRELVSRILGEETERLRIEFGDENFKAYYEPASKLIEDICLSDDYTDFLTTPAYELVG PGPT0001445_2627 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-OXALACETIC_ACID_BIOSYNTHESIS,PGPT0001445-aceB|glcB-K01638 NA NA D3-18_00802 1401 NAD-dependent malic enzyme ATGGCGAATCCGAGCCCCGGAAACTCGATCACCCTGCGCGTCGCCGCACCGTCGAGCTTCACCGCTACCAGCGAACTGGCAGCAGCTGTCGGCGCAGCCGGTGCAGCGATCACCGCGCTGGACGTCACGGAATCCCACCACGAGACGATCGTTGTTGACGTCACGTGCAACACCACCGACGACGATCACGCAGCCCGCGTGAAGGATGCCCTGAACGCCCTCGACGGCGTCACCGTCCAGCACGTCTCGGACCGCACCTTCCTCATGCACCTCGGTGGCAAGCTCGAGGTCGTCCCCAAGGTCGCCCTGCGCAACCGCGACGATCTGTCCCGTGCCTACACTCCCGGCGTCGCACGTGTTTGCATGGCCATCGCAGAGGACCCGGCCGCAGCCCGCAACCTCACGGTCAAGCGCAACACCATCGCAGTCCTCACCGACGGTTCGGCCGTTCTGGGCCTGGGCAACATCGGCCCCGCCGCTGCCCTGCCCGTCATGGAAGGCAAGGCTGCGCTCTTCAAGCAGTTCGCCAACGTTGACGCCTGGCCGGTCTGCCTGGACACCCAGGACACCGAAGAAATCATCATGATCGCCAAGGCCATGGCGCCCGTCTACGGCGGCATCAACCTCGAAGACATCGCCGCGCCGCGCTGCTTCGAGATCGAGAACCGCCTCCGCGAGGAACTGGACATCCCGGTCTTCCACGACGACCAGCACGGCACCGCGATCGTCACGCTCGCGGCCTTGGTCAACGCCCTTCGCGTTGTGGACAAGAAGCTGTCCGAGGTCAAGATCGTCGTTTCCGGTGTCGGCGCTGCCGGTTCCGCCATCATCCAGCTCCTCAAGGCCCAGGGCGCACAGCACATCATCGCCGCCGGCCGCTCAGGTGCCATCCACTCGGGCGAAAAGTACGACGACGAGCACCGCAGCTGGATCGCCGCGAACACCAACGAAGAAGGCTTCTCCGGAACCCTGCACGACGCCCTCAAGGGAGCGGACGTCTTCATCGGCGTCTCCGCCCCGCACGTGATCGGCGAAGAGCAGGTCGCTTCGATGGCCGAGGACGCTATCGTGTTCGCCATGGCCAACCCGACGCCGGAAATCGACCCCGTTGTCGCGTCCAAGCACGCGGCCGTGGTTGCCACCGGCCGCAGCGACTTCCCGAACCAGATCAACAACGTGCTGGCCTTCCCCGGCTTCTTCCGGGGCCTGCTGGACGCCGGAGCCTCGGACATTACGCCGAACATGCTGGTGGCCGCCGCAGAGGCAATTGCCAACCGGGTAGCTGACGATGAGCTGAACGCGAGTTACATTATCCCCAGCGTCTTCGATCCCCATGTTGCCGCCGATGTTGCGACCGCCGTAGCTAATGCTGCGCACGCCAACGCCGCCAGCGCACTCTAG MANPSPGNSITLRVAAPSSFTATSELAAAVGAAGAAITALDVTESHHETIVVDVTCNTTDDDHAARVKDALNALDGVTVQHVSDRTFLMHLGGKLEVVPKVALRNRDDLSRAYTPGVARVCMAIAEDPAAARNLTVKRNTIAVLTDGSAVLGLGNIGPAAALPVMEGKAALFKQFANVDAWPVCLDTQDTEEIIMIAKAMAPVYGGINLEDIAAPRCFEIENRLREELDIPVFHDDQHGTAIVTLAALVNALRVVDKKLSEVKIVVSGVGAAGSAIIQLLKAQGAQHIIAAGRSGAIHSGEKYDDEHRSWIAANTNEEGFSGTLHDALKGADVFIGVSAPHVIGEEQVASMAEDAIVFAMANPTPEIDPVVASKHAAVVATGRSDFPNQINNVLAFPGFFRGLLDAGASDITPNMLVAAAEAIANRVADDELNASYIIPSVFDPHVAADVATAVANAAHANAASAL PGPT0001350_1783 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 D3-18_00803 756 iclR_1 COG1414 Transcriptional repressor IclR ATGGCTGAAAAAGCCTCCGGAGGCGTGCAGTCCGTTGAGCGCGTCTTTGAACTGCTGGAACTGATCACGGACGCGGGCGGCGACGTCACCTTGAGCGAACTTTCTTCGTCCACTGACCTGCCCTTGCCTACCATCCACCGCTTGCTCCGCACGCTGGTGTCGCTCGGCTATATCCGTCAGCTGCCCAACCGCCGCTACGCCCTGGGTCCCCGGCTTATCCGGCTCGGCGAAGGTGCCAGCAAGCAACTCGGCGCCGTGGCGCGTCCGCAGCTGAAGACCCTCGTGGAACGCCTCGGCGAGACCTCCAACATGGCCGTGCTGGATTCCGACATGGTCATTTACGTGGCCCAGGTCCCGTCCATGCACTCCATGCGCATGTTCACGGAGGTCGGCCGCCGCGCCCACACGCACGACACCGGCGTGGGCAAAGCAATCCTCGCCCAGTTGGACGACGAGGTTGTCCGCGGCATCGTGGCCCGCACCGGGATGCCCACTCCCACGGCCAAGAGCATCGGCGACATCGACTCCCTGCTGGCCGACCTCAAGCTCATCCGTGAACGCGGCTACTCCATTGACGAGGAAGAGCAGGAGCTCGGCGTACGCTGCTTCGCCATGGCCGTGCCTAACGCGCCCACGCCCACCGCGATCTCCGTCTCCGGCCCCATCACCCGTGTGGACCAGAGCTTCGCCGATCGCGCCGTGCCCATGCTTCGCGAGGCTGCCATGGCGATCTCCGCGGAGCTCAACCAGAACTGA MAEKASGGVQSVERVFELLELITDAGGDVTLSELSSSTDLPLPTIHRLLRTLVSLGYIRQLPNRRYALGPRLIRLGEGASKQLGAVARPQLKTLVERLGETSNMAVLDSDMVIYVAQVPSMHSMRMFTEVGRRAHTHDTGVGKAILAQLDDEVVRGIVARTGMPTPTAKSIGDIDSLLADLKLIRERGYSIDEEEQELGVRCFAMAVPNAPTPTAISVSGPITRVDQSFADRAVPMLREAAMAISAELNQN NA NA NA NA NA D3-18_00804 468 hypothetical protein ATGACCGAACAGTCACCCTGCTTCCGCTCATTGGCCTTCCGCGAAATTCCGAAGCCCGACTACGCAGACGTGTGCTTGGCCCCGCTCCCGGATGGCGCCGGGACGGACCCCGGGGAATGGGCCGGGCGGCTGTTCTCCTTGGAGTCCATGCCGCGTTGGGTTGCCGCCGCCATGGGTTTGCGCCAGGCGCTTGTGCCCTTGATCGGCGTTCCGAAGGCACCGCGGGACACGTTCAAGGTGACGGACCAGGCGGGCGAAGAAGCACTGATCTTCGTCAGGGACAAGCACTTGAACTTCGCAGCCGCCGTCGGGGTGGATCCGGTGAGCCGGCTCATCAGGGTGACTACCGCCGTCGAGCTCAAAGGCTGGAGGGGAAAGCTGTACTTCGGCGTCGTGCGGCCGGTTCACCCGATCGTGGTGAACGCGATGCTGAGGAAAGCCACCCGTTCAAAATCCGCGCCGAGCTGA MTEQSPCFRSLAFREIPKPDYADVCLAPLPDGAGTDPGEWAGRLFSLESMPRWVAAAMGLRQALVPLIGVPKAPRDTFKVTDQAGEEALIFVRDKHLNFAAAVGVDPVSRLIRVTTAVELKGWRGKLYFGVVRPVHPIVVNAMLRKATRSKSAPS NA NA NA NA NA D3-18_00805 1509 uacT COG2233 Uric acid transporter UacT ATGAACATCAAGAAGAAATCCCGCCCTGCGAATACCGCCCCTTCGCAGTCGCACAAGCCGGAACGTCCCGAGGACAAGCGGCTCTCCATCGGAAGCACCTTCGCTTACGGCTTCCAGCACGTCCTCACCATGTACGGGGGAATCATTGCCCCGCCGCTGATCATTGGAGCGGCTGCCGGCATGTCCTCGCAGGACATCGGCCTCCTCATCGCCGCTTGTTTGTTCGTTGGCGGCCTGGCCACCATCCTGCAGACCGTCGGCATTCCGTTCTTCGGCTCGCAGCTGCCATTGGTACAGGGCGTTTCCTTCGCCGGCGTTTCCACCATGGTGGCGATCGTCCAAGGTGGCGGCGGGATCCAGGCGGTGTTCGGCTCGGTCATTGTGGCCTCACTGATTGGCCTGGCGATCACTCCCCTGTTCTCCAAGATCATCAAGTTCTTCCCACCGGTGGTTACCGGAACTGTGATCACCACTATCGGCCTCACACTGATGCCGGTGGCAGCGAACTGGGCCATGGGCGGCAACGCCAAGGCCGATAACTACGGCAGCATGGCCAACATCGGCCTCGCAGCAGCAACCATGGGCGTCGTCCTGCTCCTCAGCAAAGTTGGCAACGCCGCCATATCCCGGCTCTCGATCCTGCTGGCCATGGTCATCGGCACCATCATTGCGTTCGTGGCAGGCATGGCCGATTTCTCCAAGGTTGGCCAGGGCGACATCGTCGCATTCCCCACGCCGTTTGCCTTCGGCGCTCCCACCTTCGAAATCGCCGCAATCATCTCCATGCTTATCGTCATTCTGGTGACCCTGACGGAGACCTCGGCAGACATCATCGCAGTGGGCGAAATCGTGGACACCAAAGTGGACTCCCGCCGCATCGGCGACGGCCTCCGCGCAGACATGCTCTCCAGCGCCATCTCCCCGCTGTTCAACTCCTTCACCCAGAGCGCCTTCGCCCAGAACGTCGGCCTTGTTGCCATCACGGGCATCAAGAGCCGCTTCGTGGTCAGCGCCGGCGGCCTCATCCTGGTGATCCTGGGCCTCCTGCCGATCCTGGGCCGCGTGGTCGCAGCGGTTCCGACGCCCGTCCTGGGCGGCGCCGGCGTCGTCCTCTTCGGTACCGTAGCAGCCAGCGGTATCCGTACCCTGGCCAAGGTTGAGTACAAGAACAACATGAACCTGATCATCGTGGCGGCCTCCATCGGCTTCGGCATGATCCCCATCGCCGCACCGTCCTTCTACGACGCCTTCCCGTCCTGGTTCTCCACGATCTTCCACTCCGGCATCAGCTCGGCAGCCGTCATGGCCATCCTGCTGAACATCCTCTTCAATCACCTCAAGGCCGGCAACTCGGACAACCAGTCGGTGTTCGTCGCGGGCACTGACCGGATCGTCAGCGAAGAGGACATCAAGTGCCTCAGCGAAGGCGACCGCTTCGAGAACGGCAAGCTCATCGACGCCGACGGCAAGGAAGTCCCGCTCAAGACGTCCAGCGCGTCGGAGCACTAG MNIKKKSRPANTAPSQSHKPERPEDKRLSIGSTFAYGFQHVLTMYGGIIAPPLIIGAAAGMSSQDIGLLIAACLFVGGLATILQTVGIPFFGSQLPLVQGVSFAGVSTMVAIVQGGGGIQAVFGSVIVASLIGLAITPLFSKIIKFFPPVVTGTVITTIGLTLMPVAANWAMGGNAKADNYGSMANIGLAAATMGVVLLLSKVGNAAISRLSILLAMVIGTIIAFVAGMADFSKVGQGDIVAFPTPFAFGAPTFEIAAIISMLIVILVTLTETSADIIAVGEIVDTKVDSRRIGDGLRADMLSSAISPLFNSFTQSAFAQNVGLVAITGIKSRFVVSAGGLILVILGLLPILGRVVAAVPTPVLGGAGVVLFGTVAASGIRTLAKVEYKNNMNLIIVAASIGFGMIPIAAPSFYDAFPSWFSTIFHSGISSAAVMAILLNILFNHLKAGNSDNQSVFVAGTDRIVSEEDIKCLSEGDRFENGKLIDADGKEVPLKTSSASEH PGPT0007330_212 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-XANTHINE_METABOLISM PHYTOHORMONE-XANTHINE_TRANSPORT,PGPT0007330-pubX-K16169 NA NA D3-18_00806 915 uox Uricase ATGACCATGAGCAACAACATCGTCCTCGGCGAAAACCAGTACGGCAAGGCAGAAGTCCGCGTCGTCAAGGTCACCCGGGATACCGACCGCCACCACATTGAAGACTTGAACGTCACCTCGCAGTTGCGCGGCGACTTCCAGGCGGCCCACCTCGAAGGCGACAACGGCCACGTCGTTGCCACCGACACCCAGAAGAACACGGTCTACGCCTTTGCCCGTGAAGGCGTAGGCTCACCCGAGTCCTTCCTGCTTCGCCTCGCAAACCACTTCACCGGCGAATTCGACTGGGTCACCGGTGGCCGCTGGGAAGCCGAAGCCTACAGCTGGGACCGCATCCAGGCCCACGGCGAGGGACACGACCACAGCTTCGTCCGCAACGGACAAGAGGTGCGTACCGCCGTCGTCGTCCGTGATGGCGCAACCACCCACGTGATTTCCGGCCTCAAGGACCTGACCGTCCTGAAGACCACGCAGTCCGGTTTTGTCGGCTACCCACGCGACAAGTACACCACCCTGCCGGAAACCACCGACCGCATCCTGGCCACCGATGTATCCGCCCGCTGGCGCTACAACACCAACCTGGACTTCGCCGGCACGGACTTCAACAAGAGCTACGAGGACATCAAAGCCCTCCTGCTTGAAGGCTTCACCGAGAACTACTCCCACGCCCTGCAGCAGACGCTGTTCGACATGGGCAAGAAGGTCCTGGAAGCACACAGCGAAGTGGACGAGATCAAGTTCTCCATGCCCAACAAGCACCACTTCCTGGTTGACCTGAGCCCGTTCGGCCTGGACAACCCCAACGAGGTCTTCTTCGCCGCGGACCGCCCGTACGGCCTCATCGAAGCAACCGTCCAGCGCGAGAACATCGACGCTGCCCCGGTTGCCTGGAGCGGCATCGCCGGCTTCTGCTAA MTMSNNIVLGENQYGKAEVRVVKVTRDTDRHHIEDLNVTSQLRGDFQAAHLEGDNGHVVATDTQKNTVYAFAREGVGSPESFLLRLANHFTGEFDWVTGGRWEAEAYSWDRIQAHGEGHDHSFVRNGQEVRTAVVVRDGATTHVISGLKDLTVLKTTQSGFVGYPRDKYTTLPETTDRILATDVSARWRYNTNLDFAGTDFNKSYEDIKALLLEGFTENYSHALQQTLFDMGKKVLEAHSEVDEIKFSMPNKHHFLVDLSPFGLDNPNEVFFAADRPYGLIEATVQRENIDAAPVAWSGIAGFC PGPT0021105_411 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0021105-uaZ-K00365 NA NA D3-18_00807 177 hypothetical protein ATGGACTCGAAGGATACGAACAACGTCGTGGAATTCCCGGCGCCGGGTCAGGAGCTGTACCTGCCCTTCGGTGCGACAGATCCCGACTTCTATATTCCGGCCGACTGTGACCGCAAAGCCGGCGGGTTCTCCCGTTGGCTGCGGGCGCTCCCGGTGTTCGGCCGGCAGCGCCCCTAG MDSKDTNNVVEFPAPGQELYLPFGATDPDFYIPADCDRKAGGFSRWLRALPVFGRQRP NA NA NA NA NA D3-18_00808 936 hypothetical protein ATGACACAGAGCAACAGCAACGAGCTTCCCGCGGGGATGGATTTGTGGCGGACCGATGAACTCCACGAGTTAGGGATCAACCATCGGAAGATCGCCGCGCTGGTTCGCTCCGGCGCCTTAGTACGACTGCGCCGTGGTTGCTATATCCGAGGCAGCAAATGGGCAGCCCAAAAGCCCTGGGTTCAAACTCTGCAGCTAGTCGCCGCGCACGCGCACGGCACACTTTCGACGTCGGGCGGCGGCTTGGTCTACAGCCACACCTCGGCGGCGCGTCTCCATGGCTTATTCCTGTGGGATGTTGGAGATAAAGTCCACATCACAACGGAAACAACAGCATCCACCACTTCACACGGCAAGGACGTCGTCCCGCACACCCGCCCGTTGGCGATGATGGGGGCTGTTTTCGTCAAGGGAATGCCTTGCACCACGCTGGAACAGACGGTTGTGGACTGCTGCCTCATGCTCAATTACAAACAAGCCCTGGTGCTCATGGACCACGCCCTCCGAAAGGGTGCCAACGTCTCGAAACTGCAAGAGATGTGCGCATCGCTGGCCGGACGCAACGGAGTTCTCACTCTTCGACGGGCTTTGGAGAATGCCGATGCCAGATCCGAGTCACCCGGCGAAACCCTCACCCGCGAGCTGCTCCAAAGGTTGCGGATCGAGCTGCCCGAACTACAGGTGAAGGTGGCGTCAGCTGAAGGCCACCATCGGTTGGACTTTGCATGGAAGGAAAAGAAGGTGGCCCTGGAGTTCGATGGAAAGGTCAAATACTTCGACTACGCACCCACCGCCGAGGTGATCTACCAGGAACGGCAGCGAGAAAAGGCCCTCACCGAGCTCGGCTGGAAGTTCATCCGGATCAAGTGGCAGAACCTATTCAGGGAACAGGAGTTCAAAACGAGCGTGCTGAGCGTTTTGCGGAGAGCAAGCTAG MTQSNSNELPAGMDLWRTDELHELGINHRKIAALVRSGALVRLRRGCYIRGSKWAAQKPWVQTLQLVAAHAHGTLSTSGGGLVYSHTSAARLHGLFLWDVGDKVHITTETTASTTSHGKDVVPHTRPLAMMGAVFVKGMPCTTLEQTVVDCCLMLNYKQALVLMDHALRKGANVSKLQEMCASLAGRNGVLTLRRALENADARSESPGETLTRELLQRLRIELPELQVKVASAEGHHRLDFAWKEKKVALEFDGKVKYFDYAPTAEVIYQERQREKALTELGWKFIRIKWQNLFREQEFKTSVLSVLRRAS NA NA NA NA NA D3-18_00809 1344 COG0402 8-oxoguanine deaminase ATGACCCCCCTTTGGATCAAGAACCCGCTGGGTATCTTCACCGCAAACGACCTCGACGCCGGCGGCGGCCTGGTGGTTTCCGACGGAAAAATCTTGGAGCTCGTGCCTACGGGCGGGCAACCTACTTCTCCTGCGGCCGTCTTTGAAGCCTCCTCCCACGTGGTCCTCCCCGGCCTCATCAACACGCACCACCACTTCTACCAAACCCTCACCCGAGCTTGGGGTCCTGTGGCCAACGCGCCACTGTTCCCCTGGCTGCAAAACTTGTACCCCGTGTGGGCGCGGTTGACACCCCGGAGCCTTGAGCTGGCAGTGCAGGTTGCACTCGCCGAGCTTTTGTTGTCCGGCTGCACCACCGCCGCCGATCACCACTACCTCTTCCCCGACGGCATGGAAGATGCCATTGATATTGAGGTGGGAGCGGTGCGCTCCATGGGCATGCGGGCAACACTGACCCGCGGATCCATGACCTTGGGAGAGGACGACGGCGGGCTGCCGCCCCGGACCACAGTCCAGTCACCCGAGACGATCCTTGCGGACAGCGAACGGCTGATCCGTCAGTACCACGAAACAGGGGACGGGGCTGTTGTGCAGATCGCGCTTGCCCCGTGTTCGCCTTTCTCGGTGACCAAGGAGATCATGGCCGAGAGCGCCGCAATGGCCGAACGCTTCGACGTCAGACTGCACACGCACCTCGCGGAAACCATCGACGAGGAAGACTTCTGCCGCTCCATGTTCGGACTGCGGACCGTGGACTACTTGGAATCCGTGGGCTGGTTGGGATCCCGCACTTGGCTTGGGCACGGCATCCATTTCAACGACGACGAGATCGCCAGGCTGGGAGCCGCGGGCACCGCCGTCGCGCACTGCCCCACTTCCAATATGCGCCTTGCCTCCGGGACGGCGCGCGTCCTTGAACTTGAGGTTGCGGGCGTTCCTGTGGGGTTGGGAGTGGACGGATCGGCGTCGAACGATGCCTCCAACATGATCCTCGAGGCACGGCAAGCCCTGTATTTGCAGCGGCTGCGCTATGGTGCATCGGTTCCCGTGGAGCGGGCGCTGGGATGGGCAACTCGCGGATCCGCTGCCGTATTGGGGCGTTCCGACATTGGCCAACTGGCACCGGGGCTCCAAGCGGACTTGGCCCTGTTCAAGCCCGACGAGCTGCGATTCTCCGGCAGCCACGACCCCGTCGCCGCGTTGCTGCTCTGCGGGGCAGACCGTGCAGACCGCGTCATGGTGGGCGGTGCTTGGCGAGTGGTGGACGGTGCGATTCCCGGGCTGGACGTTGCCGGGCTGATCGCTGAGCACTCGGCGGCGGCGCGGAAGTTGGTTGCCGGGTAG MTPLWIKNPLGIFTANDLDAGGGLVVSDGKILELVPTGGQPTSPAAVFEASSHVVLPGLINTHHHFYQTLTRAWGPVANAPLFPWLQNLYPVWARLTPRSLELAVQVALAELLLSGCTTAADHHYLFPDGMEDAIDIEVGAVRSMGMRATLTRGSMTLGEDDGGLPPRTTVQSPETILADSERLIRQYHETGDGAVVQIALAPCSPFSVTKEIMAESAAMAERFDVRLHTHLAETIDEEDFCRSMFGLRTVDYLESVGWLGSRTWLGHGIHFNDDEIARLGAAGTAVAHCPTSNMRLASGTARVLELEVAGVPVGLGVDGSASNDASNMILEARQALYLQRLRYGASVPVERALGWATRGSAAVLGRSDIGQLAPGLQADLALFKPDELRFSGSHDPVAALLLCGADRADRVMVGGAWRVVDGAIPGLDVAGLIAEHSAAARKLVAG NA NA NA NA NA D3-18_00810 495 guaD_1 COG0590 Guanine deaminase ATGAGTACAACCGTCACGGCCGAGCAATTCCTGGCCACATCCATTGAGCTGGCAACAGCCAATGTCCTTAACAGTGGGGGCCCCTTCGGCGCCGTCATTGTCACCGCGGACGGACGAGCCTTCGAAGGCGTCAACCGCGTCACCGCCACGAACGATCCCACCGCACACGCAGAAGTCACGGCCATACGTAACGCCTGCCGCGAACTCGGAACCTTCGATCTCAGCGGAGCAACCCTCTACACCAGCTGCGAGCCATGCCCCATGTGCCTGGCCTCCGCACTCTGGGCACGCGTTGACCGCGTGTTCTTTGCCGCAGACCGTCACGACGCCGCATCCGTCGGCTTCGACGACGCTGTCTTCTACGAGTACTTCGAGAACGACAACCGGGACGCGCTGATGCCGGTAGCCAAGTTGGAACTGGGCGACCCCCAGGCTCCAGCGGCCCTCCAGCCGTTCAACACATGGAACACGCTTGATTCCAGGATTGATTACTAG MSTTVTAEQFLATSIELATANVLNSGGPFGAVIVTADGRAFEGVNRVTATNDPTAHAEVTAIRNACRELGTFDLSGATLYTSCEPCPMCLASALWARVDRVFFAADRHDAASVGFDDAVFYEYFENDNRDALMPVAKLELGDPQAPAALQPFNTWNTLDSRIDY PGPT0021515_2148 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021515-guaD-K01487 NA NA D3-18_00811 1575 pbuG_1 COG2252 Guanine/hypoxanthine permease PbuG ATGACAATCCTGGACAATTCCGCTGAAAAGCAGACAGCAGCTGAAAAGCAGGCTGCGCTCTTCCCCCAAGGAGACGGCGCAGAGCCCACAGCGGCAAAGCACACGGCAACCGGCCTGGCAGATGGCAACAAAAGGCCCCCGGTGTCGAACTCCTTCCTGGATAAGTTCTTCCAGATCTCGAAGCGTGGCTCCACGTTGGCCCGCGAATTCCGCGGCGGCTTGGTCACCTTCTTCACCATGGCGTACATCGTCATCCTGAACCCGCTCATCCTGGGCGGCTTCTCGGCGGAAAACGCCCCTACCGACGTCGCTGGCGGCTGGCTCTCAGCTGCACAAGTTGGTGCCGTTACTGGCCTGACCGCCGGCGTCATGACCATCATTTTTGGTCTCGTCGCCAACCTGCCCTTCGGCCTCGCAGCAGGCTTGGGCATCAACTCGTTCCTCGCCGTCGCGGTCATCCAGGAAGTCACGTGGCCGGAAGCCATGGGCCTGGTGGTCATCAACGGCATCCTGATTGTCATCTTCGGTGCTACGGGCGCCCGGACGGCGATCTTCAAGGCAGTCCCGAAGGAACTCAAGGCCGCCATCACCGTTGGCATCGGCTTGTTCATCGCCTTCATCGGCTTCGTTGACTCCGGCTTTGTCCGCGCCACCACGGGCGGTCCGCCGGTCCAGCTCGGGGACAACGGCTCCATCACGTCCATTCCCACCCTTGTCTTCATCATTGGACTGCTGACCATGGGCATCCTCGTGGCACGCAAAATCCAGGGCGGTTTGCTGATCGGCATCGTCGCCACCACCATCCTCGCCGCTGTTGCCGAGGCTGTGTTCCATATAGGTCCAGGCAGCGCCGACAACCCCGGCGGCTGGCACCTCAACGTGCCCATCCTGTCGAGCCAATTGGTGTCCGTCCCGGACCTCACCCTGGTGGGCCAGTTCGATCTCTTCGGCTCGTTTGCCAGGATCGGTGGATTGGCTGCGACCATGTTGGTCTTCACCCTGGTGTTCACCAACTTCTTCGACGCCATGGGCACCATGACGGGTTTGGCCAAGAGCGCAGGCGTGGCACACAAGGACGGCACGTTCCCCAAGCTGAAGTCGGCCTTCATTGTTGAAGGCATGGGTGCAGTGGTGGGCGGCGCAACGTCCGGTTCGTCCAACACCGTGTACATCGACTCGGCTGCGGGCATCGGCGAAGGCGCACGGACTGGCCTTGCCTCGGTGGTCACCGGCCTGCTGTTCCTGGGCTCCATGTTCTTCACACCGCTCACCTCGGTGGTCCCGTTGGAAGTAGCAGCAGCTGCCCTGGTGGTAGTGGGTGCGATGATGATGGCGCAAATCCGCGAGATCAAGTTCACCAAGTTCTCCATCGCCCTCCCGGCGTTCCTGACCATCGTGACCATGCCGCTGACGTACTCCATCGCCAACGGCATCGGCGTCGGCTTCATCTCCTTCGCGGTGATCAGCGCGGCGTCGGGCAAGGCCAAGAAGGTCCACCCGCTCATGTGGGTGGTCACGGCAGGGTTCATCATCTACTTCGCACGCGGCCCGATCAACGCGCTGATGGGCGTCTAA MTILDNSAEKQTAAEKQAALFPQGDGAEPTAAKHTATGLADGNKRPPVSNSFLDKFFQISKRGSTLAREFRGGLVTFFTMAYIVILNPLILGGFSAENAPTDVAGGWLSAAQVGAVTGLTAGVMTIIFGLVANLPFGLAAGLGINSFLAVAVIQEVTWPEAMGLVVINGILIVIFGATGARTAIFKAVPKELKAAITVGIGLFIAFIGFVDSGFVRATTGGPPVQLGDNGSITSIPTLVFIIGLLTMGILVARKIQGGLLIGIVATTILAAVAEAVFHIGPGSADNPGGWHLNVPILSSQLVSVPDLTLVGQFDLFGSFARIGGLAATMLVFTLVFTNFFDAMGTMTGLAKSAGVAHKDGTFPKLKSAFIVEGMGAVVGGATSGSSNTVYIDSAAGIGEGARTGLASVVTGLLFLGSMFFTPLTSVVPLEVAAAALVVVGAMMMAQIREIKFTKFSIALPAFLTIVTMPLTYSIANGIGVGFISFAVISAASGKAKKVHPLMWVVTAGFIIYFARGPINALMGV PGPT0007325_585 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 D3-18_00812 1308 pucA_1 COG1975 putative xanthine dehydrogenase subunit A ATGCTGGATCTGATGCCTTCACTGGGCAGCTGGCGGCCTGCGGTCTCCGGCCAACTGTGTGCTGTGGCCACGATCGTGGGGACCGGCGGCTCCGTGCCGCGGCCTATGGGGACCTCCATGATGGTCTCCGAAAACGGCGAAATCCTGGGCAGTTTGTCCGGAGGTTGCGTGGAAGGTGCCGTAGTGGAGGCGGCCTTGGAAGCAATGCGCGACGGCGGCTCTCGCCTTGAGTCCTTTGGCTACAGCTCTGAGGATGCGTTCGCCGTCGGCCTCACGTGTGGAGGAGAACTGGAAGTCCACATCCAGCCGCTCCGGGCCGGATCGCCTGAACTTTCAGTTTTTGCTGAAACGCAACGCCCTGCAGCCCTGATCCGTCGGCTGGATGCCCATGGCGGAGTCATGGTGGTCAATGATCCTGTGCGGTTCCGGGCCATGGAATCCGAGGAGCTGGCCAAGCTGTTGGGCGACCACCCCTCCACACTTTTCGCCGCTGCTGCCCAGGTGGAGCCGTTGCTCCAAGGTGGTCGCGCCGGCTTGGTCCGCTTGGCACCGCCCGAGGGTTGCATCGATGGCTGGGTCACCACCGAGAGGCTGGCTTTGCCCCCACAGGAGGAGACGCAGCCGGAGCCGATTACGCTGTTTGTGGAAAGCCGGTTGCCGGCGGCTCGGATGCTGATCTTCGGTGCCAACGATTTCGGCGCGGCCCTGCTCCCGGCCGGGCAACTTCTCGGTTACAACGTCACGCTGTGCGACGCCCGCCCAGCCTTCGCGACGCAAAGCCGCTTCGCAGGGGCAGACCAAGTGGTCACTGATTGGCCGCACCGTTACCTGGAAGCCGAGGCAGCGGCGGGACGCATCGATTCCCGCACAGTGGTGTGCATCCTGACCCACGACCCCAAATTCGACATCCCGTTGCTTGAGGGCGCCCTCCGGTTGAACCTGGCGTACGTCGGTGCGATGGGTTCCCGTCGCAGTCACCGCCAACGGATCGATGCCTTGCTCGAGGCAGGCACTCCGCCGGAGTCCTTGGAACGGCTGCATTCGCCCATCGGGCTGAACCTCGGCGCCGTGACTCCTGCCGAGGTAGCAGTTTCCATCACGGCAGAAATCATCGCTGAGCGTGGAGCTGGCCAGAAGCAGGCCAAGGCACCCGGGTTCCCGTCGCTCAAGGACAGCGCCGGCCCAATCCACCCGGCGCCGACTCACACAGCGCCGACTCACACAGCACCGACTCACACAGCACCGACTCACACAGCATCGACTCACACAGCAGCCCTACACCTCACTCAGGAGGACCCATGGACATGA MLDLMPSLGSWRPAVSGQLCAVATIVGTGGSVPRPMGTSMMVSENGEILGSLSGGCVEGAVVEAALEAMRDGGSRLESFGYSSEDAFAVGLTCGGELEVHIQPLRAGSPELSVFAETQRPAALIRRLDAHGGVMVVNDPVRFRAMESEELAKLLGDHPSTLFAAAAQVEPLLQGGRAGLVRLAPPEGCIDGWVTTERLALPPQEETQPEPITLFVESRLPAARMLIFGANDFGAALLPAGQLLGYNVTLCDARPAFATQSRFAGADQVVTDWPHRYLEAEAAAGRIDSRTVVCILTHDPKFDIPLLEGALRLNLAYVGAMGSRRSHRQRIDALLEAGTPPESLERLHSPIGLNLGAVTPAEVAVSITAEIIAERGAGQKQAKAPGFPSLKDSAGPIHPAPTHTAPTHTAPTHTAPTHTASTHTAALHLTQEDPWT PGPT0007280_148 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-XANTHINE_METABOLISM PHYTOHORMONE-XANTHINE_BIOSYNTHESIS,PGPT0007280-xdhC|paod|ygeB|pucA-K07402 NA NA D3-18_00813 939 hypothetical protein ATGGACATGAACACCATCGAGGCCGTGGTCCCCACCACGGACCCGTCACAATGGCGCGACGGGGATGCCTGGCTCGCCGGAGGCACTGTCCTTTTCTCCTACGGCAGCACCGTCCTCAGACGGCTCCTTGACCTCGGCCAAGCAGAGTGGCCCGCCATCTCCATCTCGGACGAAGGCATCGAACTCGCCGCCACCTGCACCGTCGCCGAGCTCTACGCCCTGCCGCGGTCGGCGGAAACAGCAAACCGTGAATGGCCCGGACTGGCACTGATCCGCCCATGCTGCGACTCATTTGTGGCCTCGTTCAAAATCTGGAACATGTCCACGGTGGGCGGCAATATTTGCACCGGTCTCCCGGCAGGACCCATGACGTCACTGTGCGCAGGACTTGACGGCGAAGCCACCATCCTCAGCCCGGACGGCAGCAGCCGGGACGTCCCGGTGGCCGACGTCGTCATAGGGGACATGCAGACTGTCCTGGCACCAGGGGAGTTGCTCCGCAGCATCCATCTTCCCGCCAGCGCGCTGTCTGCCAGGGTTGCCTTCCGGCGTTTGTCGCTCAGCAACCTGGGCCGCTCCGGCGTGCTGCTGATCGGGCGGCTCGACCCCGACGGCGGTTTGGTCATCACGGTGACCGCCTCCACCAAAAGGCCGGTGCAACTGAGGTTCCCCGCCGGACAGGTTGCCGATGCCGGGACGCTGGCTGACGCCGTCGGCGATTCCATCCCGTGGCCGCTGTACCACGATGACATCCACGGGCTGCCTGCATGGCGGCGCGACATGACGTTCAAGCTGGCCGAGGAAATCCGCGCCGAGCTGCTGGGCGAATCAATGACCGTCTCCGGCGATTTCTGGCCGCCGCACAACACCTCGCCCCAGCCGTCCACCCAGCCAGCCGTAACAAGCACCCAGCAGAAGGAGGCCCGCAATGGCAATTGA MDMNTIEAVVPTTDPSQWRDGDAWLAGGTVLFSYGSTVLRRLLDLGQAEWPAISISDEGIELAATCTVAELYALPRSAETANREWPGLALIRPCCDSFVASFKIWNMSTVGGNICTGLPAGPMTSLCAGLDGEATILSPDGSSRDVPVADVVIGDMQTVLAPGELLRSIHLPASALSARVAFRRLSLSNLGRSGVLLIGRLDPDGGLVITVTASTKRPVQLRFPAGQVADAGTLADAVGDSIPWPLYHDDIHGLPAWRRDMTFKLAEEIRAELLGESMTVSGDFWPPHNTSPQPSTQPAVTSTQQKEARNGN PGPT0007270_261 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_DEGRADATION,PGPT0007270-ygeT|xdhB-K13479 NA NA D3-18_00814 2838 hypothetical protein ATGGCAATTGAGATCAACGGTTCTGCCTCACAGGCCACACCCCGCCCAGGACAATGCCTCCGCACCTTCCTTCGCGAAGAGGGCAACTTCGGCGTCAAGAAGGGCTGCGACGGCGGCGACTGCGGGGCCTGCACTGTGCACGTCGATGGCACGCCCGTCCACAGCTGCATCTACCCGGCGGTCCGCGCCGAAGGCAAAGCGGTCACCACCATCGAGGGCCTGTCCAAGGATGGCCAACTACACCCTGTGCAGGAGCAGTTCCTCGAGGCCCAGGGCTTCCAATGCGGCTTCTGCACCGCGGGCATGATGATGACGGCAGCAACGTTCGACGACGAGCAACGCGCCAACCTGCCCCGCAACCTCAAGGGCAACCTATGCCGCTGCACTGGCTACCGCTCCATCGCGGACGCGGTCTGCGGTCACGCTGGCGACCACAGCGGCGTCCACCAGCACGACGCCGGAGCGGACGTTTCGGGGGCACATTCAGTTTCGGGGACACAATCGTCCGCCGCTGTGCCCGCCACACCTGGCCAGCTCGGGGACAACGTTCCCGCACCCGCCGGCCAAGCCGTGGTGACAGGAACCGCCCGCTATGCCTTGGATGTGCCGGCTGAACAACTCCCAGGCCTGCTACACATGAAGCTCCTGCGTTCGCCGTATCCGCATGCCCGGATCGTGTCCGTCGACAAGGCTCCTGCTTTGGCTGTTCCTGGCGTCGTCGCGGTTTTCACCCACGACGACGCACCGCAGCTGCTGTTTTCCAGTGCCCAACACGAGAATTACACCGACGACCCGGACGATACCCGCGTGCTGGACAACGTGGTGCGGTTCATTGGGCAGCGGGTTGCCGCTGTCGTAGCCGAATCCGTGGGCGCGGCCGAGGCCGGTGCCCGTGCGTTGGCCGTGCAGTACGAACTCCTGGAGCCGGTGTTCACTCCGCAGGAGGCCATCCTCCCCGGAGCCCCGGCGATTCATGGGGAAAAGGACGGTGTCTTCTCTCGCATTTCCCGCCCGCTCCAGAACGTGGTGGCCGAGGTCCATGCCGAACTGGGCAGCGTGGCCGACGGTTTTGCGGCCGCAGACTTCATCCACGAGCACACGTACCAAACCCAACGTGTGCAGCATGTAGCGATGGAAACCCACGCGTCCATTGCCTGGCTGGATGAGGACGGCCGCTTGATGATCCGTTCTTCCACGCAGGTGCCATTCCTGGTGAAACGGACGTTGAGCCGCGTATTCAACCTGCCTCCTGAGACCATCCGAGTGGTGGCCGGCCGGGTTGGTGGCGGATTCGGCGGAAAGCAGGAAGTTCTCACTGAAGATTTGGTGGCCCTCGCAGCGCTTGCACTGCGGAGGCCCGTGCAGCTGGAATTCACCCGTACCGAGCAGTTCACGGCGACCACCACCCGGCACCCCTTCACCATCCATCTCAAGGCCGGCGCCAGCCGCGATGGTTCGCTCACTGCGCTGCAGTTGAACGTCCTCACCAACACCGGCGCCTATGGAAACCATGCTCCCGGCGTCATGTTCCACGGCTGTGGAGAGTCTTTGGCGGTCTACAAGTGCGTGAACAAGAAAGTGGATGCCCACGCCGTCTACACCAACACCGTCCCCGCGGGTGCTTTCCGGGGATATGGCCTGAGCCAGATGATCTTCGCGATCGAGTCGGCCATTGACGAACTGGCTATCGGCATCGGGATGGATCCGCTCGAGTTCCGGCTCAAGAACATGGTCCGGCCCGGCGATCATATGCTCTCCACAACGCCCGAGCCCGAAGAAGACGTCCACTACGGAAGCTACGGCCTGGATCAGTGCGTGTCCTTGGTGCGGGACGCTCTGGACCGCGGAAAGGAACGCTACCGGGCTGCCGGCTTGGATGAGCTGGGGCCGGATTGGGTGGTCGGGGAAGGCTCAGCCCTTTCCATGATCGACACCGTCCCGCCCCGCGGCCACTTCGCCCACACCCGGGTGAGCCTGGAAGCGAACGGAAGGTTCGCCGTCGACGTCGGTACTGCGGAATTCGGGAACGGCACCACAACCGTCCATGCGCAATTGGCTGCCACGGCTTTGGCTACGACGGCGTCCAAAGTGACGGTGCGGCAGTCCGATACCGATCTCTTGGAGCACGACACCGGCGCGTTCGGTTCGGCTGGAACCGTGGTGGCCGGTAAGGCGACCTTGGGTGCGGCGCTGGAACTCGCCACCCGGATCCAGACGGTCGCGGCTTCACTGACCGGTGTTCAGTTGGGCGATTGCCGACTAGTGGACGGCGCCGTTGAATGCGGAGACCGCACGGTGCCGCTGACGGAAATCGTCGACGCCGCCCTGCTGCAAGGCGTTCGGCTCGCCACGGATGGCAACTGGGGAGGGACGCCGCGCTCGGTCGCGTTCAACGTTCACGGCTTCCGGGTTGCTGTTAATACGGGAACCGGTGAGTTGCGGATCCTGCAGAGTGTCCAGGCCGCCGACGCCGGTGTGGTGGTGAATCCGCGGCAGTGTCGGGGGCAGATCGAAGGCGGCATTGCGCAGGCCCTGGGTGCGGTACTTTACGAGGAAGTGAAAGTGGACGACGCCGGACGCGTCACCACGGACATCCTGCGGCAGTACCACATTCCGTCGTTCGCGGACGTGCCCCGGAGCGAGGTCTATTTCGCCACTACCAACGACTCCACAGGCCCGCTCGGAGCCAAGTCCATGAGCGAGAGCCCGTTCAACCCCGTGGCTCCCGCCTTGGCCAACGCGATCCGCAACGCCACCGGGATCCGCTTCGGTGAACTGCCCATCGCGCGGGACAAGATCTATCTGGCCCTCCGCGACCGCACCCTCATCCCCAACTAG MAIEINGSASQATPRPGQCLRTFLREEGNFGVKKGCDGGDCGACTVHVDGTPVHSCIYPAVRAEGKAVTTIEGLSKDGQLHPVQEQFLEAQGFQCGFCTAGMMMTAATFDDEQRANLPRNLKGNLCRCTGYRSIADAVCGHAGDHSGVHQHDAGADVSGAHSVSGTQSSAAVPATPGQLGDNVPAPAGQAVVTGTARYALDVPAEQLPGLLHMKLLRSPYPHARIVSVDKAPALAVPGVVAVFTHDDAPQLLFSSAQHENYTDDPDDTRVLDNVVRFIGQRVAAVVAESVGAAEAGARALAVQYELLEPVFTPQEAILPGAPAIHGEKDGVFSRISRPLQNVVAEVHAELGSVADGFAAADFIHEHTYQTQRVQHVAMETHASIAWLDEDGRLMIRSSTQVPFLVKRTLSRVFNLPPETIRVVAGRVGGGFGGKQEVLTEDLVALAALALRRPVQLEFTRTEQFTATTTRHPFTIHLKAGASRDGSLTALQLNVLTNTGAYGNHAPGVMFHGCGESLAVYKCVNKKVDAHAVYTNTVPAGAFRGYGLSQMIFAIESAIDELAIGIGMDPLEFRLKNMVRPGDHMLSTTPEPEEDVHYGSYGLDQCVSLVRDALDRGKERYRAAGLDELGPDWVVGEGSALSMIDTVPPRGHFAHTRVSLEANGRFAVDVGTAEFGNGTTTVHAQLAATALATTASKVTVRQSDTDLLEHDTGAFGSAGTVVAGKATLGAALELATRIQTVAASLTGVQLGDCRLVDGAVECGDRTVPLTEIVDAALLQGVRLATDGNWGGTPRSVAFNVHGFRVAVNTGTGELRILQSVQAADAGVVVNPRQCRGQIEGGIAQALGAVLYEEVKVDDAGRVTTDILRQYHIPSFADVPRSEVYFATTNDSTGPLGAKSMSESPFNPVAPALANAIRNATGIRFGELPIARDKIYLALRDRTLIPN PGPT0004835_95 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_SELENIUM_RESISTANCE SELENIUM_RESISTANCE-SELENIUM_HOMEOSTASIS,PGPT0004835-xdhD-K12528 NA NA D3-18_00815 468 ysnE putative N-acetyltransferase YsnE ATGATCCGCATCGCGACTGATGATCCCGCACGCCCGGATGTCCACCAACTCCTCAGCGAGCACTTGGCCGATATGTTCGCCGCTTCTCCTGCGGAAAGCGTTCATGCACTGGACCACTCGGCGTTGAAGCACGAGTCGATGACGTTTTGGACAGCCCGGGAGGACGGCGTTCTGCTGGGTTGTGGAGCCTTGAAGACGTTGTCCTCCGGGCACGCCGAGATCAAGTCAATGCGCACTACTTCCATTGCCCGCGGACGTGGAGTGGCCACCCAAATGCTGGAACACATCGTGGCCGAAGCTGCCCGGATGGGTTACGAGCGTGTGAGCCTGGAAACGGGAACCCAAGACTACTTCGCCCCCGCGCGTCGTTTGTATGCCCGGCACGGATTCAGGGAGTGCCCGCCGTTCGGGGAATACACGCTGGACCCGAACAGCGTGTTCATGGAGCTCGCCGTCTCCCCCAAGTAG MIRIATDDPARPDVHQLLSEHLADMFAASPAESVHALDHSALKHESMTFWTAREDGVLLGCGALKTLSSGHAEIKSMRTTSIARGRGVATQMLEHIVAEAARMGYERVSLETGTQDYFAPARRLYARHGFRECPPFGEYTLDPNSVFMELAVSPK PGPT0007180_413 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 D3-18_00816 639 nboR Nicotine blue oxidoreductase ATGCAGCCCCGCGCGTATCGTGAGGATATGACTGACACCGGCACGGCCCCCACCACGGGCGTGCTCCTCGCTGCAGGGGCAGGGACGCGGCTGGGTCGCGGCCCCAAGGCACTGCTCCCCTTCCGGGGCAGGACTTTGGTGGAGGTACTCGCGGACACACTGTTCGACGGCGGATGCCGCGAGGTTGTGGTGGTGCTCGGCGCTGAGGCCGACCATGTCCGGCGAAGCACCGATCTGGGCACGCATGTAGTGGTCGAGAACGAGAACTGGGCAAAGGGGATGGCCGGATCCTTCCGCGCCGGCATCGATGCGGCCACGGCGGGCAACAGCATCATGGTGGCGCTGGTGGACCAGCCCGGACTAACCCCGACGGCGGTGAGCAGGTTGCTGGGCAGCCACCGGCCCGGCAGGGTCACCGCAGCCGCCTACCCTGACGAGTCCGGCCACCTGAAGCGCAGGCACCCGGTGATATTCGACGTCGGACTCCGCTCCGAAGCGGCCGCGGCCGCTAATGGCGACACGGGTGCGCGTTCGTTCCTCAAGGCGCATCCGGGCCTCGTGGATCTGGTGGACTGCAGCGACCTCTGCTCCGGGGAGGACCTGGACACGAAGGACCAGCTGCATCTGTTGGACGGGTAG MQPRAYREDMTDTGTAPTTGVLLAAGAGTRLGRGPKALLPFRGRTLVEVLADTLFDGGCREVVVVLGAEADHVRRSTDLGTHVVVENENWAKGMAGSFRAGIDAATAGNSIMVALVDQPGLTPTAVSRLLGSHRPGRVTAAAYPDESGHLKRRHPVIFDVGLRSEAAAAANGDTGARSFLKAHPGLVDLVDCSDLCSGEDLDTKDQLHLLDG NA NA NA NA NA D3-18_00817 192 hypothetical protein ATGGCTGGCAGTTTTGAAATCATCAAAGCAGGAACCAACTCATTCCGGTTCCGGCTAACCGCGGAGGATGGAACCGTTGTGGCAGTGTCGCCACAGTTCCCGAATCTGAACGCGGTAGTGGCTGGTATCAACGCCGTTCGCGAGAACGCGGCAACCGGCTTCGTGGTGGATAGAAGGAACCTGGGCACTTAA MAGSFEIIKAGTNSFRFRLTAEDGTVVAVSPQFPNLNAVVAGINAVRENAATGFVVDRRNLGT NA NA NA NA NA D3-18_00818 2760 aceE_1 COG2609 Pyruvate dehydrogenase E1 component GTGGCTGCAGGAGAAGAGACCTCACACATCCTCAGCGGGTTGACTGCCCAGCTGCCTGATCGTGATCCGGAAGAGACCGCGGAGTGGATTGAGTCCCTTGATGCGTTGATCGCGGAGCAGGGTACCGAGCGTGCCCAGTACATTATGCGTTCGTTGTTGCAGCGTGCTGGTGCCCGGTCGGTGGGTGTGCCGATGGTGACGACCACTGATTATGTGAACACGATCCCGGTGGACCAGGAAGCTGCGTTCCCGGGGAACGAGGAGTTCGAGCGCCGGTACCGGGCGTACATGCGGTGGAACGCCGCGGTGATGGTCCACCGTGCGCAGCGTTCCGATATCGGTGTCGGCGGGCACATTTCCACTTATGCCGGTGCTGCGACGTTGTACGAGGTGGGTTTCAACCACTTCTTCCGCGGCAAGGACCACCCCTCGGGCGGGGATCAGGTGTTCTTCCAGGGCCACGCCTCGCCGGGCATGTACGCGAGGGCGTTCATGGAAGGCCGCCTCACCGAAGAGGATCTGGACGGGTTCCGTCAGGAAAAGTCCAAGGCCGGTCATGCCCTGTCCTCGTATCCGCACCCGCGCCTGATGCCGGATTTCTGGGAGTTCCCGACCGTGTCGATGGGTATCGGCCCGATGAACGCGATCTACCAGGCCCAGTCCAACCGGTACCTGCAGAACCGTGGCATCAAGGACACCTCCGACCAGCAGGTCTGGGCGTTCCTGGGCGACGGGGAAATGGACGAGCCCGAGTCCCGTGGCCTGCTCCAGCTCGCCGCGAACGAGAACCTGGACAACCTGAACTTCGTGATCAACTGCAACCTCCAGCGCCTGGACGGACCGGTCCGCGGTAACGGCAAAATCATGCAGGAGTTGGAGGCGTTCTTCCGCGGTGCGGGCTGGAACGTGATCAAGGTCGTCTGGGGCCGCGAGTGGGATTCTCTCCTGGAAGCGGACCGGGACGGGGCGTTGGTGAAGATCATGAACGAAACCCCCGATGGTGACTACCAGACCTACAAGGCCGAGTCCGGCGGGTTCGTGCGGGAACACTTCTTCGGCAAGTCCCCGCAGACCAAAGACATGGTCGCGGACCTGGACGACGAACAGATCTGGGGCCTCAAACGCGGCGGTCACGACTACCGCAAGGTTTACGCCGCGTACAAGGCAGCGACCGAGTTCAAGGGCAAACCCACCGTGATCCTGGCTAAAACGGTCAAGGGCTACGGCCTGGGCCCGCACTTCGAAGGCCGCAACGCCACCCACCAGATGAAGAAACTGACCATGGAAGACCTCAAAGCCTTCCGTGACCACCTCCGCATCCCCATCAGCGATGACCAACTCGACGCTGACCTCTACCGGCCCCCGTACTACCACCCCGGCATGGACGCCCCGGAAATCAAATACCTGATGGAACGCCGCGCCGAACTCGGCGGCTTCGTCCCCGAACGCCGCCGCACCCACACCCCCGTGACCCTGCCCGAGCCCAAATCCTACGACGTGGCCAAACGCGGATCCGGGAAACAACAAGCCGCCACCACCATGGCCTTCGTCCGTTTGTTGAAGGACCTGATGCGGGACAAAAACTTCGGGGCCCGGTTCGTGCCCGTCGTCCCCGACGAATCCCGGACCTTCGGCATGGACGCGTTCTTCCCGACCGCGAAAATCTACAACCCCAAAGGCCAGAACTACCTCTCCGTGGACCGCGACCTCGTCCTGGCCTACAAAGAATCACCCGCAGGCCAACTCATCCACCCCGGCATCAACGAAGCCGGCGCCGTCGCAGCGTTCACCGCCGCCGGCACCGCGTACGCCACCCACGGCGAACCCCTGGTCCCGATCTACGTCTTCTACTCCATGTTCGGCTTCCAACGCACCGGCGACTCGTTCTGGGCCGCCGCGGACCAAATGACCCGCGGCTTCATCATCGGCGCCACCGCAGGACGAACCACCCTCACCGGCGAAGGACTCCAACACGCCGACGGGCACTCCCCCATCCTGGCCTCCACCAACCCCGCCGTGAAAACCTACGACCCCGCCTACGGCTACGAAATCGGCCACATCATCCGCCACGGCCTCGAAGAAATGTACGGCGAGAACAGTACTGATCAAAACGTGATGTACTACCTCACCGTCTACAACGAACCCATCACCCAACCCGCCGAACCCGAAAACCTCGACATCGACGGACTCCTCAAAGGCATCTACCGCCTCGCCCCCGCCCCCGCAGCGGACAGCACCACCGGGAACAGGCCCACCGCGACCATCCTCGCCTCCGGCGTCTCCGTACCCTGGGCCCTCGAAGCCCAACGGATCCTCGCCGAAGACTGGAACGTCGCCGCCGACATCTACTCCGTAACCTCCTGGAACGAACTCCGACGCGACGGACTCGCCGCCGAAGAACACGCCTTCCTCAACCCCGGCCAACCCGCCCGCACCCCGTTCATCACCGAACAACTCGCCGGCACCACCGGACCCGTCATCGCCGTGTCCGACTACATGAAAGCCGTCCCCGACCAAATCCGCCAATTCATCCCCAACGACTTCGCCTCCCTCGGAGCAGACGGCTTCGGCTTCTCCGACACCCGCCAAGCCGCACGCCGCTACTTCAAAAACGACACCCACTCCATCGTCGCCAAAACCCTCCAGTTGCTGGCGGCGAGGGGCGAAGTGGAGGAGGGCGCGCCGTCGTACGCGATTGACCGCTACAAACTGCTGGACGTGAACGCCGGCACCACCGGCGGAGCAGGCGGCGGCGCCTAA MAAGEETSHILSGLTAQLPDRDPEETAEWIESLDALIAEQGTERAQYIMRSLLQRAGARSVGVPMVTTTDYVNTIPVDQEAAFPGNEEFERRYRAYMRWNAAVMVHRAQRSDIGVGGHISTYAGAATLYEVGFNHFFRGKDHPSGGDQVFFQGHASPGMYARAFMEGRLTEEDLDGFRQEKSKAGHALSSYPHPRLMPDFWEFPTVSMGIGPMNAIYQAQSNRYLQNRGIKDTSDQQVWAFLGDGEMDEPESRGLLQLAANENLDNLNFVINCNLQRLDGPVRGNGKIMQELEAFFRGAGWNVIKVVWGREWDSLLEADRDGALVKIMNETPDGDYQTYKAESGGFVREHFFGKSPQTKDMVADLDDEQIWGLKRGGHDYRKVYAAYKAATEFKGKPTVILAKTVKGYGLGPHFEGRNATHQMKKLTMEDLKAFRDHLRIPISDDQLDADLYRPPYYHPGMDAPEIKYLMERRAELGGFVPERRRTHTPVTLPEPKSYDVAKRGSGKQQAATTMAFVRLLKDLMRDKNFGARFVPVVPDESRTFGMDAFFPTAKIYNPKGQNYLSVDRDLVLAYKESPAGQLIHPGINEAGAVAAFTAAGTAYATHGEPLVPIYVFYSMFGFQRTGDSFWAAADQMTRGFIIGATAGRTTLTGEGLQHADGHSPILASTNPAVKTYDPAYGYEIGHIIRHGLEEMYGENSTDQNVMYYLTVYNEPITQPAEPENLDIDGLLKGIYRLAPAPAADSTTGNRPTATILASGVSVPWALEAQRILAEDWNVAADIYSVTSWNELRRDGLAAEEHAFLNPGQPARTPFITEQLAGTTGPVIAVSDYMKAVPDQIRQFIPNDFASLGADGFGFSDTRQAARRYFKNDTHSIVAKTLQLLAARGEVEEGAPSYAIDRYKLLDVNAGTTGGAGGGA PGPT0001385_226 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001385-aceE-K00163 NA NA D3-18_00819 1566 pucI COG1953 putative allantoin permease ATGCAGACGACTTCATCAGTCGGCGTCACTGAGACTCCGGGAGACAAAAACGCAGGTGGCCCCAACCATCCGGTCGTGGGCAACACTGACCTTTGCGCCATTGCTTCTGAAGCCGCAGGCCGTACCATCAGCCCAAGTCTTTACAACATCGACCTCGCACCCACTAAAGCCAAGGGCCGCAAGTGGACCAGCTACAGCATCTTTACCCTCTGGGCCAATGACGTCCACAGCCTGGGTAACTATGCCTTCGCCATCGGCCTGTTCTCCCTCGGTCTGGGCGGCTGGCAGATTCTGGTAGCACTGGGCATCGGCGCCATCCTCCTGTTCGCCCTCTTGAACTTTTCCGGGTTCATGGGTGAGAAGACCGGTGTTCCCTTCCCTGTCATGAGCCGCATCAGCTTCGGCATCAGGGGAGCGCAGATCGCCAGCCTGGTTCGCGGCGCTGTTGCCGTTGCTTGGTTCGGCATCCAGACGTACCTGGCATCCGTGGTCCTCCGCGTCATGCTCGTTGCCATTGCACCGGGCCTGAAGGACCTGGACAGCAACTCCATCCTTGGCCTCTCAACCCTGGGCTGGTTGTCGTTCGTGGCGCTATGGATCGTCCAATTGGTCATCGTTAGCTTTGGCATGGAGATGATCCGTAAGTATGAGGCCTTCGCCGGACCCATCATCCTGGTGACCATGGCAGCGATTGCCGTGTGGGTCTTCATCGAAGCGGGCGGCGCCATCCAGTGGAGCGGCATCAAGGGGCTTGAGGGTACCGAGATGTGGCTCACCATCTTTGCCGGCGGTGCTCTCTGGGTTTCCATCTACGGAACGTTCGTCCTGAACTTCTGCGACTTCACCCGCTCCTCTGCATCCAAGAAGTCCATCGTCAAGGGCAACTTCTGGGGCATCCCCATCAACATGCTCGTCTTCGGCGCAATCGTCGTGGTCATGGCCGGTGGCCAGTACAAGATCAACGGCACCGTCATCGAGAGTCCCTCGGACATTGTGGAGAGCATCCCTAATACGCTTCTGTTGGTCCTTGCTTGCCTGGCCCTGTTGATCCTGACCATCGCCGTGAATCTGATGGCCAACTTCGTAGCTCCCGTCTATGCCCTGACCAACCTCTTCCCGCGGCACCTGAACTTCCGCAAGGCGGCCTGGGTCAGCGGCACCATCGGCTTGATCATCCTGCCGTGGAACCTCTACAACAACCCGATCGTGATCGTGTACTTCCTGGGTGGCCTAGGTGCCTTGCTCGGCCCCCTGTTCGGTGTTGTCATGGCGGATTACTGGCTGGTCCGTCGAGGCAAGGTCAATGTCCCGGAGCTCTATACGGAGGATCCCAAGGGCGCCTACTTCTACAAGCGGGGCGTGAACCCGAAGGCCATCATCGCGATGCTCCCGGCAGCCGGCCTCGCCATTGCCATCGCTTTCATCCCCGCACTGGCCGCGGCTGCTCCGTTCGCTTGGTTCATCGGAGCCGGCGTCGCAGCGCTGACGTACTTCGCTGTCGCGGACAAGAAGCAGGTCCACGAGGACGTCTCCGGCGAGCCGATCGCCGTCGCCAGCACCCACTGA MQTTSSVGVTETPGDKNAGGPNHPVVGNTDLCAIASEAAGRTISPSLYNIDLAPTKAKGRKWTSYSIFTLWANDVHSLGNYAFAIGLFSLGLGGWQILVALGIGAILLFALLNFSGFMGEKTGVPFPVMSRISFGIRGAQIASLVRGAVAVAWFGIQTYLASVVLRVMLVAIAPGLKDLDSNSILGLSTLGWLSFVALWIVQLVIVSFGMEMIRKYEAFAGPIILVTMAAIAVWVFIEAGGAIQWSGIKGLEGTEMWLTIFAGGALWVSIYGTFVLNFCDFTRSSASKKSIVKGNFWGIPINMLVFGAIVVVMAGGQYKINGTVIESPSDIVESIPNTLLLVLACLALLILTIAVNLMANFVAPVYALTNLFPRHLNFRKAAWVSGTIGLIILPWNLYNNPIVIVYFLGGLGALLGPLFGVVMADYWLVRRGKVNVPELYTEDPKGAYFYKRGVNPKAIIAMLPAAGLAIAIAFIPALAAAAPFAWFIGAGVAALTYFAVADKKQVHEDVSGEPIAVASTH PGPT0009075_693 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_TRANSPORT,PGPT0009075-cytX-K03457 NA NA D3-18_00820 777 hyuE Hydantoin racemase ATGCGCATCCTTGTCGCAAACGTAAACACCACCCAGTCCATGACGGACTCCATCGCGGCCCAGGCCCGTGCCGCAGCGGCCCCCGGAACCGAAATCATCGGCATCACACCTCGTTTCGGCGCCGACTCCTGCGAAGGCAACTTCGAAAGCTACCTGGCGGCGATCGCTGTCATGGATGCAGTGGTGAGCTATCCCGAACCCTTCGACGCCGTCATCCAAGCCGGCTACGGCGAGCACGGACGCGAAGGCCTCCAGGAACTCCTCGACGTCCCGGTAGTTGATATCACTGAGGCAGCAGCCAGCACCGCGATGTTCCTTGGCCACAAGTATTCAGTGGTCACCACGCTTGACCGCGCCGTACCGCTGATTGAGGACCGCCTCAAGCTCGCCGGTCTGGAAGCGCGTTGCGCCTCGGTCAGGGCCAGCGGCATGGCCGTGCTGGAGCTCGAGGAATACCCGGAGCGTGCTGTCGAAGCGATTGTGAGCCAGGCGGAACAAGCCGTCCAGAATGACAAAGCCGAGGTCATTGTTCTCGGCTGCGGCGGCATGGCCGGACTCGACGAACAAATCCGCCAGCGCACCGGCGTCCCCGTGGTGGATGGAGTGGCGGCGGCGGTCACCATCGCCGAGTCCCTGGTCCGCCTTGGGTTGTCTACGTCCAAGGTCAGGACCTATGCCACGCCGCGTCCGAAGACTGTCATAGGCTGGCCGATAACAGCCGCCCAGGCGGCACAAACCCAGGCAGCAGATGCCCAGTCAGCTGAAGCCGCACGCTGA MRILVANVNTTQSMTDSIAAQARAAAAPGTEIIGITPRFGADSCEGNFESYLAAIAVMDAVVSYPEPFDAVIQAGYGEHGREGLQELLDVPVVDITEAAASTAMFLGHKYSVVTTLDRAVPLIEDRLKLAGLEARCASVRASGMAVLELEEYPERAVEAIVSQAEQAVQNDKAEVIVLGCGGMAGLDEQIRQRTGVPVVDGVAAAVTIAESLVRLGLSTSKVRTYATPRPKTVIGWPITAAQAAQTQAADAQSAEAAR PGPT0000895_259 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0000895-hpxA-K16841 NA NA D3-18_00821 831 hcaB_2 3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase ATGCCCAGTCAGCTGAAGCCGCACGCTGACGCTGCCACGAGCAATTCCCCGAAAGGCAACCACATGACTGACTCCAGCCCTCCCGCAAACTCGAGGGTCGCCGTCGTGACCGGGGCCGGTTCGGGTATTGGGCGGGCCGTCGCCAGGCTTATGCTCGCCGAGGGTTACCGCGTTGCGCTTGCCGGCCGCCGGGAGGCGCAACTCCTGGAAACGGCCAGCGACCATCCGGAAGCGCTGGCGGTTCCTTGTGATGTAACAGCGCCCGACGACGTAGCTCGCCTTTTCGCGGAGGTCCGCCAACGCTGGGGGCGGGTTGATGTGCTGTTCAACAACGCTGGCATTTTTGGACCGGCGGGCGACGTGGGAGACATCAGTGTGGAGGAGTGGGAAGCAACCCTTCGCGTGAACGTCACGGGCTCCATGTTGTGTGCTGCGGAGGCAGTGCGGACTATGAAAGCGCAAGAGCCGCAAGGTGGTCGAATCATCAACAACGGCTCCATTTCGGCGCACTCGCCCAGGCCCAAATCCGTGGCCTACACAGTCACCAAGCACGCGATGACGGGCCTGACCAAGAGTATCGAGCTCGATGGCAGGGAGTTCGGCATAACGTGCGGGCAGATCGACATCGGCAACACCCGCACGGAAATCATGGACACCATCGGAGTGGGCTCCGGCGCGCTGCAGGCTGATGGCAGCCGGAAGGTGGAGCCCATGTTCCCGGTGGACGATGCAGCCCGCGCCGTCCTGATGATGGCCAACATGCCGGCGTCGGCCAGTGTCGGATCCTTGGTGGTGACGGCTGCCGGCATGCCCTTCGTGGGCCGCGGCTAG MPSQLKPHADAATSNSPKGNHMTDSSPPANSRVAVVTGAGSGIGRAVARLMLAEGYRVALAGRREAQLLETASDHPEALAVPCDVTAPDDVARLFAEVRQRWGRVDVLFNNAGIFGPAGDVGDISVEEWEATLRVNVTGSMLCAAEAVRTMKAQEPQGGRIINNGSISAHSPRPKSVAYTVTKHAMTGLTKSIELDGREFGITCGQIDIGNTRTEIMDTIGVGSGALQADGSRKVEPMFPVDDAARAVLMMANMPASASVGSLVVTAAGMPFVGRG NA NA NA NA NA D3-18_00822 1488 dctA_1 COG1301 Aerobic C4-dicarboxylate transport protein ATGAAGATCCCAGACTCCGCGGCGCTGAAGGCGAGTTCGGCCCCGCAGAAGAAAAAGCGGCTGTACCAGTCGCTCTTTTTTCAAATCCTGATCGCCGTCGTCGCAGGTGTACTCATCGGTCATTTTTGGCCGACCATTGGGTCCGCCCTCCGGCCACTGGGCGATGGATTCATTCAACTCATCAAGATGATCATTGCCCCGCTGATTTTCCTCGTGATCGTCACAGGCATCTCGGCAGTGGGCGACGTCAAGGCGGTCGGAAGGGTCGGGGTCAAAGCGCTCCTGTACTTCACCGGCGCCACTCTTTTCGCCCTCGTCTTCGGGCTCATCGTCGGAAACATCGTTCAGCCTGGTGCTGGCCTTAATATCGACCCCGCTACGCTCTCCCAGGACGCGCTCAACGCCAAGACCGGCAACGCGCCTCCCAAGGACGCTGCAGCCTTCATCCTGGATGTCATTCCCGTCAGCGTGATCGGTGCTTTTGCCAACAACAGCCTGCTTCAGGTGCTGTTCTTCTCCGTGTTCTTTGGTGCAGCGATCGTGGTCATCGGCCGCGAACGTTGCCTCCCGGTCATCAGCCTCATGGAAACCGTCCTGGAGCTGATCTTCAAGATCATGTCCTGGATCATGAAAGTGGCTCCCATCGGTGCATTTGGTGCCATGGCGTTCATTATTGGCCAGTACGGACTTGGCACGCTCAGCACTTATGCCCTCTTGATAGCTGCCTGCTACGGCGCAGCGATCATCTTCATTGGCCTGCTGTTCCTGGTGGCCTGGGGCTTCGCCCGGGTCCCGCTGTGGGCGTTCCTCAAGTACACCCGTGAAGAATTCCTGCTGGCACTCGGCACCGCCTCCACTGAAGCAGTCATGCCGCGCATCATGACCAAGCTGACCAATGCCGGCTGCTCCCGGGCCACCACGGGCCTGGTGGTTCCCACGGGTTACTCCTTCAACCTGGACGGCGCAGCGATCTACCTGTCTATTTCACTCCTGTTCCTAGCGCAGGCCTTCGGCCACAACCTTGACCTTGGTCAGCAACTGGCGGCGTTGGGCGTCCTGCTCCTCACCTCCAAGGGCATGGCCGGCGTGCCAGGTTCGTCCTTCCTGGCACTCTCCGCCACGGCAGCTGCGCTGGGCATCTTCCCGGTAGCCGGCGTGGCACTCCTCCTCGGAGCCGACCGCCTCATGGACTCCATGCGCGTCGTGGTGAACCTGTTGGGCAACTGCGTGGCAACGTTCGTTGTGGCCAAATGGGAAGGCCAGTTCGACCGTAGCGTCATGCTCCGCGCCTTCAATGGCGAGATCACCAATCACGATTCCGCCATCATGCTCGGCAAGGAAGAAGTCTTCGAGGAACAGGAACTCGAACGCATCAGTGGCGGCCAGGAGCCCTCGCCGAAATTCCGTGGTGGCCCAGCTTCGGAAGACATCCCGCAGTTCGAAATGAGCAAACGGGGCCAACCATCCGCCCCGGTCTGCCCGGACTAG MKIPDSAALKASSAPQKKKRLYQSLFFQILIAVVAGVLIGHFWPTIGSALRPLGDGFIQLIKMIIAPLIFLVIVTGISAVGDVKAVGRVGVKALLYFTGATLFALVFGLIVGNIVQPGAGLNIDPATLSQDALNAKTGNAPPKDAAAFILDVIPVSVIGAFANNSLLQVLFFSVFFGAAIVVIGRERCLPVISLMETVLELIFKIMSWIMKVAPIGAFGAMAFIIGQYGLGTLSTYALLIAACYGAAIIFIGLLFLVAWGFARVPLWAFLKYTREEFLLALGTASTEAVMPRIMTKLTNAGCSRATTGLVVPTGYSFNLDGAAIYLSISLLFLAQAFGHNLDLGQQLAALGVLLLTSKGMAGVPGSSFLALSATAAALGIFPVAGVALLLGADRLMDSMRVVVNLLGNCVATFVVAKWEGQFDRSVMLRAFNGEITNHDSAIMLGKEEVFEEQELERISGGQEPSPKFRGGPASEDIPQFEMSKRGQPSAPVCPD PGPT0001450_26 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ASPARTATE_TRANSPORT,PGPT0001450-dctA-K11103 NA NA D3-18_00823 405 hypothetical protein ATGGCAGTTGCACGACGACGCGTCAACATTGATGAAGGCCGCGCCGCCCTCGCAGCCTGGCAGGCCGCCGTCGAGCCTCCCGGCAGTACAGGTGAGCCGGGAGGCGTAGCCGGGACACCGCCGTCGCGCACTTTAATTGCGACGGCGGTCCGCTACTCCCTGGAGGAAGTCACCGCCCGCGCCCCCGGCAACTCTGTGGAAGTCCGCGTGCCGCCGTTCGGTGTGACGCAGTGCGTGGAGGGGCCCCGCCACACGCGTGGCACTCCCCCGAACGTAATTGAGTGCGACGCCGCCACTTGGCTTTCGTTGGTGACGGGCAGGATTTCGTGGGCAGACGCTGTTTCGGAACACAAGCTGACTGCGTCCGGTTTACGTGCCGACCTCTCGGAGTTACTGCCCCTTTAG MAVARRRVNIDEGRAALAAWQAAVEPPGSTGEPGGVAGTPPSRTLIATAVRYSLEEVTARAPGNSVEVRVPPFGVTQCVEGPRHTRGTPPNVIECDAATWLSLVTGRISWADAVSEHKLTASGLRADLSELLPL NA NA NA NA NA D3-18_00824 1017 hypothetical protein ATGCCCATAAGTTCGCATGAAACGTTCAACGTTGAGTCCGCGGTGGAACTGGCAGTGATCGAACGAAGTGGCTTTATTGAGTCCCGGCACATCGGCGCAGCCGTGGTTCTTGCCGGTGACGGCTCGGTGGTCACCCGTCTTGGTGACATCGACGCCCCCATCCTCGCCCGCTCCACCCTCAAACCCTTCCAGGCCTTGGCGTCCATGCAGTCCGGCGTGCCCCTCCGCGGCGCCCAGGTTGCTGTGGCTTGTGGCAGCCACACCGGTTCCCTGGATCATATGGACGTTGTGGAGGGGATGCTGAAAGCAGCGGGTGTTAAAGAAGAAAACCTCCAGTGCCCCACCGCCTGGCCCCAGGACGAAACGGCCCGCAACTGGCTAATCCGCTCCGACCGCGGACAATCCAAGCTGGCCTTCAATTGCTCCGGCAAGCACGCAGCATTCCTGTGGGCTTGCACCGAAAACGACTGGGACCTGCGCAGCTACCTCGAACCAAACCACCCGCTGCAGCAGCGCGTTCGCTCGGTGATTGAGGAATACAGTGGCGAACGCATCTCCCACTTGGGCATCGACGGCTGTGGAGCACCTGTTGCCGCCATCTCGTTGACCGGCCTCGCCCGCGCCTACTCCCGCCTGGCCAAGTCCCCGGGCGATAAATCGTCCAACGCGCGTGCCGCCACCATCGCCACGTCCATGCTGGATTACCCCTGGGCCGTCCAAGGCAAGGGTGAGTCCAACACGATCGTCATGGAGGAGCTGGATGTCCTGGCCAAGATCGGCGCCGAGGGCGTCCTGGTCATGGCCACTCCCACAGGCGCCACCGTGGCCGTGAAGATGCTGGACGGCAACCTTCGCGCCACGTCCTTGGTAGGACTGACTCTCCTGGCCGTGAGCGGTGCCGTGGACATCCCGGCAGTTTCCAGTGTTTTGGAGCGCGTGGTGGAGCCCGTGCTCGGCGGCGGCCACGAGGTGGGCAAGATCCGGCTCGGCCACGCTGTCTCCGCCCTGCTGGACTAG MPISSHETFNVESAVELAVIERSGFIESRHIGAAVVLAGDGSVVTRLGDIDAPILARSTLKPFQALASMQSGVPLRGAQVAVACGSHTGSLDHMDVVEGMLKAAGVKEENLQCPTAWPQDETARNWLIRSDRGQSKLAFNCSGKHAAFLWACTENDWDLRSYLEPNHPLQQRVRSVIEEYSGERISHLGIDGCGAPVAAISLTGLARAYSRLAKSPGDKSSNARAATIATSMLDYPWAVQGKGESNTIVMEELDVLAKIGAEGVLVMATPTGATVAVKMLDGNLRATSLVGLTLLAVSGAVDIPAVSSVLERVVEPVLGGGHEVGKIRLGHAVSALLD NA NA NA NA NA D3-18_00825 1359 purD COG0151 Phosphoribosylamine--glycine ligase ATGACACAGCTTAGGCCCCGCGCCCTTCACAAAGTACCCTTGAGGACTGTGAAGGTACTCGTCATTGGCCCAGGCGGCCGCGAACACGCCATTGTCCGCTCTCTGCTTGAAGACCCCAACGTTTCCGAGGTCCACGCGGCCCCAGGCAACGCGGGCATCAGCAAACTCGTTCCCACCCACGCGATTGACGGGAACAACCCGGAAGCCGTGTCCGCCCTCGCCACCAAGCTGGGCGTGGACCTGGTTGTTGTAGGACCCGAGGCACCCTTGGCTGCCGGTGTGTCCGACGCCGTCCGCGAAGCCGGCATCCCGGTGTTCGGTCCCAGCAAGGAAGCAGCCCAGCTGGAGGCTTCCAAGGCCTTCGCCAAGCAGATCATGGCCGAAGCCAACGTTCCCACAGCCATGGCCCGCGTTGCCACCAACGCCGACGAAGCTGCCGACGCCTTGGACACCTTTGGTGCCCCGTATGTAGTCAAGGACGACGGCCTGGCCGCGGGTAAGGGCGTGGTGGTCACCAGGGACCGCGCAGAGGCCCTGGCGCATGCACAGGCGTGCTTCGACGCCGGTGGAACCGTGGTCATCGAGGAATTCCTTGACGGCCCCGAGGTTTCCCTGTTCGTCCTCTGCGACGGCCGCACCACCGTTCCGTTGTCCCCGGCACAGGATTTCAAGCGCATCTTCGATAACGACGAAGGGCCCAACACCGGCGGCATGGGCGCGTACACCCCGCTTGAATGGGCTCCCGAGGGCCTGGTTCAGGAAGTCATCGACCGCGTTGCCCAGCCGACCGTGGACGAGATGGCCCGCCGCGGCACCCCCTTCGTTGGTGTGCTGTACTGCGGCCTCGCCCTGACTTCCCGCGGCATGCGTGTCATCGAGTTCAACGTTCGCTTCGGCGACCCCGAAACGCAGGCCGTCCTCGCTCGCCTCAAGACGCCTCTCGGTGCGCTGCTGCTGGCCGCTGCCAAGGGCGAACTGGACACGGCTGAAGAGCTGCGCTGGTCCAAGGACACGGCAGTCGCCGTCGTCGTTGCTGCCGAAAACTACCCCGACGCACCCCGGACGGGCGATCGCATCCGTGGCCTGAAGAAGGTGGATGAACTGGACGGTGTCCACGTAGTCCACGCCGGCACCAAGCTGGACGACGAAGGCAAAGTGGTCTCGGCCGGCGGCCGTGTCCTTGCTGTTGTCGCGCTCGGTTCAGATCTGGTGGAGGCCCGTGAAAAGGCGTACGACGGCGTTGAGCTGGTTCAGCTTGAAGGCTCACAGTTCCGTACGGACATCGGAGGCAAAGCCGCCCGCGGCGAAATCCGCGTTCCGTACACGGCTACAGGAACCATCCCGAAAGTGCAGGCCTGA MTQLRPRALHKVPLRTVKVLVIGPGGREHAIVRSLLEDPNVSEVHAAPGNAGISKLVPTHAIDGNNPEAVSALATKLGVDLVVVGPEAPLAAGVSDAVREAGIPVFGPSKEAAQLEASKAFAKQIMAEANVPTAMARVATNADEAADALDTFGAPYVVKDDGLAAGKGVVVTRDRAEALAHAQACFDAGGTVVIEEFLDGPEVSLFVLCDGRTTVPLSPAQDFKRIFDNDEGPNTGGMGAYTPLEWAPEGLVQEVIDRVAQPTVDEMARRGTPFVGVLYCGLALTSRGMRVIEFNVRFGDPETQAVLARLKTPLGALLLAAAKGELDTAEELRWSKDTAVAVVVAAENYPDAPRTGDRIRGLKKVDELDGVHVVHAGTKLDDEGKVVSAGGRVLAVVALGSDLVEAREKAYDGVELVQLEGSQFRTDIGGKAARGEIRVPYTATGTIPKVQA PGPT0021575_302 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021575-purD-K01945 NA NA D3-18_00826 939 purC COG0152 Phosphoribosylaminoimidazole-succinocarboxamide synthase ATGACTGAAGGCATCCCTACGGGCGGCTTCGAAACCGAAACGCTGGAACTTCCGGGCTGGACGCACGTCTACTCCGGCAAGGTCCGCGACCTCTACGTCCCGGCAGACGAAGCAATCACGGACAAGATCGGCCAGGAATGCGTGCTGGTTGTCGCCAGCGACCGCATCAGCGCCTACGATCACGTGCTGAGCAGCGAAATCCCGGACAAGGGCCGTGTCCTGACGCAGCTGAGCTTGTGGTGGTTCGACCAGTTGGATGTTGAGCACCACGTGTTGGCGTCCACGGTTGAGGGTGGCGTTCCTGCCGCCGTCGAAGGCCGCGCCATGATCTGCAAGAAGCTGGACATGTTTCCGGTGGAATGCATCGCGCGCGGCTATCTCACCGGCTCCGGCCTGGCTGAGTACAAGGAATCCCGCACGGTCTGCAACATTCCGCTGCCCGAGGGCCTGGTTGACGGTTCACGCTTGGAAAAGGCCCTCTTCACGCCCTCTGCCAAGGCCGAAGTTGGCGAACACGACGTCAACATCACCTATGACGATGTGGTGGCCATGGTGGGCGACGACATCGCTGCCCGCCTCAGCGAACTCACGTTGAAGATCTACACCCGCGCTGAGGAGATCGCCCGCGACCGCGGCATCATCCTGGCCGACACCAAGGTGGAGTTCGGCATCGACGCGGCCACCGGCATCATCACACTGGGCGACGAAGTCCTCACCCCGGACTCCTCACGGTTCTGGGACGCATCCACCTATGCGCCGGGTCAGTCGCAGCCTTCGTACGACAAGCAGTACGTCCGTGACTGGCTAACGTCCGCCGAGTCCGGCTGGGACAAGTCCTCCGACACTCCGCCGCCTGCACTGCCCGCCGAGGTTGTGGAGCGCACCCGTGCCCGCTACGTTGAGGCTTACGAGAAGCTAACGGGCCGCACCTTCGCCTAG MTEGIPTGGFETETLELPGWTHVYSGKVRDLYVPADEAITDKIGQECVLVVASDRISAYDHVLSSEIPDKGRVLTQLSLWWFDQLDVEHHVLASTVEGGVPAAVEGRAMICKKLDMFPVECIARGYLTGSGLAEYKESRTVCNIPLPEGLVDGSRLEKALFTPSAKAEVGEHDVNITYDDVVAMVGDDIAARLSELTLKIYTRAEEIARDRGIILADTKVEFGIDAATGIITLGDEVLTPDSSRFWDASTYAPGQSQPSYDKQYVRDWLTSAESGWDKSSDTPPPALPAEVVERTRARYVEAYEKLTGRTFA PGPT0021565_1016 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021565-purC-K01923 NA NA D3-18_00827 1266 hypothetical protein GTGGGAAACGGATTCGGCGAGAAGCTACGTGCCGAACGGCTCGAACGTGGGTTAACGCAGGCAGAGCTCGGCAAAAACCTGTATTCACCGAGCTACATTTCGCTGCTCGAGACAGGCCGGCGTGAGCCTACGGCTGAGGTCATCGAGGAGCTGGCCCGCAGGCTTGAACTTGCACCGAAGGCCTTGGAAGCCTGGAGCCAACCGGTCTCCGTGAGTGATGCCGAGTACGTCCTCGCCGGTCTCTACGCCCGACAGGCCTGGGATCTTCGCGACTACCAACTCGCCGCCAGCCACGCTGCCACAGCCGCGCAGATTGCCCTCGAGGCCAAGAACAACAGCGCCTGGTGGAACATGACTTACATGCAGGCCGAGTGCGTGATGAAGCAAGGCCAGCTGAAGGAATGTCAGCAAATCGTTGAGCACCTCCTGGAACACCCCATGGCCACCGAATCCGCTGGCCTCGGAGTCCGCGCCTGGCAGATGCTTGCCGCGGTGTGTCACGGACAAGGCCAACTGGCCACCGCCGTCGAGCATGCCAAGCAAGCCGTAAAGCTCAGCGAGCAGCTGCCCAAGGGATCCACGCTCATCATCGGTGCGCACCGCGCGCTGATTGGTGCCCTGGCCGAGAGCGGCAAGCTGGACGAAGCGTGGCAGTACTGCCTGGCCATGATCGAGCACATGGACGAACACTCCATGTCGCAACTGGCCGGCGAAGTCGCTTGGGTGGTCGGCAACGTCGCCTTCATGCGCCACGACTACATTGAGGGCATCAAGCACCACGAGCGTGCAGCCAAGCTCCTATCCCCCGCCAACGACATTGAGCTGTGGGCCCGTTTCAACAAGGCATCCGCAGCGGTTCGACTGTCCTCTGGGATTGTGGAACCGGAAACCTTGTCCGCCATTGAGCGTGCAGAACTCGCGCTGTCCATTGTGGGCGGAAACAAGACAGACCAGCTTGAAGTCGCCTTCATCCGCGCCCGCTGGCTGTACCTGACCGGGGACATCCCTGCCGCCGTCGAGAAGCTCCGCGAGATCCACGCCGACCGCAAGGTATTGGCGCGGCACACCGCAGGTGAAGTTTCGCTGCTGCTGGGCAAGTCCTTAAAAGCAGCCGGGGAAGCCGCGGAGGCGCTCCAGTTCCTGGAAGAGGCGCAGCACGACTTCAGTGCGGCAGGAGCGTCGGACCGGGTTCAGCAGGCCATGGACGCAGTGCTGGAGATCCGCCTCGCCGAGCGCCGTGCCGCAAAGGAACACTCGGAAGCCTGA MGNGFGEKLRAERLERGLTQAELGKNLYSPSYISLLETGRREPTAEVIEELARRLELAPKALEAWSQPVSVSDAEYVLAGLYARQAWDLRDYQLAASHAATAAQIALEAKNNSAWWNMTYMQAECVMKQGQLKECQQIVEHLLEHPMATESAGLGVRAWQMLAAVCHGQGQLATAVEHAKQAVKLSEQLPKGSTLIIGAHRALIGALAESGKLDEAWQYCLAMIEHMDEHSMSQLAGEVAWVVGNVAFMRHDYIEGIKHHERAAKLLSPANDIELWARFNKASAAVRLSSGIVEPETLSAIERAELALSIVGGNKTDQLEVAFIRARWLYLTGDIPAAVEKLREIHADRKVLARHTAGEVSLLLGKSLKAAGEAAEALQFLEEAQHDFSAAGASDRVQQAMDAVLEIRLAERRAAKEHSEA NA NA NA NA NA D3-18_00828 195 hypothetical protein GTGACTGTCGTTTCGGTCTTGTCCTTCTTGGGTGTGGTGGTGGTGGACCGCATGGGGTCCGGCCAGTTACCAATGGCGCTTACTGTGCTGGAATCTGCTGCAGGAGCAGCGGAGACAACCCCGGGAGCCGCAACCGCGAACGTCAGTGCGCCCGCCACGGCCACTGAAGCGATGATTTTCTTGAACATGATGTAG MTVVSVLSFLGVVVVDRMGSGQLPMALTVLESAAGAAETTPGAATANVSAPATATEAMIFLNMM NA NA NA NA NA D3-18_00830 1833 COG1132 putative ABC transporter ATP-binding protein GTGACTGCCGCAACGTTTGGAACCGCCAACGAGGACAACACCCTCCTCACCAAGGCAGACAGCAAAGCCGTACGACGCCGGTCGCTCACCTTGCTTGCCTCGCTCATCCGGCCCGTGCGGTTGCGTTTTTGGCTGACGATCGTGATGGTTGTTGTCTCGCAGCTCACCCGGGTTGCCGGGCCTGCGCTGATCGCCTTTGGCATCGATAACGCGCTCCCCGCTCTGCAGGCCGGCGACAACGGGCCCTTGGTGCTGGCCGGTTCCCTGTACTTGGCAGCTGCAATTGCCACGGCCGGGATGACGGCGCTTTACGTGACCTCCACTGCCCGGCTGAGCCAGGCCATGCTGTTGGATCTGCGCCTTCGGGTCTTCCGGCACACCCAGCGGTTGAGCCTGGAGTTCCACGAGAAATACACCTCGGGCCGCATCATTGCCCGTCAGACCTCGGACCTCGAAGCGCTGCGCGAACTCTTGGATTCCGGGGTGAGTTCCCTGGCGTCCGGCATGTTGTTCATGGTGTTCACCGCGTTCACGATCTTTGCGCTCGACTGGCGCAGCGGCTTGATAGTCCTCGCGGCCGGGGTTCCCATGTTCTTCCTCGCCCGTTGGTACCAGAAGCATTCACAGATCGCGTTCCGTGAGTCTCGCGTGGTGTCCGCCCGCTTGATCGTTCACTTCGTGGAAACGATGACCGGGATCCGTGCCGTGAAAGCCTTCCGCAAGGAGCGCGAGAATGCCTCCCGATACGGCGAGCTGGCTGAGGACTACCGCAAGAACACCGTCCGCTCCATCAACTTGAACGGCATCTTCCAGCCTGGTTTGGTGCTGATCGGCAATGTTTGTGTGGCCGTGGTCCTGCTGTTTGGCGGCTTCCGCGTGCTGAATGGAGACCTGGCTGTTGGCGTCCTGCTGGCACTGATCCTGTCCACCAAGCGTTTCTTCCAGCCCGTGGACCAGATGGCTATGTTCTACAACTCCTTCCAGAGTGCACAGGCTGCCTTGGAAAAGGTGTCCGGGCTCCTCGAAGAAGTGCCCACCGTCCGTCCACCAAAGAACCCGGTACCGCTGAAGAGCTCACGCGGCGAGATCGACTTCAAGGCTGTGGAGTTCGGCTACAGCGACGGCAAGGTTGTAGTCCCAAAGCTCAACCTTCACATCCCGGCTGGCCAGACAGTTGCCCTGGTGGGTCAGACGGGTGCGGGAAAGTCGACGTTGGCCAAGCTCGTGGCACGCTTCTACGACGTCACGTCAGGCGCCATCACCCTGGATGGCGTCGATCTTCGTGACCTGTCCACCACAGACCTCCGCCGAGCCGTGGTGATGGTGACGCAGGAGGCGTTCCTCTTCAGCGGCTCCGTGGCAGAGAACATTGCATTGGGCAGGCCAGAGGCTTCCCGTTCTGAGGTCGAGTCCGCAGCTGCAGCGGTGGGTGCTCACGAGTTCATCATGAGCCTTCCCGAGGGATACGACACGGACGTCAACAAGCGGGGTGGTCGGGTGTCATCCGGTCAACGCCAGCTCATCGGCTTCGCCCGAGCGTTCCTGGCCGCACCTGCCGTGTTGATCCTGGATGAGGCAACGTCCTCCTTGGACATTCCTTCTGAGCGCATGGTCCAGCAAGGACTGTCCAACCTGTTGGAGGGAGTGGCCGGTGGCCGGGGAGCCCGGACGGCAATCATCATCGCCCACCGCCTCTCAACTGTGGAGACGGCTGACAGGGTTCTGGTGGTCCACGACGGACGCATTGTGGAGGACGGGACGCCGGCCGAGTTGATTAGCGGTGGCGGACGGTTTGCCCAGCTGCACGGGGCCTGGCGCGACTCGTTGGTCTAG MTAATFGTANEDNTLLTKADSKAVRRRSLTLLASLIRPVRLRFWLTIVMVVVSQLTRVAGPALIAFGIDNALPALQAGDNGPLVLAGSLYLAAAIATAGMTALYVTSTARLSQAMLLDLRLRVFRHTQRLSLEFHEKYTSGRIIARQTSDLEALRELLDSGVSSLASGMLFMVFTAFTIFALDWRSGLIVLAAGVPMFFLARWYQKHSQIAFRESRVVSARLIVHFVETMTGIRAVKAFRKERENASRYGELAEDYRKNTVRSINLNGIFQPGLVLIGNVCVAVVLLFGGFRVLNGDLAVGVLLALILSTKRFFQPVDQMAMFYNSFQSAQAALEKVSGLLEEVPTVRPPKNPVPLKSSRGEIDFKAVEFGYSDGKVVVPKLNLHIPAGQTVALVGQTGAGKSTLAKLVARFYDVTSGAITLDGVDLRDLSTTDLRRAVVMVTQEAFLFSGSVAENIALGRPEASRSEVESAAAAVGAHEFIMSLPEGYDTDVNKRGGRVSSGQRQLIGFARAFLAAPAVLILDEATSSLDIPSERMVQQGLSNLLEGVAGGRGARTAIIIAHRLSTVETADRVLVVHDGRIVEDGTPAELISGGGRFAQLHGAWRDSLV NA NA NA NA NA D3-18_00831 1800 COG1132 Putative multidrug export ATP-binding/permease protein ATGTCCAAGCAAACGTCATTCTTCACCTCCGTCGGCCGCCTGTACCCTCACGTGCGGCCCATCCTCCCCCGACTATTCATGGGCCTGCTATGCGCCCTGTTGGCCAGCATCGTCGCGCTGACCATCCCGCAAGTGCTGCGGGTTCTTGTCAACAACTCTTTGCAGCCCGGTGGTTCCACGGATGCCGTCTGGATTGCCGCCGTCGTGATTCTTGCTTTGGGTATTGCCGAAGCCGGGCTGGTGGCCTTGCGCCGGCAGTTCGTCATCAACCCGGCCACGACGGTTGAGACCCGGATGCGGGTGACCCTTTACGGCCACCTGCAACAACTGACGGTCGCTTTCCACGACCGCTGGGGTTCGGGACAACTTCTGTCGCGCGCCATGACGGACCTGAGTTTCCTGCGCCGCTGGATGGCGTTTGGCGCGATCATGCTAGTGGTCACGACGCTTACTGTGATCATCGGCGTAGGCGTCATGTTCTCCATGAGCTGGCAGTTGGCACTGATCTTCCTCGGAGCGGCCGTGCCGATCATGATCAACTCGTTCCGATTCCGCCGCCGCTTCAGTTTGGTTACGCGCCTCAGCCAGGACCAAGCTGGCGACCTCGCCACCACCGTGGAGGAATCAGTCCACGGCATCCGTGTCCTGAAGGCCTTCGGGCGTAGCCGTGAAGCGCTGGAGAACTTCAACGGCCAGGCAGAAGAACTGCGCCAGACCGAGATCGCCAAGGCCAAGCAGCAGGCTGGCTTCACGCTGGTAGTTACGCTGCTGCCGGAGTTGGCGTTGGGCGTCGGCCTGGTGGTGGGCATCATGCTCGCCGCGAGTGGGGAACTCAGCATCGGCGCGTTGGTGGCGTTCTTCGCAACAGCGGCCGTGGTAGCCACTCCGGTGGAATTTTCCGGCATGCTCCTGGCCATGGCGCTGACGGCCAAAACCGCCTTGGACCGCCACTTCGAGGTGATGGATACGGAGAACACCATCACCTCGCCGGCTCAACCCGCTGTTCCGGAAAGCGTGAAGGGCGCCCTTCGCTTTGAGCACGCAGGTTTCGGGTTCGACGACGGCGGCACCCTCCTGCACGACGTCACCCTGGATATACGCCCTGGGGAAACAATGGCCCTTGTCGGCATCACGGGCAGCGGCAAGAGCGCCCTGCTCCAGCTGGTCCCCCGCCTCTATGACGTCACCGAGGGCGCCGTGACTATCGACGGCGTGGACGTTCGCGACTACGACATCGACGAACTCCGAAAGATCGTCGCCGTGGCGTTCGAGGACACCACGCTGTTCTCCAGTTCGGTCCGGGACAACGTACTGCTCGGAGCCCCCGATCCCAGCGACGCCGCCTTGGACGAGGCCCTGGATGTGGCACAGGCCCAGTTCGCCTACTCGTTGCCTGACGGTGTGCACACCTTGATCGGCGAGGAAGGGCTGAGCCTTTCCGGCGGTCAACGGCAGCGCATAGCGTTGGCGCGTGCCATCGCCGCCAAGCCCAAGGTTTTGGTCCTTGACGATCCCCTGTCCGCCCTGGACGTGAATACCGAGGAACGTGTGGAGGCCCGTTTGCGCGAGGTCCTGCGCGAGACCACCACCCTGATCGTCGCGCACCGCCCCTCCACCGTGGCCTTGGCGGACCGCGTGGCCCTGCTCGAAAACGGGACCATCACCGCCGTCGGGACCCATACGGAACTGCTGGCCGGGAACGATCACTACCGCTACGTCATCGCCAGCCTGGACGCCGGTCCAAAGGACCTGGACACCGAACTGGATGAGCTCGAAGAAGCTGAGGAGGCCCGCCGGTGA MSKQTSFFTSVGRLYPHVRPILPRLFMGLLCALLASIVALTIPQVLRVLVNNSLQPGGSTDAVWIAAVVILALGIAEAGLVALRRQFVINPATTVETRMRVTLYGHLQQLTVAFHDRWGSGQLLSRAMTDLSFLRRWMAFGAIMLVVTTLTVIIGVGVMFSMSWQLALIFLGAAVPIMINSFRFRRRFSLVTRLSQDQAGDLATTVEESVHGIRVLKAFGRSREALENFNGQAEELRQTEIAKAKQQAGFTLVVTLLPELALGVGLVVGIMLAASGELSIGALVAFFATAAVVATPVEFSGMLLAMALTAKTALDRHFEVMDTENTITSPAQPAVPESVKGALRFEHAGFGFDDGGTLLHDVTLDIRPGETMALVGITGSGKSALLQLVPRLYDVTEGAVTIDGVDVRDYDIDELRKIVAVAFEDTTLFSSSVRDNVLLGAPDPSDAALDEALDVAQAQFAYSLPDGVHTLIGEEGLSLSGGQRQRIALARAIAAKPKVLVLDDPLSALDVNTEERVEARLREVLRETTTLIVAHRPSTVALADRVALLENGTITAVGTHTELLAGNDHYRYVIASLDAGPKDLDTELDELEEAEEARR NA NA NA NA NA D3-18_00832 948 hypothetical protein ATGTCGTTTAGTGATTCATTGGCTAACCGCGTCCGCACTTTCGGGCGCGGTTTCGCCGTCACTGCTGCCGTCGGTGCAGCAGCAGGCGCAGCGGCGGCCGCATACGGGTGGTGGGAGAAGGATCAGTTCGAGGTCCGCCACGAAACCTTGCCCATCCTGCCGGTCGGCTCGGCCCCGCTCCGTGTCCTGCACCTGAGCGACATCCACTTCGTACCGGGCCAGGATAAGAAGACGCAGTGGCTGCAATCACTGGCAGATCTGAAGCCTGATCTCGTGGTCAACACGGGCGACAACCTCAGCCACACCAAGGCCGTCGATCCCCTGATCCAGGCTCTGCGACCCCTGCTGGAGTTCCCGGGCGTCTTCGTTCCGGGTTCCAATGACTACTACGCCCCGCGGATCAAAAACCCAGTGGGCTACTTCCGCGGCCCGTCCCGGATGCGAACCGACCCGATTGCCTTGGACTGGCCGAAGCTCCGCTCGGCCTTCGGCATGGGCGGCTGGATCGACCTCACCAACCGCGCCCAGTCAGTGGTGCTGAACGGGCTGCGCTTCGACTTCTCCGGAGTCGATGACCCCCACCTGAACCGCGAACGCTATGCCGGTTGGCCTCGAGGGACGGTCAACCAGGATGCCCGCCCGCACCTAAAGGTAGCGGTCATTCACGCTCCGTACCAGCGCGTGCTGGACCACTTCACGGAGGCCAGTGCAGACCTGATCCTTGCTGGCCACACGCACGGCGGCCAAATCTGCATCCCTGGTTACGGTGCTCTCGTCGCCAACTGCGATCTCCCCAACTGGCGTGCCAAGGGCCTCCACGATTGGGAAAGCGATAGCTTCACGACGCCGGTGAACGTCTCCGGCGGCATCGGGACGTCCCGCTTCGCACCGGTCCGCATCGCGTGCCGCCCGGAAGCAGTGCTGCTGACGCTCACGTCACGCAACTAG MSFSDSLANRVRTFGRGFAVTAAVGAAAGAAAAAYGWWEKDQFEVRHETLPILPVGSAPLRVLHLSDIHFVPGQDKKTQWLQSLADLKPDLVVNTGDNLSHTKAVDPLIQALRPLLEFPGVFVPGSNDYYAPRIKNPVGYFRGPSRMRTDPIALDWPKLRSAFGMGGWIDLTNRAQSVVLNGLRFDFSGVDDPHLNRERYAGWPRGTVNQDARPHLKVAVIHAPYQRVLDHFTEASADLILAGHTHGGQICIPGYGALVANCDLPNWRAKGLHDWESDSFTTPVNVSGGIGTSRFAPVRIACRPEAVLLTLTSRN PGPT0022365_2426 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LIPID_A_METABOLISM,PGPT0022365-lpxG-K07098 NA NA D3-18_00833 2277 mtgA Biosynthetic peptidoglycan transglycosylase GTGACTCGCAAGAACCCACTATTCGACACTGCCACCACCCTCGGAAAGATTCTAGGCTTCCTTGGTGTGAGCGCGATTTGTGGCGTCCTGGTGGCGGGCCTTTTGGTCCCCGCAGCCGCCGTTTCGGGCAGTGCCGCAAGTGGTTCAATTCAGTTCTTTGACACTCTGCCGGCGGAACTCCAGGTGGATCCGCCCAGCCAGAACACCACGATCCTGGCGAAGGACGGTTCGCCGATCGCCTCGATCTACGCGGAGAACCGGACCAAGGTTCCGCTGGATCAAATGAGCCCGTTCATCAAGGACGCTGTCATCGCTATCGAGGACAGCCGTTTTTATGAGCACGGCGGCATTGACACCACCGGCATCATGCGAGCCATCGTCAGCACCGCCCGCGGCAACAAGCAGGGCGCGTCCACCATCACGCAGCAGTACGTGAACAACGTCATCAACGAGTCCCTGGTGGCATCCGACCGCGAAGAAGACGTCAAGCTCAACGGTGGCGGAAAGGGCGTGGGCGACAAGCTCCGCGAAATGAAGCTTGCGATCGCCTTGGAGAAGAAGTTCTCCAAGGAACAGATACTTGAGGGTTATCTCAACATCGTCTTCTTCAACCGTGACGCCTACGGCATTGAGGCTGCCTCGAAGTTCTTCTTCAGCACCTCTGCCAAGGACCTGACGCTTCCGCAGGCTGCCCTCCTGGCCGGCCTGGTGAACAGCCCGTCGGCCTTCGATCCCATCGCCAACCCTGATAGCTCCAAGGTTCGCCGTGACCTGGTGCTCGCCTCCATGGTCAACCAGGGGAAGATCACGCAGGCACAGTACGAAGAAGCTGTCGCCACTCCGGTCACCACGCAGGTCACCCCGGCTCGCCAGGGCTGCGCGTATGCCACCATGGCGCCGTACTTCTGTGACTACGTGCTCCACCTGCTCTTCAACAACCCGGCGTACGGTGACACCACGGAAGAGCGCGTCAAGCGCATCCAGCGTGGCGGCCTCACCATCCAGACCACCCTCGATCCCACCGCTCAGAACGTCGCACAGCAGCAGGTCGACGCAACGGCTGGCGCTAACCCGGACAAGTGGGGCGCGTCGATCGTCTCCGTGCAGCCGGGTACCGGCCAGATCGTCAGCATGGCCCAGAACACTGTTTGGCTGCCTCAAGAGGGCAAGTTCGATCAGACGCAAAACTTCAACGTTGACGTCCTGGACGCCAACGGCAACGACCTCAACGGCATCGGCGGATTCCAGCCCGGTTCAACCATGAAGCCCTTCACGTTCGCCCAGTGGCTGAACGAGGGCAAGTCGATGGAAACGAACGTCAACGCGGCGGTTCGCAAATATCCGCAGAACTTCCCTTGGAAAAATACGTGCCCCACACCGACCGATGGCTTCTATGATGGCAACGTGCAGGGCAGCTTCGACCTCCAAAATGCCGAACCGCAGTACTACCGGAACATGACGGTCCTCTGGGGCCTCAAGAACTCCATCAACACAGCCACGTTCGCTTCGGCGGCGCAGGTTGACCTCTGCGGCATCCAGGGCATCGTTGATGCCACAGGCATCCACGGCGGCCTTCCGACACGCGACGACACGGGTAAAGTCACGGATCCAAACCCGAAGGTTCAGATGACCCGATTGTCCAACCTCATTGGTGCAACGCAGACCGCACCTCTGACCATGGCATCATCTTTCGCAACCTTCGCCGCTGACGGCAAGTACTGTGAACCAATTGCTATAACTTCGGTGAAAGACCAGTCCGGCGCCTCTTTGCCTGCCCAGTCTTCCAGTTGCAAGGATGCTGTGAAGCCAGAGGTTGCTCGAGGCGTCGCCTATGCCATGGGCAAGGTGTTGGACGAGGGCTCGGGATCTCTGATCCGTCCGGCCTTGAACTCCAAGAACTTCCCGGTGGCCGCCAAGACCGGAACCAATGACACCAACGGCTCAACCTGGGTAGTCGGGTACACCTCCGGCCTCGCGACTGCCTCATGGTTTGGTGATCCTCTGGATGACCAGTCTCGTCCCGGCCGTAATCTGACCATTAATGGCAAGTCCTACGATGCTATTGACGGCTACATGATTGCTGGTCCGCAGTTCACCAATTACATGCTTGCTGTGGCTCCGGCCTATGGGACCAATCCGTTCCCGGCTCCGCCGTCGAACCTGACGGGAGCTCCTGCTCCACAACGTAACAACACCCCGTCCAAAAACACCCCGTCGACGGCGCCCAACCCGCCGTCCACTGGGAATGGCAACAACGGCAACGGCAATAAGAACTGA MTRKNPLFDTATTLGKILGFLGVSAICGVLVAGLLVPAAAVSGSAASGSIQFFDTLPAELQVDPPSQNTTILAKDGSPIASIYAENRTKVPLDQMSPFIKDAVIAIEDSRFYEHGGIDTTGIMRAIVSTARGNKQGASTITQQYVNNVINESLVASDREEDVKLNGGGKGVGDKLREMKLAIALEKKFSKEQILEGYLNIVFFNRDAYGIEAASKFFFSTSAKDLTLPQAALLAGLVNSPSAFDPIANPDSSKVRRDLVLASMVNQGKITQAQYEEAVATPVTTQVTPARQGCAYATMAPYFCDYVLHLLFNNPAYGDTTEERVKRIQRGGLTIQTTLDPTAQNVAQQQVDATAGANPDKWGASIVSVQPGTGQIVSMAQNTVWLPQEGKFDQTQNFNVDVLDANGNDLNGIGGFQPGSTMKPFTFAQWLNEGKSMETNVNAAVRKYPQNFPWKNTCPTPTDGFYDGNVQGSFDLQNAEPQYYRNMTVLWGLKNSINTATFASAAQVDLCGIQGIVDATGIHGGLPTRDDTGKVTDPNPKVQMTRLSNLIGATQTAPLTMASSFATFAADGKYCEPIAITSVKDQSGASLPAQSSSCKDAVKPEVARGVAYAMGKVLDEGSGSLIRPALNSKNFPVAAKTGTNDTNGSTWVVGYTSGLATASWFGDPLDDQSRPGRNLTINGKSYDAIDGYMIAGPQFTNYMLAVAPAYGTNPFPAPPSNLTGAPAPQRNNTPSKNTPSTAPNPPSTGNGNNGNGNKN NA NA NA NA NA D3-18_00834 156 hypothetical protein ATGACCAAATGGGAGTACGCCACGATTCCGCTCATTATTCACGCTACGAAGCAGATCCTGGACCAGTGGGGCGAGGACGGCTGGGAGCTCGTCCAGGTCGTCGGTGGACCCGATGGCAAAGGCCTTGTTGCATACCTGAAGAGGGAGAAGCAGTAA MTKWEYATIPLIIHATKQILDQWGEDGWELVQVVGGPDGKGLVAYLKREKQ NA NA NA NA NA D3-18_00835 537 hypothetical protein ATGACCACCCCCGCAGAAACCACCTCTGCCGCGGAATCCGGCGCCCCCACGTCTGCTGTTGAGCAGCGTCTGGCCGAGCTCGGATTGACCCTCCCCGAGGTCGCCGCCCCCGTAGCCGATTACGTACCTGCCATCGTCTCAGGCAACTACGTTTACACCTCCGGACAGCTGCCGTTTATTAACGGCAAACTCGAAGCTACGGGCAAGGTGTCCCTCGGCGAGTTGGGCACGTCCGACGAACCCACCGTTGATCCGGAAGACGCCAAGCGATACGCAGCACTCTGCGCCATCAACGCCCTCGCCGCCGTCAAGAGCGTCATCGGCGATCTTGACCGCGTCACCCGCATCGTCAAGGTCGTGGGTTTCGTATCCTCCGAACCCACCTTCACTGGTCAGCCCGGCGTGATCAACGGTGCATCCGAACTCCTCGGACAGGTATTCGGCGACGCCGGCAAGCACGCACGCTCCGCCGTCGGCGTCTCTGTCTTGCCGCTCGACTCTCCCGTTGAAGTCGAGCTCATCGCTGAATTCAGCTAA MTTPAETTSAAESGAPTSAVEQRLAELGLTLPEVAAPVADYVPAIVSGNYVYTSGQLPFINGKLEATGKVSLGELGTSDEPTVDPEDAKRYAALCAINALAAVKSVIGDLDRVTRIVKVVGFVSSEPTFTGQPGVINGASELLGQVFGDAGKHARSAVGVSVLPLDSPVEVELIAEFS NA NA NA NA NA D3-18_00836 912 hypothetical protein TTGCCGCAGCTTGCCCGCCGTCTGTTCGTACTGCCCCCGGAACTCGAAGGGGCAGCACGAAACTGGCTTGAGCTTGGCGAACGGACCCCCAGGGCCGCCCGCTACGCCTCCTCAGTTGTGCTGTTGCGCGACTCGCCCACCGGCTTGGAAACCTGGCTTGGATACAGGCCAGGTTCCTCGCCGTTGGGCGTTGTCGCGTTTCCGGGCGGCTCGCTGGACCCGTCCGACGACGACCCCGTAGGTTGGCTAGGCCCCTCACCCCAGCATTGGGCTGAGCAGATGGGAACGGACGACGTCGGGCTCGCTCGCCGTCACGTAGTGGGTGCAATCCGCGAACTCTTCGAAGAAACCGGTGTCCTGCTCGCAGGCCCTGATGCTTCCTCTACGGTCGAGGCGAACTCCACCGTCGACTGGATGCGTGCCCGCGAAGCTGTGGCCGCCCAGGAGAAGTCCTTCACAGAGATGCTCTCCAAGCGCGGTCTCTCCCTCCGCACCGACCTCCTGAAACCACTGGTGAACTGGCTCAGCCCGGACTTCGCCCATGCACGTTTCAACACCCGATACTTCGCCGCCACCGTCCCCGTGAACCAGCAACCCAGCATCCTGGGCAGTAAGGGGGTTTGGGGCCGCTGGGTCACCGCCGCCGAAGCCATCGGCCTGCGGGACACTTCAGCACTCGGTGACGAAGTAGGCCAGGAAAATACCGTTGGCCTCAAGCTTGGTCAGCTCCTGGTACCTGGTTCCGAGATCATGCTCGAAAAGATGGCCAACGCCAACGGATGCATCGCTTACTTGAGCTACAAACGCAAAGCCCACGTGTACCAGGCGAAATTGGTGGACGAGGGCGGAATTCTGATGCTCGAGGTCGAAGCCGCCCGCACCGTGGCAGGGGAGCCCCAGCGCGAGCGCTAA MPQLARRLFVLPPELEGAARNWLELGERTPRAARYASSVVLLRDSPTGLETWLGYRPGSSPLGVVAFPGGSLDPSDDDPVGWLGPSPQHWAEQMGTDDVGLARRHVVGAIRELFEETGVLLAGPDASSTVEANSTVDWMRAREAVAAQEKSFTEMLSKRGLSLRTDLLKPLVNWLSPDFAHARFNTRYFAATVPVNQQPSILGSKGVWGRWVTAAEAIGLRDTSALGDEVGQENTVGLKLGQLLVPGSEIMLEKMANANGCIAYLSYKRKAHVYQAKLVDEGGILMLEVEAARTVAGEPQRER NA NA NA NA NA D3-18_00837 465 aroQ COG0757 3-dehydroquinate dehydratase ATGACTGAAGCCACTCCCGCCGCCGAAACCGGTCGCGGCACCATTCTTGTGATAAACGGCCCCAACCTGAACCTTCTGGGTACCCGCGAACCTGAGAAGTACGGCACGTCCACCCTTGCCGATGTGGAGCAACTGGCCATGAGTGCGGCCGCCGCCCATGGCTTCACGGTTGACTGCGTTCAGTCCAACCATGAGGGCGACCTCTTGGACGCCATCCACGCTGCGCGAGGCACCGCCGTCGGAATTGTGATCAACGCCGGCGCGTACACACATACGTCCGTGGCCCTTCGTGACGCCCTGGCGGCTGTGCAGCTGCCCGCCGTCGAGGTCCACATCACCAACGTTCACCAACGTGAAGAGTTCCGCCACCACTCGTACCTGTCGGGGGTGTGCAACGCGGTCATCGTGGGAGCAGGTGTGCTCGGCTACAAGCTGGCCATCGAGTACCTGGCAGACTCGGCCTAA MTEATPAAETGRGTILVINGPNLNLLGTREPEKYGTSTLADVEQLAMSAAAAHGFTVDCVQSNHEGDLLDAIHAARGTAVGIVINAGAYTHTSVALRDALAAVQLPAVEVHITNVHQREEFRHHSYLSGVCNAVIVGAGVLGYKLAIEYLADSA PGPT0012905_460 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 D3-18_00838 1185 COG0265 Serine protease GTGTTTGGCTTGACGATATTGGATTTGGCATTGATCTTGATGCTGCTGTCCTACCTGATCTATGGCCTGCGGAACGGTTTTATGGTCACGCTGGGTGGAATCGCAGGATTCGTCGTCGGCGCCATCGCGGCCTTCATGGCAGTTCCACTCGTCAGCGGCTGGGTGACCGACAGCGGTTGGAGGCTGACCGCCACGGTGGGTGCCGCCGTCGTGCTTATCGCTTTGGGGCACGGGCTGGGCACCATGATCGGGCGTAAAGTCCGCCACGCCGTGCGGATCAAGCCGTTGCATGCCGTTGACCGATTGATCGGTGGCGTGGTGAGCGTTGTCGTGGCGGCACTGGTGATGTCCATGCTCGCGTTCAGCATCAGTTCTCTCGGCGTGCCGTTCGTTTCGCAGCAATTGGCCGAGTCCCGCGTCATTCGTTACATCGACAGTGTGACTCCCACGCCCGTCAAGAGCACCATGGCACAGCTGCGGTCCACGGTGATCGGTGACGGAATTCCCAAGCTCATTGAGGGCGTCGGCCCCGTCACGCCGGTGCCCGTCCCCAACGAGTCAACCGACACTCCAGCCCTCAACCAGGCCGCCGAATCTGTCCTCAAAATCGCCGGTACCGCATTCGAATGCGGGCAGAACCAGACCGGTTCCGGATTCGTTGTCTCGCCCGGGCGCGTCGTCACTAATGCGCACGTTGTTGCGGGCGTGTCGCAGCCCGTTGTGGAAGTTCCCGACGGCGGTGCGTTGCCGGGTCGGGTGGTGTACTTCGACTCCCAGCGGGACATCGCCGTCCTAGCCGTGGATGGTCTTCAGTCCAACCCGCTGCCCTTGAGTGCCGATTTGGCGGCGGGCAGTCCCGCCGCTTTTGCAGGGTACCCGCACGGCGGTCCGTTCCAATCCAAGCCGGCTACGGTACAAGGCATTTCAACCATTCTGGTTCCGGATATTTACGGCAACAATCCTTCGCCGGAGCTGGTCTACAGGCTGGCGGGCGACGTCCAGCCGGGTAACTCCGGTGGTCCCCTGCTGACTATGCAGGGTCAGGTGGCGGGGTTGATCTTCGCCAAGACCACAACCGACGCCGCCCTCGGCTTCGCCCTCACCATGCAGGACCTGGAACCGGTGGCTGCGCAGGCTCCCGGCCTCAGCGACCCCGTCTCCGCCGGTCAGTGCACTCGTAAGTAG MFGLTILDLALILMLLSYLIYGLRNGFMVTLGGIAGFVVGAIAAFMAVPLVSGWVTDSGWRLTATVGAAVVLIALGHGLGTMIGRKVRHAVRIKPLHAVDRLIGGVVSVVVAALVMSMLAFSISSLGVPFVSQQLAESRVIRYIDSVTPTPVKSTMAQLRSTVIGDGIPKLIEGVGPVTPVPVPNESTDTPALNQAAESVLKIAGTAFECGQNQTGSGFVVSPGRVVTNAHVVAGVSQPVVEVPDGGALPGRVVYFDSQRDIAVLAVDGLQSNPLPLSADLAAGSPAAFAGYPHGGPFQSKPATVQGISTILVPDIYGNNPSPELVYRLAGDVQPGNSGGPLLTMQGQVAGLIFAKTTTDAALGFALTMQDLEPVAAQAPGLSDPVSAGQCTRK NA NA NA NA NA D3-18_00839 678 crp COG0664 CRP-like cAMP-activated global transcriptional regulator ATGGACATCGAGGTATTGCGCCGCGCACCCCTCTTCGCCACCCTTGACGACGACGCATTCCGCTTGCTGACGGACGAACTCACCGAGGTGGACCTTTCACGTGGAGCTTCGGTGTTCCGCGAAGGCGACCAGGGTGACCAGCTCTACTTCATCGTTTCCGGCAAGGTAAAGCTCGGCCGCACGTCCCCCGACGGCCGCGAGTCGCTCCTGGCCATCCTTGGCCCAGGTGAGCTCTTCGGCGAAATGGCGTTGTTCGACCCCAGCCCGCGTACCGCAACGGCCACCGCCGTCTCGGAAACCCGCCTGGCCGGCCTCAAGAACGAGAGCCTCAACGCACTGCTCCGCACGCGCCCTGAGGTTTCCGCGCAGCTGCTGCAGGCCCTGGCCCGCCGTCTCCGCCGGACCAACGATTCCCTCTCCGACCTCGTCTTCTCCGACGTCCCGGGCCGTGTAGCCAAGGCACTCCTCGATCTGGCAGACCGCTTCGGCCGCCCCGCCACTGACGGAGTCCTGGTAGCGCACGAGCTCACCCAGGAAGAACTTGCCCAGCTGGTGGGCGCTTCCCGCGAAACCGTGAACAAGGCACTGGCCGAGTTCGTTCAGCGCGGCTGGCTCCGTCTGGAAGCCCGCGCCGTGGTGATCCTGGACATGCAGCGCCTTCGCCAGCGCTCACGCTAA MDIEVLRRAPLFATLDDDAFRLLTDELTEVDLSRGASVFREGDQGDQLYFIVSGKVKLGRTSPDGRESLLAILGPGELFGEMALFDPSPRTATATAVSETRLAGLKNESLNALLRTRPEVSAQLLQALARRLRRTNDSLSDLVFSDVPGRVAKALLDLADRFGRPATDGVLVAHELTQEELAQLVGASRETVNKALAEFVQRGWLRLEARAVVILDMQRLRQRSR PGPT0015075_2778 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 D3-18_00840 2172 rafA_1 Alpha-galactosidase ATGCACCCGCTCCATCTCCGTTCCGCAGGTACCAGCTTGGTGATCAGCACCCACCGTGGAGAGGCTGAGATAACCCACTGGGGAGCCGATTTGGGCGACACCCTGCCGGATCCGGCCATCCTCAACGAGCCCATCCCGCCGTCGTCCATTGACGCCAACGTCCCCGCGGGGCTCCTCCCCCAGGCTTCGTCGTCGTGGCAGGGCAGGCCGGGCCTTCGTGGGCACCGTTTCACGGATGGCGTTCCCGGCTTTGATTTCTCCGTCCGCCTTCGGCTGGTGAGCGCGACTTCCGATGGCAACTCCGCGGTGATTGTTCAAGCAGATCCCGACGCCGGTATCACCGTGACCAGCGACCTCACCTTGCACCCCGGCGGGCTTCTCGAACTGCGGCACTCGGTGACGAACGACGGCACGTCGCCTTTCCAGGTGGATGAGTTGGCGACCATGCTCCCGGTGGCGCCTGACGCCGTCGAACTTCTGGACCTGACGGGTCGTTGGTGCCGTGAGCGCCACCCGCAGCGCAGGGCCATCCAGCAGGGAACCTGGGTCCGCACGGGCCGTCATGGACGGACCGGACATGACTCCTCGCTCCTGCTTGCGGCCGGAACAGCCGGCTTCGGCAACCGACACGGCAAGGTGTGGGCCACGCACCTGGCCTGGAGCGGCAACCACGAGCAGTTTGCGGACAACGTTGCTGATGGCCGCACCATGGTGGGTGGCTCCGAGCTGTTGGGACCCGCAGAAGTGGCCTTGCAGCCCGGCGAAAGTTACACAACTCCCGCGCTGTTCGCAGCCTACTCCGACCGGGGCCTGGACGGGATCTCCGAGGCTTTCTACTCCTGGTTCCGTTCACGGCCCCACCATGTGGGTGCAGCTTTCGGGAAAGCCCGCCCAGTAGTCCTCAACACGTGGGAAGCAGTGTATTTCGACCACAAACTGGGCACCCTGATCGAGCTGGCGGAGTCGGCTGCCGATCTTGGAGTTGAGCGCTTCGTGCTCGACGACGGCTGGTTCCGCGGGCGCCGCGGCGACCACGCGGGGCTGGGCGACTGGTACGTCGATGAGACGCTCTGGCCAAGCGGCCTGACACCGTTGATTGATGCCGTGACCAGCCGTGGCATGGAATTCGGTCTTTGGGTTGAGCCGGAAATGGTCAACCTTGACTCCGACATCGCCAGGGCTCATCCCGAATGGATTGTGGGCCCCTCAGCGGTTTCCTACAAAGACGGCGGCCGCCTGCCCCTCGGGTGGCGGCAGCAACACGTGATCGACCTCGTGAACCCGGACGCATGGCAGTACATTTATGACCGTATTGACGCGCTGCTGCGTGAGAACAACATCAGCTACCTTAAGTGGGACCAGAACCGCGACCTTCTGGAGCACGGGCATGCTGGCCGGGCCTCGGTGCACGAGCAAACCCTTGCCGCGTACCGGCTGTTCGATGCGCTCCATGCAGCCCACCCCGGTGTTGAAATCGAAAGCTGCTCCTCCGGTGGTGCCCGCGTGGACCTTGGGATCCTGGAGCGGACCGACCGGATCTGGGCGTCAGACTGCAACGACGCCTTGGAACGGCAAACCATCCAACGATGGACCGGCATGGTGGTCCCGCCGGAACTGGTGGGCGGGCACATTGGACCCACCACGTCGCACACCACCGGGCGGACGCACGACCTCTCGTTCCGCGCCATCACGGCGTTGTTTGGACACTTCGGCATGGAGTGGGACGTCCGTTCCGTCACCGGGGAGGAGCGTGAGGAACTCAAGCGCTTCATCGGGCTCTACAAGGAACACCGTGGCCTCATCCACAGTGGCCGAATGGTGCGGGCCGATGTGCCGGACGAGTCGCTGATGGTGCACGGCGTGGTGGCTGACGCTCCAACGTCCGGTGCCGCGGCTGCCCTGTTCGCCGTGGTGAAGACCCGGACAGGCTTTAGCGAACTGCCCGGACGAGTGACCATACCGGCGTTGGATCCGTCCCGGATGTACCGGGTGGAGGCGATCTTCCCTGCACCTGGGGATGCTGACTACGGGCACACGTTCACTGAGGCAAAGCCCGCACCGTGGCTGGCGTCCGGGGCTGACGCTTCGGGACGGTTCCTGGGTGAGGTGGGTCTTCCCATGCCGGTCCTGAACCCGGAGCATGCCATCCTGCTGCGGTTCACGGCCCTCTGA MHPLHLRSAGTSLVISTHRGEAEITHWGADLGDTLPDPAILNEPIPPSSIDANVPAGLLPQASSSWQGRPGLRGHRFTDGVPGFDFSVRLRLVSATSDGNSAVIVQADPDAGITVTSDLTLHPGGLLELRHSVTNDGTSPFQVDELATMLPVAPDAVELLDLTGRWCRERHPQRRAIQQGTWVRTGRHGRTGHDSSLLLAAGTAGFGNRHGKVWATHLAWSGNHEQFADNVADGRTMVGGSELLGPAEVALQPGESYTTPALFAAYSDRGLDGISEAFYSWFRSRPHHVGAAFGKARPVVLNTWEAVYFDHKLGTLIELAESAADLGVERFVLDDGWFRGRRGDHAGLGDWYVDETLWPSGLTPLIDAVTSRGMEFGLWVEPEMVNLDSDIARAHPEWIVGPSAVSYKDGGRLPLGWRQQHVIDLVNPDAWQYIYDRIDALLRENNISYLKWDQNRDLLEHGHAGRASVHEQTLAAYRLFDALHAAHPGVEIESCSSGGARVDLGILERTDRIWASDCNDALERQTIQRWTGMVVPPELVGGHIGPTTSHTTGRTHDLSFRAITALFGHFGMEWDVRSVTGEEREELKRFIGLYKEHRGLIHSGRMVRADVPDESLMVHGVVADAPTSGAAAALFAVVKTRTGFSELPGRVTIPALDPSRMYRVEAIFPAPGDADYGHTFTEAKPAPWLASGADASGRFLGEVGLPMPVLNPEHAILLRFTAL PGPT0018835_1007 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSIDASE,PGPT0018835-rafA|galA-K07407 NA NA D3-18_00841 1365 hypothetical protein ATGATGAACAAGAAGGCATTAGGCGCCGTCGCCGTCGCCGCAGCTGCTGTCCTCGCACTGTCCGCCTGCTCGGGCGGAACTTCCGGAGGGAGTTCCGGAGGAGACGCTGCCAAGGGCGAGATCAGCTACTGGCTCTGGGACGCCAATCAGCTCCCTGCCTACCAGCAGTGCGCCACTGACTTCACAAAGGTCAACCCCGACATCACCGTCAAGATCACCCAGACCGGTTGGGACGACTACTGGTCCAAGCTCACCAACGGCATGGCCTCCGGCACCGCACCGGACGTCTTTACGGACCACCTGTCCAAGTACCCCGACTTCCTCAAGACCAAGCAGTTGGTGGCCCTTGACGACAGCGTCACACAAGACAAGGTGGACCTTTCCCAGTACAACGAAGGCCTCGCAGACCTCTGGGTGGGTCAGGATGGCAAGCGCTACGGCCTGCCCAAAGACTGGGACACCATTGCACTGTTCTACAACCAGAAGATGGCCACCGACGCCGGCATCACCCCTGAACAAATGGGCTCCCTGACCTGGAACCCTCAGGACGGCGGAACCTACGAGAAGGCAATTGCCCGACTCACTGTGGACAAGAACGGCAAACGCGGCGACGAGGCAGGCTTCGACAAGAACAATGTTGCCGTCTACGGATTGGGCCTGCCGGGCTCCGATGCCGAGAACGCCGGCCAGACTCAGTGGAGCTACCTGTCCGCCACCACTGGCTGGACCACCACAGACAAGAACCCCTGGGGCACCCACTTCAACTACGACGACAAAAAACTCCAGGACACCATCGACTGGTGGGCCTCACTCGCAGTGAAGGGCTACATGCCCAAGCTTGAAACCACCGTTGGCGCCAACGCTGCCGACAGTTTCGGCGCCGGGAAGGCCGCCATCAACAGCAATGGTTCCTGGATGATCGGCCAGTACACCGGCTACAAGGGCATCGATGTCGGCATCGCCCCCACACCTCAGGGCCCCGAAGGCAAGCGCGCCTCCATGTTCAATGGCCTGGCCGATTCCGTGTGGGCCGGCACCAAGAAGAAAGACGCCGCCATCAAGTGGGTCGAATACCTCGGCTCCGCAGCGTGCCAGGACGTCGTTGCCTCCAAGGCCGTCGTGTTCCCGGCCATCACCACCTCCTCCGAGAAAGCCGCAGAAGCCTTCAAGGCCAAGAATGTGGACGTCAGCGCCTTCACCCAACACGTGAAGGACAAGACCACCTTCATGCTCCCGATCACTGACAACGCTTCCAAGGTTTCGGGAATCATGAAGCCGGCAATGGACGCGGTGATCGCCGGCAAGTCCCCCGCCAGTTCACTGACGGCCGCCAACGAACAGGTCAACGCGCTCTTCGCGAAGTAA MMNKKALGAVAVAAAAVLALSACSGGTSGGSSGGDAAKGEISYWLWDANQLPAYQQCATDFTKVNPDITVKITQTGWDDYWSKLTNGMASGTAPDVFTDHLSKYPDFLKTKQLVALDDSVTQDKVDLSQYNEGLADLWVGQDGKRYGLPKDWDTIALFYNQKMATDAGITPEQMGSLTWNPQDGGTYEKAIARLTVDKNGKRGDEAGFDKNNVAVYGLGLPGSDAENAGQTQWSYLSATTGWTTTDKNPWGTHFNYDDKKLQDTIDWWASLAVKGYMPKLETTVGANAADSFGAGKAAINSNGSWMIGQYTGYKGIDVGIAPTPQGPEGKRASMFNGLADSVWAGTKKKDAAIKWVEYLGSAACQDVVASKAVVFPAITTSSEKAAEAFKAKNVDVSAFTQHVKDKTTFMLPITDNASKVSGIMKPAMDAVIAGKSPASSLTAANEQVNALFAK PGPT0016545_3314 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 D3-18_00842 927 ngcG_2 COG0395 Diacetylchitobiose uptake system permease protein NgcG ATGACCACTCTTGCATCGCCCAAGAAAGGCGACCGCCGTCGCCCGCTCAGCCGTCCCTTCAACTGGCGCCGAGCCATCGCCCTGACCCTCCTCGCCCTGGCCGTTGCTGTGAGCATCCTGCCCTTCTACTGGGTGTTGCGCACAGCCCTGTCCTCCAACGGCTCCCTCGCCGCGAACTCCGCCAACCTGCTGCCGGCCGACTTCAATCTGGGCGCATTCAAGCGTGTCTTCGGCCTCCAGAGCGCCTCCGAAGCCATCGCAGAAGGCGGCTCCGGCGCTTCAATCAACTTCTGGCAGTACCTTTGGAACTCGCTGCTCTTCTCCGGCATCACTACAGCCTGTGCTGTGTTCTTCAGCTCAATGGCCGCCTATGCATTCTCCCGGCTGCGGTGGAAAGGCCGTGACGCGGTCTTCTCCCTGTTCCTTGCCACCATGCTGGTTCCGCCGATCTTCACCGCCCTGCCCAATTTCCTGCTCATCAAGAACCTGGGCCTACTGAATTCCATGCTCGGACTCGTGCTGCCTTACCTGTTCATGACCCCGTTCGCGATCTTCTTCATGCGCCAGTTCTTCCTGAACATGTCCAGGGAAGTTGAAGAAGCTGCAATGCTCGACGGCGCCAAGCATTGGCGGATCTTCTTCCAAATCATCATGCCCAACGCCGCTGCCCCGATCGCGACCTTGGCCTTGCTGACCTTCATGGGTCAGTGGAACGAATACTTCTGGCCCCTGCTCGTAGGCACCTCAGAGGAATCCCGGGTGCTCACTGTGGGACTGGGAGTCTTCAAATCCCAGTCCCCGCAAGGGGCACCGGACTGGTCCGGGCTCATGGCCGCAACGCTCGTGTCCGCCACGCCCGTGCTGATCCTCTTCGCCATCTTCGGCAAGCGAATCGTCAACTCCATCGGATTCAACGGCACCAAATAG MTTLASPKKGDRRRPLSRPFNWRRAIALTLLALAVAVSILPFYWVLRTALSSNGSLAANSANLLPADFNLGAFKRVFGLQSASEAIAEGGSGASINFWQYLWNSLLFSGITTACAVFFSSMAAYAFSRLRWKGRDAVFSLFLATMLVPPIFTALPNFLLIKNLGLLNSMLGLVLPYLFMTPFAIFFMRQFFLNMSREVEEAAMLDGAKHWRIFFQIIMPNAAAPIATLALLTFMGQWNEYFWPLLVGTSEESRVLTVGLGVFKSQSPQGAPDWSGLMAATLVSATPVLILFAIFGKRIVNSIGFNGTK PGPT0016540_1313 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 D3-18_00843 960 melD_1 COG1175 Melibiose/raffinose/stachyose import permease protein MelD ATGACCACGCTAACCAAGCAACCAGATCCGGGGCTCTCTGCCAGGGCGCCGCGGAAGTCACGGAAGCGGGGAAAACCATCCGACGGGTTCCGGGGCATCGGGGACCTGAAGGTCGCACTCCTCTTCATCGCTCCGGCGATGGTCGGATTGATCCTCTTCTACCTCGTCCCGACCATCCGGGGCATTTACCTCAGCTTCACCGAGTACAGCATCCTGGGCGACCCGGAATGGATTGGTGCACGGAACTATGAACGCATAGCCAAGGATCCGCTGTTCTGGAACGCCTTGGGCGTCACGTCGGAATACGTGGTGATCAACATCGTCCTTCAGACGGCGTTGGCCCTGGGCCTGGCAATCCTGATGCACCGTGTCGCAAAGTCGACCCTCATCCGCGGTGCGCTCCTGATGCCTTACCTGATGGCAAACGTCATCGCGGCTCTGCTGTGGTTCTGGATGCTTGACTACCAGATCGGCATCATCAACCAGATCATCGAATGGACCGGACTGCCCCGGGTCGCCTTCTTCGGCAGCGAGCAATGGGCCATCCCCACCCAGGCGCTCATCAACACATGGCGGCACATGGGCTACACAGCGCTCCTGATCTTCGCCGGGCTCCAGGCCATCCCGAACAGCGTCTACGAGGCGGCCAGCATCGACGGGTCAAAGGCCGTGAGCACTTTCTGGCGGATCACCCTACCGCTGCTGCGACCGGTCCTGGTACTTGTCCTCGTAGTGACCGTGATCGGCTCCTTCCAGGTCTTTGACACTGTTGCCGTCACCACGGCCGGCGGACCTGTCAACGCGACCCGTGTGCTGCAGTTCTACATCTACCAGCGCGCCTTCAATGAACAGGATTTCGGCTATGGATCGGCCCTGGCTGTCATCCTCTTCCTCATCCTCGCCATCGTCGCTTTCATCCAGATGAAATTCCTCCGCGGCAACCAGTCGGACCTGGACTAA MTTLTKQPDPGLSARAPRKSRKRGKPSDGFRGIGDLKVALLFIAPAMVGLILFYLVPTIRGIYLSFTEYSILGDPEWIGARNYERIAKDPLFWNALGVTSEYVVINIVLQTALALGLAILMHRVAKSTLIRGALLMPYLMANVIAALLWFWMLDYQIGIINQIIEWTGLPRVAFFGSEQWAIPTQALINTWRHMGYTALLIFAGLQAIPNSVYEAASIDGSKAVSTFWRITLPLLRPVLVLVLVVTVIGSFQVFDTVAVTTAGGPVNATRVLQFYIYQRAFNEQDFGYGSALAVILFLILAIVAFIQMKFLRGNQSDLD PGPT0016535_3421 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 D3-18_00844 1200 iolG_3 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGACGTTTTCGATCGGTGTTGTGGGTGCCGGGCAGTTCGGCAGCCAATTCGCCCATTTGTTCAAGCTCCACCCCGGCGTCAGTGCGGTCTATGCAATCGACGAACTTCCCGAGCGGGCTACTGCTGCGCAGGAACGTTGGGGGCTGGATGGCGTGATGGGCAGCTTTGAGGAGCTGCTGGAGTCCGACGTCGATGCTGTCGCCATCTTCACGCAGCGGTGGACGCACGGGCCGCTTGTCGAGCGGGCGCTGCGTGCTGGAAAGCACGTGTATTCAGCCGTGCCCATGGCCATTTCAGAAGATGAAATTGAACGGATCATCGAGGCCGTGCGTGAGACCAAGTTGGTCTACGCGATGGGCGAGACCAGCTACTACAACCCCGCAACGGTCTTCGCCCGGCAGCAACATGCCGCCGGCAAGTTTGGCCGCATCTTCTACACTGAGGGCGATTACGTCCACGACATGGATCTCGGGTTCTATGAGGCTTACCAGTACAGCGGCGGAGAGCGGTGGAAGGAAACCGCCAGCTACCCTCCCATGCTGTACCCCACTCACGCGATCGGCGGCGTCCTGGGCGCAGTCCCCGGACATGCGGTCAGCGTCAGCTGCATCGGCATGAAGGACCAGCGTGGCGATGGCGTCTTCGACAAGGACGTCAGCATGTTCGCCAACGATTTCTCGAACGCCACGGCGCTGTTTGAAATGAACGACGGCGGCGCGATGCGCACCAATGAGATGCGCCGCGTAGGGTACCCGTCGCATATTCGCGAGTCCCGCTTCCGTTTCTTTGGCACCGATGCCAGCTTCGAGCAACTTGCCACCACCACCGTGTGGCAGGACAAGTCCACTGTGGAAGACGTGTCCCAGCAGGTGGAAACCAAGCCAACCATGTCCTTGGATGATCCCTCCCTGGCAGACGTGGCCCCCGAGCTGCGGGATGCATTCATCTCGGGGCTGGCTCCAGTGCATGACCAGTCCAGGCTTCCCCAAGAGTTCCTTGGAGCGCCCAACGGGCATGAGGGAAGCCATCAGTTCCTGGTGGACGACTTCGTCACGGCTGTGAATAACCGCAGTCTTCCTCCCGTAAACGCCTGGGTGGCAGCCCGGTTTACGTTGCCGGGAATCGTCGCCCACGAGTCTGCGCTTCGCGGCGGGGAGCGCCTTCCCATCCGCGACTTCGGTGATGCTCCCGTGGAGTAG MTFSIGVVGAGQFGSQFAHLFKLHPGVSAVYAIDELPERATAAQERWGLDGVMGSFEELLESDVDAVAIFTQRWTHGPLVERALRAGKHVYSAVPMAISEDEIERIIEAVRETKLVYAMGETSYYNPATVFARQQHAAGKFGRIFYTEGDYVHDMDLGFYEAYQYSGGERWKETASYPPMLYPTHAIGGVLGAVPGHAVSVSCIGMKDQRGDGVFDKDVSMFANDFSNATALFEMNDGGAMRTNEMRRVGYPSHIRESRFRFFGTDASFEQLATTTVWQDKSTVEDVSQQVETKPTMSLDDPSLADVAPELRDAFISGLAPVHDQSRLPQEFLGAPNGHEGSHQFLVDDFVTAVNNRSLPPVNAWVAARFTLPGIVAHESALRGGERLPIRDFGDAPVE NA NA NA NA NA D3-18_00845 1020 ccpA_3 COG1609 Catabolite control protein A ATGACAACTTCGGCGGTACAAACCTCGCGCGGCCCGGTTACACGCAAAGACGTGGCCCGGTACGCCGGGGTGAGTACCGCCGTCGTGAGTTATGTGGTGAATGGTGGGCCCAAGAACGTGGCCCCGGCGACGGAAGCCAAGGTTCGCGACGCCATCCGTGTCCTCGGGTACCGGCCAAACGCCGCCGCCCGGGCCCTGAAGCTGGGATCCAGCGAGACCATTGGCGTGGTGGTTCCGGACAACACCAACCCGTTTTTCACGCAACTGGCCCACGCTGTGGAAGACGCCGCAGCGGAACTGGGTTTCGGCATGGTACTCACCAACTCGGACGGAAGCCTGACGCGCGAACGCAAGAACATCCGCACGTTGGCCGCCCGCCAGGTGGACGGTGTATTTCTGGCCAGCTGTGTGTTCGATCCCGATGTCACGGAACTGGAGGCTTCGGAGATTCCGTCCGTGCTCCTGAACAATGCAGGGTCGCCGCCGGGACTTAGTAGCGTGGGTGTTGACCTCCAAGCCGGAGCGCGTGCCGCCGTGGAACATCTTATTGGTCACGGGCATACGAATATTGGCTTGGCAATCGGCACCAATACCGGCAACCAGCTGGATGGGCGCGAGGTGGGCTGGCTGGCCACCTTGCGCGACGCCGGGCTGCCGGACGGGCCTATGCTGCACGGTCCCTTTAGTCGTCCGGGCGGCTACGAGGTAGGCAAACGCTTCCTCGCCATGGCCAACCGTCCCACCGCGATCTTCGCCAGCAATGACATGCAGGCGATCGGCATCCTCCGGGCGCTGCATGAGGCAGGCGTTCGTGTGCCCGAGGACCTTGCGCTGGTGTCCTTCGACGGATCCCTTGACGCCGAATACTGCTGGCCAGCGCTGACGACTGTTGCCCAGCCCGTCCAAGCGATGGCCGAAGCCGCCGTACAGGCACTGATAGGCAAGGGCCGCGGCGATGAACTGCAACACCAGATCCTGCCCACTGAGCTGATCATCCGGCAGTCCTGCGGCTGCAAATAG MTTSAVQTSRGPVTRKDVARYAGVSTAVVSYVVNGGPKNVAPATEAKVRDAIRVLGYRPNAAARALKLGSSETIGVVVPDNTNPFFTQLAHAVEDAAAELGFGMVLTNSDGSLTRERKNIRTLAARQVDGVFLASCVFDPDVTELEASEIPSVLLNNAGSPPGLSSVGVDLQAGARAAVEHLIGHGHTNIGLAIGTNTGNQLDGREVGWLATLRDAGLPDGPMLHGPFSRPGGYEVGKRFLAMANRPTAIFASNDMQAIGILRALHEAGVRVPEDLALVSFDGSLDAEYCWPALTTVAQPVQAMAEAAVQALIGKGRGDELQHQILPTELIIRQSCGCK PGPT0017992_8946 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 D3-18_00846 1371 hypothetical protein ATGTCTAGTCTCTCCATGGCCCTGCGCCTCACCCCATATCTCGCCCGGAGCAACGGGAGCAACTTCCGGGAAACCGGTCTTCGCGATGCCGGGCTCCCGATCCTCGCCTTTGGGACGGTCACCGCCCTGCTGCTCACGGTGGCCGGAGGTTCACAGATCTTCTGGTCCTGGTCCGACGACATCGCAGGCACCTACCAGGCCTTGGCCGTCGTCGCCATGGTCTTGCTCATCATCCCCTTGTTGACGCTCGGTGGCTCTGCCGCCCGACTCGCCGCCCGCCGTCGTGATGACCGCTTGGCTTCCTTGCGGTTGCTCGGAGCCAACAGCGCGACCGTGGTGTGGATGACCGTCATGGAATCAACCGTCCTCGCTGCCGTGGGAGCGTTGGCCGGTGCGGGGCTCTATGCCTGCATGGCGCCGTTCCTGGGGCTGATCCAGTTCCGCGGCCAGCCAATCGGGAGCCACGCGTGGCTGTCAGTGCCGTCCATCCTTGGCTGCGTTCTGGCCGTCTGTGTCCTTGCTGCGGCGAGCGCCGCACTGGGGCTCCGGAAAGTTGTGGTGACACCGCTGGGGGTCCGGACCCGACAAACGGCCGACGGCGCGCACTGGGTTCGCGGACTCATCGCGGCTGTTGTGGTGGTTGTGGGAGTGGGGGCGATGGGGATGCTCAGCAGCTTCGGTGCGTTCATTGTGATCATTGCCGTGATGGGCGGTTGCTTCGGACTGGCGCTTCTGGCCCTGAACCTCATGGGACCGTGGATCCTGCGATTGCGGGCGTCGTCGCAGCTCAAACGCGCCAAACGACCCGAGCAACTGCTGGCCGCGCGGACGGTATTGGAGAGCCCGAAGGAATCGTGGCGGCAAGTCGGGGGCGTGGCGATGACCAGTTTTGTGGGGGTTTTCGTGGGTGTCGGCCTGGCTGTGGCTGACACCATGGGCACCGGCGGCGACGCTCAAGCAACCCTGCTTGTCCGGGACATCAACACCGGCGTGATGATCACCCTGCTGGGCTCGTTCCTTATGGTTGCCTGTTCCGCTGGTGTGAACCAGGCTGCTGCCGTGCTGGACCGGGCTTCTACACTGGTGGCACTGGACCGGGTTGGGATGCCACAGAAGCTCATGGTCGCGGCGCGGGTCAACGCCGTGATGTCGCCGCTGTTCCTGGTGGCGGGCATTTCAGCTGCTGCGGCTGCCGTCCTGGTCCTGCCGCTCACGGGTGCTGCACTGCTGACCCAGCCCGTGGTGTTCCTGACCATCGGCGGGGTGTTCGCGGCTGGATTCCTGCTGGTCCGGCTGGCCGTGGCCGCGGGAACGGCGCAGATCAGCCAAGTGCTGGCCCGTCCCGAGCGCTACGCGAGCATGGACTCGTAA MSSLSMALRLTPYLARSNGSNFRETGLRDAGLPILAFGTVTALLLTVAGGSQIFWSWSDDIAGTYQALAVVAMVLLIIPLLTLGGSAARLAARRRDDRLASLRLLGANSATVVWMTVMESTVLAAVGALAGAGLYACMAPFLGLIQFRGQPIGSHAWLSVPSILGCVLAVCVLAAASAALGLRKVVVTPLGVRTRQTADGAHWVRGLIAAVVVVVGVGAMGMLSSFGAFIVIIAVMGGCFGLALLALNLMGPWILRLRASSQLKRAKRPEQLLAARTVLESPKESWRQVGGVAMTSFVGVFVGVGLAVADTMGTGGDAQATLLVRDINTGVMITLLGSFLMVACSAGVNQAAAVLDRASTLVALDRVGMPQKLMVAARVNAVMSPLFLVAGISAAAAAVLVLPLTGAALLTQPVVFLTIGGVFAAGFLLVRLAVAAGTAQISQVLARPERYASMDS NA NA NA NA NA D3-18_00847 750 lolD_2 COG1136 Lipoprotein-releasing system ATP-binding protein LolD ATGAACGCCTTCCTCCACGCCCAGCAGCTCACCAAGCACTACCCCGGCAGCATCGCTTTGGACCACGTCGACTTCACAGCAAACTCCGGCGAGTCCATTGCGATCATTGGACCCTCAGGTTCCGGTAAGACCACCCTTTTGCACTGCCTCGCCGGAATTTTGAGGCCCGACGCCGGCGCCATCACCTTGAACACGCCGTCCTCGCCTCTGCGGCTGGACACTCTGGGAGACGCTGCGCTGTCCCGCCTGCGGCGCGAGGAGTTCGGCTTCGTCTTCCAGCAGGGCATGCTGCTGCCGGAGCTCACTGCCTTGGAGAACGTCGCCTTGGCCCTGATGCTCAACGGCACGGACCGCAACACTTCCGAGTCCAGGGCCGCCGAGTGGCTTGGTGCTTTGGGGCTTGCAGGCATGGAACAACGCCGTTTGGGCGAGCTCTCGGGGGGACAGGTGCAGCGCGTGGCTATCGCCCGCGCGCAGGTAACGGGCGCCCGGGTTGTCTTCGCCGACGAGCCTACCGGCGCTTTGGACTCGGCGACCTCCAAGGAAGTCCTGGACGTGCTCCTCCACTCAGTAGCTGCCAATGGCCGGACGCTGCTGGTGGTCACCCACGATCCCAACGTTGCTGCCCGCTGCCAACGGGTTGTGGAGTTGTGCGACGGCAGGATCGTGGCAGATAGCGGCAGCCCCTCACCGGCTCCCTCGCAGGTTGCGCCAGCCACCGCCGACTTCAAGGGTGCTTTCAATGTCTAG MNAFLHAQQLTKHYPGSIALDHVDFTANSGESIAIIGPSGSGKTTLLHCLAGILRPDAGAITLNTPSSPLRLDTLGDAALSRLRREEFGFVFQQGMLLPELTALENVALALMLNGTDRNTSESRAAEWLGALGLAGMEQRRLGELSGGQVQRVAIARAQVTGARVVFADEPTGALDSATSKEVLDVLLHSVAANGRTLLVVTHDPNVAARCQRVVELCDGRIVADSGSPSPAPSQVAPATADFKGAFNV PGPT0013345_2091 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D3-18_00848 789 glpR_1 COG1349 Glycerol-3-phosphate regulon repressor ATGCTTCAGGCAGCACGCCACTCCGCCATCATTGACGCCGTCCAACGGGAACGCGTAGTGCGGGTCTCGGACCTTGCGCAATTGCTGGGAGTGTCCCCCATGACCGTGCGCCGCGACATCGAAGCCCTTGAGGAAGCCGGCCGCGTTGAGCGCATCCACGGCGGAGCCAAGCTTCCCGGTGATGCGAGCACCCACGAACCCGGGTTCGAGCTCAAGTCCACGCAACTAACCGCCGAGAAACACGCGATCGCTGTTGAAGCCGCGTCCCTCGTCCAGGAAGGCATGGCGATCGGCCTCGGTGCCGGCACCACCACCTGGGCGTTGGCGAAGGAACTCGTCAACGGGCCCCGCATCACCGTGGTCACCAACTCGGTGCGCATCGCAGATCTGTTCCATCACGGTTCTTCGTCCGGCCCTGCACGCTTCGGATCCACAGTGATTTTGATCGGCGGCGAGCGGACGCCGTCAGACGCCCTGGTAGGCCCGATAGCCACATCATCGCTGAAGCAGCTTCACTTGGATGTTCTTTTCCTGGGTGTCCACGGCATGGATGCCCACGCCGGTTTCACCACCCCCAACCTCCTGGAAGCGGAAACAAACCGCGCCTTCATGGCGTCCGCCCGGAGCACCGTTGTCCTGGCCGACCACAGTAAATGGGGCGTAGTGGGCATTGCCTCGATCGCCCAACTGGAAGAGGCCGACGAACTGATCACGGACTCGCTGCTTGGTGAAGACGCCCGGCGCGTACTGGCCGAGAACGTTGCAAAACTTCGGATCGCCGAGGCCTAA MLQAARHSAIIDAVQRERVVRVSDLAQLLGVSPMTVRRDIEALEEAGRVERIHGGAKLPGDASTHEPGFELKSTQLTAEKHAIAVEAASLVQEGMAIGLGAGTTTWALAKELVNGPRITVVTNSVRIADLFHHGSSSGPARFGSTVILIGGERTPSDALVGPIATSSLKQLHLDVLFLGVHGMDAHAGFTTPNLLEAETNRAFMASARSTVVLADHSKWGVVGIASIAQLEEADELITDSLLGEDARRVLAENVAKLRIAEA PGPT0017590_192 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 D3-18_00849 2046 acsA_2 COG0365 Acetyl-coenzyme A synthetase ATGTCCCAGGACACCACCGGATCCACGGCCACCGCTGCAGCTTCAACGGCGCACAACGGTCCGGCCGCACACGTTGAGGCGCTTGAAAACCTCCTCCACGAGAACCGCAAGTTCGCGCCGTCGGCAGAGTTCGCCGCAAACGCCGTGACCAGCGCTGATGCCTACGCTGAGGCCGAGGCTGATCGTCCTGCCTTCTGGGCCAAGCAGGCCCGGGAACTCTTGACCTGGGACAAGGACTTCACCGAGGCGCTGGATTGGTCCAACCCGCCGTTCGCCAAGTGGTTCGTCGGCGGCGAAGTCAACGCGGCGTACAACGCGCTGGACCGCCATGTGGAGAACGGCCTGGGTGACCGCGTTGCCATCTACTTTGAAGGCGAGCCCGGCGACACCCGCACTTACACGTACGCGGAACTGACCGAAGAGGTCAAGAAGGCTGCTAACGCCTTCGAGTCCCTCGGCGTCGCCAAGGGCGACCGCGTGGCCGTGTACCTTCCCATGATTCCCGAGGCCGTCATCACGCTCCTTGCCTGTGCAAGGATCGGGGCCGTTCACTCGGTGGTCTTCGGTGGTTTCTCCGCAGACGCCCTCCGCTCCCGGATCGAGGACGCCGAAGCCAAGCTCGTGGTCACCGCCGATGGCACCTACCGTCGCGGCAAGCCCAGTGCCCTGAAGCCAGCCGTGGACGAAGCCCTTTCCAAAGCAGGTCACACTGTCCAGAACGTCGTGGTGGTCAAGCGCAACGGCGAAGACGTCAACTGGGTGGAAGGCCGCGACCTCTGGTGGAGCGAGACGGTAGATACGGCCTCAGCCGAGCACACCGCCGTGGGCCATGACTCCGAACACCCGCTGTTCATCCTCTACACTTCCGGCACCACGGGCAAGCCCAAGGGCATCCTGCACACCACGGGCGGCTACCTCACCCAAGGCGCGTACACGCACAAAGCCGTATTCGACCTCCACCCCGAAACGGACGTCTACTGGTGCACCGCCGACGTCGGATGGGTCACCGGCCACTCCTACGTCACCTACGCCCCGCTCATCAACGGCGCCACCCAGGTCATGTACGAAGGCACCCCCGACTCCCCGCACCAGGGCCGCTGGTGGGAAATCGTGGAGAAGTACAAGGTCTCCATCCTGTACACCGCGCCGACTGCCATCCGGACATTCATGAAGTGGGGCCGGGACATCCCGGACAGGTACGATCTTTCCTCCATCCGTGTCCTGGGCTCCGTGGGCGAATCCATCAACCCCGAGGCATGGATGTGGTACCGCGATGTCATCGGTGCCAACGCCGGCAAGAACGGTGAAAAGAAGGAACACCCCGCCCCGATCGTGGACACTTGGTGGCAGACAGAAACGGGTGCGCAGATGATCGCGCCGCTGCCCGGCGTGACGGCCACCAAGCCCGGCTCCGCGCAGGTTCCGCTGCCCGGCATCGCCGTGGACGTCGTGGACGAGAACGGTCAATCCGTGGCCAACGGCGAAGGCGGCTACCTGGTGGTCCGCGAACCGTGGCCCTCCATGCTCCGCGGCATCTGGGGCGACCCCGAGCGATTCAAGGACACCTACTGGTCCCGCTTCGAGGCGATGTACTTCGCCGGTGACGGTGCCAAGAAGGACGAAGACGGAGACGTCTGGCTCCTGGGCCGCGTGGACGACGTCATGAACGTGTCCGGCCACCGCCTCTCCACCACCGAGATCGAGTCCGCCCTCGTCAGCCACCCGTCCGTCGCTGAAGCGGCCGTGGTTGGTGCCGCTGACGAGACCACCGGCCAGGCCGTGGTCGCATTCGTCATCCTCCGCGGCGACGCCGTGAACAACGGCGACGAAACCGTCCTGGAACTGCGCAACCACGTGGGCAAGGAAATCGGCCCGATCGCCAAGCCCAAGCAGCTGCTCATCGTTCCGGAACTGCCCAAGACACGCTCCGGAAAGATCGTCCGCCGCCTCCTTAAGGACATCGCAGAAGGCCGCGACACCGGCGACGCCACCACCCTGGCAGACCCCGGCATCATGGCCCAGATTGCGGAGTCCCTCCGCAAGTAA MSQDTTGSTATAAASTAHNGPAAHVEALENLLHENRKFAPSAEFAANAVTSADAYAEAEADRPAFWAKQARELLTWDKDFTEALDWSNPPFAKWFVGGEVNAAYNALDRHVENGLGDRVAIYFEGEPGDTRTYTYAELTEEVKKAANAFESLGVAKGDRVAVYLPMIPEAVITLLACARIGAVHSVVFGGFSADALRSRIEDAEAKLVVTADGTYRRGKPSALKPAVDEALSKAGHTVQNVVVVKRNGEDVNWVEGRDLWWSETVDTASAEHTAVGHDSEHPLFILYTSGTTGKPKGILHTTGGYLTQGAYTHKAVFDLHPETDVYWCTADVGWVTGHSYVTYAPLINGATQVMYEGTPDSPHQGRWWEIVEKYKVSILYTAPTAIRTFMKWGRDIPDRYDLSSIRVLGSVGESINPEAWMWYRDVIGANAGKNGEKKEHPAPIVDTWWQTETGAQMIAPLPGVTATKPGSAQVPLPGIAVDVVDENGQSVANGEGGYLVVREPWPSMLRGIWGDPERFKDTYWSRFEAMYFAGDGAKKDEDGDVWLLGRVDDVMNVSGHRLSTTEIESALVSHPSVAEAAVVGAADETTGQAVVAFVILRGDAVNNGDETVLELRNHVGKEIGPIAKPKQLLIVPELPKTRSGKIVRRLLKDIAEGRDTGDATTLADPGIMAQIAESLRK PGPT0002265_549 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895 NA NA D3-18_00850 1437 hypothetical protein ATGAACCAGCTGAGCCCAGGCCCGCACGACTCACAGCCGACGGGACCGGACACCACGGCTGGAACGGCCACCGCTGCAGGTGGCAACGCTGCTGCTAAGGACGACGCTGCTAAGAACGACGCTGCCAAGTATGATGCCGTCGCCGGGCCATTCACCATCCGGGACCTTACTGTTTTCGGCTCCACGCTCCTGATGTTCGTCGCGTCGCTCCTGCCGATGTTCGGGGCACGCTACAACCTCTGGAACCTCGGAAACCTGTTCTTCCTGCTGCTGGGCATCATCCTGCCGCTGGTTGTGGTGGCGCTCTTCGTTGCCCGCAGGCTGCAACCGGGCACGATCGTCCGCGTTGGCTCGCTGTCCGTCGACCAGTTCGCATCCGTCACGGCCTCGTTCGCCTTCCCCTTGTTCTTCCTCACCATTGCCAACTCGTTCAACGGCAGCGTCCTGCTGGGTTTGGTCGGTTCTGTTGGCCTTCTGGCTGCGACGGTTCTGGCTCCACACCTTCCGTGGCTTTCCGCTGACTTCAAGGGCCGTGCTGAGACGCCGGCGCACGTTGTTGCACGCGAGGCAGCTGTGCCCAGCCGCAAGCCGGCCGCTCCCAAACCGCCGAAGGCCCCCAAAACGCCGAAGCCGTCCGCCACAACCGGTTCAACCCCAGGATTCCAGGGATCGACGCCCGGATACCAAGCACCCGTAGCCCATGTTTCGGGTACAGCGGCGGCCGCAGCCTCCACAGGTGCTCCAGGCGCGGGCGCCCCCGGCGCAGGTGCCGCAACAGGCTCCAGCCCCTTCGCCCCGCCGGCCAGTTACGGGACCACGCCGTCCCCGGCAACCGAAACCCCCGCCGTCGTGCATGCGGCTGACGCCAAGCCTGAGAACGCTGCCGCTTCTGCAACCACCAGTCCTGCGACCACTACCCCTGCGGATTCTCCCGCCGCTGCGCCTGCGCCGTCCGGTTCAGGCGCATCTCCTGCCACGTCTTCGCCAGAGATCGCAGAGCCTGCTGGAGAATCGGGTGCGAAGGACGCGCCGGCGACGGCCCCACGTTCGACGTCGGAGCCGGCCACCACCCAGCACGCTGCCCAACCGGCCACCACCCAGCATGCTGCGCAGCCGGCAGCGCAGCAGCCGTGGGCTGCAACCATGGCTACGCCCATAGTCTCCGGTGACACGCGCAGGGTCAGCGACTCGATTGGTGCCACCGTGGACCCGGCAAGCCGTCCGGAAGAATCCGATGCGCCACAGTATGAAGCCTTCTGGTTCGCTGTTGCCCAGCCCCGGACTGCGTATGACGAACACACGGGCGCTCCGGCCTTCACCATCGAACCTGGCGGTTGGGTCTTGGCACTGGAGGACCGCGGCCATGAATTCCTGGTCCAGGACACCGACGGCAAGGTTGGGGTTCTTCGGGAGCTCAGCAACATCGAACGCGGCTAA MNQLSPGPHDSQPTGPDTTAGTATAAGGNAAAKDDAAKNDAAKYDAVAGPFTIRDLTVFGSTLLMFVASLLPMFGARYNLWNLGNLFFLLLGIILPLVVVALFVARRLQPGTIVRVGSLSVDQFASVTASFAFPLFFLTIANSFNGSVLLGLVGSVGLLAATVLAPHLPWLSADFKGRAETPAHVVAREAAVPSRKPAAPKPPKAPKTPKPSATTGSTPGFQGSTPGYQAPVAHVSGTAAAAASTGAPGAGAPGAGAATGSSPFAPPASYGTTPSPATETPAVVHAADAKPENAAASATTSPATTTPADSPAAAPAPSGSGASPATSSPEIAEPAGESGAKDAPATAPRSTSEPATTQHAAQPATTQHAAQPAAQQPWAATMATPIVSGDTRRVSDSIGATVDPASRPEESDAPQYEAFWFAVAQPRTAYDEHTGAPAFTIEPGGWVLALEDRGHEFLVQDTDGKVGVLRELSNIERG NA NA NA NA NA D3-18_00851 795 pdg Ultraviolet N-glycosylase/AP lyase GTGGCCATCGCTGAAGCTGGTTCGCTGCTCGCGCTCAAACGCCGGGCACGCAAGATCAACAGGGTTCTCGCTGATAAGTATCCCTACGCGCATGCGGAGTTGGATTTCAGGAACCCCTTTGAGCTGGTGGTGGCCACAGTCCTTTCGGCCCAAACCACTGATGTGGCGGTCAACCAGGTCACCAAGATCCTGTTTGCCCGCTACCCGGATGCCCGCGCCATGGCTGAGGCGGATCCCTTGGAGCTGGAGACAATCCTGCAGCCAACGGGCTTCTTCAGGGCTAAAGCGAGGAACGTCCTGGCCCTCAGTACGCGGCTTGTGGATGAGTACGACGGCGTGGTCCCGGGGCGTCTTGAAGATTTGGTGACGCTCCCGGGCGTCGGGCGCAAGACCGCGAAGGTCGTTTTGGGCAATGCGTTCGGTATTCCCGGGATCACCGTGGATACACACTTCGGCAGGCTGGCCCGCCGGTTCGGGTGGACTGCCTCGGACGATCCTGTGAAGATCGAGTTCGACGTCGCCGAATTGTTTGAACCCAAGGACTGGACCATGCTCTCGCATCGAGTGGTGTTCCATGGACGCAGGGTCTGCCATTCCAGGAAGCCGGCTTGTGGTGCCTGCCCGGTCGCGAGCCTCTGCCCGAGCTACGGCGAGGGTGAAACGGATCCCGTAAAGGCAGCCAAATTGCTGAAGTACGAGCTTGCGCCTGGCAATGAAGCTTTGCTGGACAAGCTCTTGGCCGAGACGCACAGGGCCGCGGAGATCCGCATGGAATCGCAAAGGAGGCCCGGGTGA MAIAEAGSLLALKRRARKINRVLADKYPYAHAELDFRNPFELVVATVLSAQTTDVAVNQVTKILFARYPDARAMAEADPLELETILQPTGFFRAKARNVLALSTRLVDEYDGVVPGRLEDLVTLPGVGRKTAKVVLGNAFGIPGITVDTHFGRLARRFGWTASDDPVKIEFDVAELFEPKDWTMLSHRVVFHGRRVCHSRKPACGACPVASLCPSYGEGETDPVKAAKLLKYELAPGNEALLDKLLAETHRAAEIRMESQRRPG PGPT0013735_1067 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-OTHER_REGULATORS,PGPT0013735-nth-K10773 NA NA D3-18_00852 678 nudL putative Nudix hydrolase NudL GTGACCGCGCTTGAGGAACTGTCCGCGCTGGTCACCCGCTTTGAAGACGGCCAGCAACAGCACTCGGCCCTCTGGGAGAAGCTTCCTGTCACCCCCGAGACCAACCGGGCTGCCGCAGTCCTCATGCTTTTCGGCGTGCTGGACAACATTCCTGCCGAATCGGGGCGGCCTATCGCGCCGGCCGACCTCGATGTCCTCTTGCTGGAACGGGCCCACACACTTGACGACCATCCGGGCCAGGTGGCGTTCCCGGGCGGCAGCGTGGACCCGGAAGATGAGTCGGTAGTGGCCGCTGCCCTTCGCGAAGCTGTGGAAGAAACCGGCCTGGACGCAAGTGGCGTCCGTGTACTTGGAGTCATCCCTGAACTTGGCCTCATCCGGAGCAACTTCCGGGTGACGCCAGTCCTGGCATGGTGGGATGCGCCATCGCCCATTCGGGTTGTGGACTACGCCGAGTCTGCCCAGGTCTTCAGGGTGCCGGTGCGCGACCTTTTGGATCCAGTCAACCGCGTCACCGCCACTATCTCCCGGTTTGGCCGCACGTACACCAGCCCTGGGTTCACCGTAAATGGCGTGCTGGTATGGGGCTTCACCGGGATGGTCCTCAGTGGCCTCTTTGACGAACTGGGCTGGACCGTTCCCTGGGACAAGGACAAGCTGCACGACATCGACCTCTAA MTALEELSALVTRFEDGQQQHSALWEKLPVTPETNRAAAVLMLFGVLDNIPAESGRPIAPADLDVLLLERAHTLDDHPGQVAFPGGSVDPEDESVVAAALREAVEETGLDASGVRVLGVIPELGLIRSNFRVTPVLAWWDAPSPIRVVDYAESAQVFRVPVRDLLDPVNRVTATISRFGRTYTSPGFTVNGVLVWGFTGMVLSGLFDELGWTVPWDKDKLHDIDL NA NA NA NA NA D3-18_00853 201 hypothetical protein ATGGCTGGCAGGTTTGAAATTCTCAAGGACAACAACGACGGTTACCGGTTCCGCCTGACTGCGGCTGACGGAACCGTCGTGGCCGTATCACCAACTTTCACGCACCTGGAAGGCGTGGTCGCCGGAATCAACGCCGTGCGGGAAAACGCCGCAACGGGACTGATCGTGGACCGATCGACGACGGCCCGCGAGGCCGCCTAA MAGRFEILKDNNDGYRFRLTAADGTVVAVSPTFTHLEGVVAGINAVRENAATGLIVDRSTTAREAA NA NA NA NA NA D3-18_00854 1701 hypothetical protein ATGGACACCATGTATTTGCTGCTCGCCGCCCACCAGGAAGGCGCAGCCATACAACGGATCTCTCCCACCGGAAAGGCGACTGCTGACGCGCGCGTCGTCACCCGCGGTGACTTGCCCGGCGTCGTGCGTGAATTCGAAGCTCAGCGGCCCCGCTGGGTGTGGCATCGTGCCCAGGAATGGTATCCGGAACTGCTGACTCATGGCATAGAACTGGAGCGTTGCCACGACCTGGCGCTCTGCGGAGTCATTTTGGCCCACTCTGAATTCACGGCGCATACGGACTACGCGATGCATGCGGTCAAGCTCACGCAGGACGACGACTCAACACCGCCACGGGCTCTGCAGCCCCCGCCACCGCCCGTGGACCAAGGCGCGCTCTTCGAAGACCTGTCGCCGTCCAACCCCAAAGCGGGGTTGGCTGAACTCAGGGAGGAGTTCGCTGCCCAGCAGCACGCCATCTCTCAGATCCCTGCTGACCACCAGCAGAAACAACGCCTGCAGTTGCTGCTGGCCGCGGAGTCTGCGTGCGCCATCATCGCCATCGAGATGCAGCACGCCGGTGTCCCGTGGCGAGAAGAGTTGCACCAACAGATCCTTGCCGATGTCCTGGGTCCCAGGCCGCCGATTGGGCACAGGCCTCCGGCACTCGAGGCTCTCTGCGCCGAGCTCCGGAGTATCCTCAACTCCCCCAGCCTGAATCCGGACTCCCCGCAGGACCTCATGCGCGCCCTGCACCGGAACGGGATCGAAGTGAAAAGCACCCGTCAATGGGAGCTTCAGGAATCGAAGCACCCTGCCATCCAGCCCCTGCTCGCCTACAAGAAACTCTCCCGCCTGCATACCGCCAACGGCTGGTCCTGGTTGGACGCGTGGGTACGTGACGGGCGATTCCACCCGGAGTACGTAGTGGGTGGCGTCGTGTCAGGCCGCTGGGCTTCACGCGGTGGCGGTGCGCTCCAGATTCCGCGCAACATCCGGGCAGCGGTCCATGCGGACCCGGGCCACAAACTCATCGTCGCCGATGCCTCGCAATTGGAGCCGAGGGTCCTTGTGGCACTGGCGCAAGACACGAAAATGGCAGAGGCCGCCCGCGACAAGGACCTCTATGCCGGCATCGCTGCCCAAGGTTTTGGCGGTGACCGTGCCAAAGCAAAGATTGCGCTGTTGGGAGCCATTTACGGCGCCACCACGGGCGAGTCGGGCAGGCTCATGCCGCAACTCACGCGAACCTATCCACGCGCCGTCGGATTCGTGGAGCAGGCGGCTCGTGAGGGCGAAGCGGGCCGGACAGTCACCACGCGGCTGGGCAGGAGCAGCCCACCGCCGTCGGCCGGTTGGTTGCGGAGCCAGCAGTCCACCACCGCTGAAGAACAGCGCCGCGCTGACAACCTGGCCCGTTCCAGGGGCCGTTTCACCCGCAACTTCGTGGTCCAGGGCTCGGCGGCTGAGTGGGCTGCCTGCTGGCTTGCGGAATTACGACGGCGGCTGCGGGCTTCGCGAGCAGAAGGCTCACCAATCGGGGAACTCGTCTTCTTCCTGCACGATGAAGTGATGGTTCACGCACCCGACTACGCGGTAGACGCCTGTATCAGGGCCATCGAAGAAGCGGCTTCAGCAGCGAAGGAACTCATGTTCGGGCAAATTCCAGTGGAATTTCCGGTGAGTGTGGCGGTGGTCGATTCGTACGATAAAGCGAAGTAG MDTMYLLLAAHQEGAAIQRISPTGKATADARVVTRGDLPGVVREFEAQRPRWVWHRAQEWYPELLTHGIELERCHDLALCGVILAHSEFTAHTDYAMHAVKLTQDDDSTPPRALQPPPPPVDQGALFEDLSPSNPKAGLAELREEFAAQQHAISQIPADHQQKQRLQLLLAAESACAIIAIEMQHAGVPWREELHQQILADVLGPRPPIGHRPPALEALCAELRSILNSPSLNPDSPQDLMRALHRNGIEVKSTRQWELQESKHPAIQPLLAYKKLSRLHTANGWSWLDAWVRDGRFHPEYVVGGVVSGRWASRGGGALQIPRNIRAAVHADPGHKLIVADASQLEPRVLVALAQDTKMAEAARDKDLYAGIAAQGFGGDRAKAKIALLGAIYGATTGESGRLMPQLTRTYPRAVGFVEQAAREGEAGRTVTTRLGRSSPPPSAGWLRSQQSTTAEEQRRADNLARSRGRFTRNFVVQGSAAEWAACWLAELRRRLRASRAEGSPIGELVFFLHDEVMVHAPDYAVDACIRAIEEAASAAKELMFGQIPVEFPVSVAVVDSYDKAK NA NA NA NA NA D3-18_00855 1065 hypothetical protein GTGCCCCGCGACGCCGTCGGGATACTGCTTGTTTCCGGCGACCCCTACCTTCAGGAAGAGGCCAAACGGATAGTCGCAGCGGCAGGCGGGAACCTGAAAACGGCCATTGACGTGGCGGAGGCCGTCCATGGTTGGGATAACGCCGACGTCGTTCTAGTGGGCAGTGATATCCGCGAACTGCCCCCGCGGCGAAGGGCTCCCACAGTGTTGCTCGGCAAAGCCTCTGAAGGTGACGGGCTATGGCGTTTAGCTGCTTCACTGGGAGCTGAACGGGTAGCCGTCCTTCCCGAGGCCGCCGCCTGGCTGGCTGAACACCTCAGCACGTCCGGCTCTCCAGACCCCGGGGGCACGGTCATGGGAATCATCGGCGGTAGTGGCGGGGCGGGAGCTACAACCACCGCGATTTGGCTGGCCCAGGCTGCGGCAGGGCATGGCGTCAGCACCGTGCTGATCGATGGTGACCGTTGGGGTGGAGGCCTTGAACTGGCGGTGACGGCTGACGAAATTCCAGGCCTGCGGTGGCCGGACTTCGCCGAAACCCGCGGCAGCATTGATTCCTCCAAGTTCCGGGACTCCCTGCCCGTGGCCGGTGGGTTCGCCTACCTGTCATGGCCCGGGACCAGGGAACCGGTCCATATTCCCGCGGCCGGTGCTGTAGCCGCCGTGGTTGACGCCGCACGCCGAAGCTTCGAACTCGTCCTGGTGGACATCGGACGCAGCGGGGAAGGACTCGGGACGCTCGCGTGGGACTGCGACAGGATTTTGCTGTTGAGCAAGGCTCACCTCAAATGCGCTGTGGCGGCCGCGCGTGTCCTCGACGAGCTCCCACCCGGCGACGCCGGACTTTTGGTCCGCGGAACCGGCGCTACATCTGTGGACGCTCCGCTGATTTCCGAATCTTTGGGATTGCCGCTGTTGGGCGTCCTTCCCGAGATACGTGGCGTGGCGGCTGCTACCGAACGTGGACGATTACTGGAACTCGGACGCCGAAAGCAGATCAGTCGTTTTGCCGGTTCTGTGCTGGAATTGAACTCTGTGCCGGAGTTGAACGGTGTCATCCAATGA MPRDAVGILLVSGDPYLQEEAKRIVAAAGGNLKTAIDVAEAVHGWDNADVVLVGSDIRELPPRRRAPTVLLGKASEGDGLWRLAASLGAERVAVLPEAAAWLAEHLSTSGSPDPGGTVMGIIGGSGGAGATTTAIWLAQAAAGHGVSTVLIDGDRWGGGLELAVTADEIPGLRWPDFAETRGSIDSSKFRDSLPVAGGFAYLSWPGTREPVHIPAAGAVAAVVDAARRSFELVLVDIGRSGEGLGTLAWDCDRILLLSKAHLKCAVAAARVLDELPPGDAGLLVRGTGATSVDAPLISESLGLPLLGVLPEIRGVAAATERGRLLELGRRKQISRFAGSVLELNSVPELNGVIQ NA NA NA NA NA D3-18_00856 1248 hypothetical protein ATGAGCCGTTTCGCCGAGGGAACCCGGCGTCGGCAGGGCCGCAGGCTGGACGCCGTTCTTCTTGAGACGGTGCGGGAATCAGTGCTCGCCGGGACCGGAGCCGTCACCCCGTCAACGGTCGCAGCAGCTGTGCAGGCGAGCGGCAGACTTCTAGGTACTGCTGGGGCGTTGGAAGCTGCGGAATCCATCAGTGCGGAATTGAACGGGTTGGGACCCCTCCAACACCTTGCTCAGGATCCTTCCGTCACTGACATCTTTGTCAACGGACCCGATTCAGTCTGGTTGGACCGCGGTAACGGCTTGGAACGTTCATCGGTTCACTTCGACACTGAACAACAGATCAGGTCGCTGGCCACACGCTTGGTTGCAGCCGGGGGCAGGCGATTGGATGACGGTTCTCCCTGCGTGGACGTCCGGCTCAAGGGAGGCTACCGGGTGCATGCAGTCCTCGCACCGATCTCAACGGCAGGCACCCTGCTGTCCATCCGTATCCGCCGGGAAGAGGTGTTCACTCTGACCGAGTTGAGGGAAAGTGGAATGTTTTCTGAGCACGTCGAGGCGGTTCTGCATGCCATCATGGCGCACAAACTGAGTTTCCTCATCAGCGGTGCCACGGGTTCAGGAAAGACAACGCTGCTCTCCACGATGCTCGGGTTGAGCCATCCGGCCGAGCGATTGGTGCTCATCGAGGACGCCGCCGAGCTCAATCCCGTTCACCCACATGTAGTGACGCTCGAATCACGCCATGGAAACCTTGAGGGTGGAGGAGCCCAGGACCTCGGAGAGCTGGTCCGCCAAGCACTACGCATGCGGCCGGACAGGCTGATTGTAGGAGAATGCCGAGGCGCTGAAGTCCGTGAATTGCTGACCGCGCTCAACACCGGCCACACCGGCGGCGGTGGCACGATTCACGCCAACACCGCCGAGGCTGTACCCGCACGGTTGGTGGCCCTCGGCGCCCTAGCGGGTCTGAACGCAGAAGCCGTCCGGTTGCAGGTCTCCAGTGCCTTGGACGTCGTGATTCACGTAGACAGATCCTCGTCGGGGCGGAAAGTGGCATCCATTGGCGTAGTGGACGATACACGGGCTGGCCAGAAGGTGGTGCCGGCCCTCGGCTGGAACCGCTCAGGAGTGACATACGGACCAGCATGGCCAGGACTTGCCGCCCGGCTCTCCTTGGCGCCGCTGGAAGAGGACGCTAACTCGCGAGCAGTTGATTTGTCGCCACAGGCCGGGGACGGCAAATGA MSRFAEGTRRRQGRRLDAVLLETVRESVLAGTGAVTPSTVAAAVQASGRLLGTAGALEAAESISAELNGLGPLQHLAQDPSVTDIFVNGPDSVWLDRGNGLERSSVHFDTEQQIRSLATRLVAAGGRRLDDGSPCVDVRLKGGYRVHAVLAPISTAGTLLSIRIRREEVFTLTELRESGMFSEHVEAVLHAIMAHKLSFLISGATGSGKTTLLSTMLGLSHPAERLVLIEDAAELNPVHPHVVTLESRHGNLEGGGAQDLGELVRQALRMRPDRLIVGECRGAEVRELLTALNTGHTGGGGTIHANTAEAVPARLVALGALAGLNAEAVRLQVSSALDVVIHVDRSSSGRKVASIGVVDDTRAGQKVVPALGWNRSGVTYGPAWPGLAARLSLAPLEEDANSRAVDLSPQAGDGK PGPT0016025_2132 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0016025-cpaF-K02283 NA NA D3-18_00857 795 hypothetical protein ATGATTGGGACGTTCGTCCTCGTTGCGGCACTCGCGGCATGGCTGCAGCTCCGGGGCCATGGTGCCGGCAGCCGACGAATTCGGAGGAGCCTGGCGGAGCCGACAGGCGGGAAGGAAAGTACCAACGCTCGTGTAAGGGCCTGGCCCCGACGCTCACGACGAAAGCGGACCGAGCCTTTGTCACTTGTGGTGCTGGTGCAACAGCTCGCAGCCCTCCTGCGCGGCGGGCGGGGAACCCACAGGCTGTGGGAAGAGCTATGGATTGTCCACGGTTCACGGCACATTACGGACGGTGGCACGGCCGCTGCAATGCAGAGGGGGAACGCCGGGCTGTCGAACGAGTCGCTAAAAGTACTGGCAGCAGCACGGGCAGCGTCAACCGTAGGAAATTCTCCTGCTGAAGCCATCCGTGGCACGGCAGCAAAGGCGTATCCGCGACGCGGAAGTTCCGAACGACGAGTGTGGATGGAACTGGCAGCATGCCTGGACATCGCCGAAACCAGCGGCTGCCCCCTAGCTGACCTCCTCACCCGATTCGCAGCCCAACTGGAAGCCGAGGAAGACTCCGAAGCCGCCCGCCAGACGGCGCTCGCAGGGCCCAAGGCTACCGTTCGGTTGTTGTCGTGGCTCCCGGTCTTCGGGCTTGGGCTGGGGATGGCATTGGGCGTGGATCCGTTGGGGATCTTGCTGAACAACTTCCTGGGTGTTGCCACGTTCGCGGCGGGACTCCTGCTAACGGTGGCGGGCAGGGTTTGGTCCTCACGGCTGGTCGCTTCTGCGGCCGGAGACCTCTGA MIGTFVLVAALAAWLQLRGHGAGSRRIRRSLAEPTGGKESTNARVRAWPRRSRRKRTEPLSLVVLVQQLAALLRGGRGTHRLWEELWIVHGSRHITDGGTAAAMQRGNAGLSNESLKVLAAARAASTVGNSPAEAIRGTAAKAYPRRGSSERRVWMELAACLDIAETSGCPLADLLTRFAAQLEAEEDSEAARQTALAGPKATVRLLSWLPVFGLGLGMALGVDPLGILLNNFLGVATFAAGLLLTVAGRVWSSRLVASAAGDL PGPT0022290_2950 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0022290-tadB-K12510 NA NA D3-18_00858 597 hypothetical protein ATGCCCGGAGCTCCGGTGTTGGTGATGATGGCGATCATGGCGTTCTCGGCCTTCATCAGCTTCGCGGCACCCACGCCGCTGAGGAGGCGGTTACGTCCCCGGGGTAGGGAGGCTGAAGCGCCGACGGGGTCATTGACGGCAGCCGATGGTGACCCGGCAACGGACGGGCTCCGCGATACGGCAATGATGCTGGAACTGGTGGCCTCCATGCTCGACGCTGGAGCTGGAATAGGGCGGGCACTGGAACTTATCTCAAAGTGTGCTTCCCCACCAATCGGGCAATCACTCCGGCCAGTTGTTGCCGCACTTGCCCTTGGTGCCGACTGGGAGACTGCCTGGCGGACCCCCACGACGCACGGCTCCGAGGTAACCCGCCTCAAGGACGCACTGGCTTTTGCAGCCCTGACCGGTGCTCCGTCTGCGGCCATCCTCTATGCGCAGGCTGCTAGGGAACGGCGTGAGCAGTTCCGGGCCGCGGAGAAGCGGGCCGCTGCCTTGGGAGTCAAGCTGGTGGTTCCTTTGGGTCTCTGCTCGTTGCCGGCCTTTATCTGCCTTGGGATCATTCCCGTCCTGATCGCCATGCTTCCCTCAGGCTGA MPGAPVLVMMAIMAFSAFISFAAPTPLRRRLRPRGREAEAPTGSLTAADGDPATDGLRDTAMMLELVASMLDAGAGIGRALELISKCASPPIGQSLRPVVAALALGADWETAWRTPTTHGSEVTRLKDALAFAALTGAPSAAILYAQAARERREQFRAAEKRAAALGVKLVVPLGLCSLPAFICLGIIPVLIAMLPSG PGPT0022290_2801 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0022290-tadB-K12510 NA NA D3-18_00859 420 hypothetical protein GTGAAAACACTGTCCACTACGCTTCCTGACATTCTCTGTGATGCGCCCCGGGATCGACCGGACCCCGTTGAAGACCTTGGGGTTCTTTCCGGAGAATCGGGGACAACCCACGAGTACGAGCTCTCCGAGTACGAGCTTGAACACAACGACCTTGAGCGATTCGATCTCGAGGACGAACTCGGGCAGTTCGAAGTGGGATTCGACGATCTTGAGGAGTTCGAGGAGACACAACTTGCTGGCGATGGCTTCTGGGCAAGGACAAGGCTGATGGGTTCGGAAGCGGGCATGGCCACCGCCGAGTACGCCATAGCCACCCTCGCTGCTGTTGGGCTCGCGGGTCTCCTTGTGGTCATCCTTCGGAGCGAGGAGGTCCGCGGCTTCCTGCTCAACCTGATCCGTACGGCGTTGTCCTTACCATGA MKTLSTTLPDILCDAPRDRPDPVEDLGVLSGESGTTHEYELSEYELEHNDLERFDLEDELGQFEVGFDDLEEFEETQLAGDGFWARTRLMGSEAGMATAEYAIATLAAVGLAGLLVVILRSEEVRGFLLNLIRTALSLP NA NA NA NA NA D3-18_00860 387 hypothetical protein ATGACGGATATGCTGCCTGCCCGCGGGAGAGTGTTTGGGGGAGAGGCGGAACGGGGCGCTGTCACTGCGGAGTTCGCCGTCGCCCTGCCAGCCGTTGTGTTGCTCCTGGCGTTCCTGCTGGCAGGCGGCGCCGCAGGCATCACCCAACTTCGACTGGAGGAAGCAGCCAGGGCGGGAGCGCGCGCATCGGCCCGGGGTGAGACCTCGGGCTCGGTGGAAGGGGTCGTCAAGCGACTTGCCGGGGACGGCGTTAACGCCACGCTGACCGACGACGGCGAGTGGCTGACCGTGACAGCTTCGTCGCCAGTGGGCGGAGCCTTGGGCCCGCTTATCCCTTGGACGCTGAAAGCATCTGCGTCAGCACGGGCAGAAGCGGGCACCCCGTGA MTDMLPARGRVFGGEAERGAVTAEFAVALPAVVLLLAFLLAGGAAGITQLRLEEAARAGARASARGETSGSVEGVVKRLAGDGVNATLTDDGEWLTVTASSPVGGALGPLIPWTLKASASARAEAGTP NA NA NA NA NA D3-18_00861 363 hypothetical protein GTGAAGAAAGTGTTGGTGAATACCCGGAGTGAGCGCGGGGCCGGCACAGTGCTCGCCCTGGGACTTGGGGCCGTGGTCATGGCGATGCTTCTTGGTCTGCTTTTCCTCGCGCAGGCAGGGGTAATGGCATCCCGGGCTGCGTCGGCAGCTGACCTGGCGGCTCTTGCAGCCGCAGATGCTGCCCGGGGTCTTGCTTCCGGGGAACCTTGTGCCGTCGCAGCAGACGTTGCTGCGAAGCACGATGCGAAGCTCGCGGCCTGCACGGTGGCCGGCGGGAATGTGGTGGAGGTCAGGACTGAGTTGGCACGCCCCTTCCAATGGGGCGTCGCCACGGGCAGGGCACGGGCTGGACCTCCTCCGTAG MKKVLVNTRSERGAGTVLALGLGAVVMAMLLGLLFLAQAGVMASRAASAADLAALAAADAARGLASGEPCAVAADVAAKHDAKLAACTVAGGNVVEVRTELARPFQWGVATGRARAGPPP NA NA NA NA NA D3-18_00862 2343 hypothetical protein GTGGCTGCACCAAATTCACTGATCTCCTTACTGGGCCGAACGGCGGACCCTGAGCAGTTGCGCCATGTCCACACCATCCCTGCCCGAAAAGCTGTCAACGAACCTTGGCCCGACTGGGTCCACCCGGATGTGGTGGCGGCGTACGGCACCCTGGGCATCCACGAACCGTACCGGCACCAGATCCAAGCGGCAGATCTCGCCCATTCCGGGCAGCACGTTGTCATTGCCACCGGAACTGCCTCCGGCAAGTCGCTCGCCTATCAGCTGCCGGCGTTGGATGCGATTCACCGTTCGGAGCTGCGAGTCCTATCTGATCCTGGAAAGATCCACGACGACGGCGCAGTCACGCTCTACCTGTCCCCTACCAAGGCCCTTGCAGCAGACCAGCTCGCGGCGATCCGCTCGCTGAAATTGCCTACGGTCCGGGCTGAAACTTACGACGGCGATACTGACGTCTCGTCCCGGCGCTGGATCCGTGACCACGCCAATTTCATCCTTGCCAACCCGGACATGCTGCACTTCGGGATCCTCCCCAACCACACATGGTGGGCCCGGTTCTTCCGACGGCTGCGCTACGTCATCGTAGACGAAGCACATAGTTACCGCGGTGTGTTCGGCTCACACGTGGCCAATTTGATGCGGCGCCTGCGCCGGATCTGCGCTTATTACGGTGCGGGGACCTCCTTCCCCGAACCTGTCTTCATAGCTGCTTCCGCCACCGCTTCCGATCCCGGGGTTTCCTTTGGACGGCTCATAGGCGCTCCCGTCAGGGAAGTTTCCGAAGACTGCTCTCCGCACGGTTCCACTACGGTGGCCTTCTGGGAGCCGGCCCTGACCGATGTCAAAGGCGAGAACGGTGCTAAACAACGGAGGACAGCAGTAGCTGAGACCGCGGACATCCTGGCCAACCTCGTTTCGTCGCGCGTCAGGACCATCGCGTTCATCAAGTCGCGTCGCGGCGCTGAGTCCATTGCCTCCATTACCAAGAGACTGCTGGATGAGGTGGATCCCAGTCTTCCAGGGCGGGTGGCAGCCTACAGGTCCGGATACCTGCCCGAGGAGCGGCGGGCTTTGGAGCAGGCCTTAAGGTCCGGCCAGTTGCTGGGGGTCTCCAGCACCTCCGCCTTGGAGCTTGGTATCGACATCTCGGGCCTTGATGCCGTGCTGGTCGCCGGATGGCCGGGCACCAGGGCCTCGCTCTTTCAGCAGATCGGCCGCGCAGGCCGCGCGGGACAGGATGCAATTGCGGCTTTTGTGGCCAGCGATGATCCCTTGGATACCTATCTGGTGAACCACCCGGAGGCGATCTTTGACGTCTCGGTGGAGGCCACTGTCTTCGACCCCGGCAATCCTTACGTTCTTGGCCCGCACTTGTGCGCGGCGGCGGCCGAGTTGCCGATCGGACCGGCGGAGCTGGATCTCTTCGGCCCCACTGCCGAGGGTCTCCTTGATCGCTTGGTGGTGCAGGGCTACCTTCGCAAGCGTCCCGCGGGATGGTTCTGGACCCACCCGGAGAGCGCTGCCGGGATGGTAAACCTCCGGGCCGACGGAGGCGGGCCCGTCAGTATTGTTGACGCCGAGACCGGGTCCCTCTTGGGAACCATGGACTCGCCACAGACGCACTATCAGGCTCATACAGGTGCCATCTATGTCCACCAAGGTGACAGCTACCTGGTGGAGGACCTCAACGAAACCGATCACTGCGTGATGGTCCGCCGGGTAAATCCGGACTTCTACACCATGGCTCGGGATGTAACCCAGATCGAAGTCCTTGAAACCTCGCGATCGGTCCAGTGGGGTGACATCACCGTGCACTTTGGCGACGTCAAAGTAACCACCCAAGTGGTCTCCTTTCAGCGCAAGGCCTTGATTTCGAACGAGATCCTCGGTGAAGAACCCCTCGATCTGGGAGCCCGGGACCTGTTTACCAAGGCTGTCTGGTTCGTGGTGGACAACCGTTCGTTGCACGGCGCCGGCTTAGTGGAAGCGGAGTTCCCCGGCGCGCTGCATGCGGCTGAACATGCCGCCATTGGGCTGCTCCCCCTGGTGGCATCCAGTGACCGCTGGGACATAGGCGGCGTCTCCACCGCCCTGCACGCCGACACCGGGGTGCCAACGATCTTCGTTTACGACGGCCACCCAGGTGGTGCTGGATTCGCTGAGCGGGGCTTTGAAAAGGCCAAGATTTGGCTAACGGCAACCCGGGAGGCCATCAAGGCCTGTGAGTGTGATGCCGGCTGTCCGTCCTGTGTTCAGTCACCTAAATGCGGCAACAAGAACAACCCGTTGGACAAGGCAGCCGCCATCACACTCCTGGACGTGTTGTTGAAGGACGCCAGCTAG MAAPNSLISLLGRTADPEQLRHVHTIPARKAVNEPWPDWVHPDVVAAYGTLGIHEPYRHQIQAADLAHSGQHVVIATGTASGKSLAYQLPALDAIHRSELRVLSDPGKIHDDGAVTLYLSPTKALAADQLAAIRSLKLPTVRAETYDGDTDVSSRRWIRDHANFILANPDMLHFGILPNHTWWARFFRRLRYVIVDEAHSYRGVFGSHVANLMRRLRRICAYYGAGTSFPEPVFIAASATASDPGVSFGRLIGAPVREVSEDCSPHGSTTVAFWEPALTDVKGENGAKQRRTAVAETADILANLVSSRVRTIAFIKSRRGAESIASITKRLLDEVDPSLPGRVAAYRSGYLPEERRALEQALRSGQLLGVSSTSALELGIDISGLDAVLVAGWPGTRASLFQQIGRAGRAGQDAIAAFVASDDPLDTYLVNHPEAIFDVSVEATVFDPGNPYVLGPHLCAAAAELPIGPAELDLFGPTAEGLLDRLVVQGYLRKRPAGWFWTHPESAAGMVNLRADGGGPVSIVDAETGSLLGTMDSPQTHYQAHTGAIYVHQGDSYLVEDLNETDHCVMVRRVNPDFYTMARDVTQIEVLETSRSVQWGDITVHFGDVKVTTQVVSFQRKALISNEILGEEPLDLGARDLFTKAVWFVVDNRSLHGAGLVEAEFPGALHAAEHAAIGLLPLVASSDRWDIGGVSTALHADTGVPTIFVYDGHPGGAGFAERGFEKAKIWLTATREAIKACECDAGCPSCVQSPKCGNKNNPLDKAAAITLLDVLLKDAS NA NA NA NA NA D3-18_00863 735 hypothetical protein ATGGCTCTGTTGCTTGGTGATGCGCTGGCATACTCTCTCTACATGAGTCCAGACGCCTTGGTTGAAGACATTGCGCACCTCTTGGAAGTCTGGGTAGCTGGCTGGTCCGGCTGCCGCGGCTATGAGTTACGCCAAGAGGGCCGCTTCCCTGCCGCACTTCGCGCCGACAAAACCGGTGATTGGGAGTATTTCGCCCATGATCCGTCGGACGAAGAGTTCGCCGCCCTTGCGGACAAGACCGCAGAATCCCCAAACCGGATCCTGACGGTACTCACTAACGACGTCCAACGGTACAAATACCTCGCTGAGCAGCGCGGACTCACCGTGACGTCCGCATCCCAGACCATGATGATCGTGGACATGGAAACCCAGGATTCTGAGGATCCGTGGCTCCCTGACGACGATTTGGAGCTCGCTACCTCCGAATCAAACGGCGTCCATCACGCAGTGGTCCACTCTGGTGAACAGGTTGCTGCCAGCGGCCGGGTCTACGTCGTCAATGGCACCGCCATCTTCGACAAGATCGTCACCGAACCCGATTTTCAGCGCCGAGGTCTGGGCAGCTTCATCATGAAGGCCCTCGCCGCTCAAGCTTTCTCGCACGATGTTGAGAACGGGCTTTTGTTGGCTTCCTTGGACGGCCAAAAGCTGTACTCCCATCTGGGCTGGGACGTGGTGTGCCACGTCCTCATGATGTCCAGTGGCACCGAAGGATCGGACCTGTCAGGAGCCTAG MALLLGDALAYSLYMSPDALVEDIAHLLEVWVAGWSGCRGYELRQEGRFPAALRADKTGDWEYFAHDPSDEEFAALADKTAESPNRILTVLTNDVQRYKYLAEQRGLTVTSASQTMMIVDMETQDSEDPWLPDDDLELATSESNGVHHAVVHSGEQVAASGRVYVVNGTAIFDKIVTEPDFQRRGLGSFIMKALAAQAFSHDVENGLLLASLDGQKLYSHLGWDVVCHVLMMSSGTEGSDLSGA NA NA NA NA NA D3-18_00864 897 hypothetical protein GTGGCTTTGAACCGAATTGTGCTCTTCTATGGCTTTACCCCGATCGCCGACCCTGACGCCGTGCGTCTGTGGCAGCGTGCCCTGTGCGAAAAGCTGGGCCTCACCGGCAGGATCCTCATATCCAAGGACGGCATCAACGCCACCGTGGGCGGCGAGCTCAACAACATGAAGCAGTACGTGAAAACCACTCGCGAATACAAGGGTTTTCACGACATCGACTTCAAATGGTCGGAGGGAAGTGCAGCAGATTTCCCGCGCCTCAGCGTCAAAGTACGCGATGAGATCGTGTCGTTCGGTGCGCCGGGTGAACTGAAGGTGGACGCCAACGGCGTGGTAGGCGGCGGGAAGCACCTCCAACCCGAGGAACTTCACGCGCTGGTGGATGCCAAGAAGTCCAGTGGCGAAGACGTAGTGTTCTTCGATGGCCGGAACGCGTTCGAAGCGCAGATCGGCAAGTTCAAGGATGCAATCGTTCCGGACGTGGACACCACCCACGACTTCATCAAGGAACTCGACTCGGGCAAGTACGACGACCTCAAGGACAAGCCGGTTGTCACCTACTGCACCGGGGGCATCCGCTGCGAAGTACTCTCCAGCCTGATGGTCAACAGGGGCTTCAAAGAGGTTTACCAGTTGGATGGCGGGATTGTCCGCTACGGTGAGACGTTCAAGGACAAAGGCCTCTGGGAGGGTTCGCTTTACGTCTTCGACAAGCGCATGCACGTCGAGTTCAGCGAGGAAGCCAAGACCATCGGCGAGTGCGTCCGCTGCTCTGCTCCCACTAACAAGTTCGAGAACTGCTCCAACCTCAGTTGCCGTACTTTAACTCTGTACTGCGAGGAATGTGCCTCCAGCCCGGAAACGCTCCGCTGCCCCGGAGGCTGCGAAGCGGCCTGA MALNRIVLFYGFTPIADPDAVRLWQRALCEKLGLTGRILISKDGINATVGGELNNMKQYVKTTREYKGFHDIDFKWSEGSAADFPRLSVKVRDEIVSFGAPGELKVDANGVVGGGKHLQPEELHALVDAKKSSGEDVVFFDGRNAFEAQIGKFKDAIVPDVDTTHDFIKELDSGKYDDLKDKPVVTYCTGGIRCEVLSSLMVNRGFKEVYQLDGGIVRYGETFKDKGLWEGSLYVFDKRMHVEFSEEAKTIGECVRCSAPTNKFENCSNLSCRTLTLYCEECASSPETLRCPGGCEAA PGPT0013330_2030 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013330-UPF0176_protein-K07146 NA NA D3-18_00865 531 hypothetical protein ATGGGCAGCAAGGCAGCTCGCTCGGTGATGCCACAGCGGCTGGCGAGGGCCGCCGTCGTCATCCTTGTTGTGCTGGGCGGCAGCCTGACGGCGTGCGAATACACCTATGACGAGGGCGGAAGGCCAGATGCCAGCCCTACCTCGACAGCGGGAAGTGTAGTTCTGCCGCCCGATCCGGCTCTGGAGGAGACCGTTACCGGCGAGGCACTCGAAGAGTGGGCAAAATCGGCCTTGCCTGAGTCCCAGGGGCAGTCGTTCTATTCAAGCAGCGGGTACCTCAATCCCGGCGAGTCCAAGTCTGAGCAAACAGTGCAATTACCGGGTGGGACGTACGCGGTGACGCTGGCCTGCCGTGGCACGCGCCGGGTGACGTTCTCCGTCAAGGTGGGCGAGGTGGAGCTGGTGAACTTGACGCTGGGATGCGCCAATGCGCGCGTGAGCGTGGTTCAGCTGGAAAAGGACGCCATACTGTCCATCACGGTGGGTACCAGGTCTGATGCCAATTTCACCTACCGGGTGAGCCGGCTCTGA MGSKAARSVMPQRLARAAVVILVVLGGSLTACEYTYDEGGRPDASPTSTAGSVVLPPDPALEETVTGEALEEWAKSALPESQGQSFYSSSGYLNPGESKSEQTVQLPGGTYAVTLACRGTRRVTFSVKVGEVELVNLTLGCANARVSVVQLEKDAILSITVGTRSDANFTYRVSRL NA NA NA NA NA D3-18_00866 465 hypothetical protein TTGGAACCCGGTAGCGTTGGATTCATGCTCAACTTCTCCTCCACAAGGCGCCGTGCGGGCCTTGTCGCCATCATCGCCGCGGCATTGCTGGGGGTCTCCGGCTGCCAGGCGCCGGCCAACATCGAAGATGCGGACGTTCCTGCTTGGAAGGAAAAGATCCTGCCCGCGGCAAGCGGCGTGGTGTTGGAGGACTCCGGCAAGATCCTCAACCGGGACCCGTTGGTCAAGGAGTCCCCCAACGTTCCGGGCGGAAGCTACACGCTCACTATGGCGTGCGATGGGGGCGGCAAGGCGTACTTCGCGATTTCTTCGAGCGGCATCAAGATCGCGGACGCGGCCGCGGCATGCAATGGCAGCCTTGATGTGGTGAAGATCAAGGTGCCCGGGACGGGTCCCCTTAGCATCTCGACGAGCAGCGTCGACGCTCCGCTGATCTTCGCCTATCACATGGTTCCTGCCGCCTAG MEPGSVGFMLNFSSTRRRAGLVAIIAAALLGVSGCQAPANIEDADVPAWKEKILPAASGVVLEDSGKILNRDPLVKESPNVPGGSYTLTMACDGGGKAYFAISSSGIKIADAAAACNGSLDVVKIKVPGTGPLSISTSSVDAPLIFAYHMVPAA NA NA NA NA NA D3-18_00867 1674 prmC_1 Release factor glutamine methyltransferase GTGCGCCGCCCCTACACTTGCAAGGTGACTGACTCAGCTTCCCTCTTTACTGCCGGCAACATTGACGATGCTCCCCGCAGTGACCGCCCCGAACTGCTTTCGGCGCTCGCCGCAGACCTTCGTGCCCTCAACTACACAGTGGACGGTGTGGCTGAGCTTTTGGGAGCATCCGCCTCAGAAGCACTCGGCAGGGACCAGCTGATTCCTGCACTCCTTGCCAGTGAGAGGCTCATGGACTCCGAGGACCCTGCCCTCCGGTCACAGGCTGTGATTGTTCGTCTCTGGCTGCTTGCCGTTCCGCAGTCAGTCCCGGACATCGATTCCGCTCTCCCCGGTACTCGCGCAAAAGGCCTTGAGGAACTGGGGCTGATCACCGTGGATTCAGGAATGGCCAAGGCCAAGGTGGACCTGCGCCCCTATGGCTGGGACGCCAACACGGACGGCAGTGGCGGTGCAGAACTCTGGGTTGCCAGCGACCTCGCGGCCCACCAGCAGCCTGGAGTCTTGAGGCACGATCACGTCCTGGGAATCGGACGTGCCTCCACAACGCTGGTCCAAACCACGTACAGGAAGCACAGCAAACGAGCGCTGGACGTGGGCACCGGCTGCGGTATCCAGACCTTCCACCTGCTCCATCACTGCGAGCACGTCACAGCCACGGATATCTCGGAGAGGGCACTCGCGTTCACCCGGTTCAACCTTCTGCTGAACGCCGCTGAACTGGAGCTGGACCCGGACAACTTGGAGCGTCGGGTGAGCCTTCGGCTTGGATCGCTCCTGGAACCGGTAGCAGGGGAGCAGTTCGGCTTGGTGGTATCAAACCCACCGTTCGTCATCACTCCGCGAAGAGGCGGCGAATCGTCGGCGGACCGGTTCACCTACCGCGATGGCGGTCTTCCCGGCGACGACATAGTGGCTTCCCTCGTGCAGTCCCTCTCTGAGGTCCTCGAGCCCGGCGGAACAGCACAAATGCTGGGCAATTGGGAGGTCAGCTCTGGTACGAACTGGAAGGACCGGCCCAAGGCATGGCTGAAGGACTCAGGTTTGGACGTCTGGTTCATCCAACGGGAGCAAGTAGGCCCCGAACAGTACGCGGAGACTTGGCTCCAGGACGCATCGCAGAACCGCGAGGGCCAGCAATACAAGGAAGCCTACGCCGCATATCTGGACGATTTTGCTTCCAGGAACGTCGACGGTATTGGCTTCGGCATGATTTGGCTGCGCCGCCCGGAGACACCGCTCGGGGTCATCATCAACCGCTTCGAGGAAATCACCTACCCAATAGAGCAGCCGATCGGACCGCATCTGGGTGCTGCCGTGGAACGGGCTGATTGGGTGGCCGCACATTCGGTCCCGGAGGCCCACCTGGTGGTTGCCGAGGACGTCACCGAGGAACGGCACCAGCGTCCCGGAGCTGTTCATCCCGGGGTTATTCTCCTGAGGCAAGGGGCCGGACTTCGCCGGACCAATCTGCTCAGCACTGAACTGGCCGGGTTCGTCTCTGCCTGCGACGGCCAATTGTCGGTCCGGCAGATCGTCTCGGCTTTGGTATCGCTCCTGGGCGGGGGTGAGGACTTCGACGAAGAATCCTTCCGCGAAGGGCTTTTCCGAGAGGTCACCAACCTGGTCCTGGACGGATTCCTTCTTCCAGACCCGGCGCAGGTCAGCGCATGA MRRPYTCKVTDSASLFTAGNIDDAPRSDRPELLSALAADLRALNYTVDGVAELLGASASEALGRDQLIPALLASERLMDSEDPALRSQAVIVRLWLLAVPQSVPDIDSALPGTRAKGLEELGLITVDSGMAKAKVDLRPYGWDANTDGSGGAELWVASDLAAHQQPGVLRHDHVLGIGRASTTLVQTTYRKHSKRALDVGTGCGIQTFHLLHHCEHVTATDISERALAFTRFNLLLNAAELELDPDNLERRVSLRLGSLLEPVAGEQFGLVVSNPPFVITPRRGGESSADRFTYRDGGLPGDDIVASLVQSLSEVLEPGGTAQMLGNWEVSSGTNWKDRPKAWLKDSGLDVWFIQREQVGPEQYAETWLQDASQNREGQQYKEAYAAYLDDFASRNVDGIGFGMIWLRRPETPLGVIINRFEEITYPIEQPIGPHLGAAVERADWVAAHSVPEAHLVVAEDVTEERHQRPGAVHPGVILLRQGAGLRRTNLLSTELAGFVSACDGQLSVRQIVSALVSLLGGGEDFDEESFREGLFREVTNLVLDGFLLPDPAQVSA NA NA NA NA NA D3-18_00868 711 hypothetical protein ATGATCCGGGGTGTGGCGCCGCGATCATCAAACACCGGGCCTCCGGGAAGTGACCCTGACTACACTGATGAAGTGAGTGCGAACAACGAATCATCCCAAGCGTCAGGCGATGTTCCCCGGCGGAAGCGTGCCGAGAAGACGGTTGAGATCACTGATCCCAAGGCTATCCGTGCATTGGCGCACGCCGCCCGGATTGAGGTCATCTCTGAGCTCTACGCCACACAGGTCAGCCACACAGCCACGGAACTCGCTGCCAGGACCGGGCTGACACCCAGTGCAATGAGTTACCACCTTCGGGCCCTCCAGAAATGGGGGATCGTGGCACCTGCGGAAAACGCCGGTGATGCCCGGGAACGTCGCTGGAAAGCGGCCGGAACGGACTTCACTATCTCGGGAGGGAGTGTTGCCAGCCCTGAGATTGCCGTGGTTGACCTGGAGCTTGATGCTTTCCGACGCCGGGCTTCGGCCTTCGCCAAGGCCCGCGGGGAACGCCGGCAACGGGGGGAAACAGGAGAAGAGCCGGCAGCAGTAGTCCTTTCCAGCAACCTGCTGTACTTAACCAACCCACAGCGCAGGGAACTTTTGGACAGAATCCGCGCCGTTCTGCGGGAGTACGAACTCGAGGACCCCACTCGGATACCGGAAGGTGCTGAACGTGTGGCAACCTTGTGGTCAATGATCCCGGATGACCGGGTTGCACCCGGTCAGTAA MIRGVAPRSSNTGPPGSDPDYTDEVSANNESSQASGDVPRRKRAEKTVEITDPKAIRALAHAARIEVISELYATQVSHTATELAARTGLTPSAMSYHLRALQKWGIVAPAENAGDARERRWKAAGTDFTISGGSVASPEIAVVDLELDAFRRRASAFAKARGERRQRGETGEEPAAVVLSSNLLYLTNPQRRELLDRIRAVLREYELEDPTRIPEGAERVATLWSMIPDDRVAPGQ NA NA NA NA NA D3-18_00869 2724 topA COG0550 DNA topoisomerase 1 GTGCCCAGCAAGGCAAAAACCGGCAAGAAACTCGTGATCGTGGAGTCTCCCGCCAAGAGCAAGACCATCGCCAAGTATCTTGGCGAGGGCTTCATCGTCGAGGCTTCGATCGGCCACATCCGGGACCTCCCGCAGCCGTCGGACCTCCCTGCCGAGCTGAAGAAGACCTCGTTGGGCAAGTTCGCTGTCGACGTCGAGAACGACTTCAAGCCGTACTACGTTGTTTCTCCGGACAAGAAGAAAAAGGTCGCCGAGCTCAAGGCCCAGCTGAAAGACGCTGACGCCCTTTACCTCGCAACTGATGGGGACCGCGAAGGCGAAGCCATCGCGTGGCACCTCCTGGAGGTCCTGAAGCCCAAGGTTCCCGTCTACCGCATGACCTTCGGTGAAATTACCAAGGAAGCCATCCACCGCGCCATGGACAACCTCCGGGATGTCGATACCGCTTTGGTGGATGCCCAGGAAACACGTCGTATCCTTGACCGCCTTTATGGGTACGAGATTTCCCCCGTGTTGTGGCGCAAAGTTGCCCGTGGACTGTCCGCCGGCCGTGTCCAGTCCGTGGTTACCCGCATGGTGGTTGACCGTGAACGTGAACGCATGGCCTTCCGGGCCGCATCCTACTGGGACCTCACCGGCCAGTTCGGTTCAGATTCGGGTTCATTCAAGGCCAAGCTTGCCGCCGTGGACGGTTCCAAGGTAGCCAGTGGCCGGGACTTCAACGACAATGGGCAGCTCACCTCCTCCAACGTGGTGCACCTCAATGAGGAACTTGCGACGTCCTTGGCTACCGGTCTGGAGAACGCTGACTTCCGCGTCCGTTCCGTAGATACCAAGCCTTATACACGCCGCCCTGCCGCACCGTTCACCACCTCCACTCTGCAGCAGGAAGCGGGCCGAAAGCTCCGCTTCTCGTCGAAGAGCACCATGCAGGTTGCCCAGCGACTGTATGAAAACGGCTACATCACCTATATGCGTACCGACTCGTCTGCTTTGAGCGATGAAGCACTGACAGCTGCCCGCCGTCAGGCTTCCGAGCTTTATGGTCCCGAGTACGTGCCTCAGAGCCCCCGTGTCTACGCCAACAAGGCTGCCAACGCCCAGGAAGCTCACGAGGCCATCCGTCCCGCAGGAGACTCCTTCCGTACTCCCGCGCAGGTTGCCAAGCAGCTGAGCGGTGATGAGTTCCGCCTCTACGAGCTCATCTGGAAGCGCACGGTCGCCTCTCAGATGGCTGACGCCAAGGGTTCTACGGCTACCATCCGCCTGGGTGCAGTGGCCGCTGACGGTCGCGACGCCGAATTCTCCGCTTCCGGTACGGTCATCACCTTCCCTGGCTTCCTTGCAGCCTATGAGGAGGGCAAGGACGAAAGCCGTGGTGATGACGAGTCCGATGAAGCCCGTCGCCTGCCGAACGTGGCCAAGGATGATTCTTTGACGGCTTCGGACATTCTGGCTGTCGGGCACGAAACGTCACCGCCGCCGCGCTACACGGAAGCCTCGCTGACAGCTGAGCTCGAAAAGCGGGGCATCGGCCGCCCGTCCACCTATGCCTCCACCATCTCCACCATTCAGGACCGTGGCTACGTTCGTAAGCAGGGTTCTGCACTGGTTCCCAGCTGGATCGCGTTCTCCGTAATCCGCTTGCTGGAACAACACTTCACCGATTATGTGGACTATGAGTTCACGGCAGACATGGAAGGCGACCTGGACAAGATCGCCAACGGCCAGGCCGTGGGTGCTGCCTGGCTCAAGCACTTCTACTACGGTGAGGACGCAGATCCCGGTCTGTTGAGCATCGTCAACAACCTCGGCGAAATCGATGCCCGCGAAATCAACTCCGTGCCCATCGCCGACGGCATCACGCTGCGTGTGGGCAAGTTCGGCCCATACCTGGAAAGCTCCATCCCCACCTTGGATGCGAAGACCGGCGAAGTGGTTGAATCCGCACGGGCCAACGTCCCCGAGGAACTCGCTCCGGACGAGCTCACGGCCGACAAAGCCAAAGAGCTCATGGAGACCGCAGCCCCCGAGGAACGGGTCCTGGGAACCGACCCGCACACCGGCCACACCATCGTTGCCAAGAACGGCCGCTACGGCGCCTATGTCACCGAGATCATCCCGGAGATGACCGAGGAGCAGCTGGCCAACCAGCCGGTGGAGTATTACAAGAACGGCAAGCCCAAGCCTCCCAAGAAGCCCGTGAAGGCCAAGCCACGTACCGGTTCACTGTTCAAGTCCATGACCGTGGATACGGTCACTTTGGATGAGGCCCTCGCGCTCATGAGCCTGCCCCGGGTCCTCGGTGAGGACGCGGATGGCAACCCCATCACGGTGCAGAACGGCCGCTTCGGGCCTTACCTGAAGAAGGGCACTGACTCCCGCTCCATCGGTTCGGAAGAGGAAATCTTCACGATCACCCTGGAGCAGGCTCTGGAGATCTACTCGCAGCCCAAGCAGCGTGGCGCACGCGCCTCAGTACCGCCTTTGGCTGAGTTCGGTCCAGACCCCGTCTCCGAGAAGAACATCGTGGTGAAGGAAGGCCGCTTCGGCCCTTACATCACTGACGGCGTCACCAACATCACTGTCCCGCGCTCAACGTCCCTTGAGGAGCTGACCCGGGAACGCGCCGTCGAGCTCTTGGCGGAAAAGCGGGCCAAGGGACCGGTCAAGCGGACCACCACCCGCAAGGCACCGGCCAAGAAGGCAACAGCCAAAAAGTAG MPSKAKTGKKLVIVESPAKSKTIAKYLGEGFIVEASIGHIRDLPQPSDLPAELKKTSLGKFAVDVENDFKPYYVVSPDKKKKVAELKAQLKDADALYLATDGDREGEAIAWHLLEVLKPKVPVYRMTFGEITKEAIHRAMDNLRDVDTALVDAQETRRILDRLYGYEISPVLWRKVARGLSAGRVQSVVTRMVVDRERERMAFRAASYWDLTGQFGSDSGSFKAKLAAVDGSKVASGRDFNDNGQLTSSNVVHLNEELATSLATGLENADFRVRSVDTKPYTRRPAAPFTTSTLQQEAGRKLRFSSKSTMQVAQRLYENGYITYMRTDSSALSDEALTAARRQASELYGPEYVPQSPRVYANKAANAQEAHEAIRPAGDSFRTPAQVAKQLSGDEFRLYELIWKRTVASQMADAKGSTATIRLGAVAADGRDAEFSASGTVITFPGFLAAYEEGKDESRGDDESDEARRLPNVAKDDSLTASDILAVGHETSPPPRYTEASLTAELEKRGIGRPSTYASTISTIQDRGYVRKQGSALVPSWIAFSVIRLLEQHFTDYVDYEFTADMEGDLDKIANGQAVGAAWLKHFYYGEDADPGLLSIVNNLGEIDAREINSVPIADGITLRVGKFGPYLESSIPTLDAKTGEVVESARANVPEELAPDELTADKAKELMETAAPEERVLGTDPHTGHTIVAKNGRYGAYVTEIIPEMTEEQLANQPVEYYKNGKPKPPKKPVKAKPRTGSLFKSMTVDTVTLDEALALMSLPRVLGEDADGNPITVQNGRFGPYLKKGTDSRSIGSEEEIFTITLEQALEIYSQPKQRGARASVPPLAEFGPDPVSEKNIVVKEGRFGPYITDGVTNITVPRSTSLEELTRERAVELLAEKRAKGPVKRTTTRKAPAKKATAKK NA NA NA NA NA D3-18_00870 435 hypothetical protein ATGACTGAACAGACGGTTTCACCGGACAACGAACCCTTGAACGACCTCGAGGCGAAGCTCGCCTCGGCCGAACAGCCGGACGCGAACCCGGTGGACGTCATCCTCGCTTTCCTGAACAACGAGGTCTACCTCGTCAGCTCGGAAGCCGTGGACGGCCCCGACTCCTCCGTGGAGCCTTTGGTCCTGTCCAACGCTGACGGCCAGCCCGTCCTGGCGGTATTCAGCCACCCGAGCCGCGTGGATGAGCGCTTCCTCGAAGCAGCCCCGCACGTCCTGGGCACCATGGGGTCAGCGATCCTCGGCAACATCGGAGACGAACTCGGTATGGTCATCAACCCGGGAAGTGAATTCGGCTTCGAAATCGACCCCGAGGGCATTGCGAACATTCGCCGCGACTTCAAGCGCGCCGACGAAGCCGGGGAGTCCGCCGAATAG MTEQTVSPDNEPLNDLEAKLASAEQPDANPVDVILAFLNNEVYLVSSEAVDGPDSSVEPLVLSNADGQPVLAVFSHPSRVDERFLEAAPHVLGTMGSAILGNIGDELGMVINPGSEFGFEIDPEGIANIRRDFKRADEAGESAE NA NA NA NA NA D3-18_00871 1125 ppx1 COG0248 Exopolyphosphatase 1 ATGCGTCTTGGCGTTCTCGACATCGGGTCCAACACCGTCCACCTGCTGCTGGTGGACGCTCACCCCGGCGCGCGTCCGGTAGCTTTCGCTTCCCACAAGCGCCCCCTTTCCCTGGTGCAGTACCTCGACGGCGATGGCAACATCAACGACGCCGGCCAGCACGAGCTCATCGAGTTCGTCCTGGAAGCCTGGGAGTTCGCGGCCAGCCACAAGGCGGAGGACCTCCTGGCCTTCTGTACCTCGGCCATTCGCGAAGCAACCAACGGCCCTGAGGTTCTGGCCCGGGTCAAGCACGAAACCACGGTGACGCTCCAAGAGCTCACGGGCAGCGAAGAAGCCTCCATGACTTTCTTCGCCGTACGCCGTTGGTACGGATGGGGAGCAGGTCCCATCTTGGACCTGGACATCGGGGGCGGCTCGTTTGAAATGGCGTACGGGACGGATGAACTCCCTGAGTACGCCACGTCTGTTCCCCTGGGTGCCAGCCGTTTGACGCGGGACTGGCTCCACGATGATCCGCCCAGCGCTAAGAGCGTCAAGGAACTTCGGCGCTACATCCGGTCCACGCTGAAACCGGTAGTCCGGGACTTCCACGAGTTGGGTCGGGCTAATTTGGTGGCCGGCACATCCAAGACATTCCGCTCCTTGGCGCGTATCGCCGGTGCAGCCCCCAGCGCGGCAGGACCGTACGTGAAGCGCGAGCTCCACGCAGCAGACCTGGGGCTGTGGGCACAGCGGATTTCGGCCATGACCGTGGAAGACAGGCTGTACCTTCCTGGCGTCTCCGATGCCCGCGCCCGACAGTTGTTGGCAGGCGCGCTCGTTGCTGAAGCGGCACTTGAGCTCTTTGAATTCCCCAAGATGGAGATTTGTCCCTGGGCCCTTCGTGAAGGCCTGATCCTGCGCCGCCTGGACCAGCTGGTCTTCGAGGAAGCCCTGGATCCGGCGCCGCACGTGGGCAAGCGCAAGAAGGACAAATCGAAGAAAAAGGCAGCCAAGGAAGCCGCCAAGGCTCCCGATAAAGAAGAAGAGCCCCACCCGGGGTTCAAAGAATTCCCGGTCCCTGTAAACACACCGTCCCCATCACCCATCCCAGCCCCAGTGGCAGGCGGGCTGGCCTCCTGA MRLGVLDIGSNTVHLLLVDAHPGARPVAFASHKRPLSLVQYLDGDGNINDAGQHELIEFVLEAWEFAASHKAEDLLAFCTSAIREATNGPEVLARVKHETTVTLQELTGSEEASMTFFAVRRWYGWGAGPILDLDIGGGSFEMAYGTDELPEYATSVPLGASRLTRDWLHDDPPSAKSVKELRRYIRSTLKPVVRDFHELGRANLVAGTSKTFRSLARIAGAAPSAAGPYVKRELHAADLGLWAQRISAMTVEDRLYLPGVSDARARQLLAGALVAEAALELFEFPKMEICPWALREGLILRRLDQLVFEEALDPAPHVGKRKKDKSKKKAAKEAAKAPDKEEEPHPGFKEFPVPVNTPSPSPIPAPVAGGLAS PGPT0002595_3529 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0002595-ppx|ppx_gppA-K01524 NA NA D3-18_00872 834 COG1082 putative protein ATGAGCAACGACGTCGAACCTGAAGTGAATGACCGCCAAATTCCCGTGGCCCTGTCCAGTGCATCCGTGTACCCCCTGAGCGTCCACGACGCTTTCGCGGTGGCGCAGGACCTGGGTTACGAGGGCGTGGAGGTGATGGTTACCAACAACGCGGTGAGCCAGAACCCGGATGCCTTGATCCAACTAAGCCACCGGTACCACCAGGAGATCGTCTCCATCCACGCGCCTACCTTGCTGTTGACGCAACAGGTGTGGGGTACGGCGTGGAACAAGATTGAGAAGTCCTGCCAAATGGCCGCGGACGTCGGCTGCGACACCGTGGTGGTCCACCCGCCGTTCCGTTGGCAGTCAAACTACGCAGAGAACTTCGTGGAAGGCGTGCGGGAAATCGCCGCGCGGTACCGGGTGCGTATCGCCGTCGAGAACATGTACCCGTGGCGCGTCCGTGGACGCGAGGCGGTGGCCTACCTGCCGCACTGGGACCCTTTGGGCCAGGATTACGACGACGTCACATGGGACTTCTCCCACGCCGCCACTGCGGGGGCCAACAGCCTGGAAGCCATCAAGGCACTCGGGAACAAGCTCCGGCACGTCCATCTCACCGACGGTTCGGGTTCGGGCAAGGACGAGCACCTGGTGCCCGGCACCGGAACACAGCAGTGCGCCGATGCCTTGCAGCATTTGGCAGCCACGGGTTTCGACGGCGTCGTAGTGGCCGAGATTTCAACGCGCAAGGCGAAGGTAGCGGGGGAGCGCGAGGAAATGCTGGCAGAAACCTTGCGTTTCGCCCGACAGCACCTCAGCGTCCCGTTGTTGCGCAGCGTAGACAACTAA MSNDVEPEVNDRQIPVALSSASVYPLSVHDAFAVAQDLGYEGVEVMVTNNAVSQNPDALIQLSHRYHQEIVSIHAPTLLLTQQVWGTAWNKIEKSCQMAADVGCDTVVVHPPFRWQSNYAENFVEGVREIAARYRVRIAVENMYPWRVRGREAVAYLPHWDPLGQDYDDVTWDFSHAATAGANSLEAIKALGNKLRHVHLTDGSGSGKDEHLVPGTGTQQCADALQHLAATGFDGVVVAEISTRKAKVAGEREEMLAETLRFARQHLSVPLLRSVDN NA NA NA NA NA D3-18_00873 291 hypothetical protein ATGTCCGCCAGCAGCACCGGTGGCCGGGCGGGTTTTCCCCCATTTCCCGATTCGGCCGCCGGTGCTTTCGCATTTAAGCAGCGCGAACCGCGCGAATCCCGCTCTTATCCGCCTGACGCACCCTTCAAGGGCAGGTCAGGCGAACAAGGTGAGGCGCTGACTTGCAGCGCTCGACGCCGATTAGTTGTCTACGCTGCGCAACAACGGGACGCTGAGGTGCTGTCGGGCGAAACGCAAGGTTTCTGCCAGCATTTCCTCGCGCTCCCCCGCTACCTTCGCCTTGCGCGTTGA MSASSTGGRAGFPPFPDSAAGAFAFKQREPRESRSYPPDAPFKGRSGEQGEALTCSARRRLVVYAAQQRDAEVLSGETQGFCQHFLALPRYLRLAR NA NA NA NA NA D3-18_00874 795 proC COG0345 Pyrroline-5-carboxylate reductase ATGAACGAGGCAATCCTGGGAGGCCTGCTTGCCGCCGGGACGGACCCGTCCGATATCGTCGCCACCGTCCGCCGTGCCGAGCGGGCGGACGAACTCGCCCAGCGCCATGGGGTCATGGCCATCGCAGGCGAGGAAGAGCCGGACAACAATAAATTGGCCACCAAGGGCTCCAGCATGGTCATTCTGGGCGTCAAGCCGGTGGGCATCCTGGATTTAGCCCGGGAAATCAGCCCCGCGCTGGGGAAGGACACGATCGTTGTCAGCGTCGCGGCGGCAGTCTCCATCGCCCAGCTCGAAGCGGCACTGCCGGACGGACAGCCGGTGATCCGCACCATGCCCAACACGCCGGCAAGGCTGGGCCGCGGCGTCATATCTGTCTCCCCGGGTACGCATTGCACGCCTGAGCAGCTGGAAAAGGCCAAGAAGGCACTTGCCGGTGCTGGCACTGTGGTCCAGATTCCTGAGGAACAGGTGGACGCACTATCCGCCATCAGCGGTTCCGGCCCGGCCTACGCGTTCTACCTTGCCGAAGCCATGGCTGCGGCCGGAGTGGAGCTTGGTTTGGACGAGGAGCTGTCCGTGATGCTTGCCCGCGAAACCGTGGCAGGTGCCGGCTTCATGTTGGCCGAACCGGGAGCGAACCCCTCTGCCCTCCGCGTCGCCGTCACCAGCCCCAATGGGACCACCGAGCGGGCCATCGCGGCCTTCGACGACGGCGGGATCCCCAGGATCATTGCCGACGGCGCCCGCGCGGCCGCAGCCCGGGCAGCAGAAATCACCAAACAGCTCGGCTAA MNEAILGGLLAAGTDPSDIVATVRRAERADELAQRHGVMAIAGEEEPDNNKLATKGSSMVILGVKPVGILDLAREISPALGKDTIVVSVAAAVSIAQLEAALPDGQPVIRTMPNTPARLGRGVISVSPGTHCTPEQLEKAKKALAGAGTVVQIPEEQVDALSAISGSGPAYAFYLAEAMAAAGVELGLDEELSVMLARETVAGAGFMLAEPGANPSALRVAVTSPNGTTERAIAAFDDGGIPRIIADGARAAAARAAEITKQLG PGPT0014225_1718 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0014225-proC-K00286 NA NA D3-18_00875 687 ktrA COG0569 Ktr system potassium uptake protein A TTGGCTAGTAGCACAGGGGCAGCCAACCGCCCCGCCCACAACGCACCAGTGCTGGTGATTGGCCTTGGCCGGTTCGGTTCCGCGACGGCTGAGCAACTGGTCAAGCAGGGCCGTGAAGTCCTGGCTATCGAACGTGACCGGACACTCGTCCAGAAGTGGGCACCTGTGCTCACGCACGTCGTGGAAGCCGACGCCACCAATATTGATGCCCTGCGCCAGCTCGGGGCCCAGGAATTCAGCTCAGCGGTAGTGGGTGTTGGTACCTCCATTGAGTCCTCTGTGCTCATCACCGTGAACCTGGTGGACCTGGGCATCCAGCACCTCTGGGTCAAGGCCATCACGCCCTCGCACGGCAAGATCCTGACCCGTATCGGCGCCAACCACGTGATCTATCCGGAGGCCGACGCCGGCGTCCGCGCAGCCCACCTGGTGTCCGGGCGGATGCTGGACTTCATCGAGTTCGACGACGACTACGCGATCGTCAAGATGTACCCGCCCAAGGAAACAGTGGGCTTCACTTTGGAGGAATCCAAGGTGCGTTCGAAGTATGGCGTGACCATTGTCGGCGTGAAAACCCCGGGCGAGGACTTCACTTACGCCCGGCCGGAAACCAAAGTGTCCGGCCACGACATGTTGATCGTGTCCGGACACGTGGACCTGCTGGAGCGCTTCGCAGCGCGACCGTAG MASSTGAANRPAHNAPVLVIGLGRFGSATAEQLVKQGREVLAIERDRTLVQKWAPVLTHVVEADATNIDALRQLGAQEFSSAVVGVGTSIESSVLITVNLVDLGIQHLWVKAITPSHGKILTRIGANHVIYPEADAGVRAAHLVSGRMLDFIEFDDDYAIVKMYPPKETVGFTLEESKVRSKYGVTIVGVKTPGEDFTYARPETKVSGHDMLIVSGHVDLLERFAARP PGPT0002710_2612 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002710-trkA|ktrA-K03499 NA NA D3-18_00876 1434 ktrB Ktr system potassium uptake protein B ATGTCTCAAAGCCAGTCGCGGTCCACGAGCCCGACCAACTGGCAACCCAACCAGCAGGAGCGGGAAGGTCTCTGGATTTTCACGCGCGTGCGCGACTTCGTTGACAACATTGCCAACACCTCCCCTGCCCGTTTGGCATTGACCGTCTTCGCCGTGGTGATCCTGGTTTTTACCGGCTTGCTGTCCCTGCCCGCCGCTTCCACGGCCGGCACAGTCACCCCCCTGCACCAGTCCATGTTTACGGCGGTCTCGGCCGTCTGCGTCACCGGGCTAACAGTAGTTTCCACGGCCACGCATTGGACCTTCTTCGGTCAGCTGGTCATTTTGGTGGGCATCTTCGTGGGTGGTCTCGGCACACTCACCCTCGCCTCGCTGCTGGCCCTCATGGTCAGCAAAAGGCTGGGGGTGCGTGGCAAGCTCATAGCCCAGGAAGCCATGAACAACGCGGGCAGGCTCGGCGAGGTCGGTACGCTGCTGCGCATTGTCATCGTCACGTCGGTGGTGATTGAAGCGGCGCTGGCCATAGCCCTGATTCCCCGGTTCATTGTGCTGGGCGAACCATTCTGGCAGGCCGTCTGGCACGGTGTCTTCTACTCGATCTCCGCCTTCAACAATGCGGGATTCACGCCGCATTCGGACGGCATCGTCCCCTACGAAACCGACCTTTGGATCCTCATTCCACTCATGTTGGGCGTGTTCCTCGGCAGCCTCGGCTTCCCAGTGGTGATGGTGCTGCAGCAGAACGGGCTCAACTGGAAAAAGTGGAACCTCCACACCAAGCTCACCATCCAGGTCTCCTTCATCCTGCTCGCGGCAGGCACTGTCCTGTGGGCTTTGATGGAGTGGGACAACATCCGCACCATCGGCCGCATGGACATGGGCGACAAGGTGATCCATTCACTCTTCGCCTCCGTCATGACCCGCTCGGGTGGCTTCAACCTGGTGGACCAAAACCACATGGAATCCACCACCATGCTCCTCACCGATGCCCTGATGTTCGCCGGCGGCGGTTCTGCGTCCACGGCGGGCGGCATCAAAGTGACCACCATTGCGGTCATGTTCCTGGCCATCATGGCCGAAGCCCGCGGCGACGCCGACGTCAAGGTCTACGGTCGCACCATTCCACAGGGCACCATGCGGGTGGCCATCTCCGTGATCGTGGCCGGAGCCACCTTGGTGTCGGTGGCGGCCTTCCTGCTCCTGTCCATCAGCGGCGCCTCCCTGGACAGGGTGCTCTTTGAATCCATCTCCGCCTTCGCCACCGTGGGACTGAGCACAAACCTCAGTGCCGAGCTGCCGCCGTCGGGCGTTTACGTCTTAACCGCGCTGATGTTCGCCGGCCGTGTCGGCACCGTAACCCTCGCGGCCGGGTTGGCCCTGCGCCAACGCAGCCAGCTGTACCACTACCCGGAAGAGAGGCCAATCATTGGCTAG MSQSQSRSTSPTNWQPNQQEREGLWIFTRVRDFVDNIANTSPARLALTVFAVVILVFTGLLSLPAASTAGTVTPLHQSMFTAVSAVCVTGLTVVSTATHWTFFGQLVILVGIFVGGLGTLTLASLLALMVSKRLGVRGKLIAQEAMNNAGRLGEVGTLLRIVIVTSVVIEAALAIALIPRFIVLGEPFWQAVWHGVFYSISAFNNAGFTPHSDGIVPYETDLWILIPLMLGVFLGSLGFPVVMVLQQNGLNWKKWNLHTKLTIQVSFILLAAGTVLWALMEWDNIRTIGRMDMGDKVIHSLFASVMTRSGGFNLVDQNHMESTTMLLTDALMFAGGGSASTAGGIKVTTIAVMFLAIMAEARGDADVKVYGRTIPQGTMRVAISVIVAGATLVSVAAFLLLSISGASLDRVLFESISAFATVGLSTNLSAELPPSGVYVLTALMFAGRVGTVTLAAGLALRQRSQLYHYPEERPIIG PGPT0002735_1039 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002735-trkG|trkH|ktrB-K03498 NA NA D3-18_00877 1116 acuC Acetoin utilization protein AcuC ATGGCGCCGCAGCGACTGGAGTTGACCGCGCGGCTGGCGGAATCCCTCGGCCTGTTTGACCACCAGCACGTGGCTGTTGAAGCGCCCACGGTGGCCACCGACGTCGAACTTTTTAGCGTGCACAGCCGCGAATACGTGGAGGCCGTGCGCCGCGTCAGTGTGGACCCCTCGGCTCCCGAAGAGGACCGCGGGTTGGGAACCGAGGACGATCCCGCGTTCGCGGGGATGCACGAGGCCAGTGCACGCCTCGCCGGCGGTTCGCTGCTGGCGGCTGAGACCATCCTGTCCGGCCAAGCCGTCCGTGCTGTGAACTTCAGTGGCGGAATGCATCATGCCGCGAGGGAGCGGGCCAGCGGCTTTTGCGTTTACAACGACGTTGCGATTGCTATCCAAAGGCTGCTCGATGGCGGCGTGCAGCGCGTCATGAGCATCGACGTCGATGCCCACCACGGTGACGGCACACAGAGTATTTTCTGGAACGACCCCCGCGTCATGACCATCAGCTTGCACGAATCGGGCCTCACACTTTTCCCGGGGACAGGGTTTGCCAACGAAACCGGCGGCCCAAACGCTCCAGGGACCGTGGTTAACGTTGCGCTTCCAGCGTTCACCGGCGACGCCGCCTGGCTGCGGGCGTTCCATGCGGTGGTCCCGCAGCTTGTCGGCGCGTTTCAACCCGAAGTGATTGTCAGCCAGCACGGCTGCGACTCGCATCGGGACGATCCTCTGACGCACCTCAACCTGAGCGTTGACGGGCAGCGTGAGGCGGCTTCCGCCGTCGCCGGCCTTGCCGCCCGCTACTGCGACAACCGCTGGATCGCGACCGGGGGAGGCGGCTACGACGTCACCGGTGTTGTGCCGCGTGCTTGGAGCCACTTGATCGGCATGGTGACGCAACGTCCGGTGCCGCTCAGCACGCCCGTGCCTGAAGCGTGGCGGACATACGTGAGGGAAACGTACGGCGTGTGGGCCCCGGAGTCGATGAGCGACGACGTGGACGTCTGGTGGCGGTCCTGGGAGGTCGGCTACGATCCCGCAGACGAGGTTGACCGGACGGTCATTGCCACGCGCAAAGAGATCTTCCCCCTCTACGGCTTGGATCCCTGGTTCGACTGA MAPQRLELTARLAESLGLFDHQHVAVEAPTVATDVELFSVHSREYVEAVRRVSVDPSAPEEDRGLGTEDDPAFAGMHEASARLAGGSLLAAETILSGQAVRAVNFSGGMHHAARERASGFCVYNDVAIAIQRLLDGGVQRVMSIDVDAHHGDGTQSIFWNDPRVMTISLHESGLTLFPGTGFANETGGPNAPGTVVNVALPAFTGDAAWLRAFHAVVPQLVGAFQPEVIVSQHGCDSHRDDPLTHLNLSVDGQREAASAVAGLAARYCDNRWIATGGGGYDVTGVVPRAWSHLIGMVTQRPVPLSTPVPEAWRTYVRETYGVWAPESMSDDVDVWWRSWEVGYDPADEVDRTVIATRKEIFPLYGLDPWFD PGPT0008225_77 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,PGPT0008225-acuC-K04768 NA NA D3-18_00878 549 hypothetical protein GTGACTGACGACGTATTTGCCGTCATAGCTGAGGCAACCAGGCGCGACATCCTGGTCTCCCTCCGCTCTGGGGATAAAGCTGTAGGCGAACTGGTGGAAGAACTGGCTGCGAGCCAGCCCACCATCTCCAAGCATTTGAAAGTGCTCCGCGAGGCGGACCTCGTCAGTATGCGTGCCCAGGGCCAGAAGCGCTTCTACGCGCTGAATCCCAAGCCGCTCGCCGGCGTCGCCAGCTGGCTGGAGACGTTCGACGTCGGCACTCCGGCGCCCGCCGTCGTCGCACCTTCCGAGGCGGCACCCGCCGCTGAACCCCCTGCCGACGCGGTTGTTGTCTCCTCGCCGGAGGCCCCGGCTACCCGCACCGACGCCATCGGCCAGGCTGTGAAGGTTCATGCCAGCGGAACTCCGGTCACGTTGGATCCGGCGTCGGACGACACTGTGCCTCAGCAGATCGGCCGTACCGTCGGCCGTGCTGCCACTAAGGCCGCTGATCTCTTGGCGAACCTGCCGAACCTGCCCAACCTTCCCAAGTTCGGGCGAAAGCGATAG MTDDVFAVIAEATRRDILVSLRSGDKAVGELVEELAASQPTISKHLKVLREADLVSMRAQGQKRFYALNPKPLAGVASWLETFDVGTPAPAVVAPSEAAPAAEPPADAVVVSSPEAPATRTDAIGQAVKVHASGTPVTLDPASDDTVPQQIGRTVGRAATKAADLLANLPNLPNLPKFGRKR NA NA NA NA NA D3-18_00879 1338 gdh_1 COG0334 NADP-specific glutamate dehydrogenase ATGGATTCAAGGCTCGAAGCAGTCCGCGACACTGTGTTGGCGCGGAACCCGGGAGAGAAGGAATTCCACCAGGCCGTCACTGAGGTCTTCGAAAGCCTTGGTCCTGTTCATGATCGTCATCCTGAATTCCTTGAGGGCGCTGTTCTTGAACGCCTGTGCGAGCCCGAGCGCCAGATCATCTTCCGCGTTCCTTGGACCGACGATGCCGGCCGCGTCCACGTAAACCGTGGTTTCCGGGTGGAGTTCAACTCCGCACTAGGCCCCTACAAGGGCGGACTTCGATTCCACCCGTCGGTGTATCTGGGAATCGTGAAGTTCCTCGGCTTCGAACAGATCTTCAAGAATGCGCTCACCGGCATGCCCATTGGCGGCGGCAAGGGCGGCTCGGACTTCGATCCCCGCGGACGTTCCGACGCCGAAATCATGCGCTTCTGCCAGTCCTTCATGACTGAGCTGTACCGCCACATCGGTGAGTACACCGATGTCCCGGCCGGCGACATCGGCGTGGGCGGCCGCGAGATCGGCTACCTCTTCGGCCAGTACAAGCGCATCACCAATCGCTACGAATCCGGCGTCCTCACAGGCAAGGGCATCTCGTGGGGCGGCTCCCTGGTTCGTCCCGAGGCCACCGGTTACGGCACGGTGATCTTCGCGCAGGAGATGCTCAAGACCCGTGGGCAGTCCTTCGACGGGCAGCGCGTTGTGGTCTCCGGTTCGGGCAACGTCGCCATCCACGCGATCGCCAAGGCCCAGGCCTTGGGTGCAACGGTTGTGGCTTGTTCGGACTCGGCGGGCTACATCGTGGATGAGGCCGGGATCGACGTCGCGCTTTTGAGCCGGATCAAGGAAGTGGAGCGCGGCCGCCTGACGGAGTACGCCGCACGTCGGCCGGGAGCAAACCACGTTTCAGGCGGTTCCGTGTGGGACGTCAATGGGACCGTGGCCTTGCCTTGCGCAACGCAGAACGAACTCGACGGCGAGGCCGCGGGCAAGCTGGTCAGCAATGGCCTGATCGCAGTGGCTGAAGGTGCCAACATGCCCTCCACCCGTTCAGCCGTGTCAGTCTTCCAGGAAGCCGGGATCCTGTTCGGGCCGGGCAAGGCTGCGAACGCCGGTGGTGTTGCTACCTCTGCGCTGGAAATGCAACAGAACGCGAGCCGCGACTCCTGGTCCTTCGAGCACACGGAACAGCGCCTCACCGAGATCATGGTGGGAATCCATGACCGCTGCGCCGAGACAGCCGACGAATACGGAGCGCCCGGAAACTACGTGGTGGGCGCCAACATCGGCGGCTTCGTCAAGGTGGCCGACGCAATGCTGGCCCAGGGCCTGATCTAG MDSRLEAVRDTVLARNPGEKEFHQAVTEVFESLGPVHDRHPEFLEGAVLERLCEPERQIIFRVPWTDDAGRVHVNRGFRVEFNSALGPYKGGLRFHPSVYLGIVKFLGFEQIFKNALTGMPIGGGKGGSDFDPRGRSDAEIMRFCQSFMTELYRHIGEYTDVPAGDIGVGGREIGYLFGQYKRITNRYESGVLTGKGISWGGSLVRPEATGYGTVIFAQEMLKTRGQSFDGQRVVVSGSGNVAIHAIAKAQALGATVVACSDSAGYIVDEAGIDVALLSRIKEVERGRLTEYAARRPGANHVSGGSVWDVNGTVALPCATQNELDGEAAGKLVSNGLIAVAEGANMPSTRSAVSVFQEAGILFGPGKAANAGGVATSALEMQQNASRDSWSFEHTEQRLTEIMVGIHDRCAETADEYGAPGNYVVGANIGGFVKVADAMLAQGLI PGPT0000690_2302 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 D3-18_00880 1347 lldD_1 COG1304 Putative L-lactate dehydrogenase ATGACTGACACCATCGACCCCAAGATCACCGCCGCGCCCGCCAATGCCGGCAGCGATCAGAACGTGGCACGCACCACTCAGCCGCAGTCCGCCGTCGTGCAATCATCTGCACCTCAGCCACCTGCCCTGAAGCGCCGCGTGCCCAAGGTTTCCGATCTGGCGCCGCTGATGCAGTTCAAAAAGCCTGAATTCAGCAAAACCGCCCGGCTCAAGCGCGCCAGCACCATCTGGGAATTGCGAGACATGGCTAAGCGCCGCACTCCGCAGGCGCCCTTCGACTACACGGACGGCGCCGCAGAAGAAGAGATCACCCTCCGCCGGGCACGCCAGGCGTTCCAGGACATCGAGTTCCGTCCGGGCATCCTGCGCGACGTTTCGAGGATCGATCTCCGCACTGACATCCTTGGCAAGGAATCACGGCTTCCGTTCGGCATCGCACCCACGGGTTTCACGCGCATGATGCAGTCGGAGGGCGAATACGCGGGCTCGCAGGCCGCTGAAGCTGCAGGCATTCCCTACACCCTGTCCACCATGGGCACCGCGTCCATTGAGGACGTTGCCACCGCCGCCCCGAACGGCCGCAACTGGTTCCAGCTGTACCTATGGACGGACCGCGACCGCTCGCTTGAACTGATCGAACGCGCCGCCAAAGCCGGCAACGACACACTCATGGTCACCGTCGACACCGCAGTTGCCGGCGCCCGGCTCCGCGATGTCCGCAACGGCATGACCATCCCGCCGGCACTGACCATCAAGACCGTCCTGGACGCCTCTTACCGCCCGGCCTGGTGGTTCAATTTCCTCACTCACGAGCCGCTGACGTTTGCTTCACTCTCGCGCTACACCGGCACCGTGGCTGACCTCATCAACTCCATGTTCGACCCCACCCTGACCTACGAGGACCTTGACTGGCTCCGCGAAACCTGGAAGGGCAAGCTGGTGGTCAAGGGCATCCAGACCGTGGAAGACGCCCGCAAGGTAGTGGACCATGGCGCGGACGGCATCATTTTGTCCAACCATGGCGGCCGCCAGCTGGACCGCGCACCCATCCCCTTCCACCTGCTACCGGAGGTCACCACGGCACTTAAGGCGGACAACAGCAAGGCTGCCGTCATGCTGGATACGGGCATCATGAGCGGCGCTGACATCGTGGCAGCCCTGGCTTTGGGCGCGGACTTTGCGCTGATCGGTCGCGCGTACCTCTACGGCCTGATGGCCGGTGGACGCGAAGGCGTGGACCGCACCATCCAGATCCTCGAGAAGGACATGACCCGCACAATGGCACTCCTGGGCGTCAGCAAGGTAGCGGACCTGAACCCGGACCACGTGCGGCTGCTCCAGCACTAA MTDTIDPKITAAPANAGSDQNVARTTQPQSAVVQSSAPQPPALKRRVPKVSDLAPLMQFKKPEFSKTARLKRASTIWELRDMAKRRTPQAPFDYTDGAAEEEITLRRARQAFQDIEFRPGILRDVSRIDLRTDILGKESRLPFGIAPTGFTRMMQSEGEYAGSQAAEAAGIPYTLSTMGTASIEDVATAAPNGRNWFQLYLWTDRDRSLELIERAAKAGNDTLMVTVDTAVAGARLRDVRNGMTIPPALTIKTVLDASYRPAWWFNFLTHEPLTFASLSRYTGTVADLINSMFDPTLTYEDLDWLRETWKGKLVVKGIQTVEDARKVVDHGADGIILSNHGGRQLDRAPIPFHLLPEVTTALKADNSKAAVMLDTGIMSGADIVAALALGADFALIGRAYLYGLMAGGREGVDRTIQILEKDMTRTMALLGVSKVADLNPDHVRLLQH PGPT0001765_337 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_LACTATE_DEGRADATION,PGPT0001765-lldD-K00101 NA NA D3-18_00881 699 lutR_3 COG2186 HTH-type transcriptional regulator LutR ATGCGTACCCATGAGTTGGTCCTGCAATGGATCGAGAAGCAGTTGTCTGACGGAGACCTCACTTTGGGCGGGCGGCTCCCGGGGGAACGTGCCATGGCTGAGCAACTTCAAGTTTCCCGGACCTCGGTGCGCGAGGCTGTCAGGATACTGGAGGCCATGGGCGTGGTCCGGGCCGGAGTGGGTTCGGGCAAGGACGCGGGGACAGTGGTGATCGCCGAGCCGGGTTCCGCCCTCGGCTCCACGCTTCGGCTGCATGTAGCCACACGGCATCTCCCCGTGGCAGACATCGTGGAGACCCGCGTGCTACTGGAATCCTGGGCTGCGGAACGGGCTCACGTGGGCGTTCCGGCACTGGCAGAGGCTGCGGAACTGCTGGACCAGATGGATGCCGCCCCGGACATTGATTCATTCCTGGCCCTTGACGCGCGCTTTCACGTGGCGCTGGCCCAAGCGGCGGGCAACTCAGTGGTCAGTGCCATGATGGCCTCGCTTCGGGGCGCGATCGAGAACTACGCAGGTCAGCTGACCGGAAACCTCCCCGACTGGGACGCGACGTGCAGCAGGCTTCGGGCCGAGCACCGTGCCATCCTCGCCGCTGTGAACAATAACGACGGCGGCAAAGCAGCTGAGCTTGTTGCCGCCCACATCCAGGGCTTCTACAAGGAGGCCGGGGTGGGCACGAGCCCTTCGGCCAGTTGA MRTHELVLQWIEKQLSDGDLTLGGRLPGERAMAEQLQVSRTSVREAVRILEAMGVVRAGVGSGKDAGTVVIAEPGSALGSTLRLHVATRHLPVADIVETRVLLESWAAERAHVGVPALAEAAELLDQMDAAPDIDSFLALDARFHVALAQAAGNSVVSAMMASLRGAIENYAGQLTGNLPDWDATCSRLRAEHRAILAAVNNNDGGKAAELVAAHIQGFYKEAGVGTSPSAS NA NA NA NA NA D3-18_00882 1047 ccpA_4 COG1609 Catabolite control protein A ATGGGAAGGGGCCACATGGCACGCAGGAACACCAACAGGCGCGTCGGCATCGCCGATGTCGCAGAGAAGGCGGGCGTCTCGCACGCCACCGTTTCACGCGTCATGAACGGTAATGCCGCCGTGGATCCCGGTATTGCCGCGAGGGTTCGAGCTGCCGCGGTTGAATTGAAATACCAACCCAATCCAGTGGGGCGCAGCCTGGCACTCGGCAAGACAGACACCATCGGAATCGTGGTTCCGGACCTGGCCAACCCCACCTTCCAAGCAATCCTCCGCGGGCTCAGCATCGCCGCCGCCCAGGACGGGTACCGCGTCCTCATTGCCGATTCCTCGGAAGTCACCAGCGAGGAAGCCATCCTTGCCGGTGAGGCCCGCCGCCGCTGCGACGGCGTGGTGCTTTGCGCTCCCCGCATGAGCGATGCCGAGCTGGAGGAGTTGGCCCCGACCCTGCATCCGCTGGTGCTGATCAACCGCACCACCATCGCCACCAATACTCCGAGCCTGAGCGTGGACTACGGGCAGGGCATCCAGGAACTGGCTCAGCACCTGGTGACTCTGGGCCACCGCCGCCTGGTGTTCCTCTCCGGCCCGGAGCACAGTGCATCCAATCGCCAACGTCTGGTGGGCTTGGACCAGTTCCGCAAGGAGCACCCGGAAATTGAGTTGCAGATGCTCCACGGCGGTTCCAACTTCGACTCCGGCCATGAGTCCACCGAGGCCATCATCGCCAGTGGTGCCACCGGAATCCTGGCATTCAACGACCTCGTGGCCATGGGGCTACTCAGCGGCCTGCATGAACGTGGAGTGCGCGTCCCGGAAGACATTTCAGTCACCGGATTCGATGACATCCCGTTCGCCAAGTACACCACTCCCCCGCTAACCACCGCGGCCGTGCCCATCAACGAGCTCGGAAGCCTGGCTTGGCGAAGGATGCGGGAACAGATCCAGCAGGCCGGCGAAGCCACCACCCAGGCGCAGGACGAGTTCTCACCCAGGATGGAGATCCGAAAGAGCACCGCGGCGCCGGCCCTCAAGCCCGCGAGTTGA MGRGHMARRNTNRRVGIADVAEKAGVSHATVSRVMNGNAAVDPGIAARVRAAAVELKYQPNPVGRSLALGKTDTIGIVVPDLANPTFQAILRGLSIAAAQDGYRVLIADSSEVTSEEAILAGEARRRCDGVVLCAPRMSDAELEELAPTLHPLVLINRTTIATNTPSLSVDYGQGIQELAQHLVTLGHRRLVFLSGPEHSASNRQRLVGLDQFRKEHPEIELQMLHGGSNFDSGHESTEAIIASGATGILAFNDLVAMGLLSGLHERGVRVPEDISVTGFDDIPFAKYTTPPLTTAAVPINELGSLAWRRMREQIQQAGEATTQAQDEFSPRMEIRKSTAAPALKPAS PGPT0014791_91 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_FACILITATING_PROTEIN SESSILE_ROOT_COLONIZATION,PGPT0014791-ccpA-NA NA NA D3-18_00883 1407 yteT_1 COG0673 Putative oxidoreductase YteT ATGGTCAACGTCGACTCAGCCGAAACCCAGACCGAATCTGCCGAAACGACCACTCAAGCCCCCAAGCGGACCCGTATAGCCCTCATTGGAACCGGCGGCCGTTCGGAGATGTATATCCGGGCCATCTACGGGCAACACGCGGATGTCGCTGAACTTATTGCGCTCTCGGACGTCAACCAGGGTCGCGTGGACTTCTACCAGGACCTGATCAAGGAACTCGGCGGAACTGAGCCGGTGGCTTCGTTTGCCCCTGGCGAGCTCACCAGCTTCATCCAGTCCAACGGCATCGAGCGGGTCATCGTCACGACGCCCGACTACACCCATGCGGACTACATCGTTGAAGCGCTTGAGGCTGGCGCCGACGTCGTAGTTGAAAAGCCCTTGACCATTGATGTACAGGGCTGCCGCCGTATTACCGACGCCGTGGCGAAGACCGGACGCAACGTGGTGGTGACCTTCAACTACCGTTACTCGCCGCGCAACACCGCTCTCAAGGAAGTCATCCAGAACGGCGTGATCGGCAAGGTCACGTCCGTCGACTTCAGCTGGGTTCTGGATACCGTGCACGGTGCTGACTACTTCCGCCGCTGGCACCGTGAAAAGAAGAACTCCGGTGGCTTGCTCATCCATAAGGCTTCCCACCACTTCGACCTGGTCAACTGGTGGATCAACGACGTCCCCGAGCGTGTTTTCGCATCCGGTGGCCTGCGCTTCTACGGTGAAAAGAACGCTGCCGAGCGAGGCTTGGGAGACCGTCCGGAGCGCGGCACCGTTGATGGTCTGGGGCACGATCCGTTCCGCCTGGACATGCGCGAGGATGAGCGCCTGAAGGCCCTGTACTACGACAATGAAAAGTTTGACGGCTACATCCGCGACCAGGACGTTTTCACCGGGGGCATCACCATAGAGGACAACCTCGCCCTCGTGGTGGACTACCAGGGAGGCCCTACGCTGAGCTACTCCCTGAACGCCCACAGCCCGTGGGAAGGCTACCGCGTCACCGTCAATGGCACCGAAGGCCGGGCCGAACTCGAAGTGGTGGAACGCGCCGCCGTCGAGTCCAGCACCGACAAGAAGACCGTGGTTGACCCGAGCGCCACGCCCATCGAGGAAGATGATGCGGTGCGCCGGAACGGCGAGCGCCTGGTTGTTCAACGCCATTGGGAAGCTGCTTACGAAGTTCCGATCGTCAACGGCGAGGGCGGCCATGGCGGCGGAGACAATCTGCTGCTCTCGGACCTCTTCAACGGCCCGGGCGTCGACCCGCTGGGCCGCCCTTCCGGCTACATCGACGGCCTCCGCTCCGTGTCGGTGGGTATCGCCGGAAACAAGTCCTTGGAATCTGATCTTCCCGTCCGCATCAGTGAACTTGGCCTCGGCGTCGATCTCAGCCGCGGCCAAGCCTGA MVNVDSAETQTESAETTTQAPKRTRIALIGTGGRSEMYIRAIYGQHADVAELIALSDVNQGRVDFYQDLIKELGGTEPVASFAPGELTSFIQSNGIERVIVTTPDYTHADYIVEALEAGADVVVEKPLTIDVQGCRRITDAVAKTGRNVVVTFNYRYSPRNTALKEVIQNGVIGKVTSVDFSWVLDTVHGADYFRRWHREKKNSGGLLIHKASHHFDLVNWWINDVPERVFASGGLRFYGEKNAAERGLGDRPERGTVDGLGHDPFRLDMREDERLKALYYDNEKFDGYIRDQDVFTGGITIEDNLALVVDYQGGPTLSYSLNAHSPWEGYRVTVNGTEGRAELEVVERAAVESSTDKKTVVDPSATPIEEDDAVRRNGERLVVQRHWEAAYEVPIVNGEGGHGGGDNLLLSDLFNGPGVDPLGRPSGYIDGLRSVSVGIAGNKSLESDLPVRISELGLGVDLSRGQA NA NA NA NA NA D3-18_00884 1014 fcl_1 GDP-L-fucose synthase ATGAGCAGGATTTTCGTCACCGGCGGTTCCGGCAGGCTTGGCCGCAGCGTTGTGGCCGGACTCGCCGAGGCGGGACACAAGGTGATCTCTGTGGACCGGGACGCTATCCCGACGGAGCAGTTGCCGCCCGGAGCCGAGCAATACACGGCAGACCTGTTGGCTCCAGGGGAGGCGGAGCGGCTGATCCGCGAAACAGCGCCCGACGCCGTCATCCACCTCGCTGCTATTGCCGTGCCTTTCAGCGCGCCCGAGGATATTATTTTCAGCACGAACACCCGGCTCGCCTACGCAGTGGTCAGCGCGGCCACCGACGCCGGTGTCCCCAAGATTGTGACGGCAAGCAGCCCCACCGCCCTGGGCTATGGCTCACCGGCGGGGTGGCTGCCGCCGTCGTTCCCCTTGAATGAGCAGACGCCGCCCAAGCCGTGGAACGCGTACGCGCTGTCCAAGCTGATTGCCGAGCAAACCGTGCAGATGTTCGCTGCCGCTCAGGGCAACAAGGTCAGGTACGCGGCATTCCGCCCGTGCTACGTCATTTCCCCCGAAGAGTGGGAAGGGGCGCTGACACAGCAAGGGCACACAGTCCGTGAGCGGCTTCAGGATCCGGCACTTTCCGCGCCTGCATTGTTCAACTATGTAGACGCGCGGGACGTAGCTGACTTCCTGGACGTGCTGCTGCACAAGATGGATGCCATCCCGAACGGCGAGGTGTTCTTCGTTGGTGCTAAGGATGCTTTGGCCACAGCACCTTTGGCTGGGCTGTTCCCGCGATTCCTGCCTGGTAGCGGACCCCTGACTGAAAACCTGACGGGTACCAGCCCGGCGTTTTCCATCGACAAGGCCCGGGAACTCCTGGGCTGGGAGCCGAAGAGAACCTGGCGCACCGAACTCACACCGCCTTTCGAGGGTGAAGACACAGCAGCAAGCGAACAAGCAGCACCCAAGCAAGCAGCACTCAACGACGAGATCCCCGCCGGCCTGGTTCCAGCGGGAGCAACCAAGGAGACACCATGA MSRIFVTGGSGRLGRSVVAGLAEAGHKVISVDRDAIPTEQLPPGAEQYTADLLAPGEAERLIRETAPDAVIHLAAIAVPFSAPEDIIFSTNTRLAYAVVSAATDAGVPKIVTASSPTALGYGSPAGWLPPSFPLNEQTPPKPWNAYALSKLIAEQTVQMFAAAQGNKVRYAAFRPCYVISPEEWEGALTQQGHTVRERLQDPALSAPALFNYVDARDVADFLDVLLHKMDAIPNGEVFFVGAKDALATAPLAGLFPRFLPGSGPLTENLTGTSPAFSIDKARELLGWEPKRTWRTELTPPFEGEDTAASEQAAPKQAALNDEIPAGLVPAGATKETP NA NA NA NA NA D3-18_00885 903 COG0329 putative 5-dehydro-4-deoxyglucarate dehydratase ATGAACTTCGACGGCGTACTGTTCTTCCCCGTCACTCCCTTCGCCGAAGACGGCACCGTGGACGTGGCGCTGCTCAAGGAGCACGTCACCTCCCGGCTTCCGTTCGGCCCGGGCGGTGTGTTCCCCGCGTGCGGCACGGGCGAATTCCACGCGCTCTCACTTGAGGAGATCCGCACCGTGGTGACTGCCGCCGTCGAGGCCGTCGCGGGAGCCGTGCCTGTAGTCTCCGGTGCCGGTGGACCTTTGGGTCACGCCATTGCTGCTGCGAAGGTGGCCGAGGAAGCCGGCGCGGACGCCCTCCTGGTGCTCCCGCCGTACCTGGTCACCGGTCCCACCGACGGCGTTGTGGCCTACGTCGAAGCCATTGCCGCCGCTAGCAGCCTTCCCGTCATTGTGTACCACCGCGGCACGGCCAAGTTCACTGCAGAGGCCATCACCCGACTCACGGCCAACCCGAAGGTGGTTGGCTTCAAGGACGGAATCGGCGACGTCGGCCTTGCCCAGGAAATTGTGTCTGCGATCAACGCCAGCGGCCGCACTGACTTTGCCCTGTTCAATGGCCTGCTAACGGCCGAACTGACCCAAGGCGCTTACCGCGGCCTCGGCATTCCCCTGTACTCCTCGGCTGCATTCGCCATGGCCCCGGAAATCGCCAAGGCCTACTACGACGCGTACGTGTCCGGAGACGAGGAGCGCCGCCACGCCTTGCTGGAAGGTTTCTACGCTCCGCTGGTCCGTCTCCGCGACCAGACTCCCGGCTTCGGGGTTTCCCTCATCAAGGCAGGGCTGCGCTTGGCCGGCCTTCCCGTGGGCCCGGTCCGTCCGCCCCTGGTTGACCCCTCCGAGGAACAACTACTGGAGCTCAAGTCCATTCTGGCCAAGGGCCACGAGCTGGCCAGCTGA MNFDGVLFFPVTPFAEDGTVDVALLKEHVTSRLPFGPGGVFPACGTGEFHALSLEEIRTVVTAAVEAVAGAVPVVSGAGGPLGHAIAAAKVAEEAGADALLVLPPYLVTGPTDGVVAYVEAIAAASSLPVIVYHRGTAKFTAEAITRLTANPKVVGFKDGIGDVGLAQEIVSAINASGRTDFALFNGLLTAELTQGAYRGLGIPLYSSAAFAMAPEIAKAYYDAYVSGDEERRHALLEGFYAPLVRLRDQTPGFGVSLIKAGLRLAGLPVGPVRPPLVDPSEEQLLELKSILAKGHELAS PGPT0018160_658 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLACTURONATE|GLUCURONATE_DEGRADATION,PGPT0018160-kdgD|ycbC-K01707 NA NA D3-18_00886 1155 Vejaci COG4948 3,6-anhydro-alpha-L-galactonate cycloisomerase ATGCCGGCCCGCATCACGGGCCTCACAACCCGGCTGATCACGGTTCCGCTGCTACGCAGCTGGGGTGCGGAGGCGCCCGAAAATCATGTGATCGTTACGGAACTGACCACGGACGACGGCGGCACCGGCCACGGTTTCACGTGGACACCCACCATCGGTCCCCAAGCGGTCAAGGCTCTCCTGGACCACGACATCGCACCGTTCATTCCGGGTTTGGAAGCCAACCCGGAAATTGTGTGGGACCAGGTTTGGAAGCGGCTGCACGAGGCCGGTGGGGGTGGCCTCACCACCATTGCCATGGCTGGCGTTGACCTGGCACTTTGGGACTTGAAAGCGCGGCAGGCAGGCATATCCGTCACGGGACTTCTTGGTCAGCGCCAGGAGTCCGTGGAGGTGTACGGCTCCGGCGTGAACCTGCACTACACACTGGATCAGCTCGTCGAGCAGGCCCAGCGATGGGTGGCCGCCGGGCATCAGGCCGTGAAGATCAAGGTGGGCAAGCCCGAGCTCCGGGAAGACGCCGAGCGCGTTGCCGCTGTCAGGCAGGTCATCGGACCGGACCGGCTTCTCATGATTGACGCCAACCAGCGATGGGACCTCGCCCACACCTTCCGTGCTTTGGATGTTTTGGGGGAGTACGGACTGGAATGGTTGGAAGAGCCCATCCGCGCTGACGACCTTTGGGCTTACCGGCGTCTGCGTAAGCAATCACCGGTGCCCATTGCCCTCGGTGAGAACGTCCACACCATCTACAGGTTCCGCGACTTCATTGAAGCCGAGGCGGTGGACATCATCCAGCCCAACATTGTCCGGGTGGGAGGCATTACCCCTTTCCGCAGGATCGTTGAGTTGGCCCGCGCCAACAGCATCAGGGTGGCACCCCACCTGCTCCCGGAACTCTCCGGGCAGCTGGCGCTCACCCTGGCCGACGCCGTGAGTGTTGAGGACGTGGAAGACGCCTCCTTCGAGCAACTAGGCATCCTGGCCGGGCCCTCGCCCGTAAGGATCAGCAACAGCACCGGAAGAAGCAGGCTCAGCAGCACAGGCCGTCCCGGGCTTGGCTTCGAATTCAGCGGACAGCCGGCACAGCTGCCCGCAACTGAGACCGCCGCCCCTGAGAGTAAAGGAAACCGCATTGAGTACAGCAACTCTTGA MPARITGLTTRLITVPLLRSWGAEAPENHVIVTELTTDDGGTGHGFTWTPTIGPQAVKALLDHDIAPFIPGLEANPEIVWDQVWKRLHEAGGGGLTTIAMAGVDLALWDLKARQAGISVTGLLGQRQESVEVYGSGVNLHYTLDQLVEQAQRWVAAGHQAVKIKVGKPELREDAERVAAVRQVIGPDRLLMIDANQRWDLAHTFRALDVLGEYGLEWLEEPIRADDLWAYRRLRKQSPVPIALGENVHTIYRFRDFIEAEAVDIIQPNIVRVGGITPFRRIVELARANSIRVAPHLLPELSGQLALTLADAVSVEDVEDASFEQLGILAGPSPVRISNSTGRSRLSSTGRPGLGFEFSGQPAQLPATETAAPESKGNRIEYSNS NA NA NA NA NA D3-18_00887 1452 aldH NADP-dependent fatty aldehyde dehydrogenase TTGAGTACAGCAACTCTTGACCTGACAGCCATTACGGCCGCAGCCACCGAGGCTGCAAAGGTCACCGCAGCAGCTTCCGACGCCGAACGCGCCGCCTGGCTGAACGCCGTCGCCGACGCCTTGGACGCCAACGTCACTGAACTGGTGGCGATCGCCGATTCCGAGACGAGCTTGGGCACTGTCCGGCTCACGGGCGAGGTAGCAAGGACCAGTGGACAGCTCCGGTTGTTCGCCAACGTGATCATCGAGGGCTCTTACCTTGAAGCGGTCATTGACCACGCTGACCCTGCCTCCACCCCGCCCAAGCCTGACTTGCGCCGCATCCTGCGTCCTATCGGTCCGGTAGCCGTGTTCTCGGCGTCGAACTTCCCGTTCGCTTTCTCCGTGGCCGGTGGCGACACCGCATCCGCGCTGGCAGTGGGCTGCCCGGTGATCGTCAAAGCTCACTCGGGACACCTCCGCTTGTCGGAGCGGACCGCCCAGATCGTCAGCGAAGCCTTGGCCAAGGCCGGAGCGCCCGAAGGGATCTTCGCCTTGGTCAGTGGCCGCGAGGCAGGTACAGCCCTGGTTCAGGACCCGGCCATCAAAGCCGTCGGGTTCACGGGCTCCATCCCTGGCGGACGCGCCTTGTTCGATCTCGCCGCGTCAAGGCCGGAGCCCATCCCGTTCTACGGGGAGCTCGGCAGCCTGAACCCCGTGGTCATCACGGCAGACGCGCTCGCGGAACGCGGACAGCAGCTCGCCGCCGGATTGGCCGGCTCATTCACCATGGGCGCCGGACAGTTCTGCACCAAGCCAGGCCTCGTGTTCATTCCGGCCGGCACGGATTTCGCCTCGCACCTGGCAGAGGCCAGCAAGGACAAGCCCACCGCTGCCATGCTCACAGAGCGCATCGCCGAGGCCTACCCGGATGGGCTGCGGAACGTCGCTGACCAGCCAGGCGTCGCCGTCGTCAGTGGAACGGTGCAGCAGGACAGCCTGGCTGATGGCGCTGCGCCCGTGGTGTTCTCCACGAGTGCCGCGAACGTCTTGGAACGCCCCGAGGAGTTGTTGGAGGAGTGCTTCGGCCCCACCACGCTGCTCATCGAGTACGCCAACCAGAAGGAACTGTCCGCGGCCCTGGCGAAGGTCCCGGGCAGTCTGACGGGCACCGTACACGCGCAGCCGGGCGAGGACGTTTCCGCGCTTGTGGAGCAACTCAGCGGTCTCGCCGGCAGGGTCCTCTTCGACGGCTGGCCCACCGGTGTTGCCGTGAATTGGGCGCAGCAGCATGGTGGCCCATACCCGGCCACGACGTCCTTGTTCACCTCGGTGGGCGCCACTGCGGTGCGCCGCTTCCAGCGTCCGATGGCTTACCAGGATGCTCCTGAGTCTGTCCTGCACCCGGCCTTGCACGACGCCAACCCGTTGGGAATCCCCCGGCGCGTGGACGGCGTGCTGACACTCAGCTAA MSTATLDLTAITAAATEAAKVTAAASDAERAAWLNAVADALDANVTELVAIADSETSLGTVRLTGEVARTSGQLRLFANVIIEGSYLEAVIDHADPASTPPKPDLRRILRPIGPVAVFSASNFPFAFSVAGGDTASALAVGCPVIVKAHSGHLRLSERTAQIVSEALAKAGAPEGIFALVSGREAGTALVQDPAIKAVGFTGSIPGGRALFDLAASRPEPIPFYGELGSLNPVVITADALAERGQQLAAGLAGSFTMGAGQFCTKPGLVFIPAGTDFASHLAEASKDKPTAAMLTERIAEAYPDGLRNVADQPGVAVVSGTVQQDSLADGAAPVVFSTSAANVLERPEELLEECFGPTTLLIEYANQKELSAALAKVPGSLTGTVHAQPGEDVSALVEQLSGLAGRVLFDGWPTGVAVNWAQQHGGPYPATTSLFTSVGATAVRRFQRPMAYQDAPESVLHPALHDANPLGIPRRVDGVLTLS PGPT0006195_159 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_CAPROLACTAM|DERIVATE_DEGRADATION XENOBIOTIC_ADIPATE_DEGRADATION,PGPT0006195-aldH-K14519 NA NA D3-18_00888 1110 hypothetical protein ATGACCACGCCTACTCAAATAACGCCGGCTCCGACTGCCGTCACTGCGCCCGGCAACGTTGCCGACCGCGCAGTAAAGCGCCAGCGGGTGCTGGACATTCTGGACGCCGCGGGCCGCGACTCGCTATTGCTCACAACCAACACGGCCCTTACCTGGTACCTGGACGGCAGCCGGGTCCATATCAGCCTGGCCGGCGACCCCATTGCGGCCCTCTTGGTGGACCGCTCAGGCGACCATTTGGTCACGTTCAACAATGAGGCCGGACGGATCGCTGCAGAGGAGTTGCCGGACGGCGTCAGCCTGGACGCGGTTCCGTGGCACGGCCAGTTGCATGCGGCCACGGCGGACTTGGCCGCTGATGGCAACCCGCTGGTGGAGGCAGCCGTCACGGCCGAACTTCGCGCAGCCCGGCAGCAGCTCCTGCCCGCGGAGACAGCCCGTTACGCCGAGCTCTCCGCCGACGCCGCGGCCGCCATGACGGATGTCCTCACGGCTGTGACACCGGAAACCACGGAATTCCAGCTCGTCTCCGAGCTGGCAGCGCGGATCGTGGCCGTGGGCGCCGAGCCGCTTGTCCTGCTCTGCAACGGTGCTTCACGCAGCCACTTCCGCCATCCACTCGCCACACATTCCCCCATCGGGCGCCGTGCCATGGCCGTAGTGTGCGCTCGCCGGAACGGTTTGGTTGCCAACGTCACCCGTTGGGTAGCGTTCGACGCCGGCACTCCCCAAGAGCTCGACGCCGAGGCTCGCATCGCCGCTGTTGAGGCGGACATTTTCCGGGCCACGGTCCCTGGTGCCCGCCTCAATGAGATCTTCGCCGAGATCAAGCTGGCCTACGCCCGTCACGGCTTCGGCGAGGACCAGTGGACGCTTCACCACCAAGGGGGACCAGCCGGCTATGCGGGCCGCGATCCCAGGGTCACCGCTGACGTCACGGATACGGTGGTGCTCAACCAGCCCTTCACATGGAACCCGTCGGGGCCGGGCGTGAAGATCGAGGACACGATGCTGCTCACGGATTCCGGCCTGCGCGTCCTGACCACTGACCGCCGTTGGCCAACCACCGAAGTGGACTGTCGCCGTCGTCCTCTGACGCTCCGCCCGTAG MTTPTQITPAPTAVTAPGNVADRAVKRQRVLDILDAAGRDSLLLTTNTALTWYLDGSRVHISLAGDPIAALLVDRSGDHLVTFNNEAGRIAAEELPDGVSLDAVPWHGQLHAATADLAADGNPLVEAAVTAELRAARQQLLPAETARYAELSADAAAAMTDVLTAVTPETTEFQLVSELAARIVAVGAEPLVLLCNGASRSHFRHPLATHSPIGRRAMAVVCARRNGLVANVTRWVAFDAGTPQELDAEARIAAVEADIFRATVPGARLNEIFAEIKLAYARHGFGEDQWTLHHQGGPAGYAGRDPRVTADVTDTVVLNQPFTWNPSGPGVKIEDTMLLTDSGLRVLTTDRRWPTTEVDCRRRPLTLRP NA NA NA NA NA D3-18_00889 2067 iolG_4 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGACACAACCCCTCACCGCCACCACAGCGGAGGGCAATGCCCGGCTCCCTCGCATCGCACTCGTGGGCGTGCACGGCTTCGGAGAACGGCACCTGGAAAACCTTGCCCGCCTGGGTGCTGACCGTGCCCTCGAACTGGTTGCTGTGGCCGATCCGCAACCCCCGGAACAGGGAACGCTCGGTCCTGACGTCGCGGTCTTCGCATCCCTTGACGAGCTCCTTGCTGCAGGAACCGCCCCTGACGTCGTCATCGTCTCCACACCTATCCAGACGCACGCACCGCTTGCCCTCGCTGCTCTCCGAGCCGGGGCCCACGTCTACTTGGAGAAGCCACCGGTGGCATCCATGGCGCAATACCAGGAGGTCATGGCCGCGGCCATGAGCGCGGGCCGCCTGGTGCAGGTAGGTTTCCAGAGCCTGGGTTCAGAGGCGCTGCCTGCGATCGCAACCTTTGTGGAATCCGGTGAAATCGGCGAAGTCCGCGGCATCAGCGCCACGGGGCAGTGGCTGCGTAGCAAAGCGTACTTCAAACGGTCCCGGTGGGCCGGAAAACGCAGCCTCAACGGGACCGATGTGATGGACGGAGTGGCCACCAACGCCTTGGCCCACGCTGTGGCTACCGGGCTACGGCTGGCTGGCGCCCGAACAGTGGCGGACGTTGAATCCGTGGATACCGACCTTTACCGGGCAAACGACACCGAAAGTGATGACACCTCCGTGGTGAGGGTCCGGATGGCAGGTGGCGCGGCGTTGACAGGCGGTACTGTCCTGACCTGCGCCTTAACGCTCTGCGCTCCTGTGCAGTCCGCGCCGTCGGTCACCATTCACGGGACGTTGGGGCAACTCACGCTCTTCTATACGGAGGACCGCCTTGAGGTCACCTCTCCACGGGGTGTCCGGACCGAGACGTTCGGACGGACTGACCTGCTGGAGAACCTGCTGGCTGCCCGCAGCGAACAGGATCTCCTCAGCCCGCTGTCCGGGGCCGGCGCTTATGTGTCGGTCCTGGAGGCCATCCGAACGGCCGATGCACCCCGGGAGATATCTTCGGACTTCATCACTTGGGAGGGCACCGGCGACGACGCCCACGCCGTGGTGCATGGCATTGAGTCGTTGATCCGCCGGGCAGCCTTCGGGCAGGCCACGTTCGCTGAGCTCGGCGCGCCTTGGACTTTGTCCGGCAGACCCGCCCTCGACGTTGACGGCACTCCCGTCGCTACTTTGCAGGACGGCACCCATATCCGGCCTACTTCGTCGCCGCGACCCTACCTCCACCCCGTACGGACGCTCGCCGGCACTGTGGTCACCGATCACATCCCCGAGGACCACGTGTGGCATCTCGGAGCAGGCGTCGCCCTCCAGGATGTGGACGGCATCAACTTCTGGGGCGGCCGCACCTTCACCCGCGACGCCGGGGCATACGTCTGGCGGAAAGACCACGGTCAGATCGTGGTTGAAGCCGCGGAGCACGCTGACGGAGAGCGGCGCGAACAGTTGAGCTGGCTCGGCCCCGACGGATCACCGGTACTCCGCGAACAGCGGGAGTGGCGCTGGGCCGCCGTCGGGAATTCAGCGTGGAAACTCGCGTTGGACTTCACGTTGGAATCGGCCACAGGGCGTCCGGTGCTGCTCGGCAGCCCCGGCTCAAACGGGCGGCCGCAAGGCGGTTACGGTGGCTTCTTCTGGCGGCTGCCGAAGGTTGGCGATGCCACCATCTGGACTCCTGATTCGAGGGGCGAGGACGCCGTGCACGGCAGCGTAGCGCCGTGGCTGGCTTGGTCCGGAACGTTCGACGCCGGAACAGCCGGCGCCTCACATGTCACCGGCGATCCGGGGCTGGGCCATCCGGCCACACTCGTGTTTCTTGCCGCGCCCCAGGCGCCTGACCCTTGGTTCGTGCGGCACTCGGGGTATCCCGGCGTCGGACTGTCCTTGGCGTGGGATGCGCCAGTGGTAACGGAACCCGGCCACCCTGTCCACCGAACGGTCACAGTGATCATTGCGGACGGTTTTTTGGCAACACAAGACATCGAACAACTCATCACTACTTTGGGGGAATCGGCATGA MTQPLTATTAEGNARLPRIALVGVHGFGERHLENLARLGADRALELVAVADPQPPEQGTLGPDVAVFASLDELLAAGTAPDVVIVSTPIQTHAPLALAALRAGAHVYLEKPPVASMAQYQEVMAAAMSAGRLVQVGFQSLGSEALPAIATFVESGEIGEVRGISATGQWLRSKAYFKRSRWAGKRSLNGTDVMDGVATNALAHAVATGLRLAGARTVADVESVDTDLYRANDTESDDTSVVRVRMAGGAALTGGTVLTCALTLCAPVQSAPSVTIHGTLGQLTLFYTEDRLEVTSPRGVRTETFGRTDLLENLLAARSEQDLLSPLSGAGAYVSVLEAIRTADAPREISSDFITWEGTGDDAHAVVHGIESLIRRAAFGQATFAELGAPWTLSGRPALDVDGTPVATLQDGTHIRPTSSPRPYLHPVRTLAGTVVTDHIPEDHVWHLGAGVALQDVDGINFWGGRTFTRDAGAYVWRKDHGQIVVEAAEHADGERREQLSWLGPDGSPVLREQREWRWAAVGNSAWKLALDFTLESATGRPVLLGSPGSNGRPQGGYGGFFWRLPKVGDATIWTPDSRGEDAVHGSVAPWLAWSGTFDAGTAGASHVTGDPGLGHPATLVFLAAPQAPDPWFVRHSGYPGVGLSLAWDAPVVTEPGHPVHRTVTVIIADGFLATQDIEQLITTLGESA NA NA NA NA NA D3-18_00890 1374 hypothetical protein ATGTTTTCCACGCTGAAGAAACCCGGCGTGCGCTATCGCACACCCTTCCGCATCCATAAGGCAGGACACTATTGTTTCCCACTGACTACGCCTGCCATGACCGCCGTTGACATGGCAGCATCCCCCGCCCGCCCCAGCGCACTGGCTGGCTACGAAAATTGGCCGGCCTACGTCGCCCGGCACCGGCTCACCGCTGGCTCCGAGGATGCCCGGCAACTCGCTGACACACTCGGCGTGCCCGCCGTAACGCCAGACCTCGAGTACGCGGTGCTCTCCGAATCAGAGCACGACGGCGTCATCACCTCGCGTCTGCAGTGGCAGTTGGGTTTCGGGCCAAGGACGTCCGCTTGGTTCGTCAGGCCCGCCGGCGCGACCGGCCCGCTGCCCGGGTTGCTCGCCCTGCACTGCCACGGCGGGATCAAGGCCTACGGTGCTGAGCGGCTTGTGTCCCTGCCCGACGATGTGGACAAACGCGAGGGTTTGAACAACCGCGACGGCGACAACCCCGACGGCGGCGCAGTATCGGGCGAGAGGCCCGGAAGTGCCCCCGATTCTGCGTCGCTTGGGGTGCCGCCGCTGGATATCAGGGCGAAGCTCTATGGCGGCCGGGCACTTGCGACGTGGTTGGCTCAACAGGGCTTCGCCGTCCTTGCCCACGACACCTTCATGTGGGGAAGCCGCCGCTTCGGGCTCGCCCCCCTTCCTTGGCGGACCGCCAATACCATCAGCGGCCGGAACGCACTCTGGCGGGAGGCCGGCGTCGAACCTTCCGCAGCGGAACAATACAACGCAGCGGCTGCCGCCCACGAGGAAACCGTGGCGAAGGCCGCAACGCTGATCGGCACCAGTGTTGCGGGGACCGTTGCGCACGACGATCTCGCGGCATTGGGTATCCTCGCATCGCTTCCCGGCGTGGACATGGAACGGCTTGGCTGCGTGGGTTTCTCCGGCGGTGGTGGTCGGGCGATGGTGCTCGGTGCGTTGAGCCCGCTGATCCGCAGTTACGTGGTGACGTGCATGATGACCACGTTCCGTTCGCTCCTGCCCTCCTACCTTGACGCACACTCTTGGTTGCTACACACTCCCGGGCTGGCAAAGCTGGGGGATTGGCCGGATCTGGCAGTCCGCTCCAGTGCCACGGTGTTGGTCCAATATGGGCTGGCTGACCAGCTTTTCCCGGAACAGGGAATGCGCGATGCCCATCATCATCTCTTGGAGAACATGCCGGCCCGTTATACGGGGAGCTTCTGGCAGGAACCGCACGTTTTCACCCCGGCAATGCAGGACGAGGCTGCGTCCTTCCTTACCGCAAACCTGCAGCCCGGCCAACCCACCAGTACGCCCGCACCTGATTCCACTAGGACATACCAATGA MFSTLKKPGVRYRTPFRIHKAGHYCFPLTTPAMTAVDMAASPARPSALAGYENWPAYVARHRLTAGSEDARQLADTLGVPAVTPDLEYAVLSESEHDGVITSRLQWQLGFGPRTSAWFVRPAGATGPLPGLLALHCHGGIKAYGAERLVSLPDDVDKREGLNNRDGDNPDGGAVSGERPGSAPDSASLGVPPLDIRAKLYGGRALATWLAQQGFAVLAHDTFMWGSRRFGLAPLPWRTANTISGRNALWREAGVEPSAAEQYNAAAAAHEETVAKAATLIGTSVAGTVAHDDLAALGILASLPGVDMERLGCVGFSGGGGRAMVLGALSPLIRSYVVTCMMTTFRSLLPSYLDAHSWLLHTPGLAKLGDWPDLAVRSSATVLVQYGLADQLFPEQGMRDAHHHLLENMPARYTGSFWQEPHVFTPAMQDEAASFLTANLQPGQPTSTPAPDSTRTYQ NA NA NA NA NA D3-18_00891 945 lacF_1 Lactose transport system permease protein LacF ATGAGCGCTATAGGCGAACTCTCCACGATGACCCGGCGCAAGGGTCCCATGTCCAAAGAAGAGAAGAAGGCGAACGGCCGCGATAACAAAGCCGCCTACGTTTTCCTCCTTCCGTGGCTGATTGGCCTGGTCGCCATCACGGTGGGCCCTATGCTGATGTCGTTGTACCTGTCCTTCACGGACTACAACCTTCTGCAGCCACCGGAATGGGTGGGACTGGATAACTTCGTCCGCATGTTCGGCGATGCCCGCCTCCATAACTCGCTCCGCGTCACGTTCACGTACGTACTGGTGGGTGTGCCGCTCCAGCTGGGTGTGGCCCTGCTGATTGCCCTGGTCCTGGATAAGGGGCTGCGCGGACTGCCGTTCTACCGCTCCATTTTCTACTTGCCGTCCCTGCTGGGCGGATCGGTTGCAGTTGCCATCCTCTGGAAGCAGATTTTCGGCACCACCGGCCTGGTGAACCAGGTCCTGGCGATGGTTGGCATTGAGGGACCCGGTTGGATCTCGGACCCCAATACCGCCCTTGGTTCCATCATCCTGCTGCACGTCTGGACCTTCGGCAGCCCCATGATCATCTTCCTGGCCGGCCTTCGCCAGATTCCCGTGATGTACTACGAAGCCGCGAAGGTTGACGGCGCCACCACACTGCAACAGTTCTGGCGGATCACCCTCCCGATGTTGAGCCCCATCATCTTCTTCAACCTGGTGCTTCAGATCATCGGCTCGTTCCAGTCGTTCACGCAGGCGTTCATCGTCTCCGGCGGCAACGGCGGCCCGTCCGACTCCACCATGTTCTTCACCCTGTACCTGTACCAAAAGGGCTTCGGTCAATTTGATATGGGCTACGCCTCAGCGATGGCCTGGTTCCTGCTGGTCATCATCGGCGTCTTCACCGCCATCAACTTCATCGCTTCAAAGTATTGGGTGTTCTACGATGACTAA MSAIGELSTMTRRKGPMSKEEKKANGRDNKAAYVFLLPWLIGLVAITVGPMLMSLYLSFTDYNLLQPPEWVGLDNFVRMFGDARLHNSLRVTFTYVLVGVPLQLGVALLIALVLDKGLRGLPFYRSIFYLPSLLGGSVAVAILWKQIFGTTGLVNQVLAMVGIEGPGWISDPNTALGSIILLHVWTFGSPMIIFLAGLRQIPVMYYEAAKVDGATTLQQFWRITLPMLSPIIFFNLVLQIIGSFQSFTQAFIVSGGNGGPSDSTMFFTLYLYQKGFGQFDMGYASAMAWFLLVIIGVFTAINFIASKYWVFYDD PGPT0016535_3140 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 D3-18_00892 933 ngcG_3 COG0395 Diacetylchitobiose uptake system permease protein NgcG ATGACTAAACTCCAGACCCTCCCCGCCGCCTCCGGTTCCTCCTCAGGGAAGGACGGAAAGAGCCCGCGACGCCGTGAATCTCCAGGCAGCCTGGCCTTCAGCCGCAGCGCCCGTATCAAGGGCCTGGTCAAGCATGCCATCCTGATCATCGTGGGCGGGGTGATGATCTACCCGCTGCTGTGGATGGTGGTTTCCTCCCTTCGCCCCAACGACCTCATCTTCCGCGAACCCGGCCTGTGGCTGGAGAGCCTGGAGATGAGCAACTACACCGATGGTTGGTCTGCCCTGACGCACCCGTTCGGGCACTACATGGTCAACTCGGCGATCGTGGTCCTCGGCTCGATCCTTGGCAACCTGATCTCCTGCTCCATGGCCGCCTACGCCTTTGCCCGCCTGCAGTTCAGTGGCAAGAAGATCTTCTTCGGCATCATGCTGCTGACCATCATGCTTCCATTCCACGTGGTGATCGTGCCCCAGTACATCCTGTTCTCGCAGATCGGCTGGGTGAACACGTTCTGGCCGCTCATCGTGCCCAAACTTCTTGCAACGGACGCGTTCTTCGTGTTCCTGATGGTCCAGTTCATTCGCGGCATTCCGAAAGACCTTGATGAGGCGGCCCGCATTGATGGTGCCGGCCACCCCAGGATCTTCCTCCGGGTGATACTGCCCCTGATGGTTCCGGCCCTGGCCACCACCACCATCTTCACGTTCATCTGGACTTGGAACGACTTCTTCGGCGCCCTGATTTACCTCACGGACCCGGACATGTTCACAGTTCCTGTTGCTCTTCGGGCGTTCGTTGACTCACAGTCGGCAACCAGTTGGGGATCGCTCTTCGCGATGTCTATTGTGTCCCTGCTCCCGGTGTTCCTGGTCTTCCTCTTCGGCCAGCGGTTCCTCATTAAGGGCATTGCAACCACCGGCATCAAATAG MTKLQTLPAASGSSSGKDGKSPRRRESPGSLAFSRSARIKGLVKHAILIIVGGVMIYPLLWMVVSSLRPNDLIFREPGLWLESLEMSNYTDGWSALTHPFGHYMVNSAIVVLGSILGNLISCSMAAYAFARLQFSGKKIFFGIMLLTIMLPFHVVIVPQYILFSQIGWVNTFWPLIVPKLLATDAFFVFLMVQFIRGIPKDLDEAARIDGAGHPRIFLRVILPLMVPALATTTIFTFIWTWNDFFGALIYLTDPDMFTVPVALRAFVDSQSATSWGSLFAMSIVSLLPVFLVFLFGQRFLIKGIATTGIK PGPT0016540_945 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 D3-18_00893 1368 yesO_1 COG1653 Putative ABC transporter substrate-binding protein YesO GTGCCGGTAAATCCAAAGGGTGAAGCAGTCGCCCCCGCAACTGCCTCAAAAGCCCGCGCATCAGTGCCGAAGGCCAAGCGCAAGCTTCGTGCCTCCGCTCTCGTTGCGGCCACAGCAGCCGCAGTCCTCGCCCTCACGGCGTGCGGCGGCGGAGCAGAACAAAAGAGTGCTGACGGCAAGGTGGAGCTCCGCTTTTCATGGTGGGGCGGGGACAAGCGCGCGCAGCTGACGCAGGAAGCAATTGCCGCCTTCGAGGCCGAGAATCCCAACATCAAGATCAAGCCCGAGTACGGCGACTGGAGTGGCTACTGGGACAAGCTGGCCACGCAGGTTGCAGCCAACGATGCTCCGGACATCATTCAGATGGACGAGAAGTACATCACCGAGTACTCCAGCCGCGGTGCGCTCCTGGACCTCTCCAAGCACGACATCGATACGTCCAAGCTGGACGAGGCAGCGTTGAACGCCGGCAAGGGCGAGGACGGGCTGACAGGCATAGCCGCGGGCATCAATGCCGCCACCATCCTCGCCAACCCGGCGGTCTTCCAGGCTGCGGGCGTCCCGCTTCCCGACGATAAGACCTGGACCTGGGAAGACTTCGAACGGATTGCAGCCGAGGTCACCGCCAAGTCCCCGAAGGGAACGTACGGCGCAGCTGCCTACGGCACGGATGAAGCTTCCCTTGGCGTGTGGCTGCGACAGAACGGCAAGTCGCTCTACACCAAGGACGGCAAGCTTGGTTTCGAGCCCACGGACATCAAGGGCTACTGGGAATTCCTTAAGCAGATGAGCGAAAACAAGGCGGTACCCACCGCCTCGGAAATCGTTGAAGCTGAAGCTGCGCCGCTGGATCAGAGCGGACTGGCCACGGGTAAGAACGGCATGGCGTTCTGGTGGTCAAACCAGCTTCCGGCACTTGAAAAGGCTGCCGGCGGTGAGCTGCAGATCCTCCGCTTCCCGTCCAAGACCGGCAAGGCCGAAGATGCCGGGCTCTGGTACAAGGCATCGCAGTTCTGGTCCGCTTCCTCCCGGACCAAGCACCCTGAAGAGACTGCAAAGTTCATCGACTTCCTCACCAACAACGTCAAGGCCGGCGAGATCCTCCTTGCTGACCGTGGCGTGTACCCGAACTCGGACGTCCGCGAGGCAATCGCTCCCAAGCTGGCCAAGGCAGACGTGAAGGTGGTGGACTTCATCGGCACCATCAAGGAAGAACTCGGGGAGGCTCCGGCAGCCCCGCCGAAGGGCGCAGGCGCCATCCAGGAAATCATCAAGCGCTACACCTCCGAGGTCATGTTCAACAGGCTCTCGGCGGAAGAAGCGGGCAAGAAAGCCGTGGACGAAATGAAGTCCGCGATCGGAGCCTAG MPVNPKGEAVAPATASKARASVPKAKRKLRASALVAATAAAVLALTACGGGAEQKSADGKVELRFSWWGGDKRAQLTQEAIAAFEAENPNIKIKPEYGDWSGYWDKLATQVAANDAPDIIQMDEKYITEYSSRGALLDLSKHDIDTSKLDEAALNAGKGEDGLTGIAAGINAATILANPAVFQAAGVPLPDDKTWTWEDFERIAAEVTAKSPKGTYGAAAYGTDEASLGVWLRQNGKSLYTKDGKLGFEPTDIKGYWEFLKQMSENKAVPTASEIVEAEAAPLDQSGLATGKNGMAFWWSNQLPALEKAAGGELQILRFPSKTGKAEDAGLWYKASQFWSASSRTKHPEETAKFIDFLTNNVKAGEILLADRGVYPNSDVREAIAPKLAKADVKVVDFIGTIKEELGEAPAAPPKGAGAIQEIIKRYTSEVMFNRLSAEEAGKKAVDEMKSAIGA PGPT0016545_1944 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 D3-18_00894 2037 Beta-galactosidase TTGACCTCCCCCGAAATCCCCATCAGTCCATCCGTCTGGAACAGCATCGACGGACTTGCTTATGGCGGCGATTACAACCCTGAGCAGTGGCCGGAAGACATCCGGCTCGAGGACATCGCGCTCATGAAGGAAGCCGGCGTGAACTTCCTGAGCGTCGGCATTTTCTCCTGGGGCCTCCTGGAGCCCACGGAAGGAAACTACGATTTTGGGTGGTTGGACGATGTCATGGACAACCTTCACGGGGCCGGGATCAAGGTGGCCTTGGCAACAGCCACTGCTTCTCCTCCTGCTTGGCTGGCCCGCAAGTACCCTGAGATTCTCCCCGTCACCGCGGAAGGAATCAGGCTGGAGCGGGGCTCACGACGCCACTACACGCCGTCGTCTTCCGTGTACCGCAGGTACGCCACCGCCATGACCCGCGTGCTCGCCGAACGATACAAAAATCACCCGGCCCTGGCTCTCTGGCACGTGGACAACGAGCTTGGCTGCCACGTTGGTGAGTTCCACGGCAAGGAGGACGCCGCCGCCTTCCGGGCATGGCTGGAACGGCGATACGGCTCCATCGAAGCCCTCAACGAGTCATGGGGAACCGCGTTTTGGTCGCAGCACTACGCGTCCTTCGACGAGATCATCCCACCGGGATCCGCGCCCACCACCCTCAATCCCGGGCAGCAGCTGGACTTCGCGCGCTTCAACTCCTGGGTCTTCATCGACTACTACCGCGAGTTGCTGGCCGTCATCCGCGAGGTCACGCCCAACATCCCGGCGACCACCAACTTCATGGTCTCCAGCGCCACCAAGGCCTTGGACTACTTCGATTGGTCCAAGGACATGGACGTGATCGCCAACGACCACTACCTCGTGGCCGCGGACCCGGAGCGCGAAATCGAGCTCGCTTTCAGCGCCGACCTCACGCGCGGGGTGGCTGGCGGCGAGCCGTGGATCCTCATGGAACATTCGACGTCGGCGGTCAACTGGCAGCCGCACAACCAGCCCAAGATGCCCGGCGAAATGCTCCGCAACTCGCTGACCCACGTAGCCCGCGGCGCCGATGCCGTCATGTTCTTCCAGTGGCGGCAAAGCAAGGCCGGCTCGGAGAAGTTCCACTCGGCCATGGTTCCCCACGGCGGACGGGACACCCAGGTGTGGCGGAACGTGGTGGATCTCGGTGATGCTTTGTCCAAACTGGAACCCGTCAAGGGCTCCCGTGTGGAATCCCGCGTTGCGATCGTGTTCGATTACGAAGCCTGGTGGGCCTCGGAGTTGGATTCGCACCCGAACAACTCGCTGAAATACCTCGATGCCATGCGCGCCTTCCACCGCTCCTTGTACCTGCGCGGGATCACTGCGGACTTCGTGCACCCGTCGTCTGATCTGTCCGGCTATGACCTCATTTTGGTGTGCACTTTGTACTCCGTGACGGACACCGCGGCTACCTCGATTGCTGCCGCGGCTGAGGTCGGTGCCACGGTGCTCATCAGCTACTTCAGTGGCATCGTGGACGAGCGGGACCACGTGCGGCTTGGCGGCTACCCGGGCGCCTTCCGCGAACTATTGGGGGTACGAAGCGAGGAATTCCACCCGCTCTTCCCCGGCACGTCGGTCACGTTGAGCGACGGAACAGTATTTGAACCCGGAACTGCAGGATCCGTGTGGAGCGAGCACGTACACGCAGCTGAGGGCACGGAGGTTCTCGCAACCTTCACCGGCTACCCGCTCCACGGCGTCCCGGCCCTGACCCGGCGCCCCGTCGGCACCGGTTCAGCTTGGTACCTGTCCACGCTTCCCGACGCCGATGGCATCGACTCGCTCACCGCCCGACTCGTGGAAGAAGCAGGCGTGACTGCCGTGACCGAGGTGCCTTCCGGCGTCGAACTTGTCCGGCGGCGCGCCGCTGACGGAAGCAGCTTCCTGTTCGCCATCAACCACGGCCGGGAAGACGTTACCGTGAAGGCCGACGGCGACGAACTGCTGAGCGGCGCCCGTTTCACTGGCGTCGTACCAGCCGGAGCTGTGGCCGTCATCGCGGAGGACTGA MTSPEIPISPSVWNSIDGLAYGGDYNPEQWPEDIRLEDIALMKEAGVNFLSVGIFSWGLLEPTEGNYDFGWLDDVMDNLHGAGIKVALATATASPPAWLARKYPEILPVTAEGIRLERGSRRHYTPSSSVYRRYATAMTRVLAERYKNHPALALWHVDNELGCHVGEFHGKEDAAAFRAWLERRYGSIEALNESWGTAFWSQHYASFDEIIPPGSAPTTLNPGQQLDFARFNSWVFIDYYRELLAVIREVTPNIPATTNFMVSSATKALDYFDWSKDMDVIANDHYLVAADPEREIELAFSADLTRGVAGGEPWILMEHSTSAVNWQPHNQPKMPGEMLRNSLTHVARGADAVMFFQWRQSKAGSEKFHSAMVPHGGRDTQVWRNVVDLGDALSKLEPVKGSRVESRVAIVFDYEAWWASELDSHPNNSLKYLDAMRAFHRSLYLRGITADFVHPSSDLSGYDLILVCTLYSVTDTAATSIAAAAEVGATVLISYFSGIVDERDHVRLGGYPGAFRELLGVRSEEFHPLFPGTSVTLSDGTVFEPGTAGSVWSEHVHAAEGTEVLATFTGYPLHGVPALTRRPVGTGSAWYLSTLPDADGIDSLTARLVEEAGVTAVTEVPSGVELVRRRAADGSSFLFAINHGREDVTVKADGDELLSGARFTGVVPAGAVAVIAED PGPT0017815_498 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSIDASE,PGPT0017815-bgaB|lacA-K12308 NA NA D3-18_00895 1287 yesO_2 COG1653 Putative ABC transporter substrate-binding protein YesO ATGATCGATAGAAGGAAATTCCTCACCACGGTGGCTCTCGGCACTGCATCTGCCGCGTTCCTCTCCGCTTGTGGCCAGTCCTCGACCGCGGGACAGACGGGCTCCGCGGAGAACCCCGTCACCATCAACTACACCTGGTGGGGCAATGACGACCGAGCAGAGCGTACCCGCAAGGCGATTGCCCTGTTCGAGTCCAAGAACCCGGACATCAAGGTGAACGGCAACTTCACTGACTTCGCCGGATACTGGCAGAAGCGCGCAACAGAGGCAGCCGGTGGCGGCTTGCCGGACGTCATGCAGTGGGACCTTTCCTACCTGCGGGACTACGGTCAGCGGAACCAGCTGCTTGACCTCAGCACCGTAAAAATCAACACGGACGCCTTCGATAAGTCCCTCCTCCCTTCGGGGCAGATCCGAGGCAAGACCTACGGCATCCCCACCAGCACCAACGCCTTCGCGGTTTACTACGATCCCGCCAAGCTCCAGAGCCTGGGCGTTGCCGAGCCGGATGGACAGTGGACTTACAAGGAGTTCAACGCGTTCATGCTCGAGGTAGGACAAAAGGGCAACGGAGCGTTCTACGGCGGCACCGATTACACCGGTGTGTGGTGGATGTTCAACATCTGGCTGCGCCAGAACAACATCCAGGCATTCACGGACGAGGGCAAGCTGGGCTTTACCAAGGACGACCTTAAGAAGTGGTGGAATACCACAGCCGAGCTCCGCGGCACCCCCGCCCTCGTTCCTGAAGAGCGGGTCACCCAGCTCGCCCCCAAGTCCGCCATGGGTTCCAATGTCACTGCCAGTGAAGTCACGTGGGACAACTTCATGGCCGGCTACCTGGGCGACAGTGGTGCGAAGGAACTCAAGCTGGTGCCGGTCCCGTCGGATGATCCGGACAACCTGGGCCTGTTCCTCAAGCCATCCATGCTCATGGTTGCCAGCGCCAAGACCAAATACAAGGATGCTGCTGCCCGCTTCATCGACTTTATGGTCAACGATCCCGAGGTTGGCCAGATCTTCAAGACCTCCCGCGGTGTGCCGGCGTCGAAGACCCAGCGCGACGGCACCACCTTCGAAGGCACTGACAAGCTGGTGGTGGACTACGAGAAGTCCATCGAGAAGTACCTCAAGGACGCCCCCGAGCCCCCCATCGTCGGTTTCGGCACGCTTGAAGCCTCCTTCAAGCGGGTCAGCTCCGAACTGAACTACGGCAAACTGACCCTGGACGGCGCAGCCGATGCCTGGTTCAAGGAAGCCGAAGACCTCATCAAGCAGAACGCCTGA MIDRRKFLTTVALGTASAAFLSACGQSSTAGQTGSAENPVTINYTWWGNDDRAERTRKAIALFESKNPDIKVNGNFTDFAGYWQKRATEAAGGGLPDVMQWDLSYLRDYGQRNQLLDLSTVKINTDAFDKSLLPSGQIRGKTYGIPTSTNAFAVYYDPAKLQSLGVAEPDGQWTYKEFNAFMLEVGQKGNGAFYGGTDYTGVWWMFNIWLRQNNIQAFTDEGKLGFTKDDLKKWWNTTAELRGTPALVPEERVTQLAPKSAMGSNVTASEVTWDNFMAGYLGDSGAKELKLVPVPSDDPDNLGLFLKPSMLMVASAKTKYKDAAARFIDFMVNDPEVGQIFKTSRGVPASKTQRDGTTFEGTDKLVVDYEKSIEKYLKDAPEPPIVGFGTLEASFKRVSSELNYGKLTLDGAADAWFKEAEDLIKQNA PGPT0016545_7255 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 D3-18_00896 954 araP COG1175 L-arabinose transport system permease protein AraP GTGACTCAAAGCCCAACCCTGAGCAGGCGCTCGTCGTCGTCCGCCTCCCCGCAGCCGCGTAAGTCGCGGCGGCGGGGCGCGGATGCCCGCGCCGGCTACACCTTCCTGTTGCCCTGGCTGCTGGGATTCATCGCCCTGACCGTAGGCCCGATGATTTCCTCGCTGTACCTCTCCTTTACCAACTACAACCTCTTCGAAGCTCCCAAGTGGATCGGCCTGGACAACTACACCACCCTCTTCCAGGACGAGCGTTTCCTGCAGTCGGTGGGCGTGACCCTGAACTACGTCATCTTCGGTACCCCGCTGAAACTCGCCGCCGCTTTGGCGATCGCCATGTTGCTCAACAGCAAGCGCAAGGGCCAGGGCTTCTACCGGTCCGCGTTCTACGCGCCGTCCCTGATTGGCGCGTCCGTGTCCATCGCCATCGTCTGGAAGGCGATGTTCGGCGACTCCGGTCCCGTGGACCAGGGCCTGTCCTTCTTCGGCATCAACCTCGGCGGTTGGGTGGGCAACCCTTCCATGACCATGCCCATGATGATCCTGCTGACCGTGTGGCAGTTCGGCGCCCCCATGGTGATCTTCCTGGCGGGCCTCAAGCAGATCCCGGCGGACCTCTATGAAGCAGCCTCGATGGACGGTGCCGGTCCGGTGCGGAAGTTCATGAACATCACCTGGCCCATGCTTTCCCCGGTGATCTTCTTCAACCTGCTGATGGAAACCATCCACGCATTCCAGATCTTCGCCTCGGCCTACATCATCTCCAACGGTGAAGGCGGCCCGGCAGGTTCCACCCTCTTCTACACCCTCTACCTGTACTTGCGCGGTTTCAGCGACTTCCGGATGGGCTACGCCTCGGCAATGGCCTGGCTCCTGGTGATCGTGGTCGGAATCATCACGCTGATCTTCTTCAAAACCTCCAAGTCCTGGGTCCACTACAGCGGTGATTCGAAATGA MTQSPTLSRRSSSSASPQPRKSRRRGADARAGYTFLLPWLLGFIALTVGPMISSLYLSFTNYNLFEAPKWIGLDNYTTLFQDERFLQSVGVTLNYVIFGTPLKLAAALAIAMLLNSKRKGQGFYRSAFYAPSLIGASVSIAIVWKAMFGDSGPVDQGLSFFGINLGGWVGNPSMTMPMMILLTVWQFGAPMVIFLAGLKQIPADLYEAASMDGAGPVRKFMNITWPMLSPVIFFNLLMETIHAFQIFASAYIISNGEGGPAGSTLFYTLYLYLRGFSDFRMGYASAMAWLLVIVVGIITLIFFKTSKSWVHYSGDSK PGPT0016535_2328 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 D3-18_00897 927 araQ_1 COG0395 L-arabinose transport system permease protein AraQ ATGACAACCATGGCAACACCCACCCAGAACCAGCCAGCACAGCCCACGGCGTCGGCACCGGTGTACAACCCCAAATCCGAATCCACCACGGCCAAGCGCATCAAGAGCACCATCTTCCACATTGTTGCCTTGGCACTGGTGGCGATGGTCCTCTACCCGGCCATCTGGATGATCTCCGCGTCCTTCAAACCGAACTCCGAGATCGGCGGCGCCAACAACGCGCTGTGGTCGAACAACTTCAGCTTCGACAACTTCGTCACGGCCATGGAAGGAATCGGCGGCGTCTCCACGCTGACGTTCTTCACCAACTCGTTGATCCTGGCCGTCGGTGCCGTAGTGGGAACGGTCCTCTCGGCGTCCATTTCCGCCTACGCCTTCGCCCGGATCAACTTCCCCGGCCGAGGCCTGTTCTTCGGCATGATGATCGCCACCCTGCTCCTGCCGTTCCACGTGGTGATCATCCCGCAGTACATCGTGTTCCAGCAGCTGGGCCTGGTGGACACGTACGTGCCGCTGCTGATCGGCAAGTTCCTTGCCGCGGACGCGTTCTTCGTCTTCCTGATGGTCCAGTTCATGCGCGGCCTCCCGGCTGAACTCGACGAAGCAGCCCGCATCGACGGCGCAGGTCACGTGCGGATCTTCGGATCCATCATGCTCCCGCTGATGAAGCCGGCCCTGATTTCCACCTCCATTTTCTCCTTTATCTGGAGCTGGAACGACTTCCTGGGCCCGCTGCTCTACCTCAACACCCCCGAAAAATACCCGCTGCCCCTCGCGCTACGGCTCTTCGTCGACCAGACCCAGAGCTCGGACTACGGTGCCATGATCGCCATGTCCGTCCTGGCGCTCCTGCCTGTGCTGGTCTTCTTCCTGGTGTTCCAGCGCTACATCGTCGAAGGCGTTTCGACGCAGGGCCTGAAGGGCTAA MTTMATPTQNQPAQPTASAPVYNPKSESTTAKRIKSTIFHIVALALVAMVLYPAIWMISASFKPNSEIGGANNALWSNNFSFDNFVTAMEGIGGVSTLTFFTNSLILAVGAVVGTVLSASISAYAFARINFPGRGLFFGMMIATLLLPFHVVIIPQYIVFQQLGLVDTYVPLLIGKFLAADAFFVFLMVQFMRGLPAELDEAARIDGAGHVRIFGSIMLPLMKPALISTSIFSFIWSWNDFLGPLLYLNTPEKYPLPLALRLFVDQTQSSDYGAMIAMSVLALLPVLVFFLVFQRYIVEGVSTQGLKG PGPT0016540_1482 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 D3-18_00898 651 hypothetical protein ATGAGCACTATGAACGCCACAGGCAAGTCTTCGGGAAATCCCGGGATTCCGGTAAACCGCTTTGCCCTCTTCGCCGAGACCATCCTGGCGGGAGTCATCGTGCTCCTCCTCTCCGTCCCCTTGGTGACGGCGCCGGCTGCCTATGCGGCCGGCGTCGCGCACCTGGAAAGGCACCTCAGCGGGAGGGACGATTCCCTCCAGAGCCTGTGGGGGAATTTCCGCCGTGCGCTTCCCGGCAGTTGGAAGATGGGAATCACGACGGCGGTAGCCGCCGTCGTGATTGTCCTTAACCTTTTGCTCGCCCTGGTGGGTCAACTGCCCGGCAGGGCGGTGATCCTGCCCGCTACGCTGATTTTGGCTGCAGCGGGCGCAGTGCTCTTTCTACGGATCGCCGCCAACTGGAGCGGCGGTGTCAACTGTAGTGGCGATGCTGATGAGCAACCCGCCGAGGTTCCCGGTCAGCAGCGGTGGGCGCTTGCCTCTTCGCAAGCCAAGGCTGATGTACTGCGCGACTGGACCGGCTCGCTGCTGTTGCTTGCCGCAGTTTTTATGACAGTTGTCTTCGTTTGGATGCTGCAGGCACTGTTCGTCATCGTTCCCGGGACCCTGGTCCTGGCTGCAGCTGCCATCAAAATTCGCTCCCGCCGTTGA MSTMNATGKSSGNPGIPVNRFALFAETILAGVIVLLLSVPLVTAPAAYAAGVAHLERHLSGRDDSLQSLWGNFRRALPGSWKMGITTAVAAVVIVLNLLLALVGQLPGRAVILPATLILAAAGAVLFLRIAANWSGGVNCSGDADEQPAEVPGQQRWALASSQAKADVLRDWTGSLLLLAAVFMTVVFVWMLQALFVIVPGTLVLAAAAIKIRSRR NA NA NA NA NA D3-18_00899 1275 entS_2 Enterobactin exporter EntS GTGTCGCCGCGCCCGTTCCCACTGCGCCCCAAATCAACCACGCCCCGTGCCCGCTCCACGGAAAGCTGGCACTACCCCCTAAGGCACCACAACTACCGGATCTTCGTCACCCTCTCTCTGGTAGGCAGCGGCGGCGTCTGGATGCAGCGGCTCGCCCAGGACTGGCTGGTGCTGCAGCTCACGGGCAGTCCGGCTGCAGTAGGCCTCGCCGTTGCGCTGCAGTTCCTGCCCATGCTGGTAGTGGGTCCCATCAGCGGCGTGCTGGTGGACCTTTTCCCCAAACGGCGCATCCTCCTGGTCTGCCAGTCCGTCGCCGCGTTGCTGGCTGCCGGGCTTGCCGTCTGGAACGCCCTGGGAGGCACTGACGTCTGGGTGGTCTACGCATCCTGTATTGCGTTGGGCATCACCAGCGCAATCGACGGACCTGCCAGGCAGGTGTTCGTCAATGAAGTGGTGGGCGACGAAGGACTGCCCGCAGCCATCGGATTGAACAGTGCGATCGGCCAGATGGGAGCAATGGCCGGCCCGGCACTGGCAGGGGTGGTCATTGCCCAAGCGGGTCCGGCGGCGGCCTTCGCCGCCAACGCCTTGATTGGCGTATCGGTCCTGGTCATGATCGCGTCCATCAGGCCGGGGGAGCTGCACCATCCTCTGGAAGCGCCTGATCCCACCGCCCGGAAAGGACAGATCCTCGCCGGTTTCCGCTTCGTCCGAGCACGCCCACCCCTGCTGTTGACCATGCTGCTCGCGGGTTTGTTGGGTGCCTTCGGCATGAACGGGCCCGTAGTCCTCGCAGCGTTCGCGGACGGAGTGTGGCATAGCGGACCGGCCGGCTTTGGGCTCTTTAACACCGTCAGCGCTTTGGGAGCTCTAGCCGGGGCGTTGGTGGCAACACGGATCAAGCGCTTTGGCCGGAAGGGGATCGTTGCCAGCGCCGGGCTCTTCGGGCTAACGCAAGCCCTCGCTGCGTTGATGCCCACGCAAGAGTGCTTCGTGGTGATGCTCATAGTTGTGGGCTTCATGACCCTGGTGTTCCTCACGAGTGCAGCCACCGCAGTGCAGCTTGAGGCGGGGGCCAGCGTGCGCGGCAGGGTCCTGGCGCTGTACTTCCCGCTCTTGCTGGGCGGTCATGCCTTGGGTGGCTTGCTGGCCGGGTGGCTCACGGAGGACTTCGGCGTCCGGACAGGGCTTGTGGTCACGGGAGCGCTGGGCATGGTGTCCGCGGCGGTGATTGGCTTCCTGCTCTGGCGCTATTCGGTGGGCCGCCGCGTCTAG MSPRPFPLRPKSTTPRARSTESWHYPLRHHNYRIFVTLSLVGSGGVWMQRLAQDWLVLQLTGSPAAVGLAVALQFLPMLVVGPISGVLVDLFPKRRILLVCQSVAALLAAGLAVWNALGGTDVWVVYASCIALGITSAIDGPARQVFVNEVVGDEGLPAAIGLNSAIGQMGAMAGPALAGVVIAQAGPAAAFAANALIGVSVLVMIASIRPGELHHPLEAPDPTARKGQILAGFRFVRARPPLLLTMLLAGLLGAFGMNGPVVLAAFADGVWHSGPAGFGLFNTVSALGALAGALVATRIKRFGRKGIVASAGLFGLTQALAALMPTQECFVVMLIVVGFMTLVFLTSAATAVQLEAGASVRGRVLALYFPLLLGGHALGGLLAGWLTEDFGVRTGLVVTGALGMVSAAVIGFLLWRYSVGRRV NA NA NA NA NA D3-18_00900 2100 iolG_5 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGGACACCCAGTCCGCCAGCAGTCCAACACCCTTCGCGACTGCCGCTGCCACCGGTACCACCCCTGCCCGGATCGCCCTCGTGGGGGTTCACGGCTTCGGCACACACCACTTGCGCAACCTCGAACGGCTCAGCAGCCAAGACAAAGTGGACCTCGTCGCCGTGGCCGACCCGAATCCCCCGGCACCCGGAGACCTGCCCGCGACCACAGCCGTCCACGCGAACCTGGACGAGCTGTTGGCCGGCGAGCATCGTCCGGATGTCATCATCGTGGCAACCCCCATTCAGACCCATGCTCCGTTAGCCCTATCTGCGCTCGCCGCCAAGGCAGATCTGTATTTGGAGAAGCCCCCGGTTGCCTCAATGAGCGACTTCCTCCGCCTCCAGGAAGCGGCGGAGCAGGCTGGCCGAAGTGTCCAAATCGGTTTCCAAAGCCTCGGATCCCACGCCCTCGCAGCCTTGGAAAAGTTGGCGGGCGGTGAAGCCACGGAAGAGCTGCCAAGCATCGGCAACCTGAAGGGGCTTTCTGCTACCGGCCGTTGGGTCCGGGATCGCGCCTACTACAAGCGCTCCCGCTGGGCAGGCAAACGCAGCCTCGACGGCGTGGATGTGGTGGATGGCGTCGCCACCAACCCTTTGGCCCATGCAATCGCCACGGCGCTCCGCATCGCCGGAGCACGGGCAGCGAAAGACCTCGCGACAGTGGAAACGGATCTCTACCGCGCGAACGCTATCGAAGCGGACGACACTTCAGTGATCCGCTTGCGCACCATCAACGGTTTGCCCATCACGTGCGCCCTCACCCTCTGCGCCACAGAATCCGTGGAACCCTACGTCACACTCCACGGAACAGAAGGTACAGCGGTCTTCCACTACACAGAAGACCGTGTAACCGTCCGCACTGAAGCAGGCGAAACCTCCCACACGTTCGGACGGGACGACCTCACGGAGAACCTTCTCCAGCACCTGTCCGAGGGCACGCCGCTGTTGAGCCCTCTCGATCACAGCGGCGCTTTCATGCGCGTTTTGGAAGCTATCCGCACAGCCGAGGCACCCGCGTTGATTCCCGGAGAATGCGTCGAATGGGTAGGAACGGGCGAGCAAGCCCATGCGGTGATCCCGAACATCGAGGACATCCTGGAACGCGCCACCCGAGCCCACGCCACCTTCTCCGAACTGGGGCTTCCTTGGGCGCGGCCGATCACCGCAGGCGCCGAGGCACTCTTCTCTCCCCCCGCCGAGGCCGGCCCGACCGATGCCACCGCCGCCTATGCCGGTCCGACCGACGACCACGCGACTCCCACCGCAGTCCTCCGCTCAGGAAGCAACCTCGAGCCCGAGCTCTCCCCGCGGCCCTACTTGCACCCGGTGACCACACCAGCCGGCATCGTGCTCACGGACCACCTGCCCTCAGACCACGTGTGGCACCTGGGTGCGGGCTTCGCACTGCAAGACGTCAACGGGAGCAACTTCTGGGGCGGTCGCAGCTACCGCAGGACGGCCGGAAAGTACCTGGATTTGAAGGACCACGGCAGGATCGAGACCGTGAATGTCTCCCGGGAAAGAGACGCCACCACGCTGGACCTCAACTGGCTCGCATCCGACGGCAGCCTCGTCCTGAACGAGCGGCGCTCCCTGAGCCGCACTCTCTTGAATGCGCGCACATGGCGACTCGGGATCCAGACCCGGCTCACCGCCGTCGTGGACGTTTCCCTGGGCAGCCCCGGCTCCCACGGCGCTGCCGGCAGCGGCTACGGCGGCTTCTTCTGGCGCCTTCCTGCCAATGCTTCCTCGCGCGTCTTCTCCTCCACAGCCGAGGGCGAGCCGTCAGTCCACGGTTCCGTGGCGCCGTGGCTGGCTTGGACGGGAGAGTTCGACGGCGGCCCTGCCACCTTGGTGTTTGGCGCACCTTCCGAATCGGCGGACCCCTGGTTCGTGCGGTGCAGCGACTACCCGGCGGTCGGTTCTGCACTGGCGTGGGATGCTGCGGTGGAACTGGCGGCAGGCGACTGCCTCACCCGCACGAACACTGTGTGGATCAGCGACGGAATCCTGGAAGTGGCGGAGATCGAGGCTTTGGTGGGCCGCGCCGGAAGGTAG MDTQSASSPTPFATAAATGTTPARIALVGVHGFGTHHLRNLERLSSQDKVDLVAVADPNPPAPGDLPATTAVHANLDELLAGEHRPDVIIVATPIQTHAPLALSALAAKADLYLEKPPVASMSDFLRLQEAAEQAGRSVQIGFQSLGSHALAALEKLAGGEATEELPSIGNLKGLSATGRWVRDRAYYKRSRWAGKRSLDGVDVVDGVATNPLAHAIATALRIAGARAAKDLATVETDLYRANAIEADDTSVIRLRTINGLPITCALTLCATESVEPYVTLHGTEGTAVFHYTEDRVTVRTEAGETSHTFGRDDLTENLLQHLSEGTPLLSPLDHSGAFMRVLEAIRTAEAPALIPGECVEWVGTGEQAHAVIPNIEDILERATRAHATFSELGLPWARPITAGAEALFSPPAEAGPTDATAAYAGPTDDHATPTAVLRSGSNLEPELSPRPYLHPVTTPAGIVLTDHLPSDHVWHLGAGFALQDVNGSNFWGGRSYRRTAGKYLDLKDHGRIETVNVSRERDATTLDLNWLASDGSLVLNERRSLSRTLLNARTWRLGIQTRLTAVVDVSLGSPGSHGAAGSGYGGFFWRLPANASSRVFSSTAEGEPSVHGSVAPWLAWTGEFDGGPATLVFGAPSESADPWFVRCSDYPAVGSALAWDAAVELAAGDCLTRTNTVWISDGILEVAEIEALVGRAGR NA NA NA NA NA D3-18_00901 1020 axeA COG3458 Cephalosporin-C deacetylase ATGCCCCTCTTTGACCTTCCCCTTGATCAGCTCCGCGACTACACCTCCGCTGCACAGGCCCCAAGCGACTTCGAGGAATTCTGGGACCGCACCATCGGAGATGCCTGCGCGCTCGCGCTGGATGCGGTGTTTGAGCCAGTGGACAACTACCTCAGCGTGATCAACACCTTCGATGTCACCTTCTCCGGTTTCGGGGGAGACCGCATCAAGGGCTGGCTGCACTTACCTGCGCAACTCGAGCCGGGGGAGCAACTTCCCGTGGTTGTGGAGTACATCGGCTACTCCGGTGGCAGGGGACTGGTCAACCAGAACACCCGGTGGGCGCAGGCAGGCTACGCGCACTTCATCATGGACACCCGCGGACAGGGGTACGGTGGCGTTTCCGGAGACACCCCGGATCCGCACCCCTCTGCCGGTGGCGTGAACTACGCAGGCCTTATGACCCGAGGCGCCGATCACCAGGACAACTACTACTTCCGACGGGTCTACGTGGACGCTTTCCGCGCGGTAGAAGCGGCACAGAACCATCCCGCCGTCGACCCTTCCAAGGTTGTGCTGACCGGCGTTAGCCAGGGTGGCGGCCTCACTGTTGCTGCTGCCGGGCTGACGGCTGGAAGGCTCGACGGCGTTATCGCCGCGCTGCCGGACGTCCCGTTCCTGCAGGACTTCCCTCGCGCGATCGACATCACGCCCCGTGGCCCGTACCCCGAGATCGCAGGATTCCTGGGCCGGCACCGCGAAAAGTATGAGCCCATGTTGGCGGTCTTAAACTACTTCGACGGCGTCCACCTGGGCCGCGCGGCCACGGTTCCTGCGCTGTTCTCCGCTGCGCAAATGGACGATATCTGCCCTCCGTCAACAGTGTTCGCGAGCTTCAACAACTACGGCACTGGCTCTCGCGGACACGGGAGTGCGCCTGAAAAGGACATGGAGGTGTACCGCTTCAACAACCACGAAGGCGGGCAGGAACACCACTGGATCAAGCAGCTGCAGTTCCTGCGCAAACTCCTGTCATCTTGA MPLFDLPLDQLRDYTSAAQAPSDFEEFWDRTIGDACALALDAVFEPVDNYLSVINTFDVTFSGFGGDRIKGWLHLPAQLEPGEQLPVVVEYIGYSGGRGLVNQNTRWAQAGYAHFIMDTRGQGYGGVSGDTPDPHPSAGGVNYAGLMTRGADHQDNYYFRRVYVDAFRAVEAAQNHPAVDPSKVVLTGVSQGGGLTVAAAGLTAGRLDGVIAALPDVPFLQDFPRAIDITPRGPYPEIAGFLGRHREKYEPMLAVLNYFDGVHLGRAATVPALFSAAQMDDICPPSTVFASFNNYGTGSRGHGSAPEKDMEVYRFNNHEGGQEHHWIKQLQFLRKLLSS PGPT0011020_185 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-CEPHALOPORIN_METABOLISM,PGPT0011020-cah-K01060 NA NA D3-18_00902 1149 aroG COG0722 Phospho-2-dehydro-3-deoxyheptonate aldolase, Phe-sensitive ATGACCAGCATCGCCGCAGAATCCCCCGAATCGCTAGACTCCGCTGAATCCGGAGCCGCCGCCCAGCCCGCTACCTCCAACCTGCGGGTTGCCCGATTCGAGCCGCTTCCGGCCCCGCAGGACCTCATCGCCGAGTTGCCGCTGGACGGCCGCTCAGCTGCCGTCGTCGACCGTGGCCGCGACCAGGTCCGCGCCATTTTGGACGGCGTGGACGATCGCCTCCTGGTGATCGTCGGCCCGTGCTCCATCCACGATCCCAAAGCCGGCCTCGAATACGCCCGCCGGTTGGTCAGCCAGGCCGAGAAACACAAAGAGGACCTGCTGATCGTCATGCGGACCTACTTCGAAAAGCCGCGCACCACCGTTGGTTGGAAGGGCCTCATCAACGATCCCCACCTGGATGGCAGCCATGACATCGCCGCCGGATTGCTGGCGGCCAGGGGATTCCTGAAGCAGGTCACCGCGTTGGGCCTGCCCACTGCTACCGAATTCCTGGAGCCCATCAGCCCGCAGTACATGGCAGACCTCGTCTCCTGGGGCGCGATCGGCGCGCGCACCACCGAGAGCCAGATCCATCGCCAGCTCGCGTCCGGGCTGTCCATGCCCATCGGCTTCAAGAATGGAACCGACGGCGATCTGCAGGTTGCCATTGACGCTTGCGGTGCCTCTGCCGCTGAGCAGGCCTTCCTGGGAATCGACGACGACGGCCGCGCGGCTCTCGTGGCCACCTCAGGAAACCCGGACACCCATGTGATCCTCCGCGGCGGCCGCAAGGGACCCAACTACTCCGCTGCCGATGTGGCAGCTGCGTCATCCAAGCTTGCAGCGAAAGGGCTGAACCCGCGCTTGATCGTGGATGCCAGCCACGCCAACAGCGGCAAGAGCCATCACCGTCAGGCGGAAGTTGCCTTGGAAATCGGTGCCCAGCTCGAAGCGGGGGAGACCTCACCAATTGCAGGCGTCATGCTGGAGAGCTTCCTCGTGGGAGGGGCGCAGAACTTGGATGTGGCCAAGCAGCTCGCGGGGGAGCAGGAGCTTGTTTACGGACAGAGCGTCACGGATGCCTGCATGGAATGGGATGTTACGGCTTCGGTCTTGGAGCAGCTCGCAGCGTCGGCACGGAAGCGTCGTGCGGTGGTTGCGGCGTAG MTSIAAESPESLDSAESGAAAQPATSNLRVARFEPLPAPQDLIAELPLDGRSAAVVDRGRDQVRAILDGVDDRLLVIVGPCSIHDPKAGLEYARRLVSQAEKHKEDLLIVMRTYFEKPRTTVGWKGLINDPHLDGSHDIAAGLLAARGFLKQVTALGLPTATEFLEPISPQYMADLVSWGAIGARTTESQIHRQLASGLSMPIGFKNGTDGDLQVAIDACGASAAEQAFLGIDDDGRAALVATSGNPDTHVILRGGRKGPNYSAADVAAASSKLAAKGLNPRLIVDASHANSGKSHHRQAEVALEIGAQLEAGETSPIAGVMLESFLVGGAQNLDVAKQLAGEQELVYGQSVTDACMEWDVTASVLEQLAASARKRRAVVAA PGPT0012920_2529 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-PHENAZINE_DERIVATES BIOTIC_STRESS_RESISTANCE-PHENAZINE-1-CARBOXYLIC_ACID_BIOSYNTHESIS,PGPT0012920-3_deoxy_7_phosphoheptulonate_synthase|aroF|aroG|aroH-K01626 NA NA D3-18_00903 213 Putative DNA-binding proteinA ATGTCCGCGGAGACTAACTTCTCGAATGCGCGTTTCATGACGGTGGCCGAAGTGGCCGACGTCCTGCGTGTTTCCAAAATGACCGTGTATCGCCTGGTCCACTCAGGGGAAATGCCCGCCGTAAGGTTCGGCCGTTCCTTCCGGGTTCCTGAAGAGGCTGTTGCCCAGTACCTCAAAGGTGCCGTGGTGGACGGTCAATCCGAGACCGCCTGA MSAETNFSNARFMTVAEVADVLRVSKMTVYRLVHSGEMPAVRFGRSFRVPEEAVAQYLKGAVVDGQSETA NA NA NA NA NA D3-18_00904 99 hypothetical protein GTGGGTTCAGTTATTAAGAAGCGCCGCAAGCGTATGGCCAAGAAGAAGCACCGCAAGCTGCTTCGCAAGACTCGCCACCAGCGCCGCAATAAGAAGTAG MGSVIKKRRKRMAKKKHRKLLRKTRHQRRNKK NA NA NA NA NA D3-18_00905 963 hypothetical protein ATGCAGAATGCCGCACCGCTTCCTCCCCGACTGACCGCTGCACCCTTCACTCTCGACGAGGCCGAGACTGAGGGACTTAAGCGGTCCCACTTATGGAATCGCGCCAAAATCGACGGGGTTAGCCGTGGTCTTTATCGGCCTTCCGATTGGGATTTCGAGCTGTCCGCGGCTGCAAGATCACTGTCAGCTGCAACTCCCGGGGCATGGATCTCCCATGTAACCGCCGCCCGGCTACATGAGACATTTCTCCCGCCCTGGTTATCAGATTCCAACGAATTGCACCTCAGCAAGCCCAGGCACCTGCCGTCAGTTCGGCGCAAAGGAGTGATCGGACACACGGTAGTAGCCTCCGAGGATGAGATTGAGTATGTCCAAGGCATCTGGATGAGCACGCGTTCGCGGACCTGGTTGGATCTCGCACGACGCCTGCCGGTTCCCGACCTCGTCTGCATGGGCGACCAACTCATTCGCACTCCCAGGCCGGAGTTCGAAGAACGCGAGACCGCCCTCACTACACTTGAAGCCCTTCGCAAATTGGTGGACAGACACAAGAATCTGCAGGGCGTAGTTCGGGCAAGAGAAGCACTCGACCTCATGCGAGTGGGCGCCGATTCCGCACCTGAGTCGCTGCTCCGCTTGGCGATGCTGGACGCAGGAATTCCTGAACCGGAACTGCAGGTGCAGCTCCGACAGAATGATCCGTTCTCCCCGTCCGCGGACCTGGGCTTTCGTGTTCGGCGAGTAGCGCTACAGTACGACGGCGGTCATCACCTCGAGCGGGAACAAATATTCAGCGATCGGCGGCGCGACAAAGCATTTGAAGCAGCAGGCTGGACGGTCCTCAAGTTTGGCAAGAATGACTTGGCGGACAACTTTTCGTCGGCTACGCAGAAGATCAAAAGCGCTCTGCGATCGGCGTGGCAGGATCCCGCGGTCAGTGCGGGCTTTTCACGAGGGACGTGA MQNAAPLPPRLTAAPFTLDEAETEGLKRSHLWNRAKIDGVSRGLYRPSDWDFELSAAARSLSAATPGAWISHVTAARLHETFLPPWLSDSNELHLSKPRHLPSVRRKGVIGHTVVASEDEIEYVQGIWMSTRSRTWLDLARRLPVPDLVCMGDQLIRTPRPEFEERETALTTLEALRKLVDRHKNLQGVVRAREALDLMRVGADSAPESLLRLAMLDAGIPEPELQVQLRQNDPFSPSADLGFRVRRVALQYDGGHHLEREQIFSDRRRDKAFEAAGWTVLKFGKNDLADNFSSATQKIKSALRSAWQDPAVSAGFSRGT NA NA NA NA NA D3-18_00906 861 serB1 COG0560 Phosphoserine phosphatase SerB1 ATGCCCGAGGAGAAGAACGCCGCCGTGGTCGCAGATGCCTTGGTGCAAAACACCGCGCAGAAGGACGCGGCGCAACAGGATCTCACGCGGAAGCACGCTGGCGAAGCCGCTTTCTTCGACGTCGACAATACGTTGATGAAGGGTGCAAGCCTCTTCCACGTGGCGCGCAAAATGTACGAACGCAAAGCGTTCACTCTTTCCCAGGCCGCCGGTTTCGCTTGGAAGCAGTTCAAGTTCGTCATGCGCGGCGAAAACATGGAGGACGTCCACTCTGTACGCGACTCCGCGCTGACCCTTGCTGCCGGCATCACCGTAGACGACATCAAGGCGTTGGGCGAAGAGGTCTATGACGAGATGATCGAGTCGCGGATCTGGCCGGGCACCAAGGCGCTGGCAGAACAGCACCTTCGGGTCGGCCGGAAGGTGTGGCTCGTGACTGCTACGCCCATTGAGGTGGCCACTGTCATTTCCACGCGACTCGGTCTGACCGGGGCCTTGGGCACCGTCGGAGAGGTGGACGAAGGCGTCTACACGGGGAAGTTGGTTGGCGACATCCTCCACGGACCTGCAAAGGCTATCGCTGTCCAACTCGTTGCCGATCGCGACGGATTGGATCTGGACCATTGCTGGGCCTACAGCGACTCCGCAAACGACATTCCTTTGCTCACCATGGTGGGTCACCCCGTGGTGATCAACCCCGATGCGAAGCTTCGGCGGCACGCTCGTGAGAACAATTGGCCCGTTTACGATTTCCGCTCCGGACGCCGCGCGGCAACGCTTGGCCTCAAAGCCGCGACCGTCGGCGGAGCCGTGTATGGCTTGTGGCGCGGATTCTCAAAGTTCCGCGGCCCCCGCATCTAA MPEEKNAAVVADALVQNTAQKDAAQQDLTRKHAGEAAFFDVDNTLMKGASLFHVARKMYERKAFTLSQAAGFAWKQFKFVMRGENMEDVHSVRDSALTLAAGITVDDIKALGEEVYDEMIESRIWPGTKALAEQHLRVGRKVWLVTATPIEVATVISTRLGLTGALGTVGEVDEGVYTGKLVGDILHGPAKAIAVQLVADRDGLDLDHCWAYSDSANDIPLLTMVGHPVVINPDAKLRRHARENNWPVYDFRSGRRAATLGLKAATVGGAVYGLWRGFSKFRGPRI NA NA NA NA NA D3-18_00907 255 COG0526 putative protein ATGGCTATTCCCGACGTCGTACTCCTTACCAAAGCTGACTGCCACCTCTGCACGGAAGCGCGTGCCGCCGTCGAGCGTGTGACGAAAAGCCTCGGCGTGCAGTGGACTGAGCAGAAGATCGACGGCGACCCCCAACTCCAGGAGCGCTTCGCAGAGGAGATTCCTGTGGTGCTGGTGGATGGTATTCAGCGGGATTTTTGGAAGATCGACGAGGAACGGCTCACCCGCACACTGAAGAAAGTCCTGGAAGGCTGA MAIPDVVLLTKADCHLCTEARAAVERVTKSLGVQWTEQKIDGDPQLQERFAEEIPVVLVDGIQRDFWKIDEERLTRTLKKVLEG NA NA NA NA NA D3-18_00908 729 rex COG2344 Redox-sensing transcriptional repressor Rex GTGGAACAACAAAGCGACGCAATGGAGAATACCGTGACTGCGCTGGAACCGTCCCCGGACGCACCAACCGGGGACAACGAACCTGCCACCAAGCAGATCCCGCCCGCGGCTGTGGCCCGGATGACTCTCTATTTGCGCGCGCTCAACTCTCTTTTGGCCGAAGGCGTGGAACGCGTTTCCTCGGAAGCCTTGGCAGAGGCATCGGGCGTCAGTTCATCTACGCTCCGCAAAGACCTCTCCTACGTGGGCTCTTACGGGACCCGGGGTGTTGGCTATGAGGTCCAGTACTTGAGCCGGCACATAGCCGCTGCACTTGGCCTGACCCACGACTGGAAGGTCGCGATTGTGGGCGCCGGTAACCTCGGCAAAGCCCTTGCACGGTATGGCGGCTTCGAGTCCCGGGGCTTCGACGTTGTGGCCATCTTTGACGCCGATCCCATGGTGATCGGCAACGAGGTGGGCTGGTTGCGGGTGAGTGATTCGGCCGAGCTGGAGCGCGTGCTGGAACGCACCCATACCAACATGGTGGTGCTTGCGCTACCTGCAACCGTGGCCCAGGCTGTGTGCGACCGCGTCATTGCTGCCGGCATACGGAGCATCCTGAGCTTCGCCCCGGTGCTCCTGCAGGTTCCCCCGCACGTCAACCTTCGCAAGGTGGATATGGCAACCGAGCTCCAGATCCTGGCCTACCATGCACAACGGGCGCAGACTCCGGGCCAGGCTGTTTAG MEQQSDAMENTVTALEPSPDAPTGDNEPATKQIPPAAVARMTLYLRALNSLLAEGVERVSSEALAEASGVSSSTLRKDLSYVGSYGTRGVGYEVQYLSRHIAAALGLTHDWKVAIVGAGNLGKALARYGGFESRGFDVVAIFDADPMVIGNEVGWLRVSDSAELERVLERTHTNMVVLALPATVAQAVCDRVIAAGIRSILSFAPVLLQVPPHVNLRKVDMATELQILAYHAQRAQTPGQAV NA NA NA NA NA D3-18_00909 780 hypothetical protein ATGAGCAACCCTCCGTACCCGCCCTCAAATCCGGGCGACGACAACAAACCCGAGCAGCACGGCTCCCAGCCATCCTCGCCGCAACCTCCGGCACCCCAGTACGGACAGCCCGCCGCGCCTCAATACGGGCAGCAGTCCCCCGCCGCGCCTCAGTATGGTCAACCTGCTGCGCCTCAGTACGGACAGCAATCACCCGCCGCACCCCAGTACGGTCAGCAGGCCTCCCCGTATGGCCAGGCTCCCGGAGCTCCCCAGTATGGCCAGGGCAACAACTGGCCCAGCCAGCAGCCCGGCCCCACAACTATCCCTCCGATGGTCAACTACGCGTTCTGGATGATCATTGCGGCAGGCATCCTGTCTGCCATCAGCTCGCTTCTCTTGGCCACCACCGGAGCCGATGCCTTCATCAATGTGATGAACCAGCAGGCCGCACAACAGGGAACTGAGTTCCCTGCCGAATCCATTGAGGGGATGCGCGGCGCTATCGCAGTGGGCGCCATCGTCGGTGCCATCTTCTCATTGGGGCTCTACGCGCTGGTCGCCTTCCCCGTCCGGAAAGGCAAGAACTGGGCCAGGATCCTTGGCACCGTGTTCGCTGCCATCTCTGTTCTGGGCCTCACCGGCCTGTTCCAGTTCGGCGCAACCTACGGCATCATGCAGCTCATCGTGATCCTGCTGGGCGTTGCCGCGATCGTCATGCTGTACCTGCCGGCGTCGGCTCCGTACTTCCGTAAGGCCCAGCCTTTCGGAAACCCGTACCAGAACCCCTACGGTCGCTAA MSNPPYPPSNPGDDNKPEQHGSQPSSPQPPAPQYGQPAAPQYGQQSPAAPQYGQPAAPQYGQQSPAAPQYGQQASPYGQAPGAPQYGQGNNWPSQQPGPTTIPPMVNYAFWMIIAAGILSAISSLLLATTGADAFINVMNQQAAQQGTEFPAESIEGMRGAIAVGAIVGAIFSLGLYALVAFPVRKGKNWARILGTVFAAISVLGLTGLFQFGATYGIMQLIVILLGVAAIVMLYLPASAPYFRKAQPFGNPYQNPYGR NA NA NA NA NA D3-18_00910 423 hypothetical protein ATGTTCAAAACCCAGGGCCTGCCGACGGAGTTGAAAGTTTCCTACTTCATTTGGGTGATCTCCGGACTCCTGGGCCTGCTGTTTGGCCTCATCGCTTTCTTTGCCGTCATCGCTGCGTTCGCGTTTGCTCCGGGATTCGCCGCCATCGCACTGATCCTCCTCCTGCTCACTTTGGCGGTCGCCGCCGCCCAAGTGATCCTCGCCATGAAGATGAAGGAAGGCAAGGAGTGGGCACGCCTCGCCTTGACCATCCTGGCCGGCGTTTCCTTGCTCCTGGCCATCTTCGGAGCGGCAAGTGGGGGCGGTTCAGGGATGGGCCTGGGCGGCAACTGGTTCGGTTTCCTGGTGAGCGCAGTTGCCGTTGTATTGATGTGGCTGCCCAATTCGCAGCTCTGGTTCAAGACTGTGAAGGGCCACGCTTAG MFKTQGLPTELKVSYFIWVISGLLGLLFGLIAFFAVIAAFAFAPGFAAIALILLLLTLAVAAAQVILAMKMKEGKEWARLALTILAGVSLLLAIFGAASGGGSGMGLGGNWFGFLVSAVAVVLMWLPNSQLWFKTVKGHA NA NA NA NA NA D3-18_00911 555 hypothetical protein ATGATGACTCTCCCCGCTTCCGTCACCACCGGCACCTGGACCCTCGACGCTTCCCACAGCGAGATCGGCTTCACCGTCCGGCACGCAGGCATCAGCAAGGTCCGCGGCCAGTTCAAGGATGCTGCTGCCACCCTGGAAGTTGGCGAAACGCTGACCGACTCCAAGGTCACCGCCACCATCCAGACCGCCAGCTTCGACTCCGGAGACGTGAACCGCGACGGCCACGTCAAGGGCGAAGACTTCTTCGATGTTGAGAAGTTCCCGGAAATCACCTTCGTGTCCCGCCACGTCAAGGCCAACGGCAACAGCTTCGACCTCGTGGGCGATCTCACAATCAAGGGCGTGACCAAGGAAGTTTCCATCGAGACCGAATTCAACGGTGTGGCCGTGGATCCGTTCGGCAACACCCGCGCCGGCGTTTCCGGCGAAACCACGATCAGCCGCAAGGACTTCGGCCTCACCTGGAACGCCGTCCTCGAAGCCGGTGGCGTCCTGGTCAGCGACAAGGTAGTCATCAACCTCGAGCTCGCCTTCATCGCACCGGCCGCCGCGTAG MMTLPASVTTGTWTLDASHSEIGFTVRHAGISKVRGQFKDAAATLEVGETLTDSKVTATIQTASFDSGDVNRDGHVKGEDFFDVEKFPEITFVSRHVKANGNSFDLVGDLTIKGVTKEVSIETEFNGVAVDPFGNTRAGVSGETTISRKDFGLTWNAVLEAGGVLVSDKVVINLELAFIAPAAA NA NA NA NA NA D3-18_00912 666 COG0406 putative protein ATGCCCCAAGCAACTGTCCATCTGCTTCGCCATGGCGAGGTCCATAATCCCGACGCCGTCCTCTATGGCCGGCTGCCGGAATTCCACCTCTCCGAACGTGGCCGGGAGATGGCCCGGATGCTGGCGGACCACTTCGCTGCCCGCGTCAGCCAGGGTGCCAAGATCGTGCATTTGGTAGCCTCGCCGCTCACGCGCGCCCAGGAAACAGCTATGCCCACGGCCGAGGCACTGAACCTGGAGATCACCACCGAGCCGCGCATTATCGAAGCAGAGAACCACTTCGAGGGACTCCACCCCACTAAGAGCGAGTTCCTGAAGCCCAAACACTGGATCTACTTCCGGAATCCGTTGCGCCCTTCATGGGGCGAGCCCTACAAGGAACAAGCAGCCCGAGTCTTGGCCGCGGTCGAGGACGCGCGGGTGAAGGCAGTCGAATTGGGCGGCGACGGCGCGGAAGCCATTCTGGTCAGCCACCAACTTCCAATCTGGTCCACCAGGTTGACTGCCGAGGGCCGCCGGTTGGCCCACGATCCTCGTAAGCGCGAGTGCACCCTGACGTCGCTGACATCCCTGACACTCGATGACGACGGCAAGATCGTACGAGTTGAATACACCGAGCCCGCTGCCGTCCTGCTTCCCGGCGCGGCGAGCACCCCGGGAGCGTAG MPQATVHLLRHGEVHNPDAVLYGRLPEFHLSERGREMARMLADHFAARVSQGAKIVHLVASPLTRAQETAMPTAEALNLEITTEPRIIEAENHFEGLHPTKSEFLKPKHWIYFRNPLRPSWGEPYKEQAARVLAAVEDARVKAVELGGDGAEAILVSHQLPIWSTRLTAEGRRLAHDPRKRECTLTSLTSLTLDDDGKIVRVEYTEPAAVLLPGAASTPGA NA NA NA NA NA D3-18_00913 606 resA_2 Thiol-disulfide oxidoreductase ResA ATGGACAACAATCTTTCGCGCCGCGGCGTGCTGACCGCCGGTGGTGTCCTCCTCGCAGGACTGACCATGGGCCTGTCCGCATGTGCCCAGGAAGACTCCCTTGCCAAGCAAGCTAAGGCCGGCGACAACAAGAACTACGTGGCAGGTGATGGTTCGGTGACGGAGTTCGCCAAGGCAGACCGTGCCGCACCCGTCGCGCTCAAAGGCACTCTCTTTAACGGACAGACGGTAAAGCCGGAGGATCTCCTGGGCAAAGTCACCGTCCTGAACTTCTGGTTTGCCGCCTGTGCTCCTTGCCGCATCGAAGCCCCCCAGCTTGAGGCCCTGCACTTGGACTTCAAGGATCAGGGTGTCCAGTTCTTCGGCGTCAACCTGCGCGACGAACAAGCCACCGCCGAGGCCTTCGACAAGACCTTCAACATCACCTACCCGAGCTTCAATGACAAGGATGGGGCAGTGCTGCTGTCCGTGTCCGGCATTGTGCCTCCTGGTGCAGTACCCACAACCCTGGTCCTGGACAAGGAAGGCAAGGTTGCCTCACGCGTCCTCGGCGAGATCGAGAAGAGCACCCTGAAAGCCCTCATCACCTCCGCAGTGGCCGAGTAG MDNNLSRRGVLTAGGVLLAGLTMGLSACAQEDSLAKQAKAGDNKNYVAGDGSVTEFAKADRAAPVALKGTLFNGQTVKPEDLLGKVTVLNFWFAACAPCRIEAPQLEALHLDFKDQGVQFFGVNLRDEQATAEAFDKTFNITYPSFNDKDGAVLLSVSGIVPPGAVPTTLVLDKEGKVASRVLGEIEKSTLKALITSAVAE NA NA NA NA NA D3-18_00914 756 dsbD Thiol:disulfide interchange protein DsbD ATGAACAGTCCCTTCGCCGAGACGATCCTCAACGGATCACTGCTGCTGGCTGTGCCAGTGGCACTGCTGGCCGGGCTGGTCTCGTTCCTTTCTCCCTGTGTGCTGCCGCTGGTCCCCGGTTACCTTGGCTACGTCACGGGCCTGACCGGCGTCGACCTCCAGAAGCAAAGGCGCGGCCGCATGCTGGCCGGTATTGGCTTGTTTGTCCTCGGGTTCTCCGTGATTTTTGTTCTCCTGGGCGGTGCCTTCGGGCAGTTGGGTACGTTGCTGACCGGCCCCCAAAACGCTTGGATCACCCAACTGTTGGGCATCCTGGTGATCATCATGGGCGTGGTGTTCATGGGCGGCTTCGGCTGGCTGCAGCGTGACGCGAAGATCCATGCCAAACCTCCGGCGGGCCTCTGGGGCGCACCGTTGCTGGGACTCACGTTCGGGCTGGGCTGGGCGCCCTGTATTGGTCCGACGTACTCCGCGGTACAGTTGCTGAGCCTGTCCGGTGGTTCATCGGCGGCCAAGGGAGCCCTCCTGGCATTCGTTTACAGCCTTGGCCTTGGCATTCCGTTCCTCCTGATTGCCCTGGCCGTGCGTCGGGGCATGGGAGTCATGTCCTTCTTCCGCAAGCACCGGCTGGCCATCCAGCGGATCGGCGGAGGCATCCTGATTTTGCTCGGCATCCTGATGGCCACCGGTGTGTGGGGAACCTGGGTGACCGAGTTGCAGTACTGGTTCCAAAACGACGTGAAGTTGCCAATCTGA MNSPFAETILNGSLLLAVPVALLAGLVSFLSPCVLPLVPGYLGYVTGLTGVDLQKQRRGRMLAGIGLFVLGFSVIFVLLGGAFGQLGTLLTGPQNAWITQLLGILVIIMGVVFMGGFGWLQRDAKIHAKPPAGLWGAPLLGLTFGLGWAPCIGPTYSAVQLLSLSGGSSAAKGALLAFVYSLGLGIPFLLIALAVRRGMGVMSFFRKHRLAIQRIGGGILILLGILMATGVWGTWVTELQYWFQNDVKLPI NA NA NA NA NA D3-18_00915 1704 ccs1 Cytochrome c biogenesis protein Ccs1 ATGAGCGAGTCCGTGAAAGCCAAGAAGAAGTCACCAGCCGCTGAAAACACAGCGGAAGGAAAACTCCAGCAGGCCAAGTCCGAGGCAGCCCTGCCCGCGCTTGGTTTCAAGGGCATGCTCCGGTGGTCCTGGACCCAGCTGACCAGCATGCGCACGGCCCTTTTCCTGCTGCTCCTGCTTGCCGTTGGCGCTGTGCCGGGTTCCCTGTTCCCCCAGCGGCCCGCGAATCCGTCAGTGGTCACGCAGTACATCAAGGACAACCCTTCCTACGGCGAGCTTCTCGACGCCCTGCAGCTCTACGACGTCTACTCGTCGGCTTGGTTCTCGGCCATCTACATCCTGCTGTTCATCTCCCTGATCGGCTGCGTCACTCCGCGCGCCATTGCCCACTACAAGGCCATGAAGTCGCAGCCGCCGCGCACCCCCAAGCGCCTTTCGCGCCTGCCGGAGTACGGCACCTTGGCTGTGCCTGCCGACGCCGGGATCCCGGCGTCGAAAGCCATCAACGATGCCGCCGGGCTGTTGAAGAAGCGTGGCTACCGCGTTGAGGTCAGGGATGTCGACGGCGCCCTGCCGTCCTTGGGTGCCGAGCGCGGCTTCATGAAGGAAGTGGGCAACCTGGTGTTCCACACCTCCCTGATCGGGGTACTGGTGTCGGTGGCCATTGGTGGGCTTTACGGGTACAGCGGTCAGCGGATCTTGGTGGAAGGCGATACCTTCGTCAACACCCTGGTGGGCTACGACCAATTCACGCCGGGCACTAACTTCCAGAGCAGTTCGCTGCAGCCGTACTCGATGCAACTGGATAAGTTCGAGGCCAGGTTCGACCGCGAATCGCCCGGCAAGGCGGGCCAGCCCATCGACTACACGGCCGAAGTGACCACCAAGGAAAGTCCGGACGCGCCGGGCAAGAAGGAAACCCTGAAGGTCAACGACCCCGTTTCCCTCGGAAATACGAGCCTTTACCTCACCGGAAATGGCTACGCACCCCTGATCACGGTGCGGGACGGTGAGGGCAACGTCGCTTTCCAAGGTCCCGTAACGGCCAAGGTCCAAGGCGACAACTACTACTCCTCCGTGGTCATCAAGGTCCCGGACGCCAAGCCGGAACAGTTGGGCTTTGTAGGCTTCTTCCTGCCCACGGCGTTCGTCACGGAGGACGGCATTTCCTTCAGCGGCGCCCCGGAACTCATCAACCCGCAGCTGAGCCTGAACTCGTTCTACGGTGACCTGGGCCTGGACAAGGGTGTGCCCCAGAACGTGTTCGAGCTGGACGTCAAGGACCTCCAACAGCTCAACGGCCGCGACCTCCCCGCCGGCGGTATCACCCTGAGCCCGGGAGCCACAGTCAACCTGCCCGAAGGCAAAGGCAGCATCACGTTCGATGGCGTCAAGAAGTACATCGGTGTGGACATCCACCACAACCCCGGCCAGCTCTATGCGCTGATCTTCGGCTTCCTCGCAGTCGCTGGCCTGGTCATGTCGCTGTACATCAACCGCCGCCGCGTCTGGGTCCGCACCGGAACCCACGCAGACGGCCGCACCATGGTGGAGTACGGCCTGCTGGCACGCGGTGAAGACCACCGCTTGGCCGGCGAAGCCGCGGCCCTCCGCGAAATCTTTGCCCGGGAATGGAACATCCCGGAGACGCCGGACACGGCTACAACAACTGCAGGATCCTCCTCAACCTCGAAGGACCAGTAA MSESVKAKKKSPAAENTAEGKLQQAKSEAALPALGFKGMLRWSWTQLTSMRTALFLLLLLAVGAVPGSLFPQRPANPSVVTQYIKDNPSYGELLDALQLYDVYSSAWFSAIYILLFISLIGCVTPRAIAHYKAMKSQPPRTPKRLSRLPEYGTLAVPADAGIPASKAINDAAGLLKKRGYRVEVRDVDGALPSLGAERGFMKEVGNLVFHTSLIGVLVSVAIGGLYGYSGQRILVEGDTFVNTLVGYDQFTPGTNFQSSSLQPYSMQLDKFEARFDRESPGKAGQPIDYTAEVTTKESPDAPGKKETLKVNDPVSLGNTSLYLTGNGYAPLITVRDGEGNVAFQGPVTAKVQGDNYYSSVVIKVPDAKPEQLGFVGFFLPTAFVTEDGISFSGAPELINPQLSLNSFYGDLGLDKGVPQNVFELDVKDLQQLNGRDLPAGGITLSPGATVNLPEGKGSITFDGVKKYIGVDIHHNPGQLYALIFGFLAVAGLVMSLYINRRRVWVRTGTHADGRTMVEYGLLARGEDHRLAGEAAALREIFAREWNIPETPDTATTTAGSSSTSKDQ NA NA NA NA NA D3-18_00916 1068 ccsA Cytochrome c biogenesis protein CcsA ATGCCCGTCATCAACGAAACCCTGGGCCAGTACAGCGAGCTGTTCATGCTGTTGGCCGCCGGCACGTACACCGTGGCGTTCATCGCCTTTGCCTGGGACTTGGCGAAGAGCAGCAAGATGCTCCGCGCCGTGGACCTGAAGGCTGCGGCCAGCACCGCCGGCGAGAAGGTCACGGTTTCTGCAGGCCGCGTCGCTGCAGGCTTGGGAGGTCCCGACGCCGGTGGGCCGGCGGGCCGCGCCGAGCGTCCGACGTCGGGCCTCACCGTTGAGGGCGGAACCGCCGCTGGCGACATGAAGTACGCGGGCGAACGCCGCGCGCCCGCCCGCGTGGCCGTAGCGCTGACGGTGTTGGGCGTACTCATCCACGGCGCCGGCGTGGTTACCCGCGCATTTGGCGCAGGCCGCGTGCCGTGGGGAAACATGTACGAGTTCCTCACCACGGGTGCCTTTGTGGCCGTAGCTGTCTTCCTGGTGGTCCTCATCCGCAGGGATCTGCGCTTCCTGGGCACCTTTGTAATCGGCCTGGCAATCATCATGCTGGTAGCGGCTTCGGCTGCTTTCTGGACCCCGGTGGGGCACCTGGTTCCGGCGCTGCAGAGCTACTGGCTGATCATCCACGTTTCCATCGCGGTCCTGTCGTCGGCCTTGTTCACACTGACGTTCGCGATGTCTGTGCTGCAGTTGCTGCAGTCGTACCGCCAGAAGAATCTTGCTGCAGGTCGCGCGGACAACCTGGGCTTCATGCGTCTGGTTCCCAACGCGCTGAGCTTGGAGAATCTCTCCTACCGCATCAATGCCATCGCGTTCATCGGCTGGACTTTCACCCTCATGTTTGGTGCGATCTGGGCTGAAAAGGCCTGGGGACGCTTCTGGGGCTGGGACCCCAAGGAAGTATGGACCTTCGTGATCTGGGTGGTCTACGCGGGCTACCTGCACGCGCGGGCCACGCGTGGTTGGACCGGAACACGTGCAGCGTGGTTGTCGATCGTTGGCTACGCCTGCGTCATCATCAACTTCACACTCGTGAATACGGTTTTCAACGGCCTGCATTCCTACTCCGGGCTGTAA MPVINETLGQYSELFMLLAAGTYTVAFIAFAWDLAKSSKMLRAVDLKAAASTAGEKVTVSAGRVAAGLGGPDAGGPAGRAERPTSGLTVEGGTAAGDMKYAGERRAPARVAVALTVLGVLIHGAGVVTRAFGAGRVPWGNMYEFLTTGAFVAVAVFLVVLIRRDLRFLGTFVIGLAIIMLVAASAAFWTPVGHLVPALQSYWLIIHVSIAVLSSALFTLTFAMSVLQLLQSYRQKNLAAGRADNLGFMRLVPNALSLENLSYRINAIAFIGWTFTLMFGAIWAEKAWGRFWGWDPKEVWTFVIWVVYAGYLHARATRGWTGTRAAWLSIVGYACVIINFTLVNTVFNGLHSYSGL NA NA NA NA NA D3-18_00917 2103 dnaK_2 Chaperone protein DnaK ATGAACTATGTTCTCGCCATTGACGTCGGGACCAGTTTCACCGCAGCAGCCCTTGTAAAGCCCCACCAAAGCCCAACTCCAGCACCCGAGATCCTCCCGTTGGGACTGCATGGCAGCGCCGTGCCTTCGGTGTTGTTCTATGCAGACGACGGCCGGGTTTTGATCGGCGAGGCAGCCGAACGCCGCGGACTGGACGACCCCCAGCGCATGGTGAGGGAATTCAAACGCAGGATAGGTGACTCGGTTCCCCTGGCTGTGGGAGAGAGCTGGCTCGCCCCCGAGGACGTATACGCCGCCATGGCCCGGTGGGTGGTGGACCGGGCCCAAGAGCGCGAGGGCAGCGCGCCGTCGTCGATCATCATGACGCACCCCGCCGCATGGGGGCAGCACCGTAAGCAGCTGGTCCTCGCAGCGCTCAACGTGGCTGGCCTGGTGGACATCACCTTAATCAGCGAGCCGGAAGCCGCAGCCCTGCACTACGCCTCCCAAACCCGTGTGGAAGACGGCAGCATCATCGCGGTATACGACCTCGGCGGCGGCACTTTCGACACCGCTGTGCTGCGCAAAGCCAGCGCCGGCAACTTTGAACTATTGGGCCGTCCCGATGGTATTGAGACCCTTGGCGGCGCCGACTTCGACGCCGCCGTCCTGCGACACGTGATGGGTCACCTTGGCGAGGGCGCGGCTTTGGATGCGAGCTCTCCCGAGACTTTGGCGGCCCTCTCACGGTTGAGGCGGGAGTGCCGGGAAGCCAAGGAAGCACTTTCCTTGGACAGCGAAGCCAGCGTGGCCGTCTCCCTGCCCGGCACCCAGCTGTCAGTGCGGTTGGTCCGTTCCGAATTCGAGGCGATGATCGAGGCCCCTGTCAGGGACACGGTAGACGCCCTTGAACGAAGCCTGCGGAGTATCAACCTTGAAGCCCAGGACCTGAGCGCGGTGCTGCTCATCGGGGGATCGTCCCGGATTCCACTCGTGGCAGAGCTGATTTCCGTGGAACTGGACCGTCCGATCGCCGTAGACGCCGATCCCAAGTCATCCATCTGCCTTGGTGCTGCCGTGGCTGGGCTGCGCTCCAGTGGGGCCGGTGCAGTGGATGCGGTTGCGGCCGCCCTAGCCGCTTCAGCCGTGGAATCAGTTGCTGGGCAAAAAAGTGCGGACGCTTCGCTGGGGAGGCCGCACGCACCGAGCCGGGCTCCGGTCTTCAGCCACCTTCAAGCATCGTCGGTCAAGCCTGGTCGGCATGCCCCGAGGCCCCGCGTTCGGATGGCGGCGGCAGCCGCCGCGGCCGCAACGGCACTGACCATCGCCACCGCCACAGCGGCACAGAGCCCCGAAGGCACCGGACTGCTGGCCACAGTCTTTGGAAACCAGGCGGCCGATGTCATGCGCGACGGCGGTGTGCAGGCTTCCGGGGCGCAAGCCTCCGGGGCTGACGGTCCTGCGGGTTCCACCCCCATCATCGGGGGACCGGCGGCTGGACTCGAAGCGAGCGCCAAGGCCGGGGTCACGAGGGCTGGGTCCAACGGACGGGCTCCGGCCCGGCAAAATGCAACGAACCCGGGTGCAACTAACGCGGGCACAGGCAGCGCGGCCAATGGTTCGGGCAACACGGCAGGGACGGGTGCCGCCGGCACCTCCTCCGGTACAGCAGCCGGCGGGACGGCAGGTACCACCACGCCTGCTGCCCCGGGAACTTCCACTCCGGGCACTCAGGCTCCCGGCACTCAGGCTCCCCCTCCGGCTACTACGCCGCCAACCACCGCTGAACCTGATCCCACAGGGGGTGCCGCGAGCGGACCGACGCCTCCTCCGGCAACCACAACACCACCTCCGGTGACGACCGACCCGACAACTCCGCCGGTAGTCGAACCAACAACACCGCCCAGCACTCCTTCGGATCCGGTGACCCCACCGCCGCCACCGCCGTCGCCGGTACCGGAACCGGAACCAACGGTGCCGCAGCCCGAGCCCACGGTGGTACAAGACCCGCCGGCATCTCCAGCACCTGTAGTGCCGCAGGAGACCACCCCGCCGGCCGTCCCTGATCCTTTACCAACGGAAACCAGCCCTACTTCGGATCCAGCGCTGCTCTCGGCGGTCTAA MNYVLAIDVGTSFTAAALVKPHQSPTPAPEILPLGLHGSAVPSVLFYADDGRVLIGEAAERRGLDDPQRMVREFKRRIGDSVPLAVGESWLAPEDVYAAMARWVVDRAQEREGSAPSSIIMTHPAAWGQHRKQLVLAALNVAGLVDITLISEPEAAALHYASQTRVEDGSIIAVYDLGGGTFDTAVLRKASAGNFELLGRPDGIETLGGADFDAAVLRHVMGHLGEGAALDASSPETLAALSRLRRECREAKEALSLDSEASVAVSLPGTQLSVRLVRSEFEAMIEAPVRDTVDALERSLRSINLEAQDLSAVLLIGGSSRIPLVAELISVELDRPIAVDADPKSSICLGAAVAGLRSSGAGAVDAVAAALAASAVESVAGQKSADASLGRPHAPSRAPVFSHLQASSVKPGRHAPRPRVRMAAAAAAAATALTIATATAAQSPEGTGLLATVFGNQAADVMRDGGVQASGAQASGADGPAGSTPIIGGPAAGLEASAKAGVTRAGSNGRAPARQNATNPGATNAGTGSAANGSGNTAGTGAAGTSSGTAAGGTAGTTTPAAPGTSTPGTQAPGTQAPPPATTPPTTAEPDPTGGAASGPTPPPATTTPPPVTTDPTTPPVVEPTTPPSTPSDPVTPPPPPPSPVPEPEPTVPQPEPTVVQDPPASPAPVVPQETTPPAVPDPLPTETSPTSDPALLSAV NA NA NA NA NA D3-18_00918 2100 hypothetical protein ATGACGGGACATGACCATAAGCCCGGGTACTTTCGGCCCGGGGCAGACGATCACCCCCTCAAGCACGCTACCGACTCCTTGGGCGCAGATGACACCCTCGGCGCAGATACGGCCCCCACGCTGACAGGCGGGACTGCCGCTGTCCGCGAGCTGCTTCTGTCACTGTCCGTGGGCTTCTCCCTTCCCTCGCCCCTCCCTGACAGACTGCGTGACGGCATGGGCCACCCTGGTGGCTTGGACTCGATCATTGCCGCTGCCAAGGACACCGGCTTGCTTTTGGCGGATGGGACTGTGGTGGGTACTGCACGGTACGCCCTGCTCAAGGAAACCCCTGCTGCCCGTATCCGGGCGCTGCAAAGGGAGCTGGTGGACAAGACTCTGCAGGAGGGGCCTGCATTAGGCGAATTGGCCCGGGATCTGGCAAGGAACGGGTTTCAGGACCCTCGTGTGGTGGCTGAGCTCGAACGGTCTGCGGATGATGCCTTGGAAACCGACCCGCGATTGGCCGCCGAACTTTACGCCGAAGCCCTCTTGGCCGGTGGAGACGAGGTTGCCAAGGCCGCCAGACGTGCCATGGCAACAGCGGCAACCGGCGACCTGGACTCCGCGGGCAGGATGGTGGACCGGCTTCTGGCGGTGCCCGGGGCCCCCGACCTTCGGCTGGGAGTGGACGTGGCCGCCGCCGTCTGGGCGCAGCGTGGAATGCTTGCCCGAAGTGCCGATACCTACAGCTGGCTGGGCTCGGACAGGATCGATGGTTCGGCCCCTCTCGCTGCGGTGGCCATGATCGGCTCGGGAAATCCGGTGGGTGCCGAGGAGCTTCTGTCAGCTGCTCCTCCGAGCGGTTCGCCTACTCTCCTGGCGGTTGCGACGTCCCTGACTCAGCAGGGGCTCTGGGAGACCTTGGAGCCAGCACCGGAATTGGCGCTGACCGAGCTCATCAGGGCCTCGGACATGATGAACGCGGCAGGCACTTCCATCCCCTTGCCGGAAACACCCGCTGCCCTGGCTGCCTTATGCGCCCTCCACAGCGGGGAGCCGACGGTAGCGGACACCGTGCTCAGGGCAGCGTTGGCTGCAGGTCAGTGCGGCGATGCAGCCCGTCCCCGGCTGTTCCTGTTGCGCGCGTGGTCCTCCATGCAGCAGGACAACGCCGACGACGCCCGTTTGGCCATCAATGAGGCCGTCAAAGCCAATCACTGGGCCTTGGCGCCGCGGGATGAGTTCTTGTTGGCGGCTTTGGAAGTAGGCCTGGCCCGGCGGGGCAGCGATGTTCATGAGCTCGTGCTGGCCTGGGACAGGGCCCGTGAAGCGATGATGCACATTTCCGTGGACCTTTACAGCCTTCTGTCTTGGGGTGAGCTGATGATCACCGCTGCACGGTTGAGGGAATCCAGGAGAGTAGCGCATTACCTGGAGAGTGCCTGGGACTTGCTGGGGAGGCTGGACAACCCGCCCTTGTGGTCGGTGCCTTTGCACTGGGCGGCAGTGCAGGCGGCCTTACTGAGCGAAGACCCCGCCGGGCTTGCACCGCATGCGGCAGCGCTGGTGCGTGCATCGGAGCATAGCCATCTGGCGTCCGTGCTCGCGACCGGCGGTAAGGCCTGGGTCTCCGTCCTGGCCGGCCGCTTTGAAGCGTCCGACGTCGAAACAGCGGCCCGCGGGTTGGCCGCCGTCGGCATGCCTTGGGAGGGAGCGCGCTTGGCGGGCCACGCGGCCGCGCATGCGGATGAGCGACGTGACATGGTGAAATTGCTGGCATGCGCCAGGGACCTTCACCCCCAAGGTTCGGCCCCGTCCGCCGGGGCTTCAGAGCGGCAGGAGGATGCCCGCACTGCTGTTCCCGCCCAGCCCGTCATGGACAACGGGGTCGGCCCCGGGAGTCCTGACTCCTCCGGACTCAGCGCCAGGGAACGCGAAGTTGCTCGGCTCATCCTGGAAGGCAAGACCTACCGGGAAATCGGCGAAGCCATCTACATCTCACCCCGCACGGCGGAGCACCACGTGGCGCGCATGCGACGTCGCCTGGGGGCCGAAAGCCGCTCGGAACTCCTGGTCCGCCTGCGGATGGCATTGGGGGACGGGTACCCGCCTCCGTAA MTGHDHKPGYFRPGADDHPLKHATDSLGADDTLGADTAPTLTGGTAAVRELLLSLSVGFSLPSPLPDRLRDGMGHPGGLDSIIAAAKDTGLLLADGTVVGTARYALLKETPAARIRALQRELVDKTLQEGPALGELARDLARNGFQDPRVVAELERSADDALETDPRLAAELYAEALLAGGDEVAKAARRAMATAATGDLDSAGRMVDRLLAVPGAPDLRLGVDVAAAVWAQRGMLARSADTYSWLGSDRIDGSAPLAAVAMIGSGNPVGAEELLSAAPPSGSPTLLAVATSLTQQGLWETLEPAPELALTELIRASDMMNAAGTSIPLPETPAALAALCALHSGEPTVADTVLRAALAAGQCGDAARPRLFLLRAWSSMQQDNADDARLAINEAVKANHWALAPRDEFLLAALEVGLARRGSDVHELVLAWDRAREAMMHISVDLYSLLSWGELMITAARLRESRRVAHYLESAWDLLGRLDNPPLWSVPLHWAAVQAALLSEDPAGLAPHAAALVRASEHSHLASVLATGGKAWVSVLAGRFEASDVETAARGLAAVGMPWEGARLAGHAAAHADERRDMVKLLACARDLHPQGSAPSAGASERQEDARTAVPAQPVMDNGVGPGSPDSSGLSAREREVARLILEGKTYREIGEAIYISPRTAEHHVARMRRRLGAESRSELLVRLRMALGDGYPPP NA NA NA NA NA D3-18_00919 1404 hypothetical protein ATGCCAACACTCGCACAACAGCTCGTGCAGTTCCTGATGAGCCTGTTCAACGATCCTGATGCCGCTGAAGAATTCGTACGGGATCCCGAAGCAGCGCTCACCGCGGCAGGCCTGCGCGATGTCTCGTCGGCCGACGTCGACGCCGTCCGCCCGGTGGTGCTCGACTACGCACCCATCAACGCCCGTTCGTCGTTCGACCGCGAATACAACACCGGCGGCAACAACGCTTCCACTGGTGGGGGCGGTAGCTGGGGCGGACACGACGACGATCACGACGGTGGTGGATACGGCGGCGGTGGCGGCGGCAGCCATGACGACGATGATCACGACGGTGGTGGATACGGCGGCGGCGGCGGCAGCCATGACGACGATGATCACCACGATGGTGGACACGGCGGCGGCGGCGGCAGCCATGACGACGATGATCACCACGATGGTGGACACGGCGGCGGTGGCGGTGGCTGGGACGGCCACGACGATGACGATCACGACGGTGGCCATGGCGGAGGCGGCGGTGGGGGCGGCGACTGGGATGACCACGCACATGCCGTCCAGCAGCTTGTCCACGTGGTGAACAACTACTCCTACACCACCACTATCGATGACCGTGACACGATCACCGATCAGTCGGTGAACCAGAATATCTGGGCAGACGGCGATGTCACGCAGCTCTTCAACCAGGACTCTGTGGTTGCGTCGGGTGACGGCGCCATCGCTGCAGGTGACGATGTCAGCAACGCGGGCAACACGACCACCACAACCACGACCACGACCACCAACACTGACGACCATTCAACGGATAACTCGGTCACTGTGGATGCCAGGGGCAATAACGACATCTCCATCGGCAACGACTACTCGGATAACTCCGTAACCAAGGATTCCTACAACACGGACGTTGACGTGGACATCGATGCGGAGTTCAAGGACTCCTTCAACGACGACCATTCGAACGACACAACCAACACCACCAACAACACCACCATCACCAACACGGATTCCTTCAACAAGGACTCCTACAACAACGAGACCGAGCTGGAAGTCGGTGACGTGGACGTGGAGTACACGAACATCGAGAACTCCACCATCATCAAGGACAACGAGGTGGACCTGGAGTACACCAACGATCACTCCACCAACGTGGAACTGGAAGATGTCCAGGTCAACTACGACTCCACTGTCATCCAGGACAACGAGCTGGAGATCGACAAGTCAGTGGACAACTCGGTTGAAGTAGGCGACGTCGATGTGGATTACACGAACATCGAGGGCAACACAGTCGTCGCCAACAACGAGCTCGATGTCGACTACACGGATATCGATGCAAACCACTCGCTCGTAGTTGCAGATAACGAAGTGGACGTCGAGGTGGAGAACACCAGCGAATACGATCCCGCCTCGTAG MPTLAQQLVQFLMSLFNDPDAAEEFVRDPEAALTAAGLRDVSSADVDAVRPVVLDYAPINARSSFDREYNTGGNNASTGGGGSWGGHDDDHDGGGYGGGGGGSHDDDDHDGGGYGGGGGSHDDDDHHDGGHGGGGGSHDDDDHHDGGHGGGGGGWDGHDDDDHDGGHGGGGGGGGDWDDHAHAVQQLVHVVNNYSYTTTIDDRDTITDQSVNQNIWADGDVTQLFNQDSVVASGDGAIAAGDDVSNAGNTTTTTTTTTTNTDDHSTDNSVTVDARGNNDISIGNDYSDNSVTKDSYNTDVDVDIDAEFKDSFNDDHSNDTTNTTNNTTITNTDSFNKDSYNNETELEVGDVDVEYTNIENSTIIKDNEVDLEYTNDHSTNVELEDVQVNYDSTVIQDNELEIDKSVDNSVEVGDVDVDYTNIEGNTVVANNELDVDYTDIDANHSLVVADNEVDVEVENTSEYDPAS NA NA NA NA NA D3-18_00920 1929 iniA COG0699 Isoniazid-induced protein IniA GTGGCGGACACAGGACACATGACCACGTTGGTTGAGCAGGGCATGGCGCTGGTGGGGGAACGGAACGACCTCCGGCGCCGACTGGAAAGCACTCTCCGCCGCTTGCGCGATCCAAGCGTCCGCGTGATGGTGGTGGGTGAGTTCAAACAAGGCAAGAGCCAACTCATCAACGCCTTGGTGAACGCGCCTGTCTGCCCGGTTGATGATGACATTGCCACCTCCGTCCCTACCGTCGTACGGCAGGGGGATCCGGCGTCGGCCGTTGTCCTTGTCCCCAGCCAGTTTGGTACGGACCCGGAAGGGGACGTAGGCGGCCCGGAAAGCAGGCTGGAACGGCAACCAGTGCAACTGGATCAACTCGCGGAATACGTCTCCGAAAAGGGCAACCCGGGCAACTCGAAGAACATCGTGGCGGCCGAAGTCTCCCTGCCCCGGAAACTGCTGACCGGCGGACTGACGATCGTGGACTCTCCGGGCGTTGGTGGCCTGGGCTCAACACACACGTTAACAACACTGACTGCCCTGCCATCGGCGCACGCTATGGTGTTCGTCTCCGATGCTTCCCAGGAATTCACCGAGCCTGAGATGCGGTTTCTGCGCCAAGCGATGCGCATCAGCCCCAATGTCCTGTGCGTGCTGTCCAAGACTGACCTCTATCCGAGTTGGCGCCAGATCGCGGAGCTGGACCAGAAGCACCTTGCCGACGTCGGCCCTGATATTCCGCTGTTTCCAGTGTCCTCGGAGTTGCGACTCCATGCGGCGCGGCTGCAGGACCCCGAGCTGAACGCAGAATCAGGGTTTCCGGCGCTCATCGCCCACTTGCGGAACAACATTGTGGGTGGGGCGGCCAAGATCCAACGCAAGTCCGTGGGCAATGACCTGTTGACTGTCAGCGAAAACCTCAGGCTGGCGCTGGAATCGGAGTTGGGTGCCTTGGAAAATCCGGCGGGGACTCCGCAGATGATCGCCGGCCTGAACGCGGCCAAGGAGGACGCCGATGCCCTCCGTAAACGCTCCGCCCGTTGGCAGATAACGCTCAATGATGGCATCGGCGACCTCATCGCCGACATGGAATATGACCTGAGGGACAGGCTGCGCAGGATTCAAAGAGAGGCCGAAATTTCCATAGATCAAGGCGACCCTGGACCGGCTTGGGAGCAGTTCACGCAGTGGCTGGAACAGAGCACGGCAGCAGCGGTATCGGATACCTTCGTCTGGACCAGCGAACGTGCTCAATGGTTGGCCACGCAAGTGGCGGAGCACTTCTCAGAAGATGAGGTGGCCCTGCCGGCCTTGAAGGTAGCCGATACCGGCGGTGTACTGGACCCCGTGGCTGATATCCAGGATATGGAAGACGGCAAGCTCGGGCCCCTGCAGAAGGTGCTGATCGGGATGCGCGGTTCCTACGGTGGCGTACTGATGTTTGGCCTGCTGACCGGCATCTTTGGGATGGCCCTTATCAACCCACTGTCTGTAGGGGCCGGCCTGATGCTGGGCCGGAAGGCATACCGGGAAGACAAAGAGGCCAGGCTCAAGCAACGGCAGTCCGAAGCCAAGATCCTGGTCCGGAAGCACGTGGACGATGTTGTGTTCCAAGTAGGAAAGCAGCTCAAGGACAGGCTGCGGCTGGTTCAGCGGGCCACACGGGACCACTTCACGGAGATCGCCGAGGAGCACCACCGTTCCCTGACGGAATCAGTGGCGGCCGCCCAGAAAGCGGCAGCTACCTATGCCGTGGAGCGGGACATGAGAATCAAAGAGATACGGAATCAGCTCAAGGTAGTGGACGCCCTGGCCAAGGCAGCCCGGCAGCTGCAGGAAGAGCCGCCCGCGCCACAGACCGGCCCCACACCCCAAACCAACCCCTCAACCCCGGCCAACCCCTCAACCCCGGCCAAAACAGCGCCGGCCTCGGTCCCGGCAGGATGA MADTGHMTTLVEQGMALVGERNDLRRRLESTLRRLRDPSVRVMVVGEFKQGKSQLINALVNAPVCPVDDDIATSVPTVVRQGDPASAVVLVPSQFGTDPEGDVGGPESRLERQPVQLDQLAEYVSEKGNPGNSKNIVAAEVSLPRKLLTGGLTIVDSPGVGGLGSTHTLTTLTALPSAHAMVFVSDASQEFTEPEMRFLRQAMRISPNVLCVLSKTDLYPSWRQIAELDQKHLADVGPDIPLFPVSSELRLHAARLQDPELNAESGFPALIAHLRNNIVGGAAKIQRKSVGNDLLTVSENLRLALESELGALENPAGTPQMIAGLNAAKEDADALRKRSARWQITLNDGIGDLIADMEYDLRDRLRRIQREAEISIDQGDPGPAWEQFTQWLEQSTAAAVSDTFVWTSERAQWLATQVAEHFSEDEVALPALKVADTGGVLDPVADIQDMEDGKLGPLQKVLIGMRGSYGGVLMFGLLTGIFGMALINPLSVGAGLMLGRKAYREDKEARLKQRQSEAKILVRKHVDDVVFQVGKQLKDRLRLVQRATRDHFTEIAEEHHRSLTESVAAAQKAAATYAVERDMRIKEIRNQLKVVDALAKAARQLQEEPPAPQTGPTPQTNPSTPANPSTPAKTAPASVPAG NA NA NA NA NA D3-18_00921 1476 iniC COG0699 Isoniazid-induced protein IniC ATGATCGAGTCGGGTATCGCCGGAGTTGCAGACCTGCTCCGGCACGCACGGGAGGCCTTCCAAGAGGACGCAGCGGCGCTCGCTGTGGTGGATGACCTGGAGGACAGGCTGGAAGGGCCTTTGCGCATAGCTGTGGCGGGTATGGTCAAGGCCGGCAAATCAACACTTCTCAACGCGATCATCGGGGAGGAAATCGCCCCCACGGACGCTGGGGAATGCACCCGGATCGTGACGTGGTACCGCTACGGACACACGCCCCGGATCACGCTCCATCCGATCATTGGTGAGCCACAATCCCTCCCCGTCACCCGCGAAGACGGCCGGTTGGTCTTCACTATGGGTGATGTTCGGGCCGATGACGTGGAGCGGCTGGTGGTGGACTGGCCAGCGGCTAGCCTGCGGGAGCTTACCCTGATCGATACCCCGGGGATCGCCTCGTTGTCACAGGATGTTTCGAGCCGGTCCACGGAGTTCCTCCTCCCCGAAGACGCCCCCGTGGCCGCCGATGCCGTCATCTATCTCATGCGGCATCTCCACGCCTCGGATGTCCGGTTCCTGGAATCCTTCAAGGACACCACCGCGGGTCAATCCGGAACTGTCAACGCCTTGGCGGTCCTGTCCCGGGCTGACGAGATCGGCGCAGGAAGGATCGATTCCCTCATTTCCGCAGCAGTGATCGCTGATAGATACAGCCAGGACCAGAACCTCAGGCCCCTTGCCCTGGGCGTTGTCCCGGTTGCCGGCCTGTTGGCGCAAAGTTCACGGACCATGCGCCAAGCGGACTTCGAGGCCATGAGAATGTTGGCGCAGATGGACAGGAACCAGAGGGAAAGGCTGATGCTGTCAGCGGACCTTTTTGTTCGCGCTGCCGAGCCCGATGGTCTGGGCGCGGCAGCAAAAGCGTCCCTCGTTCAAAAGTTCGGCTTGTTCGGGATACGCCTTGGTGTTGCCCTGATCCGGGGTGGCATCAACAATCCCACGGACCTTGCCCATGAGTTGGCACGGCGTAGCGGACTTGGCCAGCTGCTGGACAACATCGCCTACCTGTTCCAAACCAGAGCGGACGCACTCAAGGCGCGTGCCGCCGTCGTAGGTTTGGAAGCGCTGCTGCGCAGTTCGCGCAGGGACGTCGCGTTGCTCCTGGAAGCCAACGTGGAAAAGGTTCGAACGGGAGCCCACGAGTTCCGGGAATTGAAACTCCTGGCAACGCTCAGGACCGAAGGCCTAAGCCTGACTCCGGAGCAATCTGCAGAGGCAGAGCGTCTGGTGGGCGGCCGTGGCAGCACGCCGCCGCTGAGGTTGGGCCTGGATGCGGAGGCAAGCCCGGAGCAGGTAAGTGAGGCAGCGCGAAACAGTCTGAACCGTTGGCGGTTGCTCGCGGAGAACCCGCTCACTGAGCCTGCGGCACTGGATGCTTGCCGTGTGGTCCTTCGCAGTTGCGAGGGGATGTTGGCCGCTATTCCCGCCGTTCGCTAA MIESGIAGVADLLRHAREAFQEDAAALAVVDDLEDRLEGPLRIAVAGMVKAGKSTLLNAIIGEEIAPTDAGECTRIVTWYRYGHTPRITLHPIIGEPQSLPVTREDGRLVFTMGDVRADDVERLVVDWPAASLRELTLIDTPGIASLSQDVSSRSTEFLLPEDAPVAADAVIYLMRHLHASDVRFLESFKDTTAGQSGTVNALAVLSRADEIGAGRIDSLISAAVIADRYSQDQNLRPLALGVVPVAGLLAQSSRTMRQADFEAMRMLAQMDRNQRERLMLSADLFVRAAEPDGLGAAAKASLVQKFGLFGIRLGVALIRGGINNPTDLAHELARRSGLGQLLDNIAYLFQTRADALKARAAVVGLEALLRSSRRDVALLLEANVEKVRTGAHEFRELKLLATLRTEGLSLTPEQSAEAERLVGGRGSTPPLRLGLDAEASPEQVSEAARNSLNRWRLLAENPLTEPAALDACRVVLRSCEGMLAAIPAVR NA NA NA NA NA D3-18_00922 603 hypothetical protein ATGGCCCAGCAAGCTGATGGATCACGGCAGTCACCCTCCCCCACACCATCAGTCAACGGGCCCGCATCACCCTCCGCACCACCGCCACGCCCAGGCATTTCCCTGTCCACGCCGCCGCCCATAGCGGTGGTTGTTCGTCCTCCCGGACCCGCCCGCTTGTCCCGCACTCTTTGGGTTGCCAGCTTCGTTGCCGGAGTCGCGGTGGTGGTGACAGGCTTTCTTGGCCGTGACTCCCACTTCGAACGCCTGAAGGGCGTCATTGGAGGCATGGTCCCCGACGGCGATGCCAAAGCAGTAGAGGGAGCCACCGCCGTCGTGTTCCTCGGAAGCCTCGCCATGCTCGCGCTGGTAGTAGCCATGGAAGCTGTCCTGCTGGCGGTCCTCTTCAAACGCCGCATCTGGGCTCGCTGGGCCCTTGCCCCGTTGGTCCTCCTCCACGCGGTGGTCACCGTCATTACTGCCGACTTCGTGGTGGCCCCCGGCGCGGACGGCGTCCTGACGATCGTGCTGTTAGCGGCCCAATTCATCCTGGCCGCAGCCGCCCTGATCCTGCTCTTCCTCCCCTCCACCACCACCTGGTTGCTTAGCGAACGGGTTGCTTAG MAQQADGSRQSPSPTPSVNGPASPSAPPPRPGISLSTPPPIAVVVRPPGPARLSRTLWVASFVAGVAVVVTGFLGRDSHFERLKGVIGGMVPDGDAKAVEGATAVVFLGSLAMLALVVAMEAVLLAVLFKRRIWARWALAPLVLLHAVVTVITADFVVAPGADGVLTIVLLAAQFILAAAALILLFLPSTTTWLLSERVA NA NA NA NA NA D3-18_00923 441 hypothetical protein ATGCTCCGGGTTGTAGGCGTCGTTATAGTTCTAGTCATCTTCGTTTATGCCCTTGTGGACGTCATCCGCACGGACGGCAACCAAACACGCGGAATCTCCAAACCCGCATGGATCATTGTAATGATCCTCCTGCCGCTGCTGGGCGCAATCCTCTGGTTCATTTTCGGCCGGCCCTACGGCAAACCCACTGCCAAGCCTGTACGCCGACAGCCCACAGCCCCGGACGACGACCCCGAGTTCCTGCGCAACCTGGAAACCCGACGCCGTAACCAGGCTGAAGAGGATCGCCTGAAGAAGCTCAAAGCAGACCATGACGCCAAGAAACGCGATACCGGCGACAAGCCCAGCGATGGCAGCGGCGACGCCAAAAACAACGGCTTCAAACCCGGCGACGCCAAGCGCAGCGAGCCGGATCCCCATGACACGGACGAGCTGAAGTAG MLRVVGVVIVLVIFVYALVDVIRTDGNQTRGISKPAWIIVMILLPLLGAILWFIFGRPYGKPTAKPVRRQPTAPDDDPEFLRNLETRRRNQAEEDRLKKLKADHDAKKRDTGDKPSDGSGDAKNNGFKPGDAKRSEPDPHDTDELK NA NA NA NA NA D3-18_00924 312 hypothetical protein ATGGTGGCTTTCCTGAAGTATTCCCTCATCCGTCTGGCGCTGTTCGTGCCGTTGTTCGTGCTGTTCGCCTTTTTGGGGGTCGGTTGGATCCTGGCTGTGGTCTTCGCAGGGCTGATCGCCTTCGCTATCAGCTACCTGTTTTTCCAGAAACAGCGCGACGCCGCCACGGCCGCCATGCGTGAGAGGTTCTCCGGGAGGGCCAAGCCCATTCGTACCGCCGGTGAAGTTGAAGACGCCGCCGTCGAGGACGGCTTGGTGGAGAAGAACCCGGACATCGCTGTGAACAACGACAAACGCCCGGGCACTGCCTAG MVAFLKYSLIRLALFVPLFVLFAFLGVGWILAVVFAGLIAFAISYLFFQKQRDAATAAMRERFSGRAKPIRTAGEVEDAAVEDGLVEKNPDIAVNNDKRPGTA NA NA NA NA NA D3-18_00925 882 menA COG1575 1,4-dihydroxy-2-naphthoate octaprenyltransferase GTGGCGACAGCTGCACAATGGATTCAAGGAGCCCGGCTCCGCACACTGCCCGCGGCCATCGCGCCGGTCCTCATCGGTTCGGCAGCGGCGTACGAGCTCCAGGCTTTCCGGCTGCCGAACGCGATCCTGGCAGCACTTGTGGCTCTCCTGCTTCAAATCGGCGTGAACTACGCCAACGACTACTCCGACGGCATCCGCGGCACGGATGAGGACCGTGTGGGCCCCCTCCGTTTGGTGGGCTCAGGCGCCGCGAAGCCGGAGCAGGTGAAGTGGGCTGCTTTTGCCCTCTTCGGGGCGGCGATGATTTGCGGCCTCATCCTGGTGATCATCACCCAGGCCTGGTGGCTGATCCTGGTAGGTATCGGCTGCATCCTGGCGGCTTGGGGCTACACGGGCGGCAAAAACCCTTATGGCTACCTGGGCCTGGGCGACGTCTTTGTTTTCGTGTTCTTCGGACTCGTGGCCACCCTGGGAACCACCTACACCCAGGCCGGACAGGTCAGCCTCGCCGCAGTCATCGGTGCGATCGGTACCGGGCTCATCGCCTGTGCGTTGCTGATGGCAAACAACGTCAGGGACATCCCCACGGATGCGGCCGCTGGGAAGCGGACCTTGGCAGTCCGTCTGGGTGACCGGCATGCCCGCGAAAGCTACGTACTGATGCTGGCCGTGGCCATCCTGCTCGTGATCGTCCTGGCACCCACCAAGCCGTGGATGCTGATCGTGCTGCTGCTGATTCCGGCTTGCCTGATGCCGGCGTGGCTCATGGTGAACGGCAAGAAGCGCAAGAGCCTCATCCCGGTTCTCAAGCAGACCGGCATGATCAACCTCGGCTACAGCCTGTTGTTCTCGCTGGGACTGATCCTGAGCCGCGGCTTCTAA MATAAQWIQGARLRTLPAAIAPVLIGSAAAYELQAFRLPNAILAALVALLLQIGVNYANDYSDGIRGTDEDRVGPLRLVGSGAAKPEQVKWAAFALFGAAMICGLILVIITQAWWLILVGIGCILAAWGYTGGKNPYGYLGLGDVFVFVFFGLVATLGTTYTQAGQVSLAAVIGAIGTGLIACALLMANNVRDIPTDAAAGKRTLAVRLGDRHARESYVLMLAVAILLVIVLAPTKPWMLIVLLLIPACLMPAWLMVNGKKRKSLIPVLKQTGMINLGYSLLFSLGLILSRGF PGPT0009395_2250 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009395-menA-K02548 NA NA D3-18_00926 1140 menE_1 COG0318 putative 2-succinylbenzoate--CoA ligase GTGAACATTGATCCCCTTTTGAAAGCCCTGATGGCTGCCCTGCATGGCGAGGGACCCGCCGTCGAAATCGTGATGGATGAAAACGGCGAGCCGCAGGCTGTTCCCGTGGAGACCGGCGTCGAAGAGGCAGCCGTACTGGTCCGCACGTCCGGTTCCACGGGCACCCCCAAGGCAACCGTGCTGACCATCGACGCCCTCGCAGCTTCGTCTGTATCCACCGCCGTGGCCCTGCGGGGCGAAGGACAGTGGTTGCTGGCACTCCCGCTGCAGTATGTGGCCGGTGTGCAGGTGCTGGTCCGCTCGCTCTACGCAGGCACGCGCCCGTGGGTCATGGACCAGTCCAATGGCTTCACACCCGAGGCCTTCACGGCCGCCGCCGAGGAACTGACCGACAAGATCCGCTTTACTTCCTTGGTGCCCACGCAACTGCAACGGCTCCTCGACTCCCCCGCGCCGGAAACCCTCGCCGTACTGCGACGCTTCGACGCGATCCTGCTGGGCGGCGCGCCCGCTTCTGCTGAGCTCCTTGCCACTGCCCACGCAGAGGGGCTCAAGGTGGTGACCACCTACGGCTCAGCCGAGACGTGCGGCGGGTGCGTTTACGACGGCGAGCCGTTGGACGGCGTCGAGGTCCGGATCGGTGAAGGCGAACTGGAAGGCCGCATCCTGCTGGGTGGCGACACCGTGGCGGCGGGCTACCTGGACGCCCCCCGCGCTTCAAAAGCAGCATTCTTCGAGGAAGACGGCGTGCGCTGGTACATCACCGGCGATCTGGGCGAGCTGTCCGACGACGGCAAGCTCACCGTCCTGGGCCGCGCCGATGACGTGATCATCACCGGAGGCGTCAAAGCCTCCGCCGCTTACATCCAGGGCAAACTGGAAGAGCTCGACGGCGTCACCTCGGCTTTCGTAACCGGCGTCCCGTCGCGCGAGTGGGGCCAAGCTGTGGCGGCTTACGTTGCCGTGACTGATGCGTCGCCCGCAGGCCTCAAGGGTTTCACAGCCCGCCGTGAGGAAGTACTGGGTGTACTGGCGCCCAAAACGGTGTTCGCTGACAAGGAATTGCCGATGCTTCCCAACGGAAAGCCGGACCGTATGGCCATGATTGACCGGCTTTCCGAGCTGCATCAGGGACAATAG MNIDPLLKALMAALHGEGPAVEIVMDENGEPQAVPVETGVEEAAVLVRTSGSTGTPKATVLTIDALAASSVSTAVALRGEGQWLLALPLQYVAGVQVLVRSLYAGTRPWVMDQSNGFTPEAFTAAAEELTDKIRFTSLVPTQLQRLLDSPAPETLAVLRRFDAILLGGAPASAELLATAHAEGLKVVTTYGSAETCGGCVYDGEPLDGVEVRIGEGELEGRILLGGDTVAAGYLDAPRASKAAFFEEDGVRWYITGDLGELSDDGKLTVLGRADDVIITGGVKASAAYIQGKLEELDGVTSAFVTGVPSREWGQAVAAYVAVTDASPAGLKGFTARREEVLGVLAPKTVFADKELPMLPNGKPDRMAMIDRLSELHQGQ PGPT0009380_1538 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009380-menE-K01911 NA NA D3-18_00927 963 menB COG0447 1,4-dihydroxy-2-naphthoyl-CoA synthase GTGAACAACCAACTCCCTGCCAAGGTTTCCGACGTCTTTGACCCCACACGCTGGCGCACAGTTTCCGGCTTCGACGACTTCAAGGACATGACCTACCACCGGCAGGTCGAGCGTTCAGCGGACGGCACAGTCAAGGACCTTCCCACGGTCCGCATCGCCTTCGACCGGCCCGAGGTCCGCAACGCGTTCCGCCCGGGCACTGTGGACGAGCTCTACCGGGCCATGGACCACGCCCGCATGACACCGGACGTCGCCACAGTGCTGCTCACAGGCAATGGACCCTCGGAGAAGGACGGCGGACACTCGTTCTGCTCCGGCGGCGACCAGCGGATCCGTGGCCGGGACGGCTACCGCTACCAAGTAGAAGGTGCTGCGGGTGACTCCGCCGAATTTATCGACCCCGCCCGCGCCGGCCGCCTCCATATCCTGGAAGTACAGCGGCTCATGAGGACCATGCCTAAAGTGGTCATCGCCGTCGTCAATGGTTGGGCTGCCGGCGGTGGCCACTCGCTGCACGTGGTCAGCGACCTCACCATCGCCTCGCGCGAGCACGGCAAGTTCAAGCAGACGGACGCAACCGTGGGAAGTTTCGACGCCGGATACGGCTCTGCGCTGTTGGCTCGCCAGATCGGGCAGAAAACGGCGCGGGAGATCTTCTTCCTGGCCCGCGAATATTCCGCCGAGGACATGGTCAGGATGGGCGCCGTGAACGAGGCCGTTGAGCACGCCCGCCTTGAAGAAGTTGCCTTGGAGTATGCAGCGGACATTGCCCGCCAGTCACCGCAGGCCATCCGCATGCTCAAGTTCGCTTTCAACCTGGCCGACGACGGCCTGGCGGGACAGCAGGTCTTCGCCGGTGAAGCTACCCGTCTCGCGTACATGACGGACGAAGCCGTGGAGGGCAAAGAAGCGTTCCTCCAAAAGCGCGACCCCGACTGGTCCAACTTCCCTTACTACTTCTAG MNNQLPAKVSDVFDPTRWRTVSGFDDFKDMTYHRQVERSADGTVKDLPTVRIAFDRPEVRNAFRPGTVDELYRAMDHARMTPDVATVLLTGNGPSEKDGGHSFCSGGDQRIRGRDGYRYQVEGAAGDSAEFIDPARAGRLHILEVQRLMRTMPKVVIAVVNGWAAGGGHSLHVVSDLTIASREHGKFKQTDATVGSFDAGYGSALLARQIGQKTAREIFFLAREYSAEDMVRMGAVNEAVEHARLEEVALEYAADIARQSPQAIRMLKFAFNLADDGLAGQQVFAGEATRLAYMTDEAVEGKEAFLQKRDPDWSNFPYYF PGPT0009385_252 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009385-menB-K01661 NA NA D3-18_00928 438 hypothetical protein ATGACACTCAACATTCAGGTAGTAGTCGATTGCAAGAAGCCGCACGAACTCGCCGACTGGTGGGCTGAGACCCTCGAGTGGAACGTAGAGCCGCAGGACGAGGCATTCATCCGGTCCATGATCGAGCAGGGGTACGCCACCGAGGACCAGACCATCACGCACAACGGCAAGCTGGTGTGGGCGGAGGGGTGTGCGATCGTACCCGCCGAAGACACGGACCCCAAGACCGGCCGGCGGATCCTGTTCCAAACGGATCCCAACGAAAAATCGGTCAAGAACAGGGTGCACTGGGACGTCCGACTGGACGGCCGGGACAAGGATGACGTGCGGAAACAGCTGGAAGCGCGCGGCGCCAAGCACCTGTGGACCGCCAATCAGGGACCGCATGAATGGCACACCATGGCCGACCCTGAGGGCAACGAGTTCTGCATCAGCTAA MTLNIQVVVDCKKPHELADWWAETLEWNVEPQDEAFIRSMIEQGYATEDQTITHNGKLVWAEGCAIVPAEDTDPKTGRRILFQTDPNEKSVKNRVHWDVRLDGRDKDDVRKQLEARGAKHLWTANQGPHEWHTMADPEGNEFCIS NA NA NA NA NA D3-18_00929 729 hypothetical protein ATGGGCACTCTTTCCACCAAGGCACCTTTGTACAGATTCACTGCCCTGGACGCCATAGCCGTGGCAGCATACGTGGGCTTTACCGCCTACTTCCTGCTGGCTGGTCAGACGCTCAACCGCATGATGCTTGAGCTGTTTACTGACCCGGCGACAGCGTCCTATGCCGTCAACGCGATCTTCTATGCCGCCGTCGGAATATTCGCTGTTGCATCCGCTTGGCGAGTGGTGGGCCGTGACCTCCGGATCCTGGGGACCCGACCGTGGTTCACGGTGGGCATGATCCCCTTGACCTTGGTGGTAATGCTGATTCTCACAGCGATTCTGGTGGCGGTGTTCGGTACCGCCCAAAGCTCCGAGAATCAACTGGGTATTCAAGGCATGCTGCAACAGGTGCCGGCATGGCTGATGGTGCCATTGCTGGTCATCCTGGGTCCGTTCGTGGAGGAATATCTCTTCCGGCACCTCCTGATCGGCAAATTGTCGCAGTACCTGAACATCTGGGTTTGCTGCGTGATCTCCGTGGTGGTGTTCTCGTCCATCCATGTTGTGGGCCGCGAAGGACTCGCATTGTCTGCGCTGGCTCCGTACCTGGGGATGGCCGTGGTGCTGGTGGCTGTGTACGTCTGGACGGGAAAGAACCTGATGTTCTCCTACTTCGTGCACGCCGCCAAAAACCTCATGGCCGTGGTCCTGATCTATGCGGTACCGCCCGAACTCCTGCCCAACTAG MGTLSTKAPLYRFTALDAIAVAAYVGFTAYFLLAGQTLNRMMLELFTDPATASYAVNAIFYAAVGIFAVASAWRVVGRDLRILGTRPWFTVGMIPLTLVVMLILTAILVAVFGTAQSSENQLGIQGMLQQVPAWLMVPLLVILGPFVEEYLFRHLLIGKLSQYLNIWVCCVISVVVFSSIHVVGREGLALSALAPYLGMAVVLVAVYVWTGKNLMFSYFVHAAKNLMAVVLIYAVPPELLPN NA NA NA NA NA D3-18_00930 996 yfeA COG0803 Periplasmic chelated iron-binding protein YfeA GTGACCAGCCTAGCTTTGCTGCGTGGGCCTTGCTTGGCTACACTTTTCGGTATGCCTAACTTTCCGTTTCGGCGCGCCAAAGATGTCCGCCGTTTCGCTGCTGTCCTGACTGCGATCGCCCTTGCCCTGGGAGTCTCCGCCTGTGGAGGGAACTCCTCTGCGGGAGAAGATGACAAGCCCGTGGTCCTCACCACTTTCACCGTCCTGGCAGACATCGCCAAGAATGTTGCCGGAGATAAGCTCCGCGTCGAGTCCATCACCAAAGCCGGAGCTGAGATCCACGGTTATGAGCCAACCCCGGGTGACATCCGGAAAGCCGCCCAAGCAGATCTCATCCTTGACAATGGCCTCAATTTGGAAGCGTGGTTTTCCCAGTTCGTGGAGGACCTCGATGTACCGCACGCAGTAGTGAGCGACGGCGTGGAGATCATGCCCATCGCCGAGGACTCCTACCAAGGCAAGCCGAACCCGCACGCGTGGATGTCGCCCAGGAACGTGCAGCTCTACGCAAACAACATGGCCAAGGCTTTCGCCAAGCTGGATCCTTCCCACGCTGCCGAATTCGAAGCCAACGCCAAGACCTACAACGCCCAACTCCAAACCGTGCAGGATGAAATGGTGTCCAAGTTGTCCGTACTGTCGGAGAAGCAGAGGGCGCTGGTCACCTGCGAAGGCGCATTCTCCTATCTGGCCCGCGACGCCGGCCTCAAAGAGGTTTATATCTGGGCCGTGAACGCTGAGCAGCAGGCCACGCCACAGCAGATTACGCGGGCCATCGAATTCGTCAAGGACAACCAGGTTCCGGCGGTGTTCTGTGAATCCACTGTGTCAGACGCCCCGATGCAACAGGTGGTGGGTGCCACCGATGCCAAGTTCGGCGGAACGCTCTACGTCGATTCCCTCTCCGAAGCGGACGGACCCGTTCCCACCTACCTTGACCTCATACGTCACGACGCCAAAGTCATCACCACTGCACTCACCGGAGGGACGCCATGA MTSLALLRGPCLATLFGMPNFPFRRAKDVRRFAAVLTAIALALGVSACGGNSSAGEDDKPVVLTTFTVLADIAKNVAGDKLRVESITKAGAEIHGYEPTPGDIRKAAQADLILDNGLNLEAWFSQFVEDLDVPHAVVSDGVEIMPIAEDSYQGKPNPHAWMSPRNVQLYANNMAKAFAKLDPSHAAEFEANAKTYNAQLQTVQDEMVSKLSVLSEKQRALVTCEGAFSYLARDAGLKEVYIWAVNAEQQATPQQITRAIEFVKDNQVPAVFCESTVSDAPMQQVVGATDAKFGGTLYVDSLSEADGPVPTYLDLIRHDAKVITTALTGGTP PGPT0004350_79 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-MNT1_TRANSPORT_SYSTEM,PGPT0004350-mntC1-K11601 NA NA D3-18_00931 735 mntB_1 COG1121 Manganese transport system ATP-binding protein MntB ATGAGTACTCCCGCGATCGCTGTTGAGAACGTCACCGTCCATTACGGCGAGGTCCTGGCCTTGGACTCTGCGTCCCTGAGCTTGGAACATTCGCGGATCTGCGGACTGGTGGGCATGAACGGCTCCGGGAAGTCCACCCTGTTCAAGGTCATCATGGGCATGGTGAAGCCCGATTCCGGCAGGGTGCTCATCAACGGCGAACCCCCCGTAAAGATGCGCAAGGACGCCGGCATCGGTTACGTCCCCCAAAGCGAAGACGTTGATTGGGCCTTCCCCCTGTCCGTCCGGGATGTGGTGATGATGGGCCGTTACGGGCATTTGGGATTCACGCGCCGGCCCCGCAAAGCCGACCGGGACGCCGTCGAGCACGCCTTGGAACGCGTGGAGCTCAGCGAGTACGCCGACAGACAAATCGGGCAGTTGTCCGGAGGGCAAAAGAAGCGCGCTTTCGTGGCCCGGGGTATCGCCCAAGGTGCCACCATGATGCTGCTCGATGAGCCGTTCGCGGGTGTGGACAAACGGTCAGAGGCCACCATCACCAGGCTCCTCCGCGAACTGGCCGACAACGGCGCCACCATCCTCATCTCCACCCACGATCTCCATGCCCTGCCCCAACTCTGCGATGAAGCTGTGTTGTTGATGCGCAAGGTGCTCATGCATGGAAGCCCGGACACCGTGCTCCAACCGGAAAACCTGGCCATGGCTTTCGGCCTCGATGTCATGAACAGGGGTTAG MSTPAIAVENVTVHYGEVLALDSASLSLEHSRICGLVGMNGSGKSTLFKVIMGMVKPDSGRVLINGEPPVKMRKDAGIGYVPQSEDVDWAFPLSVRDVVMMGRYGHLGFTRRPRKADRDAVEHALERVELSEYADRQIGQLSGGQKKRAFVARGIAQGATMMLLDEPFAGVDKRSEATITRLLRELADNGATILISTHDLHALPQLCDEAVLLMRKVLMHGSPDTVLQPENLAMAFGLDVMNRG PGPT0004340_162 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-MNT1_TRANSPORT_SYSTEM,PGPT0004340-mntA1-K11603 NA NA D3-18_00932 864 mntB_2 Manganese transport system membrane protein MntB GTGGAATTCCTGCTCGAGCCCCTTAGCTACGACTTCATGGTCCGTGCCCTGGCAACAACGGCCATCGCTGCCGTTGTCTGTGCTGTCTTGAGCTGCTGGCTGGTTCTCATCGGCTGGTCCCTCATGGGCGACGCTGTCTCGCATGCGGTGCTTCCCGGCGTCGTGCTCGCATACATCGTGGGGGCGCCGTTCGCGCTCGGCGCGTTGGTCTTCGCCCTGATCGCGGTAACGTTGATTGGGGTAGTTCGCAATACAAGCCGCGTGAAAGAAGACGCAGCGATCGGGATCGTGTTCACGTCGCTCTTCGCGCTGGGCCTGGTGCTGATCTCTGTGACTCCGAGTCAGACTGACCTCAACCACATCATCTTCGGAAACCTGCTGGGCGTCAGTGTCCCCGACCTTATCCAGGTGGTGGTCCTGGGCGTCGTGGCCTTTGCGATCCTCATCCTCAAACGCCGTGACCTCACGCTCTATGCCTTTGACCCTACGCACGCCCACGCAATTGGCCTCTCACCGCGCAGGCTCGGAGCCCTGCTCCTGGGGCTGCTGGCCCTGACCTCCGTGGTGGCCCTGCAGACTGTGGGCGTGGTGCTGGTGGTGGCCATGCTGATCATCCCGGGTGCCACGGCGTACCTGCTGACCGACCGCTTTTCCCGGATGCTGGTCATTGCCCCTGTGATATCGGTGGTGTGCTCCGTGGCCGGGATCTACCTCAGCTACTACCTGGACACGGCGTCCGGAGCCATGGTGGTCCTCACCCAAGGCGTGGTGTTCGGCGCGGTGTATCTGTTCAGTCCGCGGCAGGGGTTGATCGGTACGCGACTCGCCAAGGCCCGCCGGAAGCGGGCCGTCGCCACGGTGTAG MEFLLEPLSYDFMVRALATTAIAAVVCAVLSCWLVLIGWSLMGDAVSHAVLPGVVLAYIVGAPFALGALVFALIAVTLIGVVRNTSRVKEDAAIGIVFTSLFALGLVLISVTPSQTDLNHIIFGNLLGVSVPDLIQVVVLGVVAFAILILKRRDLTLYAFDPTHAHAIGLSPRRLGALLLGLLALTSVVALQTVGVVLVVAMLIIPGATAYLLTDRFSRMLVIAPVISVVCSVAGIYLSYYLDTASGAMVVLTQGVVFGAVYLFSPRQGLIGTRLAKARRKRAVATV PGPT0004345_151 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-MNT1_TRANSPORT_SYSTEM,PGPT0004345-mntB1-K11602 NA NA D3-18_00933 864 hypothetical protein ATGGGCACCTTCCAGACACCGCAGCCGATCGCCGTCGTCGTTGACGTTTCCGTACGTGCCGACATTTGGACCGTTGCCCGAGAAGGCAAAGACACGGTGGTCAGCGTCCGGCCCCGCAAGGAGAAGCGCAGCCTGGACGTCAGGATGGCCGAGCAAACCACTGTGGACTATTCGGACGGCCGCTTGCAGGTCAGGCTTCACCCCGGCTTCCGCCACAGCTGGTTCAGCGACGGCGGCGCTGTGGAGATCAGAGTGGAAGTTCCCATCGGCAGCAGCTTGGAGCTGAAGTCCGCAATGGGGGACCTCCGCTGTGACGGCGAATTCGGCGCTGCCGACCTCAAGACCGACTTGGGCCACATATACATCGATCACTGCGGCGAGCTGCGGGCGCACACGGACATGGGCGACATCACGGTGGAGCGCGCCTCGGGCCGGTCCAGGATAAAGACCGGCTCAGGCAAAATCCGCATCCGGCACATCGACGGAGTTGCCACCGTAAAGAACGGCAACGGCAGCACGTACATCGCGCATGCTTCCGGAGAACTTAGCGTCAGCGCAGCCAATGGCGACATCTCTCTGGAGCGGGCCGGCCTTTCCACTACCGTCAAAACGTCCAGCGGTGACATCACGGTGGGCGAAGTGGCCGCAGGCAGCCTTACTGTTCAGACCGCTGCCGGCGCACTGGCCGTTGGTGTGCGTGAAGGCACGGCCGCTTGGCTGGATCTCAGCACCAAGTACGGGCGCGTCCGTAATGCCCTTCAAGCCACCGACGGACCGGGCGACACCACGGACAAGGTGGAAATCCGTGCCCGCAACGCTTATGGCGACATCGCAGTAACCAGGTCCCCCGTCAGCGCCCGCTAG MGTFQTPQPIAVVVDVSVRADIWTVAREGKDTVVSVRPRKEKRSLDVRMAEQTTVDYSDGRLQVRLHPGFRHSWFSDGGAVEIRVEVPIGSSLELKSAMGDLRCDGEFGAADLKTDLGHIYIDHCGELRAHTDMGDITVERASGRSRIKTGSGKIRIRHIDGVATVKNGNGSTYIAHASGELSVSAANGDISLERAGLSTTVKTSSGDITVGEVAAGSLTVQTAAGALAVGVREGTAAWLDLSTKYGRVRNALQATDGPGDTTDKVEIRARNAYGDIAVTRSPVSAR NA NA NA NA NA D3-18_00934 513 hypothetical protein ATGCAGCTAAACCAGTACGTCGCCAGCCTCAAGCACCAGCTGGAAACCGCGGCGGAGGCTGGCGGCCCGGAAGCGCGGGCGCTCAGTGAGCGGCTTACCGCAGCGCTCGAATCCGCCGCACGACTGGTCCTCCTCGAGGCCCTTTCCGACGCGGCCAACGAAATCACGCTGGAACTGGCGCCCGGCTCCGTGGAGGTCTGGCTCCGAGGCCGTGACCCCGAATTCGTGGTCAGCAGCCCGCCCAGCGACAGCGACTTCGAGGCGATGATCGAACAGTCAATACGGAGCACCATAGCGTCGGAAGACTTCGACGGCGCCAGCACATCAAGGACCACGCTCCGCCTTCCGGACCAGCTCAAGCAACAGGTCGAAGCAGCTGCAAGCCATGACGGCCTCTCTGTGAACTCCTGGCTGGTCCGGGCCGTCGCCGATGCCCTCAACGGACGCTCCTCAAGCAAACGCGGTACCCGCGGCGAACCCGGCGAGCAGAACTTCACAGGATGGGCACGCTAA MQLNQYVASLKHQLETAAEAGGPEARALSERLTAALESAARLVLLEALSDAANEITLELAPGSVEVWLRGRDPEFVVSSPPSDSDFEAMIEQSIRSTIASEDFDGASTSRTTLRLPDQLKQQVEAAASHDGLSVNSWLVRAVADALNGRSSSKRGTRGEPGEQNFTGWAR NA NA NA NA NA D3-18_00935 1122 ettA_1 COG0488 Energy-dependent translational throttle protein EttA TTGACTGACCACCTTTACCTATCCGCCGTTTCCCACAGCTACGGGGACCGCGAACTTTTCCACGCCGTCGACCTCGCCATCCACCACGGCGAACATGTGGCGATCGTCGGCGAAAACGGTGCCGGCAAATCCACTCTGCTCCGGCTCATGGCGGGTGTTGAAGCGCCCGACGACGGCACAGCAGGTTTAGCCGGCAACTCCGGCTACCGCGTGGGTTACCTCGCGCAAACGCACGGTTTCCCTGAGTCCCTGACTGTGGGAGATGCCATAGACACTTCCTTGTCTTCCCTACGTGCCTTGGAAGCGCGCATCCTGGAACTTGAAGCTGGCTTGGCCGATGCCGACCCCGAAGAACTCGAGCTCTACGGAAGCCTGCAAACCGAATACCAACTCCGTGAGGGCTACGCCGCCGAGTCCCGGGTGGAAGCAGCGCTGGACAAGCTGGGGCTGGGTGGCCTGGACCGCCGTCGAACGCTTGGATCTTTGTCCGGAGGCGAGCAGGAGCGGGTAGCGCTCGCGTGCTTGCTGGCCGATCCAGCCGAAGCGTTGCTCCTGGATGAGCCCACCAACCATCTGGATGCAAGTGGCACTGCCTGGCTGGAATCACGGCTGGCTTCGCACCGCGGAACCGTGGTGGTGGTCTCGCATGACCGTGTCCTGCTGCGGAAGGTTGCCACCACCATCATCGAGGTGGACGCTGACCGCCGATCAGTGAACCGTTACGGCAACGGTTACGAAGGCTACCTCCGGGAGAAGGCCGCCGAACGCGCCCGGTGGATTCAGGAGTACGAGCAATGGCTCGATGCCATGGCCGCTGAACGACTCCAAGCCGCCACCGTTGCAGACGGTATGGGTTACGGCCGCAAACGCGACAACGACAAAATGGGTTTCGACTTCAAAGCGGGAACGTGGCAGCGGGCGGCGGCCAGCAAGGTCCGCAATGCGCAAGAGAGGCTCCGCAGGCTCGAGGACAATCCGGTGGACCGGCCGCCCGTGCCGCTGAAACTCGCAGCACCGCTGGGAGTTACAGCTTTGGCGGCGTCCGAACCCGCGCTGGAAGCTCACGGCATCAGCGCAGTTCCACGTTCCCGTCGGAGGTCTTTCAGCCGGGCAGCAGCGTAG MTDHLYLSAVSHSYGDRELFHAVDLAIHHGEHVAIVGENGAGKSTLLRLMAGVEAPDDGTAGLAGNSGYRVGYLAQTHGFPESLTVGDAIDTSLSSLRALEARILELEAGLADADPEELELYGSLQTEYQLREGYAAESRVEAALDKLGLGGLDRRRTLGSLSGGEQERVALACLLADPAEALLLDEPTNHLDASGTAWLESRLASHRGTVVVVSHDRVLLRKVATTIIEVDADRRSVNRYGNGYEGYLREKAAERARWIQEYEQWLDAMAAERLQAATVADGMGYGRKRDNDKMGFDFKAGTWQRAAASKVRNAQERLRRLEDNPVDRPPVPLKLAAPLGVTALAASEPALEAHGISAVPRSRRRSFSRAAA PGPT0027935_134 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027935-tylC|oleB|carA|srmB-K18230 NA NA D3-18_00936 231 hypothetical protein ATGATCGTGGACGAGCCCACCAACCACTTGGCGCCGGTGCTGGTGGAACAGTTGGAGGCAGCGCTCGCTTCATTCGAGGGGACCTTGGTGATCGTGAGCCACGACCGCGCGCTGGGAGGGTGGTTCGACAGCTGTGCCCGTGCCGATGTCGCCGTCGAGCACCGCCGCGGCCCGGTCGGTACGGGCGGACATTGGGTCCGCTACGGGATGCAGGGCGGCGAATTGCTGTAG MIVDEPTNHLAPVLVEQLEAALASFEGTLVIVSHDRALGGWFDSCARADVAVEHRRGPVGTGGHWVRYGMQGGELL PGPT0027935_98 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027935-tylC|oleB|carA|srmB-K18230 NA NA D3-18_00937 348 hypothetical protein GTGATCATCCAGAATCTCTTCCTGCAGGGCATCTACCCGTTCGAAGGCATCGGCATGGAAAAGCCAGTCCCCCTCCACAGCGAGCTGGCGCACTTTGTCCCGGACGGCGTCGTGAACCAGACGCTGTACTTCCGCGGCGGCAATTCCAGTCCCGAGCTCATCACCGTGGTCCTCATGCGCGACGGCGTGCCCATGCGTTACTTCCCCATCGGGGCCAAAAGCGATGTCCATATTCCGCTGAGGGTTGTTGAAGACACTGAAGGTGGATCGGTGATCGAGCTGTTCATCGTGGCACCTGCAGGCCTCAGGGGTTGCGTTGTGGTGGACCTCGGGATGGTGGAACACTGA MIIQNLFLQGIYPFEGIGMEKPVPLHSELAHFVPDGVVNQTLYFRGGNSSPELITVVLMRDGVPMRYFPIGAKSDVHIPLRVVEDTEGGSVIELFIVAPAGLRGCVVVDLGMVEH PGPT0000390_1037 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-NITRIC_ACID_BIOSYNTHESIS,PGPT0000390-nasA|nasC|narB-K00372 NA NA D3-18_00938 2469 nasD_1 COG1251 Nitrite reductase [NAD(P)H] ATGCGCCGGCGGCTTGTGGTCATCGGCAATGGAATGGCTGGCGCCCGGGCCGTGGAGGAAATCCTGGCCAGGGGCGGCGCGGACCTCTTCGACATCACCATGTTTGGCGACGAACCCTATGGCAATTACAACCGGATCATGCTCAGCCATGTTCTGTCCGGTGAGGAGAGCGATGCGGACATTTTCCTCAACGCTCTTACTTGGTACAAGCAGAACAACATCACGCTGCATGCGGGTGTCCTGGTGGACCGCATCGACAAGTTCAGCAAGCACGTCTTTGCCGCCGACGGCCGTGTGGAACCCTACGACGATCTGATCATCGCGACCGGAAGCCGCTCGCACGTGCCGCCCATGGAGGGTGCCTATGCCCCCAGTGGCGCGGTCAGGCACGGTGTCTTCACGTTCAGGACCTTGGACGATACCCGGAAGATGATTCAGTTCGCCCACAACGAGCGCCATAGCCGGGCAGTGGTGATCGGCGGCGGCTTGCTCGGGCTTGAAGCCGCCCACGGCTTGCAGGCCAACGGCTTGGACGTTGCGGTGGTCCACTCAGGTGGGTATCTCATGAATGCGCAATTGGGGCCCGACGGCGGAGCAATACTGCGGCGGAGCGTCGAGGCGCTGGGCATCGAAGTGCATACGGGAAGCCGGACCACGGCGGTCCTTGGTGCGGAGCGAATCACCGGGGTGCGTCTGCGCGATCAACGCGAGTTCGACTGCGACATGGTGGTGGTTACCGCAGGCATCAGACCAAACGTTGATGTCGCCGTCGTGAGTGGCTTAGCCGTGGAGCGGGGCATTGTGGTGGACGACCATCTGCGCGTCATGGATGAAGATGACATCTTCGCGGTAGGGGAGTGCGTTCAGCATCGCGGCGAGGTGTACGGACTGGTGGCGCCATTGTGGGAGCAGGCCGCCGTGCTGGCCGATCAGGTCACCGGGGTGGATCGTTCATCGGTGTACCTGGGCTCCCGGACCGCCACCAAACTGAAGGTGGCCGGTGTCGATGTTGCCTCCATGGGGCTTGCCGGGCCGGAGCGGGAGACGGATGAACATATCGTGTTTTCGGAACCCAGCCGAGGGGTGTTCAAGTCGATCGTCATCCGCGACAACAAAATGGTGGGTGCCACGTTGCTGGGGGATAGCCGGAAGGTGGCCTACCTGACCCAGGCTTTTGATCAGGGCTTGCCCCTCCCGGAGGAGCGGCTCTCGCTGATGTTCGATCTCGGCTCACCGGGTGCAGAGGAGAGCGTGGCCGAGCTGGCTGACAGTACGCAGGTCTGCAACTGCAATGGGGTTTCCAAAGGGGCTCTTGTTGCTGCGGTGAAGGGTGGCTGCACCTCGATGTCGGCGGCCATGGACGCCACCCGGGCCGGAAAAGGCTGCGGCTCGTGCAAGCTCATGGTCAGCCAGGTGGTGGAATGGGCCGCGGGTGGGGCTGTGGAGGAAGATCCGGCAGCGAGCTATTACGTACCAGGAATTCCGCTGGATAAGGCGGCTTTGATGGCTGAGATCCGGGCGCGAGGGCTCCGGTCCGTTTCCCAAGTGTTTGCCGCTCTCGCTCCGGGAAGGCTTGAGGACGCTAGATCGAAGATGGCCCTTGCGTCCCTCCTGAAAATGATGCTGGCGGATCAGTACGTTGACGAACGCGATGCCCGTTTCATCAACGACCGCGTGCACGCCAACATCCAGCGCGACGGCACGTTCTCCGTGGTCCCGCAGATGAAAGGCGGAGTGACGTCGGTGCAACAGCTCCGGAGGATTGCCGACGTCGCGGAGAAACACAGTATTCCCATGATCAAGCTGACGGGCGGGCAACGAATCGACCTGCTGGGGGTGCCCAAGGAGGACCTTCCCCAGGTCTGGGCTGATCTGGACATGCCGTCCGGATATGCCTATGGCAAGAGCTTCAGGACCGTCAAGACCTGTGTTGGCAAGGATTATTGCCGGTTTGGAACTGGTGACTCAACCGGCTTGGGAATTGGATTGGAGTCCCGTTTCCAAGGAATTGAGGCACCGGCCAAGCTGAAACTCGCGGTCTCGGGCTGTCCGCGCAATTGTGCGGAGTCGCTGGTCAAGGACGTCGGTGTAGTGGCGGTGGAAGGTGGCCGGTGGGAGATCTATGTGGGCGGAGCAGCAGGCGCCCACATCCGCAAGGGAGACCTATTGGCCACCGTGGATACACCCGAAGAGGTTACCCTTCTGGCGGGCCGGTTCATGCAGTACTACAGGGAGAACGCCAACTGGCTGGAACGGACCTACGCCTTTGTGCCCCGGGTAGGCATCGAACACCTTCGCAGAGTCATTCTGGACGACTCCGAAGGGATCGCCGGGCGGTTGGACGCGGCCATGCAAGCTTCGGTGGATGCCTATGCCGATCCTTGGAGCGAACGCGACGATCCACTCACGCCCGGGCAGTTCCGGACCTCCCTGCCGTTGACCGTGCTGCCTCAGGTGCCTGTCCGATGA MRRRLVVIGNGMAGARAVEEILARGGADLFDITMFGDEPYGNYNRIMLSHVLSGEESDADIFLNALTWYKQNNITLHAGVLVDRIDKFSKHVFAADGRVEPYDDLIIATGSRSHVPPMEGAYAPSGAVRHGVFTFRTLDDTRKMIQFAHNERHSRAVVIGGGLLGLEAAHGLQANGLDVAVVHSGGYLMNAQLGPDGGAILRRSVEALGIEVHTGSRTTAVLGAERITGVRLRDQREFDCDMVVVTAGIRPNVDVAVVSGLAVERGIVVDDHLRVMDEDDIFAVGECVQHRGEVYGLVAPLWEQAAVLADQVTGVDRSSVYLGSRTATKLKVAGVDVASMGLAGPERETDEHIVFSEPSRGVFKSIVIRDNKMVGATLLGDSRKVAYLTQAFDQGLPLPEERLSLMFDLGSPGAEESVAELADSTQVCNCNGVSKGALVAAVKGGCTSMSAAMDATRAGKGCGSCKLMVSQVVEWAAGGAVEEDPAASYYVPGIPLDKAALMAEIRARGLRSVSQVFAALAPGRLEDARSKMALASLLKMMLADQYVDERDARFINDRVHANIQRDGTFSVVPQMKGGVTSVQQLRRIADVAEKHSIPMIKLTGGQRIDLLGVPKEDLPQVWADLDMPSGYAYGKSFRTVKTCVGKDYCRFGTGDSTGLGIGLESRFQGIEAPAKLKLAVSGCPRNCAESLVKDVGVVAVEGGRWEIYVGGAAGAHIRKGDLLATVDTPEEVTLLAGRFMQYYRENANWLERTYAFVPRVGIEHLRRVILDDSEGIAGRLDAAMQASVDAYADPWSERDDPLTPGQFRTSLPLTVLPQVPVR PGPT0000450_1645 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000450-nirB-K00362 NA NA D3-18_00939 342 Carnitine monooxygenase oxygenase subunit ATGAGCGCCCAGTCCGTGCCCGCCGTCGAACCGAACGTTCAACGCGTCTTAGGGCCTGTTGACCAAATTCCGTTCGGGGAGGGCAGGGCCTTCGGAGTGGACGGCGAGCAGGTGGCGGTGTTCAGGTTACGGGACGGGTCGTTGCGGGCAGTCTCGGGTGTCTGCCCCCACAAGGGCGGCCCGATCGCCGACGGCACCATCGACCACAACGTGGTCATCTGTCCCCTTCACCAACACGCCTTCCAGCTGGAAAGCGGATGTTCCACCACCGGCGCCAAGCCCTTGCGGTCATACGAAGTCTTCGCAGATGAGGCCGGGAACATCGTGCTGACACGGGCCTGA MSAQSVPAVEPNVQRVLGPVDQIPFGEGRAFGVDGEQVAVFRLRDGSLRAVSGVCPHKGGPIADGTIDHNVVICPLHQHAFQLESGCSTTGAKPLRSYEVFADEAGNIVLTRA PGPT0000455_1318 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000455-nirD-K00363 NA NA D3-18_00940 1464 ansP2_2 COG1113 L-asparagine permease 2 GTGCCGCAAAGTACTCCCACAGATCTCCAGAACCCGTCGGCTCCATCCACGGCCGTCGGTTCCAACCTCAGCGCCGAGGGATATCAGAAGACCCTGAGCCGCCGCCACGTCACCATGATCGCCATGGGTGGCGCTATCGGCGTCGGCCTGTTCATGGGCGCCGGTGGCCGTCTGGCCTCCACCGGCCCGGCCCTGATCTTCTCCTACGCCATTGCCGGCGTCATCGCTTACCTGCTGATGCGCGCCCTCGGCGAACTCATCATGTACCGCCAGACCTCCGGCTCCTTCGTGAGCTACGCAGGTGAAATGTTCGGCAAGAAGGGCGCCTTCCTCTCCGGGTGGATGTACTTCATCAACTGGGCCATGACAGGCATCGCTGAGCTCATCGCGATCGGCCTGTACTTCCAGTTCTTCTTCCCCAATGTGCCCATTGAACTCTCCGCCATCGCAGCGTTGGTGCTGCTGGTGGCCGTGAACTTGTTCAGCGTCAAGGCGTTCGGTGAGTTCGAATTCTGGGCCTCCTGCCTCAAGGTCGCGGCCATCGTAATCTTCCTCGCCGTTGGCACGTTCATGGTTGTCACCAACGCCAAGGTAGGCGATGGCAACGCGTCCGTGGCCAACCTCTTCCACGAAGACGGCGGCATGTTCCCCAAGGGTGGCCTGGTGATGATCCTGGTCCTCAACGCCGTGATCTTCGCCTACAACGCCATTGAGCTTGTCGGTATTACAGCCGGCGAGATGGAAAACCCGGAACGCGAAGTCCCCAAGGCGATCCGCGCCGTCGTGGTCCGTATTGTGGTTTTCTACGTCGGTTCGGTGACGCTGCTCGCGATGCTGCTGCCGTCAGACCAGTACGTTGCCGGCACCTCGCCGTTCGTTACCGTGTTCGGGCAAATGGGCCTCGGCTGGATGGGCGACGTCATGAACATGATCGTCATCACCGCCGCGCTGTCCTCCTGCAACTCGGGCCTGTACTCGATCGGCCGTATCTTCCGCACCATGGCCAACAATGGCCACGCCCCGCAGTGGCTCACCAAGATGTCCACACGCCACGTGCCGTACGCGGCCATCCTGGCGATCGGCGGCGTCTACCTCGTAGGTATCCTGCTCAACATCTGGCTGGGTGGCTCGCACGCGTTCGACCTCGCGCTGAACACGGCATCCATCGGCGTGATCTTCACATGGGGCTCCATCTTCGCGAGCCAGATCGCCCTCCGGAAGAAGCGCGGCAACGTCTCCAGCCTGCCGATGCCCGGTTCGCCGTGGACAAGCTGGGTGGGTCTCATCGCCCTGCTGGCCATCACCGTGCTGATCGGCTTCGATTCCATAACCGACAAGGAAACCGGCGAGGTCTTCCTACTTGGCCTGTGGACCCTCGCGACCATTCCGTTCTTCGCCCTGGTGCTGTGGCTCGGATGGCAGAAGGTCAAGAACAACGAACCCAAGAGCGAGCTGTTCAGCTAA MPQSTPTDLQNPSAPSTAVGSNLSAEGYQKTLSRRHVTMIAMGGAIGVGLFMGAGGRLASTGPALIFSYAIAGVIAYLLMRALGELIMYRQTSGSFVSYAGEMFGKKGAFLSGWMYFINWAMTGIAELIAIGLYFQFFFPNVPIELSAIAALVLLVAVNLFSVKAFGEFEFWASCLKVAAIVIFLAVGTFMVVTNAKVGDGNASVANLFHEDGGMFPKGGLVMILVLNAVIFAYNAIELVGITAGEMENPEREVPKAIRAVVVRIVVFYVGSVTLLAMLLPSDQYVAGTSPFVTVFGQMGLGWMGDVMNMIVITAALSSCNSGLYSIGRIFRTMANNGHAPQWLTKMSTRHVPYAAILAIGGVYLVGILLNIWLGGSHAFDLALNTASIGVIFTWGSIFASQIALRKKRGNVSSLPMPGSPWTSWVGLIALLAITVLIGFDSITDKETGEVFLLGLWTLATIPFFALVLWLGWQKVKNNEPKSELFS PGPT0000815_344 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 D3-18_00941 459 hypothetical protein ATGGAACACACCACCACCCTGACGCAGCACGTCAACGCAAGGCCGGAGAAGGTTTGGGCCGTCATCTCGGACATTCCCGGCTCGGCCGGCACGCTCTCCGGCATCGACTCAATCCAGATGCTCAGTGAGGGCCCTTATGGTGAGGGCACCCGCTGGAAGGAAACCCGGACCATGATGGGTAAGCAGGAGACTGTTGAGATGTGGGTTTCCGAGACTGACCCTCCGCGCAGCACTACGGTCAAGGCGCTTCAAGGTGGCGCGGACTACACCACCCGTTTTACCTTGAACGAGCGCGACGGCGGCACAGATCTGACGCTGAACTTCGGCGCAGAGATGATCAACCCCTCGCTCATCAGCAAGGTGGGCATGGCCCTGTTCGGGAAGATCGGGATGAACATGACCCGCAAAGCCCTCAGCAAAGACTTGGCTGAGATCGCAGCCAAAGCGGAATCGCTCTGA MEHTTTLTQHVNARPEKVWAVISDIPGSAGTLSGIDSIQMLSEGPYGEGTRWKETRTMMGKQETVEMWVSETDPPRSTTVKALQGGADYTTRFTLNERDGGTDLTLNFGAEMINPSLISKVGMALFGKIGMNMTRKALSKDLAEIAAKAESL NA NA NA NA NA D3-18_00942 657 hypothetical protein ATGGCGGCAGCGAAGGTAGCGGCACCCAAGATTTCGCCTGTGCGGTTGGACGAATTGCGTGACGACGACGCCCCGGACTTCCAGCGTGGCGAACGGTACGACGGCGTCCGGCTCACCCGGGTTTCTGCCGACGGAGAGGAACTGAGCGGTGCGGATTTCATTGAATGTGAGCTGAACGGTGTCTCCTTCAATGAGGCGCAGCTGCGGGGGGCAACGTTCCGCGAGTGCATCTTTTCGGAGCCGTATGCTCCCGTCTTCATGGCCGCCCGGACTTCCTGGCAGGATGTGGAGATCACCAATCCACGGTGGGGGTCTGCCGAACTTTATGAGGGGAACTGGCGCTCCGTCCGTATCGACGGCGGGAAGCTGGACTATGTGAATCTGCGCGGCTCCAAGCTCATGGATCTTCAGATCTCCGATTGCATCATCAACGAGCTCGACCTGGGCGGCTGCACGGGAACGCGGTTGGCATTGAAGAACTGCACCATTGGGACGCTGGATGTTACCGGCGCCAAGCTGAAGGACGTAGATCTGCGCACGTCGGAATTCCGTGGAATTAACGGTCTGGCAGGCCTCGCAGGAGTGGTGATTGATGACTATCAGCTGAGCCTCATGGCGCCGCTACTGGCTGGCCACTTGGGGATCCGGGTGGTCTGA MAAAKVAAPKISPVRLDELRDDDAPDFQRGERYDGVRLTRVSADGEELSGADFIECELNGVSFNEAQLRGATFRECIFSEPYAPVFMAARTSWQDVEITNPRWGSAELYEGNWRSVRIDGGKLDYVNLRGSKLMDLQISDCIINELDLGGCTGTRLALKNCTIGTLDVTGAKLKDVDLRTSEFRGINGLAGLAGVVIDDYQLSLMAPLLAGHLGIRVV NA NA NA NA NA D3-18_00943 1227 paaJ_1 COG0183 3-oxoadipyl-CoA/3-oxo-5,6-dehydrosuberyl-CoA thiolase ATGGTCGAGGCTTTTCTTGTTGGCGGCGCGCGTACGCCTGTAGGTCGTTACGGTGGGGCACTGTCCTCCGTCCGCCCGGACGATCTCGCAGCATTGGTGGTCCGGGAAGCGGTGGCGCGTGCCGGCGTCGATCCTGACTCCATAGATGAGGTAATCCTCGGCAATGCCAACGGCGCGGGCGAGGAAAACCGGAACGTGGCCCGCATGGCCACCCTTCTGGCCGGACTTCCCCTTCACATCCCCGGCATCACAGTAAACCGCCTGTGCGCCTCTGGCCTCAGCGCGATCATCATGGCCAGCCACATGATCAAGTCCGGAGCTGCGGACATCGTGGTGGCGGGTGGCGTTGAATCCATGAGCCGGGCGCCTTGGGTGCAGGAGAAGCCGACCACAGCGTTCGCCAAGCCTGGCCAGATTTTCGATACGTCCATCGGCTGGCGCTTCGCCAATCCGCTCTTCACCAAGGGCGAGCTTTCCCGCGACGGCAAAATGACCTACTCCATGCCTGAAACGGCGGAGGAAGTAGGCCGCGTGGACAACATCTCCCGCGAGGACGCTGACGCCTTTGCTGTCCGCTCCCACGAGCTTGCGCTGGCCGCCATCGCCGGTGGCCGGTTCAAGGATGAGATTGTCCCTGTCACGGTGAAGACCCGAAAGTCGGAGACCGTGGTGGACACTGATGAAGGCCCCCGCGAAGGCACCACCATGGACGTTTTGGCCGGACTGCGGCCCGTCGTCCCCGGAGGATCCGTGGTCACTGCCGGCAACTCATCAACGCTCAACGACGGCGCCTCAGCCATCATCGTCGCTTCTGAAGCCGCCATCAAGAAGTTCGGCCTGACGCCCCGTGCCCGCATCATCGACGGAGCCTCTGCAGGATGCGAACCCGAAATCATGGGCATTGGCCCGGTCCCTGCCACGCAAAAGGTCCTGGCACGCGCCGGACTCAGCGTGGATCAGCTGGGCGCCGTGGAACTCAACGAAGCCTTCGCTACCCAATCGTTGGCAAGCATGCGTCGCCTCGGACTGAACCCGGACATCGTAAACAACGACGGCGGCGCCATCAGTTTGGGGCACCCGCTGGGTTCCAGCGGCTCCCGCATTGCTATTACGCTGCTGGGCCGCATGGAGCGCGAGCTCGCTTCATCGTCCGGACCGAAGCTCGGACTGGCCACCATGTGCATCGGTGTCGGACAGGGCACCGCGATGCTGCTGGAAGGCGTGTAA MVEAFLVGGARTPVGRYGGALSSVRPDDLAALVVREAVARAGVDPDSIDEVILGNANGAGEENRNVARMATLLAGLPLHIPGITVNRLCASGLSAIIMASHMIKSGAADIVVAGGVESMSRAPWVQEKPTTAFAKPGQIFDTSIGWRFANPLFTKGELSRDGKMTYSMPETAEEVGRVDNISREDADAFAVRSHELALAAIAGGRFKDEIVPVTVKTRKSETVVDTDEGPREGTTMDVLAGLRPVVPGGSVVTAGNSSTLNDGASAIIVASEAAIKKFGLTPRARIIDGASAGCEPEIMGIGPVPATQKVLARAGLSVDQLGAVELNEAFATQSLASMRRLGLNPDIVNNDGGAISLGHPLGSSGSRIAITLLGRMERELASSSGPKLGLATMCIGVGQGTAMLLEGV PGPT0001565_1467 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 D3-18_00944 840 crt_2 COG1024 Short-chain-enoyl-CoA hydratase ATGGTGCTGAATGCGAAAGACTTCACCACACTTCTCCTCGAAGAGCGCGAAGACCGACTCACTGTTCTGCTGAACCGTCCAGAGGTCCGTAATGCGATTGACCAGACGATGGTGGACGAACTCCACCTTGTCTGCGCCGAACTCGAGCGGAATCCTAAGGTGCTGATTATTGCCGGGACCGAGGGCGTATTCGCCTCCGGTGCTGACATTGGACAGCTGCGGGAACGCCGACGGGATGACGCCCTGCAGGGAATCAATTCCACAATCTTTGTCCGCATCGCCAAATTGCCCATGCCCGTTATCGCGGCCTTGGACGGGTACTGCCTTGGCGGGGGAGCCGAGCTCGCATACGCCGCCGACTTCCGCATCGGTACTCCGAGCGTCCGCATCGGTAATCCGGAGACCGGGCTGGGGATTCTTGCTGCAGCTGGAGCCAGCTGGCGGCTCAAGGAGTTGGTAGGGGAGCCGAAGGCCAAGGAGATCCTCCTGGCCGGTGCCGTACTCCGCGCCGAAGAAGCTCTGCGCATCAGCCTGATCACGGAGATCCACGAAGCTCCTGAGCTGATGGATGCAGCGCACAAATTGGCCGACAGGATTGGACGCCAGGATCCCTTGGCAGTGCGCATCACCAAGTCGGTGTTCCACGCCCCGGCTGAAGCCCACCCGCTGATCGACACACTAGCCCAGGGGATCCTTTTCGAGTCCCAAGCAAAGTTCGATCGCATGCAGGCGTTCTTGGACAAGAAATCGGCGAAGGCTTCGCAAGACACAGCCGTCCCGGACACAGCCGCCCCCGCCCCCGCCACTGCCGCCCCGACGCAAGACAGGACCTGGAAATGA MVLNAKDFTTLLLEEREDRLTVLLNRPEVRNAIDQTMVDELHLVCAELERNPKVLIIAGTEGVFASGADIGQLRERRRDDALQGINSTIFVRIAKLPMPVIAALDGYCLGGGAELAYAADFRIGTPSVRIGNPETGLGILAAAGASWRLKELVGEPKAKEILLAGAVLRAEEALRISLITEIHEAPELMDAAHKLADRIGRQDPLAVRITKSVFHAPAEAHPLIDTLAQGILFESQAKFDRMQAFLDKKSAKASQDTAVPDTAAPAPATAAPTQDRTWK NA NA NA NA NA D3-18_00945 864 hbd COG1250 3-hydroxybutyryl-CoA dehydrogenase ATGACCGAAGTTCCCGCCATCCCGCACGTTGTTGGCGTCCTTGGCGGCGGCCGTATGGGTGCTGGTATCGCACATGCATTCCTTACTAAGGGCGCCACCGTGATCGTGGTGGAACGCGATCACGAGGCAGCGGCCGGAGCACAGGGTCGCGTTGCTGATGCCGTAGCCAAGTCCGCCGCCCGCGGCACCTTGAGCGAAACCCCCGAAGAGGCGATGTCCCGCTTCAGCACCTCCACGGACTACGAATCCTTCATCCACTGCGGCCTCGTAGTGGAGGCCGTGCCTGAGGACTACGACCTCAAAGTCACAGCCCTGAAGGCTGTGGAGGACCACTTGTCCGCCGATGCTTACCTGGCCTCGAACACGTCCTCGCTCTCGGTCACTGGGCTCGCCAACGCACTTCGCCGTCCAGCCAACTTTGTTGGACTGCACTTCTTCAACCCTGTGCCTGCGTCAACCCTCATTGAGGTGGTGCTGGCCAAGGAAACGTCTCCCGAACTGGCTGAGGCCGCGAAAAGCTGGACCGAGGCACTCGGCAAGACCGCCGTCGTCGTCAATGACGCTCCCGGCTTTGCGTCCTCAAGGCTCGGTGTCGCAATTGCCCTTGAAGCGATGCGCATGATGGAAGAAGGAGTGGCGTCGGCGGAAGACATCGATGCCGCCATGGTCCTCGGCTACAAGCACCCCACGGGTCCGCTCAAGACCACTGACATTGTTGGCTTGGATGTCAGGTTGGGCATTGCCGAGTACCTTCACTCCACGCTGGGCGACCGTTTCGCTCCGCCGCAGATCCTCCGCGATAAAGTGGCGCGTGGGGAGCTGGGACGTAAGACGGGCAAAGGTTTCTTCGACTGGAACGACTGA MTEVPAIPHVVGVLGGGRMGAGIAHAFLTKGATVIVVERDHEAAAGAQGRVADAVAKSAARGTLSETPEEAMSRFSTSTDYESFIHCGLVVEAVPEDYDLKVTALKAVEDHLSADAYLASNTSSLSVTGLANALRRPANFVGLHFFNPVPASTLIEVVLAKETSPELAEAAKSWTEALGKTAVVVNDAPGFASSRLGVAIALEAMRMMEEGVASAEDIDAAMVLGYKHPTGPLKTTDIVGLDVRLGIAEYLHSTLGDRFAPPQILRDKVARGELGRKTGKGFFDWND PGPT0006075_3553 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006075-paaH|hbd|fadB|mmgB-K00074 NA NA D3-18_00946 597 hypothetical protein GTGACTTCTATCGAACCCATCACCCTGACCGGAAAATTCGTGACGCTGGAACCGTTGAGCCAGGAACACCACGACGGCCTGGTGGATGCAGCTCGGGACGGCGATCTCTGGAAGCTTTGGTACACCTCCGTCCCGACGCCGGAGGGCATGGCTGCTGAAATCGATCGCCGCCTGGACTTGCAGGCTAAAGGGTCCATGGTGCCGTTTGCCACGCGCTCCAACGCAACAGGCAAGCTCATAGGAATGACGACTTACATGAACATCGATCACCAGACCCCACGCTTGGAGATCGGATCCACGTGGAACGCCGCGTCGGCGCACGGCACGGGGACCAACCCGGATTCGAAGCTGCTGCTCCTGCGGCACGCCTTCGAAACGCTTGGTTGCGTAGCTGTTGAATTCTGCACGCACTGGATGAACCAGCAGTCCCGCGAAGCCATTGCCCGTCTCGGTGCCAAACAGGATGGCGTCCTTCGAAGCCACTCGCGCAGCAAGGACGGCGCCCTCCGGGACACCGTGGTGTTCTCCATCCTCGATCACGAATGGCCCGCCGTGCGCAACGGCCTGGAATTCCGGCTGGCGAAGTACGGCGCTTAG MTSIEPITLTGKFVTLEPLSQEHHDGLVDAARDGDLWKLWYTSVPTPEGMAAEIDRRLDLQAKGSMVPFATRSNATGKLIGMTTYMNIDHQTPRLEIGSTWNAASAHGTGTNPDSKLLLLRHAFETLGCVAVEFCTHWMNQQSREAIARLGAKQDGVLRSHSRSKDGALRDTVVFSILDHEWPAVRNGLEFRLAKYGA PGPT0017630_53 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_METABOLISM,PGPT0017630-glmS|nodM-K00820 NA NA D3-18_00947 906 Lipase ATGGCAACTCATCGAGCACGACGCCGGAACTTGGCTTTTGCAGGCGGACTCGCCGCCCTGGCACTCACGTTAGGATTTACGGCCAGTCCGGCCGCCGCCGCGCCGCCGCCACCGGTGACGTATGTGGCACTCGGTGATTCGTACACGGCGGGGACCGGTGCGGGGGCTTTGAGCAGGCCGCCTGTTGCTTGTTGGCAAAGCCCAGGTGGTTACGTCGACCTTGCTGACGCTTCGCCGAAAGTCACCCTGGTGGCTAACTTGGCATGTCACGGAGCCGTGTTGTTCCCTGTGCCACCCTTCTATGACGGCGTGACGCCGACTGTCGGCGAACAAATCCTCGCGGGCCAGCAGGCCTTGGCGGGTGCTGACCTGGTCAGCATCACCGCTGGTGCCGTGGATGCCGGAAGTGGGCTCGCGTTGCAGGCGTGCGCTACTCCGGATACACAGCTTTGCGCAGCCACAGTGACCGCGATCATTCAGAACCTGCAGACTGGAACTCTGCAAACCGCCCTGGCCACCACATACCAAGCCATCCAGATGAGTGCGCCGGATGCTGTCATCGCTGTTTTTGGTTATCCACGCCTGTTTGAGCCGTCCCAAGGCGACATTGTGATCAATGGGATCACAATTGTTCCCGTCCAGAACCAAATACTCGTCAATCAAGCTATCGATGCCCTTAATGCAACCATCGCAGCTGCGGTCGAAAGCAGCGGGACCAACGCTGTGTTTATCGATGTAACCAAACGGTTCCTCGGGCATGCGGTGAACTCGGATAATCCGTGGATCGTGCTCGACCTGACCCAGCCGCTTCTGGACGCGAACTTCCATCCGAACGACGCCGGACATCAGGCCTACGCCTCAGCCCTGCTGTCCACCATCAAACCCTCGCAACTCGCTAGGCGTTAG MATHRARRRNLAFAGGLAALALTLGFTASPAAAAPPPPVTYVALGDSYTAGTGAGALSRPPVACWQSPGGYVDLADASPKVTLVANLACHGAVLFPVPPFYDGVTPTVGEQILAGQQALAGADLVSITAGAVDAGSGLALQACATPDTQLCAATVTAIIQNLQTGTLQTALATTYQAIQMSAPDAVIAVFGYPRLFEPSQGDIVINGITIVPVQNQILVNQAIDALNATIAAAVESSGTNAVFIDVTKRFLGHAVNSDNPWIVLDLTQPLLDANFHPNDAGHQAYASALLSTIKPSQLARR NA NA NA NA NA D3-18_00948 1134 iolG_6 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase GTGAGCACGCCCTTCGCTACCATTCCCGACGACGGTACTCCCCTCCGCGTCGTTGTTGTAGGTGCAGGGGGCATGGGCCGCGCGTGGCTTCGAACGGTGGAATCGTCGCCGTTGGTTGAGCTGGTGGGCATTGTTGATCTCGACCTTACGGCTGCCGCTGAGGCGGCGGCGTCGTTGGGCCGTCCCGATCTGCCGGTCGGTGCCGGCACCGCCCAGTTGGCGTCCGACGTCGGAGCCCAGGCAGTCATCAACGTCACCGTTCCTGCGGCGCATCATCCGGTAACTACCGAAGCGCTGGCCGCGGGCTTGCCGGTCCTCGGTGAAAAGCCGGTTGCTTCAACGGTGGCGCAAGGCCTGTCCTTGGCGGCTGCGGCCGAGCTTCACGGCCAGCTGTTCATGGTCAGCCAGTCCCGGCGTTACAACCGGCACCTGTTTTTGGCCAAGCGCCTGTCCTCCTCCTTGGGTTCCATTGGGATCGTCTCAGCCGAGTTCTTCAAGGCCCCGCACTTCGGCGGTTTCCGGGATGCCATGGATCACCCGCTCCTACTGGATATGGCCATCCACCAGTTCGATATGGCCCGTTTCCTGCTCGACGCCGATCCGGTCTCCGTGTTCTGCGAGGAGTACAACCCATCCTGGAGCTGGTATCGCGGAGATGCAGGTTCCACGGCCATCTTCGAGATGACCGGCGGCGAGCGCTTCGTGTTCACCGGTAGCTGGTGCAGCCCTGGCCAGGAAACCTCGTGGAATGCGTCATGGCGGATCAGCGGGGAGCATGGCACTGTCCTGTGGGACGGCGACAATGAACCGGCCTCCTCTGTTCCCGTTTCCGGCGATACGTCGGGTGCTGAGGATCCTGGCCAGGAAATCGCCGGGTCCTTGCGGGACTTCGTGTCCGCTGTGCGCACGGGAAGCACACCGATGGGACGGGTTCACCAGAACATCATGAGCCTGGCCATGGTGGAAGCCGCCATCCTCAGTGCTTCCACAGGCACCCGCGTTTCCGTGGATTCACTGCTGGAGGACTCGTACCAACAAGCCATCCTGGCCGAACGGGACCCTGAGGTGCTGGAAGTCCTGAAGTCCTGGACCTCGGTTCGGAGTGCCCTTGCGGGGGAAGGAATTCGGCTGTGA MSTPFATIPDDGTPLRVVVVGAGGMGRAWLRTVESSPLVELVGIVDLDLTAAAEAAASLGRPDLPVGAGTAQLASDVGAQAVINVTVPAAHHPVTTEALAAGLPVLGEKPVASTVAQGLSLAAAAELHGQLFMVSQSRRYNRHLFLAKRLSSSLGSIGIVSAEFFKAPHFGGFRDAMDHPLLLDMAIHQFDMARFLLDADPVSVFCEEYNPSWSWYRGDAGSTAIFEMTGGERFVFTGSWCSPGQETSWNASWRISGEHGTVLWDGDNEPASSVPVSGDTSGAEDPGQEIAGSLRDFVSAVRTGSTPMGRVHQNIMSLAMVEAAILSASTGTRVSVDSLLEDSYQQAILAERDPEVLEVLKSWTSVRSALAGEGIRL NA NA NA NA NA D3-18_00949 774 hypothetical protein ATGACTGAGAGCAAGCCCATCCGCGTGACCGTTTGGTCCGAGAATCGCCACGAGAAGCGCGACGAACTGGTAGCCCGCCTCTACCCGGACGGTATGCACGGCGCCGTCAAGGCGGGCATCGAAGAGAACCTGGGTACCGCCGTCGAGGTCCGGACCGCAACACTGGACGAACCCGAGCACGGCCTCACCGAGGAAGTCCTCGCCAACACCGACGTGCTTACTTGGTGGGGGCACATGTCCCATGCAGATGTTGAGGACGAGATCGTAGAACGCGTCCACCGGCATGTCCTGGCCGGAATGGGCCTGATCGTATTGCACTCCGGGCACTGGTCCAAGATCTTCACCAGGCTGATGGGAACGTCATGCACGCTGCGTTGGCGCTCCGAGCAGGATCGCGAACTCGTGTGGACCGTGGACCCCACGCACCCCATCGCCAAGGGCATCCCGCACCCCATCGAGATTCCGCAGCAGGAAATGTACGGCGAATTCTTCGACATCCCTACGCCCGAGGAACTGGTGTTCATCAGCTCGTTCAGCGGCGGCGAAGTCTTCCGTTCGGGCTGCACGTTCCGGCGCGGTCACGGCAAAATCTTCTTCTTCAGCCCAGGCGACCAGGACTACCCCGTCTATCACCACAAGGACGTCCGACGCGTGATCGCCAACGCCGTGGAATGGGCCGTAACCGACCGCCCCGAACGCGCTGTTCCGGAGCTGCTTCGCTACGAAACCAACGACTTCTTCAACGGCAAGAGCTACCAGGGAGCCAACGCGTGA MTESKPIRVTVWSENRHEKRDELVARLYPDGMHGAVKAGIEENLGTAVEVRTATLDEPEHGLTEEVLANTDVLTWWGHMSHADVEDEIVERVHRHVLAGMGLIVLHSGHWSKIFTRLMGTSCTLRWRSEQDRELVWTVDPTHPIAKGIPHPIEIPQQEMYGEFFDIPTPEELVFISSFSGGEVFRSGCTFRRGHGKIFFFSPGDQDYPVYHHKDVRRVIANAVEWAVTDRPERAVPELLRYETNDFFNGKSYQGANA NA NA NA NA NA D3-18_00950 858 dasC_2 COG0395 Diacetylchitobiose uptake system permease protein DasC ATGACGACCGTACTGAAGGCACCCACGCTCCGGCGTAGCGGCCCAAAAACAACGGGACGCAAGAACTGGGGATACACGGCATTGGCCATCTTCTTCCTGGCCATCATGCTGTTCCCCGTCTATTGGATGGTCAACGCCTCCCTGCAACCCAACGGCACCACCTTGGAAACCTCGTGGTTCCCGCTGAAGCCCGACTTCACCGGCTACGCAACAGCCATCAATGAGCAAGCAGGGAACCTGCGAACCAGCCTCATCATTTCGCTGGGCAGTGTGGCGCTGAGCCTGGCCATTGCAGCTCCGGCCGCCTATGCCTTGGCGTACTTCAAGGTCCGCGGCGCAGGTGTGGTCCTGTTCGCGATCCTCATCAGCCAGATGATTCCGGGGATCGTGGTGGCCAACGCCCTCTACACCGCGTACAACGATCTCGGCCTACTCAACTCCATCCCGGGACTGATCCTGGCTGATTCTGCCCACGGAATCCCGTTCGCGATCCTCATCATCCGGGCCTTCATGAACGGCATGCCGGCCTCGGTGATCGAGGCCGCGCGCGTGGATGGTGCAGGCCACCTCCGGGCATTCTGGTCGATTGTGCTCCCGCTCAGCCGGAATTCACTGATCACAGCGGGGCTGTTCACGTTCCTGTTCGCCTGGAGCGACTTCCTCTTCGCACTGACCCTCACCACCACCGAAGCAGTCCGCCCCGTCACCCTGGGCATCTTCCAGTACATCGGCGCCTACGTGAATGACTGGAGTTCTGTCATGGCGACGGCGGTACTCGCGTCTATCCCGGCCATCGTCCTGCTGGTCGCGGCCCAAAAATACATCGCCGCCGGCACCACCGGCGGTGCGGTCAAGTAG MTTVLKAPTLRRSGPKTTGRKNWGYTALAIFFLAIMLFPVYWMVNASLQPNGTTLETSWFPLKPDFTGYATAINEQAGNLRTSLIISLGSVALSLAIAAPAAYALAYFKVRGAGVVLFAILISQMIPGIVVANALYTAYNDLGLLNSIPGLILADSAHGIPFAILIIRAFMNGMPASVIEAARVDGAGHLRAFWSIVLPLSRNSLITAGLFTFLFAWSDFLFALTLTTTEAVRPVTLGIFQYIGAYVNDWSSVMATAVLASIPAIVLLVAAQKYIAAGTTGGAVK PGPT0016540_4420 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 D3-18_00951 990 melD_2 COG1175 Melibiose/raffinose/stachyose import permease protein MelD ATGTCATTAGCTACCGATTTACCTCATTCAGAAGGGCAGGCCGCCGGCACAGCCGTGAAAACCCGCGGCTCAGGGACCGAAAAACCCGCGCCCCGGCGCCGTTCCCGCCAGCGCCGCGAGCGCATCTTCCAGTGGCTCTTCCTGGTCCCCGCAGTGGTCTACATGACGTTGTTCTTCGGGTATCCGGTAGTCAAGAACGTGGTCATGAGCTTCCAGGAGTACACCACCTCCACGTTCTTCACCGGAGAAGCCCCTTGGGTGGGGTTCTCCAACTACGTGACTGTATTGTCGTCGTCGTTGTTCTCAACCTCACTGCTGAACACCGTCTTGTTCACCATCGGCTCCATTGTTGGCCAGTTCGTGATCGGGCTGGCGCTGGCCATCTTCTTCCAGCGCAAGTTCCCGCTCAACGGAATCCTGCGGTCCCTGCTCCTGCTCCCCTGGCTCCTTCCCTTGATCGTTTCCAGTGCCGTGTGGCGATGGATCCTGGATAAAGACAGCGGCGCGCTGAACCGTTTCCTGGGTGACCTCGGCATCATCGATACCGGTATTCCGTTGCTCACCAGCACCTCGCTGGCCCTCATTGCCGTGGTGGGCGTGAACATTTGGATTGGCATCCCGTTCAACCTGACCATCCTCTACGGCGGCCTGCAGGAAATCCCGGACGAGCTGTACGAGGCCGGCTCACTGGACGGCGCCACCGGGTGGAAGGCCTTCCGGCACATCACGTGGCCCATGCTGCGGCCAGTGGTGAGCGTGGTCCTGGTGCTCGGCGTCGTCTACACGCTCAAGGTGCTGGACATCATTCTGGGCCTCACCAACGGCGGGCCCGCCAATTCCACCCAAACCATCGCGACGCAGTCCTACAACCTGTCCTTCCACGAATTCAAGTTCGGTGAAGGTGCGGCCCTGGGCAACGTACTGGTGATCATCTCCCTGGTCTTCGCAGTCCTGTACTTGCGGGCCAGCCGACGCGCAGTGGACGAGTGA MSLATDLPHSEGQAAGTAVKTRGSGTEKPAPRRRSRQRRERIFQWLFLVPAVVYMTLFFGYPVVKNVVMSFQEYTTSTFFTGEAPWVGFSNYVTVLSSSLFSTSLLNTVLFTIGSIVGQFVIGLALAIFFQRKFPLNGILRSLLLLPWLLPLIVSSAVWRWILDKDSGALNRFLGDLGIIDTGIPLLTSTSLALIAVVGVNIWIGIPFNLTILYGGLQEIPDELYEAGSLDGATGWKAFRHITWPMLRPVVSVVLVLGVVYTLKVLDIILGLTNGGPANSTQTIATQSYNLSFHEFKFGEGAALGNVLVIISLVFAVLYLRASRRAVDE PGPT0016535_850 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 D3-18_00952 1236 malX COG2182 Maltose/maltodextrin-binding protein ATGAAGTCAGCACAAAGGACATCCCGTCCGCTTGCAGTGGCAGTGGCCGCCCTGGTCGGCTTACCGCTGGTCGTTTCCGGCTGCGGCACCTCCACCGCCGCGTCGTCGTCCGAGGCGGTCACGGAACTCTCCGTGATGGATTACTACAACAACGAGCCGGACAAGTCGTTCATCGGCGATGCCCTAACCAAGTGCGGCACCCAGCTGGGCGTTACAGTCAAGCGGGAAACTGTCCCCGGAAAATCACTCATTTCCAAAGTCCTCCAGCAGTCCTCCTCCAAGACCCTGCCTGACGTCCTCATGTTGGACAACCCGGATCTCCAGCAAATCGCGGCCACCGGTGCCCTGGCTCCCCTTGCCGATTTCAAAGTCAGCACGGAGAACTTCGCTGAAGGCGTGCTGAGCGCCGGCACGTACAAGGACAAGGTGTACGGCCTGGCACCCACGGTGAACACCATCGCTCTGTTCTACAACAAAGACATTCTGGCCAAGGCCGGCGTCACCCCGCCCACAACGTGGGATGAGCTCAAGGCAGCCTCCGCAAAGCTCACTGCTGGTGACCAGTACGGACTGGCATTCAACGCCAACCCCACCTACGAGGGCACATGGCAGTTCCTTCCTGTCATGTGGTCCAACGGTGGCGATGAAAAGAAGATTGACACCAAGGAGACCGAGCAGGCGCTGCAACTGTGGACCGACCTGGTCAAGAGCGGTTCTGTCTCCTCCTCTGCCCTCAACTGGACCCAGGCTGATGTCAAAGACCAGTTCCTGGCGGGCAAGGCCGCCATGATGGTCAACGGACCGTGGCAGATCCCGGCGTTGGACAAGCAGCCCACGCTTCAGTACGGCGTAGTGAAGATTCCTGTGCGTGAAGCCGGGCAGACGTCCGTGGCTCCGCTCGGCGGCGAGGTATGGACTGTCCCTCAGACCGGGAACAAGGCCCGGCAAGCCAAGGCAGCAGAGATGGTTGCCTGCTTGAACAGCGACGAGAACCAGCTCGCCATGGCTACCGCCCGCAACACCATTCCCTCCAAGACCACACTCTCGGACAAGTTCGCCAGCGACAACCCCAAGCTCGCCACGTTCACCGAGCTGATCAAAACCGCCCGTGCACGCACCGGCCAGCTCGGCGAGGAATGGCCGGCACAGGCCACCAAGATCTACACAGCCATCCAGACATCACTAACGGGCAACGCCTCCCCGGCCGACGCCCTCAAGCAAGCCCAGGGTCAGTAG MKSAQRTSRPLAVAVAALVGLPLVVSGCGTSTAASSSEAVTELSVMDYYNNEPDKSFIGDALTKCGTQLGVTVKRETVPGKSLISKVLQQSSSKTLPDVLMLDNPDLQQIAATGALAPLADFKVSTENFAEGVLSAGTYKDKVYGLAPTVNTIALFYNKDILAKAGVTPPTTWDELKAASAKLTAGDQYGLAFNANPTYEGTWQFLPVMWSNGGDEKKIDTKETEQALQLWTDLVKSGSVSSSALNWTQADVKDQFLAGKAAMMVNGPWQIPALDKQPTLQYGVVKIPVREAGQTSVAPLGGEVWTVPQTGNKARQAKAAEMVACLNSDENQLAMATARNTIPSKTTLSDKFASDNPKLATFTELIKTARARTGQLGEEWPAQATKIYTAIQTSLTGNASPADALKQAQGQ PGPT0016545_10284 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 D3-18_00953 1038 ccpA_5 COG1609 Catabolite control protein A ATGCCCACCAGCAAGGACGTTGCCCAAGCCGCCGGAGTAGCTCAAAGCACAGTCTCCTACGTACTGAGTGGCAAGCGGCCGATCTCCGAGAAGACCCGCAAAAAAGTTGAAGACGCTATTCAGCAACTGACGTACCAACCCAACGCCGGCGCTCGAGCCCTTGCCAGCCGCAAGACCCGGGTCATCGGCCTGGTGATCCCCTTCATACCTGAACTGCACATGGCCTCGATCATGGAGTTCGTATCCGTGATCGCCAACACTGCCAGACGTTATGATCACGACATTCTCCTGGTCACAGAGGATGAAGGTGCACCAGGGCTGAAGCGCGTGGTGGGCCAGCAGATCTGCGACGGCCTGATCCTCATGCAGGTTGAAGGGGATGACGAACGTCTCCCCGTGGTTCGCAGCCTTAACGTACCCGTGGTGTTGATCGGAATCCCGCACGACCCCTCCGGCCTGGTCTGCATCGATGCGGACTTTGAAATGGCCGGGGAACAATGCGTCCAAGATTTGTCAGCGGCCGGGCACAGTGTCATTTCTGTGATCGGTTGGCAGCCGGAGGTGGTGGAGCGCCACGTGAATTACGTAGAACGCTTCATGTCCGGCACCGACAAGGCGGCGCGGGATGCCGGCGTCCGCGTACTGCACCTTCCGGGCGGCACCGACCGCGATGTCATCGCCGCCTCTGTTGACAAGGCCTTGGCCGAAACAACAGGAGTTCCGGCTTTCATTGCTCCGGACGGGACTGTCCAGGACGTGCTCCGCCGTGTACTGAACAGCCGCGGCCTGACTCCGGGGGTGGATGTCTCCGTCATCGGCAGCGCCTCCCCCACGCTGGCCGAACTTCAGCCCATTCCGCTTTCCACCATTGACCTCCGTCCGGCAGAAGTTTCCCGCCGCGCAGTGAAGATTATTTGCGACCTCCTCGAAGCCGAGAACCAGGGACCACACGAATCCCTGGAACTGGTACCTACGGTCATTACGCACCGTTCAAGCACGCTCCGCCCACCCCACGGCAGCTTAGTCTTTTCTCTGTAA MPTSKDVAQAAGVAQSTVSYVLSGKRPISEKTRKKVEDAIQQLTYQPNAGARALASRKTRVIGLVIPFIPELHMASIMEFVSVIANTARRYDHDILLVTEDEGAPGLKRVVGQQICDGLILMQVEGDDERLPVVRSLNVPVVLIGIPHDPSGLVCIDADFEMAGEQCVQDLSAAGHSVISVIGWQPEVVERHVNYVERFMSGTDKAARDAGVRVLHLPGGTDRDVIAASVDKALAETTGVPAFIAPDGTVQDVLRRVLNSRGLTPGVDVSVIGSASPTLAELQPIPLSTIDLRPAEVSRRAVKIICDLLEAENQGPHESLELVPTVITHRSSTLRPPHGSLVFSL PGPT0014791_180 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_FACILITATING_PROTEIN SESSILE_ROOT_COLONIZATION,PGPT0014791-ccpA-NA NA NA D3-18_00954 735 iphP Tyrosine-protein phosphatase ATGGATGGGACCACTTCAGCTCACCAAGGCGTCCACTGGGACGGCGCCGTCAATGCGTGGCAGATCGCCGGGGACGTGTACCGGATGGGGCGCCACGAATGGGTCACGGAAGCCGGGTGGCAGCAGATGTACGACGACGGCGTCCGCACCGTGATCGATCTCCGCGCCTCTCGCGAGCGGCGGCAACGCGACACCGATCCCGAGGTGCCGGACGACGTGAAGGCGCGTATCGACGTCGTGCATTGCCCAACGGAAGATCCGGACCATCGGGACTTCAGCGAGCTTTTCGGCCCGTACCTGAAGGACCCTGCGCAGTACGGTGATTATCTTGAGCTGTTCGCCGACAAGATCGCAGCGGTCTTCAAAGCCATTGCGGCGTCGCCCGGCAAGGTGGTGATTCACTGCTCCGCGGGAAGGGACCGTAGCGGCGTGATCGCTTTGATCCTGCAGCGTTTGGCGGGGGTTGGGGATGAGGAGATCGTGCACGGATACGAGCTCGCAGCCCGGGGGATCAACGAGCGTCACCGCACCCACGGGGCACCGCATACGCACGATCCCTACCTGTCCGACGCCGCTCTGGAGGCGATGTTGACCGAGCGGCGGGAGAGTCTGAGGGCCTTCCTTGCGTCGCTAGATGCGGCCGGGTTCCTGGCAGAGAACGGTGTTTCCGGACCGGAGTTGGCCGCCGTCCGGGCAAAACTCGGAGTGGCCGACGCTGCTAAGATGCAGAGTTGA MDGTTSAHQGVHWDGAVNAWQIAGDVYRMGRHEWVTEAGWQQMYDDGVRTVIDLRASRERRQRDTDPEVPDDVKARIDVVHCPTEDPDHRDFSELFGPYLKDPAQYGDYLELFADKIAAVFKAIAASPGKVVIHCSAGRDRSGVIALILQRLAGVGDEEIVHGYELAARGINERHRTHGAPHTHDPYLSDAALEAMLTERRESLRAFLASLDAAGFLAENGVSGPELAAVRAKLGVADAAKMQS PGPT0014530_2939 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 D3-18_00955 984 hypothetical protein ATGACTTCCGGCGCCCGCGTCACCATCGTGACCCGAACCAAGAACCGACCCATCTTCCTGGCACGGGCTTTGGATGACATCTTCGCCCAGACCTTCCAGGACTTCGAGCTGGTGATAGTCAACGACGGCGGGAACCCGGCCGACGTCGAACACCTCACCTCCCAGCGGTCGGAAGCGGAACGGTCCCGCATCACCACCATTCACCATGCTGAGTCAGCTGGCATGGAGGGGGCATCGAATGCCGGTCTCAAGGCCGGTTCCGGCGAGTTCGTGGTGATTCATGACGACGACGACTTTTGGGCCCCCGAGTTCCTTGCCCGCACAGTGGCCTACCTCGACGATCCCGCGCATGCTGCTGAAAGCGGTGTGATGGTGCGGACTGAGATCGTCATCGAGGAGCTTGTGGAGGGCAGGATCGAGCCCATCAGCCGTGAAATCTTCTGGGCCGACATGCGGCAGATAACGCTGGCGGACATGCTGAAGATCAACCGCGCGGTCCCTATTTCTTTCCTGTACCGACGCAATCTTCACGACCATGTGGGCTATTACAACGAGAACCTTCCCGTGGTGGGGGACTGGGAATTCCACCTCCGCGTCCTGAGTCACTCGCGCGTAGGATTCCTCGACGGCGAACCTCTCGCCTTCTGGTCGCAGCGTCCGGAATCCGCTGGGCACCACAGCAACAGCATCTTCGCAAAGGTTGCTGAACATGCACAGTACGATGCGTTGGTCCGCGACGATTACCTCCGCGACCAAGCCGCCCAAGGCGGACTCGGTACCATGCTTTACCTGACCCGGGTGCTGTCGGAGCAAGAGGACCTCATCGTTGCTCAGCAGCGACGCTTGGACGATTCCGCGGCCAAACTCGATCATATTCTGGAGCGCCTCGAGGCGTTGAACCAGACTGTGGTTGTGCGGACCAGCGTGGGGGAGTTCTTGAAGAAGCCCATGCTTTTGGTGCGGAAGCTGTTCAGGCGGGGCTAG MTSGARVTIVTRTKNRPIFLARALDDIFAQTFQDFELVIVNDGGNPADVEHLTSQRSEAERSRITTIHHAESAGMEGASNAGLKAGSGEFVVIHDDDDFWAPEFLARTVAYLDDPAHAAESGVMVRTEIVIEELVEGRIEPISREIFWADMRQITLADMLKINRAVPISFLYRRNLHDHVGYYNENLPVVGDWEFHLRVLSHSRVGFLDGEPLAFWSQRPESAGHHSNSIFAKVAEHAQYDALVRDDYLRDQAAQGGLGTMLYLTRVLSEQEDLIVAQQRRLDDSAAKLDHILERLEALNQTVVVRTSVGEFLKKPMLLVRKLFRRG NA NA NA NA NA D3-18_00956 2187 hypothetical protein ATGAGGGGTAATTCGCGCGGCCGTTTTCGGCTCACACTCGCACTTTTAGCAGCACTCATTTTGGGCGCATTGCCTGCCGGGATCGCATCCCCGGCGTTTGCAGCAGCTGCGGGCAGTATTTCAGGAACGGTGACGGTGCCCGCGGGGGTGAACGTTACCTCGGTTGACATTTATGCCCAAGGTAAATCATTTTCTGAGACTGTCCGGCCAGACGCTGCTGGCCAGTTCACCATCCAGGGCCTCGACGCTGATGAATATCGGCTGTATTTCAGGAGCTCTGGATTCTCCCATTTGGTCATCCCCTCCTATTACGGTGGTTTCAAATTTGAAGACGCTACCCCGATCGCCCTGGCCCAAGGTGAGGTGATCGCCGGAATCAAACACACGATGACCCCTGGTGGCAGGATTAAGGGAAAGGTCGCTTTGCCGACAGGTACTAATCCCGGGAATGTTGTCGTACATGCTGAGGTTCACGGGGATCATGAAGCGGACAATGACTGGTCCCACCTTTCTGACCGCGATGGAAACTTCGAGCTTGGTCCCCTGGCGCCGGGTGAGTACGTAGTCTTTTTCAGGCAGACTTTTGGCTCCGAACCTTTTGTCGAGACTCACTATCCGGGAGTTCCCAGTGGTGACCAGGCGACAAGAATCAAGGTTGTTGACGGGCTGACCACCACGGGAATAAATCAGGTCTTGAAGCAGTCTGCATTGATCTCTGGGACCCTCTTCAGCCCAACGAGGTTTGATGGAACCGTCTTAGCGAGACCAATCAATGATCTTGCCAAGGCTGCAGGGCGCACGGATGTGAAAGCGGGAGCCTACATTATTGGGGGACTTGAAGCGGGGTCCTACAAACTTGAATTCCAATCCCACGATGCCACTTACGCGTCCATGTGGCACGGCGGAGTTGCTCATCCATCTGCAGCCCCGTCCTTGACTCTGACTGGTACGCAGCATATTCAGGGGCTGACGGACACAGCCGTGAGAGGTGCCACGATTAGAGGCTTCGCGGACGGCGACGTCAACTATCCGAGCGTGGACGTCGTGAACCTTGATGGAACGGTGGCGAACTATGTCAACACAGTACGTTTGCTTGAGCCCAACGAGTACGCGGTCAGTGGGTTGTTTCCCGGGACCTACAAAGTCCAATTCAATCGCTATGACCATGACAGCTACCGGACTGCTCAGGAAGGGCAGTATTACAACGCTCTGCCGGAAGGAGCCGGCCTGGGAAGTGCCGCCGCCATTACGGTTGCTCCCGGTCAAACTGTCTCGAACATAAACCAGGCGAGACGTATCGGCGGAACCTTAGCAGGCAAACTTTTGGGTGCCAATGGCGCACCTTTGAAAGATGCGGCTGTTCGGGTTTACACCAAGGATGGGGTTCTGGTTACCCGTCGCGCGACAACGGCGGCGGACGGCACATTCAACGTAACTGGTTTAACAACGGGGCTCTATTTCGTGTCGGCTGCACCTGCTGGTGAGTCGGGTCCCATCTACTCCGGCAATGTTCTCACCGAGGTCAATGCCAGGTCCGTTTCCACGTTCTCCGGGCAGAACACCGACATCGGAACACTGAGCTACGCCACCGCTTCGCAGGGTACCCGGGGCTTCGATGACGTTCCGCTCGGTGCGCAGTTTGAGGATGAAATGCAGTGGTTGGCTGACAAGCAGATTTCCACAGGGTGGGAGTCGAATGGGGCCAAAATCTACAGACCGCTAACTCCTGTTAATCGGGACGCTATGGCTGCGTTCATGTACCGGTTATCGGGCAAGCCTGCCTTCGCTGCACCAACCGGTTCCCCTTTCACGGACCTGCCCGTGGGGGCGCAGTTCTACAAAGAAATCACGTGGCTAGCGGACAAGGGCATTTCCACAGGTTGGGAAGAGGCCGACCAAACCAAGACCTACCGTCCCTTGCAGCCTGTGAACCGTGATGCGATGGCGGCGTTTTTGTACCGCTTGGCTGGCGAGCCTGAGTTCACTCCACCTACGGAATCGCCGTTCATCGATGTGCCCGTCGAAGCCGAGTTCTACAAGGAGATCACGTGGCTTGCAGCTCAGGGGATCTCCACCGGTTGGGCTGAATCGGGCAACACCAAGTCCTTCAAGCCCCTTCTCCCCGTGAACCGGGACGCGATGGCAGCGTTCATGTTCCGCTACAACACGAAGTTCGGCTCCATTTAG MRGNSRGRFRLTLALLAALILGALPAGIASPAFAAAAGSISGTVTVPAGVNVTSVDIYAQGKSFSETVRPDAAGQFTIQGLDADEYRLYFRSSGFSHLVIPSYYGGFKFEDATPIALAQGEVIAGIKHTMTPGGRIKGKVALPTGTNPGNVVVHAEVHGDHEADNDWSHLSDRDGNFELGPLAPGEYVVFFRQTFGSEPFVETHYPGVPSGDQATRIKVVDGLTTTGINQVLKQSALISGTLFSPTRFDGTVLARPINDLAKAAGRTDVKAGAYIIGGLEAGSYKLEFQSHDATYASMWHGGVAHPSAAPSLTLTGTQHIQGLTDTAVRGATIRGFADGDVNYPSVDVVNLDGTVANYVNTVRLLEPNEYAVSGLFPGTYKVQFNRYDHDSYRTAQEGQYYNALPEGAGLGSAAAITVAPGQTVSNINQARRIGGTLAGKLLGANGAPLKDAAVRVYTKDGVLVTRRATTAADGTFNVTGLTTGLYFVSAAPAGESGPIYSGNVLTEVNARSVSTFSGQNTDIGTLSYATASQGTRGFDDVPLGAQFEDEMQWLADKQISTGWESNGAKIYRPLTPVNRDAMAAFMYRLSGKPAFAAPTGSPFTDLPVGAQFYKEITWLADKGISTGWEEADQTKTYRPLQPVNRDAMAAFLYRLAGEPEFTPPTESPFIDVPVEAEFYKEITWLAAQGISTGWAESGNTKSFKPLLPVNRDAMAAFMFRYNTKFGSI NA NA NA NA NA D3-18_00957 1914 hypothetical protein ATGAGGGGTTATTCTCGCGGCCGTTTTCGGCTCGCTCTCACTTTATTAGCAGCACTCTTCTTGGGTGCCTTGCCTGCCGGGATCGCATCCCCGGCGTTTGCAGCAGCTACAGGCAGTATTTCAGGAACGGTCACGGTGCCGGCGGGCGTGGATGTCACCAAGGTGACAGTCTTCGCCGGCCCGGAAATCGGCGGCTATCAAACAGCCAGTGTGGCCTCGGACGGAACTTTCACGGTCAGTGGACTTCCCGCGGTTAACCACTGGGTAAATTTCTCGTACTTCGAATCCCCGTCTCCGGTAGTCGGGGCCTATTACTCAACCTCTCCGGATGGTGCCAAAACACTCGTCAGCGTTTCGGAAGGTACTACCACCTCCGGCATCAATCAGACGCTGAAGCCTGCTGCAATGGTTTCCGGCAAGATCTCGGTTCCAGCAGGTATGCCGGCTTTCACCGGGCAGGTCAGCCTCGAGGCGGGGCCTGACTTCACCAAGAATGCGTTCGTGGGATCGGCGTGGATTAGTGCCGATAGCTTGGGGAACTACACCATCGGCGGTTTGGAGGCCGGAGCCTACAAGCTTCGCTTCGCGTCGTACAGCGACAAGTGGGCCACCATGTGGCACGGCGGTGTGGTCTCTGCGGGCGGTTCTCAGTCCATAACCATTGCGGCCGGGGAGCAGCTCGCTGGCATCCAGGATTCGGCAGTTGCGGCTGGCTCTATCGCAGGGTCCATCGCGGGTGCACCCGCCCCCGGCCCCACGATGAGTGGTCCGGGCATGAGCATCACTGCCATTGCGCCGGACGGCACCGTTGCAGCGTCTACGGTCATGGAAACTTCGCAGACCACCTACGTGCTGAAGAACCTGCTGCCGGGCAAGTACAAGGTTCAGTTCAACCGGACCAACGGATTCATCTCCAATTACGAGGCCCAGCTGTACAAGAACCTCCCGGAATCCGGGGGCGCGGCTAACGCGACTCCCGTGACTGTAGCTGCCGGACAGGCCGTTTCCAGCGTCAACGCAACCGTTCGCCAGGGCGGAACGCTCACTGGGAAGGTTCTGGGCTCTACTGGTACGCCCCTGAAGGGTGTGCGGGTCAACGTTTACACCAAGGACGAGTCTCTCGTCACCCGCTTCTCCTACACCGCAGCGGACGGGACCTTCAAGGTCACCGGCCTGACCACGGGACTCTACTTCGTGTCCGCTGAACCCGAGGGGGCCGCGCCGATCTACTCCGGCAACGTCCTCGCAGAGGCCAACGCCCGGTCCGTTTCCTCTTTCGTCGGCCAGAACACGGACCTTGGCACGCTGAGCTACGCGACTGCAACCCAAGGTACCCGGGGCTTTGACGATGTTCCCCTCGGCGCCCAGTTCCAGAATGAAATCCTCTGGTTGGCCAACGAAGGAATCTCCACCGGTTGGGAAGCCAATGGGTCCAGGACCTACCAGCCGCTGACCCCGGTGAACCGTGACGCCATGGCTGCGTTCATGTACAGGTTGTCGGGTGAGCCTGAGTTCACGCCGCCTGCTGTTTCTCCCTTCGCTGACCTCCCCGCGGACGCCAAGTTCTACAAGGAGATCACCTGGCTTGCTGACAAGGGCATCTCCACGGGTTGGGAAGAGGCTGACAAGACCAAGACCTACCGGCCCCTGCAGCCCGTGAACCGTGATGCGATGGCTGCCTTCATGTACCGCTTGGCTGAGCAACCCGAATTCACTGCACCGGCAACTTCACCATTCGTTGATGTTCCTGTCGGCGCTCAGTTCTACAAGGAGATCACCTGGCTCGCAGCTCAGGGCATCTCCACCGGCTGGACCGAATCAGCTGGCAAGTCCTTCAAGCCGCTGCTGCCCGTGAACCGTGATGCGATGGCCGCATTCATGTTCCGCTTTGACGCTAAGTTCGGCGCCGTCTAG MRGYSRGRFRLALTLLAALFLGALPAGIASPAFAAATGSISGTVTVPAGVDVTKVTVFAGPEIGGYQTASVASDGTFTVSGLPAVNHWVNFSYFESPSPVVGAYYSTSPDGAKTLVSVSEGTTTSGINQTLKPAAMVSGKISVPAGMPAFTGQVSLEAGPDFTKNAFVGSAWISADSLGNYTIGGLEAGAYKLRFASYSDKWATMWHGGVVSAGGSQSITIAAGEQLAGIQDSAVAAGSIAGSIAGAPAPGPTMSGPGMSITAIAPDGTVAASTVMETSQTTYVLKNLLPGKYKVQFNRTNGFISNYEAQLYKNLPESGGAANATPVTVAAGQAVSSVNATVRQGGTLTGKVLGSTGTPLKGVRVNVYTKDESLVTRFSYTAADGTFKVTGLTTGLYFVSAEPEGAAPIYSGNVLAEANARSVSSFVGQNTDLGTLSYATATQGTRGFDDVPLGAQFQNEILWLANEGISTGWEANGSRTYQPLTPVNRDAMAAFMYRLSGEPEFTPPAVSPFADLPADAKFYKEITWLADKGISTGWEEADKTKTYRPLQPVNRDAMAAFMYRLAEQPEFTAPATSPFVDVPVGAQFYKEITWLAAQGISTGWTESAGKSFKPLLPVNRDAMAAFMFRFDAKFGAV NA NA NA NA NA D3-18_00958 2100 paaZ_1 COG2030 Bifunctional protein PaaZ ATGACCACTACCGCAGTCGCCCCGGAAACCACAGCCGTTGCAACCGTCCCCAGCTACGTCCAGGATGCTTGGTGGACCCCGGCGCCCGACGCCAGAAAAGTCCCCGTCCGTGATGCCAGCACCGGAGAAGTCCTGGCCAACGTCAGCACCGACGGACTGAACCTTGCCGCCGTCGTGAATTACGGCCGCACCACTGGGCAAACGGAACTTGGGAAGCTGACTTTCCACCAGCGCGCACTCAAGCTCAAAGAGCTTGCCATGTACCTCAACGGGCGCCGCGAAGAGCTGTACGAATCCTCTTCGCAGAGCGGTGCCACCAAGATCGACAACATGATCGACATCGATGGCGGCATCGGTGTGCTGTTTACGTTCGGCTCCAAGGGCCGTCGCGAGCTGCCCAACTCGCAGGTTGTGGTGGATGGTCCCATGGAGACGTTGTCAAAGGACGGATCATTCGTCGCCGAGCACATCTACACCCGGATTCCCGGCGTTGCAGTCCAGATCAACGCGTTCAACTTTCCGGTTTGGGGCATGCTGGAAAAGTTCGCTCCCTCGTTCCTCGCCGGCGTCCCCACCATCGTGAAGCCGGCCACGCCCACGGGTTACGTTGCCGCCGCGGCGGTTAAGGCAATCGTCGAGTCAGGAATCCTCCCGGCAGGCTCCCTTCAGCTGATCTCCGGTTCTGCCCGGACCATCCTTGATGAACTCGACTACCGCGACCTCGTTTCCTTCACGGGCTCGGCATCCACTGCCAATTCGCTCAAGGGCCACAAGAACGTGGTCCAGGGTGGCATCCGCTTCACCTCCGAGACCGACTCCCTCAACGCCGCCATCCTCGGGCCCGACGCCGTCCCCGGCACCCCGGAGTTCGACGCTTTCATCAAGGCTGTGGTCACGGAGATGACCGTCAAGGCCGGCCAAAAGTGCACCGCAATCCGCCGCGTTATCGTCCCGCAGGAGCTGACGTCCGACGTCGCTGCTGCCGTCGGTGCGCGAATCAACGAACGCGTCGTGGTTGGCGACCCACGCGCCGACGGCGTCACCATGGGCGCCTTGGCGTCGCTGGAACAGCTCGCCGACGTCCGTGCGGCAGTTCAATCAATGCTCGACGCCGGCGGTGAGCTTGCGTACGGATCTCTCGACTCGCCGTCGGTCACCTCCGTTGGCGGCGGCGTGGGCGTAGTGGAAGACGGTGCCTTCATGTCGCCGGTCCTCCTGAGCTGGGCAGACGCTGAAGCCGAAGAAGTTCACTCACTCGAGGCGTTCGGGCCAGTGTCCTCGGTGATCGGGTACTCGGATCTTGCCGACGCCATCCGTCTGGCAGCCCGCGGCTCCGGCTCCCTGGTGGCATCGGTCTGCACTAACGATCCATCTGTTGCGCAGGAACTGGTGCTCGGCATCGCTGCCCACCACGGCCGCGTTCACATGCTAAACCGTGAAGATGCGCGCTCGTCCACCGGCCACGGTTCCCCGGTCCCGCACCTGGTACACGGCGGTCCCGGCCGTGCTGGTGGCGGCGAAGAGCTGGGCGGCATCCGCTCCGTCCTGCACCACATGCAGCGCACAGCCATTCAGGGTTCCCCCAACATGCTGACCGCCGTCACGGGCCTCTGGCACACCGGCGCGGACCAGAACTTCACTGTGGAAACCGAGGGGGAGCACCCGTTCCGGAAGCACCTTTCTACCCTCCGGATTGGAGACGCTGTTCGCTCGGACCTCCGCGAGGTCAAGCTTGAGGACATCACTGCCTTCGCGAACTCGACGGGCGACACGTTCTACGCACACACCAATCAGGAAGCCGCCGAGGCCAACCCGTTCTTCCCAGGTATTGTGGCCCACGGTTACTTGCTTTTGAGCTGGGCTGCCGGGCTCTTTGTGGAGCCAGCTCCGGGTCCCGTGCTGGCCAACTATGGCTTGGAGAACCTGCGCTTCATCACTCCTGTGGCAGCCGGCGACTCCATCCGGGTCACGCTGACGGCGAAGAAGATCACCCCACGCGAGACCGACGAATACGGTGAGGTGGCCTGGGACGCCGTCCTGACCAATCAGAACGACGAAATCGTGGCCACCTACGACGTACTTACCCTCGTGGAGAAATAA MTTTAVAPETTAVATVPSYVQDAWWTPAPDARKVPVRDASTGEVLANVSTDGLNLAAVVNYGRTTGQTELGKLTFHQRALKLKELAMYLNGRREELYESSSQSGATKIDNMIDIDGGIGVLFTFGSKGRRELPNSQVVVDGPMETLSKDGSFVAEHIYTRIPGVAVQINAFNFPVWGMLEKFAPSFLAGVPTIVKPATPTGYVAAAAVKAIVESGILPAGSLQLISGSARTILDELDYRDLVSFTGSASTANSLKGHKNVVQGGIRFTSETDSLNAAILGPDAVPGTPEFDAFIKAVVTEMTVKAGQKCTAIRRVIVPQELTSDVAAAVGARINERVVVGDPRADGVTMGALASLEQLADVRAAVQSMLDAGGELAYGSLDSPSVTSVGGGVGVVEDGAFMSPVLLSWADAEAEEVHSLEAFGPVSSVIGYSDLADAIRLAARGSGSLVASVCTNDPSVAQELVLGIAAHHGRVHMLNREDARSSTGHGSPVPHLVHGGPGRAGGGEELGGIRSVLHHMQRTAIQGSPNMLTAVTGLWHTGADQNFTVETEGEHPFRKHLSTLRIGDAVRSDLREVKLEDITAFANSTGDTFYAHTNQEAAEANPFFPGIVAHGYLLLSWAAGLFVEPAPGPVLANYGLENLRFITPVAAGDSIRVTLTAKKITPRETDEYGEVAWDAVLTNQNDEIVATYDVLTLVEK PGPT0006100_142 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006100-paaZ-K02618 NA NA D3-18_00959 603 kstR2 HTH-type transcriptional repressor KstR2 ATGCCTACTGAGACCACCACCAAGCGCGGACGGCCCGGTTATGACCAGCAGTCGGTGCTCCGCATCGCCGTCGACGTCTTCAACCGCCACGGGTACGACGCAACGTCCATGGGCATCCTGGCCGAAAACCTCGGGATCTCGAAGTCAGCCATCTACCACCATGTGCCGTCCAAGGGCGATCTGCTGAAGCTCGCCCTGGACCACGCCCTTGGCGGACTGGAAGCCATTCTGGAGGAGCCAACCGCTACGTCCGGTCCCGCCGATGCGCGGCTGGAATTCGTGCTGCGGCAGACCATTGCCGTGCTGGTGGACAGGCTCCCCTTCGTAACTCTGCTGCTGCGATTGCGGGGCAACACGGAGATCGAGCGCGACGCACTGGAACGTCGTCGCGCCTTCGACCACAAGGTGGCCGAGCTGATTGCCGCTGCCCGGGAAGATGGCTCACTGCGCCAGGACATCGACCCCCGCACCGTCACCCGCCTCCTGTTCGGCACCATCAACTCAATCGTTGAGTGGTACAAGCCCGGCGGCTCGTTGTCCCCTGAGAAGCTCGCCGACGACGTCATCACCATGGCCTTCGACGGCCTCCACACGGCCGCCTGA MPTETTTKRGRPGYDQQSVLRIAVDVFNRHGYDATSMGILAENLGISKSAIYHHVPSKGDLLKLALDHALGGLEAILEEPTATSGPADARLEFVLRQTIAVLVDRLPFVTLLLRLRGNTEIERDALERRRAFDHKVAELIAAAREDGSLRQDIDPRTVTRLLFGTINSIVEWYKPGGSLSPEKLADDVITMAFDGLHTAA NA NA NA NA NA D3-18_00960 1350 paaK COG1541 Phenylacetate-coenzyme A ligase ATGACGCAGAACACCGTGGCCGCACCCGCAACTTCCTCATCCAAGGAAACCGCCCCCGTGCTTGACCGTGAAGAAACCATCTCCCGCGACGAACTCGAGGCATTGCAGCTCACCCGCCTCCAGCACACGGTGGCGTACGCCTACGATCGCGTGCCGCTGTACAAGCGCAAGTTCGACGAAGCCGGCGTGCACCCCACGGACCTCCGAGAGCTGAGCGACCTCGGCAAGTTCCCCTACACCACCAAGGAAGACCTGCGGCTGGAATACCCCTTCGGTATGTTCGCCGTCCCGCAGGACCAAGTGGCGCGAATTCACGCGAGCTCCGGCACCACCGGCCGCCCCACCGTTGTTGGCTACACCAAGAACGACCTCGCCAACTGGGCAACGCTGGTGGCGCGCTCCTTCCGGGCCTCCGGCGTCCGGCCCGGGATGAAGGTCCACAACGCCTACGGCTACGGTCTCTTTACCGGCGGCCTCGGCGCGCATGCAGGCGCTGAGGCGCTCGGCTGCACGGTCATCCCCATCTCCGGCGGTCAAACCGAACGCCAGATCCAGCTCATCCAGGACTTCAAACCGGACGCCATCCTGGCCACTCCCACGTACTTGCTCACCATCGCCGATGCCATGCAACACCAAGGCATCGACCCCACGTCCACCTCGCTCAAGTACGCCGTCCTTGGCGCCGAGCCATGGACCGAAGAAATGCGCCACGAGCTTGAAACCACCATGAACATCAAGGCCTCGGACATCTACGGGCTCTCCGAAGTCATGGGTCCGGGCGTCGCTGGCGAAGCTGTTGAAACACAAGACGGCTGCCACATCTGGGAGGACCACTTCCGCCCCGAAATCATCGATCCGTTCGACCACTCGACGGTCTTGGCCGACGGCGAACCCGGCGAACTCGTCTTCACGTCCCTCACCAAGGAAGCGTTGCCGATCATCCGGTACCGCACCAAGGATCTCACCCGCCTGCTGCCCGGCACCGCACGGCCCGCGCACCGCCGTATGGGCCGTATCACCGGCCGCAGCGACGACATGATCATCCTGCGAGGCGTGAACCTGTTCCCGTCACAGATCGAGGAAATCGCGCTGCGCATCCCCGAGCTCAGCCCGCACTTCCAACTCGAAATTACCCGCCCCGAAGGCAAGCGCATGGATTCGCTGACCGTGAAGATCGAGCGCCGGGAGAACGTTCCGTCCGAGGCAGGTACGACGGCGGCCCACACCTTGCGTGAGCAGATCAAGATTCACGTTGGGTCATCTTGCGTGGTTGACGTTGTAGAGCCAGGCTCCCTTGAGCGGTCCAACGGTAAGCTCCGCCGGATCTACGACATGCGCCCCAAGGGCTGA MTQNTVAAPATSSSKETAPVLDREETISRDELEALQLTRLQHTVAYAYDRVPLYKRKFDEAGVHPTDLRELSDLGKFPYTTKEDLRLEYPFGMFAVPQDQVARIHASSGTTGRPTVVGYTKNDLANWATLVARSFRASGVRPGMKVHNAYGYGLFTGGLGAHAGAEALGCTVIPISGGQTERQIQLIQDFKPDAILATPTYLLTIADAMQHQGIDPTSTSLKYAVLGAEPWTEEMRHELETTMNIKASDIYGLSEVMGPGVAGEAVETQDGCHIWEDHFRPEIIDPFDHSTVLADGEPGELVFTSLTKEALPIIRYRTKDLTRLLPGTARPAHRRMGRITGRSDDMIILRGVNLFPSQIEEIALRIPELSPHFQLEITRPEGKRMDSLTVKIERRENVPSEAGTTAAHTLREQIKIHVGSSCVVDVVEPGSLERSNGKLRRIYDMRPKG PGPT0026240_839 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR_VIRULENCE_REGULATORY_SYSTEM,PGPT0026240-paaK-K01912 NA NA D3-18_00961 477 paaI COG2050 Acyl-coenzyme A thioesterase PaaI ATGGTTGAAACAACCCTCTCCGGTGCACAGCACCACATCCTGACGAACGACTACGCGTCCGAATGGATGGGCATCGAGGTCCTCAAGCTCGACGACGGCCACGCCACCATCCGCATGCATCTCCGCCAGGAAATGCTCAATGGGTTCGGCATGGCACATGGCGGAATGATCTTCGCCTTCGGGGACACCGCTTTCGCACTGGCCTGCAACCCGGCCAACCCCACGCCCAAGCAAGCCGCCCACATTACGGTTGCGTCCGGCGTCGACATCAACTTCATCAAGCCGGCGTTTCAGGGCCAGGTGATCACCGCCGTCGCAAACCGCCGCGCGAGCACCGGCCGCAGCGGCCTTTACGACATCCAGATTTATGCGGCGTCCCCGGACGAAGCTGCCTCCGACCCCACCGCTTCCGATCCCGCTAGCGGGGAACTCATCGCTGAGTTCCGTGGCCGCAGCCGCACCATCTCCAAGAAGTAG MVETTLSGAQHHILTNDYASEWMGIEVLKLDDGHATIRMHLRQEMLNGFGMAHGGMIFAFGDTAFALACNPANPTPKQAAHITVASGVDINFIKPAFQGQVITAVANRRASTGRSGLYDIQIYAASPDEAASDPTASDPASGELIAEFRGRSRTISKK PGPT0006080_225 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006080-paaI-K02614 NA NA D3-18_00962 579 hypothetical protein ATGCCCGAAATTGAGCTTCCCATCATCACCGACCGACTCATTCTGCGGCGGTTCCAGGCTGCGGACCTTGAACGGTTCCACGCCTATCAGTCGCTTCCCGAAACTGCCCGGTACCTCCTGCGCAACGAGCTGACCAAGACCAAGTCCATGGAGGTCCTCGGCAAGTACGCGAACTTCGAGTTCAACCAGGAAGGCGACTGGGTATGCCTTGCCATCGAGCGCAAGGATCACCCCGGCCTGATGGGCGAGGTAGTGCTGAAGTGGTTGGAGGGAACCGGGCAGGGTGAGCTGGGCTGGATACTGCATCCGGAGGCGCGCGGCCACGGCATCGCCACGGAGGCAGCGGAGGCCGTGATGAAGCTGGCATTCGAGAAACTGGCCTTCCATCGCATCGACGCCAAGCTGGATGCACTCAACGCGGGTTCTGCCGGCGTCTGTAAGCGCCTGGGCATGCGGCTCGAAGCCACCTTGGTGGACAACTGGCATTACAAAGGCCAGTGGGCCACCGAAAACATCTACGCGATTCTGGACTCGGAGTGGCGCACGCGGCACCATCCATGGACCCGGAAAATCAGCTGA MPEIELPIITDRLILRRFQAADLERFHAYQSLPETARYLLRNELTKTKSMEVLGKYANFEFNQEGDWVCLAIERKDHPGLMGEVVLKWLEGTGQGELGWILHPEARGHGIATEAAEAVMKLAFEKLAFHRIDAKLDALNAGSAGVCKRLGMRLEATLVDNWHYKGQWATENIYAILDSEWRTRHHPWTRKIS NA NA NA NA NA D3-18_00963 1554 COG2200 putative signaling protein ATGTCTGACTCAGAAATGTACTCCGCGAATGATCCCCGTTTGGGACTGCTCCTGGAAGGCATCGTCAGGTTGGCGGCCGGCGACCTGAACACCAGGATCCAAGTCTCCGAGGCACGCGATGAGATTGACGCCGTGATCATGGGCACCAACCTCTTGGCCGAAGATCTGCAGATTGTCTATGAAGAGCTGGAGCAAAGGGTGCAAGCCCGGACACAACAGCTCAACGAAGCGCACCTTGCGATGCAGCGCATGGCCATGACCGATCCCCTGACTGGCTTGAACAACCGCTCCGCTTTCGCCACTGCCCTGAGCGAGGCCCAAGCGAACGGCGTGCAAGGCAACAAACGGCCGGCAATCCTCCTGCTGGATATGGATGGCTTCAAAGCCATCAATGACTCCCTCGGCCACACCATCGGTGACAAAGTCCTGGAAACTGTGGCGAACCGCATCAGCGGCGCGGTCCGCGAACAAGACATGGTGGCCCGCATGGGCGGCGACGAGTTCGCAGTCCTGCTTCCGGAGGTGACCCCGGCGGAGGCCAGCGCCATCGGCAGCCGGATCCTCGCCGCAGTGGTGGGGGCGATGGAGATTGAGGGCCAACACCTCCGCTGCGGGGTCAGCATGGGCCTCCGGATGGCCGATCCAGGTCAGCGGGCCGAAGAGCTCATGATGGAAGCGGACATCGCCATGTACGAGTCCAAGGCGGACGGGCGCGGCAAGCTCAAGGTGTTCGCCGCTGACATGCTGCTTGCCCGGCAAATGCGGAACCAGCTGGTGGGCGAGCTCAAAGAGGCGATCACCGGTTCGCAGCTGGTGCTTTATTACCAGCCCATCATCAGGCTGGATACCCGCGAGATTGAGGGGGTGGAAGCTCTGGTCCGCTGGAACCACCCCACCCGTGGAATCATCATGCCGGACGAGTTCATTCCCATTGCCGAGGAAACGGGAATGATCTCCGATCTGGGCGGCTGGGTACTCCGAACCGCCGTCGAGCAGTTAAGGCAATGGCGTACCGACCCCCGGACGGCGGGCCACAACTTCAGCATGCGCATCAACGTTTCAGCCGCGGACCTGCAGCGTCTTGAGTTCATTGAAGACGTCCGCGAGGCGCTGGTCTCCGCCGACCTGGACCCGTCGCTACTGGTCCTGGAGTTGACCGAGAGCGCCGTAATCCAAGGCAACGATCTGGATCGTTACACGCTCAACAGCCTGCGCCGCCTTGGCGTGGGACTGGAGATTGACGATTTCGGTACGGGCTACTCCTCCATCAGCTACCTTCGCCAACTGCCTGTGGATACCGTCAAAGTGGACCGGACGCTGCTGTCCGCCCTGGGCAGCGACCCGTCCCAGCCGGCCCTTCTCGCGGCCGTGCTGCAGCTCATCCGCGCCTGCGGCCTGGCTGCTGTGTGGGAGGGCGTGGAAACCGCCGAGCAAGCCGAGTACCTCCTGAGCATCGGGTGTACCAGCGGCCAAGGCTACTACTTCAGCCGGCCTTTGCCTGAAGCGCAGTTGACCGAACAGCTCAGACACCACAAAACGTGGCCCGTCAGCTGA MSDSEMYSANDPRLGLLLEGIVRLAAGDLNTRIQVSEARDEIDAVIMGTNLLAEDLQIVYEELEQRVQARTQQLNEAHLAMQRMAMTDPLTGLNNRSAFATALSEAQANGVQGNKRPAILLLDMDGFKAINDSLGHTIGDKVLETVANRISGAVREQDMVARMGGDEFAVLLPEVTPAEASAIGSRILAAVVGAMEIEGQHLRCGVSMGLRMADPGQRAEELMMEADIAMYESKADGRGKLKVFAADMLLARQMRNQLVGELKEAITGSQLVLYYQPIIRLDTREIEGVEALVRWNHPTRGIIMPDEFIPIAEETGMISDLGGWVLRTAVEQLRQWRTDPRTAGHNFSMRINVSAADLQRLEFIEDVREALVSADLDPSLLVLELTESAVIQGNDLDRYTLNSLRRLGVGLEIDDFGTGYSSISYLRQLPVDTVKVDRTLLSALGSDPSQPALLAAVLQLIRACGLAAVWEGVETAEQAEYLLSIGCTSGQGYYFSRPLPEAQLTEQLRHHKTWPVS PGPT0026010_3028 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023 NA NA D3-18_00964 1047 hypothetical protein ATGCAAAGTCCTCACCTGGCCACCCACCTTGTTGCCGGACTCAATGCACGCGCCAAATGGAAGGCGCGGGACTTTGACGAGGCCTTCACGATGGCTGCAGAGGCTGCTGAACTTGCCCGGGATGCCGGCGACGAACTGGCATGGTGGAACATGCGCTACCTGCAGGCGGAATGCCTCCGTGATCAAGGCAGCATCGAGGAATACCTGGCGCTGGCGACCTCCCTCAATGATCACAGCCTTACAGCTTCCTCGGCCGAGCTCGGCGCTAAGGCAGGAACAATGGTGGCCATTGGGCTCCAAGGCCTCGGCCGGCTTGCCGAAGCCGCAACCATGGCTGCCGATGCCGCAAAACTCGCCGCCACGGATCCGGATCTCCTCTACGTTCAGGTCCTGGCCCAGCGGGCCCTCATCGCGGCCTTGGCTGAGAGCCGACTGCTGGATGATGCGTGGCGGGAATGCCTTGTTCTGGAGACCTTGATTTCTGATGACATTGATGAGGACACCGCCGGCAAGGGCTACTGGGTGATCGGAAATGTTGCCTTCCTGGCTGACCGCGTAACGGATGGGGGCCGGTATCACGACCTGGCCGCCGAAAGGCTTTCACCGTCAAAGGACGTTGATTTGTGGGCTCGCTTCAACCGCGCCTCGGCGGAAATGCGGCTGCAGGCAAAACTCGCTGACGCCGCCACCCTCCGCTGCATTGAAAGGGCAGAGCTCGCGACCGACATAGTGGGCGGTTCCGAGCGGGACCACCTGGAAATGTCGTTGGTCCGGGCCCATTGGAATTACCTCGCCGGCGATATGCAGGAGGCGCTGGCGATCCTTGAGCCCCTTTGCTCGCGTTCCTCCATTCTTGCTACCCAAACGTCCGCCGAAGCTCATTTTCTGTTCGGGCGGACCCTGCTGGCATCCGATCGACGTGAAGCAGGCCTTGCTGCTTTCGAAGAAGCAGCAAAGCTCTTCGACCAAGCGGCCCTGCCCGAGCGCAGCGCAGCGGTTCGCGAGCACCTTCGGCAAAGCGTCCGGGGCGGGCCGCACGGGGAGTGA MQSPHLATHLVAGLNARAKWKARDFDEAFTMAAEAAELARDAGDELAWWNMRYLQAECLRDQGSIEEYLALATSLNDHSLTASSAELGAKAGTMVAIGLQGLGRLAEAATMAADAAKLAATDPDLLYVQVLAQRALIAALAESRLLDDAWRECLVLETLISDDIDEDTAGKGYWVIGNVAFLADRVTDGGRYHDLAAERLSPSKDVDLWARFNRASAEMRLQAKLADAATLRCIERAELATDIVGGSERDHLEMSLVRAHWNYLAGDMQEALAILEPLCSRSSILATQTSAEAHFLFGRTLLASDRREAGLAAFEEAAKLFDQAALPERSAAVREHLRQSVRGGPHGE NA NA NA NA NA D3-18_00965 171 hypothetical protein ATGAAAAAATTTGCGGCAACCCTGCTCATGGCGGCGGTTCTGGCAGTAACGGGATTCGCTGCTCCAGCTAATGCCGAGCCTACGCAGGACAGCACGGCAATCGGTTGGTGGCCGAACAGCACCACCACAGGTAAGACGAACACCACCAGCATCGGTTGGTGGCCAAACTAA MKKFAATLLMAAVLAVTGFAAPANAEPTQDSTAIGWWPNSTTTGKTNTTSIGWWPN NA NA NA NA NA D3-18_00966 1644 sasA_2 Adaptive-response sensory-kinase SasA GTGGGCGAGACCGTTGCCGGTGAACAGCATGACTCCCGCTCGGCTGTCGTGGCGGACTCAGACCGTGACCGCCTGGGGACCACCACCTCCGTGCTTCATGCAGCGGGCTTCCAGGTTTTCCCTGTCACAGACACCGCCTCCATGGCCTTGCATCTCCAGCACTACCGCCCCTCAGTGGTGGTGGCTGAGAACGCCCTTGCCCATGGACTTGGCAGCCCAGGGGTTCCTGTGCTGCTGCTTCTTGATGCTCAGGAGTCTGTGGACCTTGAGGAAGTGGAGTCCTGGCGCGTAGCAGACTACCTCATCAACCCGGTCCGGCCCGGGGAACTCGTCCACCGGGTTGAAACCCTGATCGGTCGGGCAAAGGAGCGTGCGCGCTCCCGTGGCGAAATTGAAGCATTGCGGGAAAGCCTCCGGAACGTCTCGTCGGCAATCCGGCAAACCAACGATCCCCAGCTGATCGCGGAGCACGTGGTTCGCGGCTTTGGCGAGGCCTTGGGCGCGGACCATGTTTGGTTCGCCACCTTCCGCGATGAACGGGTCCCCAGCATCCGGGCGCAATGGAACCGTCCAGGACTTCCGCTGCTGCCGGCAAGGCTGGGCGAGAGCGAAAACATCATCATCGAGACGGCCAACCGGCTGTGGGCCGAGGCGGACGTCCTCGCGGTAGCGGACCACCGGGAAGACCCCGACTCGAGGATCGCCAAGGCACTTCGCGAGTGGTCCGGCGAGCTCAAACCCATATCCACTGTGCTGCTCCCTGTGGGCGAAGGCGCTTCCGCCATGGGCATCATCCTGTTGTCCACTGTGCAGGAGCGCCACGATTGGACGCGTGCCGAGATCGCCTTGATGCAGCACGTCGCCGGGAACGTAGCCCACGGGCTCATCCAAGGCCACCTCATCAGCGCCCAGCAGCGCGTCCTGCACCAGTTGAGGCAACTGGACAAGGCTAAGACCGATTTCCTGGCCACCGTAAACCATGAGCTACGGACACCCCTCACGTCCATCACCGCCTACTTGGATATGATTCAGGACGGCTCCGGCGGCCCGGTTCCCGAGGGCATCCGAAAAATGCTGGACGTTATTGCCCGGAACTCGGACCGCCTGCGCAGGCTGATTGAGGACATGCTCACGGTCTCCATGCAGGACGGCAGCAACCTGGACCTCAAGCCGGTTGACATCGACAAGCTCCTGCAGGTGGTGGTAGCAACTCTCCGGCCACTGGCAGAGTCGCGCCATGTTTCCGTGTCCTTTACGGAGGCAACCGAGGACATTGAAGTCACTGCCGATGAAGCAAAGCTGGAACAGGTGTTCACCAACATCGTGGCCAACGCCATCAAGTTCACTCCGGAGGGAGGCCGTGTTGGCATCACCAGCACCATGGGAGCTTCGGAGAATGGCGGACGGGCAGCCCTCGTTCAGATCGAAGACAATGGCCTGGGCATCCCGGAACACGATCTTCCCCACATCCTGACGCGCTTCTACCGCGCATCGAACGCCACCTCTGCGGCTGTACCGGGCAGCGGGTTGGGCTTGGCGATCGCAAATGACATCATCAGCCGCCACATGGGCCGCATGGCCTTCGACTCCATCTTGGGGTCGGGGACCAAGGTGTCTGTGGAGTTGCCGGTGGGGGGACCATAG MGETVAGEQHDSRSAVVADSDRDRLGTTTSVLHAAGFQVFPVTDTASMALHLQHYRPSVVVAENALAHGLGSPGVPVLLLLDAQESVDLEEVESWRVADYLINPVRPGELVHRVETLIGRAKERARSRGEIEALRESLRNVSSAIRQTNDPQLIAEHVVRGFGEALGADHVWFATFRDERVPSIRAQWNRPGLPLLPARLGESENIIIETANRLWAEADVLAVADHREDPDSRIAKALREWSGELKPISTVLLPVGEGASAMGIILLSTVQERHDWTRAEIALMQHVAGNVAHGLIQGHLISAQQRVLHQLRQLDKAKTDFLATVNHELRTPLTSITAYLDMIQDGSGGPVPEGIRKMLDVIARNSDRLRRLIEDMLTVSMQDGSNLDLKPVDIDKLLQVVVATLRPLAESRHVSVSFTEATEDIEVTADEAKLEQVFTNIVANAIKFTPEGGRVGITSTMGASENGGRAALVQIEDNGLGIPEHDLPHILTRFYRASNATSAAVPGSGLGLAIANDIISRHMGRMAFDSILGSGTKVSVELPVGGP PGPT0002705_1060 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002705-phoR-K07636 NA NA D3-18_00967 384 hypothetical protein GTGGACCACCCAGCGACACCGCAAGACCACCAACAGGTAACATTCGAGCTGGAACTCGAAGAGCCTGGGATCCTGCGCCTGACCTGGCCGCGTGGCGCCCGGATCAAGGAAGCGGATGCCCAAAGGGCCATGGACAGGGTTAACGAACTTTGCGGCTCCGACCGGCATCCCATGATTGTTGACATGGCAACGACGGACGACGTCACCAGGGGCGCCCGATCAGTGTTTGCCAAACCTTGCCAAGCTTCCCGGATCGCCCTTTGGGGTTCGTCCCCAGTGGACAGGGTCATCGCCAACTTCTTCCTTGGCATCATGAAGCCGCCGTGCCCCACAAGGTTCTTCACTTCCGAAACAGAAGCCTTGGAGTGGCTGGTGGAGGCATAG MDHPATPQDHQQVTFELELEEPGILRLTWPRGARIKEADAQRAMDRVNELCGSDRHPMIVDMATTDDVTRGARSVFAKPCQASRIALWGSSPVDRVIANFFLGIMKPPCPTRFFTSETEALEWLVEA NA NA NA NA NA D3-18_00968 810 tam_1 Trans-aconitate 2-methyltransferase ATGTTCTCCGCGCTCAGGAAGTACCTGCTGATACCTCGCCTTATCAGGCTGTCCTCTGCAGCCCCCAAGGACCCTCTCACGGCCTGGGACCAATACTGGGGAAACGTTCGTTCGACCGGTGCAACGGGCGATGTCCTGTGGGATTCGGGAAGCGCCCACGAACTCAATGGTTATCTCCCCATACTGAAGCAACTGGACCCCACGCTCCCGATAGTTGACGTCGGGTGCGGGAACGGTAGCTTTACCCGGCTGCTGGCGCAGCATTTCCCACACGCACTGGGGCTCGACTACTCCGCCAATGCCGTGGACCGCGCGCGGCAGGAGGCTGCAGGGATCACGACGGCGTCATTCGCCGTGTGCGACATGACGGCGCCTGATGCTGCCCAGACGGTAGCGACGGCCCTGGCAGCTGCCGGCTGGGCCGGAGAGGCGAACATATTCATCCGAGGAGTCCTGCACGTACTGGACCGCAGCGGCCAGTCCGCTTTGGCCGCAAACCTGCTGCCCGTCGTCGGGAACCGTGGTGGCGTTTTCCTTGCCGAGACCAACTTCCCTGGCACGCCTGTGGACTACGTCAGCCACCTCGGGGCAACCCGAAACTCGATCCCTGCGCCGCTCGAGGGCGCAATCCGGGGACTTCCGATGCCTGGCCGCTTTGGTGCCGCGCAACGGGCCAAGGCCTTCCCGACGGCGGACTGGAACCTTGTGGAAGAAGGCTCAGCGAGCATCGAGACGCGCCCGCTGAGCAATCCGTCATCCCCGGACCTGATCCCTGGCTACTACGCACTGCTCCGGGCAGCCCGAGCGTAG MFSALRKYLLIPRLIRLSSAAPKDPLTAWDQYWGNVRSTGATGDVLWDSGSAHELNGYLPILKQLDPTLPIVDVGCGNGSFTRLLAQHFPHALGLDYSANAVDRARQEAAGITTASFAVCDMTAPDAAQTVATALAAAGWAGEANIFIRGVLHVLDRSGQSALAANLLPVVGNRGGVFLAETNFPGTPVDYVSHLGATRNSIPAPLEGAIRGLPMPGRFGAAQRAKAFPTADWNLVEEGSASIETRPLSNPSSPDLIPGYYALLRAARA NA NA NA NA NA D3-18_00969 2220 dapb1 Dipeptidyl aminopeptidase BI ATGAGCCACACTTCTTCCGCGCCTGCCGCTGCCAAGGAACCCACACTCCAGCCTCCTGTCGCCAAGCAGGTCCCCACGCGCCGTGAACACCATGGCGATGTCTTTGTGGACAACTACGAGTGGCTCAGGGACAAGGAATCCGCCGAGGTTGTAGACCATCTCAAGGCAGAGAATGCCTATCAGGAAGCACTGACGGCGCACCAGGAACCGCTGCGCGAAGCGATGTTCCGGGAGATCAAAGGCCGCACCCAGGAGACTGATCTGTCGGTACCCAGCCGCAAGGATGGCTGGTGGTACTACAGCCGTTCGGTGGAGGGCAAGGAGTACAGCATCCAGTGCCGCGTCCTAGCCGCCAACACGGGCGATCCTGTGGCGGACTGGACTCCCCCGGCGGTTGAAGCAGGCGTTGAACTTCCCGGCGAGCAGGTGCTCCTGGACGGCAATATTGAAGCCGAGGGCCAGCCGTTCTTCAGCGTCGGCGGTGCCGCCGTGACTATCGACGGCAACCTTTACGCCTACGCGGTGGACAACTCCGGAGACGAACGCTTCACGTTGAGGATCAAGGATCTGCGGACCGGCGAGCTTCTCCCGGACGTTATAGAAGACATCTTCTACGGGGTGGCTTTCTCCCCCGACGGCACCAGGCTCTTCTACACCGTGGTTGATGATTCGTGGCGGCCTTACCAAGTCAAGGCCCACGTCTTGGGCACGCCTGTGGCCGAGGATGAGGTCCTCTACCAGGAAGACGACGTCGCAATGTGGCTCGGCTTCGACCTCTCCTCCGACCGCCGCCACTTGGTGCTCAGCATCGGCTGTTCCGAGTTCAGTGAAACGCGGCTGCTCCGCTTCGAAGACTACGAGGCCGGCCTCAGCACCGTCATCTCCCGCGACCACCGTGTCCTCTACGAGGCCGAGCCCTTCCTCCTTGACGGCAAGGAAACACTGCTCCTGACCCACAACAAGGGCGCCATCAATTCAATGGTGAGCCTGGCAAATCCGGCAGAGCTCTCCAAGCCGCTCAACGAGCAGGACTGGCGGACCGTCGTCGAGCATTCAGACGACGTTCGCGTCAACGGCGCTGGCGTGACGTCGACGCACCTGGTGTTGTCCGTCCGCAAGGACACCATCGAGCGCGTGCAGGTGCTCCCGCTGGCCGGCCTGGGCACAGCTGCTCAAGGGGCACCCGTGGAGCCTGCCTTCGATGAGGAGCTTTACACCGCGGGTGTATCCGGCTCCGACTACGAAGCTCCGGTGATCCGCATGGGCTTTACCTCCTACTTCACGCCGTCGCGCGTCTACGACTTCGTCCTGCCTACGGCAGAACAGCCCGGCGGCGAGTTGCTGCTCCGCAAGGAAAGCCCGGTTTTGGGCGGCTACTCGGCTTCCGATTACGTTGCCACCCGTGAATGGGCCACCGCCGACGACGGCACACAGGTTCCGCTGTCAGTGCTGCGTCACGCATCGGTCCAGCAGGATGGCACGTCCGCCGGGTTGGTTTACGGCTATGGATCCTACGAAATGAGCATGGATCCGGGCTTCGGCGTGGCCCGTTTGTCCCTCCTGGACCGCGGAATCGTCATGGTGATCGCCCACATTCGCGGCGGCGGTGAACTGGGACGCAAGTGGTACGAAGACGGCAAGAAACTCACCAAGAAGAACACCTTTACGGACTTCATCGCAGCCACGGACTGGCTGGCGGGGTCCGGCTGGGTGGACCCCACGCGTATAGCTGCAATGGGTGGATCGGCGGGCGGCCTGCTCATGGGCGCAGTCGCCAATATGGCCCCGGAAAAGTACGCCGCCATAGTGGCGCAGGTACCGTTCGTGGACGCCTTGACCACCATCCTGGATCCTGAGCTACCGCTATCCGCCCTGGAATGGGAGGAATGGGGCAACCCCATCACGGACCCCGAGGCCTATGCGTACATGAAGTCCTACACTCCGTACGAGAATGTGGGGGCCGTGGCCTACCCCAAGATCGCAGCTGTGACCTCGTTCAACGACACACGAGTGCTTTATGTGGAGCCCGCCAAGTGGGTCCAGGCGCTGCGGTCCGTGTCCACGGGGACTGAGCCGATCGTTATGAAGATCGAAATGGACGGCGGCCATGGCGGCGCCTCGGGCCGGTACGTGCAGTGGCGCGAGCGGGCCTGGGACTACGCTTTCGTCGCCGACTCCCTTGGTGCCAGGGAACTGCTTCCGGGCGCCGGCCTCAAGTAG MSHTSSAPAAAKEPTLQPPVAKQVPTRREHHGDVFVDNYEWLRDKESAEVVDHLKAENAYQEALTAHQEPLREAMFREIKGRTQETDLSVPSRKDGWWYYSRSVEGKEYSIQCRVLAANTGDPVADWTPPAVEAGVELPGEQVLLDGNIEAEGQPFFSVGGAAVTIDGNLYAYAVDNSGDERFTLRIKDLRTGELLPDVIEDIFYGVAFSPDGTRLFYTVVDDSWRPYQVKAHVLGTPVAEDEVLYQEDDVAMWLGFDLSSDRRHLVLSIGCSEFSETRLLRFEDYEAGLSTVISRDHRVLYEAEPFLLDGKETLLLTHNKGAINSMVSLANPAELSKPLNEQDWRTVVEHSDDVRVNGAGVTSTHLVLSVRKDTIERVQVLPLAGLGTAAQGAPVEPAFDEELYTAGVSGSDYEAPVIRMGFTSYFTPSRVYDFVLPTAEQPGGELLLRKESPVLGGYSASDYVATREWATADDGTQVPLSVLRHASVQQDGTSAGLVYGYGSYEMSMDPGFGVARLSLLDRGIVMVIAHIRGGGELGRKWYEDGKKLTKKNTFTDFIAATDWLAGSGWVDPTRIAAMGGSAGGLLMGAVANMAPEKYAAIVAQVPFVDALTTILDPELPLSALEWEEWGNPITDPEAYAYMKSYTPYENVGAVAYPKIAAVTSFNDTRVLYVEPAKWVQALRSVSTGTEPIVMKIEMDGGHGGASGRYVQWRERAWDYAFVADSLGARELLPGAGLK PGPT0020980_232 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020980-ptrB-K01354 NA NA D3-18_00970 798 ppm1_2 Polyprenol monophosphomannose synthase ATGGTTCCGCTTCACGCGCACAGTGTCCATGTCGGCAAAAGGGGTCGTCTACAAGCCCGGCGACATCCAGAGTCGTTGCGTCGCTCCCACGTAGACCTTGAAGTCGTCATTCCTGCTTACAACGAGGCAGGAAGAATTGCCAGCACACTGATGCAAACAGTGGACTTCCTGGCCGTTCAGCCGTGGTCTTCGCGCATCGTGGTGGTGGATAACGGAAGCGTGGATGAGACTGCTGCGGTTGTCCGCCGGATCTCCCGGGAAAAAGGCGATGCAGTGCCGATCTCTGTGCTGGGGTGTTCCCGTCGCGGAAAAGGGGCAGCAGTCCGTCGCGGCCTCCTCAGCGGGACGTCCAGGTTCACGGGCTTCTTTGACGCTGACCTCGCCACGCCGCTGGCAACGCTCATTGAAGCCATGGAGCATCTCGCGGGTGGCGCTTCTGCGGTTATCGCCTCCCGTCACGCCCCGGGTTCCACCTTTGTTGTGCCCCAGCACATCGGGCGCCGAATGGGCGGCACGGCCTTCCGGGCTCTGACCAAATCAAAGGTCAAAGGCATTCAGGACACCCAATGCGGCTTCAAGTTTTTCGAACGGGATGCCCTCACTGCTGCCATGGTGCGGTGCCGCAGCACGGGTTTCGCCTTCGATGTGGAACTGCTTCTTCGGCTCCAGGACAACGACGCCAGCATTGTGGAACTCCCCGTGGCCTGGACCGATGGAGCCGAGTCCACGTTCCGCCCCTTCCAGGATGGAGTGGCCAGTTTTGCCTCCGTGATTCAACTTCAGAAAGCAACATCGTGA MVPLHAHSVHVGKRGRLQARRHPESLRRSHVDLEVVIPAYNEAGRIASTLMQTVDFLAVQPWSSRIVVVDNGSVDETAAVVRRISREKGDAVPISVLGCSRRGKGAAVRRGLLSGTSRFTGFFDADLATPLATLIEAMEHLAGGASAVIASRHAPGSTFVVPQHIGRRMGGTAFRALTKSKVKGIQDTQCGFKFFERDALTAAMVRCRSTGFAFDVELLLRLQDNDASIVELPVAWTDGAESTFRPFQDGVASFASVIQLQKATS NA NA NA NA NA D3-18_00971 1446 mshA_1 D-inositol-3-phosphate glycosyltransferase GTGACGGACGGCTCAACTGACATGAACTCCCCAACCCAACTCGCTGGGAAGCACGTACTGGTGCTCAACTGGCGCGACGTAAAGCACTCGCAAGCTGGCGGCGCCGAGCAGTACATGCATGAGATCTCCCGCCGATGGGTGAGCAGCGGAGTTCGTGTGACGTGGTTTACCGGCCGCGACACCGGCCAGTCAGCCGAGGAGACCATTGACGGCATCCGTATATTGCGAGGTGGCGGAGCACTCTCCATCTATGGGCAGGCCGCGATGAGGCTCCTGCGCACCAATGGCCAGTTCGATGCCGTGGTGGATTGCCAAAACGGAATACCCTTCTTTTCTCCGTTGTTCCTGCGCGGGGAAATCCCGATCGTCCAACTGGTCCACCACGTTCACCAAGAGCAGTTCCGCACCCGGTTCTCCCCGCCCATGGCCGCCGTAGGCCGCTTCCTCGAAAGTAGTGGCGCCAAGACCGTGTATGGGCAGCGCGCCATCGTAGCGGTATCGCCGTCAACGCGCATGGAACTGCGAAAGCTTGGATTCAGGGGCCCCATCCACGTGGTGCCGAACGGTACCATCGACATCCCGCCCACGGTCGCCGCGCGGGCCGCTGAGCCGACCATCGCCGTCGTGAGCCGGCTGGTGCCCCACAAGCGATTGGACCTGCTGCTGGGCCAGTTCGCCGTGGCGGCGCGGAGACTTCCCAACCTGCGGATGGACATCGTCGGGGACGGTTCCGAACGGGCGCGGCTTCAACAACTGGCCATGGACCTCGGCCTGGACCACGCCATCACCTTCCACGGATACCAACCCAACGAGGTTCGTGACCACCTGTTGAGCCGTGCGTGGATGACTGCCAGCACGTCGGCATCAGAAGGCTGGGGTTGTTCAGTAATCGAGGCCGCAGCCTGGGGCGTGCCGTGCTTGGCGCTGCGGGTTCCGGGAATCAGGGATTCGGTAGTGGACGGTCGTACGGGATGGCTGGTGGACCATCCCACGGACTTCGGATCTGCCATGGTTGGTGCGATCACTGAGTTGACCGAACCCGAGGCAGCCATCATCGTCTCCGGCGAGTGTCGTGAATGGGCCCGCTGCTTTACCTGGGACCGCAGCACCATGCTGCTCACAGGGGTGCTCATGGAGGAAACGAAGATGCGCCGCGACGGCGGAGATCCACGAGCCTTCCACTCGGACTTGTCCACACTGGTTCAGTTCGAAGTGCCTGACGACATTGATTTCACAGCCGCCCTGAGGCCGACCGACGAGTACGCCCTGGCCGACGGTCACGTATCCATCATCATGAAGGGCCGGGACGAGTTCGAGGCTTTTGCCGCGATGAAGAAGATCGGCGTAACCACTGCGGAAATCCGATCGGCGGGCCGAAGCACCCTGCTAGCCGGACCGGGAAGTGTCTTCGCCCCGGCCGAATCCAACGATGGACAGTTACGGTAG MTDGSTDMNSPTQLAGKHVLVLNWRDVKHSQAGGAEQYMHEISRRWVSSGVRVTWFTGRDTGQSAEETIDGIRILRGGGALSIYGQAAMRLLRTNGQFDAVVDCQNGIPFFSPLFLRGEIPIVQLVHHVHQEQFRTRFSPPMAAVGRFLESSGAKTVYGQRAIVAVSPSTRMELRKLGFRGPIHVVPNGTIDIPPTVAARAAEPTIAVVSRLVPHKRLDLLLGQFAVAARRLPNLRMDIVGDGSERARLQQLAMDLGLDHAITFHGYQPNEVRDHLLSRAWMTASTSASEGWGCSVIEAAAWGVPCLALRVPGIRDSVVDGRTGWLVDHPTDFGSAMVGAITELTEPEAAIIVSGECREWARCFTWDRSTMLLTGVLMEETKMRRDGGDPRAFHSDLSTLVQFEVPDDIDFTAALRPTDEYALADGHVSIIMKGRDEFEAFAAMKKIGVTTAEIRSAGRSTLLAGPGSVFAPAESNDGQLR NA NA NA NA NA D3-18_00972 3066 hypothetical protein GTGGATTTATCCGAACAGGTCATAATCACCGCAGTGAGCTTGAGGCCCAGGGCTGAAAGCAGGGAAAGGGCGCCGGATCAAGACGTCAACATAGCTCAAAACAGTGGCTTCCTCGCTGTGTCCGCCGGACTGGTGGGCGTAGTGAGCTACGCGTGCACGCTGCTTATGGCCAACATGCTGGGGACAGCGGATTACACACAGTTCGCGGCCGCCGCGATGATCCTTGGCGTTGTGGGGATCGTGGCCAATGCGATGGTTCCGCTTCCACTTTCACACGTGGTTGCGGTCCATCCGGAAGGCTCCGAAGAGCGGCGGAACGGCGTGGCCTTCTCGGTTTTCGTGTCCTGCCTGGCGGGTGCTGCAGCAGCCGCCATCACCGGCGGCGTGACTTTCGCGCTTGCCACCCCGGCCCTTGCAGCAGCGGTGGCTCTGGCAGCCTTCGTCATTTTTGTTGTGAATGCGCCCGCCGGATGGCTTCAGGGCGAACTCCGCTTCGCGTGGTACGCAGTGTCAACCATCGGCGAGGTTGTCTTGCGGTTGATCTTCAGTCTTGTGGTGATCGTGATGGCATGGGGTGCCGGGGGAGCGGTCCTCGGCTTTGTCGCGGGTTGCCTGGCGCCGCTGGTGGTGCCGTGGTCGTTCTATCGGGACCTCCGCTGGCGTCCGCGGGTGTTGCTCGAGAAGTGGCGATGGGCCGAAACCAGCGATATCGCGTCGGTTCTGTGCGTCGTGTCCGTGCTGGTGGGGATCGACGTCGTAGTGGTTGGCTTCCTGGACAATGGCTCAGTTGAGGCGGCAGGCTTCCAGGCGCTCGCCACCATTGCAAAGGGGCCCGTTTACGTGGCTGCGGGGACAGCGCTGGTGGCATTTCCCTTGCTTCGCACCCCTGGAGCCAAGGTCAGCGAGGTTCTGGGCGCGTCCTTCGCCTCGTTCGGGCAGCTTGTGGTGGTGGCCTTCGCCATCATCGCCACCGCACCGCCCCTGATGTCCGGCGTCATTGTTCCGCAGAAGTATCACGGCTCCCTTGGACTCCTGCCATGGCTGGCGGCTTCCGGTCTCGGCTATGCCGTCTTAATGGTGCTCGCCACCATCCTCCTTGCCATGCGTGCCTACCGCCGCTGCCAAATCGGCCTCGCTTGTGCGTGTCTTCTGGTTATTGGCGGGCTCTGGATCGGTTGGCAACTGAACGCGGTCTCGGGAATGGCTGTGGGATCTGCCGTCGGTACGCTCACCGCTGGCTTGGTCCTGACACTGCTGGCGCGTCCCGTGCTGGCGTCTGCCAACCCGGGAAAGGGGACGGGCAGGTTCGCCATCCTGGCGTTCGCCCTGATCGTCGTCCTTGCAGGTGCCGCCCACCTGCAGCCCTTGCTCTGGTTGCTTCTCGCCGGCATCAGCGGTGTCACCGTTCTTGCCCACCAGCGCGGACTCCTGCCACACAAGAACGACTTCAGGATGTCCCGACGTCCGCAGGTTGGCAGGCGCAGCAAAAGTCCTGGCCGCCGGTCCAAGCCCGAATCAGGAGTCATCAGTCCACTTCCGGCCTGGATAAGCCGAGCGTATTCGAGCAACCTGACCGCATTCATCGCTGTGGTTGCTGCCGCGTTCGGTGTTCGTGCCCTCGGCCTCGAGCGTGGCTTCGAGGTGTGGGTGGACGAGATGCTCTATGTCCGGTTGGGTGAGTCCGTAGCCGCCGGCCAATTCCCAACACTGCCCGATGGCCCGTTCTTCCTCCACCCACCCGGATATTTCCTGCTGGAAGCCGGGGCCGTTCACATTTTCGGAATTACCGGCGAGATCATCGAAGTGACCCTTCAACTGCGGTGGCTCAATGCCCTGATGGGCGCAGCGACAGTAGGGCTGGGCTTCCTGCTGGTACGCAGGTTGGCTACTCCTACCGCGGCGTGGCTCACAGCTGTGCTGCTGGCATTCGAACCGTTCATCCTGCGGAACAACAGCCATGCATTCCTGGAGACCTCGGCCATGGTGCCGGGGCTGGCCGGGTTGCTGCTCCTGGTGTCAACCAAGGAGCCCAAGAGCAAGCTGCATTCCTTCCTCAAGCTTGCAACAGCAGGGCTCTTGCTGGGGTATTCCATTCTCTGCAAGGACTTTTTCTTCATTTGCACCGTGGCCCCGGTGGTTGCCGCCATAGTTTGGAAGAAGTCGTTCCCGTGGCGGAAGGGACTTGTGGTGGCGGTCTTTGGCTTCCTGCCATACGTGGTCTATCTGATAGTGGTTGCTGCGCACGGTCACTTCCCCAGTTGGGTGTGGGCCAAGACCAATGGGCTGGTGCGCATGTCCGGCGTGGAGAAGAGCACCGGGTTCACATCTGAGGGATCACCCAGTATTCTCTCCCGCCTCGTTGAACAGAGCGGGCACTTCGGTACGAGCTACATCTTGCTGGGGCTATGCCCTGTGATGGGCTTGCTGTTGTGCTTCAGCCACCACGCGGGCCGGCGCCTGATTGGATTGGCCGGCTTGGCCCTCGGAGCTGCAGGGGCGTATAGCGCTCTGTTTGGCACTTTCGAGGAACAGTACGGCTACGGCGTCATGGTTGCCGGAGCTATTTGCTCGGTCCTGGTGGTGGTGGAAATCCGGGAGAGGTACCCCAAGACCCGTAAAACCCTGGCCGTCGTCAGCGTGTGCTACGTGGTGTTGACCGTGGTACTCGGTCTTCGGACAGCCCTAACTGTGGACAATGGCTTCGTCCGGGCAAATGACTGGATACAGGCAAACCTTCCGGCCGACGCCAGAATCAGTGTTACCAACAGCACCGGGCATTTTGCTTACATGCATGACCCTCGGTTTGGGATCTGGCCTTCGGCGCCGTTGATGAAGCAGAACGGCGTTAGCTACATCCTCACCCAGTCGAAGCCCACCAGCCAAGGCTACGGCTACGCCAACCCCACCATGCTGGCTTGGCTAAAGGACCACGCAACCCCCATGGTCACAACGCCTGGCCCCACCAACGGTGAAACCACTATCTGGTACGTGGATCCCGCTGCCCTTGATGCAGCGGCCGCGGCCAGCATAGGGGTGCCCTCCAAAGACTTCGGGACGGAAAGATAG MDLSEQVIITAVSLRPRAESRERAPDQDVNIAQNSGFLAVSAGLVGVVSYACTLLMANMLGTADYTQFAAAAMILGVVGIVANAMVPLPLSHVVAVHPEGSEERRNGVAFSVFVSCLAGAAAAAITGGVTFALATPALAAAVALAAFVIFVVNAPAGWLQGELRFAWYAVSTIGEVVLRLIFSLVVIVMAWGAGGAVLGFVAGCLAPLVVPWSFYRDLRWRPRVLLEKWRWAETSDIASVLCVVSVLVGIDVVVVGFLDNGSVEAAGFQALATIAKGPVYVAAGTALVAFPLLRTPGAKVSEVLGASFASFGQLVVVAFAIIATAPPLMSGVIVPQKYHGSLGLLPWLAASGLGYAVLMVLATILLAMRAYRRCQIGLACACLLVIGGLWIGWQLNAVSGMAVGSAVGTLTAGLVLTLLARPVLASANPGKGTGRFAILAFALIVVLAGAAHLQPLLWLLLAGISGVTVLAHQRGLLPHKNDFRMSRRPQVGRRSKSPGRRSKPESGVISPLPAWISRAYSSNLTAFIAVVAAAFGVRALGLERGFEVWVDEMLYVRLGESVAAGQFPTLPDGPFFLHPPGYFLLEAGAVHIFGITGEIIEVTLQLRWLNALMGAATVGLGFLLVRRLATPTAAWLTAVLLAFEPFILRNNSHAFLETSAMVPGLAGLLLLVSTKEPKSKLHSFLKLATAGLLLGYSILCKDFFFICTVAPVVAAIVWKKSFPWRKGLVVAVFGFLPYVVYLIVVAAHGHFPSWVWAKTNGLVRMSGVEKSTGFTSEGSPSILSRLVEQSGHFGTSYILLGLCPVMGLLLCFSHHAGRRLIGLAGLALGAAGAYSALFGTFEEQYGYGVMVAGAICSVLVVVEIRERYPKTRKTLAVVSVCYVVLTVVLGLRTALTVDNGFVRANDWIQANLPADARISVTNSTGHFAYMHDPRFGIWPSAPLMKQNGVSYILTQSKPTSQGYGYANPTMLAWLKDHATPMVTTPGPTNGETTIWYVDPAALDAAAAASIGVPSKDFGTER NA NA NA NA NA D3-18_00973 1146 COG0438 Glycogen synthase ATGAGAGTTCTGCATTTGGGCTTCGAAGATCCGCGCATGCCCGGGGCAGGCGGGGGATCTGTGAGAACCCACGAGATCAACCGCCGCCTGGCCGCGAAAGGCTTTAACGTCACCGTGCTGAGCACCCGGTATCCGGGCTGGCAGGAACGCGTGGAGGACGGTGTGCATTATGTACCTATCGGCTTCGGAACGGGCGGGAACCGTTTGACCAGGTTAGTGGCGTATGTGGCCCGGCTGCCGTTTGAAGTGCGGAAGCGCCGGTCAACTGCTGAGTTGGTGGTAGAGGATTTTTTCGCTCCGTTTTCCACCATGGCCGCACCGCTCTGGACCAAGCGCCCCACCATCGGAGTTGTGCAGTGGCTTCATGCCAGGGATAAGGCAAGGCAGTACAAACTGCCATTGCACTGGATTGAGTGGCTGGGCGTTCGAAAGCACCGAAGGCTCATTTCGGTTTCGCAGGGCATCGGCGACCGCTTGAAGGAGCTGAACCCGGACCTTCATGTGGAGGTGATCGGCAACGGTGTGGATCCGGCCGTCTGGAATAGCAAACCCCGCTTGGGGAAGGACGTCCTCTTCATAGGGCGCCTGGAGTATGGGCACAAGGGCTTGGATCTACTCTTGGAAGCCTGGGCGCACGCGTGTAACAGGGTCGACGGGAACCTGCTGATCGCCGGTACCGGCCCGGATGCGGAGCGGTTGCGCACGGCCATCCGGGATGCCGGTCTTTCCGAGCGCGTGCAGATGCTCGGGTGGCTGTCCGGGGACAAGAAGTTCCAAGCGCTCAGCGATGCCCGGCTTCTGGTGGTGCCTTCCCGGCACGAGACGTTCGGCTTGGTGGCCATCGACGCACTGGCAGCGGGTACTCCGGTTATTGCCTTCGATATCCCCTGCCTGAGGGAGATCATTCCGCCCGGTACAGGATGGGTGGTTGACGCCTTCGACGTTCAGGCGCTGGGAGACGAGATCGTCCGCCGGTACCCGCAGGACGATCTGGAGAAAGTGGCCGCGCAAGGACGGACCTTCGCGGCCGGTTACAACTGGGATGCGCTCGCTGACATGCAAGCACAGGCTTACAACACCGCGCTCGCGGAACTAAAGAATCCTCCAATCCGGCGGACGAAAGCCCGCCGCAATGAAAGGGCTTGA MRVLHLGFEDPRMPGAGGGSVRTHEINRRLAAKGFNVTVLSTRYPGWQERVEDGVHYVPIGFGTGGNRLTRLVAYVARLPFEVRKRRSTAELVVEDFFAPFSTMAAPLWTKRPTIGVVQWLHARDKARQYKLPLHWIEWLGVRKHRRLISVSQGIGDRLKELNPDLHVEVIGNGVDPAVWNSKPRLGKDVLFIGRLEYGHKGLDLLLEAWAHACNRVDGNLLIAGTGPDAERLRTAIRDAGLSERVQMLGWLSGDKKFQALSDARLLVVPSRHETFGLVAIDALAAGTPVIAFDIPCLREIIPPGTGWVVDAFDVQALGDEIVRRYPQDDLEKVAAQGRTFAAGYNWDALADMQAQAYNTALAELKNPPIRRTKARRNERA PGPT0018547_827 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ENVIROMENTAL_SURRIVAL CE-BACTERIAL_FITNESS-ENVIRONMENTAL_SURRIVAL-GLYCOGEN_BIOSYNTHESIS,PGPT0018547-yqgM-K16150 NA NA D3-18_00974 777 hypothetical protein ATGGCAGGCGATGCCCCTTGGCTGTTCCTGTCACCCCACCTCGACGACGCAGTGTTGTCCTGCGGCGCTCTCATCGAAGCCCAAGCCCAACGAAGGGAGATCATCGTCGCTACTCTTTTCACAGAATCAGGGGCGGCACCCCACACCCGGGCGGCACGGTCCTTTATGCGCCAATGCACTGTTCCGGACGCTGGGGAACTCTTCGAGGCCAGACAGTCTGAGGACCGCGCTGCGCTGCAGGACCTGGGAGTTCAATCCATCCATCTTGGTGAAGCGGACGCGCTCTTTCGACGCCGGCGCAAGCCACCAATGGTGGGTAGCAGCGCCTGGGACAGGCTCCTTCCGGAATTGACCCACCTCTACCCCACCTACCGTTTTGACATCGCGTTGGGCAGGATCGCCAAGGGCGACCACGCACTCATCCGCCAACTCCGTACCGACGTGGCCGGGCTCATGGCAGGGACCCGAGCCGATCTGCTGTTTTGCCCCGCAGGAGTGGGCAAGCATGTGGACCATCTCATTACCCGCGAGGTGGGTAAGGGGCACCCGGATAACGTGGTGATGTACTCAGATTTCCCGTATGACCTTGCGGCGGCTCCGGATCAACCGCACATGTCGAAAATGGGGTTTGTGCCGTGGGCCTGGGACACAGGACTGGACGCCAAACCCGGGCGGATCAGGCAGTACGCAACGCAGGCAGACGCCCTGTTCCCTGGCGGAGACATTCCCGTGAAACCGGAAACCTACTTTGTGCCGGGACGCAACCTCGGCCGGTAG MAGDAPWLFLSPHLDDAVLSCGALIEAQAQRREIIVATLFTESGAAPHTRAARSFMRQCTVPDAGELFEARQSEDRAALQDLGVQSIHLGEADALFRRRRKPPMVGSSAWDRLLPELTHLYPTYRFDIALGRIAKGDHALIRQLRTDVAGLMAGTRADLLFCPAGVGKHVDHLITREVGKGHPDNVVMYSDFPYDLAAAPDQPHMSKMGFVPWAWDTGLDAKPGRIRQYATQADALFPGGDIPVKPETYFVPGRNLGR NA NA NA NA NA D3-18_00975 921 pleD Response regulator PleD GTGAAAATCCTCATCGCTGACGACGACCAGATCTCCCGTATGATCACTAAGGCCGCCGTCGAGCAGTCCGGCCACGAGTGCATCGTGGCCATTGACGGCGACTCGGCGTGGCAACTCTATAAGGAGCACAGCCCGGAAGCTGTTGTGACCGACTTGATGATGCCCGGCCTCAACGGGCTGGATCTTTGCCGCGCCATCCGGGCGGCCGAAGAGGACCGGTATACGTACGTCATCCTGGTGACCTCGCACGGTTCCCGGAAAGACGTACTGGCCGGTATGGAAGCCGGAGCTGACGACTATGTCACCAAGCCCCTGGATCCGTTCAGCCTGCACATCAGGCTCTTGGCTGCCCAGCGCATCACCACCTTGCATGCGGACCTGGCCCGGTACCGTTCCGCCCTGAGTGAGCAGGCTCGTACCGACCCCCTTACGAAACTCCACAACCGCCTGAAGCTGGCCGAAGACCTGGGTGCCTTGCGTGGCGAGGGCGTGACCGGGCACAACTACTGCCTGGCCATGGTGGACGTGGACAACTTCAAGAGCTACAACGACATCTATGGCCATCAGGCCGGCGACACCGCACTGGTTGCCATCGCCTCGACGCTGGCTGGCGAGGTCCGGAAGTCCGACGCCGTGTACAGGTTCGGCGGCGAGGAATTCCTTCTGGTCCTGCGGGATCAGGAGGCTCCCGGCGCTCGATTGGTCATGGAGCGTGTTCGGTCTGCGGTGCAGTCCTTGCGAATTGAGCACTCCGGCGATCCCGACGGCGTCCTAACCATTAGTGCGGGCATCTCGGCCTTCACCGATGGCCACCGTGCCGGAACCGAGCAACTCCTCCGTGAAGCCGACCTTGCGCTCTACGCAGCGAAAGCCTCCGGCCGGAACCGGGTGTCCCTGGCCGAGGCCCTCCGCTCAGAGTGA MKILIADDDQISRMITKAAVEQSGHECIVAIDGDSAWQLYKEHSPEAVVTDLMMPGLNGLDLCRAIRAAEEDRYTYVILVTSHGSRKDVLAGMEAGADDYVTKPLDPFSLHIRLLAAQRITTLHADLARYRSALSEQARTDPLTKLHNRLKLAEDLGALRGEGVTGHNYCLAMVDVDNFKSYNDIYGHQAGDTALVAIASTLAGEVRKSDAVYRFGGEEFLLVLRDQEAPGARLVMERVRSAVQSLRIEHSGDPDGVLTISAGISAFTDGHRAGTEQLLREADLALYAAKASGRNRVSLAEALRSE PGPT0015900_1612 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-CELL_FATE_CONTROL PUTATIVE-CELL_FATE_CONTROL-1,PGPT0015900-pleD-K02488 D3-18_00976 3435 rcsC Sensor histidine kinase RcsC GTGGCAGGAGTGAAGCACGGGGTTCTTCCAGTGCGCTCGTCGTTGCAGCGGGTTTGGCCACTGTTTCTGGTGCCCGCTGCGGTTTGTCTGGTGCTGCTGGCTTTCGGGCTGGCAAGCGGAGCAGGAACGACGACGGCGCAACTCGCCGGTGACTTGGCAATCCTTCTCGCCGCACTCACCGCGCTGACCACCCACACCATCGCTGCCCGGAGGAGCCGGGACAACAACTCCGGCCGCTGGTTCATCGTGGCGGGCCTGGCCATCTGGAGCGCCGGGCAAACGGTGTGGACCATCAATGGCATCACCTTGAACCACCAGTACCCGTTTCCGTCCTTCGCGGACATCGGCTTCGTTTGGTACGCCCTGCCCACCTCCATCGGACTGGTGCTGCTGTCAAAAGGACAAGGGCTGCGCATTTCACTGCGCCGCACCATTTTGGACGCGGGAGTGGTGGCAAGCTCAACGTTCTTCATCGCCTGGAGTTCCGTGCTTGGCCCCTTGGCAGGAGCTACGGGCCAGGACGCCTTTGCCCACATGACCCAGATGGCCTACCCCATAGCGGATGTCTTCATGGTTTCCGTGGTGATCGTCCTGACCATGCGCGCAGCCCGAGGCCGCCGACTGCCATGGCTGAGCTTGGGACTTGGCTTCTGGATCCTCGCCATCACTGACCTGGCGTACATGAGCTTCACGCTGCAAGGCATCACGGGTGTCACTGGATCCCCCTTGGCCCTTGGTTGGGTACTCGCTTTCCTGCTGGTGGGGCTCAGCCCCTTGCTCCCCGAAGCCGGGGCCACGCAAAAAGACGGGCGAGCCTATGCCGTGGCCCTGGAACTCCTTCCCTACCTGCCTGTTTTCAGTGCTGTTTTCTTCTCACGCAGCCGTCCCATCGGCGAAGACCGCATCTTGCTGGTCACTGGACTGACGGTGATTGTTTTCGTCATCGTGCGGCAGGTGCTGATCGTCGTCGAGAATGTGACACTGACCCGCGAACTCGAGTCAAAGGTTGCCCAACGAACCGCCGAACTGGAGGGACTCGGCGCGATCGTGAACTCCTCCGGCGACGCCATTATCGGCGAAACGCCCGACGGCGTGATCACCAGCTGGAATCCTGGTGCTGAGCGCATCTTCGGCTACCCGGCGTCGGAAGCCATCGGCCGCCAAGGCGACTTCTTCGTTCCGCCAGATCTAGTAGACAGCGAACGCCAGGTCTTGGAACTTACCGCCCAAAGCGGCGACGTGCAGAACTACGAAAGCCATCGCCTACGCGGTGACGGAGAAGTCATCCCCGTGTCCGTGACACTCTCTCCTGTTCGGGGTGAATCAGGCATTCGCGGCGTCGCCACCATCTCCCGGGACATCACCGAACGCAAAGCCGCCGAGAAGGAACTCCTCGCCGCCCGCGAAGCAGCGTTGGAAGCCAGCCGCCTCAAGTCCGAGTTCCTGGCCACCATGAGCCACGAGATCCGGACTCCCCTCAACGCGGTGATCGGCCTGACCTCGCTCATGATGGACACGCCCCTGAGCGAAGGCCAGAGGCAATATGCCCAAGGAGTAAAGGGCGCTGGCGAGGTCCTGCTGACCCTCATCAACGACATCCTCGACTTCTCCAAACTCGAAGCCGGGAAAGTGGACCTGGACATCAATGTCTTCGACCCCCGGGCGCTGGTGGAAGAAGTAGCGGGACTGGTTGTGGAGGCTGCGCAGGGGAAGAACCTGGAGCTCATTTCCTACTGCCACCCGGACGTTCCGGCTCGCCTGATGGGCGATGCCGGCCGCATCCGCCAAATCCTCCTGAACCTCTCTTCCAACGCGGTCAAGTTCACTCCCTCCGGTGAGGTGGAAGTCCAAGTCTCCGTTCTTGCCCAGGACGCCGGCAAGGCGTCGTTGCGCTTCGAGGTCAGGGACACCGGCATTGGCATTACCGCCGAAAATCACCAGAGACTTTTCGAATCCTTCGCCCAAGCGGACGCCTCCACCACACGCCGCTATGGAGGGACGGGACTGGGCTTGGCCATCTCCCGGCGCCTTACAGAGGTCATGGGTGGGAGGATCGGCCTGGACAGCGAGGTTGGAGTCGGCAGCAGGTTCTGGTTTGACCTTGACCTCCCCGTCGGCCCGGCAGCCTCGGACACGGAAGTTTTGCCTGCCAGCCTGTCCGGACGCCGGGTATTGGTAGTGGACGACAATGCAACCAACCGCCTGGTGCTGGAAACGCAATTGGCCAGCTGGGGAATGTTTCCCCTTTCGGTTGCCGACGCCGCCTCCGCACTGGACGAGTACCGGTCCGCGGCCCTGTCCAGCCACCCCTACGACATTGCTGTGGTGGACATGTGCATGCCCGACATTGACGGCCTCCAGCTTGCCCGCAACATCAAGGACGAGAGCCATGGATCCGGCGGCCCGGGGATCATTCTGCTGACCTCCACCATGCAGGTGGAAAGGAGCGACCTCACCTCGGCCGGAATTCGCGAATATCTCACCAAACCGGTCCGCAGTTCCGAACTCTATAACCGTCTATTGCGCGTGCTGGCCACAAAAACCGCTGGCATGCCTCCCGCGCCGCCAGTGGCCCACCGAGTTGAAGCGGCGGATCCTGTGCCGCGGCTCGGTAAGCTCCTGGTGGCCGAGGACAACGAAGTCAATCAACTGGTGGCACGGGGCATGGCAAACCGCCTCGGTTACGAGGTACACATTGTGGACGACGGCGAGCAGGCCGTTTCCGCCGCGCTGACCGGCACGTACGCAGCAGTGCTCATGGACTGCCACATGCCCGTCATGGACGGTTTCGATGCAACCCGGGCCATCCGCGCCCGCAACGGCCACTCCACCCGGATTCCCATCATCGCCATGACGGCCGGTGCGTTGGATGAGGACCGCGAGCGCTGCTTCGCTGCGGGCATGGACGACTACATCAGCAAGCCCGTGGATCTCGCCACACTCGCTGAAGTCCTCTCGCGCTGGGTACCGCAAACGTCGACGGCGGAAGGAGGGTTGGGTGCCGCTGCTGTTGAGGACGTAGCGCAACAGCAGGCGGAAGCACCGGCGTCGAATCCTGTTGTTCTTGAGCTCGAGCGGCTGCAGATCCTGCGCGAACTTGGCCCCGCCGACGGTTTGGGCCTGTTGCCTGAAGCAGTCAGGGCTTTCCGGCAGGATTCCCAGGGGGCCTTGGATACATTGCGTGCTGCGCTGGAAACGGGACAAGCCGCGGATTTGGCAGCGGCCGCGCACAAACTCTCGGGCGCAGCGGCCAATATTGGAGCAGTAGGCGCTGCCGGCCTTTGCAAGGAACTGGAACGGCTCGGACGCGATGCCGGACCGGAACTGGGATCGTCCGGAGCACTGCTGCTGGCCCAATTGCACACTGAACTTGCCCGCGTGGACGAGGCACTCCAGCGGACACTTACTGAAGCACACTCACCGGGAGCACTGTGA MAGVKHGVLPVRSSLQRVWPLFLVPAAVCLVLLAFGLASGAGTTTAQLAGDLAILLAALTALTTHTIAARRSRDNNSGRWFIVAGLAIWSAGQTVWTINGITLNHQYPFPSFADIGFVWYALPTSIGLVLLSKGQGLRISLRRTILDAGVVASSTFFIAWSSVLGPLAGATGQDAFAHMTQMAYPIADVFMVSVVIVLTMRAARGRRLPWLSLGLGFWILAITDLAYMSFTLQGITGVTGSPLALGWVLAFLLVGLSPLLPEAGATQKDGRAYAVALELLPYLPVFSAVFFSRSRPIGEDRILLVTGLTVIVFVIVRQVLIVVENVTLTRELESKVAQRTAELEGLGAIVNSSGDAIIGETPDGVITSWNPGAERIFGYPASEAIGRQGDFFVPPDLVDSERQVLELTAQSGDVQNYESHRLRGDGEVIPVSVTLSPVRGESGIRGVATISRDITERKAAEKELLAAREAALEASRLKSEFLATMSHEIRTPLNAVIGLTSLMMDTPLSEGQRQYAQGVKGAGEVLLTLINDILDFSKLEAGKVDLDINVFDPRALVEEVAGLVVEAAQGKNLELISYCHPDVPARLMGDAGRIRQILLNLSSNAVKFTPSGEVEVQVSVLAQDAGKASLRFEVRDTGIGITAENHQRLFESFAQADASTTRRYGGTGLGLAISRRLTEVMGGRIGLDSEVGVGSRFWFDLDLPVGPAASDTEVLPASLSGRRVLVVDDNATNRLVLETQLASWGMFPLSVADAASALDEYRSAALSSHPYDIAVVDMCMPDIDGLQLARNIKDESHGSGGPGIILLTSTMQVERSDLTSAGIREYLTKPVRSSELYNRLLRVLATKTAGMPPAPPVAHRVEAADPVPRLGKLLVAEDNEVNQLVARGMANRLGYEVHIVDDGEQAVSAALTGTYAAVLMDCHMPVMDGFDATRAIRARNGHSTRIPIIAMTAGALDEDRERCFAAGMDDYISKPVDLATLAEVLSRWVPQTSTAEGGLGAAAVEDVAQQQAEAPASNPVVLELERLQILRELGPADGLGLLPEAVRAFRQDSQGALDTLRAALETGQAADLAAAAHKLSGAAANIGAVGAAGLCKELERLGRDAGPELGSSGALLLAQLHTELARVDEALQRTLTEAHSPGAL NA NA NA NA NA D3-18_00977 1668 phoD_2 COG3540 Alkaline phosphatase D ATGACTGACCTCTCGCGCCGCTCACTCGTCAAGACTTCCCTTGCCACGCTCGCCCTCGCCGGCGTTGCCACCAGCACCCCCACACCCGCATCCGCTACCCCTTCCGCCATCCCACTGGTGCGCAAGCGGCTCACCCTCCCCACAGGGATCGCCACCGGCGACGTGACAACGGACTCCGCCGTTCTGTGGTCCCGCGCTTCCGGCCCGGGCCGACTCACGGCACAGCTCCAGGCGGTGGACAGCGCCGGTGAGATCCTCCGCGGACGCTACGGTTTCAGCCGCACCATCCGCGGACCTTTGGCTACGGACGCCAGCGACTTCACCGCCAAAATCCATGCCAAGGGCCTTCCCGCGGGCACACGCTTCACCTTGGAACTGACCTTCGAGGACGAGAATGGTCCCGGCCAAGCAGTGCACGGCACCTTCAGCACAGCGCCTGGTTCCACAAACGGAAAGCACGACGACGGCACTGAAGACGCGCGCGGAGGCGGCAGTTCGTCGTCGAACGGGCAGTCCTTCGTATGGACCGGCGACACTGCCGGCCAAGGCTGGGGTATCAACGAGGAACTCGGTGGCATGCGGGGCTACAAAGCCATGCACGCCACGAAGCCCGACTTCTTCATCCACTCCGGCGACACCATCTATGCCGACGGCCCCATTGCCGCCACCGTGACGGAGAAGGACGGCCAAGTGTGGCGGAACATCGTCACCGAGGAAGTCTCCAAGGTGGCAGAAACCCTGAAGGAGTATCGGGGCCGGCACCGCTACAACTCCCTGGACGCCAACATGCGGGCCATGTTCGCCGACGTCCCGGTGATCGCGCAGTGGGACGACCACGAAACCACCAACAACTGGTACCCGGGAGAGATTCTGGACGATCCCCGCTACACCGAGCGGAACGTCAATGTCCTGGCAGCACGTGGCCGGCAGGCGTGGCAGGAGAACATGCCGATCGCCGACGCCGCCGCGCTCTGGCGCCCCGGAACGTACGACGCCGGCCAGTACCAGCCCGCGCGCATCTACCGGAAAATCTCCCGCGGCCCGCAGCTGGACATCTTCTGCTTGGACATGAGGACCTTCAAGTCCCCCAACACCGACGGCAAAGAACCCTACGCCACCAGCATCCTGGGCCAGGAACAGGTGGACTGGCTCATCAAGGAAGTCCGCAAATCCAAAGCGACGTGGAAGGTGATCGCCGCGGACCTGCCCCTGGGCATCATCGTTCCCGACGGTGCCGTGAACCAGGAAAGCCTGGCCAACCGTGACCCGGGCGCTCCCCTGGGACGCGAGCTGGAAATTGCCGGCGTGCTCAGCGCCTTCAAGAAGTACGGCGTCAAGAACACCGTGTGGCTGACCGCCGACGTGCACTACTGCGCCGCCCACCACTACTCCCCCGAGCGGGCGTCGTTCACCGACTTCGACCCCTTCTGGGAGTTCGTTGCCGGGCCCATCAACGCCGGCTCCTTTGGTCCGAGCGAGATGGACAAAACGTTCGGGCCCGAAGTCCTGTTTGCCAAGGCCGGGCGCTTCCCCGGTGAGTCACCGCGTGACGGCCAGAACCAGTACTTTGGCCACGTGGACCTCGCTGCGGATGGGGTGTTCACGGTGAGCCTGCGCAACGCTTTGGGAGCGGTGATCTACTCGAAAGCCCTCACCCCGCAGCCCTAA MTDLSRRSLVKTSLATLALAGVATSTPTPASATPSAIPLVRKRLTLPTGIATGDVTTDSAVLWSRASGPGRLTAQLQAVDSAGEILRGRYGFSRTIRGPLATDASDFTAKIHAKGLPAGTRFTLELTFEDENGPGQAVHGTFSTAPGSTNGKHDDGTEDARGGGSSSSNGQSFVWTGDTAGQGWGINEELGGMRGYKAMHATKPDFFIHSGDTIYADGPIAATVTEKDGQVWRNIVTEEVSKVAETLKEYRGRHRYNSLDANMRAMFADVPVIAQWDDHETTNNWYPGEILDDPRYTERNVNVLAARGRQAWQENMPIADAAALWRPGTYDAGQYQPARIYRKISRGPQLDIFCLDMRTFKSPNTDGKEPYATSILGQEQVDWLIKEVRKSKATWKVIAADLPLGIIVPDGAVNQESLANRDPGAPLGRELEIAGVLSAFKKYGVKNTVWLTADVHYCAAHHYSPERASFTDFDPFWEFVAGPINAGSFGPSEMDKTFGPEVLFAKAGRFPGESPRDGQNQYFGHVDLAADGVFTVSLRNALGAVIYSKALTPQP PGPT0002575_811 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0002575-phoD-K01113 NA NA D3-18_00978 1020 hypothetical protein ATGAACATGAATGACTTAGATCTTCAAACTTCCCTGTCAACCAACAGCAATGGCGATGTTCGGCGGCCGCACTCCAGTAAATCCAAACTGTTGATTGCCGGCGCAGTGCTCGCGATATTAGCGCTGATCCCACTATTTTTTGGCGTCGTCAACTGGGCGACGCAACCGGCGGGTGACGCTGACCAAAATGTTTCACAGGAACAAGTACCTTTTTCAAAAGGCGACAGTGCAAAAGCACCCGCAGCTTTGCCCGTCGAGGATGCCGAAGCGGAGGCAGCGCCGGAAGTACAAGCAGCTCCGGCAGCTGAAGCGCCGGCAGCTCCCGCTGCCGAAGCACCCGCTCCTGCTCCCGAGCCACCGGCACCAGCCCCCGCTCCCGTCGAGGCTGCCCCCGCTGTGCCGGCTGGTGACCCCAACCTCTATACGGTGGCATCCGGGGACACAGTAGGTGCAATAGCTTCCCGCTTCGGCGTGGATGTCACTGCGATGTTGGCTGCCAATGGCCTCAGCGCCTACTCGGTAATTGTGCCGGGACAGGTTTTGAAGCTCACTGGACCGCCCATTGCGGTGGTCGCTCCAGCGCCGGCTCCGGCGGCTCCGGCCGCGCAGGCTGCACCCGTGCAAGCTCCGGCTGCTCCCGCAGCTGCTGCGCCAGCTCCCGCCCCAGCACCAGCACCCGCGCCGGCTCCCGCTGTCAGGACCATATATGTAGCTGGTGCCGGTGGACAATCAATGGTGGACGCCTGCATCGGGCCCATCCATTACACGCCCACCAACGCCTACGCAACGTTCATCACGGAGCATGATTTCTGCGGAGGTTGGGGACGGTTCTCGGGAATCGGTGTTGGTGAAACGGTGTCGATCCCGGGCTATGGAACCTTCACAGCGACGGGCAGGGGCCAGGTACCCAACCCGGGAAGCACCAACGACGTCGCAGCAGTGTTCGGCGGATTCCCTGCAGTTGTCCTGCAGACCTGCATCCCGGGCACCAGCCAGATGCTGGTGATCGCCCTCAACTAA MNMNDLDLQTSLSTNSNGDVRRPHSSKSKLLIAGAVLAILALIPLFFGVVNWATQPAGDADQNVSQEQVPFSKGDSAKAPAALPVEDAEAEAAPEVQAAPAAEAPAAPAAEAPAPAPEPPAPAPAPVEAAPAVPAGDPNLYTVASGDTVGAIASRFGVDVTAMLAANGLSAYSVIVPGQVLKLTGPPIAVVAPAPAPAAPAAQAAPVQAPAAPAAAAPAPAPAPAPAPAPAVRTIYVAGAGGQSMVDACIGPIHYTPTNAYATFITEHDFCGGWGRFSGIGVGETVSIPGYGTFTATGRGQVPNPGSTNDVAAVFGGFPAVVLQTCIPGTSQMLVIALN NA NA NA NA NA D3-18_00979 597 hypothetical protein GTGGAATCGCCCCATCCCTTCAGGATTCTCACCGTCTGCACCGGGAACATCTGCCGCTCCCCTGTGGCCGAACGGTTGCTGCAGACCGGGCTCAATCAGGTCAGTCCCGGGTCCTTCGAAGTCCGCAGTGCCGGCACACGCGCCTTGGTGGGTGAGCCCATCCAGCCTCTCTCGGCCCGGATCATCAGCACATTCCGCGGCAGCCCTGACGGTTTTGCCGCGAGGCAGCTGACCCCCAGGATCCTCAAGGAAACCGACCTGGTGCTGGCCATGACGTCCAAGCACCGCGGCGAAGTCCTCCAACTGGACGCGTCCTTGCTAAAGCGCACCTTCACCGTCCGGGAATTTGCCCGGATGCTGTCCGTGCTGGAGAACCGGGGCGACACGGCCCCGGCCGGGGACATCACGGAGTTCTGGCGTGCGCTCCCCACCCGGGCGGCCTCAGTCCGCCACCTCGCGCTACCATCCGATCCCGCAGACAACGACGTGGTAGACCCCTACCGACGAGCGGAAGAGGTCTACCACCAGATGGAGGATGAGCTGGCCCCGGCCATCCTAGGCATCCTCCGTTTCGCGCGCCTGACGGCGCCGGCCTAG MESPHPFRILTVCTGNICRSPVAERLLQTGLNQVSPGSFEVRSAGTRALVGEPIQPLSARIISTFRGSPDGFAARQLTPRILKETDLVLAMTSKHRGEVLQLDASLLKRTFTVREFARMLSVLENRGDTAPAGDITEFWRALPTRAASVRHLALPSDPADNDVVDPYRRAEEVYHQMEDELAPAILGILRFARLTAPA PGPT0014530_3776 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 D3-18_00980 996 paaA COG3396 1,2-phenylacetyl-CoA epoxidase, subunit A ATGGCATCGCAGAATCTGCAGTCAGTGCCCGCTGAGCTGTCCCCGGAAGATCAGGAGCGGGAGGCAGCCGGACAGGCGTATTTTGATCGCATCATGTCGGAGGACTCGCGCATTGAGCCGCGCGACTGGATGCCGGCGGCGTACCGCAAGACTTTGCTGCGCCAGATCTCGCAGCACGCGCACTCGGAAATTATCGGCATGCAGCCCGAAGCCAACTGGATCACCAGGGCGCCGAGCCTGAAGCGCAAGTCCATCCTCATGGCCAAGGTCCAGGACGAGGCCGGCCACGGTCTGTACCTTTACTCGGCCGCTGAGACCCTGGGCCAGTCCCGGGACCAGATGATGGAAGACCTGGTTGCCGGCAAGGCCCGGTACTCGTCCATCTTCAACTACCCCACGATTTCCTGGGCTGACATGGGGGCCATCGGCTGGCTCGTTGACGGTGCAGCCATCTGCAACCAGGTTCCCCTGTGCCGTGCCTCGTACGGTCCTTACGGTCGCGCAATGGTGCGCATCTGCAAGGAAGAATCATTCCACCAGCGCCAAGGCTTCGAGATCCTGCTGGAGCTTTCCAACGGCACGCCTGCGCAGAAGCAGATGGCCCAGGACGCAGTGAACCGCTGGTACGCGCCGTCGCTGATGATGTTCGGCCCGCCGGATGACGATTCACCCAACTCCAAGCAGTCCATGGCGTGGAACATCAAGCGGTTCAGCAATGACGAGCTGCGAAGCCGGTTCGTCGGCATGATTGTGGAACAGGTCCGGGTCCTCGGCCTGACCCTGCCCGACAAGGACATCCGTTTCAACGAAGAAACCAAAAAGTGGGAGCACGGACCCCTGGACTGGAACGAGTTCAAGGAAGTCCTGGCCGGCCGCGGTCCCTGCAACTCGCAGCGCGTCGAGCGCCGCCGTGAGGCACACGAAAACGGTGCTTGGGTTCGCGAAGCCGCAGTGGCCTACGCCCGCAAGCAAGCACAGAAAGAGAACGCAGCATAA MASQNLQSVPAELSPEDQEREAAGQAYFDRIMSEDSRIEPRDWMPAAYRKTLLRQISQHAHSEIIGMQPEANWITRAPSLKRKSILMAKVQDEAGHGLYLYSAAETLGQSRDQMMEDLVAGKARYSSIFNYPTISWADMGAIGWLVDGAAICNQVPLCRASYGPYGRAMVRICKEESFHQRQGFEILLELSNGTPAQKQMAQDAVNRWYAPSLMMFGPPDDDSPNSKQSMAWNIKRFSNDELRSRFVGMIVEQVRVLGLTLPDKDIRFNEETKKWEHGPLDWNEFKEVLAGRGPCNSQRVERRREAHENGAWVREAAVAYARKQAQKENAA PGPT0006045_380 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006045-paaA-K02609 NA NA D3-18_00981 429 hypothetical protein ATGGCTCCTCACGGCAACCCGGAAGCACCGGCCAGCGCCGCCAGCGAAATCAACCGCGATGCCCCCAAGGTTGCGGCAACCAACGCTGAAAGCACGACGACGGCACCCTCCTCAGGCCCGGACGTCACCTCGCGTGGCGCCAAGGAAGAAACACTCTGGTCCCTTTGGGAGGTCTTCGTCCGCTCGAGCCGCGGCCTGTCCCACGTACATGCTGGTTCCTTGCATGCACCGGATGCGGCCATGGCCCTCCGGAACGCCCGCGATTTGTACACCCGCCGCAACGAAGGCGTCTCCATCTGGGTTGTCCCGGCCGAGGCGATTTCCTCCAGCGATCCCGACTCCAAGGGTTCCTTCTTCGAGTCCCCGCAGGGCAAGGATTACCGCCACGCAACGTACTACACCAAGAGCGAAGGCGTGAAGCACCTGTGA MAPHGNPEAPASAASEINRDAPKVAATNAESTTTAPSSGPDVTSRGAKEETLWSLWEVFVRSSRGLSHVHAGSLHAPDAAMALRNARDLYTRRNEGVSIWVVPAEAISSSDPDSKGSFFESPQGKDYRHATYYTKSEGVKHL PGPT0006050_53 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006050-paaB-K02610 NA NA D3-18_00982 930 paaC COG3396 1,2-phenylacetyl-CoA epoxidase, subunit C GTGAGCACCCAAGAAACTGCTAAAGACACTGACTTCGCCATCGAGGGCCACGGCGACATCTCCGTGGGCGTCCACGGAGCCGGCGCGTCCGGCGATGGTTCGGCCAGCGCCACCCGCATCACGCCGGGCAACGCGCTGCGTCCGGAGGACATCGCCCTCGAAATCCAGCGAGGGCAGGTCAAGCCCAGCGATGATGTTGCAGAGTTCGCCCTGCGCATTGGCGACGACGGCCTGATCCTCGCCCAGCGCCTGGGCCACTGGATTTCCCGTGCTCCTGAGCTCGAGGAAGACATCGCCTTGGGCAACATCGCCTTGGACCAGTTGGGCCACGCGCGGTCGTTCCTGACCTACGCCGGTGCCGCTTGGGACAAGTCCGAGGATGACCTGGCCTATTTCCGTCGCGAGCACGAGTTCCGTTCCGCCCACTTGTTTGAGCAGCCCAACGGCGACTTCGCGGTGACCATCGCCCGGCAGTTCATCGTGAGCTTCTACCAGTACGAGCTCTACACCAAGCTCATGGAGTCCACCGACGCCACCATCGCAGCCATCTCCGCGAAGGCCGTAAAGGAAGTGGATTACCACCGCGACCACAGCGCGCAGTGGGTGCTTCGCCTGGCTGGCGGCACCGATGAGTCCCGGTCACGCATCATCCAGGGCTTCAAGCTCGTGTGGCCGTATGTGGACGAACTCTTCGAAGACGACGAACTGACCACCCGCTTGGCCGAGGCCGGCGTCACTGTTCAGCCTTCAAGCCTCCGCGCAGAGTTCGATCGCCTCACCGGAGAAATCATGACCGAAGCGGAGCTGGAAATTCCCGGCGTCCCGCAGGCACTGGGCGGCGGCCGCAACGGCAAGCATTCCGAATTCCTGGGCTACATCCTTGCTGAAATGCAGGTCCTGGCCCGCGAGCACCCCGGCGCGAGCTGGTGA MSTQETAKDTDFAIEGHGDISVGVHGAGASGDGSASATRITPGNALRPEDIALEIQRGQVKPSDDVAEFALRIGDDGLILAQRLGHWISRAPELEEDIALGNIALDQLGHARSFLTYAGAAWDKSEDDLAYFRREHEFRSAHLFEQPNGDFAVTIARQFIVSFYQYELYTKLMESTDATIAAISAKAVKEVDYHRDHSAQWVLRLAGGTDESRSRIIQGFKLVWPYVDELFEDDELTTRLAEAGVTVQPSSLRAEFDRLTGEIMTEAELEIPGVPQALGGGRNGKHSEFLGYILAEMQVLAREHPGASW PGPT0006055_39 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006055-paaC-K02611 NA NA D3-18_00983 600 paaD COG2151 Putative 1,2-phenylacetyl-CoA epoxidase, subunit D ATGACGACTCTGTCGCGGACGCAGGAAAAGACTGCTGAGCAGCGGGCCTGGGACATCGCGTCCACTGTCTGTGATCCGGAGATCCCGGTCCTCACTATCGAGGACCTGGGGATCCTCCGCGGCGTGCGGGTTGTCCCTGCGGCGACCCCAGCATCAGACTCGACCCCAGCACCAGACTCAACCCAAGCAACAGGCCAGTACGACGGCGTCGCCTCAAGTACCGCCGTCGAGGTCACCATCACGCCCACCTACTCCGGGTGCCCGGCGATGGACGCCATTGGTGACGATCTGCGCAAGGCCTTTGAACAAGAGGGCTATGCCAGCGTTCACATCAACCTGGTGCTGTCCCCGGCCTGGACCACGGACTGGATGACCGAATCCGGCAAGGCCAAGCTGGAAGAATACGGGATCGCCCCGCCCAGTGGTATGGCTGCCGCAGGTGGACATTCCGGTCCCGTCCGCCTGAGCCTGGCCGTGAAATGCCCCCAGTGTTCGTCGTTGAACACCAAGGAACTCACCCGCTTTGGTTCCACATCCTGCAAGGCGTTGTTCGTCTGCCAGGACTGCAAGGAACCGTTCGACTACTTCAAAGTCCTCTAA MTTLSRTQEKTAEQRAWDIASTVCDPEIPVLTIEDLGILRGVRVVPAATPASDSTPAPDSTQATGQYDGVASSTAVEVTITPTYSGCPAMDAIGDDLRKAFEQEGYASVHINLVLSPAWTTDWMTESGKAKLEEYGIAPPSGMAAAGGHSGPVRLSLAVKCPQCSSLNTKELTRFGSTSCKALFVCQDCKEPFDYFKVL PGPT0006060_63 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006060-paaD-K02612 NA NA D3-18_00984 1206 paaE COG1018 1,2-phenylacetyl-CoA epoxidase, subunit E ATGACCACCGAAACCCAGACGGCCAGCCGCCGTCGTGCGTCTTTCCACAACCTGACTGTCTCGGAGGTCCGGCGCCTGACGGACGATGCCATTGAGGTCACGTTCGGGGTTCCCGCGGAGCTTGCCGGGCAGTACGACTACCTGCCCGGCCAGTATGTGGCCCTGCGCACCACGCTTCCGGATGAGCAGGGCGAGCCGCACGAGGTCCGCCGCAGTTACTCCATTTGCGCAGAGCCGCGCAGCTTCGAGGACGGCAGCAGCGAGATCCGCGTGGCCATCAAGAAAGACTTGGGCGGCCTCTTCTCCACGTGGGCCAACGCCGAATTGAAGGCCGGAGACGTCCTGGATGTCATGAGCCCGCAGGGTGCGTTCATCTCGCGGCACGGCAAGGACGGCGCATCGGTTCAGCACAACGTCATGAACTCCATGAACCACCCGGAGGAGCTCGCGGGGGAGCCGGGTAACTTCGTGGCGATCGCCGCGGGTTCGGGCATCACGCCAGTCATCGCGATTGCCCGCACGCTGCTGGCGGCTAATCCGGAGACCACATTTGATCTGGTGTACGCCAATAAGGCCGCCATGGACGTCATGTTCCTTGAGGAGCTGGCGGACTTGAAGGACAAGTACCCGTCCCGCCTGGCGCTGCATCACGTGTTGTCCCGCGAGCAGCGGATCGCTCCGCTGATGACGGGCCGCATCGATTCGGAGAAGCTGCAGGCGCTGCTCAGCAGTGCCATCCGTGCCGAGGACGTGGACGAGTGGTTCCTGTGCGGGCCCTTCGAGCTGGTCCAGTTGTGCCGTGACACCCTGGCTGCCCGAGGCATAGAGCCTGAGCACGTTCGCTTCGAGTTGTTCACCACTGGCCGTCCGGACCGTCCCGAGGGCAACGCTGGCCGACCAGTTGTGGAGGACGAGTCGCAGGACACGTACAAAATCACCTTTACCTTGGATGGTCTCACCGGCGACGTCACCAGCCCCACGCACGCCCGCGAATCCATCCTCAATGCTGCCTTGCGTGTTCGCCCGGACGTTCCCTTCGCCTGCGCCGGTGGCGTCTGTGGCACCTGCCGCGCCAAGCTGATCACCGGTACGGTGACCATGGATGAGAACTACGCCCTTGAGCAGGACGAACTGGACAAGGGCTACGTCCTCACCTGCCAGTCCCACCCCACCAGCGAAGAAGTTACCGTCGACTTCGACGTCTAA MTTETQTASRRRASFHNLTVSEVRRLTDDAIEVTFGVPAELAGQYDYLPGQYVALRTTLPDEQGEPHEVRRSYSICAEPRSFEDGSSEIRVAIKKDLGGLFSTWANAELKAGDVLDVMSPQGAFISRHGKDGASVQHNVMNSMNHPEELAGEPGNFVAIAAGSGITPVIAIARTLLAANPETTFDLVYANKAAMDVMFLEELADLKDKYPSRLALHHVLSREQRIAPLMTGRIDSEKLQALLSSAIRAEDVDEWFLCGPFELVQLCRDTLAARGIEPEHVRFELFTTGRPDRPEGNAGRPVVEDESQDTYKITFTLDGLTGDVTSPTHARESILNAALRVRPDVPFACAGGVCGTCRAKLITGTVTMDENYALEQDELDKGYVLTCQSHPTSEEVTVDFDV PGPT0006065_36 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006065-paaE-K02613 NA NA D3-18_00985 780 echA8_1 COG1024 putative enoyl-CoA hydratase echA8 ATGATCGAGCTCTCCATTGCCAACGGTATTGCCGAAATCGTCCTCAATTACCCGGACAAGCTGAACTCGCTCAACGAGGACGCGCTTGCCGAACTGGACAGAGCGTACGACGACGCTGCTGCCGCCGCCTCACGCGGTGATGTGCGGGCGCTGCTGCTTCGCGGAGAAGGCCGGGCCTTCTGTGCCGGCCGCGACATCTCAGGAGTGACCCCGGATACCGACGACGCGCAGGCGTACCTCGGCGGACTCGTGGAACCATTGCTGAAGAAGATGGGAGCGTTTCCGGCGCCCACGTTTGCTGCCGCCCACGGGGCCTGCCTGGGGGTAGGGCTGGGGCTGTTGTTGGCCACGGACGTGGTGTACGTGGCGGACAATGCGAAGTTCGGCTCACCCTTCGCCAAGCTCGGCGCCACTTTGGATTCTGGCGGCCACTGGTACTTCACGGAGCGCTTGGGCATGCACCGCACGTTGGACCTGATCTACACTGCCGACCTCATTTCCGGCGCGGAAGCCGTGGAGCAGGGGATGTTCAGCCGGGCAATGCCGGCCGATTCCCTCTTACCCGTCACGCGGGAAATCGTTGCCCGTGTTGCGACCGGGGCCACCGGCGCGTTTACCGCGTCCAAGGAACTCGTGGCCCACATCCGCGACCAACGCCTGGGCCTTTGGGCATCCATGGCCGAGGAAAACACGGAACAGGCACGGCTGTGCAAAACCGACGACTACGCCGAAGGTTTCCGTGCCTTCCAGGAGAAGCGGGCACCGGTTTTCAAGGGCTAG MIELSIANGIAEIVLNYPDKLNSLNEDALAELDRAYDDAAAAASRGDVRALLLRGEGRAFCAGRDISGVTPDTDDAQAYLGGLVEPLLKKMGAFPAPTFAAAHGACLGVGLGLLLATDVVYVADNAKFGSPFAKLGATLDSGGHWYFTERLGMHRTLDLIYTADLISGAEAVEQGMFSRAMPADSLLPVTREIVARVATGATGAFTASKELVAHIRDQRLGLWASMAEENTEQARLCKTDDYAEGFRAFQEKRAPVFKG PGPT0006070_2328 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006070-paaG-K15866 NA NA D3-18_00986 1572 hypothetical protein ATGGACGTTCCTGGGGGAACCATGATTCAGTCCCGATCCGCGCGCTTCTTTGCACGTTTGAAGCCAGTGCAATTCGGCGTCGCGGCCGTAGGTGCTGCCATGCTGCTGTCCGCGTGCACCATGATTCCCCTTCCGGGGATTCCCGCCGCAACAACGCCACCTCCCAGCACGTCTCCGGTGGAGAGAAGCACAGAAATCACGACGGCGGCATGGGAAGTACCGCTCGACGTCATCGGCCAGCCTGTGGTGGCCGATGGCGTTGCCTTGGTCTACGCGTCCACGCCCACCGGTGTCAATGCCCATGCGCTCTCTGTTGCTGATGGGAAACAGCTCTGGACCCAGCCTGTTCACCCGGGCATTGATGCGCCGGCGGTCCCCCTGGAACCTGTGATCACCAGGACCGCTGCAGGAAGGAGTGCAGCCATTTTCCTGCAGGCTACGGCTCCTCCGCCCAACAACAGCGGCTACGAGTGGTGGACTGCCCCGGTGGCCTTTGACCTGAGCAGCGGCAAGGAGCTCTACCGCGGGAGGGCGGAACTAGTTAGTACACGCCCCTTTGCTTGCGACGAGTTGCAGGACATGTGCTTTATCGCGTTCGATGAAACGTTCGGGACAGTAGAACACTGGGTTGATTTGGAATCCGGCGACCATCTGTCCGGACCTGAAGTGAACCCGCTGACCGGCCACTTCCGGCCGGTCGGGAAAGAACTGTACTCGGTGCTTTCGGGCGGAGTTGAAACCCTGGCCCACGTCTCTTACGGCGAGGTCCTGTGGGAAGTGGAGCTGGGAAGCATTTTCGGGAAGGGCGCCACCACAGACATGGGCTGGCACTTCACTTACTCGGAAAAGCTGGATCTCTACGTAGGCTCCGTTGGTATCAATCCCACAAATTTTGCCCCCGGGGAATTTACGGAACAAACCTTTTCACTGAACCTCCGGGAATCCACCAAAACGGTGGGCTTCCGGGCATCCAGCGGGCGGGTTCTCTGGACTACTGATGGTGCACAGCTCGAATGTGCCAAGACAGTGGGCACGGCTTCTTCCCAGCTGGAGGGCGGGGACGCTTTTCCTGTTCGGTGCGAGTACGTAGACGGCTCCGTTGAATTTCCCGTCGGAAAATACGTGGGAGGACACTCGAAGGTGGTGGGTTACGATCCCATCACCGGCGAAGCCGCTTGGGAAAGCAAACCGGTGGAAGTTCACAGTTGGGAAACCACCGGCCTTATACCTTCAGCGGGCCACGGTGACTTTGTGATTGCGGGCACCTATTATGCGTCGGCACTGTTGGACGCTCGCACGGGCAAGCCCAATGGGGCAAGCTTCGACGATGCGTTTGTCTGCACCAAGGCAACCACCTACGCTCTGCCGCCGAATGGGCCCAACAAGGATCAACCAGGCGGCGACATCGGGGCCGGCTCACTCATCTCATTTCCCTGCCTCAAGAGCGGGTCCCCGGCTCCGGCATTCACCTATGGCGCCCTCACCGACGTGAGCTCTCCGGATCAAGACATGGCCGTCCTCTCCTTGGAAGGAAAAGTGGCCGGGTACAAGCTCCTCAAGGAATTCGTCTAG MDVPGGTMIQSRSARFFARLKPVQFGVAAVGAAMLLSACTMIPLPGIPAATTPPPSTSPVERSTEITTAAWEVPLDVIGQPVVADGVALVYASTPTGVNAHALSVADGKQLWTQPVHPGIDAPAVPLEPVITRTAAGRSAAIFLQATAPPPNNSGYEWWTAPVAFDLSSGKELYRGRAELVSTRPFACDELQDMCFIAFDETFGTVEHWVDLESGDHLSGPEVNPLTGHFRPVGKELYSVLSGGVETLAHVSYGEVLWEVELGSIFGKGATTDMGWHFTYSEKLDLYVGSVGINPTNFAPGEFTEQTFSLNLRESTKTVGFRASSGRVLWTTDGAQLECAKTVGTASSQLEGGDAFPVRCEYVDGSVEFPVGKYVGGHSKVVGYDPITGEAAWESKPVEVHSWETTGLIPSAGHGDFVIAGTYYASALLDARTGKPNGASFDDAFVCTKATTYALPPNGPNKDQPGGDIGAGSLISFPCLKSGSPAPAFTYGALTDVSSPDQDMAVLSLEGKVAGYKLLKEFV NA NA NA NA NA D3-18_00987 144 hypothetical protein ATGCTCCAGATGATCATGTGCAAGCTAAACCTCCACCACCACTGGCACGTGGAATCCGCGGAGGATGGCAGTGGCCGGTACAGGCGATGCACCCGCTGCGGCAAATACGATCGGGACTGGGACGGCAGCGGTTTTATGCACTGA MLQMIMCKLNLHHHWHVESAEDGSGRYRRCTRCGKYDRDWDGSGFMH NA NA NA NA NA D3-18_00988 450 hypothetical protein ATGAGGAAGTACCTGGCACTTGTGGCAATGTTTGCAGCAGCCGCGCTCCCCTTGAGCGGATGCGCCCAAGGGCACGATGACGCCAAAGCGAGTGACCTCGGAATCACCTTCGCCTATTCCCTGGCAGGGCACGACGGCAAATTCTGCAACCTCCTGGACAGTTCCAGCGAACAAACCGTGGATGAGTGCAAGAAAAGCGAAGCGGAAATGGCGGCAAAGCAGGAAGCCGACCCGCAGCCAATAATCTGGGTTCCCAAGATCTACCAGATGGTGCCTGGGGAAGAAAAAGCGCTCGGAATAGTAGTGGAGTTCAACCGGGCAGGGAACCAGGAGTTTGTTGCCATTGAAGCAATACGGCGCGGAGACGAGTACAAAATCCTTCGGTGGGCATATCCGGATAAGGCCGACTACAAGACCGACCGTGCCATTACAAACACCTTCGGATGGTGA MRKYLALVAMFAAAALPLSGCAQGHDDAKASDLGITFAYSLAGHDGKFCNLLDSSSEQTVDECKKSEAEMAAKQEADPQPIIWVPKIYQMVPGEEKALGIVVEFNRAGNQEFVAIEAIRRGDEYKILRWAYPDKADYKTDRAITNTFGW NA NA NA NA NA D3-18_00989 1566 hypothetical protein ATGTCCAAGCACTTTCCTGGGCGAAAGCTGTCCTGGATTCGGCTCTCCGTGCTGCTGGCGGTCATAGCGGTGATGGTGGGGGCCGGCGTCGTTTCCTGGCGTAACTACACTGATACCCGTGCCGCGGCAGCGTCTGCATCACTCTTCACGGGCTACGTCGATGTGACGGCGACACCTCGGTACGCGTTCGAGCAGCCGGTCAGCGACACCACAAAGTCCGTGGTTTTGTCGTTCATCGTGGCCGACTCCAAGGATGGGTGCACGCCGTCCTGGGGCTCCTTCTACAGCCTGGACGCGGCCGCCTCGGACCTTGATCTGGACCGGCGCATAGCCAGGCTACGGCAAACCGGCGGTGACATCGCCGTTTCCTTCGGTGGGCTATCGAACAAGGAACTCGCCACCGCGTGCACCGACGGCGACCGGCTTCAGCAGGCCTACTCGACCGTGGTTGACCGCTACGACCTCAACACCATTGACCTCGACATCGAGGGAACTGCCCTGACGGATAAGGCAGCCATCGCACGGCAAGCCCAAGCAATCGGCGCGGTGCAGCAAGGAAGGCAAGCCGAGGGCAAGAGCCTCTCCGTCTGGTTGACGCTACCCGTGGCTCCGGCGGGGCTGACTGCGGACGGGACGGCCGCCGTCGGGCAGATGCTCTCATCCGGTGTAGAACTGGCCGGGGTGAACATCATGACCATGGACTACGGCGAAAGCCGTGTGGCCGGACAGTCCATGCTGCAGGCCTCAATCGCTGCAGCCGAGGCGACCCACTCCCAACTGGGTGAAATCTACTCCGCAGCCCAGCAGAGCCTTGGGGCACAAACCCTGTGGCGCAAAATTGGCTTGACCCCCATGATCGGGCAGAACGACATCGTGGCCGACGTTTTCACCCTCGCCGATGCCCAAGGTTTGCACGAGTTTGCGCAGGGTAAGGGCATAGGCAGGATGTCCATGTGGTCCTTGAACCGGGACGCCGAATGCGGCCCAAACTATCCCACGTTGACCGTTGTGTCCGACGCTTGCAGTGGCGTGCCGCAGCGTGACACACGTTTCTCTGACGTCCTCGGTGCTGACATTGATTCCAAACCCACGGACTCCCCCGCTCCGGTGCTGCCAACGGGCACAACCACGGCCACCGCAGCAGTGGATGACCCCGCTACCAGCCCTTACCCGATCTGGTCTCCTGCGGCCACGTATGTGCAGTCAGACAGGATCGTTTGGCACGGCAACGTCTACGAGGCCAAGTGGTGGACCAAAGATGACGTGCCCAACGATCCCGTTCCGGACAGGGCCGCTGCTCCGTGGAAACTGATCGGCCCCGTCCTGCCCGGCGACCGGCCCAAACCTGAAGTCACCGTTCCCGCCGGAACATATCCGGCATGGTCAGCCACAACCGTCTATCACAAGGGCGACCGCGTGATGCTGGGCCAGCACGTCTTCGAAGCTAAATGGTGGGTCCAGACCCAGAGCCCGGAAGCCGCCTTACAGGGGTCCACAGATTCGGCCTGGATGAAGCTCTCCAATGAGGAACTGAGCAAGGTGCTATCAGGCGAAGCGGCAAAATAG MSKHFPGRKLSWIRLSVLLAVIAVMVGAGVVSWRNYTDTRAAAASASLFTGYVDVTATPRYAFEQPVSDTTKSVVLSFIVADSKDGCTPSWGSFYSLDAAASDLDLDRRIARLRQTGGDIAVSFGGLSNKELATACTDGDRLQQAYSTVVDRYDLNTIDLDIEGTALTDKAAIARQAQAIGAVQQGRQAEGKSLSVWLTLPVAPAGLTADGTAAVGQMLSSGVELAGVNIMTMDYGESRVAGQSMLQASIAAAEATHSQLGEIYSAAQQSLGAQTLWRKIGLTPMIGQNDIVADVFTLADAQGLHEFAQGKGIGRMSMWSLNRDAECGPNYPTLTVVSDACSGVPQRDTRFSDVLGADIDSKPTDSPAPVLPTGTTTATAAVDDPATSPYPIWSPAATYVQSDRIVWHGNVYEAKWWTKDDVPNDPVPDRAAAPWKLIGPVLPGDRPKPEVTVPAGTYPAWSATTVYHKGDRVMLGQHVFEAKWWVQTQSPEAALQGSTDSAWMKLSNEELSKVLSGEAAK PGPT0012130_1954 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 D3-18_00990 2184 hypothetical protein ATGCTCGTAACGGTTGGGGCGTGGCTTTATTACGTTGTCTCCACCATTATTCGGCAGCTGGTCGACAATCCGAACTCAGGATTCCGCTTCGGATTTGAGTCGGTTTCGTACCTTATTGTCGTCACGTTCCTGACGTTCTCCGCCTTGATGTACCTTATGGCCCGGCAAGGTGCCCTATACCGGTTCAAGGAACACCGCAGGGTTCCTCGGGGTGAACTTGATAATCACTTCGCCAACTACAAAGAGGCCGTGACGGTGTTGGTACCGTCCTACGCCGAAGAACCCCAAGTTGTGCGGGGTACGTTGTGGTCTGCCGCCCTTCAGGAGTTCCCGGATCTGCGGGTGGTGCTCCTGCTGGACGATCCTCCGCACCCTACGGAGCCGGAGAAGATCCACCGCCTTGAACAGACCAGGGCGCTGGCGGGGCAAATTGTAGATGCATTATCTGCTCCGGCCGAGCGCGCCAACAATGCCTTGGCCACCTTCCGGGAGAGACACGCGTCGACCCTCACAGCGGAGGCCCCTGCCACGGTTGACGCGGACGAGCTCCAACTCCTGATCGCGGAGTATGAGGCAGCGGTGGAGTGGCTGGAAGCGATGGCTGAGGCTGAAACCGTGGAAGACCATGTGGACGAGTTCTTCGTGGACCTGGTCATCATGGGACTGGCTCGTGAACTTCGTTTGGTTTTGTTGGCATTGAATGCAGCGGAGGCGCAGAATACGGCTCCAAACCCAGAACGGATGGAACAGCTTTACCTGAGGCTCACATGGATTTTCAACGTTCAAACCGAGACCTTCGAGCGTAAGAAGTATGCCAGCCTGTCCCACGAAGCCAACAAGGCCATGAACCTCAACGCCTACATCTCCCTCATGGGCAAACGCTGGCGGCGGGAAGAGACTGCTGGAGGCGTGGTGCTTCGCCCGTCCTTGGTTCCGCGTGACGACGATTTGCTGGTCCCGGACAGTACCTATTTGCTGACCTTGGATGCGGATTCCCTGCTGCTCCGGGACTACTGCCTGCGTTTGGTGTACTTCCTTGAATCTGCGGGCAACGAGCGGGTGGCAGTGACGCAAACACCGTATTCCTCGTTCCGAGGTGCGCCTACCCGGATTGAGAGGATCGCCGGTGCCACCACGGATATCCAGCACATTCTGCACCAAGGCATGACATTCTATGGAGCCACTTTTTGGGTGGGTGCCAACGCAATTATCCGTAAGCGCGCCCTCGAGGACATCGTTGAAGTTGAGTCGGTTGGCGGGTTCGAAATCCGCACCTATATTCAGGACCGCACCGTCATTGAGGACACCGAATCAAGCATTGACCTGGGCACCCACGGTTGGACGCTCGTAAATTATCCGGAGCGCCTGAGTTACAGTGCAACGCCACCGGACTTCGGTTCACTGGTGGTGCAGCGACGCCGCTGGGCCAACGGTGGTCTGTTGATCCTTCCCAAGCTCTGGAACCAACTCTCGCAGCGGCGAAACCAACGGCAACGGATACTCATCCGCGAAGTTCTCCTGCGTGTGAACTATATGGCGTCGATTACCTGGGCCAGCTTCGGGCTTCTTTTCCTGCTGGCTTATCCCTATGACAGCAGGCTCCTTAGCCCTGCAGTGTTTATAGCTGCCCTGCCGTACTTCCTATGCATGGGTTCAGACCTTCGCGATTGCGGCCATCGCTTTAGCGACATCTTCCGGATATACGGTTTCAACCTCATCCTGCTGCCGGTCAACCTCGCCGGCGTCTTGAAATCACTCCAGCAAGGCCTGACGGGGGACAAGATCCCCTTTGTCCGAACCCCCAAGGTCAAGGACAGGACAGCCGCCCCCGCCATTTACGTCCTGATTCCTTACGCCATCGTCGCGTTCTCGGTACTGACAGTTTGGAGGGACGCCCAACAGGGGAATTGGGGCAACGTTGCCTTCGCCTCACTGAATGCAGTGCTGGCCATGATGTGCATCCAGTCGTATATCGGCTTGTGGAACTCTGCGGTGGATGTTGTCCTGGGAGCAGTCAACTGGCTTTACGTCACGCCCAAACCGAAAGCAAAGCCTGAATCGTTGGTTGTCCCCAAAACAGCCGAGGAAGTTGATTGGGAATCAATCCTCTACCACGGCGACCGCAGGCTCAACCGGGACCTTCGCTGCGGAACCGACCGCCGTCGTCGAATTTCACTTCGCTGA MLVTVGAWLYYVVSTIIRQLVDNPNSGFRFGFESVSYLIVVTFLTFSALMYLMARQGALYRFKEHRRVPRGELDNHFANYKEAVTVLVPSYAEEPQVVRGTLWSAALQEFPDLRVVLLLDDPPHPTEPEKIHRLEQTRALAGQIVDALSAPAERANNALATFRERHASTLTAEAPATVDADELQLLIAEYEAAVEWLEAMAEAETVEDHVDEFFVDLVIMGLARELRLVLLALNAAEAQNTAPNPERMEQLYLRLTWIFNVQTETFERKKYASLSHEANKAMNLNAYISLMGKRWRREETAGGVVLRPSLVPRDDDLLVPDSTYLLTLDADSLLLRDYCLRLVYFLESAGNERVAVTQTPYSSFRGAPTRIERIAGATTDIQHILHQGMTFYGATFWVGANAIIRKRALEDIVEVESVGGFEIRTYIQDRTVIEDTESSIDLGTHGWTLVNYPERLSYSATPPDFGSLVVQRRRWANGGLLILPKLWNQLSQRRNQRQRILIREVLLRVNYMASITWASFGLLFLLAYPYDSRLLSPAVFIAALPYFLCMGSDLRDCGHRFSDIFRIYGFNLILLPVNLAGVLKSLQQGLTGDKIPFVRTPKVKDRTAAPAIYVLIPYAIVAFSVLTVWRDAQQGNWGNVAFASLNAVLAMMCIQSYIGLWNSAVDVVLGAVNWLYVTPKPKAKPESLVVPKTAEEVDWESILYHGDRRLNRDLRCGTDRRRRISLR PGPT0022275_606 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-CELLULOSE_METABOLISM CE-EPS-CELLULOSE_BIOSYNTHESIS,PGPT0022275-bcsA|yhjN|celA-K00694 NA NA D3-18_00991 2466 hypothetical protein ATGGTCGGCATTTTTTGTGCCTCTTTGGTCCTTACGGGCCAAACGGCAGCGACAGCTGCCGGCGAAACAGAAAATGCCGTGACGTTCACCGATGTACCCGCAGGCATGATGTTTGCGAAAGAAATGTCCTGGCTGGCAAATGAAGGCATCTCCACCGGCTGGTCCGACGGAACATACCGTCCTTTGACCGCAATCAATCGTGATGCAATGGCTGCGTTCCTCTACCGGCTGGCAGGATCGCCGGAATACACGGCCCCAAGCACCTCCCCCTTCCAGGATGTCAGTCCCGGCCAGCAGCACTACAAGGAAATGGCATGGCTTCACCAGGAGGAAATCTCCACCGGGTGGGATGTAGGAAACGGTAAACGGGAGTACCGGCCTACGGCGCCGATCAACCGTGACGCCATGGCCGCCTTCCTTTACCGCTTTGAAAACAAACCTGATTTCCAGGCGCCAGCAACGCCTCCGTTCTCTGACATCACCAGCACAACGCAGTTCTACACGGAAATTTCCTGGCTTCACGCGAAGGGAATCGCTACGGGTTGGGATAACGGAGACGGCACCGCTTCCTACCGCCCGCTGTCACCCATCAACCGTGACGCCATGGCGGCTTACTTGTACCGCCTATCGTTGCCCCCTGCAGCAGATGGTGTTGTGACATCGCCGGATACCTTGGTGATTGATACCAACACACTGGCACAGGAATACGTTCAGGGCGATACAACCATCACGTTCAACTCCGTGGGTGCGGGAGCTCCGGATATCGACCCCGGCAACGTACTTGTTTCTGGTTTCTCGGAGTTCACCCCGGACGGAATGTTGGTTCGCGTTCAGCAGGTTACTAATGCTCCAGATGGCAAACAGACAGCTGTTGTCCAACAGGCCACCTTGCCGGACGCCATTTACGACACCAACGGTTTGGTGACCCCCACCACCACCATCGTGAAGCAGGAGTTCATTCCTGCGGACGGTGTGGACGTCATCGACAACGGGCAGGCCTCCGCGGCTCCCTTGAACCGGAACGGCGGTCGAATTCCAGCAGACGAGTTGGCCACCCCAAGTGACGTGTCCCTGCCCATCTTCGAGAAAACGTTCAAATTCTCTGACACCCTGAGCAAATCCGTAACAGGAACGGCGTGGAAGACAGTGGATGTGGAAGGCACCGGAACTCTGGCACTCAGCAGTGAATTCGGCGTTGAATCTGCTGTCAACGCAGAAGTGGATATTCACTGGGCGTCACTGAAAGAAGCGAAGTTCACACTGGACACTGGTTTGTCCGCCAAAACAACCGCCCGGGCAACGGGAACCCTGACAGGAACCGCGGAAAAGAACCTGGGCACGGTCAACACCTGGGCGCATATCCAAGTGGGCCCGGTCCCCGTAGACATTCAGTTCATTTCCTCGATTGACCTCAATGCCAAGAGCGAATGGACCGCAGACACCTACGTCACGGCGGCAGCATCTGCAACCACTACGGTTGGCATGTCCTACAAAGACGGCAACTTCCAGCCTGTCGCTGAGTACGGCGGAAACGCCGCAGCAACGTTCCAAGGGCCGCAGCTGACCAGCGAATCTTCGGTAACCATCGGCCCCACCCTGACCGCAAAGTTGTACGGAATCGCGGGGCTCACTGGTGGATTGGACGCCTACGCCACCTACGCCACCGGCCCTGAAACCTGCGCGCACGAGGTTGGGCTGGCTGGCCGCATAGGTGTGATCGCCGGCGTCGAGGTCTTTGGCATGAAGCTGACGGACGAGTGGAAGAAGGAGATCACCAAGAACCTGGTTCTCTGGGAAGGTGACCTCTGCAAGCCCACACCGCCGGTTGACGACGTCTCCAAGGAAGTATTCGGCGACGGTATCGCCGTGGAGGACGACGGCGGAGCAGGTGACTCGTCCCAGTGGGGCAGGGCCACTGATTATGGTCCCGGTGGCGCCGCATGGATCTTGTCCACGGGCAACATGCAGAACTCCGTAGGCACACCCGGACAGGAGGCCTCCAGCGATCTGGGAACAGCAGGAAACACCACGCTGTCCAACTTCATCGGTGGTCTGCCTACTTTTGATGCAGCCTCCTACTGGGCCAAAATCATTCCTTCAGGCGACACCCTTCATGTTCGTTACTTCTTCGCCAGCGAGGAATACCCCGAATACGTGGGCAGTAACTACAACGACGTCATGGGCGTGTTCGTCAACGGAACCAACTGCGCGTTGGTGCCCGGTACCCAGAACCCCATCAGCGTCAACAGCGTCAACGATCACACGAATGAAAGTTATTACATTGACAATGCCGCCGGAGCAAGCGGATTCAACACCGCCATGGACGGGATGACCACCGCTCTGACGTGTTCCGTTCCTGTGCAGCCGGGCGTACCTGTCACGGTGGAAATTGCTGTTGCTGACACCAGTGATGGCATCCTCGACAGCGCCGTAGCGCTGCTCGACGGAGGCATCTGGTCAGACTAG MVGIFCASLVLTGQTAATAAGETENAVTFTDVPAGMMFAKEMSWLANEGISTGWSDGTYRPLTAINRDAMAAFLYRLAGSPEYTAPSTSPFQDVSPGQQHYKEMAWLHQEEISTGWDVGNGKREYRPTAPINRDAMAAFLYRFENKPDFQAPATPPFSDITSTTQFYTEISWLHAKGIATGWDNGDGTASYRPLSPINRDAMAAYLYRLSLPPAADGVVTSPDTLVIDTNTLAQEYVQGDTTITFNSVGAGAPDIDPGNVLVSGFSEFTPDGMLVRVQQVTNAPDGKQTAVVQQATLPDAIYDTNGLVTPTTTIVKQEFIPADGVDVIDNGQASAAPLNRNGGRIPADELATPSDVSLPIFEKTFKFSDTLSKSVTGTAWKTVDVEGTGTLALSSEFGVESAVNAEVDIHWASLKEAKFTLDTGLSAKTTARATGTLTGTAEKNLGTVNTWAHIQVGPVPVDIQFISSIDLNAKSEWTADTYVTAAASATTTVGMSYKDGNFQPVAEYGGNAAATFQGPQLTSESSVTIGPTLTAKLYGIAGLTGGLDAYATYATGPETCAHEVGLAGRIGVIAGVEVFGMKLTDEWKKEITKNLVLWEGDLCKPTPPVDDVSKEVFGDGIAVEDDGGAGDSSQWGRATDYGPGGAAWILSTGNMQNSVGTPGQEASSDLGTAGNTTLSNFIGGLPTFDAASYWAKIIPSGDTLHVRYFFASEEYPEYVGSNYNDVMGVFVNGTNCALVPGTQNPISVNSVNDHTNESYYIDNAAGASGFNTAMDGMTTALTCSVPVQPGVPVTVEIAVADTSDGILDSAVALLDGGIWSD NA NA NA NA NA D3-18_00992 2367 aceE_2 COG2609 Pyruvate dehydrogenase E1 component ATGAACCTGACCCCAGTCAGCCATGACCTGGCGGCGAAGACCGCCCCGACCCTCGAGGACCCCCAGCTGGAAGCACTCGCCGTGATCGAACGCCGCGTCCTGTGGCTTGCGACATCCATGATCCACCACGCAAACAGAGTGCGGCCCAACACATCCGGCATCAAGGTGGGCGGGCACCAGGCCTCGAGTGCCTCCATTGCCACGATCATGACCTCACTGTGGTTCGGGCAGCTCCGCGCCGAGGACCGTGTCTCGGTGAAGCCCCACGCCTCCCCGGTGCTCCACGGCATCAACTACCTTCTGGGCAGCCTGGATGAAAAGTACCTCACAACGCTGCGTGAGTTCGGCGGGTTGCAGAGCTATCCCAGCCGTTCCAAGGATCCGGATCCCGTTGACTACTCCACGGGATCCGTCGGCATCGGTGCCACCGCGCCAATCTGGGGTGCCATTTCGCGGCGTTACATAGAGACCGTGAGCGGCACACCGAACCGTGGGCGCCAGTACTCGCTCGTCGGCGACGCCGAACTGGACGAGGGCGCCGTCTGGGAGGCAGTGCTGGACTCGAACGTTGCAGATCTTGGTGAGATCGTCTGGATCGTCGACCTGAACAGGCAGTCCCTTGACCGGGTGGTGCCAAACATTGCCGCGGGCAAGATTGAGCGCCTCTTCGAGGCCGCTGGCTGGCAGGTCATCACCGTACGCTTCGGCCATCTCTTGGAAAGTCTCATGGCCAGGCCAGGAGGCAATGCACTCCGGAGACGCATCGTTGACATGTCCAATCCCGAATACCAGCGGCTTCTGCGCTGCTCCGCCGAGGAGCTGCGCAGCAGGCTCCCGGGCGAGGGCGCAGGGGGTGCGGACATCGCGGAACTTATTGCCGGCGTCGAGGACCAGATCCTGACCCAGGCCATCAGGAACCTGGGCGGGCACGACCACGCCGCATTGCGCGAGGCCTACGCGCAGATCGATGACACCCGCCCCACGGTCATCATTGCTTACACCATCAAGGGCAACGGGCTGCCCACCGAAGGGCATCCGCAGAACCACTCCTCGCTGCTGTCTACCGATCAGTACCGCCAACTCGCCCACAGAATGGGCGAGAACCCGGACTCGCCATGGACGCGGTTCGATCCCGCAAGTACCGAAGGGCAACTGGTGGGAATTACGGCCGAAGCCCTCCGGCGCACCGCGGAGCCTGTGGTCGCCCCACCCTCAGTACCGGCAGATTTCGGCAGGACGCCCTCGGGCACGGCAACCACACAGGCGGCTCTGGGCCGTACCCTGTTGGACGTCACCCGGGCGGCGCCCGATGTGGCCCGCCGATTGGTCACTGTTAGCCCGGACGTGAGTTCCAGCACCAACCTCGCCGGCTGGCTGAACAAGGTGGGCGTCTGGTCAGTGGAAGAGCGCCGGAACTGGTTCAGCGATGATACAGAGACGGTCATGCACTGGCGTGAAAAGCCCACAGGGCAGCACATCGAACTCGGCATAGCGGAGGTCAATCTTGTCAGCCTCCTGGGCGAGCTTGGCGCAACTTGGAGCCGCTGGGGCCAGCCGTTGTTCCCGATCGGCGTGCTCTATGACCCGTTCGTTGAGCGCGCCTTGGAACCATGGTCCTACGGCATCTACGCTGGCGGACAATCGATCCTGGTAGGCACGCCGTCGGGCGTCACGCTGGCGCCCGAGGGCGGTGCCCATCAGTCCATCAAGACGCCGTCCATCGGCCTGGAACAGCCCGGCTGCACCAGCTACGAACCGGCCTTCGCCATCGACGTAGAGTGGACGCTGCTCGCCTCCATGTCCCAACTCGGACGACCGGACGGCAAATCCGCCTACCTGCGGCTCTCCACAAAACCCGTCGACCAACAACTGGCCGCGGTACCGGAGGATCCCGCCGCCCGTGAGCGTCGCCGTCGGCAAGTGGTTGCTGGCGGCTACATGTTGCGCGCGGCCGCGACACCGACCGCCACGATCGTCGCCATGGGCGCATTGGTCCCCGAAGCGCTTGCGGCCTCCGAGCGCCTCGCCGCGCAAGGCACTCCCGTGGACGTCGTCTGCGTTACGAGTCCCGGTCTTCTCTACGAAGCGCTGCAGGGTCGCAACGGACAGACCCAGGACGCACCGTCCTGGATCCTGGATCAAATCCTGCCCGCCAAACGCGCCGTCCCCATGGTCACCGTGCTGGACGGTCACCCCCACACTCTGGCGTTCCTCGCCAACGTGCACCAAGTCAGAAGCCGAAACCTTGGCGTCGATGCCTTTGGACAGGCGGGCGGTATCGACGACGTCTACCGCTACCACGGGGTGGACACCGACAGCATCGTCCGCGCTGTCCTGGACTTGGCGGGTCCTGCTACTACCTTCTGA MNLTPVSHDLAAKTAPTLEDPQLEALAVIERRVLWLATSMIHHANRVRPNTSGIKVGGHQASSASIATIMTSLWFGQLRAEDRVSVKPHASPVLHGINYLLGSLDEKYLTTLREFGGLQSYPSRSKDPDPVDYSTGSVGIGATAPIWGAISRRYIETVSGTPNRGRQYSLVGDAELDEGAVWEAVLDSNVADLGEIVWIVDLNRQSLDRVVPNIAAGKIERLFEAAGWQVITVRFGHLLESLMARPGGNALRRRIVDMSNPEYQRLLRCSAEELRSRLPGEGAGGADIAELIAGVEDQILTQAIRNLGGHDHAALREAYAQIDDTRPTVIIAYTIKGNGLPTEGHPQNHSSLLSTDQYRQLAHRMGENPDSPWTRFDPASTEGQLVGITAEALRRTAEPVVAPPSVPADFGRTPSGTATTQAALGRTLLDVTRAAPDVARRLVTVSPDVSSSTNLAGWLNKVGVWSVEERRNWFSDDTETVMHWREKPTGQHIELGIAEVNLVSLLGELGATWSRWGQPLFPIGVLYDPFVERALEPWSYGIYAGGQSILVGTPSGVTLAPEGGAHQSIKTPSIGLEQPGCTSYEPAFAIDVEWTLLASMSQLGRPDGKSAYLRLSTKPVDQQLAAVPEDPAARERRRRQVVAGGYMLRAAATPTATIVAMGALVPEALAASERLAAQGTPVDVVCVTSPGLLYEALQGRNGQTQDAPSWILDQILPAKRAVPMVTVLDGHPHTLAFLANVHQVRSRNLGVDAFGQAGGIDDVYRYHGVDTDSIVRAVLDLAGPATTF PGPT0001385_2876 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001385-aceE-K00163 NA NA D3-18_00993 1281 COG1228 putative protein ATGACCATCACCTTTGATGTGACGGACCGTCCCGTACCGTACAGCGTCAGCCGCGCAGCCCGGACAGGCGACGACGTCACTGTGCTGCTCAATGCACGTGTTGTTGATCCCGAGTCGGGCACGTCCGGTTCCCTGAGCGATGTGTGGCTACAGGCAGGGCAGATCTCCCGTATCGTTCCTGCCGGCAGTGAACCGGGCACGGGCAGCGTCCTGGACCTTAAGGGCAGGTTCCTGGCTCCAGGACTGATGGATGCCCATGTCCATCTGGCCTTCGATGGCGGTGATGACCCGAAGGGAACCTATCAGGGCAGCAGCGATGACGAGATCGTTGCGCAGGTTGTGGCGAATGCGCGGATTGCGCTTCGTGCAGGAATAACCACGGTGCGGGACTGCGGGACACCCAGGCACCTGCTTGCTCCCATGAGGGCAGCCTTGGGCATGGTGTCCGATGTCGCCACCGTGGTTCATTGCGGTGCACCGATCTGCCGCGTGGGCGGGCACGGTCACGACATGGGCGGAGAGGTACGCACCCGTAAGGACATCGAGACCATCATCGCCGAACAGCACGCGGCCGGCGCCACCTGGATCAAGCTCATGGCCAGCGGAGGCGGATTTACTCCCGGAACCAGTCCAAGCGTCTTTGAATTCGACCCCATCCTGCTCCGTGAGGCGGTAGTCATCGCCGGCTCCTACGGCATGAGGACCGCAGCCCATGCCCATGCCAGTTCCTCGATGGCCGCGTGCATCGAGGCACGCGTGCACTCGTTGGAGCACGCCTCGATGCTGGGGCCGGATGAGCAGTGCGCTCCCGATCGCGAGCTATTACGAAAGGCCGCCGATGCCGGGATCCACGTTGTGCCCACCGTCATTTCAGCGGACATCGTTTCCCGGCAGTTGCGGGAGGGCCACCCAGTACTCTCCAACCCACAGGACCGCAATGTGGTGGCCCGGCTGGAATCGCGATTTACCAATGTGACCGAGTTCCTCCACTCCGGCCTGTCAATCGTGGCAGGAACGGACGCAGGCCCTGCCCACGTCACCTTTGATCTCCTTGCCCGCGAGTTGGAACGCTATGTCGACGCCGGACTGGCAGCACAGCATGCACTGAAGTCTGCCACGTGTGAAGCAGCCGACATGTTCGGGGTGGAGACGCAGGCGGGTCGCATCAGGCCCGGCCTGTGGGCCGACCTCATCGTCACCGCGGCGGACCCCCTGCAGGACATCAGCACTCTCGCAACACCGCTTGGAGTCCTCAAACGCGGACTACTGATCGCCCAATAG MTITFDVTDRPVPYSVSRAARTGDDVTVLLNARVVDPESGTSGSLSDVWLQAGQISRIVPAGSEPGTGSVLDLKGRFLAPGLMDAHVHLAFDGGDDPKGTYQGSSDDEIVAQVVANARIALRAGITTVRDCGTPRHLLAPMRAALGMVSDVATVVHCGAPICRVGGHGHDMGGEVRTRKDIETIIAEQHAAGATWIKLMASGGGFTPGTSPSVFEFDPILLREAVVIAGSYGMRTAAHAHASSSMAACIEARVHSLEHASMLGPDEQCAPDRELLRKAADAGIHVVPTVISADIVSRQLREGHPVLSNPQDRNVVARLESRFTNVTEFLHSGLSIVAGTDAGPAHVTFDLLARELERYVDAGLAAQHALKSATCEAADMFGVETQAGRIRPGLWADLIVTAADPLQDISTLATPLGVLKRGLLIAQ NA NA NA NA NA D3-18_00994 1095 ltaA L-allo-threonine aldolase GTGATTCCCGTCGGATCGAGCCATCCCATCAGAATCGACCTGTTCAGCGACACTATTACCCGGCCAACAAAGGCCATGCGCCACGCCATGGCAAACGCCGAAGTCGGGGACGAGCAGAAGGGTGAAGATCCGTCCACCAACGAACTGGTTGCCCTGACACGCGAGCTCCTGGGCAAGGAGGAGGCTGTCTTCCTGCCCTCAGGGACCATGTGCAACCAGATCTCCTATGCTCTGCACTGCCGCCCCGGCGACGCGATTCTTGTTGACGAGACCGCGCATTCGCTGTGCCATGAGGAAACCGGGGCTCCCGCCCTCGCCGGTGCCCTGTACAGGCCGATCAAAGCAGACCATGGCGTGTTTTCGGTTGCCCAGCTTGAAGCGGCGCTCCGCCCTGAGGGCAGGTCATTCGCCAGGAACGCGGTGCTCTCCATTGAGCAGCCGTCCAACCTCGGAGGCGGCACGTGCTGGTCGCTGGAGGGCATCACGTCAGTGACGAGTGTGGCACGGGCCAACCAGATCAAAACCCACATGGATGGCGCCCGCCTGCTCAATGCGGTGGTGGCCACCGGCGTATCCGCCCACGACTTTTGTGCCCCGTTCGACTCAGTCTGGCTGGACCTCAGCAAGGGACTGGGCGCCCCAATAGGAGCAGTGCTGGCCGGCGACGCTGACTTCATCAGTGAGGCCTGGCGGCTCAAGCAAAGGTGGGGTGGCTCCATGCGTCAATCCGGCATTGTGGCGGCAGCGGGTACGTTTGCCCTCCGCAACAACGTGGACAGGCTCGCAGATGACCATGGGAATGCCCGCCTTTTGGCTGAACTGCTTGCTGTCAACCCTCATATCTCGATCGATCCGCTCACAGTGCAGACAAATATTGTCCTCTTTGACTTGGTCGACTCCCCTGTCACCGCGGCAGTGCTGGTGGATCGCCTGCTGCAGACCAGCGGGATCCGGATGGGCGCTTTTGGCCCCTCCACGATTCGTGCCGTCACCCATCTGGACGTGGGAACGGAAGACGTACGCCTCGCCGCTGACGCGCTCAGGGAGTTGCTGGACGAAACCTACTCGATGCACGTAAGCACAAGGAGCAACTAA MIPVGSSHPIRIDLFSDTITRPTKAMRHAMANAEVGDEQKGEDPSTNELVALTRELLGKEEAVFLPSGTMCNQISYALHCRPGDAILVDETAHSLCHEETGAPALAGALYRPIKADHGVFSVAQLEAALRPEGRSFARNAVLSIEQPSNLGGGTCWSLEGITSVTSVARANQIKTHMDGARLLNAVVATGVSAHDFCAPFDSVWLDLSKGLGAPIGAVLAGDADFISEAWRLKQRWGGSMRQSGIVAAAGTFALRNNVDRLADDHGNARLLAELLAVNPHISIDPLTVQTNIVLFDLVDSPVTAAVLVDRLLQTSGIRMGAFGPSTIRAVTHLDVGTEDVRLAADALRELLDETYSMHVSTRSN PGPT0020465_578 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020465-ltaE-K01620 NA NA D3-18_00995 1104 potA COG3842 Spermidine/putrescine import ATP-binding protein PotA ATGTCTGATCTGGTCATCACCAATCTCACCAAGAAGTTTGGCCGTCTGACGGTCCTGGACAACGTGTCGGTGACAGCCTCCGACGGACAGATCCTGACGTTGCTGGGGCCAAGCGGCTGCGGCAAATCCACAACACTCTGGTCCATCGCAGGACTGCTCAAGCCGGACGGCGGCAGCATTGTTGTGGGCGACCAAACCCTGTTCAACCACGACTCCTCCGCCTTCCTGCCGCCGGAACGCCGCGACTGCGGCGTGGTTTTCCAGTCCTATGCCGTGTGGCCGCACATGAAAGTCCGCGACAACGTGGGCTATCCGCTACGGCTGCGACGCTATAAGGCCGAGGCACTCCGCAAACGCGTCGATGAAGTGCTCGAGCTGGTTGACCTCTCTGGCCAGGCAGACCGCTATCCACATCAGCTCTCCGGCGGGCAGCAGCAGCGGGTGGCACTGGCGCGCGCCTTGGCTTTCCCTCCGCGCTTACTGCTCCTGGACGAGCCGTTTTCCAATCTTGATGCCAAGCTGCGGGAACGGACCCGCGATTGGTTGCTTCAGTTGCAACGCAAGATTGGCGTCACCACAGTATTTGTGACCCACGATCAAGACGAAGCCCTGGCAATGAGCGACAAAATTGCTGTCATGTCTGCTGGAACCGTCCGCCAGATTGGTACTCCGGAGCAGATCTACAACGATCCTGCCGATCTCTTCGTTGCTGATTTTGTTGGCACCAGCAACCTGCTGGAGGGAACAGTGATTGGCCGCTCAAAGGGGATCCTGACCATCAAGATCGACGGGTTGGACCAAGCGATCCACGTACCATCCGCAATTGATTCCGACGGCGTAGTGGTTGCCGTTCGTCCGGAAGCGCTGGCGTTGTTGCCTGACGATGCGTCGTCAGACGGCTACGAAATGACTGTCAATGGTCCGGTCCTTGAGAGGTCATATCACGGCCATCATTTCCGGTACAGGGTGGGAGTCGGCGAGCAGGCCCTGGTGGTCGAAACCCGTGAGCGCACGGATTCCTCCCACGTGCGCGTGGGCATTCCACGGGACGGATACAAGTTGTTCCAGCCCCGCACTGCCACGGCGCCCAAGGCCGCACAGTGA MSDLVITNLTKKFGRLTVLDNVSVTASDGQILTLLGPSGCGKSTTLWSIAGLLKPDGGSIVVGDQTLFNHDSSAFLPPERRDCGVVFQSYAVWPHMKVRDNVGYPLRLRRYKAEALRKRVDEVLELVDLSGQADRYPHQLSGGQQQRVALARALAFPPRLLLLDEPFSNLDAKLRERTRDWLLQLQRKIGVTTVFVTHDQDEALAMSDKIAVMSAGTVRQIGTPEQIYNDPADLFVADFVGTSNLLEGTVIGRSKGILTIKIDGLDQAIHVPSAIDSDGVVVAVRPEALALLPDDASSDGYEMTVNGPVLERSYHGHHFRYRVGVGEQALVVETRERTDSSHVRVGIPRDGYKLFQPRTATAPKAAQ PGPT0003735_207 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003735-afuC|fbpC-K02010 NA NA D3-18_00996 1755 hypothetical protein ATGAGCAGCTCCATACTTACAGACCCCAAGGCCCCGCCCCCGCCGCCGGGTGTTGGAAACATCAAGCGTGCATGGCTGCCGGAGAAAGTCATCCACTACGGTGTCTGGGTCCTCGCAGTCCTGCTGATCCTCGGTCCGATCGTGCCGATCGTCTGGTCATCACTGTGGTCCACCCCGCTCTATGAGGGCGGCGGCAGCGGTACCCTGGACAACTTCGGGAAACTGGCGACCGATCCACTCTGGTGGTCAGCCGTCGCCAACAGCCTGCAGTTCGCCGTCTTCGCCACCATCGGGTCAGTTCTGGTTGGAACCACAGTTGCCTTGTTGGTAGCCCGCACCGACCTCCCGTTGCGGAGGCTCTACTCGGCCTTGATCGTCCTGCCGTTGGTCCTGCCTGGACTAGTGCTCATCGTCGGGTGGCAGTCAATGTGGTCGAAGAACGGATATGCCACACATCTACTGGAGCAGTACACGCCGTTCACAGTCCCCTTTGACCTCTACAGTGTTGCAGGAATGGTGGTCATGGGGACCGTCCTTGGCTCGCCTGTGGTCTACCTCTTTGCCCGGGGGACGCTGTCCTCAGGCGATTCGACACTCGAGGAAGCCGCCCGTTGTGCTGGCGCCGGTCCCGTCCGGGCCTTGCTCTCGGTGACTCTGCCGTTGCTGCGCCCGGCATTACTCAACTCCGGGCTGCTGGTCTTCGCTTTGGCGCTGGAAACCCTGGGCATTCCGCTCATCCTTGGTACTTCAAAGAACATCGACATGATGTCCACCTACCTTTACCGGCAGTGGACTGGAAGCGCCGACGGCGGTGGAGGAGTTCTCCCTGCAGGAGCCGTCATGTTGTTGCTCGCCGTCACTTTGCTGCTGTTGCTGCGCAACCGCCTGGCCGGCGACCTCGCCCGCTTCACCACGACCGGCGGCAAATCGTCCAGACCGGCAAACGTCGTCAAATTAGGCGCCTTCGGCTGGCTGCTGTCCGCCGGCGTCGGAGTTGTTCTGGGTTGCGCAACCCTGGTGCCGCTCAGCGGAGTGGTTCTCGCCTCGGTCACCGCTGTCCTGACCCCTGCGATCAACCCGTTCAGCCTGCTGACACTTGACCATTTCTCTGCGATTCTGACCAATCCGCTCTACACCGGAGCCATTGGCAACAGCTTGCTGATTGCCACAGTTGGCGCCGCTATCGCGACCGCCTGCATCGCCGTCATCGCATTGGTTGCCCACCGTTCCAGCTTCCGGTTCCGCGGATCCTTGGAGCACATCGTGCTTTATCCCCGGGCCGTCCCAGGCCTTATCACCGGCATGGCCTTCTTCTGGACGTTTGCAATCCTGGATCAGTCCGGAACTTTCAGAGCCACACTTTGGGCGGTGGGAATCGCCTTCGGGGTCCGTGCGCTCGCCATGGGTTACGCCGCGTTCTACCCGTCACTTGCCGCGCTGGGTGCGGACCTGGACCGCGCCGCGCGCTCGGCCGGGGCCGATTGGTGGACGGCGATGCGCACCATCATTCTCAGCCTGCTGAGGCCAGCCATGGGCATCTCATACGTCCTGCTGTTTGTAGCAATGCTCAATGAAGCCGACGCCGCAGTTTTCCTGGTGACCCCTGAAACCCAGGTTCTGGGACTGGCCATGCTTCAAATCGCAGCAAATGGCCTCGGCGGCACCGTGGCCGCCCTCGGAGTCATCCAACTCGTTATCACCGCAGCTGTCCTGGGCGCAGGACGCATCCTGTTTGGAGTTCGCCCTAATGTCTGA MSSSILTDPKAPPPPPGVGNIKRAWLPEKVIHYGVWVLAVLLILGPIVPIVWSSLWSTPLYEGGGSGTLDNFGKLATDPLWWSAVANSLQFAVFATIGSVLVGTTVALLVARTDLPLRRLYSALIVLPLVLPGLVLIVGWQSMWSKNGYATHLLEQYTPFTVPFDLYSVAGMVVMGTVLGSPVVYLFARGTLSSGDSTLEEAARCAGAGPVRALLSVTLPLLRPALLNSGLLVFALALETLGIPLILGTSKNIDMMSTYLYRQWTGSADGGGGVLPAGAVMLLLAVTLLLLLRNRLAGDLARFTTTGGKSSRPANVVKLGAFGWLLSAGVGVVLGCATLVPLSGVVLASVTAVLTPAINPFSLLTLDHFSAILTNPLYTGAIGNSLLIATVGAAIATACIAVIALVAHRSSFRFRGSLEHIVLYPRAVPGLITGMAFFWTFAILDQSGTFRATLWAVGIAFGVRALAMGYAAFYPSLAALGADLDRAARSAGADWWTAMRTIILSLLRPAMGISYVLLFVAMLNEADAAVFLVTPETQVLGLAMLQIAANGLGGTVAALGVIQLVITAAVLGAGRILFGVRPNV PGPT0003730_1014 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003730-afuB|fbpB-K02011 NA NA D3-18_00997 1107 hypothetical protein ATGAAACGACGTGCAATAGTCGCTGTTGCTGCACTTTGCGGCTTCGCAGCTCTGACAGGCTGCAGCACCGGGAATGACGCCCCCAACGCCTACGCCGTCAAGACGGACATTCCGACGGCAGCAGCAATGGACCCGGCAATCCTGGACGCCGCCCGCAAGGAAGGCTCGCTTTTGGTTTACGGCGAGGCGAATGAGGCCACCATGAAACCGGTACTGGCTGCTTTCCAAACGCAGTATCCCGACATCAAGACCAGCTACATCAGCCTTGGCGGAACCGAAAGCTTCCAGCGCTACCTCAATGAGAAAGCCACTGGCGGCAAGACGGCGGACGTCATCGTCAGCCTGCAAGGCGCGAACTTCCTCGATCTGGTCAAGCGTGGTGACATCCAGGACTTCACACCGCCTGCCTCCGCGCCACTGCCCGACTTCGCGAAACTCGCCCCCGGGGTCTTCGCAATGGAACTGAACCCGGTCATGGCACTGATCAACACCACCCTCCTGCCCGAATCCGAACAACCCGATTCCCTTGAAGCCCTCGCCAAGATGTCCAGCGACCCCAAACTCACAGGGAAGATCGTCACCTATGACGGCACTACCGAGTTTGGCTACACGGTTAATCACGCCTACATAGCCAAGGCGGGAGAGGCTGGCTGGAACGTCCTGGATCAGCTAGGCAAGAACACCAAGGTGGAAGCCAGTGCAGGGCCCATGTACAACAAACTCCTGCAGGGCGAGTACACCCTGTCCTACTTCCAGTCCGGCGCTACCCGGCCACTCCTCACCGGCGCTACCGCGAAGGTGCTGAACTACAAGTTCTTCAAGGACGGAACACCCTTCATGCCCCGCGGTGCCGGAGCAACAACCGGGGGTAAGTCACCCAATGCGGCCAAAGTGTTCCTCAACTTCCTGATCGACAAAGCCGGCCAGACGGCCGGTTGCGCCGGCGGATTCGCGCCCTACCTGGACGGGGTGGACTGCCCGGTGAACCTGGCGAAGGTAACAGAGCAGTTGGGTGCAGAGAACATCAACATCGCCACATGGGATGAGGCCCTGGTGAACGATGCACCGGCCTTCAAGAACCGCTGGAAAGAAGCATTCGGGCGATGA MKRRAIVAVAALCGFAALTGCSTGNDAPNAYAVKTDIPTAAAMDPAILDAARKEGSLLVYGEANEATMKPVLAAFQTQYPDIKTSYISLGGTESFQRYLNEKATGGKTADVIVSLQGANFLDLVKRGDIQDFTPPASAPLPDFAKLAPGVFAMELNPVMALINTTLLPESEQPDSLEALAKMSSDPKLTGKIVTYDGTTEFGYTVNHAYIAKAGEAGWNVLDQLGKNTKVEASAGPMYNKLLQGEYTLSYFQSGATRPLLTGATAKVLNYKFFKDGTPFMPRGAGATTGGKSPNAAKVFLNFLIDKAGQTAGCAGGFAPYLDGVDCPVNLAKVTEQLGAENINIATWDEALVNDAPAFKNRWKEAFGR PGPT0003725_602 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003725-afuA|fbpA-K02012 NA NA D3-18_00998 1176 mce3R_1 Transcriptional repressor Mce3R ATGAATAAGTCCTCCACCGCTCCGGAGCGCGGCACTAGGCCGCGGAACCGGCGCGCCCTGATTCTTGCTGCGGCAGGTGACCTCTTCGTGCAGAAGGGATACCCCCAAGTCAGCATGACCGATGTGGCCAAGGCGATGGCAGTGCAGCCATCCGCCCTCTATAGACATTTCCCGGGCAAGGGTGAGCTTCTTCGCGAGGCAGTGGTGGCCAGCCTCCAGCCCGTTTTGGATAGCATTACCCAGACCCCCGACGGCGACTTTGAACAGTTGGTCACGGCGCTGGGACGGGCAATTCTGGTGCACCGGGAAAATGGTGTCCTGTGGGAGCGTGAATCCCGCCATCTCCCGCCTGCCATTCGCTTCGATATTGCCAGCGGTATCAAGTTCGCCATCAGCAGCAAGCTGCAGTCCGGCGGCTCCGCTCTGCCCGCTGCCGAGGCGAACCTGCGCGCGTGGGCCATGTTTGCAACGATGATCAGTGTGTCGCACGACCCAAATCGGCTCTCGCGTGCGGATGAAGAATTCCAGCTGACCACGCTCGCCCGCACGCTACTGGTCATGCCAATGCCCCCGATTGAAGCGGCGGCGAATCACCGTGGGGGGTCCATTGACTTACCGCGCACCCGGCGTGAGGCGTTGTTGGCAGCCTCAATCCGACAGTTTGCTGCGAACGGGTTTGATGCCGTCAGCCTTGACGACATCGGTGCCGAAGTTGGAGTGGCGGGTCCCAGCATTTACCGCCATTTTGACAGTAAGGCGGAAATGCTTGCCGCAGCACTGCATCGCGCCAAAGAAGTGCGGTGGATGGATATGTCGCGGGCTCTCACTGAAGCCGTTGATGCAGCTGAGGCGCTGGAGCGGATCCTTTCCTCATACATTGCTTTCTCACTGGGAAGCCCGGAATTCCTGCAACTGGCCGTGTCCGAACGTCCGCACCTTCCCGAAAGGGAGTTGCGGAACCTGATGGAGGCCCAGGGGGACTACATCACCGATGTCGCCTCGTTGGTCCAGGACGTTTACCCCGGCGTCGATCAAGAAGTGGTCAGGATCCGGGTGAAAGCGGCGTTGCATGTAATCAGCAGCGTTGTCCGCACTCCGTTCCTCCGGGACATCCGTGGCATCCAGGAAATTCTTGAGCAGATTGCCACAGGCCTTATAGCTCCCACGACCCAGTGA MNKSSTAPERGTRPRNRRALILAAAGDLFVQKGYPQVSMTDVAKAMAVQPSALYRHFPGKGELLREAVVASLQPVLDSITQTPDGDFEQLVTALGRAILVHRENGVLWERESRHLPPAIRFDIASGIKFAISSKLQSGGSALPAAEANLRAWAMFATMISVSHDPNRLSRADEEFQLTTLARTLLVMPMPPIEAAANHRGGSIDLPRTRREALLAASIRQFAANGFDAVSLDDIGAEVGVAGPSIYRHFDSKAEMLAAALHRAKEVRWMDMSRALTEAVDAAEALERILSSYIAFSLGSPEFLQLAVSERPHLPERELRNLMEAQGDYITDVASLVQDVYPGVDQEVVRIRVKAALHVISSVVRTPFLRDIRGIQEILEQIATGLIAPTTQ NA NA NA NA NA D3-18_00999 1356 abaF_3 Fosfomycin resistance protein AbaF ATGAGTGCAGTGGTCGCACAACCATCGGGCGCGAGTTCTCCGAGGAAGGTCGCCTTCGCGAGCCTCATCGGCACGACTATCGAGTGGTACGACTTCTTTATCTACAGCACCGCAGCGGTGCTCGTTTTCCACCAGCTCTTCTTCCCTGGCTTCGACCCGACAACCGGGACCCTGCTTGCGTTCTCGACTTTCGCGGCCGGCTTCGTCGCCCGTCCCATTGGGGCCATCGTCTTCGGCCACTTCGGTGACAGGGCAGGCCGGAAGCCGATGATGGTCCTCACCATCCTGATCATGGGCATTGCCACCGTAGCCATCGGACTACTGCCCACCTACGACTCGATAGGCGTGTTCGCCCCGATTCTTCTGGTCGTACTGCGGCTGACCCAAGGATTCGCACTCGGGGGAGAGTGGGGTGGTGCAGTGCTGATGGCTACCGAACATTCCCCCGAAGGCAAGCGAGGCTATTTCGGTAGCTGGCCGCAGGCAGGCGTTGCAGTCGGGCTGATCCTTGCCATGACCTTGTACATACCCCTGGAGTCGATGTCGGAGGACGCCTTCATGGCCTGGGGGTGGCGGGTCCCGTTCCTCCTCAGCGCGGTACTGGTAATCACTGGCCTGGTTATTCGTGTGAAGGTCGCGGAAAGCCCGGAGTTCGATCGAGTCAAGGCTGACCACGGCGTTGTGCGTCTGCCTGTAGTCGAGGTGCTTCGGACACACCCCAAGCAAGTGTTCCTTGTAGCGGGCGCCAGCCTGGCACCGGGAATCTTCTTCTACCTGATCACCGTGTACAACTTTGTTTACGCAGGGAAATCCGGAGAGCTGGATTCGACGGCGATGTTAGTCCTGGTGATCGTCACCTCTGCGATTGGCTTCGTGGTTACCCCGATCGCCGGGGCGCTCTCAGACAAATTCGGCGGGCAACGCGTGTACTTGTGGGGCCTCGTGCTCATCGTGATCGTTGCCTTCCCTCTGTACTTTGCCCTTGACGGGGGCACTCTTGGCCTCATCGCCGCGTGCTACGTTGCGGCAACGGTGGCTGTCTATATCCCCTGGGCGCTGTCGCCGGCATACTTCTCCACTGCTTTTGACGCAAAGGTGCGTTATAGCGGACTGTCCTTGGCTACTACGCTCGGCAACCTCTTCGGCAGCGCCATTGCACCCCTTATTGCCGGGGCTCTGTTTGCTGCGACAAATGCGTCTGTCTCAACATCGCTTTACGTTTTCGTCGCCGGGACGGTGTCGATCACCTGCGCTGTTTTGCTCGGACGGGTCATCCGAAAGAAGGCATCGCAGGCGGGGAGACGCACCGATGCGACCGCGGTTTATGAGGTCCCCGCATCCACGTATTCGGAGTGA MSAVVAQPSGASSPRKVAFASLIGTTIEWYDFFIYSTAAVLVFHQLFFPGFDPTTGTLLAFSTFAAGFVARPIGAIVFGHFGDRAGRKPMMVLTILIMGIATVAIGLLPTYDSIGVFAPILLVVLRLTQGFALGGEWGGAVLMATEHSPEGKRGYFGSWPQAGVAVGLILAMTLYIPLESMSEDAFMAWGWRVPFLLSAVLVITGLVIRVKVAESPEFDRVKADHGVVRLPVVEVLRTHPKQVFLVAGASLAPGIFFYLITVYNFVYAGKSGELDSTAMLVLVIVTSAIGFVVTPIAGALSDKFGGQRVYLWGLVLIVIVAFPLYFALDGGTLGLIAACYVAATVAVYIPWALSPAYFSTAFDAKVRYSGLSLATTLGNLFGSAIAPLIAGALFAATNASVSTSLYVFVAGTVSITCAVLLGRVIRKKASQAGRRTDATAVYEVPASTYSE PGPT0002956_132 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_01000 855 tauD COG2175 Alpha-ketoglutarate-dependent taurine dioxygenase ATGAGCGGCAACGATCAACAGTTCAAAACATTCACGCTGGAACGAGCAACACCCACCATCGGAGCGTACATCCATGGACTGGATCTACGTGAAGAGATCACCCCGGAATGCCGGACGGAGCTACGGGAAGCTTTCCTCGAGCACCAAGTACTGTTTCTCCGCGATCAGCACATCACCCCGGATGATCAGATCGAATTCGCCAAGGTTTTCGGCGACCCCCAGGAAGTAAGTGCATTCTTCCCCTCCCTCCCCGAATATCCGCACATTGAGGTGCTGGAGTCGCGTGGCCGGGCTGCGGGGACCGACGTCTGGCACTCGGACTTGACCTGGCAGGCGACGCCGAACTCCGCTACCTGCCTTCACGCCCAGGAAATTCCGCCGTGCGGCGGGGATACGCTCTGGGCGAGTATGACCGCCGCGTATGACGCTCTGCCGGAGAACGTGAAAAGCGTCATTGACGGTCTTGAGGGAGTGCACGACTGGGAAAAGGAACTCACCGGCGTTGTCCGCCAGGGTCCCGACGGCGAGGCGCGCTACGAGGATACCCGGCGGAAGTATCCACCCATGACGCACCCCGTTGTGCGTAAGCATCCGGAAACCGGCCGCAAGCTTGTCTACGTCAACGCGTTGTTCACCACCCGGCTCACGGGCATTTCCACCCAGCTGGGGGACTCGCTGAGAAACATGCTCACCGACCTCGCCAGGACCCCGGAATACCAGGTTCGCTTCCGTTGGGAACCGAACTCCCTGGTGATCTGGGACAACCGCTCCACCCAGCACTATGCGGTGGGGGACTACCACCCGCATTACAGGCTGATGCACCGGGTCACCTTGAAGGGCGACCGCCCGGCATAG MSGNDQQFKTFTLERATPTIGAYIHGLDLREEITPECRTELREAFLEHQVLFLRDQHITPDDQIEFAKVFGDPQEVSAFFPSLPEYPHIEVLESRGRAAGTDVWHSDLTWQATPNSATCLHAQEIPPCGGDTLWASMTAAYDALPENVKSVIDGLEGVHDWEKELTGVVRQGPDGEARYEDTRRKYPPMTHPVVRKHPETGRKLVYVNALFTTRLTGISTQLGDSLRNMLTDLARTPEYQVRFRWEPNSLVIWDNRSTQHYAVGDYHPHYRLMHRVTLKGDRPA PGPT0002940_893 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_TAURINE_UTILIZATION,PGPT0002940-tauD-K03119 NA NA D3-18_01001 870 hypothetical protein ATGCGAGTCCAGAAACTAGGGGCGGGGCTGATAGCCCAGAGCCAGTCCGCCCTTCCACCATTTATTTTGCATCGGCCTACTTCGCTCGGAGAAGCTGTGGCTCTAACCCGGCAGCATCCAGAAGCTGTGATTGCGGCGGGTTGTTCGGATCTGGTGGCTCAATTTCGTGAGGGATTGGAGCCGGGGGTTCTGATTTCCGTGCAACAAATCAAGGAATTGCGTGCAATTTCGAAGAGTGCCGGGGTTCTGAGCATTGGCTCCTTGGTAACTCACGCTGAAGGCAGCAGAAGCCCGGAGATACTATCCACAATGCCTGCCCTGGCGGCAGCCTGGGGATCAATTGCGACAGTACGAATCCGCTATCGCGGCACCCTCGGAGGCAATCTCCTTTCCCGTCGATATCGATATGAAATGCCTGTCATTCTCGCGGCACTGGGTGGGCAGATGCAGTTTCATGGCGGTGACATTACAGCCCTGCCCGTCTCGTCACTATGGGACCGGAACCTTGGCAACGTAGGTATTCTGACCGCCGTCGCCGTCGACACTGCGTCCCTGCTGTGGTTCGGCTACGAGCGGTCAATGCGCCCGGTGAGCACCGTGTCCCTCGCGGTACGAAGGAACCCGGTGGGCGGCATCACCGTTTCTGCCGTCTGTGGCAGTGAATACCGGCAGCCTTTTCTCCTGTCGCATACTGCCGAGGCAACTGACATCACCGTGCTCGACCCGGTCTCCGTGGGCCGGGTCCTGGCGGCTCAGCTTCCCGAGGAGGCGGGCGACTACGCGGGGTCCATCGATTATCGGCGACATCTGGTGGGCGTTCTCTGCCGCCGTCTTCTTGCCGAAGCAACCGGTAACCAAAGGAAAGGATAG MRVQKLGAGLIAQSQSALPPFILHRPTSLGEAVALTRQHPEAVIAAGCSDLVAQFREGLEPGVLISVQQIKELRAISKSAGVLSIGSLVTHAEGSRSPEILSTMPALAAAWGSIATVRIRYRGTLGGNLLSRRYRYEMPVILAALGGQMQFHGGDITALPVSSLWDRNLGNVGILTAVAVDTASLLWFGYERSMRPVSTVSLAVRRNPVGGITVSAVCGSEYRQPFLLSHTAEATDITVLDPVSVGRVLAAQLPEEAGDYAGSIDYRRHLVGVLCRRLLAEATGNQRKG NA NA NA NA NA D3-18_01002 534 hcrC 4-hydroxybenzoyl-CoA reductase subunit gamma ATGAGCCTTGAATCACCGGAATCAAGCGAGGATACATTCAGCCACCAGGTTGAATTCGAGCTGAACGGAAACCCGGAACGGCATTGTGTCCCTACCAGTGCCACGGTCTTGGACCTGCTGCGCAACAGCTGCGGTAAACAAGGGGTCCGTGCGTCATGTGAGCGCAGTGTCTGCGGTGCCTGCACTGTTTTGGTTGATGACATTCCTGTAGCTGCGTGTTCCACATTTGCCTTCGACGTCGACGGTGCGCGTGTTGAAACGGTTGAGGGCTTGGCTGCCCAGGACGGCACGTTGAGCGCCCAGCAGGAGGCGTTCAGGGAATGTGGCGGCTTCCAATGCGGCTTCTGCACATCCGGCATGCTGATGCTGACCACGGCGCTGCTGCGGCAGAATCCACAACCGGAGAGGGACCAGATCCGGGAGTGGATCAGTTCAAACACCTGCCGGTGTACAGGCTACGAGATGATTTTGGAATCCGTGGAGCGTGCCGCAGAACTGGCTGGGGCCAAGCAGCAGGACCAGGTTTCCGAATGA MSLESPESSEDTFSHQVEFELNGNPERHCVPTSATVLDLLRNSCGKQGVRASCERSVCGACTVLVDDIPVAACSTFAFDVDGARVETVEGLAAQDGTLSAQQEAFRECGGFQCGFCTSGMLMLTTALLRQNPQPERDQIREWISSNTCRCTGYEMILESVERAAELAGAKQQDQVSE PGPT0005085_9 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYBENZOIC_ACID_GALLATE_RESISTANCE,PGPT0005085-hcrC|hbaB-K04107 NA NA D3-18_01003 2340 hcrA 4-hydroxybenzoyl-CoA reductase subunit alpha ATGACCGGGTTCGCGAATCCTTGCGCTCCGGACGACGCGCCGATCGTGGGACGCGACCGCCCACGCTTGGACAGTACGGTGAAGGTCACCGGCCGTGCCGTCTACACGGTGGACATTGAGAAGCCCGGGATGCTTCACGCTAAGGTCTTGCGAAGTCCGCATGCGCACGCCCGGATTCTAAGTATCGATGCTTCGGCCGCCCGCTCCCTGGCAGGAGTCACTGCCGTGGTCACCCGCGAGGAAATCACTGGACTGCATTCCTACGGTACATACGTCAAAGACCAGCCGATTGTGGCCACAGACTCGGTCCGCTATGTTGGCGACGTCCTCGCTGCAGTGGCCGCCGTGGATGAACGCACCGCTTTCGCGGCACTGGATTTGATCCGTGTTGAGTACGAGCAACTTCCGGCTGTCTTTGATGTAGGAGCTGCGATGGAGCCCTCCGCGCCCGCCATTTTTCCGGACCAGCCCTTCGCCGCCTATCCCGAGTACGGCGATGGCGCCTCGGGGGCGGCACACACTGCCCACAACGTGAGCTACGAATTCCGCTACGAAACGGGAGACGAGAGCGTGTGGGCGGATTGTGACTACATCTTCGAGGACACCTTTACCTTCTCCCGCATGAACCACATGCATCTGGAGCCCTTTGCCACTGTTGCCGAGGCGACAGCGAACGAAATCGAAGTATGGACCTCTACTCAAAGCCCTTTTCCAATGCGCAAGGAACTGGCGAGGGTTTTCGGGCTGCCTGAAAATGACATCCGGGTCAACGTCCCGCTACTGGGCGGCGGCTTTGGTGCCAAGAACGGCCCAAAAACGGAGGCGATCGCTATCCGGCTCTCACAGTTGTCGGCTGGGCGGCCGGTGCGTTATTGCATGAGCACAGAAGAAGTCTTCCTGACATTGAGCCAGCATGATGCCGTCCTCACGGTCAAATCCGGGCTCAAGGCAGACGGTGAGTTCATGGCGCGCCAGTCGCGGGTGCTGCTTAACGGTGGGGCTTATGCGGATGCCAGCCCGTTGGTGGCGGAGAAAGCAGGGTATCGGATGCCCGGGGCCTACCGCTGGAAACGCATAGATTCCGTCTGCCAGGCAGTAATCACCAACACCGTCCCTGCCGGCGCCTACCGTGGTTTCGGCGCAACCCAGGCCACCTGGGCAAGTGAGCGCCAAGTTGACCTGATCGCCGAGCGGTTGGGTTTCGATCCCTTGGAGCTTCGCCTAAAGAACGCCAAGGAACTGGGGGAGGAGTTCGTTCCCGGAGAAACGCCCATCGATTCGGACCTTAAGCATGGCCTGAACCTGGTGGCGGACGCTATCGGTTATCGCAACCGTACGCGCTCCAGTAACCGCGGCATGGGAGTCGCCATTGGCATCAAGGATGGTGGTGGCGTCAACAAGCCTGCCCAGGCCCGGGTAAAGGTGACCACCAACGGCGATGTGTTCCTGAATTGCGCCCTGGTGGAAATGGGTCAAGGCGGTCATTCGGCGCTGTGCCAGATCGTGGCGGAGACGCTTGGATGCGATCCGAAGCGGGTGAAGTATGCCGCTATCGACACCGACAACACCCCCTTCGACCAAGGCACCAACGCCTCTTCTGGCATCGCAGTCATGGGGCAGGCCGTCCTGCAGGCTGCAGAGCGAGTGAAGTGTTCGGTGCTGGACACGGCGGCCGAACACCTGATGCTGGACCGGCAATCGATCCGTTTGGACAACTGGCACATCGTCGATGCTGAAGGCATCACCTATGAGCTCCCGCCGCTGATTATGGACAGATTCGGCGGAACGGGATTCGAGTTTACGGCGGACGGCTACTACAAGGTCCGTAACTCCAGCAGCGCACCCCTGGAAGCACCCTGCATTTTTTGGGAGATCGGTTGGGCAGCTGCCGAAGTGGAGGTTGATCCGGAAACCGGTCGGGTGGAGCTTTTGCAGCTGGTGGTCAGTGGGGACGCCGGCAAGGTGGTGAACAAGTTGGGTTGCCGCGGCCAGGACGAGGGCGCAGCGGTCTTCGGGTTGGCGCAGGCACTCTTCGAGGAACTGCGGTACGAAGATGGTGAGCTGCTGAATGGTGAGGCTCTCCTCTATCGGGTGCCTTTGGCTGAGGACGTACCACGGCGCTTTTCCTCCATTACCCAGGAACAAGGCCATGGGGCCGGACCTTTTGGGACCAAGGGGATGGGTGAGGGTGGCATGCTTCCCATTGCTCCAGCGATTGCCCAAGCCATCGCTGACGCCACGGGGGCACAGCTCACATCGTTGCCCATGACGCCCGAACGCGTCTACAACGGCATCCTCGCTGCGCATGTTCGCCAAGGCGGGGCTGACGGAAATGCGTGA MTGFANPCAPDDAPIVGRDRPRLDSTVKVTGRAVYTVDIEKPGMLHAKVLRSPHAHARILSIDASAARSLAGVTAVVTREEITGLHSYGTYVKDQPIVATDSVRYVGDVLAAVAAVDERTAFAALDLIRVEYEQLPAVFDVGAAMEPSAPAIFPDQPFAAYPEYGDGASGAAHTAHNVSYEFRYETGDESVWADCDYIFEDTFTFSRMNHMHLEPFATVAEATANEIEVWTSTQSPFPMRKELARVFGLPENDIRVNVPLLGGGFGAKNGPKTEAIAIRLSQLSAGRPVRYCMSTEEVFLTLSQHDAVLTVKSGLKADGEFMARQSRVLLNGGAYADASPLVAEKAGYRMPGAYRWKRIDSVCQAVITNTVPAGAYRGFGATQATWASERQVDLIAERLGFDPLELRLKNAKELGEEFVPGETPIDSDLKHGLNLVADAIGYRNRTRSSNRGMGVAIGIKDGGGVNKPAQARVKVTTNGDVFLNCALVEMGQGGHSALCQIVAETLGCDPKRVKYAAIDTDNTPFDQGTNASSGIAVMGQAVLQAAERVKCSVLDTAAEHLMLDRQSIRLDNWHIVDAEGITYELPPLIMDRFGGTGFEFTADGYYKVRNSSSAPLEAPCIFWEIGWAAAEVEVDPETGRVELLQLVVSGDAGKVVNKLGCRGQDEGAAVFGLAQALFEELRYEDGELLNGEALLYRVPLAEDVPRRFSSITQEQGHGAGPFGTKGMGEGGMLPIAPAIAQAIADATGAQLTSLPMTPERVYNGILAAHVRQGGADGNA NA NA NA NA NA D3-18_01004 1182 pucA_2 COG1975 putative xanthine dehydrogenase subunit A ATGTTCGCCAAGGCGGGGCTGACGGAAATGCGTGAGGTGATGCAGGCGCTGGAGAAATCATTGCTGAGCGATCAACATGTCGCCTTGGCCACGGTAGTCCGCACGGAGGGCTCCGCGCCTCGGGCGGTGGGAACGTCCATGCTTGTCACCGAAGACGGATCGCCGGTCGGGTCCGTTTCGGGTGGATGCATTGAGGCAAGTGTGATCGAAGCAGCAGCCGGGGTCCTCGCCAGCGGGGTTCCGGAGCTCCACCGATTTGGCATTTCAGACGATGACGGTTTCGGCATCGGGCTGACGTGCGGCGGCAGCGTTGAGATTTTCATCCAGAAGTACGCTCCGGCCTCATGCCCACAGTTTGTGTCACTGCAGAGGGCGCTGAAGGAAAATCTGCGCTGCGCCATGGTCACCATTTTCGACGGCGTGCCCGGCTTGGTGGGCCGATCCGAACTGGTCCTGCAAACTGCGGATATCGAAGAGCTGTTTGAAGGTACAGCCATTGCTCCCAATGCCGTCCGCGCCGCCGGGATTGCAGTCCAGGAGGCAATAGTCTCTGGAAGTACGACGTCGGTCACTCTCCAGGCGGCCGCCGGCACCGAAGAGCCGCTGTCCTTGCTGATCGACGTCTACTGTCCGGCCCGTAGGCTGCTGATCTTCGGGGCCATCGATTTCTCCGCCTCCTTGGCCCAGTTGGGGGCTTTCCTCGGCTTTCACGTCACTGTTTGCGATGCCCGTGCTGTCTTCGCGACGGCCGGGCGTATTCCCTCAGCCCATGAGATCGTGGTCGATCAACCGGCGCGCTACCTGCAGAAAGAAATCGCACTGGGAAGGCTCGCCCCGGATGCAGCTATCTGTGTGTTGACCCATGATGCCAAATTCGATGTTCCGGTCCTTGATGTAGCCCTGAGACACGGTTTTGCGTACATCGGCGCGATGGGTTCACGCCGAACTGCCAGTGACCGCCGGGAGCGGTTGATTGGTTTGGGGCACACCGATCGGTCGGTGGCACCTCTCCGCTCGCCCATCGGCTTGGGCCTTTCCGCTTCCACGCCCGCTGAAACTGCCGTTTCCATCATGGCGGAGATCGTCGCTGCCAAGAACCAGAGCTCAGGCCTGCCCTTGGCGTACACCAGCGAGCCGATCCACCGAAAGGCACTGGAGCATGAAGGCTCAAAACCAAAATAA MFAKAGLTEMREVMQALEKSLLSDQHVALATVVRTEGSAPRAVGTSMLVTEDGSPVGSVSGGCIEASVIEAAAGVLASGVPELHRFGISDDDGFGIGLTCGGSVEIFIQKYAPASCPQFVSLQRALKENLRCAMVTIFDGVPGLVGRSELVLQTADIEELFEGTAIAPNAVRAAGIAVQEAIVSGSTTSVTLQAAAGTEEPLSLLIDVYCPARRLLIFGAIDFSASLAQLGAFLGFHVTVCDARAVFATAGRIPSAHEIVVDQPARYLQKEIALGRLAPDAAICVLTHDAKFDVPVLDVALRHGFAYIGAMGSRRTASDRRERLIGLGHTDRSVAPLRSPIGLGLSASTPAETAVSIMAEIVAAKNQSSGLPLAYTSEPIHRKALEHEGSKPK PGPT0007280_324 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-XANTHINE_METABOLISM PHYTOHORMONE-XANTHINE_BIOSYNTHESIS,PGPT0007280-xdhC|paod|ygeB|pucA-K07402 NA NA D3-18_01005 1488 aldA_1 Putative aldehyde dehydrogenase AldA ATGAGTACGGACAGCCTTGATATACGGGATGAAATCTTTGTGGGCGGCGTGTGGACCCGAGGCAGCGGCGCGCTGATCGAATCGGTCAATCCCGCTAACTCAGAGGTATTCGCCACCCTCCATGGAGCAACGACGGCGGATGTGGACGCCGCTGTGGCTGCCGGCCTCAAAGCCGTGGAAGAGTCGGGATGGGCAAAGAAACTCCCTCACGAACGCGCTGCTGTGCTGCACCGCATCAGTTCGGCAATCGAGGCCAACGCTGACCGCATTGCCGAACTGCAGACGCTGGATACAGGTAAGACACTCGTTGAAACGAAGGCGCTCGCCATGAGCGCGGCAGCCACCTTCCGCTTCACCGCGTCCGCTCTGGAAACCATGGAGGACGCACTGACGTCCCCTCGCGGGAACTACCTCAGCATGTCCACCTATGAAGCGATCGGAGTCGTGGGTGCCATCACGCCTTGGAACTCGCCGATTGCCAGTGACGCACAAAAAGTTGCTCCGGCACTCGCGGCTGGAAACGCTGTTCTGGTGAAGCCGCCCGTCTGGGCTCCCTGGGTCTCGCTCCTGTTGGCACGGATTTGTGAGCAGGCGGGACTTCCGGCAGGTTTGCTTTCTGTCCTTCCGGGCCCCGGCCGCGTGGTCGGCGACGCAATTGCCCGGCACCCTGGCATTGGCAAGATTTCCTTCACCGGTGGCACGTCCACGGGACGCCAACTGGGCCATATTGCGGCGGAGAAAATCATGCCGATCACCTTGGAACTGGGCGGGAAATCGCCGACCATTATTTTTGCTGATGCGGACGTGGACCAAGCTGTGGCCGGTGTGCTTTACGGCATCTTCTCTTCGAGCGGTCAGAGCTGCATTGCCGGCTCGCGCGTCTTCATCCAGCGATCGGTCTATGACGCCGTCGTCGAAAGACTGGTCAAGGGTGCCGAAGCCCTGCGAATCGGACCGGGAACGGACGCAAGCACCCAGGTAGGGCCATTGGTTGCCCATGCCCACCGGGACGCCGTGGCCAGGATGGTTGAAGACGCGAGACTGGCTGGTGCGCAGATCCTTTGCGGTGGCGCCGTGCCCACGGAGCCCAGGCTTCAGGCCGGCGCGTTTTACGAGCCCACGATCATTGCCGGTGTGAGCAACTCTGACGTCATTTGCCAGGAGGAAATCTTCGGGCCAGTGGCCGTGATCCTGCCGTTTGAGGATGAAGCGGACCTCATCCTCCAAGCCAACGACAGTGTTTTTGGCTTGGCCTGCGGAATCTGGACCGCTGACTACCGCCTGGCCTGGCGCACAGCGAGGGCCGTTTCGGCCGGCACCGTCTGGGTCAACACCTACAAGCAATTCAGTATCTCCACCCCGTTCAGCGGGCTTAAAGAAAGCGGTCTGGGCACCGAAAAGGGCCGGGACGGCATCCGATCCTACATGCACCAGAAGAGCATCTACATCGACCTCTCCGGTGCCTCCATCCCATGGGCCGGCAACTAG MSTDSLDIRDEIFVGGVWTRGSGALIESVNPANSEVFATLHGATTADVDAAVAAGLKAVEESGWAKKLPHERAAVLHRISSAIEANADRIAELQTLDTGKTLVETKALAMSAAATFRFTASALETMEDALTSPRGNYLSMSTYEAIGVVGAITPWNSPIASDAQKVAPALAAGNAVLVKPPVWAPWVSLLLARICEQAGLPAGLLSVLPGPGRVVGDAIARHPGIGKISFTGGTSTGRQLGHIAAEKIMPITLELGGKSPTIIFADADVDQAVAGVLYGIFSSSGQSCIAGSRVFIQRSVYDAVVERLVKGAEALRIGPGTDASTQVGPLVAHAHRDAVARMVEDARLAGAQILCGGAVPTEPRLQAGAFYEPTIIAGVSNSDVICQEEIFGPVAVILPFEDEADLILQANDSVFGLACGIWTADYRLAWRTARAVSAGTVWVNTYKQFSISTPFSGLKESGLGTEKGRDGIRSYMHQKSIYIDLSGASIPWAGN PGPT0007165_996 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0007165-betB_homologous-K00130 NA NA D3-18_01006 345 ridA COG0251 2-iminobutanoate/2-iminopropanoate deaminase ATGAATGCCCACCCCTACAGCCCCGCCTTTGTGGCCGGGGGATTCGGCTTTATCTCCGGCGCACTGTCGGTGGATGAACGCGGTATTGCCGTCCCCGGCCGCTCAGAAGCGCTGGTTGCCGCAGCCGCGAGGCTCTCCGAACGACTGGAAACCGTCGGCATGTCCTTGGCCGACGTTATCAAGACCACCTATTTCGTCACGGACGTGACACTGCGGGACGAAGCCAACAGCCACTATGAGCAGCTGTTCGAGGAGCCCCGTCCGGCACGTTCGTTTGTGGAGGTCGCCGCCTTGCCCTATGGAGCCACGGTGGAAATCGAAGCAATCGCGCACCGGAGGAAGTGA MNAHPYSPAFVAGGFGFISGALSVDERGIAVPGRSEALVAAAARLSERLETVGMSLADVIKTTYFVTDVTLRDEANSHYEQLFEEPRPARSFVEVAALPYGATVEIEAIAHRRK PGPT0020030_4848 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 D3-18_01007 1002 pobB Phenoxybenzoate dioxygenase subunit beta ATGAGCGTGGAAATCCAGAACCGTGCGGCGGTGACCCCTGATGTCCCCGAATCGAAAATCCTGACTCTCAGGGTGCAGCAGAAAACCTGGGAAGCCGACGGCGTCATCCGGATTATGTTTGTTGATCCCACCGGGGCGGCGCTCCCGCAGTGGCTTCCCGGCGCCCACCTGAGCCTGCACCTGCCAAATGGGCTCACTCGCGAATACTCCTTGTGTTCGGACCCGGAAGACGCCACAAGCTGGACTGTGGCCGTGCTGCGAACCCCCGATTCCCGCGGTGGCAGCAGGCTGATCCATGATGAGCTCCCGGTAGGGACACTCATTAAGGTTGAGGGTCCGCGCAACAACTTCCAGCTTGATCATGCCGAGCGCTACGCACTGGTAGCTGGCGGCATTGGCATCACCCCGATTATTTCCATGGTGCGGAGGCTGGAATCAGTCGGAGCTGACTGGTCCCTCCTGTATACGGGCCGGTCTCGTTCAACCATGGCCTTCCTGTCGGAAGTTTCAGGCCTGCCCGGGCACCGGATAAGTATCCACGCTGCCGACGAAGCCGACGGCAAATTTGCGGATCTCTCCGAGGCAGTCGGCTCGCTTCCGCCTGAAGCACTGGTGTATGCCTGCGGCCCTGAATCTTTGATGCAAGCCGTAGCCGGCGCCATGGCAGACGAATCGCGATTGAGGATTGAGCGCTTCAAAGCACCGGACATCGTGCCTGGAGGGGAACTCGATCAGACAAGTTTCGACGTTATCTGCCACAGCACTGGCCAGCGGATCGCCGTCGGGCCCGATGTTTCGGTCCTGGAAGCCTTGAACGACGCCGGCATCAACGTTCCCAGCTCATGCGCAGAGGGAATCTGCGGAACCTGTGAAACCGGAGTGATCGACGGCGACGTTGATCACCGCGATTTCTTGCTTTCCCCAGCCGAGCGGGCAGAGAACAAGTCAATGTTTGTTTGCGTCTCGCGTTGCCGGTCCCGGGACCTGATTTTGGATCTCTAG MSVEIQNRAAVTPDVPESKILTLRVQQKTWEADGVIRIMFVDPTGAALPQWLPGAHLSLHLPNGLTREYSLCSDPEDATSWTVAVLRTPDSRGGSRLIHDELPVGTLIKVEGPRNNFQLDHAERYALVAGGIGITPIISMVRRLESVGADWSLLYTGRSRSTMAFLSEVSGLPGHRISIHAADEADGKFADLSEAVGSLPPEALVYACGPESLMQAVAGAMADESRLRIERFKAPDIVPGGELDQTSFDVICHSTGQRIAVGPDVSVLEALNDAGINVPSSCAEGICGTCETGVIDGDVDHRDFLLSPAERAENKSMFVCVSRCRSRDLILDL PGPT0006995_92 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_CHLORPHENOL_DERIVATE_DEGRADATION,PGPT0006995-pcpD-K21607 NA NA D3-18_01008 990 hypothetical protein ATGAATTATTTCTCAGCAGAACCTGTCTGCAATCTGCGGTCCCTGCGCTCCGTGTCCCTGAAAGTGCCCGATACCCGGCCAGCCCGGGATTTCTACCATGAAGTCTGGGGCCTCTCCACCGTGGAGGAGGACACGGACAAGTTCTGGCTTCGCGGAACCGGTTCCGAGCACCACATCCTGAGGCTGGAAAAGGGCGAGCAGAATGCCTTGGGTGGGGTCTCTTTTGCCCTGGCCACGCCGCAGGACGTTGACCGTGCGGCCACCAAGCTCACCGCCCTTGGGATTCCGCTTTTCCGTGAACCCGGACCTTTGGATGATGCTGCCGGCGGCTACGGTCTGCAGCTGGTGGACCCCGAGGGCAGGCTGGTGGAACTTTCCGCCGACGTCCACGCGGTTGTCAGCCAGGAGCCCGCAGGTCGGCGGGCCCTTCCACGCAAGATCGCCCACGTGGTGCTCAATACCGTGGATATTGACCGCGCAACGGCCTTCTATACGCAAGTACTGGGGATGCGGATTTCAGATTGGTCCGAGCACCAGATGGCCTTTCTGCGGTGCAACAGCGAGCACCATGCCATCGCGTTCAACCAGGCTCCCTGGACCTCGGTCAATCATGTGGCTTATGAGATGCAGAGCATTGATCATTTCATGCGCGGCATCGGCAACCTGAAGCGGCACAACATCGCGCCTCAGTGGGGGCCGGGGCGGCACGGTCCGGGTGACAACACCTTTTCATATTTCACAGACCCCTCGGGACTGGTTTGCGAGTACACCTCCGAAGTAGCCCAGGTGGACGAGGACAGTTGGCTGTGCCGCACCTGGGAGCGCACGCCAGAACTGTCCGACCAGTGGGGAACGGCAGGTCCGCCCACCACCGCGGTCCGAAGCGCCATGGCCGGCGTTCCGGATAGCGGGTACAGGTCGCTGGTGGTCCCTGGACGCGAGGACTACTTCTCCATGGAAGCTCCTGCCGCTGAAAAAGCCCATGCGTAG MNYFSAEPVCNLRSLRSVSLKVPDTRPARDFYHEVWGLSTVEEDTDKFWLRGTGSEHHILRLEKGEQNALGGVSFALATPQDVDRAATKLTALGIPLFREPGPLDDAAGGYGLQLVDPEGRLVELSADVHAVVSQEPAGRRALPRKIAHVVLNTVDIDRATAFYTQVLGMRISDWSEHQMAFLRCNSEHHAIAFNQAPWTSVNHVAYEMQSIDHFMRGIGNLKRHNIAPQWGPGRHGPGDNTFSYFTDPSGLVCEYTSEVAQVDEDSWLCRTWERTPELSDQWGTAGPPTTAVRSAMAGVPDSGYRSLVVPGREDYFSMEAPAAEKAHA NA NA NA NA NA D3-18_01009 825 rutD_1 Putative aminoacrylate hydrolase RutD ATGCGTAGCAACTCCTTGCCGCTGGCCACCGAAACCGCATCAACTGTTGCCGAACGCCGAAAAACTGTCCACGGCGTCTCCCTGGTTATCCGCGGAGAAGGGACACCTGTCTTCCTCATGCACGGCATCGGGGGCGCCGCGTCATCCTGTGGTGCCCTGGCTCAGTTGCTCAGCGCACATGGTTACCAGACCTTTTGCTGGGATGCACCCGGCTACGGCGAATCAGCGGCTCCACCGGAAGGCTTGGATCATCCAGGTTTAGTGTTGGACATCCTGGCCACCCTGAATGTTGGCCCTGCCCACCTGATCGGCACGTCATGGGGAGGAGTAATCGCCACCCGGATAGCCGCTCAGGCACCTGAGGCGGTGCGGTCCATTGTGCTGGCGGACAGCACCCGGGGTTCGGGAATTACCAGGACCACGGCGCAACGCATGCTGGCGCGCGTTCCGGAACTGGCCGCCGTCGGCCCCGAAATTCTGGCGGCGCGGCGAGCGGCACGATTGGTCTCTCCATCCGCTCCCGCGTGGGTGGCCGAAGCTGTCCGCGCGGACATGGCCGCCGTCCGGCTGTCCGGGTTCTCGTCGGCCGCCACCATGATGGCTCAGTGCGACACCACGGACCTGCTGCCTCGGCTCCGGACCCCGGCATTGGTCTTAGTAGGCCAGGACGATGTGATCACGGGCGTGGCGGAATCCAGGGTCCTTGCAGAGAACATTCCCGGTGCCACGCTGGGCATCATTCCCGGTGCAGGGCACGCCGCAGTGCAGGAAAAGCCGATGGAGATGTCCGCTGCCATCCTTGCTTTCTGGGAGGACCTTCGGTGA MRSNSLPLATETASTVAERRKTVHGVSLVIRGEGTPVFLMHGIGGAASSCGALAQLLSAHGYQTFCWDAPGYGESAAPPEGLDHPGLVLDILATLNVGPAHLIGTSWGGVIATRIAAQAPEAVRSIVLADSTRGSGITRTTAQRMLARVPELAAVGPEILAARRAARLVSPSAPAWVAEAVRADMAAVRLSGFSSAATMMAQCDTTDLLPRLRTPALVLVGQDDVITGVAESRVLAENIPGATLGIIPGAGHAAVQEKPMEMSAAILAFWEDLR PGPT0004995_981 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 D3-18_01010 744 ped (S)-1-Phenylethanol dehydrogenase GTGACGCGCCTCGTGGTAGTTACCGGATCCGGGCGGGGACTTGGCTTCGACATCGCCGAACGCCTGGCAGCTGGCGGAGACCGAATAGTCATTGCCGAGAAGAACCCGGACCTCGCCGAGCAAGCTGCCGCAACACTCCGCGGACAGGGCTTCGACGCCACGGCCGTCATTACGGACATCGCCGACAAAGCCTCGGTGGCAGACCTGGCCACTGCAGTCCAGGTGCTGGGCGGCGCGGATGCACTGGTCAACAATGCGGCACTGGCCGACGGCGTAGGTGGTGACACCTTTTGGGAACTGGACGAGGAGTTCTTCCAGAGGGTGATGACCGTCAATGCCTACGGAACCTGGCTGGTCAGCAAACACCTCTACCCCCAGCTGGCACAAAGCCAGGCAGCGTCCATTGTCAACATTGCCTCAGACGCAGCGCTCTACGGCTCACCACGGCTGGTCCACTATGTCGGATCAAAAGGAGCGGTCCTGGCGATGACCCGCACAATGGCCCGCGACGCGGGACCAGCCGGAGTCCGCGTCAACGCGGTTGCCCCGGGCCTGACCCGGGTGGAAGCCACCGAGTCAGTGCCGGCCTCCCGCTACCGCCTCTACGAAGAGAACCGCGTGCTGCCAAGGGACCAACAGCCCAAGGACGTATCAGGCGCCGTCCAGTTCCTGTTGTCCGATGCTGCAGGCTTCATCACCGGCCAGACCATCGTGGTGGACGGCGGCTTCGTCATGAGTCATTGA MTRLVVVTGSGRGLGFDIAERLAAGGDRIVIAEKNPDLAEQAAATLRGQGFDATAVITDIADKASVADLATAVQVLGGADALVNNAALADGVGGDTFWELDEEFFQRVMTVNAYGTWLVSKHLYPQLAQSQAASIVNIASDAALYGSPRLVHYVGSKGAVLAMTRTMARDAGPAGVRVNAVAPGLTRVEATESVPASRYRLYEENRVLPRDQQPKDVSGAVQFLLSDAAGFITGQTIVVDGGFVMSH PGPT0008190_471 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 D3-18_01011 789 fabG2_1 putative oxidoreductase ATGGACCTGCAACTGAAGGACCGCACGGTGGTTGTCACCGGTGCGAGCTCCGGCGTCGGCCTTGCCACTGCCCGCTATTTGCTGGGCGAAGGTGCGCAGGTTGCTGCCTGTGCGCGCGACGTCGGCCGATTGTCCGCCGCGTTCGACGAGTTTTCCTGGGCGGACAAGGACTCGATTTACCTCGCTTCGTGCGACGTGACGGACCAAGATGCCACCAACAGATTTATCGCCGGCACCTTGGATCGGTTTGGCGCCGTTGATGGCATGGTCTGCAACGCCGGCCGTTCCTTGATGGCCACACTCCAGGACACCACGGACCAGCAGTTGCGTGATGAATTCAGCCTGAAGATCTTCGGCGTTTTGAACATGGTGCGTTCCGCCAGATCTGCCTTGAATGCATCACCATACGGCTCGGTGGTCAACGTCAACGCGATCCTCTCCCGGCAGCCGGAGTTACGTCTGGCGGCCACCTCAGCTGCCCGCGCCGCACTGCTGAACCTCACCCATTCCCTTGCCGAAGACCTGGCAACAGAGGGAACACGGGTGAATTCGGTCCTGCTTGGGCTGGTGGACACCGGCCAGTGGCGGCGGCGCTTCGAGGAAGCCGGCTTGGAACTCGACTACGAGGCGTGGAGCGCAGAAATCGCCGCCAACCGCGGCATCAAACTCGGCCGTTTCGGCACTGCCGAGGAGGTGGCCTTCCATATTGTCTCGCTGCTCTCGCCCCTCAGCGGATACACCACAGGAGCAACCATCGACGTCGGCGGTGGCGTTGGGCGCTATGTCTAG MDLQLKDRTVVVTGASSGVGLATARYLLGEGAQVAACARDVGRLSAAFDEFSWADKDSIYLASCDVTDQDATNRFIAGTLDRFGAVDGMVCNAGRSLMATLQDTTDQQLRDEFSLKIFGVLNMVRSARSALNASPYGSVVNVNAILSRQPELRLAATSAARAALLNLTHSLAEDLATEGTRVNSVLLGLVDTGQWRRRFEEAGLELDYEAWSAEIAANRGIKLGRFGTAEEVAFHIVSLLSPLSGYTTGATIDVGGGVGRYV NA NA NA NA NA D3-18_01012 1671 ilvG Acetolactate synthase isozyme 2 large subunit ATGTCAGTGACACAAGCAGCAACGGTCCCTAGAGGGCCGACAGGCGGTGACGTCCTGGTCCGTGTAATGCGCAGGCACGGCATCGATACGGCCTTCGGGGTCATCAGCATCCACAATCTTCCCTTGGTGGAGGCAGTGGACAGGGAGCTGAACTTTGTGGCCGTCCGCCACGAGGCAGCCGCAGTCAACGCGGCTGACGCCTATGCCCGGGCCTCCGGCAAAATCGGAATTGCCCTGACCAGTACCGGCACGGGAGCCGGCAACGCCGCCGGTTCCATGGTGGAGGCGCTCACCGCGGGAAGCCGGGTGCTGCACATTACCGGCCAGATCGACAGCGAATTCATGGGCAGCAACCGTGGAGTGATTCATGAGGTCCCACGCCAGTTGCAGATGCTCCACGCGATCTCCGGCTATGCCCGCACCATTTTCAATGGCAAGGATGCGGAGGCGGACCTGGAGGAGGCTATCGCACACCTGCTCTCCTCGCCTCACACACCTGCCAGCATCGAATGGCCTACAGATTTGCAGTACCTGGCCCACCCGGACGATCAGCGCCCCATCGACGCGCAGGTGAAGCCTTTACCCGATTACGACGCCGACGCCGTCGCCGAAGCAGTCCGGCTCCTGACAGGTGCCAAGCGACCGCTCATCTGGGCCGGCGGAGGAGCGGCCGGCGCTGAAAAGGAACTTGCGGCTCTGCTGCACGGTCTCGGGGCGGGTCTGCTGACCAGCAACTCAGGCAGGGGCGTGGTTCCGGAGGATGACCATCTTGTCATCGGGAACTTTGCTACCACTCCCGCCGCCGCCCGGCTGATCGAAGAGTCTGACGTGTTGTTGAGTGTTGGAACGCACTTCCGTTCCAACGAGACGCAGCACTATTCGCTCAAACTACCCGCCACTCACATCCAGCTGGATCTAAATCCTGAAGCCGTGGGCCGCGTCTATCCGGCCACTGTGGGCTTGGTGGGTGACTCCCGGGCAATTCTGGCGGCGATCGCAAGCCAGTTGGGTAGCCATTCCGTGGACGCAGCGTGGGCGCAGCAGGTGCACGATGTACGCCTCGAGGTACGGGCCACGCTGACTGAGTACATCGGAGGCTATGCGGAAATCTGCCATAGCATCAGGGACCGCTTGGATCGGGAATCCGTTGTTGCACGTGATGTGACCATCCCCTCCAGCCAGTGGGGTAACCGCCTGCTTGAGATGTACTCCCGCGAAACAAACATCTTTCCGCTGGGAGGTGGCATCGGCCAAGGTTTGGCCATGGGCATTGGGGCGGCCTGCGCCCGCCCGGATGTTCCCACGGTAGTTATTGCCGGCGACGGCGGCCTGGCCGTTCATCTTGGTGAACTCGCCTCCCTTGCCGGCTCAGGGGTCTGGTGCGTGGTGCTCGTGTTCAATGACGGCGGCTACGGGGTCCTGCGCAACATGCAGAAGGCCAACGGCTTCGCGGAGGCAGGAGTCAACCTCCATACACCGGACTTTGCCTTGCTGGCCCAGTCGCTGAAGTTGCCATTCTGGCGGGTGCGCGGCCCCGGCTCCTTTGATGGGGCCTTGGTGGAAGCGCTCGCGGTCCGAGGGCCCACGGTGATCGAGATCGACGTCACCGCTTTGGATCCCGTACCGGGTGCTTTTGTTCCGCCGGTGCATATTCCAACCCCACATCAGTAG MSVTQAATVPRGPTGGDVLVRVMRRHGIDTAFGVISIHNLPLVEAVDRELNFVAVRHEAAAVNAADAYARASGKIGIALTSTGTGAGNAAGSMVEALTAGSRVLHITGQIDSEFMGSNRGVIHEVPRQLQMLHAISGYARTIFNGKDAEADLEEAIAHLLSSPHTPASIEWPTDLQYLAHPDDQRPIDAQVKPLPDYDADAVAEAVRLLTGAKRPLIWAGGGAAGAEKELAALLHGLGAGLLTSNSGRGVVPEDDHLVIGNFATTPAAARLIEESDVLLSVGTHFRSNETQHYSLKLPATHIQLDLNPEAVGRVYPATVGLVGDSRAILAAIASQLGSHSVDAAWAQQVHDVRLEVRATLTEYIGGYAEICHSIRDRLDRESVVARDVTIPSSQWGNRLLEMYSRETNIFPLGGGIGQGLAMGIGAACARPDVPTVVIAGDGGLAVHLGELASLAGSGVWCVVLVFNDGGYGVLRNMQKANGFAEAGVNLHTPDFALLAQSLKLPFWRVRGPGSFDGALVEALAVRGPTVIEIDVTALDPVPGAFVPPVHIPTPHQ PGPT0008185_7856 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 D3-18_01013 645 hypothetical protein ATGAAATCAAGTACGGAAGTAGATCCGCGCCCCGGCCATGCGCCCGGCGATGTGGTGCCACTCCACGATGTGGTGCCACAGTATGACGTCGTGTGCTTGCACAGCGGCGGGGGAGCAGCCGAATGGTTTGCCCAACAGCTTGACGCTTTGGGGGCCCGTGCCTGGGAACCTCGAATCGGCGTTAACTTCGACGTCGCCGGCCCGCCTGGCCACATGGATGATTGGGTCGAAGCGGCCTCGTCCGCCCTCTACGAGTCGACCACCGGTCCTGCGCATATCCTGGCCAGCGGAACAGCCGCGTACGGGGCCATCATGCTCGCTGCACAACATCCGGAGCAGATCAAGAGTGTCATCCTGGGCGACCCACTGGTGGACACGTCGGTGGAGGGATTCGTGGCGACGCTCCGGCGGGTCCGGGCGCCGTCGTTGGTCATTGCCGCCGCCCCTGACCTGGACACCGATATCTCCATACCGCAAAGCATTGCCGGGGGAATCACGAACGGGGTCTTTGTCATCATCGACAACACCGCCGTTCCAGCACACCAGAGCCGATCTCACTCATTCAACGAGTGGAGCAGATCATTCATGAACATCGCTGAAGGTCTGCACACTGTCACCGAAACACAGGAGGAACACAGTGCCTGA MKSSTEVDPRPGHAPGDVVPLHDVVPQYDVVCLHSGGGAAEWFAQQLDALGARAWEPRIGVNFDVAGPPGHMDDWVEAASSALYESTTGPAHILASGTAAYGAIMLAAQHPEQIKSVILGDPLVDTSVEGFVATLRRVRAPSLVIAAAPDLDTDISIPQSIAGGITNGVFVIIDNTAVPAHQSRSHSFNEWSRSFMNIAEGLHTVTETQEEHSA NA NA NA NA NA D3-18_01014 219 hypothetical protein GTGCCTGAGCAATATCTTGAAGCCAACCAGTCCCGTGTGGGGCCGGCTAATCCTTACGAGCTGAAGCTCGCCGGAGCCCTTTCCGAGATTTTCGCCAGTGGTAGCCACGAGCTGCCCGCCATCATCTCGGGGTTGAACAATTTGGGCCTGAACGCCCCGGACGGACACCCCTGGGATGAAACCCGATTCCGTTCCGAAATGCGACGACTGGGAGATTAG MPEQYLEANQSRVGPANPYELKLAGALSEIFASGSHELPAIISGLNNLGLNAPDGHPWDETRFRSEMRRLGD NA NA NA NA NA D3-18_01015 1095 hypothetical protein ATGACAACTGCAACTGCAAGCGCTGCCACCGGAGCCAGGGCCGGCAGGGCCAAGATCAAATCTGTCGTCGGCACCCGGCGCCAACTCGATGCCACAGAACTGGCCGCGACGGGACTGAGGGATCGCTGGTATCCCATCTACCCGTCGCGATTCGTAGGTCCCGGCGACATGGTTAAGGTCCGGCGACTAGGTGTGGATTGGCTCCTGTTCCGCGATGCCAGGGGGCAAATCCGAATGTTGGAGGATCGCTGTCCCCACCGCAGTGCCCCCTTGTCCGTGGGCCAACACCTGGGGGACCGGGTGGCGTGCAAGTACCACGGCGTTCAGGTGGACGGCCGCGGCACGGTGGTTTCGGTTCCGGGCATGCCGGGTTGCGCGCTTGAGGGTAAGACAGTCACAGCATCGCTGGCTGTGGAGGAAGGCGCTGACATGATCTTTGCCTTTATGCCACTGACCGAGGACTCCGAGGCAACTCCGTTCAAGCTGCCCGATCGCCTGGATAACCCCGAGGTTTCCTGGTTCTCCAACTACGCTGAATGGAATAGTCCGTGGCGTTTCTACATGGATAACGTCCTGGACCCGATGCACGGTGCGTTTCTCCACCGTGACTCGCATTCGATGTTTGGCGGTGACACCAGTGCCCGCTTCCGCATCCGCGAGACCGATCGTGGTTTCTTCTTCGAGAAAACGGACCAGCGCGGGAAGAACTTCGACTGGGTGGAGTACTGCCGCGAAGCCATGGACTACGTGGATCTGGAGATCCCGTATGCCGATTCGGCAGGCCCCGGGGGGTCGTTCGGAATCGTAGGAATGTCCACTCCCATCGATGCCCATACCTCCGCTGTTTTCCATTGGCGTACCCGGACCGTTTCGGACTGGGAACGGGACGTTTGGCGATTCATGTACAAGACAACCCTTGAAGAAAAGCACTGGGTGGTGTTGGAACAGGACCGGGAATTGTTGGAAGCGCTGGCTGCAGATGCGGATAAGGACGAGCATTTGTATCAGCACGATCTTGGAGTAGCCAGGATCCGTCGGGTCCATGATGCCGATGCCCAGAAACAGGCCGCTATTCTCTCAGAGGGACTCGCTTAG MTTATASAATGARAGRAKIKSVVGTRRQLDATELAATGLRDRWYPIYPSRFVGPGDMVKVRRLGVDWLLFRDARGQIRMLEDRCPHRSAPLSVGQHLGDRVACKYHGVQVDGRGTVVSVPGMPGCALEGKTVTASLAVEEGADMIFAFMPLTEDSEATPFKLPDRLDNPEVSWFSNYAEWNSPWRFYMDNVLDPMHGAFLHRDSHSMFGGDTSARFRIRETDRGFFFEKTDQRGKNFDWVEYCREAMDYVDLEIPYADSAGPGGSFGIVGMSTPIDAHTSAVFHWRTRTVSDWERDVWRFMYKTTLEEKHWVVLEQDRELLEALAADADKDEHLYQHDLGVARIRRVHDADAQKQAAILSEGLA NA NA NA NA NA D3-18_01016 519 hypothetical protein ATGAGCGACGTTATCGAAAGCAAGTTACCGGAACTTGAGGAGCTGATTGATTCGGCCATCGCCTCCCGTGAGAGCCGGGTTGTTGACTTCAATACCCTGAAATTCCAGACAAAGATGGGTGAAAAATTCCGGCGGGGACAAGTCCGCTACATCGGTTCCGGAGCTACCGGAGACCACTCGGACGACAACAACATCCTCCAGGCGGAGCACTTCACCTTTTCCAACATGGTGTTGCCCGCCGGATGCGTCGGTCCTGAGCACACGCACCCGGACGTCGAAGAGGTGTTCTTTGTCCTCGAAGGAGAGGTGGAGTTCAGCGTGCACGACGTGGAAGACGGCAACAAGAAAGCAAGCCGCGTGCTGGGCTACCGCGATCTGATCCGCGTCCCGGCCGGTGTTCCCCGGAGTTTGCGAACGGTCAGCGACGTCGACGCAATCATTTGCGTGATCATCGGTGCCAAGAAGCCGGAGATCCCGTTCTACCCGCCCACCTCGGAGATGTATGGCGTGACCCGCTAA MSDVIESKLPELEELIDSAIASRESRVVDFNTLKFQTKMGEKFRRGQVRYIGSGATGDHSDDNNILQAEHFTFSNMVLPAGCVGPEHTHPDVEEVFFVLEGEVEFSVHDVEDGNKKASRVLGYRDLIRVPAGVPRSLRTVSDVDAIICVIIGAKKPEIPFYPPTSEMYGVTR NA NA NA NA NA D3-18_01017 558 slyA Transcriptional regulator SlyA ATGACCACCGAATCGCGGAACACAGACATGGACGCCGTGGACGCCATCATTGAGGACTGGCACCGCGAACGCCCGGACCTTGATCCCAGGACCATCGGCGTCTTTGGCCGCTTGCAGAGCCTGGTGGCACGGCAGCGAGCCGTGCAGGATGTGAACTATGAGGAGTACGGGCTCACGTTGGCATCCTTCGATGTTTTGGCGAACTTGCGTCGATCCGGCCCTCCCCACCGGAAGACTGCTGGTGAACTGGCCAGTTCGTCCATGCTGACCACTGGCGGCATCACCTTCCGGTTGGACCGCATGGAGGAACAAAACCTCATTGAGCGGGTTCGGTCGAAAGAGGATCGCCGTGTTGTGTACGCCCAGATGACGGACCATGGCAAGCAGCTCATTGACGAGGTCATTTCAAAGCATCTGGAAACGCAGCGCAACATGCTCGCCGGCCTGACCTCCAAGGAGATCGATCAACTGGCGCTGCTACTGAAAAAAACTGAAGCCTCCATCGTCGCCTATGACCCGAAGGCTTCCTCCGCGGACGAACTTACCCTGAACGTCTAG MTTESRNTDMDAVDAIIEDWHRERPDLDPRTIGVFGRLQSLVARQRAVQDVNYEEYGLTLASFDVLANLRRSGPPHRKTAGELASSSMLTTGGITFRLDRMEEQNLIERVRSKEDRRVVYAQMTDHGKQLIDEVISKHLETQRNMLAGLTSKEIDQLALLLKKTEASIVAYDPKASSADELTLNV NA NA NA NA NA D3-18_01018 798 nadX COG1712 L-aspartate dehydrogenase ATGAAGCCAGGAGCCCGCAGGATCGGAATCATCGGACATGGAGCCATTGGGGCTCGTGTTGCTGCTGACATTGCCGCTGGAAAAGTCGAGGGGGCCACCCTTGAGGGAATCATTTGCCGCAGCGCCATAGACAATGCGCCGGCGCCCCGGCTTGAGATGGACCAAGCGTTGGAACGCTGTGACCTCCTGGTTGAATGTGCTGGGCAGGAGGTCTTGGTCGAGCATGGTGAGGCTGTGCTTTCTGCGGGCGTAGACCTGCTCGCTACATCACTCGGGGCGCTTGCGGACCCACACCTCTCAGAGCGATTGTTGGCCGCAGGTCCTGGCAGGCTTTTCTTGACCCCGGGCTCCATTGGTGGCTTGGACCTGTTGGCTTCGGGCGCCCGCGCAACAGGCTACGACGCCGTCAGGATAACCACAACCAAGCTGCCGGGTTCCCTGATTCAGCCGTGGATGGATGAGGTTGAGGCCGATCGCATTCGGAATACGGCCGGCCCCATCGAGATCTTTGCCGGGTCCGCCGCCCGAGCCACACAACTGTTTCCCAAGTCGCTCAATGTGGCGGCCGCCGTCGCCCTCGCGGTAGACGACTGGGACGCTGTGGCGGTCTCTGTAAGAGCCGACCCGGCGGCCGAGCTAACGACGCACTTGATCGAGGCTTCCGGAAACAGTGGGAATTACCGCTTTGAAATCTGCAATAAAGTATCGCCACAAAACCCGCGCACCAGCGGCGTTGTACCGTTCGCTGTGCTCCGGTCCTTGGAACTGATCATCGGCGCGCGCGGCGGAATGATCTAA MKPGARRIGIIGHGAIGARVAADIAAGKVEGATLEGIICRSAIDNAPAPRLEMDQALERCDLLVECAGQEVLVEHGEAVLSAGVDLLATSLGALADPHLSERLLAAGPGRLFLTPGSIGGLDLLASGARATGYDAVRITTTKLPGSLIQPWMDEVEADRIRNTAGPIEIFAGSAARATQLFPKSLNVAAAVALAVDDWDAVAVSVRADPAAELTTHLIEASGNSGNYRFEICNKVSPQNPRTSGVVPFAVLRSLELIIGARGGMI PGPT0013360_537 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013360-nadX-K06989 NA NA D3-18_01019 906 hypothetical protein ATGATCGTAGATCTTCCCGATACCACCACCTCCAAGATCTCCAAGAAGATCATGGCCCTGCGCGAACAAGGCGGCGTGATCGCGTTGGGTCGTGTGCTGACCCTGGTGGTGGTGACGAAGTCCGGGCAGGAAGAAGAAGCCATCGAGGCAGCCAACGAAGCCAGCCGGGAACACCCCTGCCGGATCATCGTGCTGGCCGACGCCGGCGTGGAAGGACCGGACCGGCTCGACGCGCAAATCCGTGTCGGCGGCGACGCCGGCGCGTCCGAGGTGATCGTGCTGCGCGGGCACGGGCACATGGCGCACGAAAGCGAGTCCCTCGTCGCGGCGCTGCTCCTGCCGGACGCCCCGATCGTGGCCTGGTGGTCGCACGGCGCCCCGGAAAGCGCGTGCGAGACCTCCATCGGCCGCATCGCGCACCGGCGCATCACCGACTCAGCCAACGAACCCGACCCCCGCCTGGCGTTGGAGAACATCCGGGCCACCTACAAAGCCGGCGACACCGACCTCGCCTGGACCCGCCTGACCAACTGGCGCATGCAACTCGCCGCCGTCTTCGACCACGTCGACGCCCAGTCCGTGACCGCCGTCGAGGTCCAAGGCGCCTCGGACTCCGCCAGCACCCACCTCCTGGCAGCGTGGCTCAAGAACTCCCTTAACGCTCCCACCACCATTGTGGAAGGAGAGCCAGGTCTGGGCATCCAGAGGATCAGGCTCCGCCGCGATAACGGGGATGTCCAGCTGTCCCGGCCAGGTCACTCAGGGGTAATTCTGACCCAGCCGGGACAGCCCGCACAACGCATCACCCTCCCCCGCAGAAGCCTCAAAGACTGCCTCGCAGAAGAACTCCGACGGCTCGACCCCGACGAAGTCTTCGGAGAAGTGATTGGCGCGGGTCGTGCTTAG MIVDLPDTTTSKISKKIMALREQGGVIALGRVLTLVVVTKSGQEEEAIEAANEASREHPCRIIVLADAGVEGPDRLDAQIRVGGDAGASEVIVLRGHGHMAHESESLVAALLLPDAPIVAWWSHGAPESACETSIGRIAHRRITDSANEPDPRLALENIRATYKAGDTDLAWTRLTNWRMQLAAVFDHVDAQSVTAVEVQGASDSASTHLLAAWLKNSLNAPTTIVEGEPGLGIQRIRLRRDNGDVQLSRPGHSGVILTQPGQPAQRITLPRRSLKDCLAEELRRLDPDEVFGEVIGAGRA NA NA NA NA NA D3-18_01020 1509 zwf2_1 COG0364 Glucose-6-phosphate 1-dehydrogenase 2 TTGCGGGATCCGCGGGATCGGCGCCTGAATCGTATTGCCGGTCCGTCGTCGTTGGTGTTCTTCGGAGTCACCGGTGATCTTGCCCGTAAGAAGCTCATGCCCGCGGTGTATGACCTCGCCAACCGTGGTCTTCTGCCGCCCAGCTTCGCGTTGGTGGGTTTTGGCCGTAGGGAGTGGGATAACGCGGATTTCGCTGCTGAGGTCAAGGAAAACGTGAAGGCCCATGCGCGGACGAAGTTCGATGAAGCGGTGTGGGAGCAGTTGGCTTCCGGTATCCGTTTTGTTCGGGGCGAGTTCGACGACGATGACGCTTTCGAGCGTCTGGGCGATGTCCTTGATGAGTTGGATGAGACCCGGGGCACCCGGGGGAATCATGGCTTTTATTTGTCGATCCCGCCCAAGGCGTTTGAGCAGGTGTGCCGGCAGCTGTCCAAGCACGGCCTGGCGCAGGCCAAGCCGGGTCAGTGGCGTCGTGTGGTGATTGAGAAACCGTTCGGGCATGACCTTGACTCGGCACGGCAGTTGAACGACATTGTGGAGTCGGTGTTCCCGGCTGATGCGGTGTTCCGGATTGACCATTATTTGGGGAAGGAGACGGTGCAGAACATCCTGGCGTTGCGTTTCGCGAACCAGTTGTTCGAACCGCTCTGGAACGCCAATTATTTGGATCATGTCCAGATCACCATGGCCGAGGACATCGGCACCGGTGGCCGGGCCGGGTATTACGACGGTGTGGGTGCTGCCCGGGATGTGATCCAGAACCATTTGCTGCAGCTGTTGGCGTTGACCGCGATGGAAGAGCCGATCTCGTTTAATGCCGATGATTTGCGGGCGGAGAAGGAAAAGGTTCTCGCCGCGGTGAAGTTGCCGGAGGATTTGTCGACGCATTCGGCGCGTGGTCAGTTCACCGGTGGCTGGCAGGGTGGGGAGGAAGTCCTCGGGTACTTGGATGAGGATGGTATCCCTGCTGATTCGAAGACCGAGACCTACGCTGCGATCCGGGTGGATATCAATACCCGGCGTTGGAACGGGGTGCCGTTCTACCTGCGCGCGGGTAAGCGCCTGGGTCGTCGTGTCACGGAGATCGCGGTGGTGTTCAAGCGGGCACCGAACCTGTTGTTCCGTGACCACAACGATGATGACTTCGGTCAGAACGCCGTGGTGATCCGGGTCCAGCCCGATGAAGGTGCCACGATCCGGTTCGGGTCGAAGGTTCCGGGCACGCAGATGGAAGTCCGTGATGTGACCATGGACTTCGGCTACGGGCATTCCTTTACCGAGTCCAGCCCCGAAGCGTATGAGCGGCTGATCCTGGACGTGTTGTTGGGCGAGCCCCCTTTGTTCCCGCGGCACCAGGAAGTGGAGCTGTCCTGGAAGATCCTTGACCCGTTCGAGGAATACTGGGCCGGGCTCGATGAACAACCCCAACCCTACGCACCGGGCAGTTGGGGGCCGGCCTCGGCCGATGCCCTGCTGGCCCGTGACGGACGAACCTGGAGAAGGCCATGA MRDPRDRRLNRIAGPSSLVFFGVTGDLARKKLMPAVYDLANRGLLPPSFALVGFGRREWDNADFAAEVKENVKAHARTKFDEAVWEQLASGIRFVRGEFDDDDAFERLGDVLDELDETRGTRGNHGFYLSIPPKAFEQVCRQLSKHGLAQAKPGQWRRVVIEKPFGHDLDSARQLNDIVESVFPADAVFRIDHYLGKETVQNILALRFANQLFEPLWNANYLDHVQITMAEDIGTGGRAGYYDGVGAARDVIQNHLLQLLALTAMEEPISFNADDLRAEKEKVLAAVKLPEDLSTHSARGQFTGGWQGGEEVLGYLDEDGIPADSKTETYAAIRVDINTRRWNGVPFYLRAGKRLGRRVTEIAVVFKRAPNLLFRDHNDDDFGQNAVVIRVQPDEGATIRFGSKVPGTQMEVRDVTMDFGYGHSFTESSPEAYERLILDVLLGEPPLFPRHQEVELSWKILDPFEEYWAGLDEQPQPYAPGSWGPASADALLARDGRTWRRP PGPT0017380_979 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0017380-zwf-K00036 NA NA D3-18_01021 1512 hypothetical protein ATGCCCAAGGCACTTTCGTGGTTGGCGGCCCTTTCGCTGACCGCGTCGGCGGCTGTCTTTATGCCGCAAACCGCTATGGCCGCAGAAACGGCCAGCGTTTCAACACTTTTCTCGTCCTTGTCTGTCACGACTGAAACGAACACAGGTTACGACCGCGAACTCTTCCAGCATTGGATAGATGCCGACGGCGACGGCTGCGACACACGCTCCGAGGTGCTCCAGCTGGAGTCAATGTCGCCGGTGACGTTCGGCTCTGGCTGCACCGTAGCCACGGGTCAGTGGAACTCCTGGTACGACGGCGGCACCTGGACTATTGCGTCCGACGTCGACATCGACCATATGGTTCCCCTTGCGGAGGCCTGGGGTTCCGGCGCGAGCGCCTGGACGGCCGAACAGCGGCGCGACTACGCCAACGACCTCACCCTGGACGTGGCCCTCGAAGCCGTGACAGACAACGTGAACCAGTCCAAGAGCGACCGCGATCCTGCCGAATGGATGCCGCCCCTGGCCGGAACCGCCTGCGAATACGTCACGGACTGGGTGCTGGTGAAATACCGCTGGCAGTTGACCGTTGATGCAGCTGAATCCGCAGCAATTTCCTCCACCTTGCAGGGTGGTTGCGGAACCAGCATGGTCCCGGTACCAACCATCGCTGTTGAATCCACCCCAGTTGATCCTGGGCCCATCACTTTCAGTGATGTGAACGGGTCCACCCAATTCAATGTGGAAATTTCGTGGCTCGCTTCCCAAGGCATTTCCACTGGTTGGGTGGAAGCCGACGGCAGCCGGACCTATCGGCCGCTGAATGCCGTAAACCGCGACGCCATGGCGGCCTTCCTGTATCGTCTCGCCGGCAAACCTGCCTTCACTCCCCCGGCGACGTCGCCCTTCACCGACATCACGCCGTCGAGCCAGTTCTACAAGGAAATTACGTGGCTCGCCGCAAGCGGCATCTCCACAGGATGGACGGAGCATGACGGTTCCAAGACCTACCGCCCGCTCAGCCCAGTCAACCGTGACGCCATGGCTGCCTTCCTCTACCGGTTCGGGGGCAATCCGGCGTTCTCGGCACCGAGTACCTCGCCGTTCGTGGACGTCCAGGTGGGAAGCCAGTTCTACCAACAGATCACTTGGCTGGCATCGCAGGGCATCTCCACAGGTTGGGACATTGGCTACGGCTGCCGCGCCTACAACCCGGTCCAGCCTGTGGCCCGTGACGCCATGGCCGCGTTCATGTACCGCTTCGTCAATGGAGGCACCGGCGGAATCACGGGGAACAACTGTTCCCCTCCGCCACCGCCGGTAACTCCGCAGCCACCGGTTACGCCACCGCCGCCTGTTACGCCACAGCCTCCGGCCAACCCTGGTGACACCAAGAACTGCACGAGTTTCAGTACCTGGCAGGCCGCCCAAGCCTGGTTCGACACCTACTACCCGTGGTACGGCGACGTCGCGCGCCTGGACTCCGACGGCGACCGCATCGCGTGCGAGTCCCTGCCCGGCCACCCGTAG MPKALSWLAALSLTASAAVFMPQTAMAAETASVSTLFSSLSVTTETNTGYDRELFQHWIDADGDGCDTRSEVLQLESMSPVTFGSGCTVATGQWNSWYDGGTWTIASDVDIDHMVPLAEAWGSGASAWTAEQRRDYANDLTLDVALEAVTDNVNQSKSDRDPAEWMPPLAGTACEYVTDWVLVKYRWQLTVDAAESAAISSTLQGGCGTSMVPVPTIAVESTPVDPGPITFSDVNGSTQFNVEISWLASQGISTGWVEADGSRTYRPLNAVNRDAMAAFLYRLAGKPAFTPPATSPFTDITPSSQFYKEITWLAASGISTGWTEHDGSKTYRPLSPVNRDAMAAFLYRFGGNPAFSAPSTSPFVDVQVGSQFYQQITWLASQGISTGWDIGYGCRAYNPVQPVARDAMAAFMYRFVNGGTGGITGNNCSPPPPPVTPQPPVTPPPPVTPQPPANPGDTKNCTSFSTWQAAQAWFDTYYPWYGDVARLDSDGDRIACESLPGHP NA NA NA NA NA D3-18_01022 630 hypothetical protein ATGGTTACGGTGTGGCGTGGCGGGGCTGCGTCAGTCAGACTGATGATCGGCACATGGATGTTGGGGATCTTGTTGAAGACTGTGGTCGCCCTCCACCTTGGGCTGGATCAACATTCTCCGAAAGGCATCACCATGACACAGCCGCACCCCGACAACAATCCGGATACCCCGGAGGGCAACCAGCCTCCGGCGCCGCAGCAGCCGGATTATTCCGCTCAGCCGCCGCAGTATGCGCAACCGCAGCCGCCGCAGTATGCGCAACCGCAGGTGCCGCAGCAACCGCAGTATGGCGCCCAGCCGCCGCAGCCGCAGTACTATGCCCAACCGCAGGTGCCCCAGCAACCGCAGTACGGGGCCCAGCCGCCGCAGCCCAACATGGCGTACGGGTACCCGCAACCGAAGTCGAAGATCGCTGCAGGCCTTTTGGGTATCTTCCTGGGCGGCCTCGGCATCCACCGCTTCTACCTGGGCTACACCACTATTGGTGTCATCCAGCTGGTTCTCACGGTAGTTCTAGGCATCTTCACTTTCGGATTGGTGGGTCTGTGGGGCCTCGTGGAGGGCATCATGATCCTTGCGGGTGCTGAGTACTTCCGGAGGGACGCCAAGGGCGTTCCCCTTCGCGACTGA MVTVWRGGAASVRLMIGTWMLGILLKTVVALHLGLDQHSPKGITMTQPHPDNNPDTPEGNQPPAPQQPDYSAQPPQYAQPQPPQYAQPQVPQQPQYGAQPPQPQYYAQPQVPQQPQYGAQPPQPNMAYGYPQPKSKIAAGLLGIFLGGLGIHRFYLGYTTIGVIQLVLTVVLGIFTFGLVGLWGLVEGIMILAGAEYFRRDAKGVPLRD NA NA NA NA NA D3-18_01023 372 hypothetical protein TTGAGCAACATCATTCACGACAAGCCCGAGCAACTTGAGCAAATCAGGGCAGGCCTCCTGCAGGGCGAAATTGTCTATGCGGTGTATGACTGCATCGGGGTTGGTACCGGCTTCGTGGGCATCACGAACATGCGCGTCATCCTGCAAGACAAGAGCTTTGTGGGCAACAAGCTCGCCATCGTGTCCGTGCCATACAAGAACATTCGGTCCGTCTCCATGTTGTCCAACAAATCGATGATGGGCCGGTTCGCGTCTACGTCGAGCATTGGCATAGATACCGGGGGAAGCATCAAAGAAGCCGATTTCCGCGGCGACGACAAAGCCCGGCATGCGCACGATCTGATTCTTTGGAACGTGCTGACCACGAAGTAG MSNIIHDKPEQLEQIRAGLLQGEIVYAVYDCIGVGTGFVGITNMRVILQDKSFVGNKLAIVSVPYKNIRSVSMLSNKSMMGRFASTSSIGIDTGGSIKEADFRGDDKARHAHDLILWNVLTTK NA NA NA NA NA D3-18_01024 2214 hypothetical protein ATGATCACCTCGGGCCCGTTGTTGGAGGCCCTTCAATCGCACGGAATATGGGGACCCATGAGGGCAATTTCGCGTGGCCGTTTCAGGCTCGCAGTAACACTGGTTGCAGGGATCATCCTGGCCACTCTGCCCGGAGGGTTTGCATCCCCCGCCGTCGCCGCGGCCACGGGCAGCATCTCGGGTACGGTAACGGTTCCTGCGGGTGTGGACGTGAACAAAGTCAAGGTCACCGTATCTGGCCCGACTTACCGGACCTTGGGAGTGAATCCCAGCGGCGAATACACGATAGTGGGACTCGCAGCCGGTGAATATTCGGTGCGCTTCGAGGAGGATGCCAGCCCTAAACACGTGTACAGCACGTACTACGGCTCCGCCGTCTATGAGCAATCGACACGGGTGGACGTCGCCGCGGGCACGGCAGTGACCGGGATTGACCAGCAAATGTCCACCGGCGGGCGTATTCAAGGCAAAGTGTCGGTTCCCGCTGGAACCAAGGCTTCTGACATTTACGTGGGTGTTAGCTCAGACTCATACCAAGAAGGCGCGGTTGCTTCACCGGATGGCTCCTACAACGTGGGTCCGTTGGCCCCCGGCGACTACACGGTGCTCTTCAGCACGTCGGTTCAACCGATCCCGGTGCTTCAGGCCTACTACCCAGGAGTTAAGGACCACGAGCAAGCGCAGAAGATCGCCGTCGCGGACGGAGACATCGTCACCGGTATCAACCAGGCCCTGAAACCGGCCGCGATAATCTCCGGTCGTCTCGCACTCCCCGCTGATGCAGTGCCTTTTTCCATTTCAGCGTCGGCAAGATCGAGCAACGACCTCCAGGCAGTGGCCGCGGTCTTCGTCGACAACGGGGACTACAGCATAGGCGGCCTTGAGGCCGGAACATACAAACTGCATTTCCAATCCAACGACCCCAAGATTGCCTCCATGTGGCACGGCGGGCTGCCCACTGCAGCGGCGTCGCCCACCATCACAGTGGCCGCAGGCGAACGTCTAACCGGTCCGACGGATACGGCAGTTCCGGCAGGCACAATCACAGGTTCCCATACCGCAGGGGCATCCAACACTGACGTTCAGGTTGTCACTGCAGATGGGACCGTTGTCCAGGGCGGTTTCTCCACAGGGCCCCAATCATTCATGGTGCCGAACCTTTTCCCGGGCACCTACAAAGTCCAGTTCAACCGCTCCAGCGGGTTTACGACTGCTCAGGAAGGTCAGTATTACAACAATCTTCCAGAGAGCTCCGGTTTGGGAAGCGCGACGTCGGTGACAGTAGCGGGAGGGCAGACCCTCACCAACATCAACCCAACGTCACGGGTGGGTGGAACCCTCTCGGGCAAGATCCTGGGGCCCGGCGGCGCCCCACTGACCAACGCACCGGTACGCGTGTACACGAAGGACGGCACGCTGGTGACCCGTAAAACCAACACCCTGGTTGACGGAACCTTCAAAGTCACCGGCCTCAGCACAGGAAACTACTTCGTTTCGGCCGCACCTGAAGGTGGCTCCGGCCCAATCTTCTCCGGCAACGTCCTTTCCGAAACGAACGCCAGGTCTGTTTCCACAGCACCAGGCCGGAACACGGACATCGGGACTCTCAGCTATGCCACTGCTACGCAAGGCACTCAAGCATTCGACGACGTCCCGCTGAACGCACAATTCGAGGAGGAGATCCTCTGGCTCGCAAGCAAAGGCATCTCCACGGGCTGGGAAGCGAACGGGAGCAGGACCTACAAGCCCTTAATCCCCGTAAATCGCGACGCCATGGCTGCCTTCATGTACAGGCTTTCAGGGAAACCTGACTTCACTGCGCCCGGCGTTTCCCCGTTCAAGGACCTGCCAGTTGGAGCACAGTTCTACAAGGAGATCACCTGGCTCGCTGACAAGGGCATCTCCACCGGTTGGGAAGAGGCTGACAAGACCAAGACCTACCGGCCACTGCAGCCAGTGAACCGAGATGCTATGGCTGCCTTTATGTACCGGCTGGCGGGCGAGCCGGAATTTACGGCACCCGAGGTCTCACCATTCGTTGATGTCCCCGTTGGAGCGAAGTTCTACAAGGAGATCACCTGGCTTGCAGCTCAGGGCATTTCAACGGGTTGGGCCGAATCAGCTGGCAAGTCCTTCAAGCCGCTGCTGCCCGTAAACCGCGATGCGATGGCAGCGTTCATGTTCCGCTACAACAGCAAACTCGGCACCCTCTGA MITSGPLLEALQSHGIWGPMRAISRGRFRLAVTLVAGIILATLPGGFASPAVAAATGSISGTVTVPAGVDVNKVKVTVSGPTYRTLGVNPSGEYTIVGLAAGEYSVRFEEDASPKHVYSTYYGSAVYEQSTRVDVAAGTAVTGIDQQMSTGGRIQGKVSVPAGTKASDIYVGVSSDSYQEGAVASPDGSYNVGPLAPGDYTVLFSTSVQPIPVLQAYYPGVKDHEQAQKIAVADGDIVTGINQALKPAAIISGRLALPADAVPFSISASARSSNDLQAVAAVFVDNGDYSIGGLEAGTYKLHFQSNDPKIASMWHGGLPTAAASPTITVAAGERLTGPTDTAVPAGTITGSHTAGASNTDVQVVTADGTVVQGGFSTGPQSFMVPNLFPGTYKVQFNRSSGFTTAQEGQYYNNLPESSGLGSATSVTVAGGQTLTNINPTSRVGGTLSGKILGPGGAPLTNAPVRVYTKDGTLVTRKTNTLVDGTFKVTGLSTGNYFVSAAPEGGSGPIFSGNVLSETNARSVSTAPGRNTDIGTLSYATATQGTQAFDDVPLNAQFEEEILWLASKGISTGWEANGSRTYKPLIPVNRDAMAAFMYRLSGKPDFTAPGVSPFKDLPVGAQFYKEITWLADKGISTGWEEADKTKTYRPLQPVNRDAMAAFMYRLAGEPEFTAPEVSPFVDVPVGAKFYKEITWLAAQGISTGWAESAGKSFKPLLPVNRDAMAAFMFRYNSKLGTL NA NA NA NA NA D3-18_01025 2784 hypothetical protein GTGAAAAACCGGCTAAAAGCAAGTGTGCGCTCTCGTTTGATGTTTGCCGGCATTACGGCAATGGTGGGGGCTGCCTTGCCGGTAATTCCCGCCGTCGCCGATGACGCACCGGCGCCGGTCGCCGAACTGCGAGCTACGGCCACCGAGTCCGCGCCAGTTCCCACGGACCAGTTCATTGTGAAGTTCAAGGAACGGGCGGGCATCCAGTCCGCCGACCGTAAGTCCTCCCTTGGCCGCGCGAGCAGCGCCTTGGGCAAGGCCGTTAGTTCCTCACGGACTACCGCGTCCGGCCAAGAGGTGCTCAAGATGGACCGGAAACTGGACGCCGGTGAAGCCACCGAACTCGTGGCGGCCTTGGCAGCGGATCCCAATGTGGAGTACGCCGAGCCGGACACCATAATGCGGCCTTTTGCTGTGGCGCCCAACGACCATTTCTACAACCTTCAGTGGCCGCACATCCCACAGGCTGGCGGCATGAATGTCCTCAACGCATGGGATATCAGCCAGGGCGAAGGATCGGTAGTTGCTGTTATTGACTCGGGAATTCTAAGCCACACCGATCTGGACGCGAACGTCCTGCCGGGCTACGACATGTTGAGTTTTCCGGAGATGGCCAAAGACGGGGACGGGCGGGATCCCAACCCCCGCGATGAAGGGGATGCTACCTATTACGGTCAATGCGGACCCGGTTCTCCAGCAGAGGGTGACACCTGGCACGGGACGCATCTGGCCGGAATCGTTGCTGCGGTTGCCGGCAACAACATTGGTGTAGCCGGGGTGGCTCCCAAAGCCAAGGTGGTACCCATAAGGGCTTTGGGTGTTTGCGGCGGGTACTCGTCGGATGTAGCAGAGGCAGTCATCTGGGCCGCAGGCGGAGCCGTTCCCGGCGTTCCCACAAATGCCAATCCTGCCCGCGTCATCAACCTCAGCCTGGGGGGACCCGGACAGTGCACCGCTATCTACCAAGATGCTCTCGACTTTGCCCGGAGCAAGGGCGTCTCTGTGGTGATCGCGGCGGGCAACAACAGAATCGATGCCTCGGCGGTTACGCCTGCCAACTGCAAAAACGTCCTTGTGGTCGGTGCCACCACACGCACGGGAAGTAAGGCGTGGTACTCCAACTACGGGATAAACGTTGACGTGGTTGCCCCCGGGGGAGACATGTTCGGCCAAGCCCTCAACGGTGTGGTGTCCACGCAGCATTCGAACGATTACTTCTTCAAGCAGGGAACTTCCATGTCCGCGCCGCACGCAGCAGCAGTAGCAGCGATGATGTATTCCGTGCTGCCGGCTTTGACGCCTGCTGAGGTGGAACAGAAATTGAAGGCAACTGCACGGCCTGTCAGCGATTGCCCGGGTGGATGCGGGGGCGGGTTCGTTGACGCTGGGGCGGCCCTTGTAAACGTCGCCGCCGACGCTGCCCCGATTGTCGCAGGCACGCCCACAATTTCCGGCACCGCGATAGTTGGTGGGACTTTAACCATGTCTCCCGGAACGTGGGGGCCTGCCGGTTACGTCGTTACTGAACAGCAGTGGAGGCGAAATGGCGTGGCCACTAAAGCCACCGGGACCCAGTACCATCTGGGGCCCGAAGACCTGGGCGCTACCATCACAGTGACTGTGACGGGCAAGAAGCCGAAGCAACCCGACGTATCCGTAACGTCAGCGCCCACCCAACCCGTAGCAATCGGGAAACTGACCGCTGCCGAACCCGCCATCACGGGCGCCGCGTACGTCGGCGGTGTGCTGACGGCCGACGTCGGTATCTGGGCGCCTGCGCCTGTGGACCTCGCCCTGGAGTGGCAACGCGACGGAACTCCCATCGATGGCGCCACGGGACAGGCCTACACCGTCACTGATGCGGACCTGAACAAGGCGATCACGCTCAAGGTCTCCGCATCAAAAGCGGGCTACCAGCCACAGTCCATGGTCAGCAAGCCCACTGGCCTGGTGGTGCCTGCAGATAGAGCAGTAACTCCTGAGCCAGTTGTCTTCACGGATGCGCCGTATGCGGACAATGACACGTACGTCATCCCGGAGGTGGAGGGCATCAATTACATCGTCGACGGCGGGACGGTCGCCTTAGGCACTCATCCGGCCACCGGTCGGGTCACGGTTACAGCGGTTGCCAAGGAAGGCTACGTGCTGCTTCCGGGCGCCACCACCTGGACGGAGCGGTTCAGTGCCAAGGGCCCGGATTTCGTGCCGCCGGCCGTGTCGCCCTTCACGGACGTTCTGACCACCCAGCAGTTCTACAGGGAAATGGCCTGGCTCGCAGATCAGGGCATCTCCAAGGGATGGACCGCGCCTGATTCGTCGGTCTCCTACAGGCCGTTGACGCCCATGAACCGCGATGCCATGGCCGCCTTCCTCTACCGCTTGTCAGGTTCGCCGGACTACACTCCACCGGCCAATTCGCCGTTCACGGATGTACTGACCACTCAGCCGTTATACAAAGAGATTGCATGGCTGGCCGATCAAAAGATCTCCTCTGGCTGGAGTGAAAACAATGGCACGCGCACGTACAGGCCGCTGACGCCTATCAACCGCGATGCCATGGCTGCCTTCCTGTACCGTCTCGCCGGGGAGCCCCGGATCGACAACACGGACCTCCTGCCTTTCAAGGACGTGGTCCCGGGCCAGCAGTTCTCCTACGAAATGGCGTGGATGTCAGAGATGGAAATCTCGACGGGTTGGGTCGAAGCCGACGGAAGCCGGGTCTACAAACCCCTCTCGCCCATCAACCGTGACGCCATGGCTGCGTTCCTTTACCGCATGCCGTAG MKNRLKASVRSRLMFAGITAMVGAALPVIPAVADDAPAPVAELRATATESAPVPTDQFIVKFKERAGIQSADRKSSLGRASSALGKAVSSSRTTASGQEVLKMDRKLDAGEATELVAALAADPNVEYAEPDTIMRPFAVAPNDHFYNLQWPHIPQAGGMNVLNAWDISQGEGSVVAVIDSGILSHTDLDANVLPGYDMLSFPEMAKDGDGRDPNPRDEGDATYYGQCGPGSPAEGDTWHGTHLAGIVAAVAGNNIGVAGVAPKAKVVPIRALGVCGGYSSDVAEAVIWAAGGAVPGVPTNANPARVINLSLGGPGQCTAIYQDALDFARSKGVSVVIAAGNNRIDASAVTPANCKNVLVVGATTRTGSKAWYSNYGINVDVVAPGGDMFGQALNGVVSTQHSNDYFFKQGTSMSAPHAAAVAAMMYSVLPALTPAEVEQKLKATARPVSDCPGGCGGGFVDAGAALVNVAADAAPIVAGTPTISGTAIVGGTLTMSPGTWGPAGYVVTEQQWRRNGVATKATGTQYHLGPEDLGATITVTVTGKKPKQPDVSVTSAPTQPVAIGKLTAAEPAITGAAYVGGVLTADVGIWAPAPVDLALEWQRDGTPIDGATGQAYTVTDADLNKAITLKVSASKAGYQPQSMVSKPTGLVVPADRAVTPEPVVFTDAPYADNDTYVIPEVEGINYIVDGGTVALGTHPATGRVTVTAVAKEGYVLLPGATTWTERFSAKGPDFVPPAVSPFTDVLTTQQFYREMAWLADQGISKGWTAPDSSVSYRPLTPMNRDAMAAFLYRLSGSPDYTPPANSPFTDVLTTQPLYKEIAWLADQKISSGWSENNGTRTYRPLTPINRDAMAAFLYRLAGEPRIDNTDLLPFKDVVPGQQFSYEMAWMSEMEISTGWVEADGSRVYKPLSPINRDAMAAFLYRMP NA NA NA NA NA D3-18_01026 387 hypothetical protein GTGAGCGGCATGACTCGAATCCTGATGATCGGTATCCGTGCCAGCGCCCTCGACTACAGCAAGCTGCCTCCCGGGCTCGATGAAGCCACCATGACAGAGCGGATCGAGGCAGGCTTCGGAGCAACCATCGCCGCGGGATTTGATGCTGTGTCCTGCCTCATTGGAACCTCACCGGACGAGGCCGAAGCGGAGATCCGTGCAGCGTTCGGGCGTGATCGTTTTGGTCTGGTGATGGTCGGCGGCGGCATCAGGATGGTCCCGGATTACACGGAACTCTTCGAACGGGTGATCAACACGTGCAGTGCAGTGTCACCCGGCATCGCGTTCTGCTTCAACACCTCACCGGAGACCACCCTGGATGCTTTGAGGCGCCACATCCAGCCCTAA MSGMTRILMIGIRASALDYSKLPPGLDEATMTERIEAGFGATIAAGFDAVSCLIGTSPDEAEAEIRAAFGRDRFGLVMVGGGIRMVPDYTELFERVINTCSAVSPGIAFCFNTSPETTLDALRRHIQP NA NA NA NA NA D3-18_01027 744 hypothetical protein ATGGCTTACGATCCTCAAACATCCCGTAGTTACAGCGTCACCGACCAGCTTCAGGATCTCGTTCTGGAGTCTGGGGACGTTGAAGATTTCCTTAAGGAAATGGCTTTGCACTCGGCGGCGAACCTATCGGGTAGCACTAAGGTCATGTGCAGCGTGACGCTGGTGAGGCGGAAGAAACCTGCAACGGTGGCCACCAGTGAATCGCGGGTCAAGCGACTCGATGAGCTGCAGTATGGCCGCAACGAAGGGCCGTGCTTATCCGCCATCAAGGAACAGGCCACCATGCACGTCCCCCATGTGCGGGAGGAAAGCCGCTGGCCCGTGTACATGGCAGCGGTTTGGGCAGAAGGCATCGGCTCCATGTTGGCTGTGCCTGTTCCGCTTGAAGGCGAGGCAAGCGCGGCGCTGAATCTTTATGCCGCCGGGACTCACGGTTTTTCCGGTCCTGGTATTGCCGACGCTGAGTCGTATGCTGCCCAGGCTTCCAAGGTCCTTCGCATGGCAACGCGGGTTGCACAGTTGGCCGATGACCGGAGAAACCTTATGGCCGCGATGGAGTCAAGGACCGTCATAGACATGGCGGTGGGGGCGATCATGGCCCAAAACCGATGTAGCCAGAACGCGGCCTTGAAAATTCTTCGGATCGCGTCGAGCAGCCGAAACGTGAAGCTACGCGACGTCGCGGCACACGTTGTCACCTCCGTCGGCAAAGACCCCAACGTCCTGACACATTTCGATAGTTAA MAYDPQTSRSYSVTDQLQDLVLESGDVEDFLKEMALHSAANLSGSTKVMCSVTLVRRKKPATVATSESRVKRLDELQYGRNEGPCLSAIKEQATMHVPHVREESRWPVYMAAVWAEGIGSMLAVPVPLEGEASAALNLYAAGTHGFSGPGIADAESYAAQASKVLRMATRVAQLADDRRNLMAAMESRTVIDMAVGAIMAQNRCSQNAALKILRIASSSRNVKLRDVAAHVVTSVGKDPNVLTHFDS NA NA NA NA NA D3-18_01028 1191 COG2170 Putative glutamate--cysteine ligase 2 ATGGACACTTCATTCAACGGCACAACCCGCAATGCACCCCGGGGTCGGCTCCGGACTTTCGGAGTCGAGGAAGAATTTTTACTGGTTGACCCCTCGTCCGGCAAAGCAGTACCGCTGGCCGAGCAGGTATTGATGCAGGCCATGCGAATCCCTGCATCAGGACCGGCACTGACACTTGAAGTCAAACAGGAGCAGATAGAGGCGGTTGGACCCATCTGTTCCACAATGCAGGAGTTGGAGGCTGGCATCCGCGCCGGCCGCTCTTTGGCCGATGCGGCTGCCAGCAAGGTCGGAGCCAGGGCAGCGGCATTGGCAACCAGTCCCGTTGCCGGTCTGCCTACTCTGGTCCAACAGCCCCGATACCTCAACATGGCCAACCGGTTCGGGCTGACGCTCCGGGAACAGCTAACGTGCGGATTCCATGTACACGTCCAGATCACCTCAGGCGAGGAGGGTGTGGCAGTCCTCGACAGGATCCGCGTTTGGTTGCCGCTGCTCCTGGCGCTCAGTGCCAACTCACCTTTCTGGCATGGCGAGGACAGCGGCTACGCAAGTTTCCGCTACCAAGCCTGGAGTCGATGGCCGACGGCGGGGCCTTGCGAAAGGTTCGGATCCGAGCGTGAGTACCGGCGTTACGTTGAGTCGCTGCTAGCATCCGGGGTGCTCGTCGACGAAGGCATGATCTACTTCGATGCGCGCCTTTCAAGAAACCATCCAACAGTGGAGGTCCGCATTGCGGATGTTTGCATGGAGGCATCACATGCGGCCGCAATCGCTGCCATTGTCCGGGCGCTTGTTGAACGGGCTGCCCAGCAATGGAGGGCAGGTGTGCTGGCACCTCGCCTCTCCGCGGACCAGTTGAGGCTCGCCGCTTGGAAGGCAAGCGAAGCCGGCGTCGACGGTATGCTTCTGCATCCCCTGCTGAACACGCCGTGTCCGGCAACTGAAGCTGTCCAGGCCCTTTTGAAGCACATCCGGCCGGTTCTGGCCGGCAGCGGAGACGAGCAGCGGGTGACGTCGGCGGTCGCCAGGATACTGTCGCGGGGGACTGGCGCGCGGCGCCAACGCGACGTCATGAGCCGCACGGGTGACTTGGCCGCAGTGGTGAGGGACGCCGTCGACCGCACTCATGGAATGGCCGAATCCCTTCAGCACGCCCGACGGCGGCTTTCCGCTACCGAATCGATCTGA MDTSFNGTTRNAPRGRLRTFGVEEEFLLVDPSSGKAVPLAEQVLMQAMRIPASGPALTLEVKQEQIEAVGPICSTMQELEAGIRAGRSLADAAASKVGARAAALATSPVAGLPTLVQQPRYLNMANRFGLTLREQLTCGFHVHVQITSGEEGVAVLDRIRVWLPLLLALSANSPFWHGEDSGYASFRYQAWSRWPTAGPCERFGSEREYRRYVESLLASGVLVDEGMIYFDARLSRNHPTVEVRIADVCMEASHAAAIAAIVRALVERAAQQWRAGVLAPRLSADQLRLAAWKASEAGVDGMLLHPLLNTPCPATEAVQALLKHIRPVLAGSGDEQRVTSAVARILSRGTGARRQRDVMSRTGDLAAVVRDAVDRTHGMAESLQHARRRLSATESI PGPT0026300_409 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0026300-gshA|ybdK-K06048 NA NA D3-18_01029 1386 dapE_1 Succinyl-diaminopimelate desuccinylase ATGCGTCACGACAACGATGTTCGGGCGTATCTGGACAGCCACATGCCCCAACTGCTGGACCAGCTTTCGGAGTGGGTGAGGATACCGTCGGTAGCTGGCGTTCCCGAGCGCAAGCACCATCTCACGCGCTCCGCCAATTGGCTGGCCGGTGAGCTCCGGGGTATCGGCTTTCCAACCACTGAAATCTGGGAAGGTTCCCAAGGGCCTGCCGTCTTCGCGGAATGGTTGGGTGCACCGGGGGCTCCGACAATCCTGATCTACAGCCACCATGACGTCCGGGCGGTCAAGGAAGAAAACTGGGACCAAACCTCCCCGTTTGAACCTGTGCTCCGTGATGGCAGGCTGTACGGCCGGGGTACTTCGGACGCCAAGGGCCAGGTTATGGCGCACCTCTGGGGTCTACGGGCGCATTTGGCGATCACCGGCCGCGAGGCACCGGCTGTAAACCTGAAGCTGATAGTTGAAGGTGAGGAAGAGGCTGGCTCTCCCGGCCTGGCAGCCATTATCCAAGACCACCGTGACCGTTTGGCAGCGGACGCTGTGATCTTCTCTGACACGCTGTTGTGGAAGGCTGAGCACCCAGCAATATGCACCAGTGTCCGCGGCTTGGTCTCGGTGCACTTGGAGGTCTACGGGCCGCGTGCTGATATCCATAGTGGGGCTGTTTCCGGACCTGCGCCCAATCCGGCCCTCGAAATGAGCAGGATGCTGGCCGGTCTTCATGACGAAAAAGGGCGCATCTCATTTCCCGCCTTCTACGATTGTGTGGAAGTGATCTCCCCTCAACGCCGTCAGGAGCTGGCAGCCCTTCCCTTTGACCCGGAAGACTGGTTGGCTCGTTCGCACACCCGCAGCATCCGCGAGGAAGCCGGCTACTCCGTTCTGGAACAGCTGTGGGAGCGCCCGGCACTCGAAGTCATAGCGCTGGTGGCGGGAGACCCCGTGGGCGTGAAACGGGCAACGGTGCCGTCTATGGCATCCGTCGACCTGACCATCCGAACTGTTGCAGGACAATCAGTGGCAGAGGTCGCGTTCCAAGTCAGGCATTGGTTCGAAACAATTAAGAGCAGCCAGTACGACTACCAGATATCGGTGGACACTGAGACTGCGCAGGAACCCTACCGGACACCGGAAAACACTGTCCTTGATGCCCTGTCGATAGCCATGGTGAAAGGGTTCGAGGTTGAGGAAGTCGGGCGCATGGGCAACGCCGGGGGAGGGCCCGCAGAGTTATTGTCCTCAGTTTTGGGCGTCCCCGTGGTCTTCTTCGGCACGGGACTGGTTGAGGACAACTGGCATGACAGTGATGAAAGTGTCCGCGTAGACATCCTCCGGGCCGGGGCGGCGACGTTGGCCTTCCTCTGGGACGAACTAGGTAAACCCTGA MRHDNDVRAYLDSHMPQLLDQLSEWVRIPSVAGVPERKHHLTRSANWLAGELRGIGFPTTEIWEGSQGPAVFAEWLGAPGAPTILIYSHHDVRAVKEENWDQTSPFEPVLRDGRLYGRGTSDAKGQVMAHLWGLRAHLAITGREAPAVNLKLIVEGEEEAGSPGLAAIIQDHRDRLAADAVIFSDTLLWKAEHPAICTSVRGLVSVHLEVYGPRADIHSGAVSGPAPNPALEMSRMLAGLHDEKGRISFPAFYDCVEVISPQRRQELAALPFDPEDWLARSHTRSIREEAGYSVLEQLWERPALEVIALVAGDPVGVKRATVPSMASVDLTIRTVAGQSVAEVAFQVRHWFETIKSSQYDYQISVDTETAQEPYRTPENTVLDALSIAMVKGFEVEEVGRMGNAGGGPAELLSSVLGVPVVFFGTGLVEDNWHDSDESVRVDILRAGAATLAFLWDELGKP NA NA NA NA NA D3-18_01030 1761 ctaD_1 COG0843 putative cytochrome c oxidase subunit 1 GTGACCGACATGGCACTAGACAGCCGATCCCAAGAAAGCAACACGACAGCTGCTCCTGCAGTGACGAGGCGCCGCAAAGGCAGTGTAGTGGTCAACTGGATCACCTCCACGGACCACAAGACCATCGGGTTCATGTATCTGATTGCGTCGTTTGTGTTCTTCTGCCTCGGCGGTGTGATGGCTTTGCTGATCCGTGCCGAACTGTTCGAACCCGGAATGCAGATCCTGCAGACCAAGGAACAGTACAACCAGATGTTCACGATGCACGGCACTGTGATGCTCCTGATGTTCGCGACCCCCCTGTTCGCCGGCTTCGCCAACGTGATCATGCCGTTGCAAATTGGCGCCCCGGACGTTGCCTTCCCGCGACTTAACGCGCTGGCGTTCTGGTTCTTCCTGTTCGGTTCAACCATCGCCATGTCCGGGTTCATTACCCCGCAGGGGGCAGCTTCCTTTGGCTGGTTCGCCTACGCGCCACTGTCCAACACAACCTTTAGTCCCGGCGTCGGCGGTGATCTGTGGGTCTTCGGCCTCGCACTCTCCGGCTTCGGCACCATCCTTGGGGCCGTCAACTTCATCACCACCATCATCTGCATGCGCGCGCCGGGGATGACCATGTGGCGCATGCCCATCTTCACCTGGAACACCCTCATCACGGCGATCCTGGTCCTGATGGCGTTCCCGCCGCTGGCTGCCGCCCTTTTCGCGCTAGGCGCCGATCGCCGGTTTGGTGCGCACATCTTTGATCCGGCCAACGGTGGGGCCATCCTCTGGCAGCACCTGTTCTGGTTCTTCGGCCACCCGGAGGTCTACATCATCGCGCTGCCGTTCTTCGGGATCGTGTCCGAGATCTTCCCGGTCTTCAGCCGGAAACCCCTGTTTGGCTACAAGGGGATCGTGTACGCAACGATCGCCATCGGCGCTTTGTCGGTGACCGTGTGGGCCCACCACATGTACGCCACTGGTGCAGTGCTACTGCCGTTCTTTGCCTTCACTACCATGCTCATCGCGGTCCCCACCGGTGTGAAGTTCTTCAACTGGATCGGTACTCTGTGGCGGGGTTCAATCACGTTCGAGACACCGATGCTGTGGAGTCTAGGGTTCCTGGTGACGTTCCTCTTCGGCGGCCTCACGGGCATCATCCTGGCCTCACCGCCCTTGGACTTCCACGTCACCGACTCCTACTTTGTAGTGGCTCACTTCCACTATGTGGTGTTCGGAACCGTTGTGTTTGCCATGTTCGCGGGCTTCTACTTCTGGTGGCCCAAATGGACCGGCACCATGCTCAATGAGCGACTCGGCAAGATCCACTTCTGGCTGCTCTTCCTGGGCTTCCACGCAACGTTCCTGATCCACCACTGGCTAGGAGTTGAAGGAATGCCGCGACGGTATGCGGACTACATGCCGGAAGACAACTTCACTGCCATGAACCAGTTCTCCAGCCTCGGTTCCTACCTGCTGGGTGCCTCCCTCCTGCCCTTCTTCGTGAACGTCTTTGTCACGTGGCGGGCGGGAAAGAAAGTCACAGTGGATGACCCCTGGGGTTTCGGCGCCTCCTTGGAATGGGCCACCTCATGCCCGCCGCCACGCCACAACTTCACCTCGATCCCGCGCATACGGTCCGAACGACCCGCCTTGGATCTTCACCACCCCGAACTGCGGGTCCGTGAGCATGAACCCGTAGACAACCCAGCGGCAGACGTCCTGGGCGCAGCGGACATTGGCTCCGAAAACGTTAAAGATCCCGATCCGGACAAGTAG MTDMALDSRSQESNTTAAPAVTRRRKGSVVVNWITSTDHKTIGFMYLIASFVFFCLGGVMALLIRAELFEPGMQILQTKEQYNQMFTMHGTVMLLMFATPLFAGFANVIMPLQIGAPDVAFPRLNALAFWFFLFGSTIAMSGFITPQGAASFGWFAYAPLSNTTFSPGVGGDLWVFGLALSGFGTILGAVNFITTIICMRAPGMTMWRMPIFTWNTLITAILVLMAFPPLAAALFALGADRRFGAHIFDPANGGAILWQHLFWFFGHPEVYIIALPFFGIVSEIFPVFSRKPLFGYKGIVYATIAIGALSVTVWAHHMYATGAVLLPFFAFTTMLIAVPTGVKFFNWIGTLWRGSITFETPMLWSLGFLVTFLFGGLTGIILASPPLDFHVTDSYFVVAHFHYVVFGTVVFAMFAGFYFWWPKWTGTMLNERLGKIHFWLLFLGFHATFLIHHWLGVEGMPRRYADYMPEDNFTAMNQFSSLGSYLLGASLLPFFVNVFVTWRAGKKVTVDDPWGFGASLEWATSCPPPRHNFTSIPRIRSERPALDLHHPELRVREHEPVDNPAADVLGAADIGSENVKDPDPDK PGPT0004025_1115 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004025-foxA|coxA|ctaD-K02274 NA NA D3-18_01031 879 ctaC_1 COG1622 Cytochrome c oxidase subunit 2 GTGGCCACTGCACAAGAACCCTTTCGACTGACCCGATGCATCGCTGTTGGCGTCCTCGCTGCTGCTGTCTTTGGATTGTCCGGTTGCTCAGCTGAAGTACAACGCGGCTGGCTCCCCGCCGAGCGGGACACCACCAACCTGACCCCACTGATTACAGACCTCTGGGTCAACTCGTGGATTGCCGCCCTGATCATTGGCCTCATTACCTGGGGACTGATTATCTGGTGCATCATCGCCTACCGGCGTCGACGCAAGACCGTAGGCTTCCCTCGGCAATTGAGCTACAACCTTCCCCTTGAGGTCTTTTACCTTTCCATCCCCCTGATGGTGGTGGGAGTGTTTTTCTACTTCACCACCCGCGATCAGGCAATTATCGATACCCGGCACGAGAACCCCGACGTTGTTATTGATGTCCGCGGCAAGCAGTGGTCCTGGGACTTCAACTACATCAAGGAAGGCGTACACGAGGATCCCGGCGTCCAGGCGCACCTGACAGGCGAAGTGGGAGCCAGGGAACGCGTTCCGGTCCTTTACCTTCCAGTGGGCAAGAAGGTGGAGTTCCAACTGAACTCACGCGACGTCCAGCACTCCTTCTGGGTCCCTGCCTTCCTGCAGAAGCGGGACCTGTATCCGGACCCGACGCAAGAGAACCGATACATCAACATCGTCCCTTCCCGGACTGGAGATTTTGACGGCAAGTGCGCAGAACTATGCGGGGAGTACCACTCGGAGATGCTGTTCAGGGTCAAAGTTGTCTCTCCGGAAGAGTACGACGCCCACATCAATGAACTGCGTTCCCAAGGCAACCTTGGAATACGTGGAGAAGAATACGATCGCGCGCCCGGGCAACCGAGGCTCTTGGATGAAGGACAGGGGTGA MATAQEPFRLTRCIAVGVLAAAVFGLSGCSAEVQRGWLPAERDTTNLTPLITDLWVNSWIAALIIGLITWGLIIWCIIAYRRRRKTVGFPRQLSYNLPLEVFYLSIPLMVVGVFFYFTTRDQAIIDTRHENPDVVIDVRGKQWSWDFNYIKEGVHEDPGVQAHLTGEVGARERVPVLYLPVGKKVEFQLNSRDVQHSFWVPAFLQKRDLYPDPTQENRYINIVPSRTGDFDGKCAELCGEYHSEMLFRVKVVSPEEYDAHINELRSQGNLGIRGEEYDRAPGQPRLLDEGQG PGPT0004030_2593 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004030-foxB|coxB|ctaC-K02275 NA NA D3-18_01032 183 hypothetical protein ATGTCTCTGGCTTTGGTGATTGCCCTGGTCCTGATGGGCATAATTTGCGTGGCTGCTGCGGTAGGCGCAGTGGTCTTGGTGATCCGCGACGGCCGCGGTGAGATCCCCTTGGAACCGTCCATCCGGCCGTGGGTTGCAGGAAACCTTCCGAGTCGCCCGTACTCCACGCTTCCACGCATTTAA MSLALVIALVLMGIICVAAAVGAVVLVIRDGRGEIPLEPSIRPWVAGNLPSRPYSTLPRI NA NA NA NA NA D3-18_01033 894 hypothetical protein GTGCTGTTCCTTCGTGAGGGCGCAGCCATTTTCCCCTTATCGGTGGCGCGTCCGTTGAGAAGCGAATCCCGCTGTGCCTATTCTGAGAATCAATCAGGTCCGGCAAGCGGCCTGGAGTTTATCGGCGGGATTCGCATCCCGCGGAAGGTCATTTTTTTCATCATGTCCCAGCAACTTCCCCTCGACGAACTGACCCTTACCTTGGCCCGGATCAGGGGTTTGCTCCTGACGGAGGAAAAGGTGGACCGGGCAGTGCAGCTGCTTGCAGAAGGGGTCCGTGATGCCTTTCCCGGCAGCGCGGGAGCCGGAGTATCCCTCATTGACGAGCAGGGCAACCGAATCAGTGCGGGGGCAACGGATCCCTTGGTGATCCAAGTGGATCAGTCGCAGTACCGATTGGGAGAGGGCCCGTGCCTGACGGCGTGGGCAACCGAGCGGACTGTCATCGTTGGCAACGCCCAGACTGATGATCGCTGGCCGCTGTGGACCGAGTCCGCGCGGGAACTCCAGATTGCCTCAGTCATCAGCGTCCCCCTAATACGCGGAAGCAAATGTCTTGGAGCGATGAAGCTTTACGCTGCCGCCCCTGACGCCTACGACCTGACGACGGCGCGTCCCTTGGAGAAGCTTGCCGCCTCTGCCGCCATCCTCTTGGACAACATCCAAAGCTCTGACACACCGAAGCGCTTCAGTGAAGGTCTCGTCGACGCGTTGACCAGTCGGGACGCTATCAGCCGTGCACAGGGGTACCTCATGGGCCAACGGGGAATGACTGAGGAGGATGCTGTCCGGGAACTCCTGAACATGTCCCAAGCCTCGAAGCAGTCACTGGCTTCCGTCAGCGTCGAGATCCTCAGCGGCGGGAGCAAGGGGGAATCCTATGACGGAACCTGA MLFLREGAAIFPLSVARPLRSESRCAYSENQSGPASGLEFIGGIRIPRKVIFFIMSQQLPLDELTLTLARIRGLLLTEEKVDRAVQLLAEGVRDAFPGSAGAGVSLIDEQGNRISAGATDPLVIQVDQSQYRLGEGPCLTAWATERTVIVGNAQTDDRWPLWTESARELQIASVISVPLIRGSKCLGAMKLYAAAPDAYDLTTARPLEKLAASAAILLDNIQSSDTPKRFSEGLVDALTSRDAISRAQGYLMGQRGMTEEDAVRELLNMSQASKQSLASVSVEILSGGSKGESYDGT NA NA NA NA NA D3-18_01034 333 hypothetical protein ATGACGGAACCTGAACGGAAACGTTTCGACGGATTACCTCTTCAAGAACAACTCCAGCTCAAGGGTCTACGCAAAGCCCTGGCGAGCGCCGGTATCCCCGAGGAGGATCTGTGGCTGCGCTACTTTTCCATTGGCGGGATGGTTGGCGAATACGAGGTGGATGCCTACCTTCAGTCACTCCACTCCCTGCCTGCCCTGCAGAGGGATCTGCTGGCGCACGCGGCAAATGAACTCATCGACGAACTGCCGGCCCTGCCCCGCGCGCCCTACGGCGAACAAGTGTCTCTGAGCCGGCCACCGCTACCGGACAAAGGGAGGGAGCAGAGGCCCTAG MTEPERKRFDGLPLQEQLQLKGLRKALASAGIPEEDLWLRYFSIGGMVGEYEVDAYLQSLHSLPALQRDLLAHAANELIDELPALPRAPYGEQVSLSRPPLPDKGREQRP NA NA NA NA NA D3-18_01035 192 hypothetical protein ATGGCGGCGGCTTCTTATCTGGTGGCCTCGATCAGCCTGAAGCACATGACGTGGCCCGGGCGCTTGCTCAACGAGGGCTGCCGGTGGTCACGGTTGATTATCGTCTTGCTCCGGTTCCTGGGCTCTCTTGGATCCGCAGAGGAGACGTGCGGCCCCGAGGACGGTTTCCCCTCCCGGGAGAAGACCTTCTGA MAAASYLVASISLKHMTWPGRLLNEGCRWSRLIIVLLRFLGSLGSAEETCGPEDGFPSREKTF NA NA NA NA NA D3-18_01036 414 hypothetical protein ATGGACTCGGCACCTAAGGGTGTAATCCTTGCCTACGGCTTCTTTCACTCCTCGCACACTGCGTCCCGCGAGATCCAACGACGGGTTCGCGATCACCGCCGGCTGACGCACTCCCGGTTGGTCCTGAACGCCGTGAACCGCAACTACGCGGGCTCAAGAGCCGCGCTCAATGACCGCTACGCGTTCCCGGGAGGACACGAGCTGGAAGGCTTCCCCCCGACACTGATGATCAATGCAGACCGCGACACCATGCGTGCATCCGGTGACCGATTCGCTGCCGAACTGCTAAGCGCGGGAGTCGACGTCGAGCAGCATACGCTCCCCGGGACGCGGCACGCGTTCCTGAACCGCCCACGCGCGGACGCCTTCACCACGGCCATTGACCTCATGGCCGAGTGGTCTTTGACTCGGTAG MDSAPKGVILAYGFFHSSHTASREIQRRVRDHRRLTHSRLVLNAVNRNYAGSRAALNDRYAFPGGHELEGFPPTLMINADRDTMRASGDRFAAELLSAGVDVEQHTLPGTRHAFLNRPRADAFTTAIDLMAEWSLTR NA NA NA NA NA D3-18_01037 2103 glgB_1 1,4-alpha-glucan branching enzyme GlgB ATGCCAGCACACGACGAGGACGTCGCAGTCCACTTTCCCGTCAAAAGGAAGCGTTTTCAGTTCTTAGCCACTATGGTCCTCCTGGCCTTCTTCGGTACCCTCTTTTCCTCTACAGCCGCAGCTCCACCGGCCCAAGCCGCAGCTCCCGGACCCAAAGACGCCACCGCGGTGATGTTCTCCTGGACATGGAACGCAATAGCCCGCGAATGTACCGAGAACCTCGGCCCGGCCGGATATGGATACGTGCAGACATCTCCCCCGCAGGAACACGTGCAAGGACCGGAATGGTGGACTCACTACCAGCCCGTCAGCTACAAGGTTGAGTCGCGGCTGGGCACGCGTGCCGAGTTCAAGCAGATGGTGGACACCTGCCACACTGCGGGTGTGAAAGTGATTGCGGATGCCGTGATCAACCACATGTCCGGGAAGAGCGCGGGCGGAACGGGTTGGGCAGGAACCATGTTCCAGCACTACGACTATCCCGGAAACTATCAGGGACAGGACTTTCACTCGTGCCGCAGGGACATCACGAACTACCAGAACCGCTGGGAAGTTCAGGAGTGCAATTTGGTCAACCTCTCGGACCTCAACACGTCCTCCCCCTACGTTCAGGGCAGAATCGCCGGGTACCTCAATGACCTTGTGGGCCTGGGAGTTGACGGGTTCCGGATTGACGCAGTCAAGCATATTGCGGCCAGCGACATGCAAGGAATTCTTGCCAAGGTCAACGACCGCGCAAGGCTCTATGTGGTTCAGGAAGTTATCCGGGCCAACGAACCGATCCAGCCGGAGGAATACACCGGCAACGGTGATATCCACGAGTTTGCCTTCGCCCGCAAACTTAAAGAGGCCTTCAACGGCGGGAACATCAACTGGCTGATCACAGGTAGTGGCATTGGCTCCAGCTGGGCCGGTTTCCTTCCTCAACAGAACGCCGCGGTCTTCGTCGATAATCATGACACTGAGCGCAATGGTGAAACGCTCACTTATAAGGACGGGGCAAACTACGATCTTGCCCAGATCTTCACCATGGCGTGGAACTACGGATCTCCCTCGATCCATTCGGGTTATTCCTTCTCCAACAATGAGACAGGACCGGCGGTTGCCTCGAACGGGGAAGTCATGGATCCCGTGTGCGGCCAGAATGGCTGGACGTGCAAGCATGCGCAGACCAACATCGAAAACATGGTGGGCTTCCGCAATACAAGCTATGGTGCGCCGATCGTCAACAAGTGGGATAACGGCTCGAATGCCCTCGCCTTTGGTCGTGGCGACAAAGGTTATGTGGCGATCAACCGTGGCAATGCCATCACCAGGAGCTTCCAGAGCTCCCTTCCCGCTGGCCGCTACTGCAACGTGATTGTGGGACTGCCAACAGCTACAGGCTGCTCGGCGGGTGACGTGGTAACCGTGGACGCATCCGGGACTTTCCAGGCCACTGTCGGCCAAAACGCCGCCGTCGCGTTGCACATCAACGCGAAAGCAGGCGGACAAACAGAACCAGGGGCAAGCACCCTCAAGGTGTACTACTCCACAGCCAAGGGCTGGAGTGACTACAAGATGCACTACCGGGTGGGCACCGGCGCCTGGACAACTGCACCGGGCGTCACCATGACCGCCGCTTGCACTGGCTGGGTCTCGTACACCATCCCCGCCGGCTCAACCGGGGCAACGGCCGCGTTCAACAACGGAAGCGGCGTTTGGGACAACAACAACACCAGCAACTATGCATTGGACGGTGGGATTGCAGCGGTGAATGGCAGCGTGGTTAGTCATGCCGATCCTTGCAGCGGTGCATCTACCCCTGAGCCGACAGACACCGCAGTGCTGTTCTACTCGACCAACAAGAATTGGTCCGCCTATAACGCCCACTATCGGGTGGGCACCGGAGCGTGGACCACTGCGCCTGGCGTAGCCATGGCTGCCTCATGCCCGGGTTGGGTAACCACCTCCGTCCCCCTCAATGGAGCTTCCGGACTTACCGCAGCCTTCAACAATGGGGCCGGAACATGGGACAACAACGGAACAAACAACTACACCGCTGTTCCTGGCTACCAGCAGGTGAAAGACGGCATCGTCAGCCAAGGAAACCCTTGCGCCTGA MPAHDEDVAVHFPVKRKRFQFLATMVLLAFFGTLFSSTAAAPPAQAAAPGPKDATAVMFSWTWNAIARECTENLGPAGYGYVQTSPPQEHVQGPEWWTHYQPVSYKVESRLGTRAEFKQMVDTCHTAGVKVIADAVINHMSGKSAGGTGWAGTMFQHYDYPGNYQGQDFHSCRRDITNYQNRWEVQECNLVNLSDLNTSSPYVQGRIAGYLNDLVGLGVDGFRIDAVKHIAASDMQGILAKVNDRARLYVVQEVIRANEPIQPEEYTGNGDIHEFAFARKLKEAFNGGNINWLITGSGIGSSWAGFLPQQNAAVFVDNHDTERNGETLTYKDGANYDLAQIFTMAWNYGSPSIHSGYSFSNNETGPAVASNGEVMDPVCGQNGWTCKHAQTNIENMVGFRNTSYGAPIVNKWDNGSNALAFGRGDKGYVAINRGNAITRSFQSSLPAGRYCNVIVGLPTATGCSAGDVVTVDASGTFQATVGQNAAVALHINAKAGGQTEPGASTLKVYYSTAKGWSDYKMHYRVGTGAWTTAPGVTMTAACTGWVSYTIPAGSTGATAAFNNGSGVWDNNNTSNYALDGGIAAVNGSVVSHADPCSGASTPEPTDTAVLFYSTNKNWSAYNAHYRVGTGAWTTAPGVAMAASCPGWVTTSVPLNGASGLTAAFNNGAGTWDNNGTNNYTAVPGYQQVKDGIVSQGNPCA PGPT0018575_555 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-AMYLASE,PGPT0018575-amyA|malS-K01176 NA NA D3-18_01038 1236 nagK_1 N-acetyl-D-glucosamine kinase ATGAGCGCCCCTTCCTCCTCGCCGACGCCGCAGATGCTTCGGCGGGCAAGCCTCAGATCGGTCTTGGACTTCATGCGGGCCTCTACCATCGTGACAATCTCGGATGTCATGGAGGGGACGGGGCTAGCGCGGGCAACTGCAATCTCTGTATGCGAAGAGATCATGGACCGGGGCTGGATTACGGAGCTTGAAAACCAACGCGAATTTGGTGAGTACCTCAAAGGGCGTCCCGCCCGACGGTTCGTTCTGAACCAGGACGCAGGGTACGTTGTTGGTCTGGATGTGGGAGTCTCCAAGGTCACCGCAGTGGTGTCCAACCTTCGTGGGGAAATCGTGGGCAGGGCGAGCCAGCAGTTCCGTGGAGTTCAGATCACGGCTGATGACAGCATTCCGGGCTCTGATATCAGTCCCCGCGAGCGTGTATCTGCCATTGACAGTACGGCGTGTGATGCCCTCGCCCGAGCTGGCGTTCCCCCCGATGCGGTCCTCGCAGTCAGTGCCGGAATCGCGGCCCCGGTGGGCCGTAACGGCGATGTTTTGGTGACTCAACCCTTCTGGGCTCTTCTCGACGTTGGCTTGAAATCGGCGCTGAAGGATCTTCACGGGTGGACGGTGCTGCTGGCAAACGACGGAAACCTGGCGGCCCTGGGCGAGCGTTGGCGCGGTTCAGCAGTGGGGGTGGACGACGTGGTGGTTATCCTCGCCAGTGAGCGCTTTGGTTCCGGAGTGATCGACGACGGCCGGCTTCTGCATGGTTGTGGCGGAGGCGCCGGCGAGCTGGCATTCCTCAAACAGGTTGAGGGGGTGGGGGACACCTTTGGGATTGCCTTGATGGCACGCACTTGGGCTGCGCAGGCCCTCACTGGAAGTGACGAAACGATACTCCGTGAATATCCTCCAGAGGCCATCGAAGCTGAAAACGTCTTCGCCGCCGCACTCGAAGGTGACGCCGTGGCACGGCGGATTCTGGAGCGGCTCGCCGATCGCATGGCAAGGGTCATCGGGGCCGTCGCTACCATTCACAACCCGGAGCTTGTGGTGATAGGTGGCGCAGTTGCCAAGTCAGCAGGCGGGCTCCTGGACCCAATCGCTGAGCAACTGCCCCTATTCACCGCGACCCCTCCGCGCCTGGCGGTTTCACCCTTGGGCGACTCTGTGGTGACCATGGGTGCGGTCAGAAGTGCGCTGGATTTCGTGGAAAAGGAAACCCTGGATATCGAGCTACACCACAGTTAG MSAPSSSPTPQMLRRASLRSVLDFMRASTIVTISDVMEGTGLARATAISVCEEIMDRGWITELENQREFGEYLKGRPARRFVLNQDAGYVVGLDVGVSKVTAVVSNLRGEIVGRASQQFRGVQITADDSIPGSDISPRERVSAIDSTACDALARAGVPPDAVLAVSAGIAAPVGRNGDVLVTQPFWALLDVGLKSALKDLHGWTVLLANDGNLAALGERWRGSAVGVDDVVVILASERFGSGVIDDGRLLHGCGGGAGELAFLKQVEGVGDTFGIALMARTWAAQALTGSDETILREYPPEAIEAENVFAAALEGDAVARRILERLADRMARVIGAVATIHNPELVVIGGAVAKSAGGLLDPIAEQLPLFTATPPRLAVSPLGDSVVTMGAVRSALDFVEKETLDIELHHS NA NA NA NA NA D3-18_01039 870 acbK Acarbose 7(IV)-phosphotransferase ATGGCCATGTCTGCGCCTCACTCTGTAGCTGTCTGTGGCCCCGCATCCTGGAACCAGCTCATCCTCCTGGATCACCTTCCGGAGCCTGTCCCCCACATGCAGTTCGCCCGCCGTTCGTGGCACACCATCGGAGGGACCTCCGCCGGCAAGGCCCTGCATCTGGCGGGCCTCGGCGTCAATGTGCGATTGTGTGCGCCTCTTGGAACTGATGCCGAGGGCCAGCGGATCCGCAGCGCCCTTACGGCAGCCGGGGTCGCCGTCGAACCTTTGGCATCCGAGCAGACCGAACGCCACCTCAACTTGATGTCAGACGACGGCAAGCGGGTATCGCTGTACCTTGCAGTTCCGTCCACGCCCACCGAGCACGAACTCAGCATCGCGGCTGAAGCGGTGGCTGCCGCCGACGTCGCCGTCATTGACCTCAGCGAACTTGGTGCGCTCCTACTGCAACGCCTGGACGCTCAGCAGACGCCCATTTGGGCGGACCTGCACGACTACGACGGATCGTCAGAATTCCATGAGCCATTCCTTCGCGCTGCCACTACGGTGTTCATGAGCGATGACAGCGCAGACGACCCATGGGACCTTATGCGCTCCTGCTTGGAACGCGGCCCCCGCTTGGCTGTTTGCACCCGCGGGGCAGACGGCGCCATCGCGCTGGAGTCTTCCGGGGCACGGCACGAGGTCAGCGCTCTTCCCGCCGATGTTGTTGACACCAATGGTGCCGGCGACGCCTTTATGACAGGTTTCCTGGCCGCGACACTCCGCGGTGCCACCATTGACGATGCCCTGACGGCGGCCGCGGCACAGGCCCGTACCGCCGTTGAAAGTGAGCACCTGCACCCGAAACTTTCAGAGCTGCTGACCTAA MAMSAPHSVAVCGPASWNQLILLDHLPEPVPHMQFARRSWHTIGGTSAGKALHLAGLGVNVRLCAPLGTDAEGQRIRSALTAAGVAVEPLASEQTERHLNLMSDDGKRVSLYLAVPSTPTEHELSIAAEAVAAADVAVIDLSELGALLLQRLDAQQTPIWADLHDYDGSSEFHEPFLRAATTVFMSDDSADDPWDLMRSCLERGPRLAVCTRGADGAIALESSGARHEVSALPADVVDTNGAGDAFMTGFLAATLRGATIDDALTAAAAQARTAVESEHLHPKLSELLT PGPT0030745_119 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-ACARBOSE_BIOSYNTHESIS,PGPT0030745-acbK-K19978 NA NA D3-18_01040 1464 selO COG0397 Protein adenylyltransferase SelO ATGAGTGACGTAGCGCGTTCCACTATCGCCTTCGAAGGGCACTTCGCACGCGAGCTCCCGGAGCTGGCTATCGCCTGGCGTGCGGAGGAGGCTCCTGATCCGCAGCTTCTGGTGCTCAACCAGCCACTCGCCGTCGAGCTTGGTTTTGATCCTGATCTTCTCCGGAGCCCGGAGGGCGTACGGCTGCTGATCGGCAATGCCCTGCCGGAAGAAGCAACTCCGGTGGCGCAGGGCTACGCCGGTCACCAGTTCGGCTGGTATTCCCCGCGCTTGGGGGATGGGCGGGCCCTCTTGCTGGGTGAGATTGCCGGTGCTGATGGGAAGCTTCGCGACGTCCACCTCAAGGGTTCGGGACGCACGCCCTTTGCCAGAAATGGTGATGGTCAGGCGGCGATTGGTCCCATGATGCGCGAGTACATCGTGAGTGAGTCGATGCACGCCCTGAACATTCCCACTACGCGGTCCCTCGCGGTTGTGGCCACAGGGCGTCAGGTTCAACGCGAGACTCTGCTGCCTGGCGCCGTTCTTACCCGTGTGGCCAGCAGTCACCTGCGGGTGGGCAGTTTCCAATACGCCAGGGCATCCAATGATATGGATCTGCTCCGGCGGCTTGCTGATCATGCGATCGAACGTCACCACCCGTCGTCGGCAGATGAAGCCAACCGCTACCTGGCATTCTTCACGGGCGTCATTTCAGTGCAGGCGAAACTTGTGGCGCAGTGGATGCTGGTCGGATTCGTGCACGGTGTCATGAATACCGACAACATGACGGTGTCCGGTGAAACTATCGACTACGGTCCGTGCGCCTTCATGGAGGGCTTCGATCCCGGCGCGGTGTACAGCTCCATCGATGAAATGGGACGCTACGCCTACCGCAACCAGCCGCTGGTGGCGGAGTGGAACCTTGCACGTTTCGCCGAATCGATTGCGCCCCTGATCCACGAGGATGAGGAGCAGGCGGTGCACCTTGCTGTTGAGGCGCTGAATGGATTCCGCAAGGAGTACAGCGCTACGTGGTTTAGCGGTATGAAGGCCAAGCTTGGGCTGCCTGAGGAGATTGACGACGACGTGGCCTCACCTTTGGTGGATGACGTCCTTCAGCTGATTCAGGAGACTCGCGCGGACTACACCTCGTTCTTCCGGAGCCTCGGAAATGCAGCCCGCGGGGAGGCCGAGCCCGCACGCCGGCAGATCCTGGATCTGGCCGCCTTCGATGCCTGGTTGGATCGGTGGCGGGCAGTCAGCCCGGACGCCGATGCGATGGACCGGGTCAACCCGATCTATATTCCTCGGAACCACTTGGTGGAAGAAGCCCTTGCTGCCGCAACCGAGGGGGACACGGGTCCTACGGAGCGCTTGCTTGAGGCCTTATCCCACCCGTTCAGGGAACGCCCGGGCTTGGAGAAATACGCCGAGCCTGCCCCGGAAAGCTTCGGCCCCTACCGGACGTTCTGCGGAACTTAG MSDVARSTIAFEGHFARELPELAIAWRAEEAPDPQLLVLNQPLAVELGFDPDLLRSPEGVRLLIGNALPEEATPVAQGYAGHQFGWYSPRLGDGRALLLGEIAGADGKLRDVHLKGSGRTPFARNGDGQAAIGPMMREYIVSESMHALNIPTTRSLAVVATGRQVQRETLLPGAVLTRVASSHLRVGSFQYARASNDMDLLRRLADHAIERHHPSSADEANRYLAFFTGVISVQAKLVAQWMLVGFVHGVMNTDNMTVSGETIDYGPCAFMEGFDPGAVYSSIDEMGRYAYRNQPLVAEWNLARFAESIAPLIHEDEEQAVHLAVEALNGFRKEYSATWFSGMKAKLGLPEEIDDDVASPLVDDVLQLIQETRADYTSFFRSLGNAARGEAEPARRQILDLAAFDAWLDRWRAVSPDADAMDRVNPIYIPRNHLVEEALAAATEGDTGPTERLLEALSHPFRERPGLEKYAEPAPESFGPYRTFCGT NA NA NA NA NA D3-18_01041 180 hypothetical protein ATGAGTGAACTTCAAATAGGCGACAGCCTCCCCGTGGATCTTTTGAGTTTCAGGGCCGCAGAGTGCCTCGTATCAACTGGCGCTCCTGAATCAGAGGACGTGTGCGTTCTCGATGCAGGCCACACCGGCCACCATTTGGCTGCAGGTGCAGACATGGTGGTTCGGGCCGTCTGGAGCTAG MSELQIGDSLPVDLLSFRAAECLVSTGAPESEDVCVLDAGHTGHHLAAGADMVVRAVWS NA NA NA NA NA D3-18_01042 417 marR COG1846 Multiple antibiotic resistance protein MarR ATGCCTGATATGGAACTATGGCCAACCAGCCGACTGCTGTCCACGGCGGCGCGGCTCGTGGAGCTGGCATGGAACGACAAGCTGCGTCCGCTGGGGCTGACCTATCCGGCGGTCCTGACACTTGATGCCGTTGCAACGGCGGGGCCCATCACGCCTGGAGACCTGGCAAGAAGCGTCCGTGTGCAAGCCCAAACCATGGGCCCGTTGCTATCCAGGCTGGAATCGCGAGGCTTCATCCGCCGTGAACCCAATCGATTCGACCGACGCAGCCAGCTGATATCCATTACCGACCTGGGCCTGACGCTGCTGGAGCAGTCCCACCGCCAAGAAAACAATGTGCTCGCAGCCATCAACCTGGACTCCGAGGACCTCCGCGAGGAGCTCCTCGCAATCGTCCGCCATGCAAACTTCAACTAA MPDMELWPTSRLLSTAARLVELAWNDKLRPLGLTYPAVLTLDAVATAGPITPGDLARSVRVQAQTMGPLLSRLESRGFIRREPNRFDRRSQLISITDLGLTLLEQSHRQENNVLAAINLDSEDLREELLAIVRHANFN PGPT0013155_5159 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775 NA NA D3-18_01043 300 hypothetical protein ATGGCCACCGATTACGACGCACCGCGGGCCCTGCCCGAAGAGGAACAGGCTTTGCCTCTGGCAGAGCTGGCACCGGCCAAGGGTGCTGCACGCACGGACACGATCGACTTGGACGAAGGGGAGCTGGCTGACGCCTTCGAACTTCCCGGCGCTGACCTTTCCAGCGAAGAACTCCAGGTTGAGATCGTCCCCATCCAGAACGACGAGTTCACGTGCATGTCCTGCTTCCTGGTCCACCACCGCAGCCAACTCGCGCGGGAGACCAACGGGCATAAGTACTGCACCGAATGTGAAGGATAG MATDYDAPRALPEEEQALPLAELAPAKGAARTDTIDLDEGELADAFELPGADLSSEELQVEIVPIQNDEFTCMSCFLVHHRSQLARETNGHKYCTECEG NA NA NA NA NA D3-18_01044 189 hypothetical protein ATGAATAAGTGGGCCTGGATCTTGGTACTTACGGTAACGGCATTTCTTGTGTTCGTTCTGCCGTACATCATGGCAGCGTTTGGTGCTGCCCCGAATGGAACCGAAACTCTCCTGCTGGTCCTCCTACTCTGGGTCGCCACTTGGATGGTAAGCCGTAGGCGAGCTCGAGAGAGTGCAACAACTAGATAA MNKWAWILVLTVTAFLVFVLPYIMAAFGAAPNGTETLLLVLLLWVATWMVSRRRARESATTR NA NA NA NA NA D3-18_01045 408 hypothetical protein GTGGAACGCATTAGGTACCTTGCCCTACTTGGCCGGGACACCGAGGCCTTGGACGAAGGCTTCAAACTACTCCCCCACACACCTGACCGCCGGGAATTATTGCTGGTCCTTGCCCAGATCAATCAGCGTCAGTACCGGTGGCACGAAGCCGCAGTGCTCCATGAAAAAGCCCTCCGAACAGTCCGGTCGGCGGAAGAGGAAGCCTACGTCCGTCACCACATCGGCAGGCGGCTTTTCGACGAAGCCCGTTTCCGCGCCGCTGCCGATGAATTTCAGTGGGCAGCGGACCTCTACCGAGTCGCCGGCCAATCTGAACTCGCAGAAGACAACCGCCAGGCCATGCGCCACGCCCTGCAGGTGCACGGCGCTGAGCGAGGCGCGGGACGTTCGGCGTTCGACCTTTCCTGA MERIRYLALLGRDTEALDEGFKLLPHTPDRRELLLVLAQINQRQYRWHEAAVLHEKALRTVRSAEEEAYVRHHIGRRLFDEARFRAAADEFQWAADLYRVAGQSELAEDNRQAMRHALQVHGAERGAGRSAFDLS NA NA NA NA NA D3-18_01046 582 hypothetical protein GTGCCAACTGACATTCCCTGGAGCCGCGGCGAATGGACCAACCAGCCGGCCGCCGTCGTCGAGCAGGCAGGTGACCTTCTGGTGACTGCAGCCGAAAGCAGCGACGCCTGGCGCGTCACGTCCTACGGATTCATCCACGACACCGAACACGCGCTGCTGGCGCCCTTCCCGCAGGACAGCGCAATGGAGGTTGAGTTCACGGCCGCCTTCTCCCGACAGTTCGACCAAGCCGGCATCTTCGTCCGGATCAGCGCCGAGCATTGGATCAAGGCCGGTGTGGAATACGCCGACGGCGTCGCTCAAGTGGGCGCGGTGGTGACGGACCGCTTCTCGGACTGGTCCTTGGCGCCTGTCCCGGACTGGAACGGCGGGCGGGTCCGCATTCGGATCAGCCGCTCGGGCGACGCCCTAACCATCCGGGCCGGCTCGGGCAGCAACGACCTCCAATTAGTCCGTGTTGTGCCGTTGGCGCCTGACCTGGTGGCACTCGCCGGACCGTTCACCTGCGCACCAACACGCGCGGGGCTAACCGTCCCTTTTCACTCCTGGCGGGCTACTCCTCCGGACAGCCAACTCCACTGA MPTDIPWSRGEWTNQPAAVVEQAGDLLVTAAESSDAWRVTSYGFIHDTEHALLAPFPQDSAMEVEFTAAFSRQFDQAGIFVRISAEHWIKAGVEYADGVAQVGAVVTDRFSDWSLAPVPDWNGGRVRIRISRSGDALTIRAGSGSNDLQLVRVVPLAPDLVALAGPFTCAPTRAGLTVPFHSWRATPPDSQLH NA NA NA NA NA D3-18_01047 879 hypothetical protein ATGGACCGCATCGAACAACTCATGAAAAACTCAAAACCCCACGTCCCCGAACCAGGCACCACCCCGGGTGTCCTGACGGGACGGTCTCATGTCTTCTCCGACGATCCCAACGTCGTGTCTCTCGCCGAGCACAAGCGTCGGCGATCGGGGTGGGTAGGCACCGCAGGTGTGGTCCTCGCTGCGGCGGCCGTCGTCGGGGCAGTCGTTGTAGCAGGGAACCTGGCACCCCAGTCTGCGCCAGCACCTGCCACCACCGATACCCCCACTGTGACGGCTACGCCGACGGCCACGCCTTCACCCTCGCCAACGACAACCCCAAAGGCAACGGCAACGGCAATCCCGACGGCGGAGGCTACCCAATTGCCGACGCCCACCATCCCGGCCGTGGCCACAACCGCGCCGGTAGCCCCGCCGATTCCCGCCCCCACCATTGTGCCGCCCACCATTGCAGCTCCTCCCGGCCCCGCCGCAGGCTCCTGCACCGTGGACAACATTGACATCCAACGTGCTGATCAAGTCAGGGCCATCAAACCCATCCCGACCAATGAACAGCAGTACTACACCGTCCTCGGCTGCGCCGAAGGCTGGCTCGCCTACTCCATCTCCGATGAAGGGATTAAGGCCATCGGTCTTGACGGCGGCAACGCCTGGTACGGCGTGGCCAGGCTGCAGGACAACGGTCGATACCTGAACGACCACGGACAGCTCTGGTCAAGCGTCTACAACTGGGAGTTCCAGACCTACGCGGTCCAAAACGGCCAGTACGCCACCGCGCAGGAAGGCATGGACAAAGAGTTCACCGACAAGGGCATCCCGGTCCGGCTGAGAGCTCAACTTGTTGGACCGGGACCCACCACCCCTGGCGGGACAACCCCCTAA MDRIEQLMKNSKPHVPEPGTTPGVLTGRSHVFSDDPNVVSLAEHKRRRSGWVGTAGVVLAAAAVVGAVVVAGNLAPQSAPAPATTDTPTVTATPTATPSPSPTTTPKATATAIPTAEATQLPTPTIPAVATTAPVAPPIPAPTIVPPTIAAPPGPAAGSCTVDNIDIQRADQVRAIKPIPTNEQQYYTVLGCAEGWLAYSISDEGIKAIGLDGGNAWYGVARLQDNGRYLNDHGQLWSSVYNWEFQTYAVQNGQYATAQEGMDKEFTDKGIPVRLRAQLVGPGPTTPGGTTP NA NA NA NA NA D3-18_01048 504 hypothetical protein ATGTTGGCTACTAGAGAGCAGGAACTGAGTGCTCTTCATGCTGAACACTTCAGCCGCATCTACCAATACATCGCGTATCGGATCAACGACCGGGAACGGGCCGAGGAGCTGGCTAATGATGTGTTCCGGATCGTATGGGAAAAAATGCCTGCCGAACCGCCGGGCATCGGGTGGCTGATATCCACAGCCCGGAACGTGCTGGGCAACGAATACAAAGGCCGGCGACGGCGCGAACAGCTTATGGAGCGCCTCGCCGAAGAAGCCCGCAACAGGGCATCCGAAGGCGAGGATGACCAACAGGCTAACGTTGCCGACATTCTCTCAAAGCTGAAGGACAAGGACCGCGAAATCCTGATGCTCTCCTACTGGGACGACCTCACTACAGCCCAATTGGCCGAGAGCCTGGGGTGTTCCCCATCGGCTGCAGCCGTCAGGCTTCACCGGGCCCGCAAGGCCTTTGCGAAAGCCGCACCGACATACCTCATGACAGAACGGGAAGTCTAA MLATREQELSALHAEHFSRIYQYIAYRINDRERAEELANDVFRIVWEKMPAEPPGIGWLISTARNVLGNEYKGRRRREQLMERLAEEARNRASEGEDDQQANVADILSKLKDKDREILMLSYWDDLTTAQLAESLGCSPSAAAVRLHRARKAFAKAAPTYLMTEREV PGPT0014960_11500 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D3-18_01049 966 hypothetical protein ATGAAGTACCACCGATCCGACTACGCGAAGTACGCCATTCTCACATCGCTTGCACTTGCACTTGCTCTCACCGCGTGTACGTCGGCACCAACCGTGGCAGGGACATCAACCACGGCTACAGTTTCAGAGGAAATCTCGACCCTCACCCCGCCATCTCCTGCTCCCATGGAAGAGGAGGGGCTTCCCTCCCCTGCAACCAGCGCCCTCACGCCGGCTGACGACTCCCTGCCCAATGTTCCGACACCTTCGGCAGTGATCCCGATTATTGGAACTTCCCCACGGCCAACACCGGTTTCAGTGCCGGCAGCACCCCTTGTCCCTGTAGTGCCCACGGTCCCCTCGTCTCCCGTGACCACCCCACCGACAGTTATCGTAGAGGCGCCGATTACCCCCGTCGTCCCCTCAACCCCGCACGTCTCGCCCGACTACGGGAACGGCACGTTTACCTTCCCGGACGGCCACATCTCCTTCGATGTGCCCGCCGGCTGGACTGTACAGGTGGAGCAGGAACCGTACAACGAAGAAGCAAATCATCCCGGTGGAAAGGAGAACTCACTGGCTGCCATTATCTTCGACAACAACGGTGACAAACTTGCTCACATCACCAGCGGAGGCACCGGCGGTCTGGTCGCCGGGCCGGTCAACCGCACCATCCTCGACTCACAGGAACTCAGTGCATTCGACAGTCGTAACGGTGCCTCGCACTTCGCTTTCATAAGGGATGACTATGCCGGCTTCCCTGAATTTCCGGTCCGCTACTACATGGGGGTTGTGGCCGAGTACTTCATGACAGAGGGTCCCGACAGCCCTTCCGTGAACAGCTTCATGATCATGCCGAACGGGGCAGCAACCGCGGTTGCCGAGATCGACGCGTCCATGACGCCTGAAACCGCTGAAGCGTGGATGAAAACTGATCAATACGTCAAGCTTCGGGCATTGCTGACCAGTCTCCGCTACGCTGCCTAA MKYHRSDYAKYAILTSLALALALTACTSAPTVAGTSTTATVSEEISTLTPPSPAPMEEEGLPSPATSALTPADDSLPNVPTPSAVIPIIGTSPRPTPVSVPAAPLVPVVPTVPSSPVTTPPTVIVEAPITPVVPSTPHVSPDYGNGTFTFPDGHISFDVPAGWTVQVEQEPYNEEANHPGGKENSLAAIIFDNNGDKLAHITSGGTGGLVAGPVNRTILDSQELSAFDSRNGASHFAFIRDDYAGFPEFPVRYYMGVVAEYFMTEGPDSPSVNSFMIMPNGAATAVAEIDASMTPETAEAWMKTDQYVKLRALLTSLRYAA NA NA NA NA NA D3-18_01050 774 yjhP putative protein YjhP GTGACCGACAGTACTTCGCTTGAACTGCCGCCCCTCTACGAGTCCCTGACCTGGCTTACGCCGCTTTCCGAGGAACGTGCTGCACACCTTGTGGCGTTCCTGTCCGACCCGGCGCCGGTTGAGGTTCTGGACATGGGGTGCGGGTGGGGTGAACTACTACTTCGGGTTTTGACGTCGGCCCCGCAGGCACGGGGACGCGGAGTGGACAGTGCTTCCGCGTTCATCGACCGAGCGAGGCAACAAGCATTGACTCGTGGGCTGCTCGACAGAGCGACGCTTGATTCGATGCCTGGGCTGGAAGCCCAGGATCGCCCCGCAGACGCTGTCATCTGCATCGGCGCGAGCCAGATCTGGGGGCCGCCGGTAGAGGACGCGCAGCCGCTCGACTACGCCGCAGCCCTGCGTGCCCTTCGAGCCCTGGTGCTTCCCGGCGGCCGACTCGTCTACGGTGAGGCGATCTGGTCAGCAACACCTCATCCGGCTGCTATCGCCCCTCTGGCTGGACGTGATGACGAGTACCTGACACAAGATGCGTTACGCGAGCAGATCCGCGCCGCTGGCTTCGAAGTGGTGGACGACGACCAGGCAAGCGTTCAGGAGTGGGACGTCTTCGAAGCCGGGTATCGCGACAGGTTTAACCGTTGGCTCGAAGCACATGATGCCGACCATCCCGCCGCAGAGCAGGTCCGTCGGCAATATGAGGAACAGCGCGCTGCATATGAAGAGGGCTACCGAGGCGTACTCGGGATGGCATATTTCTGCCTAAAGGGGTAG MTDSTSLELPPLYESLTWLTPLSEERAAHLVAFLSDPAPVEVLDMGCGWGELLLRVLTSAPQARGRGVDSASAFIDRARQQALTRGLLDRATLDSMPGLEAQDRPADAVICIGASQIWGPPVEDAQPLDYAAALRALRALVLPGGRLVYGEAIWSATPHPAAIAPLAGRDDEYLTQDALREQIRAAGFEVVDDDQASVQEWDVFEAGYRDRFNRWLEAHDADHPAAEQVRRQYEEQRAAYEEGYRGVLGMAYFCLKG NA NA NA NA NA D3-18_01051 657 hypothetical protein GTGGTTCGCTTTACCCCTACCCCGCGAAAGAACCTGATGAAAACGGACACTGAAGTGCTGGCAGCCGACATGATGCGGTTTGCGTCCCTGCTAAGACACATGAACCTCTCTGTCGTGGCGCTCAACTACGAATCCCTTGCCAGAGCGCTTCAGACCGAACCATCGGAAGAGTCTGTGGAGGAAGTTCGCCTGTGGCTCCGCTCGTCAATGAAGGGCGGAAGCGGAAGCCTGCGTGACCGGTACGTGCAGAAGGACGGAGCAGTGGATGAAGTCCTCAACGCCGAGTACGAAGAACTTCTCCAGAAGTTCACGGATTTCATCAATGCTGAGCCGGAATCGAACGAGAGTGCGGCTGCTGCCATGTTCGCCAATGGAGGCACTTACTTCCGTCTGATCGAAACTCCCGTCCGTAGTAGATGGTTCTCCCTCAAAGGAACCTTCACGTACGAATTAGCGACTGCGCCGGGAGTCACACGGCTGGTGACGTTGGATCAACTCGATCAAGCTGTCGGTTACGGGCCGCAGGACTCCCGGAAGGACTGGCAGGAGTGTCGGATGGTTGCAGACCGCCTTTTCAGGGAGGGACGCAGGGACCAATGGGTTCACTACTCCAGCTCCTACATCGTTCCGGACGATGCACTCCGAAAGGATCGGTAG MVRFTPTPRKNLMKTDTEVLAADMMRFASLLRHMNLSVVALNYESLARALQTEPSEESVEEVRLWLRSSMKGGSGSLRDRYVQKDGAVDEVLNAEYEELLQKFTDFINAEPESNESAAAAMFANGGTYFRLIETPVRSRWFSLKGTFTYELATAPGVTRLVTLDQLDQAVGYGPQDSRKDWQECRMVADRLFREGRRDQWVHYSSSYIVPDDALRKDR NA NA NA NA NA D3-18_01052 465 hypothetical protein ATGGAAAATGAAAACGGGGGAACTGAGGAAACCGCAGCTCGCAAAGCCCTTGAAATGCTCCGGCGGGACACATCGAGGGCCACCCAGAGGGCTCGTGCTCCATTCTGGTACCGCTTCGGGTTTGCACTGGCGGTGGTTGCATTTATCCGGGCTTTCGGATTGGAAGGTAGCGCGTTCATCCTGGTTATCTCCATCAGCGCCGCAGCTGCGGTAGGACTAGGCCTTATCCGCCCCTGGGTGACCAAGACCCAAGCCGATCCCTGGGCCGACAGCCTGGCCCTTCGATGGGGGCTGCTCCAAACGGCAGCCGTACTCGTATTCGGGGCAGCCGGCATCCTCCTCTTCACCGTCACAAAAGAGGAATGGGTACTCTGGCTCGGATCCGTCCTCGCAGGGGCCGCATGCCTTTGGTCAAGCGCCCGAATGGAGAATGCACTCGCCACTTCGATCCGCGAGAACCGGTAA MENENGGTEETAARKALEMLRRDTSRATQRARAPFWYRFGFALAVVAFIRAFGLEGSAFILVISISAAAAVGLGLIRPWVTKTQADPWADSLALRWGLLQTAAVLVFGAAGILLFTVTKEEWVLWLGSVLAGAACLWSSARMENALATSIRENR NA NA NA NA NA D3-18_01053 312 hypothetical protein ATGCCTGCCCAAGAATCTCCGCTGCCAGCCTCGGACGACGTAATTCACAGCCCATACCGCCTGCGAATCTGCAGCCTCCTGCACCGGCTCGGCGACACCGAATACCAATTCCTGCGTGACAGCCTGGACATAAGCCCCTCAGTTCTCAGCAAACACCTCAAACGGCTAGAGGAAGCCGGCTACATACAACTCTCCTCTCGCACGGTCAACACCCGCCCACACGGCTGGGCCTCGCTGACGGAGACGGGCCGAAAAGCCTTCCTCTCCCATGTGGCATATCTTGAACAGATCATTCGCGACGCAGAAACCTAG MPAQESPLPASDDVIHSPYRLRICSLLHRLGDTEYQFLRDSLDISPSVLSKHLKRLEEAGYIQLSSRTVNTRPHGWASLTETGRKAFLSHVAYLEQIIRDAET NA NA NA NA NA D3-18_01054 459 hypothetical protein ATGGACCCGGGGGCAAGCAAGGATGGCAACAAGTATGCATGGCAATCCTGGCCAGCGGATTCCCTTGAGGGCATGCCGCCGAAACGAAGACGACTGGCTGTCTGGGGTCTCTGGTGGTTCCTCCTTTTAGGAGTGCTGCTCGGTAGTGTCCTGGATTCAGCAAACGTGCCGCAATCTTGGCGCACGTTATTGGCCGTTGCGGCGTTGGCTGCTGTCTTCGGCCCTTTGATCCGTGGGGCAGTGCTTGAAACCCGCAAGCTACGCGCTGAAGGTATCGATCTACCGTCCTATCCGGTCACCCGCAAGACACTGATATCGATGGCCGTCATCACAGCTGTTCTCTGGGTCGGTTTCGCCTACGTCGTCTCCATTGGAAGACCAGTGTTTCCCCTCCTGCCGATCGTCGGAACGCTTTGGCTCGCCTATCAACTCCTCCGAATGCGATCCGAGCGTCGTTGA MDPGASKDGNKYAWQSWPADSLEGMPPKRRRLAVWGLWWFLLLGVLLGSVLDSANVPQSWRTLLAVAALAAVFGPLIRGAVLETRKLRAEGIDLPSYPVTRKTLISMAVITAVLWVGFAYVVSIGRPVFPLLPIVGTLWLAYQLLRMRSERR NA NA NA NA NA D3-18_01055 261 hypothetical protein ATGAAGCCTTGGGTTCTTCACTCGCAGGAGAAACGCTCCAGGATTTACTGGTCGATTCAGATTACCGTGGGCGTCGTTACAATGATTGGGATACCGATTCTCCTGCTGAGGGAGCCGACAGTGGATCATGTCATGATTTCTGTAGCCGTCGCCCTTATCGGCATCGTGGCGATGGTATTCAGCATAAGAGAGCTCAGGAAACTCCCAAGTGAATACCGGCACGTGGAAGAGGGGAAAGACAACCCTACTGGCCGGGCTTGA MKPWVLHSQEKRSRIYWSIQITVGVVTMIGIPILLLREPTVDHVMISVAVALIGIVAMVFSIRELRKLPSEYRHVEEGKDNPTGRA NA NA NA NA NA D3-18_01056 183 hypothetical protein ATGCACCTGTTCTATCTAGCCATCGCGATACTTTGCGCACTCCTCATCGTGGTTCTCCTTCTAGGTGCAGTAGTTAGACTGAAAAAAGAAAAGCTAACGATTGCCCGCCGAGAGTATTGGCTGATCATAGCTGCCGCCCTCGTAGGTCTTGGATGCATGGTGTTGTTTGCAGTCAGTAGCTAA MHLFYLAIAILCALLIVVLLLGAVVRLKKEKLTIARREYWLIIAAALVGLGCMVLFAVSS NA NA NA NA NA D3-18_01057 195 hypothetical protein ATGGAAGCACCCCGCTTTTCGACCGTCTACGCCGGGTTGGGGATCGTGCTGTGGCTGGTGCTGGCGGCAACCGATATCGCTGACAACGGCACATCTTGGCGAACGGTAGCGTATGCCCTACTTCTGGCGTTTTCGATTTACATCTTCGTTAGGGCGATCAACACTCTGCGTAGTCAGAAAGGTGAGAAGCGGTAG MEAPRFSTVYAGLGIVLWLVLAATDIADNGTSWRTVAYALLLAFSIYIFVRAINTLRSQKGEKR NA NA NA NA NA D3-18_01058 276 hypothetical protein ATGGACCATCGATCCAAGGGACGGACGAATGAATGGGTTCATCCGACAGTAAGACGAGGCACCATTCTTTGGACCGGTCAGGCTCTCGCGTTCACGGGTGGTGCTATCTTCATCATTTTTCTCGCCTTTCAGGACCCTACGGTTGAACGTCTATGGTGGGCGGCACTCGCTCCGATCGCAGTCGTCCTCGTCTGGCTCTTGACCAGGAAGATGATCAAGAACCTTCAACGCGATTTTCGATACGAAGAGAACGTCAACACCAAAGATCAGGGTTGA MDHRSKGRTNEWVHPTVRRGTILWTGQALAFTGGAIFIIFLAFQDPTVERLWWAALAPIAVVLVWLLTRKMIKNLQRDFRYEENVNTKDQG NA NA NA NA NA D3-18_01059 141 hypothetical protein ATGGCCGCTGTGGCCCGTTTTGTAAGGGCAGGTATAAGAACACGGCTAGGATCTGTTCTCGCCCGCGCCCTCGCCCAACAATCGCAGGCTAACCGGGCCGGTCAACGGATGAAGAACGAAGAGGACCTGGTGTCCTGGTAG MAAVARFVRAGIRTRLGSVLARALAQQSQANRAGQRMKNEEDLVSW NA NA NA NA NA D3-18_01060 294 hypothetical protein ATGGGAATCCTAAAAATAGGGCAGTATCTTGCGTTTCGCGATTTACACTCGGATGGCCTTCTTCCCCTCAGGAGCGAGTTGCGGTATCAAGATCCGTGGCGGTGGCAATTTGGGCTGCTGTATCTGATCTGCGGAACAGTCTTCTGGCCCCCGCTGTCCACGACCCGCATGATCATGGGGATCGTTTTCGTCGCCATCGTGACCGTTCTCCTGATCCTCAAGATCATCCGAGGTCGCTCGACTACCAGGACACCAGGTCCTCTTCGTTCTTCATCCGTTGACCGGCCCGGTTAG MGILKIGQYLAFRDLHSDGLLPLRSELRYQDPWRWQFGLLYLICGTVFWPPLSTTRMIMGIVFVAIVTVLLILKIIRGRSTTRTPGPLRSSSVDRPG NA NA NA NA NA D3-18_01061 444 hypothetical protein ATGGATGGGTGGCGAAGCGGGCAGCGGCGCCGGGTGCCCGGCAGGCCCCGGGCACCCGCGGGGCGAACGGTAGAACTCGCCGTAATAGGTCCCGAGCCGGTCTCGATAGGCGGGATCGTCAGCGGTGGCATCATCGAGTTCTGGCGAATCCTTGATCTGGGACTTCGTGAGATCGACGTAGACCTTCTCGTCCGCGTCGTCGACACGCTGAATCGTGCCCGCCGGAAGAATTACCTTCCGGCCGAAGATCCACGGGCCGGTGTCGACCACGATGCTGCTTTCATCGACCGCGTTGCTGGCCTCGTCGACCTTGCCGATGTCGCCATCGGAGGCGTGAACGCGATAGCCCACGATGGTGCCGGACTCAGCTGCGCGAGCCGACGAATCACGGTAATTCCAGGCGTCCCACCGATCGAAGTCATCGGAGACATCCTGTTGCGATGA MDGWRSGQRRRVPGRPRAPAGRTVELAVIGPEPVSIGGIVSGGIIEFWRILDLGLREIDVDLLVRVVDTLNRARRKNYLPAEDPRAGVDHDAAFIDRVAGLVDLADVAIGGVNAIAHDGAGLSCASRRITVIPGVPPIEVIGDILLR NA NA NA NA NA D3-18_01062 852 COQ5_2 2-methoxy-6-polyprenyl-1,4-benzoquinol methylase, mitochondrial ATGGGCGACTCGCACGAGGAAATGCTTCGTCACTACGAGCCGGGCGGACTTCTGCCGCGAATCGTGGCGGGGTTGCAAGCTCTCGGCAAGGACCTGGACTCGGTCACGCACGAAGATCTCGCGCCGGCCGACGAGTTTCACTCCGCGGGACGTTCGGCTACGCGCGCATTGGTGGAGCTTGCAAAGATTCCGCCAGGATCGCGAGTGCTCGACGTGGGCAGCGGGTTGGGCGGCCCGGCGCGTTACCTCGCCGCAACTTTGGGTTGCGACGTGACAGGCATCGATCTCTCGCCTGAATTCTGCGGGGTGGCCAACGCCCTTTCTCGGATGACGCGTTTGTCCGATCGCACCCGCTTTCAGGCGGGTGATGCCCTGGAGCTTCCGTTCGCCGCGTCCAGCTTCGATGTGGTGTGGACGATACAAATGCAGATGAACATCCAGGACAAGCGCCGCCTGTATTCCGGAATCGCCCGGGTACTCAGGCCGGGCGGGCTGTTCGTCTGCCAAGAAATCTGCGCGGGGAACGGCGAGCCGATCGAGCTTCCGGTCCCATGGGCGAGCCGCCCCAACCAGAGCCATCTGGCCGATGCGGAATCCCTCCGCGGGTTGATCCGCGGTGCAGGTCTCCTGGAGCGCACCTGGCGCGACATTACCGCCGACATCGTGGCGGCGCGCAAGGCACAGCAGGCGAAGGCGCAAGCGTCGGGTGCGAGCGGCTCCAGCGCCCCTCCTCCGCTTGGAATGCATCTCGTGCTGGGAGAACAGGCAGCCGTCAAGACGAGTAACTCCGGGCGCAACACCGACGCCGGGCGCACGGTGTTCATCCAGGGCGTATTCGACAAGCCTGTCTAG MGDSHEEMLRHYEPGGLLPRIVAGLQALGKDLDSVTHEDLAPADEFHSAGRSATRALVELAKIPPGSRVLDVGSGLGGPARYLAATLGCDVTGIDLSPEFCGVANALSRMTRLSDRTRFQAGDALELPFAASSFDVVWTIQMQMNIQDKRRLYSGIARVLRPGGLFVCQEICAGNGEPIELPVPWASRPNQSHLADAESLRGLIRGAGLLERTWRDITADIVAARKAQQAKAQASGASGSSAPPPLGMHLVLGEQAAVKTSNSGRNTDAGRTVFIQGVFDKPV PGPT0009485_147 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-VITAMIN_E_BIOSYNTHESIS,PGPT0009485-rebM|vte3|adpE|eryG-K18534 NA NA D3-18_01063 372 hypothetical protein GTGCAATTCTCCCTTCGTCCCAAGGGTCCGTGGGTGGCTGACAACCTGGATCAGCGGATAGCTCGCCTCCCCGCAATCGCTTACGGCTTCGTCGTCCGCTGGACCGTTCCCGAGATGCGATTTATGCCGCAATTCCTACTGGTGCTGTCAGGCGTCTTGCTCGGCACCGCAGCAACGCTTCTTATCGAATTTCTCCTGCCCCGCCGTGCGGCAGAGAAGGCAGAGGCGGCGACGGATGCGTCGCGAGAAATTCAAGAGACGTCGCTAGAACTTCTTCGCGAGACTCAACTCCTGCTCGCCCGCGCGCAGGCCGAGTTGCGTCAACGACCCTGGTGGCGACGGCGGCCGAAAGGTTCAAGGCGATACAAATAG MQFSLRPKGPWVADNLDQRIARLPAIAYGFVVRWTVPEMRFMPQFLLVLSGVLLGTAATLLIEFLLPRRAAEKAEAATDASREIQETSLELLRETQLLLARAQAELRQRPWWRRRPKGSRRYK NA NA NA NA NA D3-18_01064 249 hypothetical protein ATGACGCCAGGGAAGCAGCAGCCCACGAAGGTGCAAGCGGTCTTTTTTGGTGTTCTCGCTCTGATGCTGCTTGCGAGCAGGGTCCTTTCGTTGTTTGAGGGTCATTCTCCAACAGTCCCTTTTTGGATCATTGTGGGGCTGAATCTCGTCCTCTTAGGCTTGTGCATTTGGTGGTATGTCCGCGCTGCCAAGGTCCCCAAACGCACTCGCCGCGGCTCCAAAGACTTTTCTAAAAGATCGCCGTCATGA MTPGKQQPTKVQAVFFGVLALMLLASRVLSLFEGHSPTVPFWIIVGLNLVLLGLCIWWYVRAAKVPKRTRRGSKDFSKRSPS NA NA NA NA NA D3-18_01065 993 hypothetical protein GTGACAGTTGTAGACTCCCGTTCCACGACGCGCTATCGCGTCACACACTTTTTGGGGGAGGTTGTTGTGGGTGCTTTGCGCGGTTTTCAGGCCTTCAATGAACGACGACGGCTCGGTGCGGCGGGGACGGTCGCCGTCGCCATCTTGCTGGCACTGGTGCTGGGAACTTCGGGTCCACCCGCCGAGGCCAGCGAAATCAAGGATGCGGCACACTCAAATCTCGGCACAGCATCGAGCGACGTCAAGAACGACTTCAATGGGGACCACAAACCTGACATTCTGGCCCGTGACGGCGCCGGCGACCTATGGCTCTACCCCGGAAACGGCTCCGGCGGTTGGCTGCCCCGGATTCAGGTAGGAAACGGCTGGAACATCATGACGGCGATCATTGCCCCCGGGGATTTCAATGGTGACGGTCACGCCGACATCCTGGCCCGTGATGATCCCTTGGGTAATTTGTGGCTATACCCCGGAAATGGCTCGGCGGGATGGATGCCCCGTGTGCTGGCAGCCGGTGGCTGGAATAACCAGACTAATAGCCTAGGGATCGGCGACTTCCAAGGCGACGGATTCGTTGACGTAGCCGTCTCTAACCGTGGCGGACTGTGGATACAGCGCGGTAATGGCAAGGGAGGTTGGCTGGCAGCAGCATGGGCGGGATACGGCTGGTTCTTCGGATCGGAAGCCATCGGTGTCGGTGATTTCAACAGTGATGGAACGTCTGATGTCGTGGGTCGCGATAGTTCGGGTGTCCTGTGGCTCTACCCTGGCGACGGAACCGGCGGCTGGTTGCCACAGAGCGTGACAGGCGCCGGTTGGAATGCCATGAACTCCCTTGTTGGACCCGGCGACTTCAACGGGGACGGGAAGAACGACATCCTGGCACGAGACTCCATCGGCGACTTGTACCTTTATGAGGGCAGCGGCGGACCTGCATGGCCCATGTCGAGGAAAGTGGGCAACGGCTGGAACGTCATGACGGCGATCTTTTAG MTVVDSRSTTRYRVTHFLGEVVVGALRGFQAFNERRRLGAAGTVAVAILLALVLGTSGPPAEASEIKDAAHSNLGTASSDVKNDFNGDHKPDILARDGAGDLWLYPGNGSGGWLPRIQVGNGWNIMTAIIAPGDFNGDGHADILARDDPLGNLWLYPGNGSAGWMPRVLAAGGWNNQTNSLGIGDFQGDGFVDVAVSNRGGLWIQRGNGKGGWLAAAWAGYGWFFGSEAIGVGDFNSDGTSDVVGRDSSGVLWLYPGDGTGGWLPQSVTGAGWNAMNSLVGPGDFNGDGKNDILARDSIGDLYLYEGSGGPAWPMSRKVGNGWNVMTAIF NA NA NA NA NA D3-18_01066 210 hypothetical protein GTGGTCAACCTGAACGGCGAACGCGCTGTCATCGGGTTGACCACGTTCCACGAATCGATCGATCCAGAACTGACGCGAGAGGCACGGGCCGTCTTCGACTCGATCGTATTCAAGTCCACCCCTGACGGCAGTTGTGCTCATTGCGCCGACCGCGCCGTCAGCGCATCGCCCAGTCATGGTTACCCGGAGAGTCTCCCTTTCCGGATGTGA MVNLNGERAVIGLTTFHESIDPELTREARAVFDSIVFKSTPDGSCAHCADRAVSASPSHGYPESLPFRM NA NA NA NA NA D3-18_01067 462 hypothetical protein TTGCCGGCGAGCGGCGTCATCGACGCCGGCACACACCTTGCCACCAGTTTCAAGGAACCTTTTGAGATCACCGTCCCGGACGGCTGGACGGCCGAAGAAGACGGCCTGGGAAAGGACGACCCGGATCACCCGGGTGACATGGCCGTCTACCTGACTTTCTGGCCTTCGAACTACGTACCGACGGACGCATGCGCGTGGCAGGGCGCGCTGGTCGAGCTCGATCCGTCGGCTAAGGACTTCGTCGACGCAATAACGGCGCAGACCTCAATGGCGAGCACCCCTCCGGTCGAGGTCGGGGTGGGCGACTACCGCGGGTTCGAGTTCGACCACTCCGTCGAAGGCATCGCAGACATCAAAGGCTGCGACGAAACAGGATCTGTGTCCGCTCGGAGTTCTCGCCCATATGCACCCGCTGGTACTCAAGCGTCGCTGAGCGGGAAACCTACCGGGTGGTCAACCTGA MPASGVIDAGTHLATSFKEPFEITVPDGWTAEEDGLGKDDPDHPGDMAVYLTFWPSNYVPTDACAWQGALVELDPSAKDFVDAITAQTSMASTPPVEVGVGDYRGFEFDHSVEGIADIKGCDETGSVSARSSRPYAPAGTQASLSGKPTGWST NA NA NA NA NA D3-18_01068 1461 sad_1 Succinate-semialdehyde dehydrogenase ATGAGTACTGAAACCACATTGGACCTTCCCGAAACCCGGCTCTTCATCGGCGGGAAATGGACGCCCTCCGCCACCGACGCCACCCTGCCGGTCATCAACCCGGCCACCGGCGAAGCAATTGCACACGTCTCAGACGCCTCCGTCCAAGAAGGCCTGGCGGCACTGGACGCCGCCTGCGCCGCACAGGACGCATGGGCAGCAACTCCGGCAAGGGCCCGCGCCGACATTCTCGCCCGCACCCACCAAGGCATCATCGACCGTCGCGACGACTTCGCCCGCCTAATAGTTGATGAGATGGGCAAGCCCTGGGCCGAAGCACAATCGGAAGTCGACTACGGCGCCGGGTTCTTCCGCTGGTTCGCTGAATCCGCCGGCAGGATCCACACCGAAGGCCAGTTCGGCGTCGAACCCGGCTCGAACTACCACGTTGCCGTGTCCAAGCGGCCCGTCGGACCGTCACTACTGGTCACCCCCTGGAACTTCCCACTCGCCATGGGCGCCCGCAAGATCGCGCCCGCTCTGGCGGCCGGCTGCACCACCGTACTGAAGCCCGCCGCCCAGACCCCGCTCACCTCCTTGCTACTTGCCCAAGTCCTCCAAGAAGCAGGCGTCCCCGCCGGCGTCGTGAACGTCGTAGTGACAGGCAATTCCCGGGACCTGATCGGCGCCATCATGAACGACACACGGACGCGGAAGATCTCTTTCACCGGATCAACCCAGGTAGGCCGGGTGCTTCTGGCCCAGGCCGCGCAGAACGTCATGAATACCTCCATGGAGCTCGGCGGCAACGCCCCGTTGATCGTCTTCGACGACGCCGATCTGGACACAGCCGTTGAAGGCGCCTACCTCGCCAAACTCCGCAACGGAGGCCAGTCGTGCGTCGCCGCGAACCGGATCTACGTCCAGTCCGGAATCGCGGCCGAGTTCACCCAACGCTTCACCGAACGCCTCTCCCACATCGCCGTAGGCAACGGCCACGAACCCAGCACCGGCCTCGGCCCACTGATCGATGACAAACAACGCACAACCGTCCACAACCTTGTCACCGATGCAGTTGCCAAAGGCGCCACCTGCCTCACAGGCGGCCAGATCATCGAGGGCCCGGGCTACTACTACCAGCCCACCGTCCTCACCGACATCCCCGCCGATGCCGCCATCAAGGACGAAGAGATCTTCGGTCCCGTGGCAGCGATCTACACCTTTGACACCGAAGAAGAAGCCATCTCCGAAGCGAATGCCACCCCCTATGGTCTGGCCTCGTACGTCTTCACCAGAGACCTCGCGCGGGCACTTCGAGTTGCCGACGCAATCGACGCCGGCATGACCGGTGTCAACCGCGGACTCGTCAGTAACCCGGCCGCACCTTTCGGTGGCACGAAACAATCAGGACTGGGCCGTGAAGGGGGCATCGAAGGTCTTGAGGCCTACCAGGAAACCAAATACACCGGCATCCAGCTGTGA MSTETTLDLPETRLFIGGKWTPSATDATLPVINPATGEAIAHVSDASVQEGLAALDAACAAQDAWAATPARARADILARTHQGIIDRRDDFARLIVDEMGKPWAEAQSEVDYGAGFFRWFAESAGRIHTEGQFGVEPGSNYHVAVSKRPVGPSLLVTPWNFPLAMGARKIAPALAAGCTTVLKPAAQTPLTSLLLAQVLQEAGVPAGVVNVVVTGNSRDLIGAIMNDTRTRKISFTGSTQVGRVLLAQAAQNVMNTSMELGGNAPLIVFDDADLDTAVEGAYLAKLRNGGQSCVAANRIYVQSGIAAEFTQRFTERLSHIAVGNGHEPSTGLGPLIDDKQRTTVHNLVTDAVAKGATCLTGGQIIEGPGYYYQPTVLTDIPADAAIKDEEIFGPVAAIYTFDTEEEAISEANATPYGLASYVFTRDLARALRVADAIDAGMTGVNRGLVSNPAAPFGGTKQSGLGREGGIEGLEAYQETKYTGIQL PGPT0001580_1899 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135 NA NA D3-18_01069 735 bacC_2 Dihydroanticapsin 7-dehydrogenase TTGAGACTTGATAAAACCACGGCCGTCGTAACCGGAGCAAGCAGCGGAATCGGCGAGGCAGTGAGTTCACATTTCCGCCGCGAAGGAGCCCGTCTCCTCCTCACCGGCCGCAGGGAACAACTCGACAACGCCCAAGCTGAAGACCTATACGTGCCTGGCGACCTCAACGACGAAGCATTCGTCGAAAGCCTCGCCCGCCAGGCTGCAGAGTCCTTCGGAACAGTGGACGTCGTCGTCCTCAACCACGGACTGCAAGTCACCGGCCCGCTGACAGAGATGAGCCACGAGGACGCGAAGAACGTGCTGCACAGCAACCTGCTCAGCTCGTTCCTGATGATGAAGCACTTCGCACCGCTGATGCCCGCCGCCGGTGGTTCGTTCGTGCTCGTCAGCTCGCGCCTCGGGATGGTCGGCATGGCAGACCAAGTCCTGTACTCCGCGGCCAAGGGCGGCCTCATTATGCTGGCCAAGGGCGCCGCTATTGAATGGGCCTCACGGAACATCCGCGTCAACGTAGTGGCACCGGGTCTGACGGCTACCCCCATCATTGAAGCCTCCATCCAACGCAGGGACGACCCCCAGGCCTACCGCCGACAACGCGAAGGCCAGATCCCGCTCCAACGCCTCGCCACCCCCGACGAAATCGCCGACGCCATCCTCTTCATGGCCTCACCGGAATCCTCCTACATCACCGGAGCGGTACTCCCCGTCGACGGCGGTTACACCGCCTTCTAA MRLDKTTAVVTGASSGIGEAVSSHFRREGARLLLTGRREQLDNAQAEDLYVPGDLNDEAFVESLARQAAESFGTVDVVVLNHGLQVTGPLTEMSHEDAKNVLHSNLLSSFLMMKHFAPLMPAAGGSFVLVSSRLGMVGMADQVLYSAAKGGLIMLAKGAAIEWASRNIRVNVVAPGLTATPIIEASIQRRDDPQAYRRQREGQIPLQRLATPDEIADAILFMASPESSYITGAVLPVDGGYTAF PGPT0012770_39 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0012770-bacC-K19548 NA NA D3-18_01070 1125 D-threonine aldolase ATGAACAACAAGGAGCACAGTGTGAACCGTATTCAACAAGCACTCGAGGCACTCCACGGCCGGATCGACAGCCCCTCACCGGTCGTGCTGTCCGACGTCATGCAGGAAAACATCGACCGCATGCAGGCCTTCGCCGATGCGCAGCATTTGGTTGTCAGGCCTCATGTGAAGACCCACAAATGCGTGGAAATCGGACGTCGTCAGGTCAAGGCGGGCGCGGTCGGAATCACCGCCGGCAACGTCGGGGAAGCCGAAGTCTTCGCAGCCGCCGGGTTTGGCGACATCTTCATCGCCTACCCGATTTGGACCGCCGGATCCAAAGGTCCGCGGATCCGAAAGCTGGCCGAAACTACCCGTCTTCGGGTTGGTGTCGACAACGTCGCAGCGATCGATGCCCTGGCCGACGCGATGGGATCAGAAGCGGAGCTGCTGCAGGTTGTCATCGAGGTCGACTGCGGTGCCCGTCGTTCCGGTGTGGCTCCCGAGGCCGCCGGACACCTCGCCCAAGCCGCCCGCAAGCGCGGCCTGGTGCCAGCCGGCGTCTTTACCTATCCGGGCCACGGCAGCGCCGGACCGGACGCCCGCAAGCGTGCAGCTGCCGACCAGGATACCGCGCTCGTCACAGCCGTTCGCAGCGTCAGCGCAGTAGGCGTCACCGCCGAAGTGGTCAGCGCCGGTTCCACACCCACCGTGGAATTTGCCACCAACAGCGTCATCACAGAGATCAGGCCAGGCGAGTACGTTTTCAATGACCTCAATAACACCCGCCTCGGCGCTTGCACAGAGGACCAGATCGCACTTTTCCTCGCCGGCACAGTAGTCAGCGACTGGGTCCCCGATCAGGTACTCCTCGACATCGGAACCAAAGCCCTCGGCCGTGAAGGCAACCCCGAGATTGGCTACGGCGGAATCGCAGGCACCAGGGCCGTCCTGTCCAAACTCAACGAATACCATGGCTTCCTTCCCCTTCCCACGGGGTTCCGCCCCGCCGTCGGGACCGTCCTTCCCGTGGTGCCCAACCACGTCTGCCCGGTAGTGGTTAATTTCGAGGAGTACATCGTCACCGACAGCACAGGCACCACCCTGGAACGGTGGCCTGTGGACGCCCGGGGATTCCTCAACTGA MNNKEHSVNRIQQALEALHGRIDSPSPVVLSDVMQENIDRMQAFADAQHLVVRPHVKTHKCVEIGRRQVKAGAVGITAGNVGEAEVFAAAGFGDIFIAYPIWTAGSKGPRIRKLAETTRLRVGVDNVAAIDALADAMGSEAELLQVVIEVDCGARRSGVAPEAAGHLAQAARKRGLVPAGVFTYPGHGSAGPDARKRAAADQDTALVTAVRSVSAVGVTAEVVSAGSTPTVEFATNSVITEIRPGEYVFNDLNNTRLGACTEDQIALFLAGTVVSDWVPDQVLLDIGTKALGREGNPEIGYGGIAGTRAVLSKLNEYHGFLPLPTGFRPAVGTVLPVVPNHVCPVVVNFEEYIVTDSTGTTLERWPVDARGFLN NA NA NA NA NA D3-18_01071 513 hypothetical protein ATGAGCACTCCAATCGCCCCCGCTGATTCCCGAATCGAGCTGGTCGCCAACGGCGTGTCCGACTCACCATCAGACCGCCTCCGTGCACTCAGCCTGGAGCTACCCAGCCTGGCTGACAATCCGTACTACCTGCATCACAGTTCGGTGGACTCGAGCTTCTATATCTCGGGCCAACTGCCGTACAAAGACGGTGAACTCTTGGGCACCGGCATCGTAGGTCTCGACGTCGAACTCGATGCAGCACAGGAACTCGCACGCCACGCCGTGCTCAACGCACTGGCTGCCGCGGTCCAGGCGCTAGGCCACCTGGACCGGGTCCGCATTGTGCAGATGCTCGTCTTCGTGGCCAGCACTCCGGACTTCGGTCTGCAATCGCAGGTCGCCAACGCAGCCAGTGACTTGCTCATCGGGGTGCTCGGCGACAACGGACGGCACGCACGCACCGCGATCGGTGTGGCCGGGCTACCCCGCAACAGCCCTGTCGAGATCCAAATGGTCTGCACTGAGGCCTAG MSTPIAPADSRIELVANGVSDSPSDRLRALSLELPSLADNPYYLHHSSVDSSFYISGQLPYKDGELLGTGIVGLDVELDAAQELARHAVLNALAAAVQALGHLDRVRIVQMLVFVASTPDFGLQSQVANAASDLLIGVLGDNGRHARTAIGVAGLPRNSPVEIQMVCTEA NA NA NA NA NA D3-18_01072 1179 soxA_2 Monomeric sarcosine oxidase ATGACAGATGGAAAACTTGCCGTCATCGGCCTCGGCACCATTGGCAGTATGTCCCTGTGGCAGGCCTCCCGCCTGTCCGACTCCGTTGTCGGCTTCGAAGCCAAGCTGCCCGCCCACGGGCGCAGCGCCGTGGGCGGAGACACCCGGCTCTTCCGGATGATCAACCTCAACCCAGGCTTCAACCCCATCCTGCAGAGCTCCCAGCGCCTCTGGGCCGAACTCGAGAATGAAACCGGCCAGGATATCCTCCTGCGCTGCGGCGGTCTCTACATCGGCACGGTAGACGGTGCATACATACCGCAGTTGCTCGAATCCGCCCGGACAGCCGGCGTCGCCCACGAAATCCTCTCCCGTCCGGAAATGGCAGAACGCTACCCGCAGCACAACCTTCGTCCGGATGACATCGGGGTGTTCGACCCCAACGGTGGGGCGCTGCGAACGGACAGGTCCGTCACGGCCGCGATCTCCGCTGCCCAAGCCAACGGCGCCACCGTGCTCACCAACACCCCGGTGGACGAAATCCGGGAAACCGACCACGGCGTGGTGGTGACGTCCGGGGAAAGGTCCTGGACATTCGATAACGTGATCGTCGCCTCCGGAGGTTGGTCCCAAAAACTGATGCCGGAGTCGCTGCAGGCACACACCCAACCCAACAGGGTCTTCCTGACCTGGTTTGTTGCAAAGAATCCAGCGCTCTTCTCCCCGGACCGATTCCCCGTTTTCGTCCGGATCTCCGGTGACCGGTCTATGTACGGGGCTCCGGCAGTGGACGGGGCCACCGTGAAGTCGACGTTGAACTTCCGCCCCACCCCGACCGGGAACCCCGACGCAGTACCCAGGGAACTTACCGAGGCAGAGATCGCCGAGACCACCCAGACGGTGAGCGAGTTCTTCCCCGGTTTGTACCCGAACATCGTCCGTTCGGATGCCTTCCCGGACCTCTTTACCACCGACCGCAATCCGCTGCTCGGCCGGTTGGATCCAGAGAGCAGGGTCTACTGCGCCACAGGGTTCTCCGGCGGCGGCTTCAAAATGGCCACCGGCTACGGCGAGATCGCTGCGCGCGAAGCACTCGGCATCCAGACGTATGAGGGCCTGGACTTCATTCGTCCGGAACGTTTCATGAGCGTCCACACCACGCAGTCCGTCGCGGCCGGACAAAGCTCGTCCCGGAACTAG MTDGKLAVIGLGTIGSMSLWQASRLSDSVVGFEAKLPAHGRSAVGGDTRLFRMINLNPGFNPILQSSQRLWAELENETGQDILLRCGGLYIGTVDGAYIPQLLESARTAGVAHEILSRPEMAERYPQHNLRPDDIGVFDPNGGALRTDRSVTAAISAAQANGATVLTNTPVDEIRETDHGVVVTSGERSWTFDNVIVASGGWSQKLMPESLQAHTQPNRVFLTWFVAKNPALFSPDRFPVFVRISGDRSMYGAPAVDGATVKSTLNFRPTPTGNPDAVPRELTEAEIAETTQTVSEFFPGLYPNIVRSDAFPDLFTTDRNPLLGRLDPESRVYCATGFSGGGFKMATGYGEIAAREALGIQTYEGLDFIRPERFMSVHTTQSVAAGQSSSRN PGPT0013530_429 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013530-soxA|solA-K00301 NA NA D3-18_01073 768 glnQ_1 COG1126 Glutamine transport ATP-binding protein GlnQ ATGAACGCTGACGGGACCATCCTCGCCCAAAAGATCCGGAAGTCCTTCGGACCCAAAACGGTCCTCAAAGACGTGGACCTTGAAATTGCCAGCGGAGAAATCTGCTGCATCATCGGCCCAAGCGGCTCCGGCAAGTCCACTCTCCTGCGCTGCATCAACGGCCTTGAGACCGTTGACTCGGGCATCCTGAAAGTCAACGGCGAAGACTTCGGCTACTACGAAACCGCCAACGCTTATCACGCCCTGCCACCCAAAAAGCTCGCTTTGCAACGCACCCGCGTGGGCATGGTGTTTCAATCGTTCAATCTCTTCCCCAACATGACCGCCCGCGAGAACGTCATGGCCGGACCGGTCCTGGTCAAACGCGCCGACAAAAAACAATCAGCCAAACGAGCCCAGGAACTGCTCACAAGCGTTGGCCTTGGAGCGTTCGGGGATCGTTATCCCGCCGAACTCTCGGGTGGGCAGCAGCAACGCGTTGCAATCGCCCGGTCACTGGCCATGGACCCTGAGATCATCCTCTTCGACGAACCCACATCCGCCCTGGACCCCGAAAAGGTGGGCGAGGTGCTCTCGGTCATGCAGGACCTAGCCAAGAAGGGCATGACCATGGTGGTGGTCACCCATGAAATGGGTTTTGCCCGGGAGGTCGGCGATTCGCTCGTCTTCATGGATGAGGGCTACATCATCGAGCGCGGCGACGCCCGCGAAGTTCTGACCAACCCACAAGAAACCCGGACGAAGTCCTTCCTCGAGAAAGTGCTCTGA MNADGTILAQKIRKSFGPKTVLKDVDLEIASGEICCIIGPSGSGKSTLLRCINGLETVDSGILKVNGEDFGYYETANAYHALPPKKLALQRTRVGMVFQSFNLFPNMTARENVMAGPVLVKRADKKQSAKRAQELLTSVGLGAFGDRYPAELSGGQQQRVAIARSLAMDPEIILFDEPTSALDPEKVGEVLSVMQDLAKKGMTMVVVTHEMGFAREVGDSLVFMDEGYIIERGDAREVLTNPQETRTKSFLEKVL PGPT0020790_2472 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 D3-18_01074 933 hypothetical protein ATGACAACGACTACCAACAAAAAGGGCAAGATGGCAGTAGGCAGCATCGACGCTGCCTTGAAGCCACGGCTTCGCCTTAGGACACGCTCGGAGTATGCAGGGTGGATCTTCAGTATCCTCCTCGCCATCGGGATCCTCACCTCGGTGATGACCAATCCCAACTTCAAATGGGACATCGTCGGGAAGTACTTCTTCGCGGAGTCGATTCTGCGTGGCCTCATGCTCACGATCTTCCTCACCGTCGCAAGTATGGCGCTGGGAACATTGCTCGGGCTTGCCCTCGCGATCATGCGGTCGTCCAAGGTAAAGCCTGTCGCCTTGGCCGCCGGGCTCTACATCACTTTATTCCGGGGCACCCCAGTGCTGGTGCAGCTGATCTTTTGGTTCAACCTTTCGGCCCTGTACCCGAACCTGACCATCGGTATCCCCTTCACGGACTTTGGCACCGCGATTGACACGAACGCCATTATGGGACCGATCACCGCTGCCCTGGTAGGGCTGACGCTCAACGAGGGGGCCTACATGGCCGAAATCGTCCGCGGCGGTTTTTCCGCAGTGGGCAAGGGCCAGATCGAAGCCGCTGACTCCCTCGGTATGAGCGGGGCCATGAAGATGCGCAAAGTCATCATCCCCCAAGCCATGCCTTCGATCATTCCGGCGACCGGCAACCAGGTCATCGGGATGTTCAAGGGAACATCGCTGGTCAGCGTCTTGGGCGTAGCCGAACTCCTCCAAAGCGCCCAACTGATCTACGCCCGCACGTTCGATACCATCCCGCTACTGCTTGTGGCCAGCCTCTGGTATCTCATCATGACCCTGCTGCTGAGCTATCCGCAGTCCAAGCTCGAACAAAAGTACTCCCACACCTCCGTTCGGCTTCCCCGCAAGGCCCGCAACGTGACGCTCACCGCCCCCGAAGGGATAGCACGATGA MTTTTNKKGKMAVGSIDAALKPRLRLRTRSEYAGWIFSILLAIGILTSVMTNPNFKWDIVGKYFFAESILRGLMLTIFLTVASMALGTLLGLALAIMRSSKVKPVALAAGLYITLFRGTPVLVQLIFWFNLSALYPNLTIGIPFTDFGTAIDTNAIMGPITAALVGLTLNEGAYMAEIVRGGFSAVGKGQIEAADSLGMSGAMKMRKVIIPQAMPSIIPATGNQVIGMFKGTSLVSVLGVAELLQSAQLIYARTFDTIPLLLVASLWYLIMTLLLSYPQSKLEQKYSHTSVRLPRKARNVTLTAPEGIAR PGPT0020795_1898 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 D3-18_01075 921 hypothetical protein ATGAAGACACAACGCAAGGTCCAGGCCTCCACGGCGGCATTGGCCCTCCTCTTGGCCGTGACCGCTTGCAGCGCTGCAAACGGCGAACCCTCTGCCACCTCCACAGAACTGGGATTGAGGGACATCTCCGAAGGCGTCCAACCTGACCAGAAAGCTGTCAGCCTCCTGCCGCAGAAGTACAAGGACAAGGGTGAGCTGACCGTAGCCGCAGACCTCCACTATCCGCCGACGGTCTTCCTCGCCGAGGACAACAAAACACCCATCGGCCTCAACCCGGACATCACCCGGCTCATCGCGAAGAAGCTCGGAGTAAAGGTGAACTTCGTTGACACGAAGTTCGACACCATAATCCCCGGCCTTGACGGAGGCCGCTTCGACTTCACGGTTTCAACCATGGCCAAGACCGAGGACCGGCTCAAGGTGGTGGACATGATCGACTACTTCAAAGCCGGAAGCTCCATCGGGGTAGCCGCCAAAAACCCGCAGAACCTTACGAACGAAACGCTATGCGGGAAGAACATCGCCGTAACTCAAGGCTCAACCGGCCAGCTTCTGCGCCTCCCGGCCCTGAACGAGATGACCTGCGTCTCCAAGGGACTACCGGCGATCAACGCCATCACGCTGCCCAACATCCAGGAAGCCCTGGTCCAGCTGCACTCCAAGCGCCTGGACGGCATCCTCTACGACACCACCGCACTCGCCTGGGCACAGACCCAGCAGCCGGGCTCGTTCCAGATGCTCACCCCTCCGCTCAACGTTGGCGGAACCGGCATCACGGCTGTCGCCTTGAAGAAGGGCTCAGATTTGACCCCCGCAATCCAGGCAGCCGTCCAGTCGATCCTCGCCGATCCCGAATACAAGGAAGCACTCAAAACCTGGGGCCTCGAATTCGGAGCCATCACTGACGCCAAGTTGAACTAG MKTQRKVQASTAALALLLAVTACSAANGEPSATSTELGLRDISEGVQPDQKAVSLLPQKYKDKGELTVAADLHYPPTVFLAEDNKTPIGLNPDITRLIAKKLGVKVNFVDTKFDTIIPGLDGGRFDFTVSTMAKTEDRLKVVDMIDYFKAGSSIGVAAKNPQNLTNETLCGKNIAVTQGSTGQLLRLPALNEMTCVSKGLPAINAITLPNIQEALVQLHSKRLDGILYDTTALAWAQTQQPGSFQMLTPPLNVGGTGITAVALKKGSDLTPAIQAAVQSILADPEYKEALKTWGLEFGAITDAKLN PGPT0020800_2533 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 D3-18_01076 1167 soxA_3 Monomeric sarcosine oxidase ATGAGCACCACCAGAAAGCGAGTAGCCGTCATCGGTCTCGGAACCGCAGGCAGCATGTCCGCCTGGCGCCTGGCATCGCGTGGAGCGGACGTGGTCGGCTACGAACAGTTCGGAATAGCCCACGATCGCAGCGCCCACGCCGGCGAGTCCCGCATCTTCCGTACTGCCTACTTCGAAGACCCTGAATACGTGCCATTGCTCCGCACCGCCAAGACACTCTGGCGTCAACTCGAGGGCGAGACGAGAACTGATCTACTCACCCTGGCCGGCAATCTCATGCTGGGGGAAGCGTCATCACAGATGGCCAACGTCAGCGACTCCATCGATAAGTTCGGTGTCGACGCCTCGATCATTCCACTCGAGGAGGCACGTACCCGCTGGCCGCATCACCCGTTCTACGACGGCGACGCCGTAGTGCTCGACCGTGAAGCGGGCTATCTGCGCCCCGAACTGGCTGTGCTAACTGCTGCCTACAGGGCCGAGGCACTGGGCGCCCAGCTACGCGCCTACATGCCAGTCGACGGTATCGAAGTCAAGGACGACGGAGTCTGGGTCAGCGCCCACGGCCAGAGCGAGCGCTACGACCATGTTGTGGTCACAACCGGCCCATGGGCTACGAAGCTGCTTCCCGAACTCGCGCCACTTGTCCAGATTCGCAAAGCGGTCTCAGCGTGGTTCGTCGCGAAAGAACGCGGGGCCTTTGATCCGGCTCACTTCCCTTGTTTCATCCGCACCACCCCTGAAGAGTTCTACGGACTACCTGCAATGAACGGGAACGGCCTGAAACTCGGCCTCTCCGGCACCGTCAACCTTCCAGTGGCGGACCCCGACGCCCTCGATCGGACAGTCCCCATCGACGAAATCGCGGCATTCCGGGACCTTGTGGCCGATTCCTTCCCTGCACTGTATCCGGATCCCGTCCGTGTCTCCGCCTACATGGAGGGCTACACCCCGGACGGGCACGGAATCGTTGGCCAACTGGGCAACGAGGAACGAATCACCGTCATCACCGGCCTATCCGGACATGGCTTCAAACTCGCCCCGGTGTTCGGTGATATTGCCGCGGACTACGCCTTCCATGGCGCCAGTGTGAATACCATCCCGGTCCTCAACCCTGACCGATTCCTTGCCGTTCCGGCTCGACGGCGGATCGACGACGTGACGTAA MSTTRKRVAVIGLGTAGSMSAWRLASRGADVVGYEQFGIAHDRSAHAGESRIFRTAYFEDPEYVPLLRTAKTLWRQLEGETRTDLLTLAGNLMLGEASSQMANVSDSIDKFGVDASIIPLEEARTRWPHHPFYDGDAVVLDREAGYLRPELAVLTAAYRAEALGAQLRAYMPVDGIEVKDDGVWVSAHGQSERYDHVVVTTGPWATKLLPELAPLVQIRKAVSAWFVAKERGAFDPAHFPCFIRTTPEEFYGLPAMNGNGLKLGLSGTVNLPVADPDALDRTVPIDEIAAFRDLVADSFPALYPDPVRVSAYMEGYTPDGHGIVGQLGNEERITVITGLSGHGFKLAPVFGDIAADYAFHGASVNTIPVLNPDRFLAVPARRRIDDVT PGPT0013530_407 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013530-soxA|solA-K00301 NA NA D3-18_01077 960 hypothetical protein ATGCAAGATGGCCAACGGGGCCAAGGCTCGGTCATTCGGGGCCATTACCCGGTTTCCGGGCTCCCTGAAGGCACCTTGGATCTGCCCTACATCGAGATCCAAGGCCGCGAGCACGGACCACAACTAACAGTCCTTGCCGGAGTGCACGGTTGTGAATATGCAGCCATGTCAGCCCTACGGGAGTTCCTTGCGGAAATCAGCCCGACCACACTCATCGGGACAATCACAGCGGTTCCGGTAGTCAACCTCCCGGCTTACGCAAGCCGCACGCCGTTCGTCGTACCTGCCGATGGCAAGAACCTGAACAGGTGCTTTCCGGGAAACCCAGAGGGCACGTACTCCGAGGTACTGGCTCACCATGTGTTCGAACGTTTCATCCGGTCAGCGGACTACCTCATCGACCTCCATTCAGGGGACGTTCCGGAAGTAATAGAACCGGTGGTTATTTATGACGAGTCACCGGTAGGTGAGGCTGCACGACGGATGGCCATGGCATACGGGACGCAGCACGTGATCAGGCAACCCGCTGCCGCGCGAGTTACCTCGGGCACCACAAGTTCAGCCGCCGCAGACGCCGGCGTCCCGGCAATCACTGCTGAAGCGGGCGGCAACGGCATCATCGGCCGCCAAGCTGTCGCAACCCATATAAGGGGTTTGCGGAATGTGGCCGCGACCCTGGGAATGCTCTCCTACGACGTAGAGCAGACCCCCGGCCAGGTCGAGCACAACCAAGGCTGGAACTGGGTGCGCTCACCCGTCGCTGGGTGGTGGCAACCCGTCGTCGAACTTGGCAAGCGGGCCACCCAGGGCGAGGTGCTGGGCCAAGTCAGCGACCTGTTCGGTGACGTCATCCACGAAGTCAAGGCAACGGAAGCAGGAATACCCATGATCATCACCACGAGCCCTGCGGTCACTGCAGACGGACTCCTCATGGTTCTGACCCGGGAGGTTTCAGAATGA MQDGQRGQGSVIRGHYPVSGLPEGTLDLPYIEIQGREHGPQLTVLAGVHGCEYAAMSALREFLAEISPTTLIGTITAVPVVNLPAYASRTPFVVPADGKNLNRCFPGNPEGTYSEVLAHHVFERFIRSADYLIDLHSGDVPEVIEPVVIYDESPVGEAARRMAMAYGTQHVIRQPAAARVTSGTTSSAAADAGVPAITAEAGGNGIIGRQAVATHIRGLRNVAATLGMLSYDVEQTPGQVEHNQGWNWVRSPVAGWWQPVVELGKRATQGEVLGQVSDLFGDVIHEVKATEAGIPMIITTSPAVTADGLLMVLTREVSE NA NA NA NA NA D3-18_01078 681 gntR_2 putative D-xylose utilization operon transcriptional repressor ATGGAAGGCCGACCTTTCTCCGAGCAAGCAAAGGCGTCTCTGGCGAGAACGCTTGCGCCGCGTGTTGCGGAACGAACAACGTTGGTTGATCAAGTGGCCCACCGCATCCGGAGGGAAATCATCCTTGGCACCCTCGATCCTGGCCGACACCTTGTGGAGAAGAGGCTTGCTGAAGATCTTTCCGTGAGCCGGGGCACGGTACGAGAGGCCTTGACGCGCCTGGCCTCAACGGGGCTCGTTGAGTTTTCTCCCGGCTCGGGAAATCGGGTCCGATACTTCAGTGATGGCGACATCAACGAGATTGGGGAAGTGTTCGCAGCCCTCGAGGGGCGGGCCGCCATGCATGCTGTTGTTCCCCCGTCCAAAAGCGTCGAGAAAGAGTTGAGACGCATCGCGGAACGTATGAGGGGGTTGCGTCTGCCCGATGACGTCGACGACCTGATGGGGCTGGACCGCGAATTCCACGGAACGCTCTTGAACCAGCAGTCCAATGCCAAGCTGATCGAGGCCTGGCAGAGCCTTGAGTCGCTTCTCGCGGTAATGATGGTCCCGATCATGCGGCGCGGAGTGGGAACTGCCGACATCCAGGCGGACAGGCATCTGCTGCTGGTCGACGCCGCTATGACTGGAGAGCCCGAACTGCTGGTCAAGGGCCTGGAACAGCACTACTACCAGGAGTAA MEGRPFSEQAKASLARTLAPRVAERTTLVDQVAHRIRREIILGTLDPGRHLVEKRLAEDLSVSRGTVREALTRLASTGLVEFSPGSGNRVRYFSDGDINEIGEVFAALEGRAAMHAVVPPSKSVEKELRRIAERMRGLRLPDDVDDLMGLDREFHGTLLNQQSNAKLIEAWQSLESLLAVMMVPIMRRGVGTADIQADRHLLLVDAAMTGEPELLVKGLEQHYYQE NA NA NA NA NA D3-18_01079 618 hypothetical protein ATGAAGGGCTTGGTTGCCACTTTTTTGCTCGCATCGTTGGTGCTCACAGGGTGCGCTGCGGCTGTTCCGGACGGCTCCGCAACGGCGTCGACGGCGCCGACCCCACTCTCGGGCGCGAAGACCTTCTCAAGGTTGGACGCGGCGGGCATCGAGCAGATCAAGAAGACCAGGACGGCACTTTTCGATATGACGACCGGGGAGCTCACAAAAAGGGGCGTAGGCCTCGAAAATGGCACCAGCCAAGCTCCTGATGTACTCATTTCTGATGGCTTGATGGAACTGAAAATCGAAGCGCCGACGGGACTGATCAGCGCTAAGACTGATCGGCTCCGCCTCAACGGCATGAACAACAGGTCCGATTTCCGTGAAATCACGTACTTCCTCAAGGCCGAATCGTTCGAGGAGTTCACAGCCCTGATCCGCGACGGCGTGGACCGGTACGGAATTCCCAGCGACTCAGCAGAGCGCTGGATTGAATCGATGTCCAGCCGGCCGGAGGATAAGGGTGACTTTTCCTTGGCTCCAGGCACCTCAACAGGCCTCCAAGTCTCGTACGACCTCCGATACGACGGTTCAAAGGACGTGCAAGTCATAATTGTGCACGTCCACCCCGCCTAG MKGLVATFLLASLVLTGCAAAVPDGSATASTAPTPLSGAKTFSRLDAAGIEQIKKTRTALFDMTTGELTKRGVGLENGTSQAPDVLISDGLMELKIEAPTGLISAKTDRLRLNGMNNRSDFREITYFLKAESFEEFTALIRDGVDRYGIPSDSAERWIESMSSRPEDKGDFSLAPGTSTGLQVSYDLRYDGSKDVQVIIVHVHPA NA NA NA NA NA D3-18_01080 426 hypothetical protein GTGGAACCTCACAACCCGTACTCCCCGAGCTATTTCCCGCATCAGCCCGGACAGCTCCAACCTCCGCCGTTGCCCGCGTGGGCCAGGACATTTCGGACCATCCTGCTGATCCTCGCTGGTCTTCTGGTGCTCCTTCTGCTGCTTCTTTTCGGCGCAGGTACAACCGGATCGGCCGATATGTACAGCGAAGGCGGGCTAGGCGTTTTACAGGCCACCATTTGGCTGGGTTTGGGGACAGTCTTGCTGACGATCCCGTACGTGACTGCCAGCATCATTTACGCTGCTCTATGGGCCGGCACGCTGCGGGGTAGAGGTTACCGTCGCTACCCGGGGACCACCTGGATCCTGATTGCCGGCCCGATTGTTGCCGCGTTACCTGTATTGGCCCTGATCGGTGTGATCACGACCAACTCCAGCAGATTGTGA MEPHNPYSPSYFPHQPGQLQPPPLPAWARTFRTILLILAGLLVLLLLLLFGAGTTGSADMYSEGGLGVLQATIWLGLGTVLLTIPYVTASIIYAALWAGTLRGRGYRRYPGTTWILIAGPIVAALPVLALIGVITTNSSRL NA NA NA NA NA D3-18_01081 825 hypothetical protein ATGTATTCCGACCGCGAGCGGCGCAACGATGCCGTATACGCAGAGCACAAGGCCGCAGTGGCCGCCGGGGAAAAACGTGTACTCCGCAACACCAGTACCGGCGAACTGCACAGTTACCCCGCAGACGAAATCGGATTCACGCCGGGTAGTGGGCAGGTCCAAGTCAGCACATGGTGGGGGATGGGAATTCTCGCAGTCGTTGCCGCGGTACTCACTGTTTTTTCGGTGGTGCTGATGCTGGCTCCTCTGGGGCAGGGGCAAAGCCCTATGTGGGGCGCGCTGTTTCTGACTGCCGGGGGCGGAGCCTTCACCTTCTACGCAGTCACGCTGTCCCGCCAGGAATACCGGGCGACGCAGCTACGAAAGTTGCGGAGTTCGCCTCAACCAAACTCCACCGGCAGGGCAGACTATTGGGAGCCAGCTCAGCAGCCACTTAAGCCGCCAACTGATGCTAAGAGCAATGCGAAATCATTGGACGACTACCTTTACGACATTCATAACCGGCCCTCCAACGGAACACTTCGCTTTTGGATCGGATTTCAAGTGGTCTTCCTGGTCGCACTCGGCTATCTGATCCCGCTATTCAGCCTGCGCTGGATGGGCCTGCGGCAATGGGCGCTCGTCTTTATCCCATTGCTGTGCGCGGCGGCGTTGGTTTGGTGGTTCCTGCGATTCATGAGGCGGCGGGGTGTGCAGACCAAAGCCAAGTACCGGGCTTACGGCGGCAACCCTGCCGGCACCAGCGACCTCCTGTTTGGCCAAGTGACATACAAGATCACGCCGGATGGCCGTTGGAAGTGGCCAACGCCAAGCTCGGGGGACTAG MYSDRERRNDAVYAEHKAAVAAGEKRVLRNTSTGELHSYPADEIGFTPGSGQVQVSTWWGMGILAVVAAVLTVFSVVLMLAPLGQGQSPMWGALFLTAGGGAFTFYAVTLSRQEYRATQLRKLRSSPQPNSTGRADYWEPAQQPLKPPTDAKSNAKSLDDYLYDIHNRPSNGTLRFWIGFQVVFLVALGYLIPLFSLRWMGLRQWALVFIPLLCAAALVWWFLRFMRRRGVQTKAKYRAYGGNPAGTSDLLFGQVTYKITPDGRWKWPTPSSGD NA NA NA NA NA D3-18_01082 1719 frdA Fumarate reductase flavoprotein subunit ATGTCCACTTCGGTGCTGGTCATCGGCACCGGCGGCGCCGGGTTGCGCGCCTCAATTGAGCTCGCCCAGCGAGGGGTGCAGGTGCTCGCTGTGGGTAAGCGCAGAAAGCATGATGCGCACACGAGCCTGGCCGCCGGTGGCATCAACGCTGCCTTGGGCACCATGGATCCCGAAGACAGCTGGGAACAGCACGCCGCGGACACCTTGCGTGAGTCGTACTTCCTTGCCGACCCGACCATCGTGGAAACGGTAGCTCGGAACGCGGCCCGTGGTATCGAGGACCTTGAACAGTGGGGCATGCCGTTCGCACGCGAGGAAGACGGGCGCATCTCCCAGCGCTTCTTCGGCGCTCACAAGTATCGCCGCACCGCCTATGCCGGGGACTACACCGGGTTGGAGATCCAGCGGACGCTGATGCGCCGGGCGGCAGAGTTGAACGTACCCATCATCGACACCGTGTACATCACCCGGCTACTAGTGTCCGACGGAACGATCTTCGGGGCCTATGGTTTCGACATTGTGGATGGCACCCCCGTACAGATCAACGCCGATGCTGTCATCCTTGCCGCCGGCGGCCACACGCGCATCTGGCGTCACACCTCCTCACGACGCGATGAGAACACCGGCGACTCCTTCCGTCTGGCTGCCCTGGCCGGTGCCCGGATCCGCGACGCCGAGTTGGTCCAGTTCCATCCCTCCGGCCTGCTTGAGCCCGACGACGCCGCGGGCACCTTGGTGTCCGAAGCGGCGCGCGGAGAAGGCGGCATCCTCACCAACGCACTCGGCGAGCGCTTCATGGAACGTTACGACCCCGAGCGCATGGAACTCTCCACCCGGGACCGCGTGGCCCTGGCCGGATTCACCGAGGTTGCGGAGGGCCGTGGGACTGAGAAGGGCGGGGTCTACCTGGACGTCTCCCACCTGCCCCGAGAGACCATCATGGAAAAGCTACCCAGGGTCTATCGCACACTGATTGACCTTCAGATGCTGGACATCACCACTACCAAGATGGAGATCGCGCCCACCGCTCACTACTCGATGGGAGGGGTCTGGGTTGCACCGGAGGATCACCGAACGGGAGTGGACGGACTGTATGCCATCGGAGAGGCATCCTCTGGGTTGCACGGAGCCAATCGCCTCGGAGGCAACTCCTTGATTGAGCTGCTCGTCTACGGGCGTATTACCGGCGAGCATGTGGCCGAATACGTACGTTCGCTCAGCGATGTCCACCGGGATCCCGCAGCAGTCGGGCTTGCCCGCAACGAAATGCAGAGTCTGCTGAACGGGAAAGGTACCGAGTCGGCGCGTCGGCTGCAGCGTGAACTGCGGAATCTGATGACTGAGCACGCCGGAGTGGTGCGCACCGAGCAGGGGCTGCAGGCGGGACTGGGCAAGCTGGATGATTTGGAGGGGCGTGCGCAGTTCGTTACAGCGCATCCGGACATTGCGGGGTTCGACGATCTTGCCCACGCCTACGACCTTCTAGGTTCCCTCCTCGCTGCACGAGCCACCCTGGAGTGTGCTCTTGAACGCCGCGAAACGCGCGGAGCACACAACCGGGCCGACTACCCAACGCTGGATCCGGCACTGCAGGGAAACTTTGTCTGGTCACCAGGTGAAGGTGTCAGCTTCGAAACGTTGGCCCCGGCTCCAGACTCCTTCCGGGCCTTGGCTGAGGCTCACGCCGAGGACTCGGTCGCCGGAAAGCTTGTGGAGTAG MSTSVLVIGTGGAGLRASIELAQRGVQVLAVGKRRKHDAHTSLAAGGINAALGTMDPEDSWEQHAADTLRESYFLADPTIVETVARNAARGIEDLEQWGMPFAREEDGRISQRFFGAHKYRRTAYAGDYTGLEIQRTLMRRAAELNVPIIDTVYITRLLVSDGTIFGAYGFDIVDGTPVQINADAVILAAGGHTRIWRHTSSRRDENTGDSFRLAALAGARIRDAELVQFHPSGLLEPDDAAGTLVSEAARGEGGILTNALGERFMERYDPERMELSTRDRVALAGFTEVAEGRGTEKGGVYLDVSHLPRETIMEKLPRVYRTLIDLQMLDITTTKMEIAPTAHYSMGGVWVAPEDHRTGVDGLYAIGEASSGLHGANRLGGNSLIELLVYGRITGEHVAEYVRSLSDVHRDPAAVGLARNEMQSLLNGKGTESARRLQRELRNLMTEHAGVVRTEQGLQAGLGKLDDLEGRAQFVTAHPDIAGFDDLAHAYDLLGSLLAARATLECALERRETRGAHNRADYPTLDPALQGNFVWSPGEGVSFETLAPAPDSFRALAEAHAEDSVAGKLVE PGPT0001605_4056 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 D3-18_01083 942 cynR HTH-type transcriptional regulator CynR ATGACCATGAAACTGGACCAATTGCGCTCCTTTGAGACGGTGGCCCGACTAGGGCATTTCACCCGCGCGGCCGAGGAACTGTACCTCGCGCAACCGTCACTGAGCCGGCAGATCGCAGCACTGGAGGCTCATCTCGGTACGGAGCTCTTCCACCGTCGGCCTTCAGGGGTGACGCTGACAAATGCGGGGGAGTTACTCCTGCCCATTGCCCGCCGCATGCTTGGCGATGCACAGACTGCCCAGGACCAGATTCAGGAACTCGCAGGTTTGCGCCGTGGCCGCGTTCGCCTCGGCGCCCCGCCCACGTTGTGCGTCTCGTTGGTGGCCGATGTGCTGGCCGCTTTCCGCAGCGCTTATCCCGGCGTCGAGTTGCACATCACTGAGGGCGGTTCGCGTTTCCTGGTTGAGGCCCTCAACGAAAGCACGCTGGACCTGGCCTTGGTGGTCACTCGTGGTACGGGCCCCTCCGTGCCAGGCACTGAGCTGGTCCCGCTGCTATCCGAGGAGCTGGTGGTCATATCCGCTGCGAAATCAGGGTCACCGGAAGAGTTCACGCTGGAGGAATTGGCGCACGTGCCGCAAGTGGCGTTCAACCGCAGTTATGAGCTGCGCGTGGCCACCGATGCTGCATTCTCCGCCGCCGGTCTCGAACCCGTGATTGCCGTCGAGGGCGGGGAGATGGATGCCGTGCTTCGGTTCGTGGAACGCGGCTTGGGTGTCGCAGTGGTGCCGGCGATGGTGGTCATCGACCGGCCCGGGCTGCAGAGTGCACGTCTAGTGCGTCCCTCCCTGACGCGAACCGTCAACCTAGCGCGCCGCAACGACGTCGGACCTTCCGCGGCCGCCGCCGCTATGCAGCAGTTCATCTTCGACACCGTGGACCGGCTCGCGGCGCCAGGCACCGAGCTGTCGCGCCTGGTCACGGCGGCGCCACGTGACTGA MTMKLDQLRSFETVARLGHFTRAAEELYLAQPSLSRQIAALEAHLGTELFHRRPSGVTLTNAGELLLPIARRMLGDAQTAQDQIQELAGLRRGRVRLGAPPTLCVSLVADVLAAFRSAYPGVELHITEGGSRFLVEALNESTLDLALVVTRGTGPSVPGTELVPLLSEELVVISAAKSGSPEEFTLEELAHVPQVAFNRSYELRVATDAAFSAAGLEPVIAVEGGEMDAVLRFVERGLGVAVVPAMVVIDRPGLQSARLVRPSLTRTVNLARRNDVGPSAAAAAMQQFIFDTVDRLAAPGTELSRLVTAAPRD NA NA NA NA NA D3-18_01084 360 hypothetical protein ATGGAAGGGCCCGTATTCGTCGGGCTGATTGTCCTGCTCGCCATCGGCCTCCCTCAGGAAGTCATTTCTGAACGAGCCGATGTCTTCGCCCTGCCGTACTTGCAGGAAAACCTGTACCTCATGATGGCCATGAGCGGCATTTTTGCTGCGCTCCGTGTTCTAGGCGCTATCGGCTTGCTGCGAAACCGACTCTGGGGTCTCGGACTCTCACTGATCAATTGCGCTGTCACCCTTGCGCTGATGGTCTTCCTCCTTCCCGCAGGCATTGCAGACGGAGTCATGTCTGGAACCGCGCTGGTGTTGATGCTCTTTGCACGGCTGGGGCGCGACGCCGAAGGACAGCCGAGGCTGCTCGCCTGA MEGPVFVGLIVLLAIGLPQEVISERADVFALPYLQENLYLMMAMSGIFAALRVLGAIGLLRNRLWGLGLSLINCAVTLALMVFLLPAGIADGVMSGTALVLMLFARLGRDAEGQPRLLA NA NA NA NA NA D3-18_01085 774 hypothetical protein TTGGTCATTCTGATTCATCTATGGATACTCGACAACCGGAGTGGTGCTTGCCCGTGCAACTATGGAGCCATGTCTGGGGCCAATTCACTTCTTTCCATCTGTTCTGAGCGCAAATACCCCGGTCGGGGCCTCGTCCTCGGGAGCGATATTCGCGGCGTAGCCTTCGGCCTGTATTGGCTGACTGGCAGGAGCCACGCATCTCAACAACGGCGGATTCAGCTGGCAGAAAGCACAGTGGTTGTTCAGGATCTGACCGATGGTCCTCGAGACGAACTGCGGCACTATACGGCGGCCGTTCGGAATTCCCGCGCGGTGATGGTGGGGAACGGGACGCACGTACTGGATGTATGGGACGACGTAGAGGCTGGAGCCACCTTCGATGAGGCTCATCGAAAAATCGACTACGAGCCCGACCCACCAATTTTCACCCCACGCATCACGGGACTAGCTTCTTTAACTCCCGGAGGCGCCCATGGTTTCGTGACAGCCGGAGCTGCCTCAGACCCGCGCTGGCCAGGCATCACCCAGCACAGGTCCTTACACATCGATGCCCCTGCCCCCGGGCAAGGACAGCTTGTCACTACCTACTCGGGTGACGTAGACACCCCACGGGCTGACGGAAACCCCTCCGCAGTCAACATCGAGTCCAGTTGGGAATCCCTGGTGTCGGACGTTTGGGAAGTGCTCGATCCAACCCTGAAAGTTGCTGTCGTGGCCTTTCCGCTGCAGGACACGAGCTTCCTTTCCGGAAAAGTGCAGAACAAGCACGCGTGA MVILIHLWILDNRSGACPCNYGAMSGANSLLSICSERKYPGRGLVLGSDIRGVAFGLYWLTGRSHASQQRRIQLAESTVVVQDLTDGPRDELRHYTAAVRNSRAVMVGNGTHVLDVWDDVEAGATFDEAHRKIDYEPDPPIFTPRITGLASLTPGGAHGFVTAGAASDPRWPGITQHRSLHIDAPAPGQGQLVTTYSGDVDTPRADGNPSAVNIESSWESLVSDVWEVLDPTLKVAVVAFPLQDTSFLSGKVQNKHA NA NA NA NA NA D3-18_01086 1548 msrP_2 Protein-methionine-sulfoxide reductase catalytic subunit MsrP ATGGCCGCACTGGCAGGCGTGGTGTCGGCCGCCGTCGTTCTCGCCGTTGCAGAGCTGATCGGCGCATTCTTCACTGCCAGGGCAACCCCGGTGTTTGCGCTGGGGTCCACGTTCATCGACTTCACGCCGCCGTGGATGAAGGACTTCGCGATCGCCACGTTCGGTACCAATGACAAGGCTGCGCTGTTCGTAGGCATGGGCTTGACCATTGCAGTGCTCGCTTGCGTGTTGGGCGTAGTGGCTTACCGGAAGTGGGCTCTGGGTGTCCTCGGCGTGCTGTTCATGGGCGCAGTGATTGTGGCCTCTGTCTTGACTAGGGCTGGAGTAGGACCCGCCGACGCCATCCCTTCCGTGGTGGGAACCATCGCCGGCCTTGTAGTCCTGCGCCGGCTCTTGGTGCCGTTGTGGGGGTTGAAGGCCTGGCCGGAAGCTCCCGCTGACATAGCGGCCGACGTCGAAGATCAGGTTGGTGGCATCGGCACCAGCCGCCGTCGCTTCTTTGCTGCTGCCGGGATCACGGCGGTGGCCGCCGGAATCGCGGCGACTGGTGGGCGGCTGCTGGGTGCCGCGCGCAACAACATAGCCCAAGCCCGCGAGGCCCTCCGGCTACCGGCGCCGGCTAAGGCTGCGGCCGCGGTACCGGCGGGCGTCCAGTCCCCGGTGCCGGGAGTTACCTCCTGGCTGACGCCGAACAGCGAGTTCTACCGCATTGATACGGCCCTGAGTGTCCCGGAAATCAACATCGATGATTGGGAACTGCGAGTGCACGGAATGGTTGAGGAGGAGGTCACGCTCACCTTCCAGGACCTGCTCGACGCCGAGCTGATCGAATCGCACGTCACCCTCACCTGCGTATCGAACCCGGTGAGCGGAAAGCTGGTGGGAAATGCCAAGTGGCTGGGCCTCCCCATCCGCGACGTCCTGGCCAGAGCGAAACCCAAGGAGGGCGCGGACATGGTGCTCTCAAGGTCGATTGACGGCTTCAGCGCCTCCACTCCACTGGAGGTCCTGCAGGATGACCGCGATGCCATGCTGGCCATTGGCATGAACGATGAGCCGCTTCCCGTGGAGCACGGATTCCCCGTGCGGATGGTGGTTCCGGGCCTGTACGGATTCGTCTCCGCCACCAAGTGGGTGGTGGATTTGGAGGTCACCCGCTTCGCGGACAGTAAGGCTTACTGGACCGAGCGCGGCTGGTCAGAGCGTGGCCCCATCAAGACCATGGCGCGTGTGGACGTACCGGCGTCGTTCGCGAAAATGCCGGCAGGGAAGGTCGCCGTGGGCGGCACCGCATGGGCGCAGACGCGGGGAATCACCAAGGTGGAAGTCCAGATTGACGACGGCGATTGGGTGGAAGCAACGCTTTCCGACGAAGCTTCCGTGATCACGTGGCGCCAGTGGTCCTACGAATGGGACGCCACTCCCGGCATCCACTACGTCAAGGCCCGGGCTACCGACGGAACCGGCGAAACCCAGACGGACAAGCGCGCCGATCCTGTGCCAGACGGGGCCTCCGGCTGGCCGTCGGTGATGGTCACTGTGGAGTAA MAALAGVVSAAVVLAVAELIGAFFTARATPVFALGSTFIDFTPPWMKDFAIATFGTNDKAALFVGMGLTIAVLACVLGVVAYRKWALGVLGVLFMGAVIVASVLTRAGVGPADAIPSVVGTIAGLVVLRRLLVPLWGLKAWPEAPADIAADVEDQVGGIGTSRRRFFAAAGITAVAAGIAATGGRLLGAARNNIAQAREALRLPAPAKAAAAVPAGVQSPVPGVTSWLTPNSEFYRIDTALSVPEINIDDWELRVHGMVEEEVTLTFQDLLDAELIESHVTLTCVSNPVSGKLVGNAKWLGLPIRDVLARAKPKEGADMVLSRSIDGFSASTPLEVLQDDRDAMLAIGMNDEPLPVEHGFPVRMVVPGLYGFVSATKWVVDLEVTRFADSKAYWTERGWSERGPIKTMARVDVPASFAKMPAGKVAVGGTAWAQTRGITKVEVQIDDGDWVEATLSDEASVITWRQWSYEWDATPGIHYVKARATDGTGETQTDKRADPVPDGASGWPSVMVTVE NA NA NA NA NA D3-18_01087 747 hypothetical protein ATGGCTAGCGAACAAAAGGGTTGGTGGGGTGTCTTTCACGAGAAATTTGTTGTGGAAGAGCGCTACGTTGAGCCCCATGCGAGAAGAGCCCTGTACCGGGTGGCAGCACTCTTGGCCATCGCAGGCTCGGCGATGTTCCTTGCAGTTCTCATTGGTGTCCTGAACAACGACGGGCTGGCCAGCGCCGACGGCATGGCACGAGAGTGGCTCTTGAGTATTCGTTCGGAAACGCTGACCGTGTTGATGATCATTCTCGCCGTCATCTTCGGTCCGGTAGCGCTGCCCCTCATCGTCCTCGTCGTCACCGTGACCTGGGGCGTCCTGGCCAAGCACGCCTGGCGTCCGACACTCCTAGCCGCCGCGATGCTGACCGGTGTGGGGCTGGCCCAGCTTGTGGGTAGGTCCGTGGGACGGCAGCGGCCACCTGTTGACCTCATGTTGTTCGGCGTCGACCACACTCACTCATTTCCCTCGGGGCATGTCCTCGGAGCCTCTGACTTCCTGCTGGTCACTACCTTCCTGGTCTTCTCACGGCACCGGAACCCCAAGGCCACCATCCTTAGTTTTGCGATCGCTATCATCGCTGTTTTTCTGGCAGCGGTCAGCCGGCTCTATCTGGGCTATCACTGGGCCAGTGATGCGGTGGCGTCGGTGTCACTGTCACTTATCGTGCTCAGTGCAGTCATTGCAGTGGACACCTGGCGAACCGTCCGTATCCCCGGCGAACAAACAGTTACTCCACAGTGA MASEQKGWWGVFHEKFVVEERYVEPHARRALYRVAALLAIAGSAMFLAVLIGVLNNDGLASADGMAREWLLSIRSETLTVLMIILAVIFGPVALPLIVLVVTVTWGVLAKHAWRPTLLAAAMLTGVGLAQLVGRSVGRQRPPVDLMLFGVDHTHSFPSGHVLGASDFLLVTTFLVFSRHRNPKATILSFAIAIIAVFLAAVSRLYLGYHWASDAVASVSLSLIVLSAVIAVDTWRTVRIPGEQTVTPQ PGPT0024170_16 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024170-bcrC-K19302 NA NA D3-18_01088 378 hypothetical protein ATGAAACCAATAACTGTCGACGGCGGCAAAGGTGCGGTGGAACTCGATGGCGAAGGAGTTCTCCTCCTTGTTTGGTATCCGGGAACGGTTTTATCGGTCGATGACGTACGCGCGGCCATGACGAAGATCAACGAGGTCGCCGATGGTGCCGAGTACCCGATGTTGATCGACATAACGAACACCCAGGCGGTGACCCGTCAGGCCAAGTCCGCTTTCAGCACCCGGTGTGCTGCATCACGAATTGCCCTGCTTGGATCAAACCCGGTCAATCGGGTCATTGCTAACTTCGCCATGGCTCGTCGGACCCTGCCTTGTCCCACCAGGTTTTTCACCTCCCGGGACGAGGCCATGGCCTGGCTCAGTGCCCCACGTCCTTAA MKPITVDGGKGAVELDGEGVLLLVWYPGTVLSVDDVRAAMTKINEVADGAEYPMLIDITNTQAVTRQAKSAFSTRCAASRIALLGSNPVNRVIANFAMARRTLPCPTRFFTSRDEAMAWLSAPRP NA NA NA NA NA D3-18_01089 774 hypothetical protein TTGGAGAATACGACTGCCGCTTGGTCCGCGGACTTTGAGCAGCTCAGTGATCTGATTGTCGAAACAGAGGACATCAAAGCTTTTCTTGATGGGATGGCTTGTCTCGCAGCCACGGTAGTCACCCGTTCGGCCGGTACGCGTGTTGAATGCGCGGTGACCCTAGGCCGGCACAAGCGGCCCGGGACCATCGGCGGCAGCACGGACAGAGCCATGGTGTTGGAGCGCATCGAGCAAACGCTGGGGGAGGGGCCCTGCATTGATGCGTTGGTCAACGGCCGTCCGGTCCTTCTCGATGATGCCCACGCATCTCCCCAGTGGCATGATTACTGCGGCGCGCTGAGTGCGGCCTGCATGCGTAGCACCCTGGGGGTGCCCATGGTGCTGGAGGACGACGGCGTTGCCGTGCTGGTCTTCTTTGCCCCCGCGCCCGGCATCTTCACCCGTCAGGTCGTCGCGGAGGCGCTGACCTTTTCCGAGCTGGCGGGCAAAGCACTCCGCGTGGCGCTCCGGATAACGAGTCTGAATGAGCTTGCCGAACATCTTGATGCTGCCATTAAAAGCCGATCCGTCATCGACACCGCCTGCGGGGTGATCATCTCTCAGAACGGATGCACGCAAGACGAGGCCTTCGCCATTTTGCGCAAAGCATCTAGTGACAGGAACCAGAAGTTGCATGACCTGGCAGCTGCTTTGGTCCACGGCATAGGCCATCAACAAACTACTCCCGCCAGCGGTGGGGCTAATCGTCTAAAGCGTCCAGTGGCCAGGACCTGA MENTTAAWSADFEQLSDLIVETEDIKAFLDGMACLAATVVTRSAGTRVECAVTLGRHKRPGTIGGSTDRAMVLERIEQTLGEGPCIDALVNGRPVLLDDAHASPQWHDYCGALSAACMRSTLGVPMVLEDDGVAVLVFFAPAPGIFTRQVVAEALTFSELAGKALRVALRITSLNELAEHLDAAIKSRSVIDTACGVIISQNGCTQDEAFAILRKASSDRNQKLHDLAAALVHGIGHQQTTPASGGANRLKRPVART NA NA NA NA NA D3-18_01090 918 menH_2 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase ATGGTTCACTGGACTATGACCATGGGCGAACTGCGCACCGCAATGACCGAAGACCTCGAGATTGCATACTATGACAACGGCCCGGCGGACGGACCAGTCGCGGTACTCCTCCACGGCTTTCCCTACGACGTGCTCAGCTTCGAGGCCGTTGTCCCCTTGTTGGCGGAGCGCGGGATCCGCTCCATCACTCCGTACCTGCGCGGCTACGGTCCCACCCGGTTCCGTAACGCCACGACGTTTCGCTCCGGCCAACAAGCGGCTGTCGGACAAGATCTGCTGGATCTCATCGATGCCCTCGAATTGCAGAGTCCAGTGGTCGCCGGGTATGACTGGGGCGGCCGGGCGGCCTGCATTGCCGCAGCCGTGCGCCCCCAGGGCATAGCCGGTCTCGTGACTGTCGGGGGCTACGCAATCCAGGACATCGCCGCGTCGGTCGAGCCAGCGGCCCCTTTAGACGAGTATCGGGACTGGTACCAGTGGTATTTCAACACCGATCGCGGACGCGCCGGGCTCGAGGCGAACCGCGAGGAATTGTGCCGCCTGCTCTGGCAATTTTGGTCACCGGAATGGGCCGAGGCTGAAGACGCCTTCACCTCCAGCAGTCCCAGCCTGCACAACCCCGACTTCGTTGATGTCGCGGTACATTCTTATCGCCACCGCCATCGTGCCGCGGTTGGTGACGATCGGTTTTGGGAGCTCGAAGCATTTCTTGCGAAGTCGCCGCCCATCTCGGTACCAACCATTTCGCTCGACGCTCTGGCCGACGGGTTCGGGCCAGACGACTCTGAGCGGGATCGGCAGCATTTCGTCGATGCTTTCGAAATCCGCAGGCTACCGGGAATAGGCCACAACGTGCCTCAAGAGGCGCCGCGGGCGTTCGCCAACACTATCGCCGACCTTCTGACTGCGTCTCCTTGA MVHWTMTMGELRTAMTEDLEIAYYDNGPADGPVAVLLHGFPYDVLSFEAVVPLLAERGIRSITPYLRGYGPTRFRNATTFRSGQQAAVGQDLLDLIDALELQSPVVAGYDWGGRAACIAAAVRPQGIAGLVTVGGYAIQDIAASVEPAAPLDEYRDWYQWYFNTDRGRAGLEANREELCRLLWQFWSPEWAEAEDAFTSSSPSLHNPDFVDVAVHSYRHRHRAAVGDDRFWELEAFLAKSPPISVPTISLDALADGFGPDDSERDRQHFVDAFEIRRLPGIGHNVPQEAPRAFANTIADLLTASP NA NA NA NA NA D3-18_01091 774 hypothetical protein ATGAGCCCCGCACTGACGCTTATGGCGCCCGAGCGCCGACTGATCCTCATGCGGCGTATCCGACTGTTCGCAGCCGCGACCATCAGTTACAACGTCATCGAGGCTGTTGTCGCATTGTGGGCGGGCGGTGTTGCAGACTCTTCGGCACTCATCGGTTTTGGACTGGACTCGATCATCGAAGTCACTTCCGCGTTGACTCTTTCGTGGCAGTTCGCGAGCAAGGATCCGGAACGGCGCGAGCACCTCACATTGCGGATCATTGCCTTCTCCTTCTTCGCCCTCGCCGCGTTCGTGACATTCGACGCCGTCCGCTCGCTCACTGGAGCCGGGGAAGCGCAGCATTCCACCCCCGGCATCGTCATTGCCGCCCTGAGCCTGGCAATCATGCCTGTCCTCTCACGGGCACAGCGCCGCGCCGGACGCGAGCTCGGCTCCAAGACCGCCGTCGCCGATTCGAAACAGACCCTGCTCTGCACCTATCTCTCAGCCGTTCTGCTGATTGGCTTGGTTCTGAACAGCACGCGGGGTTGGTGGTGGGCCGACGCCGGAGCGGCACTGGTCATCGCAGGCATCGCTGTCCGGGAAGGTATCAACGCTTGGCGAGGTGACACTTGCTGCGCACCCATCAAGACGCCCTCGTCGCAAACAGCCATCACGGTAACCGTGAACAACAAGGATGCAGACGCGACAGCAGCAGATTCCTGCTGCGCGGGATGTCGGCCTGAGGCCTCTGCTGTAGTTCTTGGAAGGAAGCCCGACGGCGGGAAGGTGTAG MSPALTLMAPERRLILMRRIRLFAAATISYNVIEAVVALWAGGVADSSALIGFGLDSIIEVTSALTLSWQFASKDPERREHLTLRIIAFSFFALAAFVTFDAVRSLTGAGEAQHSTPGIVIAALSLAIMPVLSRAQRRAGRELGSKTAVADSKQTLLCTYLSAVLLIGLVLNSTRGWWWADAGAALVIAGIAVREGINAWRGDTCCAPIKTPSSQTAITVTVNNKDADATAADSCCAGCRPEASAVVLGRKPDGGKV NA NA NA NA NA D3-18_01092 393 hypothetical protein ATGGGTTCACTCCGGCTTCTGAATACAGCCTTGGATGAATACAGCCTTAGATGTACTCTCTATGTCATGGAAGCCCTTACGCATGCGCCTGTGCTAGCCCGCTTCGGTTACGCGATCTCGGATCCCACGCGCGCCCAAGTTCTCTTGGCACTCGCAGAGTCTCCCTCCTATCCATCTGACTTGGCGGACGCAATTGGCGTCTCCCGTCAGAGCATGTCCAACCACCTCACCTGTTTGCGCGGGTGCGGCTTGGTTGTTGCAGTCCCGGACGGCCGACGGACACGATACGAGCTCGCCGATGCACGGCTGGGTCACGCGATCAAGGACCTGGTAGGCGTAGTCCTCGCCGTCGACCCGGCTTGCTGCGCACCCGACGGGACATGCCTGACATGA MGSLRLLNTALDEYSLRCTLYVMEALTHAPVLARFGYAISDPTRAQVLLALAESPSYPSDLADAIGVSRQSMSNHLTCLRGCGLVVAVPDGRRTRYELADARLGHAIKDLVGVVLAVDPACCAPDGTCLT PGPT0004390_627 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_LEAD_RESISTANCE LEAD_RESISTANCE-LEAD_HOMEOSTASIS,PGPT0004390-cmtR-K21885 NA NA D3-18_01093 879 hypothetical protein ATGCGAGGGGTTTCAGCGTTGGGAATGTTGGCGGTCGGGGCGTTGGCTTTAGCCGGGTGCACAGGTGGTGGGGGTGGCGCAGCAAGCCCCTCCGCTAGCCCGCCGTCGTCGGCGTCGGAGTCGGCCCAAGCCAAGGTCTACACGGAGGATGAGTTACGGGACCTCATCTCCGGCATGAAAGATGGAGACGGTAACGAGCTCAAGCTCTACTCAAAGGATCAGGTGGACCAAGGCAGCAACGTCGCCAACCTGCTCCTGAGTACCGCTACCGTCGATCCCGGGGACTGCAAGGACATCGCCACTGCGGGGCTGATGGACACGGTTGAAAAGGGAGACATTGCCGTCGCGCTGTCTGAGGGCGAGCAGCCCAGGTCCCTGTCTGCACAGTCCGGCAGCGAGGGGCCGGAGGCCGATAAGGTTCTCCAGGACATCAGTGCCAAGATGGACGGCTGCGAGAAGTTCACGGTGAAAACTCTTGCCGGTACCTATGACGTCACCAGTGAGAAACTTCAAGCTGAGACGAACGCCCAGGAAACGTTTGGAACAATCAGCAGCCGTTCGGGCGAAACCCAGCAGAAGCTGATGCAAGTGTCCGCCGCGGAGGGGAGATTGCTGATCGTGGCCACCAAGAGCGGGGCAACTCTGGGTGATCCTGATCAGAAGGAGCTTGAGGATTTGATCAACCAGGTCCTTGAGAAAGCTGAAGGCGGCAGCGGAACGAGCAGCCCGATGCCAAGCAGCTCTTCGAGCAGCCCGTCGGCGCCGGCTCCTTCGTCGCCATCGGAATCTACATCCTCGTCTTCTCCTGAGGTGACACCGACAACGACTGCCACAGAGGATAGCGACACTTCCTCGCCTTCGCCAAGCCCGTCGCCTTAG MRGVSALGMLAVGALALAGCTGGGGGAASPSASPPSSASESAQAKVYTEDELRDLISGMKDGDGNELKLYSKDQVDQGSNVANLLLSTATVDPGDCKDIATAGLMDTVEKGDIAVALSEGEQPRSLSAQSGSEGPEADKVLQDISAKMDGCEKFTVKTLAGTYDVTSEKLQAETNAQETFGTISSRSGETQQKLMQVSAAEGRLLIVATKSGATLGDPDQKELEDLINQVLEKAEGGSGTSSPMPSSSSSSPSAPAPSSPSESTSSSSPEVTPTTTATEDSDTSSPSPSPSP NA NA NA NA NA D3-18_01094 1026 ligC_2 COG1793 DNA ligase C ATGCCGCCGACCGATGAAGTAGTTCCGGTTGGACTTCGCCCGCCGGTCGAGGTTGCGCTAGCGAAGGCTATGAAGGGCGTCCCTGCGACTTCAGCGTTGCCCGGTTTGACGCTTTTTGAACCTAAGCTCGATGGGTACCGACTCGTCATCTTCCGAGCAGAGGGACGGTCGACCCTATGGTCGCGCCAAGGCAAAGAGCTGACCAAATACTTCCCGGAGCTGGAGAGCGCGGCAGCAGAAATGATCCCCGATGGCTGTGTCATCGATGGGGAAGCCGTGGTGTGGTCTGAGGGACGGCTGAACTTTGAGGCCTTGCAGCGGCGATTGTCGGCTGGCCGAGAAGGACTCCTCGCCCTTGTCAGTGCGCTGCCGGCCAGTTTCATTGGCTTTGATGTCCTTGGGGTGGCAGGCCGTGACGCTCGGAATCTCCCGTTGAAGGACCGCCGGGCACTGTTGGAAGAGCTGGCAACAGTTTGGGTTCCTCCCCTGTCTGTGTCGCCTCAGACAACAGATCGGGAGCTGGCCAAGGCGTGGTTCGAAGATCGGGCAGCTGCCGGATACGAAGGACTGGTGGCCAAGAGCAGTATCCAGCCCTACATGGGCGGGAAGAGAATCTGGTTGAAATCCAAGAAGCGGTCTGAGCTGGACGTGGTGTGTGGAGCCGTTATCGGGCCAATGGACCGGCCCACTGAGATCGTGGCAGGACTGCCCATAGCCGATGAGTTGCGCATCGTCGGGCGCAGCTCCCCGCTGAAACCGGCAGATAGCCGCGCCCTGTCCCGATGGCTCCGCCCGCCGGCGGGCGCTCATCCCTGGCCTTCCACGGTCAAAGGGACCACCCTTGACAGGTTCAACCGCGATGCCTCTCCCGTGGAGCTGACGCTGGTGGGACCTGTCGTGGTTGAGGTCACCGCCGACGCAGCGTGGTCCGGACGTTCATTCCGCCATGCCCTCCGCTACCGCAGAGTCCGTCCGGAGTTGAATCCAGGTGAGGTCCAGTTTCCGTCGTATCTCCAGATTCAATAG MPPTDEVVPVGLRPPVEVALAKAMKGVPATSALPGLTLFEPKLDGYRLVIFRAEGRSTLWSRQGKELTKYFPELESAAAEMIPDGCVIDGEAVVWSEGRLNFEALQRRLSAGREGLLALVSALPASFIGFDVLGVAGRDARNLPLKDRRALLEELATVWVPPLSVSPQTTDRELAKAWFEDRAAAGYEGLVAKSSIQPYMGGKRIWLKSKKRSELDVVCGAVIGPMDRPTEIVAGLPIADELRIVGRSSPLKPADSRALSRWLRPPAGAHPWPSTVKGTTLDRFNRDASPVELTLVGPVVVEVTADAAWSGRSFRHALRYRRVRPELNPGEVQFPSYLQIQ NA NA NA NA NA D3-18_01095 1218 hypothetical protein ATGAAGACTTTTCGTGTGCTGGCGATCAAAACGGCGGCTTTTGCCGCTCTAGTCGTCGGTTCAACAATGTTGAGCGTAGCTCCGGCCACGGCGGCACCGACGTCGGAGCCAAGCCCGTGGGTCCCTCCGATTTATGGCGCACCGCACGTTGGGTCAGAGCTGGCCTTAGGGAAAAAAGTCTCCGGACAGTGCTCCAACCCACCGGCCTATCCCCGACCTGAGTTTGTCATTGAGTGGCTGAGCAACGGTGTCCCGTTGCCTGCCGAACGTCAAGGCGATGTCCTCAAGCTGACGCCCGAGGACCGGGGTAACCGCATCTCAATACACGTTCACCTGACTTGCGAAGAACCCAGGGACTACTACAGCGCCGAGACGGCACCCATTGCTGCATCGAACCGCGCAACGGGCTGGACCAACCGTGGACACTACGAGCTTCTTGGCCGCACTCACGCCGGCGACCTTATTCTCTACCCGCGGACCTACGAAGCAGATTATCGATTCAAGGACATGTCAACGGAAGCCCTGCACTACGACGGCTCGTGGGATGAGCCAAGAGTGGTCGGCACGGGCTGGAACATCTTCAACTTCGTGTTCTCCCCGGGAGACTTCGACGGGGACGGGTACAACGACGTCCTTGGTCGGGACAGTGCCGGGAAACTGTTTCTCTACCCTGGTGACGGCGACGGCGGCTGGCTCCCTCCTAAGCAGGTGGGTGCCGGGTGGCAGATCTTCGATTCCATTATTGGCGCCGGGGATTTCAGCGGTGACGGCAACAACGATGTTCTCGGCCGTGACAGCGCAGGCCGACTCTTCCTTTACCCCGGTGACGGTAACGGTGGCTGGCTTCCTCCTTCACAGGTCGGCTCAGGCTGGCAGATCTTCGACAAGATCGTTCCAGCGGGCGACACAGGTGCCGATGCAGCCGTGGACATCTTCGCCCGGGACCGAGCAGGCGTCCTCCATCAATATCCAGCCAACGGACAAGGCGGCTGGAAATCCCCAGTTGTTGCGGGCTATGGATGGAGTGTCATGAATGAAATCATCGGTGCCGGGGACTTCAGCCCAGGAGAAAGCTATGCCTTTCGCGAATCCACAGCTGACATCACGGGGATCGATCAGGAAGGTGACCTACACCTGTACGGCGGCGCACAGCCCACCGGGCTCTACGACGGGGACGTCATCGGCACCGGCTGGGACATCTTCAAAAACCTCATCTGA MKTFRVLAIKTAAFAALVVGSTMLSVAPATAAPTSEPSPWVPPIYGAPHVGSELALGKKVSGQCSNPPAYPRPEFVIEWLSNGVPLPAERQGDVLKLTPEDRGNRISIHVHLTCEEPRDYYSAETAPIAASNRATGWTNRGHYELLGRTHAGDLILYPRTYEADYRFKDMSTEALHYDGSWDEPRVVGTGWNIFNFVFSPGDFDGDGYNDVLGRDSAGKLFLYPGDGDGGWLPPKQVGAGWQIFDSIIGAGDFSGDGNNDVLGRDSAGRLFLYPGDGNGGWLPPSQVGSGWQIFDKIVPAGDTGADAAVDIFARDRAGVLHQYPANGQGGWKSPVVAGYGWSVMNEIIGAGDFSPGESYAFRESTADITGIDQEGDLHLYGGAQPTGLYDGDVIGTGWDIFKNLI NA NA NA NA NA D3-18_01096 1428 puuP_1 COG0531 Putrescine importer PuuP ATGTCCGCTGAGAACATCAAACTTACCCCCAAGCTATCCCTGCTGTCGGTGGTCGTATTCGGCCTGGCCTATATGGCTCCGGGAATCGTAATGTCGATCTTCGGCGTGATTTCCTCCACCAGCGATGGAACGGCCCCGACAGCATTCGCCCTAGCCACTGCCGCCATGCTCCTGACTGCCCTCAGCTACGCGAAGATGGCCAAGATCTTTCCGAACTCGGGTTCGGCCTACGTCTACGCCCGTCGGCTGCTCGATTCCCGCGTCGGCTTCCTGGTGGGGTGGGCAATCCTCCTCGACTATCTCTTCCTTCCCACCGTGGCTTGGCTTTTCCAGTCGTTCTACCTCGCAGCTCAGTTTCCTGACATTCCCGTCTGGGCCTGGCTAGCTCTGAACGCAGGGCTGACAACTCTCATCAACATCACTGGAATCGTGCTCACCGATAGGGTGAACAAGACGCTTACCCTTCTGGTCGTAACCGTCATCGGGATCTTCATCGCCTACTGCTTGGCCTACCTCGGCGGAAACCCGCCGACGTCGTTGACTGAGCCCTTCTGGAACAGTGCCACGACGGTCAGCAGTGTCGCTGCGGCAGCAGCTATCGCTGCCTACGCCTTCCTCGGATTCGACGCCGTCAGCACCCTCAGCGAAGAGACCAAAGACGCCAAGCGAAACATTCCCCGGGCGATCCTCCTGACCGTCCTCGTCGGCGGAATACTCTTCGTCGCGGTCTCCTACATCATGCAGCTCGTTCACCCCGGCGGAGACTTTGAGGAAGCGGCGACCGCGGCGTACGCCATGCAGGTTCTCGTCGGTGGGCAGTTCTACGCCAACATCACCAACATCCTCTTCATCGTCGGCGGGTTTGCATCCGGGCTCGCCATTCAGGCCAGCACCAGCCGGCTCCTCTATGTCATGGGCCGGGATGGCGTCCTTCCCCGACGGCTCTTCGGACGCCTTCATCCCCGAACCAAAACCCCCATCTTCAACCTGCTCCTTGTCGGTGCCATGGCCACCCTGGCCCTGAATATCTCTCTGGAAATCGCGACTTCTTTCATCAACTTCGGGGCCTTTCTAGCTTTCGCCACCGTCAACCTCTGCGTCATCGCCTACTTCATCCGAAGCCGCAGACGCGGCACCAACCTTTCAATCGTCAGTTTCATTGTTCTTCCCGTGCTCGGTGCCGCAGTTGACATTTACCTGCTTACTCAACTGAGCCCAATCGCGATCACCATCGGCTGCTGCTGGATCGGTCTGGGTATCCTCTACCTCGTCTTCCTCACCAAAGGATTCCGCGAGGAACCACCAGAAATGCGTCTCCAAGACCGCGAAGACCAGCCAGCCGGATCCATTGAGTCCCAGCAGCCAAACGGGGACGATCCACGGTCAGCGAAGCAGGCTGCCGCCCAAGCGCAGCCCACCGAAATCTGA MSAENIKLTPKLSLLSVVVFGLAYMAPGIVMSIFGVISSTSDGTAPTAFALATAAMLLTALSYAKMAKIFPNSGSAYVYARRLLDSRVGFLVGWAILLDYLFLPTVAWLFQSFYLAAQFPDIPVWAWLALNAGLTTLINITGIVLTDRVNKTLTLLVVTVIGIFIAYCLAYLGGNPPTSLTEPFWNSATTVSSVAAAAAIAAYAFLGFDAVSTLSEETKDAKRNIPRAILLTVLVGGILFVAVSYIMQLVHPGGDFEEAATAAYAMQVLVGGQFYANITNILFIVGGFASGLAIQASTSRLLYVMGRDGVLPRRLFGRLHPRTKTPIFNLLLVGAMATLALNISLEIATSFINFGAFLAFATVNLCVIAYFIRSRRRGTNLSIVSFIVLPVLGAAVDIYLLTQLSPIAITIGCCWIGLGILYLVFLTKGFREEPPEMRLQDREDQPAGSIESQQPNGDDPRSAKQAAAQAQPTEI PGPT0007795_23 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-OXIDATIVE_STRESS_SIGNALLING,PGPT0007795-puuP-K14052 NA NA D3-18_01097 900 amiF_2 Formamidase ATGACCCGCCTCCTCCCACTGGCTCTTGTGCAATCACCTGCTGAGTCCTTGACTGATTTTGCTGCTGGTCTCGAGCGAAGGGTCAAAGCGCATGCGGTCGCAGACCTTTTCGTTTACCCGGAGCTCCACTTGAACACGGCACACTCTCCCGGCCCCGAGGACAGGCAGGCCTACATGGAAGCCTCGGCCGAACCTCTTGATGGCCCGCGCGGGCGCACTCTTGCCGAGCTTGCCGGAGACCTTGGGATCTGGCTCCTGCCTGGGAGCGTGCTTGAACGAGGCATGGACGGGCGTATCTACAACACTGCCGTTGTCTACTCCCCGGAAGGCAAAGCTATAGCCTCGTACCGAAAGATCTTTCCTTGGAAGCCCTATGAGAGGGTTTGTTCGGGCAAGGACTTCGTGGTCTTCGAAATGACCGGCTACGGCCGCGTCGGTTTGTCGATTTGCTACGACGCATGGTTCCCCGAACACAGCAGGCATCTGGCATGGATGGGGGCAGAGCTCGTCCTCAATGTTGTCCAGACTCCAACCAACGATCGTGTTCAGGAAGTTGTTATCGGCCAAGCGAACGCGATCGTCAACCAGAACTTCGTTGCGAGTGTGAACGCAGCCGGACCCCACGGGGTCGGACGGAGTCTTCTGGTTGATCCTGAAGGCCGCGTACGAATCTCTGCCAACGGGCCAGAAGACACAACCTTGGTCGATGTGATCGACCTGGATCAAGTACGAAATGTCCGTCAGCATGGCACAGCGGGCGTTACCCGCCCCTGGGATCAGTTTGATGAAAGCGACGACACCATTCCGCTGCCGTTATACGCGGGCCAGCTTGATCCTCACCTGTGGCGGCAGACCAACTCCTCCGCAACCCAGACCAACCTCAGCACTGCCCCAGCCTAA MTRLLPLALVQSPAESLTDFAAGLERRVKAHAVADLFVYPELHLNTAHSPGPEDRQAYMEASAEPLDGPRGRTLAELAGDLGIWLLPGSVLERGMDGRIYNTAVVYSPEGKAIASYRKIFPWKPYERVCSGKDFVVFEMTGYGRVGLSICYDAWFPEHSRHLAWMGAELVLNVVQTPTNDRVQEVVIGQANAIVNQNFVASVNAAGPHGVGRSLLVDPEGRVRISANGPEDTTLVDVIDLDQVRNVRQHGTAGVTRPWDQFDESDDTIPLPLYAGQLDPHLWRQTNSSATQTNLSTAPA PGPT0000620_967 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-FORMIC_ACID_BIOSYNTHESIS,PGPT0000620-fmdA|amiE|amiF-K01455 NA NA D3-18_01098 618 betI_2 HTH-type transcriptional regulator BetI ATGGCAAGACCACGCAATCAGACAGAACGCCGGGACCAGCTCGTAGCAGCAGCTGGCCGGGTCCTGCTGGACAGGGGATCATCGGCGGCCCGCCTTTCTGACATCGCCAGCGAAGCCGGCGTCACCCCCGCCGCAGTGCTCTACTACTACAGGGACGTCGATGAGCTCTTCAGCGAGGTCTTCCATCAGGGTGTTACGGAGTACTGTGACCGCCGGGAGGCGCGGATCAAGGCTGAGAGCGACGCCGAAGGTCAGTTGAGGGCCTGCATTCACTCGGGCGTACCTTGGCCCGGCGAAAGCGAAATGGCTTCCCGAATCCTCGTGGAACTAATCCCGGTTTATCTGCGAAATGAAGCAGCTGCTCGCCAGCAGATGGCTTTCGTGGAGCGCCAAACGAACCTGTACAAAGGGATACTGGAACGAGGCATGGAGGAGGACGCTTTCACTCTGTCGGCGCCGGCAGGATTCCTGGCCCGAAGCTTCATAGCCCTCGAAGATGGTCTCGTGATGGACGTCCTTCTCGGCGACCTGACGCCCGATGAAGAGTATGAGTTCCTGATCAGCTACGCGACAAACATGGTGAAAACCAAGAGCGGTGCCAACCTGCAGCTCAGCTGA MARPRNQTERRDQLVAAAGRVLLDRGSSAARLSDIASEAGVTPAAVLYYYRDVDELFSEVFHQGVTEYCDRREARIKAESDAEGQLRACIHSGVPWPGESEMASRILVELIPVYLRNEAAARQQMAFVERQTNLYKGILERGMEEDAFTLSAPAGFLARSFIALEDGLVMDVLLGDLTPDEEYEFLISYATNMVKTKSGANLQLS NA NA NA NA NA D3-18_01099 531 hypothetical protein ATGCGAACTCGCTTAGTAGCACCCTTAACAGCAGTGGCACTTTCCGGAGCAATGCTCTTCGGCGCCACAGGCCCCGCCTCCGCTGCCCCGCCGCCCGCGGCCAGCGCTGTTCAGTTGGCCAATGTCACGGCCGTTATCAATGAAACCATTCCCGGAGTCGGCACCTTCGTTGGTTCCTTCACGCCTACACAGTTTGGCACCGAGAACGGCGCGTTGACTGTGACCGGCTTGCTGACGGGTACCTTCACCAGCGTCACTGGGGTGGTGACTCAAATCAGCCAGACAGTGACCACGACGGTCACCGGCGCTGCTACTCAGGCGGCCTGCCAGATCCTTAGCCTCGACCTTGGGCCACTGGACTTGGATGTTCTGGGCCTCGTAGTCGAACTGAACCAGGTGCAGTTGGACATCACGGCAGTTCCGGGGGCAGGAAACCTCTTGGGTAACCTGCTGTGTGCAGTAGCCGGCCTCTTGGATGGCAACGGCCTGACTGGTCTCGCCAATCTGCTGAACCGCCTGCTCGGCCTGTAA MRTRLVAPLTAVALSGAMLFGATGPASAAPPPAASAVQLANVTAVINETIPGVGTFVGSFTPTQFGTENGALTVTGLLTGTFTSVTGVVTQISQTVTTTVTGAATQAACQILSLDLGPLDLDVLGLVVELNQVQLDITAVPGAGNLLGNLLCAVAGLLDGNGLTGLANLLNRLLGL NA NA NA NA NA D3-18_01100 180 hypothetical protein ATGCAGGCTCTGGTTCTGATGGGCTTTGTCCTTGCGACGGCCGTGATGTGGGTGGGAGTCATCATGATGATGCTCACTGGGCTGCACCGGGCAGAACACCGTAGTGGTGTGGAAGCCCCTGACTCCGCACAGGAGAAGGACCGGGAAAAAAGCGAGGCGCCCCCGAGGGGGCGCCTCTGA MQALVLMGFVLATAVMWVGVIMMMLTGLHRAEHRSGVEAPDSAQEKDREKSEAPPRGRL NA NA NA NA NA D3-18_01101 1443 hypothetical protein ATGCCACCGCGCCAAAGCCCTGCCCAGAAACTGGCCGCCAAGCTCCTGCTTGGTGGCGAATGGGCGCCTGTGACCAACAAGATCGGGTTCGTTAAGCGCCCGGTGGACCAGGCCGCCGTCGAGTGGCGGAAGTGGGTCCAACGAAGCCCCTATCAGGCGCGTGATGGCATTGGCGTCACCGAGCACCAAGGCACTTTGACCGAACTTCTCGGCAAACTACTGCCCTTGGGGTATGGCACGCGCTGGCTTCTGCTGGAGACGGCGAACCCGGAGTGGACTGCTGTCATGGAGAACACCACTGGCGACGCGCATTTCGATTACCAGCTGCGGCACCATCTCTCGGAGGGCAATGGAATTCCCACTATTGAGGTGAACGACGAGCCGAAGAACATGAAACGCATTCCCGACGAAATGGCTCGGGGGCGTTGGGGAGGCCGTGATCTTAAGGTTTACGATGAGGCCGGCCATCGGAGGTCACTTAGTCTCTATCACTCTGAACCATGGAAGTTCCACCACAGCGGAGAACCCTACGACTTCGAAGACGTCGAGCAATATTCTGCGCCGCGTGCCCTTGATTGCTTCCCCCACGAGACGTTGGTCCACATCTGCCGCAACCTGGGACTGGACCCCTTCGAGGAAGACTTCTATGTTCCCAACGGACGGGCTTTCATCGTGGAGCTACTTCACGACGGAAAGAGCTCGGGCGGGAAGAAGTACACACTGGCTGAGGCAAGGGCCGGGCGCGACGATATCAGCGTTCCACGCGTTGACGACCCCGCCATTGGCAATGCCCTCTACCCCTCGGGCTCCGGCAATCCAAACCCCGACGCTATTTTCCCGGTGACAGGCTTCAAGCCCTACGTAAAGCCAACGCCGTGGGACCTGGCCGTAAAAGAATTCGAAGAGATCCTGAAGCGCTACAGCAGCTACCCAGTCCGTGCGTCCCTCAGTGAAGGTCTGGAAGAACTCGGCATTCTCGCCTTGCCGTCACGGTCGTCTGGTGGGACTGGAAGCACCGACATCAGCGTGATGGCCACGCCCACGTTGTTGGGATCACCGTTGGCTGTCCGCGAGTACACAGCAGCTTTCATGATTCTGCAATGGATGCAGGCGGATGACTCGTCAGCGTACAAGTCGTTCTACCCGAACCGGAAGCAGATGGCGGTGATCCGACGCCTCTACAAAGATCAAGGCCTCTACCCTTTCGATGTGGATTCCAGCGGCGTGTACTTCACGCTCGCGGTCGACAAAATGATCCGTTCCGCGACCAGTCTCCGGGTGACCAGTGAACTCGTTGACTGGGAGGCTTCCCGCCCGGCACCGAGCCCGCGCGAAATGGCAGCTAATGACGGAAGAAACCGATCCTGCGCGTGGGATATTCGGATGCACATCCAAGAGCACGAAGACCAGATCTGGAACTCTGAGTTGGACGATCGCGTCTAG MPPRQSPAQKLAAKLLLGGEWAPVTNKIGFVKRPVDQAAVEWRKWVQRSPYQARDGIGVTEHQGTLTELLGKLLPLGYGTRWLLLETANPEWTAVMENTTGDAHFDYQLRHHLSEGNGIPTIEVNDEPKNMKRIPDEMARGRWGGRDLKVYDEAGHRRSLSLYHSEPWKFHHSGEPYDFEDVEQYSAPRALDCFPHETLVHICRNLGLDPFEEDFYVPNGRAFIVELLHDGKSSGGKKYTLAEARAGRDDISVPRVDDPAIGNALYPSGSGNPNPDAIFPVTGFKPYVKPTPWDLAVKEFEEILKRYSSYPVRASLSEGLEELGILALPSRSSGGTGSTDISVMATPTLLGSPLAVREYTAAFMILQWMQADDSSAYKSFYPNRKQMAVIRRLYKDQGLYPFDVDSSGVYFTLAVDKMIRSATSLRVTSELVDWEASRPAPSPREMAANDGRNRSCAWDIRMHIQEHEDQIWNSELDDRV NA NA NA NA NA D3-18_01102 1203 hypothetical protein GTGTTGTTGGTGGGCTCAACAGCGGCGGGCGTAGCCCCGGTTACGGCTGAAGAGGGCGACGGTTCCATAGCATCAACCAGTGAGTTTGTGCCGTTGATGCACGGAATGCCCAACGTGGGATCAGAGCTGACAATAGGCAGATTCTTCACGCGTTCCTGCCCCGTGACGGAGGAGGCCCCGCATGGGTTCACCATGGAGTGGCTCAGCAACGGAGTGCCCTTGCCTGCCGAGCGACAAGGCGAATTCCTGAAACTCGTCCCGGGGGATCGCGGTAACCGCATCTCCCTCACTGCACAATCGTCTTGCAGGGAAGGAACGGTCTATCACAGCGCCGAAACACCGCCTATTGCTGCCTCCAACCGGGCCATGGGCTGGACAGGTCGCGGAAACCCTGAGCTCTTAGGCCGCACCGATGACGGTGACCTGGTCCTGTACCCCCGGACGTATGAGTCCACTTGGAGGTTCTGGGATATGTCCTTCGAGGGCCGCTATTACAGCAGCTACTGGGATGAACCGCGGGTAGTCGGAACGGGCTGGGACATCTTTGATGTTGTCTTCTCCCCGGGGGACTTCGACGGCGACGGCAACAACGACGCCATCGGCCGTGACCGCTATGGAAACCTTCACCTGTACCCCGGAGACGGAGATGGAGGCTGGCTGGCGCCCTCCCAGGTCGGCGCAGGCTGGAACATCTTCGATTCCATCGTGGGTCCCGGGGACTTCAACGGGGACGGAAACAACGACGTCCTCGCCCGCGACCGCTATGGAAACCTTCACCTGTACCCCGGCGACGGCGAAGGCGGCTGGCTGGAACCCTCGAAGGTGGGCGCAGGCTGGCAGATCTTCAACAAGATCATCGCTCCCGGGGACACCAACGGCGACGGAGCAGTGGATATTTTCGCCCGGGACCGCAGCGGTGTCCTTCAGCAGTACCCAGCAGACGGGCAGGGGGACTGGAAGTCCCCCGCCGTGGTGGGTGCTGGATGGGGTGCCATGAGCGAGATCAGCGGCGCCGGCGTGTGGGACCGGGACTATGTCGCCTACAATGCCGCCAATCCCGGGCGCGGACCGAGGAATGACGTCATCGCAATAGATCAAGAAGGCGACCTACGGCTGTACAGCGGCGCCTACCCCTACGACACCGGCCTCTACGAAGTTGGCGAAATCGGTGACGGCTGGGACATTTTCAAGGACCTGATCTGA MLLVGSTAAGVAPVTAEEGDGSIASTSEFVPLMHGMPNVGSELTIGRFFTRSCPVTEEAPHGFTMEWLSNGVPLPAERQGEFLKLVPGDRGNRISLTAQSSCREGTVYHSAETPPIAASNRAMGWTGRGNPELLGRTDDGDLVLYPRTYESTWRFWDMSFEGRYYSSYWDEPRVVGTGWDIFDVVFSPGDFDGDGNNDAIGRDRYGNLHLYPGDGDGGWLAPSQVGAGWNIFDSIVGPGDFNGDGNNDVLARDRYGNLHLYPGDGEGGWLEPSKVGAGWQIFNKIIAPGDTNGDGAVDIFARDRSGVLQQYPADGQGDWKSPAVVGAGWGAMSEISGAGVWDRDYVAYNAANPGRGPRNDVIAIDQEGDLRLYSGAYPYDTGLYEVGEIGDGWDIFKDLI NA NA NA NA NA D3-18_01103 909 rutD_2 Putative aminoacrylate hydrolase RutD GTGGGGGTCACGGCGGTTGGCGCCGTGCTGGCGGTCGGCTTGGCCACCTCCACCGTGGTGAATGCCGTGGCGAGCGAGGGGGAGAGCCACAGGATCGAGTCGTACGGGCGGCGGGTGTCCGTGGACGGTGGCGAGATGAACGTTCTGGTCACTGGGGCCGGGCAGGAGAACGTGGTGCTCTTGCCTGGATTCGGTACGTCGTCGCCCGTCCTGGACTTCGGGCCGCTGGTGACGGACCTCGCCACGGACCATCGGGTGATTGTGGTGGAGCCTTTCGGTTACGGCCTGAGCGATGGCACGGACGAGGAGCGAACCACGGCGAACATCGTGCAAGAGGTTCATGGCGCACTCGAGGCGCTGGACATTGATCGCTATACGCTGATGGGTCACTCCATCGCCGGCCTCTACGGCATAGAATATGCCGCCCGCTACCCGGAGGAGGTGACGGCGTTCGTCGGCATCGATACGAGCGTCCCCGGACAGCCGGGCATGGACACGCAGTTCCCCACGGGTCTGATGTCCGCTGCGAAGAACCTCGGCCTGCTCCGGATAATGAACGCTGCCTCCGCCGCCGGCGGCCTCGCAGACTACACCGACCACGCCCGTGAGCAGATGCAGATGCTCACCAACAAGAACTCGCTCTCACCCACCTACCTCAACGAGATGGGCAACATCAAGACCAACTTCGAGCGCGCACTGGGCACAGGCTTCCCCAAGGACTTGCCGCTGCTGCTGTTCGTGGTCGCGGAGAACGAGAAGACCCCGGAGTGGCTCGAGCTGCACCACCGCCAGGCCGCGAGCGTCACGAACGGCACCGTGGTGCCCCTCCCCGGCGAGCACTATCTCCACCACACGCACGCGGGGGAGATCGCGGATGGGGTCAGGGAATGGGAGGCGGGGCGGTCGTAG MGVTAVGAVLAVGLATSTVVNAVASEGESHRIESYGRRVSVDGGEMNVLVTGAGQENVVLLPGFGTSSPVLDFGPLVTDLATDHRVIVVEPFGYGLSDGTDEERTTANIVQEVHGALEALDIDRYTLMGHSIAGLYGIEYAARYPEEVTAFVGIDTSVPGQPGMDTQFPTGLMSAAKNLGLLRIMNAASAAGGLADYTDHAREQMQMLTNKNSLSPTYLNEMGNIKTNFERALGTGFPKDLPLLLFVVAENEKTPEWLELHHRQAASVTNGTVVPLPGEHYLHHTHAGEIADGVREWEAGRS 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 D3-18_01104 606 hypothetical protein GTGAAAAAAATCAAAGGTGGGAGCGTTGTGAATGGATGGACTGCGAATCTGAAGACCCTTCGCCCTGCCCACATTTGTCTGGGAATCGGTGCTCTAGGTTTTTCTCTGGTGGTTCTCGGATTTGCCACCGTTTGGACAACGGGGTGGGGAAAGGATCTTTTTGCCCCAGGAGCGACGCTGCTAACCGTTGCACTTACGGCTTGGATCGCTTCGCTTGGCGTCATCAGCTGGCAGGAACAAAAGAAGCGTGATCGCGAGTCCAAGGAGTTCGAACGTCGAGAAAAGGTCTACTCCGAAATAGCCACATTCATGTTGCAGCGCTTCCTTTCTCGTGATCGCACACCCGAACAGCGGAAGGACGACCTATGGAAGGACGCCGAACTACGATCCCATGCGGCGTTGTGGGCGAGTCCCGAGACTGTTCACATGCTGGCCTACTGGCAGACCCTGCTTTCGCAATTCGATGGATCGCTCACACCGATGCAGTCTGAATGGTTGAAGCAGTCAATTGGTCGAACTCTTGAAGCTATGCGTGAGGATCTTTCCCCGATGGGGAAGGACGACCTACGGCGCGACGTCATGTTGAAGTCAATCTTCAACGACTAA MKKIKGGSVVNGWTANLKTLRPAHICLGIGALGFSLVVLGFATVWTTGWGKDLFAPGATLLTVALTAWIASLGVISWQEQKKRDRESKEFERREKVYSEIATFMLQRFLSRDRTPEQRKDDLWKDAELRSHAALWASPETVHMLAYWQTLLSQFDGSLTPMQSEWLKQSIGRTLEAMREDLSPMGKDDLRRDVMLKSIFND NA NA NA NA NA D3-18_01105 471 hypothetical protein GTGAGTTGGATAGCAACCGCATGCCCGTTCATTGTCGCAATCTTTTTCATCCTGATTGCCCCGAAAATTGTGACGAGAGTAAGCAAAACCATTCAGGGGCAGATTACTCAGGACAGGGACCGATGGAACGTATCTCCCGATGCCGAGGTGCCTCCGCATCTGTCACCCAAAGCGATCAACGATTACATCGAATACGCGGCAGATGCCGTTCAGATTTTTCCAGCTACCCTGCTGCCCATCGTGGGAGCGGTATTTACCATATCTAATAACGGCGCCACCTGGCTAAACATGAGCCTTCTAATTTTGGTTGTCCTGCTAGCTATCGGCCTTGACGTTATGGTGGCAACTAGGTCAACGGCTGACTACGTTTCCAGAAGGAAATATGGATACTCAGTAGGTGCCATCGTCGCTCTTTTGAGCAACTTGTTGGGCCTAATAGTAGTCATCGTCAACGCCTCGCCCGCAGCTTAA MSWIATACPFIVAIFFILIAPKIVTRVSKTIQGQITQDRDRWNVSPDAEVPPHLSPKAINDYIEYAADAVQIFPATLLPIVGAVFTISNNGATWLNMSLLILVVLLAIGLDVMVATRSTADYVSRRKYGYSVGAIVALLSNLLGLIVVIVNASPAA NA NA NA NA NA D3-18_01106 429 hypothetical protein ATGAAACGGGTTTCTGAAAGATCAACGAACATGCCATCGGGACTATGGCTGGAAAGCACAATCGTATGCTCACCCCCTCACACGATAAAGGCAGAGGGAGGCATCCATGAGGTCAGTGCCAAAAATCGGAGCCTGCATTCATACATCGTTAGCATCAAGGGCACCTGGGAGTCCTCTGAAATCTGCTATTCCACACCGTTGGGCGACTTCTCATCATGGAGCGACTCCATGCATGTCCCCAGTCGCCCGGGCCGCGGTGGGCCAAGTGCGGGGATGAGGTCTTGCAAGGTATCCAGCATAGGAACCTCGGTTGATGTCGTGGTGAGTGTTGTCTTGGTCGCCCAACCTGATGGGTTTGCGTACTCTGCCAGTGACACAGTAAGTGTCCAAGTCGATGCCGAGGGACCGCCCAAAGTCCCACAGGGATGA MKRVSERSTNMPSGLWLESTIVCSPPHTIKAEGGIHEVSAKNRSLHSYIVSIKGTWESSEICYSTPLGDFSSWSDSMHVPSRPGRGGPSAGMRSCKVSSIGTSVDVVVSVVLVAQPDGFAYSASDTVSVQVDAEGPPKVPQG NA NA NA NA NA D3-18_01107 609 hypothetical protein ATGTCACTAAAAGATGTAAAGGACCTGGACCGCCCCGAGGGTCTTGTGCGGCAGCTTATCTTCGACAGCGAAGAGCTTGCTGTCGTCGATCTCTCATCAGAAGTTCTGACCGTCAATTGGACTACGGGCAGCTCAGCACGGGAATTCATCGGCATTGCGGCTGCGCTTGCTAGCTATCAGGATGCCGACGCGATTGTCTGCACGCCGAACACTGTGATTGAGATTGATTTTGGGGAGTTACTGACCTTGGCCGCAGACGAAGAACTCTCCGTTCCTTCCAAGTGGGACTTAGTCAGGCTGGATGTTTCCAAAACGCGGAGCGTGGCTTGGGAACGATTGTCGAACGGGGCATCTGTGGTCGGGTTCGGAGACACAGCTGACTGCCTACACGGAAGTTCTCATAGCGAGGCAGCCCAACAACTCATCGTCTTACTTGAATTAACGGGGACCTCACATATCGACTTCCACAGCGTCGTGGACAACGTGCTGGAGTTAGCGAAGCTCTGGCACGATCGATCGGCTGATTCGGCTTCAGGCCCCAGAGCAAAATTGGAGACACCCGAAACAACGACGTTCAAGGATTGGCGCGGGTATGAAACGGGTTTCTGA MSLKDVKDLDRPEGLVRQLIFDSEELAVVDLSSEVLTVNWTTGSSAREFIGIAAALASYQDADAIVCTPNTVIEIDFGELLTLAADEELSVPSKWDLVRLDVSKTRSVAWERLSNGASVVGFGDTADCLHGSSHSEAAQQLIVLLELTGTSHIDFHSVVDNVLELAKLWHDRSADSASGPRAKLETPETTTFKDWRGYETGF NA NA NA NA NA D3-18_01108 384 hypothetical protein ATGACAAAGGTCGTCCTTAAGCAGACTGGTCACTCCATCGCCGGCCTCTACGGCATCGAATACGCCACCCGCTACCCGGAGGAGGTGACGGCGTTCGTCGGCATCGATACGAGCGTCCCTGGACAGCCGGGCATGGACACACAGTTCCCCACGGGCCTGATGTCCGCCGCGAAGAACCTCGGCCTGCTCCGGATAATGAACGCTGCCTCCGCCGCCAGCGACCTCGCAGACTACACCGACCACGCCCGTGAGCAGATGCAGATGCTCACCAACAAGAACTCCCTCTCACCCACCTACCTCAACGAGATGGGCCACATAAAGAGCAACTTCGAGCGGGCGCTGGGCACGGGCTCCCGAAGGACTTGCCGTTACTGCTGTTCGTAG MTKVVLKQTGHSIAGLYGIEYATRYPEEVTAFVGIDTSVPGQPGMDTQFPTGLMSAAKNLGLLRIMNAASAASDLADYTDHAREQMQMLTNKNSLSPTYLNEMGHIKSNFERALGTGSRRTCRYCCS PGPT0019765_20 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 D3-18_01109 237 hypothetical protein GTGACTGATGACGCGGCGCGCCCCAGATTCTTGACGATCGAGCAGGTAGCCGAGGAGCTAGCTGTTGGGATTCCTACTGTCCGCCAGTTGTTGAAGTCTGGTGAGTTGCGTGGATTCCAGCTCGGTGGGCGGAATATCTGGCGTATCGGTGCCAAGGATCTTGAGGACTACATTGAGCAGGCTTACTTGACTACTGCTGAGCGGATAGCTGCCGGCGAGATAGCCGAGAATCTCTAG MTDDAARPRFLTIEQVAEELAVGIPTVRQLLKSGELRGFQLGGRNIWRIGAKDLEDYIEQAYLTTAERIAAGEIAENL NA NA NA NA NA D3-18_01110 822 Tropinesterase ATGGATTCCGAGGTCAGGACCGTCTCTTTGAACACCGGAATCAGCGTGCCCTGCTTCGTGCAAGGGAATCTTGAGCAGACAGCCGACGACGTCGACGCGCCACTGCTGCTTTTGCATGCGTGGGGTGAATCTTGGCGGAGTTTCGATCGTCTCATTGCCTCGCTTCCTGGGTTTGTGATTGTGGCGCCTGATCTGCGAGGTCATGGGGCGGCGGACAAACCCGAAAGCGGCTACGCTCTTTCCGAAGTTGTTGGGGATGTAGTTGCTCTACTGGAAGCCTTAGGCGTCAACCACGCACACATCGTGGGTTCATCCAGTGGTGGTTATGTTGCACAGCAACTGGCTGTCACTCATCCGGGCTTTCTTGCATCTTTGACGTTGGTAGGCGCACCACTGAGCCTGCATGGCAAGCCACCATTTGCGGACGAATTTGAGCGGTTGACAGATCCAATCTCAGAGAACTGGGTGCGCGAGTCCTTTGCGTGGTACAAAATGCTGCACGCCGTGCCGTCCTCGTACATCGAGGACCGAGTACGAGACGGTCTCGCCATGCCAGCCTCAATTTGGAAGGCTTCGTTGCTCGGATTCTATGAGGCCGTTCCTCCTACGGAGACCGGCGACATTTCCGTCCCAACCCTTATGCTCTGGGGCGCCCACGATCACCTTGTGCCGCGACAGCATCAAGAAACCCTGACTCGCCGTATCAAGGGCGCACGGCTGCAGATATACGAAGGAACCGGTCATCTGGTGCTATGGGAGTGCCCGGAGAGAGTTGCTGAGGATTTGACGAGCTTCCTGGGCGAGCTGATCAGGCGTCCGTAG MDSEVRTVSLNTGISVPCFVQGNLEQTADDVDAPLLLLHAWGESWRSFDRLIASLPGFVIVAPDLRGHGAADKPESGYALSEVVGDVVALLEALGVNHAHIVGSSSGGYVAQQLAVTHPGFLASLTLVGAPLSLHGKPPFADEFERLTDPISENWVRESFAWYKMLHAVPSSYIEDRVRDGLAMPASIWKASLLGFYEAVPPTETGDISVPTLMLWGAHDHLVPRQHQETLTRRIKGARLQIYEGTGHLVLWECPERVAEDLTSFLGELIRRP NA NA NA NA NA D3-18_01111 1566 hypothetical protein ATGTCGCGATTCAGTCTGTGGGCTACGGTCGCCGTGTCCGCAGTAGCTGTCCTCACTATTCTGGGCGTTCTCACAGATACACTGCTGGGGATCGGCACGCTTGTCGGCGGCTTGGCAGCCGCATTCTTCCTCCCCTTCGCGCTTCTGCAGCTTCCTCGGCTGAGAAAAAGTGCTGCCGGGGCGAGAAGCGACAGTGCACATCAGCCGCGTATGTTGGCTAGGCGCTTGATGGGGGTAGGCGCCATGGTTGCCAGTCCGGTCTATGGCTTTGCATTTTCGCTAGCCGCCATTCCAGCCGCTGCAGCTATCTTCTTGAAGCCGCTTGCGGGCTGGCCTAAGACCGCGAAGTCGATAGTTTGGTGGTCCGTTATTGGGGTTGGCGCGTTGGTTGTCAGCGCCCAACTGCAAGGCGAACAGACCAGTGGCAACATCCTGCATTACGCAGCTATGGCACTTTTTGTCACCGCTGCCGTGAAGCTCACCAACGGTCAGGCACCGGCTGCCCAATTGCTGGGCTATGCATCCATCGGGAGCGCATTGTTTTACGTGCTATTCCGCCCAGCAAACACCGACACATTTGAGCACATGTGGAAGTACGGGGTTGGCCCCTATGTCGCCACCGTCGCAGTATGGTTCCTCTGCACCCTGACTCAGCGCCGCTCTGTACCCATGGCAGCTCTATTCCTCATAGGCTGCGCCAGCCTATTCCTCGGCTTCCGCTCCCACGGGCTCGTCTGCTTTGCAGTCGTAGTCATTATTATGATCCGGGGAAGTAGCAGCAGGCCAGCTAGCAAGACCTTCAAAGGGCTCCTTGGCGCAGTAGCGCTGTGGGGGCTATCTGAACTGCTCCCCAAAGCGATTGAGTCCGGCTTGTTTGGTGATGCCGTGCGTAATCGAACGATTGCTCAGTTGGGTGATACCGGGCCAGCCCTCCTAGCGGGGCGCGTCGAGCCCCCGCTGTCTATTGCTGCCATTGCGGAACGCCCATGGCTTGGTTGGGGAAATCTCAATGCCATTGGCGATGACACCATGAGTGCAGGTGCTGACATTGCCTATAGCCTGGGTATGGTCCCGGCTGACTTCATGAACCTTTGGGTCCGTAAGGACGGCAGAGTGTCCGTTCATTCGCTTCTTGGAGAGGGCTGGGTGGAGGGTGGCCTGCCTGCCGCTGTTATGCCGATCCTGTTGATAGTTCTGTTCGCTGTGGCCATTTTCAAAGCTAGTGGTAGTTGGGCTCCACTGGTGGTGCTGGTATCAATTCAGGGAATCTGGGACGTCCTGTTTTCAACCTGGGGCTATAACCGTGCTTTGACGCTGGCACTGTCCGCCGTGCTGGCTGCGTGGGCGATATCCAAGTCCTACAGCCAGACGGCCCATGTATTGGACAGTAGTTATGTCGGTGGTTATGTCGATGATGAGCACGAGCTGGGTCAAGGCGCTGGAGCCGGCCACCATCGGGGCGGATCTGCAGCGCGGCCGCGCCGTCGAACGCTCGAACCGCAGACCGCGAGAGCGACCTCCGGTGAGCGCGTCCGCCTTACGTCCGCCCCGCCTCCCACTCCCTAA MSRFSLWATVAVSAVAVLTILGVLTDTLLGIGTLVGGLAAAFFLPFALLQLPRLRKSAAGARSDSAHQPRMLARRLMGVGAMVASPVYGFAFSLAAIPAAAAIFLKPLAGWPKTAKSIVWWSVIGVGALVVSAQLQGEQTSGNILHYAAMALFVTAAVKLTNGQAPAAQLLGYASIGSALFYVLFRPANTDTFEHMWKYGVGPYVATVAVWFLCTLTQRRSVPMAALFLIGCASLFLGFRSHGLVCFAVVVIIMIRGSSSRPASKTFKGLLGAVALWGLSELLPKAIESGLFGDAVRNRTIAQLGDTGPALLAGRVEPPLSIAAIAERPWLGWGNLNAIGDDTMSAGADIAYSLGMVPADFMNLWVRKDGRVSVHSLLGEGWVEGGLPAAVMPILLIVLFAVAIFKASGSWAPLVVLVSIQGIWDVLFSTWGYNRALTLALSAVLAAWAISKSYSQTAHVLDSSYVGGYVDDEHELGQGAGAGHHRGGSAARPRRRTLEPQTARATSGERVRLTSAPPPTP NA NA NA NA NA D3-18_01112 1170 hypothetical protein ATGTCGGGGGAAAAGTCGTTAAGAGTCACCAAGAAGCATGCTCATCTGAAGGCGCTCACTGGTCTGAGGATCATCGCCGCAGTCTGGGTTTTCGTGCACCATTTTGACGACGTGATAATTGGGTTGATGCCGGGGCTTTCATTTATGGATCCTCTATTCCATCAAGGCTGGCGAGGAGTGGATCTGTTCTTCATGCTCTCAGGATTTATCCTCGCATATCAGTACATGGACAGGTTCAGCCCAGGGGTGAGGCGGAAGGAGTACTTGCACTTCATCCGGGCTCGCATTGCTCGCATCTATCCTGTGCATTTCCTGACACTGCATACATCCGTCCTGCTCTTCACTGGGGCTGCATTGCTGGGCGTCCCTGTCCAATCTGGCCTTAGCGACAACACGTTCTGGACGTACCTTCAAAACCTGTTCCTAGTACAGGCTTGGTGGGGACATCCACTCAGCTGGAACGGCGTCTCTTGGTCGGTAAGCGCAGAATGGTTCGCATACTTGCTGTTTCCTTTCGCCGCCCTGGCAATCTATAGGGTGCGGTCTAGGCTCCTGGGTTCGATCATTGGGGCTGCTTCACTGGTTGTATTTACGGTTGCCTACCAGTCGGTGAACTCGTCAGCGACCGTCTCTACAGATGGGGACCTTTTCAGGATTGCAGGGTCATTCATCGCAGGGTGCTGCCTATTCAAGATTTATGCACTTACTCCTCAACTTGGTCGATTCTGGTCGTATGCCCCGGCTGCGGCGCTCCTGCTGGTTATCGGGCTTTCCTATTTGCCCGCGGAGACCTCAGTGCTCATGCTGCCGGTCTTTGGCATTCTGATCCTTGGTCTCGCGCGGGGCACGGACGGCATATCGCAACTTCTCTCAACTAAATTCATGGTCCACGGGGGCGCTATCAGCTTTTCGTTCTACATGGTTCATCAGCAAGTGCTGACGGTAGTGAGAAGTGTGGTCCCGGAGTCCTTGTACGGAGGGGGCATGTGGCCGATAGGTGCCTTAGTGATCCTCGGGACGCTGGGCTTCGTTTACCTTGCAGCCCACCTCGTGTTCCTTTTCGTAGAGGAGCCGTGCCGCAAACGCATCCGTGGCGGTCGCAGGACCGAAGAGGCATCGAAACCATCGGAGAATCTCGACGCCAAACGTGAACAGGAGCCGGCGATATAA MSGEKSLRVTKKHAHLKALTGLRIIAAVWVFVHHFDDVIIGLMPGLSFMDPLFHQGWRGVDLFFMLSGFILAYQYMDRFSPGVRRKEYLHFIRARIARIYPVHFLTLHTSVLLFTGAALLGVPVQSGLSDNTFWTYLQNLFLVQAWWGHPLSWNGVSWSVSAEWFAYLLFPFAALAIYRVRSRLLGSIIGAASLVVFTVAYQSVNSSATVSTDGDLFRIAGSFIAGCCLFKIYALTPQLGRFWSYAPAAALLLVIGLSYLPAETSVLMLPVFGILILGLARGTDGISQLLSTKFMVHGGAISFSFYMVHQQVLTVVRSVVPESLYGGGMWPIGALVILGTLGFVYLAAHLVFLFVEEPCRKRIRGGRRTEEASKPSENLDAKREQEPAI NA NA NA NA NA D3-18_01113 237 hypothetical protein ATGTTGCCCAAACAGGGGCGTGCCGCTGCCAACAATCCCCTTGGGGCACAGCTGTACCACCCCAAAATTTACTCGCCAGAAATAGCAATGTTGCTCTTTGAAGGGACCCGAAACCACTTGCCTTACATAGACATCAACCCCCTCAAAACGGGGCCCAAGTGGCGTGCTTTTGTAGCGCTAGCCATTCTTCTCATCGTTACGATTGCGATCGTAGCTCTTGCATTGACAGCCCACTAG MLPKQGRAAANNPLGAQLYHPKIYSPEIAMLLFEGTRNHLPYIDINPLKTGPKWRAFVALAILLIVTIAIVALALTAH NA NA NA NA NA D3-18_01114 204 hypothetical protein ATGAGATCAGTGATCGTTGCACACATAGGGGGAAACATGCCGGAATACGTCATCAACGCAGGACTCGAAACGGAAGAAGTCATCGTTGCCGCAAGGGCTACAGAGGGTAACATACAGTGGTGGTTCTACGACGCGGGCAACCGCGCACAGGAGACTCGGTTAAAAGGGCAAGTGCAGACTATCCACGAAATCTCGCACCCTTAA MRSVIVAHIGGNMPEYVINAGLETEEVIVAARATEGNIQWWFYDAGNRAQETRLKGQVQTIHEISHP NA NA NA NA NA D3-18_01115 894 gtaB_1 COG1210 UTP--glucose-1-phosphate uridylyltransferase ATGACTCAATGGGGGAACACTGTTAGAAAAGCTGTCATTCCTGCTGCGGGACTGGGGACTCGCTTCCTGCCTGCGACCAAGGCCATGCCAAAAGAGATGCTTCCGGTAGTTGACGCGCCGGCAATCCAGTACGTCGTTGAGGAAGCCGTCAATGCTGGCCTGACAGACGTTCTTATGATCACGGGCCGTAGTAAACGGGCGCTAGAAGACCACTTTGACCGCGCACCCGACCTCGAGCAGACCCTGGAAGCTAAAGGGGACGCGACGCGTTTGGGAGCCGTGCGATACGCCTCTGAACTTGGACCTATCCACTATGTTCGGCAGGGCGAGCCCAAAGGTTTGGGCCACGCTGTTCTGTGCGGCCGTCAGCACGTAGGGGACGAGCCATTCGCAGTTCTTTTGGGGGACGACCTCATCGATGAACGAGACGAACTCCTTACCACCATGATGGACGTACAAGCACGAACCGGCGGTTCGGTTGTAGCCCTAATTGAGGTTGACCCCTCGCAGATCAGCGCCTATGGCTGTGCCGACATCTCAGCAATCGACGACGAGGAGTTTGTGCGTGTGAATAGCTTGGTTGAAAAGCCTGCTGTTCAGGACGCTCCGTCCAACCTTGCTGTCATTGGGCGTTACGTGCTGCACCCGGCGGTTTTTGATGTTCTGGAAGCGACAGAGCGCGGCCGTGGGGGAGAAATTCAGCTGACGGACGCGCTGCAGACTCTGGCTGCCTCTGAGGGCGAGGGCTCAGGCGTTTATGGTGTGGTCTTCCGCGGCCGGCGCTATGACACTGGCGATAAGCTCAGTTACCTCAAGGCCGTGATTACCTTGGCTTCCGAACGGGCGGAATTCGGAGAAGACTTGAAGGCTTGGATGAAGAGTTTCATTGCCTAG MTQWGNTVRKAVIPAAGLGTRFLPATKAMPKEMLPVVDAPAIQYVVEEAVNAGLTDVLMITGRSKRALEDHFDRAPDLEQTLEAKGDATRLGAVRYASELGPIHYVRQGEPKGLGHAVLCGRQHVGDEPFAVLLGDDLIDERDELLTTMMDVQARTGGSVVALIEVDPSQISAYGCADISAIDDEEFVRVNSLVEKPAVQDAPSNLAVIGRYVLHPAVFDVLEATERGRGGEIQLTDALQTLAASEGEGSGVYGVVFRGRRYDTGDKLSYLKAVITLASERAEFGEDLKAWMKSFIA PGPT0014875_3248 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 D3-18_01116 327 hypothetical protein ATGGACCGCGTTAGACTGAAACACGAAGACCTCCCGGATATTGTGTTTGCTCTCGACAAGCTTCACACAACACCCGAAGGTCCTCTTTATTGCGTCAATTCCAACCCCGTGACATCAACCTGTCGGGACACTACACCCAGACTGCTTGGGTTTCAGTCATACTTGATCAGAATCGCAGTCCTAGGCAATGAAACTCTTCATCCAAGCCTTCAAGTCTTCTCCGAATTCCGCCCGTTCGGAAGCCAAGGTAATCACGGCCTTGAGGTAACTGAGCTTATCGCCAGTGTCATAGCGCCGGCCGCGGAAGACCACACCATAAACGCCTGA MDRVRLKHEDLPDIVFALDKLHTTPEGPLYCVNSNPVTSTCRDTTPRLLGFQSYLIRIAVLGNETLHPSLQVFSEFRPFGSQGNHGLEVTELIASVIAPAAEDHTINA NA NA NA NA NA D3-18_01117 399 hypothetical protein ATGACATCATATTTGGCAGGCCTTGCGCTGATCGGATTCTGGCCTACAACCGTAGATAAACCCATACTTGGCACGCTTACTACTGTCCTAAAGTATCTCCATGGACTCGGTGTGCCCAGCTGGTTTGGCTATCATTTCATTGAGGCCTCAGCCAACGTTGCGATGTTCATTCCACTCGGTTTTTTTGCTGCCATGGCCCTTCCCACGAAGCCTTGGTGGCACGTCGCCGCGATCGGGTTGCTGGCCTCGTTGTGCATGGAGTTTGGGCAACTGATATTCATCTCTGCCCGGTTTTCAAGTCTCGTAGACATTGTCACAAATGCGTGCGGTGCTGTCCTCGGGATTGCTCTCGCACGCCTGCTTTGCTCGCATCGGAGCCTCAAACTCGCAAAAGCCTAG MTSYLAGLALIGFWPTTVDKPILGTLTTVLKYLHGLGVPSWFGYHFIEASANVAMFIPLGFFAAMALPTKPWWHVAAIGLLASLCMEFGQLIFISARFSSLVDIVTNACGAVLGIALARLLCSHRSLKLAKA NA NA NA NA NA D3-18_01118 621 hypothetical protein ATGAGGAAATCTCTTGCAGCACTTACGCTCGCAGGTTCCATTGCACTTCTCGGCGCAGTACCGGCCGTAGCTAACAACGCCAACTACCCGGCACCGAACACAAGCGTCGCAGTTTCCGATGCTTCTGTGGCACCGGGTGAAGCATTCATCTTCAGCGGCACGGGCTTCACCCCGGGCGAAGGTATCACTATCACGATCACACCGACGGGCACGCCTGCAGCCAGCGGCGGCAGCGTTTCCGCTGGCAGCCTCTCCGTGTCAGGACGTATTCCACTGGCACCGTCCACTTTGGGAACAGTAGCTGATGGAAACGGCGCATTCGCCGCGTCGATCGTCATCAACGAACCCGGTGCATATGCACTGACGGCTACTGGCAACTCCTCCGGCGTTACAGTCGGACCGGTAACGGTGGTTGTCGGCGGTGCTGCCCTCTCCAACACGGGCACCACCACCGGCACTGGAACGGGGCTTGCAAACACCGGCGGTGTGCCGCTTGCCAACACTGGTGCTGACTCCAGTCTTATCCTGTGGTCCCTCGTGGGCGCAGGCGCATTGGCAGCCGGCACGGCATCCGTCGTAGTAGCTCGCCGTCGCGCAAAGGGCACCGAGGTTACTGCCTAA MRKSLAALTLAGSIALLGAVPAVANNANYPAPNTSVAVSDASVAPGEAFIFSGTGFTPGEGITITITPTGTPAASGGSVSAGSLSVSGRIPLAPSTLGTVADGNGAFAASIVINEPGAYALTATGNSSGVTVGPVTVVVGGAALSNTGTTTGTGTGLANTGGVPLANTGADSSLILWSLVGAGALAAGTASVVVARRRAKGTEVTA NA NA NA NA NA D3-18_01119 1695 hypothetical protein GTGAAGTCCGAACTGGAGGCCGCGACAGATCTCCTTCCGACTCTAAAGGCGCAAATGGCTGCCAACGACGCCACTGGTGCGGCCGCAACAGTTCAGTCGTTGGTCCAGCACACTGGAGCGGCCCGCGACGCTGCCAACGACCCTGTGTGGAAGGTAGCGTCTGTGGTCCCTGGGCTCGGGCCTAATCTTCAGGCTGCTAGCGAGGTAGCAACCTCTGCAGATGACGTCGCGCGTCTCGGGGCCGCCCCGCTAGTGAAGGCGTTTCAGTCACTGAAATGGGAATCGTTGACTCCGGGCCCTGAAGGCATGGACCTACAGCCTCTTCAGGCTGCTGCGCCGAGCGTAGAAGCAGCTGCCCATGCAGTGAGGGAATCGTCAAATCGCTTGCATTCAATAGACTCCGATGCACTGCTGCCCCAAGTGTCCGGACCTTTGGTGCAGGCACGGAATGAACTTTCTGAGCTCAGCGGAGATCTCGAATCTGCGGCCGATGCTGCCAGTGTGGCCCCATCGATGTTGGGTGCCGACGGGCCGAGACGATATTTGCTGCTCGTGCAGAATAACGCTGAATCCAGGGCTACCGGAGGCATACCTGGTGCGTTGGCAGTACTTAGCGTTAACAAGGGAAACCTGAAACTAGAAGCGCAAACTAGTGCGACGGCACTCGGAGCGTTTGTACCTCCCATAGCGATCGATGCAGAACAGCGGGCAATCTACACTGCGCGCGTGGGCCGATTTATGCAGGACGTCAATCTCACCCCTGACTTCGCGACAACGGCAAGTACGGCTCACGCCATGTGGGAAAAAAGTATGGGCGAGCGGTTGGACGGAGTGGTATCGCTGGATCCTGTCGCTTTGAGCTTTATTTTGGACGCTACAGGTCCCGTGAAAATCACAGACCCCACTGTTCAGCAGATCGGCAGCGGCCTGCCGGGTGAACTAACCGGGAAGAACGTAGTTCAAACGTTGTTGTCGGATGCCTACGCCCAGATCGACGAGCCGAAGCTCCAAGATGCCTATTTTGCAGGAGCCGCTAAAGAGATCTTTGGGGCCGTCTCATCAGGAAAAACGGATCCCAAGAAACTAATGGATGCCCTCACGAAGGGCGCTAAGGAGCGTCGTTTGCTCCTGTGGTCGGCTGCAGCTGAAGAACAGAGCATCATCGGACAATACTCTCTAAGCGGTATGGTTTCCGGCATCGCCGTCTCACCGGCCCAGTTTGGCATCTACTTCAACGACGGCACCGGGGCAAAAATGGACTACTGGATTAAGCGCAGCGTGCAGGTTGTCAAAGATTGCACACGGGATGGATACAGAGAAATCGCCGTGCGCGTCACTAGTACCAACACAGCGCCAACGGACGCCGCCTCATCATTGCCACCATATGTGACCGGCGGAGGAGTGTTTGGGGTCCCCCCCGGCACCGTGCAGACGAACGTTGTGGCCTATGGCCCCGCGCAATCCAATATTGACACGGTTGTCAAAGACGGGGAAAAAATTCCGTTCGCTGCTCAGCGCCACGGCCAAAGATCAGTCGGTACGTCGACAATCCAGTTGGCACCAGGAGCCAGCACAAGCTTGGAGTTCAATTTCGGTCACATCGTCCAGCATGCGCAACCAGAATTAGTAGTCACGCCGACAACGCAGCTTGTCAATGATGTGATCCAGGCCACAGACAAGACTTCCTGTGAATAG MKSELEAATDLLPTLKAQMAANDATGAAATVQSLVQHTGAARDAANDPVWKVASVVPGLGPNLQAASEVATSADDVARLGAAPLVKAFQSLKWESLTPGPEGMDLQPLQAAAPSVEAAAHAVRESSNRLHSIDSDALLPQVSGPLVQARNELSELSGDLESAADAASVAPSMLGADGPRRYLLLVQNNAESRATGGIPGALAVLSVNKGNLKLEAQTSATALGAFVPPIAIDAEQRAIYTARVGRFMQDVNLTPDFATTASTAHAMWEKSMGERLDGVVSLDPVALSFILDATGPVKITDPTVQQIGSGLPGELTGKNVVQTLLSDAYAQIDEPKLQDAYFAGAAKEIFGAVSSGKTDPKKLMDALTKGAKERRLLLWSAAAEEQSIIGQYSLSGMVSGIAVSPAQFGIYFNDGTGAKMDYWIKRSVQVVKDCTRDGYREIAVRVTSTNTAPTDAASSLPPYVTGGGVFGVPPGTVQTNVVAYGPAQSNIDTVVKDGEKIPFAAQRHGQRSVGTSTIQLAPGASTSLEFNFGHIVQHAQPELVVTPTTQLVNDVIQATDKTSCE NA NA NA NA NA D3-18_01120 1314 rkpK COG1004 UDP-glucose 6-dehydrogenase ATGCGTATCTCAGTCATAGGTTGCGGCTACCTCGGCGCCGTCCATGCCGCCTGCATGGCCAAACTCGGTCATGAAGTCGTTGGAATTGATGTGGACGAGCGCAAGATCGCCGATCTTTCGGCTGCGACGGCCCCATTTTATGAACCCGGGCTCGAGTCTTTACTCCAGGATGTCCAAGAGACGGGAAGACTCTCCTTCACGACAGACATGGCGGCCGCGGCGGACAGCGAGGTGCATTTTATCTGCGTTGGCACACCGCAAAAAAAGGGAGAAAACGGCGCCGACCTGACCTATGTTGACGCTGCAACACTGAGTCTCCTTCCCTATTTGGATCCGGGCGACATAATCGTCGGAAAGTCGACCGTTCCCGTGGGTACAGCTGCACGGCTAGCAGACTTGGTAGCTGAACAACAGCCATTGGCTCACTTGGTTTGGAATCCAGAGTTCTTGCGCGAAGGACATGCTGTATCTGACACACTTCATCCTGATCGATTCGTCTATGGCGTGGAGGGTGGCTCTGAGGATCACGTGGCCGTCGCGGTCCTTGACGAGGTCTACGCAGCTCCCCTGTCAAGTGGAACACCGCGCCTCGTGACTGACCTGCCCACGGCAGAGCTAGTGAAGACAGCCGCAAATTCCTTCCTCGCTACTAAAATTTCATTCATCAACGCTATGGCTGAGCTTTGTGAAGCCGCAGGGGCCGACGTGACACGCTTGGCCGATGCCATCGGAATGGACGACAGAATCGGTAGGAAGTTCCTCAATGCAGGCATCGGGTTCGGAGGTGGCTGCCTGCCTAAAGACATCCGCGCGTTTATGGCCCGTGCTGGCGAGCTGGGTGCCGACCAGGCTCTGACATTCCTCCGCGAAGTAGATGCCATCAACATGCGCCGTCGCACCCGGGTCGTTGAGCTAACCCGGGAACTATGCGGTGGTAGCCTCCTCGGCATGCGTATTGCCGTCTTGGGGGCTGCCTTCAAGCCTGAAAGCGACGACGTACGCGACTCCCCCGCACTAAGCATCGCTGCGCAACTGCAGTTGCAGGGAGCGGTGGTAACCGTGACGGATCCCAAAGCACTACCCAACGCATCCAGACGGTTTCCTGAACTTCAGTATGTAGAAAACGTTGATTCGGCCGTTGATAAAGCAGACGCGGTCTTGCTTCTCACGGAGTGGCAGGAATACCGCGACCTAGATCCACATCTCCTGAGAGACACTGTGTCCTCCCCTCGTATTCTGGACGGTCGCAACGTTCTGGATTCGGGGAAATGGCGTTCTGCCGGCTGGCAGTATCGCGGGCTAGGAAGGCCATAG MRISVIGCGYLGAVHAACMAKLGHEVVGIDVDERKIADLSAATAPFYEPGLESLLQDVQETGRLSFTTDMAAAADSEVHFICVGTPQKKGENGADLTYVDAATLSLLPYLDPGDIIVGKSTVPVGTAARLADLVAEQQPLAHLVWNPEFLREGHAVSDTLHPDRFVYGVEGGSEDHVAVAVLDEVYAAPLSSGTPRLVTDLPTAELVKTAANSFLATKISFINAMAELCEAAGADVTRLADAIGMDDRIGRKFLNAGIGFGGGCLPKDIRAFMARAGELGADQALTFLREVDAINMRRRTRVVELTRELCGGSLLGMRIAVLGAAFKPESDDVRDSPALSIAAQLQLQGAVVTVTDPKALPNASRRFPELQYVENVDSAVDKADAVLLLTEWQEYRDLDPHLLRDTVSSPRILDGRNVLDSGKWRSAGWQYRGLGRP PGPT0017855_1809 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 D3-18_01121 1476 hypothetical protein GTGACCAAGTCAGAGACTATGTCTGTCCAGCAGGCCACGGGGCTACTGCCTCAGTGGCGCCGTAGATATGCGAGGCGCCTCAGATTCGTTGACGCAGCGGTCATCGCGTGGGCTGTGGTTGGCGCTTTTGGCGTCCGCTTTGGCTTCAGCGATCTCAGTGCCCAAGACGTCAGAGACACTGACTACATTGTTCTTTCAGCTGTCTTGGCTGTGGCATGGTGGCTGATGCTGGAGATTTGGGGAAGTCGTGAAGCAAAAATCCTCGGTTCTGGAAGCGAGGAGTACAAACGTGTAATAGCAGCCTCGGCTTGGTTGTTCGGTTTCGTTGCCATTTTTTCCTATGCACTCAAGATAGATACGGCAAGGGGCTATGTCGGCCTGGCTTTCCCGGCAGGCGCGATTACCCTTCTTGCCGCAAGATGGCTGGTTCGTCAGCACCTAAGTCTTGACCGACAGCGGGGCAAGAGCATGTCTCGCGTGTTGATAATCGGCGGACCCCATTCTGCCCAGCACCTCATTCGTTCGCTGCTTGGCGCACCTCATGCTGGGTACCTCCCCGTTGCCGCTCATGTCCCAGGGGCCTCGTATGATTCGGATCCAGCATCACGCCTAAGCGTGCCCTTAACAGGCGTGGGTAGCGACTTCAACGCGATACTTACGGCAATTCTTGAAGCTGAGGTTGATGCGGTCGCCATCTCCGCCGGCGTCAATATTCACCCCAAGGATTTGAGGCGTCTAGGCTGGGAATTATCTGCTCGCGACATCGGAATGATCTTGGCCCCCGCTCTGACGGACGTGGCTGGTCCTCGTATCCACACGCAGCCAGTCGCCGGTCTACCACTAATTCACGTGTCGACCCCAAAACTCACGGGTGGAAAAAGGGTAGCAAAGCGTACATTCGACATTGCGATCGCCGGATCACTCTTGCTCGTACTCTCTCCTCTGCTTCTGGCCATTGCTTTACTGGTCCGGCTCAGCGGCCCAGGTCCTATTTTCTACCGTCAAGAACGGATTGGTCTTCGCGGAACAACGTTCGATATGTTCAAGTTCCGTTCCATGAAGCCGAATGCCGATGCTGAATTGAAAGCCCTACTTGACGCTCAAGGTACGGCGGACACGCCCCTCTTCAAAGTCGAGAACGACCCCCGTATCACTCCGATCGGCCGAGTTTTGCGCAAGTACTCCCTCGATGAGTTGCCGCAATTGCTGAATGTTCTCGGCGGAAGCATGAGCCTGGTTGGTCCCCGCCCGCAGCGGCATGGAGAAGTTGCCCTATATGACGATGCGGCGCACAGGCGACTTTACGTCAGCCCGGGAATGAGCGGGCTTTGGCAGGTCAGCGGCCGCTCAAATCTGACCTGGGAGGAGAGCATCAGGCTTGACCTCTACTACGTCGAAAACTGGTCATTGATGGGCGACGTTCTGATTCTCTTCAAGACTTTCAAGGCCGTTTTCACAAGCAGCGGTGCGGTCTAA MTKSETMSVQQATGLLPQWRRRYARRLRFVDAAVIAWAVVGAFGVRFGFSDLSAQDVRDTDYIVLSAVLAVAWWLMLEIWGSREAKILGSGSEEYKRVIAASAWLFGFVAIFSYALKIDTARGYVGLAFPAGAITLLAARWLVRQHLSLDRQRGKSMSRVLIIGGPHSAQHLIRSLLGAPHAGYLPVAAHVPGASYDSDPASRLSVPLTGVGSDFNAILTAILEAEVDAVAISAGVNIHPKDLRRLGWELSARDIGMILAPALTDVAGPRIHTQPVAGLPLIHVSTPKLTGGKRVAKRTFDIAIAGSLLLVLSPLLLAIALLVRLSGPGPIFYRQERIGLRGTTFDMFKFRSMKPNADAELKALLDAQGTADTPLFKVENDPRITPIGRVLRKYSLDELPQLLNVLGGSMSLVGPRPQRHGEVALYDDAAHRRLYVSPGMSGLWQVSGRSNLTWEESIRLDLYYVENWSLMGDVLILFKTFKAVFTSSGAV NA NA NA NA NA D3-18_01122 975 fcl_2 COG0451 GDP-L-fucose synthase ATGACTGTTTCCAACGAGTTTCAGCCCAGTCCTCTGGACCGCGAGGCTCTGTTCTATGTCGCCGGGCACAATGGCCTGGTGGGGTCGGCAATCTGGCGCAAACTTGAGTCTGAGGGATTTACAAACCTTATTGGCCGAGGATCGTCAGAGCTTGATCTAAAGGATCGGGACGCGGTTTTTGCGTTCTTCGCAAGCAACAAACCTCGGTATGTGGTACTGGCGGCCGCTAAGGTTGGTGGGATTCTGGCAAACAGTACATACCCCGTCGACTTTCTTAGCGACAACCTCCGCATCCAGGTAAACGTATTGGATGCCGCCCGCGAACACGGTACCGAACGGCTACTCTTCCTGGGTTCCTCGTGCATCTACCCCAAATTCGCCGAGCAGCCGATCCGCGAGGAATCTCTCCTCACTGGCCATCTGGAAGCCACAAACGATGCGTACGCAATAGCCAAAATTGCAGGGATCATGCACGTGCAAGCCATCAGGCGCCAGTATGGTCTACCGTGGATTTCCGCCATGCCGACCAATTTGTATGGACCCGGAGACAACTTCTCTCCCACAGGGTCGCATGTCCTCCCGGCGTTGATCCGCCGCTACGACGAAGCCGCGGCATCCGGAACCCCCGTAGTCACTAACTGGGGCTCGGGCTCTCCGCGCAGAGAGTTCCTGCATGTCGACGACATGGCTTCAGCTTGCTTGCACCTGCTGGAAAACTATGACGGTCCTGAGCAGGTCAACGTAGGAACCGGGCAGGACGTCACAATCACGGAACTGGCGACAATTGTGGCTGAAGCCGTCGGCTACACGGGCGCCATTGATTGGGATAAATCGAAGCCGGACGGCACTCCACGCAAACTGCTCGATGTATCCAAACTGACTGCGTCAGGCTGGACGGCCAGTATTGATCTGGTGTCTGGTATCCGTTCGACCGTGGACTGGTACAGAAGCAACATCGGTCACGTTAGAAACTAA MTVSNEFQPSPLDREALFYVAGHNGLVGSAIWRKLESEGFTNLIGRGSSELDLKDRDAVFAFFASNKPRYVVLAAAKVGGILANSTYPVDFLSDNLRIQVNVLDAAREHGTERLLFLGSSCIYPKFAEQPIREESLLTGHLEATNDAYAIAKIAGIMHVQAIRRQYGLPWISAMPTNLYGPGDNFSPTGSHVLPALIRRYDEAAASGTPVVTNWGSGSPRREFLHVDDMASACLHLLENYDGPEQVNVGTGQDVTITELATIVAEAVGYTGAIDWDKSKPDGTPRKLLDVSKLTASGWTASIDLVSGIRSTVDWYRSNIGHVRN PGPT0022775_705 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-COLANIC_ACID_METABOLISM CE-EPS-COLANIC_ACID_RELATED_PROTEINS,PGPT0022775-fcl-K02377 NA NA D3-18_01123 1029 gmd COG1089 GDP-mannose 4,6-dehydratase ATGACAAAACGCGCGTTCATTACGGGTATCACAGGGCAGGATGGCTCCTACCTCGCGGAACTTCTTCTCGCAAAGGGCTATGAGGTTCACGGGCTCATTCGTCGAGCATCAACATTCAACACTGCTCGCATAGATCACCTTTACGTTGATCCTCACGATCCCTCTGCCAAGCTGTTTCTGCATTATGGCGATCTTAGTGACGGTGCTCGGCTCGTGACTCTGATGGCCGAAATCCGTCCTGACGAGGTCTACAACCTTGCGGCACAGTCTCATGTACGCGTTTCATTTGATGAGCCTGAGCACACCGGTGACACAACTGGCATCGGGTCCATTCGGCTCCTGGAAGCTGTTCGGATGTCCGGAATCGAAACCAAGTTCTACCAGGCCTCGTCATCTGAAATGTTCGGCGCGACCCCACCCCCGCAAAATGAGGACACTCCCTTCTATCCTCGCTCCCCCTACGGGGCAGCCAAGGTTTATAGCTACTGGGTTACCAAAAACTACCGCGAGGCGTATGGGATGTTTGCCGTCAACGGTATCCTGTTCAATCACGAGTCGCCTCGCCGTGGCGAGACTTTCGTAACGCGCAAGATCACGCGTGCCGTAGCTGCCATCAAGGCTGGGCGTCAGGATCTGCTCTACATGGGCAATCTTGACGCCGTACGAGATTGGGGATATGCGGCGGAGTACGTCGAAGGCATGTGGCGAATGCTTCAGGCAGATGAACCCGAAGACTTCGTGCTCGCGACTGGCGGGAACTACACCGTTAAGGACTTCCTTCAGATCGCCTTTGAGCACGCAGGATTGGATTGGGAGAAGCACGTACGGTTCGACGAGCGGTATCTCCGACCGACCGAGGTTGATGCTCTGGTGGGCGACGCCTCCAAGGCTCACGAGAAGTTGGGTTGGAAGGCAACAGTCCAGACACCTGAACTCGCTCGCATCATGGTCGACGCCGATATTGAGGCTCTCAAGCATGCAGGGAATCACTGGATCGATTCCGTCGATCTTGAGAGTTGGAAGCACTAA MTKRAFITGITGQDGSYLAELLLAKGYEVHGLIRRASTFNTARIDHLYVDPHDPSAKLFLHYGDLSDGARLVTLMAEIRPDEVYNLAAQSHVRVSFDEPEHTGDTTGIGSIRLLEAVRMSGIETKFYQASSSEMFGATPPPQNEDTPFYPRSPYGAAKVYSYWVTKNYREAYGMFAVNGILFNHESPRRGETFVTRKITRAVAAIKAGRQDLLYMGNLDAVRDWGYAAEYVEGMWRMLQADEPEDFVLATGGNYTVKDFLQIAFEHAGLDWEKHVRFDERYLRPTEVDALVGDASKAHEKLGWKATVQTPELARIMVDADIEALKHAGNHWIDSVDLESWKH PGPT0022770_2240 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 D3-18_01124 1326 hypothetical protein ATGACAGCTCTGTTAGCACGGGCAAGGGAGATCGATCTCGGCGGCGTGGCCCTCTACCGTCTGATTGCACTGATTGCCGGCTTTGGGGCCAACGTCCTGGCTATAGCCGTGTTGTCACGTCAGCATGGCTCTTCGGCGTACGCGGCTTTTGCCATCGTAGCGTCGCTGGTCAATCTCCTCCCCTTTGCTGATCTTGGTCTTGGAGCCAGCATTGTAAATGCCACGTCCGATCGCTCGGCTGCGCGGCTAACACGCGGACAGTATCGACGGACGGTCTCAAAAGCGCGAGACTTCATGGTCATCCTTATGCTGCTGGTAATCGGCCTAACTGCCCTGGCGTACTACGCCTTCTCGTTCGACGGCCTTCTTGGAAACCTCGCTGATACCCCCGGGATACCGGAAGCAACTGCTTACACTTTCGCGTGTATTGCGTTTGCCATCCCGCTTGGAATGGGTGGCCGTGTCCTTCAGGGCCTCGGACGGATGATCGATGTAGTCCGCATTGGGATGGTTGGGCCCATAGTTCAGGTGTGCATTTACATACCGCTCATGATCCTAGGAGCACCAGCGTCCGCTTATTTCTGGGGCCCAGGAACGGCCTACCTTGCGACGGCGGCATTAGGATACTGGGTCGCTCGACGACGGTATGGGCTGCGACTAAGTCTTCCGTTTGCATCCTTGTTCTCGCCAGATGTGCGAGGGTCTTCACTCTGGCGTACCGCGGCACCCTTCCTCATTGTCTCCGTCGGAATGACCATCGGCTTTCAAAGCCACAGGGTACTTTTATCCCATTTCGGGACGCCACAGAACGTGGCTGAGTACTCGTTGGTGGCCCAATTCTTAGGTCCGCTTCTGGCAATCACAGGTGTCGTTGGCCAGAATCTATGGGCGAGATACCGGAAGGATCTGCACGCGAACAGCCTCACAAGAAGTGCCTTCAAGCACCACTTAGTGATCTTTGCTTTTATTGGGCTAAGTTTCGCAATAGTCCTATTTTGTCTCGCTCCAATAGCCGCGACGATCCTCTCCGACGGCCAAGTTTCGCCCCCAACCCTCCTCGTCGTGGGTGCCGTGTCTTATCTACTCATTCAGGCCGTTCACCAGCCCAGTGCCATGCTGCTAAGCGACACAAGGGGGTTGTGGTTCCAAGCGGCGTGTGTCATTCTCGTTGCCGCCAGCACCGTGACGCTAATTGTGTTCAGCGTGCCCCACCTCGGCGCTGCCGCACCGTATCTTGCGATGGCTGCATCCATGTTGGTCATCCAAGTTATCCCCAGTATCCGTGTGGCATACAAGCGTGTGGCCCGGCAAGAACGAAATGCATAG MTALLARAREIDLGGVALYRLIALIAGFGANVLAIAVLSRQHGSSAYAAFAIVASLVNLLPFADLGLGASIVNATSDRSAARLTRGQYRRTVSKARDFMVILMLLVIGLTALAYYAFSFDGLLGNLADTPGIPEATAYTFACIAFAIPLGMGGRVLQGLGRMIDVVRIGMVGPIVQVCIYIPLMILGAPASAYFWGPGTAYLATAALGYWVARRRYGLRLSLPFASLFSPDVRGSSLWRTAAPFLIVSVGMTIGFQSHRVLLSHFGTPQNVAEYSLVAQFLGPLLAITGVVGQNLWARYRKDLHANSLTRSAFKHHLVIFAFIGLSFAIVLFCLAPIAATILSDGQVSPPTLLVVGAVSYLLIQAVHQPSAMLLSDTRGLWFQAACVILVAASTVTLIVFSVPHLGAAAPYLAMAASMLVIQVIPSIRVAYKRVARQERNA NA NA NA NA NA D3-18_01125 882 arnC Undecaprenyl-phosphate 4-deoxy-4-formamido-L-arabinose transferase GTGAACGCCGTGAATGAAGTCACCGTAGTGATACCTGCATACAACTCCCAGGACACGGTTCGTCGAGCAATCGACAGCTGCCGCTCGATACAAGGATGCCGAATCCTGGTTGTTGACGACGGGTCCACAGATGCGACAGCATCCGTCGCCCGAGACGCAGGGGCTGAGGTGATTGCGCAATCCAACGCCGGTGCATCCCAGGCCCGCCGCACCGGAATCAGCCACAGTACAACAGAGTTCATTGCCCTGCTAGATGCAGACGACGAACTCATACCTGCCGGCGTAACCGAATCACTCCGAATGCTGCAGTCAAACCCTGAGCTCTGTGTCGTAGGCGGACGGGTAATCGGAGTCGATCCCAACGGCCGCGAACAGCTGCTCAAGCGTCACTACCGGACCGTGTCCGCAGAGGACCTGATCACCACCGGTTTCGGACCATGGCCACCGGCTGCTGCCGTTATGCGACGGTCAGCTTTCGACAGTTCAGTTAGCCTTTCCATTCCACCTCTGGAAACACGCTATGCCGAAGATTACGAACTGATAATCCGCCTCTCCATGGTGGGGCAAGTTGGAATGCACGATGAGCCATCAACGAGATACCGCCTCTATGCAGGCAAATCCAGTCACGCGCCGATAGCAGCCATCACGGATAAAGAGGCAATTAGAACGCACTACGCCACCGCCACCGGATCAAGCGCGAAGCTCATGACAATGGCGGAAATCAAAGGTGCGGCCTACACCAGAGCCGCTAGGTCAGCATGGGCAAATAATCAGAAGACCAGCGCTGCACTCTGGATCCTTCGTTCTGTTGCGGCCTCCCCAAAGCTGTTGCCGGGGAAGCTCTGGAAGCGCCTTCGGCGTCCTGCCCCGATTAGGCAGTAG MNAVNEVTVVIPAYNSQDTVRRAIDSCRSIQGCRILVVDDGSTDATASVARDAGAEVIAQSNAGASQARRTGISHSTTEFIALLDADDELIPAGVTESLRMLQSNPELCVVGGRVIGVDPNGREQLLKRHYRTVSAEDLITTGFGPWPPAAAVMRRSAFDSSVSLSIPPLETRYAEDYELIIRLSMVGQVGMHDEPSTRYRLYAGKSSHAPIAAITDKEAIRTHYATATGSSAKLMTMAEIKGAAYTRAARSAWANNQKTSAALWILRSVAASPKLLPGKLWKRLRRPAPIRQ NA NA NA NA NA D3-18_01126 795 COG0463 putative glycosyltransferase ATGAGAATTAGCGTTATTACTATCGCATTTAACGATATCGAAGGCCTGAAGAAGACAATTGCCAGCGTGAAGGGCCAGTCCTGGCCTGAAATCGAACATATTGTCATTGATGGCGGGTCAACCGATGGTACTTCTGAGTATCTTGCCAGCCTAGATGGTTCTATTAAGTGGGTAAGTGAAAAAGATGACGGTCGCTACGATGCAATGAACAAGGGCGCAAATATGGCCACCGGTTCTCTACTCTGGTTCCTACATTCTTCTGATATTTTTCACTCTTCAGAATCCGCCTCATTTGTCGCCGCTAAGTTCATTGAGGATGAATTCGAATGGGGCTACGGACTTAGTAATATTGTTCGAGAATCCGCTTCTATCGGCGTTGGGGGGCAAGTCCCCTTTGAACATGCACGTTTTCTAATTGGCGGACGTATTATCCCCCATCAGGCAACGGTTTTCTCGCGCAAGCTCTTCTGGGAGATCGGAGGCTACGATACTAAATTTGGTCTGACCGCTGATCAATTGTTCATGATGGAGTGCTCCATACGCTCCTTGCCCGAGGTCTGGGCTGAAGTACTGTGCGACTTCGACGCGCTCGGAGCTGGTTCCACCAGAAATGCATGGGCTCACTATAAGGACATGATTCGTGCTAGACGTGTCGCGAATGTCCGCGTCACCCGATCGAGCCGACTCGACAGCGCCTTGTCCGTATTCTTTGCTGGCTTCACAATGCTTGAACGCCTGTTGCGGAGACCCCTCCGTCGGGCTGAACCCAAGCAATTAACCGGAAACGCAGCGTGA MRISVITIAFNDIEGLKKTIASVKGQSWPEIEHIVIDGGSTDGTSEYLASLDGSIKWVSEKDDGRYDAMNKGANMATGSLLWFLHSSDIFHSSESASFVAAKFIEDEFEWGYGLSNIVRESASIGVGGQVPFEHARFLIGGRIIPHQATVFSRKLFWEIGGYDTKFGLTADQLFMMECSIRSLPEVWAEVLCDFDALGAGSTRNAWAHYKDMIRARRVANVRVTRSSRLDSALSVFFAGFTMLERLLRRPLRRAEPKQLTGNAA NA NA NA NA NA D3-18_01127 1053 hypothetical protein ATGAAAGTCCTACACGTCACAGAGGCCATGGGTGGCGGTGTTCAAAATGCTATATCCAAATACACTCACCTACTGTCGTCGGACAACCACATAGTTTTCGGGCGGCCACGACAAGGTGAATCTGCGGGTGAGTTTGGTGCCAACACGCGCGTTATTGAATACAGCGGCTCTTTGATTAATTATTTGCTAGCGGTTCGTGCCCTAGTGAAGAGTGAACGCCCGGACGTCGTTCATATACACTCAAGTTTCGCTGGCTTGGCACGTCTACTGGCGCCTACAACGAGCCCCCTAATTTACTCTCCACACTGCTATGCGTTCGAGCGCCGCGACAAGTCACGAGTTTGGCAGATGTCACTAAGGCTCGCGGAAAAGGTCTTGGCCGTGCGTGCACAGACCTTAGTTGCTGTCAGTCCACACGAGGCTGAACTGGGTTCCCTGCTCAACTCCCGCATGCCGGTTCACTTTGTGCCCAACGTGATTCCCAAAATGAACGCTGAGGTTACGAAAGACGAACGCCCCAGCGTAACCATGGTGGGGCGAATCGGATGGCAAAAAGATCCCATTCTGTTCGCGGAAGTTGCCGAGTTAGTAGGGCCTGAAGTTGACTTCCTTTGGGTGGGTGACGGGGACCCCGAAATGAAGAAGCAACTGCTTGAGGCCGGAGTCAGGGTTAGCGGATGGGTAAGTCCCGAGCAAGCTCGCCGTAAAGTAGCGGCCTCTCACCTTTACGTTCATACCGGGGCGTGGGAAGCTGCCCCGATCTCTGCGATTGAGGCCGCCACCCTTGGCACACCTGTCATTGCACGCGCTATCCCCACTATGAGCTCCCTGGGCTACTTCACAGTTGCGGAGCCCGCGCACCGCATAGCCGAGAGCATCAGTACTTTCTTCTCAGATCCGAGCCACAAGCGCCTCGTAACTGAAATGACCGAGGCGGTCGCTCGAAAACACTCCGTGGAGGATGCCCGCCGAATCTTGGAGAGCGCATATGACTCAGCCATAGGAGCGCATCAGCAGCGGGCACGGCCAATGGCAGGAAAGGAACCTCAATGA MKVLHVTEAMGGGVQNAISKYTHLLSSDNHIVFGRPRQGESAGEFGANTRVIEYSGSLINYLLAVRALVKSERPDVVHIHSSFAGLARLLAPTTSPLIYSPHCYAFERRDKSRVWQMSLRLAEKVLAVRAQTLVAVSPHEAELGSLLNSRMPVHFVPNVIPKMNAEVTKDERPSVTMVGRIGWQKDPILFAEVAELVGPEVDFLWVGDGDPEMKKQLLEAGVRVSGWVSPEQARRKVAASHLYVHTGAWEAAPISAIEAATLGTPVIARAIPTMSSLGYFTVAEPAHRIAESISTFFSDPSHKRLVTEMTEAVARKHSVEDARRILESAYDSAIGAHQQRARPMAGKEPQ NA NA NA NA NA D3-18_01128 1152 hypothetical protein TTGTTGACTACCTGGGAAGCTAGCTCACCACGAGTCCTTTTGCTACACGCTTATAGCCCCAAGAACTCCGGTGATGGCCTACTGGTCGAGCTAGCAAAAGCTACAGTACTGCGCGCGTTGGGCAGCGCGGACTTCCGCGTAATTGCTTCAGAGGCAAGCGCTTTTGACGGTGACGAGTACATCCAGTGGCGTGATCGTTTGCTGAGCAAATCCGCACACATTCCCCGTCGTGCATCAATGTTGGCAACGGGCTTCCTTGGCCCCTCGAGCGAAATCAGAGACCTGGCAGAACAAGCGGATCTTATCGTAGCAGTCGGCGGAGGATACCTTCGGGGCGGTAGCATCGGCCCAGCCATCAAGAGCTGGGGCGCGCACTACGGCCAGCTAAAGTTGGCTGCCCGCTATGGCCACAAAGCTATCTACCTTTCGCAGAGCATTGGGCCTTTTAGCGGAATTTACAAGCGTGCAGTAGCGCGTCAATTGGCAAAGATCCGGACCGTCTGCGTCAGGGATGACAGGTCCCTGTCGGAGTTCTCAAGCGTTGCGTCCGTTTCGAGAATGCCAGACTTAGCCGTCCTTGAACTTGCTCGTCAACCCAGGGACGCAGTGGTCTCCACCCAGCTGGCAGACGACCCAGTTCTTGTCGCACGTGAACTTCCGACACCTCGCGGGTACTACGACCTTCTCGATGACGCCAGCAAATCCGAGCGATTCGAGTGGGCCCTTCAATCCACGGGAGGCGGAAACGACGATCTTCCCCTAACTCAGCGCCTAGGCGCCGGCACTCCCCGACCCATGGCCGAAGTCTTGGCCGACGAATCGCCGCGCATCGTGGTTAGCACCCGGCTCCACGGCGCATTGTCATCTTTGATCGCTGGCTTCCCTGCAATCCACCTCAGCTATGAACGAAAAGGGTGGGGCGCGTATGAAGACATCGGTTTGGATGACTTTGTACTCAACGCGCGTGATGCGACGCTGCCCCAAGTAGAAGCGCTGATGAAGCGAATACTTGCAGATCCAGATGCATTTTGGAGTCTCATCGAGACGAAAAAATCTGAGATCCGTCTAATGGAGAATGATCTGCTCGACGTCATTTCTTCCGTTGTAAACGGATCCCCGCGGCCAATCACCACCTCCCCGGAGACTTCATGA MLTTWEASSPRVLLLHAYSPKNSGDGLLVELAKATVLRALGSADFRVIASEASAFDGDEYIQWRDRLLSKSAHIPRRASMLATGFLGPSSEIRDLAEQADLIVAVGGGYLRGGSIGPAIKSWGAHYGQLKLAARYGHKAIYLSQSIGPFSGIYKRAVARQLAKIRTVCVRDDRSLSEFSSVASVSRMPDLAVLELARQPRDAVVSTQLADDPVLVARELPTPRGYYDLLDDASKSERFEWALQSTGGGNDDLPLTQRLGAGTPRPMAEVLADESPRIVVSTRLHGALSSLIAGFPAIHLSYERKGWGAYEDIGLDDFVLNARDATLPQVEALMKRILADPDAFWSLIETKKSEIRLMENDLLDVISSVVNGSPRPITTSPETS NA NA NA NA NA D3-18_01129 1086 hypothetical protein ATGCCTAGCGCACAAAAACAACAGCCCAAAGAGGTACGAACGCTTATCGTAGTGCCTTGGCTGGAAGGCGGGGGTGCTCAAGGTGCCTTGGAGGGAATTCTTGGTCAGCTTCCGGCCCAAGACTCGACGTTGCTAATCCTGTTTTCAGGAAACCGCAATCACGATTCAGTTAAGAAACTGGTCGCAAGAACGGTCGAACTGGGCCTCCCAAGAAATCCGCTGGGAGTACTGAAAGCTGCGCTCCAGATACGCGGGTACGTCCGCGACAGCAGCAGCATATATTCACTCATGCGCGGCAGCCATCTCGTGCTTGGCCTGCTTCCGTCCCGAGCCTTTGCAGGTAAACGCCTCGCAGCGAGTTTCCATCAACTGCCCTCCACAGACTCATCCGGGACGCAGGGCAAGGTTGAAGACGTGTTAGTGAAGCGCGGTGTTCGGCGCGCCGGACTGATCACGGCACCTTCCAACCGTGCCGTGCACGAACTGATTGAATTTGGATTCGGGGATTCGCGGAACGTCAAGGTCGAACACAACATCATAAAACTGGCGACTAAGCCCCCAGTTTCGCCTCGGACCGGCACCCTTGAAGCAGTGCGACTTGTATTTGCAGGCAGAATCTCGAAGCAGAAGGGGCTTGACCGCCTTCCGGAGCTTTTAGGAAAAGTGAATGTACCGGTTCATATCCGATGCCTTGGCGATGGCGAAGAAAAGCAGCGCGTCACGGACCTGCACAAAAATCTCAATCCCATCCATACCTTCGAAGTCCTTTCCCACGTAGACGATGTGACATCCCATTTAGACTGGTCCGATGCAGTGATTATGCCGAGTCGCTGGGAACTAAATCCGTTGGTCGTTTGGGAAGCCCGCGCGCGTGGACGAGCGACAATCGGAAGCCGCATCGAGGCATTCCAAGACCTCGAAAAGAATGGCCCTATGTGGCTGTTTGGCGATGCGCTTGAGTTCGAAAAAATCATCTCCACGCTCGCAACACAACCTGACGTTCGGGTAAAGGCTTTTGACGACGCGCTGGAATCATCACAGAACCTGAACACGAGGAGTTCAATTGTTGACTACCTGGGAAGCTAG MPSAQKQQPKEVRTLIVVPWLEGGGAQGALEGILGQLPAQDSTLLILFSGNRNHDSVKKLVARTVELGLPRNPLGVLKAALQIRGYVRDSSSIYSLMRGSHLVLGLLPSRAFAGKRLAASFHQLPSTDSSGTQGKVEDVLVKRGVRRAGLITAPSNRAVHELIEFGFGDSRNVKVEHNIIKLATKPPVSPRTGTLEAVRLVFAGRISKQKGLDRLPELLGKVNVPVHIRCLGDGEEKQRVTDLHKNLNPIHTFEVLSHVDDVTSHLDWSDAVIMPSRWELNPLVVWEARARGRATIGSRIEAFQDLEKNGPMWLFGDALEFEKIISTLATQPDVRVKAFDDALESSQNLNTRSSIVDYLGS NA NA NA NA NA D3-18_01130 1542 Iron-sulfur cluster carrier protein GTGCTGGGGACATGCCTCACGGCAGGTTTTCATAAATGCGAAATAGGGGGCCATGGTTTGGATCTTCGCGACTATCTTAGAATCCTTCGCCGAAACTGGATATTAGTTGTTGCCATGTCGCTAGCGGGACTAGCCGTGGGTGGCGGAGTTTCCATAGCAGCGAAGCCAACCTACACAGCCGAAACTCAATTGTTCGTTGCCATCCAGAGTTCCGGATCCGTTCAGGAACTGCAGCAAGGAAACACCTTCAGTCAGGCTCGTGTTCAGTCGTACGTAAAGACAGTTGCAACGCCGGTAGTCTTGCAGCCGGTCATTGATACGCTGGGCTTGGATATCACTCCCAAGGAACTCAGCCAGCGGGTAAAGACATCCTCTGATCTCAACACCGTACTGATCAACATCGAAGTATCAGACTCCTCGCCGGTTCAGGCTGCGGCCATTGCCCAAGCAATTTCCTCAAGTCTTGTCAATGCCGTCGACACCCTTGAACGACCGAAGGCTGGAGGAACTTCCCCGATCAGCCTTTCCGTCATCTCGCCTGCAGTTGCACCGACCTCGCCTTCCGGCCCCAATACCAAACTGAATCTTGCCGTTGGTCTCTTGGCCGGGTTGGTCTCCGGTTTGGGCATTGCCGCTCTTCGGTCTCTTCTCGACACGAGAATCAAAAGCGAGGTCGACCTTCGGGCGGTTTGCGATGAGCCCCTGCTCGGCGGAATTGCATTCGAAGCCGATGCCGAAAAGAAACCTCTACTCACGCAAGCAGCATTTCAAAGCCCTCGGGCGGAGTCCTTCCGTCAACTGCGAACAAACCTGCAGTTCGCGAACGTTTCCGGTCACGCCAAGAGTTTCGTCGTTACATCCAGCCTTCCCGGCGAGGGAAAGAGCACGACCGCAATCAACCTTGCGATCGCCCTGGCTGAGGCTGGACAAAGCGTGTGCCTGATCGACGCCGACCTCCGACGACCCATGGTTGCCGAATATCTCGGCCTAGAGAGAAGCGCTGGCTTAACAACAGCATTGGTGGGCTCAGCCGATGTCAATGACCTACTTCAGCCCTGGGGTGCAAACGACCTCTACGTACTCGCCTCGGGACAGATACCTCCCAACCCGAGTGAACTGCTGGGCTCCGATGACATGAAAGTCCTCATTGAGCGGCTAGAAAGCGTCTTCGATACGCTGATAATCGATGCGCCGCCGTTGCTGCCAGTAACTGATGCGGCAGTTTTGTCTCAACACGCCGGAGGCGTAGTAGTAGTGGTTGGAGCGCAGAAAACGAGGTCCCAGGACCTTTCAAAGTCGCTAGCTGCTTTGCAACTCGTGGAGGCGAACATTCTCGGGGTCGTACTCAATCGACTTCCCACCAAGGGGCCGGATGCTTACGCCTACTCCTACACGAACTACGAAAGCCACCGCCCGATGGATGAGACCGCTCCGATGCGAGGCTCCAAAGTGTTCCCATCAGCGCTCATCAACTCCGACCTTAGTAGCCCCCAAGGCTCAATAGCCGCAGATCAAGAGTCGAAGCGTTCCAGCGTCAGCTAA MLGTCLTAGFHKCEIGGHGLDLRDYLRILRRNWILVVAMSLAGLAVGGGVSIAAKPTYTAETQLFVAIQSSGSVQELQQGNTFSQARVQSYVKTVATPVVLQPVIDTLGLDITPKELSQRVKTSSDLNTVLINIEVSDSSPVQAAAIAQAISSSLVNAVDTLERPKAGGTSPISLSVISPAVAPTSPSGPNTKLNLAVGLLAGLVSGLGIAALRSLLDTRIKSEVDLRAVCDEPLLGGIAFEADAEKKPLLTQAAFQSPRAESFRQLRTNLQFANVSGHAKSFVVTSSLPGEGKSTTAINLAIALAEAGQSVCLIDADLRRPMVAEYLGLERSAGLTTALVGSADVNDLLQPWGANDLYVLASGQIPPNPSELLGSDDMKVLIERLESVFDTLIIDAPPLLPVTDAAVLSQHAGGVVVVVGAQKTRSQDLSKSLAALQLVEANILGVVLNRLPTKGPDAYAYSYTNYESHRPMDETAPMRGSKVFPSALINSDLSSPQGSIAADQESKRSSVS PGPT0026560_2131 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT CE-EPS-EXOPOLYSACCHARIDE_TRANSPORT-1,PGPT0026560-exoP|vpsO-K16554 NA NA D3-18_01131 549 hypothetical protein GTGACGTTCAAAAGAAAGCTCGCCTGGACTCTGGTGGCCTGCGTCCTATCGGGTGTCCTCTGGCTCATTGCTGCTTTCCAGCTCTTTCATAACCCGTCCCACGCCACTCCCCAGCGAACCGACGCCATTGTGGTCCTGGGCGGCATGAGCAACGAACGACTCCCGGTGGGGCTCGCGTTGCGGGATCAATTAGCGATCCAAGATTTGGTGGTTGTCACCACTGGTTTGCCGGCCAACGCCGGTTCGGACGAGTTTTGTGAAGAGCACGACGGCGTCACTCACCTGGACTGCTTCCGTCCGGATTCGCTCAACACCAGGGGCGAGGCAGCCCGACTCCGCGATCTTTCAGCGGAGCGAGGGTGGAAGTCAGTGACTGTGGTGACGTCCGACTATCACGTGCAGCGAGCCGGCACCCTGATGCAGCAATGCGTCGCGGCCGACGTGCACATGGTGGGCACCGAGCCGCAACTTTCACCCGCGGCTTGGGTGTGGCGGTACGTGGTGGAAACGGGTGGGCTCTTGGATGTGTGGGTGCGGCCTGAGTGCTAA MTFKRKLAWTLVACVLSGVLWLIAAFQLFHNPSHATPQRTDAIVVLGGMSNERLPVGLALRDQLAIQDLVVVTTGLPANAGSDEFCEEHDGVTHLDCFRPDSLNTRGEAARLRDLSAERGWKSVTVVTSDYHVQRAGTLMQQCVAADVHMVGTEPQLSPAAWVWRYVVETGGLLDVWVRPEC NA NA NA NA NA D3-18_01132 465 lrp_1 COG1522 Leucine-responsive regulatory protein TTGAGCGAGGCCGAGGCGGAGCAGACCGCCGTACCGCTGGACAGTGTGGACCGGGACATCATCCGCGAGCTGACCACCGATGGGCGCATGTCCATCACGCAGGTGGCGGAGAACGTCCACATCAGCCGCGCCCACGCCTACACCCGGATCGCCCGGCTCACGGGCGAGGGCGTGCTGACCAAGTTCACGGCGCTGGTGGATCCCATCAAAGCGGGCCTGCGGTCTTCGGCTTATGTGACGTTGAAGGTTCAGCAGCACTCGTGGCGCGAGCTGAAGGAACAGCTGCGGGCCATCCCGGAGATTCATCACATCGCTTTGGTGGGCGGCGACTTCGACGTCATCCTCCTGGTCCGCGCCACCGACAACATCCATCTCCGCCGTGTCATCTTCGATCAACTGCAATCCATGGACGGCATCCTGGACACCCAAACCTTCCTGGTGTTCGAGGACGTAGATACCCGGTGA MSEAEAEQTAVPLDSVDRDIIRELTTDGRMSITQVAENVHISRAHAYTRIARLTGEGVLTKFTALVDPIKAGLRSSAYVTLKVQQHSWRELKEQLRAIPEIHHIALVGGDFDVILLVRATDNIHLRRVIFDQLQSMDGILDTQTFLVFEDVDTR NA NA NA NA NA D3-18_01133 1215 bkdA_2 COG1071 3-methyl-2-oxobutanoate dehydrogenase subunit alpha ATGACGATCCACGCAGACCACTCTGCGCCGGAAACGGCTGTAGAGGACCAAGCTGCTGACGTTCGGACAAAATTCGGCATCAGCGTTGAGGACTACATGCTCCCCGCCCGGCACCAGATCCAAATGGTGAACCCGGACGGCACCCTCCGCTCCCATGACGAGCAAGGCACCGAACCCGGCCACGAGTACCCCACGCCCAGCGACGCTGAACTGATGGCCGCTTACGAGCAGCTCGTCGTCGGACGTCGCGTCAACGACCAGAACTCGGCACTCGTCCGGCAGGGCCGCATGGCCGTCTACCCCTCAAGCCACGGCCAGGAAGCCTGCCAGGTTGCAGCTGCCATGTGCCTCAGCGAAGGTGACTGGCTGTTCCCCACCTACCGTGACGCCGTCGCCGTCATGACCCGCGGGGTGGACCCCGTTGAGGTGATGACCATCTTCCGCGGCGACTGGCACGGCGGGTACGACCCCAAAGAGCACAACGTCGGCATCCAGTGCACCCCGCTGACCACCCAGCTGCTGCACGCCGTCGGTGTCGCCCACGCCGCCAAGCTGCGCGGTGAGAACACCGTAGTGATGGCCATGTGCGGCGACGGCGCCACCAGCGAAGGCGACTTCCACGAGGCACTGAACTTCGCCGCCGTCTTCCACCTGCCCGTCATCTTCTTCGTGCAGAACAACAAGTACGCCATCTCCGTACCGCTCAGCCACCAGTCCGTGGCGCCGTCGCTGGCCCACAAGGCTGTTGGCTACGGCATGGCCGGTGAACGCGTTGACGGCAACGACCTCGTCGCGTTGCTCGCCGTGATGGACCGTGCCGTGAAGCTGGCCCGCGAAGGATCCGGGCCGTTGCTCATCGAGGCACACACGTACCGCATGCAGGCCCACACCAACGCCGACGACGCCACCCGCTACCGTCCGGACAGCGAAGTTGCTGAATGGCAGGCCAAGGATCCGCTGACGCGCATGAAGTCGTACCTCACGGACAAGGGACTGCTGGACGAATCCGCTTCGGAGCGCATTGCTTCGCATGCCGAGGCCGTGGCCACCCAGCTCCGCGAAGGCCTGGGGGAGGAAGTCCCGGTGCAGCCGCTGGACCTCTTTAAGTACGTCTTCGACAAGCAAACCCCGCAGCTGAAAGAGCAGTCCGAACTGCTCGCCAGTGAACTCGCCCGCGCCGAAAGCGCTAACACCGGATCGGAGAGCGCAAAATGA MTIHADHSAPETAVEDQAADVRTKFGISVEDYMLPARHQIQMVNPDGTLRSHDEQGTEPGHEYPTPSDAELMAAYEQLVVGRRVNDQNSALVRQGRMAVYPSSHGQEACQVAAAMCLSEGDWLFPTYRDAVAVMTRGVDPVEVMTIFRGDWHGGYDPKEHNVGIQCTPLTTQLLHAVGVAHAAKLRGENTVVMAMCGDGATSEGDFHEALNFAAVFHLPVIFFVQNNKYAISVPLSHQSVAPSLAHKAVGYGMAGERVDGNDLVALLAVMDRAVKLAREGSGPLLIEAHTYRMQAHTNADDATRYRPDSEVAEWQAKDPLTRMKSYLTDKGLLDESASERIASHAEAVATQLREGLGEEVPVQPLDLFKYVFDKQTPQLKEQSELLASELARAESANTGSESAK PGPT0008861_1071 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_LEUCINE_DEGRADATION,PGPT0008861-bkdA1-K00166 NA NA D3-18_01134 1101 bkdB_2 COG0022 3-methyl-2-oxobutanoate dehydrogenase subunit beta ATGACCGTCACCACCACCGCCAGCGGCACCACCACAGCCAACGTCAGCGCAGCCACCGCCAGCGCCGCCGCTTCCGCCGCGGCCACTGCCGAAGCCACCGGCCCGCAGAGCCTCACCATGGCCAAAGCGCTCAACACGGCTATGGCCGACGCCATGCGCGCCGACTCCTCCGTCCTGGTATTCGGCGAGGACGTGGGCATGCTGGGCGGCGTCTTCCGCATCACCGACGGCCTCATGGCCGAATTCGGCGAACAACGCTGCTTCGACACCCCGCTGGCCGAATCCGGCATCGTCGGCATGGCCGTGGGTATGGCCATCAACGGCATGCGACCCGTCATCGAAATGCAGTTCGACGCCTTCGCTTACCCGGCCTTCGAACAGATCGTCAGCCACGTAGCCAAAATGCACAACCGCACCAAGGGCAAACTCAAAATGCCCATGGTCATCCGTGTTCCCTACGCCGGCGGCATCGGGGGAGTGGAACACCACTGCGACTCCTCCGAGTCCTACTACGCCCACACCGCCGGCCTGAAGGTCTACACCCCGGCCACCGTGGCCGACGGCTACCGCATGCTCCGCGAAGCCATCGACTCCGATGACCCTGTCATGTTCATGGAACCCAAGAAGCTCTACTGGTCCAAGGACCAAGTGGACCTGGGTGCCCTGCGAGCAGAGCACGACGCCGGCACCTCCACAGAGGGCCGCGCAGCTGTTGCCCGTCCCGGCACGGACGCGACGCTCATCGCCTACGGTCCGTCCGTCCCCACCGCGCTCGCCGCAGCTGCAGCCGCCGCAGAAGAGGGGCGCTCGCTGGAAGTCATCGACGTCCGCACCCTCGTCCCCTTCGACGACGAAACCGTCTGCGCGTCCGTACGCAAGACGGGACGCGCCGTCGTGATCGCCGAAGCCCACGGATTCGCGTCCGTGTCCTCCGAGATCGTGGCCCGCGTCCAGGAACGCGCGTTCCACTACCTCGCAGCTCCGATTCTCCGAGTGACCGGCTTCGACGTCCCGTTCCCGTCTCCCAAGCTGGAGCACTACTACCTGCCAAGCGTCGACCGCATCCTCGACGCCGTCGACGACCTTCAGTGGGAGGACTGA MTVTTTASGTTTANVSAATASAAASAAATAEATGPQSLTMAKALNTAMADAMRADSSVLVFGEDVGMLGGVFRITDGLMAEFGEQRCFDTPLAESGIVGMAVGMAINGMRPVIEMQFDAFAYPAFEQIVSHVAKMHNRTKGKLKMPMVIRVPYAGGIGGVEHHCDSSESYYAHTAGLKVYTPATVADGYRMLREAIDSDDPVMFMEPKKLYWSKDQVDLGALRAEHDAGTSTEGRAAVARPGTDATLIAYGPSVPTALAAAAAAAEEGRSLEVIDVRTLVPFDDETVCASVRKTGRAVVIAEAHGFASVSSEIVARVQERAFHYLAAPILRVTGFDVPFPSPKLEHYYLPSVDRILDAVDDLQWED PGPT0008862_328 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 D3-18_01135 1494 bkdC COG0508 Dihydrolipoyllysine-residue acyltransferase component of branched-chain alpha-ketoacid dehydrogenase complex ATGAGCTCAGATTTGCAGGTATTCAAACTGCCCGACCTGGGGGAGGGCCTTACCGAGGCCGAACTCGTCAACTGGCTCGTTGCCGTGGGTGACGAGATTGTGGTTGACCAGCCCATCGCCGAGGTTGAGACCGCCAAGTCCATGGTTGAGGTGCCCTCGCCTTACGCCGGCACCGTTGCCGAGCTGCACGGTGAGGCAGGTCAAACGCTCGACGTCGGCAAGCCGCTGATCTCGATCGCTCGCGCTGGTTCCGCTGCGGGTACGCCCGCTGCCGCTCCTGCTCCGGCTGGTTCTGTGGATCCTTCGCCGGTGTCCTCGGGTCTTGACGCTTCGCCGGCCGTGGAAGCTGCCGCCGAGACGTACCGGACGGAGGAAAAGGCCGGCTCGGGCAACGTGCTGATTGGTTACGGTACGCCTGGGGGAGTATCCGGTGGGCGGACCCGGCCGCGGAAGGCGAGTGGTTCTGCTGATTCTGTTTCTGCTCCGGTTGCCGTTGCTGAGCCGGTGATGGAACCGGCTGTGGCTGGGACGCGTATCCCCGGGAAGCTCAGTGCCGTCATCTCGCCGCTGGTCCGCAAGATGGCACGCGACCACGGTGTTTCCCTCGACGCGATTGAGGGCTCGGGTGCCAGCGGCTTGATCATGCGCCGGGATGTGGAGGCTGCTATTTCTGCGCCGGAGGCACCTGCTGCTCCTTCTGTTCCTGTTCCTGCTCCTGCAGCTGCTGTCTCTGGTGTTGCTGCTCCCGCTTCTGCTGATGCCGGTGCCGTCGATAGCCGGACTGGTTTGGCTGTCTCGGCGCGGACGCCTGTCCGTGGGGTCCGCAAGGCTGTAGCCGCGAATATGACCCGCAGCCGCTCGGAGATTCCGGAAGCAACGGTTTGGGTGGACGTGGACGCGACCGCGCTCCTGGAGATGCGCGCCGAGCTCAAGAAGCGCGCACCGCACGATACCCCCGGTCTGCTGGCCTTCATCGCCCGTTTTGTCACGGCCGGGTTAAAAAAGTACCCGGCCCTGAACACGCGCTTTGAGACTGCTTCGGATGGCTCGCAGGAAATCGTTGGCTTCGACGGCATCAACCTCGGCTTCGCTGCCCAGACCGACCGCGGACTCGTAGTCCCGTCCGTCCGGAACGCGCACCAGCTGAGTGCCCGCGAACTCGACGCAGAGATCCGCCGACTCACCGCCGTCGCGCGTGAGGGTAAGGCGACCCCCACGGAACTGGGCTCAGGCACCTTCACGCTGAACAACTACGGTGTGTTCGGTGTGGACGGCTCGGCCGCGATCATCAACTACCCCGAGGTCGCGATGCTCGGCGTGGGCCGCATCATCGACAAGCCCTGGGTGGTCAACGGTGAGCTGGCCGTCCGCAAGGTCACCGAGCTGACCCTGGCCTTCGACCACCGAGTGTGCGACGGCGAAACCGCTGCCGGCTTCCTCAGGTACGTCGCCGACGCAATCGAGAACCCGGGCGGCGCGCTCGCAGACATGTAA MSSDLQVFKLPDLGEGLTEAELVNWLVAVGDEIVVDQPIAEVETAKSMVEVPSPYAGTVAELHGEAGQTLDVGKPLISIARAGSAAGTPAAAPAPAGSVDPSPVSSGLDASPAVEAAAETYRTEEKAGSGNVLIGYGTPGGVSGGRTRPRKASGSADSVSAPVAVAEPVMEPAVAGTRIPGKLSAVISPLVRKMARDHGVSLDAIEGSGASGLIMRRDVEAAISAPEAPAAPSVPVPAPAAAVSGVAAPASADAGAVDSRTGLAVSARTPVRGVRKAVAANMTRSRSEIPEATVWVDVDATALLEMRAELKKRAPHDTPGLLAFIARFVTAGLKKYPALNTRFETASDGSQEIVGFDGINLGFAAQTDRGLVVPSVRNAHQLSARELDAEIRRLTAVAREGKATPTELGSGTFTLNNYGVFGVDGSAAIINYPEVAMLGVGRIIDKPWVVNGELAVRKVTELTLAFDHRVCDGETAAGFLRYVADAIENPGGALADM NA NA NA NA NA D3-18_01136 1119 fbpA Fe(3+)-binding periplasmic protein TTGGCTAACCTAAAGTTCTTGAAGGAGATAGTCCCCAACATCCCCTCCTTCCCCAAGAAAGTAGCCCCCATGAAGTTCCGCAAAAACGCGCTGGCCGGAATCGCACTCGCCGCCACCGCAGCCCTCGGCCTCGCGGCCTGTGGCTCCAACGCCGGCACCGCACCTGCCGCCTCGGAAGACGCCGCTTCAGGCGAAGGCATCACGGTGTACAACGCCCAGCATGAGAGCCTGACCAAGGAATGGATCGACGCCTTCACCAAGGAGACCGGCATCAAGGTCACCCTTCGCCAGGGCTCGGACACCGAGATGTCCAACCAGATCGTGCAGGAGGGCGCAGCTTCCCCCGCCGACGTTTTCCTCACGGAGAATTCACCTGCAATGGCGCAGGTTGAGAACGCTGGCCTCTTCGCAGATGTGGATGCGGCCACTGTTGCTCAGGTCCCGGCAGAGTTCCGCCCGTCCACGGGTAAGTGGACCGGCATCGCTGCCCGCTCCACGGTTTTTGTCTATGACAAGAACAAGATCAGCGAAGACAAGCTCCCCAAGTCCATGCTTGATCTGGCCAACCCCGAGTGGAAGGGCAAGTGGGCAGCTTCCCCCACTGGCGCCGACTACCAGGCAATCGTTGCCGCGCTGCTCGAGCTCAAGGGTGAGGCCGCTACGGAGGCTTGGCTCAAGGGCATGAAGGAAAACTTCAAGGCCTACAAGGGCAACGGCACTGCCATGAAGGCTGTCAACGCCGGAGAAGTGGACGCCGCGCTGATCTACCACTACTACTATTACGGCGATCAGGCCAAGACCGGCGAGAACTCCAAGAACGTCACGCCGTACTACTTCAAGAACCAGGATCCCGGAGCGTTCCTCTCCATCTCCGGCGGCGGTGTTCTGAAGTCCTCCAAGAAGGCAGCCGACGCCCAGGCATTCCTGAAGTTCATCACGGGTAAACAGGGCCAGGAGATCCTCAAGACGGGGACCTCGTTCGAGTACGCCATCGCGTCGCAGGTTGATGCCAACCAGAAGCTTGTTCCCATTAAGGAGCTGCAGCCACCTGTCGTTGACCCGGCCAAGCTGAATTCCACCAAGGTCACCGAACTGATGACCGAGGCAGGACTGCTGTAA MANLKFLKEIVPNIPSFPKKVAPMKFRKNALAGIALAATAALGLAACGSNAGTAPAASEDAASGEGITVYNAQHESLTKEWIDAFTKETGIKVTLRQGSDTEMSNQIVQEGAASPADVFLTENSPAMAQVENAGLFADVDAATVAQVPAEFRPSTGKWTGIAARSTVFVYDKNKISEDKLPKSMLDLANPEWKGKWAASPTGADYQAIVAALLELKGEAATEAWLKGMKENFKAYKGNGTAMKAVNAGEVDAALIYHYYYYGDQAKTGENSKNVTPYYFKNQDPGAFLSISGGGVLKSSKKAADAQAFLKFITGKQGQEILKTGTSFEYAIASQVDANQKLVPIKELQPPVVDPAKLNSTKVTELMTEAGLL PGPT0003725_1829 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003725-afuA|fbpA-K02012 NA NA D3-18_01137 1599 hypothetical protein GTGACCGCTCGACTTTCGGCTCCCGGCTCGCAGAGTCCGGAAAGCACGACGACGGCGGGTGGGGGCAAGCGCCCCCGCCCGCCTTTCGGCGTTTCCACCGTGTCCTTGCTGGCAGTGTTGATTGCACTGTTTTCGCTGGTGCCCTTGGGTTACGTCGTTTTTATGACAGCAGCGACAGGCTGGGACACCGCCGTCGAACTCATTGTCCGGCCGCGGGTCGGTGAGTTGCTGCTGAATACCATCATGCTGATGGTTCTGACAGTTCCGCTGTGCTTGGTTTTGGGTGTGGGCGGCGCTTGGCTGGTGGAGCGGACCAATCTCCGCGGGCACCGCTGGTGGGCTATCGCGTTGGCGGCGCCCTTGGCAATCCCTGCGTTTGTGAACAGCTACTCATGGGTTTCCGCGGTTCCTTCGCTGGAGGGCATCTGGTCCGGCGTGCTCATCGCCACGCTGTCCTACTTCCCGCTGGTCTACATCCCCGCGGCCGCCACTCTGGGCAGGCTGGACCCGGCGATCGAACAATCCGCCGCTTCGATGGGTCTTGGCCCGTGGGCCGTGTTCTTCCGCGTGGTGCTGCCACAACTTCGCATCGCCATGACCGGCGGTGCCCTGTTGGTCGCCCTGCATCTCTTGGCGGAGTATGGTGCCTTCGCGATGATCCGCTTCGATACCTTTACGACGGCGATCATGGTCCAGTTCCAGTCGACGTTCAACGGCACAGCAGGCAATATGCTGGCCAGCGTCCTGGTATTCCTTTGCCTCATTCTGTTACTCGCGGAGGTGAAGAGTCGCGGCACGGCCCGTTATGCACGCATAGGTTCCGGTGCTCAGGCCAACGCGACCCGGATCGCGCTCGGCCGTTATCAAGTGCCGGCGCAGCTTGGGGTGTTGGCGCTGACTGTCCTGGCGTTCGGGCTCCCGGTGTGGTTTGTGCTGCGCTGGACCATTGCAGGAGGGCCGGATGTTTGGGCAGCGGACGAGTTTGTCCCGGCGCTCCTTCAAACCCTCATGTACGGGGCAGCGGGCGCTGCGGTCACCACAGCGGTGGCCTTCCCCATGGCCTACCTGGCGGTCCGCCATCCGAGCTGGTTCAGTAAATTGCTTGAACTCTCCAACTACGTGACCAGCTCCATGCCCGGGATCGTGGTGGGCCTTGCCTTCGTTACTGTCAGCATCCGCGCCATTCCGGGTGTTTACCAAACCGCGGGTGTCCTAATCGCTGCTTACGTACTTCTTTTCGTGCCGAGGGCCTTGGTCAACCTCCGTTCCGGCCTGGCTCAGGCGCCCAAGGAGCTCGACGAGGCCGCCCAATCCCTCGGCAAGTCTCCGCTGGTGTCCTTCTTCAAAGTAACCCTGCGGCTGACTGCCCCTGCAGCAGCCGGGGGAGCGGCCCTGGTTTTCCTTGCCATCGTCAATGAACTCACGGCCACGCTTCTGCTTTCACCCAACGGCACCCGGACGCTCGCAACCGAGTTCTGGAGCAAGAGCAGCGAAATCGACTACACCGGTGCGGCACCCTACGCGCTGCTGATGATCCTGCTCTCGGCCCCCATGACATATCTGCTCTTCCAACAGTCCAAGAAAGTGGCCGGACAGTGA MTARLSAPGSQSPESTTTAGGGKRPRPPFGVSTVSLLAVLIALFSLVPLGYVVFMTAATGWDTAVELIVRPRVGELLLNTIMLMVLTVPLCLVLGVGGAWLVERTNLRGHRWWAIALAAPLAIPAFVNSYSWVSAVPSLEGIWSGVLIATLSYFPLVYIPAAATLGRLDPAIEQSAASMGLGPWAVFFRVVLPQLRIAMTGGALLVALHLLAEYGAFAMIRFDTFTTAIMVQFQSTFNGTAGNMLASVLVFLCLILLLAEVKSRGTARYARIGSGAQANATRIALGRYQVPAQLGVLALTVLAFGLPVWFVLRWTIAGGPDVWAADEFVPALLQTLMYGAAGAAVTTAVAFPMAYLAVRHPSWFSKLLELSNYVTSSMPGIVVGLAFVTVSIRAIPGVYQTAGVLIAAYVLLFVPRALVNLRSGLAQAPKELDEAAQSLGKSPLVSFFKVTLRLTAPAAAGGAALVFLAIVNELTATLLLSPNGTRTLATEFWSKSSEIDYTGAAPYALLMILLSAPMTYLLFQQSKKVAGQ PGPT0003730_4625 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003730-afuB|fbpB-K02011 NA NA D3-18_01138 1167 fbpC2 COG3842 Fe(3+) ions import ATP-binding protein FbpC 2 GTGACTACTCATTCTTCCCCGGGAATCGCGGCGCCGCGCGTTGCACCCTCTGTTGCACCAACCACGGACACTCACCTCGACATTGCCGGCGTCACAAAGAATTTTGGTTCGCAGACAGTGTTAAGGGGTGTACACCTCTCCGTCTCCAAGGGTGGCACCACGGCCATTGTGGGTCCGTCAGGTTCGGGCAAGACCACGTTGCTCAGGCTTATTGCCGGCTTTGAACATCCCACCAGCGGAGCGATCAGCCTCAACGGAACGTTGGTTGCCGGAAACGGCGTCCGGGTTCCCGCGCACAAGCGCCACGTTGGCTATGTGGCCCAAGACGGCGCCCTCTTCCCGCACCTTACAGTGGGGCAGAACATCTCTTTCGGTCTGGATGTTGGAAAGCTCGACGGCGGTCGTCGGGGCGTGCGGGCAAGGGTTGAGGAGCTGCTCGCAATGGTTTCGCTCGATGCGTCCATGGCAAAGCGCCGGCCGCATCAGTTGTCGGGCGGTCAACAGCAGAGGGTTGCTCTGGCCAGGGCTCTGGCCCGCGAGCCCGAACTGATGCTGCTCGACGAGCCATTCTCAGCCCTCGACGCCGGGCTACGCGTCGCGACGCGGAGAGCCGTAGCCAAGGTTCTGAACGAAGCAGGCGTGACCACCATCTTGGTAACCCACGATCAAGCCGAAGCGTTGTCCTTCGCGGACCAGGTGGCCATCATGCGTGATGGAACACTGGCCCAGATCGGCAATCCGTTCGTCGTTTACACTCGTCCCGCAGACCGTGCCACCGCAGAGTTCTTGGGGGAGGCTGTCATTCTGGACGCCTGGATGGAAGGCTCCCTGGCCACATGCTCGCTGGGCGGTATTCCCGTGAGGCGACCGCCTGCGCAGGGAAAGGTCCAGCTCATGCTGCGGCCGGAGCAAATCCGGATCGCCCCGGACGGCCCCATCCGTGGTGTCGTGGTGGACACCGACTACTTCGGCCCGGAAACCACCGTGCGCATCAAACTGGGTGCCTATTCTGCTCCCGACGGAGGAAGCTCCGGCAACGGCCATCGGTACCCTGGCGGCGGCGAAGTCATCACCATCAGGCACTGGAACGCATCCATCACCAAACCTGGAACGGAGCTCTGCCTTCGAGTGGTCGGCGAGGGCGTAGCGTTCCCTGCGAGCGCTTAG MTTHSSPGIAAPRVAPSVAPTTDTHLDIAGVTKNFGSQTVLRGVHLSVSKGGTTAIVGPSGSGKTTLLRLIAGFEHPTSGAISLNGTLVAGNGVRVPAHKRHVGYVAQDGALFPHLTVGQNISFGLDVGKLDGGRRGVRARVEELLAMVSLDASMAKRRPHQLSGGQQQRVALARALAREPELMLLDEPFSALDAGLRVATRRAVAKVLNEAGVTTILVTHDQAEALSFADQVAIMRDGTLAQIGNPFVVYTRPADRATAEFLGEAVILDAWMEGSLATCSLGGIPVRRPPAQGKVQLMLRPEQIRIAPDGPIRGVVVDTDYFGPETTVRIKLGAYSAPDGGSSGNGHRYPGGGEVITIRHWNASITKPGTELCLRVVGEGVAFPASA PGPT0003735_447 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_TRANSPORT-IRON_III_TRANSPORT_SYSTEM,PGPT0003735-afuC|fbpC-K02010 NA NA D3-18_01139 2616 menE_2 2-succinylbenzoate--CoA ligase GTGACTATTCAGCCGGATTTGGCCGGAGTTTCGTTCGCCGCCAACCTGGCCGCGTTCGGAGACCGTACCGCCATCAGTATCGGGGAACGCTCAGTCAGTTACCTGGAACTTTCCCGCCGGGTCGAGGCCATGGCGCGGTCGTTCGGTCCTGCCCGATGCCTGATTGCTCTTGAGGCCGAGAACACCCTGTCGTCGCTGACCGTCTATCTCGCAGCACTGGCGTCCGGACATCCACTGCTGATATTGCCCCCGGGTGGCGGCCATGCTGCCGACTCGCTCATTGCCGCCTATGATCCCGACATTATCGCCCGTTCAGCCCCGGGCGACTGCGTCCTGGACGTCCGCAGGCTGGAGACCCGGCACCAACTGCATCCTGAGCTGGCACTCTTGGTCAGCACCTCCGGTTCCACCGGATCACCCAAACTTGTTCGCCTCTCCGGCGCCTCGGTGCAGGCCAACGCTGCTGCTATCGCTGAGTACCTGTACCTTCGTCCAAGTGACACGGCAGCCACCACGCTTCCTCTCTCTTACTGCTACGGGATGAGTGTGGTCAACAGCCACTTGTTGGTGGGTGCCTCCTTGGTGCTGACAGACCTTTCGGTGGTGGATCCGTGTTTCTGGGACTTGGTTCGGTCCCGGGGCGTGACGTCATTTGCCGCCGTACCGTACACGTTCGATCTTCTCGACCGGGTGGGCTTCGAGCACATGGACCTTCCAAGCCTGCGCTACATCACCCAGGCTGGAGGCCGTCTGGCACCGGAGCGCGTCCGTTCCTACGCAGAGTTGGGCCGGAAACGCGGTTGGGACCTTTTTGTCATGTATGGACAGACGGAGGCGACAGCCCGGATGGCCTACCTACCGCCTGACCAAGCGGTAGTCCACCCGCATGCAATCGGAGTGCCAGTACCAGGCGGGGCGTTCCGGCTTGAACCCGTTCCCGGGTTGGATGCCAGCGAACTCGTATTCACCGGCCCCAACGTCATGCTGGGCTATGCAGAGCGGGCCGAGGATCTGGCTCTCGGCCGCGAAATGACCGAGCTCCACACCGGTGATCTTGCCCGTCAAGGCCCGGGCGGCCTCTATGAAATCGTTGGCCGACGCAGCAGGTTCGTCAAAATCGTTGGGCTCCGGGTTGATCTGGGGCGCGTGGAACGGCTCCTTGCAGACCTTGGCCTTAGTGCCGCCGCTGCCGGCTCGGACGAGATGGTGGTGGCGGCAGTCGAAGGGGACCGTGACCTTGCCTTGGTGGCCAAAACATTGACGCAGGACCTCGGTGTGCCGCGTGCCGCCGTCGAACTTTATTCTGTGCCGTCCATTCCGCGGCTGGCCAACGGAAAACCTGACTACCCCGCCATTCTGGCGCTATCTGTCCGTCCGGAGCCGGCCCAACCGGAAGACGTTCTGCACGCAGACGACGGCAATTCGCCCGCGACGACGGATTCTGTGCAGAGAATCTTCGCAGATGCCCTGGAGCGCCAGGATGTTGCCATCACGGACAGTTTCGTTTCCCTGGGTGGAGACTCGCTATCTTATGTGGCGGTGTCCGTGCGGCTGGAGAAGGCTCTTGGCCGGATTCCCCAGGGATGGCACACGATGCCCATCTGCGAACTTGTTCCCGCGCCGGACTCGGCCCCCTCGGGAGACTTAAGGGAAGCGGGTGCTCCTGGCCCGGTTGGCCGTGCCGTGCAGAGGTGGCACAGCAAGCTAATCGCCAGCATGGAAACCGGGATCGTCCTCCGTGCTGTTGCCATCGTTTTCATCGTCGCCACGCACATCGATTTCTTCTCTTGGGAAGGCACCGCGCACGTGCTCATGGCCTTGGCCGGCTACAACTTTGCACGTTTCCAGCTCACGGGGTCCAAGATCGAGCGGCTTAGACGGCAATTACGGGCTGTTGCGCGGATTGTGGTGCCCAGCGTCGCGGTGATCGGTCTCGCGTTCGTCGTCACTGACGACTATCGCTGGCACAACGTCTTCTTACTGAATTCCTTGGTGGGCCCGCCGGGGTGGACTGACCTGTCGCGCTTCTGGTTCGTTGAGGTGCTGGTCCACATCTTGCTCGGATTGGCGATCCTTCTGGCCATTCCCGGTGTTGATAAGGCGCTGCGCAGATGGCCTTGGGCGTTTCCCTTGGTCCTGGCCGGGATCGATCTCTTGCAGCGCTTCGATGTCATTGACCTGCCCTACCCGGGACAAGGGCCTGTGCTGTGGCTCTTCGCCTTCGGATGGGCCGCGGCTGTGTCCCGGCAGTGGTGGCAACGAGCTGCCATGACGGCCCTGGCTCTGTTGACCATTCCCGGATCCTTCCCGGACGAATCCCGTAGCGCCACCATTCTGGTTGGTTTCCTCATTCTGCTGTGGATTCCTACCTTGCCCGTTCCCCGCGGCCTTCATCGCATCACGGCGCTGCTCGCGAGTTCATCCCTCTATATCTACGTCACCCACTGGCTGGTCTATCCGCACTTCGACGAGTTCAGCAAAGGCTTGGCTGTTGCGGCATCCCTTGTGGCGGGAGTGGCGTACTGGGCCTTGGCAACCCGTGCGATGGGCAACGCCGGACGGTGGCTTCGGGCCCGCAGTGGCGCTCGGCGTAATGATCAGAGAATTACGTCCTGA MTIQPDLAGVSFAANLAAFGDRTAISIGERSVSYLELSRRVEAMARSFGPARCLIALEAENTLSSLTVYLAALASGHPLLILPPGGGHAADSLIAAYDPDIIARSAPGDCVLDVRRLETRHQLHPELALLVSTSGSTGSPKLVRLSGASVQANAAAIAEYLYLRPSDTAATTLPLSYCYGMSVVNSHLLVGASLVLTDLSVVDPCFWDLVRSRGVTSFAAVPYTFDLLDRVGFEHMDLPSLRYITQAGGRLAPERVRSYAELGRKRGWDLFVMYGQTEATARMAYLPPDQAVVHPHAIGVPVPGGAFRLEPVPGLDASELVFTGPNVMLGYAERAEDLALGREMTELHTGDLARQGPGGLYEIVGRRSRFVKIVGLRVDLGRVERLLADLGLSAAAAGSDEMVVAAVEGDRDLALVAKTLTQDLGVPRAAVELYSVPSIPRLANGKPDYPAILALSVRPEPAQPEDVLHADDGNSPATTDSVQRIFADALERQDVAITDSFVSLGGDSLSYVAVSVRLEKALGRIPQGWHTMPICELVPAPDSAPSGDLREAGAPGPVGRAVQRWHSKLIASMETGIVLRAVAIVFIVATHIDFFSWEGTAHVLMALAGYNFARFQLTGSKIERLRRQLRAVARIVVPSVAVIGLAFVVTDDYRWHNVFLLNSLVGPPGWTDLSRFWFVEVLVHILLGLAILLAIPGVDKALRRWPWAFPLVLAGIDLLQRFDVIDLPYPGQGPVLWLFAFGWAAAVSRQWWQRAAMTALALLTIPGSFPDESRSATILVGFLILLWIPTLPVPRGLHRITALLASSSLYIYVTHWLVYPHFDEFSKGLAVAASLVAGVAYWALATRAMGNAGRWLRARSGARRNDQRITS NA NA NA NA NA D3-18_01140 264 hypothetical protein ATGGGTGCCATCACGCCCGTCCAGAGCCCTGGACTCATCACAGCTTTGGCGGTCTTCCTCACGCTCATATCCGTCGGCATGCTCGCGATGAGTTTCCTCGTCATAGCGTCCGGCGGTGAGCTTAAGGTGATCCTGCTCGGGTTCGCGGTGGGCATCGGAGGGTTAGTGATGTCCGTTTACGCGTTCCGGCTCGCGGCAAAACGACGGCGCTGGTTGCGGGAGCAGCGCGCTAATGCCGCACACACGCAGGCGCCCGGCCAATGA MGAITPVQSPGLITALAVFLTLISVGMLAMSFLVIASGGELKVILLGFAVGIGGLVMSVYAFRLAAKRRRWLREQRANAAHTQAPGQ NA NA NA NA NA D3-18_01141 90 hypothetical protein ATGTTCAGCCAAGACAAGCAGTTCCGCAGGCCTGACGGCACCCTCTACGACCCCAGCAGCTTCAACGTGCGCCAGTACCAGGAGCAGTAG MFSQDKQFRRPDGTLYDPSSFNVRQYQEQ NA NA NA NA NA D3-18_01142 309 hypothetical protein ATGGGGAACCACCGACGCACCGTCGACGCTGTCCGTGCTGAGATCATCTCTGCAATCGCCGAAGTGCGGTCAGTCGCGCAACTCGAGCACGATGTGCAGCGCCAGCGCACCGCCGATTGGCTCGACAAGCAGTTTGCTGACGTCGCGGACGCTCGAACCCTCCGCTCGGCTGCGGCCGATGCACTCTCGTTGTATGGCGGGAACGGATCCTTCTCCGATGTCGGAACAGCCGAGTCGGCGCGCGCTGTTGACCAGTTAGCAAGAGCCCTACGCCGGGGACGGACGCTGTTTTTCCCCAGCTCGTCGTGA MGNHRRTVDAVRAEIISAIAEVRSVAQLEHDVQRQRTADWLDKQFADVADARTLRSAAADALSLYGGNGSFSDVGTAESARAVDQLARALRRGRTLFFPSSS NA NA NA NA NA D3-18_01143 2589 hypothetical protein GTGTTTCGTCGTGGTGTGGCGTGGTTGGTTGCTGTGGTGTTGTTTGTGGTGGCGCCGGGGTTGTTGGTGTTGCCGGCGGCGGTGGCTGCGGATCCGGTGGTGGAGAACGTGGTGACGTTCTCTGACGTCCCAGCCGAGTCGCAGTTCGCGACGGAGATTTCGTGGTTGGCGGCGTCTGGTATTTCCACGGGCTGGGATGTCGGCGGGGTGCGGCAGTATCGTCCGTTGGAGTCCATTGCCCGGGACGCGATGGCCGCGTTCCTGTACCGTCATGCCGGGTCACCCGCGTTCACGGCACCTGTAGAGTCTCCGTTCACGGATGTCCCGTCCGGGGCTGCGTTCTATAAGGAGATCACCTGGCTGGCTGCGGAGGGCATTTCCACGGGCTGGGATGTCGGTAACGGGAAGCGGGAGTACCGTCCGTTGTCCCCGATTGCCCGTGATGCGATGGCCGCGTTCTTGTACCGGTACGCGGACAAGCCGGCGTTCACTGCCCCGGCGGTGTCTCCCTTCGTGGATGTTCCGGCTGGTGGCGGGTTCTATGCGGAGATCACCTGGTTGTCAGCGTCGGGGATTTCCACGGGCTGGGATGTGGGTAACGGGGTCCGTGAGTACAGGCCGTTGAACGGGATCGCCCGTGATGCGATGGCTGCGTTCCTTTACCGGTACGCGGGCCAGAAAGCACCCGCTGACCCGGGGAACCCTGCGGCGGGGACGGTAACGGTGGCCCCCGACGTCGAGGTCCTTGAACCATCCCAACTCGAAACAGCGCTGGTAAGCGCGGACACGGTGGTCCTTCCCTCGGATCAGGCACTGGAGATCAAACCCAACGACGTGCTGGTCTCCGGTGTCACCACCGGAACCCCGGACGGGCTGCTGGTCCGGGTGGTCCAGGTAGTCCGCGACCCGGGCGGAAACACCCTGGTCAAGACCAAACCTGCCACCCTGCCCGAAGCCGTGGTCTCCACCGGCGGGCTGCTCGAAGTGAGCGGCACCCCGGTGAGGTCAGAGTTCATCCCCGAACCCGACGTCGTCGTTGAACCCGACGCGGCACCGACGGCAACAAGGCCCGGCACCGAACAGTCACCGGACATGGCCCAACCATTCGCGGAAAATTCGGCCGAGGTGTTCAACAAGTCGATGACCTTCAAGAAGACCGTCAAGGGTGAGTTCGGCAAACCCGACGCGCCGTTGACCGGTAATGGCTCGGTGACGTTGAAGTCGTCGGTGACGGCGAAGGCCACGGCGAAGATGACTTTGGACGTCGGCTTCCTGCAGTTGAAGGAAGCCTCCGTAGTAGTGACGCCGTCGGTGAAGGCCGAGCATTCCGTCACGGCCGAGGGGTCGTTGAAGGGCCAGGTGACCTCAAAACTTGGTGAGCTCAATGCCTGGTTCACGTTCTGGGTTGGGCCGGTCCCCGTGGCAGTGACCGCCGATGCCGAGATGAATGCGAACTTCGCCCTGGACGGGGATGCGCAGGTGGTTTTCTCCTCGTCGCAGACTGTTTCCAGTGGTCACGGTTTCAAATACAAAAACGGCTCGTTCAATCTGGTCAACGACAAGCCCTCCACAGCCGGGATCCAGAATCAATACAAAGCCTCGGCGTCTCTGACGGTAAGGGCGTCACTGGATTTTGATGCCACGATCAAGCTTTACGGCGTCGCTGGGATCACGTTCGGAATGGGACCGTACGCGACTACCACCATCACCGTTACCGCTGCCAGCGGGCAGGACCTCAGCTGGACCTGCCCCTTGGAGCTGGGCGTCGAAGGCCGGCTCGGTGTGACTGCAGGCATCGAGATCATGGGCTTCGACCTGGGCGAGTGGGAAGCCACTGTGACCAAGTCATGGCCACTGTTCACCGCGAACCCCTGCCAAGGCACCACTGTCATCCAGCCGCCACCAACAAACCCCACCCCGACGCCTACGCCTACCCCGACGCCCACTAACCCACCCGGCCCGGGCGTAACGCTTCCGCAGGTGCCGGTTCGCGTCGGACAGAGCGGCCAAGCAGTGTTGGCCCAGGACGGCGGTGACGTCGATTCGGTCCAATGGATCTCGAGCCCGCTGCCCAACACGGTGCTGTCACCCGGCATGCCTACCATGCCGGCAACGCTGACGTGGTCACCGAAAACCCCTGAGACCGTCCAATTCTCGATTCGGGTTACGTACACCGACGGAAGCACCAAGGACGTGTCGGGGTCCATGCGCGCTTACCCGGTGCCGGCTCCGTCGCTTGCTGTGGGAAATCTGCAGTCCACGTACGTAGCCACATCCGACCGCGGCACCCCATACTCCGTGGTTACCTTCGAGATCACCAAAACTACGGCGTCCAACACAACGCCGCTAAAGGGTCTGACAGACAAAGAGGACCCTGCGAGCGACTTCTATGAGTACACAGGGGGCGACTCGAACGCTAACAACGTTCTCGACATCGGCGAGAAATGGCAGTACCGAGCCTTCTACCTGGATTGGCGGGCCTCGGAGCCGGGCAACAGTAGGACGCGCACCCTCCTTGTCCGTGCCAACGACACCACTGGCGCGGGCTCATGGATTGACACCCAAGTCGTCTACACCATGACGCGCTAG MFRRGVAWLVAVVLFVVAPGLLVLPAAVAADPVVENVVTFSDVPAESQFATEISWLAASGISTGWDVGGVRQYRPLESIARDAMAAFLYRHAGSPAFTAPVESPFTDVPSGAAFYKEITWLAAEGISTGWDVGNGKREYRPLSPIARDAMAAFLYRYADKPAFTAPAVSPFVDVPAGGGFYAEITWLSASGISTGWDVGNGVREYRPLNGIARDAMAAFLYRYAGQKAPADPGNPAAGTVTVAPDVEVLEPSQLETALVSADTVVLPSDQALEIKPNDVLVSGVTTGTPDGLLVRVVQVVRDPGGNTLVKTKPATLPEAVVSTGGLLEVSGTPVRSEFIPEPDVVVEPDAAPTATRPGTEQSPDMAQPFAENSAEVFNKSMTFKKTVKGEFGKPDAPLTGNGSVTLKSSVTAKATAKMTLDVGFLQLKEASVVVTPSVKAEHSVTAEGSLKGQVTSKLGELNAWFTFWVGPVPVAVTADAEMNANFALDGDAQVVFSSSQTVSSGHGFKYKNGSFNLVNDKPSTAGIQNQYKASASLTVRASLDFDATIKLYGVAGITFGMGPYATTTITVTAASGQDLSWTCPLELGVEGRLGVTAGIEIMGFDLGEWEATVTKSWPLFTANPCQGTTVIQPPPTNPTPTPTPTPTPTNPPGPGVTLPQVPVRVGQSGQAVLAQDGGDVDSVQWISSPLPNTVLSPGMPTMPATLTWSPKTPETVQFSIRVTYTDGSTKDVSGSMRAYPVPAPSLAVGNLQSTYVATSDRGTPYSVVTFEITKTTASNTTPLKGLTDKEDPASDFYEYTGGDSNANNVLDIGEKWQYRAFYLDWRASEPGNSRTRTLLVRANDTTGAGSWIDTQVVYTMTR NA NA NA NA NA D3-18_01144 480 hypothetical protein ATGTACCGGCGATGGAGAGTGGCCGTTCTGGCGGCGGCTGTCATTTTGCTAACCGGCTGCGGAGTCAGCGTCCCGGCTGACCCCCACGGCACCCTCGAGCGCGTCAGCGGTGGCGTGCTCAAGGTAGGTGCTAGTCCCAATGGCGACTGGGTGAAGCTCCCACCTTCCGGGGAGCCCGCTGGGACCGAAGCCGAACTGGTACGGAGGTTCGCCGCGCAACTGGATGCCAAGGTGGAGTGGAGCACGGGCACCGAACATATCCTGGCCGAACGCGTAGAGCACGGCGAACTTGACCTGATGATCGGCGGCCTGCGCGAAGACACGCCATGGGAAAAGCACACAGCGCTGACGCAGCCCTATACCGAATCCGTGGACGACACCGGGAAAAAGCATAAGCACGTGATGCTGGTCGCCAAAGGGGAGAACGGCTTCCTCCTAACACTGGATACGTTCCTCCAAGAGTCGGAGGGCACCAAGTGA MYRRWRVAVLAAAVILLTGCGVSVPADPHGTLERVSGGVLKVGASPNGDWVKLPPSGEPAGTEAELVRRFAAQLDAKVEWSTGTEHILAERVEHGELDLMIGGLREDTPWEKHTALTQPYTESVDDTGKKHKHVMLVAKGENGFLLTLDTFLQESEGTK PGPT0020800_17453 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 D3-18_01145 1011 hypothetical protein GTGAAAGACACCGCCAGCCTCCCCGCGAAAGTGAACTCACGTTTCGGCCATACCGAATTGCCTGAAGAGCAGCACCAGGCGCTACGCAAAGCGATCCGCTTCGAGTGGATCACAGTGGCATTCCTGGCAGTTTCGACCGCCATGATCTATCTCTTGCTGGGAAACTCCCAAGCTATGAAGGCAGCGTGGCTTGAAGACGTCCTATCGTTCCTGCCGCCCCTGTCTTTCCTGATTGCCGCCCGCGTGATCCGCAAGCGCCCCACCGAGGAGCATCCTTACGGTTACCACCGTGCTGTTGGCGTAGCCCACGTCGTAGCGGCTGTGGCCTTGTCCGTCATGGGCGCGTACTTGATTGTGGATTCCGGCATCAGCCTTCTGACGGCGGAACACCCCACCATCGGAGGGTTCGACTTCTTCGGCCAGACAATATGGCTTGGCTGGGTCATGATTGTTGCCATGCTCCTCACCGCAGGCCCGCCCGTGTACTTGGGCCACGTGAAGATGAAACTCGCGAAGACCCTGCACGACAAGGTCCTCTATGCGGACGCCGACATGAACAAAGCAGACTGGCAGACCGCCGTCGCCGCTGCTGCAGGCGTTGCGGGCATCGGTATCGGTTGGTGGTGGGCGGACGCAGTCGCCGCGCTGGTCATCTCAGCGAGCATTCTGCACGACGGCATACACAACACCAAAGCAGCCATCACCGCCCTCATGGATAAGCGCGCCAGGACGTACGACGACGCCAAACCTCACTCCTTGGGCGATGAAATTGACGGCTACCTCAGCGGACTCGACTGGGTCGAATCAGCAAAATCCCGGATCCGGGACGAAGGCCACGTTTTTCACATCGAAACGTTCATTGTGCCGTCCGGGGACATGCCTACCCTGAAGCAGCTGGAAACAGCCCGTCAGGCATGCATTGATCTGGACTGGAAGGCAAAGGACATAGTCCTGGTTCCCGTTTCCACCCTGCCTGCAGAATTCCTCCCGGGCCTTTCAGGAGAACACTGA MKDTASLPAKVNSRFGHTELPEEQHQALRKAIRFEWITVAFLAVSTAMIYLLLGNSQAMKAAWLEDVLSFLPPLSFLIAARVIRKRPTEEHPYGYHRAVGVAHVVAAVALSVMGAYLIVDSGISLLTAEHPTIGGFDFFGQTIWLGWVMIVAMLLTAGPPVYLGHVKMKLAKTLHDKVLYADADMNKADWQTAVAAAAGVAGIGIGWWWADAVAALVISASILHDGIHNTKAAITALMDKRARTYDDAKPHSLGDEIDGYLSGLDWVESAKSRIRDEGHVFHIETFIVPSGDMPTLKQLETARQACIDLDWKAKDIVLVPVSTLPAEFLPGLSGEH PGPT0004255_2663 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COBALT_RESISTANCE COBALT_RESISTANCE-COBALT_TRANSPORT,PGPT0004255-czcD|zitB|yrdO-K16264 NA NA D3-18_01146 2544 hypothetical protein ATGGGGGCACTCTTGAAACAATCGAAACTTTCGCGGCAATTACTTGTGCCCGTGGCCGGTTTATCACTCCTCGCAGCATCCTTCTCCGGTGCACCGGCCGCCGTCGCTGCGGGAACTGCAAGCATCAGCGGTAGCGTGCAGATGCAGGCTGGTCTCAGTGCCAGCATGATTTACGTTGACGCTTACAAAGATGATCAATACATTGATGGATCATCGATTTGGAGTGACTCGGGAAACTACACAATCGATGGCTTGGAACCGGGATCGTACAAGCTGAAGTTTTACGCCTACGGCCCCAATGGGGGTGCTCCAGTCAACGTCCAGGAGTGGTACAACGACAAAGAGCTGGCATCGGCGGCCCAGACCATATCGCTGACTGCGGGCCAAGCCCAGACCAATGTCTCTGCAGTTCTGAACACAGGCGCGACGCTTAGCGGCAAAGCTACTGTGCCGGCCGGCGTCGATGCCACAAAGATCACCGTCGAGGCGGCACGTGATGGTGAATTCAGCTCCTACAGGGCTTCGCTGAACGCAGACGGTACATACTCGCTCACCAACATGATTGCGGGCCAGTACCGGTTGTACTTCGCGTGGGGCTCCGGATTTGGCCAGGAATCGCCTCCGAGCCCGATAATCTCCAGCTACCTCGGCGGAGTTAACTGGCCTGCAGCCACCTTGGTAAACGTTCCTAAACAAGGGAACGTTGCGGGCCAGAACATCACCTTGGCACCGGCCGGAATCGTGACCGGGAAAGTGACTGTACCGGCGGGAGTGGACGTGACCAAAGTGTCTGTCTATCTCAGCAACGCCGCTAAGCCCGCAGACCCGGGCGGATACACCAATCCAAAGGCAAACGGGGAGTTCAGCGTAGGAGGGCTGGTACCGGCCTCCTACAGGGTGACGTTCGGTTGGAGCGGCGACGACTCGCCAGTGCTGTACACCTACTACGGACCCGCTGGTGCCACTCAGGACACAACCACTTTGGTCAATGTTCCGCCGGTTCAACCCGTGACGGGAATCAACCAAACGCTCCTTGCCGCAGCGAAAATCAAAGGTAAAGTCACTGTCCCCGCTGGCTTTTCCGCAGCCAACATCCTCGTCATGGCCAAAGCTCCTGACGGTCTGGGATGGATGGGCAGCGCTCAAACCGATGGAACAGGCGCTTTCAGCATCGGGGGACTTCCAGCTGGCTCCTACAAACTTGAGTACTCTGCGAGTAATCAGAACCTCCTCCATCAGTGGCATGGCCAAAAGTTGGACGCGTCAGCTTCAACGGCAGTCACCGTTGCCGCCGGCGGAGTCCTAACCGTTGCCAATGAGAGCCTCCTTCCCGGCGCAATCGTTTCGGGTTCACTGACACTGCCTGCCAGTTTGGCTGGCCAGAATTCATCAGTGTCTCTGGTGGGCCCTAACGGTTTCAGCCGCTATCTCAACGTCGACGGCAACAACAGCTTCTCCTTCGACAAGCTGCCTGCGGGCACCTACTCCATCGAGTTCAACCGTTCGAGCGGCGTCAGCACTAACTCCGAAGCGTCCTTCTACAAGGACAAGGCCGAGTCATTGGGCGCCGCTTCGGCAACTCAGGTCACTGTGACTACAGGTGAAGCCAAGACCGGGCTGACGAGCACCGCGAAGGCGGGTGGCACGCTCACGGGCAAGATTGTGGGCACAGATGGTCAGCCGTTGAACAATGTTCCTGTCCGCGTCTACACCAAGGATGGTTCGCTGGTCACCCGCGGTGCCAACACCATTGCCGATGGCACGTTCAAGGTGACAGGGCTCAGCACTGGAAGCTACCTCGTCTCGGCCAACATGATCCCCACCCGGCCTTCGGGTTCCCTCGGGACCATCTTCTCCGGCAACGTGAAGACCGAAGGGGCTGCCTCGACCGTAGCCACCACAGTGGGTACCAACAGCGACATCGGTACGCTCAGCTTCGCCACCGCGGGCAATGGCGGAACAGGATTCGCTGACGTGCCCGCAGGTGGGCAATTCAGCACGGAAATCACCTGGATGGCCACAGCCGGCATCAGCACCGGCTGGACGGAAGCGGATGGCTCCAAGACGTTCCGACCGCTCTCCCCCGTCAATCGTGACGCGATGGCAGCCTTCATGTACCGGCTGGCTGGCAAGCCTGCTTTCACTCCGCCTGCTGCATCGCCTTTCGCGGATGTACCCACCAGCAGCCAGTTCTACAAGGAAATCACCTGGCTCGCTGACAAGGGTGTTTCCACCGGTTGGACCGAAGCGGATGGAAGCAAGACCTACCGTCCCGTTCAGGCGGTAAACCGTGACGCGATGGCGGCGTTCATGTACCGGTTGGCAGGGAAACCGGCATTCACTCCCCCAGCCACTTCGCCATTCACCGATGTCCCCACCAGCAGCCAGTTCTACAAGGAGATCACTTGGCTGGCAGCCCAGGGCATCAGCACCGGCTGGACAGAAGGAGACGGCAGTAAGGCGTTCCGTCCGGTGAACGCCGTCAACCGCGATGCGATGGCTGCGTTCATGTACCGCTACAACGCGAAGTTCAACGCAGGCTAG MGALLKQSKLSRQLLVPVAGLSLLAASFSGAPAAVAAGTASISGSVQMQAGLSASMIYVDAYKDDQYIDGSSIWSDSGNYTIDGLEPGSYKLKFYAYGPNGGAPVNVQEWYNDKELASAAQTISLTAGQAQTNVSAVLNTGATLSGKATVPAGVDATKITVEAARDGEFSSYRASLNADGTYSLTNMIAGQYRLYFAWGSGFGQESPPSPIISSYLGGVNWPAATLVNVPKQGNVAGQNITLAPAGIVTGKVTVPAGVDVTKVSVYLSNAAKPADPGGYTNPKANGEFSVGGLVPASYRVTFGWSGDDSPVLYTYYGPAGATQDTTTLVNVPPVQPVTGINQTLLAAAKIKGKVTVPAGFSAANILVMAKAPDGLGWMGSAQTDGTGAFSIGGLPAGSYKLEYSASNQNLLHQWHGQKLDASASTAVTVAAGGVLTVANESLLPGAIVSGSLTLPASLAGQNSSVSLVGPNGFSRYLNVDGNNSFSFDKLPAGTYSIEFNRSSGVSTNSEASFYKDKAESLGAASATQVTVTTGEAKTGLTSTAKAGGTLTGKIVGTDGQPLNNVPVRVYTKDGSLVTRGANTIADGTFKVTGLSTGSYLVSANMIPTRPSGSLGTIFSGNVKTEGAASTVATTVGTNSDIGTLSFATAGNGGTGFADVPAGGQFSTEITWMATAGISTGWTEADGSKTFRPLSPVNRDAMAAFMYRLAGKPAFTPPAASPFADVPTSSQFYKEITWLADKGVSTGWTEADGSKTYRPVQAVNRDAMAAFMYRLAGKPAFTPPATSPFTDVPTSSQFYKEITWLAAQGISTGWTEGDGSKAFRPVNAVNRDAMAAFMYRYNAKFNAG NA NA NA NA NA D3-18_01147 1863 hypothetical protein GTGCAATCATTACGCCGCATTTGGGAGCCGACTTTCGGTAACCGAATGGCGCTTCCCAGTGTGACCTTGTTGGTCGCAACACCTTTGATCATGCTGCCGGGCGGCCTCCACAGGTTTGTTCTCCCAAAACTTGCCATTCTGTTACTCGCGTTGTGCCTGGGTCTTCTTGCCCCGGCAACGTCAAGACTTGGGCGTCCTACGGTGCTGATTTTGGCAGCCATAGTGGGGACATATGTCATTGCAGCACTGAGTTCCGGCGATGTGTCAGCTGCCTTTGTTGGACGCTGGCCGCGGTACGAAGGCCTACCTGTCCTACTCCTATACGTGGGCTTGTTGGTGGTCGGAGTGCGTTTACTGGGCGGCTCGTCCGGCGCAAAGAGCCGACGGTTTGCGATCCATGGCCTGTCCCTCTGCATGCTCATTCTCGCGCCCATCGCAGTGGCCGAGGCAGCCGGTCTTCGGCCACTTGGTGGCGCTGAGGATATACGCCCCGGAGCGACGTTGGGTAATGCAACAGATCTAGGCTTGGCGGGCCTGGTCGCTTGCTTGCTGCTTCTGCCCCCGGCGCTCTGGACAAAGAACAGATTGGCACAAATAGGAGCGGCAGCGGCAGGGGTAGTCACCATCACGTCCGGTTCCCGCGCCTGCATCCTCGTTGTGGTTATTTGCGGAATTGTGCTCTTCGGATTCAAAGCATTCCAACTGTTCAAATCGGGAAAGCCCGTCCACGCGATCGCTGCCCTCGCAGGATTCATAGGTGTTGCTGCAGTTTTGTCATGGTCCATCCCTTCCGTTGCGGAACGCTTGTTCAGCATGGGAACAGTTACGGGCCGCGTATACCTCTGGGAGGCGTCCCTCCAGGCTCTGTCCGGCAACGCGATTCTGGGACTTGGGGCAGGGCAATTCGTGGACGTATTGCCTTCTCACCTATCCGACGCATTCGCCAAGAACGTGGGAACTGAGTTCCCGGCGGACAGCCCACACATGATCCTTCTGCAGCTGGTCAGCGCAGGTGGATTGTTCTTCCTGCTGTCCGTAGCCGCAGCTGTGTGCATGGTCATCGTGATCGGATTCAGGCGCGTCCGGGCCACACCGTTAAATGAGCACAAACTGTTCCTGATTGGTGCCCTGGCGGCAATTTGCGGCTACGGATTCGCACTCATGACTCACTTCACGTCACCGGGAACCACCGCGTTGGTTTGTGTCCTCGCTGGTGCCATTTTTGGCAATGCTCCCGTGAGGGAAAAAGCCAGTCCTCGCGATAGGGCTTCTAACATAGCTCGTCTATCAGCTGTTGGGCTGGCGCTGGTGGCCGCTATCGTCGCCGGTTTCGCCGCAAGCGCAGAGATACCCATGAAGTCAGGTACTGACTTGGCCGCCGCAGGCGATGTTCCGAAGGCGACTAAGGAGTTCGAACAGGCAAAGACCCTGAGGCCCTGGGACCAGGACATCGACCTTCTTGCCGCACAAGCGTTCGCTGTCCGTGCCGTCAAGGGCGATACAACAGCGGCAGTGGCCGCTACCACCTGGGCGAGGGCCGCCGTCGAACGCAACCCGTCCTCCATGGAGGCACTTACTGCACTGGCCATCGGACAACTGGGGACAGGTGACGTTCCAGCCGCCCAGAAGACGCTGGACACACAGATCGAGCGCTCGCCGTGGACATCGGAGCCCCACCTTCTACGGGGGCTCGCCAAAGCCAGCGGCCAGGATTTGGAGGGTGCCATTGCAGACATCGAACGTGCTGCGGCCCTGACCCCCAAACCGGAGAGAGCGTTGAACATTCTCTCGGAGCTATACGTTGTGTCCGGTCAGCCCGACAAAGCCGCTGACGTGGAGGAACGGCTGGCCCAAGCCCGTTAG MQSLRRIWEPTFGNRMALPSVTLLVATPLIMLPGGLHRFVLPKLAILLLALCLGLLAPATSRLGRPTVLILAAIVGTYVIAALSSGDVSAAFVGRWPRYEGLPVLLLYVGLLVVGVRLLGGSSGAKSRRFAIHGLSLCMLILAPIAVAEAAGLRPLGGAEDIRPGATLGNATDLGLAGLVACLLLLPPALWTKNRLAQIGAAAAGVVTITSGSRACILVVVICGIVLFGFKAFQLFKSGKPVHAIAALAGFIGVAAVLSWSIPSVAERLFSMGTVTGRVYLWEASLQALSGNAILGLGAGQFVDVLPSHLSDAFAKNVGTEFPADSPHMILLQLVSAGGLFFLLSVAAAVCMVIVIGFRRVRATPLNEHKLFLIGALAAICGYGFALMTHFTSPGTTALVCVLAGAIFGNAPVREKASPRDRASNIARLSAVGLALVAAIVAGFAASAEIPMKSGTDLAAAGDVPKATKEFEQAKTLRPWDQDIDLLAAQAFAVRAVKGDTTAAVAATTWARAAVERNPSSMEALTALAIGQLGTGDVPAAQKTLDTQIERSPWTSEPHLLRGLAKASGQDLEGAIADIERAAALTPKPERALNILSELYVVSGQPDKAADVEERLAQAR NA NA NA NA NA D3-18_01148 2970 hypothetical protein ATGATGGCCGGAATGATTCCGGCCAACGCAGCTCCGGTAACTCCCGTAGAGCCAGTGGTTGTCTCGGAAACCGCGACACAAACCCAGCCCACCGTCGTTACGGCCCAGGATAGTGGCCCGTCGTTCCCGGCTCCGACCACGTCTCCTTTTGCCGACGTCTCCACGTCCCAGCAGTTCTACGCCGAAATGGCGTGGTTGGCTGGCGCGGGCGTCAGTACTGGATGGTCCGAGGCCAATGGGTCGAAGACCTACAGGGCCTTGCAGGCGGTCAACAGAGACGCGATGGCGGCCTTCATGTATAGGCTCTCCGGCAGTCCAGGATTCGTTCCTCCGGCTGAGTCACCTTTCGCTGATGTGTCCACGTCCCAGCAGTTCTACAAAGAGATGGCGTGGCTGGCGTCCAAAGGCATCAGCACCGGCTGGACCGAAGCAGACGGTTTCACCAAAACCTACAGGGAACTACAGCCTGTAAATCGAGACGCCATGGCTGCGTTCTTGTACCGTCTGGCGGGCAGCCCCGATTACGTCGCGCCGGCAGTCTCGCCGTTCGCCGACGTCGCCACCTCCCAGCAGTTCTACAAGGAAATGGCATGGCTTGCCTCTACAGGCATCAGCACCGGTTGGACCGAAGCCAATGGCTCGAAGACGTACCGGGCGCTGCAGGCCGTAAACCGTGATGCCATGGCAGCGTTCATGTACCGCTTTCACCTGAACACAAGCCCGCTGACCATTGCGAGCGACCACTTGATGGATGGCATCGCCGGAGTCAGATACCTCGAACAGCTCACGGGGGCCGGCGGATTCGGCTCCTTGGTGTGGAATGCCACCGGCCTTCCCCAAGGTGTCACTCTTTCACCATCCGGTGTGCTGTCCGGTTCTCCAGCGGCCACAGGCGACTATCCGGTCATCGTCACAGCCACTGATGATTCCGGAATGACGCTATCGCGGACCCTGAGCCTGAACGTACCGGAAGCCGCACCCGAGGAATGCGTGGGCAAGCCCTGCGAGATCCTGGTGCCCCAGGAAAACACGGTTCACATCCCGGGGGACAACATCGTCGCCATCAACAGGGATCCTGAATCGAACGACATCACCTCCGTGGAGCTTACGGCCATCGATGTGGCCGTGGGCCAGGTACTGACACTCGACCCTTGGGCCAATCTCGAATCCGGTGCAATCCTCAACGTCAACGACGTCCAGATGACGGCTGAAGGGACGCTCCTGGTGTCGGTCTCCGCGACCAACCTTTCCGCGGCCTACTCCGAGGGCACCGTTCACTTCACGGATGAAGCAGCAGTAGCCACTTCCCTCGGAGAATCTGAAGCGCTCTCCACGCCCTTCGCTGCAAAGGAACCAGTCCCGGCACCGAAGAAAATTCAGTGTGAGGGTGGAGCGACCGCGGACCTCAAGGGCCTCTCTGTCACGCCGGATATGAAACCTTCGCTCTATGCCGATTGGAAGCCCTTCTTTGGGGGTCTTCACCAACTGCAGGCAAACATCGAAGGCTCCATCACAGTGAACCTGGGAGCGGCTGTTTCCGGGGAAGGTGTCTGTACAGTGGCGGGTCCCGAGGTCAAGGTGACCGTCCCCTCAGGCGCCGGTGCCATCGTCATGGTGGCCCAGCCGTCCCTGACGTTTGAAGTCAACGGCAAGCTGGACCTCAGCACTTCCGTGACCCTCAAATGCGGTTCGTCTTACCAGTGGCGGGACGGTCAGGAAAGCCGCGCCGCTACGTGTGGCACTGAGCACGAGCCGCTGGGCCTTTCCAGCGATTCGGGCATCGAAGCGACCCTCACGGGCGCAATCGATACACGCGTCACTTGGGTGGAGATCGTCGGAATTACCGGCCAGATTAATGCGTCCGTATCTGCCGCTTACCACCCAACCGAAGACCCCATGGCAGAGCTCAAGGGCCGGGTTGGATTTGAACTTGGTGCCTGCCTTATCTGCTTCTTCGACGGCGGTCCCAACGTGACCATCTACTCCGGCACGATCTACGAAAAGACCATCGCCTCCTGGTCCACGAAGCCCCCGGCACCGGGCGCTCCCGACGCAGAGGTGCCCCCGACGGTTGCACCACTGAAGGTGCTGTCTACTTCACTTCCCAGCGCGACTGTTGGGAAGGCATACAAGATAGGCCTCGCTGCCAAGGGCGGGACTCTGCCTTACACCTGGACGATTTCTCAAGGGACGCTTCCTTCGGGGCTCGCTCTGAATTCCGGAACCGGCATAGTTTCGGGTGTCCCCACTGCGGTGGCAACTGCCGAGATCACCGTTACAGCCACGGACAAGCAGGGCGTTGTTGCATCAGCTCCGTTGACCTTGGTTGTGAACCCCACCCCGCCACGCGGGGACAAGGTCCTCGTATACGCCGATGGTGACGAAGGGTTTGGCATAGCGAACGTCGCCAAAACTCTCCGCGACGCCGGTGCAGAGGTTGTGGAAGCGACCTCCCTCCCTGCTGACCTGAGCGGCTACAAGTCAATTTGGAACCCGTCACGCTACGGATGGAGCGATGCGGACGAGCGCCGTGTTGCCGGCTACGTAGCTGATGGTGGAGCGGCCTACCTCACTGGGGAGCGTCCATGTTGCGAGGCTCTGAATGCCAGCGTTCAGAATGTCCTCCGCCAGGTACTCACCGACCAGAACGTTGTGGTGGGCCAGATGGGCGATGTGCAGGGAACCTTCTCGTTCAATCCTGCCGCCAGCAACGAAATCACGAAAGTGCCCAACGTGCTCACCACTTTTGACCCCGATGCACCCGGAGCCATCAGCGGAATGGATGGTGTGGACGCCCGGAACGTCTTCGCTCGAAGTGAAAGTGTGGCCATCGGAGGCGTCTGGGCTGAAGGGGATATGAAGACCGGACGAGGACGCGTTGTTGTTCTGATGGACATCAATTACCTCGAGTACGACGCTAGAACGCCGATCATTCAAAACATCCAGCACTTCCTGTCCAAGACTCCCTGA MMAGMIPANAAPVTPVEPVVVSETATQTQPTVVTAQDSGPSFPAPTTSPFADVSTSQQFYAEMAWLAGAGVSTGWSEANGSKTYRALQAVNRDAMAAFMYRLSGSPGFVPPAESPFADVSTSQQFYKEMAWLASKGISTGWTEADGFTKTYRELQPVNRDAMAAFLYRLAGSPDYVAPAVSPFADVATSQQFYKEMAWLASTGISTGWTEANGSKTYRALQAVNRDAMAAFMYRFHLNTSPLTIASDHLMDGIAGVRYLEQLTGAGGFGSLVWNATGLPQGVTLSPSGVLSGSPAATGDYPVIVTATDDSGMTLSRTLSLNVPEAAPEECVGKPCEILVPQENTVHIPGDNIVAINRDPESNDITSVELTAIDVAVGQVLTLDPWANLESGAILNVNDVQMTAEGTLLVSVSATNLSAAYSEGTVHFTDEAAVATSLGESEALSTPFAAKEPVPAPKKIQCEGGATADLKGLSVTPDMKPSLYADWKPFFGGLHQLQANIEGSITVNLGAAVSGEGVCTVAGPEVKVTVPSGAGAIVMVAQPSLTFEVNGKLDLSTSVTLKCGSSYQWRDGQESRAATCGTEHEPLGLSSDSGIEATLTGAIDTRVTWVEIVGITGQINASVSAAYHPTEDPMAELKGRVGFELGACLICFFDGGPNVTIYSGTIYEKTIASWSTKPPAPGAPDAEVPPTVAPLKVLSTSLPSATVGKAYKIGLAAKGGTLPYTWTISQGTLPSGLALNSGTGIVSGVPTAVATAEITVTATDKQGVVASAPLTLVVNPTPPRGDKVLVYADGDEGFGIANVAKTLRDAGAEVVEATSLPADLSGYKSIWNPSRYGWSDADERRVAGYVADGGAAYLTGERPCCEALNASVQNVLRQVLTDQNVVVGQMGDVQGTFSFNPAASNEITKVPNVLTTFDPDAPGAISGMDGVDARNVFARSESVAIGGVWAEGDMKTGRGRVVVLMDINYLEYDARTPIIQNIQHFLSKTP NA NA NA NA NA D3-18_01149 3159 hypothetical protein GTGTTTCGTCGTGGTGTGGCGTGGTTGGTTGCTGTGGTGTTGTTTGTGGTGGCGCCGGGGTTGTTGGTGTTGCCGGCGGCGGTGGCTGCGGATCCGGTGGTGGAGAACGTGGTGACGTTCTCTGACGTCCTAACGGAGTCGCAGTTCGCGACGGAGATTTCGTGGTTGGCGGCGTCTGGTATTTCCACGGGCTGGGATGCCGGCGGGGTGCGGCAGTATCGTCCGTTGGAGTCCATTGCCCGGGACGCGATGGCGGCCTTCCTGTACCGTCATGCCGGGTCACCGTCGTTCAACGCTCCTGCGGTGTCTCCGTTCACGGATGTCCCGGCCGGGGCTGCGTTTTATAAGGAGATCACCTGGCTGGCTTCGGAGGGCATTTCCACGGGCTGGGATGTCGGGCCCGGGAAGCGGGAGTACCGTCCGTTGTCCCCGATCGCCCGTGATGCGATGGCCGCGTTCCTCTACCGGTATGCGGACAAGCCGGCGTTCACGGCCCCGGCGGTGTCTCCCTTCGTGGATGTTCCGGCTGGTGGCGGGTTCTATGCGGAGATCACCTGGCTGTCAGCGTCGGGCATTTCCACCGGCTGGGATGTCGGTAACGGGGTCCGTGAGTACCGGCCGTTGAACGGGATCGCCCGTGATGCGATGGCTGCGTTCCTTTACCGGTACGCGGGCCAGAAAGCACCCGCTGACCCGGAGAACCCTGCGGCCGGGACGGTCACGGTGGCCCCCGACGTCGAGGTCCTTGAACCATCCCAACTCGAAACCGCGCTGGTGAGTGCGGACACGGTGGTGCTTCCTTCGGATCAGGCGCTGGAGATCAAACCCAATGACGTGCTGGTCTCCGGTGTCACCACCGGAACCCCGGACGGGTTGCTGGTCCGGGCGGTCCAGGTAGTCCGCGACCCGGGCGGAAACACCCTGGTCAAAACCAAACCCGCCACCCTCCCCGAAGCCGTGGTCTCCACCGGCGGGCTGCTCGAAGTGAGCGGCACCCCGGTGAGGTCAGAGTTCATCCCCGAACCCGACGTCGTGGTTGAACCCGATGCGGCACCGACCGCAACAAGGCCGGACATGGCCCAACCATTCGCGGAAGCCTCAGCGGATATCTATTCAAGGTCATTCGCGTGGAAGAAGACGTTTAAATCCGAGTCGAAGTGGCCCAACTTGACCGGCACCGGATCCATGACAGTTGAGTCGGCCATCAAGGCATCAGCGAAAGCCAAGATGACGCTCGAGACAGGGTTTTTGAGTCTGAAGGAAGCCTCGGTGGTGGTGACGCCGTCCACGAGCGCGTCCCACTCGATCAAGGTCGGAGGCACACTGAAGGGCGAAATCAGTGCCCCGCTCGGCGAGTTGAACTCGGTATTCACGTTCATGGCTGGGCCCGTACCGGTGGTGGTGAGCACGGAACTGGGAGTTGCCGCCAACCTCACTGTTGAAGGGGAAGCTCAGATCGCCTTCAGTTCTTCCCAGACCGTCTCAAATGACCATGGTTTCAAGTACCGTGATGGTTCCTTCAATCTGATCAACACCAAACCAAGCTCAAATGGAGTAGAAAACACCGTCAAAGCCTCAGCCTCGCTTACCGCGAAAGCCTCTTTGGACTTTGATGCCAAGGTCAAGCTCTACGGCATCGTCGGCATCACTTTTGGTGCAGGCCCATTTGTCTCCGCTGCGATAGAAGTGACAAACTCCGGAGAAGGTTTCCAGTGGTCCTGCCCGATAGAGCTGGGCTTTGCTGCAAGGCTCGGCATTGCGGCGGGCATCAACATCATGGGCATCAACTTGGGTGAATGGACCGACACCACCACGACGGGCTGGACACTCCACGTGGCCAACCCTTGTGAGGGCAAACCCGTGGTGGCCCCGGAACCCGACCCGGAGCCCACGCCCACCCCGACGCCAACACCCACGCCAACCTCAACCTCGACCCCGGGGACGATCGATCTGGTGCACCTGACTCCAGCGGGAACGCCTGGTTCTGGTATGCCGTTCGCTCCGGTCGTTTCAGCAGACGGTCGATACGTAGCCTTCGTCTCCGCTTCTGCTGATCTGGTACCCGGAATGGATAGTAATGACCAGGAGGATTTGTTTGTTCGTGACATGGTGACAGGGGCAGTGCGGCTTGTTTCAGCCACGCCCGCAGGAAATGCAGCCAACGCATGGTCCCATGAACCCTCAATTTCCGGCGACGGACGATACGTGGCCTTCACTTCCAGTGCGTCCAACCTGGTAGCCGGAGACACCAACGGCGTCGACGATGTATTCATTCGTGATCTAGAAGCTGGCATTACAAGGCTGGTATCTGTGACGCCCAATGGAGCAACAGGGAGCGGGCGGTCTTACCAGGCTTCTGTATCCGCTGACGGTCGCTTTGTTGCATTTACTTCGAATGTTGGATCTTTAGTGAGCGGAGACGCCAACAACTCAGTGGACGTTTTCGCCCGCGACATGAACCTTGGCTCCACCGTTCTGGTTTCTGCCACCTCTGCAGGTACGGTCGGAAATGGCAGCTCGTCGGGTGCAAACATTTCGGCTGACGGGCGTCACGTAGCCTTTAGCTCGACCGTTTCCGGCATCACCCCACACGCAACAAACAAGATTGGCAACTTGTTTGTGCGCAATCTGGCCACGCAGACCACGCAACTCGTCTCCGTCTCCACTGACGGCGTCCCAGGGGACAACCTCTCACACAGCCCTTCGTTGTCCGCGGACGGTCGATTCATTGCGTTCGGTTCCTACGCGTCCAATCTGGTCCCGGGAAAGTCTGGAGGTGCGAATGGTGTGTTGTTGCGGGACATGACGACTGGCACTACCAGCCTTGTTTCAGTTCCCCCATCAGGGAGTCAGGGAAATGAGTGGTCGCATAGTCCATCGATCTCGTGGGATGGTCGCTTTGTCTCATTCATCTCGATCGGGACCGACATGGTCACCGGCGAGGTGCGCGAGGCTGAAGATGTTTATGTCCGCGACATAAATGCGGGGATCACGAAATTGGTGAGCGTCACGCCGTCCGGTGCTTCCCTCGACGAGTGGCACATCATGCAATCGATCTCAGCCAACGGGCGATTTGTGGTGTTTTCGGTGTTTGGGCAGGAACTTTTATCTCCCGGTCAGCCGATCGGCGTGGGCGTGTTCCGGTCGATGATCGGTTGA MFRRGVAWLVAVVLFVVAPGLLVLPAAVAADPVVENVVTFSDVLTESQFATEISWLAASGISTGWDAGGVRQYRPLESIARDAMAAFLYRHAGSPSFNAPAVSPFTDVPAGAAFYKEITWLASEGISTGWDVGPGKREYRPLSPIARDAMAAFLYRYADKPAFTAPAVSPFVDVPAGGGFYAEITWLSASGISTGWDVGNGVREYRPLNGIARDAMAAFLYRYAGQKAPADPENPAAGTVTVAPDVEVLEPSQLETALVSADTVVLPSDQALEIKPNDVLVSGVTTGTPDGLLVRAVQVVRDPGGNTLVKTKPATLPEAVVSTGGLLEVSGTPVRSEFIPEPDVVVEPDAAPTATRPDMAQPFAEASADIYSRSFAWKKTFKSESKWPNLTGTGSMTVESAIKASAKAKMTLETGFLSLKEASVVVTPSTSASHSIKVGGTLKGEISAPLGELNSVFTFMAGPVPVVVSTELGVAANLTVEGEAQIAFSSSQTVSNDHGFKYRDGSFNLINTKPSSNGVENTVKASASLTAKASLDFDAKVKLYGIVGITFGAGPFVSAAIEVTNSGEGFQWSCPIELGFAARLGIAAGINIMGINLGEWTDTTTTGWTLHVANPCEGKPVVAPEPDPEPTPTPTPTPTPTSTSTPGTIDLVHLTPAGTPGSGMPFAPVVSADGRYVAFVSASADLVPGMDSNDQEDLFVRDMVTGAVRLVSATPAGNAANAWSHEPSISGDGRYVAFTSSASNLVAGDTNGVDDVFIRDLEAGITRLVSVTPNGATGSGRSYQASVSADGRFVAFTSNVGSLVSGDANNSVDVFARDMNLGSTVLVSATSAGTVGNGSSSGANISADGRHVAFSSTVSGITPHATNKIGNLFVRNLATQTTQLVSVSTDGVPGDNLSHSPSLSADGRFIAFGSYASNLVPGKSGGANGVLLRDMTTGTTSLVSVPPSGSQGNEWSHSPSISWDGRFVSFISIGTDMVTGEVREAEDVYVRDINAGITKLVSVTPSGASLDEWHIMQSISANGRFVVFSVFGQELLSPGQPIGVGVFRSMIG NA NA NA NA NA D3-18_01150 1557 hypothetical protein GTGCGAGTTGTAGTTCTGGGAGATATTGGTCAGCCCGTTTATCACGTGGGTGACGAAGCCATGACCCATGCCGTGGTGGACGAACTACGCGCCAGGGGAGTTTCTGACATTGTCCTGCTGTCCCGGGATCCGGAGCAGAGCACTCGAATTTTCGGGACTTCCTCGGTCAAGACACTGGAATTCCCGTGGCCTCCGCACCGGCGGGAGACGTACCTCCGTGAAATCCGTGCCATCCTCGCGGGCGACATGTCTGCCCTCCCCGCTGATGATCAGGTTCACGCGCTCATCGAGACCATGAAGACCTGCGACGGCGTGGTGATCGCCGGCGGTGGGAACATGACTTCCCCCTACGGTTGGCTGCTCTACGAGCGGGCAGCCGTGGGAGCCATTGCCAACGCCTTGGCTAAGCCGCTCGTCATTTCCGGACAGACCGTAGGGCCTGTCCTCACGGGGCCCGACTACGACACAGTGGTCGAGCTTTTCCGTTCAGCGACGCTCACCAGCGTCCGCGAGCAAACCTCGTGGGAACTGATGCGGAACGCGGACGTGCCCGCAGGCTTGACGCTCGACGACGCGAGCTTCTTTGAGGTGGACCACGCCCTTCCCGCCGCCCTCGAATTGGATCAGGTCACCTACAAGCCCCAACCGGGCCGACCATTCCTGGTAGCCACGTTCGCGCCCGGTACTGGCGCAATGGATAGGGACGCTTTCAACCAGCGCATCGCTGAGGTGCTGGACAGAATCGCCGACGCCGGGAACCTGGACGTTGTGATGATTCCGCACATGTCCCAACCGGGCGAGGCGGACATCGACATCGAAACCCACCAGGACATCCGGCAGAGGATGCGCACGGAGAACGTGGTGGTCTGCGGCCAGCTGTCCGCTGAGGAATCCGCGTCGCTGACAATGCAGGCCGCGTTTGTGGTGGCGAGCCGGTACCACCCGATTGTCTTCGCACTGTCAGCGGGCGTTCCTTGCCTGGGCATCGCGGTGGATTACTACGGCGAGGTCCGCATTGGCGGCGCACTGGCCAACTGGGGCCTCGGCCACACCATGCGTTCCCTGCGGCACCTGGCCACTCCGGAATTCGATACGTACGTAGATCAGTTGTGGGGCCGCCGCGACGACATCAGTGCCTACCTTAACCAACTCAGCCCGACGCAAGGTGACTTCCAGCGCGCCTGGTGGGACGCCGTCGTCGAAACCCTGAAGGGGGCCCGGCCAGAGGCGCCGGTCCTTGTCAGCCCGGAACCGACGTTCCTGGAACTCGCGTCCGGTGAGCATCCGTCCGTGGCCAAGCTGACGGCCAACAATGAACTGCACATCGGCCACCAGTCGGTTGAGCTCTTCGGCCTGACCCACGTCTTGGAAGACACCCGTGGAAGCCTCGGCGCAGTGGAAATGGAGCGGGACCAGCTGCGGGGCGAACTGAATGAACGCACGGAAGCGCTCGCGGCAAGGGAGTCCGAACGCGAGCAACTCCGGAGTGAGCTTCAGTCGCTGAAGTCCTCCTTGGTGGTACGTGCTGGCCGAAAGCTCAGGCTGCTCCGGCGATAA MRVVVLGDIGQPVYHVGDEAMTHAVVDELRARGVSDIVLLSRDPEQSTRIFGTSSVKTLEFPWPPHRRETYLREIRAILAGDMSALPADDQVHALIETMKTCDGVVIAGGGNMTSPYGWLLYERAAVGAIANALAKPLVISGQTVGPVLTGPDYDTVVELFRSATLTSVREQTSWELMRNADVPAGLTLDDASFFEVDHALPAALELDQVTYKPQPGRPFLVATFAPGTGAMDRDAFNQRIAEVLDRIADAGNLDVVMIPHMSQPGEADIDIETHQDIRQRMRTENVVVCGQLSAEESASLTMQAAFVVASRYHPIVFALSAGVPCLGIAVDYYGEVRIGGALANWGLGHTMRSLRHLATPEFDTYVDQLWGRRDDISAYLNQLSPTQGDFQRAWWDAVVETLKGARPEAPVLVSPEPTFLELASGEHPSVAKLTANNELHIGHQSVELFGLTHVLEDTRGSLGAVEMERDQLRGELNERTEALAARESEREQLRSELQSLKSSLVVRAGRKLRLLRR PGPT0023350_7 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-COLANIC_ACID_METABOLISM CE-EPS-COLANIC_ACID_BIOSYNTHESIS,PGPT0023350-wcaK-K16710 NA NA D3-18_01151 660 hypothetical protein ATGAGCGGCATTGACGATCTCAATTCGGCGTCGAACGATCGCTGGGCTAAGGCACGCCGGCGAGCACAAGGTCTGGCGGACCACGGCGTTGGCGATGCCCTGAAGGTGTACTACACGCGCTACTTTCCTGCAGGCTTCATTCTTCTGACGGCAGTGGGGACGGTAGTCGCACGCTGGGCATTCGGTGATTCAGTCCGAAGCTGGGTCCAGTACGTCCTGTTCGGCAGCTTGCTGGCCTGCCTGGGTGCCTTCATTGGGGCTTTCGTTTACAACGCGAAGAGAATTTCCCCACGGATTGAGTCCGGGACCTTGGGCGTTCTGATTTCGTTGGAAAGCAGTGAACAGAAGTATATTCGGCGTCAGATCTCCGGCAGGGTTCCCCTGAATGACGAGCACCTCGTTGTGGCACGTGGCGCGGCGGTCCAACTGCGCAAGAACCTGGCTTTCCAAGTTTTGCTGTTACCGGTAAACACGCTGATCCTTTTGCCGCAGTGCATCAACTTCTCATTAGGGGAAGACACGGTGTTGGCGTTGATATTCGCGATTGCTGTGATCATTGGCGCAGTAGGGGCGGCTTTCACGATTCGCGAGTTCGTTCAGACGGGACGTTTTCTGGAATCCACGGCAGCAAAGATGCAGGACAATACGGACTCGGATTAA MSGIDDLNSASNDRWAKARRRAQGLADHGVGDALKVYYTRYFPAGFILLTAVGTVVARWAFGDSVRSWVQYVLFGSLLACLGAFIGAFVYNAKRISPRIESGTLGVLISLESSEQKYIRRQISGRVPLNDEHLVVARGAAVQLRKNLAFQVLLLPVNTLILLPQCINFSLGEDTVLALIFAIAVIIGAVGAAFTIREFVQTGRFLESTAAKMQDNTDSD NA NA NA NA NA D3-18_01152 891 hypothetical protein GTGGATACGGAGCACGAATTGTCAGCTTGGCTAGAACTCGGACCGGACAACTACGTCTTGGAAACCGAGGGATCGTTACTCAACACCGGACTTGTGGTGGGCTCTGAGCTCGCCATGGTCATCGACACAGGCTGCGGTCCGCGCCAAGGCCGCGAGATCCTCGCGGCAGTCCGCGAAAAGACCCAGCTTCCGCTGGTCGTGGTGAACACCCACGCGCACTACGACCACTTCTTCGGCAACGCAGTATTTGCCGACGACGGCGTCACGGAGTTTTGGGCGCACGCCAACTGTGCGGCGACTATCGAACGCGACGCCGACAACCAGCGACGCTTCGTGGCCACCAACGAACCTGAGATGGCAGCGGGGGAGGGCGACGCCGTCGACATCGTTGTCCCCAACGCCTTGGTCCACGACCAGCCGGTCCTCGTTGACCTTGGCGGCATCACCGCCACCCTTTTCTACCTGGGCCGCGCGCACACCGACGGCGACCTCCTCGTTGGCACCAGCTCCACGCTGTACGTGGGGGACTTGGTTGAACAAGGTGCGCACCCGTCGTTCGAGGACTCCTATCCGGAGGAGTGGGCCGACGCGCTGCGGCACATCTCGGCCCTGCGCCACCGCTACGAGTTCCTGGTCCCGGGCCACGGCAAGCCCGTCAGTGATGAGTTCGTGAAGACCATGGCGGACACCATGAGCACCGCGGTCCGGCAGGCAACGCAGTCCATTCGCGACATGCCTTCCGACGCCACCAAGGCAATTCCCGTGCTGCCTTATGGACCGGAACAATCCCGTTGGTTTATCAAACGGCTTCAGGAAACCAATGCCCAGGGACGTTCATCATTGGGTACTCCGGACTTTGGACCCGGTAAAACGGGTTCCTACCCTTCTTAA MDTEHELSAWLELGPDNYVLETEGSLLNTGLVVGSELAMVIDTGCGPRQGREILAAVREKTQLPLVVVNTHAHYDHFFGNAVFADDGVTEFWAHANCAATIERDADNQRRFVATNEPEMAAGEGDAVDIVVPNALVHDQPVLVDLGGITATLFYLGRAHTDGDLLVGTSSTLYVGDLVEQGAHPSFEDSYPEEWADALRHISALRHRYEFLVPGHGKPVSDEFVKTMADTMSTAVRQATQSIRDMPSDATKAIPVLPYGPEQSRWFIKRLQETNAQGRSSLGTPDFGPGKTGSYPS NA NA NA NA NA D3-18_01153 1047 hypothetical protein ATGGTCGCGGGCGCCGGTACCGCAATCTGGATGGCCCTCTCCGCTTCGGCCGCGAGTGCTGACGCCGGAACTTCCGACAAAACCCTTTTGGGCAGTGTCGCGACCTCCAGCTCCGTCAACATCCCGGTGCCGAACGTACCCCTGCCGAACCTGGTCAAAGGATTAGTTCCAACCCAACAGATCAACGTTCATGTGCCGGCGGTGACACCCTTGGTGGAACATGTTGGTGGCACTGTTGATCACGTGGTTGCCGAGGCTCCGGTAGTCAACCAAGTGGTTCCTCCGAACACTGCCGGAACTGTGGTGAACACTGTTGTGGTTCCGGCCACGGACACCGTGGATCACACGGTCAACGTTGTTGTTCCGCCGGTAAATCAGGTGCTGGAACCCGCTCGATTGGAACCCGTTACAGACGCGGTAAACCCGATCGTGGAACCAATTGTCGGCGTTGTGGACAGCGTTTTGGCACCCGTCGAAGCAGTGGTTCCGCCGGTAACGGTCCCGCCTCTTACCGTCCCGCCCGTTACCGTGCCGCCCCTGGTCGTGACGCCTGTTGTTGACCCCGGGACCGCGCCGGTGGCCGGGATCCCGAGCATGCCAGGCAGTGACCTTTCAGTTGTCCCCGCTACGGCGGACGCCGGCGCCCTGGCGACTACCGGCGTCGTAAGTTCAACGGACGCAACGCTTCCTGAGCCCAGCAAACTGGACGTTCACGCGAACCATTCAGGGGTGGCCGCTGATGCTCCAGCGTTCCTGACACCTACCCGCAATTTTGGTCCTACAGGGATAACCGCGGTGCTCGGCGGCACCTCCTCAGCCGCCGATCCCGAGGCGCCCTCAAGGTTGCCCAATGACCCTGCGACTGCACCCGCAGGCCTCACGGGTGCCGGGTCCGGCAACTCCCAAAACGGTCCGCCCAGCCCGGCGGCCGCCTTCCTTCACGACGCACTGATCATTCCCGTAGACGCTCTTCCCGGCCTGGAATCGGCCGATGCTGAACAACATCCAAAGCCGGTATGCTTCGATCCCGGCTCCTCTCCTGACTAG MVAGAGTAIWMALSASAASADAGTSDKTLLGSVATSSSVNIPVPNVPLPNLVKGLVPTQQINVHVPAVTPLVEHVGGTVDHVVAEAPVVNQVVPPNTAGTVVNTVVVPATDTVDHTVNVVVPPVNQVLEPARLEPVTDAVNPIVEPIVGVVDSVLAPVEAVVPPVTVPPLTVPPVTVPPLVVTPVVDPGTAPVAGIPSMPGSDLSVVPATADAGALATTGVVSSTDATLPEPSKLDVHANHSGVAADAPAFLTPTRNFGPTGITAVLGGTSSAADPEAPSRLPNDPATAPAGLTGAGSGNSQNGPPSPAAAFLHDALIIPVDALPGLESADAEQHPKPVCFDPGSSPD NA NA NA NA NA D3-18_01154 2142 hypothetical protein ATGAACACGACCATACGCAAGTGCCTCATTGGCACATGCTTTGCCGGGGGCATGATCGTCCTCAGCGCTACTGCGGCAAACGCCGCGGATACCACCAGCGGCAAGGACGGGCTCCTTTCCGGAACGCAGGTGGTAGCGCCAGTAACAGCGCCGGTCAGCCTCGGCGGAACATCACTTGGACTGTTGGGGGATTCAGCAGCTACGACGTCCGCGCCGGCACCTGCTGCAGGTTCAGGTTCCGCTGCAGCGCCGGCCGCCAGCACCAACGGCACCAACAGCATCGGCTCCGGAACGCAGGTAGTCGCTCCGGTGACGGTGCCCCTAAACCTGGGCTCGTCGTCAGTGGGTCTGCTGGGGGGCTCCACTGCGGCGAGCTCAGCCACACCTGCCGCTCCTGCAGCACCTGCTGCGGCGGCAAGTTCGACGCCGGTAGCCAGCACGAGTGGTTCCGACGGTATCGCTTCGGGAACCCAGGTTGTCGCACCGGTGACGATCCCCATCACGGTGGGGTCGACGTCGGCCGGTGTACTTGGCGACTCGGCTGCCACTTCGGCAGCACCAACACCAGCACCAGCACCAGCTCCTGCTCCGGCCCAAACGCCGGCGCAGGCAACGACGTCGGGGGGAGAGGGTATCGCGTCCGGCGCTCAGGTAGTGGCTCCGATTTCGGTCCCTGTTAACATCGGGGCCACTGCCGTGGGTGTTGGTGGGGACTCGTCCGCAATATCGGGTACTTCGGGTTCTTCCAGCTCGTCTGGTACTTCGGCTCCGGCTACGTCGGGTGCTTCCACTTCGGGTTCGGATGGTGTTGGTTCGGGGACTCAGGTAGTTGCTCCGATTACGGCTCCGCTGAACCTTGGTTCGACCTCGGCTGGTTTGTTGGGTGACTCTTCGGCCACGAACGCCGGCACCGGTTCTTCCGGTACTTCGGCTCCGGCTACGTCGGGTGCTTCCACTTCCGGTTCCGATGGGATCGGTTCGGGGACTCAGGTAGTTGCTCCGATTACTGCTCCGGTGAACGTTGGTTCCACCTCGGCTGGTTTGTTGGGTGAATCTTCGGCCACGAACACCGGCACTGGTACGTCCGGGACTTCGGCTCCGGCTACGTCGGGTGCTTCCACTTCGGGTTCGGATGGCATTGGTTCGGGGACTCAGGTAGTTGCTCCGATTACTGCTCCGGTGAACGTTGGTTCGACCTCGGCTGGTTTGTTGGGTGAATCTTCGGCCACGAACACCGGCACTGGTACGTCCGGGACTTCGGCTCCGGCTACGTCGGGTGCTTCCACTTCGGGTTCGGATGGCATTGGTTCGGGGACTCAGGTAGTTGCTCCGATTACTGCTCCGGTGAACGTTGGTTCCACCTCGGCTGGTTTGTTGGGCGAATCTTCGGCCACGAACACCGGCACTGGTACGTCCGGGACTTCGGCTCCGGCTACGTCGGGTGCTTCCACTTCGGGTTCGGATGGTGTTGGTTCGGGGACTCAGATAGTTGCTCCGATTACTGCTCCGGTGAACGTTGGTTCCACCTCGGCTGGTCTGTTGGGTGACTCTTCGGCCACGAACACCGGCACCACCGGCGGAACTGCTCCGACGGGTACGACGCCCGGCAGCACCACTTCAGGCAACGGAGGGCTTCTCTCCGGAACTCAGCTGGTTATCCCGATCACGGCTCCTGTCACCGTCGGTTCCACCTCTGTGGGAATCGGCGGTGGCTCAACCGGCGCCGTGACCCCGCCAGTTGTGAACCCGCCGGTCGTGAATCCTCCTGTTGTCACTCCTCCGGTTGTGAACCCGCCTGCCGTCAACCCGCCTGCTGGCGATGGCAGCCCTAGCGCTGGTGGAGAAACCGGCATCGACGCCCCCGTCGCGGGATCAAACAGCACGACTGTCGGCGTACAAGCCAGCACAGCTGTCGGCACTCAAGCCAGCACAGTCGTCGGCACCCGAGCCGGCACCATTGCAACCGCTGGTAACACCCAGGGTGCCTTGACCGCGGCAGTCTCCACCGCCGTCGGGAGCGCCAACACTTTGGCCAAGACGGGACTGAACGGAACTTGGGTTCTCTGGGCAGGTGCCATGCTGCTGATGGGGTTCCTGCTCGCAGCAGCAGGTCGCCGGAAGGCAGCAGCTAACCACCGCTAA MNTTIRKCLIGTCFAGGMIVLSATAANAADTTSGKDGLLSGTQVVAPVTAPVSLGGTSLGLLGDSAATTSAPAPAAGSGSAAAPAASTNGTNSIGSGTQVVAPVTVPLNLGSSSVGLLGGSTAASSATPAAPAAPAAAASSTPVASTSGSDGIASGTQVVAPVTIPITVGSTSAGVLGDSAATSAAPTPAPAPAPAPAQTPAQATTSGGEGIASGAQVVAPISVPVNIGATAVGVGGDSSAISGTSGSSSSSGTSAPATSGASTSGSDGVGSGTQVVAPITAPLNLGSTSAGLLGDSSATNAGTGSSGTSAPATSGASTSGSDGIGSGTQVVAPITAPVNVGSTSAGLLGESSATNTGTGTSGTSAPATSGASTSGSDGIGSGTQVVAPITAPVNVGSTSAGLLGESSATNTGTGTSGTSAPATSGASTSGSDGIGSGTQVVAPITAPVNVGSTSAGLLGESSATNTGTGTSGTSAPATSGASTSGSDGVGSGTQIVAPITAPVNVGSTSAGLLGDSSATNTGTTGGTAPTGTTPGSTTSGNGGLLSGTQLVIPITAPVTVGSTSVGIGGGSTGAVTPPVVNPPVVNPPVVTPPVVNPPAVNPPAGDGSPSAGGETGIDAPVAGSNSTTVGVQASTAVGTQASTVVGTRAGTIATAGNTQGALTAAVSTAVGSANTLAKTGLNGTWVLWAGAMLLMGFLLAAAGRRKAAANHR NA NA NA NA NA D3-18_01155 1218 hypothetical protein ATGACCACCACCCAAGCAGACAAAAACTTCAGCCTCCGCAGCGTCGCGCTACCGGCATTCGGGCCAGCTGTGCTTTTCTGTCTCGGTGAGGGGGCTGTCCTCCCGGTCATTGCGCTCTCCGCCCGCGACCTCGGCGCATCGGTGGCGGTATCGGCGTTGATCGTGACGCTGATCGGTCTGGGTTCCTGGTTCTTCAATATCCCGGCGTCCATCATCACCGAGAAGTTCGGCGAACGGTGGTCGATCGTCGGAGCCGGTGCTGTAGGCGCGATCGCCCTCGGCGCGGCAGCCTTTGCACCGCAAATGGAACACGGACTTTGGCTGTTGGCCGCCTCCATGACCTTGGTGGGTATGTCTGCCAGCGTCTTCAACCTCGCTCGGCAAAAATTTCTGACCGAGGCCGTCCCTGTCATGTTCCGCGCTCGAGCCCTCTCGACCTTGGGCGGTGTCACCAGGATCGGCCTCTTCATCGGACCATTCGTCGGTGCCGGCGTGATGCAGTTCGCCGGAATCAGCGGCGCATACTGGGTGGGCTTCGGGGGCATGATGGCGGCCGCTGCATTGTCGCTCACCATCCCGGATCTGGTCGCCCCGAAAGCGGCCGACGGCGGTCCGCCACCTCCCGCGTCCACCTTGCGGAGCGTCGCGGTTTCCCATGCCGGAGTGTTCCTGACGGTCGGCTTCGGCATCCTCCTGCTGAGCGCGTTGCGTGCTTCGCGACAGGTGGTCATCCCGCTGTGGGCCGACCATCTGGGACTTGACGCCACCCACGCTTCGTTGATCTTCGGCTTGTCCGGGGCGATCGACATGCTGGTGTTCTACCCTGCCGGGAAGCTCATGGATAAGAAGGGGCGGCAATGGGTGGCCATCCCGTCCACTGTCATCATGGGGTCGGCCTTGATCTTGGTTCCGTTGACGGCCGGGTTCGTCCCCCTCCTCCTGGTCGCCTTGCTGATCGGTTTCGGCAATGGGATCAGTTCAGGGCTCATCATGACGCTGGGAGCTGACTTTTCGCCGGACAACGGGCGGAGTCACTTCCTGGGGATATGGCGATTCATGGCCGACTCCGGAGCCACAGGTGGACCTGTGCTGTTGTCCGCGTTGACGGCTGCAATCTCGTTGTCGGCGGGTATCTGGGCCACAGGTGTACTGGGGTTCGCAGCGGCAGTGGTGTTCGCCGTCGCAATTCCACGTCTGAAGCACCGGCGTAACTATTAG MTTTQADKNFSLRSVALPAFGPAVLFCLGEGAVLPVIALSARDLGASVAVSALIVTLIGLGSWFFNIPASIITEKFGERWSIVGAGAVGAIALGAAAFAPQMEHGLWLLAASMTLVGMSASVFNLARQKFLTEAVPVMFRARALSTLGGVTRIGLFIGPFVGAGVMQFAGISGAYWVGFGGMMAAAALSLTIPDLVAPKAADGGPPPPASTLRSVAVSHAGVFLTVGFGILLLSALRASRQVVIPLWADHLGLDATHASLIFGLSGAIDMLVFYPAGKLMDKKGRQWVAIPSTVIMGSALILVPLTAGFVPLLLVALLIGFGNGISSGLIMTLGADFSPDNGRSHFLGIWRFMADSGATGGPVLLSALTAAISLSAGIWATGVLGFAAAVVFAVAIPRLKHRRNY NA NA NA NA NA D3-18_01156 2823 hypothetical protein ATGCAGATCCGACGGAGAGCCAGTGTGCGCTCTCAAGTAATTATTGCGGGCGTTATCGCCATGGTTGGAGCTGCCCTCCCGGCGCTCCCGGCCTCAGCGGATGAAACGCCGGCGCCTGCGCCGAGCGCAGCACCGCGGCCCATGTCCACCGACTCCTCGGTTCTCCCGACGGATCAATTCATCGTGAAGTTCAAGGAACGCGCAAGCATCCAATCACTGGATCGGAAGTCGTCCCTGAATCGCGCCGCTGGGACAATTGGTGTACCTGTCCAAGCCGTGCGCACCCTAACAACGGGTGAAGAAGTGGTGAAAACGGACAAGAAACTCGGTGCTGAAGAAGCCAATGAGCTGGTGTCCGCCCTGGCCGCTGACCCCAGCGTCGAGTACGCCGAACCCGACGTCATCATGCGGCCTTTCGCTTCGCCTCCAAATGACCCCTTGTACCCATACCAGTGGGCACACAGCAGCACCGACAGCGGCGGGATGCGTGTCCTCGGGGCGTGGGACGTTACCCGAGGGGCGGGAAGCGTGGTGGCGGTCATCGATACCGGCATCACAAACCACACGGACTTGAGCGCCAACATCTTGCCTGGCTTTGACATGATCCATGATCCCCTGGTTGCCGGTGACTCGAACGGACGCGATTCGAATCCTGCTGATGAGGGCGACGCCACCTACTACGGTGAGTGCGAGCCCGGATGGCCCGGATATTCTTCTTCGTGGCACGGGACACATGTGGCCGGCCTTGTGGCCGCTGTTGCAGGAAACAGCAAGGGCGTGGCAGGCGTGGCTCCCCAAGCGAAGGTTGTTCCGGTGCGTGCGCTGGGCATCTGTGGCGGATACGCCTCCGACATCGCAGACTCGATCGTGTGGGCGGCGGGCGGAACTGTGGCAGGAGCCCCAGTCAACGCGAATCCAGCGAACGTCATTAACTTGAGCCTCGGCGGCCTTGCGACTTGCTCCACCCTTTACCAAAAAGCCACAGACTTTGCCCGAAGCCAGGGCTCATCCGTGGTGGTGGCTGCAGGCAATGAGGGCATCGACGCATCAAAGGTCAGCCCCGCCAACTGCAAGAACGTGCTGGTGGTTGGTGCGAGCACCCGCAACGGACTCAAGGCGTCGTACTCCAACTTCGGCGTAAACGTGGATGTCGCAGCTCCCGGCGGAGACATGACGAGCGTCGGTACCGACGGAATTTTATCCACACTCAATGACGGCTGGGACACTCCTAACTCCGAGGACTACTACTTCATGGAGGGCAGTTCCATGGCCGCTCCCCAGGTAGCAGCAGTTGCAGCCATGATGTACTCGAAACTGCCTGCCCTGACGCCCGCTGATGTTGAGCAGAGGCTAAAGGCCTCCGCTCGGCCGATCAACGGCTGTGGCTGTGGCGCCGGTTTGGTTGACGCTAACGCCACTCTCACCAAGGTGGCTGCCGAGGCTGCGCCAATCACGGCGGGCACCCCCACAATTTCCGGTGAGGCTGCGGTAGGTAAGACGTTGACCGCTGCACCCGGTTACTGGGCCAACACGTATGAAGCCACTTGGAAGTATCAGTGGAACCGATGGGGAACACCCATCGCTGGCGCAACGGGCACCACGTACACGTTGACCGAGGATGACCACCAGGCCGCCATCACGGTCACTGTAACGGCAACCAAGAAGTTCGCACCGGCTGTCTCCGCAACGTCGGAACCTACGGCTCAGGTGGCTTCCGGAACTTTGTCGGGTGGCACGCCGGTCATCGTAGGCTCGGTCTACGAGGGAAGCACCCTGACCGCCAACCCGGGCACCTGGGGCCCGGCTCCCGTGGACTTGACCTATCGGTGGACCCGCAACAAACCAGGCACCACCGGAGAGCACGTATCCAGCGCGCCTACCTACACCCTGACGAGCGAAGACGTCGGCAACACCCTCTCCCTGCACGTCATGGGATCCAAAACCCCGTACTCGCTTCTGGAGATGTCCAGCCAGCCGACACCTGTTGTAGTTACCGCTGACAAGGCAGTCACCCCCGAAGCAGTGGCGTTCACCGAGGCTTCGTACATGGCCGACGATCGATACACGGTTCCGGAGTCAGAGACCGTGGATTACCAAGTTGGCGGCAAGACGCTCCAAGCCGGAACCTACTCCGCGCGAGGACAGGCCCACATCACGGCCGTTCCTAAGGGCGGCTATGCGGTTCTCAACGGAGCAACATCTGAGTGGAAGGCCTACTTCAGTGCAAAGGGGCCGGAATTTACGGCACCTGCTGTTTCACCCTTTAGGGACGTGCTGACCACTCAGCAGTTCTATAAGGAAATGTCTTGGCTCGCTGACCGGAAGATCTCTACCGGTTGGGTGGAGGCGGACAAATCCGTCTCGTATCGACCTGTGACTGCCATCAACCGTGACGCCATGGCGGCATTCCTGTACCGCATGGCCGGTTCGCCGGACTACACCCCTCCGGCGCAGTCCCCGTTCAAGGACGTTGCAACCACGCAGCAGTTCTACAAGGAGATGTCATGGTTGGCAGACCAGAAGATCTCCGAAGGGTGGACCGAGTGGGATGGTTCAAAGACTTATAGGCCTTTGACTCCGATTAATCGCGATGCCATGGCGGCTTTCCTGTACCGCCTGGTGAACAAGCCGGATTACACGGCGCCGGCAACTCCGCCCTTCAAGGACCTGAGCTCGAACCAACTCTTTTACAAGGAGATGGTCTGGATGAGCGTCACAGGGATTTCGACGGGTTGGAAGATCGCCGACGACAACTACTGGTACCAGCCAACGCAGCCCATCAACCGCGACGCCATGGCAGCATTCCTGTACCGCATGCCATAG MQIRRRASVRSQVIIAGVIAMVGAALPALPASADETPAPAPSAAPRPMSTDSSVLPTDQFIVKFKERASIQSLDRKSSLNRAAGTIGVPVQAVRTLTTGEEVVKTDKKLGAEEANELVSALAADPSVEYAEPDVIMRPFASPPNDPLYPYQWAHSSTDSGGMRVLGAWDVTRGAGSVVAVIDTGITNHTDLSANILPGFDMIHDPLVAGDSNGRDSNPADEGDATYYGECEPGWPGYSSSWHGTHVAGLVAAVAGNSKGVAGVAPQAKVVPVRALGICGGYASDIADSIVWAAGGTVAGAPVNANPANVINLSLGGLATCSTLYQKATDFARSQGSSVVVAAGNEGIDASKVSPANCKNVLVVGASTRNGLKASYSNFGVNVDVAAPGGDMTSVGTDGILSTLNDGWDTPNSEDYYFMEGSSMAAPQVAAVAAMMYSKLPALTPADVEQRLKASARPINGCGCGAGLVDANATLTKVAAEAAPITAGTPTISGEAAVGKTLTAAPGYWANTYEATWKYQWNRWGTPIAGATGTTYTLTEDDHQAAITVTVTATKKFAPAVSATSEPTAQVASGTLSGGTPVIVGSVYEGSTLTANPGTWGPAPVDLTYRWTRNKPGTTGEHVSSAPTYTLTSEDVGNTLSLHVMGSKTPYSLLEMSSQPTPVVVTADKAVTPEAVAFTEASYMADDRYTVPESETVDYQVGGKTLQAGTYSARGQAHITAVPKGGYAVLNGATSEWKAYFSAKGPEFTAPAVSPFRDVLTTQQFYKEMSWLADRKISTGWVEADKSVSYRPVTAINRDAMAAFLYRMAGSPDYTPPAQSPFKDVATTQQFYKEMSWLADQKISEGWTEWDGSKTYRPLTPINRDAMAAFLYRLVNKPDYTAPATPPFKDLSSNQLFYKEMVWMSVTGISTGWKIADDNYWYQPTQPINRDAMAAFLYRMP NA NA NA NA NA D3-18_01157 1356 hypothetical protein ATGTCATCTACCCTCAGATCCGCCTCGCACCGAAGCAACGCTCAAGGCCTCGCCGTCCCGGCTTCCCGCGATTTAGTGGTCGACTTCATCCGCGTCGCGTGCATGTTTGCCGTCGTCGCCGTTCACTTGCTCATGATGGGGATCAGTGTGGACGAGTCCGGCATCGGTGTGGGCAATCCCCTGACATCCCTGAGCTGGTTTGCCCAAGGGACATGGTTCGGCCAGGTCATGCCGCTCTTCTTCGTAGTGGGCGGCTTTGCTTCGCTTACGTCATGGCGCAGCCTGCAACGCAAGGGCGGCGACGCCGGCGACTACCTCAGGAACCGGGTGCTGCGACTGGTCCGGCCCACGGTCGCCCTCTACATCTTCCTCGCCGTTGCGTTGTGGAGCGCGACGGCAGCCGGCGTCCCCGCTGATTTGCTCGCCGTTATCGCTGCGGGTGCTGGCGTGCAGCTGTGGTTCCTCGCTGCGTACCTGATCTGCCAGGCCATGGTTCCTACTATGGCCAAGTTTCACGAGGCAGCGCCCTACAGGACCATCGCAGCGCTGGCTGCGGGCGCCGTCGTCGTCGATGTCCTTCGTTTGGGTTTGGAGCGCAATCCGTGGGGCTTCGATTCGAACCCGATCGGTCTGCTGAACATGGTGTTCGTGTGGGGACTTCTGCAGCAGCTCGGGTTTTTCTACGCCGACGGCTTCTTTGACAGGTTCGCCAAGTGGAAGCTCGTTCTGGCTGCTGGTGGCTGCTACGCCACGATGTTTCCGCTGACGCATGCCGGTCCCTATCCGGTGGACATGCTGACCAGCCAAAACCCGCCCATGTACCCGCTGATCCTGGTGGGACTGGCTCACATTCTTTTGGTGAAAGCCGTCTATCGGGTGTTGCAGCGATGCGTTCGCGTCGGCTGGGTGCAGAAGGTGATGTTCGTGGTGGGTAGCCGGGCGATGACCATCTACCTGTGGCACTTGCCGTTGATCATCGCAATGTTTGGCATCGCGCTGGTCCTTCGCCTGCCGTTCCCGGAACCCGCAGGCACCGAGTGGTGGCTCAGCCGACCCCTGTTTTATGTGGCGGCATGGGCACTGGTGCTGCTGGCTTCCACCCCTCTGGTCCGGCTGGAACTCGCCAGCACAGCGCTGGCTGCCGGCGCGCTACGGCCGGCCATGTGGCGCATCGTTGCCGGAACTGTCCTGGCCATCATCCCGCCGTTCGTGGTGATGAGGTCGGCGCTGGACGTTACGAATGCTACGTGGGGGCTCGTGCTGCTGATGATCGCCGTGGCTCTGGTGTCCGGCAAGGTTCCGGACCGGGCGTGGAAGACTCCGCGGACTCTCTCGACGGGATCCGTGGCTTCCTGA MSSTLRSASHRSNAQGLAVPASRDLVVDFIRVACMFAVVAVHLLMMGISVDESGIGVGNPLTSLSWFAQGTWFGQVMPLFFVVGGFASLTSWRSLQRKGGDAGDYLRNRVLRLVRPTVALYIFLAVALWSATAAGVPADLLAVIAAGAGVQLWFLAAYLICQAMVPTMAKFHEAAPYRTIAALAAGAVVVDVLRLGLERNPWGFDSNPIGLLNMVFVWGLLQQLGFFYADGFFDRFAKWKLVLAAGGCYATMFPLTHAGPYPVDMLTSQNPPMYPLILVGLAHILLVKAVYRVLQRCVRVGWVQKVMFVVGSRAMTIYLWHLPLIIAMFGIALVLRLPFPEPAGTEWWLSRPLFYVAAWALVLLASTPLVRLELASTALAAGALRPAMWRIVAGTVLAIIPPFVVMRSALDVTNATWGLVLLMIAVALVSGKVPDRAWKTPRTLSTGSVAS NA NA NA NA NA D3-18_01158 261 hypothetical protein GTGCACATCAAAGAATTTTGGGACCAGCTCTCACCGGACACCCAGCAGTGGCTCATCGACAATCCGGGAACCATGATTGTGCCCCGGACGGTCACTGCGATCATCAACAGTGAAACGGGGGAGAGCGATGGCGTCGACGGCCATGGTGGCACGCACCTCACGGATGAGGATCGGCACTTCATCCATGAGCAGGCGCGGGCGCGTGGATCTGCTCCTACGGAAGAGCCCAAGTTCTTCGACGCGGTAGGGCCCACGGACTAA MHIKEFWDQLSPDTQQWLIDNPGTMIVPRTVTAIINSETGESDGVDGHGGTHLTDEDRHFIHEQARARGSAPTEEPKFFDAVGPTD NA NA NA NA NA D3-18_01159 912 hypothetical protein ATGAGTTCCCAGCAATTCCGCACCAGCGGGAGGTCGAGCAAACGGCCGCTTCAAGGACGCCCGGCAGGCGCCGGCACCGGCCTCCTCTTCTGCCTCGCAACGATCGCCAGCGCCATTGGACTGGCTGCAACGTACTACTTCTTTGTGCGCACCACCGCGGGCCAGTTCATCGATGAGTCCGCACTGGTCGAAGCCACCGTGTTGGGCGGAACAGCCGGCAGAGCCTCCACCGAATTCCTGGACATGCTTCCCATGCTCTCGCTGGCCATCGCCGCGATCATGGTCCTGTTCGTCACTGTCGCCCGTCGACGCTGGACCGCCGCCGGAATCGCAGTCGCAGCATGCATCGCCGCCAACGCGGCCACGCAGATCCTCAAGCTCCTCATTCCGGACAGGCCCGACCGCGGCGTCCAGACCCTGGAACTGAACTCACTCCCCTCCGGACATACCACCCTGGCCGCATCAGCTGCGGCTGCAGTGTTCCTCATGGTTTCGCCCCGCTGGCGTCCCTTGGCAGGCTTCCTCGGCAGCACATTCGCAGTGGCCACCGGCGTCTCCACGCTCATCAATCAGTGGCACCGCCCTGCCGACGTCGTTGCCGCTTTTCTGGTGGTGGCCGCCGTCATGCTCCCGGCAGGTTGGCTCATCCTCCGCACCGGCAACAGCTGGAATGTATGGAAGGGGTATGGCGAGCATTGGGCAGCGTCGCGCCTGTGGGTCTGGCTCACCGTTGCGGCGCTCATGATCGCTGGCTTCGTGGCGGCCTACTCGCTGCTGCAAGTCATGCCGGGCCTCAGCACAGACAGCACCATTGACTACTTCTGGGCCGGGTCCGCCTTCATTGTGATCGCCGGATACCTGTCCGCACTCGGCGGCACGTGGCTGTTCGGTCTGGCGGCACGTAAGGGCTAG MSSQQFRTSGRSSKRPLQGRPAGAGTGLLFCLATIASAIGLAATYYFFVRTTAGQFIDESALVEATVLGGTAGRASTEFLDMLPMLSLAIAAIMVLFVTVARRRWTAAGIAVAACIAANAATQILKLLIPDRPDRGVQTLELNSLPSGHTTLAASAAAAVFLMVSPRWRPLAGFLGSTFAVATGVSTLINQWHRPADVVAAFLVVAAVMLPAGWLILRTGNSWNVWKGYGEHWAASRLWVWLTVAALMIAGFVAAYSLLQVMPGLSTDSTIDYFWAGSAFIVIAGYLSALGGTWLFGLAARKG NA NA NA NA NA D3-18_01160 1419 hypothetical protein ATGTCGGGAACCAATGGGGCTTTGCGCGAATTCACACGTAGAAGTGCCCTCACAGCCCTCGGCGTCGGAATTGTTGGAGTCACCGCGGCGTCGTGGCCCCGCCTGACCGGGTCCGACATTCCGGGCCGGGGAGACAACAGCCTCAGCATCGCCATCATGGGCACCGCCGCGGACGCCGCAGCCCGTCAGAAGGTCATTGACGCTTTCGCTAAAGTCCACCCCGAAATCAAGGTTAAGGTTCAGGCGATCCAGGCCGTGGACTGGAAGGACTTCTTCACCAAGATCCTCACCATGGTTGCAGCAGGGACCCCACCGGACGTGGTGTACGTGGCAACGGAAGGCGCCCAACTCTTCGCCGAGAAACTGGCCCACCCGCTGGACGAGTACCTGCGCCGCGACGCAGACCATATGAAGGAATACTTCGAGGACGTCCACCCCAGCCTGGTTGAAGCGTTCATGTACAAAGGCAGCCTGTTCCAGCTCCCCATCGACTGGAACGCAGCCAACATGTACTACAACACCGCATCGCTCCGCTCGGCAGGCCTGGAAAGGCCCTCCGATAACTGGACGCACACGGACTTCCGCAGCACACTCGCCGCGATGAAGAAGGCCAAGCCGGCCGACTTCACCCCTTACTACTGGACCAACCGTCTCTTCGGCGGAGTGGTGCCGTGGCTGTACGCGAACGAAACCAGCTTCCTCAAGGAAACCAAGTCCCCGGGCGGCGACTGGCTGTGGGACGGCTTCTACGCCAACGACCCCACCCGCAACCTCCGCTCCGGCGGCTACCAGTGGCTCGAACCCAACGCCGATGATCCCCGCGTCTTCGAATCCTTCGACTACCTCCGCGGACTCGTGAAGGACGGGCTGGGTGTCCGGCCGGAGGAAGGCGGCGGCAGCGCGCTGATCGGCCTCTTCGCCTCCAACAGGATAGGCACGACGCCGGCAGGCGGCTATTGGGTGCAAGGCCTCCACGAGGCGGGGATGACAGAGAACGATTTCGACGTGCAGTTCTTCCCGAAATGGCGGACCCAGCGCCACCAGTTCGGCACGGCAGGCTACGCGATCATGAAGACCGCCAAGGATAAGGACGCAGCCTGGGAATGGGTGAAGTTCAGCTCCAGCCGGGAAGCCATGCAGATCGTGTTCCCCACGCCGAACACCACGCCTGCCCGGCGCTCCATGGTCAACGAGCAGCTCTACGCAGGAACCGGCCCGCGGAACTGGAAGGTCTTCTACGACACCCTGGACAAGTTCCCCACCACAGGTCCCATTCCAGCACCACCCCAGCAGGCCGCCGTCGAAACCGCCCTGATGAAAAACGTAAGCCTGGCCGTCAGTGGTGACGAGCGGCAACTCAAGGACGCCCTCAGTTCCATGCAGCGCGACCTTGAACTGGCCTTGAGGAGGCAGCCATGA MSGTNGALREFTRRSALTALGVGIVGVTAASWPRLTGSDIPGRGDNSLSIAIMGTAADAAARQKVIDAFAKVHPEIKVKVQAIQAVDWKDFFTKILTMVAAGTPPDVVYVATEGAQLFAEKLAHPLDEYLRRDADHMKEYFEDVHPSLVEAFMYKGSLFQLPIDWNAANMYYNTASLRSAGLERPSDNWTHTDFRSTLAAMKKAKPADFTPYYWTNRLFGGVVPWLYANETSFLKETKSPGGDWLWDGFYANDPTRNLRSGGYQWLEPNADDPRVFESFDYLRGLVKDGLGVRPEEGGGSALIGLFASNRIGTTPAGGYWVQGLHEAGMTENDFDVQFFPKWRTQRHQFGTAGYAIMKTAKDKDAAWEWVKFSSSREAMQIVFPTPNTTPARRSMVNEQLYAGTGPRNWKVFYDTLDKFPTTGPIPAPPQQAAVETALMKNVSLAVSGDERQLKDALSSMQRDLELALRRQP PGPT0016545_1155 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 D3-18_01161 966 lacF_2 Lactose transport system permease protein LacF ATGAGCACCGCAACCAGTACACCTACGGGGACGGGCAGCGAGCCGGGCCGCCGCCAGGCAGCCCACAAGAATGGACAGGGCGCCAAGCGCGGACGCATGCAACAACGGTGGCTGCCCTGGGCCTTCCTGGCGCCGACCATCGTGGGCATGGGTATCTTTACCCTGCTGCCGATCGTCGCGTCCATCGCGCTCGCATTCTTCCGTTGGGACATCATCTCAGCGCCAACGTTCGTGGGCTTCGACAACTTCGCTGAGGTAGTCCAGGACCCCACCGTCCGGGTGTCGTTCCTCAACACCATCGTTTTCGTGGTGGTAGCAGTTGCCCTCCAGCTCGGCCTGGCGCTGGGCCTGGCCATCATGGTGCAGGAGAAGCTCCCGGCGTGGCTTAGGGTTTTCTTCCGCTCAGCATTCTTCTTCCCGTTGATCCTGTCCGCGGCATCGGTATCGATCTTCATGCGGTACCTCTTCAACGAACAATTCGGCGTCGTGAACTGGTTGCTGTCCCTTGTTGGCATCCCAGCGGTTCCGTGGCTGACGACGCCGACTGGCTCGGCCGCCGTCGTGATTCTTGTCTATGTGTGGCAGAACTTCGGGTTCTCGTTCCTGCTGTTCATCGGCGGGCTTGCCTCTATTCCCGTGGAGACGTACGAGGCCGCGTCGATCGACGGCGCGACGGGTTGGCGGAAGCACTGGTTCGTCACCTTGCCGCTGCTGAGCCCCACAACACTGGTGGCCTCGGTCATGGCGATCATCAACGCGCTGCAAGTGTTCGACCAGCCCTACGTTCTCACCCGCGGTGGACCCGGCGACTCGACACGCACGGCCGTGATGGTGATCTTCGAGTCCGCGTTCCAGCGCCTCGAGTTCGGCCAGGCCTCGGCGATCGGCGTGATCCTGACGCTCATCATCATGGCCATCACAGCCGCGCAATTCCGGCTCAGCAAACGATTCGTCTTCTACCAGTAA MSTATSTPTGTGSEPGRRQAAHKNGQGAKRGRMQQRWLPWAFLAPTIVGMGIFTLLPIVASIALAFFRWDIISAPTFVGFDNFAEVVQDPTVRVSFLNTIVFVVVAVALQLGLALGLAIMVQEKLPAWLRVFFRSAFFFPLILSAASVSIFMRYLFNEQFGVVNWLLSLVGIPAVPWLTTPTGSAAVVILVYVWQNFGFSFLLFIGGLASIPVETYEAASIDGATGWRKHWFVTLPLLSPTTLVASVMAIINALQVFDQPYVLTRGGPGDSTRTAVMVIFESAFQRLEFGQASAIGVILTLIIMAITAAQFRLSKRFVFYQ PGPT0016535_1545 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 D3-18_01162 873 araQ_2 COG0395 L-arabinose transport system permease protein AraQ ATGACTACCATCCAAGAACGTGTCACCACCACGGCGCCTGTAGTGAAGCGGAAGAAACGCGACTGGTCAGTGGCCGTCCGTGTCATCGTCTTGCTGATCGCGTCCGTCTTTGTCCTGGGGCCCGTGTTGTGGACCCTATCCACCTCGCTGCGTCCGCCGTCGGAATCCTTCCAGCTGCCGCCCGCCTTCCTGCCGCTGAACCCGGACCTGACCTCTTACGAGCAAGTGTTCAAGCAGCTCAACATCGTGGCGCTGGTGGTGAACAGCGCGCTCGTAACGGGCCTCATTGCCGTAGGGCAGATGCTTACCGCCGCACTGGCCGGTTACGCGTTCGCGCACCTTAAGTTCCGCGGACGTGGCGCGCTGTTCTCCATCGTGCTGGCAACCATGATGGTGCCCGCGCAGGTCACGATCGTTCCCGTGTTTATGCTGATCCGCGGCGTGGGGCTTTCGGACACACTGCTCGCACTCATCATTCCGGCCATCCCGACGGCGTTCGGCACCTTCCTGATGCGTCAGTACTTCATGGGGTTGCCGGGTGAGCTCGCTGAAGCGGCCGCGATCGACGGCGCCTCGCCGTGGCGGACGTTCCGTTCCGTGTACGCGCCGCTGGCCATGCCGGGCCTGGCGATCGTGGGAATCCTGGCGTTCAACTTCCACTGGAACGAGTTCTTCAGGCCACTCATCATGACAATCTCCGAGCAGAACTTCACCCTGCCGCTGGGCTTGGTTTCCCTCCAAGGAAACCTCGGCACCGGAAGCATCTCCGTGGTCCTGGCCGGCGTTGTCCTCTCCATGATTCCCGCGCTGGTGGTGTTCATGTTCGGCCAGCGCGCGCTGCAGGACGGGCTCACCGCAGGCACTGGCAAGTAA MTTIQERVTTTAPVVKRKKRDWSVAVRVIVLLIASVFVLGPVLWTLSTSLRPPSESFQLPPAFLPLNPDLTSYEQVFKQLNIVALVVNSALVTGLIAVGQMLTAALAGYAFAHLKFRGRGALFSIVLATMMVPAQVTIVPVFMLIRGVGLSDTLLALIIPAIPTAFGTFLMRQYFMGLPGELAEAAAIDGASPWRTFRSVYAPLAMPGLAIVGILAFNFHWNEFFRPLIMTISEQNFTLPLGLVSLQGNLGTGSISVVLAGVVLSMIPALVVFMFGQRALQDGLTAGTGK PGPT0016540_3660 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 D3-18_01163 1404 sacA_1 Sucrose-6-phosphate hydrolase TTGACGGACCTTGCACTCTCTTCCTCCCTGTCCATGGCGGCGACGCACCCGGACCCGGCGTTCCCGCGCTTCCACCCACGTCCGGCACAAGGCTGGATCAACGATCCCAATGGCATCAGCTACATCAACGGCCGGTACCACGTGTTCTTCCAGTACAACCCTTTGTCCGCGCGACATTCGCAAATCCAGTGGGGGCATGTGAGCTCTGGTGATTTAGTGCACTGGGAAGAACACCCCGTGGCACTGTCGCCGCAGCCCGGTGGGCCGGACTCCGCCGGGTGTTGGACCGGTGTGGTGACGTTGGATGGCTTTGTTCCGACCGCTTGTTATTCGGGTGTCCAGGACCACGGCGGGCACTCGCAGGTTGTGATTGCCCGCGGTTCGGCCGATTTGGTGACGTGGAAGCAGGACGGGCACGTTGCTGCGTCCATGCCGGCTGATCCGCTGGTAACCGCTGTGCGCGATCCCTTCATCTTCCACTTCAACGGCGCCCGCTACGCCATGCAAGGTGCCGGCCTGGCCGATGGTCGCGCGGCTTTGCTGCTGTACACGGTGGAGTCCCTTGACGACTGGAAGTACCAGGGGATTTGGCTGACCTCCGCCGATCCCGTTGCAGCGGCTCATACACCGGCCGAGATCTGGGAATGCCCGCAGCTGGTGCAGGTACCTGTCTCTTCGGGCGGCTCGGCCTGGGTCATGATGTTCTCCCTCTGGCTCTCGGGCGACGACCACGAGCACGCCAACGGGGTGGGGCACCTGATCGGGTCCTTGTCCTCGGACCCTTTGTCCGGGTTGCCGGTATTTACCCCATCCTCCGGTGGGAAGTCCGACCTTGGCCGCGACTTCTACGCGCCGCAGATCGTGCAGCTCTCTTATGGTTCGGCTGATTCTTCTCCTGCGGCGCTGCTATGGGGGTGGGCCAATGAAGGTCCGGGGCGCGACGGTCGGCGTGGCCGCACCCAGGAAGAAATCGACGACGCCGGGTGGTCGGGTGTGTTGACGCATCCCCGCGTCTTGTCGGTGGTTGACGGCGCGATGGTGGTATCTCCTGCGCCCGAGGTTGAAGCGTACCGGGGTTCTTCTGTGGTTGTGGGAGCTGCTGGTTCTGTTGTGGTTCCGGGGTACGCAGAGGTGTTGGTTCGGGGTGGTGCTTCTGCTGGTGCTGGTGCTGGTTCCGTGGAGCTGGTGCTTGGTTCGGGAGCCGATGCTCAAGTGGTTTACTCGGGTTCCCTGGCAGCGGGCGAAGAGTTGCGAATCTTCATCGATGCATCCCTTGTAGAGGTGTACCGCTCAGGCTCCGTCGCCACTACCCTTCGGGCCTACCCGGCTCCGGGGGAGGAATGGCAGCTTACCTTGCCCGACGGTGCGACTGCCGACGCCTGGGAGTTGGCGCTTCCAGCGTAG MTDLALSSSLSMAATHPDPAFPRFHPRPAQGWINDPNGISYINGRYHVFFQYNPLSARHSQIQWGHVSSGDLVHWEEHPVALSPQPGGPDSAGCWTGVVTLDGFVPTACYSGVQDHGGHSQVVIARGSADLVTWKQDGHVAASMPADPLVTAVRDPFIFHFNGARYAMQGAGLADGRAALLLYTVESLDDWKYQGIWLTSADPVAAAHTPAEIWECPQLVQVPVSSGGSAWVMMFSLWLSGDDHEHANGVGHLIGSLSSDPLSGLPVFTPSSGGKSDLGRDFYAPQIVQLSYGSADSSPAALLWGWANEGPGRDGRRGRTQEEIDDAGWSGVLTHPRVLSVVDGAMVVSPAPEVEAYRGSSVVVGAAGSVVVPGYAEVLVRGGASAGAGAGSVELVLGSGADAQVVYSGSLAAGEELRIFIDASLVEVYRSGSVATTLRAYPAPGEEWQLTLPDGATADAWELALPA PGPT0018815_2671 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-FRUCTOFURANOSIDASE,PGPT0018815-sacA-K01193 NA NA D3-18_01164 1068 degA_1 COG1609 HTH-type transcriptional regulator DegA ATGAACCGCAAGGCCACCGCACTGGACGTTGCCAAAAGGGCGGGCGTCTCCAGAAGCGCGGTGTCGCTGGTTCTGAACGGGCGCGGCGACGGGAACGTGGCCAAGGAAAGCCAGGACCGGATCCGGCAGGCGGCTGAGGAGCTCAACTACTCCCCCAACGCAATTGCCCTGAGCCTGCGGAACCAGCGGTCGCGCGTGATCGGCATTGTGTCCGATGAAGTGGTGGTCAGCCCCTTCGATGGCAACATCATCGGCGGCGCAGATGACGTGGCCCGGAGCCGCGGATTCGTCACCGTTGTTATGGACACAGAGCTCGATGCCGCAAGGGACGCGAGCGCCATCGAAACCCTCCTGGACCGGCAGGTTGATGGACTCATGTACGTGACCGTTGGTCTGAAACCCATCGAGGTCCCACACGGGATGCTTCGCGTCCCGTCGATCCTTGCCAACTGCTATGACAACCACGCCCAGCCTCAGTTGCATCACGTCATTCCGGATGAAGCCACTGGTGGCAGGGAGGCCGCAGAGCACCTTTTGGAGCTTGGCCACCGGGACATCGCACTGCTGGCCGGGTCGGAGGATTCGCCGGCAGCTCCCTTGCGCGTTCAGGGTTACCGGGACGCACACGCCGCGGCCGACGTCCCCGTCCGTGAAGACCGCATCTTCATGGCCGGGTGGGATATCGACGCCGGATATCGGGGCACCATGAAACTGCTCGACGGCGTGTCCCCGGCTGATCGGCCCACGGCCATCATGTGCGCGAACGACCGCCTCGCAGTCGGCGTGGCCCTTGCCGCGGCGCGCCTGGGACTCAGCGTTCCCGAGGACGTGTCCATCATGGGCTACGACGACGAAACCCGGATCGCCGACACCATGGTTCCTTCCCTCACCACCATGGCTCTGCCCCTGCGCGAAATTGGCCGGGCCGCCATGACCAAGTTGTTGGACACGATCGAGGGTTCGGACGAAATCGAAGGTGCGGACGCAGGAAAGGGAACCACCGTCGAAACGATGGTCCCCTGCCGCCTTGTCGTGCGAGAGTCTACCGGCCCCGCACCCACCCGCTGA MNRKATALDVAKRAGVSRSAVSLVLNGRGDGNVAKESQDRIRQAAEELNYSPNAIALSLRNQRSRVIGIVSDEVVVSPFDGNIIGGADDVARSRGFVTVVMDTELDAARDASAIETLLDRQVDGLMYVTVGLKPIEVPHGMLRVPSILANCYDNHAQPQLHHVIPDEATGGREAAEHLLELGHRDIALLAGSEDSPAAPLRVQGYRDAHAAADVPVREDRIFMAGWDIDAGYRGTMKLLDGVSPADRPTAIMCANDRLAVGVALAAARLGLSVPEDVSIMGYDDETRIADTMVPSLTTMALPLREIGRAAMTKLLDTIEGSDEIEGADAGKGTTVETMVPCRLVVRESTGPAPTR PGPT0017992_2401 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 D3-18_01165 588 hypothetical protein ATGACCGCGCCCGGGTGGTATCCGGATGCTCGGGACCCACACAGCCTCCGATGGTGGAATGGTACCGAGTGGGTAGACCATCTCGGGCCGCCAGTGGCCGCGGGTCCAGCCAACCGGCGTCCCATGCTTCCCAAAGACGCGAGCGTGGTGAATCCGTACATCTGGATTATTGCCTGCCTGCCGTTCCTGCCGGGAGTACTGATGCTCACGTGGCATCTGGAGATTCGCACCTACACCAGGAACGGCACCCTCACTCTGGACCCCGCGACGATTTTCACCACTGGCTACTTCTTGATCTGGGGCGGGTTGGTCTTCACCTACTGCTCCACTGTGGTGCTGGCGCGGTTTGATACCCGACGGTTGGTGCAATCGGGCGTCGTCCGGCCATTCCATTGGGCTTGGTCCTTCCTGGGAGGCATTCCCTACGTCATTGGGCGGATAGTGGTGACCCACAAGGTGGCCCCACGGCGAGGCCTTTGGCCGCTGGTGGTCATCTTCTCAGCGTGGGGACTCTACTACGTGGCGGGGACCATCAAAAGCCTGGCCTTCATGAGGGCTGCGTTTGATCAATTGGGTTACCCGGCCTGA MTAPGWYPDARDPHSLRWWNGTEWVDHLGPPVAAGPANRRPMLPKDASVVNPYIWIIACLPFLPGVLMLTWHLEIRTYTRNGTLTLDPATIFTTGYFLIWGGLVFTYCSTVVLARFDTRRLVQSGVVRPFHWAWSFLGGIPYVIGRIVVTHKVAPRRGLWPLVVIFSAWGLYYVAGTIKSLAFMRAAFDQLGYPA NA NA NA NA NA D3-18_01166 642 hypothetical protein ATGACTCAACCAATGCCCGGTTCGACTACGCCTTCCGGCTGGTACCCGGATCCTTCGGACCCGCGTTTCGTCCGGTGGTGGGACGGACGCGCCTGGACAGCGCACCAAGCGCCCGCTCAATTCCAGGCACCCGCTCAATTCCGAGCACCGGTCCCGGTGCCTCGTCCTGAGCTCCGCCCGGAGACGCCGGTGTACAACCCGTTCATCTGGGCAATCACCTTGATGCCGCTGGTCTCCATCCTGCTCCTTTTGACCTGGCAGCCGGAGTTCAAGATGATCACCACCCGGCAGGGGGTTACCACCATGGACCCCTTCTCCATGTACACCCCCGCCTATTTCCTGCTGATGGGTTCAAGCTTCCTGCTCTACGGGCTTTCGGTGTTCTTCGCTTTCCTGGACCGTCAACGCCTTCTCAAGTCCGGCGTCGTGCGTCCTTTCCACTGGGCTTGGGCTTTCCTTAGCGCGCTTGTCTACGTGATCGGTCGCTCTGTGATCGTCAACAAAGTGGCGCCCAAGCGGGGACTGTGGCCGGTGTGGGCCACCATCGCCGTGTTTGTTATCAGCATGGTGGTCACCGGCATCTGGATGTCCAACTTCATGCAGTCGATGTACTCCCAGTTTGGCTACTCGGTCTCGACATGA MTQPMPGSTTPSGWYPDPSDPRFVRWWDGRAWTAHQAPAQFQAPAQFRAPVPVPRPELRPETPVYNPFIWAITLMPLVSILLLLTWQPEFKMITTRQGVTTMDPFSMYTPAYFLLMGSSFLLYGLSVFFAFLDRQRLLKSGVVRPFHWAWAFLSALVYVIGRSVIVNKVAPKRGLWPVWATIAVFVISMVVTGIWMSNFMQSMYSQFGYSVST NA NA NA NA NA D3-18_01167 609 hypothetical protein ATGAGCTTCTTCGACGACCTCCCCGAGCAGCCCGCGCGGCCCCGCCAACCGCAGCCTGTCCAGCCCGGATGGTACGGCCCGCCGTCGGACGAGCTGCCTGGCGTAGCGCGCGTTGGTGGGTTTTTTCACAAGAGCCAGCGGATGGTGGTCGCGCTGAAACTGGTGGAGGTGTACTCCACTGGCTGCCTGTTGGAACTGGCGTGGTCCGTGCTGCGGGGCAACGAATCGGACCAGGAATGGCGGGAGATCGTGGAGGAGAGCTACAACCACCCGCGATCCAGCCTGGACACCAGGACGGGGCTCGAATTAGGTGTCGCTTTTGCGGATGGACGCAAGGCTGTCGCAGCCATCCACGGACCGTCGTCCTTCCAAGAGGCCGAAGCCGTCACTGGCCCTGTGCTCACAACCTTGGGCGGCGGTGGGGGGAGCAACAACGACGAGTATGTCCAGTTCACGGGTCGCTATTGGTTGTGGCCGTTGCCGGTGGAGGAGGACACGACGCTGGTGGTGCGGTGGCAAGCATTGGGGATACCTGAGAGCTCGCTTGGCCTGCCGGGGGAGCAGTTGGCTGAAGCGTGGGGACGACTGTTGAACTACTGGAACGAGTAG MSFFDDLPEQPARPRQPQPVQPGWYGPPSDELPGVARVGGFFHKSQRMVVALKLVEVYSTGCLLELAWSVLRGNESDQEWREIVEESYNHPRSSLDTRTGLELGVAFADGRKAVAAIHGPSSFQEAEAVTGPVLTTLGGGGGSNNDEYVQFTGRYWLWPLPVEEDTTLVVRWQALGIPESSLGLPGEQLAEAWGRLLNYWNE NA NA NA NA NA D3-18_01168 1017 menC COG4948 o-succinylbenzoate synthase ATGCCTGCACTTCCCTCCCTCGAAGAACTCCTCGATTCCGCCCACGTAGTCTCGCTGCCCATGCGCGTGAAGTTCCGCGGCATCATGGAGCGCGAGACACTCCTCTTGCGGGGACCGCTCGGTTGGGGTGAGTTCTGTCCTTTCCCCGAATACGACGACGACGAATCCTCCCGCTGGCTGGCCGCAGCCTTGGAAGGGGGCTGGCTAGGTTTCCCCACGCCTGTCAGGGACAAGATCCCGGTCAACGCGACGGTGCCAGCCGTTTCGGCAGAGCGAGTCCCGGAAGTGCTGGCACGCTTCGGGCGGGTGGATGCGGTCAAGATCAAAGTTGCCGAGCGGGGGCAGTCGTTGGGGGAAGACGTTGCGCGAGTACACGCAGTAAGGGAGGCCCTTCCCAACGCCGCCATCCGCGTGGACGCCAACGGGGGATGGGACATCGACCAGGCCTTGGAAGCCCTGGGCAAGCTTTCTGCCGTTCAACTCGAATATGCCGAACAACCTGTTCCCACCATTGAGGGCCTGGCGCAGGTCCGTCGTCGACTCGCTGCCGCCGGAACGCCAGTCCTTATCGCCGCGGACGAGAGCGTACGCAAGGAAGACGATCCCCTGCGTGTTGCCCGGGCTGGTGCAGCTGACCTCATCGTGGTCAAGGTCGCGCCACTTGGGGGAGTCGCGCGGGCACTGGACATTGTGCAGCAGGCCGGGCTGCCCGCCGTCGTGAGTTCCGCGTTGGACACCTCGGTGGGCATACGTGCCGGGCTGGCGCTCGCAGCCGCCCTGCCCTCCCTTCCCTATGCCTGCGGACTTGGCACCGTTTCGCTGTTCGCTTCGGACATCACGTTGGACCCGCTGGTGGCCGACGACGGCGCCATTCAGTTACGCGAAACGGTGGCCGATCCAGGGCTGCTTGAGCAGTATGCGGCGCCGGGGGAGCGCCAGGACTGGTGGCGGGACCGACTCCGCCGGGTGCACTCGGTACTGGCGCGAAACCAGCACGGTTTGTTCACCGGGTCTTAA MPALPSLEELLDSAHVVSLPMRVKFRGIMERETLLLRGPLGWGEFCPFPEYDDDESSRWLAAALEGGWLGFPTPVRDKIPVNATVPAVSAERVPEVLARFGRVDAVKIKVAERGQSLGEDVARVHAVREALPNAAIRVDANGGWDIDQALEALGKLSAVQLEYAEQPVPTIEGLAQVRRRLAAAGTPVLIAADESVRKEDDPLRVARAGAADLIVVKVAPLGGVARALDIVQQAGLPAVVSSALDTSVGIRAGLALAAALPSLPYACGLGTVSLFASDITLDPLVADDGAIQLRETVADPGLLEQYAAPGERQDWWRDRLRRVHSVLARNQHGLFTGS PGPT0009375_1000 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009375-menC-K02549 NA NA D3-18_01169 2088 hypothetical protein ATGTCTGAAACCACCGGACGCACGTTTCCGCTGCTCCCCATGCTCGGCCACACCAAGGGCAAGCGCAGCGCGGTCACCTGTGCCTTGAAATGCGACAACGCCTGCTCGGGCGATGTCTGCAACACCAGCGCCAACGGATACTTCCGCGACATCGCTTCAACAGCTATGTCCCGCCGCGCAGCCTTGGGGCTCGGCGCCGCAGGAGCGCTCGCCATCGTCCTTGGTGGTGCCGTGAGTGGTGGTGACACCGCCGTGGCCGACTCCGGCAACGGACTGTCTGATGCCGCCAAGAAGGGCTTCGACAAGTCCAAGCTCAAGTTCACCGCCATCAAGCCGGTAGACGCTGCAGTAGACGCCTTCACAGTGCCCGAGGGATTCGACTGGAAGCCGATCATCCGCTGGGGCGACCCCCTCTTCGCCGACTCGCCGGCTTTTGACCTCAACGCGCAGACCGCCGCAGCCCAAGCTCGCCAGTTCGGCTACAACAACGACTACACGGATATTCTGCCGATCCCCGGATCCAAGGATCGCCGTGCTGTGCTCTTCAGCAACCACGAGTACACCAACGAGAACATCATGCTCCCGGAAGGCTTCGACCCCGCCGAGGCGCGGGCAATTGGCCGCGCCGGTCACGGGCTGGCCGTGGTGGAACTCGAGCGGAAGAACAAGAACAAGCCGTGGAACTACGTCCAGGGCGCACCCCTGAACCGACGCTTCCTTACCGACACTGTCTACGAGCTGACCGGAGCCGCAGCCGGCACCAACCTGGTCAAGACCATTGACGACCCCGCCGGCCGGTGGATCAAGGGCACACTGGGCAACTGCGCAGGTGGAACCACCCCCTGGGGAACCATCCTCTCCGGCGAAGAGAACTTCAACGGCTACTTCGCTGCCCCAGGCACCAGCGACGGTGACAAGCGCTACGGAATTTCTTCGAAGGCAACCACTCGTCAGTGGGAACTTGATGAACCGCGCTTCGACACCCGCAACTCCGGCTACGCCAACGAAACCAACCGCTTCGGCTGGATCGTGGAAGTGGACCCCTTTGACCCCACCTCCACTCCCAAGAAGCACTCCGCCATGGGCCGCTTCAAGCACGAGGGCGCCAACGTCATCGTCGCTCCTTCCGGACACGTAGTGGCTTACATGGGCGACGACGAGCGCTTTGACTACCTCTACAAGTTCGTTTCCAAGGGCAAGTATCAGGCCGGTGACTCCAAGGAAGCACGTAAGAACAACATGAGCTTGCTTTCCGAAGGCGACCTTTACGTGGCTCGCTTCACGGGTGACTCTCCGGCAGACATTGACGGTACCGGCAAGCTTCCCGCAGACGGTGCCTTCGACGGCACCGGCGAATGGCTGCCGTTGGTGGCCAACGGCACCTCGGCTGTGCCGGGCATGACCGTGCCGGAGGTTCTTGTCTACACCCGCATCGCCGCTGACAAGGTTGGCCCCACCAAGATGGACCGTTGCGAAGATGTTGAGCCCAACCCGCGCACGGGCAAGGTCTACGTCGCCTGCACCAACAACACCGATCGCGGCAAGACAGGCAAGGAAGGCGCCACCGAGGTCAACCCGCGCAACCTGAACCGTGACGGCCACGTCGTGGAAATCACCGAAGGTCCCGAGCAGACGGGCACCAAATTCAACTGGAACCTCCTGTTGGTGGCCGGTGATCCCGCCAAGAACACCTCCACGTACTTCTCCGGATTCCCGGACGACAAGGTATCGCCCATCTCCTGCCCGGATAACGTGGCCTTCGACTCCGTGGGCAACCTCTGGATCTCCACGGACGGCGCGCCCGGTACCATCGGCTACGCGGACGGCCTGTTCAAGGTCACCCTCGAAGGTCCTGAGCGCGGCAAGGTGGAGCAGTTCCTCGCCGTTCCCCGCGACGCCGAAACCTGTGGTCCCATCATCCACGACGAAGAGCGCACCGTGTTCGTCGCCGTGCAGCATCCAGGTGAGGACGGCTCGTTCGCAGCACAAAACTCTTTCTTCCCGGACTACGTCCCGGCCGGAGCCACCCCAGCAGCGGGTGCTGCAAGGGCTCCCCGCCCCTCGGTGGTGCAGGTCTTCCGCAAGTAA MSETTGRTFPLLPMLGHTKGKRSAVTCALKCDNACSGDVCNTSANGYFRDIASTAMSRRAALGLGAAGALAIVLGGAVSGGDTAVADSGNGLSDAAKKGFDKSKLKFTAIKPVDAAVDAFTVPEGFDWKPIIRWGDPLFADSPAFDLNAQTAAAQARQFGYNNDYTDILPIPGSKDRRAVLFSNHEYTNENIMLPEGFDPAEARAIGRAGHGLAVVELERKNKNKPWNYVQGAPLNRRFLTDTVYELTGAAAGTNLVKTIDDPAGRWIKGTLGNCAGGTTPWGTILSGEENFNGYFAAPGTSDGDKRYGISSKATTRQWELDEPRFDTRNSGYANETNRFGWIVEVDPFDPTSTPKKHSAMGRFKHEGANVIVAPSGHVVAYMGDDERFDYLYKFVSKGKYQAGDSKEARKNNMSLLSEGDLYVARFTGDSPADIDGTGKLPADGAFDGTGEWLPLVANGTSAVPGMTVPEVLVYTRIAADKVGPTKMDRCEDVEPNPRTGKVYVACTNNTDRGKTGKEGATEVNPRNLNRDGHVVEITEGPEQTGTKFNWNLLLVAGDPAKNTSTYFSGFPDDKVSPISCPDNVAFDSVGNLWISTDGAPGTIGYADGLFKVTLEGPERGKVEQFLAVPRDAETCGPIIHDEERTVFVAVQHPGEDGSFAAQNSFFPDYVPAGATPAAGAARAPRPSVVQVFRK NA NA NA NA NA D3-18_01170 1713 menD COG1165 2-succinyl-5-enolpyruvyl-6-hydroxy-3-cyclohexene-1-carboxylate synthase ATGGTGACTTTCCAGGACTCTCTGACATCCATCGGCGCCGCCCGGATCGCCGTTACAGCGCTGCTCGACGGCGGTGTGCGGCACGTGGTGGTGGCGCCGGGTTCGCGTTCAGCGCCTATGGCCTACGCCTTGGCGGAAGCGGAAGCTGCGGGCCGTGTCCGGCTTCACGTGCGCATCGACGAACGAGACGCCGGGTTCACAGCCCTAGGCCTGGCGCTTTCCACCGAGGCGCCGGTGGCTGTGGTCACCACCTCCGGTACAGCGGTGGGCAATCTCCTGCCCGCTGTCATGGAAGCCAACCACTCGGCTGTCCCCGTGATCATCATCTCGGCGGACCGGCCCGAAGAACTTCACGGAACCGGGGCCAACCAGACCACCATCCAACTGGACCTTTTCGGCGAGCACGTGCGATTCGCCGTCGACGTCCCTGCCGGAGATCATCCACAGAAGGCCGTTGCCACCGCGCTTTATGCAGCGACCGGCGCCCTCGAAGACACCCCTCCGGGCCCTGTCCAAGTTAACCTTGCCTTCCGCGATCCGTTGGTACCGGCTGACGGCGACTCCCTCCCGGCCACCGTGGGACACGGCGTGTTCCATTACGACGCCGGCCCCCAAGCACTGGATCTTCCGGCAGCATCCAACCAACTCTCCGAGCGACGCACAGTGGTCCTCGCGGGCCACGACGCCGGCCCTGTCGCTGAGGCTTTTGCCCGCGCTCATGGCCTTCCTTTGCTGGCGGAACCTTCATCGAACGCACGCTTCGGGCCGAACGCGGTGGGGCCGTACCGGGTACTTCTGGCGCACTTCGGACCTGATTCGCCCACGCCGATCGAACGCGTGGTCCTGTTCGGCCGGGCCACTCTCTCCCGCCCGGTGGCCGCCCTCTTGGCGCGTGACTCTGTTGAATCCGCCATTTACCAGCCCGTCCCGGTGGCCTGGTACGAGGCTGGCCGGCGGCGTGAAACCCCCATCGAAACCCTGCCCGAGCTTGCCGAATTTGCCGGGCGTGGCTCCGCCGAGTGGCTTGATTCCTGGCTTCTCGCAGGCGCTGCCGCCCAGCACGGTCTCGATGGTGTCCTATCGGGGGAGAGCCTCGCGAACGGACCATCAGTCGGGGCCACCGTCTGGGAGCATTCCCGCGGACAGCTGGTGCTCGGTTCCTCCAACGGCATACGCGACGTGGACCTCGCCGGGCATCCTCACAACGACCCCATTGCCACGGTTTACGCGAACCGCGGCCTCGCCGGCATCGACGGCACCATCGCCACAGCCACTGGAATCGCTCTGGGCAGCGGCCGCGAAACCACTGTCCTCCTGGGCGACGTCACCTTCCTCCATGACGCCGGCGGACTGCTCCTCGGCCACGGCGAGCCCGTGCCGGACCTCCGCATCGTGGTGCTCAATGACTCCGGCGGTGCCATCTTCAGTCTCCTCGAGCACGGGGTGGTTGAGGACTCAGGCGCCTACGGCACCGCCGTCGAGCGCCTCTTTGGCACCCCGCACTCAGTGGACATCGCGTCACTCGCCGCGGCGTACGGCGTCGGACACAAAGCGGTGAGCACGACGGCGGAACTCGCCGCGGCCCTGAAGTCGCCGCTGAAGGGTCGCACCATTGTGGAGGTGCGCGTGGATCGGGCGGGCCTCCGCGAGCTCCATGCGAGGATCAAGAACGCCATCTCTGCCGCAGTGGGCCAAGTCCTGGCGGCGGGCTAG MVTFQDSLTSIGAARIAVTALLDGGVRHVVVAPGSRSAPMAYALAEAEAAGRVRLHVRIDERDAGFTALGLALSTEAPVAVVTTSGTAVGNLLPAVMEANHSAVPVIIISADRPEELHGTGANQTTIQLDLFGEHVRFAVDVPAGDHPQKAVATALYAATGALEDTPPGPVQVNLAFRDPLVPADGDSLPATVGHGVFHYDAGPQALDLPAASNQLSERRTVVLAGHDAGPVAEAFARAHGLPLLAEPSSNARFGPNAVGPYRVLLAHFGPDSPTPIERVVLFGRATLSRPVAALLARDSVESAIYQPVPVAWYEAGRRRETPIETLPELAEFAGRGSAEWLDSWLLAGAAAQHGLDGVLSGESLANGPSVGATVWEHSRGQLVLGSSNGIRDVDLAGHPHNDPIATVYANRGLAGIDGTIATATGIALGSGRETTVLLGDVTFLHDAGGLLLGHGEPVPDLRIVVLNDSGGAIFSLLEHGVVEDSGAYGTAVERLFGTPHSVDIASLAAAYGVGHKAVSTTAELAAALKSPLKGRTIVEVRVDRAGLRELHARIKNAISAAVGQVLAAG PGPT0009365_951 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009365-menD-K02551 NA NA D3-18_01171 780 hypothetical protein GTGGGGGTGCGACACCTGTTCGGGTGTCGCACCCCCTTTTTGCGTTCTGCGACTTTTCCGCGCGGACGCACCCTTTGCCGCCCCGCGCACCACACGTTCGCCGGCGTCGCACCCTTTCGCGCCATTCGCACCAGCGGTTACGGGAGCGATCGGCGGCAACAGATGCGAGCAACCCACCACGACTCAGCCATGCGGCACCGCAGCCTCACCCGACAGGCGCACCCTTTGCCGCCCCGCGCACCACACGTTCGCCGGCGTCGCACCCCTTCGCGCCATTCGCACCAGCGCTTACGGGAGCGATCGGCGGCAACAGGTGCGAGCAACCCACCCCAACTCAACCAAGCGGCACCGCACCCTCACCCGACAGGCGCACCCCTTGCCGCCCCGCGCACCACACGTTCGCCAGCACCGCACCCTTTCGCGCCATTCGCACCAGCGCTTACGGGGGCGATCGGCGGCAACAGATGCGAGCAACCCACCCCAACTCAGCCATGCGGCACCGCACCCTCACCCGACGGGCGCACCCTTTGCCGCCCCGCGCACCACACGTTCGCCGGCGTCGCACCCTTTCGCGCCATTCGCACCAGCGCTTACGGGGGCGATCGGCGGCAACAGATGCGAGCAACCCACCCCAACTCAGCCATGCGGCACCGCACCCTCACCCGACAGGCGCACCCTTTGCCGCCCAGCGCACCACACGTTTGCCGGCGTCGCACCCCTTCGCGCCATTCGCACCAGCGGTTACGGGAGCGATCGGCGGCAACAGGTGCGAGGGACTAG MGVRHLFGCRTPFLRSATFPRGRTLCRPAHHTFAGVAPFRAIRTSGYGSDRRQQMRATHHDSAMRHRSLTRQAHPLPPRAPHVRRRRTPSRHSHQRLRERSAATGASNPPQLNQAAPHPHPTGAPLAAPRTTRSPAPHPFAPFAPALTGAIGGNRCEQPTPTQPCGTAPSPDGRTLCRPAHHTFAGVAPFRAIRTSAYGGDRRQQMRATHPNSAMRHRTLTRQAHPLPPSAPHVCRRRTPSRHSHQRLRERSAATGARD NA NA NA NA NA D3-18_01172 795 glnQ_2 Glutamine transport ATP-binding protein GlnQ ATGAATAACTCCACTGGGAGCACGGCCACCGTTCGCGCCGCTGGCGTGAATATCAAGGATCTGCGCAAGTCCTACGGCAGCAATGAGGTCCTCAAAGGCATCTCGCTGACGGTTGAACCGGGCCAGGTCGTTTGCCTGATCGGACCTTCCGGCTCCGGCAAGTCCACTCTCCTTCGCTGCGTCAACCTGCTTGAGCAGCCGAACGCGGGCACCATCAACGTGGGTTCGTTTGAAGCCACCGACCCCGACGTCGACCTCAACAAAATGCGCCAGAGCGTGGGAATGGTGTTCCAGCACTTCAACCTCTTCCCGCACCTCAGCGTCCTGGAAAACTGCACCATCTCCCAGACAAAGGTCCTGAAGCGGTCCAAGTCCGAGGCTTCTGAGGTGGCGCGCCACAACCTGGAACGCGTTGGCTTGGGACACCTCGCCGACCGTTTCCCGGACCAGCTCTCCGGTGGCCAGCAGCAGCGCGTCGCCATTGCGCGTGCACTGTCCATGGACCCGCAACTCATGCTCTTCGATGAGCCCACTTCTGCTCTCGACCCCGAGACCGTGGGCGACGTCCTGGCCGTCATGCGCAAGCTGGCCCAGGAAGGCATGACCATGTTGGTGGTCACTCACGAGATGGGCTTCGCCCGCGAAGTTGCCGACCGCGTGGTCTTCATGGACGCCGGCGTTGTGGTGGAAGAAGGGCCGGCGGAACACGTCATCAGCGCCCCCACCCAGCCCCGCACCAAGGAATTCCTGCGCCGCGTCCTCGACCCCACGCACATTGGAGTTGAGGAAGCCTAA MNNSTGSTATVRAAGVNIKDLRKSYGSNEVLKGISLTVEPGQVVCLIGPSGSGKSTLLRCVNLLEQPNAGTINVGSFEATDPDVDLNKMRQSVGMVFQHFNLFPHLSVLENCTISQTKVLKRSKSEASEVARHNLERVGLGHLADRFPDQLSGGQQQRVAIARALSMDPQLMLFDEPTSALDPETVGDVLAVMRKLAQEGMTMLVVTHEMGFAREVADRVVFMDAGVVVEEGPAEHVISAPTQPRTKEFLRRVLDPTHIGVEEA PGPT0020790_1221 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 D3-18_01173 792 gltK_1 COG0765 Glutamate/aspartate import permease protein GltK ATGGCAATGACTGCACGTCAACGAGCCAAAGTCAGTTTGTACGTCCAGGCCGGAATCTTTGTTGTGGCAGTGGCCGCCGTAATTATTGCCGTGGACTGGAAGACGGTAGGCACCAGCGTCTTCAACTTCGCTAAGATCGGCCCGATGTTCCCGGATATCTTCCTGGTGGGCCTCAAGAACACCCTCATCTACACGGCCCTCGGCTTTATTGTGGGCCTGTCCGGCGGCCTGCTGCTCGCCCTGATGAAGCTCTCGTCCTTCCCGCTGTACCGCTGGCTCGCCACCGGTTACATCGAGTTCTTCCGCGGCGTTCCGGCCCTGCTGGTCTTCATCGCGTTCGGCTACGGCGTTCCCCTGGCCTTCGGAATCCAGTGGGACGTCAACATCATCGTGATGGTGTCGCTGGGTATGGTCGCTGCGGCGTACATCGCTGAAACCCTGCGCGCCGGCCTTCAGGCGGTGCCCAAGGGCCAGATGGAAGCCGCCCGTTCGCTGGGCATGCCGCACTGGCGGGCGATGGTTTCCATCGTCATCCCCCAGGCGTTCAAGATCGTCCTTCCGCCGCTGACCAACGAGATCATCCTGCTTACCAAGGACTCCTCCCTGATCTACGTCCTGGGCCTCACCGCCTCCCAGTACGAGCTCACCAAGTTTGGCCGCGACGGCATCTCCAGCCTCGGTGCCGGCCTCACGCCGCTGCTTGTGGCGGGTGCCTTCTACCTGGTCATCACCATCCCCTTGAGCCTCCTGGCACGGAAGTTCGAAAGCCGCTCCGCGCGGACCAAGCGATAG MAMTARQRAKVSLYVQAGIFVVAVAAVIIAVDWKTVGTSVFNFAKIGPMFPDIFLVGLKNTLIYTALGFIVGLSGGLLLALMKLSSFPLYRWLATGYIEFFRGVPALLVFIAFGYGVPLAFGIQWDVNIIVMVSLGMVAAAYIAETLRAGLQAVPKGQMEAARSLGMPHWRAMVSIVIPQAFKIVLPPLTNEIILLTKDSSLIYVLGLTASQYELTKFGRDGISSLGAGLTPLLVAGAFYLVITIPLSLLARKFESRSARTKR PGPT0020795_3382 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 D3-18_01174 798 fliY COG0834 L-cystine-binding protein FliY ATGCAGATCTCCCGTTCGGTTCTGTCCGGCACCAAGATTGCCGCCGTCCTGGCAGCCGGCGCCCTTGCCCTGACCGCCTGTGGTGGTTCCTCCACCCCCGCCGCCTCCTCAGAGTCGGGCCTCAAGCTCATCAACGCCGGCAAGCTCACGGTCTGCTCGGACGTTCCCTACGAGCCCTTCGAATTCCAGAAGGACGGCAAGATCGTCGGCTTCGACATGGACATCGCCGCGGAGCTCGCAAAGGACGTCAAGGCCGAGCTCAACGTGGTGGACAGCTCCTTCGAAGCGATCGAGACCGGCACCGCACTGACCGGTTGCGACGTCTCCATCTCCTCGATCTCCATCACCGACGTCCGCAAGAACGTCATGGACTTCTCCACCCCTTACCTGGACGACGACCTGACCCTCGTGGCCACGTCCGCCTCCGGCATCGAGAACCTCGACGGCGCAAAGGGCAAGAAGGTGGGCGTCCAGCAGGCCACCACCGGAGCCCAGTACGCCAAGGACAAGGGAATCGACGCCCAGCAGTTCGAAGACTCCGGCCTCCTGGTCCAGGCCCTCAAGGCCGGCACCATCGACGCCGCCGTCGGCAACCAGTCCGTCCTCGGCTACGCCATCAAGGACGATTCCAACCTCAAGCGCGTTGAAGACTACGCAACGGGCGAGAAGCTGGGCATCTCCATCAAGAAGGGCAACACCGCCATGACGGATGCCGTGAACGCCACGCTGAAGCGCATCACCGACGACGGCACCCTGAAGAAGTTCGAGACCACCTGGTTCGGCGAAGCCACCAAGTAG MQISRSVLSGTKIAAVLAAGALALTACGGSSTPAASSESGLKLINAGKLTVCSDVPYEPFEFQKDGKIVGFDMDIAAELAKDVKAELNVVDSSFEAIETGTALTGCDVSISSISITDVRKNVMDFSTPYLDDDLTLVATSASGIENLDGAKGKKVGVQQATTGAQYAKDKGIDAQQFEDSGLLVQALKAGTIDAAVGNQSVLGYAIKDDSNLKRVEDYATGEKLGISIKKGNTAMTDAVNATLKRITDDGTLKKFETTWFGEATK PGPT0020800_10403 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 D3-18_01175 1371 menF_2 Isochorismate synthase MenF ATGACGAGCACGCTCCGTACCTTGACAGTCCCCCTCGATGTTGAATCATCCTCCGGGGGGCTGCCGTCGTTTCTGGTGCGGGACGACGTCCTTTGCTGGTCGCGCCGCGAGGCCGGCCTGGTGGGCTATGGCGAGCTGACGCGCTTCAATGCCACCGGCCCCGACAGATTCCTTGAGGCCGATATCTGGTGGCGGCACCTCATTCTTGAGGCGGAGATCACGGATCACGTGGAGATCCCGGGCACTGGTCCGGTGGCTTTCGGCTCGTTCGCCTTCTCCAAGACCTCCCCGCACGTTTCCCGCTTGATCCTTCCCGAGCTGGTGATTGGCATTCGCGACGGCCGCGCCTGGGCCACCCAGTTAACGTTCGACGACGGCCCCCTCACCGAAGCGGGCGTCCGCGCTTCCGTGGAGCGTTGGCTCACTGAGCCGGAGCCAAACGGCGACGGTTCAGCGGCAGGAGGATCCGACGTCGGGCTCTCACCGGAGGCTGTTGCTGCGGACGGTTCCGCTGGTCACCTCAGCCGCGGTTCCCTCAGCCGCGGTTCCCTGAGTGAGGCCGCTTGGATGCAGGCCGTTTCCAACGGCGTGGAGGAAATCCGCGCCGGGAAACTGGAGAAGCTCGTGTTGGCGCGCGACGTCGTGGCCAGCCTCCCTGAGGGAGTCAACGCTGCAGAGGTGCTTCGCCAACTCGCCGCAAGGTACCGGGAATGCTGGACGTACGGCGTGGACGGACTGGTAGGTGCTACGCCGGAGATGCTGATTCAGGTGGAGGGCCGCACTGCACAGGCCCGCGTGCTGGCAGGAACCCTGGATCGCCGGGATGCCGACGGCATGGACGGCTCCCCCATGGAATACGCGGAACGGGTTTTGGCCGGTTCCGACAAGCAGCGGCATGAACACGAGATCGCCATCGATTCGCTGACACGGCAGCTGGCTCCTTTCTCGGAGGCGATGAATTCCCACAGCGAACCGTTCATTCTGGAGCTGCCCAATGTGTGGCATTTGGCCTCGGACGTGAAGGCTGAGCTGGCGGATATCGAGGGACACGTCCCCACCTGCCTGGCCCTGATCAACGCTTTGCACCCCACCGCGGCGGTCTGCGGAACGCCCACGCTCATAGCTGGTGCGCTGATCCGCAAACTTGAACATTTGGATCGCGGCCCGTACGCCGGACCAGTGGGTTGGCTCGACGCTGCAGGGAACGGTGAATGGGGTATTGCGCTCCGCGGCGCGGTCATCGAAGATGCGAACACGGTGCGCCTGTACGCGGGTTGCGGCATCGTTGAGGGCTCCCAGCCGGAGGCAGAACTGGCCGAAACGTGGGCTAAGTTCCGGCCAATGCTTGAAGCGCTGGGTATCAAGCGCTGA MTSTLRTLTVPLDVESSSGGLPSFLVRDDVLCWSRREAGLVGYGELTRFNATGPDRFLEADIWWRHLILEAEITDHVEIPGTGPVAFGSFAFSKTSPHVSRLILPELVIGIRDGRAWATQLTFDDGPLTEAGVRASVERWLTEPEPNGDGSAAGGSDVGLSPEAVAADGSAGHLSRGSLSRGSLSEAAWMQAVSNGVEEIRAGKLEKLVLARDVVASLPEGVNAAEVLRQLAARYRECWTYGVDGLVGATPEMLIQVEGRTAQARVLAGTLDRRDADGMDGSPMEYAERVLAGSDKQRHEHEIAIDSLTRQLAPFSEAMNSHSEPFILELPNVWHLASDVKAELADIEGHVPTCLALINALHPTAAVCGTPTLIAGALIRKLEHLDRGPYAGPVGWLDAAGNGEWGIALRGAVIEDANTVRLYAGCGIVEGSQPEAELAETWAKFRPMLEALGIKR PGPT0009360_676 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009360-menF-K02552 NA NA D3-18_01176 762 menG COG2226 Demethylmenaquinone methyltransferase GTGAACCGAGCATCCTTGGAAAAGCGTCCGGACGAAGTTGCGACGATGTTTGATGATGTCGCCCCAAAATACGACGTCGTCAATGATGTCCTGTCCATGGGACAGACGCGGCGTTGGCGGCGGATCGTGGTTGACGCCATGGATGTGAAGGTAGGCCAGAAGGTCCTTGACCTCGCTGCCGGCACAGGAACTTCCAGCGAACCCTACGCCGATGCAGGCGTGGACGTAGTGGCCTGCGACTTCTCCCTGGGCATGCTCAAAGTGGGCAAGCGCCGCCGCCCGGACATCGACTTCATCGCCGGTGACGCCACCAACTTGCCGTTCGCTGACAACAGCTTCGATGCTTCCACCATTTCTTTCGGCCTTCGCAACGTGGTGGAACCACGCAAGGCCCTCGAGGAAATGCTGCGCGTCACCAAGCCCGGCGGCCGCCTGGTCATCGCCGAGTTCTCCCATCCCGTGGTTCCGTTGTGGCGCAACCTCTACACCGAGTACCTGATGCGTGCACTCCCGGCCATCGCCACCAAGGTCTCCTCCAACCCGGACGCCTACGTGTACCTCGCCGAGTCCATTCGGGCCTGGCCGGACCAGGACCACTTGGCCCAGTGGCTCAGTGACGCCGGCTGGACGGACATCACGTACCGCAACCTCAGCGGCGGCATCGTTGCTGTCCACCGTGCACAGAAGCCCGGCGAGCACCGCGAAAGTGTTCCCGTGGCCAAGCTTCGCCGCCAGATCAAGCCGCGCCACCAAGCCGGCTAA MNRASLEKRPDEVATMFDDVAPKYDVVNDVLSMGQTRRWRRIVVDAMDVKVGQKVLDLAAGTGTSSEPYADAGVDVVACDFSLGMLKVGKRRRPDIDFIAGDATNLPFADNSFDASTISFGLRNVVEPRKALEEMLRVTKPGGRLVIAEFSHPVVPLWRNLYTEYLMRALPAIATKVSSNPDAYVYLAESIRAWPDQDHLAQWLSDAGWTDITYRNLSGGIVAVHRAQKPGEHRESVPVAKLRRQIKPRHQAG PGPT0009535_890 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-UBIQUINONE|COENZYME_Q_PATHWAY,PGPT0009535-ubiE-K03183 NA NA D3-18_01177 1344 menJ COG0644 Menaquinone reductase GTGAAAGTACTGATTGTTGGCGCGGGCCCGGCCGGGTCCACTGCCGCGTATTACCTCGCCCAGCAGGGCATCGATGTCACGGTGCTGGAAAAGACTTCCTTTCCCCGTGAAAAGGTGTGCGGCGACGGCCTGACTCCGCGTGCCGTCCGTGAGATCCAGAAGCTCGGACTGCCCCACGCGGTCTCCGAAGGGTGGAGGCGCAACAAGGGCCTCCGTCTTATTGCCGGTGGTCGCACCATTGAACTTCCCTGGCCCGAGGTAGCTGACTTTCCCACGTACGGCCTGATCAGGACCCGCCTCGGTTTCGACGAGGACCTGGCCCGTCACGCCCAGTCCGTTGGCGCCGTCGTTCTTGAACGCCACAGCGTCACCTCCGCGTTGACGGCTGAAGATGGCCGCGTCATTGGCGCCCGGGCTTCCATCCTGGACGAGTCCGGACGCAAGACGGGCGAAACGCGCGACTTCCACGCCGACGTCGTCCTCGCCGCTGACGGCAACTCGACGCGAACCGCGGTGTCGCTGGGAATGCACAAGCGTGACGACCGTCCGCTGGGCGTCGCGGTGCGCACCTACTTCACCTCGCCAAGACACGACGACGACTGGATGGAAGGCTGGCTGGAGCTTCCCGGGAAATCCGGTAAGCCGCTGCCCGGGTACGGCTGGGTGTTCGGTGTTGGCGACGGCACGTCCAACGTGGGCCTCGGCATCCTGAACTCGTCCAAGGAATTCGGCAAGCTCGACTACAAGCAGGTACTCCGCGAATGGACCGCCGGCATGCCCTCCGAGTGGGGCTTCACGCCGGAAAACCAGGTAGGGGAGATCCGCGGCGCCGCGCTGCCCATGGGCTTCAACCGCACACCGCACTACTCACCCGGGCTGCTGCTGCTGGGCGACGCCGGCGGCATGGTGTCCCCGTTCAACGGCGAGGGCATTTCCTACGCGATGGAATCGGCCCGGTTCGCGGCGGAGTTTTTGATTGACGCTTCTTCGCGCTCGGCTTCTGCCGGTTGGTCCACGCACGACGCCGATGCCCACCTTTCGCGGTACGCGGACTATGTACGGGACCAGTGGGGATCGCACTTCACGCTGGGCCGGATGTTTGCGTCCTTGATCGGGAAGCCTGCCGTGATGAAGCTTGCACTGCGCACAGGCATGCCAATTCCTGTGCTCATGCGATTCGTGGTGCGAATGCTCGCGAACCTCACGGATCCGTCCGCGAAGGGCTTCGAAGACCGCGTGATCCGGGTCCTCGAGATGCTGGTTCCGGCTACGTCCAACACTTCCTCTGCCAGCGCCCTTACGCCGGCAGGCACCGACTCCGCGGTTTCCGCAACAACTAGTTAG MKVLIVGAGPAGSTAAYYLAQQGIDVTVLEKTSFPREKVCGDGLTPRAVREIQKLGLPHAVSEGWRRNKGLRLIAGGRTIELPWPEVADFPTYGLIRTRLGFDEDLARHAQSVGAVVLERHSVTSALTAEDGRVIGARASILDESGRKTGETRDFHADVVLAADGNSTRTAVSLGMHKRDDRPLGVAVRTYFTSPRHDDDWMEGWLELPGKSGKPLPGYGWVFGVGDGTSNVGLGILNSSKEFGKLDYKQVLREWTAGMPSEWGFTPENQVGEIRGAALPMGFNRTPHYSPGLLLLGDAGGMVSPFNGEGISYAMESARFAAEFLIDASSRSASAGWSTHDADAHLSRYADYVRDQWGSHFTLGRMFASLIGKPAVMKLALRTGMPIPVLMRFVVRMLANLTDPSAKGFEDRVIRVLEMLVPATSNTSSASALTPAGTDSAVSATTS NA NA NA NA NA D3-18_01178 1104 hepT COG0142 Heptaprenyl diphosphate synthase component 2 GTGACGAACTCTGCCGAACACAGCTGGACGCATGCCGGGCACGGCTTGCCGCAGGCTGTTGAGCCTGCACCCAACACCACCGCGATCGCAACAGGGCTCCAGCTGCCCGCCGGATTCGCCGCCATTGCGGGCGACGCCGAGCTCGGCCCTGCCATCACCACCAACCTCGCCCGGGTGGAGAAGAAGCTTCGCGAAGCCATTTCCAACTCGGACCCCTTGGCTGACGCGACGTCGCGTCACCTGGTGGAAGCCGGCGGCAAGCGCATCCGGCCGCTGCTCACTCTTCTGTGTGCCCACCTCGGCGATGCTTCACGTCCCGAGGTGGTCCAGGCCGCTGTTGTGGTGGAACTGACGCACCTTGCCACGCTCTACCACGACGACGTGATGGACTCAGCTCCCTTCCGCCGCGGTGCTCCCACCGCCCACGAAGTATGGGGCAACTCGGTGGCCATCCTTACTGGCGACCTCATCTTCGCCCGCGCTTCCATCCTGGTGTCTGAGCTCGGTTCGCGTGCCCTTGGCATCCAGGCCCGCACGTTTGAGCGCTTGTGCCTTGGCCAGCTGCACGAAACGGTGGGCCCGCGTGAGGACGAAGATCCCGTAGAGCACTACCTGTCCGTCATTGCTGACAAGACCGGCTCACTGGTTGCAGCGTCCGGCCAGCTCGGCGCGATCTTCGCCGGTGCCGACGAGTCCTTCGAGGACCTGCTGGTGGAGTACGGCGAGAAGGTCGGCGTCGCCTTCCAGCTGGCCGACGACGTCATCGATGTCACCGGTGTGAAGGTCAAGTCCGGCAAGTCCCCGGGCACCGATCTCCGTGAAGGTGTTCCCACGTTGCCTGTCCTGCTGCTTCGCCGTGATGCTGCCGCCGGTGATGCCTCAGCCAGTGCACTGCTGGAACTTGTGGACGGCGACTTGTCCTCCGACTCGGCTCTGGCTGAGGTTGTTGCCGGCCTGCGCGAGCATCCTGTCACCGAGGAGTCCTGGAAGATCGCCCGCCAGTGGTCCGCCGAGGCAGTTGCCGCCCTGGCCCCGCTGCCCGAAGGCGTCGTGAAGGCCTCGCTGACCAACTTCGCCCACGCAGTGGTGGACCGCAGCAGCTAG MTNSAEHSWTHAGHGLPQAVEPAPNTTAIATGLQLPAGFAAIAGDAELGPAITTNLARVEKKLREAISNSDPLADATSRHLVEAGGKRIRPLLTLLCAHLGDASRPEVVQAAVVVELTHLATLYHDDVMDSAPFRRGAPTAHEVWGNSVAILTGDLIFARASILVSELGSRALGIQARTFERLCLGQLHETVGPREDEDPVEHYLSVIADKTGSLVAASGQLGAIFAGADESFEDLLVEYGEKVGVAFQLADDVIDVTGVKVKSGKSPGTDLREGVPTLPVLLLRRDAAAGDASASALLELVDGDLSSDSALAEVVAGLREHPVTEESWKIARQWSAEAVAALAPLPEGVVKASLTNFAHAVVDRSS NA NA NA NA NA D3-18_01179 870 hypothetical protein ATGGACATCGACAATTTCCTCCGAAGCCGACGTGGAGTAGCAACCACGTCCACCCTGATGACTGCCGGCTTTACTCGCCGCATGCTCGCAAAGGCAGTGAGGGACGGAGTAGTCAATCGCCTTCATCGCGGCGTCTACACGTCCCGGGCATCAGACCCCGACGTCGTTGCAGCCTTTCGAGCCGATGGCTTACTTACCTGCATCTCGGCAGCGCGCTTCTATGGTCTGTGGACCCTGCGAGGCGTAGACGCTCTCCATCTCAGCTGTAGCACGGGACAAGCGAGACGGGGCGTAGTCCACCACGGAGCCTGCCTGCATCCAGTTCATTCGTATCTACCTATAGCGGGGGTGGCCGATGTCCTGATCCACGCCCTCCGATGTTTGCCTGAACTGGAAGCGCTCGTCATGGTGCAGAGCGCGGTCAGCTTGGCGCTCCTTTCCCAGGATTTCCTGAAATCAAGGCTTCCGGGCAACAGGAATGGCAGGGTTCGGGAAACCTTGGACTTGGTTCTGCCTCGGGCCGACTCACTCTTGGAAGTACTCGCGCACACCCACTTCATCAGGGCAGGTCTTAAGGTCCAGATGCACGTGGACGTCCCGGGGGTAGGGGAGGTGGACTGCTTGGTTAACGAATGCCTGATCGTTGAACTCGACGGCGGCACGCACCTTGAGGGAAACCAGGTCAAGAAGGATCAGTATAGGAACAACGCAGGCATGCGCAGAGGGCTATTGACCCTCCACTACTACTACGTCGACGTCGTTCATCACCCGGAGAGGATGGTCGCCGAAGTCATAGCGGTTCTGCGCAATAGGGAAGTTGGCCGCTACGCGCCGGCGAGGTACGCGCCCGAATGGGTTCCGCCGTCGTGA MDIDNFLRSRRGVATTSTLMTAGFTRRMLAKAVRDGVVNRLHRGVYTSRASDPDVVAAFRADGLLTCISAARFYGLWTLRGVDALHLSCSTGQARRGVVHHGACLHPVHSYLPIAGVADVLIHALRCLPELEALVMVQSAVSLALLSQDFLKSRLPGNRNGRVRETLDLVLPRADSLLEVLAHTHFIRAGLKVQMHVDVPGVGEVDCLVNECLIVELDGGTHLEGNQVKKDQYRNNAGMRRGLLTLHYYYVDVVHHPERMVAEVIAVLRNREVGRYAPARYAPEWVPPS NA NA NA NA NA D3-18_01180 426 hypothetical protein ATGACTGACATGTTCCTCGAGAAGTTCCGCGCGCTGGTCCCAAAGTATCTCGAGGATGAATGGCAGGAAGAAGACGGCCTTACGCCGGCCGAACTGGACGACGCCCTCGCCGATCACTCCTTCACCATCCCGCTGGTTCTGCGCGAGTTCTACCTCGCAATCGGCGGCTGCGAGGACCTCATGGAGGCCTACCACTACTTCTGGGACCCCGAGGAACTCGAAGTGGACGACGAAGGCTTCCTTATGTTCCTTGAGGATGAGGAAGAACAGTTCACCTGGGGCTTCCGCACCGCCGACCTCAGCATCCCGGACCCCATCGTCTGGCGCCGCAACAACGCCCGCGGCCAGTGGAAGAGCGAAGAGGGCACGTTCTCCGAGTTCGTGTTCGACATGTTCGAGTGGGCATTCAACGACGACGAAGACTAA MTDMFLEKFRALVPKYLEDEWQEEDGLTPAELDDALADHSFTIPLVLREFYLAIGGCEDLMEAYHYFWDPEELEVDDEGFLMFLEDEEEQFTWGFRTADLSIPDPIVWRRNNARGQWKSEEGTFSEFVFDMFEWAFNDDED NA NA NA NA NA D3-18_01181 702 hypothetical protein GTGAAGCACTTTAAGAAAGAACCAGTCCACTTGATTTCGTTTGACATTGTTCTTCTTTGGCTGGACCTCATCGGCGTGTTCTTTTTTGCTGTGTCGGGCTCGTTGTTGGCCGCCCGGAAGCAGTTCGACTTTGTTGGTTCGGTGCTGCTTGCTTCCATCGCGGCGCTGGGCGGCGGGGTGATCCGAGACATCGTGATCAACGCCGGCCCCCCGATCGCCTTCACGAATCCTGCCTACCTGGCCCCGCCCGTGCTGGCTGCCCTGCTGGTTTACTACCTTTTCTCGTCAGTGCAGCGCTTCACTTCCCTTTTGACGCTGTTCGACGCCGGCGGCTTGGCGTTGTTTTGCATCACCGGCACGCTGAAGGCCATCAGCGCGGGCATGAACCCGGTGGCTGCGATCCTCCTGGGCGTCACCACGGGAGTGGGCGGCGGTCTGCTCCGTGACATCACCGCCAACGAAGTCCCCACCCTGTTCAACAATCGCGATATCTATGCGCTGCCTGCCTTCGTTGGTGCGGGACTCACCACGCTTTTGTGGCACCTTGGCCTGTTCAGCGGGCTTACGGCCTGTGTCATTGCCGGTGTTGTTTTCGCCTTCCGGGTGACTGCTTGGCGCCGCGGCTGGTATGTGCCCCTGGCTGTGCGTGGGTGGCACCGCGCCGGCACCGGTGGGGGCGCAATTTCGGGTGCCCGGGATTAG MKHFKKEPVHLISFDIVLLWLDLIGVFFFAVSGSLLAARKQFDFVGSVLLASIAALGGGVIRDIVINAGPPIAFTNPAYLAPPVLAALLVYYLFSSVQRFTSLLTLFDAGGLALFCITGTLKAISAGMNPVAAILLGVTTGVGGGLLRDITANEVPTLFNNRDIYALPAFVGAGLTTLLWHLGLFSGLTACVIAGVVFAFRVTAWRRGWYVPLAVRGWHRAGTGGGAISGARD NA NA NA NA NA D3-18_01182 705 sirB COG2138 Sirohydrochlorin ferrochelatase ATGAACAGCCCCGTTTTGATCGCTTGCGCCCATGGAACCCGCAACGCCGAAGGCCAGGCTGCCATCCGCCGCGTGATGGCAGAAATCGAAGCTCTCCGCCCCGGCTTGCGCGTTGTTGAGGCGTACGTTGACGTTCAGGAACCCGAGTTGGGCGGCGTGGTGGAGGGCCTGCCTCAGGGGACTGCCGCCGTCGTCGTACCGCTTTTGCTCTCTACCGGCTTCCACATCAAGGTGGACGTGCCCAAAGCCATCAAGAGCCGGCCCGAGGTAGTGGCGGCCAGGCCGTTGGGTCCGGATCCGCGGCTGGCTGAGCTGCTGGCCACCCACCTGCGTGCAGCCGGGCTGCAGGAGAACGACGGCGTGCTGCTGGCTGCCGCGGGATCGTCCCTTCCGGACGGCTCGGTTGACTCGGAAGAGCAGGCGCGACTCCTCGGCGAGTTGCTGCCCAACAAGGTGCGCGTCGCCTATGGCGCCAGTGCCCAGCCAACAGTGCCCGACGGCGTCGCCTCCTTGCGCGAAGAACTCGCCGCCGACGGTGGGACAGGCAGGGTCTTCATAGCTTCGTACCTGCTGGCAACCGGCTATTTCCATGACCAGTTGGCGAAGGCGGGCGCGGACATTGTTGCGGCTCCGTTGCTGCCGTCGAAGGTGCTCGCCGAGATCGCGCTGGAAAGATACGACGCAGTGTTGGAAAGGCTCTCCTAA MNSPVLIACAHGTRNAEGQAAIRRVMAEIEALRPGLRVVEAYVDVQEPELGGVVEGLPQGTAAVVVPLLLSTGFHIKVDVPKAIKSRPEVVAARPLGPDPRLAELLATHLRAAGLQENDGVLLAAAGSSLPDGSVDSEEQARLLGELLPNKVRVAYGASAQPTVPDGVASLREELAADGGTGRVFIASYLLATGYFHDQLAKAGADIVAAPLLPSKVLAEIALERYDAVLERLS PGPT0003690_20 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003690-cysG-K02302 NA NA D3-18_01183 1743 sir COG0155 Sulfite reductase [ferredoxin] ATGACAGATACAGCTGTAGCCGGTGCGTCCTCGGACACCGCAGTCCCCTCGCGTCCGGCACGCACCCGCCCTGCCGCCAAGCCCCACGGCCAGTGGAAGGTTGACGGCACCGCTCCACTGAACGCCAACGAAACCTGGAAGCAGGAAGACAACGGGCTGAACGTCCGTGAGCGGATTGAGTCTGTCTACTCCAAAGAGGGCTTCGATTCGATCGACGGAACGGACCTTCACGGCCGCTTCCGCTGGTGGGGCCTCTACACGCAGCGCAAGCCCGGGATCGACGGCGGCAAGACGGCAACGCTTGAACCGCACGAGCTCGAAGACAAGTACTTCATGCTGCGCGTGCGCATCGACGGCGGTGCGCTGACCACCGAGCAGCTTCGCGTCATCGGCCAGATTTCCGTGGACTTCGCCCGCGGCTCGGCTGACCTCACGGACCGCCAAAACATCCAGCTGCACTGGATCCGCGTTGAGGATGTGCCGGAGATCTGGCGCCGCCTCGAAGGCATTGGCCTGTCCACCACTGAAGCTTGCGGCGACGTTCCCCGCGTCATCCTCGGCTCCCCGGTTGCGGGCATCGCCAAGGACGAGATCATCGATCCCACTCCGCTGATCCACGAGCTCGCCGAGCGTTTCATCGGCGATCCCGAGCTGGCCAACCTGCCGCGCAAGTACAAGACGGCTATCACGGGCCACCCGTCCCAGGACGTGGTGCACGAGATCAACGACTTCGCCCTGGTGGGCGTCGTCCACCCCGAACTCGGCGTGGGCTACGACCTCTGGGTTGGTGGTGGCTTGTCCACCAACCCGCGCCTGGCCGAACGCCTGGGCGTGTTCGTCTCCGCTGACGTGGCCGCTGAAGTATGGCTCGGCGTCACCAGCATCTTCCGCGACTACGGTTACCGCCGCATGCGCACCAAGGCCCGCCTGAAGTTCCTCATGAACGACTGGGGTCCGGCCAAGTTCCGCCAGATCCTGGAGGACGAGTACCTCGGCTTCAAGCTTCCCGACGGACCTGCCGCTCCCAAGCCCACAGCTCCCGGCGACCACATCGGCGTTCACGAGCAGAAGGACGGCAAGTTCTTCATCGGCGTGACCCCCACTGTGGGCCGCACGTCCGGCGAGGCACTTGTCACGCTGGCGGACACCTTGGAGAAGCACGGCAGTTACCGGCTCCGCACTACTCCTCACCAGAAGCTGGTCATCCTGGACGTGGCCAAGGAGCAGGTTGAGCCGCTCATCGCCGAACTGGACACTTTGGGCCTCTCGGCTCGTCCCTCCGTGTTCCGTCGCGGCACCATCGCTTGCACGGGCATCGAGTTCTGCAAGCTGGCCATCGTCGAAACCAAGGTCACGGCAGCTACGGCCATCGCTGAGCTGGAGCGCCGCCTGGCCGACCTCGTGGAAACAAAGCAGCTGCCCTCCGCACTGTCCCTCCACATCAACGGCTGCCCGAACTCCTGCGCCCGTATCCAGACGGCCGATATCGGCCTGAAGGGCATGATGTTGCCAACGCCCGACGGCGACCCCACCCCGGGTTTCCAGGTCCACCTCGGTGGCGGGCTGGCTAACAACGAGCGCGAGGAAGCCGGTTTGGGACGTACCGTCCGCGGCCTCAAGGTCACGGTGGAAGACCTGCCCGATTACGTGGAGCGTGTGGTCCGTAAATTCGTCGCCGTGGGCGCCGAGGGCCAGACTTTCGCGGAGTGGGCACACTCGGCAGATGAAGGAGATCTCCAATGA MTDTAVAGASSDTAVPSRPARTRPAAKPHGQWKVDGTAPLNANETWKQEDNGLNVRERIESVYSKEGFDSIDGTDLHGRFRWWGLYTQRKPGIDGGKTATLEPHELEDKYFMLRVRIDGGALTTEQLRVIGQISVDFARGSADLTDRQNIQLHWIRVEDVPEIWRRLEGIGLSTTEACGDVPRVILGSPVAGIAKDEIIDPTPLIHELAERFIGDPELANLPRKYKTAITGHPSQDVVHEINDFALVGVVHPELGVGYDLWVGGGLSTNPRLAERLGVFVSADVAAEVWLGVTSIFRDYGYRRMRTKARLKFLMNDWGPAKFRQILEDEYLGFKLPDGPAAPKPTAPGDHIGVHEQKDGKFFIGVTPTVGRTSGEALVTLADTLEKHGSYRLRTTPHQKLVILDVAKEQVEPLIAELDTLGLSARPSVFRRGTIACTGIEFCKLAIVETKVTAATAIAELERRLADLVETKQLPSALSLHINGCPNSCARIQTADIGLKGMMLPTPDGDPTPGFQVHLGGGLANNEREEAGLGRTVRGLKVTVEDLPDYVERVVRKFVAVGAEGQTFAEWAHSADEGDLQ PGPT0002825_594 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002825-sir-K00392 NA NA D3-18_01184 753 cysH COG0175 putative phosphoadenosine phosphosulfate reductase ATGACAGATCCCGTCACCATAACCAACCTCGCCAGCGCAGCAGCCCGCCCGGCACTGCGTTCCCATGAAGAGCTCAAGGCCCTGGCCGAACAAGGCGCTGCTGAGCTCGGCTGGAACGCCCCCGCCCGCGATGTCATCGCCTGGGTAGCCCGGAACTTCGAGCTGCCCACGGTGACGGTGGCCTGCTCCATGGCCGACGCCGTCCTGCCGGCTTTGGTCGCGGACCAGCTTCCCGGCGTCGACGTCTTGTTCCTGGAGACCGGCTACCACTTCAAGGAAACGTACGAGACCCGCGACGAAGTCGCAGCGAACCTACGCGTCAATGTGGTGGATGTCCTTCCGGAGAACACCGTGGAACAGCAGGACCGCCTGCTGGGCAAGGACCTGTTCGCCCGCGACCCCGCACAGTGCTGCGCGCTGCGCAAGGTCCAGCCGCTGCGCCGCTCTCTTGCCGGTTATGAGGTGTGGTTCACCGGTGTCCGCCGCGACGAAGGACCCACCCGGACCAACACGCCCGTGGTCACTTGGGACGAGGGCTTTGGCCTGGTCAAGGTGAACCCCATGGTCGACTGGACCTTCGATCAGCTGATCGAGTACTCCGAGGACAACATCCTTCCCGTCAACCCCCTCCTGAGCCAGGGCTACCCGTCCATCGGCTGCCAGCCCTGCACCCGCAAGGTGGCCCCGGGCGAAGACCCCCGCGCCGGCCGCTGGGCAGGATCCGACAAGACAGAATGCGGACTACACACATGA MTDPVTITNLASAAARPALRSHEELKALAEQGAAELGWNAPARDVIAWVARNFELPTVTVACSMADAVLPALVADQLPGVDVLFLETGYHFKETYETRDEVAANLRVNVVDVLPENTVEQQDRLLGKDLFARDPAQCCALRKVQPLRRSLAGYEVWFTGVRRDEGPTRTNTPVVTWDEGFGLVKVNPMVDWTFDQLIEYSEDNILPVNPLLSQGYPSIGCQPCTRKVAPGEDPRAGRWAGSDKTECGLHT PGPT0002785_1312 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002785-cysH-K00390 NA NA D3-18_01185 1047 cysD COG0175 Sulfate adenylyltransferase subunit 2 ATGAGCACCTACACAACGTCAACGGACGCCTACGCAGCAGATGCCGCCCCCGCCCCTTCGCTGGACGACAATGCTGCAAGCAGCATTGCGTCCAGCTTCGACAGGCCCGATGCCACTCCCGGGGCGGCATCTGCTGCTTCGGCTCTGCGTCCGGCTCGCCTGAGCTCACTGGACACCCTCGAGTCCGAAGCGATTCATATTATCCGCGAGGTTGTTGCCGAGTTCGAGAAGCCTGCACTGCTGTTTTCCGGCGGCAAGGACTCTGTGGTCATGCTGCACCTGGCCACCAAAGCGTTCTGGCCGGGCAAGGTTCCCTTCCCCGTCCTGCACGTGGACACGGGCCACAACTTCCCGGAGGTCATCGACTTCCGCGACCGCACGGTTGAACGCCTCGGCCTGAAACTGGTTGTCGGCTCGGTGCAGGAGTTCATCGACCGCGGCGAATTGGCCGAGCGTGCCGACGGTACCCGCAACCCGCTGCAGACCGTCCCGCTTTTGGACGCGATCCAGCGCAACAAGTTCGACGCCGTATTTGGCGGCGGCCGCCGCGATGAGGACAAGGCCCGCGCCAAGGAGCGCATCCTGAGCCTCCGTGACGAGTTCGGCCAGTGGGATCCGCGCAACCAGCGCCCCGAGTTGTGGAACCTGTACAACGGCCGCCACACGGTAGGCCAGCACGTCCGTGCGTTCCCCATCAGCAACTGGACCGAGCTGGACATCTGGCGCTACATCGAGCGCGAGAACATCGAGCTCCCTGGCCTTTACTACGCCCACGAGCGCGAAGTCTTCGCCCGTGACGGCATGTGGCGTGCGGTTGGCGAGGTTTCCCAGCCGCTGCCCAACGAGGACGTCATCACCAAGCTGGTGCGCTACCGCACGGTAGGCGACATGTCCTGCACCGGTGCTGTGGAATCTGATGCCCGCACCGTGGCCGACGTCGTTGTTGAAGTCGCTGCCTCCACCCTGACCGAACGTGGCGCCACCCGAGCAGATGACCGCATCTCCGAGGCCGCCATGGAAGACCGCAAGAAGGACGGCTACTTCTAA MSTYTTSTDAYAADAAPAPSLDDNAASSIASSFDRPDATPGAASAASALRPARLSSLDTLESEAIHIIREVVAEFEKPALLFSGGKDSVVMLHLATKAFWPGKVPFPVLHVDTGHNFPEVIDFRDRTVERLGLKLVVGSVQEFIDRGELAERADGTRNPLQTVPLLDAIQRNKFDAVFGGGRRDEDKARAKERILSLRDEFGQWDPRNQRPELWNLYNGRHTVGQHVRAFPISNWTELDIWRYIERENIELPGLYYAHEREVFARDGMWRAVGEVSQPLPNEDVITKLVRYRTVGDMSCTGAVESDARTVADVVVEVAASTLTERGATRADDRISEAAMEDRKKDGYF PGPT0002405_109 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0002405-cysD-K00957 NA NA D3-18_01186 1404 cysNC COG0529 Bifunctional enzyme CysN/CysC ATGAGCACCGAGACATTGGCTGCCGGGCTGGAAACAGCCCTGCCCACAACCCTGTTCCGCTTCGCCACCGCCGGGTCGGTGGACGACGGAAAGTCCACTTTGGTGGGCCGCCTCCTTCACGATTCCAAGGCGATTCTTGCTGACACGCTCGACGCCGTTGCCCGCACCTCAGCGGACCGCGGCTTCGGCGGCGAAAAGGGCGGGATCGACCTCGCCCTCCTGACCGACGGCCTCCGGGCCGAGCGTGAACAAGGCATCACCATCGATGTGGCTTACCGTTACTTCGCTACGGACCGCCGGAGCTTTATCCTGGCGGACTGCCCCGGCCACGTTCAGTACACCAAGAACACGGTGACCGGCGCGTCCACTGCGGATGCCGTCGTCGTACTTATTGACGCACGCAAGGGTGTGTTGGAGCAGACCCGCCGGCACCTGTCCGTGTTGCAGCTGCTGCGCGTCGCCCACGTGATTGTTGCCGTGAACAAGATCGACCTCGTCGATTTCAGCGAGCAGGTGTTCCGCGACATCGAAGCGGACGTGCAGAAGGTTGCGCGTGAGCTTGGCCTAGGTTCCGATGGCGTTGCTGACCTGCTGGTAGTTCCCGTTTCCGCCCTTGATGGCGACAACGTGGTGGACCGCTCCGAACGTACCCCCTGGTACACCGGTCCTGCGCTGCTTGAGGTCCTCGAAACCCTCCCGGCCGCTGACGAGCTCGAGGCCGAACTGGAGAGCTTCCGCTTCCCGGTTCAGCTGGTGATCCGTCCGCAGGGTGCCCTGGCTCCGGATGCTGTTGCTGCAGGGCTCGATGTGGAGGCCTACCGCGATTACCGTGCTTACGCCGGCCAGATCACTGAGGGCTCCATAAAGCTCGGCGACGAAGTTTCCGTCATCAGCCCGGGTCATGAGCCGCGCACCACCACGGTGATCGGCATCGACTTCGCCGGTCAGTCGCTGGAGGAGGCCGCTGCACCGCAGTCAGTGGCCATCCGCCTGGCCGACGAAATCGACATCGCACGTGGTGACACCATCGCTGCTGCCGGGACGGTCCGCGAAAGCACTGCTGACCTGTACGCGTCGCTGGCATGGCTCTCGCCCAAGCCGCTGCGTGAAGGCCAGAAGGTCCTGGTGAAGCACGGTACGCGCACGGTCCAAGCCCTGGTCCGCAACGTCACCGGCAAGTTGGACCTGGCTACGTTCAATGTTGAGCCGGCCTCCAACCTTGAGCTCAACGACATCGGGCACGCACAGCTCCGCTTGTCCGCTCCGTTGCCGCTGGAGAACTACCTGCACCACCGCCGCACCGGCGCGTTCCTGGTGATCGACCCCATCGATGGCAACACCCTTGCCGCCGGTTTGGTCAAGGACCACCCGGGCGACCACGAAGACGAACGTTACGTCATCTAA MSTETLAAGLETALPTTLFRFATAGSVDDGKSTLVGRLLHDSKAILADTLDAVARTSADRGFGGEKGGIDLALLTDGLRAEREQGITIDVAYRYFATDRRSFILADCPGHVQYTKNTVTGASTADAVVVLIDARKGVLEQTRRHLSVLQLLRVAHVIVAVNKIDLVDFSEQVFRDIEADVQKVARELGLGSDGVADLLVVPVSALDGDNVVDRSERTPWYTGPALLEVLETLPAADELEAELESFRFPVQLVIRPQGALAPDAVAAGLDVEAYRDYRAYAGQITEGSIKLGDEVSVISPGHEPRTTTVIGIDFAGQSLEEAAAPQSVAIRLADEIDIARGDTIAAAGTVRESTADLYASLAWLSPKPLREGQKVLVKHGTRTVQALVRNVTGKLDLATFNVEPASNLELNDIGHAQLRLSAPLPLENYLHHRRTGAFLVIDPIDGNTLAAGLVKDHPGDHEDERYVI PGPT0002400_874 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0002400-cysN-K00956 NA NA D3-18_01187 954 mmuM COG2040 Homocysteine S-methyltransferase ATGCCACAGAACACCACGCTCAGCACTCATTTGGCCTCCGGCAAGGACCTGGTCCTGGACGGCGCCTTGGCCACGGAGCTGGAGGCTCACGGCTGCGATTTGGAGGACGCGTTGTGGTCGGCCAAGGTCCTGCTGGAGCAGCCGCACCTGATCAAGCAGGTCCACCGCGACTACTTCGACGCCGGTGCCTCCGTTGCCATTACGGCCAGCTACCAAGCGACGCCACAGGGATTTGCGCGGCGTGGGTTGTCAGTTGATGAGTCCTTGGAGTTGGTGGCTTTGAGTGTCCGTTTGGCGGACGAAGCCCGCCAGGAAGCCTTGGCGGAGGGCTCTGCGCGTGGGCCGCTTTTGGTGGCCGGATCCGTGGGTCCCTACGGCGCCTACCTCGCTGATGGCTCTGAGTATCGGGGCGATTACACGCTTTCCGCCGCGGAATTCCGGGACTTCCACCGGCCCCGCATTGCCGCTCTGGTGGAAGCCGGCGCGGATTTCCTGGCCTGCGAGACGCTGCCGTCCTACGCTGAAGCGGAGGCGCTGTTGGCGCTCGTGGCGGAGTTCGACGTCGAATCCTGGTTCACGTTCACGCTGCGGGACAGCGACCACATCAGTGACGGAACACCGATTGCGGACGTGGCAGCGCTGCTCAGCGCTGAACCGCGGGTGGCCGCCGTCGGCGTTAACTGCGTGCCGCTGGAGCTGGTGACGGACGCACTCGGCACCTTCAAGCAGTCCTCGAACACGCCACTGGTCGCCTACCCGAATTCGGGGGAGACCTACGATGCCGTAACCAAAACGTGGGGTCCGTCGGAGGGTGTTCAGGGCAACGGAACCTTGGCTGGCAACGCCGCTGACTGGCAGGACCGGGGCGCCCGTCTCATAGGTGGCTGCTGCCGCACAACTCCGCGCGACATTGAAGGCCTGGCGGCGAATATGACGCCACGTGAACCTGCGTGA MPQNTTLSTHLASGKDLVLDGALATELEAHGCDLEDALWSAKVLLEQPHLIKQVHRDYFDAGASVAITASYQATPQGFARRGLSVDESLELVALSVRLADEARQEALAEGSARGPLLVAGSVGPYGAYLADGSEYRGDYTLSAAEFRDFHRPRIAALVEAGADFLACETLPSYAEAEALLALVAEFDVESWFTFTLRDSDHISDGTPIADVAALLSAEPRVAAVGVNCVPLELVTDALGTFKQSSNTPLVAYPNSGETYDAVTKTWGPSEGVQGNGTLAGNAADWQDRGARLIGGCCRTTPRDIEGLAANMTPREPA PGPT0017810_252 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSIDASE,PGPT0017810-lacZ-K01190 NA NA D3-18_01188 1146 hypothetical protein ATGTCGAACACCCCCGAGTCGCCCAACACCGGCACCACCCGCATCGTTGCTGGTGAGACTGCTTCCAAGCCCAAGCGCCGCCGCACAGTTGAGATCGCCCTGGCCGTGGGCTTGGTGTTGCTGATCGGTGCGGGCGCCGCAGTTGCTTCCGCTGTTTCGCAGAACAACCAGGCCGCCCCGGCACCCACCACGTCCCCGGCCGCTGAACTCAAGCTCGGTTACTTCAGCAACGTGACCCACGGCCCGGCGCTGGTAGGTACCAGCAAGGGCCTGATCGCCAAGGAACTCGGCGATACCAAGCTCAGCACCCAGGTCTTCAACGCCGGCCCCGCCGCGATCGAAGCCCTGAACGCCGGCGCCATCGACGCCACGTACATCGGCCCGAACCCGGCCATCAACTCCTACGTCAAGAGCAACGGCGAATCCATCAGCATCATCGCCGGTGCAGCTTCCGGCGGTGCCCAGCTTGTGGTCAAGCCGGAGATCAATTCAGCAGCCGACCTCAAGGGCAAGGTCCTCAGCTCCCCGCAGCTCGGCGGTACCCAGGACGTGGCCCTGCGCGCCTGGCTCGGTGACCAGGGCTTCAAGACCAACACTGATGGCAGCGGCGACGTGAACATCAACCCCACCGAGAACGCCCAGTCGCTGAAGCTCTTCACCGACGGAAAGCTCGACGGCGCGTGGTTGCCGGAGCCGTGGGCCTCCCGCCTGGTGCTTGAAGCCGGAGCGAAGGTCCTGGTGGATGAGAAGGACCTGTGGGAGAACGGTGACTTCACCACCACCATCCTGATCGTGAACAAGAAGTTCGCCGCAGAACACCCCGAAACCGTGAAGGCACTGCTGAAGGGCCACGTGGAATCCGTGAACTGGCTCAACTCTGCCTCGGCTGAGGAGAAGGCGACCACGATCAACGCGGTCCTGAAGGACACGGCGGGCAAGCCGCTTCCGGCGGATGTTATTGAACGGGCGTTGCAGAACATCAAGTTCACCACCGACCCGCTCGCCGGAACGTACAACAAGCTCCTCGAAGACGGCGTCAAGGCCGGCACCACCAAGCAGGCCGACATCAACGGCATCTTTGACCTCCGCACCCTGAACGAGGTCGAAGGCAAGAAAACCTCAGCCGCAGGACTTGGCCAGGACTAA MSNTPESPNTGTTRIVAGETASKPKRRRTVEIALAVGLVLLIGAGAAVASAVSQNNQAAPAPTTSPAAELKLGYFSNVTHGPALVGTSKGLIAKELGDTKLSTQVFNAGPAAIEALNAGAIDATYIGPNPAINSYVKSNGESISIIAGAASGGAQLVVKPEINSAADLKGKVLSSPQLGGTQDVALRAWLGDQGFKTNTDGSGDVNINPTENAQSLKLFTDGKLDGAWLPEPWASRLVLEAGAKVLVDEKDLWENGDFTTTILIVNKKFAAEHPETVKALLKGHVESVNWLNSASAEEKATTINAVLKDTAGKPLPADVIERALQNIKFTTDPLAGTYNKLLEDGVKAGTTKQADINGIFDLRTLNEVEGKKTSAAGLGQD PGPT0001135_741 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001135-ABC_SN_S-K02051 NA NA D3-18_01189 732 cmpD_1 Bicarbonate transport ATP-binding protein CmpD ATGCCAGTCGTACTCGAGAACCTGGGCAAGCGCTTCGGCGACGGCGCCCCGGTGCTGGACGACGTCAACGCCACCATCGCTCAAGGCGAGTTCGTCGCCCTCCTCGGTGCGTCCGGCTGCGGAAAGTCCACCCTCCTGAACATCATGGCGGGACTGGAACCGCCGACGTCGGGCGCTCTTGAAGTACCCAGCGACGGCGCTGCCTTCATGTTTCAGGACGCAGCCCTGTTCCCATGGCTGACGGCGAGGGGCAACATCGAGCTGGCTTTGCAGTTGGCCGACAAGTCCAGCACGAAGGCAAGCCGACGTGCACGCGCCACCGAATTGTTGGAACTGGTGCACTTGGGCGGCGCAGGGGACAAGCGTCCCCACGAGCTGTCCGGAGGCATGAGGCAGCGCGTTGCGTTGGCCCGTTCCTTGGCTCAGGACCGGCAGCTGCTGTTGATGGACGAGCCGTTTGCCGCGCTTGATGCGATCACCCGCGACCTTCTGCACGACGAACTCGAACGGATCTGGAAGGAAACGGGCCGGACCATCGTGTTCGTTACCCACAACGTGCGCGAGGCCGTCCGTCTGGGGCAGCGCGTACTGCTCTTGTCCTCGCGTCCCGGCCGAGTGGTGGCTGAATGGGATGTCACCGAGGAGCACCGTACCGATGCCGGCAGTGCTGGGGAGCTGACCGGAGTTATTACCCGCCGTCTTCGCGAGGAGATCCGCCGCCATGCCAAGTAA MPVVLENLGKRFGDGAPVLDDVNATIAQGEFVALLGASGCGKSTLLNIMAGLEPPTSGALEVPSDGAAFMFQDAALFPWLTARGNIELALQLADKSSTKASRRARATELLELVHLGGAGDKRPHELSGGMRQRVALARSLAQDRQLLLMDEPFAALDAITRDLLHDELERIWKETGRTIVFVTHNVREAVRLGQRVLLLSSRPGRVVAEWDVTEEHRTDAGSAGELTGVITRRLREEIRRHAK PGPT0001140_8338 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049 NA NA D3-18_01190 945 cmpB_1 COG0600 Bicarbonate transport system permease protein CmpB ATGCCAAGTAACCCCATCACCACCGAAGAGCGGACCCTTCCCGTGACTGAATCCAAAGAGCACATCACTTCGCCGTCGCTGAAGGGCAACGCCTCCGAGCTCCGGGACCTCGAAGCCGGCCTGGACAACCTCCAGTCGGACAGCCGACGCAAGGCCGGCATCGACTGGAAGCGGGTGCTGCTGCCCGTTGCCGCGCTGTTGGTCCTGATCCTCGCGTGGCAGTTCTACGTTTCACTTGAGTTCAAGCGGCGCGACCTCGTTCCAGGGCCGCTTGATGTCCTCACCCAGTTCGTGACGATGTGGGGCGAAGGCAAAGTCCAGGAAGCAGTGTGGACATCGCTGCAGCGCGGTGTGATCGGCTTCCTGATTTCGGTGGTCATCGCTACTCCGGTGGGATTGATCCTGGCTCAGGTGGCTCCGCTGCGTCGCGCGTTCGGGCCGCTGATTTCCGGGTTGCAGGTGCTCCCTTCCGTGGCGTGGGTTCCCGCAGCGATCATCTGGTTCGGCCTGACCGACGCCACTGTGTACTTTGTGGTGTTCATGGGGGCCATCCCGTCCATCATCAACGGGCTCATTTCCGGCGTGGACCAGATCCCGCCGCAGTACCGCAGCGTGGGCACAGTGCTGGGTGCGAGCCGACTCCAGATGGCACTCCAGATTGTCCTGCCCGCAGCACTTCCCGGCTACATCGGAGGTCTGAAGCAGGGCTGGGCCTTCTCCTGGCGCTCACTCATGGCCGCGGAAATCATCGCGGTGGGCGGCACGATTGGTTTCGGGCTGGGCTCATTGCTGGACCAGGGCCGACTCCTTTCCGACATGACGATCGTGATGTCCGCGATTCTGCTGATCCTGTTCGTGGGCATTCTGATCGAGATTCTGGTCTTCGGGCCGATCGAGAAGCGTTTGCTGCAGCGCCGGGGTTTGTTGGCGGGCAGCAGTCGGTAA MPSNPITTEERTLPVTESKEHITSPSLKGNASELRDLEAGLDNLQSDSRRKAGIDWKRVLLPVAALLVLILAWQFYVSLEFKRRDLVPGPLDVLTQFVTMWGEGKVQEAVWTSLQRGVIGFLISVVIATPVGLILAQVAPLRRAFGPLISGLQVLPSVAWVPAAIIWFGLTDATVYFVVFMGAIPSIINGLISGVDQIPPQYRSVGTVLGASRLQMALQIVLPAALPGYIGGLKQGWAFSWRSLMAAEIIAVGGTIGFGLGSLLDQGRLLSDMTIVMSAILLILFVGILIEILVFGPIEKRLLQRRGLLAGSSR PGPT0001145_1349 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001145-ABC_SN_P-K02050 NA NA D3-18_01191 540 hypothetical protein ATGATCATGCAGCAAAGAGCGATGGTGTCTGCTGCGGTGGTTGCTCTCCTGGCAGTGTCCTCGTGCGCAGCACCAACCCCTCAGCTGGATGCTGAAGCGAAAGCCAACATTCAGACCCTCATTGAGCGGGCAATCGACCGCAGGAATCATCAAATGGTCAGTGGATTCTCGTCCACCAGGGAAGAAATCACGCAGGATTTCGTGCCGGACGCCGTGGAGCGCACTGAGCTGGAATACGGAAAACTCCGTCAACGCAGGGACGCGCTGGCACCCCATGGTGTTTTCTTAACGGCCAGCGGCTCGGAGATCACCCTCAAGGAACTCACCGTCACGGATAGTGGCGCCACGGTAGAACTTTCTGAGCAGACACATCTGGAACACTCGCCTGTAAGCGGCGTGCAGGGTCCGGACGAGGGCTACGTCTACGGTCAGAAAGTTGACCTTGCCAAGACCGAAAACGGTTGGAAGATCGTCAGTATCGCCCCTCTTAATCCGATCAAACCGTTCCCGACAACAGTGATTGATCCAACCACTCTTTAG MIMQQRAMVSAAVVALLAVSSCAAPTPQLDAEAKANIQTLIERAIDRRNHQMVSGFSSTREEITQDFVPDAVERTELEYGKLRQRRDALAPHGVFLTASGSEITLKELTVTDSGATVELSEQTHLEHSPVSGVQGPDEGYVYGQKVDLAKTENGWKIVSIAPLNPIKPFPTTVIDPTTL NA NA NA NA NA D3-18_01192 621 hypothetical protein ATGAACAGGACGCACTTCACTTTTACCGGAGCCGCTGTCGCAGGCCTGATTGCGCTGGCCGGTTGTGCCAGCAACTCCGGATCCGATTCCATGCCCGGCATGGACCACGGAAGTTCGGGCACTTCCGCCAGCCCTTCAGCGAACAGCAGCGACGCAGGGCACAATGCAGCAGACACGATGTTCGCCCGGATGATGATTCCCCATCACGCCCAGGCGGTAGAGATGTCCGACGCCATGCTGGCGAAGGCTGACATCCCGACGGCGGTAATGGACCTGGCCGTCAAGATCAAGGAAGCTCAGGCACCCGAGATCGAGAAGATGACGGCATGGCTCAAGAGCTGGAACGAGGACGCCACCATGCCCGCGGACGGCCATGACGCTCACGGCATGGACGGCATGCTGAGCGACGCTGACCTCCAGAAACTCAAGGACGCCCAAGGCGTGGAAGCGGCCAAGCTCTTCCTGACCCAGATGATCGCGCATCATGAAGGCGCCGTCAGCATGGCCAAAACCGAGACCAGCCAAGGCAAGAATCCCGAGGCCGTTCAGCTCGGCAAGGACATCATCGCTGCCCAGGAAGCCGAGATTCGGGAAATGCGGGATCTTCTGGCCGGACTCTAA MNRTHFTFTGAAVAGLIALAGCASNSGSDSMPGMDHGSSGTSASPSANSSDAGHNAADTMFARMMIPHHAQAVEMSDAMLAKADIPTAVMDLAVKIKEAQAPEIEKMTAWLKSWNEDATMPADGHDAHGMDGMLSDADLQKLKDAQGVEAAKLFLTQMIAHHEGAVSMAKTETSQGKNPEAVQLGKDIIAAQEAEIREMRDLLAGL NA NA NA NA NA D3-18_01193 321 hypothetical protein ATGCTGGACAGTGTCGTGTACGTGGAGCGCAGGTTCGGTAGTTACCACGGTTGGCAGGGAGTTCGCAGAGTGGATGCCATGACTTCCACTGACCACGTGCATTCCGAAAATGCCCGCAATGACAGCTGCTATCAGAAGCAGGAGCGAGGCCCGCCCGACGACGGTAAGTGGTTTCACGACGCTCCACTACCTCCTTCGTGGTCCTACTTTTATGAATGTCCGGACAGCACGAGCATACCCCGGGTGGGTATGCATTTCGATAATGTTCTACTCTATGCTCATTCGCCGTCCAAGCCTAGAATCGTCGGATGGGCCTTCTAA MLDSVVYVERRFGSYHGWQGVRRVDAMTSTDHVHSENARNDSCYQKQERGPPDDGKWFHDAPLPPSWSYFYECPDSTSIPRVGMHFDNVLLYAHSPSKPRIVGWAF NA NA NA NA NA D3-18_01194 558 yyaP_1 COG0262 putative protein YyaP ATGGGCCTTCTAACGTTCAGCATCAACGTCACGCTTGATGGTTGCGTCGACCATCGGGAGGGCATCGCCGACGACGAGACGCACGCCCACTTCACCCACCTCCTGGACCAGAACGGCGCCATGCTCTGGGGCCGTACTACCTACGAAATGATGGAGGTCTACTGGCCGTTGGTTGCACGCGGTGAGGTGGACGCGCCGCCGGCCTTGCTTGAGTGGGCGATCAAGCTGGAGGCCAAGCCCAAGTACGTCGTCTCGGCAACGCGGAGCGACTTCCCATGGACCAACAGCCATCACCTGGTCGGTGAGTTGCGAACGGCGGTGCAGGAACTCAAGGACAGGACTCCAGACGGGGTGCTTGTGGGCAGCGGCAAACTTGCTACGGAACTGGACCGACTGGGTCTGATCGACGAGTACAAATTCCTCGTCCACCCCATGATCGCCGGTCACGGCCCCACGCTGTATCAGGGCGGACTGCCCGGCACCCGACGACTGGAGCTGATTTCGGCGGAGCCGCTGAGCAACGGCGCGGTAACTATGCACTATCGACGGGCTGATTGA MGLLTFSINVTLDGCVDHREGIADDETHAHFTHLLDQNGAMLWGRTTYEMMEVYWPLVARGEVDAPPALLEWAIKLEAKPKYVVSATRSDFPWTNSHHLVGELRTAVQELKDRTPDGVLVGSGKLATELDRLGLIDEYKFLVHPMIAGHGPTLYQGGLPGTRRLELISAEPLSNGAVTMHYRRAD NA NA NA NA NA D3-18_01195 1038 hypothetical protein ATGCACAACAAACGGATCGGCTTCCTTTCCTTCGGACATTGGGCACGTGTCCCGGGCTCCCTCGTACCAACAGCTGGCGAAGCCCTGAAACAGGCAATCGAACTGGCTGTTGCATCCGAGGAACTGGGCATCGACGGCGCGTTCTTCCGCGTCCACCACTTCGCCCGGCAGCAGGCCTCGCCCTTCCCCTTGCTCGCAGCCATCGCAGCGAGGACCACCCGTATTGAAATGGGCACCGGCGTGATCGACATGCGGTACGAGAACCCGCTTTACATGGCCGAGGAAGCAGCCGCTACGGACCTCATCAGTGACGGCCGTCTGCAGCTGGGTGTGAGCCGGGGTTCACCCGAACCAGCACGGAACGGGGCAGCGAACTTCGGGTATGTCCCTGAAGACGGCGAAGACAGTGGCGACATGGCCCGTCGGCACACAGCCCAGTTCCGCAAAGCCATTGCCGGGCACGGCGTTGCCGAAGCGGATCCCCACTACGCTGGCGGAGCCACAGGCCTGCTGCCTATCCAACCTCAATCACCGGGACTTCCAGAGCGGACCTGGTGGGGCGCCGGCACACGGAAAACAGCCGTCTGGGCAGCCGAGCAAGGCATGAACCTCATGAGCTCCACGCTCCTGACCGAGGACACTGGTGTGCCCTTCGACGAACTGCAGGCAGAGCAGATCCAGATGTTCCGCGAGGCTTGGGCAGCAGCCGGACACGACTTTGAACCCAGGATTTCCGTGAGCCGCAGCGTGATCCCCATTGTGGACGACGTCGACAACCACTACTTCGGGCTCCGCGCCCAAGCTGACAGCCAGGACCAGGTGGGAATTCTCGACGGCGCGTTGTCCCGTTTTGGGAAAAGCTACATTGGCGAGCCGGACGCCTTGGCGGAGGAGCTGGCCAAGGACGCCGCAGTCCAGGCGGCGGACACGGTCCTGCTCACAGTGCCCAACCAGCTGGGCGTGGATTACAACGTCAAGCTGTTGGGCAACGTCGCCAAGCACATCGCCCCGGCCTTCGGCTGGGGACCCAAGCACTGA MHNKRIGFLSFGHWARVPGSLVPTAGEALKQAIELAVASEELGIDGAFFRVHHFARQQASPFPLLAAIAARTTRIEMGTGVIDMRYENPLYMAEEAAATDLISDGRLQLGVSRGSPEPARNGAANFGYVPEDGEDSGDMARRHTAQFRKAIAGHGVAEADPHYAGGATGLLPIQPQSPGLPERTWWGAGTRKTAVWAAEQGMNLMSSTLLTEDTGVPFDELQAEQIQMFREAWAAAGHDFEPRISVSRSVIPIVDDVDNHYFGLRAQADSQDQVGILDGALSRFGKSYIGEPDALAEELAKDAAVQAADTVLLTVPNQLGVDYNVKLLGNVAKHIAPAFGWGPKH NA NA NA NA NA D3-18_01196 2718 hypothetical protein ATGAGCAACTCTTCCCCGTCCCTCAAGATCGGCACTCCCAGCCGGGCCTGGCGGTCCCGTGCCGATGCGTGGGAGTTCCTGGGATACGCCCTCAGGCAGCTTGCCTCGGCCCGGCACCAGGAGTCCGGTCTGCTGTCCCAGATCGACCGGACCCTTGCCCTCCTGATGTCGGTGGAACCGTATTGGGCGGAACCGGGAGTCGGTGCCGTGGCCCAGTTGCGCCAGTTGATCGACGACGGCGAACCCCAGGCCGCGCTCCAGCTTCTGGGCGGCTTGTCCCACCTTCCGCTCGCCTCCGTGGGGGAAACGGCTGCGGCGCCGCGCGGGGAGGTGGTGGACGAGGAGGTTGTTGACCAGCCTGAACCGGCTGAGCGGCCGCGCTTTGAGGTAGTGGTGGTTGACACCGTTGACCCCGACGAAGCCGAAGCACTAAAGAACACCATGGCTGCGCAGCGGCGTCCTTCTGATGCTTTCACTTACACCGTCAACGTGGTTCCCAGTTACGAAGATGCCTTGGTTGCCATCATGCTGAACCCTGCTATCCAGGCTGTTGTCCTTCGCCCGGGCTTCGCGCTCCGCAGTTCCCATCTGCTGGGCAGCGACCTCCGACGCTTCCTGGTCCGGCATATCTCAGCGGACCTGCAGGACTCGCGGCCCATCAGGCGGATCCTTGGGTTGGCCGACGCTGTCTCAGCGCTTCGGCCCGAGCTGGACGTCTACCTGGTGGCAGGAGTCTCCATCGAGTCACTGGCGGGCTCACTCACCAGGAAGTTCCGGCGGATCTTCCGCCGGCAGGATCATTTGGACCTGCATCTGTCTCTTTTATCCGGGGTCGCGGAACGGTACGAAACACCGTTCTTCACCGCGCTGCAGGATTACAGCCGTCGCCCGGCCAGCGTCTTCCACGCCCTGCCGATTTCCAGGGGCGCTTCCGTCGGGAGTTCGCCGTGGATCCGGGACATGGCCGATTTTTATGGGACAAACCTGCTGTTGGCCGAAACCTCCGCCACCTCAGGTGGGCTGGACTCGCTGCTCGATCCCCACGGATCCATCAAACGGGCACAAGAGCTGGCCGCCCGCGCGTTCGGGGCGCAGCGAACCTACTTCGTCACCAACGGCACGTCCACCGCCAACAAGATCGTGCATCAATCGCTGCTTGCTCCCGGTGATGTTGTCTTGGTGGACCGCAACTGCCACAAATCGCACCACTACGCCTTCGTGCTCGCCGGTGCCCGCGTTTCGTACCTGGACGCCTACCCCTTGGACAAGTACGCCTTCTATGGCGCTGTGCCCCTGGCGAGCCTGAAAGGCAGGCTCTTGGAGTACCGGCGGGCAGGCAGGCTCCATGAAGTAAAAATGGTGACCCTCACCAACTGCACCTTTGACGGCGTCGTCTACGACGTCGAAAGGGTCATGGAGGAATGCCTGGCCATCAAACCCGACTTGGTCTTCCTCTGGGACGAGGCGTGGTTTGCCTTCGCCCGTTCCCATCCCGTGTACCGCCGTCGAACCGGGATGGCAGCTGCTGCCGCTTTGGAGGCCTCGTTCAACAGCCCTGCCTACGCTGCCCGGTACGCCGAACAGACGGCCGCCCTGCATGACCCGGTCACCGGTGAACCTGTGGATGACGACGCTTGGCTCAACACCAGGCTTATTCCGGATCCGGCGAAGGCACGGGTCCGGGTCTACGCCACGCAGTCCACCCACAAGACACTGACCTCCTTGCGGCAGGGTTCCATGATCCACGTGTTTGACCAGGATTTCGCCGGCTCCAACCAGGAGTCGTTCCGCGAGGCGTACATGACGCACACGTCCACCTCACCCAACTACCAGATTCTGGCGTCCCTGGATATCGGAAGGCGACAGGTTGAACTGGAGGGTTTCGGCCTGGTTCAACGGCAATCCGACCTTGCCGTATCCGTGGCCCAAGCCGTTGCCAGGCATCCCCTGCTGAAGAAGTACTTCCGGGTGCTGACCTCGCGGGACCTCATCGGTTCGATTTATCGGGAAACCGGCTCCAGCATGCCGCTGCGGGATGGGCTGGCTGAGTTGGAAGATGCCTGGCAGCGGGACGAATTCGTTATCGACCCCAGCCGCCTCACACTGGACATCAGCAAGACAGGGATCGACGGCGATACTTTCCGCCACAGCTACCTCATGGACGATCACGGCATTCAGGTGAACAAAACGTCCCGGAACACTGTGCTGTTCATGACAAACATCGGCACCTCCCGCAGCTCCGTGGCCTACCTGATCGAGGTTCTGGTGAAGCTTGCCGAGAGTTTTGAGAACCCTCATCCTGCGGCGCGTCAGCGGACGCTTCCTTCGGAGTCCGGAGCTTCCCGTCGGACTCCCCCGCTCCCCGACTTCAGCACCTTTGCCGCGCGTTTCCGCGTTGACGATTCCTGCGAGGACGGGGATATCCGGGCAGCCTACTTTGAGAGCTACAAGTCCGATTCCACTGTGTACCTTTCCGCGGCTGAGGTAGCTGCGGCGGTTTCCACGGGACAGGAAGTGGTCTCGGCAGGTTTCGTCACGCCCTATCCCCCGGGTTTCCCTATCCTTGTCCCGGGCCAAGTGATCACCCGGCAGACCCTCGAATTCATGGATGCCCTGGACACCCGCGAAATCCACGGGTTCGATCACGACCGCGGGTATCGGGTTTTCGTTGAGCCTGCATCGTTTTCGGCTGCCGGGCTGGCGGCGGTGGCTTCCTAG MSNSSPSLKIGTPSRAWRSRADAWEFLGYALRQLASARHQESGLLSQIDRTLALLMSVEPYWAEPGVGAVAQLRQLIDDGEPQAALQLLGGLSHLPLASVGETAAAPRGEVVDEEVVDQPEPAERPRFEVVVVDTVDPDEAEALKNTMAAQRRPSDAFTYTVNVVPSYEDALVAIMLNPAIQAVVLRPGFALRSSHLLGSDLRRFLVRHISADLQDSRPIRRILGLADAVSALRPELDVYLVAGVSIESLAGSLTRKFRRIFRRQDHLDLHLSLLSGVAERYETPFFTALQDYSRRPASVFHALPISRGASVGSSPWIRDMADFYGTNLLLAETSATSGGLDSLLDPHGSIKRAQELAARAFGAQRTYFVTNGTSTANKIVHQSLLAPGDVVLVDRNCHKSHHYAFVLAGARVSYLDAYPLDKYAFYGAVPLASLKGRLLEYRRAGRLHEVKMVTLTNCTFDGVVYDVERVMEECLAIKPDLVFLWDEAWFAFARSHPVYRRRTGMAAAAALEASFNSPAYAARYAEQTAALHDPVTGEPVDDDAWLNTRLIPDPAKARVRVYATQSTHKTLTSLRQGSMIHVFDQDFAGSNQESFREAYMTHTSTSPNYQILASLDIGRRQVELEGFGLVQRQSDLAVSVAQAVARHPLLKKYFRVLTSRDLIGSIYRETGSSMPLRDGLAELEDAWQRDEFVIDPSRLTLDISKTGIDGDTFRHSYLMDDHGIQVNKTSRNTVLFMTNIGTSRSSVAYLIEVLVKLAESFENPHPAARQRTLPSESGASRRTPPLPDFSTFAARFRVDDSCEDGDIRAAYFESYKSDSTVYLSAAEVAAAVSTGQEVVSAGFVTPYPPGFPILVPGQVITRQTLEFMDALDTREIHGFDHDRGYRVFVEPASFSAAGLAAVAS PGPT0012235_141 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0012235-adiA-K01584 NA NA D3-18_01197 1479 ansP2_3 COG1113 L-asparagine permease 2 GTGATACCCACCCCTGCGTCTACAAAAACCCTTCCGTCCCCAGCAGACCTGGCCGCCGAAACGACGTCCAGCGCTTTCGCCCAAGAGGAAGCCGGTTACCGGAAAACCCTCAAGCCCCGGCAAATCCAGATGATCGCCATTGGCGGCGCGATCGGTACCGGGCTCTTCATGGGCGCCGGCGGTCGCCTCAACGGGTCCGGGCCCGCCCTGATCCTGGTCTACGCCGTCTGCGGATTCTTTGCCTTCCTGATCCTCCGGGCACTGGGCGAGTTGGTGCTGTACCGTCCTACGTCGGGCTCGTTCGTTTCCTACGCCCGGGAGTTCTACGGCGAGAAAATGGCATACACCGCCGGCTGGCTCTACTTCCTGAACTGGGCCATGACCTCCATTGTGGACGTCACCGCTGTGGCCCTTTACGTGAAGTTCTGGGGCCAGTATTGGGCACCCATCAATGACATCCCGCAGTGGCTGATCGCCCTCATCGCTTTAGTGGTGGTGCTCTCCTTGAACCTGGTGTCCGTGAAGATCTTCGGCGAGATGGAGTTCTGGTTCGCCTTGATCAAAGTGGGCGCACTGGTGGCATTCCTCGTCGTCGGCATCTGCTTCATCGTCTTTGGCGGCCGGACGGATGTTGGCGTCCCCGGTTTCAACGTCATTGCAGAGAACGGCGGCATGTTCCCCACCGGGGCTGTTGCGCCCCTTCTGGCAATCAGCGGTGTGGTGTTTGCCTACGCTGCCGTGGAACTTGTGGGAACCGCGGCCGGCGAAACTGCCAACCCGCACAAGGTGATGCCCAAAGCCGTGAACACCGTGGTGATCCGCATTGGAATCTTCTACGTGGGCTCGGTCCTGCTGCTTTCGCTCCTGCTTCCCTTCACGTCCTACAAATCGGGCGAATCACCGTTTGTCACCTTCTTCTCCCATCTTGGGGATCCGCAGGCCGGAGCTATCTCCGCATCCGTGATGAACTTCGTGGTCCTCACCGCAGCGCTCTCCAGCCTCAATGCAGGCCTCTACTCCACCGGCCGCATCCTTCGCTCCATGGCGGTAAATGGCTCGGCTCCGCAGTTCACGGGGCGAATCAGCGCGTCCGGCGTGCCCTACGGCGGCATCCTGCTCACGGCCGTCATCACCTTGGTGGGCGTTGGACTGAATGCCATCGTCCCGTCCCAGGTCTTTGAGATCGTGCTGGAAATCTCGGCGGTGGGCATCATCGGCGGTTGGGCCACCATCATGCTCTGCCACATCAAGCTCCAATCATGGGTGCGCCGCGGCAAAGTTGTCCGGCCGGCGTTCAGGCTGTTCGGAGCGCCGTTCACCTCCTACCTGACGCTCGGGTTCCTGGCCTTCGTGCTGGTCACCATGGGGTTCTCGGAGACTGGTCGCTGGGTGCTGGCGTCGTTGCTGGTCCTGGCCCCACTGCTGGTTGCCGGTTGGTACGCGTATCGCGGCCGTATCCGCGCTGCTTTGAAGTCCTAG MIPTPASTKTLPSPADLAAETTSSAFAQEEAGYRKTLKPRQIQMIAIGGAIGTGLFMGAGGRLNGSGPALILVYAVCGFFAFLILRALGELVLYRPTSGSFVSYAREFYGEKMAYTAGWLYFLNWAMTSIVDVTAVALYVKFWGQYWAPINDIPQWLIALIALVVVLSLNLVSVKIFGEMEFWFALIKVGALVAFLVVGICFIVFGGRTDVGVPGFNVIAENGGMFPTGAVAPLLAISGVVFAYAAVELVGTAAGETANPHKVMPKAVNTVVIRIGIFYVGSVLLLSLLLPFTSYKSGESPFVTFFSHLGDPQAGAISASVMNFVVLTAALSSLNAGLYSTGRILRSMAVNGSAPQFTGRISASGVPYGGILLTAVITLVGVGLNAIVPSQVFEIVLEISAVGIIGGWATIMLCHIKLQSWVRRGKVVRPAFRLFGAPFTSYLTLGFLAFVLVTMGFSETGRWVLASLLVLAPLLVAGWYAYRGRIRAALKS PGPT0000815_673 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 D3-18_01198 1647 hypothetical protein TTGAAAGCCCTGGAAATTGACGACGACGGCGTCGTCACCTTATTGAGCGATGTCCTTGAAGACCTGGGCGTCCACAACGCACGGTTGCTGCTGGCCCCGGCAGAGGACAACAGAAATGTTCGTGAAACCGTCATTGTTGACGCTGAAGACGACGATGCGATCCGCCCAGGGGCATTGGTCATGCTCATCGGAGCCCGGGGACGCGCAGCGCTCCCGGCCCTTCGCAGGATTGTTGCCGACCGTCCTACGGCAGTCGCGGTGAAGGGCAACGAACGCGAGTTGGAAGCCGCAGCAGAGTTACTTCGACCCACGGGCATCGGACTGGTGGCGGTCGCTCCGGGCTTGCGGTGGGACAAATTCGAAAGCATTGCCGTGGACAGAGTCCGCGAAAACGATGTCCTTGAAAACGACGGCCGCTTCAGCGATGTGCCCGGCGAAAGCGCCACGTCAGTGCATCGGGACCTGTTCGCGATAGCCCAAACAACCGCCACGCTGACCAACGGCCATGTGGTCATCGAAGATCCAGGCAATAAGGTGCTCGCCTACTCGCCGGCGTCCAATGATGTTGATGAACTCCGCAGGCTGTCCATCCTGGCGCGGCGGGGACCTGAGAAATACCAAAAGCTGCTCAAGGAATCAGGGGTTTACAAGCATCTGCAGGCTACTGAAGCGCCTGTTCATGTGGAAGCCAACGTGGACGCGGGTCTTCGGGAACGCGTAGCAATCGGTATTCATGCCGGCAGCCGTGTGATGGGGTACATCTGGTTGCAGGAAGGTGCTGAACCTTTGGCGGCCAACACGGACCGCATCATGGTGGGAGCAGCCCGCCACGCAGCGATCGAACTGGTCCGGCATCGTAACGAACAGTCCCAATCCATGCGCGAGGACCGGGTCTCAAGCCTCTTGAGCGGCACGGCACAAGTGCATTCCCAGGCCCAGTCCGCAGGGATTGATCCGTCAAAACCAGCAGCCCTGATCCTGATCTCCGCGGGCGGGTTGAGTCAGAGCGCCGCAGGCCTCCAGCTCCGGAGGGGAGAGCTCTCCAAAGTGGCATCAATTCACGCAGCCGCGTACAGGCCTGGTGCAGTGGTGGGGGCACTCGGGATGGAAACGGCCATCATCCTTCCCGACCTGGACCCGCTGAAATCCCTTCCTGCCATCAACAGGCTGGTCAACACGATCGTTCGTGACGCCACCACCCACCTTCACTTTCAAGTGCAGGCAGCCGTGGGTCCCATCGTTCCGCGTCTGGACGCCTTGCACGCCACTCTTGATCACGTGCGCAGCGTCCTCAAGGTCATGGAAGCGACGCCGACAGTACGTGTGGCCTCGTACAGCGACGTGGAAACAACGGTCCTCACCAGGGAGCTGCTGGAGCTGCTGGAATCACGGACCACCCTGCGTCATGCAGGAATCACCCGGCTGTGCAGCCGCTACCCGGAATTCGCGCTGACCCTCCTGACCTACCTGGAGTTCTTTGGCGACGTGAACCGTTGCGCCGAGGAACTGGCCGTCCACCGCAACACGATCCACTACAGGCTCCGCCGCGCCTGCGAAGTGGCGGGACTGGACTTGCAATCCGCCGATGAACGCCTGCTTGCCCACCTTCAGATCAGGCTCTGGACCTACGCCGGGACCAAGGGCTAG MKALEIDDDGVVTLLSDVLEDLGVHNARLLLAPAEDNRNVRETVIVDAEDDDAIRPGALVMLIGARGRAALPALRRIVADRPTAVAVKGNERELEAAAELLRPTGIGLVAVAPGLRWDKFESIAVDRVRENDVLENDGRFSDVPGESATSVHRDLFAIAQTTATLTNGHVVIEDPGNKVLAYSPASNDVDELRRLSILARRGPEKYQKLLKESGVYKHLQATEAPVHVEANVDAGLRERVAIGIHAGSRVMGYIWLQEGAEPLAANTDRIMVGAARHAAIELVRHRNEQSQSMREDRVSSLLSGTAQVHSQAQSAGIDPSKPAALILISAGGLSQSAAGLQLRRGELSKVASIHAAAYRPGAVVGALGMETAIILPDLDPLKSLPAINRLVNTIVRDATTHLHFQVQAAVGPIVPRLDALHATLDHVRSVLKVMEATPTVRVASYSDVETTVLTRELLELLESRTTLRHAGITRLCSRYPEFALTLLTYLEFFGDVNRCAEELAVHRNTIHYRLRRACEVAGLDLQSADERLLAHLQIRLWTYAGTKG NA NA NA NA NA D3-18_01199 912 glsA COG2066 Thermolabile glutaminase GTGGACATCCAAAATCTCCTCGACGACATCGTCGGGGCAGTGCAGCCGCATGTCGGCCAGGGCAACGTGGCTGACTACATCCCGCAGCTCGGAGCCGTGGATCCCCAACAATTCGGGATTTCCGTGGCAACCCGGGACGGCGAGGTCTATTCAGCCGGCGACGCCCACGTGGACTTCTCCATCCAAAGCATCTCCAAGGTTTTTGCGCTCGCCTTGGTGTTGGCTTTCGACGGCGACGGGATCTGGAAGCGCGTCTTCCGGGAGCCCTCGGGCAACCCGTTCAACTCATTGATCCAGCTGGAAAGCGAGGAAGGGATCCCCAGGAACCCCTTCATCAACGCCGGCGCGATCGTGGTGACAGACAGGCTGCTCAGCATCACGGGCAATGCCGCGCATGCCGTGAGGGATCTGATGCGGCAAGAGACCACCAAGGAAAGCATCGATACCGATCACCATGTTGCCGGTTCTGAACTGGCCAACAGTCACCGCAATGCCTCGTTGGCCCATTTCCTGGCGAGCTGCGGAAACCTGGAGAACCCGGTGGACGAAGTGCTGGACTCCTACGCGAAGCAATGTGCGCTGGCCATGACGTGTGAAGACCTGGCGCTCGCGACCCGTTTCCTTGCCGCCAACGGATTGGGAACGGACGGGACTCTTTTGCTGTCGCCGGCACAGACCAAGAGGATCAACGCAGTCATGCTTACCTGCGGAACGTACGACGCCGCGGGCGAATTCGCGTATCGCGTGGGCCTTCCCGGCAAGAGCGGCGTGGGCGGAGGGATCGTGGCAGTGGTTCCGAACAAGTGCTCCATCAGTGTGTGGAGCCCCGGCCTGGGACGGTCCGGGAATTCCGTGGCCGGCGTGGCCGCGCTGGACGAATTCACCACGCGTACTGGCTGGTCGGTCTTTTAG MDIQNLLDDIVGAVQPHVGQGNVADYIPQLGAVDPQQFGISVATRDGEVYSAGDAHVDFSIQSISKVFALALVLAFDGDGIWKRVFREPSGNPFNSLIQLESEEGIPRNPFINAGAIVVTDRLLSITGNAAHAVRDLMRQETTKESIDTDHHVAGSELANSHRNASLAHFLASCGNLENPVDEVLDSYAKQCALAMTCEDLALATRFLAANGLGTDGTLLLSPAQTKRINAVMLTCGTYDAAGEFAYRVGLPGKSGVGGGIVAVVPNKCSISVWSPGLGRSGNSVAGVAALDEFTTRTGWSVF PGPT0020215_2551 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0020215-glsA-K01425 NA NA D3-18_01200 741 hypothetical protein ATGACAGGTACCCAGCCCACCGCCGTCGAGTTCCTGGCACGGCTCCAAGCGAGGCAATCCGACGTGGAGCAGGTCAAATACCAGCGGTACTTCAAGACCGGCAAGGGCGACTACGCCGAGGGTGATTTCTTCATGGGCGTCCGCATGGGCGAGGTCTTCACGCTTGGCAAGGAATTCGCGGACATGCCCCCGGCTGAGATCGAGAAGCTCCTGGAAGAGGACATCCACGAGGCCCGCGCCGGAGCTGTGAAGATCATGGCGCTGCAAACGCAGAAAAAGAAGACCACGGAAGAGCGGCGCAAGGAACTCTACGAGCTGTACCTGCGCAGGCATGACCGCATCAACAACTGGGACCTGGTGGACTTGGGAGCCGGGCGGGTGGTGGGCGGTTGGCTCATGGATAAGCCGAGGGATCCGCTGTATGAATTGGCTCGTTCGGAGAACATGTGGGAGCGCCGGACGGCCATCGTCGCCACGTCGGCGTTCATCCGGGAAGGCCAATTGGATGACACGTTCGCCATCGCCGAGATCCTCCTTCATGACAAGGAAGACCTCATCCACAAGGCCGTAGGCGGTTGGGTCCGCGATGCCGGGCGCAGCAGTCGCGAGCGTCTGTTGGCATTCCTCGACGAACACGCAGCCACCATGCCGCGGACGGCGCTTCGTTACGCGATCGAGCACCTGGGCAAGGAACAGCGCGCCTATTACCTGACGCTTAAAGACCGTGTTTCCCCGAACTAA MTGTQPTAVEFLARLQARQSDVEQVKYQRYFKTGKGDYAEGDFFMGVRMGEVFTLGKEFADMPPAEIEKLLEEDIHEARAGAVKIMALQTQKKKTTEERRKELYELYLRRHDRINNWDLVDLGAGRVVGGWLMDKPRDPLYELARSENMWERRTAIVATSAFIREGQLDDTFAIAEILLHDKEDLIHKAVGGWVRDAGRSSRERLLAFLDEHAATMPRTALRYAIEHLGKEQRAYYLTLKDRVSPN NA NA NA NA NA D3-18_01201 1350 cysG_1 COG0007 Siroheme synthase GTGACGTTGGATTACTCAGCGTTACCGGGTGTTTCCGAGCCTTTGAAGCATGTTACGGCGCCGCCCTACAGTTTTTTCATGGCAATACAGGACATTTACCCCACCGCGCTGCGGCTGCTCGGCCGCCCGGTGCTGGTGGTTGGCGGCGGCCCCGTTGCGGAGCGCCGCGCCAAGGGACTGCTCGACGCCGGTGCGAAAGTCACCGTGGTCGCTCCCGTTGCCACCGACACACTTCGGGGTCTCGCCACTTCCGGTCTCCTCACCTGGGAGCAGCGCGAGTACCGCACATCCGACCTTGACGGCGTCTGGTTCGCTCAGACCGCCACTGGCACAGCCGTTGTGGACACCCAAGTAGCTGCCGACGCCGAGGCGCAGCGCATCTGGTGCGTCAACGCCTCGGACCACGAAGCATCAGCCGCGTGGACACCCGCCGTTGCCGTGGTGGACGACGTCAAGATTGCCATCAACGCCGGGGGAGATCCGCGCCGTGCCATGGCACTTCGCAACGCTGTGGCCACTGCCCTCGAAACCGGGGACCTGCCGCTCCGCCGTCATCGCAAGCCGGGAACCGATGGCTCGCTTGGCTCTGTTGCTTTGGTAGGCGGCGGTCCTGGCGACTCGGGACTCATCACAGTCCGTGGTCGTCGCCTGCTGGGACAGGCCGACGTCGTAGTTGCTGACCGTCTTGGCCCGCGCGAGCTGCTCAAGGAGCTTGCCCCGGATGTCCGGGTGATCGAGGTCGGCAAGACGCCCGGCCACCATCCCGTGCCGCAGCTCCAGATCAACAGGATCCTTGTGGAGGAGGCCCTCAAGGGCAACCGGGTGGTCCGCCTCAAAGGCGGCGACCCGTACGTTCTTGGCCGCGGCGGCGAAGAAGCAGAGTTCTGCCGCCAGAACGGCGTCGAGGTTGAAGTGGTGTCCGGTGTGACGTCTGCGATTTCCGTTCCGGCGGCCGCGGGTATCCCCGTGACGCACCGTGGCCTGGCCAAGGGCTTCAGCGTAGTTACCGGCCACGAAGAGCTGTCCGAAGTCCCGGCACGGCCCGATCACACTGTGGTGTTGCTCATGGGGGTGGCGCAATTGCGCGATTCCGCGGCTGAGCTGGCGGGCTCGGGTCTGCCTTTGGACACACCAGTAGGTATCGTAGAGAACGGGTATTTGCCGGACCAGCGCGTCACCATCGGCACTCTGGGAACCATCGCGGACCAGGCGGAAGCCGTCGGCGTGGCCAACCCGGCGGTCATTGTGATCGGCGATGTAGTCCGTGTCAGCCCCTTTGCACCGCAGCACTTCAAGACCGCTGACTACAGCACTATTACCCCAAATCGTCCCCGCGTCCGCAGTAACTAG MTLDYSALPGVSEPLKHVTAPPYSFFMAIQDIYPTALRLLGRPVLVVGGGPVAERRAKGLLDAGAKVTVVAPVATDTLRGLATSGLLTWEQREYRTSDLDGVWFAQTATGTAVVDTQVAADAEAQRIWCVNASDHEASAAWTPAVAVVDDVKIAINAGGDPRRAMALRNAVATALETGDLPLRRHRKPGTDGSLGSVALVGGGPGDSGLITVRGRRLLGQADVVVADRLGPRELLKELAPDVRVIEVGKTPGHHPVPQLQINRILVEEALKGNRVVRLKGGDPYVLGRGGEEAEFCRQNGVEVEVVSGVTSAISVPAAAGIPVTHRGLAKGFSVVTGHEELSEVPARPDHTVVLLMGVAQLRDSAAELAGSGLPLDTPVGIVENGYLPDQRVTIGTLGTIADQAEAVGVANPAVIVIGDVVRVSPFAPQHFKTADYSTITPNRPRVRSN PGPT0003690_1481 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003690-cysG-K02302 NA NA D3-18_01202 1467 fprA_1 COG0493 NADPH-ferredoxin reductase FprA GTGTCAATTAGCACTCCCGTAGGTTCTGCGGACCGTCCGCTTCGCGTCGCCGTCATCGGCTCCGGCCCGGCCGGCGTTTACGCAGCGGACATCCTGACCAAGAGCGAGGCCGTCAAGAGCGGCGAACTCAACGTCAGCATCGACCTCTTCGACCGCTACCCGGCACCGTACGGCCTGATCCGCTACGGCGTCGCGCCGGACCACCCCCGCATCAAGGGCATCGTCAACGCCCTGCACAAGGTCCTGGACCGCGGCGACATCCGCTTCTTCGGCAACGTGGATTACGGTACGGACATCTCAATCGAAGACCTCCGTAAGCACTACGACGCTGTCATCTTCGCTACCGGCGCCATCAAGGACGCAGACCTGAACATCCCGGGCATCGAGCTCGAAGGTTCCTTCGGCGGCGCCGACTTCGTGTCCTGGTACGACGGACACCCTGACGTTCCCCGCGAATGGCCGCTGGACGCCAAGGAAATCGCTGTCCTCGGCAACGGCAACGTGGCCTTGGACGTGGCCCGCGTCCTCTCCAAGCACGCCGATGACCTCCTGGTCACCGAAATCCCGGACAACGTTTACGCCGGCCTGAAGAACTCCCCGGTCACCGATGTTCACGTCTTTGGCCGCCGTGGTCCGGCCCAGGTGAAGTTCACCCCGCTGGAACTCCGCGAACTTTCGCACTCCAAGGACGTAGACATCATCCTCTACGCCGAGGACTTCGAATTCGACGAAGAGTCCGATCGCCAGGTCCAGACGAACAACCAGACCAAGACCATGGTTGGCACGCTCACCAACTGGATCGCCGAGCAGCCCGAGGACCTCACCGAGCTCACGGCTTCCCGCCGCCTGCACCTGCACTTCCTGCACAGCCCGGTGGAAATCGTCGACTCCCCGGAAACCCCGGGCAAGGTTGCCGGCATCAAGTTCGAGCGCACCGAGCTGGACGGCACGGGAAACGCCCGCGGCACCGGCGAATTCATCGACTACCCGGTCCAGGCCGTGTACCGTTCCATCGGCTACTTCGGTTCGGCGCTGCCGGACGTCGAGTTCGACCACAAGAAGGGCGTCGTCACCAACGACGGCGGTCGTGTCCTGGACGCCGACGGCCAGCACGTGCCCGGCCTCTATGCAACGGGCTGGATCAAGCGCGGTCCCGTTGGCCTCATCGGCCACACCAAGGGCGATGCCCTCGAAACCGTCACCTACCTGTTGGAGGACCGCGAGAACCTTCCGGTCGCCGAGGTTCCCGCGGCCGACGCCGTGGTGGACCTGCTCGATGCCCGCGGCGTGAAGTTCACCAGCTGGGAAGGCTGGCTGGCCCTTGACGCACACGAGCTCGCTCTCGGCGCAGCAGCCACCGAGGCCGGCACCTCCCACGGTGTTGAGGTCAAGCGTGAGCGCATCAAGGTTGTGCCGCGCGAGGACATGGTCAACATTTCCCGTGATGGCGTGGCCGCACAGGTCTAG MSISTPVGSADRPLRVAVIGSGPAGVYAADILTKSEAVKSGELNVSIDLFDRYPAPYGLIRYGVAPDHPRIKGIVNALHKVLDRGDIRFFGNVDYGTDISIEDLRKHYDAVIFATGAIKDADLNIPGIELEGSFGGADFVSWYDGHPDVPREWPLDAKEIAVLGNGNVALDVARVLSKHADDLLVTEIPDNVYAGLKNSPVTDVHVFGRRGPAQVKFTPLELRELSHSKDVDIILYAEDFEFDEESDRQVQTNNQTKTMVGTLTNWIAEQPEDLTELTASRRLHLHFLHSPVEIVDSPETPGKVAGIKFERTELDGTGNARGTGEFIDYPVQAVYRSIGYFGSALPDVEFDHKKGVVTNDGGRVLDADGQHVPGLYATGWIKRGPVGLIGHTKGDALETVTYLLEDRENLPVAEVPAADAVVDLLDARGVKFTSWEGWLALDAHELALGAAATEAGTSHGVEVKRERIKVVPREDMVNISRDGVAAQV PGPT0013215_386 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013215-fpr-K00528 NA NA D3-18_01203 1377 gloB_1 Hydroxyacylglutathione hydrolase ATGGACGTCGTCGTCATTGAAACTCCGCAGCTGGGCGACCGCAGCTACTTGGTGCACGACGGCTCAGTTGCGTTAGTGATCGACCCCCAGCGGGACATCGACCGGGTGGAAGCTGCCGCTCGTGACGCTGGCGTCCGGATCACCCATGTTGCCGAGACACACCTTCACAACGACTACGTCACGGGCGGGCTCGTCCTGGCGGAGAAGCATGGCGCTGAATACTTGGTGAACGCCGCTGATGAAGTCTCCTTCACGCGTGTCCCTGTCAGGGACGGCCAGGTTCATCGTGTTGGCCGGCTTTCCGTTTCTATTGTTGCGACACCTGGCCACACGCACACGCATCTTTCCTATGTGGTGCGGGATGACACGCACGACGGCGGCACGGAGGCTGTGTTTTCCGGCGGCAGCTTGCTTTACGGTTCAGTTGGGAGGACGGACCTGGTCTCGCCGGGGGACACCGCGAAGCTGGCCCATGACCAGTACTCCTCGGTCCGGCGCCTGGTGGATTCGGCGAGACCCGAAGCGGCGCTCTACCCGACGCATGGCTTCGGCTCGTTCTGTTCCATCGGTCCCGCGAGCCATCAAGACACCTCGACAATCAATGAGCAAACCGCGTCAAACCACGCCCTGACAGATCCGGACGAGGACCACTTTGTCTCGCAGCTGCTAGAGAACATCACGGCCTACCCCGCGTACTACGCCCACATGAGCCCGCTGAATGCCGCTGGCCCGGACCCAGCAATCTTTGACGTCCCGGACTCCGTGGACGCCGGAGAGCTGAGCCGGCGCCTGGGAGCGGGGGAGTGGGTGGTGGATCTGCGGCATCGCGTGGCGTTCGCGGATAGCCACCTCCAGGGCAGCGTGAGTTTCGAGTACGGCCGAGGGGACAATTTCACCAGCTACCTCGGATGGGTGATCCCGTGGAACCAGCCGCTTACCTTGCTGGGCCCACTCAGCGAGGTTGAAAAGGCGATCCGTGACCTGGCGAGGATCGGTATCGACAGCCCGGATGCCGCCGTCGGGCCTGAAGCCGCGGTGCTGAACGTTGGCGCGTTGGCACCTGACCATCCGCGGGCGAGCTACCGGCACAGGGACTGGGCTGCACTTCTCACAGACAGGGAGCCTGAGGACGTGATCCTGGACGTTCGCCGCCCGGAGGAATATAAGGCCTCCCACGTGAAGGGAGCGCTCAACATTCCGGTCTACGAACTGCTCGGCAGGATCACTGAGCTGCCGGACACTAGGATCTGGGTGCACTGTGCCACGGGATATCGGGCAAGTGTGGCAGCGAGTCTCCTGGACCGGGCAGGGCGCGAGGTGGTGCTGATCAATGCGAGGTTCAGGGACGCGGTCGGGGTAGGAATCGAAACCACCTGA MDVVVIETPQLGDRSYLVHDGSVALVIDPQRDIDRVEAAARDAGVRITHVAETHLHNDYVTGGLVLAEKHGAEYLVNAADEVSFTRVPVRDGQVHRVGRLSVSIVATPGHTHTHLSYVVRDDTHDGGTEAVFSGGSLLYGSVGRTDLVSPGDTAKLAHDQYSSVRRLVDSARPEAALYPTHGFGSFCSIGPASHQDTSTINEQTASNHALTDPDEDHFVSQLLENITAYPAYYAHMSPLNAAGPDPAIFDVPDSVDAGELSRRLGAGEWVVDLRHRVAFADSHLQGSVSFEYGRGDNFTSYLGWVIPWNQPLTLLGPLSEVEKAIRDLARIGIDSPDAAVGPEAAVLNVGALAPDHPRASYRHRDWAALLTDREPEDVILDVRRPEEYKASHVKGALNIPVYELLGRITELPDTRIWVHCATGYRASVAASLLDRAGREVVLINARFRDAVGVGIETT PGPT0001770_860 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001770-gloB|gloC-K01069 NA NA D3-18_01204 681 nanR COG2186 HTH-type transcriptional repressor NanR ATGACCCTGACCCCTTCGCATCGCCCGGCCCTTGCCGAGGAGATCACCGCCAAGCTGCGGGACATGATCAAGTCCGGTGAATGGCCGCTCCAGGAGCGAATCCCAGCCGAGCCAGAGCTCATGTCCACCTTGGGTGTTTCGCGGGGAACCCTGCGCGAGGCCATCAAGGCGCTGGCCCACTCCGGCATGCTGGAAGTCCGGCGAGGGGATGGCACCTATGTGCGGGCCAATAGTGAGATGTCAGGCGCGGCGCAGCGCATGTACCTGGAGCACACTCAGGAACACATCGTTGAGGTCCGGCTCGGCCTGGACACTCAGGCAGCCCGTCTGGCTACGAAGCACGCCACCGCCGCGGACTTGGCCGAAATGCGCCGCCTCCTCGCGCTCCGCCACGATGCCTGGCAGGCCGAGGACTACCCCACGTGGGCCAGCGCCGACTGGGAATTCCACGAGCGCGTTGCCTTGGCTTCAGGGAATCCCTTACTCCACCAGTTGTACGTTTCGTTCGGCGGCGTGTTCCACAACGACCTCCTCCGGCAGCAACGCAAGGAAGGCTTCAACGGCATCCCCCGCGAAGGGCATGACGAACTGGTGGACGCGCTGGAAGCACACGATCCGGACGCCGCCGTCCAGAGCGTCTACCGGAACCTGGATTTCTGCGCAGACAAAACCCCTCGTTAG MTLTPSHRPALAEEITAKLRDMIKSGEWPLQERIPAEPELMSTLGVSRGTLREAIKALAHSGMLEVRRGDGTYVRANSEMSGAAQRMYLEHTQEHIVEVRLGLDTQAARLATKHATAADLAEMRRLLALRHDAWQAEDYPTWASADWEFHERVALASGNPLLHQLYVSFGGVFHNDLLRQQRKEGFNGIPREGHDELVDALEAHDPDAAVQSVYRNLDFCADKTPR NA NA NA NA NA D3-18_01205 1287 yycB_2 COG2807 putative transporter YycB ATGGCCGCGACGACTCCTTTGACCCCCAGCACCGGAAACATCCCTACTGTGAGCCCTGCCCAGGCCTCCCCTGAGCTTGCGGCGAACTCTGCAGTCCCCAAGACGCGCGTCGTCGCCGTCGTCGGCATTATTGCCGTAGTGCTCATCGGCCTGAACCTGCGCGCGGGCATCACCAGCGCAGCTGCCCTGTTCCACGACCTGCAGCAGGTGTTGGGTTACGGCGCTTTGGTCGCGTCCATTCTGCCTTCCATCCCGCTGCTGTGCTTTGCGGTCGCGGGAATGGGAACGTCGTGGCTGACGCGCCGGGTCGGCGTCGAGAAGGCCATCGCCATCGCCTTGGCCCTGCTGGCAGGCGGTTTGCTGGTCCGTGGCGTTCCGGTGACGGGCGCGCTCCTCGGAGGCACCGTCCTGGCGATGTCCGGCCTGGCCGTGTGCAACGTGGCCATGCCGTCGTTCATCCGCGAGCACTACTCGGAGCGCACCTCCATGATGACGGGTCTTTACACCTTCACCATGTCCGGCGGCGCTACCTTCGCTGCAGCCGTGAGCGTGCCGTTGGCTCAAGAACTCGGCTCGCCGTCCATGGGACTGGCCGCTTGGGGAATCCTTGGGGTTGCGGCCCTGCTGGGATTCCTGCCGGTTGTCCTCCACACCCACCGCAACTCCACCAAGACCGACCGGCCGCGGGTGTCCATGTGGCCGTTGCTCCGTACCCGCCTTGGCATCCTGATCACCGCGATCTTCACCTTCCAGGCGTTCCTGGCCTACGCCGTGATGAGCTGGTTCGCCTACATCCTGACCTCGCAAGGGCTCAGCGCCTCCGAGAGCGGGCTGCAGTTTGGCGTGATGCAGTTGGTCTCGGTCGCTGCCGGCATGATCCTGCTCGCCTTCGGCTCCCGTCCCCGCATGCTCCGCCCCGCACTGTATCTCGCCAGCAGCTCCACTTTGCTGGCCATCGCCGCAATGGTCTGGTTGCCGACGTCGTTGGCAGTTGTACCCGCCGTGCTGTTCGGCTTCGGCTTGGGCATCTTCCCGCTGGTCCTGGTGATCATTAGCCGCAGCGGACGTTCGACGGCGGAAACCACAGCGCTCTCCACCATCGCCCAATCGCTGGGATACTTGATTGCGGCAATCGGCCCGTTTGGCATGGGCCTGCTCCACAGCGCCACCGGCGGCTGGGTGCTGCCGCTGAGCCTGCTGTCCATCGTGGCCGTAGCGCTCATGGTTACCTGCCATCTGCTGACGAGCAAGCGCACTGCTACCAAGACCGGACCGAGGACAGCATGA MAATTPLTPSTGNIPTVSPAQASPELAANSAVPKTRVVAVVGIIAVVLIGLNLRAGITSAAALFHDLQQVLGYGALVASILPSIPLLCFAVAGMGTSWLTRRVGVEKAIAIALALLAGGLLVRGVPVTGALLGGTVLAMSGLAVCNVAMPSFIREHYSERTSMMTGLYTFTMSGGATFAAAVSVPLAQELGSPSMGLAAWGILGVAALLGFLPVVLHTHRNSTKTDRPRVSMWPLLRTRLGILITAIFTFQAFLAYAVMSWFAYILTSQGLSASESGLQFGVMQLVSVAAGMILLAFGSRPRMLRPALYLASSSTLLAIAAMVWLPTSLAVVPAVLFGFGLGIFPLVLVIISRSGRSTAETTALSTIAQSLGYLIAAIGPFGMGLLHSATGGWVLPLSLLSIVAVALMVTCHLLTSKRTATKTGPRTA PGPT0005211_654 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_CYANATE_DETOXIFICATION XENOBIOTIC_CYANATE_UPTAKE,PGPT0005211-cynX|yeaN-K03449 NA NA D3-18_01206 1443 pucR_2 COG2508 Purine catabolism regulatory protein ATGGCCATGTCCCTCGCTTCGCTCGTCGCTGTCCCCTCCCTGAAACTCCGCCAAGCCGGCCTCGCCGAAACCACATGGAACCAGGACATCAGCTGGGTTGCCGTGACGGAACTGGAGGATCCCCAGCGCTTCCTTAGCGGCGGAGAGTTGGTCCTCACCACCGGCCTGCGCCTCAAGAGCGCCGCCGACCAGCGGCGCTTCGTCCGCCAGGCCCAACGCGCAGGTGCCGTGGGGATCGGTTTTGGCATCGGCCTCACCCACGAGTCCGTTCCGGAAGCCCTCATCGCGGAAGCCAACCGCTGGGGCTTGCCCCTGGTGGAAGTACCCTACGAGATCCCCTTCATTGCAATCGGCAAGCTCGTGGCGGAATCACATTCTGCAGATCATTACTCCAACTTGGAACGACTCCTCGCCGGACACCAGATCCTGGCACGCTCGCTCCTCACGGGTGGAGGCTTGAACGAACTTCTCAAGCAACTGGGGAGCATGCTCCGCACTGATGTGGTGCTCACCCAGTTCAGCGCGCAGCTCTACAACAGCGTGGCGGGGAAACCGGCTCCGACGGCGGATGGCTGGGCTTCGTATCCGATTCCCACCGGCCGCAGGGATGCCTGCACGCTGTGGCTGCGGCAGCCGTTCGTTGACTCCGGAATCGTCAGTTACGCGCAAAACCTCATCAGCGTTGAACTCAACAACATGGTCAAGCAGCGCCAGGCCCAGCGCGCCATGGCAGGTCAGGTGCTGGACGACGTCATCCACGGCACCCTTGAGAGCATCGAGGCCGCGCGGCGCCTGGCGGGGGTGGGCATCAACAGCACGCGGAAGAACGTTGTGCTCGTGGCAGAGTCCACTGCACACCACAAACAACTGATCAGCATTTCGCTGCCCCAAGCGCTGGAAGCCGGCGTCAGCGCCGTCGTCGGGAAGGACCTGATCACCGTCATCAGCGACGACGGCAGCTCGGCCACCGCTTTGGCCAAGAGCCTCAGCGATCACTTACAGGAAGCCGGAATCCACGCCGTCATAGGAATCGGCGGCGCCTACACCAAGCCGAACGGCCTGCGCTGGAGCTACTTTGAAGCGCGCGACGCCGTGGCGCACGGCTTGCCGGTCAACGAGCCGGAGCGCCTGAGCCTGACATCCCTGCTGCTTGCCAGCGAGGATGTTCCGTTGGCGGATATGGCCAGTGAGTCCCTCACCCCGTTGCGGAAATTCGACGCAGCCCACGGGGCCGAACTGGTGGCCACCTTGGAGAGCTACCTCAACCACAACGGCTCAGTGGCGGCCGTGGCCGAGGCCCTCACCTTGCACCGCAATACAGTGCGCTACCGGCTGGCTCAAATCACCGAATTGACGGGCTACGACCCTTCCCAGACGCAGGACCGCGTACAGCTGTGGTTAGCGTTGGCGGTCCAGCGCCTGGGCTCGCGCAACCCCCGCTAG MAMSLASLVAVPSLKLRQAGLAETTWNQDISWVAVTELEDPQRFLSGGELVLTTGLRLKSAADQRRFVRQAQRAGAVGIGFGIGLTHESVPEALIAEANRWGLPLVEVPYEIPFIAIGKLVAESHSADHYSNLERLLAGHQILARSLLTGGGLNELLKQLGSMLRTDVVLTQFSAQLYNSVAGKPAPTADGWASYPIPTGRRDACTLWLRQPFVDSGIVSYAQNLISVELNNMVKQRQAQRAMAGQVLDDVIHGTLESIEAARRLAGVGINSTRKNVVLVAESTAHHKQLISISLPQALEAGVSAVVGKDLITVISDDGSSATALAKSLSDHLQEAGIHAVIGIGGAYTKPNGLRWSYFEARDAVAHGLPVNEPERLSLTSLLLASEDVPLADMASESLTPLRKFDAAHGAELVATLESYLNHNGSVAAVAEALTLHRNTVRYRLAQITELTGYDPSQTQDRVQLWLALAVQRLGSRNPR NA NA NA NA NA D3-18_01207 1431 prr_2 COG1012 Gamma-aminobutyraldehyde dehydrogenase GTGGTTCAAACCTTGCAGAACTTCATCAACGGCGAATTCGTTACGCCGGCAGGTACGGGTCTTCTGGACATCGTGAACCCCGCCAGCGGGGAAATCGTTGCCAAGTCGCCCATTTCGGTTCAGGCCGATGTGGACGCCGCCATGAGCGCGGCCAACCAGGCCTTCAAGTCTTGGAAGAAGGCCACCCCCGGCCAGCGCCAGCTGATGCTGCTCAAGCTCGCCGACGCCGTCGAGGCCAACAGCGACGAACTCGTGGAAGCCCAGCACCGCAACACCGGGCAGGTCCGTTCCCTGATCGCCTCGGAGGAAGTTGCCGCAGGTGCTGACCAGCTCCGCTTCTTCGCCGGTGCAGCACGCATCATGGAAGGCAAGTCAGCAGGCGAGTACTTCGAGGGCCACACCTCCTACGTGCGTCGCGAACCGATCGGCGTCGTAGCCCAGGTTGCTCCGTGGAACTACCCGTTCCTCATGGCCATCTGGAAGATCGGCCCCGCCCTGGCAGCAGGCAACACAATTGTCCTGAAGCCTTCGGACACCACCCCTGAGTCCACCCTTGTGTTGGCACGCCTGGCCGGCGAGATCTTCCCGGCCGGTGTCCTCAACGTTGTCCTGGGCACCGGCGAAACCGGCGCCATGATGGTTGACCACAAGGTCCCCGGCCTGGTGTCCATCACGGGCTCCGTCCGCGCGGGCATCGCCGTGGCAAGCGGCGCAGCCAAGGGCCTCAAGCGTGCCCACCTGGAACTTGGCGGCAAGGCTCCCGCGATCGTCTTCAAGGATGCCGACATCAAGAAGAGCGCCGCGGCTATCGCCGAGTTCGCCTTCTTCAACGCAGGCCAGGACTGCACGGCCATCACCCGCGTGTTGGTGGAGGACTCCGTCCACGACGACGTCGTGGCAGCAATGGTGGAGCACACCAAGACCCTGCACACGGGTTCACAGAACGACGAAGACAACTACTTCGGCCCGCTCAACAACGTGAACCACTTCAACGCCGTCACCTCCGTGGTGGAGAACCTCCCGGCGAACTGCACGATCGAAACCGGTGGCCACCGCGCAGGGGAGAAGGGCTTCTTCTTCGAGCCCACCATCATCTCCGGCGCCAAGCAGACTGACGACATCGTGCAGAAGGAAACCTTCGGCCCGGTCATCACCGTCCAGAAATTCAGCACCGAAGAAGAAGCGCTCGAGCTGGCCAACGACGTCGAATACGCCCTGGCTTCCAGCGTCTGGACCACCGACCACGGCACGGCCATGCGAATGAGCCGCGACCTGGACTTCGGTGCGGTCTGGATCAACACCCACATCCTCCTGACGGCTGAAATGCCGCACGGTGGCTTCAAGCAGTCCGGCTACGGCAAGGACCTCTCCATGTACGGCGTTGAGGACTACACGCGCATCAAGCACGTGATGTCCGCACTTGACGCGTAA MVQTLQNFINGEFVTPAGTGLLDIVNPASGEIVAKSPISVQADVDAAMSAANQAFKSWKKATPGQRQLMLLKLADAVEANSDELVEAQHRNTGQVRSLIASEEVAAGADQLRFFAGAARIMEGKSAGEYFEGHTSYVRREPIGVVAQVAPWNYPFLMAIWKIGPALAAGNTIVLKPSDTTPESTLVLARLAGEIFPAGVLNVVLGTGETGAMMVDHKVPGLVSITGSVRAGIAVASGAAKGLKRAHLELGGKAPAIVFKDADIKKSAAAIAEFAFFNAGQDCTAITRVLVEDSVHDDVVAAMVEHTKTLHTGSQNDEDNYFGPLNNVNHFNAVTSVVENLPANCTIETGGHRAGEKGFFFEPTIISGAKQTDDIVQKETFGPVITVQKFSTEEEALELANDVEYALASSVWTTDHGTAMRMSRDLDFGAVWINTHILLTAEMPHGGFKQSGYGKDLSMYGVEDYTRIKHVMSALDA PGPT0007165_85 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0007165-betB_homologous-K00130 NA NA D3-18_01208 1371 gabT_1 COG0160 4-aminobutyrate aminotransferase ATGACCACCACCGCGAACGAACTCTCGTACCGCATCGAGCAGAAGCGCAACATCAACGGCGCCTTCCCCGGCCCCAAGTCGCAGGCACTGGCTGAGCGCCGCTCCGCCGTCGTTGCTGCCGGCGTCGCCTCGGGCGTTCCCGTTTACGTTGAAGACGCCGACGGCGGCATCATCCGCGACGTCGACGGCAACTCCTTCATCGACCTCGGCTCCGGCATCGCCGTGACCAGCGTCGGCGCGTCCGATCCCGCCGTCGTCGCCGCTGTCCAGGAAGCTGCTGCACACTTCACGCACACCTGCTTCATGGTGACCCCTTACGAGGGCTACGTTGCAGTTGCCGAGCAGCTCAACCGACTCACCCCGGGCGACCACGCCAAGCGCACGGTCCTGTTCAACTCCGGTGCTGAAGCCGTGGAGAACGCCGTCAAGGTTGCACGTCTCGCAACCGGCCGCGACGCCGTAGTAGCTTTCGACCACGCCTACCACGGCCGCACCAACCTGACCATGGCGCTGACTGCCAAGGCCATGCCGTACAAGACCAACTTCGGCCCGTTTGCGCCCGAGGTCTACCGCATGCCCATGAGCTACCCGTTCCGTGAAGAGAACCCGGAGATCACTGGTGCCGAGGCCGCCAAGCGCGCCATCACCATGATCGAGAAGCAGATCGGTGGCGACCAGGTTGCCGCGATCATCATCGAACCCATTCAGGGTGAAGGTGGCTTCATCGTCCCGGCCGAAGGCTTCCTCCCGGCTCTGTCCGCTTGGGCCAAGGAAAAGGGCATCGTCTTCATCGCTGACGAGGTCCAGTCCGGTTTCTGCCGCACGGGCGAATGGTTCGCCGTTGACCACGAGGGTGTTGTCCCGGACATCATCACCATGGCCAAGGGCATCGCCGGCGGCCTCCCGCTGTCCGCCATCACCGGCCGCGCAGACCTGCTCGACGCCGTCCACCCGGGCGGCCTCGGCGGCACCTACGGTGGCAACCCGGTTGCTTGCGCCGCAGCACTCGCAGCCATCGACACCATGGAACAGCACGATCTCAACGGCCGCGCACGCCACATCGAAGAGCTCGCCCTGGGCAAGCTCCGCGAACTGGCATCCGAGCTTTCCGCACGCGGGGGTTCCGTGGTTGGCGACATCCGCGGACGCGGCGCCATGCTGGCCATCGAGCTCGTACAGCCCGGTTCCAAGGAGCCTAACGCTGATCTCACCAAGGCCGTGGCTGCCGCTTGCCTCAAGGAAGGCGTCATCATCCTGACGTGTGGCACCTACGGCAACGTGATCCGCCTGCTCCCGCCGCTGGTCATCAGCGACGAACTGCTCATCGACGGCCTCGAGGTCCTCGCAGCAGCCATCAAGGCTCACGCGTAA MTTTANELSYRIEQKRNINGAFPGPKSQALAERRSAVVAAGVASGVPVYVEDADGGIIRDVDGNSFIDLGSGIAVTSVGASDPAVVAAVQEAAAHFTHTCFMVTPYEGYVAVAEQLNRLTPGDHAKRTVLFNSGAEAVENAVKVARLATGRDAVVAFDHAYHGRTNLTMALTAKAMPYKTNFGPFAPEVYRMPMSYPFREENPEITGAEAAKRAITMIEKQIGGDQVAAIIIEPIQGEGGFIVPAEGFLPALSAWAKEKGIVFIADEVQSGFCRTGEWFAVDHEGVVPDIITMAKGIAGGLPLSAITGRADLLDAVHPGGLGGTYGGNPVACAAALAAIDTMEQHDLNGRARHIEELALGKLRELASELSARGGSVVGDIRGRGAMLAIELVQPGSKEPNADLTKAVAAACLKEGVIILTCGTYGNVIRLLPPLVISDELLIDGLEVLAAAIKAHA PGPT0007660_243 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS INSECTICIDAL_COMPOUNDS INSECTICIDAL-GAMMA-AMINOBUTYRIC_ACID_BIOSYNTHESIS,PGPT0007660-gabT-K07250 NA NA D3-18_01209 1047 rarD COG2962 Protein RarD GTGTCGACTCCGGAACAGATAGCTGCCAACTCTCCCTCTTCAAACCAGCCAACGACGACGACAGTCGGGGGCGGCGGTGGAGGTACCGGCGGTTCCGCTAAACCCGGCAGCAAGCCTGTGCGGAGCGAGTCGACGGCGGGAATCCTGTTCGGCATCGGCGCTTACGGCCTGTGGGGCCTGCTTCCGCTGTACTTCTTCGTCCTGATGCCGGCCAGTGCACTCGAGATCGTGGCCAACCGGATCGTTTGGTCCTTGCTCTTCTGTGCACTGCTCATCACCATCACGAGGGCTTGGAAGACATTCTGGGCGGCCGTGAAAGATCGCAGCGTTTTCGGGCCTCTGGCGCTGGCGGCAATTCTCATTGCCATCAACTGGCTCACCTACACTTTCGGGGTCACCACGGGCCATGCCGTTGAGACGTCCTTGGGCTACTTCATCAACCCGTTGGTCTCGGTTTTGCTCGGCGTTTTCGTCCTCAAAGAAAAATTGCGTCCACTGCAGTGGGCAGCTGTGGGCATTGGTTTCGTTGCGGTGGGCGTCCTGACGTTCTCCTACGGACAGCTTCCGTGGATTGCCCTGATCCTGGCCTTCAGCTTCGGGCTGTACGGCTTCGTGAAGAAGCGCGTCGGGCCCAAGGTGGATGCACTCACCAGCCTCAGCGTGGAGACGGTTGTGCTGGCTCCGTTCGCAGCCATCACTATGGTTGTTCTCGCTGTAACCGGAGTAGAAACTCTTACCACGCTGGGCGCGGGCCACTTCTGGCTGCTGGTGGCTTCCGGTGTCATCACGGCCGTGCCCCTTCTGTTCTTCGGCGCCTCAGCGCGCCGACTTCCCATGACCACCATCGGCCTGCTGCAGTACTTCGCGCCGGTGCTCCAGTTCGTTGTGGCGCTGACCGTGTTCAACGAGACCATGACCACTGCCCGCTGGATCGGTTTCTGCGTGGTGTGGTTGGCGCTGGTGCTGCTGACAATCGACATGCTTCGCACCACCCGGAAGAACTCGGTGCTGAAGAAGAGGGCCCGGCTGGCGGCCGCTGGCTCGTAG MSTPEQIAANSPSSNQPTTTTVGGGGGGTGGSAKPGSKPVRSESTAGILFGIGAYGLWGLLPLYFFVLMPASALEIVANRIVWSLLFCALLITITRAWKTFWAAVKDRSVFGPLALAAILIAINWLTYTFGVTTGHAVETSLGYFINPLVSVLLGVFVLKEKLRPLQWAAVGIGFVAVGVLTFSYGQLPWIALILAFSFGLYGFVKKRVGPKVDALTSLSVETVVLAPFAAITMVVLAVTGVETLTTLGAGHFWLLVASGVITAVPLLFFGASARRLPMTTIGLLQYFAPVLQFVVALTVFNETMTTARWIGFCVVWLALVLLTIDMLRTTRKNSVLKKRARLAAAGS PGPT0003906_35 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTUDRUG_RELATED_REGULATION,PGPT0003906-rarD-K05786 NA NA D3-18_01210 1362 fprA_2 COG0493 NADPH-ferredoxin reductase FprA GTGTACGCCGCGGACATCCTGACGAAATCGAACGAGGTCAAAGACGGGCATGTGGAGGTCAGCATCGATCTCTTCGAGGCATATCCGGCACCGTACGGCCTGATCCGCTACGGCGTGGCGCCGGATCACCCGCGGATCAAGGGCATCGTGAATGCGCTGCATAAGGTGTTGGACCGCGGCGATATCCGCTTCCTCGGCAACGTGACTTACGGCAAGGACCTTACTCTCCACGACTTCCGGGCGTTTTACGACGCCGTGATCTTCTCCACGGGTGCCATTAAAGACGCCGACTTGAGGATCCCCGGCGTCGAGCTGGAGGGCTCCTTCGGTGGGGCAGACTTCGTTTCCTGGTATGACGGACACCCCGACGTTCCCCGGGACTGGCCCTTGGATGCCAAGGAAATCGCCGTGATCGGCAACGGCAACGTGGCACTGGATGTGGCCCGCATGCTGGTCAAGCATCCCGAGGAACTCCTGGTCACGGAGATCCCGGACAACGTCTACGCGGGGCTCAAGAAGTCGCCGGTCACCGACGTTCACGTCTTCGGCCGCCGTGGCCCCGCCCAGGTGAAGTTCACGCCGTTGGAGTTGCGGGAGTTGTCCCACTGCAAGGACGTGGACATCGTCCTGTACCCGGAGGACTTCGAGTTCGATGAAGCTTCGGATGAAGCCATCAAGACGAACAACCAGATCAAGACCATGGTCAACACCATGACCAACTGGCTGGTGGAGGAGCATGCAGAATCGGAGCAGCCATCGTCGCGACGCCTGCATCTGCACTTCCTGCACAGCCCGGTGGAGATCCTCGACTCGCCCGAAACGCCCGGCAAGGTCTCAGGCATCAAGTTCGAGCGCATGCAGTTGGACGGAACCGGCAACGTCAAGGGCACCGGCGAGTTCATCGAATACCCCGTTCAGTCCGTCTACCGCGCCATCGGCTACCACGGTTCCCCCTTGGAGGAACTTGAGTACGATGCCCGCCGCGGCGTCATACCGAACGACGGCGGTCGCGTCCTCGACGCCGACGGCGAGCCCGTCCCGGGCATCTACGCCACAGGCTGGATCAAACGCGGACCAGTGGGATTGATCGGGCACACAAAAGGTGATGCCTTGGAGACCATCGGCTTCCTCCTCGAGGACAGGCTCAACCTCCCCCCGGCAGAAAACCCGGATCCCCAAGCCATCATCGACCTCCTTGAGGAACGCGGCGTCGAATACACCACGTGGGAGGGCTGGAACAGGCTTGATGCCCACGAAGCCGCCCTGGGTGCTGAGTGGTCCGCCGGCGAAGGTAACGGTGTGGTCCGCGAGCGCATCAAGGTTGTGCCACGCGAGGAAATGATCCGGATCTCCCGCGGCTGA MYAADILTKSNEVKDGHVEVSIDLFEAYPAPYGLIRYGVAPDHPRIKGIVNALHKVLDRGDIRFLGNVTYGKDLTLHDFRAFYDAVIFSTGAIKDADLRIPGVELEGSFGGADFVSWYDGHPDVPRDWPLDAKEIAVIGNGNVALDVARMLVKHPEELLVTEIPDNVYAGLKKSPVTDVHVFGRRGPAQVKFTPLELRELSHCKDVDIVLYPEDFEFDEASDEAIKTNNQIKTMVNTMTNWLVEEHAESEQPSSRRLHLHFLHSPVEILDSPETPGKVSGIKFERMQLDGTGNVKGTGEFIEYPVQSVYRAIGYHGSPLEELEYDARRGVIPNDGGRVLDADGEPVPGIYATGWIKRGPVGLIGHTKGDALETIGFLLEDRLNLPPAENPDPQAIIDLLEERGVEYTTWEGWNRLDAHEAALGAEWSAGEGNGVVRERIKVVPREEMIRISRG PGPT0013215_372 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013215-fpr-K00528 NA NA D3-18_01211 1344 hypothetical protein ATGAGGAATCCAGTCCATCCGCCGGTTCCAGGCAGCGATGCCGCGGAGCTGTTGCAGAAGCGTGCCCTGACGGGCCACGAGCGTCTGGACTCTTTGCGTCTCGGGATGCCTGAGGACATCGTGGGATTGCGCCGTCTGGTGCGTGAGTCCTGGCAACGTTCGGCGAGCTTGCAGGCCAACCCGGACGTCGCCGAGGCGCCGCTCGCAATGGACCGCGATGAGCTTGAGGAGTACCGCAGGCAGCACCCCTTGGCGACGATCATGCCCGTGATCAAGAAGCTTTTGGTTCAGCCCAGCCATGACAGCGGGCTGCTGGTGGCAGTGGGCGACGACGTCGGCCGGCTCTTGTGGGTGGAGGGGGATCCGGTGATGCAGCGCCGGGCCGAGGGCATGATGTTCGTGGCCGGCGCGGACTGGTCCGAGGCCTCCGTGGGGACCAGTGCGCCCGGAACTGCGCTTGCCTTGGACCGCAGCATCCAGATTTCGGGGGCGGAACACTTCAAGCGATCGGTCCATCCTTGGAGCTGTACGGCGGTTCCCTTTCACGACCCCGACTCCGGCGCTGTACTGGGTGTGGTGGATATCACGGGCACGGAAACAGCAGTCGCCGCGCATACCCTTTCGTTGGTTGAGGCTACCGTTGCCGCCGCTCAGGCGCAGCTCCGCATTGAACGACTGACGCTCGCCGCCGCCGTCAAGGACAAACCTCGACGCCGAAGCGCGTCTACCGCCCCGGGCCACGCGCTCTACCGCAACAGCCTCCAGCTGTTGGGCCGTGACCAAGCGCTGCTCAGCATCGACGGACGGACGGTTTCCCTGTCTGCCCGGCACAGCGAGATCCTTGCAATCCTGAGCAGCCACCCCGGCGGACTCAGTGCTGAAGACCTGTGCACCCAGCTGTATCCCGGGGATGGCTCTGGCGTGACGCTTCGGGCGGAGATGGTGCGGCTCCGCAAAGTCATCCAGGAACTCAGCCCGGAGGCAGTCCCCGAATCCCGCCCTTACCGTTTGCCGGTTGAATTGCTTCCCGACTCCGGCCAGGTCCTCAGTTGCCTGCAGCGAGGCGCCCACCGCATCGCCCTGGAAATCTACAAAGGTGGGCTCTTGCCACGCTCGGAGGCACCCGGCGTCGTGCAGTTGCGCGAACGGGTCTCGCACCTGTTGCGCGAGGCGCTGCTTAGCGACGGGAGCGTCGATTCGCTCCTGAAGTACGCTGAGCTGCCCGAGGCGAAGTACGACGTCGACCTCCGCCTTGCCGTCCTGAAGCTGCTGCCGCCGCGCTCACCCAAGCGGGCCGCCGTGGTGGCTGACCTTGAGCGGATCGAAAGGGAACTCAAAGAGTGA MRNPVHPPVPGSDAAELLQKRALTGHERLDSLRLGMPEDIVGLRRLVRESWQRSASLQANPDVAEAPLAMDRDELEEYRRQHPLATIMPVIKKLLVQPSHDSGLLVAVGDDVGRLLWVEGDPVMQRRAEGMMFVAGADWSEASVGTSAPGTALALDRSIQISGAEHFKRSVHPWSCTAVPFHDPDSGAVLGVVDITGTETAVAAHTLSLVEATVAAAQAQLRIERLTLAAAVKDKPRRRSASTAPGHALYRNSLQLLGRDQALLSIDGRTVSLSARHSEILAILSSHPGGLSAEDLCTQLYPGDGSGVTLRAEMVRLRKVIQELSPEAVPESRPYRLPVELLPDSGQVLSCLQRGAHRIALEIYKGGLLPRSEAPGVVQLRERVSHLLREALLSDGSVDSLLKYAELPEAKYDVDLRLAVLKLLPPRSPKRAAVVADLERIERELKE PGPT0007176_1 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-BRANCHING_STIMULATION PLANT_BRANCHING-AUXIN|IAA_METABOLISM PLANT_BRANCHING-IAA_METABOLISM,PGPT0007176-aldB-K00138 NA NA D3-18_01212 1524 thcA COG1012 EPTC-inducible aldehyde dehydrogenase ATGACCGTTTATGCACAGCCAGGTGCCGAGGGTTCGAAGGTCACTTTCAAGGACCGCTACGAAAACTGGATCGGCGGCGAATGGGTTGCCCCGGTCAAGGGCGCCTACTTCGAGAACATCACCCCCGTCACGGGCAAGGCCTTCTGCGAAGTTGCCCGCGGCACCTCCGAGGACATCGAGCTGGCGTTGGACGCCGCCCACAAGGTCGCACCCTCCTGGGGCAAGACGTCCGCCACGGAACGCGCAGCCATCCTGAACAATATTGCCGACCGCATCGACGAGAACGTGGAGCTCCTCGCGGTGGCGGAAACCTGGGACAACGGCAAGCCCGTCCGCGAAACCCTGAACGCCGACATCCCGTTGGCAGCGGACCACTTCCGCTACTTCGCCTCCGCCGTCCGTGCGCAGGAAGGCCACCTCTCCCAGCTGGATGAGGACACCACCGCCTACCACTTCAAAGAGCCGCTGGGCGTTGTCGGCCAAATCATCCCCTGGAACTTCCCCATCCTCATGGCAGTGTGGAAACTGGCACCGGCACTCGCAGCAGGCAACGCCGTGGTGCTCAAGCCCGCAGAGCAGACCCCCACGTCCATCCTGGTCCTCATGGAACTCATCGGCGACCTCCTGCCGGCAGGTGTGGTGAACGTCGTCAACGGCTTCGGTGTTGAGGCTGGAAAGCCTCTGGCTTCAAGCTCCCGGATCCGTAAGATCGCCTTCACGGGTGAAACCACCACCGGCCGCCTTATCAGCCAGTACGCGTCCAACAACCTCATTCCCGTCACCCTGGAACTGGGTGGCAAGAGCCCGAACATCTTCTTCGATGACGTCGCCGCGCAGAACGATGCTTTCTACGACAAGGCCCAGGAAGGCTTCACGCTCTTTGCCTTCAACCAGGGCGAGGTCTGCACCTGCCCGTCCCGCGCACTGGTCCAGGAGGGCATCTACGACTCCTTCATGACGGACGTCGTTGCCCGGACCAACAAGATCATCCAAGGCAACCCGCTGGATACCGACACCCAAGTTGGCGCCCAGGCCTCGAACGACCAGCTCGAGAAGATCCTGTCCTACATCGACATTGGAAAGCAGGAGGGCGCCAAGCTGCTCACCGGCGGCGCCAGGGCAGAGCTGTCCGGCGAGCTGGCCGGCGGCTACTACGTCCAGCCCACCATTTTCGAAGGCCACAACCGGATGCGGATCTTCCAGGAAGAGATCTTCGGCCCGGTAGTGTCCGTCACCAAGTTCAGCGACTACAACGACGCCATCGGAATCGCCAACGACACCCTCTACGGGCTGGGCGCCGGTGTCTGGTCACGCAACGGAAATGTCGCCTACCGCGCAGGCCGGGAAATCCAGGCTGGCCGCGTGTGGGTCAACAACTACCACGCCTACCCGGCAGGGGCCGCCTTCGGTGGCTACAAGTCCTCAGGTATTGGCCGTGAGAACCACGCCATGATGCTGGACCACTACCAGCAGACCAAGAACCTCCTGGTCAGCTACAACGAGAACAAGCTCGGCTTCTTCTAA MTVYAQPGAEGSKVTFKDRYENWIGGEWVAPVKGAYFENITPVTGKAFCEVARGTSEDIELALDAAHKVAPSWGKTSATERAAILNNIADRIDENVELLAVAETWDNGKPVRETLNADIPLAADHFRYFASAVRAQEGHLSQLDEDTTAYHFKEPLGVVGQIIPWNFPILMAVWKLAPALAAGNAVVLKPAEQTPTSILVLMELIGDLLPAGVVNVVNGFGVEAGKPLASSSRIRKIAFTGETTTGRLISQYASNNLIPVTLELGGKSPNIFFDDVAAQNDAFYDKAQEGFTLFAFNQGEVCTCPSRALVQEGIYDSFMTDVVARTNKIIQGNPLDTDTQVGAQASNDQLEKILSYIDIGKQEGAKLLTGGARAELSGELAGGYYVQPTIFEGHNRMRIFQEEIFGPVVSVTKFSDYNDAIGIANDTLYGLGAGVWSRNGNVAYRAGREIQAGRVWVNNYHAYPAGAAFGGYKSSGIGRENHAMMLDHYQQTKNLLVSYNENKLGFF PGPT0007176_560 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-BRANCHING_STIMULATION PLANT_BRANCHING-AUXIN|IAA_METABOLISM PLANT_BRANCHING-IAA_METABOLISM,PGPT0007176-aldB-K00138 NA NA D3-18_01213 1023 adh Alcohol dehydrogenase ATGTCCACAACCATGCAAGCTGCAGTAGTTACGGAATTCGGAACCGACCTTACGGTCAAGGAGGTGGAACGCCCGACGCCGGGTCCCGGCCAGGCGCTGGTCCGCCTCATCACCTCGGGAGTTTGCCATACCGACCTCCACGCCGCCGAAGGCGACTGGCCGGTCAAGCCGACACCACCCTTTATCCCAGGCCATGAAGGCGTGGGTGAAGTGGTGGCCCTGGGCGAGGGCGTCACGGACGTTGCCGTCGGCGAACTCGTAGGAAACGCGTGGCTGTGGTCGGCCTGCGGGGACTGCCAGTACTGCCGCACCGGATGGGAAACCCTGTGCGAGTCCCAACAGAACGGTGGTTATAGCGTGGACGGCTCGTTCGGCGAGTACATGCTGGTGGACACGCGCTTTGCTGCCCGCATCCCGGAAGGCTCGGACCCGGTGGAAGTCGCGCCGGTTCTGTGTGCCGGGGTCACGGTCTACAAGGGCCTGAAGATGACCGAGGCCAAGCCCGGTCAATGGGTCACCATCTCCGGCATCGGGGGACTGGGGCACATCGCCGTCCAGTATGCGGTGGCTATGGGGCTCCGCGTCGCGGCAGTAGATATTGCCGATGACAAGTTGGCGCTGGCCCGGGAGCACGGCGCCGAGCTAACGGTCAACGCACTGCATGAAGATCCGGCGGAGGTCATCCAGCGTGAAACGGGCGGCTGCCACGGTGTCTTGGTGACCGCGGTCCACCCCTCGGCTTTCGGCCAGGCGATCGGCATGGCACGTCGAGGCGGAACCATCGTGTTCAATGGTTTGCCGCCGGGAGATTTCCCGGCGCCGATCTTCGAGATCGTCCTCAAGGGCCTCACGGTCCGCGGCTCGATCGTGGGAACACGGCAGGACCTCGAGGAAGCACTGGAGTTCTACGCCCAAGGGAAGATCAAGCCAACGGTCTCCACCCGGGAACTCTCCGAAGTCAACGCGGTCCTTGACGAAATGAAACACGCAAAGATCGACGGCCGAGTGGTCCTGAAGTTCTGA MSTTMQAAVVTEFGTDLTVKEVERPTPGPGQALVRLITSGVCHTDLHAAEGDWPVKPTPPFIPGHEGVGEVVALGEGVTDVAVGELVGNAWLWSACGDCQYCRTGWETLCESQQNGGYSVDGSFGEYMLVDTRFAARIPEGSDPVEVAPVLCAGVTVYKGLKMTEAKPGQWVTISGIGGLGHIAVQYAVAMGLRVAAVDIADDKLALAREHGAELTVNALHEDPAEVIQRETGGCHGVLVTAVHPSAFGQAIGMARRGGTIVFNGLPPGDFPAPIFEIVLKGLTVRGSIVGTRQDLEEALEFYAQGKIKPTVSTRELSEVNAVLDEMKHAKIDGRVVLKF PGPT0006365_1930 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006365-adhP-K13953 NA NA D3-18_01214 417 hypothetical protein ATGCACAACGCCAGCTTGGAAGCCGCGGTGACGCTGCCCGGGGAGGATTTCTCCCGGGTGGCGCTCACCGCGGCGTCCGTGGAACTCCTCCGCAAACTCTGGGACCAGCACGGGCCACTCATGTTCCATCAGTCGGGTGGTTGCTGCGACGGTTCTGCACCCATGTGCTATCCCGCGGGGGAGTTCCTGACCGGCGACTCCGATGTCCTACTGGGCCGCTTCGATATCGGGGGCGGAGGAGAGCCGCAGCCCTTGGAGTTTTGGATGTCCAAAGAGCAGTTCAACTACTGGTCCCATACCCACCTCACAGTCGATGTGGTCCCTGGCCGTGGCAGTGGATTCTCAGTGGAATCACCCGAGGGCAAACGTTTCCTGATCCGTTCCACGCTCATGGACTGGGATGTTCCAAGCGTTTAG MHNASLEAAVTLPGEDFSRVALTAASVELLRKLWDQHGPLMFHQSGGCCDGSAPMCYPAGEFLTGDSDVLLGRFDIGGGGEPQPLEFWMSKEQFNYWSHTHLTVDVVPGRGSGFSVESPEGKRFLIRSTLMDWDVPSV PGPT0017992_21 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 D3-18_01215 1554 yhdG_1 COG0531 putative amino acid permease YhdG ATGAACATTTTCAGGACCAAGTCGATCGAGCAGTCGATCGCCGATGCCGACGAGCCCGGGCGAAAGCTGAAGCGAAGCCTCAGCACCTGGGACTTGATGATCATGGGCGTCGCCGTTGCTGTCGGCGCCGGGATCTTCTCAGTGGGCGCCAAGGCTGCCGCAAACTTTGCCGGCCCTGCCGTCACCATCTCCTTCGCCATCGCCGCTGTCACATGTGCTTTGGCCATCATGTGCTACGCCGAGTTCGCCACAGCGATCCCCGTGGCAGGCTCCGCCTACGTGTTCACGTACGCCACCATGGGCGAAGTCCTCGCGTGGATCATTGGCTGGAACCTCATCCTTGAACTCTTCACCGCCGCAGCCGTGATCGCAAAGTACTGGGGCATTTATCTCAGTACGGTCTTCGGCCTGATGGGCGTGGAAATGCCCCCGTCAATCCAGGTGGCTGGCGTTGATCTCTACTGGGGTGCCTTCCTCATCGTCGCAATCTTCACCGTCCTGCTGGTGCTGGGGACAAAGCTGTCCGCCCGCGTTGGCAACGTCTTCACGCTCATCAAGATCGCCGTGGTGCTGTTCGTGATCGTTGTTGGCTTCAGCTACGTGAAGTTCTCCAACTACACACCCTTCGTTCCCGCCTCTGAGCCCACCGATTCCGGTGTTGCCGACGTCATGAAGCAGTCCTTCTTCGGCTTCCTCACTGGCGCTGCTCCGGCCCAGTACGGAACACTCGGCGTCTTCGCCGGCGCAGCCCTGGTGTTCTTCGCCTTCATCGGCTTTGACGTGGTGGCAACCTCCGCAGAAGAGGTCAAGAACCCGCAGAAGACCCTGCCCCGCGGTATCTTCGGTGGCCTTGCAGTGGTCACGCTGCTCTACATCCTGGTCTCCCTCGCACTGACCGGCATGGTGTCCTACACGCAGTTGGCCGAGGTGAAGAACCCCACGTTGACCACAGCTTTCGAGGCCGTGGGCAACACTGACGCTGCCAAGATCATCGCATTCGGTTCCCTGGTGGGCCTGACCACGGTGATCATGGTGCTGCTCATGGGCCTGTCCCGCGTGGTCCTGGCCATGAGCCGCGATGGCCTCCTGCCCCGCTCGCTGTCCAAGACCAGCGAAAAGCGCTCGACGCCGGCCCGGCTCCAGATCATCTGTGGTGCGGCCGTAGCCCTGGTTGCTGGCGTAACCAAGGTGGACCTGCTCGAGGAAATGATCAACATTGGAACGCTGTCCGCGTTCGTGATGGTGAGCTTGGGCATCCTGGTGTTGCGCAAGAAGCGCCCGGACCTCAAACCCGCTTTCCGGGTCCCGTTCGGCAAGGTCCTTCCGTGGGTATCCGCAGTGCTCTGCTTCTACCTCATGACCAACCTGGCCGTGGAAACCTGGATCTTCTTCGCGATCTGGCTGGTCATCGGCATGATCATTTACTTCGCCTACGGCCAGCGGCACTCACGGCTTAACGAGAAGTTCGCCGCAGCCAAGGCCTCCGTGAACGGTGCTCCCGAAAACCCCAAGGCCAAGGGTGACGAGGACGAAGATACCTTCACCAAGGTTTAG MNIFRTKSIEQSIADADEPGRKLKRSLSTWDLMIMGVAVAVGAGIFSVGAKAAANFAGPAVTISFAIAAVTCALAIMCYAEFATAIPVAGSAYVFTYATMGEVLAWIIGWNLILELFTAAAVIAKYWGIYLSTVFGLMGVEMPPSIQVAGVDLYWGAFLIVAIFTVLLVLGTKLSARVGNVFTLIKIAVVLFVIVVGFSYVKFSNYTPFVPASEPTDSGVADVMKQSFFGFLTGAAPAQYGTLGVFAGAALVFFAFIGFDVVATSAEEVKNPQKTLPRGIFGGLAVVTLLYILVSLALTGMVSYTQLAEVKNPTLTTAFEAVGNTDAAKIIAFGSLVGLTTVIMVLLMGLSRVVLAMSRDGLLPRSLSKTSEKRSTPARLQIICGAAVALVAGVTKVDLLEEMINIGTLSAFVMVSLGILVLRKKRPDLKPAFRVPFGKVLPWVSAVLCFYLMTNLAVETWIFFAIWLVIGMIIYFAYGQRHSRLNEKFAAAKASVNGAPENPKAKGDEDEDTFTKV PGPT0020810_1020 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GENERAL_AMINO_ACID_TRANSPORT,PGPT0020810-TC_APA|yhdG-K03294 NA NA D3-18_01216 636 hypothetical protein ATGAGCACATTCGAAGCCATCCCTACTGCCGCATTCCGTTTCTACGCCGAGCTTGAAGAGAACAACAACCGAGAATGGTGGCTGGAGCATAAGGCAACGTACGACGCCGAGGTGAAGGGACCGCTGACAGCTCTCCTTTCGGAGCTGGAGCCGCAGTTCGGGCCGGCTAAGATCTTCCGGCCAAACCGGGACATCAGGTTCTCGCAGGACAAGTCACCGTATAAGACAGCCCAAGGCGCCTTCGCTGCCAGCCAGGAGGGTGTCGGCTACTACCTGCAGATCAGTGCCGATGGTCTGCTGATCGGCGGCGGGTACCACTCCCACACGCCTGCCCAACTGGCGCGTTTCCGGGCAGCAGTGGATGCTCCCGACAGTGGATTGGAGCTAGCGGAAATCGTCGATGCGGTGGCAGCGGCAGGCTTCGCGATTGAGGGCGAAAAACTCAAGACCGTTCCACGGGGTTTCGACAAAGACCATCCACGCGCTGAGTTGCTCAAGCACAAGTCCTTGTCAGCGAGCGTTGAGGTGGGTCAGCCGGACTGGTTACGCACTCCCACAGCCCAGGAAGAGATCGCCGCCCGCTGGGAAGAGCTGAGGCCACTGGTGGATTGGGTCGGTGAGCATGCGGCGCCGTAA MSTFEAIPTAAFRFYAELEENNNREWWLEHKATYDAEVKGPLTALLSELEPQFGPAKIFRPNRDIRFSQDKSPYKTAQGAFAASQEGVGYYLQISADGLLIGGGYHSHTPAQLARFRAAVDAPDSGLELAEIVDAVAAAGFAIEGEKLKTVPRGFDKDHPRAELLKHKSLSASVEVGQPDWLRTPTAQEEIAARWEELRPLVDWVGEHAAP NA NA NA NA NA D3-18_01217 1482 katA COG0753 Catalase ATGACTGCCATTTCAACAACTCAGTCAGGTGCCCCCGTTACCTCCGACGCGCACTCGAAGTCCGTCGGCGCTGACGGTGCCATCATCCTCACCGACCACTACCTGGTGGAAAAGCTTGCACAGTTCAACCGCGAGCGGGTCCCGGAGCGTGTAGTGCACGCCAAGGGTGGCGGTGCATTCGGTACGTTCAAGACCACCTCGGACGTTTCGGCTTACACCAAGGCAGCCTTCCTGCAGCCGGGCGTCGAGACGGACATGCTGATCCGTTTCTCCTCCGTTGCAGGCGAGAACGGTTCTCCCGACACCTGGCGCGACCCCCGCGGTTTCGCCGTGAAGTTCTACACCTCCGAGGGCAACTACGACCTCGTTGGCAACAACACTCCCGTCTTCTTCATCCGCGACGGCATCAAGTTCCCGGACTTCATCCACTCCCAGAAGCGCCTCCCGGGCAGCCACCTGCGCGACGCTGACATGCAGTGGGACTTCTGGACCCTCTCCCCCGAGTCCGCACACCAGGTCACCTGGCTCATGGGCGATCGTGGCCTCCCGGCTTCCTGGCGTGAAATGCAGGGCTACGGCTCGCACACCTACCAGTGGATCAACGCCGCCGGCGAGCGTTTCTGGGTCAAGTACCACTTCAAGTCCAACCAGGGCGTCAAGACCATCACCGGCGACCAGGCTGAACAGCTTGCCGGTTCGGACGCGGACTTCTACATCCGCGACCTCCAGGAGAACATTGCCGACGGCAACTTCCCCTCCTGGGAACTGCACGTCCAGGTCATGCCTTACGAGGATGCCAAGACGTACCGCTTCAACCCGTTCGACCTCACCAAGGTTTGGCCGCACTCTGACTACCCGCTGATCCACGTGGGCACCATGGAGCTGAACAAGAACCCGGAGAACTACTTCGCGCAGATCGAGCAGGCCACCTTCGCGCCGTCGAACTTCGTACCGGGCATTGCCGCTTCCCCGGACAAGATGCTGCAGGCCCGCATCTTCTCCTACGCAGACGCACACCGCTACCGCGTGGGCACCAACCACGCACAGATCCCGGTGAACCAGCCCAAGAACCAGGTCAACAACTACAGCCAGGACGGACAGGGTCGTTTCCTGTTCAACTCCCCCTCCACCCCGGTATACGCGCCGAACTCGGTGGGTGGCCCGGCTGCTGTTGAGCCCACTTCCCCTGCCGGTGGCTGGGAGAACGACGGCGAGCTCACCCTCTCCGCCCACACCCTGCACGCTGAGGACGACGACTTCGGCCAGGCCGGTACCTTGTACCGCGAGGTCTACGATGACGCCGCAAAGGCCCGCCTCCTGGACACCATCACCGGTGCCGTCGGCGGCGTGAAGCACGCCGACATCAAGGAACGCGCCATCCAGTACTGGACCAACGTTGACTCCGAGCTCGGCGCCAAGCTCCGCGCCAACCTCGGTGCAGGCCAGACCGAGTCCGACGCCGAAGCAGCCAACAAGCTCTAA MTAISTTQSGAPVTSDAHSKSVGADGAIILTDHYLVEKLAQFNRERVPERVVHAKGGGAFGTFKTTSDVSAYTKAAFLQPGVETDMLIRFSSVAGENGSPDTWRDPRGFAVKFYTSEGNYDLVGNNTPVFFIRDGIKFPDFIHSQKRLPGSHLRDADMQWDFWTLSPESAHQVTWLMGDRGLPASWREMQGYGSHTYQWINAAGERFWVKYHFKSNQGVKTITGDQAEQLAGSDADFYIRDLQENIADGNFPSWELHVQVMPYEDAKTYRFNPFDLTKVWPHSDYPLIHVGTMELNKNPENYFAQIEQATFAPSNFVPGIAASPDKMLQARIFSYADAHRYRVGTNHAQIPVNQPKNQVNNYSQDGQGRFLFNSPSTPVYAPNSVGGPAAVEPTSPAGGWENDGELTLSAHTLHAEDDDFGQAGTLYREVYDDAAKARLLDTITGAVGGVKHADIKERAIQYWTNVDSELGAKLRANLGAGQTESDAEAANKL PGPT0014380_3657 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781 NA NA D3-18_01218 477 furA COG0735 Transcriptional regulator FurA ATGACAGATCACACAGCCGAGCAAGCAGAATGGGCCGCCGCCCTGCATGCCCACGGCCGGCGTGTGACCAAACAGCGGCTGGCCGTGCTTGCCGCAGTCCAGCACCATCCGCATTCTCCGGCAGAAGGCATTCTTGCCGCTGCCCGCAAAGAGCTTCCTGAACTGACGGCGCAGTCCGTTTACGTAGTGCTCAGCGACCTCACGGACCTGCAGATGCTGCGCCGCTTTGAACCCCCGCACTCCCCGGCGCTGTACGAAACCCGCGTGGGTGACAACCACCATCACGCCGTCTGTATCAGCTGCGGCAAGGTGGAGGACGTGGATTGCGCTGTGGGACACGCACCGTGCCTCACCCCGCACTGGGATGAGAATTCCAAGCCCATGACCATCCAGATCGCAGACGTCCTTTATCAAGGCATCTGCCAGGACTGCCAGTCCAAACAACAGCTTCCCGTAACTTCCGTAACTCAGAAATAA MTDHTAEQAEWAAALHAHGRRVTKQRLAVLAAVQHHPHSPAEGILAAARKELPELTAQSVYVVLSDLTDLQMLRRFEPPHSPALYETRVGDNHHHAVCISCGKVEDVDCAVGHAPCLTPHWDENSKPMTIQIADVLYQGICQDCQSKQQLPVTSVTQK PGPT0014380_1558 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0014380-katE|CAT|catB|srpA-K03781 NA NA D3-18_01219 792 hypothetical protein ATGGGTTTGGAACGACGATTGCTGTACCGTTCGGGGTTTTGGGAAATCGCCCGGCCGCGCCATCCCCTCACGGCCGGGCACATCTTAATCAGGCTGTCCGATCCGTCCACCGAATTCGCGCAGGCTTCAGCGTCCGACTGGCTGTTCTGCCACAACCTGGTACGCGCCGCACTCCATGACGTACTGGGGGCAACCCGCTTCGCGGTGATGTTCGCCCACCGCTGGCACCCGCTCGGGTCCGCCATAGGCGAGCCCGTGGCCGAGTCTTCAACCCCCACCTTCCACCTCTTCGGGCGTTGGGACGGAGAAGCCACGACGCCGGGTGCTCAGCTTTCGTTGCCCGCCCACCATCGGGTCGGGGAGCCTGAGCACAACCTGGCAACTACCGACGCGGCGGTTCGTGAGGCGCTGCGGCTGAGCCGACCTAACTCCGTGAGTTCCGGACCCGAGTCGGGCGCCGCCGTCGAGCGCTCTTTTGAAGTGGAGCCCTTTTCTGACCCTGGATCGCTGGTGCGGGCAGTGGAAACGGGACCTCGCCATACGGTGATCGAGCCTGTCCGGGCTGTGGCGAACGTTCGCGACATCCAGCCGGCGGAATTGCTGGCGATGGCTGCGACCTTGAGCGCTCTTCCCCTAACCGGAGGCCTCAGCGGATTCAGTTGCCTGGCCTTGGAATCCGAGAGACCAGGCAGCCCACTGCGGGTCCATGCGCTGGGTCGATCCGCCGCTGAAGACGTGAATCCCATGGTGGATCTGCTCCGTTCACCAGAAGTTAGCCTTGCCTTATTGTGA MGLERRLLYRSGFWEIARPRHPLTAGHILIRLSDPSTEFAQASASDWLFCHNLVRAALHDVLGATRFAVMFAHRWHPLGSAIGEPVAESSTPTFHLFGRWDGEATTPGAQLSLPAHHRVGEPEHNLATTDAAVREALRLSRPNSVSSGPESGAAVERSFEVEPFSDPGSLVRAVETGPRHTVIEPVRAVANVRDIQPAELLAMAATLSALPLTGGLSGFSCLALESERPGSPLRVHALGRSAAEDVNPMVDLLRSPEVSLALL NA NA NA NA NA D3-18_01220 1272 entS_3 COG0477 Enterobactin exporter EntS GTGGCGAAACTACTGGCAGACATCACTCCCCTGAAGGAGAGTCCCGCTTTTCGGCGGCTCTGGCTGGGGGCCTCAGTAGCTGCCATCGGCACCCAGTTGACCTTGGTGGCTGTCAGCCTGGAGGTCTATCGGCTCACGCAGGAGAGCTTCTACGTGGGCCTCCTGGGAATCTTTGCGCTGGTTCCGTTGGTCATCGCCGGGCTCTACGGCGGCTCAGTTTCGGACGCCTACGATCGCCGCAAAGTTGCCCTCATTGCCTCCCTTGTCCTCTGGGCAACCACGGCCGGATTGGCTCTGCAGGCGTGGCTGGAGATGGGCAACATCTGGCTCCTTTATGCACTGGTGGCCATCCAAAGCGGCGCCCAAGGGATCAATGGTCCCGCCCGCAGCGCGATCATCCCGCTCCTGGTCCGCAAGGATCTGCTTCCGGCTGCCAACGCCCTGAGCATGCTGACGTTCGGCCTGTCCATGACCGCCGGGCCACTCCTGGCAGGCGTGCTCGTGGCCACCATCGGCTTCGGTTGGACCTACACCATCGATGTCATCAGCTTCACTTTCGCACTGTGGGGGCTCTTTAAACTCCCGCCCCTCCCGCCGTCCAAGGATGCCGTACGGCCCGGGCTGCGCTCCGTAGTGGAGGGCTTCCGGTTCCTCGGCACGCGACCCAACGTCCGTATGACCTTCATCATCGACCTCATTGCCATGATCTGCGCCCAGCCCCGCGCACTGATGCCGGCCATTGGTGCGGTGATGATCGGCGGAGGCGAAACCACGGTTGGCGTGCTGCTTGCCTCGACGGCCGTGGGCGCTTTCCTGGCCGGGTTGTTCTCCGGGCCCTTGGGGCGGGTACGCAAGCAGGGCAGCGCCGTGGTGTGGTCGGTGATTGGTTGGGGTGCGTCCATTGCCGGCTTCGGTCTGGTGGTGCTGCTGGCCGGGGACGCCGGCCGCGACGGTGTCACGCTCTGGCTGATCCCGGCAGCCTTCTGTTGCGCCCTTGCCGGAATCTCGGACTCGGTCAGCGCCGTTTTCCGCACTACCATCCTCCAAGCAGCCACCCCGGACCATATGCGGGGGCGACTCCAGGGTGTGTTCATCGTGGTGGTGGCCGGAGGTCCCCGGGTAGGGGACATGCTGGCCGGCGGTGTCACGCAGTTCCTGAGCGAAGGCGGAGTGTTGCTGCTGGGCGGGCTCCTCTGCATCCTTGTTGCATGGTTCGCTTCGCGCATGCAACCGGGATTCGTCGCGTACGACGCCAAGCATCCGGTGCCCTGA MAKLLADITPLKESPAFRRLWLGASVAAIGTQLTLVAVSLEVYRLTQESFYVGLLGIFALVPLVIAGLYGGSVSDAYDRRKVALIASLVLWATTAGLALQAWLEMGNIWLLYALVAIQSGAQGINGPARSAIIPLLVRKDLLPAANALSMLTFGLSMTAGPLLAGVLVATIGFGWTYTIDVISFTFALWGLFKLPPLPPSKDAVRPGLRSVVEGFRFLGTRPNVRMTFIIDLIAMICAQPRALMPAIGAVMIGGGETTVGVLLASTAVGAFLAGLFSGPLGRVRKQGSAVVWSVIGWGASIAGFGLVVLLAGDAGRDGVTLWLIPAAFCCALAGISDSVSAVFRTTILQAATPDHMRGRLQGVFIVVVAGGPRVGDMLAGGVTQFLSEGGVLLLGGLLCILVAWFASRMQPGFVAYDAKHPVP PGPT0003290_97 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN_TRANSPORT,PGPT0003290-entS|ybdA|cbsS-K08225 NA NA D3-18_01221 870 htpX COG0501 Protease HtpX GTGCATAAACACAACAATGGACTCAAGACCGCGGCGCTCTTCGGTGTGCTGTGGGCGGTGTTGTTGGGTTTGGGCGCCATCATCGCGGCCGGGACGCGCAGCACCACGCCCATCTGGATCATGGCAGTGATTGGTGTGGCCACCACGGCCTACGGGTATTGGAACAGCGACAAGATCGCCATCCGTTCCATGGCCGCCTACCCCGTCACCGAGGCTCAAGCGCCGCAGCTCTACCAGATTGTTCGAGAGCTGTCCGCTCGTGCCAACAAGCCCATGCCGCGGATCTACCTCTCGCCCACCATGACGCCCAACGCCTTCGCCACCGGACGGAATCCCAAGAATGCTGCCGTGTGCTGCACCGAAGGGATCCTCCACCTGCTCGACGCCCGCGAGCTCAGGGGAGTACTGGGGCATGAGCTGATGCACGTGTACAACCGCGACATCCTCACCTCGTCGGTTGCTGCTGCCGTGGCCGGAGTCATTACCTCCGTGGGCCAGATGTTGCTGATCTTCGGCAGCGGGGACCGGCGCAACGCCAACCCGCTGGCAACCATTGCGATGGCCCTCTTGGCGCCCTTCGCGGCGTCGCTGATTCAGATGGCTATCTCCCGTACCCGTGAGTTCGACGCCGATGAGGACGGTGCGGAACTGACGGGCGATCCCTTGGCGCTTGCCTCAGCCCTGCGAAAGATCGAGTCCGGCGTCAGCCAATTGCCGCTCCCGCAGGACCAACGATTGGTCAATGCCTCACACCTGATGATCGCCAACCCGTTCCGTGGCGGCGGCATGCGGCGCATGTTCTCCACGCACCCGCCAATGAAGGAACGGATCAGCCGACTGGAGCGGATGGCCGGGCGCCCGCTCTCCTAG MHKHNNGLKTAALFGVLWAVLLGLGAIIAAGTRSTTPIWIMAVIGVATTAYGYWNSDKIAIRSMAAYPVTEAQAPQLYQIVRELSARANKPMPRIYLSPTMTPNAFATGRNPKNAAVCCTEGILHLLDARELRGVLGHELMHVYNRDILTSSVAAAVAGVITSVGQMLLIFGSGDRRNANPLATIAMALLAPFAASLIQMAISRTREFDADEDGAELTGDPLALASALRKIESGVSQLPLPQDQRLVNASHLMIANPFRGGGMRRMFSTHPPMKERISRLERMAGRPLS PGPT0014605_3152 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014605-htpX|ykrL-K03799 NA NA D3-18_01222 492 hypothetical protein ATGGCAGGCGAATCCACATTCGACGTCGTAAGCAAGGTAGACAAGCAAGAGGTCGCCAACGCGCTCAACCAGTCCCAAAAGGAAATCGCACAGCGATACGACTTCAAGGGCGTCGGCGCTGAGATTGATTTCAGTGGCGAAAAGATCCTCATGAAGGCCAATTCCGAGGACCGCGTCCTGGCTGTTCTGGACGTCTTCCAGTCCAAGCTCATCAAGCGCGGCATTTCCCTGAAGTCCCTGGATCAGGGTGAGCCTTTCCCCTCCGGTAAGGAATTCCGCCTGGAGTGCACCATCAAGGAGGGCATTGCCCAGGACATCGCCAAGAAGATCAACAAGATCATCCGCGATGAAGCCCCGAAGTCGGTGAAGTCCCAGATCCAGGGCGACGAACTCCGCGTCACCTCCAAGTCCCGTGATGACCTGCAGGAGACCATGAACATCCTCAAGAAGTTCGAAGAGGCTGACCTGCAGTTCGTAAACTTCCGCAGCTAG MAGESTFDVVSKVDKQEVANALNQSQKEIAQRYDFKGVGAEIDFSGEKILMKANSEDRVLAVLDVFQSKLIKRGISLKSLDQGEPFPSGKEFRLECTIKEGIAQDIAKKINKIIRDEAPKSVKSQIQGDELRVTSKSRDDLQETMNILKKFEEADLQFVNFRS PGPT0012210_1025 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0012210-yajQ-K09767 NA NA D3-18_01223 267 hypothetical protein ATGAGCAGCAAGGCCGTCCAGTCCATCAGCAAATCCGCATCTGCAGCAGCAGGCTCCATTGGCACGGCTGCAGTCGCCGCGGCGAGTGCCGTAGCTGCCGCGGCCGTGGCAGCGTCGATCGTCCTGAGCCCCGTTCCCGACGCGGCTTCCCGGATGGACGGAGTCCACGCTGATTTGCTGCGCGCCGTGCAGCTCAACCAGATCACCGCCGAGCAGGCCGAAAAGTTCGAGGCCAAACTGGCCGGCCGGATCCTCGGGGAAGCCTGA MSSKAVQSISKSASAAAGSIGTAAVAAASAVAAAAVAASIVLSPVPDAASRMDGVHADLLRAVQLNQITAEQAEKFEAKLAGRILGEA NA NA NA NA NA D3-18_01225 759 hypothetical protein ATGACTCAAGCGCGATACAGGGACCTCGTTGAATGGCCCCTCATGGCCACGGCACTGATTTTCCTCACGGCCTACGCGTGGCAGGTCATCGGTCGCATCAGCGGCGCCGAGGCAATACCTTTCGAGATTGTCCTCTGGATCACGTGGGGAATTTTCGCCCTGGACTACTTCATCAATCTTTGGCTTGCCGAAGACCGGATGCGCTGGTTCCTGTGGAACCTGCACGAACTCCTGATCGTGGTACTCCCGTTCTTCCGGCCACTCCGGTTGCTGCGGCTGGTCACGTTGCTCTCCGTCCTGCAACGCACCGTCGGTGAAACCTTGCGCGGACGCGTCGCCACGTACGTAGCAGGAGCAGCCGCGATGCTTATCCTCATCGGAGCACTGGCCGTGCTGGATGTTGAACAGAACGCCCCGGATGCCAAGATCGTCACCTTCGGGGATGCTGCGTGGTGGGCCATCACCACCATCACCACCGTGGGCTACGGCGACCTCTACCCGGTGACGACCATCGGCAGGATCGTCGCTGCAGCCCTCATGATGAGCGGAATCGCCGTTCTGGGTATCGTGACAGCTTCCATCGCTTCCTGGCTCCTGCAACGAATCGAGGAGAACGCCGAGGGTGTAGCAGCGGCAGCGGAAGCCAAGGCCACCGCGGCCGAGGAACCCGTCCGCGCCGAGATGGCCGATCTGGTGACGGAAATCGCGGCCCTGCGGATGGAGATCGCGGAGCTCCGGCAAGCGAGTGAGCGCCGCTGA MTQARYRDLVEWPLMATALIFLTAYAWQVIGRISGAEAIPFEIVLWITWGIFALDYFINLWLAEDRMRWFLWNLHELLIVVLPFFRPLRLLRLVTLLSVLQRTVGETLRGRVATYVAGAAAMLILIGALAVLDVEQNAPDAKIVTFGDAAWWAITTITTVGYGDLYPVTTIGRIVAAALMMSGIAVLGIVTASIASWLLQRIEENAEGVAAAAEAKATAAEEPVRAEMADLVTEIAALRMEIAELRQASERR PGPT0002715_4216 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0002715-kch|trkA|mthK|pch-K10716 NA NA D3-18_01226 222 hypothetical protein TTGAGCACGCTGCAAACCGCCAGTCCGCAAGGCGACGTTTGGCCGGAACTCTCCCGCCACCAGGACGTGGTCCTCCAGGATGCGCGCGGCAACCGCATCGAGGGAACCATCGATGGCATGACCAATGACCGCAGCACGCTGTGGATCCAGCTCAAGGGCGGCTTGGGCCGTCAACTGATTCACCACTTGGACGGCTACTGGCTGGAGACACCGGCTGCTTGA MSTLQTASPQGDVWPELSRHQDVVLQDARGNRIEGTIDGMTNDRSTLWIQLKGGLGRQLIHHLDGYWLETPAA NA NA NA NA NA D3-18_01227 135 hypothetical protein ATGTTACCCGCCGGTAACTTCGGAAGGAATATGCGGACCGAATTGTGGACCCGGCTCTTAGCCCAAAGCCCGTTTATGTACAACGATTGCACTAACGTTTACCGCCGGTTCACGAAAGACGTGCACAATATCTGA MLPAGNFGRNMRTELWTRLLAQSPFMYNDCTNVYRRFTKDVHNI NA NA NA NA NA D3-18_01228 546 hypothetical protein ATGCACCTGCTTCTTCGTACCCTCATGCTGCTGTTCACGTCGTCCAAGCGTTCGCCGCTCGGTGTCTGGGAAGAATCATCGCTGCCTTTGCGGGTTCTGCCCACTGACATAGACATCGCGATGCACGTCAATAACGGCATGTATTTCTCGCTGATGGACCTTGGCCGTTTCGACCTCATGGTCCGCAGCGGCATCTGGACAAGAATGCGCAAGCGGGGTTGGAGCCCGGTGGCGGCCGGTGAGACTATCGCCTTCCGCAAATCGTTGCAGCTCTGGCAGCAATACACCATCGAAACCCGCATCATCGGGCTGGACACCAAGGCCATCTACTTCGAACAACGCATGGTGGTGGACGGTGAAATCTATGCACGGGCACACATCGCCACCCGTCTGGTCAACAAGGGTAAGCCAGTCACGCAGGAAGAAATCATCGCCGAGTTCGGAGCGCCGCCGGCTGACCTGGAACTGCCCGAGTGGATCCACGAGTGGCGCGAAAACAATGCACTTCCCGGAGCGCGTCGTCCCGCCCCGCACGTGTGGAGCTAA MHLLLRTLMLLFTSSKRSPLGVWEESSLPLRVLPTDIDIAMHVNNGMYFSLMDLGRFDLMVRSGIWTRMRKRGWSPVAAGETIAFRKSLQLWQQYTIETRIIGLDTKAIYFEQRMVVDGEIYARAHIATRLVNKGKPVTQEEIIAEFGAPPADLELPEWIHEWRENNALPGARRPAPHVWS NA NA NA NA NA D3-18_01229 801 hypothetical protein GTGCCTAGGGTTCTCCCGTTGTTCACCAAGGCCCTGACTGACTCGTGGCGTTCAACGTTGGCATGGGCACTGGGCTTGTCGGCGGCGTGCATGCTCTACCTGCCGCTGTATCCCTCGATCGGGGGCAGTGCTCAGATGCAGGACCTGATCAACGCGCTTCCCCCTGAAATGACCAAAGCCCTGAATTACGATCAGATTGCGTCAGGCCCCGGCTACACCCAGGCCACCATGTTCGGGCTGATCGGGTTCCTGCTGATGTCCATGGCTTCAGTGGGCTGGGGCGCCGCGGCCGTGGGCGGCGACGAGGAATCCGGATTGCTGGAACTCACACTCGCTCACAGTGTCACCCGGGTGCAGGTCGTCCTGGAGCGCGCCCTGGCCATCGTGGTTCGTATCGCGCTGCTCTCGATGCTCGTCTTCCTGCTGGTGCTGGGGCTCAACGGACCCTCGCAACTGGGCATCGACGTCGGACATCTCGCCGGGGCGGTGCTGCTGTTCGCCGCCCTGGCGCTGCTCAGCGGGACAGCTGCGCTGTGCGCCGGAGCGCTGAGTGGCCGGAAGGTGTACGGGATCGCGGCGGGCGCCGCAGTGGCCGTCCTCGGATATGTGTTCAACGCAGTGGGGCGGCAAAGTCCCGACGTCGAATGGTTGCTGAACCTTTCGCCCTATCACTGGGCGTACGGCAACTCCCCTGTGGCAAACGGGGCCGATTGGGGAGCTGCCGCGGGACTGTATGGCATCTCCGCAGCCCTGATCATCCTCGGAGCAGTGGCGCTGCAGCAACGCGACGTGGGGGTTTAG MPRVLPLFTKALTDSWRSTLAWALGLSAACMLYLPLYPSIGGSAQMQDLINALPPEMTKALNYDQIASGPGYTQATMFGLIGFLLMSMASVGWGAAAVGGDEESGLLELTLAHSVTRVQVVLERALAIVVRIALLSMLVFLLVLGLNGPSQLGIDVGHLAGAVLLFAALALLSGTAALCAGALSGRKVYGIAAGAAVAVLGYVFNAVGRQSPDVEWLLNLSPYHWAYGNSPVANGADWGAAAGLYGISAALIILGAVALQQRDVGV NA NA NA NA NA D3-18_01230 1053 COG1131 Multidrug efflux system ATP-binding protein GTGACCCAGGCAATCGTCGTCGAGGGTTTACGCAAGAAATTCGGAGCCCGGGAAGTCCTCCATGGGCTCGACTTCACGGTAAAACCCGGGACGGTGTTCGGCGTCATCGGGCCGAACGGAGCGGGCAAGACCACCACCATGCGCTGCCTTCTGGACATCATCAGGCCCAGCGCGGGGTCCATCTCGGTGCTGGGACAGGACCCGCGACAGGCAGGCACTGCCCTTCGCCGCAGGATCGGATACCTTCCCGGCGAACTGCATTTGGAAAACAGGACCACGGGCCGCCGCATGCTGGAGCACTTCGCAGCCATCAGCGGACCCGTTGAGCAACGGCACGTCAACGAACTCGCCGAGCGGCTGAACCTTGACCTCGATCGCCAAACCCGGAAGCTCTCCAAAGGCAACAAACAGAAGCTCGGACTGCTGCAAGCCTTCATGCACAAACCGGAGCTCCTGGTACTCGACGAACCCACCAGCGGCCTGGATCCTTTGGTTCAGCAGGTCTTCCATGCAATGGTTCGTGAGGTTGTGGATGACGGCGCCACGGTCTTCCTTAGCTCGCACGTCCTCAGCGAAGTACAGCAGGCCGCCGACGCCGTCGCTATCCTCCGCGATGGCGAAATCGTCACCGTTTCCACCGTGGAGGCGCTCAGGACGGCAGCCGTCCGGCAGCTTCGGTTCCGTAGCACCGGAACGGAACCGGACGACGTCGGCGCGCTGCTGGCCAGGGTTCCCGGCCTCGCCAACGTAGCAGTACGGGAGCTCAAGGCCGACGGTCACGCCGCCGGAGCAGTTGAGGCTACAGCAACGCTCTCCGGGCACGTCCAGCCCTTGGTCCAGGAGTTGGCCAGGCTGAACCTGACGGATCTGGTCCTTGAGGAACCCGATCTGGAGGAAGCCGTATTGACCCTCTACACGGGCCAGTCTGTGGGGACGGGCCAAGCCGCGGGGAATGGCCTGGCCGCGGGGAATGGCCCGGCTTCCGGGAATGACCCGGCTTCCGGGAATGGTCATAGTGCCGGCCGCCGCGGGGAAGGAGCACGCCGTGCCTAG MTQAIVVEGLRKKFGAREVLHGLDFTVKPGTVFGVIGPNGAGKTTTMRCLLDIIRPSAGSISVLGQDPRQAGTALRRRIGYLPGELHLENRTTGRRMLEHFAAISGPVEQRHVNELAERLNLDLDRQTRKLSKGNKQKLGLLQAFMHKPELLVLDEPTSGLDPLVQQVFHAMVREVVDDGATVFLSSHVLSEVQQAADAVAILRDGEIVTVSTVEALRTAAVRQLRFRSTGTEPDDVGALLARVPGLANVAVRELKADGHAAGAVEATATLSGHVQPLVQELARLNLTDLVLEEPDLEEAVLTLYTGQSVGTGQAAGNGLAAGNGPASGNDPASGNGHSAGRRGEGARRA PGPT0006725_7994 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D3-18_01231 378 trxC COG0526 Putative thioredoxin 2 ATGGCTACAGTTGACATCACTGGAGAACAGTTCGCATCGACCATCGAGGACAATGACATTGTCCTGGTGGATTTCTGGGCGGCCTGGTGCGCCCCGTGCCGTCAGTTCGCCCCCACGTACGGGGCAGCTTCAGAGAAGCACACTGACGTCGTGTTCGCGAAGGTAGACACCGAGGCTGAGCAGCAGCTCGCCGCCGAAGCCGGGATCACATCAATCCCCACGCTCATGGCATTCCGTGAAAAGGTCCTCGTCTTCTCGCAGCCGGGTGCCCTCAACGGCCCGCAGTTGGAGCAGGTCATCGAGGCCGTGAAGGGCCTGGACATGGAAGAGGTCCATGCCCACGTTGCCAAGGCGCGTGCCGAGGCTCAGGAAAACTAA MATVDITGEQFASTIEDNDIVLVDFWAAWCAPCRQFAPTYGAASEKHTDVVFAKVDTEAEQQLAAEAGITSIPTLMAFREKVLVFSQPGALNGPQLEQVIEAVKGLDMEEVHAHVAKARAEAQEN PGPT0013055_3488 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013055-trxA-K03671 NA NA D3-18_01232 279 hypothetical protein ATGAGTGAACCCATTGACCTGCAGGCCACGTTCATCCCCAACGAAGGCGAATTCTTCCGCGTGAAGCTCGCTTTGGAAATCGCGATCGATGAGGTCGTCAACGAACCCGGCTGCATCCGCTACGAACTGACCGAGGCCACCGAAGAGAAGCTTGTCCTCACTGAGCGCTGGGAATCCGAGGAGCTTCTGGAGAAGCACTCCAAGGGCATCGCCGTCCAGGACCTGAACGAGTCCCTCAGCGCACTGCTCGCCGAGCCGGCCAAGCTGGAACGGCTCTAG MSEPIDLQATFIPNEGEFFRVKLALEIAIDEVVNEPGCIRYELTEATEEKLVLTERWESEELLEKHSKGIAVQDLNESLSALLAEPAKLERL NA NA NA NA NA D3-18_01233 1677 fadD3 COG0318 3-[(3aS,4S,7aS)-7a-methyl-1,5-dioxo-octahydro-1H-inden-4-yl]propanoyl:CoA ligase ATGTTGTCCTACACCGCCGGAGACACTGACGTCCCGCTGCTCGAAGAGACCATTGGCGCCAATTTTGAGCGCATCGCGACCCGGTTTCCGCTGCGGGACGCGCTCATCGAAGCGGCTGCGGTGCCGGGCGGTGACGCCCGCCGCTGGAGCTACCAAAAGCTTAACGACGACGTCGATCGCCTCGCCCGCGCCCTGCTCGCCATGGGCCTGGCAAAGGGCGAGCGGATCGGTATCTGGAGTCCCAACTGCGCCGAGTGGACCATTCTTCAGTACGCCACCGCCAAGATCGGTGCGGTCCTGGTCAACGTCAACCCGGCTTACCGGAGCCACGAGCTGGAGTTCGTGGTGAAGCAGAATGGCATGCGAATGCTGGTGGCTGCGCCAACGGATAAGAACAGCGACTACGTGGGCATGGCCAGGGATGCGGCCCGCAACTGTCCTGATCTCCGGGAGGTCGTCTTCCTTCCGGGAGAGCAGGAACTGGGACTCACTGTGGGCGTCCCGGAAGCCAACCACGAACTCACATACGCTCAACTCCTGACCCGGGCAGACGGCGTCGGGCTTTCAGCGCTTCGGGATCGCATGGACAACCTTGACCCACACGATCCCATCAACCTGCAATACACCTCGGGCACCACGGGATTCCCCAAGGGTGCCACCTTGACGCACCACAACATCCTCAACAACGGGCACTCGATCGGCCGGCTCCTGAACTACACCGAGCACGATCGCGTGGTGATCCCCGTGCCGTTCTACCACTGCTTCGGCATGGTGATCGGGAACTTGAATGCGCTGAGCTTTGGGGCTGCAACCATCATTCCGGGCCGTGGTTTCAACCCATCGGCGGCGTTGGAAGCAGTTCAGGACTTCGGCGGGACGTCCCTCTACGGTGTGCCCACAATGTTTATTGCCGAGCTCGCATTGGAGGATTTCAACTCCTATGACCTCTCCACGCTGCGTACCGGAGTCATGGCCGGTTCCCTGTGTCCCATAGAGGTGATGCGCCGGGTCATTGATGAGATGCACATGGTAGATGTTGCCATCTGCTACGGCATGACCGAGACCTCGCCAGTGTCCACCATGACCCGGGCGGGGGACACCTTGGAGCAGCGGACCAGCACGGTGGGCAGGACCATGCCGCACCTTGAAAGCCGCATTGTCGATCCGGGATCGGGTGAAGTGGTGGAGCGCGGGGTCATCGGTGAACTCTGCACGCGAGGTTACTCGGTGATGCAGGGCTACTGGGGCCAACCCGAAAAAACGACGGAAGCAATCGACGCTGAGGGCTGGATACACACCGGCGACCTCGCCCGCATGGATGAGAACGGTTACGTGGTGATCGAGGGCCGCATCAAGGACATGGTGATCCGCGGTGGAGAGAACATCTACCCGCGCGAGATCGAGGAATTCCTCTACCTCCACCCGTCCATTCAGGACGTGCAGGTCATCGGAGTTCCCGACCAAAAGTACGGAGAAGAGCTCATGGCTTGCATCATCCTCAAGCCCGGGGCTGAGGCGCTGACCGCCGAGGACATGGCCGAGTACTGTCGCGGGAAGCTGGCCCACTACAAAATCCCGCGCTACATAGACGTCCGCGAGTCCTTCCCCATGACGGTTTCCGGCAAGGTTCGGAAGGTGGACATGCGGCAGGAAGCAGTCTCCCGCCTGCACCTGTAG MLSYTAGDTDVPLLEETIGANFERIATRFPLRDALIEAAAVPGGDARRWSYQKLNDDVDRLARALLAMGLAKGERIGIWSPNCAEWTILQYATAKIGAVLVNVNPAYRSHELEFVVKQNGMRMLVAAPTDKNSDYVGMARDAARNCPDLREVVFLPGEQELGLTVGVPEANHELTYAQLLTRADGVGLSALRDRMDNLDPHDPINLQYTSGTTGFPKGATLTHHNILNNGHSIGRLLNYTEHDRVVIPVPFYHCFGMVIGNLNALSFGAATIIPGRGFNPSAALEAVQDFGGTSLYGVPTMFIAELALEDFNSYDLSTLRTGVMAGSLCPIEVMRRVIDEMHMVDVAICYGMTETSPVSTMTRAGDTLEQRTSTVGRTMPHLESRIVDPGSGEVVERGVIGELCTRGYSVMQGYWGQPEKTTEAIDAEGWIHTGDLARMDENGYVVIEGRIKDMVIRGGENIYPREIEEFLYLHPSIQDVQVIGVPDQKYGEELMACIILKPGAEALTAEDMAEYCRGKLAHYKIPRYIDVRESFPMTVSGKVRKVDMRQEAVSRLHL PGPT0008380_11925 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D3-18_01234 813 drrB_2 Daunorubicin/doxorubicin resistance ABC transporter permease protein DrrB ATGATTGAACAAGCCGTCGCCCCGGGTATGACTCTCCAAAAACGCGGTCCGCGAAGCGTAGTCACCGACACGTGGTTCGTTTTCTGGCGGGAAATGCTGCTGCCTCTGCGGGATCCGTTCTCGCTGATTTTCTCCCTCATCCAACCCCTGGTTTTCCTGGGGTTGTTCGGGCCCCTACTCGGCTCAGCTGTTGGTGCCCCGGCCTTCGGCGGCCAGTCCACACTGCAATGGTTCCTTCCCGGAGTCGTGGTGATGATCGCATTGTTCGGCACCTCCATGACAGGGTCAAACCTGCAGTACGAACTCATGACCGGCTCCTACGAACGGATCTTGGCCACGCCGCTCTCCCGGTCTTCGCTCATGATTGGCCGGGCGTTGAAGGAGTGGGCTCCCCTGGTGTTGCAGGGTCTGCTGATCTCAGTGGTCTGCATTCCCTTTGGTTTCGTTTTCTATCCTTTGCATGTGGTGCTGGGCTTGGTCATCCTGGGCATCTTCGGGATCGGGCTCGGCGCGTTGTCCTATGCACTTGCCTTGGTGTCGCAGAACAAGGAATGGATCTTCTGGGGCGTGCAGCAAACCCTGCTGTTCCCCCTCATGATCCTCTCCGGCATCATGTTGCCCATCGAGGCCGGACCTGGGTGGATGAAAGTGGCCAGCCTGTTCAATCCCCTGACTTACCTGGTCAATGCCGAACGGGAGTTGTTTGCCGGACGCATTGGCATGGACACGATGTGGGGTCTCGTGGCCGCTGTGGTGACGGCCGCCGTCGGACTTGTAGTGGGAATCCGGACGATCAGCCGGAATACCAACTAG MIEQAVAPGMTLQKRGPRSVVTDTWFVFWREMLLPLRDPFSLIFSLIQPLVFLGLFGPLLGSAVGAPAFGGQSTLQWFLPGVVVMIALFGTSMTGSNLQYELMTGSYERILATPLSRSSLMIGRALKEWAPLVLQGLLISVVCIPFGFVFYPLHVVLGLVILGIFGIGLGALSYALALVSQNKEWIFWGVQQTLLFPLMILSGIMLPIEAGPGWMKVASLFNPLTYLVNAERELFAGRIGMDTMWGLVAAVVTAAVGLVVGIRTISRNTN PGPT0006730_13978 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D3-18_01235 969 drrA_2 Daunorubicin/doxorubicin resistance ATP-binding protein DrrA GTGATCCACACCAACAAGCTCACTAAGACCTTCACCGTGAAGAAGGAGACGGTCGAGGCCGTGAAGGGGGTAGACATCGACGTCGCCCCCGGCGAACTTGTCGCCTTCCTTGGCCCGAACGGCGCTGGCAAGTCCACAACCCTGCGGATGCTCACCACCCTGTTGAAACCCACGTCCGGGTCGGCAACGGTGGCGGGCGTTGATGTGGCCAAGGACCCGGCGGGGGTGCGTGCCCGGATTGGCTACATCGGCCAAGGCAATGGCGGCGGGCACAGCTACCGCGTGATCGACGAGCTGATCATGCAAGGCCGCTTCTACGGCATGAACACCACAGACGCGAAAGCCCGTGCCGAAACCCTCATGGCATCCCTGGACCTCAGCGACCTCGCCAAGCGCAACGTGATCAAACTTTCCGGCGGGCAACGCCGCCGCATGGACGTGGCTCTCGGGTTGATGCACTCCCCTGGCCTGCTGTTCCTCGATGAGCCGTCCACCGGAATGGACCCCCAGAACCGCGCCAACCTCTGGGAGCACATCATGAGGATGCGCGAGGAGCACGGGACCACCATTGTGCTGACCACCCATTACATGGATGAGGCCGATTCCATGTCCGAGCGCGTCATCGTGATCGACCACGGGACCATCATCGCCGACGACACCGCTTCACGGCTCAAAGCGAATCTCGCCGGGGACCTCCTCGCCGTAGAAGTTGCCGCCGGTTCCGCATCCGAGGTGCGGGGTCTGCTGGGCCGCGCCGCCGCCGAAGGCGACATGGAGGAAAACGCCTACGACGGCGTGGTCCGCTTCCGCCTTCGGCTGGCACAGGGTGCCCAACTGGCACCGGGGTTGCTGAAGGAAATGCACGACGCCGGCGCTCCCGCCCAGTCACTCGAACTGAAACCTCCGACGCTGGACGACGTTTTCCTGGAACTGACCGGCCGCAGCCTGCGGGAAGGAGCTGAAGTCTGA MIHTNKLTKTFTVKKETVEAVKGVDIDVAPGELVAFLGPNGAGKSTTLRMLTTLLKPTSGSATVAGVDVAKDPAGVRARIGYIGQGNGGGHSYRVIDELIMQGRFYGMNTTDAKARAETLMASLDLSDLAKRNVIKLSGGQRRRMDVALGLMHSPGLLFLDEPSTGMDPQNRANLWEHIMRMREEHGTTIVLTTHYMDEADSMSERVIVIDHGTIIADDTASRLKANLAGDLLAVEVAAGSASEVRGLLGRAAAEGDMEENAYDGVVRFRLRLAQGAQLAPGLLKEMHDAGAPAQSLELKPPTLDDVFLELTGRSLREGAEV PGPT0006725_4952 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D3-18_01236 1008 hypothetical protein ATGCAGATTGTCAGCCGGGCGTGGGACCATGAAAACATGACCATCGCAGAAGCCCCGCCCGTTGTTGCGGCCGCGGCAGATGCGGCCGGCCGGTGGCATCCAGGCGGTTCCTTCCGCTTGGACCAGACCATGTTTCCGCTCATGCGGGGCAACGCGGATCCATCTTTCGCAGCTCACTCCAACGGTTTTTGGATGGCCTTCACCACTGCTTCGGGGCCGGTCACCTTGAGGCTTTCGGGGGGTGCCTTCGGAGTCGATTCCTTCGTGGATGCCCAAGCCTGGGGACCCGGAGCGGACGACGCCATCGCAGGAGTGCCGCGGTTGCTCGGCGCCGATGACGATTGGTCTGCATTCGATGAGCCCGCCTTCCATGCCACGCTCCCGCGGTTGGTCACGGAATCACGACGCCGGAACCTGGCCCTGCGGCTGCCCTCCACCGGGCGGATGGTTGACTCCCTGGTGCCCAGCATCCTGGAGCAAAAGGTCACTACTTTGGAGGCAAGGCACGGCTACCGGTACCTGATGTATCGCTACGGAACACCCGCGCCCGGCAAGGCCCCCGCTGGACTCCTGGTCCCGCCTACCGCCAGGCAGTGGCTGGCCATCCCCTCGTGGGAGTGGCACAAGGCCGGAGTTGGACCACAGCGCTCGGCCACCGTGATGCGGGCGCTGCAGTCCGCCGTCGCGCTTGAACGGTTGGCGGACCTGAGCTCAACGCGGGCCGCCGCCAAGCTGCAGACTATTCCGGGCATCGGCATCTGGACGGCAGCCGAAGTGGTTCAACGCACCCACGGCTGCCCGGACTCGATTTCCGTGGGCGACTACCATCTGGCCGCTTACGTGGGGTACGCCCTGACAGGTCGAAAGACCGACGACGCCGGCATGCTCGAGCTGCTGGAACCCTGGCGCGGACAACGGCAGCGACTGGTGCGGATGCTGTATTTGAGTGGCTTTCGCAAGCCCGCTTTCGGGCCGCGGATGACGGTGCAGGACCACCGCGGGCACTGA MQIVSRAWDHENMTIAEAPPVVAAAADAAGRWHPGGSFRLDQTMFPLMRGNADPSFAAHSNGFWMAFTTASGPVTLRLSGGAFGVDSFVDAQAWGPGADDAIAGVPRLLGADDDWSAFDEPAFHATLPRLVTESRRRNLALRLPSTGRMVDSLVPSILEQKVTTLEARHGYRYLMYRYGTPAPGKAPAGLLVPPTARQWLAIPSWEWHKAGVGPQRSATVMRALQSAVALERLADLSSTRAAAKLQTIPGIGIWTAAEVVQRTHGCPDSISVGDYHLAAYVGYALTGRKTDDAGMLELLEPWRGQRQRLVRMLYLSGFRKPAFGPRMTVQDHRGH NA NA NA NA NA D3-18_01237 393 hypothetical protein ATGGTTGGAGTGGTGCATTTCGAGATCCCCGCGGACAACAATGAGCGGGCCAACAGTTTTTACCAGAGTGCGTTCGGCTGGAACCTGAGTCCCATGCAGGGGATGGACTACACGATCGCCATCACAGCGCCTTCCGACGAACAGACCGGCACGCCAACGGAGCCGGGAGCCATCAACGGAGCCCTGTTCCCGCGCACGGATAATCTGAAGACCCCCATCCTCACCATCGATGTGGACGATATTGATGCCGCACTGGGACAGATTGAGTCGGCAGGTGGCAGTGTGGTCCAAGCCAAGGACGCCGTACCCACCATGGGCTGGTACGCCTACTTCAAGGACACTGAGGGCAACGTCCTGGGCGTCTGGCAGAACGACACCTCTGCCGGCACCTAG MVGVVHFEIPADNNERANSFYQSAFGWNLSPMQGMDYTIAITAPSDEQTGTPTEPGAINGALFPRTDNLKTPILTIDVDDIDAALGQIESAGGSVVQAKDAVPTMGWYAYFKDTEGNVLGVWQNDTSAGT NA NA NA NA NA D3-18_01238 1386 cbs_2 COG0031 Putative cystathionine beta-synthase ATGAAGTACGCCCAGTCCGTGTTGGACCTCATCGGCAATACGCCCCTCATCAAGCTCAACCACGTCACCGAGGGCATCAAAGCCACCATCCTGGTGAAGCTCGAATACATCAATCCCGGCGGATCCATCAAGGACCGGATCGCCGTGAAGATGATCGAAGATGCGGAAAAGGACGGCCGGCTCAAGCCGGGCGGAACCATCGTTGAACCGACGTCGGGCAACACCGGAGTGGGGCTGGCGCTTGTGGCCCAGCAAAAGGGCTACAAGTGCATTTTCGTGGTGCCGGACAAAGTGGGCGAGGACAAGCGCGCCGTGCTTCAGGCGTACGGCGCCGAAGTTGTGGTGACGCCTACCGCCGTCGCACCTGACAGCCCCCAGAGCTACTACGGCGTCTCGGACCGCCTGGTCAAGGAGATCCCGGGCGCCTTCAAGCCGGACCAGTTCTCCAACCCCGCCGCTCCCGGCAGCCACTTCGAGTCCACGGGCCCGGAAATCTGGCAGGACACAGACGGGCGGGTCACGCACGTAGTCATCGGCGCCGGAACCGGCGGCACCATCACCGGCACAGGTCGCTACCTCAAGCAAGTCTCGGCGGACCGTGCCGAGTCCGACGGCGGCCCGGTCAAGGTCATCGGCGCGGATCCGGAAGGCTCGGTCTACTCAGGCGGAACCGGCCGGCCCTACTTCGTGGAAGGCGTGGGCGAGGACATGTGGCCCGGCAACTACGATCCCGCCGTCCCGGACCACGTCATCGCTGTATCCGACGCCGACTCCTTCTCCATGACCCGCCGCCTTGCCCGGGAAGAGGGCCTCTTGGTGGGCGGCTCGTCCGGCATGGCCGTGGTCGCGGCGCTCCAGGCTGCCAAGGACCTGGACGAGTCCGCCGTTGTAGTGGTGATCCTCCCGGATTCCGGCCGCGGCTACCTTGCCAAGATTTTCAACGACCAATGGATGCGTTCCTACGGCTTCCTCTCCGGCGGCGAAGAAGCTTCCGTGGGCGAGGTGCTCAAGTCCAAGACGGGCGAGATGCCGGACCTGGTCCACATCCACCCGAATGAAACCGTCCGCGACGTCATCAACATCATGAACGAGTTCGGCGTCTCCCACATCCCGGTGCTCTCGCAGGAACCACCGGTGGTGATGGGCGAGGTCATGGGTGCCGTGGACGAGCGCAGCCTCACCAGCAAGTTGTTCCGTGGGGAAGCGAAGCTGACGGACATGATCTCCGAACACATGGGGGAACGGCTCCCCGTGATTGGCTCGCTGGAAACCATTTCCGCCGCGCGTGAGCTGCTGTCGGACGTCGATACCGTGATGGTGACATTCGTTGGCGCCCCGGTGGGCATCCTGACGCGCCATGACCTTTTGGCGTACCTCAGCAATTAA MKYAQSVLDLIGNTPLIKLNHVTEGIKATILVKLEYINPGGSIKDRIAVKMIEDAEKDGRLKPGGTIVEPTSGNTGVGLALVAQQKGYKCIFVVPDKVGEDKRAVLQAYGAEVVVTPTAVAPDSPQSYYGVSDRLVKEIPGAFKPDQFSNPAAPGSHFESTGPEIWQDTDGRVTHVVIGAGTGGTITGTGRYLKQVSADRAESDGGPVKVIGADPEGSVYSGGTGRPYFVEGVGEDMWPGNYDPAVPDHVIAVSDADSFSMTRRLAREEGLLVGGSSGMAVVAALQAAKDLDESAVVVVILPDSGRGYLAKIFNDQWMRSYGFLSGGEEASVGEVLKSKTGEMPDLVHIHPNETVRDVINIMNEFGVSHIPVLSQEPPVVMGEVMGAVDERSLTSKLFRGEAKLTDMISEHMGERLPVIGSLETISAARELLSDVDTVMVTFVGAPVGILTRHDLLAYLSN PGPT0020005_806 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_METHIONINE_DEGRADATION,PGPT0020005-cbs-K01697 NA NA D3-18_01239 1164 metB_1 COG0626 Cystathionine gamma-synthase ATGTCTGCCAGCAACAACGCCGGGTTCAACACACGCGCCGTCCACGCCGGACAGGCCTTCGAACCGGTGACCGGTGCTGTGGTGCCCCCGCTGCACTTCAGCTCCACGTACGCCCAAGACGGCATCGGCAACCTGCGCTCAGGTTATGAATACGGCCGCGGCGGCAACCCCACCCGCGACGCACTCCAGGAGCAGCTTGCCGCGCTTGAAGGTGGAACCGCTGCGTTTTCCTTCGGCTCCGGCCTTGCAGCCGAGGACTCCCTGATCCGCGCGCTCGCCCGGCCAGGCGATCACATTGTCCTGGGCAACGACGCCTACGGTGGAACCTACCGCCTGATTAACCGCGTGCTGGGTGATTGGGGCATCGGCAACACGCCCGTGGACATGTCCGACCTCGACGCCGTAGCCGCTGCGGTTGCGGCCAACAAGACGCGCATGGTGTGGGTGGAGACGCCGTCCAACCCGATGATGAAGATCACGGACATCGAGGCACTCGCCGCCGTAGCTCACGACGCCGGGGCCCTCCTGGTGGTGGACAACACCTTCGCGTCCCCCTACTTGCAGACCCCGCTGGCCTTGGGTGCCGATGTGGTGGTCCACTCCACCACCAAGTACATCGGCGGCCACTCCGACGTTGTGGGCGGTGCCATTGTGGTCAAGGACGCTGAGCTTGCCGAGAAGATCGGTTTCATCCAGTTCGCCGTTGGTGCAGTGTCCGGCCCGATGGACGCCTTCCTGACCACCCGCGGCTTGAAGACCCTTGGCGTTCGCATGGACCGCCACAGCGAGAACGGCCAAGCCGTGGCTGAATGGCTGCTCCAACGTCCCGAGGTGGAGGCCGTGCTCTACCCGGGCCTCCCGGACCACCCCGGACACGAGCTCGCTGCCAAGCAGATGAAGAAGTTCGGCGGCATGGTCTCCGTACAGTTCAAGGGTGGCGAAGCGGCTGCACGCACGGTTGCCGAATCCACTTCGGTGTTCACCCTTGCGGAATCCCTGGGCGGCATCGAGTCCCTCATGAACTACCCGTCGGAAATGACCCACGCCTCCGTGAAGGGCACCGAGTTGGCTGTCCCCGTCAATCTCCTGCGCCTCTCGTGCGGCATCGAAGAAGCCGAGGACCTGATCGCCGACCTTGAGCAGGCCTTCGCCAAAATCAGTTAG MSASNNAGFNTRAVHAGQAFEPVTGAVVPPLHFSSTYAQDGIGNLRSGYEYGRGGNPTRDALQEQLAALEGGTAAFSFGSGLAAEDSLIRALARPGDHIVLGNDAYGGTYRLINRVLGDWGIGNTPVDMSDLDAVAAAVAANKTRMVWVETPSNPMMKITDIEALAAVAHDAGALLVVDNTFASPYLQTPLALGADVVVHSTTKYIGGHSDVVGGAIVVKDAELAEKIGFIQFAVGAVSGPMDAFLTTRGLKTLGVRMDRHSENGQAVAEWLLQRPEVEAVLYPGLPDHPGHELAAKQMKKFGGMVSVQFKGGEAAARTVAESTSVFTLAESLGGIESLMNYPSEMTHASVKGTELAVPVNLLRLSCGIEEAEDLIADLEQAFAKIS PGPT0001980_714 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0001980-metB|met|cysA-K01758 NA NA D3-18_01240 2157 plcN COG3511 Non-hemolytic phospholipase C ATGTCCTCGAAAACCCCTGATACGGTGAATCGTTCAACCAACGGAACCGGCGGACTTTCCCGTCGCGGCTTCCTCGGCACGGCAGCTGCAGCGACGGCGCTTGCTGCTGCGGGCTCCCTACTGCCTCCGTCCGTGCAGGCTGCCATGGCCAGGCCGGTCCTCCCCGGAAACTTGCAGTCCATCAAGCACGTGATTGTCCTGATGCAGGAGAACCGATCTTTCGATCACTACTTCGGCTCGCTGCGGGGCGTCCGCGGATACAGCGACAAGTCCGTGACCCGCTTGCCCAATGGCAAATCCATGTTCGAGCAGCCCCGGGCCACCGGCGAAACTGTCCTGCCGTTCTCCCTACGCAAGGCCGCGGAATTAGCTGGCCGGCCGGGTTCCGACATCCAGTACCTGGGCGATCTGGACCACTCATTCAACGGGACCACGACGGCGTGGAACAACGGCTGGTGTGACAAATGGATTCCCGCCAAGAGTGCCTCCACCATGACCTTCTACGAGCGCCAGGACATCCCGCTGCAATACGAACTCGCGGACACTTTCACCATCTGCGATGCCTACCACTGCTCCGTCAACGGTTCCACCAATCCCAACCGCAACTACCTCTGGAGCGGCACCACGGGCAATGAGCCCGGCAGCACCAAGCGTGCCGTAACCAATGCGGCCTACGGCTACGATCACGGCGGTTATGACTGGACCACCTACCCCGAGCGCCTGGAGAACTCTGGTGTGTCGTGGCAGATCTACCAGGACTGGGATAACTTCACCGACAACGCTGTGGAGTACTTCCAAACGTTCAAGGCAATCGGCCGCAAAATGCTGGCATCCGTGGAGGGAAACCTCAGGACCACCGAAGAGTTCTACGACCACCTCGCCGGGAAGTCCGCAGCCGAGCAGGACCGCCTCCTCGCCCAACTTGAGCAGGGCCGCGCTGCCCTCACCGACGCTGAGCGGTCCCTGTTCGACAAAGCCATGTGGCGAGGACGTCCCGACACTCTCCTGGACCGCCTCGGCGCAGACATCTCCGCCGGCACGCTGCCGAAGGTCAGCTGGTTGGTACCGTCCGCCGCCGACTCCGAGCACCCTGGCGCTTCCACGCCGGTGGGCAGTGCCAACTTCGTCTACCGCCTCCTGGACACTGTGGCCAGCAACCCTGACACCTGGGACAGCACTGCCATCTTCCTCAACTTTGACGAGAACGATGGCTACTTCGACCACGTCCCGCCGCCGGTACAGCCGCGACCAGCATCAGGCGAGTCCACTGAGTGGACCACAGCACGGCCCATCGGTCTTGGCCCCCGGGTGCCCATGACCGTTGTTTCACCGTGGACTGTGGGCGGTTACGTCAGCTCGGAAGTCTTCGACCACACCTCGGTGCTCCGCTTCTTGGAGCGCTGGACCGGTGTAGAGGAACCGAACATCTCCCCGTGGCGCCGTGAAGTCTGCGGTGACCTGACAGGCGTCTTCAACTTCGCCTCCCCCGGCACGCCGCCTAAACTTGAGCACCCTGACGCTGTTCCTGCCAAAATCAGCCGCTGGCGCCCGAATCCCCCGGCCGTCCAAGTAGCGCCCATCCAGGAAACGGGCAGTCGGCCGGCCCGTCCGCTCCCCTACAGGCCGCGTGTTTCGGCAGCGGTGCAGCCCGGAAGGCTCGCCCTGACGCTAGCTAACGCAGGCACCAGTTCAACCCACTTCGCAGTGTACGACTATGTAGGGTCCGGCTCAGCAGGCGAAGTCACCGAACCCCGGCATGTGGACGTCCTCGGTCAGCAGAACGTGGACCTCCCTGTCGCTTCCGGCACCTTCGACGTCGTCGTCACCGGGCCCAACCGGTACCAGTACGAACTGAAGGGCACGACGGCGGGCGCGGCGTCCGGCGTCGATGTCACCGTCACCGGTCGCCGCGGCAAGAAGGACGTTGAATTGGAGCTGCGCAACAATGGCACCGCAACGGTAACCCTGGGGTTGAAGTCGGTGCAGTATGCGGACGGCGTCGAAACCGTGAAGCTCAAGCCGGGACACATTAAGAAGATCGGTTGGGAGACCCTGAACGGCTGGTACGACCTTGAAGTCACTTCTGCCGAAGACACCACGTTCCACCGCCGCCTGACGGGCCGTGAGGAAGACGGCCGCGAGGGAATCTCCGGCTAG MSSKTPDTVNRSTNGTGGLSRRGFLGTAAAATALAAAGSLLPPSVQAAMARPVLPGNLQSIKHVIVLMQENRSFDHYFGSLRGVRGYSDKSVTRLPNGKSMFEQPRATGETVLPFSLRKAAELAGRPGSDIQYLGDLDHSFNGTTTAWNNGWCDKWIPAKSASTMTFYERQDIPLQYELADTFTICDAYHCSVNGSTNPNRNYLWSGTTGNEPGSTKRAVTNAAYGYDHGGYDWTTYPERLENSGVSWQIYQDWDNFTDNAVEYFQTFKAIGRKMLASVEGNLRTTEEFYDHLAGKSAAEQDRLLAQLEQGRAALTDAERSLFDKAMWRGRPDTLLDRLGADISAGTLPKVSWLVPSAADSEHPGASTPVGSANFVYRLLDTVASNPDTWDSTAIFLNFDENDGYFDHVPPPVQPRPASGESTEWTTARPIGLGPRVPMTVVSPWTVGGYVSSEVFDHTSVLRFLERWTGVEEPNISPWRREVCGDLTGVFNFASPGTPPKLEHPDAVPAKISRWRPNPPAVQVAPIQETGSRPARPLPYRPRVSAAVQPGRLALTLANAGTSSTHFAVYDYVGSGSAGEVTEPRHVDVLGQQNVDLPVASGTFDVVVTGPNRYQYELKGTTAGAASGVDVTVTGRRGKKDVELELRNNGTATVTLGLKSVQYADGVETVKLKPGHIKKIGWETLNGWYDLEVTSAEDTTFHRRLTGREEDGREGISG PGPT0023510_573 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHOLIPASE_ACTIVITY,PGPT0023510-plc-K01114 NA NA D3-18_01241 522 hypothetical protein ATGCCTCTTCGTTCCGACTGGTCTGCACGCACGTGCAGCCTCGCCCGTGGCCTCGATGTCCTGGGCGATCCTTGGGGGAGCCTGGTCCTCCGCGAAATCTTCTTCGGCAACGGACGTTTCGACGCCATCAAGCAACGCCTCGAGGTAGCAGACAATGTCCTCAGCAAACGCCTGGGATGGCTCCTCGACGCCGGGCTGCTCACCCAGCGCCCCTACCAAGACGGCGCGCGCACACGGCAGGAATACGTCCTCACCCCCAAAGGCGAGGACGCACTTCCAGTGCTTAACGCCATCATCATCTGGGCGGAGAAGCACCTGGACGCTCCCAACGAGGTGTCCCATATGAAGGTCATCCACACTGACTGCGGGCAAGCCACGTTGTCAGCGGACACGTGCACCAACTGCGGGGCCCGGCTGACCGCAGCTAACACCAGCTGGCATAGCCTCAAACGCAGTGACCACCCTCTGCCACTCGCCACCGCTCCCACCACAGCTTCCCCTGAAACGGAGATCCCCGCATGA MPLRSDWSARTCSLARGLDVLGDPWGSLVLREIFFGNGRFDAIKQRLEVADNVLSKRLGWLLDAGLLTQRPYQDGARTRQEYVLTPKGEDALPVLNAIIIWAEKHLDAPNEVSHMKVIHTDCGQATLSADTCTNCGARLTAANTSWHSLKRSDHPLPLATAPTTASPETEIPA NA NA NA NA NA D3-18_01242 1443 L-lactate transporter ATGACCGCTCCCGACGTCACAGGGGCCCCGCCCGAAAATTCCGGGACACCTGCCGGCAAGACCGGCAACGGCAAGACTCCTGCCGGCAAGCCCCGCCGTCTCCACCCCGCCTGGATCGTGGCCGCAGTTGCCTTCCTGGCGCTGGTTGGAGCCGCAGGCTTCCGTGCGGCGCCCGGGGTGCTCATGGTCCCGTTGCAGGATGAGTTCGGCTGGTCCACCACGGTCCTCTCCTTGGCCGTCAGCATCAACCTGGTCTTGTTCGGCTTGACGGCCCCGTTCGCTGCGGCCCTCATGGAACGCTTCGGCATCCGGAAGGTCACCTCGCTGGCGCTGTGCCTCATCGGGCTCGGCTCAGCATTGACCGTCTTCGTGAACCAGTCCTGGCAGATCCTGCTCACGTGGGGACTGCTGATTGGCTTGGGCACCGGTTCCATGGCCCTGGTTTTCGCTGCGACCATCGCCAACACCTGGTTCGCCAAGAGCCGTGGCCTGGTCATTGGCATCCTGACCGCAGGAAGTGCCGCCGGACAGTTGGTGTTCCTGCCGTTCATCGCCGCGCTGGCCCAGAACCCGGGCTGGCGTGGCGCATCCTTGCTCATCGCTGCGGGTGCGCTCGCAGTCGTCCCGCTGGTCCTGCGCTGGCTGCGGAACTCGCCCGCCGACGTCGGGGTCTTGCCGTACGGCGCAGAGGAGCCTGACGCCGGCAAACCGGGGGCTGAGGAGCCTGACGCTCAAGCCGCCGACGCCGGGTCAGCCGCAACGCTCCCGAGCAAGCCCGCCGCCGTGGTCGCGTCGCCGGGCGCGGGGGATTCCCCCAATGCGGCGATCCGTGCCCTGCAGGTCCTCAAGCGTGCAGCTAAAGTCCGCACGTTCTGGGCCCTGGCTGCGGGTTTCGCGATTTGTGGTGCCACCACCAATGGCCTTATCGGCACGCACTTCATTCCATCGGCCCACGATCACGGGATGCCCGAAACCACGGCGGCAGGTTTGTTGGCCGTCGTCGGAATCTTCGACATCGTTGGGACCATCGCGTCCGGTTGGCTGACGGATCGCTTCAACCCCAAAGTGCTGCTGGCCGTGTACTACCAGTTCAGGGGGATCGGGCTGCTGGTGCTGCCGCTGTTGCTGGGCTCGTCCGTGGAGCCGAGCATGATCATCTTCGTGGTGGTCTACGGGCTCGACTGGGTTGCCACCGTGCCTCCCACTGCAGCTATTTGCCGCTCGGTATTCGGTGCCGATGGTTCTGTGGTCTTCGGCTGGGTCTTCGCAGCCCACCAGCTCGGGGCAGCCGTGGCCGCTCTCCTGGCCGGCTTCATCCGCGATGCTACCGGGCACTACAACTACGCCTGGCTCGGCGCAGCTGCCATGTGCACGGTGGCCGCAGTCATCAGCGCCACCATCCGCAAGGACGCCGTGAAGAAGGAACCCGTGGCAGTGGCCTGA MTAPDVTGAPPENSGTPAGKTGNGKTPAGKPRRLHPAWIVAAVAFLALVGAAGFRAAPGVLMVPLQDEFGWSTTVLSLAVSINLVLFGLTAPFAAALMERFGIRKVTSLALCLIGLGSALTVFVNQSWQILLTWGLLIGLGTGSMALVFAATIANTWFAKSRGLVIGILTAGSAAGQLVFLPFIAALAQNPGWRGASLLIAAGALAVVPLVLRWLRNSPADVGVLPYGAEEPDAGKPGAEEPDAQAADAGSAATLPSKPAAVVASPGAGDSPNAAIRALQVLKRAAKVRTFWALAAGFAICGATTNGLIGTHFIPSAHDHGMPETTAAGLLAVVGIFDIVGTIASGWLTDRFNPKVLLAVYYQFRGIGLLVLPLLLGSSVEPSMIIFVVVYGLDWVATVPPTAAICRSVFGADGSVVFGWVFAAHQLGAAVAALLAGFIRDATGHYNYAWLGAAAMCTVAAVISATIRKDAVKKEPVAVA NA NA NA NA NA D3-18_01243 3084 lacZ_1 Beta-galactosidase ATGACCAACACCGCCAACTACATCACTGATACCGGTCCCGGCACCGGCAAGAGACTTCCGGCCCGCTCTTGGCTGCACACAGACGCGCCCACACTGTCCCTCAACGGCCAGTGGCGCTTTCGCCTCTTGGCCGGTGCACCCGGAACTCCCGGCGGACGGGGTGTCCTTCCCGCTGGCGAGGCAATCGAAGGCCTCGCAGAGGAAGGGTTGGACGACTCCAGCTGGGACCAGATCCCGGTCCCGGCGCACTGGGTCTTGGAGGGTGACGGCCGCTACGGTCGCCCCATCTACACCAACGTTCAGTTCCCCTTCCCCACTGATGCCCCCCACGTCCCCGACGAGAACCCGACGGGCGATTACCGCCGAGCCTTCGATTTGCCCACGGACTGGAGCGAATCCGAGCGCATCGTGTTAAGGTTCGACGGCGTCGAATCCCGTTACAAGGTATGGCTCAACGGCAGCGAGATCGGCGTAGGGACAGGCAGCCGGCTGGCCCAGGAATTCGACGTCACTGATGCCGCCCGCCCGGGACACAACATACTGGCCGTCCGGGTCCATCAATGGTCGGCTTCGAGCTACGTGGAGGATCAGGATCAATGGTGGATGCCGGGCATCTTCCGTGACGTCACTCTCCAAGCCCGCCCCAAGAAGGGCATCGACGACGTCTGGCTGCGTATGTCCTACACCGCGGGCTCAGGCACCATTGATCCTGAGATCACAGCGGACCAGTCCGCCTACCCGGTTCGGCTGTCAGTTCCGGAACTGGACGTCGACGTCGTCTGGAACTCCCCTGCCGACGTCGCCCCGGTGGCGATCACCGGCGTCGAACCTTGGTCCGCAGAGGTTCCGCGCCTCTACAACGCAACGGTGGAAAGCGCGGGCGAGACCCTTTCACTGCGCCTGGGTTTCCGGACGGTGGAGATCAAGGGCGATCAGTTCCTGGTGAACGGCCGCCGCGTGGTGTTCCACGGCGTGAACAGGCATGAAACGCATCCTGACCGCGGCCGCGTGTTCGACGAAGACTTTGCCCGCGCCGACCTCGCCTTGATGAAGCAGTTCAACGTCAACGCGATCCGCACCAGCCACTACCCTCCGCATCCTCGTTTGCTGGACATCGCGGACGAGATGGGCTTCTGGGTGATCCTGGAGTGCGACCTTGAAACGCACGGCTTTGAACGGCACGGCTGGGTTGGCAACCCCAGCGACAACCCCGAGTGGCGGGAGGCGTACGTGGACCGCATGGAGCGAACGGTGGAGCGGGACAAGAACCACCCTTCAATCGTCATGTGGTCCTTGGGCAACGAGTCCGGAACGGGCGCCAACCTCGCCGCGATGTCCGCGTGGACTCACGCCCGCGATACCGGGCGGCCCGTCCACTACGAGGGCGACTACAGCGGTGCGTACACGGACGTTTACTCGCGGATGTACTCGTCGGTTCCTGAGACTGAGGCCATTGGCCGCGACGACTCCGGCTCGCTGCTGCTGGGCTGTTCCGCTGCGGAGTCCGCGCGGCAGCGCACCAAACCGTTCATCCTGTGCGAGTACGTCCACGCCATGGGCAACGGGCCCGGCGCAATCGACCAGTACGAGGACCTGGTGGACCGCTACCCGCGGCTCCATGGCGGATTCGTCTGGGAGTGGCGGGACCACGGCATCCGCACCACCACGGCCGACGGCACAGAGTTCTTCGCCTACGGCGGCGACTTCGGCGAGGTTGTCCACGACGGCAACTTCGTCATGGACGGCATGGTCCTCTCCGACTCCACGCCCAGCCCGGGGCTTTTCGAGTACAAGCAGATCGTCGCTCCCCTGCGGCTGGGATTCTCAACGGAAACCCACGACGGCGGCCCGTTGCGATTCGTCTCGGTCGCCAACCTGCGGCACACGGCTGATGCGTCCGACGTCGTACTACGCTGGCGCACAGAAGTGGACGGCGGGGTGACAGCTTCCGGCGAAATCGACGTCGTCACTGCAGCGGGCGCCTCCCTCGCCGCTGGAGAGTCGGCGCTTATCGGGTTGCCTGATTTTGAGGGCGTGGAGGCCGGCGCTGAGCGTTGGCTGACCGTGGAGGTGGCGCTTCGCAAAGACACGGCTTGGGCCGAAGCAGGGCACGTTATCTCTGCCGCGCAACTGGAACTGACCACAGCACGTCCGCGCGTGACGCCCCCTCGCCCCTTGGCATCGGCTGGACGGTCAGCTTCACCGGCTTCCGGGACCGTCTCACTGGGACCTGGCGTCTTTGAAGATGGTCGGTTGGTCTCGCTCGCAGGGCTGCCGGTGTCCGGGCCGTGGCTTGAGTTGTGGCGTGCTCCCACGGATAACGACGCCGGTGCCGGCCGCGGCAGTTACGACCTCGCCGATCCTTGGCTCAACAACGGTGACGGCGTTGCTGCGCCTTCCATGGAAAAAGTGTGGCGCGATGCTGGTTTGGACAGGCTCACGGCCCGGGTGGAAAAGGTCTCAGCCAGCGAACGTAGCGTGGTGACCCGGACCCGATATGCAGCAGCCGACGCCGCGCATTGGGTGTCTGTGGAGGAAAACTGGCAACTGTCCGACGGCGAGCTGTGGCTTCGCTTGGACATTGTTCCCAGCGCAGGATGGGACATCATCTGGCCGCGGGTGGGGGTGCGCTTTGATCTGCCCCGCTCGGTGGACGGTGCCTCGTGGTTCGGCGCGGGCCCACGCGAGTCCTATCCGGACAGCATGCACGCGGCGCTGGTGGGCCGCTACTCGGCGGGTATCGACGAGCTTTCGGTGAAGTACGCCAAGCCCCAGGAAACGGGACACCGCAGTGCTGTCCGGACTCTGGATCTCCAGAACGATGGCACTTCCTGGCTGCAGTTCAATGCCATCAAGGACTCCCGCGGCCGCCTCCCCGGTTTCACGCTTTCACGGCACACAGCCCAAGAGATCTCCGCGGCAGCGCATCCTCACGAGTTGCCGGCAAGCAAGCGCAGCTACTTGTACCTCGACGCTGCCCAGCACGGGCTGGGGTCAAGGGCCTGTGGACCCGACGTGTGGCCGGAGTACGCGTTGCGCCCGGAAGCGCGGACGTTGACGTTCCGGATCAACGAAGCGGGCTAG MTNTANYITDTGPGTGKRLPARSWLHTDAPTLSLNGQWRFRLLAGAPGTPGGRGVLPAGEAIEGLAEEGLDDSSWDQIPVPAHWVLEGDGRYGRPIYTNVQFPFPTDAPHVPDENPTGDYRRAFDLPTDWSESERIVLRFDGVESRYKVWLNGSEIGVGTGSRLAQEFDVTDAARPGHNILAVRVHQWSASSYVEDQDQWWMPGIFRDVTLQARPKKGIDDVWLRMSYTAGSGTIDPEITADQSAYPVRLSVPELDVDVVWNSPADVAPVAITGVEPWSAEVPRLYNATVESAGETLSLRLGFRTVEIKGDQFLVNGRRVVFHGVNRHETHPDRGRVFDEDFARADLALMKQFNVNAIRTSHYPPHPRLLDIADEMGFWVILECDLETHGFERHGWVGNPSDNPEWREAYVDRMERTVERDKNHPSIVMWSLGNESGTGANLAAMSAWTHARDTGRPVHYEGDYSGAYTDVYSRMYSSVPETEAIGRDDSGSLLLGCSAAESARQRTKPFILCEYVHAMGNGPGAIDQYEDLVDRYPRLHGGFVWEWRDHGIRTTTADGTEFFAYGGDFGEVVHDGNFVMDGMVLSDSTPSPGLFEYKQIVAPLRLGFSTETHDGGPLRFVSVANLRHTADASDVVLRWRTEVDGGVTASGEIDVVTAAGASLAAGESALIGLPDFEGVEAGAERWLTVEVALRKDTAWAEAGHVISAAQLELTTARPRVTPPRPLASAGRSASPASGTVSLGPGVFEDGRLVSLAGLPVSGPWLELWRAPTDNDAGAGRGSYDLADPWLNNGDGVAAPSMEKVWRDAGLDRLTARVEKVSASERSVVTRTRYAAADAAHWVSVEENWQLSDGELWLRLDIVPSAGWDIIWPRVGVRFDLPRSVDGASWFGAGPRESYPDSMHAALVGRYSAGIDELSVKYAKPQETGHRSAVRTLDLQNDGTSWLQFNAIKDSRGRLPGFTLSRHTAQEISAAAHPHELPASKRSYLYLDAAQHGLGSRACGPDVWPEYALRPEARTLTFRINEAG PGPT0017810_1618 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSIDASE,PGPT0017810-lacZ-K01190 NA NA D3-18_01244 915 araQ_3 COG0395 L-arabinose transport system permease protein AraQ ATGACCGCCACCGCCACAAAGCCCACCACCACCGCCGTCCGCAGCAAGGCTTCGGCAGGCCCGGACCGCTCAGCCGGACGACGACGGTCATCCACCATCATCGTCACCGCACTTTTGGTGGTGGTCGCCTTGTACTTCCTGATTCCCGTGTACTGGGTCTTCGTCGCCTCCACAAAGTCCACCGCCGATCTCTTCTCCACCAACGGTTTCTGGTTCGCCCCCACGTTCTCCCTGTGGGAAAACATCGGCCGCGTGGTCAGCTATGACAACGGGATTTTTGGTCGCTGGTTCCTGAACTCGGCGATCTATGCCGGTGTCGGCGCACTCCTGGCCACGTACTTCGCTGCGGCTGGAGGCTACGCGCTGGCCAAGTACCAGTTCCGGGGCCGCAACCTGGTATTCGGCACCATCCTTGGCGGCGTGCTGGTTCCCGGCACCGCGACTGCCCTGCCGCTGTTCCTGCTGTTTAGCCAGATGGGCCTGGCAAACACCTACTGGAGTGTCCTGTTGCCGTCGCTGGTCTCGCCTTTCGGGCTGTTTCTGTGCCGCATCTACGCCCAGGCCACTGTCGATACCTCGCTGATCGAGGCCGCCAGGATCGACGGCGCCGGCGAACTCCGCATCTTCCACACCATTGGGCTCAAGGTCCTGACGCCGGCCCTGGTCACCGTGTTCCTGTTCCAGCTGGTGGGCATCTGGAACAACTACTTCCTGCCGCTGGTCATGCTGTCCGACTCCGAGCTCTACCCCATCACGCTTGGCCTGAACAACTGGCTGAGCCAGGTTGACCGTTTGCCCGAATTTTATGAACTGACCACCGGCGGGGTGCTGCTTTCCATCATTCCGCTCAGCATCGCCATGGTTGTCCTGCAGCGCTTCTGGCGCGGCGGGCTGACAGAAGGAGCCGTTAAGTAA MTATATKPTTTAVRSKASAGPDRSAGRRRSSTIIVTALLVVVALYFLIPVYWVFVASTKSTADLFSTNGFWFAPTFSLWENIGRVVSYDNGIFGRWFLNSAIYAGVGALLATYFAAAGGYALAKYQFRGRNLVFGTILGGVLVPGTATALPLFLLFSQMGLANTYWSVLLPSLVSPFGLFLCRIYAQATVDTSLIEAARIDGAGELRIFHTIGLKVLTPALVTVFLFQLVGIWNNYFLPLVMLSDSELYPITLGLNNWLSQVDRLPEFYELTTGGVLLSIIPLSIAMVVLQRFWRGGLTEGAVK PGPT0016540_1559 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 D3-18_01245 972 lacF_3 Lactose transport system permease protein LacF ATGACCACCACCCGCACCACACCCACCGCCCAGCGCTCGGCCGGAACAATCCGCTCCGGTAATCAGGCCGGTAAGCAGGCCGGCAAGCGCGCGGGCGCCGCTGCCCGCGCGCCCTGGCTCCTGCTGGCACCGTTCCTGGGACTCTTTGTCCTCACGTTCCTGCTGCCCATTGTTGTGGCCATCATGTCCAGCTTCACCAAGGTAACCCGCAGCGGACTCTTCGGCGAGGCAGGCGTCACCAGCGAATTCGCCGGTTTCAGCAACTACGCTCAAGCCCTTGCCGACGGCAGCTTCGTCGCATCCATCGGCCGAATGCTGCTGTTCGGCATAGTTCAGGTGCCAGTCATGATCGTCCTCTGCACGGCGCTGGCCCTCATGCTCGAATCGGCCTCTGCAAGATGGCCGGGTTTCTTCCGCGCCGCCTACTTCCTCCCTTACGGCGTGCCCGGCGTGATCGCCACCATTCTGTGGTCCTTCCTGTACGTGCCGGGGCTCAGCCCGTTGTTCGACGTCGCCAAGGTTGTGGGCCTGACCCCGGATTTCCTGGGAGCGAACAGCGTGCTGTGGTCCATCGCGAACATCGTCACGTGGAGCTACACGGGCTACAACATGCTGATCATCGTGGCGCAACTGAAGGCCATCCCGGTGGAACTCTACGAGGCCGCCAAGGTGGATGGTGCCTCCACCTGGCGCGTCGCCCGGAGCATCCAGCTCCCCCTCATTCGTCCGGCCCTCATGCTCACCACAGTGTTCTCCATCATCGGAACCCTGCAACTCTTCGCTGAGGCGCAAGTCCTCAAGACGGTGGCTCCGGCAATCGACAGCCAATACACACCCAACCTCAGCGCCTACACAACGGCCTTTGCCTACAACGACTACAACGTCGCAGCAGCCCAGTCGGTCATCATCGCCGTGGCCGCGTTCGCCCTTTCCTTCGCCTTCCTCGCACTGACGAACAGGAAGTCCTCATGA MTTTRTTPTAQRSAGTIRSGNQAGKQAGKRAGAAARAPWLLLAPFLGLFVLTFLLPIVVAIMSSFTKVTRSGLFGEAGVTSEFAGFSNYAQALADGSFVASIGRMLLFGIVQVPVMIVLCTALALMLESASARWPGFFRAAYFLPYGVPGVIATILWSFLYVPGLSPLFDVAKVVGLTPDFLGANSVLWSIANIVTWSYTGYNMLIIVAQLKAIPVELYEAAKVDGASTWRVARSIQLPLIRPALMLTTVFSIIGTLQLFAEAQVLKTVAPAIDSQYTPNLSAYTTAFAYNDYNVAAAQSVIIAVAAFALSFAFLALTNRKSS PGPT0016535_2864 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 D3-18_01246 1335 hypothetical protein ATGACCCGATTTACGCGAAGACAACTTCTGGGCGCAGGCCTGGGCACAGCAGCCATGGGCCTGCTGACCGGGTGCGCTACTCCAGGCACACAGTCCGTCAACGCTGCACCAACCATTGCCGCCGCAGGCGAGCCCGTGCGACTGACCTACTGGGCTTGGCTCAAGGATTTCCAGAAAGTCGCCGACGTCTGGAATGCAGCCAATCCGAACATCCACGTGGACGTAGTGTGGATCCCGGGTGGCAACAACGGCGGATATCAGAAGCTCTACTCGGCTCTGGCAGCAGGAGGCGGACCGGACCTGGCCCAGGTGGAGTTCCGCTCCATCCCGGAGTTCATGTTGGTAAATGGCCTGGTTGATGTGTCCCGCTACGGCGCCAATGACCACGCCCACTTGTACGACCCAACCCTGTGGAAGCAGGTCAGCTATACCGCAGGCGTCTACGGCATCCCCCAGGACGCCGGCCCCATGGGCATGTTCTACCAACCGGCCGTCCTGGACAAGGTGGGCGGAGTCGCTCCGAAAACCTGGGACGAATGGGCTGCGCTGGCCGCCGAGCTTCGCTCCGTGGACAGCTACCTGGACTGTTTCCCCATTAGCGATGCCTCTCCGTTTGCCTCTTTCGCGGGGCAGGCCGGCGCGCAGTGGCTGCGCCCGGAGGAGGATGGCTGGGTTATCAACATGACCGACGACGCCACGCTCAACACCGCGCGTTTCTTCGACAAAGCGATCGACGACGACCTCGTCACCACCGCGTACGGCGCTTTCTCCCCGGGCTGGTTTGCAGCTGCCGCCAAGGGCGGGATTGCCTCGACCATCACCGGCAGCTGGGGTGACGCCTTGGTTCAGGGTGTCAGCGGTTCCGAAGGAAAGTGGCGCGCAGCTCCGATGCCCACTTGGGGCGACACAGGCTTCGGCTCAAGCTACCTCGGCGGATCCACTGCCGCCGTCCTGGCAAACAGCAAGCATCCCAAGGAAGCAGTCGAGTTCGCAGTGTGGCTGACCACCTCCACAGAGGGAATCGACGCCCAGATCAAGAACAGCGGCATCGGCTGGTCACCCAACCCCGGGTTCATCGGCACCGAGCGGCAGCAACCGTCGGCATTCTTCGGCGGACAACGGTACAACGAGGAAGTTTTCGTCCCCGCTACCCAACAGCAGAACCCTGACTGGTCCTGGTGGCCGGTAACCCAGCAGTCCTTCAACATCCTCAGCGACGGCTTCCGCAAGAAGGCCTTCGGGACCTCACTGGTGGATTCCATTGCCGCTTCGGAGCAGCAGATCATGACCGTTTTCAAGAACAAGGGCCTCAGCATCCGGAAGGAAACGGCATGA MTRFTRRQLLGAGLGTAAMGLLTGCATPGTQSVNAAPTIAAAGEPVRLTYWAWLKDFQKVADVWNAANPNIHVDVVWIPGGNNGGYQKLYSALAAGGGPDLAQVEFRSIPEFMLVNGLVDVSRYGANDHAHLYDPTLWKQVSYTAGVYGIPQDAGPMGMFYQPAVLDKVGGVAPKTWDEWAALAAELRSVDSYLDCFPISDASPFASFAGQAGAQWLRPEEDGWVINMTDDATLNTARFFDKAIDDDLVTTAYGAFSPGWFAAAAKGGIASTITGSWGDALVQGVSGSEGKWRAAPMPTWGDTGFGSSYLGGSTAAVLANSKHPKEAVEFAVWLTTSTEGIDAQIKNSGIGWSPNPGFIGTERQQPSAFFGGQRYNEEVFVPATQQQNPDWSWWPVTQQSFNILSDGFRKKAFGTSLVDSIAASEQQIMTVFKNKGLSIRKETA PGPT0016545_3729 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 D3-18_01247 744 hypothetical protein ATGACGCGGGCTTGGATTCTGGGTCCCGCCGCGGCAAGTGTGACCACGGTAACAGAAAATTCGAGTGGTTACTCGAATTTCATATGGGGCCGTAACACGCATGTACACTGGCTAGCCATGACCACAAAGGACGTGGGTCGCGCAGCGCGGCGGGGCCCCTACGCGAAATCCGAAGAAAGGCGCCGAAGCATCCTGGATGCAGCCCATGAGGTGTTTGCTGCCCACGGCTATCGTGGCGGATCGCTACAGTACGTTGCCGACAAGGTGGGATTGAGCCAAACCAGCCTTCTGCACTATTTTCCGTCCAAGCGCGATCTCCTGATGGCAGTCCTGGAGCGCCGTGATGAAATCACCGGCGATGCCTTCCCGGACGACATGGAAGAAGGCTTGGTTGACTCAGTAATCCGGACGGCGCTCTTCAACGAGAACATCCCGGGCGTGGTTGAGCTGTACACCGTTCTGTGCGCGGAGTCGGTCACAGATTCGCACCCGGGGCGGGTTTACTTCACCGAACGATTCGAACGTCTCCGCAAGAGCTACGCGCGGCGATTCGCCGAGCTGGCTGCCGAGGGCCGGCTCCGCCCCGGCGTCGATCCTGATGAAGCTGCCACGTCCTTGGTTGCCCTGTGGGACGGGCTTCAGACGCAATGGCTGCTTGCCCCCGACGAAGTGGACGTGGTGAAGGGCCTGCGTGGCTACTTCAATCTGGTGGTCCTCCCCAACCCCGAACCCTCACCCAAGTAG MTRAWILGPAAASVTTVTENSSGYSNFIWGRNTHVHWLAMTTKDVGRAARRGPYAKSEERRRSILDAAHEVFAAHGYRGGSLQYVADKVGLSQTSLLHYFPSKRDLLMAVLERRDEITGDAFPDDMEEGLVDSVIRTALFNENIPGVVELYTVLCAESVTDSHPGRVYFTERFERLRKSYARRFAELAAEGRLRPGVDPDEAATSLVALWDGLQTQWLLAPDEVDVVKGLRGYFNLVVLPNPEPSPK NA NA NA NA NA D3-18_01248 1176 mmgC_1 COG1960 Acyl-CoA dehydrogenase ATGAGCGACTCAACGACGAACACCTCCGACGTCCTTGCCCTCGATTCCCTGCTGACTGCGGACGAGCTGGACCTCCGCGACCGGGTCCGCGACTTCACCGCGCAACGGATCCGTCCGAACATCGCGCGCTGGTACGAGGACGCTCATTTCCCACGCGAGCTCGCCCCGGAGTTGGGCGAGCTCGGTGTCCTGGGCATGCACCTGGAGGGTTACGGCTGTCCCGGGCGGACCGCCGTCGAATATGGCCTTGCGGCAATGGAACTGGAGGCCGGGGATTCGGGGATCCGCACCTTCGTCTCGGTGCAGGGCTCCCTGGCCATGACAGCGATCCATAAGTGGGGCTCGGAGGAGCAGAAAGAACAGTGGCTGCCGCGGATGGCCGCAGGCGAGCTGATCGGTTGCTTCGCACTGACGGAGCCAACGGCGGGCTCGGACCCGTCGTCCATGACCACCTTTGCCCGCGAAAGTGCCGACGGCTGGGTCCTGGACGGGGCAAAGCGCTGGATCGGGCTTGCTTCAATCGCGGACGTCATGGTGGTGTGGGCGAACACCGAGGACGGAATCCGCGGCTTCCTTGTTCCCGCCGGAACGCCCGGCGTGACCGCGACGCCCATCGAGCCGAAGCTCTCCATGCGCGCCTCGGTTCAATGCGATGTAATGTTCGACGGCGTGAGGCTGAGTCCCGAGGCCATCCTCCCGGGGGCGTTCGGGCTTAGGGGACCTTTCTCTTGCCTGAACGAGGCGCGGTACGGTATCGCGTGGGGTGCCATGGGCGCTGCCCGCGACTCGTACGAAGCTGCGCTGGAGTATGCCGGAAACCGACTCCAATTCGGCCGCCCGCTGGCCGGCTACCAACTCACGCAGGAGAAGCTGGTGAACATGCTGGTGGAGATCCAGAAGGGCACCATGCTGGCGCTTCACCTGGGCCGCTTGAAGGATGCCGGCCACCTTCAGCCCCAACAGATTTCCATGGGCAAACTGAACAACGTCCGCGAGGCCATCAAGATCGCCCGCGAGGCACGCACCATCCTAGGCGGTAACGGCGTCACGCTGGATTACTCACCGCTGCGCCATGCCAACAACCTGGAGTCGGTCCGGACCTACGAGGGCACGGATGAGGTCCACACCCTGATCCTGGGCCAGCACATCACGGGCATCGGGGCTTTCCGCGGCTAG MSDSTTNTSDVLALDSLLTADELDLRDRVRDFTAQRIRPNIARWYEDAHFPRELAPELGELGVLGMHLEGYGCPGRTAVEYGLAAMELEAGDSGIRTFVSVQGSLAMTAIHKWGSEEQKEQWLPRMAAGELIGCFALTEPTAGSDPSSMTTFARESADGWVLDGAKRWIGLASIADVMVVWANTEDGIRGFLVPAGTPGVTATPIEPKLSMRASVQCDVMFDGVRLSPEAILPGAFGLRGPFSCLNEARYGIAWGAMGAARDSYEAALEYAGNRLQFGRPLAGYQLTQEKLVNMLVEIQKGTMLALHLGRLKDAGHLQPQQISMGKLNNVREAIKIAREARTILGGNGVTLDYSPLRHANNLESVRTYEGTDEVHTLILGQHITGIGAFRG PGPT0021815_2434 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021815-GCDH|gcdH-K00252 NA NA D3-18_01249 1527 puuP_2 COG0531 Putrescine importer PuuP ATGAGCACTGAAATTTCGACGCCGGGTGGCGGCCCAGCGGGCGGCGACCGTACCGCCGTCGTGCCTTCCAAAGGCCTCCATGCCGGGATCCTTGACCTGGGCGACTCCGTCATGCTTGGCCTTGCGTCCACCGCACCCGTCTACTCGCTGGCTGCCACGCTGGGCCTTATTGTCGCGGTCAACGGCAACTACACTCCCCTGATCCTGATCCTCGGCTTCATCCCGGTGCTGTTCATTGCCTACGCCTTCCGTGAGCTCAACAGCGCCATGCCCGACTGCGGCACTACGTTCTTCTGGGCCCGCAAAGCTTTCGGCCCGTGGGCTGGTTGGCTGGGCGGCTGGGGCGTGGCCCTCGCGGGCGTGGTGGTGCTGGCCAACCTGGCGCAAATCGCGGGCAAGTATCTGTGGCTGCTGATCGGGGACGGTTCCCTGGCCGACAATACGTGGCTGGTGACCGCTACCGGCGTTCTGTTCATCGTGTTCATGACGTATGTGAACCATCGCGGCATTCGGCTGGGCGAGCACATCCAGCGCACCCTGACCTATATCCAGTACATCGCGCTGGGCATCTTCGCGGTGGCCATCGTCGTCCGTATCGCCGGTGGCGCGCCCGAAGGGCAGCCCTTCGACTTCGAGTGGTTCAACCCTGCCGGCGCCTTTGCCGACCCCGGTGCCGTGGTTCACGGTGTCCTGCTTGCCCTGTTCATTTATTGGGGCTGGGACACGTGCCTGGCGCTGAACGAAGAAACGGAAAACCCGGCCAAGACCCCCGGCCGCGGCGCCGTGATCTCGGCCTCTGTGCTGGTGGCGATCTACGTTTCCGTGGCCCTTCTGGTGATGATGTACGCCACGATCGGTACCGACGGTATCGGGCTGGGCAACGAAGCAAACCAAGACGACGTCTTCCTAGCCATGAAGGACGTTGTGTTGGGACCTTGGGGCTGGCTGATCATCGTGGCCGTGCTGGCGTCCGTCCTGTCCTCCACACAGACCACCATCCTCCCGACTGCCCGCGGAACCCTCTCCATGGGGGTCCACGGTGCGCTGCCGCCCCGGTTTGGCAAGGTCCACGAGCGCTTCATGACGCCGGGCTTCTCCACTCAGGTGATGGGTGCGGTGGCCGTGGTGTACTACGTGGCCATGAGCTTCCTGAGCGAAAACCTGCTCTCGGACTCCATCAGCGCCATCAGCCTGTTCATCGCGTTCTACTACGCACTGACCGGCTTCTCCTGCGTATGGTTCTTCCGCTCCACGCTCCGGGACTCGGCACGGAACCTGTGGTTCCGAGGCATCCTGCCGTTCCTCGGTGCGCTGTCCCTCACCGTGGCGTTCTTCATCTCCGCAGTCCAGATGTGGGACCCGGCGTATGGCGACACGCAGATCTTCGGCATCGGCGGGGCGTTCGTTAGCGGCGTGCTGCTGCTGGCCCTGGGCGTCGTTTTGGCCGTGGTGTGCCGCTTCGCACCGTCCACCCGTGGCTACTTCACGGGTGACCGCGCAGAGGCTGGGGCTGTCCGCGGTGAGTAG MSTEISTPGGGPAGGDRTAVVPSKGLHAGILDLGDSVMLGLASTAPVYSLAATLGLIVAVNGNYTPLILILGFIPVLFIAYAFRELNSAMPDCGTTFFWARKAFGPWAGWLGGWGVALAGVVVLANLAQIAGKYLWLLIGDGSLADNTWLVTATGVLFIVFMTYVNHRGIRLGEHIQRTLTYIQYIALGIFAVAIVVRIAGGAPEGQPFDFEWFNPAGAFADPGAVVHGVLLALFIYWGWDTCLALNEETENPAKTPGRGAVISASVLVAIYVSVALLVMMYATIGTDGIGLGNEANQDDVFLAMKDVVLGPWGWLIIVAVLASVLSSTQTTILPTARGTLSMGVHGALPPRFGKVHERFMTPGFSTQVMGAVAVVYYVAMSFLSENLLSDSISAISLFIAFYYALTGFSCVWFFRSTLRDSARNLWFRGILPFLGALSLTVAFFISAVQMWDPAYGDTQIFGIGGAFVSGVLLLALGVVLAVVCRFAPSTRGYFTGDRAEAGAVRGE NA NA NA NA NA D3-18_01250 1206 ygiC COG0754 Putative acid--amine ligase YgiC GTGCGTCGACTGCCCTCCGAGCCCAGGCCGGACTGGAAGCAAAAGATCGAAGAACAGGGCCTGGTATTTTCCACTACCACCATGCCCGATGGCCGGAAAATCGAATACTGGAACGAATCGGCATACTACGAATTCACCATGGACGAGGTGGAAACCCTCGAGAAGACGGCCGAGGACATGCACATCATGTGCTTGGAGGCCGCGAAGTACCTGGCCACCGGGGCCATGGGCGATATCGGCATCGGGCAGCAGGCGTTGGAACTCGCCGGCGAATCACTGCTGGCCGCCGACATGGACATTTACGGCCGCTTCGACTTCATCTATGACGGCAAGGGCGGTCCGGCCAAGATGCTGGAGTACAACGCCGATACCCCCACCGGACTGATCGAAGCCTCCGTGGCCCAATGGTTCTGGCTGCAGGACGTTTTCCCGGAGAAGGACCAGTGGAACGGAATCCATGAGGCCCTGATCCGTCAGTGGAAGAAGCTGCAGTTCCGTACCGGCATGAGCACCCTGCACGTTGCCCACTCGGAGGCTGAGGAATCCGGCGAGGACTGGATGACTGCGGCCTACATGCGCGATGTAGCGAGCCAAGGCGGGTGGACCACCATTGGCATCAACATGTCCGATATTGGCTGGGACCCCAACTTGAACCGGTTCGTGGACCTGGACAACTTCATGATCAGCACCATGTTCAAGCTGTACCCGTGGGAATTGATGATGAAGGAGCCCTTCGGACACCGCCTCCTCCAACGCGCCCACAACCCCCGCTGGGTTGAGCCGGCGTGGAAGATGCTGCTGTCCAACAAAGCCTTGCTGGCTGCGCTATGGCATCTCTACCCCAATCACGAGAACCTGCTTCCCGCCTACCTCGGCGATCCAGGTCCCCTCAAGGAGTGGGTGGCCAAGCCGCTGCACGGACGTGAGGGCGACAACATCCGCATTCATGCCCCGGGCATCGAGATCCAGCAGCCTGGTGGTTACGGGCGCGAAGGCTGGTGCTTCCAGCAATACCATTCCCTCCCCGACTTCGACGGGAACCACCCGGTACTGGGTCTCTGGGTAGTGGATGGCGAATCCGTGGGGTGCGGGATCCGCGAATCCGACGGACCAATCACGGACTACTACTGCCGCTTTGTCCCCAACACCATCGACGCCCCGGCGCCTGTCGCGCCCCCTGCTACTTCCTACGGAGCTGCACTATGA MRRLPSEPRPDWKQKIEEQGLVFSTTTMPDGRKIEYWNESAYYEFTMDEVETLEKTAEDMHIMCLEAAKYLATGAMGDIGIGQQALELAGESLLAADMDIYGRFDFIYDGKGGPAKMLEYNADTPTGLIEASVAQWFWLQDVFPEKDQWNGIHEALIRQWKKLQFRTGMSTLHVAHSEAEESGEDWMTAAYMRDVASQGGWTTIGINMSDIGWDPNLNRFVDLDNFMISTMFKLYPWELMMKEPFGHRLLQRAHNPRWVEPAWKMLLSNKALLAALWHLYPNHENLLPAYLGDPGPLKEWVAKPLHGREGDNIRIHAPGIEIQQPGGYGREGWCFQQYHSLPDFDGNHPVLGLWVVDGESVGCGIRESDGPITDYYCRFVPNTIDAPAPVAPPATSYGAAL NA NA NA NA NA D3-18_01251 753 hypothetical protein ATGGACCCGAAAGACAGCCCTGACGCGGCCGGCAACAACGGCAGCAGCAGGGACAACAACGGCGACTTCGGAGCGGGCAACAACCAGCCCAAGCCTCCTCCATGGCAGGTACCCAAACCTGAACTCCATCCTGAGCTGTTCATGCCCGTGGAAAAGGACCCGAGTCAAGGCGGCCCCGTGAATGGCCGCTCCGTGAATGGCCGATCCGGCAACGGGAGCACTGGCAAGAGGAAGAAAACCCCCGCCGGGGCACAGCAGGGCGGAGCATTCCCATCCGGGGCACCCCAGCCCGGCCAGCCCCTCCCCGTGGTTGACCCCTTCGCCAAAGAACGCGAACGCGGTGAAGCCGAGGCAGCAAAGAAGAAAAAGCGCTCGCAGCGCCGCACCGTGGTGGTGGGTCTCGGTGTGACTGCCCTCCTGGCCGGAACCATCACAGCGATCGTAGCCAGCAACGAGAAGGAAGCCGACTACGCACAGGTCTGTTTCAATGAGGAAACCGGCGAGCGCGTTGACGACAACCAGTGCGACAACAGCAGTTCGGCGGGCCGCAGCTCTGCGATCTACGCCTGGTACTTCTATTCCCGCGGGGCCAGTGTGCCCGCCGTGGGCCAGAACCGCAGCTCCTACCCGAGCTACACCAAGACTGTGCCCACCGGGGCCAAGACAGCCACCGGATACAGCACCAAGGGCGGCACAGTAAGCCGCGGCGGCTTTGGCAGCAGCTCCAAAAGCGGCGGAAGCTCGGGAGGCTAG MDPKDSPDAAGNNGSSRDNNGDFGAGNNQPKPPPWQVPKPELHPELFMPVEKDPSQGGPVNGRSVNGRSGNGSTGKRKKTPAGAQQGGAFPSGAPQPGQPLPVVDPFAKERERGEAEAAKKKKRSQRRTVVVGLGVTALLAGTITAIVASNEKEADYAQVCFNEETGERVDDNQCDNSSSAGRSSAIYAWYFYSRGASVPAVGQNRSSYPSYTKTVPTGAKTATGYSTKGGTVSRGGFGSSSKSGGSSGG NA NA NA NA NA D3-18_01252 1536 kdpD COG2205 Sensor protein KdpD ATGCCGGGACCTGAAGCACATAGCAACGTGGACGACGGCGTGCTGCTGCGGCTTCCGCCGGTTCGCGGCATTGGCTCCGCCCGGGTCATCACGGGTCTGGTGTTGGCTGTCCTGTTGCCGCCCGGCATTGAACTCCTGGTAACTGTCCTCGGGTTCCGCAACTTCGCCATGATCATGCTGTTGCAACTGGCAGTAGCTGTTGCGGTGGCGGCCATCGGTGGTTTGTGGCCGGCAGTGGTGGCCGCGGTGCTGGGCAGCTTCCTTCTTAACTACTTCTCCGCCGACCCCGTCGGGTCCCTGTCCATCGCCGATCCCACCACGTTGTTCACGTTGGTGGTTTTCCTTGCGGTGGCCTGTGGGGTGGCGCTCGCCGTGGGCCTCGCAAGCCGCCGTGCCCAGGAGGCGGCTCGGTCCGGGGCCGAGGCTACGGCCCTTAGTGGGCTCGCCCTGCAGATTCTTAGCTCGGATGGGAGCTTGGAATCGTTTCTTGAAAAAGTGCGCAGCAATTTGGGCATGGAGGCGGTAACACTGCTGGGTTCGTCCGGGCTGGGCTCATCAGCTCAAGGTTCATCAGCCGGTACCCCACCCGAGCTGCGTGTCCTGGCGAGTGCCGGCCCGAATCCGCCGTTGACCCATGCCGCCGCCCACCATGCCGCCGTCGTCGATCCCCACTACACCCTGCTGCTGCGTGGCGGGCCGTTGTCAGCGCAACATCAACGGTTGTTGGCTGCGTTCGGGGCTTTCGTGGTGGCTGTCCGGGAGAGGCAGCAGCTGGTGAAGAGCCGGCGGGATAACGTCCGGTTGGCCGAGGGCAACAAGATGCGGACGTCCATCCTCCGCGCTGTGTCGCATGACCTTCGGACGCCCTTGGCCGGGATCAAGCTCGCCGTCAGCAGTTTGCGCCAGGAGGATGTGCATTTTCCGCCGGATGTTGAGCGGGAGTTGCTGGAGACCATCGAGGATTATGCGGACCGACTGGACCATTTGGTGGACAACCTCCTGGACATGTCCCGCATCACCGCGGACGCGGTCAATCCGCTGTTGACCGGAATAGTGTGGGCTGAGGTGCTGCCGCAGGCGCTACGGGGGATCCCCCAAGAGCGGTTGCGCAATGAACTCCCGCCCAACCTTCCCCCGGTGCAGGCCGACGCCGGAATGCTTGAGCGGGTGGTGGCCAACATCGTGGAGAACGCCGTGAAGTACGCGCCGGACTCGGATGTGGTCCTCACCGCCCGTGCGGGCGCCGGCATTACCTTGGGGGACCGGCCCGCCAGCGAACTGAGGATCATCGATCACGGAAGCGGAGTAGGGCAGAAGGAAGTGGTGGATATTTTCCAACCGTTCCAGCGCTTTGGTGATCAGCCGTTGCCTGCGATGGGAGGCGGAGCCAGCGCTGGTGGCGGGATTGGCTTGGGACTGGCTGTCGCGAAGGGTTTCAGCGAGGCCATGGGTGGCAGGCTAGCAGCGGAGCCGACGCCGGGTGGCGGGCTGACCATGGTGGTCACGCTGCCGCTGTGGACCGGGGGCCCGCAATGA MPGPEAHSNVDDGVLLRLPPVRGIGSARVITGLVLAVLLPPGIELLVTVLGFRNFAMIMLLQLAVAVAVAAIGGLWPAVVAAVLGSFLLNYFSADPVGSLSIADPTTLFTLVVFLAVACGVALAVGLASRRAQEAARSGAEATALSGLALQILSSDGSLESFLEKVRSNLGMEAVTLLGSSGLGSSAQGSSAGTPPELRVLASAGPNPPLTHAAAHHAAVVDPHYTLLLRGGPLSAQHQRLLAAFGAFVVAVRERQQLVKSRRDNVRLAEGNKMRTSILRAVSHDLRTPLAGIKLAVSSLRQEDVHFPPDVERELLETIEDYADRLDHLVDNLLDMSRITADAVNPLLTGIVWAEVLPQALRGIPQERLRNELPPNLPPVQADAGMLERVVANIVENAVKYAPDSDVVLTARAGAGITLGDRPASELRIIDHGSGVGQKEVVDIFQPFQRFGDQPLPAMGGGASAGGGIGLGLAVAKGFSEAMGGRLAAEPTPGGGLTMVVTLPLWTGGPQ PGPT0002755_2158 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-CAPSULE_METABOLISM CE-EPS-CAPSULAR_POLYSACCHARIDE_REGULATION,PGPT0002755-kdpD-K07646 NA NA D3-18_01253 675 kdpE COG0745 Transcriptional regulatory protein KdpE ATGACGCTGGTGCTGATTGTCGAGGATGAAGTCCGTATCGCCAGGGCCATGCAGATCACCCTTCAAGCCCATGGCTACCAGGCATTGACGGTGGGCAATGGTGCCGACGCCCTTCAGGCCGCGGCCAAGCAACCTGTGGAGATCGTGGTGCTGGACCTTGGCCTGCCGGACATGGACGGGGTGGAGATCATCCGACGCATCCGCGGCTGGAGCAATATGCCCATCATTGTGCTGTCCGCCCGACACGCCTCGGAGGACAAAGTTGAAGCGCTCGACGCCGGTGCGGACGACTACGTGACCAAGCCTTTCGGTCTGGATGAGCTGCTTGCGCGGCTTCGGGTCGCTTCGCGCCGTGTTGTGACCGAACATGAGGAACCAACGCTGGCCACTACGGACTTCATGGTTGACCTGGCGGGCAAGAAGATTCTCAAGGATGGCTCGGAAGTGCGCCTGACGCCCACGGAATGGAACATCCTGGAGTTGCTGGTCCGCAATAAGGGAAAGCTTGTGAGCCAGCAGCAGATCCTCACCCAGGTATGGGGGCAGGCGTACGCGAAGGAAACACAGTACCTGCGCGTATATATAGCCCAGCTACGGCGAAAGCTGGAGCGGGATCCCGCCGAGCCCCGGCACCTGCATACGGAAGCCGGTATGGGCTACCGATTCGATCCTTAA MTLVLIVEDEVRIARAMQITLQAHGYQALTVGNGADALQAAAKQPVEIVVLDLGLPDMDGVEIIRRIRGWSNMPIIVLSARHASEDKVEALDAGADDYVTKPFGLDELLARLRVASRRVVTEHEEPTLATTDFMVDLAGKKILKDGSEVRLTPTEWNILELLVRNKGKLVSQQQILTQVWGQAYAKETQYLRVYIAQLRRKLERDPAEPRHLHTEAGMGYRFDP PGPT0002760_2119 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-CAPSULE_METABOLISM CE-EPS-CAPSULAR_POLYSACCHARIDE_REGULATION,PGPT0002760-kdpE-K07667 NA NA D3-18_01254 657 hypothetical protein ATGAACACCGCATCCCTCCTTGCCGTCTGCCGTGTCCACCAGTTGCTGCCAGACCCCGAGGGGAGTGTGGGAGTCACGGGCATGGACAAGCGTCCGGTGGAGGGGCCAGCCAAGGTTCATAAACTTGGGCTCCACGGGGATGTTCAGGCGAACCGGGTGGACCACGGCGGCGAAGACCAAGCCCTGTACGCGTATTCCCAGGCGGATGCGGACTACTGGTCAGGTGAGTTGCAGCGGGAGTTGCCGGCTGGCGTCTTCGGAGAGAACCTTCGCGTGGCTGGAATCGAAACCACCGGCGCGGTCATCGGCGAACGCTGGAAGATTGGCTTGGATGTGGAGCTGGAAGTCACGTCCCCGCGTGTGCCGTGCGCCACTTTCCAGCGGGTGATCGGTGAATCCCAATGGGTGAAGCGCTTCACGCAGGCCGGCCGGGTTGGTACCTACCTCCGCGTGATCAAGACAGGCACCATTTCCGCGGGGGACCATATTCACCGCACCTTCGTTCCCAAACATGGCATTACTGTGGGGCAGTGGTTCAGCGAGCCCACCCCTGAACTGGTGCAGATCCTGTTGGATGCGGACGCCGATGGGGAGATCCGTTTGCAGGAGGACTACCACCCGGTTTTCGAAAAGGTACTGCGGAGAAACGGGCTCTAG MNTASLLAVCRVHQLLPDPEGSVGVTGMDKRPVEGPAKVHKLGLHGDVQANRVDHGGEDQALYAYSQADADYWSGELQRELPAGVFGENLRVAGIETTGAVIGERWKIGLDVELEVTSPRVPCATFQRVIGESQWVKRFTQAGRVGTYLRVIKTGTISAGDHIHRTFVPKHGITVGQWFSEPTPELVQILLDADADGEIRLQEDYHPVFEKVLRRNGL NA NA NA NA NA D3-18_01255 2166 deaD_1 ATP-dependent RNA helicase DeaD ATGACCGAAAATCTCAACGAAAACTTCGACGCCACCACTGCTGAGTCCGCTGAAGTAGCAGAGACCTCCGCACCCGCCGAAGCTGAAGCACCGGCTGCTGCCGCTGCCCCCGTCGAGACCGCTGCAGCTGAGACTGCAGCCCCCACCTTCACCGAAGCTCCTGCCCCCAAGGCAGAAGACGAGGAAGAAGAAGGCGTCCGCTTCGTCGATCTTGGCATCGACGGACGCGTTCTGGCCGCCCTGCAGGATGTCGGCTACGAAAAGCCGTCCCCCATCCAGGCCGCCACCATCCCGCTGCTCCTCGAAGGCCGCGACGTTGTTGGCCTCGCCCAGACCGGTACCGGCAAGACCGCAGCTTTCGCTGTTCCTGCCCTGTCCCGCCTGGCCGAACTTCATGACCTCAACGGCCCGTCCCGCAAGACCCAGGCCCTGGTCCTGGCTCCGACGCGTGAACTGGCCCTCCAGGTTGCGGAGGCATTCACCTCCTACGCCAAGCACATTGACGATTTCACCGTGCTCCCGGTTTACGGTGGCTCGGCTTACGGCCCTCAGCTCGCAGGCCTGCGCCGCGGTGCACAGGTTGTTGTCGGTACCCCCGGCCGCGTGATTGACCACATCGCCAAGGGCTCCCTGGATCTTTCCGAACTCCAGTACCTGGTACTGGACGAAGCTGACGAAATGCTGCGCATGGGCTTTGCCGATGACGTGGAGCAGATCTTCCAGCAGACCCCGGAGACCCGCCAGGTTGCGCTGTTCTCTGCCACCATGCCGGGCCAGATCCGCCGCATGTCCAAGCAGTACCTGAACAACCCGGCCGAGATCTCGGTGAAGTCCAAGACCACCACCGGCGCCAACACCAAGCAGCGCTACCTTCAGGTCATGGGCCCGCACAAGCTGGATGCCCTGACCCGCATCCTCGAGGTGGAAGAGTTCGACGGCGTCATCGCCTTCGTGCGTACCAAGATGGCTACCGAGGACCTCGCCGACAAGCTGAAGTCCCGCGGCTTCCAGGCTGCCGCCATCAACGGCGACATCCCGCAGCAGCAGCGCGAGCGCACCGTTGACGCGCTGAAGGAAGGCCGCATCGACATCCTCGTGGCTACCGACGTCGCGGCCCGTGGCCTTGACGTTGAGCGCATCAGCCACGTGATCAACTACGACATCCCCCACGACACCGAGTCCTACGTGCACCGCATCGGCCGTACGGGCCGTGCAGGCCGTTCCGGTGACGCCATCCTCTTCATGACGCCGCGTGAGAAGTACTTGCTGCGTTCCATTGAGAAGGCAACGCGCCAGCCGGTGGAGCAGATGCACCTGCCCACGGCTGAGACCGTGAATACGCTCCGCTTGGGCAAGTTCGCCGAGCGCATCACCGAGACCCTCGCGTCTGAGGATGTTGCAGCGTTCCGCGATCTCATCTCCTCCTACGAGGAAGAGCACAACGTTCCGGCTTCGGAAATCGCTGCAGCCCTGGCCGTCATGGCCCAGGGTGGACAGCCGCTGCTGGTCAAGGAACTGCCTGCCGCTCCTGAGTACCAGAAGCGCGAGCGCTCCAAGGACGGCTTCGGCTCCCGTGGCCCCACCCGTGCACTCACCGAGGGCAACGCTACCTACCGGATCTCCGTGGGACGCCGCCAGCGCGTCATGCCGGGCTCCATCGTTGGCGCCATTGCCAACGAAGGCGGCATCTCCTCCGCACAGATCGGCGGCATCGACATCCGCTCGGACCACTCCCTGGTGGAGCTCCCGGCAGACCTGAGCCCCGAGCAGCTGCGCGCACTGTCCCGCACCCGCATCGGTGGCGAACTGATCAACCTCGAGCTGGATAACGGTCGCAGGCCCACTGGCGACCGTGGCAGCTACCAAGGCGGCGGCGCTGGTGGACGTGGTGGCTATGGCGACCGCGAAAACCGTGGCGGCGGAAACTTCAAGGGTGCCGGTGGCTTCAAGAAGGACTTCCGTAAGTCCGACGGCGAGCGTACCTCCGCCGACCGTGGCGGCCGCTCCTACAGCGACCGTTCTGAGCGCACCGCAGGCAGCTTCGGCGACCGCGATCGCGGCCAGGCCAGCGGGTCACGCTTCGGCGGTCACGGTGATGGCGCACGCAAGCCCCGCAGTGGCGGCGAAGGCGGACACCGCGATTTCAACCGCAAGGGCAAGTGGTAA MTENLNENFDATTAESAEVAETSAPAEAEAPAAAAAPVETAAAETAAPTFTEAPAPKAEDEEEEGVRFVDLGIDGRVLAALQDVGYEKPSPIQAATIPLLLEGRDVVGLAQTGTGKTAAFAVPALSRLAELHDLNGPSRKTQALVLAPTRELALQVAEAFTSYAKHIDDFTVLPVYGGSAYGPQLAGLRRGAQVVVGTPGRVIDHIAKGSLDLSELQYLVLDEADEMLRMGFADDVEQIFQQTPETRQVALFSATMPGQIRRMSKQYLNNPAEISVKSKTTTGANTKQRYLQVMGPHKLDALTRILEVEEFDGVIAFVRTKMATEDLADKLKSRGFQAAAINGDIPQQQRERTVDALKEGRIDILVATDVAARGLDVERISHVINYDIPHDTESYVHRIGRTGRAGRSGDAILFMTPREKYLLRSIEKATRQPVEQMHLPTAETVNTLRLGKFAERITETLASEDVAAFRDLISSYEEEHNVPASEIAAALAVMAQGGQPLLVKELPAAPEYQKRERSKDGFGSRGPTRALTEGNATYRISVGRRQRVMPGSIVGAIANEGGISSAQIGGIDIRSDHSLVELPADLSPEQLRALSRTRIGGELINLELDNGRRPTGDRGSYQGGGAGGRGGYGDRENRGGGNFKGAGGFKKDFRKSDGERTSADRGGRSYSDRSERTAGSFGDRDRGQASGSRFGGHGDGARKPRSGGEGGHRDFNRKGKW NA NA NA NA NA D3-18_01256 540 hypothetical protein ATGGGATTGCTGGATAACGTGAAGAAGAACCTGGGCTTCGGCGGCAAGGGTGCTGGCGAAAGAAGCGAGGCAGCTCCCGTGAACCGGGATGCGGCGAGCCAGGGCGCGGTAGACAAGGGCGCAGTAGACCAGGGCGCAGTAGACCAGAGTGCGGCGAGCCAGGCAGCGGAGGATGCTGCCGCCGTCGAGGTTTCCGCCGCGGACAAGGCCGCTGCGGAGGCTGCTGCCGCACAGGCAGCCCAGCAGCAGGCAGCTGCGGACGCAGCAGCAGCGCAGGAGGCCGAGCAGGAGGGCTTGGAACCCGAGGCCCCGGAAGTCCAGCCGCAGGCGCAGGAGGCCGCCTCTGAGGCCGCTGCAGGGACCGGCCAGCCGGGTCCGGTGGCGCCGCGGGTCACGGAGGTTGTGGTGGAGCAGGGAGACACCATGAGTGGAATCGCTGCGCAGTACGGTGTGGACCTTGGAGCGCTCATCGCCACCAACGCAGATACGGTGCCGAATCCGGACCGGATCTACCCTGGGCAGGTTCTCCGGCTGCCCTGA MGLLDNVKKNLGFGGKGAGERSEAAPVNRDAASQGAVDKGAVDQGAVDQSAASQAAEDAAAVEVSAADKAAAEAAAAQAAQQQAAADAAAAQEAEQEGLEPEAPEVQPQAQEAASEAAAGTGQPGPVAPRVTEVVVEQGDTMSGIAAQYGVDLGALIATNADTVPNPDRIYPGQVLRLP NA NA NA NA NA D3-18_01259 657 yhfK COG0702 putative sugar epimerase YhfK ATGAGCCGAATCGCAATCATTGGCGGCCACGGGAAAGTGGCCCTGCATCTGTCCCGCATTCTTAGTGGCGAAGGTCACGACGTCATGTCGTTCATCCGAAATCCCGATCATGTGGCAGATGTCACGGAGACGGGTGCAAGTGCTGAGGTGCTGGACGTGGAAAATTCGACGACGGCGGAACTCGCACAGGCGTTCAAGGGCCACGACGCCGTGGTCTGGTCGGCCGGGGCCGGCGGCGGCAATCCTGCCCGGACCTATGCCGTGGATCGTGACGCTGCCATCCGCTCGATGGACGCCGCGGCCGAGGCCGGCGTCAAACGGTATGTGATGGTGTCCTATATTGGAGCCGCCAAAGATCACGGCGTCCCGGAAGATCACCCGTTCTTCGCCTATGCCGAGGCCAAAGCGGCGGCAGACGACTACCTGCGGAGCACTGACCTCGACTGGACCGTCCTGGGCCCGGGAACTTTGACGAACGAGCCCGCGACTGGTCTGATCGAAACGGATCCAGCCAACCCCGGCAATGGCACCGAGACCTCCAGGGCCAACGTTGCCTTGGTGACGGCGGCCGTCCTGGAACTGCCGGGGACCATCCACAGGACCATCACGTTCAAGGATGGTACCGACGATGTTGTGGACGCCCTCACGGAGGACTGA MSRIAIIGGHGKVALHLSRILSGEGHDVMSFIRNPDHVADVTETGASAEVLDVENSTTAELAQAFKGHDAVVWSAGAGGGNPARTYAVDRDAAIRSMDAAAEAGVKRYVMVSYIGAAKDHGVPEDHPFFAYAEAKAAADDYLRSTDLDWTVLGPGTLTNEPATGLIETDPANPGNGTETSRANVALVTAAVLELPGTIHRTITFKDGTDDVVDALTED PGPT0021315_2 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021315-codA-K01485 NA NA D3-18_01260 1572 nhaK COG0025 Sodium, potassium, lithium and rubidium/H(+) antiporter ATGGATCAGTTGGCGCTCATTGTCGGGTTGCTGCTTGCGACGGTGGTTGCAGTGGGCCTGGGGGACAGGCTCCGGCTTCCCTACCCCGTCCTGATGCTGCTTCTGGCTGTTGCGCTCACCTTCATTCCGGGCTTCCCCGAATTTGAGATTTCGCCTGAACTGATTCTGCCCATCTTCCTTCCACCCTTGCTTTTTGCAACGGCCCAGAAGAGTTCCTGGGCGGTTTTCCGTGTGCGTTGGCGGACGCTCCTGCTGATGGCTGTGGCCCTGGTGGTGGTGTCCACCGCAGTGGTGGCCGGTGCAGCCTGGCTGATGATCCCGGGTATCGGTATCCCGGCTGCCATTGCACTGGGTGCCATGGTGGCCCCGCCGGACCCCGTTGCCGTGGAGTCCGTGGCCGGCCGCGTGCACATGCCGCGCCGGCTCATCACGGTCCTCCAGAGCGAGGGACTCTTCAACGACGCCGCGGCAATCGTGATCTTCCAGGCAGCGGTGGCAGCAACAATGTCCGGCAAGGAAGTGGGCCCGGAAGTTATTCCGCAGTTCGTCATTGGCGCGGCGTTGGCTGTTCTGATTGGCATCGCGATGGGCTGGCTGACCAAGTTCATCACCAAGCTGGTCACCTCCATGGTTGCCCGTAGTGCCGTGACCTTGGTTGTTCCTTTTGCCGCCTATATTCTCGCGGAAGAGCTGCACGCCTCAGGTGTGGTGGCCGTCGTCGTCACCGCCTTGGAACTGCAGCGTCATACGCGGCCGCATGACGCTGCAGAGCGGATTACACGCACCGCCTTCTGGGACGTGGTGGAGCTGCTGGCCACAGGGCTGGCCTTTGGGCTGGTGGGGCTGGAGATCCGTCACGTCATCCGCGATGAAGGTACTGCCATATTCGGGATGATTGGCATGGCCGTGGTGATCTGCATCCTGGTGTTCGTGGTGCGCTTCCTCTGGCTGGGCCTCCTCGCCCTCACGGCACGTAAGCGCAGAAACCTGTTGCAACCAACGTCACCCAAGGAAGTGCTGATCCTGACATGGTGCGGCATGCGCGGCCTGGCCACGTTGGCCCTTGCTTTGGCCCTCCCCATGACCTTGCCGGATGGAAGCGACTTCCCGGCCCGTCACGAGATCCTGGTGATTGCCTGCGCGGTGCTTCTGGCCACCTTGGTCCTCCCCGGCCTCACCCTGCCGTGGCTCATGCGCGTCCTGGAAGCGACGGAGGACGGATCACATGAGCAGGACGCGGCCAAGGTCCTGGCCAAGCGCGCCCAGTCGGCGGCCGTGGCTGCTTTGAAAGACCATGACCTCATGAAGGAACTCCCCGCCGAAAAGGTGACCTTGGTCAAGGAAAAGATGCGCCGCCTCCATGCCGAGCTCTTGGATGGCACGCTGCAGAACGAATCCGTTGCTGAGAAGCGCAAGCGTGGACGGGAGCTGTCCATCGCCGTGCAGACCATCGCCCTCGATGCCGCCCGCCAGGAAGTGGTGGCAGCCCGCAACGAGCCAGGGACCGATCCGGAAGTGGCTGACAGGGTCCTGCGGCAACTGGACCTGCGGACCATGTCAATGCCGGACTAA MDQLALIVGLLLATVVAVGLGDRLRLPYPVLMLLLAVALTFIPGFPEFEISPELILPIFLPPLLFATAQKSSWAVFRVRWRTLLLMAVALVVVSTAVVAGAAWLMIPGIGIPAAIALGAMVAPPDPVAVESVAGRVHMPRRLITVLQSEGLFNDAAAIVIFQAAVAATMSGKEVGPEVIPQFVIGAALAVLIGIAMGWLTKFITKLVTSMVARSAVTLVVPFAAYILAEELHASGVVAVVVTALELQRHTRPHDAAERITRTAFWDVVELLATGLAFGLVGLEIRHVIRDEGTAIFGMIGMAVVICILVFVVRFLWLGLLALTARKRRNLLQPTSPKEVLILTWCGMRGLATLALALALPMTLPDGSDFPARHEILVIACAVLLATLVLPGLTLPWLMRVLEATEDGSHEQDAAKVLAKRAQSAAVAALKDHDLMKELPAEKVTLVKEKMRRLHAELLDGTLQNESVAEKRKRGRELSIAVQTIALDAARQEVVAARNEPGTDPEVADRVLRQLDLRTMSMPD NA NA NA NA NA D3-18_01261 1224 nagC_2 COG1940 N-acetylglucosamine repressor ATGCAGACCGGGACCGCACCGTCAACGCAACTGGTACGCAGGGTCAACGCCAGCGCCATGCTCAAGGCCATGCGCGGCGCGGGCATCGTCACCGGCACCGAGCTGATGGCTGCCACCGGGCTCTCACGAGCCACCGTCATTTCGATCTGCGACGAACTGGTCCGACTCGGCTGGCTCCAGGAATTGGAAAACCAGCGAGGAGCCGGTGACTACGTCAAAGGCAGGCCTGCGCGGCGCTTCGCTTTTGACGACAGTGCGGCCAGCGTGATCGGCATTGACATCGGCGCCAACAAGATCACAGCGATTGTGGCCGACATGGCCGGTACGGCCTTGTCCCAGGTCACGATGCCTTTCCGCGCCTACAACGTGCCCGCCAAGGAACGCGCAGACGTGCTGGACAGAATCGCGGCAGAGGCCTTGGAAAAGGCGGACGTATCCGCCGACTCTGTTCTCGCCGTGTCTGTTGGCGTGGCCGCCCCGGTCAGCCGCGCGGGCGAGGTCCTCAGGGCACAGGAATTCTGGAAGTCGTTTGATGTCCGCAAGATCGTGTCCGAGCGACACGGTTGGCACGTACTTTTGGAAAACGACGCCAACCTCGCAGCCCTCGCAGAACGCTGGCAGGGCAGCGCACAGGGAGTCGACAACCTGGTAGTCATGCTCGCCGGCGACCGTTTGGGGTCCGGCATCCTCGAATCCGGCCGTTTGCTCCACGGGCAGGTTGGTGGTTTCGGCGAACTGGGATACCTGGACAACGTGGACGGCGTAGGCGACACCTACGGCATTGCCCACTACGCAACACTATGGGGCAGGGAAGCCCTCGATTCCGGCGCGGAAACGAAACTGCGGGTTCTGTGCGGTGGTGATCCCGAAGTCCTGACGGCGGAGATGGTTTTCAGGGCGGCAAAGGAAGGTGACCATGCAGCGCGCAAGGTCATGGACCGTATGGCGCACCGCATGGCCCGGGTGATTGGCTCCATCAGTACGTTGGTCAATCCCGAGCTGGTGGTTATCGCCGGAGCCGTCGCGGCTTCTGCCCAGACCCTGATCCCAGCCATGGAAAAGCAGGTGCCCGAGTTCACTTTCACTCCCCCACGCCTTGCAACATCAGCTTTGGGAGACGGCATTGTGTCCCTCGGCGCGATCCGCCACGCCTTGGACTATGTGGAAGAGAATGCACTGGATCTCTATCCGGCCTCACTGTCGAAGCAGGTTGCCGCGGGCTGA MQTGTAPSTQLVRRVNASAMLKAMRGAGIVTGTELMAATGLSRATVISICDELVRLGWLQELENQRGAGDYVKGRPARRFAFDDSAASVIGIDIGANKITAIVADMAGTALSQVTMPFRAYNVPAKERADVLDRIAAEALEKADVSADSVLAVSVGVAAPVSRAGEVLRAQEFWKSFDVRKIVSERHGWHVLLENDANLAALAERWQGSAQGVDNLVVMLAGDRLGSGILESGRLLHGQVGGFGELGYLDNVDGVGDTYGIAHYATLWGREALDSGAETKLRVLCGGDPEVLTAEMVFRAAKEGDHAARKVMDRMAHRMARVIGSISTLVNPELVVIAGAVAASAQTLIPAMEKQVPEFTFTPPRLATSALGDGIVSLGAIRHALDYVEENALDLYPASLSKQVAAG NA NA NA NA NA D3-18_01262 1290 msmE COG1653 Multiple sugar-binding protein GTGTCTGTGAAATCGACACGCAGGAAACGCTTGGCAGCAATAGGCCTGGGCTTGGCATTGCTCGCCGGCCCACTCTCCGGCTGCGCCGGGGACTCAGGTAGTAGCGGGAATTCGGACAAAGAGACGATCCGCTTCACGTTCAGCAAACGCGAAGCCATCGGGTTCATGACCAAACTTGTTTCCGACTACAACGCGTCCCAGGATGAAACCGAGGTGGTACTCGACACTTCCGGCGTCGACGTCGTGTCCGCGAGTTTTGTTCGCGGAAACCCGCCGGACATCGCCCTGGCCAACTACAACATGGAGACGTCCCGGTTCGTCCAGCGCGGAGCGTTGAGCGACTTGTCCGGGACGGAGGCAGCATCCCGCATCCGCGAGGACCTCCGGCCGCTCATGGAGCAGTACGGTTCGTATCCCGGCCGGACCAGTGCCCTGCCGTATTCGGTCATGGCGTCCTCCGTGATCTACAACAAGGAAATCTTCGCTGCCAACAACATTGCCGTGCCCACCACCTGGAGCGAATTGATCGCAGCGTGTGAAGCGCTGAAAGCCGCTGGAGTAACGCCGTTTTATGCCACCTGGAAGGATGACTGGACCATTGCCCAAGGGTGGTTTGACTACTCGGTAGGCGGCCAAGTGGACACCCTTGACTTCTTCAAGAAGCTTGAAGCTGAAGGTGTGGACGTCGGGCCGGAGTCTTCAGTGTCATTCCAGAAGGATTTTGACCAGCCCGTGCAGAAAATGTTGACGTTGGCCAAGGGCTACGTGAACAAGGACGCTGCCAGCCGGGCGTACGGTGACGGCAACCTGGCGTTTTCACAGGGCAAAGCTGCGATGTATCTGCAAGGTCCGTGGGCCTTCAGCGAGATCGCCAAGACCGCCCCGGACCTGAAGCTCGGAACCTTTCCGCTGCCGATGACTGAGGACCCCGAGGACTTGCGGGTCCGCGTCAACGTGGACCTCGCAGCCTGGATTCCGGAGGCCTCCAAGCATAAGGACGCTGCCCGAGGCTTCCTCGAGTATTTGTACCGGCCCGAGGTGATTGATGCCTACAACAAATCGCAGCTGGGTTTCACGCCCACCAAGGAGACCGCAAACGTCCCGGACCCTCGGATTGAGGGAATGGTGGAGTACTACGACAACGGCAAGGTCTATCAGGGTCCCTCGGTGCTCGTTCCCCGCACCATCCCCATCATGAACTACACGCAGGCAATCGTGTTCGGCGCACCCCCTGCATCCACCCTCCGCACCCTCGACGCAGATTGGGCGCGCCTGGCGTTCCGCCAGTAG MSVKSTRRKRLAAIGLGLALLAGPLSGCAGDSGSSGNSDKETIRFTFSKREAIGFMTKLVSDYNASQDETEVVLDTSGVDVVSASFVRGNPPDIALANYNMETSRFVQRGALSDLSGTEAASRIREDLRPLMEQYGSYPGRTSALPYSVMASSVIYNKEIFAANNIAVPTTWSELIAACEALKAAGVTPFYATWKDDWTIAQGWFDYSVGGQVDTLDFFKKLEAEGVDVGPESSVSFQKDFDQPVQKMLTLAKGYVNKDAASRAYGDGNLAFSQGKAAMYLQGPWAFSEIAKTAPDLKLGTFPLPMTEDPEDLRVRVNVDLAAWIPEASKHKDAARGFLEYLYRPEVIDAYNKSQLGFTPTKETANVPDPRIEGMVEYYDNGKVYQGPSVLVPRTIPIMNYTQAIVFGAPPASTLRTLDADWARLAFRQ PGPT0016330_1911 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 D3-18_01263 945 melD_3 COG1175 Melibiose/raffinose/stachyose import permease protein MelD ATGTCCACCATCACCACCCCCACCACGTCCAAGCAGGGCCTTCACAAGCAGGGCCGCCAAAAGCAGGGGCACCAAACCCCCCGCAGCAGGCGGCGCGTTGAACCGATCTTCTACCTTTTCCTGGTGCCCAGCCTGATTCTGTTCACGCTGGCCATCACGATTCCGGGCATCATGGGCATCTTCTTCAGTTTCACGAACTCCATCGGAATCGGTGATTGGGAGTTCATTGGCCTAACCAACTACATCGCGATCTTCAGTGACCCGGCGATCCTGCAGAGTTACCTCTTCACTTTCGGGTTCTCCATTGTCACAGTGATCGCGGTGAACGTGATCGCCTTCCTTCTTGCCGTCGGGCTTACCGCGCGTATCCGGATGAAGTCGGCGCTTCGGACCATCTTTGTCATCCCCATGGTGGTTTCCGGCATCATCATCGCCTACGTCTTCAACTTCCTGTTTTCGAACTCCCTGCCGTCGCTTGGTACTGCAGCAGGAATTCCATGGCTGGAAAGCAGCCTGCTGGCCAATCCCGACCTCGCCTGGATTGCGATCGTGCTGGTCACAGCCTGGCAGGCAGTCCCCGGGGCTCTGCTCATTTATATTGCGGGCCTGGTTGCGGTGCCCGGAGATGTGTATGAGGCCGCGGAAATCGACGGAGCGAGCAAATTCCAGCAGCTTCTGAAGATCACGCTTCCGCTGGTGGCCGGTTACGTGGTCATCAACATCATTCTCGGGTTCAAGGGCTTCCTCAATGCCTACGACATCATCGTCGGGCTGACGAACGGAGGCCCGGGAACCTCTACGCGGAGCATCGCGATGACCGTCATATCCGGCTTCAACGGCGGCGACTACGCCTATCAGATGGCCAACGCAACGATCTTCTTCGTGGTCGCCATCCTCATCTCTCTCGTACAGCTCTCGCTGACTCGCGGACGGAATGCACTGTAA MSTITTPTTSKQGLHKQGRQKQGHQTPRSRRRVEPIFYLFLVPSLILFTLAITIPGIMGIFFSFTNSIGIGDWEFIGLTNYIAIFSDPAILQSYLFTFGFSIVTVIAVNVIAFLLAVGLTARIRMKSALRTIFVIPMVVSGIIIAYVFNFLFSNSLPSLGTAAGIPWLESSLLANPDLAWIAIVLVTAWQAVPGALLIYIAGLVAVPGDVYEAAEIDGASKFQQLLKITLPLVAGYVVINIILGFKGFLNAYDIIVGLTNGGPGTSTRSIAMTVISGFNGGDYAYQMANATIFFVVAILISLVQLSLTRGRNAL PGPT0016335_1056 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 D3-18_01264 876 melC COG0395 Melibiose/raffinose/stachyose import permease protein MelC ATGACCAACGAATCGATGACCAACCAACTGATGACCAAAAAATCCAGCTCCAAAGTGGAACGCGTCAACTGGCCGGCAACCACTGTCCTCGTTCTTTGTGCAGTGACTGTGCTTCTTCCCCTGTATGTCACGGTCTCCATGGCTTTCAAGACCCAGGGGCAGGCGGTGGACGGCAATGCCTTCTCCTTCCCCGCACCCTTCAGTCTCGAGGGCTTCTTCCAGGCCTGGACCCTCACGAACTTCCCGGTGGGGGCCGCGATGTCGTTGCTGGTGACGGCGGGGACCGTAGTTGCCACGATCATCCTGGCTGCCTTCGCCTCCTACGCGATCGTGCGGAACTGGGAACGGCGGTTGTTCAGGTACTCGTTCTTCTACCTTTTGGGAGCCATGTTCATCCCCTTCCCTGTGGTTGCCCTGCCGCAGATTCAGCTCACCGGCCGCCTCGGCCTGGACAACCCGTTCGGCGTGATCCTGCTGGCCACCATGTTCCAGCTGAGCTTCAGCGTCCTGCTCTTCACCGCATTCCTGCGTTCCATCCCGATGGAACTGGAAGAGAGCGCCAGAATAGACGGCGCAACAACCTGGCAGACCTTCTGGAAACTGATTTTCCCGCTGCTGGCACCGATGAGCGCAACCGTGGGGATCTTCGCGTTCCTCTACGCCTGGAACGATTTCATGATGCCGTCGCTGATTATTTCCGATCCGGCAATGCAGACGCTTCCCGTGCGGCAGAACCTTTTCCAAACGCAGTTCAGCAACAACTACCACGTGTCCTTCGCCTCTTACCTGATGGCGATGGCGCCGGCGATCGTCGCCTACCTGTTTACGCAGCGCTGGGTCATGGCCGGCGTGACACAAGGTGCCGTAAAGGGCTAG MTNESMTNQLMTKKSSSKVERVNWPATTVLVLCAVTVLLPLYVTVSMAFKTQGQAVDGNAFSFPAPFSLEGFFQAWTLTNFPVGAAMSLLVTAGTVVATIILAAFASYAIVRNWERRLFRYSFFYLLGAMFIPFPVVALPQIQLTGRLGLDNPFGVILLATMFQLSFSVLLFTAFLRSIPMELEESARIDGATTWQTFWKLIFPLLAPMSATVGIFAFLYAWNDFMMPSLIISDPAMQTLPVRQNLFQTQFSNNYHVSFASYLMAMAPAIVAYLFTQRWVMAGVTQGAVKG PGPT0016340_121 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 D3-18_01265 1755 malL_1 COG0366 Oligo-1,6-glucosidase GTGAGCACTTCCGCCACTCAGGCACACCGCACTGACGCCCGCCGCATGTCCGATCCCAATTGGTGGCGCCAAGCGGCCGTCTACCAGATCTACCCGCGCAGCTTCTACGACGCGAACGGTGACGGACTTGGAGACATCAAGGGCATCACGGCCAAAGTCCCGTATCTGAAGGAGCTTGGGATCGACGCCGTCTGGTTGAGCCCGTTCTACCCGTCGGCGCTCGCGGACGGCGGCTACGACGTGGACGATTACCGCAATGTGGACCCGAAGCTGGGGACTCTTGAGGACTTCGACGAGATGGCCGCAGCCTTGCACGCCGCAGGGATCAAGATCGTGGTGGACATCGTTCCCAACCACTCCTCTGACCGCCACGAGTGGTTCAAGGAAGCGCTGGCCTCACCCAAGGGCTCCGCGGCACGCGACCGCTACATCTTCCGCGACGGCCGGGGCGAAAATGGCGAGTTGCCGCCGTCGGACTGGGACTCTGTCTTCGGCGGACCCATCTGGGAGCGCATCACCGAGCCTGACGGCACGCCCGGACAGTGGTACCTGCACATCTTCGCCAAGGAGCAGCCGGACTTCAACTGGGAGAACCCGGAGGTCCGCGAGGACTTCTTGAAGACCTTGCGCTTCTGGTCGGATCGCGGCGTGGACGGTTTCCGCATCGACGTCGCCCACGGCATGGCCAAGGATCTTTCCGAGCCGCTGCCCATGAAGGCTGACCTGGAAGCCAAGGCCCATGGCACGGACGGCTTCACCGACGGTTCCCACCCGTTCTGGGACCGCGACGAAGTCCATGAGGTCTACGCCGAGTGGCGCAAACTCTTCAATGAGTACAACCCGCCGCGCACCGCCGTCGCGGAGGCCTGGGTCCACGAGTCCCGCCGCTCCCGCTACGCCAGCCCCGAAGGACTGGGCCAGGCTTTCAATTTCGACCTCCTGCAGTCCGATTACGACGCTGCCTCTTTCCGGAAGATCATCACGGACAACCTGGTAGCAGCCAAGGAGTCGGGGGCTTCCTCCACGTGGGTCTTCTCCAACCATGACGTCGTCCGTCACGCCACCCGTTACGGCTTGCCCAAGGGCGGTTCCGTAGCGCAGGGAACCAATGCGGCGCAGGACATCACCGGCGACAAGCCCAAAGGCCAGGACGGCAAGGGCTGGCTGCTGGCCGGCGCGCCGGCTGAAGAGCTCGACGTCGAACTTGGCTTGCGTCGTGCACGCGCCGCGACGCTCTTGCTGCTTGCGCTCCCCGGCTCTGCCTACCTCTACCAGGGTGAAGAGCTAGGCCTGCGTGAAGTCTCGGAAATTCCTGACTCCGAACGTCAGGACCCGTCCTTCTTCCGTAACCCAGGGGTCGAGATTGGCCGCGATGGTTGCCGTGTACCGCTGCCGTGGACCGCGGAGGGTCCTTCCTTCGGATTCGGCGCGGGCAAGGCACACCTTCCGCAGCCGGAGTGGTTCAAGGACTATGCAGTGTCCAAGCAGGAGGCCGTGGAAGGTTCCACCCTGGAGCTCTACCGGAAGGCACTGAGCCTGCGGAGCGAACTCCAGACCGATGAGGAACTTGAGTGGGTGGAGACCGGCAACCAGGACGTGCTCCACTTCAGCCGCCCCGGCGGCTGGCACACGGTGACTAACTTCGGCAGCAAGCCCGTGGAGCTTCCGGAAGGCAACATCGTGGTAGCAAGCGGACCCCTGGAGGGCGGCAAATTGCCCTCCGACACCACTGCGTGGATTGTCCGCAACGCCTAA MSTSATQAHRTDARRMSDPNWWRQAAVYQIYPRSFYDANGDGLGDIKGITAKVPYLKELGIDAVWLSPFYPSALADGGYDVDDYRNVDPKLGTLEDFDEMAAALHAAGIKIVVDIVPNHSSDRHEWFKEALASPKGSAARDRYIFRDGRGENGELPPSDWDSVFGGPIWERITEPDGTPGQWYLHIFAKEQPDFNWENPEVREDFLKTLRFWSDRGVDGFRIDVAHGMAKDLSEPLPMKADLEAKAHGTDGFTDGSHPFWDRDEVHEVYAEWRKLFNEYNPPRTAVAEAWVHESRRSRYASPEGLGQAFNFDLLQSDYDAASFRKIITDNLVAAKESGASSTWVFSNHDVVRHATRYGLPKGGSVAQGTNAAQDITGDKPKGQDGKGWLLAGAPAEELDVELGLRRARAATLLLLALPGSAYLYQGEELGLREVSEIPDSERQDPSFFRNPGVEIGRDGCRVPLPWTAEGPSFGFGAGKAHLPQPEWFKDYAVSKQEAVEGSTLELYRKALSLRSELQTDEELEWVETGNQDVLHFSRPGGWHTVTNFGSKPVELPEGNIVVASGPLEGGKLPSDTTAWIVRNA PGPT0018560_3012 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0018560-malz-K01187 NA NA D3-18_01266 960 ydhF COG4989 Oxidoreductase YdhF ATGACATATGCGAACGGGCGGGGACGCCTTATTTATGGCTGCATGGGACTCGGCGGCCCTTGGGGCGGTACGTCCTACGGGCCTTCGGAGATCGATCAGGCAGCCGCGGTGATTGAAGCTGCGCTGGGGATCGGCATTGAGCTTTTCGACCATGCAGATATCTATCGCAGCGGAAAGTCCGAGGCCGTGTTTGGTGAAGTCCTCGCCCGTTCGCAGGGTCTGCGCGACAAGATCCAGCTTCAGACCAAATGCGGGATCAGGCTGGGGGAGCGCGGGCTGGAGACACATTACGACCTCAGCCGTGACGCCATCCTCGAACGGGTCAATGAAAGCCTGAAACGGCTCCAGACGGACTACGTGGACGTGCTGCTCCTGCGCCGGCCCGATCCGTTGATGGACCCGCGCGAGGTGGCGGACGCCGTCGGACAGCTCATGGCGGAAGGCAAGGTGCGGCAGTTGGGTGTGTCCAACATGTCCGGCGCCCAGATCGCCTTCCTGCAGGACGAGTTGGAGACGCCCATCGTGGCGAACCAGCTGGAAATGAGCCTGCTGCGACGGGATTGGCTGGAGAGCACTGTGCTGGTCAACCACACGGAGGGTCTGGAATACAGCTTTCCGCATGGGACTCTTGAGCACTGCATGGCCAAGGGAATTGAATTGCAGGCATACGGGTCGTTGGCCCAAGGGCGCTATACAGGTGCGCCGTCTGCGGAGTATTCGCTTGCCGAATCGGCTACCGCGGACATGCTTGAAAAATTGGCGGGGGAGAAGAACACCACGCCGGAGTCGGTACTGCTGGGCTGGCTGATGAAGCACCCTGCCAGGATCTCGCCGGTAGTGGGAACCACCAATCCTGCCCGTATCGCTGCTTGCGCCGATGCCGCCTGCGTGGCTGCTGACATGACCCGTGCCGAGTGGTACGGACTGTGGGTCGCAGCGCGGGGAAACAACATCCCCTGA MTYANGRGRLIYGCMGLGGPWGGTSYGPSEIDQAAAVIEAALGIGIELFDHADIYRSGKSEAVFGEVLARSQGLRDKIQLQTKCGIRLGERGLETHYDLSRDAILERVNESLKRLQTDYVDVLLLRRPDPLMDPREVADAVGQLMAEGKVRQLGVSNMSGAQIAFLQDELETPIVANQLEMSLLRRDWLESTVLVNHTEGLEYSFPHGTLEHCMAKGIELQAYGSLAQGRYTGAPSAEYSLAESATADMLEKLAGEKNTTPESVLLGWLMKHPARISPVVGTTNPARIAACADAACVAADMTRAEWYGLWVAARGNNIP NA NA NA NA NA D3-18_01267 1158 hypothetical protein ATGGTGAAGTTCACGAATCGTTTGGTTGCTGAGGTTGTCCAGTCGTTCTGGCAGCAGGTTGCGGACGGTGCCCGTTTTGAAGATGCTGGTGCGTTCGTCGGGTGGTCCGTAACGACGGTCCGCCGTGAGCTGAGGTCCTCAGGAGGGGTCCGGCCCCGTCGGGGCCGGACCCTGACCGGCCGTTCCCTATCGTTCCAGGAGCGGGAGTTGATCTCGTTATGGCGGGGCAAGGAATCGGTCCGTGAGATCGCCAGACGTTTGGGTCGTTCCCCGTCAACGATCTCCCGGGAGCTCCGGCGGAACGCTGACAAGGTCTTTTTCTACCGGGCTACCACCGCCCATGCCCGCGCCCACGCCCGGGCAGCCAGGCCCAAGACCGCTAAGCTCAACAGCAACAAGCCCTTGCGCCTGGAAGTCGAAAAGCGGCTCGAAAAGAAAGACTCACCGGTCCAGATCGCTGGCAGACTCCGCAAGGACTTCCCGAACAACCCGGAGATGTGGGTGTCACACGAGACCATCTACCAGTCCCTCTATCTCGAGTCCCGGGGCGGGCTAAAGCGGGAACTGGTCAAGAACCTGCGCACCGGCCGGACCCTGCGCAAACCCCAACGCCGCCCCGACGAACGCCGCGGCAGAATCCAGGACAAGGTCATGATCGCCGACCGTCCCGCCGAGGTCGAAGACCGTGCCGTGCCAGGGCATTGGGAAGGGGACCTGATCGTAGGCAAGGACGGAAAAACCGCCATCGGCACCATCGTGGAGCGCACAACCGGGTTCGTGATGCTCCTCCATGTCCCGACCGGTCAAAACCGTGCCGAGTCTGTTCGGGATGGGCTGATCCGCAAAATGGGCGCCCTTCCCGACGAACTGAGGCTCTCACTGACCTGGGACCAAGGCACCGAAATGCGCAGGCACAAGGAAGTGAAGATCGCAGCCGACATCGACATCTACTTCTGCGATCCCCACTCACCTTGGCAACGCGGCTCGAACGAGAACACCAACGGGCTCCTGCGCCAGTACTTCCCCAAAGGCGCAGACCTAAGCATCTACAGCCAAACCGACCTCGACTACGTCGCCCACGAACTCAACGACAGACCCCGCCAACGATTCGACTTCTGCACCCCCAATGAGATGATCAGAACCTTCCTGTTGCGATAA MVKFTNRLVAEVVQSFWQQVADGARFEDAGAFVGWSVTTVRRELRSSGGVRPRRGRTLTGRSLSFQERELISLWRGKESVREIARRLGRSPSTISRELRRNADKVFFYRATTAHARAHARAARPKTAKLNSNKPLRLEVEKRLEKKDSPVQIAGRLRKDFPNNPEMWVSHETIYQSLYLESRGGLKRELVKNLRTGRTLRKPQRRPDERRGRIQDKVMIADRPAEVEDRAVPGHWEGDLIVGKDGKTAIGTIVERTTGFVMLLHVPTGQNRAESVRDGLIRKMGALPDELRLSLTWDQGTEMRRHKEVKIAADIDIYFCDPHSPWQRGSNENTNGLLRQYFPKGADLSIYSQTDLDYVAHELNDRPRQRFDFCTPNEMIRTFLLR PGPT0030610_168 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482 NA NA D3-18_01268 933 atsK Alpha-ketoglutarate-dependent sulfate ester dioxygenase ATGACCGTCATTACCGAAACCAAACTCGAGTTCGCCAAACTCGGCTCCCGCATCGGCGCCGAAATTCGTGGCCTGGACATCAGCGGAGACCCGAGTGAAGAAACTGTTGCGCAGATCCGGGCTGCGCTGAACGAGCACAAGGCACTTGTTTTCCGCGAGGCCAACATCCTCACCGACGAAGCCCAGGTGAAGTTCGCCAGCCACTTCGGCCCGCTCACCAAGGCGCACCCGACGGTGGCTTCTGTGGACGGCGAAGAGAATGTCCTGCCCGTGGACAGCGAGAATGGCTCGGCCAACAATTGGCACACGGACGTCACCTTCGTGGTCAACCCGCCGCAGGCCTCCACACTGCGGAGCATCGATCTCCCCGCCTACGGTGGCGAGACCCTGATCGCGTCCTCGGCCGGGGCGTACCAGGACCTCCCGGAGGAGTTGCGGAATTTCGCGGACACCCTGTGGGCCATCCACACCAACGACTACGACTACTCGGTGCCCAAGAACCTTGAGCACTCCAACGCGGAAGAACGACGCAAGGAATTCACCCGGCTGAAGTTCGAAACCGCCCACCCTGTGGTGCGGGTCCACCCGTTGACCGGCGAGCGCGGATTGTTTATTGGAGGCTTCGCGCAGCGGCTCAGGATCGTTGGCCTGTCCAACACCGAATCCAAGGACATCATCCGCCTGCTGCAGGCCTACGTAACGCGTCCGGAGAACGTGGTGAGGGTGAATTGGGAGCCCAACCAGGTGGTCCTGTTCGATAACCGCATCACGCAGCATTACGCACCGGACAACTACGACGGCCAGCCCCGCAAGCTCAACCGCGTGACCATTGCGGGCGACATTCCGGTGAGCATCGATGGCAAGCCGAGCCAGGCCTTGCAGGGTGACTCGAGCACCTACTCCGTGGTCGCGCCGATCAGCCGCGCCTCGTAG MTVITETKLEFAKLGSRIGAEIRGLDISGDPSEETVAQIRAALNEHKALVFREANILTDEAQVKFASHFGPLTKAHPTVASVDGEENVLPVDSENGSANNWHTDVTFVVNPPQASTLRSIDLPAYGGETLIASSAGAYQDLPEELRNFADTLWAIHTNDYDYSVPKNLEHSNAEERRKEFTRLKFETAHPVVRVHPLTGERGLFIGGFAQRLRIVGLSNTESKDIIRLLQAYVTRPENVVRVNWEPNQVVLFDNRITQHYAPDNYDGQPRKLNRVTIAGDIPVSIDGKPSQALQGDSSTYSVVAPISRAS PGPT0002940_367 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_TAURINE_UTILIZATION,PGPT0002940-tauD-K03119 NA NA D3-18_01269 948 hypothetical protein ATGACCACCACACTCACTCAAGCCGAAACTGCCGCTGCAGGGTCCAAGGCGGGTGCGGCGACTGACCCAAGTGCCGCCGTCGAGCCTTCAGGTACTCAGGCGCCTTCCGACACTCGGGCAGCAGCTGAAGAGCGTACGACGCCGGCACCCGGCATAGTGCGGCGCGTCGCCGGTGCCGTGGGGTCGGGTCTGTGGAAGTCCGCAGCGGTCCTGGCTTTCCTGGCGCTGTGGGAGCTTGGACCCACGTATTTGGCGAGCCCGTCCACCAGGGTGTTCCTTCCGCCGCTGCATGAAGTGCTGTTGGCTTGGGGCAAGCTCTTCGAAGCCGGCACCATTCAGGGCCATATTGCGGCCAGCCTCACCCGCTCCGTGGCCGGCTTTGGCGCGGCTCTGGTGGCGGGTGTCTCATTAGGCTTGCTCATTGCCTGGTACGGGCGCCTGAACTCAGTCCTGAACCCGTTGCTGGAATTGTTCCGGAACACTGCCGCTCTTGCCTTGCTGCCCGTTTTCACGCTGCTGCTGGGCATCGGTGAGGAGTCCAAGATCAGCATCGTGGCGTACGCGGCCTTCTTCCCGGTGCTCCTGAACACCATTGCTGGTGTGAAGACGGTGGACCCTCTGCTGATCAGGGCCGCTCGCTCCCTGGGGCTTAATAGCTTCAGGCTCTTCCAGAAGGTCATTCTCCCGTCGGCCGTGCCCACGATCTTCACGGGCATTCGTATGGCCGGCACCGCCTCCATCCTGGTGCTGATCGCCGCTGAAATGGTGGGAGCCAAGGCTGGGCTGGGTTACCTGATCGTGAATGCGCAAAGCAGCTTCCTCATCCCGGATATGTACGCGGGCATCCTCACAGTGTCCTTGCTGGGGCTCGGCGTGAACTTCCTGCTGGTTGCCCTCGAAAAGCACTTCTCCCGTTGGCGGACCGCTGTTGGCGCTGCCGCTTCCTGA MTTTLTQAETAAAGSKAGAATDPSAAVEPSGTQAPSDTRAAAEERTTPAPGIVRRVAGAVGSGLWKSAAVLAFLALWELGPTYLASPSTRVFLPPLHEVLLAWGKLFEAGTIQGHIAASLTRSVAGFGAALVAGVSLGLLIAWYGRLNSVLNPLLELFRNTAALALLPVFTLLLGIGEESKISIVAYAAFFPVLLNTIAGVKTVDPLLIRAARSLGLNSFRLFQKVILPSAVPTIFTGIRMAGTASILVLIAAEMVGAKAGLGYLIVNAQSSFLIPDMYAGILTVSLLGLGVNFLLVALEKHFSRWRTAVGAAAS PGPT0001145_1517 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001145-ABC_SN_P-K02050 NA NA D3-18_01270 888 cmpD_2 Bicarbonate transport ATP-binding protein CmpD ATGACCGCCAAAATCAGCCTCCGGAACGTTACCAAGGAATTCACGGTACGGGCCACCAAAACCACAAGCGCCACCCGCCTCACCGCCGTAGATTCCTTGAGCTTGGACGTCCGCGACGGCGAATTCCTCACCTTGGTGGGGCCCAGCGGCTCGGGCAAGACCACGCTCCTGGACCTCCTGGCCGGGCTCTCCACCCCGACTTCCGGTGAAGTCCTGGTGGATGGCAAAACCGTCACCGCGCCGGGCAAGGACCGCGCCGTGGTGTTCCAGCAGTATGCGTTGTTCCCCTGGCGTACGGCCTCGGCCAACGTCTCCATTGGGCTCGAAGGTGTGGGACCGGACGGCAAGAAGCTGAACCGCCGCGAACGCGCCGCGAAAGCCAGCGAATACCTGGCCCTCGTAGGCCTGGCGGGCTTCGAGGACCGCTACCCTCACGAACTCTCCGGCGGTATGAAGCAGCGTGTTGCCATCGCCCGAAGCCTGGCCTATGAGCCGGATGTGCTGCTGATGGACGAGCCGTTCGCGGCCTTGGACGCCCAGACCCGCGAGCAGCTTCAGGATGAGCTCCTCAGGATCTGGAAGGCCACCGGCAAGACCATTGTCTTCATCACGCACGGCATCGATGAAGCTGTGTACCTCGGCGAGCGCGTCGCGGTGCTGAGCGCCCGCCCGGGCCGGCTCAAGGAAATCGTGGACATCAACATCCCGGACCGTGACGGCAACGAGGACATCCGTTCCAACCAAGCCTTTGTGGAGCACCGCCACCAGGTGTGGACGCTCCTGCACGATGAAGTCCGCCGGGCGCAGGACGCCGGCCACCGCAAGATCCTGCCTGACGGCAGCGCGCCGGACGAACCGGCAACCATCGCCGAAAGGAGCGCCGCCTGA MTAKISLRNVTKEFTVRATKTTSATRLTAVDSLSLDVRDGEFLTLVGPSGSGKTTLLDLLAGLSTPTSGEVLVDGKTVTAPGKDRAVVFQQYALFPWRTASANVSIGLEGVGPDGKKLNRRERAAKASEYLALVGLAGFEDRYPHELSGGMKQRVAIARSLAYEPDVLLMDEPFAALDAQTREQLQDELLRIWKATGKTIVFITHGIDEAVYLGERVAVLSARPGRLKEIVDINIPDRDGNEDIRSNQAFVEHRHQVWTLLHDEVRRAQDAGHRKILPDGSAPDEPATIAERSAA PGPT0001140_850 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049 NA NA D3-18_01271 1035 hypothetical protein ATGAAACTGCACCTGCCCCTGCTGAGCGTCGCGGCCGCCGTCGTACTAGCGCTGACGGTGTCCGGCTGCGGCGGTGCAGCCGATGCCGGACAATCGAACGAATCCAGCAAGTCCGGCGATGAAGTTACGGAACTCCGGTACCAAGGCTGGGCAAACCAGGTCACCTTCCCGGAACTGGCGGAAGACCTTGGATACCTCGGTGACGTCAAGCTGAAGTGGGTGGGAAACACCACCAGCGGTCCCCAAGACATCCAGTCCGCGGCCACGAACCAGACCGATTTTGGTGGCGCCTTCACCGGCGCCGTCACCAAGCTGATAGAAGCCGGGGCGCCCGTGAAAGGCGTCATCAACTACTACGGTGCTGACGAGAAGAACTTCAGCGGGTACTACGTGAAGGCGGACAGCGCCATCAAGGAACCGCGGGACCTGATCGGCAAGAAAATCGCCGTCAACACCCTCGGCGCCCACCATGAGGCCGTCATCAACACCTACCTGACAAAGAACGGGCTCAGCCAGGACGAGATCAAGCAAGTCCAGCTGGTGCCACTCGCGCCGAATGACACCGAAGAAGCCATCCGCCGCGGACAAGTGGACGTCGGAACCTTGGGGGGCGTCCTGCAGGACCGGGCCATCGAGGCAGGCGGGTTGAGGTCGCTGTTCAACGACTACGAGCTGTTCGGCACGTTCGCCGGCGGCCAGATTGTGCTCCGCAACGACTTCATCGAAAAGAACAACACAACCACCCGGACTTTCACCACGGCCATCGCAAAAGCACTCAAGTGGGCCACTGAAACGCCCCGCGAGGAGGTCATTGCGCGCTACACCAAGATCATCGAGAGCCGTGGCCGCAATGAGAGCACAGCCAATTTGAAGTTCTGGAAGAGCCCCGGCGTTCCGGAAAACGGTGTGGTCAAGGATGAGGACTTCACCCGCTGGGAGGCCTGGCTGAACTCGTCGGGAATCGTCAGGGACAAGCTCACGCCTTCCAAGTACTACACGAACGAGTTCAACGAGCTCGCTGCAGCGAAGGGATAG MKLHLPLLSVAAAVVLALTVSGCGGAADAGQSNESSKSGDEVTELRYQGWANQVTFPELAEDLGYLGDVKLKWVGNTTSGPQDIQSAATNQTDFGGAFTGAVTKLIEAGAPVKGVINYYGADEKNFSGYYVKADSAIKEPRDLIGKKIAVNTLGAHHEAVINTYLTKNGLSQDEIKQVQLVPLAPNDTEEAIRRGQVDVGTLGGVLQDRAIEAGGLRSLFNDYELFGTFAGGQIVLRNDFIEKNNTTTRTFTTAIAKALKWATETPREEVIARYTKIIESRGRNESTANLKFWKSPGVPENGVVKDEDFTRWEAWLNSSGIVRDKLTPSKYYTNEFNELAAAKG NA NA NA NA NA D3-18_01272 864 mcl1 COG2301 L-malyl-CoA/beta-methylmalyl-CoA lyase ATGACGTCTAGCATCGCCGCCGAATCAGTTCGGCCTACCCGCAATATTCCCGCCGATATCGCCCGTTCATGGCTCCTTGTGAATGCCATGAAGACTGAGCTTTTTGACGAATCCGCGGGTTCACGGGCAGACGCCATCATCCTCGATATCGAAGACGCTGTTGACCCTTCCCAGAAGGACATTGCCCGCGAGAACGTGGTCAACTGGCTAACCGCCGGCGGCAAGGCGTGGGTCCGCATTAATGACGCCACCAGCAAGTTCTGGGCCGACGACCTCGCGGGATTGCGCGGCACTCCGGGCCTGCTCGGCGTTATGCTCGCCAAGACCGAGTCTGCCGACCAAGTCACCGAGTCCTACCACCGCATGGATGGCAAGACTCCCGTAGTCGCACTGGTTGAGTCCGCCCTCGGCATTGAGGAAGCCAACCACATTGCGCGTGCACAGGGCGCATTCCGCCTTGCTTTCGGTTCCGGCGACTTCCGCCGCGACACCGGTATGGCGGCCACCCCGGAGGCCATGGCCTACCCGCGCGCCAAGCTCGTCGTCGCCAGCCGCGTTGGTAACCTGCCGGGCCCCATCGACGGCCCCACTGTGGGCACCAACCACCCCATCCTGCGTGAGCAGACGGGCATCACCGTGACCATGGGCATGACCGGCAAGCTCTGCCTGGCCATCGACCAGACCACCGTGATCAACGAAGTCATCAGCCCCACGCCGTCGGACGTCGCCTGGGCCACGGACTTCATGAACGACTTCGAGGCCAATGGCCGCGTCATCCGCGATGGTTCCGACCTCCCGCGCCTCGGCCGTGCTGAGAAGATCATGAAGCTCGCAGTGGCCTTCGGAGTCCAGCCTTCCCTGTAA MTSSIAAESVRPTRNIPADIARSWLLVNAMKTELFDESAGSRADAIILDIEDAVDPSQKDIARENVVNWLTAGGKAWVRINDATSKFWADDLAGLRGTPGLLGVMLAKTESADQVTESYHRMDGKTPVVALVESALGIEEANHIARAQGAFRLAFGSGDFRRDTGMAATPEAMAYPRAKLVVASRVGNLPGPIDGPTVGTNHPILREQTGITVTMGMTGKLCLAIDQTTVINEVISPTPSDVAWATDFMNDFEANGRVIRDGSDLPRLGRAEKIMKLAVAFGVQPSL PGPT0019480_2327 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_CITRATE_SENSING|UTILIZATION,PGPT0019480-citE-K01644 NA NA D3-18_01273 921 hypothetical protein ATGCTTGTCCACGGGGTCGCTTGGGATACTTCGTCCCCTTCCTTGCGAATGTTCACGCCGGACGCGGAGTTCGCCGATGTTGCGTTGGCCCAGGGCTCAGCCTTGGGCCTGCGCGTTATCCCCGGTTTGTGGTGCCTTGGCCACACCAAAGTCCACGGCCCCGGGGATCGGACGCATGTCCCGTGCCGCAGCGGCTCTCCAGCCGAGCGTGGGAAGCAATGCGGAGCCTGCTTCGCCCGGGACGACTCCCGGCTGATGCACGACTTCCACCGCGGCACCTCCGTTCCCACCGGTCTGCGCGCTTACCTGATGCAACCGCACTGGCTCTACGTGGCCACGTTCGGGAACGGCGCCACCAAAGTGGGGACGGCCTCTGCTCCGCGCAAGTGGAATCGGCTCGCCGAACAGGGTGCTGTGCACGCCTCCTATGTGGCGCACACCGAGGACGGCCGTGTTGTTCGTGTTCTCGAGGACTTGGTGACCAGGGAGCTCGGTCTCGTCCAACAGGTCCGTTCCGCAGCCAAGGCTGCAGGACTCGTGGAGCCGCGTGCCGGCGTCGAGCTTTTGGCGCTGAACCGTCAGCACGCCACTCGGGTGCGCGAATTGTTGGGCGGGCTGGCGATGACGGGCTATTCCGTTGTGGAGGAAGAGTGGGAGCGGCCGGAAGTGGCTGAGCGGCTCTGTGTCGCCGACGCTGAGGCGAGTCGTCGCCATGCGTACCCCGCAACGTTCGACGGCGGCGGGCACGGTTTGCGGATCCACTCGCTCTCCGGGGCGATCGCCTTGGCGGGACTCCCGGACGCTGCGGGTAACCAGGTAGAGGGCAGCTTCGTAGCAGACCTGGGTGCTTTGAAGGGTCGCAAGATCGAGTTCGGCCCGTACACCACGGAGATCCCGGCGTTACAGGACTCCTTGTTCTAA MLVHGVAWDTSSPSLRMFTPDAEFADVALAQGSALGLRVIPGLWCLGHTKVHGPGDRTHVPCRSGSPAERGKQCGACFARDDSRLMHDFHRGTSVPTGLRAYLMQPHWLYVATFGNGATKVGTASAPRKWNRLAEQGAVHASYVAHTEDGRVVRVLEDLVTRELGLVQQVRSAAKAAGLVEPRAGVELLALNRQHATRVRELLGGLAMTGYSVVEEEWERPEVAERLCVADAEASRRHAYPATFDGGGHGLRIHSLSGAIALAGLPDAAGNQVEGSFVADLGALKGRKIEFGPYTTEIPALQDSLF NA NA NA NA NA D3-18_01274 225 hypothetical protein GTGCTAGAAGAATTTTGGGCCACCGCCTCCACGTCCTACAAAGCGCTGGTTTTCAGCGCCATGGGGCTCATCGCCGTCGGGCTCGTGCTCTCCATCGTGGGGAACACCTCCGGCAACCAGGGCTTGGCCATTGCTTCGTTGCCCGTCATTGGCGTCGGCCTGCTCCTCCATGTTGTAGGACTTGTGGTTCGAGGCCAGAAGATCCGCAAGAGCTACAAGAAGTAA MLEEFWATASTSYKALVFSAMGLIAVGLVLSIVGNTSGNQGLAIASLPVIGVGLLLHVVGLVVRGQKIRKSYKK NA NA NA NA NA D3-18_01275 450 hypothetical protein ATGAGTATCAATCCGGACCTGCAGGGCCGAAGCTACCCTGCCGCAGAGGTATACGACGTCGGCCGAGAAAAGATCCGCGAGTTTGCCACGGCTGTGAAAGCCAACAACCCCGCGCATTTCGATGTTGAGGCAGCCAAGGCCTTGGGCCACAGCGACCTCGTAGCCCCGCCGACCTTCGCCATCATCGTCGCCCAACGTGCTGACGCCCAGTTGGTGCAGGACCCGGAGTCGGGCATTGACTTCTCCCGGGTGGTCCACGCCGACCAGCGGTTCACGCACCACCGGGCCATCGTCGCCGGCGACCGCCTTGTTGCCGAGCTACACGTTGACGGAGTGCGGGCCATGGGCGGGGGAGCCATGATCACTACCCGTTCCGAGATTTCCACCGAGGCAGGCGAAAAAGTCGCCACCACCACGTCGTCCATCCTGGTCCGCGGAGAGGGACAGTAA MSINPDLQGRSYPAAEVYDVGREKIREFATAVKANNPAHFDVEAAKALGHSDLVAPPTFAIIVAQRADAQLVQDPESGIDFSRVVHADQRFTHHRAIVAGDRLVAELHVDGVRAMGGGAMITTRSEISTEAGEKVATTTSSILVRGEGQ NA NA NA NA NA D3-18_01276 438 hypothetical protein ATGAGCCCCACATTCGAAGAACTGACGGTCGGCCAGGAAATCGGCAGCCGCAGCATTGATGTCACCCGCCAGGACCTGGTCAAGTACGCAGGGGCCTCGGGTGACTTCAACCCGATCCACTGGAACGAATCTTTCGCAACCTCCGTGGAACTGCCGGGGGTCATCGCGCACGGCATGTTCACCATGGGTGCCGCAGTGCAGTTGGTGAGCGACTGGGCAGTGGACCCCGCCGCCGTCGTCGACTACCAGACCCGTTTCACCAAGCCTGTCCTCGTCACTGACACCACGGGGACGGATGAGGCCGGCGCTGTCATCGACGTCACGGGCGTGGTGGGAGCGCTCGACGCCGATGCCCGCACCGCGCGTATCGATCTCACCGTTGTTGCGGGCGGGCAGAAGGTCCTCATGAAGTCGCAGGCGGTTGTGAAGCTCTCTTGA MSPTFEELTVGQEIGSRSIDVTRQDLVKYAGASGDFNPIHWNESFATSVELPGVIAHGMFTMGAAVQLVSDWAVDPAAVVDYQTRFTKPVLVTDTTGTDEAGAVIDVTGVVGALDADARTARIDLTVVAGGQKVLMKSQAVVKLS NA NA NA NA NA D3-18_01277 1296 ybjJ_2 Inner membrane protein YbjJ ATGTCGCGGTGGCGCGCCGCTGTTCTTGCTTCATACGGGGCCAGCGGTATCGCCTTCGCAACGTGGGTTTCCCGCCTCCCTGCCATCCGTGACGGACTGAACCTCACGCCGGGTGGCATCGGTCTTTTGCTCATGTGCATGACGGTTGCCTCGTTCATCTCGATCTCAGCCTCGGGGCTTATCGTGCTGCGGCTCGGTCCCAAGCTGACCACGAGGATCGGCAGTTGCATGGTGGGTGCGGGTCTTGTCATCGTGGGTGTGGGCACCTCTATTGCAGCCAATCCACTGGTGGTTGCGGCAGGCTTGGTAGTTCTTGGCCTGGGCACAGCCAGCTGGAACACTGCCTCCAATGTGGAAGGTGCGTCGCTCGAACGCGAGTTGGACCGGCACATCATGCCCCATCTGCACGGTGCATTCAGCCTCGGAACCGTGGCCGCTGCGGGATTCGGTGCCTGGGCCGCTGCCATCCACATGCCGGTGTTCTGGCACTTCCTGATTTCGGGCGTCGTAGTGACGGCGTCGGTGGTGGCAGCAACGTTGTGGTTCCGTGCTGAAAAGACCGCTGCAGCTACGCAGACCTACCGCTCCAAGGAAACGGACACTTTCCAGGATCCTTCCACGGGTCCTCTGCCCATCATCACTCCCGAATCGGCCGGCCCCCAGACGGACGCTGGCATAGCTGCCGCTCCTCTGGATAACAAGCGGCTCGTGGCTCTTGCGTGGCGTGATCGCCGGACTTTGCTGATCGGAGTCCTGGTCCTCGGTTTGGCCTTGGCAGAAGGAGCCGCCGGGGACTGGGTGGCACTGGCACTCGCTGACGGCTACGGGCAGTCCGATGCGGCGGGAGCTGTCGGTTATGGGCTTTTCGTCACCTTCATGACCATCGGGCGTTTCACCGGCACAGTCATCCTGGATCGTTTTGGCCGAGTAGTGGTGATGCGCTGGTGCTCGGCTACCGCCGTCGTGGGCCTTGCGCTGTTTGTTTTTGCTCCGGTCCCGTGGCTCGCGTTCGTGGCCTTGGCAGTGTGGGGCCTGGGAGCCTCACTCGGATTCCCGGTGGGGATGTCTGCCGCTGCGGATGATCCTGTGCACGCAGCGGCCCGTGTGTCGGTGGTATCCACCATTGGCTACGGCGCCTTCTTGTGTGGTCCTCCGCTCCTGGGGCTCTTGGCTGAACATTTTGGCATCCTGCATTCGCTGCTTGCACCGCTGGCATTGCTGGTGGTCAGCTTCTTCCTGGCACCTTTGGCTGGCCAGCAGAGGGCGAAGTCTGCGCTGCCCAACGAAGCCAGTTAG MSRWRAAVLASYGASGIAFATWVSRLPAIRDGLNLTPGGIGLLLMCMTVASFISISASGLIVLRLGPKLTTRIGSCMVGAGLVIVGVGTSIAANPLVVAAGLVVLGLGTASWNTASNVEGASLERELDRHIMPHLHGAFSLGTVAAAGFGAWAAAIHMPVFWHFLISGVVVTASVVAATLWFRAEKTAAATQTYRSKETDTFQDPSTGPLPIITPESAGPQTDAGIAAAPLDNKRLVALAWRDRRTLLIGVLVLGLALAEGAAGDWVALALADGYGQSDAAGAVGYGLFVTFMTIGRFTGTVILDRFGRVVVMRWCSATAVVGLALFVFAPVPWLAFVALAVWGLGASLGFPVGMSAAADDPVHAAARVSVVSTIGYGAFLCGPPLLGLLAEHFGILHSLLAPLALLVVSFFLAPLAGQQRAKSALPNEAS NA NA NA NA NA D3-18_01278 1068 murB COG0812 UDP-N-acetylenolpyruvoylglucosamine reductase GTGACCCAAACGCTGCTTTCCGAACTGACCACTGCTGCCGTTGGCGGCCCCGCGGGCAACTATGTTGAGGCCCGCACTGAGGCAGAAATCATCGACGCCGTCCGGTCGGCCGACGCTGCCGGCGAAAAACTCCTGATCATCGGCGGTGGCTCCAACCTGCTGATCTCCGACGAAGGCTACCCCGGTACGGTCCTGAAAATCGCTTCCGAGGGCTTCACCGTGAACTCCGAAGACAGCTGTGGAGGCGTCTCGGTCGTAGTTCAAGCGGGCCACAACTGGGATGCCCTGGTGGAACACGCGGTGCTGCACGCCTGGTCAGGCCTGGAAGCACTGTCCGGAATTCCGGGAGCAACCGGCGCCACGCCCGTGCAGAACGTGGGAGCCTACGGCGCAGATGTTTCACAGACCATAGCGGCTGTCCGCACGTGGGACCGCGAACGCAACGCAGTGCAGACGTTCACCAACTCAGAGCTCAAGTTCGGATACCGCGATTCCATCCTGAAGCAGACCACAGTTGAGGGCTCGCCCCGCTACGTTGTACTGACCGTGGAGTTCCAGTTGCCGCTGGGACGGATGAGTGCCCCCATCAGGTACGCCGAGCTGGCAAGGGTGCTGGGCGTAGAGGCCGGTAAGCGCGCCTACTCCAACGATGTGCGGCGCGAAGTCCTCCGGCTCCGCGCTTCCAAGGGAATGGTCCTGGACTCTGCGGACCGCGACACCTATTCCACGGGTTCATTCTTCACCAACCCGATCGTCCCAGCGGAGCGTGCCTCAGCTTTGCCGGAGAACGCGCCCAAGTATCCTGCCGGGGACGACGGACTCGTGAAGATCTCCGCTGCCTGGCTCATCGATCAGGCCGGATTCGGTAAAGGCTTCGGACTCGAGGAGTCCAGCGTTTCCGGCGGGCGGGCTTCCCTGTCCACGAAACACACGCTTGCCATTACCAACAGGGGTTCAGCAACGGCTACCGACATGGTGGCCATCGCGCGTGAGGTGCGTTCCGGCGTCGTCGAGCGTTTTGGCATTGAACTGCACCCGGAACCGTTGTTGATCGGCGTCAGCCTCTAG MTQTLLSELTTAAVGGPAGNYVEARTEAEIIDAVRSADAAGEKLLIIGGGSNLLISDEGYPGTVLKIASEGFTVNSEDSCGGVSVVVQAGHNWDALVEHAVLHAWSGLEALSGIPGATGATPVQNVGAYGADVSQTIAAVRTWDRERNAVQTFTNSELKFGYRDSILKQTTVEGSPRYVVLTVEFQLPLGRMSAPIRYAELARVLGVEAGKRAYSNDVRREVLRLRASKGMVLDSADRDTYSTGSFFTNPIVPAERASALPENAPKYPAGDDGLVKISAAWLIDQAGFGKGFGLEESSVSGGRASLSTKHTLAITNRGSATATDMVAIAREVRSGVVERFGIELHPEPLLIGVSL PGPT0024115_630 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024115-murB-K00075 NA NA D3-18_01279 480 hypothetical protein ATGCTTTTTGGTGATCTTGCTCCGTTCGTGCGACCGATGAGCCGGTGGTTGGCTACCGGCGGCTGGTTCTGCACGCTCGCCGGACTTGGCGCCGGGCTGATCGTGGCGGTAGGGACCGGCGTGAGCCTCTCCCCTTCAATGCAGGCCATCCAGACAGTCAGTCTGGTGGCAACTGCGGCAGCCGCGCTTCTCATCGGAACCGCTGCCGCCACCCAGCCCGTAGCCGACCGCGACGACGACGCCCCCGAACCCTGGTTCTACCCGGCAGCCGCAGCCCAGGTCCGCAGCTTCCTGCTCGGGGCGATCGTCCTGCTCCTGGGTTTGGTCGGCTTCGCCACGGCCGGACTGTTCATGCCCAGCGGACCGTCGCCGCAAAGTATCGCGTTCAGCCAGATCTTCCTGCTGGGAGCGGTCAGCTGCGGCCTCACGTTCCTGCTGCTCAACAAGGTCCTGCCGATAGCCGAGAGGCGCACACGCTAG MLFGDLAPFVRPMSRWLATGGWFCTLAGLGAGLIVAVGTGVSLSPSMQAIQTVSLVATAAAALLIGTAAATQPVADRDDDAPEPWFYPAAAAQVRSFLLGAIVLLLGLVGFATAGLFMPSGPSPQSIAFSQIFLLGAVSCGLTFLLLNKVLPIAERRTR NA NA NA NA NA D3-18_01280 1131 hypothetical protein ATGCCTGCAGAGAGAAGCGCTCCCACTCCGCGCATCATGGGCCGGTTGCGGCTAGCCAGCCAAGGCTTGTTGGGTGGCGGCTTCACCACAGTTTCGGATGCGGTCCGTTGGATGACCGCCATGCAGGCACAGGACCTTGGCTCAGCGTTGTGGGCAGCCGGCCAGCGCGTTCCGGGCACGGTTGCGTCGGACGTCCGGGCCGCCCTCGACGCCGGGACGGTGGTCCGCTCATGGCCCATGCGCGGGACACTTCACTTGCTTGCCCCCGAGGACCTCCAGTGGATTCTGGGCATCACCAGTGACCGTCTGATGAATTCACTGGCAGCTCGCCACCGTGAACTCGGCATCACGCCCGATGACATCAGCCATTGCCGGGACATCGCGTTCAAAACCACCGAGGTCCTCAAGGCAGAGGGCGCGCCAGGAGCCACACGGGAGCAACTGTTTCAAGCGTTCGAGGAAGCCGGCCAGCTCACCAAAGCGCAGCGGGGCATTCATATGCTGGGGAGCCTTTGCCAGCGCGCGTGGCTGGTCCAAGGACCCATGGCAGGGACCAACGGCAAAGTGGGTGTGCAGCAACTGTTCGTGCCGTTCGACGAGTGGATCCCGGAATCGAGGGAGCTGGGACGCGAGGAGGGAATTGCCGAACTGCTGTTCCGCTACATCCAGAGCCACGGCCCCGCCACCATCAGGGATTTTTCGTGGTGGAGCCAGGTGCCCATGACGGCAGCGCGCCAAGCCCTGAACGAGGTGCAGGGCCGGCTGGTTGAGCTGCAGATGGGCGGCGCCAGTTACTGGCTCTCGCCGGAGACAGCAGAAATGCTCGACGACGGCGTCCCCGGCTCGCGCTCGTTCCTGGCGCTCCCGGGGTTCGACGAATTCCTGCTCGGGTACCAGGACCGGAGCCTGGTGCTGGCACCCGAATATGCGGAATTGGTGGTGCCTGGTAAAAACGGAGTCTTCAAAAGAATCATGGTGTCCGGCGGAGAAGTGGTGGGAACGTGGGCGAGGACCGTGAGCGGCAAGAACATAGGTGTCGCGCCGGAACCGTTCACGGGACAGCTGGGTCCGGCCGCTGAGCGTTCGTTTCAAGCCCAGGGCCGTGCCTACCTGAACTTCATGGCCGGTTGA MPAERSAPTPRIMGRLRLASQGLLGGGFTTVSDAVRWMTAMQAQDLGSALWAAGQRVPGTVASDVRAALDAGTVVRSWPMRGTLHLLAPEDLQWILGITSDRLMNSLAARHRELGITPDDISHCRDIAFKTTEVLKAEGAPGATREQLFQAFEEAGQLTKAQRGIHMLGSLCQRAWLVQGPMAGTNGKVGVQQLFVPFDEWIPESRELGREEGIAELLFRYIQSHGPATIRDFSWWSQVPMTAARQALNEVQGRLVELQMGGASYWLSPETAEMLDDGVPGSRSFLALPGFDEFLLGYQDRSLVLAPEYAELVVPGKNGVFKRIMVSGGEVVGTWARTVSGKNIGVAPEPFTGQLGPAAERSFQAQGRAYLNFMAG NA NA NA NA NA D3-18_01281 1005 hypothetical protein ATGCAACGCAGAAAACTTGAAGCCCAAATCGTCACCCATTGGCCGGACACCGTCATTGCCACCACCTCGGATCTTGCACTGAAAGGGCTGAGTGACCGGGTCCTGACGCTGGGCGTACGTTCCGGAACGCTGATCCGGCTCCGGCGGGGCGCCTTCATTCGGACACGTGACTGGCGCCAGCAGAAACCGTGGGAGCAAGAGCTACTGCGAATACAGGCACATCATTCCAACGTGAGCCGCATAAGTGTCTACAGTCATGCAAGTGCCGCCCGGTTGCATGGGTGCTCTCCGTGGGATGGGGGTTCCTCGGTTCACGTCACAATGCCTTTCTCACCTGCCCAAGCAAGCTCTGGTGAGGACGTCACAGCCCATGGCGGCCTTTTGGAGCCGTCGGAGATTGTTGAGTTACAGGCGTCGTGGCCCCGGCCCGTACGTGTCACCAGTTTGGAGCGTACTGTCGTCGATTGTGCCCGGACCATGGACTTGGAACGGGCCGTGGTTATCGCAGATCAAGCGCTCCGCCGCGGTGCGAACCAGCTGTTGCTTCAAGCCTATGTGGACAGCGGACGCATCACGCGGGGTGTTCGCCGCGTGCGCCGTGTCTTTGAAGCAATGGATGCCAGGTCCGAATCGGTGGGGGAGACCCGCACACGGATTCTGCTGAGCAGGCTAGGCATCCGGGGCGCCGTCCTCCAACTCGACGTGGACACCCCTCTCGGGCACTACCGGGGCGACTTCGGCTGGAAGGACCATCGCGTGATCCTCGAGTTCGACGGCCGCGCCAAGTATTTCGACTATGCACCTACTGACGAGGTCCTTTTCAACGAACGTCGTCGGGAGAAGTCCCTTGTGGACTCTGGTTGGGAGGTCGTCCGTATCGACTGGGAACAACTCAGCAGGCCGTGGGAAGTGGAACGGAAGCTCAAAGCGGCGTTGGAGCGAAAGCCGTATGAACGTCGAAAACCCGCTGTTCCGTTGCTGGGCAGCAACGGAACAGCGGGTTAG MQRRKLEAQIVTHWPDTVIATTSDLALKGLSDRVLTLGVRSGTLIRLRRGAFIRTRDWRQQKPWEQELLRIQAHHSNVSRISVYSHASAARLHGCSPWDGGSSVHVTMPFSPAQASSGEDVTAHGGLLEPSEIVELQASWPRPVRVTSLERTVVDCARTMDLERAVVIADQALRRGANQLLLQAYVDSGRITRGVRRVRRVFEAMDARSESVGETRTRILLSRLGIRGAVLQLDVDTPLGHYRGDFGWKDHRVILEFDGRAKYFDYAPTDEVLFNERRREKSLVDSGWEVVRIDWEQLSRPWEVERKLKAALERKPYERRKPAVPLLGSNGTAG NA NA NA NA NA D3-18_01282 1143 asd COG0136 Aspartate-semialdehyde dehydrogenase ATGACTACAGCAGCTAATCCGTCCGTTGGACTGGTCGGTTGGCGTGGCATGGTCGGTTCCGTCCTGATGCAGCGCATGCAGGACGAGAACGACTTCGCCAACATCAACCCGGTATTTTTCTCCACCTCGAACGCAGGAGGTGCTGCCCCGTCGTTCGCTGATGGGGCTGGCAAGCTCGAGGATGCGTTCGATATTGAGACGCTGGCCAAGCTGCCGATTATTGTCACAGCCCAGGGTGGCGACTACACCAAGCAGGTCCACGGCGAACTCCGCGACCGCGGCTGGGATGGCCTGTGGATCGATGCAGCTTCCACCCTTCGCATGAACGACGACTCGATCATCGTGCTGGACCCCATCAACCGCGATGTCATCGACGCCGGACTGTCCGGTGGCGTGAAGGACTTCATCGGCGGCAACTGTACGGTTTCCTGCATGCTGATGGGCCTCGGCGGCCTGTTCAAGAACAACTTGGTCGAGTGGGGCACCTCCATGACATACCAGGCAGCTTCAGGTGGCGGCGCCCGGCACATGCGTGAGCTCCTCAACCAGTTCGGCACCCTCAACAACGAGGTCAGCAGCGAACTGGACGATCCCGCGTCGGCCATTCTCGAAATCGACCACAAGGTCCTCGCCGCCCAACGCACCGGCGTTGACGCCACCCAGTTTGGCGTGCCACTGGCCGGCTCCCTCATTCCTTGGATCGACGCCGATCTTGGCAACGGCCAGTCGAAGGAAGAGTGGAAGGCCGGGGTGGAAACCAACAAGATCCTCGGCACCGGAAACGGCACCGCGGGCAAGGACCACATCGCCATGGACGGTCTGTGCATCCGTATCGGTGCCATGCGTTCACACTCCCAGGCCCTCACGCTCAAGCTGCGCGAAGACCTGTCCGTGACGGAAATCGAGAACCTCCTGGCCAAGGACAACGAGTGGGCCAAGGTTGTTCCCAACACCAAGGAAGCCTCCATGGCTGACCTGACCCCCGTGGCCGCTTCCGGCACTCTGGACATCCCCGTGGGCCGTATCCGCAAGCTCGAAATGGGCCCGGAATACATCAGCGCCTTTACCGTGGGAGACCAGCTCCTGTGGGGCGCAGCCGAGCCGCTCCGTCGCATGCTCAACATTGTGACGGGCAAGCTCTAG MTTAANPSVGLVGWRGMVGSVLMQRMQDENDFANINPVFFSTSNAGGAAPSFADGAGKLEDAFDIETLAKLPIIVTAQGGDYTKQVHGELRDRGWDGLWIDAASTLRMNDDSIIVLDPINRDVIDAGLSGGVKDFIGGNCTVSCMLMGLGGLFKNNLVEWGTSMTYQAASGGGARHMRELLNQFGTLNNEVSSELDDPASAILEIDHKVLAAQRTGVDATQFGVPLAGSLIPWIDADLGNGQSKEEWKAGVETNKILGTGNGTAGKDHIAMDGLCIRIGAMRSHSQALTLKLREDLSVTEIENLLAKDNEWAKVVPNTKEASMADLTPVAASGTLDIPVGRIRKLEMGPEYISAFTVGDQLLWGAAEPLRRMLNIVTGKL PGPT0014045_116 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-ECTOINE_METABOLISM,PGPT0014045-asd-K00133 NA NA D3-18_01283 225 hypothetical protein ATGCTGAAAAAACCTGAAACCCTGTTCGTGCTGGGCTATATGTTGCTGCCGCTCTTCGCCCTGATCTCTGCCATTGTGGGTCTCACCATGATCTTGGGCGGCAACAGAATTGCCGGGATCATCGTGTTGATTGTTGTCACGCAGGTGTTCACGTTTGGCGCCTTCTTTGCCCTGCGCAAGCGCAAAGCCCTCCTTCTCCAGGAGCCCGACGCCGGCAGCCTCTAG MLKKPETLFVLGYMLLPLFALISAIVGLTMILGGNRIAGIIVLIVVTQVFTFGAFFALRKRKALLLQEPDAGSL NA NA NA NA NA D3-18_01284 618 folA COG0262 Dihydrofolate reductase ATGAGCATGCCTACCTCTGAGACTCCATCCCAGCTTCCCGGCGTCATCTTCACCCAGGAGACCGCGGCCCGCATGACGGGCATCGGACTGGTCTGGGCCCAAACCAAGTCCGGTGTGATCGGTAAGGACGGCGCCATGCCATGGCACCTCCCCGAGGACTTAAAGCACTTCAGCCAACTCACCACGGGGCACCCCGTCATCATGGGCCGCAAGACCTGGCTGTCGTTCCCTGAGACGTACCGTCCGCTACCCGGCCGCACCAACATTGTGGTGACCCGCAACGCCGAGTGGGCCTCCACCCCCGAGGCCCAAGGCGCCGTCGTGGTTTCATCCCTTGATGCGGCACTGCTGGAATCGCAGTTCGCTCCCGGTGGCCAGAAGGTGTGGATTATCGGCGGCGGCGAAATCTTTGAACAGTCCATGGGTATCGCCAACTTAGCCGTGGTCACCATTATTGATGCGGACCTGGAAGGCGACACCTTCGCTCCGGAACTCGGTGATGATTGGACCTTCGACGCCGTAGCCCCGTCCGAAGGCTGGCTCACCGCCAAAAACGGCACCAACTACCGGTTCACCACATGGCGCCGGAACGCAAGCCAGGAAACCCAGAAAGACTAA MSMPTSETPSQLPGVIFTQETAARMTGIGLVWAQTKSGVIGKDGAMPWHLPEDLKHFSQLTTGHPVIMGRKTWLSFPETYRPLPGRTNIVVTRNAEWASTPEAQGAVVVSSLDAALLESQFAPGGQKVWIIGGGEIFEQSMGIANLAVVTIIDADLEGDTFAPELGDDWTFDAVAPSEGWLTAKNGTNYRFTTWRRNASQETQKD PGPT0007945_267 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007945-folA-K00287 NA NA D3-18_01285 804 thyA COG0207 Thymidylate synthase GTGAGCATCCCCACCCCATATGAAGACCTTCTGCGTGACGTCATGGCCAACGGCACACACAAGTCGGACCGCACCGGAACGGGAACGCGCAGCGTTTTCGGCCGCCAGTTGAGGTTCGATCTCGCCGAGAGCTTCCCGCTCATCACCACCAAGCGGGTTCACTTCAAATCCGTGGCAGTAGAACTCCTGTGGTTCCTGCGCGGTGACTCGAATGTGAAGTGGATGCAGGATCAGGGCGTCTCCATCTGGGACGAATGGGCGGACGCCGACGGCGAACTGGGCCCCGTCTACGGCGTCCAGTGGCGCAGTTGGCCAACTCCCGATGGCGGCCACATCGACCAGATTTCCGAGCTCATGACCAACCTGGCCGCCAATCCCGATTCCCGGCGCCACATTGTGTCGGCTTGGAACGTGTCCGAGCTCAAAGACATGGCGTTGCCGCCGTGCCATGCGTTCTTCCAGTTCTACGTGGCGGACGGCAAGCTGTCCTGCCAGCTGTACCAGCGCTCAGCGGACACGTTCCTGGGCGTCCCCTTCAACATTGCCTCCTACGCCCTGCTCACGCGCATGGTGGCGCAGCAGCTTGAACTGGAGCCAGGAGAATTCGTCTGGACCGGCGGCGACGTCCACGTCTACGACAACCATGTTGACCAGGTTGCCGAGCAGCTCAGCCGCGAGCCGTATGAGTACCCGCAGTTGAAGATTCTCCGCAAGCCGGACTCCATCTTCGACTACACGCTGGATGACTTCGAGGTTGTGGATTACCGCCACCACCCCACCATCAAGGCACCGATCGCGGTATGA MSIPTPYEDLLRDVMANGTHKSDRTGTGTRSVFGRQLRFDLAESFPLITTKRVHFKSVAVELLWFLRGDSNVKWMQDQGVSIWDEWADADGELGPVYGVQWRSWPTPDGGHIDQISELMTNLAANPDSRRHIVSAWNVSELKDMALPPCHAFFQFYVADGKLSCQLYQRSADTFLGVPFNIASYALLTRMVAQQLELEPGEFVWTGGDVHVYDNHVDQVAEQLSREPYEYPQLKILRKPDSIFDYTLDDFEVVDYRHHPTIKAPIAV PGPT0008145_2648 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0008145-thyA-K00560 NA NA D3-18_01286 969 hypothetical protein TTGAACAGCGATACCCCTGTGGCGGATCAAACAGACCACCCCGGCGAGGCTGTGGCGGTTGTTGCCGCCGGCGCCATTCCTTGGCGGGTCACAAAGGGTGGCCTTGAGGTCCTCCTGATCCATCGTCCACGTTATGACGATTGGTCATGGCCCAAAGGAAAGCTCGACGCCGGCGAAACAGTTCCTGAATGCGCCGCCCGCGAAGTGTGGGAAGAAATTGGGCTACAGGCACCACTGGGCATACCCCTTCCGGCGATTCACTACCATGTGGCTGCCGGCTTGAAGGTGGTCCGGTACTGGGCCGTCAAGGTCAATGGAGCGCAGCTTCGGCCCGACGGCAAAGAAGTGGACAGCGTCATGTGGTGCAGCCCGGACCGGGCAGCCAGCTTCCTAAGTAACCCCACGGACGTGGAGCCGCTCGAATACCTCGAGAAGGCCCACGTCCACGGGGAACTGGACACGTGGCCGCTGGTACTGATCCGTCATGCCAAAGCGAAGCCGCGCTCCTCATGGACAAAGGCCGAGGGAGACCGCCCCTTGGCAGCAACCGGCCAGCGCCAGGCAGTGGCTGTCCAGCGTCTCCTGGAGGTGTGGAAACCGCAACGTATTGTGACCAGCCCTTGGGCGCGTTGTGTCGCCACTATCGCCCCCTATGCCAAGTCCAGCGGAGCCAAGGTGAAACTGGTGGAAGCACTCACCGAGCACACCCACCAGCGCTCCCCCAAGAAGACCGCAGCCGCTGTTGAGGCCCTGTTCGACAAACAGGTACCGATCGCCGTGTGCACGCACCGCCCCGCCCTGCCCACGGCGTTGAAGCAGCTGGGCCAGCACATGTCGCAGGCCCTGCGTGCCCTGCTTCCTTCCTCTGATCCGTACCTGTCGCCGGGTGAGGTCATTGTTTGCCAGGTAGCGCGGGGATCTGAACGGAAAATCGTGTCAGTGGAGCAGGTCAAGCCTTTTGACGACTAA MNSDTPVADQTDHPGEAVAVVAAGAIPWRVTKGGLEVLLIHRPRYDDWSWPKGKLDAGETVPECAAREVWEEIGLQAPLGIPLPAIHYHVAAGLKVVRYWAVKVNGAQLRPDGKEVDSVMWCSPDRAASFLSNPTDVEPLEYLEKAHVHGELDTWPLVLIRHAKAKPRSSWTKAEGDRPLAATGQRQAVAVQRLLEVWKPQRIVTSPWARCVATIAPYAKSSGAKVKLVEALTEHTHQRSPKKTAAAVEALFDKQVPIAVCTHRPALPTALKQLGQHMSQALRALLPSSDPYLSPGEVIVCQVARGSERKIVSVEQVKPFDD NA NA NA NA NA D3-18_01287 2250 ppk COG0855 Polyphosphate kinase ATGCAGCCGGACCCCGTCGGCACCGCCGGATCCACCTCGAAGGGTGCAACCCTGCCCCCACGCTTCGGATCATCGGAAGTGCCGGCCTCGCGAGCCACCCAGGACCGCATCGATATTCCGGAATTCGCGCCTAGCCTGGAGCCCGAGGGCGACATCTCCCCGGATCGCTTCCTGGACCGCGAGCTGAGCTGGCTGGCCTTCAACTCCCGCGTGCTGGAACTCGCCGAAGATCCTGACCTCTTCCTGCTGGAACGTGTCAATTTCCTCTCCATTTTCGCCTCCAACCTTGACGAGTTCTTCATGGTGCGCGTGGCTGGCCTCAAACGCCGCATCGCCACAGGGCTCGCCGTGCCCTCCCCCGCAGGACTGAGTCCCATCGAGGTGCTGGAACAGATCAGCGAAGAGGCCCACAAGCTGCAGGAACGCCATGCCCGGGTCTTCGCCGAGCAGATCCGTCCCGCGTTGGCCTACGAGCACATCCACATCATGCACTGGAACGAACTGGACGAGGATGCCCGCCACCGGATCAGCATCATGTTCCAGGAGAAGGTCTTCCCCATCCTGACGCCGCTGGCTGTTGACCCTGCGCACCCCTTCCCCTACATCTCGGGCCTCTCCCTCAACCTTGCGGTGATCGTCAGCAACCCGATCAGCGACAAAGAGCTCTTCGCCCGCGTTAAAGTTCCCGATCAGCTGCCCCGCCTCATTTCCGTGGACGGACCGCGCGCCGGCGCCATTCCCGGCCGCGTAGCCCGCTTCATCGCCTTGGAAGAAGTCATCGCTGTCCACTTGGACAAGCTTTTCCCCGGTATGGAAGTCCTGGAACACCACACCTTCCGCGTCACCCGTAATGAGGACCTTGAAGTAGAAGAGGACGACGCCGAGAACCTCCTGCAGGCCTTGGAGAAGGAACTCCTGCGCCGCCGGTTTGGCCCGCCGGTCCGCCTCGAAGTCACCACCGATATCAACCCGAACATCAAGGCACTACTGATCCGTGAACTGGGGGTTGAAGAGTCCGAGGTCTACTCCGTACCTGCACCCTTGGACCTCCGTGGTTTGTCCGCCATCAGCGGCATCGACCGCGCCGATCTCCACTACCCCAAGCACGTTCCCCACACTTCCCGGTACCTCAACGAGTCGGAAACGTCCAAGGCCGCAAACGTCTTTGCCGCGATGCGCCGCAGGGACATCCTCCTGCACCACCCGTACGACTCCTTCTCCACCTCCGTCCAGGCCTTCCTGGAACAGGCTGCAGCGGATCCCAAGGTGCAGGCCATCAAGCAGACCCTGTACCGGACCTCCGGTGACTCCCCGATCGTTGATGCTCTTATTGACGCCGCGGAAGCAGGTAAGCAGGTCTTGGCCTTGGTGGAGATCAAGGCGCGCTTTGACGAGCAAGCCAACATTTCCTGGGCGCGAAAGCTCGAACAAGCGGGCGTCCACGTGGTGTACGGCATCGTGGGCCTGAAGACCCACTGCAAGTTGTCCCTGGTGGTCCGCCAGGAAGTGGACGGACTGCGTCGCTACTGCCACATCGGTACAGGAAACTACCACCCGCGCACAGCCCGCTATTACGAAGACCTTGGCTTGCTGACCGCCAACGAACAAGTGGGAGAAGACCTCTCCAAGCTGTTCAACCAGCTCTCCGGCTACGCACCCAAGTCAACGTTCAAGAGGTTGCTCGTGGCACCACGCTCGGTACGCGCAGGCTTGGTGGACAGGATTGAAACCGAGATCCGCAATGCACGCGCCGGCGTCCCGGGCTTGGTGCAGATCAAGGTCAACTCGATGGTGGACGAAGCCATTATCGACGCCCTCTACCGGGCCTCGCAGGCCGGTGTGAAGGTAGACGTCGTGGTCCGCGGCATTTGCTCGCTGCGTCCGGGAGTGCCGGGGCTTAGCGAAAACATCACGGTGCGCTCCGTGCTGGGCCGCTTCCTGGAACACTCACGCGTCTTCGCTTTTGGCAACGGTGGCGAGCCCGTAGTGTTTATTGGCTCGGCCGACATGATGCACCGCAACCTGGACCGCCGCGTGGAGGCACTGGTGCAGCTCGCCAGCAAGGAAGACACTGCAACGGTGATGGACTTGATGCGTCGCTACGTTGACGACGGCACGGCCAGCTGGCACTTGAACGATAGTGGGCACTGGACCAGGCACCATTTGGACGAGGACGGCAAGCCATTGCTGGACATGCAATCCTGGCTTCTGGCTTCCCGCTCACGCCAACGCGCTGCGGCCCGGCGGTAA MQPDPVGTAGSTSKGATLPPRFGSSEVPASRATQDRIDIPEFAPSLEPEGDISPDRFLDRELSWLAFNSRVLELAEDPDLFLLERVNFLSIFASNLDEFFMVRVAGLKRRIATGLAVPSPAGLSPIEVLEQISEEAHKLQERHARVFAEQIRPALAYEHIHIMHWNELDEDARHRISIMFQEKVFPILTPLAVDPAHPFPYISGLSLNLAVIVSNPISDKELFARVKVPDQLPRLISVDGPRAGAIPGRVARFIALEEVIAVHLDKLFPGMEVLEHHTFRVTRNEDLEVEEDDAENLLQALEKELLRRRFGPPVRLEVTTDINPNIKALLIRELGVEESEVYSVPAPLDLRGLSAISGIDRADLHYPKHVPHTSRYLNESETSKAANVFAAMRRRDILLHHPYDSFSTSVQAFLEQAAADPKVQAIKQTLYRTSGDSPIVDALIDAAEAGKQVLALVEIKARFDEQANISWARKLEQAGVHVVYGIVGLKTHCKLSLVVRQEVDGLRRYCHIGTGNYHPRTARYYEDLGLLTANEQVGEDLSKLFNQLSGYAPKSTFKRLLVAPRSVRAGLVDRIETEIRNARAGVPGLVQIKVNSMVDEAIIDALYRASQAGVKVDVVVRGICSLRPGVPGLSENITVRSVLGRFLEHSRVFAFGNGGEPVVFIGSADMMHRNLDRRVEALVQLASKEDTATVMDLMRRYVDDGTASWHLNDSGHWTRHHLDEDGKPLLDMQSWLLASRSRQRAAARR PGPT0002685_392 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002685-ppk-K00937 NA NA D3-18_01288 972 mshD_2 COG0456 Mycothiol acetyltransferase ATGAGTCACGCGCACCCGGAAAACTGGCCCGTACTGATCATTGCCGGCGCTTTGGACACCGAACTCCTGAGGGACGTCAAGTCTCTCGCAGCAGCCGCCGGGGAGTCCGACGGGAATCCGCCCTTCTCCGAACAGACCTTCGTCATGCTGCGCGGAGCGGACTCCGGCGAGCATTCCGTCTTGTCCTTCGTCCTGTACGCACCGGACGAAGATTCTGATCCGGCCACCGGAGAGGATCTGGCGGGCGTCGCCGTCGTCGTCGAAAGCGAAGACGGAAGCGGTGTCCTGGAGTTGGCCGTCCACCCCAGCTACCGCAACCAGGGCGTTGCTGGAAGGCTACTGGGCGCCCTGCAGGGCAAGCGGGGCATCGACGGATTAAGCGCGTGGTCACACGGCAACCATGAGGCCGCCGCCGAGTTGGCCACGCGTTTCGGTTACGGTCCCATGCGCGAACTGTGGAAGATGCGATTGATGTCTTCAACCGCTGCACTCCCCGACGCCGGACTCCCTGACGGTGTTTCGATCCGTGCCTTCGTTCCGGGCCAGGATGAGCAGGCGTGGCTGGCCGCCAACAGGGCTGCGTTCTCCCATCACCCCGAACAAGGATCCATGACACTGGCGGACCTCGAGGCACGGAAGGCCGAAGATTGGTTCGATCCTGAAGGCTTCCTGTTGGCCGTGAACGCTGAAGGTGAGCTGCTGGGTTTCCACTGGACCAAAGTCCACCCCCGGCAAGGTCCCCACCCGGCCATCGGGGAGGTTTACGTGGTGGGTGTGACACCGGCAGCGCAAGGTTTGGGTCTTGGCAAAGCCCTCACGGTTGCGGGCATCAAGCACCTCCAGGACCAAGGACTGCATGCCGTGATGCTCTATGTTGATGCTGACAATGAGGCAGCAGTAGCTCTATATCAGAAGCTTGGCTTTGTACGCTGGGACACCGACGTGATGTATGGGCCTTTAACCAAAAATTAA MSHAHPENWPVLIIAGALDTELLRDVKSLAAAAGESDGNPPFSEQTFVMLRGADSGEHSVLSFVLYAPDEDSDPATGEDLAGVAVVVESEDGSGVLELAVHPSYRNQGVAGRLLGALQGKRGIDGLSAWSHGNHEAAAELATRFGYGPMRELWKMRLMSSTAALPDAGLPDGVSIRAFVPGQDEQAWLAANRAAFSHHPEQGSMTLADLEARKAEDWFDPEGFLLAVNAEGELLGFHWTKVHPRQGPHPAIGEVYVVGVTPAAQGLGLGKALTVAGIKHLQDQGLHAVMLYVDADNEAAVALYQKLGFVRWDTDVMYGPLTKN PGPT0002685_5 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002685-ppk-K00937 NA NA D3-18_01289 699 hypothetical protein ATGTCGCACATCCTGCTCCTAACGAACAGCACCGGCTCTTCGGTGGACATTTTGCCTGCCTTGGAGTTGCTGAACCACCGCGTGCACATCCTCCCGGCAGAACCCACAGCACTACTCGAAACTGATCCCACGGATATCGTCTTCCTGGATGCCCGGAAGGATCTGGTGGGTGCCCGCTCACTGACCCAGTTGTTGAAGGCCACCGGCCTCAGCGCGCCGCTCATGTTGATTCTCACAGAGGGCGGCATGGCTGCTGTCTCCTCAGCCTGGGCAGTGGATGACATTGTGCTGGACTCCGCCGGGCCCGCCGAGGTAGAGGCCCGCATCAGGCTGGCGATGGCGCGCGCCGTCCCCGGCGAAGAGGAAACCCAAACCGAAATCCGGGCAGCCGGCGTCGTGATTGACGAGGCAAGCTATACCGCTCGAGTCAGCGGCCAGCCACTCAACCTGACGTTCAAGGAGTTCGAACTCCTGAAGTACCTGGCTCAGCACCCTGGCCGGGTCTTCACCCGCCAGCAGCTGCTGACTGAAGTGTGGGGCTACGACTACTACGGAGGCACCCGGACAGTGGACGTCCACATCCGGCGGCTTCGGGCCAAGCTGGGTGTGGATCACGAGAACCTGATCAGCACAGTCCGCAACGTTGGCTACCGGCTCACCCTTGTCCGCCTCCCGGACGATGAGTTGTCCGAAGCCTGA MSHILLLTNSTGSSVDILPALELLNHRVHILPAEPTALLETDPTDIVFLDARKDLVGARSLTQLLKATGLSAPLMLILTEGGMAAVSSAWAVDDIVLDSAGPAEVEARIRLAMARAVPGEEETQTEIRAAGVVIDEASYTARVSGQPLNLTFKEFELLKYLAQHPGRVFTRQQLLTEVWGYDYYGGTRTVDVHIRRLRAKLGVDHENLISTVRNVGYRLTLVRLPDDELSEA PGPT0014763_19 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-ENVELOPE_REMODELLING_REGULATION CE-ENVELOPE_REMODELLING_REGULATION_FACTOR,PGPT0014763-walR-NA NA NA D3-18_01290 735 hypothetical protein GTGAAGTCTTGGAGCATCGGGGTATTCGGACTCGTGGCGCTCGCAGCCATCGTGGCCAGCACCTTCGTTTCCCGGGAAGCCATGGTGGGTGCAGGCATCATGGCGTCAGCGGCTGTCGGGATCGGCTGGCCGCATTTCCTGGCTGTCCCGGCCAAGAAAACGCTGGCCGCTGTCATTGGTCTCGCCGGCGCGGGATCTGCCGTGACTGCGGCCTATATGCCGGCGCCCGGATTCCTGGACGGTACACCCGCATTCGTGGCTCTGGGTGTGATGGCAGTGTTCGTGGTCCAGTTGGTCAGGGGCACCGGGCAGGCCCAACGCTTGGAATCCACCCTCGGCTGCTCTGCCGGTGTGCTGCTGAACTGCCTTGGCGCGGGATGGATCGCCAGTGCACGGTTCAACGGCGTCAAGGAAATGGTCCTGGTGGCCGGACTAAGCGCCGCGGTTGCCCTGCTGGTGGGAATCATCCGCTGGCCGGACCGGATCGTGGCTCCGCTCGGCGTTGTCATGGCTGGACTGATGGGTCCGCTGGCGGGTCTTGTTTTCTCCGATATCGCCGTCCTTCCGGCCGCTTTGGTTGGCGTGGTGGTGGGATCGGTCCTGGTGTGCTTCCGGCGGATGACCACCCTCCGGCGGGGGCGCCTGAACATCCCGGCAGCAATAGGAATGGGCGTAGCGCCCGTTTGGGCTGTGGGGGCCGTGGCTTACTTCATAGACAAACTACTCATCTACTAA MKSWSIGVFGLVALAAIVASTFVSREAMVGAGIMASAAVGIGWPHFLAVPAKKTLAAVIGLAGAGSAVTAAYMPAPGFLDGTPAFVALGVMAVFVVQLVRGTGQAQRLESTLGCSAGVLLNCLGAGWIASARFNGVKEMVLVAGLSAAVALLVGIIRWPDRIVAPLGVVMAGLMGPLAGLVFSDIAVLPAALVGVVVGSVLVCFRRMTTLRRGRLNIPAAIGMGVAPVWAVGAVAYFIDKLLIY NA NA NA NA NA D3-18_01291 114 hypothetical protein ATGTCTGTACTCGCATTTGAAATCTTCTTCCTCGTCCTCCTTGGCCTGGCCAGCGTCGCCATGGCATGGTTTGCGGGATTTGTCGTTTACCGCCTTTTCAAGGGCCAGAAGTAA MSVLAFEIFFLVLLGLASVAMAWFAGFVVYRLFKGQK NA NA NA NA NA D3-18_01292 600 hypothetical protein GTGCCTATTGAGATCCCAACAGATCTGACGCCTGAACTCGTTCCTCTTTCCTGGCTCATTGGTGAGTGGGAAGGCCGCGGCCGGCTCGGCAGCGGAGACGAGGATTCCGAGCATTTCGTCCAGCACGTGTCCTTCACCCACAACGGGCTCCCGTACTTGCAGTACCGGGCCGAAACCTGGCTCAGTGACGACGCCGGCGAAAAGCTCCGCCCGTTGACCGTTGAAACAGGCTTCTGGGCCTTGGAGCGGAAGCTTGAAGAGGGCGACGGCGGCCCCGGCCTGATCCCGGCCGACATCGTCCCCGTCCTCAAGACAGCTGACGAAGTCGAGGAACGTCGCAACAAGGAGGGCGGCTTCGACATTTCGGTGTCGATCTCCCACCCCGGCGGAATCACCGAGCTCTACTACGGCCAGATCAAGGGACCCCAGATCCAGCTGAGCACCGACATGGTGATGCGTGGAAGCCACTCCAAGGAGTACACGGCGGCCACCCGCATCTTCGGTCTGGTTGATGGCAACCTCTTGTGGCGCTGGGACGTCGCTGCCAGCGGCAAGGCTCTCGAAGCGCACGCCTCGGCATTCCTCCACAAGGTGTCCTGA MPIEIPTDLTPELVPLSWLIGEWEGRGRLGSGDEDSEHFVQHVSFTHNGLPYLQYRAETWLSDDAGEKLRPLTVETGFWALERKLEEGDGGPGLIPADIVPVLKTADEVEERRNKEGGFDISVSISHPGGITELYYGQIKGPQIQLSTDMVMRGSHSKEYTAATRIFGLVDGNLLWRWDVAASGKALEAHASAFLHKVS NA NA NA NA NA D3-18_01293 720 rosB 8-demethyl-8-aminoriboflavin-5'-phosphate synthase GTGAACAACCTCAAACCGGAGGGCTACAGCGGGCTTAAGGCTGTCTTTTTCAATGGGACGCTGAAGCCCTCGCCGCAGCTCAGCAACACCGATGGCCTGATCAAAATCAGCCGGGACATCATGGAGAAGCAGGGCGTCAGTACCCGCCTCATCCGGACAGTGGACCACGACATCGCCAGTGGTGTGTATCCGGATATGCGCGAGCACGGCTGGAAGACCGACGAATGGCCAGGGATCTACCCGGATGTCCGCGACGCCGACATCGTTGTGGTTGCCGGGCCCATCTGGTTGGGCGACAACTCGTCCATGACCAAGAAACTCATTGAACGGTTGTATGCCCACTCGGGTGAACTGAACAACAAGGGTCAATGGGCGTTCTACCCCAAAGTAGGTGGTTGCCTCATCACCGGCAACGAAGACGGCATCAAGCACTGTTCCATGAACGTGCTGTACAGCCTTCAGCACATCGGCTTCACCATTCCGCCCCAGGCCGACGCCGGGTGGATCGGCCCGGTGGGACCCGGACCCAGCTATCTTGATGAAGGATCGGGCGGGCCGGAGAGTGATTTTACTAACAGGAACGCCACCTTCATGACGTGGAACCTGCTCCACATGGCCAAGCTCCTGCGGGATGCCGGCGGAATTCCTGCCTACGGCAACCTGCCGGAGGAATGGAAAGCGGGCACCCGATTCGATTTCGAAAACCCGGAATACCGCTGA MNNLKPEGYSGLKAVFFNGTLKPSPQLSNTDGLIKISRDIMEKQGVSTRLIRTVDHDIASGVYPDMREHGWKTDEWPGIYPDVRDADIVVVAGPIWLGDNSSMTKKLIERLYAHSGELNNKGQWAFYPKVGGCLITGNEDGIKHCSMNVLYSLQHIGFTIPPQADAGWIGPVGPGPSYLDEGSGGPESDFTNRNATFMTWNLLHMAKLLRDAGGIPAYGNLPEEWKAGTRFDFENPEYR PGPT0004370_3 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-MNT_TRANSPORT_SYSTEM,PGPT0004370-mntH-K03322 NA NA D3-18_01294 1086 gcvT_2 Aminomethyltransferase ATGACTTACAAGAGCCCCCTGTTGTCGCGCCCTGGTGCCGTTGAAGATACCGGCCTCGATGCCGGCGTTGCGGCCCACTACGGTGAACCACTGCGTGAGCAGCGCGCCCTGGCAACCGGTACCGCCGTCGTCGATCTTTCGCACCGTGGCGTGGTGACCGTGACCGGCCCGGACCGGCTCAGCTGGCTGAACACACTCTCGTCCCAGCAGCTCACCAATCTCCAGCCGGGGGTCGCCAGCGAACTGCTGCTGCTCAGCGTCCAAGGCCGCATCGAGTTCGATGCCCGCGTCATTGACGACGGCAGCACCACTTGGTTGATCGGTGAGACCGCCGAGGCCGCGCCACTTGCTGAGTGGTTGAACAGGATGAAGTTCATGCTCCGCGTCGAGATCGAGGACGTCTCGGAGCAGTGGGCCGTGTTGGGCGCCACCAAGCCGGTGGAGCAGCTGTCCGGCGGCTTGGTGTGGGAGGATCCATGGCCGCACGTCAGCCCTGGGGGATACGCGTACAGCATCGTCCCCGAGGAATCGCATCCTGGGCTTGAACGCCCTTGGTTCGAGTACCTTGTACCGGCCACCGGGTTGGAACAATCCGTGGAAGGCCTTGCCTTGGCAGGCGCCATGGCGGCAGATGCCCTGCGGGTTGCAGCGTGGCGGCCACGCCTTGGTGCCGAGACTGATGAAAAGACGATTCCCCACGAGTTGGATCTCTTGAGGACCTCGGTGCACCTGAACAAGGGCTGCTACAAGGGACAGGAGACCATAGCGCGTGTCCACAACCTTGGCCACCCGCCCCGGCGCCTCGTGTTCCTTCAGCTTGATGGATCACAGCACACGCTGCCGGCCGTCGGCAGTGTCGTATTTGCCGGGGAGCGCAAGGTAGGTACTCTGACATCGGTGGCGCAGCACTTTGAAATGGGACCCGTTGCTTTGGCCGTGATCAAGCGGTCCGTTTCGGCGGAGGAAACCCTGACGGTGATGGACGGTGAGGAGCCTTACATCGCAGCCCAGGAAGTGATCGTCGCCCCCGACGCCGGCCAGGTTGTCGGGCGCCAGACCGGATTCCTGAAGGGACCCCACCGATGA MTYKSPLLSRPGAVEDTGLDAGVAAHYGEPLREQRALATGTAVVDLSHRGVVTVTGPDRLSWLNTLSSQQLTNLQPGVASELLLLSVQGRIEFDARVIDDGSTTWLIGETAEAAPLAEWLNRMKFMLRVEIEDVSEQWAVLGATKPVEQLSGGLVWEDPWPHVSPGGYAYSIVPEESHPGLERPWFEYLVPATGLEQSVEGLALAGAMAADALRVAAWRPRLGAETDEKTIPHELDLLRTSVHLNKGCYKGQETIARVHNLGHPPRRLVFLQLDGSQHTLPAVGSVVFAGERKVGTLTSVAQHFEMGPVALAVIKRSVSAEETLTVMDGEEPYIAAQEVIVAPDAGQVVGRQTGFLKGPHR NA NA NA NA NA D3-18_01295 393 hypothetical protein ATGACCCAAGCCACAGGCCCCGACGACGAAACGTTGGCACTGGCACACGCCTTGTTCGATGCTGCCCGCGAAGGTAATACTGAACTGCTGCGTGGCTACTTGAACGCCGGCGCTCCTGCCACGCTGACGAATGCCGCTGGCGACTCCCTGCTGATGCTGGCGGCCTACCACGGTCACGAGGAAGCCGCGCAGCTCATCCTCCATCACGGTGCTGACGTGAACGCCGCAAATGATCGGGGACAAACTCCACTCGCCGGAGCGGTCTTCAAGGGATACACAGGTGTGGCCCGGGTTCTGCTGGATGCTGGAGCAGATCCCGACGCCGGAACTCCCACGGCGCGCGAAGCCGCCTCGATGTTCGCCAGATCAGAGATTCAAGCCCTCCTGGGGTAA MTQATGPDDETLALAHALFDAAREGNTELLRGYLNAGAPATLTNAAGDSLLMLAAYHGHEEAAQLILHHGADVNAANDRGQTPLAGAVFKGYTGVARVLLDAGADPDAGTPTAREAASMFARSEIQALLG NA NA NA NA NA D3-18_01296 648 hypothetical protein ATGGGAAAGGGCGTTGTCGTGGCCAAATTCGCGGAATTGACGCCGCTCGGCGTCGCATCACTGGCGCTCTTGGCAGAGGAACCCATGCATCCTTACGAGATGTACCAAGTGTTGATGGCACGTCATGAAGACCGCCTCGTCAAAGTCCGCCCCGGTACGCTCTATCACGCAGTGGGCCGGCTGGCGGAAAGCGGGTTTGTGGAGGCCACAGGAACGGAACGCGAAGGCAACCGTCCCGAACGGACGACGTACCGGATTACCGCCGCAGGACATGACGCCCTTAACGCGCGACTCCAAGGCATGCTCTCCACGCCCGTCAACGAATACCCCGTGTTTCCCCACGCAATCGCCGAAGCCCATAACCTTCCCGCGGATGTTGTGAAGGACCTGCTGGCGGAGCGGCTGGTAGCCCTCGGCGCCGATCTCGACTTCCTCGTTCATGCCGAGGCAACCGTGACGGCCAAGGGGCTTGATCGCAAGTACTGGATCGACATCACGTATCAACAAGCAATGCGCCGAACGGAGATCGCGTGGATCCGCGAACTCCTTGAGGAGTTGGGCAACGGGCGCCTGCCCTGGGATGAACCCCGGTCCACTCCAAGTGAACTTACATACAAGCCAAAGGAATCCCTTGGAAAACGTAACTAA MGKGVVVAKFAELTPLGVASLALLAEEPMHPYEMYQVLMARHEDRLVKVRPGTLYHAVGRLAESGFVEATGTEREGNRPERTTYRITAAGHDALNARLQGMLSTPVNEYPVFPHAIAEAHNLPADVVKDLLAERLVALGADLDFLVHAEATVTAKGLDRKYWIDITYQQAMRRTEIAWIRELLEELGNGRLPWDEPRSTPSELTYKPKESLGKRN NA NA NA NA NA D3-18_01297 1518 stp Multidrug resistance protein Stp TTGGAAAACGTAACTAAGCCGTGGCCCGCCCTGTGGTCATTGGTGGTGGGCTTCTTCATGATCCTCATCGACACCACTATTGTGTCGGTGGCCAATCCTCGGATCATGGAGGGCCTCAACACCGACATCAACGCCGTCATCTGGGTCACCAGCGCCTACTTGCTGGCCTACGCAGTGCCCTTGCTGATCACTGGCAGGCTGGGTGACCGCTTCGGGCCCAAGAACCTGTATCTGATCGGCTTGGTCGTCTTTACGCTCGCCTCGCTGTGGTGCGGACTCTCCGGCGACGTCACCATGTTGATCGCTGCCAGGGCAGTCCAAGGCTTGGGTGCCGCCATGATGACTCCGCAGACCATGGCCGTAATAACGCGCATCTTCCCTCCGGACCGCCGTGGTGCAGCCATGGGGTTGTGGGGAGGGACGGCCGGCATGGCTGTGCTGATCGGACCGATCCTCGGTGGTTTGCTGGTGGACAGCCTCGGCTGGGAGTGGATCTTTTTCGTCAATGTCCCCATCGGGATCGTGGCCTTCATCCTGGTGATGCGTTTCGTGCCGAAATTGACCACGCACAGCCACACGTTCGACGTCGTGGGAGTGGTGCTGTCCGCCGTCGGTATGTTCCTGCTGGTCTTTGGCATCCAAGAGGGCCAAACGTACAAATGGGGAACGGTCACAGGCTTCGTTTCCGTGTGGGGCCTGATCATCACGGGACTCGTAGTCCTGGTGCTGTTTGTCGCCTGGCAGTGGCTCCTTGAACGCCGCGGCGGGGAACCCCTGCTGCCGCTTGGCTTGTTCAAGGACCGCAATTTCTCCCTGGGCAACACCACCATCATGGCCGTTGGGTTCACGGTGACCGCCTTCCCGCTGCCCACCATCTTCTACTACCAGACCGTGCGAGGCCTGACGCCTACGCAGTCTGCGTTGCTGATGATTCCCATGGCCGTTATTTCGGGTGCGCTGGCCCCGTTCGTAGGCAAGCTTATGGACCGTGCCAACCCGCGCTGGTTCGCATCCTTCGGCCTCGTCTGCCTGGCCGGGGCATTGTTCTGGACGGCGTCGCTTCTGGGGCCGGATACTCCCATCTGGATGTTCCTGCTGCCCAGCGCACTGCAGGGCGTTGCCAACGCCTTCATCTGGGGGCCGGTGTCCAACGCGACCACCCGCAACCTGGAACCACGTCAGGCAGGGGCAGGTTCCGGCGTCTTCAACACCACGCGCCAAATTGGGGCTGTTCTCGGTTCGGCTGCCATCGCAGCCCTCATTCAGTCGCGGCTCGCGGCGGAGTTGCCCGCAGCTCCCGCGGGGGCTCCTGTGGGCGAAGCCGCCATGGGCGGAGTGTTGCCGGAAGCGCTGCACGCAGGATTCTCGACGGCGATGAGCCAGTCCATCTTATTGCCCGCATGTGCGATTCTGCTGGGTGCCGTGGTGGCGTTGTTCTTTGGCAAATCGAAGTCGGTCAGAGGTTGGGGCGGGAAAGCCGCTGAAGAACAGGCAACACAGGAAACTGTCCGGAAGTAG MENVTKPWPALWSLVVGFFMILIDTTIVSVANPRIMEGLNTDINAVIWVTSAYLLAYAVPLLITGRLGDRFGPKNLYLIGLVVFTLASLWCGLSGDVTMLIAARAVQGLGAAMMTPQTMAVITRIFPPDRRGAAMGLWGGTAGMAVLIGPILGGLLVDSLGWEWIFFVNVPIGIVAFILVMRFVPKLTTHSHTFDVVGVVLSAVGMFLLVFGIQEGQTYKWGTVTGFVSVWGLIITGLVVLVLFVAWQWLLERRGGEPLLPLGLFKDRNFSLGNTTIMAVGFTVTAFPLPTIFYYQTVRGLTPTQSALLMIPMAVISGALAPFVGKLMDRANPRWFASFGLVCLAGALFWTASLLGPDTPIWMFLLPSALQGVANAFIWGPVSNATTRNLEPRQAGAGSGVFNTTRQIGAVLGSAAIAALIQSRLAAELPAAPAGAPVGEAAMGGVLPEALHAGFSTAMSQSILLPACAILLGAVVALFFGKSKSVRGWGGKAAEEQATQETVRK NA NA NA NA NA D3-18_01298 750 hypothetical protein ATGACTCTAGAGCCCACGTCTGCTGCCATCATTCAGCTGGCGTGGGCTCGCCGTTTGGGGCTCGACGACGACGCTTTCGCCACCGCAGCTGACCGGCTCACCGCTTCTGCGGCAGACCCAGGAGACCCCGGCAACCGTATAGTCCGCGTGGATGAATCTGCGCGGGCCTTGGTTTTCCTCCGCCTTTTTGGCGTCTCGGCGCTCGTGGGACCGCAATGGGCACTCGATAATGCTGCAACAATCCCTGACACCCAACTCGCCCAACACGTGACGCTGTTGACCATCACGCGATCACACGGCGGACATGGACTTGGCTCCTCGGCCTTGTTCTTTGCAGACGACCTACCGCTCCAGCAGCCCTCCGACGAACTTACGGTTTCGCAGGGCAACCCCGAAGCAATCAGCCTGGAAGGTTTGTGCCCTCCGGATGACGTCAATGAGGTTGGCCTGCAAGGGCTCGAGCATCGCTTCACCATCATGCACCCCGAAGAGGACCAGCCGACGCCCGTGGCCTGCGGCGCCTATTCCGAGTGGGAAGGCATCCTGGCCAATATGGGCGTCCTGGTTGCGCCTCCCTGGCGACGGCGCGGCTTGGGCACCCTGGCCGCGTCCATCGCTGCGCACGAGGCCTTGGCATCCGGGCTGACCCTTCAATGGAAAGCCGATGTCAGCAACACCGGAGCTCTCGCGATGGCCCGCAGCCTTGGCTTTGCCACGGGCGGGCTCCACGCGAGCGTACTCCTCGGCTAA MTLEPTSAAIIQLAWARRLGLDDDAFATAADRLTASAADPGDPGNRIVRVDESARALVFLRLFGVSALVGPQWALDNAATIPDTQLAQHVTLLTITRSHGGHGLGSSALFFADDLPLQQPSDELTVSQGNPEAISLEGLCPPDDVNEVGLQGLEHRFTIMHPEEDQPTPVACGAYSEWEGILANMGVLVAPPWRRRGLGTLAASIAAHEALASGLTLQWKADVSNTGALAMARSLGFATGGLHASVLLG NA NA NA NA NA D3-18_01299 1026 pfp Pyrophosphate--fructose 6-phosphate 1-phosphotransferase ATGAAAATTGGCATTCTTACCAGCGGTGGCGACTGCCCCGGCCTCAACGCAGTGATCCGGGGATCAGTCCTCAAGGGCATTGCCATCCACGGCCAGGAGTTTGTGGGCTTCCGCGACGGCTGGCGCGGTGTAGTTGAAGGTGATGTCATCGACATCCCCCGCACCATGGTCCGCGGTATCGCCAAACAGGGTGGCACCATTCTGGGCACCTCCCGCACCAACCCGTTCGAAAACGGCGGTGGCCCCGACGTCATCAAGGCCCACATGGAACGCCTTGGCATCGACGCAATCATCGCAATCGGTGGTGAGGGAACACTGGCAGCTGCCAAGCGCCTCACCGACGCGGGCCTGAAGATTGTTGGCGTCCCCAAGACCGTGGACAACGACCTCGATGCCACTGATTACACCTTCGGTTTCGATACCGCCGTGCAGATCGCCACTGAGGCCATCGACCGGCTGCGTACCACGGGCGAATCCCATCACCGCTGCATGATCGCCGAAGTCATGGGCCGCCACGTCGGTTGGATCGCTTTGCACGCCGGCATGGCAGCAGGCGCCCACGCCATCCTGATTCCGGAGCAGAAGGCAAGCATCGAGCAAATCACTGAGTGGGTCCAGGAAGCCCACGACCGTGGCCGTGCGCCGCTGGTGGTGGTTGCCGAGGGCTTCGTCCCGGACCACATGGAGTCCCCGCACTCCGAGCGCGGCCTGGATACCTTCGGCCGTCCCCGTCTTGGCGGCATCGCCGATCAGCTGGCACCCGAAATCGAAGCGCGCACGGGCATTGAAACCCGGGCCACCATCCTCGGCCATATCCAGCGTGGTGGCGTCCCCACCGCCTACGACCGCGTCCTGGCGACGCGCTTGGGCATGGCAGCCATCGACTCCGTGGTGGAAGGGCGCTGGGGAACCATGGTGGCCCTGAAGGGTACGGACATCTCCCACGTAGGCTTCGAAGAAGCACTCGGCAAACTCAAGAGCGTGCCGCAACACCGCTACGACGAAGCGTCTGTGCTGTTCGGCTAG MKIGILTSGGDCPGLNAVIRGSVLKGIAIHGQEFVGFRDGWRGVVEGDVIDIPRTMVRGIAKQGGTILGTSRTNPFENGGGPDVIKAHMERLGIDAIIAIGGEGTLAAAKRLTDAGLKIVGVPKTVDNDLDATDYTFGFDTAVQIATEAIDRLRTTGESHHRCMIAEVMGRHVGWIALHAGMAAGAHAILIPEQKASIEQITEWVQEAHDRGRAPLVVVAEGFVPDHMESPHSERGLDTFGRPRLGGIADQLAPEIEARTGIETRATILGHIQRGGVPTAYDRVLATRLGMAAIDSVVEGRWGTMVALKGTDISHVGFEEALGKLKSVPQHRYDEASVLFG PGPT0017605_1875 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_FRUCTOSE_METABOLISM|DEGRADATION,PGPT0017605-pfk|pfp-K21071 NA NA D3-18_01300 249 hypothetical protein ATGGACAAGTTCTTCAGCATCGTCAGGGGCTTCGGCCTGAAGCGTGGTCCGCAACGCTGGCTCGGCGGAGTCTGCGGCGGAATCGCAGCGAAGCTCAGGGTCGACGTAGCGTACGTCCGGGTCGCTTTCCTGCTCTTCTGCCTACTGCCCGGCCCCGCATTCGTGGTCTATATCCTGGGCTGGCTCATCTTGCCGGACCAGAACAACAAGATCGCGCTCGAATCCTTCATCAGCCAACGTTCCCGGTAG MDKFFSIVRGFGLKRGPQRWLGGVCGGIAAKLRVDVAYVRVAFLLFCLLPGPAFVVYILGWLILPDQNNKIALESFISQRSR PGPT0027520_1235 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 D3-18_01301 375 hypothetical protein ATGAGCATCAACGAGCCCAGGAAAGCACGCGAAGCCCAACCGACCGAACCACTGCCCAAGGAGACCCGCCCCACGGAAGCCCTTCCCAAGCCGAGCCTCCAGCAGATCCCGCTCACGCCACCGTTGGAACCCAGCTTCCGGGTTGAGCACGCGGACGACGACGAACCCCGGCAGGCACGGATAGGCACCGTGGTGTGGGGATTGATTGTGATCGCCCTCGCAGCCTTGATCGTCATCTCGACACTCGGCTGGGTCACGCTGAACGGTACGTATGTCCTGATCGGCCTGATGATCGGCGCGGGTGCGGCGCTGGTGGTCGGCGGTCTCCTGTCCGCCCGTAAAGGTACAAGGACATCAAAGAGCCCGGCGAAGTGA MSINEPRKAREAQPTEPLPKETRPTEALPKPSLQQIPLTPPLEPSFRVEHADDDEPRQARIGTVVWGLIVIALAALIVISTLGWVTLNGTYVLIGLMIGAGAALVVGGLLSARKGTRTSKSPAK NA NA NA NA NA D3-18_01302 1662 hypothetical protein ATGAACGCGAACAGCATGAACCCAGAGGAACCCGGAACGCCAGGCACCGCCGGCGAATCCGGCTCCAGCGCCAACACTGGCGCTTCCACCGGCGCCCCTGGCACCACGTCTGGTGCCACGTCCGGAGTCCCTGGCGCCACGTCCGGGGCACCTTCGGGGGCCACTTCGGGGGCATCCACTGAATCCGGCGCTCCCTCGGGAACCGGTGCCGCCAGCGGTGGTTATCCGCAAGCCGGCGGCGCGCCTGCAACCGCTCAGCAGAACTTCTTCGACTGGATCCGTAGCCAAGGCATCCGCCGGGGACCGGACCGTTGGATCGGCGGCGTCTCAAGCGGGGTGGCCCACCGGTTCGGCATCGACCCCCTGATTGTGAGGGGAATCTTCATTGTCCTGGCGCTCTTCGCCGGCGTCGGCGTGCTGCTGTACGGCGTGGCCTGGGCGCTCCTGCCCGAGCCTGACGGCCGCATCCACGTGCAGGAAGCAGCCGCGGGCCGATGGTCAGGGGGCATGACCGGTGCGCTGATCACCACCATCATCGGCCTCCCGAGCCTGGGCCGCGGATTCTGGGGCTGGGGCTGGGATGGACTCCCTGGCCTGTTCTGGACGCTCTTCTGGATGGGTGGCGTCTTCTACCTCATCTACTTCCTGGTTCAACGCAACAAAGCTTCGAAGGGAACTCCACCTGTGGGCCATCAGAATTACTCCGCGACGCCCTATTCCGCAGCATCCGGCAGCACAGCTGCCTACGGTACGCCCACGTCATTCGCGTCCACCACGACCACCGGCACCAACACCGGAGTGCCTGTCTACGGCAGTGGCCAGGCTGGCAGCAAAACCTACGGAGCTCCTTCTACAGGCGGCGCCTATGGCCCTGCGGGTGTCCACGGCTCCGCTCATGGCCACGGCTCCGGGCCGGTTCCCCCGGCAGGGCCGTTCGGCCCTTCAGGACCGTCGACGCCTTCCGGTCCGCGTCCTCCTTACGGTTCCACTCCCCCGCAAGGGTGGCAGCCCAAGCCCGCTGCTCCCAAGCGCAGGGGTCCGGGGGCGGCGATCGTTTCGGTCTCAGCCGGTGCGGCACTTCTTGCCGGCGGCACGTTGAAAGCGCTCGACGTCGGAAACGTCATTGATCTGGGCAACTCGGGCAACGCCGTGGTGTGGGCTACAGGTGCCGCCGTACTCGGCTTGGGCATCCTCATCGCGGGACTTCGTGGGCGTACGTCAGGATTCCTTGGCTTCCTTGCGGTAGCCGCCCTGATCATTGGCGGAATCTTCAATGTGGTCCCCAGGGACGGCGACCGCTTCACCTTCCATGACGTGAACTGGGCGCCGACCAGTCTGGAGCAGGCACGGCAAGGCATCGATGTTACCGGGGCACAAGGTGTGGTGGACCTGACCGAAATCACCTTGACACCCCCGCTGGTTTCCGAGGTCCTGATTCCGGTTGATGCCACAGCCAGCAACGTCACCGTCGTCATTCCCGATGACGTCCCCGTGGAGGTCAGGGCAGACATGACATTCGGCAACCTCAACGAACGTGGCACGGACCGAGGGGGCCGGTTGCAGGACGAGAGGACGCTCTACAACACCGAAAAGCCCGGAGCCAACCTCGTGGTGGAAATCGACGGCACGTTCAGCAACGTGACCATCCAGGAAGGAAACTGA MNANSMNPEEPGTPGTAGESGSSANTGASTGAPGTTSGATSGVPGATSGAPSGATSGASTESGAPSGTGAASGGYPQAGGAPATAQQNFFDWIRSQGIRRGPDRWIGGVSSGVAHRFGIDPLIVRGIFIVLALFAGVGVLLYGVAWALLPEPDGRIHVQEAAAGRWSGGMTGALITTIIGLPSLGRGFWGWGWDGLPGLFWTLFWMGGVFYLIYFLVQRNKASKGTPPVGHQNYSATPYSAASGSTAAYGTPTSFASTTTTGTNTGVPVYGSGQAGSKTYGAPSTGGAYGPAGVHGSAHGHGSGPVPPAGPFGPSGPSTPSGPRPPYGSTPPQGWQPKPAAPKRRGPGAAIVSVSAGAALLAGGTLKALDVGNVIDLGNSGNAVVWATGAAVLGLGILIAGLRGRTSGFLGFLAVAALIIGGIFNVVPRDGDRFTFHDVNWAPTSLEQARQGIDVTGAQGVVDLTEITLTPPLVSEVLIPVDATASNVTVVIPDDVPVEVRADMTFGNLNERGTDRGGRLQDERTLYNTEKPGANLVVEIDGTFSNVTIQEGN NA NA NA NA NA D3-18_01303 1611 hypothetical protein ATGACAACCGTTGTGCAACGCCCCACGCTGGTCCGCAGCAGCGACCGCATGATCGCGGGCGTATGCAGCGGTTTGGCCGATCATTTGGGCTGGCCGGTCAAGTTCGTCCGGCTGGGCATGATTCTGGCTTGCTTCGCCGGTGGAGCAGGCGTGGCCTTCTACGCATGGCTGTGGACCATGGTTCCCACCGCGGACGAGAACGCCAAGCGCAACGCCCGCCGCCCGGCGTCGCCCATTGCTCCTGCGGTGAGCCTCCCGCCCACCTCCGTGGCCCCCGGCCCTTCCGCGGCGCCAGCGTACGACGCCGGACCCTCGCCGACGGTGGCCGGCGCACCTCCGGTGTTGGGTTCTGTCCCGGGAAACCGTTCTGTCCCGGGAAACCGTTCTGTCCTCGGAGATGCAGGCGCCGGGCCGGTCGCCGAACCTGCCGCCTTTGGCAGTACAGGGTCATCCTGGGACTGGGCAGGATCACGGAGCCGGGCCGGATCCCGGGCCGGGGCCGGGGCCGGCTCCAGCGACTGGGCAGGATCCAGGGACGAAGCAGCCAACAGTGGAAGTACCTTGTCGTCTTGGTTCACGTTCCGCAAGATCCAGTACGGCAAGGAAATCCTGCTCGGCGCAGCCTTGCTCTTGGTTGCTGCGATCCTGATCGCCCGCCAGTTCGGCGTCGACGTCCCTTTGGGCACACTCATTCCGGCCGCCGCCATTCTCGGTGGCGCAGCGATTGCCTGGATGCAGCTCGATGAGACCCGCAGGGCCGGCCTGGTGGATAAGACCAAGGCCGACCAGGCCGGCGGCTGGACGCGCTTGGCAGCGGGCTTGGCCTTGGTGGTGGCCGGCGTCCTGGTGATGGTGTCCGGTTCGGGGTCGTGGGAGCAGACGTGGTTGGCGCTGCTTGCCTCGGTCGCTGTCTTGGGCGGCGTTGCCTTGGTACTGCTGCCGTGGGGACTGAAGTTCTGGAAGGACCTCGAAACAGAACGCGCCGGCCGGGTCCGTGAAACTGAACGCGCGGAGATTGCTGCCCACTTGCACGACTCCGTGCTTCAAACCCTGGCGCTCATCCAGCGCAGGGCAGGCTCCGAGCAGGACGTCGTCCGGCTTGCAAGGGCCCAGGAACGCGAACTCCGGTCCTGGCTCTTCAGTGATCCGGCCAAGGAATCGGGCCTTCTGGCAGACAGGATCAAGGCTGTCGCAGCGGAAGTGGAGGACTCCCATGGGCATGCCGTGGAGGTAGTCACTGTAGGGGACACCGACATGACGGACCGGCACGAGGCGTTGGTCCAGGCCGCCAGGGAGGCCATGCTCAATGCGGCCCGGCATGGCGGCGGAACGGTATCCGTGTACTTGGAGAGCACCGCCGGTAGTACGGAGATCTTCATCAAGGACCGTGGCCCGGGCTTCGACCCGGATGCTGTCCCGGATGACAGGCTGGGTGTCAAGGAGTCGATCATCGGCCGGATGAAGCGGCACGGCGGCACGGCGGTCATCAACAGCAGCAGCGATGGGACGGAAGTCCGATTGGCCCTTCCATCAATAAGTCCGGACGCCAGCGAACAGCGGAATGGTGAGCAGCGGAATGCCGAACAGCGGAATGGAGAAGCGAAGCAATGA MTTVVQRPTLVRSSDRMIAGVCSGLADHLGWPVKFVRLGMILACFAGGAGVAFYAWLWTMVPTADENAKRNARRPASPIAPAVSLPPTSVAPGPSAAPAYDAGPSPTVAGAPPVLGSVPGNRSVPGNRSVLGDAGAGPVAEPAAFGSTGSSWDWAGSRSRAGSRAGAGAGSSDWAGSRDEAANSGSTLSSWFTFRKIQYGKEILLGAALLLVAAILIARQFGVDVPLGTLIPAAAILGGAAIAWMQLDETRRAGLVDKTKADQAGGWTRLAAGLALVVAGVLVMVSGSGSWEQTWLALLASVAVLGGVALVLLPWGLKFWKDLETERAGRVRETERAEIAAHLHDSVLQTLALIQRRAGSEQDVVRLARAQERELRSWLFSDPAKESGLLADRIKAVAAEVEDSHGHAVEVVTVGDTDMTDRHEALVQAAREAMLNAARHGGGTVSVYLESTAGSTEIFIKDRGPGFDPDAVPDDRLGVKESIIGRMKRHGGTAVINSSSDGTEVRLALPSISPDASEQRNGEQRNAEQRNGEAKQ NA NA NA NA NA D3-18_01304 675 nreC_1 COG2197 Oxygen regulatory protein NreC ATGAACAACAGCCCTGAAAGTGGTGTCGGCCGCAGGGTGAGCGTGGTTATCGTGGACGACCACACCATCTTCCGCTCTGGTTTGAAGGCGGACCTCGACGAACGCATGGATGTGGTGGGCGAGGCCGGAACCGTGGAACAGGCCATTTCCGTCATAGCCGCGACGCGCCCTGAAGTAGTGCTCCTGGACGTGCACCTTCCCGGCGGCCTCGGCGGTGGCGGACGTGAAGTCATTGCCGGCTCCGGCGCTTTGCTTGCCAACACCAGCTTCCTGGCCCTGAGCGTGTCCGACGCCGCCGAGGACGTGGTGTCGGTTATCCGGGCCGGAGCACGTGGATACGTCACCAAAACCATTTCCGGCAAGGAGATTTCCGACGCCGTCATTCGCGTGGCCGATGGCGACGCCGTCTTCTCTCCCCGCTTGGCGGGCTTTGTGCTGGATGCTTTCGGAACCGCTCCCGCTGACATCGCCGACGACGAATTGGACAAGCTCTCTGCCCGCGAACTCGAAGTCATGCGGCTCATTGCCCGGGGTTACAGCTACAAGGAGGTGGCCAAGGAGCTGTTCATCTCCATCAAGACGGTGGAAACACATGTGTCGGCAGTCCTTAGGAAGCTCCAGCTGTCCAGCCGCCACGAACTCACCAAATGGGCGGCCGAGCGTCGCCTCCTCTAA MNNSPESGVGRRVSVVIVDDHTIFRSGLKADLDERMDVVGEAGTVEQAISVIAATRPEVVLLDVHLPGGLGGGGREVIAGSGALLANTSFLALSVSDAAEDVVSVIRAGARGYVTKTISGKEISDAVIRVADGDAVFSPRLAGFVLDAFGTAPADIADDELDKLSARELEVMRLIARGYSYKEVAKELFISIKTVETHVSAVLRKLQLSSRHELTKWAAERRLL NA NA NA NA NA D3-18_01305 1230 aspC1 COG0436 Aspartate aminotransferase ATGTCTGCCGGAACAACTACCGCCCGCATTTCACAGCGAATCTCCGCCATTGCAGAATCCGCCACCCTTGCCGTTGACGCCAAGGCCAAGGCACTGAAGGCCGCGGGACGTCCCGTGATCGGTTTCGGTGCCGGCGAACCTGATTTCCCCACCCCGGACTACATCGTTCAGGCCGCGATTGAGGCAGCGGGCCAGCCGAAGTACCACCGATACTCCCCGGCCGCCGGTCTCCCGGAGCTGAAGAAGGCCATCGCAGAGAAGACCCTGCGCGACTCCGGCTACCAGGTTGACCCTTCCCAGGTCCTGGTGACCAATGGCGGCAAGCAGGCCGTCTACAACACGTTCGCAACCCTCGTGGATCCGGGCGACGAAGTCATCATCCCCACTCCCTTCTGGACCACGTACCCGGAAGCCATCCGGCTCGCTGGCGGCGTGCCCGTTGAGGTCTTCGCCGGACCGGAACAGGGCTACCTGGTGACCATCGAGCAGCTTGAGGCTGCCGTAACGGACAGGACCAAGATCCTGTTGTTCGTTTCCCCGTCCAACCCCACTGGCGCTGTTTACAGCCCGGAGCAGGTTGCGGAGATCGGCAAGTGGGCCGCGTCCAAGGGCCTCTGGGTTGTCACTGACGAGATCTACGAGCACCTGACCTACGACGGCGTCGAGTTCACCTCCATCGCCACTGCCGCACCGGAACTGGGCGACAAAGTTGTCATCCTCAACGGCGTTGCCAAGACGTACGCCATGACCGGGTGGCGCGTGGGATGGATGATCGGCCCTGCCGACGTCATCAAGGCCGCCACCAACCTGCAGTCCCACGCGACGTCCAACGTCTCCAACATCATGCAGATCGCAGCCGCAGCAGCCCTCACGGGTCCGCTGACCGCCGTCGACGAGATGAAAGTTGCTTTCGACCGACGCCGCAAGGCCATCGTCGCCGGCCTGAACGCGATCGATGGTGTTGAATGCCCGACGCCGACAGGCGCCTTCTACGTCTACGCGGACGTGCGCGGCCTGTTGGGTAAGGAATTCGAGACCTCCAACGGTCCCGTCCGCCCGGAGACCTCAGCTGAACTCGCCACGCTCATCCTCGATGAGGTTGAAGTAGCCGTGGTTCCGGGCGAGGCCTTCGGTCCTTCCGGCTACGTGCGCTTGTCCTACGCACTCGGCGATGACGACCTCGCCGAGGGCGTCCGCCGCATCCAGGAGTTCCTGGGCAAGGCCAAGTAG MSAGTTTARISQRISAIAESATLAVDAKAKALKAAGRPVIGFGAGEPDFPTPDYIVQAAIEAAGQPKYHRYSPAAGLPELKKAIAEKTLRDSGYQVDPSQVLVTNGGKQAVYNTFATLVDPGDEVIIPTPFWTTYPEAIRLAGGVPVEVFAGPEQGYLVTIEQLEAAVTDRTKILLFVSPSNPTGAVYSPEQVAEIGKWAASKGLWVVTDEIYEHLTYDGVEFTSIATAAPELGDKVVILNGVAKTYAMTGWRVGWMIGPADVIKAATNLQSHATSNVSNIMQIAAAAALTGPLTAVDEMKVAFDRRRKAIVAGLNAIDGVECPTPTGAFYVYADVRGLLGKEFETSNGPVRPETSAELATLILDEVEVAVVPGEAFGPSGYVRLSYALGDDDLAEGVRRIQEFLGKAK PGPT0020110_582 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020110-aspB-K00812 NA NA D3-18_01306 150 hypothetical protein ATGATGGGATTCGACGTAAACTACCTTATGCTGTTCTGCGGAGCTCCCGGGTGCCTGCAGAACTTTGTGACTGATAATGCTGGTCACAGGCTTTTAGGGCTGGGAGGTCCGGAATCGGGCCGGTTCGACTATCGCGAAATTCTTGCGTAG MMGFDVNYLMLFCGAPGCLQNFVTDNAGHRLLGLGGPESGRFDYREILA NA NA NA NA NA D3-18_01308 267 secE Protein translocase subunit SecE GTGACCGAAACAGCTGCCAGCAGCTCGAAGGGCCGTCCCGCCAAGAAAGCCGATCGCGGCTTCTTCGCCCGTATTGCACTCTTCGTCCGCCAGGTGATTGGTGAACTGAAGAAGGTCGTTGCGCCCACCCGCAAGGAACTGATCAATTACACGCTCGTGGTGCTGGTGTTCGTAGCCATCATGATGCTCATCGTCAGCCTTCTGGACATCGCCTTCGGGACGGGAGCCAGCTGGGTCTTCGGTGGCACGGGGGCTGGGGACCGCTAA MTETAASSSKGRPAKKADRGFFARIALFVRQVIGELKKVVAPTRKELINYTLVVLVFVAIMMLIVSLLDIAFGTGASWVFGGTGAGDR PGPT0025715_1775 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025715-secE-K03073 NA NA D3-18_01309 858 nusG Transcription termination/antitermination protein NusG GTGTCTGAGCAGGAGCTCGAGGTAAACGAGACTGAGCTGGGCGGATCCGCCGAGGACTCAGCCGACGCCACGGCTATTGTCGTGGAAGAGTCCGAGGTCGATTCCGCTGCGCCCGAATCTGCCGACGCCGACGAATCCGAAGAGGACTTCGAAGCTGACGTGGACGCCGAGTCTGATGACGCATCGGACGGGATTGCCGGCGACGAGGAAGAGTCCGACGGCGACGACCTGGCAGCCGCTGCTGCTGCAGCACCGGCAGATCCCGCTGAGGAGTTCAAGGCCAAGCTGCGCCGCCAGGAAGGTGACTGGTACGTCATCCACTCCTACGCCGGTTACGAGAACCGAGTGAAGGCCAACCTTGAGACCCGCATCCAGACCCTGGACATGGAAGATTACATCTTCGAGATCCAGGTGCCCATGGAAGAGGTCGTCGAGATCAAGAATGCGCAGCGCAAGGTCATCAACCGCGTGCGCATCCCCGGCTACGTCCTCGTCCGCATGGACCTGACCGACGCTTCCTGGGGCGCCGTTCGCCACACGCCGGGTGTCACCGGCTTCGTGGGCAACGCCCACAACCCCGTCCCGCTGCGGCTCGATGAGGTCTTCTCCATGCTCGCCCCGGTCTTCGAAGAAGAGCAGGCAGAGCAGGGCAAGCCCGTCAACAAGCAGAACCAAGCTCCCGTGGCCGTCGACTTCGAGGTCGGCGAGTCGGTCATCGTCAAGGAAGGTCCGTTCGAGACCCTCCCGGCTACGATCTCCGAGATCAAGCCCGAGTCCCAGACCCTCGTGGTTCTGGTCTCGATCTTCGAGCGCGAAACCCCGGTGACGCTCGCATTCAACCAGGTCACCAAGATCTAG MSEQELEVNETELGGSAEDSADATAIVVEESEVDSAAPESADADESEEDFEADVDAESDDASDGIAGDEEESDGDDLAAAAAAAPADPAEEFKAKLRRQEGDWYVIHSYAGYENRVKANLETRIQTLDMEDYIFEIQVPMEEVVEIKNAQRKVINRVRIPGYVLVRMDLTDASWGAVRHTPGVTGFVGNAHNPVPLRLDEVFSMLAPVFEEEQAEQGKPVNKQNQAPVAVDFEVGESVIVKEGPFETLPATISEIKPESQTLVVLVSIFERETPVTLAFNQVTKI NA NA NA NA NA D3-18_01310 432 rplK COG0080 50S ribosomal protein L11 TTGGCTCCCAAGAAGAAGGTCACCGGCCTCATCAAGCTGCAGATCCAGGCAGGTGCCGCTAACCCGGCTCCGCCGATCGGTCCTGCGCTTGGCCAGCACGGTGTCAACATCATGGAATTCTGCAAGGCGTACAACGCTGCAACGGAATCCCAGCGCGGAAACGTTATCCCGGTTGAAATCACGGTTTACGAAGACCGTTCCTTCACCTTCATCACCAAGACCCCGCCGGCTGCAGAGCTCATTAAGAAGGCTGCAGGCGTCGCCAAGGGTTCGGCTACCCCGCACACCGTCAAGGTTGCCAAGCTGACCCAGGCACAGGTCGAGGAAATTGCTTCCACCAAGATGGAAGACCTCAACGCCAACGACATCAAGGCAGCTGCCCTGATCATCGCAGGCACCGCCCGCTCCATGGGCATCACCGTAGAAGGCTAG MAPKKKVTGLIKLQIQAGAANPAPPIGPALGQHGVNIMEFCKAYNAATESQRGNVIPVEITVYEDRSFTFITKTPPAAELIKKAAGVAKGSATPHTVKVAKLTQAQVEEIASTKMEDLNANDIKAAALIIAGTARSMGITVEG NA NA NA NA NA D3-18_01311 708 rplA COG0081 50S ribosomal protein L1 ATGGCAAAGCGCAGCAAAGCATATGAGGCAGCCGTAGCCAAGATCGAGGCAGACAAGGTCTACGCCCCGATCGAGGCCATCACCCTCGCGAAGGACACCAATCCTTCCAAGTTCGACGCAACCGTTGAGGTCGCTTTCCGCCTTGGCGTTGACCCGCGTAAGGCCGACCAGATGGTTCGTGGCACCGTCAACCTGCCCCACGGCACCGGTAAGACCGCCCGCGTCCTCGTTTTCGCAACCGGCGACAAGGCTGAAGCAGCTATCGCTGCCGGCGCCGACTTCGTTGGTTCCGATGACCTGATCGAAAAGATCGCAGCCGGCTGGACCGACTTCGACGCCGCAGTGGCAACCCCTGACCTCATGGGCAAGGTTGGCCGCCTCGGTAAGGTCCTCGGCCCGCGTAACCTGATGCCGAACCCGAAGACCGGTACGGTTACCCCGGATGTCACCAAGGCTGTCAACGACATCAAGGGTGGCAAGATCGACTTCCGGGTCGACAAGCACTCCAACCTACACTTCATCATCGGCAAGGTGTCCTTCGACGTCAACAAGCTGGCTGAGAACTACGCAGCAGCACTGGAAGAGGTACTTCGCTTGAAGCCGTCCGCTTCCAAGGGCCGCTACATCCAGAAGGCTACCGTTGCCACCACGTTCGGTCCGGGCATCACCGTTGACCCGAACGTCACCAAGGTCCTCGTCGACGCGTAA MAKRSKAYEAAVAKIEADKVYAPIEAITLAKDTNPSKFDATVEVAFRLGVDPRKADQMVRGTVNLPHGTGKTARVLVFATGDKAEAAIAAGADFVGSDDLIEKIAAGWTDFDAAVATPDLMGKVGRLGKVLGPRNLMPNPKTGTVTPDVTKAVNDIKGGKIDFRVDKHSNLHFIIGKVSFDVNKLAENYAAALEEVLRLKPSASKGRYIQKATVATTFGPGITVDPNVTKVLVDA NA NA NA NA NA D3-18_01312 1110 hypothetical protein GTGCCGACGTCGAACTCCTCCGCCATCTCCGGGTTGTCCGTGGAGCGTATCCCGGTCCCGAAAGGCCCTGACGCGAAGGGGGAGCCCGATTTCCGAGCCTTCCATGACCTGGAAGTTGCCCACCATATGGATCTCTGGGGCAACCTGGACCGTTGCTCCACTCTGGCTGAGGCTGTCCTGTTCTGGCAGGGCAATGAATACGAAGAACGGCATGTCTTCCTGGCACGCCTCGATGGAGCAGCGGTAGGCAGCGGAACCCTGACTCTGCCCCTTAGCGAAAACACGACGACGGCGGGCGTGGACGTTTTGGTGGACGCTGCCTATCGAAGGCGAGGCATCGGGACGAGGGTCCTCGGGAGGCTGGAGCAACTGGCCCGTGAGCGGGGTCGGGTTTCCTTTGACGGCTATTGCGGGGAGCCCATAGCTCCTGTGAAGGCAGGTGCTGAACTGCTCGAGGCAAAGTCCGGAACGGGTGGGGTGCCGGTGAACTCTGCATCGACTCGATTCGCTGTCCGTCACGGGTATTCGCTGGAACAAGTGGAAACGAACAGCACGCTGCCGTTGCCCGTCCCGGAAGCACTGCTGCAGGATCTCGAAGTAGGGGCACTGCAGAGGGCAGCGGGCTACAGCTTCATTGCCTGGCAGGATCACTGTCCTGATGAGTTGGTGGATGTGTTCGCCCGGCTCAAGAGCCTGATGAGCACTGAGGTGCCTATTGCCGGGCTCGGCTGGGAAGGTGAGCAGTGGGATGCTGGCCGCGTTCGGCAAGAGGAGGCAACGTGGGTTGCCGGAGGGTCTGATTCCGTGGTGGCGGTGGCCCGTCATGATGCCACCGGGGAACTGGCTGCCTATACCGTGCTTACCCACCGTGCGACCTTGCCTGCCGTCATCTACCAAGAGGACACTTTGGTGGCTCCAAGGCACCGGGGCCATCGCTTGGGCATGCTGGTCAAAATAGCCAACCTTCGGCGGGCGGAGGAGCTATGGCCGGACGCCACGTCGGTAATGACATGGAACGCCAATGAAAACCGACATATGCTGGCCATAAATATCGCCCTTGGATTCAAGCCTTCCGGCTTTGAAGGCGAATGGCAGAAACGGCTGGAATGA MPTSNSSAISGLSVERIPVPKGPDAKGEPDFRAFHDLEVAHHMDLWGNLDRCSTLAEAVLFWQGNEYEERHVFLARLDGAAVGSGTLTLPLSENTTTAGVDVLVDAAYRRRGIGTRVLGRLEQLARERGRVSFDGYCGEPIAPVKAGAELLEAKSGTGGVPVNSASTRFAVRHGYSLEQVETNSTLPLPVPEALLQDLEVGALQRAAGYSFIAWQDHCPDELVDVFARLKSLMSTEVPIAGLGWEGEQWDAGRVRQEEATWVAGGSDSVVAVARHDATGELAAYTVLTHRATLPAVIYQEDTLVAPRHRGHRLGMLVKIANLRRAEELWPDATSVMTWNANENRHMLAINIALGFKPSGFEGEWQKRLE NA NA NA NA NA D3-18_01313 1152 hypothetical protein ATGACTGTAGACGAGGCGAAGACCGTTCAAGTCGAGCAGCTGTGGGTGCCTGACACCCTGGACAGCCCCGACGCCGCTGATTTCCTGGACGCCGTTGAAGTTGGGCGCCGGGTACGTATGGAGACGTGGGGGAGTGACGACCTCGCCTATACGCCTTTGGAAAAGCTATTGGAGTTTTCGGATCCCTACGAGCGCCAGATCATTTTGGTGGCAAAGGTAGCGGGCGTCATTGTGGGCACAGTGGATATTGCCTTGCCCTTGGCGGACAACCTGGATCTGGCCGAGTTCACCCTGGACATCCTGCCCGAGTACCAGGGGCAGGGTGTTGGCCGTCAGTTGCTGGAAGCCGCCGAGCAGCTCGCCCGGGCGGAGGGGCGCACCATGGCGTTGGTGGACACCAACCACCCGGCAACTTCACTCACTGAGATACCCGAGGATCAGTTGATCCCGGGCAGCGGCGCTGGCTTTGTTCCTGAGAGCAGCAGGGAGGTGGACTTCGCCAAGCGGGCCGGGTACACCCTTCAGCACATCGAACAGTTCAGTTCATGCGTGCTGCCCCTGGATTCCAAGCTGGTGGGGGATCTGCAGCTTGAAGCCGAAGAAGCCAACGGCGGCCGTTACACGCTGCACCACTGGACTGACCGTTGCCCCGAGGCCTGGCTGGAGGCCGTGGCTGCACTGGAGAATGCTGCTGGCGAGGTAGTCCGTGACGAAGGCGACGAAGACGCGCCTGAAGTGGAAGCGAGCGGAATGGTCTTCGATGCAACGGTACTCCGCGAAACCGAGGATGCAGCCTTGGCGCAGGGCCGGCGTACGGTGGTGACCGCCGTCGAGCATGTGGACAGCGGGCGGCTGGTGGGCCTGACAACCATCAGTGTCCTCGCGCACCGCCAGGACGTGGTTTTCCAAGACGATACTTTGGTCCTGCAGGACCATCGGGGCAACAAGCTCGGCTTGCTGATCAAGGTTGCCAACATGGAACGGCTGAGTGAGCAGTTTCCGGACGCCCGGGTCATCTATACCTGGAACGCCCCGGAGAACAGATACCTCCTGACCGTGAACAAGCAGTTGGGGTTTACCACCGCGGGTGTCACCGGACTGTGGCAGAAGGAGCTTCCGGGCAGGCTCACAGGCGCTACTTCGTCAGACTAG MTVDEAKTVQVEQLWVPDTLDSPDAADFLDAVEVGRRVRMETWGSDDLAYTPLEKLLEFSDPYERQIILVAKVAGVIVGTVDIALPLADNLDLAEFTLDILPEYQGQGVGRQLLEAAEQLARAEGRTMALVDTNHPATSLTEIPEDQLIPGSGAGFVPESSREVDFAKRAGYTLQHIEQFSSCVLPLDSKLVGDLQLEAEEANGGRYTLHHWTDRCPEAWLEAVAALENAAGEVVRDEGDEDAPEVEASGMVFDATVLRETEDAALAQGRRTVVTAVEHVDSGRLVGLTTISVLAHRQDVVFQDDTLVLQDHRGNKLGLLIKVANMERLSEQFPDARVIYTWNAPENRYLLTVNKQLGFTTAGVTGLWQKELPGRLTGATSSD NA NA NA NA NA D3-18_01314 594 rplJ COG0244 50S ribosomal protein L10 ATGACAACGCCTAGCAAGATCTCCGCAGTTGCAGAGATCACCAACGATTTCAAGGAATCGAACGCGGCTGTCCTGACCGAATACCGCGGGCTCACTGTTGCACAGCTCAAGGAACTGCGTGTTGCGCTCGGCCAGGACACCAAGTTCTCGGTCGTCAAGAACACCCTGAGTGCCATTGCAGCCAAGGAAGCTGGAGTTGAAGCATTCAACGATCAGCTCGCCGGCCCTACTGCAATCGCCTTCATCAAGGGTGACGCTGTTGCTGCTGCCAAGAGCCTGACGGACTTTGCCAAGGCCAACAAGCAGCTGGTTATCAAGACCGGCGTCTTCGAAGGCAAGGCATTGGACGCAGCAGGAGTTGCCGCACTGGCAGCCCTCGAGTCCCGCGAGCTGCAGCTTGCACGTGTTGCTGGTGTCCTCAAGGCTCCCGCATCCGCTGCTGCACGCATCATCGACGCTCTGCGCCTCAAGCTTGAAGAAGAGGGCGGCGCATCTGCACCGGCCGCTGAAGAAGCCCCGGCCGCTGAAGAGGCTGCTGCTGAAGAGGTTGCGGCTCCGGCCGAAGCCGCTGAAGCTGCAACCGAAGAGAACTAA MTTPSKISAVAEITNDFKESNAAVLTEYRGLTVAQLKELRVALGQDTKFSVVKNTLSAIAAKEAGVEAFNDQLAGPTAIAFIKGDAVAAAKSLTDFAKANKQLVIKTGVFEGKALDAAGVAALAALESRELQLARVAGVLKAPASAAARIIDALRLKLEEEGGASAPAAEEAPAAEEAAAEEVAAPAEAAEAATEEN NA NA NA NA NA D3-18_01315 378 rplL COG0222 50S ribosomal protein L7/L12 ATGGCGAAGCTCAGCAACGAAGAGCTCATTGAAGCTTTCAAGGAACTGACCATCATCGAGCTCTCCGAGTTCGTCAAGCTCTTCGAAGAGACCTTCGAAGTTACGGCTGCTGCTGTTGCAGTTGCTGGCCCCGCTGCCGGCGGTGCTGCTGAAGCTGCTGAAGAGAAGACCGAATTCGACGTCGTTCTCGAAGCTGCTGGCGACAAGAAGATCGCAGTGATCAAGGAAGTTCGCGCCATCACCTCCCTCGGCCTCAAGGAAGCCAAGGACCTGGTTGACAGCGCACCGAAGGCTGTTCTCGAAGGCGCCACCAAGGAAGCTGCCGAGAAGGCAAAGGCTCAGCTCGAAGAAGCTGGCGCAACGGTTACCCTCAAGTAA MAKLSNEELIEAFKELTIIELSEFVKLFEETFEVTAAAVAVAGPAAGGAAEAAEEKTEFDVVLEAAGDKKIAVIKEVRAITSLGLKEAKDLVDSAPKAVLEGATKEAAEKAKAQLEEAGATVTLK NA NA NA NA NA D3-18_01316 1158 hypothetical protein ATGGTGAAGTTCACGAATCGTTTGGTTGCTGAGGTTGTCCAGTCGTTCTGGCAGCAGGTTGCGGACGGTGCCCGTTTTGAAGATGCTGGTGCGTTCGTCGGGTGGTCCGTAACGACGGTCCGCCGTGAGCTGAGGTCCTCAGGAGGGGTCCGGCCCCGTCGGGGCCGGACCCTGACCGGCCGTTCCCTATCGTTCCAGGAGCGGGAGTTGATCTCGTTATGGCGGGGCAAGGAATCGGTCCGTGAGATCGCCAGACGTTTGGGTCGTTCCCCGTCAACGATCTCCCGGGAGCTCCGGCGGAACGCTGACAAGGTCTTTTTCTACCGGGCTACCACCGCCCATGCCCGCGCCCACGCCCGGGCAGCCAGGCCCAAGACCGCTAAGCTCAACAGCAACAAGCCCTTGCGCCTGGAAGTCGAAAAGCGGCTCGAAAAGAAAGACTCACCGGTCCAGATCGCTGGCAGACTCCGCAAGGACTTCCCGAACAACCCGGAGATGTGGGTGTCACACGAGACCATCTACCAGTCCCTCTATCTCGAGTCCCGGGGCGGGCTAAAGCGGGAACTGGTCAAGAACCTGCGCACCGGCCGGACCCTGCGCAAACCCCAACGCCGCCCCGACGAACGCCGCGGCAGAATCCAGGACAAGGTCATGATCGCCGACCGTCCCGCCGAGGTCGAAGACCGTGCCGTGCCAGGGCATTGGGAAGGGGACCTGATCGTAGGCAAGGACGGAAAAACCGCCATCGGCACCATCGTGGAGCGCACAACCGGGTTCGTGATGCTCCTCCATGTCCCGACCGGTCAAAACCGTGCCGAGTCTGTTCGGGATGGGCTGATCCGCAAAATGGGCGCCCTTCCCGACGAACTGAGGCTCTCACTGACCTGGGACCAAGGCACCGAAATGCGCAGGCACAAGGAAGTGAAGATCGCAGCCGACATCGACATCTACTTCTGCGATCCCCACTCACCTTGGCAACGCGGCTCGAACGAGAACACCAACGGGCTCCTGCGCCAGTACTTCCCCAAAGGCGCAGACCTAAGCATCTACAGCCAAACCGACCTCGACTACGTCGCCCACGAACTCAACGACAGACCCCGCCAACGATTCGACTTCTGCACCCCCAATGAGATGATCAGAACCTTCCTGTTGCGATAA MVKFTNRLVAEVVQSFWQQVADGARFEDAGAFVGWSVTTVRRELRSSGGVRPRRGRTLTGRSLSFQERELISLWRGKESVREIARRLGRSPSTISRELRRNADKVFFYRATTAHARAHARAARPKTAKLNSNKPLRLEVEKRLEKKDSPVQIAGRLRKDFPNNPEMWVSHETIYQSLYLESRGGLKRELVKNLRTGRTLRKPQRRPDERRGRIQDKVMIADRPAEVEDRAVPGHWEGDLIVGKDGKTAIGTIVERTTGFVMLLHVPTGQNRAESVRDGLIRKMGALPDELRLSLTWDQGTEMRRHKEVKIAADIDIYFCDPHSPWQRGSNENTNGLLRQYFPKGADLSIYSQTDLDYVAHELNDRPRQRFDFCTPNEMIRTFLLR PGPT0030610_168 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482 NA NA D3-18_01317 489 hypothetical protein ATGACTGAGGAATTTAGGCCCGGGGACGGTGCCGAACGGTTCTTGTCAGACGCCGCCGCGCGCGGCCTGGACGTTGACGTCGTCGAGCGTCCAGCTGCCCGCAGTTTGGAAGAGGCTGCCGACATCCTGGGCATCAGTCCGGCGGACATCGTGAAGTCGTTGGTGGTCAAACACCGTGATGGCAGTTTCCTGTTCGCACTCATTCCGGGGGACCGCCAGATCTCCTGGCCCAAGCTGCGAGCTCTGGTGGGGGTCAATAAACTCTCGCTCCCCCACGCCGACGTAGCTCTGGCCGCCACTGGCTACGAGCGTGGAACCATCACTCCGCTGGGCAGCACCACACCGTGGCCTGTGTATGCCGATGCCACCATTACCGGGCGCCGTATCTCCATGGGCGCCGGGGCCCATGGCCGGAGTGCTTTCGTTGACGCGGACGCACTCACAGCAGCCTTGGGTGCGGTAGTAGCCGACATCAGCGAACCCAACTAG MTEEFRPGDGAERFLSDAAARGLDVDVVERPAARSLEEAADILGISPADIVKSLVVKHRDGSFLFALIPGDRQISWPKLRALVGVNKLSLPHADVALAATGYERGTITPLGSTTPWPVYADATITGRRISMGAGAHGRSAFVDADALTAALGAVVADISEPN NA NA NA NA NA D3-18_01318 1200 COG0183 putative acetyl-CoA acetyltransferase ATGACCAACTCCGCTGACGACAATGATGTTGTCATCCTTGCTGCTTCCCGTACACCACAGGGTCGGCTCAACGGGCAATTGGCGGGCTTCACCGCCGTCGACCTCGGTGCTCATGCCATAACTGCCGCACTCGCGGCCAGCGGTGTCAAGGCCGAACAAGTGGACGCTGTCATCATGGGCCAGGTCCTTCAGGCCGGTGCAGGCCAGAATCCCGCCCGACAGAGTGCCATCGCCGCAGGCGTCGGCTGGAACATCCCCGCCGTCACCATCAACAAGGTGTGCCTTTCCGGCCTCACAGCCGTCATTGATGCCGCACGCATGATCCGCAGCGGTGATGCCACAGTGGTGGTTGCCGGAGGCCAGGAATCCATGACGCGCGCGCCGCACCTCCTCCCGGGATCCCGCCAGGGCTGGACATACGGAGCCATCCAGGCCTTGGATGTCGCCGCTCACGACGGCCTCACCGATGCTTTCGACGGACAGTCCATGGGATTGTCCACGGAAACGAAGAACGTCACGCTCGGGATCGACCGCAAGGCCCAGGATGAAGTTGCGGCAGCCTCGCACCAACGCGCTGCCGCTGCCATCGCGGACGGAACTTTCGACGTCGAAATCGCTCCGGTAAGCGTCAAGCAGCGCAAGGGCGATCCCCTGGTGCTCACCACGGATGAAGGCATCCGCCCCAACACCACAGTGGAGACGCTGGCACCGCTCAAGGCCGCATTCGCCACCGACGGCACCATCACGGCCGGCAACTCCTCTCCCCTGTCCGACGGCGCCTCCGCACTGGTGCTGACCAGTCGCCGCTTCGCAAAGGACAACGGGCTGGACTACTTGGCTGTTGTTGGAAAGCCCGGGCAGGTCGCAGGACCTGACAACTCGCTCCACTCACAGCCCTCCAACGCCATAGCGCAGGCGTTGAAACGCGCCGGTTGGACGGCGGAAGACCTGGACTTCATCGAAATCAATGAGGCCTTCGGTTCTGTGGCCGTCCAGTCCCTCAAGGATCTCCGCTACCCCTTGGAGAAATGCAACATCCATGGCGGGGCCATTGCCTTGGGCCATCCTATCGGGGCCTCCGGTGCACGGCTCGCGTTGCATGCGGCACACGAGCTCAGGCGCAGGGGAACCGGAAAAGCGGCTGTCTCCCTGTGCGGAGGCGGAGGCCAGGGTGAAGCCCTCCTCCTTTACCGCGACTGA MTNSADDNDVVILAASRTPQGRLNGQLAGFTAVDLGAHAITAALAASGVKAEQVDAVIMGQVLQAGAGQNPARQSAIAAGVGWNIPAVTINKVCLSGLTAVIDAARMIRSGDATVVVAGGQESMTRAPHLLPGSRQGWTYGAIQALDVAAHDGLTDAFDGQSMGLSTETKNVTLGIDRKAQDEVAAASHQRAAAAIADGTFDVEIAPVSVKQRKGDPLVLTTDEGIRPNTTVETLAPLKAAFATDGTITAGNSSPLSDGASALVLTSRRFAKDNGLDYLAVVGKPGQVAGPDNSLHSQPSNAIAQALKRAGWTAEDLDFIEINEAFGSVAVQSLKDLRYPLEKCNIHGGAIALGHPIGASGARLALHAAHELRRRGTGKAAVSLCGGGGQGEALLLYRD PGPT0008320_5236 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626 NA NA D3-18_01319 3507 rpoB COG0085 DNA-directed RNA polymerase subunit beta TTGGTCGCCTCGAGCACCTCTAATAACGAAACCGCTAACACGGCAAGCACCGATGGTGCCACCCGCCGCCTCTCATTCGCAAAGATTCACGAACCACTTGATGTTCCGAATCTTCTCGCCCTGCAGACGGACAGCTTTGACTGGCTGGTCGGAAACGAACGCTGGCAGGCGCGGGTAGCGAAGGCTGTCGAGGAGGGCGACCTCAGCGTCGCCACCACCTCCGGACTTGCCGACATCTTCGAAGAGATCTCCCCCATCGAGGACTTCCAGGGCACTATGTCCCTGAGCTTCTCCGAGCCGGAGTTCGCTGACCCGAAGTACACCATGGCCGAATGTAAAGACCGTGACGCCACCTACTCGGCCCCGCTGTATGTCAAGGCCGAGTTCATGAATAACAACACGGGCGAAATCAAGCAGCAGACCGTGTTCATGGGCGACTTCCCCCTCATGACTGAAAAGGGAACGTTCGTCGTCAACGGCACCGAGCGTGTCGTTGTCTCCCAGCTGGTCCGTTCGCCGGGCGCCTACTTTGAGCGCACCGCTGACAAGACCAGTGACAAGGACATCTTCACTGCGAAGATCATCCCGTCGCGTGGTGCATGGTTCGAACTCGAAATCGACAAGCGCGACCAGGTCGGCGTTCGTCTCGACCGCAAGCGCAAGCAGTCGGTCACGGTTCTCTTGAAGGCCCTCGGCTGGACCGAAGGCCAGATCCTGGAAGAGTTCGGCCAGTACGACTCCATGCGTGCAACGCTGGAGAAGGACGCCACCGAGACCCGCGAAGACGCGCTTCTGGACATCTACCGCAAGCTGCGTCCGGGCGAACCGCCCACAGTTGAGGCTGCCCAGTCCCTGCTGGACAACCTGTACTTCAACGCCAAGCGCTACGATCTTGCCAAGGTTGGCCGTTACAAGATCAACCGCAAGCTCGGCATCGACCGCTCCCTTGGTGACAAGGAAGCATCGGTCCTGCACGTTGAAGACATCGTTGCCATGATCAAGTTCCTCGTTGCGCTTCACGCCGGCGAGAAGACCCTCATGGGCAAGCGCGACGGCGAAGACCACGAGCTTCGCGTCGACGTCGATGACATCGACCACTTCGGCAACCGTCGCATCCGCGCCGTGGGCGAACTGATCGAGAACCAGGTCCGCACCGGACTTTCCCGTATGGAACGCGTCGTCCGCGAACGCATGACCACGCAGGACGTCGAGGCCATTACGCCGCAGACACTGATCAACATCCGTCCCGTCGTGGCAGCTATCAAGGAGTTCTTCGGAACTTCCCAGCTGTCGCAGTTCATGGACCAGAACAACCCGCTCTCGGGTCTGACCCACAAGCGCCGCTTGTCCGCGCTTGGCCCGGGTGGTCTGTCCCGTGACCGTGCAGGCATGGAAGTTCGAGACGTTCACCCGTCCCACTACGGACGTATGTGCCCCATCGAAACTCCTGAAGGCCCGAACATTGGTCTGATTGGTTCGTTGGCATCCTACGGCCGCATCAACCCGTTCGGCTTCATTGAGACGCCGTACCGTTTGGTTTCCGAGGGCGTCGTTTCCGACGAAGTCCAGTACCTGACGGCCGACGACGAAGCCGAGGTCCTGATCGCACAGGCCAACGCTCCGCTGGATGCTGACAAGAAGTTCGCGGAAGAGACCGTTCTCGTCCGTGCCCGTGGTGGTGGAGGCGAGCCCGTCCTGGTTCCCGCTGCCGACGTTCAGTTCATGGACGTTTCCCCGCGCCAGATGGTGTCCGTGGCAACCGCCCTGATTCCGTTCCTTGAGCATGACGATGCCAACCGTGCACTCATGGGTGCCAACATGCAGCGCCAGGCCGTGCCCCTGGTCCGTTCCGAGGCTCCTTTCGTGGGCACCGGCATGGAGCGCGCAGCAGCCGTCGACGCCGGTGACGTTGTCATCGCGAAGAAGGCAGGTGTGGTCACAGAGGTTTCCGCCGAGCTGGTTGTCATGATCAACGACGACGGTACTGAGACGAACTACCGCATCAACAAGTTCGCCCGTTCCAACCAGGGCAACTGCTACAACCACCGCGTATTGGTCAGCGAAGGCCAGCGCCTGGAAGTTGGCGGCATCATCGCTGATGGTCCCGCAACGGACCAGGGCGAGCTCGCCCTTGGTAAGAACCTGCTCGTGGCATTCATGTCATGGGAAGGCCACAACTTCGAGGACGCCATCATCCTCTCCCAGCGCATTGTTGCTGAGGATGTACTTTCCTCCATCCACATCGAGGAGCACGAAATTGACGCCCGCGACACCAAGCTTGGTGCCGAGGAAATCACTCGTGATATCCCCAACGTGTCCGAGGAAGTCCTTGCAGGCCTGGACGAGCGTGGCATCATCCACATCGGTGCCGAGGTTGAAGCCGGCGACATCCTGGTCGGAAAGGTCACCCCTAAGGGTGAAACCGAGCTGACCCCGGAAGAGCGCCTTCTCCGCGCGATCTTCGGTGAGAAGTCCCGCGAAGTCCGCGACACCTCCCTGAAGGTTCCCCACGGCGAGTCCGGTACGGTCATCGGCGTGCGCGTCTTCGACCGCGACAACGACGACGAACTGCCCCCGGGCGTGAACCAGCTGGTCCGCGTCTACGTTGCAGCCAAGCGCAAGATCACCGACGGCGACAAGCTCGCCGGCCGTCACGGCAACAAGGGTGTTATCTCCAAGATCCTTCCGATCGAGGACATGCCCTTCCTTGCAGACGGCACCCCGGTGGACATCGTCCTGAACCCACTGGGTGTTCCGGGCCGAATGAACGTTGGCCAGGTTCTGGAAACCCACCTCGGTTGGGTAGCCAAGACCGGCTGGAAGATCGAAGGCGAGCCGGAGTGGGTTAAGAACCTCCCGAACCTGCCCCGTGAAACCGGCCAGACCACCGTTGCCACCCCGGTGTTCGACGGCGCCCGCGAAGAAGAAATCACGGGCCTGCTTGACTCCACCAACGTGACCCGCGACGGCGACCGCCTGATCGACTCCTCCGGTAAGACCCGTCTGTTCGACGGCCGCTCCGGCGAGCCGTTCCCGGATCCGATCTCCGTCGGTTACATGTACATCCTGAAGCTCCACCACTTGGTGGACGACAAGATCCACGCGCGCTCCACCGGCCCGTACTCCATGATCACGCAGCAGCCGCTGGGTGGTAAGGCTCAGTTCGGTGGCCAGCGCTTCGGTGAAATGGAAGTGTGGGCGCTCGAAGCTTACGGTGCCGCTTACACCCTTCAGGAACTCCTCACGATCAAGTCGGATGACATCCATGGTCGTGTGAAGGTCTACGAAGCCATCGTCAAGGGCGAAAACATCCCTGAGCCTGGCGTTCCCGAGTCCTTCAAGGTCTTGATCAAGGAAATGCAGTCGTTGTGCCTGAACGTGGAAGTTCTTTCCACCGATGGAACCACGATCGAAATGCGTGACTCTGATGACGCAGTCTTCACGGCTGCGGAAGAACTGGGCATCGATCTGTCTCGTGCAGAGCCCAGTTCCGTAGAAGAGGTCTAG MVASSTSNNETANTASTDGATRRLSFAKIHEPLDVPNLLALQTDSFDWLVGNERWQARVAKAVEEGDLSVATTSGLADIFEEISPIEDFQGTMSLSFSEPEFADPKYTMAECKDRDATYSAPLYVKAEFMNNNTGEIKQQTVFMGDFPLMTEKGTFVVNGTERVVVSQLVRSPGAYFERTADKTSDKDIFTAKIIPSRGAWFELEIDKRDQVGVRLDRKRKQSVTVLLKALGWTEGQILEEFGQYDSMRATLEKDATETREDALLDIYRKLRPGEPPTVEAAQSLLDNLYFNAKRYDLAKVGRYKINRKLGIDRSLGDKEASVLHVEDIVAMIKFLVALHAGEKTLMGKRDGEDHELRVDVDDIDHFGNRRIRAVGELIENQVRTGLSRMERVVRERMTTQDVEAITPQTLINIRPVVAAIKEFFGTSQLSQFMDQNNPLSGLTHKRRLSALGPGGLSRDRAGMEVRDVHPSHYGRMCPIETPEGPNIGLIGSLASYGRINPFGFIETPYRLVSEGVVSDEVQYLTADDEAEVLIAQANAPLDADKKFAEETVLVRARGGGGEPVLVPAADVQFMDVSPRQMVSVATALIPFLEHDDANRALMGANMQRQAVPLVRSEAPFVGTGMERAAAVDAGDVVIAKKAGVVTEVSAELVVMINDDGTETNYRINKFARSNQGNCYNHRVLVSEGQRLEVGGIIADGPATDQGELALGKNLLVAFMSWEGHNFEDAIILSQRIVAEDVLSSIHIEEHEIDARDTKLGAEEITRDIPNVSEEVLAGLDERGIIHIGAEVEAGDILVGKVTPKGETELTPEERLLRAIFGEKSREVRDTSLKVPHGESGTVIGVRVFDRDNDDELPPGVNQLVRVYVAAKRKITDGDKLAGRHGNKGVISKILPIEDMPFLADGTPVDIVLNPLGVPGRMNVGQVLETHLGWVAKTGWKIEGEPEWVKNLPNLPRETGQTTVATPVFDGAREEEITGLLDSTNVTRDGDRLIDSSGKTRLFDGRSGEPFPDPISVGYMYILKLHHLVDDKIHARSTGPYSMITQQPLGGKAQFGGQRFGEMEVWALEAYGAAYTLQELLTIKSDDIHGRVKVYEAIVKGENIPEPGVPESFKVLIKEMQSLCLNVEVLSTDGTTIEMRDSDDAVFTAAEELGIDLSRAEPSSVEEV NA NA NA NA NA D3-18_01320 3900 rpoC COG0086 DNA-directed RNA polymerase subunit beta' ATGTCCAGCGAATCCTCCTTCGGCCTCATGCAGATCGGCCTCGCCACCGCGGAAGACATCCGCGGATGGTCTTACGGTGAGGTCAAGAAGCCGGAAACCATCAACTACCGTACGCTCAAGCCCGAGAAGGACGGCCTCTTCTGCGAGAAGATCTTCGGCCCGTCCCGCGACTGGGAATGCTACTGCGGTAAGTACAAGCGCGTCCGCTTCAAGGGCATCATTTGCGAGCGTTGTGGCGTTGAAGTCACCCGCGCCAAGGTGCGTCGTGAGCGCATGGGCCACATTGAGCTGGCCGCGCCTGTAACCCACATCTGGTACTTCAAGGGCGTTCCTTCGCGCTTGGGCTACCTTTTGGACCTGGCACCGAAGGACCTCGAGAAGGTCATCTACTTCGCTGCCTACATGATCACCAGCGTTGACACCGAAAGCCGTCACGCTGAACTGCCGAACCTCCAGGTCGAGCACGACCTCGAGAAGAAGCAGATGGTGGACAACCGCGACAGCGACATCGCCACGATCGCCCGCGACCTTGAAGACGAGCTTGCCCGTCTTGAAGGCGAAGGCGCCAAGGCTGCCGACAAGAAGAAGGCCCGCGACTCTGCTGACCGCCAGATGGCGAACGTCCGCAAGCGTGCCGACGCCGACATCGAGCGCCTTGAGCAGGTTTGGGACCGCTTCAAGAACCTCAAGGTCGCTGACCTTGAAGGTGACGAAGGCCTTTACCGCGAACTGCGCGATCGTTACGGACTGTACTTCGAGGGCTCCATGGGTGCCGAGGCCATCAAGAAGCGCCTCGAGACCTTTGACATGCAGGCTGAAGCCGAGTCACTGCGCGACACCATCCAGAACGGCAAGGGCCAGCGTAAGACCCGTGCCCTGAAGCGCCTGAAGGTTGTCAACGCGTTCCTGACCACCAACAACAGCCCGCTTGGCATGGTTCTCGACGCCGTTCCGGTGATCCCGCCGGAACTGCGCCCGATGGTCCAGTTGGACGGTGGCCGCTTCGCGACCTCCGACCTCAACGACCTCTACCGCCGTGTGATCAACCGCAACAACCGACTCAAGCGACTGCTTGACCTCGGTGCTCCGGAGATCATCGTCAACAACGAGAAGCGGATGCTTCAGGAAGCTGTTGACAGCCTGTTCGACAACGGTCGTCGTGGCCGCCCCGTTACGGGTCCGGGCAACCGTCCGCTGAAGTCCCTGAGCGACATGCTCAAGGGCAAGCAGGGTCGTTTCCGCCAGAACCTCCTCGGCAAGCGCGTTGACTACTCCGGCCGTTCGGTCATCGTCGTTGGCCCGCAGCTGAAGCTGCACCAGTGTGGTCTGCCCAAGCAGATGGCCCTGGAGCTCTTCAAGCCGTTCGTGATGAAGCGCCTGGTTGACCTCAACCACGCACAGAACATCAAGTCGGCAAAGCGCATGGTCGAGCGTTACCGTCCGCAGGTTTGGGACGTGCTGGAAGAGATCATCACCGAACACCCGGTGCTGCTCAACCGTGCACCTACCCTGCACCGCCTCGGCATCCAGGCCTTCGAACCGCAGCTTGTGGAAGGCAAGGCAATCCAGCTTCACCCGCTGGTTTGTGGCGCCTTCAACGCTGACTTCGACGGCGACCAGATGGCAGTACACCTGCCGCTGAGCCCGGAAGCCCAGGCCGAAGCCCGCATCCTGATGCTGTCCTCGAACAACATCCTGAAGCCGTCCGATGGCCGTCCGGTGACCCTTCCTTCGCAGGATATGATCATCGGTCTCTACCACCTGACCACAAAGCGCGTCGGTTCCGCCGGCGAAGGCCGCATCTTCTCCTCGGTTTCGGAAGCCATCATGGCGTACGACGCCCGTGATCTGCACCTGAACTCCCAGGTGAAGATCCGTCTGGACGACTTCGTGCCTTACGCAGGGTGGGAAGCTCCGGAAGGTTGGGAGCCCGGTCAGCCGGCTCTCGTTGAAACCTCCCTGGGCCAGGTCATCTTCAACCAGACGTTGCCCGAGGATTACCCGTGGGTCGAGGCTGTTGCTGATAAGGGCGAACTGTCCCGGATCGTCAACGACCTCGCCGAGCGCTACCCGAAGGTTGTTACCGCGGCAACGCTGGATAACCTGAAGGACGCCGGTTTCTACTGGGCCACCCGTTCGGGTGTCACGGTTGCCATCTCCGACATCGAGGTGCCTACTTCCAAGCCTGCCATTTTGGCCGGTTACGAGAACATGGCTGCCAAGATCCAGGGCCAGTACGACAAGGGCCTGATCGACGACGACGAGCGTCGCCAGGAACTGATCGAAATCTGGAACAAGGCGACCAACGAAATCGCCCAGGCGATGCGCGACAGCCTGTCCCCGATGAACACCATCAACCGCATGGTGTCCTCCGGTGCACGTGGTAACTGGATGCAGGTCCGCCAGATCGCGGGTATCCGTGGTCTTGTGGCCAACCCGAAGGGCGAGATTATTCCTCGCCCGATCAAGTCCTCCTACCGCGAGGGCCTGTCGGTTCTGGAATACTTCATCGCCACGCACGGTGCCCGTAAGGGTCTGGCCGATACCGCTCTCCGTACCGCCAACTCGGGTTACCTGACCCGTCGTCTGGTGGACGTTTCGCAGGACGTCATTGTCCGCGAGGAGGACTGTGGTACCGAACGCGGTCTGGTCACCCCGATCGCCGTGCCGGATTCCAATGGTGAGCTCGTCCTGGACGAGAACGTCGAGAACAGCGCCTACGCACGTACGCTGGCTGTCGACGTCGTCGATGCCCAGGGCAACGTCCTGGCTGCCGGCGGCACTGACTGCGGCGACGTCGTTATCGACCAGCTGTTGGCTGCAGGCATCACCGAGGTCAAGGTCCGCTCCGTACTCACTTGTGAGTCCAAGGTCGGCACCTGTGCACTCTGCTACGGCCGTTCGCTGGCCACCGGCAAGACCGTGGACATCGGCGAGGCCGTGGGCATCATCGCGGCACAGTCCATCGGTGAGCCCGGTACCCAGCTGACCATGCGTACGTTCCACACCGGTGGTGCTGTTTCCGCCGGCGGTGGCGACGACATCACCCAGGGTCTGCCCCGTATCCAGGAGCTCTTCGAAGCCCGTACTCCGAAGGGTGTCGCACCGATTGCTGAAGCAGCCGGCCGCATCACCATCGAAGAGTCCGAGCGCCAGATGCGCTTGGTCATCACTCCGGACGATGGTTCCGAAGAGATTGCCTACCCGGTGCTGCGCCGTTCACGTCTCCTCATCGAGGATGGCGAGCACGTCAGCGTCGGCCAGAAGCTGATCAACGGTCCGGTGGACCCGAAGCAGGTTCTGCGCATCATGGGCCCCCGTGCCGCACAGAAGTTCCTTGTGGACGAGGTTCAGGGCGTTTACCGCAGTCAGGGTATTGGTATCCACGACAAGCACGTCGAGGTTATCGTCCGCCAGATGCTGCGCCGCGTGACCGTCATCGAATCCGGCGACTCCGACCTGCTCCCCGGTGAGCTTGCAGAGCGCGCCCGCTTCGAGGACGAGAACCGCCGCGTCGTGTCGGAGGGCAAGGCCCCGGCTTCGGGTCGTCCGGAACTCATGGGTATCACCAAGGCTTCCTTGGCTACCGAGTCCTGGCTGTCCGCAGCTTCGTTCCAGGAAACCACCCGCGTCCTGACGCAGGCGGCCATGGAAGGCAAGAGCGATCCTCTGCTCGGCCTCAAGGAAAACGTCATCATCGGTAAGCTCATCCCGGCTGGTACGGGTCTGCCCCGCTACACAGAGGTCAATGTGGAGCCGACGGAAGAAGCAAAGGCAAGCCTGTTCACGGGCCCCAGCGCTTTCACCGACTTCTCCTATGACGCCCTGGGTGGCGACGGCGCTCCCGAGTTCCACGCCATCCCGCTGGATGACTACGACCTCGGCAACGACTTCCGCTGA MSSESSFGLMQIGLATAEDIRGWSYGEVKKPETINYRTLKPEKDGLFCEKIFGPSRDWECYCGKYKRVRFKGIICERCGVEVTRAKVRRERMGHIELAAPVTHIWYFKGVPSRLGYLLDLAPKDLEKVIYFAAYMITSVDTESRHAELPNLQVEHDLEKKQMVDNRDSDIATIARDLEDELARLEGEGAKAADKKKARDSADRQMANVRKRADADIERLEQVWDRFKNLKVADLEGDEGLYRELRDRYGLYFEGSMGAEAIKKRLETFDMQAEAESLRDTIQNGKGQRKTRALKRLKVVNAFLTTNNSPLGMVLDAVPVIPPELRPMVQLDGGRFATSDLNDLYRRVINRNNRLKRLLDLGAPEIIVNNEKRMLQEAVDSLFDNGRRGRPVTGPGNRPLKSLSDMLKGKQGRFRQNLLGKRVDYSGRSVIVVGPQLKLHQCGLPKQMALELFKPFVMKRLVDLNHAQNIKSAKRMVERYRPQVWDVLEEIITEHPVLLNRAPTLHRLGIQAFEPQLVEGKAIQLHPLVCGAFNADFDGDQMAVHLPLSPEAQAEARILMLSSNNILKPSDGRPVTLPSQDMIIGLYHLTTKRVGSAGEGRIFSSVSEAIMAYDARDLHLNSQVKIRLDDFVPYAGWEAPEGWEPGQPALVETSLGQVIFNQTLPEDYPWVEAVADKGELSRIVNDLAERYPKVVTAATLDNLKDAGFYWATRSGVTVAISDIEVPTSKPAILAGYENMAAKIQGQYDKGLIDDDERRQELIEIWNKATNEIAQAMRDSLSPMNTINRMVSSGARGNWMQVRQIAGIRGLVANPKGEIIPRPIKSSYREGLSVLEYFIATHGARKGLADTALRTANSGYLTRRLVDVSQDVIVREEDCGTERGLVTPIAVPDSNGELVLDENVENSAYARTLAVDVVDAQGNVLAAGGTDCGDVVIDQLLAAGITEVKVRSVLTCESKVGTCALCYGRSLATGKTVDIGEAVGIIAAQSIGEPGTQLTMRTFHTGGAVSAGGGDDITQGLPRIQELFEARTPKGVAPIAEAAGRITIEESERQMRLVITPDDGSEEIAYPVLRRSRLLIEDGEHVSVGQKLINGPVDPKQVLRIMGPRAAQKFLVDEVQGVYRSQGIGIHDKHVEVIVRQMLRRVTVIESGDSDLLPGELAERARFEDENRRVVSEGKAPASGRPELMGITKASLATESWLSAASFQETTRVLTQAAMEGKSDPLLGLKENVIIGKLIPAGTGLPRYTEVNVEPTEEAKASLFTGPSAFTDFSYDALGGDGAPEFHAIPLDDYDLGNDFR NA NA NA NA NA D3-18_01321 375 rpsL 30S ribosomal protein S12 GTGCCTACGATTAACCAGCTGGTCCGCAAGGGCCGCACGCCGAAGGTCTCCAAGACCAAGGCTCCCGCGCTGAAGGGCAGCCCGATGCGCCGCGGTGTTTGCACCCGCGTTTACACCACCACCCCCAAGAAGCCGAACTCGGCTCTCCGTAAGGTGGCACGTGTGCGCCTCAACGGTGGCGTAGAAGTTACCGCCTACATCCCCGGTGTTGGCCACAACCTCCAGGAGCACTCCATCGTGCTCGTCCGTGGTGGTCGTGTTAAGGACCTTCCGGGTGTCCGCTACAAGATCGTCCGCGGCGCACTCGACACCCAGGGTGTCAAGAACCGCAAGCAGGCTCGCAGCCGTTACGGCGCAAAGATGGAGAAGAAGTAA MPTINQLVRKGRTPKVSKTKAPALKGSPMRRGVCTRVYTTTPKKPNSALRKVARVRLNGGVEVTAYIPGVGHNLQEHSIVLVRGGRVKDLPGVRYKIVRGALDTQGVKNRKQARSRYGAKMEKK NA NA NA NA NA D3-18_01322 471 rpsG COG0049 30S ribosomal protein S7 ATGCCTCGCAAGGGTCCGGCCCCTAAGCGGCCGCTAGTTTCCGATCCCGTTTACGGCTCCCCGTTGGTCACGCAGCTGATCAACAAGGTTCTTGTCGACGGCAAGAAGTCCACCGCAGAGCGCATCGTTTACGGCGCACTCGAAGGTGCACGTGCCAAGTCCGGCGGCGACCCCGTTGCCGCTCTCAAGAAGGCCATGGACAACGTCAAGCCTTCCCTCGAGGTGCGTTCACGCCGTGTTGGTGGCGCTACCTACCAGGTTCCGGTTGAGGTCAAGCCGGGTCGCTCCACCGCCCTCGCTCTGCGTTGGCTCGTGGGCTACTCCAAGGCCCGCCGTGAGAAGACCATGACCGAGCGCCTCCAGAACGAAATCCTGGATGCCTCCAATGGTCTTGGTGCCGCTGTGAAGCGTCGCGAAGACACCCACAAGATGGCCGAGTCCAACAAGGCCTTCGCACACTACCGCTGGTAA MPRKGPAPKRPLVSDPVYGSPLVTQLINKVLVDGKKSTAERIVYGALEGARAKSGGDPVAALKKAMDNVKPSLEVRSRRVGGATYQVPVEVKPGRSTALALRWLVGYSKARREKTMTERLQNEILDASNGLGAAVKRREDTHKMAESNKAFAHYRW NA NA NA NA NA D3-18_01323 2115 fusA COG0480 Elongation factor G GTGGCACAGGACGTGCTTACCGACCTTAATAAGGTCCGCAACATCGGCATCATGGCCCACATCGATGCCGGCAAGACCACCACTACCGAGCGCATCCTGTTCTACACGGGTGTGAACCACAAGATCGGCGAGACGCACGACGGCGCTTCGACGACTGACTGGATGGAACAGGAAAAGGAACGCGGCATCACCATCACGTCTGCCGCCGTGACTTGCTTCTGGGACAAGAACCAGATCAACATCATCGACACCCCGGGCCACGTTGACTTCACGGTTGAGGTTGAGCGCTCCTTGCGCGTCCTCGACGGTGCAGTCGCAGTGTTCGACGGCAAGGAAGGCGTGGAGCCGCAGTCCGAGACTGTTTGGCGCCAGGCTGACAAGTACAACGTTCCGCGTATCTGCTTCGTCAATAAGATGGACAAGCTGGGCGCTGACTTCTACTTCACCGTAGACACCATCATCTCCCGCCTTGGTGCCAAGCCGCTGGTTATGCAGCTGCCCATCGGCGCCGAGAACGACTTCATCGGTGTTGTTGACCTCCTCGAAATGCGCGCCCTGGTTTGGCCTGGCGACGCAAAGGGTGACGTCACCATGGGCGCTTCCTACGAAGTGCAGGAAATCCCGGCGGACCTCCAGGCCAAGGCCGAAGAGTACCGTGCACAGCTCGTTGAGACTGTGGCCGAGGCTTCCGAAGAGCTCATGGAGAAGTACCTCGAAGGTGAAGAACTCACCCTCGAAGAGATCAAAGCCGGCATCCGCAAGATGACCATCAACTCTGAGCTCTACCCGGTCTTCTGTGGTTCTGCCTTCAAGAACCGCGGTGTCCAGCCGATGCTTGACGCCGTTGTTGACTTCCTGCCGAACCCGCTCGACGTCCCGCCGATGATCGGTCACGATCCCCGCGACGAAGAGAAGGAACTCACCCGCAAGCCGTCTGCAGACGAGCCGTTCTCGGCCCTCGCCTTCAAGATTGCTGCACACCCGTTCTTCGGTCAGCTGACCTTCGTCCGCGTGTACTCCGGTCACGTCGAGGCAGGCGCCCAGGTGGTTAACTCCACCAAGGGCAAGAAGGAACGCATCGGCAAGCTGTTCCAGATGCACGCCAACAAGGAAATGCCCGTCGAGGGCGCTACCGCTGGCCACATCTACGCAGCCATCGGTCTGAAGGACACCACCACGGGCGACACCCTGTGCGATGCCAACAACCAGATCGTCCTCGAATCCATGAGCTTCCCGGAGCCCGTGATCTCGGTTGCCATCGAGCCCAACACCAAGGGTGACCAGGAGAAGCTCTCCACGGCCATCCAGAAGCTCTCCGCTGAGGACCCGACCTTCCAGGTCTCCCTCAACGAAGACACGGGCCAGACCATCATCGCCGGCATGGGCGAGCTTCACCTGGACATCCTGGTGGACCGCATGCGCCGCGAATTCAAGGTCGAGGCAAACGTTGGCAAGCCGCAGGTTGCTTACCGCGAAACCATCAAGCGCGCCGTTGAGCGCCTTGACTACACGCACAAGAAGCAGACCGGTGGTTCGGGTCAGTTCGCAAAGATCCAGATTGCGATCGAGCCCATGGACACCGCTTCCGGCGAGCTGTACGCGTTCGAGAACAAGGTCACTGGTGGCCGCGTTCCGCGCGAGTACATCCCGTCCGTTGATGCTGGTATCCAGGATGCACTGAACGACGGCGTCCTGGCCGGTTACCCGGTTGTCGGCATCAAGGCCACGCTGATTGATGGCGCGTCCCACGACGTTGACTCCTCGGAAATGGCGTTCAAGATCGCTGGACGTATGGCTTTCAAGGAAGCTGCACGCAAGGCGAACCCTGTCCTGCTTGAACCGCTGATGGATGTTGAGGTCCGCACACCTGAGGAATACATGGGTGATGTTATCGGTGACCTGAACGCTCGTCGTGGCCAGATGCAGTCCATGGAAGACGCAGCAGGTGTGAAGGTTATCCGTGCACACGTTCCGCTGTCCGGCATGTTCGGTTACATCGGCGACCTGCGGTCCAAGACCCAGGGTCGTGCCGTGTACTCCATGACGTTCAACAGCTACGCGGAGGTCCCCAAGGCAGTAGCCGACGAGATCATCCAGAAAACCCGCGGCGAGTAA MAQDVLTDLNKVRNIGIMAHIDAGKTTTTERILFYTGVNHKIGETHDGASTTDWMEQEKERGITITSAAVTCFWDKNQINIIDTPGHVDFTVEVERSLRVLDGAVAVFDGKEGVEPQSETVWRQADKYNVPRICFVNKMDKLGADFYFTVDTIISRLGAKPLVMQLPIGAENDFIGVVDLLEMRALVWPGDAKGDVTMGASYEVQEIPADLQAKAEEYRAQLVETVAEASEELMEKYLEGEELTLEEIKAGIRKMTINSELYPVFCGSAFKNRGVQPMLDAVVDFLPNPLDVPPMIGHDPRDEEKELTRKPSADEPFSALAFKIAAHPFFGQLTFVRVYSGHVEAGAQVVNSTKGKKERIGKLFQMHANKEMPVEGATAGHIYAAIGLKDTTTGDTLCDANNQIVLESMSFPEPVISVAIEPNTKGDQEKLSTAIQKLSAEDPTFQVSLNEDTGQTIIAGMGELHLDILVDRMRREFKVEANVGKPQVAYRETIKRAVERLDYTHKKQTGGSGQFAKIQIAIEPMDTASGELYAFENKVTGGRVPREYIPSVDAGIQDALNDGVLAGYPVVGIKATLIDGASHDVDSSEMAFKIAGRMAFKEAARKANPVLLEPLMDVEVRTPEEYMGDVIGDLNARRGQMQSMEDAAGVKVIRAHVPLSGMFGYIGDLRSKTQGRAVYSMTFNSYAEVPKAVADEIIQKTRGE NA NA NA NA NA D3-18_01324 1191 tuf COG0050 Elongation factor Tu GTGGCAAAGGCAAAGTTCGAGCGGACTAAGCCGCACGTCAACATCGGCACCATTGGTCACGTTGACCACGGTAAGACGACGCTGACTGCCGCCATTTCCAAGGTGCTGTACGACCAGTACCCGGATCTCAACGAGCAGCGCGACTTCGCGTCGATCGACTCTGCTCCGGAAGAGCGCCAGCGCGGTATTACCATCAACATCTCCCACGTGGAGTACCAGACCGAGAAGCGCCACTACGCACACGTAGACGCCCCGGGTCACGCTGACTACATCAAGAACATGATCACCGGTGCTGCCCAGATGGACGGCGCAATCCTCGTGGTTGCTGCAACCGATGGTCCGATGGCTCAGACCCGTGAGCACGTTCTGCTCGCCCGCCAGGTTGGTGTTCCCTACCTGCTGGTCGCACTGAACAAGTCCGACATGGTTGATGACGAAGAACTCCTCGACCTCGTCGAAATGGAAGTTCGTGAGCTCCTGAGCTCGCAGGGCTTCGATGGCGATGAGGCTCCGGTTGTTCGCGTTTCCGGTCTGAAGGCTCTGGAAGGCGACCCGGTTTGGGTCAAGTCCGTCCAGGACCTGATGGCAGCTGTCGACGAGTCCGTTCCGGACCCCGTACGTGACCGCGACAAGCCGTTCCTGATGCCGATCGAAGACGTCTTCACGATCACCGGTCGTGGCACCGTTGTTACGGGCCGCGCCGAGCGTGGAACCCTCGCCATCAACTCCGAGGTTGAGATCGTCGGCATCCGCCCGATCCAGAAGACCACGGTTACCGGTATCGAGATGTTCCACAAGCAGCTCGACGAAGCATGGGCCGGCGAGAACTGTGGCCTCCTGCTCCGCGGTCTGAAGCGTGACGATGTCGAGCGTGGCCAGGTTGTCGTCAAGCCGGGTTCCATCACCCCGCACACCGACTTCGAGGCTAACGTCTACATCCTTTCCAAGGACGAAGGCGGACGTCACAACCCGTTCTACTCCAACTACCGCCCGCAGTTCTACTTCCGTACCACGGACGTAACCGGCGTTATCACCTTGCCGGAAGGCACGGAAATGGTTATGCCTGGCGACAACACTGAGATGACCGTTGCGCTCATCCAGCCGATCGCTATGGAAGAGGGCCTCGGCTTCGCTATCCGCGAAGGCGGCCGCACCGTTGGTTCGGGACGTGTCACCAGCATCATCAAGTAG MAKAKFERTKPHVNIGTIGHVDHGKTTLTAAISKVLYDQYPDLNEQRDFASIDSAPEERQRGITINISHVEYQTEKRHYAHVDAPGHADYIKNMITGAAQMDGAILVVAATDGPMAQTREHVLLARQVGVPYLLVALNKSDMVDDEELLDLVEMEVRELLSSQGFDGDEAPVVRVSGLKALEGDPVWVKSVQDLMAAVDESVPDPVRDRDKPFLMPIEDVFTITGRGTVVTGRAERGTLAINSEVEIVGIRPIQKTTVTGIEMFHKQLDEAWAGENCGLLLRGLKRDDVERGQVVVKPGSITPHTDFEANVYILSKDEGGRHNPFYSNYRPQFYFRTTDVTGVITLPEGTEMVMPGDNTEMTVALIQPIAMEEGLGFAIREGGRTVGSGRVTSIIK PGPT0015245_3428 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION TRIGGERED_IMMUNITY PAMP|EFFECTOR_TRIGGERED_IMMUNITY|PTI PTI-BACTERIAL_EF-TU,PGPT0015245-elf18|tuf|tufA-K02358 NA NA D3-18_01325 4254 hypothetical protein ATGACTGCATTCCTCGTACTGCTGCTCATCGTCATCGTTGGCGGGGTTGGCTTTGCGATCGGGTTGGCTAAGGGACGCCGAGGGGCTTCGTCTGATGCTTCTTCCATGCCGGACCAAGCCGCCTATCAAGCGGGCTATCTCGCCGGCCACCTGGCTGGTTGGCGGGACGCGGAGGCCAAGGTCCAGGGTACGGACAGAGCTTCGACTTCGACAATCATTCCTTCCCCAATGAGCCCGCCATTGGCTCCGCCGTACAACCAGTCGTTCACCGGTTTGCCGCCCCAGCACCCCATGCCGGAACCAGCTGTCCGGCACCCCTTGCCGAACCAAGCGCAGTATTTCCAGCCGCCTACCGCGCAGCCCGTCAGTCAGGCTGTCCCGTATTCAGCCCGGAAAGCCGTTCCGCCGCAGCCGGTCCCGCAGCAATCCGGCCTGCAGCAACCTGTCGCTCAATCGCAGGCACGTTTCCTTGCTCAACAGCCGCCGGTTGTGCGGGAGACGCCCGAAGCCGCCGCTGCCCGCAAAGCGAAGCGCGACCAGCAAAACATCAACGTCACCCTCTACGTTGCGAGCCTCCTGCTGGTGGCTGCAGGGGCGTTGTTCGTGGGCACGAGCCTTCCTGCACTCTTCCGCTTCGTGGGTATTTGGTTCATCACTGCTTTGTTCTACGTGTCGGGTATGGCGATCCATTCCCGCGTTCCCCGCCTGCGACCAGCTGCGGTTGCCTTCGTAGGAACAGGCCTCGCGCTCATCCCCGTCACCGGCTTGGCCATGTACAACTTCGTTCTCCACAATGGTCCTGCTGCCTGGCTGGTCACGTCGTTGTTGGGCACGGCCGTTTATGCGTACACAGCAGTGAAGTTGGATAACAAAGTCCTGGCCTTCCTCTCGCTGAGTTTCATCGTCTCAACGGCGTGGTCTGGTGTCTCCGTTCTTGGAGGCGCTTTGGTCTGGTACTTCACGGCACTCATCGGCGTGGCCATTCTCCTGACTGTTGTCTCCTTGCTGCGTCCCAAGTGGCTTCCTCCGTTGTATGTGCGTCCGCTGATGGTGCTGCACCCCTCCTTGGTTCCCCTCGTGGCCGTGGCCGTGACCTTCACTCCGCAGCTTTTGTCGAAGGGGGAGTACGCCTGGGTGATGTTGATGTGCGGCATCTATTTTGCTGTCATGTTCTTCGTGCCGCGGGCCCGGTACAGGATGCAACATCTTTATGCTGCCAGGGCTGCGCTAACACTGGCTGTCCTTGGGGTGGTGTGGGATATCACCGCTGACGTGAGCTCCGTGATGTTGGCTGCAGCAATCTGCCTTGGTGTTCAATCCCTGGCCGTTGCCTTCGGCGGCAGGAAGTTGTTGCCTCGCTTCTGGTGGAACGACGCCATCTCCTGTTTGGCCTTGCAACTGATCACCGCGGCCATACTCACCGTTGTGCTGGAGTTCGGGGCGTTCGACATTCCTAACTATGTCCCTCTCTCCCTGACGATGCTGACTGCCATGGTGGTTGGTTGGAAACTGGGCCAAGGCATGGAGTTCGCCCCGGCCGTGGTGCTCGGGGTAGGAGGTGCGCTCGGTGGCCTGTTGGGTGCATGGACCGTCGCGGCACTCTTGGCTTCGGCCGCACTTTACTGGTTCGCGCGGGCAGCAATTGGGTCAGTTGCTTCCCGCCATTACTTGATTCTTGCGGGACGTATCGCGCTCACCCTGGCAGTGCCCGCCGGTGTGGCAGGCATGATGACCGGAAATCAGGACAGGACTGCTTACTCCCTGATAGCGCTAGTGGCCGTGGCCGCTGTGCAGCAACTTGTGAGCGCCGGGCTTGAACGTGGGGGAGTCCGCCTGTTGGCCCCGCAAGCTTCTCTGGCCGGCTTCGGTGGTGCCGCCGTCGCAGGGCTTCTTGTCCTCCCGGTATTCGATGACGGTGCCGGGCGCCCGGTAGTGGCTGCAGCCGTTCTGCTCGTCTTGTCGGCGGGCCTGGTCTCGGGCCTCCTGATGTTTCCGGGAACTCAACGGGTGCCTGCTGCCCAGGTTGCGTGGCGCCCAACGGTGGCTGAGGTAATCACCCCGGCAACTTCGGTTCTTGCTGGCGGCATGGCAGCAGCATTCGTGTCCTGGACGCTGGGAAATGCTGTGCTTTTGGCCTTGTTTGCCTACCTTGTGGTCACGGCCCTCCGAATCTCCCCGTCCTTCCATAGGCAGTGCTATTGGTGGCTGGCTAGGGCAACCGGCACGGCCTTGGTGGCATCGGCCTACGGAGATGCAATTCGCGACGGCTGGAGCCTTCGCCCCGTCGGTGAAACTCCCGCTGTAGGACTTGTGGTCGTCATTGCCGCTGCACTCCAGTTGTTCCTTTCCCTGCAAGCCGGCACCCGACGCCGTTACCCTCGTGCGTCCGTAATCGATGCCGGCGCTGTGGTTGTCGTCATGGCCGCAGCCACCGCCTTCCTTACAGTCACCACGGCGTTGGGAGCGTGGAGCGTACGTGACAGCTGGCAGCCGGGTGTTGCCGCGGTAACAACTGCCCTCGCTGCCGTCGTGGTCAGTATGATTCTCCGAAGCCACGCCGCAGCTTGGGTCTTCGCCCCCGCGGCCTTTGTACTGCTCCTGGCCCTTCGGCTGGGGAACATCCGGGACATCCAAATCTTGCTTGGCATCTTTGCCGCCTACAGCGCTTTCATGATGGGCGTGGTACGTAACCGCTTGATCCGGGGTGGTTACCTGCTGGGCGTCCGGGTGCTGGGGGGCGCCTTCATCGCTGTGACGGTCGCCGATGTCACGGACTCACCGGCAGCGGTGTCCATCACTCTGGCTCTGGTGCTCGCGCTACAGCATGTGCTCACCTTGGTCCTGCGCCGGCGGGGGGTCGAAGTCGCTTTCCAAGCGATAACCGTTCAGGCCACCTTAGGTGCCCAACTTTTGCTTCCGTTCGCCTACTTGCTCGCAGGAGATTACGACGGCGGTGGCCGCTGGGTGGTGCTGCTTCAGTTGGCCCTGGTCCCGGCTTCCGCTGCCATCGCCTGGCGCGTCCTCGGTGCCCGCGGGTCCCAATACTTCGGTGTCGTGGCGATAGGGGCGATAGTCATCGCAGCAGGGCCCGCGTTCACGTTCCCTGTACTTACGTGGCTGCACCAACCACTGCTGGACAAGTCCCAAGTACCCGTTGCCTTGCTCACGCTGGCTATCGCGATGATTGCAGCCAGGGCCGTGTTCCGTCCGGAAAAGACGGCTGCCGGTGCAGTCAGGGGTGTTACGGAGAGGTGGTTCTGGCTCATCTCTGCCATTGCCTTCACTGTTGTGGGCGGCTTTCTGACGTTGGATGTTTCCTACTCCCTGACCGGACTGTCTGTGTTGGTCCTCGCTTGTGTTCTGTTCGCAGCCTCACACTTTGAACGAGTGCCGGCTCTTTACGCGGCAGCAGCTCCGGCGGTGCTGGTAGGGGCGATTCCTGCCGTCGACGGGTTGCTGCAAGGACTGCCTGCGGGCATCTGGAGCGATTACGCTGTTTGGCTCATTGGAGGAGTCGGGACCGCTGTGCTCCTTTACTCACTAAGGACCTTCGGCGGACCTGCCATCAGGGACGAAGAATGGCGGCGGAACTCCCTGTCTGCTGCCGCGGCCCTGGCGGTTGGATCATCCGCGGCGGTGGGACTGGAGCGGGACGAGACATCAATGCTCGGTTTCATCCTGGTGGTTGCAACCGGGGTGCTGGTGGTGCTTGAGATTCCGCACGGCAAGTGGGTGGCCGCTGAGGTTGCAGGGCTGGTCTCTGTTGCAGCCCTCCAACGGGCGGTGCTCTTTGTGGACGCTTCCAAGCCTGATTGGTTCTGGGCCGCGCAGTGGTACGTGATGGCTGGTGCCGTTATAGCAGGGTTGCGCTACATGAAGGGGCAGCGGGCGGATGGCCTGCTTCGGCTTTGTCTTGCGGCCGGCGCTCTGTCTCTTACGTCCTTGGGTACCATCTTCGGTGGTACCTCATCGCAGCAACTGTACGTACTCGTGGCGCATGTCCTGCTACTGGCCGCGGGCTTGCTGCTGGCGGAGCGGGTACTGGTCTGGTGGGGTGCCATCGCCGTTGCGCTGAGCATCATGTGGTCGTTGCGCTCCTATGCCTTTGCAATGCTTGCCCTCGTCGCCCTGGGCCTGATTGTGCTGGCGGTGTGGCGTTTGAACCGGAAGCCGCCAAGCAATACAGGTGGACCGGGAGGGGGCGGAAATCCGAGCGATGCCCCGCCTGCGCGAACCCATGGCGGAATCCGATAA MTAFLVLLLIVIVGGVGFAIGLAKGRRGASSDASSMPDQAAYQAGYLAGHLAGWRDAEAKVQGTDRASTSTIIPSPMSPPLAPPYNQSFTGLPPQHPMPEPAVRHPLPNQAQYFQPPTAQPVSQAVPYSARKAVPPQPVPQQSGLQQPVAQSQARFLAQQPPVVRETPEAAAARKAKRDQQNINVTLYVASLLLVAAGALFVGTSLPALFRFVGIWFITALFYVSGMAIHSRVPRLRPAAVAFVGTGLALIPVTGLAMYNFVLHNGPAAWLVTSLLGTAVYAYTAVKLDNKVLAFLSLSFIVSTAWSGVSVLGGALVWYFTALIGVAILLTVVSLLRPKWLPPLYVRPLMVLHPSLVPLVAVAVTFTPQLLSKGEYAWVMLMCGIYFAVMFFVPRARYRMQHLYAARAALTLAVLGVVWDITADVSSVMLAAAICLGVQSLAVAFGGRKLLPRFWWNDAISCLALQLITAAILTVVLEFGAFDIPNYVPLSLTMLTAMVVGWKLGQGMEFAPAVVLGVGGALGGLLGAWTVAALLASAALYWFARAAIGSVASRHYLILAGRIALTLAVPAGVAGMMTGNQDRTAYSLIALVAVAAVQQLVSAGLERGGVRLLAPQASLAGFGGAAVAGLLVLPVFDDGAGRPVVAAAVLLVLSAGLVSGLLMFPGTQRVPAAQVAWRPTVAEVITPATSVLAGGMAAAFVSWTLGNAVLLALFAYLVVTALRISPSFHRQCYWWLARATGTALVASAYGDAIRDGWSLRPVGETPAVGLVVVIAAALQLFLSLQAGTRRRYPRASVIDAGAVVVVMAAATAFLTVTTALGAWSVRDSWQPGVAAVTTALAAVVVSMILRSHAAAWVFAPAAFVLLLALRLGNIRDIQILLGIFAAYSAFMMGVVRNRLIRGGYLLGVRVLGGAFIAVTVADVTDSPAAVSITLALVLALQHVLTLVLRRRGVEVAFQAITVQATLGAQLLLPFAYLLAGDYDGGGRWVVLLQLALVPASAAIAWRVLGARGSQYFGVVAIGAIVIAAGPAFTFPVLTWLHQPLLDKSQVPVALLTLAIAMIAARAVFRPEKTAAGAVRGVTERWFWLISAIAFTVVGGFLTLDVSYSLTGLSVLVLACVLFAASHFERVPALYAAAAPAVLVGAIPAVDGLLQGLPAGIWSDYAVWLIGGVGTAVLLYSLRTFGGPAIRDEEWRRNSLSAAAALAVGSSAAVGLERDETSMLGFILVVATGVLVVLEIPHGKWVAAEVAGLVSVAALQRAVLFVDASKPDWFWAAQWYVMAGAVIAGLRYMKGQRADGLLRLCLAAGALSLTSLGTIFGGTSSQQLYVLVAHVLLLAAGLLLAERVLVWWGAIAVALSIMWSLRSYAFAMLALVALGLIVLAVWRLNRKPPSNTGGPGGGGNPSDAPPARTHGGIR NA NA NA NA NA D3-18_01326 192 hypothetical protein ATGCCCCGCCTGCGCGAACCCATGGCGGAATCCGATAATGTTGCAGTCTACGGAGAGGAGCGCACCATGGAATTCCTGATTTTCCTGGCAGTCATTGTAGCTATCGGCGGCGGCGTGTTGTGGGGTCGAAAGAACTTCAAGAGCGAGATCGAGCGCGCCAAGTGGATTCGCCGCGCCAACAAAAACAAGTAG MPRLREPMAESDNVAVYGEERTMEFLIFLAVIVAIGGGVLWGRKNFKSEIERAKWIRRANKNK NA NA NA NA NA D3-18_01327 1434 bglA_1 Beta-glucosidase ATGAACGCCCAGGATTCAGGCTCCGTGGAAGATCTCGCCGCCCGCCTCCACCCGGGGTTCAGGCTGGGTGTCGCGGCAGCCGCGTTCCAGATAGAGGGTTCGCTGACCGCTGACGGACGGGGACCGTCCGGCTGGGATGCGTTCTCTGAAAAGCCCGGAGCAATAGTCGACGGCGGCTCCCCCACCGTGGCCTGCGATCACTATAACCGTTCGGACGAAGACATCGCCTTGATGCAGGAGCTCGGAGTCGACTCCTACCGCTTCTCGCTCTCGTGGCCACGAATCCAACCTGGAGGGAAGGGCGCCGTCAACCAGCGGGGGCTGGACTTCTATGATCGCCTGATAGACAAACTCCTTGCCGCAGGCATCTCCCCCATGGCCACGCTCTACCACTGGGACACCCCGCTGGAGTTGGAGCATGCCGGGGGGTGGATGAACAGGGACACTGCCGAACGCTTCGCTGTCTACTGCCAAGCCGCAGCCGAGCGCTTCGGGGATCGCGTTGAGCACTGGGTCACCATGAACGAGCCTGTGTCAGTTACCGTGCAGGGATACGCGCTGGGAGTCCACGCCCCAGGCCGGCAACTGCTGTTCGACTCCCTGCCTGCCGCACATCATCAACTGCTGGGACATGGAATGGCGGTCCAGGCCCTCCGAAACTCTGGCGTCAAAGGACAGATCGGTGTGTCCAACATGCACTGCCCCGTTGAGCCCGCCAGCAACAGTCTTGGCGACCGGCTGATGGCGCAGGCGCTGGACCTGATCCTCAACCGCATCTATGCCGATGCGATACTGCTGGGCCAATACCCCAAGCCACCCCTGCCCATGAAACCGTGGTTCCGGTCGCTAGGTACAGTTCACGACGGCGACCTTGAACTGATCAGCCAACCGTTGGACTTCTATGGGCTCAACTACTACTACCCGGTGAAAGCCGCGGCAGGCCCTGGTCCGGCGGAGATACCCACCGGAAGGTCGCAGGAGATGACCAAGGTTCCCTTCCACTTGGCCGCCTACCAGGAGTATGAGACCACCGGGTTCGGCTGGCCGATAGCACCGGAGTACCTTGCGTTGCTGCTACGCGAAATGAAGGACCGGTACGGTGAGGCACTTCCTCCCATTTACATCACCGAAGGTGGAGCCAGCTATCCCGAACCTGCCCACGTTGAGGGACCCGTCCAGGACACGAACCGCATCACCTACCTGGCAGAACACCTGGGCCATGCACTGACTGCGACAGGCCCTGGGGGCATCGCCGAGGACGTGGATCTTCGCGGATACTACGTCTGGACCTTGCTGGACAATTTCGAGTGGGCGGCAGGCTATTCGCAGCGATTCGGCCTGGTCCATGTGGACTTCGAAACCTTGGAAAGGACGCCGAAGGATTCGTTCTACTGGTACCGGTCGCTGGGCCGCGCACGTCACCGGCACATATAG MNAQDSGSVEDLAARLHPGFRLGVAAAAFQIEGSLTADGRGPSGWDAFSEKPGAIVDGGSPTVACDHYNRSDEDIALMQELGVDSYRFSLSWPRIQPGGKGAVNQRGLDFYDRLIDKLLAAGISPMATLYHWDTPLELEHAGGWMNRDTAERFAVYCQAAAERFGDRVEHWVTMNEPVSVTVQGYALGVHAPGRQLLFDSLPAAHHQLLGHGMAVQALRNSGVKGQIGVSNMHCPVEPASNSLGDRLMAQALDLILNRIYADAILLGQYPKPPLPMKPWFRSLGTVHDGDLELISQPLDFYGLNYYYPVKAAAGPGPAEIPTGRSQEMTKVPFHLAAYQEYETTGFGWPIAPEYLALLLREMKDRYGEALPPIYITEGGASYPEPAHVEGPVQDTNRITYLAEHLGHALTATGPGGIAEDVDLRGYYVWTLLDNFEWAAGYSQRFGLVHVDFETLERTPKDSFYWYRSLGRARHRHI PGPT0019165_1016 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0019165-bglB-K05350 NA NA D3-18_01328 309 rpsJ COG0051 30S ribosomal protein S10 ATGGCGGGACAAAAAATCCGCATCCGGCTGAAGTCATATGACCACGAGGTCATTGATGTTTCAGCGCGGAAGATCGTTGAGACGGTCACGCGCGCAGGCGCAACGGTAGTCGGCCCGGTGCCGCTGCCGACGGAGAAGAACGTTTACTGCGTTATTCGCTCTCCTCACAAGTACAAGGACAGCCGTGAGCACTTCGAAATGCGTACTCACAAGCGTCTGATCGACATCATCGACCCCACGCCGAAGGCTGTTGACTCGCTTATGCGTCTCGACCTGCCCGCCGACGTGAACATCGAAATCAAGCTCTAG MAGQKIRIRLKSYDHEVIDVSARKIVETVTRAGATVVGPVPLPTEKNVYCVIRSPHKYKDSREHFEMRTHKRLIDIIDPTPKAVDSLMRLDLPADVNIEIKL 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 D3-18_01329 651 rplC COG0087 50S ribosomal protein L3 ATGACCGCAACCCGTAACGTAAAGGGCCTGCTGGGCACGAAGCTCGGCATGACCCAGGTCTGGGACGAGAACAACAAGCTCATCCCGGTAACTGTTGTCCAGGCTGACTCGAACGTCATCACCCAGCTGCGCAATGCAGAGGTAGATGGCTACGTCGCCGTACAGATCGGCTACGGCCAGATCGACCCCCGCAAGGTCACCAAGCCGCTGGCTGGTCACTTTGAAAAGGCTGGCGTAACTCCTCGCCGCCACGTCGTCGAACTGCGTACCGCAGACGCCGCATCCTACGAGCTGGGCCAGGAGCTCTCTGTTGAGATCTTCGAAGCCGGCCAGAAGATCGACGTCGTCGGCACCTCCAAGGGTAAGGGCTTTGCCGGTGTTATGAAGCGTCACGGCTTCCACGGCGTTGGCGCTTCCCACGGTGCCCACAAGAACCACCGTAAGCCTGGCTCCATCGGTGGCGCATCCACCCCGAGCCGCGTCTTCAAGGGCCTGAAAATGGCCGGCCGCATGGGCGCCGAGCGTCACACCACGCTGAACCTCACGGTTCACGCCATTGACGCTGAGAAGTCGCTGCTCCTTATCAAGGGTGCCGTCCCCGGTGCCCGCGGCCAGGTCGTACTCGTACGCACCGCCGTGAAGGGAGCCTAG MTATRNVKGLLGTKLGMTQVWDENNKLIPVTVVQADSNVITQLRNAEVDGYVAVQIGYGQIDPRKVTKPLAGHFEKAGVTPRRHVVELRTADAASYELGQELSVEIFEAGQKIDVVGTSKGKGFAGVMKRHGFHGVGASHGAHKNHRKPGSIGGASTPSRVFKGLKMAGRMGAERHTTLNLTVHAIDAEKSLLLIKGAVPGARGQVVLVRTAVKGA NA NA NA NA NA D3-18_01330 618 rplD COG0088 50S ribosomal protein L4 ATGACTAGCACTGTCAAGGTAGACCTGCCTGCAGAGATCTTCGACGTCCAGACCAACGTGCCGCTGCTGCACCAGGTCGTCGTCGCACAGCTCGCTGCTGCACGCCAGGGTACCCACAAGACGAAGACCCGCGCCGAGGTTTCCGGTGCAGGTCGCAAGCCGTTCAAGCAGAAGGGTACCGGCCGCGCCCGTCAGGGTTCCATCCGTGCTCCTCACATGACCGGCGGTGGCGTTGTCCACGGTCCGACTCCTCGTGACTACAGCCAGCGCACCCCCAAGAAGATGAAGGCTGCTGCACTCCGCGGCGCCCTGTCTGACCGCGCCCGCAACGGCCGCATCCACGTCATCGCTGAACTGGTAGCCGGCACCAAGCCGTCCGCCAAGGAAGCACTGGCTTCGCTGCGTGCAGTCTCCGAGCGCAAGAACCTGCTCGTCGTAATCGAGCGCGCCAACGATGTTGCTGCACTCTCCGTGCGCAACCTCGAAGGTATTCACGTTCTGTACGCAGACCAGTTGAACACCTACGACGTGCTTGTCTCCGACGACGTGGTCTTCACCAAGGCTGCTTTCGAGGCGTTCGTCGCTGACAAGGCCAAGAACGAGGAGGCCTCCAAGTGA MTSTVKVDLPAEIFDVQTNVPLLHQVVVAQLAAARQGTHKTKTRAEVSGAGRKPFKQKGTGRARQGSIRAPHMTGGGVVHGPTPRDYSQRTPKKMKAAALRGALSDRARNGRIHVIAELVAGTKPSAKEALASLRAVSERKNLLVVIERANDVAALSVRNLEGIHVLYADQLNTYDVLVSDDVVFTKAAFEAFVADKAKNEEASK NA NA NA NA NA D3-18_01331 306 rplW COG0089 50S ribosomal protein L23 GTGAGCGTAACCACCATTAAGGACCCGCGCGACGTCGTGCTTGCACCCGTCGTTTCGGAAAAGAGCTACGGTCTGATCGACGAAGGCAAGTACACCTTCCTGGTGGACCCTCGCTCGAACAAGACCGAGATCAAATTGGCCGTTGAGAAGATCTTCTCGGTCAAGGTTGACTCGATCAACACCATCAACCGTGCCGGTAAGCGCAAGCGCACCAAATTCGGCTGGGGACAGCGCAAGAGCACCAAGCGTGCAATTGTCACCCTCAAAGAAGGCACAATCGACATCTTCGGCGGTCCGCTCGCGTAG MSVTTIKDPRDVVLAPVVSEKSYGLIDEGKYTFLVDPRSNKTEIKLAVEKIFSVKVDSINTINRAGKRKRTKFGWGQRKSTKRAIVTLKEGTIDIFGGPLA NA NA NA NA NA D3-18_01332 840 rplB COG0090 50S ribosomal protein L2 ATGGGAATCCGTAAATACAAGCCGACTACCCCGGGCCGTCGTGGCTCGAGCGTAGCCGACTTCGCTGAAATCACGCGATCGACTCCGGAAAAGTCGTTGCTGCGTCCGCTGCACAAAACAGGCGGCCGTAACAACTCCGGTAAGATCACCACCCGTCACAAGGGTGGTGGGCACAAGCGCCAGTACCGTCTGATCGACTTCCGTCGTCACGACAAGGACGGCATCAACGCCCGCGTTGCCGAAATCGAGTACGACCCGAACCGTACGGCTCGCATCGCACTCCTGCACTACGTTGATGGCACCAAGCGTTACATCATCGCTCCTAACAAGCTGTCCCAGGGTGACTTCGTCGAGGCTGGTCCTGACGCTGACATCAAGCCGGGCAACAACCTGCCGCTGCGCAACATCCCGGTTGGTACCGTAATCCACGCAGTTGAACTGCGTCCGGGTGGCGGCGCCAAGATGGCACGTTCCGCAGGTGCTTCGGTACAGCTCGTTGCCAAGGAAGGCCGCTTCGCACAGTTGCGTCTGCCCTCCGGCGAAATCCGCAACGTTGACGTGCGCTGCCGCGCAACCGTCGGCGAGGTCGGCAACGCCGAGCAGTCGAACATCAACTGGGGCAAGGCCGGCCGTATGCGCTGGAAGGGCGTTCGCCCGACTGTCCGTGGTGTAGCCATGAACCCGGTTGACCACCCGCACGGTGGTGGTGAAGGTAAGACTTCCGGTGGACGTCACCCGGTTAACCCGAACGGCAAGCCCGAGGGCCGTACCCGCCGTCCGAACAAAGAGAGCGACAAGCTTATTGTTCGTCGCCGCCGTACTGGCAAGAACAAGCGATAG MGIRKYKPTTPGRRGSSVADFAEITRSTPEKSLLRPLHKTGGRNNSGKITTRHKGGGHKRQYRLIDFRRHDKDGINARVAEIEYDPNRTARIALLHYVDGTKRYIIAPNKLSQGDFVEAGPDADIKPGNNLPLRNIPVGTVIHAVELRPGGGAKMARSAGASVQLVAKEGRFAQLRLPSGEIRNVDVRCRATVGEVGNAEQSNINWGKAGRMRWKGVRPTVRGVAMNPVDHPHGGGEGKTSGGRHPVNPNGKPEGRTRRPNKESDKLIVRRRRTGKNKR NA NA NA NA NA D3-18_01333 282 rpsS COG0185 30S ribosomal protein S19 ATGCCACGCAGCCTGAAAAAAGGTCCTTTCGTTGACCAGCACCTCTTTGTGAAGGTCGCACGGGAAAACGATAAGGGCACCAAGAACGTCATCAAGACCTGGTCCCGCCGTTCGATGATCATCCCCGACATGCTCGGGCACACGATCGCCGTACACGACGGACGCAAGCACATCCCGGTGTTTGTCACTGAGTCGATGGTCGGGCACAAGCTCGGCGAATTCGCTCCCACGCGGACATTCCGCGGCCATGTTAAGGACGACCGTAAGGGCAAGCGCCGCTAG MPRSLKKGPFVDQHLFVKVARENDKGTKNVIKTWSRRSMIIPDMLGHTIAVHDGRKHIPVFVTESMVGHKLGEFAPTRTFRGHVKDDRKGKRR NA NA NA NA NA D3-18_01334 366 rplV COG0091 50S ribosomal protein L22 ATGGAAGCCAAGGCTATTGCGCGTCACATCCGCGTAACGCCTATGAAGGCCCGGCGCGTCGTCAACCTTGTTCGTGGTAAGCAAGCGAATGAGGCTCTGGCAATTCTGAAGTTTGCCCCCCAGGCAGCTTCGGAGCCGGTATTCAAGGTACTTCAGTCGGCAATGGCCAACGCACGTGTCCTCGCGGACCGTGACGGCGTTGCATTCGACGACAGCGACCTCTTCATCACCGAAGCATTTGTTGATGAAGGCCCGACCATGAAGCGGTTCCAGCCGCGTGCCCAGGGCCGCGCCTACCGCATTAGGAAGCGGACCAGCCACATCACGCTGGTTGTCGCAACCCCGGAGAAAGAGGAGGCTCGCTAA MEAKAIARHIRVTPMKARRVVNLVRGKQANEALAILKFAPQAASEPVFKVLQSAMANARVLADRDGVAFDDSDLFITEAFVDEGPTMKRFQPRAQGRAYRIRKRTSHITLVVATPEKEEAR NA NA NA NA NA D3-18_01335 822 rpsC COG0092 30S ribosomal protein S3 GTGGGACAGAAAGTAAACCCGCACGGGTTCCGACTCGGCATCACCACCGACCACGTTTCGCACTGGTTCGCTGACAGCACCAAGCCCGGACAGCGCTACAAGGACTTCGTCCGCGAGGACATCAAGATCCGTCAGCTCATGTCCACCGGCATGGAGCGCGCCGGCATCGCCAAGGTCGAGATCGAGCGCACCCGTGACCGTGTCCGCGTGGATATCCACACGGCACGCCCGGGTATCGTTATCGGCCGCCGCGGCGCTGAAGCAGACCGCATTCGCGGCGAGCTCGAAAAGCTCACCGGCAAGCAGGTCCAGCTGAACATCCTCGAGGTCAAGAACCCCGAGATGGAAGCACAGCTTGTTGCCCAGGGCATCGCTGAGCAGCTGACTTCCCGCGTGGCTTTCCGCCGTGCGATGAAGAAGGCCATGCAGTCCGCACAGCGTGCGGGTGCCAAGGGTATCCGTGTTGCTTGCTCGGGTCGTCTGGGTGGCGCAGAAATGTCCCGCTCGGAGTTCTACCGCGAAGGCCGTGTGCCCCTGCACACCCTCCGCGCGAACATCGACTACGGCTTCTACGAAGCCAAGACCACCTTCGGCCGTATCGGTGTGAAGGTTTGGATCTACAAGGGTGACGTAACTGCCAAGGAACTGGCTCAGCAGGCAGCTGCTGCTCCGTCCCGTGGCCGTGCAGGAGACCGTCCGGGCCGCCCGGGTGGCGACCGCCGTCGTCGTAACGACCGTCCGGCAGCTGAGGCAGCACCCGCTGCCGTTGAAGCACCGGCCGCTGAAGCTGCTGCTCCGGCAGCAGAAGGAGGACAGGCTTAA MGQKVNPHGFRLGITTDHVSHWFADSTKPGQRYKDFVREDIKIRQLMSTGMERAGIAKVEIERTRDRVRVDIHTARPGIVIGRRGAEADRIRGELEKLTGKQVQLNILEVKNPEMEAQLVAQGIAEQLTSRVAFRRAMKKAMQSAQRAGAKGIRVACSGRLGGAEMSRSEFYREGRVPLHTLRANIDYGFYEAKTTFGRIGVKVWIYKGDVTAKELAQQAAAAPSRGRAGDRPGRPGGDRRRRNDRPAAEAAPAAVEAPAAEAAAPAAEGGQA NA NA NA NA NA D3-18_01336 417 rplP COG0197 50S ribosomal protein L16 ATGCTTATCCCACGTCGAGTCAAGCACCGTAAGCAGCACCACCCGGGTCGTTCCGGCGCTGCAACGGGCGGCACCAAGGTCAGCTTCGGTGAGTACGGTATCCAGGCTCTCAGCCCGGCATACGTAACCAACCGTCAGATCGAGTCCGCTCGTATCGCGATGACCCGCCACATCAAGCGTGGCGGTAAGGTCTGGATCAACATCTACCCGGACCGTCCGCTGACGAAGAAGCCTGCCGAAACCCGTATGGGTTCCGGTAAGGGTTCTCCGGAATGGTGGGTCGCAAACGTCAAGCCGGGCCGGGTTCTCTTCGAACTCTCCGGTGTCAATGAAGAGGTAGCTCGCGAGGCCCTGCGCCTGGCAATCCACAAGCTCCCGTTGAAGGCACGCATTGTGCGTCGCGAAGGTGGTGAATAG MLIPRRVKHRKQHHPGRSGAATGGTKVSFGEYGIQALSPAYVTNRQIESARIAMTRHIKRGGKVWINIYPDRPLTKKPAETRMGSGKGSPEWWVANVKPGRVLFELSGVNEEVAREALRLAIHKLPLKARIVRREGGE NA NA NA NA NA D3-18_01337 321 hypothetical protein ATGGCAGTAGGGTCGAAGGATCTCGCACCCGCACAGCTGGACGGTTTCGACAACGAGCGTCTCGTTGAAGAACTCCGCAAGTCTAAGGAAGAGCTGTTCAACCTGCGTTTCCAGTCCGCCACCGGACAGCTGGAGAACCACGGTCGCCTGCGCGCGGTAAAGAAGGACATCGCACGCATCTACACCGTTCTCCGTGAGCGCGAGCTGGGCATTCGTGCCGAGGTTGCCGCACCGGTTGTGGAAGCCAAGGAAGAAAAGAAGTCCAAGAAGGCTGCCAAGGCTGAAAAGGCCGAGGTTGAAGCTGGAGAGGACGCCAAGTGA MAVGSKDLAPAQLDGFDNERLVEELRKSKEELFNLRFQSATGQLENHGRLRAVKKDIARIYTVLRERELGIRAEVAAPVVEAKEEKKSKKAAKAEKAEVEAGEDAK NA NA NA NA NA D3-18_01338 297 rpsQ COG0186 30S ribosomal protein S17 GTGAGCGAGAAGGAAACTGTGACGGAAGCAGCAGCCAGCGCTGAACAGCGCGGTTACCGTAAGACGCGTCGCGGCTACGTTGTCTCTGACAAGATGGAAAAGACCATCGTTGTTCAGGTTGAAGACCGCGTGAAGCACGCTCTGTACGGCAAGGTTATTCGCCGCACCTCGAAGATCAAGGCTCACGACGAAGAGAACACCGCCGGCATCGGCGACCTCGTTCTCATCTCTGAGACCCGCCCGCTCTCCGCTACCAAGCGGTGGCGTCTGGTGGAGATCCTCGAAAAGGCCAAGTAA MSEKETVTEAAASAEQRGYRKTRRGYVVSDKMEKTIVVQVEDRVKHALYGKVIRRTSKIKAHDEENTAGIGDLVLISETRPLSATKRWRLVEILEKAK NA NA NA NA NA D3-18_01339 369 rplN COG0093 50S ribosomal protein L14 TTGATTCAGCAGGAGTCGCGACTCAAGGTCGCCGACAACACGGGTGCTAAGGAAATCCTTACCATTCGCGTTCTCGGTGGATCCGGTCGTCGCTACGCAGGCATCGGCGACGTCATCGTCGCCACCGTCAAGGACGCTATCCCTGGCGGCAACGTAAAGAAGGGTGACGTCGTCAAGGCTGTCATCGTTCGTACCAAGAAGGAACGCCGCCGTGCGGATGGTTCCTACATCAAGTTTGACGAAAACGCAGCTGTGATCCTGAAGAACGACGGTGACCCCCGCGGTACCCGTATCTTCGGCCCGGTTGGTCGTGAACTTCGCGACAAGAAGTTCATGAAGATCGTTTCGCTGGCCCCGGAGGTGCTTTAG MIQQESRLKVADNTGAKEILTIRVLGGSGRRYAGIGDVIVATVKDAIPGGNVKKGDVVKAVIVRTKKERRRADGSYIKFDENAAVILKNDGDPRGTRIFGPVGRELRDKKFMKIVSLAPEVL NA NA NA NA NA D3-18_01340 360 rplX COG0198 50S ribosomal protein L24 ATGGCTAAGATCAAGAAGGGTGACCTCGTTCAGGTCATCACTGGCGCCAAGCAGGAACGTGGCGGCGACCGCGGCAAGCAGGGCAAGGTCCTGCGCGTATTCCCGGACACCAACCGCGTGCTGGTAGAGGGAATCAACCGCGTCACCAAGCACTCCAAGGTCGGTCAGTCGCAGCGCGGCACCAAGACCGGTGGCATCGAGGTTGTTGAAGCCCCGATCCACGTTTCCAACGTTGCTTTGGTTGACCCGTCGACCAAGAAGCCGACCCGTGTTGGTTTCCGTCTCGACACCGTTGAGAAGGATGGCGCTACCAAGACCGTCCGTATCCGCGTGTCCAAGGCCACCGGGAAGGACATCTAA MAKIKKGDLVQVITGAKQERGGDRGKQGKVLRVFPDTNRVLVEGINRVTKHSKVGQSQRGTKTGGIEVVEAPIHVSNVALVDPSTKKPTRVGFRLDTVEKDGATKTVRIRVSKATGKDI NA NA NA NA NA D3-18_01341 579 rplE COG0094 50S ribosomal protein L5 ATGACTGAGACTCTCGAGACTCCAGTAAAGATCGTTCCGCGTCTGAAGACGAAGTACGCAGAGACCATCAAGAAGTCACTGCAGGACGAATTCAGCTACGCGAACGTCAACCAGGTTCCCCGCCTGGTGAAGGTTGTAGTGAACATGGGTGTTGGAGATGCCGCCAAGGACTCCAAGCTGATCGACGGCGCTGTCCGCGACCTCACCCTGATCACCGGCCAGAAGCCGCAGGTAACCAAGGCCCGCAAGTCGATCGCACAGTTCAAGCTGCGCGAAGGCATGCCCATCGGTGCACACGCAACTCTGCGTGGAGACCGCATGTGGGAATTCGTGGACCGTCTGGTTTCGCTGGCACTGCCGCGTATCCGCGACTTCCGCGGCCTCAACGGCAAGCAGTTCGATGGCAACGGCAACTACACCTTCGGTCTGACCGAGCAGGTTATGTTCCACGAAATCGACCAGGACTCCATTGACCGCGTTCGCGGTATGGACATCACGGTCGTCACCACCGCCAAGACCGATGACGAAGGCCGCGCGCTGCTCAAGGCGCTTGGTTTCCCGTTCAAGACCGAAAACTAA MTETLETPVKIVPRLKTKYAETIKKSLQDEFSYANVNQVPRLVKVVVNMGVGDAAKDSKLIDGAVRDLTLITGQKPQVTKARKSIAQFKLREGMPIGAHATLRGDRMWEFVDRLVSLALPRIRDFRGLNGKQFDGNGNYTFGLTEQVMFHEIDQDSIDRVRGMDITVVTTAKTDDEGRALLKALGFPFKTEN NA NA NA NA NA D3-18_01342 399 rpsH COG0096 30S ribosomal protein S8 ATGACTATGACAGATCCTGTCGCAGACATGCTCACGCGTCTGCGCAATGCAAACTCGGCATACCACGACACCGTGTCCATGCCGTACAGCAAACTGAAGGCACGCGTTGCTGACATCCTGAAGGCAGAAGGCTACATTGCCGGCTGGAAGGAAGAAGACGCCGAGGTTGGCAAGAAGCTGACCATCGACCTGAAGTTCGGTCCGAACCGCGAGCGTTCCATCGCTGGCGTCCGCCGCATCTCCAAGCCGGGCCTCCGCGTTTACGCGAAGTCCACCAACCTGCCGCACGTGCTGGGTGGCCTGGGTATCGCAATCCTGTCCACCTCTTCCGGCCTCCTGACTGACAAGCAGGCCGGTAAGAAGGGCGTGGGCGGCGAAGTCCTCGCGTACGTCTGGTAA MTMTDPVADMLTRLRNANSAYHDTVSMPYSKLKARVADILKAEGYIAGWKEEDAEVGKKLTIDLKFGPNRERSIAGVRRISKPGLRVYAKSTNLPHVLGGLGIAILSTSSGLLTDKQAGKKGVGGEVLAYVW NA NA NA NA NA D3-18_01343 537 rplF COG0097 50S ribosomal protein L6 ATGTCACGTATTGGACGTCTCCCCATCACCGTTCCTGCCGGAGTTGAGGTCAAGCTCGATGGCTCCGTCATCAGCGTCAAAGGTGCCAAAGGCGAGCTGAGCCACACTGTGGCCAGCCCGATTGAGGTCACCCAGGAAGAGAACACTCTCACGGTCACCCGCCCGAACGACGAGCGCAACTCGCGTTCGCTGCACGGCCTGACCCGCACCCTGATCGCCAACATGATCCAGGGCGTTACCGAGGGCTACGAGAAGAAGCTTGAAATCGTTGGTACTGGTTACCGCGTTCAGGCCAAGGGTTCTGACCTGGAGTTCGCTCTGGGCTACAGCCACCCGGTCAACGTCTCTGCACCCGAAGGCATCACCTTCGTAGTAGAGGGTCCGACCAAGCTCTCTGTTGCGGGTATCAACAAGCAGCAGGTCGGCGAGGTTGCTGCCAACATTCGCAAGCTGCGCAAGCCCGACCCCTACAAGGGCAAGGGTGTCCGTTACGCCGGCGAAGTCATCCGCCGCAAGGTCGGAAAGGCTGGTAAGTAA MSRIGRLPITVPAGVEVKLDGSVISVKGAKGELSHTVASPIEVTQEENTLTVTRPNDERNSRSLHGLTRTLIANMIQGVTEGYEKKLEIVGTGYRVQAKGSDLEFALGYSHPVNVSAPEGITFVVEGPTKLSVAGINKQQVGEVAANIRKLRKPDPYKGKGVRYAGEVIRRKVGKAGK NA NA NA NA NA D3-18_01344 384 rplR COG0256 50S ribosomal protein L18 ATGGCCATCGCAATTAACAAGAAGCGTTCGAACAAGAGCAAGTCTGCTGCACGCAGCCGTCGCCAGCTTCGTATCCGCAAGCGCATCACCGGTACGGCTGTACGTCCTCGTCTGGTCGTCAACCGTTCGGCACGTCACGTATTCGTCCAGGTTGTCGATGACAGCAAGGGTGTAACCGTGGCTTACGCTTCCACCCTGGAAGCTGACCTCCGCGCATTTGACGGAGACAAGACTGCCAAGGCCAAGCGCGTCGGTGAGCTCGTTGCCGAGCGTGCCAAGGCTGCAGGCGTCGAAGCTGTTGTCTTCGACCGTGGCGGTAACAAGTACCACGGCCGCATCGCCGCCGTCGCTGACGGTGCTCGCGAAGGTGGGCTGGCACTGTGA MAIAINKKRSNKSKSAARSRRQLRIRKRITGTAVRPRLVVNRSARHVFVQVVDDSKGVTVAYASTLEADLRAFDGDKTAKAKRVGELVAERAKAAGVEAVVFDRGGNKYHGRIAAVADGAREGGLAL NA NA NA NA NA D3-18_01345 705 hypothetical protein GTGACCGTTGAAAATAACGAAAAGGACACCCAGGTGACTGAAGCTGTAGCTGCTGAAGCAACTGAGACCGCACCCGCTACCGATGACCGCCGCGGCGGACGTCGTGGCGAGCGCGGCGACCGTGGCCAGGGCCGCGGCGACCGTGGTGGCCGTGGTGGCCGCGACGGCGGTCGTGAGGCTGAGAAGAGCCAGTTCGTAGAGCGCGTTGTCACCATCAACCGCGTTGCCAAGGTCGTCAAGGGTGGTCGTCGCTTCAGCTTCACCGCTCTCGTCGTCGTCGGTGACGGCAACGGTATGGTCGGCGTCGGCTACGGCAAGGCCAAGGAAGTTCCCGCGGCTATCGCAAAGGGCGTTGAAGAGGCCAAGAAGTCCTTCTTCCGCGTTCCCCGCGTTGGCAGCACCATCCCGCACCGTGTGCAGGGTGAGGCCGCTGCAGGTGTAGTCCTGCTGCGTCCGGCTTCCGCCGGTACCGGTGTTATCGCCGGTGGTCCGGTCCGCGCGGTATTGGAGTGCGTGGGTATCCACGACATCCTCTCCAAGTCGCTCGGTTCCTCAAACGCGATCAACATCGTTCACGCGACTGTTGCCGCTCTGAAGCAGCTCGAAGAGCCCGCTTCCGTGGCTGCCCGCCGTGGCCTGCCGCTGGACGAGGTTGCTCCTGCTGCTCTGGTGCGCGCGCTCCAGAACCAGAAGGCAGGTGTTTAG MTVENNEKDTQVTEAVAAEATETAPATDDRRGGRRGERGDRGQGRGDRGGRGGRDGGREAEKSQFVERVVTINRVAKVVKGGRRFSFTALVVVGDGNGMVGVGYGKAKEVPAAIAKGVEEAKKSFFRVPRVGSTIPHRVQGEAAAGVVLLRPASAGTGVIAGGPVRAVLECVGIHDILSKSLGSSNAINIVHATVAALKQLEEPASVAARRGLPLDEVAPAALVRALQNQKAGV NA NA NA NA NA D3-18_01346 207 rpmD COG1841 50S ribosomal protein L30 ATGGCTAAGAACCTGACTCCCTCCGACGCCAAGTTGGAGATCACCCAGATCAAGGGCGTCATTGGCGCCAAGCAGAACCAGAAGGCCACCCTCCGGTCCCTCGGCCTGAAGCGCATCGGACACACCGTTGTCCGCAACGCTGACGCCGTGACCGTTGGAATGCTGAACACGGTTCCGCACCTCGTGAATGTAGAGGAGGCGAAGTAA MAKNLTPSDAKLEITQIKGVIGAKQNQKATLRSLGLKRIGHTVVRNADAVTVGMLNTVPHLVNVEEAK NA NA NA NA NA D3-18_01347 483 rplO COG0200 50S ribosomal protein L15 ATGGCAGAGAACAAGACCGCCGAAGAGACTGCTGAGAAGCAGCACGCTCTGAAGGTCCACCACCTGCGCCCCGCCCCGGGTGCCAAGACCGCCAAGACCCGTGTTGGTCGTGGTGAAGGCTCCAAGGGTAAGACCGCTGGTCGTGGTACCAAGGGTACGAAGGCCCGCTACCAGGTAAAGGCTGGCTTTGCCGGCGGCCAGCTGCCGCTGCACATGCGCCTGCCGAAGCTGCGCGGCTTCAAGAACCCGTTCCGGGTTGAGTTCCAGGTTGTTAACCTGGAGAAGCTCAACGAGCTGTTCCCGGAAGGTGGCGTTGTCACCGTCGAGTCCCTGGTTGAGAAGGGTGCTGTTCGCAAGAACCAGCCCGTCAAGGTGCTGGGCACCGGCGACATCACCGTCAAGGTTGACGTCACCGCCCACGCATTCTCTTCCAGCGCTGCGGAAAAGATTGCTGCAGCAGGCGGAAGCACCACTGCTCTCTAA MAENKTAEETAEKQHALKVHHLRPAPGAKTAKTRVGRGEGSKGKTAGRGTKGTKARYQVKAGFAGGQLPLHMRLPKLRGFKNPFRVEFQVVNLEKLNELFPEGGVVTVESLVEKGAVRKNQPVKVLGTGDITVKVDVTAHAFSSSAAEKIAAAGGSTTAL NA NA NA NA NA D3-18_01348 1311 secY COG0201 Protein translocase subunit SecY TTGCTAAGCGCATTCGGCCGGGCGTTTCGGACGCCTGATTTGCGACGCAAGTTGTTGTTCACGCTGGGAATCATCACAATCTTCCGCTTGGGAGCTTTTATCCCCTCGCCTGGTGTGAACTACCAGAATGTCCAGCAATGCTTGAACACCGGTGACACCTCGCAGGGCATCTACCAGCTGGTGAACTTGTTCAGCGGCGGCGCGTTGCTGCAGGTATCAGTGTTTGCCTTGGGCATCATGCCCTACATCACGGCGAGCATCATCGTGCAGCTGCTCCGGGTGGTCATTCCCCGGTTCCAGCAGCTCTACGAAGAGGGTTCCTCCGGTCAGTCAAAGTTGACGCAGTACACCCGGTACCTCACCATCGCTCTCGGACTGCTGAACGCCACCACGTTGGTGTCGCTCGCCCGGTCCGGCCAGTTGCTGCCAGGCTGCAACCTGCCCATCATTCCTGATGAGAGCATCATGACCACCATCCTCATCATCATCACGTTGACGGCCGGCACCGGCCTCATCATGTGGATGGGCGAACTGGTCACGGAAAAGGGTGTGGGCAATGGCATGTCGCTGCTCATCTTCACCTCCATTGCTGCTAGCTTCCCCGGCTCGCTGGGCTCCATCTGGGAGTCGAAGGGCCCGGGCACGTTCTTCATGGTCCTGGCCGTCGGCTTGCTGACGGTGGCCCTGGTGGTCTTCGTTGAGCAGTCGCAGCGCCGCGTTCCGGTTCAGTACGCCAAACGTATGATCGGACGCCGCACAGTGGGTGGCACCAGCACCTACATCCCCATCAAGGTGAACATGGCCGGCGTCGTGCCTGTCATCTTCGCGTCCTCCATGCTCTACCTGCCCGGGCTGATTTCACAGTTCAACCAGCCGGCGCCAGGGGAGCAGATGGCCCCGTGGGTTGAGTGGATCAACAACAACCTCACCCGTGGCGACCACCCCATCTACATGGCGCTGTATTTCGCCATGATTGTGTTCTTCACCTACTTCTACGTTGCCATCACCTTCAACCCTGAAGAAGTGTCGGACAACATGAAGAAGTACGGCGGGTTTATTCCGGGCATCCGGGCGGGTAAACCGACCGCGGACTACCTGCAGTACGTGCTTTCCAGGATCACCTTGCCTGGAGCCCTTTACCTGGGCTTCGTGGCGTTGATTCCTTTGGTTGCACTCGTCCTGATCAACGCCAACCAGAACTTCCCGTTCGGTGGCACGTCAATCCTGATCATGGTGGGTGTTGGCCTGGAGACCGTCAAGCAGATTGATGCGCAGCTACAACAACGTCACTACGAAGGGCTTTTGCGATGA MLSAFGRAFRTPDLRRKLLFTLGIITIFRLGAFIPSPGVNYQNVQQCLNTGDTSQGIYQLVNLFSGGALLQVSVFALGIMPYITASIIVQLLRVVIPRFQQLYEEGSSGQSKLTQYTRYLTIALGLLNATTLVSLARSGQLLPGCNLPIIPDESIMTTILIIITLTAGTGLIMWMGELVTEKGVGNGMSLLIFTSIAASFPGSLGSIWESKGPGTFFMVLAVGLLTVALVVFVEQSQRRVPVQYAKRMIGRRTVGGTSTYIPIKVNMAGVVPVIFASSMLYLPGLISQFNQPAPGEQMAPWVEWINNNLTRGDHPIYMALYFAMIVFFTYFYVAITFNPEEVSDNMKKYGGFIPGIRAGKPTADYLQYVLSRITLPGALYLGFVALIPLVALVLINANQNFPFGGTSILIMVGVGLETVKQIDAQLQQRHYEGLLR PGPT0025725_3376 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025725-secY-K03076 NA NA D3-18_01349 579 adk_2 COG0563 Adenylate kinase ATGACGAGAATGCTGATCATTGGACCTCCCGGTTCGGGCAAGGGTACGCAGGCTGAGCGGATTTCCGAGCGCCTCGGCGTAGTCGCCATCTCCACCGGCGACATCTTCCGTGCCAACGTAAAGGGCGAAACCCCTTTGGGCATCGAAGCAAAGAAGTACATGGACGCCGGGGACTTCGTTCCGGACAGTGTCACGAACGACATGGTTCGCGATCGCCTAAGCCAGAGCGATGTCGAAAACGGCTTCCTCCTGGATGGCTACCCGCGCACCACCGCGCAGGTGGACTACCTTGACCAGATCCTCGCTGAGGGTGAGCAGGAGCTCGACGTCGTGCTTCAGCTGACCGCCGATGACGAAGAACTGGTAACCCGCCTCCTGGGCCGTGCCAAGGAAACGGGCCGTTCGGATGACAACGAAACCGTCATCCGGCACCGCCTGGATCTCTACCACGAGCAGACCGAGGCGGTTGTGGCCAAGTACGCCGAGCGTGGCATCCTCACGCAGGTTGATGGCATTGGCGGTATCGACGAAGTTACCGACCGTGTCCTGACGGCGATCGAGTCGGCCAAGGCCGTTTAG MTRMLIIGPPGSGKGTQAERISERLGVVAISTGDIFRANVKGETPLGIEAKKYMDAGDFVPDSVTNDMVRDRLSQSDVENGFLLDGYPRTTAQVDYLDQILAEGEQELDVVLQLTADDEELVTRLLGRAKETGRSDDNETVIRHRLDLYHEQTEAVVAKYAERGILTQVDGIGGIDEVTDRVLTAIESAKAV PGPT0009040_6881 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0009040-adk|AK-K00939 NA NA D3-18_01350 828 map_1 COG0024 Methionine aminopeptidase 1 ATGGCGTTCGGTCAGCCCCGCATTGAATACAAAACCAACGAGCAGATGCGCACAATGCACCAGGCAGGCCTTGTCCTGAGCCGTGCACTCGACGCTGCCGTTGCGGCGGCAAAGCCGGGCGTCACCACCAAGGACCTGGATGACGTGTTCGCCGCAGTCCTCAACGATGCCGGAGCGAAGTCGAACTTTCTTGGTTATCACGGCTTCCCGGCCACCATCTGCACCTCGGTCAATGAGGAAGTAGTCCATGGCATCCCGGGCGGCAGGGTCCTCAACGACGGCGACATTATTTCCATCGACGGCGGCTGCATCGTTGAGGGCTGGCATTCCGACTCTGCCAGGACCGTGATTGTTGGCAACGTTGATCCCGAAGACCAGCGTCTTTCCGATGTCACCGAAGCAGCCATGTGGCGCGGCATCGCAGCCCTCGCCCAGGGCAAGTTTGTAGGAGACATTGGAAACGCGATCGATGACTACGTGTCATCCGTCCCCGGAAAGCCGTTGGGCATCCTGGAGGACTACGTGGGCCACGGCATTGGCTCAGAGATGCACATGGCACCGGACGTTTTGAATTACCGGACCAGTCACCGCGGCCCCAAGATCCGTCCGGGCCTATGCCTGGCCATTGAACCCATGTTGGTTCGCGGCGGCATCGAGACCGCTACCCTCGACGACGACTGGACCGTCGTCACCACGGACGGCAAGCGATCCTGCCAGTGGGAGCATTCGGTAGCTGTTCATGAGAAGGGCATCTGGGTCTTGTCCGCCCCGGACGGGGGAGCCGAGCAGTTGGCACCGCTCGGCGTCGTGCCTGTCCCCATCCCGTAA MAFGQPRIEYKTNEQMRTMHQAGLVLSRALDAAVAAAKPGVTTKDLDDVFAAVLNDAGAKSNFLGYHGFPATICTSVNEEVVHGIPGGRVLNDGDIISIDGGCIVEGWHSDSARTVIVGNVDPEDQRLSDVTEAAMWRGIAALAQGKFVGDIGNAIDDYVSSVPGKPLGILEDYVGHGIGSEMHMAPDVLNYRTSHRGPKIRPGLCLAIEPMLVRGGIETATLDDDWTVVTTDGKRSCQWEHSVAVHEKGIWVLSAPDGGAEQLAPLGVVPVPIP PGPT0020010_1679 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 D3-18_01351 1347 hypothetical protein ATGCGCACCAACCTTGACCGCCGACATTTCCTGGGACTCGCAGGCCTCGGCGCCGGAGCTGCGGCCCTCGCCGCGTGCGGCGGACCGTCGACGGCGGGTACGGCAGACGCCGTCGACACCGCATCGATCGACTTCAGTGGGGTAAAGCCCGCAGCCTCCATCGACTTCTGGACCAACCACCCGGGTAAGTCACAGGACGTGGAGAAGGCGATTATCGAGAAGTTCCACGCTAAGTTCCCTGACATCAAGGTCAATCTGGTGACGGCGGGCGCCAACTACGAAGAGATCGCCCAGAAGTTCCAGACGTCCCAGGCAGCCAAGACTGGCCTGCCGGGACTGGTAGTCCTTTCTGACGTCTGGTGGTTCCGCTACTACTCCAACGGCAGCATCATTCCCATCGACAGCTTGGTGAAGCAGCTGGATATCAAAATCGACGACTTCCAAAAGTCGCTGGTGGACGACTACAAATACGAGGACAAGCAGTGGGCGCTCCCCTACGGCCGTTCCACGCCGCTGTTCTACTACAACAAGGACCATTTCAAGGCCGCCGGACTTCCCGACAGGGCGCCGGCCACCTGGCAAGAGTTCGCAGAGTGGGCACCGAAACTCAAGGCCACCTCAGGGGCGCAGTACGCCTACATCTACCCTGCCTTGGCCGGGTACGCCGGCTGGACCCTTCAGAACAACCTGTGGGGCTGGGGCGGAAGCTGGTCAAAGGACTGGGACATCACTTGCGATTCCCCTCAATCCGTCGCCGCACTGCAGTGGGCGCAGGACTCCATCTACAAGGATGGTTGGGCCGGCGTCTCGTCCAAGGAGGCAGCTGACGACTTCGCCGCTGGGATCACCTCGTCCACTATCTCCTCCACGGGATCATTGCTTGGCGTTCTGAAGGCGGCAAAGTTCAACGTGGGCGTCGGCTTCCTTCCTGGCGGCCCGGAGGCACCCAGCGGCGTCTGCCCCACGGGCGGCGCGGGCCTCGGTATCCCCAGCGGCATCAGCAAGGAAGAGCAGCTGGCTGCGGCGACCTTCCTGAAGTTCATCACCGAACCGGAGAACACGGCCGCTTTCTCGGCCGCCACCGGCTACATGCCCACCAGGCTCTCAGCAGACATGTCGACGGTTCTTGCGGCAACACCACAGATCAAGATCGCCATGGACCAGCTCGCCGCCACCAAGGTTCAGGACAATGCCCGGGTGTTCCTGCCGGGCGCTGACCAGGAGATGGCCAAATCGGCGGCCAAGATCCTGACGCAGCAAGGTGACGTCAAAGCAACCATGACCGAGCTCAAGAAGACCCTCGAGGGCATCTACACCAAGGATGTGAAGCCCAAACTCAAGGCATAA MRTNLDRRHFLGLAGLGAGAAALAACGGPSTAGTADAVDTASIDFSGVKPAASIDFWTNHPGKSQDVEKAIIEKFHAKFPDIKVNLVTAGANYEEIAQKFQTSQAAKTGLPGLVVLSDVWWFRYYSNGSIIPIDSLVKQLDIKIDDFQKSLVDDYKYEDKQWALPYGRSTPLFYYNKDHFKAAGLPDRAPATWQEFAEWAPKLKATSGAQYAYIYPALAGYAGWTLQNNLWGWGGSWSKDWDITCDSPQSVAALQWAQDSIYKDGWAGVSSKEAADDFAAGITSSTISSTGSLLGVLKAAKFNVGVGFLPGGPEAPSGVCPTGGAGLGIPSGISKEEQLAAATFLKFITEPENTAAFSAATGYMPTRLSADMSTVLAATPQIKIAMDQLAATKVQDNARVFLPGADQEMAKSAAKILTQQGDVKATMTELKKTLEGIYTKDVKPKLKA PGPT0016835_355 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 D3-18_01352 921 ngcG_4 COG0395 Diacetylchitobiose uptake system permease protein NgcG ATGAGCGCGCCCGCACCCGCCGTCGTCGTTGATCCCCCGCAGGAGACCTCCCAAAAGCCCAACCCGAATGAGCCGCTGAGCCCCTTTTCCAAAGCCAACTTCATCCGCACAGTGGCGACCGGCTATGTGCCTCTGGTCATCGCGACGCTTGTGGTGTTCCTGCCGTTGCTCTGGATGTTGTTGAGCTCCTTCAAGCAACCGGGCGAGATCGTCACCATGGACCTGAAAATCCTGCCTGAGTCCTTGAACTTGGAAAACTACGCCACGGCCATGACTACGGTTCCGTTCGCGCAGTTCTTCGCCAACAGCTTGATCGTTACGGTGGTGGGTTCGTCCATCAAGGTCATCCTGGCGATCCTCACCGCTTACGCGCTGGTGTTTGTCCGTTTCCCATTCAAGAACGTGATCTTCGTGCTGATCCTGGTGGCGCTCATGGTCCCGGCGCAGGTATCCATCCTGCCCAACTACATCCTGATCGCGGGAATGGGCGGCAAGAACACCCTGTGGGGAATCATCCTTCCAGGCTTGGGGACGGCGTTCGGCACCTTCCTGCTGCGGCAACACTTCCTGACCCTGCCGGCGTCGATCCTCGAAGCAGCTGAAATTGACGGTGCGGGTCACTGGCGCCGGCTGTGGCAGATCATCGTCCCGGTCTCGGTGCCATCGATCGCAACTGTGGCACTGGTGACCGTGGTCAGTGAATGGAACGACTACATCTGGCCCCTGATCATCACCGACCGCCCAGAAACCATGACGCTCCCCGTGGGCCTGACCCTGCTGCAGAACTCGGAGGGCAACGGTGCCGGGTGGGGAATCCTCATGGCCGGAGCAGTCTTGGTGATCGTGCCCATCCTGCTGGTGTTCGCAGCACTCCAGCGCTACATCGTTGCCGGCCTGACCCAAGGCAGTGTCACCGGCTGA MSAPAPAVVVDPPQETSQKPNPNEPLSPFSKANFIRTVATGYVPLVIATLVVFLPLLWMLLSSFKQPGEIVTMDLKILPESLNLENYATAMTTVPFAQFFANSLIVTVVGSSIKVILAILTAYALVFVRFPFKNVIFVLILVALMVPAQVSILPNYILIAGMGGKNTLWGIILPGLGTAFGTFLLRQHFLTLPASILEAAEIDGAGHWRRLWQIIVPVSVPSIATVALVTVVSEWNDYIWPLIITDRPETMTLPVGLTLLQNSEGNGAGWGILMAGAVLVIVPILLVFAALQRYIVAGLTQGSVTG PGPT0016845_54 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 D3-18_01353 837 ugpA_1 COG1175 sn-glycerol-3-phosphate transport system permease protein UgpA ATGGCCTTGCCGAACTTGGTATTGATCGGCACGTTCACCTATTGGCCGCTGATTAACAACATCTACTACTCCACGTTGGATTGGACACTCGGCTCGGCCTCGGCCACAGTGGTTGGGCTGCAGAACTACATCACCTTCTTCACCAATGAGGACGCTTCCAAGGTCCTTGGCACTACGGCGATTTTCACGCTGGTGACGGTGGGCGGTTCCATGGTCCTGGGCCTGTTGGTCGCCCTCGCCTTGAATTCCAAGGTCCGCGGCACCACGTTCGCCCGGTCCGCTGTGTTCGCGCCCTATGTGCTGTCCGGCGTGGGTGTCGGCTTGGTGTGGCTGTTCATCTTTGATCCCGGCTACGGAGTGCTCGCCTGGGTCCTGCGCGGCCTCGGACAACAGAGCCCGCAGTGGATCAACGATCCCCAGCTTTCGTTGGTGATGGTCATCATTGTGTACGTCTGGAAGAACCTGGGCTACTGCGCCGTGGTTTATCTGGCAGGCCTGCAGTCCCTGCCCCGCGACGTCATGGAAGCAGCCGCTTTGGACGGTGCCAACAGCGTGCGGAGATTCTTCAACATCTCCATGCCGCTGCTCTCCCCCACCACGTTCTTCCTGCTGATCACCACCATGCTGAGTTCATTGCAGGCCTTTGACCTCATCCGCATCATGACCCCGCTGGGCAACGGCACCAGCACGCTGATTTACGAGGCGTACCTCCAAGCGTTCGGCGCCTATAACCGGGCAGGCTACTCTGCGGCGATTTCGGTGATTCTCTTCGCGATCCTGCTGATCATAACGGTTCTTCAACTTCGGTTCGTTGAGCGAAAGGTCCACTATTCATGA MALPNLVLIGTFTYWPLINNIYYSTLDWTLGSASATVVGLQNYITFFTNEDASKVLGTTAIFTLVTVGGSMVLGLLVALALNSKVRGTTFARSAVFAPYVLSGVGVGLVWLFIFDPGYGVLAWVLRGLGQQSPQWINDPQLSLVMVIIVYVWKNLGYCAVVYLAGLQSLPRDVMEAAALDGANSVRRFFNISMPLLSPTTFFLLITTMLSSLQAFDLIRIMTPLGNGTSTLIYEAYLQAFGAYNRAGYSAAISVILFAILLIITVLQLRFVERKVHYS PGPT0016840_1694 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 D3-18_01354 1017 COG3191 putative aminopeptidase ATGAATTCGATCACCGATGTTGCTGGCATACGGGTTGGGCATGTGCAGAGGGTGGGGGAGGGGTGGTTGTCCGGGGTCACTGTGGTGCTCCCTCCCGTGGGGACTGTGGGGTCCGTGGATGTGCGCGGCGGGGGTCCGGGGACCCATGAGACCGATGCTCTGGATCCGACAACGCTGGTTTCCGCAGTGGATGCTGTGGTGCTGACCGGGGGAAGTGCCTTTGGGCTGGCTTCTGCTACCGGAGCCCAGTTGTGGTGTGAGGAGCAGGGGAGAGGGTTTGCTGTTCCCGGGACTGTGGTGCCGATTGTGCCGGCGGCCGCCATTTTCGACCTCGGGCGCGGTGGCGACGTCAAAGCGCGACCCGGAGCCGACATGGGCTACCAAGCAGCCGCCGCAGCCTTCGCCTCCGGCGACCATGCCGCCGTCGAGCGTGGAAACGTGGGTGCCGGGACCGGGGCCGTTGTTGCGCGCGGCCAGTTCAAGGGCGGGATCGGTACGTCGTCCATTACTCTTGAAGGCGGGGTGATCGTTGGAGCCATTGCGGTGGTGAACGCGATGGGGGCGCCTGTCTTCGGGGCGGCGGGGCCGCAACACTCTACGCGCTCGGTCGTGCCTACCTTAGACGCGCGCCGCCGGGCCCCAGGCCCGCAGGAACAGCCGGGTGCGCCGTTCGCGACACCGCTGCAGGGGCTCAACACGACGTTGGTGGTGATCGCGACCAATGCCGTACTCGATGTGGCTGAGTGCAAACGGACTGCTTCTGCCGGGCATGCGGGGTTGGCCCGGGCGTTGGATCCGTCCCACACTTTGGCGGACGGTGACACCGTGTTCGCGTTGGCGACGGGCGCCGTCGGGCTTGACCGCAGTACTGAACAGGCGCGTCAGGTGTCGCTGATAACGCTCCAAAGCGCCGCGGCGGAAGCTGTTCGGCTGGCGATTCTGGACGGCGTCCTTGCAGCCGAAAGCGTCTCGACGGCGGCAGGTGACTTCCCCGCCTATCAGCCGGCAGGGGAGTGA MNSITDVAGIRVGHVQRVGEGWLSGVTVVLPPVGTVGSVDVRGGGPGTHETDALDPTTLVSAVDAVVLTGGSAFGLASATGAQLWCEEQGRGFAVPGTVVPIVPAAAIFDLGRGGDVKARPGADMGYQAAAAAFASGDHAAVERGNVGAGTGAVVARGQFKGGIGTSSITLEGGVIVGAIAVVNAMGAPVFGAAGPQHSTRSVVPTLDARRRAPGPQEQPGAPFATPLQGLNTTLVVIATNAVLDVAECKRTASAGHAGLARALDPSHTLADGDTVFALATGAVGLDRSTEQARQVSLITLQSAAAEAVRLAILDGVLAAESVSTAAGDFPAYQPAGE PGPT0010110_4 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-AMYCIN_DERIVATE_BIOSYNTHESIS,PGPT0010110-thnT|cmmT-K18572 NA NA D3-18_01355 222 infA COG0361 Translation initiation factor IF-1 ATGGCCAAGAAGGACGGGGTCATTGAGATCGAGGGCGTTGTGACTGAGGCGCTGCCCAATGCGATGTTTCGTGTTGAGCTCACCAATAAGCACGTCGTTCTCGCACACATCTCTGGGAAGATGCGACAGCACTACATTCGAATCCTCCCCGAGGACCGGGTAGTGGTGGAGCTGAGCCCATACGACCTCACACGTGGTCGTATCGTCTACCGCTACAAGTAA MAKKDGVIEIEGVVTEALPNAMFRVELTNKHVVLAHISGKMRQHYIRILPEDRVVVELSPYDLTRGRIVYRYK NA NA NA NA NA D3-18_01356 114 rpmJ COG0257 50S ribosomal protein L36 ATGAAGGTCAAGCCGAGCGTCAAGCAGATCTGCGACAAGTGCAAAGTGATCCGCCGTAACGGCCGGGTCATGGTGATCTGCGAGAACCCGCGCCACAAGCAGCGCCAGGGCTAA MKVKPSVKQICDKCKVIRRNGRVMVICENPRHKQRQG NA NA NA NA NA D3-18_01357 378 rpsM COG0099 30S ribosomal protein S13 ATGGCTCGTCTCGCTGGCGTAGACATTCCCCGCGAAAAGCGGTTGGAAATTGCGCTTACTTACATCTACGGCGTGGGCAAGACCCGTGCACACGAAACCCTGGCTGCCACCGGCATCAGCGCTGACGTTCGCGTCAAGGACCTGACTGACGCCGAGCTGGTCCAGCTGCGTGACTACATTGAAGGCAACTACAAGGTTGAGGGTGACCTTCGCCGCGAGGTAGCCGCTGACATCCGCCGCAAGGTAGAGATCGGCAGCTACGAAGGCCTGCGCCACCGCAAGGGCCTGCCCGTACGCGGACAGCGTACGAAGACCAACGCTCGTACCCGTAAGGGCCCGAAGCGCACCGTCGCCGGCAAGAAGAAGGCCGGACGTTAA MARLAGVDIPREKRLEIALTYIYGVGKTRAHETLAATGISADVRVKDLTDAELVQLRDYIEGNYKVEGDLRREVAADIRRKVEIGSYEGLRHRKGLPVRGQRTKTNARTRKGPKRTVAGKKKAGR NA NA NA NA NA D3-18_01358 402 rpsK COG0100 30S ribosomal protein S11 ATGCCCCCGAAGACTCGTGGAGCGGTTCGTAAGCCGCGTCGCAAGGATAAGAAGAATATTGCGCTTGGCCAGGCGCACATCAAGAGCACCTTTAACAACACCATCGTGTCCATCACGGACCCGAACGGTGCTGTAATCTCATGGGCTTCCGCCGGTGAGGTTGGCTTCAAGGGCTCCCGTAAGTCCACCCCTTTCGCTGCCCAGATGGCTGCTGAAGCTGCTGCAAAGCGCGCTCAGGAGCACGGTCTGCGCAAGGTTGACGTATTCGTCAAGGGCCCGGGATCCGGACGCGAAACCGCAATCCGTTCACTTCAGGCCGCTGGCCTCGAGGTTGGCTCCATCCAGGACGTCACCCCCAGCGCCCACAACGGTTGCCGCCCGCCGAAGCGCCGCCGCGTCTAA MPPKTRGAVRKPRRKDKKNIALGQAHIKSTFNNTIVSITDPNGAVISWASAGEVGFKGSRKSTPFAAQMAAEAAAKRAQEHGLRKVDVFVKGPGSGRETAIRSLQAAGLEVGSIQDVTPSAHNGCRPPKRRRV NA NA NA NA NA D3-18_01359 1011 rpoA DNA-directed RNA polymerase subunit alpha GTGCTCATTGCACAGCGCCCCACCCTGTCTGAAGAAGTTGTATCCGAGAACCGCTCCCGTTTCATCATTGAACCGCTGGAGCCGGGCTTCGGTTACACCCTCGGAAACTCCCTCCGCCGTACCCTGCTCTCCTCCATCCCCGGTGCTGCTGTAACCAGCATCCGGATCGATGGCGTGCTGCACGAGTTCACCACGGTTCCGGGTGTCAAGGAAGATGTCACCGAGATCATCCTGAACATCAAGAACCTTTCGGTTTCCTCCGAGCACGATGAGCCGGTTGTTGCTTACCTGCGCAAGCAGGGCCCCGGAGTCGTCACCGCCGCGGACATCGCTCCGCCGGCCGGCGTCGAATTCCACAACCCGGATCTGCACATTGCCACTCTGAACTCGAAGGGCAAGTTCGAACTCGAGCTGACCATCGAGCGCGGCCGTGGCTACGTTTCGGCAGCTCAGAACAAGTCCGGCGACTCCGAGATCGGCCGTATTCCGGTTGACTCGATCTACTCGCCGGTCATGAAGGTAACTTTCCGCGTGGAAGCTACCCGTGTTGAGCAGCGCACCGACTTCGACAAGCTCATTGTCGACGTCGAGACCAAGCAGGCCATCGCCCCGCGCGATGCTGTTGCTTCCGCAGGCACCACGTTGGTGGAACTGTTCGGTCTGGCTCGTGAGCTGAACACCGCAGCTGAAGGTATCGAGATTGGCCCGTCGCCGACGGACGCTGCCCTGGCAGCGGACATGGCTCTGCCGATCGAGGATCTGGATCTCACCGTCCGTTCCTACAACTGCCTCAAGCGTGAGGGCATCCACACCGTGGGTGAACTCGTTGCCCGCTCCGAGGCTGACCTGATGGACATTCGTAACTTCGGTGCGAAGTCCATTGACGAGGTCAAGGCAAAGCTCGTCGAACTGGGTCTGTCCCTCAAGGACTCCCCTCCCGGTTTCGATCTCGCAGCCCGCGCCGCAGCCATCGAAGAGGACGACGCCGCGTTCAGCGACGACGAGCTCTAA MLIAQRPTLSEEVVSENRSRFIIEPLEPGFGYTLGNSLRRTLLSSIPGAAVTSIRIDGVLHEFTTVPGVKEDVTEIILNIKNLSVSSEHDEPVVAYLRKQGPGVVTAADIAPPAGVEFHNPDLHIATLNSKGKFELELTIERGRGYVSAAQNKSGDSEIGRIPVDSIYSPVMKVTFRVEATRVEQRTDFDKLIVDVETKQAIAPRDAVASAGTTLVELFGLARELNTAAEGIEIGPSPTDAALAADMALPIEDLDLTVRSYNCLKREGIHTVGELVARSEADLMDIRNFGAKSIDEVKAKLVELGLSLKDSPPGFDLAARAAAIEEDDAAFSDDEL NA NA NA NA NA D3-18_01360 561 hypothetical protein ATGCCTACCCCCACTAAGGGTCCGCGCCTCGGAGGCGGCCCGGCTCACGAGCGCCTGATGCTCGCGAACCTGGCAGCTGCTCTGTTTGAGCACAAGCGCATCACCACCACGGTTACCAAGGCCAAGCGCCTCAAGCCGTACGCAGAGCGTCTGGTCACCTTCGCTAAGCGTGGCGACCTTGCTTCACGCCGCCGCGTTCTCGGCCTGATCAGCGACAAGGGCGTTGTCCACGAGCTGTTCACCGACATCGCCGGCGCCGTTGCTAACCGCGATGGTGGCTACACCCGCATCACCAAGATCGGCAACCGCAAGGGCGACAACGCTCCCATGGCTGTCATCGAGCTCGTTCTCGAGCCGGTTTCCCCGAAGCAGGCCGTTGTTGCTGAAGCAACCGCTGCCGCTGCCAAGGCTGCTCCGGCCGCCGAGGAAGAGGTCGTTGAGACCGAAGCCGTAGAGACTGAAGCTGCTGAAACCGAAGAGGCTCCGGCCGCTGAGGCAGAAGCTACTGAAGCTGAAGCTGCTGAGACCGAAGAGGCTCCGGCCGCTGAGGACAAGAAGTAA MPTPTKGPRLGGGPAHERLMLANLAAALFEHKRITTTVTKAKRLKPYAERLVTFAKRGDLASRRRVLGLISDKGVVHELFTDIAGAVANRDGGYTRITKIGNRKGDNAPMAVIELVLEPVSPKQAVVAEATAAAAKAAPAAEEEVVETEAVETEAAETEEAPAAEAEATEAEAAETEEAPAAEDKK NA NA NA NA NA D3-18_01361 891 truA COG0101 tRNA pseudouridine synthase A ATGAACGAACGAAAACCCGCTGCCCCCGTTTTGGGGGGCGGCGGGTTTTTGCGTGTCCGGCTTGATCTTTCCTACGACGGCGGCCCCTTCAACGGGTGGGCCCTGCAGCCCGGGCTTCGGACTGTGCAGGGTGCTTTGGAAGAAGCCCTGGCGCTCCTTCTGCAGCGGCCGATCCGCGTGACGGTTGCCGGCAGGACGGACGCCGGCGTCCACGCCCGGGGGCAAGTGGTTCATCTGGACCTGTCCGAAGCCGAATGGATGTCATTGCCGCGTGGCCACGAACTTGATCCCGGCGTCGCACTCTTGCGTCGACTCCGTGGCGCCTTAAGCCGAATCCTCGGTGACCTCACGGGTGCTATTGAAGTGCACGACGCCGGTCTGGCGCCCGAGGGCTTCGACGCCCGCTTTTCAGCGTTGTGGCGGAGGTACAGTTACCGCATTGCCGACGGTCCGGGACGCTGGGACCCGGTTCTGCGCGGGATTACTTTGTGGCACAAGGCGCCGTTGGACGTTGCGCTCATGAACGAAGGGGCCCGTTCGTTGCTGGGCCTCCAGGATTTCCGTTCCTATTGCAAACCCCGAGAGGGAGCGACGACCATCCGCGAGCTGCAGCAGTTCTCGTTCGCTCGTGGAAGCGACGACGTTATCGTTGCCACCGTGCAGGCTGATGCGTTCTGCCACAACATGGTGCGGTCCCTGGTAGGTTCGGCCTTGCGAGTTGGAGAGGGCCTGGAAACTCCGGCGTGGCTGCACTTGCGGCTCTTGGAACGGAAGCGCGATGCCAAGTCTGTTCTCGCTGCGCCGCATCCCTTGGTGCTGGAGGAAGTTGCCTACCCGTCCGACAGCGAGTTGCTGGCTCGCGCGGAGCTGACTCGGGCGCGGCGGGAATAG MNERKPAAPVLGGGGFLRVRLDLSYDGGPFNGWALQPGLRTVQGALEEALALLLQRPIRVTVAGRTDAGVHARGQVVHLDLSEAEWMSLPRGHELDPGVALLRRLRGALSRILGDLTGAIEVHDAGLAPEGFDARFSALWRRYSYRIADGPGRWDPVLRGITLWHKAPLDVALMNEGARSLLGLQDFRSYCKPREGATTIRELQQFSFARGSDDVIVATVQADAFCHNMVRSLVGSALRVGEGLETPAWLHLRLLERKRDAKSVLAAPHPLVLEEVAYPSDSELLARAELTRARRE NA NA NA NA NA D3-18_01362 891 hypothetical protein ATGAACGTCATTGCATGGGCGTCCGTCGCCTTGATCGTAGTCCCCATCGCTTTCATGGCATGGGCCTTCATTTCAGTGGATCGTGCAGGCCTCGCGACTGTTCGAGCCAATTTGAGCCGCAGCGCCGGGATGACAACAGAACTGGGGGCGCAGCCGTCATCATTCAACCTCCATCGTCTCGGTGCGAAGCTCACCGCCAAGGGCTATACCATCTGGCTGGACAAGCTGCTTGCCAGAATAGGTCGACCAGCTGGCATGCCCCTTGGCCGCCTCCTCGTCCTCAAGCCAGCGTTGGCCTTGGCAGCAGCATTCGTGGGCCTGCTGTTCTTCCTGAGAGCCCCTTCGGGCCAGGGTTTCCTGCTGTACCTGGCCGCAGTATTGCTGGTGTACTTCATCCCGGACCTGATCATCCACGGCCGCGCTGCCGAACGGCAAAAGGCAATCCAAACTGAGCTACCCAACACTCTGGACCAGATGCTCATCTCCGTTGAAGCCGGCCTTGGTTTTGAAGGGGCCATGGCCCGGGCTGGGCAGAATGGTTCGGGACCGCTGGCCATGGAAATGCTCCGAACACTGCAGGACATGCAGGCGGGACGCAGCCGCAAGGAAGCATACGTGGCCTTGGCCGAACGTGTGGATGTCCACGACCTCAGGGCATTCGTCGGGGCCATAGTGCAGGCCGATACCTATGGGATCGCCATAGCCAACGTCCTGCGTACGCAAGCCAAGCAAATGCGTATAAAACGCCGCCAAAGGGCGGAGGAGCAGGCAATGAAGCTGCCTGTGAAGGTCCTGTTCCCTTTGATGTTCTGTATCCTGCCAGTGCTCTTCATCGTCATCATGGGTCCGGCCGTCATCAATGTGATGACTAATCTTGCCGGCGCATTCTAG MNVIAWASVALIVVPIAFMAWAFISVDRAGLATVRANLSRSAGMTTELGAQPSSFNLHRLGAKLTAKGYTIWLDKLLARIGRPAGMPLGRLLVLKPALALAAAFVGLLFFLRAPSGQGFLLYLAAVLLVYFIPDLIIHGRAAERQKAIQTELPNTLDQMLISVEAGLGFEGAMARAGQNGSGPLAMEMLRTLQDMQAGRSRKEAYVALAERVDVHDLRAFVGAIVQADTYGIAIANVLRTQAKQMRIKRRQRAEEQAMKLPVKVLFPLMFCILPVLFIVIMGPAVINVMTNLAGAF PGPT0022295_1562 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0022295-tadC-K12511 NA NA D3-18_01363 951 hypothetical protein ATGATCACCGCAACCAGTCCCCTACTGCTCATCGGCGGGATAATCCTGGGATTCGCGGCCCTGGCAATCGGCCTCTTTCTCATCCCTCGGTCGAGAAACTCGGCAATCGCATTGTCCCGGCGGCGTCCAAACGCCGGCACTCAGGACTCAGTACTGACCCGGATGACAAATTCTGCTGTCGCATTGGTAGATGGGTCAGTTTCGGCCAGCAGGGCTTCCGGAACCAAGCTTCTCCTTGAGCAGGCCGGCTCCAGGATGCGGCCGGCGGACTACGTACTCTTGGTCATCTGCGCCACCTTCACTGGCGCCGTCGTAGGCTTCATCCTCGGCGGTCTCTTGGTGGCAATACTCTTCGGAATCTTAGTGCCCATCGGCGCACGCATGGTTCTGAGCGTCATGACGTCCCGACGCCGGGCGCAGTTCGAAGCTCAACTGGGCGACACGCTGCAAATGCTGTCCGGCAGCATGCGGGCCGGACATAGCTTGCTGCGGGCAGTCGATGCTGTGGCTCTGGAGGCACAGTCACCTACCAAGGAAGAATTCGCCAGGATCGTAGGAGAAATTCGTCTGGGACGTGATCTCCGCGATGCACTCCTGGATGCTGCAAACCGTCTACATAGCGAGGATTTCCTCTGGGCCACCCAGGCCATCGAAATTCACCGTGAAGTGGGCGGCGATTTGGCTGAAGTCCTGGATCATGTGGCCGAAACGATCCGCGAGCGGTCACAGATCAAAGGGCAAGTGCGGGCGCTCAGCGCCGAAGGTCGCCTGTCCGCTTATGTTCTCATAGCGCTGCCAACAGGCATGTTCTTGTATCTGACACTCGCGAATGGAACGTACATCCAGCCGCTGTTCACGCACCCGGTGGGTTGGATCATGCTCGTGGTAGCCGTCGTCCTTCTTGCGGTGGGTTCTTTCTGGCTCAGCCGTGTTGTCAAGATCAAGTTCTAG MITATSPLLLIGGIILGFAALAIGLFLIPRSRNSAIALSRRRPNAGTQDSVLTRMTNSAVALVDGSVSASRASGTKLLLEQAGSRMRPADYVLLVICATFTGAVVGFILGGLLVAILFGILVPIGARMVLSVMTSRRRAQFEAQLGDTLQMLSGSMRAGHSLLRAVDAVALEAQSPTKEEFARIVGEIRLGRDLRDALLDAANRLHSEDFLWATQAIEIHREVGGDLAEVLDHVAETIRERSQIKGQVRALSAEGRLSAYVLIALPTGMFLYLTLANGTYIQPLFTHPVGWIMLVVAVVLLAVGSFWLSRVVKIKF PGPT0022290_1161 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0022290-tadB-K12510 NA NA D3-18_01364 1443 hypothetical protein GTGAACCTCGCAAAGCGCCTTCAGACCGCTCGGGGGCTGGAAGTTGAGACGCCGGGCACATCAACCTTGGGAGATCCGTGGGCCGGGCCAGCAACCCATGCCCCTGACTACATCGCCGATTCAACGGGAGCCGGAGGAACTACCGAAGACTCCAGTCAAGCGTTGTCAGCAGTCAAGGAACGCACCAGTTCAGCGTTGTTTGATCGTATGGGTTCACGAATTTCCGACACCACACTGGATGAGGGGGAACTTCATCGTTACGTCAAAGAGGAACTCCGTGCCGTCATTGACGAAGACGACATTCCGCTGACATCCCAGGAGAGGCAACGACTGGTCCAGGAAATCGCTGACGACGTTCTGGGTCTTGGGCCGCTTCAGCGGTTCCTTGACGACAAGGACGTCACAGAGATCATGGTGAACGGTGCCGACAAGGTCTACGTGGAGATTGCTGGAAGACTTCACTTGACCAATGTCCATTTCAGCTCCGAAGAGCATCTTCGCCGAATCATTGAGCGGATTGTCTCCAGGGTTGGCCGCCGCATTGACGAGTCCTCTCCACTGGTGGACGCAAGACTTTCGGACGGATCCCGAGTCAATGCGATTATTCCTCCGCTCGCTGTCAATGGATCGTCACTTACGATTCGAAAGTTTGGCCGCGTGCCGCTAACGGCCCAGAATCTCATCCAATTGGGAACCATGAGCCCCGAGATCACGGAACTGCTTCACGCGTGCGTACAGGCCCGGCTGAATATCATCGTCTCCGGCGGTACAGGAACGGGAAAGACAACGCTCCTGAACGTCCTGTCATCGTTTCTTCCTTCAGATGAACGCATTGTCACCATCGAGGACGCCGTGGAACTGCAGCTCCAGCAATCGCACGTTGTCCGGTTGGAAAGCCGACCAAGCAACATCGAAGGAAAGGGTGAGATCGCCATCCGGGATCTCGTGCGAAATTCCCTGCGCATGCGCCCCGACCGGATCGTAGTGGGCGAAGTTCGTGGCGGTGAGGCACTGGACATGCTTCAGGCAATGAACACCGGCCACGATGGTTCCATTTCCACTGTCCACGCGAATTCTCCGCGCGACGCCATCGCACGCCTTGAAACGTTGGTCCTGATGGCCGGCATGGACTTACCTCTCCGGGCAATTCGAGAGCAGATTTCGTCCGCTGTGAACCTGGTTGTCCAAATTTCGCGGTTGCGCGACGGCACGCGCCGCATCACGCATGTGACGGAAGTCCAAGGCATGGAAGGTGATGTTGTCACCCTGCAGGATGCCTTCACCTTCGATTACTCAGCCGGCCTGGACGCCAATGGGCGGTTCCTTGGGAAGCCCGTTCCTACTGGAGTGCGGCCGCGGTTCGTAGACCACTTTGCGGACTTGGGCATCCATATTTCACCAGCGGTCTTTGGAACGATGGCGCCTGGCGGTGGAAAGAGATGA MNLAKRLQTARGLEVETPGTSTLGDPWAGPATHAPDYIADSTGAGGTTEDSSQALSAVKERTSSALFDRMGSRISDTTLDEGELHRYVKEELRAVIDEDDIPLTSQERQRLVQEIADDVLGLGPLQRFLDDKDVTEIMVNGADKVYVEIAGRLHLTNVHFSSEEHLRRIIERIVSRVGRRIDESSPLVDARLSDGSRVNAIIPPLAVNGSSLTIRKFGRVPLTAQNLIQLGTMSPEITELLHACVQARLNIIVSGGTGTGKTTLLNVLSSFLPSDERIVTIEDAVELQLQQSHVVRLESRPSNIEGKGEIAIRDLVRNSLRMRPDRIVVGEVRGGEALDMLQAMNTGHDGSISTVHANSPRDAIARLETLVLMAGMDLPLRAIREQISSAVNLVVQISRLRDGTRRITHVTEVQGMEGDVVTLQDAFTFDYSAGLDANGRFLGKPVPTGVRPRFVDHFADLGIHISPAVFGTMAPGGGKR PGPT0016025_882 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0016025-cpaF-K02283 NA NA D3-18_01365 1197 Iron-sulfur cluster carrier protein ATGAGCCGCTTTCTAGTTATCACGGCTGATGTCGAGTTCGAACAGCGCGTCCGCCAAGCCGCGGCCGGCATGCATGGCGATGTGCAGTCCATCATCGCCGACTACTTGCCGCAGGGCCCGGACGACGTCCTCCGGGTGCTCTCCGGACAACTGCTGGAAGTCCTTGTCCTGGGTCCCGGGCTGGAGTCCGACGACGCAATCCGTCTGGCAAGCCTGTTCGACCTTCAGTATCCGGAGATCAGCGTAGTGCTCGCTTCGACAGATGCAGCGGAAGTCGCACTGCCGGCAATGCGCGCAGGCATCCGTGACTTGTTGGAGCCTTCCGCGGATTCGGGCACCATTCGGGCGCTGTTGGAGCGTGCCAGCCTCGCAGCTGCCGGGCGGCGCAGGGGCTTGGGTGCACAAGTAGACACAGGGCCACAGGGAGGGCGGATTATCGCCGTCATGTCGCCTAAGGGCGGCGTGGGCAAGACGACCATCTCAACCAATCTCGCTATTGGGCTGGGGCGAACCTCTCCCATGAGGGTAGTCATCGCCGATTTGGATCTACAGTTCGGCGACGTCGCATCCGGGCTCCTCATAGACCCGGATAGGACAATCGCGGATGCGGTTACCGGCGCGGCAGTCCAGGACAGCATGGTGCTGAAGTCATATCTTTCTGTCCATCCCGCGGGGATTTACGCCCTGTGTGCACCCCGCAACCCCTCCCAAATCGAGCAGATTTCCGCTGAACAGGTGGGGCATCTCCTTGAACAACTGGCCAGGGAGTTCGACTACGTGATTGTGGATACTGCACCGGGTCTTGGTGAGCACGTCCTGGCGACCCTCGAACGTGCCTCCGATGTCGTGTGGGTATGTGGCATGGATATCCCGAGCATCAGAGGACTTCGGAACGGCCTCGAAATTCTCGACGAGATCGGGCTGGTCCCCGAACAGCGCCACGTTGTCCTGAACTTCGCGGACAAGCGCAGCGGGCTGACCTTGATCGATGTAGAAGCCACCATAGGGTGCCCGGTGGATGTCACCTTGCCACGGTCCCGTTCGCTCCCCTACTCAACCAATAGGGGCATCCCCGTACTTCAAGACGGGACGAAGGATGTCACGCTCCGCGGGCTCCGTCAGCTCGTTGAGCGCTTCAAGCCAGGCTGGGAAGAACGGCCGCACAAGCAGCTGCATCGAAGGGCGGTAGTCAAGTGA MSRFLVITADVEFEQRVRQAAAGMHGDVQSIIADYLPQGPDDVLRVLSGQLLEVLVLGPGLESDDAIRLASLFDLQYPEISVVLASTDAAEVALPAMRAGIRDLLEPSADSGTIRALLERASLAAAGRRRGLGAQVDTGPQGGRIIAVMSPKGGVGKTTISTNLAIGLGRTSPMRVVIADLDLQFGDVASGLLIDPDRTIADAVTGAAVQDSMVLKSYLSVHPAGIYALCAPRNPSQIEQISAEQVGHLLEQLAREFDYVIVDTAPGLGEHVLATLERASDVVWVCGMDIPSIRGLRNGLEILDEIGLVPEQRHVVLNFADKRSGLTLIDVEATIGCPVDVTLPRSRSLPYSTNRGIPVLQDGTKDVTLRGLRQLVERFKPGWEERPHKQLHRRAVVK PGPT0016020_1161 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0016020-cpaE-K02282 NA NA D3-18_01366 747 hypothetical protein GTGAAAACTCGCCTACTGGGAGGCATAGTCGCAGTCGTGCTGGCAATAGTCGGCACGCTGCTACTGGTCACATACGTTCAAGCAGCGGATGCACGGGCTCAAAAAGACCTCCAGCCCGTTGATGTCCTTGTTATCCAAAGTCAGGTTCCCGAAGGAGCCGATCTTCAGCAGATCAAGTCTGCAGTCAAACTCGCCTCGCTACCCGCAGCTTCGGTTCCCAACGGGGCCCTCAAGAGCCTCTCGGGAATGGAAGGCAAAGTGGCCGGGGCAGAACTCATGCCTGGTGAAGCCCTCTTGGGCAACCGCCTGGTGGATCCCACCAGCTTGGCGGCTCCGGGGTCAGTCCCTGTCCCCGACGGTCTTCAAGAAGTTTCCGTACAACTGGACGCGCAGCGCGTGGTTGGCGGACGGTTGGCTGCCGGCGACACCGTAGGCGTCATGGTGCTGCTGGGCGAGTCCGGGCAGACCGAATCTGAGGCATCAGCCCAACTCGTCTTCCACAAAGTCCTCGTGACCAGCGTTCAGCGGGCCACCGCACGAAATACAAACACGGCGCAGGCAAGCTCCGAGCAGGCCAATACACAGCTGCCGGAAGGTTCCTTCATCGTGACTCTCGCCCGCAGCGATGTAGACGCCACCAAGATCGTTTACGGAGCTAAGTACGGGGATATCTGGCTGACGAAAGAACCTGCAGAGGCCCAGGAAAGCGCACGCGTCACCATCAAGAAGGCAGAGGTACTCCAATGA MKTRLLGGIVAVVLAIVGTLLLVTYVQAADARAQKDLQPVDVLVIQSQVPEGADLQQIKSAVKLASLPAASVPNGALKSLSGMEGKVAGAELMPGEALLGNRLVDPTSLAAPGSVPVPDGLQEVSVQLDAQRVVGGRLAAGDTVGVMVLLGESGQTESEASAQLVFHKVLVTSVQRATARNTNTAQASSEQANTQLPEGSFIVTLARSDVDATKIVYGAKYGDIWLTKEPAEAQESARVTIKKAEVLQ PGPT0016005_1635 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0016005-cpaB-K02279 NA NA D3-18_01367 1065 hypothetical protein ATGCGGCGGCTAAAGCAGTCTGATAACGAACGTGGCGCGGTGGCTCCCATGACAGCAATGCTGATGGTGGCCCTTTTGGGCATGACCGCGCTCGCCGTAGACGTTGCCATGATGTATTCCGAGCACGCCCAACTGCAGAACGGTGCCGACTCATCAGCAATAGGCATCGCCCAAGCCTGCGCGCAGAACGCAGCTTCAGCCGACTGTGCTGCACCCACGTCTACAGCAACCTCCTTGGCCGGCTTGAATGCCCTGGACGGCGTCAGCAATGCCCCAGTGGCCACGGTGAATTTTGGCACTGGGACCGTGGATGTCACTACCCAGTCTCGGAACAACTCCGGCGACAATCACTTCACCTTGGTGTTCGCGCGAGCTCTGGGCCTCGAGACAGCGGACATCCAAGCCTCAGCTCAAGCCAAGTTCGGGGGGTTTTCGTCCACGGACGCTGTGCCCCTGACGTTCTCACAATGCGAGTCGGACCCCAGTTTCAGCAAAGGGCTTCAGTTCTTTCCGGTTCACGGAACCTCGCTTTCCGACGATCCGGACTACGCGTGCCAGCATCAGTCTTCATCAGGTTTCGAGCTTCCCGGTGGTTTCGGTTGGCTCAAACACCCAGGCGCCACATGCACGGTCCACGTGGACATCGACGATCCCTGGGTAGAGGCCAACGAAGGAAATGATTTCGATACGACCTGCGCTGCTGCCTTCGCTTCCTGGGAAGCAAAGCTCAAGGCCGGCAAGCCCGTTGAACTTCTCATTCCGATTTTCGAAACAGCATGTCCAGTGAAAAAGGGGACGGGCACCAACCCCTGTGCTTCGTCCCCCTACAAAAAGTCCTTCAAAATCGAGGCCTTCGCCCAGATATCCCTTAGTGGATGGCACCTCACTGGCGGCGGATCCAGCTACATGACGTCCGAGGCCTCCGCGCTTCAGAAGTCCCTGGGACTCAAGAACAGCGACACAGGCTTGTTCGGCACGTTCATCAAGAAAGTAAGTCTGACGGAGGCCGCGACGCTGGGCGGCCCAACCACGTACGGCGCCTTGGGCGTCCAACTCACCGAGTAA MRRLKQSDNERGAVAPMTAMLMVALLGMTALAVDVAMMYSEHAQLQNGADSSAIGIAQACAQNAASADCAAPTSTATSLAGLNALDGVSNAPVATVNFGTGTVDVTTQSRNNSGDNHFTLVFARALGLETADIQASAQAKFGGFSSTDAVPLTFSQCESDPSFSKGLQFFPVHGTSLSDDPDYACQHQSSSGFELPGGFGWLKHPGATCTVHVDIDDPWVEANEGNDFDTTCAAAFASWEAKLKAGKPVELLIPIFETACPVKKGTGTNPCASSPYKKSFKIEAFAQISLSGWHLTGGGSSYMTSEASALQKSLGLKNSDTGLFGTFIKKVSLTEAATLGGPTTYGALGVQLTE NA NA NA NA NA D3-18_01368 432 hypothetical protein ATGAAATTACGAGTCAATGGTCTGCGCGGGAATCGAACCGTTCGGGAACGCGGCGCGGTTGCGGTTGAATTCGCACTGGTGCTGCCGCTGTTCCTCGTATTGGTACTGGGGATTTTTGAGTTCGGCCGGGCCTTCAATATCCAGGTGTCGTTATCCGAGGCCGCCCGGGAAGCCGCCCGTTATGCAGCCATTCACCAGTCGGATTCCACGTACAGCGTGGGCGACGCACAGGCTGCCGGCGTGGCCGCGGCACCTTCCGTTGGGCTCGATCCTGGCGATATCACCATCTCCTCATCAGGCACCACGCCTTGCAACGTGGAGGTCAATATCTCCTACAGCACGCCCTGGATGACCGGCTTCCCTGGACTCGTACCGGGTATGCCGGCCGAGCTAGACGTGTCAGGGACGGGAGTCATGCGATGCGGCGGCTAA MKLRVNGLRGNRTVRERGAVAVEFALVLPLFLVLVLGIFEFGRAFNIQVSLSEAAREAARYAAIHQSDSTYSVGDAQAAGVAAAPSVGLDPGDITISSSGTTPCNVEVNISYSTPWMTGFPGLVPGMPAELDVSGTGVMRCGG NA NA NA NA NA D3-18_01369 207 hypothetical protein ATGTCATCTCTCATGGTTTCCGTAATTTCGTTCATCGCCGGCGTCAAGGACCGCTTCACCTCCGAGGAGAAGGGTGCGACAGCTGTTGAATATGGTCTGCTCGTGGCCCTGATCGCGGCTGTCATCGTCGGGGTCGTATTTACAATCGGGGGGCAGATCCTCGAAGGCTTTACCGATGTGACCACGGAACTCACAAAAGTAGCCTAA MSSLMVSVISFIAGVKDRFTSEEKGATAVEYGLLVALIAAVIVGVVFTIGGQILEGFTDVTTELTKVA PGPT0015910_554 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0015910-flp|pilA-K02651 NA NA D3-18_01370 645 hypothetical protein ATGACCGACAGCCTCGTCTTTCCACTCCTTGTCGCGCTCCTTGGCTTACTACTGAGCCCTGCTATTGAGCTCGTAATCGCCCGCTCGCTGCCGCGGCTCGGCGGCCCTCCTGCCCTTAAGGTCCGGATCACGACGGCGGTGGTCACCGCGCTGCTTTTTGGTTCACTGGCGTGGCGTTTTGGATTTTCTCCAGAGTTGCCGGCATTTCTTTTATTGGCACTCCTGGGAGTCCAGCTTTCGAGGATTGATTTCACCCTCCACTTACTGCCCAACGTCCTGGTTTTGTTTTTACTCGGTGGCGGATTGACACTTCTCCTCGCCTCCGCCGTCCTCAGTCCGGGTTGGCCTGAGCTGCTGCGAGCACTTGCTGGAGGAGCAATCCTGTTCGCCGGCTACTTAATTCTCGGACTTATTTCGCCAGGAAGCCTCGGAATGGGCGATGTGAAGCTCGCAGCACCCCTGGGACTGTACTTGGGGTACTTGGGTTGGGGGCAAGTACTCTTCGGGGGGCTTCTGGGGTTCGTGGTGGGCGGGGTGCTCACGGTGCTGATGTTGCGCCAGCGACGCGCCGAAAAGCCTGTAGAAACGGCCCACGGCCCCGCAATGGTCATTGCCGCGCTAGGCGTGGCTTTGTTCATGAACTAG MTDSLVFPLLVALLGLLLSPAIELVIARSLPRLGGPPALKVRITTAVVTALLFGSLAWRFGFSPELPAFLLLALLGVQLSRIDFTLHLLPNVLVLFLLGGGLTLLLASAVLSPGWPELLRALAGGAILFAGYLILGLISPGSLGMGDVKLAAPLGLYLGYLGWGQVLFGGLLGFVVGGVLTVLMLRQRRAEKPVETAHGPAMVIAALGVALFMN PGPT0015925_2512 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015925-pilD-K02654 NA NA D3-18_01371 444 rplM COG0102 50S ribosomal protein L13 GTGCGTACGTACACCCCGAAGCCCGGCGATATCAACCGCCAGTGGCACGTCATTGACGCCACCGACGTTGTCCTTGGTCGTCTTGCCAGCCAGACCGCAACACTGCTGCGCGGAAAGCACAAGCCGACCTTTGCGTCCCACATGGACATGGGCGACTTCGTCATCATCATCAACGCTGAAAAGGTTGCCCTCACCGGCGCCAAGCTGGAGCAGAAGCGCGCATACCGCCACTCCGGTTACCCGGGCGGCCTGACCTCCGTCAACTACGCCGAGCTGTTGGAATCCAACCCGGTTCGCGCTGTTGAGAAGGCCATCAAGGGCATGCTCCCCAAGAACTCTCTCGCTGCACAGCAGTTGGGCAAGCTCAAGGTCTACCGTGGCGCTGAGCACCCCCACGCTGCACAGCAGCCGAAGACTTTCGAAATCACCCAGGTCGCCCAGTAG MRTYTPKPGDINRQWHVIDATDVVLGRLASQTATLLRGKHKPTFASHMDMGDFVIIINAEKVALTGAKLEQKRAYRHSGYPGGLTSVNYAELLESNPVRAVEKAIKGMLPKNSLAAQQLGKLKVYRGAEHPHAAQQPKTFEITQVAQ NA NA NA NA NA D3-18_01372 507 rpsI COG0103 30S ribosomal protein S9 GTGGCTCAGAACGAAGAACTGACCGCCGAAGCCGTCGAGGCTGAGGAAACCCTCACCAGCTACACCTCTGAAAGCACATCTGGTGAAGATGCGCCCAAGAAGGAGCGCCCGGCACTGACCGTTGCCGGTGCAGCTGTTGGCCGCCGCAAGGAAGCCGTTGCACGCGTTCGCGTTGTTCCGGGTTCCGGCAAGTGGACCATCAACGGCCGCACGCTGGACAACTACTTCCCGAACAAGCTGCACCAGCAGGACGTCAACGAGCCCTTCAAGATCCTTGATCTCGAAGGCGCCTACGACGTCATCGCCCGTATCCACGGCGGTGGCATCTCCGGCCAGGCCGGTGCGCTGCGTCTCGGTGTTGCTCGCTCGCTGAACGAGATCGACGTCGACAACAACCGCGCCACCCTCAAGAAGGCCGGTTACTTGAGCCGTGACGCCCGCGTCATCGAGCGCAAGAAGGCTGGTCTCAAGAAGGCACGTAAGGCTCAGCAGTACTCCAAGCGTTAA MAQNEELTAEAVEAEETLTSYTSESTSGEDAPKKERPALTVAGAAVGRRKEAVARVRVVPGSGKWTINGRTLDNYFPNKLHQQDVNEPFKILDLEGAYDVIARIHGGGISGQAGALRLGVARSLNEIDVDNNRATLKKAGYLSRDARVIERKKAGLKKARKAQQYSKR NA NA NA NA NA D3-18_01373 1365 glmM COG1109 Phosphoglucosamine mutase ATGTCTAGATTATTTGGAACAGATGGCGTCCGCGGTCTCGCGAACGGATTGCTCACCGCCGAACTGGCTATGCAGCTCGCGCAGGCGGCCGCCGTCGTACTCGGCCATGACCGCACAACCGATGGCAAGCGGCCGCGCGCCGTCGTCGCCAGGGACCCCCGGGCGAGCGGAGAGTTCCTTGCCGCGGCCGTTGAAGCCGGGCTTTCAAGCTCCGGCATCGACGTGTACGACGCCGGTGTGCTTCCCACCCCCGCAGCGGCTTACTTGGTGGCGGATCTCGACGCCGACTTCGGAGTCATGCTCTCGGCTTCCCACAACCCGGCTCCGGACAACGGTATTAAGTTCTTCGCCCGGGGCGGTCAGAAGCTGCCGGACGATGTTGAGGACGCTATCGAGGCGCAGCTGGGCAAAGAGCCCCAGCGGCCGGTAGGCGCCGACGTCGGACGCATCCAGCGATTCTCGGACGCCGAGGACAGGTACATCGTGCACCTGCTGGGCACGCTGCCTAAGCGTTTGGAAGGCCTGAAGGTGGTCCTGGACTGCGCCCACGGCGCAGCGAGCGGCTGTTCACCGCAGGTGTTCAAGGACGCCGGGGCTGACGTCGTGGTGATCGGAGCAGAGCCGGACGGCCTGAATATCAACGACGGCGTGGGTTCCACTCACTTGGGCCCGCTGAAGGAAGCGGTGGTCAAGCACGGCGCGGACCTTGGGGTAGCGCACGACGGCGACGCCGACCGCTGCCTGGCCGTTGACCATGAAGGCAATGAAGTGGACGGCGACCAGATCATGGCGATCCTGGCGCTGGCACTCAAGGAAGCCGGAAAGCTCAAGGACAACATCCTCGTTGCCACGGTCATGAGCAACCTTGGCCTCAAGATCGCCCTTCGCGATGCCGGTATCACCATCCGGGAGACCGGTGTTGGTGACCGTTACGTCCTGGAAGAGATGCGCGACGGCGGGTACAACCTCGGTGGCGAACAGTCCGGCCATGTGATCTTCTCGGACTTCGCAACCACGGGTGATGGTGTTCTGACCGGTCTCCAGCTTGCCGCGCAGGTTGCCCTCACAGGTCGCAGCCTCAAGGACCTTTCCAGTGCCATGACCAAGCTTCCGCAGCTCATGATCAACGTCAAGGACGTTGACAAGGCCCGTGCCGCCACGGACGAGGGCGTTGCCCAAGCAGTTGCAGCAGCGGAGCTTGAACTGGGCGAGACCGGCCGTGTGCTGCTCCGCCCGTCAGGCACCGAGGCGTTGGTTCGTGTCATGGTGGAGGCCGCTGACATGGAAACAGCCGAGCGCATCTGTAATGGACTTGCTGCAGTGGTCAAGGACCGCTTGGGCGCTCCCAGCGAGATGGCAGTCTAG MSRLFGTDGVRGLANGLLTAELAMQLAQAAAVVLGHDRTTDGKRPRAVVARDPRASGEFLAAAVEAGLSSSGIDVYDAGVLPTPAAAYLVADLDADFGVMLSASHNPAPDNGIKFFARGGQKLPDDVEDAIEAQLGKEPQRPVGADVGRIQRFSDAEDRYIVHLLGTLPKRLEGLKVVLDCAHGAASGCSPQVFKDAGADVVVIGAEPDGLNINDGVGSTHLGPLKEAVVKHGADLGVAHDGDADRCLAVDHEGNEVDGDQIMAILALALKEAGKLKDNILVATVMSNLGLKIALRDAGITIRETGVGDRYVLEEMRDGGYNLGGEQSGHVIFSDFATTGDGVLTGLQLAAQVALTGRSLKDLSSAMTKLPQLMINVKDVDKARAATDEGVAQAVAAAELELGETGRVLLRPSGTEALVRVMVEAADMETAERICNGLAAVVKDRLGAPSEMAV PGPT0018950_505 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 D3-18_01374 885 hypothetical protein TTGCAGAACAATCCTCAACCACTGCCCAGCCGGAGGGTTTTCGCGAGCCTGCTGACCGCTGGTGCCGGAATGGCAGCCCTGGCCGCCTGCACGCCGAACAGCACCACTCCCTCCCCCGTGGCCGCCAACGCCGCCAGCGAGGTCCCTTCGGCCTCGGCAACGCCTTCCGTGGCCGCTCCCAGCGTCGTAGCTACCGAGACCTCCCCCGTTGCGGCCCCCGTAGAGCCTGCACCCTCCAGCGACGTGCCTGCCAGCACCGCCCCCTCGCGTTCCGTAGCGCCGCAGTACTCACTGGCGGATCCGGCGAGCCCTTGGGTTGTGGTCAACAAGCACCGCCCATTGACTCCCCAAGACTTTGTTCCGGCGGATTTGGTTCAGCCGGGCGTACGTCTCGCCGTCAGCGGTGAAGCGGCTTTGCTTAACAGCACGACGGCGGCCGCCGCGGAAAAGATGTTCGGCTCCGCAGCCGCGGAGGGCGTCATCATGACCTTGGCCTCTGGCTACCGTTCTTATTCCACGCAAGTTAGTACCTACAACGGATACGTAGCCAATACCGGTCAGGCTGCAGCGGACCGCGCGTCCGCCCGCCCAGGGCACTCAGAACATCAAACGGGCTGGTCCTTCGACATTGGTGACGGCGCTGGAGCCTGCAGCTTCCAACCATGCTTCGCCGAACAACCCGCCGCTGTGTGGGCGAAAGCCAATGCCCACAAGTTCGGCTTCGTGGTCCGCTATCCATGGATGTTCCACGACACCACCGGGTACTTCTATGAGTCCTGGCACTTGCGCTACATCGGCGTGGAGGCAGCCACGGATATGGCCACGCGGGGCATTGCCACCTTGGAAGAGTATTTCGGGCTCGAAGCAGCGCCGGACTACCTCTAG MQNNPQPLPSRRVFASLLTAGAGMAALAACTPNSTTPSPVAANAASEVPSASATPSVAAPSVVATETSPVAAPVEPAPSSDVPASTAPSRSVAPQYSLADPASPWVVVNKHRPLTPQDFVPADLVQPGVRLAVSGEAALLNSTTAAAAEKMFGSAAAEGVIMTLASGYRSYSTQVSTYNGYVANTGQAAADRASARPGHSEHQTGWSFDIGDGAGACSFQPCFAEQPAAVWAKANAHKFGFVVRYPWMFHDTTGYFYESWHLRYIGVEAATDMATRGIATLEEYFGLEAAPDYL PGPT0024055_436 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 D3-18_01375 972 coaA COG1072 Pantothenate kinase ATGAGCGTGACTTTGCAACGCACCGAAGCTAATGGCGACGGCGCTTCCCCGTTTGTAGAGCTGGACCGTCAAACGTGGTCCCGGCTTGCAGCGCAGATGGAGCAGCCCCTCAACGAAGAGGACATTTTCCGTCTCCGCGGCCTCGGCGACCCCCTGGACATGAAGGAAGTACGGGAGGTTTACCTCCCGCTGTCACGCCTCCTGCACTTGTACGTCGAGGCATCCCACCAGCTGCACGCAGCCACCACCACTTTCCTGGGCGAGCAAACCCAGCGGACTCCGTTCGTCATCGGCGTGGCCGGTTCGGTTGCTGTCGGCAAGTCCACCATCGCCCGTGTGCTCCGGGAAATGCTCCGGCGCTGGCCAGGAACCCCCAACGTGGAACTCATCACCACTGACGGCTTTCTCTACCCCTTGGCCGAGCTGAAACGCCGGCATCTACTGGAGAGAAAGGGATTCCCGGAGTCATACGACCGCCGCGGCCTTCTTCGCTTCGTCTCGGAAGTCAAAGGCGGCGCTGAAGAAGTCCGCGCCCCCTGGTACTCCCACGTCACTTACGACATCGTGCCGGGCAAAGAAGTTGTGGTGCGGCGTCCCGATGTCCTGATCGTTGAAGGCCTCAACGTCCTGGCCCCCGCCCGTCCACGCATGGACGGCAAACAAGGACTGGCCGTCAGCGACTTCTTCGATTTCTCCATCTACGTCGATGCCAAAACCTCCTATATTGAAGAGTGGTACGTAGACCGTTTCCGGAAGCTTCGGACCACGGCCTTCGCCCAGCCCGAGTCCTACTTCCACCGCTACGCCACGTTGTCCGACGACGACGCCGAATCCACCGCACGCGGCATTTGGAAACGCATCAACGAGCCAAACCTTGAGGAGAACGTGCTGCCTACCCGCGGACGTGCACAATTGGTCCTCACCAAGGACGCAGACCACTCCATCCGCCGCATGCTGCTGAGGAAGGTCTAG MSVTLQRTEANGDGASPFVELDRQTWSRLAAQMEQPLNEEDIFRLRGLGDPLDMKEVREVYLPLSRLLHLYVEASHQLHAATTTFLGEQTQRTPFVIGVAGSVAVGKSTIARVLREMLRRWPGTPNVELITTDGFLYPLAELKRRHLLERKGFPESYDRRGLLRFVSEVKGGAEEVRAPWYSHVTYDIVPGKEVVVRRPDVLIVEGLNVLAPARPRMDGKQGLAVSDFFDFSIYVDAKTSYIEEWYVDRFRKLRTTAFAQPESYFHRYATLSDDDAESTARGIWKRINEPNLEENVLPTRGRAQLVLTKDADHSIRRMLLRKV PGPT0008770_350 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,PGPT0008770-coaA-K00867 NA NA D3-18_01376 1884 glmS COG0449 Glutamine--fructose-6-phosphate aminotransferase [isomerizing] ATGTGTGGAATCGTAGGCTATGTTGGCAATTCGTCTCGCAAGGCAGCTGGATACAGCGCTCTTGACGTTGTGGTGGAAGGGCTGCGCCGTCTGGAATACCGCGGCTATGACTCCGCCGGCGTCGCAGTAGTCGCTAATGGGACCATCTCGTCCCGTAAGAAGTCCGGCAAGCTGAGCAACCTGATCGCAGAACTGGAAGCAAGTCCCGTTCCCGAGTCCCTGACCGGCATCGGCCATACCCGTTGGGCTACGCACGGCGGACCCACCGACCGTAACGCACACCCGCACCTCTCCGACGGCGGCAAGCTGGCGGTCATTCACAACGGCATCATTGAGAACTTCGCTGAGCTCAAGCAGGAACTGCTGGGCAAGGGTGTCACCTTCGAGTCGGAAACCGATACCGAAGTTGCTGCCGCCCTTATCGGTGACATATTCCGCACCCAGCTCAATGGCGACGGCGGCAACCTCACCGAGGCGATGCGCCTCGCCTGCCAGCGCCTCGAAGGAGCCTTCACCCTCCTCGCAGTTCACGCGGACCAGCCCGACGTCGTCGTGGCCGCCCGCCGCAACTCCCCCTTGGTAGTGGGCCTGGGCGATGGCGAGAACTTCCTCGGCTCTGACGTTTCGGGCTTCATCGACTACACCCGCCGTGCCGTGGAACTGGGACAGGACCAAATTGTCACCATCACCGCGGACACCGTGGAGATCACAGACTTCTTCGGCGCTCCGGCCGAGGGCAAGGAATACCACGTTGACTGGGACCCGGCTTCGGCCGAAAAGGGTGGATTCAGCTCCTTCATGGAGAAGGAAATCCACGACCAGCCGGACGCCGTAGCGCAGACCCTCCTGGGCCGCTCGGACCTCAACGGCAAGCTCACCCTTGACGAGGTCCGCATCGATCCTGAGCTCCTCAAGCAGGTGGACAAGATCATCGTGCTGGCTTGTGGTACCGCAGCCTACGCCGGTCTCGTAGCCAAGTACGCAATCGAAAACTGGTGCCGGATTCCCACCGAGGTGGAGCTCGCACACGAGTTCCGCTACCGCGATCCCATCGTTGACTCCAACACGTTGGTGGTCTCCATCAGCCAGTCGGGCGAGACCATGGACACGCTGATGGCTGTCCGCTACGCCCGCGAGCAGGGCGCCAAGACGATCTCCATCTGCAACACCAACGGTTCCACCATCCCGCGTGAATCCGACGCCGTGCTCTACACGCACGCAGGTCCGGAAATCGCCGTCGCATCCACCAAGGCATTCCTGGCGCAGATCACAGCGGCGTACCTGCTTGGTCTCTACTTGGCCCAGCTGCGGGGCAACATCTTCTCGGGACAGATCAAGGATGTCCTCGCGGACCTCAACAAGATCCCGGCCAAAATCCAGAAAATCCTGGACAACGCAGGGCCCCTGCGCGAGCTCGCCCGCAGCATGAAGGACGAGAAGTCCGTCCTGTTCCTGGGCCGCCACGTTGGCTACCCGGTTGCCCTCGAAGGTGCCTTGAAGCTCAAGGAAATCGCCTACATCCATGCTGAAGGCTTCGCCGCCGGCGAGCTCAAGCACGGTCCGATCGCCCTGATCGACGACGGCCAGCCGGTTTTCGTTGTTGTCCCGTCCCCGCGTGGCCGCGATTCCCTGCACTCCAAGGTAGTCAGCAACATCCAGGAAGTCCGCGCACGTGGTGCCCGTACCCTGGTGATCGCTGAAGAGGGCGACGAATCGGTCAAGGACTACGCTGAGCACGTCTTCTACGTACCGGAGACTCCCACTCTGCTGATGCCGCTGCTCACCACCGTTCCGCTGCAGATCTTTGCTGCTGAGCTCGCTGGTGCCAAGGGTTACGACGTCGATCAGCCGCGTAACCTGGCCAAGAGCGTGACCGTAGAATAA MCGIVGYVGNSSRKAAGYSALDVVVEGLRRLEYRGYDSAGVAVVANGTISSRKKSGKLSNLIAELEASPVPESLTGIGHTRWATHGGPTDRNAHPHLSDGGKLAVIHNGIIENFAELKQELLGKGVTFESETDTEVAAALIGDIFRTQLNGDGGNLTEAMRLACQRLEGAFTLLAVHADQPDVVVAARRNSPLVVGLGDGENFLGSDVSGFIDYTRRAVELGQDQIVTITADTVEITDFFGAPAEGKEYHVDWDPASAEKGGFSSFMEKEIHDQPDAVAQTLLGRSDLNGKLTLDEVRIDPELLKQVDKIIVLACGTAAYAGLVAKYAIENWCRIPTEVELAHEFRYRDPIVDSNTLVVSISQSGETMDTLMAVRYAREQGAKTISICNTNGSTIPRESDAVLYTHAGPEIAVASTKAFLAQITAAYLLGLYLAQLRGNIFSGQIKDVLADLNKIPAKIQKILDNAGPLRELARSMKDEKSVLFLGRHVGYPVALEGALKLKEIAYIHAEGFAAGELKHGPIALIDDGQPVFVVVPSPRGRDSLHSKVVSNIQEVRARGARTLVIAEEGDESVKDYAEHVFYVPETPTLLMPLLTTVPLQIFAAELAGAKGYDVDQPRNLAKSVTVE PGPT0017630_845 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_METABOLISM,PGPT0017630-glmS|nodM-K00820 NA NA D3-18_01377 348 acpS Holo-[acyl-carrier-protein] synthase ATGATTGTTGGCATTGGCGTAGACGTCGTAGACATCGAGCGGTTCGGTCGGCAGTTGGAACGGACACCGGGACTCCGGGACCGTCTGTTTGTTCCTGCCGAGCGGGAACTCAACACCCGGTCGCTGGCCGCACGTTTTGCTGCCAAGGAAGCCGTGGCCAAGGTGCTGGGCGCTCCGGCGGGCATGAACTGGCAGGACTGCTGGATTGGCCTCGACGAGAACGGTCCTACCGTTCAAGTCAAAGGGACCGTGCTTGCCGTGGCTGAGGCCAAGGGCGTCAAGCGCTGGCACTTGTCCATGAGCCACGACGGCGGCATAGCCACGGCGACTGTCCTCGCCGAGGGCTAA MIVGIGVDVVDIERFGRQLERTPGLRDRLFVPAERELNTRSLAARFAAKEAVAKVLGAPAGMNWQDCWIGLDENGPTVQVKGTVLAVAEAKGVKRWHLSMSHDGGIATATVLAEG PGPT0008840_3626 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0008840-acpS-K00997 NA NA D3-18_01378 1578 nnr_1 COG0062 Bifunctional NAD(P)H-hydrate repair enzyme Nnr ATGATCAGCGCCTTCACCGGACTACAGATCAGGGATGCGGAACAGCCGCTCCTTGATTCCGGTGAGGGCGCTGTTCTGATGCAACGGGCAGCTTATGGCTTGGCTCAGGCCGTGGCTCGCGAGGTCAAGAGCAGGCGAAAGCTTGCAGGCGCTAGTGTCACGGTGCTGGCCGGTAAGGGCAACAATGGCGGCGACGGCCTTTTCGCTGCGGCTTTGTTGGCCCGTCGCGGTATGCGCACGACGGCGATACTCGCCGCGCCTGAAGTGCACAAGGAAGCCTTGGCTGCTTTTGTCGCAGCAGACGGGCGTGTTGTCCGGCTGGAGCCAGCGAATGCGGAAGAGCTTGCAGTCCTGTGCGCGGGCGATGACTGTATTATTGACGCGCTGCTCGGGACAGGGGCCCGCGGGGGATTGAGGGAAGCCCAGGCGGAATTGGTGGCTTCACTTCAAGAGCTGCGTCCCCGTTTGGTGGTGGCCTGCGACGTCCCCAGTGGATTGGATGCCAATAGCGGGGAAGTGCATTGGCCAGTCCTGGATGCGGATATCACCGTGACGTTCGGCGGCATCAAGGCGGGACTCATGGCCGACCCGGGGGAGGGCTGTGCCGGCCGAGTAGAGCTGGTGCCGATCGGGATTGAGAAATCCTTGGAGCACGCCAACCCTGAGCTTCGCCGTCTCACTGGCTCGGACCTTGGCGCGCTGCTGCCCAGGCCCGGCCGACGCGCGCATAAATACACGCGGGGCGTCCTGGGAGTAGTAGCAGGTTCCGCGCGTTTCGCGGGAGCTGCTGCTCTGAGCGTTCACGCCGCGGCTCTTGCCGGAGTGGGCATGGTGCGCTACCTCGGGCCTCAATCTGCGGCCCAACTGGTTCTCGCCCGAACTCCGGAAGCCTTGTGGGAGACGGATAATCCCGGCCGTGTCCAAACGTGGTTGCTGGGGTCCGGGGTTGACGGTGAGGAACAATTGCAGCGGGCCAGGGATGCCGGCACTTCGGCCCTCGCCGACGAGTTGCCGGTGGTCGTCGATGCCGGAGCCTTAAGTCTCTTGCCGGAACGCTGCCCCGCTCATTGGATACTGACACCCCATGCTGGCGAGCTGGCTACCTTGCTGAACTCGCTTCCTTCCACGGGGGAAGTCAAGGTAACGCGCGACGACGTCGAATCCCGCCCCCTCCACTTCGTACGGCAGGCCGCCGAGCAGACCGGTGCAACCGTGCTCCTGAAGGGTGCCACCACACTGGTGTCGTCGCCGTCGGGCGTTCTGTTCAGCCAATCCGAAGGCACCGCCTGGATGGCCACCGCAGGCAGCGGCGATGTCCTTGCCGGTGTTCTGGGCGCCCTGCTGGCGCAGGCTGTGGAGTCCATCCGGCACGACGACGGCGCATATGCGGCCCTGGGCTTGGACCTTGCGGACCGCTGGGCTGCCCTGACCGCGGTTGCTGCGAGCGTCCACGGCCGGGCTGGTGCTCTGGCATCGGCAGATTTCGACGGAGGACCCCTTACAGCCTCGGCGATCGCGGCGGCCGTACCGCGCGTCATTGGTTCGCTCAGCGCGGAATACGACCCAACAAGACCGTAA MISAFTGLQIRDAEQPLLDSGEGAVLMQRAAYGLAQAVAREVKSRRKLAGASVTVLAGKGNNGGDGLFAAALLARRGMRTTAILAAPEVHKEALAAFVAADGRVVRLEPANAEELAVLCAGDDCIIDALLGTGARGGLREAQAELVASLQELRPRLVVACDVPSGLDANSGEVHWPVLDADITVTFGGIKAGLMADPGEGCAGRVELVPIGIEKSLEHANPELRRLTGSDLGALLPRPGRRAHKYTRGVLGVVAGSARFAGAAALSVHAAALAGVGMVRYLGPQSAAQLVLARTPEALWETDNPGRVQTWLLGSGVDGEEQLQRARDAGTSALADELPVVVDAGALSLLPERCPAHWILTPHAGELATLLNSLPSTGEVKVTRDDVESRPLHFVRQAAEQTGATVLLKGATTLVSSPSGVLFSQSEGTAWMATAGSGDVLAGVLGALLAQAVESIRHDDGAYAALGLDLADRWAALTAVAASVHGRAGALASADFDGGPLTASAIAAAVPRVIGSLSAEYDPTRP NA NA NA NA NA D3-18_01379 2283 glgX_1 COG1523 Glycogen operon protein GlgX ATGGAAGTCTGGCCTGGATCGGCTTATCCGCTGGGTGCCACCTTTGACGGCACCGGCACCAACTTCGCGCTGTTTAGCGAGAAGGCCGAAAAAGTGGAATTGTGTCTCTTCGACGACGACGGCGGGGAAGTCCGCGTAGACGTTACCGAAGTGGATGGTTACGTATGGCACTGTTATCTGCCGCAGGTTCAGCCTGGACAGAAGTACGGTTACAGGGTGCACGGCCCTTACGACCCCGACGCCGGCCAACGTTTCAACCCCAATAAACTGCTTCTGGATCCTTACGCCAAGGCCATTCACCGGCAGATCGACTGGGACCCGTCCCTGTTCTCGTACAACATGGGGGACCCGGATTCCCGCAACGACGAGGACTCGGCGCCACACATGATGCTGGGCGTGGTCATCAACCCGTTCTTCGACTGGGACGGCGATAAGCTCCTGCGGATTCCGTACCACAAGTCCGTGATCTATGAGGCGCACGTCAAGGGCCTCACCCAGATGCATCCGGAGGTGCCCGAGGAGCAGCGCGGCACGTATGCCGGCGTCGCCCACCCTGCGGTTATCTCCCATCTGCAGAAGCTGGGGATCACAGCGATCGAACTCATGCCGGTGCACCAGTTCGTCAATGACGGCATCCTGCAGGACAAGGGCCTGAACAACTACTGGGGCTACAACACCATCGGTTTCTTTGCACCCCACAACAGCTACAGCTCCAAAGGTGATACCGGACAGCAGGTCCAGGACTTCAAGGCAATGGTGCGGGCGCTGCACACTGCAGGTATTGAGGTCATCCTCGACGTCGTGTACAACCACACGGCCGAAGGAAACCACCTTGGACCCACACTTTCCTTCAAGGGCATTGATAACTCCGCGTACTACCGCCTGGTGGAAGACGACCAGAAGTACTACATGGATTACACCGGCACGGGCAACTCGCTCAATGTCCGCAGCCCGCACTCCCTCCAGCTGCTCATGGATTCCCTGCGCTACTGGGTGACCGAGATGCACGTAGACGGATTCCGCTTTGACCTCGCGTCCACGTTGGCCCGTGAGTTCTACGATGTGGACAAGCTGTCCACCTTCTTCGAACTCATCCAACAAGACCCGGTGGTCTCCCAGGTGAAGCTCATTGCCGAGCCTTGGGACGTTGGGCCCGGCGGCTACCAAGTGGGCAACTTCCCTCCACAGTGGACAGAGTGGAACGGCCAATACCGCGACACGGTCCGCGACTTCTGGCGCGGCGAACCTTCCACCTTGGGCGAGTTCGCGTCCCGGTTGACAGGCTCGGCGGACCTCTACGAGCACTCCGGGCGGCGCCCCGTGGCGTCGATCAACTTCGTCACGGCCCACGATGGCTTCACGCTGGCTGACCTTGTGTCCTACAACGAGAAACACAACGAAGCCAACGGCGAGGGCAACAACGACGGCGAATCCCACAACCGTTCCTGGAACTGTGGTGCGGAAGGGCCCACGGATGATCCCACGGTCCTTGGCCTGAGGGCGCGCCAGCAGCGCAACTTCATTGCCTCGCTGTTCCTGTCCCAGGGTGTTCCCATGCTTCTGCACGGCGACGAACTCGGCAGGACGCAAAACGGCAACAACAACGGCTACTGCCAGGATTCCGAGCTCACGTGGATCAACTGGGACAACGTGGATCAGCCCCTGATCGAGTTCACTGCAGCGGTCAGCGCCCTCCGGGCCAAACACCCCAGCCTGCGTCGCAGCCGCTTCTTCGATGGTCGTCCGGTGTTGCGTGGTGAAGGCGAGCGTCTCCCGGACATCGTATGGCTGGACGCCGACGCGAGTACCATGACGCCGTCCGACTGGGACGAACACCTGGGACGCTCTGTAGGAGTGTTCCTTAATGGCGACGGTATCCACGGCCTGGATACACAGGGCCGTCGGATCACTGACGTCAACTTCCTGCTGTACTTCAACGCAGACCAGGACGAAGTAGGCTTCCGAATTCCTTCCGACGAGTATGCGCCGGCTTGGGACGTCATGATCGATACTGCCGGAGAAGGCGCTGAAGCGGGTGTCATCAAGCCCGACCAGATCCTGATGGTTGGCGGTAAGTCACTGGTGGTACTCCGCGCCCACAGCACCCCTGAAATTGAACCGGATCACTCTGTTGCAGCTTCCCTTGCCGCGCTGACCCACACGAGCACTCCGGAAACGGCATCCATCACCGCCCCTGCGGTGACGTCGTTGCCGTTCGACTACAAGGGCGCCGCGCCCGAGGGTGCTAACGACGAAGGCGAAGCGAAGGAGACGGACGCATGA MEVWPGSAYPLGATFDGTGTNFALFSEKAEKVELCLFDDDGGEVRVDVTEVDGYVWHCYLPQVQPGQKYGYRVHGPYDPDAGQRFNPNKLLLDPYAKAIHRQIDWDPSLFSYNMGDPDSRNDEDSAPHMMLGVVINPFFDWDGDKLLRIPYHKSVIYEAHVKGLTQMHPEVPEEQRGTYAGVAHPAVISHLQKLGITAIELMPVHQFVNDGILQDKGLNNYWGYNTIGFFAPHNSYSSKGDTGQQVQDFKAMVRALHTAGIEVILDVVYNHTAEGNHLGPTLSFKGIDNSAYYRLVEDDQKYYMDYTGTGNSLNVRSPHSLQLLMDSLRYWVTEMHVDGFRFDLASTLAREFYDVDKLSTFFELIQQDPVVSQVKLIAEPWDVGPGGYQVGNFPPQWTEWNGQYRDTVRDFWRGEPSTLGEFASRLTGSADLYEHSGRRPVASINFVTAHDGFTLADLVSYNEKHNEANGEGNNDGESHNRSWNCGAEGPTDDPTVLGLRARQQRNFIASLFLSQGVPMLLHGDELGRTQNGNNNGYCQDSELTWINWDNVDQPLIEFTAAVSALRAKHPSLRRSRFFDGRPVLRGEGERLPDIVWLDADASTMTPSDWDEHLGRSVGVFLNGDGIHGLDTQGRRITDVNFLLYFNADQDEVGFRIPSDEYAPAWDVMIDTAGEGAEAGVIKPDQILMVGGKSLVVLRAHSTPEIEPDHSVAASLAALTHTSTPETASITAPAVTSLPFDYKGAAPEGANDEGEAKETDA PGPT0019225_581 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-ISOAMYLASE,PGPT0019225-ISA|treX-K01214 NA NA D3-18_01380 2313 treY Maltooligosyl trehalose synthase ATGAGGACCCCTGTCTCTACATATCGGCTCCAAATTCGCCCGAGCTTCACCCTGCAGGATGCCGCCCAGCTGACCGGATACTTGCGTTCCTTGGGAATCGATTGGGTCTACGTCTCACCGATCCTCACTGCAGAAAAGGGCTCGGATCACGGCTATGACGTGACTGATCCCTCCACCGTGGATCCCTCCAGGGGAGGTGCCGAAGGGCTTGCCGAACTGTCCAAGGCCGCGAAGGACAAGGGCCTTGGCATCTTGGCCGACATCGTGCCCAACCACATGGGCGTTGCTTCGCCCAAGCAGAACGCATGGTGGTGGCAGCTCCTGAAGGAAGGCCGCGGTTCAAAGTATGCCGAGGCTTTCGACGTCGACTGGGACTTCGGCGGGGGGAAGATCCGCATCCCTGTCCTGGGAAGTGACGATGACCTCGACGAGCTGAAGGTTGTCGACGACGAACTGCGTTACTACGATCACAGTTTCCCGTTGGCCGAGGGGACATACGCCACCGGGGACAACCCTCGCGAGGTCCATGCACGGCAGCACTATGAGTTGGTTGGCTGGCGCCGGGCCGACGCCGACCTAAACTACCGGCGGTTCTTCGCAGTGAACACCCTGGCCGGGGTACGCGTCGAGATTCCCTGGGTTTTCGACGAGTCCCATGAAGAGATAGTTCGCTGGTTCCGCGAAGGACTGGTGGACGGTCTGAGGATCGACCACCCGGATGGGCTCGCCGACCCCGAGGGTTACCTCGCGATGCTGCGCGAGGCGACGGGGGGCGCTTACCTGTTGGTGGAGAAGATCCTGGAACCCGGGGAGCAGCTGCCCGCGACCTTCGACTGCGAAGGAACCACGGGCTACGACGCATTGGCTGATGTTGACCGCCTTTTTGTGGATCCGGCTGCGGAGGAGTACCTGAACTCCCTCGATGCCCGTCTGCGGAATGCGGACGCTCCGGCGGATTATCATGCCATGATTCATGCCACCAAGCGCCGCATTGCCGATGGCATCCTGCGCTCGGAAATCCTGCGGCTTGCCCGCCTGGTGCCTCAATCCTTGGAGCTGCCGTTCGCCAAGGTAGCCGACGCACTGGCTGAAGTAATTTGCTGTTTCCCCATCTATAGGACATATCTGCCCTACGGGGGGAAGACACTCGTAGAGTCCGTGGAAAACGCCGCCAAGGAGCGCCCTGACCTGGCAACCGTCCTCAGTCAGCTTCAGCCGCTCTTGCTGGATGAGACCAGTTTGCTGGCCCGGCGTTTCCAGCAGACGTCCGGCATGGTGATGGCCAAGGGCGTGGAGGACACTGCGTTCTTCCGCTATACCCGGCTTGGATCACTGACGGAAGTGGGCGCGGATCCCACGGAATTCTCGATCCCCAGTGGAGTCTTCCATGAGCGGATGGCCCGCAGGCAGCAGCTTCTGCCGCTCTCCATGACAACGCTGAGCACTCACGACACCAAGCGGAGCGAGGACGCAAGGGCCAGGATCTCGGTCATTTCCGAGGCAGTTCCTGAATGGGAGCTTTTCCTCGGCACCGTCCAGGAACTCGCCCCCATCCCCGATGGACCCCTCTCAGCACTGATCTGGCAATCGATCGTCGGCGCATGGCCCGCAGATCGCCAACGGCTGCAGTCTTATGCCTTGAAGGCAGCCCGGGAAGCCGGCAATTCCACCAACTGGACCGACCCCAACCAGGAGTTCGAGCGCAAGTTGGCTGCCGCCGTCGACGCCGTATTCGACGTGCCGGAGGTTACCGCTGCCCTGACGAACTTCGTGGACGAGCTCGAACCTTATGGAACGTCCAATTCGCTGTCCGCCAAACTGATCCAGCTGACCATGCCCGGCGTGCCGGACGTCTACCAAGGGACGGAATTCAGAGACGGCTCGCTGACTGACCCCGACAACCGGCGGCCAGTGGACTTCCAAGTCCGCATCGCCGCCTTGGCGGAGCTGGATGACGGCGCCAAGCCGGCGTTCACAGAGGAAGCTGCCAAACTTCTGGTGGTCTCCCGTGCGCTAAGGTTGCGCCGTGACAGGCCCGGGTTGTTCGCCGGTTACCTCCCGGTCGCGGCCCAAGGCGCTGCCGCCGCACACGTGGTGGCCTTCGATCGCGGGGCTGACCGTCGGGGAGCTCTCACCGTTGCCACGCGCTTGCCCAAGCGTCTAGCCAGGGAAGGCGGCTGGCGGGACACGTCCATCGAACTGACAGTGGACTGCCGGGATGAACTCACTGGCGCCACGTACGGGGCCGGTGCTCTGCCTGTGGCCACTTTGCTGGAGCAATACCCGGTGGCCCTACTGGTACCCACTGACTGA MRTPVSTYRLQIRPSFTLQDAAQLTGYLRSLGIDWVYVSPILTAEKGSDHGYDVTDPSTVDPSRGGAEGLAELSKAAKDKGLGILADIVPNHMGVASPKQNAWWWQLLKEGRGSKYAEAFDVDWDFGGGKIRIPVLGSDDDLDELKVVDDELRYYDHSFPLAEGTYATGDNPREVHARQHYELVGWRRADADLNYRRFFAVNTLAGVRVEIPWVFDESHEEIVRWFREGLVDGLRIDHPDGLADPEGYLAMLREATGGAYLLVEKILEPGEQLPATFDCEGTTGYDALADVDRLFVDPAAEEYLNSLDARLRNADAPADYHAMIHATKRRIADGILRSEILRLARLVPQSLELPFAKVADALAEVICCFPIYRTYLPYGGKTLVESVENAAKERPDLATVLSQLQPLLLDETSLLARRFQQTSGMVMAKGVEDTAFFRYTRLGSLTEVGADPTEFSIPSGVFHERMARRQQLLPLSMTTLSTHDTKRSEDARARISVISEAVPEWELFLGTVQELAPIPDGPLSALIWQSIVGAWPADRQRLQSYALKAAREAGNSTNWTDPNQEFERKLAAAVDAVFDVPEVTAALTNFVDELEPYGTSNSLSAKLIQLTMPGVPDVYQGTEFRDGSLTDPDNRRPVDFQVRIAALAELDDGAKPAFTEEAAKLLVVSRALRLRRDRPGLFAGYLPVAAQGAAAAHVVAFDRGADRRGALTVATRLPKRLAREGGWRDTSIELTVDCRDELTGATYGAGALPVATLLEQYPVALLVPTD PGPT0014125_1173 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_TREHALOSE_METABOLISM,PGPT0014125-treY|glgY-K06044 NA NA D3-18_01381 1842 treZ COG0296 Malto-oligosyltrehalose trehalohydrolase ATGGACGGTTCTGGTGAGCTGACCGTCAACATCGTCACTGCAAGCACGCTTAAACACGTACAGGGGAACTTGATGCTGGAAAACGCTGCTGGAAAAAACCGTTACGACGTCTGGGCGCCGAACGCCGATTCTGTTCGGTTGCTGGTCGGAGACCGGGAGTACGGCATGAAACACCACGACGGCGGTGCCCGCGGGTGGTGGCGCGCGCCGGCTGATGTGGCGGCGCAGGAAGCCGACGGGGTGCGGTACGGCTACATCGTTGACGGGGAAGGACCGTTTCCCGATCCCCGCTCGCGGAGGCAGCCGGACGGCGTCCACGGATTATCTGCGACCTTCGATCCCTCCATCCATGAGTGGAAGGACGGCGGTTGGAAGGGGCGGAACCTCAAAGGATCCGTAATCTACGAGATGCATCTGGGTACATTCACACCCGAAGGAACGTTGGATGCCGCCACCGGGAAACTGGACTATCTGGTGGAGCTCGGCGTGGACTTCATCGAGCTGCTGCCGGTCAACGGCTTCAACGGTGTCCACAACTGGGGCTACGACGGTGTCCTTTGGTATGCCGTCCACGAACCCTATGGCGGCCCTGAGGCTTACCAGCGCTTTGTGGATGCTGCGCATGCGGCTGGCTTGGGTGTCATTCAAGACGTTGTTTACAACCACCTCGGACCGAGCGGCAACTACTTGCCTAAGTTCGGCCCGTACCTGAAATCAGGAGAGGGCAACACCTGGGGTGATTCGGTCAACCTGGACGGACCCGGTTCGGACGATGTTCGTCGGTACATCCTGGAAAATGCTGCGATGTGGCTCCGGGACTACCATGTGGACGGACTTCGTCTCGATGCCGTTCATGCCTTGCGTGACGAGCGTGCCGTGCACATCCTTGAGGAGTTCGGCGCGCTGGGAGATGAGATTGAGGCGGAGACGGGAATTCCCCGGACCATGATTGCTGAATCTGACCTGAACAACCCGCGGCTCATCTATCCACGCAAGGACAACGGCTACGGGTTGGAAGGCCAGTGGAGCGACGACTTCCATCACGCCGTGCACGTCAACCTCAGCGGAGAGACGACCGGCTACTACGCGGACTTTGACTCCCTGGCAGTCCTGGCGAAGGTCTTGCAACATGGCTTCCTTCACGATGGCAGCTACTCCAGCTTCCGGGAACGGCATCATGGCCGGCCCATCAGGCATGATTTGGCGCATCCGTCTGCGCTGGTGGTCTGTTTGCAGAACCACGACCAAATCGGCAACCGGGCAACTGGCGACCGGCTCACATCGTCGTTGTCTTACGGAAAGCTGGCCATAGGCGCTGTGCTGACCATGACGTCCCCGTTCACGCCCATGTTGTTCATGGGTGAGGAATTTGGGGCCTCTACGCCGTGGCAGTTCTTTACCTCCCACCCGGAACCTGAGCTTGGGAAGGCTACAGCGGAGGGGCGGATCAAGGAGTTCGAACGCATGGGTTGGGACCCCGCCGTTGTCCCTGATCCACAGGACCCGGAAACGTTCCAGCGGTCCAAGCTCAAGTGGGACGAAGCACGAGAAGGAGACCACGCACGCTTGCTGCAGCTGTACAAGGATTTGGCACAGCTGCGCCGGAACACTCCGGAGCTGGTGGACGGTGGATTCGGTGACACGTCCGTCGAGTTCGACGACGACGAACACTGGCTGCAGTTCTCCCGCGGCTCAGTCCGGGTGGTTTGCAACTTCGGGGACGAAGCACTTGGGACGCCACTGACAGGCTCCGTGTTGCTGGCCACCGACAGCGAAGCAGCTCTGGAAGACGGGACACTGACGCTTCCTGGCGGTAGCGCCGCCGTCGTGCGCGTCCAGTAA MDGSGELTVNIVTASTLKHVQGNLMLENAAGKNRYDVWAPNADSVRLLVGDREYGMKHHDGGARGWWRAPADVAAQEADGVRYGYIVDGEGPFPDPRSRRQPDGVHGLSATFDPSIHEWKDGGWKGRNLKGSVIYEMHLGTFTPEGTLDAATGKLDYLVELGVDFIELLPVNGFNGVHNWGYDGVLWYAVHEPYGGPEAYQRFVDAAHAAGLGVIQDVVYNHLGPSGNYLPKFGPYLKSGEGNTWGDSVNLDGPGSDDVRRYILENAAMWLRDYHVDGLRLDAVHALRDERAVHILEEFGALGDEIEAETGIPRTMIAESDLNNPRLIYPRKDNGYGLEGQWSDDFHHAVHVNLSGETTGYYADFDSLAVLAKVLQHGFLHDGSYSSFRERHHGRPIRHDLAHPSALVVCLQNHDQIGNRATGDRLTSSLSYGKLAIGAVLTMTSPFTPMLFMGEEFGASTPWQFFTSHPEPELGKATAEGRIKEFERMGWDPAVVPDPQDPETFQRSKLKWDEAREGDHARLLQLYKDLAQLRRNTPELVDGGFGDTSVEFDDDEHWLQFSRGSVRVVCNFGDEALGTPLTGSVLLATDSEAALEDGTLTLPGGSAAVVRVQ PGPT0014130_886 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_GLYCOSIDE_UTILIZATION PLANT_DERIVED_GLYCOSIDE-GLYCOSIDASES|GLYCOSYLHYDROLASES,PGPT0014130-treZ|glgZ-K01236 NA NA D3-18_01382 1038 gpr COG0667 L-glyceraldehyde 3-phosphate reductase ATGACTTATTCGGCTGCGGAAAACCGCTACGAAACCATGCCCTACCGCCGCGTCGGACGCAGCGGACTCAAGCTCCCCGCCATCTCCTTGGGACTCTGGCACAACTTCGGCGACGACAAACGCTTCGACGAACAGCGCGCCATCCTGCGCCGGGCATTCGACCTCGGCGTGAACCATTTTGACCTCGCCAACAACTACGGACCGCCCGATGGATCGGCTGAGACCAACTTCGGGCGTCACTTGAAGGACGACTTCAAGCCGTACCGCGACGAACTGGTCATCTCCACCAAGGCCGGCTACTACATGTGGCCCGGCCCGTACGGCGAATGGGGATCCCGTAAATACCTGATCTCCAGCCTCGACCAGTCGTTGGAGCGCATGGGCCTGGACTATGTGGACATCTTCTACAGCCACCGTCCCGACCCCGAAACGCCATTGGAAGAGACCATGGGGGCGTTGGACTACGCGGTCCGGTCGGGCAAGGCACTCTACGCGGGCATCTCCTCCTATACGCCGGAGCAGACCCTCGAAGCTGCCCGGATCCTGAAGGAGCTCGGAACCCCGCTGCTCATTCATCAGCCCAGCTACTCCATGCTGAACCGGTGGACGGAAAACGGGTCCCCTAACCTGTATGAAGCGCTGGACCAAGTGGGCGCCGGTTCAATTGCCTTCTCACCGCTGGCCCAGGGCATGCTCACCAACCGGTACCTCAACGGTGTGCCGGCCGACTCCCGAGCAGCCAAGGAACGCTTCTTGTCCGAGTCCGCGCTGACCGAAGACAAGCTGGACCGCGTGAGGGGCCTGAACACCATTGCCGAGGGGCGTGGGCAGACCCTCGCGCAGATGGCCATTGCGTGGATCCTTCGCGATCAGCCCAAGGGTTCGCCGGTGACATCTGCACTTATTGGTGCTTCCAGCGTGGCCCAGCTTGAGGACACCCTCAGCGCAATCAACAACCTGAAGTTCACTACAGACGAGTTGACTGCGATTGACGAATTCGCCGTCGAGTCGGACATCAATCTGTGGGCGCAGAAATAG MTYSAAENRYETMPYRRVGRSGLKLPAISLGLWHNFGDDKRFDEQRAILRRAFDLGVNHFDLANNYGPPDGSAETNFGRHLKDDFKPYRDELVISTKAGYYMWPGPYGEWGSRKYLISSLDQSLERMGLDYVDIFYSHRPDPETPLEETMGALDYAVRSGKALYAGISSYTPEQTLEAARILKELGTPLLIHQPSYSMLNRWTENGSPNLYEALDQVGAGSIAFSPLAQGMLTNRYLNGVPADSRAAKERFLSESALTEDKLDRVRGLNTIAEGRGQTLAQMAIAWILRDQPKGSPVTSALIGASSVAQLEDTLSAINNLKFTTDELTAIDEFAVESDINLWAQK PGPT0008285_549 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-HYDROXYACETONE_VOLATILE_BIOSYNTHESIS,PGPT0008285-yghZ-K19265 NA NA D3-18_01383 1086 ino1 COG1260 Inositol-3-phosphate synthase GTGTCTTCACATCCGATTCGTGTTGCCATTGTCGGCGTAGGTAACTGCGCCGCATCGCTGGTCCAAGGTGTTCAGTACTATCGCGACGCTGACCCCAAGGCCACGATCCCGGGTCTGATGCACGTCGAGTTCGGGCAGTACCACGTCAACGACGTCCACTTCGTTGCTGCTTTCGACGTTGATAGCAAAAAGGTTGGACTGGACCTCGCAGACGCCATCGGTGCCAGCGAAAACAACACCATCAAGATCGCCGACGTTCCCGCCACCGGTGTGACCGTGCAGCGTGGCCACACCTTGGACGGTCTCGGCAAGTACTACCGCGAAACCATCGTGGAGGCTTCGGACGAGGCCGTTGACATTGTTGCCGCGCTCCGCGAGGCCAAGGCCGACGTCATGGTCTGCTACCTGCCCGTCGGTTCTGACCAGGCAGCCAAGTTCTACGCCCAGTGCGCCATCGATGCCGGCGTTGCTTTCGTCAACGCCCTGCCCGTCTTCATCGCAGGCACCAAGGAGTGGGCTGACAAGTTCACCGAAGCCGGTGTCCCGATCGTTGGCGACGACATCAAGAGCCAGATCGGTGCCACCATCACGCACCGCGTCATGGCCAAGCTGTTCGAAGACCGCGGTGTCACTTTGGACCGCACGTACCAGCTGAACGTCGGCGGCAACATGGACTTCAAGAACATGCTGGAACGCGACCGCCTGGAGTCCAAGAAGATTTCCAAGACCCAGGCCGTCACTTCCAACGTCGAGGCTGAGCTGCACGCCGACGATGTCCACATCGGGCCGTCCGACTACGTTGCATGGCTCGACGACCGCAAGTGGGCCTTCGTCCGCCTTGAAGGTCGCAACTTCGGTGACGCTCCCGTTTCCCTCGAGTACAAGCTCGAAGTGTGGGACTCGCCGAACTCTGCCGGCGTGATCATCGACGCGATCCGCGCTGCGAAGATCGGCCTGGACCGCGGCATCGGCGGCCCGCTGCTTTCAGCTTCCAGCTACTTCATGAAGTCCCCGCCGGAGCAGTTCAACGACGACCTCGCCCGCGACAAGGTTGAAGCCTTCATCCGCGGCGACATCGAGCGCTAA MSSHPIRVAIVGVGNCAASLVQGVQYYRDADPKATIPGLMHVEFGQYHVNDVHFVAAFDVDSKKVGLDLADAIGASENNTIKIADVPATGVTVQRGHTLDGLGKYYRETIVEASDEAVDIVAALREAKADVMVCYLPVGSDQAAKFYAQCAIDAGVAFVNALPVFIAGTKEWADKFTEAGVPIVGDDIKSQIGATITHRVMAKLFEDRGVTLDRTYQLNVGGNMDFKNMLERDRLESKKISKTQAVTSNVEAELHADDVHIGPSDYVAWLDDRKWAFVRLEGRNFGDAPVSLEYKLEVWDSPNSAGVIIDAIRAAKIGLDRGIGGPLLSASSYFMKSPPEQFNDDLARDKVEAFIRGDIER NA NA NA NA NA D3-18_01384 1689 fhs Formate--tetrahydrofolate ligase ATGTCTGAAAACAAGGTCCTGAGTGATCTTGAAATTGCCCAGCACGCAACCATGCTTCCCATTGAGGACATCGCCGAAAGCGCGGGCATCAATGTGGAGGCCCTTGAGCTGTACGGACCCTACAAAGCCAAGATCAACCTGGCCAAGCTGCTACTCCCCCAGGGAAAGGCGCCCGGCAAAGTGGTGCTCGTCTCTGCCATGTCTCCCACCCCGGCAGGCGAAGGCAAATCCACCACGACAGTGGGACTCGCTGACTCCCTGGCCCGCGCTGGGCACAAAGTGATGATCGCCCTGCGTGAACCCTCGTTGGGGCCCATCCTGGGCATGAAGGGAGGGGCAACCGGCGGTGGGTACTCACAAGTGCTGCCAATGGATGACATTAACCTGCACTTCACCGGCGACTTCCACGCCATCACTTCTGCGAACAACGCCCTCATGGCACTCGTGGACAACCACATTTTTCAAGGCAACCAGCTCGGAATCGATCCCCGCCGTATGACGTTCAAACGCGTCCTGGACATGAACGATCGCTCCCTACGGGAAGTTGTCATCGGACTCGGCGGCCCAATACAGGGAGTTCCCCGGCAAGACGGCTTCGATATAACGGTCGCGTCGGAAATCATGGCGGTCTTCTGTCTCGCCACGGACGTCGACGACCTTCGGGCGCGGCTGGGACGCATTACCTTCGGGTACACCTACGATCGGGCCCCGGTCACCGTGTCAGACCTCGGCGTGGAGGGTGCCCTGACCATGCTCCTGAAAGACGCCATCAAGCCGAACCTCGTCCAAACCATCGCGGGCACCCCTGCGTTGGTGCACGGCGGACCCTTCGCGAACATTGCCCACGGCTGCAATTCCCTGATCGCTACCCGCACCGCCATGCAGCTTGCGGATATTGTGGTCACCGAAGCCGGCTTCGGCGCAGACCTCGGCGCTGAGAAGTACATGGACATCAAGGCGCGCATCGCCGACGTGGCACCATCCGCCGTCGTGGTGGTTGCAACAATCCGCGCCCTCAAAATGCAGGGCGGAGTTCCCAAGGAGAAACTCAACGAGCCAAACATCGAGGCCATGGCAGCCGGCGTCGAGAATTTGAAAAGGCACGTGGGCAACGTCGCAAAGTTCGGCATTTCGCCCGTTGTCTCCATCAACAAATTTGGAACCGACACCCCAGAGGAACTTGAGTGGCTCCTCGCTTGGTGTGCAGCAGAAGGCGTGGAAGCCGCCGTCGCTGATGTTTGGGGCCGCGGGGGCGGAGGCGACGGCGGTGACGAGCTCGCAGCCAAAGTTGCGGCAGCTTTGGATGCACCCTCCAACTTCCACCACCTGTACCCGCTGGAGCTCAGCATTGAGGACAAGATTCAAACAATTGTGCAGGAGATTTACGGGGCCGATGGCGTGGAGTTCTCAGTCCCGGCACTCAGGCGCCTCGCCGAGATCGAGAGGAACGGCTGGTCAGGGCTCCCTGTGTGTATGGCCAAGACCCAGTATTCCTTCACTGACGACGCCTCCAGGCTTGGTGCGCCCAAGGGATTCCGGGTGCACGTCCGCGAGCTGATCCCCAAGACGGGTGCCGGGTTCATTGTTGCGTTGACCGGCGCGGTGATGACCATGCCTGGCCTCCCAAAGGAACCCGCTGCGATGCGCATGGACGTGGACGCTGACGGCAACCCCACAGGCCTTTTCTAA MSENKVLSDLEIAQHATMLPIEDIAESAGINVEALELYGPYKAKINLAKLLLPQGKAPGKVVLVSAMSPTPAGEGKSTTTVGLADSLARAGHKVMIALREPSLGPILGMKGGATGGGYSQVLPMDDINLHFTGDFHAITSANNALMALVDNHIFQGNQLGIDPRRMTFKRVLDMNDRSLREVVIGLGGPIQGVPRQDGFDITVASEIMAVFCLATDVDDLRARLGRITFGYTYDRAPVTVSDLGVEGALTMLLKDAIKPNLVQTIAGTPALVHGGPFANIAHGCNSLIATRTAMQLADIVVTEAGFGADLGAEKYMDIKARIADVAPSAVVVVATIRALKMQGGVPKEKLNEPNIEAMAAGVENLKRHVGNVAKFGISPVVSINKFGTDTPEELEWLLAWCAAEGVEAAVADVWGRGGGGDGGDELAAKVAAALDAPSNFHHLYPLELSIEDKIQTIVQEIYGADGVEFSVPALRRLAEIERNGWSGLPVCMAKTQYSFTDDASRLGAPKGFRVHVRELIPKTGAGFIVALTGAVMTMPGLPKEPAAMRMDVDADGNPTGLF PGPT0008065_487 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008065-fhs-K01938 NA NA D3-18_01385 1245 mshA_2 COG0438 D-inositol 3-phosphate glycosyltransferase GTGCCGTTGATCCGTCGTGTGGCGTTCCTGTCATTGCATACCTCCCCCATGGAGCAGCCCGGCGCGGGAGATGCCGGCGGAATGAACGTCTACGTCCGCGCCCTCGCCATGGCACTGGCCGAGTCCGGTGTGGAAGTGGAGATCTTCACCCGTTCCACCAAAGCCGGTCAGCCTGCCGTCGAACATCCCGGTCCGGGGGTCTGCGTCCACAACGTCATGGCAGGTCCGCGGCGCAAACTGCCCAAGGAAGAGTTGCCGGCGCTCCTGCACCACATGGTGGAAGAAATCGACAAGATCCGCCACCAACAGCTCCATGGACGTTACGACGCCATCCATTCCCACTACTGGGTTTCCGGGGTGGCAGGGCTCGAGTTATCAGAACTGTGGGGTCTCCCGCTGGTCCACACCATGCACACCATGGCCAAAGTCAAAAATCTCGTCCTGGAGTCCGGCGAACGGCCTGAGCCGCGGCGCCGGGAAGAAGGCGAACAACGGATTGTTGACGGCGCCTCCCGGCTGGTTGCCAACACGCCTGCCGAGGCGGACGAACTGGTTTCCCACTACGGGGCAGACCTTGATCGTATTGACGTCGCGCCACCCGGAGTGGACCTGAAGGTGTTCACGCCCTCGTTTCGGCGGAAGTCACGTTCCTTGCGGGGAGTCAGGCCCGACAGCTTCCATATCCTCTTCGCCGGAAGGATCCAGCGGCTCAAGGGTCCGCAGGTTTTCGTCAAAGCCGCAGGGATCCTCCGCCACCGCAGGCCTGACATCGATCTGGAAATGACTATTCTGGGTTCCCTCAGCGGCGCCAAGGACTTCAACCTCCAGCACTTCATCGAAGACGCCGGGCTGGCCGACGTCGTCACTCACCGGCCGCCTGTCGTGGCACCGGAGCTGGCCAGTTGGTTCCGGTCCGCTGACGTGGTGGTGATGCCGTCCTTCAGCGAATCCTTCGGGTTGGTGGCGTTGGAAGCACAGGCGTGCGGTACACCCGTGGTCGCCACCAACGTAGGCGGCCTCTCCCGCGCCATCTCGGACGGACGAACCGGCCTGCTGGTGGACGGGCACGACCCCTCAGACTGGGCCGACGCCCTTGAGGATCTTTACGACGACGTCCAAACCCGGGAGGACATGGGGCGGCTCGCTGCCACCCACGCCGAGTCCTTTGGATGGCAGCGGACTGCAGCCATTACCTTGGAAAGTTACCGGGAAGCCGTCGGCGGTCTGCTGGTTCCGCGGCGCTGA MPLIRRVAFLSLHTSPMEQPGAGDAGGMNVYVRALAMALAESGVEVEIFTRSTKAGQPAVEHPGPGVCVHNVMAGPRRKLPKEELPALLHHMVEEIDKIRHQQLHGRYDAIHSHYWVSGVAGLELSELWGLPLVHTMHTMAKVKNLVLESGERPEPRRREEGEQRIVDGASRLVANTPAEADELVSHYGADLDRIDVAPPGVDLKVFTPSFRRKSRSLRGVRPDSFHILFAGRIQRLKGPQVFVKAAGILRHRRPDIDLEMTILGSLSGAKDFNLQHFIEDAGLADVVTHRPPVVAPELASWFRSADVVVMPSFSESFGLVALEAQACGTPVVATNVGGLSRAISDGRTGLLVDGHDPSDWADALEDLYDDVQTREDMGRLAATHAESFGWQRTAAITLESYREAVGGLLVPRR PGPT0024580_846 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_REMODELLING_SURFACE_GLYCOSYLATION_PATTERNS CE-REMODELLING_GLYCOSYLTRANSFERASE_ACTIVITY,PGPT0024580-mshA-K15521 NA NA D3-18_01386 519 hypothetical protein GTGGCGGCTGTGAGCCAAGAACAAAACTTCCACGTCCGTAAAGCAACGCCTGAAGACTGGCCCGGCATGTGGTCCATCCTGGAGCCTGTGATCCGCGGCGGCGAGACCTTCACCTGGGACCGTGACACCACAGAGGATGCAGCCAGGACCAAGTGGATCAAGGAAGCTCCCGGTCAAACTTTCGTGGCGGTGCGCCAGGACACTGGCGAGATACTGGGAACGGGGGAGTTCCACGCGAACCAAGCCGGCGGCGGTAGCCATGTTGCCAACGCCGGGTACATGGTGGGGGCCAACAACTCGGGCCAAGGCATCGCCAGGGCCCTCTGTGCCTACTCACTGAGCGAAGCCAAGGCAGCCGGGTTCCTGTCCATGCAGTACAACGCCGTGGTGGAGAGCAACGTAAGAGCCGTGTGGTTGTGGCAATCCATGGGGTTCAAGATCCTGGCCACGGTTCCCGAAGCCTTCAACCACCCGGAGATCGGCTACGTAGGCCTCCACGTCATGTACAGAAAGCTCTAG MAAVSQEQNFHVRKATPEDWPGMWSILEPVIRGGETFTWDRDTTEDAARTKWIKEAPGQTFVAVRQDTGEILGTGEFHANQAGGGSHVANAGYMVGANNSGQGIARALCAYSLSEAKAAGFLSMQYNAVVESNVRAVWLWQSMGFKILATVPEAFNHPEIGYVGLHVMYRKL NA NA NA NA NA D3-18_01387 1365 bglT COG1486 6-phospho-beta-glucosidase BglT ATGATTGCCGGTGGCGGCGGATTCCGGGTTCCCCTTGTATACCGGGCTTTGTGCGCGGGTCCGTTCGCCGGGTTGGTGGATGAACTCGTCCTTTTTGACGTGGACGGCTCGCGGCTCGCGGCCATTGAGGCGGTACTCCGCGACATGCCAGCGGACGGAGGTTCCGCACCCGCCGTCGTGGTTTCCACAGACCTTGAGCAGGCACTCAGCGGGACGGACATGGTGTTCGCGGCGATTCGTCCAGGCGGCACCGCCGGAAGGATTGCGGACGAACAGGTTCCCCTGAAGCTGGGGTTGCTGGGTCAGGAAACTACTGGCGCCGGAGGCATCTCCTATGCGCTCCGTTCTATTCCCCACATGCTGCAGCTCGCTGAGGCGATGCGTCGCCATTGCCCCGACGCGTGGCTCATCAACTTCACCAACCCTGCCGGCATGGTCACTGAAGCGCTGGTTCCCGTCCTGGGACGCAAGGTGATCGGCATCTGCGACTCCGCCGGTGGTTTGGTCCAGCGTGCCGCCCGGGCTGCCGGGGCGCCCCTCAAAGAAGGAACGCTCGACGGCGTGGGCTACTACGGGCTGAACCACCTGGGCTGGCTTTACCGTTTGGCTCCTGGAGGACGGGATCTGTTACCGGACCTTCTGTCCGATCCCGCTGCTCTCGAAACCATGGAGGAGGGGCGGTTGTTCGGGCAGCACACCCTGCTGCAACTTGGCTGCCTGCCCAACGAATACCTGTACTACTACTACCAAACGTCGCAGGCCACTGAAGCCATTGGACAGCAACGCGAAACGCGCGGGGCGTCCATCCATGACCAGCAACAGTCGCTCTACCCGTCGCTTCTTCACGCCTCCCATCCTTATAAGCTCTGGGATGCTGCGCGGCGCTCCCGCGAGGAAGGCTACCTGGCCGAAGCGAGGACGCATGGGGAGCAGCGCGACGAGTCTGACCTCGCAGGAGGCGGCTACGAACGCGTTGCCCTGTCCGTGATGCGTGCGCTGTCCGGGGGTGGGTCCGCCCAACTGATCCTCAACGTACCCAACTCGCCGGTGTCACGTGCCGTATCTACCGCAGAGGTGGCCGTTCCCGGGTTGCCGGCAGACGCCGTCGTCGAGGTTCCTTGCGAGGTAACGCCCGACGGCGCGTTGCCACTTCCGCAGGACGGGCCGGACGGGCAGTTCCTCACCCTGATGCAGCACGTGAAGGAGGTTGAACGGCTGACCATCCGGGCCGTTGTCACCGGCGAGCGCGAGGCCGCTGTCCAAGCATTTGCCGCTCACCCGTTGGTAGGTTCGGCCCCTTTGGGCCGGAAACTACTGGAAGGGTATGAGGCAGCTTTTCCCGGGCTAAGCCAGTTGTGGGCCTAG MIAGGGGFRVPLVYRALCAGPFAGLVDELVLFDVDGSRLAAIEAVLRDMPADGGSAPAVVVSTDLEQALSGTDMVFAAIRPGGTAGRIADEQVPLKLGLLGQETTGAGGISYALRSIPHMLQLAEAMRRHCPDAWLINFTNPAGMVTEALVPVLGRKVIGICDSAGGLVQRAARAAGAPLKEGTLDGVGYYGLNHLGWLYRLAPGGRDLLPDLLSDPAALETMEEGRLFGQHTLLQLGCLPNEYLYYYYQTSQATEAIGQQRETRGASIHDQQQSLYPSLLHASHPYKLWDAARRSREEGYLAEARTHGEQRDESDLAGGGYERVALSVMRALSGGGSAQLILNVPNSPVSRAVSTAEVAVPGLPADAVVEVPCEVTPDGALPLPQDGPDGQFLTLMQHVKEVERLTIRAVVTGEREAAVQAFAAHPLVGSAPLGRKLLEGYEAAFPGLSQLWA PGPT0019105_216 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-CARRAGEENASE,PGPT0019105-celF|licH|chbF-K01222 NA NA D3-18_01388 1161 RBKS_1 Ribokinase ATGGTCCGAGTCTATGCAGGCCAGCAAGTCTATGCAGCCCAGTACGTGCAGCGTAGTCTGCCGTGCATGGACGCTAAACCCCAGCGACGCTTCGACCCCCTGGCTGCGCTGCGGTCGGATGGGGACCACCAGTGCGACCTCCTCCTCACTGGAACGGTTTTCCAGGACATCATCTTCACCGGGCTCCCGCACGCCCCGGAACCCGGCACGGAGGTTTGGAGTGAGGGCATGGGCAGCTGCCCCGGTGGTGTCGCCAACCAAGCCATTGCCGCCGCGCGCCTCGGCTTGCGGACCAATCTCGCGGCAACCTTCGGGGACGACGGCTACGGTGACTACAACTGGCAAATCCTGGAAAGCCAGGAACACGTCGACCTCTCGCTCTCGCAGAAGGTTCCCGGCTGGCACTCACCGGTCACCGTATCCATGTGCGTGAACCAGGACCGGTCAATGGTGACCCACGGCCACCCCGCCCCGATCAGTTCCTCCGAGCTGATCGGGAAGCCACCCAAGGCGCTCGCCGCCGTCGCTGACTTGGGCGAGGAACTGGAACCGTGGATGCTCGCAGCGAAGGAAGCCGGCACCAAACTTTTCGGAGTGGTGGGCTGGGACCCAACAGGGGAGTGGTCGGAGCGCCGGCTGGACCAGCTGGGAAACTTCTACGCCTTCCTGCCCAATGCCCCTGAAGCGATGGCGTTTACCGGCAAAGCCGACCCCTGGGCGGCACTGTACTCCTTGGCTGATCGGGTTCCCGTGGCAGTGGTAACCCTTGGACCCCAAGGCGCGGTGGCAGTGGATTCGGAAACGGGGGAAGAGGAGTGGGTTCCGTCCCTGCCCGTATCAGCCTCCGATCCCACGGGCGCCGGGGACTGTTTCGGTGCTGCCTTCATCGTGGGATGCCTGGCAGGGTGGAGGTTGGGGGACCGGCTGCGGTTCGCGAACCTGTGCGCCTCCTTGGCGGTCCAGGAAGTGGGCGGCTCACTGGCAGCACCGGGTTGGGGTGACATCGCCGACTGGTGGCAACGGGCGAATGCGCGGAAAGAGCGTCAGTCAAGCCAGTGGTTGCGGCGCTTCGCGTTCCTGGAACCGATCGTGAAGGACATTCCGGCGGAAGCACAGCGTCGGGCCCGGGCGACCATCGCACATTTGTCGGACGCGCAGTAG MVRVYAGQQVYAAQYVQRSLPCMDAKPQRRFDPLAALRSDGDHQCDLLLTGTVFQDIIFTGLPHAPEPGTEVWSEGMGSCPGGVANQAIAAARLGLRTNLAATFGDDGYGDYNWQILESQEHVDLSLSQKVPGWHSPVTVSMCVNQDRSMVTHGHPAPISSSELIGKPPKALAAVADLGEELEPWMLAAKEAGTKLFGVVGWDPTGEWSERRLDQLGNFYAFLPNAPEAMAFTGKADPWAALYSLADRVPVAVVTLGPQGAVAVDSETGEEEWVPSLPVSASDPTGAGDCFGAAFIVGCLAGWRLGDRLRFANLCASLAVQEVGGSLAAPGWGDIADWWQRANARKERQSSQWLRRFAFLEPIVKDIPAEAQRRARATIAHLSDAQ PGPT0017405_474 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 D3-18_01389 1242 alr_1 COG0787 Alanine racemase GTGACTTACGAAGCAGCTGCAGATATCGGAATCGGGTCGAGGGCCTCCATAGCAAAGTCAGCGGTGCTGGAACGCTCCGCCGTGATTGACCTCGATGCCGTGCGGCACAACGTTCGTCAGTTCGTCGGCATCGCCTCCCCTGCCGCTGTTATGGCCGTAGTTAAGGCAGACGCTTATGGCCACGGTGCCGTGCAGGTAGCCCGGGCAGCCCTCGACGCCGGAGCGGCCTGGCTGGGTGTCGCCCACATTTCCGAGGCGCTCGCCCTGCGTGCTGCCGGAGTTGATGCCCCGCTACTCGCTTGGCTCCACACCCGGGAAAGCAACTTCCAGGCGGCAGTGGCCGCTGGCATCGACGTCGGAATTTCCGGTTGGGAACTTGAAGCCGTGGTCGCTGCAGCGCGGGAGCAAGAACGGCCGGCGCGTGTGCACCTCAAGGTTGACACGGGACTGGGCCGGAACGGCTGCACTATCGCAGACTGGGACCAATTGTTGGGTCAGGCCATGGAATACCAGGATCAAGGCCTCCTGCGGGTTGTGGGTGTCTTCTCCCACCTCGCCGTTGCTGACGAACCCCAGCGCCCTGAAACCGATGATCAACTGGCTGTTTTCCGCGAAGCCATCGCCATGGCCGAAGACGCCGGCGTGGACACAGAGGTCCGCCACATTGCCAACACGCCGGCAGCGTTGTCCCGCCCGGACTCACACTTCGACCTCGTCCGCGTGGGCCTTGGCATCTACGGATTGTCGCCCTTCGAAGGGGCTACATCCGCCGAACTTGGCCTGCATCCCGCAATGACCGTCCGGACTCTCCTGTCCAACTGCAAGAAGGTGCCCCAAGGCCAGGGCGTTTCCTACGGACTCCATTACCGGACCAGCCGGGAAAGCACGCTGGGCCTGGTGCCGCTGGGCTATGCGGATGGCGTCCCCAGGATTGCCACCGGAGGTCCTGTGCGGGTGGACGGCATCAACTACCCGGTGGTTGGCAGGATTGCCATGGACCAAATGGTCATTGACCTGGGGCCGCTGTCCCCTGAAGCGGCGGCGAATCTCAAGGGCGCCGAGGCTGTCATGTTCGGCAACGGCGCCGACGGCGGGCCCACCGCTGATGATTGGGCGGCTGCTGCGGGAACCAACAACTACGAAATCGTGACGCGCATCAGCCCACGGGTTCCACGCAGTTACGTCAATGAACTGCCCGCTCAGGCCGACGTCAACAGCTCAGCAGATAAGGCCACGCTGTGA MTYEAAADIGIGSRASIAKSAVLERSAVIDLDAVRHNVRQFVGIASPAAVMAVVKADAYGHGAVQVARAALDAGAAWLGVAHISEALALRAAGVDAPLLAWLHTRESNFQAAVAAGIDVGISGWELEAVVAAAREQERPARVHLKVDTGLGRNGCTIADWDQLLGQAMEYQDQGLLRVVGVFSHLAVADEPQRPETDDQLAVFREAIAMAEDAGVDTEVRHIANTPAALSRPDSHFDLVRVGLGIYGLSPFEGATSAELGLHPAMTVRTLLSNCKKVPQGQGVSYGLHYRTSRESTLGLVPLGYADGVPRIATGGPVRVDGINYPVVGRIAMDQMVIDLGPLSPEAAANLKGAEAVMFGNGADGGPTADDWAAAAGTNNYEIVTRISPRVPRSYVNELPAQADVNSSADKATL PGPT0020040_208 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_RELATED_RACEMASES,PGPT0020040-alr-K01775 NA NA D3-18_01390 579 hypothetical protein GTGAGCGAAGTACAGTGGGAGCGCACCCTTACGGTCTCGACGGCGGAGCAGACCCACGCGCTCGCAGCAGCTTTGGGTGGGGTGCTTGAGGCCGGGGACCTCCTGGTCCTGACCGGCGAACTGGGTGCGGGCAAGACGACGTTCACCCAAGGACTTGGCGAGGGGCTGGGAGTCCGTGCCGGCATCATTTCGCCCACGTTTGTCCTGGTGCGGATCCACCCCAATCTTGCCGATGGACCCAGGCCCGGGGGGCCGGACCTGGTCCATGTTGACGCTTACCGGCTGGACTCGGCAGCAGAGATTGACGACATCGATCTCGAGAACACCATGGATACAGCGGTCACCGTGGTGGAGTGGGGCCGGGACCGGGTGGAGCACCTCTCTGACAGCCGCTTGGAGGTTGACCTTCTCAGGTCTGTTGGCGGTGACATCCCGGAAGCCACAACGGACGGCGACGTTATGGACTTCGATACCGATGATGACGACGAACCACGCACCATCGTCTTCCGTGGGTTCGGTCCCCGCTGGGCCGAGGCGCCGCAACTCCTTGAAATTCCTTCACCGGTGGAAGGCAACTGA MSEVQWERTLTVSTAEQTHALAAALGGVLEAGDLLVLTGELGAGKTTFTQGLGEGLGVRAGIISPTFVLVRIHPNLADGPRPGGPDLVHVDAYRLDSAAEIDDIDLENTMDTAVTVVEWGRDRVEHLSDSRLEVDLLRSVGGDIPEATTDGDVMDFDTDDDDEPRTIVFRGFGPRWAEAPQLLEIPSPVEGN PGPT0020040_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_RELATED_RACEMASES,PGPT0020040-alr-K01775 NA NA D3-18_01391 672 COG1214 putative protein ATGCTGATACTGGCCATTGATACCTCAGCGGTTGCCAGTGCGGCCCTGATCTCGGACGATGCCATGGAAAGCGTGGTGGACTCCTTCGCTACGGAGGACACCCGAAGCCACGCGGAAGTGCTGGCACCCGGGATTGAAAAGCTCCTGGCTGGTGCCGGGGTCACTGGCGCGGACATCGATGCGATTGTCACCGGTGTGGGACCCGGCCCGTTCACCGGACTCCGCTCCGGTATCGCGACCGCCCGCACTCTCGCCTTCGTGTGGGACAAGCCGTTGTATGGGCTCATGAGCCTGGATGCCATCGCCTTGGAAGTGGCGGAGTCCACCGCAGCCACCCCCGATTTCCTGGTGGCTACGGATGCCCGACGCAAAGAGGTCTACTGGGCCCGTTACACCCTGCCCGAGGGCCAGCTTCCGGAACTCGTGGACGGCCCGCATGTTGGTTTCGCTTCTGAGCTTCCGGAGTTGCCGGTGTTCGGCGCGGGGGCAGGCTTATACGCCGATGTCCTCAAGGCGGACGAAGATTTCGCCACCACCCAGCCGGATGCCGCCTCGCTGGGTCAATTCGCCTTGGCGAAGCTCACTGCCGGGCAGGCCTTGCTTGACTCAACACCCTTGTACTTGCGGGAATCGGACGCCCAGGTGCCAGGGCCCAGGAAGCGTGCACTGTGA MLILAIDTSAVASAALISDDAMESVVDSFATEDTRSHAEVLAPGIEKLLAGAGVTGADIDAIVTGVGPGPFTGLRSGIATARTLAFVWDKPLYGLMSLDAIALEVAESTAATPDFLVATDARRKEVYWARYTLPEGQLPELVDGPHVGFASELPELPVFGAGAGLYADVLKADEDFATTQPDAASLGQFALAKLTAGQALLDSTPLYLRESDAQVPGPRKRAL NA NA NA NA NA D3-18_01392 522 rimI COG0456 N-alpha-acetyltransferase RimI GTGCACTGTGATGCGGGGGACACTGTGAAACTGTCACCCAAGATGGAACTCGCAGGGGTTTCGCTGCGCGATATGACGGAGGCAGACATCCCGGCCGTGGAGGCCCTGGAGCGCCGGTTGTTCCCCGTGGATGCGTGGCCCTTGCAGATGTTCTTCGACGAGTTGGCCCAGCCCGAGACCCGGCGCTACGTGGTGGCAGAGGTTGCCGGGGAGATCGTGGCTTACGCCGGCTTGATGTGCATTGAGCCGATCGCGGACGTCCAGACGATCGCCGTCGTGCCTGAATTCGAGGGCAAGGGCATTGGCTCTGCTGTCCTGACAGAACTTATTGACGAAGCGCGGCGCCGTCGTGCCGAGGACGTCCTGCTGGAAGTCCGGGCGGACAACCCCCGCGCCCAGCAACTGTACTTGCGGTTCGGCTTCGAGCAGATCCACGTCAGGCCCCGCTACTACAGGGACGGCACGGACGCCCTGATTATGCGTCTTGAACTGAACAAACCCCAAGAAGGAGCCACAGCGTGA MHCDAGDTVKLSPKMELAGVSLRDMTEADIPAVEALERRLFPVDAWPLQMFFDELAQPETRRYVVAEVAGEIVAYAGLMCIEPIADVQTIAVVPEFEGKGIGSAVLTELIDEARRRRAEDVLLEVRADNPRAQQLYLRFGFEQIHVRPRYYRDGTDALIMRLELNKPQEGATA NA NA NA NA NA D3-18_01393 1146 tsaD COG0533 tRNA N6-adenosine threonylcarbamoyltransferase GTGAGCGGGCCGTATCCGGAACAGCCGAAGCAGCCGCTGGTGCTGGGCATTGAGTCATCCTGCGACGAGACCGGTGTGGGAATTGTGCGGGGGACAACGCTGCTGACCAATACGGTGTCATCGTCTATGGATGAACATGTTCGCTTTGGTGGCGTCATCCCGGAGATCGCATCGCGCGCCCACTTGGACGCCTTTGTGCCCACCTTGCAGGAGTCGCTGCACGAGGCCGGCGTCACCTTGGATGACATCGATGCCATTGCCGTCACGTCCGGTCCGGGCCTCGCAGGGGCGCTGATGGTGGGTGTGTGCGCTGCGAAGGCGCTGGCTGTCGCAACCGGCAAACCGCTGTACGCCATCAATCACCTGGTGGCGCACGTCGGCGTCGGGCTGCTGGATAGTAGGACAGCTTCGGGTGGAGCGCCCGACGCCGTTGCTGCCGCCGGCTTGGGCGCCGGCAAGCTGCCGGAGAACCTCGGAGCACTGCTGGTATCGGGTGGGCACACAGAAATCCTGCGCATCCGGAGCATCACGGACGACGTCCAGTTGCTGGGTTCAACCATCGACGACGCCGCCGGGGAAGCCTATGACAAAGTGGCCCGCATCCTTGGCCTCGGCTACCCGGGTGGGCCTGCCGTCGACAAACTGGCACGCCAGGGGAACCCCAAGTCCATCCGTTTCCCGCGCGGGCTCACGCAGCCCAAGTACATGGGCACCGCGGAAGAGAAGGGCCCGCACCGCTACGACTGGTCCTTCAGCGGCCTGAAAACGGCGGTGGCCCGGTGCGTTGAGCAGTTCGAAGCCCGCGGCGAGGAAGTTCCTGTGGCAGACATCGCCGCAGCTTTCCAGGAGGCCGTTGTGGACGTCATCAGTTCAAAGGCAGTCCTGGCCTGCAAAGAGAACGGCATCACTGACGTCCTGCTGGGTGGGGGCGTTGCAGCGAACTCGAGGCTGCGGGAACTGACTGCGCAGCGCTGTACCTCCGCGGGAATCAAGCTGCATGTTCCGCCGCTGGACCTATGCACGGATAACGGAGCCATGGTTGCCGCGCTCGGAGCGCAGCTGATCATGGCCGGCATTGCTCCTAGCGGCGTGGAGTTCGCGCCGGATTCCTCCATGCCGGTAACTACGGTGTCAGTGGCTGCCTGA MSGPYPEQPKQPLVLGIESSCDETGVGIVRGTTLLTNTVSSSMDEHVRFGGVIPEIASRAHLDAFVPTLQESLHEAGVTLDDIDAIAVTSGPGLAGALMVGVCAAKALAVATGKPLYAINHLVAHVGVGLLDSRTASGGAPDAVAAAGLGAGKLPENLGALLVSGGHTEILRIRSITDDVQLLGSTIDDAAGEAYDKVARILGLGYPGGPAVDKLARQGNPKSIRFPRGLTQPKYMGTAEEKGPHRYDWSFSGLKTAVARCVEQFEARGEEVPVADIAAAFQEAVVDVISSKAVLACKENGITDVLLGGGVAANSRLRELTAQRCTSAGIKLHVPPLDLCTDNGAMVAALGAQLIMAGIAPSGVEFAPDSSMPVTTVSVAA NA NA NA NA NA D3-18_01394 1152 COG2170 Putative glutamate--cysteine ligase 2 GTGCAGATTGATTTTGCGCCATCCAGGCAATCGACACTGGGTGTGGAATGGGAGTTGGCGCTCGTCAATGCACGCACCGGGGAATTGGTATCCGTGGCCAACGACGTCCTGAAGGGCGTCGCCGCGAACCACCCCGACCTCAACGAGGACGACGAACACCCCCATATCAAGCGCGAACTGCTCCTCAACACTGTTGAACTGGTCACAGGTATCTGCGAGACGGTCAAGGACGCCAAAGAGGACCTCAGCCGTTCCCTCGCCGCCGTCCGTGAAGTCACCGATCCCATGGGCGTGGAAGTGTTCTGCGCAGGCAGCCACCCGTTCAGCCCTCCGCTTCTCCAGCCCGTCACGGACAAGGAGCGCTACGCCAAGCTGATCGAGCGGACCCAATGGTGGGGACGCCAGATGGTGATCTACGGCGTTCACGTCCATGTGGGGATCGACCGCCGGGACAAGGTCCTTCCCATTCTGGACGGCTTGGTCAACTACTTCCCGCACTTCCAGGCACTATCCGCCTCCAGCCCATACTGGGCCGGCGAAGAAACCGGATACGCCTCCCAGCGCGCGCTCATGTTTCAGCAGCTTCCCACCGCAGGCCTTCCCTTCCAGTTCGAAACATGGGAGGCCTACGAGTCCTATGTCCAGGACATGTTCACCACTGGTGTCATTGACGCGACGTCGGAAATCCGTTGGGACATCCGGCCGGTGTCGAACCTGGGCACCATTGAGATGCGCATCTGCGACGGCTTGGCCACACTTGAAGAAGTAGGCGCCATCGCTGCGCTGACCCAATGTCTGGTGGACGAGTTCTCCTCCATCCTTGACGCCGGTGGCAGCATCCCCACCATGCCGCCGTGGCATGTGCAGGAGAACAAATGGCGTGCCGCCCGTTACGGCATGGAGGCCATCATCATCCTCGACGCCCAAGGCAACGAGCAGCTGGTCACGGAGCACCTCGCGGAAACCGTCGCCCGGCTGGAACCTGTGGCAGCCAAGCTCGGTTGCTCAGAAGAACTGGCAGACGTCTTGAAGATCATCCACCGCGGAGCAAGCTACCAGCGCCAGCGCCGAGTGGCCGCAGAACACAACGGTGACCTGCAGGCAGTGGTCATGGACCTCGTGAAACAGATGCGCAAAGGACCTGACGCTTAG MQIDFAPSRQSTLGVEWELALVNARTGELVSVANDVLKGVAANHPDLNEDDEHPHIKRELLLNTVELVTGICETVKDAKEDLSRSLAAVREVTDPMGVEVFCAGSHPFSPPLLQPVTDKERYAKLIERTQWWGRQMVIYGVHVHVGIDRRDKVLPILDGLVNYFPHFQALSASSPYWAGEETGYASQRALMFQQLPTAGLPFQFETWEAYESYVQDMFTTGVIDATSEIRWDIRPVSNLGTIEMRICDGLATLEEVGAIAALTQCLVDEFSSILDAGGSIPTMPPWHVQENKWRAARYGMEAIIILDAQGNEQLVTEHLAETVARLEPVAAKLGCSEELADVLKIIHRGASYQRQRRVAAEHNGDLQAVVMDLVKQMRKGPDA PGPT0026300_483 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0026300-gshA|ybdK-K06048 NA NA D3-18_01395 1152 yciC COG0523 Putative metal chaperone YciC ATGCATCTCACAGTCCTCAGTTCCCTGGACAGCCAATGCCGGGAGTCAGCCGCTGGCAGGCTCGGGCAAACCCACGCCAATTCCGTGGTGGTCCTTCACGATCTTCTGGATGGTTCGCTGGTCCTGCGGCGCGTCTATCGGAACGGCCAGCTGTTCGAACGAGAAACCACGGTATTGGAGCATGGTTGCCTTAGCTGCACCGTCAGGTTGGACGTAGTCCCGACGGCGGAACGCCTCGCCTCATGCGGCTTCGACCACGTTGTCTTGGGCCTCCCACCCGGCGTCGCAGCGGGGATGGCCGTTGCTGAGCTTCGGCGTGGATTGAGCCGCCCGGCGGTGATCGACAACGCCGTGCTGTCCCTGGACCCCGTAGACCTGGACGACCATATCTGGGACCGTCACACGCTGTTCGAATCAGGATTCACGTCCATGCCCACTGATGAGCGCACCAGCGGAGAGTTTCTGATCGGTGAGTTCGGGCAGGTGGACACTGTGATGGTGCACCCCGGGCTGGGTGCCGTGTTGACCGGAGAACCGCGGGAAGGTTCCGCGCAGTGGCTGTTGGGTGTCGAATTGCTTGGCCAGTTGGCGTCCCATGCCAGCGTTGTTGGCGCGGCTGACGACTACCGGCCGGGATGCTTCGACGACGCCGAAGCAGCGGCCCGTAACCGGCCCGGCGTCGTGCGTGTGCCCGTCAACGAAGCCGAAGGTTCCTTCCGGACCGTGCTCCATAAAGCTGGTCGGCCACTGCATCCTGGACGCTTCCGCGAGGCGCTCCCACAGCTGGCGGCCGGCACGCACTGGTTGCGTGGCCGCCTGTGGATTGCTTCAGCGCCTAAAACGCGGATCGCCGTCCAGGGTATCGGGCCGCGTGTGTGGCTGGAAAGCACCGGAAAGTGGCTGGCTGACTCTGCTGAATCAGCGCCGGACCTGGTGCGCCCTGGAAGGGCGGGGGCCGACGTCGACTCCCTCCTTGATTGGCATCCCAGCCACGGCGACCGCGGAACGGTACTGGCCATCACCGGAAGGTCGGAGGACATTGATCCGCAGGAAATCAGCCAACTTTTGGACGGCTGCCAACTGACGGAGGCGGAGATGGAACAGGATTTCGGTGTCTGGGACGACCCTCTGGAACTCAGCGAAGCACTTTAG MHLTVLSSLDSQCRESAAGRLGQTHANSVVVLHDLLDGSLVLRRVYRNGQLFERETTVLEHGCLSCTVRLDVVPTAERLASCGFDHVVLGLPPGVAAGMAVAELRRGLSRPAVIDNAVLSLDPVDLDDHIWDRHTLFESGFTSMPTDERTSGEFLIGEFGQVDTVMVHPGLGAVLTGEPREGSAQWLLGVELLGQLASHASVVGAADDYRPGCFDDAEAAARNRPGVVRVPVNEAEGSFRTVLHKAGRPLHPGRFREALPQLAAGTHWLRGRLWIASAPKTRIAVQGIGPRVWLESTGKWLADSAESAPDLVRPGRAGADVDSLLDWHPSHGDRGTVLAITGRSEDIDPQEISQLLDGCQLTEAEMEQDFGVWDDPLELSEAL NA NA NA NA NA D3-18_01396 123 hypothetical protein ATGAAGGTCAGGAATTCGCTGCGTGCGCTCAAGAAGATCCCCGGCGCCCAGATCGTGCGCAGACGGGGGCGCACCTTCGTCATCAATAAGAACAACCCGCGGATGAAGGCGCGGCAGGGCTAA MKVRNSLRALKKIPGAQIVRRRGRTFVINKNNPRMKARQG NA NA NA NA NA D3-18_01397 813 sdhL COG0169 Shikimate dehydrogenase-like protein ATGCCAATCCTGAACAAAGACATGTCCCTGTGCATTTCGCTTGCGGCCCGGCCCAGCAATATCGGGACCAGGTTCCACAACTATCTGTACGATCTGCTCGGCTTGAACTTTGTCTACAAGGCATTCGCCCCCGCAGACATCACCCTCGCGGTGGCGGGCATCCGCGGCCTCCCGATCCGGGGCGCCGCGGTGTCCATGCCGTACAAGGAAGCCGTCATCCCGCTGGTTGACGTCATGGACCCGTCGGCCAAAGCCATTGATTCGGTGAACACCATCGTCAATAACCACGGAGTCCTCACCGCCTACAACACGGACTACATCGCGATCGCCAGGCTCCTGAAGGACCACCAGGTTCCGAGCAGCCACACCGTGCTGCTCCGCGGTGCCGGCGGCATGGCCAAGGCCGTAGCCGCAGCCCTCCGGGACGCCGGGTTCACCGCTGTAACCATCGTGGCCCGCAATGAGGGCGCCGGCCGTGCGCTGGCAGACCTCTATGGCTTCGGATGGCAGGACGACGTCAACGGCTCAACCGCGGACCTCATCATCAATGTCACCCCGCTGGGCATGGCAGGGGCGGATGAATCCGCCCAGGCTTTCGACGACGCCACTCTTTCCGCTGCCCAGGTGGTGTTCGACGTCGTGGCCTTGCCGTCGGAGACGCCGCTCATCACCGCTGCCCGGAGAGCCGAGAAGAAGGTGATCACTGGCGCCGAAGTCATCGCTATCCAGGCCGAGGAGCAGTTTGTCCTGTACACGGGCGTGCGTCCGAGCGCTGAACAGGTGCGTGAAGCCTCGGAGTTCTCCCGCCGTTAG MPILNKDMSLCISLAARPSNIGTRFHNYLYDLLGLNFVYKAFAPADITLAVAGIRGLPIRGAAVSMPYKEAVIPLVDVMDPSAKAIDSVNTIVNNHGVLTAYNTDYIAIARLLKDHQVPSSHTVLLRGAGGMAKAVAAALRDAGFTAVTIVARNEGAGRALADLYGFGWQDDVNGSTADLIINVTPLGMAGADESAQAFDDATLSAAQVVFDVVALPSETPLITAARRAEKKVITGAEVIAIQAEEQFVLYTGVRPSAEQVREASEFSRR PGPT0012890_5149 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 D3-18_01398 1230 hypothetical protein ATGCCTCACACACCGCAGGAACAGATCGCACCCTTGTTGACAACTGAAGGATGGGAACTTCTTGCCTCCTTGGGGCCGTACCGGGAAGCCGACTCGTTCGGCGTCAATGCCGATCTCCGAAAAGCGGGCCACTCCCCCGAGCTCGTGGCCGCGGTCCTCACGCAATCCCGCCTGCGGACACGTGCCGAGGCCAAGTTCGGCGAGTTTGCCCGGCAGATGCTCTTCACCCAAGCCGGCTTGGAACAGGCCACGCGCTTGAACGTCGCCGCACGGCACGCGGAGCGTTTCGTGAAGGCCGGCATCTCGCACGTTGCAGACCTCGGCTGCGGCCTCGGTGCCGATTCCATGGCAATGGCTTCCATGGACATTTCGGTCACAGCCGTTGAGATGGATGAAACCACTGCCGCCTGCGCCACCATCAATCTCATGCCCTTCCCCCACGCCAACGTGGTTCACGCGGATGCAACCTCCGTGGAGCTGGACGGTATGGACGGGGTGTGGCTGGATCCTGCCCGTCGAACAACGTCCACCTCCGGCACCAAGCGGATCTGGGACCCTGAAGCTTTCTCTCCCCCGCTGTCCTTCGTGGAGCGTCTGGCGGCCACGGGACGCGCCATCGGCGTCAAGATGGGACCCGGCATCCCCCACGATTCCGTGCCCTCCGGCTGCGAAGCCCAGTGGGTCTCCGTGGGCGGCGATGTGACCGAAGTGACCTTATGGTTCAACGCAGTGGCCCGCCCCGGCGTGCGTCGGGCCGCGCTGGTTATCGGCAGCCAGGGTGCCGCTGAAATCACCAGCGGCGCGGATTTCGACGGCGGCCCGGTAGCCGCCGTCGGGCCTGTTGAGGGCTTCCTCTACGAACCGGATGGTGCGGTGATCCGCGCAGGACTGGTGGCCGACGTCGCCGAACGGCTGGGCGGGCATCTGGTGGACGAGCACATTGCCTACATCTGCGCCCCCGAGCTGCACGACACCCCGTTCGCCCGTGCCTACAAAGTGCTTGAGGTGATGCCCTACAACGTCAAGGCGCTCAAGGCATGGGTGAAGAACAACGGCATCACAGTGCTGGATATCAAGAAGCGCGGCACGGCAGTGACCCCGGAAGAGCTGCGGAAGCAATTACTTCCAGCCAAACCCGTCAAAGGCAAGGATGCGAAAACAGCCACCTTGGTCCTCACCAGGATCGGCGAGGAAAGAGTGGCTGTTGTCGTGGAGCCAGTGACGGCCTGA MPHTPQEQIAPLLTTEGWELLASLGPYREADSFGVNADLRKAGHSPELVAAVLTQSRLRTRAEAKFGEFARQMLFTQAGLEQATRLNVAARHAERFVKAGISHVADLGCGLGADSMAMASMDISVTAVEMDETTAACATINLMPFPHANVVHADATSVELDGMDGVWLDPARRTTSTSGTKRIWDPEAFSPPLSFVERLAATGRAIGVKMGPGIPHDSVPSGCEAQWVSVGGDVTEVTLWFNAVARPGVRRAALVIGSQGAAEITSGADFDGGPVAAVGPVEGFLYEPDGAVIRAGLVADVAERLGGHLVDEHIAYICAPELHDTPFARAYKVLEVMPYNVKALKAWVKNNGITVLDIKKRGTAVTPEELRKQLLPAKPVKGKDAKTATLVLTRIGEERVAVVVEPVTA NA NA NA NA NA D3-18_01399 363 hypothetical protein ATGGAAGACAACGCAGCCCCGCACACCTCCACCCTGACAAAGTTCGCCCGTCCCGCCCTCATAGCGGGGGCTGTGATCGCGGTGGTCTGCATCGGCCTGCTGATCATCATCTTCGCGTTGGATTCCTTCAATGCCGCCACCTACTCCGTCGCCGGCAAGAGCGTTAACGACGCCACTGATGAAGCGCGGGGTATCCGCGAACTCTATAGCGGCGCCAGGACCGGTGGAATCATCACCTTGGTGATCTCCGGCGTCGTAGCTGTTGCCGCTGCCGTGGTGCTGTATCTGAATCGGGGCAACGCTCCGCTGGACGAGGATGACGACGGCGAAGACTACGATTTGGACGACCTCACCGGCCGGTGA MEDNAAPHTSTLTKFARPALIAGAVIAVVCIGLLIIIFALDSFNAATYSVAGKSVNDATDEARGIRELYSGARTGGIITLVISGVVAVAAAVVLYLNRGNAPLDEDDDGEDYDLDDLTGR NA NA NA NA NA D3-18_01400 297 groS COG0234 10 kDa chaperonin GTGTCGGTCTCGATTAAGCCTCTTGAGGATCGTATTGTTGTTCGCCCGCTCGAAGCAGAGCAGACCACGGCTTCCGGCCTGGTAATTCCGGACTCCGCACAGGAGAAGCCGCAGGAAGGCGAAGTTGTTGCAATCGGCCCCGGCCGCTTCGATGACAACGGCAACCGCGTACCGGTTGACGTAGCTGTTGGCGACGTCGTCATCTACTCCAAGTACGGTGGAACCGAAGTCAAGACCGGCGGCAACGAGTACCTCGTTCTGTCCGCCCGCGACGTCCTTGCGATCGTCGTAAAGTAA MSVSIKPLEDRIVVRPLEAEQTTASGLVIPDSAQEKPQEGEVVAIGPGRFDDNGNRVPVDVAVGDVVIYSKYGGTEVKTGGNEYLVLSARDVLAIVVK PGPT0014565_2125 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014565-groES|mopB-K04078 NA NA D3-18_01401 1614 groL1_1 60 kDa chaperonin 1 ATGGCAAAGCAGCTTGCTTTTAACGATGCTGCCCGCCGGTCTCTTGAGGCCGGTATCGACAAGCTCGCCAACACTGTCAAGGTGACGCTTGGCCCGCGCGGCCGCAACGTCGTGCTGGACAAGAAGTGGGGCGCTCCCACGATCACCAACGACGGCGTGACCATCGCCCGCGAAGTTGAGCTTGACGACCCCTACGAGAACCTTGGCGCGCAGCTGGCCAAGGAAGTAGCCACCAAGACCAACGATGTAGCCGGCGACGGCACCACCACGGCCACCGTGCTGGCACAGGCCCTGGTTAAGGAGGGCCTCCGCAACGTTGCTGCCGGCGCCGCTCCTGGCGAGATCAAGCGCGGCATCGAGGTTTCCGTCGAAGCCATCGCAGCCCGCCTCCTGGAGAACGCCCGCGAAGTTGAAGGCACCCAGGTTGCCAGCGTCGCAGCCATCTCCGCGCAGAGCGACGAGGTTGGCGAACTGCTGGCTGAAGCGTTCGGCAAGGTTGGCAAGGATGGTGTCATCACCATTGAAGAATCCTCCACTACCCAGACCGAACTGGTCCTCACCGAGGGCATGCAGTTCGACAAGGGCTACCTTTCCCCGTACTTCGTCACCGACGCAGAGCGCCAGGAAGCAGTCCTTGAAGACGCCCTCATCCTGATCAACCAGGGCAAGATCTCCTCGCTGCAGGACTTCCTGCCGCTGCTGGAAAAGGCCCTTCAGGCCAACAAGCCGCTCTTCATCATTGCTGAAGACATCGAAGGCGAAGCCCTCTCCACGCTGATCGTCAACCGTATCCGCGGCACGCTCAACGTTGTTGCCGTCAAGGCTCCGGGCTTCGGCGACCGCCGCAAGGCCATGCTCCAGGACATCGCGACGCTTACGGGCGCCCAGGTTGTTTCCCCGGACCTCGGCCTGACCTTGGACAGCGTTGGCCTTGAGGTACTTGGTACCGCTCGCCGCATCACGGTGACCAAGGACAACACCACCATCGTTGACGGTGCAGGCACGGCCCAGGATGTAGCCGACCGCGTGGCGCAGCTTCGTGCCGAGCTCACCCGGACGGACTCCGACTGGGACAAGGAAAAGCTGCAGGAACGCCTGGCCAAGCTGGCCGGCGGCATCGGCGTGATCAAGGTTGGCGCAGCCACCGAGGTTGAGCTGAAGGAAAAGAAGCACCGCATCGAGGACGCCGTTTCCTCCACGCGTGCAGCCCTCGAAGAAGGCATCGTTTCCGGTGGCGGTTCCGCTCTCATCCACGCCCTCAAGGCACTGGACGAGTCCCCGGCCGTTAAGGCGCTGGAAGGTGACGCAGCAGCTGCTGTGGGCATCGTCCGCCGCGCCCTGGTTCAGCCGCTGCGCTGGATCGCCCAGAACGCCGGCTTCGATGGCTTCGTGGTTGTTGCCAAGGTTTCCGAGCTGGAAGCCAACCACGGTTTCAACGCCAAGTCCGGCGAGTACGAGGACCTGATCGCCGCTGGCGTGATCGACCCCGTCAAGGTCACCCGCTCCGCCCTCCGCAACGCCGCCTCCATTGCCGCCCTGGTTCTCACCACCGAGACCCTGGTTGCCGAGAAGCCGGCTGAGGAAGAAAACGCACACGCAGGCCACCAGCACTAA MAKQLAFNDAARRSLEAGIDKLANTVKVTLGPRGRNVVLDKKWGAPTITNDGVTIAREVELDDPYENLGAQLAKEVATKTNDVAGDGTTTATVLAQALVKEGLRNVAAGAAPGEIKRGIEVSVEAIAARLLENAREVEGTQVASVAAISAQSDEVGELLAEAFGKVGKDGVITIEESSTTQTELVLTEGMQFDKGYLSPYFVTDAERQEAVLEDALILINQGKISSLQDFLPLLEKALQANKPLFIIAEDIEGEALSTLIVNRIRGTLNVVAVKAPGFGDRRKAMLQDIATLTGAQVVSPDLGLTLDSVGLEVLGTARRITVTKDNTTIVDGAGTAQDVADRVAQLRAELTRTDSDWDKEKLQERLAKLAGGIGVIKVGAATEVELKEKKHRIEDAVSSTRAALEEGIVSGGGSALIHALKALDESPAVKALEGDAAAAVGIVRRALVQPLRWIAQNAGFDGFVVVAKVSELEANHGFNAKSGEYEDLIAAGVIDPVKVTRSALRNAASIAALVLTTETLVAEKPAEEENAHAGHQH PGPT0014570_6905 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0014570-groEL|mopA-K04077 NA NA D3-18_01402 1638 hypothetical protein ATGACAGTTCCGGATACAGCCTTGGACTTGGGACGCTCGGCGTTCTCCGAGCATCGCTGGAGCGATGCCTTCGAGTGCTTGGCGCGCGCCGACACTGAAGGTGGCCTGCCTCCGCAGGACATCGAATTAGTGGCCTCCGTAGCGATGCTGCTGGGCAAGGACACCGAGGGCGTGGCCTACTTGACCCGGGCTCACGACGAATTCATCACGCTGGGGGACACGGATAGCGCCGCGCGCTGCGCAGCATGGCTGGTGCTGTACTTGATGGATCTTGGTGAGCCCGCCCGCAGCAGCGGGTGGATGTCCCGGGCCAAGCATCTGGTGGAAGGGCTGGATAGTCCTACCGCAGCGGAGGGCTATCTGATGGTTCCGGAGGCACTTGGTGCCCTGTACGGGGGAGCTCCGGAGGCGGGCTTTGCGATTTTCAGCCGCGCTTTGGAGATAGGCCGGCATTTCCAGGACAAGGACCTCATGGCGCTGGGCCAACTCGGCGTCGGAACCGCCAGGCTCACCCTCGGATTCCCGGATGAGGGCCTTCAACTTCTTGATGAAGTGATGGTCTCGGTCACCGTGGGCGAAGTTTCGCCTATCCCTTCCGGGATCATCTATTGTGCGGTGATCGGAAACTGCCGTTTGGTGCTGGATGTCCGACGGGCCCAGGAGTGGACAGCGGCGCTGGAGAAATGGTGCGGGGACAGGCCGGACATGGTCATGTTCAGCGGGCAGTGCCAGTCCCACAGGGCGGAATTGTTTCTCCTCCATGGGGCGTGGGATGACGCCCTTGCCGCAGCCCACATTGCCCAAGACCGTGCTCGCCGGGGCGATCCGGAGGCCACCTACGGCGCGTGGTACCAGCAAGGGGAAATCCTTCGTCTCAGGGGAAGCCTGGCCGAAGCCGAAGCTGCTTATGCAAGGGCTGGCGAGACGGGATTCGAGCCTCTTCCTGGTATGGCGCTGGTGCGCTTGGCCCAACAGAACTGCCCCCAGGCCCAGTCCATGTTGCGTCGGGCAGCGGCAGCGTCGGATCCTGCCAACCGGCGAAGGCTTCTTCCGGCTTTGGTTGAGGTGGAACTCGCCGCCGGTGACATGGCAGCGGCAAGATCAGCTGCGGACGAATTTGCGTCCCTTGTTGACACGGCAAAGCGCCCTTTGGAAGCGGCCCTCGCCTTGCATGCGCAGGCAAGCGTGCTCTTGGCTGAGGGCCGTGCGGAAGCTGCCCTGATGGAGGCACGGAAGGCATGGAGGGTGTGGTTCACTCTTGAAGCACCGTACGAGGCTGCCCGGTGCCGAGTGCTGGCGGGCAAAGCCTGCGCGGCGCTGGGTGATCCCGACTCGGCCACGATGGAGTTCGAAGCCGCTCGGGCAGAATTCGTGGAACTCGGCGCTACTCATGCTGCCGCTGAAGTGGTGGGCGTTAGTGGAGGACGCGATCAGAGCACCGGCTCGCCGCTTACTGTCCGCGAACTGGAAGTCCTGCGCCTGGTGGCGGAGGGCAACGCGAACAAAACCATTGCCCGTTCCCTCTACCTCAGCGAAAAGACGGTTGCGCGGCACGTGAGCAATATCCTGACCAAACTCGGTGTGCCCTCGCGCGTGGCTGCTACCCGGTATGCGTTCGATCACCATCTGCTGAGCTAA MTVPDTALDLGRSAFSEHRWSDAFECLARADTEGGLPPQDIELVASVAMLLGKDTEGVAYLTRAHDEFITLGDTDSAARCAAWLVLYLMDLGEPARSSGWMSRAKHLVEGLDSPTAAEGYLMVPEALGALYGGAPEAGFAIFSRALEIGRHFQDKDLMALGQLGVGTARLTLGFPDEGLQLLDEVMVSVTVGEVSPIPSGIIYCAVIGNCRLVLDVRRAQEWTAALEKWCGDRPDMVMFSGQCQSHRAELFLLHGAWDDALAAAHIAQDRARRGDPEATYGAWYQQGEILRLRGSLAEAEAAYARAGETGFEPLPGMALVRLAQQNCPQAQSMLRRAAAASDPANRRRLLPALVEVELAAGDMAAARSAADEFASLVDTAKRPLEAALALHAQASVLLAEGRAEAALMEARKAWRVWFTLEAPYEAARCRVLAGKACAALGDPDSATMEFEAARAEFVELGATHAAAEVVGVSGGRDQSTGSPLTVRELEVLRLVAEGNANKTIARSLYLSEKTVARHVSNILTKLGVPSRVAATRYAFDHHLLS NA NA NA NA NA D3-18_01403 318 hypothetical protein ATGAACATTCCACTGCTTGCCGGCACCGTATCCACGGTGCTCTTCGCAGCCAGCATGCTCCCCATGCTTCTGAAGGCCGTGCGCACCAAGGACCTTGAGTCCTACAGCGTAGGCAACATCGCCACCACCAATGTGGCCAACGCAGTGCATTCGTTCTACGTCTTCGATCTTCCGGCAGGCCCCGTATGGCTGCTGCATTCCTTCTACATTGTTGCGTCTGCCCTCATGCTCTTGTGGTGCCTGCGCTACAGGAAGGTTCCTGAAGACACACACAAAGAACCCATCGGAGAACCAGTAATTGAAGGGGCTAAACCATGA MNIPLLAGTVSTVLFAASMLPMLLKAVRTKDLESYSVGNIATTNVANAVHSFYVFDLPAGPVWLLHSFYIVASALMLLWCLRYRKVPEDTHKEPIGEPVIEGAKP NA NA NA NA NA D3-18_01404 1101 czcO_1 COG2072 putative oxidoreductase CzcO ATGAACGAGAACCAGGAATCAACAGTGGATACGCTCATTGTGGGGGGTGGGCAGGCAGGGTTGGCGCTTGGCTACTGGCTGAGCCGGGAAGGCCGAAATTTCCTGATCGTGGATGAAAATGCCAGGACGGGAGATTCCTGGAGACAGCGTTGGGATTCCCTTCGACTGTTCACGCCAGCCAAATACGACGGACTACCCGGCGTTCCATTCCCTGGCGACGGGTTGAACTTCCCCGGCAAGGATGAGCTGGCAGATTACCTTGAGGATTACGGGCGCCGCTTCGACCTACCGATCCTGCACAATGTGCGCGTTGACGGCATCGAGAATGACGGTGACTGGTTCCACGTCACCGCGGGGCAGCGATGGTGGCGCGTCAGGAACGTGGTCGTTGCTACAGGGGGATACCGTGTTCCCAAGACCCCGGCTTTTGCCGCGGAACTTTCGGCGGACATACGCCAACTTCATTCTCAGAACTACAAGAATCCTTCACAACTGCAGCCCGGCCCTGTCTTGGTGGTGGGACTGGGGAATTCAGGGGCAGAGATTGCCTTGGAGGTAAGCCGGAGCCATCAGACCGCTGTGGCGGGAACCGCCGGTGGCGAGCTCCCTGTGCGCCACGGACGCGCAGCAGCGCGTTTCGTGCTTCCGGTCATTCGTTTCGCCGGCTTGCACCTGCTCACACTCGACACACCTGTTGGCCGCAAGGTTGCACCAACGTTCATGCAGAAGGCTGCGCCGCTGATCCGGACCAGAACCAAGGAACTGAAAGCCGCAGGCGTTGAATTGCTGCCCAGGGTTACCGGCGTCCGGGACGGCTATCCGGAAGTTGGCGGAGATGTCCAGACCGTCAAACCGGCCAACGTCATCTGGTGCACGGGTTACCGGGACGACTACTCATGGGTCCGGGTGCCCGCGGTGGACACGGAAGGCAGGCTGCTGCAAAAACGGGGAGTGGTGGCGGACGTGCCAGGTGTGTTCTTCCTCGGCCAGGAGTTCCTGTTCGCGGCGGCTTCGGCGACCCTTCCGGGTGTGGGCCGGGACGCCCGCTACCTCGCCGGCCGGGTCAAAGCGCAGCGTTCCAGCGGACTCTTGAACGTGTGA MNENQESTVDTLIVGGGQAGLALGYWLSREGRNFLIVDENARTGDSWRQRWDSLRLFTPAKYDGLPGVPFPGDGLNFPGKDELADYLEDYGRRFDLPILHNVRVDGIENDGDWFHVTAGQRWWRVRNVVVATGGYRVPKTPAFAAELSADIRQLHSQNYKNPSQLQPGPVLVVGLGNSGAEIALEVSRSHQTAVAGTAGGELPVRHGRAAARFVLPVIRFAGLHLLTLDTPVGRKVAPTFMQKAAPLIRTRTKELKAAGVELLPRVTGVRDGYPEVGGDVQTVKPANVIWCTGYRDDYSWVRVPAVDTEGRLLQKRGVVADVPGVFFLGQEFLFAAASATLPGVGRDARYLAGRVKAQRSSGLLNV PGPT0013865_1146 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0013865-czcO|noxC|yrdP|trkA|hapE-K07222 NA NA D3-18_01405 2190 hypothetical protein ATGTATGGCTGGACCTGTGCTGATGGGGCTTCGGATGGCGGCCAGGGACACCCTTCCGCATCGGTTGCGCAACTGAAACCGCGTAATATTGATGCTTTGTGCCAGAGCTTTGAGGAACTGCCTAACGTGACGACGCCAACGATTCCAGCCCCTGCCCACCACGGTAAGCGGGCTGCCGGACCCGTTGCAAAGTCTAAGTTCCGCCCCGAAATCCAGGGCCTTCGATCCCTCGCAGTCCTGATGGTGGTCAGCTACCACATCTGGATCGGCAGGGTCTCCGGAGGCGTTGATGTCTTCCTCCTGATTTCAGCCTTCCTCATGACCCTCCAGTTCACGGGACGTTATAAACAGGGCCGCCCCATGGACCTTGTGCGCCACTGGCTGCACCTGTTCAGGCGGTTGCTGCCCGCCGTCGTCGTAGTTCTCGTGGGCACTCTCGCAGCAACCTTCGTTTTCCTGCCAGCCACGCGTTGGGTTGAAATTGTCCAGCAAACCTGGGCTTCGCTGTTTTACTTTGAAAACCGGCTGCTGCAGGAACTGGCGGTTGACTACTACGCCACTGACCACAGTATGGCGAGCCCCGTTCAGCACTTCTGGTCTTTGTCCATCCAGGGCCAGGTGTTCATTTTGTGGCCCATCATCTTTGCAACGGTTGCGCTGGTGTGCCGCCGTTTTGCCCTCCGCTACCGCGCGATGCTGGTGTATGTTTTCGCGATCATTTTCCTGGTCTCGTTCATCTACTCCATCATCTTCACTGCCAGCAACCAGGCCGTGGCATACTTCGATACCTTTGCCCGTTTGTGGGAGTTCGCCTTGGGCACGCTGGTGGCCTTGGTGCTACCGGGCCTGGACTTCTCCAAACCTGTCCGTGTGGTCCTGGGATGGGTGGGGGTGGCAGCCATGCTCACTTGCGGCATCCTCTTGCAGGTACAGACCGCGTTCCCGGGATTCGTCGCCTTGTGGCCTACCTTGGCGGCCGTCGCGGTGATCGTGGCCGGTCAGACCGGGAGCCGTTTCGGCGTGGACCGGATCCTGAGTTCCAAATTCCTGGTCCGGCTCGGTGACAACTCCTACGCCCTATACCTTTGGCACTGGCCCATCCTGGTGATTGCCCTGGCCTGGAGCGGTAAGGGTCAAGCCGGTTGGCTTTCCGGCACGGCCATCATTGCGCTGTCACTCGTTTTGGCTTTCCTGACCACCAAGTTCGTGGAGAAGCCGTTCCGGGAATGGAAATGGCCCGAGATGAAGCGCCGTCGCTCGGTCATCGCGATCGTGACGTGCCTGGCAGTTGTGTCCGCACCCCTGCTCGCTTTCCAGTACAAGCTGGACTTGGACCAGCAAGCTGCTGAGGCACGAATGGTCTTCGACAATCCCGGCGCAAAGGCACTCCTGCCCACTTACGTGAATGAAGCCGCTCCAAATGCGCTCACCCAGCCCACCGCGGAAAGGATCGGACGTGACTGGGCCCAACTGCCCGAGGGGTGCTCCGGAGACACGAAACCCGAATCGCAGTTGCTGCAGGACAACTGCCGGCAGAACGGTGTGGGTTCCGACGCCACCAAGACAGTCCTGGTGGTAGGCAACTCCCACTCCCAGCAGTGGCTTGCCGCCATGGAAGTATTGGCGGAGCAGCACCATTGGCGTCTCTACTCGCTGCTGTACGGGGCGTGCCCCTTCATGACTGAAGATCCCGAGTCGGAGCCTGGCTGTAACGAGTTCAACAGTGAAGTGCGCAGCCACATCCGGGACCATGCGCCGGATGCCATCTTCATGGTGGGCACAGCGGCTGTGTCGTCCTTGCCCGACGAACGACTGACCCACGGCTTTGAGGACCTCGTTCCCGAGGTCACGGCACTGGGCATCCAGATGGTGGCAGTGCGGGACAACCCAAGGTTTACTTACAGCCTGACCGACTGCGCCCTCGCCAAAGGGGTGGACAGCCCTGATTGCCGCCCGCTGAAGTCGGACGTCCTGGCCGAGCCCAGCCCCTTTGAGGCCGTGACGGGTAAATTCCAGGACCTGATCCTGCTGGATATGACCGATCTCGTGTGCCTGGGGATCTACTGCCCGCCCATCATCGGTAACACGTTCGTGTACCTGGATGACAACCACCTGACCAAAACGTACGTCAAGAGCATGTCGGGCATGCTCGATGAAAGGTGGTTTGCCGCGACAGGGTGGCAACGATGA MYGWTCADGASDGGQGHPSASVAQLKPRNIDALCQSFEELPNVTTPTIPAPAHHGKRAAGPVAKSKFRPEIQGLRSLAVLMVVSYHIWIGRVSGGVDVFLLISAFLMTLQFTGRYKQGRPMDLVRHWLHLFRRLLPAVVVVLVGTLAATFVFLPATRWVEIVQQTWASLFYFENRLLQELAVDYYATDHSMASPVQHFWSLSIQGQVFILWPIIFATVALVCRRFALRYRAMLVYVFAIIFLVSFIYSIIFTASNQAVAYFDTFARLWEFALGTLVALVLPGLDFSKPVRVVLGWVGVAAMLTCGILLQVQTAFPGFVALWPTLAAVAVIVAGQTGSRFGVDRILSSKFLVRLGDNSYALYLWHWPILVIALAWSGKGQAGWLSGTAIIALSLVLAFLTTKFVEKPFREWKWPEMKRRRSVIAIVTCLAVVSAPLLAFQYKLDLDQQAAEARMVFDNPGAKALLPTYVNEAAPNALTQPTAERIGRDWAQLPEGCSGDTKPESQLLQDNCRQNGVGSDATKTVLVVGNSHSQQWLAAMEVLAEQHHWRLYSLLYGACPFMTEDPESEPGCNEFNSEVRSHIRDHAPDAIFMVGTAAVSSLPDERLTHGFEDLVPEVTALGIQMVAVRDNPRFTYSLTDCALAKGVDSPDCRPLKSDVLAEPSPFEAVTGKFQDLILLDMTDLVCLGIYCPPIIGNTFVYLDDNHLTKTYVKSMSGMLDERWFAATGWQR NA NA NA NA NA D3-18_01406 2082 hypothetical protein ATGATGGATACACGCGCGAGAACGGCTGCCCAGCCAAGCAAGGAATCCACGACGTCGAAACCCGGCTTCCGCCCGGAAGTCCAAGGCCTGCGTGCACTGGCAGTGCTCATGGTTGCGGCCTACCATATCTGGCTCGGCAAGGTCTCGGGCGGCGTGGACGTCTTCCTGCTGATCTCGGCTTTCCTGCTGACGCTGTCCTTCACGCGCAAGCTTGAAAGTCATAAGCCACTTCGACTCCTGCGGCATTGGCTCCACGTGTTCAAGCGCTTGCTGCCTGCCGTCGTCGTTGTCCTGCTGGCGGTCCTGGCCGGGACCTGGGCACTCATACCGCAGAGCCGCTGGCCCGATATCCTCACCGAGGCTTGGGCATCCCTCATGTATCGGCAAAACTGGCAGCTGGCCGCTTTCGCGGTGGACTACTACGCCCAGCAGCACGTTCACGCCAGCCCCCTGCAACACTTTTGGTCGCTGTCCGTGCAGGGCCAAGTGTTTATTCTGTGGCCGTTGATCTTCGCCGGAGTCGCACTTCTGCAGCCGCAGCTGGCTAAGCTTTTCCGGCAGCGGAAGGCCGTAACCCACAGGCAACTGCTGTTCATCGCCTTTGGTGCGGTGTTCCTGGCATCGCTCGTGTTCTCCATCGAGCAGACCGCCAACAACCAGGCCCATGCATACTTTGATACCCGTGCCCGCATATGGGAATTCGCTTTGGGTTCCCTTCTCGCCTTGGCGATCCCATATGTGAAACCGGGACGCCGGTTCCGTGTTTTTCTGGGATGGGCCGGTATTGCAGCGATGCTCGCCTGCGGGTTGTTGCTCACGGTGGACCGCTCCTTCCCTGGTTTCGCAGCCCTCTGGCCCACCCTGGCGGCCGCAGCCGTGATCATCGCGGGTCAGAGCGGTAGCCCTTTCGGTGCCGACCGTCTCCTGGGCTCACGCCCCCTGGTCATGGTGGGTGACAACTCGTATGCCCTGTACCTGTGGCACTGGCCGGTCTTGGTGTTCTTCCTCCTTGCCACCGGGATTACTGCGCCCAGCCTCCTCCAAGGCTTGGGAATCATGGCGGTTTCCATGCTGCTGGCGGTTGCCACCACAAGGTATGTGGAAGTGCCGCTGCGCCGGTGGAAGTGGCCGGACCTGCGCTCCTGGCGGGCCGCCGTCGTGATTGCCACGCGCGGTGCGCTGTTGGCGTTGCCGGTCACGGTGTGGCAAAGCGCCATCACCGCTGAAGCTGCGGCGATTGCGGATCAACCCCACGAACTGACGCCGGGTGCTGCCGCGTTGTCCCCGGAGTACACCGGTGAGCCGAGCGAAGAAGCCCTCATCATCCCCGCGCCGGCAGCCATGAAGGACGAGTGGGCAAACGTCGACGGTCAGTGCACCGGCGACAACTTACCCAGCGATCCGTTGCTGCAGGACTGCCTGCAAAATGAGGAACCGGCGGTGGTCACCAAGAGGATTGTGGTGCTCGGTGATTCCCATTCCCAGCAATACACGGCTGCTCTTGGCCCGATTGCAAAAAAACACGGCTGGGAAGTGGTGACGCTGCTTAAAGGTGGCTGCCGGTTCGGTGCCCAATCACCGGAGCACCCCGATTTCTGCAACGAGTTCAACAAGGCAAGTGCCGCCTACGTGATGGAGCACAAGCCCGACGCAGTTTTCACCGTGGCATCCAAGACGCACGTCGATGCCCCCTTTGAAACCGAAGTGCCCGGATACCTCGAAGGCATCAAGCCGTTCACGGACCTGGGAATCGATGTTGTGGGTGTCCGGGACAACCCACGATTCAGCTTCAACATGCCCGAGTGCGTGCAGAAGAAGGGCAAGGATTCGCCCGACTGCAATGTGCCTCTTGAAGAATCCTTGGCGGCGTCGTCACCCTTGGACGACTACATCGGCAAGGTGGAGCGGCTCTACCTCATGGACATGAGCGATTTCATCTGCGAGCAAGGTACCTGTCCTGCAGTGGTGGGGAACGTCTACGTCTATAAGGACGACAACCACCTCACCAAGACCTATGTTCAAACCATGATCCCGATGTTTGAACAGCGGCTGCTGGCAGCCACCGGCTGGTCCGCAAGCTAG MMDTRARTAAQPSKESTTSKPGFRPEVQGLRALAVLMVAAYHIWLGKVSGGVDVFLLISAFLLTLSFTRKLESHKPLRLLRHWLHVFKRLLPAVVVVLLAVLAGTWALIPQSRWPDILTEAWASLMYRQNWQLAAFAVDYYAQQHVHASPLQHFWSLSVQGQVFILWPLIFAGVALLQPQLAKLFRQRKAVTHRQLLFIAFGAVFLASLVFSIEQTANNQAHAYFDTRARIWEFALGSLLALAIPYVKPGRRFRVFLGWAGIAAMLACGLLLTVDRSFPGFAALWPTLAAAAVIIAGQSGSPFGADRLLGSRPLVMVGDNSYALYLWHWPVLVFFLLATGITAPSLLQGLGIMAVSMLLAVATTRYVEVPLRRWKWPDLRSWRAAVVIATRGALLALPVTVWQSAITAEAAAIADQPHELTPGAAALSPEYTGEPSEEALIIPAPAAMKDEWANVDGQCTGDNLPSDPLLQDCLQNEEPAVVTKRIVVLGDSHSQQYTAALGPIAKKHGWEVVTLLKGGCRFGAQSPEHPDFCNEFNKASAAYVMEHKPDAVFTVASKTHVDAPFETEVPGYLEGIKPFTDLGIDVVGVRDNPRFSFNMPECVQKKGKDSPDCNVPLEESLAASSPLDDYIGKVERLYLMDMSDFICEQGTCPAVVGNVYVYKDDNHLTKTYVQTMIPMFEQRLLAATGWSAS NA NA NA NA NA D3-18_01407 1512 guaB COG0516 Inosine-5'-monophosphate dehydrogenase ATGACCCAGCCCGAACACGATCCCTTTGGCTTTGTTGGCCTGACTTACGACGACGTCCTGTTGCTGCCCGGCCACACCGATGTCATCCCGTCCGATGCTGACACGTCTTCCCGTATTTCCAAGCGCATCTCCGTGCAGACTCCTTTGCTTTCGGCAGCAATGGATACCGTGACGGAGTCCCGCATGGCCATCGCCATGGCGCGCCAGGGTGGTTTGGGCGTGGTTCACCGCAACCTGTCCATCGATGACCAGGCCGAGCACGTTGACCGCGTCAAGCGCAGCGAATCCGGCATGATCACCAACCCGCTGACCATCGGCCCGCAGGCAACGTTGCAGGAATTGGACGAGCTGTGTTCCCGCTACCGCGTTTCGGGGCTTCCCGTCGTGGACACGGACGGACGCCTGCTGGGTATCGTCACCAACCGCGATACCCGCTTCATTCCCGAATCGGAATTTCCGCTGCGCAGCGTCAGCGACGCCATGACCAAGATGCCGCTCATCACCGGTCATGTGGGTATCAGCCGTGAGGAAGCCTCCCACAAGCTGGCCACCAACAAGATCGAGAAGCTCCCGCTCGTTGATGAGCAAGGCCGCCTGATGGGCCTCATCACCACCAAGGACTTCACTAAGGCTGAGCAGTACCCGTTGGCCACCAAGGACGACGAAGGCCGCCTCCGCGTGGGTGCCGCCATTGGTTTCTTCGGTGACGGCTGGGAGCGGGCCATGAAGCTCATCGACGCCGGCGTGGACGCACTGTTCGTTGATACCGCCAACGGCCACTCCCAAGGCGTGCTGGACATGATCCGCCGCCTGAAGTCGGATCCCATCGCGGCACATGTGGACATCATCGGCGGCCAGGCAGCCACTCGTGAAGGTGCCCAGGCACTGATCGACGCCGGTGCTGACGGCATCAAGGTGGGGGTGGGTCCGGGATCCATCTGCACCACACGCGTCGTAGCCGGCGTGGGCGTACCGCAGATCACCGCCATCTACGAATCCGCCAAGGCAGCAATCCCCGCCGGTGTTCCGCTGATTGCCGACGGCGGCCTCCAGTACTCGGGCGATATTGGCAAGGCACTGGTTGCCGGAGCCGACACCGTGATGCTGGGCTCCCTCCTCGCCGGCTGTGAAGAGTCCCCGGGTGAGCTCATCTTCGTCAACGGCAAGCAGTTCAAGAGCTACCGTGGCATGGGCTCCCTTGGCGCGATGCAGTCCCGCGGAAAGAACACGTCCTACTCCAAGGACCGTTACTTCCAGGCCGACGTCTCGGGCGACGACAAGCTCATCCCTGAAGGCATCGAAGGCCGTGTCGCCTTCCGCGGCCCGCTGGCCTCTGTGGCTTACCAGTTGGTGGGTGGCCTCCGCCAGACCATGTTCTACACAGGCGCCCCCACCATTCCGGAGCTGAAGGCACGCGGCAAGTTCGTCCGCATCACGCCTGCAGGCCTGAAGGAATCGCACCCGCATGACATTCAGATGACCGTGGAAGCCCCGAACTACGGTTCCCGCTGA MTQPEHDPFGFVGLTYDDVLLLPGHTDVIPSDADTSSRISKRISVQTPLLSAAMDTVTESRMAIAMARQGGLGVVHRNLSIDDQAEHVDRVKRSESGMITNPLTIGPQATLQELDELCSRYRVSGLPVVDTDGRLLGIVTNRDTRFIPESEFPLRSVSDAMTKMPLITGHVGISREEASHKLATNKIEKLPLVDEQGRLMGLITTKDFTKAEQYPLATKDDEGRLRVGAAIGFFGDGWERAMKLIDAGVDALFVDTANGHSQGVLDMIRRLKSDPIAAHVDIIGGQAATREGAQALIDAGADGIKVGVGPGSICTTRVVAGVGVPQITAIYESAKAAIPAGVPLIADGGLQYSGDIGKALVAGADTVMLGSLLAGCEESPGELIFVNGKQFKSYRGMGSLGAMQSRGKNTSYSKDRYFQADVSGDDKLIPEGIEGRVAFRGPLASVAYQLVGGLRQTMFYTGAPTIPELKARGKFVRITPAGLKESHPHDIQMTVEAPNYGSR PGPT0021445_1128 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021445-guaB-K00088 NA NA D3-18_01408 1893 btuD_3 Vitamin B12 import ATP-binding protein BtuD ATGCCAGAAAAGCCCGCACAACCGCGGCACCCGGAGTCGATCCGGCTGAACTCAGTCCCACCCGGCAAGGCGCCGCCCCGCAAGCTGGCCTTGCGACCGTACGCCCGCGCCGTCGGGCAGGTACTGAAGGTGAGCTTCAAAGCTTCACCCGGCGCGGTCATCATGAAGGTGGCAGGATCCCTGATCTCGGCTACGTTGCCACTGGTCACCACGTATTTCGCTGCGCTGACCACCACAGCACTGGCGGCCGGCTACGCGGGAGACCCCGACGCCGGTCCGCGCGCCATTCTGTACGTCATCATCACAGCGGCGCTTGGACTGTTCTGGGGCGCCTTCAGCAGCGTTGACCGTTACATCCAACAGTTGATGAGCTTCAAAGTGGGTGCCATCGTGGGCGACATGATGTACCAGCGCTTCCTCGCGCTGGAATTCTGGCGCTATGACGACAAAGAAACGGTGGATCTTTACGACCGCGCCAAGCGGTTCTCCGATTCGTACGCCCGCGTCCTGGACCGGATAGCCGCCATCTTTACACAGTTCGTTTCCGTGGTCCTTGCTATCGGTGCTTTGCTCCTGGTCAGCTGGTGGATCGCAGTCATCGTACTGGTGGCTATCGTGCCCAGCGTCTACCTGCAGTTCAAACTGTCCCGCGAACAGATTGCGCACTGGAATACGCAGGTGGATTCGAGGCGGCAACGCCGGATGATCGAACAAAACCTGCTGAGGCCCCAGCACATTGCCGAGATGCGATTGTACGGAATCGTTGGCTACCTCATGGATCTGCGATCGCGGCTGCGGGATGCTGACGAACGCAGGCGCCTGGACTTCCAAAAGCGGTACATCCCAAAGCAGCTTGCCGCCGATTCCCTGCAGTACGGGGCCGAGGTTGTGTCCCTGATCTGGGTTGTTGGCCAGATTATCGCCAGGGCGCAGCCGGTAGGACAGTTCCTGTACGTGCAGCAGATTGTGAGCCGCGCCCTGTCTACCGCCAACAGCCTTGTCTCTTCGCTGAGCTCTATTGACGAGGACCTCGCCAACCTCAAGGACTATGAGCTTTTTATGGCCCTCCCTATCCCAAGCGGGAAAGAAAAGCCGCTGTCCTCGTCGCCCGCAACCGTGGAGCTGCGGGACATCCGGTTCAGCTACACCGGGAGCGACATCGAAGTCATCAAGGGAATCTCCATGACCATCCGGGCAGGTCAGCACATCGCCATTGTGGGGGAGAACGGGGCCGGTAAATCAACGCTGATTCGAATCCTGGCAGGACTGTACCGCCCCGACTCCGGCCAGGTTCTGCTTGACGGCGTGGACCTCGCCGGGATTGACGTCACCAGTTGGCACCGGCACCTTGCAGTACTGAGCCAGGAGTTCCTGAAATACGAGTTCGCCACCGCGGCGGAGAACATCTATCTCGGCGACGTGGACCAGCCTCGGGACGACGACCGGATCCGGCGGGCGGCCTCGGACGCCGAAGCCATGGAGTTCATCAACAAGTTGCCTAATGGCTTGGAGAACCACGTCAGCAACTGGATGGAGGACCCCCGGGGACGCAAGGGAAGCGGGCTGTCCGGTGGCCAATGGCAGCGCCTGGCCATGGCACGTAACTTCTACCGCGATGCCTCGTTCATGGTCATGGACGAGCCCACGTCAGCCATCGATGCATTGGCGGAGCATCGCATATTCACCCGGCTTTTCGCAGACCGGAGCAGCACCATCATTGCCATCAGTCATCGCCTGGCCACCATCGAGAAAGCAGACACCGTGTACATGCTGGAGGACGGCCGCATTGCCGAGCAGGGGACCCATAAGGAACTGGTGGTACTAAGGGGACGTTACTTCCGGATGTTCGAATCCCAGCTCTCGGTGGATGAAACCAGCCGGAACACCCCATAG MPEKPAQPRHPESIRLNSVPPGKAPPRKLALRPYARAVGQVLKVSFKASPGAVIMKVAGSLISATLPLVTTYFAALTTTALAAGYAGDPDAGPRAILYVIITAALGLFWGAFSSVDRYIQQLMSFKVGAIVGDMMYQRFLALEFWRYDDKETVDLYDRAKRFSDSYARVLDRIAAIFTQFVSVVLAIGALLLVSWWIAVIVLVAIVPSVYLQFKLSREQIAHWNTQVDSRRQRRMIEQNLLRPQHIAEMRLYGIVGYLMDLRSRLRDADERRRLDFQKRYIPKQLAADSLQYGAEVVSLIWVVGQIIARAQPVGQFLYVQQIVSRALSTANSLVSSLSSIDEDLANLKDYELFMALPIPSGKEKPLSSSPATVELRDIRFSYTGSDIEVIKGISMTIRAGQHIAIVGENGAGKSTLIRILAGLYRPDSGQVLLDGVDLAGIDVTSWHRHLAVLSQEFLKYEFATAAENIYLGDVDQPRDDDRIRRAASDAEAMEFINKLPNGLENHVSNWMEDPRGRKGSGLSGGQWQRLAMARNFYRDASFMVMDEPTSAIDALAEHRIFTRLFADRSSTIIAISHRLATIEKADTVYMLEDGRIAEQGTHKELVVLRGRYFRMFESQLSVDETSRNTP NA NA NA NA NA D3-18_01409 1137 COG0516 putative oxidoreductase/MSMEI_1564 GTGACTTATGAGATTGAGATTGGCCGTGGCAAGCGTGGGCGTCGTGCCTACTCCCTGGATGACATCGCGATCGTCCCGAACCGCCGGACGCGTGACCCGAAGGACGTCTCTGTCTCCTGGCAGATCGACGCCTACAAGTTCGACACCCCCGTTATTGCGGCTCCCATGGACTCAGTGATGTCCCCGGATACTGCCATAGCTTTTGGTCGCCTCGGCGGCCTGGGCGTCCTTGACCTTGAAGGTCTCTGGACGCGCTACGAGGATCCCCAGAAGGTGCTTGACGAGATCGCGGACTTGGCCGACGAGACCAACAGCCCCGCCGTCACGCGTCGCATGCAGGACCTTTACCAGGCGCCCATCCAGCCTGAACTCATCAGCTCCCGCTTGGCGGAGATCCGCGCCGCCGGCGTGACTGTTGCAGGGTCCTTGACCCCCCAGCGCACCCAGGAGCACTACAAGACCGTGGTGGCTGCCGGCGTCGACATCTTTGTCATCCGCGGAACCACGGTGTCGGCTGAGCATGTCTCCAAGAATCACGAGCCCCTGAACCTCAAGCAGTTCATCTATGAACTGGATGTTCCGGTGATTGTTGGCGGAGCAGCGGGCTACACGCCTGCCCTGCACCTCATGCGCACCGGCGCTGCCGGCGTCCTGGTCGGCTTCGGCGGTGGTGCCACCACTACTACGCGTCGCGCCCTGGGTATCCACTCACCCATGGCTTCGGCCATTTCCGATGTCGCTGCCGCCCGCCGCGATTACATGGATGAGTCCGGTGGACGTTATGTCCACGTCATTGCCGACGGCGGCATGGGCAGCTCCGGCGACATCGTCAAGGCCATTGCCATGGGTGCCGACGCCGTCATGCTTGGCAGTGCACTGGCACGTGCCGAAGAGGCACCGGGCCGGGGATGGCACTGGGGTCCCGAAGCACACCACCTTGAATCGCCCCGCGGCGATCGCGTCAACGTGGGAACGGTTGGTCCGCTGGAAGAAGTCCTCTTCGGACCCGGCCATCACACCAACGGAACGTCCAACCTTATTGGCGCCCTGCGCCGCTCCATGGCGACCACCGGCTACTCGGACCTCAAAGAGTTCCAGCGCGTCGACGTCGTAGTTTCGCCCTACGCGGGCAACTGA MTYEIEIGRGKRGRRAYSLDDIAIVPNRRTRDPKDVSVSWQIDAYKFDTPVIAAPMDSVMSPDTAIAFGRLGGLGVLDLEGLWTRYEDPQKVLDEIADLADETNSPAVTRRMQDLYQAPIQPELISSRLAEIRAAGVTVAGSLTPQRTQEHYKTVVAAGVDIFVIRGTTVSAEHVSKNHEPLNLKQFIYELDVPVIVGGAAGYTPALHLMRTGAAGVLVGFGGGATTTTRRALGIHSPMASAISDVAAARRDYMDESGGRYVHVIADGGMGSSGDIVKAIAMGADAVMLGSALARAEEAPGRGWHWGPEAHHLESPRGDRVNVGTVGPLEEVLFGPGHHTNGTSNLIGALRRSMATTGYSDLKEFQRVDVVVSPYAGN PGPT0021445_6180 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021445-guaB-K00088 NA NA D3-18_01410 1755 glpD2 COG0578 Glycerol-3-phosphate dehydrogenase 2 ATGAGCAATGTCGCAGGCGGTCCGCAGGTGAATTCCCCGGGAGCACTGAGCCCGGAATCCAGAGCCGCGTCGATCGAAGTCATGAAAGCCACTGCCCAGCCGGGCAAGGAGCTGGACATCCTGATTGTTGGTGGCGGTGTAGTAGGAGCCGGTGCTGCCTTGGACGCAGTAACGCGTGGCCTCACGGTAGGCATCGTCGAAGCACGGGATTGGGCGTCCGGCACCTCCTCCCGATCGTCCAAGCTCATCCATGGCGGACTGCGGTACTTGGAGATGCTGGATTTTGGCCTCGTCCAGGAAGCCCTTCAGGAACGGGGGCTGTTGATCCAGCAGATCGCGCCGCACCTGGTGCGGCCCGTCCCCTTCCTGTACCCGCTGACACGGCGTATCTGGGAGCGCCCGTATGTTGGCGCGGGCATCATGCTTTACGACACCTTGGGTTTGACGTCCGGCCACAGCCGAGGCGTCCCGATGCATAAGCACCTCTTCCGGCGCGGAACCCTCCGCGCTGCTCCGAGCCTCAAAGAAGATGCCTTCGTTGGATCCATCCGCTACTACGACGCTCAGGTGGATGATGCCCGCCTGGTGGTCAACCTTGTGAGGACTGCGGCCCACTATGGTGCCCACGCAGCGAATCGCGTCCGCGTGGTTGATTTCCTCCGGGAGGGGGAACGCGTGGTCGGTGCCAAGGTGGAAAACCAGGAGGATGGCACAGTCTTCGAGATAAGGGCGAAACAAGTGGTCAACGCTACCGGCGTATGGACCGATGAAACGCAGGCAATGGTGACGGACCGTGGCCAGCTGAAGGTGCGCGCCTCCAAAGGAATCCACCTTGTGGTGCCCCGCGACCGCTTCCAGTCCACGGTCGGATTGATCCTGCGCACCGAAAAATCAGTGCTCTTTGTGATTCCTTGGGGACGGCACTGGATTATCGGCACAACGGATACCGATTGGACGTTGGACAAGGCACACCCGGCAGCTTCCAGCAAGGACATCGACTATGTGCTGGAACATGTCAACAAAGTTCTTAAACGTCCGTTGACCCGCGAGGACGTGGAAGGCGTCTACGCAGGCCTCCGCCCCCTGCTCGCTGGTGACAACGACTCCACTGCCAAACTGTCCCGTGAGCATGTAGTGGCGCACCCTGTTCCCGGGCTCGTGGTGGTAGCCGGCGGGAAGTACACAACGTACCGCGTCATGGCCAAAGACGCAGTGGACGAGGCGACCAGGGCTATGGACGAACGTGTTCCGTCCAGCTGCACTGAAACAATTCCGCTCCTGGGCGCCGAGGGATTCAAAGCAGCCTGGAACCGACGCGGCAGGTCCGCCGAGCAGGCTGGTGTGCATGTGGCGCGCGTGGAGCATCTGCTCAACCGTTTCGGATCCATGACACCCGAAGTCCTGGACATTATCGCGGGACGGCCGGAACTGGGAGAGCCTCTTCCGGGAGCGGATGACTACTTGGCTGCCGAAGTTGTCTATGCAACAACCCACGAGGGCGCACGCCACGTTGACGACGTTCTGACCCGCCGCACCCGGATCTCCATCGAAGCGTGGGACCGGGGTGTGTCTGCTGCGCCCGTAGTAGCTAAGCTGATGGGAGAAATCCTTGGCTGGAGCGAGACCCAACGCGAGAGCGAAATCAAGCACTACCTGGCGCGCGTGGAAGCTGAACGACTTAGTCAGCAGCAACCCGATGACGAATCGGCCGATGCCGCGCGCATGGGAGTGGATGACATCGTTCCCCTTCGCTGA MSNVAGGPQVNSPGALSPESRAASIEVMKATAQPGKELDILIVGGGVVGAGAALDAVTRGLTVGIVEARDWASGTSSRSSKLIHGGLRYLEMLDFGLVQEALQERGLLIQQIAPHLVRPVPFLYPLTRRIWERPYVGAGIMLYDTLGLTSGHSRGVPMHKHLFRRGTLRAAPSLKEDAFVGSIRYYDAQVDDARLVVNLVRTAAHYGAHAANRVRVVDFLREGERVVGAKVENQEDGTVFEIRAKQVVNATGVWTDETQAMVTDRGQLKVRASKGIHLVVPRDRFQSTVGLILRTEKSVLFVIPWGRHWIIGTTDTDWTLDKAHPAASSKDIDYVLEHVNKVLKRPLTREDVEGVYAGLRPLLAGDNDSTAKLSREHVVAHPVPGLVVVAGGKYTTYRVMAKDAVDEATRAMDERVPSSCTETIPLLGAEGFKAAWNRRGRSAEQAGVHVARVEHLLNRFGSMTPEVLDIIAGRPELGEPLPGADDYLAAEVVYATTHEGARHVDDVLTRRTRISIEAWDRGVSAAPVVAKLMGEILGWSETQRESEIKHYLARVEAERLSQQQPDDESADAARMGVDDIVPLR PGPT0006775_858 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0006775-glpA|glpD-K00111 NA NA D3-18_01411 489 fruA_1 COG1299 PTS system fructose-specific EIIABC component TTGGCTGAACCACTTGACCGTTACGACGCGGAACTGACCACCCCGGATACGGTCATCCTTGAACTTGTTGCCAAAGACAAGATCGATGCCGCAGCGCAACTGGCTCACAGGCTCCACGCAGCAGGCAGGATCTCCGATCTTGAGGGCTTCCTTGAGCAAGTGCATTCGCGTGAGCACCAGCTTGCCACCGGGCTTCCGGGCGGCATAGGACTGCCACATGCCCGAAGCGAATTCGTGGACAGGATCTCCATCGCGGTGGGTGTGACTAAGTTTGGCCATGCCTTGGACTTTGGTGCCACTGACGGTCCGGCAACCCTGGTCCTCCTTATCGCCACGCCAGCCAGTTCCTTCTCCGACCACCTGGAGGTTCTCGCCACGCTGGCGCGTTCCCTCTCCAAGGAGTCATTCCGGGAGTCCCTGCGCCGGGCGCACGATACCGAGGTCATCTCCGAACTCATCAACTCCAGCCTGGTGTTCTTCGACCACTAG MAEPLDRYDAELTTPDTVILELVAKDKIDAAAQLAHRLHAAGRISDLEGFLEQVHSREHQLATGLPGGIGLPHARSEFVDRISIAVGVTKFGHALDFGATDGPATLVLLIATPASSFSDHLEVLATLARSLSKESFRESLRRAHDTEVISELINSSLVFFDH PGPT0017130_57 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_FRUCTOSE_PTS_SYSTEM_I,PGPT0017130-fruB-K02768 NA NA D3-18_01412 858 hypothetical protein GTGTTGAAAACCGCGTTGAAACCCCGCTGGATCGCAGGACTGATCTTTGCGCTTCTGTTGTCCGGGGTGTTTGTGCTGCTCAGCCAATGGCAGCTCAGCCGGTCCGCCCAGCACGAGCCACCCGCGCCGTCCAGCATCGAAGAAGTGAAACCGCTGGTGGACGTCCTCCAGCCGGGCCAGTTCTTCCCCGGCTCGGTCTCGGACCAGATGGTCACCGCCACAGGAACATACGATCCCGGCAAGCAGGTCCTCGTTGAAGGCCGGCTTTACAACAACCAAAAAGGCTTCTGGATCGTCTCAGCCTTTGCCGTCAACAACGCTCCCACAATCAAGGGCGCTGGCGCCTCGCCCCAGACCTGGATCCCGGTGGCCCGCGGCTGGGTGGCGGACGCCGCCCAAGCCAGCCCGCCGCCGTCGGGAACCATCACCTTGACCGGTCGCCTCATCCCATCCGAGGCGCCCCTTCCAAACGTCGACGCCGGTCCAGGCCGGGCGTCTGCAGTCTCAACGGCGGAGCTCATCAACAAGTGGGAAGTCTCCAGCTACCAGGGTTTCGTCGCCGCGACATCGGAAGTCGCAGACGGCGTTGCCGTACCCCTCGCAGGCGACGTCAAGGCACTCAATATCCCACCGCAGCCACCCGCGGAACAAGTCAACTGGCTGAACCTCTTCTATGCGGTGGAATGGGTTGTCTTTGCCGGATTCTCGATCTTCATTTGGTGGCGTCTGGTCAAGGACGACTACCGGCGCGACCTCGAAGAGGATGAAGACGCGGATGACGACTTCGGCGAAGCAGACCATCCCGAGGCGACCACAGAACCCACAGGCCCAGAGCCAGAACAAAAGGTGCAGCAATGA MLKTALKPRWIAGLIFALLLSGVFVLLSQWQLSRSAQHEPPAPSSIEEVKPLVDVLQPGQFFPGSVSDQMVTATGTYDPGKQVLVEGRLYNNQKGFWIVSAFAVNNAPTIKGAGASPQTWIPVARGWVADAAQASPPPSGTITLTGRLIPSEAPLPNVDAGPGRASAVSTAELINKWEVSSYQGFVAATSEVADGVAVPLAGDVKALNIPPQPPAEQVNWLNLFYAVEWVVFAGFSIFIWWRLVKDDYRRDLEEDEDADDDFGEADHPEATTEPTGPEPEQKVQQ NA NA NA NA NA D3-18_01413 501 hypothetical protein ATGATTGAGCCAAAACCGGCTATCCAGCCCGAACAATCCGGACCCAAGCCCAAGAAGCGTCGCTTCGGCGGCACGGAAGCACAAATCCGTTCGGCGTTGAAGTTTTACAAAGTCATGGCATACCTCACAGGTGCCATGCTGCTCCTGCTGTGCGCCGAGTTGATTGCCCGCTACGGCTTTGGTGTCTCGCTCTTCGCGGGCGGCACGAATGCAGTTACGGGCCAGCCGTTTGGCTTCGGCTTTGCTGAATCCGAACCCAAGGGCGTCATTGGAGGCTTCAACATCTCCACCTCAGTGCTGATCGTGCACGGTTGGATGTACGTGGTCTACCTGGTTTCCAACTTCCGCCTGTGGTCGCTCATGCGCTGGCCTTTCTCCAAGATGGTCCTTTTGGCCCTGGGCGGAGTCATCCCGCTGCTGTCCTTCATCGTGGAGAAGAAATTCCACGCGCAGGTGGAAGCGGAACTCGTAGCCAACCCGCAGGCGTCCAAGCGCTACTAG MIEPKPAIQPEQSGPKPKKRRFGGTEAQIRSALKFYKVMAYLTGAMLLLLCAELIARYGFGVSLFAGGTNAVTGQPFGFGFAESEPKGVIGGFNISTSVLIVHGWMYVVYLVSNFRLWSLMRWPFSKMVLLALGGVIPLLSFIVEKKFHAQVEAELVANPQASKRY NA NA NA NA NA D3-18_01414 1590 guaA COG0518 GMP synthase [glutamine-hydrolyzing] GTGACTACTCCCACCGCACCCCAAACTTCCCAGAAGCCGGTGCTGGTTGTTGACTACGGTGCCCAGTACGCGCAGCTGATTGCCCGCCGCGTCCGTGAAGCGAATGTGTATTCGGAAATCGTTCCGCATACCTTCACCACCGAGCAGCTTCTGGCCAAGAACCCGGCAGCCATCATTCTCTCCGGAGGGCCCTCCAGCGTCTACGCAGAGGGCGCCCCGTTCGTGGGTGCTGACCTCTTCGAGGCCGGCGTTCCTGTTTTCGGCATCTGCTACGGATTCCAAGCCATGGCGAATGCCCTGGGTGGCAAGGTGGCCCAAACCGGTTTGCGGGAGTACGGTGCCACCGAAGCACTCCTGGTGGGTGATGCACGCTCCATCCTGGACGGCGTCCCGTCGTCCCAGAACACGTGGATGAGCCACGGCGACTCCGTTCACGAAGCCCCCGAAGGCTTCGAGGTGCTGGCAACTACGGCCGGAGCGCCGGTGGCGGCCTTCGCCAACGACGAGAAGCGCCTTTACGGTGTCCAGTGGCACCCGGAAGTGAAGCACTCCGTCCTTGGACAGCACGTCCTGGAGAACTTCCTGTTCAAGGGTGCGGGCCTGAGCCCCAACTGGACCACGGGCAACATCCTCGAAGAGCAGGTGGACCGTATACGCCAGCAGATCGGCGACTCGAAGGTCATCTGTGGCCTCTCCGGTGGTGTCGACTCTGCAGTAGCTGCCGCTCTCGTCCAGCGCGCTGTCGGCGATCAGTTGACATGTGTGTTCGTTGACCACGGCCTGCTGCGTGAAGGCGAAGCAGAGCAGGTTGAACGCGACTTCGTGGCAGCAACGGGTGTCAACCTGTACGTTGCCAACGAGCAGGAGCGCTTCCAGTCAGCATTGGCCGGTGTCAGTGATCCCGAGACCAAGCGCAAGATCATTGGTCGGGAATTCATTCGCGCCTTCGAGGAAGCGGAACGGGCCATCATCGCCCAGGCCGCTGCCGAGGGTGAAAAGATCAAGTTCCTCGTCCAAGGCACGCTGTATCCGGACGTCGTCGAATCCGGTGGTGGCGAGGGTGCTGCCAACATCAAGAGCCACCACAACGTTGGTGGGCTTCCGGAGGACCTGCAGTTCGAGCTCGTCGAGCCACTGCGGGCACTGTTCAAGGACGAAGTCCGTGCCGTTGGTGCCCAGCTTGGCCTACCGCAGGAAATCGTCGGCCGCCAGCCGTTCCCCGGTCCCGGCCTGGGAATCCGCATCGTGGGTGAAGTAACCAAGGAACGCCTGGACCTGCTGCGCAAGGCTGATGCCATTGCCCGCGCCGAGCTGACAGCTGCCGGCCTGGACAATGACGTGTGGCAGATGCCGGTGGTCCTCCTTGCTGATGTCCGCAGCGTTGGAGTTCAGGGAGACGGCCGGACCTATGGCCACCCGATCGTGCTGCGTCCGGTGTCTTCCGAAGACGCCATGACTGCGGACTGGTCGCGCTTGCCGTATGACCTGCTTGCCCGTATCTCCAACAGGATCACCAATGAGGTGGACGGCGTTAACCGCGTGGTACTGGACGTCACCAGCAAGCCACCGGGAACCATCGAGTGGGAATAG MTTPTAPQTSQKPVLVVDYGAQYAQLIARRVREANVYSEIVPHTFTTEQLLAKNPAAIILSGGPSSVYAEGAPFVGADLFEAGVPVFGICYGFQAMANALGGKVAQTGLREYGATEALLVGDARSILDGVPSSQNTWMSHGDSVHEAPEGFEVLATTAGAPVAAFANDEKRLYGVQWHPEVKHSVLGQHVLENFLFKGAGLSPNWTTGNILEEQVDRIRQQIGDSKVICGLSGGVDSAVAAALVQRAVGDQLTCVFVDHGLLREGEAEQVERDFVAATGVNLYVANEQERFQSALAGVSDPETKRKIIGREFIRAFEEAERAIIAQAAAEGEKIKFLVQGTLYPDVVESGGGEGAANIKSHHNVGGLPEDLQFELVEPLRALFKDEVRAVGAQLGLPQEIVGRQPFPGPGLGIRIVGEVTKERLDLLRKADAIARAELTAAGLDNDVWQMPVVLLADVRSVGVQGDGRTYGHPIVLRPVSSEDAMTADWSRLPYDLLARISNRITNEVDGVNRVVLDVTSKPPGTIEWE PGPT0021580_1218 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021580-guaA-K01951 NA NA D3-18_01415 4128 hypothetical protein GTGTCAGTAGGTCTAGGCCAGGAAGAGGGCTCCGAAGAGCTCCGTAAATGGCTGTCTGGTCTCAAACCCGTCACCGGGGCAGATACGATGCTGCGCTTCGTCAAGACGCCTGAAGGCGCGATCGATCTCAGCAATGCGCACCCTTCCGGGTTGGCGCAATTGCTCGCCGGCCGCAGAACACGGCTGTCCACGCTCATCAGGGATCGCCAACAGTACTTGGTGGCGGCCAGGGCGGCCCGCAACATCCGGTCCAAGATCTTCGAGCTCAGCAATGACCGCGGCATCGAGGCCGGGTACTTGTCCGCCGGGACCGTGGTGTGGACCTCGGCTGTTGGTGGCAAGCCGCAGCGCGTCTCCGCGCCCGTGATGCTCACGTCCATCGTTCTTACGGTCAGGCCGGGCGAAGACGACTTCGAACTTCAGCTCACTGAACAAGCACGCATGAACCCCGCGTTGGTGCGTCACCTGAAAACAGTCCATGGCATCGTCTTCGACGTCAACGCTGTGGCACGCATGGCGTACAACACGGCCCGATTGGATCCCCAACCGGTTCTGGATCGGTTGTCCACGCTCATCCAGCCGATCCACGGTGCTGAGGTGGAGTTCAACCTGCTGGTCACTACTCTGGCTGACCTTTCGGGCAATCTGGATGATCCGTGGATCAACATGAACAACCCTACTGTTGCAGCCCTATCGACTGCAGCCAATGGCGGCGACATTGAGCCGGAGCCCATTAAAGCGGGCAGGTTCCCCAGCTTGGATCTTCGGGATCCGGCCGACGAACTTCTCTTGCTCGACGCCGATACGGACCAGCAGTACGTGGTGGACGCCGTTCGCGCGGGAGACTCCCTGGTTGTCTCCACTCCTCCTGGAAGTGGGCAGACGCAGACGGCAATTAACGGCATAGGTGCCTTGGTCAGCGAAGGCAAGTCGGTGTTGGTGGTAGGAGACAGGCAAGCCAGCCTCGCGGGTCTCTCCGCCCACCTTGAATCGCTGGGTCTCGAGTCGATGCTGTTCAAGCCTGGTAACGGGACCACTCCGCAACAACTCAAGGGCCAGTTGGTCAGGGCAATCATGCGCAATGAGAAAGCGCTTGAACCACAGCTTGGCAACCTTCACCAGACGCTGATTGGCCACCGACATGCCCTGATGGATCATGTTGCCTCGCTGCACAACGTCCGTGAGCGCTGGGGTTGCTCGCCCTATCAGGCAATGCAATCACTCGCCGAGCTGACGTCCATCCACCCGGCCCCCTCCACTACTGTGCGCTTGAAGCGAAGCGTCTTGGACAACATCAAGGACCGTGAAGAGCTCGCGGGACGCCTTCGTCGCGCTGCCGAACTTGGTAGCTTCAGCCGGGCCTCCACTTCCAGCCCTTGGTATGGCGCCCGTTTGGTCACCCGCAAGGAGACCGAGGAAGCACAGCAGCTCGCCCGCTTGGCCGAGGAGAAGCTCCCCATCCTGCGGGATCGCATGAAGCAGGTTTCCGATCACGCCGAGATTCGCCTGGGCGAAACCTTTGCCGAGTGGGGTGCGCAGCTTGAACTGCTGATCGCCGTCCGCGAGAGCCTGGATAAGTTCACTCCGGACATCTTCGACCGGCCTGTGCACGACCTCATCTCTGCCACCGCCAGCTCCGCCTGGCGCCGTGAGCGAAACCTTGAAATGCCCTCAATGCAGCGGTCCCGCCTGCGGAGGGTGGCCAAGGAGTATGTGCGTCCCGGTGTGCACATCGCCGACCTCCACAGCTCCCTGGTCCTTGTCCAGGAACAGCGGGCCCTGTGGGCAGGGTACGCAACAACCCAGCGACACCCGGCGGTGCCATCCGGCCTTGCCGACCTCGGAGCCCTCTACCGCGAGCTCGACATCGAGCTGCGCCGTCTTGGCGAGGCGCTCAAGCACACGTCCGATGGCGGTTCGTTGCACGAGGCACCGTATCTGCAACTGATGGAACGCCTCGAGCGACTCGTTGCTGACACGGCCACCTTGGAAACCCTTCCTGAGCGAACACTCCTCATCGAGGAAATGCGGGAGCACGGGCTCGGCGAACTGCTGGCGGACCTTGCTGCCCGTGAAGTCCCGGCATCATCCGTAGCGGCCGAACTGGACCTTGCCTGGTGGCAGTCCGCTTTGGAAGCCATGATCAGTGGTGACGATTACCTCGCCATGTCCGACGGTGATTCGTTGCGGCGCCTCGAAGCGGAATACCGTTTGGCCGACCAGGCACACATCGCCAGCGGCGCCGCCCGCCTTCGTTGGCAGCTGGCCCAAAAGTGGCGTCAGGGTCTTCTTGAGCATCCACGGCAGGCGGAGTTGCTCCGTGCCCTGTTGAAGGACGGCCGGGTGACGCTGCCAGCCTTGAGCGCCCAAGCGCCGGATCTTGTACCGTTGTTGGTTCCCGTGTGGTCCGTCAGCCCTTATTTGCTCACGGGCGTTCTCCCGGCCGAGCAAAAGTTTGATGCCGTGGTGATCATCGACGCCGAGTCAACCTCTCTGCAGGCGGTTCTTCCCGCGATCGCCCGAGCCCGTCAGGTAGTTGCCTTCGGTGACGCGAAAATCGCGAATGCGCGTACCTTCAGCGTGGCCGTGGAACCTCCGGTTGCCGGGGTTGCCAGCCATGAGAACGTGGACAGTGCTTTCAAGGCGCTTGCCCGGGTCCTGCCCACCTGGCAATTGAACTGGGTCTACCGCGCGGTGGATGAGGACTTGATCCTCCAGTTGAGCAAGAACTACTACGACGGCGGTCTGCGACGCCTGCCGGACGGCAATTCGGTTACCGGCCTGGACCGATCCATCCACGTGGAGTACATACCCGACGGCACTGGGTTGCCCGGAGCGGATCACGAGGGCGTTGAGTCCGTCACTGCAGAAGTGAACCGCGTGGTGGACCTTGTCTTCGAACACGCCAGGCTCCGGCCCCGTACTTCCTTGGCAGTGGTGACCGCAAGCTTGCGCCATGCTGCCAGGATCGGCGAGGCCATCAGGCTCCAATTGCCTAACCACCCTCTCTTGTCCAGTTTCTTCGGAGCAGGCCCCGAGTCCTTCCGCGTGGTGGACCTTGAGCGCGCCCAGGGGCTGGTGCGTGACCACGTGATCTTCTCGCTGGGCTATGGCCGCACTCCGCACGGTCGTGCGCTCCATTCCTTTGGCCCGTTGTCCACCGAAGGCGGGCGAAACCGCTTTGCTCTGGCAATGACCCGGGCTCGACGCTCAATGCACGTCCTGACGTGCTTCCGGCCCGAGGATCTCGACCTTGATCGCCTGGCTCATGGTGCGGTGGACTTCTATGAACTGCTGGACCGGGAACTTTCCGGTAATAGTAACCTCGGAACACCTGCCTCCCGCGCTGTTGCCAGTGAGCAGGCGCTGGGTGAGGATCCGTTGGTGGCCGATCTTGGCGAACGCCTGCGTGCACGTGGAGCCCGAGTCTGGCATCTGTACGATGGCGTGCTGGACATTGCGGCGGCGGCGGACCCCGTCCACACCATTGGCCGTGAGGGTGCGGAAATCCCCACCCCTGTCGCCATCGAATCGGATGGCACTGAACGGTACCGGCGGATGAGCGTCCGTGAACGGAGCCGGTTGCGGCCGCAATTGCTGGAGCGTATGGGTTGGCGCTACATGTCGCTTTGGACCATCGAAGTATTCACGGATCCTTCGTCCTGCGCGGATCGGATTGGTTCGTACCTGGGGCTTGAGAACCACATCGCCCAGTCGGCATCGGCCCACCATGGCTTCCTGCATTCGGATGGTGAACAATTGAATCCGGGCAAGGAGCAGCCACCGGTGGACCCGGTTGGCGCCGGCCACGCAGTCGAGGAAGCTCAGGCCGCTGTCCGTGAGGAACATGGCGTTGCCGAGACCAACGGCTATGCGGAGAACGGGAAAGAAGCACCACTGATGGATCAGGAAAAAGATACAGAAGACCGCGCCACGCAGGACTCCGGTGAGCCGGTCAACAATGCCAATGAAGAAGCGGCGGATACCAAGGCAACTGCAGCGAAGACAGGTTCCAGCGGGATTCTTCCTACAGAGGCGGCTGAAGATGATCCCCGGCGTTGGGGCGATGACTCCGGCTACGACCATGAGCAGTGGCTGAAGGAACAGAAGCCCCCGCACTGGGGCTGA MSVGLGQEEGSEELRKWLSGLKPVTGADTMLRFVKTPEGAIDLSNAHPSGLAQLLAGRRTRLSTLIRDRQQYLVAARAARNIRSKIFELSNDRGIEAGYLSAGTVVWTSAVGGKPQRVSAPVMLTSIVLTVRPGEDDFELQLTEQARMNPALVRHLKTVHGIVFDVNAVARMAYNTARLDPQPVLDRLSTLIQPIHGAEVEFNLLVTTLADLSGNLDDPWINMNNPTVAALSTAANGGDIEPEPIKAGRFPSLDLRDPADELLLLDADTDQQYVVDAVRAGDSLVVSTPPGSGQTQTAINGIGALVSEGKSVLVVGDRQASLAGLSAHLESLGLESMLFKPGNGTTPQQLKGQLVRAIMRNEKALEPQLGNLHQTLIGHRHALMDHVASLHNVRERWGCSPYQAMQSLAELTSIHPAPSTTVRLKRSVLDNIKDREELAGRLRRAAELGSFSRASTSSPWYGARLVTRKETEEAQQLARLAEEKLPILRDRMKQVSDHAEIRLGETFAEWGAQLELLIAVRESLDKFTPDIFDRPVHDLISATASSAWRRERNLEMPSMQRSRLRRVAKEYVRPGVHIADLHSSLVLVQEQRALWAGYATTQRHPAVPSGLADLGALYRELDIELRRLGEALKHTSDGGSLHEAPYLQLMERLERLVADTATLETLPERTLLIEEMREHGLGELLADLAAREVPASSVAAELDLAWWQSALEAMISGDDYLAMSDGDSLRRLEAEYRLADQAHIASGAARLRWQLAQKWRQGLLEHPRQAELLRALLKDGRVTLPALSAQAPDLVPLLVPVWSVSPYLLTGVLPAEQKFDAVVIIDAESTSLQAVLPAIARARQVVAFGDAKIANARTFSVAVEPPVAGVASHENVDSAFKALARVLPTWQLNWVYRAVDEDLILQLSKNYYDGGLRRLPDGNSVTGLDRSIHVEYIPDGTGLPGADHEGVESVTAEVNRVVDLVFEHARLRPRTSLAVVTASLRHAARIGEAIRLQLPNHPLLSSFFGAGPESFRVVDLERAQGLVRDHVIFSLGYGRTPHGRALHSFGPLSTEGGRNRFALAMTRARRSMHVLTCFRPEDLDLDRLAHGAVDFYELLDRELSGNSNLGTPASRAVASEQALGEDPLVADLGERLRARGARVWHLYDGVLDIAAAADPVHTIGREGAEIPTPVAIESDGTERYRRMSVRERSRLRPQLLERMGWRYMSLWTIEVFTDPSSCADRIGSYLGLENHIAQSASAHHGFLHSDGEQLNPGKEQPPVDPVGAGHAVEEAQAAVREEHGVAETNGYAENGKEAPLMDQEKDTEDRATQDSGEPVNNANEEAADTKATAAKTGSSGILPTEAAEDDPRRWGDDSGYDHEQWLKEQKPPHWG NA NA NA NA NA D3-18_01416 522 hypothetical protein GTGAGCATCGTCGTAGCAGCCCGCGACCTGCCGTCAGGTAGCAGCCTCACAGAATCTGATTTCACCAGCGTTGGAGTGCCATCCGATCTCGCAATTACCGGATCGGTGGATAGTGTCGGCACCCTTGTTGGCCGTCAGCTTGCATCCCCCCTCCGCAGAGGGCAGATACCTACAGAGGCTAGCCTGCTGGGTCCTGGACTCCTGACGGGCGCACCTGCCGGCTCGGCAGCGGTCCCCCTGAGGATGGCTGATCCCTCATCCATCCAACTCCTCTCCCCCGGCCAGCTCGTAACGGTGGTCCTCACGGCGGCTGGCTCCTATGACGAGGCCCGGCAAAGCCAGGTTCTTGCAGGCCCGGTGCCCGTTCTCTGGACATCAGCCCAAGGCGGCAAGCCCGGTGAATGGCTGGGGACGGGTGACACCGACGGCTTGGTAGTGGTGGCAGCCGATCCCCAACAAGCAGAAAAGCTTGCCGGCGCATCAACGCAAGGCAAGCTCTTCTTTGTTTTGGTCAGCCCTTAG MSIVVAARDLPSGSSLTESDFTSVGVPSDLAITGSVDSVGTLVGRQLASPLRRGQIPTEASLLGPGLLTGAPAGSAAVPLRMADPSSIQLLSPGQLVTVVLTAAGSYDEARQSQVLAGPVPVLWTSAQGGKPGEWLGTGDTDGLVVVAADPQQAEKLAGASTQGKLFFVLVSP PGPT0016005_1278 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0016005-cpaB-K02279 NA NA D3-18_01417 270 hypothetical protein GTGCCCACATACGCATACGCCTGCAAAGACTGTGACCATGCCTTTGACATCGTCCAGTCCTTTTCTGACAGCTCCTTGACGGAGTGCCCCGAGTGCAAGGGCGCGCTACGGAAGAAGTTCAACAGCGTCGGCGTCGTCTTCAAGGGCTCCGGGTTCTACCGGACTGATTCCCACGATGCCAAGGGCAGCACGGTTTCGGCCGCACCAGCTTCACCGGCCGCCCCGGCTGCTCCTTCTGCAGCCCCGGCAACCGCAGCTGCAGCCAGCTAA MPTYAYACKDCDHAFDIVQSFSDSSLTECPECKGALRKKFNSVGVVFKGSGFYRTDSHDAKGSTVSAAPASPAAPAAPSAAPATAAAAS NA NA NA NA NA D3-18_01418 615 COG0212 5-formyltetrahydrofolate cyclo-ligase ATGGCATCGAAGGAAGACATCCGCAGCAGTCGGCGGCTGCACAGGCGGACACTCACTCCGGAGCACATAGCAGCCGCGGGCGAGTCACTTGCACGGCACGGCACAGCCTGGGCAGCGGAGGCCTCCTCTGGTGGCGCTGCCACCTTCGCCGTGTACCTCGGTGTGGCATTCGAGCCGCCCACCATCCCCCTCATCCAATCCCTGCATGAGGCCGGGCATCAAGTGCTGTTGCCTGTTTGCGAGCCTGGCCGGTTGCTGAGTTGGGTGTATTGGACACCTTCCACGGCCTTTGTGAGGTCCGCCTATGCGCCTATAGACGAACCGGAGGGTGAACGCCTGGAAAGCTCGGTGGTTGCCAAAGCTGCCGGCATCTTCATGCCAGCCACCGCAGTGGACCGGGACGGAAACCGCATTGGCCAGGGCGGCGGCTACTACGACCGGCTTCTCCAAGGCCTCGATGCGGCCGGTCAGCGGCCAGCCACCATCGCAGTGGTGTACGACGACGATTTGTTACCTTCAGGCTCGATTCCCGCCGAGGCGTTTGATCGCCCCGTGCGTCAGGTGCTGACCCCGTCGGGTGTCGTCCAGCTCCACCACGGAGCGATGTCCGACTGA MASKEDIRSSRRLHRRTLTPEHIAAAGESLARHGTAWAAEASSGGAATFAVYLGVAFEPPTIPLIQSLHEAGHQVLLPVCEPGRLLSWVYWTPSTAFVRSAYAPIDEPEGERLESSVVAKAAGIFMPATAVDRDGNRIGQGGGYYDRLLQGLDAAGQRPATIAVVYDDDLLPSGSIPAEAFDRPVRQVLTPSGVVQLHHGAMSD PGPT0008170_1207 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 D3-18_01419 933 gtaB_2 COG1210 UTP--glucose-1-phosphate uridylyltransferase ATGTGTTCCTTCCGTTACATTAGTCCGGTGACTCTAGAAAACAACGCTGTCCGTAAGGCCGTCATCCCCGCAGCGGGCCTTGGCACCCGGTTCCTTCCCGCCACCAAGGCGATGCCGAAGGAAATGCTGCCCGTGGTGGACAAGCCCGCCATCCAGTATGTCGTCGAAGAAGCTGTCAAAGTGGGCTTGCACGACGTCCTGATGATCACCGGGCGCAGCAAGCGCGCACTGGAAGACCATTTTGACCGGGTGCCGGCCCTGGAGGCCACTCTGGCTGAAAAGGGCGACACCGCCAAGCTTGAGGCCATTCAATCCGCCACCAACCTTGGCGACATTCACTACGTCCGTCAGGGCGACCCGAACGGACTCGGCCACGCAGTCCTTCGTGCAAAGCAGCACGTCGGCTACGAGCCCTTTGCCGTCCTGCTGGGCGATGACCTGATCGATGCCCGCGAGGACCTGCTGAGCGAAATGATCGCGGTTCAGCAGAAGACCGGCGGTTCCGTGGTGGCCCTCATTGAGGTGGAGCCTTCCAAGATCAGCGCTTATGGTTGCGCTGACGTTGAGGACAACGGCGAGGACGGCTACGTACGCATCAAGCAGCTCGTCGAGAAACCTTCTCCGGAAGAAGCCCCGTCCAACCTTGCGGTGATCGGACGCTACGTCCTCCACCCGGCTGTGTTCGATGTTCTGGAGAAAACGGCACCCGGGCGCGGTGGAGAGATCCAGCTGACAGACGCCCTCGAGGTTCTCGCTGCTGGTGAGGGCGAAGGCTATGGCGTCTACGGGGTTGTCTTCCGCGGCCGTCGCTATGACACCGGTGACAAGCTCAGCTACCTCAAGGCCTGCATCGAGCTTGCCTGCGAACGCGAAGACCTGGGTCCTGAGCTTCGCGAGTGGCTGCCCAACTTCACCGCCGCTCTTCCCAAATAA MCSFRYISPVTLENNAVRKAVIPAAGLGTRFLPATKAMPKEMLPVVDKPAIQYVVEEAVKVGLHDVLMITGRSKRALEDHFDRVPALEATLAEKGDTAKLEAIQSATNLGDIHYVRQGDPNGLGHAVLRAKQHVGYEPFAVLLGDDLIDAREDLLSEMIAVQQKTGGSVVALIEVEPSKISAYGCADVEDNGEDGYVRIKQLVEKPSPEEAPSNLAVIGRYVLHPAVFDVLEKTAPGRGGEIQLTDALEVLAAGEGEGYGVYGVVFRGRRYDTGDKLSYLKACIELACEREDLGPELREWLPNFTAALPK PGPT0014875_1206 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 D3-18_01420 612 rimJ_2 COG1670 [Ribosomal protein S5]-alanine N-acetyltransferase ATGTACGGCTCTGCGATCTGGCCGGTGACGCTGGAAAGCGGAGACCTGGTGCTTCGGCCTATCCGTTACCGCGACAAGCGGGAATGGTCCGAAGTCCGTTCGCGGAACAGCGAGTGGCTCGCGCCATGGGAGGCGTCCAACCCGGCACCGGGTGGGCGCCTTCCCAGCTACCGCCAAATGGTGGGTTCCTTAAATGAACAAGCCCGTCAGTCCACCGCTTTGCCGTTCCTCATTGTTGAGCGGGCAGACGGCTTTGCTGAGGCAAGAATCGTCGGACAACTGACGGTTTCATCCATCGTTTGGGGCTCAGCCATGATGGCCACCCTCGGATATTGGGTTGATAAGGACCGTGCAGGGCACGGCATTGCTCCAACAGCGGTTGCGATGGCCACGGACCATTGTTTCAAAGTGCTGGGACTGCACCGTATGGAAATCAACATCCGGCCCGAGAACGCAGCGAGTCTGAGGGTGGTGGAGAAACTTGGATTCCGAGACGAGGGTTATAGGGAGCGCTACCTGCACATCAACGGCGAATGGGCTGACCACCGCTCTTTTGCACTGACCTCCGAGGAAGTTCCAGAGGGGCTCCTGCGCCGGTGGCTCCGAGGATAA MYGSAIWPVTLESGDLVLRPIRYRDKREWSEVRSRNSEWLAPWEASNPAPGGRLPSYRQMVGSLNEQARQSTALPFLIVERADGFAEARIVGQLTVSSIVWGSAMMATLGYWVDKDRAGHGIAPTAVAMATDHCFKVLGLHRMEINIRPENAASLRVVEKLGFRDEGYRERYLHINGEWADHRSFALTSEEVPEGLLRRWLRG NA NA NA NA NA D3-18_01421 729 hypothetical protein ATGGAGACCATGCACAGCAAAGCACCGGCGTCGCCCCAGGAATCCCGCGCGGCCGAGCCCTCCCTCGGGAAGAAACCCACCACTCCGTTCACTATCCGCTATGCCCGGCTGACGCTGGCCCTGGCGGGCCTTGCCCTGCTGGTTACAGCTGCGGTTTCCGGAGTCCTAAGAATTCTTGGGATCGGTTCTGTCTGGTTGCCGCTGGTGTCGCTTATCGGTGCGGTGCTCGCCGTCGTAACGTTGCGGAAGCTAGCCCTGCGGGACCTTCGAGAACGCCGGGCCCGCCGTGCTGCCCAGGCCTCGCCCATCCCGACACCGGCACGCTACCTGCCGAAGGAACCGGCATCGGAGTCGAAGGAAACCACGGTTTTCGACGCCGAAGCCACCAGCCGCGAGGCTGCTCGCCTATCCGCAGTGGAACTGCGGCAGGCAGCGCTGGCCGTTGCTATCGCCGCGGGAGACAAATCTGCTGAGGATACCGCCAAGGATTCGAAGGGTGACTCCTGGCAGCCAGTCGAGGTCCCGAAGCCCACCTACGTGGCTGCTGCCAAAGCACCGCGTCCAGCTCCAGAGCCCTTGGATCTGCCCGAAGCGCCAAAACCCGTGGGCAAGCCTGTCCTGAAGCAGAATGTTGAACAAGCTGAGGTTGCGGCCGCTGCAGTAGCATCCGCCAAGGGTCACAGTGCCCTGAGCAACTTGGATGATGTCCTGCAGCGTCGCCGCGCCTAA METMHSKAPASPQESRAAEPSLGKKPTTPFTIRYARLTLALAGLALLVTAAVSGVLRILGIGSVWLPLVSLIGAVLAVVTLRKLALRDLRERRARRAAQASPIPTPARYLPKEPASESKETTVFDAEATSREAARLSAVELRQAALAVAIAAGDKSAEDTAKDSKGDSWQPVEVPKPTYVAAAKAPRPAPEPLDLPEAPKPVGKPVLKQNVEQAEVAAAAVASAKGHSALSNLDDVLQRRRA NA NA NA NA NA D3-18_01422 810 hypothetical protein ATGACTACGCTGTGCGTTGCGGGTGGCACGGGCCAGGTAGGTCGTGAGGTTGTCCGACTCGCCGTTTCAGCGGGGCACCAGGTTTCGGTCCTGAGCCGCAATGTGCCGCCTGTCGGCTCAGCGAAGCACCACGAAGGCGCCACGTACTTTGCCGGCGACGTCACCTCCGGGGATGGCGTGGCAGCTGCAGTGTCGGGTGCCGACGTCGTTATTGATTGCCTTGAAGGGCAGTTCGGTAAAGCCCAAAAGCAGTTCGCCGACGGCGGCGGCAGGCTTCTCGCTGCAGCGCATCGGGCTGGTGTCCGCAAGGCTGTGGCTCTGTCCATCATCAACTGTGATTTGAGCTCTTTTTCCTACTACGCCTCGAAAGCCGCCAAGGAACGGAAATACGCGGAGTCGCCATTGAAGACCGTGGTGGTCCGGGCAACGCAGTTCCACGGTTTGGCGGCAAGGATTTTCGCGACCGGTGCAAAGGTAAGGCTTATTCCCACGTTCAAAGCCGCCAGATTCCAGTCGATCGCGCCGGCAGATGTTGCAGCGGCTTTGCTTGAGGCAGCTGTGGGGGAATCGCGGGATGAATTGCGGGCGGAGCATCATGTGGTGACAATTGCGGGTCCGGAAACCCTGACTATGCGGGAGATGGCAGAGTCCTGGAAGTCGGTACAGGGCACGAGGGGCAAGATTATTGAGCTGCCTTTGCCCGGCCCGATGGGCGACTTCCTTCGCGCTGGCCACAACCTGACTTCAGAGCAGCCGTATGGCAGGGAGACATTCGTGTCGTGGTTGGAAAAGCACACGGAAAGTTTGTAG MTTLCVAGGTGQVGREVVRLAVSAGHQVSVLSRNVPPVGSAKHHEGATYFAGDVTSGDGVAAAVSGADVVIDCLEGQFGKAQKQFADGGGRLLAAAHRAGVRKAVALSIINCDLSSFSYYASKAAKERKYAESPLKTVVVRATQFHGLAARIFATGAKVRLIPTFKAARFQSIAPADVAAALLEAAVGESRDELRAEHHVVTIAGPETLTMREMAESWKSVQGTRGKIIELPLPGPMGDFLRAGHNLTSEQPYGRETFVSWLEKHTESL NA NA NA NA NA D3-18_01424 468 hypothetical protein ATGCAGGGCAAGGGCATCATCTGGCAAGTACCGGCCATCATCCTGGCCGCGGTACTCCTCTTGATGGGTGCCCGGGTTCCACCCGCGCACGCGCAATTCAACGACACCGATGCCGGCGCAATGGCGCTTACTGCCGCACGTATTCCGGCACCAGCAGCAAACACCGTGGCCGTGACCAAGAGCTGCGATTCCTTCCTCTGGTTCGCCCAAGCCAAAATCAGTGTCGGCAGCTTCCCGGCTGTTCCGTTCGCCAACTACCACGAGCTCAAGGTCATCGACCCGGATGGCGTCGTGCAGTTCACCGGCGACATGAGCAAGAGCTCCGGACGTTCCTACAGTTCGGGCATCCAGAGCATAGGGGACTTGTCCGGTATCTGGACATACCAGATCCGTGGCTACTACAAGGTTCCCAACTCCACGAACTTCTGGGCCGGGCAGCCCCTCAGCGGCGCGCTGAACTGCCCCTAG MQGKGIIWQVPAIILAAVLLLMGARVPPAHAQFNDTDAGAMALTAARIPAPAANTVAVTKSCDSFLWFAQAKISVGSFPAVPFANYHELKVIDPDGVVQFTGDMSKSSGRSYSSGIQSIGDLSGIWTYQIRGYYKVPNSTNFWAGQPLSGALNCP NA NA NA NA NA D3-18_01425 411 hypothetical protein ATGAAGCCACCGCGTAAGCCCGCCGCCAGCGAATGGGATGTGAGCCGAATCCAATCCCTCGCCGATGAACTTGGTGACCCGAAACCCGCCCTGAGGTTTTTGGCGAAGTACCTCCCGATGCTCCCGCAGCGGGTGGAAAGAATCGTCCACGCATTTGAGGAACATGACGAGTCCGAGACCACGACAGCCTTGCTCAGCCTGAAGATCAGCTCGGCCATGGTCGGTGCTATTGAAACAGAGCACCAACGCCGGGCCATCGAATCGATGATCCGGGAAAGCCACTTCGACGACGCCACCCAAGCACTCCCTGCCCTGCAACAGACAGCCGACCGCTGCTTGGCGTCACGGTCAAACGTCATCCGGGCAGCCCACGCCTCGTTGAACCGGCATCGGGGGTACTTTCATTCTTGA MKPPRKPAASEWDVSRIQSLADELGDPKPALRFLAKYLPMLPQRVERIVHAFEEHDESETTTALLSLKISSAMVGAIETEHQRRAIESMIRESHFDDATQALPALQQTADRCLASRSNVIRAAHASLNRHRGYFHS PGPT0025855_51 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_SENSING_REGULATORS CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0025855-hptB-K20976 NA NA D3-18_01426 189 hypothetical protein ATGAGCGCACTGAGCACCATCTCCACTCCAACCGTTCACGGTCGGCGTTCCGCCGCGAAATTTACGCAGGCCACCACGACCGCCGCTGTGAAGCAGTCCGCAGCGGCCACCGCAACTGCAGCTAACGACACGCTGAACCCCAGTCACGTCATAAACACGTCAGGGGCCGGGGATGAAGCCACCGCGTAA MSALSTISTPTVHGRRSAAKFTQATTTAAVKQSAAATATAANDTLNPSHVINTSGAGDEATA NA NA NA NA NA D3-18_01427 300 hypothetical protein ATGAACCATATTTACTTCACCGCTCTTCGGGACGGTGCGGGTTTGGCTGCCGAGCTGGCTGCCGGTGACGGGGAGCCGCACGTCTATGCCGTTGAACCCACAGGAGCGTTCGAGGACGACCCGAACGTGACCGACAAGAAATTCCCGGGCAACCCCACCCGATCATTCCGCAGCAGCGCCCCTCTCAAAGTCATTGGTGAAGTGACCGACTGGACTCGCCTGGCTCCCCAAGCGCTGCAAGACTGGCGGGAACGACTGGCGGCAATCGCTGCGGATGACCGCGGCGAAATCATCAACTAA MNHIYFTALRDGAGLAAELAAGDGEPHVYAVEPTGAFEDDPNVTDKKFPGNPTRSFRSSAPLKVIGEVTDWTRLAPQALQDWRERLAAIAADDRGEIIN PGPT0028525_3 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RIFAMYCIN_RESISTANCE,PGPT0028525-arr-K19062 NA NA D3-18_01428 537 hypothetical protein ATGCACAATTCATTCCCTGCAAACGGATTTATGGGAAACAACCTGGACGGCATGTGGCAGGCCGTGGAGGAGTTCCGCTCACGCTTCGAGAAGCGTTCAGGTACCCGGGCTGGGCGGGGCGAGCTGAGGACAGCCATTCTGGCCCTCCTCGCTGAGCGCCCAATGCACGGTTATCAGATCATCCGTGAAATCGAAGAGCGGAGCGGGGGAAGCTGGAAGCCAAGCGCCGGCTCCGTTTATCCGACCCTTCAGTTGCTGGCAGACGAGGGTTTCGTCAGCACTGAGGAATCAAATGGCCGCAAGATCTACTCCCTCACCGAGGCCGGCCGCGAGGACGTCGCAAGTGCCGAAACAGCAGCGCCTTGGGAGTCCGCTGGTAACCCTCCCGGTTTCGGCGCACTGCCCAGGGCTGGGGTTGAGCTTGCTCAGGCGGCGGCCCAGGTGGGTCGCACGGGAACGCCGAAGCAGGTGCAGGAAGCTGTGACGGTGCTGGAAGACGCACGCCGTCGGCTGTACTCGATTCTCGCCCAGGACTGA MHNSFPANGFMGNNLDGMWQAVEEFRSRFEKRSGTRAGRGELRTAILALLAERPMHGYQIIREIEERSGGSWKPSAGSVYPTLQLLADEGFVSTEESNGRKIYSLTEAGREDVASAETAAPWESAGNPPGFGALPRAGVELAQAAAQVGRTGTPKQVQEAVTVLEDARRRLYSILAQD NA NA NA NA NA D3-18_01429 1704 ubiB protein kinase UbiB GTGACGTCGGTTCGACGCGATCGGATGGATCCCTTGGCCGGTGAGGCCCGAGCCCGATATCGTCGAATCCTGCGCTTTGCCGCATGGCATTTGCTGGTCACTTGGTGGTTTGAGCTGTTCCTGCCTCGAGTCGGGCTGCGCCGACTGACTGAACGCAACCGGGCGCAAAGGATGCGGCGCTTCGCGCAACGCTTCCATAGCCTGGCTGTGGAGCTTGGCGGCCTGATGATCAAGGTGGGCCAGTTCATGTCCTCCAGGCTCGATGTACTCCCGCCGGAGATCACTGCCGAACTGGAGGGCCTTCAGGACGAAGTCCCGCCGGTCCCCTTCCCGGCCATTCGCGCGCTTGCTGAGGCCGAACTGGGTGCGCCTTTGGAAGCAGTGTTCGCTTCGATCGAGGAAACGCCGATCGCAGCCGCGTCACTCGGGCAGGCCCACCGGGCGAAATTGCTCCCCGGCAACGCTGAAGACACGGGTCTCAGCAGCGTGGTTTTCAAAGTGCAGAGACCGGGCATCCATACCATCGTGGACGTTGATCTCGCTGCCCTAAGGAGAGTGGGTGGCTGGCTTAGCCGCATTCGTATCGTCTCAAACCGTGCTGATGTGCCCGCCCTCATCAAGGAGTTCGCCCAGACCAGTCTCGAGGAAATCGACTACCTCAATGAGGCAGCAAATTCAGAGCGCTTTGCTGCTGACTTCGTTGACGACGCCCGGGTAACGGTGCCGGGGGTGGTCTGGGAACGGACCACCCGCCGCGTGCTCACGTTGGAAGATGTCACAGCCATCAAGATCACGGATGCGGAGTCGCTGCGCATGGCGGGGATCGACCCTGCCTCGGTTGCCCCTGTTTTCGCTTCAGTGATGTTTGACCAGTTGTTCACCAACGGCTTCTTCCACGCCGACCCGCACCCCGGCAATATCTTTGTCACACCCAATGCCGGATCAGCGGCACATCCATGGAAACTGACGTTCATTGATTTCGGGATGATGGGTGAGGTTCCTGCGAAGACCAGGAGCGGACTGCGTAAACTCCTGATCGCGGCTGCCTCACGGGATGGAAGGGGCCTCGTGGCCGCTATCAGTGACGTTGGCGTCTTGATGCCCACGGCTGATACTGCCGAGTTGGAGCGCGCTATGACGCAGCTGTTCGCCCGTTTTGGCGGGATGGGTTTCGCTGAACTTCGCGATGTGGATCCGCGGGAATTCCGTGATTTTGGTGCGGAGTTCGGCAATGTGATCAGGTCACTTCCGTTTCAGTTGCCGGAGAATTTCCTGCTCATCATCCGGGCAATGTCGCTGACGTCAGGGGTGTGCAGTTCGTTGGACGCCCGTTTCAATCTGTGGGATTCGGTGGAACCGTATGCGGCACAATTGCTGCGCGATGAGCGCGGGAATCTCGTCAACGACGTCGCTGCACAGGCGTTCGACGCCGCCGCGGTCGCCTTGCGCCTGCCGAAAAGGCTCGACGGGTTGGTCACCAAACTAGAGGACGGCTCACTGCAGGTGTCCAACCTCCGCCTGGAACGACAAATGGGCCGCATCATCGTCTTGCTAAAGCGAGCAGTGGGTGCGCTGATCTTCGGAGCGATGCTGATAGCTGGATCCGTGATTCGGGCCGACGACTTAGTGCTCGGCAACCTGCTGATGATCGGCTCGGTGGTTCCGCTGCTCTACGGTTTGTGGTCCGGCCGGGTTCGTCTGTGA MTSVRRDRMDPLAGEARARYRRILRFAAWHLLVTWWFELFLPRVGLRRLTERNRAQRMRRFAQRFHSLAVELGGLMIKVGQFMSSRLDVLPPEITAELEGLQDEVPPVPFPAIRALAEAELGAPLEAVFASIEETPIAAASLGQAHRAKLLPGNAEDTGLSSVVFKVQRPGIHTIVDVDLAALRRVGGWLSRIRIVSNRADVPALIKEFAQTSLEEIDYLNEAANSERFAADFVDDARVTVPGVVWERTTRRVLTLEDVTAIKITDAESLRMAGIDPASVAPVFASVMFDQLFTNGFFHADPHPGNIFVTPNAGSAAHPWKLTFIDFGMMGEVPAKTRSGLRKLLIAAASRDGRGLVAAISDVGVLMPTADTAELERAMTQLFARFGGMGFAELRDVDPREFRDFGAEFGNVIRSLPFQLPENFLLIIRAMSLTSGVCSSLDARFNLWDSVEPYAAQLLRDERGNLVNDVAAQAFDAAAVALRLPKRLDGLVTKLEDGSLQVSNLRLERQMGRIIVLLKRAVGALIFGAMLIAGSVIRADDLVLGNLLMIGSVVPLLYGLWSGRVRL PGPT0009520_1051 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 D3-18_01430 480 hypothetical protein ATGTCCGGCCCCATCCTGGTGGGGGTGATGCCCGGGCAACATGCCATCGTCGTGGAGCAGGCAGCACAGGTGGCCGCCAGCGCAGGTGTTCCACTGGTCTGCGCCTACGCGGATGCCACGGTGTATCCCGTGGACGGAACAACTGGCGGGCCGGCTGCCCCGATTGATCCGGATGGGGTTGCCGGAGCCCAAGGAATTCCGGAATCACTGAAGGCGACCATTGCCCACCAGCTGGCCGGCCGGGACGTCGAGTGGTCAATCGTGCCGCTCGCGGGGGAGCCCGCGCGTGCTTTGGCGCGCGAGGCCGGGGATATCGGCGCCTCGATGATCGTGGTGGGTACGCGGGAGCATAAGCTGACGGCTGCACTGAAAGAGCTGACGTCGGGTTCCGTGGCCCGGCATCTGTTCCATCGCCAAGACTTGCCAGTGCTCGTTGTTCCCGTGAACCCCAGGGTCCCGGACGACGATGACGACGACTGA MSGPILVGVMPGQHAIVVEQAAQVAASAGVPLVCAYADATVYPVDGTTGGPAAPIDPDGVAGAQGIPESLKATIAHQLAGRDVEWSIVPLAGEPARALAREAGDIGASMIVVGTREHKLTAALKELTSGSVARHLFHRQDLPVLVVPVNPRVPDDDDDD NA NA NA NA NA D3-18_01431 444 crcB_1 Putative fluoride ion transporter CrcB ATGACGACGACTGAGGCAACAAAACCACTCCACCTCCAGTGGGACTTCATCGGCATAGTGGCAGCCGGCGGGGTGTTCGGAGCGCTCGCCCGGTACGGCCTTGGGCTGGTGATACCGGCGCCGAATGCTTGGCCGCTTCCCATCCTGGTCATTAATCTTTCCGGCGCGTTGGCGCTGGGCGCCTTACTTGAAGGGCTCTCCCGCAGAGGGCCCGACGTCGGTCACCGCCGGGTTCTGCGGCTCGCCTTGGGAACCGGGTTCCTAGGGGCTTACACCACCTACAGCACCCTCGCTTTGGACGCAGTTCACTTGTTTACTGCGGGTGAGGCACCTGGAGCTGCCGGATACCTGGTTGCGAGCCTGCTCGGTGGAGCCGCGGCCACTACTATGGGCATATGGTTGGGTGCTTGGCACCATCGGCGTGCAACCGAACGCCAACAGTGA MTTTEATKPLHLQWDFIGIVAAGGVFGALARYGLGLVIPAPNAWPLPILVINLSGALALGALLEGLSRRGPDVGHRRVLRLALGTGFLGAYTTYSTLALDAVHLFTAGEAPGAAGYLVASLLGGAAATTMGIWLGAWHHRRATERQQ PGPT0004985_766 DIRECT EFFECT BIO-REMEDIATION FLUORIDE_DETOXIFICATION FLUORIDE_RESISTANCE FLUORIDE_RESISTANCE-FLUORIDE_TRANSPORT,PGPT0004985-crcB-K06199 NA NA D3-18_01432 372 crcB_2 Putative fluoride ion transporter CrcB GTGACGGTGGTACTTCTTGCGCTCGCGGGCGGAATCGGCGCAGCTATCAGGTTCATGGTTGACGGTTTCATCAGGCAGCGCCTCAAGACGGCCCTCCCGTGGGGAACCATTCTGATCAATGTCTCAGGTTCCTTGGCGCTCGGGTTCCTTGCCGGACTGCTGTTGCGGGGCCAAGCACCTGAGTCACTGTTCTTAATCGTGGGAACAGGCTTCCTGGGTGGATACACCACGTTCAGTACGGCAAGCCTGGAGACCATCCGGCTGATCCAAAGTGGCAGGACGGGTTTGGCGCTCGTTAACGGCTTGGGATCCATGGCGGCAAGCGTTCTTGCTGCAGCGGCAGGAGTGGGGATCAGCCTGTTGCTCGCTTGA MTVVLLALAGGIGAAIRFMVDGFIRQRLKTALPWGTILINVSGSLALGFLAGLLLRGQAPESLFLIVGTGFLGGYTTFSTASLETIRLIQSGRTGLALVNGLGSMAASVLAAAAGVGISLLLA PGPT0004985_4360 DIRECT EFFECT BIO-REMEDIATION FLUORIDE_DETOXIFICATION FLUORIDE_RESISTANCE FLUORIDE_RESISTANCE-FLUORIDE_TRANSPORT,PGPT0004985-crcB-K06199 NA NA D3-18_01433 531 bfrB COG1528 Ferritin BfrB ATGGCTAAGAAGACTTTCAATGAGCTGTTGTCCGCCCAGGTCGCCAATGAGTTTGCGGCCTCCCAGCAATACATCGCAGTAGCTGTGTATTTTGATGGCGAAGACTTGCCGCAGCTGGCCCGTCACTTCTATCGCCAGTCCCTCGAGGAGCGCAACCACGCCATGATGATGGTCCAATACATGCTGGACCGCAACGTGCACGTGGAGATCCCGGGTATCGCCCCGGTGCGCAACAACTTCAGCAACGCCAAGGAGCCCATCGCCCTCGCCTTGGAGCAGGAAAAGGAAGTCACCCGGAGCATTGAGGAGATGTTCCGCGTTGCCCGTGCAGAGGGCGATGCTTTGGGTGAGCAGTTCATGCTGTGGTTCCTCAAGGAACAGGTCGAGGAAGTTGCCTCAATGACCACGTTGCTGAACATCACGGAGCGTGCCGAGAACCTCTTCGACATCGAGAACTACGTTGCGCGCGAAACCGTAGGCGACGGCGGACACGACACCAGCGCGCCATCGGCCGCCGGTGGCGTCATCTAA MAKKTFNELLSAQVANEFAASQQYIAVAVYFDGEDLPQLARHFYRQSLEERNHAMMMVQYMLDRNVHVEIPGIAPVRNNFSNAKEPIALALEQEKEVTRSIEEMFRVARAEGDALGEQFMLWFLKEQVEEVASMTTLLNITERAENLFDIENYVARETVGDGGHDTSAPSAAGGVI PGPT0003960_196 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-RELATED_PROTEINS_FERRITIN,PGPT0003960-bfrB-K22336 NA NA D3-18_01434 1149 zapE_1 COG1485 Cell division protein ZapE GTGACGCCGCCGTTGAGGCCTGGTCCGCGCACTTCGCCGGACGTCATGAGGGCTCTGGCTGAGGGCATGGCGCACGACGCCGCACGGTCGGGTTTTGAGCTCGAATCAAGCCAGCGGCAAGCGGCCGAGCGGTTGGCCGCCTTTGGCGCCCAGATGACCCGCCGCCGTCGGGCGCTTCCCGGGAAGCCGCCTCGAAGTCTTTACCTCCACGGACCTGTTGGCCGCGGCAAAACGTGGCTGATGGACAGCTTCTACGGACGTCTTGAGGTGCCTAAACGGCGTGTTCACTTCCACGATTTCTTTCGAAAGCTTCATAGCGGCACGTATGGCCTGGAGTCCGGCAATGGACCAGCAATCCAGCACTCAGTGGACGCGCTGCTGGACGGCGTTGAGGTGCTGTTCTTTGACGAGTTCCACGTCCACGACATCGGCGACGGCATGTTCATTTCCCGCTTGCTCCGGACCGCGGCGCAGCGTCGGGTTCCCCTTGTGGTGACGTCCAACTACGCCCCGGACGACTTGCTGCCTAATCCGCTATGGCATGACCATTTCCTGCCCACTATCGAGGCGATCAAGGAGATGATGGATACCGTGGAAATCAGTGGCGCCTCGGATTTTCGTCGCTATCCGGTTGCTGGAACCGACCCCGGTACCGGTATTGGTGCGTTCCGCTCAGGCCGCATTATTTCCCCTGGCACACCCCGACAACTGGGTCGTCTGGGCCTGTTCCGGCCAGCGCCCTCGCGAAGCCGCGTTTTGACCCCCACCACCCAACCGATCGTGGTCAAGAACTCCGATCCGGACCTCCTGTGGGTTGGATTTGAGGAACTGTGCGGTGGATTGACCTCGACGTCGGACTTTCTCGCCTTGGCTGAAACATTCAGGACATGGGTCATCGACGACGTTCCCTCGCCGGCGGATGATGCTGCGTCCGCGCCAGCATGGCAGCGCTTCAGCAACGTGGTGGATGTCCTTTACGACCAGGACATCACGCTGTTCCTGGTAGGCGATGGACCTCTCGACTGGGACGTTGAGCCAAGCGGCACCGCCCTGCCGGTTGACCTTGCGCGCATCGCCAGCCGTTTGTCCTTGTTGAGCCGTTCCCGTCCGGACGAAATCATGGAAAGCGAAGAGGCCGCCGGAAGCTAA MTPPLRPGPRTSPDVMRALAEGMAHDAARSGFELESSQRQAAERLAAFGAQMTRRRRALPGKPPRSLYLHGPVGRGKTWLMDSFYGRLEVPKRRVHFHDFFRKLHSGTYGLESGNGPAIQHSVDALLDGVEVLFFDEFHVHDIGDGMFISRLLRTAAQRRVPLVVTSNYAPDDLLPNPLWHDHFLPTIEAIKEMMDTVEISGASDFRRYPVAGTDPGTGIGAFRSGRIISPGTPRQLGRLGLFRPAPSRSRVLTPTTQPIVVKNSDPDLLWVGFEELCGGLTSTSDFLALAETFRTWVIDDVPSPADDAASAPAWQRFSNVVDVLYDQDITLFLVGDGPLDWDVEPSGTALPVDLARIASRLSLLSRSRPDEIMESEEAAGS NA NA NA NA NA D3-18_01435 996 corA COG0598 Cobalt/magnesium transport protein CorA GTGACCATTATCGACAACGCCGTATATGTGGACGGCGTCCGCACTGCCACCCCGCACACCCTCGAACAGACCTTTGAGACGTTGGCGGAGCATGGCGGCATGGCTTGGATTGGCCTGTACCGTCCCACGCAAGAGGAGATGGCCGCCGTCGCCCAAGAGTTCGGGCTCCACGAACTCGCCGTGGAAGACGCCGTCTCTGCGCACCAGCGACCCAAACTTGAGCGCTACGACCACAACCTGTTCACGGTATTGCGGCCGGCCCGCTACCTGGACGAAACCGAAACGGTGGAGTTCGGCGAGCTCCACGTCTTCACGGGACCGAACTTTGTGGTGACCATCCGGCATGCCGAAACCGGTGGCGTGGCCCGTGTGCGGAAGAGGCTTGAGGAGCGCCCTGACCTCCTCCGCCACGGCCCCGAGGCAGTCCTTTACGCCCTCCTGGACCAAGTGGTGGACGATTACGCTCCGGTAGTTGCGGGCTTGGAAAATGACATCGATGAAATTGAAGATCAGCTCTTCAGCGGTGACAGCGCCGTTTCACGCCGTATCTATGAGCTCGCCCGCGAAGTGATCCAGTTCCAGCGTGCCATTCATCCCCTTCCGGACATGATGGTGCTGCTGGAGAAGGGCTTCGAAAAGTACGGCGTGGACATCGAGCTGCAGCGCTCGCTCCGGGACGTCGAGGACCACGTCCAACGCGTGATCTCCAGGGCCAACTCATTCCGGGACCTTCTTCAGAACGCCCTCACCCTTGACGGAACGCTGACCGCCAACCGCCAGAACGAGGCCAGCGCCGCGCAAAACGAGCAGGTGAAGAAGATCTCCTCTTGGGCAGCTATCCTCTTCGCTCCATCCTTCGTGGCGGGCGTCTACGGAATGAACTTCGACCATATGCCTGAGCTGCATTGGGACTTCGGCTATCCTCTGGCAGTTGGGCTCATGTTCGGCGCCGCATTGCTCATGTATGTCATTTTCAAACGCAAAGGCTGGTTGTGA MTIIDNAVYVDGVRTATPHTLEQTFETLAEHGGMAWIGLYRPTQEEMAAVAQEFGLHELAVEDAVSAHQRPKLERYDHNLFTVLRPARYLDETETVEFGELHVFTGPNFVVTIRHAETGGVARVRKRLEERPDLLRHGPEAVLYALLDQVVDDYAPVVAGLENDIDEIEDQLFSGDSAVSRRIYELAREVIQFQRAIHPLPDMMVLLEKGFEKYGVDIELQRSLRDVEDHVQRVISRANSFRDLLQNALTLDGTLTANRQNEASAAQNEQVKKISSWAAILFAPSFVAGVYGMNFDHMPELHWDFGYPLAVGLMFGAALLMYVIFKRKGWL PGPT0014010_2138 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014010-corA|yfjQ-K03284 NA NA D3-18_01436 426 hypothetical protein ATGGATTGGCTCTCACACATCTCCCAGATCAACTGGCTCGCCGTACTTCTGGCCTTCGTTTCAAGCATGGTGATCGGCTTCGTCTGGTACATGCCGGCTGTACTTGGTCGGAAGTGGATGCAGGCAATCGGCAAAACAGAAGAGGACCTCAAAAATATTGAGGGCGGCGCAGGCATTTGGGTTCCCATGATGGTGGCAGCGGCCGTGACCAGCATTCTCCTCGCTATCCTTATCAGCGCCCTGGACCTCAACACCTTCCTTGCCGGTGGTTTCTTCGCACTGATCCTTGCCTTGGTGTTCCGTGCCGGCGGCCATGTCATCCATAACGGCTTCGCAGGCCGCCCCACGGCAGTAACCGTCATAGACTCCGGTCACGACATCGTGGCGATGACCATCGCGGGCGCCATCATCGGAGCCATGCAGTAG MDWLSHISQINWLAVLLAFVSSMVIGFVWYMPAVLGRKWMQAIGKTEEDLKNIEGGAGIWVPMMVAAAVTSILLAILISALDLNTFLAGGFFALILALVFRAGGHVIHNGFAGRPTAVTVIDSGHDIVAMTIAGAIIGAMQ NA NA NA NA NA D3-18_01437 534 asnC COG1522 Regulatory protein AsnC GTGAGCTGGAGTGACCGTTTGAACACCCTTGACCCCTTGGACCTGAAGATCCTTCTGGAACTGATCAAGGACCCACGCGTCCAGATCGCCGAGTTAAGCGATGAATTGGGCATAGCGCGCAATACTGCCCAAAGCAGGGTCAAACGCCTTCTTCGTTCCGGTGTGCTGCAGGCCGCTGGGCGGGAAGTTGACCTTGAAAAGGTGGGGTACGACGTCGTCGCCTTCGTCACGATCGAAGTGACCCACCGGGAACTCGACGGCGTCATCGGCGCCTTGCGCCTGATCCCCCAAGTATTGGAGGTCCATGAAATCTCCGGCCGCGGCGATCTGTGGTGCCGTGTGGTGGCAACGGATACACACAACCTGCAGTCGGCTTTGCGCTCCGTGCTTCGTACCAAGGGAGTCATCAGGACCGAAACAGTGCTTGCCCTGCACACCCATATCCCATACCGCACTGAGCCACTCATCGGGAGAATGGCTGCAATACCAACACGGTCCAGGCAAGAAGGCCGGAGCGCAAGCTCAGAGGCTTGA MSWSDRLNTLDPLDLKILLELIKDPRVQIAELSDELGIARNTAQSRVKRLLRSGVLQAAGREVDLEKVGYDVVAFVTIEVTHRELDGVIGALRLIPQVLEVHEISGRGDLWCRVVATDTHNLQSALRSVLRTKGVIRTETVLALHTHIPYRTEPLIGRMAAIPTRSRQEGRSASSEA NA NA NA NA NA D3-18_01438 1236 hypothetical protein ATGACTGTCTTGAGCGAACTCCGTATGCGTCCGGCTACCGCCGAACGCTGGGGATGGGATGCCTCCACCACTGCCAGGTTGGTCCTGGCCGGGGTTGTAATTTTTACGCTGCTGGTCGGCGCCAACCTGGCCACGCCTTTGTACCCCTTGCTGCAAGCCAGGATCGGCATGTCTTCGCTGGGAGTGACGGTTGCCTTCTCCAGCTACGTCCTCGCACTCGTAGCGGTTCTCATGGTGGCCGGCCATTGGTCGGACCACATCGGGCGGAGGGCAGCGCTGGTGCTCGCTGTCCTCGTCGGCTTGGTGGGAGGCATCATCTTCGCGAATGCGGACACTCTCCTCACGTTGTCCCTGGGCCGGGTCCTGCAAAGCGTGGCGGTTGGACTCGCAACGGGAGCCAGTTCAGCTGCACTGCGCGAACTGCTGCCCCAGCGGCCCGACTGGGCGTCCCGCTTTACGCTGCTTTCCTCTGCCGGCGGCGTGGCCGCAGGCCCTGCAATCGGTGGTCTCTTATCGCTCCTGCCCGACCCCACACGCACTCCGTACTACGTGCACTCCGCGGTATTGATGGCTGCCCTCGTTCCTTTGTGGCTGCTGAAGGCCAGGCCGGCCATTGCGCCGGCGGAAGGGCCGAAGCCACTCAAGGTCCTTGCCCCACGGAAGCCGTCCATTTCCCATGATGCCCGCGGAGCATTCTGGATGGCTGCGACTACCGGGTTCCTGAGCTTCGCGGTGTTCGGCTTCTGCCTGTCCTTGGCGCCCGGGTATTTCGCCAGTGTTGTCCACGCCTATTCCATGCCGCTGATCGGACTGCTTGCCGGCGTCACTTTGGGCGCTTCAGCCCTGAGCCAACTGCTGGGTACCCGCGGACGCTTCGTTGTCCCCGTGGCACTCGCCGTGCTGGGAGTCTCGGTTGTTCTGGTGGGAGCCGCCGCGGCGTGGTCCAGCCCTTGGCTGCTGGTGGCTGCCAGCATCAGCGCTGGAGTGGGACAAGGGATTGCCTTCCGGCAGGTGTTCAACGAGGTGGCCGGGAAAGTGGAAGCCGCCCGCCACGCCCAAGTCATCAGCACCGTCTACGTCATCACGTATCTGGGGAGTGCTGTTCCGGTGATTGGGCTGGGACTGGCTGTCTCGGCGCTCGGCCTGCAGGCCGCCGTCGTGGGTTTCACTGCTTTGTGCGGCTTGGCTGCCTTGACGCTTGCGGCTGTGTCATTTCGCAGCGCGTTGCGTTCCTGA MTVLSELRMRPATAERWGWDASTTARLVLAGVVIFTLLVGANLATPLYPLLQARIGMSSLGVTVAFSSYVLALVAVLMVAGHWSDHIGRRAALVLAVLVGLVGGIIFANADTLLTLSLGRVLQSVAVGLATGASSAALRELLPQRPDWASRFTLLSSAGGVAAGPAIGGLLSLLPDPTRTPYYVHSAVLMAALVPLWLLKARPAIAPAEGPKPLKVLAPRKPSISHDARGAFWMAATTGFLSFAVFGFCLSLAPGYFASVVHAYSMPLIGLLAGVTLGASALSQLLGTRGRFVVPVALAVLGVSVVLVGAAAAWSSPWLLVAASISAGVGQGIAFRQVFNEVAGKVEAARHAQVISTVYVITYLGSAVPVIGLGLAVSALGLQAAVVGFTALCGLAALTLAAVSFRSALRS NA NA NA NA NA D3-18_01439 507 lrp_2 COG1522 Leucine-responsive regulatory protein GTGAGCAACCCCACGAAGAATGTTCGGTCAAGCACGGGCAGCGCAGAGCCGCTCGACGCGATCGACGAACGAATCCTCGCCGCGTTGGTGGACGACGCACGGATCTCCAACAAGCAGTTGGCCGAACTTGTAGGAATCGCCCCCTCCACTGCCCTGATGCGCACCAGGGCGCTCTCCGAACGCGGAATCATTGAAGGATTCGAAGCGGTCTTGAGCCTGCCGGCTATCGGCCGTTCCGTTCAGGCCCTCATTGCTGTTCGTCTCCGCGCCCATGACCGTGACCAGATTGACCGCTTCACGGCGCGGGTCCCCAAACTCCCGGCCGTCATTTCCACTTTCCACACCACCGGTTCAGTGGACTACCTGCTGCACATTGCCGTCGCCAATACTGACGACCTCCGCAACTGGCTCCTGGACAACCTCGCCACCGATCCCGTGGTAGGTCACACGGAAACCACTATGGTGTTCCAGCACATTCCCGGCAACCGCGGACCGCTGCCCGAATAG MSNPTKNVRSSTGSAEPLDAIDERILAALVDDARISNKQLAELVGIAPSTALMRTRALSERGIIEGFEAVLSLPAIGRSVQALIAVRLRAHDRDQIDRFTARVPKLPAVISTFHTTGSVDYLLHIAVANTDDLRNWLLDNLATDPVVGHTETTMVFQHIPGNRGPLPE NA NA NA NA NA D3-18_01440 642 hypothetical protein ATGACACAGGTCACGAAAAGCCGGGAGCTGTCGTCGCCGGAGCGTTTACAGGCGTTTACGGATGCCGTGGTGGCGATTGCTTTGACGTTGTTGATCTTGCCCCTCATGGAGAGTGTGGGTGAACTGGCGGACCACGACGGCACCACGGCTGAGTGGTTGGCGGAAGAACAGTACGCCCTGCTCGGCTTTGTCCTGAGCTTTATCCTGATTGCAGTTTTTTGGGTGCACCACCACAAGCTGTTCCGCAGCGTCAAGCGCGTGGACTCGGGCTTGTTGTGGCTGACGGTGGCATGGATGTTCACCATTGTGGTGATGCCCGTGGCCACATCACTGTCCACCCAGATGCAGCCTGACTGGGCGCAGCCCCTCATCTACATCGGAACCCTCTTCGCCACCAGCCTCATGCTCCTTCTGGCCCGCGCCTATTTGCGGTCCCACCCGGATCTCCACACCATGGATGACGCTGATGCGGTGTCAGGGATTCGAGCCAGTGGCATCGCTTCCGGCCTTTTCCTGTTGGCGCTCGTTCTGGCGATGATCATTCCGGGCGCAGGGAACTGGCCGCTGCTGGTAATGCTGCTCAGTGAGCCTCTCCAACGGCTGGATCGGCGACGGAAGCGCAGTCGCCCCGCCGAACGATAG MTQVTKSRELSSPERLQAFTDAVVAIALTLLILPLMESVGELADHDGTTAEWLAEEQYALLGFVLSFILIAVFWVHHHKLFRSVKRVDSGLLWLTVAWMFTIVVMPVATSLSTQMQPDWAQPLIYIGTLFATSLMLLLARAYLRSHPDLHTMDDADAVSGIRASGIASGLFLLALVLAMIIPGAGNWPLLVMLLSEPLQRLDRRRKRSRPAER NA NA NA NA NA D3-18_01441 1230 ynfM Inner membrane transport protein YnfM GTGAGCAAAGCAACTTCCAAGCCCAGCACCGACTCCTGGGACGGACACGTCAAAGGTTCCCGCGGCTATAGTCGCGTCCTGGCCGCTTTGGCGCTTGCCGGGGTTGCGACCTTCGCGCAGTTGTACTCCACACAGGCCGTACTTCCACTCATGGCCGCGGACCTCCGGATCACGGCGGCCGAAGCGGCCTTGAGCATTTCCCTAGCCACTGTGGGCTTGGCAATCACTGTGCTGCCGTGGTCCTTTGTGGCCGACAGAATTGGCCGTGTCCGCGCCATGGCCATCGGCATCGCCGTCGCCACCGTGTTGGGGTTGCTGGTGCCTCTGGCACCCACCGTGCCCTTGCTGTTGGGGCTCCGAACCTTGGAGGGCATGGCTCTGGGCGGAATCCCCGCGATTGCCATCGCCTACCTCAATGAGGAAGTAACCAAGATCCATACGGCCCTTGCTGCTGGAACCTACGTTGCCGGAACCACCTTGGGTGGTTTGGCCGGGCGTTTGGTGGCCGGACCTGTTGGAGAACTTTGGGGGTGGCGCGCCGCGGCTCTGGCTGTTTCCCTACTGGCCACAGTTTCAGCCGTCTTGTTCCTGGTCCTTGTTCCGAAGCAACGCCGGTTCAGCCCGGCCCCGCCACTGGGCTTTCGCGGAGCCCTCCGAACCCTCGGCCGGCACTCGAGCGATCCAAAGCTGCTGTCGCTGTACTTGCAGGCTTTCCTGCTCATGGGTGGCTTTGTTGCCGTTTACAACTACCTCGGATTCCGACTGCATGCCGAACCTTTTGGACTTCCCGCCACCGTAGTCAGCCTTATTTTCCTTGCGTACCTATCCGGGACCATCAGCTCACGATGGGCCGCGGGGATGACCACCAGGTTCGGCCGGCGGAACGTCCTGGTGGCAGGGATCGCCATCATGTCGGCAGGTTTGGCAATGACGTTGGTGGAGAACCTCGTAGCCACCCTTGCCGGTCTGGTGATCTTCACTGGCGGCTTCTTCGCCGCCCATAGCGTTGGTTCAGGGTGGACGGGAGCTATCGCCACCACGGGCCGAGCGCAGGCAGCGTCCCTGTACAACCTGTCCTACTACCTGGGTTCCAGCGTCATCGGTTGGGCCGGCGGGCTTGCCTTTCAGGCGTTGGGGTGGCCGGCTTTGGCGTTGAGCGTCATCGCACTGTCATGTACGACGGCGGCAGTCACCTTGATAGTGCACCGCCCGCGGCTAAGTTCCCCCTGA MSKATSKPSTDSWDGHVKGSRGYSRVLAALALAGVATFAQLYSTQAVLPLMAADLRITAAEAALSISLATVGLAITVLPWSFVADRIGRVRAMAIGIAVATVLGLLVPLAPTVPLLLGLRTLEGMALGGIPAIAIAYLNEEVTKIHTALAAGTYVAGTTLGGLAGRLVAGPVGELWGWRAAALAVSLLATVSAVLFLVLVPKQRRFSPAPPLGFRGALRTLGRHSSDPKLLSLYLQAFLLMGGFVAVYNYLGFRLHAEPFGLPATVVSLIFLAYLSGTISSRWAAGMTTRFGRRNVLVAGIAIMSAGLAMTLVENLVATLAGLVIFTGGFFAAHSVGSGWTGAIATTGRAQAASLYNLSYYLGSSVIGWAGGLAFQALGWPALALSVIALSCTTAAVTLIVHRPRLSSP PGPT0017201_1056 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_OTHER_SUGAR_TRANSPORT_RELATED_PROTEINS,PGPT0017201-ynfM-K08224 NA NA D3-18_01442 975 gltC_1 HTH-type transcriptional regulator GltC ATGGAGCCCGATCACCAGCAACTCGTCCAACTGCTCCCTCTGCTGCCTGTCTTGGCGGAACTTGGCCGCACGGAACACATGACCGAAACGGCCGAGATCCTCGGCGTTCCACAGTCGACAGTGAGTAGGGCCGTGGCACGGGCCAGCGCCATAGTGGGGATGGACCTGCTGATCCGCGAGGGTCGCGGCATTCGCCTGACACCGGCGGCGAGGACGCTGCTGCCCTACATCGAAGCAGCGCTGGAGGATTTCCAAGCCGGGCTGGACAGGGTGCGGCACGAATCGGACGTTGTGAGGGGCAGGATCGGGGTTTCGTTTCAACACACCTTCGGTGAAGCCACCCTCCCGCTGCTCATCAGCGCCTTCCGCGCCCACCACCCGCACACAGTGTTCGAACTTTGGCAGGGTCCCCGCGACGATTGCCTGAAGCAGTTGGCTCATGGGGACATGGATTTCGCGTTGACGGCACCCATCGCGCCGGAGGGGCGGGGCATTCATGCTCTGCCGTTGTACCGCGAGCCATTGCGCGCAGTGCTGCACTACCGGCACCCCCTGGCCGGAAGGTCCAGCGTCCGCCTCTCCGAACTCCGGCACGAACCGTACATCACCCTCCCGGAGGGTGTGGGTCTTCGGGCGTTGGGCGAAGCGCTCCTGCGCGAAGCCGGATTCCGGCCGAGGATCGCTTTTGAAGTCCAGGAGTCCACCTCTGCCCGTGGACTGGTCTCGGCCGGGCTCGGCTTTAGCATCCTCCCGCCAGCAGGACCCGGTTCAGGGACAGGCCAATTCCTTCCCGAGGCCGAACTTGGGCTCGTTGAAGTGGCTATCGAATCGGACCTGGCGTTCCGGCAGATCGGTATCGCCTGGAGGGAGCGGAGTTTCGAACCGGACGCGATCAGGTTGTTCCGGGAACTGGTGGTCACCGAGGGCGGGGACTTGCTCGCCGAACTCGTCAGAGCCCGTTCAGGAACTCCCTGA MEPDHQQLVQLLPLLPVLAELGRTEHMTETAEILGVPQSTVSRAVARASAIVGMDLLIREGRGIRLTPAARTLLPYIEAALEDFQAGLDRVRHESDVVRGRIGVSFQHTFGEATLPLLISAFRAHHPHTVFELWQGPRDDCLKQLAHGDMDFALTAPIAPEGRGIHALPLYREPLRAVLHYRHPLAGRSSVRLSELRHEPYITLPEGVGLRALGEALLREAGFRPRIAFEVQESTSARGLVSAGLGFSILPPAGPGSGTGQFLPEAELGLVEVAIESDLAFRQIGIAWRERSFEPDAIRLFRELVVTEGGDLLAELVRARSGTP NA NA NA NA NA D3-18_01443 1032 nmoA COG2070 Nitronate monooxygenase ATGCCTGAATCCCTGTTTGGTACACCGTTTGTTGCAGCTCCCATGGCCGGGGGAACGTCCACGCCGGAGTTGGTGAAAGCAGTTCATGAGGGCGGTGGACTGGGTTTCATTGCTGCCGGCTACAAGAGCCCCGAAGCCATGGCGGCTGAAATTGCCGCCACGCGGGAACTTAATATTCCGTTTGGCATGAACGTGTTCGTACCGGACCCAGGCCAGCTCCCGCCCGGTCCTGAAGCACGGGCGGACCTTGAGGCGTACCGGGCGGAACTGGAACCCGAGGCGGCCCGTTACGGCGTGACGCTACCTCCCCTCCGGCTCGATGACGACGACGCCTGGCAGGACAAGATCGATGCCCTGCTGGCCGACCCCGTGGAGTTTGTGAGTTTCGCTTTCGGCCTCCCGGGAAAGCCGGTGGTCAAGGCCCTGCAGAAAGCAGGCAGCCGGGTCATTTCCAGTGTTACCAGTGTGGACGAAGCCCTTGCGGCTGCAGAGGAGGGCCCCGATGCCATCGCAGTGCAGCACAGCTCCGCGGGCGGACACACGGCAGCCTTCCTGCCTGGCCGGCGCGGGCAAGCACCCCGTACGACGGCGGAGCTGGTGGCCCAGGTGCGTGCCGCCGTCGGACTTCCACTCGTCGCTGCCGGGGCCATCATGAATAACGCCACGCTGCGCGAAGTGCTGGCGGCGGGCGCAATTGCCGCGCAGGTGGGTACCGCCTTGGTTCGCACTGAAGAGAGCGGCGCACGGAAGCCGCACAAGGACGCCTTCGGTGACCCTGCCTTCACGGAGACAGCAATGACCCGGGCATTCACGGGGCGCTGGGCACGTTCGCTGGTCAATGAATTCGTCCGTGACCATCAGGACGCGCCGGAGGGTTATCCGGCCATCCACCACCTCACCAGCCCCGTCCGGGCTGCATCATCCGCGGCAGGTGATCCCCACCGCCTCAACCTGTGGGCAGGGACGGGCTGGCAGCAGGCCAGGGAAGGATCCGCGAAGGATGTGGTCAGGGAGTTCCTGAACGGGCTCTGA MPESLFGTPFVAAPMAGGTSTPELVKAVHEGGGLGFIAAGYKSPEAMAAEIAATRELNIPFGMNVFVPDPGQLPPGPEARADLEAYRAELEPEAARYGVTLPPLRLDDDDAWQDKIDALLADPVEFVSFAFGLPGKPVVKALQKAGSRVISSVTSVDEALAAAEEGPDAIAVQHSSAGGHTAAFLPGRRGQAPRTTAELVAQVRAAVGLPLVAAGAIMNNATLREVLAAGAIAAQVGTALVRTEESGARKPHKDAFGDPAFTETAMTRAFTGRWARSLVNEFVRDHQDAPEGYPAIHHLTSPVRAASSAAGDPHRLNLWAGTGWQQAREGSAKDVVREFLNGL PGPT0006800_2754 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 D3-18_01444 936 murK_1 COG2971 N-acetylmuramic acid/N-acetylglucosamine kinase GTGAACAATCCTGACTCTGCCCAGCATTCCCACGCCGCCCCGGAAGCCGTGAGCGGCACCGTCATTGGGCTCGACATCGGCGGCACGAAAACCCGCGGCGTGCGGTTCCTCAACGGATCGCCGGTCCGGGATGAGAGCGCAGGCAGCTCCAATGTCCAAAACGTTAGCCGGGAAGTAGCCGCAGCGAACCTCGCTGAGTTGTTCGGGAAAATCGGTGGTGGCCACATTGACCAGGTATATGCCGGTGCAGGGGGGATCGATACGGACGAAGACGCCCAGGCGCTCGCCGACCTCATCGCACCGCACGCCCCAGGTGCGCGTATCACCGTTGTTCACGATTCGCGCCTGTTGCTGGCGGCCGGGGGAGCGAGCACGGGCGTCGCGGTCATTGCCGGGACAGGCTCGGCCGCATGGGGAAAGAACGACGCGGGCGAGGAAGCCCGGGCGGGCGGCTGGGGCTATCTCCTGGGCGACGAAGGAAGCGGGTACTGGCTGGGGCGCGAGGCAGTCCGGCACAGCCTGCGCCGGATGAACCAAGGCCTGGAGCCTGATCAGCTCAGCCGTGCACTGTTGGATTCCGTTGGCGTTGAGGAACCCGGCAAGTTGATCGCGCTGTTCCACTCCCCGGACACCGGCCGCCGCTACTGGGCGCAGCAGGCCCGGCTGGTAGTGGAAGCCGCCGACGCCGGTGACGAAACGAGTCAGGCACTAGTGGAGCAAGCGGGCCGTGACTTGGCTGAACTCGCCGAACAGGCCGTCCGCCAACTGGGCATTGACGGTCCGGTGATCCTGGGCAGCGGACTAGGCATGAATGTCCCGCGGCTCCAGGAAGCGTTCAAGGCCAAGCTGGCCCGAAACGGCATTACTGATGTGCGCATTCTTCAGCAGGACCCCGTGTTCGGCGTCCCGCGACTCGTAGCGGAGCAGCGGGACTAA MNNPDSAQHSHAAPEAVSGTVIGLDIGGTKTRGVRFLNGSPVRDESAGSSNVQNVSREVAAANLAELFGKIGGGHIDQVYAGAGGIDTDEDAQALADLIAPHAPGARITVVHDSRLLLAAGGASTGVAVIAGTGSAAWGKNDAGEEARAGGWGYLLGDEGSGYWLGREAVRHSLRRMNQGLEPDQLSRALLDSVGVEEPGKLIALFHSPDTGRRYWAQQARLVVEAADAGDETSQALVEQAGRDLAELAEQAVRQLGIDGPVILGSGLGMNVPRLQEAFKAKLARNGITDVRILQQDPVFGVPRLVAEQRD PGPT0018875_283 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 D3-18_01445 1032 hypothetical protein ATGACCAATCTAGATACTTCCCCCGCACAGGAAGTCTGCCCCGCGGCGCCGGAAGGTCAAGGTCCCTGCGTTCAGCTGTGGCCCGAGCGCGAGGTTCCGCTGGGAGGCGTGCGCGCCATGAACGTCATGAGGACCTTGCCCCAGCGGGGACTGCCAACTGTGGGCGCCTGGTGTTTCCTGGACAGCTTCGGGCCCGACCGGGTGGCCATGAGCGTACTCCCCCACCCCCATTGCGGACTTCAAACGGTCACCTGGCCCATGGAAGGTGCCGTGCGGCACCGCGACAGCGTGGGCAGCGATGTAGTGGTCCGGCCAGGCGAGTTGAACATCATGACCGCTGGCCATGGCATCTCCCATTCAGAGTTCTCCGTCCTTCCGGCCACTACCGAAAAAGGGTCCAGTCCGCTGGTGGCAGAAATTCCGATGTCCCGAGGACTCCAGCTATGGGTTGCCCTTCCGGAGGAGCATCGGCACCGTGCGCCGTCATTTGAACAGGTGAGGGACCTGCCGGTGGCGGTGGGCGAAGGCTTTACGGCCACCGTGATGGTGGGCGAATTCGCTGGGCAGCGCTCCCCCGCCACGATGTTCAGCCCGATTGTCGGAGCCGATATCACCGGTACCGGGTCCCTTGAACTGCCGCTGCGGCCCGACTTCGAGCACGCCGTACTGGTCCTGGATGGCCACGTCGTGATCGATGGCCAGGACATCGAGGCTGGCCCTCTGGCCTACTTGGGGGCCGGCAGGTCCAGCCTTGCCGTCCAAGCGCAACCGGACACCCGCTTCATGCTCCTCGGCGGCGAACCGTTCGGCGAAGACCTGCTCATGTGGTGGAACTTCGTGGGCAGGACGCATGAGGAAGTGGAAAAGGCCCGTGAGGAGTGGGAAGCCGAAGGATTGCTCGACGACGACGCTGCCGCCAGCTCACGCTTCGGCTTCGTCCCCGGGCATGGTCCTGATGCAGGACCGGAGGCTGGCCGCATTCCCGCCCCGCCGCTGCCGGGCGTTAAACTGCGGCCACGAACCCGCGGCTAA MTNLDTSPAQEVCPAAPEGQGPCVQLWPEREVPLGGVRAMNVMRTLPQRGLPTVGAWCFLDSFGPDRVAMSVLPHPHCGLQTVTWPMEGAVRHRDSVGSDVVVRPGELNIMTAGHGISHSEFSVLPATTEKGSSPLVAEIPMSRGLQLWVALPEEHRHRAPSFEQVRDLPVAVGEGFTATVMVGEFAGQRSPATMFSPIVGADITGTGSLELPLRPDFEHAVLVLDGHVVIDGQDIEAGPLAYLGAGRSSLAVQAQPDTRFMLLGGEPFGEDLLMWWNFVGRTHEEVEKAREEWEAEGLLDDDAAASSRFGFVPGHGPDAGPEAGRIPAPPLPGVKLRPRTRG PGPT0019980_283 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_FLAVONOID_UTILIZATION PLANT_DERIVED_QUERCETIN_DEGRADATION,PGPT0019980-yhhW|pirA-K06911 NA NA D3-18_01446 1797 bga_1 Beta-galactosidase GTGAACAACGCCCTCCTGAGCTACCACGACGCCGTCCTTTACCGTTCGGGTGAACCGTATCGCATCCTCGCCGGGGCCATCCACTACTTCCGTGTCCACCCGGACCTGTGGCAGGACCGGCTGCGTCGACTTAAGGCGATGGGCGCTAACACGGTGGACACGTACGTCGCTTGGAACTTCCACCAGCCTAAGCGCGAGGAGGCGCCGGACTTCAGTGGTTGGCGGGATTTGGGCCGCTTCATTGACCTCGCGGCTGAGGAGGGGCTGGACGTCATTGTTCGCCCTGGCCCGTATATCTGTGCAGAGTGGGACAACGGCGGCTTCCCTGCCTGGCTGACAGGCATTCCCGGTATCGGTCTGCGCTGCATGGACCCGGTGTTCACAGCTGAGATCGAGGAGTGGTTCGATCACCTGGTCCCGATCATCGCCTCACGGCAGGCATCCGCGGGCGGTCCGGTGGTGGCCGTTCAGATTGAAAACGAATACGGCAGCTACGGCGATGATCACGAGTACATCCGCTGGAACCGACGCGTCCTGGAAGAGCGCGGCATCACCGAGCTCCTGTTCACGGCCGACGGCGGCACGGACTATTTCCTCGACGGCGGATCCATCGAGGGAACATGGGCGACGGCAACGCTGGGCAGCCGGGGCGACGAAGCAGTAGCTACATGGCAGCGACGCCGGCCCGGCGAGCCGTTCTTCAACGTTGAGTTCTGGGGCGGCTGGTTCGACCACTGGGGCGAACACCATCACCGCCGGGACGCTAAAGACGCCGTGTTGGAAGCACGCAAGATGCTCGATCTTGGTGGCTCACTCTGCGTCTACATGGCCCACGGCGGAACTAACTTCGGCCTCACTTCCGGCAGCAATCACGATGGCACCATGCTGCAGCCGACGGTTACCAGCTACGACTCAGACGCGCCCATCGCCGAGAACGGTGCCCTGACGCCCAAATTCCATGCCTTCCGCAAGGAGTTCTACCGGGCCCAGGGCATTGAGGATCTGCCCGAACTCCCTGTGGAGTTGCTAGCTGAGGCACCGGTACTTCCGGCGCAGTCCCTGCCTTTGACCGCGGGTCCGGACCTGCTTGAGCTTGTGCGGAATGCCGGCAAACCTGTCAGCAGCGTCAGGCCGCTCAGCTTCGAGCAGCTGGGAGTCGACGCCGGCATGGTCCTCTACACCGCCGAAGCCATCCTTCCCGGCCGTCCCGGTGCTCCCTCGGAGAGCCGAGTAAAGATCACCGGCCTCAATGACCGTGCCTACGTGTGGGTGGATGGCACCTTTGCTGGTGTCCTGGACGACGTCAACGGCTCCGAGGGTTTGCCCGTCAGTGGCACAGGCACCCCCGCCAAGCTTGAGATTCTGGTCGAGAACCTCGGCCGCATCAACTACGGACCCCTGACGGGCCACGGGAAGGGAATTCTGGGCGGCGTGCTCGTCAACCAGCGCTACACCTTCCACTGGACGCAGACACCTGTTGCCCTCGCCGACTGGACGCAGGAAGACCTCGAGGGGTTGGCAGGCGTTGACTTCGAGGTGGGGCAACCGGCCGACACTTACATTGCCTTGCCCGACTCAGAGAAGGGCTTCGTCTGGCTCAATGGCTTCCTCGTGGGCAGGTACTGGGAGAAAGGTCCACAGGTGACGCTGTACGCACCCGCTCCTTTGCTTAAAACCGGCCGAAACAGCATCAAGGTGCTGGAACTGGGGAACCCAGGGACCGTCGTCGAACTTCGCGAAGCGCCTGACCTGGGTCCCGTAGAAGCGGGTCCGATCGCGGCGGCCCACCTTCCATAG MNNALLSYHDAVLYRSGEPYRILAGAIHYFRVHPDLWQDRLRRLKAMGANTVDTYVAWNFHQPKREEAPDFSGWRDLGRFIDLAAEEGLDVIVRPGPYICAEWDNGGFPAWLTGIPGIGLRCMDPVFTAEIEEWFDHLVPIIASRQASAGGPVVAVQIENEYGSYGDDHEYIRWNRRVLEERGITELLFTADGGTDYFLDGGSIEGTWATATLGSRGDEAVATWQRRRPGEPFFNVEFWGGWFDHWGEHHHRRDAKDAVLEARKMLDLGGSLCVYMAHGGTNFGLTSGSNHDGTMLQPTVTSYDSDAPIAENGALTPKFHAFRKEFYRAQGIEDLPELPVELLAEAPVLPAQSLPLTAGPDLLELVRNAGKPVSSVRPLSFEQLGVDAGMVLYTAEAILPGRPGAPSESRVKITGLNDRAYVWVDGTFAGVLDDVNGSEGLPVSGTGTPAKLEILVENLGRINYGPLTGHGKGILGGVLVNQRYTFHWTQTPVALADWTQEDLEGLAGVDFEVGQPADTYIALPDSEKGFVWLNGFLVGRYWEKGPQVTLYAPAPLLKTGRNSIKVLELGNPGTVVELREAPDLGPVEAGPIAAAHLP PGPT0017815_2173 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSIDASE,PGPT0017815-bgaB|lacA-K12308 NA NA D3-18_01447 453 hypothetical protein ATGACGCTGCAGTTCGATACCCGCCCAGCCGCTTACGCCGTGATAGTCCAGGAGGACAAGATCCTGCTGGCGTATTGGAAGCAGGACGGCAAGGAAGGATGGACGCTACCGGGCGGAGGCCTGGATCTGGCGGAACATCCGGTGGACGGCTGCAGGCGTGAAGTTTTCGAGGAAACCGGATATGAAGCGCGCATTGACCGCATGCTGGGTATCGACGTCGGCCATTGGCCTGCTGATGTCCGCCCCGACGGTTCGGTCAAGGATTTTCAGGCCCTCCGACTGGTCTACGAGGCAACGGTGGTGGGCGGAGAACTGACCCATGAGGTGGATGGGAGCACCACACACGCCGCGTGGATCCCCCTGAAGGACATCGGGAAACTCAACCGGGTGTCGTTGGTGGACACGGCACTGCGCCTGCACCGGGAGCGCCCGGCGGACGGAAAGCTGAGCTAA MTLQFDTRPAAYAVIVQEDKILLAYWKQDGKEGWTLPGGGLDLAEHPVDGCRREVFEETGYEARIDRMLGIDVGHWPADVRPDGSVKDFQALRLVYEATVVGGELTHEVDGSTTHAAWIPLKDIGKLNRVSLVDTALRLHRERPADGKLS NA NA NA NA NA D3-18_01448 1107 rsgA_1 Small ribosomal subunit biogenesis GTPase RsgA GTGCAGTACGGCTTCACCGACAAAACCGCAGAGCTTTTCCGCGCCCACGGCGCCCCCGGGAACCAAGAAGCAGCCACCCCCGGCCGTGTAGTGCGGTTAGACCGGAACCGGGTGCTGGTCGCATCCGCCGAAAGTCTCCTGCATTTGCCCTATCCCACCCATGGTCTTGTTCCGGCCACCGGGGACTGGGTATGGCTCGGCCACAACAACGCCGGTGAGCCTGCCGTCGTCGAGGTCCTTCCTCGGCATTCCGCGCTGAGCCGTAAGCGGGCCTTTGAAGCCTCGTCCGAGGAACAGATACTGGGCAGCAACATCGACATTGTTGCAGTGGTGGTCCCCGTGGACCGTCCGCTGACCCATAACCGACTCGAACGGACGTTGGTGGCTGCCTGGGATTCCGGTGCCACACCGCTTGTGGTTATCACCAAAGCCGACCTCGCACACCTTGCCGACGAGGTCGTGGGAGAGGTCATCGTTCAGGCCGCAGGCGTTGACGTAGTTACCACCTCCGCGGAGCAGGGCGATGGCCTCGACGAATTGATGCAGCGCATTCCTGAAGGCGCCACCTTGGTTCTGCTGGGTCCTTCCGGTGCCGGGAAATCGACGCTTATCAACGCCCTTGCGGGGCGTGAGCTCCAGCAGACAGGCGAGGTCCGGGCCGGCGACGGCAAGGGCAAACACACCACCACCTCGCGCGAGTTGGTGCCTCTGGCCGGTGGCGCAGTGCTGATGGATACGCCGGGAGTCCGCGGGTTCGGGCTCTTCGATGCGGACGAGGGAATGGACGAAATGTTTGGCGATCTGGAGGAACTCTTCTCCCGGTGCCGCTTCACGGACTGCGCTCACCAAGCTGAACCAGGATGCGCAGTCCAAGAGGCGCTCGCGGAGGAAATCCTTGATCCCCGGCGCTGGGCCAGCTACCTGAAGCTGCAACGCGAACTGGCGGCCTTGGCCAGGAAACATGACGCGGCGGCCCGTCGTGCCTACCAGCGCGAATGGCACCAAAAGGTGATGTCAGCGGACCGAGGCCAGCGTGCAGCAGAACGATACAAGCACGATCAGGCCGAGGAACGGGCCGGGAAGGGCGGCAAGCGACGTAAACGCTGA MQYGFTDKTAELFRAHGAPGNQEAATPGRVVRLDRNRVLVASAESLLHLPYPTHGLVPATGDWVWLGHNNAGEPAVVEVLPRHSALSRKRAFEASSEEQILGSNIDIVAVVVPVDRPLTHNRLERTLVAAWDSGATPLVVITKADLAHLADEVVGEVIVQAAGVDVVTTSAEQGDGLDELMQRIPEGATLVLLGPSGAGKSTLINALAGRELQQTGEVRAGDGKGKHTTTSRELVPLAGGAVLMDTPGVRGFGLFDADEGMDEMFGDLEELFSRCRFTDCAHQAEPGCAVQEALAEEILDPRRWASYLKLQRELAALARKHDAAARRAYQREWHQKVMSADRGQRAAERYKHDQAEERAGKGGKRRKR PGPT0009020_173 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 D3-18_01449 195 hypothetical protein ATGCACTCTTATTACTTGGCTGCAAAGCAATCTTCACCCAGCGTAGCCAGCACCACCGACGATGTCAGCGCCGCCACGAGTTCCGTAATGAATCGGCAATGTTCAGCGTTTACGTCGCTTGCCGCCCTTCCCGGCCCGTTCCTCGGCCTGATCGTGCTTGTATCGTTCTGCTGCACGCTGGCCTCGGTCCGCTGA MHSYYLAAKQSSPSVASTTDDVSAATSSVMNRQCSAFTSLAALPGPFLGLIVLVSFCCTLASVR NA NA NA NA NA D3-18_01450 1095 osmV_2 COG1125 Osmoprotectant import ATP-binding protein OsmV ATGGCCGAAGCCATGATTGAGTTCAAGAGCGTCACCAAGAAATACCAGGGCGGGCAACCGGCGGTGGATGCCCTCACCATGTCCATCGACAAGGGCGCCATAACCGTGTTTGTTGGCCCTTCGGGCTGCGGTAAAACGACTTCCCTGCGCATGATCAACCGGATGGTGGAGCCCACCAGTGGAACCATCACTGTTGCAGGGGAAGATGTCTCGCAAGTTCCCGCGGCCAAGCTCCGCCGTTCCATGGGCTACGTCATGCAGTCTTCGGGCCTTCTTCCGCACCGTTCTGTTCTGGACAACATCGCCACCGTTCCACGGCTCAACGGCGTACCCAAGGCAGCGGCGCGGAAGCGCGCTGCGGAACTGCTCGACGTCGTCGGGCTGGCTTCCGTCCTCGGCAAGCGGTACCCGTCACAACTCTCGGGTGGTCAGCAGCAGCGCGTCGGAGTTGCCCGGGCGCTCGCTGCTGACCCGCCGGTCCTGCTGATGGACGAACCCTTCAGCGCAGTGGATCCGGTGGTCCGTGACGAACTGCAGCAGGAACTTTTGCGTCTGCAGCGGGAACTGGCCAAGACCATTGTGTTTGTTACGCACGACATCGATGAAGCCACTGTTCTTGGCGACAAAGTGGCTGTCTTCGCCGTCGGGGGCAAACTTGCGCAGTACGCGGCTCCGGAAGAGATCCTTCGGGCGCCTGCGAATGACTTCGTCGCCTCCTTCGTGGGACGCGACCGAGGCTTCCGCCACCTTGCCTTCAACGCCGCTGACGCTGTGACCTTGCACCCTGTCACCATGGTGAGTCCTTCCGACGGCCACCATGCGGGCCGCCAATCGGGGGAGTGGGCGCTGGTTGTCGACGACGATTCGAGGCCACTCGGGTGGTCTTCACCGCGGGATGGTGCCGGGTTGATCCCGGGAGGTTCGCTGTTCCGCAAGGGAGATACGCTGCGCCGCGCGCTGGATGCGGCGTTGTCGTCGCCGTCGGGCCTTGGCGTTGCGGTGGACGACGACGGCCGGGTGGCAGGAGTCCTGAAGGCGCCGGAAGTCCTTGCACTTATCGAAGAAGTCCGCCACCACAGGGAGGATGCCACCTGA MAEAMIEFKSVTKKYQGGQPAVDALTMSIDKGAITVFVGPSGCGKTTSLRMINRMVEPTSGTITVAGEDVSQVPAAKLRRSMGYVMQSSGLLPHRSVLDNIATVPRLNGVPKAAARKRAAELLDVVGLASVLGKRYPSQLSGGQQQRVGVARALAADPPVLLMDEPFSAVDPVVRDELQQELLRLQRELAKTIVFVTHDIDEATVLGDKVAVFAVGGKLAQYAAPEEILRAPANDFVASFVGRDRGFRHLAFNAADAVTLHPVTMVSPSDGHHAGRQSGEWALVVDDDSRPLGWSSPRDGAGLIPGGSLFRKGDTLRRALDAALSSPSGLGVAVDDDGRVAGVLKAPEVLALIEEVRHHREDAT PGPT0013585_1376 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013585-opuA|osmV|yehX-K05847 NA NA D3-18_01451 741 osmW COG1174 Osmoprotectant import permease protein OsmW ATGGAGTGGTTCCTTGCCAACAGTGGCATGGTCCTGGGGCTGGCCGGTCAGCACATGGTGCTCGCCATCATTCCCATGATCCTTGGCCTGCTGATTTCGGTCCCTTTGGCCCAGCTGGCCAGGCGCAACAGCACGCTCAGGTCAGTGGTGGCAACAGCTACCTCCTTGCTGTACACCATTCCCTCACTGGCCCTGTTCATCATTCTTCCCACCATCCTTGGCACGCGGATCCTGGATCCGCTGAACGTGGTGGTGGCCCTGACCATCTATGCAGTGGCACTGCTGGTCCGTGCCGCGATGGACGCTTTCGATTCCGTGGATGACGACCTTCGAAATGCTGCCGTTGCCATGGGTTTCAAACCCCTGGCCCGCTTCTTCCAAGTGGACCTTCCGTTGTCATTGCCTGTGCTCTTCGCAGGACTTCGAGTTGTGTCAGTCAGCAATATCTCCCTGGTGAGCGTTGCTGCCCTCCTGGGAGTAGGCAACCTTGGCGTCCTGTTTACTGACGGCCTGCAGCGTACGTTCATTACTGAAGTTGTGGTGGGCATCATCGCGATTCTGGTGCTGGCCCTGCTGATGGACGCAGTTCTGGTGGTCCTGGAGCGGCTCCTGACGCCATGGACCCGTGCGGCCGGTGGAAAGTCGTCGCGCCCGGACGCCAACACACTTCTCACCGAGCCCAAGGCCGGACCCGCAACGCCGCACGCGGCACTCCGCCCGGACCCCGGGGCATCGGCATGA MEWFLANSGMVLGLAGQHMVLAIIPMILGLLISVPLAQLARRNSTLRSVVATATSLLYTIPSLALFIILPTILGTRILDPLNVVVALTIYAVALLVRAAMDAFDSVDDDLRNAAVAMGFKPLARFFQVDLPLSLPVLFAGLRVVSVSNISLVSVAALLGVGNLGVLFTDGLQRTFITEVVVGIIAILVLALLMDAVLVVLERLLTPWTRAAGGKSSRPDANTLLTEPKAGPATPHAALRPDPGASA PGPT0013590_2239 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013590-opuBD|yehW-K05846 NA NA D3-18_01452 744 hypothetical protein ATGAACATCTTTGCTGAAACCATCGCCTGGCTGACGAACCCCAAGAACTGGACCGGAAGCGGTGGAATCCCCACCCGTTTGCTGGAGCACCTGCAGTACAGCGCACTGGTGCTCCTCATCGCCGCCGCCATTGCGGTGCCAATTGGTCTCTACATCGGGCACACCGGGCGCGGCCGCGTTGTCGCAGTCGCTGTCGCCGGAGCATTACGCGCCCTTCCGACACTCGGTTTGCTGGTCCTCTTCGCGTTGCTCGCCGGTAGTGGCTTGATGCCTCCCGTGTGGGCGCTGGTCATCCTTACGGTGCCGCCGCTGCTGGCCGGGACCTATGCCGGTATTTCCAGCGTTGATGCCACCGTTGTGGACGCTGCCCGGGCCATGGGCATGAGCGAACTTCAGATCCTCTTCCGGGTGGAAGTGCCCAACGGACTGCAGGTGATGTTCGGCGGCATCCGCACCGCGGTTCTGCAGGTCATCGCAACAGTCTCAGTGGTTGCCTATCTTCCCTTGGGTGGGCTTGGCCGATACTTGTTCGACGGCCTGGTTCTGCAGGATTTCCCCAGGATGCTCGGCGGCTCCCTGCTCATCGCGGGGTTGGCCATCGTAGTGGACCTGATCCTGGCCGGCCTGCAGAGGCTTGTCATCTCGCCCGGCCTGACCCTCGACTCAAGCGGCCGCCAGAAGGCAGCCGACGATCTCACAGCCGCGGTTCCTGCCGGGGCTGCCGTTCAAGGAGGTACACCATGA MNIFAETIAWLTNPKNWTGSGGIPTRLLEHLQYSALVLLIAAAIAVPIGLYIGHTGRGRVVAVAVAGALRALPTLGLLVLFALLAGSGLMPPVWALVILTVPPLLAGTYAGISSVDATVVDAARAMGMSELQILFRVEVPNGLQVMFGGIRTAVLQVIATVSVVAYLPLGGLGRYLFDGLVLQDFPRMLGGSLLIAGLAIVVDLILAGLQRLVISPGLTLDSSGRQKAADDLTAAVPAGAAVQGGTP PGPT0013590_2215 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013590-opuBD|yehW-K05846 NA NA D3-18_01453 957 osmX_1 COG1732 Osmoprotectant-binding protein OsmX ATGAAAAACCCCGTCCCCATGACCCTTACGCGCCGTGGTCTCGGCGGCCTCGCCGCTGGACTGGGTGTGGCCCTCGCGTTGAGCGCTTGCGGCGGCAGCCCCTTGGCCACGCCTTCCACCGCGGCACCCAGCGGTTCCGCCGCGGGAGGTTCGCTGGTGGTTGGTTCGGCAGACTTCCCCGAGAGCCAGGTCATCGCAGAGATTTATGTTGGCGCCCTCAACGCAGCTGGTCTCACTGCCACGTCCAAGCCGAACATCGGCTCGCGCGAGATCTACTTCAAGGCCGTCCAGGACGGTTCCGTGGACCTCGTCCCGGATTACTCCGGCAATCTTCTCTCCTACGTGGACACGGAGGCCGCTGAGGTCTCTGCCGAGGACGTCTACAAAGCGCTCCCGGGCAAGCTTCCGGAAGGCCTGGCGGTCCTGGAGCCGGCGAAAGCCGAGTCGAAGGACGCCATGGTGGTCACCAAGGCCACGGCCGAGAAGTACCAGTTGAAGTCCATCGAGGACCTGGCCAAGGTCTGCAAGGACTTCACCATGGCTGCACCAGCCACGTTTGAAACCCGCGCCTACGGCTTCCCGGGGCTGAAGGCCAACTATGGTTGCGAGCTCAAGGGCCTGCAGCCCTTCAACGACGGCGGTGGCAACCTGACCCTCCAGGCTCTCTTGGAGGACAAGGTTCAGGTGGCGGACATCTACACCACCACGCCGTCCATCGCAGATAACGACCTCGTCGTCCTGGAAGATCCGAAGAACAACTTCAAGGCACAGCAGGTCCTGCCGTTGGTCAAGGAAGCCAAGATGACCGACAAGGCCAAGGAAGCGCTCAACAACGTCTCCAAGATCCTCACCACCGACGACCTGATCAACCTGAACCGCGCAGTCAGCGGCGACCAGAAGCAGTCACCCAAGGATGCCGCAGCCGCATGGCTGAAGGACAAGGGCATCGTCAAGTAA MKNPVPMTLTRRGLGGLAAGLGVALALSACGGSPLATPSTAAPSGSAAGGSLVVGSADFPESQVIAEIYVGALNAAGLTATSKPNIGSREIYFKAVQDGSVDLVPDYSGNLLSYVDTEAAEVSAEDVYKALPGKLPEGLAVLEPAKAESKDAMVVTKATAEKYQLKSIEDLAKVCKDFTMAAPATFETRAYGFPGLKANYGCELKGLQPFNDGGGNLTLQALLEDKVQVADIYTTTPSIADNDLVVLEDPKNNFKAQQVLPLVKEAKMTDKAKEALNNVSKILTTDDLINLNRAVSGDQKQSPKDAAAAWLKDKGIVK PGPT0013595_1531 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013595-opuC|yehZ-K05845 NA NA D3-18_01454 1221 aspC COG0436 putative aspartate aminotransferase ATGGCGAATTTCAAGCAGTCCACCAAGCTTCATAATGTCCTCTACGACATCCGTGGACCGATTCTTCAGGCCGCCCAGCAAATGGAAGCGGAGGGTCACCGGATCCTCAAACTGAACATCGGAAACCCGGCCCCTTTTGGTTTTGAAGCGCCTGACGCCATCTTGGTGGACATGATCCGCCACCTGCCCAACGCTCAGGGCTACAGTGATTCCCGTGGCATTTTCTCGGCCAGGACCGCCGTCTCGCAGTACTACCAGACGCGCGGCATCCAAAACATCCACGTTGACGACATCTACCTCGGCAACGGTGTCAGCGAGCTCATCACCATGTCCCTCATGGCACTCCTGGACGACGGTGACGAAGTGCTGATTCCCACGCCGGACTACCCGCTGTGGACGGCTTCCGTGGCGCTTGCCAGTGGCCGTCCCGTGCACTACCTCTGTGATGAGGAGTCCGGATGGCAGCCCGATCTTGAGGACATGGAATCCAAGATCACGCCGCGGACCAAGGGCATTGTGGTGATCAACCCCAATAACCCCACCGGTGCCGTCTACCCGGAGGAGACGCTCAAGAAGATCGTTGCGTTGGCAGAGAAGCATGGACTGGTTCTCTTCGCTGACGAGATCTACGAGAAAATCCTCTACGAAGATGCAGTTCACGTTAACCTCGCCGGGCTTACTGGTGATGACGTCCTGTGCCTGACGTTCAGTGGCCTGTCCAAGGCCTACCGCGTCTGCGGCTACCGCGCGGGCTGGATGGCGATTTCCGGGCCAAAGAAGGATGCCGCTGATTACCTTGAGGGCATCAACCTGCTGGCCAACATGCGCTTGTGTGCCAACGTGCCTGCACAGCACGCCATCCAAACCGCGCTCGGCGGCTACCAGAGCATCAACGATCTCATCCTTCCCGGTGGCCGGCTCCTGGAGCAGCGCAACAAGGCCTACGACCTCCTGAACGCCATCCCCGGCGTCAGCACCCAGCAGGCCCGGGGTGCCCTTTATCTGTTCCCGAAGCTGGACCCAGAGGTCTACCACATCAGGGACGACGAGAAGTTTGTCCTGGATCTGTTGAAAGAACAGAAAATCCTGGTGTCCCATGGGCGTGCGTTCAACTGGGTTCGTCCGGATCACTTCCGAATGGTTACCTTGCCCAACGTCAAGGACATCGAAGAAGCCATTGGTCGCATGGCGGACTTCCTGTCGAGGTACCCGGGCAACTAG MANFKQSTKLHNVLYDIRGPILQAAQQMEAEGHRILKLNIGNPAPFGFEAPDAILVDMIRHLPNAQGYSDSRGIFSARTAVSQYYQTRGIQNIHVDDIYLGNGVSELITMSLMALLDDGDEVLIPTPDYPLWTASVALASGRPVHYLCDEESGWQPDLEDMESKITPRTKGIVVINPNNPTGAVYPEETLKKIVALAEKHGLVLFADEIYEKILYEDAVHVNLAGLTGDDVLCLTFSGLSKAYRVCGYRAGWMAISGPKKDAADYLEGINLLANMRLCANVPAQHAIQTALGGYQSINDLILPGGRLLEQRNKAYDLLNAIPGVSTQQARGALYLFPKLDPEVYHIRDDEKFVLDLLKEQKILVSHGRAFNWVRPDHFRMVTLPNVKDIEEAIGRMADFLSRYPGN PGPT0001880_968 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ALANINE_DEGRADATION,PGPT0001880-alaA-K14260 NA NA D3-18_01455 855 COG2326 Polyphosphate:AMP/ADP phosphotransferase ATGGCTGCTGCAGTTGAGTTCGCCAAAAGTCCGGCCGAAGTACTGAGGGTGGGGTCGGGGTTTTCGCTGGCTGGCGTGGATCCCGAATCCACCCCGGGCTACACCGGTGTGAAAGCTGATGGCAAGGCGCTGCTGGCCGCCCAGGATGATCGACTTGCGGAACTGCAGGAAAAGCTCTTTGCCGAAGGGAAGTTCGGTAGCCATAAGCGGCTCCTGCTCATTCTTCAGGCCATGGATACTGCAGGCAAAGGCGGCATTGTCAGCCACGTTGTGGGAGCCATGGACCCGCAAGGTGTGCAGCTGACTGCTTTCAAGGCGCCGACGGACGAAGAAAAATCGCACGACTTCCTCTGGCGGATCGAAAAACAAGCCCCTGCCGCCGGAATGGTGGGTGTTTTTGATCGTTCACAGTATGAGGACGTCTTGATCCATCGCGTCCATGGCTGGGCTGACGCTGGCGAACTAGAGCGCCGGTACGCAGCGATCAACGACTTCGAGTCACGCCTGCACGAGCAGGGAACCACCATCGTCAAGGTGATGCTGAACATCAGCAAGGATGAGCAGAAAAAGCGTCTTATCGCCCGCTTGGACGATCCCAGTAAGCACTGGAAATACAGTCGTGGCGACCTCGCGGAACGTGCGTACTGGGATGACTACATGGACGCGTACAGCATTGCGTTCGAGAAAACGTCAACCGACATCGCACCTTGGCACGTGGTGCCCGCCAACAAGAAGTGGTACGCGCGCATCGCCGTCCAGCAACTGCTGTTGGATGCCCTGGGTGGTTTGCAATTGGATTGGCCCAAGGCTGACTTTGATGTCGCCGCTGAGCGTGCGCTCGTGGTGGAGTCCTAG MAAAVEFAKSPAEVLRVGSGFSLAGVDPESTPGYTGVKADGKALLAAQDDRLAELQEKLFAEGKFGSHKRLLLILQAMDTAGKGGIVSHVVGAMDPQGVQLTAFKAPTDEEKSHDFLWRIEKQAPAAGMVGVFDRSQYEDVLIHRVHGWADAGELERRYAAINDFESRLHEQGTTIVKVMLNISKDEQKKRLIARLDDPSKHWKYSRGDLAERAYWDDYMDAYSIAFEKTSTDIAPWHVVPANKKWYARIAVQQLLLDALGGLQLDWPKADFDVAAERALVVES NA NA NA NA NA D3-18_01456 252 xseB Exodeoxyribonuclease 7 small subunit ATGACTGAGAACAATCCAACGGCACCGGATTCCCTGGACAGCTTGAGCTATGAGGAAGCCCGCGAACAACTCGTGGCCGTCGTAGGACGCTTGGAGGCAGGCGGAGCCAGCTTGGAAGAATCGCTGGCGCTTTGGGAGCGTGGCGAGGCACTGGCCAAACGCTGCGAGGACTGGCTTGAGGGCGCACGCAAGCGTCTGGCCACGGCCCGTGATGCAAGCAGCGACGGCGGAGCCCCGGCCGGCAACAACTAA MTENNPTAPDSLDSLSYEEAREQLVAVVGRLEAGGASLEESLALWERGEALAKRCEDWLEGARKRLATARDASSDGGAPAGNN NA NA NA NA NA D3-18_01457 1278 xseA COG1570 Exodeoxyribonuclease 7 large subunit ATGTCCGCTGAAGCTACACCGGAATCCACGCTGCCGGGGACTGCCGCCGAAACCAGCCCGGACAACCCCTGGCCCCTCCAATTGCTGTCCCGCAAGCTCAAGGCACACATAGAGCGGGCCCCGGCTGCATGGATCGAGGGTCAGGTCATTGAACTGAACCGCCGGGGTGGTAATGCTTTTCTGACACTGCGTGATGTGGACGCAGAAATTTCACTACCGGCATCGGTCTGGTCAACGGTGCTTGACCGCCAGAAGATACCCCTGGAACGGGGTTCCCGGGTGGTTGCCTTGGTCAAGGCGGACTTCTGGGTCAAGACCGGGCGCCTGAACATGTCGGTTAAGGACATTCGTCCGGTAGGGCTCGGCGACCTGCTGGCAAGGATTGAACGGCTGCGCCAAGCATTGGCAGCGGAGGGCCTGTTCGCAGATTCCCGGAAGCGCAAGCTCCCACTTCTCCCCCACCGCATTGGCCTCATCACCGGTCGGGATTCCGACGCCAAGAAGGACGTCATGCGCAATGCTGCCTTGCGCTGGCCAGCGGTTGAGTTTGACGTTCGCGAGGTAGCTGTCCAAGGCAACACCGCGGTTTCGCAGATCATCGCGGCCCTCAAGAAACTGGATGCCGACCCGCACGTGGATGTCATTGTCCTCGCCCGTGGTGGCGGCGCGCTGGAGGATCTCTTACCGTTCAGCAGCGAAGACCTCATTCGGGCCGTGTCTGCTGCGACCACCCCAATTGTTAGTGCGATCGGCCATGAAGCCGACCGTCCGATCCTGGACGATGTGGCGGACCTACGTGCGTCAACGCCTACTGACGCGGCCAAGCGCATAGTTCCGGACGTGGCCGAAGAATTGGCCATGGTTCGGCAGGCCCGGGACCATCTCCACCGAAGTATCAGCCGCATGGTGGACCGGGAGACTGATCGGCTTCATGCGCTGAGATCCCGGCCCGTATTGGCCACTCCTGCTTCAATGGTGGACGCCCGCTCTGAAGACATCCACCGCTTGCAGCGCAGGACCCATTCAGCGGTCAGCACCGCGGTCCTCAGGGCGTTGGACCAAGTCCACCACTTGCGTGCGCAGGTCCGTGCCCTGTCACCACAAAAAACACTGGACCGCGGTTATGCCGTTGTCCAGCTCCTCGGCGAGGACCAGGCGGGGCACCACGTGGTGAGCAGCCCAGAGGAAGCACCAGACGGGACGCCGCTAAGCATCCGCGTAGCTGAGGGCCGTTTCAGGGCTGTCTCAGCCGGCCACGGACAAATCGTCGAACACTAA MSAEATPESTLPGTAAETSPDNPWPLQLLSRKLKAHIERAPAAWIEGQVIELNRRGGNAFLTLRDVDAEISLPASVWSTVLDRQKIPLERGSRVVALVKADFWVKTGRLNMSVKDIRPVGLGDLLARIERLRQALAAEGLFADSRKRKLPLLPHRIGLITGRDSDAKKDVMRNAALRWPAVEFDVREVAVQGNTAVSQIIAALKKLDADPHVDVIVLARGGGALEDLLPFSSEDLIRAVSAATTPIVSAIGHEADRPILDDVADLRASTPTDAAKRIVPDVAEELAMVRQARDHLHRSISRMVDRETDRLHALRSRPVLATPASMVDARSEDIHRLQRRTHSAVSTAVLRALDQVHHLRAQVRALSPQKTLDRGYAVVQLLGEDQAGHHVVSSPEEAPDGTPLSIRVAEGRFRAVSAGHGQIVEH NA NA NA NA NA D3-18_01458 864 hypothetical protein ATGACCTTGCGTACTTTTGTTTCAGCATTGGGAGTGATCCTCGCCTTACTTCTCACAGCTGTGGCCGTTCCAACGGCGTGGGTCGACCAGAACATCGTCAAAGAAGAGGGCTTCGTACGCATAGCAGGTGCATTGGGCAACGATCCGGAATTCCAAAACCGCCTGGCCACGGCCGCTGTTGGGACCTTCGAGTCCTCCGTGGATCTACCAGGACCTATTCAGTCCTTGGCGGCCGATGCACTCCGCAGCGCTGCATCGGGCATGCAGTCGTGGAGTGACTACCCTCAAGCGTGGGAAGAGACAGTACGCAACAGCCACAGGTTGAACTTCGGTGCAGCGAACCAAACTGAGGAGGCCGGCACCAGTACTGCCCTGGTCCTTGATATCAGTCCCTTGGTTCGGCTCATCCGTGATCACTTCGCCGAGGCTACCCGGATTCGGATTGATGTTCCTGCGGAAAGTTTAGTGTCCCTGGGGGAGCCCTCCCACCGCCAGCTGGTGGAGCGGGTGGCGGCATTCGCACCCCTGTGGTGGGTAGCCGCACTCGGTGCCCTGATATCCGTGCTATTGGCGCTTGTCGCCGCACGTCGGCGGTCCTTGGTATTGGTCTTCCTCGGACTGGGCGGCTTGGCACTCGCTGCTCTCTGGACGGCCGGCGCGGACATCGCCGGGGGAGTGGTTGGCAATCTGTCCAGCGCAAATGGCGTGGCTGAGCTGTTCAAGCAGGAGTTCCTCTCGGCAGCCAAGACAGGCTTCGGCGAATGGATCCTGATCGCAGCGGTGTCGTCCGGGGGAGTCTTTGTGGCCGGCGTCATAGCTTCCGTTGTGTCAGGGCGACGAGGGTCACGTTTGGCCCGCAGCTAA MTLRTFVSALGVILALLLTAVAVPTAWVDQNIVKEEGFVRIAGALGNDPEFQNRLATAAVGTFESSVDLPGPIQSLAADALRSAASGMQSWSDYPQAWEETVRNSHRLNFGAANQTEEAGTSTALVLDISPLVRLIRDHFAEATRIRIDVPAESLVSLGEPSHRQLVERVAAFAPLWWVAALGALISVLLALVAARRRSLVLVFLGLGGLALAALWTAGADIAGGVVGNLSSANGVAELFKQEFLSAAKTGFGEWILIAAVSSGGVFVAGVIASVVSGRRGSRLARS NA NA NA NA NA D3-18_01459 1059 ispH2 COG0761 4-hydroxy-3-methylbut-2-enyl diphosphate reductase 2 ATGCCCACGGTGCCCCGCAGACGCCGTTCCCCGGAAGAGGTTCAGGCAGCGGCACCCGTCACGGGTCCCAAGAAGGTCCTGTTGGCGGCTCCGCGAGGTTATTGCGCCGGCGTGGACCGGGCTGTCATTGCTGTGGAGAAGGCCTTGGAGCACTACGGCCCTCCCGTTTATGTGCGCAAGCAGATCGTCCACAATGTGCATGTGGTCAGTTCCCTGGAGGAGCAAGGGGCAATCTTCGTCGAGGAAACCGACGAAGTGCCCGAAGGTGCACTGGTGATCTTCTCGGCACACGGAGTCTCTCCTGCCGTGGTCCAATCGGCTGAGGACCGTGGATTGCGCACCATCGACGCAACGTGCCCCCTGGTGACGAAGGTCCACAAGGAAGCTGTGCGTTTCGCCAAGGAAGACTACGACATCCTGCTCATCGGCCACGAAGGCCATGAGGAAGTCGAAGGAACTGCCGGTGAAGCCCCGGAGCATATCCAAATCATCAACGGACCCCACGAGGTAGACAAGGTCACCGTCCGTGATCCGGAGAAGACCATTTGGCTTTCGCAGACCACGCTCAGCGTGGACGAAACCATGGAAACTGTTCGGCTTCTCAAGGACCGGTTCCCCACGCTGCAGGATCCGCCCAGCGACGACATTTGCTACGCCACCACCAACCGTCAGGTGGCTATCAAGAAGATCGCCCCGCAGGCTGACCTCGTGATCGTTGTGGGTTCGGCCAACTCGTCCAATTCCGTGCGATTGGTTGAGGTAGCCCTCGAATATGGTGCCAAGAGCTCGTACCGAGTGGACTTCGCCAATGAAGTGGACGAGTCCTGGTTCGAGGGCGTTGCCACCGTGGGCGTGACCTCCGGCGCTTCTGTCCCTGAAGTGCTCGTCAAAGATGTTCTGCGGCTTCTGGCTGACTACGGCTACGGCGAGGTCCAGGAAGTGGTGACAGCAGAGGAAGACCTGCTTTTTTCGCTTCCAAAGGAACTGCGGGCCACCTTGAAGAAGGCCGGCGACGTGACACGTGCCCTTGGCGGCCGTGGAAACCGTCAGACCTCCTAG MPTVPRRRRSPEEVQAAAPVTGPKKVLLAAPRGYCAGVDRAVIAVEKALEHYGPPVYVRKQIVHNVHVVSSLEEQGAIFVEETDEVPEGALVIFSAHGVSPAVVQSAEDRGLRTIDATCPLVTKVHKEAVRFAKEDYDILLIGHEGHEEVEGTAGEAPEHIQIINGPHEVDKVTVRDPEKTIWLSQTTLSVDETMETVRLLKDRFPTLQDPPSDDICYATTNRQVAIKKIAPQADLVIVVGSANSSNSVRLVEVALEYGAKSSYRVDFANEVDESWFEGVATVGVTSGASVPEVLVKDVLRLLADYGYGEVQEVVTAEEDLLFSLPKELRATLKKAGDVTRALGGRGNRQTS PGPT0007615_288 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007615-ispH|lytB-K03527 NA NA D3-18_01460 1275 hypothetical protein ATGGATGGATTTGGATTGGTATTGGCCCTGCTCATGCTGCTGATTGGCGCTGCGGTTGGCCTCGCGGCCGGCTATGTTGTCTTCCGACGCCGGGGCGCTGGCCTGGAAGAAGACTTCGACGCCGTTTCGTCACGGCTTTCGGAGGTGACGGCACAGCTGGCAGCGGCCGACGCCGAACGGCGGCTCTTGTTTACACAGAACCGTGAGCTGAACGCAGCAAGGAATTCTGACGGCAGCGTCCTGCGTGCGCTCGCTCCCGTGGCGGAAAAGCTGACGGCAGTCCAGCAACAGGTTTCGCTCCTCGAACGGGACAGGGTGGAGCAGTACGGGCAACTCGCCCAGCAACTTCAGGACGCGCGTTCGTCCGACGAACAGCTCTTGCGGTCAACCCATGCTTTGGCCTCAGCTCTCCGTTCCAATAGCGCCCGCGGCCAGTGGGGCGAGGTTCAGCTGCGCAGGGTGGTGGAGGCCTCCGGGATGCTCCGGCACGTGGATTTCCATGAGCAGGTTCATTCCGGACGTAGTGACAACACCCTGCGGCCGGACCTGGTGGTCCAGCTTCCCGGTGGAAAGCAACTGGTGGTGGATGCCAAGGTACCGCTGGCTTCCTACCTCGCCGCGCAGGAACAACTCCACGGAGACGGCTCATTCGGCGAGTCGGTGGGACCTACCGTCAACCAAGACTCCAAGACCCTGCTGGCACAGCATGCAAAGGCGCTCAAGGCCCACATCGACGCTTTGGCGGCCAAAAAATACTGGGACATTCCGGGGAACTCGCCTGAGCTGGTGATCTGTTTCCTTCCGGCGGAATCCATTCTGGCGTCAGCCCTTGAGGCTGATCCCGCCCTGCTGGAACACGCATTGTCCAGGAACGTGGTTCTCGCGTCGCCCGGGACTTTGCTGGCGGTCCTCAAGTCGGTTGCCTTCACCTGGCGACAGGACGTCCTAACGGACAGCGCCCACGAGCTGTTCGAGCTCGCCAAGCAACTGTACGAGCGCATGGGCACACTTGGCGAGAACGTCGGCAAGTTGGGAAGCTCACTGAAGACATCCGTGGATCGCTACAACGCCATGGTGGGCACGCTGGAGGCTCGGGTACTCCCGACCGCGCGCAAGCTCAACACCATGGACGATGCGGGTCTTGCCGCTCCCATGTCTGTGGAGGCTGTCCCCCGCGCCTTGGCAGCCCCGGAACTGCTGGCCGTCGACACCCTCGGGCACCATGCCTCGACCAGCGACCATGAGGACAGCGAAGACCAGGAGTCAGCCGCTTAG MDGFGLVLALLMLLIGAAVGLAAGYVVFRRRGAGLEEDFDAVSSRLSEVTAQLAAADAERRLLFTQNRELNAARNSDGSVLRALAPVAEKLTAVQQQVSLLERDRVEQYGQLAQQLQDARSSDEQLLRSTHALASALRSNSARGQWGEVQLRRVVEASGMLRHVDFHEQVHSGRSDNTLRPDLVVQLPGGKQLVVDAKVPLASYLAAQEQLHGDGSFGESVGPTVNQDSKTLLAQHAKALKAHIDALAAKKYWDIPGNSPELVICFLPAESILASALEADPALLEHALSRNVVLASPGTLLAVLKSVAFTWRQDVLTDSAHELFELAKQLYERMGTLGENVGKLGSSLKTSVDRYNAMVGTLEARVLPTARKLNTMDDAGLAAPMSVEAVPRALAAPELLAVDTLGHHASTSDHEDSEDQESAA NA NA NA NA NA D3-18_01461 1197 ychF COG0012 Ribosome-binding ATPase YchF GTGGCAACCCTGTCACAGGGGTACGACAGTTTTAGCGAGGTTGCCGCCGGGGGCGTCGATTGGGGGAGGGAACAACCGCGGACGTGGTTCCAACGGGTAGAATCAATGCTCGTGGCTCTTACTATTGGCATCGTCGGACTGCCCAACGTCGGCAAATCAACTCTTTTCAACGCACTGACCCGTAATCAGGTGCTCGCGGCGAACTATCCGTTCGCAACGATTGAACCGAACGTGGGAGTGGTCAACCTCCCGGACCCCCGCCTGGCGAAGCTGGCGGAGATCTTCGGTTCGCAGAAGTTGCTTCCCGCTCCCGTGTCCTTCGTGGACATCGCCGGCATCGTGAAGGGCGCCTCCGAGGGCGAAGGCCTGGGCAACAAGTTCCTTGCCAACATCCGCGAGGCAGAGGCCATCGCGCAGGTCGTCCGCGTATTTGACGACCCCGACGTGATTCACGTCGACGGCAAGGTAGATCCGCGCTCCGACATGGAGACCATCAACACCGAGCTGATCCTGGCAGACCTTCAGACCATCGAAAACGCGATCCCGCGTATCGAAAAAGAAGTCAAGATCAAGAAGCGCGAAGCAGCCGAACTGGCCGCCATCAAGGCTGCCCAGGCAGTTCTGGAACGCGGTGACACCATCTTCTCTTCGATCAAGAGCGACAAGTTGGAGATGGGGCACCTCAAGGAGCTCGGACTTCTCACTGCCAAGCCGTTCATCTACGTCTTCAACGCCGACGAAGGCATTCTTGGCGACCAGGAGAAGCAGGACGAGTTGCGTGCCCTGGTTGCTCCCGCAGATGCCGTATTCCTCGACGCCAAGCTCGAAGCCGACCTCGTTGAACTGGACGAGGAAGAAGCCCGTGAGATGTTGGAAATGAACGGCCAGAGCGAGTCCGGCCTGGACCAGCTTGCGCGCGTCGGCTTCCACACCCTCGGCCTGCAGACCTACCTCACGGCCGGTCCCAAGGAAACTCGTGCCTGGACCATTCGGCAGGGCGACACCGCGCCCCAGGCCGCCGGCGTGATCCACTCTGATTTCCAGCGCGGCTTCATCAAGGCCGAAGTTGTCTCCTTCGACGACCTCATCGACGCCGGTTCCATGGCCGAGGCAAAGTCCCGTGGCAAGGTCCGCATCGAAGGCAAAGAGTACGTAATGGCCGACGGCGACGTGGTGGAGTTCCGCTTCAACGTCTAG MATLSQGYDSFSEVAAGGVDWGREQPRTWFQRVESMLVALTIGIVGLPNVGKSTLFNALTRNQVLAANYPFATIEPNVGVVNLPDPRLAKLAEIFGSQKLLPAPVSFVDIAGIVKGASEGEGLGNKFLANIREAEAIAQVVRVFDDPDVIHVDGKVDPRSDMETINTELILADLQTIENAIPRIEKEVKIKKREAAELAAIKAAQAVLERGDTIFSSIKSDKLEMGHLKELGLLTAKPFIYVFNADEGILGDQEKQDELRALVAPADAVFLDAKLEADLVELDEEEAREMLEMNGQSESGLDQLARVGFHTLGLQTYLTAGPKETRAWTIRQGDTAPQAAGVIHSDFQRGFIKAEVVSFDDLIDAGSMAEAKSRGKVRIEGKEYVMADGDVVEFRFNV NA NA NA NA NA D3-18_01462 2532 hypothetical protein ATGACCGAACCACATCAACCACCTGCCACGCCCGGCGGGCCGCCGCAAAATACCGGCCCGCACAATGCTGCGCCGGACAGCCCACCGGCCGCTGGCACGGAGAACTCCGGCCACAACGAAGCCGGGGCAAAAAGTACACAGGTGTCCACTCTTTTCAATTCCTTTGACTTCAAATCGCTGATCCCCGGGGCCCTAGTGGGGGCCGTTTCCTATATGGCCGTTCTCATCACGGCACTTCTCTTTCTGATTCTGGCATTGATAGGTGTCGCCGTCAGCAACGGCGGCAACACCGAAATACCGTCCAATTCAATGGTGTCCGGCGACAGCACAATGCCGTCTCCGTGGTCCCTGCTAGGCCAATTCGCTGTTCAGTTGGTGGTCTTGAGCCAGCTTGGCGCGCTTGGCTCAAGCATCGACGCAACCATTCCGTTCGTCGGTAGCGTGCACGGTTCGGCGTCATTCTTTGCTGTTCCACTGTTGCTGACTGCCATCTCGGGTGCGGTCCTGTTTTTTGCCGCACGGTTTGCCGCCAAGCGGTCCAAGGCCCAATCCACAGCCGGATTCTGGATCGAGGCAGCGACAGCAGGCCTCGTTTTCACTCTCTTGGTCAACATCATCGGGGCGATCTTTGCTGTAAGCCTGCCGATTCCCAATGTGAAGATCAGCCCGATCGGGGCAGTGACTTTTGGCTCTGTGGCGTTTGCATTGATCCTCGGAACTCTCGCCGCATATTTGGGGCGCGTGTCAGGTACGCGACGTTTCTCCGTCCGCAGCGGGCTGCGTGCTGCAATTCGCCGGGCCTTTGAAACTGCGGCGGTTCACTATGGTGTATTTCTTGCCATTGCGATTCCCGTCCTGGTGATTGCCGTCGGCATAAAGTCCGGATGGCAGGCCTCACTCTCATCGCCCTTGTGGGCGCCAACGGCAGGCTTTTTCATGTTCGGCCTGGGCCACCTGAGTGCCGTCAGCCGCACCTGGAATTCCGGTTCAAGCATGTCTTCATCGTCCAATTCTTCAGGTTCAGACATCAGCTTTGGATTTGGAAACGCGCTCACCCAGTTCGGTGTCCCGGGTTGGGCAGGGTGGTTGATGCTTCTCCTGGCGCTAATTTCCGTCGTGGTGGCTTCCGTCTTCTGGTACCTCCGCCGGGGGCCGGTGGTGAGCAACAAGATCGCCGACTGGGTTATGCTCCCTGCAGCCTTCCTCGTTGTCGGGACGCTGATGACGTGGCTCAGCGGCGTGACGGGGACTTTCGACGCCGGGTCGTTGGCTTCGGGCGCCGTCAGCATGACGCTGGCGTGGTGGACGCCGTTCTTCCTGCTGCTGTGGGGCGGCGCAACGGAAGTTTCAGCACGCTATCTGGCGCCCCAGTTGAGCAGGTACGTGCCTTTGCCCTTGGCGTACAAGATCGCTCCTGCCCAGCCAGTCGTCGCGGAACAGGTTGCCACTGCGGCCGTAGACGATCCAAACGGGACGGCTGCCGCTGGAGCCTACCCGGCACTGTCACCGAGAGAGCCCATGACTGCCCAGGCAAAGCGCAAGCTTGGTCTGATTTTGGGGGCAGCCGGTCTCGTCGTCGTACTGATTGTCGGTGGGTTTATCGCTGTCGATGTGATCAAGGGAAACAATGGACCCGACAAGGCCGTTGCCAGCTACCTCCAGGCGCTGCAGAATGGCGAGGCGTCCAAAGCGATGGCCATCGCCGATCCCGGCGTTGCCAATGATCAGCGGGTTCTTCTCTCTGACGAGGTCTATTCCAAGGCGGCCAAGCGCATCGACAGGTTCGACATCGTGTCGACGAATATCTCCAACGACAAAGCCAACGTGGTTGCCGATATGTATCAGGACGGCCGGAAACAGCAAACGACCTATAGTTTGCGTAAGTCCAACCCGGAGTTTTTGGATGACCACTGGGTCATGGAGTCTGCGCCTCCCCGGAACCTGCGTATCTCCTCGGACACCCCGGTGAAGACGGTCCTGATCAACGGACAGCCAGTTGACGTTAACCTTGCCGACAATCGCTCCGTGACCTACCCTGCCTTGCCCGGCGAGTACACGGTGGAGTTGCCGTCCTCGGAGAAATACCTGACGGCCCCGAAGCTGACGGCGATGGTGAACATCGGAACTGTTTCAACTTCCCCCGTGGCCAGCCTTGAGGTGGAAGCTTCCGAGACCTTGAAGTCGGAGGCGATGGCCCAAATCGACGCCTACCTAGCTGAATGTGTGAAGTCCACCGAGGCCAGGCCGGCCAACTGCCCGTTGAACAGCTACAGTTCGTCGCGCTATACAAAGAACTTCCGCTGGGCACTCACCACCAAGCCCACGTTCGTTGTGAGCAAGGGCTACGGTACTTCCCCTTGGCGTGTCCGCACGGAGACTCCCGGTAAAGCGACCGTCACCTATGAGAAGGACAACTCATATGGATTCGGGACTTCTGATTGGAAAACTACAACGGACACCACCGCAGTGTCCCTGAGCGCCAATATCAGCGTGGAGGATGGCAAAGTGAAGCTGTCTTTCAACAACTACTAG MTEPHQPPATPGGPPQNTGPHNAAPDSPPAAGTENSGHNEAGAKSTQVSTLFNSFDFKSLIPGALVGAVSYMAVLITALLFLILALIGVAVSNGGNTEIPSNSMVSGDSTMPSPWSLLGQFAVQLVVLSQLGALGSSIDATIPFVGSVHGSASFFAVPLLLTAISGAVLFFAARFAAKRSKAQSTAGFWIEAATAGLVFTLLVNIIGAIFAVSLPIPNVKISPIGAVTFGSVAFALILGTLAAYLGRVSGTRRFSVRSGLRAAIRRAFETAAVHYGVFLAIAIPVLVIAVGIKSGWQASLSSPLWAPTAGFFMFGLGHLSAVSRTWNSGSSMSSSSNSSGSDISFGFGNALTQFGVPGWAGWLMLLLALISVVVASVFWYLRRGPVVSNKIADWVMLPAAFLVVGTLMTWLSGVTGTFDAGSLASGAVSMTLAWWTPFFLLLWGGATEVSARYLAPQLSRYVPLPLAYKIAPAQPVVAEQVATAAVDDPNGTAAAGAYPALSPREPMTAQAKRKLGLILGAAGLVVVLIVGGFIAVDVIKGNNGPDKAVASYLQALQNGEASKAMAIADPGVANDQRVLLSDEVYSKAAKRIDRFDIVSTNISNDKANVVADMYQDGRKQQTTYSLRKSNPEFLDDHWVMESAPPRNLRISSDTPVKTVLINGQPVDVNLADNRSVTYPALPGEYTVELPSSEKYLTAPKLTAMVNIGTVSTSPVASLEVEASETLKSEAMAQIDAYLAECVKSTEARPANCPLNSYSSSRYTKNFRWALTTKPTFVVSKGYGTSPWRVRTETPGKATVTYEKDNSYGFGTSDWKTTTDTTAVSLSANISVEDGKVKLSFNNY NA NA NA NA NA D3-18_01463 1638 oppA COG4166 Oligopeptide-binding protein OppA ATGCGTTTCTCGCGCACTTCCAAAGCTCTAGGCGTAGCGGCGATCATCGCCCTCGCAGCGACCGGTTGCGGCGGCGGTGGCGGCAATGACTCCGGCACGTCCGCAGGCGACCCGAACAAGGTCATCATTGCTGACGGTTCAGAACCTCAGCGCCCGCTCATGCCTGCAGACATTAACGAGGTCGGCGGCGGCAAGATTGCCACGCTGATCTTCTCTGGCCTTGTTAGCTACGACCCATCGGGTAAGCCGGTTAACGAGCTGGCGGAGTCCATCGAGGCGCCGGACGCCCAGAACTTCACCATCAAGATCAAGAAGGATCAGAAGTTCACCAACGGTGACACCATCACGGCTAAGACGTTCGTTGACTCTTGGAACTACGGAGCAGCAGCAAAGAACGGGAACCTGAGCGCTACCTTCTTTGAGAGCATCAAGGGTTACGACGAAGCCAGTGCAGAGGGTTCCACGGTGGACACATTGTCCGGCCTCAAGGTCGTGGACGACACCACCTTCACGGTAGAACTTAAGCAGCCTGAATCTGACTGGCCGCTGCGTCTCGGCTACACCGCGTTCATGCCTGTTCCGGCGGCGGCACTTGCTGATCCCAAGACTTACGGCGAAAAGCCCGTAGGCAACGGCCCGTACAAGATGGCTGAGAACGGCTGGCAGCACAATGTGCAGATCCAGCTCGTCCCGAACCCCGAGTACAACGGTCCCCGCAAGGCAAAGAACGGCGGCGTGACGTTCAAGATCTTCCAGAACGATGACGCTGCGTACCAGGATCTCCTGTCCAACAACCTGGACATCCTGCAAGTGATTCCCACAAGCGCCCTGAAGAACTTCAAGACGGATCTGGGTGACCGCTTCATTGAGAAGCCTTACGCTGGCAACCAGACCATCGCTATTCCGGAATACCTCCCGGAGTGGAGTGGAGAGGCCGGCAAGCTCCGTCGCCAGGCAATCTCCATGGCCATCAACCGGGAAGAAATCACCAAGGTGATCTTCAGCGGCGGCCGCCAGCCGGCCAAGGACTTCACTGCTCCCGTCCTGGACGGCTACAGCGACAGCATTCCGGGCTCGGACAACCTGAAATTCGATGCGACCAAGGCCAAGGACCTCTGGGCCAAGGCAGATGCCATGCAAAAGTGGGACCCGAATACGGCCTTCACCATTGCGTACAACGCTGACAAGGGCGGTCACAAGGCTTGGGTTGAGGCTCTTACCAACCAGCTGAAGAACAACCTAGGCATCAAGGCAGAGGGGCTTCCGTTCGCAACGTTCAAAGAAGCCCGCGATCTTGCTACGACCGGTAAGTTGACTGGTGCAATCCGTGCCGGCTGGCAGGCAGACTACCCGTCGCTGTACAACTTCCTCGGTCCGATCTACAAGACCGGAGCTGGCTCGAACGACGCCCGCTATGAGAACCCGACTTTCGACAAGGCGATCTCTGACGGACTCTCTGCACCTTCTGTTGCTGAAGGTAACAAGGCAATGAACAAGGCCCAGGAAATCCTGCTGCAGGATCTTCCCGCCATTCCCCTGTGGTACCAGGTATCACAGGGTGGCTGGAGCACTGGCGTCACGAATGTTGACTACGGTTGGGACGGCGTCCCGCTGTACTACAACATCACTGGCAAGTAA MRFSRTSKALGVAAIIALAATGCGGGGGNDSGTSAGDPNKVIIADGSEPQRPLMPADINEVGGGKIATLIFSGLVSYDPSGKPVNELAESIEAPDAQNFTIKIKKDQKFTNGDTITAKTFVDSWNYGAAAKNGNLSATFFESIKGYDEASAEGSTVDTLSGLKVVDDTTFTVELKQPESDWPLRLGYTAFMPVPAAALADPKTYGEKPVGNGPYKMAENGWQHNVQIQLVPNPEYNGPRKAKNGGVTFKIFQNDDAAYQDLLSNNLDILQVIPTSALKNFKTDLGDRFIEKPYAGNQTIAIPEYLPEWSGEAGKLRRQAISMAINREEITKVIFSGGRQPAKDFTAPVLDGYSDSIPGSDNLKFDATKAKDLWAKADAMQKWDPNTAFTIAYNADKGGHKAWVEALTNQLKNNLGIKAEGLPFATFKEARDLATTGKLTGAIRAGWQADYPSLYNFLGPIYKTGAGSNDARYENPTFDKAISDGLSAPSVAEGNKAMNKAQEILLQDLPAIPLWYQVSQGGWSTGVTNVDYGWDGVPLYYNITGK PGPT0021015_581 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 D3-18_01464 930 dppB_1 COG0601 Dipeptide transport system permease protein DppB ATGGCGACATACATCCTTAAGCGATTCCTCCAGCTGATTCCCGTTTTCCTGGGAGCTACACTGCTGGTCTATTTCCTGGTTTTCAGTCTTCCCGGCGATCCCATTGCCGCTCTGTTTGGCGATAAGCCTGTTAACGAAGCTGTTGCTGCGAAGCTGAGGGCTCAGTACAACCTGGACCAGCCCTTCATCATCCAGTACTTGCTCTATCTCAAGAGCATCTTTACTTTTGACCTCGGCCAGGACTTCTCCGGCCGGCCGATTGCCGCCGTTCTCGGCGAGGTTTTCCCTGTCACGGCCCGGCTTGCAGTGATGGCTCTAATCTTTGAAGCCGTCTTTGGCATCGCCTTCGGCCTCATCGCAGGTCTTCGGAAGGGCAAGTTCTTCGACGGAACCGTTTTGATCGCCTCGCTGATCGTCATTGGCATCCCGATCTTTGTCCTGGGCTTCATCCTTCAGTTCTTTATTGGTGTGCAGCTGGGCTGGGCGAAACCAACGGTGAGTTCAGCCGCGACAGTACAGGACCTTATCCTGCCGGCGATCGTTCTTGGCCTGGCATCGTTCGCCTACGTTTTGCGTCTCACGCGCACAAGCGTTATCGAGAACATGAACGCCGACTATGTCCGGACAGCGACGGCCAAGGGCTTGTCTCGTTTCAGGGTTGTCAACGTCCACATTCTGCGGAACTCGCTCATTCCAGTAGTGACGTTCCTAGGCGCCGACCTTGGCACCCTCATGGGTGGCGCGATTGTCACAGAAGGTATCTTCAACGTTCCCGGCGTGGGCAACAGGCTATATCGGGCCGTCTTGTCCGGTGAGGGACCCACCGTGGTCTCCATTGTCACGGTGTTGGTGTTGATCTACTGCCTCTCCAACCTGCTCGTTGACCTCCTATACGCCTGGCTTGACCCGAGGATCCGTTATGACGCCTGA MATYILKRFLQLIPVFLGATLLVYFLVFSLPGDPIAALFGDKPVNEAVAAKLRAQYNLDQPFIIQYLLYLKSIFTFDLGQDFSGRPIAAVLGEVFPVTARLAVMALIFEAVFGIAFGLIAGLRKGKFFDGTVLIASLIVIGIPIFVLGFILQFFIGVQLGWAKPTVSSAATVQDLILPAIVLGLASFAYVLRLTRTSVIENMNADYVRTATAKGLSRFRVVNVHILRNSLIPVVTFLGADLGTLMGGAIVTEGIFNVPGVGNRLYRAVLSGEGPTVVSIVTVLVLIYCLSNLLVDLLYAWLDPRIRYDA PGPT0021020_975 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 D3-18_01465 984 gsiD_1 COG1173 Glutathione transport system permease protein GsiD ATGACGCCTGAAAATAATCTGACCGGGCAGGACACCGCCCGGCGACACATCGAGCACTTCGTTGCTGATCTTGACGAGACGCCGCTTCAGGCCACAGACAAGGTCAAGGAAGACAGTGCCCCCTCAAGTCTGTGGGGCGAAGCATGGAAGAATCTCCGCAAACAGCCGTTGTTCATTATCTCGGCGATCATGATCCTGGCCGTTGTGGTGGTATCTCTCTTCCCAGGCCTGTTCTCACAGATCGATCCCTCCAATGAGGCCTGCCAACTGGCCAACTCGGATGGTGGACCGACCAATGGACACCCGCTCGGGTTTACCCAGCAGGGCTGCGACGTTTACGCCCGTGTCATCTTCGGTACCCGTTCGTCGGTGACCGTTGGCCTCTTCACCACCATCGGAGTCGTTCTCTTCGGCGGCGTAGTCGGTGCCCTTGCCGGTTACTACGGCGGCTGGGCTGACGCGCTCCTGGCCCGCCTGACGGACATCTTCTTCGCATTGCCCCTGATCCTCGGCGCAATTGTGATGATGCAGCTCCCCGTTTTCCGTGCGAACCGCACGGTGTGGACGCTGGTGTTAATTCTGATTGTCTTTGGCTGGCCGCAAATCGCGCGCATTACGCGTGGCGCCGTCATAGAGGTCAGGAATGCCGACTTCGTCGTGGCCGCACGGTCCCTTGGTGTTTCGCGCTTCCGCTCACTGCTGCGTCACGTCCTGCCCAACTCCCTGGCGCCGATCATCGTGGTGGCAACAATCTCCCTGGGCACGTTCATCGTGGCTGAGTCGACACTGTCCTTCCTGGGCATTGGCCTGCCACCGAGCGTTATGTCATGGGGTAACGACATTCAGGCTGCACAGGCCTCTCTGCGTTCCAACCCGATGCCACTGCTCTACCCGGCTATCGCGCTGTCGATTACAGTCCTGAGCTTCATCATGCTCGGCGATGCCCTCCGTGATGCCTTGGATCCCAAGGCCCGCAAACGATGA MTPENNLTGQDTARRHIEHFVADLDETPLQATDKVKEDSAPSSLWGEAWKNLRKQPLFIISAIMILAVVVVSLFPGLFSQIDPSNEACQLANSDGGPTNGHPLGFTQQGCDVYARVIFGTRSSVTVGLFTTIGVVLFGGVVGALAGYYGGWADALLARLTDIFFALPLILGAIVMMQLPVFRANRTVWTLVLILIVFGWPQIARITRGAVIEVRNADFVVAARSLGVSRFRSLLRHVLPNSLAPIIVVATISLGTFIVAESTLSFLGIGLPPSVMSWGNDIQAAQASLRSNPMPLLYPAIALSITVLSFIMLGDALRDALDPKARKR PGPT0021025_664 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 D3-18_01466 1731 gsiA_1 COG1123 Glutathione import ATP-binding protein GsiA ATGAAAGGCGAAGCCATGAACTCTTCAGTTCATATCAAGGAAGAAGTCGCTGGCTCCGAGCGTCCGCTGCTGGAGATCAAAAACCTCGCAATCAACTTCGCCACGAGCAACGGTGAAGTTAACGCGGTGAGGAACGCCCATCTCACGGTCATGCCGGGAGAGACGGTCGCTATTGTGGGGGAGTCGGGCTCAGGCAAATCGACATCTGCACTTGCTGCCATCGGGCTGCTTCCGGCGAACGGCCGGGTTGCGGCCGGCGAGATTCTCTTTGACGGCGAGGACATTGCCCACGCTAGCGAAAAGCGAATGATCGAGCTACGGGGCAATTCGATCGGCATGGTTCCGCAGGACCCCATGTCCAACCTGAACCCCGTGTGGAAGATCGGCTTTCAGGTCAAGGAGACCTTGAAAGCGAACGGGCTTCCTTCCGGACCTGACGATGTTGCGAAGGTCCTCTCGGAGGCAGGCCTGCCCGATGCTTCCCGCAGGGCCAAACAGTACCCGCATGAGTTCTCCGGCGGCATGCGCCAGCGTGCCCTGATTGCGATCGGGCTTTCGTGCCAGCCGCGTCTGCTGATCGCGGACGAACCGACTTCCGCCCTTGATGTCACGGTCCAGCGCCAGATTCTGGATCACTTGGACAAGATGACCTCCGAGCTGGGAACGGCCGTGCTGCTCATCACTCATGACCTCGGCCTCGCAGCCGAGCGCGCGGACAAGGTGGTGGTCATGTACAAGGGCCAGGTTGTGGAGTCCGGCCCATCACTTGAGCTGCTCCGCAATCCGCGGCACCCGTACACGAAGCGACTGGTTGCTTCGGCGCCGTCGCTGGCCTCACGTCGTATCCAGGTGGCCAAGGAGCAGGGCATCGAGTCCGAGGACCTGCTGGCTCCTTCTGAGCCAGTGGTTATCGAGAAGGCTTTACCTGAGGAGGTGCTGAAGGTTGAGGACTTGACTAAAGTCTTCAAGCTTCGCGGTGGCATCGGCAAGTCCACGGATTTCACGGCCGTGGACTCTGTCTCTTTTGCCGTCAAGCGCGGAACCACCACGGCTATTGTCGGTGAGTCGGGATCCGGCAAGTCAACCGTGGCGCAAATGGTCCTCAACCTGCTGGAACCGACGTCCGGAAAGATCATCTTTGACGGCGTAGACACGTCCACGCTCAGCAGCAGGGACCTGTTCAAGTTTCGTCGCCGGGTGCAGCCTATCTTCCAGGACCCCTACGGTTCCTTGGATCCGATGTACAACATCTTCCGCACCATCGAAGAACCGTTGAGGACCCACAAGATCGGCAACAAGGCCAGCCGTGAAAAGAAGGTCCGGGAGCTTCTGGACCAGGTAGCCCTGCCGCAGTCCACCATGCGCCGGTACCCCAACGAGCTCTCAGGTGGCCAGCGGCAGCGCATCGCCATTGCGCGCGCCTTGGCCTTGGACCCGGAAGTCATCATCTGTGATGAAGCGGTCTCAGCTTTGGACGTGCTTGTCCAAGCTCAGGTGCTGAACCTGCTGGCTGATCTTCAGGACAACCTCGGCCTGACGTACTTGTTCATCACGCACGACCTCGCCGTCGTCAGGCAGATCGCCGATCACGTCTGCGTGATGGAAAAGGGCAAGCTCGTGGAGACGGGCAGCACGGATGACGTCTTCGACAACCCGCGCGAGGCCTACACCCAAGCACTCCTGGATGCCATTCCGGGCGGTTCGCTTCTGTTGCCACCCGCGGTGGCCTGA MKGEAMNSSVHIKEEVAGSERPLLEIKNLAINFATSNGEVNAVRNAHLTVMPGETVAIVGESGSGKSTSALAAIGLLPANGRVAAGEILFDGEDIAHASEKRMIELRGNSIGMVPQDPMSNLNPVWKIGFQVKETLKANGLPSGPDDVAKVLSEAGLPDASRRAKQYPHEFSGGMRQRALIAIGLSCQPRLLIADEPTSALDVTVQRQILDHLDKMTSELGTAVLLITHDLGLAAERADKVVVMYKGQVVESGPSLELLRNPRHPYTKRLVASAPSLASRRIQVAKEQGIESEDLLAPSEPVVIEKALPEEVLKVEDLTKVFKLRGGIGKSTDFTAVDSVSFAVKRGTTTAIVGESGSGKSTVAQMVLNLLEPTSGKIIFDGVDTSTLSSRDLFKFRRRVQPIFQDPYGSLDPMYNIFRTIEEPLRTHKIGNKASREKKVRELLDQVALPQSTMRRYPNELSGGQRQRIAIARALALDPEVIICDEAVSALDVLVQAQVLNLLADLQDNLGLTYLFITHDLAVVRQIADHVCVMEKGKLVETGSTDDVFDNPREAYTQALLDAIPGGSLLLPPAVA PGPT0004435_2744 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 D3-18_01467 873 hypothetical protein ATGCGACAAGCTCCGGCCGTGTTCCGTATGCTCGCACCATTGATCGCCATTGGCGTTCTCTCGGTAGGCTGCGGAGCAAGCCCAGCACCAATGACCGCCCCCTCTGGATCAACCGCGCCCGGGCCTGCGCAGACAGCGGCGGCAGACAAACCGCTCAGGATTGCACCTGCCCCCAGTTCACTCAACCTGCCCGTGGGATCCCTGTATAAGAACCCCGCGAACAACCGCAGCGAACTGGTTCTCGCCGACGTGCGCCACACCGCGGTACTCATTGGCGATTCCCAGTCGATGCCGAAGGATTCCTGGCCGCAGCAGGGCATCGCAGCCATGGGCTACAAACTGCACGTAGTGGGCATGGGCGGCACCGGGTACGTGGCCACCAACGGCAAGACAGGAAACTACATTGACGCGCTGCAGCGCGGCGACTGGGTGCTGCCCTTCGGTGACCCGCCGCTGATCGTGGTCCAAGGTGGCGGCAACGATGCCACCCAGCGAGCCACGGACGCCCAGATCACCAGCAACGCCGAGCGACTAATCGCCGCCCTGAAGAAACGCTACCCGGGCACCACCATGGCCATGATTGGAACGCTCGCCAGGGGCGTGAGCAACGGAGGCGGACGCCGCACTGAAATCGATGCCCTTCTAGGACGTATCGCCGCTAAGCATGGAATACCGTTCGTCAGCGCTGGCGACTGGCTCACCCGCTACAACGCAATCGGGGATCTACAGGATGGCGTGCATTTGAAACCGGCCGGGCATGCAAAGCTAGGCGCCGCATTGGCTCGCGAATTCACGGCGCTTGGCCTCACTGCCCGCCCGGACAGCTCCGCCTCAGCACCGGAATCTGCACCTGAATCTGCACCTGCGCAGTAG MRQAPAVFRMLAPLIAIGVLSVGCGASPAPMTAPSGSTAPGPAQTAAADKPLRIAPAPSSLNLPVGSLYKNPANNRSELVLADVRHTAVLIGDSQSMPKDSWPQQGIAAMGYKLHVVGMGGTGYVATNGKTGNYIDALQRGDWVLPFGDPPLIVVQGGGNDATQRATDAQITSNAERLIAALKKRYPGTTMAMIGTLARGVSNGGGRRTEIDALLGRIAAKHGIPFVSAGDWLTRYNAIGDLQDGVHLKPAGHAKLGAALAREFTALGLTARPDSSASAPESAPESAPAQ PGPT0001840_38 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001840-tesA-K10804 NA NA D3-18_01468 1917 typA COG1217 GTP-binding protein TypA/BipA ATGTCTGAAACCATCACCAACACTGCGTCGCGGAGCGATCTGCGCAACGTCGCGATCGTCGCACACGTTGACCACGGTAAGACCACCCTGGTCGACGCCATGCTCAAGCAGACCAACTCCTTCGCTTCCCATGGTGAGGTTGAGGACCGTGTCATGGACTCCGGTGACCTGGAGCGCGAAAAGGGCATCACCATCCTCGCGAAGAACACCACGGTTGCCTACAACGGCCCGTCGTCCAACGGCGAGACCATCACCATTAACGTCATCGACACCCCCGGCCACGCCGACTTCGGTGGCGAGGTAGAGCGCGGTCTCTCCATGGTTGACGGCGTCGTCCTGCTGGTCGATTCCTCCGAGGGCCCCTTGCCCCAGACCCGCTTCGTGCTCCGCAAGGCCCTTGCCGCGCACCTCCCGGTCATCCTCCTGGTCAACAAGACCGACCGTCCCGACGCCCGCATCGACGAAGTTGTCCACGAGTCCATGGACCTGCTCCTTGGCCTTGCTTCAGACCTCGCCGACGAAGTTCCGGATCTGGACCTGGACAAGGTCCTCGAAGTTCCCGTCGTCTACGCAGCCGCCAAGGTTGGCCGCGCTTCCCTGGAACAGCCGGACAACGGCTCTGCCCCGGAAAACGAGGACCTCGAGCCCCTCTTCAAGACCATCATCGAGCACATCCCCGCTCCGACGTACAACCCGGACGGCGTGCTGCAGGCACACGTGACCAACCTGGACGCATCGCCGTTCCTTGGCCGCCTCGCACTGCTCCGCATCTACAACGGCACGCTCCGCAAGGGCCAGACCGTTGCCTGGGCGCGCGCAAACGGTGAACTCAAGAACGTCAAGATCACCGAACTGCTCGCTACCAAGGCGCTTACCCGTGTTCCTGCCGAGTCCGCAGGTCCCGGCGAGATCGTCGCCGTCGCCGGTATCGAGGAAATCACCATTGGTGAGACCCTGACCGACGCCGAGAACCCGCAGCCGCTGCCGCTGATCACTGTGGACGATCCCGCGATCTCCATGACCATCGGTATCAACACCTCGCCGCTGGCCGGCAAGGTCAAGGGCGCCAAGGTCACGGCCCGCCAGGTGAAGGATCGCCTGGACAAGGAACTGATCGGTAACGTCTCCATCAAGGTCCTCCCCACCGAGCGTCCCGACGCTTGGGAAGTCCAGGGCCGTGGCGAGCTCGCGCTGGCCATCCTGGTTGAGCAGATGCGTCGCGAAGGCTTCGAGCTGACCGTAGGCAAGCCGCAGGTTGTCACCAAGACCATCGACGGCAAGCTGCACGAGCCGATGGAACACATGACCATTGATGTGCCCGAGGAATACCTCGGCGCCGTCACGCAGCTCATGGCTGCCCGCAAGGGCCGCATGACCAACATGGCCAACCACGGCACCGGCTGGTGCCGCATGGAATTCATCGTCCCTGCGCGTGGCCTGATTGGTTTCCGTACCCGGTTCCTGACGGACACCCGTGGCGCCGGTATCGCTGCCTCCATCTCCGAAGGCTACGAGCCGTGGGCCGGACCGATCGAATACCGTACCAACGGTTCGATGATTGCCGACCGCGCCGGCGTTGTGACGCCATTCGCCATGATCAACCTGCAGGAGCGCGGTTCCTTCTTCGTGAAGCCCACTTCCGAGGTTTACGAAGGCATGATTGTTGGCGAGAACTCCCGCGCTGATGACATGGACGTCAACATCACCAAGGAAAAGAAGCTCACCAACATGCGTGCCGCTTCCTCGGACACCTTCGAAAACCTGACGCCGCCACGCGATCTCACCCTCGAAGAGTCCCTCGAATTCGCCCGTGAAGACGAGTGCGTCGAGGTAACCCCGGATGCCATCCGTATCCGCAAGGTCATCCTGGACTCCAACGAGCGCGCCAAGGCCAACCGCGCCCGCGCCAAGTCCTAG MSETITNTASRSDLRNVAIVAHVDHGKTTLVDAMLKQTNSFASHGEVEDRVMDSGDLEREKGITILAKNTTVAYNGPSSNGETITINVIDTPGHADFGGEVERGLSMVDGVVLLVDSSEGPLPQTRFVLRKALAAHLPVILLVNKTDRPDARIDEVVHESMDLLLGLASDLADEVPDLDLDKVLEVPVVYAAAKVGRASLEQPDNGSAPENEDLEPLFKTIIEHIPAPTYNPDGVLQAHVTNLDASPFLGRLALLRIYNGTLRKGQTVAWARANGELKNVKITELLATKALTRVPAESAGPGEIVAVAGIEEITIGETLTDAENPQPLPLITVDDPAISMTIGINTSPLAGKVKGAKVTARQVKDRLDKELIGNVSIKVLPTERPDAWEVQGRGELALAILVEQMRREGFELTVGKPQVVTKTIDGKLHEPMEHMTIDVPEEYLGAVTQLMAARKGRMTNMANHGTGWCRMEFIVPARGLIGFRTRFLTDTRGAGIAASISEGYEPWAGPIEYRTNGSMIADRAGVVTPFAMINLQERGSFFVKPTSEVYEGMIVGENSRADDMDVNITKEKKLTNMRAASSDTFENLTPPRDLTLEESLEFAREDECVEVTPDAIRIRKVILDSNERAKANRARAKS PGPT0023720_448 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0023720-typA|bipA-K06207 NA NA D3-18_01469 432 hypothetical protein ATGAAGAGAGGAGCCGTCGGTTCGGTCCGTGGAATTGCCACGGCCGTTCTGGCGGCTCTTTTCGTTGCCTTGGCGGGCACCGTACTGCACCGGCAAGCCGTACTCTGGTCCGGCGTCGAGGTCCCCTGGGGCGTGGCCGCGGCCTTGCTGCTGCTTGCGTCCGTGCAGTTGTGGCTAGGCGCATGGTCCCGCTCGGTGATACCGCCGGCGGTGGCAGGCGCGGTGAGCTATGCCGTCGTCGGCGTCCTGTCATCAGCCGGCTCCGCAAAGCAGTTGATTCTTGGCGACCCAGTGGGCAACGCGTGGGTCTTTGGCATCGGCGTAGTGACGTTAATCATGCTTGTGGTTGTTAATCGGCAGGTTCTCAGTCGGTTGCGACGCGGACGGACTGCCGACGCGGCGGCGGCGGTGGAACCTCTTTCGCCGCGATAA MKRGAVGSVRGIATAVLAALFVALAGTVLHRQAVLWSGVEVPWGVAAALLLLASVQLWLGAWSRSVIPPAVAGAVSYAVVGVLSSAGSAKQLILGDPVGNAWVFGIGVVTLIMLVVVNRQVLSRLRRGRTADAAAAVEPLSPR NA NA NA NA NA D3-18_01470 192 hypothetical protein GTGGTGGTCCGGTACAGGATCGAGGACGGGTTGACGGACGCCTTGGGCTATCTGGTGGGAACCACGGAAGGTTCCTGTACCGTCAGGACCCGTACGGCCGACGTCGAGATTCCGTTGGCCATGGTTATCGCGGCGAAAGAGGTTCCACCGCCGCCGCCGCGTCGGCAGTCCGTCCGCGTCGCAACCGACTGA MVVRYRIEDGLTDALGYLVGTTEGSCTVRTRTADVEIPLAMVIAAKEVPPPPPRRQSVRVATD NA NA NA NA NA D3-18_01471 327 COG1146 Ferredoxin GTGACGTACGTAATCGCGCAGCCGTGTGTAGATGTCAAGGACAAGGCATGTATTGAAGAATGCCCTGTCGACTGCATTTACGAAGGTGAGCGTTCCCTCTACATCCACCCCGATGAATGCGTCGACTGTGGAGCTTGCGAACCCGTGTGCCCGGTTGAGGCCATTTACTACGAGGATGACACCCCGGAAGAATGGGCCGACTACTACAAGGCCAACGTGGAGTTCTTTGATGACCTCGGTTCCCCGGGCGGTGCCGCCAAGATCGGCAACACGGGTAAGGATCACCCGTACATCGCTGCACTGCCCCCGCAGAACCAAGACCACTAG MTYVIAQPCVDVKDKACIEECPVDCIYEGERSLYIHPDECVDCGACEPVCPVEAIYYEDDTPEEWADYYKANVEFFDDLGSPGGAAKIGNTGKDHPYIAALPPQNQDH PGPT0030810_836 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENERGY_METABOLISM PUTATIVE-FE-S_CLUSTER_BIOGENESIS,PGPT0030810-fdxA-K05524 D3-18_01472 1149 dapL COG0436 LL-diaminopimelate aminotransferase TTGATTTCAGCGGCGCCGGCTTTCGGCCTTAACCTGCCTGACTACCCCTGGGAGGCCATGGCGCCGTATGTTGCCACGGCCGCCAAGCACCCCGGCGGTGCAGTAAATCTCTCTATCGGAACTCCGGTGGACCCTACTCCGGGGCTGATCCGGGAGGCCCTGGCCAACGCTGCCGACGCCCACGGGTATCCCACGGTTCACGGCACGGAGGCCCTGCGTCAAGCAGTGGTGGACTGGTTCGCCAGCCGTCGCGGCGTTCCGGGTCTGGACCCCAAGGACGTCATGCCGACTGTGGGCTCCAAGGAGCTCGTGGCGTGGTTGCCGTTCCTGTTGGGTTTGAGCGCAGGCGACGTCGTTGTGCGTCCCACGGTCGCCTACCCGACCTACGACATCGGCGCCTCATTGGCAGGTGCCACGGCAGTTGCCGCTGACGACCTGGATGAACTCGATCCCGCCACTCGCGCGAAGGTCCGCTTGATCTGGATCAACTCACCGGGAAACCCCACAGGCAGCGTCCGCGACGTCGAGTCGCTCCAACGGATCGTCGGCCAGGCCCGTGAGCTCGGAGCAGTGGTGGCTTCCGACGAGTGCTACGCAGAGCTGGGCTGGGGCGAATGGGATGTCCAACGTGGCGGCGAAGCTGTCCCCAGCATTCTGGATCCCCGGGTTACCGGTGGTTCCACTGATGGCTTGCTGTGCGTGTACTCGCTCAGCAAACAGTCCAACCTTGCCGGGTACCGTGCCGCCTTTGTAGCCGGAGATTCGGCGATCATCGCGAACCTGGTCAACAGCCGCAAACATGCGGGCATGATCGTTCCCTACCCTGTGCAGGAAGCCATGCGCGTCGCTTTGGGTGACGCCGGCCATGTCCTGACCCAGAAGGATCTCTACCGCGGGCGCCGCGAGAGGATCGTGCCGGCGCTGGAGAAGTTCGGACTGAAAATCCACGAATCCAAGGCCGGGCTGTACTTGTGGTCCACAGCCGGCGAAGCCACGTGGGACACCGTAGCCCGCTTTGCAGAACTTGGCATCGTGGTAGGCCCTGGCGTTTTCTACGGTGATGCCGGCGATGGCTTCATCCGAGTGGCGCTCACCGGCACCGACGAGCGAATTGACGCCGCTGTTGAACGGCTTGGCACGACCTCATAA MISAAPAFGLNLPDYPWEAMAPYVATAAKHPGGAVNLSIGTPVDPTPGLIREALANAADAHGYPTVHGTEALRQAVVDWFASRRGVPGLDPKDVMPTVGSKELVAWLPFLLGLSAGDVVVRPTVAYPTYDIGASLAGATAVAADDLDELDPATRAKVRLIWINSPGNPTGSVRDVESLQRIVGQARELGAVVASDECYAELGWGEWDVQRGGEAVPSILDPRVTGGSTDGLLCVYSLSKQSNLAGYRAAFVAGDSAIIANLVNSRKHAGMIVPYPVQEAMRVALGDAGHVLTQKDLYRGRRERIVPALEKFGLKIHESKAGLYLWSTAGEATWDTVARFAELGIVVGPGVFYGDAGDGFIRVALTGTDERIDAAVERLGTTS PGPT0010335_2 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-TYPE_II_POLYKETIDE-OXY-|CHLOR-|TETRACYCLINE_METABOLISM,PGPT0010335-oxyQ-K14254 NA NA D3-18_01473 1413 gltA2 COG0372 Citrate synthase 1 ATGGTGGCCTTCTCTAAGAAAGCACTTCGGCCGTTGGAGCCCTGCAACAGTAGGGCCGAAGGCGGCGACACCAGAAGGTTGTTGGACAAGCGTTCGATAGAGGCCCTGAGGCCTCATGAAGGGGACTCCATGACTGAGACCACCAGCGCGACACTGCGCCATGCCGGCGGCGAACTCGAACTGCCGCGCATCAAGGTTGTAGAAGGAAACGAAGGTTATGACGTTTCCAAGCTGCTGAAGCAGACGGGCGCCGTCGCCTATGACCCCGGCTTCATGAACACAGCGGCCACCACCTCGGCCATCACCTACATCGACGGCGACGCAGGCGTACTGCGTTACCGCGGTTACCCCATTGAGCAGCTCGCGCAGCACTCGAGCTTCCTCGAAGTTTCCTACCTGCTGATCTACGGCAACCTCCCCACTCCCACGGAGCTGGAAGAGTTCGATCAGCGAATCCGCCGCCACACGCTCCTGCACGAAGAGCTCAAGGGCTTCTTCGGTGGGTTCCCGCGTGACGCCCACCCCATGCCGGTGCTTTCCTCGGCTGTTTCGGCGCTGTCCACGTTCTACCAGGACTCGCTGGATCCCTTCAACGCGGAGCACGTTGAAGTTTCCACCATCCGCCTCATGGCCAAGCTGCCGGTCATCGCTGCCTACGCGCACAAGAAGTCCATCGGCCAGCCGATGCTGTACCCGGATAACTCCATGAACCTGGTGGAGAACTTCCTGCGCCTTAGCTTCGGCCTGCCCGCCGAGCAGTACGAGATGGACCCCGTGGTGGTCAAGGCCCTGGACCTCCTGCTCATCCTGCACGCGGACCACGAGCAGAACTGTTCTACGTCCACCGTGCGACTGGTGGGCTCGTCCAACGCGAACCTCTTCGCATCGGTCTCCGCCGGTATCAATGCCCTCTTCGGCCCCGCTCACGGTGGCGCCAACGAGGCAGTGCTCAAGATGCTCCGCCAGATCCAAGCCGACGGCATCAAGCCCGAGGACTACATGGAGAAGGTCAAGAACAAGGAAGACGGCGTCCGCCTCATGGGCTTTGGACACCGCGTCTACAAGAACTACGATCCCCGCGCCAAGATCATCAAGGCAACGGCACACGAAGTTCTGGGCAAGCTCGGCGGCAACGACGAACTGCTGGACATCGCCATGCGCCTTGAAGAGAAAGCACTGGCTGACGACTACTTCATCCAGCGCAAGCTGTACCCGAACGTCGACTTCTACACTGGCCTGATCTACAAGGCCATGGGCTTCCCGGAGAAGATGTTCACCGTCCTGTTCGCCATTGGACGCCTCCCGGGCTGGATTGCCCAGTGGCGCGAAATGATCAACGATCCCCAGACCAAGATCGGCCGCCCGCGGCAGCTCTACACAGGGGAGCCGGAGCGTAACTACCCGGCCAACTGA MVAFSKKALRPLEPCNSRAEGGDTRRLLDKRSIEALRPHEGDSMTETTSATLRHAGGELELPRIKVVEGNEGYDVSKLLKQTGAVAYDPGFMNTAATTSAITYIDGDAGVLRYRGYPIEQLAQHSSFLEVSYLLIYGNLPTPTELEEFDQRIRRHTLLHEELKGFFGGFPRDAHPMPVLSSAVSALSTFYQDSLDPFNAEHVEVSTIRLMAKLPVIAAYAHKKSIGQPMLYPDNSMNLVENFLRLSFGLPAEQYEMDPVVVKALDLLLILHADHEQNCSTSTVRLVGSSNANLFASVSAGINALFGPAHGGANEAVLKMLRQIQADGIKPEDYMEKVKNKEDGVRLMGFGHRVYKNYDPRAKIIKATAHEVLGKLGGNDELLDIAMRLEEKALADDYFIQRKLYPNVDFYTGLIYKAMGFPEKMFTVLFAIGRLPGWIAQWREMINDPQTKIGRPRQLYTGEPERNYPAN PGPT0001455_620 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 D3-18_01474 1101 galE COG1087 UDP-glucose 4-epimerase GTGCTTCAACACCGCTCAACACAGAGCGGCGTGGCTCCGATTTCCGATAGCGTAGGGACCATGAAAATTCTTGTCACGGGTGGCACCGGCTACATCGGTTCCCACACCGTTTTGTCCCTTCAGGAAGCCGGCCACGACGTCGTTGTGCTCGACAACCTCGTGAACTCCAGCGAGGAATCCCTCCGCCGGGTTTCGGAGCTCACCGGCAAGACTGCCGCCTTCCACAAGGTGGACCTGGTGGATGAGCCCGCCGTTGAGGCGGTCTTCGACCAGCACCAGATCGACGCCGTCATCCACTTCGCGGGGCTGAAGGCTGTAGGCGAGTCCGTCCAGGAACCCCTGGCCTACTACTACAACAACATTGTGGGCACCCTGAACCTGCTCCGCGCCATGGACAAGCACAACGTGCGCTCCATTGTCTTCAGCTCCTCGGCAACGGTGTACGGCGAGCACAACCCGATTCCCTACATCGAGAAGATGGAAATCGGCGCCAACAACCCGTACGGCCGCACCAAGGAACAGATCGAGGACATCCTCTCTGACCTGGGTAACGCGGATGACCGCTGGCATATCGCACTCCTGCGCTATTTCAATCCGGTTGGAGCGCACCCGTCCGGCCGCATCGGCGAGGACCCCCAGGGCATCCCAAACAACCTCGTCCCCTTCATCGCACAGGTCGCCGTGGGACGCCGCGAAAAGCTCATGGTCTTCGGCGGAGACTACGACACCCCGGACGGCACTGCGCAGCGCGACTACATCCACGTAGTCGATCTGGCTGATGGACACGTAGCAGCCCTGAACTACATCGCCGAGCGCGCCGGAGTCCGTCGCTGGAACCTAGGCTCCGGCCGCGGTTCGTCCGTTCTGGAGGTCCTGCGTTCCTTCGAGAAGGCCGTTGGCCGGCCGATTCCGTACGAGATCACCGACCGCCGCGCCGGCGATCTCCCCGCCTTCTGGGCCGACGCTTCCTCCGCCCTTGCTGACCTTGGATGGTCCACTACAAAGACTGTGGACCAGATGTGCGAGGACCACTGGCGCTGGCAGAAGAACAACCCCTACGGCTACAACGCAGCTGAGGCTGCCGCGACGAGCAACGCTTAG MLQHRSTQSGVAPISDSVGTMKILVTGGTGYIGSHTVLSLQEAGHDVVVLDNLVNSSEESLRRVSELTGKTAAFHKVDLVDEPAVEAVFDQHQIDAVIHFAGLKAVGESVQEPLAYYYNNIVGTLNLLRAMDKHNVRSIVFSSSATVYGEHNPIPYIEKMEIGANNPYGRTKEQIEDILSDLGNADDRWHIALLRYFNPVGAHPSGRIGEDPQGIPNNLVPFIAQVAVGRREKLMVFGGDYDTPDGTAQRDYIHVVDLADGHVAALNYIAERAGVRRWNLGSGRGSSVLEVLRSFEKAVGRPIPYEITDRRAGDLPAFWADASSALADLGWSTTKTVDQMCEDHWRWQKNNPYGYNAAEAAATSNA PGPT0017825_18 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 D3-18_01475 627 betI_3 HTH-type transcriptional regulator BetI GTGCCCAAAATTGTTGATGCCGAAGCCCGGCGCCATGAAGTTGTCCAAGCCGTCTTTCGGATCATTGCCAGCGACGGCTTGGAGCGGGCATCCCTCAGGGAAGTAGCTGACGAAGCAGGGCTGGCTGTTGGTTCTGTCAGGCACTACTTCGCCAGCAGTGATGAACTTCTGGTCTTCTCCTTCGCGGCCGTGATCGATCGCATTGCAGGGCGTCTTGAAGCTGCACTTGTTTCGGTCGAGGAAGCCTCACCGGATAGCCCGGAGCAGCACAACGCTGTACTGAACCTCCTCGGCCAGTTCCTGCCCTTGGACGAGGAACTCGCAGTAGATGCCTGCGTCTGGATGGCGTTCCGGCACGCTGCCCGGATCAAGCCAGTCCTGGCTGACGAAGCCGAGCGCAGTCACCGTACAGTGGCTGCCGTCATCGGTCGCCTCATCATGCTCCTGAACCCCGCTGAGGCTGACGCGCAGCAAGCCCTTGTGACGGAAGCGGAAAGGCTCCTGGCAACCATGGACGGGCTGTGCATGCATGCACTGCTGCAGCCCGAGTGGATGACCGCGGAGATGTGCAGCGACGTCCTGACGGCTCACCTGCGCTCGTTGCGGGCAGTGCCTGCCGGTAGTTAG MPKIVDAEARRHEVVQAVFRIIASDGLERASLREVADEAGLAVGSVRHYFASSDELLVFSFAAVIDRIAGRLEAALVSVEEASPDSPEQHNAVLNLLGQFLPLDEELAVDACVWMAFRHAARIKPVLADEAERSHRTVAAVIGRLIMLLNPAEADAQQALVTEAERLLATMDGLCMHALLQPEWMTAEMCSDVLTAHLRSLRAVPAGS NA NA NA NA NA D3-18_01476 612 hypothetical protein ATGCACGAGTCAGGCGGCCCGGGATGGCGCATCACTATGGATACGTCCGGGCCGATGCTCATCGCCCTGTACTTGCGCGACGTAGCGGGACTGGACGGTGCCGGCAAACCGATGCTTTCCCAGGCAGCTCCGAAAGTCCGTCATGCAGACCACAAGCACCTCACCTCTGATGTTGGTGGCTTCCCGGCGCTGAAGACCGAGTGGGAGGCCTGGTGGGAGAGCCTGGTGAAGTCGTACCCCAACCCGGCACCTGAGCTGGCCCCGCCAAGTTTCAAGGCTTTTGGCAACTCACCGGCATTGCAGCGTGTCCTGCAGGCACATTTCGGCTCCGCGCTTGGATGGGCTACGGACAGGATTGACGAGTATGCCCATCTTGAGGCCGCTCGAGAAGCCAACGGGGTGACTCATGTACTGAATGAAATGGTGGAGGACAGGCTCCTCGAGGTCGGCCGTAGTTCCCGCGACTTCGAACTCACCATCATTGAGCTGCCCCTCAATGAGCCGCGAGCCTGGTACCTGGAACCGGACACCATGATCATGAGTCACCGGCTGCTCTCCGAACCCGATGTGTTCCGCAGCTACGTCCAACCGGTAGTGGAGATGCTCGCTTGA MHESGGPGWRITMDTSGPMLIALYLRDVAGLDGAGKPMLSQAAPKVRHADHKHLTSDVGGFPALKTEWEAWWESLVKSYPNPAPELAPPSFKAFGNSPALQRVLQAHFGSALGWATDRIDEYAHLEAAREANGVTHVLNEMVEDRLLEVGRSSRDFELTIIELPLNEPRAWYLEPDTMIMSHRLLSEPDVFRSYVQPVVEMLA NA NA NA NA NA D3-18_01477 840 hypothetical protein ATGCGCCGGTTCCGCCGCGCCATCGTTGCGGTGCTGGCCTTGGCCCTCGTAGCAGGTGCCATTTACGCGATAGTTGCCGTGCTGCAGCGCTCCGAGACCTTGGTCACGGAGCGCTGCTTCGCCGTGGTCGGCTCTGAAAGCCATGAGCTTGCCACGGACCAGGCTGCCAATGCATCGCTCATCTCGGCGATCTCCGTCCGGCGTGGGCTACCACCCAGAGCGGCGAGCATCGCACTTGCCACAGCCATGCAGGAATCCAGGCTGCGCAACATCAACTACGGCGACGACGCCGGACCGGACTCCCGCGGTTTGTTCCAGCAACGCCCCTCGCAAGGCTGGGGATCCGAGGAACAGGTGATGGACCCCGTCTATGCCAGCAACGCGTTCTTTGACGGACTGGTCAAGGTGCCCGGTTACGAGACCATGGAGATTACCCAAGCTGCCCAAGCGGTCCAGCGTTCCGCGTTCCCCCGTGCTTACGCCCAGCATGAAGGCATGGGCCGGGCTTTCGCTTCCGCCCTCACAGGACACTCAACCTCTTCATTGAACTGCGAATTGCGCATGCCGGAGGCGGCGGGTGACCCTGCCGTCGTCGTCGATGAACTCACGGCGTTCGGCCCCCAGGCGGCCACCGTTCAGGGCCGCTCGGTTCAACTGGAAATTGGCGGAACCCAGGCGTGGGCCGTGGCTCACTGGGCTGTGGCAAACGCCAAGACGCTATCCATCACTCAGGTGGATTTGGCAGGCCAGACGTGGAACCGGGAGAAGCGCGACGGATGGCAACCCTCCGCCGCTCCCACTGAGACGGTCACCATCACCGTTTCAGCGCCGGCTACATAA MRRFRRAIVAVLALALVAGAIYAIVAVLQRSETLVTERCFAVVGSESHELATDQAANASLISAISVRRGLPPRAASIALATAMQESRLRNINYGDDAGPDSRGLFQQRPSQGWGSEEQVMDPVYASNAFFDGLVKVPGYETMEITQAAQAVQRSAFPRAYAQHEGMGRAFASALTGHSTSSLNCELRMPEAAGDPAVVVDELTAFGPQAATVQGRSVQLEIGGTQAWAVAHWAVANAKTLSITQVDLAGQTWNREKRDGWQPSAAPTETVTITVSAPAT NA NA NA NA NA D3-18_01478 1026 dapD COG2171 2,3,4,5-tetrahydropyridine-2,6-dicarboxylate N-succinyltransferase ATGACTGAAACTGCTTCCTCTGCTGTGCCCGCAAACGCGCCCGTCAACCAACGATCGGCCTATGGCTTCGGCCTCGCCACCATCGCCACCTCGGCTTCCGGGGAAGCAACCGTGCTTGACGTCTGGTACCCGGCACCCGCTCTGGGCGTCGCCGCCGAGACCCTGCGCGACGTCGACAATGCCGATCCCGCACTCGTTGCACTTGCCGAGGAAGGCAAGGACGCCGACCGCGGCACCGAGCAGAAAGTGGTCTTCGCGCAGATCGACCTCGACGCCGCCCCTGCGGACACGGCCGATGCCTACCTGCGCCTGCACCTCCTCTCGCACCGCCTGGTCAAGCCCAACAGCATCAACCTGGACGGCGTGTTCGGCAAGCTGCCCAACGTCGTATGGACCAACTTTGGACCGGCAGCCGTTGACGGCTTCGAGCTGACCCGTGCCCGCCTGCGTAAGCGCGGCAACGTTGTGGTCTTCGGCGTGGACAAGTTCCCGCGGATGGTTGACTACGTCGTTCCCACCGGTGTGCGCATTGCCGACGCCGACCGTGTCCGTCTGGGTGCCCACCTCGCAGAAGGCACCACGGTAATGCACGAAGGCTTCGTGAACTTCAACGCCGGAACCTTGGGTACCTCCATGGTGGAAGGCCGCATCTCGGCAGGCGTCGTAGCCGGTGACGGCACAGACGTTGGCGGTGGAGCGTCCATCATGGGCACGCTCTCCGGTGGTGGCAAGGAAAAGATTGCACTGGGCGAGCGAGTTCTGCTCGGCGCCAACTCCGGCGTGGGCATCAGCATCGGCGACGACTCCGTTGTGGAGGCCGGCCTGTACGTCACTGCAGGTACTCGTGTACGTGTTCCGGGCCCCAAGGACGAGAACGGCGAGGACACCAGCAAGATCATCAAGGCTGTGGAACTCTCGGGTGTCCCGAACCTGCTCTTCCGCCGTAACTCCACCACCGGCGGCGTGGAAGTACTTCCGCGCAAGGGCCAGACGGTGGAGCTGAACGAGGCTCTCCACGCCAACTAG MTETASSAVPANAPVNQRSAYGFGLATIATSASGEATVLDVWYPAPALGVAAETLRDVDNADPALVALAEEGKDADRGTEQKVVFAQIDLDAAPADTADAYLRLHLLSHRLVKPNSINLDGVFGKLPNVVWTNFGPAAVDGFELTRARLRKRGNVVVFGVDKFPRMVDYVVPTGVRIADADRVRLGAHLAEGTTVMHEGFVNFNAGTLGTSMVEGRISAGVVAGDGTDVGGGASIMGTLSGGGKEKIALGERVLLGANSGVGISIGDDSVVEAGLYVTAGTRVRVPGPKDENGEDTSKIIKAVELSGVPNLLFRRNSTTGGVEVLPRKGQTVELNEALHAN NA NA NA NA NA D3-18_01479 1125 dapE_2 COG0624 Putative succinyl-diaminopimelate desuccinylase DapE GTGACCCTGAACCCTGCTCCCGCCCTCCTTGACCTGCGTCAGGACGTTGCCCTGCTGACGGCCGCGATCATTGACTTCAACAGCGTTTCCGGAAACGAGACCGAACTCGCCGACGCCGTCGAGTCGGCTCTACGCGCCATCCCCGCCTATACCGTGACCCGGGACGGTGACGCCATCATCGCGCGCACCGAACTTGGCCGCTCCGAGCGTGTCATTCTGGCAGGGCATCTGGACACCGTGCCATTGCCCACCGTGGCCGGCTCATTGGGTACTGTTCCTGCCACGTGGGAGTCCGGAGTTCCAGGTGAAGGCGTTCTTTACGGACGCGGGACCACCGACATGAAGGGCGGCGTTGCTGTGCAGCTCGCCCTGGCTGCGACACTGTTCGACGACGGGCGGCAGCCGGACAAAGATGTCACCTTCGTCTTTTACGACCATGAAGAAGTGGAAGCGGTGAAGAGCGGCCTCGGACGGTTGGTCCGCAACCACGGGGATCTTCTGCAGGGCGACTTCGCGATCCTTTTGGAGCCGACTCACGGCACGGTGGAAGGTGGTTGCAACGGCACCAGCCGTTTCGAAGCCACCACCATCGGCGAAACAGCCCACTCAGCGCGTGCATGGATGGGCGTCAACGCGATCCATGCCGCAGCACCCATCCTGGCCCGGCTCGCCGACTACGAGCCGCAGACCATCAACGTGGACGGCCTCGATTACCGCGAGAGCCTCAACGCGGTGAAGATCAACGGTGGAACTGCGGGCAACGTCATCCCGGACCGTTGCGTGGTGGAAATCAACTACCGTTTCGCGCCGGATAAGACGCCGGACCAAGCCGAGGCCCACGTCCGGGAGCTTCTGGAAGGATTCGACGTCGTCCGTACGGACGCTGCTGCCGGCGCCAGGCCCGGACTGAACCACCCGGCCGCCGCGTCCTTCGTTGCCGCCGTGGGCGCCGAGCCCAAGCCCAAATACGGATGGACCGACGTCGCGCGTTTCAGTGAACTGGGCATCCCGGCCGTGAACTTCGGACCCGGTGACCCCCTGCTGGCGCACAAGGACAACGAGCATGTCGACGCCGATGCCGTCCGTGAGTGCCTCCGTGCACTGAGGACGTGGCTGGCGCCGTAG MTLNPAPALLDLRQDVALLTAAIIDFNSVSGNETELADAVESALRAIPAYTVTRDGDAIIARTELGRSERVILAGHLDTVPLPTVAGSLGTVPATWESGVPGEGVLYGRGTTDMKGGVAVQLALAATLFDDGRQPDKDVTFVFYDHEEVEAVKSGLGRLVRNHGDLLQGDFAILLEPTHGTVEGGCNGTSRFEATTIGETAHSARAWMGVNAIHAAAPILARLADYEPQTINVDGLDYRESLNAVKINGGTAGNVIPDRCVVEINYRFAPDKTPDQAEAHVRELLEGFDVVRTDAAAGARPGLNHPAAASFVAAVGAEPKPKYGWTDVARFSELGIPAVNFGPGDPLLAHKDNEHVDADAVRECLRALRTWLAP NA NA NA NA NA D3-18_01480 867 hypothetical protein ATGACATCGGTCCTGTACGACGTCCCCGGGCCCAAGGCCCGCCTGTATTCGCTCCTGGGATCCGCCGCCGGAATCCTGATCATCCTCGGCATCCTCGCGATTGCTGTCGTAACGCTGGCACAGCAGGGCATTTTCGACGCCGACCGCTGGGAGATTTTCTACGGTCCCATGGCTCCGGACGTCTGGAACCTGATCGGCCAAGGCATTCTCTCCACCTTGGCCGCAGCTGCCGTAGCTGCCGTGATTGCGTTCCCTCTGGGCATCGCGCTCTGCCTGTTGCGTATCTCGCTGATTCCTTGGATCCGGATTCCCACGCAGGTAGTGCTTGAGTTCCTCCGCGGCATGCCCGTGGTCCTCATGATGTTGTTTGTCCTGTTGGTTTTCGCCACGGGTCAGTTCCAAGCCGTCGTTGTTGGCCTGGTTCTCTACAACGCCGCCATCTTTGCTGAGATCCTGCGTGCCGGCATCCAGTCCCTCCCCAAGGGACAACGCGAGGCTGGTCTGGCCATCGGCCTCCGAAGCTTCCAGTCACGGATGTCCATCGAGTTCCCCCAGGCCGTCCGCCGGATGCTTCCATCCCTGGTTGCCCAGCTGGTGGTTCTGCTCAAGGACACCTCGCTCGGCTACATCGTGGGCTACGAGGAACTCCTTCGGAAGATCCAGATCATGGCCGACTTCCTGGGCCCGGACTTCCTGTTCCCTGCGTTCTTCGTAGGCGCTGCGATCTACATCCTGATCAACCTGACCGTGTCACGGATTGCGATCATGATTGAGCGCCGCGGCTCCAAGAAGGCCGCCGGCGGCGTGGCCTCAGCCATTAAGACTGTGGATCTCGAAGTCAACGTACCTGGTACCGATAAGAAGTAA MTSVLYDVPGPKARLYSLLGSAAGILIILGILAIAVVTLAQQGIFDADRWEIFYGPMAPDVWNLIGQGILSTLAAAAVAAVIAFPLGIALCLLRISLIPWIRIPTQVVLEFLRGMPVVLMMLFVLLVFATGQFQAVVVGLVLYNAAIFAEILRAGIQSLPKGQREAGLAIGLRSFQSRMSIEFPQAVRRMLPSLVAQLVVLLKDTSLGYIVGYEELLRKIQIMADFLGPDFLFPAFFVGAAIYILINLTVSRIAIMIERRGSKKAAGGVASAIKTVDLEVNVPGTDKK PGPT0000780_526 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMATE_TRANSPORT,PGPT0000780-gluD-K10007 NA NA D3-18_01481 651 glnM COG0765 putative glutamine ABC transporter permease protein GlnM ATGGACGCCGTCATAGCAAGCCTCCCCGAGTATTGGGACGGATTTCTCCGAACCCTTTATCTCTCCATAATTTCAGGAATCATTGCCCTCATTGTCGGCACACTCCTGGCAGCCATGAGGGTCTCCCCCGTGGCAGCACTTCGCGGTTTCAGCATGTTCTATGTTGAAGTGGCGCGTAACACCCCCCTCACCATCATTTTCTTTTTCGCCGCCATTGTTCTGCCGCGGTTGGGCGTTAAGTTTGAACAATTCGAAGTCGCGGCCATCATCGCGTTGAGCAGTTACACGGCGGCCTTCATCGCCGAAGCCGTCCGTTCCGGCGTCAACAGCGTGCCTGTGGGCCAAGCAGAAGCTGCCCGCAGCATCGGCATGACCTTCACCCAGGTGTTGGGCTTCATCGTCCTCCCCCAAGCCGTACGCACCGTCATACCTCCGTTGATCAACATCCTGATTGCACTGGTGAAGAACTCCTCGGTGGCCGGCGCGTTCTTCGTCCTGGAGCTTTTCGGCTACGGCCGCCAACTCTCCAACGACTACGGCAACCAAGTCCTCTGGATCCTCCTCGGGGTGGCTTTCTTCTACCTCCTGATCACGGTTCCGCTGGGGCTTCTGGCGCACTTTGTTGAACGAAAGGTGGCGATTGCCCGATGA MDAVIASLPEYWDGFLRTLYLSIISGIIALIVGTLLAAMRVSPVAALRGFSMFYVEVARNTPLTIIFFFAAIVLPRLGVKFEQFEVAAIIALSSYTAAFIAEAVRSGVNSVPVGQAEAARSIGMTFTQVLGFIVLPQAVRTVIPPLINILIALVKNSSVAGAFFVLELFGYGRQLSNDYGNQVLWILLGVAFFYLLITVPLGLLAHFVERKVAIAR PGPT0000775_438 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMATE_TRANSPORT,PGPT0000775-gluC-K10006 NA NA D3-18_01482 876 glnH COG0834 ABC transporter glutamine-binding protein GlnH ATGAAGTCTCTTATTACCCGGAGGAAGTCACTCCTGGTGGCCGCATCGGCTGCGCTTGCTCTCTCGCTGAGCGCTTGCGGCGGCAGCAGCACCACCACTCCCCCTGTTGCCTCGGCAAGCTTCGAAGCCGGCACCACCATGGAGAAGCTGAACAAGGCCGGTACGATCAAAATCGGTACCAAGTTCGATCAGCCGTTGTTCGGCCAGAAGGGCCTGGACGGCAAGCCTGTCGGTTTCGACGTCGAAATGGGCAAGGCAATCGCCGCCAAGCTTGGAATTCAGCCGGACAAGATCGAGTGGGTAGAGACTGTCTCCCAGAACCGTGAGTCGTTCATCGAGCAGGGTCGCGTCGATCTTGTTATCGCCACGTACACCATCAACGATGCCCGTAAGGAAAAGGTCGCCTTCGCCGGACCGTACTACGAAGCAGGCCAGGCGCTGTTGGTGAACAAGGACGACACCTCCATCACCAAGCCGGAAGATGTCTCCGGCAAGAAGGTCTGCTCCGTCACGGGTTCCACCCCGGCCAAGACCATCGCCGAAAAGTACGGTGCTGAGGTAGTCCCTGCGGCCACCTACACCGCTTGCCTGGAGCCGCTGCGTAACAAGCAGGTTGTCGCCGTCACCACTGACAACGTCATCCTCGCCGGATACGTGGACAAGGAACCGGACGCCTTCAAGCTCGCCTCCGATGAAACCTTCACCAAGGAGCCTTACGGCATCGGCCTGAAGAAGGACGATACGGTTTTCCGCAACTGGATCAACGACCAGCTCGAGGAATTCGCCAAGGACGACACCTACAAGAAGGCTTGGGAAGCCACTGCAGGCAAGGTCATCAAGACCGCTCCTGAACTTCCTACGATCAACCGCTACTAG MKSLITRRKSLLVAASAALALSLSACGGSSTTTPPVASASFEAGTTMEKLNKAGTIKIGTKFDQPLFGQKGLDGKPVGFDVEMGKAIAAKLGIQPDKIEWVETVSQNRESFIEQGRVDLVIATYTINDARKEKVAFAGPYYEAGQALLVNKDDTSITKPEDVSGKKVCSVTGSTPAKTIAEKYGAEVVPAATYTACLEPLRNKQVVAVTTDNVILAGYVDKEPDAFKLASDETFTKEPYGIGLKKDDTVFRNWINDQLEEFAKDDTYKKAWEATAGKVIKTAPELPTINRY PGPT0000770_406 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMATE_TRANSPORT,PGPT0000770-gluB-K10005 NA NA D3-18_01483 756 glnQ_3 Glutamine transport ATP-binding protein GlnQ ATGACTACTCAAGCGTCCGGCGATGCCCTCGTCTCCCTGAACGGCGTCAATAAGCACTACGGTCAATTGCACGTCCTCAAAGACATCAACCTCCAGGTTCAGAAGGGTGAAGTCGTGGTGGTTATCGGACCTTCCGGTTCCGGTAAATCCACCCTCTGCCGTGCGATCAACCGTTTGGAAACGATCGACGACGGCGACATCGCCATCGACGGGAAGAAGCTTCCCGAAGAAGGCAAGGACCTCGCACACTTGCGTGCCGACGTCGGCATGGTGTTCCAGTCCTTTAACCTGTTCGCCCACAAGACGATTCTTGAGAACGTCACGCTGGGCCCCATCAAGGTTAAGAAGGTGGCCAAGGGCACAGCTGACAAGGAGGCCATGGCCCTCCTTGAGCGCGTTGGCGTCGGGCACCAAGCCCCGAAGCTTCCCGCCCAGCTTTCCGGCGGGCAGCAGCAGCGTGTGGCAATTGCCCGCGCTCTTGCCATGAAGCCGAAGGTAATGCTGTTCGACGAGCCCACGTCCGCGTTGGACCCCGAGATGATCAACGAAGTACTGGACGTCATGATCCAGCTGGCCAAGGAAGGCATGACCATGATCGTGGTCACGCACGAGATGGGCTTCGCCCGCAAGGCTGCTGATCGAGTGGTGTTCATGGCTGACGGCCAGATCGTGGAAGACGCAACTCCCGAGGAATTCTTCACCAACCCGAAGAGCACCCGTGCCAAGGACTTCTTGTCCAAGCTCTTGACCCACTAG MTTQASGDALVSLNGVNKHYGQLHVLKDINLQVQKGEVVVVIGPSGSGKSTLCRAINRLETIDDGDIAIDGKKLPEEGKDLAHLRADVGMVFQSFNLFAHKTILENVTLGPIKVKKVAKGTADKEAMALLERVGVGHQAPKLPAQLSGGQQQRVAIARALAMKPKVMLFDEPTSALDPEMINEVLDVMIQLAKEGMTMIVVTHEMGFARKAADRVVFMADGQIVEDATPEEFFTNPKSTRAKDFLSKLLTH PGPT0000785_379 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GLUTAMATE_TRANSPORT,PGPT0000785-gluA-K10008 NA NA D3-18_01484 840 hypothetical protein ATGAGCATCAGCCAGCACCCAGTTCCCCACCCCGATGCCAACGGCCGCGTCGAGGGTACCCACGTGCCGCTCCCCTCGGAGATCGCGCCTGCCAAGCACAAGGGTCCCTTGGAGCTTCGACGTAAACAGGCAGACACGGGGATGTCGGACCAGCATTTGCTGGATACCAGCGGTGCCGGGCAGTTTATTCATACCGATCCTTGGCGTGTCCTGAGGATCCAGAGCGAGTTCGTGGAGGGCTTCGGAGCCCTTGCTGACCTGGGGCCCGCCGTCAGCGTCTTCGGTTCAGCGCGGACGAAGCCCGGAACCGAGTACTACGAGATGGCCGTCGATGTGGGGCGAAAACTCGCTGAAGCCGGAGTCGCGGTGATCACCGGTGGCGGCCCCGGATCCATGGAAGCTGCCAACAAGGGCGCCGTGGAAGGCAATGGAGTCTCCGTAGGCCTGGGCATCGAACTGCCTTTCGAGCAGGGACTCAACCAGTGGGTGGACCTGGGCATTAACTTCCGGTACTTCTTCGCCCGCAAAACCATGTTCGTCAAGTACGCGCAGGGCTTCGTCGTGCTTCCTGGTGGACTCGGCACCCTCGATGAGCTGTTCGAGGCCATGGTGCTTGTCCAAACCCGCAAAGTGACATCGTTCCCCATTGTGCTGCTCGGTATTCGGTTCTGGGGACCCATGATCGAGTGGATCAAGGACACCCTGGTGGCCGAAGGCATGGTTTCCGAGAAGGACCTTGACCTGATCCAGCTGGTGGATGACCCCGCCGACGCCGTGCATCGTGTCCTGCACGGTGCACCCCTTCCCGCTACCACCAACGGAAATCAGCGCCCGGAGTAG MSISQHPVPHPDANGRVEGTHVPLPSEIAPAKHKGPLELRRKQADTGMSDQHLLDTSGAGQFIHTDPWRVLRIQSEFVEGFGALADLGPAVSVFGSARTKPGTEYYEMAVDVGRKLAEAGVAVITGGGPGSMEAANKGAVEGNGVSVGLGIELPFEQGLNQWVDLGINFRYFFARKTMFVKYAQGFVVLPGGLGTLDELFEAMVLVQTRKVTSFPIVLLGIRFWGPMIEWIKDTLVAEGMVSEKDLDLIQLVDDPADAVHRVLHGAPLPATTNGNQRPE NA NA NA NA NA D3-18_01485 342 hypothetical protein ATGGACCCTGTGAGCTTTTTCCTGGTGTTTCTAGCGATAGTCCTCATCGGCGCGGCGCTGTATCTCGGTGCCGGGATCGTTCGGGGGCGCTCGATCGGATCGGGCCTTGACCAACCGGTCCCCAACTTGCCCGCAGTTCTGCTGCCGGAGGATGCCAAGCCCTCCGACGTTGACTCCCTGCGCTTTGCCTTGGGGCTTCGTGGGTATCGCATGGATCAGGTTGACCAGGTCCTGGAAGAGCTGAGGGACCAGCTACAGGCGAAGGATCGCGAGATCGAAAGGCTTGGCGCCTTGGTCCAGCCGCGTCTCCAGGACGGCGAAACCGGCCGGACCCGGCAGTGA MDPVSFFLVFLAIVLIGAALYLGAGIVRGRSIGSGLDQPVPNLPAVLLPEDAKPSDVDSLRFALGLRGYRMDQVDQVLEELRDQLQAKDREIERLGALVQPRLQDGETGRTRQ NA NA NA NA NA D3-18_01486 1185 hypothetical protein GTGCAGGTTTCCTTGGTCTTTGTGGCTGCCAGGCTTGTCAGCGCCTGTATCTTCATGGCGGCCGCCATTCACCAGGGAACGAATCCCTGGTTCCCGCCGGCTCCGGACTACTGGAACTTCATCACTATCTGGGATGGGCGCTGGTATCAGGAAGCTGTTGACAACGGATATCCTTCGGTCCTGCCCGAGGACGCTAATGGCGTAGTCACACAAAATGCGTGGGCGTTCTATGCGCTCTTTCCCTTTCTCGCCAGGGGTCTCTCGGCAGTCACCGGGATAGGAACCCTCCCTTCGCTCACCGTCATCGCGATGCTCGCAGGGGTGGGCGCAGCTTTGGTGATCTACAAGCTCTTCCGCGAGTTCTCAGGCAAGCGTGCCGCACTGTGGGGCGTCATCTTCGTCTCGACTTTCCCGGTGTCACCCATCCTCCAGGTCCCGTATGCCGAGTCGCTAAATCTGTTGCTGTTGTCAGGTTCCTTGTTGCTCGTTGTCCGGCGCCGGTACCTGGCCGCTATTCCCGTGGTGCTCCTGATGTGCCTGTCCAGGCCTACAGGGGTGCCGTTTGCGGCCATGGTGGGGTTGCTGTTGCTTTGGCGGTTATGGCAGCGCTTCGGGCCATCCAGGACGCTGTCAGCTCCAGCTTCAACCCCTAACGACGACGGGCCGACGCCCGTGCGCGGCCTGCTGTCGTTGGCGGCACTGGTGGTGACAGCCGGCGTCGGAGCCCTCGCCTGGCCGGCCATTGCCTGGGCCACCACAGGTGAACCAACTGCCTACACACGTACCGAAACAGCCTGGCGGGGGCACGATCTTGTGCCATTCAAGCCGTGGTTCGACACGGGCAGGATGCTGTTCGGTCCTGTACTGGGCGTGCTGGCCCCCTTCGTCTTCACGGCACTCTTCGTGCTGGTCATGGTGTCAAAGCCCGTCCGGGCGCTTGGAACCGAGTTGCGGCTCTGGTGCGCCTGCTACATGGGGTACCTGCTGGTCTTCCTGCATCCGCAGACCAGTACGTTCAGAATGCTGCTGCCCCTTTTTCCGCTGGCGCTGGGGGTGGCGTTGCTGTCCAAGTCCAAGGCGTACCGGGGAACCGTGGTGCTGATGTTCGTCCTCCTCCAGATCGTCTGGGTGGTGTGGCTGTGGGCGTGGGCCCCGCTCCCCGGGGGCGGGGACTACCCGCCCTGA MQVSLVFVAARLVSACIFMAAAIHQGTNPWFPPAPDYWNFITIWDGRWYQEAVDNGYPSVLPEDANGVVTQNAWAFYALFPFLARGLSAVTGIGTLPSLTVIAMLAGVGAALVIYKLFREFSGKRAALWGVIFVSTFPVSPILQVPYAESLNLLLLSGSLLLVVRRRYLAAIPVVLLMCLSRPTGVPFAAMVGLLLLWRLWQRFGPSRTLSAPASTPNDDGPTPVRGLLSLAALVVTAGVGALAWPAIAWATTGEPTAYTRTETAWRGHDLVPFKPWFDTGRMLFGPVLGVLAPFVFTALFVLVMVSKPVRALGTELRLWCACYMGYLLVFLHPQTSTFRMLLPLFPLALGVALLSKSKAYRGTVVLMFVLLQIVWVVWLWAWAPLPGGGDYPP NA NA NA NA NA D3-18_01487 168 hypothetical protein ATGGCGGCTATGAAACCACGTACCGGCGACGGCCCTATGGAAGTTACCAAAGAGGGACGCAGCTTGATCATGCGTGTGCCGCTCGAAGGCGGAGGACGACTCGTTGTCGAGCTCAACGCCGCGGAAGCGGCCAACCTCAAGGAATGCCTCGTGGGCGTTACTGAATAG MAAMKPRTGDGPMEVTKEGRSLIMRVPLEGGGRLVVELNAAEAANLKECLVGVTE NA NA NA NA NA D3-18_01488 633 COG4122 Putative O-methyltransferase ATGAGTGCCGACAAGTCAAGCAGCTGGTCCTACGCAGAAGATCTGCCAGCTGAGGATGACGTATTGTTGCGCGCCCGGGAACGGTCCTTCGAACTTGGTGTTACGCCCATCAGTCCCGGAGTGGGCGCGGTACTGACCGTACTCGCTGCCGCTTCCAAAGCGCAGACAGTGGTGGAAGTCGGCTCAGGTGCCGGGGTATCCGGGGTTTGCCTGCTGCGTGGATTGAGTCCCCACGCGGTGCTGACCACTATCGATGTGGACGTCGAACACCTCAAGGCGGCCAGGGAAGCGTTCTTGGAATCGGGTAGCCCGGCCAACCGTACCCGCACCATCTCGGGCCGCGCGGCCGACGTGTTGCCGCGCCTGACCGACTCCGCGTACGACCTCGTCTTCATCGACGCCGACAAGCCAAACTTTCCCAAGTATGTGGATCAGGCAATCCGCCTCCTGAAGTCCGGCGGCACCCTGGTTATCAACGATGCGCTGGACAAAGACCGCGTCTCCAACCCGGCAGCGCGTGATGCCACCACTGTGGTTCTGCGTCAGATCGGCAAGGCCATTCGCGACGACGAGCGTCTGGCCTCGGCGATGCTGCCCACCGGCGATGGACTTCTGGTGGCCGTCAAGAAGTAG MSADKSSSWSYAEDLPAEDDVLLRARERSFELGVTPISPGVGAVLTVLAAASKAQTVVEVGSGAGVSGVCLLRGLSPHAVLTTIDVDVEHLKAAREAFLESGSPANRTRTISGRAADVLPRLTDSAYDLVFIDADKPNFPKYVDQAIRLLKSGGTLVINDALDKDRVSNPAARDATTVVLRQIGKAIRDDERLASAMLPTGDGLLVAVKK NA NA NA NA NA D3-18_01489 624 sigE_1 COG1595 ECF RNA polymerase sigma factor SigE ATGCCGGCATCGCATGCTGCGCCAGTCCAAACATCGGAAAGCCTTGAGGCCGTTACTGATTGGGTCATGCCCAGCTGGGAGGAAGTGGTTTCGAACCACTCCGCCAAGGTGTATCGCCTCGCTTATCGCCTGACCGGGAACAAGTTCGACGCCGAAGACCTCACCCAGGAGGTTTTCGTGAGAGTTTTCCGTTCCCTTGAAAACTTCAAGCCGGGAACCTTGGACGGCTGGTTGCACCGCATCACCACCAACCTGTTCCTGGACCAGGCCCGGCGCAAGAGCCGGATCCGCTTCGACGCGCTTGCTGAGGACGCCGAATCCCGTTTGCCGGGCCGCGAGCCAGGCCCGGAGCAGAGCTTCGAGCACAACAACCTTGACCTTGATGTCCAAAGGGCTTTGGAAGAACTCCCGCCGGACTTCCGCGCGGCCGTCGTGCTGTGTGACCTTGAGGGCCTTTCCTATGACGAAGTCGCGGAGGCGCTCGGTGTGAAGCTTGGAACCGTCAGGTCCCGTATCCACCGGGGGCGGACAATGCTGCGCGAGAAGCTCGCCCACCGTGACCCCCGCCCGGCAGAGGCCCGCAAGCCGCGGCTGAAGATGCCCCGCATCGCCAGCATTCTTTAG MPASHAAPVQTSESLEAVTDWVMPSWEEVVSNHSAKVYRLAYRLTGNKFDAEDLTQEVFVRVFRSLENFKPGTLDGWLHRITTNLFLDQARRKSRIRFDALAEDAESRLPGREPGPEQSFEHNNLDLDVQRALEELPPDFRAAVVLCDLEGLSYDEVAEALGVKLGTVRSRIHRGRTMLREKLAHRDPRPAEARKPRLKMPRIASIL PGPT0014960_4263 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D3-18_01490 915 hypothetical protein ATGCCTCGACGTTCACTTCGTCCGGGAGCCCTGTCCCGGCGCAAATTGGCTGCGCTTCGCCATACGCGCAGCCCAGAACACCTGGAGCACTGCTCGGACTGCCGGATCGCGCTCCGCCGGGAACGGCAGTACCTCGAACGCCTCCGTGGTGCAGCCGTGCCCGAAGCCAGCCAGGATCTTGCGGCGCGACTAATCCAGCACACCGAACGCTTGGCCAACGAGCCAGCCCCAACGTACTCAGCACCGCAATATCCGCACCGTCGTTTGCGGGGCCTTGGCTTTGCGGCAGTTGCTGCCGGCACTTTGGTGGTGAGCGCAGGAGCCTTGGCGGTGTCAGCCTATGTGATCGCCGGCGATGAAAGGCCACAGGCCCTCGCGGGAACCAGCGATGGTGGCTCACTTGCCGGTGCCTGGACGGCTAACCCCACAGAAGCCATGGTTGGACCCGCGTTTCGGGCGGGCAGCACTGTCAGTTTGAGCGCTGCCCAGTTGGAATCACTGCGGGAGGACGGGTGGGCGTGTCCCGAGCTGTCCGGATTGGGCTTCCACGTCGTGTCCGCCCAAGCCACCATGCATAACGGGAATCCGGCCGTGGAGATCAGGCTCGAAAGCAACGGTCACTACGCCACCATCGTGGAGGAACATCTGCCGGCGGATCGATCCGGCACTGGACGGTCTACGTCCGCGCAGCTTTCTGTCACCCAGGGAAGCCCGTGGAAGGCCGTCTACACCATGCCGGCCGCAGTCATCAGCTATGCCTCAGACCTCCCGGCGGACAGCGCGGACGACGCCGTCCCTGAAATTGTCCGGGCGGGCGAGTCCATGGCATTCGTGTCCGACGACGACGATCCGGAAGCCTGGTACGAAAGGCTGCTGCGCGGCCTCCAGACCCTGCTCCGTCCTACCGGTTTATGA MPRRSLRPGALSRRKLAALRHTRSPEHLEHCSDCRIALRRERQYLERLRGAAVPEASQDLAARLIQHTERLANEPAPTYSAPQYPHRRLRGLGFAAVAAGTLVVSAGALAVSAYVIAGDERPQALAGTSDGGSLAGAWTANPTEAMVGPAFRAGSTVSLSAAQLESLREDGWACPELSGLGFHVVSAQATMHNGNPAVEIRLESNGHYATIVEEHLPADRSGTGRSTSAQLSVTQGSPWKAVYTMPAAVISYASDLPADSADDAVPEIVRAGESMAFVSDDDDPEAWYERLLRGLQTLLRPTGL NA NA NA NA NA D3-18_01491 387 tatB Sec-independent protein translocase protein TatB GTGCTTGGAATCAACGGCCCGGAGTTCATACTCCTTCTGATTATCGGCGTACTCGTCATCGGTCCCAGCCGTTTGCCCGAATACACTCAAAAGCTTGCCAACCTGGTCAAGGAAGTCCGTCGGATGGCTTCCGGCGCCCGCGAACAGATCAAAGAAGAAGTCGGCATCGACATTGATGAGGTCGACTGGAAGAAATATGATCCGCGCCAGTATGATCCCCGTCGAATCATCAAGGACGCGCTCCTTGAGGACGACACCAAGCCAGTCAGTGCCGGAGCTCCCGCAGCTGCTGCCACTGCGGTAGATACCAAGCCCAAGGCCCCTGTGCGGGTCATTGAGCGGCTCGCCGAGGGCGAAGCTGCCCCGTTCGATTCCGAAGCGACCTGA MLGINGPEFILLLIIGVLVIGPSRLPEYTQKLANLVKEVRRMASGAREQIKEEVGIDIDEVDWKKYDPRQYDPRRIIKDALLEDDTKPVSAGAPAAAATAVDTKPKAPVRVIERLAEGEAAPFDSEAT PGPT0014360_2344 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TAT-TWIN-ARGININE_TRANSLOCATION_PATHWAY CE-TAT-TWIN-ARGININE_TRANSLOCATION_PROTEINS,PGPT0014360-tatB-K03117 NA NA D3-18_01492 1128 mrp COG0489 Iron-sulfur cluster carrier protein ATGAGCATCGCATCTGCCGAGGCGCTGCTTGCTGCCCTGGCCACCGTCATTGATCCCGAGCTCCGGCGCCCCATTACGGAACTCGGAATGGTGGAATCGGTGTCGGCCGATAATGACGGCGCCGTACACGTCGCAGTTCTGCTGACCATTGCCGGGTGCCCCCTGCGTGAGACCATCACCAAGGACGCCACCGACGCCCTGTTCCGGGTGGAAGGCGTCACAGGCGTGGACGTTGAGTTGAAGGTCATGACCCAAGCCCAGCGGGAAACCCTCAAGGAACAACTCCGCGGGCCCGGTGGACAGCGCGGCATACCGTTTACCAAGCCCGGCTCCCTGACCAAGGTGTACGCCGTAGCCAGCGGAAAAGGCGGTGTGGGCAAGTCATCCGTCACCGTTAATCTGGCGTGTGCACTTGCCGCCCAAGGCCTCCGGGTCGGCATCGTGGACGCCGATGTGCACGGCTTCTCCGTGCCCGCCCTGATGGGGATCAACCAAAAGCCCACGCAGGTGGACGACATGATCCTGCCGCCCGTCGCCTATGGCGTGAAGGTCATCTCCATCGGCATGTTCGTCGCAGGCAACCAGCCGGTAGCCTGGCGCGGTCCGATGCTGCACCGGGCCTTGGAACAATTCCTCACTGACGTTTACTTCGGCGACCTCGATGCCCTCTTCCTGGACCTGCCCCCGGGCACGGGCGACATCGCCATTTCCGTGGCCCAGCTCCTGCCCAACGCAGAAATTTTGGTTATCACCACACCGCAGGCAGCAGCGGCAGACGTCGCAGAACGAGCCGGCACCATCGCCACCCAGACAGGGCAGAAGGTGGCCGGCGTCATCGAGAACATGTCCTACCTGGAAATGCCCGACGGCGAACGCATGGAATTGTTCGGAAGTGGCGGAGGTGCCATCCTGGCTGAGCGGTTGAGCGCTGCCGTGGGCAGCGACGTTCCGCTCCTCGGGCAAATTCCCTTGGACATCCGCTTGCGGGAAGGCGGCGACGCCGGAAAACCCGTGGTCCTGGCAGCACCTGAAACGGCTGCCGCCAAAGCGATGGAGGGCATTGCTGCCGCCTTGGCCACGCGACCTCGCGGACTGTCCGGCATGCCCTTGGGAATTCAGCCGCGCTAG MSIASAEALLAALATVIDPELRRPITELGMVESVSADNDGAVHVAVLLTIAGCPLRETITKDATDALFRVEGVTGVDVELKVMTQAQRETLKEQLRGPGGQRGIPFTKPGSLTKVYAVASGKGGVGKSSVTVNLACALAAQGLRVGIVDADVHGFSVPALMGINQKPTQVDDMILPPVAYGVKVISIGMFVAGNQPVAWRGPMLHRALEQFLTDVYFGDLDALFLDLPPGTGDIAISVAQLLPNAEILVITTPQAAAADVAERAGTIATQTGQKVAGVIENMSYLEMPDGERMELFGSGGGAILAERLSAAVGSDVPLLGQIPLDIRLREGGDAGKPVVLAAPETAAAKAMEGIAAALATRPRGLSGMPLGIQPR PGPT0013215_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013215-fpr-K00528 NA NA D3-18_01493 720 hypothetical protein TTGGCTGATAACAACGTCACCCGATCCCCCAAGTCCACAGGACGCTCGAGCAGCAGCCTGGACACACCCCTGAGTGGTCGCCAACGCATCCTGCCCAAGTTCTCCCCGAACCCGGACGCTTTCGGAAACGCAACGGAGGGCTTCGCCCGGTTTATGGGCACGCCGACGTTCCTCGTCTACATGACGGTGTTCTGTGTGTTCTGGCTCGCTTGGAACACCTTCGCGCCCACGGACTGGCAGTTCGACCGTGTAGAGCTGGGCTTCACCCTGCTGACTCTGATGTTGTCCCTTCAGGCTTCCTACGCGGCACCGCTCCTGCTGCTCGCCCAAAACCGGCAGGATGACCGCGACCGTGTCTCGCTCCAGCAGGACCGCCAGCGTGCCGAACGTAATCTCTCCGACACCGAATACCTGACACGGGAACTGGCTTCACTGCGCATCGCCTTGCGCGAAGTAGCCACCCGTGACTATGTCCGGACCGAGCTCCGAAGCCTGCTGGAAGACATCATCGATGCCCAGGAGGAACTCCGCGAGAACGAAGCCTCCGCTGATGGCACGGAATCGCCGGGTGAGAAGGTCAAGGAAAAGCTGAAGGAGAAGCGCGACAAATCGCGTGGGCCCCGCACACAGCAGATTCCGAAGGTCCGACCGCCGCGGGCTGCAGGTCCACAACATTCCACCGGCAAGCCATCGCCTGAAAACCCTGAAAGCCGAGCCTGA MADNNVTRSPKSTGRSSSSLDTPLSGRQRILPKFSPNPDAFGNATEGFARFMGTPTFLVYMTVFCVFWLAWNTFAPTDWQFDRVELGFTLLTLMLSLQASYAAPLLLLAQNRQDDRDRVSLQQDRQRAERNLSDTEYLTRELASLRIALREVATRDYVRTELRSLLEDIIDAQEELRENEASADGTESPGEKVKEKLKEKRDKSRGPRTQQIPKVRPPRAAGPQHSTGKPSPENPESRA NA NA NA NA NA D3-18_01494 1284 hypothetical protein ATGAGCACACATCCCTCACGCGTCTTTGTCGCGCGCTTGCTCGGCTTGGACGTTTTCGACCCCCTGGGCGATCGTCTAGGCCGGTTGCGCGACGTCGTGGTGCTCTCCCGCGGAACCCGTGGCGCTCCCCATGTGGTGGGCATCGTGGTTGAAGTTCCGGGCAAGAAGCGGGTTTTTGTCCCCATGACGCGCATTACTTCCATAGATCAGACGCAGATCATTTGCACCGGCTTGGTCAACCTGCGCCGTTTCGAGCAGCGCGGTGCGGAAACACTGGTGGTCGCTGAGATGTTCGACCGCCGCGTGACCCTGGCCGACGGCAGTGGAGACGCCACGATCGAAGACATCGCCATGGACCAGCACAGGTCCAAGGACTGGTTTGTCAGCAAGCTGTTCGTCCGCCGTGGACACTCCCTGTCTCCGTTTGGCAGGCTCCGCCGCAATGAGACCCTGATCATCGATTGGGCCGATGCCCAGACCGGCGCCCACAATGAGCCCCAGGCCGCTACGCAGTTCGTTGCCACGCACGAAGACCTTAAGCCTGCCGACTTCGCTGAAGCCCTCCAGGAAATGAGCGACAAGCGCCGTTTCGAAGTGGCAAGTGAGCTTCAGGACGAGCGCCTCGCCGATGTCCTCCAGGAGCTCCCGGAAGATGACCAGGTGGAGATCCTCTCCGCGTTGGATGTGGAGCGCGCCGCTGACGTCCTCGAAGAGATGGATCCGGACGACGCCGCAGACCTCCTGGCCGAGCTGCCTTCGGCCCAGGCGGAAGAGCTGCTTCAACTCATGGAACCCCAGGAAGCCGAGGACGTCCGCCGCCTCCTGGAATACGACGAAGACACCGCCGGTGGCCTCATGACTCCGGTCCCGGTCATCCTGCCGCCGGAAGCTACCGTGGCCGAGGCCCTGGCCCACGTTCGCCGGGAGGAGCTCTCGCCTGCCCTGGCCTCATCCATCTTCATCGCCCGCCCTCCCTTGGAGACCCCCACAGGCCGTTTCCTGGGCGTGGTGCATATCCAGCAGCTACTGCGCTTTCCGCCGCCGGAACCGCTGGGCAACTTGGTGGACAAGAACCTTGAGCCGCTCTCGGACCAAGCCCACATCAGCGAAGTGGCCCGCACCTTGGCCACGTACAACTTGAATTCACTTCCAGTCGTTGACGACGACGGCCGCCTTGTGGGGGCGGTGACTGTTGATGACGTGCTGGATCACCTGTTGCCGGATGACTGGCGCGCCCATGAGGACGACGCCCCAATAAGGAAACTTGGAGGCCGCATTGGCTGA MSTHPSRVFVARLLGLDVFDPLGDRLGRLRDVVVLSRGTRGAPHVVGIVVEVPGKKRVFVPMTRITSIDQTQIICTGLVNLRRFEQRGAETLVVAEMFDRRVTLADGSGDATIEDIAMDQHRSKDWFVSKLFVRRGHSLSPFGRLRRNETLIIDWADAQTGAHNEPQAATQFVATHEDLKPADFAEALQEMSDKRRFEVASELQDERLADVLQELPEDDQVEILSALDVERAADVLEEMDPDDAADLLAELPSAQAEELLQLMEPQEAEDVRRLLEYDEDTAGGLMTPVPVILPPEATVAEALAHVRREELSPALASSIFIARPPLETPTGRFLGVVHIQQLLRFPPPEPLGNLVDKNLEPLSDQAHISEVARTLATYNLNSLPVVDDDGRLVGAVTVDDVLDHLLPDDWRAHEDDAPIRKLGGRIG NA NA NA NA NA D3-18_01495 822 hypothetical protein ATGTCAAACATTTTTGGTGCTCCCAAAGCCGTTGAGGAATCCCGCAGTGTCCCCCAAGGTGACACCGTAGGCTCGTACACCTCGTATTTGGATGCCCAGAAGGCGGTGGACTACCTCGCAGACCAGCAGTTCCCCGTACAGCTGGTGTCGATCGTGGGCAACGACCTCAAGATGGTGGAGCGGGTGACCGGCCGCCTGAGCTACCCGAGGGTGGCATTGTCCGGTGCCCTGAGCGGCATGTGGTTCGGCCTCTTCGTCGGCGTTATGCTGTCCTTCTTTACTCCCGCCGGGGGACCGTTCTCCATCATCACCTCCGTGCTCATGGGTGCTGCTTTCTTCATGCTGTTCGGCATCGTCACCTATGCCATGCAGCGCGGGAAGCGTGACTTCACCTCGACCAGCCAGGTGGTGGCTACCAACTACGACGTCATCGTTGCTGTAGAGGCAGCCCACGAGGCCCGCCGTTTGCTTCACCAGCTACCCATGAACCAGTCTCAGGCAGCCGCGCCGCAGGCCAACTACAACCAGACGAATGCGCCGTTCCAGCAGCCTGGCCAGGCCCCTGAGCGGCCTTCCACCTGGAACGACCCCTACGGCCAGCGTGGCCCCGAAGCCAATGGGCCAGCTCCGGAAGGACAGACCGCAGCTGCGCCGGTGAACCAGCCGGCTCAGGCCCCGGCGCCGGCAGCTGTCCGTTACCCGGACCTCCCTGACGGTCGCCCGCAGTACGGTGTCCGGGTGACCGACGGCCACGACACGGCACGGAACGCATCGCAGGAAGACGGCGAGCAGTCCAGCGCCGAGGGTTCGTCCAAGCAGTAG MSNIFGAPKAVEESRSVPQGDTVGSYTSYLDAQKAVDYLADQQFPVQLVSIVGNDLKMVERVTGRLSYPRVALSGALSGMWFGLFVGVMLSFFTPAGGPFSIITSVLMGAAFFMLFGIVTYAMQRGKRDFTSTSQVVATNYDVIVAVEAAHEARRLLHQLPMNQSQAAAPQANYNQTNAPFQQPGQAPERPSTWNDPYGQRGPEANGPAPEGQTAAAPVNQPAQAPAPAAVRYPDLPDGRPQYGVRVTDGHDTARNASQEDGEQSSAEGSSKQ NA NA NA NA NA D3-18_01496 1575 pepPI Xaa-Pro aminopeptidase 1 GTGAACGATGCCGAAAACACCCAGAACTCGTCCTCCCAGCCACTGCAAGAGCGTGTCAACAACCGCTCGCAACGGCCCACATCCGATGCCTTCAAGGCCTTCATGGCCAGCAACTGGGCGCCCGCCCCGCAGGTGACCCCCGCGCGAGACGCTGTTGCAGACCACGCTGCCCGCCGCCGTCGTACTATCTCCGAACTGTTCAAGGGCGAACGGCTCGTCATCCCGGCCGGTCCGCTGAAGGTCCGTTCCAACGACTGCGACTACCGTTTCCGCCCGCACTCCGGGTTCGCCCACCTCACCGGCCTGGGCCTCGACCACGAGCCCGACGCCGTCCTCATCCTGGAGCCGGTCGCTGAAGGAAAGGGCGACGACGGCGGTCACCACACTGCCACCCTGTACTTCCGCCCGCTGGCCGGCCGGGATACAGAGCAGTTCTACGCTGACTCACGCGCCGGAGAGTTCTGGATCGGCGCGCGTCCCACACTGGCCGAATTCGAAGCCCGCCTCGGCCTCCCCACCGCGCACATCTCCGAGCTCGAGATGGCCATCACCAAGAATGTGGGCGCCCCCGAAATCGGCGGCATCTCCATTCGCTTGGTCCGCAAGGTGGACGAGAACATTGATGCGCTGGTGGACACTGCCCGCTACAACACGGCCAAAGACCCCGAGAACCTGGACCTTGGCGAACTCGACGCCCTGGATGAGAAGCTCAGCGAAGCATTATCCGAGCTGCGCCTTATCAAGGACGAGTGGGAAATCGAGCAGATGAAGATCGCTGTGGCGGCAACCGTGGAAGGCTTCGCTGACGTGGTCCGGGCCCTGCCCCGCGCGCTGACCCACAAGCGCGGCGAACGTGTAGTTGAGGGCGCCTTCTTTGCCCGCGCCCGCGAGGAAGGCAACGAACTCGGGTACGACACCATTGCCGCGTCCGGCAACAACGCCACCGTGCTGCACTGGAACCGCAACTCCGGAACTGTCAACGCCGGCGAGCTCCTTCTCCTCGATGCCGGCGTGGAGGCCGATTCCCTCTACACAGCTGACATCACCCGCACGCTCCCGGCCACGGGTACGTTCACTGATGTCCAGCGAAAGGTCTACGAGGCCGTGCTCGACGCGGCCGATGCCGGATTTGCTGCCGCTCAGCCGGGCCTGAAGTTCCGGGACATCCACACCGCTGCAACCACGGTCCTGGCCGAGCGCCTCGCCGAATGGGGCCTGCTGCCTGTGTCCGTGGAGGAAGCCATCAGCCCGGAGGGCCAGCAGCACCGCCGCTGGATGCCGCACGGCACCAGCCACCACCTTGGCTTGGACGTCCACGACTGTGCACAGGCAAAGCGGGAGCTCTACCTCGATGGAATCCTCACCGAAGGCATGGTTTTCACCATCGAACCGGGGCTCTACTTCAAGAATGAAGACCTCGCCATTCCCGAGGAGTACCGCGGGATCGGCGTCCGCATCGAAGACGACATCCTCATGACGGCCAACGGCCCCGTGAACCTCAGCGCAGCGTTGCCGCGCAAGGCCGACGACGTCGAGTCCTGGATGGCCGGCATCTACCAGGAAGCCCAGGGCTAA MNDAENTQNSSSQPLQERVNNRSQRPTSDAFKAFMASNWAPAPQVTPARDAVADHAARRRRTISELFKGERLVIPAGPLKVRSNDCDYRFRPHSGFAHLTGLGLDHEPDAVLILEPVAEGKGDDGGHHTATLYFRPLAGRDTEQFYADSRAGEFWIGARPTLAEFEARLGLPTAHISELEMAITKNVGAPEIGGISIRLVRKVDENIDALVDTARYNTAKDPENLDLGELDALDEKLSEALSELRLIKDEWEIEQMKIAVAATVEGFADVVRALPRALTHKRGERVVEGAFFARAREEGNELGYDTIAASGNNATVLHWNRNSGTVNAGELLLLDAGVEADSLYTADITRTLPATGTFTDVQRKVYEAVLDAADAGFAAAQPGLKFRDIHTAATTVLAERLAEWGLLPVSVEEAISPEGQQHRRWMPHGTSHHLGLDVHDCAQAKRELYLDGILTEGMVFTIEPGLYFKNEDLAIPEEYRGIGVRIEDDILMTANGPVNLSAALPRKADDVESWMAGIYQEAQG PGPT0006770_2498 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 D3-18_01497 846 COG0613 3',5'-nucleoside bisphosphate phosphatase GTGAGGATAGACCTGCATGCGCACTCAAATGTTTCCGACGGAACCGAGACACCGGCCGGCGTGATCATCTCCGCTGTCTCGGCCGGCCTGGACGCCGTGGCGTTAACCGATCACGATTCGACGGACGGCTGGGAATCTGCCGCCGCGGCTGCCCGGGAACATGGCATTGCCTTCGTTCCTGGAATCGAGATTTCCTGCCGGACCGAGCAGGGAATCAGCGTCCATCTGCTCAGTTACCTCCACAACCCCACCCATGCGGGTTTGCTGGAGGAAATCACCAAGTCCAAGGATGCCCGGCTCACTCGTGCCGAGCACATGGTGACTTTGTTGTCCGAGGATTATCCGTTGACGTGGGACGACGTCATCCACCACGTAGCTCCGGGTGCCACGGTGGGCCGCCCGCACATCGCCGATGCCTTGGTCGCGGCTGGCGTGGTCGCGGATCGAACGGAGGCCTTCACTTCCATCCTCACCTCGCATTCGCGGTACTTCGTCCAGCACTATGCGCCCAACCCGGCAGTCGCCGTCGAGCTTGTCCGTGCAGCCGGCGGCGTTCCAGTCTTCGCCCATCCTGTGGCCTCGTCGAGGGGACGCATCGTGGGGGAGCAGACATACCGGGACATGATTGATGCCGGACTGCTGGGACTTGAGGTTGAACACCGCGACAACCCGGAAGAGGGCCGCACGTTCCTGCGGCGCCTGGCCGCTGAACACGGTTTGCTCATGACAGGGTCGTCTGACTACCACGGAACGGGCAAGCCCAACCTGTTGGGCGAAAACACTACCTCGCCCGAAGTCTTGTCACGCATTGAGGAGCTGGCAACAGGCAGCACGGTCATTCGCTGA MRIDLHAHSNVSDGTETPAGVIISAVSAGLDAVALTDHDSTDGWESAAAAAREHGIAFVPGIEISCRTEQGISVHLLSYLHNPTHAGLLEEITKSKDARLTRAEHMVTLLSEDYPLTWDDVIHHVAPGATVGRPHIADALVAAGVVADRTEAFTSILTSHSRYFVQHYAPNPAVAVELVRAAGGVPVFAHPVASSRGRIVGEQTYRDMIDAGLLGLEVEHRDNPEEGRTFLRRLAAEHGLLMTGSSDYHGTGKPNLLGENTTSPEVLSRIEELATGSTVIR NA NA NA NA NA D3-18_01498 609 hypothetical protein ATGGATCTGCAATTGCTTGCCTCCGTGATCGTCACCTTGTTCGTGATCATGGATCCTCCCGGTACCGTCCCGATTTTCATGTCTCTAACGGCGCAGATGTCGGCCAAGGACAGAAACCGCTCCGCGTTCCAGGCTCTTTTGGTGGCCACCGGTGTGATCGTAGTGTTCGCGATCTTCGGGCAGTCCATCCTCAACTACATGCACATCTCGCTGGCGGCGTTGCAGGGGGCCGGGGGCCTGCTCTTGGTACTCATTGCGCTGCAGCTGCTGACAGGGTCCACCAGCGGCGAAGAGAATGCTGCCAAGTACAAGAACGTTGCGTTCGTGCCACTGGGAACGCCGCTCATGGCCGGGCCCGGTGCGATCGTCGCTGTCATGGTGTTCGTCCAGCAGTCCAGCCAGCTCTCGGAGTACTTGGCGGTGGGCCTCGGCATTGCTGTTGTGCTGGGCTCGCTTTACCTTGCCATGCGCTTCGCGGGCGTCGTCCAGCGAGTGCTCGGTGAAAACGGAGTGGAGCTGGTCACCCGGATTGCCGGCCTGCTGCTGTCAGCCATTGCCGTCCAGATGATCGCGGACGCCGTTCAGGCCTTTGTGAAGGGCGCTGCCTGA MDLQLLASVIVTLFVIMDPPGTVPIFMSLTAQMSAKDRNRSAFQALLVATGVIVVFAIFGQSILNYMHISLAALQGAGGLLLVLIALQLLTGSTSGEENAAKYKNVAFVPLGTPLMAGPGAIVAVMVFVQQSSQLSEYLAVGLGIAVVLGSLYLAMRFAGVVQRVLGENGVELVTRIAGLLLSAIAVQMIADAVQAFVKGAA PGPT0029250_2508 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-MULTIPLE_ANTIBIOTIC_RESISTANCE,PGPT0029250-marC-K05595 NA NA D3-18_01499 915 yhdJ COG0863 DNA adenine methyltransferase YhdJ ATGACTGAATCTGTTTGGGCGCCGGACGGCGGCAACTTGGTGGTGCACGCGGACAACGCGGAGTTCCTCCCTACGCTGCCGGACGGCGCCTTCACACTCATTTACGTGGACCCGCCCTTCAACACGGGCAGGGTCCAACGCCGCCAGGAAACCCGCATGGTCCGCAACGCGGACGGCGACGGCGACCGTGTCGGTTTCAAGGGCCGCTCTTACGACACCATCAAGGGCGCCCTGCACAGCTACGACGACGCCTTCAGCGACTACTGGTCCTTCCTGGAGCCAAAGCTCGTGGAGGCTTGGCGACTTCTGGCCGACGACGGAACCCTGTACCTGCATTTGGATTACCGCGAAGTCCACTACGCCAAGGTCATGCTGGACTCGATCTTCGGCCGGGAATGCTTCCTGAACGAGATCATCTGGGCCTACGATTACGGCGCCCGTGCGAAGAACCGCTGGCCCACCAAGCACGACAACATCCTGGTGTACGTCAAGAACCCCACCAAATATCACTTCGACAACGCAGAAGTGGACCGGGAACCGTATATGGCGCCTGGCCTGGTCACTCCAGCCAAACGCGAGCTCGGCAAGCTGCCCACCGACGTTTGGTGGCACACCATCGTTTCGCCGACGGGCCGTGAGAAGACCGGCTACCCAACTCAAAAGCCCGAAGGCCTGGTACGCAGGATTGTCTCTGCATCAAGCCGCGAGGGCGACTGGTGCCTTGATTTCTTCGCTGGTTCAGGAACCCTGGGTGCCGTGGCCGCCAAGCTGGGCCGTAAGTTCGTGTGCGTAGACCAGAACGAACAGGCCATCGAGGTCATGCGGAAACGGCTGGGTAGCAAGGCAGATTTCCATCAGAGCGGATCTCTACCCGTCACAAGCCTGGATCAGGCAGCGCCCTTCACAAAGGCCTGA MTESVWAPDGGNLVVHADNAEFLPTLPDGAFTLIYVDPPFNTGRVQRRQETRMVRNADGDGDRVGFKGRSYDTIKGALHSYDDAFSDYWSFLEPKLVEAWRLLADDGTLYLHLDYREVHYAKVMLDSIFGRECFLNEIIWAYDYGARAKNRWPTKHDNILVYVKNPTKYHFDNAEVDREPYMAPGLVTPAKRELGKLPTDVWWHTIVSPTGREKTGYPTQKPEGLVRRIVSASSREGDWCLDFFAGSGTLGAVAAKLGRKFVCVDQNEQAIEVMRKRLGSKADFHQSGSLPVTSLDQAAPFTKA PGPT0027215_830 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM CE-BACTERIAL_FITNESS-TYPE_II_R-M_SYSTEM,PGPT0027215-EC_2_1_1_72-K00571 NA NA D3-18_01500 1713 cshA DEAD-box ATP-dependent RNA helicase CshA GTGAGTGAATTGCATACCCACGAAGTCCTGACGGACTCCACCGGAACCGAATCAATCGAACCCGAGGAAACGATCATCTCGGATGAGACGCCCCACGAGATCGAAGAGAAGTCGTTTGCTGACTTCAACGTCCGCGCCGACATCGTCGAGTCCTTGGCCGACGCCGGCATCACGCACCCCTTCCCCATCCAGGCCATGACCCTGCCGGTCGCTTTGAGCGGCCACGACATCATCGGCCAGGCCAAGACGGGTACCGGAAAGACGCTAGGGTTCGGCATTCCCGCCCTCCAGCGCGTAGCCGGCCGCGACGATGCCGGTTACGAAAAGCTTGCTGTCCCAGGCGCACCGCAGGCCCTGGTCATAGTCCCCACGCGTGAGCTGGCCGTACAGGTTGCCAACGATCTCCAGGCTGCATCACGCAAGCGCAATGCCCGCATCGCCACCATTTATGGCGGCCGTGCTTATGAGCCACAGATCGATGCCCTGCAGAAGGGTGTCGAAATCGTAGTCGGCACACCCGGCCGTTTGATCGATCTGTACAAGCAGAAGCACCTCAGCCTCAAGAACGTCAAGATGGTCATCCTTGACGAAGCCGACGAAATGCTGGACCTCGGCTTCCTCCCCGACGTCGAGACGCTGATCGCCGGTACCCCCGCCGTTCGCCAGACGCTTCTCTTCTCGGCAACGATGCCCGGCCCGGTCATCGCGATGGCCCGCCGCTACATGACGCAGCCCACCCACATCCGGGCAGCTGACCCGAACGATGAAGGCCTCACCAAGCGCGACATCCGCCAGCTCATCTACCGTGCACACAGCATGGACAAGACCGAAGTTGTGGCCCGCATCCTGCAGGCCCGCGGACGTGGCCGCACCATCATCTTCACCAAGACCAAGCGCACCGCCGCGAAGGTTGCCGAAGAACTCGTTGACCGCGGCTTCGCAGCTGCAGCCATCCACGGCGACCTTGGCCAGGGCGCCCGCGAGCAGGCGCTCCGCGCGTTCCGCAACAACAAAGTTGACGTCCTGGTGGCCACCGACGTCGCAGCCCGCGGCATCGACGTTGATGATGTAACCCACGTCATCAACTACCAGTGCGTGGAAGACGAAAAGATCTACCTGCACCGTGTTGGCCGCACAGGCCGCGCAGGAAACAAGGGCACTGCAGTCACGTTTGTTGACTGGGACGACATGCCTCGCTGGGGCTTGATCAACAAGGCCCTGGGACTCAGCGTTCCCGAGCCCGTAGAGACGTACTCCTCTTCGCCGCACCTGTACTCCGATCTCGACATCCCCGAGGGCACCAAGGGCCGCCTGCCGCGCAACAAGCGCGTCCTCGCCGGCGTCGACGCCGAGGTCCTTGAAGACCTGGGCGAGACCGGCAAGAAGAACGCCCGCTCCGGCGGTTCAGGCCGCGATGGCGGACGCGACGGCAAGCGCGACGGCGGTCGTGACGGCGGCCGTGGCCGCTCCGGCAGGTCCGGTGAGTCCGAGTCCAGTGAATCCAAGGGCGAGGGTGGCCGCAACCGTACGCGGCGCCGTCGTACTTCTGATGGCGAGGCAGCCCCCGCTGCCGGCGCCTCGGAGACCCGCACCACCACCGCGGACAATGCGGAGAAGCCGTCACGTACGCGTCGGACCCGCACTCGTCGTCGCAACGGCGAAGTGGTTTCCGGTGAGACCGCAGCTGCCCAGTCCGGCAGCACCGAGGCCTAA MSELHTHEVLTDSTGTESIEPEETIISDETPHEIEEKSFADFNVRADIVESLADAGITHPFPIQAMTLPVALSGHDIIGQAKTGTGKTLGFGIPALQRVAGRDDAGYEKLAVPGAPQALVIVPTRELAVQVANDLQAASRKRNARIATIYGGRAYEPQIDALQKGVEIVVGTPGRLIDLYKQKHLSLKNVKMVILDEADEMLDLGFLPDVETLIAGTPAVRQTLLFSATMPGPVIAMARRYMTQPTHIRAADPNDEGLTKRDIRQLIYRAHSMDKTEVVARILQARGRGRTIIFTKTKRTAAKVAEELVDRGFAAAAIHGDLGQGAREQALRAFRNNKVDVLVATDVAARGIDVDDVTHVINYQCVEDEKIYLHRVGRTGRAGNKGTAVTFVDWDDMPRWGLINKALGLSVPEPVETYSSSPHLYSDLDIPEGTKGRLPRNKRVLAGVDAEVLEDLGETGKKNARSGGSGRDGGRDGKRDGGRDGGRGRSGRSGESESSESKGEGGRNRTRRRRTSDGEAAPAAGASETRTTTADNAEKPSRTRRTRTRRRNGEVVSGETAAAQSGSTEA NA NA NA NA NA D3-18_01501 1485 rnr COG0557 Ribonuclease R GTGTCACATCATCGGATTGCGCCCAACGTCGACGACTCGTCGGACCAGCTCGCCGCGGCCCTTGCCGCCCTGAGGACGGAGTTGGAACTCCCTGGCGAATACCCGGCAGAAGCTGTGGAAGAGGCGAGGGAAGCGGTGGAGGCCCTTGAGTTGCCGGCCCAGGACCTGCGGGACATTCCTTTTGTGACCATTGACCCCGCGACGTCCACCGACCTGGACCAGGCTCTGTTCATTGAACGGGCCGGTGACGGATACAAGGTCCTCTATGCCATCGCCGATGTGCCGTCCTTTGTGGCTCCAGGCGGCGCACTTGATGCCGAAACGCGTCAACGCGGGCAAACGTTCTACGCTCCTGACGGCCGGATCCCACTGCACCCGGAGGTCATCAGTGAGAACGCGGGAAGCCTGCTGGCCGAGCAGGACTGCAGTGCTTTCGTCTGGGATTTTGACCTGGACGCGGAAGCTGAAGTTTTGGCCGTCACCGTTGCCCGTGGGACGGTGCGCAGCAGGGCCAAACTGAGCTACAAGGGCGCCCAACAGCAGATCGACGACGGTACCGCCCCGCGCGTTCTTCAACTCCTCAAAGAAGTGGGATTGAAGCGCGTCGAACTGGAACGGCAGCGGGGCGGCGCAAGCCTCAACATGCCGGAGCAGGAAATAGTCCAAGCGACCGACGGCGGCGGGTACAGAATCGCCGCGGCACCCTCCCTGCCGGTTGAGGACTGGAACGCGCAGATTTCCCTCATGACAGGCATGGCCGCCGCCCAGATGATGCTCGATGGAAAAGTGGGCATCCTGCGCACCATGCCCGCACCTGATGATCGGTCACTGCTTCATTTCAAGCGGCAGACCACCGCCCTCGGCAAACCCTGGGACGGACAAGTCAGCTACGGCGAGTACCTGCGGACCCTGGATGCATCCGATCCCAAACAGCTGGCCATCCTGCATTCAGCCGGCACGTTGTTCCGGGGCGCAGGCTACACGCCCTTTGACGGTGACGTTCCGGCCAATGTGATCCAAGCAGCTATCGGGGCTCCCTATGCACACACCACAGCTCCCTTGCGGCGCCTCATCGATCGCTTCGTCCTGGTGATCTGCGAAGCGCTCAGCAATAACCACGACATCCCGGCGTGGGCGCGTGAAGCCCTCCCGTCGTTGCCCGAAATCATGGCAGCCTCGGATCAGTTGGCCGGACGCCTCGAGCGCGCGGCATTGGACACCGTGGAAGCCGCGCTCGTGGCCAACCACATAGGCCAGGAATTCGAGGCTGTGGTCATTTCCGGGTCCAAGCCCTCCAACGGTGCCGCCAAGGGAAACGGCAATGGCAACGGCAACGGCAACGGACCTTTTGGCGTCGTGCAAATCGCAGACCCTGCTGTTACGGCCCGCTGCGACGGAGAAATGGAGTCCGGAACCAAGGTTCGGGTGCGGCTTCTGAAGGCGGATATCGCCAGCCGGGAGATCCGGTTCCAGTTGCTGCCCTGA MSHHRIAPNVDDSSDQLAAALAALRTELELPGEYPAEAVEEAREAVEALELPAQDLRDIPFVTIDPATSTDLDQALFIERAGDGYKVLYAIADVPSFVAPGGALDAETRQRGQTFYAPDGRIPLHPEVISENAGSLLAEQDCSAFVWDFDLDAEAEVLAVTVARGTVRSRAKLSYKGAQQQIDDGTAPRVLQLLKEVGLKRVELERQRGGASLNMPEQEIVQATDGGGYRIAAAPSLPVEDWNAQISLMTGMAAAQMMLDGKVGILRTMPAPDDRSLLHFKRQTTALGKPWDGQVSYGEYLRTLDASDPKQLAILHSAGTLFRGAGYTPFDGDVPANVIQAAIGAPYAHTTAPLRRLIDRFVLVICEALSNNHDIPAWAREALPSLPEIMAASDQLAGRLERAALDTVEAALVANHIGQEFEAVVISGSKPSNGAAKGNGNGNGNGNGPFGVVQIADPAVTARCDGEMESGTKVRVRLLKADIASREIRFQLLP NA NA NA NA NA D3-18_01502 669 hypothetical protein ATGGGCACTTCCCAGGGCGCCGCAGCGTATGCCGGGCAACTCTCAGCGGAGTTGCTTGGAGCCATGGCGTATGGCGAACTGTCCGCCTTCGGGCGGCTCTCCTTGGATTCCCGCTATGCACCCACGCTTCACGACAGGTCCGTGCTCGCGAAAATCTCAGTCGGGGCCTACGGAAACTTTGCCCTCCTCAACGACCGCCTGTCGGAGATGGGCCTGGATCCGGAACAGGCCATGCTGCCGTTTCAGCGCTCCTTCGATCACTTCCACGAGCGCACCAAGCCGGGGGACTGGTTCGAATCCGTAATGAAGGCCTACGTCATCGATACTGTGTCATCAGATTTCTATAGGGCTGTCTCGATGTTCCTCGACCCAACAACGCAGCATTTCGTTGAGCGCGTTGCTTCCCCCGATCAGGCCACGGAAGTCCTTCGCGTCCTGCTCAGGCGGGCCTTGGCAGATGACCCGCGCCTCGCTTCGCGATTGGCGCTGTGGGGCCGCCGCTTGGTGGGGGAAGCGTTGACGCAAGCGCAGCGCGTCGGCATGGAACATCCCCTGCTGGGGCCAATGCTGAAGAGCGGCGGGGACGCGCGTGCCGCGGTGAAAAAGCTGACGACTGAGCTCGCCGATAAGCACGCCCGCCGGATGACTGGCCTCGGCCTGACCGCTTAG MGTSQGAAAYAGQLSAELLGAMAYGELSAFGRLSLDSRYAPTLHDRSVLAKISVGAYGNFALLNDRLSEMGLDPEQAMLPFQRSFDHFHERTKPGDWFESVMKAYVIDTVSSDFYRAVSMFLDPTTQHFVERVASPDQATEVLRVLLRRALADDPRLASRLALWGRRLVGEALTQAQRVGMEHPLLGPMLKSGGDARAAVKKLTTELADKHARRMTGLGLTA NA NA NA NA NA D3-18_01503 732 thiE COG0352 Thiamine-phosphate synthase ATGACGAATGTCGCGGCTCCCGCAGTACGTGCCCAGTTTAGAGGAACTACTCTGGTTCCCATGACTCAGCCTGACGCTCTTGCCTCCGCCCGCCTCTACCTGTGCACAGATGCCCGTAAGCAGCAGGGCGATTTTGAGGACTTTGTAGACGCCGCTTTCGAGGGCGGTGTGGACATCATCCAACTCCGCGACAAGACTCTGGAAGCTGCCGAAGAACTGGAGATGTTGGCCGTCCTGCGGAGCGTCGCACAACGGCACGGACGTCTTTGGGCTGTCAACGACCGGGCCGATGTTGCCAGTATTTCCGGGGCTCCCGTGTTCCACATCGGGCAAAAGGACCTGCCACTGACGGCCGCCCGGACCCTGCTGCCGAATGTCACCGGCATCGGCCTCTCCACCCACACAACGGAACAAATCGATGCAGCTGTAGCCACCGCCCAAGGGCCCTTGGGACTGGATTATTTTTGCGTGGGCCCAGTGTGGGCAACACCCACCAAACCCGGCCGCGCTGCAGTCGGTTTGGACCTGGTCACATATGCCGCAGAAGCGGTCAACCGTTCAGGCGACGGGGCGACCATCCCTTGGTTCGCCATCGGCGGCATCGATCTCAGTAACGTTGAACAGGTTGTGAAAGCGGGCGCCAGCCGTATCGTGGTGGTCCGTGCCATCACAGCGGCAACGGACCCGACGGCGGCAGCCAAGTCGCTGCTGGAAGCTTTGGATACCGTCTAG MTNVAAPAVRAQFRGTTLVPMTQPDALASARLYLCTDARKQQGDFEDFVDAAFEGGVDIIQLRDKTLEAAEELEMLAVLRSVAQRHGRLWAVNDRADVASISGAPVFHIGQKDLPLTAARTLLPNVTGIGLSTHTTEQIDAAVATAQGPLGLDYFCVGPVWATPTKPGRAAVGLDLVTYAAEAVNRSGDGATIPWFAIGGIDLSNVEQVVKAGASRIVVVRAITAATDPTAAAKSLLEALDTV PGPT0008995_486 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 D3-18_01505 1293 hcnC Hydrogen cyanide synthase subunit HcnC ATGGCAGATCCCCGCCATACCCCTCTTCATGCAGACGTTGCCGTCATTGGTGGCGGCGTCATCGGCCTCGGCATCGCTCACGAGGCCCGGCGATTGGGCCGTTCAGTTGCGCTGATCGACCCCGCACCAGCTTCCGGTGCCTCCTTCGCAGCGGCCGGCATGCTTGCACCGGTCAGTGAACTCCATTACCAGGAAGAAGACCTTCTTGACTTAATGCTTGAGTCTTCCCGGCTGTGGCCCTCCTTCGTGGACGGCCTGCATCAAGGCGCAGAGGACAGCGGATACCGCACGACGCCGACCCTCGCCGTGGGTGCCGATGCAGCCGACCGCCGGGCGCTCGCGGACCTAAGGTCGGTCCAGATTGCGGCTGGCTTAGGAGTCGAACCTCTCGCTCTGCGGGACGCGAGGCAACGGGAGCCGCTCCTCAGCCCGCAGATCTCCTGCGCTTTCGATATTCCTGCCGACCACCAAGTCGATCCGAGAAAACTGGCGGCATGCCTCTTGGCAAGACTGGCAGACCATTCGCCAAGTGACAGTTCCTGGGTGTCGGGAGCCGATGACGGATTCGCAATTGCTTCCCAAGCTCGCGGTTTGCTGTGGGAAGGCGGGCGGGTCGCAGGAGCGGAGCTTGAGTCAGGAGTCTCTGTCCTCGCCGGAGAGACCGTGGTGGCCAACGGGCTTGGGGCGTCCCAATTGTCCGGTCTCCCTGATGGTCTGAGCCTTCCGGTAAGGCCGGTCTATGGGGACATCCTCCGCCTTCGCGTTCCCGATCACCTGCGGCCCTTGGTCACATCAACGATTCGCGGAATGGTTCGTGGAGTGCCTGTCTACATCGTGCCCCGGGACGACGGAACTGTGGTGATAGGAGCGACGCAACGCGAAGACGGGTTGTCAGCGCCTTTCAATGCGGTCTCGGCGGGTGGCGTTTACCAATTGCTGAGGGACGCCCAAGTACTGGTCCCCGCAGTGGCTGAGCTGGAACTCCTTGAAACAACAGCCCGCGCCCGCCCCGGAACACCGGACAACGCCCCGCTGCTCGGACGGGTCGGTGCTTCCAACGGTGACATCGGTGCTTCCAACGGTGACATCGAGGGCCTGGTGATCGCCACGGGATTCTTCCGCCACGGAGTCCTCCTGACTCCCGTGGCCGCCAAGATCGTCGGAGAACTCATTGTTAGTGGCTCAGCGGACCCCCGATGGGTCCCCTTTAGGCCCCATCGTTTCGCGAGCAACGCCCCTGTTGCCCGAGCACTCACGCCAGCAGTACGAACCACCACCGAGGAAACAGCATGA MADPRHTPLHADVAVIGGGVIGLGIAHEARRLGRSVALIDPAPASGASFAAAGMLAPVSELHYQEEDLLDLMLESSRLWPSFVDGLHQGAEDSGYRTTPTLAVGADAADRRALADLRSVQIAAGLGVEPLALRDARQREPLLSPQISCAFDIPADHQVDPRKLAACLLARLADHSPSDSSWVSGADDGFAIASQARGLLWEGGRVAGAELESGVSVLAGETVVANGLGASQLSGLPDGLSLPVRPVYGDILRLRVPDHLRPLVTSTIRGMVRGVPVYIVPRDDGTVVIGATQREDGLSAPFNAVSAGGVYQLLRDAQVLVPAVAELELLETTARARPGTPDNAPLLGRVGASNGDIGASNGDIEGLVIATGFFRHGVLLTPVAAKIVGELIVSGSADPRWVPFRPHRFASNAPVARALTPAVRTTTEETA PGPT0008955_104 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008955-thiO-K03153 NA NA D3-18_01506 237 hypothetical protein ATGAACATCAAAGTGAACGGAACCGACCACGCAGTCTCTGACGACGCATCCGTCAGTACCCTCGTCACCGCCGTCACCGGTCGCGCCTTGGACCCCCGCGGACAAGCGGCCGACGGCGGCAAGCTGGGAGTCGCCGTCGCACGCAATTCCGAGGTGGTGCCGCGCAGCCAATGGGCCGTGACAGCGCTCGCCGACGGAGACGAACTCGAACTCGTAACAGCAGTCCAGGGAGGCTAA MNIKVNGTDHAVSDDASVSTLVTAVTGRALDPRGQAADGGKLGVAVARNSEVVPRSQWAVTALADGDELELVTAVQGG PGPT0008970_190 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0008970-thiS-K03154 NA NA D3-18_01507 798 thiG COG2022 Thiazole synthase ATGACAACAGCAAACGTTGACGTCCGCACCGACGCTCTGGTGATCGACGGCGTCGAATTCGGTTCCCGCCTCATCATGGGGACCGGAGGCGCGCCGAGCCTCGATGGCTTGGGATCAGCACTCCTCGCTTCGGGGACCGAGCTCACCACAGTGGCCATGCGCCGCTATTCGCCCGCCGAAACCGGCTCGCTGTTCCAACTGCTGGTGGACCATGACATCCGCGTGCTGCCCAATACTGCTGGTTGTTTCACGGCCAAGGATGCCGTGATGACTGCCGAGCTGGCTCGGGAAGCACTTGAGACCGATTGGGTGAAGCTGGAAGTCATCGCGGACGAACACACACTCCTTCCCGACGCCGTGGAACTGGTGGATGCAACGGAGCAACTCGTAAACCGCGGCTTCAAGGTATTCGCCTACACCAATGACGATCCCGTGCTGGCGCTCAGGCTCGAGAATCTGGGTGCAATAGCCGTCATGCCCTTGGGATCGCCCATTGGGACCGGCCTTGGCATTCTCAACCCGCACAACATTGAACTCATTGTGTCCCGGGCCTCCGTGCCCGTGGTCCTCGATGCGGGGATCGGCACGGCCTCTGATGCTGCCCTCGCCATGGAACTGGGCTGTGATGCCGTCCTGCTTGCCACCGCTGTAACGCGGGCGCAGAACCCCGTTCAGATGGGCGAGGCCTTCAAACACGCCGTGATCGCCGGTAGGCTGGCCAAGCAGGCGGGCCGGATTCCTCGACGGGAGCACGCGCTCGCATCCTCGGCGATGGAGGGCCGGGCAGAGTTCCTCTGA MTTANVDVRTDALVIDGVEFGSRLIMGTGGAPSLDGLGSALLASGTELTTVAMRRYSPAETGSLFQLLVDHDIRVLPNTAGCFTAKDAVMTAELAREALETDWVKLEVIADEHTLLPDAVELVDATEQLVNRGFKVFAYTNDDPVLALRLENLGAIAVMPLGSPIGTGLGILNPHNIELIVSRASVPVVLDAGIGTASDAALAMELGCDAVLLATAVTRAQNPVQMGEAFKHAVIAGRLAKQAGRIPRREHALASSAMEGRAEFL PGPT0008965_571 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008965-thiG-K03149 NA NA D3-18_01508 336 Putative pterin-4-alpha-carbinolamine dehydratase ATGGCAGGCACGGAAGACCAACTGACTGAAGCAGCCATCAACGATGCCCTCGGGAACCTTCCGGACTGGAAGTACCAAGGTGGCCTGGTGACTGTTTATAAAACCTCGACGGCGGCGGACGCGCTTGCGCTCATCGCCGCGGTTGGAGGGATCGCGGAGGATCAAAATCATCATCCGGATCTGGAGTGGCGCTACAACAGGGTTTTTCTCCGCTATGTATCCCACGATGCGGGCGGCCAGGTGACCAAACGTGACGTTGCCGCTGCCACCGCTGTGAGCGAAGCGGCCGCAAGGATAGGTGCAGCCGCGCAGCCTGAACGGTACCCGGCAACCTGA MAGTEDQLTEAAINDALGNLPDWKYQGGLVTVYKTSTAADALALIAAVGGIAEDQNHHPDLEWRYNRVFLRYVSHDAGGQVTKRDVAAATAVSEAAARIGAAAQPERYPAT NA NA NA NA NA D3-18_01509 303 hypothetical protein ATGCTTTCTCTCGTCGTGGTGGTTCTGGCCACCATTGCCACAGGTTTCATCGTGTGGGCCAACGACAAGCGGCACGGCAAATACGGGATCGCTCTGCCGGCCGGCGTCTCAGCAGCTGTCGGCACGCTGAGCTGGATCGCTTTCATCAGCGCCGGATTGGGATACCAGCCCGGCGCAACATGGATTCCGTGGGTCCTGCCAATTGTGCTCGGGACCGCCGCGGCGGTTGCCGTGGTGCTCTTCTTGGGCCGGACGCGAACGAAGCACGACACCGCGGCGCTCACCAAGGCGCTGCGGCTTTAA MLSLVVVVLATIATGFIVWANDKRHGKYGIALPAGVSAAVGTLSWIAFISAGLGYQPGATWIPWVLPIVLGTAAAVAVVLFLGRTRTKHDTAALTKALRL NA NA NA NA NA D3-18_01510 225 hypothetical protein GTGGAAGTAAAGATCGGCATTCAGAACGTTGGCCGTGAGATCGTGCTCGAATCCGCTTTGGATGCCGACGCGGTCGCCAAGATCGTGGCCGAGGCCGTGACCAAGGGCTCCGAACTTCGCCTGACGGACGAGAAGGGCCGCCAGATCATCGTTCCGGGCAATGTCCTGGGCTACGTGGAGATCGGCGCCGAGGAAGTTCGCCGCGTAGGCTTCGGCGCCCTCTAG MEVKIGIQNVGREIVLESALDADAVAKIVAEAVTKGSELRLTDEKGRQIIVPGNVLGYVEIGAEEVRRVGFGAL NA NA NA NA NA D3-18_01511 657 betI_4 HTH-type transcriptional regulator BetI GTGGCTGACGGCACACGGGCAAACGATGGAGCACCGGCCAAGCTGGAACGGGCAGGTACAACGCGTTCACCAAGGTTGCCGCGCGACGAGCGCCGCGCACAGTTGCTGAACGCGGCATTGGAAGTTTTCGTCTCCAACGGCTTCCACGGGGCGGCCATGGACGAAATCGCGGAAGCCGCACATGTGAGCAAACCAGTGCTTTACCAGCACTTCCCGTCCAAGCGCGAGCTTTATATGGCTCTCTTGGACAGCCATTTGGCTACCTTGACGCAGCTGATGCTCGACGCCTTGAACTCCACCACTGACAACAAGGAACGCGTCAAGGCCGTCATGCGCGCCTACTACAGGTTCATCGCCGACGACGACCAAGCCCACCGCCTGGTCTTTGAATCGGACCTCATTAACGACCCCGACGTCAGTTCTCGTTTGGAGACTTTCAACAAAACGTTTGCGGACGCCGTGGCCCACGTCATTGCCGAGGACACCAAGCTGCCCCCTCTTGAAGCGCAGCTCCTTGGGCGTGGTTTGGCCGGAATGGCGCAGGTCAGCGCCCGGTATTGGCTTGAGACGGATGGAAACCTGGACCTCGATGTGGCCAGCGATCTGATCTATCGTTTAGCTTGGCGCGGAATCAGTCGATTCCCCAAAGAGTCCTAG MADGTRANDGAPAKLERAGTTRSPRLPRDERRAQLLNAALEVFVSNGFHGAAMDEIAEAAHVSKPVLYQHFPSKRELYMALLDSHLATLTQLMLDALNSTTDNKERVKAVMRAYYRFIADDDQAHRLVFESDLINDPDVSSRLETFNKTFADAVAHVIAEDTKLPPLEAQLLGRGLAGMAQVSARYWLETDGNLDLDVASDLIYRLAWRGISRFPKES NA NA NA NA NA D3-18_01512 1203 moeZ COG0476 putative adenylyltransferase/sulfurtransferase MoeZ ATGGCCTCAATTGTTGCTGCCCACACTGCTGCGCCCGCTGTCCTGCCGCCCCTCGTTGAACCGGCCGCCCAACTCACTCCGGCGGAGGTGGAGCGGTACTCCCGGCACCTCATCATTCCTGAAATTGGCGCCCTGGGCCAACGCAGGCTCAAGAATGCCAAAGTCCTCGTCATCGGCGCCGGAGGCCTCGGGTCCCCGGCACTGCTGTACCTGGCCGCCGCGGGCGTGGGCACCCTTGGCATTGTGGATGACGACGTAGTTGACCTCAGCAATCTGCAGCGACAGGTCATCCATGGTGTGAAGGACGTGGGTACGCCCAAGATCGAATCCGCGCGCAACGCCATTGCAGAGCTCAACCCCTTGGTCAACGTGGTCCTGCATGACATCCGGCTCGACTCTTCCAACGCGCTGGAGCTGTTTGCGGAGTATGACCTCATCCTGGACGGGGCCGACAACTTCGCCACGCGGTACCTCGTGAACGACGCCGCTGCCATCCTCGGTAAGCCTTATGTCTGGGGCTCCATCTTCCGTTTTGACGGCCAAGTGAGCGTCTTCTGGGCCGAACACGGGCCCACCTACAGGGATCTCTACCCCGAAGCGCCTCCCGCGGGGTCTGTGCCGTCCTGTGGCGAGGGCGGGGTGTTCGGCATGCTGTGCGCAGCGGTCGGATCGCTCATGGTGACTGAGGCCGTGAAGCTGATCACCGGCGTCGGGCGTTCGTTGCTCGGCCGTGTGGCGCTCTTTGATGCTCTTGGCGGCAGCTGGCGCGAGATCAAGGTCTCCAAGGATCCCGAAGCCGAACCCATCACGGAACTGACCGACTACGAAGCCTTCTGCGGCGTGACGCCACCGGCCGCCACGGATCAGGCTCACACTGTTACCGCCAAGGACCTCGCCGGGATGCTTGCCGAACGGGAGCTGGGGGAGCGGGACTTCGAACTCGTTGATGTCCGTGAGTCCGGCGAGCACAGCATCGTGAGCATCGACGGCTCCCGGCTCATTCCGCAGGGCCGCATTCTCTCGGGTGAGGCGTGGGTAGAGCTGCCGCAGGACAAGGACATAGTGTTCCACTGCAAGGCCGGCACGCGCTCGGCAGCAGTCTTGGAAGCGGCGCAGAAAGCGGGCTATACCCGCGTCAGCCATCTCGACGGCGGTATTCTCGCCTGGGTGCGGGATGTGGAGCCGGAAAAGCCCGTTTACTAG MASIVAAHTAAPAVLPPLVEPAAQLTPAEVERYSRHLIIPEIGALGQRRLKNAKVLVIGAGGLGSPALLYLAAAGVGTLGIVDDDVVDLSNLQRQVIHGVKDVGTPKIESARNAIAELNPLVNVVLHDIRLDSSNALELFAEYDLILDGADNFATRYLVNDAAAILGKPYVWGSIFRFDGQVSVFWAEHGPTYRDLYPEAPPAGSVPSCGEGGVFGMLCAAVGSLMVTEAVKLITGVGRSLLGRVALFDALGGSWREIKVSKDPEAEPITELTDYEAFCGVTPPAATDQAHTVTAKDLAGMLAERELGERDFELVDVRESGEHSIVSIDGSRLIPQGRILSGEAWVELPQDKDIVFHCKAGTRSAAVLEAAQKAGYTRVSHLDGGILAWVRDVEPEKPVY NA NA NA NA NA D3-18_01513 1323 hemA COG0373 Glutamyl-tRNA reductase GTGGTTCTTTTCTCATTGGTGGCTACACACGCCGACATCGACCTCGAAACTGTCGCTCAGTTGAGCAACGGTTCCTCTGAGCTTGCCTCGGCAGCCCTGACAGACTCCGCCGTGGTCTCCGGAGCCGTGGTCCTGGCCACGTGCAACCGCTACGAGGTTTACGGCGAAACTGCCAACGGAGCTGACCTTGAGGCAGCCCGTTCCGCCCTCGTTTCACAGATCAGCGAACTCAGCGGCCTCAACGAGCAACTCGTCTCCCGCTCGTTTGCCACACACACAGGCCCGGACGTTACCCGGCACCTCTTCGCTGTAAGCGCCGGACTGGATTCAGCCGTCGTGGGTGAGCGTGAAATTGCAGGCCAGGTTCGCCGGGCACTGATCACCGCGCAGCAGGAAGGAACCGCCAGCTCCGGTCTGGTGCGCCTCTTCCAGGCAGCATCGAAGACCGCCAAGGATGTTGGCGCGCAAACCGCCCTCGGCTCACGCGGGCTTTCGATCGTCTCCGTGGCACTGGACCTGGCCACCGACCTCGCCGAGAACGATGATTGGTCCACCAAGAAAGTGGTTGTCTTCGGAACCGGGGCCTACGCCGGCGCTACCATGTCACTGCTCCGTGAGCGCGGCTGCACGGATGTTTCCGTCTACTCTTCTTCCGGCCGCGCCGAAGGCTTCGTCGCGACCCGCGGCGGGACGGCACTCGACGCCGACACTCTTCCTGCTGCTGTTGCCGCAGCCGACGTCATGATCGGCTGCAGCGGTTCCGACAATCGGGTGGAGGCCGCCGACCTTGCCCGCGTCCGGGCAAATTCGGGCAAGCCCTTGATCGCAATTGACCTCGCCCTCACCCACGATTTCGACCCAGCAGTGGGCGAACTCGACGGCGTTGAACTCCTGACGCTTGAATCCGTTCGGCTCGCTGCGCCCCAGGAACAAGCAGAGTCACTTTCGCAGGCCAGCGCAATCGTCAACGGCGCCGCCACGTCGTTCGAGTCCGAACGCGAAGCGCGCTCCGTGGACACCGCCATCGTGGCGCTTCGCCGCCACACCATGAACGTCCTTGACGCGGAAATGGAAAAGGTCCGCGCCCGGCACGGTTGTACCGCCGCTGCCGAAGAGGTGGAGTTCGCCCTGCGCCGGATGGTCAAGCAGCTCCTGCACATCCCCACCGTCCGGGCGCGTGAACTAGCAGCAAACGGCCAACAGGACGACTACGTTGCCGCCCTCGAGGCCCTCTACGGCATCCAGGTGGAACAGCCCCAGGCTGCTGCCCCGGCCGCCGAGTGCCCGGTGGATCACGAGCAACTCCGCTCCGAAAGCGCCTAG MVLFSLVATHADIDLETVAQLSNGSSELASAALTDSAVVSGAVVLATCNRYEVYGETANGADLEAARSALVSQISELSGLNEQLVSRSFATHTGPDVTRHLFAVSAGLDSAVVGEREIAGQVRRALITAQQEGTASSGLVRLFQAASKTAKDVGAQTALGSRGLSIVSVALDLATDLAENDDWSTKKVVVFGTGAYAGATMSLLRERGCTDVSVYSSSGRAEGFVATRGGTALDADTLPAAVAAADVMIGCSGSDNRVEAADLARVRANSGKPLIAIDLALTHDFDPAVGELDGVELLTLESVRLAAPQEQAESLSQASAIVNGAATSFESEREARSVDTAIVALRRHTMNVLDAEMEKVRARHGCTAAAEEVEFALRRMVKQLLHIPTVRARELAANGQQDDYVAALEALYGIQVEQPQAAAPAAECPVDHEQLRSESA PGPT0003650_1430 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003650-hemA-K02492 NA NA D3-18_01514 1203 hemE COG0407 Uroporphyrinogen decarboxylase GTGATCCCGGCCACAACGGCCCGGGCGGGGCGCGACGTGACAGCTTGTCGTTATCTTTTGCCCCGGATTTTCGGCACAATCGAAGGCATGACTTCTAGCGCGGCAGCATCCAACAGTACGGCCTCCAACGCCCCGGCGGGAACCCTCGACGCCAACCACCCGCTGAAGGACGGTCGGACCTCGGACTCACCGCTGATCACGGCATACCGGGGCGGCACGCCCTCCCGCAGGCCGGTATGGTTCATGCGCCAGGCTGGCCGATCCCTTCCGGAGTACCTGAAGGTACGCGAGGGCGTGGCCATGTTGGACTCTTGCCTCCGACCCGAACTCGCCGCCGAGATCACCCTCCAACCTGTTCGCCGCCACGATGTGGACGCCGCCATCTTCTTCTCCGACATCGTCATTCCGCTGAAGCTGGCGGGTGTCGGTGTGGACATCGTCCCCGGCGTGGGACCCGTCCTGGACAAGCCGGTCCGAACAGCAGCTGACGTTGCTGCCCTGCCCACGCTGACGTGGGAAGCCCTGGAGCCTATCCGTGAAGCCGTCCGCCTGACGGTTGCCGAATTGGGAAAGACCCCGCTTATCGGCTTTGCCGGCGCGCCGTTCACCCTCGCTGCCTACATGGTTGAGGGGAAGCCCTCGCGTGACCACCTCGGCCCGCGGACCATGATGCACGCGGACCCCGAGACCTGGGCCGCGCTGGCCAACTGGGCGGCCGACACCTCCGGCATGTTCCTTCAGGCCCAACTTGAGGCAGGCGCTTCGGCAGCGCAGCTCTTTGATTCGTGGGCAGGATCGCTGGGCTTGGCTGACTACACCAAGTACGTGGCGCCTGCATCTACCCGTGCGCTTGACCACGTCCGTGGACTCGGGGCACCGCTGATCCACTTCGGCACCGGCACCTCCGAACTGCTGGTTGCCATGCACGACGTCGGAGTTGACGTCGTGGGCGTGGACTACCGGCTGCCCTTGGACGAGGCCAATCGTCGGCTCGGCGGCACTGTGCCGCTGCAGGGCAACATCGACCCCGCTCTTCTGTCTGCCCCGTGGGAGGTTCTTGAAGCCCACGTCCGCGAAGTCATCGCTGCTGGTTCCCACGCCCCGGGCCACGTGCTGAACCTCGGCCACGGAGTTCCTCCCGAAACGGACCCCACAGTCCTGACACGCGTCGTGGAGCTCATTCACTCCATCCCCGCGGAGTAG MIPATTARAGRDVTACRYLLPRIFGTIEGMTSSAAASNSTASNAPAGTLDANHPLKDGRTSDSPLITAYRGGTPSRRPVWFMRQAGRSLPEYLKVREGVAMLDSCLRPELAAEITLQPVRRHDVDAAIFFSDIVIPLKLAGVGVDIVPGVGPVLDKPVRTAADVAALPTLTWEALEPIREAVRLTVAELGKTPLIGFAGAPFTLAAYMVEGKPSRDHLGPRTMMHADPETWAALANWAADTSGMFLQAQLEAGASAAQLFDSWAGSLGLADYTKYVAPASTRALDHVRGLGAPLIHFGTGTSELLVAMHDVGVDVVGVDYRLPLDEANRRLGGTVPLQGNIDPALLSAPWEVLEAHVREVIAAGSHAPGHVLNLGHGVPPETDPTVLTRVVELIHSIPAE PGPT0008465_495 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008465-hemE-K01599 NA NA D3-18_01515 1473 hemY COG1232 Protoporphyrinogen oxidase ATGCGCGGGGTACACGCAGCGCCCAAAGCAGCAGCAGGAGGACCAACCGCCGTCGTAGTGGGCGGTGGGATCTCTGGCCTGATTGCCGCACGGGAACTGGCCGCGGCCGGTTCTGCGGTTACGGTCCTTGAGGCAAACCAAGCCTGGGGCGGCTGCGTGGGAAGCCATGTTGTTGCCGGGCTGCACCTGGACAGTGGGGCGGAATCGTTCGCCACCCGATCCACAGCTGTAGCCGACCTCGCACGTGAACTTGGACTGGCGGACAGGATCGTAGCCCCGCACCCCGGCGGTGCTTGGGTGCAGCTGCCGAACGGCCCGCAAGAGCTACCAAAGACGGGAGTGCTTGGTATTCCGGCAAACCCCTGGGACCCCGAAGTGCGGCGATCTTTGGGCCTCACGGGAGCCATCAGGGCCTCCTTGGACCGCTGGCTCCCGGCCTCTGTCGGAACGTCTTCGGACGTCACCAGCGTTGCCTCCTTGGTTCGTACCCGGATGGGCAAAAAAGTTCTTGAACGGCTCGTTTCACCTGTAGTTGGTGGCGTTCACTCGGCCGACCCCGCCCTCTTGGATGTTGACATGGTGGCCCCGGGGCTGCGCGCTGGGATTCGCGCTCAGGGCTCACTCGCTGCCGCTGTTGCGGCTCAACGCAAAGGTGCCAAGGGTTCCGCATCCGGTTCCGGCGGTGCGTCTGGTCCGGCTAAGGCGGGTTCCGCCGTCGCGGGCTTAAAAGGTGGAATGAACACCCTGGTGGAAGCGCTCGTGGCGGATCTGCGGGAACGTGGAGTCGCGTTGCTCTCCAATCAACACGCCGATGATGTCGTGAAGACACAGGATGGCTGGAGGGTCACCGCCGGGAATGCCACGTACGACGCCGGCAGGCTGGTGGTTGCGCTTGAGGGTCCGGCCGCCGTTGGGCTGCTGCAGCAGTCCTTGCCTGAGCTGTCCAGCCTCCGCCCGGCTCCCGGCCCGTTGGTGAGTCTTGTGACGATGGTTGTGGACTTGCCTCAGCTGGATGGCAGGCCCCGAGGAACCGGGATTTTGGTGGCTCCGCAAACTCCGGGGATCAAGGCCAAGGCGTTGACGCATGCAACGGCCAAGTGGGATTGGCTGGCAGACGAAGCCGGTCCGGGCACACACGTTCTGCGTCTCTCCTATGGTCGGCGCGAAGAAGCTGGCGGGGGCGGGGACGTTGTCCTCGATGATGAATCACTGTTGGCCGCGGCTTTGGAGGATGCTTCCGCGCTGCTGACCGTCCCGATATCGCAGGCGGACATCGTTGACTGGGATGTGGTGCGGTGGGCGGGCGCCCTGCCGTTCGCCGCCGTCGGTCATAAACAGCGCGTGGCGCAAGTTCGCCAGGTCTGCGGCGCAGCGGATGGACTTACCGTGGTGGGTGGCTGGTTGGCTGGAAACGGCCTTGCCGCAGTAGTGGCCGATACGAGGGCGCAACTCGCGGCAGTACGGGCCGACTAA MRGVHAAPKAAAGGPTAVVVGGGISGLIAARELAAAGSAVTVLEANQAWGGCVGSHVVAGLHLDSGAESFATRSTAVADLARELGLADRIVAPHPGGAWVQLPNGPQELPKTGVLGIPANPWDPEVRRSLGLTGAIRASLDRWLPASVGTSSDVTSVASLVRTRMGKKVLERLVSPVVGGVHSADPALLDVDMVAPGLRAGIRAQGSLAAAVAAQRKGAKGSASGSGGASGPAKAGSAVAGLKGGMNTLVEALVADLRERGVALLSNQHADDVVKTQDGWRVTAGNATYDAGRLVVALEGPAAVGLLQQSLPELSSLRPAPGPLVSLVTMVVDLPQLDGRPRGTGILVAPQTPGIKAKALTHATAKWDWLADEAGPGTHVLRLSYGRREEAGGGGDVVLDDESLLAAALEDASALLTVPISQADIVDWDVVRWAGALPFAAVGHKQRVAQVRQVCGAADGLTVVGGWLAGNGLAAVVADTRAQLAAVRAD PGPT0008475_582 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008475-hemY-K00231 NA NA D3-18_01516 702 COG3253 putative protein/MSMEI_2713 ATGAGCCACACTTCTGCCGAATCTGTCACTAAAACTGCTGAAACCGAAGAACAGTTCTACACGCTGTGGACGGTCTTCAAGCGCTCGGCCGACGTCCTGCGCAGCGGCGATGCCGCACAGGAATTCGAAGCCCTTGCGGAGAAGCTCGCGGAGGGCGGCGTGATCCTCCGGGGCAGCTACGACGTCTCGGCCATGCGTTCGGACGCTGACATCATGGTGTGGCTCCATGGGCCCAAGCCGGAGGACCTGCAATCCGCCGTCCGCTCAATCCGCCGCAGCAAGCTCTTTGCGGGAACTGACATCGTCTGGTCCGCCATGGGCGTGCACCGCGAAGCTGAGTTCTCCAAGAGCCACGTGCCCGCCTACGCCCGCGGCGTCGAGCCCAGCACCTGGCTCTGCGTCTACCCGTTTGTGCGTTCCTACGAGTGGTACCTGCTGCCCACGGACGAGCGTGGCAAGATGCTCCGCGACCACGGCCTGCTTGGACGCGAATTCCCGCAGGTCATTTCCAACACTGTCTCCTCTTTTGCCCTGGGCGACTGGGAATGGATCCTCGGCCTCGAAGCACCTGAACTGGTTGACCTCGTGGACCTGATGCGTCACCTGCGGTCCACGGAAGCGCGACACCACGTCCGCGAAGAAATCCCCTTCTATACCGGCCGCCGCGTCACGGCTGCCGAGATTGCCGAGGTCCTGGCATGA MSHTSAESVTKTAETEEQFYTLWTVFKRSADVLRSGDAAQEFEALAEKLAEGGVILRGSYDVSAMRSDADIMVWLHGPKPEDLQSAVRSIRRSKLFAGTDIVWSAMGVHREAEFSKSHVPAYARGVEPSTWLCVYPFVRSYEWYLLPTDERGKMLRDHGLLGREFPQVISNTVSSFALGDWEWILGLEAPELVDLVDLMRHLRSTEARHHVREEIPFYTGRRVTAAEIAEVLA PGPT0008490_750 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS OTHER_BIOTIC_STRESS_RESISTANCE_GENES BIOTIC_STRESS_RESISTANCE-BACILYSIN_METABOLISM,PGPT0008490-hemQ-K00435 NA NA D3-18_01517 1224 hemH Ferrochelatase ATGACCCAGCCCGTTATCTCCACAGCACCGAACGCCGTCACTGAGCGTGGCCGGCAGGAGCCCAAGCGGTACGACGCCGTGCTGCTCGCATCCTTCGGTGGTCCTGAAGGCCAGGATGACGTCATTCCGTTCCTGCGCAACGTCACCCGTGGTCGCGGCATCCCGGATGAGCGCCTCGAAGAGGTCTCGCACCACTACCGGGCTTTTGGCGGCATCAGCCCCATCAACCAACAGAACCGTGAGCTGAAGGCCGCGATCGAGGCTGAACTGGCACAGCGCGGCATCGAGTTGCCGGTCCTCTGGGGAAACCGGAACTGGGACCCGTACATCGCGCCGGTCCTGCAGGACGCTTACGACGCCGGACACCGCCGGATCCTGATGCTCACCACCAGCATCTACTCCTGTTACTCCAGCTGCCGGCAGTACCGTGAAGACATTGGTATTGCGCTGACCGAAACCGGCTTGGACGGCAAGCTTGAAGTGGACAAGATCCGCCAGTACTTCGACCACCCCGGCGTAGTTCAGCCGTTCCTTGAGGGAACTACGGCCGGCTTGGAGGAGATCCGTGGGAAGCTCGCCGCAGCAGGCGAAGCCGACCCGGATTCGAAGATTCGAGTGCTGTTCGCCACCCACTCCATTCCTACCCGGGATGCAGAGGCTGCAGGCAGGTCCGAGGACGAACCGCGCGAATTTGCTGAAGGTTCCGCCTACGCTGCACAGCACCTTGCCAACGCCAAAGCCATCATGGACGCTGTGGCACCGAACGTGGCCTGGGACCTCGTATACCAGTCCCGCTCGGGCGCTCCGCACATTCCCTGGCTGGAACCTGATATTAATGACCACCTGGAGGAGATCGCCCCCGAAGGCGTCCGCGGTGTGGTCATCGTTCCCCTTGGTTTTGTCAGCGACCATATGGAGGTTGCCTGGGACCTCGACACCGAGGCACTGGAAACCTGCAATAACCTGAACATCGAGGCCACCCGCGTGCCCACTCCGGGTACGCACGCGGCTTTCGTGTCCGGACTGGTGGACCTGATCTGCGAACGCACCGTAGAACACAACATCGCTGACCGTCCCCACGTAACGGACCTTGGCCCTTGGTACGACGTCTGCCGTCCCAACTGCTGCGAGAACTTCCGAGGGGCAAAACCCGTCATCTCCGAAGTTGGCGCCAGCATCGGTATCGGCCATGACGCCTACCCCGCTCCGGAGGCTGCCAAGTGA MTQPVISTAPNAVTERGRQEPKRYDAVLLASFGGPEGQDDVIPFLRNVTRGRGIPDERLEEVSHHYRAFGGISPINQQNRELKAAIEAELAQRGIELPVLWGNRNWDPYIAPVLQDAYDAGHRRILMLTTSIYSCYSSCRQYREDIGIALTETGLDGKLEVDKIRQYFDHPGVVQPFLEGTTAGLEEIRGKLAAAGEADPDSKIRVLFATHSIPTRDAEAAGRSEDEPREFAEGSAYAAQHLANAKAIMDAVAPNVAWDLVYQSRSGAPHIPWLEPDINDHLEEIAPEGVRGVVIVPLGFVSDHMEVAWDLDTEALETCNNLNIEATRVPTPGTHAAFVSGLVDLICERTVEHNIADRPHVTDLGPWYDVCRPNCCENFRGAKPVISEVGASIGIGHDAYPAPEAAK PGPT0008485_546 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 D3-18_01518 999 hemC COG0181 Porphobilinogen deaminase GTGACTGTTCGCATCGGCACCAGGGCGAGCAAACTTGCTCTGACGCAGACGCAGCAAACTGCGGACCAGTTGGCTGCCGTCGGCGGCTTCCCGGTGGAGCTCGTGCACATCAAGACCGAGGGAGACGTCAAAACCGGATCCCTTTCCCAGATGGGCGGCACAGGTGTGTTCGTTGCTGCCCTGCGGGATGCACTCCTCGCTGAAACCTGTGATGTCGCCGTCCACTCCCTGAAGGACCTGCCCACGGGAGCCGCACTTGGCCTGAGCATCGCCGCAACACCCAAGCGGGTGGATGTCCGTGACGTTCTTTGTGCACGCGACGGTATGACTCTTGCCGAGTTGCCGGGCGGCGCCAAAGTAGGCACAGGCTCGCCACGGCGGGCCGCTCAGCTACGGGCTGCACGTCCGGACATTGAGGTACTCGATATCCGTGGGAACGTTGATACGCGTCTCGGCCGTGTCCCGGGACTACCAGGAAACGCCACCGATGAAGTTGTTCCAGGCAAGTCCTGCGACCTCGACGCCGTGGTGCTGGCCGCCGCGGGCCTGGAGCGCATGGACCGCCTGGACACTGTCAGCGAGTTCTTCGAATCCGATGTCATGCTGCCTGCCCCCGGGCAGGGAGCGTTGGCCATCGAATGCCGGACCAACGATGCCCCGCGTTTGGCGGGTTCCACCGAAGGGTCAAACGGAGTGCTCGCACAGGCCCTTGCGGCGCTGAACGACGACGACACCCGTCTCGCCGTCACGGCCGAGCGTGCAGTCCTGGCCAGGCTTGAAGCCGGATGTGCAGCTCCTGTGGGTGCCTACGCCTTCCGCAAGGGCAGCATGCTGCACCTTGAAGCAGTGGTCTGTGCCGTGGATGGCACCAAGACTGTGCGCGAGAAGAAAGCCACCGACGGTCTCACGGAAGTCGGAGCCACGTTGCTCGGCATCGAAGTGGCGGAGCTCTTGCTCGCTGCCGGCGCCGCGGAGATCGCGGACCTTGCGGCGTCCTGA MTVRIGTRASKLALTQTQQTADQLAAVGGFPVELVHIKTEGDVKTGSLSQMGGTGVFVAALRDALLAETCDVAVHSLKDLPTGAALGLSIAATPKRVDVRDVLCARDGMTLAELPGGAKVGTGSPRRAAQLRAARPDIEVLDIRGNVDTRLGRVPGLPGNATDEVVPGKSCDLDAVVLAAAGLERMDRLDTVSEFFESDVMLPAPGQGALAIECRTNDAPRLAGSTEGSNGVLAQALAALNDDDTRLAVTAERAVLARLEAGCAAPVGAYAFRKGSMLHLEAVVCAVDGTKTVREKKATDGLTEVGATLLGIEVAELLLAAGAAEIADLAAS PGPT0003660_1059 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003660-hemC-K01749 NA NA D3-18_01519 879 hypothetical protein TTGCGGCGTCCTGAGACGCATGAATTGAACGGGCTGACCGGTCGGCGCGTCCTGATTACCAGGACCGCCGACCGTGCGCGTCCCCTGGCATCGCTTTTGAGCGGTTTGGGAGCGGAGCCACTGGTGCTGCCGCTCATCGATTTTGAGAAGGCGGGGGACCAGGTTCCCCTTGACGCCGCCTTGGAACGTTTGGTGGCCGGTGATTTCAACTGGATGGTGATCAGCAGCATCACCACTGTGCGGGTTTTATTGGAGAAAGCTGCTCAGCGCGGCGTCGCCGTGGCGGACCTTGTCCCAGCCGATACGAAGGTTGCCACGATAGGTCCCTCCTCCCGTCAGGTCCTTGAATCCGTGGGCCTCACGGTCGCCTTGGCTCCTGCGGAAGTCCAGTCGGCCGATGGATTGCTTGCTGTGTGGGAGGCGTCCAGTGAACGGGTTTTCCTGCCTCAAGCTGACATCGCATCGCCCGGCCTGCGGGAAGGCCTGGCCGCTGCCGGTGCGGATGTCACCTGCGTGGTCGCTTATCACACGGTGGACTACCCTGCCCGAGCGGAACTTCGCCTTACAGCGGAACTTCCGTCCGGCGTCGTGGTTTCCGCCCTTGATGTTCCGGCAACGCTCAGCCCGGAAGAGGCACGCGCCGCACTGGATGCCGGAACCCTGGACGCCGTAGTGGCTGCTTCTCCCAGCGCTGCACGTCGCATCGCCCAATTGTTTCCGGCATTGGGCACCTGCCGCTTCGTCGCCATTGGGCGTCCGACGGCGACAGAGGCCTCGCGGTTCGGCCTCACCGTTGCAGTTACTGCCAAAGAACCAACCCCGGACGGCATTGTGGCCGCCTTGGAATCTATTTTCGCCAACGAAGGGAACCCGCAATGA MRRPETHELNGLTGRRVLITRTADRARPLASLLSGLGAEPLVLPLIDFEKAGDQVPLDAALERLVAGDFNWMVISSITTVRVLLEKAAQRGVAVADLVPADTKVATIGPSSRQVLESVGLTVALAPAEVQSADGLLAVWEASSERVFLPQADIASPGLREGLAAAGADVTCVVAYHTVDYPARAELRLTAELPSGVVVSALDVPATLSPEEARAALDAGTLDAVVAASPSAARRIAQLFPALGTCRFVAIGRPTATEASRFGLTVAVTAKEPTPDGIVAALESIFANEGNPQ PGPT0003665_2668 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003665-hemD-K01719 NA NA D3-18_01520 981 hemB COG0113 Delta-aminolevulinic acid dehydratase ATGAGCTTTCCGAACCATCGTCCCCGCCGCTTGCGCACCACTCCCGCCATGCGCAGGCTTACCGCCGAGACCCGCCTGGCGCCCGCGGACCTGATCCTTCCGGCGTTCATCCGGGAGGGACTTACTGAGCCGAGCCCCATCAGTTCCATGCCGGGGGTCGTCCAGCACACCACCGAGTCACTGAAGCGGGCGGCCGCGGAAGCCGTGGAGTTGGGCGTCGGAGGCATCATGCTGTTCGGCGTGCCTGCGGTACGTGACGCGCAAGGCACCGCCTCCCTGGACCCTGAGGGCGTCCTGAACAAGGCCATTCGCGACGTCAAGGCGGAGGTCGGTGATGACCTGGTGATCATGGGCGATGTTTGCCTCGACGAATTCACGGACCACGGCCACTGCGGCGTCCTTGATTCCGATGGCTATGTGGACAACGACGCCACGCTGGAGATCTATGGCCGGATGGCTGTAGCGCAGGCCGACGCCGGAGCCCATGTGCTGGGCCCCTCGGGAATGATGGACGGCCAGATCGCGGTGATCCGTCAAGCACTGGAGGAATCCGGACACAAGAACACTGCTGTTCTTGCCTATGCGGCCAAGTACGCGTCAGCGTTCTACGGCCCGTTCCGAGAGGCCGTGGATTCCCAGCTCAAGGGTGATCGCCGGACCTACCAGATGGACGCGGCCAACCGTCGGGAGGCCATCCTGGAAGTTGAGCTGGACCTCGAAGAAGGCGCCGACATGGTGATGGTCAAGCCTGCCATGAGTTACCTGGACATCCTGGCCGATGTCGCTGCCATGAGCCCGGTGCCGGTCTCGGCCTACCAAATCTCGGGGGAGTACGCCATGATCGAAGCGGCCGCAGCCAACGGATGGATCGACAGGCGCGGTGCCATCACGGAGTCCGTCCTCGGCATCAAGCGTGCCGGAGCCGACACCGTCCTGACCTACTGGGCCTCCGAACTGGCAGGCTGGCTGAAGGAGTCCTGA MSFPNHRPRRLRTTPAMRRLTAETRLAPADLILPAFIREGLTEPSPISSMPGVVQHTTESLKRAAAEAVELGVGGIMLFGVPAVRDAQGTASLDPEGVLNKAIRDVKAEVGDDLVIMGDVCLDEFTDHGHCGVLDSDGYVDNDATLEIYGRMAVAQADAGAHVLGPSGMMDGQIAVIRQALEESGHKNTAVLAYAAKYASAFYGPFREAVDSQLKGDRRTYQMDAANRREAILEVELDLEEGADMVMVKPAMSYLDILADVAAMSPVPVSAYQISGEYAMIEAAAANGWIDRRGAITESVLGIKRAGADTVLTYWASELAGWLKES PGPT0003655_3451 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003655-hemB-K01698 NA NA D3-18_01521 1116 hypothetical protein ATGTCCCCTGTTTCCCCAGAGTCCGCTGTTCCCGCAGAATCAGTAGTCCCGTCCGACCCCAGCGCGCCAGTGGGGGCCAACGAGATCCTCCTCGGCCTGAATACTTTTGGCGACGCCGGTGTGGATGCCGAGGGGAACCCGAAGGAGCATGCGCGTGTCCTGCGCGAACTGCTCCAGGAAGCAAAGCTGGCTGACGCCGTCGGAATCCATGCTTTTGGTGTGGGCGAACACCACCGCCGCGATTTCGCTGTGTCCGCGCCAGAGGTCTTCCTTGCAGCGGCAGCCGCAGTGACCTCGCGGATTCGCTTGGGGTCGGCCGTTACCGTGCTCAGCTCCGATGATCCGATCCGGGTTTTCCAGCGCTTCGCCACCGTGGACGCGTTGTCCAACGGCAGGGCAGAGGTAATGCTCGGCAGGGGTTCGTTCGTGGAGTCGTTCCCGCTGTTTGGTTTGGACCTGGCGGACTACGAAGTCCTGTTCGAGGAAAAACTGGAGCTGTTTGATAAGGTTCGGGCACAAAAACCGGTTCATTGGGAGGGGCGCACGCGGCCCAACGTCAATGGACTGCAGGTATACCCAAAATTGCAGCACCACTTGCTGCCGGCCTGGATTGGCGTCGGAGGTACACCTGAGTCCGTGCTGCGCTGTGCCGAATATGGTTACCCCATCATTTTCGCCATCATCGGGGGAGAGCCCCGCCGCTTCGCACCGCTGGTCAACCTGTACCGTGAGGCGATGGCCAAGTACGGCCATCCGATGCGTCAGATCGCAACGCACTCACCCGGTTTCATCGCTGACACGGACGATGCTGCCCGCGAAGAGCTCTTCCCGCATTGGCTGGAGCAGCGTAACAGGATCGGTTCCGAACGTGGCTGGGGTCCAGGGAACCGTGGGGAGTTTGATGCCATGTGCGGCCCGGAAGGTGCCCTCTACGTTGGCTCCCCGGAAACCGTGGCGCAGAAAATCGTCCTGCTCAAGCGGAACCTTGGCGTGGACCGCTTCGACCTCAAATACAGCAATGGAACATTGCCGCATCAATCCATGATGCGCTGCATCGAGCTCTACGGCACCGAGGTAGCCCCGCGGGTTGCTGAGCTGCTGGCCACAGCATCCTAG MSPVSPESAVPAESVVPSDPSAPVGANEILLGLNTFGDAGVDAEGNPKEHARVLRELLQEAKLADAVGIHAFGVGEHHRRDFAVSAPEVFLAAAAAVTSRIRLGSAVTVLSSDDPIRVFQRFATVDALSNGRAEVMLGRGSFVESFPLFGLDLADYEVLFEEKLELFDKVRAQKPVHWEGRTRPNVNGLQVYPKLQHHLLPAWIGVGGTPESVLRCAEYGYPIIFAIIGGEPRRFAPLVNLYREAMAKYGHPMRQIATHSPGFIADTDDAAREELFPHWLEQRNRIGSERGWGPGNRGEFDAMCGPEGALYVGSPETVAQKIVLLKRNLGVDRFDLKYSNGTLPHQSMMRCIELYGTEVAPRVAELLATAS NA NA NA NA NA D3-18_01522 1320 hemL COG0001 Glutamate-1-semialdehyde 2,1-aminomutase ATGACGTCAAACACCCCCGTGTCCGATCAACTGTTCGACCGTGCCCGGTCCCTGATGCCCGGCGGCGTGAACTCGCCGGTGCGGGCCTTCGGGTCAGTGGGCGGCACTCCGAAGTTCATGGTGTCCGCCAAGGGCGCCTACCTGACGGACGCCGACGGTAAGGAATACGTAGACCTCGTCTGCTCCTGGGGCCCGGCGCTGCTGGGCCACGCCCACCCTGCCGTGCTTGACGCCGTTCACGCAGCTGTGGACCGGGGCCTTTCCTTCGGAGCCTCCACACCGGATGAAGCCAACCTTGCCGCGATCGTCAAGGACCGGGTGTCCGCCGTCGAACGCCTGCGGATGGTGTCCACCGGAACTGAAGCCACCATGACGGCCGTTCGCCTGGCCCGCGGTTTTACGGGCCGCAACCTGATCATCAAGTTCGCCGGTTGCTACCACGGGCACTTGGACGGACTGCTGGCGGCTGCAGGATCCGGTGTCGCCACGTTGGCACTGCCCGGCTCTGCCGGTGTCACAGAGGCCACCGCAGCTGAGACCTTGGTTCTGCCTTACAACGATCTCGCTGCCGTCGAGGCTGCCTTCGCTGCCCACGGCCAAAACATCGCTGCCGTCATCACGGAAGCGGCTCCGGCGAACATGGGCGTCGTCACCCCGGGCGAAGGCTTCAACGCGGGCCTATCCCGTATCACCAAGGAAAACGGTGCGCTCCTCATTCTCGACGAAGTCCTTACCGGCTTCCGCACCGGCTACTCCGGCTACTGGGGATTGACCGGTCGCCAGGAAGGTTGGGCTCCGGACCTGCTCACTTTCGGCAAGGTCATCGGCGGTGGAATGCCGACGGCGGCCCTCGGCGGCCGTGCCGACGTCATGGACTACCTCGCTCCCGTAGGCCCGGTCTACCAGGCCGGTACCCTGTCCGGAAACCCCGTGGCTATGGCCGCAGGCGTGGCAACGTTGACCAACGCAACTCCTGAGGTCTACGCCTACGTTGATGCCCGTTCGCTGGAACTCTCAGCTGCGCTCTCCTCCGCCCTTGATGACGCCGGTGTGGACCACTCCATCCAGCGGGCGGGCAATCTGTTCTCTGTTGCGTTTGGTACCTCTACCCACGGCGTGCACAACTACGACGACGCCCAGCGGCAGGAAAGCTTCCGATACGCCCCGTTCTTCCACTCCATGCTTGACTCCGGCGTTTACCTTCCGCCGTCGGTCTTCGAAGCCTGGTTCCTCTCCGCTGCCCATGACGACGCCGCGATGAACCGCATTATCGACGCCCTTCCGGCAGCAGCGAAAGCTGCAGCGGGCGCTACGGCCTAG MTSNTPVSDQLFDRARSLMPGGVNSPVRAFGSVGGTPKFMVSAKGAYLTDADGKEYVDLVCSWGPALLGHAHPAVLDAVHAAVDRGLSFGASTPDEANLAAIVKDRVSAVERLRMVSTGTEATMTAVRLARGFTGRNLIIKFAGCYHGHLDGLLAAAGSGVATLALPGSAGVTEATAAETLVLPYNDLAAVEAAFAAHGQNIAAVITEAAPANMGVVTPGEGFNAGLSRITKENGALLILDEVLTGFRTGYSGYWGLTGRQEGWAPDLLTFGKVIGGGMPTAALGGRADVMDYLAPVGPVYQAGTLSGNPVAMAAGVATLTNATPEVYAYVDARSLELSAALSSALDDAGVDHSIQRAGNLFSVAFGTSTHGVHNYDDAQRQESFRYAPFFHSMLDSGVYLPPSVFEAWFLSAAHDDAAMNRIIDALPAAAKAAAGATA PGPT0003680_1672 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003680-hemL-K01845 NA NA D3-18_01523 1287 lpqI COG1472 Beta-hexosaminidase LpqI ATGCGCAAGTCCCCTTCCATTGCATCATTGAGTCTCAGCATCGCCACCGCCGGAGTGCTGCTGGTCGCAGCCGCTGGCTGTTCCAGTGGCACAGACGGTTCCGGCCAAACCTCGGGGGAGGCGACGCCGTCGGTGGCTCCTTCTTCGCCCTCAGTATCGCCCGCTCCCACAACGCCGCCGGCATCAGTTACCAACTCAGCGGTTCCTTCCCCGCCCCCCTCCGTAGCCCCTGCGCCGGCGCCCAGCGCGCCGTCAGCTGCGGAGCAGCAGCTCGCCGCACTCAGCCTTGAGCAACGGGTGGGACAACTGTTCATGGTGGCAGCCAAGGCCAGCGGTGCCGAACCGGGAACCATGGATGCGCTGACCAAATATCACGCCGGAAACGTTTACCTCAGCGGACGCAGCAAGGCCGGAACTGCCCCGACCGCGTCCCTTGTGTCTTCGCTGACAGGCACGGTATCTACTGCCACCACCGGCGGGGTACCCCTTTTTGTGGCCACCGACCAAGAGGGCGGATACGTCCAGGTTCTCTCCGGTCCGGGGTTCTCCACCATTCCCACGGCCCTGGTCCAAGCGTCTTCCGGGGCGGCGAAACTCCGCGCGGATGCTACAACGTGGGGGAAGGAACTTAGCAGCGTAGGCGTCAACGTGAACCTCGCACCGGTTTTGGATACAGTGACCAGCCCGCAGTTTGCGCCCTCGAATGCCCCCATCGGCCATTTTCAGCGGGAGTACGGCTATGACCCGGCCAACGTCTCGCTGCTGGGCAATGCCTTTGCCGATGGCATGAAGGACGCCGGAGTGGCCCCCGTGGTGAAGCACTTCCCGGGACTTGGCAGGGTTGTTCCCAACACGGACGTCACAAGCGATGTCCGTGACACGACAACCACACGGAACGATCCCGCATTGTCGCCCTTCCATGCGGCCATCACATCGGGCGCCCAGTGGGTCATGGTTTCGAATGCCTACTACGACAAGATCGACGCCGCCAACATTGCACCGTTCTCACCGACCGTGATGGATACGATGCTGCGTGCTGACGCCGGCTTCAAGGGGATTGTCCTTTCGGATGACCTCTGCAGCGCTGCCCAGCTGGAATCATGGTCCGATGCCGAGCGTGCCCTGAACTTCTTCGGCGCAGGCGGAACCATGCTGGTCTGTGCCGATCCCGCGAGCATTCCGGCAATGCACCAGGCGGTGGTGCAGAAGGCCACGGCAGATCCTGCCTTCCGGGCAAAGGTGGACGCCGCAGCGCTTACGGTGCTGCGGGTCAAAGCCGGTCAATAG MRKSPSIASLSLSIATAGVLLVAAAGCSSGTDGSGQTSGEATPSVAPSSPSVSPAPTTPPASVTNSAVPSPPPSVAPAPAPSAPSAAEQQLAALSLEQRVGQLFMVAAKASGAEPGTMDALTKYHAGNVYLSGRSKAGTAPTASLVSSLTGTVSTATTGGVPLFVATDQEGGYVQVLSGPGFSTIPTALVQASSGAAKLRADATTWGKELSSVGVNVNLAPVLDTVTSPQFAPSNAPIGHFQREYGYDPANVSLLGNAFADGMKDAGVAPVVKHFPGLGRVVPNTDVTSDVRDTTTTRNDPALSPFHAAITSGAQWVMVSNAYYDKIDAANIAPFSPTVMDTMLRADAGFKGIVLSDDLCSAAQLESWSDAERALNFFGAGGTMLVCADPASIPAMHQAVVQKATADPAFRAKVDAAALTVLRVKAGQ PGPT0012175_2048 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSAMINIDASE,PGPT0012175-nagZ-K01207 NA NA D3-18_01524 738 glnQ_4 COG1126 Glutamine transport ATP-binding protein GlnQ ATGAGTGAATTCGCATCAGGTACGTTGACGGCGAAGAACATCCACCTGTCGTTCGGCAGCAACCATGTGTTGCGGGGCATCGACCTGCACGTCGAGAAGGGCACCACGGCCTCCGTTATCGGCCCGTCCGGCTCAGGCAAGTCAACGCTGCTCCGTGTGATGAACCGGCTCATCGAGCCGGATCAGGGCGATATCCTGCTGGATGGACGTTCGGTCCTCAAGGACAACCCGGACGAACTGCGTCGCCGCATCGGCATGGTCTTCCAGCAGTTCAACCTTTTTCCGCACAAGACGGTGGCTGAGAACATCTCGCTGGCACTGCGCAAACTCCGTGGCATGTCCAAGGAACAGGCGCGCGACGAGGCACTGGCCCAGTTGGACCTGGTGGGTTTGAAGCATAAGGCGGATTCCCGTCCGGCCAACCTCTCAGGCGGACAGCAGCAGCGTGTGGCGATTGCCCGCGCGTTGGCCATGAAGCCTGAGGTGATGTTCTTTGACGAAGCTACCTCCGCGCTGGACCCGGAACTCGTCAAGGGTGTTCTTGCGCTTATGACGGACCTGGCCCAGGGAGGCATGACCATGGTGGTGGTAACCCACGAAATGGGCTTCTCCCGCAACGTCTCAGACATCGTGACCTTCATGGATGCCGGCGTGGTGGTTGAATCCGGACCTCCGGAGCAGCTGTTCACCAACCCGCAAACGGAACGCCTTCAGGGTTTCCTTTCGGACGTCCTTTAA MSEFASGTLTAKNIHLSFGSNHVLRGIDLHVEKGTTASVIGPSGSGKSTLLRVMNRLIEPDQGDILLDGRSVLKDNPDELRRRIGMVFQQFNLFPHKTVAENISLALRKLRGMSKEQARDEALAQLDLVGLKHKADSRPANLSGGQQQRVAIARALAMKPEVMFFDEATSALDPELVKGVLALMTDLAQGGMTMVVVTHEMGFSRNVSDIVTFMDAGVVVESGPPEQLFTNPQTERLQGFLSDVL PGPT0020790_4248 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 D3-18_01525 765 artQ COG0765 Arginine transport system permease protein ArtQ ATGGATATCCTCAATCAATTAGCCGACACCTTCTTTGACTGGGAGGCGATGGGCGAAGTCATTCCCAAGATGTTCGCTGTCGGTCTGCCCAACACCATCGTCCTGGCTGTCGTCTCGGGCATCATCGGGACCGCGCTCGGGATGTTGCTCGCCCTGATGGGGATCTCGCGGAACGCAGCAGCACGGTGGGTAGCCCGCATTTACACGGACATTCTCCGCGGGCTCCCCCCGGTGCTGACCATCCTGGTGATCGGATTCGGCTTTGGCCCGATTATTCGCGAACTGACGGGCTCCACCAGCCCGTACCCCATGGCCATCGCGGCGCTGTCCTTGATGTCCGGTGCGTACATCGGCGAGATTTTCCGTTCCGGCATCCAAAGCGTGGACAAGGGCCAGCTTGAGGCAACCCGTGCCCTCGGGTTCAGCTACGGCTCGTCCATGCGCCTGGTTGTAGTGCCGCAAGGCATCCGCCGCGTTCTTCCTGCGTTGGTCAACCAGTTCATCGCGTTGATCAAGGAATCGTCACTGGTCTTCATGCTTGGCCTCCTGGCAACAGAGCGTGAAATCTTCCAGATAGGTAAGGATGCAGCAGCCAACAGTGGCAATCTGTCCCCTTACGTGGCAGCAGCCATCTTCTATCTGGCGTTGACCATCCCACTCACGCACTTCGTGAACTTTATTGATGCCCGCATGCGCGCTGGACGCCCCGAGAAGAAGGAACCGGACGAGGCAGCGGCCGTCGTAGGAAAAGGAGCGCAGGCATGA MDILNQLADTFFDWEAMGEVIPKMFAVGLPNTIVLAVVSGIIGTALGMLLALMGISRNAAARWVARIYTDILRGLPPVLTILVIGFGFGPIIRELTGSTSPYPMAIAALSLMSGAYIGEIFRSGIQSVDKGQLEATRALGFSYGSSMRLVVVPQGIRRVLPALVNQFIALIKESSLVFMLGLLATEREIFQIGKDAAANSGNLSPYVAAAIFYLALTIPLTHFVNFIDARMRAGRPEKKEPDEAAAVVGKGAQA PGPT0020795_3890 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 D3-18_01526 951 mltF Membrane-bound lytic murein transglycosylase F ATGAAATTCAAAGCCCCTAAGTGGCTGTCTGTTGCCCCCGTGGCTGCAGCCCTGGTGATTTCCCTGGCAGCGTGCGGCGGAGGAACCTCCGAGCCCAGCGGCTCCCCCACCGACGCCCTGGCCGGTAGCGACCAGAAGTCGTTGGACACGCTTACCACCGCTGACGTTACGGCGCTGGACAAGATCGACAAGTCCAAGCTGGGCCTCATCACCGACGGCACCCTGCGCGTGGGCACCCTTTCCGACGCCCCGCCGAACATCTTTATTGATCCTTCCGGTAAGTTCACCGGTTACGACAACGAACTCCTGCGCGCAATTGGTGACAAGCTGGGGCTCAAGGTCGAGTTTGCGTCCACTGACTTCTCAGCGCTCCTGTCGCAGGTGGGCAACAAGCAGTTCGACGTCGGATCCTCCTCGATCTCCACCACGGACGCCCGCCGCAAGACGGTCGGTTTCACCAATGGCTACGACTTCGGCTACATGGCAATCGTGACCAAGAGCGACTCCAAGGTCACCGGCTTCGCGGACGTCAAGGAAGGCCTGCGCATCGGCGTTGTCCAAGGCACCGTCCAGGATGACTACATGACCAACACGCTTAAGATCGAGCCGGTCCGTTTCCCTGATTACAACACCGTTTACGGCAACGTCAAGAACGGCCAGATCGATGCTTGGGTTGCACCTTCCCAGCAGGCAGAAGGCCAGGTCAAGGACGGCGACAACACCAAGATCGCCGAGAAGGTTGTCAACACCCAGAACTTCACCGCCTACGCAGTGAACAAGGACAACCAGCCGCTGATTGATGCCCTGAACTCCGGTCTGGACGCTGTCATCGCTGACGGAACCTGGGCCAAGCTCACAGCCGAATGGTACAAGGACCGTCCCACTGCCGCCGAGCAGACCCCCCAGGGCTGGAAGCCGGGCAGCAAGGCCGTCCAGCTCCCCGCCAAGTAA MKFKAPKWLSVAPVAAALVISLAACGGGTSEPSGSPTDALAGSDQKSLDTLTTADVTALDKIDKSKLGLITDGTLRVGTLSDAPPNIFIDPSGKFTGYDNELLRAIGDKLGLKVEFASTDFSALLSQVGNKQFDVGSSSISTTDARRKTVGFTNGYDFGYMAIVTKSDSKVTGFADVKEGLRIGVVQGTVQDDYMTNTLKIEPVRFPDYNTVYGNVKNGQIDAWVAPSQQAEGQVKDGDNTKIAEKVVNTQNFTAYAVNKDNQPLIDALNSGLDAVIADGTWAKLTAEWYKDRPTAAEQTPQGWKPGSKAVQLPAK PGPT0020800_809 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 D3-18_01527 711 dinG_1 3'-5' exonuclease DinG ATGAGCTCCTGGAACACCCTCTCCCGCGCCGCATTCGACCTCGAGACCACCGGGAAGAACTCACGGTCGGCGCGGATCGTCACCGCTTCCATCACTGTCGTGGATGCCCACGGGGAGCTCATCGCAGAGCACGAGTGGCTGGCAGATCCCGGTGTTGAAATCCCGCTCGAAGCCAGCGAGGTGCACGGCGTCACTACAGAGAAAGCCCGTGCAGAGGGCCGCCCGGCGGCCGACGTCACGCGAGAGGTGGCCGGGGTACTCCAAGGACTATTCGACGACGGCACTCCCGTCATTGCTTTCAACGCCAGCTACGATTTCACTGTGTTGGCGGCCGAGTCCGCACGCTACGGCGTCCCCCAACTCAGTCGCTTCCCCGTGCTGGATCCTTATGTGATGAACAAGCAGGTGGACCGTTACCGCAAGGGAAAGCGCACGCTTACCGCTTTGTGCGAGGAATACGGTGTGGACCTGACAAACGCGCATACTTCCGCTGCAGACGCTCTCGCTACGCTCCGTGTATTGGATGCCATGGCCGGCAAATTCCCCAAGTTGCAGATGCCGGCGCCGGCGTTGCATCAGCTGCAAGTAGACTGGGCGGCATCCCAGGCCGCTGATTTCCAGCAGTACTTGCGGCGCAGTAAGCCCACTGCGGTCATCGAGGGCGAGTGGCCGGTCCTTCCGCCTGAAGATGCTAGCCGGGGCGGCTTTTAA MSSWNTLSRAAFDLETTGKNSRSARIVTASITVVDAHGELIAEHEWLADPGVEIPLEASEVHGVTTEKARAEGRPAADVTREVAGVLQGLFDDGTPVIAFNASYDFTVLAAESARYGVPQLSRFPVLDPYVMNKQVDRYRKGKRTLTALCEEYGVDLTNAHTSAADALATLRVLDAMAGKFPKLQMPAPALHQLQVDWAASQAADFQQYLRRSKPTAVIEGEWPVLPPEDASRGGF NA NA NA NA NA D3-18_01528 402 hypothetical protein GTGACGGCGGTTCTGGCCGTTGTGGACCTTGTTCCATCGGGTTCGGCGGTCTCCTACGGTGACGTCGCAGAGCTTTTGGGAGCCGGTGGACCGCGGCAGGTCGGCGCAGTGATGAGTCACTATGGCAGCTCCGTTGCCTGGTGGCGTGTCTTGCGCGCCAGCGGCGAAGCGCCCCCGGGTCACGAAGCCGACGCCCTGCGGCATTACTTGGAGGAAGCCACCCCGCTGCATGGCGCATACGAGGCCTTCCTGAGGACGGGTGAAGGCCGTTGGCGCGTCGATCTGACAGCGGCCCGATGGACGCCTACCGACTCTGATTTCGACCAACTGGATGTGATCTCGGACCAGTTGGAGCGTCAACTCCATAAATTGTCGGTGCCCGATGATGAAATGAATGTGTGA MTAVLAVVDLVPSGSAVSYGDVAELLGAGGPRQVGAVMSHYGSSVAWWRVLRASGEAPPGHEADALRHYLEEATPLHGAYEAFLRTGEGRWRVDLTAARWTPTDSDFDQLDVISDQLERQLHKLSVPDDEMNV NA NA NA NA NA D3-18_01529 3354 rep ATP-dependent DNA helicase Rep GTGACCGCGACTCCTGCCAAAACCCGCCAAGCACCGGCAGCCCTCCGCCTGCTCCCGCCGCGTGAAACCCACTACGCGGCTCCTGTCCTGTCTCCGGACCAAAGAGCAGTCGTTTCCCTCCCGCAAGGGAGCGGCCCTGTCCTCGTCCCCGGGGGTCCGGGAACGGGTAAATCAACAGTGCTGGTGGAATCCGCAGTCCGCCGCGTCCGTGAGGATGGCTTGGACCCGGAACAGGTTCTCGTTCTTGCTCCCGGGCGCCACGCCGCGGCAGCATTGCGCGACACCTTCACAGGACGGCTGGACCGCAGTCTGAGTACGACGCCGGCACGCACTTGGGCGTCCTACGCCTTCGACGTTATCCGGCGGGCAAAGGCGGAAGGCATACTGCCGCTGACGCGGCCACCTAAGCTTCTCTCGGGCCCCGAACAAGACCTCATCATCAAGGAATTGCTGGAAGGCCACTCCCGTCCGGGATTCCAGCTTCCTTGGCCGGAGGACCTCGCAGCAGCACTTCCCACCCGCGGCTTCCGTCACGAAATCCGACAGTTGTTCGACCGAATCATCGAATCGGGGCGAACCGCCGAGGACCTGGTCGGGCTGGCTTACGAATGCGGACGGCCTGATTGGATGGCGGCTGCCGAACTGTACAGCGAGTACCGGGATGTCCTGGACCTCCGCATGCCTGAGGCCTTTGACCCTGCTGGAATCATCACCACGGCGCGGCAGATTTTCCAGGACTCGCCGGCCTTCCTGGCTGCTGAGAGGGAACGACTCAAACTCATCCTCGTGGACGACGCCCAGGAATCGAATCCTGCTGTGTTCGAGCTCCTTGCCGACATCGGCGAAGGCAAAGACGTCGTGGTGACCTACTCACCGGATACGGTCGTGCAAGGCTTCCGCGGCGCACGCCCGGACCTGGTGTCAGAGCTGCCAACACTGCTGGGAGGCGCACAGCAAAACGTTCTCGAACGCCCACTGTCTGTTACCCACAGGCATGCGCCTGAAGTAGCGGAGGCGTGGACCCGGGTCGCGAGCCACATCTCGCAGCGCTCGGGTGGCCAGTTGGCCCGGCAAATGGAACAACCACAACATCCGGACGGCATGCATCCTGCATCTGCCCGGGATGGTCGGGTGGAGGGTCATGTGCTGCCGTCAGCTGTCCACGAGTTGAGATACGTTGCCCAGCGCATCCTCGAAGCTCAGCTGCGGGAATCGCGGGAGTTCAGCGACATCGCGGTGATCGTCCGGAACGGCGGGCAAATTTCCCAGTTGCAGCGTTACCTGAGCGGCCAGGGGATCCCGGTGCGTGTTCCAGTGGCAGACTCGGCCGTCCGAGACGAAGTCGCGGTGCGTCCCCTGTTGGAGGCCTTTGCCATTGTTCTGGACCCGGCAAAGCTGACGCCGGAAACGGCAGTTTCCCTCCTCACTTCCCGCATCGGCGGAGCCACGGCCATCGAACTGCGCAGGCTACGCCAGTCCCTGCGCCGCGAGGAGCTCCTGGGCGGTGGCGGTCGGTCCAGCGACGCTTTGCTGGTAGAGGCACTGCTTCAGCCCGGTGCCCTGGCGTCGCTGGGTATTGAAGGCAGTTCTGCCCGTCGGCTCGCCCGCATGATCGCAGCCGGGTCCGCCGCCGCCGCGGAACCCGGGGCCAACGCGGAATCTGTTCTGTGGGCTTTGTGGCACGCCACCGGCTTGTCTTCCCGCTGGGCAGAAATGGCACTTGAAGGAGGCAACGCAGGTGCACGTGCCGATAGGGATCTTGACGCCATGATGGCGTTGTTCCATACAGCCGAACGGTTCGTGGACCAACTGCCCGGTTCAGGTCCCGAACAGTTCCTGGACTACTTGCTGAACCAGGAACTTCCCATGGACACCCTTGCCGCGCGGGCACAGCTGGAGGCCTGCGTGGAGATCATGACCCCCGCAAGCGCCGCCGGTCGGGAATGGCCGGTGGTGATCGTAGCGGGCCTCCAGGAAGGCGTATGGCCCAACACCCGATTGCGTGGAGAGCTGCTGGGCAGCACTGTCTATGCCGACGCAGTGGAGCATGGAGTGGACTACGCCCTTCGGCGCGGGCCCCTGAGCAGGCTCCGGGATATTCGTTACGACGAACTCAGGAGTTTTTCGACCGCCGTATCCCGGGCCCGTGAAGTATTGATCTGCACCGCGGTGTCGTCTGAGGATGAGCAACCCTCGGCTTTCCTGGACTACGCGGCGCCTTTGGGTACGGGTGAGTACAAGCGCGACTACACCCCAGTTGACCGGCCCATGACGTTGAGGGCACTGGTTGCGGAACTACGGCAGCACGTTCAGGCGGAAGACGCCGCTGGCGGTGAAGCGCCTACCTCGCACGAGGCCGCCCGGATATTGGCCAGGCTCGCCAGCACGGAACCACCCGTTCCGGGTGCACACCCGGACACGTGGTGGGGTTTGGCGGCCCTGAGCTCCCAGGAAGCCGTGGTGCCGCCCGGCGGTACCGTTTCCGTCTCACCTTCCAAAGTGGAGGCCGTACATAAGTCGCCGTTGGACTGGTTCGTCCAAGCAGCCGGAGGGGAAGCTGCCACCGACTTCGCACGGAGCCTGGGCACCTTGGTCCACAGCATTGCCCAGGAGCTTCCCGATGCTTCAGGAGCCGAGTACGTGGCCGAGCTCGTACGCCGTTGGCCTGCTTTGGGCATGAAGGACAACTGGGAAGGAAAGCTGGATTTCCAGCGGGCGGAACTGATGGTTCGGAAGTTGGCCCAGTACGTGCTCATCATGCGCGGCGACGGAAGAAGCTTGCTGGCCGTGGAGCACGACTTTGAAGTTCAACTACCTGATGTCACCTTGGACGCCGGCGGTGTCAGTCGTCCTCATGCTCTTGAAGAGGAGGCCACGCGCCATGCGGTACTACGCGGTCAGGTGGACCGGCTGGAGATAGATCCGGAGGGCAGGCTCGTGATCGTGGACCTCAAGACCGGCAAACGGCAACCCGGCAAAGCGGAGGTTGCCAAGCACCCGCAACTTGGTGCCTACCAGGCCGCCGTCCTCAAAGGTGCTTTCCGGGACGCCGGAACCGGGGACGGAACGCCCGACGTCGATTCCCTTGCGGCGTCCGCGAACGGCTTTGCCCCCGGCGGCGCCGTGCTGGCCCAACTTGGGACCAAGACCAAGAGTCCCGCAGTACAGCAACAGGATGCGTTGGATCCCGCGGACAACTGGGCCGAGGGGCTGGTGAATGAGGCAGCCGCCCTGATGGCCGGTGCAACGTTCGAAGCACGGCACGACCCCGGCAAGGGTGGGCATGGCGGCCATGGATGCCGTCTACCTGACGTTTGCCCGTTGTGCGCCAGAGGAAAGCAGGTCACCGAATGA MTATPAKTRQAPAALRLLPPRETHYAAPVLSPDQRAVVSLPQGSGPVLVPGGPGTGKSTVLVESAVRRVREDGLDPEQVLVLAPGRHAAAALRDTFTGRLDRSLSTTPARTWASYAFDVIRRAKAEGILPLTRPPKLLSGPEQDLIIKELLEGHSRPGFQLPWPEDLAAALPTRGFRHEIRQLFDRIIESGRTAEDLVGLAYECGRPDWMAAAELYSEYRDVLDLRMPEAFDPAGIITTARQIFQDSPAFLAAERERLKLILVDDAQESNPAVFELLADIGEGKDVVVTYSPDTVVQGFRGARPDLVSELPTLLGGAQQNVLERPLSVTHRHAPEVAEAWTRVASHISQRSGGQLARQMEQPQHPDGMHPASARDGRVEGHVLPSAVHELRYVAQRILEAQLRESREFSDIAVIVRNGGQISQLQRYLSGQGIPVRVPVADSAVRDEVAVRPLLEAFAIVLDPAKLTPETAVSLLTSRIGGATAIELRRLRQSLRREELLGGGGRSSDALLVEALLQPGALASLGIEGSSARRLARMIAAGSAAAAEPGANAESVLWALWHATGLSSRWAEMALEGGNAGARADRDLDAMMALFHTAERFVDQLPGSGPEQFLDYLLNQELPMDTLAARAQLEACVEIMTPASAAGREWPVVIVAGLQEGVWPNTRLRGELLGSTVYADAVEHGVDYALRRGPLSRLRDIRYDELRSFSTAVSRAREVLICTAVSSEDEQPSAFLDYAAPLGTGEYKRDYTPVDRPMTLRALVAELRQHVQAEDAAGGEAPTSHEAARILARLASTEPPVPGAHPDTWWGLAALSSQEAVVPPGGTVSVSPSKVEAVHKSPLDWFVQAAGGEAATDFARSLGTLVHSIAQELPDASGAEYVAELVRRWPALGMKDNWEGKLDFQRAELMVRKLAQYVLIMRGDGRSLLAVEHDFEVQLPDVTLDAGGVSRPHALEEEATRHAVLRGQVDRLEIDPEGRLVIVDLKTGKRQPGKAEVAKHPQLGAYQAAVLKGAFRDAGTGDGTPDVDSLAASANGFAPGGAVLAQLGTKTKSPAVQQQDALDPADNWAEGLVNEAAALMAGATFEARHDPGKGGHGGHGCRLPDVCPLCARGKQVTE NA NA NA NA NA D3-18_01530 3528 recB RecBCD enzyme subunit RecB ATGACAACCGAACTCCTGGACGGCTTTGCCACCAGCAATCCGGGCGTGGAGGAAGTCCCCGAGCCAAGGTTCTCTCCTTCCGAACTGGCCAACATCCTGGGCGAAAAGAACCACCCTACGCCTGAGCAGGCGGCCATCATTGCCTCCCCTCTTTCACCGCGCCTGGTAATTGCCGGGGCAGGTTCTGGTAAGACAGCCACCATGGCGGACCGTGTTGTATGGCTGGTGGCAAACGGCTGGGTGCGCCCTGAAGAAGTCCTCGGCGTGACATTTACCCGCAAGGCTGCCGGAGAGCTGGCGAGCCGGATACGGTCCAAGCTGGCCACGCTCCAGCGGATAGCGGCGGCGGACGATGGCAGCATAGGGTTCCCGGAGGGACTTCTCGGCGCAGACGACCTCGAACCCAAAGTGTCCACGTACCACTCCTATGCAAGTGGCATCGTTTCGGACTACGGCCTGCGATTGGGCATCGAGCGGGATGTCGTCTTGCTGGGAGGCGCACAGTCCTGGCAATTGGCCAGCGAAGTTGTGGAAGCATATGACGGCGACTACGAGCACTTCACTGCCGCCAAATCCACGCTCGTCAATGCAGTCATCCAGCTGGCGGGGGAGTGCGCAGAGCACCTTCAGAATCCCGGGGAAGTACGGGACTGGGTCCTGGAGCGCGTTCAGACCTTTGAGCAGCTTCCCTACATAACCGGTGCCAAGAAGAATCCAACGCAGGCAGCAGGAGAACTTGCGGCCATGCTGAGGACTCGCGCCAGCGTTGCCGACATGGTGGTCCGTTACCAAGAAGCGAAGCGGCAGCGCGGTGTCCTGGATTTCGGTGACCTCGTAGCGCTCGCAGCCCGAATTGCGAGCGATATTCCGCTCGCTGCCACCACTGAACGTGCCCGCTACAAGGTAGTGCTCCTGGATGAGTTCCAGGACACCTCCCACGCCCAGCTTGTTCTCTTCTCCCGTCTTTTCGGTCAGGGCCACGCAGTTACCGCTGTGGGCGACCCCAACCAATCGATATACGGCTTCCGAGGCGCTTCCGCGGGCCAGCTCTTCCACTTTGTGCAGGAGTTTCCCGTCCGGCAGGAGGACCACCCCGGCGGCTCTGAATCCTATTCCGTTGCCCCCACTTCGTATCTGACCACCGCCTGGCGGAACGGCAGGAACATCCTCCGGGCCGCCAACACCATCGCAGCGCCCTTAAACAGGTCGGCGGCACTGGATGGTCCGGCTGGCGAGAGGGAAACATCGAGTAATGTCTCAGTGCCCGCGTTGGTTCCAAGCCCGGCTGCGGTTGATGGAAGTGTGGTGATCGGTCGCTTCGGCACGGATGAAGACGAAGCCGCAGTGATAGCCCGCGATGTCCATCGCTACCAACGGACTGTTTTCGAAGAAGAGGAGGACGGCACTCCGGTCAAACCCACCATGGCGGTCCTCTGTCGCCGACGGGCGCAGATGGAATGCCTCCGCCGCGAGTTCGAGCTCCAGGGGATTCCCTACGAGATCGTTGGACTTGGCGGTTTGCTGGACACACCGGAGATCGTGGATCTGGTGGCGACCTTGCGGGTCCTTGCCGATCCAGGACGTTCCGACGCCCTGATGAGGTTGTTGGCCGGGGCGCGGTGGAGGATTGGTCCTGCAGACTTGATGGCCTTCAGTGACTGGTCCCGCTTCCTGGCTCGGCGGCGATCGGCTCCGGAAGCCGAGCCTGAATCCTTTGATGACAACGAGGAACCGTCAGGGACCGTCATTGAAAGCGACATCACGGATGCCGCAAGCCTCGTGGAGGCCCTTGACTTCCTTCCTCGGCCAGGCTGGACGTCCGGTCACGGGAGGAGCCTGAGCGCTGCTGCCCTGGATCGGCTGACCCGTCTTGCTTCGGAACTGCGCTCCCTGAGAAGCTACATCGGCGACGACCTCACCACACTTCTTGGCGAAGTGGAACGTGCGATGCTCCTGGACATCGAAGTGGCGGCTAAGCCGGGAATCAGCATCCACCAGGCGCGCCGCAACCTGGATGCTTTCCAGGATGCTGCAGCCGGGTTCCTGCAGACGTCGCAGCGCATTGACCTGCTGGCGTTCTTGTCGTGGCTGGAGGCTGCAGCCTCCGAGGAAGGTGGCTTGGATGTAGCCCCCGTTGAGGCGAATCGGGAAGCAGTGCAATTGCTGACCGTCCACGCTTCGAAAGGCTTGGAATGGGACGTTGTTTTTGTCCCGGGCCTCAACGCTGGTTCATTCCCCAGCAACAGGGATTCGCGGTGGAGCACCGGCGCCGCGGCCTTGCCGTGGCCCTTGAGGGGCGATCGCGCCGACCTTCCCCAGTGGGATCTTGATCAGCCTGACCAAAAGGGATGGTTGGACGCAGAGAAGGACTTCAAGTCCGAGGTCCAGCATCACGGTGAGGCCGAAGAGAGGAGACTCGCCTACGTTGCTTACACCCGGGCGAAGTTCGTACTGTGGGCTTCCAGCGCTGCCTGGAATGGCTCTCGGTCGGGAATGGCTGGCATGTCTGCCTTCCTTTCCGAACTGGCGCCGCTTGCGGGAGTTGCTGGAGAGGCTAATGAAGCCGACAGGACGCAGTCGGTCGGCAGTACGCCGTCAGCCGGCAGTGCGGTGGTCCATGCCGAATCGGTGGCCGAAGAGGCCTTGCCTGAGGAGAGCCCCTTGACGGCAGCGCTCGAGGTTGCCCACTTCCCCTACGACCCCTTGGAAGGACCGTCAGACCCACGGACCGGAGCCCGGCTGAGGCTGACTCCGGGCAGGCGGCTGGCAATGGATCGAGCCGCCGCCATGGTCCGTGGATACATCGCGGAACCCCGCCCGGCCCCTACAGACGAATTGACTGGTGCCGCCCGGAAATGGTCCCAGGAGGCCGAGCTACTGCTGGATCGCCAACGGCAGCTCAAGACCGTTCAGGATGTCCACCTGCCCAGCCACATTTCTGCCTCACTTTTCGTTGACCTCGGTGCTGACCCTGCCGCCGTCCTATCCCAGCTGCGCAGGCCCGTTCCCCGCGAACCGGGCATATCGGCGCGCAAAGGTACCGCCTTCCATGCATGGGTCGAGGAGTACTTTGGCACAACCGGCATGCTGGACCTTGATGAAGCGCCGGGTTCGGACTCCCACATCGACGAGGCCTATGGCTTGGATGACATGGTGTCGGCGTTCAAGCAGTCCGAGTGGGCCCAGCGCGCTCCGGCTTTCGTCGAGGTACCTGTGGAAACGCGGATCGGCGACGTCGTAGTCCGTGGGCGCATCGATGCCGTGTTCCGTGATGCTGACGGCCGCTGGCAACTCATCGACTGGAAAACCGGGCGACGCCCCGCAGGTCAGCAACTCGCCACCCGGGCGGTGCAGCTGGCCGTCTACCGGCTCGCATGGGCACGACTCAGAGACGTACCCCTCGAGGAGGTCAGCGCGGCGTTCTACTATGTGGCTGACGACGCCGTTGTGCATCCGCACGATCTTGGCAGCGCCGAGGAACTGGAGCTGATCGTGGCGAAGGCTTTGAACAACAGCGCTGACCAGTAG MTTELLDGFATSNPGVEEVPEPRFSPSELANILGEKNHPTPEQAAIIASPLSPRLVIAGAGSGKTATMADRVVWLVANGWVRPEEVLGVTFTRKAAGELASRIRSKLATLQRIAAADDGSIGFPEGLLGADDLEPKVSTYHSYASGIVSDYGLRLGIERDVVLLGGAQSWQLASEVVEAYDGDYEHFTAAKSTLVNAVIQLAGECAEHLQNPGEVRDWVLERVQTFEQLPYITGAKKNPTQAAGELAAMLRTRASVADMVVRYQEAKRQRGVLDFGDLVALAARIASDIPLAATTERARYKVVLLDEFQDTSHAQLVLFSRLFGQGHAVTAVGDPNQSIYGFRGASAGQLFHFVQEFPVRQEDHPGGSESYSVAPTSYLTTAWRNGRNILRAANTIAAPLNRSAALDGPAGERETSSNVSVPALVPSPAAVDGSVVIGRFGTDEDEAAVIARDVHRYQRTVFEEEEDGTPVKPTMAVLCRRRAQMECLRREFELQGIPYEIVGLGGLLDTPEIVDLVATLRVLADPGRSDALMRLLAGARWRIGPADLMAFSDWSRFLARRRSAPEAEPESFDDNEEPSGTVIESDITDAASLVEALDFLPRPGWTSGHGRSLSAAALDRLTRLASELRSLRSYIGDDLTTLLGEVERAMLLDIEVAAKPGISIHQARRNLDAFQDAAAGFLQTSQRIDLLAFLSWLEAAASEEGGLDVAPVEANREAVQLLTVHASKGLEWDVVFVPGLNAGSFPSNRDSRWSTGAAALPWPLRGDRADLPQWDLDQPDQKGWLDAEKDFKSEVQHHGEAEERRLAYVAYTRAKFVLWASSAAWNGSRSGMAGMSAFLSELAPLAGVAGEANEADRTQSVGSTPSAGSAVVHAESVAEEALPEESPLTAALEVAHFPYDPLEGPSDPRTGARLRLTPGRRLAMDRAAAMVRGYIAEPRPAPTDELTGAARKWSQEAELLLDRQRQLKTVQDVHLPSHISASLFVDLGADPAAVLSQLRRPVPREPGISARKGTAFHAWVEEYFGTTGMLDLDEAPGSDSHIDEAYGLDDMVSAFKQSEWAQRAPAFVEVPVETRIGDVVVRGRIDAVFRDADGRWQLIDWKTGRRPAGQQLATRAVQLAVYRLAWARLRDVPLEEVSAAFYYVADDAVVHPHDLGSAEELELIVAKALNNSADQ NA NA NA NA NA D3-18_01531 1212 hypothetical protein ATGGCCACAGGCCGCACTCAATCTACCGTGGAGAACGTGAGAAGAACACCGCTCGAACTGGCCGCCATAGCAACAGCGGCGGTGCCTGGCCTTTCGCCAACGGCCGCAGCCTATTCCCCCGACGACGACGCCGACTTCGACTCGGCGCTGCTGTTGGACGGAGAAGGCAAACGCTGGCGAGTCCGTTCACCGCGCCACCCGGAAGCCAGCACGCGGCTGGAAACCGAGTTCATGGTGCTGAGAGCCTTCGCACCTGCCATTCGCGCTGAACTACCCTTTCATGTGCCCACCATCGCCGGCACTGTGAGGCAAGGTGCACTGACGACGTTCGTCTACGCCCACCTGCAGGGCTCCATGCTCTCCATAGAAGAACTGTCAGCCGGAAGTCCCGCCTTGGCCCGGGAGGTCGGCACAGCACTGGCAGCCATTCATGACTTGCCACTGACCTTGGTCACCAATGCAGACCTTCCCAGTTACTCGGCCAATGAGTTCCGGCAACGCAAACTCAACGAACTTGACCAAGCGGCAACCACCGGCAAGATACCGGCTACCTTGCTGCGTCGCTGGGAGCACGCCCTCGAAGACGTTGCCCTTTGGCGCTTCAATCCCTCGGTGGTTCACGGCGACCTTCATGAAGACAACCTGATGGTCCAGGATGACACGGTGACAGCCCTGACGGGGTGGACCGATCTCAGGATCGGGGATCCTGCAGACGACTTCGCCTGGTTGGTGGCATCCAACGAGGCCTCGTTTGTTGAGGCTGTTTTGAGCCACTACACCCAAGCACGCCGTGAGACCCCGGATGCGCACCTTCTCCGCAGGGCCGCCCTGCTGGCCGAGTTCGCCCTTGCCCAGTATCTGGTCAAGGCAATGGCGGCAGGGCACCAGAGCATGACGGCAGAAGCAGAGTCCATGCTTCAGGCACTCGCCAATGACATCGACGAGCAGGTGCGTCGCGACGAAGAAGCTGCACAGGCCGCTGAGGACGAGGCCGCCGAGAATGAAGCTGCTGAGCACGAGGCCGCGCAGTCGAGAGCAGCGGATGCACGGGCCGACAAGCCTGCAGTCAGTGTGGCGGCAATTCCCGACGCTGATGAATCAAAAGGCTCCGAAGAAAGCGGCTCCGGCACGGCGTCACACCACGACGAGACCTCCACTGCCGCTATCAGTGTTGTCAGCGTAACGCCGCTTCACGCGGCGGAACGTTCCTAG MATGRTQSTVENVRRTPLELAAIATAAVPGLSPTAAAYSPDDDADFDSALLLDGEGKRWRVRSPRHPEASTRLETEFMVLRAFAPAIRAELPFHVPTIAGTVRQGALTTFVYAHLQGSMLSIEELSAGSPALAREVGTALAAIHDLPLTLVTNADLPSYSANEFRQRKLNELDQAATTGKIPATLLRRWEHALEDVALWRFNPSVVHGDLHEDNLMVQDDTVTALTGWTDLRIGDPADDFAWLVASNEASFVEAVLSHYTQARRETPDAHLLRRAALLAEFALAQYLVKAMAAGHQSMTAEAESMLQALANDIDEQVRRDEEAAQAAEDEAAENEAAEHEAAQSRAADARADKPAVSVAAIPDADESKGSEESGSGTASHHDETSTAAISVVSVTPLHAAERS PGPT0028010_73 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 D3-18_01532 1026 nudC_1 NADH pyrophosphatase ATGTTTTTTGTCGGTACGAGTCAGTACGGTAGATACATGAGTCAAACGGAGTCGCCGGCGCTTGCCAATCACCTGATGGAGACTGTTCTTCCCGTCCGTCCTGCGATGGTGGATCGCGGCTCGGGCGTGCGGATGAAGCCGGGCATGGTTGAGGATCTCATCACCTCCGGCACCGCCAAGGCCATGGTCATTTCGCAGCGAAAAGCGTTGGTGACTGCTGATGGCCTGTGGTTCGGAGACGCTGCGCCGCTCTGGAACGCTCTTAATAGGTTGGAAGGCGGCGCTGTTGCTGCCATCTACCTGGGCACCACCTTGACGTCGTCCTCCTTGCCGGAGGGGACGTCCGTTGTGCTGTTCACAGTTGCTGAACCGCCAGCGCCCGGCATCGCCACGGTGCCGTTGGATGCTGAGTGGGCCGGTTTTCGGGACGTCGCGGCACGTCTTGACGCCAAGGACACCGCTTTGTTCATCGAGGCCAGCGCCATCTCCAACTGGCATGCAACCCACACACATTGCCCGCAGTGCGGCACGCCCACGGACATCGAGGCCGGAGGCTGGGTCAGGCGTTGTCCCAAGGATAACTCGGAGCATTACCCGCGGACGGATCCCGCCATCATTGTCACGGTGGTTGGCCCGGACGGCCGGCTCCTGCTCGGCGGCGGAGGGCCCGTCGACGCCAAGAATTACTCCACGCTGGCAGGATTCGTTGAGCCCGGTGAATCGCTGGAGCAGGCTGTCGTCCGGGAAATCGGGGAAGAAGTGGGTGTCCGCGTGACGGCCTGCCAGTATCTCGGTTCGCAATCCTGGCCGTTCCCCGCTTCCCTCATGTTGGGATTCACCGCAAGGACAGACGACGCCGTTGCCATGCCCGACGGCGTAGAGGTTACCCGGGCACGGTGGTTCAGCCGGGAGGAGCTGCAGGAAGCCGTGTTGAGCGGTGAAATCACCATCTCAACGCGCCTGTCCATCGCGCGTTCATTGATTGAGCATTGGTATGGCGGCGTCATCGAAGACCTGCAGCCGTGA MFFVGTSQYGRYMSQTESPALANHLMETVLPVRPAMVDRGSGVRMKPGMVEDLITSGTAKAMVISQRKALVTADGLWFGDAAPLWNALNRLEGGAVAAIYLGTTLTSSSLPEGTSVVLFTVAEPPAPGIATVPLDAEWAGFRDVAARLDAKDTALFIEASAISNWHATHTHCPQCGTPTDIEAGGWVRRCPKDNSEHYPRTDPAIIVTVVGPDGRLLLGGGGPVDAKNYSTLAGFVEPGESLEQAVVREIGEEVGVRVTACQYLGSQSWPFPASLMLGFTARTDDAVAMPDGVEVTRARWFSREELQEAVLSGEITISTRLSIARSLIEHWYGGVIEDLQP PGPT0013440_495 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013440-nudC-K03426 NA NA D3-18_01533 2133 uvrD2 COG0210 ATP-dependent DNA helicase UvrD2 GTGACCGAAGGGATTTTCGACGGCGGTGGCTCGCTTGAGGAGCGCATCCTCGGTGGGCTGGACGAAGAACAGCGGGAAGTTGCCAGTACCTTGACGGGTCCCATGTGCGTCCTCGCAGGAGCAGGCACGGGAAAGACACGTGCCATCACTCATCGCATTGCTTACGGCGTTCACTCCGGGGTTTACAGTCCGCAGAGACTGCTGGCCGTGACCTTCACTGCCCGGGCCGCAGCTGAGATGCGTAGCAGACTCCGCGATCTTGGTGTCGCCAACGTTCAAGCCCGCACATTCCACGCGGCCGCATTGAGGCAGTTGCAGTTCTTTTGGCCGCAGGCAATTGGCGGCACTTTGCCCAATCTCCTGGATCACAAAGCCAACATGATCGCCGAGGCCTCCCGCCGGCTTCGCCTGAGCACTGACCGTGCATCCATCAGGGACCTGGCAGCCGAGATCGAGTGGGCCAAGGTTTCCATGCTGACTCCCGCTAATTACTTGGAGAATGCACAAGGCCGTGGAACTCCCGGAGGCTTCGACCTCACGGCGGTCTCCCGCGTATTCCAGGCCTATGAGGACATCAAAACCGATCGCAATGTCATCGACTTCGAAGACGTCCTTCTCATAACAGTGGGTATCCTCCAAGAAGACCCGAAGGTAGCGGCAACGGTCCGGGAGCAATACCGTCATTTCGTGGTGGACGAGTACCAGGACGTTTCACCCCTGCAACAGCGGCTTTTGGATTTGTGGCTCGGCGGACGGAACGAGTTGTGCGTGGTGGGCGATGCCAGCCAAACCATTTACTCCTTCACCGGCGCCTCACCCAAGCATCTTCTCGGGTTCAAAGGGCAGTTCCCCGGAGCGACCGTCGTCAAGCTCGTTCGCGACTATAGGTCCACGCCGCAAGTGGTGAAGTTAGCCAATGAGCTCTTGGGTTCCCGTCGAAGCGGTGGCCCGGTGGCAGATGCCGCGTGGGCTTCGCCCCTCAAGCTCGTTGCCCAGCGGCCCTCCGGCCCGGAACCGCGGTTCATGGAGTGCCCTGATGACGAGGCTGAGGCAGCTGTGGTGGCCGGCAGGATTCAGGAACTGCTCACCAGTGGTGTCAAAGCCAGTGAGATCGCCATCCTGTTCCGCACCAACGGCCAGTCCGAAGCGTACGAGCAAGCCCTGGCCTCTGCCGGGATTGGCTACCAGCTCCGGGGAGGGGAGCGGTTCTTCGCGCGCAAGGAAGTCCGCGATGCGATCCTCCAATTGCGCGCGGCAACCCGTGCCGTGGCGGAGGGGCCGCAGGAACCCCTGGGCCAGATCGTGCGGGACATCGTTGCCTCACTTGGTTATACGGAGGCCGCCCCCCACAACGGCGGAGCGCTGCGTGAGCGTTGGGAATCCTTGGCAGCTCTGGTCGCCTTGGCCGATGAGCTTGCTGTCAGCCGCGGGGAGTCCTTCACCTTGGCTGAGTTCGTCAACGAGCTTCAAGAGCGCTCGGTCGCGCAACACGCACCCACTGTTCAAGGTGTCACTCTTGCTTCCCTCCATGCCGCCAAGGGCTTGGAATGGGATGCCGTGTTCCTGGTGGGTCTCAGCGAGGGACTGATGCCCATTTCGTTCGCAGATACCCCCGAGGATGTGGACGAAGAACGAAGGCTGCTTTATGTCGGCATCACCCGGGCAAGGGAGCACCTGAATCTCTCATGGTCCACAGCCCGAACACCGGGTGGCCGGGCCAACCGCAAGCCGTCCCGGTTCCTCGACGGACTTCGCCCCAATTCCGTGGCTTCCGCCAACGCGCGCAGCAAGACAGGTCCCACGCGACGGAAAGCTGCCGCCCCGGCGTCGTGCAAGGTATGCGGAAGCATGCTCGCAAGTGGAGCCGAACGGAAGGTGGGACGTTGCAACCAGTGCCCGCCTAGCTACGAGGAGCAGACCTTCGATGCGTTAAGGCAGTGGCGCAGGGATGAGGCCCAGTCGGCCGATGTTCCGGCGTATGTTGTCTTCACGGACGCTACGCTGACGGCCATCGCGGAGGCGAAACCGGCATCGCTCGAGGAACTTGCCGGCCTCGCGGGGATCGGCCCCTCCAAGCTCGAACGCTACGGCGAAGCTGTCCTGGCAGTGCTCGCTGAGAGCAGTGAACTCTGA MTEGIFDGGGSLEERILGGLDEEQREVASTLTGPMCVLAGAGTGKTRAITHRIAYGVHSGVYSPQRLLAVTFTARAAAEMRSRLRDLGVANVQARTFHAAALRQLQFFWPQAIGGTLPNLLDHKANMIAEASRRLRLSTDRASIRDLAAEIEWAKVSMLTPANYLENAQGRGTPGGFDLTAVSRVFQAYEDIKTDRNVIDFEDVLLITVGILQEDPKVAATVREQYRHFVVDEYQDVSPLQQRLLDLWLGGRNELCVVGDASQTIYSFTGASPKHLLGFKGQFPGATVVKLVRDYRSTPQVVKLANELLGSRRSGGPVADAAWASPLKLVAQRPSGPEPRFMECPDDEAEAAVVAGRIQELLTSGVKASEIAILFRTNGQSEAYEQALASAGIGYQLRGGERFFARKEVRDAILQLRAATRAVAEGPQEPLGQIVRDIVASLGYTEAAPHNGGALRERWESLAALVALADELAVSRGESFTLAEFVNELQERSVAQHAPTVQGVTLASLHAAKGLEWDAVFLVGLSEGLMPISFADTPEDVDEERRLLYVGITRAREHLNLSWSTARTPGGRANRKPSRFLDGLRPNSVASANARSKTGPTRRKAAAPASCKVCGSMLASGAERKVGRCNQCPPSYEEQTFDALRQWRRDEAQSADVPAYVVFTDATLTAIAEAKPASLEELAGLAGIGPSKLERYGEAVLAVLAESSEL NA NA NA NA NA D3-18_01534 627 hypothetical protein ATGACCCGCCGATCTTCCTCCGACACCGGCATTCCGCTCATCACCGACGACGGCGCTCCAGTTGTCGTGCGTCGATCAGCCAGACGGCGGCGAACCGTCGCTGCATTCTGGGAAGACGGCAAGGCTGTGGTCGCCATCCCTGCAAGCTTCACTCAGTCCCAGGAACGGGAGTGGGTCCGCCGAATGTTGGCCAAGCTGAAGAAACAGGGGGAGCGGCAAACGGGTGCGGGCGGGCGTCGTCCTGCCACGGATCAAGCCCTCGCCAAGCATGCCGAACACCTTTCAAAGACGTACCTCGGAGGGCGGGCGGTCCCGACGTCGGTCCGCTGGGTAGCCAACCAGAACTCCCGGTGGGGTTCGGCAACTCCTGCGGACGGCACCATCCGGCTTTCCAACAAGCTTCAGCCCATGCCGCAATGGGTTATTGACTACGTCCTGGTCCACGAGCTCGCGCATTTGCTGGTGGCGGGTCACAACGCCGAATTCTGGAGTTTGGTTGAGGCCTACCCTGACACACAGCGGGCAAAGGCCTTCCTGGAGGGCGTTGCCTTCGCTACGTCCCGGGGACTCCCCGTCGATTCAGGGTCCGAGGATCCGGACGATTCGGCTGTAGACCTGGCTGACTAA MTRRSSSDTGIPLITDDGAPVVVRRSARRRRTVAAFWEDGKAVVAIPASFTQSQEREWVRRMLAKLKKQGERQTGAGGRRPATDQALAKHAEHLSKTYLGGRAVPTSVRWVANQNSRWGSATPADGTIRLSNKLQPMPQWVIDYVLVHELAHLLVAGHNAEFWSLVEAYPDTQRAKAFLEGVAFATSRGLPVDSGSEDPDDSAVDLAD NA NA NA NA NA D3-18_01535 1458 hypothetical protein ATGACTTCCAACCCCAACAATCCGTCCAACGACGACGAAACCCCCAAGGATCCGCTGGCAGAAATGCTACAGAACCTGATGGGCGGCCAGGGCATGGGCAACATCGATCCCGCTGAGTTGGCCAAGGCCGCGGGTCTGCCCAACGATCCCCAACTCCTTCAGCAGATGTTCGCCCAGGTACAGGCGATGATGAGTTCTACATCTGAAGGTCCCGTGAATTGGCAGCTCGCCCACGAGAATGCACGGCGCGTCGCCGCTGCCGGCAGCGATCCCTCGGTCAACTCCCAACAGGCCAGGGAGATCGACGAAGCGCTCAGGCTTGCAGAACTTTGGCTGGACCCGGTTACTGATCTCTCGGCGACCGGCCTGATTGGTAGGGCCTGGTCAAGGGCCGAATGGGTTGAAGCGACCCTGGGGACGTGGAAGCGCCTGACCGAGCCCGTGGCCAACAGCATCGCCAATGCCTTGTCCAACGCTCTCACCCAGCAAATGCCCGAGGAAATGAAGTCCATGATGGGCGGTGCCTCCTCCATGCTGCAGAACATGGGCGGAGCGATTTTCGGCATGCAACTGGGACAGGCCATCGGCGCACTCTCAGCCGAGGTTGTCAGTTCCACCGACATCGGTGTCCCCCTGGCAGACCTGGAAATGGCGCTGTTGCCGGCAAACGTAACCAAATTCGGGGAAGGCCTCAGCCTCCCCGAGAACGACGTTCGGCTCTTCCTTGCGGTCCGTGAAGCCGCCCATGCGCGGCTGTTTGTCCAGGTCCCATGGTTGCGTGGCCACCTCCTTGGAGCCATCGAGGCATACGCCCGCGGCATTCACATTGACATGTCCCGCATTGAAGACCTCGCCCGCGACCTCGACCCGAGCAACCCCGAGGGTATTCAGGAAGCACTGTCCCAGGGAGTGTTCACACCGGAACGCACGCCCGTCCAGACTGCCGCGTTGGAGAAGCTCGAAACGGCTCTTGCCTTGGTGGAGGGCTGGGTAGACGAGCTCACTGCCGAAGCAACCGACAAGGTGTTGCCATCAGCCACCGCGCTGCGCGAAACTGTGCGTCGTCGTCGTGCCACAGGCGGTCCGGCCGAGCACGCGTTCTCGTCCCTCGTCGGCTTGGAACTTCGCCCGCGCAGGCTCCGGGAAGCAGCAACACTGTGGGCAACCCTGAAGGAAGAAAGGGGCATCGCCGGCCGCGACGCGATCTGGCACCACCCGGATCTCCTGCCCACCGGAGAAGACCTTGACGATCCCAAGGGCTTCTCCGAACGTCGACGCCTTGCCGAGGCCAGTGATAGCGAGGTTGACGACGCCTTGCAGAAGCTTCTGAGCGGCGGTTACGACTCCGCCGAGGCCGATGAGGCTGAAGCCTCGGATTCCCAGGCAGATTCCGCGGAGAACCCGTCCGGTGATGAAACGGCAACGGATGACACCGACCCCGAGGCGCCAGGCAGGTAG MTSNPNNPSNDDETPKDPLAEMLQNLMGGQGMGNIDPAELAKAAGLPNDPQLLQQMFAQVQAMMSSTSEGPVNWQLAHENARRVAAAGSDPSVNSQQAREIDEALRLAELWLDPVTDLSATGLIGRAWSRAEWVEATLGTWKRLTEPVANSIANALSNALTQQMPEEMKSMMGGASSMLQNMGGAIFGMQLGQAIGALSAEVVSSTDIGVPLADLEMALLPANVTKFGEGLSLPENDVRLFLAVREAAHARLFVQVPWLRGHLLGAIEAYARGIHIDMSRIEDLARDLDPSNPEGIQEALSQGVFTPERTPVQTAALEKLETALALVEGWVDELTAEATDKVLPSATALRETVRRRRATGGPAEHAFSSLVGLELRPRRLREAATLWATLKEERGIAGRDAIWHHPDLLPTGEDLDDPKGFSERRRLAEASDSEVDDALQKLLSGGYDSAEADEAEASDSQADSAENPSGDETATDDTDPEAPGR NA NA NA NA NA D3-18_01536 1137 lon Lon protease ATGCTTACTTCGCCCAGCCCCGAGGGCTCATTGGACCCGCGTCAAACGCCCGACGCCGATTCCGCCTCCACGCCGCCGGCACCGCCCCGTGACGGCCGCTATATGATCATGGTGATTTCCGGTCTCCTCGCACTCGGCCTGGGCATCGGGGCGGCAGCGTTGCCGGTTCCGTATGTCATAGAGTCAGCGGGTCCTACCTTCAATACCCTGGGCAAGGACGGCGACAAGCCTGTCATCAGCATTTCCGGCCGTGAGTCATTTCCAGCGAATGGCAACCTTGACCTGACCACAGTCGTCATGACCGGGGGTCCTAAGAGTCCGGCCACCATCTTCGATGTCTTCCGCGCCTGGTTGGATCCCTCCAAAGCCATATATCCCGAAGAGCTCATCTATCCCAAGGGCACCACCGCCGAGCAGACGGTGCAACAAGGTGAGATTGCCATGGAAACATCGCAGGAGAACGCGGTGGCCGCAGCCTTGCGTGAGCTAGAGATCCCCTTTGAGCAGAAGCTGAACGTCGCAGGTCTATCAGACCCTTCGCCATCCTCCGGGAAGATCCAGGAAGGTGACCGGCTGGTCTCCATCAACGGCAAGGCAATCACGTCCATGAGCGTGGTCCAGGCCGAACTGGCCGCGGGCGCTGGTGCCCCGGTCGTCGTCGGCGTTGACAGGAACGGCACTTCGGTTTCCGAAACGATAACCCCCACCAAGAACCAGGCGGACCGTTACGTTCTGGGTGTGCTGCTGGCCAGCGATTTCACGTTTCCGTTTGACGTCAGCATTTCCTTGGACAATGTTGGCGGACCCAGCGCAGGCATGATGTTTGCCTTGGGGATCGTGGACAACCTCAAACCGGGGGACCTCACTGGCGGCAAACATGTGGCGGGCACCGGCACGATCACCGCCGATGGCGCTGTGGGCCCCATCGGGGGCATCGCCCAAAAGATGATCGGCGCCCGTCATCAGGGAGCCACCATGTTCCTGGCGCCGGCATCCAACTGTGCCGACGTCGTGGGCCACGTTCCGGACGGGCTCCAGGTTGTCAAAGTGGAAACTCTGGCGGACGCCACCTCGGCCGTAGAGCGGCTGGGATCCGGTCAAGACACGGGGAGCCTCCCCACCTGCACAAACAACTAG MLTSPSPEGSLDPRQTPDADSASTPPAPPRDGRYMIMVISGLLALGLGIGAAALPVPYVIESAGPTFNTLGKDGDKPVISISGRESFPANGNLDLTTVVMTGGPKSPATIFDVFRAWLDPSKAIYPEELIYPKGTTAEQTVQQGEIAMETSQENAVAAALRELEIPFEQKLNVAGLSDPSPSSGKIQEGDRLVSINGKAITSMSVVQAELAAGAGAPVVVGVDRNGTSVSETITPTKNQADRYVLGVLLASDFTFPFDVSISLDNVGGPSAGMMFALGIVDNLKPGDLTGGKHVAGTGTITADGAVGPIGGIAQKMIGARHQGATMFLAPASNCADVVGHVPDGLQVVKVETLADATSAVERLGSGQDTGSLPTCTNN NA NA NA NA NA D3-18_01537 3081 hypothetical protein ATGACGGCCCCTGCCACATCCCAGCGGCAGGGAAAGTCAACACGCGCACACCGACTGTTCACTGACACCAATGAGGTACAGAGTTTGTCCCGTCCCGCCAGCTCCAACCCGCCCGGAAGATCACCGCTGAGACGAGGTGCCCTGACGCCGACGCTCATTGTCGTGGCAGTGGCCGTCGTCGGGTTCATTTTCTTCGCCAATGTGTGGACTGACGTCCTGTGGTACCAGCAGCTTGGCTTCTTCGAAGTTTATATCCGCGAAAACCTCGCCAGGATCATTACGTTCCTCATCGGTTTCGCCATGATGTTCGCCGCTGTTTTCTTCGCCATCAGGATCGCCTACCGCTCCCGGCCCGTCTACGCTCCGGATGCTGAGGCCCGGGACAACCTTAACCGTTACCAGGCACAGCTTGAGCCTGTCCGCCGGGTTGTCATGATCGGCCTGCCCATCCTGTTCGGGCTCTTTGCTGGAAGTGCGGCAGCGAGCCAGTGGCAAAAGGCCCTGTTGTTTTTCAACCAGGAGCCGTTCGGTCAGACAGATCCGTTGTTCAACATGGATATCAGCTTCTATCTGATGACTCTGCCGTTCCTGGGTTTTGTCACCGGGTTCCTGATCAGCATCGCCGTTGTTGCCGGTATTGCAGGCATCCTGACGCACTACCTCTACGGCAGCATCCGCCTCATGGAACGCGGCATCTTCACGAGCAGGGCAGCGCAGATCCATATCGCCGTCACCGGCGCCCTTTTCCTGGTCCTGCTGGGCATCAATTTCTGGCTGGACAGGTACACAACGGTCCAGAGCAACTCCGGCCGCTGGGCAGGCGCCCTGTACACGGATGTTAATGCCGTTGTACCCACCAAGGCGATCCTTGCCGTAGCCGCGGGCCTTGTTGCCATCCTGTTCATTATTGCGGCGATCATTGGTCGCTGGCGTCTTCCGGTGATCGGCACGGCGATGTTGGTCATCACGGCCATTCTGGCCGGTGGGGTTTACCCGTGGGTTATTCAGCAGTTCCAGGTTCGTCCGTCGGAGAACACCTTGGAAAAGGAGTTCATTGATCGAAACATCAAGATGACGCGGGCTGCTTACGGTCTGGACAAGATCGACGTGTCTGCTTATAACGCCACCACCACGGCGACTACCGGTGCCTTGGCAGCGGACGCGCAGACTACTGCCAATATTCGCCTCCTTGACCCGAACCTGATTTCCTCGGCGTTTGCTCAGCTTGAGCAGTACCGCCCGTACTACCAGTTCCCACAAACTCTGAATGTTGACCGCTACATGGTTGACGGCAAAGTCCAGGACACCGTTATTGCGGTTCGCGAGCTGAACCCGGATGGCCTGAGCGCCAATCAGCAGACATGGGTTAACAGGCACATCGTCTATACCCATGGTTACGGCGTCGTCGCAGCCAAGGGCAACAAGTTCACGGCCGACGGCAAGCCCGAGTTCCTTCAGTCGGGCATTCCGTCCAACGGCGTCCTCGGAAATGACACTTCATACGAACCCCGTATCTACTTCGGCGAGAATTCTCCTGAATACTCCATCGTCGGCGCGCCCGATGGTGCCCCGAACCGCGAGCAGGACCGGCCAGCGGGCCGTGAAGGTGGCGGGGAGACGCAGTACACCTTCAGCGGCAACGGTGGACCAAACGTCGGCAACTGGCTTAATAGAATCCTCTATTCCATCAAGTTCCAGTCTTCGGACCTGTTGCTCTCGGATGGCGTCAATGCGGAATCCCAGATTCTCTACGAACGCAATCCGCGTGAACGCGTTGAGAAGCTGGCCCCGTACCTGACAGTCGACGGCAATGCGTACCCGGCAGTCGTTGACGGCCGGGTCAAGTGGATTGTTGACGGCTACACCACTAGCCAGTACTTCCCGTACTCCCAGCCGCAACAGTTGCAGAACGCCACTGTGGACTCGCAAACCAGTGCCGGGCGTACCGTCGCTCTGCCGAACAGCTCGGTGAACTACATCCGCAACTCCGTCAAGGCCACCGTGGATGCCTATGACGGCTCGGTCAATCTTTACGCATGGGACGACCAGGACCCCATTCTGAAGGCATGGCAAAAGGTCTTCCCGACGGTCATCAAGCCGTACTCGGAAATGTCCGGCGACCTCATGAGCCACGTCCGTTACCCCGAGGACCTGTTCAAGGTTCAGCGTGAACTGCTCGGCCGGTACCACGTGACGGACCCGGACAGCTTCTACCAGAACAACGATGCTTGGAGCGTGCCGAACGATCCCACCGTTTCGGAAGCAGTCAAACAGCCGCCGTTCTATATGTCACTGCAGATGCCTGACCAGGAGAAGCCAGCGTTCCAGCTGACTTCGTCCTTCATTCCACAAACGGTCAACGGCAGTGCCCGAAACATTCTGTACGGGTTCCTCGCGGCTGACTCGGACGCTGGTAACGTCAAGGGCGTCAAGGGGGAGAGTTACGGAAAGCTGCGGCTCCTGGAGCTCCCCACCGATACCCAGGTTCCTGGCCCCGGACAGGCGCAAAACAAGTTCAACTCTGATCCCACTGTGTCTCAGGCGCTAAACCTTCTGCGACAGGGCGCATCAGATGTGCTGAACGGTAACCTGTTGACGCTTCCCGTGGGTGGCGGCCTGCTCTACGTGCAGCCCGTCTACCTGAAGTCCACAGGTGAGACGTCCTACCCCACGCTGCAACGTGTGCTCGTGGCCTTCGGCGACAAGATCGGCTTCGCACCCACGCTGGACGAAGCACTTGACCAACTGTTCGGTGGCAACTCCGGCGCGACTGCCGGTGACGCGGATAACAACGGCCAGACGCCTACCTCACCTCCTGGCACCACTACACCGCCCGCTGGCCCCACTGATGCCAAGGCTGAACTCAAGGCAGCCCTGGACGAGGCCAACAAGGCGATCCAGGATGGCCAGGCGGCATTGGCCAAGGGCGACTTCGCCGGCTACGGTGCGCAGCAGACCAAGCTGTCAGAAGCCCTGAAGAAGGCCGTGGATGCGGAAGCACGTCTGGGTGCTACCACGGCTCCAACTGCGACGCCGGGGGCTACTCCGAGTGCGACGCCGTCGCCTTCACCAAGCAGCTAG MTAPATSQRQGKSTRAHRLFTDTNEVQSLSRPASSNPPGRSPLRRGALTPTLIVVAVAVVGFIFFANVWTDVLWYQQLGFFEVYIRENLARIITFLIGFAMMFAAVFFAIRIAYRSRPVYAPDAEARDNLNRYQAQLEPVRRVVMIGLPILFGLFAGSAAASQWQKALLFFNQEPFGQTDPLFNMDISFYLMTLPFLGFVTGFLISIAVVAGIAGILTHYLYGSIRLMERGIFTSRAAQIHIAVTGALFLVLLGINFWLDRYTTVQSNSGRWAGALYTDVNAVVPTKAILAVAAGLVAILFIIAAIIGRWRLPVIGTAMLVITAILAGGVYPWVIQQFQVRPSENTLEKEFIDRNIKMTRAAYGLDKIDVSAYNATTTATTGALAADAQTTANIRLLDPNLISSAFAQLEQYRPYYQFPQTLNVDRYMVDGKVQDTVIAVRELNPDGLSANQQTWVNRHIVYTHGYGVVAAKGNKFTADGKPEFLQSGIPSNGVLGNDTSYEPRIYFGENSPEYSIVGAPDGAPNREQDRPAGREGGGETQYTFSGNGGPNVGNWLNRILYSIKFQSSDLLLSDGVNAESQILYERNPRERVEKLAPYLTVDGNAYPAVVDGRVKWIVDGYTTSQYFPYSQPQQLQNATVDSQTSAGRTVALPNSSVNYIRNSVKATVDAYDGSVNLYAWDDQDPILKAWQKVFPTVIKPYSEMSGDLMSHVRYPEDLFKVQRELLGRYHVTDPDSFYQNNDAWSVPNDPTVSEAVKQPPFYMSLQMPDQEKPAFQLTSSFIPQTVNGSARNILYGFLAADSDAGNVKGVKGESYGKLRLLELPTDTQVPGPGQAQNKFNSDPTVSQALNLLRQGASDVLNGNLLTLPVGGGLLYVQPVYLKSTGETSYPTLQRVLVAFGDKIGFAPTLDEALDQLFGGNSGATAGDADNNGQTPTSPPGTTTPPAGPTDAKAELKAALDEANKAIQDGQAALAKGDFAGYGAQQTKLSEALKKAVDAEARLGATTAPTATPGATPSATPSPSPSS NA NA NA NA NA D3-18_01540 798 nagR_1 COG2188 HTH-type transcriptional repressor NagR ATGGTCAACGACGACTACAAGTTAGGCCTCGAGCGTGAAGTCCTTCAGAGGGACGGTCCGGTTGCTGTGTATCAGCAGGTGGCAGACGTTCTGACCGATCAAGTCAGCCGCTTGGAGCCGGGGTCGCGGATCCCCACGGAAGAGTCCCTGATGGATGCCTACGGCATTAGCCGGACCACTGTCCGGAAGGCGATCGAAACACTTGTTGTGAAGGGCCTGTTGGTCCGTAGGCAGGGCAAAGGGACGTTCGTGATGGCTCAGCGCCCCGTCAAGATGCTGAATCGTCTGGCACCGTTCATGGAGACGTTCACGGCGGCCGGCATGAAGACCGTCAAGGGACTCATCGAATACAAGTGGATGGAGAAGGACAAATCGGTGCCAGCCAAGCTGGTTTCCGACGACAACCTCGTTTTGGTCATCCGCCGGTCCTACTCAAGTGGCGGATGGCCCTATGCCATTGCGGAGATCTTCATCCCGTCGCATATTGGTCGCCACATCAGCCTCGCGGATGCCGAACGGAACTCCATCTACCAAGTCATCCAGGACAGGACGCTGAAGCCCCTCCATCGGGCGGAAATCACCGTGACCATGCATGCACCGCCAGAGCACTTGGCAGATGCTCTCAACGTCCGCGGGTTCGCTATGGTGCCACGCTTGGAGCGGACCACCTTGGGCCCTCATGGAGAGGTCCTAGAGTGCACTGTGACCTACTTCCACCCCAAGGGATTCGAAATCCGCGCTGAAGTGGCAACCGACGCCAGCCCCACCCAGGATTCGGCGGTTCCTTCGGCAGGTTAG MVNDDYKLGLEREVLQRDGPVAVYQQVADVLTDQVSRLEPGSRIPTEESLMDAYGISRTTVRKAIETLVVKGLLVRRQGKGTFVMAQRPVKMLNRLAPFMETFTAAGMKTVKGLIEYKWMEKDKSVPAKLVSDDNLVLVIRRSYSSGGWPYAIAEIFIPSHIGRHISLADAERNSIYQVIQDRTLKPLHRAEITVTMHAPPEHLADALNVRGFAMVPRLERTTLGPHGEVLECTVTYFHPKGFEIRAEVATDASPTQDSAVPSAG NA NA NA NA NA D3-18_01541 789 COG1842 Phage shock protein A ATGGTTAAGCAGTCCATTTTCGGTCGGATCTCGCAGCTCGCCAAGGCAAACATTAACGCCTTGCTGGACCAGGCTGAGGATCCGCAGAAGATGCTGGACCAGATGGTCCGCGACTACACGAACAACATTGCCGAGGCCGAATCAGCCGTGGCCCAGACCATCGGCAATCTCCGGATGCTGCAGGCGGACTACAACGAAGACGTCAAGAACGCTCAGGACTGGGGCAACAAGGCTCTGGCAGCATCCCGGAAAGCCGACGAGTACCGCGCTGCCGGTGACGCGACTGATGCCCAGAAGTTCGACAACCTGGCGAAGGTAGCCATCCAGCGCCAGATGACTGCGGAGTCTGAGGCAAAGGCAGCAGAACCGAGCATCGCTTCCCAGACCGAGGTAGTGGACAAGCTCAAGACCGGGCTTGACCAGATGAAGAATAAGCTGAACCAGCTCACCGCCAAGCGCAACGAGTTGGTGGCACGCTCCAAGACCGCTGCCGCGCAGTCCCAGGTGCACGATGCCCTTAAGAGCATCGACATCATGGATCCCACCAGCGAGGTGGGCCGCTTCGAAGAGAAGATCCGCCGCGAAGAGGCCAAGGTCCTGGGCCAGCAGGAACTCGCCAGCTCCAGCCTCGATGCGCAGTTCAACCAGCTCGAAGACCTCGGAGAGCAGACAGAGATCGAGGCCCGCCTTGCAGCCTTGAAGTCGGGCGGTTCCAAGCCTGCGATTGGCGCAGGAGCCCCTGCATCAACAGGCGCAACCGTAGACGAAGCTGACTTCGACAAGCTCTAG MVKQSIFGRISQLAKANINALLDQAEDPQKMLDQMVRDYTNNIAEAESAVAQTIGNLRMLQADYNEDVKNAQDWGNKALAASRKADEYRAAGDATDAQKFDNLAKVAIQRQMTAESEAKAAEPSIASQTEVVDKLKTGLDQMKNKLNQLTAKRNELVARSKTAAAQSQVHDALKSIDIMDPTSEVGRFEEKIRREEAKVLGQQELASSSLDAQFNQLEDLGEQTEIEARLAALKSGGSKPAIGAGAPASTGATVDEADFDKL PGPT0014646_426 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 D3-18_01542 2061 hypothetical protein ATGCGGTCAATAGTTAAACGCGTACTCGCCGTTATCGGCCTGGCTGGAATGTTGGCCCTGCCAGCTGGCGCAGCCTGGGCTGCCGATCCGGTGACGATTCCGTCCGGCCAAAACATCGTGGACGACGCCAACGTCCTAGGTGGCCGAAAAGGCGAAGTCCAGGAAGCCATCCAAAAGACGCTCAAGGACCACAAGTACAACCTGTACGTGGTCACGGTGGACAAGTTCGAGAACCCGACCAATCCCGCCGACTGGGTAGAGACCGTCGCCAAGAATAGGGGCATGGGCAAGGCAGACGCCGTTCTGGCCATCTCGACGGCAGGCCAGTACAACTTCACCCTTAACTCGGGCAGCTCCATCTACTCCAAACAATCTGCTATCGCGCAAAACGCCGTCGTCGCCAATCTGGCCGGCGGCAAAAAAGACTACGCCCAGGCAGCCATTGATACTGCTGCTGCCATTGGCGACGCCGCAGGTGGAGGCAGCGGAACAGTACCCAGCGGCAACGCCGGCGTAGGCGTCCTCGTCGGGGTTGGCGTGGTTGCAGCAGGCGGCGCCGGTACATACCTCTACCTCCGAAACCGCCGCAAGAAGGGCACCACCAAGGCCGTCAGCGCCAGCTACGGACCGCAGGGTGAGGAACTTGACCCTCTGGCTGGCCTCAGTATTCCGGAACTGCGCCAGAAGAGCGGCTCGCTGTTGATCGAGGCGGACGACGCTATCAAGTCCAGCGAGCAGGAACTCGGTTTTGCGCAGGCGCAGTACGGAGATTCCGCGATTGGCAACTTCACCAAAGCCTTGGAAGAGGCGAAGGGCCACATGACGGAGTCCTTCAAGCTGCAGCAGCAGTTGGACGACCATATCCCTGACACCGAAGAGCAGCAGCGGAGCTGGCTTGGCGAGATTATTCGCCGTTCAGAAGCCGCTTTGGCGTCCCTGCGCGACCAGAAAGCTGACTTTGACTCCTTGCGCGAGCTTGAGAAGAACGCCCCTCAAGCTTTGGCAGCAGTGACTGCGGGAGCCAAAGAAGCGGATGCGAAGATTGCCAGCGCAGAGCGGTCCCTTGAGGGCTTGCGCGCCAAGTACGCCGAATCCGCGTTGGCTCAGGTCTCAGACAACATTCTGCAGGCCAAGGAGCGACTCGCGTTTGTTCAGAATGCCGTCACTGCCGCCCAAGAGAAGTTGGCGACGGGCGAGAACAGCCTGGCAGCTGTGGCAGTCCGCGCGGCGGAGGAAAGCCTGCACCAGACCAACGTGCTGATCGATGCCATCTCCAAGACTGCCGGCAGCTTGGATGAGGCCCGCGCCTCTCTGGAAGGCGCCGTAGCGGAGACCAGCCAGGACCTTGCCCAAGCGCGTGCGATGATCCAGTCCGGCGAACACCCGGAACTCGCCGGTCCCGTGGCTGGCGTGGAAGCCGCGTTGGCGCAGGTGAAGATCGAGATCCAAGGCGGAAAGATCGATCCCATCGCGACTCTGAGTCGCGTAGAGTCAGCTCATCAGGCTCTCGACCAGTCATTGTCCGGTATCCGTGATCAGCAGGAGCAGGCCCGGCGGGCCCAAGCCTCGCTGCAGCAGACAATCATGGCCGCACAGGCACAGATCAGCGCAACATCGGACTACATTACAGCCCGTCGCGGCGGTGTAGGCACTGAGGCCCGGACGAGGTTGGCCGAGGCTCAGCGGAACCTCGACTACGCCCTCTCCATCTCCCGCAATGATCCCGTCACCGCATTGACCTACGCACAGCAGGCACATTCGCTTGCAGCGCAGGCTGCCCAACTCGCGCAGTCCGACGTCGACCAGTTCGGTTACGCCGACCAAGGGCAGGGCTACGGACGTGGCGGAATGTTCGGCGGAGGTGGCGGAGGCGGTGGCCTCGGCGGCGCCATCCTCGGCGGCATCCTCATCAACTCCATCCTCAACGGCGGAGGAGGCGGCTGGGGCGGCGGCAATGACGGCGGAGGTGGCGGTGGCTTCTTCGGCGGCGATTCCGGTGGCGGCGGCGATTGGGGCGGCGGCGGAGGCGACTTTGGCGGCGGAGACTCCGGCAGCTTCTAG MRSIVKRVLAVIGLAGMLALPAGAAWAADPVTIPSGQNIVDDANVLGGRKGEVQEAIQKTLKDHKYNLYVVTVDKFENPTNPADWVETVAKNRGMGKADAVLAISTAGQYNFTLNSGSSIYSKQSAIAQNAVVANLAGGKKDYAQAAIDTAAAIGDAAGGGSGTVPSGNAGVGVLVGVGVVAAGGAGTYLYLRNRRKKGTTKAVSASYGPQGEELDPLAGLSIPELRQKSGSLLIEADDAIKSSEQELGFAQAQYGDSAIGNFTKALEEAKGHMTESFKLQQQLDDHIPDTEEQQRSWLGEIIRRSEAALASLRDQKADFDSLRELEKNAPQALAAVTAGAKEADAKIASAERSLEGLRAKYAESALAQVSDNILQAKERLAFVQNAVTAAQEKLATGENSLAAVAVRAAEESLHQTNVLIDAISKTAGSLDEARASLEGAVAETSQDLAQARAMIQSGEHPELAGPVAGVEAALAQVKIEIQGGKIDPIATLSRVESAHQALDQSLSGIRDQQEQARRAQASLQQTIMAAQAQISATSDYITARRGGVGTEARTRLAEAQRNLDYALSISRNDPVTALTYAQQAHSLAAQAAQLAQSDVDQFGYADQGQGYGRGGMFGGGGGGGGLGGAILGGILINSILNGGGGGWGGGNDGGGGGGFFGGDSGGGGDWGGGGGDFGGGDSGSF NA NA NA NA NA D3-18_01543 1644 hypothetical protein ATGACGGAGAACCCAGCGCAGGGCACCGCACCAGAGAACCGCGAGCCATCGGAGCCGCGGAATACGACGGGGGAGCAGGGCGATGCCGCCGCCACCCAGCAGCAGCCTGCCTGGACTTCAGGACGCGGAGCCGGGACGGAAGGCACCGCTCAGCCCACCACTCCGCTGCCTGCCTTCCAGGCGCCAGCAACCCAGCAGCAGTCTCAGCAGCCGCAGCAGCCGCAGTACTACGGCGCTCCGCAGCAGCAGCATGATCCAGCCCACCGCCCTAGCTACCCCCAGCACCAGCCGTTCTACGGTGGTTCAAACCCCGGAACGAATGGAAATACCGGCAGCCAGTTCCACAACGCACAGGGATTCCAGCATGCCCAAGGCCAGCATGCGCAAGGCCAAAATGGCCCCGGAATGCAGCACACCAGCCACTCTTCGGCGGTAGCCAACAAGCGCAAGCCCGCATTTGGTGTCGGCACTCTTGTGGCAAGCATGCTTGCGGCGGGATTGATCGGTGGTGGTGTAGCGGCCGGAAGTAACGCGCTGTGGGATAACCCGGCCCCGGCTGCTTCAACAGGCGGGCAGTCCAGCACGGTCATCGTGAACAACAAAGACGACGTCAATGTGATTACCGCCGCGGCAGCCAAGGCATCACCCAGCGTGGTGACCATCAAGGCAACCAGCGGCAACGAGGGCGGCACGGGTTCCGGCATCATCCTTGACGACCAAGGCCATATCCTCACCAACACCCACGTCGTAACGTTGGACGGTGCTACCGCAAACGCCACCATCGAGGTCCGGACGAACGACGGAAAGGTCCTGAAGGCCACCGTGGTTGGCACGGACCCGTTGTCAGACCTCGCTGTGATCAAGGTGAGCGACGCATCGGGCTTGGTCCCGGCGACGCTGGGTGACTCGTCCAAGATCAACGTGGGGGACACCGCCGTCGCCATCGGTTCGCCGCTGGGCCTTACCGGCACGGTCACCGATGGCATTGTGTCCACGCTCAACCGCACCATCAGTGTGGCGTCCTCCGCTGTGCCGGAAGGTACACCGGATGAGAGCCAGGGCGACGACGAAGGCTTCCAGTTCGCACCGCCGAATGGTGGCCAGAGCCAGAGCACAGCCAATGAGGGTTCGATCGCCATCAACGTTATCCAGACCGATGCCGCCATCAACCCCGGTAACTCCGGCGGTGCGCTGGTGAACAGCAAGGGTGAAGTGATCGGGGTCAACGTGGCCATCGCTTCGGCGGGCAGCGGAACCTCCGAATCGTCCAGCGGAAACATCGGCGTCGGTTTCAGCGTTCCCATTAATCACGCCAAGCGCGTGGCGCAGGAGATCATCGAAACCGGTAAGGCCAGCCATGGTCAGTTCGGTGTGTCAGTTCGTTCGAAGTCGTCCACTGGCAGCGATTCAGGCTTCTCCGTGGGTGCCGAGGTTGCGTCCGTGACGTCGGGTTCGGCAGCTGCCAAGGCCGGGCTCAAGGTTGGCGACGTCGTAACCAAGTTCGGTGACTACGCCGTGAGCGATCCCAACCAGCTGACCGCAGCGGTTCGGGAGCAGCCGGCCGGTGCCAAGGTGAAGGTCACCATTCAGCGCGGTGGCCAGACGCAAGAGGTTGAGGTCACCCTCGACGCCGCCCAACAGTAG MTENPAQGTAPENREPSEPRNTTGEQGDAAATQQQPAWTSGRGAGTEGTAQPTTPLPAFQAPATQQQSQQPQQPQYYGAPQQQHDPAHRPSYPQHQPFYGGSNPGTNGNTGSQFHNAQGFQHAQGQHAQGQNGPGMQHTSHSSAVANKRKPAFGVGTLVASMLAAGLIGGGVAAGSNALWDNPAPAASTGGQSSTVIVNNKDDVNVITAAAAKASPSVVTIKATSGNEGGTGSGIILDDQGHILTNTHVVTLDGATANATIEVRTNDGKVLKATVVGTDPLSDLAVIKVSDASGLVPATLGDSSKINVGDTAVAIGSPLGLTGTVTDGIVSTLNRTISVASSAVPEGTPDESQGDDEGFQFAPPNGGQSQSTANEGSIAINVIQTDAAINPGNSGGALVNSKGEVIGVNVAIASAGSGTSESSSGNIGVGFSVPINHAKRVAQEIIETGKASHGQFGVSVRSKSSTGSDSGFSVGAEVASVTSGSAAAKAGLKVGDVVTKFGDYAVSDPNQLTAAVREQPAGAKVKVTIQRGGQTQEVEVTLDAAQQ PGPT0021000_275 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0021000-pepD-K08372 NA NA D3-18_01544 816 etfB COG2086 Electron transfer flavoprotein subunit beta GTGGAAGAGACATTGAAGATTGTCGTTCTGGTCAAGCACGTCCCGGACGCCCAGTTCGACCGGCACATCACCGGACCTGGCAACACAACCGACCGTGAAGAGAGCATTTTGTCCGAACTGGACGAATACGCCCTCGAGGCAGCGCTCCAACTGGCGGAGGAACGTGGCGGCCCGAAGGCTGGAAACGAGGTCATTGCCTTGAGCATGGGCCCGTCCGGTGCGGTCAATGCTGTGAAGAAGTCACTCCAGATTGGTGCGTATTCCGGCGTCCACCTCAGCGATGACGCTTTGGCTGGTTCGGATGCTGCTGCCACATCGCTGGCGCTTGCGGCAGCCATCCGCCACATCTCAGCCGACGGCCGGCCGGTGGATCTGGTCCTGACGGGCATGGCCTCCACGGACGGCGAGACTTCGCTCATCCCGGCCCAGCTTGCAGAGCGTTTGTCCTTCCCGCAGGTCACATTCGCCTCCAGCCTTGAGGTTACGGGTGGCCAGGTCACGGCCCGCCGTGACGCTGGCGCCTTCTCCGAGACGGTTGAAGCCCAACTCCCTGCAGTGGTCTCGGTGACTGACCAGATCAACGAACCGCGCTATCCCAACTTCAAGGGCATCTTGGCTGCCAAGAAGAAGAAGATCGCCTCCTTGTCGCTGGCCGACATCGGTGTGGACGCCTCACAGGTAGGCTTGGCCGGCTCCTGGACAGTGGTGGAGTCTGCAGAGGCCCGACCACCGCGGACAGCAGGAACCATCATCACCGACGACGGCGACGCCGGCATCAAGCTGGTCGACTTCCTCGCCGCACAGAAGCTGCTCTAA MEETLKIVVLVKHVPDAQFDRHITGPGNTTDREESILSELDEYALEAALQLAEERGGPKAGNEVIALSMGPSGAVNAVKKSLQIGAYSGVHLSDDALAGSDAAATSLALAAAIRHISADGRPVDLVLTGMASTDGETSLIPAQLAERLSFPQVTFASSLEVTGGQVTARRDAGAFSETVEAQLPAVVSVTDQINEPRYPNFKGILAAKKKKIASLSLADIGVDASQVGLAGSWTVVESAEARPPRTAGTIITDDGDAGIKLVDFLAAQKLL PGPT0001035_500 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION NITROGEN_REGULATING_FUNCTIONS,PGPT0001035-fixA|etfB-K03521 NA NA D3-18_01545 954 etfA COG2025 Electron transfer flavoprotein subunit alpha ATGGCAAATGCACTTGTTTTCATTGATAACCCGGGAGCGGCTCTCAAGAAGAGCAGCCTGGAGCTCCTGACCATCGCCCGCTCCCTGGGGGAGACCGCCGTCGCGTTCACCGGGGAGCTGCACGACGACGTCTCCGCCACCTTGGGTGCATACGGTGCCACCACGGTCTACCAGCCCTCGGTGGACGACCTCGACAACTACTTGGTGGGGCCCAAGGCGGCCTACCTCGCCGCTGCAGTGGCAGCGTCCGGAGTTACGACGGTACTCCTGGACAACTCGCCTGAGGGCAAGGAAATCGCGGGCAGGCTTGGCATCAAGCTCAACGCCGGCGTCATCACGGACGTCGTGGGCGTTGAGGCTGACGGCACCGCGCACAAGTCGGTGCTGGCGGGCTCCTATAACACCACCGCGAAGGCCACCACTCCGGTAACGGTTCTTTCGGTCAAAGCCAACAACGTGGAACCGGCGCCTGCTGGTGCGGCCACTGCGCCGGCTACTGCCACGATTGAGGTTCCATCTGACGGCTTAGCGAACTCCGCACGCATCGCGGCGCGGACCGAGAAGCCAGTCAGCGGCCGACCGGACCTCAGCGAAGCAAGGATCGTCGTTGCAGGTGGTCGTGGCGTGGACGGCGACTTCGGCCCGCTCGAAGAGCTTGCCGACGCCTTGGGCGCAGCAGTTGGAGCATCCCGCGCCGCTACCGATGCCGGATGGATCGGCCACGACGCACAGGTTGGCCAGACCGGCGTCACGGTGTCACCGCAGCTATACATTTCTGCCGGCATCTCAGGAGCCATTCAGCAAAAGGCCGGGATGCAGACTTCCAAGGTCATTGTGGCCATCAATAAGGACGCAGAATCGCCGGTTTTCGAGATTGCCGACTACGGCATCATCGGCGACCTCTTCAAGGTTCTCCCGCAGGCAACTGCGGAGATCAAGAAGCGGAAAGGCTGA MANALVFIDNPGAALKKSSLELLTIARSLGETAVAFTGELHDDVSATLGAYGATTVYQPSVDDLDNYLVGPKAAYLAAAVAASGVTTVLLDNSPEGKEIAGRLGIKLNAGVITDVVGVEADGTAHKSVLAGSYNTTAKATTPVTVLSVKANNVEPAPAGAATAPATATIEVPSDGLANSARIAARTEKPVSGRPDLSEARIVVAGGRGVDGDFGPLEELADALGAAVGASRAATDAGWIGHDAQVGQTGVTVSPQLYISAGISGAIQQKAGMQTSKVIVAINKDAESPVFEIADYGIIGDLFKVLPQATAEIKKRKG PGPT0001040_3062 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION NITROGEN_REGULATING_FUNCTIONS,PGPT0001040-fixB|etfA-K03522 NA NA D3-18_01546 780 mshB 1D-myo-inositol 2-acetamido-2-deoxy-alpha-D-glucopyranoside deacetylase TTGTCCACTGACGCCACGTCAGCAAAGAGCCCGTTCGATGCCTCTACGGAGCGCATTGAGCGGGTGCTTTGTTTTACTGCCCATCCTGACGACATCGACTTTGGCGCTGCCGGGACCATCGCTGCCTGGACGGCGGCCGGCGTCGAGGTCAGCTATTGCATCATGACTGACGGCGACGCCGGCGGCTTCGATCCGGTGGATAGGGAACGGATCACCGAACTCCGCGCAGAGGAGCAACAGCGGGCAGCCGCACTGGTGGGTGTCAAGGACATCCATTATCTGCACGAGCGTGATGGCTACCTTGAGCCGACACATGGCGTCATCAAGCAAATAGTGAAGCTGATTCGCGAAATCCGACCCGACATCGTGCTCACCATGCACCCGGAAAGGAACTGGGACCGCCTCCAGAAGAGCCATCCTGACCACCTCGCGGCAGGCGAAGCCGTTACCCGGGCGGTCTACCCGGCAGTGGAAAATCCCTTTGCCTACCCCGAGCTGGCTGCGGAGGGACTTACTGCCTACAAGCTGCCGTGGTTGTGGTTTATCTCAAGCCCGGACGCCAGGGAGAACCATTTTGTGGATGTCTCGGACCGGGTGGACGCAAAGCTTGACGCCATCCGCGTCCATGCAAGCCAGCACCCGGATATCGAAAGTATGGAGCGTGTGGTCCGGAGCATGATGTTGGCCAACGGGGAGCGTGCCGGCCTGGCCGCCGGGACCAGCGCGGAGGCCTTCCATGTAGTCTCCGTCAACGGGTCAAGTACCATCGCCGGCTTCTGA MSTDATSAKSPFDASTERIERVLCFTAHPDDIDFGAAGTIAAWTAAGVEVSYCIMTDGDAGGFDPVDRERITELRAEEQQRAAALVGVKDIHYLHERDGYLEPTHGVIKQIVKLIREIRPDIVLTMHPERNWDRLQKSHPDHLAAGEAVTRAVYPAVENPFAYPELAAEGLTAYKLPWLWFISSPDARENHFVDVSDRVDAKLDAIRVHASQHPDIESMERVVRSMMLANGERAGLAAGTSAEAFHVVSVNGSSTIAGF NA NA NA NA NA D3-18_01547 546 COG3265 Gluconokinase ATGGCGAAGACTGCGCAGCAACCTGTACTGGTGATTATGGGAGTCTCCGGTTCAGGCAAATCGACTGTAGCCGGCGTATTGGCAGGGAAGCTTGGATGGGACCTTGCCGAAGGCGATGACCTCCATCCTGAAGCGAACGTGGCAAAGATGCACTCGGGGCAGGCCCTCAGTGATGAGGACCGCTGGCCTTGGCTTGGCATCATCTCGGAGTGGATCCGGGCACACGTGGAGGCTGGAACCCCGGCGATCATTACCTGCTCAGCACTGAAGAAGAAGTACCGCGACGTGCTCCGGGGTGAAGGTGTTGTCTTCGTCTTCCTGCAGGGGAGCAAGGACAAGATCTCGGATCGCCTTGCCTCCAGGCATGGTCACTTCATGCCGCCGTCGCTCCTGGAATCCCAGTTCGACGCTCTTGAAGAACCCACGGAAGACGAAAACCACATCTCCTTGTGCGTTTCCGCGTCGCCGGCCGAAGAAGCCGACGAAGTCATTGCACGGCTCGGTCTCCGGCCATTGGGCGCCGGTGCCGAAGTGACCGACTCGTGA MAKTAQQPVLVIMGVSGSGKSTVAGVLAGKLGWDLAEGDDLHPEANVAKMHSGQALSDEDRWPWLGIISEWIRAHVEAGTPAIITCSALKKKYRDVLRGEGVVFVFLQGSKDKISDRLASRHGHFMPPSLLESQFDALEEPTEDENHISLCVSASPAEEADEVIARLGLRPLGAGAEVTDS PGPT0018055_677 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_GLUCONIC_ACID_UTILIZATION,PGPT0018055-gntK|idnK-K00851 NA NA D3-18_01548 1404 idnT_2 COG2610 Gnt-II system L-idonate transporter GTGAGGGTTCTGGAAACAGCGACCCAGGTGCAGGAATGGACAGCGCACGACACCCAACTTCTTGTGGTGGCAGCGCTTGGCATTGCCCTCATTGTGGTGCTGATCGCAAAACTGAAACTGCATCCGTTCCTGGCGCTGGTCTTGGGGTCGGCCTTTGTTGGCTTGGCGTCAGGCGTGGAACTGGGCAAGGTCATCACCAACTTCGAGGACGGAGTTGGGGGTGTCCTCAAGGAAGTGGGCCTGCTCATTGCGCTTGGAGCCATGCTCGGGAAGTTGCTGGCTGATTCCGGCGGAGCCAACCGAGTGGTTGACACCCTGTTGGCCAAAGCCAGCGGCAACAAGCTCGTGTGGATGATCACGCTCGTGGCTGTGATCATCGGCTTGCCAATGTTTTTCGAAATCGGACTCGTTCTGTTGCTTCCGGTGATCGTCCTGGTGACTCAGCGGTCCAAGATGAAGCTGATGCGCATCGCGATCCCGGCGTTGGCTGGCCTGTCCGTGCTTCACGGACTGGTGCCGCCGCACCCGGGTCCGTTGATTGCGATCAGCGCAGTCAAAGCGGAGCTGGGAACAACACTCGGCTTAGGCATCCTCGTCGCGATCCCTACGGTCATTATTTGTGGCCCGCTCTTCTCGCGGTTGGCTGCCCGTTGGGTACCTGTTGACGCGCCGGCCGTAGCAGGGGGGATCGACACCCAGCATGCTGCCGATCTGAGTGAAGTGAAGCGCCAGCCGTCGTTCCTTGTGACACTGCTGACCATCATCTTCCCCGTGGTCCTCATGCTGCTGAAGGCCTTGGGAGGCATCATCTGGCCAAACCCTGAAACGGCACCGGCAATCAGGATCTTCTTTGACTTCGTGGGCCAGCCTCTGGTGGCCATGACGTTGGCGGTCCTTTTGGCAATCGTGACGTTCGGATACGCCGTAGGCTTCACGGGTAGCAGGATCACAGCCAAATTGGGTGAAAGCCTCGGGCCCATCGCTGCCATCCTCCTCATCGTGGGCGCCGGCGGTGGTTTCAAGCAGACCTTGATCGGTGCGGGTGTGGGCGATGCTGTCAAGAAGTGGGCCGAAGGCGCCAATATGTCGGTCCTGGTGCTCGGCTTCATCGTGGCGGTGGCTCTCCGCCTGGCTACGGGCTCGGCGACAGTGGCGACCGTGACTGCGGCGGGCATTGTGGCACCCCTCGCCAGTAGCCTAAGTCCGACGCACGCAGCCTTGCTGGCCTTGGCCATCGGCGCAGGTTCCCTGTTCCTGTCCCACGTCAACGACGCCGGATTCTGGCTGGTCAAGGAATTGTTCGGTCTTACCGTTGGGCAGACATTCAAAACCTGGTCCGTGATGGAGACGTTGATCTCCGTAGTGGGCTTCGGCTTCGTGATGCTTCTATCGCTCGTGTTGTAG MRVLETATQVQEWTAHDTQLLVVAALGIALIVVLIAKLKLHPFLALVLGSAFVGLASGVELGKVITNFEDGVGGVLKEVGLLIALGAMLGKLLADSGGANRVVDTLLAKASGNKLVWMITLVAVIIGLPMFFEIGLVLLLPVIVLVTQRSKMKLMRIAIPALAGLSVLHGLVPPHPGPLIAISAVKAELGTTLGLGILVAIPTVIICGPLFSRLAARWVPVDAPAVAGGIDTQHAADLSEVKRQPSFLVTLLTIIFPVVLMLLKALGGIIWPNPETAPAIRIFFDFVGQPLVAMTLAVLLAIVTFGYAVGFTGSRITAKLGESLGPIAAILLIVGAGGGFKQTLIGAGVGDAVKKWAEGANMSVLVLGFIVAVALRLATGSATVATVTAAGIVAPLASSLSPTHAALLALAIGAGSLFLSHVNDAGFWLVKELFGLTVGQTFKTWSVMETLISVVGFGFVMLLSLVL PGPT0001340_511 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 D3-18_01549 798 rskA Anti-sigma-K factor RskA ATGTTTGCCAACGACATCGCCACCGACCTCGCTGAGGGCCGCGTTCTCGAACTGGCGGAAATTTATGCCCTGGACGCCGTGAGTGACGACGAGCGGGCCATGATCGACGACTACATCAGAAACGCCCCGGAACGTCCTGAGTTCCTGGATCGGGTCCGCGAAGCCCGCGAAGCATTGGCAGTCAGTTTCGCGCCGGAAGAGGCACCCCCGGCCGGACTCTTCGACAACATCATGGAACGCATCACCACCGATGCCTCTACCCGACCCCCTGCTGAGCCGACGGTCCCGCCTGTAGCAAATCCCGCCGTCGACGACCTTGCAGCTGCCAGGGCCAAGCGCGAAGAACGCACACGCGCCGGTGGCGCACGCAGATGGATCGTGGGAGCTGCCGCAGCAGCCGTGATTGCACTCGGCGGTATCGGAGTAGGCGCCTACGTTTCTGCGCAGAATGACCCGGTCAACCAGGTGCTGCAGGCACAGGATGTCCAGAAGAAATCGGCGCCTGTTCCCGGCGGTGGTACGGCCACCATCTCCGCATCATCGGCCAAAGATTCCTTCGTGGTTTTGATGGATGGCGTCGCACCGGCCCCGGAGGGCAAGGTCTACCAGTTGTGGACCCTGCCCAAGGACGGCTCCGCCCCTGTTCCGCAGGGAACGATGGATGCGGAGACACTCTCCAAACCTGCTGTTGTAAAAGGGCTGTCCTCAGCTTCGTCGGTAGCCATCACAGTAGAACCCACGGGTGGATCCAGCGCCCCCACCACGGACCCGGTCCTGGTGGTCGGGCTCAGCGCCTGA MFANDIATDLAEGRVLELAEIYALDAVSDDERAMIDDYIRNAPERPEFLDRVREAREALAVSFAPEEAPPAGLFDNIMERITTDASTRPPAEPTVPPVANPAVDDLAAARAKREERTRAGGARRWIVGAAAAAVIALGGIGVGAYVSAQNDPVNQVLQAQDVQKKSAPVPGGGTATISASSAKDSFVVLMDGVAPAPEGKVYQLWTLPKDGSAPVPQGTMDAETLSKPAVVKGLSSASSVAITVEPTGGSSAPTTDPVLVVGLSA NA NA NA NA NA D3-18_01550 717 sigK COG1595 ECF RNA polymerase sigma factor SigK GTGAGCGCGCTGCAGACCAGGGTGATAACGGCAAGCCGCTGCACCGCCGCGCCTTCGACGCAATCCCGTCATGCTGCCGGTTTCAAACGGGACGACATATGCTGGACGGTGATGGACATCCCCAACAATCCCGGCCCCCCGGTCTCCGAAGCTACCGGCTCTGCGACTGATCTGAACTCGCAGCTGGCTGGCTTGCTCGAACTCGTGGCAGCAGGCGACCAGCAGGCTTTCGCCGAGTTCTACAGCCTCACCTCGCGGCGGGTGTTCGGTATGGCCAGGCGCGTCCTCATAGACCCTGACCTTAGCGAGGACGCCACCCAAGAGGTCTATATCCAGGTCTGGCAAGGTGCTGCCAAATTCGACCGCGCCGCAGGCAGCCCGTTGGCTTGGCTTATGACCATTGCCCATCGGAGGGCCATAGACCGTGTCCGCGCAGTGCAAGCAGCAACTGACCGCGAGGCGAGATACGGCGCAGCCAGCCAGGACCCGGACCGCGACCTGGTGGCGGAGGAAGCCGACAGCAATTTGGAGGCCGAAGCTGTCAGCCGCTGCCTGGGTACGCTCACGGACACGCAGCGCGAATCAGTTCGGCTCGCATATTATGGCGGACTGACCTACCGGGAAGTTGCCGAGCATCTCGGTGCCGCCGTCCCGACCATCAAATCCCGCATCCGCGATGGGCTACTACGCCTGAAGACCTGCCTGGGGGTGGGTTGA MSALQTRVITASRCTAAPSTQSRHAAGFKRDDICWTVMDIPNNPGPPVSEATGSATDLNSQLAGLLELVAAGDQQAFAEFYSLTSRRVFGMARRVLIDPDLSEDATQEVYIQVWQGAAKFDRAAGSPLAWLMTIAHRRAIDRVRAVQAATDREARYGAASQDPDRDLVAEEADSNLEAEAVSRCLGTLTDTQRESVRLAYYGGLTYREVAEHLGAAVPTIKSRIRDGLLRLKTCLGVG PGPT0014960_2780 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D3-18_01551 468 trmL COG0219 tRNA (cytidine(34)-2'-O)-methyltransferase GTGTTCCGCATCCTCTTCCACACTCCAGAAATCCCGGGCAATACGGGCAACGCCATCCGTTTGGCCGCCATCACAGGGGCCGAGCTTCACTTGGTGGAGCCCCTCGGCTTCGATTTTTCCGATGCAAAGCTGCGTCGTGCCGGCCTTGATTACCACGATCTCGCCGTAGTTACTGTCCACAAGGACATCGAGGCTGCCTGGGCTGCGCTCAAGCCGGAACGGGTTTTCGCCTACACCTCCGACGGTGAGACGTCCTATACGGACATCAGTTACCGCGAGGGCGACGTCCTGATGTTCGGTCCGGAATCCGTGGGTCTGCCGGATTGGCTCAAACAGGATCCGCACGTTACAGCGCGTGTCCGCCTTCCTATGAAGCCTTCGCTTCGTTCGCTCAACCTGGCCAATGCTGCTTCGATCGCCGTGTTTGAAGCTTGGCGGCAGAACGGATTTGCCGGCGCCAAGGTGTAG MFRILFHTPEIPGNTGNAIRLAAITGAELHLVEPLGFDFSDAKLRRAGLDYHDLAVVTVHKDIEAAWAALKPERVFAYTSDGETSYTDISYREGDVLMFGPESVGLPDWLKQDPHVTARVRLPMKPSLRSLNLANAASIAVFEAWRQNGFAGAKV NA NA NA NA NA D3-18_01552 945 dnaJ_2 Chaperone protein DnaJ TTGGCCGAGGGCAACAGCTCGCACTATCAGGTTCTCCGCGTCTCCGTCACAGCTACGGACAAGGAGATCAAAGTGGCCTACCGCAAGGCTGCCCGGAAGGCCCACCCTGACCACGGTGGAGAAGCCGAGATGTTCCGGCGTGTGACCCTCGCGTACGAAACCCTGATTGATCCCAAACGGCGGGCCGAATACGACCGAAGGTACGCCCGTGGAGCCTCGAGCGTCAGTCAGCCCCGGCCCGGGGACTACACCGGCACTGCCGCGCCGGGTCCTTCCGCCACGACAAACGTCAAGCGACCCCAGGCCCAGCGCAATACTGCGGGCGACCCCCCGGTCTATGTCCCTGCGTTTGACGATCCCAACGAGGTTCCGCTCATTTCAGCGGCGGAAGCGGCCCAGCAGGTCCACGGACTCCCCCGCAAACGGGGCATATTTGGAGCCGAGGCCCGCATCCAACGAGAGATGCGCACGGTTCAGCTCATCAGCCGGCAGGTTTTGCCCGCCATACCCGCTGCCCGCCTGATCAACGGGCTGCGTTCACCGTCGGACAACAATCACATCGATCACGCCGTCCTTTCCGGCTACCGGCTGGCGTTGATCGGTTCCATGCTGCTGCCCAAAGGCGCCTACGCCTGGGATGGCCATTCGCTGCGGCACGGCGGGCGTTCGGTAGCTCCTCCGCAGCTCGCGCACATCGTCCGCCACATGCAGGACCTTTTTCCCGAACTCAATGTCACCGGCTGGGTGGTTCTGCACAGTCCTGACGGCAACCTCCACGAACCAGTTATCGACCAATACGGCAAGGGCGTTTCCAGCCACAACCCGGTGGAAGTAGTCAACGCGGCAGGGCTTGTAAGAGGGCTCAAGCAATTTCTCAGTTCAGGGCCAGCGCCGAACACCGTGGTGATACCTGTCCTGGCACGGCTGCTTCGCGGAATGCACTAG MAEGNSSHYQVLRVSVTATDKEIKVAYRKAARKAHPDHGGEAEMFRRVTLAYETLIDPKRRAEYDRRYARGASSVSQPRPGDYTGTAAPGPSATTNVKRPQAQRNTAGDPPVYVPAFDDPNEVPLISAAEAAQQVHGLPRKRGIFGAEARIQREMRTVQLISRQVLPAIPAARLINGLRSPSDNNHIDHAVLSGYRLALIGSMLLPKGAYAWDGHSLRHGGRSVAPPQLAHIVRHMQDLFPELNVTGWVVLHSPDGNLHEPVIDQYGKGVSSHNPVEVVNAAGLVRGLKQFLSSGPAPNTVVIPVLARLLRGMH NA NA NA NA NA D3-18_01553 954 dagK_1 COG1597 Diacylglycerol kinase GTGGTTCCCGCTGGCATAATTCACGCTGTGAACCCCTCGGCAACCGATAACAGCCTGAGCATGCCGAAGAAAATCGCTGTCGCCATCAACCCTGCTGCCTCCTTCGGCCGAGGGCGCAATGCCGGGCACCAAGCCGTAGGCCTCCTCCGCGCCGGCGGCCTGGACGTCGTCGTACTTGAAGCGGACGACTACGACGCCCTGCGGAGGGCGGTGGACGTGACCTTGGCAGCTGGTGTGGAGGCGTTGGTAGTGGTGGGTGGCGACGGCATGGTCCATCTGGGTGTCAATGCGCTCGCCGGGCTGGACCTTCCCCTCGGCATTGTTCCCGCTGGAACAGGCAACGATGTGGCGAGGCTGTTGGCCTTGCCTCTGAACGACACTGGTGCCGCGTGCCGCGGGCTGCTGGCTGCGCTGGAGACGGGCGGGCGCAGGATCGACGTCGGACGGGTCGCCGCAGGTGGTGAGACGACATACTTCGCCGGTGTCCTGTCTGCCGGCTTTGATGCAGCCGTAAACGAACGGGCCAATGCCTGGCGGTGGCCCCGAGGGAAGATCCGGTACAACCTTGCCATGCTCAGGGAACTGGTGTCCTTCCGGCGCATTACCTACACCGTGACCGCCGATTGCGTGACCTGGCGTCAACCTGCCTTGCTCATCTCAGTGGCCAACGGACAGTCCATTGGCGGGGGCATGCAGATTACCCCTGACGCGGTTCCCGACGACGGGTGGCTGGACATGTTTGTGGTGAAGCCCTTGTCGCGGCTCAGCTTCCTTGCCGTTTTTCCCAAGGTTTTCGCGGGGAAGCACACCAACCATCCTGCCGTGGAGATCAAACGCGTCCGGAAAGTGCAGTTGGACGCCGAAGGGGTAGTTGCCTACGCCGACGGCGAGCGCATCGCCGAGTTGCCCGTCGTGGTTGACCTTGTTCCCGCAGGCCTATGGGTGCTTGCCTAG MVPAGIIHAVNPSATDNSLSMPKKIAVAINPAASFGRGRNAGHQAVGLLRAGGLDVVVLEADDYDALRRAVDVTLAAGVEALVVVGGDGMVHLGVNALAGLDLPLGIVPAGTGNDVARLLALPLNDTGAACRGLLAALETGGRRIDVGRVAAGGETTYFAGVLSAGFDAAVNERANAWRWPRGKIRYNLAMLRELVSFRRITYTVTADCVTWRQPALLISVANGQSIGGGMQITPDAVPDDGWLDMFVVKPLSRLSFLAVFPKVFAGKHTNHPAVEIKRVRKVQLDAEGVVAYADGERIAELPVVVDLVPAGLWVLA PGPT0024345_797 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0024345-dagK-K07029 NA NA D3-18_01554 678 hypothetical protein ATGGTGGGGAACAACGTTCGACGTCGACTGGCTGGCTTGGTTTCCGCCGGAGCCGCAGGCGTCCTGCTGGCTGGCTGTACGGTCAACGTTCCTGATCCGGCAGCTCCGAAGCCTTCGCCATCGGTATCCACGCTGGCGACTCCCACTATCACTCCCGGACACGACGCGGCCGCGGTGGCCGCGAAGGACTTGCCGCTGGCAGCAGGTGGAACCTTGGCGCCGGGGGAGCCAGTGACTGTGTCCACGCGGTTGGAGGAAGTGCCTGGCTGGTCGGTGGTTCACTCGGCCCTGCAGGGTGAAACCAGATACAAGAAGACGGACGGGTGCATGCTCGCGGTCCGGGTCAGTGTGAATCAGGGTCCGTTGGTGGTGGCTGGCGATGACGTCGCTTCAACCAAGGAATTGTTCCATTACTTAGATGCTGGTGTTGCGGTGGACAGCCTGAAAACGGGGTCGTTGCGCTGGGGGGAAGACTCCGACACACCGCAACACAGCGTTGAGTTCCTCAGTTTGGAATCCTCTTCAGCATCCGGGGCCCAGTCAGCTGTTGTCTTGGCAAGGTTGTTCAGCGCCCCTGCATCCTCGGTGTATGTCTCCCTGGCATGCCCGGATGACAAGAGCTTGGCCCCGGCGCGCGCTGAGATCATGGCCCAGCTCGTCGTGGTGCCGCCGTCCTGA MVGNNVRRRLAGLVSAGAAGVLLAGCTVNVPDPAAPKPSPSVSTLATPTITPGHDAAAVAAKDLPLAAGGTLAPGEPVTVSTRLEEVPGWSVVHSALQGETRYKKTDGCMLAVRVSVNQGPLVVAGDDVASTKELFHYLDAGVAVDSLKTGSLRWGEDSDTPQHSVEFLSLESSSASGAQSAVVLARLFSAPASSVYVSLACPDDKSLAPARAEIMAQLVVVPPS NA NA NA NA NA D3-18_01555 684 hypothetical protein ATGGGCACTTTTGATCTCCCTTGGATCCGCAGAATCGCGGCCGTCGCTGCCTTGGGCGATCAGAACCGCCGCAAGCTGTATGAATACGTTTTGAATTCAGACGGCGCGGTGGGGCGGGAGGAGGCTGCCTTGACGCTGGACTTGCCCCGCAGTTCGGTGTCTTTCCATTTGGACCGTTTGGTTCGCGAAGGACTCCTGCAAGTCGAGTTCAGAAAGTCGCCCGACAGGACGGGTCCAGGTTCGGGGCGGCCGTCAAAGCTCTACAGGCCCATGGTCGATGAGATCGGCGTCTCCATCCCGGAGCGGCACTATGACCTCGCCGGCCACCTCATGGCAGCAGCCATCCAGCGCGCTGAGGCCGACGCCGCACCCGTTGAGGCAACCTTGCATGACGTCGCTGCAGCCAAGGGAAGGGAAGTGGGAAGGCCCGGCGATTTCCTGGGTGTGATCTCCGAGCTGGGATACGATCCCACCACCGATGCCGCCGGAGGATACCGCCTGCTCAACTGTCCGTTCCATCGCCTGTCGAGGGACCATAAGGACGTGGTGTGCGGCATGAACGGCGCTTTCCTCAGGGGCGCTGCGACGGCCTCCGGACTCAGTGCCGCCGTCGTCGTACCGGATCCGGACCATAGCCCGGGGCGCTGCTGTGCGCGCATCACCGCCCTTGAGGGGGATTTCTGA MGTFDLPWIRRIAAVAALGDQNRRKLYEYVLNSDGAVGREEAALTLDLPRSSVSFHLDRLVREGLLQVEFRKSPDRTGPGSGRPSKLYRPMVDEIGVSIPERHYDLAGHLMAAAIQRAEADAAPVEATLHDVAAAKGREVGRPGDFLGVISELGYDPTTDAAGGYRLLNCPFHRLSRDHKDVVCGMNGAFLRGAATASGLSAAVVVPDPDHSPGRCCARITALEGDF NA NA NA NA NA D3-18_01556 1233 iscS_1 COG1104 IscS-like cysteine desulfurase GTGCCTGTTTACCTTGACCATGCTGCAACCACGCCCCTGTCGGCCCAAGCGCTGGCTGTCATGACGCGCGAGCTCGCGCGGACGGGGAATCCTTCGTCGCTGCACGGCGCAGGGCGCCGCGCGAGGCGGGCGGTAGAGGATGCCCGGGAGACGCTTGCGGCGGCTGCCGGGGCGCATCCATCGGAGGTTATTTTCACCTCAGGCGGGACTGAAGCGGACAACCTGGCAGTCAAGGGGCTGTATTGGGCCAGGCGGGACGAGAACCCCCGCCGCACGCGCATCCTTTGCTCCGCCGTCGAGCATCATGCGGTCATGGATACCGTTGAGTGGCTTGAAAAGCACGAAGGCGCGCACATTGTATGGCTTCCCGTAGATGCTGAGGGGAAGGTCATGCTGGACGTCATTAAGCATGAAATCGAACGGGAGCCCGAATCGGTAGCCCTGATCACTGTGATGTGGGCCAACAATGAAGTAGGCACCATCCAGCCGGTTAAGGACGTCGTAGAGCTGGCCAAGCCGCATGGCATCCCGGTCCACTCCGACGCTGTTCAGGCTTTCGGTTCCGTTCCCGTGGATTTTCGTGCCTCCGGACTCTCCGCGATGTCCGTCTCCGGACACAAGCTTGGTGGTCCCGTGGGGGTCGGCGCCCTTTTCCTGGGGAGGGCTGTGAAGCTGACGCCGGTGCAGCACGGCGGAGGCCAAGAGCGCGATGTCCGTTCCGGGACATTGGACACTCCCGCAATTGCGGCCTTTGCCGCAGCCGCCGAGGCTGTGACCGCAAACCTGGACTGTGAACGTGAACGCCTCTGCTCGTTGCGCGACCGCCTCATTCGCGGGGTACTAGAGTCGGTTCCGGACGCGGTGCTGAGGGGTGCTCCGAGGGCCGGTCGGCTGCCGGGAAACGCCCACTTCACCTTCCCTGGTTGTGAAGGCGACTCACTGTTGTTTCTCTTGGATCTGGCAGGTGTTGAATCCTCGACGGGTTCGGCATGTACCGCTGGGGTGCCCCGGCCGTCGCACGTCCTCCTGGCCATGGGCTTGGATGAGGATACCGCCCGCGGAGCCCAGCGATTTACCTTGGGTCACAGTTCCACCGAGGCGGATGTGGACGCGCTGCTTAAGGCACTTCCCGAGGCGTGCCTCAGGGCCAGGCAGGCAGGAATGGCTGGTCATGAATCCAGCATTCAAACAGCGGCGACGGAAGCCCGACAAGCCTCAACGGAAACTTTGTAG MPVYLDHAATTPLSAQALAVMTRELARTGNPSSLHGAGRRARRAVEDARETLAAAAGAHPSEVIFTSGGTEADNLAVKGLYWARRDENPRRTRILCSAVEHHAVMDTVEWLEKHEGAHIVWLPVDAEGKVMLDVIKHEIEREPESVALITVMWANNEVGTIQPVKDVVELAKPHGIPVHSDAVQAFGSVPVDFRASGLSAMSVSGHKLGGPVGVGALFLGRAVKLTPVQHGGGQERDVRSGTLDTPAIAAFAAAAEAVTANLDCERERLCSLRDRLIRGVLESVPDAVLRGAPRAGRLPGNAHFTFPGCEGDSLLFLLDLAGVESSTGSACTAGVPRPSHVLLAMGLDEDTARGAQRFTLGHSSTEADVDALLKALPEACLRARQAGMAGHESSIQTAATEARQASTETL PGPT0000065_1137 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 D3-18_01557 1236 ddmA1 Dicamba O-demethylase 1, ferredoxin reductase component ATGGCAAACAACCATATGGTTATTGCGGGCGGTGGGCTCGCCGGGGCTACTGCGGCAAAAACCCTCCGGGCCGAGGGCTACAGAGGGGACGTCACCCTGGTGGCCGCCGAGCATCGGACACCCTATATACGCCCGCCCCTGTCCAAGGAATTCCTCTTGGGTAAAGCTGACGCAGATTCTGCCCTGGTATTACCCGAAGCCTGGTATGGGGAGAATGACGTTGAGCTTCTCCTTGGCAGCGCCGTCAGCCGGATCAACCCGGCTGGTCATGAGGTTACTTTGGCCAATGGCCAACGCCTCAGCTACTCCAAACTGCTCCTGGCCACAGGCGCCAGGCCTCGTACCATCCCGCTTCCTGGTGCAGACCTTGAGGGAGTCATGACCTTCCGGACACTGGATGACAGCCTGCGGCTTCAGTCCCTCCTGAAAGACGGAGGGCGGAGGGTGGTGATGATCGGGTCCGGATGGATCGGCATGGAGCTGGCCGCGGCAGCCCGCACGTACGGCAACGACGTCACACTGCTGGGACTGGAAGACATACCCCTCAGCGCCGCCATAGGACCTGAACTCGGCGCATACTTCCAACGGCTCCATGAAGACCAAGGCGTCAGTTTCCGCCTCCCGGCAAGCGCCGCCGGAATCGATGGTCAGGACGGCAAAGCGACGGCGGTTCGCACCAATACCGGCGAAACGCTGCCTGCCGACGTCGTCATCGTTGCCGTCGGCGTCGTACCGGACACAGCACTTGCCGAAGCTGCAGGACTTGAAATACGCAATGGAATACTGGTGGATGCCGGAATGAGGTCCAGCGCTCCGGATGTGCTGGCCGCGGGGGACGTCGCCAACGCATTACACCCCTTTACCGGCGAACACCATCGCAGCGAGCATTGGGCCAACGCGCTCAACGGCGGCAAGGTGTCGGCAAAGACCATGATGGACTTGGAGGCCCGCCTTGATGTGGTGCCCTACTTCTATACGGACCAGTTCAGCCTAAGCATGGAGTACTCGGGCTTTCCCTCACTGACCTCCGGAATCCCACCGGTGATCCGCGGATCGGTGGAAGAGGGCAGCTTCATGGCTTTCTGGTTGAGGGACGGCAACGTAGTAGCCGGAATGAGCGTCAACCAGAGCCGGGTCCAGAAATCCATCAAGGCCTTGATTTCGAGCCGTGTCCCGGTAGATGTCGCGAAACTAAAGGATCCCGGAGCACCACTGAACGAGCTGGTGCCCGGATAG MANNHMVIAGGGLAGATAAKTLRAEGYRGDVTLVAAEHRTPYIRPPLSKEFLLGKADADSALVLPEAWYGENDVELLLGSAVSRINPAGHEVTLANGQRLSYSKLLLATGARPRTIPLPGADLEGVMTFRTLDDSLRLQSLLKDGGRRVVMIGSGWIGMELAAAARTYGNDVTLLGLEDIPLSAAIGPELGAYFQRLHEDQGVSFRLPASAAGIDGQDGKATAVRTNTGETLPADVVIVAVGVVPDTALAEAAGLEIRNGILVDAGMRSSAPDVLAAGDVANALHPFTGEHHRSEHWANALNGGKVSAKTMMDLEARLDVVPYFYTDQFSLSMEYSGFPSLTSGIPPVIRGSVEEGSFMAFWLRDGNVVAGMSVNQSRVQKSIKALISSRVPVDVAKLKDPGAPLNELVPG PGPT0019730_773 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,PGPT0019730-hcaD|cndC1-K00529 NA NA D3-18_01558 1122 mnmA COG0482 tRNA-specific 2-thiouridylase MnmA ATGAGCGGCGGAGTAGATTCCGCTGTGGCCGCAGCCCGAGCCGTTGAGGCCGGACACGACGTCGTCGGAGTCCACCTTGCGTTGTCGCGTATGCCTGGCACCCTGCGCACAGGAAGTCGGGGCTGCTGCACCATCGAGGATTCGCGCGATGCTTGGCGTGCCTGCGACGTCCTGGGTATTCCCTACTACGTGTGGGACTTCTCGGAGCGCTTCAAGGAAGATGTCGTCCAGGACTTCATTGATGAGTACGCTGCGGGTAGGACGCCCAACCCTTGCATGCGGTGCAATGAACGGATCAAGTTCGCCGCTCTTCTGGAAAAGGCCATTGCGCTGGGCTTCGACGCCGTGTGCACCGGTCACTATGCCAAAGTCATCGAAGACGCCGACGGCAACCGGGAGCTCCACCGCGCCGCCGATTGGGCCAAGGACCAGAGCTACGTTCTAGGTGTCCTGACCCACGAGCAACTTAAGCACTCCATGTTCCCGTTGGCGGACACCCCTTCCAAGGCCGAGGTGCGTGCCGAGGCCGAGCGTCGCGGACTGTCCGTGGCCAACAAGCCGGACAGCCACGACATTTGCTTTATTTCCGACGGCGACACCCGCGGATGGTTGGCTGAAAAGATTGACATGACCACCGGTGACATCGTTGACGAAACCGGTGTCAAGGTTGGCGAACATGCCGGTGCCAACGCGTTCACGGTGGGGCAGCGGCGCGGCCTGAAGCTGGGAACCCCCGCGGCAGACGGTAAGCCCCGGTTTGTTCTGGAAATCCGCCCCAAGGAAAACAAGGTAGTTGTGGGACCGGAAGCACTGCTGGCGATCGATGAGATTCGCGGCATCAAGGTCTCGTGGGCCGGCTTGCCCATTTCCGAAGTTGCCACCGGCGCTGAGTTCGACTGCCACGCGCAGGTCCGGGCGCACGGCGATCCTGTTCCGGCAATCGCACGCGTGGAATCCGTTGCTGACGAAACCGGTGTGGAGCGTGCCCAGCTCGTTGTCACGCTGACGGATCCGCTGAGGGGCGTGGCGCCGGGCCAAACCGTCGTTCTCTATCAGGGCAGCCGCGTCCTGGGGCAGGCCACCATTGACGCCGCCCGCTCACTTCAGCGGGAAGTCCTCTAG MSGGVDSAVAAARAVEAGHDVVGVHLALSRMPGTLRTGSRGCCTIEDSRDAWRACDVLGIPYYVWDFSERFKEDVVQDFIDEYAAGRTPNPCMRCNERIKFAALLEKAIALGFDAVCTGHYAKVIEDADGNRELHRAADWAKDQSYVLGVLTHEQLKHSMFPLADTPSKAEVRAEAERRGLSVANKPDSHDICFISDGDTRGWLAEKIDMTTGDIVDETGVKVGEHAGANAFTVGQRRGLKLGTPAADGKPRFVLEIRPKENKVVVGPEALLAIDEIRGIKVSWAGLPISEVATGAEFDCHAQVRAHGDPVPAIARVESVADETGVERAQLVVTLTDPLRGVAPGQTVVLYQGSRVLGQATIDAARSLQREVL NA NA NA NA NA D3-18_01559 1629 hypothetical protein ATGGCACTGAACAAGAAGGCCCTGCACGGCGTTATCGCGCTGGCGGGCATTTCCGCGCTCGCCCTGACGGCATGCACGGGTCCCTCCGGCGGCGGTTCATCATCCGCACCGGCTACCGCAGGCCCCATCGCCTACGGCACTACTGACAAAGTCACGTCGCTGGATCCCGCAGGGTCCTATGACAACGGTTCGTTTATGGTGATGAACCAGGTCTACTCATTTCTCTTGAATTCCAAGCCCGGCGGTGCGGAGCCCGTTCCCGACCTCGCCGAATCGTCGTCGTTCACGGCGCCGTCGGAATACACTGTCAAGCTCAAGTCGGGCCTCAAATGGGCCAACGGGCACACCTTGGACTCCAAGGACGTCAAACACTCCTTTGACCGGCAGGTGGCAATCAACGATCCCGCCGGGCCGGCCTCGCTGCTGACCAACATCGAAAGCGTTAGTACGCCCGATGCCACCACGGTGGTATTCAAGTTGAAGAATGCGAACGACCAAACGTTCAGCCAGATCCTCAGCAGCCCTGCCGCGCCGATCGTGGACGATGAAGTCTTCCCGGCCGACAAGATTCTTTCGGACGACGAGATCATCAAGGCGAACGCGTTCTACGGCCAGTACACGATTGACAGCTACAAGAAGAACGAACTGGTCAGCTTCAAGGCCTTCGCTGACTACCAAGGCGTTCTTGGCAAGCCCGCCAACGATGCTGCCACCATCAAGTATTACGCCAGCCCCACCAACCTGAAGCTCGAAATCCAGCAGGGCGCAATTGACGTTGCCTTCCGCAGCCTGAGCGCCACGGATATCGACGACCTCCGCAAGGACAACAAGGTCAAGGTCCTCACCGGACCGGGTGGCGAGATCCGCTACATCACCTTCAACTTCGACACCATGCCGTACGGAACAAAGGCAGCCGGCGCAGACCCTGCAAAGGCACTCGCAGTTCGCCAGGCCGTGGCCAACCTCGTTGACCGACAGGCCATCGCTGACCAGGTATACAAGGGCACCTACCTGCCCCTGTACTCCAACGTTCCGAGCGGATTCCTCGGCGCCAACGAGTCGTTCAAGGACGCCTATGGCGACGCCGGAAAGCCAAGCCTGGACAAGGCAAAGAAGGTCCTGACGGACGCCGGCATCACCGAACCGGTGGCACTGAACCTGCAGTACAACCCGGATCATTACGGCGGATCCTCCGGCGATGAATACGCCATGGTCAAGGAGCAACTGGAGAAGTCCGGTCTCTTCACCGTGAACCTGCAGTCCACCGAATGGGTCACTTACAGCAAGGCCAGCCGTGCCGACGAGTACCCGTTGTTCCAGTTTGGCTGGTTCCCGGACTTCAGCGACTCCGATAACTACCTGACGCCGTTCTTCCCGGAAGGCGGCTTCCTGAAGAACCACTACAACAATCCCGAAGTCAATGAGCTGATCGCCAAGCAGCTGACGGATGCGGACAAGACCAGCCGCGAGGCTGCCATCAAGGATGTCCAGAACGCCCTGGCCAAGGACATCTCCACTCTGCCCCTGCTCCAAGGCGCCCAGGTGGCGGTAGCCGGAAGCGGAGTGAACGGCGTCGAGAAGACGCTGGACCCATCCTTCAAGTTCCGTCTCGGAGTAATTTCCAAGTAA MALNKKALHGVIALAGISALALTACTGPSGGGSSSAPATAGPIAYGTTDKVTSLDPAGSYDNGSFMVMNQVYSFLLNSKPGGAEPVPDLAESSSFTAPSEYTVKLKSGLKWANGHTLDSKDVKHSFDRQVAINDPAGPASLLTNIESVSTPDATTVVFKLKNANDQTFSQILSSPAAPIVDDEVFPADKILSDDEIIKANAFYGQYTIDSYKKNELVSFKAFADYQGVLGKPANDAATIKYYASPTNLKLEIQQGAIDVAFRSLSATDIDDLRKDNKVKVLTGPGGEIRYITFNFDTMPYGTKAAGADPAKALAVRQAVANLVDRQAIADQVYKGTYLPLYSNVPSGFLGANESFKDAYGDAGKPSLDKAKKVLTDAGITEPVALNLQYNPDHYGGSSGDEYAMVKEQLEKSGLFTVNLQSTEWVTYSKASRADEYPLFQFGWFPDFSDSDNYLTPFFPEGGFLKNHYNNPEVNELIAKQLTDADKTSREAAIKDVQNALAKDISTLPLLQGAQVAVAGSGVNGVEKTLDPSFKFRLGVISK PGPT0004430_4321 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 D3-18_01560 1092 dppB_2 COG0601 Dipeptide transport system permease protein DppB ATGACAACACTTATTGAGGTTCCCGAGGCTGAGCCCGGCATCGTTGCTCCCAAGAGCAAGTCCAAGGCCGGGGGAGGGCTGGGCAGATACATCGTGGTCAGGTTTTTCCTGATCATCCCCACTGTCTTCATCTTGGTGACTCTCGTCTTCTTCCTGATGCGGGTCATCGGAGACCCCATCACGGCATCGCAAGGCGGACGACTGCCCCCGGACGTCCTGGCCCAACGAATACAAGAGGCCGGCTACGATCGGCCCGTCCTGGTCCAGTACTTCGAATACCTGGGCCAGCTCATCACCGGCAATTTTGGCAGCACCATCACCGACCGGCGGCCTGTGGTGGAAGTACTTACCACCTTCGGCGCAGCCACACTCGAGCTGTCGATCAACGCACTGATCGTCGCGCTCGCAGTCGGCATCCCGTTCGGGCTCATTGCCGCGCAGCACCGGGACAAGACTCCTGACGCGTTTCTGAGGTTCTTCGCCATCCTCTGCTACGCCACACCCGTATTCTTCTCCGGGCTCCTCCTCAAACTCACGTTTTCCGTGTGGCTTGGGTGGTTCCCCGTGGCCGGTCGCGCTTCTACGCGGACGGAACTGACCATGAGCGGCCTGGCTGCACCGTCAGGCATTTACTGGCTGGACGCATTACGCAGCGGCAATTTCGCAGCCCTGGGGGACATCGTCGCCCACGCGGTGCTCCCCGCAGTAGCCCTCGGATTGTTGACCGCCGGCGTCTTTCTGCGACTGGTGCGCACAAACGTCATCGGGACGCTGGGAAAGGACTACGTCGAGGCCGGGCGTTCCCGCGGTGTCAGTGAGTTCCGCCTGGTGACCAAGCACGCCTACAAGCCTGCACTGATTCCCATCATTACGGTCATGGGCCTGCAAATTGCCCTGATGCTGGGCGGTGCCATCCTCACTGAAACCACATTTGAGTGGAAGGGCCTGGGCTATCAGCTGGTGCAGTACCTGAACGCGCGCGACTTTGTCGCCGTCCAAGGAATCGTTGTGTTGCTGGCCATCATTGTGGCTGTCACCAACTTCGTGGTGGACATCATTGCCGCACTCATCGACCCTCGAGTGAGGTACTGA MTTLIEVPEAEPGIVAPKSKSKAGGGLGRYIVVRFFLIIPTVFILVTLVFFLMRVIGDPITASQGGRLPPDVLAQRIQEAGYDRPVLVQYFEYLGQLITGNFGSTITDRRPVVEVLTTFGAATLELSINALIVALAVGIPFGLIAAQHRDKTPDAFLRFFAILCYATPVFFSGLLLKLTFSVWLGWFPVAGRASTRTELTMSGLAAPSGIYWLDALRSGNFAALGDIVAHAVLPAVALGLLTAGVFLRLVRTNVIGTLGKDYVEAGRSRGVSEFRLVTKHAYKPALIPIITVMGLQIALMLGGAILTETTFEWKGLGYQLVQYLNARDFVAVQGIVVLLAIIVAVTNFVVDIIAALIDPRVRY PGPT0004445_681 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 D3-18_01561 1005 gsiD_2 COG1173 Glutathione transport system permease protein GsiD ATGAGCACTTCCCAATTGACCCGGCCCAAACAGCCCTTGTTCTTGAGGCTGCCCGTAATCAGCCATCTGAAGAAAAGCGTAGGACTTCAGCGCGGCATGCTCATTGTGGGTATCGTCCTTAGCGGACTCTTCATCCTTACGAGCATCTTTGCGCCTCTCCTTGCTCCCTATGGCTACTCGCAACTCAGCGATGCATCCGGTTCGTTTCCCACCCAGGAAGCTCCGAACTCCAAGCACCTGCTGGGTACAACCGTGGGCGGCTACGACGTCCTGTCACGGGTGATTTGGGGTTCCCAAACAGCGGTGACAGTCATCGTTGTTTCTGTGGCGATGTCCCTGTTCCTCGGTGTCGCCCTTGGTCTGCTCAGCGGTTATTTCGGAGGGTGGCTGGACAGAATTCTGGTGGTTGTAGCGGATGCCATCTATGCGTTTCCCACCCTGCTCCTGGCAATCGTCATTTCCATCGTGATCAGCCGGGGACAATCCAGTTTCTGGGGCGGCATCTTCTCGTGCGCTTTCTCCATCACGGTGGTCTTTGTCCCGCAGTACTTCCGGGTCATCCGGGCAGAGACCATTCGCCTCAAGGCCGAGCCCTTCGTCGAGTCGGCCAAAGTCCTCGGGGCTTCCAGCGTGCGCATTATCGGGAGGCACATCTTCAAGAACGCCACCAGGACCCTGCCGCTCATGTTCACCCTGAACGCTTCCGAGGCGATCCTGACGCTCGCTGGCCTGGGCTTCCTTGGCTTCGGTATCGAGCCCACATCAGCTGCTGAATGGGGGTTTGACCTCAACAAGGCACTGGCGGACACCTCGTCCGGTATTTGGTGGACGGGCGTCTTCCCCGGGATCGCGATCGTTCTCACCGTCCTGGGGCTGACCCTCGTGGGCGAGAGCATCAACGACCTCAATGACCCCCGGATCCGCGGACGCAAACGCGCGGGCAGGACGCCAGCACCAACAACAGCAGGAACGCCTTCAAACCCGGCAGAGGCAGGCAAGCCATGA MSTSQLTRPKQPLFLRLPVISHLKKSVGLQRGMLIVGIVLSGLFILTSIFAPLLAPYGYSQLSDASGSFPTQEAPNSKHLLGTTVGGYDVLSRVIWGSQTAVTVIVVSVAMSLFLGVALGLLSGYFGGWLDRILVVVADAIYAFPTLLLAIVISIVISRGQSSFWGGIFSCAFSITVVFVPQYFRVIRAETIRLKAEPFVESAKVLGASSVRIIGRHIFKNATRTLPLMFTLNASEAILTLAGLGFLGFGIEPTSAAEWGFDLNKALADTSSGIWWTGVFPGIAIVLTVLGLTLVGESINDLNDPRIRGRKRAGRTPAPTTAGTPSNPAEAGKP PGPT0004450_3172 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 D3-18_01562 1710 gsiA_2 COG1123 Glutathione import ATP-binding protein GsiA ATGACCACTAACCTCGGAAATGTGTCAGACCACGTCAGCACCGAGCAGCAGCCTGTACTAACCATCGATCGGCTCCAAGTCACCTTCGCCACTGATGGCGGGGACGTTCATGCTGTAAAGGACGTCAGCCTGGAAGTTGGAGCCGGTGAAGTAGTGGCCATCGTGGGGGAATCGGGTTCCGGCAAAACCGTGACAGCCAAAACCATCCTGGGCCTGCTTCCGGAAACTGCTATCAGCTCCGGTGCCGTGGTGATCAACGGCAATAACGTCATCAGCGTCAGTAAATCCACGCTTCGGAAAATCCGTGGCCGGGATGTTGCCATGGTGTTCCAGGAGCCTTCCACAGCCCTGAACCCGGTCTTCACCGTGGGCTGGCAGATTGCCGAAGGTATCCGAGCACACGCCACCGACGGCCGTCGCATTTCCGCCAAGGAAGCCAAGCACCGGGCAACCGAGGCGCTCCGTAAGGTGGGCATCCCGGATCCTGAGACGCGGGTCAACTACTACCCGCACCAGTTCTCAGGCGGCCAGAAGCAACGCGTAGTGATTGCTGCGGCCTTGGCCCTCAACCCGGGACTGATCGTTGCGGATGAGCCCACCACCGCGCTGGATGTCACAGTCCAGGCTGAAATCCTGCAGCTCCTGCGCGACCTAAGGGACAACTACGGCACCTCAATCGTGCTCATCACGCACAACATGGGAGTGGTCGCAGATTTGGCCGACCGCGTAGTTGTCATGTACCAGGGCGACGTCGTGGAGGAGGCTCCTTCCCGGGTCCTGTTTGCTGAACCCCGGCAGGAATACACCAGGAAACTGCTGGCCGCAGTGCCGCACCTCGGACGAAACTCGGCATCCGAGGGTGCCCGTGGGCGGCTCCACCAGGGAGGCAAAATCCTGGTGGAAGCAAAGAACCTCACCATCGAATACCCCGGGCGTTTCGGCAGGCACGGGTTCAAGGCCGTGGACAATGTCAGTTTTACGGTGTCGGAGAATGAGGTTTTCGGACTGGTAGGTGAGTCCGGTTCCGGAAAATCCACGATCGGACGGGCCATCGCGGGCCTGACCCGAACCACCGGCGGCAGCCTGAAGGTTCTTGGGTACGAGATGCTGGACTTCAAAGAACGTACCTTCCGACCGCTCCGCAAAGAGATCGGCTTCGTTTTCCAGGATCCGGCGGCGTCCTTCAATCCGCACCTCACCATCGGCGAGTGCGTCGCAGAGCCGCTGCTCATCCACACCAAGCCGGGTGCCGCTGAGGCGAGGAAAAAGGTAGGTGAGCTGCTCGAATCAGTCCAACTGCCGGCGTCGTACGCGGAGCGCTACCCGCACGAGCTGTCCGGTGGGCAGCGGCAGCGCGCATCCTTGGCGAGGTCGCTGGCGCTCAACCCGCGCCTCCTGATCGCCGACGAACCCACGTCCGCCTTGGATGTCTCAGTGCAGGCCAAAGTATTGGACCTGTTCAAGGACATACAGGAACAGTACGGCTTCGCGGCTCTATTCATCAGCCACGACCTCGCAGTAGTGGACATGTTGTCCCACTGGGTTGGCGTCTTGTACAAGGGCCAGTTGGTGGAGCAGGGGATCGGGAACCATGTGATGGGCTCACCGCAGCACGATTACACCAAGAGGCTCATAGCCTCGCTGCCGGTGCCGGACCCCGACGAACAAGCACGACGGCGGGAAGCGCACCGCACTCTGCTTGGCGGCTAG MTTNLGNVSDHVSTEQQPVLTIDRLQVTFATDGGDVHAVKDVSLEVGAGEVVAIVGESGSGKTVTAKTILGLLPETAISSGAVVINGNNVISVSKSTLRKIRGRDVAMVFQEPSTALNPVFTVGWQIAEGIRAHATDGRRISAKEAKHRATEALRKVGIPDPETRVNYYPHQFSGGQKQRVVIAAALALNPGLIVADEPTTALDVTVQAEILQLLRDLRDNYGTSIVLITHNMGVVADLADRVVVMYQGDVVEEAPSRVLFAEPRQEYTRKLLAAVPHLGRNSASEGARGRLHQGGKILVEAKNLTIEYPGRFGRHGFKAVDNVSFTVSENEVFGLVGESGSGKSTIGRAIAGLTRTTGGSLKVLGYEMLDFKERTFRPLRKEIGFVFQDPAASFNPHLTIGECVAEPLLIHTKPGAAEARKKVGELLESVQLPASYAERYPHELSGGQRQRASLARSLALNPRLLIADEPTSALDVSVQAKVLDLFKDIQEQYGFAALFISHDLAVVDMLSHWVGVLYKGQLVEQGIGNHVMGSPQHDYTKRLIASLPVPDPDEQARRREAHRTLLGG PGPT0004435_3244 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 D3-18_01563 390 hypothetical protein ATGACCGAGCAGAACAACGCCCTTCCCGATGACGCCGATTCCTTCAACCCGGCAGCGAGCTCCCTGGCCGGCCAAGTGGACCGTGCCGTCATGGATGAGCTGCTGTCCATCCGGTCCAGCATCGACAACATTGACGCAACATTGGTCTTCCTGCTCGCGGAACGCTTCAAGGCCACCCAGAAGGTAGGAATCCTGAAGGCCACCCACAAGCTTCCCGCCGGAGATCCGGGCCGCGAATCGGCCCAGATCGCTCGTTTGCGGCGGCTCGCCGAGGACGCGCACCTCGATCCAGCCTTCGCAGAAAAATTCCTCAACTTCATCATCAGCGAAGTGATCCGCCACCACGAGGCAATCGCCGAGGATCACCAGATTTCCAGCCAGCAGGCCTGA MTEQNNALPDDADSFNPAASSLAGQVDRAVMDELLSIRSSIDNIDATLVFLLAERFKATQKVGILKATHKLPAGDPGRESAQIARLRRLAEDAHLDPAFAEKFLNFIISEVIRHHEAIAEDHQISSQQA NA NA NA NA NA D3-18_01564 1035 hypothetical protein GTGGCGGAAATGGGTAATCTGCGCGCCAGCGCCACAGCACTGGGACCATGGCCCGGAAGCGATCCAGCTGAGGCAAACCGGATCATTCGGGGCGAACTGGGAGACCCCCACCTTCCTTTCCTGCCCGAACTGCCTGGTCGCGGGGTGGGCTCGGATGCTGTCGGCAGGACCGGTTCACTGCTTGTTGATTTGGCAATCGATGTCCAACCGCACGGCTGGCGCCTGGTGGACAAGCCCGGGAAGGATGCCCAGCGCGCCCGCTCGGCACTCTCGACGGACATCAATGTTCTCGCCGACATCGCCGGTGCCGAGGATGTGTCCGCAACGGAGTTCAAAATCCAGTTGATCGGTCCCCTGAGTCTTGCCGCTAATCTTTACCTGCACAATGGCGAACGGGCACTCCTGGACTACGGAGCCCGCAGGGACATCGCGGAATCTTTGGCCGCCGGCGTCGCAGAGCACCTCAGCCGGATCGCCTCTGCGCTCCCGGGTGCCCGTTTGGTGGTTCAGATTGACGAGCCGGACATCGCATCCGTCATGGCCGGCACGATCCCGACGGCGAGTGGCTACCGAACGTTGCGGTCCATATCCGGGGAGGAAGTGACAGGCGCATGGCGGGTGGTGATCGAGGCTCTCAAGTCCGCGGGCGTCGTCGAGGCCGTGGTCTCCGTACCGGAAATTGAAGCGCCCATCGAGCGAATCCTCGCAGCGGGAGCCGACGGCGTCGCGGTGCCCCTGAAAGCCTTGACGACCCGCCAGTGGGAGCAGCTTGCTGCAGCCGTCGAGGACGGAAAACGCGTGTGGGCGGGCGCTCTACCTACCAGTGAGACACAGGCGCAACTGCCACGCACGGCCGAGGTTGTTGAAAGCATCTGGAAGCCGTGGCGGCAGCTCGGGCTTCCTGCCTCGGGCCTGGCGGGACTCCGCGTCACTCCCTCGACGGGGCTGGCGGACTTCAAGCCTTCAACGGCCAAGGACGTGCTGACGAAACTGACCCAAGTGGCTGACGGACTTGACCAGCTGGCTCAGGGCTGA MAEMGNLRASATALGPWPGSDPAEANRIIRGELGDPHLPFLPELPGRGVGSDAVGRTGSLLVDLAIDVQPHGWRLVDKPGKDAQRARSALSTDINVLADIAGAEDVSATEFKIQLIGPLSLAANLYLHNGERALLDYGARRDIAESLAAGVAEHLSRIASALPGARLVVQIDEPDIASVMAGTIPTASGYRTLRSISGEEVTGAWRVVIEALKSAGVVEAVVSVPEIEAPIERILAAGADGVAVPLKALTTRQWEQLAAAVEDGKRVWAGALPTSETQAQLPRTAEVVESIWKPWRQLGLPASGLAGLRVTPSTGLADFKPSTAKDVLTKLTQVADGLDQLAQG NA NA NA NA NA D3-18_01565 714 hypothetical protein ATGAATACGCCCATCTACCAGCTGGCACTCGGTGAAGAGTTCAGCCGGTTGACTCCGCAGCTCCGGGAGTATTTTTCGTTGGCTGCCGGCTCAGGATCGTATGGAATCGGCGAAGGAATCTTCGACGTTGTGGGGTGCCGACAGAAGTGGTTGCGACCATTGCTCGCACTCACACGGAGCGAGGAGGCTTTCTTCCCCGAATACGGTGAGGGCATTCCGTTCCGGATCGAAAACCATGCCCATCTGGATCCTTTCGGACGCCCGGCTCTGACTGCCCGCCGGGAGATCTATTTCCCCTCAGGTACACGGTTGTTCCACGATACGACGAGTGCCATCCTGTCTGGCCCCAACCATCGGAAAGCCCGGTTGGTAGACCACGTGGGGCGTTATCGCCGCTTGGTCACGGACCTGGATGTCAGCGTTACTCAGGAGGGCCGCCTTCGTGGCGTGTCCAAAGCAAGCAGACTCTTTCTGGGGCCCCTGCGAATACCGTTGCCGGAGGCACTTGATGCGCGTGCCTACGCGGAGCAGTGGTGGGATAGCGCGGAGCGCAAGCACCGCATCCAAGTCAAAGTCATCCAGCCGCAGATCGGCTTGGTCCTTGTATATGCAGGACGCTTCGACTACCGCCTGGCACCGTATCTGCCAGGAGCGGCCCCCGGCACCTCGCTGCCCCGTTATGCGGAACCAGACCGCTGGGAACAGAGAATCTGA MNTPIYQLALGEEFSRLTPQLREYFSLAAGSGSYGIGEGIFDVVGCRQKWLRPLLALTRSEEAFFPEYGEGIPFRIENHAHLDPFGRPALTARREIYFPSGTRLFHDTTSAILSGPNHRKARLVDHVGRYRRLVTDLDVSVTQEGRLRGVSKASRLFLGPLRIPLPEALDARAYAEQWWDSAERKHRIQVKVIQPQIGLVLVYAGRFDYRLAPYLPGAAPGTSLPRYAEPDRWEQRI NA NA NA NA NA D3-18_01566 1293 hypothetical protein GTGGCCATTACGGGTCGTTTCGTGTTGCTGGCCCTTCTGGGTTTGGTGCCGTTGGTGGTTTTTCCCACGTGGAGCACTGTCCTGTTCGTGGCCTTGGGACTGCTGTTCTTGCTGGTTATTGATCTTGTCTTGGCGGCCTCGCCCGCGAAGCTTGCCTTGGAACGCAGGCATCCTGGAAACGTGACGCTTGAGGGCAAGATGGACTCCGTTGTCACTGTCACTAATGGCACGCGGCGCAAGCTGCGCGCCGAGGTAAAAGACACGTGGCAGCCCTCCGCCGGCGCAGTGAACCCTTCACAGTCCTTGGTAGTACCGTCCGGAGAGCGTCGCCGCATGACCGTGACCCTGATTCCTCGTCGTCGCGGCGACCTCAAAAGCCCCCACGTGACCATCCGATCGTTCGGCCCCATGGGTTTGGCCGCAAGGCAGCGGACCCGCGCTCTACCTGGCCAACTGCGGGTCCTCCCCCCGTTCCATTCAAAGCGTCATCTCCCTTCCAAACTCCGGAAGCTCAGGGAGTTGGATGGCAGGGCCGCCGTACAGATCCGTGGGGCCGGCACCGAATTCGACTCACTCCGCGACTACGTCCGCGGTGACGATGTCCGGTCCATCGATTGGCGCGCCACAGCGCGGCGGACTTCAGTGGTGGTACGGACGTGGCGCCCGGAGCGCGACCGGCGCGTGGTCATCGTGCTTGATACTTCACGCACAGCAGCCGCCCGAATCGAGGATGAACCGCGGCTCGATACCGGAATTGAAGCGGCGCTGCTGCTCGCAGTGCTGGCCGAGCGCGGAGGCGACCGCGTGGACTTCCTCGCTTATGATCGGCGACTCCGCGCACGCGTTGAATCGGCCTCAAAAGGCAATCTGCTGGGTCAACTCGTCCAAGCCATGGCGCCCTTGGAAACTGAACTGATCGAACTCGATTGGCAGCAGGTTCCGGCACAGGTGCGGGCCGTCTCTGCGCACCGGTCCATGGTGGTTCTCTTGACGGCGCTCGACGGCGGCGCACCCGAAGAAGGGCTCCTCCCCACTGTGGCTCAATTGTCGCGCCAACACGTTGTGGTGGTGGCCTCGGTTCGGGATCCCCTGCTTTCTGCCATGAAAGAAGAAAGAACCACGGCCAGCCAGGTTTTCCGAGCTGCCGCCGCCGAACGCGCACTGTTGGAGCGTTCCGCGGTGACCGCCCAACTCCGGCAACTTGGAGCCGAAGTGGTGGATGCCGAACCCCACGAAGTTCCTCCCCTGCTCGCTGATGCTTACATAAGGCTCAAAGCAGCCGGAAGGCTTTAG MAITGRFVLLALLGLVPLVVFPTWSTVLFVALGLLFLLVIDLVLAASPAKLALERRHPGNVTLEGKMDSVVTVTNGTRRKLRAEVKDTWQPSAGAVNPSQSLVVPSGERRRMTVTLIPRRRGDLKSPHVTIRSFGPMGLAARQRTRALPGQLRVLPPFHSKRHLPSKLRKLRELDGRAAVQIRGAGTEFDSLRDYVRGDDVRSIDWRATARRTSVVVRTWRPERDRRVVIVLDTSRTAAARIEDEPRLDTGIEAALLLAVLAERGGDRVDFLAYDRRLRARVESASKGNLLGQLVQAMAPLETELIELDWQQVPAQVRAVSAHRSMVVLLTALDGGAPEEGLLPTVAQLSRQHVVVVASVRDPLLSAMKEERTTASQVFRAAAAERALLERSAVTAQLRQLGAEVVDAEPHEVPPLLADAYIRLKAAGRL NA NA NA NA NA D3-18_01567 1131 hypothetical protein ATGAGCAGCCAGCCGAACAGCTATACGGACAGCAACAGCCACTACGCGGACGCTACGACGCCTCGCCCGGATGGACTGCAGCAAGATACATCGCAGGAGGACCCTACCCAGCGAAACGCCAGGCAGCAGGGTACGCCCCAGGATCCCATGGCAGCGGCCAACGGACAGCGCCGGCCAGGCGAGGATCCGGCCCGGCAGTCACTGCTGAATGTCAGGGCAGAGGTGGGCAAGGCCGTGGTCGGTCAGGACCCCACCGTAACGGGTATGCTGATCGCCCTGCTCTGCGGCGGACATGTTCTCCTTGAAGGTGTACCCGGCGTAGCCAAGACCCTTTTGGTCAGGGCTTTGTCTACCGCGCTGAGCCTGGACACAAAGCGCGTCCAGTTCACTCCCGATCTCATGCCCGGCGACGTCACGGGGTCACTGGTTTATGACTCGCACACGTCTGAGTTCACTTTCCGCGAGGGCCCGGTTTTCACCAACATCATGCTGGCCGATGAGATCAACCGGACCCCGCCCAAGACCCAGGCCTCCCTTCTGGAAGCGATGGAGGAACGCCAGGTTTCGGTGGATGGTGTGTCCCGTCCGCTTCCGAGCCCGTTCATTGTGGCGGCAACCCAGAACCCGGTGGAGTACGAAGGCACTTATCCCTTGCCGGAAGCACAACTGGACCGGTTTCTCCTCAAGCTGACAATGCCGCTACCTGGACGGGCAGAGGAAATCGAGGTCATCCGCCGCCACGCCAGCGGCTTTGATCCCCGGAACTTGTCTGCAGCCGGCGTACGGCCCGTAGCGGGCGCCGTCGAGCTTTCCGATGCCCAAGCGGCTGTGGCACAAGTGGCCGTGGCCCCGGAAATACTCGCGTACATAGTTGACGTGGTGCGCGCCACGCGGTCTGCTCCTTCCTTCCAACTCGGCGTTTCTCCCCGTGGAGCCACCGCACTCCTCAACACTTCCAAAGCATGGGCATGGTTGTCCGGCAGGTCTTTCGTGACTCCGGACGATGTCAAGGCTTTGTCGTTGCCGTGCCTGAGGCACAGGGTAGGTCTGCGTCCGGAGGCTCAAATGGACGGCATCCAAGTGGACGACGTCCTGGGCAGTATCCTGGCGTCCGTCCCGGTGCCGCGGTGA MSSQPNSYTDSNSHYADATTPRPDGLQQDTSQEDPTQRNARQQGTPQDPMAAANGQRRPGEDPARQSLLNVRAEVGKAVVGQDPTVTGMLIALLCGGHVLLEGVPGVAKTLLVRALSTALSLDTKRVQFTPDLMPGDVTGSLVYDSHTSEFTFREGPVFTNIMLADEINRTPPKTQASLLEAMEERQVSVDGVSRPLPSPFIVAATQNPVEYEGTYPLPEAQLDRFLLKLTMPLPGRAEEIEVIRRHASGFDPRNLSAAGVRPVAGAVELSDAQAAVAQVAVAPEILAYIVDVVRATRSAPSFQLGVSPRGATALLNTSKAWAWLSGRSFVTPDDVKALSLPCLRHRVGLRPEAQMDGIQVDDVLGSILASVPVPR NA NA NA NA NA D3-18_01568 1203 putative membrane protein ATGACCGCCACCTTGGAAGGTAGCACCCTGGATGCCGACAATGCCGCGTCCGAAGGGCTTTCCGCGGGTCAACGTTTCAAGGCCTGGTTCCGGAAACACGTGGTATGGATTGCCCTTGGCGTCCTGCTTGCCGGTTTGGTCACTTTCCTGGCCATCAACAGCGTCTCCGGCGCAACGGATTCCCGTCGGCTCTCCGCACGGAATCCAGCACCGGACGGGGCCATGGCTGCAGCCGAAATCCTCGCACGCCACGGCGTATCCGTCACTCCGACAGACTCGTTCGAGGACACTTTGGATGCGCTGTCAGCCAAGGATGAAACCACGCTCTTCCTCTTTGACGCGCAGGGCTTTCTTGACCGGTCCCAAGTGGAAGAGATCACTGCCGCAGCCGATCGTGTTGTGGTGGTTACTCCACGGCTGAGGACGCTCAACGGCCTGGGTCAGGGGATCCGGCCCGGCGGGGTGGTTCCAGAAGCAACACAGGTAATCGAACCGGGATGTGAGCAGGAAGATGCCAAGGCGGCGGGCCGGATCTCCGCACAAGGATCTGTCCTTTCCGGACCCGTGGTTTGCTATCCCACCCGCGAGGACGGACCAGGCCTGTATGCGGCATCAGCCGATGGGCGGGTCATCGTCTTGGGCAGTAGGGAACTCATGGACAATCAGCACCTCGCCTTGGAGGGTAATGCGGCCCTCACCCTGCGTACCTTAGGGAACAACGCGAACCTCGTGTGGTACCTCCCCGGTGTTGGGGACGTCTCAGCCTCAAATTCAAACCCCTCGCTGAGCGAGCTGGCGCCGCGATGGCTGGCCTTCGCGGGCCCATGGCTGGGCTTGGTAGCCCTGTTGGCCATCGCCTGGCGCGGCCGGCGCATGGGCCCTCTCGTGTTCGAGCCGCTGCCCGTCGTGGTCAAGGCCGCGGAAACAGCAGAAGGCCGGGCACGCCTTTACCAGGATTCGCGGGCTGTGGGGCGGGCAGCCGACAACTTGAGGGCAGGAACCCTCACACGGTTGGCCCGGCACTTTAACCTCGGCGCTGAAACCACCCCCGAAGCAATACTCGACGCAACAGCCCGGCATGTGGCGCAACCGGCCCAGGAAGTCCGATTCGTGCTGATCGACTTCATGCCGGAAAACGAAGGACAACTGGTGCAGTGGGCACAACAGATCGAACGAATCGAACAGGAGGCGACCGCCCGATGA MTATLEGSTLDADNAASEGLSAGQRFKAWFRKHVVWIALGVLLAGLVTFLAINSVSGATDSRRLSARNPAPDGAMAAAEILARHGVSVTPTDSFEDTLDALSAKDETTLFLFDAQGFLDRSQVEEITAAADRVVVVTPRLRTLNGLGQGIRPGGVVPEATQVIEPGCEQEDAKAAGRISAQGSVLSGPVVCYPTREDGPGLYAASADGRVIVLGSRELMDNQHLALEGNAALTLRTLGNNANLVWYLPGVGDVSASNSNPSLSELAPRWLAFAGPWLGLVALLAIAWRGRRMGPLVFEPLPVVVKAAETAEGRARLYQDSRAVGRAADNLRAGTLTRLARHFNLGAETTPEAILDATARHVAQPAQEVRFVLIDFMPENEGQLVQWAQQIERIEQEATAR NA NA NA NA NA D3-18_01569 690 hypothetical protein ATGAGGGTCACCGCGATAGAGATTGCACTGCTGGCTTTCATGGAACCGCCGGTGGAACCGGACCGTGATGAAGCACGGCGTTGGGCCGCCGAGGAGCTATCGAATCCCCGCTATCCGGACGCAAGGCCCGGCTGGCTGGACCAGTTGTGGCGAGATTTCCTGGATTGGCTGACATCGTTGGAAGGTGATGGACCTGGCAACGGACCGAACCTTGCTGTCCCGTTGATTGTGGTTTTGGCGCTGGCACTCATCATCGCTGCCATCGTCGTCGTTCGGCCGAGACTCAACGCCCGAAGACGGAAAGAACCCGGAGATCTCTATGGAGAAGACCTGAGCGTCGATGCCGAGGGCTACCGGAGGAGGGCGGCGACTGCAGCCGACGGCGGCAACTGGCCAGCCGCCGTCGTCGATCAATTTCGCGCTCTTGTCCGATCGGCCGAAGAACGGGACATCATTGATGCTCGGGCGGGCAGGACGGCAGACGAAGCAGCCGGTCAACTGGGCCAGGTTTTTGGTGCGGCACAAGTCAGGCTGCTCGCCGCTGCCGGTGTTTTCGACGCCGTGCGGTACGGCGAACAGGCCGCAACCCGGGCGGACTATGAGTCCGTCCGCCAACTGGATGCTGATCTTCTTGAGTTGAAGCCCGACTTCACAGGACAAGCCCACGCCGGATTCGCGGTACCACGATGA MRVTAIEIALLAFMEPPVEPDRDEARRWAAEELSNPRYPDARPGWLDQLWRDFLDWLTSLEGDGPGNGPNLAVPLIVVLALALIIAAIVVVRPRLNARRRKEPGDLYGEDLSVDAEGYRRRAATAADGGNWPAAVVDQFRALVRSAEERDIIDARAGRTADEAAGQLGQVFGAAQVRLLAAAGVFDAVRYGEQAATRADYESVRQLDADLLELKPDFTGQAHAGFAVPR NA NA NA NA NA D3-18_01570 1332 hypothetical protein GTGTCACAACCAGAGCACGGCCAGAATCCGCCAGCGGGCGATCAGCCCGCATGGGGAAACCAGCCACAGTGGGGAAACCGGCCACAGTGGGGAAACCGGCCACAGTGGGGAAACCGGCCACAGTGGGGAAACCAACCGCAGTGGGGAAACCAACCGCAGTGGGGAGGCCCTCCGGGATGGGCGGCACCGCAGAGCGGCGGTCAAAATCACCCGGGCCAAGCCGCTCCGGGATGGCCTCCGGGGCCTCCCTATGGACAGCCCCTCTATGTCGCTCCCCCAAAGCCCGGAGTCATTCCCCTGCGTCCGTTGCAGTTCGGGGAAATTCTTGACGGCTCCTTCCAAACGATCCGCCGCAATGCTGCCTCCATGTTCGGCTCCGCGCTGATCGTACAAGCCATTGGAGCAGTCTTCATTGGCATCGTCACCGTTGGAATGTTCCAGTTGTCGACCTCCCTTGAATCTGTCAGTTCAGAAGCAGAGTTCTCCGACGCGATGGGCCCGTTGCTCGCTTTCATGGCCGGCACCTTGGGAGTTTCCGTGCTGATCGGTTTCCTGGGATCTGTCCTCCAAGGAGTTCTGGTTGTCCCGGTCTCCCGCTCGGTTCTCAACCGCCGGACAGGCTTCAAGCAAATGTGGATGCTTGCTGGCCCGAGGATACTGCCGCTCCTCGGCGTTGCCGCGCTGCTGACGCTGGGCGGCTTGCTCGTAGCTGCCGCAGTAATCGGGGTAGCGATCTTGTTGTTCACTGCGATGGGACCTGCCGCCCTGCTTATTGTCCTGCCACTGGGGCTGGGTTCCTTTGTGGCTTTCGTTTGGATCGGCCTGAAGTTGATGCTGGCTCCTGCAGCCATCGTGGTGGAGCAGACCGGCGTTTTCCAAGGATTGCTCCGATCCTGGCGTTTGACCAAGAACAATTGGTGGCGCATCTTCGGCATCACCCTGGTGGTAGCCATCATGGTGGGTATCATCGCCCAGATTGTGCAAATTCCCGTGTCCTTAGCCTCTGCTGCCATTGGTGGAGTAGTCACTCCCCACCCTGATCCCGACTCGATGACCTCCACCTTGGTTCTGACCACTGTGATCTCCACTGCGATTGGAGCGTTGGTTGGGTCCGTGACATTTGCCTTTCAAGCGTCCGTGTCGAGCTTGATCTATATGGACCTTCGGATGCGTCGGGATGGCTTGGACGTTGAATTGATGCGGCTCATGGAAACGGGCTCCGATCCGGACGGTATACCCGGCGGGCCGTCCACCTTGACCCGTAACACCACCTGGCCACCTGATGGCGGGCAGTATCCTTCTGCTCCCCCCGGGCAGCGGCCTCCCGTATGA MSQPEHGQNPPAGDQPAWGNQPQWGNRPQWGNRPQWGNRPQWGNQPQWGNQPQWGGPPGWAAPQSGGQNHPGQAAPGWPPGPPYGQPLYVAPPKPGVIPLRPLQFGEILDGSFQTIRRNAASMFGSALIVQAIGAVFIGIVTVGMFQLSTSLESVSSEAEFSDAMGPLLAFMAGTLGVSVLIGFLGSVLQGVLVVPVSRSVLNRRTGFKQMWMLAGPRILPLLGVAALLTLGGLLVAAAVIGVAILLFTAMGPAALLIVLPLGLGSFVAFVWIGLKLMLAPAAIVVEQTGVFQGLLRSWRLTKNNWWRIFGITLVVAIMVGIIAQIVQIPVSLASAAIGGVVTPHPDPDSMTSTLVLTTVISTAIGALVGSVTFAFQASVSSLIYMDLRMRRDGLDVELMRLMETGSDPDGIPGGPSTLTRNTTWPPDGGQYPSAPPGQRPPV NA NA NA NA NA D3-18_01571 675 mtrA COG0745 DNA-binding response regulator MtrA ATGAAGGCACGCATTCTGGTAGTTGACGACGACGAAGCACTTGCAGAGATGATTGGAATCGTCCTGCGCAACGATGGCTTCGAGCCGGTGTTCTGCGCAGACGGCGGCCAAGCTTTGGAGGTCTTCCGCTCCTCAAAGCCGGACCTGGTGCTGTTGGACCTGATGTTGCCGGGCTCGGATGGCATTGAGGTTTGCCGGCAGATCCGTGGCGAGTCGGATGTCCCCATCGTCATGCTCACCGCCAAGTCCGATACTTCAGATGTTGTTCGCGGGCTTGAATCCGGCGCCGATGATTATGTGCCCAAGCCCTTCAAGCCCGCTGAACTTGTAGCACGCGTCCGGGCCCGGTTGCGGCCGGGCGATCAGAAGGCCCCCGAAACGCTGCGTATCGCAGACGTGACCATCGACGTCGCAGGTCATTTGGTGACCCGTGGCGGAGAGCGGATCTCCCTGACGCCCCTGGAATTTGATCTCCTGGTTGCCTTGGCACGCAAGCCGTGGCAAGTATTCACCCGCGAATTGCTCCTCGAACAGGTGTGGGGATACCGCCATGCCGCTGACACGCGACTGGTCAATGTCCACGTCCAGCGCCTGCGCTCAAAGATTGAACGCGATCCGGAAGCGCCCGAGGTCGTTTTGACGGTGCGTGGTGTCGGATATAAAGCAGGTTCCTGA MKARILVVDDDEALAEMIGIVLRNDGFEPVFCADGGQALEVFRSSKPDLVLLDLMLPGSDGIEVCRQIRGESDVPIVMLTAKSDTSDVVRGLESGADDYVPKPFKPAELVARVRARLRPGDQKAPETLRIADVTIDVAGHLVTRGGERISLTPLEFDLLVALARKPWQVFTRELLLEQVWGYRHAADTRLVNVHVQRLRSKIERDPEAPEVVLTVRGVGYKAGS PGPT0002675_778 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002675-regX3-K07776 NA NA D3-18_01572 1989 sasA_3 Adaptive-response sensory-kinase SasA GTGGTGTCGGATATAAAGCAGGTTCCTGAGTTCCCGGTCGGCAAGACCGGCGGGGCAGGCGGGGACCCGGGGCCCAAAACTCCCGATCCGGCCGGTGTCCAACAGGTGACCCCGGCAGAGCTGGCGTCCCCGGAATCGTCCCCCGACCAAGCGGAAGCGAGCCCTGGTCAATCCGCAAAGGAGGTTAGGAACCTTTCGTGGGTTCTGACCCGGGCTCGGATCTGGACACGCCGCGGATTGATCTTGGTCCTTCGAGTTTCGCGGCTCGTCTCCATTGGCGTGCGGCAAATAAGACCAGGGCTGCGCTTCGTTTGGCGTTCCTTGTTGAGGCGCTGGCGGCGGTCGTTGGAGTTCCGCACAGTGCTGACCACATTGCTGCTCGCTGTGACGTCGTTCGCGATTGTGGGCGCATACTTGTCCAACCAAATCGCTAACAACCTCTTCCAGGAGAGGCTGGCTCAAGCGGAATCCGAGTCGCGCTTCAACGTCAAACAAGTCCAGGACACCTTCGACGGCGCGCAAGTCACCGACCAGTCAAGCGTCATCACCTTGGTCTATGACACCTTGACAGCAGTGGAAGGCCGGGGCTCGGTCATTCAGCGTCGATATGTCTTCGAAGCTGCTCCGGAACAAACCAAACCACGTAACCGCTGGGTTGAATCGCGCGCTTCGGACCAGCTGACGGTTCGCGTCATTCCCCCCGAGCTGCGTAAGGCTGTTCAAAGCGGTGGCAAGCAGCAATTCTGGGCCTCCACGCAGTTCCCGGTGGGGAACGAGGACAGGCCCGGTATCGCCGTGGGGAACATGGTCACCTTTAACGGGACGGCTTACGAGCTATACCTGATCTACGACCTCAACACCGCTCAGCAAACGCTGGACGAGATCCAGAACGTACTGTGGGCAGGCGGTGCGGCTCTCGTCCTCATGATTGGTGCCATTGCCTGGTACGTGACCCGTAACGTAGTCAGTCCTGTCAGCCATGCTGCCGTCGTATCGGAGAAGCTCGCTGCCGGCCAACTACAGGAACGAATGGTGGTCAAGGGAGAAGACGAAGTCGCGAGATTGGGTGCTTCCTTCAACCACATGGCCGCAAGCCTCCAGGAACAGATCACCCAGTTGGCCACGTTGTCGCAGATGCAACAACGCTTTGTTTCGGATGTGTCCCACGAACTGCGTACCCCGCTTACCACGGTACGCATGGCGGCCGAAGTCCTGTTCGATGCGCGGCACGATTTCGATCCCATGAACAAGAGATCGGCGGAGTTGCTGTACCACCAGGTTGAGCGCTTTCAGTCGCTGCTTTCGGACCTGCTGGAGATTTCACGATTTGACGCTGGCGCTGCTGTTCTGGACGCAGAACCACAAGACATTTTCCAAGTGATCTCGCACGTTATGGAAGGTGCCGCACCGGTGGCTGCGGAGTACGGCTCGGAAGTCCGGCTGAACGCCCGACAGAAGAGCATCATCGTGGAGATGGACTCTCGCAGGATCGACCGCATTCTCCGCAACTTGCTGCTCAATGCACTCGAACACGGTGAAGGCAAGCCAATCCATATCTCTGTCGCGGCCAATCATGAAGCTGTAGCGGTGTCAGTGAGGGACCACGGCATCGGAATGAACCAGGCTGAGGCTGCCAGAGTTTTCGACCGCTTCTGGCGGGCAGATCCTGCACGGGCCAGAACCACCGGAGGAAGCGGATTGGGCCTTTCCATCGCAGCCGAGGACACCAAGCTTCATAACGGTTGGCTTCAGGCCTGGGGCCGAAAGGGCTCCGGTTCCAACTTCCGTCTGACGCTTCCGCTGCGGCAAGGAGGCACCATTGTGAAGTCTCCGCTTCAACTGGAACCTGCGGACATAGGATTCCCCGGCGCGGCAAGCGAACGGCAAATGCTGGTACTGGGCCAGGATTCCGGGAGCACTTCACAGACGACTCCAGCCGTCGGCGGGAAGCCGGCGCTTGACGGTGGAGGAGCGGAGGAGATGTCGTGA MVSDIKQVPEFPVGKTGGAGGDPGPKTPDPAGVQQVTPAELASPESSPDQAEASPGQSAKEVRNLSWVLTRARIWTRRGLILVLRVSRLVSIGVRQIRPGLRFVWRSLLRRWRRSLEFRTVLTTLLLAVTSFAIVGAYLSNQIANNLFQERLAQAESESRFNVKQVQDTFDGAQVTDQSSVITLVYDTLTAVEGRGSVIQRRYVFEAAPEQTKPRNRWVESRASDQLTVRVIPPELRKAVQSGGKQQFWASTQFPVGNEDRPGIAVGNMVTFNGTAYELYLIYDLNTAQQTLDEIQNVLWAGGAALVLMIGAIAWYVTRNVVSPVSHAAVVSEKLAAGQLQERMVVKGEDEVARLGASFNHMAASLQEQITQLATLSQMQQRFVSDVSHELRTPLTTVRMAAEVLFDARHDFDPMNKRSAELLYHQVERFQSLLSDLLEISRFDAGAAVLDAEPQDIFQVISHVMEGAAPVAAEYGSEVRLNARQKSIIVEMDSRRIDRILRNLLLNALEHGEGKPIHISVAANHEAVAVSVRDHGIGMNQAEAARVFDRFWRADPARARTTGGSGLGLSIAAEDTKLHNGWLQAWGRKGSGSNFRLTLPLRQGGTIVKSPLQLEPADIGFPGAASERQMLVLGQDSGSTSQTTPAVGGKPALDGGGAEEMS NA NA NA NA NA D3-18_01573 1719 lpqB Lipoprotein LpqB GTGAGATCGCTGCGTCCCGGCCGTACGAGGGCAATCGTCGCGCTTGTGGTTCTACTGATGGTCATGCTGGCTTCCTGTGCGCAGATTCCCCGCTCCGGGCCTGTCGGTAAGAGCAAGGATGAAGGCGCCGGCAACCCCAACGCACCGGTGTTTTTCCCTGCTGCACCGCGCGCCGGTTCCAGTCCGGAGACTGTGATCGAGGATTTCTACATGGCTGGCAGCGGCTACGAGGATGACTATCCTGTGGCTCGTCAGTACCTGACGCAAGCTCAGTCTGTGACGTGGAAGCCGGACAAGCGTGCGATCGTTTTTCGCGAGGCACAGGTAGTCAAAGCAGCGGGCGAGAACGAATACCTGTACGAACTCGATCTCGCCTATTCGGTGGATGCCGACGGCGTTGCGACCCAGTTCCCGCCGGGTACCAAGGAAACCATTCCACTAACGCTCGAGCAGGTGGAAGGAGAATGGCGGATCTCCAAGGTGCCCGATGGCACCGCCATCCCGGAGGAGACATTCAAGGTTATCTACGGGGCAAACCCCATCTACTTCTACGACCCGACGTTCACCTACGCAGTACCGGACTACCGTTGGTTCATTAAAAAGAACACAGTCAAGTCCATGACCAGTGCCCTGCTTGCCGGCCCCGCCCCGTATCTGAGAGGGGCAGTGGTCAGTGCTTTCCCCTCGGGAATGAAGCTCGCCCGCGAATCTGTTCCGGTTGTCTCCGGTGCAGCGCAGGTAGACCTCTCGGCCAAGGAGCTTTTCGACGCCTCTGCCGAGGACCGCCAGAGGATGCAAAACCAGTTGGCACTGACCTTCCGTAGCCAGCCCGATGTCATCAACGTTCAACTTCGCGCCGATCAGGACCTGGTACGCGTGGAAGACAACGGTACTGTATTGCCTCCAGTGCTGGACAAGAGCGTTCCTGCCCGCCAGATCGCCGTAAACAACGGCGATCTGGTGCGGTACGAGAACAACAGGATTACTCCTTTGCCGGACATTCAGTCGGTGGCCGGTCTGGGACCGCACTCGCCTGCTGAGTCGCCGGTGTCCCAAACAGCGGCTTTCCTCAATGGCGATAGAACCACTCTCTACTCCATCGAACCGGGACAACCTGCGCGGCAACTCACCACCAGGAGTACCCTCACTGGTCCTTCCTTCAGCCCGAACGACTGGGTGTGGACAGCAGGTCCGGGTGCCAACGGGGCTGCCGAGGTCGTGGCTTACAAGCCCACAGGCACAGCTCCAGGTACCGGAGTTCCCAGCGTCACCATGACACCGGCGTGGCTCACCGGACGAACAGTCAAGGACTTCAGGGTTTCCCGTGAGGGGACCAGGGCGCTGGTCATTTCCGAGGCAAACGGTAAGTCCGCTGTGCAGATCACGGGCATAGTCCGGAATCCCGACGGCGTGCCCAAGGACCTCACGCTTCCCATCACACTGCTGAGCAATACCGCCGCTGACCAAGGTGCCTGGGTCAATGGCTCCACAGTGGCAGTGATGTCCGGGTCGGCCACTTCAACCGTGGTTCCGGAGTTGCTATCGCTGGCATCGGGTGAACCGCAGCAGTTGGCACCGTGGGACGGTTTGACCAGCCTCAGCGTCGGAAACGGGGCTGAGCAAATCTACGGACAGTCGGCTGCCGGCATCTTCCAACGCGTCGGAAACGGCTGGGAGCTTCAGCTAAAGGGGCCTACAGAACCGGCTTTTCCAGGCTGA MRSLRPGRTRAIVALVVLLMVMLASCAQIPRSGPVGKSKDEGAGNPNAPVFFPAAPRAGSSPETVIEDFYMAGSGYEDDYPVARQYLTQAQSVTWKPDKRAIVFREAQVVKAAGENEYLYELDLAYSVDADGVATQFPPGTKETIPLTLEQVEGEWRISKVPDGTAIPEETFKVIYGANPIYFYDPTFTYAVPDYRWFIKKNTVKSMTSALLAGPAPYLRGAVVSAFPSGMKLARESVPVVSGAAQVDLSAKELFDASAEDRQRMQNQLALTFRSQPDVINVQLRADQDLVRVEDNGTVLPPVLDKSVPARQIAVNNGDLVRYENNRITPLPDIQSVAGLGPHSPAESPVSQTAAFLNGDRTTLYSIEPGQPARQLTTRSTLTGPSFSPNDWVWTAGPGANGAAEVVAYKPTGTAPGTGVPSVTMTPAWLTGRTVKDFRVSREGTRALVISEANGKSAVQITGIVRNPDGVPKDLTLPITLLSNTAADQGAWVNGSTVAVMSGSATSTVVPELLSLASGEPQQLAPWDGLTSLSVGNGAEQIYGQSAAGIFQRVGNGWELQLKGPTEPAFPG NA NA NA NA NA D3-18_01574 369 hypothetical protein ATGGTGCTTGAAAGAGAGCAGGCACCGTGCCAGCTCATCCCGGTATGCCCCCGCTGCTACGACTTCGATCTTTGCCGTGCCGTCTACTTCTACCAAAGCCGGCGACTCCTGCTCGGCCCGGAACGGCTGGTTGCACAGCTGACGGACCTTCCTTGCACAGCTGCCGCAAAGTACCGCGTCTTCCATTTCACAGCAGACACACTCGACGGGAACCAGCACAGCCAGAAGGTCGACCAAGGCCACTTGCACTGCGGCGACGACACGGCCGGTTCTTCGTTTATTAGGGGCAAGGCGTCGAGCCCGGTTAGGTTCAAACGGATTAAGGTCAGGGTCGACATATTGCAGGGTCTGCCGTGGACGGAACCATGA MVLEREQAPCQLIPVCPRCYDFDLCRAVYFYQSRRLLLGPERLVAQLTDLPCTAAAKYRVFHFTADTLDGNQHSQKVDQGHLHCGDDTAGSSFIRGKASSPVRFKRIKVRVDILQGLPWTEP NA NA NA NA NA D3-18_01575 429 hypothetical protein GTGGTCCTCTGCAGCGACGGCGGCGTAGGCTGGTGGCCTCGTGGCCGCAAGCACAACAGCGCCGGAGACTACGCCACCGGCAAGAGTGACCGCCCGCGCTGCCTCAGCAAGGGTTGCCCCGGTGGTGAGGACATCGTCAACGAGGATGCATCTCCTGCCCATCAGTTCTTTGCCCCTTCCTCTGCGTATCCTCATGGATCCCCGGACCCGGCGGGCACGTTCGCCTCTTCCCAGCCCCTTTTGACCACCGCCTCCACGTTCCACAGGGCTACGTCCCGACACTTCCTCAAAAAGCCGGGCCGCCACGTCCCGGACGGCTTGGGGGTCCGCCTTGATCACCGGCGCCTCCCCGCGCCGCTCCAACACGTCAAGGATTGGACAAAAGGGCAGCATCTGGCGCATGCGTATGAAAAAGAGCAGAAGATGTAG MVLCSDGGVGWWPRGRKHNSAGDYATGKSDRPRCLSKGCPGGEDIVNEDASPAHQFFAPSSAYPHGSPDPAGTFASSQPLLTTASTFHRATSRHFLKKPGRHVPDGLGVRLDHRRLPAPLQHVKDWTKGQHLAHAYEKEQKM NA NA NA NA NA D3-18_01576 729 hpf COG1544 Ribosome hibernation promotion factor ATGGAGTTCATGATCAGCGGACGAAATCTGACAGTTTCTGACCGCTTTCGCGAATATGCCGGCGAAAAAATCTCAAAGATTGAATCGCTGGGGGATAAGGTCCAGCGGGTTGACGCCAAGGTTTCCAAGGAAACCAATCCCAGGCAGACGCCTGGCGAACTCACCGTTGAAGTGACCGTCCTGGGCCGAGGCCCCGTTATCCGTGCCGAGGCCACAGCCGCTGACAAGTTTGCTGCCTTCGATCTCGCGTACAACAAGCTGCTTGAGAGGCTTCGTCGTGCGAAGGACCGCAAGAAGGTGCACCACGGCCGCCACACGCCTAAGGCTGTGCGGGAAGCTACGGCAACACTTGAGCCAGCTAGTGCGAGTGAGCCGCTTTATGTAGAGGCAAGCAACCACCAGGAGACCGCGCCACAAGCAGACGAGCGGTCACCCTATGACATTGAGAACGATATCCCGGCCGGTGACTCTCCCGTCCTGATCCGCCGGAAAGTTTTCCCCGCAGCATCGCTGACCCTTGATGACGCTGTGGACAACATGGAGCTCGTCGGACACAACTTCTACCTGTTCCTTGACAAGGAAACCAATGCGCCGTCGGTTGTTTATCGGCGCAGTGGCTGGACCTACGGTGTCATCACCCTCGACTCCACATGCGAGCCCGGCGAGGAAGCCGTGGAAGAAAAGATCCACGCCTACCGCTCTGATGATCAGGCCGCCACGGCCAAGTAA MEFMISGRNLTVSDRFREYAGEKISKIESLGDKVQRVDAKVSKETNPRQTPGELTVEVTVLGRGPVIRAEATAADKFAAFDLAYNKLLERLRRAKDRKKVHHGRHTPKAVREATATLEPASASEPLYVEASNHQETAPQADERSPYDIENDIPAGDSPVLIRRKVFPAASLTLDDAVDNMELVGHNFYLFLDKETNAPSVVYRRSGWTYGVITLDSTCEPGEEAVEEKIHAYRSDDQAATAK NA NA NA NA NA D3-18_01577 1293 hypothetical protein ATGACCGCTTCGCTGAGCCTGACACAGGCACGGCGGATCGCATTGGCAGCTCAAGGATTGGCAAAGGTCCGGCCCGCCGGCCCCGTGACTTCACGGGCGGTGGGCCGGACCTTTGCCCAATTACAGCTTGTCCAGATCGATTCAGTTAACGTGGTGGCACGAAGCCACTACCTTCCGTTCTTTTCCCGATTAGGTAACTACGATCCCCTCATCCTCCAATCGATGGCTAGCCGCAATCCTCGCAAAATGATGGAGTACTGGGCACACGAGGCAAGCTTCATCCGGCCGGAGCACTTTCATGACTTGCTTGTATGGCAAAAGCGGGCCTGGGTGGGAGCCCATGGCCTGGATCCGGCCGTACGTCAGGATATGGAGGATCGAATCCTGGACGCCCTCACCGTAGGACGCCCCATGACAGCATCCGAACTTACTGTGAAGCTTGGACACGATGAAGACCCGGAACGTGAGAATTGGGGCTGGAATTGGAACATCGTCAAGCGCGTGCTGGAGCACCTCTTCGAAGAAGGCCGGATATCCGCTGCTTCGCGAACATCGCAGTTTGAACGCAAATACACCCTGACCTCCCGGGTGATTCCACCACACGTCACTCCGTCCGGGGTCGACGCCGAAGCGTCCCTGGATCGTCTGATGGAAGCAGCCGCCCAAGCCCACGGCATTGGCACGGTGAGGTGCTTCTCCGACTACTTCCGGACACCCCTGAAAGCCGGTGCAGACTCTGTACAACGCTTGGTCCGGGCAGGCCGGCTTGAGCCTGTTGTGGTTCGGGGATGGGACCGGGAAACCTACAAGCACGTTGACGCCAAGCTGCCTCGAAAGGCCGTGGCCCGGGCGCTGCTGAGTCCCTTCGATTCCTTGGTCTTCGAAAGACGGCGACTCGAGGAGCTGTTCGGATTCCACTACCGGATTGAGATCTACACCCCTGCCGCCAAGCGACGGTTTGGCTACTATGTTCTTCCGTTCCTGCTCAGGGACGCCATCGTCGCCAGAGTGGACCTTAAAGCGGACCGCGCATCCGGTCAGCTCCTGGTGCGCTCCGCTTTTGGTGAGTTGAACGCGCCGGTGGACACCGCCGTCGAGCTTGCCCAAGAACTCAGGCTCATGGCCACCTGGCTCGGCCTTCGGGGAGTGGTGGTCTGGCCAGTTGGGGACCTGGCCGGAGCGCTTTCCGAGGCGGTGGCAAAAGGTCTGGTTGCGTCGGAAGAACGCGTCCAACCGGGCAATCCGCTCAGAGGGGAACGCGGCAACGTGGCGCTGGTCTCTCCCGTAGACTGA MTASLSLTQARRIALAAQGLAKVRPAGPVTSRAVGRTFAQLQLVQIDSVNVVARSHYLPFFSRLGNYDPLILQSMASRNPRKMMEYWAHEASFIRPEHFHDLLVWQKRAWVGAHGLDPAVRQDMEDRILDALTVGRPMTASELTVKLGHDEDPERENWGWNWNIVKRVLEHLFEEGRISAASRTSQFERKYTLTSRVIPPHVTPSGVDAEASLDRLMEAAAQAHGIGTVRCFSDYFRTPLKAGADSVQRLVRAGRLEPVVVRGWDRETYKHVDAKLPRKAVARALLSPFDSLVFERRRLEELFGFHYRIEIYTPAAKRRFGYYVLPFLLRDAIVARVDLKADRASGQLLVRSAFGELNAPVDTAVELAQELRLMATWLGLRGVVVWPVGDLAGALSEAVAKGLVASEERVQPGNPLRGERGNVALVSPVD NA NA NA NA NA D3-18_01578 2742 secA Protein translocase subunit SecA GTGGCATCACTAATCGAAAAACTTCTCCGCACGGGTGACAAAAAGACACTCAAGACACTGCGGAACTATGCCGATTCCATCAATGCCCTGGAAGACACCTTCAAGTCCTTCTCGGACGCTGAAATCCGCGAGGAAACGGACCGGCTAAGGTCCCGCCACCAAGATGGCGAATCCTTGGAAGCCCTCCTCCCGGAAGCCTTCGCCGCTGTGCGCGAAGCCTCCTCCAGGACCTTGGGGATGCGGCACTTCGACGTGCAGTTGATGGGTGGCGCTGCGCTGCACCTGGGCAACATCGCGGAAATGAAAACGGGTGAAGGCAAGACCCTCGTTGCTACAGCGCCTGCCTACCTTAATGCGCTTTCGGGCAAGGGTGTCCACGTTGTCACGGTGAACGACTACCTTGCCGAGTACCAGTCAGAACTCATGGGCCGCGTCTACAGGTTCCTTGGTCTTTCCAGCGGTTGCATCCTGTCCAACCAGGACCCCACCGTACGCCGGGAACAGTACGCCGCTGACATTACGTACGGTACCAATAACGAATTTGGCTTCGATTACCTGCGCGACAACATGGCTTGGGACGCGAGCGAGCTCGTCCAGCGCGGCCATAATTTCGCGATCGTGGATGAGGTCGACTCCATCCTGATCGACGAAGCGCGTACTCCGCTGATCATTTCCGGTCCCGCGCAAGGTGACACCAACCGGTGGTACAGCGAGTTTGCTAAAGTCGTCCTCCGTTTGCAGCCTGACGTTGACTATGAGGTCGACGAGAAGAAGCGAACCGTGGGTGTGCTGGAAGCCGGTATTGAAAAGGTAGAAGACTACCTTGGAATACAAAACCTCTACGAATCTGCCAACACCCCGCTGATTGGCTTCCTCAACAATGCCATCAAGGCCAAAGAACTGTTCAAGCGGGACAAGGACTACGTCATCCTCGATGGCGAGGTCCTGATCGTTGACGAGCACACCGGCCGCATCCTTGCCGGGCGGCGCTACAACGAAGGCATGCACCAGGCTATTGAAGCCAAGGAAAACGTCGAGATCAAGGCGGAGAACCAGACTCTCGCCACAGTGACGCTGCAGAACTACTTCCGCATGTATTCGAAGCTGGCCGGCATGACGGGTACGGCCGAGACCGAAGCCGCTGAGTTCATGAGCACCTACAAGCTCGGTGTCGTTCCCATCCCCACTAATCGCGACATGCAGCGCATCGACCAACCTGACCTCGTGTACAAGAACGAGGTGGTTAAGTTTGATGCTGTTGTCCAGGACATCGCGGAACGTCACGAGAACGGCCAGCCTGTGCTGGTCGGTACCACTAGTGTCGAAAAGAGTGAGTACCTCTCCAAGCTCTTGGCCAAAGAAGGCATCCGGCATGAAGTACTGAACGCGAAGAACCACGCAAGGGAGGCGTCCATCGTGGCGCAGGCCGGGCGAAAGGGCGCGGTGACAGTAGCAACCAACATGGCTGGCCGCGGTACTGACATCATGCTCGGCGGCAATGCCGAATTTACTGCCATTGCCGAACTTGCCAAGCGCGGCCTTGATCCTGAGGAAAACTCCGAAGAGTACGAGGCCGCATGGCCGGCGGCGCTTGCCGCAGCCAAACAAGCGGTCAAGGACGAGCATGAAGAAGTTCTGGACCTTGGCGGACTCTACGTGCTTGGAACCGAGCGCCACGAATCCCGCCGGATCGACAACCAGCTGCGTGGACGTTCCGGAAGGCAAGGCGACCCCGGCGAATCCCGGTTCTACCTCTCTCTGACAGATGACCTCATGAGGTTGTTCAACTCAGGTGCGGCCGAACGTTTGATGAACAGTTCGGTGCCTGACGATGTTGCCCTTGAGTCGAAGCTGGTTTCCCGCGCGATCGCATCAGCGCAAGGCCAAGTTGAGGGCCGCAACGCCGAGCAGCGTAAGAACGTCCTCAAGTACGATGACGTCCTCAATCGTCAGCGTGAAGCCATTTATGGCGACCGTCGCCGGATCCTTGAGGGCGATGACCTGCACGAAAAAGTCCAGTACTTCCTGGAAGACACCATCAACGCACTCATTGACGCCGCCACTGCCGAGGGATCGGGCGACGACTGGGACTACAACCAGCTGTGGGCGAACCTGAAGACGTTGTACCCGGCAACAGTGACTGCCCAGGAAATTATTGACGAAGCGGGCGGTAAGTCCAGGGTCACAGCGGAATTCCTGAAAGAGGAGATCCTCTCTGATGCCCGCCTCGTTTACCAGGCACGGGAAGAGGCTATCGGCTCTGAGAGCATGCGTGAGCTCGAGCGCCGGGTTGTGCTTTCGGTCCTTGGACGCAAGTGGCAGGAACACCTCTACGAGATGGACTATCTCAAGGAGGGCATAGGGCTTCGTGCCATGGCCCAACGCGATCCCCTGGTGGAATACCAGCGCGAGGGCTTCGTGATGTTCCAAAGCATGATGGAAGCTATCCGTGAGGAGAGCATCGGTTTCCTGTACAACCTCGAAGTTGAGGTAACACCCGCCGAAGACGTGGTGGTGGCGGACGATTCCGCCGCTGGTGCACACACCGAGCATCACGACCCGCAAATCCGTGCGGCCGGCCTTCAGGCGCCGGAAAAACCGGCGCAGCTGCAGTACACAGCGCCAGGTGAAGACGGAGCAACCCAGACGCGCATTGAGGGCCGGACTTCAGGCCGCTCCGGCAATCCTGCGAAAGCGGCTAGCCAAGACCAGCGCAAGCAGGCCAAAAAGAAGCGTCGCTAA MASLIEKLLRTGDKKTLKTLRNYADSINALEDTFKSFSDAEIREETDRLRSRHQDGESLEALLPEAFAAVREASSRTLGMRHFDVQLMGGAALHLGNIAEMKTGEGKTLVATAPAYLNALSGKGVHVVTVNDYLAEYQSELMGRVYRFLGLSSGCILSNQDPTVRREQYAADITYGTNNEFGFDYLRDNMAWDASELVQRGHNFAIVDEVDSILIDEARTPLIISGPAQGDTNRWYSEFAKVVLRLQPDVDYEVDEKKRTVGVLEAGIEKVEDYLGIQNLYESANTPLIGFLNNAIKAKELFKRDKDYVILDGEVLIVDEHTGRILAGRRYNEGMHQAIEAKENVEIKAENQTLATVTLQNYFRMYSKLAGMTGTAETEAAEFMSTYKLGVVPIPTNRDMQRIDQPDLVYKNEVVKFDAVVQDIAERHENGQPVLVGTTSVEKSEYLSKLLAKEGIRHEVLNAKNHAREASIVAQAGRKGAVTVATNMAGRGTDIMLGGNAEFTAIAELAKRGLDPEENSEEYEAAWPAALAAAKQAVKDEHEEVLDLGGLYVLGTERHESRRIDNQLRGRSGRQGDPGESRFYLSLTDDLMRLFNSGAAERLMNSSVPDDVALESKLVSRAIASAQGQVEGRNAEQRKNVLKYDDVLNRQREAIYGDRRRILEGDDLHEKVQYFLEDTINALIDAATAEGSGDDWDYNQLWANLKTLYPATVTAQEIIDEAGGKSRVTAEFLKEEILSDARLVYQAREEAIGSESMRELERRVVLSVLGRKWQEHLYEMDYLKEGIGLRAMAQRDPLVEYQREGFVMFQSMMEAIREESIGFLYNLEVEVTPAEDVVVADDSAAGAHTEHHDPQIRAAGLQAPEKPAQLQYTAPGEDGATQTRIEGRTSGRSGNPAKAASQDQRKQAKKKRR PGPT0025735_2282 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025735-secA-K03070 NA NA D3-18_01579 423 hypothetical protein ATGACCGTTGCAACAGCAAGCCGACCAGCAAGCCGTCGGAGCACCAATCGCACAACCCCCACATACGGCCCCGGAGGCCCGGATATTGATGTCCGGCTTGTGGCCCGGAGCATCGCGCAGGCAGCTTTGGAGGTTCTGGCCGGCACCCGTCCACTGCAGCAACTCTCCCGCTCCTTGGATTCGGAGTGCTACCTGTCCCTCCAGCATCGAGCAGCCCTCACGCGAAAGCACGCAGCCCGGACCAGGGGTAACCCGCAGCCGCACCTGAGCCCCATGGTCCGCTCTGTTCGGGTCTGTTCAATATCCGAATCCATTTGCGAGGCAAGCATCGTAGTAGCCGAAGAGCAACGTTGCCGTGCCGTAGCCATGAGGCTGGAAAGGTTGGACGGAGTCTGGCAGGTTACCGCACTGGAAATCGGATAA MTVATASRPASRRSTNRTTPTYGPGGPDIDVRLVARSIAQAALEVLAGTRPLQQLSRSLDSECYLSLQHRAALTRKHAARTRGNPQPHLSPMVRSVRVCSISESICEASIVVAEEQRCRAVAMRLERLDGVWQVTALEIG NA NA NA NA NA D3-18_01580 777 hypothetical protein ATGGCACGAACTTTGCGTAGTGACTCTACCCTCGCAGCGTCTGTTCTTGGTCTGGGCCTGCTCCTGGTTCTTGTGGGAAACCTGCTCCTTGTACAGTGGGAAGCTGCTGAGCGACTTAATCAAAGATCCACGTTTGAACACCTTCTCGGTTTTGTTGCCTGCGCTGCCGGGATCGCGATAGTGATTTGGTGGGCACTCTCCTTGTTCATCGCCTTCCTGGTGTCACTACTGCGCCAGGCAGGGCACAGGAAGCGTGCCGACTCGCTTTCAAAGTTCAGCCCTGGCTTCATGTTGCGAATCGCAGTGGCGGTCGTGAGCCTGAACGTTCTTAGCGCAGGGGTCGCTCAAGCAGACACCAGCCCACCTGAACCAGGTTGGCATAGTGCTTCCCCCGCCAACACGGCCCACGCGCAACCAGCGTGGAAGCCCGCTTCCGTGGAACGCGCCTTCTCCACCCCGACATCTGTAGATGACAACGACACGTCCGACAGTCGGGCCAATGATCCGCGCTGGCAGCCTCAACCTCCCGTGATTGATCCAGGACTTCTCAGCCGCCAGTCCTCACGTTCATCGACACCAGCGGGCGACGCCAGCGTAGTAGTCAAGGATGGTGACTCGTTGTGGTCAATTGCGGCCTCCAGGCTCGGACCCTTCGCAACTGACGTGGACGTCGCCCTGATCTGGCCCAAGTGGTACGCCGCCAACCGCGAAACCATCGGACGAGACCCAGCCGTGCTGCTTCCGGGGCAGGTTCTGCAGCCGCCCTCACCGGGCTAG MARTLRSDSTLAASVLGLGLLLVLVGNLLLVQWEAAERLNQRSTFEHLLGFVACAAGIAIVIWWALSLFIAFLVSLLRQAGHRKRADSLSKFSPGFMLRIAVAVVSLNVLSAGVAQADTSPPEPGWHSASPANTAHAQPAWKPASVERAFSTPTSVDDNDTSDSRANDPRWQPQPPVIDPGLLSRQSSRSSTPAGDASVVVKDGDSLWSIAASRLGPFATDVDVALIWPKWYAANRETIGRDPAVLLPGQVLQPPSPG NA NA NA NA NA D3-18_01581 579 hypothetical protein ATGAGATGGGACTCTCTTTTCGACGATCTGGAAGCACAATTCTCTGCAGAGCGTGCCTTGGAGAAGGAATCTGAGATAACAGATAGGGCCAGGGTTGAGCTTGCGGGAATCGATCTGAGTGATCGCCTGCGCGGGGCCGCTGCTGCCGAAATCAAAATCGTCCTGGTTGACGGCAACGTTATCCGAGGAGTGCTCAGTCATGCCGGTAGCGAGTGGCTGGTCCTGACGGAGGGAGTGCGACAGTGGCTGGTGCCTTACGCATCGGTGCTCTCATACCAAGGATTGGGGAGAGTGGCACTGAAGCCCTCGTCGCGGATGCAGCACTCATTGGGAATCGCCTCAGCACTGAGGGCGCTGTCAAGGGACCGCTCTGAACTGGTAGTTCATCTGATGGTGCGGACGGGGGATGGGTACAAACTGCATGGAGTCATAGACAGGGTGGGGCGTGACCACTTTGACCTCGCAGTTGTTCCGCACGGTGAAGTACGCCGGCCCGGCAATATAGCCGCTGTCCTGACCATCCCATTTAGTTCATTGACGGCGCTTTGCTCTGGAGGGGGCCAGGACTTCAGAGGGTAG MRWDSLFDDLEAQFSAERALEKESEITDRARVELAGIDLSDRLRGAAAAEIKIVLVDGNVIRGVLSHAGSEWLVLTEGVRQWLVPYASVLSYQGLGRVALKPSSRMQHSLGIASALRALSRDRSELVVHLMVRTGDGYKLHGVIDRVGRDHFDLAVVPHGEVRRPGNIAAVLTIPFSSLTALCSGGGQDFRG NA NA NA NA NA D3-18_01582 348 hypothetical protein ATGGCCGATGGCACCTGCCTCCTTATTGTTACCGGCGCCTTCCACAGGTCCAAAGCCATGAGCCTCATACAGGCCAAAACTGTGGATAACTACACCAAAAGCCAGCAACGGTGGCAAAATGAAGCCATGCCCCGATTCCTGACTCTTGCGGATGTCGCCGAACAACTCCAAATCAATTCGCCTCAGGCCTATGCACTGGTTAGAAGCGGCGAACTGAAGGCCATACAGGTAGGAGGGCGGGGGCAATGGCGCATCGAGGAAAAGATGCTTGAGCAGTACATCGAGGATCGCTACACAGAGGCCAACCGCACGATCGAAGAGACCAAGAACAAGGTTAGCCAACCTTAG MADGTCLLIVTGAFHRSKAMSLIQAKTVDNYTKSQQRWQNEAMPRFLTLADVAEQLQINSPQAYALVRSGELKAIQVGGRGQWRIEEKMLEQYIEDRYTEANRTIEETKNKVSQP NA NA NA NA NA D3-18_01583 645 hypothetical protein ATGGGACAGAGTGCGGTCATTGCAGCGCCAAGGCTACAGAAGCCATCGTGGAAGGATCCCCGGCTGCTCATAGGCGTATTGCTGGTTCTGGGGTCTGTAGCCGGCGTCATTGCGTTGCTTGGTTCAGCCGACAGGACTACGCAGGTCTACACGGCCAGGGAAGACATAGCCGTAGGTCAGGTGGTCACGGAAGCTGACTTATCCATTGTCAAGGTCCGTCTGGATGACGTCGAGCCCAGCTACGTCACAGTCGCATACGGCTTTGCTGAGGGCCAGGTCGCGCTGCAGCGCGTGGCAAAGAATCAGCTGGTCCCGCAGGCAAGCCTGGGAGTTGCCGATGCCATCGACCGTAAACCGGTGGCCATTGCCATGGAGGAAGAGCTGCCGTCGCAGGCCGTTCCGGGCGCCAGGGTTGATGTCTGGATTGCCGTGCCGGGTTCGAACGATGCTTTTGAGGAACCGCGGCTACTTCTGCCCAGTGCAGAAATTGCCGGAATAACCAGAGGCTCGTCTACGTTGGGCGCTGCGAAAACAACCGTGGTGATGGTGCTGGTAACTGACGAGCAAATGCCAAAATTGCTGGGTGCCCAAGCAAATAAGGCTAAGGTGTCGGTCGTTTGGAATCCTGCGGGCGTGGTTCGGTGA MGQSAVIAAPRLQKPSWKDPRLLIGVLLVLGSVAGVIALLGSADRTTQVYTAREDIAVGQVVTEADLSIVKVRLDDVEPSYVTVAYGFAEGQVALQRVAKNQLVPQASLGVADAIDRKPVAIAMEEELPSQAVPGARVDVWIAVPGSNDAFEEPRLLLPSAEIAGITRGSSTLGAAKTTVVMVLVTDEQMPKLLGAQANKAKVSVVWNPAGVVR NA NA NA NA NA D3-18_01584 1311 hypothetical protein GTGAGCATTCCTGTCGTTACCGTTGGTTCCGCACAGGAAGCTGTAGTCGGCGGGTTGGAACGCCTGCACGGCCCCGTAACAGTGGTGCGCCGTTGTTCGGAGCTTGCTGAACTGATTGCTGCTTGCCAAAGCGGCCTCGCAGTGGCGGCTGTAGTAGCGGAAGGTTGCGAGGAACTCACCACCACGCTGGTTGATCGCCTCGGAGCAGTCGGCGTCTCCATCGTTGCCTTGACTGATGATCCCGCTGAGGCCAAACGCCTGCAATCCATTGGCGCCATGCCAGCTTCGACTGGCATTGATGCCGCAGACCTCGCGGCCAAAATATCGGAGGCCGTGGGTCGCGAAGGTCCCCGGAGCCAGCCTTTGGCTGGACGGGACGCAGGATTCGCAGATCCCGGGGCGGGTGTGCTTTTGGAGCCTGCGATGGAATACGTCGACGACATACCAGAGGGGTCAGGTCAGATAACTGCCGTGTGGGGACCGGTTGGCGCACCTGGCAGGACTCTTCTTGCTGTCAACATCGCGGCGGAGCTGGCCGCGGCCGGCGAGTCCGTCATTCTTGTGGATGCTGATAGTTATGGGGCCAGTGTGTCGGCGGTGCTCGGGCTGCTGGATGAGTCCGCGGGCTTGGCCCAGGCCTGCAGGCTGGCGGACCAGGGCTTGCTCGATATTGAGGCACTCAAGTCGACGGCCATTCCTGTTTACACGAAAGCCGGGACTTTTCGGGTACTCACGGGAACTACCAGGGCCGACCGGTGGACGGAGTTGAGGGCGGGAGCCATCTCGGTAGTCCTCGAGAGGGCAAGGCAAGTGGCTGACCATGTGGTGGTGGATACGGGTTTTTGCCTTGAAGCCGATGAAGAGCTCAGTTTTGACACCATGGCTCCGCGGCGGAACGCCGCCACGCTTCGCAGTTTGGAAATGGCTGATGTTGTGTTCGCCATAGGAGCGGCAGATGCCATTGGAGTGCCGCGATTAGTTAGGGGACTGGCGGAGCTTGAGTCCGCGGTACCGGAGGTATCTCCCCGTGTCGTGCTGAACAAGGTGAAGCGTTCGGCAGTGGGCCATTCGCCCAGACAGCAACTGGGCGACGCATGGGACCGCTACGGTCCGGGAGCGGGCGTGGACGCCTATCTTCCGGCAGACTCCGTGGCATGTGATGCCGCTTTGCTGGCAGGTGCAGTCCTCCTGGAAGTAGCGCCTGACTCGCCGCTGCGGATGGCGATAGCCGGGTTGGTCTGTGCACCCGTCCAGCGAAATCGTAATTCGTTTGGTCGAACTATCAGAGCTTTGCGCCCCCTTAAGCGCTAG MSIPVVTVGSAQEAVVGGLERLHGPVTVVRRCSELAELIAACQSGLAVAAVVAEGCEELTTTLVDRLGAVGVSIVALTDDPAEAKRLQSIGAMPASTGIDAADLAAKISEAVGREGPRSQPLAGRDAGFADPGAGVLLEPAMEYVDDIPEGSGQITAVWGPVGAPGRTLLAVNIAAELAAAGESVILVDADSYGASVSAVLGLLDESAGLAQACRLADQGLLDIEALKSTAIPVYTKAGTFRVLTGTTRADRWTELRAGAISVVLERARQVADHVVVDTGFCLEADEELSFDTMAPRRNAATLRSLEMADVVFAIGAADAIGVPRLVRGLAELESAVPEVSPRVVLNKVKRSAVGHSPRQQLGDAWDRYGPGAGVDAYLPADSVACDAALLAGAVLLEVAPDSPLRMAIAGLVCAPVQRNRNSFGRTIRALRPLKR NA NA NA NA NA D3-18_01585 4857 gdh_2 COG2902 NAD-specific glutamate dehydrogenase ATGTCGTCAGGATCCAGCGTGGAGGATCGGTCCGATGCAGCAGTTGTCCGTGAAGGGTTTTTCGGTGACTACTATGAACACCTTGCAGAGGAAGACTCGCGTGCGTATTCACCTGAACTTCTGATTGCGCGGGCAACAAAGCACAGGAACGTTGCGCAGTCCCGGCGGCCCGGAAATGCCGTCGTCCAGATCGCCGTCGAACCTGAGCGAAACGTTGTATATATCGTCACGGACGATATGCCGTTCCTCGTCGACTCTGTCAATGCAGAACTTGTTCGCCAGAACTGCGCGATCCGTTTGGTGATGCATCCGTTGTTCGTGGTCACCCGTGACCGGGTGTCCGGCGAGCTGAGCAGTATCTCGCGGGTCCCGTCCAACGTTGGCATTTCCAGCGGCGACACCGCCGCGCTCCCCAGCGTGGCCCACCTCTTGGGCGATGGCGATAATGCCTCGCATATGGAGTCATGGATCGCTGTTGAAATTGACCGTGTAAGTGACGATGCGCGGGAAGAATTGATCGCAGGGCTGCAGCGCGTCCTTGGCGACGTCAGGGCGGCGGTGGAGGACTGGCCCAAGATGCGCAGCAAAGCTCTCGAGCTGGCCGAGGCCTTGGGCGGCATCACGCACCCTGAACAAGTCGCTGAACTCCGACAGGCACAAGACCTTTTGCGATGGCTGGACAACGGAAACTTCACTTTCCTGGGTTACCGCGAATACGACCTCGTTGACGAGAACGGCGAGGACGTTCTTCAACTTCGTGAAGACAGTGGCCTCGGCCTTCTGCGCGCCGGCGACACCACGCGTCAAGTCCAACACCTCACGGATGCCGGCCGTAAGCGTGCGAGGGAGAAGCGTGCCTTGGTGATTACCAAGGCGAACTCGCGTTCCACTGTCCACCGGCCCGCTTACCTTGATTACATCGGGGTCAAGAGCTTCGACGCCTTGGGCAACGTTAACGGTGAACGGCGGTTCATTGGACTGTTCGCCACTAGTGCTTACACCGGATCGGTACGCAACATCCCGATCGTTCGGGACAAGGTGGATGCTGTCCTGCGCAACGCGGGGTTCCCCATTGACTCCCACTCGGGCAAGGATCTCTTGGGGATCCTTGAAACGTATCCCCGCGACGAACTGTTCCAGATCGAGATACCGGATCTTGCCGCCACGGCCACCGGCATCCAGCGACTCCAGGAGCGACGTCGGACCAAGCTGTTCCTGCGCCCGGACATCTACGGACGATTCATGTCCGCCGTGGTCTACCTGCCCCGTGACCGATACACCACAAGCGTCAGACTCCGGATCGAGCAGGAACTCCGCGAAACGTTCCACGCCGAAAGCATTGACTACGAGGCCCGGATCACTGAATCCGCATTGGCCCGTGTTTTCTTCAGGATCAGGCTGCCCCGCACGGCTGAACTGGCCGAAGTTGACGTGAAAGAACTGGAACAGCGGCTGATGCGTGCGTCCCGGTCTTGGAGCGAAGGTATCGCAGAGGTGCTCCGTGAGCACCGGTCTGCCGAGGACGCTGATGTTCTTTCTGCGCTGTGGGCCGAGGCATTTCCCGCGGGGTACCGCGTGGACTACGAAGTGGAAGACGCTCTTGAGGACATTGAACGCTTCGAGAAATACGGCGCGGAGGCAGAGCGGGCAGGACGGGTTACCAAGCAAATCAAGCCCGGTGTCCACGTATATCTTCCCGAAGGTGCCGGTGAGGCGTTGGAGGAGGATGCCCGAGTCAAGCTCTACTTGATGGAGCCCAAGAGCCTTAGCCAAATCCTTCCCTACTTCCACAACCTCGGCCTTGAGGTTTTGGATGAGCGGCCCTTCGAGATCGAAACCTCGGATCATCGCGATTTCTTCCTTTACGACCTCGGGCTCAAGTACCCCGCGGGCGTCGACCCCCTGGCTACGGGAGACCTGCTGGGTGCCTCCTTCGGTGCAGCCATCACGGGCGCTGTCGAATCAGACAACTTTGACCGGCTGGTTCTCCGTGAAGGCATCCATTGGCGTCAAGTGGTGGTACTCCGTGCCTACGCCAAGTACATGCGGCAAATGGGCAACACCAACTCCTTCGGATTCATTGCTGATACCCTCCTGGGCAACCCCGATGTTGCACGTGGACTCAACGAGCTCTTCTCTGCGCGCTTCGATCCCACCGTTCCGGAAGGACAGCGGCCCGAACGCCAAGGCGCAGCGCGGGCAGCGCTCGCTGAGTCGATCGAGCAGGTGGCCACGTTGGATGCGGATCGCGTTCTGCGTACCTTCGTGAACCTTATTGAGTCGACTCTGCGGACTAATTACTACCAAAACAAGGAATACGTCAGCTTCAAGCTGGATCCCACGTCCATTGAGGGTCTTCCCTTCCCACGCCCAATGTTCGAGATCTGGGTTTACTCTCCGAGAGTTGAAGGCGTGCACTTGCGCTTCGGGAAGGTAGCCCGCGGTGGCCTTCGCTGGTCTGACCGCCGCGAGGACTTCCGGACAGAGATTCTGGGCCTCGTAAAGGCGCAGACCGTCAAGAATGCGGTCATTGTCCCAACGGGTGCCAAGGGAGGTTTCTTTGCCAAGAAGCTCCCCAACCCGGCAGTAGACAGGGCTGCTTGGATGGCCGAAGGAATAGAGAGCTACAAGACTTTCATTCGAGGCCTTCTGGACATCACAGACAACCTCGTTACCTCAGCTGACGGTGAAAGGCTGGTGCCGCCGTCGGACGTTGTCCGGCACGACGATGACGACTCGTACCTTGTAGTGGCAGCGGACAAGGGCACCGCTACGTTCTCCGACACCGCCAACGGGCTTGCGGCCGAATACGGCTTCTGGCTCGGCGACGCGTTTGCCTCGGGCGGGTCGGTCGGTTATGACCACAAAGCCATGGGCATCACTGCCCGCGGGGCCTGGGAGTCAGTCAAGAGGCACTTCAGTGAGCTCGACCTTGACACCCAGACCGAGGAATTCACGGTGGTTGGCGTTGGTGATATGTCCGGTGACGTCTTCGGCAACGGCATGCTGCTTTCCCGGCATATCCGGCTGCTGGCCGCCTTCGACCACCGTCACATCTTCCTTGATCCCTCGCCTGATGCTGCTGCATCGTTTGCCGAGCGGCAGAGGCTCTTCGAACTGCCCCGATCCTCGTGGGACGACTATGACCGGACCCTTATTAGCGAAGGTGGCGGCGTCTATCCACGCCAGGCCAAGACCATCCCGGTCTCGGAGCAAGTACGCAAGGCATTGGGCCTTCCGGATGGAACTACGCAGTTGAGTCCGCCGGAACTTCTTCGCGCGATCTTGCTGGCCCCGGCAGACCTTCTCTACAACGGTGGAATTGGCACGTATGTCAAGGCTAGTACTGAAACCCATGCTGCCGTGGGTGACAAAGCCAACGACGCTATCCGCGTGGACGGCCGGGATCTGCGGGTCAAGGTCGTGGGCGAAGGCGGAAACCTGGGACTGACGCAGAGGGGACGCATCGAGGCCGCTTTGCAAGGCGTCATCCTGAATACAGACGCAATCGATAACTCCGCCGGTGTTGACTGCTCGGACCATGAGGTCAACATCAAGATCTTTGTTGACCGGATGGTAGCGGCCGGCAAGCTTGACTCTGGCGAACGAGCCAGCTTCCTGGCCGACATGACCGATGAAGTGGGTCGGCTAGTCCTGCAGGACAATATCGACCAGAATATTCTGCTCCTCAACGACCGGACACGCGTCGCGGACTGGAGCCCAAGCTACGAGCGCCTCATGGACTGGCTGGAGAAGTCTGCCGACCTCAAGCGCGATCTTGAAGCACTCCCCACCACGGAAACCCTGCGGTCGAGGTTGGAACAGGGCCAAGGACTCACGTCTCCCGAGCTAGCGGTCCTGGCTGCATACGCAAAGATCGAACTGGCTGGGGCGTTGCGGGACAGCAATCTCGCCGACGATCCGTGGTTTGCGGACACAATCCGTGAATACTTCCCGAAGCAGTTGCGGGAGAAGTTCGACGCTGAGTTGGACACCCACCCGCTGCGGCGCGAGATTATCGCCACTGTGGTGGCCAATGACATCATCAATCTTGGGGGCATTACCTTCGCCTTCCGGGCCATTGAAGAAACGTCGGCCAATGAGGTGGCCGTTGCCAAGGCGTTTGTGGCACTGCGTGAAATCTACGATCTCGATCCCATGGTTGCCGAGCTGAATGCGCTTCCGGCATCCTTCCCGACCGAACACTGGAGTGAAGTCCATCTGGACATCCGCCGGTTGCTCGACCGGGCAGTCCGCTGGGTACTGGGGCAGGGGATGGCATCCCAGCCTATTTCCGATGTCGTTGAATCCTTCAAACCCATGTTGGCCCCGCTGAGGGCCAAGCTTCTGGACTACCTCCGGGGTGAGGACAAGATCCGCATTTCCGGCTGGTTGGACAAAGCCCGTAGCTGGGGCCTGCCTGAGCATCTTGCGCACAGGTGGGCTGAGCTGTTCGAGAGCTACGCACTCTTGGACATCGCGCGGATTGCCCAAACCGGAAGCGAGGGCGTCGAGAACGTTGCGCACGTCTACTACACAGTATTTAACCGCTTCCATGTGGATTCGCTGCTGGAACGAATCAGTTCCTTGCCCCGCGATGACCGTTGGCAGGCTTTGGCGCGTGCAGCTCTCCGTGATGACTTGTACTCCACGGTGGCGGATATGACGACGTCGGTCCTTGAGTCCACAGAGTCCGGCGCCTCGGCTGAAGATCGCCTGAAGGCCTGGGAAGGGCAAAATGCCGAACAGCTGGGACGTGCCAAGACGATGTTTGATGAGGTCAACGCGCTCGAAGCCGACGACATGGCTTCACTGTCGGTAGCATTAAGGCTCTTGAGGTCAATCGTTCGACGCTAG MSSGSSVEDRSDAAVVREGFFGDYYEHLAEEDSRAYSPELLIARATKHRNVAQSRRPGNAVVQIAVEPERNVVYIVTDDMPFLVDSVNAELVRQNCAIRLVMHPLFVVTRDRVSGELSSISRVPSNVGISSGDTAALPSVAHLLGDGDNASHMESWIAVEIDRVSDDAREELIAGLQRVLGDVRAAVEDWPKMRSKALELAEALGGITHPEQVAELRQAQDLLRWLDNGNFTFLGYREYDLVDENGEDVLQLREDSGLGLLRAGDTTRQVQHLTDAGRKRAREKRALVITKANSRSTVHRPAYLDYIGVKSFDALGNVNGERRFIGLFATSAYTGSVRNIPIVRDKVDAVLRNAGFPIDSHSGKDLLGILETYPRDELFQIEIPDLAATATGIQRLQERRRTKLFLRPDIYGRFMSAVVYLPRDRYTTSVRLRIEQELRETFHAESIDYEARITESALARVFFRIRLPRTAELAEVDVKELEQRLMRASRSWSEGIAEVLREHRSAEDADVLSALWAEAFPAGYRVDYEVEDALEDIERFEKYGAEAERAGRVTKQIKPGVHVYLPEGAGEALEEDARVKLYLMEPKSLSQILPYFHNLGLEVLDERPFEIETSDHRDFFLYDLGLKYPAGVDPLATGDLLGASFGAAITGAVESDNFDRLVLREGIHWRQVVVLRAYAKYMRQMGNTNSFGFIADTLLGNPDVARGLNELFSARFDPTVPEGQRPERQGAARAALAESIEQVATLDADRVLRTFVNLIESTLRTNYYQNKEYVSFKLDPTSIEGLPFPRPMFEIWVYSPRVEGVHLRFGKVARGGLRWSDRREDFRTEILGLVKAQTVKNAVIVPTGAKGGFFAKKLPNPAVDRAAWMAEGIESYKTFIRGLLDITDNLVTSADGERLVPPSDVVRHDDDDSYLVVAADKGTATFSDTANGLAAEYGFWLGDAFASGGSVGYDHKAMGITARGAWESVKRHFSELDLDTQTEEFTVVGVGDMSGDVFGNGMLLSRHIRLLAAFDHRHIFLDPSPDAAASFAERQRLFELPRSSWDDYDRTLISEGGGVYPRQAKTIPVSEQVRKALGLPDGTTQLSPPELLRAILLAPADLLYNGGIGTYVKASTETHAAVGDKANDAIRVDGRDLRVKVVGEGGNLGLTQRGRIEAALQGVILNTDAIDNSAGVDCSDHEVNIKIFVDRMVAAGKLDSGERASFLADMTDEVGRLVLQDNIDQNILLLNDRTRVADWSPSYERLMDWLEKSADLKRDLEALPTTETLRSRLEQGQGLTSPELAVLAAYAKIELAGALRDSNLADDPWFADTIREYFPKQLREKFDAELDTHPLRREIIATVVANDIINLGGITFAFRAIEETSANEVAVAKAFVALREIYDLDPMVAELNALPASFPTEHWSEVHLDIRRLLDRAVRWVLGQGMASQPISDVVESFKPMLAPLRAKLLDYLRGEDKIRISGWLDKARSWGLPEHLAHRWAELFESYALLDIARIAQTGSEGVENVAHVYYTVFNRFHVDSLLERISSLPRDDRWQALARAALRDDLYSTVADMTTSVLESTESGASAEDRLKAWEGQNAEQLGRAKTMFDEVNALEADDMASLSVALRLLRSIVRR PGPT0014290_643 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014290-gdhB-K15371 NA NA D3-18_01586 1470 pdtaS COG3920 putative sensor histidine kinase pdtaS GTGGCAATCTTTACAGACCCCATCAGGGAACACGCTGATTTCGGGCCTGGAGATGCCGAATGGCTGCACCTCCTCGTCGGTGACTGGCAGATGGTGGCTGACTTGGCTTTCGCGGACCTCGCTTTGTGGTTCCCGCATCCGGAGTTCGGCTACATTGCCCTCGCCCACGTTCGTCCGTCGACATCGCATACGGTGTTCCACGCGGACTTCGTGGGGGAGGGCATCCGCTCGGATCTGCGGCCGATCGTGGATAAGGCGTGGAACAGCCGCTCGATCGAGCGATCAAGTGAAACAAGCTGGAGCAGTGAGATGGCACTCCGTGTTGAGGCTGTCCCCATGGTTCGCAACGGCAGAACACTCGCTGTTGTGACATCTCATATGGACTTGTCCAGTTCGCGTATGCCATCCAGGCTGGAACTCACGTATCGTCAGTGTGCCTATGATCTCTTGCGGATGGGAACCCTGGGCCTGTGGCCCGACTTCGCATCTCCGACCGGCTCGCGTCGGGGGGCCCCGCGAGTCGGCGACGGGCTCATCAGACTCGATGCGGAGGGCATTGTGCAGTATGCCAGTCCCAATGGCGTGTCTGCCTTCCGTCGACTGGGGGAAGTGGAGTCCCTGGAGGGGCGTTCGCTGGCGGAAGTGACTGCCGGCCTTCTGAAGGACCGGCGGATGGTGGACGAGACATTGCCTTTGGTTGTGACAGGGCGGATGCCCTGGCGCAGCGAAATTGAGTCCAGGGGTGTCAGTCTTTCACTTCGGGCCATTCCACTGCGCGATGAGCAGCAGCGTTTCGGAGCCCTTGTCCTTTGCCGTGACGTTTCGGAACTGCGTCGCAGGGAAATGGAACTTGTTACCAAGGACGCCACCATCCGGGAGATCCACCACCGGGTAAAGAACAATCTTCAAACTGTGGCAGCTCTTCTGCGAATGCAATCGCGGCGAATGGTCAGCGACGAAGCCAAGCAGGGTCTGGAACAGGCAATGCGGCGCGTGGCCACGATCGCCCTCGTCCACGAGACCCTCTCCCAGGGCCTGACACAGAGTGTCGACTTTGACGAACTGATTGGGCGGCAATTCAGGTTGTCAGCTGAAGTGGCCTCACCGTCCCAGCAAGTGCGAACAGAACGCTCAGGTTTGTTCGGAGAGTTGCCCAGCGATTTTGCCACGCCACTGGCATTGGTCATCAACGAACTTGTCACCAACGCGGTTGAGCATGGACTCGAGGGACGCACAGGAACGGTGTGGCTGCTGGCCGATCGGGCAGATGGCGACGGCAACGACGAATTCCTGACGGTGACCATAGCCGACGATGGCGTGGGCTTGCCGGATGGCCAGTACATCGAGGGATTGGGCCTGCAAATTGTTCGTACACTCGTGACCAGCGAGCTCGGCGGGTCCATTCAGTGGAGCCCGCGCGAAGGTGGCGGGACCGCTGTCGAGATCGTCCTCAACCTAGCCCGGGCGTAG MAIFTDPIREHADFGPGDAEWLHLLVGDWQMVADLAFADLALWFPHPEFGYIALAHVRPSTSHTVFHADFVGEGIRSDLRPIVDKAWNSRSIERSSETSWSSEMALRVEAVPMVRNGRTLAVVTSHMDLSSSRMPSRLELTYRQCAYDLLRMGTLGLWPDFASPTGSRRGAPRVGDGLIRLDAEGIVQYASPNGVSAFRRLGEVESLEGRSLAEVTAGLLKDRRMVDETLPLVVTGRMPWRSEIESRGVSLSLRAIPLRDEQQRFGALVLCRDVSELRRREMELVTKDATIREIHHRVKNNLQTVAALLRMQSRRMVSDEAKQGLEQAMRRVATIALVHETLSQGLTQSVDFDELIGRQFRLSAEVASPSQQVRTERSGLFGELPSDFATPLALVINELVTNAVEHGLEGRTGTVWLLADRADGDGNDEFLTVTIADDGVGLPDGQYIEGLGLQIVRTLVTSELGGSIQWSPREGGGTAVEIVLNLARA NA NA NA NA NA D3-18_01587 249 whiB1 Transcriptional regulator WhiB1 ATGGATTGGCGTAATCGCGCAGCCTGCCTCGAAAAGGACCCGGAGCTCTTCTTCCCAGTAGGCAACACGGGACCAGCACTTCTGCAAATCGAGGAAGCCAAAAGCGTCTGCCGCCGCTGCCCCGTCGTAGACACCTGCCTTCAGTGGGCGTTGGAGTCCGGACAAGACGCCGGTGTTTGGGGCGGCATGAGTGAAGACGAACGACGGGCACTTAAGCGTCGCGCTGCCCGCGCACGCCGCGCTTCCTAG MDWRNRAACLEKDPELFFPVGNTGPALLQIEEAKSVCRRCPVVDTCLQWALESGQDAGVWGGMSEDERRALKRRAARARRAS NA NA NA NA NA D3-18_01588 366 hypothetical protein GTGGTTGTAGCGCTTGAAGCCCTCGCCCTCCTCGGCGCAGCTGCTTGGTACGCATTTGAACTGTTAACAGGTGCTCCAGTGCTGACCTTCTGGGGGGCAATCTTCACTCTTGGCCTGCTGCTGGCCTTCTCTGCCTGGCTATTTGCCGTAGGCCACTTCTTGTTCCGCGGCTATAGGTGGACGCGTGCCGCGGCCTTGGTGGCCCAATTGTTTGTTCTCACCATTGGTTTTCCCACCATATCCGGGGGGCTGGTGTTGCAGGGATTGGCGATGCTGATTCCGGCGTTCACTGCGATTGTTTTCCTTTTTCAGAAGGACGTCGTGGCTTTTGCTTCACGTACCGGGGGAGCTACCGGCGCTCTCTAG MVVALEALALLGAAAWYAFELLTGAPVLTFWGAIFTLGLLLAFSAWLFAVGHFLFRGYRWTRAAALVAQLFVLTIGFPTISGGLVLQGLAMLIPAFTAIVFLFQKDVVAFASRTGGATGAL NA NA NA NA NA D3-18_01589 4161 hypothetical protein ATGGCCTTGGAGTGCACATTGGTCTGCGCCCCCGGAGCCGCTGCAGCAGTGGGGCCGGAAGAACTCAGCATCGCCGTCCCGGAAGGAACGTCCGGCGCCCACGTACAGCAGCTTCTCATTGAAACGCGTGGAACCGGCGCCCTCTCGGTGGCTGGACAGCTCTTGGCCACTCTCACGGTGGGACTACCGCCGCTTGTTTCCGGCGCCGTCATTGTGGATGGTGCTCCGTCGCATCGAGAGACGAAGAACATGTCCGTGCCCCTAATGTTGCTTACCCATTCAGGACCCGGTGCAGGCTCCGCCTTCCGGATTCAACGGGGCAGGTACTGCATCGGCAGGGGTTCGTTCGATATTTCATTGCCGGATCCCGGGATGTCCAGGGAACAGGCTTTCTTGGAGGTTTCCAGCACTGCGTTGAAGCTAAGGGCCGTCGGGCGCGCGAACCCGGTTTTCGTGGATGATCAGCCCGTTCAGCAGAAAATCATCACGTCCTCTGCACTGGTGCGATGTGGAAACTCCACCTTCACCGTCGTCACGGACAGTGGTCCCTTTCCGGAGATTTCAGTTGATGCAGGTCGTTCGATTGACGTACCACTCGAAGTACCTCATGTCAGTCGCGCCGGAAACCGTCTGGCAATGGCCTTGGCGGCCGGGCTGCCATTGATAGCCGGTATCGGCCTGGCCGTTGCCACAGGAATCTGGATGTACTTGGGATTTACGGCCATCTCAGCGATCAGCCTTCTCGTCCCGCTGATCGCCGGGCAAAAGGGCCGCCGGGAACGCAGGCTGGCCGTTGCGCGCGCGGTGCAGCAAGACATTGAACGACGCCGGCAGTGCTCACCTTCAGCTGCAGAGCTCATGGCGGCAGTTCACCAGGCTTCCAAGGTGGGACAGCTGACCACGGAGCCCGCCGCGGACCACGCCGTTGTCGCTGCAGCTGCGGTGTCACCGGCAGGGATCAACAAGGGGCCGGCAAGGATCAGCAGTCAGAGTCACGATGTGTGGCTCCGGCTTGGGACTACGCAGGCGGCAGCAAACATGCGCCTCGTTCCCGACGATCCCCAGTTCCAGCCCCCGTCCATAGGCAGTGCGGCAATGACTTTGGATCCCAAACATTCCGTGGTGACACTCCGCGGCAATCCGGATCACACGGAGGCGTTGCTTCGGTTCGTCTTGATGCAAATAGCCAGCTTTTCGGGCTCGGCGGAAACGCCCGTCATTATTTTCGGCAGGGCAGGAAGGTTGCCATTGAGTGCCAGGTTCCTACCCCGGGTCACGCTCACAAGCACCTTGACCACCGTCGTCGCTGCCCTGCAACGTGCGAACGGCAAGCTGAATGGGATGCTCATCATGCTCAATGATCCATCCAACGATCAAGAATTCGTGTCCGACCTCTTGAAGACTGCTCAAACCGCCGCGTGGAGGGTCATCAGGTGCTCCGTACGCTCCGAACTTTCCGGGGGCGTCATCGAAATATCGCCATCCGGGACCACAGGCTATTTTGAGGCAGACGGCGAGCGCCGGCACTTCATCCCGGATCTCGTGCCAGCCGAAGTTTTCGATAACTTCTGCCGCAGGGCCCGGGGCACAGCTTTCGGTGAAGGATTTGGAATGAGCAACCCGATTCCGGAGGAATGTTCGCTCGCTGATTTGCTTCCTTACGGGCAGCGCAGAGTGCTCAGGCGGTGGGCAGATGCATCCAAGCAAGCCGGCCTCACCGCCGTCTTGGGCAAAGGCCAACGCGGGCAGTTGACCTTCGACTTCAAGCTCGATGGTCCGCATCTATTGGTAGCCGGAACCACTGGTTCCGGCAAGTCCGAACTTCTTCGGACACTTGTGGCTTCCCTTGCGCTGAGTGAGTCACCCGATCGCACGACATTCCTGTTTTTTGATTTCAAGGGCGGATCGGGCTTGCGGCCACTAGCGGGCCTACCTCACTGCGTCGGCCTGCTGACGGACCTCAGCAAGCACCATTTGGACCGCGCTCTTGTTTCCCTCCGTGGGGAGATACGGCGCCGCGAAGAGCTATTCGCTACGGCCAACGTGTCAGATCTCGCCGAATATCGGCGACTAGCGGTGGCAAGCGATCCGAACATCCCGTATCTGGTCTTGGTGATCGATGAGTTTCGCATGCTGGTTGACGAAGCCCCGGGCTCTCTCCGCGAGCTCATGCGTGTTGCCACTATCGGGCGCTCCCTGGGTATTCATTTGGTGATGGCTACCCAGCGGCCCCAAGGAGCCTTGTCCGCCGACATCCGGGCGAACGTGACATCAAGCATTGCCCTGCGCGTGCAGTCTGAGGCGGACTCCATGGACATCATCAATTCGAAGGCTGCTGCCTCCATAAGCGTGGAAGCTCCGGGGCGGGCCTATCTTGCCAAGGCTTCATGCAGCCCCGAAGAATTCCAGACAGCGTCCCTATCGGTTTCCCCGACAATGACGGTGGCTGGCCACTGGCGTAGCAGTTCCTTGCCCGCCGTACAGTCAGCTTCGCAGGCATTGCAGCCCCCTTCCGGCGCAGCCGTAACGTCCACCAAACAGGATTCCCTCTCGGATCCTGGCGCCGAATGGGTGGTTTCAGCAGTCCACGAGGCATGGCAACGCCTCCGCAAACCCCTACCCAGGCGTCCAGTAGCCCCACCACTGCCCTCAACGATCCCTTGGCGTGATGAGCTTCCTGGGGTGGACGGCCCTGTGTCCACGACGGACGGGCATTGGGCGGTGGGACCTTTGGCGATGCTCGACAGGCCGACGCATCAAGTTGTGGAACCGCTGATGTGGTCACCTTCCAAAGACGGTCATCTGGCAATGATCGGCAGCGACTTGAGTGGCATACGGGACTGCTTCAGAGCTGCATCCGCGATGCTCGCGACCCAGAAGCCCCAACCGCACCTCTATATCCTGGACGCAAGGGGCATCCTCGGCCATGTCATCGACGGAGGTCGAATCGGTGCCAGAGTCGGCCTGCACCAACTGCACCTTGCAGTCCGGGTCCTAAAGCGGCTCGCTGCGGAAATGGAGTGTCGACGAAGTGCCGGCGAAGTGGGGACGGCCAATTCGCCTATGGTCTTAATCGTGGCCGGGTGGTGCTCGTGGGCCACCGCGCTCCGGAGTGGGCCATTTGGTTATGCAGAAGCAATTCTGCAGGACATCGTCAGGGACGGTTGTTCCGTAGGCATCACTGTTTTGATCTCAGGCGAGCGGGAGCTCGTCAGCTCACGGTTTTTTGCCTCGATACAGAATCGCGCCTACTTTCCTTCGGGATCTACTGAAGAGTCGCGGTTCCACTGGCCACGCCTCCCCGAGCTGGAGTCCCTCCCTGGGCGCGCCGTCGTCATGGGAAATCTTGTCGGCGAAAACGCAACCGTGGCTCAGTTTCGTGTGTCTCCGGAGAGTGGACACTGGCCGTTCGGTGATCTGGCTCCAACTGAGCCGCCGTTCCGGGTACGGCCACTCCCGGAGCTTCTTGGAGGTAAGGAATTCCGCGACCTCGTGGCGGCATCCCTGGGACAAGGACTGCCATCGGGGTCAGGTTTAGAACTGGCGCCCGGCAACGGAGAAGGAGCCTGCACCGCGGAAAGCAGCGCTCTGGGTCCGCTGTGGATCGGCGTCGGAGGAGACGAAGCCCTCCCTGTAGCCATGCCGCTGCGGGAACATGGAGTCAGCGTCATCCTGGGTAGTCCTCGCTCCGGAAAGAGCTCTGTCCTGGCCTCGCTTTACGCCCTGAGTCCCTTGGTCCCATGGGTGTACCCGCCGGATACAGCGTCTGCGAGCCCATTCTGGGCTCTAGTGGCATCCCAAGCGGCCGCGAAGACCCTTGCCTCCAACAGCATCCTGCTGGTGGACGACGCCGATTTGCTTGATCCCCAGGGACGCCAAGCCTTGGCTGGCTTAGTGGGTAAAGTCCGTGGCATCATCCTGACGGCAACAACGAGACCGGCCTTGCTACATCATCTGCCGCTGGCGAAGGAAGCACAGGCGTTCAGCATGGGTTTGGTATTGGCCCCCGGAACACCCCATGACGGAGAACTGCTCGGCGTGAGGCTGGAATCCGATCGGGCTGGGCGCGCGGGCCGCGGCTTTCTCATCAGTGGGGCGGAAGTGACGCCCTTTCAAGGCGTACTCACCACAAGCTTTCCACCGCATGCCAAAGGGTACTGA MALECTLVCAPGAAAAVGPEELSIAVPEGTSGAHVQQLLIETRGTGALSVAGQLLATLTVGLPPLVSGAVIVDGAPSHRETKNMSVPLMLLTHSGPGAGSAFRIQRGRYCIGRGSFDISLPDPGMSREQAFLEVSSTALKLRAVGRANPVFVDDQPVQQKIITSSALVRCGNSTFTVVTDSGPFPEISVDAGRSIDVPLEVPHVSRAGNRLAMALAAGLPLIAGIGLAVATGIWMYLGFTAISAISLLVPLIAGQKGRRERRLAVARAVQQDIERRRQCSPSAAELMAAVHQASKVGQLTTEPAADHAVVAAAAVSPAGINKGPARISSQSHDVWLRLGTTQAAANMRLVPDDPQFQPPSIGSAAMTLDPKHSVVTLRGNPDHTEALLRFVLMQIASFSGSAETPVIIFGRAGRLPLSARFLPRVTLTSTLTTVVAALQRANGKLNGMLIMLNDPSNDQEFVSDLLKTAQTAAWRVIRCSVRSELSGGVIEISPSGTTGYFEADGERRHFIPDLVPAEVFDNFCRRARGTAFGEGFGMSNPIPEECSLADLLPYGQRRVLRRWADASKQAGLTAVLGKGQRGQLTFDFKLDGPHLLVAGTTGSGKSELLRTLVASLALSESPDRTTFLFFDFKGGSGLRPLAGLPHCVGLLTDLSKHHLDRALVSLRGEIRRREELFATANVSDLAEYRRLAVASDPNIPYLVLVIDEFRMLVDEAPGSLRELMRVATIGRSLGIHLVMATQRPQGALSADIRANVTSSIALRVQSEADSMDIINSKAAASISVEAPGRAYLAKASCSPEEFQTASLSVSPTMTVAGHWRSSSLPAVQSASQALQPPSGAAVTSTKQDSLSDPGAEWVVSAVHEAWQRLRKPLPRRPVAPPLPSTIPWRDELPGVDGPVSTTDGHWAVGPLAMLDRPTHQVVEPLMWSPSKDGHLAMIGSDLSGIRDCFRAASAMLATQKPQPHLYILDARGILGHVIDGGRIGARVGLHQLHLAVRVLKRLAAEMECRRSAGEVGTANSPMVLIVAGWCSWATALRSGPFGYAEAILQDIVRDGCSVGITVLISGERELVSSRFFASIQNRAYFPSGSTEESRFHWPRLPELESLPGRAVVMGNLVGENATVAQFRVSPESGHWPFGDLAPTEPPFRVRPLPELLGGKEFRDLVAASLGQGLPSGSGLELAPGNGEGACTAESSALGPLWIGVGGDEALPVAMPLREHGVSVILGSPRSGKSSVLASLYALSPLVPWVYPPDTASASPFWALVASQAAAKTLASNSILLVDDADLLDPQGRQALAGLVGKVRGIILTATTRPALLHHLPLAKEAQAFSMGLVLAPGTPHDGELLGVRLESDRAGRAGRGFLISGAEVTPFQGVLTTSFPPHAKGY PGPT0030468_691 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 D3-18_01590 591 wbpD COG0110 UDP-2-acetamido-3-amino-2,3-dideoxy-D-glucuronate N-acetyltransferase GTGATAGTGGTTGCGGAGAGCGCCGATGTTTCAGACAAGGCGATTATTGGTGATGGATCAAAGATTTGGCATCTGGCCCAAGTCCGCGAGCAGGCCGAGTTGGGTGCTAATTGCATCGTAGGACGCGGGGCCTATATTGGCACCGGAGTCAAGATGGGGGACAACTGCAAAGTTCAGAATTATGCTCTTGTCTACGAGCCCGCAGTGCTGGAGGCTGGCGTGTTCATCGGCCCGGCCGTAGTACTCACGAACGATACTTACCCCCGGGCGGTTAGTCCGGATGGCGGTCTAAAGAGCGCCCATGACTGGGAGCCGGTTGGCGTCACCATTCGTGAAGGTGCATCAATCGGTGCCCGCGCCGTCTGCGTAGCCCCGGTGACCATCGGACGATGGGCCACAGTGGCCGCAGGCGCTGTTGTGGCTAAAGACGTCCCTGATTTTGCCCTGATGGTCGGAGTACCGGCCAAACGCCATGGTTGGGTCGGTAAAGCTGGTTTCCCGCTGCAGCGCAGCGGCGACAACTGGGTATGCCCGGAGACCGGCGCCACATATGTTGAACAGAACGAGACCCTTCGAGAGGTAGAGGCATGA MIVVAESADVSDKAIIGDGSKIWHLAQVREQAELGANCIVGRGAYIGTGVKMGDNCKVQNYALVYEPAVLEAGVFIGPAVVLTNDTYPRAVSPDGGLKSAHDWEPVGVTIREGASIGARAVCVAPVTIGRWATVAAGAVVAKDVPDFALMVGVPAKRHGWVGKAGFPLQRSGDNWVCPETGATYVEQNETLREVEA PGPT0022705_159 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_D_MANNURONIC_ACID_MODIFICATION,PGPT0022705-wbpD|wlbB-K13018 NA NA D3-18_01591 1092 per COG0399 GDP-perosamine synthase ATGAGCCCCGAATTCATTCCCCCCGCCAAGCCCATCATCGGTGATGACGAGCGCAAGGCAGTAGAGGCCGTCTTGGCCTCCGGCCAACTCGCACAGGGTTCGGAGGTTGCGTCCTTTGAGCAGGAGTTCTCCCAGGTGCTCCTCGACGGCCGGGCTGCTGTAGCGGTCAACTCCGGTACTTCCGGCCTGCACCTTGGCCTGTTGGCTGCGGGTATTGGCCCTGGTGACGAGGTCATCGTTCCGTCGTTTACGTTCGCGGCCACGGCCAACTCCGTAGCTCTGACGGGTGCGACGCCCATCTTCGCTGACGTGGACCCGGACCACTACACGCTTGATCCCGCCTCCGTCGAATCAAAAATCACGGACCGTACGGCCGCCATCATGCCGGTGCACCTCTATGGCCACCCCTTCGACGTGGACGGCATTGGGGCAGTCGCCTCGAAGCATGGCGTGAAGGTCTTCGAAGACGCAGCCCAAGCACACGGTGCGGCTGTCAACGGTCGGAAGGTGGGTACCTTCGGTGACTTCGCAATGTTTAGCCTCTACCCCACCAAGAACATGACGTCCGGCGAAGGCGGCATGGTCAGCACCGGTTTGGCCGACGTCGAGCGACGGCTCCGGTTGCTTCGTAACCAGGGCATGGAGCGCCAGTACGAAAATGAGCTTGTCGGTTTCAATGCCCGCATGACCAACATCCATGCTGCCATTGGCCGCGTGCAGCTCACCAAAATCAATGCCTGGACCAAGACCCGGCAGGAGAATGCAGCCTTCTTCGACGCAAACATCGAAGGCGTCGTCACTCCCAAGGTCTCTGAAGGCTACGAGCACGTGTACCACCAGTACACCATTCGCATCGCTGAGGACCGTGACGGTTTCGCTAAGGCGCTGCGTGAGGAATACAACGTGGGCTGTGGCGTGTACTACCCCATCCCGAACCACCGTTTGGCTCCTTTCCAGACTTCTGATGACCTCCCCGTCACGGAGGAAGCTGCGGCCAGCGTACTGTCGCTGCCTGTTCACCCGTCGCTGAGCCAGGACGACCTCGATCGCATCGTCGCTGCGGTCAACGCCATCGCGAAGGCAGGAAGCTAG MSPEFIPPAKPIIGDDERKAVEAVLASGQLAQGSEVASFEQEFSQVLLDGRAAVAVNSGTSGLHLGLLAAGIGPGDEVIVPSFTFAATANSVALTGATPIFADVDPDHYTLDPASVESKITDRTAAIMPVHLYGHPFDVDGIGAVASKHGVKVFEDAAQAHGAAVNGRKVGTFGDFAMFSLYPTKNMTSGEGGMVSTGLADVERRLRLLRNQGMERQYENELVGFNARMTNIHAAIGRVQLTKINAWTKTRQENAAFFDANIEGVVTPKVSEGYEHVYHQYTIRIAEDRDGFAKALREEYNVGCGVYYPIPNHRLAPFQTSDDLPVTEEAAASVLSLPVHPSLSQDDLDRIVAAVNAIAKAGS PGPT0022785_1471 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 D3-18_01592 987 iolG_7 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase GTGGCAAATCTGCGTGCAGGCCTCATCGGACTGGGGATGATGGGCCGACACCACGCCCGCGTTATTCGCGAACTGGAGGGCGTGGACCTCGTTGCCGTTGCTGACTCCTTCGGTGACCCTCACAACGTAGCCAGCGGGCTCGAGGTGTGCAGTTCGGTTGAACAGCTCATCGAGCAGGGCATTGACATGGCCGTAGCCGCCGTGCCAACCGTGCTCCACGAGGAAGTTGCCTTGCGGTTGGCTGAAGCCGGCGTGCACTGCTTGGTGGAAAAGCCCATTGCCAACGATTCCGTTTCGGGCCGCAGGATCGCCGAAGCGTTCGACTCGCGGGGATTGATCGGGGCGGTAGGCCACATCGAGCGCTTCAACCCGTCATTGCAAAGCCTCCGCGAACGGCTCGGCAACGGCGACCTCGGAGAGGTCTACCAGATCTCGACGCGACGCCAGGGGCCATTCCCTTCCCGCATTGCCGACGTTGGCGTGGTCAAGGACCTTGCAACTCACGACATCGACCTCACTGCATGGCTTGCACAGAGCAATTTCGTGAATGTAGTTGCTCACACCACCTCCAGGAGCGGGCGCGAGCACGAGGACATGGTCACCGCAATTGGCCACCTCAAGAGCGGCGTAGTCACCAACCACATCGTCAACTGGCTGTCGCCCATGAAGGAGCGCACCACCGTTGTCCTGGGTGAACGCGGTGCATACATCGCTGACACTATCTCGGCTGATCTGACGTTCATTGAAAATGGCACGTTCCAGACAGACTGGGATTCCATAGCGGCATTCCGTGGCGTGTCCGAAGGGTCATCTACACGCTTTGCCCTGGCAAAGCGCGAACCGCTGAAGATGGAACACGAGGCCTTCCGTGACGCTGTACTCGGAAAGTCCATGAACATTGTCACAATGGCGGAGGGGCTTGAGACTCTTCGCGTTGCCGAAGCGGTGCTCGAGTCCGCGGGGACAGGCTCCGTGATCTCGCTCTAG MANLRAGLIGLGMMGRHHARVIRELEGVDLVAVADSFGDPHNVASGLEVCSSVEQLIEQGIDMAVAAVPTVLHEEVALRLAEAGVHCLVEKPIANDSVSGRRIAEAFDSRGLIGAVGHIERFNPSLQSLRERLGNGDLGEVYQISTRRQGPFPSRIADVGVVKDLATHDIDLTAWLAQSNFVNVVAHTTSRSGREHEDMVTAIGHLKSGVVTNHIVNWLSPMKERTTVVLGERGAYIADTISADLTFIENGTFQTDWDSIAAFRGVSEGSSTRFALAKREPLKMEHEAFRDAVLGKSMNIVTMAEGLETLRVAEAVLESAGTGSVISL NA NA NA NA NA D3-18_01593 1185 glf COG0562 UDP-galactopyranose mutase GTGAACGCTGATCTCGTCGTCGTCGGCTCGGGTTTCTTTGGCCTGACCATTGCAGAACGCGCCGCTACCGAGTTGGGGCTGAAGGTTGCGGTGCTTGATCGCCGCCACCATATTGGTGGAAACGCCTACAGCGAGAATGAGGCGCAGACCGGAATTGAGGTGCACCGCTACGGCGCCCACCTCTTCCACACCTCGAATGAGCGTGTGTGGGAATACGTGAACCGTTTTACCAAATTCACGAGCTACCAGCACAAGGTTTACACCAGCCACAAGGGCGAGGTGTACCCAATGCCCATCAACCTGGGTACCATCAACCAGTTCTTCCGTTCGGCCATGAGCCCGACAGAAGCAAAGGCACTCATTGCCGAGCAGGCTGGCGAACTGGCGGGAACAGACCCCCAGAACCTCAATGACAAGGGCATCCAGCTCATCGGCCGTCCCCTGTACGAGGCTTTCATTAAGCACTACACGGGAAAGCAGTGGCAGACGGACCCGAAGGACCTGCCGGCTGAAATCATCTCGCGGCTTCCCGTGCGCTACAACTATGACAACCGTTACTTCAACGACACCTACGAAGGTCTCCCGGTAGACGGTTACACGGCTTGGATTGAACGCATGGCGGATCACCCGAACATTGAGGTCGTCTTGAACTCGGACTTCTTCGACGACGGTGAGTACGGCCGGTCGTCTGTCCTCGGACAGGTACCCGTCATCTACACGGGTCCGGTTGACCGCTACTTCGATTACGCAGAAGGCGACCTGTCTTGGCGCACGATCGATCTCGAAGAAGAGGTCTTGCCTATTGAGGACTTCCAGGGCTGTTCGGTGATGAACTACCCGGATGCCGATGCTGCTTTCACGCGTATCCATGAGTTCCGTCACTTCCACCCCGAACGGGACTACACCAAAGACGCCACCGTCATCATGCGCGAGTTCTCGCGTTTTGCTGAGAAGGGGGACGAGCCGTATTACCCCGTCAACACTTCTGATGACCGTCAGAAACTGCTGGCCTACCGCGATCTTGCCAAGGACGAGAAATCGGTCCTGTTCGGTGGCCGCCTTGGAACCTACAAGTACCTCGACATGCACATGGCAATTGGTTCCGCCTTGTCCATGTTCGACAACAAGATCAAGCCGCACTTCACCGGTGGCGCCAAGCTTGAAAGTGGGGGAGTAGACGCATGA MNADLVVVGSGFFGLTIAERAATELGLKVAVLDRRHHIGGNAYSENEAQTGIEVHRYGAHLFHTSNERVWEYVNRFTKFTSYQHKVYTSHKGEVYPMPINLGTINQFFRSAMSPTEAKALIAEQAGELAGTDPQNLNDKGIQLIGRPLYEAFIKHYTGKQWQTDPKDLPAEIISRLPVRYNYDNRYFNDTYEGLPVDGYTAWIERMADHPNIEVVLNSDFFDDGEYGRSSVLGQVPVIYTGPVDRYFDYAEGDLSWRTIDLEEEVLPIEDFQGCSVMNYPDADAAFTRIHEFRHFHPERDYTKDATVIMREFSRFAEKGDEPYYPVNTSDDRQKLLAYRDLAKDEKSVLFGGRLGTYKYLDMHMAIGSALSMFDNKIKPHFTGGAKLESGGVDA PGPT0022675_183 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0022675-glf-K01854 NA NA D3-18_01594 1971 glfT2 COG1216 Galactofuranosyltransferase GlfT2 ATGACGGCCACCACTGCCGCTGAAATCCCCGCTTCGACGGAACAGAACCTGCGGATTGTCCAACGCGTGGTCTTCCCTGCCAACCGTGACCTCGACACGCTGCCCCTGTATGTTGATCCTGACACCAACAAGGTCCACAGGAGCGACAGCAGCGCAGATGTTCAGGCCATTGGCATGGCCAGGAAACTCCACCCGGAGGACATCCTGAACCGCGGCTCCGTCCAGGTGCGCCGCGGTGAACGTCTTTCCTTCGGTTCATACTTCAACGCCTTCCCTGCAAGTTACTGGCGCAAGTGGACCATCGCCACCAAGACCGTGCTTCACATTGAAACCGAGGGCGAGGGGACGGTAATCGTTTACCGATCCAACGCTCGTGGCGCATCTCAGCGCGTCGACTCGATTCTGGTCGAGGGCTCTTCCACCAATGATTTCGAACTGACCTTGGCTCCGTTTGGCGACGGCGGCTGGTACTGGTTCGACCTCATTGCGGGCGGCGATGGCATGACGCTGAAGAGTGCTCACTGGGCTGTGCCTGACGAAGGCCGCCCTCAAGGCCGCGTGACCCTGGGCGTGACAACGTTCAATCGTGCCGACTACTGCCTCGAGACCATCAAGTCCATTGATGCTGATGCTGGTCTACGGGAAATCCTGGCGGAACTCATCATCGTGGATCAAGGCAACAAAAAAGTTGCCGACGAAGCTGGCTTCGACGCTGTCGCGGAGTCGATGGGCGACCAACTTCGGATCATCAACCAGGGCAACCTGGGCGGCTCGGGCGGTTTTGCCCGGAACATGTACGAGATGGTCGTTTCTGACAAGAGCGACTACGTCATGCTGCTGGATGACGATATCGAGCTCGAAACAGAGGGTGTCATGCGGGCAGTGGCGTTTGCCGACCTCTGCCGGAAGCCGACCATTGTTGGCGGCCACATGTTCGATATGTACAACAAGTCCGTCCTGCACGCTTACTCTGAGGTAGTCAACTTCTACCGCTTCCTCTGGGGTCCCGTGGAAGGACTCGGTAACCACGACTTCTCCACCGCAGGTTTGCGCTCCACTCCGCAACTCCACCGTCGCTGGGATGCGGATTACAACGGCTGGTGGATGTGTCTCATTCCCAAAACCGTTGTGGAAACCATCGGCCTCTCCCTTCCTGTGTTCATTAAGTGGGACGACGCTGAGTACTCGCTCCGTGGCCGCGCGGCGGGTTTCCCCACCGTGACGCTTCCCGGCGCAGCAGTCTGGCACGTTTCCTGGGCTGACAAGGACGACTCGGTGGACTGGCAAGCCTACTACCACGAGCGCAACCGACTTATCGCGACACTCTTGCACTCCCCGTTCCCCAAGGGCGGACGCATCCTACGGGAGAGCTTGAACGCGGATGTCAAGCACCTGGTGTCAATGCAGTACTACCCGGAGCAGGCCCGCGTTATGGCTCTCCGCGATGTTCTCGCCGGACCAGGCAATCTGCACAAGCAATTGCCGACCATGATGCCGAAACTCCGTGCAATGCGCGAGGAGTTCCCGGACTCGCAGGTCAAGACCGACCCTGCAGCTTTCCCGGAGGTCTTCCTCAAGCGTCCCCCCAAGAAGCCGCAGTCCTACAAGCAGCCAGGTGCCTTGGGCCTGCTTCCCTGGGCAGTTAAGACTGTCCTTAAGCAGACGCTGGCTCCCGTTCGCGATACCGCCAAGGCCAACCCTGAGGCTCATGTGGCCCACCAGGACGGCAAATGGTGGAGCTTGGCGCACCTGGACAGCGCAGTGGTGTCCAATGCCGACGGCACAGGTGCTTCATGGCACCTGCGAGATCCCAAGATGGCCCGTCAATTGGTGGTCGAATCGGCCAAACTCCACGCCCAGCTCTTCTCCAACTGGGAGACCCTCCGGGCCCAATACCGTGAGGCTCTTCCTGAGATCACCTCCATGGAATCGTGGCGGGAAACATTCGAAGCTTCGGAGCCCAGCAAGTAG MTATTAAEIPASTEQNLRIVQRVVFPANRDLDTLPLYVDPDTNKVHRSDSSADVQAIGMARKLHPEDILNRGSVQVRRGERLSFGSYFNAFPASYWRKWTIATKTVLHIETEGEGTVIVYRSNARGASQRVDSILVEGSSTNDFELTLAPFGDGGWYWFDLIAGGDGMTLKSAHWAVPDEGRPQGRVTLGVTTFNRADYCLETIKSIDADAGLREILAELIIVDQGNKKVADEAGFDAVAESMGDQLRIINQGNLGGSGGFARNMYEMVVSDKSDYVMLLDDDIELETEGVMRAVAFADLCRKPTIVGGHMFDMYNKSVLHAYSEVVNFYRFLWGPVEGLGNHDFSTAGLRSTPQLHRRWDADYNGWWMCLIPKTVVETIGLSLPVFIKWDDAEYSLRGRAAGFPTVTLPGAAVWHVSWADKDDSVDWQAYYHERNRLIATLLHSPFPKGGRILRESLNADVKHLVSMQYYPEQARVMALRDVLAGPGNLHKQLPTMMPKLRAMREEFPDSQVKTDPAAFPEVFLKRPPKKPQSYKQPGALGLLPWAVKTVLKQTLAPVRDTAKANPEAHVAHQDGKWWSLAHLDSAVVSNADGTGASWHLRDPKMARQLVVESAKLHAQLFSNWETLRAQYREALPEITSMESWRETFEASEPSK PGPT0024215_98 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-ARABINOGALACTAN|LIPOARABINOMANNAN_REMODELLING CE-REMODELLINGGALACTOFURANOSYLTRANSFERASE_ACTIVITY,PGPT0024215-glft2-K16650 NA NA D3-18_01595 858 hypothetical protein ATGACGACTTCCACAGATACTTATGCTGTTCCCGGGGTTGGTGCCGGGCTGCTGGATGTTTACCGGCGCCGATACCTCCTCAAACTGATAGTCCGTAAGGAACTTCGTGTAAGGTACCGGGGTTCCGTCCTCGGCCTCGCCTGGTCCTACGTCAAGCCGTTGGTTCAGTACGTTGTGCTGTTCTTCGCTTTGGGGATTGTCCTGCGTGTCGGGGATCAGATTCCCAACTACGCGTTGTACATGTTCTCCGGCGTCATCGTCATCAACTTTTTCTCCGAAGCGTTTTCGAATGCCACAAGATCCATCGTTTCGAATGCTGCCTTGGTCAAAAAAATCTACCTGCCGCGGGAGCTGTTCCCCGTCGCGTCAGTGTGGGTGGCAGCGGTTCATTTCCTCCCGCAGCTTGTGGTCTTGCTGGCAGCGGCGCTGCTGAACGGGTGGAAACCGGACATTATGCAGCTTATTGGAGCTGCTTTGGGCTTCGTCATTGTGGCAGTCACGGCGACAGGTTTGGGCCTCTTGGCTGGTGCCATAAATGTCTTCTTCCGCGACGCTGAAAACATCGTGGATATGTTAATGATGATCGTTACGTGGACGTCGCCGGTCCTCTATGACTGGACCATGATCCGCCGGCTGGCACCCCCTTGGGTGCTGGTCATCTATCAACTCAACCCGATCACAGTCGCTGTCGAACTATTCCACTGGGCCTTCTGGTACCCCACTGTTGACCGTCCAGTGGAACTGCCTCCGCATCTCATGTGGACGGGATTGATTGGTCTCGGCATGGCAGCCCTGTTCCTTATCATCGGCCAACTCGTCTTCCGACGACTTGAGGGCCACTTTGCGCAGGAGGTCTAG MTTSTDTYAVPGVGAGLLDVYRRRYLLKLIVRKELRVRYRGSVLGLAWSYVKPLVQYVVLFFALGIVLRVGDQIPNYALYMFSGVIVINFFSEAFSNATRSIVSNAALVKKIYLPRELFPVASVWVAAVHFLPQLVVLLAAALLNGWKPDIMQLIGAALGFVIVAVTATGLGLLAGAINVFFRDAENIVDMLMMIVTWTSPVLYDWTMIRRLAPPWVLVIYQLNPITVAVELFHWAFWYPTVDRPVELPPHLMWTGLIGLGMAALFLIIGQLVFRRLEGHFAQEV PGPT0006730_9772 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D3-18_01596 732 tagH COG1134 Teichoic acids export ATP-binding protein TagH ATGGGCGCCGCAATAATCGTCAAGGGCCTTAAGAAGACGTTCAACCTCCGCCATTCGCACTCCCTCAAGGAGACTCTTGTTTGGTTGGCCAAGGGTCGAAAAAGTGATCTCAGCAAGAAGTTCGATGCTCTCCACGATGTGAGCTTCGAGATTCAGCCGGGGGAGACCGTTGCGTTGTTGGGGTTCAACGGCTCAGGAAAGTCCACACTGCTCAAACTCATATCGGGCGTTATCCTGCCCGACAAGGGAACGGTCCGCACAAAGGGTCGCGTAGCCGGACTCATCGAGGTGGGCGCAGGATTCCACCCGGACTTGTCCGGGCGTGAGAACGTCTTCCTCAATGCCGCCATTCTGGGAATGACTGAACAGGAAATCAACGATAAGTTCGACGAGATCGTAGCGTTCTCTGAGATAGAACAGTTCATCGACACCGAAGTGAAGTTCTATTCCTCCGGCATGTTTTTGCGGCTTGCTTTCGCCGTAGCGGTCCACACGCAGCCGGACATTTTCCTGGTGGATGAGATCCTGGCTGTAGGCGACGAACCTTTTCAGAAGAAGTGTTTGGCTAAGATCAAACAACTTTCGGCGGAAGGACGGACCCTGGTGGTTGTCAGCCACGACCTCGACATGATCTCACGCATATGCGATAGGGGCGTGGTGCTTGCCTCCGGCACGGTGCAATTCGAAGGCCCCGCAAAGGAAGCAGTAGCTTGGCTGCGGAATAGCAACTAG MGAAIIVKGLKKTFNLRHSHSLKETLVWLAKGRKSDLSKKFDALHDVSFEIQPGETVALLGFNGSGKSTLLKLISGVILPDKGTVRTKGRVAGLIEVGAGFHPDLSGRENVFLNAAILGMTEQEINDKFDEIVAFSEIEQFIDTEVKFYSSGMFLRLAFAVAVHTQPDIFLVDEILAVGDEPFQKKCLAKIKQLSAEGRTLVVVSHDLDMISRICDRGVVLASGTVQFEGPAKEAVAWLRNSN PGPT0006725_24670 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D3-18_01597 2244 hypothetical protein ATGACAGCAGGAACCTCCGGGGCTACTGCCCAGCGCCCCCCGGTCACCCGGCGGCGCTACTTCATGCAGCACGACTGGCATTGGGGAATTGTTACTGCCGCTATTGCGGCCGTTGCCTCCATCATTCCTCGACTGTTCAATCCCACGTTCTACTACTGGGACGACATGATGCAGTCATTCCTCCCCTTATGGCGGCATATGGGCGAGGAGATACGGTCCGGTCGATTCCCCTTGATGGAACCCGGTGGCTGGGTCGGCGGCAACATCGTAGCCGAGGTGGGTTACGGCATTTTCAACCCGGTCAACATCGTCAACTCAGTCATCGTCTCGAACTTCGAAAACTTGTCTCTGGCGAGCTATTTCATCATCGTGCAATTCATCGCGTTGCTGGCGTTCGGGACGTTCATGCTGGCCCGCGACTACGGTTCCAACAGGCCGCTCGCCCTGGCTGCCGGTGTAGCCATTCCCTTCAGCGGATTCACGCTCTTCTACGAGGCCGCCCGCTGGCCAGGCGGCCTGATGGCCTTCGCCTGGATTACCGTTTTCTGGTGGTCTGTTCGCCGCTACGCGCGTCGCAACACCTCACCGTTCCTGCCCTTCCTCTTGGGCTTCTTCACGATGACCGCCGGAAACCCCTACGGTGCCATCGGCGTCATCCTGGTTCTCGCTGCAGTCGCCGTCGAGTTGATGCTCATGAGGCACTGGCGTCGCCTTATTCCAATCGTCATCGTGGGTGCACTGGTGGGCTTGACCGCGGTCCTGGTCTACTTCCCCTTGCCCCTCAGCTCGGCCGTCACCGTAAGGCAGCAGAGCGAAATCCTGAATGACCTCTTTCTTTCCCCGGATATGTCATCGCTGCTGACCATGAGCACGTCGTCCATGAGGCCCCGGATTAACAACTTCTGGGCCCCCATAGACAACGTCCCGTCCAGTTACTTGGCGTGGTTTGTCCTGCCGTTGCTTCCGTGGCTGGATTTCCGCAGCTTTAGGAACCGCTCGCGTCAAATATTCAGTATCTACATCATTACGGGAATCTACTTCCTGCTGACCTTCGCTCCCTCCCAGGTGCTTGTCTTCCGCTGGCCCATTCGGCTCATCGAGTATGTATACCTCGGAGTCATCGTCCTTGTAGCAGTCGTGGCCTCAGCGGGCCTGAAGACCACGTCATGGAAAAAGCGGTTGGTCATTACCGTGGCCATCCTTGGTTTTGGAACCTACCGGGCGTGGTCGATGGTGCCTGACGGCGGCAAATGGCAGGTCTTCACCCTGGCCGTAACGTTGGCTCTGGTGGGGCTGGCCGTCCTTGGTTGGAAGCGATTCGGCTACCGCGGCCTCGCAGCAGTAATGGTGGTCGGAACAATCGCTACGCTTGGAATGCAGTCCAGGCAGTTCGTCCCCAATAACGCTGTTGCGGGGATCGGTTCCCCCGTGGATGCAGACACGCTCCGTGACTCAACCAGTAATTACAAGGGCAACACCATTCAGATCTTCAACACCATAAAGATCACGGGACAGGAATTCACCGAGGGCCGCCTTCTGTACGGCAATCAGATTCTCAATGCCGACGTCAACAACAGCATGGGCCGATACAGCGGGATCAGCTTCACCACGTACGTGAACGCCTTGTGCATGAACTACCGCGGGGAGACTTGTCCACTGGCCTACACTGAGCTGTTCAAGCAGGCCTCAAGTGAAATTGACGTGACTTTGGCAGATGTCCTCCAAGTGGAGACCGTAGCCGTCCAAAAAACTTTGATCGCCCCGGACCAACTGAACGTAGCCCCGGGCTGGAGGATCGTCGCCTCGGATGAGACCCGGACAATCCTCCAGCGGGAGAACCCGCTACCCTATCCTGGTACCGTTTCCTGGGCTTCCGACGGTATCTCCGTGCAGGATGCTGTCAAGAACGGCAACGATGAACACATCACGCTTTCCGGAGACGGCAGCGCTGGAAAGCTGACCCTCGCCCGCCTCGCTTGGCCCGGGTACACTGTCACGGTGGATGGCGAACCGCAGAAGCTCACTCAGGGCCCAGCGGGAGTAATACTGGTAGATGTTCCGGCCGGTGCCACCTCTGTAGACGTTACCTTCACGACGCCGGGCCTCACCATGGGCCTTGCCGCTCAAGCAGTCGCGTGGTTTGGGATACTCGTGTTCACGGTTTTCCATTACATTCGTCGGCATCGCCGGAGTAAGTCGGAAGAACATGTCGTCCCGGCGCCGGCTGAGAAGGTTTCCGTCTAG MTAGTSGATAQRPPVTRRRYFMQHDWHWGIVTAAIAAVASIIPRLFNPTFYYWDDMMQSFLPLWRHMGEEIRSGRFPLMEPGGWVGGNIVAEVGYGIFNPVNIVNSVIVSNFENLSLASYFIIVQFIALLAFGTFMLARDYGSNRPLALAAGVAIPFSGFTLFYEAARWPGGLMAFAWITVFWWSVRRYARRNTSPFLPFLLGFFTMTAGNPYGAIGVILVLAAVAVELMLMRHWRRLIPIVIVGALVGLTAVLVYFPLPLSSAVTVRQQSEILNDLFLSPDMSSLLTMSTSSMRPRINNFWAPIDNVPSSYLAWFVLPLLPWLDFRSFRNRSRQIFSIYIITGIYFLLTFAPSQVLVFRWPIRLIEYVYLGVIVLVAVVASAGLKTTSWKKRLVITVAILGFGTYRAWSMVPDGGKWQVFTLAVTLALVGLAVLGWKRFGYRGLAAVMVVGTIATLGMQSRQFVPNNAVAGIGSPVDADTLRDSTSNYKGNTIQIFNTIKITGQEFTEGRLLYGNQILNADVNNSMGRYSGISFTTYVNALCMNYRGETCPLAYTELFKQASSEIDVTLADVLQVETVAVQKTLIAPDQLNVAPGWRIVASDETRTILQRENPLPYPGTVSWASDGISVQDAVKNGNDEHITLSGDGSAGKLTLARLAWPGYTVTVDGEPQKLTQGPAGVILVDVPAGATSVDVTFTTPGLTMGLAAQAVAWFGILVFTVFHYIRRHRRSKSEEHVVPAPAEKVSV NA NA NA NA NA D3-18_01598 1029 hypothetical protein ATGACGGGTTCAATCGCGGAAACACCTTCAAATGACAACGATCTGAATCCGGACCAGCCGGCTGCAAAGAGCACCAAGGCAAAGCTGGTCGACTTCGCCAGGCGTGCCTTGGTAGTGATCGTGTTCGCCGCTGCGGTGTATTTCATTGCAGTCCAATGGCCACAAGTCCAAGCCACTGTCTTCGCCCTCCAATGGTGGCAGGTCCTGCTGTCCCTGCTGGCGCTCATCCCTGGCGTTCTCCTTGGAATGTACATGTGGCGGGTGGTCATGGCGAGTCTCCTGAGGTCAGTAGACATTGAACCCCAAGGTTTGGTGCTGAACCAGATTTACCTCGTCGGCCAGATTGGCAAGTACCTGCCCGGTTCCGTGTGGGCCTTCGTGCTCCAGATGGAGCTTGGCCGTAAAAACGGCATTGCGCGCGCACAGGTTTTTGTAGCATCCCTGGTGAGCACCGGAATCACCATTGGCGCCGCCCTGGTGGTTGGAGCTTCTGCTCTTCCAATCCTGGTCCAGCGGCAGCCCAATTTGCAGTGGCTGTACGTCATACTCCCTGTGGTCATCCTGGCGATGAACCCGAACGTCGTGACGTTCCTGGTTAACATCGTCCTGCGAGTGTTCCGCCGGCCTCCGCTCCCCGAACGAATTCAAGCCAACACCATGGTGAAGGCCTTCATTCTTGGCGTTCTGATGTACCTGTGCTTCGGCCTGCACCTGTGGATCCTGGTTGGTCATGAGGCCACTCTGGACCTCGCAACGTTCCTGGTGCTGACTGGTGCATTGGCTCTTGGAATGACGCTCGGGGTGCTGGCATTCCTGCTTCCCGCCGGCGTCGGTGCCCGCGAAGCCATCTTGATCCTTGCCCTGGCCGGAATGATGAGCGCCGGTGCCGCGACGGCAATCGCTGCCCTTTCACGAATCATGTTCACGATCGCAGATCTGTTATGCGTCGGTATCGCCTTTGTTCACTTCCGGTGGCGGCAACAGACCGCTTCCAAGACCTCTGTAGACTCCACCTCCGAGGCCAAGTAG MTGSIAETPSNDNDLNPDQPAAKSTKAKLVDFARRALVVIVFAAAVYFIAVQWPQVQATVFALQWWQVLLSLLALIPGVLLGMYMWRVVMASLLRSVDIEPQGLVLNQIYLVGQIGKYLPGSVWAFVLQMELGRKNGIARAQVFVASLVSTGITIGAALVVGASALPILVQRQPNLQWLYVILPVVILAMNPNVVTFLVNIVLRVFRRPPLPERIQANTMVKAFILGVLMYLCFGLHLWILVGHEATLDLATFLVLTGALALGMTLGVLAFLLPAGVGAREAILILALAGMMSAGAATAIAALSRIMFTIADLLCVGIAFVHFRWRQQTASKTSVDSTSEAK NA NA NA NA NA D3-18_01599 756 hypothetical protein TTGACTTTCGACCAGGCAGGCCAACCGGATCTCTCCGTTGTGATCCCGGTCTATAACGGAGAACGGATTTTGGCGGCAACAATGGCCCGTCTTTCCGGCTACTTGACCAGTGGCACCTCCGAGATCATCATCGTGGAGAACGGTTCTTCCGACAACACACTCGAGGTCGCCCTCAAGCATGCGGTGGACACTCCCAACGTGACGTTCCAGGTTCTCCAGAGCCAAAAGGGCATGGGCAATGCATATCGCAGGGGCATCGAAGCCAGCTCCGGCCGTAGAGTGCTTCTCACCGCCGACGATCTGCCGTTCGGCACAGATGATCTCGACGAAGACAAGAAGCTGGAAACCAAACCGCACATTGTCATCGGTTCGAAGGCCCATAAGGACTCGATCACCGAGCGCAGTGTCATTCGCGGTATTACCACTTTTGGTTTCAAGACGCTGCGACAGGTAATACTCGGGTCAAAGATTGGCGACTCCCAAGGAACGTTGATCGTCGACGGCGACTGGCTTCGAAGCATGGTTGACCGCTTTGATGACCCCGGGTTTCTTTTCAGCACCCAGGTTGTCTACGCCGCTGAGAAACAGGGTTTCAGGATTGTTGAAGTGCCCGTCACGCTGGCTCCCGACGACGAACCAGGCGAAACCACCATCCGTACTGCCGACGTCGTAAAGATGTTCAAAGGGCTGGTAGCCATGCGCCGCCGTCGGAGTGAGTTCGCGGTGGCGCCAAGCGCGGGAACGCATGCCTCATGA MTFDQAGQPDLSVVIPVYNGERILAATMARLSGYLTSGTSEIIIVENGSSDNTLEVALKHAVDTPNVTFQVLQSQKGMGNAYRRGIEASSGRRVLLTADDLPFGTDDLDEDKKLETKPHIVIGSKAHKDSITERSVIRGITTFGFKTLRQVILGSKIGDSQGTLIVDGDWLRSMVDRFDDPGFLFSTQVVYAAEKQGFRIVEVPVTLAPDDEPGETTIRTADVVKMFKGLVAMRRRRSEFAVAPSAGTHAS PGPT0017834_904 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 D3-18_01600 3084 hypothetical protein ATGGAACGGCAGACATGGAACGACGGCGGTTGGCGGCTTCGCGGACGCAAGGTCACCACGTTATTGGCTGCAGTTCTTCTGACGGTTGCAGGTATGACAGCAGTGGTCTCCAGTACCCCCGCACACGCCGACCAACAGAAACAAATCATTGGAATCGGGCTCACCAAGCCGGCTGGAACGGTTCTGGACCCCATCGGCAGGATGTGGGTTTCCGACAGTGTTGCCGGATTCTGCCGGATGTCCGAACCAGTTAATGGGAACGCGGGCACCATTGAACAAGACACGTGCTTGGGCGGGAGCCTGCCCGGCGCCGGGCCCGGACCAAAAGTGCCCGGGGTCTCCATCGTGCTCGACCCGACGCCTGGCTCTATCGGCAACGGCGACGAAACCGTCTTCATTCCGGACTCAGCAGTTGGCAGTTCGCACCTTGTACGGGCCGTATGGAATCCACCGCTGGACCTCTTCGAATACAGCAGTACGCTGACGGTCCTCGACGGCGACGTCCGCCCCAACGCAGTATCAGACGGCCCGGACGGCAACATCTATCTGTCGTTCGCCAACGCCCGCTCAATCATCAAGATCGTTGATCCAACGATCATGCACCCAAGCATCGAATCCATTGCGTCGGTCAGCACCCGGGCACTGGGCCTTGTGGCGGCAGGTTATGACAGCAACGGATATGTCAGTGTGTATGTTCTGGAGACCACTGGCCTACGGGCGTTCTCTGCCCCAGGCAACGGAGAGATGACAGACTACGTGCCGTTGGCTTCCTACAACGTCGGCGTCGCGGCGTCGATCTTCTACGACTACGACGCCCACGTCATCTATACGGGGACGAGCAGTGGCACGACAGCAGGTACAGACAAGGTGTCACGCCTCAACCTCGCCACCGGTGCAGTAGACAACCAATGGGCTCTGGGCTTCAGCAAGATCAGCGGCCTGGGTATGCGCGGTGGCCAATTGCTGGTCCTGGACGATCCCGGACAGTTGAGCTCCCCTCCGGGAACCGGCAGGGGCAGCATCAGCATCCTTGGCGGCGCTGTGGCCAAAATTACTTCCGGCCCCACGCTGGCGAGTGGTGCACAAGCTCCCAACCCCGAATTCACCAACGACACCACTCCAACGTTCGGTGCGGCAGCGGAACCAGCAGGCAGCGCTTTGGAATGCTCCATGGGCGGCGCTTGGGTGGACTGCACTGGCGGAACCTACACGTCAGCTGCATTGAACAATGGACCGCAGACGTTCTCCGTCAGGCCGGCCCCCGGCGGGGTTCCCGTTTCACGGACCTTCACAGTGGACACGGTCGCCCCGGCTGCGCCGGTCTTCACTGCCCCGAACAGTGGTCAAGTTGTGAACGGCAAACCTGTCCTCGGTGCCACTTTCGAGCCGGGAACAACACTCACCTGTTCTGTTGATTCCACTGCCGATGCCGCTTTCCAGACCTGTGTACCGGGCGACAGTTTCACGCTCACCACTGCGGGCACCCATACCTTGAGGATCCGCAGCACAGACTCAGCCGGGAATGTCAGCCCTGCTGCTGCACAGACCGTGACAGCTGATCTGACGGCCCCCCAGGTAGCCATCACGGCTCCGACCAGCGGGGCCACAGTGGGAGCCGGGTACCAATTCCAGTTCGCCTCCACCTCTCCGGATGTGGCGGGATTCCGCTGTCGCTTGGGAACCGATGCCTTCACCGCATGCACCTCACCGAAGGTCTATGCGGACATCGCCAACGGACCAAACAGGTTCGAGGTAGAGGCCCGGGATGTTGCCGGCAACACCTCCGTCGCAGGCGTCAACTTCACCGTCTTCGTGGCTGACACGACACCACCTACAGTGACAGCCAGTCCCCTGGGCGGAACGTACGGTCCTGCAACAAAGGTGACGCTCACCGCGAATGAAGCTGACGCCAAGATCTACTACACAGAGAATGGCACGGCTCCTACCACGGCCAGTACGCTCTACACCGGACCCATCACAATGGGAAGCAAGACCATCAGGTACATGGCTGTCGATGCATCCAACAACGCCTCGGCACCCCAAACCCAGGTGTATGTGTTGGACAATGTAGCGCCAACCGTGACTGCTAGCCCACTAGGTGGAAACCTCACCCTCGGGCAAAAGGTCACTCTGACCACAGAGTCCGGGGCCAGGATTTACTACACCACCGACAACTCCACTCCAACGATTTCCAGCCCGACCGGGACCACAACAGTTACGGTGACCCCGACGGCAACCACAACGGTCAAGTACTTCGCCGTTGATGCTGCAGGAAACCAATCCGCACTAGCCTCGCAGACATACACCTTGCCTGCGGCGCCAGCCAATACCTGGAAGGACTACAACTCCGACGCCAAGAATGACGTCTTGGCCAGGGACGCCGCCGGTACGCTGTGGCTCTACCCGGGCAACGGCACAGGCGGATGGCTCGGTAAGGTCAACACGGGGACTTCGTGGAACAACTACAACCTGATTGTCCCAACGCGGGACTTCAGCGGAGATGGACGAAGTGATGTCCTGGCCAGGGACGCGTCCGGGCAGATGTGGCTCTTCAAAGGAAACGGCATGGGCGGCTGGCAACCTCCTGAGGCAGCGGGCGCAGGCTGGAGCGGTATGACGTCCGTGATCGCCCCCGGTGATTTCAGCGGGGACGGCAAATCCGATGTCCTGGCGAGGGACTCCTCAGGAGTCCTATGGCTCTACAAGGGCGACGGCTTGGGTAAGTTCAACGCTGGCCGCACTCAAGTAGGAGCAGGGTGGAATGTCATGAATGCCATCTTCAGCACGGGCGATTTCAACGGCGATGCGAAGACTGATGTGCTGGCCCGGGATACTGCAGGTGCCCTGTGGCTCTACCCTGGCAATGGCAGCAGTGGCTGGGGCAGCCGCTCCCAAATCGGAAGCGGATGGAACGGCATGACAGCGCTGCTCGGACCGGGAGACTTCAACGGGAATGGCAAAGCTGATGTACTTGCCCGTGACGCCAACGGCAACCTGTGGCTCTACCCAGGCAATGGTTCCGGGGGCTGGCTGGCTTGGGGCCAGGTAGGCAACGGATGGCAAGGATTCACGTCGCTCCCCTGA MERQTWNDGGWRLRGRKVTTLLAAVLLTVAGMTAVVSSTPAHADQQKQIIGIGLTKPAGTVLDPIGRMWVSDSVAGFCRMSEPVNGNAGTIEQDTCLGGSLPGAGPGPKVPGVSIVLDPTPGSIGNGDETVFIPDSAVGSSHLVRAVWNPPLDLFEYSSTLTVLDGDVRPNAVSDGPDGNIYLSFANARSIIKIVDPTIMHPSIESIASVSTRALGLVAAGYDSNGYVSVYVLETTGLRAFSAPGNGEMTDYVPLASYNVGVAASIFYDYDAHVIYTGTSSGTTAGTDKVSRLNLATGAVDNQWALGFSKISGLGMRGGQLLVLDDPGQLSSPPGTGRGSISILGGAVAKITSGPTLASGAQAPNPEFTNDTTPTFGAAAEPAGSALECSMGGAWVDCTGGTYTSAALNNGPQTFSVRPAPGGVPVSRTFTVDTVAPAAPVFTAPNSGQVVNGKPVLGATFEPGTTLTCSVDSTADAAFQTCVPGDSFTLTTAGTHTLRIRSTDSAGNVSPAAAQTVTADLTAPQVAITAPTSGATVGAGYQFQFASTSPDVAGFRCRLGTDAFTACTSPKVYADIANGPNRFEVEARDVAGNTSVAGVNFTVFVADTTPPTVTASPLGGTYGPATKVTLTANEADAKIYYTENGTAPTTASTLYTGPITMGSKTIRYMAVDASNNASAPQTQVYVLDNVAPTVTASPLGGNLTLGQKVTLTTESGARIYYTTDNSTPTISSPTGTTTVTVTPTATTTVKYFAVDAAGNQSALASQTYTLPAAPANTWKDYNSDAKNDVLARDAAGTLWLYPGNGTGGWLGKVNTGTSWNNYNLIVPTRDFSGDGRSDVLARDASGQMWLFKGNGMGGWQPPEAAGAGWSGMTSVIAPGDFSGDGKSDVLARDSSGVLWLYKGDGLGKFNAGRTQVGAGWNVMNAIFSTGDFNGDAKTDVLARDTAGALWLYPGNGSSGWGSRSQIGSGWNGMTALLGPGDFNGNGKADVLARDANGNLWLYPGNGSGGWLAWGQVGNGWQGFTSLP NA NA NA NA NA D3-18_01601 528 hypothetical protein ATGCCAAGACGCGCTATCGTCCAGCTTGGCCTAGCCGGTCTCGTTCTTACAGGCTGCTCGGTCAAGGTCGTTGAAAATGTTGAGCCATTCAGGCTGGGCGTGACGAATGCCGGCGATGCCGACAAACCACGCGTCGAAAGACCCGAACCAGTAAAGCGCTATCAATTTGAGTGCCGCGGAATTAATGGAAATCCGCTCATCATCTTGTCGAGCCTTGAAGAAGTCTGGGCCAACACTCAATACAAGAAATTCGCAGATGTCGTGGTGACATATGTGGGCCCTCAACCTCAGGTTTTGGAAGCGGAAGAAAATGCCGCGGTAAATGTCGCTCTGGAAGCGGGCGCCGTTGGCACCCGCAATGATATTTGCCTTGCAATTATCAAAGCCTGCACCAGAAACAATCCGCCAACCATAAGTACGGCACTCTATGGGCTTGGCGGCGTTCCCATCGTCAAGGGAGCGCTCACACTGGCGCCCATGGCACCACAGGCCGCAGTCCTGACCAAGTGGCTGAAGGAAGTGGCGTGA MPRRAIVQLGLAGLVLTGCSVKVVENVEPFRLGVTNAGDADKPRVERPEPVKRYQFECRGINGNPLIILSSLEEVWANTQYKKFADVVVTYVGPQPQVLEAEENAAVNVALEAGAVGTRNDICLAIIKACTRNNPPTISTALYGLGGVPIVKGALTLAPMAPQAAVLTKWLKEVA NA NA NA NA NA D3-18_01602 810 hypothetical protein ATGCGAACCCTGTCCCCGGCCGCTGCGGCGCTGCTACTGCTTCTTGCTGGTTGTTCCAGCACAACCACACCTCCAACGACACCTTCGACCGCGGCAACGTCCGGTTCTTCTGCATCGGCACCTCCCACCGCATCATCCTCATCTTCGGCCGTAGCATCCGCCGAACCGACGGATCCGGGCGAAGGCAGCGGACAGGGTGCCGGCGCGCCTGATGATTCAGGGCGGTTCTCGTACTTATGTTCCAGCCTGAATGAGGCTGTTCCAGACGTTACGTATACGAGCCTCGCGGAAGTTTGGGCATCCTCGGAATACGTCCGGCTGGCTTCCTGCACAGCAAACTATGAGGGGCCCGTCCCGTTCGAACCCACCGAAGATGAGGCCAGGATCATCACCATAGCTGAGCCAGGCGTGCCAGCATCCGACGGACTTGAAGCCTACTTGACTGCGTTGTCGCTTTGTAGCCGCGTTAGCGACGAAGCTGCATCCGAGCTCTTCGGACGCAGCAGCCGACAGACGCTGCAGGCAGCCAGCGAGCTATGTCCCAGGGCGCCGCAAGGAAAAATCATTGGATTTTGGGCGTCCGGCGAAAGAGCCGCGGACGGCGAGTATGCGGTGGCGAACGACGGCCTGTTGCCCGGAAAGTTCCATCTCCGGAAGACCCCGCCGGAGGGCTGCACCTGGTCGGTGACGGCCTCTGACGGCAGCACGAAGGCCAGCGGCGGCGCAACTGAGGGTCAGTCAGGAATACTCCTCGAAGAAAAAGACGTACTAACTAGTGACAAATGCGGAATTTGGGAGAAGATAGAGTAA MRTLSPAAAALLLLLAGCSSTTTPPTTPSTAATSGSSASAPPTASSSSSAVASAEPTDPGEGSGQGAGAPDDSGRFSYLCSSLNEAVPDVTYTSLAEVWASSEYVRLASCTANYEGPVPFEPTEDEARIITIAEPGVPASDGLEAYLTALSLCSRVSDEAASELFGRSSRQTLQAASELCPRAPQGKIIGFWASGERAADGEYAVANDGLLPGKFHLRKTPPEGCTWSVTASDGSTKASGGATEGQSGILLEEKDVLTSDKCGIWEKIE NA NA NA NA NA D3-18_01603 1347 hypothetical protein ATGGCGTTTACCGTTTCAACGGCCAAGGTCAGCATTTCGCCGCCGCTTGACGTCAATCCCTACATGGCGGGGTACGGGACCCTCGACGGCGGCCGGGAGGCCACCAGTAGCGCCCCCTACGAATCACTGTGGGTTCGGGCGATCGTGCTTTGGGAAAACGGCTCCCCCAACCTGATCATGAGCGTGGATATTCTTGCCCTGCCCAGATCCCTCCATCAGCGGGCCCGGCAACGGATCCTGGAGTTGGCAAGCTGGTCCAACGGCGACATCCTGATCCAGTCCACCCACACCCATAACGGGCCGGCCGTAGTTGACACCCTCCACCCGTTCATGTGCTACGGGCTGTCAGATTTGTCAATGGTGGAGACCTACAGCCAGCACTTGGAGAACGACCTCGTGGACGCTGCCAGTGAAGCGCTCAACGCCTCGCAGACCGCCGTCACTTTGGATTACAAGGTCACAACGGCCAGCATCGCGTACAACAGGGTGGGCCTTCCCTACCTTGAGAACACAGTCCCCGTCATCGTGGCGCGCAAGCCAAACGGCAACGCCGCGGCGGTGATCTTCAATTACGCATGCCATCCGGTCGCGGCAGGTATGCGCACACTTTTCGACGGCGATTTCCCCGCCGGGGCGTGCAACTACATCGAAAACACCAACCCTGAGTGTTTTGCCTTATTCCTGCAGGGAGCGGCCGGAGATCAGAACCCCATGGGCGTACCCAGTTGGGAGTTGAGGGACGAGTACGCCACTAGGCTCGGTGCTGCTGTTGATGTGGCCATGCAGACGCCGGGAAGGATTATTGGCAGCCCCCTCCAGACCAGCTATCGGGAAGTGGAGATCCCTCTGGATATCACGCCCACAGCAGGCAACATGGCGGCTGTCCGGGCCGCATATGCATCCCGGCTACCAAACCTCGATGGCAATCCCGCCTGGTATGGACGCCACGCCCAGGTCATGATGGGTCGAATTGATAGCGGCAGTTATGAAACCTCAGTCGTTTGTCCGTTCCAGGTGTGGAAGTTCGGAGGCAGCCCTCAACTGAGGATCGGGATCGTCGGTGGCGAGCTGGTGAGCGGCTATGCCGCATACTTCCGGGCGAGGTTCGGCGGTGCAAACGGCGTGATCGTCGGGGGCTACGGAAACGAATCGTGCTATTACGTGCCCAGTGCACAGTTCCTGCCACCCTACTCATCCGGCGGCAGCTATGAGGGCGGCTGGGACCCGGACCATCCCGGGATCGCTGGCGGCTCCATGACTGTGTACGGACACATCGGCCACTTCCGTGGCGGAACAACGGGCGTAGAAGCAACTGTCATCAACACACTGAACTCAATGTTCGCCTAA MAFTVSTAKVSISPPLDVNPYMAGYGTLDGGREATSSAPYESLWVRAIVLWENGSPNLIMSVDILALPRSLHQRARQRILELASWSNGDILIQSTHTHNGPAVVDTLHPFMCYGLSDLSMVETYSQHLENDLVDAASEALNASQTAVTLDYKVTTASIAYNRVGLPYLENTVPVIVARKPNGNAAAVIFNYACHPVAAGMRTLFDGDFPAGACNYIENTNPECFALFLQGAAGDQNPMGVPSWELRDEYATRLGAAVDVAMQTPGRIIGSPLQTSYREVEIPLDITPTAGNMAAVRAAYASRLPNLDGNPAWYGRHAQVMMGRIDSGSYETSVVCPFQVWKFGGSPQLRIGIVGGELVSGYAAYFRARFGGANGVIVGGYGNESCYYVPSAQFLPPYSSGGSYEGGWDPDHPGIAGGSMTVYGHIGHFRGGTTGVEATVINTLNSMFA NA NA NA NA NA D3-18_01604 2724 hypothetical protein ATGAAAACTAGTTCGATGGACCCGGTCCACCGCATCCCTCTGGCACGTGCCGGCCTGGCGCTTACTGTCGCACTGCTGGCGGCTGGCAGCCTTGGAGTTCCCGCATGGGCGCAGCCCTCCGGCCCTCAACCAGCCCCGCCTTCCAATACTCAGGAAAGCCCGCCGCCGCAGGGCCCCCGGCCAGCCGGCGACGGCTCTGGGTCCGCTCCGGACAGCGGGTTGTCAACGGGTGCGCCGGTGCCCGATCAGCAAGAGCGGCCGGCCGCCGTCGAACCCTCACCCGTAGTGACAAGCCCAACCGCCTCCGGACAACCCGAAGCGCCTGCCTCAACGCACAAATCAATGCCCGGCAACGCCCCGGACGCCGAAGCCATGAAATCGGCCATGCGAGCCGCCATTCCAGCCGGTGGCGCAGAAATGGGACAGCGCTCGCCGAGAGTAATGGCCAAGCAGCAGAAGGCGGCTTCGCAGCCTTCCGGAGCGAAGGCAATCGGCGGAGCCGTGGATTCAGCATTCCCCATGGCGGCTGACCCGGGGCACTGGCGCCCCACTATCGGCATTGCCGGACAGGACGTCAGTGCCCACCAGGGCAACGTCAACTGGCAGAACCAATGGAATCAAGGTTCCCGATGGGCATACGTCAAGGTCTCTGAAGGCAACTACTACCTCAATGAGAACTACACGCAGCAGTACAACGGATCCCGCAACGTAGGAATGGTCCGGGGCGCATACCACTTCGCTATCCCCAACTGGTCATCAGGCGCCGATCAGGCCCGATATTTCGTGGCAAACGGTGGTGGGTGGACAGCCGACGGTTACACGCTGCCACCCGTCCTGGACATTGAGTACAACCCCTATGCCGGACGGACCATCAACGGGTTTTACTTCGGCAACACGTGCTATGACATGTCCAAAGCGCAGCTCGGACAGTGGGCTGCCGACTTTGGCAATACAGTCAAGGCCCTGACCGGCCGCTTCCCGGTGATCTACAGCACCACCGACTGGTGGAATACCTGCGTGGGAAACTCCACCTTCGGAAGCTACCCCCTGTGGATCGCCTCCTACTGGAACAACCCAACCAACTCCCCGGGTAACCTGCCGGTCAGTTGGGGCAATTACACCATGTGGCAGTACAGCAGCACCGGCCCCTTCGAGGGTGATTCAAACATTTTCAACGGCACCTATGACCAGCTTCGGACATTTGCGCGTGGAGTCCCCCGCCCATCCAGCCCCTCCATCCGGTCCGGGGCTGACGTGCTCGCTGCCATGCCGTCCGGACGTCTGGACAATTTCCCCGCAGACGGCCAAGGCCGCATCACGGGACCGGTAGCGATTGGGTCCGGTTGGGGAACTGTGCAGTCCGTCCACGTCGTTGACTGGAACCAGGACGGAGTCCAGGACATCCTCGCCCAGTGGCGGGACGGCTCCCTCCAAGTCTTCCGCGGCGCCTCCGGCGGCGGATTCCTTTCACCGTTGCTGGTAGGAACCGGGTGGCAGGAGATGTCGCTCACGGTTGGGTGGTGGAACTCAAGGGACGCTTATCCGGGTGTCATCGGCCAGGATGGCAAAGGAAACCTTTACCGATATACGAATGCGGCAGGAGGTGCCCTCAACGGAGGTGTGCTGATCGGGACCGGATTCGGCGGGCACCAATTCAACCAACTGGACTTCGACGGTGACGGCAACCAGGACATCGTCTCCCGGACGACCGATGGCATCATGCGTCTATACCGCTCCAACGGTGTGGGATCGTTCCTCCCCGAGCCGGCCCGGGTAATTGGCAACGGGTGGTCCGGCATGACATCGGTGAGCTCCGCGGCGGGTTTCAACGGCTCCGGTTCGCAAGGGCTGCAAGCCCGGGCTGCCAATGGTGACCTGTACTACTACCCGGCAGTTTCCGGATCCTGGGGCAACCGCTTCCTCATCGGAGTGGGATGGAATGACGCGAACGTGATCAGCGGCGCACCGGTCAACGTTGAGAGCACTCTCGGCGTGGACCCGCAAGACGTCGTGGCCGCTCGTCAAGACGGCAACCTGTACCGTTACCCTGGTTCCGGGTCTACTTCCTTGTTGCCAGCCGAGCTTATCGGCACGCAGTGGACCGGCCTTAAGGCCGGTTTCCTCGCAGACTGGAACAACGACGGCGCTTTGGACATCGTTGCGCAGTGGACCGATGGGCGGCTTAGCGTCTACCCGGGATTCACGGGCCGGGGCTACGCTGCGCCGATCAGTCTCGGAACTGGTTGGAAGGACTGGACGCTCACAGTAGGTTCGTGGAGGAAGTCTGATGCTCGCCCGAGCATCGTTGGCTACGACCCAACGGGTCGCTTGTTCCATATCAGCAATCCATCCGGCACCGCCTTGGGCTCCCGGGTTCAGATTGGTACAGGTTGGTCCGGATTGGACATCGCCCAGATGGACTTCGACAAGGACTCCACCATGGACCTCCTCGCGAAGAATGCCGCCGGCGATCTATTGCTCTACCGGTCAAATGGCAGTGGAGCACTGGTCCACGAAGCGCCCGGCATAGTGGGAACCGGTTGGAACGTGGTCAACAGCTACGGAGCCATCCGTGGATTTGCAGGAGCAGGTTCAACCGGAATCCTGGCGCGGACCACCAGCGGCGATCTGCGCTACTACCCGGTAGGACAGAATCGCAGCTGGGGTTCGCCCACCAAAGTCGGCACTGGTTGGGGCGGGCTGAAAATCTTCGCCCCCGCCTGA MKTSSMDPVHRIPLARAGLALTVALLAAGSLGVPAWAQPSGPQPAPPSNTQESPPPQGPRPAGDGSGSAPDSGLSTGAPVPDQQERPAAVEPSPVVTSPTASGQPEAPASTHKSMPGNAPDAEAMKSAMRAAIPAGGAEMGQRSPRVMAKQQKAASQPSGAKAIGGAVDSAFPMAADPGHWRPTIGIAGQDVSAHQGNVNWQNQWNQGSRWAYVKVSEGNYYLNENYTQQYNGSRNVGMVRGAYHFAIPNWSSGADQARYFVANGGGWTADGYTLPPVLDIEYNPYAGRTINGFYFGNTCYDMSKAQLGQWAADFGNTVKALTGRFPVIYSTTDWWNTCVGNSTFGSYPLWIASYWNNPTNSPGNLPVSWGNYTMWQYSSTGPFEGDSNIFNGTYDQLRTFARGVPRPSSPSIRSGADVLAAMPSGRLDNFPADGQGRITGPVAIGSGWGTVQSVHVVDWNQDGVQDILAQWRDGSLQVFRGASGGGFLSPLLVGTGWQEMSLTVGWWNSRDAYPGVIGQDGKGNLYRYTNAAGGALNGGVLIGTGFGGHQFNQLDFDGDGNQDIVSRTTDGIMRLYRSNGVGSFLPEPARVIGNGWSGMTSVSSAAGFNGSGSQGLQARAANGDLYYYPAVSGSWGNRFLIGVGWNDANVISGAPVNVESTLGVDPQDVVAARQDGNLYRYPGSGSTSLLPAELIGTQWTGLKAGFLADWNNDGALDIVAQWTDGRLSVYPGFTGRGYAAPISLGTGWKDWTLTVGSWRKSDARPSIVGYDPTGRLFHISNPSGTALGSRVQIGTGWSGLDIAQMDFDKDSTMDLLAKNAAGDLLLYRSNGSGALVHEAPGIVGTGWNVVNSYGAIRGFAGAGSTGILARTTSGDLRYYPVGQNRSWGSPTKVGTGWGGLKIFAPA NA NA NA NA NA D3-18_01605 1242 hypothetical protein ATGATCACGGGGAGAGATGTGGATGCTGTAAAAATCGTCGAGGGAGAAGTCCGGGAACTCATACGACGCCGCGGGCTCGATCCGCTGGAACAAACAAAGGATGTTCGGCTTCTCGTAGATGAGGCCGTTAACGACTACGACGAGCGGGCACTCCTAGGGCCCCTGCCTTCACTCGGACACCTCGAGGCCGCCCGACAACACATCTTTGACGCCGTTGCGGGGTTTGGGCCGCTGCAGCCGCTCTTGGATGATGCCGGAATCGAAGAGGTATGGATCAATGCGCCGCACGAGATCTATGTGGCTCGCAATGGGGAATCCGAGCTGACGGCAGTAACGCTCAGCGATCAGCAAGTGCGGGATCTCGTGGAAAGGATGCTCAAGAGCTCGGGGCGCCGTTTGGATCTCTCATCCCCTTTCGTGGATGCGGCACTTCCCGACGGATCCAGGTTGCACGTAGCGATCCCGGACATCACCCGTAAGCACTGGGCTGTCAACATCCGGAAATTTATCGCGCGGGCAAACCGACTTGAACACTTGGTTGAGCTGGGAAGTCTGACGCCGCAAGCCGCCAGGTTCCTTGGCGCGGCAGTAGCCAGCGGGCTCAACATCCTGGTGTCGGGAGCCACCCAGGCGGGGAAGACAACCATGCTGAACTGCCTTGCCGCAAGCATCGGTTCCCGTGAACGTGTCATCACGGTTGAGGAGATCTTTGAATTGCAGCTCCCGCTGCGCGACGTGGTCGGGTTGCAATGCCGCCAGGCAAATCTCGAAGGTGAAGGGGAAATTCCGCTACGGCGGCTGGTTAAGGAAGCGCTTCGGATGCGTCCGGACCGCTTGGTCGTGGGAGAAGTCCGCGAAGCCGAAAGCCTCGATATGCTGATCGCCCTGAATTCCGGCTTGCCGGGGATGTGCACCGTGCATGCCAATTCTGCACACGATGCCGTCACTAAGATCTGCACGCTACCCCTCCTGGCGGGAGCGAATATTTCCAGCGCTTTCGTAGTACCCACAGTGGCATCCTGCATCGACCTCGTGGTGCACTGCGGCCGACATTCAACCGGGCGTAGGCAGGTAACTGAAATTCTTTCCCTGGGGCGCAGGGTGGAAAACGGGATCATCGAATCCACTGGTGTCTTTGGCATGGTTGCAGGTCAGTTGCAGCCCAGGGCAAACTCCATGCCGGCTGCCGAAAAGTTTTCGCGGGCAGGCTTCGACGTGGCTGCCCTCTTGGAGTTGAACTGA MITGRDVDAVKIVEGEVRELIRRRGLDPLEQTKDVRLLVDEAVNDYDERALLGPLPSLGHLEAARQHIFDAVAGFGPLQPLLDDAGIEEVWINAPHEIYVARNGESELTAVTLSDQQVRDLVERMLKSSGRRLDLSSPFVDAALPDGSRLHVAIPDITRKHWAVNIRKFIARANRLEHLVELGSLTPQAARFLGAAVASGLNILVSGATQAGKTTMLNCLAASIGSRERVITVEEIFELQLPLRDVVGLQCRQANLEGEGEIPLRRLVKEALRMRPDRLVVGEVREAESLDMLIALNSGLPGMCTVHANSAHDAVTKICTLPLLAGANISSAFVVPTVASCIDLVVHCGRHSTGRRQVTEILSLGRRVENGIIESTGVFGMVAGQLQPRANSMPAAEKFSRAGFDVAALLELN PGPT0016025_1791 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0016025-cpaF-K02283 NA NA D3-18_01606 855 hypothetical protein ATGGCGCCGTTGCTTGGGATCTTGTGTGGCTTGGGAGTGTTCCTCGTTTGGTGGTCCGCATGGGTCGAGCCACGGGTTGAATCCAGAAGAAGCAAGCCCCGTCGCTTGGACCTCCTTCTGATGTCAGCAGGGATCGAAAAAGTAACGGGCGGCGGACTCCTGGCCACTTGCACCGGCTTCGGCATGTTCGCACTGCTGGCGTTCTACGTTGTGACAGGGTCGCCGGCGGTTGCCTCATGTTTTGCGATATTCGGTTCCTGGCTTCCGTTTGCGGCTGTACGTTGGCGGGCCCGGAAGCGCAGGACTGCGCTCCGGCAGCTGTGGCCGGATGTGGTGGACCACTTGCGGTCAGCGATTCGTGCGGGCCTTGCACTGCCGGAGGCGTTGATCCAGCTGGGACACAACGGACCGGAAGGGCTCAGGGAATTGTTCCTGGACTTTGGAGCCGACTATAGAGCCGCCGGGAATTTTGAGGCGGCGGTGAACAGACTCAAGGATCGGTTGGCAGACCCTGTAGCCGACCGCATCATAGAGGCCTTGCGAATGACCCGGGAAGTGGGCGGTTCAGACCTTGGGCGCATGCTGGGTACCCTTTCGGTGTTCCTGCGTGACAGTGCCCGGACCCGCAGTGAGCTTGAGGCCCGCCAGTCCTGGACCATCAATGCTGCCCGGCTTGCTGTAGCTGCTCCCTGGATAGTTTTGGTGGTCATGGCAAGCCGGCCCGAAGCCATGATGGCTTTCAACTCCGGCATGGGCGCGGTGGTGTTGCTGGGAGGGCTGCTGATCTCAGTCTTTTGCTACTCCGTGATGCTTCGCGTTGGCGCCTTGCCAGAGGATGAGCGGGTTTTTCGATGA MAPLLGILCGLGVFLVWWSAWVEPRVESRRSKPRRLDLLLMSAGIEKVTGGGLLATCTGFGMFALLAFYVVTGSPAVASCFAIFGSWLPFAAVRWRARKRRTALRQLWPDVVDHLRSAIRAGLALPEALIQLGHNGPEGLRELFLDFGADYRAAGNFEAAVNRLKDRLADPVADRIIEALRMTREVGGSDLGRMLGTLSVFLRDSARTRSELEARQSWTINAARLAVAAPWIVLVVMASRPEAMMAFNSGMGAVVLLGGLLISVFCYSVMLRVGALPEDERVFR PGPT0022290_2184 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0022290-tadB-K12510 NA NA D3-18_01607 942 hypothetical protein ATGAACACCTCGATTGCTTTCGCCGTGTTGTGCGGCCTGGTCCTGGGCGCCGGATGCTGGCTAATGCTGGTGCGGCTCCCGTTCATGCGGCCACCGAGATTCTCTGACCGCATTGAACCGCAGTTGAAGTCGCAGAACCTCGATTCGCGCCTTCTCCGCGCGCCAACACAGAATCTCACGCCGTTCGGCCCGTTGGAACGGATTCTCCGCCCCGTCATTCGCGATGCAATCATCGCCATGTCCCGCTTCAATCCCGGTTTCACAGCCCTGGGCAAGAGGCTTGCCCGCGCAGGATCAACCAAATCAACCTTGGATTTCCGGGCTGAGCAGTTTCTGTGGGCCAGCGCCGCTTTCGTGCTCGCTGTCCTCGTGGTTATCGCAGGCGCGACCTCCGGGCGCTTCAGTCCGGTCGTCTCTTGTATCGCGGTCCTTGGAAGCGCGGTGGGAGGTTACCTGCTTCGCGACTTTGTGTTGGGACTGAAAATCAAACGGAGGGAATCAAGGATGTTGTCCGAGTTTCCCAGCCTCGCGGAGCTCATGGCGCTCGCTGTTGCAGCGGGAGAAAGCGCGATGGGCGCAATGGACAGGGTCAGCCGCAGCTCGAATGGTGAACTTTCCGGGGAATTTGCCACAATCCTGGCCGATACACGGTCGGGGAAACCGCTGACGGAAGCACTTCAGGCCTTTTCATCAAGGGCGGAATTGCCGCCCCTGGTCAGATTCATTGACGGTCTGGTGGTTGCTGTTGAACGCGGGACGCCGTTGGCGGACGTCCTACGGGCGCAAGCGGCAGACGTCCGCGACGCCGCGCAACGGGAACTCATGGAGTCTGCAGGCCGAAAAGAGATTGCCATGATGGTGCCGCTTGTCTTCGGCGTGCTTCCTCTGACCGTAGTCTTCGCTGCCTTCCCGGCCATTGCGGCTCTGGAAATGAGCCTTTAG MNTSIAFAVLCGLVLGAGCWLMLVRLPFMRPPRFSDRIEPQLKSQNLDSRLLRAPTQNLTPFGPLERILRPVIRDAIIAMSRFNPGFTALGKRLARAGSTKSTLDFRAEQFLWASAAFVLAVLVVIAGATSGRFSPVVSCIAVLGSAVGGYLLRDFVLGLKIKRRESRMLSEFPSLAELMALAVAAGESAMGAMDRVSRSSNGELSGEFATILADTRSGKPLTEALQAFSSRAELPPLVRFIDGLVVAVERGTPLADVLRAQAADVRDAAQRELMESAGRKEIAMMVPLVFGVLPLTVVFAAFPAIAALEMSL PGPT0022295_1060 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TIGHT_ADHERENCE_EXPORT,PGPT0022295-tadC-K12511 NA NA D3-18_01608 162 hypothetical protein ATGAAACGAGTTACCAACAAATTGTCCGCTGTCTTCCTCCCTCTGCTTCGGTCCTCACGGATGTTCGTGGTGATTGCTCTGAGGGCGATGCCCTACAGGGAAGATCGCGAGCGCGGTGACGTACCTGGTTGGGTGATGATCACCTTCTTGACTGTGGTCTGA MKRVTNKLSAVFLPLLRSSRMFVVIALRAMPYREDRERGDVPGWVMITFLTVV NA NA NA NA NA D3-18_01609 237 hypothetical protein ATGCTCACCGACACCCAAAAAGCCATGCTCGACCTTGCCAGCGAGAAGTTCAAGCATGCTGGCTCTCTCGACTCGGCCGCCATGGAACGCTTCGGCATGACGCCGACCAGATACTGGCAAGAGGTCAACCAACTCATCCAGACAGAGGCCGCCGTGGCGTACCGTCCGGCCACGGTGGCCCAGCTCAAGACCAGGCGACGTTCTATGGTGCGGACGGCCAGCAGACTACTCCGGTAA MLTDTQKAMLDLASEKFKHAGSLDSAAMERFGMTPTRYWQEVNQLIQTEAAVAYRPATVAQLKTRRRSMVRTASRLLR NA NA NA NA NA D3-18_01610 372 hypothetical protein ATGCCGATCCTTCCCCCGACGTCGTTCCTGCTTGACGGGCGCACCCATGAGTTTGAGCGCCCGGAGCGAGTGGGGCCCGTGGAGGACGTCAAGTCATGGGAGTGGGGGCACTACCCGAAAGTGCACGCGCTGGTGCTGCTGAAGGCTGGCGGGACAGTCGGGGTATACGCCCATGCGACACACTGGAACCGGACCCAGATCCATGTCCAGTGGTACGACGACGAAAAGGACAGCCTGAATGCTTGGCTGCCTAAAGAGAACGTTCGGCCGGTCACTAACTCGGAATGGGACATCGATGAGTACAATCGGTGCCCGGACTGGCTCCGCATAGTTCAGTGGGGCAAGAGGTTTCCGGGGTTCTTACCGGAGTAG MPILPPTSFLLDGRTHEFERPERVGPVEDVKSWEWGHYPKVHALVLLKAGGTVGVYAHATHWNRTQIHVQWYDDEKDSLNAWLPKENVRPVTNSEWDIDEYNRCPDWLRIVQWGKRFPGFLPE NA NA NA NA NA D3-18_01611 252 hypothetical protein ATGACTACTAGGGGAATGACGCCTGCCGAGCGTTTGAAGGCAGAAGCCGGCGACCGAATGGACGCCTATCTGGCTCACCGGGCAGCTAAGCCCAAGATGAAGAATCCGTGGATGGTGGCACTGGGCATTGCGCTTCTCGTCCCTGGCATCTTCATGCTTGGCTGGGAACTCAACAGTGCTTGGGACTTCCCGCTAATTTTGTCGGGGATTCTTCTGATTTCCTTCTTCGGCCACAAAGAAAACGGCCAGTGA MTTRGMTPAERLKAEAGDRMDAYLAHRAAKPKMKNPWMVALGIALLVPGIFMLGWELNSAWDFPLILSGILLISFFGHKENGQ NA NA NA NA NA D3-18_01612 1287 hypothetical protein GTGACGATCCAAGTTGCCCTGCTCTGCTGTCTTGCACTGCTGAGCCTGGCTTACATCACTGCACGGAAAGGTGAGTCCACTCGCCTTCCTAAGCTGGAGATGGCATGGTTCCACTGCACGGTTACATGGCCCGTCGTCGTGAAAGCTGCCCTTGGATCGTTCATATTCAGTGGTGACGCGGACAGCGGAACAAGCTACCTGCTCGTGACCTACGGTCCGGCGCTTTTCATGTCAGTCGCGCTGCTGGCTTTCAGGGTGCGGGGTGACGCGAAGCTGTTTTCGCCAGGCGTATGGGTATTCGCGAGCGTGGCGCTTTCAGTGCCATTCATAGTCTTCTCCGGGACCAGTGGTGTGGCTGGTGTCCTGCCGACATTGTTGATTCTGCCCGCACTGTTCCAACGGGCATCCCCGATACCACTGGAGGCTTGGTTTAGGTCCGCTCGGACCTCGCTGCTGTTGGTTGTTATGGCCATCGCGGGGACTGCCCTCGTAGCGCCAATCAACATTATTGGGCTCTGCCGGCTGGACAAGTGTTCGGCGTTCGGGGAAGTCCTCACTTCCCCCATCACTAATAACGGGAACTTTGCCGGTGTAGCCATTGCTCTCCTGCTTCCCCTGGCACTTCTGGGATTGCGGAAATTCCCGATGATCCTCACGGCGGCGGCTGGGCTCATCATGATCGAAGCGTCCGGAAGTCGCTCCGCCGCGATCTCAGCTTGGATAGTGTCCGCCGTCGTCCTGCTGGCCTCAAAAAACTGGCAGAGCCGAGCTTGGATTCCTATCTTCGCGTTCGCTGGCGTCCTCGTGGCTTCAGTCGTGACAGCCGTAGGGACCTTTCCTCGCGAGTTCGCTACCTACCGCGGCGGACTCTGGTCTCGCGCCCAAGAGCTTTTCTCGCAACAACCAATCATTGGGAATGGCCCCGGCTTTTGGTCGGCGCAGCCTCCCGAGATGTCATTTCTCGCCAACTACAGTCCTCACAATTTCTGGCTTGAATTTGCGGTTTCCGGCGGCATGGTCGCTGTGATTTGTGTCTTCGCGGCCGGCGTAGCGCTCCTACGCCGCGTTGAGAAGCAGGAGCGCTACGCACTGTTGATGATGTTCATCGCGATTCTGGCGCTGGGCGTCGTTGAGGCTCCCGTCCAGACAGCCAAGTTCGGGCTTGCGCCGTTCGCCCATCTTCTGCCACTCATCATTGGCGCATCATGCGCGGTGGCTACACGTAGCCAGGAGACACGTAGCCAACTCCAGCCAGCCCCACTGGGCAAAAATCTGGTACGGCACTGA MTIQVALLCCLALLSLAYITARKGESTRLPKLEMAWFHCTVTWPVVVKAALGSFIFSGDADSGTSYLLVTYGPALFMSVALLAFRVRGDAKLFSPGVWVFASVALSVPFIVFSGTSGVAGVLPTLLILPALFQRASPIPLEAWFRSARTSLLLVVMAIAGTALVAPINIIGLCRLDKCSAFGEVLTSPITNNGNFAGVAIALLLPLALLGLRKFPMILTAAAGLIMIEASGSRSAAISAWIVSAVVLLASKNWQSRAWIPIFAFAGVLVASVVTAVGTFPREFATYRGGLWSRAQELFSQQPIIGNGPGFWSAQPPEMSFLANYSPHNFWLEFAVSGGMVAVICVFAAGVALLRRVEKQERYALLMMFIAILALGVVEAPVQTAKFGLAPFAHLLPLIIGASCAVATRSQETRSQLQPAPLGKNLVRH NA NA NA NA NA D3-18_01613 1068 hypothetical protein ATGAGCCTAAAAAGGAAATCTCTCAGGCAGGAGACAGACCACACTCGGCCTCTGCCTTGGGCTCCGCCAACCCTGACCAGTCCGCGGATGGTCACGATCACCGATGACCCGGCTACACGCAACATCACTCTCGACCCAGGGCAGGACTGCTACATAACCGCGCCCACACCAATTACCTTCCGAACGGATCAGGACAAAGCGGACGCGATAATCCAGATCTTCGGTGGCGGAGATGTTGTCTGGATCGGAGGGCACATCATTGGCGAGGGTGGGCCGGTAACCACCGTCATGACACCAGTAGGAGCCGATGACACCACGATCAACGTCGCATCAACAGCAGGGTACCCAGCCTCGGGATACCTGCGATTGGACGGCGAGGGCATCGACTACACAGGGACCACGGCAACCAGCTTCACCGGCCTGACACGCCGATCTGGCTTCTACAACTCCGGCTCAGGTTCCAGCAATACAACCCACGTTGTCGGCGCCAAGGTCTACTTGGGTGAATACTCTCGTTCTGCTATCAGCCGCGTTGCTGGCACCGGGCATACGCACCTCGAAGGCATCTTGGTCGAGGGCTTCATAAATGACTGTCTCCGCGCCAACCGGAACAGCCCGCTTCTGACGGTGCAAAATTGTCGATTCGGGCCGAACCGGAACCACGAGCCGGGCGGGCAGTCCGACGGTCACCCGGACGTGATCCAGTTCTGGGGAGGCGGCGTGCAGGAGTTCAGGATGGCGAGGTCTTCCCTCATGGCAGGCGTGTCAGGACGGGCAATCCTAAACGCGGCCAGCGGCACTACTGATCCAGCAGTCGGAAAGGTTGTCCTGCAAGACGTGGACTTCATCACCAGCAACATGACCAGCCGGTTGATTGAGAATGCCGACGCCTCGACCGTTTGGGAGGTATCGAATTCCTGGTTACGGACCTACTCGCCTAAGTCCTATGTCTGCCAGGACTCGGTTTTGGCCGAAAAGCTTGGTCTCGCGGAAGTGGTCAGTGCCGTACCAGATTTTTGCCCAGTGGGGCTGGCTGGAGTTGGCTACGTGTCTCCTGGCTACGTGTAG MSLKRKSLRQETDHTRPLPWAPPTLTSPRMVTITDDPATRNITLDPGQDCYITAPTPITFRTDQDKADAIIQIFGGGDVVWIGGHIIGEGGPVTTVMTPVGADDTTINVASTAGYPASGYLRLDGEGIDYTGTTATSFTGLTRRSGFYNSGSGSSNTTHVVGAKVYLGEYSRSAISRVAGTGHTHLEGILVEGFINDCLRANRNSPLLTVQNCRFGPNRNHEPGGQSDGHPDVIQFWGGGVQEFRMARSSLMAGVSGRAILNAASGTTDPAVGKVVLQDVDFITSNMTSRLIENADASTVWEVSNSWLRTYSPKSYVCQDSVLAEKLGLAEVVSAVPDFCPVGLAGVGYVSPGYV NA NA NA NA NA D3-18_01614 1425 hypothetical protein ATGGGAATCCTGGACTTCCACCGTGTGCCTGATAAGGCACTCCCCGAACGGCTTTCGGAAGGGGAACTAAATGCCACTTATGCCCCCGCGGCAGTCGGCTCCGGAGTGACAGCGTCCCGCGCACTCACGGCGACTGACGTGGGCAAGGTTCTAGAGGTGAACTCCGGGACAGATGTGACGTTAACGCTTCCCCTCCACACTGAGGTCACGATTCCGAACGGGTCTGAGATCGACGTGATGCAGGTGGGTGGTGGCCGCGTTTACATTAAGCCCACAGCCATCAACGACTACCCAGACCACGCAGAAGGCGGGGTTGGCTCAACATTCAGTCCTCGCAACTCCGCTACCATCAGCGTCGGCGCGTTTGGGCCGTCGGGCGCGCAGGCCTACCGCTCCACCTCATCCGCGACAGGATCTTACGGAGCATTCGGGCGCGTCCTTTCGCTCGCGTCTCTCGGCTACGCGCCGGGAGACAAGATCAGCCTTCGCATGTGGATGAATCCATCAGCGGGCGCGCCATCTGCAACATTCACTGTCCGCTGGAAGATTGGAACAGGGACCCACTCTGAAACTACTGCCGCGTACATCTCAGGGACGGGCGAACGCTACGTCACAAACCTGACCATCCCGGCAGGCTGTGACGGGCTGCAGCTCGTGGTCTACAACAGCGCGGGACTCGTCGGTTCTACCGTGGACTTCGGAGAGATCGCCATGCAGAAGTCAGCGACTCAGCTCGCTACTGTGGCTGACGGCAACGACCCTGGCTACTTCTTCACGGGGGTAGCGAATGCTTCCGCCTCCATGGGTCCGCTCATTGTCGGGGAGCAAGCAGTACCATTGCGCGGCAGGGTGAAACTCCGTCAGGTCTCTCAAGGGACTTGGCTTTCGACGCCACAGGGCACGGCGGACAACGTCCTGCTTGACTCGGACTCGCTTCTGGTGGATCGCGATAACGGCCAGGCAGGCATCGCCCCTAGGGGCATCGTCAAGGGAGCCGGCGCCGCGCTGGTAGCTAACACTGCATACGCCCGCCGCGTGGCACTTTCCCGGCGAATGACACTGACGTCTGTGAACTTCATGGTGGCCACCGCATCAGGAACAGATGACCCGGTGGATGCCGGGACCTACTCGGCCGCAGGCGCCCGGCTGGTGAGCTCTGGCGCCGTGACCGGAAAGCTGAACTCCGTAGGAGTGAAGTCGGTGACCATCGCCACGACCATTCTGGAGCCAGGAACTTACTACATAGTGGTGGCGGCGAACAGCACCGCCTCGCTCATCTCGGATTCATTCATTGGCGCTGCGTTCGGAACGGCAATGCCGCAAGCAGAGGGCTTGACGAAAGTCACGAGCTACCCGCTGCCTTCGACCCTGACGGGGATGACGGTCAGTGACTCCGCTCCTACTGTTTGGCTGCGTGAGTCATGA MGILDFHRVPDKALPERLSEGELNATYAPAAVGSGVTASRALTATDVGKVLEVNSGTDVTLTLPLHTEVTIPNGSEIDVMQVGGGRVYIKPTAINDYPDHAEGGVGSTFSPRNSATISVGAFGPSGAQAYRSTSSATGSYGAFGRVLSLASLGYAPGDKISLRMWMNPSAGAPSATFTVRWKIGTGTHSETTAAYISGTGERYVTNLTIPAGCDGLQLVVYNSAGLVGSTVDFGEIAMQKSATQLATVADGNDPGYFFTGVANASASMGPLIVGEQAVPLRGRVKLRQVSQGTWLSTPQGTADNVLLDSDSLLVDRDNGQAGIAPRGIVKGAGAALVANTAYARRVALSRRMTLTSVNFMVATASGTDDPVDAGTYSAAGARLVSSGAVTGKLNSVGVKSVTIATTILEPGTYYIVVAANSTASLISDSFIGAAFGTAMPQAEGLTKVTSYPLPSTLTGMTVSDSAPTVWLRES NA NA NA NA NA D3-18_01615 618 hypothetical protein GTGACCACCGTCCATATCTCCCTGGTCAACCCACAACCCGACGGCAGCACACAGCCCGCCCGGGCCACACACCGCTTCACCCCGACAAAGCGCCGGCCCCTCACCGGCACCCCGGGCACTATCGTCCTGCCGACACCCTTCGAAGTCGCGCTCGCTGATGGCACCGCCGACGTCGAGCTTGAACCCAATGGTCCGGACTGGGCTTGGCGCATCGATGAGTACGTGCCAGGGGCAGCAACCCGCACCACCTACGTGGCAGTCCCCGACGTCACCGAAGTGGACTATCCGGATCTCGTGCAGCTGGACCCATCCACACTCGACCCATCACCACTACCGCAGCCGGTGTGGATCGGAGCGCAGAACATCGCGCTCGCCGCTACGCCTGAGCTGCTCATGATCGGTGCGATTACTAGAGACGCAGACGGCGCTCCATTGTCCGCTGCTGTCCTTTGGCCCGACGGAACCGCCGGCGCTTACACCGGGACGCCTTCCGAGGAGTTCCCAGGGGCGGTCGACGCCTACACAATCACCCACGGCACGCTCACCTACACGCAAGCCCTGGTCACTCGCAACACCTTCGGCGAGATCACCGCCAAACCACCCATCACCCTGAGCTAA MTTVHISLVNPQPDGSTQPARATHRFTPTKRRPLTGTPGTIVLPTPFEVALADGTADVELEPNGPDWAWRIDEYVPGAATRTTYVAVPDVTEVDYPDLVQLDPSTLDPSPLPQPVWIGAQNIALAATPELLMIGAITRDADGAPLSAAVLWPDGTAGAYTGTPSEEFPGAVDAYTITHGTLTYTQALVTRNTFGEITAKPPITLS NA NA NA NA NA D3-18_01616 366 hypothetical protein ATGGCACGCAGAACTTGGGCCAACGGCATCATCGGGAACACCCCGCTGAACGCGGCCAGACTCAACGACCTTGAGGAGGATCTGGAAGCTGCTCTGATGCAGCTCGCGCGATCTCCCGAGGCACTGTTCAGCGGTTCGGTGGTAGTAAACGATGACGGCGCACCAACCTCAGCAAATGTGGTTTGGCCAGACGGCTCGACAGGCGTCTACTCCGGTACTGCGTCCGTGGCATGGCCAGGGGCAGTCAACTCCTACACCATCACCAAAACGGGCATCCCCGTACTTAAATTTACTCAGCCCATGGTTACCCGCAACGAGGCCGGCGACATCACCACCCGTCCCGCCATCACAGTCACCGAGGAGTAG MARRTWANGIIGNTPLNAARLNDLEEDLEAALMQLARSPEALFSGSVVVNDDGAPTSANVVWPDGSTGVYSGTASVAWPGAVNSYTITKTGIPVLKFTQPMVTRNEAGDITTRPAITVTEE NA NA NA NA NA D3-18_01617 981 hypothetical protein ATGGCTCAGCCAGGACTCCCGGGATCACAGTTCCCGGGTGAGGATGCGATCAACCGCAGATTCCGCGAGCTGGAGCAGCGCGTCCAGCAGTTCAGTGCGGCGAACATCCTCGCAACAGCCGGCATCAACGCTGCAGCTGGTGGTGTGCTGGTCAACGGATTCATGCAGTTCCGGCGCACCGACGGCACAACAGGCGTGCAGGTAGACCCCGAGACAGGCACCTTTACGGTGTTTGATGACGCCGGAGCGGCTCCTGTTACCCGGTTCGGTGAGTTGCTGGAAACCGCGCCGGGTGAGTACGGCGTGGAAGTGCTGGTTGGTTCCACGTGGGTGCGCCTCGGTAACCAGGTCACCACCTGGGACGGCGTATCGGGTAAGCCGGCGACCTTCCCGCCGTCAGGACACTCCCACCCCGGAGCTGACATCACCTCGGCCGTGGCGAATGCGACCAACGCCGTGAACGCGACCACCGCGACCACGGCCACAACCGCGGCGAATGCCACGGAGGCCACTCACGCGGCCCAGGCTGACGGTTCGCAGTACGGGTGGACGAACAATGTCGCCGGCGGAAGCTTCTACGCGCTCTGGGTGGGCAACGATGGCGGTTATCACTTCGGCCGGAACGTCTCCTCCATCAAGTACAAGGAAAACGTCACCGATGCAGACGTCGATCCTATCGACGTCCTCCAGCTGCGTCCGGTTAGGTACGACCGGAAACCCACCTACCGCTTCCCTCAGGACGCGGACGGCAACCGGCTCATAGGCCCTGAACAGCAATTCCTTGGCGCAAAGGGCGAGTTCGGCCTCATTGCAGAGGAAGTTGAGCACTCACTTCCCGAGATCGTCACCCGCTACGACGGACAAGTGGACGGCGTCCGCTATGACCTGCTGGGCGTCGCGCTCCTGCCCGTGGTCCAAGCGCAACAAAACCAGATCGACAAGCTCACCGCGGCTGTCCGCGCTCTCGGAGGAGATATTTGA MAQPGLPGSQFPGEDAINRRFRELEQRVQQFSAANILATAGINAAAGGVLVNGFMQFRRTDGTTGVQVDPETGTFTVFDDAGAAPVTRFGELLETAPGEYGVEVLVGSTWVRLGNQVTTWDGVSGKPATFPPSGHSHPGADITSAVANATNAVNATTATTATTAANATEATHAAQADGSQYGWTNNVAGGSFYALWVGNDGGYHFGRNVSSIKYKENVTDADVDPIDVLQLRPVRYDRKPTYRFPQDADGNRLIGPEQQFLGAKGEFGLIAEEVEHSLPEIVTRYDGQVDGVRYDLLGVALLPVVQAQQNQIDKLTAAVRALGGDI NA NA NA NA NA D3-18_01618 1113 hypothetical protein TTGGCCATTTCTTGGGTTGCCGTGAATGCGAATAGCGGCACGATCATTGGGGACCTCCCTACGCTGACTGTTGGCGGCGCTCTTAAGCAGACGCTGATGCGGTACGAATCTCAGACAGCGAATCTGCCGATCGGTGATGATCCTCCTGAAGGCTGGAGGCAGGCTACCCGCCCGGGCGCGGTGTTCTTGGTGGCTCTTTCGGAGCCGGAAGAGAATGAGCCCCGCGGCCTCCCGCTTTGGGGCGGCCTGATCATCCGGCGAACGCGGAAGGTCGGCAACGGGGTGGACCTCAGCTTGGTCACGGCTGAGGGCTACTTCGACCGGGTCTACGTCGAGGACGAGGCGTTCACCGCCACGGCACAGAACATCATCGTCAAGACCATGGCGGAGAAGTACGCCAAGACGACGGTCACGAAACGCGGCCTCCCGCTGCGCGTCCAGATCGTTGGCGGCAACGGCGTGCTCCGAGACAAAAACACGTGGAAGGACGCAGCAGACAAAACGCTGTACTCCGCACTGACTGACTTCTCCGGCTTGATCGGTGGCTCTGAATGGACCGTCGGCTGGGAATGGGTGGACGAGACCAAGCTAGGCCTAGTCCTCTACGTCGGTGACAGGATCGGCAGGACACCACCAGCAGGCCTCGGCCCAGCCGCGCAGTTCTACCTGCCCGGCTCAGTCACTGAAGCCGAGCTGGTGGAAGGGTACGGGGCCGACGAGGGCGCCAACGACGTCATGGCCGTCTCCACAGGCACTGAAGGCGCTCGCCCCCAGTCCCCGCACCAAAAGGTCACCACGGATCTTCGGCCCCGATTCGAATACAGGTGGACCCCAGAGAGCGACATCAAAGACACCTCCACACTCACGCAGCATGCTCAACGGGCGCTCGCCGCATTGAAGGACGGTTCATTGGCGATGACGTTGACGGCCAACCGGGACGAGGCGCCGAAGCTTGGCCTGGATTGGTTCATTGGCGATGACGTTGGGTTCGACATTGAGGCCCCGGAGTTTCCTGACGGGCTGGTGGGCACTGCTCGCTGCGTTGGCTGGGAGCTGACAGACGAAACGATCACTCCGCTGATTGATGTAACTGCCGTGAGGGGGATCGACTAA MAISWVAVNANSGTIIGDLPTLTVGGALKQTLMRYESQTANLPIGDDPPEGWRQATRPGAVFLVALSEPEENEPRGLPLWGGLIIRRTRKVGNGVDLSLVTAEGYFDRVYVEDEAFTATAQNIIVKTMAEKYAKTTVTKRGLPLRVQIVGGNGVLRDKNTWKDAADKTLYSALTDFSGLIGGSEWTVGWEWVDETKLGLVLYVGDRIGRTPPAGLGPAAQFYLPGSVTEAELVEGYGADEGANDVMAVSTGTEGARPQSPHQKVTTDLRPRFEYRWTPESDIKDTSTLTQHAQRALAALKDGSLAMTLTANRDEAPKLGLDWFIGDDVGFDIEAPEFPDGLVGTARCVGWELTDETITPLIDVTAVRGID NA NA NA NA NA D3-18_01619 351 hypothetical protein ATGGAATCGCTCGACCCTCAAACCCTCAAAGCGCTCGCTGATCTCGGCCCGGTCGCCCTCTGGCTCCTCGCAGTGGGCTTCTTCAGCCCCCTGGTCATTGCAGTCATCCAGCAGTCCGGCTGGTCACCGCGTAAGCAGGCCATTGTGGCCTTCCTCTTCTACGTGGTGGTCGCCACGGTGACTGCCTATCTCAGCGGGATTTTCAGTACCGCCGGCGTGATCGTGGCTTTGCTCGTCATCTTCGTCACTGCCGGGAACAGCTACAAGCTGCTGTGGAAGCCGACGGGTGTGGCGCCTGCGATTCAGGCAGCTACACCGATCGGTTCGAACCAGGGCAAGCACGAAGCGTAG MESLDPQTLKALADLGPVALWLLAVGFFSPLVIAVIQQSGWSPRKQAIVAFLFYVVVATVTAYLSGIFSTAGVIVALLVIFVTAGNSYKLLWKPTGVAPAIQAATPIGSNQGKHEA NA NA NA NA NA D3-18_01620 417 hypothetical protein ATGGCAGAACAACCATCCAAGGGCATGTCCAACCAGGACAAGCTTGACTTTCTCATTGATGCCATCCTCGTCGGCGGCGCTTCGATGGATGGCACCAACTCTCTTCAGTTCCAGATCAAGCAGGCTCCCGTTGATGCTCTCTGGAACGCCCAGATCGACTGGGGCGAATACCAGACCTCCGCTTACCAGCAGCTCGCCTACAACGCGCAGTCGATCGCACAAGCCAATGCCGCACTGGCTATGCAGCAATCACAGCTGAAAGCGCAGAACTCCCTGCTCCAGCAGCTCGTGGCGCAGCTCAGCCAAGGCGTCCCGGTCGTCATCGACTACGACCGCATAGCAGCTGACATCAAGGCCAACATGCCCGAATTTGAGCTGCCCTCATTCGAAATCATCCCCAAGACCAACAAGGACTAA MAEQPSKGMSNQDKLDFLIDAILVGGASMDGTNSLQFQIKQAPVDALWNAQIDWGEYQTSAYQQLAYNAQSIAQANAALAMQQSQLKAQNSLLQQLVAQLSQGVPVVIDYDRIAADIKANMPEFELPSFEIIPKTNKD NA NA NA NA NA D3-18_01621 567 hypothetical protein ATGGCATTCGAGCTTTCACGGTTCCAGTTCTGGCTGGCCTCTGTTCTTGGGGCCTACATCGATCAAGACAATTTCGCCGGCGCTCAGTGCTGGGACCTGCACGCACACTTCGCCCGGTTCTTCGGCCTGCCCGTCATCAACACCACCGGCGGTTCGGGCCAATGGGCTGGGTACGCCGGCACCATGTACCGGGACTATCCCCAGACGGCAGCCATCGAGGCCGCCTACGAGCGTATCCCCGCGTCCCAACCGGGCGAGGCGGGAGACACGGCCGTTTGGGGTGACTCCTTCTGGTACTACCCGAAGACCCACGTCGCTCAGGTTATTGAGGATCTCGGCTACGAGTACCTCCGCTGTGCATCCCAGAACAGTTCTGAAGGCCGGTGGGACAACCCGTTCCCCGGCCAGTCGTCCGGGCCGGTGCTCGATCAGTGGCTCCCCAAGAAGGGCCTCCTCGGATACCTGCGTCCCCGAACCGGCTTGGTCTTGCAGGGCGAGATCGTCACGGCGCCCAGCTACACGCTCGATGAGCAGTTCCTCCTCAACCTCGGCCTGACCCTCCCGTAA MAFELSRFQFWLASVLGAYIDQDNFAGAQCWDLHAHFARFFGLPVINTTGGSGQWAGYAGTMYRDYPQTAAIEAAYERIPASQPGEAGDTAVWGDSFWYYPKTHVAQVIEDLGYEYLRCASQNSSEGRWDNPFPGQSSGPVLDQWLPKKGLLGYLRPRTGLVLQGEIVTAPSYTLDEQFLLNLGLTLP NA NA NA NA NA D3-18_01622 882 hypothetical protein ATGACGACACTGAATGATCCCAAGCTGCTGGCCGCAGCGGAGCTCTCGTCTAAGTCCAGGAAGTCTGACAAACGGTGGAAGCTGGGGCTCGCGCTCGCCGTGCTGCTGCTGGCGGCAGTGACTGCCATTGCGGTGGTCCTGGGCAACAACAATGCTCGCCTCGCAACTGAAAACGGGGAGTTCGCATCCAGACAGCAGGTTGAAAAGAAGGAGATCGCTCAAGAAGCACGGCAGGCACTCTGCGGCTCCGGCGATCGAGAGATCTACGACAGGGACCTCTGCGAGAAGTGGGCGGAGGCAGCCCAAGAGCCAAACGTGGAGCCATCGGCTCCCGCAGTCGTTGGCGGACCATCCCAGCCAGACCTGGTCAACGCTTTCCGCGAGTACTGCGCGGGGGGTAACTGCAAAGGCCAGGACGGCCAGCCGCCTACACCTGACGACGTCGCCGCGGCTTTCGCGCGGTTCTGTGCTGACGGCCGGTGCGTTGGGCCAGCTGGCAAAGATGCAGTGGACGGGCAACCTGGCAGAGATGGCGAGTCCCTTCCGCCGGAACCTGCAATGGTCCTCGCTGCGGTCAGTGATTACTGCTCCACTGGCGCGTGCCGAGGTGCTGACGGAGTCGATGGACCGCCGCCCACTCCTGAAGCGATTCTCGCGGCAGTCCAGCAGTTCTGCGCCGCTGATGCTTGCCGAGGGCCGGCAGGCAATGACGGGCAGAAAGGTGACAAGGGCGATAAGGGAGATCCACCCTCGTCGATCGTCATCGTGGACCCAAAGACCGGCCAGACGCTCACTTGCACGCCCGACCCTCCAGGTTCCACGACATACACGTGTGCAGCTGCTGCTGCCCCGGAGGCTACACCAGCTCCACCAACCACGTAG MTTLNDPKLLAAAELSSKSRKSDKRWKLGLALAVLLLAAVTAIAVVLGNNNARLATENGEFASRQQVEKKEIAQEARQALCGSGDREIYDRDLCEKWAEAAQEPNVEPSAPAVVGGPSQPDLVNAFREYCAGGNCKGQDGQPPTPDDVAAAFARFCADGRCVGPAGKDAVDGQPGRDGESLPPEPAMVLAAVSDYCSTGACRGADGVDGPPPTPEAILAAVQQFCAADACRGPAGNDGQKGDKGDKGDPPSSIVIVDPKTGQTLTCTPDPPGSTTYTCAAAAAPEATPAPPTT NA NA NA NA NA D3-18_01623 348 hypothetical protein GTGGAGCCGACAGCGCTTATCACTGCAATTCTCGCCGTCTTCACTGCTGCCGGCGGAGGGGCTTGGAAGCTCATCGACCGCGCAGACAAGAAGCGTGAGCGGAGGGAGGTGGCCGTGGAGGAACTCCTGAAAGAACGAATCGCCTCCCTCGAGGCCGAGAACCGCCTCCTAAAGGCGGACAACGTTCAACTGGCCGCCGACGCTGAGAAGCAGCGCCGCAAGGACAAGCGGTACACGTCGCGAGTAAAAGCTTCCGCGGGTAAGTGGCGCGAGCAGCTCCTCGTGAATGACATCCAACCTGATCCGAAGGATTGGCCAGTGGAGGACGACCATGACGACACTGAATGA MEPTALITAILAVFTAAGGGAWKLIDRADKKRERREVAVEELLKERIASLEAENRLLKADNVQLAADAEKQRRKDKRYTSRVKASAGKWREQLLVNDIQPDPKDWPVEDDHDDTE NA NA NA NA NA D3-18_01624 1023 hypothetical protein ATGACTATTACTTGCCAGCCTATGGACGCGGCTGAAGGCCTTGATCTTCCGGCTTATTCGGCGTCGAACGAGCGCCAGGCCGACGCTGTTACGTTCGGGGGCGGCTCTGGCCTGCCGCTGGCGGCACGTTCCGGGTTCCGCCCTGGGACAGGGAACGTACTGACTGCCAGCTCCACTACGTGGACGTTGCAGCCGTGCGCCATCATGATTTCACCGAAGGCGGCTACTGCTCAGGGGTCTTACCGATGGGCTACCGATGCGAATCTCACCGGTGCGATCATCGCTGCCAATGCGACGTTGCCCCGCAAGGACATCGTTTACATTCAGGTCAACGATTCATCCTCCGGGGATGGTTCAGGGGGGTTGAATGCCCCGCCGGTATATTTGGCGGGCACTCCATCTGCCACGCCTGAAGCTCCGGACCTTCCGGAACGAAGCTTCTTGGTCGGGACGATCACTGTCCCGCAAGTCGGGGCGGGATCACCCACGGTGGTCCGTAACCCGGCTGTGTTTGTGGCGGCTGGAGGTATCCAGCCGGTTTCGAGCTTGACGGAGCGCGGTGAGCTTTCGGCGTATGACGGTCTTGTTGTGCGACGCATGGACCTGCCAGGGCGGCCGCTCGATGTTCGTGACGCCACAGGGTGGCAGGACGAAACCCCCGCGCCGATCACGTTCGCAGCCGGAACCCCTCCGGTGTATCGAAACGCCGGCACCTACTACGATCAAACGCTTGCCGACGCAGCTGTGACCCGCAACGGGCGTCGCGTATCGGGGCAGGGTGCGATCGCTAACAATGTGCCTGTGACGTTCCTAAAGGACACGGAATACATCATCGGTACCGTGCCAGCGGGCTTCCGACCTTCCAGCAGATCTCCACTCTTTCAGGTGGCTCCCGGCGGTTACGTCTGCAACATGTGGGTGACCACCAGCGGGCAGATCCGCGTGAGCTTCTTCGTGCCGGTGCCCTCGCAGGACGTCGGCAAGATGCTGTGGCCGTTGGATGGCACCGGATGGAACGGCTGA MTITCQPMDAAEGLDLPAYSASNERQADAVTFGGGSGLPLAARSGFRPGTGNVLTASSTTWTLQPCAIMISPKAATAQGSYRWATDANLTGAIIAANATLPRKDIVYIQVNDSSSGDGSGGLNAPPVYLAGTPSATPEAPDLPERSFLVGTITVPQVGAGSPTVVRNPAVFVAAGGIQPVSSLTERGELSAYDGLVVRRMDLPGRPLDVRDATGWQDETPAPITFAAGTPPVYRNAGTYYDQTLADAAVTRNGRRVSGQGAIANNVPVTFLKDTEYIIGTVPAGFRPSSRSPLFQVAPGGYVCNMWVTTSGQIRVSFFVPVPSQDVGKMLWPLDGTGWNG NA NA NA NA NA D3-18_01625 918 hypothetical protein ATGCCTTACCCATCCCCGATCACCTACCCATCCGGGCTGTTGTTCCCAGGAACCTCGCTCCCGGAGAATCAGGGCAGGTCACCCATTGCCTTGGGTGACCTGCTCATGAACTGGGTAGATGAAGACGGCACCATATGGGCGGTGGAGAAGAACCCCGGCTGGCTCGGCTCCCCGGGCTCCACTGCCCAGTTCAACCAACGCGCTCGCGGCAACGGGACGACGACAACTGAGGGCTTCCTGACGGGCAAGGTACTGCCCATGGAGGGCAAGATTCGGGCCCGGTCGCCGGAGGCCCTGTCCTTCGCTCTAGACAGGCTCAACGCGGCCGTGAGCGTGGACCCGTTCACCCTGCTGGTTTCCGAATCGGGCAGGGTCCGCCACATGCAGGTGCAGCGTCAGGACGAGATCCTGACAGACACCCTCAAGGACGGATTCACGGCCACGTTCAGCATTCAGGTGTTCGGCAAAGACCCCCGCAAGTTCGGAGACCTCGAGTCAGTATCCACGCTGCTGCCCTTCGCGAGAGGAGGCCGGACGTACCCGGCCACCTATCCGCTGGTCTACACCGGAGTTTCCAACAGTGGCCGAGTGCGGATCCATAACCCGGGCAACACCCAAGCCCCGGTTTGGCTGCGCATCGACGGCCCCATTCCCGCCGGCGGCTGGACAGTAACCCACGTGGGAAAGAAACGAGCACTCACCTTCGCTTCGGCCCTGGCGCTCGCCTCTGGCGAATTCGTCACCGTGGACATGGACCGGCGCGAGGTTCTCGCACAAGGACAGTCCGCGCGGCAGGGATACATCACTTCCCGCGGCTGGTTCTCCCTTGATCCAGGGGACAACGAAATTGCATTTAGCGCGGCCAACTACTCGGCTACCGCGCAACTGACCGTACTCACCAAACCGGCTTGGAGCTGA MPYPSPITYPSGLLFPGTSLPENQGRSPIALGDLLMNWVDEDGTIWAVEKNPGWLGSPGSTAQFNQRARGNGTTTTEGFLTGKVLPMEGKIRARSPEALSFALDRLNAAVSVDPFTLLVSESGRVRHMQVQRQDEILTDTLKDGFTATFSIQVFGKDPRKFGDLESVSTLLPFARGGRTYPATYPLVYTGVSNSGRVRIHNPGNTQAPVWLRIDGPIPAGGWTVTHVGKKRALTFASALALASGEFVTVDMDRREVLAQGQSARQGYITSRGWFSLDPGDNEIAFSAANYSATAQLTVLTKPAWS NA NA NA NA NA D3-18_01626 2829 hypothetical protein GTGTCTGAAGTCGGGTCCGGTCAGGTAGCAATCTTCCCCACCTTTCGGGGGTTCCGGTCTTCAGTCAACTCAGAGGTTGCTGGTGCTGGACGCGAGGGCGGCAAAACGTTCAGCTCCGCGTTCAGCGCCGGCGCCGGAGATCCCGGCCAGGCGCTGGTCAAAAAGCTCAACGCACAGATCGCGTCCGGCGCGAAGGCACTCTCGGCGGCACGCCTCCAGGAGCAGGACGCCACTGGCAAGGTCCGTATAGCGGAGGCAGCGCTCAACGAGGCCCGAGCCAGGGGCGAGCAGGGTAGCGCTCGAGTTATCGCCGCAGAAGAACGGCTGGCGACGGCGAAGCGGAAGCTGTCCGAGGCCAGCGGCAAAACCATAGCCGCCTCTGATCAGCTGCGGCAGTCCCAGACGAAACTGGCTGAGGCTATGGACTCTGCCGGATCTTCGGGCGAGCAGGCTGCTGGCCGGTTCGCCCGAGGCTGGCAGAGTCTGAAATCGAAGCTCTCCGGTGCTGCCAAGGGCGCCGTGGACGATGAGGGCAACAAAGCCGCTGCCGCTGCTGACAAAGCTGGTCAGGATGCTGGCGGGCGGTTCGGTAGGGGCTTCAAGGCCCTCGTTGGTCCGGCGATCGCCCTGGCAAGCGCGGGTGTCTTCGGCGGTTTCGTTGCAGAGGCTGCGCGGGCCAGTGACGCGACGGACAAGTTCAAAGCCACGATGGACTTCGCGGGGCTGGATACCTCAGCTATTGATGCGGCGTCCAAGGCTGCGAAGGACTACGCGGATCAGACGGTCTTTGATCTGCCGACGATCCAGAACACCATCGCGCAGCTGGCGTCCAACGGTGTCAGTGATTACACCGGGCTGACCAAGGCCGCGGGTAACCTCAACGCCGTCGCTGGCGGTAACGCGGACACCTTCAAGTCTGTGGCCATGGTCATGACCCAGACCGCTGGCGCGGGCAAGCTCACGACGGAGAACTGGAACCAGATGGCTGACGCCATCCCTGGTGCAGCTGGACCGTTGATGCGCTCGCTGGAGGAGGCCGGCGCTTACACCGGCAACTTCCGAGACGCGATGGCCGCCGGTGAGATCACGTCCGAAGAGTTCAACGCTGCGCTGATGAAGCTCGGCAACGATCCCGTTGCGGTGGAGGCTGCGAAGTCCACCAAGACTTTTGAGGGTGCCATCGGCAACCTTCAGGCCACGATCAACTCGGGCCTGATGGGCGCCCTGGACAAGATGAAGCCCGGCATCACCGGCGCGATCAACCTTGTCTCGGGAGGTCTCGGTAAGGCGTTCGAGTGGACGGGTAAGGCAGCTTCCGGCCTGATTGATGTCTTCGCCAATGGCGACTTCACCACGAACCTGCGTGAAGCGTTCAACGTCGAAGAAGATTCGGGCTTCGTCGGATTCCTGTTCAGCATCCGGGACGCGGCCAACGAAGTGGGCGGAGGATTCCGAGCCTTCGGCGCTGCCTGGAAAGCAGCAGACGGCGATGTAACCTCCTCGGGCTTCCCCGGCTTCATGGAGCAGCTAGCCAACGCACTCAAGCCCGTGTTCGACGCCTTCAAAGCGCTTGCACCGACGGTGCTGGGGCTGTTCCAGTCCTTCTCCCCCATCGGGCTGTTGTTCCAAGCGCTGCAACCGGTCCTCCCGGTCCTGGCAGCTGCCATAGGACAGCTGGGCATGGCGCTTGCAGGTGTGCTGGGTTCGGCGCTGACAACCGTTCAGCCCTTGATCCAAACCCTGATCGGGGTCCTCAGCGGCGTGTTCATTGCGATCATGCCGAGCATCGTCAGCTTGATCTCGATGCTGGGTGACGCGTTCACCATGCTCTCTCCGGTGATCAGCATGGTTCTCGGTGCGGTGCTCCCGCTCATAACCACGCTGGTCTCTCAGCTCGCGCCGATCATCATCAACCTGGTCACCTCGATCATGCCTCCGCTGATCAGCATCTTCAGCATGGTCATTGCGGCGATCGCTCCCCTGATTACGCAGATCTTGGATCTCCTGATTCCGGTGATCCAAGCGCTGATGCCCGTTGTGGTGACGGTCTTCGGCGTGATTGCCGAAGTGATCAAAGCGGCGATGCAGATTGTGCAAGGCATCATCCAGGTGGTCACTGGGATCATCTCTGGAAACTGGTCGCAGGTTTGGGCTGGGATTCAGAACATCTTCGGCGGTATCTGGAACACCATCGTTGCAGTTGTGCGCGGCGCTATCCAGATTGTCGGCTCTGTCATTCAGGCGGGCATGAGCATCGTCGGAAACGTCGTCTCCTCCGTCCTTGGAGGCATCGGGTCGTTCTTCGCGGACACGTGGCGGAACATCACCAACGGCGTCTCCGGTTTCATCTCCGGATTCCTCGGGTTCTTCAACGACCTGCCGGGAAAGATCATGAGCGCGCTTTCCGGTGCCAGCACGTGGCTTGTGGACGTCGGTAAGAACATCGTCCAAGGCCTCATCAACGGCGCCAAGGGAATGATCGACGGTGCCGTGCAGGCCATCAAGGACGTCGGCGGCGCGATGCTCGATGGCGTCAAGGGATTCCTCGGCATCAAGTCGCCGTCACGGCGGTTCCGTTACGAGGTCGGCCAGCAGGTCGGTGAGGGTGCCCGGTTGGGCATCCTCGACAAGGTGAAGTCCGTGGCCGACGCAGCAAAGCGACTGGTCACAATCCCGAACATCCCGGGCGCGGGTGCCGGCGGCTCAGCCTTCGGCGCAGGGGCAACCTCAGGCGGGGATCAGTACATCGACGTCACCATCAACGAAGTGACTGACCCCAACGGGACATCCGCAGCCGTCGTCAGGCGCCTCGGCGCACTAGCACCATAG MSEVGSGQVAIFPTFRGFRSSVNSEVAGAGREGGKTFSSAFSAGAGDPGQALVKKLNAQIASGAKALSAARLQEQDATGKVRIAEAALNEARARGEQGSARVIAAEERLATAKRKLSEASGKTIAASDQLRQSQTKLAEAMDSAGSSGEQAAGRFARGWQSLKSKLSGAAKGAVDDEGNKAAAAADKAGQDAGGRFGRGFKALVGPAIALASAGVFGGFVAEAARASDATDKFKATMDFAGLDTSAIDAASKAAKDYADQTVFDLPTIQNTIAQLASNGVSDYTGLTKAAGNLNAVAGGNADTFKSVAMVMTQTAGAGKLTTENWNQMADAIPGAAGPLMRSLEEAGAYTGNFRDAMAAGEITSEEFNAALMKLGNDPVAVEAAKSTKTFEGAIGNLQATINSGLMGALDKMKPGITGAINLVSGGLGKAFEWTGKAASGLIDVFANGDFTTNLREAFNVEEDSGFVGFLFSIRDAANEVGGGFRAFGAAWKAADGDVTSSGFPGFMEQLANALKPVFDAFKALAPTVLGLFQSFSPIGLLFQALQPVLPVLAAAIGQLGMALAGVLGSALTTVQPLIQTLIGVLSGVFIAIMPSIVSLISMLGDAFTMLSPVISMVLGAVLPLITTLVSQLAPIIINLVTSIMPPLISIFSMVIAAIAPLITQILDLLIPVIQALMPVVVTVFGVIAEVIKAAMQIVQGIIQVVTGIISGNWSQVWAGIQNIFGGIWNTIVAVVRGAIQIVGSVIQAGMSIVGNVVSSVLGGIGSFFADTWRNITNGVSGFISGFLGFFNDLPGKIMSALSGASTWLVDVGKNIVQGLINGAKGMIDGAVQAIKDVGGAMLDGVKGFLGIKSPSRRFRYEVGQQVGEGARLGILDKVKSVADAAKRLVTIPNIPGAGAGGSAFGAGATSGGDQYIDVTINEVTDPNGTSAAVVRRLGALAP NA NA NA NA NA D3-18_01627 294 hypothetical protein TTGCCGGTCTGGGAGGCAGTTGAACTTGCCGAGCAAATAGCGCTGGACATGGGTTCTCGCCTCTTTGCTGCTCTCGCCGGTTGGTCCTTCCCGATGACCCGCGGGGAAATGATGGCCACGGCCTCATTCACTCGGGAGTTCAACGCAAACCGGGACAAGGACACTCCACCGTTCATCCCCGACTGGCCATGGCCCACTGAGGCGCCGGTCGAGGAAGTCACCCCCGAGGAACGCGCCCGAGCTGAGGCGCAACTGCGGCAGTACAGCGCCTTCGGGCAAATCAGAACTAAATAA MPVWEAVELAEQIALDMGSRLFAALAGWSFPMTRGEMMATASFTREFNANRDKDTPPFIPDWPWPTEAPVEEVTPEERARAEAQLRQYSAFGQIRTK NA NA NA NA NA D3-18_01628 363 hypothetical protein ATGACCAAGCAGGAAGCAGCACCCAAGCCCAAGTTCCTCGTTGTTGAGAACAACCTGAAGTGCCAGACGGAGAACGGTGAGCTTTCGCTCCCGCTCGGCGTGAAGTTCGGCACCATCCGCAAGCTGATGGGCGGAGAAAAGAAGACCCAGTATGAGGAATTCGAGTTCTTCATGTCTGAGATCTTCAGCGACGCCCACAACAAGGCGCTGGACGACTTGGAGGCTGCCGAGGCTGGAGAGATCCTCACGGAATACGCCGACGCCCTGTCGGCGCGGTTCCAGGTGAGCATGGGAAAATCCGTTGGCTCGTCGGACTCCTCAGAGAGCACCGAGGAGCAGTCGCCTACGACTTCCGGAAGCTAG MTKQEAAPKPKFLVVENNLKCQTENGELSLPLGVKFGTIRKLMGGEKKTQYEEFEFFMSEIFSDAHNKALDDLEAAEAGEILTEYADALSARFQVSMGKSVGSSDSSESTEEQSPTTSGS NA NA NA NA NA D3-18_01629 579 hypothetical protein ATGGCTGCTGATGAACTCGGCAACGACGTCGAAGCTGTTGGTGTACCGGTAACCGGCCACATCGGCTTCGCACCCTTTGGGACAGCTGTCCCGACCCCCGTGGCCGGTAAGGCTCTCGACTACGAACTTCCGGTCGATTTCAAGATTCCGGGCCTCCTGACGGAGGACGGCGGCTTTGAGTGGACCATGGAGGCCGACGGCGACGCGATCACTTTCTGGCAGGAGGGATATTCCATCCCGTCCGGCCTCGCGAACGTGGAGCTGAAGGTCAAGTTCGCCCAGACCGATGAGACGGTGCGCCAGATCATACGAGGCAAGACCGCGGACGCCAATGGCTACATGACCATCGACGGCGGCGGCACGTCCACCAGGTACGTGGCCTTCACTGAGGAGATCTTCAAGAACGGCGTGATCCGCCGGCGCGTGGCTGCGAACGTAGGCGTGAAGTCGGTGAAGGAAGACAAGTCCGAGCGCGGCAAGGTCCTCGGCTACGAAGTGACCTTCTCGATCTCCCGCGCACCGGAGCTGGAAAACCAGCACCTGGGCGAATGGCTGATCCCGCTGCCTGTCACCCCCTAG MAADELGNDVEAVGVPVTGHIGFAPFGTAVPTPVAGKALDYELPVDFKIPGLLTEDGGFEWTMEADGDAITFWQEGYSIPSGLANVELKVKFAQTDETVRQIIRGKTADANGYMTIDGGGTSTRYVAFTEEIFKNGVIRRRVAANVGVKSVKEDKSERGKVLGYEVTFSISRAPELENQHLGEWLIPLPVTP NA NA NA NA NA D3-18_01630 426 hypothetical protein GTGGGTAAGCGTGTCATTCACGCAGACCTTGAGGAGTTCCTTACCGGGTTCATCCGACAGGAGCTGGAGGCCATTGGATCTCCGCTGGCTTCAGGCGTGTTCGTGAGTAATCAGTTTCCGAACCCGGCCCGGCCTAAGTCGGTGATCGTCCGTGACGACGGCGGCCCCGACGCCTCGATCGTCACCAATGAACCAACGGTCGGGATCACCGTCCTGACCGACAAAGATCTCACGGACGGCAAGACGGCCACGGACCTGTCCCACCTGGTCAAGGCCATCATCAAGGACTGCGCTCGCGTGGAACCGGGCAACCCAGTCGCCGCGGTGCTCGGTTTCACCGGACCGTACAAGGTTCCGGACGAAACGGGCCACCCTCGGCGGTACATGACGGCTGAACTGTCCGTCGCCGGCAACGAGCTGGCTTAG MGKRVIHADLEEFLTGFIRQELEAIGSPLASGVFVSNQFPNPARPKSVIVRDDGGPDASIVTNEPTVGITVLTDKDLTDGKTATDLSHLVKAIIKDCARVEPGNPVAAVLGFTGPYKVPDETGHPRRYMTAELSVAGNELA NA NA NA NA NA D3-18_01631 282 hypothetical protein ATGGCCAACGTGGACTTCAACGACTCATTCTTTGAACAGCTCGGGCGCTCACCGGCAGTAACCGGCTTGTGTGTGGAAAAGGCCAACAGGGTTGCTGCCGCCGCCCGCGCATCGGCCCCGAGGGACAGTAACGCGTATGCGAATAGCATCCGCGTGGAGGTTGTTCGCCGCGGCCGTCGTAACGCGGCGCTCGTAATCGCGGACAGTCCGATTGCTCTGCTGGTCGAGTCCAAGACGGGAAACCTTGCCCGGGCGTTGAACCAGGTGAAGAAGAGTGGGTAA MANVDFNDSFFEQLGRSPAVTGLCVEKANRVAAAARASAPRDSNAYANSIRVEVVRRGRRNAALVIADSPIALLVESKTGNLARALNQVKKSG NA NA NA NA NA D3-18_01632 351 hypothetical protein ATGTTTCCCCTGGCAAATGGCGAAACGGTGGTACGGGAACGGGCGCAGCTCGTGAATGACACCTACTCCGGCGAAGCCACTAAGCGGGACTGGTCTGAGCCGGCCACGATCGACATTGAGGGTTGCGCTATTGCCCCGTCCAGCAGCGTCGAGACGCAGACCGAGAACCGGAACACAGTGAGTACGGCAATGAGCCTCTACTGCGCTCCAGGGACGGATGTGCTGCCTCAGGATCGAATCAGGGCACGATCCGGCCTGTGGCAGGTTGAGGGTGAAGTTGCTGATTGGCACAACGCGCTCACTGGGTGGAATCCCGGCGTCGAGTTCCGGGTGACGAAGGTGGTGGGCTGA MFPLANGETVVRERAQLVNDTYSGEATKRDWSEPATIDIEGCAIAPSSSVETQTENRNTVSTAMSLYCAPGTDVLPQDRIRARSGLWQVEGEVADWHNALTGWNPGVEFRVTKVVG NA NA NA NA NA D3-18_01633 432 hypothetical protein ATGGCCACTGATCTGGCAACAATTGAAGCGATCGAACAGGCATGGCGCCCGCTTACCTCAATTGAGAAGCCCCGGGCTGAGTACTATCTGAGATCCGCCTCGCGAGCCATCCGACGGCGTTGGAGGGACGTTGATCAACGCATCAGCAGTGAGAGCGACTATCTCACTGATGATGACGTTGCCGACGTCGTGGTGCAGATGGTTCTCAGTGCGGTGGACCGGCCGCCAGTCAGAGGTGCCAAGTCCTTCTCTGAGGGCGTAGGGCCAATGTCGCGCTCAGCCACGTTGCTGGCTGGCAGCACCAACCCATCGAACATCGAGGACTGGATGGTGGAAGTGTTCGAAGGTCGCTCCACAGCAACCCCGATCTTCCATGCTCCTCCGTCGGGTCGTTACGAGGGCCTTTTCATCTGGCCGGAAGGGCGGTGCTGA MATDLATIEAIEQAWRPLTSIEKPRAEYYLRSASRAIRRRWRDVDQRISSESDYLTDDDVADVVVQMVLSAVDRPPVRGAKSFSEGVGPMSRSATLLAGSTNPSNIEDWMVEVFEGRSTATPIFHAPPSGRYEGLFIWPEGRC NA NA NA NA NA D3-18_01634 375 hypothetical protein ATGGCTGAAACCAAGGCAACGTACAAAGTCACGGCGACCGTAGTGAAGGTCGCTGTCGGGCCCGCGGACGGCAACCGTGTCGCCCGATTCGTGGACCGCGGGGACATCATCCCCGACGGCGTAGAGCAGGGGATCCTGGACCAGCTTGTGAAGCTGGGGCGTATCGAGAAGGTCACGGAGGAACCTGCCGAGGATCTCGCTGCGGAAGAGGCTGCACGCACAGCTGAGGCGAAGGCGGACGCTGACGCCAAAGCCAAGGCGGACGCTGATGCCAAGGCAGCCGCAGCCGCCAAGGCAAAGGCTGACGCTGATGCGAAAGCAGCCGCTGAAGCCAAGACCAGCACTGCGGGCAAGACGACAGCAGCAGCAAAGTAG MAETKATYKVTATVVKVAVGPADGNRVARFVDRGDIIPDGVEQGILDQLVKLGRIEKVTEEPAEDLAAEEAARTAEAKADADAKAKADADAKAAAAAKAKADADAKAAAEAKTSTAGKTTAAAK NA NA NA NA NA D3-18_01635 909 hypothetical protein ATGAGGACTTACCCCCTCACCCAAAGCCAGGTCTCGCAGGCTTCTGCGACCGAGCTGATTGCATTCCTGCAGAGTCCGACGCTGCTGGCCCGCCGACTCGGAGAAATCCTGACGGCGCAGCAGTTCATCGGGTTGTTCCTGCTCCAGGGTCGCTACGACGTCAAGGGCGGAGCCATCGCCGTTCCTGTGAACGAGAAGATCCGCACCGAACGCGGTTCGGAGAAAGTGGCCCCGGGCGCCGAGTACAAGCTGACGCCCTTGAACACCGAGCAGTACGAGATCTACACCTCGCAAAAGGAAGGCCTCGCCACGGAGGTCACCGATGAGGAAGTTGGTCGCAGCCTTCGCAGGCCCATCGACGAGGCCATGCTGTTCCTTCAGACGGAGCTGGTCTTCAGCGCGAACGAGCTGGCACTTGGCGTCATCATGTCCGCGATCACCCAGACCCTGACCGCCGGGGCGGCGTGGACGAACGGCAAGCAAATCCTGAAGGATGCACTGCGCGTCCAGGCAGCTGCCCGTCGCCTAAAGCTCGGCTTCGAGATAGACACCGTTGTGTTGAACGGCGAGCAGCATGCCGAGGTCATCCCCGAGCTGCTCGATGTCCTCCCGGACAACGACAACACCGCGCTAACGGGAAACTTTCCCACAATCGGCGGCATCACTTGGATTGCCAGCGACGACGACGAGTTCTCCGATCCGCTGTTTGTGGACCGGCGTCGCCTCGGGGGCATTGGTCGGGAGAACATCCCGTCTCCCGAGTACCGCCCCGTGGGCAACGACACCGGCGTTGAGATCGCGACCTTCCGTGAGGCGAAGGACAAGACGCGGCTCCAGGCGCGCAATCCGCACGTGCCGGTCGTAGCTAACCCGCTCGCTGGCTTCCACCTGACCGGAACGGGGGCCTAA MRTYPLTQSQVSQASATELIAFLQSPTLLARRLGEILTAQQFIGLFLLQGRYDVKGGAIAVPVNEKIRTERGSEKVAPGAEYKLTPLNTEQYEIYTSQKEGLATEVTDEEVGRSLRRPIDEAMLFLQTELVFSANELALGVIMSAITQTLTAGAAWTNGKQILKDALRVQAAARRLKLGFEIDTVVLNGEQHAEVIPELLDVLPDNDNTALTGNFPTIGGITWIASDDDEFSDPLFVDRRRLGGIGRENIPSPEYRPVGNDTGVEIATFREAKDKTRLQARNPHVPVVANPLAGFHLTGTGA NA NA NA NA NA D3-18_01636 360 hypothetical protein ATGGGTCAGTACCTGCCCCTGTTCCGCCCCGGCCAGACGGTGACATTCGGTGTCACCGCGGCCGTCACCGGCGGACACCCCGTCGAGGTCGGAGCGTCTGACCGTTCTGTCGCTCCCGCGGCCGCAGCATCCACCAAGGTTGTGGGCGTCGCGGGTCACGATGCTGCCATTGGCGACAAGGTGACTGTCGAGGTCAACAAGACGGTTCATCTCCTGACGGCTTCCGGCGCGGTCACTCGTGGCCAGCGGCTGGAAGCTGCTGGCGCTGGCAAGGTTCGAACCTTGGCTGCCGGCACGGCTTACTACATCGCACTCACCTCCGCCGTTGACGGTGCTGCCGTCGAGGCTCTCGAACTCTAG MGQYLPLFRPGQTVTFGVTAAVTGGHPVEVGASDRSVAPAAAASTKVVGVAGHDAAIGDKVTVEVNKTVHLLTASGAVTRGQRLEAAGAGKVRTLAAGTAYYIALTSAVDGAAVEALEL NA NA NA NA NA D3-18_01637 1275 clpP ATP-dependent Clp protease proteolytic subunit ATGACAATTCACATGCTCAAGCCCTCCGCAGCGCAAGAGCCTTGGTTCCGCATGGAAGCCTCGGCCGACAGCAACGCGGCCGACGTCTACATCTACGAAATGATCGACAGCTGGTGGGGAGTTGATGCCGCACAGTTCGTTCGCGAAATCGCTGCCCTCGACGTCGAAACGATCAACCTCTGGGTCAATTCCCCTGGAGGCTCCGTGTACGACGGCGTTGCAATCATGAACGCACTCCGCCGGCACCAAGCCACAGTCGTGGCCACGGTGGACGGCATGGCAGCATCTGCCGCGTCATTCATCATCCAGGCGGCCGACGAAGTAATCATGGGCCAAGGTGCGGAACTCATGATCCACGACGCGTGGACCTTCGCCTGGGGGAACGCTGAAGCCCTCCAAAAGGCAGCTGGCGATCTCGACCGTATCTCCTCCACCATCGCCGGGATCTACGCCGAGCGGGCAGGCGGGACTATCGAGGAATGGCGTGAGGCCATGAGAGCCGAGACCTGGTACACGGCAGACGAAGCCGTGGCAGCAGGCCTCGCTGATCGAGTGGCCAAGGTTGCCAAAAAACCGACAACAGAGGAGGCAAGCAACCGCTTCGACCTCTCAATCTTTGCCCACGCTGGGCGCCGCAACGCACCGGCACCGGCAGTCAACACCCGCAACGAACGCCGGCCACAGCTAAGTCTGGTCAACGGCTCAGCGCTCACCGCGGCAACCCATATGGTCGCTAAGGCCACCCCGAAACCTCCGGCCGAGCCGAAGGACACCACCAACCCCCAAGAGAAAGGAACCGACACCATGTCGGCAAAACTGAACCAGGGGCTCCGTAAGCGGCTCGGCATCTCCGCCGACGCGGAACTCAACGAAGACGAACTTCTGGACGCCGTGGACGAGGCGCTCGCGGAGCAGGCAGCAGAACCTGCCCCCGCAGCCTCGGCAGCCACCCACGCTCCGGGAACCGTCGTACTGGACGCAGCCCAGTACCAGGAACTCCGCAACGATGCCGCAGATGGCCGTCTGGCCCGTCAGCAGCAGCTCGCGGACGAACGCTCTGAGCTCGTAAACGCAGCCGTGCAGGACGGTCGGATTCCTCCGGCCCGTCGTGATCACTGGCTCAACTCGCTTGAGGCAGATCCGGGCATTGCTGACACCCTTGCCGCCTTGGAACCGGGCCTAATCCCCGTTGACAGCATCGGTTACACCGGCGGCGTGGAGGAATCCACCGACGAAGCCCGCGCCTACGACCACATCTTCCCGAAGGAGGCCTGA MTIHMLKPSAAQEPWFRMEASADSNAADVYIYEMIDSWWGVDAAQFVREIAALDVETINLWVNSPGGSVYDGVAIMNALRRHQATVVATVDGMAASAASFIIQAADEVIMGQGAELMIHDAWTFAWGNAEALQKAAGDLDRISSTIAGIYAERAGGTIEEWREAMRAETWYTADEAVAAGLADRVAKVAKKPTTEEASNRFDLSIFAHAGRRNAPAPAVNTRNERRPQLSLVNGSALTAATHMVAKATPKPPAEPKDTTNPQEKGTDTMSAKLNQGLRKRLGISADAELNEDELLDAVDEALAEQAAEPAPAASAATHAPGTVVLDAAQYQELRNDAADGRLARQQQLADERSELVNAAVQDGRIPPARRDHWLNSLEADPGIADTLAALEPGLIPVDSIGYTGGVEESTDEARAYDHIFPKEA NA NA NA NA NA D3-18_01638 1320 hypothetical protein ATGGTGAAGTGGTGGAAGTCGGCTAGCTCACGGAAGAACCTAGCCAGCGCAGTAACTGCGGCGCCGGTAACGGAAGTCGGCTACGCGACCAGCGCGACCGAGTGGTGGTCCGATCTCGACGGAGAGGAAACGCCAGAACTTCGGTGGCCTCACAACATTGAGGTTTATGACCGAATGCGCCGCCAGGACGCTCAGGTCATCTCCGTACTTCGGGCCATGACTTTGCCGATACGCCGGACTAAATGGCGGATCGATCCCAATGGCGCTCGCCCTGAGGTTGCCCGGCAGGTGGCCGACGATCTAGGGCTGCCTCTGGTTGGTGCCGAGAACGAACCGGTTATCCGCACGCGTGACCGCTTCGCCTGGTCGGAACATCTTCGCCTATCTCTGTTGATGCTCCCGTTTGGGCACTCGGTGTTCGAACAGCAGTACCGCATTGATGAGGCAGGCTGGGCGCGCCTACGGAAGCTGGGGTGGCGCCCTCCAAAGACCATTTCCCGCGTGGACGTTGCCCCTGACGGTGGGCTGGTGGCAATTCACCAGCACAACGTCAAGAAACCGATGACCGTCGATCGGCTAGTGGTCTACGTCAACGAACGCGAGGGCGGAAACTGGCTCGGCCAATCCATCCTCCGGCCCGCCTACAAGGACTGGCTGCTCAAGGACCGGGCGCTGCGTGTACAAGCGCAGACGCTCGACCGAAACGGCATGGGCGTACCCATCTACAAGGGCTCGCCGCTGCCCGACTCTGTCACAGGCGAAGACCGAACCGCGCGGGAAAAACTCGAACTGGACGCAGGCCTGAAACTCGCCAAGGGCATCCGCTCCGGGGACAACTCAGGCGGGTCCATTCCACACAAAGCAGAGCTGGAACTCAAAGGCGTCACGGGCACCCTTCCTGATGCTGACAAGCCCATCCGCTACTACGACGAGCAGATAGCACGCGCTGTGTTGGCTCACTTTTTGAACCTTGGCACCGAGACCGGTTCCTGGGCGCTCGGTTCGACCTTCGCTGACTTCTTCACCTTGTCGTTGCAGACTCTCGCGATGCAGATCGCGGACACCACAACCCAACACGTGATCGAAGACATGGTGGACGTCAACTGGGGGCCGAATGAGCCGGCGCCCCGACTGGTCTTTGAAGAGATCGGCTCGCGCCACGCAGCGACAGCGGAAGCAATCAAGATGCTCATCGACTGTGGAGCCATCAAGGCTGATCAGAAGTTGGACGACTTCCTGCGAACCGTCTACGGCCTGCCCGGATCTGATCCAGAGACAGCCAGGGAGCCCATGCCCCGAACCGCAACGGAGAACAAATGA MVKWWKSASSRKNLASAVTAAPVTEVGYATSATEWWSDLDGEETPELRWPHNIEVYDRMRRQDAQVISVLRAMTLPIRRTKWRIDPNGARPEVARQVADDLGLPLVGAENEPVIRTRDRFAWSEHLRLSLLMLPFGHSVFEQQYRIDEAGWARLRKLGWRPPKTISRVDVAPDGGLVAIHQHNVKKPMTVDRLVVYVNEREGGNWLGQSILRPAYKDWLLKDRALRVQAQTLDRNGMGVPIYKGSPLPDSVTGEDRTAREKLELDAGLKLAKGIRSGDNSGGSIPHKAELELKGVTGTLPDADKPIRYYDEQIARAVLAHFLNLGTETGSWALGSTFADFFTLSLQTLAMQIADTTTQHVIEDMVDVNWGPNEPAPRLVFEEIGSRHAATAEAIKMLIDCGAIKADQKLDDFLRTVYGLPGSDPETAREPMPRTATENK NA NA NA NA NA D3-18_01639 1791 hypothetical protein ATGTCTCAGACTTCCAAGCTCGCGCCAGGGCACGCCGCTCCGGTTAGTGGTCCCAATGCGGTAGATCCGGGCGACTACTACCGCTCGGTTTGCCATGTAGCAGAGCCGGACCAGTCCGGAGCCAAGCGGAAGAAGATATTCGGCTATGCGGAACCTCGGATCTGCACGCCACCCCTTCGAGCCCTCACTCCGGAGACAACGCTCGGCTATGACGTCATTGACTTCGCGCGAGATGTCTTGGGGCTCGACCTGTACCCGTGGCAGAAGGTCCTGCTCTGCCGGATGCTGGAGCTGCTCCCAGACGGCTCGCTGAGGTTCAGGACCGCAGTGGTTCTGATCGCCCGCCAGAACGGCAAGAGCACCCTGTCACAGGTCCTTGCCCTCTGGTTCATGATCGTCTGGGGCTGGCCGCTGGTCATGGGCACCGCCCAGGACCTCGAAACGGCCGAAGAAGTATGGCAGGGCGCTGTTGACCTCGTGGAAGAGGACGAGGAACTCTCCAAGCTCCTTAAACGCGTCGTCAAAGTCAACGGCAAGAAGGCCCTGGAGCTAAAGGCCGGCAGCCGGTACAAGGTAAAAGCCGCAAACCGTCGCGCTGGACGTGGTTTCACCGGCAACCTGATCATGCTCGATGAGTTGCGCGAGCACCAGAACTGGGAAGCCTGGGGAGCGATCACCAAAACGACCATGGCGCAGGCCGAGGCTCTGATTTTGGCGCTTTCCAACGCCGGCGACCTGACCTCGATCGTCCTCCGATACCTCCGCAAGATGGCCCACGAGGCTCTCGGAGATCCAGACGGCATCTGTGAGGAGATTGGAGCCGCCGGACCTTCCGCGCTCGACGTCGCAGACCTCACGGAAGACGATGAAGAGCTTGATGACGACGAACTGGCCGATTTTGAGCAGGATGAGGACACTCTTGGCCTCTGGGAATGGTCGATGGCCCCTGGTACCGACAAAAGGGACCGTCAAGGCTGGGCACAGGCCAACCCCTCACTGAACTGGAACACCGGATTCACCGAACGCACCATCGCAGCGGCCTGCAAAACCGATCCTGAGTGGGTTTTCCGCACAGAGGTCGGTTGCCAGTGGTCAGAAGGCACTCTTACTGGGCCGTTCCCTCCTGGCGCGTGGGACAAGGGCAAGAACCCGGTCCAAACTCTGGAAGACGGCACAATTGGCGTCGCCGAAGAACACCGGATAATCCCCGGCTCGGAAGTCTGGGCTGGCGTTGACCAGTCCCATGACCGGTCCATGACCTATGTAGCTTTCGGAGGGTTTAGGGCCGATGGGAAAGCCCAAGTCGAGATTGTGGCGGCGCGCCATGGCTCCGACTGGGTCAAGGGCTATCTGATGGACGAGAAACGACGCGGACGAATCAAGGCCGTGGCCGGCCAGTCCAAGGGTGCGCCGATCTCGCCACTCATGGAGAGCCTGGACGCTGACATTGAGTTCACGATTCCCGTTATCGAGTGGTCAGGTAGCGACCTAACCAACGGCTGGGCCGATGTCTTTGACTCCGTCCGAGACGTAACCGTTTTCCACAACCCCCAACCTGTGCTGGACACGGCTGCGGCAACTGCTGTTGTAAAGGTGTTCAGCGGTGGCGCGTCCATCCCGGACCATCGGGCATCACCAGCTGAGGTTGCCCCGTTGATGGCCTTTACAGCGGTCAAGTGGCTCATGGGGCGCCGCGAGGTTGCCCCGCCACCCCCGCCACCCCCGCCCGCGGCCATCAAGGCCGAGGAAACGACCCACGTGGAAGACAACGTCGCCCTAATCGGGTTCTGA MSQTSKLAPGHAAPVSGPNAVDPGDYYRSVCHVAEPDQSGAKRKKIFGYAEPRICTPPLRALTPETTLGYDVIDFARDVLGLDLYPWQKVLLCRMLELLPDGSLRFRTAVVLIARQNGKSTLSQVLALWFMIVWGWPLVMGTAQDLETAEEVWQGAVDLVEEDEELSKLLKRVVKVNGKKALELKAGSRYKVKAANRRAGRGFTGNLIMLDELREHQNWEAWGAITKTTMAQAEALILALSNAGDLTSIVLRYLRKMAHEALGDPDGICEEIGAAGPSALDVADLTEDDEELDDDELADFEQDEDTLGLWEWSMAPGTDKRDRQGWAQANPSLNWNTGFTERTIAAACKTDPEWVFRTEVGCQWSEGTLTGPFPPGAWDKGKNPVQTLEDGTIGVAEEHRIIPGSEVWAGVDQSHDRSMTYVAFGGFRADGKAQVEIVAARHGSDWVKGYLMDEKRRGRIKAVAGQSKGAPISPLMESLDADIEFTIPVIEWSGSDLTNGWADVFDSVRDVTVFHNPQPVLDTAAATAVVKVFSGGASIPDHRASPAEVAPLMAFTAVKWLMGRREVAPPPPPPPPAAIKAEETTHVEDNVALIGF NA NA NA NA NA D3-18_01640 654 hypothetical protein ATGACCTCAGCTGAGAACCACATCGACCCTCCTGACCACCTTCCGGAACCTGTAGCGGAAGTGTGGCGCGAGATCGTGGCCAGTAACGACCTCGTGGGAAACGTGGACCGCTCCGCACTGGAAACCTTCTGCACCCTCATGGCACGACTCCGCGAAGCACGAGGCCGAATCGAGGACGAAGGCATGGTGGTCACCGACCCCCGAGGCCGCGTCATCCCTCACCCCGCGCTCGCCGTCGAACGTTCGACCGCAGAGCAGATCCGGGCGTGGGGTGACCGCTTCGCCCCGCTCGTGAAGCCAGCTAGGAAACGCGGCTACATGGCTGACGCCACTGCGCTGACCATCACGGCCGCGAAACACCTTGAAGGCCCCCGCTTCGCTGGTCCAGTGGCAGCCGTGAAGACGCTTGCCTGGATGATCGACGAGGCCCAGCGCGACAGCATGGAAGCGCTCCAGAAGGCCATGACCACCACCGTGCCGAACTACCTCAAAGCCTGCGCTGAACTGCAAATTACGCCAGCTTCCCTTCCATCCGGCGCGGGGCTGACGGCCGTTCCGCCTGCTGAGGAAACCAAACCGGCAGAAGAAGGAAAGCCGGGGGGCGCGAATGTCTCAGACTTCCAAGCTCGCGCCAGGGCACGCCGCTCCGGTTAG MTSAENHIDPPDHLPEPVAEVWREIVASNDLVGNVDRSALETFCTLMARLREARGRIEDEGMVVTDPRGRVIPHPALAVERSTAEQIRAWGDRFAPLVKPARKRGYMADATALTITAAKHLEGPRFAGPVAAVKTLAWMIDEAQRDSMEALQKAMTTTVPNYLKACAELQITPASLPSGAGLTAVPPAEETKPAEEGKPGGANVSDFQARARARRSG NA NA NA NA NA D3-18_01641 399 hypothetical protein GTGCACGACCGCCCAGCGATCCGGGAACAGCGGGACGAGGGCAACTCCATCAGGAGCATTGCGAGAGACCACGGAGCCTCACGGAACGCCGTCCGCCGGGCAATCCGCCCCGGCGCTCGCGATGGCTACTACCGGCCCTCTGCCATTGAAGAGGCTGAGCCGGCCGTCCGCGACGTCCTGGCCGACTATCCACAGATGTGCGTCGCGGACGTCGCCCTCCTGATCGACTGGAGGAAGTCCCGCAGGCAGCTCTCAGACCTCGTGGCACGACTCCGGCCGAAAAGCGCGAACGAGTGGCCTACCGTCCAAGCCCGCACGCTCGAATCACTCGCCACCGGCAAGCTCACCACCAAGCCCCTCCAATGCGGCTCGATGAAACTCGGGGAGTTGAAACTATGA MHDRPAIREQRDEGNSIRSIARDHGASRNAVRRAIRPGARDGYYRPSAIEEAEPAVRDVLADYPQMCVADVALLIDWRKSRRQLSDLVARLRPKSANEWPTVQARTLESLATGKLTTKPLQCGSMKLGELKL NA NA NA NA NA D3-18_01642 687 hypothetical protein ATGGCTAGTCTCGGAAATCTCACGCTCGTCCTTTCGGCCCGAATCGGGGACGGCGAACCCCTCGACATTGGAGAAATTGAACTGCCCGTCGTTCATGAAACGACCCACACGGTAGGGCACGTCTCCATCACGGCCAGAGTCAGGATTGACGACGTCGAACTGAACCAGCGGCTGCAAAAGTTCGCAGCTGCCGTAACTGATGAGATGGCAGCTGCTGCCAAGCCTGACGTCCTGGCTTATTCTCCGGATCGCATGATCGGATCAGCTCTGACCATCGACCCTTCGCCCGTCTTCAGCGCCAGGCTCAAAGCCGCCAAAACCCGGCAGGCTGCGCTGGCCGCTCCGTCCATCCTTGACGGGCCAGAGCACGTCATCATCGGAGCCCGCCAAGAGGGCAAGACCCGCCTCGCGCTGAAGTGGCTCACGGACGCTCCAGAGGGAGTGGAGCGAGTCCTTATTGTCACCGACAACAACTCGGCTGAACACCTCAAATCCTCTTACGGGCTGCCCAAGAGTGATCCACGGATCATCAGCTACCGGACCTTACTTAATAAGGGCCCCCGCCAGGGTGTTGAATACGGCGTGGACGACACAGCCCACATCCTGACGGCGCTTCTGGGGCTCAAAGACCTGCCCCGTCTTCTGACCGTTGGCCACGCTGAGGCATGGCAGGGCACGAAGAAGTAG MASLGNLTLVLSARIGDGEPLDIGEIELPVVHETTHTVGHVSITARVRIDDVELNQRLQKFAAAVTDEMAAAAKPDVLAYSPDRMIGSALTIDPSPVFSARLKAAKTRQAALAAPSILDGPEHVIIGARQEGKTRLALKWLTDAPEGVERVLIVTDNNSAEHLKSSYGLPKSDPRIISYRTLLNKGPRQGVEYGVDDTAHILTALLGLKDLPRLLTVGHAEAWQGTKK NA NA NA NA NA D3-18_01643 216 hypothetical protein ATGGGTAAGACGACCGCAGTAGCAACCCTGTACAGCAAGACCGATGCAGGCAACGGACAGACGGCGCTGGCCTTCTGTGCTGACTACAACGACGAACGCAACAAGGAATGGGCGAAGTACACGCCCGGACTGAGCGTCGGGATGACCGTCATCGAAAGCGTTGGCGAGCAGTTCGAGCAGGGCGAAACGTACCTGCTTACCTTCGAACGGCAGTAA MGKTTAVATLYSKTDAGNGQTALAFCADYNDERNKEWAKYTPGLSVGMTVIESVGEQFEQGETYLLTFERQ NA NA NA NA NA D3-18_01644 324 hypothetical protein ATGTCCAGCCAAGGTGGTGAGACTGATGTGAACGGACTCAGCATCCCCTCGTGGTCCGGCAGACGAGCAGGTGAAGCGCTGGCCAAGGTCAAGGCCGAGGGCCGACGACGCAACACAGCCTGCTGCATCTGCAAGCAGAGCATCGACTACTCACTGTCCTACCCGCACAAGCAGTCGTGCAGTGTGCAGCATGTGAAGTCACGCAAGCTGTACCCGCAGCTGACATGGGAGCCGAGCAACTGGAAGCCCGCGCACCTTGACTGCAACAAGGCAGCTGGCACGGGTGAGGATCTCAGCATGGGCGTCACCTCTGAAGACTGGTGA MSSQGGETDVNGLSIPSWSGRRAGEALAKVKAEGRRRNTACCICKQSIDYSLSYPHKQSCSVQHVKSRKLYPQLTWEPSNWKPAHLDCNKAAGTGEDLSMGVTSEDW NA NA NA NA NA D3-18_01645 753 hypothetical protein ATGACAACGTGCACGACTGAAGACTGCTACCGGGAAACCTCGCTCTATCTGTGCACTGACTGCATCCTGGAACTCGACTCACTTCTTGCCGACGTTGGCCCTCTGCTTCAGTTCATCGACGGTGCCATTGACCAGACGGCTGTGACCAGGAGTCCGGGCGCGAGTGGTGGCGGTGGTGGTCATGCGAAGTCCCAGCCAGCCATGAACGTGGATGCCTGGTTACTTCGGGCATGGCTGCACCAGCTCCCGACCCGCGCTCACGCCACGGCAATGGACAACCCGAAGGCCGGGGAGATCCTCTACATGGCTCGCATCTGGGTTCAGCAGGGACGTGATCTTGTATGGGGTCCAGAGGACAAGCGCGTCTACGGCCAGTGTGAGGAGCCCCTCGACGGGGAGGATGAAGATGCCGATCCGATACCGTGCGATGGTCGGCTGGTCGCCCACCCGGATGATGCAACTGTAAAGTGCCCCGTCTGCAACACCGTCCACAACGTCAGCGATGTGCTGGACAAGCTGAGGCGCAAGGCCAGAGGGGAGCCGATGCCACCGAGGGCGGTACGTGAGTACCTTCAGCGGAAGACAAAGGTGATCGTCACGAAGTTCGACTTCGAGAACTGGGTGAAGCTGGGCAGGCTGCGTTACGTCCTGGATCGAGTCACCACCACAACCAAGGCTCCGCGGATCTACTACCCGGGAGATGTGCTGGAGGTGTCAGAGCGCATGCGGGCGAGGCGTCGAACACCTGTCTAG MTTCTTEDCYRETSLYLCTDCILELDSLLADVGPLLQFIDGAIDQTAVTRSPGASGGGGGHAKSQPAMNVDAWLLRAWLHQLPTRAHATAMDNPKAGEILYMARIWVQQGRDLVWGPEDKRVYGQCEEPLDGEDEDADPIPCDGRLVAHPDDATVKCPVCNTVHNVSDVLDKLRRKARGEPMPPRAVREYLQRKTKVIVTKFDFENWVKLGRLRYVLDRVTTTTKAPRIYYPGDVLEVSERMRARRRTPV NA NA NA NA NA D3-18_01646 333 hypothetical protein ATGCCTACCCAACGGCTTTCATCGCCTAACTCACCATCAGAAGATGAGTTCCAGTCTGCTGTCCTGCAACTCGCTCAGATCCTTGGATACCAGCTCAGGTACCACAACCCCGATAGCCGGCGCTCTCAGGCCGGTTTCCCGGATCTGGTCCTCGGCAGCTCATCAAGGAAGCGCCTCCTCTTCCGTGAACTGAAAACCGATACCGGACGAGTCAGCCCAGCCCAACGGGTATGCATGGAGATCCTCAACCTAGCCGGCGCTAATGCTGCCGTCTGGCGCCCACAGGATCTCCGCAGTGGCCGGATCGAGCGAGAGCTGAGAGGTGACAAATGA MPTQRLSSPNSPSEDEFQSAVLQLAQILGYQLRYHNPDSRRSQAGFPDLVLGSSSRKRLLFRELKTDTGRVSPAQRVCMEILNLAGANAAVWRPQDLRSGRIERELRGDK NA NA NA NA NA D3-18_01647 1056 hypothetical protein GTGCCATGGCTGAAGCAGGGCGACGCGGCGGCGAATCACCCGATCGTCCTCTCAGCAGTGGAGATGGAAGAAGCAGACGATCGGATTCTGAATGAGTGCTTCGGTTTCGTGGCCCGCTGCGCCACCCAAGCGGCAGCGTACGAGCAGGATTACATCATCAGCGTCGGCACGGCCAAGCTCATGGCCGGCTCTTTGGGCAGATACCACGAGCTGATCAAGGCGGCGAAGTTCTGCGGCTACCTCACAGAGACCGAGATCGACGTCGAGGGCGAGAAGCGTAAGGCCTTCAAGCTGGTGGAGGACAATGACCTCTTCCACATGATCCTCAAGGCAGAGCGCGAGTGGAACAACCAAAGAAAGAAGGACACCAGGAACAATGAGCTGACGTGGAGAGTAAGAGCCCGCGACGGCGACGCTTGCAGATACTGTGGCAAGTCAGTCGCTTGGGGAGACACAAAGTCTGGACGCGGCGCCACCTATGACCACACCAACCCCGGCAAGGCCGGCACTGTAGACACGCTCGTTGTCTGCTGCCGCGAATGCAACGGACGCCGGCAAGATGACCCCGAGAGCACCTGGAAGACCATTCCAGTTCCGGCAGAGCCAATCATTGGCCCAGCAACGGCTGCTTTCATCGCCAAGCACGGCACCCCGATCGAACCCACCTACACCCGACCAGGTACAGCACCGGCCACCAGCACCACGGCAACGGACGACACGAACCCCGTAGAGCAGCCCACGCTGGCCGCTCCGGGACAAGACGAGGCAACGGCTCACTCCGGCCCGTCCAACGAGTCACCGGCCCACACAGCCACGGTCAAGCATCCACCGGCAGCAACGGCACACCCGGCTGCAACGGGATCCAGATCCAACACCAGACCAAATCCTGACCCAGGACATAGGTATCCCGGATCTGGATTTGTCGGGACGGGTAGGGAAGGGACGGGTTGGGCAGGTAAGGGCAGTGAGGGGCAGGAAGCCCTGCACTCAACCCAAGGCAAACCCAAGAACCAAACCAAGAAGAGAAGACGCCCCCATAAGCGAGGACGGAACTGA MPWLKQGDAAANHPIVLSAVEMEEADDRILNECFGFVARCATQAAAYEQDYIISVGTAKLMAGSLGRYHELIKAAKFCGYLTETEIDVEGEKRKAFKLVEDNDLFHMILKAEREWNNQRKKDTRNNELTWRVRARDGDACRYCGKSVAWGDTKSGRGATYDHTNPGKAGTVDTLVVCCRECNGRRQDDPESTWKTIPVPAEPIIGPATAAFIAKHGTPIEPTYTRPGTAPATSTTATDDTNPVEQPTLAAPGQDEATAHSGPSNESPAHTATVKHPPAATAHPAATGSRSNTRPNPDPGHRYPGSGFVGTGREGTGWAGKGSEGQEALHSTQGKPKNQTKKRRRPHKRGRN NA NA NA NA NA D3-18_01648 210 hypothetical protein GTGAGCGAACAATTTAGCGGCCGTCCCAAACCACTCATTCAGATCATGCGAGACGCAGAAGACCCCAAGGGCGGAGCCACTCTGGCCGAGCTGTCACAGTTCATCCAGGAAGCGGAACGGGCCGGCATTGACCCACGCACGCCCGTGCTGGTGCGAGTTGGCTTCTCAGGCCAGATCAAGAAGCTACAGACGGGAGGTCGATCCCGATGA MSEQFSGRPKPLIQIMRDAEDPKGGATLAELSQFIQEAERAGIDPRTPVLVRVGFSGQIKKLQTGGRSR NA NA NA NA NA D3-18_01649 444 hypothetical protein ATGAGCGCCGAGCACGACGAGTTGTTCCAGCTGATCTTGGGTCGGACTACTACCAAAGCCGTGGAGAGGATCCTCGCCGCTGGTTGGGTGAAGTCGAGAGTTGCTACCACTCCTGACGAAGCAAAAGAAGCGGCGGCCCGCGGGATCTTCAACGTGCGCGATGATCCCTACGATTTCGAAGAGTGGGACGACTTGAACTCCTCTGAACGCGAACTGTACTTATGCCAAGCCCGCGCCGCCCTTGAAGCTGCTGCCCCGTTCATCGCCGTGCAAGCCTTCGATCACGGTTGGCGGGAAGGCAAAGGGGCGCCGACACCCATTCATGCCGCCACGGGAGAACTGCTCCACGACCAGGCCGCCAAGCCCGGCTGGAACCCCTACAGGAGAGAATCCGGTGAGGAAGAGCCCACCGAAGGCGACAGGCCCATCATCGAGGACGAGTGA MSAEHDELFQLILGRTTTKAVERILAAGWVKSRVATTPDEAKEAAARGIFNVRDDPYDFEEWDDLNSSERELYLCQARAALEAAAPFIAVQAFDHGWREGKGAPTPIHAATGELLHDQAAKPGWNPYRRESGEEEPTEGDRPIIEDE NA NA NA NA NA D3-18_01650 417 hypothetical protein ATGATCAGCGTGCTGGAGGCTCTCCATGCGTCGCATGCCGCGAACGGGATCATTAGGCCGGCTTGCAAGCTCTGCAGAACTGACGCGGTCCACTACGTCGACCTGGTAGCAGCCGAGCCTGACATTCATGGGCACAGGGAAGCCCCGACGCTGAAGTTCGAGTGCCAGGGAGACTCAACCTCCGAGTGCCATCAGTACCCCGATAGCTGCGGGTGCGAAAGCTGGCCCTGCGGTCACCCGTACGTGGCGCACGAAAAGTGCTGGATGCAGGACTGGTTCGACTGCGACTCCGCTAGCTACGAAGGCGAAGACGGCGACTATATGGTGCAGGGCGGCTTACCAAGAGACATCACCAGGAGCGGGCCGATAAGCGCCGGCTGGGAAGGCGAGTATGTGGCATGGGAGTGGATCGAATGA MISVLEALHASHAANGIIRPACKLCRTDAVHYVDLVAAEPDIHGHREAPTLKFECQGDSTSECHQYPDSCGCESWPCGHPYVAHEKCWMQDWFDCDSASYEGEDGDYMVQGGLPRDITRSGPISAGWEGEYVAWEWIE NA NA NA NA NA D3-18_01651 447 hypothetical protein GTGACAGACCAGATCAGCGAATTCCTCAAACCCTTCCAATCCCGAGTCGATGAAGCCGAAGCCAAGCGGGAAAAGTCCAGGAAGAACCCAGATCCAATCTGGGACGCATCAATGATTCTCGCCATTCAAGCGTCATCGGCGGACGTCCCGACGCTGATCGGTGCGCTCGCCGCTGCTGAGGCGTCATTGGCGGAGATGTCCGAAGCTGCTAATCGAGTGCACCAGGCCCGTGATTGGGACGAAAACGGTCCAACGAAATCACATCAGTGGGCTACCGGCGTCGAAGAGGCAGTCGCAGTCATTCGGGCGGCTCTCGAGGGGTCATTGGAGGGGTGCGAGTGCGCCTTGGTTGGATGCCGGCACAAGCCAATGCTTACGACCGAGGGGCGCAAGCAAGTTGCGGCGGCGATTGATGGCCAGGCTGCACTTGGGAAAGGACTCAAATGA MTDQISEFLKPFQSRVDEAEAKREKSRKNPDPIWDASMILAIQASSADVPTLIGALAAAEASLAEMSEAANRVHQARDWDENGPTKSHQWATGVEEAVAVIRAALEGSLEGCECALVGCRHKPMLTTEGRKQVAAAIDGQAALGKGLK NA NA NA NA NA D3-18_01652 126 hypothetical protein GTGACAGCGGCTGGCGACGAGCCCCCACCGGCCGAGTCACAAACGCCAGTCCTCGACCGGAAGCTGCGCAACCTACCACCCGAACAGCTCGCCATCATCTTCAAAGACAAGGAACTCACCCAGTGA MTAAGDEPPPAESQTPVLDRKLRNLPPEQLAIIFKDKELTQ NA NA NA NA NA D3-18_01653 336 hypothetical protein ATGGAACTCACCATCCACCCGCCCGTGCCGGCCTTCCCGCCGGAAGTCCCGAGGGGAGGCTCACCGTTCACTCAGGCAGTCGGAAGCTTCAAAGCCTCTGTCGAATGGCAGGTTGAGCGAATCAAGGAAGCCGCTCTCTCGCAGAGTAAGCGCCTGACAGACGTGGAGCTGGCGGCAGAGTTCTGGCATGCGGCGCAGGTCGCCACGTACGCCCGTGGCCGCATCGACTGGGGCCTTCCAGGGTATGGCGCGATCGACCCCGACCGAGCCGAGGACATCGAACACGTACTCAGCCGGTTCGCGGAACTTCCCCACTACGACGAAGCCGACCAGTGA MELTIHPPVPAFPPEVPRGGSPFTQAVGSFKASVEWQVERIKEAALSQSKRLTDVELAAEFWHAAQVATYARGRIDWGLPGYGAIDPDRAEDIEHVLSRFAELPHYDEADQ NA NA NA NA NA D3-18_01654 426 hypothetical protein ATGATCGACGCCGAAGCACCCGCCCTGAAGGCCATCACGGTCAAGAACCCATGGGCCTGGTCAATCCTCCACGCAGGCAAGGACGTCGAGAACCGCTCGCAGTCCATCAACCACCGTGGCACCCTCTACATTCACGTCGCGAAGCGGGACGACGAAGCCGGGTACGAGAACGAGACGTTCCGCCAAGCACGCGCCAAGGCATCACAAGCGGTCAAGAACAACCTCCACTTGCAGGGCTATGTCCTCGGCACCGTGGAAGTCGTGGGCTGCCACTACTCGACCGAATGCCGGACCTCTGAAGGCCTCTGCTCTGAATGGGCAAGGCCCGGGCAGTACCACTGGGAACTCGCCAACCCGAGGCCCCTAGCATGCCCGTTCCCTGAGATCGGACAGCTCGGCCTGTGGAATCTGGCGGCAAACGCATGA MIDAEAPALKAITVKNPWAWSILHAGKDVENRSQSINHRGTLYIHVAKRDDEAGYENETFRQARAKASQAVKNNLHLQGYVLGTVEVVGCHYSTECRTSEGLCSEWARPGQYHWELANPRPLACPFPEIGQLGLWNLAANA NA NA NA NA NA D3-18_01655 120 hypothetical protein GTGACCGACGAACAAGAAGCAGCCATCATGGCCCAGTTGCTCAGCCGCCCGGCGAAGCTCGACACCTGCAAGGCCTGCCAGAAGGCCCTCAACGGCAACGATGAGTGTGATTGCTCATGA MTDEQEAAIMAQLLSRPAKLDTCKACQKALNGNDECDCS NA NA NA NA NA D3-18_01656 1257 dnaN COG0592 Beta sliding clamp ATGACCATCACCGCTACTGAACCCAATACGACCACTGAGCGGGCGCTCGCTGATCTGACGATCACTGCCACGGGCACTGAATGGCTTCGCAAGCTCGCGGCTGTTGGTGTGGCCGTGTCGTCACGCCCTCCGGTGCCGATCCTCAGCTTTGTCGTGCTGGAGTGCCACAGAGGCAAGGCGACAATTACGGGCTACGACTACTCAACGTCGGCTGTGGTCAAGCTGGACCACGAAGCGATCGGGACCCTTCACAATGCCATGGCGCTCGCTCCGCATTCCTGGCTGGTCCGAACTATCCGGGTTCTGACCGCACGTAAGCGGGACATTCCGGTGACTGTAGCTGCCAAGACGCTGCTGGGCAGGCCCATGATCACGGTTACCGCCGCCGGTTTCACCATCCCGCGTCTGCATGACGTCCCGATTTCGGAGTACCCGGTTTTGCCAGCTCATGGCGAGCTGGACTCGTTCGAGGTCGGTCGCGACGACTTGGCGGGGGCCTTGGATCGCGCAGCCATCGCTGTCAGCCGTGACGAGACACTCCCGATCCTGACCGCAATCGAGGTACAAAGCCACGGCAAGTCCATAACCGTGCAGGCCACTGACCGCTACCGGCTCTCATCCGAGACGCTGAAGCTGTCACGCGAAGTCCAAGACTTCAAGTTCCTCCTCCGTGCCAGCACGTGGAAGGCTCTGGCAAAGCACCTCAACGGCGAGAAGATCACTGTCAGCGTCCTGGTCTCGGCTGACTTCCACGGCAAGGACGGGGGCCGTTCGACCGTCCACCTGTCTTCGGGCGACTGCGCGTTCACGCTTAGCGGCGTGCTTGGCGATTACCCCAAGATCAGATCGTTGTTCGATCTGGATTTCGGGATGACTCTGGAGGTCAACCGACGGGACCTGATTGACCAGGTACTCGTTGCCCGTGAGCTGAACGATTTCCACGAACCTGCGCTGCTGAAGATCGGCCCGGGATCTGTAACCCTCTCGCCGACGTTCGCTGAAGGTGGCAGCGAAGCAGCCACGCCGATCCTGCTGGCCGACACGGCCAGTATCGACGCAGCTGACACGGCCGCCTACAACCCCCACTTCCTCCTGGAGGCATTGAAAGCGATCAACGCTGAGGTGGTGCGCTTCTCCTTCCACAACATGGTCAAGCCGACCTGCATATCTCCGGTAGTGGCCAAGGGCGACAAGCCCAGCACATACCGCCATTTACTTATGCCGGTACGCCTGCCTCGCACTCTGGACGGCGAGTAG MTITATEPNTTTERALADLTITATGTEWLRKLAAVGVAVSSRPPVPILSFVVLECHRGKATITGYDYSTSAVVKLDHEAIGTLHNAMALAPHSWLVRTIRVLTARKRDIPVTVAAKTLLGRPMITVTAAGFTIPRLHDVPISEYPVLPAHGELDSFEVGRDDLAGALDRAAIAVSRDETLPILTAIEVQSHGKSITVQATDRYRLSSETLKLSREVQDFKFLLRASTWKALAKHLNGEKITVSVLVSADFHGKDGGRSTVHLSSGDCAFTLSGVLGDYPKIRSLFDLDFGMTLEVNRRDLIDQVLVARELNDFHEPALLKIGPGSVTLSPTFAEGGSEAATPILLADTASIDAADTAAYNPHFLLEALKAINAEVVRFSFHNMVKPTCISPVVAKGDKPSTYRHLLMPVRLPRTLDGE NA NA NA NA NA D3-18_01657 300 hypothetical protein ATGGCGTGGGCAAGCATCGACCAGCGGTGGCAAGACCGGAAGGTCAGGATCTACCGCAGCAGGTACGACGAAGCATCCAGGATCACAGCAGCGCTCATGATCCGTCGGCAGAACCTCCTGACCGAGATCCGCGCTGACGATTTGGGCGGGCTCGACACCACCGCCAAGTCCCGCCGCCTCCGCCAAACGGATGACGAGTTGGACTTCGCGAAAGACCAGGCACAAGCCGCATGGGCAGCTCTCCGGATAGAAGAGGGCCGGCACCACCCCATTCACGAACCAAGAGAGGCCAGAAGATGA MAWASIDQRWQDRKVRIYRSRYDEASRITAALMIRRQNLLTEIRADDLGGLDTTAKSRRLRQTDDELDFAKDQAQAAWAALRIEEGRHHPIHEPREARR NA NA NA NA NA D3-18_01658 396 hypothetical protein ATGACGACGAAGCCTAACCACTTCCTCAAGCGGAACGCCGAGAACGAACCTGTTTGTGGCTGCGGGTTCCGCCCCGAGATCCTGGACGACCCGGCGCCTGTCGGCATCCAGTGGAAAGCCAAGCGCGACGTCCTCGATCACGTGGACGCGATGTCAGGTTTCCGCCCGTCGGCCCCGTTCGACGTCGGCCCAGACTGCCGTTACCCACGGGCTGGAGTTCGGCCAGGAGCCAGCGGCCGGTGGAAGCTCACCCTCTGGGACGAGCCCGGAGTCATGCACGCGCTCCCGTCCGAGCACCAGTGGCATGACACAGCCGGGGAAGCTTTCGACTACGGGCAGCTCGTCATCAGCACCCACCGCAAGGCCGGCACTCGCCTCAACGGGATGGGCCGCTGA MTTKPNHFLKRNAENEPVCGCGFRPEILDDPAPVGIQWKAKRDVLDHVDAMSGFRPSAPFDVGPDCRYPRAGVRPGASGRWKLTLWDEPGVMHALPSEHQWHDTAGEAFDYGQLVISTHRKAGTRLNGMGR NA NA NA NA NA D3-18_01659 1392 noc_2 Nucleoid occlusion protein ATGACACCCATCGAATTCAGAATGATCCCGGTCGCGGATCTCGTAGACCACCCACAGAACCCGAGAGACGATCTCGGGGATCCACAGAAGCTGGCCGAGCTGGCTAACGACATCGCGGACAACGGCAACACCGAGGCCCTGCACGTTTTCCCCATCCAGGATGGTCCGGACGCTGGCAAGTTCCTGCTGGTCGCTGGCCACAGAAGAACGGCAGCGGCCCGCCTCGGCAATGTTGAGGAGCTGTATTGCCGTATCCGCCCGGATCTGGACTCGCTGGATAAGCAGCTGGAGACGATGCTGCGGGAGAACACTCACCGCGAAGGCATCACGCCCATCAACGAAGCCAAGGCCATTCAGGCGATGCTCGACTGCGAGGGCATGTCGGTAAAGAAGGTGGCCAAGCGTATTCACCGCTCGGAGACGTTCATCCGTTCCCGTTCGGCCCTGGTGAAACTGCCCGACTCCGCGAAGAACGCGATCGACGCCGGGCGGATGACGTTGGAGCAGTCCCTTGTCTTTGATGAGTTCGCTGATGACAAAGCGGCCACCGCGGAGTTGACGAAGAACGCCGGCACCAATGACTGGACCTACACGGTGAATCGTCTACGCAGCGCTCGGACAACCAAGTTCAAGCAGGCAGCCTCGGAGCAGCTCGTCAAGGACCTTGGCATTAAGACCATCACGTCCCAGCAGGCCTATTCCTCAACGAAGTACGTCCGGGACTATAACCGGGAGAAGATCCCGGCCGTTCGGGTGGCTGAGGGGCAGGTTGCTGTCATCGGCTACCAAGGCGATTTGGAGTGGTACGACGTCAAGTCATCCGCAAAGAAGAAGCTTACGGATGAGGAGATCGCGGACAAGAAGCGACTCCAGGACATCGCAGCAGGACTTGAACAAGCTGACGCGCTCTGGAATGAGTTCGTGGAACGCAAGATCCGCGACGCTGCTGGCCACTTCGACCGCCCCGAGGACGCCCCTGCTGTCCTTACCCTCCGAAAGTCGATGTTCTCCGGATACGGTGCCTCCCATACCCGAGCTGCACGCGTACTCGGCATCTCCATTGCTTTGGACGGGGTCACAAGCCTCGAGGAAACCCAGGCCATCGAGGCTGCAATCGAGAAGCTCAAACTCCTGCAATTGGCATACCTTCACGCTTTCCTCCACCTGATGAAGGACGACCTCCACAAACCAGCCACGTGGAAGGCCGAATGCTCGTGGAGTCGGGAATCGCTGCAGAAGTTCCTGGCTCTCCGTAGAGACATTTTCGGGTACGAAGTCACCGCCTACGAGCAGGAAGCACTGGACTACTGGGCCGAAAAGGAAAAGGAGTCTGCGGCGACGTCGGCTGAAAATGACGAGGGATGGGATCTGGACGATGACGACGAAGCCTAA MTPIEFRMIPVADLVDHPQNPRDDLGDPQKLAELANDIADNGNTEALHVFPIQDGPDAGKFLLVAGHRRTAAARLGNVEELYCRIRPDLDSLDKQLETMLRENTHREGITPINEAKAIQAMLDCEGMSVKKVAKRIHRSETFIRSRSALVKLPDSAKNAIDAGRMTLEQSLVFDEFADDKAATAELTKNAGTNDWTYTVNRLRSARTTKFKQAASEQLVKDLGIKTITSQQAYSSTKYVRDYNREKIPAVRVAEGQVAVIGYQGDLEWYDVKSSAKKKLTDEEIADKKRLQDIAAGLEQADALWNEFVERKIRDAAGHFDRPEDAPAVLTLRKSMFSGYGASHTRAARVLGISIALDGVTSLEETQAIEAAIEKLKLLQLAYLHAFLHLMKDDLHKPATWKAECSWSRESLQKFLALRRDIFGYEVTAYEQEALDYWAEKEKESAATSAENDEGWDLDDDDEA NA NA NA NA NA D3-18_01660 324 hypothetical protein ATGACAGATAGACCTCCAGGCGCCCGCCCCGGCGCCGCCCCGTTACCCCAGACAGCGGACGCTGTCCCGGTCCTTACTCAGAAGGACCAGGAGAACGTCCACCGCCAGAGGCAGGAACCAGCCACCGAACAAGAGTGGCTTGGCAACCCAGTAGTCCGTGATGACGCTGCGTTGCGCCTTCTCCGCATCGAACGTACAACCACCCGCGCCCTTTCGGCGTTGCAGGATGGAGAACTCGATGCTGCCATCAGCCGGCTACAAGCCGCGCTGACCCTTGCCCTGGCGGAGCAAGCACTTTCCACCACTTGCGAAGGACAGCCATGA MTDRPPGARPGAAPLPQTADAVPVLTQKDQENVHRQRQEPATEQEWLGNPVVRDDAALRLLRIERTTTRALSALQDGELDAAISRLQAALTLALAEQALSTTCEGQP NA NA NA NA NA D3-18_01661 198 hypothetical protein ATGCGCCCGACGGCGCGGGTCGGCCTGTATCGCCGCCGCGCCTTCCTTTACGGCCCGCTCGTTGTCCTCGGAGCAGCACTGGTCTTGATGACCAGTCCCAACATCAACGGCGCTTACCTCGCTGGTCTGCTGATCTTGCTGGCCGGTGCTGGTGGTTTCGTTCTCGAGTCCGGGCCTCAGCCCAGGCGTAGAAGATGA MRPTARVGLYRRRAFLYGPLVVLGAALVLMTSPNINGAYLAGLLILLAGAGGFVLESGPQPRRRR NA NA NA NA NA D3-18_01662 270 hypothetical protein ATGAAGGCCAGGAAGAAGACGTTCGCGGTGGTTCATCCCATCGGACACCGGCCTTTTCAGGACACCTGCGATTTGCACTACCGCAGCACTGCGGAGTTCAAGCAGCAGATGACCGCTTATGCCCGTCGCAAGTGGCCGCTACCCCAGGCGATTGAGATCGATCTTTCAACGAACACGATCGTTGTGAACGGTGTTGATCGGGGCAAGTTCTCGGAGCACGAGCACCGTGAGTCGGCTCGCAAGGCTATTCAGCTTGGGCTGGAGCTGTGA MKARKKTFAVVHPIGHRPFQDTCDLHYRSTAEFKQQMTAYARRKWPLPQAIEIDLSTNTIVVNGVDRGKFSEHEHRESARKAIQLGLEL NA NA NA NA NA D3-18_01663 588 hypothetical protein ATGACCACCAGCAAGGAAGCGACAGACCTGCTCCCCCGAAACTCTTACTTCCACGCCGTCGATCGGCAGATGGAAACCGACTCTTACCCGTCCAAGATCATCCCGACCGAGCAAGGCCGCCGGCACAAGCTGCTGACCCTCGCCATCCAGGATGCAGAGAACCTCATCGGGGCTCTCAAAACGGCGAAGCACTTCGACCGCTTGGGCAACATCGAACACGCACTCCCACAGATCACGGATGCGCTCGCTGATGTGGTGACCAAGGCCAACAACTTTGTTTCTGACGTGGAGGTGTCAACGGCCCGCTACCGGGGTGCCGTTGCTGAATCCTCCAATGAGGCTGCCGGGAGGCAGCCCTCTGATCCGGCAGCTGCCGTCGAATCCCCCGACGTGCCGGCGGCAGCTGCCTCCAGCCCTGACGATGCCAGCGAGACCCTGACCTATTACGAATGGCAGGACCCGACCGCGAACGTCGTACCGAAGCCGGGGCCGCACCTGCTAGCGATCAACACTCCGAAGCTCGTTTCATCGGATGAGCTTCGCGGCAGGATCCTCCGTTCCGTTCGGATGGACGGCGGCAGAAGATGA MTTSKEATDLLPRNSYFHAVDRQMETDSYPSKIIPTEQGRRHKLLTLAIQDAENLIGALKTAKHFDRLGNIEHALPQITDALADVVTKANNFVSDVEVSTARYRGAVAESSNEAAGRQPSDPAAAVESPDVPAAAASSPDDASETLTYYEWQDPTANVVPKPGPHLLAINTPKLVSSDELRGRILRSVRMDGGRR NA NA NA NA NA D3-18_01664 234 hypothetical protein ATGGTCATCAGAAGACTCCGGCAGCTACCGCCGGAAGCCCGTCCCCACATCGCCGCAGCTGGCCGTGTCCTTGCCGAGGCGACAGCCCGCATGAACAACATGAGCCCCCGCGAGATCGCGGAAGCTGCGTACACGCCGGGAGGCCCGTCACTGGAGCAGCTGGAGAAGCTGGCCGAAGCGCGCCTCATGGGACAGTCCGTCCGCCACTCCCCCGCTGTAGCTGAGGTGGCCTGA MVIRRLRQLPPEARPHIAAAGRVLAEATARMNNMSPREIAEAAYTPGGPSLEQLEKLAEARLMGQSVRHSPAVAEVA NA NA NA NA NA D3-18_01665 579 hypothetical protein ATGGGTGTTGCTGCTTGGGTACGGCGCTTTTCGTACGGCCGACGCGACTTGGACTGGGCTACACGGAATCCGGAGATCGGAATCCGGAGGCCGTGGCCGGTCCACTTTCCTGATGTGGATTCGTTCGAGCGCTTTATCGGTGAACTGACGCTGTTGTCGGTCGATGAACCGGCTTACATCCATTCGGGCAATGCTGGAGAGGCCGGCGCCACTACCGCGGCCGAGTTCATGGAGCGGGCGCCCCGGCCAGTCCTGTCCTTCTCCGTGGGCGTTCCGGGCAAGGGAAGCTACTACTTCAACCACGAAGGTCGTCCCTACGTCACGCTTACCCCGCCCCAGAACATCCACATGGGTGGCGTGGGCGAGCTGGCACGCATCTTGGACAAGCACTCCCAGCCTGTCAACCGATTCCGTCGATGGATGCCCCGACGCGTGCCCGTCATCATCGACAAGTCCGCCACTGAGAGACGCGATCACACTTTCAAAGTGAACTCGGAGATCGTTCGCGTTCTCGTCGGCATCCTGGCTGGCGTCTTCGGGGCCTGGCTGTCGCTTCAACTGGGAATCGTCAAGCACTAG MGVAAWVRRFSYGRRDLDWATRNPEIGIRRPWPVHFPDVDSFERFIGELTLLSVDEPAYIHSGNAGEAGATTAAEFMERAPRPVLSFSVGVPGKGSYYFNHEGRPYVTLTPPQNIHMGGVGELARILDKHSQPVNRFRRWMPRRVPVIIDKSATERRDHTFKVNSEIVRVLVGILAGVFGAWLSLQLGIVKH NA NA NA NA NA D3-18_01666 153 hypothetical protein ATGAGCCGAGTGGAAAACGCGTCTCGCAAGCAGCGTTCGTCGCTTGCGTCGAAGGTTGCCCGGGCGTCCTGGGAGCTGTTCGTTGCTGTCGGATGCCCGGCAATCGGAGCAGCCGGCTTTTTCGCGCTGTCGAAGGGTATGGGGTGGTACTAG MSRVENASRKQRSSLASKVARASWELFVAVGCPAIGAAGFFALSKGMGWY NA NA NA NA NA D3-18_01667 315 hypothetical protein ATGAGCGGCTACAGAACGGTTCACTCCGTGGAAGCCGTAGTGATCCGGCCTGATCACCTTCTGGGCCATGGCAGTTATACCCAGCGCCATCGAGTGCAAGTGATCGCCTGGAACGAAGAGCCAGCGTCACTCATTGCCGTTCAGTCCGGATATGACCATGAAGTCATTCAGTTCGAGGTCGCGGACCTGGACCTCTTGATCGAGTTGCTCCAACAGGCGAAAGCGGCGCTCGCCGCTGAACCCAAAGACTCCGGCGCAGCAGCATCTTCCCCCGCTGCTGCTGCGCCGGTCACCACCGAACAGGAAGCGAAATGA MSGYRTVHSVEAVVIRPDHLLGHGSYTQRHRVQVIAWNEEPASLIAVQSGYDHEVIQFEVADLDLLIELLQQAKAALAAEPKDSGAAASSPAAAAPVTTEQEAK NA NA NA NA NA D3-18_01668 336 hypothetical protein ATGACTATGCAAGCAACTCGGCGGCGTCCGTCGCTCAATCGAAGGGATACGTGGATGAAGGTCAAAGACCCGGCCGCGCTCCGTCGGTGGCGAAAGCAGCAGCGCTTCTCACAGCAGCAACTGGCAACGCTCATCCGACGCTCACAGCAGACGATCCACTTGCTGGAAACCGGAGGCATGAAGACATGCACGGAGGGAGTCGCCATCGGCATCGCCGCATGGCTCGGAGTCCCCTGGCAGGAGCTCTTCGAGGCTGAGGAGCATGATATTTTGCCTCCAGTTGCAGATTCAACACATTCAATCTCTGCCGACCGGAAGAAGAGGATGCACGCATGA MTMQATRRRPSLNRRDTWMKVKDPAALRRWRKQQRFSQQQLATLIRRSQQTIHLLETGGMKTCTEGVAIGIAAWLGVPWQELFEAEEHDILPPVADSTHSISADRKKRMHA NA NA NA NA NA D3-18_01669 582 hypothetical protein GTGAACCAACCTCAGAGCCTCAGTGAGCTAGTCGAGCTTGCGGCCCAGTATCGCGACGCCTCAGGCCTCGGCCTGTCGCAGCTGGCCGCCAAGAACGGCTACCAATTGACGGCTACTACGATCAACCAGATCCGTCAGGGCCTGTACAAGTCGAAGCCACGCGAAGGCACCCTGCGCGCCCTGGCTTGGCTGGCCGGCGTGTCAGATGAGGTTGCGTTCACAGCTGCGGGACAAACCGTCCCCGGCCCACCGTTTGCCGAGGAACTCCCACCCGGTGTCGACAACCTCTCGCCTAAGGCGCGGAAGGTAGTGCTCGACATGGTGCGAGTCCTTGTGGACTTGGAAAAGAGCGCAGATGCCAGTAACACCGATTCACAGGAACAGCCAACCGACATCCGAAATGCCCGCGAGCGCCGTAACACTCGCGCTGGACAGAAGACAGGCCCGGGCAGTGAATCAGAAACTGTCGTGCCCCTAAGCGATGATGCGATAGACCGTCTGCACAAAGAGCAGTGGGAAACGTTGGCGGCCAAAAAAGCACCAGGGGGCATTACACATGATCAGAATCCCGAGGACACCTGA MNQPQSLSELVELAAQYRDASGLGLSQLAAKNGYQLTATTINQIRQGLYKSKPREGTLRALAWLAGVSDEVAFTAAGQTVPGPPFAEELPPGVDNLSPKARKVVLDMVRVLVDLEKSADASNTDSQEQPTDIRNARERRNTRAGQKTGPGSESETVVPLSDDAIDRLHKEQWETLAAKKAPGGITHDQNPEDT NA NA NA NA NA D3-18_01670 420 hypothetical protein ATGATCAGAATCCCGAGGACACCTGACTCGTACGCAAGAGAGCTAGGCGTCAGGATCCGCTTCGGCTGGGTACCGGATGGAGCATGGGGGAGCTACGACGCAGATCTCCACCTGATCACACTCCGCGTGGGACTCGGTCCTTTGCAGCTGCTATGCACTTTGATGCACGAGCTGGGGCACGCCGCCCACCGCCACCGGGGCCGCGGGCGCCGACAGGAACGTGAAGCCGACACCTGGGCAGCCGTAAGGCTCATCTCCAAGAAAGACTTCATCGACGCCTACCTAGAGCGCCAAGACGCCGTCGGCATCGCCCACCGTCTGGGAGTTCTGCCCGACGTCGTGGAGCACTACATTACGGCACTGTCTAAAGCCGAGCGTGAATCCCTGGCGGAACTCCTCCGCGCACGCCTCGCAGCCTAA MIRIPRTPDSYARELGVRIRFGWVPDGAWGSYDADLHLITLRVGLGPLQLLCTLMHELGHAAHRHRGRGRRQEREADTWAAVRLISKKDFIDAYLERQDAVGIAHRLGVLPDVVEHYITALSKAERESLAELLRARLAA NA NA NA NA NA D3-18_01671 1443 hypothetical protein GTGAATACACAACGGGCCCACCTCAGGGCTGTCCAAAACGCGCCCCAACGGGCAGTCGCCTACATCCGAGTATCCAAAGAGCGCGACGGGATGATCAGCCCCGAGCTTCAGCTGGCATCCATCGAACAGCACTGCGAACGCAGCGGTTACGAGATCGTGGAGACGATCACCGACTTGGACATGACCGGCCGGTTTTGGAAGCGCCGGCAGGTTGAGCGAGCCATTGGCATGATCGAGGCCGGAACGGCTGACGTCCTGGTGGTCTGGAAGATCAGCCGCGTATCCCGGAACCGGAAAGACTGGGCAATCGCCGTCGACCGTGTCGAAGGCATCGGCGGCCGCATGGAATCCGCCACCGAGCCGATGGACACCACCACTTCCTCGGGCAGGTTCGCCCGGGGCATGCTGGCGGAACTTGCGGCGTTCGAATCGGAACGGATGGGGGAGCAGTGGAAGGAATCGCACGCCCGGCGAGTGAAAGCCGGCATCCCAGCAAATGGTAAACCGCGCTTCGGCTACCAATACTCCAAAGAGGAGGGCTTCAGCCCTGATCCAGTCACCGGGCCAGTCCTGGCTGACCTGTACCGCCGCTACCTATCCGGCCAGTCGTTCTACTCCCTGGTGAAATGGCTGAACGATGGGCCAACACGCCCGGTCACCGGTTACGGGGTGTCCGCCGATGGCATGTGGTCCGACCGGACTTTGAGGCGCATCCTGGATCAAGGCTTCGGCGCCGGCTACATCACAGCCCACGGAGAGCGGGTGCCAGGGATCCACGAGCCAGTCATCACGCCAGAGGAATGGAACGAATACCTCGCCCGACGCGAAGCCCGACGGGTCTACCGGCGAAGCGAACGATCCAACTACCTCTTCTCAGGAATGATCCGCTGTGCCTGCGGGGCAGCAATGCATGCAGGCCTCTTCGGTGCCGGCCGATCTCCGAAGTACAAATGCGCGGACGTCGCCAGCAAAAGGAAGCACACCGGCGGCTATGTCATGACCAGCACCGTCGAAACGGATTTCCTGTCCTGGCTGGAAAGCATCGCCGCTAACGTCGACGCAGAAGCGGACCTCGCCGCCCGAGCTGAGCAGCAAGCAGCGAGCGCAGCGGACACGGCCGCCCACCTCAAGAAGCAGTTGGCAAAGTTGGGCACCCGCATGGACCAGTTGACCAACAAGATGCTCGACGGCACGATTCCCGACGACACTTACCGCCGGCTACGCGACGAGCTGGAGGCCCAGCGCAGCGACCTAGAGACCTCGATCAGAGATGCTCAGGTGGTCGCTTCGCGCCCGCCCGCTTCGCTGATCCCGGATTTACTCGAAAACTGGGCGATCCTGCCGCTCGACACGAAACGAGATCTCGTTTCACGACTCATCACACATGTTGAGGTGGCACCAGGGCGTCCGCGAGCGCAGGTCACCGTTCATCCGCGGTGGTGA MNTQRAHLRAVQNAPQRAVAYIRVSKERDGMISPELQLASIEQHCERSGYEIVETITDLDMTGRFWKRRQVERAIGMIEAGTADVLVVWKISRVSRNRKDWAIAVDRVEGIGGRMESATEPMDTTTSSGRFARGMLAELAAFESERMGEQWKESHARRVKAGIPANGKPRFGYQYSKEEGFSPDPVTGPVLADLYRRYLSGQSFYSLVKWLNDGPTRPVTGYGVSADGMWSDRTLRRILDQGFGAGYITAHGERVPGIHEPVITPEEWNEYLARREARRVYRRSERSNYLFSGMIRCACGAAMHAGLFGAGRSPKYKCADVASKRKHTGGYVMTSTVETDFLSWLESIAANVDAEADLAARAEQQAASAADTAAHLKKQLAKLGTRMDQLTNKMLDGTIPDDTYRRLRDELEAQRSDLETSIRDAQVVASRPPASLIPDLLENWAILPLDTKRDLVSRLITHVEVAPGRPRAQVTVHPRW NA NA NA NA NA D3-18_01672 423 hypothetical protein ATGGACCATAAAAGCCTTGTAGATGACAGTTTCAATCCAGCGCGCGTTGGACCTGTGAATGAGCGCGGATCAGCGGTTGTTGACTTCGTGTTGGTTGGCGCATTGCTGACCTTGTTTTTCATGTCGATTGTTCAGCTGATGCTGGTGCTGCACGTTCGGAACACGCTTGTTGATGCTGCCTCTTCCGGAGCGAGATACGGGGCGTTGTCGGATCGAACGTCCTTGGACGCCCGTGCCCGGACTGCCGAGTTGATTGGTGCTGCGTTGAGCGGTGATTTTGCCCGCGATGTCACGTCGACAGAGATCACCGTAGATGGCATCCGAACATTGGAAGTGACAGTAAGGGCACCTCTGCCGGTGGTTGGCCTGATCGGCCCCGCCCAAACCTTGGAGATCAAGGGTCATGCAGACCTCCCGGGGTGA MDHKSLVDDSFNPARVGPVNERGSAVVDFVLVGALLTLFFMSIVQLMLVLHVRNTLVDAASSGARYGALSDRTSLDARARTAELIGAALSGDFARDVTSTEITVDGIRTLEVTVRAPLPVVGLIGPAQTLEIKGHADLPG NA NA NA NA NA D3-18_01673 537 hypothetical protein ATGCAGACCTCCCGGGGTGACACGCGAAGGTCACTACTCGTCGCTTTCCGGCTGAGGCTGAGGGCGGCCTTGTGCTTACGGGCGGAGTCGGCTGGGACAGCAACAATTTACGCTCCCGGTCAGGAAGCCCAGAAAGGCAACGCCACGGTGGAATTCACGTTCCTGGCGTTGCTGCTCATGGTCCCCGTGGTCTATTTCATGGTGACTGTAAGTCAGATTCAGGGCGGATCGTTTGCTGTAGTTGGTGCTGCTGACCAGGCAGCTAAAGTCTTCGTGACGCAACGGGACCCCGTGAGCGCAAGGATTGCAGCGGAGCGCAGTGTACTTGTGGCCCTCAAGGACCACGGTCATGAATTTGAGAAGGCCAGCATCACCTTCGAGTGCGATCGTGAGAGTTGTTTGGCGGCTGGCGCAACCGTAACCGTGACTGTGCGCCTGGACGTGTCCCTACCCTTGATGCCATTCGGGGACGTGTTGCAATTGCACGCGAGCCGGCTCAGTGCTTCAGCATCACAGGTTGTAGGGCGTTACCAATGA MQTSRGDTRRSLLVAFRLRLRAALCLRAESAGTATIYAPGQEAQKGNATVEFTFLALLLMVPVVYFMVTVSQIQGGSFAVVGAADQAAKVFVTQRDPVSARIAAERSVLVALKDHGHEFEKASITFECDRESCLAAGATVTVTVRLDVSLPLMPFGDVLQLHASRLSASASQVVGRYQ NA NA NA NA NA D3-18_01674 456 hypothetical protein ATGACAGTGGTGACATCGAATGGGCGCCCACAGGAGGATGGCCAGATAACGGTGCTCATTCTGGGGTTCGTGCTGTTGTCGCTCCTCCTGGCCTCAGTGGTCATGGGAGCTTCAGCGGTCTATCTGGAGCGCAAGAAGCTCCTGTCCCTGGCCGACGGAGCAGCTCTCGCGGCCGCAGATTCCTACACGGTGGGGGATATTGGGGAAAGCGGTACTCCTTCCACATCGCTGGTTGATGCAAGAGTGCTGGCCGCAACCGGCTCCTACCTCGACGCCAGCAACGCTTTTTCCCGACATGACCACCTGACTATCGCGCCGGGGACGGGAAGCGAGCCGGGGGGTACCGCGGTGGTAGCCCTCACCGCCATAGCGCATCCACCGGTGATCAGCTTTCTGCTCCCCGAAGGGATCCTTATTGAAGCGAGGTCAACGGCCCGGTCCCGCCTGACCCAGTGA MTVVTSNGRPQEDGQITVLILGFVLLSLLLASVVMGASAVYLERKKLLSLADGAALAAADSYTVGDIGESGTPSTSLVDARVLAATGSYLDASNAFSRHDHLTIAPGTGSEPGGTAVVALTAIAHPPVISFLLPEGILIEARSTARSRLTQ NA NA NA NA NA D3-18_01675 1119 prfB COG1186 Peptide chain release factor 2 ATGGCTGAAATTGATTTTCCCGCGGAAATCCGCGCACTTCGAGCAACGTACAGCTCAATCGAGAATGTCACCGATATCGATGCCCTAAAGGCTGAGATCGCTGAGCTGAGCGAGCAGGCAGGGGCTCCGGACCTTTGGGACGATCCCGCTTCTGCCCAGGTGATCACTTCCCGGTTGTCGCACCGGCAGTCCGAAGTTGAGCGCCTGTCCAAGCTCGCTTCCCGGATTGACGACCTCGAAGTACTGGTGGAACTAGGCCAGGACGAGGGCGATGAGGATTCGATGGCGGAAGCGGCCAAAGAACTTTCCTCTATCCGCAAGGCGCTGGCGGAACTCGAGATAACAACGCTTTTGTCGGGCGAGTATGACGAACGCGAAGCTGTAGTGACCATCAGGGCAGGAGCCGGCGGCGTCGATGCTGCCGACTTCGCAGAGATGCTGATGAGGATGTACCTGCGTTGGGCCGAACGCCATGGCTACCCGACCACTGTGATGGACACGTCCTATGCCGAAGAAGCCGGCCTGAAATCCGCAACCTTCGAAGTCAAGGCACCTTACGCCTTTGGCACCTTAAGTGTTGAAGCCGGAACCCACCGGCTGGTCCGCATCAGTCCTTTTGATAATCAAGGGCGGCGTCAGACATCCTTCGCAGCGGTAGAAGTCATCCCGTTGATCGAGCAAACAGACTCCATCGAGATCCCGGACAACGAAATCCGCGTGGATGTCTTCCGGTCCTCGGGCCCGGGCGGTCAGTCGGTCAATACAACCGACTCCGCAGTGAGGCTGACTCACATCCCCACGGGCATTGTGGTGTCGATGCAGAATGAGAAATCGCAGCTTCAGAACCGGGCGGCCGCCATGCGGGTGCTCCAGTCCCGATTGCTGCTGGTTAAGAAGGAACAGCAGGACGCGGAAAAGAAGGCATTGGCCGGCGACGTCAAAGCCTCCTGGGGCGACCAGATGCGTTCCTACGTCCTCAATCCCTACCAGATGGTCAAGGACCTGCGAACGGAACATGAGGTGGGCAACACCTCGGCGGTGCTTGATGGGGATATAGATGATTTCATCGACGCCGGCATTCGCTGGCGTACCGGCAACCGAAACGCAGCGGCTAACTAG MAEIDFPAEIRALRATYSSIENVTDIDALKAEIAELSEQAGAPDLWDDPASAQVITSRLSHRQSEVERLSKLASRIDDLEVLVELGQDEGDEDSMAEAAKELSSIRKALAELEITTLLSGEYDEREAVVTIRAGAGGVDAADFAEMLMRMYLRWAERHGYPTTVMDTSYAEEAGLKSATFEVKAPYAFGTLSVEAGTHRLVRISPFDNQGRRQTSFAAVEVIPLIEQTDSIEIPDNEIRVDVFRSSGPGGQSVNTTDSAVRLTHIPTGIVVSMQNEKSQLQNRAAAMRVLQSRLLLVKKEQQDAEKKALAGDVKASWGDQMRSYVLNPYQMVKDLRTEHEVGNTSAVLDGDIDDFIDAGIRWRTGNRNAAAN NA NA NA NA NA D3-18_01676 765 ftsE COG2884 Cell division ATP-binding protein FtsE ATGATCAGATTTGAGAATGTCACCAAGGTCTACGAGCAGAATGCCCGACCGGCGCTCGATTCTGTGAGCCTTGAGATCAACCGCGGCGAATTCACCTTCTTGGTGGGCGCTTCTGGATCAGGAAAGTCCACGTTCCTGCGGTTGATCCTGAAAGAGGACAAAGCCTCGTCCGGATCCGTTTATGTCGCTGGCCAGAATGTTGCCAACATTTCGAGTTGGCGCGTCCCGAAGCTCCGGCGCGGAATCGGCGTTGTCTTCCAGGACTTCCGATTGCTCCCTCAGAAGAACGTTTTCGCGAACGTAGCATTCGCGATGCAGGTGATCGGCAAAAGCCGCTCGATTATCAGGGAGACAGTACCTGAGGTCCTGAAGACGGTTGGCCTTGAGGGCAAGGAACGTCGCATGCCTCATGAACTTTCCGGTGGTGAGCAGCAGCGCGTGGCGATTGCCCGCGCCGTCGTAAACCGCCCTGGCATTTTGCTGGCGGACGAACCGACCGGAAACCTTGACCCCATCACTTCAATGGGAATCATGGGAGTCCTGGACAAGATCAATCAGAACGGCACCACGGTAGTGATGGCAACCCACGACGACGACATCGTCAATGAAATGCGCCGCCGCGTGGTGGAACTCAAGAACGGCAAGGTCATTCGCGACGAAGCCAAAGCTCTGTACACCTCGATGATTCCCGTGATCGGGGAATCGCGTCGGCTGCGGGACGCCAGCGGGGAAGAGCTCAACCGTGCGCAGGGGGCACAGCTGTGA MIRFENVTKVYEQNARPALDSVSLEINRGEFTFLVGASGSGKSTFLRLILKEDKASSGSVYVAGQNVANISSWRVPKLRRGIGVVFQDFRLLPQKNVFANVAFAMQVIGKSRSIIRETVPEVLKTVGLEGKERRMPHELSGGEQQRVAIARAVVNRPGILLADEPTGNLDPITSMGIMGVLDKINQNGTTVVMATHDDDIVNEMRRRVVELKNGKVIRDEAKALYTSMIPVIGESRRLRDASGEELNRAQGAQL PGPT0013345_10417 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D3-18_01677 915 ftsX COG2177 Cell division protein FtsX GTGAGGCTTTTGTTTATCCTGGGGGAAATCGGTGGTGGCCTGCGACGGAACCTCTCCATGGTGATTTCCGTGGTCTTGGTGACTTTTGTTTCCCTGACGTTCGTTGGTGCGGCGGGAATGCTGCAGATGCAGATCAACCAGATGAAGGGCTACTGGTACGACAAAGTCCAGGTAGCAGTCTTCCTCTGCAATGACGGTTCGACGGCGGTCGGTTGCGCTTCGGGTTCCGCCACCAAAGAACAGCAGGACAACCTCCAGGCGATGCTCGAATCCCCGGCAATCAAGCCGTACATCAACGATTTCCAGTTCGAATCCCAAGCCGAGGCGTACACGCACTTCAAGGAGCAGTTCTCCAACTCTCCGATTGTGGATTCCGTATCTGAGGACCAGTTGCCGGCGTCGTTCCGAATCAACATGAAGAACCCCGAAAAATACGAAATCATCAGTGAGACGTTCTCTTCGCAACCGGGTGTTGAAACGGTCAGTGACCAACGGCAGGTGCTCGAGCGCATCTTTTCCTGGATGAACGGAGCGTCGGTTGCGGCCATTGGCGTGGCTGCGGTGATGATTTTCTGTGCGGTCCTCCTGATCACCACCACCATCCGGCTGTCGGCATTCAGTCGACGCCGGGAGACAGGAATCATGCGGCTGGTGGGTGCGTCAAAGACGGTGATTCAACTGCCGTTCATCCTGGAAGGTGTCATCGCTGCCGTTGTGGGTGCGCTTCTGGCCTCCGTCACGCTCTGGCTCATGGCCCACTTCTGGCTCAACGGCGACCTGTCCAGGCAGTTCCTCAACACCCCGTTCATCTCCTCGACGCAGGTCCTGGTGATCGCGCCGGTGCTGATTGCCCTTGGCGCCGGTCTCGCCGGCATCTCTTCCCTCTTGACTCTCCGGCGTTACCTGAAGGTCTAA MRLLFILGEIGGGLRRNLSMVISVVLVTFVSLTFVGAAGMLQMQINQMKGYWYDKVQVAVFLCNDGSTAVGCASGSATKEQQDNLQAMLESPAIKPYINDFQFESQAEAYTHFKEQFSNSPIVDSVSEDQLPASFRINMKNPEKYEIISETFSSQPGVETVSDQRQVLERIFSWMNGASVAAIGVAAVMIFCAVLLITTTIRLSAFSRRRETGIMRLVGASKTVIQLPFILEGVIAAVVGALLASVTLWLMAHFWLNGDLSRQFLNTPFISSTQVLVIAPVLIALGAGLAGISSLLTLRRYLKV NA NA NA NA NA D3-18_01678 1416 hypothetical protein ATGACCACGTTGGACCCGAACCCCCTGCGCCGGCGCCTCGCGTCGGGCCATGCTCGGTTTCTGGGGGCGGTTCTTGCTGTTGGCCTGGCTGTCAGTCTCCTTTCGGGCGCTCCAACAGCCCAGGCAGACAGCCTTGAGGACCAGCAAGCTGCGCTGGAAGCAGAAGCGGCGCGGGTGCAGGCTTCGCTCGAATTTGTTGACTCAAACATCGCAAAAGCTGCCGGTGACCTGGTGATCTACCAGGGCCGGCTTCCCGGCGCTCAGCAGGCTCTGCTTGAGGCGCAGGGCCGTGTGGCGAGTGCGGTCAAGGAAGTCGAGGCACTTGCTGCCAGGGTTGAGCTTGCCCAGCAGAACAAGGCCAAAATCACGGAGCAGCTGGAGAGCGATAAGCAGAAGATCACGGACACCAAAAAGCTCATCGGACAGATCGCCTCCCAGGCCTACAAATCCGGTGGAGTTCCCACCAATATCGCCCTTTTGTTCGGCTCCAGTGAATCCGGCAGCCTTACGGAGTCCATGGATTTGGCTGACCAGGCGATGCGCAGCCAAAACGCGGCGATGACCAAACTCAGCCAGCAGAACGCCACCAACGTGAACTCCCAAGCGAGGCTTGTTGCTGTCGAGGAAGAAATCCAGGACCTGAAGGCCAAAGCGGACGCCGCGCTTGAACGGGAAAAGTCGGCAAGGGACGAGGCTGCGAGCAAGAAGGCCGAAGTCGACAAGCTGATTGAAGACACTACCCGCCTCAATGGACAACTGCAGGCCGCCAAGCCGGGCATCGAAGCCAACCTTGCCCGGGTGAAGGCCGAACAGAATACGGTCGCCGCCGAAATCGTGGAGCGTGACCGGAAGCTGAGGGAAGCCTGGGAAGCGGAACAGCGCCGGATTGCCGAGGAAGCTGCTGCTGCTGCAGCTGCTGCAGCAGCAGCCCAAGGAAGGCCCGCACCTCCGGAACCGCCGTATTCTCCGCCGCCGGCTGGTTCGCCTTCAGCGTTCGGTCTTCGTCACCCCTTCGCAAGTGCCGTCCCCATCACGTCCGGATTTGGCTGGCGGGCAACACCACCTGGCACCATTGATTTCTACGGCACCGGTGGTTACATGCACACCGGCATCGACTTCGGCGCGGCATGTGGCACGCCCGTCTACGCAGCGGCGGCTGGCGAGGTCTTCAACTCGGGCTGGAACTCGGCCGACGGCGGCGGATGGCGGGTAAAACTGTCCCATGGTGTGGTGCAAGGTAACTCGCTGACCACCATTTACTACCACAACAGCAGCATTGTGGTAGCAAACGGCCAGCAGGTATCGGCGGGGCAACTCATCGCATACTCGGGCAGCACGGGTAACTCGACAGGTTGCCACGCGCACTTCGAAACCTGGCTCAACAGTGCCGCAGTGGACCCCATGACTCTCCTCTAG MTTLDPNPLRRRLASGHARFLGAVLAVGLAVSLLSGAPTAQADSLEDQQAALEAEAARVQASLEFVDSNIAKAAGDLVIYQGRLPGAQQALLEAQGRVASAVKEVEALAARVELAQQNKAKITEQLESDKQKITDTKKLIGQIASQAYKSGGVPTNIALLFGSSESGSLTESMDLADQAMRSQNAAMTKLSQQNATNVNSQARLVAVEEEIQDLKAKADAALEREKSARDEAASKKAEVDKLIEDTTRLNGQLQAAKPGIEANLARVKAEQNTVAAEIVERDRKLREAWEAEQRRIAEEAAAAAAAAAAAQGRPAPPEPPYSPPPAGSPSAFGLRHPFASAVPITSGFGWRATPPGTIDFYGTGGYMHTGIDFGAACGTPVYAAAAGEVFNSGWNSADGGGWRVKLSHGVVQGNSLTTIYYHNSSIVVANGQQVSAGQLIAYSGSTGNSTGCHAHFETWLNSAAVDPMTLL NA NA NA NA NA D3-18_01679 471 smpB COG0691 SsrA-binding protein GTGCCCAAGGAAAGTGGCCGTAAGGTAGTGGCCACCAATCGGAAGGCCCGGCATAACTACCATGTCCTGGACACCTATGAGGCAGGCATTGCCCTCATGGGAACAGAGGTGAAGTCCCTCCGTGAAGGCCATGCCTCCATGGTTGATGGCTTCTGCACCTTCTACAACGACGAACTGTGGATGGAGGGCATCCACATCCCTGAGTATCACCAAGGGAGCTGGACCAACCATGCTGCACGCCGGCGTCGTAAGCTCCTGCTGCACCGCGATGAATTGGACAAGATCTCGCAGAAAATTCGCGAGTCCGGCTTTACCGTTGTGCCGCTCCAGCTCTACTTCCTGGACGGCCGGGCCAAGGTGGAAATAGCCATCGCCCGCGGCAAGAAGGACTATGACAAACGCCAGACGCTCCGTGAGCAGCAGGACAAGCGTGAGTCCTTGCGTGAGTTGCGGGAACGCAACCGACGCTAG MPKESGRKVVATNRKARHNYHVLDTYEAGIALMGTEVKSLREGHASMVDGFCTFYNDELWMEGIHIPEYHQGSWTNHAARRRRKLLLHRDELDKISQKIRESGFTVVPLQLYFLDGRAKVEIAIARGKKDYDKRQTLREQQDKRESLRELRERNRR PGPT0014355_2386 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 D3-18_01681 984 htrA Putative serine protease HtrA ATGACGACGAACCAGGCATTCGAAGAACAGGCGTCAGACGATGACGGAGCCTTGGACGCCTACTCGCAGATCGTCATACGGGTTGCTGAGTCGGTGACGCCCCATGTTGCTGCAATCGAAATGACGAGTACAGACCGCCGCGGTCGGGTCCGCGGTGGAAGTGGTTCAGCTGTGGTTTTCAATGGCGACGGATACATGCTGACCAACGCCCACGTGGTGGCAGGCATTCAGTCCGGGCGGGCCGTTTTCGCGGACGGCAAGCAGACTGATGTGGAGCTGGTGGGTGCAGATCCCCTCTCGGACCTTGCCGTGGTCCGTGGCCTGAAGTCAACCCCGCCGCCGGCTTTGCTGGGTAACGCGGACACCTTGCGGGTAGGCCAACTGGTGATTGCCGTGGGGAATCCGCTCGGTTTGGCCGGTTCGGTAACTGCTGGCGTGGTGAGCGGGTTGGGGCGTTCCATCCCCGTAAGGGCGGGCGAGCATAGACGGGTGATCGAAGACGTCATTCAAACCGATGCTGCGCTCAATCCGGGGAACTCCGGCGGTGCACTGGCCGACACGAGGGGACGCATCGTGGGTATCAACACGGCCGTTGCGGGTCTTGGGCTGGGACTGGCGGTACCTATCAACACCACAACCCAACGCATCATCGCCGCACTGCTGAGGGACGGCCGCGTGCGCCGCGCCTACCTGGGCCTGGTCAGCACGCCGATTCCACTGGATGCGAGTGCGGTGGTTCGGACCGGCCAGAAAGAAGGCCTGCGGGTGGTGGAAGTTATTCCGGGCTCGCCGGCGGAGTTGTCCGGGCTCGAAGCGGGGGATGTGGTGCTACGTGCACAAAATCGTGCGGTGTCCAGTGCCGAAAGTTTGCAGAAATTGCTGTTTGCCGAGGCTATCGGCGAGCCGTTCCCGCTGACGGTGCTGCGGGAAGGCAAGGTACTGAAGCTCACTGCCGTGCCATCCGAAATGAGCCAGCTGGCCTAG MTTNQAFEEQASDDDGALDAYSQIVIRVAESVTPHVAAIEMTSTDRRGRVRGGSGSAVVFNGDGYMLTNAHVVAGIQSGRAVFADGKQTDVELVGADPLSDLAVVRGLKSTPPPALLGNADTLRVGQLVIAVGNPLGLAGSVTAGVVSGLGRSIPVRAGEHRRVIEDVIQTDAALNPGNSGGALADTRGRIVGINTAVAGLGLGLAVPINTTTQRIIAALLRDGRVRRAYLGLVSTPIPLDASAVVRTGQKEGLRVVEVIPGSPAELSGLEAGDVVLRAQNRAVSSAESLQKLLFAEAIGEPFPLTVLREGKVLKLTAVPSEMSQLA PGPT0015105_6712 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 D3-18_01682 369 hypothetical protein ATGGTGATTAGCAGACGTGATGCCGCATTGGCCCTTGATATTTCGATGGAAATGGCCCAACGCCACGGCATTCCGTCCCGCCTCTCCGAGGCCGAGCTCAGGGACATCCAGGACAACCCTCCGGCCTGGTTGGTACAGTCCCGGGCCAACCGCACCGGCAAGCGACCCGTCTGGGTCCACCTGACATGTGCTGTCTGCGGATACACCGAGGCTGTTCGCCCCAAGAAATGGTGGCCGGACTTTTCCTTTGTCTTCTGTGGCACCCACCGGAACAGCGAACTTCCCGAACTGTTCCTCGGTGATGTCCGCAGCGAATACGAAGGAGTGGGAAGCCGATTCATCGGCGTTGTGGACGTTCGCGAGGACTAG MVISRRDAALALDISMEMAQRHGIPSRLSEAELRDIQDNPPAWLVQSRANRTGKRPVWVHLTCAVCGYTEAVRPKKWWPDFSFVFCGTHRNSELPELFLGDVRSEYEGVGSRFIGVVDVRED NA NA NA NA NA D3-18_01683 1449 qacA_2 COG0477 Antiseptic resistance protein ATGACTGACGCTGCGGTCCTGACGCCGAGTACACCTCTCCAGAAACGTGTGCTGGTGGTAGCAATTGTGGCCTCGTTCATAGCCATCCTCGATGGTTTTGTGGTGAATCTCGCACTGCCGGCCATTGGAAGGGAACTTGGTGGCGGCCTGGTTATTCAACAGTGGGTGGTGGACGCGTACCTGCTCACACTGGGGGCATTGATCCTGGTTGCCGGTTCACTATCTGACCATTTCGGCAGGGCAAGGATCCTTGAATGGGGGCTGGCCGGTTTTGCGGTGACCTCGGTGATGTGCGGGCTCGCGTGGACCGGTGAAGTGTTGGTGGTCTCCCGGGCACTGCAAGGGATCGCCGGTGCCCTCCTGGTTCCGAGCTCGCTCGCCATGATCATCTCGTCGTTCTCCGGCCCGGCGCAGTCAAAAGCCATCGGGCAGTGGTCGGGCTGGACGAGCGCTGCGGCCATTGTGGGCCCGCTGATCGGCGGCATCGCAGTGGACCTGCTCTCATGGCGGGTGATCTTCTTCATCAATGTCATCCCCGCTGTGGCCATCTGGCCAATGCTTGCACGCCTTCGGGCCTCGGACGCGGCGAGGGACAGGAGCAAACGCATCGACTACCTGGGAGCTGTTCTGGCCATGGTCGGCTTGGGCGGCCCTGTGTATGCCTTCATCGAACAGGGGAGGATGGGGTGGGGGAGCGCACAGGTGTGGGTCCCACTGGTGGTAGGCATGGTTGCGATGGTGCTGTTCCTCATTCACGAGGCCAGGACAGCTGAGCCCATGTTGCCGTTGAGGCTCTTCAGTATCCGCAATTTTGCCTGGGGTAATCTCGCCACTCTGGCCATCTATGCTGCCATCTCCTTGGGCTTCTTCGTGGTGGGCATTTACCTGCAGCAGGTAGGCGGCATGGGCGCTACGGTTGCGGGCATGGCGCTGCTTCCCGGCACAGTTATCCTCATGCTGGGTGCGTCCTACTTTGGTGGACTCGCCGGAAAGTACGGCCCCAGGTGGTTCATGACGGTGGGCCCATTACTGTGCGGTGCGGGCTTCCTGATGTCGTTGACTGTCCAGGAGCCGCTCAACTACTGGACCCAGGTGTTGCCGGGGCAGATAGTCTTTGGCCTTGGTCTGGCCACGTTGGTGGCGCCCCTCACGGCCGCCATTCTAGGCGCTGTTCCCTCGGAGGAGGCAGGGATTGGTTCGGCGGTGAACAACGCTGTCGCCCGTATTGCGGGTCTGATTTCCATCGCTTTCGCAGGGGTGATCGTTGGGCCGGCCTTCACCCGGGACGGGCTGTACAACGCTTTGCTGGTAACGGCGGGGCTGTTCCTGTTCGGGGCGCTGGCCTCCGCCGTCGGAATCCGGAATCCTGTGCGGGAAGCTGCGGCGGCCGCCGTCAGTGAACCTGACACGGCGTCCGACGACGGCGGTGCGGACGGGCAACCAAGCTGA MTDAAVLTPSTPLQKRVLVVAIVASFIAILDGFVVNLALPAIGRELGGGLVIQQWVVDAYLLTLGALILVAGSLSDHFGRARILEWGLAGFAVTSVMCGLAWTGEVLVVSRALQGIAGALLVPSSLAMIISSFSGPAQSKAIGQWSGWTSAAAIVGPLIGGIAVDLLSWRVIFFINVIPAVAIWPMLARLRASDAARDRSKRIDYLGAVLAMVGLGGPVYAFIEQGRMGWGSAQVWVPLVVGMVAMVLFLIHEARTAEPMLPLRLFSIRNFAWGNLATLAIYAAISLGFFVVGIYLQQVGGMGATVAGMALLPGTVILMLGASYFGGLAGKYGPRWFMTVGPLLCGAGFLMSLTVQEPLNYWTQVLPGQIVFGLGLATLVAPLTAAILGAVPSEEAGIGSAVNNAVARIAGLISIAFAGVIVGPAFTRDGLYNALLVTAGLFLFGALASAVGIRNPVREAAAAAVSEPDTASDDGGADGQPS NA NA NA NA NA D3-18_01684 714 mntR HTH-type transcriptional regulator MntR GTGAAGACCAGTACGCCCTCCTCCTCGATCGAGGACTACGTCAAGGTCATCTACTCCTACACGGAGTGGCAGGACAAACCAATTACGTCCTCCCAACTCGCCCAGCGCCTGGGGGTGGCTAACTCATCCGTGTCTGAGATGGTCCGCAAGCTCAAGGACCAAGGCTTGGTGGATCACCAACCATACAGCGCCATCAGGCTAACCCCTGAGGGCATGCGGCTCGCGCTGTCCATGGTGCGCCGTCACCGGCTTATTGAGACGTACTTGGTGGATGAACTCGGCTACAGCTGGGACGAGGTGCACGACGAAGCCGAAATGTTGGAACACGCCGTGTCCGATACGTTCATTGACCGGATGTCCGCCAAGCTTGGACATCCTGTCCGGGACCCACACGGAGACCCGATTCCTTCGGCCGATGGTTCCGTCGAGTTGCCACACGCCTACAGGATGATTGAGCTGGATCAGGGCCATTCCGGCCGGATCACCCGAATCAGCGATGAGAATCCGGACCTCCTGCGATACCTTGCCTCTGAAGAGATTTCCTTGGACGCGCCTGTTGAAGTGGTGGGCCGCAAACCCTTTGGAGGGGCCTTGGTTGTGCGCATCGGCAGCGGTCCACAAGGCCGCGAGTTCGACCTTGGGGACGAGGTCACTTCGGCTCTCTGGGTCCAGAGCGCGGAGACACACGAAGGCTGCATCCTTCCAGCCCGATAA MKTSTPSSSIEDYVKVIYSYTEWQDKPITSSQLAQRLGVANSSVSEMVRKLKDQGLVDHQPYSAIRLTPEGMRLALSMVRRHRLIETYLVDELGYSWDEVHDEAEMLEHAVSDTFIDRMSAKLGHPVRDPHGDPIPSADGSVELPHAYRMIELDQGHSGRITRISDENPDLLRYLASEEISLDAPVEVVGRKPFGGALVVRIGSGPQGREFDLGDEVTSALWVQSAETHEGCILPAR PGPT0003890_301 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-IRON_UPTAKE_REGULATION,PGPT0003890-troR-K03709 NA NA D3-18_01685 831 COG0500 putative methyltransferase GTGGCCCTGCGTTCACCGGCTGCCTCCAGCGGACAGCCACGCACTCCCGGACCAGCCGGGCCGCGTGGTCCAAGGCTGCATGCTTCCCGCCGGCATGAACTCGGTCAGAGCTTCCAGGACGGCGGAGAACACTATGACCGCGTCCGACCCGGCTACCCCGCCGATTCCGTCGACTGGCTGCTTCCTCCAAGGGCGAGGTCCGCGGCCGACCTCGGAGCCGGCACAGGAAAGTTCACGGCACTCCTCGTAGAACGTGGCCTGGCGGTCACCGCCGTCGATCCTTCCACGGACATGTTGGAGCAATTGCGAAAAGCCTACCCCCACGTCAGTGCGCTGGAGGGAACGGCCGAGGCAACTGGACTGGCGGACTCAGCATTCGACGTCGTCAGCGTTGCCCAAGCTTGGCATTGGTGCGAACCCCTCGCGGCGAGCACGGAGATCGCCCGGATACTGCGGCCTCACGGGACCTTGGGGCTGATCTGGAATCAGTTGGACACTTCACATCCTTGGGTTCACCGCCTCTCGCGCATCATGCATGCAGGCGATGTCCACAAGCCCGGATTCCGGCCAGTCATCGGTCCGGAATTTGAAGGCTTGGAAAGCCATCTGACCCGATGGGAGGATGCCCTGACGCCGGAGGACATCATGGAACTGACCAAGTCCCGCAGCTACTATCTCCGCGCCAACGATGCCACCCGCGCGAAAGTCATGGGCAACCTGGAGTGGTACCTCTACGACCACCTCAGCCATGCCCCTGGTGAAACCATCGGGTTGCCCTACATGACGCAAACCTGGCGGGCAGTCAAGGTTCAGGGTTCAACGCCACGGTAG MALRSPAASSGQPRTPGPAGPRGPRLHASRRHELGQSFQDGGEHYDRVRPGYPADSVDWLLPPRARSAADLGAGTGKFTALLVERGLAVTAVDPSTDMLEQLRKAYPHVSALEGTAEATGLADSAFDVVSVAQAWHWCEPLAASTEIARILRPHGTLGLIWNQLDTSHPWVHRLSRIMHAGDVHKPGFRPVIGPEFEGLESHLTRWEDALTPEDIMELTKSRSYYLRANDATRAKVMGNLEWYLYDHLSHAPGETIGLPYMTQTWRAVKVQGSTPR NA NA NA NA NA D3-18_01686 1410 csd_1 putative cysteine desulfurase ATGAGCACTGTCACGTTCAACCCCAACACCATTCCGTCCTTTGTTGAAGAATCCGCAGCAGAGACGACCACCGCTGCGCGTCCGCTTGCCGCGGTCACTGGCGCTGAGCTGCAGGCTCCGCTGATTCAGGGTGGCCACGTGCGCTACGCAAACTTGGACTACGGCGCCTCGGCTCCCGCCTTGACCATAGTTTCGGCCTACCTCAACGAGGTCCTGCCCTACTACGCCAGCGTTCACCGTGGTGCCGGGTATGCCTCCCAAATCAGCACGTCGGTGTACGAGAACTCGCGGAACATCGTCCGTGATTTCGTCGGCGGGCGGGCTGATGACTCAGTGATCTTCACACGGAACACCACGGACTCCTTGAACCTCCTGGCCGGATGCCTCCCGCAGGTGGACGGCGAATTCGCCGGCCAGGTCCTGTACTTGGACATCGAGCACCACGCCAACTTGCTTCCGTGGCAAGGAGTCCCCCACCGCAGCGTCGTCGCCGCACCAACCCTGGCCGAAACGGTGGAAAAGCTCGAGGCCGAACTTGCCCAAGGCGGGGTTAGCCTGCTGGCTGTTACCGGCGCCTCGAACGTGACGGGGGAGATTCTGCCCATCGCCCGTCTTGCTTCGCTTGCCCACGAATACGGCGCACGGATCGTGGTGGACGCTGCGCAGCTCGCACCGCACCGCCGGATCAACATCACCGAGACGGACGTCGACTACATCGTCTTCTCGGGACACAAGCTCTATGCCCCCTTCGGCGCGGGCGTCGTGGTGGGTCGCCCGGACTGGCTCGACGCCGGCATACCGCACCTTGCCGGAGGCGGCGCGGTACGTGAAGCGCGCCTGGACTCAGTCAGCTGGGCCACGGGCCCGGCGCGCCACGAGGGCGGCTCCCCCAACGTGCTGGGCGCGGCGACACTTGCTCGCGCCACCCAAGTCCTCGCAGGGCTGGACCAGGACGCGTGGCACGCCCACGAGTCCGCCATCCGCTCGTACCTGGTGAAGGGCCTGGAAGCCATCGATGGCGTGACAGTCCACAAGATCTTCGCTGACTCCCTGGACACCATCGGCGTGGTCAACTTCTCCGTAGAAGGTTTCGACGCAGGACTGGTCGCGGCCTACCTGGCGGCCGAGCACGGCGTTGGCCTCCGTGATGGCCGGTTCTGCGCCCACCCCCTCCTCAAACGCCTGGGACTCCCCTCCGGATCCCTGCGCGCCAGCTTCGGCGTCGGCTCCCGGCTGGAGGACGCCACGAGGCTGCTCGCAGGCATCGAAGGACTCAAGCGCGACGGACTGGGCTGGGACTATGTGGTGGACGAAGGCCGTTGGGTTCCTGCAAATGATCATCGCAGCTACCCCGGATGGGCCCCGAACACTCCCGGCACTGCGGGCGCAGCCCCCTGCACTGTGGACTAG MSTVTFNPNTIPSFVEESAAETTTAARPLAAVTGAELQAPLIQGGHVRYANLDYGASAPALTIVSAYLNEVLPYYASVHRGAGYASQISTSVYENSRNIVRDFVGGRADDSVIFTRNTTDSLNLLAGCLPQVDGEFAGQVLYLDIEHHANLLPWQGVPHRSVVAAPTLAETVEKLEAELAQGGVSLLAVTGASNVTGEILPIARLASLAHEYGARIVVDAAQLAPHRRINITETDVDYIVFSGHKLYAPFGAGVVVGRPDWLDAGIPHLAGGGAVREARLDSVSWATGPARHEGGSPNVLGAATLARATQVLAGLDQDAWHAHESAIRSYLVKGLEAIDGVTVHKIFADSLDTIGVVNFSVEGFDAGLVAAYLAAEHGVGLRDGRFCAHPLLKRLGLPSGSLRASFGVGSRLEDATRLLAGIEGLKRDGLGWDYVVDEGRWVPANDHRSYPGWAPNTPGTAGAAPCTVD NA NA NA NA NA D3-18_01688 813 hisN COG0483 Histidinol-phosphatase ATGACCCATCCCGTTTCCACCTACAATGATGACCTGCGCCTGGCCCACGTCCTCGCCGATTCAGTCGATGCCCAGACCATGGATCGCTTCAAGGCACTGGACCTGCAGATCGAAACCAAGCCCGACCTCACACCTGTCACTGACGCTGACAAGGCCGCTGAGGAAGCAATCCGCGGTCAACTTTCCCGCTCACGTCCGCGGGACGCGGTCCTCGGCGAGGAGTTCGGCAGCAGCGGTCACGGTTCACGTCGCTGGATCATCGACCCCATCGACGGAACCAAGAACTTTGTCCGCGGCGTCCCGGTATGGGCAACGTTGATCGCCCTCGTGGATGAAGGGGAACCTGTGGTGGGCGTAGTGAGTGCGCCTGCGCTGGGCAAGCGATGGTGGGCAGCCAAGGACATGGGCGCCTACATGGGCCGCTCCCTGGCCTCGGCAACGCGGCTCAAGGTGTCCAACGTTTCCCGCCTGGCCGACGCCTCCATGTCATATTCCAGCCTTTCGGGGTGGAAGGAACGCGGCAACCTGGATGAATTTCTGGGGCTGACGGAAGACATCTGGCGGACCCGCGCCTATGGTGATTTCTGGTCGTATTGCCTCGTAGCCGAGGGTGCAGTGGATATCGCCTGCGAGCCTGAACTGAACCTGTACGATATGGCAGCACTCGTCCCGATCGTCACCGAGGCAGGCGGCCGTTTTACTTCCTTGGAAGGAGAAGATGGTCCGTTTGGCGGTAACGCCCTGGCCACCAACTCGATCCTGCACTCCGAGGTCCTCAAGCGGCTAAATCCCGGACTGGACGACCTTCTCTGA MTHPVSTYNDDLRLAHVLADSVDAQTMDRFKALDLQIETKPDLTPVTDADKAAEEAIRGQLSRSRPRDAVLGEEFGSSGHGSRRWIIDPIDGTKNFVRGVPVWATLIALVDEGEPVVGVVSAPALGKRWWAAKDMGAYMGRSLASATRLKVSNVSRLADASMSYSSLSGWKERGNLDEFLGLTEDIWRTRAYGDFWSYCLVAEGAVDIACEPELNLYDMAALVPIVTEAGGRFTSLEGEDGPFGGNALATNSILHSEVLKRLNPGLDDLL PGPT0012270_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-PUROMYCIN_METABOLISM,PGPT0012270-pur3-K12634 NA NA D3-18_01689 1116 rsgA_2 Small ribosomal subunit biogenesis GTPase RsgA ATGGGCCGTGACGCACGCTCCTGGGACGAATCCGACGTCCGAATCCGCCCCAGCAAAAAAGGATCCAGGCCCCGCACGAAGGATCGCCCCAGCCACGATGACGCCGTCATAGGCAGGATCATCACTGTTGACCGCGGACGGTACAGGGCTATTGTCGGCGAAGATTCCGCCCACGAACGCATCGTGATCGCAGCCCGCGCCCGCGAACTGCGGCGCAACCCCGTTGTCCCCGGCGACTTCGTCGCATTGGTGGGTGACGTCTCAGGGTCTCCCGATACCTTGGCACGCCTGGTCCGGGTGGAAGAGCGCAAGACCCTCCTTCGCCGCAGTGCCGACGATACGGACCCCATTGAACGGGTGGTCGTAGCCAACGCCGATCAGCTCGTGGTGGTTGTTGCCGCGGCCAACCCGGAGCCACGCACCGGCTTCATTGATCGCGCCTTGGTGGCAGCGTACGACGCCGGCATCGAGCCGTTGCTGCTCATCACCAAGGCGGATGTAAAGGACCCGGCGGAACTCCTGGCCAATTACCTCAGCCTGGACTTTCCCGTGATCATCAGCCGCACCGCTGACTCCGAGGCCGGAGGCATCGATGCCCGTTCCGATGACGGACTATCAGCCCGGCTGGACAAGGACGCCGTATCCCAACTCCGCTCGCACCTGGGTGGAAAAGTCACCGTCATGCTCGGTCACTCCGGAGTGGGTAAATCCACCATGGTCAACGCGCTCACAGGCGCAGAGCGCGCCACTGGGGGCGTCAACGCGGTGACGGGCCGGGGCAGGCACACATCATCCTCGGCTTTGGCGTTGAAGCTCGACGATGCACCGTCCGGCAGTTGGATCATCGATACTCCCGGCATACGCTCCTTCGGCTTGGCGCATGTGGATCCGGACCGGATTCTCCATTCGTTCCCGGACCTCGAGCCTGGCACGGAGACCTGCGACCGTGGTTGCAAGCACGGAGCCACAGCTACCAATTGCGGGCTGGATGCATGGGTGAACGATGGCCACGCAGGGCCATCAGGAGTGGCCCGGCTGGCGTCCTTGCGCCGCTTGCTGGGTGCAGACCCAAGGCTTGAAGCGAAAGAGACCAAGGAACTGGGCACCGTCAACTGA MGRDARSWDESDVRIRPSKKGSRPRTKDRPSHDDAVIGRIITVDRGRYRAIVGEDSAHERIVIAARARELRRNPVVPGDFVALVGDVSGSPDTLARLVRVEERKTLLRRSADDTDPIERVVVANADQLVVVVAAANPEPRTGFIDRALVAAYDAGIEPLLLITKADVKDPAELLANYLSLDFPVIISRTADSEAGGIDARSDDGLSARLDKDAVSQLRSHLGGKVTVMLGHSGVGKSTMVNALTGAERATGGVNAVTGRGRHTSSSALALKLDDAPSGSWIIDTPGIRSFGLAHVDPDRILHSFPDLEPGTETCDRGCKHGATATNCGLDAWVNDGHAGPSGVARLASLRRLLGADPRLEAKETKELGTVN PGPT0009020_389 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 D3-18_01690 1383 aroA COG0128 3-phosphoshikimate 1-carboxyvinyltransferase ATGACCGGTACCACCGCCGCAAACACCGAATCAACCAAAGCCGCCACCATGCTGCCACTCTGGCCTGCCCCTTATGCCAAGGGGCCCGTGGACGCGACGGTGACGGTCCCTGGTTCAAAGTCACTGACCAACCGGTTCCTGGTACTGGCGGCTTTGGCGGATGGTCCCTCACGGCTGCGGGCTCCCCTTCATTCCCGCGACTCTGCGCTCATGATCCAGGCCCTCCGACAATTGGGGGCAAACGTCACCGAGGTACCTGGCGACGGTTCCTTCGGACCGGACCTGGAAATTACGCCCATGGATCCCGTGGCATCACCGGCTGAAACAGCAATTGACTGCGGGCTGGCCGGAACTGTCATGCGGTTCGTCCCCCCGTTGGCTGCATTGCGAAGGGGCGTCACCGTCTTCGACGGCGATCCCCACGCCCGCAACAGGCCCATGGGAACCATCATCGAAGCGTTGATCGCCCTCGGCGTTCCAGTGGCAGCAGACGGCGGCAGGACGCCGTCGTCCCTTCCCTTCGCTGTAGAGAGTACCGGCCAGGTCCGGGGCGGCCACCTGATGATCGACGCCAGCGCTTCATCGCAGTTCGTTTCCGCGTTGCTGCTGGTGGGTGCCCGCTTCGTCGAGGGCTTGCATCTGGAACATGTGGGCAAGCCCGTGCCCAGCTTGGACCACATCGCCATGACCGTGGAGGTCCTCCGCAGCGTCGGCGTCGTCGTGGACGATTCCGTGCCCAACCACTGGCGGGTCTCTCCGGGACCCATCCGCGCTTTTGACCAGCGGATCGAACAGGACCTCTCAAATGCGGGGCCTTTCCTCGCCGCTGCGCTGGCCACACGTGGCACCGTCCGCATCCCCAATTGGCCGGCCGGCACCACCCAAGTGGGCGACCAGTGGCGAACCATCCTGACCACCATGGGAGCAGAAGTAACCTTCCAGGACGGAACACTGACGGTGACCGGTGGGGCAGAAATCAAGGGGGCTGACTTCGACGAAACAAGCGAATTGGCACCCACTGTTGCCGCGCTATGCGCATTGGCCAGCGGCCCCTCCCGGCTAACCGGTATTGCCCACCTCCGCGGCCACGAAACTGACCGGCTCGCCGCGCTGGTTGCCGAAATCAACGGCCTCGGGGGCGACGCGGAAGAGACCGCCGATGGCTTGGTGATCCGCCCGGCAGCCCTTCACAGCGGCGTGGTCCACAGCTACGCAGACCACCGCATGGCCACCGCCGGCGCCATCCTGGGGCTCGCCGTCGAAGGCGTACAGGTTGAGGACATCGCCACGACGTCGAAGACCATGCCGGATTTTCCAGAGATGTGGGAAGCAATGCTGCAGCCAACTGATGCCAGCGCCGATCTTGATGAGGCCAGCAACTAA MTGTTAANTESTKAATMLPLWPAPYAKGPVDATVTVPGSKSLTNRFLVLAALADGPSRLRAPLHSRDSALMIQALRQLGANVTEVPGDGSFGPDLEITPMDPVASPAETAIDCGLAGTVMRFVPPLAALRRGVTVFDGDPHARNRPMGTIIEALIALGVPVAADGGRTPSSLPFAVESTGQVRGGHLMIDASASSQFVSALLLVGARFVEGLHLEHVGKPVPSLDHIAMTVEVLRSVGVVVDDSVPNHWRVSPGPIRAFDQRIEQDLSNAGPFLAAALATRGTVRIPNWPAGTTQVGDQWRTILTTMGAEVTFQDGTLTVTGGAEIKGADFDETSELAPTVAALCALASGPSRLTGIAHLRGHETDRLAALVAEINGLGGDAEETADGLVIRPAALHSGVVHSYADHRMATAGAILGLAVEGVQVEDIATTSKTMPDFPEMWEAMLQPTDASADLDEASN PGPT0012850_537 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012850-yddE-K00800 NA NA D3-18_01691 516 hypothetical protein ATGTCTGTTATCCGTTTTCTCGCACGTCCCATGCTCGCGTCCAGCTTCGTCGTCGCAGGGCTGGATAAGCTCAGGAACGCGGACGACACTGCGAAGCAACTCTCGCCGGTCCTTCGCCGGGCTTCGGAATCCCTGCCCTTCAAAGCCGATGAAAAGACCCTGGCGCGCGTCATCGGCGGGGCGCAGCTGGGCGCCGGAGCCTTGCTCGGACTCGGCAAGCTCTCCCGTTTTGCCGCCACAGTTTTGGCTGTGACCTCGGCCTTGAACTCCTACGTGGAGTGGCGGTCCGCCGATATCAGCACAAAGGAAGGCCGAAGTGCCCGCAAGGCCCAGTTGCTGAAGAACATTTCCCTTACGGGAGGTGTGCTCCTTGCCTCTGTTGATACTGCGGGCCGGCCCAGCATTGCCTGGCGGGCCGAACACCTGGCTGCCGATGCAAAAAAGGTGACGGGCAAGCAGATCAAGCGCGCAGACAAAGCAGTTCGCAAGGCCGTTGACAACGCAGTTGGAGCATAA MSVIRFLARPMLASSFVVAGLDKLRNADDTAKQLSPVLRRASESLPFKADEKTLARVIGGAQLGAGALLGLGKLSRFAATVLAVTSALNSYVEWRSADISTKEGRSARKAQLLKNISLTGGVLLASVDTAGRPSIAWRAEHLAADAKKVTGKQIKRADKAVRKAVDNAVGA PGPT0028505_736 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 D3-18_01692 795 hypothetical protein TTGACTTTGGTTAGGGACCGGGTTGTTCTGCCGGAGCCTGTGTATGGGATGCAGCCGGAATCCCGGCAGCTGACAGTAGACTTGGCAACGATGAGCACCACTGAACCGGCCGCAGCGGCCATGTACCAGGCAACCGGCGCGGATGACGCGGCGGCTGTAACCGACGTCGATCCTGCTACGGAAACTCCAGAACAGCGGCGGGCGCGCTTTGAGCGCGACGCCATGCAGTATGTAGACCAGCTGTACTCGGCAGCCATGCGGATGGCACGCAACCCATCCGATGCTGAAGATCTGGTTCAAGAGGCTTACACCAAGGCGTTTTCTGCTTTTCACCAGTACAAGCCGGGGACCAACCTCAAAGCCTGGTTGTATCGCATCCTGACCAACACGTACATCAACCTTTATCGGAAGCGGCAGCGTGAGCCGCTGCAGTCCAACTCGGACACGATCGAGGATTGGCAGTTGGCCAAGGCAGAGTCGCATACTTCGGCTGGTTTAAGGTCCGCGGAGACTGAGGCTCTTGACCACCTCCCTGATTCCGACGTGAAGAACGCATTGCAGTCGATCCCTGAGGAGTTCCGGCTGGCCGTCTACTTCGCGGATGTTGAGGGGTATGCGTACAAACAAATTTCAGAAATCATGAACACCCCGATCGGCACGGTCATGTCACGGTTGCACCGCGGCAGGAAGATGCTGCGGGACATGCTGGCGGATTACGCCGCCGAACGGGGCTTCAGGGCCCAGACCGATGATCAGGCCGCGGCCGGAAGTAACAATCAGGAGAAAGAGAAATGA MTLVRDRVVLPEPVYGMQPESRQLTVDLATMSTTEPAAAAMYQATGADDAAAVTDVDPATETPEQRRARFERDAMQYVDQLYSAAMRMARNPSDAEDLVQEAYTKAFSAFHQYKPGTNLKAWLYRILTNTYINLYRKRQREPLQSNSDTIEDWQLAKAESHTSAGLRSAETEALDHLPDSDVKNALQSIPEEFRLAVYFADVEGYAYKQISEIMNTPIGTVMSRLHRGRKMLRDMLADYAAERGFRAQTDDQAAAGSNNQEKEK PGPT0014960_2267 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D3-18_01693 261 hypothetical protein ATGAGCGACTGCCAGGGATTGGGCGATTGCGACGATACGCGAATGCAGCGGATCTACGAGTACCTCGACGGTGCGTTGACCCGCGAGGACTTGACTGAGATCAAGCAGCACTTGGACTCCTGCGAGGAATGTGCCGAGCAGTATGACCTTGAGTGCCTCATTCGCACCATGGTCAAGCGGTCATGCACTGAGTCCGCCCCGGAGAACCTGAAAACCTCCATCCTTGACAGGATTCACTCCATCAAGCCTGTGGACGCCTGA MSDCQGLGDCDDTRMQRIYEYLDGALTREDLTEIKQHLDSCEECAEQYDLECLIRTMVKRSCTESAPENLKTSILDRIHSIKPVDA NA NA NA NA NA D3-18_01694 615 hypothetical protein ATGCCTCCTGTCTTCGCACACGGCGCCCTGCGGCTGTACCTGCTTGCGTTGCTCGAGACAGGTCCGAAGCACGGATACGAGCTGATCAAAGCGTTGGGCGACCGGTTCGGCGGCACTTACTCCCCCAGTGCCGGCACCATCTACCCGCGCTTGGGCAAGCTGGAGGAGGAAGGCCTTGTTGCCACTGAGACCGAAGGGCGCCGCACCAAATACCTCATTACGGATGCCGGGCGCGCTGAGTTGGACCGCCGTCGGCAGGAGCTGGCCGACGTCGAGGACACCATATCGGCGTCCGTCAGGCGGCTCGCAGACAACCTTCGGGAGGACATCCGGGCGAATATGCGTTGCCTGCGGGCAGATCTCGCGGCCACAGCGGAGGCCGCGCGCACCAACGCCTCCTCGGCTGGTTTTCGGAGCAGGACGGCTGGACACACTCCCGAAGGCCAGCGCGTCCTCAAGGAAGCCGAACTATTGGTTCAGTCCTTCAGGGACGACATCCGTGTCGAGTTACGGCAGCACGGCGCCACACAGCCACTGACTCCCCTGGCACTGGAAACCGTTCGTACAGTTTTGGACCAAGCCCGTATCTCGATCAGGAATTCGCTGCAGGACTAG MPPVFAHGALRLYLLALLETGPKHGYELIKALGDRFGGTYSPSAGTIYPRLGKLEEEGLVATETEGRRTKYLITDAGRAELDRRRQELADVEDTISASVRRLADNLREDIRANMRCLRADLAATAEAARTNASSAGFRSRTAGHTPEGQRVLKEAELLVQSFRDDIRVELRQHGATQPLTPLALETVRTVLDQARISIRNSLQD NA NA NA NA NA D3-18_01695 849 hypothetical protein ATGTCTGACGAACTATGGACCGTGACGGGCCCGCAAACCATAGATGTAGAGGAGGTCCGCTCTCTCAAACTGGGTATTGTAAAAGGCCGCTTTGACGTCGTGGCACACGACGAGCCCTTCGTCCGTATCGAAATCAGCGAGATCACGGGCGACCCCCTGACGGTCACGCTTGTGGACGGCAGGCTGGAAGTCCGCCACCAACTCCAAGGACCTCAAGGCTGGTTCCGCAACCTGATGGGGACCGTCAACAACACCAGTACCAACTCGGTGATCGTCGGCGTCGCGCTGCCAACCGGCGTCGACGTCGAAGCAGGGACCGTGAGTGGTGACGGCATGGTCTCCGGCATCAGCGGCCGCACCCGGCTTAACACCGTGTCCGGTTCGGTCCTGGCGGACAACACCAGCGGCGAACTGCACGTGAACACAGTCAGTGGCGAGGTCATCGCCAGAAACCACGACGGCGTCCTGACCGCCAAAAGCGTCTCAGGCGAGGTTACCGCCTCGGGCAAGTTCAAGAATGTCCGTGCAAGTACCGTGAGCGGCGACCTCAGCTTCGACCTCCAGGACTACACCAACGACCTCGGCGCCAACTCCGTCTCCGGCGACCTGACCATCCGGCTGCCGCACGACGTCGGCCTGGACATCGTAGCGAAATCGGCCAGCGGAACCGTGGTGATCGACGACCTAATGTACGCTCAGCCTGGCAGCAATGTCCACACGATTGTCGGCCCGGACGAAAGGCTGATGCTGGTGCGGACCAACACGGTATCCGGCAAGACTTACATTATGCACGAATCGGCGCCCGCTCCCGAAAACGGCCATCCGGTCCCTGGAGAAGCGGGCCTCTGA MSDELWTVTGPQTIDVEEVRSLKLGIVKGRFDVVAHDEPFVRIEISEITGDPLTVTLVDGRLEVRHQLQGPQGWFRNLMGTVNNTSTNSVIVGVALPTGVDVEAGTVSGDGMVSGISGRTRLNTVSGSVLADNTSGELHVNTVSGEVIARNHDGVLTAKSVSGEVTASGKFKNVRASTVSGDLSFDLQDYTNDLGANSVSGDLTIRLPHDVGLDIVAKSASGTVVIDDLMYAQPGSNVHTIVGPDERLMLVRTNTVSGKTYIMHESAPAPENGHPVPGEAGL NA NA NA NA NA D3-18_01696 1296 dap_2 D-aminopeptidase ATGACGCGGAACATGCAGGTTTCTGTCAAAACAGCATTCACAGCGGCCATTGTTGCCGCGGTGGTAGCCACAGTTTCCTGCAGTTCCGGTCCACCGGCTCCTTCAGCGACATCGTCGACGGCTACGCCTGCGTCGCCAGCATCACCCACTTCGCCATCACCGACCTCGCCATCGACGGCCTCGGCCGCATTGCAGCCCTTCGACGCCGGAACCCTGCGTGCAGACTTCGAGCGGACGGCAAAGGAAGTCCTCGTCCCCGGGGCCATGATGCTGTTGGTTACCCCTGAAGGAACCCTCACTGCTGCGTACGGCACTGGCGTCCGCGACGCCCAACACGTGATATCAGCGGAGGACCATATCCGCGTAGGGTCGGTCACCAAGACTTGGACCACCACTGTCATTCTGCAGTTGGTTCAGGAGGGCAAGCTGTCGTTGGATGATCCGGTGTCCAAACACTACGCAGACGTTCCCAATGGGGACGCCATCACAGTTGAGCAAATGCTGACCATGCGGAGTGGACTGTTCAACTACACCGAAACGCTTGAGCTCAATTCGGCCATGGACAAAGACCCGCAAAGGGCGTGGAAGCCGGAAGAACTAGTCGCCCTGGCGTTTGCCCACCCACCATACTTCGCTCCGGGCCAGGGCTTCCATTACTCCAACACCAACACAGTCCTGCTCGGACTCATTGCAGAAAAAGTCGACGGGAAGCCACTCGGACAACTCTTCAAGGAACGAATCTTCGAGCCGCTCGGTCTTAAGGGCACAGTCTTCCCCGACATTTCGTCCAACAGTGTCCCGGAACCACATCCCCAGGGTTACTTCTTCGGAGACAACGTCCTGACCATGACCAATCCCGCACTTCCGGAGGACATGCAGAAAGAAGCGGCTGCTGGCACTCTGGCCCCCAACGACGTCACCAATGTCAACCCGTCGTGGGCCTGGGCAGCCGGTTCCGGGATCTCCACAGCCGCTGACCTGAAGACTCTTGGTGAAGGCCTCGTCAACGGAAAACTCCTGAAGTCGGAACTCCAGCAAAGGCGGCTTGAGAGCGTCCTGCCCACCAACCCGGATAAGCCGGACGGTGCGTTGTATGGCTTGGGCATTGCGAAGTTCGGGAACCTTTACGGCCATACGGGAGAACTGCCGGGCTTCAATACCTTCATGGGCAGTGACCCGGTGAACTCCGTCACGCTGGTGGTATGGACCAATCTGGCACCTGCTGCCGACGGGCGGGACCCCGCGGTGATCATCGCGCGTTCGCTTATCGACCAAATCTACCGGCCTGCGGCCTGA MTRNMQVSVKTAFTAAIVAAVVATVSCSSGPPAPSATSSTATPASPASPTSPSPTSPSTASAALQPFDAGTLRADFERTAKEVLVPGAMMLLVTPEGTLTAAYGTGVRDAQHVISAEDHIRVGSVTKTWTTTVILQLVQEGKLSLDDPVSKHYADVPNGDAITVEQMLTMRSGLFNYTETLELNSAMDKDPQRAWKPEELVALAFAHPPYFAPGQGFHYSNTNTVLLGLIAEKVDGKPLGQLFKERIFEPLGLKGTVFPDISSNSVPEPHPQGYFFGDNVLTMTNPALPEDMQKEAAAGTLAPNDVTNVNPSWAWAAGSGISTAADLKTLGEGLVNGKLLKSELQQRRLESVLPTNPDKPDGALYGLGIAKFGNLYGHTGELPGFNTFMGSDPVNSVTLVVWTNLAPAADGRDPAVIIARSLIDQIYRPAA NA NA NA NA NA D3-18_01697 600 hypothetical protein GTGGAAGACAGGAAGCTGCGCATCGCAGCTGTAGGAGATGAACTGCTCGCGGGCCTGGGGGATCCCCGCGCCTTGGGTTGGCTCGGAAGAGTCCTGGCCCGCACACCCCAGGATTCCGTCGTGGTGGAAAGTTTCCCGCTCCCCTGCCCCATGGAAGGTACTGAGGGCCTTGCCGCCCGCTGGCAGGATGAAGCTGGCAGGCGTTTCAGTGATACGCATGAGAATCGGTTGGTGATCGGCCTTTCGGGGCGGGATCTCGAGTTTGGGCTGTCCACCGCGCGCAGCCGCTTGAATCTTGCCAACATCCTGGATGGCGCTTCGCACAGCAGCGTGGAAGTCTTTGTGGTGGGCCCGCCGCCCACGCTGGATCCCACGCGCAACAAGCGGCTTGCTGAACTGAACACAGCGTTTGCCGATGTCACCACCCGGCGAAACCACCATTACGTTGACACCTTCTCCCCCTTGCTCAATCATGAGCAGTGGAGGACGGACCTCGCAGCCAATGGGGGAACACCGGGCCAGGCCGGCTACGGATTGATTGCGTGGCTTGTCCTGCACCGCGGCTGGTTCCAGTGGCTTAATATCGCTCAACCGGAGTAG MEDRKLRIAAVGDELLAGLGDPRALGWLGRVLARTPQDSVVVESFPLPCPMEGTEGLAARWQDEAGRRFSDTHENRLVIGLSGRDLEFGLSTARSRLNLANILDGASHSSVEVFVVGPPPTLDPTRNKRLAELNTAFADVTTRRNHHYVDTFSPLLNHEQWRTDLAANGGTPGQAGYGLIAWLVLHRGWFQWLNIAQPE PGPT0001840_2537 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001840-tesA-K10804 NA NA D3-18_01698 3795 kgd COG0508 Multifunctional 2-oxoglutarate metabolism enzyme GTGCCAGAGCAGCCCAGCCACCGTCTACCAGAGGAATTTGGCGGAAACGAGTGGCTCGTTGACGAACTGTACGAGCGGTACCAACAGGACAAGAATTCGGTCGACGCCAAGTGGTGGCCACTCTTCGAGTCCTTTGCTTCCGGTGACGGCACTTCTTCCAACGGATCCTCCGCAGCCGCAACGGCTGCCAATCCCCCTACCCAAGTACTTCCCGTGGTAGCTCCGGCTGCAGCGGCACCGGCACCGGCGCCGGCCGCTCCCGCAGCCGCCCCGGAGGCTGCACCGGCGGCACCCGCCCCGGCGAAAAAGGCACCCGCCACGGTTGCCCGGGACGGAGCAAAGAAGCCCGCCGCCGGCACCACGGCCCAGCCCATTCCGGCACAGCTGCCAAAGAGCACCAAGGCTCCCACGGCACCTGAGGAAGACGTCGTTTCCGTCCTCCGCGGCCCGGCCAAGGCTATTGCCACCAACATGGTGACCAGCCTTGAAGTTCCCACTGCCACGAGCGTCAGGGCAGTTCCTGCCAAGCTGCTCATCGATAACCGGGTGGTCATCAACTCCAACCTTGCCCGCGCCCGCGGTGGCAAGGTGTCCTTCACCCACCTCATCGGTTACGCCGTTGTCCGCGCGCTCTCCCAGTTCCCCTCGATGAACGTCTACTACGACGAAATCGATGGCAAGCCGAGTGCGGTGCAGCCGGCTCACGTCAACTTCGGCATCGCCATTGACATGCCCAAGCCCGATGGCACCCGCCTCCTGATGGTTCCAAACATCAAGAAGGCAGAGACCATGGACTTCGCCGAGTTCTGGCACACCTACGAAGACCTCATCAAGCGCGCCCGCAACGGCAAACTGACCGCTGATGACCACGCAGGCACCACTGTTTCCCTGACCAACCCGGGTGGAATTGGTACGGTCCACTCGGTGCCGCGTCTTTCCAAGGGCCAGGCCGCCATCATCGGCGTCGGCGCCCTTGACTACCCGGCCGAGTTCCAGGGCGCCAGCGAGAAAATCATCGCCCAGAACGCCATCAGCAAGATCCTCACCCTGACCTCCACCTACGACCACCGCGTCATCCAGGGCGCGGGCAGCGGCGAGTTCCTTAAGCTCGTTCACCAGCTCCTCCTCGGCGCGCAGAACTTCTACGACGAAATCTTCGAAGCCCTGCGCATTCCGTACGAGCCCGTGCGTTGGAGCCCTGATCTCCAGGTTGACCCCGCTGACGAGATCAATAAGGTTGCCCGCATCCAGCAGCTGATCCACTCCTACCGTGTGCGCGGCCACCTGATGGCTGACACCGATCCCCTGGAGTACGTGCAGCGCAAACACCCGGACCTCGACGTCCTGACCTATGGCCTGACCCTCTGGGACCTGGACCGCGAATGGCCCACGGGCGGTTTCGGCGGCAAGCCGCAGCTCAAGTTCCGTGACATCCTTGGCGTTCTGCGTGACGCGTACTGCCGCACCACGGGCATCGAATACATGCACATCCAGGAGCCCGCCGAGCGCAAGTGGTTCCAGGACCAGTTGGAGCACCCGTACTCCAAGCCGAGCCGCGAAGAGCAGCTGCGCATCGTCTCCAAGCTCAATGCTGCTGAGGCTTTCGAGACCTTCCTGCAGACCAAGTTCGTCGGCCAGAAGCGCTTCTCCCTCGAGGGTGGCGAGTCGCTCATTCCGCTGCTCGACGCCGTCATTTCAGACGCAGCCGACGACGGCCTGGACGAAGTTGCCATCGGCATGGCCCACCGCGGCCGGCTTAACGTGCTGACCAACATTGCAGGCAAGACCTACGCGCAGGTCTTCCGCGAATTCGAGGGCACCCAGGACCCCCGCTCGGTCCAGGGATCCGGTGACGTCAAGTACCACCTCGGCACCGAAGGCACCTTCACGTCGGACAACGGCAAGCAGACCAAGGTTTACCTTGCCGCCAACCCGTCCCACCTCGAGGCAGTCGACTCCGTGCTGGAAGGCATCGTCCGCGCCAAGCAGGATCGCCTTGACCAGGGTGAATCCTTCCCGGTTCTGCCCATCATGGTCCACGGCGACGCCGCCTTCGCAGGCCAGGGTGTTGTGGCTGAAACCCTCAACCTGTCCCAGCTGCGCGGTTACCGCACCGGCGGTACCATCCACGTGATCGTCAACAACCAGGTGGGCTTCACTACTGCTCCGTCGTCTTCGCGTTCGTCCACGTACTCCACGGACGTCGCCAAGATGATCCAAGCCCCGGTGTTCCACGTGAACGGCGATGACCCCGAGGCCGTGGTGCGCGTTGCACAACTCGCCTACGAGTTCCGCCAGCGTTTCCACAAGGACGTCGTCATCGACATGGTCTGCTACCGCCGTCGCGGCCACAACGAAGGCGACGACCCCTCGATGACCCAGCCGCTCATGTACAACCTGATCGAAGCCAAGCGCTCCGTTCGCAAGTTGTACACCGAGTCGCTCATCGGCCGTGGGGACATCACCGAGGAAGAAGCGGAGCAGCTGCTCCGCGACTACCAGGAGCGCCTCGAGCGCGTCTTCGCCGAAACGCATGCTGCGCAGACGTCGCCGATCCCGATCATCACGGCTGACTCCGCGGCGGTCTCGGACATCGAGCGTCCCATTGCCCAGCAGTCGGACTTCGGTACCAATTCGCCCGCGTCTACGGCAATTTCCGCAGAGACCCTTGCCCGCATCGGCAAGGCGCACCTGGAAATTCCGGAAGGCTTCACCGTTCACTCCAAGCTCAAGCAGCTTCTGGAGAAGCGTGAGCAGATGTCCCGTGAAGGCGGCATCGACTGGGGCTTTGGCGAGATCGCAGCCTTTGGCTCGCTGATCATGGAAGGCGTACCCGTTCGCCTTGCCGGCCAGGACTCCCGCCGCGGCACGTTCGTCCAACGTCATGCTGTGTTCCACGACCGCGCCAATGGCAACGAATGGCTGCCGCTGGGCAACCTTTCCGATGACCAGGCCAAGTTGTGGATCTATGACTCCCTGTTGTCCGAATACGCAGCCATGGGCTTCGAATACGGCTACTCGGTGGAGCGCCCTGATGCCTTGGTCCTCTGGGAAGCCCAGTTTGGTGACTTCGTCAACGGTGCGCAAACCATCATTGACGAGTTCATTTCCTCGGCCGAACAAAAGTGGGGCCAGCGCTCTTCGCTGGTGCTCATGCTCCCGCACGGCTACGAAGGCCAGGGGCCGGACCACTCGTCTGCACGCATCGAGCGCTTCCTGCAGATGTGCGCCGAGGACAACATGATCGTGGCCAACCCCACCACGGCGGCTTCTCACTTCCACCTGTTGCGCCGCCAGGCTTACAGCCGTCCGCGGAAGCCGCTGATCATCTTCACGCCCAAGCAGCTGCTCCGCCTCAAGGGTGCCGCCTCGGCTGTCGAGGACTTCACCACCGGCGGCTTCAAGACGGTTATCGGCGATCCGGAAGTGCAGCCCGCCAATGTGGACCGCGTCATCCTGGTCTCCGGACGCTTGTACTACGACCTCCTGTCCAACCGCCAGAAGTCCGGGGACACCTCCACGGCGATTATCCGCGTAGAGCAGCTTTACCCGCTGCCCAAGGCCGAGATCGACGCCGAGCTCGCCAAGTACCCGAACGCTGACATCGTGTGGGCACAGGACGAGCCCGCCAACCAGGGTCCGTGGCCGTTCATGGGCCTGAATCTGGCACCGGAGCTCGACCGAAAGCTCCGCCTCGTTTCACGTCCGGCTTCCGCATCCACTGCTGCCGGTTCCATGAAGCGCCACGCCGCTGAACAGGACGCCCTGATTAAGCAGGCGTTCGAACGCAAGTAA MPEQPSHRLPEEFGGNEWLVDELYERYQQDKNSVDAKWWPLFESFASGDGTSSNGSSAAATAANPPTQVLPVVAPAAAAPAPAPAAPAAAPEAAPAAPAPAKKAPATVARDGAKKPAAGTTAQPIPAQLPKSTKAPTAPEEDVVSVLRGPAKAIATNMVTSLEVPTATSVRAVPAKLLIDNRVVINSNLARARGGKVSFTHLIGYAVVRALSQFPSMNVYYDEIDGKPSAVQPAHVNFGIAIDMPKPDGTRLLMVPNIKKAETMDFAEFWHTYEDLIKRARNGKLTADDHAGTTVSLTNPGGIGTVHSVPRLSKGQAAIIGVGALDYPAEFQGASEKIIAQNAISKILTLTSTYDHRVIQGAGSGEFLKLVHQLLLGAQNFYDEIFEALRIPYEPVRWSPDLQVDPADEINKVARIQQLIHSYRVRGHLMADTDPLEYVQRKHPDLDVLTYGLTLWDLDREWPTGGFGGKPQLKFRDILGVLRDAYCRTTGIEYMHIQEPAERKWFQDQLEHPYSKPSREEQLRIVSKLNAAEAFETFLQTKFVGQKRFSLEGGESLIPLLDAVISDAADDGLDEVAIGMAHRGRLNVLTNIAGKTYAQVFREFEGTQDPRSVQGSGDVKYHLGTEGTFTSDNGKQTKVYLAANPSHLEAVDSVLEGIVRAKQDRLDQGESFPVLPIMVHGDAAFAGQGVVAETLNLSQLRGYRTGGTIHVIVNNQVGFTTAPSSSRSSTYSTDVAKMIQAPVFHVNGDDPEAVVRVAQLAYEFRQRFHKDVVIDMVCYRRRGHNEGDDPSMTQPLMYNLIEAKRSVRKLYTESLIGRGDITEEEAEQLLRDYQERLERVFAETHAAQTSPIPIITADSAAVSDIERPIAQQSDFGTNSPASTAISAETLARIGKAHLEIPEGFTVHSKLKQLLEKREQMSREGGIDWGFGEIAAFGSLIMEGVPVRLAGQDSRRGTFVQRHAVFHDRANGNEWLPLGNLSDDQAKLWIYDSLLSEYAAMGFEYGYSVERPDALVLWEAQFGDFVNGAQTIIDEFISSAEQKWGQRSSLVLMLPHGYEGQGPDHSSARIERFLQMCAEDNMIVANPTTAASHFHLLRRQAYSRPRKPLIIFTPKQLLRLKGAASAVEDFTTGGFKTVIGDPEVQPANVDRVILVSGRLYYDLLSNRQKSGDTSTAIIRVEQLYPLPKAEIDAELAKYPNADIVWAQDEPANQGPWPFMGLNLAPELDRKLRLVSRPASASTAAGSMKRHAAEQDALIKQAFERK NA NA NA NA NA D3-18_01699 1353 hypothetical protein GTGGAATGGATTCTTCTCCTTGCCGGCTTTGCCCTGATTCTTGGCACCGGCTTCTTTGTAGCAGTTGAGTTTTCCCTTGTTGCCCTGGACCAGGCAAGCGTTCAGCGGGCGGTCGATAACGGCGACCACGCTGCCGCGCCGCTGCTCAAGTGCCTCAAGTCGCTCTCCACGCAGCTCTCCAGTTGCCAGCTTGGCATCACGCTGACAACTCTGTTGACAGGTTTCGTGATGGAGCCCTCTGTGGGGCAGTTGCTCGTTGGTCCCCTCGGCTTGCTTGGCCTCGCTCCAGAGGTAGCGCATTCGGTCGCGCTGATTGTTGCCATGGCGTTTGCCACGCTGCTGTCGATGCTTCTGGGTGAGCTGGTCCCCAAGAATATGGCCATTGCCCTCGCTTTCCCTTTGGGTAAACGCCTCGCGCGGCCCCAGCTGATGTTTACAGCCGTTTTCAAGCCCGCCATCGTGGTGCTCAATGGTTTCTCCAACAAGGTGCTGAACCTGTTCGGCCTCGAAGCAAAGGAAGAGATCTCGGGGGCAAGGACCCCCGCAGAGCTTGCATCCTTGGTGCGGCGCTCGGCCGAGCTGGGGACGCTGGATGCCGGGACAGCCAATTTCGTTGCCCGCACCCTGAACTTTTCCGGGCGCACGGCAGCGGACGTCATGACTCCCCGCATTCGCATGGAAACCATCGACGCCGATCAGCCGGTGTCCGACGTTCTGGATGCCGCGCGGCGAACCGGATACTCGCGATTCCCTGTCATTGGGGATTCCACGGACGATATCCGCGGGGTGGTTCACGTCAAGAAGGCCGTAGCTGTCCCTGCGGAGCGTCGGGCGAAGCTTGAGGCGGGCGCGATCATGACTGACGTCCTGCAGGTTCCAGAGACTATTCATCTGGACGCACTCCTGTCTGAACTTCGCGAAGGCAACCTTCAGCTAGCCGTTGTGCTCGATGAGTACGGCGGAACTGCTGGAATCACCACCCTTGAAGACCTTGTGGAAGAGATCGTGGGCGAAGTATCCGACGAGCATGACAAAGTTCGGCCGGGAGTACTGCAGAGCGCATCCGGCGACTGGTATTTCCCGGGCTTGCTGAGGCCGGACGAAGTGTCCGAGCAGATCCCCAACCTTACTGTTCCTGATGAATCCGCCTACGAGACTGTGGGTGGGTACGTCATGAGCCAGTTAGGCCGCATTGCCAGGACAGGCGATATGGTGGACACCGTTGGCGGGACGCTCACCGTGACCCGGATGGATGGCCGAAGGATCGACAGGATCTGTTTCCATCACGTCGAGACGGGCGAATCATCATCCGCTGACTCCGAGAGCACGCGTCACGAAGCAGGTGCCGTATGA MEWILLLAGFALILGTGFFVAVEFSLVALDQASVQRAVDNGDHAAAPLLKCLKSLSTQLSSCQLGITLTTLLTGFVMEPSVGQLLVGPLGLLGLAPEVAHSVALIVAMAFATLLSMLLGELVPKNMAIALAFPLGKRLARPQLMFTAVFKPAIVVLNGFSNKVLNLFGLEAKEEISGARTPAELASLVRRSAELGTLDAGTANFVARTLNFSGRTAADVMTPRIRMETIDADQPVSDVLDAARRTGYSRFPVIGDSTDDIRGVVHVKKAVAVPAERRAKLEAGAIMTDVLQVPETIHLDALLSELREGNLQLAVVLDEYGGTAGITTLEDLVEEIVGEVSDEHDKVRPGVLQSASGDWYFPGLLRPDEVSEQIPNLTVPDESAYETVGGYVMSQLGRIARTGDMVDTVGGTLTVTRMDGRRIDRICFHHVETGESSSADSESTRHEAGAV NA NA NA NA NA D3-18_01700 1071 COG1253 putative protein ATGAGCGACTGGGCAGGAATCGTCTGGCTCGTGGTGCTGCTCATCGGCAATGCCTTCTTCGTGGGTGCGGAATTCGCAGTCATGTCGGCGCGCCGCAGCCAGATTGAGCCGCTGGCCGAAGCTGGATCCAAACGAGCGCAAACAACGCTGCGCGCCATGGAAAACGTCTCGCTGATGCTCGCCTGTGCGCAGTTGGGTATCACCGTCTGCTCCCTCCTGATTCTTCAGGTTGCCGAGCCCGCAATCCACCACTTGCTGGCCGAGCCCTTGGAACTGGTTGGTGTTCCGGTTGAACTGGCAGACATCATCGCTTTTGCCATCGCGTTGCTGTTCGTCACGTTCCTCCACGTCACCTTTGGTGAGATGGTGCCTAAGAACATTTCAGTTTCCGTTGCGGACAAGGCTGCGCTGCTGTTGGCCCCACCGCTGATGTTCATTGCCAGGGTGGTGAACCCGATCATCTGGACGCTGAACTGGCTGGCCAACCACATCCTTCGGTTGATGAAGATTGAACCCAAGGACGAAGTCTCCTCTTCGTTCACCCTCGAGGAAGTGCAGTCGATCGTCCAGGAGTCCACGCGCCACGGCCTGGTGGACGACGAAACGGGCTTGCTGAGCGGCGCTTTGGAGTTCTCGGAGCATACTGCTTCACACATCATGGTTCCTTTGGACAAGCTGGTGGTGCTGAAGACCGCGTCCACTCCTGTGGATCTTGAGAAAGCAGTCAGTCGCACCGGCTTCTCGCGCTTCCCGATGGTTGACGACGACGGTGAACTCGCCGGTTACCTGCACGTCAAGGACATCCTGTCCATTCCCGACGAGGGCCGAAGGCATCCCATTGCCGAGGGACGCATCCGGTCACTGGCCAACCTTTCGCCGGATGACGAGATCGAACAAGCGATGTCTGTTATGCAACGGACGGGTTCACACTTGGCCCGCGTTGTTGGTGCGGGCGGCGAGACTCAGGGCGTCCTGTTCCTGGAAGACGTCATTGAGCAGCTGGTGGGCGAAATCCGTGATGCCACACAAGCCACCGGAATACGCCGTTACGGTGGTCAACAAGTGCAATAG MSDWAGIVWLVVLLIGNAFFVGAEFAVMSARRSQIEPLAEAGSKRAQTTLRAMENVSLMLACAQLGITVCSLLILQVAEPAIHHLLAEPLELVGVPVELADIIAFAIALLFVTFLHVTFGEMVPKNISVSVADKAALLLAPPLMFIARVVNPIIWTLNWLANHILRLMKIEPKDEVSSSFTLEEVQSIVQESTRHGLVDDETGLLSGALEFSEHTASHIMVPLDKLVVLKTASTPVDLEKAVSRTGFSRFPMVDDDGELAGYLHVKDILSIPDEGRRHPIAEGRIRSLANLSPDDEIEQAMSVMQRTGSHLARVVGAGGETQGVLFLEDVIEQLVGEIRDATQATGIRRYGGQQVQ NA NA NA NA NA D3-18_01701 1029 mtsA COG0803 Metal ABC transporter substrate-binding lipoprotein ATGCAACCCCTATTGTGTTTGATTCTCATTTTGACTAGATCCGAGGTCTCCGTGCGCCGTTTCGCCGCCCGACTTTCCCTGGCCGCTTCTGCAGGTCTTGCCGCGCTTTTGTTATCTTCCTGCGCTGGTACAGCCGGGAGTAACACGCCGTCTTCGTCTGACGCCATTGAGGTAGTGACCTCCACCAACGTTTATGGGGATGTGGTCAAGGCCATTGGTGGCGACAAGGTTGACGTAAATGCCATCATCACCAAGACCAGCCAGGATCCGCACTCCTATGAAGCTACTGCCCAGGACAAGCTGCTGATCTCCAAGGCCAAGCTGGTGGTGGAGAACGGCGGAGGGTACGACGAATTCCTTCACAAAATTGCTGACGAGACCAAGGTCGGCCACGAGAACATCATCAGTGCGGTGGAGATCTCAGGGCTTGCGCCCGAAGAAGAAGGCCACGCTGCGGAGTCCAGTAGCGCCGAGGCCCACAGTGAAGAAGAGCACGCCCACGGCGAGTTCAATGAGCACGTCTGGTACAACCTGGACGCCATGGGCAAACTTGCGGATGCTGTTGCCGTTAAGTTGGGTAGCCTCGATTCCGAATCTGCCTCGACCTTCACTGCGAACGCGGATTCTTTCAAAGCCAAACTCTCTGAACTGACCGGCAAGCTCGGTGACATCAAGGCCGGCAACGAGCATGCACCAGTGGCTGTGACTGAACCCGTTCCCCTGTACCTCCTGGAGGCGGCCGGCCTGGAAAACAAGACGCCGGAAGCTTACAGCGCCGCCATCGAGGAGGAAACAGATGTCCCTCCCGCTGTGCTGAAGGAAACCACCGACCTCGTCAGTGCCAAATCTGTTCGTCTCCTCGCGTACAACCAGCAGACGGAGGGGCCGCAGACTGAGTCCGTCAAGCGGGCGGCCGAGAATGCCGGGGTGCCGGTTGTGAACTTCACCGAAACGCTTCCTGACGGCAAGGACTACCTTCAGTGGATGGCGGATAACGTGGAATCCATTTCGGCAGCACTCAAGAAGTAG MQPLLCLILILTRSEVSVRRFAARLSLAASAGLAALLLSSCAGTAGSNTPSSSDAIEVVTSTNVYGDVVKAIGGDKVDVNAIITKTSQDPHSYEATAQDKLLISKAKLVVENGGGYDEFLHKIADETKVGHENIISAVEISGLAPEEEGHAAESSSAEAHSEEEHAHGEFNEHVWYNLDAMGKLADAVAVKLGSLDSESASTFTANADSFKAKLSELTGKLGDIKAGNEHAPVAVTEPVPLYLLEAAGLENKTPEAYSAAIEEETDVPPAVLKETTDLVSAKSVRLLAYNQQTEGPQTESVKRAAENAGVPVVNFTETLPDGKDYLQWMADNVESISAALKK PGPT0004275_214 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-MANGANESE_TRANSPORT,PGPT0004275-ABC_ZM_S-K02077 NA NA D3-18_01702 912 btuD_4 Vitamin B12 import ATP-binding protein BtuD ATGGCTGCGGGGCCTTTGCCTGTCATCAGCACAGCCGCGGACACCAGCGGCACAACTATTGCGTTCCTCCCGGAGCGCATGGATCGAGGACAACTTTTGACACCGGTAGTGAGCCTCCGCGGAGCGAGCCTGCAGTTCGGCAAGAGGACACTGTGGCGGGATCTGGACCTGGACATCCATCCCGGAGAGTTCTTTGCCGTTCTTGGGCCCAATGGCAGTGGAAAAACAAGCTTCCTGAAAGTCCTTCTGGGCCTGCAGGAGCTGCATTCCGGAACGGTGTCGCTGGGCGGCCACCCCGTGGAACGCGGCAGTAAACGTATTGGGTACATACCGCAGCAAAAGTCCTTTGCAGCGGATACGCCGTTGCGGGCACGGGACTTGGTTGGACTGGGGATCGATGGCCACCGCTGGGGAATGCGATTTGCCTCCGGCAAGATCAACCAGCGGATCGACGAGTTGTTGGAGCAAGTGGGCGCGTCTGACTACGCCAAGGTGCCGGTGGGGCAGTTATCCGGTGGCGAGCAACAACGTCTCAGGGTGGCGCAGGCACTGGCCACGGAACCTCAGGTCCTCCTGTGTGATGAGCCGCTGCTTTCCCTCGACCTGCATCATCAGCAGGGCGTCAGTTCACTGATCAACAAGCAATGCCACGATCGGAACAGTGCCGTGGTCTTCGTGACCCACGAAATCAACCCTGTGATCGACTACGTGGACAGGGTCCTCTACCTTGCCGGTGGCCAGTTCCGGGTAGGAACACCTCAGGAAGTCATGACCACGGAAGTTCTTTCCGAGCTGTACGACAGTCATGTGGAGGTCATCCACACCAACGGAAGGATCGTCGTCGTCGGTCTTCCAGACGCAACCACGCACTTCCACGACGAGGCCCACGCCACCGCGGGGGAGGAGTTCTAG MAAGPLPVISTAADTSGTTIAFLPERMDRGQLLTPVVSLRGASLQFGKRTLWRDLDLDIHPGEFFAVLGPNGSGKTSFLKVLLGLQELHSGTVSLGGHPVERGSKRIGYIPQQKSFAADTPLRARDLVGLGIDGHRWGMRFASGKINQRIDELLEQVGASDYAKVPVGQLSGGEQQRLRVAQALATEPQVLLCDEPLLSLDLHHQQGVSSLINKQCHDRNSAVVFVTHEINPVIDYVDRVLYLAGGQFRVGTPQEVMTTEVLSELYDSHVEVIHTNGRIVVVGLPDATTHFHDEAHATAGEEF PGPT0004265_427 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-MANGANESE_TRANSPORT,PGPT0004265-ABC_ZM_A-K02074 NA NA D3-18_01703 891 znuB COG1108 High-affinity zinc uptake system membrane protein ZnuB ATGGATCTTGAGAGCATCCTGCAGACCATTTTCAACTTCGAGAACTACGGTGAGTTGCTGGTACTTGTCCAAAATTCCATCTGGGCGGGAGCTGTCCTCGGATTGTTGGGGGGACTGGTTGGCACCTTCGTGATGAAACGGGACCTTGCCTTCGCTGTTCACGGCATTTCCGAGCTGTCCTTCGCCGGCGCGGCGTTTGCCCTCCTGATTGGCTCCGACATCATTTTCGGTTCCTTGATCGGCTCGGTGGCCGCGGCAGTGCTTCTGGGTTTCATGGGAGTCCGTGCCCGGGACAAGAACTCGATCATCGGTGTGATCATGCCGTTTGGGCTGGGCTTGGGGATCCTGTTCCTCGCCCTTTATGAGGGGCGCGCGGCGAACAAGTTCGGCCTGCTGACCGGTCAGATTGTGTCCGTTGATACGGTGCAACTGCAGGTTTTGGCCGGCACCGCAGTGGTGGTGATGGCGGCACTGGTGGCGATTTGGAGACCACTGAGCTTCGCCAGCGTTGACCCGGAGATGGCTGAAGCCCGAGGTGTCCCTGTCCGCGGCCTGGCCATCGGCTTTATGGTTCTTCTGGGTGTCAGCGTAGCCCTGTCCATCCAGATTGTTGGCGCGCTGTTGGTCCTTGCCTTGCTGATCACCCCTGCAGCCGCTGCACTGCGGGTCACCACATCGCCCCGTTTGGTAGTGCTGCTGAGTGTTCTCTTCGCGATGACGGCCACTGTGGGCGGTATTCTCCTGGCCTTGGGCAGCCGCATTCCCATCAGCCCCTACGTCACCACACTGTCCTTCCTGATCTACGTGGTGTGCCGGGTCATTGGCAGGGTTCGTGCCAACAGGGGCCTTAACGGCCGGGTGTCCCGCGACCAGCCGGCAGGTGCCCTCTAG MDLESILQTIFNFENYGELLVLVQNSIWAGAVLGLLGGLVGTFVMKRDLAFAVHGISELSFAGAAFALLIGSDIIFGSLIGSVAAAVLLGFMGVRARDKNSIIGVIMPFGLGLGILFLALYEGRAANKFGLLTGQIVSVDTVQLQVLAGTAVVVMAALVAIWRPLSFASVDPEMAEARGVPVRGLAIGFMVLLGVSVALSIQIVGALLVLALLITPAAAALRVTTSPRLVVLLSVLFAMTATVGGILLALGSRIPISPYVTTLSFLIYVVCRVIGRVRANRGLNGRVSRDQPAGAL PGPT0004270_241 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-MANGANESE_TRANSPORT,PGPT0004270-ABC_ZM_P-K02075 NA NA D3-18_01704 468 hypothetical protein ATGCCACAAGGCACCAGTCCCGCCACGACCGGCCACGAAGCACCGGCCCCCAGCGGCGTCAAGGAGCAGCGCGTCACCAAGCAACGCTTGGCCGTCAGCGCCGCGCTGGATGAATTGGATGACTTCGTCAGCACCCAGGAGCTGTACCGGCTTCTGCAGAACAAAGGCATCTCGGTGTCCTTGGCCACCGCCTACCGCATCCTGCAGTCCCTGGCTGACGACGGACTCATTGATGTCCTCCGGAACGGAGACGGCGAAGCCGTTTATCGTCGTTGTGCAGTTACCGGGCACCACCATCACCTGCTGTGCCGCAACTGCGGGAAGGCAGAAGAAGTGGAAGCACCCGCCGTCGAGACCTGGGCTGCCCGTACGGCAACTGAACATGGCTTCACCGAGGTAGCCCACACAGTGGAAATCTTCGGACTGTGTCCCGAATGCACGGCCAAGAAGGCAGCCGGCAAGCTCTAG MPQGTSPATTGHEAPAPSGVKEQRVTKQRLAVSAALDELDDFVSTQELYRLLQNKGISVSLATAYRILQSLADDGLIDVLRNGDGEAVYRRCAVTGHHHHLLCRNCGKAEEVEAPAVETWAARTATEHGFTEVAHTVEIFGLCPECTAKKAAGKL PGPT0003880_315 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-IRON_UPTAKE_REGULATION,PGPT0003880-fur|furB|zur-K03711 NA NA D3-18_01705 654 hypothetical protein ATGAAGCTCACCAAGTACACCCATGCCTGTGTCCGGTTGGAGAAGGAGGGAAAGGTCCTGGTGATCGATCCCGGGACTTTCTCCGAGTCAGAGGAGGCGTTAAGCGGAGCCCACGCTGTACTTGTCACGCACGAGCACAATGACCACATTGACCGCCCGGCAGTGACGGCAGCCCTGCGGAGCAACACCACGCTGGAGGTCCATGCGCCAGCCGGGGTGGCAGCTGCGTTGAAGGAAAACGAGGATATCGCCGGTCGTGTGCATACCGTGGAACCCAACTCCGGCTTTGAAGCGGCAGGCTTCAACATCCGGACTTACGGGGGGCAACATGCCGTCATCCACGCCCAGATTCCGGTAGTGGCGAACATCGGTTACTTAGTGGATGACAACGTATTCCACCCCGGGGATTCGTTCGTGGTCCCTGACGGAATCAAGGTCCAAACCCTTCTTGTCCCCATCCATGCGCCGTGGTCCAAGGTGGGAGAGGTAGTGGACTTCGTCATCGCCGTCCGTGCTCCCAAGGCTTTCCCTGTCCATGACGGGCTGCTCAACGAACTGGGTCGGGGCATCGTCGAGGGACACGTCACACGGATCGGTGCCCGCTATGGAACCACTTTCGCACGACTGGCGCCAAAGGAGTCCGTGGAGGTCTAG MKLTKYTHACVRLEKEGKVLVIDPGTFSESEEALSGAHAVLVTHEHNDHIDRPAVTAALRSNTTLEVHAPAGVAAALKENEDIAGRVHTVEPNSGFEAAGFNIRTYGGQHAVIHAQIPVVANIGYLVDDNVFHPGDSFVVPDGIKVQTLLVPIHAPWSKVGEVVDFVIAVRAPKAFPVHDGLLNELGRGIVEGHVTRIGARYGTTFARLAPKESVEV NA NA NA NA NA D3-18_01706 1083 sbnA N-(2-amino-2-carboxyethyl)-L-glutamate synthase GTGAGCAATTCGTGTATTCAGGACAGGGCATGGGCCAGCGAGGCCATCCGTAAGATCGAGGCCGAGAATAACCGCTCCGCCGACACCCACCTTTACGCGGTCCCACTCCCGGAGCACTGGGGAGTCCAGTTGTACCTGAAGGACGAGTCAACCCACAGATCCGGCAGCCTTAAGCACCGTTTGGCGCGATCCTTGTTCCTGTATGGCTTGGTCAACGGCTGGATCACCGAGGGCACCACCATCGTGGAAGCCTCCAGTGGCAGCACGGCCGTATCAGAGGCTTATTTTGCCCGGCTCATCGGCCTGCCCTTCATCGCAGTCATGACAAAGACCACCAGCCCCGAGAAGATCGCCCTGATCGAGGACTTCGGTGGCGCATGCCTGCTGGTGGACCACGCTTCGGAGGTTTACGCCGTGGCCGAAGAGACTGCCAGGACGTCCGGTGGCTATTACATGGACCAATTCACGTTTGCCGAGCGGGCAACGGACTGGCGGGGCAACAACAACATCGCGGAGTCGATTTTCGAACAGCTGTCCCTGGAAGAGCATCCGGTTCCGGAATGGATCGTTGTGGGCGCCGGCACAGGCGGAACCAGCGCCACCATCGGCCGTTACTTGCGGTACAACCGCTACAACACGCGTCTGGCCGTTGTTGATCCCGAAAACTCGGCCTTCTACCCTGCGTGGCGGGACGGAGACGCTGCCGCAGCTACTGGCCTGCCGTCAAGGATTGAGGGCATCGGCAGGCCGCGGTCTGAGCCCAGCTTCGTGCCCGCGGTCATCGACCACATGATCCAGGTGCCCGATGCCGCATCGGTTGCCGCCATGCGGCACCTCCGGAAACTCACCGGCCTGCATGCAGGGCCCTCAACCGGGACCAACCTGTGGGGCGTTTGGCAGTTGGTTGCCGTGATGGTGGCTGAGGGCCGCAAAGGCAGCGTCGTTTCCCTGATGTGCGACGCCGGCGACCGCTATGCGGGAAGCTACAATGACGCCGGGTGGCTGGCGGCGCACGGACTGGAGCCGGCACCGCATGAAGCAGTACTAGAAAACTTCCACAACACAGGAGTGTGGACCGGCTAG MSNSCIQDRAWASEAIRKIEAENNRSADTHLYAVPLPEHWGVQLYLKDESTHRSGSLKHRLARSLFLYGLVNGWITEGTTIVEASSGSTAVSEAYFARLIGLPFIAVMTKTTSPEKIALIEDFGGACLLVDHASEVYAVAEETARTSGGYYMDQFTFAERATDWRGNNNIAESIFEQLSLEEHPVPEWIVVGAGTGGTSATIGRYLRYNRYNTRLAVVDPENSAFYPAWRDGDAAAATGLPSRIEGIGRPRSEPSFVPAVIDHMIQVPDAASVAAMRHLRKLTGLHAGPSTGTNLWGVWQLVAVMVAEGRKGSVVSLMCDAGDRYAGSYNDAGWLAAHGLEPAPHEAVLENFHNTGVWTG PGPT0002810_1229 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 D3-18_01707 900 sseB COG2897 Putative thiosulfate sulfurtransferase SseB ATGGCCACGCTGATAAGTGCGTCAGAACTGCACCAGCGACTCGAAACCGGGCAGCGGACCGTACTCCTCGATGTCCGATGGGTTCTGGGCCGTACTGACGGGCACCTTGAATATCTGGGCGCCCATCTTCCGGGCGCCGTTTACGTGGACCTCCCCACAGAGCTGGCCGATCACGCACAACCCGGGCTGGGCCGCCACCCTTTGCCAAGCCCGGACCGTTTTCAGGAGTCGGCTCGAAAGTGGGGGATTAACGACGGCGACACCGTGGTCGCTTACGACAACAGCGGCAGCATGGCCGCGGCACGTGTTTGGTGGATGCTGCGGAACGCTGGATTTGTCTCTGTGTACCTGCTCGACGGCGGCCTGGCCGCTTGGCGCGCGGCTGGTTACCCGGTGGAATCCGGTGAGGTGAGTCCCGCCGTCGGAAATGTCACTTTGGGTGAAGGCCTCATGCCGACCATTACCGAGCAGGAGGCGGCACAGTGGCACCGCAATGGTGTGTTGCTGGACGCCCGGGCAGGGGAGAGGTACAGGGGTGAGATGGAACCGATAGACCCCAGGGCCGGCCACATTCCGGGTGCGGTGAGCGCGCCGACCACTGGGAACGTCTCAGCCGACGGCACTTTCCTTCCAAGGGCAGAGCTGCGGAGGCGTTTCGAGGAGTTGGGCCTGCACCAGTCGTCCCAGGTGGCCGTTTATTGCGGGTCCGGCGTGACAGCTTCCCATGAGATCGCTGCCTTGGAGATCGCCGGATACCGTGCGGCGCTCTATCCGGGCTCATTCTCGCAGTGGTCAAACAATGCTGCGAATGATGTTGCTGTGGGCAGCACGCCGTATGTTGAGGAATCTGCTGGCCCAAGTGGCACAGGCACGGCTGCCGGGAGTAGCGTCGGAGCATGA MATLISASELHQRLETGQRTVLLDVRWVLGRTDGHLEYLGAHLPGAVYVDLPTELADHAQPGLGRHPLPSPDRFQESARKWGINDGDTVVAYDNSGSMAAARVWWMLRNAGFVSVYLLDGGLAAWRAAGYPVESGEVSPAVGNVTLGEGLMPTITEQEAAQWHRNGVLLDARAGERYRGEMEPIDPRAGHIPGAVSAPTTGNVSADGTFLPRAELRRRFEELGLHQSSQVAVYCGSGVTASHEIAALEIAGYRAALYPGSFSQWSNNAANDVAVGSTPYVEESAGPSGTGTAAGSSVGA PGPT0002045_1347 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 D3-18_01708 1149 adhC2_1 COG1064 NADP-dependent alcohol dehydrogenase C 2 ATGACTCCCGGACGCCCTGTACCCCCGCCCCTCGCCAAGCCCATCACCCTGGATACCAGTGAGAACCGGTCTGGAACGCTGGCTGCAGCGTACGGTGCCACTTCCCCGGACAGTGGTTTGGTGCCGCTGACCGTAGCGCGCCGAACCCCGACAACGGACGACGTCGAAATCGCGATTGAATTTTGTGGTTTGTGCCACTCGGACGTGCATGCAACGCGCGGCGAATGGCGGGTTCCTCCCTACCCGTTGGTTCCTGGCCACGAGATCGTAGGCCGTGTGACACGCGTGGGTGCCGCGGTACAGGAGTTTGCCCCCGGGGATCGTGTTGGTGTCGGTTGCATGGTGGATTCCTGCCGCGAATGCGAGAGCTGCCTTGAAGGACTGGAACAGTACTGCGAGAGGGGCAACGTCGGTACCTACGGAGCTGCGGACCCGCGTCACGGGGACCAGATTACGCAAGGCGGATACTCGACGTCGGTAGTGGTGGACAGGCGCTTCGTGCTGCGCATTCCGGAGGTCCTTGATCCGGCAGCGGCCGCTCCCTTGCTGTGTGCTGGCATCACCACGTACTCTCCGCTGCGGTATTTCGACGTGGAGGAAGGCGACTCCGTTGGTGTCGTAGGGCTGGGTGGCCTGGGCCATATGGCAGTCAAGATCGCCAAAGCCATGGGTGCGGACGTCACCGTTTTTACGACGTCGGAATCCAAATTCGAGGCCGCCCGGGAACTGGGCGCGGACCATGTGGTTCTCTCCAAGGACGCGGACGCCATGGAGGCCGCCAACCGGAGCATCGACGTCATCATCGATACCGTCGCAGCGCCGCATGATCTCAATCCGTACTTCCGGACCCTTCGCCTGGATGGAGCACTCTTCCAGTTGGGCCTCCCCGCGGACGAAATGCCTCCGGTCAGCCCTGGCCTGCTCATCCGTCGGCGACTCGCCTATGCGGGTTCGTTGATCGGCGGCATCGAGGAAACGCAGGAAATGTTGGACTTCTGCGCCGAACACGGGGTTGCGAGCGACGTCGAAATAGTGCGAGCCGGCCAACTCAATGAAGCTTACGACCGCATGGTGGCCGGGGACGTGAAGTACCGTTTCGTACTGGACATCGCAACACTTCAGGAACCATCCGAAAGGGCAGACGCATGA MTPGRPVPPPLAKPITLDTSENRSGTLAAAYGATSPDSGLVPLTVARRTPTTDDVEIAIEFCGLCHSDVHATRGEWRVPPYPLVPGHEIVGRVTRVGAAVQEFAPGDRVGVGCMVDSCRECESCLEGLEQYCERGNVGTYGAADPRHGDQITQGGYSTSVVVDRRFVLRIPEVLDPAAAAPLLCAGITTYSPLRYFDVEEGDSVGVVGLGGLGHMAVKIAKAMGADVTVFTTSESKFEAARELGADHVVLSKDADAMEAANRSIDVIIDTVAAPHDLNPYFRTLRLDGALFQLGLPADEMPPVSPGLLIRRRLAYAGSLIGGIEETQEMLDFCAEHGVASDVEIVRAGQLNEAYDRMVAGDVKYRFVLDIATLQEPSERADA PGPT0024430_64 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0024430-yahK-K13979 NA NA D3-18_01709 429 COG0537 putative HIT-like protein ATGAGCACACTGTTCACCAAGATCATCAATGGGGAGATCCCGGGCCGTTTTGTCTGGAAAGATGAGGACGTGGTCGCCTTCCTGACCATCTCGCCCATTACCCAGGGACACACCTTGGTGGTTCCGCGTGAAGAAGTGGATTCGTGGACGCAGGCCAGCCCTGAGCTGCTTGCCAAGGTCATGGACGTGGCCCAGCGCATCGGCAGGGTGCAGGAGGATTTGTTTGATGCCAAGCGCGTTGGCGTGCTGATGGAAGGTTTCGAGGTGGACCACCTGCATGTCCACGTGTGGCCTGCCTACTCCACAGCAGACTTTGAAATCCACAACGTGGACCACAACCCGGATCCCGCGGTCATGGAGGCCACGGCCGTGAAGCTCCGTGCTGCCCTTCGGGAAGCCGGCCACGGCGAGGCTGTTCCTGAGGACTAA MSTLFTKIINGEIPGRFVWKDEDVVAFLTISPITQGHTLVVPREEVDSWTQASPELLAKVMDVAQRIGRVQEDLFDAKRVGVLMEGFEVDHLHVHVWPAYSTADFEIHNVDHNPDPAVMEATAVKLRAALREAGHGEAVPED NA NA NA NA NA D3-18_01710 3948 hypothetical protein ATGACACTTCATATTTCCTACCCCGCAGAGCTGCCTGTATCCGAGCGCCGCGAGGATCTGATGGCGGCCATTGCCGCAAACCAGGTGACCATCATTGCCGGCGAGACCGGTTCGGGTAAGACCACCCAGATCCCCAAGATGTGCCTTGAACTTGGCCTCGGAGACAAGGGCCTGATCGGGCACACCCAGCCACGCCGACTGGCAGCGCGCACGGTGGCGGAACGCATTGCATCCGAACTCGACGTGGAAATCGGGCAGGAAGTTGGCTTCCAGGTCCGCTTCACCGGCGAGGTCAGTGCGTCCACCAAGATCAAGCTGATGACCGACGGCATCCTGTTGGCTGAGATCCAGCGGGACAAACTTCTGCGGAAATACAGCACGATCATCATCGACGAGGCCCATGAGCGCAGCCTCAACATCGACTTCATCCTGGGCTATCTCAAGCGCATCCTCCCCCAGCGCCCGGACCTCAAGGTCATCATCACCTCGGCCACCATCGATCCCCAACGGTTTGCCAAACACTTCGGCACCGAAGAAGATCCGGCGCCGATCATCGAGGTCTCCGGACGAACATATCCCGTCGAGATCCGGTACAGGCCTTTGTCGCAGCCTGCGGGCGAAGACGAAGATATTTCGGACGATGAACTCGAAGAGGACCGCGATCCCCTTGACGCTGTGTGTGACGCCGTGGACGAGCTCGCCAAGGAAGCGCCCGGCGACATCCTCATTTTCTTCTCCGGTGAACGGGAAATCCGGGATGCCGCTGAGGCCATCAACGGGCGCATCCAAACGAACAGGCGCCTGGCCGGGACGGAAGTCCTGCCCCTTTTTGCCCGGCTGAGCCTGCAAGAGCAACACAGGGTTTTCAACCCCGGCGGAAAACGGCGCATCATCCTGGCCACCAACGTCGCCGAAACGTCGCTGACCGTGCCCGGCATCAAGTACGTGATCGATACCGGAACCGCTCGTATTTCCCGGTACTCACACCGGACTAAAGTCCAGCGCCTTCCCATCGAGCGAGTCTCCCAGGCCTCGGCCAACCAGCGCTCGGGCCGCTGTGGGCGCGTGTCCGAGGGCATTGCCATCCGTTTGTACTCGGAAGAGGACTTCGAGTCGCGTCCGCTGTTTACTGACCCGGAGATTCTTCGGACCAACCTCGCTGCCGTCATCCTGCAGATGACCGCCATGGGAGTTGCCCGCGGACCCAAAGACGTAGAGAACTTCCCGTTCGTGGAACCGCCCGACTCCCGGGCCATCAACGACGGAGTGACTCTCCTGCGCGAACTCGGCGCCTTGACGTCGCCCAAGTCCGGTGACTCGGCTGGCAACGGTCGCAGCGGCAGTGGACTAACCGCCGTCGGGCAGAAATTGGCACAGCTGCCGGTGGATCCGCGGCTGGGCCGGATGATTGTGGAGGCGGGAAAGCGTGGCTGTGTCCGTGAAGTCATGATCCTGGCGGCTGCCCTCACCATTCAGGACCCCCGTGAACGGCCAACGGACAAGCAACAATTAGCTGCGGAGAAGCATGCACGATTCCGGGACGAACTCTCGGACTTCACCGGCTTCCTTAATCTGTGGAACTACATCCAGGAAAAGCAGCGCGAGCTGTCCTCTACACAGTTCCGCAAGCTATGCCGCAACGAATTCATCAATTACCTGCGCGTGCGTGAGTGGCAGGACCTCTTCACCCAGCTCCGGCAGATGGCCAAACCCCTTGGCATATCGCTGGACAACAAACGGGAAGCGGATCCCGTAGGCAACTACGAGGGCGTCCACATCAGCTTGCTCTCGGGGCTGTTGAGCCATATCGGCCTGCTGGATGAGCGCAAGCGGGAATATGCCGGTGCCCGCGGAAGCCGTTTTGCGATCTTCCCCGGTTCAGCACTGTTCAAGAAGTCACCCACGTTCGTCATGGCGGCGGAACTGGTGGAAACCAGCCGTCTCTGGGCACGTGTGGCCGCCAAGTTCGATCCCCTGTGGGCCGAGCAGGTAGCCCCGGACCTGGTGAAGCGGTCCTACAGTGAACCCCATTGGTCTTCACGGCAAGGCGCCGTCATGGCCCATGAGAAAGTGACGCTGTACGGCGTCCCGATCATTCCCAACCGCCGCGTCAACTACGGACGGGTCGATCCCGAGCTCTCACGTGAACTGTTCATCCGCCATGCGCTGGTGGAAGGTGAGTGGAAGACCCATCACAAGTTCTTCCATCGCAACCGCGCCCTCCTGCAGGAAATCGAAGAACTCGAAACCCGCATGCGTCGCCGCGACATCCTGGTGGACGATCAGACGCTCTTCGAGTTCTACGACGCACGCGTGGGTAAGGAAGTGGTCTCCGAGAGGCACTTTGATAAGTGGTGGAAGGATGCCCGGCAGTCAGACCCCAATCTTCTGGACTTCGACCAATCGTTGCTGATGAGCGAAGACGCTGAGGCACTGGACGACTCCGCGTATCCGAAAAGTTGGTTGCACAAGGGATTCGAACTCCCCCTCAGTTACGAGTTCCATCCTGTGGCTCCTGGCTCGGCCCCCAACCCGTCAGACGGCGTCACCGCCGAAGTTCCGGTGTTGTTCCTCAACCAGCTGGACGACGCCCCCTTCCGATGGCAAATCCCGGGCCAGCGGGTGGAGCTGGTCACTGCCCTCATCAAATCGCTGCCCAAGCAAGTCCGGAAGAACTTTGTGCCTGCCCCGGATGTTGCGAGGCAAGCAACCGCGGCACTGGAAGCGGACTTCGATCCCGCCACCGATGAGCTCGAGCCATCCTTGGAACTGGTCCTTCGCCGGCTCCGCGGGCACGTCATTCCTCCCGGATCCTGGAATTGGGATGCAGTACCCCCACACCTGCGCGTTAGCTTCAAGGTGGTGGACAGCAGTGGCAAGGTGCTCGACGAAGGAAAGGACCTCGCTGAACTCCAGGAAAAGCTGGCACCGGCCACGCGCCGCGCCATAGCCGAATCACTCGGAGCAACGCCTGCGACGACGTCACGCGCCAAAGGCGGCAAGGGAACCGGCCCGTCGGGCACACCCAGCGGCGGAACGCAGGCGTCAGGGGCAGCTCCCGCCGGTGGCGGGGCGATCGCCGAACGCGAGGGCATCACTGTGTGGGACTTCGGCACCGTTGAACGCCAGGTTACGCGCACCGTGAAAGGTCACGCCGTGACCGGTTTCCCTGCCGTAGTCGATGAGGGCAAGTCTGTTGCCCTTCGGGTTTTCCAGACCCGGCCGGAACAGGAAGCCGCCATGCGTGGCGGTGTTATCCGGCTGCTGGCCCTGCGGATCCCGCCACCGGACCGTTACGTGCTGGAACACCTCAGTAATACGGAGAAGCTGACCTTCAGCCAAAACCCGCACGGATCCGTGAGTGCACTCATCGCTGACTGCGCACTGGCAGCCATCGACAAACTCGTTCCGCAGGATCTGCCGTGGGACAAGGAGGCCTTCGATGCGTTATACGAAGTGGTCAGGGCAGAACTGATCGACACCGTGTTTACGGTGACTGCCGTCGTCGAACGCATCCTGGCCAGTACGCGGCGCATCCAGAAGCAGCTGAAGTCCAACGCCAGCCTGCCACTGATCAGCGCCCTCAACGACATGAAGAGCCAGCTGGAGCAGCTGGTGTTCCCGGGCTTTGTGGCACAGACGGGCTACGCGCAGCTCAGCCAACTGCCACGCTATCTGCAGGCGATCGAGAAGCGGTTGGAAAAGCTCCCGGGCAACGTTCAACGGGACAGCTTGAACATGGCGATCGTGCAGGCGCTGGAAGACGACTATGACGACGCTGTGTCGGCACTCCTTCCGGGGCGCCGGGCGGGCGGCGAGTTAACCCGGGTGCGCTGGATGATCGAAGAGCTGCGGGTGAGCCTCTTCGCCGTCGAGCTTGGTACTGCCTACTCAGTGTCGGAAAAGCGCATCCGCACGGTCCTGAACCAGGCCCTGGCACCCGTATAG MTLHISYPAELPVSERREDLMAAIAANQVTIIAGETGSGKTTQIPKMCLELGLGDKGLIGHTQPRRLAARTVAERIASELDVEIGQEVGFQVRFTGEVSASTKIKLMTDGILLAEIQRDKLLRKYSTIIIDEAHERSLNIDFILGYLKRILPQRPDLKVIITSATIDPQRFAKHFGTEEDPAPIIEVSGRTYPVEIRYRPLSQPAGEDEDISDDELEEDRDPLDAVCDAVDELAKEAPGDILIFFSGEREIRDAAEAINGRIQTNRRLAGTEVLPLFARLSLQEQHRVFNPGGKRRIILATNVAETSLTVPGIKYVIDTGTARISRYSHRTKVQRLPIERVSQASANQRSGRCGRVSEGIAIRLYSEEDFESRPLFTDPEILRTNLAAVILQMTAMGVARGPKDVENFPFVEPPDSRAINDGVTLLRELGALTSPKSGDSAGNGRSGSGLTAVGQKLAQLPVDPRLGRMIVEAGKRGCVREVMILAAALTIQDPRERPTDKQQLAAEKHARFRDELSDFTGFLNLWNYIQEKQRELSSTQFRKLCRNEFINYLRVREWQDLFTQLRQMAKPLGISLDNKREADPVGNYEGVHISLLSGLLSHIGLLDERKREYAGARGSRFAIFPGSALFKKSPTFVMAAELVETSRLWARVAAKFDPLWAEQVAPDLVKRSYSEPHWSSRQGAVMAHEKVTLYGVPIIPNRRVNYGRVDPELSRELFIRHALVEGEWKTHHKFFHRNRALLQEIEELETRMRRRDILVDDQTLFEFYDARVGKEVVSERHFDKWWKDARQSDPNLLDFDQSLLMSEDAEALDDSAYPKSWLHKGFELPLSYEFHPVAPGSAPNPSDGVTAEVPVLFLNQLDDAPFRWQIPGQRVELVTALIKSLPKQVRKNFVPAPDVARQATAALEADFDPATDELEPSLELVLRRLRGHVIPPGSWNWDAVPPHLRVSFKVVDSSGKVLDEGKDLAELQEKLAPATRRAIAESLGATPATTSRAKGGKGTGPSGTPSGGTQASGAAPAGGGAIAEREGITVWDFGTVERQVTRTVKGHAVTGFPAVVDEGKSVALRVFQTRPEQEAAMRGGVIRLLALRIPPPDRYVLEHLSNTEKLTFSQNPHGSVSALIADCALAAIDKLVPQDLPWDKEAFDALYEVVRAELIDTVFTVTAVVERILASTRRIQKQLKSNASLPLISALNDMKSQLEQLVFPGFVAQTGYAQLSQLPRYLQAIEKRLEKLPGNVQRDSLNMAIVQALEDDYDDAVSALLPGRRAGGELTRVRWMIEELRVSLFAVELGTAYSVSEKRIRTVLNQALAPV NA NA NA NA NA D3-18_01711 993 hypothetical protein ATGATCCAAACGTCTGCGCGGCTCCTCCAGCTGTTGTCACTGCTGCAGGTGCGTCGGGAGTGGACGGGGCCAGCCCTGGCCGACCGCATGGGCGTGACGGAGCGGACCGTGCGCCGGGACATCGACAAGCTGCGCAACCTGGGATACCCCATACACGCCTCTCCCGGCATAGCCGGCGGTTATCAGCTTGGTGCCGGCGCGCAGCTTCCGCCGCTGCTGCTGGATGACAACGAAGCCCTGGCTGTCGCCCTGGGCTTGAATTCCGTAGCCGCTGGCCCTGTGGCAGGCATCGGTGAGGCATCCGTCCGTGCCTTGGCAAAACTGGAGCAAGTCCTGCCGTCCCGCCTGCGTCCCAAGTTCGCCATGCTGAAAGCCGCCGTGACCACCCTCCCCAGCAACGCGGGGACCGTTGATCCACAGCAACTGACCGTCGTCTCCGCCGCAATATCGGACCGGCGCCAAATCTCCTTCGACTACGTCACATCCGGCGGCGAATCAGCACGCCGGCTAGTGGAGCCCTACAGGTTGGTGGACACCGGACGCCGTTGGTATCTGGTGGCGTGGGACGTTGACCGGGAAGATTGGCGAACCTTCAGGGCTGACCGTCTTGCTTCGCTGCCGTCGGAACGGAAGAGGTACACGCCAAGGCCACTACCTGCGGAAGACCTCGCCGCCTACGTGCAGCAGTCCATCACCCGCTCGCCCTACAGGTTCGACGTCGTGGTGCGGCTCCGCGCTCCCCTGGCCGAGGTATCCGCCGTCGTTAATTCCCAGTACGCGACACTGACTGCCGACGGCCCGAAAGCCACGATCCTGCGGTCCGGATGGGACAACCTGGCCGCCCCGGCGGCGTATCTGGCAGCTATGGACATGGACTTTGAGATCCTCGAACCCCCTGAATTCAAGGCTTACGCCATGGAACTCTCAAGCCGGCTGCATGCCGCGGCAGGCACTGTGACGGACACGGCGGACGTGGAGCCGCAGTCACAGTAG MIQTSARLLQLLSLLQVRREWTGPALADRMGVTERTVRRDIDKLRNLGYPIHASPGIAGGYQLGAGAQLPPLLLDDNEALAVALGLNSVAAGPVAGIGEASVRALAKLEQVLPSRLRPKFAMLKAAVTTLPSNAGTVDPQQLTVVSAAISDRRQISFDYVTSGGESARRLVEPYRLVDTGRRWYLVAWDVDREDWRTFRADRLASLPSERKRYTPRPLPAEDLAAYVQQSITRSPYRFDVVVRLRAPLAEVSAVVNSQYATLTADGPKATILRSGWDNLAAPAAYLAAMDMDFEILEPPEFKAYAMELSSRLHAAAGTVTDTADVEPQSQ NA NA NA NA NA D3-18_01712 171 hypothetical protein ATGGAAATCTTCGGAATCATCCTCTTCATCGTCCTCATCACCGCCGTTGCTGCCACCGTTTCAGCCCTGTTGAAGGATGGACGCGGGCACAACCCGCCCATCAACTCCAAGGAACCCTGGAGCGCCTTCGACGCTCCGAGCAGCCCGTATTGGAACCCCCGCATCTACTAG MEIFGIILFIVLITAVAATVSALLKDGRGHNPPINSKEPWSAFDAPSSPYWNPRIY NA NA NA NA NA D3-18_01713 969 cdhR_1 COG4977 HTH-type transcriptional regulator CdhR ATGTTGAAATCAGTGGCGGTGATCGTGGTTCCCAACTTCTCGGTCTTTGAATTCGGTACGGCCTTCGAGGTCTTCGGCATCGACAGATCGGACCGTGGCGCCGGGGTCCCGGCCTTTGACTTCCGTGTGGTTGCCCCGGAACCGGGTGATATCCGCATGAAGTCCGGGTTATCCCTTCATGTGAACCTCGGCCTCGAAGCAGCAGCCGACGCGGATCTCGTCATCATGGCTCCGTTCGGCCGTGACCAGGAAATCCCGGAGTCTGTGCTGGACGCCTTGCGCGCTGCGCATGCAAGAGGGGCGTGGGTGATGTCCATTTGCTCCGGTGCTTACGCCCTGGCCCGGGCAGGGTTGCTGGACGGACGCCGGTGCACCACGCACTGGCACTACTCGCAGGACCTGGCCAGCCGGTACCCGAACGCGATCGTGGACGAGAACGTCCTCTACGTTCAGGACGGAACCATCATCACCAGCGCCGGCACGGCCGCGGGAATTGACGCCTGCCTCCACCTTGTCCGCGAAGAGCTAGGGGCGAACGTGGCAGCAGCAATCGCACGCGACATGGTGGTACCCCCGCATCGCGACGGCGGCCAGGCCCAGTTCATCGACAGGCCAATGCCCCGCTGTGGTTCAGCGCCTATGGAGGCGTTGCTGCGCTGGATGGTTGAACACCTCGACGAAGAGCACAGTGTGAACGAGCTGGCTGCACGGCTCCACATGTCTCCCAGGACCTTCGCCCGCCGATTCCGGGCGGAAACCGGCACGACACCCGCAGCTTGGCTGAACTCGCAACGTGTGCTGCGTGCGCAGGAACTGTTGGAAACCACTGAGTTGAACATCGACGAGATTGCCCGTGTTGCAGGTTTCGGGCACTCCGTCCTGCTGCGTCACCACTTCACCAAAGTGCTGGACACGAGTCCGCAAAGCTACAGGCGGGCATTCCGGGGGCAGTTGGCAGAAGCCATCTGA MLKSVAVIVVPNFSVFEFGTAFEVFGIDRSDRGAGVPAFDFRVVAPEPGDIRMKSGLSLHVNLGLEAAADADLVIMAPFGRDQEIPESVLDALRAAHARGAWVMSICSGAYALARAGLLDGRRCTTHWHYSQDLASRYPNAIVDENVLYVQDGTIITSAGTAAGIDACLHLVREELGANVAAAIARDMVVPPHRDGGQAQFIDRPMPRCGSAPMEALLRWMVEHLDEEHSVNELAARLHMSPRTFARRFRAETGTTPAAWLNSQRVLRAQELLETTELNIDEIARVAGFGHSVLLRHHFTKVLDTSPQSYRRAFRGQLAEAI PGPT0014658_5 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014658-ypdC-NA NA NA D3-18_01714 303 hypothetical protein ATGAAGATCACCGTCCAACGCAGTGGGGGAATCGCCGCGATGACACGCGTCTGGAGCGTAGATGCTGTGTCCCCCGATGAGAAGGAACGATGGGTGCCGATCGTTGAGGCCTGCCCGTGGGACGAAGCCAAGAGTCAGTCCCGGACACCCAATGAGCCGGACCGGTTTATGTACTCCATCCGTGCGGGGCAGCGGCGGGCAACCCTTCCCGACCGCGCCGTAACAGGCCCTTGGCAGGAGCTGGTGGAATGCGCCAAGGCCGAAGGTGCAGAGTCGCGGGGCGGGTTCGGAAGCCGCCGCTGA MKITVQRSGGIAAMTRVWSVDAVSPDEKERWVPIVEACPWDEAKSQSRTPNEPDRFMYSIRAGQRRATLPDRAVTGPWQELVECAKAEGAESRGGFGSRR NA NA NA NA NA D3-18_01715 1041 prtS Protease PrtS ATGTGTTCAATCGTCCCGCCGTATATGCTGCGCAGGATTGCCGCCCGGAACGAACCACGACTCCGGGCAGTGGCCCGGGCCGCGAAGGAGTCGTTGCTGCATATCAAGGATCTGCAGGCCATCCGCACAGCCCCCATTCCCGCCGCACCGCCGAGCGCACGTCAAGCCAAACCCGGTCCGCCCAAGCGGACAATCTTCGATGCCGAGTCCTCCGAGGCCTTGCCCGGCCGCGTTGTCCGCAAGGAAGGAGCCACACCTGTTGGTGACGTTGCTACGGACGAAGCTTACGACGGCCTCGGGAGCACACACCGGCTGTACGGTGAGATCTTCGGCAGGGACTCGATTGACGATGCAGGGCTCGCCCTGGATGCAACGGTTCATTACGGGAAGCTTTACGACAACGCCTTTTGGGACGGGAGCCAAATGGTCTTCGGTGACGGCGACGGCCAGATTTTTCAGCGCTTCACCAAATCCGTGAGTGTCATAGGCCATGAACTGGCGCACGGGGTCACTCAATACACAGCCAATTTGGCTTATCGGAACCAGGCCGGAGCACTGAACGAGTCCATGTCAGACGTTTTCGGGGTCCTCGTCGAGCAGTATCTGAAGCAGGAGTCCGCCCGGGATGCCAGTTGGCTCATCGGGGAAGGCCTCTTCACAGATCAGGTCCAAGGCGCCGCCCTGCGCTCAATGAAGGCGCCGGGGACGGCTTATGACGACGACGTTTTGGGTAAAGACCCGCAACCGGATTCCATGGATACGTACGTACGGACGAGTGCGGACAACGGCGGAGTGCATATCAACTCGGGCATCCCCAATAAGGCCTTCTACGTGGTTGCCACAGAACTCGGAGGCAATGCCTGGGAGGCGCCCGGTCAGATTTGGTATGGCACCTTGACCAGTGGATCCCTGCCGGCAACCTGCACGTTTGGAAAGTTTGCCAAGACTACGGTCGCAACTGCTGAGGAACTTTTCGGCACTGGATCAGCTGAGCATGACGCCGTCCTGAAGGCGTGGGAGACTGTGAAGGTCAAGGTTTAG MCSIVPPYMLRRIAARNEPRLRAVARAAKESLLHIKDLQAIRTAPIPAAPPSARQAKPGPPKRTIFDAESSEALPGRVVRKEGATPVGDVATDEAYDGLGSTHRLYGEIFGRDSIDDAGLALDATVHYGKLYDNAFWDGSQMVFGDGDGQIFQRFTKSVSVIGHELAHGVTQYTANLAYRNQAGALNESMSDVFGVLVEQYLKQESARDASWLIGEGLFTDQVQGAALRSMKAPGTAYDDDVLGKDPQPDSMDTYVRTSADNGGVHINSGIPNKAFYVVATELGGNAWEAPGQIWYGTLTSGSLPATCTFGKFAKTTVATAEELFGTGSAEHDAVLKAWETVKVKV PGPT0020995_286 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020995-nprM-K01400 NA NA D3-18_01717 1503 hmp_1 Flavohemoprotein ATGATTGCCGCTAAGTCCCGCGTGGACACCTGGTTGGGCCGCTTCACCATGTACCGCTTGATTCTCTGGGTGCTGGGCGTGCTGGCGGCGTACAGCATGGTCCTCAACATCCTGGGATGGTTGACCTTTGGCCTACCCGAGATGTTGGTCCATTTGGTGCTCTGCCTGGGCGTAACCTATGCCTCGGGCCGACTCCTGGCTTTGCTCTTTGGTGTCAAGCAGCATACGGAGTCGTCATTGATAACCGGACTGCTGCTGTACTTCCTGTTCTGGCCTGCCTTTGGAGCGATGGAGATGGCGGGCGTTGCCTTGGCTTGTGTGCTGGCAAGCGTGTCCAAGTACGCTCTGGCCTTCCGCGGGCGTCATATCTTCAACCCGGCAGCGGCAGGTGCGTTCATTACCGGCCTGACGGGGCTCAATATCGCCACGTGGTGGGCTGCCACCCCGGCCATGCTCTGGCTCTTGGTTCCGGGAGTGCTGCTTGTCCTCTATCGCACACGGAAAATGCTGATGGCCACCGTTTTCCTGGTGGCTGCCGCAGGCATCATCACCGTGGAACTACTTAGCCGCAACATGACGCTGGGACAGGCTTTATGGCAGACCTTGGCCCAACGGCCGTTGCTGTTTTTCGTCGGCTTCATGCTTTCGGAACCCCTCACCCTGCCTCCCCGCCGCTGGCAGCAGTTGGCGCTTGCCGCCGTCGTGGGAGTCGTTTTCGCAGTCCCCTACAACTTCGGCTTCATTGCCAACTCCCCGGAACTCGCACTGCTGCTGGGCAACCTCATTGCGTTCTTCCTTGGACAGCGCGGCGGCGTCCATCTGACGTTCAAGGGCTCGCGACCCCTCACCCCCGCCAGTACTGAATTCAGGTTCGAACCGCAGCGGCCTGTGCGCTTCGAGCCCGGACAGTTCATGGAGCTCAACCTGCCGCATTCCGGATCCGACGGAAAGGGCCGTCGCCGCGTCTTCAGCATTACCAGCCCACCCGGCGCCGCTGAGGTTACCTTCGGCGTGGGTACGGCCGAGCCGCTCTCTGCAGCGAAGAAGGCACTGCTTGCGCTTCGGCCCGGGGACAGCGTTACCGCAACAGCTGTGGGTGGAGACTTTGTTTTACCGCACGACGCCGGGAAACCGGTCCTGCTGATCGCCGCAGGAATCGGCATCACGCCTTTCCTGTCACAACTTGCTGCCGACGACGCCGCGCGCGACACGGTGGTGCTGTACCTCGCGAAGGGTCGCGATGAGTTGGCCTGCGTGGAACAGCTGGAAGCTTCCCGAGCCAAGGTAATCGCCCGCCTTGCGGACGGTTCCACTCCCCCCGCTTACATGGTCGACGCCGGTACGTCCAGGATCGATGCAGCGCGCCTCAAGGAGCTGGTTCCGGACATTGGGGATCGGGAAGTCTTCGTCTCAGGCTCGCCGGCGAGTGTTGATTCCCTTCGAGCTGCAGCACGGGGCGCAGGAGCGCGGCGGGTCCACGTGGACTCGTTTGCGGGTTACTGA MIAAKSRVDTWLGRFTMYRLILWVLGVLAAYSMVLNILGWLTFGLPEMLVHLVLCLGVTYASGRLLALLFGVKQHTESSLITGLLLYFLFWPAFGAMEMAGVALACVLASVSKYALAFRGRHIFNPAAAGAFITGLTGLNIATWWAATPAMLWLLVPGVLLVLYRTRKMLMATVFLVAAAGIITVELLSRNMTLGQALWQTLAQRPLLFFVGFMLSEPLTLPPRRWQQLALAAVVGVVFAVPYNFGFIANSPELALLLGNLIAFFLGQRGGVHLTFKGSRPLTPASTEFRFEPQRPVRFEPGQFMELNLPHSGSDGKGRRRVFSITSPPGAAEVTFGVGTAEPLSAAKKALLALRPGDSVTATAVGGDFVLPHDAGKPVLLIAAGIGITPFLSQLAADDAARDTVVLYLAKGRDELACVEQLEASRAKVIARLADGSTPPAYMVDAGTSRIDAARLKELVPDIGDREVFVSGSPASVDSLRAAARGAGARRVHVDSFAGY PGPT0013685_51 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013685-gbcB-K21832 NA NA D3-18_01718 873 apbE COG1477 FAD:protein FMN transferase ATGCCGCACCCTGGCTGGAGCACCTTCCGCTTCGAAGGGATCGGCACGCAGTGGGAGATATCGACGCCGGACAGTTTGGTTGCCGCTGTCCGGAGTGAACTGCTTGGGACAGTCGCGGCCTACGACAAGACGTGGTCACGGTTCAGGACGGATTCTTTGGTGTCCGGCCTTTCCCGTAGTGCCGGCAAGATCACCCTGCCGGGGCACGCCGTCGCCCTCCAGGAAGTCTATTCCTCGCTGTATCGTCTCAGCGGTGGTGCCGTAACCCCACTCATCGGCGGCAGTCTGGAGCGGCTGGGTTACGACGCCGCTTATGCCCTGACACCATCGGGCAGTCCCCTCCCCCCGCCCCGCTGGGAGGACGTCCTTGATTGGGAAGGCACGGAATTGGCCGCCAAAGAGCCGGTGGTTTTGGACATAGGAGCCGCCGGGAAGGGCCAGCTCGTGGACCTCTTGGGCGAAGTCCTGCGGGAAGCCGGCTACACCGACTTCCTGGTGGACAGCAGCGGCGACATGCTGCACTCCGGGAATCACCCCGTCACGGTTGCTTTGGAGCACCCCTATAACCCGCGGCAGGCCATAGGCACGGTGGAATTGGACAACTACGCACTGTGTGCCTCGGCTTCGAACCGCCGCACGTGGGGTGATGGTCTCCATCATGTCCTGGATGGAACAACGGGCAAACCTGTACATACCACCGTGGCTACGTGGACCATGGCTGCGAGCGCCCTGGTGGCAGACGGCCTGGCCACGGCATTGTTCATGCTTGAACCTGCGCCGATGGAGAAGGAATTCGAATTCTCATGGCTTACGGTGTCGTCGAGCGGTGCTGCCGCCTTTTCGAAGGGTTTTGAGGGGAGACTGTTCACATGA MPHPGWSTFRFEGIGTQWEISTPDSLVAAVRSELLGTVAAYDKTWSRFRTDSLVSGLSRSAGKITLPGHAVALQEVYSSLYRLSGGAVTPLIGGSLERLGYDAAYALTPSGSPLPPPRWEDVLDWEGTELAAKEPVVLDIGAAGKGQLVDLLGEVLREAGYTDFLVDSSGDMLHSGNHPVTVALEHPYNPRQAIGTVELDNYALCASASNRRTWGDGLHHVLDGTTGKPVHTTVATWTMAASALVADGLATALFMLEPAPMEKEFEFSWLTVSSSGAAAFSKGFEGRLFT PGPT0000430_3888 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 D3-18_01719 495 hypothetical protein ATGACTACGCCACTCCGCAAGAGCCTCTACGTTGGTTTCGCCGGCCTCTCCATCATTGGAACAGCCGCGGCATGCGCCCCCACAACCGAAGCCCCCTCAACCCAAACCCCCGCTACCCAGGATGGGGGCCAGGCCGCCACCAGCAGTTCTTCATCGGCGGGCACTTCATCGTCAACGGCTGTCGCGTCCACCGGCGCTTCCACCTACAAGGACGGGACCTACAGCTCCGACGGCACGTACACTTCGCCCAATGGCCAGGAGACGGTGGGTGTTGAGCTGACGCTCGCAGCCGACAAGGTTTCTGCGGTCAACATCACGGTCCACCCCTCTAATCCCAATACCAAGAAGTTCCAGGGTGAGTTCGCCAGTGGCATCGCCGCACAGATCGTGGGCAAGGATATCGACGAACTCAACGTCTCCAAGGTGGCTGGCTCTTCACTGACTTCCGGTGGCTTCAACGAAGCCGTGGAACAGATCAAGTCCCAGGCCAAGTAG MTTPLRKSLYVGFAGLSIIGTAAACAPTTEAPSTQTPATQDGGQAATSSSSSAGTSSSTAVASTGASTYKDGTYSSDGTYTSPNGQETVGVELTLAADKVSAVNITVHPSNPNTKKFQGEFASGIAAQIVGKDIDELNVSKVAGSSLTSGGFNEAVEQIKSQAK NA NA NA NA NA D3-18_01720 1650 argS_1 COG0018 Arginine--tRNA ligase GTGACTCCCGAAGAACTCTCTGCTGCCATATCCGCCTGCCTTAAGGACGCCGTTTCCACTGGCGAAATCGCCCTGACGGAATCTGCCGTGCCCGACGCCGTACGAGTGGAGCGACCCAAGAACCGGGATCATGGAGACTGGGCCACCAACATCGCGCTGCAACTCTCCAAACAGGCCGGCATGAATCCCCGCGAATTCGCTGGAATCCTCAGCAACCATCTGCAGGGCATCCCTGGTGTTACCGGAGTGGAAATCGCCGGTCCGGGCTTCCTGAACATCACCGTGGATGCTGCCACAGCAGGCGCCCTTGCCAAGGCCATTGTCGAGGCTGGAACCAGCTACGGCACTAATCAGGCGCTCGCAGGGCGAGTGGTCAACATGGAGTTTGTTTCAGCGAATCCCACCGGTCCGTTGCACATCGGGCACACACGCTGGGCGGCTCTGGGCGATGCCATTGCCCGCGTTCTGCGTGCCTCGGGTGCCAACGTCACCGCCGAGTACTACATCAACGACGCCGGCTCGCAGATGAACGTCTTCGCCAATTCGGTCCTCTCCCGCCTTCACGGACGTGGCGTGCCTGAGGGTGGCTACCCGGGCGAGTACATCCGCGAGCTTGGCGACGAAGTCCTGAAGGCCCATCCGGATATCCGCGAGTTGACTGACGCGGCAGCCCTGCCCGTTATCCGCGCGGCTGCCTACCAGGCACAGATGGCAGACATCAAGACCACGTTGGCGGAATTTGGCGTCGAGTTTGACGTCTTCTTCTCGGAAAAGGAACTGCACGACGCCGGTGCGATCGAATCCGCCGTCGCCCGCCTTCGCGAGCAAGGCCACGTTTTCGACGACGGCGGTGCCGTCTGGTTGCGCACTACAGACTTCGGCGACGACAAAGACCGTGTGATGATCCGCGCCAATGGCGAACCTACCTATTTCGCTGCGGACGCCGCGTACTACCTTTCAAAGAAGGACCGCGGCTTCACGGAGAAGATTTATCTGCTCGGTGCGGATCACCACGGATACATCAACCGTTTGAAGGCCATCGCCGCCTGCGCGGGCGATGATCCCGAGGTCAACATTGAGGTCCTCATCGGCCAGCTTGTGTCCGTGAATGGCGCCAAGCTTTCCAAGCGTGCAGGTAACATCATTGAGCTCAAGGACCTTATTTCCTGGCTCGGCAAGGATGCCGTCCGGTATTCCCTGGCCCGCTTCCCGGCTGACTCGCCGCTGACGCTGGATCCGGAACTGCTGAAGAAACACAGCAACGAGAACCCGGTGTTCTACGTGCAGTATGCGCACGCCCGCTCCCGCGGCACAGCACGCAATGCTGCCGAGGCCGGCGTGGAGCGTTCCGTCTTTGACGCATCGCTCCTGGACCACGCCACGGAAAACGAGTTGCTCTCCTACCTCGGCAGCTACCCGTCCATCGTGGCAAAGGCCGCAGAACTGCGTGAACCGCACCGCGTGGCACGCCACCTCGAAGTCATCGCCGGTGCCTACCACCGCTGGTACGACGCTTGCCGCGTTTCGCCGCAAGGGGACGAGCCAGTACAGGATGTCAACCGCACGCGTCTGTGGCTGAACGACGCCACCAGCCAAGTGCTGGCCAACGGACTCGAACTGCTGGGCGTTTCTGCGCCGGAACGGATGTAG MTPEELSAAISACLKDAVSTGEIALTESAVPDAVRVERPKNRDHGDWATNIALQLSKQAGMNPREFAGILSNHLQGIPGVTGVEIAGPGFLNITVDAATAGALAKAIVEAGTSYGTNQALAGRVVNMEFVSANPTGPLHIGHTRWAALGDAIARVLRASGANVTAEYYINDAGSQMNVFANSVLSRLHGRGVPEGGYPGEYIRELGDEVLKAHPDIRELTDAAALPVIRAAAYQAQMADIKTTLAEFGVEFDVFFSEKELHDAGAIESAVARLREQGHVFDDGGAVWLRTTDFGDDKDRVMIRANGEPTYFAADAAYYLSKKDRGFTEKIYLLGADHHGYINRLKAIAACAGDDPEVNIEVLIGQLVSVNGAKLSKRAGNIIELKDLISWLGKDAVRYSLARFPADSPLTLDPELLKKHSNENPVFYVQYAHARSRGTARNAAEAGVERSVFDASLLDHATENELLSYLGSYPSIVAKAAELREPHRVARHLEVIAGAYHRWYDACRVSPQGDEPVQDVNRTRLWLNDATSQVLANGLELLGVSAPERM NA NA NA NA NA D3-18_01721 1473 lysA COG0019 Diaminopimelate decarboxylase ATGACCACAAACGCTGCACACGCTTCTCCGCTCGCACCCGAATGGCTGGCTGTTCCCGAAGACCTCAACGCCTTGCAGGCACCCATGTGGGCGGCCGGGGTTGAGAAGAACGACGCCGGTGAGGTCACCATTGACGGCGTGTCCGTCAGCGAGCTCAAGGAGCAGTACGGAACTCCGCTGTTCGTCATGAGTGAATCGGACTTCCGTTCCCGTGCCCGGGCGTTCAAAGACGCATTCGATTCCGCCTTCGCGGACATTTGCGGGGGAGTGGATGTCTACTACGCCGGGAAGTCGTTCCTGTGCACTGCAGTAGCCAGTTGGGTTTCCGAGGAAGGCCTTCGCTTGGACACCTGTTCGGGCGGCGAGCTGGCTGTTGCCGCCCGTGCGGGAATTGAAGGCCCCAATCTTGGCCTGCACGGCAACAACAAGTCCGACGCCGAGATCAAGCGCGCGTTGGATATGAAGGTCGGCCGAATCGTGGTGGACAGCCTCGATGAACTGGAACGGGTGGCCAAGATTGCCTCCAGCCGTGGCGAAACTGCCAAGGTCATGCTTAGGCTGACCCCTGGCGTTCATGCCCACACCCATGAGTTCATTGCCACGGCACACGAGGATCAGAAGTTTGGCCTCTCCATGGCCGGGGACACCACCGATGAAGCAGGCCTGTCAGCAGCCGAGGAAGCGGTAGCTGCAGCAACGTCCTACGCCAGCATCGAGCTCTTGGGCCTGCACTGCCATATCGGCTCGCAGATCTTCGAGCCCGACGGCTTTGCCCTTGCAGCGGAGAAGCTACTGGGCTTCTTGGCCGCCATGCAGGCCAAGTACTCCATCGTCATGCCCGAACTGGACTTGGGCGGCGGCTACGGAATCGCCTACACCCCGGTCGACACACCCCGGCCGCCAGCCGAGATCGCGCAGGCGATGGCCGCCGTCGTGCGTTCCAAGTGCGCTGAGCTGGACATCACACCGCCACGCATTTCGATCGAGCCCGGACGCGCCATCGTGGGCAGCACTACGTTCACGCTCTATGAAGTCGGCACGCTCAAAACCGTCCGCGTTGACGTTACTGAGGGGGACGAAGGCGACAACAACGTTACGTATCCCCGCCGCTATGTGTCGGTGGACGGCGGGATGAGCGACAACGCACGCCCGGTGCTTTACGACGCGGATTATTCGGCAATTTTGGCTTCCCGGAACTCTTCGGCGGCTCCTCAGCTGTCCCGCGTAGTGGGCAAACATTGCGAGAGCGGCGACATAGTTGTTAGAGATGTATATCTGCCCGCGGACGTGGCAGCCGGTGATTTGCTCGCAGTACCGGGTACCGGCGCCTACTGCTGGGCCCTCTCCAGCAATTACAACTACCTGGCCAGGCCTGGCGTTGTCGCTGTACGCGACGGAGCCGCCCGGCTGATTATCCGCGGGGAAACCGAAGAAGATCTCTTGAACCGCGACATGGGAGTGGCGAATGTCTGA MTTNAAHASPLAPEWLAVPEDLNALQAPMWAAGVEKNDAGEVTIDGVSVSELKEQYGTPLFVMSESDFRSRARAFKDAFDSAFADICGGVDVYYAGKSFLCTAVASWVSEEGLRLDTCSGGELAVAARAGIEGPNLGLHGNNKSDAEIKRALDMKVGRIVVDSLDELERVAKIASSRGETAKVMLRLTPGVHAHTHEFIATAHEDQKFGLSMAGDTTDEAGLSAAEEAVAAATSYASIELLGLHCHIGSQIFEPDGFALAAEKLLGFLAAMQAKYSIVMPELDLGGGYGIAYTPVDTPRPPAEIAQAMAAVVRSKCAELDITPPRISIEPGRAIVGSTTFTLYEVGTLKTVRVDVTEGDEGDNNVTYPRRYVSVDGGMSDNARPVLYDADYSAILASRNSSAAPQLSRVVGKHCESGDIVVRDVYLPADVAAGDLLAVPGTGAYCWALSSNYNYLARPGVVAVRDGAARLIIRGETEEDLLNRDMGVANV NA NA NA NA NA D3-18_01722 1317 hom COG0460 Homoserine dehydrogenase ATGTCTGAAGTGCAAACCTTGAAGGTGGCCCTGCTGGGCTGTGGCAACGTTGGGGCCCAGGTTGCGCGGATTCTTATTGACGACGCCGAGGCCCTCGCAGCACGCAGCGGAGCCCGCTTGGAACTTTCCGGCATCGCCGTGCGCAATATCGATTCCCCGCGCGACGTCGAACTGCCGCGCGAACTTTTCACCACGGATGCCGATACCTTGGTCAAGGACGCCGACCTCGTCATTGAACTCATGGGCGGCATCGAGCCTGCCCGTTCGCTGATCCTGACGGCCATCCAGAACGGCGCATGCGTTGTCACCGGCAACAAGGCACTGCTCGCACAGGACGGCCCCACACTCTACGAAGAGGCAGACAAGGCCGGCGTCCAGCTGTCCTACGAGGCCGCCGTCGCCGGTGCGATCCCCATCCTGCGCCCTATCCGCGACAGCCTGTCCGGCGACCGCATCACCCGCGTCCTGGGCATTGTCAACGGCACCACCAACTTCATCCTTGACCAGATGGACACCACCGGGGCACAGTTCTCCGACGCCCTGGCCGAAGCCCAGCGCCTTGGATATGCGGAAGCCGACCCCACAGCCGATGTCGAGGGCCACGACGCTGCAGCGAAGGCAGCGATCCTTGCATCGTTGTCCTTCCACACGCGCTTCTCGCTGGATGATGTCTATTGCGAAGGCATCACCAAGGTCAGCGCTGCGGACATCGCCTCCGCCAAGGAAGCCGGCTTTGTCATCAAGTTGCTCGCGATCGCCGAGAAGATCGACTCCTCAGACAACGGCAGCGGCATTTCTGTCCGCGTCCACCCGACGCTCCTGCCGCGCGAACACCCGCTGGCCGCTGTCCGTGGTGCCTTCAACGCCGTCTTCATTGAAGCGGAAAACGCCGGCGAACTGATGTTCTATGGCCAGGGTGCAGGTGGAACCCCCACCGCATCCGCCGTGCTGGGCGACCTCGTGTCTGCCGCGCGGCGCTTGGTCCTGGGCGGCCCCGGCCGTACGGAGACCACCACTGGCCACGTTCCGGCGCTGGCCATCGATGCGTCCACCACCAGCTACTACATCGGCCTGGACGTCGCTGACCAAGCCGGCGTGCTGGCCCGCATCGCGCACATCTTTGCGGAGAACGGCGTTTCCATCGAAATCATGCGTCAAACGATCCACCGCGACTCTGCCTCGAACGTCGAGTCGGCCGAGCTGAAAATCGTGACGCACCGTGCGTCCGAAGCTGCACTCGCGGCAACCGTCGAGGCCGTCAAGGGCCTGGACGTCATCAATTCTGTAACATCCGTACTCCGGGTAGAAGGGGTCTAA MSEVQTLKVALLGCGNVGAQVARILIDDAEALAARSGARLELSGIAVRNIDSPRDVELPRELFTTDADTLVKDADLVIELMGGIEPARSLILTAIQNGACVVTGNKALLAQDGPTLYEEADKAGVQLSYEAAVAGAIPILRPIRDSLSGDRITRVLGIVNGTTNFILDQMDTTGAQFSDALAEAQRLGYAEADPTADVEGHDAAAKAAILASLSFHTRFSLDDVYCEGITKVSAADIASAKEAGFVIKLLAIAEKIDSSDNGSGISVRVHPTLLPREHPLAAVRGAFNAVFIEAENAGELMFYGQGAGGTPTASAVLGDLVSAARRLVLGGPGRTETTTGHVPALAIDASTTSYYIGLDVADQAGVLARIAHIFAENGVSIEIMRQTIHRDSASNVESAELKIVTHRASEAALAATVEAVKGLDVINSVTSVLRVEGV PGPT0020155_951 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020155-hom-K00003 NA NA D3-18_01723 1104 thrC COG0498 Threonine synthase GTGGCTCACCAATGGCGCGGAGTAATCCGCGAATACGCTGATCGTTTGCCTGTAACGGAAGCCACCAAGGTCATCACCCTGGGCGAGGGCGGCACGCCTCTCGTCCATGCGCAGAAGCTCTCAGAGCTGACCGGCTCCGAGGTGTACCTGAAGGTCGAAGGCATGAACCCCACGGGTTCGTTCAAGGACCGCGGCATGACCATGGCCATGACGGCTGCCGTGGAGGCCGGTGCCAAGGCTGTAGTTTGTGCCTCCACCGGTAATACCTCCGCCTCAGCTGCGGCATACGCCACAGCCGCAGGCCTCAAGTGCGCGGTGCTGGTACCCGAAGGCAAGATCTCCATGGGCAAGCTGAGCCAGGCCATCGCCCACGGTGCCACCCTGCTCCAGGTTGACGGCAACTTCGACAACTGCCTGGACATCGCTCGAAAGCTCGGCGAAGCCTACCCGGTGTTCCTGGTTAACTCCGTCAACCCGGCGCGCATCCAAGGCCAGAAGACCGGTGCTTTCGAAGTTGTGGACACCCTGGGTGATGCCCCCGACATCCACGTGCTGCCAGTGGGCAACGCCGGCAACATCAGCGCCTACTGGAAGGGGTACAAGGAGTATTCCGCTCCGTTCGAGACGGCTAACGGGACACTTCCGGCTGTTTCCACCAAGACGCCGGTTATGTGGGGCTTCCAGGCTGCAGGTGCCGCGCCGTTTGTCGCCGGACACCCCATCACTGAGCCCGATACGATCGCCACTGCCATCCGTATCGGCAACCCGGCCTCATGGGAGACCGCCGTTGCTGCCCGTGACGAGTCGGGCGGATTGATCGAGGCCGTCACCGACGACGAGATCCTGGCCGCCCACCGCTGGCTTTCCGCAAAAGAAGGTGTTTTCGTCGAACCTGGTTCCGCTGCCGGTGTCGCGGGTTTGATCAAGAAGCACGCTGCAGGCGAGGTTCCGTCCGGCAAAACCATCGTCATCACCGTCACCGGTCACGGGCTCAAGGACCCGCAGTGGGCCCTCCGCACTGAGGACGGCAGCGATGTCCAGCCTGTCAAGGTGCCGAACGACGTCGTCACCGTTGCCGCAGAACTGGGACTGGAAGAAAACTAA MAHQWRGVIREYADRLPVTEATKVITLGEGGTPLVHAQKLSELTGSEVYLKVEGMNPTGSFKDRGMTMAMTAAVEAGAKAVVCASTGNTSASAAAYATAAGLKCAVLVPEGKISMGKLSQAIAHGATLLQVDGNFDNCLDIARKLGEAYPVFLVNSVNPARIQGQKTGAFEVVDTLGDAPDIHVLPVGNAGNISAYWKGYKEYSAPFETANGTLPAVSTKTPVMWGFQAAGAAPFVAGHPITEPDTIATAIRIGNPASWETAVAARDESGGLIEAVTDDEILAAHRWLSAKEGVFVEPGSAAGVAGLIKKHAAGEVPSGKTIVITVTGHGLKDPQWALRTEDGSDVQPVKVPNDVVTVAAELGLEEN PGPT0009175_5438 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_SERINE_DEGRADATION,PGPT0009175-thrC-K01733 NA NA D3-18_01724 975 thrB COG0083 Homoserine kinase GTGGAATCAACGCAGCCCACCGCGACCGATCGTGCACTTGTCGCGGCAGGTCAGCGGCTGACCGTCAAGGTCCCCGGTACGAGTGCCAACCTGGGGCCCGGTTACGACAGCCTCGGCTTGGCCTTGTCGATTTACGACACCTTGACGGTGGAAACCCTCAGTACCGGAGAGCTCGAGTTCGAGCTCTCCGGTGAGGGTGCTGACTCCCTCCCTCGTGATGCCAGCCATTTGGTGATTCGTGCCATCGACCTTGCGTTGAACCGGCTTGGATTCCAGCACTCCGGATTGAAAATCATTGCGGACAACGTCAATCCACATGGCAGGGGCCTGGGGTCGTCAGCATCGGCTGTAGTTGCAGCCGTAACTGCCGCCAACGCGCTCGTCCCCTCCGAATTCCGGCAGGACCGCCATTGGATTCTGCAGTTGACCAGCGAGATGGAAGGCCATCCGGACAACGTCGCACCCGCGATTTTCGGCGGATTGGCGCTGTCGTGGCAGGACAGCGAGCAGTACAGCACCACGCGCGCTGACGTCGCGCAGTCGGTTATTCCCGTGGTGGCAGTCCCGGACTACGAACTGTCCACGGAGACTGCACGCGGATTGCTCCCGGCATCCGTTGGACACCATGCGGCAGCAATGAATTCCGGACGTGCAGCCTTGTTGATCCACGCGCTCACTGCCGATCCCACGTTGCTATTGCCGGGTACAGAAGATTATCTACACCAGAGCTATCGCGCTCAGGCTATGCGTCCCAGTGCCGACCTCATCGCTGCGCTTCGGTCTGCCGGCCATGCGGCGGTTGTCTCCGGCGCGGGCCCCACAGTGATGGTGTTGGCCAATGGCGCTGAGGAAGCTGCCACTATCGTCGAATTCATCGGTACATTCACGGCGGACAACACACCCGACATCGGTTGGCGTGTGATGACGCTGGCTGTGGACGATCAAGGTGCTAGAGTGGAAGTGCACCGCCGGTAA MESTQPTATDRALVAAGQRLTVKVPGTSANLGPGYDSLGLALSIYDTLTVETLSTGELEFELSGEGADSLPRDASHLVIRAIDLALNRLGFQHSGLKIIADNVNPHGRGLGSSASAVVAAVTAANALVPSEFRQDRHWILQLTSEMEGHPDNVAPAIFGGLALSWQDSEQYSTTRADVAQSVIPVVAVPDYELSTETARGLLPASVGHHAAAMNSGRAALLIHALTADPTLLLPGTEDYLHQSYRAQAMRPSADLIAALRSAGHAAVVSGAGPTVMVLANGAEEAATIVEFIGTFTADNTPDIGWRVMTLAVDDQGARVEVHRR PGPT0020275_523 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020275-thrB-K00872 NA NA D3-18_01725 2193 rho Transcription termination factor Rho GTGACAGAAACCACTGAGCTGGCTTCAGCTGTGGACACAACATCTTCTGCTGCTGATTCGTCAACTGCAGCAACTACCAAGAGCAGCGGCCTCGCAGGCCTTAAGCTCGCCCAGCTTCAGGCTCTCGCGAGCCAGTTGGGCATTTCGGGGGGATCCCGTATGCGCAAGGGGGATCTGGTCACGGCCATTTCCGCCCACCGTGCCGGTACCTCCACCACCAAGGCCCCCGCCAAGGCCAGTACGGCGAAAGCAACTGCGGCCAAGGAAGCCCGGGCTGCAGAGCCAAAGGCCGCTCCTGAAAGCAGTGCACCTGTTGATGCAGCTGCCGAGGCCCCGGCCCAGGAAGCACCCCGCGGCCGCGGTCGTGGCCGCAGCCGTAGGGCCACCAGCGATGGAGTAGTAGCAGCCGCTGAAGCCGCTGCTGCGCCGGCCGAGACCGCAGCAGCACCCGTTGTTGAAGCCCCCGCTGCCGTCGAGACCGGCGAGGCCGCTACTGAGCGTCGCCAGCCGCGTACCCGCAACCGCCGCCGCGGCGAAGCTGCCGCGGCGCCTGCCGAAGCAGCAGAAGCACCAGCAGCCGAGCAGCGTACGGAACAGCGTGAGCAGCGTGCCGACCGCACCGAGCAGCGTACGGAACAGCGTGAGCAGCGTGCTGACCGCACCGAACAGCGTGCTGACCGCACCGAACAGCGTGAGCAGCGTGCCGACCGCACCGAACAGCGTGAGCAGCGTGCCGACCGCACCGAACAGCGTGAGCAGCGCGAACAGTCCGACTCGGGCGACCAGCAGCGCGAACGTCGCGACAACACCCGCGGACGCCGTGAAGACAACGACGGCGACGACACCGGCAACCGCCGGAACCGCCGCAACCGTCGTGACCGCAACGAGCAGAACGACCGCAGCGATCGCCGTGGCGGTCAGGACAGCCGTGACGGAAACACCCGCAGCGACCGCTTCCGCGACCGCAACGAGCGTCGCCGTGGCCGCGCTCAGGGACCGGACGTTGACGACGTCGAGGTGACCGAGGACGACGTCCTTCTTCCCGTAGCCGGCATCCTGGACGTTCTGGAGAACTACGCGTTCATCCGGACCTCCGGATACCTCCCCGGTGCAAACGACGTCTATGTTTCCCTGGCACAGGTCAAGAAGTACAACCTCCGCAAGGGCGATGCCGTCGTCGGCGCTATCCGTGCACCCCGGGACGGTGAAGACCGCAGCCAGCAGTCTGCCCGCCAGAAGTTCAACGCGCTCGTCCGCGTCACCTCTGTCAACGGGAAGACGCCGGAAGAACTCAAGGATCGCGTCGAGTTCGCCAAGCTCGTTCCGCTGTACCCGTCCGAGCGCCTGCGCCTCGAGACGGATCCCAAGAAGATCGGTCCGCGTGTCATCGACCTCGTGGCGCCCATCGGCAAGGGCCAGCGTGGCCTGATCGTCTCCCCGCCGAAGGCCGGCAAGACGCTCATCCTGCAGTCCATCGCGAACGCAATCACCACCAACAACCCTGAGGTTCACCTCATGATGGTGCTGGTTGACGAACGTCCCGAAGAAGTAACGGACATGCAGCGCACCGTCAAGGGTGAGGTCATCGCCTCCACCTTCGACCGTCCCGCAGACGACCACACCACCGTCGCCGAGCTCTCCATTGAACGCGCCAAGCGCCTCGTGGAAATGGGCATGGACGTGGTGGTCCTCCTGGACTCCATGACCCGCCTGGGCCGCGCCTACAACCTGGCAGCACCGGCTTCAGGCCGCATCCTGTCCGGTGGTGTGGACTCCGCAGCGCTGTACCCGCCCAAGCGCTTCTTCGGTGCAGCCCGCAACATCGAAAACGGTGGCTCACTCACCATCCTTGCAACCGCGCTCGTCGAGACCGGTTCCAAGATGGACGAAGTCATCTTCGAAGAGTTCAAGGGCACCGGCAACATGGAGCTTCGCCTGTCCCGCCAGTTGGCAGACAAGCGCATCTTCCCGGCTGTGGACGTCAACGCGTCCGGTACGCGCCGGGAAGAGAACCTCCTCTCGCCTGAGGAAGTCAAGATCATGTGGAAGCTGCGCCGCGTCCTCTCCGGCCTGGAGCAGCAGCAGAGCCTTGAGCTGCTGACCAACAAGATCCGGGAGACGCAGAGCAACGTCGAGTTCCTCATGCAGGTTCAGAAGACGACGCTTGGAGCGAAGTCGGACAACGACAAATAG MTETTELASAVDTTSSAADSSTAATTKSSGLAGLKLAQLQALASQLGISGGSRMRKGDLVTAISAHRAGTSTTKAPAKASTAKATAAKEARAAEPKAAPESSAPVDAAAEAPAQEAPRGRGRGRSRRATSDGVVAAAEAAAAPAETAAAPVVEAPAAVETGEAATERRQPRTRNRRRGEAAAAPAEAAEAPAAEQRTEQREQRADRTEQRTEQREQRADRTEQRADRTEQREQRADRTEQREQRADRTEQREQREQSDSGDQQRERRDNTRGRREDNDGDDTGNRRNRRNRRDRNEQNDRSDRRGGQDSRDGNTRSDRFRDRNERRRGRAQGPDVDDVEVTEDDVLLPVAGILDVLENYAFIRTSGYLPGANDVYVSLAQVKKYNLRKGDAVVGAIRAPRDGEDRSQQSARQKFNALVRVTSVNGKTPEELKDRVEFAKLVPLYPSERLRLETDPKKIGPRVIDLVAPIGKGQRGLIVSPPKAGKTLILQSIANAITTNNPEVHLMMVLVDERPEEVTDMQRTVKGEVIASTFDRPADDHTTVAELSIERAKRLVEMGMDVVVLLDSMTRLGRAYNLAAPASGRILSGGVDSAALYPPKRFFGAARNIENGGSLTILATALVETGSKMDEVIFEEFKGTGNMELRLSRQLADKRIFPAVDVNASGTRREENLLSPEEVKIMWKLRRVLSGLEQQQSLELLTNKIRETQSNVEFLMQVQKTTLGAKSDNDK NA NA NA NA NA D3-18_01726 1074 prfA COG0216 Peptide chain release factor 1 ATGTTTGAGTCCGTACAGGGATTGCTGGATGAGCATGCTGCTATTCAGGCACAGCTGAGTGATCCTGCCGTTTATGCCGATCAGTCTGCTGCCAGGAAGTTGGGGCGTCGGTCTGCTCAGCTTCAGGGCATTGTGGAGGCGTACAACAAATGGCGCGGGCTCAATGATGACTTGGAAGCTGCCAAAGAGATGGCAGACGAGGATCCCGAATTCGCTGCAGAAGTTGTGCAGTTGGAAGAACAGATTCCGGCGGCACAGGAGCGGCTGCGCCGCTTGTTGATCCCTCGTGATCCCGACGATGCCCGCAACGTGATCCTTGAAGTCAAGGGCGGCGAAGGTGGCGACGAAGCTGCATTGTTCGCCGGCGACCTTCTGCGGATGTACATGCGTTACGCCGAGTCGCGGGGCTGGAAGACTGAAATGATCTCCGCCACCGAATCCGATCTTGGTGGATATAAGGACGTTGCCGTGGCCATCAAGGGCAACTCCAACGATCCTGCGCAGGGCGTCTTTGCCCGTCTGAAATTTGAAGGCGGTGTGCACCGAGTCCAGCGGGTTCCCGTCACTGAGTCGCAGGGCCGCATCCACACATCGGCTGCCGGCGTGCTGGTGCTCCCTGAAGTTGATGAGCCCGAAGAACTTGAGATCAACCAGAACGACCTCAAGATCGATGTTTACCGTTCATCCGGCCCGGGTGGACAGTCCGTGAACACCACCGACTCCGCCGTCCGTATCACCCACTTGCCCACGGGCATCGTTGTGGCCATGCAGAACGAAAAGTCGCAGCTGCAGAACCGTGAAGCCGGCATGCGCGTTCTCCGCGCACGCCTCCTGGCCCACCAGCAGGAACAGATTGATGCCGCCAACTCCGAACAGCGCAAGTCGCAGATCCGCACCATGGACCGTTCGGAGCGTATCCGTACATACAACTTCCCGGAAAACCGTATTGCGGACCACCGCACCGGCTACAAGGCGTACAACCTTGACGCGGTGATGAACGGCGATCTTGAGCCTGTGATCCAGTCAGCCATTGAAGCTGACGAGCAGGCACGACTGGACGCCATCGGCGAATAG MFESVQGLLDEHAAIQAQLSDPAVYADQSAARKLGRRSAQLQGIVEAYNKWRGLNDDLEAAKEMADEDPEFAAEVVQLEEQIPAAQERLRRLLIPRDPDDARNVILEVKGGEGGDEAALFAGDLLRMYMRYAESRGWKTEMISATESDLGGYKDVAVAIKGNSNDPAQGVFARLKFEGGVHRVQRVPVTESQGRIHTSAAGVLVLPEVDEPEELEINQNDLKIDVYRSSGPGGQSVNTTDSAVRITHLPTGIVVAMQNEKSQLQNREAGMRVLRARLLAHQQEQIDAANSEQRKSQIRTMDRSERIRTYNFPENRIADHRTGYKAYNLDAVMNGDLEPVIQSAIEADEQARLDAIGE NA NA NA NA NA D3-18_01727 873 prmC_2 COG2890 Release factor glutamine methyltransferase ATGACGTTTTACCAGGGCCAGAGCCTCGCAGACGCTGTCCGCGAGGCTACTGCCGTCCTATCCGACGCCGGTGTGCCCAGCCCGCGTGTCGACGCCGAGTTACTTGCCGAACACTTGCTCGGTGTTGGCCTGGGCCGCCTACGCGCCATGTTGCTCGGCGACACTCCCGCTCCGGAAGGCTACCGGGAACTTGTGGAGGAACGCGCTGGTCGCGTCCCCCTGCAGCACATCACTGGAGTCGCATATTTCCGACACCTGGCGTTGCAGGTGGGGCCGGGCGTTTTCATTCCGCGTCCTGAAACGGAATCGGTGGTGCAGTTGGTCATTGATCACGTCGCTGGAATGTCGAAACCCAAGGTGGTGGACCTGGGCACTGGATCCGGTGCAATTGCCGGTTCCATCGCGCATGAGGTTCCGGGCGCTGAGGTCCATGCCGTGGAATACAGTACGTTCGCTCATGCCTGGGCTGCCAGGAATCTCGAACCCCTGGGCGTCATACTTGTTGAAGGCGATCTGCGGGATGCCCTCCCCGAGCACAACGGAACTTTCGACGTCGTCGTATCCAACCCGCCGTACATCCCGGCCGAAGCCATACCTACGGAGCCGGAAGTTGCCCTCCACGATCCGCCGGAGGCACTTTACGGCGGGGGAGCGGACGGCATGGAGCTTCCGACGGCGGCAGCGGCCTCTGCGGCCCGCCTCCTTAAGCCCGGTGGTTACTTCGTGATGGAACATGCGGAAGTCCAAGCCGGATGGATCGCCGGAATGCTGCAACGAACCGGACGTTGGAAAGATGTGACCACGCACTGCGACCTGAACGGCAAGGAACGTGCCACCAGCGCGGTCCTGGCAAGCCCGTCTCCCGATGAGTGA MTFYQGQSLADAVREATAVLSDAGVPSPRVDAELLAEHLLGVGLGRLRAMLLGDTPAPEGYRELVEERAGRVPLQHITGVAYFRHLALQVGPGVFIPRPETESVVQLVIDHVAGMSKPKVVDLGTGSGAIAGSIAHEVPGAEVHAVEYSTFAHAWAARNLEPLGVILVEGDLRDALPEHNGTFDVVVSNPPYIPAEAIPTEPEVALHDPPEALYGGGADGMELPTAAAASAARLLKPGGYFVMEHAEVQAGWIAGMLQRTGRWKDVTTHCDLNGKERATSAVLASPSPDE NA NA NA NA NA D3-18_01728 897 tsaC Threonylcarbamoyl-AMP synthase GTGACCACAACCTATAACTGCACTTCCGATGACCAGCGGACTGAAGGCCTTCAGCATGCCCAGCGCGCCATCAGTGAAAAGAAGTGCATCGTGATGCCAACGGACACCGTCTACGGCATTGCCGCTGATGCCTTTTCGCCGTTAGCAGTGACTATGTTGCTGGCCTCCAAGGGGCGCAGCCGGCAGATGCCCCCTCCGGTCCTGATACCCCGGGTCAATGCCCTGGACGGGCTGGCCACCGATGTCCCGGCCGATGCCCGGGCGCTGGCACAGGCCTTCTGGCCTGGTGGCCTGACACTGATCCTGCATGCGCAGCCGTCCTTGGACTGGGACCTCGGCGAAACCAAGGGCACCGTCGCCCTCAGGATGCCCGATGACCAGATCGCACTGGAACTTCTGGGGCTCACAGGTCCGCTGGCTGTTTCCTCCGCCAACCGGACGGGCCAGGAAGCAGCACAGACGGCCTCGGAAGCACGACTCCAACTGGCAGAGTCCGTAGACGTCTACCTCGAGGGCGGGTTCCGTCCCGTCAAGGGGACTGCTGCCGTGCCCTCCACGATTGTTGATGCAACTTCCACACCGTTCCGGGTAGTGCGCCAAGGAGCCATCGAGCTGGAGCGACTCCGGGAGATCGTTCCCTCGATTCTGGGCATTGGTGAAACCATTCCTGCGGAGACGCCTGCTGTGGAGGACGCAACCCCAGTCGCCTCTACGGCCGAACCTGCAGCAGATGCCGCTGTTGGCGGCGACGTACCTGCCGTTGATGCCGCCGCTCCCCGAAACGAGGCGGTACTAGCGGATGAGGCGCCGATCGAAGTAACGGAAACGGCCGCCGTCGAAGATTCAACCCAGGAATCAGTGAAGCCAGAGGCCCCAAGCGAAGCCAAGCCCGAATGA MTTTYNCTSDDQRTEGLQHAQRAISEKKCIVMPTDTVYGIAADAFSPLAVTMLLASKGRSRQMPPPVLIPRVNALDGLATDVPADARALAQAFWPGGLTLILHAQPSLDWDLGETKGTVALRMPDDQIALELLGLTGPLAVSSANRTGQEAAQTASEARLQLAESVDVYLEGGFRPVKGTAAVPSTIVDATSTPFRVVRQGAIELERLREIVPSILGIGETIPAETPAVEDATPVASTAEPAADAAVGGDVPAVDAAAPRNEAVLADEAPIEVTETAAVEDSTQESVKPEAPSEAKPE NA NA NA NA NA D3-18_01729 786 N-acetylglucosaminyldiphosphoundecaprenol N-acetyl-beta-D-mannosaminyltransferase ATGATTCCGGAGCGCCAACGCGTCCCCGTCCTTGACGTCGACGCCACTCCGATGCGCGTCAATGAGCTTATGGAAGCGATGCGCGGGCTGATCGCGGCCGGAACAACCGCCACCGTACTTGGACATAATCTTCACAGCATCACGCTGCTCCATTCGCGTCCGGATGTTCGTTCTTTGTACGAGGACAGTTCAATCGTCCTTCTGGATGGTGCTCCCGTTGCGATGCTTTGGGGACTCGCCCACAAGCGTCAACTCCAGGCGATGGGTGAGGGAACCATGGCCTACCGGCTCGGTTCCATGGATTGGATCCCGGAACTGGGCAAGGTCAACGGCCTGGAACGTGTCGCCGTAGTCGGTGCCGGACGGGCGGCCAATACCAAGGCAATCGCCCGGCTGCGCTCCATCATTCCCGGTGCAACGGTGGATGGAATGCCCGGTGAGGGATGGGACAGCAACCTTGAGGACGCGGTGGTGAACTGGCTGGCCGATTTCCGTCCGCAGCTGGTCCTGCTCGGACTTGGAATGCCGCTGCAGGAAACAGTCCTTCACCGTAGGCTCGCGCAGTTGCCGCCTGCCCTCTATTGCGCCGTCGGCGGTGCCATTGAACAAGTCGCGGGCATCCAAAAACTGGCGCCGCGTTGGCTCGGACGCTTAGGGCTCGAATGGGCCTGGCGGCTGGTCCTTCACCCGGGCCGTGTGGCCTACAGAGTTTTCGTTGAACCTTGGAAGCTGGCGGGCCTGCTGATCCGGCGCCGTTTCCAACCATCCAAGACCAAAGGCAAGTAA MIPERQRVPVLDVDATPMRVNELMEAMRGLIAAGTTATVLGHNLHSITLLHSRPDVRSLYEDSSIVLLDGAPVAMLWGLAHKRQLQAMGEGTMAYRLGSMDWIPELGKVNGLERVAVVGAGRAANTKAIARLRSIIPGATVDGMPGEGWDSNLEDAVVNWLADFRPQLVLLGLGMPLQETVLHRRLAQLPPALYCAVGGAIEQVAGIQKLAPRWLGRLGLEWAWRLVLHPGRVAYRVFVEPWKLAGLLIRRRFQPSKTKGK PGPT0023455_658 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 D3-18_01730 957 hypothetical protein ATGACGTCCCACCCTGTCGTGGTCGCTGTTGTAGTGACCTATAACCGGCGTGAACTCCTCCAAACGACCCTGGAGGGCATTGTTGCAGGTACCCGGGTACCCGACGCCCTAGTCATCGTTGACAATGCCTCCACGGACGGAACCGCAGAGTTCCTCCGGCAGTACCAAAGCCCGGTGACCATTGATGTGGTCACGTTGAACACGAACGTGGGCGGTGCCGGTGGGTTCGTTGTCGGAATGGAACGGGCAGTGCTGGACCACGGTGCGGACCACGTGTGGATCATGGACGACGACACGGAACCTCAGCCGAATGCCCTTCGCGAAGCATTGGACGTCTCTGAGTCCTACCAACAGGAAACGGGAGATGCCCCGGCATTCATCGCGAGCCGGGTTGTGTGGACTGATGGCCGTGACCACCCAATGAACCGTATGCGTCCGCGGATGGGAGCGAGCGAGGACCAGCGCAGCGTTGCTGCCCGTCTGGGTGCCACCCAAATCCGGAGCGCTTCGTTCGTTTCGGTACTGATACGCGCTGAAGAGATCAAACAGCATGGCCTGCCGATTGCGGACTATTTCATCTGGAACGATGACCTTGAGTACACCGCGAGGATTTCCCGCCGCGGTACCGCTTTGACTACAAACGCATCGGTGGCCAACCATCACACGAAAGTCTTTGGTGATGCGGGAGCGGATCCCGGCCCGCGCTTCTATTATGAAGTGCGGAACAAGCTCTGGGTCTATACCCGATCGAATGCCTTGGCGCCCTGGGAAAAGATCCTGTTTACCGGCGCTTCGCTGCGCAACTGGACCCGCACCATCGCGGCCTCTCCACATCGCAAAGTGCTTTTGGCCGGGCTTTTGAAGGGCCTGCGCCACAGCCTGAAAGCCCCGCGCTCCAACGCCCAGGTGCTCGATGGGATCTACGCACTGCGTAACGTCCAGGGGCCGGTCAGGTAG MTSHPVVVAVVVTYNRRELLQTTLEGIVAGTRVPDALVIVDNASTDGTAEFLRQYQSPVTIDVVTLNTNVGGAGGFVVGMERAVLDHGADHVWIMDDDTEPQPNALREALDVSESYQQETGDAPAFIASRVVWTDGRDHPMNRMRPRMGASEDQRSVAARLGATQIRSASFVSVLIRAEEIKQHGLPIADYFIWNDDLEYTARISRRGTALTTNASVANHHTKVFGDAGADPGPRFYYEVRNKLWVYTRSNALAPWEKILFTGASLRNWTRTIAASPHRKVLLAGLLKGLRHSLKAPRSNAQVLDGIYALRNVQGPVR PGPT0024210_187 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-ARABINOGALACTAN|LIPOARABINOMANNAN_REMODELLING CE-REMODELLINGGALACTOFURANOSYLTRANSFERASE_ACTIVITY,PGPT0024210-glft1-K16649 NA NA D3-18_01731 1113 wecA COG0472 Decaprenyl-phosphate N-acetylglucosaminephosphotransferase ATGATCATGTACATGTTGATGGCCCTTACGGCTGCGGTGGTGTCGTACGCCGGGACGTGGGGTGCACGGGTGGTGGGAAACAAGCTGCGCTTGTACCAACCCATCCGAAGCCGCGACATGCATTCAGCCCTGATCTCCAAACTCGGGGGACTGGGCATCTTCGTGGGCTTCTTCGCTGCGTTGGTGGTCGCGAGCAATTCCTTCTTCGTCAAGGACATCTTCAGGCACAACGATGCGCCCTGGGGGATTCTCGCTGGTGCCGTGGTGATTGTCGCTGTGGGGGTCGCGGACGACATCCTGGACATCCGTTGGTGGATCAAGCTCCTTGGCCAGGCCGCAGCCGCCTTCATCGTGGCTATCTGGGGTGTGCGGATGTCTGTGGTGCCCTTTATTCCTGAACCGATTTTCCTTGAGTCCGAAGTCGTGCAGATTGTGCTCACAGCCGGGCTCATTGTCACCACCATGAATGCTGTCAACTTCATTGACGGACTGGACGGTCTGGCAGCAGGAGTCGCCATCATTGGTGGGGGAGCGTTCTTCCTCACCGCCTATTGGGTGCACAGGAACAATCCCTCCACTGACAACTCAGACCTCGCCACACTCTTGATGGCCATCCTCGTGGGCAGCTGCATCGGATTCCTGCCACACAACTGGTTTCCGGCAAAGATCTTCATGGGCGACTCGGGAGCCATGCTTATTGGTTTGTTGATGGCTTCCGCCGGCGTCGTGGCCACGGGGCAGATCGGTTCCGGTCTTTACGACCGCGCCAACGGTATCCCAACCATCGTTCCCATCTTGCTTCCTTTCGCGGTGTTGTCCCTTCCCCTTCTTGATTTGGGGATGGCCGTTGTCCGCAGGACAGCCAGGGGCCAATCCCCTTGGTCGGCGGACCGCGGGCACCTCCACCACAAGCTGGTGGACCTTGGATACTCGCACCGCAGCGCCGTCGTCATGCTCTATGTGTGGACCTGCATTCTTGCGTTCGGCGGCGTCGCCTTTGCCGTGTTCCCATGGCAAATCGTGCTCATCGTGGTCATAGCTGCAGCGCTCGTCATGGCCGCGGTGACGGCATGGCCTTACTTCACCCGGAACTCGACACGGCCGGGGGAGTAG MIMYMLMALTAAVVSYAGTWGARVVGNKLRLYQPIRSRDMHSALISKLGGLGIFVGFFAALVVASNSFFVKDIFRHNDAPWGILAGAVVIVAVGVADDILDIRWWIKLLGQAAAAFIVAIWGVRMSVVPFIPEPIFLESEVVQIVLTAGLIVTTMNAVNFIDGLDGLAAGVAIIGGGAFFLTAYWVHRNNPSTDNSDLATLLMAILVGSCIGFLPHNWFPAKIFMGDSGAMLIGLLMASAGVVATGQIGSGLYDRANGIPTIVPILLPFAVLSLPLLDLGMAVVRRTARGQSPWSADRGHLHHKLVDLGYSHRSAVVMLYVWTCILAFGGVAFAVFPWQIVLIVVIAAALVMAAVTAWPYFTRNSTRPGE PGPT0015240_124 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 D3-18_01732 492 hypothetical protein ATGACATCCAACGCCGAAACCGGACGCCCGTCCGGTAAACGTGGTGTTGGATCCGTTGGCCAGCCGAACTCGTTGTGGCTCCGGTTGCTTCTTCTCAGCGCTGCAGCAGCAGCAGCGGCCACGGCCGTCACCTGCGTGATCGCAGCTCTCATGAACGGCGGGTCGGGCGCGCTTTCAGCAGCGTTCGGTGCCGTGCTGGTCATGCTCTTCTTTGGGATCAGCCTCCTGATAGGTCACTTCGTTGGCCGCAACAACCCTTCCGGTGCAGTCGGCCTCTTTGTTGCAACTTATTTCATCAAAGTGGTTGGATTCGCTGTTGTGCTGTTGGTACTCGGCGCTCCGGACTGGCTCCACGATCGTTGGTTCCTCATTGGCGCTGTGGTCACTGTTGTCTTCTGGCAGGCCGCAGAAATCTATGCCTTCAGCAAGGCTCGCCTGCAGATCTACAACGATCCTGCTGAACCGAAAGGTGGTCCGGATGTCTCCGCGTAA MTSNAETGRPSGKRGVGSVGQPNSLWLRLLLLSAAAAAAATAVTCVIAALMNGGSGALSAAFGAVLVMLFFGISLLIGHFVGRNNPSGAVGLFVATYFIKVVGFAVVLLVLGAPDWLHDRWFLIGAVVTVVFWQAAEIYAFSKARLQIYNDPAEPKGGPDVSA PGPT0030480_276 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENERGY_METABOLISM PUTATIVE-ATP_SYNTHASE_ACITIVTY,PGPT0030480-atpI-K02116 D3-18_01733 339 hypothetical protein ATGTCTCCGCGTAAGCGCTATTCACGCCCGGTCGCCAACGCTCAGCACGCTGGCACCCGCAATGAATCTGCCGAAGCCGGAAACGACGGCGGATACAACGCCGGCATTGCCGTCTTCAGCTACATCATTGGCGGGATCATTGTCTGGAGTTTGATAGGCTGGGGTCTGGATAATCTGTGGGGGACCCGCTGGATTGTGCTCCTTGGCGCTCTGCTGGGAGCCGCAGGAGGGTTCTATCTTTCCCATATGCACGGCCTCACCAGGCAAAGCTCCAATCCTTCTGGCGAGAGCAACGCAGACAGCGGTCCGTCCACGGACGGGGACAGTAATGCCAAATAA MSPRKRYSRPVANAQHAGTRNESAEAGNDGGYNAGIAVFSYIIGGIIVWSLIGWGLDNLWGTRWIVLLGALLGAAGGFYLSHMHGLTRQSSNPSGESNADSGPSTDGDSNAK PGPT0030480_2376 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENERGY_METABOLISM PUTATIVE-ATP_SYNTHASE_ACITIVTY,PGPT0030480-atpI-K02116 D3-18_01734 801 atpB COG0356 ATP synthase subunit a TTGATCGCGCTTGCGCTCCCCGCCCAGGATTCGGGGTCATTCACCCCACCCGGAATCGACGAAATGCACCTGCCGGCAATCCTGCCTTGGGGTGCGGCCGATGGCTTCTCCAAGCAGATGCTGCTGGTGATCCTTTCGGTCGTCATTATCGCTACATTCTTCATCCTCGCTGCACGTAAGCAGCAGCTGGTTCCCGGCAAGCTGCAGTTCGCAGGCGAGATGGCCTACGGCTTCGTCCGTAACAGCATCGCCAAGGACATCATCGGCGGCAAGGACTTCATCAAGTACGTCCCGCTGTTGTTCAGCCTGTTCTTCTTTATCTTGGTGAACAACATCTACGGCGCCATCCCGGTGATCCAGCTCCCGAGCTTCTCGCACGTTGGCGGCGCCTATGTCATGGCCGGCATCGTGTACTTCACCTGGATCATCATCGGTATCAAGAAGAACGGCCTGAAGTACTTCAAGCTCGCCACCGTTCCTTCGGGCGTCCCGTGGTACATCCTTCCGATCGTTGTACCGATCGAAATCATCTCCAACTTCCTGGTCCGCCCGGTCACGCACAGCCTCCGTCTGTTTGCGACCATGTTGGCTGGCCACTTGATCGTCATGCTCGCCGGTTCGGGCATCGAGTTCCTTGTCATGCAGGAGAACGTCCTGCTCAAGGGTGCATCGGTACTGGTTCTGGTAGGCGCCGTAGCCATGTACATGCTCGAAGCGCTGATCATGGCCCTGCAGGCTTACGTGTTCACTCTGTTGACCGCGATCTACATCGAAGGCGCACTGCACGCCGACAGCCACTAG MIALALPAQDSGSFTPPGIDEMHLPAILPWGAADGFSKQMLLVILSVVIIATFFILAARKQQLVPGKLQFAGEMAYGFVRNSIAKDIIGGKDFIKYVPLLFSLFFFILVNNIYGAIPVIQLPSFSHVGGAYVMAGIVYFTWIIIGIKKNGLKYFKLATVPSGVPWYILPIVVPIEIISNFLVRPVTHSLRLFATMLAGHLIVMLAGSGIEFLVMQENVLLKGASVLVLVGAVAMYMLEALIMALQAYVFTLLTAIYIEGALHADSH PGPT0014303_1959 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014303-atpB-K02108 NA NA D3-18_01735 219 atpH_1 ATP synthase subunit c ATGGAAGGCACCATCAACGGCTCCCTCAACCTCATCGGCTACGGTCTTTCGGCCATCGGCGGTGGTATCGGTGTGGGTCTCGTGTTCGCCGCGTACATCAACGGTGTTGCACGTCAGCCGGAAGCTCAGCGTGTGCTGCAGCCGATCGCGTTCCTTGGTCTGGCACTGACTGAAGCTCTCGCCATCCTCGGCCTGGTCTTCGCTTTCGTTCTTTCCTAG MEGTINGSLNLIGYGLSAIGGGIGVGLVFAAYINGVARQPEAQRVLQPIAFLGLALTEALAILGLVFAFVLS PGPT0014302_2848 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014302-atpE-K02110 NA NA D3-18_01736 558 atpF COG0711 ATP synthase subunit b ATGAATCAGCTGATCATCTCAGCCGCCACTGAAGGCGCTGCGGAGGCTAATCCGCTCGTTCCCAACGTCTGGGAAATGGGCGTAGTCCTCGTGGGCTTTGCGGTCCTCATGTACATCGTGGTCAAGTTTGTTGTCCCGATGTTCGAGAAGACGTTCGCAGAGCGCGCCGAAGCAATCGAAGGTGGCATTGCAAAGGCCGAAGCGGCACAGGCAGAAGCTTCTGCTGCTCTCGAAGAGTACAAGCAGCAGCTCACTGATGCCCGTGCCGAAGCCAACCGAATCCGCGAAGAAGCACGCGCCGAAGGCGCCCAGATCCTCGCGGACCTGAAGGCAAAGGCTGCAGCAGAGTCTGCACGCATCACCGAGCAGGCACACGCTGCCATCGAGTCGGAGCGCCAGGCAGCTGTTGTCTCGCTTCGTTCCGAGGTTGGCACTTTGGCGACCACACTGGCCGGCCGCATCGTTGGGGAAGCACTCACCGACGACCAGCGCGCCGCGCGTGTTGTGGACCGCTTCCTTGCAGATCTGGAGACCCAGAGCGCAGGTGCAGCTAAGTAA MNQLIISAATEGAAEANPLVPNVWEMGVVLVGFAVLMYIVVKFVVPMFEKTFAERAEAIEGGIAKAEAAQAEASAALEEYKQQLTDARAEANRIREEARAEGAQILADLKAKAAAESARITEQAHAAIESERQAAVVSLRSEVGTLATTLAGRIVGEALTDDQRAARVVDRFLADLETQSAGAAK PGPT0014301_1476 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014301-atpF-K02109 NA NA D3-18_01737 828 atpH_2 ATP synthase subunit delta ATGGCAGGTATATCGAGCGAATCGCTGACCACAGCGCTGGCGCAGCTGGAAGCCAAGCTTCCCTTCGCTTCGCTGCAGTTGGCTAAGGACCTCTTCGGAATCCTGGGAACGGTGGACAGCTCGGCTGGCTTGCGCCGCGCCCTGACTGACCCGTCCCGTTCCGGTGACGAGAAGTCGGCGCTGGTCAAGCAGCTGGTTGGCGGAAAAGTCTCCGCTGATGCTGCTGAGATTGCAGGCGGATTGGCCAGCTCGCGCTGGGCATCGGCACGCGATATCGGCGATGCACTCGAGACGCTTGCCGCCACGGTTGTCATTGCCGTAGCTGAAAACAAGTCGGCCGTTTCTGCCTCCGGTATCACGGGGCTGGAAGAGCTGGAAAACGACCTGTTTGCCTTCAACCAGGCCGTCGCCTCCAGCCACGAAGTACAACGTGCTCTGTCTGAGCCGCAGGCATCGCCCGCGGCGAAGATTGCACTGGCCGAGAAACTTGTTCCTGGCAGCAGCGAGGAAGCAAAGGTTCTCATCAGCCAGGCGGTCACGCAGCCGCGCGGTGTCAAGCCGAGCAAGCTCGTCGAGTCATTCGCCAAGCTTGCAGCCAAGCGCCAGCAGCGCTGGATTGCAACTGTCAGCGTTACCCGTCCGTTGACGGAAACGCAGGCCAGCCGTCTGCAGGCCGGGCTTGATGCCCTGTACGGCCGCGAACTGAAGGTCAACGTCAATGTTGACCCCGCACTGATTGGTGGAATTCGCGTCCAGGTGGGTGACGAAGTGCTCGACGCTTCGGTCATCGCCCGTCTGACAGAACTCCGCCGCCAGCTCGCTGGCTAG MAGISSESLTTALAQLEAKLPFASLQLAKDLFGILGTVDSSAGLRRALTDPSRSGDEKSALVKQLVGGKVSADAAEIAGGLASSRWASARDIGDALETLAATVVIAVAENKSAVSASGITGLEELENDLFAFNQAVASSHEVQRALSEPQASPAAKIALAEKLVPGSSEEAKVLISQAVTQPRGVKPSKLVESFAKLAAKRQQRWIATVSVTRPLTETQASRLQAGLDALYGRELKVNVNVDPALIGGIRVQVGDEVLDASVIARLTELRRQLAG PGPT0014299_196 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014299-atpH-K02113 NA NA D3-18_01738 1671 atpA ATP synthase subunit alpha ATGATCACGAAAACAGGAGAGCAGGGACTGCAGATGGCCGAATTGACCATCAACGCCGACGACGTCCGTAATGCGTTGAACGAGTTCGCGGCGTCCTACGAACCCGGTAACGCAGAGCGCGTAGAGGTTGGTCGTGTGACCACCGCAAGTGACGGCATCGCCCGTGTTGAGGGTCTTCCCTCGGTCATGGCGAACGAGCTGCTTCGCTTCGAAGATGGCACGCTGGGCCTGGCCCAGAACCTTGACGTCCGCGAGATCGGTGTCATTATCCTCGGTGACTTCACCGGTATTGAAGAAGGCCAGGAAGTTCACCGTACCGGTGAGATCCTGTCCGTTCCGGTTGGCGATGCCTTCCTGGGCCGCGTTGTCGACCCCCTGGGCCAGCCCATCGATGACCTCGGCGAGATCAAGGCCGAAGCCACCCGTGCACTGGAACTTCAGGCTCCGGGCGTTACCGAACGCAAGTCGGTTCACGAACCGATGCAGACCGGCCTCAAGGCTATCGACGCCATGATCCCGATCGGCCGTGGCCAGCGTCAGCTGATCATCGGTGACCGCCAGACCGGCAAGACTGCCATCGCCGTGGACACCATCATCAACCAGAAGGCCAACTGGGCTTCTGGAGATGTCACCAAGCAGGTACGTTGCGTCTACGTTGGTGTTGGCCAGAAGGCTTCCACTATCGCAGCCGTCCGCCAGACCCTCGAGGATCACGGCGCTCTGGAGTACACCACCATCGTGGCGTCCCCGGCATCTGACCCCGCTGGCTTCAAGTACTTGGCACCGTATGCAGGTTCGGCCATCGGCCAGCACTGGATGTACGGCGGCAAGCACGTTCTGGTGATCTTCGATGACCTGTCCAAGCAGGCCGAAGCCTACCGCGCCGTGTCCCTGCTGCTGCGCCGTCCGCCGGGACGCGAAGCATACCCGGGTGACGTTTTCTACTTGCACTCCCGTCTGCTGGAGCGTTGTGCCAAGCTCTCCGACGAGCTCGGTGCCGGTTCGATGACCGGTCTTCCGATCGTCGAGACCAAGGCAAACGACGTCTCTGCCTACATCCCGACCAACGTGATCTCCATTACTGATGGCCAGATCTTCCTTCAGTCGGACCTCTTCAACGCCAACCAGCGTCCCGCTGTTGACGTTGGCGTGTCCGTCTCACGCGTTGGTGGCGCTGCTCAGGTCAAGTCCATGAAGAAGGTCTCCGGTACCTTGAAGCTGGACCTGGCCCAGTACCGCGACATGCAGGCATTCGCCATGTTCGCCTCCGACCTGGATGCTGCTTCCCGTCAGCAGCTGACCCGTGGTGCACGCCTGATGGAACTGCTGAAGCAAGGCCAGTACTCACCGTTCCCGGTTGAGAACCAGGTTGTTTCCATCTGGGCCGGCACTAACGGTTACCTGGACGACGTTCCGGTTGAAGACATCAGCCGCTTCGAGTCCGAGTTCCTGGAGCACCTCAAGCACCAGTCCTCCATCCTGACCACGCTGGCGCAGACCAACGTCCTGGATGACGACACCGCTGCAGCTCTGAAGGAAGCAATTGTTTCCTTCAAGAAGGGCTTCTTCGGCGAAGGCGACAACCACCTGGTTGGCGCCGGCCATGAAGAGCACGCAGCGATCTCCGGCGGCGACGTCGACCAGGAAAAGATCGTCAAGCAGAAGCGCTAG MITKTGEQGLQMAELTINADDVRNALNEFAASYEPGNAERVEVGRVTTASDGIARVEGLPSVMANELLRFEDGTLGLAQNLDVREIGVIILGDFTGIEEGQEVHRTGEILSVPVGDAFLGRVVDPLGQPIDDLGEIKAEATRALELQAPGVTERKSVHEPMQTGLKAIDAMIPIGRGQRQLIIGDRQTGKTAIAVDTIINQKANWASGDVTKQVRCVYVGVGQKASTIAAVRQTLEDHGALEYTTIVASPASDPAGFKYLAPYAGSAIGQHWMYGGKHVLVIFDDLSKQAEAYRAVSLLLRRPPGREAYPGDVFYLHSRLLERCAKLSDELGAGSMTGLPIVETKANDVSAYIPTNVISITDGQIFLQSDLFNANQRPAVDVGVSVSRVGGAAQVKSMKKVSGTLKLDLAQYRDMQAFAMFASDLDAASRQQLTRGARLMELLKQGQYSPFPVENQVVSIWAGTNGYLDDVPVEDISRFESEFLEHLKHQSSILTTLAQTNVLDDDTAAALKEAIVSFKKGFFGEGDNHLVGAGHEEHAAISGGDVDQEKIVKQKR PGPT0014298_96 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014298-atpA-K02111 NA NA D3-18_01739 891 atpG ATP synthase gamma chain ATGGGAGCCCAGATTCGGGTCTACCGTCAGAAGATCAGCTCGACTACGTCGATGCGCAAGATCTTCAAGGCGATGGAACTGATCGCTACCTCGCGCATCGGTAAGGCCCGCGCCCGCGTAGCAGCTTCACTGCCTTACGCGAACGCGATTACCCGCGCCGTTTCTGCTGTCGCAACTCAGAGCGAAATCGACCACCCGCTGACCACCGAGCCGGAGCAGATCCGCCGCGCCGCCGTCCTGATCATTACATCGGACCGCGGCCTTGCAGGATCCTACTCCGCTAGCGTGCTCAAGCAGGCTGAAGGTCTCACCGAGCTTCTTCACGCAGAAGGCAAGGAAGTCAAGGCGTACCTGGTTGGCCGTAAGGCGCAGGCGTACTTCGATTTCCGCAACCGGTCCTACGCCCGCGTATGGACTGGTGGCACGGACGCACCGGAATTCGAAACCGCGCAGGAAGTCGGAGCTGCACTTCTTGAAGACTTCTCCACTGACTTCGAAGAGGGCGGCGTGGACGAGATTCACGTTGTCTACACCCGCTTCAAGTCCATGGTGACGCAGGAGCCGACGGTTATCCGTTTGCTCCCGTTGGAGGTCGTCGAAGAGGAAGCTGCCTCGGAATCCGAGCTGTTGCCGTTGTACGAGTTTGAGCCGGAAACAGAGCAGGTGCTTGACGCACTGCTGCCGCGTTACATCGAGTCCCGCATCTTCGCAGCCATGCTGCAGGCCGCAGCTTCCGAGCTCGCAGCCCGCCAGCGCGCTATGAAGTCGGCCGGTGACAACGCTACCGACTTGATCAAGAAGTACACGCGCCTTCGCAACACGGCCCGCCAGGCCGAGATTACGCAGGAGCTTTCCGAAATCGTGGCCGGCGCAGACGCCCTCGCGTCCTAG MGAQIRVYRQKISSTTSMRKIFKAMELIATSRIGKARARVAASLPYANAITRAVSAVATQSEIDHPLTTEPEQIRRAAVLIITSDRGLAGSYSASVLKQAEGLTELLHAEGKEVKAYLVGRKAQAYFDFRNRSYARVWTGGTDAPEFETAQEVGAALLEDFSTDFEEGGVDEIHVVYTRFKSMVTQEPTVIRLLPLEVVEEEAASESELLPLYEFEPETEQVLDALLPRYIESRIFAAMLQAAASELAARQRAMKSAGDNATDLIKKYTRLRNTARQAEITQELSEIVAGADALAS PGPT0014297_1660 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014297-atpG-K02115 NA NA D3-18_01740 1452 atpD ATP synthase subunit beta ATGACTGCCACTGCTACCGAACACGTAGCTACGGCCGGTGCTACCGGCCGCATTGCCCGTGTTATTGGTCCGGTTGTCGACGTCGAATTCCCGGCTGACGCAATCCCCTCGATTTACAACGCTCTGACCACTGAGATCACTCTCAACGGCCAGACGAAAACCATCACGTTCGAGACTTCCCAGCACCTGGGTGACAACCTCGTTCGCGCCATCTCCCTGCAGGCAACCGACGGCCTCGTCCGCGGCACCACTGTGCGGGACTCCGGTTCTCCCATCTCCGTGCCCGTCGGCGACGGCGTCAAGGGCCACATCTTCAACGTTCTCGGCAAGCCGCTGGACGTCGAAGAGTCCGAGATCAAGGCAGACGCCTACTGGCCGATCCACCGCAAGGCTCCGTCCTTCGCTTCCCTCGAGGGCTCCACGGAGATGCTCGAGACCGGCATCAAGGTCATCGACCTTCTCACCCCGTACATCAAGGGTGGAAAGATCGGCCTGTTCGGCGGCGCCGGCGTTGGCAAGACCGTTCTGATCCAGGAAATGATCACCCGTGTTGCCCGCAACTTCGGTGGTACTTCCGTATTCGCCGGTGTTGGCGAGCGTACTCGTGAAGGTAACGACCTCTGGGTTGAAATGGAAGAGGCAGGCGTTCTTAAGGACACCGCCCTTGTATTCGGCCAGATGGATGAGCCGCCGGGAACGCGTCTCCGCGTGGCCCTGTCTGCCCTGACCATGGCGGAGTACTTCCGCGATGTTCAGAACCAGGACGTGTTGCTCTTCATCGACAACATCTTCCGCTTCACGCAGGCAGGTTCGGAAGTTTCCACGCTGCTCGGCCGTATGCCGTCCGCTGTGGGCTACCAGCCTAACCTTGCTGACGAGATGGGTCTGCTCCAGGAACGCATCACCTCCACCAAGGGTCACTCCATCACGTCGATGCAGGCAATCTACGTGCCGGCTGATGACTACACCGACCCGGCTCCGGCAACGACCTTCGCACACCTCGATGCGACCACGGAACTTTCCCGTGAAATCGCTTCCCGTGGTTTGTACCCGGCCGTTGACCCGCTGACGTCCACCTCCCGTATTCTGGATCCCCAGTACATCGGCAAGGATCACTACAACACGGCTGTCCGTGTTAAGCAGATCCTGCAGAAGAACAAGGAACTCCAGGACATCATCGCCATCCTCGGTGTTGACGAACTTTCTGAAGAGGACAAGATCGTCGTGTCGCGTGCACGTCGTATCCAGCAGTTCCTCTCCCAGAACACCTACACCGCCAAGCAGTTCACCGGCGTCGAGGGCTCCACCGTGTCCATCAAGGACACCGTAGAAGGCTTCACGGCCATCTGCGACGGCGAGCTGGACCACATCGCAGAGCAGGCGTTCTTCAACGTCGGCGGCCTGGATGACGTCGAGCGTCAGTGGGCCAAGATCCAGGAACAGACCAAGTAG MTATATEHVATAGATGRIARVIGPVVDVEFPADAIPSIYNALTTEITLNGQTKTITFETSQHLGDNLVRAISLQATDGLVRGTTVRDSGSPISVPVGDGVKGHIFNVLGKPLDVEESEIKADAYWPIHRKAPSFASLEGSTEMLETGIKVIDLLTPYIKGGKIGLFGGAGVGKTVLIQEMITRVARNFGGTSVFAGVGERTREGNDLWVEMEEAGVLKDTALVFGQMDEPPGTRLRVALSALTMAEYFRDVQNQDVLLFIDNIFRFTQAGSEVSTLLGRMPSAVGYQPNLADEMGLLQERITSTKGHSITSMQAIYVPADDYTDPAPATTFAHLDATTELSREIASRGLYPAVDPLTSTSRILDPQYIGKDHYNTAVRVKQILQKNKELQDIIAILGVDELSEEDKIVVSRARRIQQFLSQNTYTAKQFTGVEGSTVSIKDTVEGFTAICDGELDHIAEQAFFNVGGLDDVERQWAKIQEQTK PGPT0014296_1172 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014296-atpD-K02112 NA NA D3-18_01741 285 atpC COG0355 ATP synthase epsilon chain ATGGCTGAGCTCGAGGTTGAGATTGTCGCAGCGGACCACTTCGTGTGGTCCGGCGCGGCCAAGATGGTGAAGGCCCGCACCAGCGATGGTGAAATCGGAATCCTGCCGGGCCACTCGCCCCTTCTGGCCATCATGGCCGCGGGCGAGCTGGCAATCCAGCCGGTTTCCGGTGATCGCATTGCAGTAGTTGTTGACGGCGGATTCTTCTCCGTCGACAACGATCGCGTGGTCATTGTTGCTGACAACGCCAAATTGGGCGAAGCGGCTACAGCGGGGATCCGATAG MAELEVEIVAADHFVWSGAAKMVKARTSDGEIGILPGHSPLLAIMAAGELAIQPVSGDRIAVVVDGGFFSVDNDRVVIVADNAKLGEAATAGIR PGPT0014295_3942 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014295-atpC-K02114 NA NA D3-18_01742 432 hypothetical protein ATGGACGATTCCCTTATTCCGTTCATCGCCCTGGCAACAGCGTTTACGTTGCTGATCATTTCACTGTGCCTTTTCGGGGTGCGCCGCTTCAATCTGCGGCGCGCCCTGGGCACGGTCGACGCCTCCATTTGCATGGCTGGAAACAGCTGGCAGATGGGGGTTTGTCGTTATCAGGACAACGAGCTCGAGTGGTTCCGCTTGATGTCCCTGAGCGTCATCCCCAAGCACAAGTTCACGCGCAGCTCACTTGAACTGCTTGGCCGCCGCCAGCCCACGGAGGAAGAACTCGTCAGGATACAGCCTGGCGTCGTGGTGGTCGAGCTCCAGTACGAAGGCAAGAAGTTCATGCTCGCCATGAATTTTGACGCCTACGCTGGATTGTCGTCCTGGCTTGAAGCAGGGCCGGTCATCGGCGTCGGAACCTGGCGTTAG MDDSLIPFIALATAFTLLIISLCLFGVRRFNLRRALGTVDASICMAGNSWQMGVCRYQDNELEWFRLMSLSVIPKHKFTRSSLELLGRRQPTEEELVRIQPGVVVVELQYEGKKFMLAMNFDAYAGLSSWLEAGPVIGVGTWR NA NA NA NA NA D3-18_01743 1299 hypothetical protein ATGGACTTTCTTTCGGACGTCAGTCTGGTTGATGGGCCGTTTCTCTGGTTGAGCATCGCCTGTGGCGCGGCCGGAGGGGCCTATCTTCTTTGGCGTCGACGCCGTTCCTGGCCGCTGCTCGTCGCGGGCAGCCTGCTGCTGGCCATAGGTGTCGTGGCGCTGATTCACTGGATCCTGGTGGACCTTATGGCCAGGTTCTCGGAGAACCTGCCCTTTCAGACTGTAGCGTGGGCAGTCCCGGCTGTCGCGGCCCTTCTGCTGTGCGCTGCGCGCTTCCCCCGAAACTCCTGGCGCGGCCGCTCATTCAGTGTGGTGGCGATGCTCGGCGTTGTGCTCTTGTGCGTGGTGCAGATTAATCTCTATTTCGGCCTGAACAACACGGTTTCGGACCTGCTGGGTACTGCGGTGGCGCGTATACAGCCACTCGAAGCGGGCCTCCAACGCACCCCGGATGCGAAGCCAGGTCCAGCACCCTCTGCATGGAAAGCCCCGGATTCCATGCCCCGAAACGGCATCCTGCGGAAAGCAGACATTCCCGGTGCGGCCTCCGGTTTTAACGCCCGGGAAGCGTACGTTTATCTGCCCCCTGCCTATCAGACGGCATCCCGTCCAACCCTGCCCGTGCTGGTGCTCTTCGCAGGTCAGCCGGGTGGTCCCGCGGACTGGCTGACTGGTGGCCAGCTCCGTTCCCTGCTGGACCAGTTTGCTGAAAATCATCACGGAATTGCCCCTGTCACAGTGGTGGTCGACCCCAACGGATCAGCAAACGCCAACACCATGTGCATGGACAGCAACATCGCCTCGGTGGACACCTATCTTTCCAAGGATGTGCCGGCGTGGATCACTCAGACTCTGGATGTCGCGACTGATCACAACCAATGGGCTGTTGGCGGTTTCTCTTTCGGCGGCACATGCGCCATGCAAATGGGAACCTTGCATCCGGATCTGTTCGCATCCATTCTGCCGTTCGCCGCAGAAAGGGAACCTGCCCTGGCCAAGGATCGAAGCAAGACCATTTCGGATTCGTTCGACGGCGACGTTGCAGCCTTCGAATCCCGGACACCTCTGATGTTGATGCAGCAGCGCAACTTTGCCGGCAGCGGGGTGTATTTGGTTTCGGGTGAAGCTGACCACGAGTTCACTGACTACATGCACGAGCTTGCTGGCGCGGCACGGAACGCTGGTTTTGAAACCGAAGAACATTCCATTCCTCAGGCCGGTCACTCCTGGGATGCAGTGATTCGTGGAATGCCCGGCGGACTCGACTTCCTGGCTACCCGGTGGGGGTTGCCGCGGTGA MDFLSDVSLVDGPFLWLSIACGAAGGAYLLWRRRRSWPLLVAGSLLLAIGVVALIHWILVDLMARFSENLPFQTVAWAVPAVAALLLCAARFPRNSWRGRSFSVVAMLGVVLLCVVQINLYFGLNNTVSDLLGTAVARIQPLEAGLQRTPDAKPGPAPSAWKAPDSMPRNGILRKADIPGAASGFNAREAYVYLPPAYQTASRPTLPVLVLFAGQPGGPADWLTGGQLRSLLDQFAENHHGIAPVTVVVDPNGSANANTMCMDSNIASVDTYLSKDVPAWITQTLDVATDHNQWAVGGFSFGGTCAMQMGTLHPDLFASILPFAAEREPALAKDRSKTISDSFDGDVAAFESRTPLMLMQQRNFAGSGVYLVSGEADHEFTDYMHELAGAARNAGFETEEHSIPQAGHSWDAVIRGMPGGLDFLATRWGLPR NA NA NA NA NA D3-18_01744 2502 hypothetical protein GTGAGCCTTACCCTCAGAGGTGTGGCGGAGCCTGCGCTGAAGCAGACGGGTCGGCATTTACGGTCAACGCCGTTCACTTTGCTGGTGCTTGCCGTTTTTGCGGGTCTATCGTTGGTCTCCGGGAGCTTCCTGACTGGGCCACCCCGGCCGTGGCTTGCGGTGGCCAGCGTGTCCTTGGAGGGGCTGCGCTCGGGGGAATGGTGGTCCATCTGGACGTCGCTGTTCTTCACTACCAATCCGCTGGCCTATGCCACCGCGGTCCTCATGATGTTGTTCCTGCTCGGACTGGCAGAGCGGCAGTTGGGCTCCCTTAAAACGGCTGGAGTGTTCTTCGGCAGCCAGTTCGGCTGTATATCGGCCTTCCTCTTGGTGACCCAGGTAGCGCAGTACGTGGATGACGGGTGGCTTTCAGAGATGGCCGACACCCGACTGATCGGACCCTACGGTGCGGTTCTTGCTACGGCTTTGGCCGCGAGTGCGCTCCTGCCTACGCTATGGCAGCGTCGCCTGCGCACTGTGGTGCTCTCCATTTCCCTGTTGCTGGTGCTCTACGTCGGACATGCAGAGACAGTTGTTGGTTTCCTGGGCGCGCTGATCGGTTTGCTCGCCGGCTGGTGGATGCAAAGCAGCCAAGGCCATCTCCACCTTCATAGGTCAACCAGCCGTGAAATCCGGAACCTCCTGTCACTGACCATGGCAATTTTCGCCGTGGGTCCTATCGTGACCGCGGCAGCCAAGAGTCCATCGGGACCGTTGGCCCTGTTGCGGGACGTCATTCTTAACCCGCTGCCAACCTTGAGCCAACTGGAAAGCAACTGCGGGGGCACCATCGACGTCGCTTGCCTGGAGATTGCACGCCAGGGTTATACGGGGCCGTTGGGTCTGGCCTTGGCAGTGGTGCCGGTTGTCCTGCTGTTGATTTGCGCCGACGGCATGAGGCGGGGACGCCGGCTCGCGTTGGGAATTGCCATTGGCGTGCAGTTGGTGGTGGTCGTCTTGTCCACGATCTACCTTGGGCTTTTTGCCGGTATGCCGCGGCTGGCAGGACGGCCACATGTAGGGATGCTCAACTCGGCTGTAGTTCACATCATTCCGCTTGTGCTGGTTCCCTTGGCTTTGGCGCTTCTCCTGTTCGCGTATCGGGGCCACTTCCGGGTGGTGACCTCCGACCACCTCCGCCGAAAGGTGTTCTGGGTGGTCGGCTTGACCGGGGGAGGGCTCAGCCTTGCGTATACAGGGGTGTGGCTGGCTTCCGGTGGACTGATTCGCGACGGCGGCTTGCTGGGTTTGGTGGCTGAGCTCGCGCGGCAGTATCTCCCCGTTCCGCTTCCCGGCGTTTACCGCAAGGTTTTCGCTGAGCGTGACGTGCTGGAAGTTTTCCTGTTTTCCTACTCCGGCACGGTGTTTTGGCTCGTGGCTTTGATTGGCGTGTGGGTGTTGCTGATCCGGGGACATCACACGGGTGGACTTGACCGTCAGGCGCGCCAGGGCGCACTCGCCTTGGTGAAGCGGGGCGGAGATTCATTGTCCTGGATGGCCCTTTGGGAACCAAATAAATACTGGTTCACTCCCGAGGGTACCGGGGGAGTGGCCTACCAGCAGCACAGCCACGTGGCGTTGACGCTAGGCGGTCCCTTCGGAGCGCGGCAGCATCACGCGGCAACCGCCAAAGGGTTTCTGGAGTACTGTTCGCAGCATGCATTGACGCCGTGCCTCTACTCCTGCACGGACGAACTCTGGCCCATGCTGCAATCGCGCGGCTTCCGCCGGGTGTCGGTTGCCCAAGAGACTCGACTGCGCATCAGGGGCCTGGAGTTCAAGGGCAAGGAGTGGCAAAACGTCAGAACTTCCCTCAACCGTGCCGCGAAGATGGGGATCACGGCCAGGTGGGGCCGATACTCCGAACTCCCGCATGGGGTGCGTGCCCAGGTGAGTGAGGTTTCCGAGGAGTGGGCAGCCCAGAAAAAGATCCCGGAAATGGGCTTCACCATGGGCGGCCTGGACGAGTTGGATGACGACGACGTCCTGTGCTGCGTCGCTTTGGACGACAAGGGCTTTGTCTACGGCGTTACCAGTTGGCTTCCCGTCTATGAGGACGGTGTGATTGTGAGTTGGACACTGGACTTCATGCGGCGGCGGGGCGATGCTTTCCCGGGCGTCATGGAGTTCCTGATCGCATCGGCCGTTTTACACCTGCGTGATTCTGTGGAGCTGATTTCCTTGTCCGGTTCCCCTTTAGCCCGGGAGAAGGGCGAAATCGAGCAGCGGGCCAAAGGCTTGGCAGGACTATTGGAGGTGGTGGGGCACGCTTTGGAACCTGTTTACGGATTCAGATCGCTGGCGTCCTTTAAATCGAGGTTCCAGCCCGAGTACAGAACGTTGTACATGTATTACCAAGACCCGCTGCATCTTCCTGCAATTGGGCGTGCTCTCAGCAGGGCCTATCTGCCGGGGTTGTCAGTCCGGCATTCCGCGAGGCTGCTCCGGAGCTTGGTTGGTTGA MSLTLRGVAEPALKQTGRHLRSTPFTLLVLAVFAGLSLVSGSFLTGPPRPWLAVASVSLEGLRSGEWWSIWTSLFFTTNPLAYATAVLMMLFLLGLAERQLGSLKTAGVFFGSQFGCISAFLLVTQVAQYVDDGWLSEMADTRLIGPYGAVLATALAASALLPTLWQRRLRTVVLSISLLLVLYVGHAETVVGFLGALIGLLAGWWMQSSQGHLHLHRSTSREIRNLLSLTMAIFAVGPIVTAAAKSPSGPLALLRDVILNPLPTLSQLESNCGGTIDVACLEIARQGYTGPLGLALAVVPVVLLLICADGMRRGRRLALGIAIGVQLVVVVLSTIYLGLFAGMPRLAGRPHVGMLNSAVVHIIPLVLVPLALALLLFAYRGHFRVVTSDHLRRKVFWVVGLTGGGLSLAYTGVWLASGGLIRDGGLLGLVAELARQYLPVPLPGVYRKVFAERDVLEVFLFSYSGTVFWLVALIGVWVLLIRGHHTGGLDRQARQGALALVKRGGDSLSWMALWEPNKYWFTPEGTGGVAYQQHSHVALTLGGPFGARQHHAATAKGFLEYCSQHALTPCLYSCTDELWPMLQSRGFRRVSVAQETRLRIRGLEFKGKEWQNVRTSLNRAAKMGITARWGRYSELPHGVRAQVSEVSEEWAAQKKIPEMGFTMGGLDELDDDDVLCCVALDDKGFVYGVTSWLPVYEDGVIVSWTLDFMRRRGDAFPGVMEFLIASAVLHLRDSVELISLSGSPLAREKGEIEQRAKGLAGLLEVVGHALEPVYGFRSLASFKSRFQPEYRTLYMYYQDPLHLPAIGRALSRAYLPGLSVRHSARLLRSLVG PGPT0024390_956 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHATIDYLGLYCEROL_LYSYLTRANSFERASE,PGPT0024390-mprF|fmtC-K14205 NA NA D3-18_01745 204 csp_1 Cold shock protein ATGGCACTGGGAACCGTCAAGTGGTTCAACGCTGAAAAGGGCTTCGGCTTCATCACCCCGGATGACGCGGATGGGGACGTTTTCGTTCACTACTCCGAGATCCAGACCGGTGGCTTCAAGACCCTCGATGAGAACCAGCGCGTTCAGTTCGAGATCGGTCAGGGCGCCAAGGGCCCCCAGGCAACCGGCGTTACGGTCGTCTAG MALGTVKWFNAEKGFGFITPDDADGDVFVHYSEIQTGGFKTLDENQRVQFEIGQGAKGPQATGVTVV PGPT0014675_1730 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704 NA NA D3-18_01746 1248 nagA COG1820 N-acetylglucosamine-6-phosphate deacetylase ATGACTGTCGCATCCGGTTTTACCTCTTCCTCCGCTCCGAGCCATCAGATCATCCGAGGAACGCTTGTCAGCGACGGCGAGGTGGTGGAAGACGGACTGGTTGCCGTCGAGGGGGACAGAATTGCCTACGCGGGGCCGGCCAAGGGCTTCGATCCAGAAGATTTCGAGGGTTTCCAGAGCGCAATACGCTTAGGGATCCCCAGTGGCAGCTACCTTTTCCCTGGACTCGTGGACGTTCACTGCCATGGCGGGAACGGTGGCGATTTCCCCCGCGGCGAAGAAGCCTCGGCACGCAGGGCAGTGGATTTCCTGCATCGCTCAGGGACCACCACCTTCCTTGCAAGCATGGTCACTGCTCCCCGGGCAGATCTCCTTCGAGGCATCGAGCTTTACGTGAAGCTAGTGGATGAAGGCCTCGTGGCCGGCATTCACCTCGAAGGCCCCTTCCTTTCCCATGCCCGCTGCGGGGCCCAGAATCCGGACTACTTGCTGGAACCCGACTTGGAGCTTATGGACGAGTTGGTGGGCGCAGCGGCCGGAAAGCTAGCCACCATGACCTACGCCCCGGAGCTTCCGGGCGCAGCTGCCTTGGTGGACCTGATGACCTCCCATGGTGTCACCCCCTCCTTGGGACACACGGACTGCGACGACGCCACCGCCGCGGCGTCGTTGGCTGCTGCCCGGGAGGGACTCGAGTCAGCAGGGTTCGACGGCGTCAGTTCGCTCCCAACGGTCACGCACCTTTTCAATGGAATGCCTCCCCTGCATCACCGCGCTCCTGGTCCCGTTGCGGCATGTCTACGCATGGCCCAGGAAGGGAAGGCAGTTGTTGAACTCATTGCTGACGGAACGCATTTGGACCCCAGCACCGTGGCCACCGTGTTCCAGTTGGTGGGAGCGGGCAACATCGTGCTGGTAACGGATTCCATGGCGGCGGCAGGACTGTCCGATGGCAACTACATGCTTGGCCCGTCGCCGGTAACTGTCAGCGATGGCGTGGCCACACTGGATGCCACCGGCTCCATCGCCGGAGGAACCTCCACGCTCCTGGAAGTCGTCAGCAAAACGGTGGCGGCCGGCGTCGCGCTTCCCGACGCGATTTGCTCGGCAACGGCGGTCCCGGCCGCTGTCCTGGGACTTTCCGACGAAATAGGCGGGCTCCGCCGGGGACTGCGGGCGGATGTGGTTGTAACAAACGAAGATCTGGAACTCACAGGCGTAATGCGCAATGGCCAGTGGCTGTCTTAG MTVASGFTSSSAPSHQIIRGTLVSDGEVVEDGLVAVEGDRIAYAGPAKGFDPEDFEGFQSAIRLGIPSGSYLFPGLVDVHCHGGNGGDFPRGEEASARRAVDFLHRSGTTTFLASMVTAPRADLLRGIELYVKLVDEGLVAGIHLEGPFLSHARCGAQNPDYLLEPDLELMDELVGAAAGKLATMTYAPELPGAAALVDLMTSHGVTPSLGHTDCDDATAAASLAAAREGLESAGFDGVSSLPTVTHLFNGMPPLHHRAPGPVAACLRMAQEGKAVVELIADGTHLDPSTVATVFQLVGAGNIVLVTDSMAAAGLSDGNYMLGPSPVTVSDGVATLDATGSIAGGTSTLLEVVSKTVAAGVALPDAICSATAVPAAVLGLSDEIGGLRRGLRADVVVTNEDLELTGVMRNGQWLS PGPT0018860_215 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 D3-18_01747 705 nucS COG1637 Endonuclease NucS GTGGAGCGGGTGCGACTCGTCATAGCCCGTTGTTCTGTTGATTACGTTGGCCGCCTCAAGGCCCACCTTCCCCTCGCTACCCGGCTCCTGCTGGTCAAAGCGGATGGTTCGGTGTTGGTGCATTCCGACGGCGGTTCCTACAAGCCGCTGAACTGGATGAGCCCCCCTGCAACCCTTCGTGTGACCACGCCTGAGGAAACCGAAGTGGAAGAAGGCGTGGTGGAACAGTGGACCGTCCAGTCCGCTAAGACGGATGACCGCCTCATCATCAACATCTACGAGCAACTGCATGACACCTCGCACGAGCTCGGCACTGATCCCGGCCTGATCAAGGACGGCGTCGAAGCAGACCTCCAAAGGCTGCTGGCCGAACAAATCGAGCTTCTGGGATCCGGTTACTCCCTCATACGCCGCGAGTACTTCACCGCTATCGGCCCTGTGGACATCCTGGCCAGGGATGCTGACGGCGCCACCGTTGCCATTGAGCTGAAACGGCGCGGAGACATCGACGGCGTCGAACAACTCACGCGGTACCTCGAACTGCTCAACCGTGACCCCCTGCTGGCCCCCGTGAGGGGGATTTTCGCCGCCCAACAAATCAAGCCCCAAGCGAAGGTACTGGCCAACGACCGTGGAATCGATTGCGTCACGCTGGATTATGACGCCATGCGCGGTGTGGACGACAGCGAGTCACGGCTCTTCTGA MERVRLVIARCSVDYVGRLKAHLPLATRLLLVKADGSVLVHSDGGSYKPLNWMSPPATLRVTTPEETEVEEGVVEQWTVQSAKTDDRLIINIYEQLHDTSHELGTDPGLIKDGVEADLQRLLAEQIELLGSGYSLIRREYFTAIGPVDILARDADGATVAIELKRRGDIDGVEQLTRYLELLNRDPLLAPVRGIFAAQQIKPQAKVLANDRGIDCVTLDYDAMRGVDDSESRLF NA NA NA NA NA D3-18_01748 795 hypothetical protein ATGACTTTCGACCCCGCCTCGTTCGTTTTCACCCCGCAAGACGCGCCATCGGAAATTCGTGCCTCTACAGTGCTCCCCGCCCTGCGCGAGAATGTGGAGTTCACCACCGAGGACGGCAAGGTGTTGCTGGGCGAACTGGCGTTGCCGGAATCAGGGGAGGTCACCGCGACGTTGATCACCCTCCACCCGCTGCCCACGCACGGCGGGTTCATGGATTCCCACGTCTACCGGAAGGCCTCCTACCGGCTGCCCGCGCTGGCGGGAGTTGCAGTCCTGCGCTTCAACACGCGGGGCACGGCATCACCGCGTGGCACCAGCGACGGCCAGTTCGAGGAGGGCATTGGGGAGCGCTACGACGTTGAGGCTGCCGTCCGTTTCGCCGTGGAACGCGGGCTCCCGAACCGATGGCTCGTCGGGTGGTCCTTCGGTACCGAGCTTGCCCTCATGTACGGGGCGGTGGAGCCGGTGGCCCCGGAGATCGAAGGTGCAGTGCTGCTGTCCCCGCCCTTGCACCGCGCCACGGATGTGCACCTCAAGGAGTGGGCCGCCTCCGGCAAGCCGCTCACGGTCCTGGTGCCGGAGCATGACGACTACCTGCAGCCTGCCGAAGCAGCCCAGCGGTTCAGCCTGGTGCCGCAGGCCCGGCTTGTCGGCGTCGACGGTGCAAAACACCTTTGGGTGGGCGAGAAGTACGCTGCCCGCGTCTTGGATGAAATCGTCGACGACGTCACTACGGCGGGTGCCGGAGTGGACGGCCTGCCACGCGAGTGGGCGGGGCCAGTCGCGAGTGCCTAG MTFDPASFVFTPQDAPSEIRASTVLPALRENVEFTTEDGKVLLGELALPESGEVTATLITLHPLPTHGGFMDSHVYRKASYRLPALAGVAVLRFNTRGTASPRGTSDGQFEEGIGERYDVEAAVRFAVERGLPNRWLVGWSFGTELALMYGAVEPVAPEIEGAVLLSPPLHRATDVHLKEWAASGKPLTVLVPEHDDYLQPAEAAQRFSLVPQARLVGVDGAKHLWVGEKYAARVLDEIVDDVTTAGAGVDGLPREWAGPVASA NA NA NA NA NA D3-18_01749 1296 hypothetical protein ATGGAGCCCCGTCCCGTCGATGAGCCCGGGTCAAGTGCGGTGGATGCCCCCTCCGAGGGTACTGCCGCAACGGCTCCGGCTGCGGCGGTTCCCGTCCGCACCGGACGCCTTGCTGCCATCAGCCGCAGGCTGAGGCAACCCATCCCCGGCGCCCGGAACCGCGTACGCTTCGAAATGCCGCCGGAAACCGAATCGGACGAACGCGGCGAAGGCTTCCGACCGGAGGACGACCACGGCTTCGGCGCCCCTGGCCCGCGCATGTCATCCCAGCACCCTGTATATGTCGGATTCATGGGTACTGCAGGTGTCGGCATTGCCTTGGCCGTATTCTACGTCGCCAGCAACACCACCCAGCTCATCCTGTGGATCGTGGCGGCACTCTTCATCGCCCTCGGACTTGATCCCGTGGTCCGCTGGCTTGAGGGCCGCAAAGTGCCCCGGCCCGCCGGCATCCTCATCTCCGTCTCAGCCCTTGTGCTCGCCGTGGCCGGCTTCTTCGCAACGCTGATTCCCACCATCGTCGAGCAGGTATCGGAAATCGTCCGCCAAGCTCCGGAGTGGATCCGCAGCTTCCTCGACTCGGACTTCTTCCGCAACGCGGACAGCCAATTTGGGGTGCGTGACCGTATCACCACTGAGCTGGACAAGTTCGTCAAGGATCCCGAAGCGATGGGCGGAATCTTCGGCGGTGTGGTCGGTTTCGGTTCCACCGTGGCCAACGGCCTGTTCGGTTCCCTGATCGTCCTGGTCCTCAGCCTCTACTTCCTGGCAGCCCTGCCATCGATGAAGAAGTGGGCCTATCGCCTCGCTCCTCGGTCCCGCCGTCCACGTGTCGAGGCGCTTTCCGAAGCGATCACCGACTCCGTGGGCAACTACGTCATAGGCCAGGTGTGCGTTGCCCTCTTGAACGCCATTTTTGCCTTCATCCTGATGACCATCCTGGGCATCCCCTTCAGCGTCCTGCTTGCCTTCGTCGTTGCCCTGCTGGCCTTCATTCCCCTGGTAGGCGGCATGATCGCCGCTGTTGTGGTCATCCTGGTAGCACTCACCGCTGGCTGGCAGACAGCCGTGATATACGCGATCGCCTACTTCGCCTACCTGCAGTTCGAGGCGTACTTCATCTCACCGCGCATCATGCAGCGCGCAGTAGCGGTGCCGGGGGCCGTCGCGGTGATCTCAGTGATTGCCGGCGGCAGCTTGCTCGGCGTGCTTGGTGCGCTCATCGCCATTCCGACTGCGGCAGCCATCATGCTGCTCATCAAGGAAGTATTCATCGTCCGCCAAGATCGGCACTGA MEPRPVDEPGSSAVDAPSEGTAATAPAAAVPVRTGRLAAISRRLRQPIPGARNRVRFEMPPETESDERGEGFRPEDDHGFGAPGPRMSSQHPVYVGFMGTAGVGIALAVFYVASNTTQLILWIVAALFIALGLDPVVRWLEGRKVPRPAGILISVSALVLAVAGFFATLIPTIVEQVSEIVRQAPEWIRSFLDSDFFRNADSQFGVRDRITTELDKFVKDPEAMGGIFGGVVGFGSTVANGLFGSLIVLVLSLYFLAALPSMKKWAYRLAPRSRRPRVEALSEAITDSVGNYVIGQVCVALLNAIFAFILMTILGIPFSVLLAFVVALLAFIPLVGGMIAAVVVILVALTAGWQTAVIYAIAYFAYLQFEAYFISPRIMQRAVAVPGAVAVISVIAGGSLLGVLGALIAIPTAAAIMLLIKEVFIVRQDRH NA NA NA NA NA D3-18_01750 1812 hypothetical protein ATGATAGGTGATCCTGTGCGTTTGAAGACTGCAGCCTTGCTGGTGCTGCTGGGCCTGCTGACGATGCTGGCCGGTATTGGCCAGCTGACTTTTTGGGCCCCCTCCGAGACCGTGACGGCTTCGGTTCCCAGCGATACCAAAGCTGCCCCGCTGACCGTGATCGACCAAAAGTTGATCGCCCTCCATGACGGGCCGGTGAAGATCAAGATCCAGGGCGAAGGCAACTTCATCGTCGCCACGGGACGCCCGGACGACGTCGAAGCCTGGGTCGGCGAGACTGCCCACAACACGTTGACCGGTGTCTCTGCGGACCAGAAGTCGCTGGAGGTGTCCTCTGCCGACGGCGAGGCCACGGCACCTTCCCCGGCTGGATCCGATTTGTGGGTCAGCACCGAAAACGCCAGCGGCGATCTGGACTACACCTGGAACCCTCCCGCCGATGGTGAATGGTCCCTTCTGGTAGCCGGCGACGGTACCCAGCCTGCGCCGTCGTCGATTTCCATGACGTTCCCCAACAACGCCACCACCCCCTGGGCAGTGCCTCTGATTGTTTTGGGCATCATCATCATCCTGATCGGAGCGGCACTGCCGTTCATCGCCAAAGCGCTCAATAATCGCCGCAAGCACGACGACGACGATGAGCCGCGCGATGGCGGAGAAACCACTACGCTCCCGGTTCAGCCCTCCACTGCCAAGTCGCCGGGCGTTGCGGCGCCAACTACCCAGTCGCCCACCGTTCAGCCGCCTGCTGGTGACAAAGGTCGTCGTCCTGGTGCCGGCACGGAAGGCCCAGCCCTCCGCGTCACGGCTCTCGCCGCTACGATGGCAGCCGTCTTGGTCGGAGGGACGGCAGTCGCCGCCCAAGCCACCACAACCCCCGAGGCCACCACGACCTCGTCCGCTGCAGCAACTGCTGAAGAGGCAACGCCTGTCATGCTGGAATCCCAGCTGCAGCGGATCCTTGAGCAGGTAGCGAGCACTGTAGATGCGGCGGACGCTGCCAAGGACGCAGCTAAATTGGCTCCGCGAGTAGACAAGATGGAACTCCAGGTCCGGACCCAGAACTACAAGATCCGGTCCACAGTATCTGCCTACGAACCACGGATGCCGGTCCGCGCCACCAAGCTTCAGAGCAGCGTCATCAGCACCAAGCGGGACTGGCCCCGTACGGTCTTCGCCCTCACACAGGGCGAGGGGAACGTCGTGCCGCAGGTCCTGACCCTCGTGCAGCTTTCACCTCGTGAAAATTACAAGTTGTGGGGCAGTGCGCCGCTACAGCCTGGCACCAACTTCCCCTCCTTCCCCATTCCGCGCAAGGGAACCGAGCCTGTACCGGCGAGTGACAGCACTGGCCTGGCCTACAGCGGTAATGAAGCCTTGGAAATCCTGAGCGAAATGCTGACGAACCCTGAGTCGCCTAACCGAAGCAAGTTGGCCGATGGGCAGTCGTCCCCTTACATCGCAGGTGCGCTGGCCTACCAAGCGGACACCGTGAAAAACGGAACCAGCGCCAACTTCAAGTTCACGCATACGCCGGTCACCAACCAGACCGTGGTGCTGCGGACAGCTGACGGCGGTGCCGTGGTTGTGGGTCGTCTGGACTTCGCTTTTGAGGGCACGCCCAAGGCGGCAGGCGACAAGCTTCTTCTTGAGGACGATTCCGCAGTCTTCGCCGGTGGTAAGGAAACAACCACGGGCATGGTTCTGAACTTCGCTGAATCCGTGGCCGTGTACATCCCGCCGGCAGGCTCTGCCGACCCCATGAAGCTCGTGGCAGCTACCCGCGGGCTGGTGGGGGCCAGCTTCAAGTAA MIGDPVRLKTAALLVLLGLLTMLAGIGQLTFWAPSETVTASVPSDTKAAPLTVIDQKLIALHDGPVKIKIQGEGNFIVATGRPDDVEAWVGETAHNTLTGVSADQKSLEVSSADGEATAPSPAGSDLWVSTENASGDLDYTWNPPADGEWSLLVAGDGTQPAPSSISMTFPNNATTPWAVPLIVLGIIIILIGAALPFIAKALNNRRKHDDDDEPRDGGETTTLPVQPSTAKSPGVAAPTTQSPTVQPPAGDKGRRPGAGTEGPALRVTALAATMAAVLVGGTAVAAQATTTPEATTTSSAAATAEEATPVMLESQLQRILEQVASTVDAADAAKDAAKLAPRVDKMELQVRTQNYKIRSTVSAYEPRMPVRATKLQSSVISTKRDWPRTVFALTQGEGNVVPQVLTLVQLSPRENYKLWGSAPLQPGTNFPSFPIPRKGTEPVPASDSTGLAYSGNEALEILSEMLTNPESPNRSKLADGQSSPYIAGALAYQADTVKNGTSANFKFTHTPVTNQTVVLRTADGGAVVVGRLDFAFEGTPKAAGDKLLLEDDSAVFAGGKETTTGMVLNFAESVAVYIPPAGSADPMKLVAATRGLVGASFK NA NA NA NA NA D3-18_01751 999 COG3118 putative protein ATGAGTTCGCCCGGATACCGACCCACTCCAGCCGCTGCCAGCCAGCTCAATCTTCGCGGTGCCGTTGACCTGTCGTCGCTGCGCCGCCCGGCCACCCCGCCGGCGCCTGCCCCCTCTGCTTCGGCGGAGGGTGGATCGCCCGCGGATGGCACGTCCCAAGCGGGCGATGCCGGCAAAGCACCACTTCGAGTGGATGCAAGCGAATCAAATTTCCAGGATCTGGTGCAATTGTCCGCACAGATCCCCGTGCTTTTCCTGCTTTGGTCGCGCTATGCGCCCGAGTCACCCGCCGTCCTCGATGCAGCCGAACGCGTTGTTGAAAGTTACGGTGGCCGCTTGGTGCTTGCCGCCGCCGATGTGGACACCTTCCCGCAACTGGCGCAGGCCTTCCAGGTTCAGGCTGTTCCCACAGCAGTTGCCGTGGTCAAGGGACAGCCCGTCCCGCTCTTCCAAGGACCCGCGGATGACGAACAGATCCGAAACCTGGTTGAGGAACTTCTCAAGGTTGCTGCAGCAAACGGGGTCACAGGCAGCATTGGTGATGTCGCACCGGGAGGGGACGCGGAACCAGCACCACTGCCGCCACTCCATCAGGCAGCCATTGACGCGATCGAGGTCGGCGACTACGCCGGCGCAGCCGCAGCCTACAAGCAAGCGCTCCTCGAACAGCCGGCAGACACCGATGCCAAGGCCGGGTTGGCCCAGGTTGAGCTGATGGCCAGATTAGACCAGCTCTCTGCCCCGGAAGCCGAAAGCCTCCGCGAACTCGCCGCCGAAGAGCCGGACAACGTCCAGGCCCAGTTGACTGTGGCCGACCTCGACATCTCGGGCGGCCACATCGATGACGCTTTCAACCGCATTATCACGTTTATTGGCAGGAATTTCGGTCCCGAGCGTGAGACCGCTCGCGTGCGCCTCCTTGAGCTCTTCGAGGTTGTGGGAACCCAGGACGAGCGGGTGGCAAAGGCGCGTCAGGGGCTGGCGAGGGTTCTCTTCTAG MSSPGYRPTPAAASQLNLRGAVDLSSLRRPATPPAPAPSASAEGGSPADGTSQAGDAGKAPLRVDASESNFQDLVQLSAQIPVLFLLWSRYAPESPAVLDAAERVVESYGGRLVLAAADVDTFPQLAQAFQVQAVPTAVAVVKGQPVPLFQGPADDEQIRNLVEELLKVAAANGVTGSIGDVAPGGDAEPAPLPPLHQAAIDAIEVGDYAGAAAAYKQALLEQPADTDAKAGLAQVELMARLDQLSAPEAESLRELAAEEPDNVQAQLTVADLDISGGHIDDAFNRIITFIGRNFGPERETARVRLLELFEVVGTQDERVAKARQGLARVLF NA NA NA NA NA D3-18_01752 1029 namA_2 COG1902 NADPH dehydrogenase ATGTGCCAGTACAGCTGCCACCCGGAGACCGGAGAAGGCGTTCCCAACGACTGGCACCTGATGCACTTGGGTTCTTTTGCAGCCGGCGGTGCCGCGCTTATCCTAAGTGAGGCTGCGGCCGTTAACGCTGCAGGCAGAATCAGCCCCCTGGACGCTGGCTTGTACTCCGATGAGCAGGCGGCCGGATGGGAGCGGATAGTAGCGTTCGTCCACCGGCATGGTGCTGTCGACTGCAAAATAGGCGCGCAACTTGCCCACGCAGGGCGCAAGGCATCTACGTATTGGCCGTTTTCCGATCGCTCCGGCTCTGTTCCGGAGTCCGACGGCGGATGGGTCACCGTTGGGCCAGGCAGCGATCCGTTTGACGGCTACGCTGCGCCGGAAGCTATGAGCGACGCGGATATCCAGGGCGTGGTGGCCGACTTTGCCACCGCTGCCAGCCGGGCAGTGGCGGCTGGTTTCGACACTGTGGAGATCCACGGTGCCCACGGGTACCTCCTGCATCAGTTCCAAAGCCCGCTCATCAACACCCGGACGGATGGCTGGGGTGGAAATGAGGAGGGGCGCAATCGGCTTATACTCGCCGTGGTGGATGCAGTCAGGGAAGTCATCCCGGACTCCATGCCGCTCCTGCTCCGGATTTCCGCATCGGACTGGGCCGATGGCGGCGTTGACGTCGAGGCTTCTGTTCGCTTGGCCCGCGCCGCTGCCGAACGTGGCGTTGACCTTGTGGACGTCTCCAGCGGCGGCGCAGTAGCGCATCAGCAGATCAGGGCTGTGCCCGGTTATCAGGCTGGATTCGCCGAGCAGGTAAAGAACGACGCCGGGGTCCTCACCGGCGCGGTGGGCTTGCTTACGAGCGCCACCCAAGCGGAGGATATTGTGGCGAACGGCAGGGCTGATGCGGTTTTCATGGCCCGTGCCGCATTGCGGGATCCGCACTGGTGGCTCAGGGCTGCATACGAACTGGGCCACGACATTCCGTGGGTTCCGCAGTACCAGCGGGCCGTTCCCCGCCACGGCTTCTAG MCQYSCHPETGEGVPNDWHLMHLGSFAAGGAALILSEAAAVNAAGRISPLDAGLYSDEQAAGWERIVAFVHRHGAVDCKIGAQLAHAGRKASTYWPFSDRSGSVPESDGGWVTVGPGSDPFDGYAAPEAMSDADIQGVVADFATAASRAVAAGFDTVEIHGAHGYLLHQFQSPLINTRTDGWGGNEEGRNRLILAVVDAVREVIPDSMPLLLRISASDWADGGVDVEASVRLARAAAERGVDLVDVSSGGAVAHQQIRAVPGYQAGFAEQVKNDAGVLTGAVGLLTSATQAEDIVANGRADAVFMARAALRDPHWWLRAAYELGHDIPWVPQYQRAVPRHGF PGPT0005575_429 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 D3-18_01753 753 lnrL_2 COG1131 Linearmycin resistance ATP-binding protein LnrL ATGGCTGCACTGTCCATCCGCGGCCTGGCCAAGCGTTTCGGTGAGAAGATCGCCGTCGATGGCGTGAGCCTGGAAGTCCCAGCGGGTTCCTTCTACGGGATGGTTGGCCCCAACGGTGCCGGCAAGACCACCACGCTGTCCATGGCTACCGGTTTGCTGCGGCCCGACTTTGGCACGGCTTTGGTCCATGGCGTCGACGTTTGGGCGCGGCCCTTGGAAGCCAAGAAGCTCATGGGCGTCCTGCCGGATGGGGTGCGTCTTTTTGACAGGCTGACGGGCGAACAGTTGGTCACCTATTCCGGACTGCTCCGCGGCATGCATCGCGATGTTGTGGGCTCCCGGGTTTCTGAGTTGCTGGCCGCCCTTGATCTCCAGGCAGACGCCGGCACTTTGGTTGTTGACTACTCAGCCGGTATGACCAAGAAGATCGCCTTGGCTTCTGCCCTGATTCACGCCCCCCGCCTCCTTGTCCTGGATGAGCCCTTTGAATCGGTGGACCCCGTTTCGGCTTCCAACATCCGCGGCATATTGGAGAGCTACGTCGCTTCCGGCGGCACTGTCATCGTTTCCAGCCACGTCATGGACCTCGTGCAACGCATGTGCAGCCATGTCGCTGTGGTTGCCGGTGGTCGGGTGCTGGCGGCTGGATCTGTGGACGAGGTCCGGAACGGCTCCACCCTGGAAGAACGCTTTGTGCAGTTGGTGGGCGGCGGACACCGGACGGAGGGGCTCGAATGGTTGCGCACCTTCTGA MAALSIRGLAKRFGEKIAVDGVSLEVPAGSFYGMVGPNGAGKTTTLSMATGLLRPDFGTALVHGVDVWARPLEAKKLMGVLPDGVRLFDRLTGEQLVTYSGLLRGMHRDVVGSRVSELLAALDLQADAGTLVVDYSAGMTKKIALASALIHAPRLLVLDEPFESVDPVSASNIRGILESYVASGGTVIVSSHVMDLVQRMCSHVAVVAGGRVLAAGSVDEVRNGSTLEERFVQLVGGGHRTEGLEWLRTF PGPT0006725_7718 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D3-18_01754 1572 hypothetical protein ATGGTTGCGCACCTTCTGAGCCTGAAGTGGCGGCTGCTTCTTAACGGATTCAAACGCAGCCCGTGGCAGTTGGTGGGGATGGCACTCGGCTTGCTCTATGCGCTGGGTGTCCTTTCTCTTCTGATTGGTGGACTCATTGCGCTGCGTTGGGCCGACGCTGAGATTGCCCACACGGTGGTAGTGCTTGGCGGTGCGGCCACGGTGCTGGGGTGGGCCATCATTCCGCTCCTCGCTTCCGCGGCGGACATGACCTTGGACCCCGCTCGCTTCACCACGTTCGCGATTCCCCCGAGGCAACTACTGGCTGGGCTCGCCCTGGCGGGGTTCATCGGTATTCCGGGTTTGGCTACCTTGCTCGCCGCTTTGGGCACGGTGGGAACGTGGTGGCGTAGCGTTCCAGCTGTGGCCGGCGCTTTTTTGGGTGCCATTCTGGGTGCCCTTACATGCATCGTGTTGTCCAAGGTGGTAACGACGGCGACGGCCGGCCTTGCCTCCTCGCGACGCTTCAAGGACGTCAGCAGCATCATTGTCTTCATCCCGCTGATGCTGCTGGGGCCCATCATGGTGGGAATTATGGACGGCGTTCGCGGCAGTGCCGATTACCTGCCCGTGTTGGCGCGCACCGTGTCCTGGACACCGCTGGGTGCGGCCTGGTCCTTGGGCGGCGACTTGGCGTCCGGCAACGTCGGCGCCGCAGCCTTGAAATTCCTGATCTCCGCGGCAACCATTGCCGGCCTCCTCTTGTGCTGGCATATTCTGCTGCAGCGTGCTTTGGTGACGCCCCCGTACTCCGGAGGCTCGGCCAGGAAGGGCGGAAAACTTGGACTGTTTGCCCTTCTTCCCGGGACGCCCGCAGGCGCGGTTGCTGCCAGAGCTTTGATCTATTGGATGAAAGATCCAAGGTATGCGGCCTCCCTGGTGATTGTTCCCTTGTTTCCCGTCATCTTTTTCTTCAGCGGATCACAGAGTGGCAGCTACGACCTGCTCATGATCCTGGGACCGTTGACAGCGTTCATGATGGCTTGGTCCATCTGCGCTGATGTCTCGTACGACAACACAGCTTTTGCGCTCCACCTCGCGGCGGGTGTCAGGGGCATTGACGATCGCTTGGGTCGCGCCTTGGCCTGCTTGGCCATCTCACTTCCCGTGGTGCTCGTGTTTACTATTGGCCCACTTTTCGTCACGGGGGACTGGCGATGGCTCCCCAATCTTCTGGGGTTGTCGCTGGGAACTCTCTTTACCGGGTTGGGGCTCTCGTCGGTGATTTCGGCCCGCTACAACATCGCAGTACCTTTGCCGGGGGACAGCCCGTTCAAGAAACCGCCGGGAAATGTCGCCCAGACGCTGGCAGTGCAAGCCGTCGGTATGGGCGTGCTGGCGCTCCTGCTCATTCCGGAGCTTGCCTTGGTGGCTGTCCAGGCCTTCAGCGGGGGTCCGGAAACCGGTTGGATCAACCTGGCAGTGGGACCTCTACTCGGCGTCATCCTCTTCGTTCTTGGCGTCCGGCTCGGTGGAAAATGGTTGGACGCCCGCGGTCCGGAAATGTTCGCCCAACTCAGCGTGAACCGCTAG MVAHLLSLKWRLLLNGFKRSPWQLVGMALGLLYALGVLSLLIGGLIALRWADAEIAHTVVVLGGAATVLGWAIIPLLASAADMTLDPARFTTFAIPPRQLLAGLALAGFIGIPGLATLLAALGTVGTWWRSVPAVAGAFLGAILGALTCIVLSKVVTTATAGLASSRRFKDVSSIIVFIPLMLLGPIMVGIMDGVRGSADYLPVLARTVSWTPLGAAWSLGGDLASGNVGAAALKFLISAATIAGLLLCWHILLQRALVTPPYSGGSARKGGKLGLFALLPGTPAGAVAARALIYWMKDPRYAASLVIVPLFPVIFFFSGSQSGSYDLLMILGPLTAFMMAWSICADVSYDNTAFALHLAAGVRGIDDRLGRALACLAISLPVVLVFTIGPLFVTGDWRWLPNLLGLSLGTLFTGLGLSSVISARYNIAVPLPGDSPFKKPPGNVAQTLAVQAVGMGVLALLLIPELALVAVQAFSGGPETGWINLAVGPLLGVILFVLGVRLGGKWLDARGPEMFAQLSVNR PGPT0006730_1484 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D3-18_01755 783 nagB_1 COG0363 Glucosamine-6-phosphate deaminase ATGGAAGTTGTCATTCTCCCTGGCACTAAGCAGATCGGTGCGCTTGCAGCCGATGCCATCGAAGCGCTGGTTCGCCGTAAGCCCAATGCAGTCCTGGGCTTGGCGACGGGGTCGTCACCGTTGCCCATTTACGATGAGTTGGCCAGCCGGTACGAGGCCGGGGGATTGGACTTCAGCCAGGCGCATGGGTTCGCTTTGGATGAATATGTTGGGCTCCAAGCAGGACATCCCGAGTCCTACCGCGAGGTCATCCGACGCGAGTTCACCAACCGGGTGAATATCAAACCGGAGAACGTCCATGGGCCGGATGGCGCGGCCGAGGACCTTGAGGCCGCATGCCAGGGCTACGAAGACGCCATTAAGGCGGTAGGTGGAGTCGATCTCCAGATTTTGGGCGTAGGAACAGACGGTCATATTGGCTTCAATGAGCCTGGCTCCTCCCTGGCATCCCGGACGCGCATCAAGACGCTGATCGAGCAGACCCGGAAGGACAACGCCCGTTTCTTCAACAGCATCGACGAGGTTCCCCACCATGTAGTCACGCAGGGACTCGGCACCATCATGGATGCCCGGCATGTGGTATTGGTCGCAACAGGCGCCCAGAAAGCCCAGGCTGTCCGGGATTTCGTGGAGGGGCCGGTTGCTGCAATTTGCGCGGCATCCATCCTTCAGATGCACCCGCATGCCACGGTTTTGGTGGATGAGGCGGCCGCGTCATCGCTGAAACTGGCCGATTATTATCGGCACACCTATGACAACAAGCCGGAGTGGCAGGGCCTGTAG MEVVILPGTKQIGALAADAIEALVRRKPNAVLGLATGSSPLPIYDELASRYEAGGLDFSQAHGFALDEYVGLQAGHPESYREVIRREFTNRVNIKPENVHGPDGAAEDLEAACQGYEDAIKAVGGVDLQILGVGTDGHIGFNEPGSSLASRTRIKTLIEQTRKDNARFFNSIDEVPHHVVTQGLGTIMDARHVVLVATGAQKAQAVRDFVEGPVAAICAASILQMHPHATVLVDEAAASSLKLADYYRHTYDNKPEWQGL PGPT0018865_1515 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 D3-18_01756 339 hypothetical protein ATGTTTGGCATGACTACGCTTCCTCCGGATCCATTCGAAAACGACCCCATGCGCGAGCTTTCCGGAGCCGGAACGTCCACTGCCACCATTGAGCGCGAGGAAACGCGCCAGGAAGTGGAGCCCGGCGACCGCGAGCGGTTTTCGCACTATGTCCGCAAGGAAAAGATCATGGAGTCGGCCCTGACCGGCGAGCCAGTCATTGCCCTGTGCGGCAAAGTCTGGACGCCGGGGCGCGATCCCAAGAAGTTCCCGGTCTGCCCGGAGTGCAAGGAGATTTATGAAGGCCTCCGCCCCGGCAATGACGGTGGAAAAAACGGCGGCCCGGGCAACTCCAAGTAG MFGMTTLPPDPFENDPMRELSGAGTSTATIEREETRQEVEPGDRERFSHYVRKEKIMESALTGEPVIALCGKVWTPGRDPKKFPVCPECKEIYEGLRPGNDGGKNGGPGNSK NA NA NA NA NA D3-18_01757 1776 hypothetical protein ATGACAGAAACACTTTTTGGTGGACCATCCCTGCCACCGGCATACCCGGAGCGTGCTGCGTGGGGCACAGCGCCCAAGCTCCGTGCGTGGCAGCAGGAGGCCCTGGACCTCTACATGACCCGCAATCCGAAGGACTTCCTCGCTGTGGCAACGCCCGGCGCTGGTAAGACCACCTTTGCGCTGCGCATCGCCACCACCCTGCTGGACAGCGGTGTGGTCAACCGCATCACCATCGTGGCGCCGACTGACCACCTGAAGCGGCAGTGGGCAGACGCCGCAGCAAAAGTGGGAGTCGCCATTGATCCCAATTTTAAGAACTCCGATGGCCAACACGGCCGGGGATTCGTCGGTGTTGCCGTCACGTACGCGCAGGTAGCGAGCAAGCCCATGTTGCATCGCGCGAAGACCGAAGCTGCCCGCACCTTGGTGATCCTGGATGAAATCCACCACGGCGGCGAGGCCCTTTCATGGGGAGACGGCCTGCGTGAGGCCTTTGATCCTGCTGCCCGGCGCTTGTCCTTGACGGGTACCCCTTTCCGTTCGGACACCTCGCCGATTCCCTTCGTCGAATACGCCGAGGACCGGGATGGCATTCGCCGTTCCAAGGCTGATTACACCTACGGCTATGGCAACGCACTGCGGGACCATGTGGTGCGTCCGGTCCTGTTCATGGCCTATTCAGGCCAGATGCGCTGGCGGACCAGTGCCGGTGACGAGATGGCGGCGTCCCTCGGGGAAGCAGCTGTAACCAAGGACATCACCTCACAGGCCTGGCGGACTGCCCTGAACCCCACGGGCGAGTGGATCCCGGCCGTCCTGGCGGCCGCAGACAAACGGCTTGGCGAGGTTCGGCGGACCGTACCCGACGCCGGCGGGCTGGTGATTGCCACGGACCATGATGACGCCCGTGCCTACGCCGGTCAGCTGAAGAAAATAACGGGTCAATCGCCCACTGTCATTCTCTCTGATGATTCCAAGGCATCCAGCAAGATCGAGGAGTTCTCCGCGGGGGACCAGCGATGGATGGTGGCTGTCCGCATGGTGTCCGAAGGCGTGGACGTTCCACGTCTATCAGTGGGCGTCTATGCCACCTCAACCTCTACGCCCCTGTTCTTTGCTCAGGCCGTGGGGCGCTTTGTGCGAGCCCGCAAGAGGGGAGAGACGGCGTCGGTATTCCTCCCATCCGTACCTCCGCTGATGGTGCTGGCCAACACCATGGAGGCCGAGCGCGATCACGCATTGGACCGCCCTGAAAAGGACGACGACGGCCTCTTCAACCCGGAAGAAAACCTCATGGCTGAGGCCAACCGGGAGGACAAGGCCTCAGACGAGCTCACCAAGGGCAAGTTTGAAGCCTTGGACTCCCAGGCCTCCTTTGACCGTGTCCTTTTCGACGGCGGCGAGTTTGGCACGGGTGCGGATATCGGTTCGGATGAGGAGCTGGACTTCCTGGGAATTCCGGGGCTTCTCGACGCCGAACAGGTGGGCACGCTGTTGCGTCAGCGCCAGCACGAACAGCAATCGCGCAAGAAGCGCCAGTCGCCCTTGGCAGCCGCTGCTGCGCCTGCGGTTCCTGACCATCGCATGCTGATGGACCTGCGCAACGAGCTGGCTAAGAACGTGGCCGCCTGGTCCGCCCGCACCGGCACTCCCCATGGAGTGGTGCATACCAAGCTGCGTGAAGTGTGTGGGGGACCCGCTGTGGCCCAGGCGAACGAGGAGCAGTTGCAGGCCCGCCTGCGCAAGCTTCAGGACTGGTTCATCGGCAGGAAGTAG MTETLFGGPSLPPAYPERAAWGTAPKLRAWQQEALDLYMTRNPKDFLAVATPGAGKTTFALRIATTLLDSGVVNRITIVAPTDHLKRQWADAAAKVGVAIDPNFKNSDGQHGRGFVGVAVTYAQVASKPMLHRAKTEAARTLVILDEIHHGGEALSWGDGLREAFDPAARRLSLTGTPFRSDTSPIPFVEYAEDRDGIRRSKADYTYGYGNALRDHVVRPVLFMAYSGQMRWRTSAGDEMAASLGEAAVTKDITSQAWRTALNPTGEWIPAVLAAADKRLGEVRRTVPDAGGLVIATDHDDARAYAGQLKKITGQSPTVILSDDSKASSKIEEFSAGDQRWMVAVRMVSEGVDVPRLSVGVYATSTSTPLFFAQAVGRFVRARKRGETASVFLPSVPPLMVLANTMEAERDHALDRPEKDDDGLFNPEENLMAEANREDKASDELTKGKFEALDSQASFDRVLFDGGEFGTGADIGSDEELDFLGIPGLLDAEQVGTLLRQRQHEQQSRKKRQSPLAAAAAPAVPDHRMLMDLRNELAKNVAAWSARTGTPHGVVHTKLREVCGGPAVAQANEEQLQARLRKLQDWFIGRK NA NA NA NA NA D3-18_01758 627 pncA COG1335 Nicotinamidase/pyrazinamidase ATGTCCAGGGCCCTGATCATCGTCGATGTACAAAATGACTTCTGCGAGGGTGGAACGCTCGCTGTCGAAGGTGGCGCCGCCGTTGCAGGTGCCATCACCGAGTACGTGGACGCCAACCAGCAACACTTTGACCACATCGTGGCCACCCAGGATTGGCACATCGAGCCCGGTGAACACTTTTCAGACGACCCGGACATGGTTGACTCCTGGCCTCCGCACTGCAGGGCCAGGAGCAAAGGCGCTGAACTCCACGAAGACCTTGATCCTGAGTACATCCAGGCGTACTTCCGAAAAGGACAGTTCACCGCGGCTTACTCAGGCTTTGAGGGCGTTCTGGCTCCTGAGGACGATGTCCCCACTGGAGACCTGAAGGCAGGCACCGCCGTAGCGGAGGTCCTCGATGAAGACGCGATAGGGCTCGACGACTGGCTACAGAGCCACGACGTCGAGGAAGTGGTGGTGGTGGGGCTGGCAACGGACTACTGCGTCAAGGCCACAGCACTGGATGCCGTCCAGGCCGGTTACACCACCACGGTCATCGCGGAACTAACAGCCGGAATCGCCGAGGACCTTTCGGGCGCCTACGACGAAATGGAAGCCGCCGGCGTCGAGGTCGAACGGGACTAA MSRALIIVDVQNDFCEGGTLAVEGGAAVAGAITEYVDANQQHFDHIVATQDWHIEPGEHFSDDPDMVDSWPPHCRARSKGAELHEDLDPEYIQAYFRKGQFTAAYSGFEGVLAPEDDVPTGDLKAGTAVAEVLDEDAIGLDDWLQSHDVEEVVVVGLATDYCVKATALDAVQAGYTTTVIAELTAGIAEDLSGAYDEMEAAGVEVERD PGPT0013470_1037 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013470-pncA-K08281 NA NA D3-18_01759 1329 pncB1 COG1488 Nicotinate phosphoribosyltransferase pncB1 GTGAGTAGAGCCACGTCGTGGGACCACCCCGCAACTTCCTTGTACACAGACCACTACGAACTGACCATGCTTCAGGCAGCCTTACACTCGGGCGCTGCACACCGCCGCTCGGTGTTCGAAGCATTCGCCCGGCGGCTGCCGGACGGCCGCCGCTACGGCGTGGTGGGCGGCACCGGACGCCTGCTGGAAGGCATAGCTGACTTCCGGTTCGGCGACGACGAACTTGCCTTCCTTGAGCAGAACAAAGTGGTCAACCAGGAAACCCTGGACTACCTCGCCGACTACAAATTCAGCGGCGACATCTGGGGGTACGCAGAAGGTGACGCCTACTTCCCCAACTCCCCCATCCTCATCGTCGAATCGACCTTCGCCGAGGCCTGCATCCTGGAAACCTTCATCCTCTCGGTCCTCAACCACGACAGCGCCATTGCTTCCGCGGCTTCGAGGATGACCTCGGCGGCCGGCACACGCCCCTGCATCGAGATGGGGTCCCGGCGCACACAGGAGGAATCAGCGACGGCGGCAGCCCGCGCGGCCGTGATTGCCGGCTTCGCCAGCACCTCCAACCTGGAAGCCGGCCGGCGCTACGGCATCAAAACCGTCGGCACGGCAGCGCACTCCTTCACGCTCCTTCATGACACCGAGCGCGAGGCCTTCGAGGCACAGATCGCCGCGTTCGGTCCCGGCACTTCCCTGCTGGTGGATACCTACGACGTCGAGACGGCGGTGCGCACAGCCGTCGAGCTGGCCGGTGACAAACTTGGCGCAGTCCGGCTGGACTCCGGCGACCTCATTGCCCAGGCGCAGTGGGTACGCCAAATGCTCGATGACCTCGGCAACGTCAACACCCGCATCGTGGTCACCTCGGACCTCGACGAATTCGCCATCGCGGCCCTCCAGTCCGCCCCGGTGGACTCCTACGGAGTTGGTACCTCCCTGGTTACCGGGTCCGGGGCCCCGACGGCCAGCATGGTGTACAAGCTGGTCAGCCGCACCAACGACGCCGGCGAATTCATCTCAGTTGCCAAGGCTGCGAAAAACAAGGCCAGCGTGGGTGGACGCAAATATGCCCTCCGCAAGCTCAACGAACGAGGCCGTGCCACCCAGGAAATCGTGGGAATAGGCCACCGCCCCGAAGACGACGGCAACGACCGCGTCCTGCTTCACCAGTTCGTCAAGAACGGCGAGGTGCTTCCCGGATGGACCGGACCTGAAGGTGTCATCCGTGCCCGTGAACGGCACGCGGCCACCATGGCCGAGCTGCCCGCCGTCGTGAACCGCCTGCAGCGGGGCGAGGCTGCCATCCCCACCATCTACGAGGAGAACTGA MSRATSWDHPATSLYTDHYELTMLQAALHSGAAHRRSVFEAFARRLPDGRRYGVVGGTGRLLEGIADFRFGDDELAFLEQNKVVNQETLDYLADYKFSGDIWGYAEGDAYFPNSPILIVESTFAEACILETFILSVLNHDSAIASAASRMTSAAGTRPCIEMGSRRTQEESATAAARAAVIAGFASTSNLEAGRRYGIKTVGTAAHSFTLLHDTEREAFEAQIAAFGPGTSLLVDTYDVETAVRTAVELAGDKLGAVRLDSGDLIAQAQWVRQMLDDLGNVNTRIVVTSDLDEFAIAALQSAPVDSYGVGTSLVTGSGAPTASMVYKLVSRTNDAGEFISVAKAAKNKASVGGRKYALRKLNERGRATQEIVGIGHRPEDDGNDRVLLHQFVKNGEVLPGWTGPEGVIRARERHAATMAELPAVVNRLQRGEAAIPTIYEEN PGPT0013375_2403 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013375-pncB-K00763 NA NA D3-18_01760 363 clpS ATP-dependent Clp protease adapter protein ClpS ATGAGCCCTAGCGTTGCGTATGGCACGGACATCGATGAGCGGACCAAAGCTGAAGAGCAGTCGTCCACCGATGTCCTGACAGCCCCTGATATCCCGTGGAACCTTGTGATCTGGAATGATCCCGTGAATCTGATGAGCTACGTGAGCTATGTGTTCCAGAGTTACTTCGGCTACTCCGAGTCCAAAGCCCACAAGCTGATGATGGAGGTCCATAAGAAGGGCCGCTCCATTGTGGCCCACGGTAGTAAGGAACAAGTGGAACAGCACGCTGTGGCGATGCACGGTTTTGGTCTCTGGGCCACAGTGGAAAAGGCCGCGAGTGGCAACGAAACACCCGGGAAGGGCGGCCGCCAGCGTGGCTAA MSPSVAYGTDIDERTKAEEQSSTDVLTAPDIPWNLVIWNDPVNLMSYVSYVFQSYFGYSESKAHKLMMEVHKKGRSIVAHGSKEQVEQHAVAMHGFGLWATVEKAASGNETPGKGGRQRG NA NA NA NA NA D3-18_01761 567 hypothetical protein GTGGCTAAGGCATTCAAATACGGTCTCAAGGGCATCAGCGGATACCTGGAGCCGGCGGAGCGTGACCTCCTGCGCGGATTGCTTGACGACGTCATTTCAATGCTGGAATCGGATGTCCGGGAAAACGAAGACCCGCTCGCAGCGCTGATCGGCTTGGATATGGACGTGAAGCAGCCAAGCGACCGCGCCCTGCTGCGTCTCCTGCCGAACGTCATGAAGGACGACGACGGCGGGTCGCTGGAGTTCCGCCAGCTCACCGAACGCTCTGTGCGGGAAAACAAAATCGGTGCCTTGAGGGCTGCAGCTTTGGGTCTGGATAAAAACGAGCTCGTTCTGACGCCGGAGGACGCTACCCGCTGGTCGATGGCGCTGAACGACGTCCGGCTTGTACTGGCCGAACGCCTGGACATCCGTGATGAAGCGGATGCCGAGCATATCCACAGTATGCAGGATTGGAGCCAGGCGGAGGACGTGGAGAGTTATCTGGCCCTCGTCTACAACTTCACTACGTGGCTCCAGGAGTCTTTGGTGCAGGCGATGATGGCCGCAAGGCAGGCGAAATCCTGA MAKAFKYGLKGISGYLEPAERDLLRGLLDDVISMLESDVRENEDPLAALIGLDMDVKQPSDRALLRLLPNVMKDDDGGSLEFRQLTERSVRENKIGALRAAALGLDKNELVLTPEDATRWSMALNDVRLVLAERLDIRDEADAEHIHSMQDWSQAEDVESYLALVYNFTTWLQESLVQAMMAARQAKS NA NA NA NA NA D3-18_01762 1071 murI Glutamate racemase ATGGCCGCACACCGCGGGAAGCCTTATTCTCGAATAATTATGACTTCATCATCGGGTTCACCAAGCGGCGCGTTGGGCAGTGACGCCCCCATCGGCAACGGGGAACTCATAGGGACACGTCCAATCGGCATTTTTGACTCAGGCGTGGGTGGGCTGACGGTGGCGCGTTCCATCATCGACCAACTCCCCAACGAATCAATCCTCTACGTGGGCGACACCGCAAATGGCCCTTATGGTCCACTGCCCATTGCCGAGGTCCGGGCGAATGCGCTGGGCGTTATGGACGAACTGGTGGATTCAGGCGTGAAGTTGCTGACTATCGCCTGTAACTCGGCTTCTGCCGCGGTGCTCCGTGATGCCAGGGAACGCTATACAGCACGCTATGGCATCCCGGTCATCGAAGTTATCCAGCCGGCGGTCCGGCGCGCTGTCTCTGCTACCCGTTCCGGAAAAATCGGTGTCATCGGAACCTCCGCCACGGTGGGGTCCAGAGCTTATGAGGACACGTTTGCTGCCGCTCCGGACCTGACGATTACGTCCGTGGCCTGCCCGGCGTTCGTGAACTTCGTGGAGGCCGGAATCACCACCGGTCCGGACCTCCTGGCCGCCGCCAATGAATATCTGGAGCCCCTTAAGCACGCCGGAGTGGACACTGTAGTCCTGGGCTGCACCCACTACCCACTGCTGACCGGCGTCATCTCATTCGTGATGGGCGAGGACGTCACGCTTGTCTCCAGCGCTGAAGAGACTGCCAAGGACGTCTACCGCGCCTTGGCCAACCACGGCATCCAACGGACGGGGTCCCAAGCACCCAGCCATGAATTCATAGCCACTGGTGATGCCACTCAATTCGAAATCCTGGCCCGCCGCTTCCTGGGCCCGGAGGTCCTCTCCGTGAAACATGTGGACCACGTCGCGGCCCAGTACCCGACAGGCAGCCTTGCCCGCATTACTCCCGAGATGCTGGAAGCGGCACGATCGGGAGCGGGACTGTCCCGCCGCTCGTACTTCGTCCAGCCCGAGGACGCCCTCACCAGTGGCACCGGCACAACAATGGGGCGTGGCCTGTGA MAAHRGKPYSRIIMTSSSGSPSGALGSDAPIGNGELIGTRPIGIFDSGVGGLTVARSIIDQLPNESILYVGDTANGPYGPLPIAEVRANALGVMDELVDSGVKLLTIACNSASAAVLRDARERYTARYGIPVIEVIQPAVRRAVSATRSGKIGVIGTSATVGSRAYEDTFAAAPDLTITSVACPAFVNFVEAGITTGPDLLAAANEYLEPLKHAGVDTVVLGCTHYPLLTGVISFVMGEDVTLVSSAEETAKDVYRALANHGIQRTGSQAPSHEFIATGDATQFEILARRFLGPEVLSVKHVDHVAAQYPTGSLARITPEMLEAARSGAGLSRRSYFVQPEDALTSGTGTTMGRGL PGPT0020200_18 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_RELATED_RACEMASES,PGPT0020200-murI-K01776 NA NA D3-18_01763 798 COG1234 putative protein GTGAAGCTGACCATAGTGGGCTGCACAGGCTCGTTCCCGGGTCCGGGTTCGCCGGCGTCGTGCTATCTGGTGACAGCTCACGACGGTGAGCGCGAGTGGAAGATCGTGATGGATCTGGGCAGTGGTGCCTTGGGGGCCATCCAGCGCTATACGGACTTGGAAGACATCGACGCGATCTTCCTCACCCACTTGCACCCCGATCACTGCATGGACCTGTGTGGCCTGCATGTCGCGGTCCGGTGGAAGCCCGGCGGGTGGGGCCGGGACCGCCTGCCTGTTTGGGGTCCTGCAGCTACCGCGGACAGAATGGCCACTGCCTATGGGCTGGACCTGGATCCCGGGATGCACGAGGAATTCGACTTCACCAACTGGACTGAGCTCAAGCCGGTCACAGTGGGGCCGTTCACAGTGACCCCCTTCGCCGTTAATCACCCCGTTGAAGAGGCTTATGCGTTGCGGGTCACGGCTACGGAACCGGGCAAGGACGGCGTATCCGTGACCAAGATCCTGACGTATTCGGGGGACACCGATTCCTGCCAGGGACTCGAAGATGCCGCGAGGGACTCAGACCTGTTCCTTTGTGAGGCGGCCTTCGAGGAAGGCCGCGACGACGGGATCAAGGACGTCCACCTCACCGGTAAGCGTGCAGGCGAGGCCGCAATGAATGCAGGTGCCAAGCGCCTCCTCCTGACACACATCCCGGTGTGGACCTCACAGACCAAAGTACTGTCCGAGGCCAAACCGGTATTCAGCGGTGACGTGGCTGTTGCCGTTGCCGGAGTTCACTACACAATTTAG MKLTIVGCTGSFPGPGSPASCYLVTAHDGEREWKIVMDLGSGALGAIQRYTDLEDIDAIFLTHLHPDHCMDLCGLHVAVRWKPGGWGRDRLPVWGPAATADRMATAYGLDLDPGMHEEFDFTNWTELKPVTVGPFTVTPFAVNHPVEEAYALRVTATEPGKDGVSVTKILTYSGDTDSCQGLEDAARDSDLFLCEAAFEEGRDDGIKDVHLTGKRAGEAAMNAGAKRLLLTHIPVWTSQTKVLSEAKPVFSGDVAVAVAGVHYTI NA NA NA NA NA D3-18_01764 759 rph COG0689 Ribonuclease PH ATGACTTCTGAAGCTACAGCCACTCCCGTCATCCGCGCCGATGGCCGGACCCCTGACCAACTGCGACCCATCAGCATTACCCGCGGCTGGTCCAAGCAGGCGGAGGGCTCGGCGCTGATCGAATTCGGGAACACCCGGGTTCTGTGCACAGCTTCGCTGACCGAGGGTGTGCCCCGCTGGCTCAAAGGCGAAGGCCGCGGCTGGGTAACGGCTGAGTACGCCATGCTTCCCCGGGCCACAAACACCCGGTCTGACCGCGAGTCGGTCAAGGGCAAGATCGGTGGACGCACCCACGAGATCTCCCGCCTCATTGGCCGCTCGCTGCGCTCCATCATCGACACCAAGGCGCTGGGTGAAAACACGATCGTCCTGGACTGCGATGTCCTCCAGGCGGACGGCGGTACACGCACTGCCGCGATCACCGGCGCCTACGTGGCACTGGCGGAAGCCATCCGTTTTGCCCGTGAGAACAAGCTGATCGCCCGCAACGCAGAGCCCTTGGTGGACACCATCGCAGCAGTTTCCGTGGGCATCATCGATGGTGTTCCGATGCTGGACCTCCCGTACGTGGAAGACGTTCGCGCGGAGACCGACATGAATGTTGTGGTCACCGGTTCGGGCAAATTTGTGGAAGTTCAGGGAACCGCGGAAGGTGCCCCGTTCGACCGCGACGAGCTCAACGCGCTGCTTGATCTCGCTCTCCTGGGCACCAGCCAGCTGTCCGCAATCCAGCGCGAGACGCTGGCGGAGGCTCCGTGA MTSEATATPVIRADGRTPDQLRPISITRGWSKQAEGSALIEFGNTRVLCTASLTEGVPRWLKGEGRGWVTAEYAMLPRATNTRSDRESVKGKIGGRTHEISRLIGRSLRSIIDTKALGENTIVLDCDVLQADGGTRTAAITGAYVALAEAIRFARENKLIARNAEPLVDTIAAVSVGIIDGVPMLDLPYVEDVRAETDMNVVVTGSGKFVEVQGTAEGAPFDRDELNALLDLALLGTSQLSAIQRETLAEAP PGPT0021590_9 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021590-rdgB-K02428 NA NA D3-18_01765 663 COG0127 dITP/XTP pyrophosphatase GTGAGCGGCACGCCGACGTCCGGCGCTCCACGCCTCGTCCTGGCAACCCACAACAAGGGCAAGCTGAAGGAACTACGCGAACTGCTCCGGGGCCAGGTTCCAGGGCTCGACGTCGACACCCAGGTGGTGGACGCCGCTGCGGCAGGTGCCCCGGATGTTGCCGAAACCGGTGTCACCTTCGCCGAGAACTCCCTCCTCAAGGCCAAGGCCGTGGCGGAAGCGACTGGCCTGGTGGCCATCGCTGACGACTCCGGATTGGCCGTTGATGTCCTGGGCGGGGCCCCGGGTATTTTTTCGGCACGTTGGTCCGGAAGGCATGGCGATGACGTCGCCAACCTGAACCTGTTGCTGGCACAGCTCTCTGATGTCCCGGACTCGTTCCGCGGGGCCGCGTTTGTCTGTGCGGCTGCATTGGCTGTCCCTGGTCCCGACGGCATTGCCCACGAGACCGTGGAGTATGGCCAGTTGGAAGGGACACTCCTGCGCGAGCCCCGCGGCGAGGGTGGATTCGGCTATGACCCCGTGCTGCAACCGGCCGGCATGGATCGGAGCTGCGCCGAGCTTAGCTCTGAGGAGAAGAACGCCATCAGCCACAGGGGGCAGGCGTTCCGCGCGCTGCTTCCCGCGATTGTGTCGGCTTTGTCCGAGACCGGTTCGAACTAG MSGTPTSGAPRLVLATHNKGKLKELRELLRGQVPGLDVDTQVVDAAAAGAPDVAETGVTFAENSLLKAKAVAEATGLVAIADDSGLAVDVLGGAPGIFSARWSGRHGDDVANLNLLLAQLSDVPDSFRGAAFVCAAALAVPGPDGIAHETVEYGQLEGTLLREPRGEGGFGYDPVLQPAGMDRSCAELSSEEKNAISHRGQAFRALLPAIVSALSETGSN PGPT0021590_1185 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021590-rdgB-K02428 NA NA D3-18_01766 777 COG0586 putative membrane protein GTGATCTTTTCTGCGATAAGCGACCTTGCCGTATCCACATTCGGGGGCGCGGGACCGGTTTCGCCGCCTATGGCTTCGTTCCTGCCGGACTGGCTGAACCCCGACGTCTTCCTCCGCGATTCACCTTTGGGACCGTGGGTGGTCCTCCTGGTCTGCGCCATTGTGTTCGCAGAAACAGGCCTTTTGGTGGGGTTCTTCCTGCCCGGTGACTCCATGCTGTTCACGGCGGGACTCCTGGTCTCCACCGGCGCCATCGAGTTCAATCTGTGGGCCATGTGCGCCATGATCATCGTGGCTGCCATCATCGGTAACCAAACCGGTTACCTCATCGGGTCCAAGGCCGGCCCGGCAATCTTCAACAAGCCGGATTCACGGCTGTTCAAGAAGGAAAACGTGGAGAGCGCGCACGCGTTCTTCGAAAAGCACGGCGGCAAGGCCTTGATCCTGGCGCGGTTCGTTCCCATCATCCGCACTTTCGTGCCGGTGATCGTGGGTGTTGCGCAGATGGACAAGCGCAAGTTCTTCCTTTTCAACGTCATCGGCGCAGTCCTCTGGGGCGGTGGCGTTACCTTGCTCGGCGCGTGGCTTGGCCAGTTCGAGTGGGTTGGCAACAACATCGACATCATCTTCATCGTCATCGTCCTGATCTCCGTCATCCCGATCTTCATTGAGATCGGCCGGGGATTCATGGCAAAGCGCAGGGCCGCGGCCGCAGGCACCGACCCTGTGGAAGAGTTCATCGAGGAGCACGAGGGCGGCAAGCACAGCGAGCATTAG MIFSAISDLAVSTFGGAGPVSPPMASFLPDWLNPDVFLRDSPLGPWVVLLVCAIVFAETGLLVGFFLPGDSMLFTAGLLVSTGAIEFNLWAMCAMIIVAAIIGNQTGYLIGSKAGPAIFNKPDSRLFKKENVESAHAFFEKHGGKALILARFVPIIRTFVPVIVGVAQMDKRKFFLFNVIGAVLWGGGVTLLGAWLGQFEWVGNNIDIIFIVIVLISVIPIFIEIGRGFMAKRRAAAAGTDPVEEFIEEHEGGKHSEH PGPT0004890_146 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_SELENIUM_RESISTANCE SELENIUM_RESISTANCE-SELENIUM_TRANSPORT,PGPT0004890-dedA-K03975 NA NA D3-18_01767 402 ytrA COG1725 HTH-type transcriptional repressor YtrA ATGATTGACGACAGCAAACCGATCTTCATGCAGATCGCCGAACTTATCGAGAACGGAATTGTGGACGGCACCATGGCTGAAGAGTCGCAGGTTCCTTCCACCAATGAGTTCGCAGCTTTTCACCGCATCAACCCGGCGACTGCCGCCAAGGGCGTCAATCTGCTGGTGGATTCAGGAATTCTCTATAAACGCAGGGGGATAGGGATGTTCGTCGCCACAGGAGCGCGCGCCCAGTTGGTCGCACGCCGCACCGAGGAATTCTTCGAGCAGTACGTCAAGCCGCTGGCACTGGAGGCCCGAAAGCTGGGCATCTCTACAGAGCAGTTGAACACGATGATTGAACGCAGCTCCGGGCTTGCACCGGAAACCGGGACAGACAAGGAAAGGAGCGCGGCCCTGTGA MIDDSKPIFMQIAELIENGIVDGTMAEESQVPSTNEFAAFHRINPATAAKGVNLLVDSGILYKRRGIGMFVATGARAQLVARRTEEFFEQYVKPLALEARKLGISTEQLNTMIERSSGLAPETGTDKERSAAL NA NA NA NA NA D3-18_01768 936 ytrB COG1131 ABC transporter ATP-binding protein YtrB GTGAACGACACCATCGTCGAGGCCCGTAACCTGATCAAGCATTACAAAGACCTCAACGCTCTGGACAACGTTAACCTCAGCCTCTCTGCGAACCGCATTTACGGCCTGCTGGGACGCAACGGTGCGGGCAAGACCACGTTGATGTCCATCCTCACCGCCCAAGCTTTCGCTACTTCCGGGGAAGCCCTGGTTTTTGGCGCCAGCGCATACGAGAACGACGCCGTGCTGTCCCGGATCTGCTTCATCCGTGAATCACAGAAATACCCGGACGATTTCCAACCGCAGCACGCCTTCCGCTCCGCGGCGCTCTTTTACAAGAACTGGGACCAAGGCTTCGCTGACCGCCTCGCCGAAGATTTCCAACTTCCAGTCAAGCGCCGGATCAAAAAGCTCTCACGCGGTCAGCTATCCGCGGTAGGAGTCATCATTGGCCTCGCCTCGCGTGCAGAACTGACGTTCTTCGATGAGCCGTATTTGGGTCTCGACGCCGTCGCCCGGCAACTGTTCTACGACCGCCTGGTGGAGGACTACGCCGAGCACCCTCGCACCATCATCCTTTCCTCACACCTGATCGACGAGGTAGCGAACCTCCTTGAACACGTCATCGTGATCGACCGGGGGCGGATCATCATGGACGCCGATGCCGACGTGATCCGGGGTTCGGCTGTCACTGTTTCAGGTTCCGCAGAAAAGGTGGACGCCTTCCTGGCTGGCCGTAGGATCCTGCACCGCGAAACGCTGGGGTCCTTGGCCTCCGTGACGGTGGACGAGGTGCTGGGTAGCCGCGAACGCACAGAAGCCCAGGAGTTGGGCCTCGAACTTTCGCCGGTTTCATTGCAGCAGTTGGTGGTCCGGAAGACCATGGCCGGTGCTGGAGCCGGCCTCTCATCAAATACCGGAGACTTCGCCGATGACGCTATGGAGGCAAAGCGATGA MNDTIVEARNLIKHYKDLNALDNVNLSLSANRIYGLLGRNGAGKTTLMSILTAQAFATSGEALVFGASAYENDAVLSRICFIRESQKYPDDFQPQHAFRSAALFYKNWDQGFADRLAEDFQLPVKRRIKKLSRGQLSAVGVIIGLASRAELTFFDEPYLGLDAVARQLFYDRLVEDYAEHPRTIILSSHLIDEVANLLEHVIVIDRGRIIMDADADVIRGSAVTVSGSAEKVDAFLAGRRILHRETLGSLASVTVDEVLGSRERTEAQELGLELSPVSLQQLVVRKTMAGAGAGLSSNTGDFADDAMEAKR PGPT0006725_8891 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D3-18_01769 687 hypothetical protein ATGAGCAGGACGGTAGCAGTTGCCCGAATGCAGCTGATCAATAAATGGACGTACATCGGATGGCCATTAACCATCCTGGCGGCATCCTTCCTGATGTCGCTCGCCATCTTCGCGCTCATTCCCGTCACTGAGGGGAAAAATGGTGGTGGCAGCCAGGCGCCCCTGTGGTACTTCCTGGTCCTTGGCATCCAAAGCATGACCTTGGTGTTCCCGTTTTCCCAAGGCCTCAGCATCAGCCGACGTGCGTTCTACCTGGGAACCCTGGGCCTCTTCTCGCTGATCGCGGTAGGGATGACAGTGCTTTATATGCTGGGTGGCGTCATTGAACGGGCAACCAACGGCTGGGGTGTCTACGGCTACTTCTTCAATATCCCCTGGGTCACGGATGGTCCCTGGTACTCGACAGCGGCATTCTTCTTCGTGCTGATGATGTTCATGTTCATCATCGGATTCTGGTTCGCCACCATCTTCAAACGTTGGGGCACCACTGGAACGCTGGTGTCAACCTTGGGTACAGCAATCGCCCTGATCGGTGCCGCTGCCCTCACAACGTTCTTTGAGGGATGGGGACATGTTGGAAGCTGGTTCGCCCAGCAGACGCCGCTCAGCATCAGCGGATGGGCTGCGCTGCTGTGCGTCATCCTGGCGGCCGGTTCCTACGCAACCCTTCGCAGGGCCACCCCATAG MSRTVAVARMQLINKWTYIGWPLTILAASFLMSLAIFALIPVTEGKNGGGSQAPLWYFLVLGIQSMTLVFPFSQGLSISRRAFYLGTLGLFSLIAVGMTVLYMLGGVIERATNGWGVYGYFFNIPWVTDGPWYSTAAFFFVLMMFMFIIGFWFATIFKRWGTTGTLVSTLGTAIALIGAAALTTFFEGWGHVGSWFAQQTPLSISGWAALLCVILAAGSYATLRRATP NA NA NA NA NA D3-18_01770 1011 dinG_2 3'-5' exonuclease DinG GTGGCATTGGACTTTACGGCGATCGACTTTGAAACAGCCAACGGCTTCCGGGGGTCACCGTGTTCGGTAGGCCTCAGTAAAGTCCGTGGCGGAGTGGTAGTGGAGGAAGCCTCCTGGCTCATGCGCCCGCCCGAAAACCACGATCACTTCGAGTTCCACAACACGCGCATCCACGGCATCCGCGCGGAAGACGTCGCTGATCGCCCGCGGTTCGGGGAGCTCTTTCCGGAAATTGGCGCTTTCATTGGGAACGACATACTTGCTGCGCACAACGCAGCTTTTGACCTCGGGGTTATTCGGTCAGGCCTGGAAGTCTCCGGTCTTGCGGGGCCGGCCTACGACTATGTGTGCACTGTGATGCTCTCCCGCCGCTGCTACTCATTGGTGTCCAACTCTTTGCCCTATGCCGCCGAGGAAGCAGGCGTTCCCCTGGTCAACCACCACGACGCCGCGGAAGATGCCCGGGCCTGCGCCGGAATCCTTGTGGACATCGCCAGACGGAACAACGCCAACAGCATCGCCGAACTCTACCTTTCCCTCGGCCTCAACCTGCCGAAGCAACCTGCATTCGATCCAGCCCAAGGTCTGTCCAAGGCGACCATGTCCGCACTCGCTGCCAGAACCGGCAGCTTCGCAGAACAAACACTGGAACGAGCACTTGGCGTCCCTACCGGTTTCTCGAGCTGGCCGGAGGAGGGGCCCAACCCCCTGCCGAACCCAGCTGCGGAACCCGGGCATCCGCTCTTCGGCCAGACAGTGGTGTTCACGGGCGACCTCGCCATCACCAGGCCGGAGGCGAAATCCCGCGCCGCAGACATGGGTGCACGTCCGGAAAGCCGGGTCACAGCACGCACCACAGTGCTGATCGTGGGCGATGGCTTCGTGGCTGGCGACCTTCGCGCCGGGCGCCTCACAGGCAAAGCCAAACGGGTCCTGGAACTGCATGCCAAAGGCCAGCAAATCGAGGTTGTGTCTGAGGGCGAGTTCCTGCAGATGGTGGGCGGGGCGTAA MALDFTAIDFETANGFRGSPCSVGLSKVRGGVVVEEASWLMRPPENHDHFEFHNTRIHGIRAEDVADRPRFGELFPEIGAFIGNDILAAHNAAFDLGVIRSGLEVSGLAGPAYDYVCTVMLSRRCYSLVSNSLPYAAEEAGVPLVNHHDAAEDARACAGILVDIARRNNANSIAELYLSLGLNLPKQPAFDPAQGLSKATMSALAARTGSFAEQTLERALGVPTGFSSWPEEGPNPLPNPAAEPGHPLFGQTVVFTGDLAITRPEAKSRAADMGARPESRVTARTTVLIVGDGFVAGDLRAGRLTGKAKRVLELHAKGQQIEVVSEGEFLQMVGGA NA NA NA NA NA D3-18_01771 570 hypothetical protein ATGACCAAGTCAGCCCCTCCCCAAGCTCCCGAGCGCCGTCCTGCCAGCGGTCCCGCTCCTTCTGGCGCTGCAACAAACGGTGGGGCTGGTTGGCGGGCTTTTTTCGCTTTCCCCAATCCCGTGAACGAATATGCTGCCAGGATCACGGCCGGACTGGTTGTGGTGGTAGCAGTCGCCACCCTGCTGACCGGCTGGGCCGGGGGCTTGGTGGCTCTTGCTGCCGGGTTCTGGCTTCGTGTGCTGTTCGGACCACGGATCTCCCCGCTTGCTCTTCTGTCAGTCAAGGTGTTGGCACCAAGGATCGGGCACGCCAAGCTTGTGGCCGGTCCTCCCAAGCGGTTCGCCCAAGGGATCGGCGCCGCACTGACGAGTGCCGCCGTCGTGCTGTTTTTCACTGGCTTCCAGCCCGCCGCCTGGATTCTGCTGGCGCTGCTGATCGTGGCAGCTTCGCTGGAAGCCTTTGTAGGCTTCTGCCTCGGCTGCGCGATCTTTGGTTTCCTGCAGCGCAAGGGCCTCATCCCCGAGGACGTGTGCGAGGCCTGCAACAACGTGACGCTCCGCCAGACCTGA MTKSAPPQAPERRPASGPAPSGAATNGGAGWRAFFAFPNPVNEYAARITAGLVVVVAVATLLTGWAGGLVALAAGFWLRVLFGPRISPLALLSVKVLAPRIGHAKLVAGPPKRFAQGIGAALTSAAVVLFFTGFQPAAWILLALLIVAASLEAFVGFCLGCAIFGFLQRKGLIPEDVCEACNNVTLRQT NA NA NA NA NA D3-18_01772 1071 hypothetical protein ATGAGTGTTGAGCCTAAATCCCCCGCTGTTCCTTCCTTCGAATCCCGTGTCCAGGGGGCACTTTTGGGAGGGGCCCTGGGTGATTCCCTTGGTTATGCCGTGGAGTTCGACTCCATCGCCGCGATACGTGCCCGCTATGGTTCCGGCGGCCTGACGTCTTTCGCACAACTCGACGGCGGCAGCCACTTCTCGGACGACACTCAGATGACGTTGTACACCGTTGACGGCCTTGTGGAAGCGCTCGAATGGGCGAACGACGGCGTTGCGGCCGACGAGATTGCCTGCCTTTGGCTGGCTTACCTGCGCTGGCTCGCCACTCAGGACGTGGCTGTTGCCTCCTCCGCTCCCGTGCCGCAACCGCGCTGGATCGACGCCCAGGAAGTCCTGCATCACCGGCGTGCACCAGGGAATGCCTGCCTCAGTGGCTTGGCAACGGGGGAAATGGGAACAGTTGCACGTCCGGTCAACGGCGATTCCAAAGGTTGCGGGACGGTGATGCGTTCAGCCCCGTTCGGACTCATCCCGCACATTTCACGTGAGGCCGTGTACAAGCTCAGCTCTGACGCCGCTTCCTTGACGCATGGACATGCTTCGGCGCGACTCAGCGCAGCAGCCTTTAGCCTGCTGATCCACAACATCGTGGCCGGAAGCGACATCCGCACCTCCGCTACCGAGGCCCTCAGCTATGTCAACGGCGTCCCTACCAAAGCACCCGAACTGGCGGAACGGCTGGAAGCCGCCCTGCAGTTGTCCTTGCAGCCTGCCCCACTGGACCCGGAAGGACTGACCACGGCGCTCGGTGAGGGCTGGATTGCCGAGGAGGCACTCGCCGTCGGTCTTTACGCTGTGCTGGCCACCAGCGGCGGCACGCCAGCAGAACAGTTCCGCAATGCAATAACCGTGGCCATCAACCACAGTGGCGACAGCGACTCCACAGGCTCCATTGCGGGAAACATTCTGGGGGCCTACTACGGCGAAGACGGCTTGCCGTCCGACTGGCTCGAGGCCCTGGAAGGCCAGGCGGTCATTCGCGGCATGGCGGACAGATTGCTTGCCGTCACCACCGGTTAA MSVEPKSPAVPSFESRVQGALLGGALGDSLGYAVEFDSIAAIRARYGSGGLTSFAQLDGGSHFSDDTQMTLYTVDGLVEALEWANDGVAADEIACLWLAYLRWLATQDVAVASSAPVPQPRWIDAQEVLHHRRAPGNACLSGLATGEMGTVARPVNGDSKGCGTVMRSAPFGLIPHISREAVYKLSSDAASLTHGHASARLSAAAFSLLIHNIVAGSDIRTSATEALSYVNGVPTKAPELAERLEAALQLSLQPAPLDPEGLTTALGEGWIAEEALAVGLYAVLATSGGTPAEQFRNAITVAINHSGDSDSTGSIAGNILGAYYGEDGLPSDWLEALEGQAVIRGMADRLLAVTTG PGPT0001065_161 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-REGULATION NITROGEN_REGULATING_FUNCTIONS,PGPT0001065-draG-K05521 NA NA D3-18_01773 357 yidH COG2149 Inner membrane protein YidH TTGCGTGAACCTGCTTGGCGACGGACAGGCAAGACGCCCGACTACAGGTTTTCCCTTGCCAACGAACGCACCTTTCTCGCGTGGATCCGCACGTCCCTGGCCTTGCTCGCCGGCGCAGTTGCCGTTGACCAGCTGGCCCCGAACATCGCGCCCACACCCGTCCGGTTGGTCCTTTGTGTCTTGCTGGCACTGGTCGGGGCGGGGCTGGCAGCACTTTCTTACCGGCGCTGGGGGCAGATGGAAGCCGCCATGCGCAACGATCAGGCGCTCCCGTTCTCCCGGGTCATGCTGTTCATGACCATTGTTGTAGCCGTAGCGGCGTTCGCCTTCGCTGTGCTGATATTGGTGGCGCGGTAA MREPAWRRTGKTPDYRFSLANERTFLAWIRTSLALLAGAVAVDQLAPNIAPTPVRLVLCVLLALVGAGLAALSYRRWGQMEAAMRNDQALPFSRVMLFMTIVVAVAAFAFAVLILVAR NA NA NA NA NA D3-18_01774 345 hypothetical protein ATGGAAGTCCGCGACCCCGGGTTGCAGCCCGAGCGCACCACCTTGGCATGGCGCAGGACGTTGATTTCCCTGGTGGTGGTGGATTTGTTCATTTGGCGGAGTTGGCTGACGTCCGAGCCCTCCACCGGCAACCTCGTTGCCGGTCTTCCCGGACTTGATTACCAAGGGATCTGTGCACTCATGGCGGCACTGGCCACCATCGTGCTGGCGTCCGTGGTGTGGGTTCGCTCACGCCAGCTCCACCTTGGAAACGAGGCGGCATCAGCCCGGCTCGTCCGGGTCAGCACGCTGGCTGTGATGGGTCTCGGTGCCACTGCCATCGCAGCCATTGCCTTGGGTGATTAG MEVRDPGLQPERTTLAWRRTLISLVVVDLFIWRSWLTSEPSTGNLVAGLPGLDYQGICALMAALATIVLASVVWVRSRQLHLGNEAASARLVRVSTLAVMGLGATAIAAIALGD NA NA NA NA NA D3-18_01775 933 aqpZ_2 Aquaporin Z ATGACCTCTCCTGTACAGGCCACACCCGACCCCCAACCGGGACTTCTTGCCAGGCTGTCGGCTGAAGCTTTGGGATCGATGTTCGTTGTGGTTGCCGCAGTGGGAGTCGGGATCTTTTCGAATCCTGGTGGCGCGCCCCTGCCGGTGGCTCTTGCCACGGGCCTTGCTGTGACAGTGGCAATGCTGGCCTTCGGCTATGTCTCCGGAGGGCACTTCAATCCTGTGATCACCTTAGGCAATTTGATTGCCGGCCGAATCCGGGCCGTCGCGGCCGTGGCCTATGTGGCGGCGCAAATCATCGGCAGCGTTGTTGGGGCTGCCCTGATCTATTTCGTAGTGACCACCGTGCCGGTCCTCACGGACGCAAGAGCGGCCTTTGACGTCGTTGCCCCCGGGTTCGGTGAGCATGCGTCCGCGCAAACGCAGATGGCAGGAGTATTGCTGGTTGAGGTCCTGGGTTCGGCGCTCATCGTGGCCGTATTCCTTGGCGCGACCGCTGGCCGCCGGGCTCTTCCTGCCATGGCCCCCTTCGCCGTAGGCCTTGCAATGGCTGTTCTGCTTCAGCTTGGACAGGTCCTGGGAAACCTTCCCTTCAATCCTGCGCGGGCAACCGCCCAGGCATTCTTCAGCTCGCCGTGGGCACTAGAGGGGCTGTGGCTCTTCTGGGTTGCCCCGCTGATGGGTGCCGCGCTTGCCGGCCTCGCTTTCCGCGGCTTCCAAGGCCTCTCCCATGTCACCGTCGCCGTGACCGAGGACTTCCAGAGCGGCAGCGATGCGGTGAACGACTCCTTCGATGCCAACGACGAGCCGGTTGAGGAGCCTGAGGTCAAGGAAGCTCCTGCGAAAACTGACGAAGACGCTACCCGACGTGTGCCGGCTGCGAAGGTCAATGATGACGCCCGTGACTTCTTCGACGGCAAAAAGGGCAAATAA MTSPVQATPDPQPGLLARLSAEALGSMFVVVAAVGVGIFSNPGGAPLPVALATGLAVTVAMLAFGYVSGGHFNPVITLGNLIAGRIRAVAAVAYVAAQIIGSVVGAALIYFVVTTVPVLTDARAAFDVVAPGFGEHASAQTQMAGVLLVEVLGSALIVAVFLGATAGRRALPAMAPFAVGLAMAVLLQLGQVLGNLPFNPARATAQAFFSSPWALEGLWLFWVAPLMGAALAGLAFRGFQGLSHVTVAVTEDFQSGSDAVNDSFDANDEPVEEPEVKEAPAKTDEDATRRVPAAKVNDDARDFFDGKKGK PGPT0004755_73 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ARSENIC_RESISTANCE ARSENIC_RESISTANCE-ARSENIC_TRANSPORT,PGPT0004755-aqpZ-K06188 NA NA D3-18_01776 1134 sbcD Nuclease SbcCD subunit D ATGCTCGAAGCGCAACGCAATTTCGTGGACCAGTTGGTGTCGCTGGTTGAATCCAAGTCCGTTGACGTGGTGCTGATCGCCGGAGACGTCTACGATCGCGCCCTTCCCGGGCTGGACGTGGTCAAACTGCTTGATGACGCCTTGGTCCGTATTACCCAGGCAGGGGCCGGGGTTGTCCTGACCAGTGGCAACCACGACTCCGCCATCAGGTTGGGCTTTGCCTCCCGCCTGTTGGAACGCGGGGGAGTGCACCTGAGGACGCGCGTGGAAGATCTTGATGTGCCAATCCTTTTCCCCCTCGGAGCCGATGGACATTGCAAGGAGGGCACAGGAAGCGGCCACGTTGCCATTTACGGCATTCCCTATCTTGAACCCCGGCTCGTGGCTGAGCGTCTGGGCGCTGAAAACGCCAACCACTTTGATGTCACCCAGGCGGCTGTGGATCGGATCCGGCAGGATGTTGAAGCCCGCCGCGCATCAGGACCTGTCTATCCTGTGGTCCTCGCGCATACTTTTGCCAGTGGGGGCATTACCTCGGAAAGTGAACGGGACCTAAGCATCGGCGGCCTGGGCGCAGTTCCATTGGATCTCTTTGAAGACTTCGCCTACACCGCACTGGGTCACCTCCATGGACGGCAGGAGCTGGCACCCAATGTCCGGTACTCCGGTTCTCCCTTGGCCTATTCGTTCTCGGAGGCCAAGCACCACAAAGGTGCCTGGCTGGTGGACCTTGACGCCGACGGAGTGATCGCTGTTGAGTCAGTTGTGTGGGACGCCCCTAAGTCCCTCGCTACCTTGCGTGGAAGGCTGGATGATCTTCTCGGCGCTGAAGAGCATGCCTGGGCAGAGAGTGCTTACTGCCAAATCACGTTGACGGATGCACAACGGCCTGCTCAAGCCATGGAGAGGGTGCGAACCCGCTTTCCGGACACGCTGGTTCTCTCTTTCGATCCCGAAGGTGCAGAGGCGCGGACTTCCACCAGCTACAGCAACCGCCTCGCCGCTGCCGAAGACGACCTGGGAGTCTGCTGTGGATTCCTGGAACACGTCAGGGACCGCGGTGCCAGCGATGCAGAGGAAGCGGCCCTGCAGGAAGCCCTTGAAGCTATCCGGTTGCAGGAGGCTGAGTTGTGA MLEAQRNFVDQLVSLVESKSVDVVLIAGDVYDRALPGLDVVKLLDDALVRITQAGAGVVLTSGNHDSAIRLGFASRLLERGGVHLRTRVEDLDVPILFPLGADGHCKEGTGSGHVAIYGIPYLEPRLVAERLGAENANHFDVTQAAVDRIRQDVEARRASGPVYPVVLAHTFASGGITSESERDLSIGGLGAVPLDLFEDFAYTALGHLHGRQELAPNVRYSGSPLAYSFSEAKHHKGAWLVDLDADGVIAVESVVWDAPKSLATLRGRLDDLLGAEEHAWAESAYCQITLTDAQRPAQAMERVRTRFPDTLVLSFDPEGAEARTSTSYSNRLAAAEDDLGVCCGFLEHVRDRGASDAEEAALQEALEAIRLQEAEL NA NA NA NA NA D3-18_01777 3012 hypothetical protein GTGAGAATTCATCGTTTGGACATCGCAGCTTTCGGTCCTTTTGCATCGCCACAACACATTGACTTCGACCATTTGAGCGCACAGGGCTTGTTCCTCCTCAATGGGGCTACGGGTGCGGGTAAGACCAGCATTTTGGATGCCATTTGTTTCGCCCTGTACGGATCCGTTCCTGGTGCCCGCCAGGAAGGGAAGCGGCTTCGAAGCGACCATGCAGCGCCAGGTGCGGAGCCGCGCGTGGTCTGTGAGTTCTCAGCGCGCGGGCGCCGTTTTGAAGTGACGCGATCGCCGGCGTGGGACCGGCCCAGCGCTCGCGGCCGCAACGGATTCACCACCCAGCAGGCCAAGACCCTCCTCAGGGAACGGGTAGCAGGGGAGTGGGAAGAGAAATCTTCCAGGAATGACGAGGTAGGTGCCGAGCTCTCAGACGTCCTTGGAATGGATCGGGAGCAGTTCACCCGGGTGGTGATGCTGCCACAGGGCGACTTCGCGGCTTTCCTGCGGTCCAAGGCCAATGAGCGGTTGGAACTGCTGCAAAAGTTGTTCGGCACGCAACGATTTGAAGCTGTTGAACGCCAGCTCGCACAGCAAGCGGCCGAGGCAAACCGCGCCGTGCAGGAAAACGCGTCAGAGCTCAAGCTGCTGCTTAACCGGGTTGCATCGGAGCAGGAACAGCTGGGTCTTGCCGCCCCCAGTACCACCCCTGGAAATGAGCCAGGAAGGGACCCTGAGGCCTGGCTTTCCGGTGTGGAAGCAGAAGTCAGAGCCGAATGGGAGCATCGACTGGAGGAGGCTGCTGAGGCAGAGTCCCTGTCCAACCGCCTCACGGAACAATTCCATGAGGCGCAGGAGAAGGCGCTCCGGCATGGTCGGCTCGGCGCAGCGATGCAGCGGCGGGTCCTGCTCGAGCTGGCAGCACCCCGGGCGTTGGAGAACAAGGAGATGCTCGGTAAGCACCGACGCGCCGCTGTTCTCAGCGGACATCTGGAGGCGGTGGATACCGCAGAGCGTAAGCTCCAGGCCGCCGTTGCGCAGACGGCAAGCCTGCGCGGGAAGCTTGCCGCGGCCGGCTTGGAGGCAACAAACACTGCCGCTGCCTTGGAAGGCGCAAAGGCAAGCAGCGCAGTCCTGGAGGCCCGGCTGCCCGATGAGCAGCGACTGGAAGAGATCACGGCGCGCCTTGCGGCCAAGCATGCTCAAACGGCGGAACATCAAGCCGCTGCCGAGGCTTCGGCGTCCGCGCTGGAACAGCTGCGCGAAGACGTGTCCACTGTGGAGTCGCACATCCAGCCTCTGGAGCCTTTGGCTGGCCAACTGTCAGAACTGGAACGGGATGCCGAAGCTGCGGCCGGGCTTGTTCGAATCGTGGCCCGGCATGAAACGGCTGCCAGCGAGTTGGAGGAGATTTCCGGAAAGCACCTCCAAGCCCGGTCCGAATCACAGGACCTCCGGCAGCAGTGGCTCGACGTCCGCGAACTGCGTTTAGCCAACGCAGCAGGGGAGCTGGCCTCGGCACTGGAAAACGGTAAGCCGTGCGCTGTTTGCGGAAGCGAAGAGCACCCCAACCCCGCCGAAGCTGTGCGATCAGCACTCTCCCTTGCCCAGGAAGAGGAAGAAGCCAAAGAACGGTTCGAGGCCAGTGAGAAAGCCTTGGGGCTCCTCGCCGAGCAAGTTTCCTCCGCATCCCAGGTGCTTGCAGGACTGGTTGCCCAGGGAGGTTCCACCGATGCTGCTGAAGCGGAGGCCAAACGGGGATCTGCCCATGAAGCTGCCGCGGAGGCACGTAAAGCAGCAGGCTTGCTGGAGAAGCTTCGTGGCCGGCAAGTAGACCTCACCAAGCGCATCGCTCGCGTGCAGGAAGAACACGACGCGTCCGTGAGTGCGGCTGCCCAGGCATCGTCCGCCGTTCACCTGCTTCAGGAGCAATGTGTTGCCCTTGAAACGGATCTGGCTGGCTTGAAAGGCGACTTCCCGAGCCTGCGCGAGCGGCTGGAAGCACTCAAGGTTGAGCAGGAGCTTCTGCAAGCAGCGGCGGATGCAGACCGCGAACTGGAGCGAGCAGAACAAGCCCGGGAAGACGCCGCAGCGTCGCTCGAAAAAGCCTTGCCGGAATCCGGATTCGCCTCCGCTGACGACGCTCGCCGGGAAATCCTCTCACCGGCCGATGTTGTGGGCCTTGAGAAAGACCTGGCGGATTTCGACGCTGAATCATCCCGCTTGGACGAGTTGTTTGCCAGTGAGGACCTAATCCTTGCCGCCAAGGAAGCCAGCATAGGTGAGCTTCCCTCGGGAGAAGCTGAACTTGCTGAATCGAAGCTGATTGCTTCCAATGCTGCAGATACTGCGCGGGCCAAGGCTTTGTCTGCGGGCCTGGCTGGAAAATCGGCGGGCGCTGTTGCCCGGTTGCGGAGGGATTACCAAGCCTTGGCACAAGCAGGAAGCGAACCACGGAACCGGGCCCACATGCTTGCTGAGCTGGCCGACACCGTGAGGGGATCGGGCGACAACAGTTACCGGATGAGCCTGAATACGTATGTCCTTGCTGCACGGCTGGAACAAGTGGCAATCGCCGCCTCCGAACGGCTCGTGGCCATGAGCGACGGCAGATATACGTTGCAACATACTGACGCCAAGGCTGCGCGGGGAGCAAAGTCGGGCCTCGGGCTTGAAGTCGTAGATGAATGGACTGGCCAGCGCCGGGACACTTCCACCTTGTCCGGCGGCGAATCCTTCATGGCGTCGTTGTCCTTGGCCCTTGGTTTGGCCGATGTTGTCCAGCAGGAGGCCGGCGGCGTGGACATCGAGACACTGTTTGTAGACGAAGGCTTCGGCAGTCTCGATGAACAAGCCCTGGAGCAGGTGATGGACGCCCTGGAGGGACTGCGCGACGGCGGCCGGGTAGTTGGCCTCGTCAGTCACGTGGGGGAGATGAAGCAACGCATCACCAGCCAGCTACAGGTGGTCAAGGGCAGGCACGGTTCCAGCGTGCGGATTGCCGACGCCGTACCCGTCTGA MRIHRLDIAAFGPFASPQHIDFDHLSAQGLFLLNGATGAGKTSILDAICFALYGSVPGARQEGKRLRSDHAAPGAEPRVVCEFSARGRRFEVTRSPAWDRPSARGRNGFTTQQAKTLLRERVAGEWEEKSSRNDEVGAELSDVLGMDREQFTRVVMLPQGDFAAFLRSKANERLELLQKLFGTQRFEAVERQLAQQAAEANRAVQENASELKLLLNRVASEQEQLGLAAPSTTPGNEPGRDPEAWLSGVEAEVRAEWEHRLEEAAEAESLSNRLTEQFHEAQEKALRHGRLGAAMQRRVLLELAAPRALENKEMLGKHRRAAVLSGHLEAVDTAERKLQAAVAQTASLRGKLAAAGLEATNTAAALEGAKASSAVLEARLPDEQRLEEITARLAAKHAQTAEHQAAAEASASALEQLREDVSTVESHIQPLEPLAGQLSELERDAEAAAGLVRIVARHETAASELEEISGKHLQARSESQDLRQQWLDVRELRLANAAGELASALENGKPCAVCGSEEHPNPAEAVRSALSLAQEEEEAKERFEASEKALGLLAEQVSSASQVLAGLVAQGGSTDAAEAEAKRGSAHEAAAEARKAAGLLEKLRGRQVDLTKRIARVQEEHDASVSAAAQASSAVHLLQEQCVALETDLAGLKGDFPSLRERLEALKVEQELLQAAADADRELERAEQAREDAAASLEKALPESGFASADDARREILSPADVVGLEKDLADFDAESSRLDELFASEDLILAAKEASIGELPSGEAELAESKLIASNAADTARAKALSAGLAGKSAGAVARLRRDYQALAQAGSEPRNRAHMLAELADTVRGSGDNSYRMSLNTYVLAARLEQVAIAASERLVAMSDGRYTLQHTDAKAARGAKSGLGLEVVDEWTGQRRDTSTLSGGESFMASLSLALGLADVVQQEAGGVDIETLFVDEGFGSLDEQALEQVMDALEGLRDGGRVVGLVSHVGEMKQRITSQLQVVKGRHGSSVRIADAVPV NA NA NA NA NA D3-18_01778 1236 hypothetical protein ATGCTGACCGTCGGCACGCTGACGCTGGTCACCGCGGTCAGCCACTCCTACGCGATCGGCGGCATGGCGGCCGGAGCGGTGGGCATCGGTTCGGCGTTGGGTGCTCCCGTTCTCGGCTCTTTGGCGGACCGGGCCGGGCAGCGGATCGTGCTCCTCGTGGCCGCGGTCATCAACACCCTTGCCGTCGCCGGCCTCGTTGCCGCGGCCTACGTCACTCCCGGCTACGGCTCAGTGAGCGACGCAGTGGGTGTCCTTATTGCAGCTTTCCTTGCAGGGGCCAGCTGCCCGCAGGTTGGTCCCATGGCCCGGGTGCGCTGGATGGCTCTAACCACCCGAAACCTATCTCCGTCGTCAACCACTGGGGGCCGAAGCGTCGCGGCCAACCGGGCCGACCTGGACACCGCGCTGTCCTATGAAGGGACCGCGGACGAGATCACCTTCGTCCTGGGCCCGGCCTTGGTGGGTGTCCTGGCCAGCATGGTGGCACCCTGGTTGCCGCTCGCCTTGGCAGCCGTCATGACCATTACGTTGGTTCCTGCTTTTGCGATCCATCCCAGCCAGCTGGCCGTTGTACCGGCACCTCGGAAGCCGGGTGCCGGCGTCGCGCCTTCCAACGGACAGGAGCCTCCTGGAGTGCAATCCACCCAGGTGACTCCAGAGCGGGCTAACCGTTGGGCCGGGGCTGTGGTGGCGGTTCCTGTGGTGGCGATGGTGTGCATGGGAACGTTCTTTGGTGCGACACAAAACGCGCTAAGTGCCTTCTCCGCGCAGTACGCCACTGCCGAAATCGCTGGCCTCCTGTATGCGGTAATGGGCCTTAGCTCCGCCGTAGCTGCACTGTCCGTGGCGTTCTGGCCGCAACGGTTCAGCTTGGCTTCCCGTTGGGTTGCCGCAGCACTGGCGATGGCCGTTTTGTCTCTCTTGCTGCTTCTCCCGGCGGGCATATGGCCCATGGTCTTTGTCCTGCTGATACTGGGCATTCCAGTGGGGCCCGTGATGGTGACTGTCTTCAGCATCGGCGGCGTGGTGGCACCGGCCGGGCGCATGGCAACGGTGATGACTGCCCTCGCCAGCGGAATCGTGGCTGGAACAGCATTGGGCTCCTACCTGGCCGGGCAATTGGCCGAAACGCAGGGGCCGGGTGCTGCATTCGTGGTTTCGATGGCGGCTGCGGCAGGACTTTTGCTGCTGGGCGTTGTCACGTCCTTGGTGATGAAGCGACAGCCTCAGGCGTAG MLTVGTLTLVTAVSHSYAIGGMAAGAVGIGSALGAPVLGSLADRAGQRIVLLVAAVINTLAVAGLVAAAYVTPGYGSVSDAVGVLIAAFLAGASCPQVGPMARVRWMALTTRNLSPSSTTGGRSVAANRADLDTALSYEGTADEITFVLGPALVGVLASMVAPWLPLALAAVMTITLVPAFAIHPSQLAVVPAPRKPGAGVAPSNGQEPPGVQSTQVTPERANRWAGAVVAVPVVAMVCMGTFFGATQNALSAFSAQYATAEIAGLLYAVMGLSSAVAALSVAFWPQRFSLASRWVAAALAMAVLSLLLLLPAGIWPMVFVLLILGIPVGPVMVTVFSIGGVVAPAGRMATVMTALASGIVAGTALGSYLAGQLAETQGPGAAFVVSMAAAAGLLLLGVVTSLVMKRQPQA NA NA NA NA NA D3-18_01779 612 hypothetical protein ATGGCCAGGGTTCCCGCAGAGGAAAGGCGGCTGCAGTTCGTCGAAGCCGCAGCAAGGGTCATTGCCCAGGACGGCCTTGCCTCCGCGACGACACGTCGGATCGCCAGTGAGGCGGAGGCCCCGCTTGCGGCCCTGCACTATTGTTTCCGGAGCAAGGACGAGCTCCTTGAAGAGGTGTATAACTTCCTCAGCAGGGACTACGCCAAGGCGTTGGAGCCCGTGATTGATCCGGGCATGGGATTACGCCACATGGTTGGCGCCCACGCGCGTCGTATCTGGAGCCGCATGCTGGAAAACCCTCATGAGCAGGTCACTACCTTCGAACTGTTGCTCCGGCGCTTCCGCGTGGAAGCCGAAGACCAGCCACAGGCATTGCTCATGAACCGTTCGATGTATGACGGCTGGGTCAGTTCAACCCTGGAGCTGTTCCGTGCGGCGGCCGAGGCTGCCGGCGAACCTGTCCCCGACAACCTGGAGGACATCACCCGCCTGTTCATTTCGGGGATCGACGGCATCAGTATGCAGCATTTGGCTGACCCCGACGAAGAACGCTCACTGCGGTTGGTGGAACTCATGGCCGCGTCCCTCGCCGGAGCGCTCAGCTACGCCTGA MARVPAEERRLQFVEAAARVIAQDGLASATTRRIASEAEAPLAALHYCFRSKDELLEEVYNFLSRDYAKALEPVIDPGMGLRHMVGAHARRIWSRMLENPHEQVTTFELLLRRFRVEAEDQPQALLMNRSMYDGWVSSTLELFRAAAEAAGEPVPDNLEDITRLFISGIDGISMQHLADPDEERSLRLVELMAASLAGALSYA NA NA NA NA NA D3-18_01780 1701 nfdA_2 N-substituted formamide deformylase ATGGATGATTTCGCTGACCTGGTGATTATGAATGCCTCGGTCCACACCATGGACCCGGCGCAGCCGCATCGCATAAGCGATGCCGTCGCCGTCAAGGGAGGCCTCGTTGCAGCGCTGGGCCATGAAGATGTCAGTGAGTCGATTGGCCCTGACACGCAGGTTGTCGATGCCGCGGGTGGGGCTGTCATTCCAGGCATCAACGATGCCCATCTTCATTTCGTATCAGCGGCAATGGCCGCCTTTGGATATGTGCGCCTGGAGCCGGCAGCTGCGCCGGACTGGGCGGCCGTCGTCGACGTCCTTGAGTCAGCCCCGCCGGGGGAGGACGGCTGGGTCCGCGCCCATGGCTGGGACGAGGCGGTGCTGGGACCGGCGAAAGGCTTCTTGCTCGAATCGCGACCCGGCACGCCCGTGGTGGCATTCGACAGCACCGGGCATCAGTTACTGGCCAACGGGGAAGCGCTGCGAAGGGCCGGGATTGACGCCGCAACAGCGGACGTCGACGGTGGCGTCGTGGCGAGAACCGCCGACGGCAACCCCACAGGACTGCTCCAGGACGGAGCCATGGAACTTCTCTCGCGGGCCATGCCGCCCGTGCCGGCGTCCACATTGCGACCTGCCTTGCTGGCATTGCAGGAGCACCTGCACTCGCTCGGTATCACTTCACTCACGGATCCTGGCCTTGGCCCTGCAAGTGCAGGGCTCATGGACGGTGCCGGTTCGACGGCGGCACTTGAGTTGCTGGGCGACCTCGCTGCGGAGGATGAACTGACGTTGAGAATCAACGTCCTGATGCTCTTCGCCGGAACCGGGGGAGCCAATGCCCATGCAGTTGAGATGGGCCTGGGAAGCGGACTGGCCCGGACGTACCTAAGCCGCGGCATCAATCCTGAACAGTTGCGGATCGCCGGCGTCAAGATCTTCGCGGATGGCATTCCCCGCAGCGGCACCGCGTGGATGAGTGAACCTTATGGCACAGCTTGTACGCACGGCAGCCTGGTGATCCAGGGGGCCAACGACGCCGACAGGGTTGCAGAGCTGCACAGGATACTGGCGCTGATCAACGAAGCGGGGCTGCAAGCCGGGGTCCACGCCACAGGGGACGCGGCCACAGCCGCAGCCGTGGAGGCCATTGTTGCGGCGACTGACGGTCCCGAGGAGCGTCCAAGGTCATCAGGGAACCGCCATTACATCATCCATGGGGCGTTCGGCGATCCAGGTGCATTGAGCACGATGGCATCCCACGGCATCGGGTACAGCACCAACCCTTTGATCCGCCAGGAAGCCGGCGACATCATGCGTCAAGTGTTGGGTGAGGACCGATTCTCCCGACACCAGCCCCTACAGTCAGCCTTGGAGGCCGGAGTTCATCTCAACCTTGCTTCCGACGCCCCCGTGACCAGCGCGGATTGGCGGCGCACAGTAGTGGCAGCCGTCCGCCGGGCCACACGTTCCAGACCGGGCAAACCGCGGGATCCCGAGCGGATCACCGGCCTGCAGGCTCTGGCTGCCATGACCATCCACGCCGCGTGGCAGGACCACGCCGAGCACTTCAAAGGGGCCCTGACACCAGGCATGGCAGCAGATCTGTGCCTTCTCTCCAACCCCTGGCCCGTGGACGAGGAGATCGAAAAGCTCCTCGACACAGAGGTCAGGCTCACTCTGAGCGGTGGCCGCGCAGTCCACCAATCCACCAGCTAG MDDFADLVIMNASVHTMDPAQPHRISDAVAVKGGLVAALGHEDVSESIGPDTQVVDAAGGAVIPGINDAHLHFVSAAMAAFGYVRLEPAAAPDWAAVVDVLESAPPGEDGWVRAHGWDEAVLGPAKGFLLESRPGTPVVAFDSTGHQLLANGEALRRAGIDAATADVDGGVVARTADGNPTGLLQDGAMELLSRAMPPVPASTLRPALLALQEHLHSLGITSLTDPGLGPASAGLMDGAGSTAALELLGDLAAEDELTLRINVLMLFAGTGGANAHAVEMGLGSGLARTYLSRGINPEQLRIAGVKIFADGIPRSGTAWMSEPYGTACTHGSLVIQGANDADRVAELHRILALINEAGLQAGVHATGDAATAAAVEAIVAATDGPEERPRSSGNRHYIIHGAFGDPGALSTMASHGIGYSTNPLIRQEAGDIMRQVLGEDRFSRHQPLQSALEAGVHLNLASDAPVTSADWRRTVVAAVRRATRSRPGKPRDPERITGLQALAAMTIHAAWQDHAEHFKGALTPGMAADLCLLSNPWPVDEEIEKLLDTEVRLTLSGGRAVHQSTS NA NA NA NA NA D3-18_01781 993 hypothetical protein ATGCGACGCACTATTCCCCTGGCCCTGGCCGCAGTTTTGTCCATGACGTTGGCAGCCTGCGGCGGCGGGGCGGGCCCGGCCGCTGCCCCCGCCGCCGACGGGACCACCACGCTCAAGGTGGGAACCATCGGTATCGGCTCCGATGCCGGTATCCGCCTCGCGGCTGACAAAGGCTACTTCAAGGAGCAGGGTCTCAACGTCGAGATTTCTGTCATAGCTAATCCGCCGGCAGGTATTGCAGCTGCCCAGAGCGGCCAGATTGACGTCACCTACACGCCATCCATCCCACTTTTGAATGCACTGAGCCAGAACGTACCACTCAAGATCATCGCCGCAGCCGATGGCTACAAGGACGGGGCTAGTGAGGGGGCGGACCTCAACCGCGTAGATGACACCGGACTCCTGGTGCAGCAGGCGTCCGCCATCAACCGGCCGAAGGACCTGGAAGGAAAGAGCGTCAGTGTTCCAGCCCGCAAGGCACAGCTGGAGGTTACGGTCAGCAAGCTCGTCAAGGACGACGGCGGCGACCCCGCCAAGGTGAACTGGATGGTCCTTGATCCGTCATCGGCACTCCAATCACTGAATTCCGGACGAGTTGATGCCGCATCCCTGGTTGCCCCGTTCACGTCCAAGGCAGCGTCAGAGGGCAACAGGCTTCTGGCCTCGCCCGGCGTCGAGTTTTTTGAACAGGGTGCGATTGGCCTCTGGGTGTCAGGGGCCAACACGGTGAAGTCCAAGGAGAAGGCGTTGGAGGGTTTCAAGACAGCCATGTACAAGGCGAACGCCTACGCCAACGGCCACATCGATGAAGCACAGCAGCTCAGCGCCGAAATCACCAAGACTCCGCTGGAGATCGTGAAGTCCGGCGCAGTCAACTACTGGCCGGAAGATGTACGCCTGGAAGACATTGAGCGCGCCAACAAGAACCTCGCTGACCTTGGCTTCCTGAGTGAACCCGTGAAACTGCCGGCCGACATAATTTTCGGTAAGTAG MRRTIPLALAAVLSMTLAACGGGAGPAAAPAADGTTTLKVGTIGIGSDAGIRLAADKGYFKEQGLNVEISVIANPPAGIAAAQSGQIDVTYTPSIPLLNALSQNVPLKIIAAADGYKDGASEGADLNRVDDTGLLVQQASAINRPKDLEGKSVSVPARKAQLEVTVSKLVKDDGGDPAKVNWMVLDPSSALQSLNSGRVDAASLVAPFTSKAASEGNRLLASPGVEFFEQGAIGLWVSGANTVKSKEKALEGFKTAMYKANAYANGHIDEAQQLSAEITKTPLEIVKSGAVNYWPEDVRLEDIERANKNLADLGFLSEPVKLPADIIFGK NA NA NA NA NA D3-18_01782 774 ssuC_1 COG0600 Putative aliphatic sulfonates transport permease protein SsuC ATGAAGGCATCCATCCGCCCTTATGTGTTCAGTGCCTTGGGTATCGCTGGAGCCCTGGTCATCTGGCAGGTTCTCGCCGCGGCAAACGTAGCAGGAAACGCCCTGCCAACGGCCACCACGGTGTTTACCACCCTTGCAAGCATTCTGGGGACCGGCACGTTCTGGTCCGCACTGGGTGCCACCATTGGGATCGCACTGCTGGCTTTGGCTTTAGCGGCCTTGGCAGGAGTGGTCATCGGATTACTCGTGGGCAGTTTCGAATCCGTACGATACGCCACCTTGGCAGTCTTGGAATTCCTGAAGCCCGTCCCGCCCATCGTCATCCTCCCCCTTGCGGTGCTGGTACTGGGTCCTACCGCTGAGATGTCGCTCTTCCTGGTGGTGTTCGGGTGCTTACTCCCCATCGTCATGCAAACGGTCGATGGGGTGCAGGGCACCGATCCTGTGGCACGCGATACGGCCCGCTCCTATGGCATGGGCGAGGGGGAAATACTGGCCCGGGTGGTCCTGCCCAGCGCTATGCCGTACATCGGTACGGCGATGCGGGTGGCAGCTCCTGCCGCCTTGGTGGTGACGGTCGTTGCCGGACTCCTTGGCGGGGGTCCGGGCCTCGGCCAAAGCATTTACCAAGCCCAAGCGGCAGGTGACTACGCCAGTCTCTACGCATTGGTGATTGTCCTCGGTGTCCTGGGTCTGTTGTTCCAAGGTGCCACCCGGCTGGCCGAGCGCCGGGTCCTGCACTGGCATGAGTCCTACCGTGGAGTGGTGCCCTGA MKASIRPYVFSALGIAGALVIWQVLAAANVAGNALPTATTVFTTLASILGTGTFWSALGATIGIALLALALAALAGVVIGLLVGSFESVRYATLAVLEFLKPVPPIVILPLAVLVLGPTAEMSLFLVVFGCLLPIVMQTVDGVQGTDPVARDTARSYGMGEGEILARVVLPSAMPYIGTAMRVAAPAALVVTVVAGLLGGGPGLGQSIYQAQAAGDYASLYALVIVLGVLGLLFQGATRLAERRVLHWHESYRGVVP NA NA NA NA NA D3-18_01783 780 ssuC_2 COG0600 Putative aliphatic sulfonates transport permease protein SsuC ATGAGAAACGTCAAAATACGAAACTGGGTGATCGGCGCAGGCACGCCTGTCCTGTTGCTGGCGTCGTGGTGGTTCCTGTCCGCGAACTCCATTGATCCCTTCTTCCCGCCGCTCGAAAGCATCCTTGTCCGTTTTCAGGAGCTTTGGCTCTTTGAGCACTTCCAGTCTGATGTCCTTCTGAGCCTGGGGAACTTGTTTATTGGCTTTGCCATCGCAGCGGTGGCCGGAATTGGCCTCGGGTTTGCCACGGCACTGGTTCCTCCCGTCCGTTGGATGATCGATCCGTTGATCCACTTCCTTCGGGGGATTCCTCCCGTAGCTCTGGTCCCGATCTTCATCTCCCTCATCGGCTTCGGTACCCAGATGCGCGTGACCAGCATTGCGCTGGCGGCTTTGTTTCCCACCATGATCGCCACAGTGGACGGCATCCGTAGCGTCAGTAATGACCTGATGGACGTCGCCAGGGTCTACCGGCTGAGCCGGAAGGAGCGGGTGCTCAATGTCCTCCTTCCCGCAGCCATGCCACAGATCTTCTCAGGCCTGCAGGTGAGCCTCCAGGTGGCCTTCATCGTGATGATCGCAAGCGAGATGCTGGGCAGTTCGCAGGGCATCGGAGCCATGACCTTGCTGGCTCAGCAGAGCTTCATGACCGCTGACATGTGGGCCGGGATCCTGCTTCTGGGAGTCATTGGATTCCTCGTCAACATCCTGTTCAGCCTGCTTAAGCGCAAAGTTTTGTCCTGGTACATCGGGTCCCGTCGCATGGCGCGTGCAGCATGA MRNVKIRNWVIGAGTPVLLLASWWFLSANSIDPFFPPLESILVRFQELWLFEHFQSDVLLSLGNLFIGFAIAAVAGIGLGFATALVPPVRWMIDPLIHFLRGIPPVALVPIFISLIGFGTQMRVTSIALAALFPTMIATVDGIRSVSNDLMDVARVYRLSRKERVLNVLLPAAMPQIFSGLQVSLQVAFIVMIASEMLGSSQGIGAMTLLAQQSFMTADMWAGILLLGVIGFLVNILFSLLKRKVLSWYIGSRRMARAA NA NA NA NA NA D3-18_01784 855 nrtD COG1116 Nitrate import ATP-binding protein NrtD ATGAGCGCGCGGCAGACCCCGGCTCTTCCCATCCGAAACAGAAAGTCCACCATGGCACAGCAACCAGAAACCCGCATCAGTGCGACCACTCCGCGGCTGGACGTGGCGCATCTCGCCAAGACCTACGGAAGCGGCGAAAAATCACACACCGTCATCGAAGACCTCACCTTCACCGTCGATGCCGGCGAAGTTGTGTGCATCGTCGGTCCTTCGGGCGTTGGCAAGACGACACTTCTGAAGTGCTTGGCCGGGCTTCATCCGGCCAGCAGCGGACGGGCGGCCATTGACGGACGGACCATTAGCGGCCCACCTCCGGAAATGGCCTTGGTCTTTCAGGACTACAACCGATCCCTGATGCCCTGGCTCACTGTCCGGAAGAACCTGATCCTTCCTTTGCGGCACCTCAAGTTGCCCGCAGCGGAACTGAAGGAGCGCTGTGACAGTGCGCTGGCCGCCGTCGGGCTCTCCCATGCCGACAATCAATATCCCTGGCAGTTGTCAGGCGGAATGCAGCAACGCGTGGCAATCGCCAGGGCTCTGGCGTATCGGCCCGAGATCCTCATCATGGACGAGCCCTTTGCCTCAGTAGACGCGCAGACCCGGTTTGACCTGGAGGACCTCTGCCTGAAGATCCGGAAGGACTTCAACATGACCATTTTGGTGGTGACCCACGATATCGATGAAGCGGTCTACCTGGCAGATCGCGTGGTGGTCCTGGGTTCCAGGCCCGCCCGCGTCCTCAAAGTGGTGGACGTGGACCTGCCTGCTCCGCGTGATCAAATAACTACGCGTTCCTTACCGGACTTCGCCCGGCAACGCACCGAAGTGCTGTCCCTCATCAAGAGGCCCGCATGA MSARQTPALPIRNRKSTMAQQPETRISATTPRLDVAHLAKTYGSGEKSHTVIEDLTFTVDAGEVVCIVGPSGVGKTTLLKCLAGLHPASSGRAAIDGRTISGPPPEMALVFQDYNRSLMPWLTVRKNLILPLRHLKLPAAELKERCDSALAAVGLSHADNQYPWQLSGGMQQRVAIARALAYRPEILIMDEPFASVDAQTRFDLEDLCLKIRKDFNMTILVVTHDIDEAVYLADRVVVLGSRPARVLKVVDVDLPAPRDQITTRSLPDFARQRTEVLSLIKRPA PGPT0001140_1342 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049 NA NA D3-18_01785 1611 Ulvan-active sulfatase ATGACGGGGCAGCAGCGGGCAGCCGGCAGCCGGCGGCCCAACGTCCTCTTCATCATCGCCGACCAGCTCCGGGCCGACCACCTGGGTTTCGGTGGCAACGCCACCGTCAAGACGCCAAACCTGGACGCGCTCGCCGACAAAAGCATTGTTTTCGAGAATGCGACAGTGGCGAATCCCACGTGCATGCCCAACCGCGCCAGCCTGATGACCGGCAGGTGGCCCTCCGCACACGGGACGCGGTGCAATGGCATCACCTTGGATCCGCTGACGCAGACCGTTCCGGGGTCCTTGGGAGCGGGCGGCTACCGCACCGTGGGTGTGGGAAAGTTGCACCACCAAAACATGGGGTGGGAATTCGAGCCGCATCAGGCCGAGGAGATCCGGGCCACCGACCCCCTCCTGTTGGACACTGGAGTAGGCGACGCCCGCCGTCAGGGCTTTCCCCCGGGGTGGGACCAATGGGAGAACCGCGACGCGCACGATGACCGCTTCATTGCGCTCCCCTCCGACTACTACGGCTACCAGCACGTAGATCTCGTTATCGGCCACGGGGACCGGCCCGGCGGCCACTACGTGCACTGGGCCCGCGAACGGGGCGTCGACCCGGAAACGCTGGGAGGTCCAGGAAATTCGTCCAGTAAGTACAACGGGTGGGATCAGGTCTACCAGACGGCTATCCCTGCTGATGTGCACCCCACCAGCTATGTGAGCGAGAAAGCAATCGAGCACTTGAAGGATGCCGCCGGGCAGGACCAGCCATTCTTTATGTTTGTGTCCTTCCCGGATCCTCATCACCCGTTCTCGCCCCCGGAAGGCTACTCGGACCTCTACGATCCCTTGGACTTGCCACTCCCGCTTGGCTTTGAGCAGGACCACTCGGCTTCGCCTGCCCATGTGAGGGACATGATGGAACACCGTGGTGAGCCGAACGCGGACCCAACCATGACGTGGGCGGCTACTGAGGAACAGTACAGGTTTGCCGCTGCCGCCCAGTATGGCCTGATCACGATGATGGACGAGCACATTGGCCGGATACTCGACGAGTTGGATCACCAAGGCCTGGCCGAGGACACCATTGTGGTGTTCACCAGCGACCACGGGGACTTGTTCGGGGACCATGGCCTCATGCTGAAGCACTTTGTCCACTACCGCGCAGTGACCAATGTTCCCTTGGTGGTGCACCTTCCCGGCAACCCGGCGCGGCGTACCGGGGCCTTGGTTTCCAGCGCGGATTTGGCTCCAACGCTTATTGAGCTCACTGGCTCCAAGGGATATCGGGGAATCCAGGGCCGCTCGCTCGTGCCACTACTGCAAGGGGACGCTGAACATCATCGGGAAGCACTCCTGGTGGAGGAAGAACAACCCTTTGGCTTGGAAGGACTCCCGGGTCCGGTCCGAATGCGAAGCGTCATCACTGCTGAGGGCAGGTTGACCCGCTATTTCGGCACGGAGATTGTGGAACTCTACGATCACAAGACCGATCCCGGGGAACTGGTCAACCGTGCGGGCGATCCTGAATTCGCCCCGCTGGAAGATCGCCTGCTGCGAGCAATGCTGGATGAGATGGCCGCCCTCACGGACCGGGGGACGGCCCCGACGGCGGCCGCATAG MTGQQRAAGSRRPNVLFIIADQLRADHLGFGGNATVKTPNLDALADKSIVFENATVANPTCMPNRASLMTGRWPSAHGTRCNGITLDPLTQTVPGSLGAGGYRTVGVGKLHHQNMGWEFEPHQAEEIRATDPLLLDTGVGDARRQGFPPGWDQWENRDAHDDRFIALPSDYYGYQHVDLVIGHGDRPGGHYVHWARERGVDPETLGGPGNSSSKYNGWDQVYQTAIPADVHPTSYVSEKAIEHLKDAAGQDQPFFMFVSFPDPHHPFSPPEGYSDLYDPLDLPLPLGFEQDHSASPAHVRDMMEHRGEPNADPTMTWAATEEQYRFAAAAQYGLITMMDEHIGRILDELDHQGLAEDTIVVFTSDHGDLFGDHGLMLKHFVHYRAVTNVPLVVHLPGNPARRTGALVSSADLAPTLIELTGSKGYRGIQGRSLVPLLQGDAEHHREALLVEEEQPFGLEGLPGPVRMRSVITAEGRLTRYFGTEIVELYDHKTDPGELVNRAGDPEFAPLEDRLLRAMLDEMAALTDRGTAPTAAA NA NA NA NA NA D3-18_01786 975 nphR Transcriptional activator NphR ATGACCGTCGCGGCTGATACGGGCCCCGCAACCGTGGAAACCATCGTGGCGGAGTCGTTCCAGGAGTGGAGCAAAGCAATATCCACTTCCTTCGTGCCCCTGTTGGCAACGGGACCGCGCAGTTCTTCACTCCAAGGGGCAGCCTTCCACGGAACCATGCGTTCCCGGGTGCTGGGGCAGATCTCCGTGGTGGAGATTACTGCCGGGCCTCATACGGTCATGCGCACTCCGGAGCTGATTGCTAAGTCCACAGGGCGCTTCTTTAAACTCAGCATCCAACTCGCTGGATCGGGTCGCCTGGTTCAGGACGAACGCGAAGCCGTGTTACGTCCCGGCGACCTGTCTATTTACGACACCTCCCGCCCGTATCAGTTAACGTTCGACGACGACTTCCGCACCTTGGTGCTGATGTTCCCGCACGTTTTGCTGGATCTGCCGGCCGAGGCCATGGGCCATGTCACTGCCTTGCGCATTCCGGGCGACGAGGGCCTCGGCGAATTGATCAGCCCGTTCCTGGTGAAAGTGGCTGACAACCTTGAAGCCCTCTCGGGCACCAATGGCCTCCGGCTGGTTCACAATGCTTTGGATCTGGTAACCACACTCTTCAACGGTGAACTCGACCAGCTGATCGAGACCGGCCGGGATCCCCACCTCCTGCTGCTCGGCCGCATCCACGATTACATTGAAGCCAACCTCGGCGATCCGGAGCTCTCCCCGGGAACCATCGCCGCAGCCCACTACATCTCGACGCGACACCTGCATGATCTCTTCCAGGAAATCGGGACCACCGTGGCCTCTTCCATTCGGCAACGACGACTCGAACGATGCCGGCGCGATCTTAGGGACCCGGTCCTGGCAGATCGACCGGTCACTGCCATCGCAGCCCGGTGGGGGTTCACCGACGCAGCCCATTTCAGCCGGATCTTCCGGGCAGCATTCGGGAACTCCCCCACCGGCTACCGCAACAGCCACTAA MTVAADTGPATVETIVAESFQEWSKAISTSFVPLLATGPRSSSLQGAAFHGTMRSRVLGQISVVEITAGPHTVMRTPELIAKSTGRFFKLSIQLAGSGRLVQDEREAVLRPGDLSIYDTSRPYQLTFDDDFRTLVLMFPHVLLDLPAEAMGHVTALRIPGDEGLGELISPFLVKVADNLEALSGTNGLRLVHNALDLVTTLFNGELDQLIETGRDPHLLLLGRIHDYIEANLGDPELSPGTIAAAHYISTRHLHDLFQEIGTTVASSIRQRRLERCRRDLRDPVLADRPVTAIAARWGFTDAAHFSRIFRAAFGNSPTGYRNSH NA NA NA NA NA D3-18_01787 1446 puuP_3 COG0531 Putrescine importer PuuP ATGAGCGTGGATAACCCCGTCAAGGGCAGGACCGCCGGAACAGTCGGCAACAAAAGGCGGCTCGGCGTACCGGCAGTGACCTTCATGATTATCGCGGCCTCCGCACCGCTGACCGTGCTGGCGGGAGGCGTGACCACCACCTTCGCGGTCACCGGCGTGACCGGCGTGCCGTTGTCATTCCTGCTTCTGGGCGGAATCCTGGCGCTGTTTGCCGTGGGCTACGCGGCAATGAGCCGCTACATCACCAACGCCGGCGCCTTCTACGCCTACATAGCGCAGGGCATTTCCAGGCCCGCCGGTGTGGGGGCATCGCTGATTGCACTCATGGCCTACAACCTGATGCAGGTGGGCATTTACGGGTTGTTCGGCTTCACGGTCTCCTCGCTCCTGTCCGCGCGGCTTGGCGTCAGTGTTCCCTGGTGGATCCCGGTGCTCGTCTGCATTGCAATCGTCGGATGGTTGGGTGTGAACAGGGTGGACCTGTCCGCAAAGGTGCTTGGTGTCCTGGTGGCCCTCGAATTCCTGGTGGTGATCGTGTACGACATCGTCAGCCTGGCTGTGGCTCCGGAAGGCATCAGTGCAGTGACTTTCAGCCCCGAAAGCCTCTTTGTTCCCGGGATCGGCGCAGTCCTCTCCTTCGGAATAGCCGCCTTCATGGGCTTCGAATCCGCTGCAATTTACGGTGAAGAATCCAAGGACCCCAAACGAACAGTCGCAAGGGCAACGTTTGCAGCTGTGGGAATCATTGCCGTGTTCTATGCCGTCTCCGCCTGGGCAATGACCGTAGGGGCGGGACCGTCCGCCGTTGTCGAGGCGGCTACTACCAACGGACCGGATATGATCTTCGCTTTCCTCGGCGCCCACGGGGGCCAACTGCTCAGCGACATCGCCCAGGTTCTCTTTGTCACCAGCCTTTTCGCCGCACTCGTTAGTTTCCACAATGCCGTAGCGCGTTACTTCTTCTCCCTCGGCCGCGAGCGCGTCCTGCCTTCGGTGCTCGCCAAGGTGAGGGCGGAAAGCGGGGCACCGTTCGCCGGTTCGCTGGCGCAAACGGTGATCGCCGCCGTCGTAACGCTTGGCTTCGCGATTGCCGGTGCGGGTTCCGAACTCGGTGAACTGTACCCCGTGCTGACCATGTTCACTTGGCTGACCAATAGCGGTGCCATGGGGCTGGTGCTGCTGATGACCGTGGTGTCGGTAGCTGTGATCGGTTTCTTCCGCCGGCAGCAGCACGGGGCGAACCTGTGGGTAAGAGTGATCGCTCCTGGTCTGGGTTTCGTGCTACTTGCCGTTGTCTTTGTGCTCATCCTGGCGAACTTCAACGTTCTGCTGGGACAGACCGAATCAACCGCGGCTACCTTTGTCTTGCCGATGCTGGTACTCCTGCCCGGGGTTGTGGGTGTCATGTGGGGCTTGCGCCTCCGGCGCTCGCAGCCGGCCCTCTAG MSVDNPVKGRTAGTVGNKRRLGVPAVTFMIIAASAPLTVLAGGVTTTFAVTGVTGVPLSFLLLGGILALFAVGYAAMSRYITNAGAFYAYIAQGISRPAGVGASLIALMAYNLMQVGIYGLFGFTVSSLLSARLGVSVPWWIPVLVCIAIVGWLGVNRVDLSAKVLGVLVALEFLVVIVYDIVSLAVAPEGISAVTFSPESLFVPGIGAVLSFGIAAFMGFESAAIYGEESKDPKRTVARATFAAVGIIAVFYAVSAWAMTVGAGPSAVVEAATTNGPDMIFAFLGAHGGQLLSDIAQVLFVTSLFAALVSFHNAVARYFFSLGRERVLPSVLAKVRAESGAPFAGSLAQTVIAAVVTLGFAIAGAGSELGELYPVLTMFTWLTNSGAMGLVLLMTVVSVAVIGFFRRQQHGANLWVRVIAPGLGFVLLAVVFVLILANFNVLLGQTESTAATFVLPMLVLLPGVVGVMWGLRLRRSQPAL NA NA NA NA NA D3-18_01788 801 moaF Protein MoaF ATGAGCCTGAATCTCCTTGACACCTCCAACTGGCTGCCACTGGACGGCCTTGCCCCCGGCTTCGACGCCAACAAGGCCCCGACCGTGCAAGACCTGGCGGGACAACAATTTTGCCTGCGCGGTGACGGCGGCCCCATGACGTTCAGCTTCGACGACGAAGAAGTTCAATGGGCCGCGGCCGGTCAGGCCGGAACCTCAACCTATGAGGCCTTCCTGGTAGCCGAGGAGTTGTACTACGCCCAATGGCAGAGTCCCCAGGACCCGGAACTCGCCGTTTCCCTGGTGTTGGACCTCTTACACGGCCGGGCACTCTACATTGGCGCCACGCTCGGCAGGGCAACACCCTCCAGCGTGGCCGTCCACCATGATTTCCGCCCCGGGCTCCTCGATGGACACAGCATCACAGGTACGGAAATCGCAGAAAGCCATGCACTCATCGGCCGCCGCGTCGAATGGGTCTACAGCGAAACCCACGCTTACGAGCACATTTACCTCAGCCCCACTTGGTACACGTGGCAATGCCTGGCCGGTCCGGAACGCGGCTTGGCGGACACAGACTCCAACACCGTGTTCCAGATCCGCCCCGGAATTTTCGTGTTCACCTGGCGCGAGAAAGTCATTCCGTGCGGCTCCGTGACCATCGCCGACCACCGCGACCCCCATGCCATCAGGTCCCACGGCAGCCTCTTCGGGTGGGACGAGGCAGGCACGGACCCCGTGCACTTCACCTTCGGTGCACACGGCCGCTTGGTCAGCATCACTCACCACACGCCGGAACTGAACCCGGCCAAGGGTATGTAA MSLNLLDTSNWLPLDGLAPGFDANKAPTVQDLAGQQFCLRGDGGPMTFSFDDEEVQWAAAGQAGTSTYEAFLVAEELYYAQWQSPQDPELAVSLVLDLLHGRALYIGATLGRATPSSVAVHHDFRPGLLDGHSITGTEIAESHALIGRRVEWVYSETHAYEHIYLSPTWYTWQCLAGPERGLADTDSNTVFQIRPGIFVFTWREKVIPCGSVTIADHRDPHAIRSHGSLFGWDEAGTDPVHFTFGAHGRLVSITHHTPELNPAKGM NA NA NA NA NA D3-18_01789 747 hypothetical protein ATGGTTCGCATGAATCCCCGCAGCGACGTCAAAGGTCCGCCGGAAACGGCAACGCAGGTTCCGCCGTCGCAAACGCTTTCACGCGGAATCCGGGCACTGGAGATTCTGGCAGCAGCTGAACGCCCCCTCAGCATTGCCGAACTCACGGAGGCGCTGGGCGTCCACCGGTCCGTGGCCTATCGCATTTTGCGGACGCTGGAGGACCACTCGCTGCTGGTGCGTGACGACTCCGGCCGTGTGCAGCCGGGCCCCGGGCTGTCAGTCCTGGCCCGCGGAGTATCGCGGAACCTGCAAACGGCAGCACTGCCCGAGCTCACCCAGTTGGCGAACACACTGCACATGACTGCCTTCGTGGCGGTGTGGGACCACCAGGAATGCGTCAACCTGGTCACCGTCGAGCCGCGACACTCAGGTGCCGCCCTCGCCCAGCACCCGGGCAACCGCCACCCCATCGCCACCGGCGCCCCCGGGATCGCCATCCAATCGACCATGACAGAGGAGCGCTGGCAGCAGGTAGGAGCAGGGAACCCCTACCGCGCCGAAGCTCACGAGGCACGCCGCCTGGGCTACGCAACCAGCCATGATGAAGTCATCGCCGGCCTGTCCTCCATCGCTGCCCCCATCCGGATCCCAGGCGGGCGGCCGGCAGCAATCGCCGTCGTCTATATCCGCCTGGACCAGGACGCCGACGCAGTGGGCAAGGCGCTGGCCGCCAGTGCTGCACGGATCGAAAGCCAACTGGCCTGA MVRMNPRSDVKGPPETATQVPPSQTLSRGIRALEILAAAERPLSIAELTEALGVHRSVAYRILRTLEDHSLLVRDDSGRVQPGPGLSVLARGVSRNLQTAALPELTQLANTLHMTAFVAVWDHQECVNLVTVEPRHSGAALAQHPGNRHPIATGAPGIAIQSTMTEERWQQVGAGNPYRAEAHEARRLGYATSHDEVIAGLSSIAAPIRIPGGRPAAIAVVYIRLDQDADAVGKALAASAARIESQLA NA NA NA NA NA D3-18_01790 1335 abaF_4 Fosfomycin resistance protein AbaF ATGACCGAAACTTCCACTGTCGATTCACCGTCAGGGCCCAGCACCAAGCGCGAAGAGCGCCGGGTTCTGGCCGGGACGCTGGTGGGCACCACCATTGAGTGGTACGACTTCTTCATCTTTGCCCAGCTGACGGCCACGCTGTTGGCGCCGTTGTTCCTTTCTCCTTTGGAGAAGTCCAACCCGGGCGTCGCCCAGCTCCTGTCGTTCGCCACGATCGGCATCAGCTTCTTGTTCAGGCCTCTGGGTGCTTTCGTAGCCGGGCACCTCGGTGACCGCCTCGGCCGCAAGGCCGTGCTCGTTATGACGTTGGTCATGATGGGTGCTGCCACCGCGTTGATCGGGATGCTGCCCACCTATGCCACCATCGGCGTCTGGGCTCCTATCCTGCTGATCACCCTGCGCGTTGTCCAAGGATTCTCGGCCGGCGGCGAATGGGGTGGTGCTGCACTGATGGCTGTGGAGCACGCGCCCCTCAAAAAGCGCGGACTTTTCGGTGCCTACCCGCAGATCGGTGTTCCGATCGGCATGATCCTGGCCACCGGGCTGTTGTTCCTGCTGCAGTCGGGCATGTCCAAGGAAGATTTCGCGTCTTGGGGATGGCGCGTTCCGTTCCTGCTGTCCGTGGTCCTCATTGTGGTGGGCTACCTGATTCGACGCGCAGTTGGCGAAAGCCCTGTCTTCAAGGAGATCGCCCAGCGAAAGGCTGAAAGCAAGGCGCCCCTGGGCGAATTGTTCCGGAAGAACAAGAAGGAAGTGGTCCTGGCCGCGCTGATCTTCATCGCCAACAACGCCGCTGGCTACTTGTTGATTGCCTTCTTCATCTCCTACGCCACAAGAACGTTGAAGATGCCCACGCCCCAGGTTTTGCTGGCCACTACCATCGCTTCCTTCGGGTGGCTCATCTTCACCATGGTGGGCGGCTGGTTGTCGGACAAGATAGGCCGCGTCAAGACCTTCCTCATCGGCTACGGCCTGGTCTTTGCATGGATGATTCCCATGTTCGTGCTGATTGATTCCAAGGACATCGTGCTCTACGGAACCGCGTTGTTCGTCCTCACCATTGGGTTGGGTCTGTCCTACGGTCCGATGTCCGCCATGTACGCCGAGATGTTCCCGGCCCAGGTCCGCTATTCGGGAATTTCCATCGGGTACGCGTTGGGTGCAATTTTGGGCGGCGCCTTCGCTCCGCTCATTGCCCAAGCACTCCTGGACACCACCAAGTGGTCCGGCTCGGTGGGCATCTACATCATGGTGCTGTGCGTCATCTCTGCCATTGGCGTGATCCTGGCCAAGGAAACCCGCGGCCGGCCGTTGGGTTACAGCGTCCACCACTAG MTETSTVDSPSGPSTKREERRVLAGTLVGTTIEWYDFFIFAQLTATLLAPLFLSPLEKSNPGVAQLLSFATIGISFLFRPLGAFVAGHLGDRLGRKAVLVMTLVMMGAATALIGMLPTYATIGVWAPILLITLRVVQGFSAGGEWGGAALMAVEHAPLKKRGLFGAYPQIGVPIGMILATGLLFLLQSGMSKEDFASWGWRVPFLLSVVLIVVGYLIRRAVGESPVFKEIAQRKAESKAPLGELFRKNKKEVVLAALIFIANNAAGYLLIAFFISYATRTLKMPTPQVLLATTIASFGWLIFTMVGGWLSDKIGRVKTFLIGYGLVFAWMIPMFVLIDSKDIVLYGTALFVLTIGLGLSYGPMSAMYAEMFPAQVRYSGISIGYALGAILGGAFAPLIAQALLDTTKWSGSVGIYIMVLCVISAIGVILAKETRGRPLGYSVHH PGPT0002956_607 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_01791 663 COG1926 putative protein ATGCGTTTTAGGGACCGCGCGGAAGCCGGTCGACGCCTGGCTGAAGGACTCCCCCAGCTGAGGGAGCGGCCCAATACCATCGTCCTGGGCCTGGCCCGTGGCGGAGTCCCGGTAGCGGCAGCCGCAGCCGCAGAACTGTACTTGCCGTTTGGCGCTGTGCTGGTCCGCAAGCTGGGCATACCGGGGCGTGACGAGACCGCTTTCGGAGCCTTGGCGTGGTCCCAGGGGGACGTCCTGCGGATCGTCAACAGGCCCTTGAAAGAGCTTGTTCTCGCCCACGGCATTTCCCAGTCCGCCTTGGATGCGGTGGAAGCGCATGAGCGTGCCGAACTTATCCGTCGCGCCAACCGCTACCCGGGTATAGGCCACGATCTCCGCGGAAAGACCGTGGTGCTGGCCGACGACGGCCTGGCTACGGGAGCCACCATGCGGGCAGCCGTGGAGGCGGTCCGGGCGGGCGGCGCCAGCACAGTTGTCGCCGCAGTACCGGTGGCATCACTGGAAGCCTCGACGTCGCTGGGCCGGGTTTGCGACTTTGTGATGGCCTTGCACACTCCCGGCAAGTTCCATGCGGTTGGCGCCTTTTACGAACGCTTCGAGCAGTTGTCGGACGACGACGTCGTAGGTCAACTTGAAGCTGCAGAGGCCAGCGGCCGCAAGTAG MRFRDRAEAGRRLAEGLPQLRERPNTIVLGLARGGVPVAAAAAAELYLPFGAVLVRKLGIPGRDETAFGALAWSQGDVLRIVNRPLKELVLAHGISQSALDAVEAHERAELIRRANRYPGIGHDLRGKTVVLADDGLATGATMRAAVEAVRAGGASTVVAAVPVASLEASTSLGRVCDFVMALHTPGKFHAVGAFYERFEQLSDDDVVGQLEAAEASGRK NA NA NA NA NA D3-18_01792 414 hypothetical protein GTGAACAAGCCCATCGGATATTGGATCAAAAGGCTGGACGCCGCGTTGGAAGTCCAGCTGGACGCCACCTTGGCCAGGATCAAGCTCACTAAGCGCCAATGGCACACCCTGGGCACTCTTTCGGAGGGTGCCCTGTTGCCGGATCAGCTGGAGGACATCCTGCAGCCGCTGTGGGGCGGCGATGTCCGGCTACGCGAACGGGAACTTGCGGCCTTGGTGGGGCGTGGAATGATCACCATGATCGATGACAGGCTGGCACTGAGCGAACGGGGTCGGGAAAAATACCACGAGGCTCAACGAGTGGTGGAAGAAGCGCGTCAGGACTTGTCCATGGGCATCGGCATCGACGAGTACGCGATGGCCCTCAGCGTGCTGGAACGCATGAGCCTTAACGCTGAGCGACTGGCCCGCTGA MNKPIGYWIKRLDAALEVQLDATLARIKLTKRQWHTLGTLSEGALLPDQLEDILQPLWGGDVRLRERELAALVGRGMITMIDDRLALSERGREKYHEAQRVVEEARQDLSMGIGIDEYAMALSVLERMSLNAERLAR NA NA NA NA NA D3-18_01793 831 menH_3 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase ATGATGACCGGCAGGCACACCATGGAACAGCACAGGCACACGGTAGAGGGAACGGACCCCGGGCTGTTCGTGGAAGTTCACGAGCCGGCCACCGATGCCGGCCTGCGCCCTGTCCTGCTGATCCACGGCTTCTCTTCTTCCACCAAACTGAACTGGGTGGACAGCGGGTGGATCACCACCCTGCAGGATGCCGGCCGCCGGGTCGTCACGGTAGACCTGCCGGGTCACGGCCGGAGCCACTCCCCCGAGGACCTGGATTCGTACACGCCCAGCCGCATCCGCGCTGACCTTCTCCAAATAGTGACCGACGCCGGTGCCCGGCCCTTGCGCGACGGCGACCCGTCCACGGGACTGGACGTCATCGGATACTCGCTCGGTTCGCGGTTGGCTTGGGAATTCGGCGCCACCCAGCCGGACCTGGTTCACCGCATCGTCCTGGGTGGGCCGAGCTCGGCAGATCCGCTGGCAGCTTTCGACCTCGTTGCTGCCCAGCGGCACCTGGCCGATGGCACGCCCATCGGGGACGCCTCCACCGCCGGGCTGCTGAAGATGGCCCAGATGCTTCCAAGCAATAACCTGTTCGCCATGTTGTCGCTGATCGAGGCTATCAAGGGTGAGCCCTTTGATCCCGCGGAGGCCGCCCCGCACATGCCCCTCCTGCTCGTAGCCGGAGAGAAGGACGAACGGGCGGCTACCATGCCGGAGCTGGCGTCCATCGCCGGCAAGCGCGGAGGCATGGTGGAGACTCTGGTGATTCCGGGACGCACCCATACCAATGTGATAACCAGCCGGGCGTTCAAGGAAGCCGCCGTCGAATTCCTCGGGGTGTAG MMTGRHTMEQHRHTVEGTDPGLFVEVHEPATDAGLRPVLLIHGFSSSTKLNWVDSGWITTLQDAGRRVVTVDLPGHGRSHSPEDLDSYTPSRIRADLLQIVTDAGARPLRDGDPSTGLDVIGYSLGSRLAWEFGATQPDLVHRIVLGGPSSADPLAAFDLVAAQRHLADGTPIGDASTAGLLKMAQMLPSNNLFAMLSLIEAIKGEPFDPAEAAPHMPLLLVAGEKDERAATMPELASIAGKRGGMVETLVIPGRTHTNVITSRAFKEAAVEFLGV NA NA NA NA NA D3-18_01794 330 hypothetical protein GTGGCTGAAATTTCCTTCCCGCTCCCCGACCTCGGTGAGGGCCTCATTGAGGCAACCGTGCTGGACTGGCTGGTGGAGCCCGGTCAGCAGGTGGAACGCAACCAACCGATCGTGGAGCTCGAAACCTCGAAATCGGCCCTCGAATTGCCGAGCCCGCAGGCGGGTAAAGTGGTGCGTATTCACGGAGCGCCCGGTGACACCATCAACGTTGGCGAGCCGCTGATTGTGTTCGAGGTTCCGGATGACACCGCCGGAATCGTGGGCACTGTTCCCAAGGACGAAGCACCCAAGCGCCGGGTCCGCCTGAGCGCCGTACTCGATGAGGACTGA MAEISFPLPDLGEGLIEATVLDWLVEPGQQVERNQPIVELETSKSALELPSPQAGKVVRIHGAPGDTINVGEPLIVFEVPDDTAGIVGTVPKDEAPKRRVRLSAVLDED PGPT0001390_2752 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 D3-18_01795 1086 bkdB_3 COG0022 3-methyl-2-oxobutanoate dehydrogenase subunit beta ATGCCTGAGACCATCACCGATCTGCGAATCACGGACAACAGCGCGAACACCGCTACTGCCGGCGTTCAGCAGCTGTCCATGCAGCAAGCACTCAACCGCGCACTGGACGAGATCCTGGCTGAGAACCCCAAGACCGTCATTTTTGGCGAGGACTGCGGGCGGCTGGGCGGCGTCTTCCGCATCACCGACGGCCTCCAGGCGAAACACGGCGAGGCACGCGTCTTCGACACCCCCCTTGCCGAGTCCGGCATCCTCGGCATGTCCGTGGGCCTGGCAATGGCGGGCTTCCACCCCATTCCCGAAGTCCAGTTCGACGGTTTCGCCTACCCGGCCATCAACCAGATCGTCTGCCAAATCGCCCGGATGAACTACCGCAGCCGCGGCACACTGCCCATGCCCATCACGTTGCGCGTGCCCAGCTTCGGCGGTATCCGCGCACCGGAACACCACGGCGAGAGCCTGGAGGCGCTCTTCGCCCACGTTCCCGGGCTCAAGGTGGTCTCCCCCTCCAACCCGCACGACGCTTACCACCTGCTGAAGTACGCTGCCACCCGGCCGGACCCGGTGATCTTCATGGAGCCCAAGTCCCGCTACTGGCAAAAGGGTCCGGTGGACGTCACCACCACAGTGCCCGGTGAGGCAGCCCACGACGGCTGCACATCCAACGGCGACAGCCTCACCGGCGCTCGCGTTGCCAGGGAAGGCCGTCACCTCACGCTCGTTGCCTGGGGCGCCATGGTCTCCCGCTGCCTGCAGGTTGCTGAGCTTGCGGCCGAGGACGGCATCGACGTCGAGGTCCTGGACCTGCGCTGGCTGAAACCGATTGACGCAGAAGCCCTGGCGAGGTCCGTCGGGAAGACGCGCCGCGCCGTCGTCGTCCATGAAGCGCCGCTGACCTCGGGCCTGGGTGCCGAGGTGGCCCAACTCATCACGCAGAGCTGCTTCGCAACGCTCAAGGCGCCGGTGGAACGCGTGACCGGCTTCGACGTGCCCTACCCCTCCGGAGACCTGGAGGACGAATACATCCCCAACATCGACCGCATCCTCTTTGGGATCCAACGCGTACTGGAGTACCGCCGTGGCTGA MPETITDLRITDNSANTATAGVQQLSMQQALNRALDEILAENPKTVIFGEDCGRLGGVFRITDGLQAKHGEARVFDTPLAESGILGMSVGLAMAGFHPIPEVQFDGFAYPAINQIVCQIARMNYRSRGTLPMPITLRVPSFGGIRAPEHHGESLEALFAHVPGLKVVSPSNPHDAYHLLKYAATRPDPVIFMEPKSRYWQKGPVDVTTTVPGEAAHDGCTSNGDSLTGARVAREGRHLTLVAWGAMVSRCLQVAELAAEDGIDVEVLDLRWLKPIDAEALARSVGKTRRAVVVHEAPLTSGLGAEVAQLITQSCFATLKAPVERVTGFDVPYPSGDLEDEYIPNIDRILFGIQRVLEYRRG PGPT0008862_483 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 D3-18_01796 1053 bkdA_3 COG1071 3-methyl-2-oxobutanoate dehydrogenase subunit alpha ATGACTACAAATCCCGTGCTGGCCGCCGTCGATGATGACGCCGCCCCGCTCACCCACCAGCAACTGCGTGAGCTGTACACCCTGATGGCAGCCGTCCGGCACCTGGACTCCTCAGCCGTGGCCTGGCAGCGCCAAGGGATCATCCCGGGCTACGCGCCGGAACTCGGCCAGGAGGCCGCGCAGGTGGGCAGCGGCTACGCCGTTGACCGGACCAGGGACTTCGTCTTCCCCACCTACCGCGAGATGGGTGTTGCCCGGGCGATGGGCCTGGACATGGTGGGCTACATGTCCACGCACAAGGCCACATGGCACGGCGGCATGTACAACCCGCTGGAATCCCGGTTCGCACCCATCCAGGCCGTGGTGGCGGGGTCAGTGTTGCACGCTGTTGGCTGGGCCCACGGCCAGACCCTGGCCGGCCACGCTACGGGTGAAACGGGCGTAGCCATGACATACTTCGGCGACGGCGCCTCCTCTCAGGGCGATGTCCACGAAGCCATGAACTTCGCCGCAGTCATGAAGGCCCCTGTGGTCTTCTTCATCCAGAACAACGGCTGGGCCATTTCCGTGCCCACGGAACGCCAGGTTGCCGGCGGCTCCGTCGCAGCTCGCGCCGCAGGCTACGGAATCCCCTCCTTGCAGGTGGACGGCAACGACGTCGTTGCCGTCTTTGAAGCAACTCGTTCCGCTTTCGCGCACTGCCGCGCGGGCAACGGACCCGTGGTCATCGAAGCCATGACCTACCGCCGCGGTCCGCACTCAACCGCCGACGATCCCGGCCGCTACCGCACGCTGGAGGAGGAACGCCTCGACGCCGGGGAGGATCCGCTGGAGCGGTTCAAGCAGCAACTCCTCGCCGAAGGAGTGGCCGACGAGGCCTTCTTCGCAGAGGCGCAGCGCTTGGCCGAAGAAGAGGAAGAAGCCGTCCGGACAGGCATAGCGGATTTGGGTCCAAGGCCCGGCGCCGAAATGTTCAGCCTGGTCTTCCAAGAACCAACGCCAGCCCTTCAATCCCAAGCCACCACGTGGCGCGAGGAGTCCGAACATGCCTGA MTTNPVLAAVDDDAAPLTHQQLRELYTLMAAVRHLDSSAVAWQRQGIIPGYAPELGQEAAQVGSGYAVDRTRDFVFPTYREMGVARAMGLDMVGYMSTHKATWHGGMYNPLESRFAPIQAVVAGSVLHAVGWAHGQTLAGHATGETGVAMTYFGDGASSQGDVHEAMNFAAVMKAPVVFFIQNNGWAISVPTERQVAGGSVAARAAGYGIPSLQVDGNDVVAVFEATRSAFAHCRAGNGPVVIEAMTYRRGPHSTADDPGRYRTLEEERLDAGEDPLERFKQQLLAEGVADEAFFAEAQRLAEEEEEAVRTGIADLGPRPGAEMFSLVFQEPTPALQSQATTWREESEHA PGPT0008861_2296 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_LEUCINE_DEGRADATION,PGPT0008861-bkdA1-K00166 NA NA D3-18_01797 1386 gabP_2 COG1113 GABA permease ATGACAACGAAGTCCATCGCGGCTCCCGCCCCAACATCCGGCCTCGGCCATTCACTCAAACCGCGCCAGCTCACCATGATGGGGCTCGGCAGTGCAATCGGCGCAGGCCTCTTCCTCGGTTCAGGGGCGGGCGTCCAGGCCGCTGGTCCCGCAGTGCTTATTTCCTACCTCGTCGCCGGGACGCTGATCATCCTGGTCATGTGGGCCCTCGGAGAGATGGCAGCCGCAAACCCGAACAGCGGCGCGTTCTCCGTGTACGCAGAGAAAGCCATGGGCAAGACCGCCGGCGGAACCATCGGCTGGCTGTGGTGGCTCCAGTTGGTAGTGGTCATTGCCGCCGAAGCCATCGGAGCGGCCGGACTGCTGTTCTCCATCTGGCCCGTCATCCCCGTCTGGGTCCTCGCGCTGGTCTTCATGGTGGTCTTCACGGGCATCAACCTGGTGGGCGTCCGCAACTTCGGCGAGTTCGAATTCTGGTTTGCCATCCTCAAGGTGGCCGCTATTGTCATCTTCCTGCTGATCGGCGCAGCCCTGCTGTTCGGTTGGCTGCCCAACGCCCCCTCCCCCGGATTCTCGGCGTTTGGCGACTTCGCCCCCAACGGCATCGGGGGCATCGCCGCCGCCTTGTTCGTAGTGATCTTCGCCTTCGGTGGAACCGAGATCGTCAGCGTTGCTGCCGCCGAAACCGAGAACCCTGCCCACAGTGTGGGCAAGGCCATCCGTACGGTGGTCTGGCGCATCCTGGTCTTCTACATCGGCTCCGTGTTTGTCATCGCAGCCGTTCTTCCCGTGGGCTCGGAGGGCCTGAAGTCCCCGTTCGCCGGCGTGCTGGACCTTGCGGGAATCCCCGGTGCCGGCGCGGCAATCACCCTGGTAGCAGTCGTTGCCCTGCTGTCCGCCCTCAACGCCAATCTCTACGGCGCCTCCCGCATGATTTTCTCCCTCTCGGAGCGCGGGGAAGCTCCCCGCTTCCTGTCCCGCCTTAGCGGCTCAAAGGTTCCCGTTGCCGCCGTCGGAATTTCGGTTGCCTTCGGCTTTATCGCCACGGTCCTTGAATTGCTGTTCCCGGAGAAGATCCTGCCGGCTCTGCTGAACCTCGTGGGCTCCACCTGCCTGGTGGTCTGGGGTACCGCACTGGTGTCGCAGTTCATCCTGCGCCGCAGGGCGGACCGGGACGGCACAGAGCTGCCGCTGCGCATGAAGGGATTCCCCTTCCTCACCATCGTCGGCCTCGTCCTGCTGGGCCTCATCCTGGTGGTGGGCTTCGCCAACCCCGAAAGTGCCGGTCAACTGATCGGAACATTCATCCTGATCCTGGTCATAGCCGCGGGCTGCTTCATTAATGCCAAGTCAAAGGCTGCCAAACACTCCACATCCGTCGAGTAA MTTKSIAAPAPTSGLGHSLKPRQLTMMGLGSAIGAGLFLGSGAGVQAAGPAVLISYLVAGTLIILVMWALGEMAAANPNSGAFSVYAEKAMGKTAGGTIGWLWWLQLVVVIAAEAIGAAGLLFSIWPVIPVWVLALVFMVVFTGINLVGVRNFGEFEFWFAILKVAAIVIFLLIGAALLFGWLPNAPSPGFSAFGDFAPNGIGGIAAALFVVIFAFGGTEIVSVAAAETENPAHSVGKAIRTVVWRILVFYIGSVFVIAAVLPVGSEGLKSPFAGVLDLAGIPGAGAAITLVAVVALLSALNANLYGASRMIFSLSERGEAPRFLSRLSGSKVPVAAVGISVAFGFIATVLELLFPEKILPALLNLVGSTCLVVWGTALVSQFILRRRADRDGTELPLRMKGFPFLTIVGLVLLGLILVVGFANPESAGQLIGTFILILVIAAGCFINAKSKAAKHSTSVE PGPT0000815_1500 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 D3-18_01798 474 hypothetical protein ATGCTGGTCGATGCGCTTGATGCAAAAATTGTACGTTTCTTCACTGATTCACCGCGATCCTCAGTGCTGGAGGCCTCCCGCGTGCTCAGGGTCGCCAGGGCAACGGTGCAGTCCCGGATTGACCGGATGATTGAGAACGGGGTGATTGGTTCCTGGGTTCCGCAGCCGGATCCGGCCAATTTTGGTTTTCCCGTGGTGGCGTTCTGCTCGGTGACCATCACACAGGAGATTGGCCACGATGCCATCATCGAAAGCCTGAGCGCCATCCCGGAAATTATCGAGGTCCATACAGTCACGGGAAACTCGGACCTCATGGTGAGGATCGCGGCGCGGTCCAACCCGGATATGCAGCGGGTGCTCGATGCCATGATCGCAACCAAGTCGGTGGTCCGGTGCTCATCGGTCATTGTCCTGAACAGTCACATCCAAGGCCGCACCCTGCCGCTGATGGAAGCGGCCGTGAAAATAGTGTGA MLVDALDAKIVRFFTDSPRSSVLEASRVLRVARATVQSRIDRMIENGVIGSWVPQPDPANFGFPVVAFCSVTITQEIGHDAIIESLSAIPEIIEVHTVTGNSDLMVRIAARSNPDMQRVLDAMIATKSVVRCSSVIVLNSHIQGRTLPLMEAAVKIV NA NA NA NA NA D3-18_01799 711 hypothetical protein GTGAACACCAACTCAGCGAACGTAGCCGAGCGGCGTCTCGCGCCGCCGTCGTTGGCTATTTCAACGGTGATTTTCGCGCTCCGCCCCAGCGAGAAATCCGGACGTCCCACCTTGTGGCTCCCGCTGGTCCGCCGCATCCGTGAGCCTTACAAAGACATGTGGGCGCTCCCGGGCGGGCCATTGGCCCACGATGAATCGCTCCAGGACGCAGCCTCACGGAACCTCCGCGAGACCACCGGCCTGGCTCCCCACTACCTTGAGCAGCTCTACGCTTTCGGCGGCCTCCACAGGTCACCCACCCAGCGGGTCGTGTCCATCGTGTACTGGGCGTTGGTCCAACCCACCGAGGCCGCCCTCGCAGACGAATCCGAGAATGTGCGCTGGTTCCGGGCGGATCGGCTCGGCGAGCTTGCCTTTGACCACAACGCAATCGTGGACTACGCCCTGTGGCGGCTCCGCAACAAGATGGCCTATGGGTCCATTGCGTACCACCTGCTGGGAGAGTTCTTCACGCTCGCGCAAGTCCGCGAGGTCTACGAGGCCGTGCTGGACCGCCAGCTCGATCCCGCAAACTTCCGCAGACACGTCAAGGCGACACCGGAAATCGAAGAAACCGGTGAATACCTCCAAGGCGGAAAACACCGCCCACCACGCCTCTACCGCTTCACCGGCACGCCCGGCCTCGGGCCAGACAACAGGAGTACACCATGA MNTNSANVAERRLAPPSLAISTVIFALRPSEKSGRPTLWLPLVRRIREPYKDMWALPGGPLAHDESLQDAASRNLRETTGLAPHYLEQLYAFGGLHRSPTQRVVSIVYWALVQPTEAALADESENVRWFRADRLGELAFDHNAIVDYALWRLRNKMAYGSIAYHLLGEFFTLAQVREVYEAVLDRQLDPANFRRHVKATPEIEETGEYLQGGKHRPPRLYRFTGTPGLGPDNRSTP NA NA NA NA NA D3-18_01800 1308 nadA Quinolinate synthase A ATGAGCAGCGTCAACACTGCCGTCCAGCTGATCACTCGCGAAGAAGCCGAGAAGGGCCTCTCCCGCGCAGGGTCCACGTGCAGCCCGGCCCTGGCCAGGGGCCCATGGGAGTACGACCTTGCCGAGTCCCTTGCTGGTGAGCCCGCCTACGGCCCGGGCGCCTCAAGCGACGACGTTGCGCCCAAGGCCACGCCCCGCCAGGGTCAGCTGCCGGAAGAGTACAAGAAAGCCACCGACGCCGAACTTGACGCCCGCATCCGGTCGGCCAAAGCGACACTCGGGGACCGCGCGGTCATCTTGGGCCACTTTTACCAGCGTGACGAAGTCATCCAGTACGCGGACTTCGTAGGCGACTCGTTCCAGCTTGCCAACGCAGCACTAACCAAGCCGGACGCCGAGGCGATCATCTTCTGCGGGGTCCACTTCATGGCCGAGACAGCGGACATCCTCTCAACGCCTGAACAGGCTGTGATCCTGCCGAACCTCGCTGCAGGTTGCTCCATGGCGGACATGGCAGATGAAGACTCCGTGGAGGAATGCTGGGAGCAGTTGGAGGAAATTTTCGGCACGGAGGCGGACGCATCCGGCCGTGTGCCCGTCATCCCCGTCACGTACATGAACTCTTCCGCTGCGCTCAAGGCGTTCTGTGGGCGCAACGGTGGAATCGTCTGCACCTCGTCCAACGCCAAAGTGGTCCTGGAATGGGCCTTCGAGCGCGGTCAGCGGGTCCTGTTCTTCCCCGATCAGCACTTGGGCCGCAACACCGCCAAGGCACTGGGCGTCCCGCTGGAACAGATGCCCATGTGGAACCCGCGCAAGGAACTCGGAGGCAACGACGAACAGGCGCTGTTGGACTCCCGCGTCATCCTCTGGCATGGCTTCTGCTCAGTTCACAAGCGCTTCAACGTGGGCCAGATCGAAAAAGCCCGGCAAGACTTCCCGGGTGTCAACGTGATCGTCCACCCCGAGTGCCCCATGGAGGTAGTGGACGCCGCCGACTCCGCCGGTTCCACCGACTTCATCAAGAAGGCCATCGCTGCCGCTACCGAACCCACAACGTTCGCCATCGGCACCGAGATCAATATGGTGAACCGGCTCGCCGCCGAAAATCCGCAGCACACCATCTTCTGCCTCGATCCCGTGATATGCCCGTGCTCCACCATGTACCGCATCCACCCCGGATACCTCGCCTGGGTCCTGGAGGAACTCGTGGAAGGACGAATCGTCAACCGCATTACCGTGGACGACTCGGTGCAGGAAAACGCCAGGATTGCCCTGGAGCGCATGCTGGCGGCCAAACCGGCCTAA MSSVNTAVQLITREEAEKGLSRAGSTCSPALARGPWEYDLAESLAGEPAYGPGASSDDVAPKATPRQGQLPEEYKKATDAELDARIRSAKATLGDRAVILGHFYQRDEVIQYADFVGDSFQLANAALTKPDAEAIIFCGVHFMAETADILSTPEQAVILPNLAAGCSMADMADEDSVEECWEQLEEIFGTEADASGRVPVIPVTYMNSSAALKAFCGRNGGIVCTSSNAKVVLEWAFERGQRVLFFPDQHLGRNTAKALGVPLEQMPMWNPRKELGGNDEQALLDSRVILWHGFCSVHKRFNVGQIEKARQDFPGVNVIVHPECPMEVVDAADSAGSTDFIKKAIAAATEPTTFAIGTEINMVNRLAAENPQHTIFCLDPVICPCSTMYRIHPGYLAWVLEELVEGRIVNRITVDDSVQENARIALERMLAAKPA PGPT0013365_209 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013365-nadA-K03517 NA NA D3-18_01801 1920 hypothetical protein ATGACTACAGCGAGCGTTGCTGGAGGGTCTGCCCCCAAGCGGCTAATCGTCGTCGGAAGCGGAATTGCAGGACTGTACTCCGCCCTGCTGGCCGCTGAAGCCGGTGCGGAAGTGGTGCTGCTGACCAAGGGTGCGCTCGCGGACAGCAACACCTATTACGCCCAGGGTGGGATCTCCGCTGTGTTGGACGAGCCAGCCCCCGGTGACACGGTGGCTGCGCACATCGCTGACACCCTCAAAGCAGGGGCAGGCCACTGCAACGAAGAAGCAGTACGGGTGTTGTGCACCGAGGCGCGGCTGGACATCGCCGGGCTTGGACGGTTCGGCGTGCAGTTCGACCTCGATGACGACGGCGACCCCGCCTTGGGTCTCGAAGCCGCCCACTCAGCTCCGCGCATCCTGCACGCCGGCGGCGACGCCACCGGCGCCGGTGTGGCGGCCGCGCTGATCAGGACAGTCCTGGATTTCCAGGCCGCGGGCAGGATCCAAGTCATCGGGCACGCCCAGGTCACTTCGCTCTCGTTGGGCGGACCGCAGGGTGGCCGCGTGGTGGGAGCGAATTTCCTCCACGACGGACGTCACCTCGGTGTACACGGCGACTCCGTCCTCCTCGCCACGGGCGGAGCCGGGCAGCTTTTCGCCCAAACCACCAATCCTGCGGTTGCTACAGCAGATGGTTTGGCGCTCGCATGGCGTGTTGGAGCCGCGGTTGCAGACCTTGAGTTCTTCCAGTTCCACCCGACATGCATGGTGCTCCCGGCCGAGGCCAGGGAAGCAGAAGGGAACAACGACCCCCTGCTGATCTCCGAAGCAGTGCGGGGCGAAGGTGCCATTCTGGTGGATGCCAACGGGCTCCGGTTCATGCCCGACTACCACCCTGACGCAGAACTCGCGCCCCGGGACGTCGTCTCCCGGAGCATCGCCCTGCACTTGGCCAAACTCGGTGACCCCAACGGCCACGTGTTCCTCGACGCCACCGTGATCGAAGAACAGCGAGGCCAAGGCTTCCTGGCCAAGCGCTTCCCCACCCTCAGCAAACGGACGCGCCAGGCCGGTGTCGACTGGACCCGGCAACTCGTTCCCGTCGCACCCGCGGCCCACTACTGGATGGGCGGTGTGGTCACAGACCTTCACGGCCGGACATCTGTTCCCGGGTTGCTGGCTGCGGGCGAAGTCGCTTGTACCGGGGTCCAAGGGGCCAACCGGCTGGCCAGCAACTCCCTGCTCGAAGGCCTCGTGTTCGGGCGCAGGGCTGTTGAGGGGTTCGTTGGGTCGACTAACGGAGTCCCTCTGCGTGCTAACTCGGCCGCGGGCGGCCTCGCTTTTACGCACGCTGCCGGGACCCCGCCAGCCGACCAACAAGACGCCAGCTCTCACGCGACAACGGCGCTGTCGGGGCCTCCGGAACTACCGGTTGTTGACCGCGCCCGTCCGCTGTCGGGGCCTCCGGCGCCGCTGCTGGAAAGTGTTACCTCCACGCACTCGCCGGACGCTTGGGAGTTGGAGTTGGATCCGGTGCCTGCTCCGGTTTCCTGGGAGTTTGAGTCTTTGCCGGGGCCGGGTGCTCTTGAGACGTCGTTTGGGCAGGCGGGGGTGTTTTCGCGGGGGGCTTTGCGACGGTTGATGACTGCAAAGGCCGGGGTTTTGCGCAATGGCGGCCTGCTTCGGGAGGCTGGTGTCTCTTTGGCTGCTTGGGCGCGGGATGTCCGGCCGTTGAATGTTCCGGATTCCCTTGATGTCCGGGAGCATGAGGATTCCAATTTGATGTTGGCGGCACAGTTGCTCGTCCACGCTGCCCGGGAGCGGCGGGAGTCGCTGGGAGCGCACTACCGAAGTGACAGCGTAAGCGCACCAGCCGCCGTCGAGGATTTTGATAAGCGTTACACCATGAGCCGGAAAGCGAGCCTCGTCAATGACTAA MTTASVAGGSAPKRLIVVGSGIAGLYSALLAAEAGAEVVLLTKGALADSNTYYAQGGISAVLDEPAPGDTVAAHIADTLKAGAGHCNEEAVRVLCTEARLDIAGLGRFGVQFDLDDDGDPALGLEAAHSAPRILHAGGDATGAGVAAALIRTVLDFQAAGRIQVIGHAQVTSLSLGGPQGGRVVGANFLHDGRHLGVHGDSVLLATGGAGQLFAQTTNPAVATADGLALAWRVGAAVADLEFFQFHPTCMVLPAEAREAEGNNDPLLISEAVRGEGAILVDANGLRFMPDYHPDAELAPRDVVSRSIALHLAKLGDPNGHVFLDATVIEEQRGQGFLAKRFPTLSKRTRQAGVDWTRQLVPVAPAAHYWMGGVVTDLHGRTSVPGLLAAGEVACTGVQGANRLASNSLLEGLVFGRRAVEGFVGSTNGVPLRANSAAGGLAFTHAAGTPPADQQDASSHATTALSGPPELPVVDRARPLSGPPAPLLESVTSTHSPDAWELELDPVPAPVSWEFESLPGPGALETSFGQAGVFSRGALRRLMTAKAGVLRNGGLLREAGVSLAAWARDVRPLNVPDSLDVREHEDSNLMLAAQLLVHAARERRESLGAHYRSDSVSAPAAVEDFDKRYTMSRKASLVND PGPT0013355_146 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013355-nadB-K00278 NA NA D3-18_01802 879 nadC COG0157 putative nicotinate-nucleotide pyrophosphorylase [carboxylating] ATGACTAACCTGACCCTCCCCGCAGCCCCCGTCCGGGACATCCTGGAACGGGCATTCGCGGAGGACGCACCCAGCGGCGACATCACCTCGCAACTACTGATTCCCGCCGATGCCCGGGCGACCGCCGTGCTGAACGCGCGCGTCCCGGGAGTCTTCAGCGGCGGTACCGTTTTCCACGACGCCATGAAGCTTGTGGACCCGGACACCGAGGTGGAGCTCCTGCTCGCCGACGGTGAAGCCTTCGACGCCGGAACCCACCTCGCGCGGGTCAGCGGCAGGGCCCGCTCAGTGCTGCTTGCCGAAAGAGTCGGCCTGAACCTGGTGCAGCGGATGAGTGCCATCGCCACGAAGACCGCGGAATTTGTGAGGCTCGTGGAAGGAACGCGTGCGCGGATCACAGATACCCGCAAGACGACGCCCGGACTTCGTGTCCTGGAACGCTACGCGGTGCGCTGCGGTGGGGGAGCGAACCACCGCTACAGCCTTTCCGATGCTGTTCTGGCCAAGGACAACCACCTGGCCGTCATGACCGGAGGCGACTCCACCAAGCTGACCGAGCTGCTGGTTGCCGCCAAAGCCCAGCTCGGCCACACCACACACTTCGAAGTCGAAGTGGACAGGGCCGAGCAGATTGAACCGGTGCTGGCGGCCGGAGTGGACACCATCATGCTGGACAACTTCTCCCTTGAGGAGCTCCGGGCCGGAGTCAAGCAAGTGGACGGGCGGGCCATCGTGGAAGCCAGCGGCAACGTGAACATTAACACCGTCACCGAAATCGCTTCGGCGGGCGTGGACGTCATCTCCATTGGAGGCCTGACCCACAGCGTGACCGCGCTCGACCTCGGCCTCGACATCGAACTCAAAGCCACACAGAACTGA MTNLTLPAAPVRDILERAFAEDAPSGDITSQLLIPADARATAVLNARVPGVFSGGTVFHDAMKLVDPDTEVELLLADGEAFDAGTHLARVSGRARSVLLAERVGLNLVQRMSAIATKTAEFVRLVEGTRARITDTRKTTPGLRVLERYAVRCGGGANHRYSLSDAVLAKDNHLAVMTGGDSTKLTELLVAAKAQLGHTTHFEVEVDRAEQIEPVLAAGVDTIMLDNFSLEELRAGVKQVDGRAIVEASGNVNINTVTEIASAGVDVISIGGLTHSVTALDLGLDIELKATQN PGPT0013370_1465 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013370-nadC-K00767 NA NA D3-18_01803 1167 iscS_2 Cysteine desulfurase IscS ATGATCTTCCTTGACGCCGCAGCCACCACTCCGGTTCGCCGCGAAGCCCTCGAAGCCATGTGGCCATACCTTAGCGGAGAGTTCGGCAACCCCTCCAGCCACCACAGCCTGGGCGAAGCGGCAGCAGCTGCGCTCGCAGAGGCCCGTTCCGGCGTCGCGAAGGTCCTGAACTGCCGTGCCGGCGAGGTGACCTTCACCTCCGGAGGCACGGAAGCGGACAATCTTGCCGTGAAGGGCATTGCGCTGGCCCGTCAGGCGGCCGACCCATCGCTGAACAGGGTGGTCATCAGTGCAATCGAGCACCCCGCGGTGGAAGAGTCGGCCCGCTACCTGGAGCGAGTGCACGGGTTCGCCGTGGACGTGCTTGCGGTCGATGGAGAAGGCTTGGTGTCGATCGACGACCTGCGGGCGACGTTAAGGCCCGAAACCGCTTTGGTCAGCGTCATGTACGCCAACAATGAGATCGGAACCGTCCAGCCGATTGCTGCCTTGGCGGCTGTGGCACGGGAGCACGGCGTGCCTTTCCATACTGACGCGGTGCAGGCCGCCGGATGGTTGCCGCTGGACGTTAAGGCGCTTGGCGTGGATGCACTGAGCATGTCCGGACACAAACTTGGTGCGCCCAAGGGATCCGGTGTCCTTTTCACCAAGGGCCGCCTGCGGATGGAACCTCTCATTCACGGTGGCGGCCAGGAGAGGGCAAGGCGCTCTGGCACGGAGAACGTGGCCGGAGCCGTGGCACTGTCCACGGCGCTAAGGCTCTCCCACGCCGAGCAACCCGAACAGGCTGCGCGGGTTTCCGCTCTGAGGAATCAGTTCATCGATCAGATCCTCGCCACCGTTCCGGACGCCTTGCTCACGGGGCACCGAAGCCAACGGCTGCCTTCAGTAGCCTCTTTCTGCTTCCCGGGCACCAGCGGCGAGTCGGTGCTGCTTGAGCTCGAGCGGCTTGGGGTGGTGTGTTCCAGTGGCTCGGCCTGCGCGGCAGGATCGGACGCGCCCTCGCCGGTGCTGGTTGCCGTCGGCATCGCCCCTGAAACGGCACAAACTGCGGTGCGTTTCAGCTTCACGTCAACTGTCACTGCCGCCGAACTGGAACAGGCAGCCCTTGCCGTGGAAACCGCCGTCGGACGTGTCCGGAATCTGGCGGCACCTCAGCCAGGCTAG MIFLDAAATTPVRREALEAMWPYLSGEFGNPSSHHSLGEAAAAALAEARSGVAKVLNCRAGEVTFTSGGTEADNLAVKGIALARQAADPSLNRVVISAIEHPAVEESARYLERVHGFAVDVLAVDGEGLVSIDDLRATLRPETALVSVMYANNEIGTVQPIAALAAVAREHGVPFHTDAVQAAGWLPLDVKALGVDALSMSGHKLGAPKGSGVLFTKGRLRMEPLIHGGGQERARRSGTENVAGAVALSTALRLSHAEQPEQAARVSALRNQFIDQILATVPDALLTGHRSQRLPSVASFCFPGTSGESVLLELERLGVVCSSGSACAAGSDAPSPVLVAVGIAPETAQTAVRFSFTSTVTAAELEQAALAVETAVGRVRNLAAPQPG PGPT0000065_4249 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 D3-18_01804 486 hypothetical protein ATGGAGACAGCCGCGGACGCCACTGAGCTGCGCCCGTCTCCCTCCCCTAAACTCCAACGCAAACGGCATCGCGGCATCCTGAAGTACCCGGTGGTCCGGCAAGTGATCCGCTTCACCGGGGTTGGTGTCGTATGCACGGCAAGTTCCTTGGCCATCTATGCCTTGCTGCGTCCTTGGATTGATCCCCAATTGGCCAACGCTGTGGCACTGATCCTGACGTCGCTGATGAACACGGCCTTGAACCGCCGTCTAACATTCAAAATTACTGGCCGTAAGAAGCGGGCACAGGACCACCTGAGTGGAGTGATCGTGATCTGCATTGCGCTGGTCATTACCGGCGGGAGCCTGGGCGTCCTGCACTTGTTCCGTCCGGAAGCCACCGTCACGGAGGAGCTCTGGACCACTACATTGTCCGGGTTCGTGGCCACGGCCGTTCGGTTTACCTTGTTGCGGCATTGGATTTTTCGGCGAGCCCGGCACGTGTAA METAADATELRPSPSPKLQRKRHRGILKYPVVRQVIRFTGVGVVCTASSLAIYALLRPWIDPQLANAVALILTSLMNTALNRRLTFKITGRKKRAQDHLSGVIVICIALVITGGSLGVLHLFRPEATVTEELWTTTLSGFVATAVRFTLLRHWIFRRARHV NA NA NA NA NA D3-18_01805 849 hypothetical protein ATGACTTCGCCGCTTCCCCATCGCCTCGCCCGTGTCCGGCCCACCTCGCCGCAGGCACCGGACGAGCAGTTCTTCGTGGCCAACAACGCCACGGATTTCGACTCGTTCGCCGGAACACAGTGGACCGTAGTGGACTCCCCTTTCCCGGGATCGAGGGCGAACGCCAACAGTCCTGCCACGGAGGGCTGGGAGCTTGGCGATGTGGTCAGCCAAGACGCGTTCACCTTCCTGGCCCCGTCGGTACCTGTCAACGTCTTCGGCATGGCTCACAACACCGGTCAGCCTGGCCGTGACCTGCCGCCCCAGGCCTTCCACAAAGCAGCATCCAGCGTGATCGGACCCGGCGAAGCAATCCAATTGAGCTCCACCGTGGGTTACGTGGATCCGGAAGCTGAACTGACCGTCGTCGTCGGGCGTATCTCGCGAGGTTTGACCCTGGCAACGGCGAGGTCGGCAATCCTTGGATACACCATCGGCAATGATGTCTCCGCCCGAGACCTCCAGAAGACCGACGAACTCTGGATCAGCGCCAAAAGCCAGGACACGTTCACCCCGGTCGGCCCGTGGATAGTCACGGACCTGGATGACTCGAACCTTGAAATCGGCATTGTCCACAACGGCCACGCCCTCAGGACCGCCGGTTCAGCTGATCTCGGCTGGAAAGTGGACGAGATCATGGTCTATCTGACCTCGTTCATGACCCTCCAACCCGGCGACCTTGTGCTCTCAGGGTTCCCCGCAGAGTGTGCGCGAATCCAACCCGGCGACACCGTGGTGTGCAAGGTGGAAGGAATCGGCGAGCTTCACAACCCCGTCACAGGCGCTTCCTGGGAGGACCTGCCTGCATAG MTSPLPHRLARVRPTSPQAPDEQFFVANNATDFDSFAGTQWTVVDSPFPGSRANANSPATEGWELGDVVSQDAFTFLAPSVPVNVFGMAHNTGQPGRDLPPQAFHKAASSVIGPGEAIQLSSTVGYVDPEAELTVVVGRISRGLTLATARSAILGYTIGNDVSARDLQKTDELWISAKSQDTFTPVGPWIVTDLDDSNLEIGIVHNGHALRTAGSADLGWKVDEIMVYLTSFMTLQPGDLVLSGFPAECARIQPGDTVVCKVEGIGELHNPVTGASWEDLPA NA NA NA NA NA D3-18_01806 621 hypothetical protein ATGAACACGCTGTGGAGTTTGAACCGGTTCCGGAGAGTGGTCCGGACCCACAGGATCCTTGCGTCGGTGGCAGGTTTGGTGATCCTTACAACGGTAGTGGTGGGGGCCGCACTGTTCCAGCCCTGGCGCCTCTTCACCAGCAGCAGCCTCAACGAAGCCCTGCCAGCTGCACCGTTTTCCACGAGCTCGGAACCTGCCGACAAGCCCGCAGCCATAGGCACACCATCGCCCACGGCATCCGGTCCCACGGCACCTGCTCCCACCCCGCCCGTCCCCGCAGCTCCGCTGATTCTGAGCTCGGGTGCTTTCCAATCCCAGGAGCATGAGACACATGGCACGGCCCATCTGGTGAAGCTCGCCGACGGTAGCCATCTGCTACGACTCGAGAACCTGGCCAGCAGCGACGGGCCCGACGTTAAAGTCTGGTTGAGCAGCCTGGAGGCCGGCGGTGACTGGTTCAAGTACCGTTCCGGACGATACGTGGATCTGGGTGCAATCAAAGCCACGCACGGCAACCACAACTACGCCATCCCTCCTGGGACCGACGTCGCCGGACTGACGTCTGTGGTCCTATGGTGTGACCGCTTCAGCGTTGCGTTCGGGTCGGCGCCCCTCAGCTGA MNTLWSLNRFRRVVRTHRILASVAGLVILTTVVVGAALFQPWRLFTSSSLNEALPAAPFSTSSEPADKPAAIGTPSPTASGPTAPAPTPPVPAAPLILSSGAFQSQEHETHGTAHLVKLADGSHLLRLENLASSDGPDVKVWLSSLEAGGDWFKYRSGRYVDLGAIKATHGNHNYAIPPGTDVAGLTSVVLWCDRFSVAFGSAPLS NA NA NA NA NA D3-18_01807 669 hypothetical protein ATGGCTCCCGATCAGCAGGACTATTTCGAGGACGACATCCCCACTATGTCAGCGGTTGATATTGCCGACTGGCGCCTGCGGACGTTCGCTCTCTACGACAAAGTGCGTCAACTCGCAGCCACCAACCCGTTCGACGCGCATGTCTTTTGGCGACAGGAACGGGACCTGATGTTCGCTACCCATCCTGCTTCAGCGCTGACCGCGGGCATGAAAGCCTCATTTTCCGGGCTGCGAACCGCTGACTACGATCCCTCCTTTCGGATGTACGCCGCACTATCCCCCGAAGGAGCCGGTCAGGAGATGAACGTCGAAACAGGGACTGACGGCGTGGTGCCCTTTACAAGGATCGGCACGCTTGAGCTACCCGGGCTGGGCTCCCTGGCGGCCTGGCGGCTACGGAGCTATGGCGGCGGCATCTTCGTGCCCTTCCGTGATTCCACAGCAGGAAAAGATGGCGGAAGCTACGGAGCGGGAAGATACCTGCTGGACACAGTCAAAGGCTCGTTCCATGGGACGCGCGGAACCGGCGCTGAACAAGAGCTCGTGTTGGATTTCAACTTTGCGTACAACCCGTCGTGCGCCTACAACGAAGCTTGGGCGTGCCCGCTGGCTGGACCCGCAAACCGCTTGGCGGCAGAAGTACCTGTGGGGGAACTTTATCTGGGCTAG MAPDQQDYFEDDIPTMSAVDIADWRLRTFALYDKVRQLAATNPFDAHVFWRQERDLMFATHPASALTAGMKASFSGLRTADYDPSFRMYAALSPEGAGQEMNVETGTDGVVPFTRIGTLELPGLGSLAAWRLRSYGGGIFVPFRDSTAGKDGGSYGAGRYLLDTVKGSFHGTRGTGAEQELVLDFNFAYNPSCAYNEAWACPLAGPANRLAAEVPVGELYLG NA NA NA NA NA D3-18_01808 855 hypothetical protein ATGAAGGGCATCCTGAACCTGCGCCGCATTCCGATGCGGTTCGCTGCCGTGGTACTGGCGGGTTTCGTACTCGCGGCCACCACCTCCTGCTCCGCTGAAAACAAAGGCCCGCGAATAACCTCCACGGCCACCTCCCAGCCCAACAGTTCGGAATCAGGGACAGGCACTGCGGAAAGCACGACGCCGGCAACGGGCACCGCGGCCAGCTCGCCATCCGTATCCCCTGGCGCAGACGACAGCGCGTCGGCCAGCGCGGAACCAAGCCCGGCCGCAACGGCGGTGTCTTGGAAGACGTACACGGACTCCGCCAAAACCGTCAGCTTTGAGCTACCGCAGGAGTGGATAGCCCAATCGGTGACGCCGGAGGCAGGCTCGCTGGCCCATGCCGTGAAGGTGGAGGTCAAGGATGCTGAAGGACGCTACATCGCCACCCTCCAGACAGGCCTGCCTTCGGCTGCGCCCGTTGCATGCCCCGCCGGGCAGGCGCGCCCGTACGTCGTGATCAGCAGCGTTCCCTTGGACGTCCCGCACTCGGATGGCCCTGAGACCATTGATCCGCGTGTGGTTTTCCGCGTAGTCCAGGGTTACAAATTTTTCGGCTCCTACGGCATCACCAACATGGTGGCGGGTGCTGACGGACAGTCCTGCGAACTGAGGAATCGTGTTCAGGGCCCTGCCGGAAAAGGCGATATCTCCTTTGGGGATGTCCTGGCGATCCATGCCTTCGCCGCTGACGAGAAGGTGGCACCGGCCAAGGCTTTCGATACTCTGGACCTGGCCGCGAAGTACGCGGTGCACGGACCTGAATTCGCCAATGTCCAACGGATGCTACTGTCTCTGAAGGTCAATCTGTAG MKGILNLRRIPMRFAAVVLAGFVLAATTSCSAENKGPRITSTATSQPNSSESGTGTAESTTPATGTAASSPSVSPGADDSASASAEPSPAATAVSWKTYTDSAKTVSFELPQEWIAQSVTPEAGSLAHAVKVEVKDAEGRYIATLQTGLPSAAPVACPAGQARPYVVISSVPLDVPHSDGPETIDPRVVFRVVQGYKFFGSYGITNMVAGADGQSCELRNRVQGPAGKGDISFGDVLAIHAFAADEKVAPAKAFDTLDLAAKYAVHGPEFANVQRMLLSLKVNL NA NA NA NA NA D3-18_01809 807 hypothetical protein ATGGAACGCAATGTTGCTGCCTCGCTCGTTTTCAAGACTGCAGCCAACACCAAGGTGGCCATGGCCATAGCTGTGGCCAACAACCTTGGCTACGACGCAGTGGAGGAAACCCTGTCCATCACCATGGATGGTGCTGAGGTTCCCTTTGCCGAACTCAGCGACCACCATGGCGGCCGCTTCCACTACCTGGAGTTCACTGAGCCCAGCGAAGTGACAGTGGACTACCGGGCAACTGTTCATGGCTCGGGAGAGCCGGATACGTCGAGCCCGATGGAACTCATCAGGTACGTTCGACCCAGCCGGTACGCGGAGTCAGACAGGTTGCTGCCTACTGCCTATGCCGAGTTCGGCAGCCTGCAAGGTCCCGAACTGCTTCAAGCGGTACGCAACTGGGTGAACGGGGAATTGCGATACGTCAGCGGTTCGTCGCGTGGAACTGACGGAGCCGTGGAAACCCTGCTTCATCGGAAAGGCGTGTGCCGGGACTTCGCCCACCTCGCCATCGCCCTTTTGAGGTCCAAGGACGTTCCTGCACGCCTGGCAGCGGTGTATGCTCCAGGGCTGAGTCCCATGGATTTCCATGCTGTTGCCGAGGCACACATCAACGGAGCCTGGCACATCATCGACCCCACCGGACTCGCTCCCCGCGAATCCATGCTCCGCATTACCGCCGGACGCGATTCATCGGATACGGCGTTCCTGTCCACCGTAGGCGGCAGCCTGACCCTGAAAACACTCAAGGTCAGTGCGTCGGTCAACGGAGAGCTCCCGGTGGAGGACCCCCGGGAGCTCGTCAGCTTGCGTTAG MERNVAASLVFKTAANTKVAMAIAVANNLGYDAVEETLSITMDGAEVPFAELSDHHGGRFHYLEFTEPSEVTVDYRATVHGSGEPDTSSPMELIRYVRPSRYAESDRLLPTAYAEFGSLQGPELLQAVRNWVNGELRYVSGSSRGTDGAVETLLHRKGVCRDFAHLAIALLRSKDVPARLAAVYAPGLSPMDFHAVAEAHINGAWHIIDPTGLAPRESMLRITAGRDSSDTAFLSTVGGSLTLKTLKVSASVNGELPVEDPRELVSLR NA NA NA NA NA D3-18_01810 462 hypothetical protein ATGTCCAGCCCCTCGGCGTCCTCCGCCGTTCGCCTCGCCGCCGAAACCTGGGAGTCGTTGTTCCGCTCCCAGGTGGCGGTGATGCGGAAGCTGCAGTCGGGACCGGCATTCAAGACCCTGCCCGTCAAGGAATACGATGTGCTCTTCACGTTGTCCACATGCCCTTCGGGCCAGCTTCGGCTCAATGAAATCAACGACAAGGTCCTGCTGAGCCAGTCCAGCCTGAGCCGCTTGGTGGACCGTTTGGAGAAGCGCGGTTTGGTGGAAAGAACAACAGCGCCCGACGACGGCCGCGGAGTCCTGCTCTCACTCACCGAAGCGGGTAGCGAGCTTCAAAAAACCATCGGCCGCGAACATGTGCGGGACATCGCGCACCTGGTGGCGCCTGCGCTCACAGCTGAGGAACAGCGGGAGCTTTTGCGGCTGACCGAGAAGCTCCGCGCCTCGGTAGCTGGTCATTAA MSSPSASSAVRLAAETWESLFRSQVAVMRKLQSGPAFKTLPVKEYDVLFTLSTCPSGQLRLNEINDKVLLSQSSLSRLVDRLEKRGLVERTTAPDDGRGVLLSLTEAGSELQKTIGREHVRDIAHLVAPALTAEEQRELLRLTEKLRASVAGH PGPT0013155_4520 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775 NA NA D3-18_01811 1125 fgd_2 F420-dependent glucose-6-phosphate dehydrogenase ATGCAGATCGGCGTATTCAGCGTCAGCGACATCACCACTGACCCCACCACGGGCCACACGCCCACGGAGAACGAACGCATCAAAGCCTCCGTTGCCATCGCCAAAAAGGTGGAAGAAATCGGCATGGATGTCTATGCCCTGGGCGAGCACCACAACCGGCCCTTCTTCTCCTCTTCGCCCACCACCACCCTGGCTTACATCGCGGCCCAGACCGAGCGCATCACGCTGTCCACGGCCACCACCCTGATCACCACCAATGACCCAGTCAAGATCGCCGAAGACTTCGCCATGCTGCAGCATCTCTCCGATGGCCGCGTGGATTTGGTCCTCGGTCGTGGCAACACAGCACCGGTGTACCCCTGGTTCGGCAAGAACATCCAAGATGGCATCGAACTGGCAATCGAGAACTACAGCCTGCTCCGCAAGCTGTGGGATGAGGACACGGTCAACTGGTCCGGCAAGTTCCGCACACCCCTGCAGAACTTCACCTCGACACCGCGGCCGCTCGACGGTGTGGCCCCCTTCGTGTGGCACGGCTCCATCCGCACGCCGCAGATCGCAGAAGTTGCCGCTTACTACGGCGACGGGTTCTTCGCCAACAACATCTTCTGGCCCAAGGAGCACTACCAGCAGCTGATCGGCCTGTACCGCGAGCGCTACGAGCACTACGGACACGGCAAGGCAGACCAGGCAATTGTTGGCCTTGGTGGTCAGTTCTTCATGAGGAAGAACTCGCAGGACGCCGTCAAGGAGTTCCGTCCCTACTTCGACAACGCGCCGGTCTACGGACACGGACCGTCCTTGGAAGACTTCACCTCGCAGACTCCGCTGACCGTGGGCAGCCCGCAGGAAGTCATCGAGAAGACGCTGACATTCCGCGAGGCCTTCGGTGACTACCAGCGGCAGCTGTTCCTGATCGACCACGCCGGCCTGCCCCTGAAGACTGTGCTGGAGCAGCTGGATCTCTTCGGCGAAGAAGTCCTGCCGGTACTCCGCAAGGAATACGCCGCCATGAAGCCAGCGCACGTTCCGGACGCACCGACGCACGCCTCACGCGTCGCCGCCACGTTGGAAGCCACGGTCAGCGAATCCGCTACCGCTGGCGCTGCGGGGCAGGACGCCTGA MQIGVFSVSDITTDPTTGHTPTENERIKASVAIAKKVEEIGMDVYALGEHHNRPFFSSSPTTTLAYIAAQTERITLSTATTLITTNDPVKIAEDFAMLQHLSDGRVDLVLGRGNTAPVYPWFGKNIQDGIELAIENYSLLRKLWDEDTVNWSGKFRTPLQNFTSTPRPLDGVAPFVWHGSIRTPQIAEVAAYYGDGFFANNIFWPKEHYQQLIGLYRERYEHYGHGKADQAIVGLGGQFFMRKNSQDAVKEFRPYFDNAPVYGHGPSLEDFTSQTPLTVGSPQEVIEKTLTFREAFGDYQRQLFLIDHAGLPLKTVLEQLDLFGEEVLPVLRKEYAAMKPAHVPDAPTHASRVAATLEATVSESATAGAAGQDA NA NA NA NA NA D3-18_01812 3240 swrC COG0841 Swarming motility protein SwrC ATGTTCCGCTTGGCCAAACTGTCCCTGGGAAACCGGGCCCTGATCGCGCTGATCACCGTCTTTGCGGCGGTGTTCGGCGTGATCACCATGGGGTCGCTTAAGCAGGAACTCATTCCTTCCATCGAGTTCCCGCAGATCACCGTGGTGACCTCCATGCCCGGAGCCTCCCCGGAGGTTGTGGACAAGCAGCTGAGCCAACCCCTGGAAACAGCCCTGAACAGCGTCGAGGGTCTGGAGTCCACTACATCGACGTCCCGCAACGGCGTTTCGCAGATCACCATGGTATTCACGTACGGCTCCAACCTGGACCGGGCACGCAACCAGATTGACCGGGCGATCTCCAACGCCAAGCGGGTGCTGCCGGCCGACGTCGAACCCCAGTCCATCGCGGGCAACATCAGCGACTTTCCGATCGTCTATTTGGCGGTCTCCTCGGACAAACCCCTGAGCGAGCTCAACGCTGACCTCTTGCGGCTCAGCGTTCCACGGTTGCAGAAGATCGACGGCGTCCGGGGCGCCGATGTGACCGGCGGGTCCAGCCAACACATCCTGATTCAGCCCCGCCCCGCGGACCTCGCAACAACAGGGGCTTCGGTCCAGTCCATCAGCAATGCGTTGAAAAACAACGGGACCCTGGTTCCTGTCGGCACCATCGAGGATCAAGGCAAGACCCTATCCCTCCAACTCGGCAGCCCGGTGGATTCCCTGGACATCATCAAGGGACTTCCCTTGGCCGGCACCAAGAGTGCTGCAACCATCGGAGCCGTGGCCGACGTCAGCATTGAGGACGACGCCGCTACTTCCATCACCCGCACCAACGGCAAGCCCACGCTGGCGCTGTCCGTCACCAAGAAGCCCGAGGGCGATACAGTGGCGATTTCGCATGCCGTGCGTGACGCCGTCGGCCCTATGGAAGATGAGCTCGGCAACAACGCGACCTTCACGCCGGTCTTCGACCAAGCACCCTTCATTGAGAAGTCCATCAAGGACCTCACTACGGAAGGCCTCCTCGGTCTGGGCTTCGCCGTCGCTGTCATCCTGGTTTTCCTGATGTCAGTGCGCTCCACCTTGGTCACGGCCGTCTCCATCCCGTTGTCCCTGCTGATCACCTTCATCGGCATCTCCGCCACAGGCTATTCGCTGAACATCCTTACCCTGGGTGCCCTCACCATTGCGATCGGGCGCGTGGTGGACGATTCGATCGTGGTCATCGAGAACATCAAGCGGCACCTCAGCTATGGCGAACACAAGCTGACAGCCATCTTGACCTCCATCCGGGAAGTGGCCGGGGCCATCACGGCATCCACCCTGACCACTGTGGCCGTGTTCCTCCCCATCGCTTTCGTGGGCGACCTCGCCGGTGAGCTGTTCCGTCCCTTCGCCTTGACCGTGACTATTGCACTGTTGTCGTCACTGTTGGTTTCCCTGACAATCGTTCCGGTCCTGGCCTACTGGTTCCTGTCCTCCCCCCGAAAAGGCGCTGAGGCACAAGCATCTGCAAAGGAAGCTGCCGAAAAGGCCCGTGAGGCCGAACAGCGGAGTCGACTCCAGCGCGGCTACCTTCCCATTCTTGCGAAGACGCAGAAACATCCGGTCATCACGTTGTCCGCGGCGGCGCTGGTGCTGGTCGCAACCATCGCCGTCTCGCCGCTTCTGGCTACCGACTTGCTGGGCCGTTCCGGAGAGAACAGCATGACAGTGCGCCAAGTCCTTCCGCCGGGCACCAGCCTGCAGGCCACCAGCGATGAGGCGGCCAAAATTGAGGAATCCCTCAAGGGCATTGAGGGTATCAAGGACGTTCAGGTCACTTCAGGGAATGCCCAAACGGGCTTCGCCGCCCTTACGTCAACAGGGTCCTCCAACTCGACGTTCACCGTTGTCACCGACGAGAAAGTAAATCAAAGCAAACTCCAGGACGAGGTCCGCGCCAAGCTGGTGGGGGCCTCCGGAAAAGTCACTGTGGGATCCCAGCAGGGCGGATTCGGTACTTCCTCCACTGTGGACATCACCATCAGGGCCGCGAACTCCACAGACCTCCAGACGGCAAGCGACGCCATGGTGAAGGCCATGGAAGGCGTTCCGGGCAGCTCGGAAGTCGCCACGAACCTTGCATCAAAACAATCCGTGGTGCAGGTCCGCGTTGACCGCGCCAAAGCAGTTGCAGCGGGCTTGACGGAAGAGCAAGTAGGCGCCTTCCTCGCATCCACCGTGAGCCCCATTCCGGCCGGTACCGTCCGGATCGAGACCAACGACTACCCTGTGCAAATTGGCGAGGGCACGCGCTTCACCAGCATCGCCGCAGTCCGTGCGCTCCAGCTCCCCACAGCCCGCGGTGGCGTCGCACTGGAGACGATTGCCGCCGTCGAGCAGGTTGATACCCCCGTATCCATCACCAGCAGCAATGGGCAGCGGACCGCGAGGGTGACCGTGACGCCTTCCGGTTCCAATCTGGGCAGCGTCAGCGCCGCAGTGCAGGAGCGGCTGGCAGCAGTGGAACTGCCCCCGGGGGTCACGGCAACTATCGGCGGTGCCACCACCCAGCAGGCTGAGTCCTTCCGGCAGCTTGGCCTGGCACTGCTGGCAGCCATCGCGATCGTCTACGTGATCATGGTGGCGGCGTTCAAGTCACTCATCCAGCCGCTGATCCTGTTGGTCTCTGTGCCCTTCGCTGCTACCGGCGCCGTGGGTCTGCTGCTCCTGACAGGCGTTCCACTGGGGCTGCCGTCACTGATTGGCATGCTGATGCTGGTGGGCATCGTGGTCACCAACGCCATCGTGTTGATCGACCTCATCAACCAATACCGCAAACCACATGACGGCAGTACGGGCATGAACGTTGCCGATGCCATCACGCACGGTGCACGGCAGCGCCTGCGTCCCATCCTCATGACCGCGCTGGCCACCGTTTTCGCCTTGACTCCCATGGCGTTGGGCCTCACGGGTGGCGGCGGGTTCATTTCGCAACCACTGGCAATCGTGGTGATCGGTGGGCTGGTTTCATCCACTGCGTTGACGCTGGTCCTGGTCCCGGTCCTTTACAAGCTTGTGGAGGGTCGCCGGGAGAAGAAAGAACTGCTGAAGGCCCTGCAGGACAAGCCTGCGACGAAACGTGACGACGGACCCGGCGGCAGTGACAGCAACGGTAGCTCCAGCAGCGGATCGGGCGAGTTCCAGGACTGGACCACTGGAATGATTCCGCGCGTTACAGGCCGCCGCGCGGCGCACAATCCCGGAGAATAA MFRLAKLSLGNRALIALITVFAAVFGVITMGSLKQELIPSIEFPQITVVTSMPGASPEVVDKQLSQPLETALNSVEGLESTTSTSRNGVSQITMVFTYGSNLDRARNQIDRAISNAKRVLPADVEPQSIAGNISDFPIVYLAVSSDKPLSELNADLLRLSVPRLQKIDGVRGADVTGGSSQHILIQPRPADLATTGASVQSISNALKNNGTLVPVGTIEDQGKTLSLQLGSPVDSLDIIKGLPLAGTKSAATIGAVADVSIEDDAATSITRTNGKPTLALSVTKKPEGDTVAISHAVRDAVGPMEDELGNNATFTPVFDQAPFIEKSIKDLTTEGLLGLGFAVAVILVFLMSVRSTLVTAVSIPLSLLITFIGISATGYSLNILTLGALTIAIGRVVDDSIVVIENIKRHLSYGEHKLTAILTSIREVAGAITASTLTTVAVFLPIAFVGDLAGELFRPFALTVTIALLSSLLVSLTIVPVLAYWFLSSPRKGAEAQASAKEAAEKAREAEQRSRLQRGYLPILAKTQKHPVITLSAAALVLVATIAVSPLLATDLLGRSGENSMTVRQVLPPGTSLQATSDEAAKIEESLKGIEGIKDVQVTSGNAQTGFAALTSTGSSNSTFTVVTDEKVNQSKLQDEVRAKLVGASGKVTVGSQQGGFGTSSTVDITIRAANSTDLQTASDAMVKAMEGVPGSSEVATNLASKQSVVQVRVDRAKAVAAGLTEEQVGAFLASTVSPIPAGTVRIETNDYPVQIGEGTRFTSIAAVRALQLPTARGGVALETIAAVEQVDTPVSITSSNGQRTARVTVTPSGSNLGSVSAAVQERLAAVELPPGVTATIGGATTQQAESFRQLGLALLAAIAIVYVIMVAAFKSLIQPLILLVSVPFAATGAVGLLLLTGVPLGLPSLIGMLMLVGIVVTNAIVLIDLINQYRKPHDGSTGMNVADAITHGARQRLRPILMTALATVFALTPMALGLTGGGGFISQPLAIVVIGGLVSSTALTLVLVPVLYKLVEGRREKKELLKALQDKPATKRDDGPGGSDSNGSSSSGSGEFQDWTTGMIPRVTGRRAAHNPGE PGPT0016195_255 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 D3-18_01813 1506 mqo COG0579 putative malate:quinone oxidoreductase GTGACCTTCATTTCCAAGACTCAACATGCCGACGTCGTCCTTATTGGCGGTGGAATCATGAGTGCCACCCTTGGTGCGTTCATCAAGCAACTTGAACCCACCTGGACCATCTCCCTCTTCGAAAGACTCGACGAAGCAGGGCTCGAAAGTTCCGGACCATGGAACAACGCCGGCACCGGCCATGCTGCGCTGTGTGAGCTTAACTACTCTCCCGCTGCAAAAGATGGTTCCGTAGACCCCTCCAAGGCCCTGCACATCAACGAGCAGTTCCAGCTCTCCCGCCAGTTCTGGTCCCACTTGGTGGACAGCAACGTGGTCGGGTCCCCGAAGGGTTTCATCAACACCGTCCCGCACATGAGCTTCGTCATTGGCGATGACCACGCGAACTTCCTGAAGACCCGGTACGAGGCACTGAAGCCCAACACCCTGTTCCGCAGCATGGAGTACACCGAGGACCAGGACCACATCGCCAAGTGGGCCCCCTTGATCGTCAAGGGCCGCGACCGCAAGCAGCGCGTTGCCGCAACCCGCGCGGCGGAAGGCACCGACGTCGACTTCGGCGCCTTGACCCGCGAACTGACCGGCTACCTGCAAAGCAGCGGCGCCGAGGTCAATTACGGACATGACGTCACCAACATCCACCGCGCAGCAGGCGGTGGATGGGACCTCTCCATCAAGCACCCCAAGTCCGGCGAGCACGGCCGTATCCATGCCAAGTTTGTTTTCGTCGGAGCCGGTGGCGGTGCCCTCCACCTGCTTCAGGCCTCAGGTATCCCTGAGAGCAAGGGATACGGCGGATTCCCCGTCTCCGGCCAGTTCTTCCGCTGCACGGATGACGCCATCACGTCCCAGCACAGCGCAAAGGTGTACGGCCAGGCATCGGTCGGCGCCCCGCCCATGTCCGTGCCGCACCTGGACACCCGCTACGTGGACGGCAAGCGTTCCCTCCTCTTCGGCCCGTATGCCGGTTTCTCCACCAACTTCCTGAAGACCTCCAGCTACCTTGACCTTCCGCTGTCCATCCGACCGGGAAACATCATTCCCATGTTGGCCGTAGCCAAAGACAACATGGACCTCACCGCGTACCTCATCAAGGAGGTTGCCAAGCGGCACGAGGCCAAAGTGGATGCCCTGCGCGAGTACTACCCGGAGGCAGCAGGAGGCAACTGGGAACTGATCACCGCCGGCCAGCGTGTACAGATCATCAAGAAGCACCCTCAGAAGGGTGGCGTCCTGCAGTTCGGCACGGAAGTCATTGCTTCCCGCGATGGATCCATTGGCGCCCTGCTGGGCGCTTCTCCGGGTGCTTCAACCGCCGTGCCCATCATGATCGAACTCTTGCAAAAGTCGTTCCCCAAGAACTTCAAGGGATGGCAGTCCAAGCTCAAGGACATGATGCCGGGCTACGGCGTCAAGCTCAATGAGAACCCGGACCTGGCCGCGGAACTGGAAGCAAGCACCGCCAGGTCTCTGCAATTGGAAGTGGCCAACGCTATCCAAAGCTAG MTFISKTQHADVVLIGGGIMSATLGAFIKQLEPTWTISLFERLDEAGLESSGPWNNAGTGHAALCELNYSPAAKDGSVDPSKALHINEQFQLSRQFWSHLVDSNVVGSPKGFINTVPHMSFVIGDDHANFLKTRYEALKPNTLFRSMEYTEDQDHIAKWAPLIVKGRDRKQRVAATRAAEGTDVDFGALTRELTGYLQSSGAEVNYGHDVTNIHRAAGGGWDLSIKHPKSGEHGRIHAKFVFVGAGGGALHLLQASGIPESKGYGGFPVSGQFFRCTDDAITSQHSAKVYGQASVGAPPMSVPHLDTRYVDGKRSLLFGPYAGFSTNFLKTSSYLDLPLSIRPGNIIPMLAVAKDNMDLTAYLIKEVAKRHEAKVDALREYYPEAAGGNWELITAGQRVQIIKKHPQKGGVLQFGTEVIASRDGSIGALLGASPGASTAVPIMIELLQKSFPKNFKGWQSKLKDMMPGYGVKLNENPDLAAELEASTARSLQLEVANAIQS PGPT0001440_833 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 D3-18_01814 1668 hbpA COG0747 Heme-binding protein A GTGGCAAGCAGCAAGATGCGGCGCCTAAGCATTCAGTTCGGAGCTGCCGTGTTGGCTTTGGGACTGGCAGGGTGCACGGGGGCACCGGGCCCCGCCCTGACTTCATCTGCCAGTAATTCCCCCGCCGCTGAACCCTCGGCAACTTTCAATTTCGGCACGGCGTCCATGCCTCTTGGCCTCGACCCTGCCGTCACCGCTGATTCAGAGTCCTATCGGGTCACCCGTCAAGTCCTCGAAGGACTCGTGGGGGTGGACGGCGAGACAGGCCAAACCACTCCCCTGCTGGCCACGGAGTGGAAGGACAGCAACAACGGGCTGAGCTACGACTTCACGCTCCGCTCCAACGTGACCTTTCACGACGGAACTCCACTGGATGCAACCGCAGTATGCGCCAACTTCAACCGCTGGTTCACCTTCCCCGAAGACCTCAGGAAGCAAGCGCCGGGGATCTCCTTCCAAAGCGTCTTCAAGGCCTACTCGGACCAGCCGGTGTTCTCCATCTTCAAAGATTGCAAAGTGGTCTCGGCCAGCGACGTCCGGATTAATCTGACGCGTCCCTTCACGGGATTCCTCCAGGCTTTGACACTGCCTGCCTTCGCAATATCGTCTCCCGCCGCCCTGGAGGCACAAAAGGCCAACGTCCTTGACCAGGTCCGGAATGGCCAAGCCATGTCCAGCTACGCCGGTCATCCCGTGGGTACGGGCCCGTATGTCTTCACTGGATGGGACGAGAAGAAGCTCACCCTGTCCAGCTACAAGGGCTATTGGGGCAACAGAGGACAGATAGCAACCATCAATTTCATCCCTTACGATCGCGCGGAAACGCGTCAACAGGCTTTGCTGGACGGCAAGATCGACGCCTACGATCTTGTGACCTCCGGGACCTTTGACCAGTTGGTCAAGAAGGGTGTCCAGATCATCCAGCGCGACCCGTTCTCGGTGATGTACCTCGGCATCAACCAGGCTGTGGCACCGTTGGAAAAGCCCGAGGTCCGCCAAGCGATCGAAATGGCGATCGACAAGGAAGCGTTGATCCGCAAGTTCTTCATCGACAACACTGCGCAGGCATCACAGTTCGTGCCGCCCAAACTTAGTGGCTTCAACAACAATGCACCCTCCTTGGGGTACAACCCGGAGAAAGCAAAAGAGCTCTTGAAGAAGGCCGGCTACAAGGGCGAAGAGCTGAAGTTCTACTACCCCCTCAACGCCACGCGGGCCTACATGCCCACCCCGGAAAAGATCTACGCCGAACTCAGCCGCCAACTCGTGGCTGTCGGCTTCAACATCAAGCCGGTTCCCATCGACTGGGAAGACGGCTACCTCCAACGGGTCCAATCGGCCGGTGACCGCGGCCTGCACTTGCTCGGTTGGAATGGCTCCTACGCTGACGCGGACAACTTCCTGGGACCCTTGTTCGGCGAATCACGCGCCGAGTTCGGCTACGCAGACTCGGAAGTCTTCCACAAGATAGAACGCGCGCGGGCCATGCCCGAAGGCGACGACCGCAACACCCAGTATCAAGCCATCAACGCAGAGATCGCGGCGTCGGTACCGGCTGTGCCCATCGCCTTCCCCATCTCTGCCCTGGCGCTGTCCAACAAGGTGGAAAGCTACCCGGCTTCCCCCGTCCTCAACGAAGTTTTCACAAACGTCCGCCTAAAGCCTTGA MASSKMRRLSIQFGAAVLALGLAGCTGAPGPALTSSASNSPAAEPSATFNFGTASMPLGLDPAVTADSESYRVTRQVLEGLVGVDGETGQTTPLLATEWKDSNNGLSYDFTLRSNVTFHDGTPLDATAVCANFNRWFTFPEDLRKQAPGISFQSVFKAYSDQPVFSIFKDCKVVSASDVRINLTRPFTGFLQALTLPAFAISSPAALEAQKANVLDQVRNGQAMSSYAGHPVGTGPYVFTGWDEKKLTLSSYKGYWGNRGQIATINFIPYDRAETRQQALLDGKIDAYDLVTSGTFDQLVKKGVQIIQRDPFSVMYLGINQAVAPLEKPEVRQAIEMAIDKEALIRKFFIDNTAQASQFVPPKLSGFNNNAPSLGYNPEKAKELLKKAGYKGEELKFYYPLNATRAYMPTPEKIYAELSRQLVAVGFNIKPVPIDWEDGYLQRVQSAGDRGLHLLGWNGSYADADNFLGPLFGESRAEFGYADSEVFHKIERARAMPEGDDRNTQYQAINAEIAASVPAVPIAFPISALALSNKVESYPASPVLNEVFTNVRLKP PGPT0004430_5397 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 D3-18_01816 1080 resA_3 Thiol-disulfide oxidoreductase ResA ATGCCCGGGTTCCATGCCGGGGTTTCCAAAGGAAACCCCGGCCACAGGCTTTGGTCAGACTTGAGGCAGGTCGGTGTCAACCTCGTGGGATTCCTGCTCCGGCGCCGGCAACCCTGCAAGGCCCCGGACAACGATCCGAAGCTCCTCGCGGAGGCGGGCGGTGTCCACTGCAACGGGCGACAAGACATCCTGCTCGAGCTTTACTGCTTCTGCAAGAGCCGCAACGCCGGCGTCGGTAAGGGTCACCACGTGACTTCTGCGGTCGGAATCACTGCGTTGTCGGGTGACATGCCCGTGCAGCTCAAGCCTCGCAAGAGTGGTTCCCATTGTCTGGGCTTTAACCCGCGCTACTTCGGCCAAAGCCGCTTGCGTAATGGCACCTTTGGCAGCCAACACTTGCATGGCAATGACACCGGCGTGGGTAAGGCCGATGGACTTCAATTTTTCGTTCCACGAGATTTCCACCAGGCGTGCAGCTGTCGAAAGCAATCGGGTGGTGGGCCATCTCTCCATATCTGGCATGCCGACAGTATATGCGCGGAAGCGGTGAGGACGCGGCTTCCCGCACTAAACTGGGAAATCGCGATCACTGGCAAGGAGCACATTTTGGCTGAACGACTTATCCCGGGCGACACCGCCCCGGACTTCACACTTCAGGACGAAACCGGCAAAAGCATGAGCCTGAGGGACCTTCGGGGACGGAAAACCATCCTCTATTTCTATCCGGCCGCTTCGACCCCCGGATGCACCAAGGAAGCCTGCGATTTCCGCGACACGCTGGGGTCCCTGCAGTCCGCAGGGTACGAAGTGGTGGGAGTCTCCCCCGACCCCGTCAAAGCGCTTGCAAAGTTCAGTGAGGCAGAACAGCTGACCTTCCGCCTGCTCTCGGACGAGGACCACTCCGTTGCCGAGGCGTATGGGGCCTGGGGCGAGAAGAAGAACTACGGCCGCAGCTATATGGGGCTGATCCGATCCACCTTTGTGGTTGATCCCGATGGAAAGCTCTCCCTGGCGCAATACAACGTGCGTGCTACGGGGCACGTTGCCAAGCTCCGGCGGGATCTCAAGCTGGACAAGTAG MPGFHAGVSKGNPGHRLWSDLRQVGVNLVGFLLRRRQPCKAPDNDPKLLAEAGGVHCNGRQDILLELYCFCKSRNAGVGKGHHVTSAVGITALSGDMPVQLKPRKSGSHCLGFNPRYFGQSRLRNGTFGSQHLHGNDTGVGKADGLQFFVPRDFHQACSCRKQSGGGPSLHIWHADSICAEAVRTRLPALNWEIAITGKEHILAERLIPGDTAPDFTLQDETGKSMSLRDLRGRKTILYFYPAASTPGCTKEACDFRDTLGSLQSAGYEVVGVSPDPVKALAKFSEAEQLTFRLLSDEDHSVAEAYGAWGEKKNYGRSYMGLIRSTFVVDPDGKLSLAQYNVRATGHVAKLRRDLKLDK NA NA NA NA NA D3-18_01819 1248 hypothetical protein ATGCGGAGGCTGCCGGTTTCCGCCCACCTCGCCGCAGCAGGCACTGAGGAGAACCCGGCGGCCAGGATACAGGCAGGCAAGAACATGGGCAGGCACTCTCTGGTAAGGCGTGATCGACTCATACCCGCCTCCGCGCTTGTGCTGCTCCTGTCGGTAACGGGATGCACCGGCAGTCCATCGTCGCCGGGGACCGCGGCAACACCGAACGCGTCAGCCACCCGGGAGGGGACAGCCACTTCAGCGACATCCGCCCCCGGAACCACGCAAACAACGCCCGCACCGCCACAGATCCCGGAAGTCGCTCAAAAGCTCGACGTCGGATTGCAGCTGCCGTGGTCAGTTGTCTTCTTGCCAAACGGCACAGCTGTGGTGTCCGAGCGGGACTCCGCCCAGGTGAAGAGCATCCGAGACGGCCAGGCCACCACCATAGGTGAGGTGTCCGGCGTCGACCCCGGCGGAGAAGGAGGATTGCTCGGCTTGGCCCTCTCCCCCGACTTCGCAACGGACCGGTGGCTGTACGCATACTTCACTTCACCAAGCGACAACCGGATTGCGCGGATGAAATTGACCGAGGATACAGGTGGTCAATTGGCTCTGGGTGAGGCTGAAGTGATCTTCTCCGGAATGTCCAAGGCCTCAACCCACAACGGTGGTCGAATCCGTTTTGGCCCGGATGGGTTCCTCTACGTAGGCACCGGCGATTCGCAGCGCCGGGAGCAACCCCAGGATACAAACGCACTGGGAGGCAAGATCCTTCGACTCACTCCGGAGGGTCGCCCGGCCCCGGGTAATCCCTTCGGCGATAACCCCGTCTACAGCTATGGCCACCGGAACGTGCAGGGCCTGGCGTGGGACACGGACGGACGCCTCTGGGCCAGCGAGTTCGGGCCGGACGTGGATGACGAACTAAACCTGATCACGCCCGGCGGAAACTACGGTTGGCCTACCGTGACCGGCGCGCCGGGCAGAAGCGGGCTGATTGATGCGAAGGTCGTCTGGCCATCAACGTCGGACGCCTCACCAAGTGGTCTCGAAATCGTTGATGGCATTGCCTATACGGGTGCGCTTCGTGGTCAACGACTGTGGGCGGTTCCGCTCGAGGGCGAGAACGCGGGCACCCCTGTGGCCTATTTCACAGGACAGTACGGGCGGCTGAGGGACGTAGCTCGAGCCCCCGACGGCACTCTCTGGGTTGTCAGCAACAACAGAAACCCTGATTTTGCGGTGATTCTGAAGCTCGGCCCGTGA MRRLPVSAHLAAAGTEENPAARIQAGKNMGRHSLVRRDRLIPASALVLLLSVTGCTGSPSSPGTAATPNASATREGTATSATSAPGTTQTTPAPPQIPEVAQKLDVGLQLPWSVVFLPNGTAVVSERDSAQVKSIRDGQATTIGEVSGVDPGGEGGLLGLALSPDFATDRWLYAYFTSPSDNRIARMKLTEDTGGQLALGEAEVIFSGMSKASTHNGGRIRFGPDGFLYVGTGDSQRREQPQDTNALGGKILRLTPEGRPAPGNPFGDNPVYSYGHRNVQGLAWDTDGRLWASEFGPDVDDELNLITPGGNYGWPTVTGAPGRSGLIDAKVVWPSTSDASPSGLEIVDGIAYTGALRGQRLWAVPLEGENAGTPVAYFTGQYGRLRDVARAPDGTLWVVSNNRNPDFAVILKLGP PGPT0017700_901 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_ALDOSE_DEGRADATION,PGPT0017700-yliI-K21430 NA NA D3-18_01820 978 hypothetical protein ATGGACTGGTTAATTTGGGTCATTGTCATTGTTTTGGTCGTCGCAATTGTTTGGTGGCTAATGAACCGCAACAAGACAGGAAACATCGATACCACCCCAAGCCATGCCCCCGCCGACGATCGCCTTTCCGGGACAACCAGCACCACTGCCCCGGCAGCGATGGAGCCCAGCAACACGGCCTCCATGCCGGACCCCGCGGCAACGGCAGCAGGTGTGGCCGGCCTGGCAGGGGTAACCAATCTGGGCAAGACCGCAGCCGAGGGCAGCGGCCCGACTGTCGAGGAGCCAAGGGTTGCCGAACCTGACCTTGCCGAACCGGACGTTGCCGAACCCGGACCTTCCGAAGAAATCCACGGGGCCTCCCCCGTCACCGATGACGTGCAAGCCGAGCCGCGCACCGCCGTCGACGATTCACCAGCCGCTGCAGCCTCCGATGTTCAGCCGGCCACCACGCCCGGGTTGACCGTGGCGGAACCAATCATCGAAACCCCTGCAGTGGCCGAGCCCGTGATTGACGAACCAGTGGTGGCGGAACCCGTGGTGCACACAGACACAAAGATCCATGCGGCCGACGCCGACGCCGGCGACGTGGACGATTGGGATGCGGGTTCTCCCGCTGCCGCCTCCAACGAGGCAGCAGACAAGGCTGAGTGGGAGTCTTCCTGGACAGATGCGAGCGGCACTCCGGTCCATCACCACGAGTACACCGATGCACACTCACCCACCCTGCCGGGCGCAGAGTCTGCAGCGGCCGAAGATTCGGCGGGCTCCGGGCACCTGGCCGTCGAGCATCCCTACGGCACCGGATCCTCCAGCGCACCAGGGGATGCCTATCCCGTCAAGGCCAACGCCTCGGCCATGACGTACCACGACGAAGACACAGCCGGGTATGACGACGCTGTTGCCGATGTGTGGTTCGAATCATCCGCGCATGCGGAGGCTGCCGGTTTCCGCCCACCTCGCCGCAGCAGGCACTGA MDWLIWVIVIVLVVAIVWWLMNRNKTGNIDTTPSHAPADDRLSGTTSTTAPAAMEPSNTASMPDPAATAAGVAGLAGVTNLGKTAAEGSGPTVEEPRVAEPDLAEPDVAEPGPSEEIHGASPVTDDVQAEPRTAVDDSPAAAASDVQPATTPGLTVAEPIIETPAVAEPVIDEPVVAEPVVHTDTKIHAADADAGDVDDWDAGSPAAASNEAADKAEWESSWTDASGTPVHHHEYTDAHSPTLPGAESAAAEDSAGSGHLAVEHPYGTGSSSAPGDAYPVKANASAMTYHDEDTAGYDDAVADVWFESSAHAEAAGFRPPRRSRH NA NA NA NA NA D3-18_01821 933 gltC_2 HTH-type transcriptional regulator GltC ATGGACTTCAAAAGGCTGCAGATTCTGCGCGAATTAGCGGACCGGCAAAGTGTTGGCGCCACAGCCGAGGCCCTGAATGTCACAGCCTCGGCGGTATCACAGCAGCTGAAAACGCTGCAGGCGGAGATTGGTGTTGTCCTCGTGGAGAAGGTGGGCAGGAGCGTTCAGCTGACCGAAGCAGGACTGGCCATGGCGGCAGCAGCATCGGACATAGCCACAGCCATGGCCAGGGCGGAGTCCACCATTGACATCTACCGGAAGGGTTGGCAAACACGCGTCTCCGCAGCCTTCTTTCCCAGTGCGGCGGAAATGCTCCTTCCAGGAGTGCTGCACCGCGTTTCCTCTGTGGATGGACTGACTTTCGATGCACATTTCGAGGATCCGGGAACTGCCCATTTCGCTCCCTTGGTGGCGGACTACGACATTGTGCTGGCGCACAGCGTGGATGGGCCTGAGGTTTTTGCCCGGCGGGGCCTCACTGTAGTGCCGCTCCTGGAGGAAGCGCTGGACGTCGCCATGCCGGCCGGCCATCCCTTGGCCGCAAAAGTCCGGCTTAGCCCCCAGGACGTTGTTGACTATCCGTGGATCGGCGTCCCGGAGGGCTTCCCGTTCGACACCGTCCTTCGCCAGATCGAACTCCATGCAGGCAGGCAGGCCTTGAGGGGCCAGCGATATCCGGATCTGAGGGTGCTTGAGGCTTTGGTGGGCGCGGGGCACGGCATCTGCCTTTTGCCCCGATACACTGCCCGGGCAAGTGCGCGGCGGGGACTCGTTCTTCGGCCACTTACCGACGTCAAGGCAAGCCGAAGCATCGTGGCATTGTCGCGGCAGGAAGTTGCCGCGCGGGCCACCATCGCCATCGTCCTGGACATGCTCAAGAGCGAAGCTGAATCCATTGCCAAGGAACTCAATGAGTCACGCCCCAACGTCTAA MDFKRLQILRELADRQSVGATAEALNVTASAVSQQLKTLQAEIGVVLVEKVGRSVQLTEAGLAMAAAASDIATAMARAESTIDIYRKGWQTRVSAAFFPSAAEMLLPGVLHRVSSVDGLTFDAHFEDPGTAHFAPLVADYDIVLAHSVDGPEVFARRGLTVVPLLEEALDVAMPAGHPLAAKVRLSPQDVVDYPWIGVPEGFPFDTVLRQIELHAGRQALRGQRYPDLRVLEALVGAGHGICLLPRYTARASARRGLVLRPLTDVKASRSIVALSRQEVAARATIAIVLDMLKSEAESIAKELNESRPNV NA NA NA NA NA D3-18_01822 1722 ilvD_1 COG0129 Dihydroxy-acid dehydratase ATGAGTGACACCACCCGAATTGCGACAGACAACACCCCGGACATCAAACCCCGCAGTCGGGTGGTGACCGACGGCATTCACGCGGCTCCTGCCCGTGGCATGTTCCGTGCGGTGGGCATGGGGGACGACGACTTCGCCAAACCCCAAATTGGTGTTGCCAGTTCGTGGAACGAAATTACCCCCTGCAACCTTTCCCTGAACCGCCTTGCGCAGGGCGCCAAAGAAGGCGTCCATGCTGGCGGTGGCTTCCCGATGCAGTTCGGCACCATTTCTGTCTCGGACGGTATTTCCATGGGCCACGAGGGAATGCACTTCTCCTTGGTTTCCCGTGAGGTCATCGCCGACTCCGTGGAAACAGTGATGCAGGCCGAGCGCATTGATGGCTCGGTGCTCCTGGCGGGCTGTGACAAGTCCCTTCCGGGCATGCTCATGGCTGCTGCCCGCCTGGACCTCGCGTCCGTCTTCCTTTACGCAGGCTCCATCATGCCGGGCTGGGTCAAGCTGGAGGACGGCTCGGAGAAGGAAGTCACCCTCATTGATGCCTTCGAGGCCGTGGGTGCCTGTGCCGCCGGCAAAATGAGCATGGAAGACCTCACCCGCATCGAAAAAGCTATCTGTCCTGGCGAAGGTGCCTGTGGCGGCATGTACACGGCCAACACCATGGCCTGCATTGGCGAGGCCCTGGGCATGTCCCTTCCCGGTTCAGCCGCCCCGCCGTCGGCAGACCGCCGTCGTGATGATTTCGCCCGCAAGTCCGGCGAAGCGGTAGTCAATCTGCTGCGCCTGGGCATCACAGCGCGGGACATCATGACCAAAAAGGCGTTCGAGAACGCCATCGCCGTCACCATGGCCTTTGGCGGTTCCACCAACGCTGTCCTGCACTTGCTCGCGATTGCCCGCGAAGCCGAAGTCGAGCTGACGCTGGACGATTTCAACCGCATCGGCGACAAAATCCCCCACCTGGGGGATCTCAAGCCCTTTGGGCGCTACGTTATGACCGACGTGGACAAGATTGGCGGCGTGCCGGTCATCATGAAGGCGCTCCTCGACGCCGGACTGCTGCACGGTGACTGCCTCACCGTTACCGGCAAGACGCTTGCCGAAAACCTGGCCTCGATCAACCCGCCGGACCTTGATGGCAAGATCCTCCGTGCCCTGGACAACCCCATCCACAAGACCGGTGGCATCACTATCCTTCACGGTTCCATGGCCCCCGAAGGCGCCGTAGTGAAGAGTGCCGGCTTCGATGCTGACGTCTTTGAAGGAACTGCGCGTGTCTTCGAGCGCGAGCAGGGCGCCCTCAGCGCGTTGGACAACGGCGAAATCAACAAGGGTGACGTGGTGGTCATCCGCTATGAAGGACCCAAGGGCGGCCCCGGTATGCGCGAGATGCTGGCCATCACCGGAGCCATCAAGGGTGCGGGCCTTGGCAAGGATGTCCTGCTGCTTACTGATGGCCGCTTCTCCGGTGGTACAACAGGTCTGTGCATCGGGCACGTTGCGCCGGAAGCCGTCGACGGCGGCCCCATCGCCTTCGTGAAGGACGGCGACCGTATCCGTGTGGATATTGCTGCCCGCTCCTTCGATCTTCTGGTGGACGAAGCTGAGCTCGGGGCCCGCAAGGAGGGCTGGGAGCCGCTGCCAGCCAAGTTCACCAAGGGCGTGCTTGCCAAGTACGCCAAGCTTGTCCACAGTGCCTCCACGGGAGCGTACTGCGGGTAG MSDTTRIATDNTPDIKPRSRVVTDGIHAAPARGMFRAVGMGDDDFAKPQIGVASSWNEITPCNLSLNRLAQGAKEGVHAGGGFPMQFGTISVSDGISMGHEGMHFSLVSREVIADSVETVMQAERIDGSVLLAGCDKSLPGMLMAAARLDLASVFLYAGSIMPGWVKLEDGSEKEVTLIDAFEAVGACAAGKMSMEDLTRIEKAICPGEGACGGMYTANTMACIGEALGMSLPGSAAPPSADRRRDDFARKSGEAVVNLLRLGITARDIMTKKAFENAIAVTMAFGGSTNAVLHLLAIAREAEVELTLDDFNRIGDKIPHLGDLKPFGRYVMTDVDKIGGVPVIMKALLDAGLLHGDCLTVTGKTLAENLASINPPDLDGKILRALDNPIHKTGGITILHGSMAPEGAVVKSAGFDADVFEGTARVFEREQGALSALDNGEINKGDVVVIRYEGPKGGPGMREMLAITGAIKGAGLGKDVLLLTDGRFSGGTTGLCIGHVAPEAVDGGPIAFVKDGDRIRVDIAARSFDLLVDEAELGARKEGWEPLPAKFTKGVLAKYAKLVHSASTGAYCG PGPT0001875_2580 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 D3-18_01823 1905 ilvB1 COG0028 Acetolactate synthase large subunit IlvB1 ATGAGCAAAGGATCGCCGATCAGCCCCTCGCTGATGGCTGCAAAGTCCGCTGGAGCCCACAAAGCTCCGGAAAAGGTCGACCGTACGGCTGAGGCCGTCGTCGTCGACGCTGCTGCACCTCTCTCTCCTGTACTTGGGCCGAACACCGTTGTACCCCCAACGGTGATGTCCGGCTCGCAAGCAATTGTCCGTTCGCTCGAAGAACTCGGCGTGGACGATATTTTCGGTTTGCCCGGTGGCGCGATCCTGCCCACCTACGACCCCTTGATGGCCTCCAGCATGAATCACATCCTGGTCCGTCACGAACAGGGAGCCGGCCACGCCGCGCAAGGCTACGCCATGGTTACCGGACGGGTTGGCGTTTGCATCGCCACCTCGGGACCCGGTGCCACCAACCTCGTTACCGCCATCATGGACGCCCACATGGATTCCGTGCCAATGGTGGCCATCACCGGCCAGGTTTCCAGCGGAGTCATCGGCACCGATGCCTTCCAGGAAGCGGACATCGTGGGTATCACGATGCCCATTACCAAGCACTCGTTCCTGGTGACTGACCCTAATGACATTCCGCATGTCATGGCTGAGGCTTTCCACCTCGCGTCCACTGGCCGCCCAGGCCCCGTTCTGGTGGATATCGCCAAGGACGCCCAGGTTGGCCAGATGACCTTCTCCTGGCCGCCGAAGGTGGATTTGCCGGGCTACCGCCCCGTAGTGCGCGGCCACAACAAGCAGGTCCGCGAAGCGGCCAAGCTGATCGCTGCCGCCAGCAAGCCGGTCCTCTATGTAGGCGGCGGTGTGGTCAAGGCCCACGCCTCCGCAGAGCTCATGGAGCTCGCGCTGGCTACCGGCGCTCCCGTGGTCACCACCCTGATGGCGCGAGGTGCATTCCCTGATTCGCATCCGCAACACGTTGGCATGCCGGGCATGCATGGTTCTGTCTCCGCCGTAACTGCGCTTCAGCAGGCCGACCTGCTGATCACCCTCGGTGCCAGGTTTGATGACCGTGTCACCGGCGTGCTGAAGACCTTTGCCCCGTTTGCCAAGGTCATCCACGCTGACATCGACCCCGCGGAAATCTCCAAGAACCGCACAGCCGATGTCCCGATTGTTGGCTCGGTTAAGGAAATCATTCCCGAACTCACCGAGGCCGTGAAGACGCAGTTCGAACTGAGCGGAACCCCGGACCTGGACTCATGGTGGGCCTTCCTGGGCAACCTTCGCGACACGTACCCGCTGGGATGGACCGAGCCCGAGGACGGGCTCACCGCCCCGCAGCGCGTGATCAAGCGCATCGGTGAGCTCACGGGTCCTGAAGGCATCTACGTAGCCGGCGTTGGCCAGCACCAGATGTGGGCCGCCCAGTTCATCAAGTACGAACGGCCTCACGCCTGGCTGAACTCAGGCGGCGCAGGAACCATGGGATACTCGGTTCCGGCAGCCATGGGCGCCAAGGTCGGTGAACCGGACCGTGTGGTCTGGGCCATCGACGGTGACGGCTGCTTCCAAATGACCAATCAGGAGCTGGCCACCTGCGCCATCAACAACATCCCGATTAAGGTCGCCATCATCAACAACTCCTCGCTGGGCATGGTCCGCCAATGGCAGACGCTGTTCTACGAGGGTCGCTACTCGAACACGGATCTGAATACAGGCCACGACACCATCCGGATTCCGGACTTCGTGAAACTGGCCGATGCCTACGGTTGTGCCGCACTGCGTTGTGAGCGCGACGAAGACATTGATGCCACCATCCAGAAGGCACTCGAAATCAATGACCGTCCCGTGGTCATCGACTTCGTCGTCAGCCCGAACTCGATGGTGTGGCCCATGGTGCCTTCGGGCGTCAGCAACGACCAGATTCAGGTTGCCCGCAACATGACCCCGGAATGGGAAGAGGAGGACTAG MSKGSPISPSLMAAKSAGAHKAPEKVDRTAEAVVVDAAAPLSPVLGPNTVVPPTVMSGSQAIVRSLEELGVDDIFGLPGGAILPTYDPLMASSMNHILVRHEQGAGHAAQGYAMVTGRVGVCIATSGPGATNLVTAIMDAHMDSVPMVAITGQVSSGVIGTDAFQEADIVGITMPITKHSFLVTDPNDIPHVMAEAFHLASTGRPGPVLVDIAKDAQVGQMTFSWPPKVDLPGYRPVVRGHNKQVREAAKLIAAASKPVLYVGGGVVKAHASAELMELALATGAPVVTTLMARGAFPDSHPQHVGMPGMHGSVSAVTALQQADLLITLGARFDDRVTGVLKTFAPFAKVIHADIDPAEISKNRTADVPIVGSVKEIIPELTEAVKTQFELSGTPDLDSWWAFLGNLRDTYPLGWTEPEDGLTAPQRVIKRIGELTGPEGIYVAGVGQHQMWAAQFIKYERPHAWLNSGGAGTMGYSVPAAMGAKVGEPDRVVWAIDGDGCFQMTNQELATCAINNIPIKVAIINNSSLGMVRQWQTLFYEGRYSNTDLNTGHDTIRIPDFVKLADAYGCAALRCERDEDIDATIQKALEINDRPVVIDFVVSPNSMVWPMVPSGVSNDQIQVARNMTPEWEEED PGPT0008185_479 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 D3-18_01824 513 ilvH COG0440 Acetolactate synthase small subunit ATGAGCCGTCACACACTGTCCGTTCTGGTAGAAGACAAGCCCGGCGTGCTCACTCGCGTGGCCAGCCTCTTCGCCCGGCGTGCGTTCAACATCAATTCCCTGGCTGTGGGACCCACCGAGGTTCCAGGCATGTCCCGCATGACGGTTGTCGTCGACGCCGACGGCGACCTCATCGAGCAGGTCACCAAGCAGCTCAACAAGTTGGTCAACGTCATCAAGATTGTTGAGCTGACTTCCGAATCTTCCGTACAACGTGACCACATCCTGGTCAAAGTACGTGCGGATGCCGCGACACGTCTGCAGGTTACCCAGGCTGCAGACCTGTTCCGTGCCGCCGTCGTCGACGTGTCCACAGACTCGTTGGTGATTGAGGCAACCGGTACCCCCGAGAAACTCGCTGCGCTGCTTTCAGTGCTCGAGCCGTTCGGCATCCGTGAAATCGTGCAGTCCGGCACCTTGGCCGTTGGACGGGGATCCCGCTCCATGAGTGACAGGGCGCTCCGTTCCGCGTGA MSRHTLSVLVEDKPGVLTRVASLFARRAFNINSLAVGPTEVPGMSRMTVVVDADGDLIEQVTKQLNKLVNVIKIVELTSESSVQRDHILVKVRADAATRLQVTQAADLFRAAVVDVSTDSLVIEATGTPEKLAALLSVLEPFGIREIVQSGTLAVGRGSRSMSDRALRSA PGPT0008205_1972 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 D3-18_01825 1026 ilvC COG0059 Ketol-acid reductoisomerase (NADP(+)) GTGACTGAAATGTTCTACGACGACGACGCAGACCTGTCGATCATCCAGGGCCGCAAGGTAGCCATCGTTGGCTACGGCTCCCAGGGCCACGCCCACGCACTGAACCTGCGCGATTCCGGCGTCGAGGTTGTTATCGCGCTGAAGGACGGCTCCAAGTCGGCCGCCAAGGCACAGGACGCAGGCTTCACTGTCAAGAACGTTGCGGACGCCGCCGAATGGGCAGACGTCATCATGATCCTGGCACCGGACCAGCACCAGCGCTCCATCTACAACGACTCCATCAAGGACAAACTGACCGAGGGCAAGGCACTTGCCTTCGCTCACGGCTTCAACATCCGTTTCGGCTACATCGAAGCTCCGGCCGGCGTTGACGTTATCCTGATCGCCCCGAAGGCTCCGGGCCACACTGTGCGCCGCGAATTCGAAGCCGGCCGCGGTATCCCGGACATCATCGCTGTTGAGCAGGACGCAACCGGTTCCGCTTGGGACCTGGCGAAGTCCTACGCCAAGGCAATCGGCGGAACCCGCGCCGGCGTCATCAAGACCACCTTCACCGAAGAGACCGAGACCGACCTCTTCGGTGAGCAGTCCGTTCTCTGCGGCGGCGTTTCCCAGCTCGTTCAGTACGGCTTCGAAACCCTGACCGAAGCCGGCTACCAGCCGCAGATCGCCTACTTCGAGGTTCTCCACGAGCTCAAGCTCATCGTTGACCTCATGTGGGAAGGCGGCATTGCCAAGCAGCGCTGGAGCGTTTCCGACACCGCAGAGTACGGCGACTACGTCTCCGGCCCGCGCGTCATCACCCCCGAGGTGAAGGAAAACATGAAGGCTGTCCTCGCCGACATCCAGAGCGGTGCTTTCGCCAAGCGCTTCATCGACGATCAGGACAACGGTGGCACCGAGTTCAAGGAACTGCGTGCCAAGGCAGAGCAGCACCCGATCGAAGAGGTCGGCCGCGAACTGCGTTCCCTGTTCTCCTGGCAGCAGCAGGACGCTGACTACGTTGAAGGTTCCGCAGCGCGCTGA MTEMFYDDDADLSIIQGRKVAIVGYGSQGHAHALNLRDSGVEVVIALKDGSKSAAKAQDAGFTVKNVADAAEWADVIMILAPDQHQRSIYNDSIKDKLTEGKALAFAHGFNIRFGYIEAPAGVDVILIAPKAPGHTVRREFEAGRGIPDIIAVEQDATGSAWDLAKSYAKAIGGTRAGVIKTTFTEETETDLFGEQSVLCGGVSQLVQYGFETLTEAGYQPQIAYFEVLHELKLIVDLMWEGGIAKQRWSVSDTAEYGDYVSGPRVITPEVKENMKAVLADIQSGAFAKRFIDDQDNGGTEFKELRAKAEQHPIEEVGRELRSLFSWQQQDADYVEGSAAR PGPT0008735_1787 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 D3-18_01826 1596 serA COG0111 D-3-phosphoglycerate dehydrogenase GTGTCAGTCAGCAAACCCGTCGTCCTCCTCGCCGAGGAACTTTCGCCCGCCACAGTCGAGGCATTGGGCCCGGACTTTGAAATCCGACAGACCGACGGCGCCGACCGTTCCCAGCTGCTGTCCGCCATTGCCGACGTCGACGCCATCCTGGTGCGTTCGGCCACCCAGGTGGATGCCGAGGCCATCGCTGCGGCCAAGAACCTCAAGGTCATCGCCCGTGCCGGCGTGGGGCTGGACAACGTTGACATCAAGTCCGCAACGCAAGCAGGCGTCATGGTGGTCAACGCCCCGACGTCCAACATCGTTTCTGCCGCAGAGCTCACCGTAGGCCACATCCTGAGCCTCGCCCGCCACATTCCGCAGGCCAGCTCTGCTTTGAAGAACGGCGAGTGGAAGCGCTCAAAGTACACCGGCATCGAACTCTTCGAGAAGAAGATCGGAATCATCGGCCTTGGACGTATCGGTGCCTTGGTGGCAGCACGCCTCCAGGGCTTCGAAACCGAAATCCTCGCCTATGACCCCTACATTACGGCTGCTCGCGCAGCCCAGTTGGGCGTCAAGCTTGTCACCCTTGACGAACTTCTGGAAAACGCCGACTTCATCACCATCCACATGCCCAAGACGCCGGAGACGGTAGGCATGCTGGGCGCGGACGCCTTCCGGAAGATGAAGGAATCGGCGTACGTCATCAACGTGGCACGTGGTGGCCTCGTGGACGAAGAAGCGCTGTACACCGCTCTGAAGGAAGGCCAGATCGCGGGCGCCGGCGTGGACGTCTTCGTCAAGGAACCCAGCACCGACCTGCCGTTCTTCGAGCTCGACAACGTCGTTGTCACTCCGCACCTCGGCGCGTCCACGGATGAGGCGCAGGAGAAGGCCGGCGTGTCAGTGGCCAAGTCGGTTCGCCTTGCCCTTGCAGGCGAACTGGTGCCCGATGCCGTGAACGTTGCCGGAGGCGTCATCGCTCCGGATGTTCGCCCGGGTATCCCGCTGATCGAAAAGCTGGGCCGGATCTTCACGGCGCTTACCCACGCGTCCCTGACCCAGATCGACGTAGAGGTGGCCGGCGAAATTGCCGCGCTGGACGTCAAGGTACTTGAACTGGCTGCGCTGAAGGGCGTCTTCGCTGATGTGGTCACCGAGCAGGTCTCCTACGTGAATGCTCCGGTGATCGCGGAACAGCGCGGCATCAACACCCGGCTGATCACCACCCCCGACGCCGAGGACTACCGCAACGTCCTGACCATCCGTGGTGCCCTCAGCGATGGTTCGCAGATCTCTGTTGCCGGTACCCTCACGGGTCCCAAGCAGGTGGAGAAGCTCGTAGGCGTCAACGGATACGACGTCGAAATCCCCATCAGCGAGCACCTGGTTGTTGTGGCCTACGCCGACCGTCCGGGTGTCATTGGCACCATCGGACACATCTTGGGCATGAACAACATCAACATCGGCGGGATGCAGGTTGCGCGCCAGACCGAAGGCGGCCAGGTTCTCGCGCTCCTGACCATCGACAGCTCGGTTCCGCAGCAGGTGCTGGAAGCCATCAAGGCCGGTATCGGCGCAGAGATGGTTCGCGAAGTGGACCTGGAGGACTAG MSVSKPVVLLAEELSPATVEALGPDFEIRQTDGADRSQLLSAIADVDAILVRSATQVDAEAIAAAKNLKVIARAGVGLDNVDIKSATQAGVMVVNAPTSNIVSAAELTVGHILSLARHIPQASSALKNGEWKRSKYTGIELFEKKIGIIGLGRIGALVAARLQGFETEILAYDPYITAARAAQLGVKLVTLDELLENADFITIHMPKTPETVGMLGADAFRKMKESAYVINVARGGLVDEEALYTALKEGQIAGAGVDVFVKEPSTDLPFFELDNVVVTPHLGASTDEAQEKAGVSVAKSVRLALAGELVPDAVNVAGGVIAPDVRPGIPLIEKLGRIFTALTHASLTQIDVEVAGEIAALDVKVLELAALKGVFADVVTEQVSYVNAPVIAEQRGINTRLITTPDAEDYRNVLTIRGALSDGSQISVAGTLTGPKQVEKLVGVNGYDVEIPISEHLVVVAYADRPGVIGTIGHILGMNNINIGGMQVARQTEGGQVLALLTIDSSVPQQVLEAIKAGIGAEMVREVDLED PGPT0009155_1164 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009155-serA-K00058 NA NA D3-18_01827 2811 hypothetical protein ATGAACGCCGTCCAAAGGTTCATCAGAAGCCGTGTGCTGCTGCTGACCGCGGCCATTTTGATCGTCGCCATGTGCTTGTCCGTCCTCGTCCAGAGCCAGTCGCAGGCGGCTCTGAACAGGACAGTGGACGAGAACTCGCGGGGACTCTACGACATCCTGGTCCAGGCAAAGCCTGACCAATCACAAGATGGCGACGGCGGTGCATTGATTCAGCCGGAAATCGCCAACGGCCAAGGCGGCATCAGCTTTGAGCAGCTGGAGAAGATCCGGACCATGGGTCAAACGGCCGTGGCCGCACCTATCAGCCTGGTTTCGCGCGTATCGCAGAACCTTGAGGCTCCGCGCCTCAACGCCATGGACTACCTGGGCTATAACGCGGGCCTTGCCGGCGCAGTGACGGCGGGGGATCCGTCCGCCATGGATTCGAACAAGTGGCCTGCAGCGGAATCAGTACTGCCTGATTCCCCCAAGAAGTACCGCCTCACCGCCTCGGCCACGAGCTCGGACGGAGCTAACGAGAAAACCCTTTTCAAAACCAGCGCTGAAGGCACCTTGGGCAAGGGTCGCCTGATCCAGGAACAGACTGCTGGCGGCACCAATGTCCGGATCGCCGGCCCTGAGGGCGAGACAGGTGTTAAGTTCCCCGCTCCCGCCCTGGGCTCGGAGCACAATCTTTTCAATCTCTCCGTGGCGCTTCCCCTGGCGCCTGAGGTGACAGAGTCCGTCGTCGCCGTCGACCCTGCCGCTGAGCGGGCGCTGCTGGGCTCGGCAGGAGACTTCCTGGCACCCTTGGAGAAGGCTCCTCCGGCGGATGCCCGTGACGCGGGCGCCATTGGACGACACTTCGAGAGTCTTTTCACCACCGGCCTCAGCATGGACCAGCTGGAAGAAGGCCCCGATTTCCTGGGCGTCAAGCTCAAGCACTGGGCGCCGCTGATGACACAGTACCAACAGGCCAAGCGCGACGGCCTGCTGACGGAGGACTCCCAAGCCATTCCGCTGATTGTCCGTTCAGGCACATCCCTTGACCTGCAGTACTCGGTGAAGATCGAGGAACTTGACGCAAGCGGCAAGGTGGTCAATGAGGTGGGCACTGTAACGCGTTCCCTGGACAAGGACTACCTTCCGTTCGTGTCCAAGTCCCCGTTCGCCCTCGAATGGCCCGGATCAACCGATCACAGCAAATTGCTGGGCAGCACGGCCTCCTTCAGCCAGGGTTTGTACAACCCGGCCACGTGGAGCACGGCATTTGCCGCAGCACCTCAGTACAAGGACGGCGACGAAGCCTCCAACGGCGCATCGGATAAGAGCGCCACACCGGGGGACTGGGTAACGGTGAACCGTCTGCCGGAGAAGTCGTCCTTCGGGGCGCCCGTGGATCAGACCCAGCGTAAGCCGGTTGAGGAACGCTCCTACCGGGAAGACCTGGAAACAGGCAAGAAGCCGGCCACGCCGCTGCCCATGGTGTACGGCACCTTCGACCCTGCCGCAGTGAAGTCTGCTGCCGGGGACGTCAACAAGCTGCCCTTGGGCGGCTACGACCCCACGCCGATGACTCTCACCAAGGACGCTGAGGGCAAAGAGGTTGAGGGCACGGAACTGAAGCCATCGCTGAGTGCTACAGGCTTGGTCAGCCAGTCCGCCGGCGCCATCACCGATTACTACGGACTGGCAGCTGCGCGTGGTTACGACACCAATGCGGACGTCATAGACGCTATCCGTGTCAAGGCGTCAGCCACCGGAAACTGGAAGACGGCACAGCCCGAGGTGGAGAAGTTGGCCACCCAGATCCGCGAGCTCGGCCTTGAGGCTACCGTCGTGGCGGGTTCCGCCCGTGAAGATGCCAATATTTTTGTCCCCGGCTACAGCAAGGACGACGCCGGCAAGGAATCGCCCCTGGGCACCGTCCAGCAGTCGTGGGTGCGACAGGACGCAGCCGATGCCGTCTCAGGTTCCCTTACCGGAACCAACATCACCCTTCTCTTCCTGACACTGCTGGGTGCAACGCTCCTGACAGGTGCTTCCACAGTCAGCTACATTCGACAACGCCGAAGCGAAGCCGGAATCCTCCGCGCCATGGGGTGGACCCAGAAACGGATCCGCTCCTGGGTCCTGGAAGAATTCGCTGTGGGAGCTGCCGCCCTCGCAGCAGCGGGACTCATCCTCAGCTTGCTGAGCTGGAACATTGCCACCGTGATCGTCTCGGTCACGATGCTGGTCATCTACAGCGCTGCTGCATTGCTCGCCGCCCAGCAGTTGCGCCACCGCGTGGTGATTGATCAGGAACCGCAGCATGACGAACGCCTGGTGACCGTTGACTCGCCCCTGACGTTCGCCAACAGGCAGCTCACCACCAACCGCTTCAACTCGATCTCCCTGGCTGTGGCAGTGGGTGTGTTCGGTGCCGCAGTGGGTGCCCTGATCGCACTCCTGATCGACATTCCCCGAGCAGCCGGTGCCAGCGCCCTGAGTGGTCTGGCCGCTGCCAGCATCGCGTTGCCGAGCGTCATCCTCGCTGTATTCGGTGTGGTGGTTGGCCTCCTCCTTACCCTGGTCACCGGTCGCTTCGAGCTCCACGCCAAACGGGAGTACCTCGGTACGTTGCGTGCCATGGGCTGGAACCCGGACATGCTTGGCCAAGTCCGCTTCTTCGAAAATGCACTTGTGGGCACAGTGGCACTTCCCTTGGGTGTCCTTGGTGCCCTGGGGCTGGGATTGCTCCTGGCTCCCTACGCGGCTCTTTGGGCCGGGCTGGCCGGTCTGCTGGCCGTAATTTGCTGGATTCCGATTGCAACGAAAGTAGTCAAATGA MNAVQRFIRSRVLLLTAAILIVAMCLSVLVQSQSQAALNRTVDENSRGLYDILVQAKPDQSQDGDGGALIQPEIANGQGGISFEQLEKIRTMGQTAVAAPISLVSRVSQNLEAPRLNAMDYLGYNAGLAGAVTAGDPSAMDSNKWPAAESVLPDSPKKYRLTASATSSDGANEKTLFKTSAEGTLGKGRLIQEQTAGGTNVRIAGPEGETGVKFPAPALGSEHNLFNLSVALPLAPEVTESVVAVDPAAERALLGSAGDFLAPLEKAPPADARDAGAIGRHFESLFTTGLSMDQLEEGPDFLGVKLKHWAPLMTQYQQAKRDGLLTEDSQAIPLIVRSGTSLDLQYSVKIEELDASGKVVNEVGTVTRSLDKDYLPFVSKSPFALEWPGSTDHSKLLGSTASFSQGLYNPATWSTAFAAAPQYKDGDEASNGASDKSATPGDWVTVNRLPEKSSFGAPVDQTQRKPVEERSYREDLETGKKPATPLPMVYGTFDPAAVKSAAGDVNKLPLGGYDPTPMTLTKDAEGKEVEGTELKPSLSATGLVSQSAGAITDYYGLAAARGYDTNADVIDAIRVKASATGNWKTAQPEVEKLATQIRELGLEATVVAGSAREDANIFVPGYSKDDAGKESPLGTVQQSWVRQDAADAVSGSLTGTNITLLFLTLLGATLLTGASTVSYIRQRRSEAGILRAMGWTQKRIRSWVLEEFAVGAAALAAAGLILSLLSWNIATVIVSVTMLVIYSAAALLAAQQLRHRVVIDQEPQHDERLVTVDSPLTFANRQLTTNRFNSISLAVAVGVFGAAVGALIALLIDIPRAAGASALSGLAAASIALPSVILAVFGVVVGLLLTLVTGRFELHAKREYLGTLRAMGWNPDMLGQVRFFENALVGTVALPLGVLGALGLGLLLAPYAALWAGLAGLLAVICWIPIATKVVK NA NA NA NA NA D3-18_01828 756 btuD_5 Vitamin B12 import ATP-binding protein BtuD ATGACTGACAACCTCAACCCCGAGCTGAAGGCCACCCCGGAATCCGCGGACGAGTCGCTGCAGACCCGTGCCAACACCATCGTGAGGGCCACGGATCACGCGACTCCCTTGGAACTGAGTCGGGTCACCATCCACTACGGCGGCGACAAGGGCGGTGCCGAGGAAGTCGACGTCGTGGACGACTTCAACCTCACCCTTCACGCTGGTGAGATGCACTGCATCGCCGGACGAAGCGGTTCCGGTAAGACCAGCATCCTGACGGTGAGCGCGGGACTTACGCTTCCGACGTCGGGCAAGGTCTTCTGGGAAGGCCAGCCGTTGGACACCATGGGCGACGACGAGATCGCGGACCGCCGACGGGCCCTGATTGGTTACGTGGACCAGGGCGGCGCCTTGATCGACGGAATGAGTGCCTTGGAGAACGTCCTGCTCCCCGCCGTACCCGACGGCGAAGTGGAACAGCGTACGGAGATGGCGAAGGACCTCCTGGACCTGGTGGGCCTCGGACGCCGTATGCGCCACCGTCCCGCGCAGCTCTCCGGAGGTGAACGCCAGCGTGTCGCTATCGCCCGTGCCCTGATTTTGGGCACCCGCGTTCTGGTGGTGGACGAGCCCACGGCCAGCCTTGACCGTGCAGCGGCCAACCGCATTATCGGCATTCTCAAGGACACCACCAGCGATGGCATTGCCGTCCTGGTTGCTTCCCACGACCATGAGTTGGTCCGGCTCAGCGATACGCTGACCGAACTTAACTAA MTDNLNPELKATPESADESLQTRANTIVRATDHATPLELSRVTIHYGGDKGGAEEVDVVDDFNLTLHAGEMHCIAGRSGSGKTSILTVSAGLTLPTSGKVFWEGQPLDTMGDDEIADRRRALIGYVDQGGALIDGMSALENVLLPAVPDGEVEQRTEMAKDLLDLVGLGRRMRHRPAQLSGGERQRVAIARALILGTRVLVVDEPTASLDRAAANRIIGILKDTTSDGIAVLVASHDHELVRLSDTLTELN PGPT0024515_135 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_CELL_MEMBRANE_REMODELLING_PROTEINS CE-REMODELLING_LIPOPROTEIN_TRANSPORT,PGPT0024515-lolD-K09810 NA NA D3-18_01829 1560 metG Methionine--tRNA ligase GTGACGTCTCCAGAGAAATCCCCGTTCTACATCACCACCGCAATCAGCTACCCCAATGGCGTGCCGCACATCGGCCACGCCTACGAGGTCATCGCGACTGATGCCATGGCGCGATTCAAGCGCCTTGACGGCCATGAGGTATTCTTCATGACCGGAACGGACGAGCACGGACTCAAGATGCAGCAGTCAGCCGAGAAGGAAGGCATTACTGCCAAGCAGCTCGCTGACCGCAATTCGGCAGCCTTCAAGCAGATGAGCCAGGACTTGGGGATCTCCCACGACCGCTTCATCCGCACCACGGATAAGGACCACTACGCAGCTTCCCAGGCCATCTGGAAGAAGATGGAAGCCAACGGTGATATCTACCTGTCCAAGTACGAGGGCTGGTACTCCGTCCGCGACGAGGCGTACTACGTCGAGGACGACACCGTGGTGAAGGAAGATGGGCTCCGCTACTCCAAGGAGACGGACACCCTTGTCACCTGGACTGCCGAGGAAAGCTACTTCTTCCGGCTCTCCAACTACCAGGACAAACTCCTTGCCCTGTATGAGGAACAGCCTGAATTCGGCGCGCCGCAATCCCGCTTCAATGAGGTCATCAGCTTCGTGAGGCGTGGCCTGGAGGATCTGTCCATCAGCCGTACCACCTTCGACTGGGGCGTTCCCGTCCCGGGTGACGAGAAGCACGTCATGTACGTCTGGGTGGACGCGCTCACCAACTACCTGACCGGCGTTGGCTACCCGGACATCGAGTCGGAATCCTTTAAGAAGTTCTGGCCGGCCGATGTCCACGTCATCGGCAAGGACATCTCACGCTTCCACGCCATCTACTGGCCCGCGTTCCTCATGAGCGCCGGACTGGAACTGCCCAAGCGCGTCATGATTCATGGCTTCCTCACCAACAACGGTGTGAAGATGTCCAAGTCCTTGGGGAACGTGGTGGCACCCCAGGATTTCGTGGCGCAGTACGGCCTGGACCAGTGCCGCTACTTCTTCCTCCGTGAAGTTCCCTTCGGAGCGGATGGCAACTACAACCACGAAGCCATCGTGGGCCGCATGAACTCGGACCTGGCCAACAACTTCGGCAACCTCGCCCAGCGTTCGCTGTCCATGGTCGCCAAAAACTGCGAAGGCAAGGTTCCCGTTCCAGGCGCGTTGACACCTGAGGACAGCGCCTTGCTGGCTCAGGCGGGCGAACTGTTGGGCACTGCCCGTGCCGCCTTCGACAAGCAGGAATTCAGCAGGGCACTCGAGGCGATCTGGACTGTCCTCGGCGATACCAACGCCTACTTCGCGGAGCAGGCTCCGTGGGTGCTGCGCAAAACCGATCCGGAACGCATGAACACGGTCTTGTACGTCACCTTGGAGGTTGTCCGCATCGTGGCGATCCTCGCCCAGCCGGTCATGCCGTCGTCGGCCGCGAAGCTCCTTGAGGTGCTCGGGCAGCCTGAAGGCGAGTCGCGTCAGTTCGCCGCCGTCGCCACCCCGATTGTTGCCGGCACGGAATTGCCCGCCCCGACGCCAGTCTTCCCGCGCTACGAAGAACCCGCCGAGGCCTAG MTSPEKSPFYITTAISYPNGVPHIGHAYEVIATDAMARFKRLDGHEVFFMTGTDEHGLKMQQSAEKEGITAKQLADRNSAAFKQMSQDLGISHDRFIRTTDKDHYAASQAIWKKMEANGDIYLSKYEGWYSVRDEAYYVEDDTVVKEDGLRYSKETDTLVTWTAEESYFFRLSNYQDKLLALYEEQPEFGAPQSRFNEVISFVRRGLEDLSISRTTFDWGVPVPGDEKHVMYVWVDALTNYLTGVGYPDIESESFKKFWPADVHVIGKDISRFHAIYWPAFLMSAGLELPKRVMIHGFLTNNGVKMSKSLGNVVAPQDFVAQYGLDQCRYFFLREVPFGADGNYNHEAIVGRMNSDLANNFGNLAQRSLSMVAKNCEGKVPVPGALTPEDSALLAQAGELLGTARAAFDKQEFSRALEAIWTVLGDTNAYFAEQAPWVLRKTDPERMNTVLYVTLEVVRIVAILAQPVMPSSAAKLLEVLGQPEGESRQFAAVATPIVAGTELPAPTPVFPRYEEPAEA NA NA NA NA NA D3-18_01830 2466 hypothetical protein ATGTTGCGTGTTGCCCTTTCCCAATTGACCACCCATTTCCGGCGTTTCGTGGCCATCGGGCTTGCAGTCATGTTGTCTGTCATGTTCCTTTCGGCCACGCTCATGGTGGGCGCGAGCACCAATGCGTCACTGGGCGCGAGCATAGGCGAGGCGTACCGCAACGCCGATGTTGTGGCTACTTCCAAGAACGGGGAGCCGTTCACGCAGGAAGCAGTGGACGCGGCGGTTTCCTCACCCGCAGTGCAGGACAGCTATGCCGAGCGCTCCACCTACGTAACGTTCGAGGCTGGCGGGGGTGAACAATACGGCCGGCTGCGCAATGCGGCGCCGGCTTCCCTGGAGGGTGCAGTGCTGTCCTCCGGGTCCATGCCATCGGGCGCCTCGGAAGCCGTCATTGACGTCAAGACGGCGGATCATCTGGGCCTCACAGTCGGCAGCACTTTGGAGCTGCGGGGTGCAGGACCCGTCAAGACTGCAAAGGTAACCATTACGGGCCTGACCAAGGCCACCAACGATCCCTTCTCGTCATCGGCTGCCCAGTTGGTGGGCTCTGAGTCAGTGTTGAACGCGGTCCAGGACGCTGGCGCCGGGTACTCGGGCCTACAGTTCGCACTGAAGCCCGGCGAAGACGTCACCGCCGCCAAGGAGTACATTGCACACCGTATGGAAGCAGCAGGTGCCGTTGCGCCCGTTCTGGAAACGGCGCAGGAGAAGGTCACCTCCACAGTGGCCATGCTCAGTGCAGGCCAGGACCAGTTGACCGTCGTGCTGCTCGCCTTCGCAGGAGTGGCCATCCTCGTTTCCACTCTGGTGGTGGCCAATACGTTCTCAGTGCTGGTGGCTCAAAGGACCAGGGAGTTGGCCTTGCTCCGTTGCCTGGGCGCCGGTCGGGCACAGATCCGTGGGTCGGTCATGCTGGAGGCCGTTGTAGCTGGTTTCATCTCGTCCGTTTTGGGTGTCCTTGCTGCCACAGGCCTGATGACCGGCTTGATCGCCTGGGCTAAGTCCCAGCCCGAGCAGGCGTTCGCGACGTTGGCGGTGCCGCCGTCGGCCATCATTGCCGGCCTGGTGGCAGGAACGCTTCTGACCGTCGTCGCTGCGCTGGTACCCGCGAAGGCGGCCACCGCCGTCGCGCCACTCGCCGCCCTCCGCCCGGCAGACGACGCCTCCGTAAGCAACCGCCGTGGCAGGATTCGCCTTGTCCTGGGCTTGGTGGCCCTGCTGGGCGGAACAGCCTTGTTAGTGTACGGCAGCATGACTGTTTCGTTGTTGGTGGCGCTGCTCGGTGGTGCTGTTTCGTTTGTGGGCATCCTGCTGTGTTCCACCCTGTTCATCCCCTCCGTGGTGGCCCTGGCCGGCCGTCTGGCCGCGCCGGCCGGCGTGCCTGGCAAGCTTGCCGCCGTCAATGCGACGAGAAACCCTGCCCGTACCTCCGCTACTGCCGCCGCGCTGCTGATCGGCGTCACTTTGGTTTCCCTCATGATGACCGGGGCGGCTACCTCCAGGCACGCTTTCAACGACACCTTGGCGGAAAACTACCCGGTGGACCTGTCCGCCCAGACCGCGGTGGACGCCGGTGATCCCACCCAGGCTGTATCCCGGATCAAAGCGCTCGACGGCGTCAGTGCTGCAGTGCTGCTGCAGCCGTTGGGAACCCTGAACAACGAGGCATGGCCGGACGGCGGCATGACCATCTACGGTCTCTCCGCCGCCGACGCTGCATCCGTGGTGCGGGATAACCACCTGAAGCCGTCCGCGGGCACGGTGTACCTGCCTGAGGACTCCCCCGAAGGACCGGCAAGCATCACGACGGCGACCGGCACGGTTTCGCTCGATGCCAAAGTCCTGCGTACCCGCCACGTGCCTGCCTTCGTGGAAAGCTCCAGCGTGTCCGCAGGTACTTTGCCGGAAACGCCCGGCATGGTGTGGGTGAAACTGGATGATTCCGTGTCTGCGGACCGGGTTCAGGCCATCCAAAAGGAGATCGCCGCAGAGTTGGGCGTGCATGAGCGCACTGTCAGCGGTGCCGCGATTGAGCGGGTGACCTTCAACAGCATCATCGATGTCCTGTTGCTGGTAGTCACAGGGCTCCTTGGTGTCGCGGTGGTCATCGCGTTGATCGGTGTTGCCAACACATTGTCGCTTTCGGTCCTGGAACGGACGCGCGAGAACTCGCTGCTCCGTGCCTTGGGGCTGACCAGGGGCCAACTCCGCGGCATGCTGGCCATCGAGGCCGTGCTCGTCGCGGGTGTGGCTGCGATCATGGGGGCGGGTTTGGGCATCGTTTATGGCTGGCTCGGCGCGCAGGCAAGCCTGGGAGGTGTAGCCACTGTTGTTCCGGCCGTGCCGTGGTTCCAGCTGGCGGCTGTCTTTGGGGTCGCCGTGGTGGCCGGACTCCTGGCTTCGGTGGTCCCTGCCCGCCGCGCGGCACGCTTGTCACCGGTGGAGGGACTGGCCACAGCCTAG MLRVALSQLTTHFRRFVAIGLAVMLSVMFLSATLMVGASTNASLGASIGEAYRNADVVATSKNGEPFTQEAVDAAVSSPAVQDSYAERSTYVTFEAGGGEQYGRLRNAAPASLEGAVLSSGSMPSGASEAVIDVKTADHLGLTVGSTLELRGAGPVKTAKVTITGLTKATNDPFSSSAAQLVGSESVLNAVQDAGAGYSGLQFALKPGEDVTAAKEYIAHRMEAAGAVAPVLETAQEKVTSTVAMLSAGQDQLTVVLLAFAGVAILVSTLVVANTFSVLVAQRTRELALLRCLGAGRAQIRGSVMLEAVVAGFISSVLGVLAATGLMTGLIAWAKSQPEQAFATLAVPPSAIIAGLVAGTLLTVVAALVPAKAATAVAPLAALRPADDASVSNRRGRIRLVLGLVALLGGTALLVYGSMTVSLLVALLGGAVSFVGILLCSTLFIPSVVALAGRLAAPAGVPGKLAAVNATRNPARTSATAAALLIGVTLVSLMMTGAATSRHAFNDTLAENYPVDLSAQTAVDAGDPTQAVSRIKALDGVSAAVLLQPLGTLNNEAWPDGGMTIYGLSAADAASVVRDNHLKPSAGTVYLPEDSPEGPASITTATGTVSLDAKVLRTRHVPAFVESSSVSAGTLPETPGMVWVKLDDSVSADRVQAIQKEIAAELGVHERTVSGAAIERVTFNSIIDVLLLVVTGLLGVAVVIALIGVANTLSLSVLERTRENSLLRALGLTRGQLRGMLAIEAVLVAGVAAIMGAGLGIVYGWLGAQASLGGVATVVPAVPWFQLAAVFGVAVVAGLLASVVPARRAARLSPVEGLATA PGPT0013350_5409 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004 NA NA D3-18_01831 795 bceA COG1136 Bacitracin export ATP-binding protein BceA ATGACAACATTCACGCCTCTCCCCCACCCGTCAGGAACCGAACGACCCGCAGGCTGGGAAGACGCCAAGGCTCGTCCCGCTGTGGAGGCCCATGAGCTGACCAAGAGCTATGGCCGCGCTGATACCACCGTCACTGCCTTGAACAAGGTATCAGTGCGCTTCGATGCCGGTAAGTTCACTGCGATCATGGGGCCGTCCGGTTCCGGCAAGTCCACCTTGATGCATTGCCTTGCTGGCTTGGACACGGCCGATTCCGGACGGATTGTGCTGGGCGGCACCGAATTGACGGGGCTTAATGACCGCCAGCTCACCGCTCTGCGCCGGGAGCGGATCGGCTTCGTTTTCCAAGCGTTCAACCTGGTGCCCACCTTGACCGCCGAGCAGAACATCACCCTTCCACTCGCCTTGGCGGGAACCACCACCGACGCCGGGTGGCTGGATACCATTGTCACAGCGCTTGGGCTCAAGGATCGATTGAAGCACCGGCCGCATGAGCTCTCGGGCGGCCAACAGCAGCGCGTGGCTGTAGCCCGGGCGTTGCTGACGCGTCCCGACGTCGTGTTCGGCGACGAACCTACAGGAAACCTGGATTCAAGGGCGGGCGGGGAAGTCCTGGCGTTGCTGCGCCGGAGCAGCCAGGAGATGGGGCAAACCATCATCATGGTCACCCACGATCCCGTGGCAGCGAGCTACGCGGACCGCGTGGTGCTGATGAGCGATGGAGGCTTGGTGGGCGAGATCCACGATCCCACTGCCGACTCCGTGCTGGCTGCGCTCGGCAAGCTGGGGGCCTAA MTTFTPLPHPSGTERPAGWEDAKARPAVEAHELTKSYGRADTTVTALNKVSVRFDAGKFTAIMGPSGSGKSTLMHCLAGLDTADSGRIVLGGTELTGLNDRQLTALRRERIGFVFQAFNLVPTLTAEQNITLPLALAGTTTDAGWLDTIVTALGLKDRLKHRPHELSGGQQQRVAVARALLTRPDVVFGDEPTGNLDSRAGGEVLALLRRSSQEMGQTIIMVTHDPVAASYADRVVLMSDGGLVGEIHDPTADSVLAALGKLGA PGPT0013345_1917 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D3-18_01832 714 nreC_2 COG2197 Oxygen regulatory protein NreC ATGCCTGAAGTTCCCGCACCCATCCGGGTAGCTCTCGTCGATGACCAGCAATTGGTCCGATCGGGTTTTGGCATGCTCATCAATTCGCAGCCGGACCTTGAAGTGGTTGCTGAGGCCGGCAACGGGATCGAGGCGGTCCAAGCCCTGAGCGGCACCGCTGCCGACGTGGTCCTGATGGATGTTCGCATGCCAGGGATGGACGGCATTGAAGCGACCCGTCGCATCCTGGAACAGGCAGCGTCACAGCCCGCCGGTTCGCAGCGGGCAGATGTCAAAATCGTGGTCCTCACAACCTTTGATCTTGACGAGTACGCCCTTGCAGCCATCCAAGCCGGTGCCAGCGGATTCCTCCTGAAGGACGCGCCTCCGGAGGAACTGCTCGAGGCCATCCGCACTGTTTACCGCGGGGACGCCGTGATTGCTCCTTCCACCACCCGACGCTTGCTTGACCACGTGGCGCCGCTCCTAAGGACGCAGACACCGCAGCAGACTGAGCACGCTGCCGCCGTCGAGCGCCTTACAGCCCGAGAGCGCGAAGTGTTCCAGCTGATCGCGCAAGGACAATCGAACCCGGAAATCGCGGCGGGGCTGTTTCTTTCCGAGGCCACGGTCAAGACCCACGTAGGTCATATCCTGGCGAAGCTTGGCGCGCGGGACCGTGTCCAGGTGGTGGTCATCGCCTATGAAACCGGCGTTGTGGCCCCTGGCATCTAG MPEVPAPIRVALVDDQQLVRSGFGMLINSQPDLEVVAEAGNGIEAVQALSGTAADVVLMDVRMPGMDGIEATRRILEQAASQPAGSQRADVKIVVLTTFDLDEYALAAIQAGASGFLLKDAPPEELLEAIRTVYRGDAVIAPSTTRRLLDHVAPLLRTQTPQQTEHAAAVERLTAREREVFQLIAQGQSNPEIAAGLFLSEATVKTHVGHILAKLGARDRVQVVVIAYETGVVAPGI PGPT0012750_273 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 D3-18_01833 1185 hypothetical protein GTGGATAGAAGGCACGAGTTATACGAATGGTTCCGGATCAACCGCTTCAAGGTTGATATGACGGCCATGTGCCTCCTCATCCTCCTGTTTGGTCCCGTATATCTGGTCGCGGACCGGCCCTGGCTGTTCCTCTTGTCCTGCAGCCTCTTGCTTCCCCTCGCATGGCGGCGCACACGCCCGGCCGTGGCGGCCGGCGTCGTCATTCTGGTGTGCCTGATCCAATGGGCGGTGGGCGCCGAACCCGTGGCGGGCCAAATCGCCGTCCCACTGGTCATCTACGCGACGGCTGCTTATGGCCCCGCGTGGGCGAGCCGCACGGTTCTTCTGGCCGGACTTTTGGGTGGGGTCATGCTCACTACCCGGCTCTTTTCAACCACAGCTGAGTCCGGCATCCTGGGCCTCACCATCGGTGCGCTCTATACCGTCCTGATTTGGATGTTGGTGCTGGTGAGCTGGACGCTGGGCGATCTCACGCGCGTACGCCGGTTGCAGCTTCAGGCTCTTGAGGATCGCACGCGCAGACTTGAAGTGGAGCAGATGCAGGAGCGCAAGCTGGCCGCCGCCGATGAACGTTCCCACATCGCCCGGGAAATGCACGACATCGTGGCGCACTCGTTGTCCGTCATCATCACCCAAGCAGACGGAGCCCGATACGCTGCCGCCGCGAAACCCGAACTCGCAACCGAGGCGCTGGCCACAATTGCGGCCACGGGACGGGATTCGCTGGGCGAGATGCGAAGACTGCTGGGCGTGCTCCGCTCCGACGACGACTCCCCTACCCGCCCTCAACCCCGGCTTTCCGATCTTGACGAACTCCTCCTCGGTTTCCGCGCCGCCACACTGCAGGTGGTGTTCGAACAGACCGGTGTACCCCGCAGGGCCCTACCAGCCGGCGCTGAACTCACGGCTTATCGAATCATCCAGGAAGCCCTGACCAACGTCATGAAACACGCAGGACCGAAGGCGACGGCGAGTGTCACCCTGACGTGGCTGGCCCGCGGCCTCCAACTGGACATCATCGACGACGGCCGGGGCGCCGCTGCTGATCCCCCCACGGCAGGAGGCGGTAACGGTCTCTTGGGAATGGGTGAGCGCGTCTCCCTCTACGATGGTTCCTTGACCGCGGGGCCTGAACAGGGCGGCGGTTTCCGTGTGTCCGCATTTATCCCGTATTCGGAGGCCTGA MDRRHELYEWFRINRFKVDMTAMCLLILLFGPVYLVADRPWLFLLSCSLLLPLAWRRTRPAVAAGVVILVCLIQWAVGAEPVAGQIAVPLVIYATAAYGPAWASRTVLLAGLLGGVMLTTRLFSTTAESGILGLTIGALYTVLIWMLVLVSWTLGDLTRVRRLQLQALEDRTRRLEVEQMQERKLAAADERSHIAREMHDIVAHSLSVIITQADGARYAAAAKPELATEALATIAATGRDSLGEMRRLLGVLRSDDDSPTRPQPRLSDLDELLLGFRAATLQVVFEQTGVPRRALPAGAELTAYRIIQEALTNVMKHAGPKATASVTLTWLARGLQLDIIDDGRGAAADPPTAGGGNGLLGMGERVSLYDGSLTAGPEQGGGFRVSAFIPYSEA NA NA NA NA NA D3-18_01834 1080 leuB COG0473 3-isopropylmalate dehydrogenase ATGTGGATTGCTTGGCTAGATAGAGCTATGAGTGCAACGTCCATCAATCTCGCTGTCATCCCTGGCGACGGCATTGGCCCTGAGGTCATCGCCGAAGCCGTCAAGGTCCTCGAAAAGGCTGTAGCCGCCGAAGGCGTTGCCCTTGAGCTGACCAACTACAAGCTTGGTGCCCAGCACTGGCTTGAGACCGGCGAGACCCTCCCGGACGAGGTCCTGGCGGACCTGCGCACACGTGATGCCATCCTCTTCGGAGCAGTGGGCGCAGCCCCGGGGGATACCCGCATCCCTTCCGGCATCATCGAACGCGAGATGCTGCTCAAGCTTCGCTTCAGCCTGGACCACTTCGTGAACCTGCGCCCGTCCCGCTTGTACGGCACCGTCGGCAGCCCCCTGGCACACCCCGGCACCATCGATTTCATCGTGGTCCGCGAAGGCACCGAGGGTCCCTATGTGGGCAACGGCGGCACGCTGCGCGGTGGAACGCCCCACGAAGTGGCCACGGAAGTTTCCCTCAACACAGCTCACGGTGTGGAGCGCGTCGTCCGCGATGCCTTCCGGCGCGCCAACGAGCGTCCGCGCAAGCACGTCACGCTCGTCCACAAGCACAATGTGCTGGTCTTCGCCGGGCATCTGTGGAAGCGCACGGTTGAGGCCGTGGCCCAGGAATTCCCCGAGGTCACCCACGACTACCTGCACATCGACGCCGCTACCATCTTCATGGTGACCGACCCCTCCCGCTTTGATGTCATCGTCACCGACAACCTGTTCGGCGACATCCTCACCGACCTCGCCGCTGCCATCACCGGCGGCATCGGCCTGGCGGCATCGGGCAACATCAACATGGACCGCACCGCACCGTCCATGTTCGAGCCCGTCCACGGCTCAGCCCCGGACATCGCCGGACAGCAGAAAGCCGATCCCACCGCGGCCATCCTCTCCGCAGTGCTCCTACTGGACCACCTTGGCTACACCACGGCGGCCCGCAAGATCGAAGCGGCAGTAGTCGCCGACGTCGAAAGCCGCACCGGTGAGCCACGCAGCACGGCTGCTATTGGCGATGCCATTGCGGCCGCACTTTAG MWIAWLDRAMSATSINLAVIPGDGIGPEVIAEAVKVLEKAVAAEGVALELTNYKLGAQHWLETGETLPDEVLADLRTRDAILFGAVGAAPGDTRIPSGIIEREMLLKLRFSLDHFVNLRPSRLYGTVGSPLAHPGTIDFIVVREGTEGPYVGNGGTLRGGTPHEVATEVSLNTAHGVERVVRDAFRRANERPRKHVTLVHKHNVLVFAGHLWKRTVEAVAQEFPEVTHDYLHIDAATIFMVTDPSRFDVIVTDNLFGDILTDLAAAITGGIGLAASGNINMDRTAPSMFEPVHGSAPDIAGQQKADPTAAILSAVLLLDHLGYTTAARKIEAAVVADVESRTGEPRSTAAIGDAIAAAL PGPT0001441_2454 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001441-leuB-K00052 NA NA D3-18_01835 1113 ilvE COG0115 Branched-chain-amino-acid aminotransferase ATGACTCAGACTGCCCATGGCGTCGAATTCAGCCAGCAGCTTTCGGATACCCCGAAGTCTGCTGAGGAGCGTGCAGCCGTCCTGGCGAACCCGGGCTTCGGCGACTACTTCACCGACCACACCGCCGTCGTCGACTACAAGGTTGACGCCGATGGCAATGGCGGTTGGCAGAATGCCCGGATCGAGCCTTACGGACCCATCTCCCTGGACCCGTCGGCTGCGGTCCTGCACTACGGCCAGGAAATCTTCGAGGGCCTTAAGGCGTACCGTCACGCTGACGGCTCCGTGTGGACTTTCCGTCCTGAAGCCAACGCGGCACGTCTGAACAAGTCCGCGCGTCGCCTCGCCCTCCCGGAACTGCCCGAGGAGTACTTCCTGGGCGCCATCCGCGAACTCGTCCAGGCTGACAAGGAATGGGTTCCTTCCGGCGACGGTGAAGCCCTCTACCTGCGCCCGTTCATGATCGCCACGGAGGCTTTCCTGGGTGTGCGTGCTGCCCGTGAAGTGTCTTTCCGTGTCATCGCTTCTCCTGCCGGCAACTACTTCGGTGGCGAGCTCAAGCCCGTTTCCATCTGGATTTCCCGCGAGTACGCCCGTGCGGGCCGCGGCGGAACCGGTGCTGCCAAATGTGGGGGCAACTACGCAGCTTCCCTGATCGCGCAGCAGGAAGCCGAAGCGAACGGCTGCAAGCAGGTACTGTTCCTGGACCACTTCAACGACGACGCCGTAGAAGAACTGGGCGGCATGAACGTCTTCTTCGTCATGAAGGACGGCTCCCTGGTCACTCCCGCCCTGAGCGGCACCATCCTTGAAGGCGTCACCCGCATGTCTGTTATCCAGGTGGCCAAGGACATGGGCCGTGAAGTCACCGAGCGCAAGATCACCCTGGATGAGTGGCGCGACGGCGTGGCCTCCGGCGAGATCACCGAGGTCTTCGCTTGCGGCACCGCAGCTGTGATCACGCCGATCGGTGTGCTCAAGGACGCCACCGAATTCATCGGGTCCGAGGACGCGAAGGCCGGGGAAACCACCATGGCCATCCGCCAGCAGCTCCTGGGCATCCAGACCGGAACCGTCGAGGACAGCCACGGCTGGTTGACCCGCCTGGTCTAA MTQTAHGVEFSQQLSDTPKSAEERAAVLANPGFGDYFTDHTAVVDYKVDADGNGGWQNARIEPYGPISLDPSAAVLHYGQEIFEGLKAYRHADGSVWTFRPEANAARLNKSARRLALPELPEEYFLGAIRELVQADKEWVPSGDGEALYLRPFMIATEAFLGVRAAREVSFRVIASPAGNYFGGELKPVSIWISREYARAGRGGTGAAKCGGNYAASLIAQQEAEANGCKQVLFLDHFNDDAVEELGGMNVFFVMKDGSLVTPALSGTILEGVTRMSVIQVAKDMGREVTERKITLDEWRDGVASGEITEVFACGTAAVITPIGVLKDATEFIGSEDAKAGETTMAIRQQLLGIQTGTVEDSHGWLTRLV PGPT0008860_1265 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_VALINE_DEGRADATION,PGPT0008860-ilvE-K00826 NA NA D3-18_01836 705 gloB_2 Hydroxyacylglutathione hydrolase ATGAGCCTGGACGGTACCAACTCATACGTCATCGGCGCCCCCGGATCCCGCTATGTGGCGGTGGTAGACCCGGGCCCGGAAGATGAACAGCATTTGGCTGCATTAGCATCGGCAGGTGTTGTGGATGTAGTCCTCATCACGCACCGGCACGCGGACCACACTGAGGCGTCCGCACGTTTTCACCAGATCACCGGGGCGCCTGTCCGTGCTGCATTGGGGGAGCATTGCCACGGCGGCGAGCCGCTGATGGACGGCGAGGTCCTGACGGCGGGCGGCGTCGAGATCCGCGTCATGGCCACCCCGGGTCACACATCGGACTCCGTCTGCTTCCATCTCCCGGATGACGGCCCCAGCGGATCCGTTCTCACCGGGGACACGATTCTGGGCCGTGGAACCACGGTGTTGGATTATCCGGATGGCCGGTTAGGCGACTACCTTGCAAGCTTGGACCGGTTGGAAGCGATAGGACCCGCAACACTGCTGCCCGCACATGGGCCCGTGCTCACGGCCCTGGACGAAAAGTGCCGTGAGTACCGTGATCACCGTGAGCAGCGGCTCGACCAAATCCGGGCGGCGTTACAACACCTCGGTACGGATGCATCCATCGCTGCGGTCACGGATGCCGTTTATCCCGACGTCGACCCTTCCGTGAGGTGGGCGGCAGAGACTTCCGTTGCGGCCCAGTTGGATTACCTCCGAAGCTAA MSLDGTNSYVIGAPGSRYVAVVDPGPEDEQHLAALASAGVVDVVLITHRHADHTEASARFHQITGAPVRAALGEHCHGGEPLMDGEVLTAGGVEIRVMATPGHTSDSVCFHLPDDGPSGSVLTGDTILGRGTTVLDYPDGRLGDYLASLDRLEAIGPATLLPAHGPVLTALDEKCREYRDHREQRLDQIRAALQHLGTDASIAAVTDAVYPDVDPSVRWAAETSVAAQLDYLRS NA NA NA NA NA D3-18_01837 777 yisK_1 COG0179 putative protein YisK ATGCGTATCGCCAGGTTTGTAGTTGATTCTGATCCCCTTTACGGCGTTGTTGAAGGCGAGCCCGGCAGTGAGGAAATTACTGTCATCAACGGCGACCCCTTCTTCAACGGCGTCGAACGTACCCATGTGAAGCACAAGCTGGAGGACGTGCGGCTCCTCGCCCCGATCATTCCCCGCAGCAAAGTCATTGGCGTCGGCCGGAACTTCGCCGAGCACGCGGCCGAACTCGGTAACGAGGTTCCCCAGCAACCGCTGCTCTTCCTGAAGCCCAACACCTCGGTGATCGGCCCGAACGATCCCATCATCCTTCCCGAGTTCTCCGAGGAAGTTTCCTTCGAAGCTGAGCTTTGCGTAGTCATCGGCCGGATCTGCAAGGACGTTCCCGAGGACCGTGCGGACGATGTCATCTTCGGCTACACCTGCGGCAATGACCTCACCGCCCGCGACGTCCAGAAGACCGACCTTCAGTGGGCGCGGGCCAAGGGATTCGATACCTCCGCGCCGCTGGGTCCGTGGATCGAAACCGAACTCGACCATGAGGACCTGTCCATCCAGGGCCGGCTCAACGGCGAACTCCGCCAGGACGGCAGCACCAACCAGATGATCCGGGGCGTACGCGAGCTCGTCTCGATCGTTTCGCACGCGTTCACCCTGCTTCCGGGCGACGTCATCATGACCGGCACTCCGGCCGGCGTCGGCCTGGTCAGTGAAGGCGACCGCTTTGAAGTGGAAATCGAAGGCATCGGCCGGCTCTCCAACCCGGTGGTTCGCCGCTAG MRIARFVVDSDPLYGVVEGEPGSEEITVINGDPFFNGVERTHVKHKLEDVRLLAPIIPRSKVIGVGRNFAEHAAELGNEVPQQPLLFLKPNTSVIGPNDPIILPEFSEEVSFEAELCVVIGRICKDVPEDRADDVIFGYTCGNDLTARDVQKTDLQWARAKGFDTSAPLGPWIETELDHEDLSIQGRLNGELRQDGSTNQMIRGVRELVSIVSHAFTLLPGDVIMTGTPAGVGLVSEGDRFEVEIEGIGRLSNPVVRR PGPT0001745_557 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001745-lra6-K18336 NA NA D3-18_01838 1521 gltX COG0008 Glutamate--tRNA ligase ATGACTACTGCTTCTGCGTCGAACGCTGCCTCCAGCGCCATTCCTGCCGTCAACGCCGAGACTCCGGTCCGCGTCCGTTTTTGCCCGTCACCCACGGGAACGCCGCACGTTGGCCTGATCCGCACCGCCCTGTTCAACTGGGCCTATGCACGCCATACCGGCGGCAAGCTGATCTTCCGCATCGAGGACACAGACTCGGCCCGCGACAGCGAAGAGAGCTACCACCAGTTGCTGGACGCCCTCAAGTGGCTCGGCATCAATTGGGATGAGGGCGTGGAGGTTGGCGGACCGCACGAGCCTTACCGGCAGTCGCAGCGTGGCGACATCTACCAGGATGTCATCGCCAAGCTGAAAGCAGGGGGACACGTCTACGAGTCCTACTCCACGCCCGATGAGATTGAAGCCCGCCACAAGGCGGCCGGCCGCGACCCGAAGCTGGGCTATGACGGCTTCGACCGGCACCTGACGGATGAGCAGCTGGCACAGTTCAAGGCCGAGGGACGCGAGGCCGTCCTCCGTCTCCGCATGCCGGACGAGGACCTGACATTCAACGACCTCGTCAGGGGCGAGATTACCTTTAAGGCAGGCTCGGTTCCCGACTTTGCCGTTGTCCGCGCCAACGGTGCTCCGCTCTATACGTTGGTAAACCCCGTTGACGATGCCCTCATGGGAATCACCCATGTCCTGCGTGGCGAAGATCTGCTGAGCTCCACTCCGCGTCAGATTGCGTTGTACCGGGCGCTTTACGCCATTGGCGTGGCCGAGTACATGCCGGAATTCGGTCACCTTCCCTACGTCATGGGCCAGGGCAACAAGAAGCTTTCCAAGCGCGACCCGGAGTCGAGCCTCTTCCTGCACCGCGAAAGAGGATTCATCCCCGAAGGCCTGCTCAACTACCTGTCGCTGCTTGGCTGGTCACTGAGCGCGGACGAGGACATCTTCACCGTGGAGCAGCTCGTGGCTAACTTCGACATTCATGACGTCCTGGGCAACCCCGCCCGTTTCGACATCAAGAAGGCCGAAGCCATCAACGGAACACACGTGCGGATGCTCGCGCCTGAAGACTTCAAGGAACGCCTGGTTCCCTACCTCCGAGCTGCTGGTTTCGTTGGGGAAATCCTGACTCCGCGGCAGGAAGAAATCCTCGCTGAGGCAGCTCCTCTGGTCCAGGAGCGGATCACCCTTCTGGGTGAAGCTCCCGAGATGCTGGCCTTCCTCTTCAAGGCCGATGACGCCATCGATGTTGCGGACGATGCCCGCAAGGGTCTTCCGCAGAACCTGGAAGAAGTACTGGATGCTGCCCTGGCTGCGCTGGAACCCATCGGGGAGTGGACAGCGGAGAACATCCAGACGGCTCTGAAGCAGGCTCTGGTTGAGGACTTGGGTATCAAGCCGCGTGCGGCGTTCGGGCCTGTGCGCACCGCTATCTCAGGTCGCCGGATCTCACCGCCGCTGTTCGAGTCGATGGTGATCCTCGGCAAGGATTCCTCACTCGCCCGTGTCCGCGCCTTCCGCGGCTAG MTTASASNAASSAIPAVNAETPVRVRFCPSPTGTPHVGLIRTALFNWAYARHTGGKLIFRIEDTDSARDSEESYHQLLDALKWLGINWDEGVEVGGPHEPYRQSQRGDIYQDVIAKLKAGGHVYESYSTPDEIEARHKAAGRDPKLGYDGFDRHLTDEQLAQFKAEGREAVLRLRMPDEDLTFNDLVRGEITFKAGSVPDFAVVRANGAPLYTLVNPVDDALMGITHVLRGEDLLSSTPRQIALYRALYAIGVAEYMPEFGHLPYVMGQGNKKLSKRDPESSLFLHRERGFIPEGLLNYLSLLGWSLSADEDIFTVEQLVANFDIHDVLGNPARFDIKKAEAINGTHVRMLAPEDFKERLVPYLRAAGFVGEILTPRQEEILAEAAPLVQERITLLGEAPEMLAFLFKADDAIDVADDARKGLPQNLEEVLDAALAALEPIGEWTAENIQTALKQALVEDLGIKPRAAFGPVRTAISGRRISPPLFESMVILGKDSSLARVRAFRG PGPT0008460_1523 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 D3-18_01839 729 gph_1 Phosphoglycolate phosphatase ATGGCTATCTCAAGTACTTTCGGCACCATCCGCGGTGTCCTCTTCGACATTGACGACACCTTGGTGGACCTTGAGTACGCCATGACAACAGCACTCCGGGATGTCAGTGAACATCTCCTACCCGGCCTGGACCAGGCCGGGTGGGTGAAGTTCGGGCGCATCTTCACCCACGAAACCACACACTTCTACGACCGCTACCTGGCCGGCGAGCTGACGTTCAACGAGCAACGCCTGCTGCGAGGCAGGGCTGCTTTGGGTCATTTTGGCGTGGAGCTTCAGGACGGCGCGGAGTCCCAGGCATGGGTAGCCGAGTATCACCAACGCCAGACGGCGTACGTCCGGGCTTTTGACGACGTCGAAGGCGTACTGGACGCGCTCGATACTGCCGGCATCCCCTACGGCGCCGTCAGTAACAACGTGCATGATTACCAACGGGCCAAGCTGGATGGTGCAGGCCTTTCAAGGATCAAGATCCTCGTGGGTACGGACACGGTAGGTGTGCCGAAGCCGGATCCGGCAATCTACCTCGAAGGCGTGCGCCTGCTGGGTACCCGTCCGGGGGAGACCCTCTATGTGGGTGATAACAGGTTGCTTGATGCTGACGGCGCAACAGCGGCGGGCCTGGTTGGTGTGTGGCTCAACAGGACGGCAGAAGTGGTGGAGGAGTTCACCGGCCGCCAAGTGGATTCGCTGTCGCGGTTGCTGGTCGGGGCGGCTACCCCGGCGTAA MAISSTFGTIRGVLFDIDDTLVDLEYAMTTALRDVSEHLLPGLDQAGWVKFGRIFTHETTHFYDRYLAGELTFNEQRLLRGRAALGHFGVELQDGAESQAWVAEYHQRQTAYVRAFDDVEGVLDALDTAGIPYGAVSNNVHDYQRAKLDGAGLSRIKILVGTDTVGVPKPDPAIYLEGVRLLGTRPGETLYVGDNRLLDADGATAAGLVGVWLNRTAEVVEEFTGRQVDSLSRLLVGAATPA NA NA NA NA NA D3-18_01842 1782 hypothetical protein GTGACCGCAAATGATGATGAGACAACACCCCGGGCTACCCAGGCTGCCCAAGGTGCGGCAACCGCCGTCGAGGCCTTGGAAGCTGCCCGCGCGGAACTTGCGGCCACAACCCTTCCGCTCGCGGTGCCGGAGGTCCGGGAGGCCCGTCAGTGGATCCGTGAATCCCTGGCCCAGCTCGACGACTATGTGATTCCCCGCTACCGCAGCCTCGACGCTCCGCTGCTGGCCGTCGTTGGTGGTTCCACCGGCGCAGGGAAGTCCACGCTGGTCAACGCGCTGATCGGCTACCCAGTGACCCGTGCCGGCGCTATCAGGCCCACCACTCGCCAGCCCATCCTCCTGCATCATCCTCTGGACGCCGAATGGTTTGAAGGTCACCGGATACTTCCCAACTTGGACCGTATCCGCGGCACCGTATCTGCGAATCCTCTGCCGGCGCATCAGGCAGGTGCCGCTCCCGACGCTCAGGCCATCACGTCTTTGGTGCTGGTGGGACATGAGTCAGTGCCCCAGGGAGTCGCCCTTCTGGATGCGCCCGACGTCGACTCCATCTCCGATGACAACCGCCGGCTCGCCGGACAGTTGCTTGCTGCCGCTGACCTCTGGGTGTTTGTCACCACGGCAAACCGCTATGCCGACGCCGTACCTTGGCGCCTGCTCTTGGATGCAGCTTCGCGGGATATCACCGTAGCGGTGGTCCTGGACCGTGTGCCCGCAGCTGCGGAAGACGAAGTGAGGACTGATCTCCAAGCAATGCTCGACCGGCAGGGGCTGGCGGACGCGAAGCTCTTCGTCGTTCCGGAGAGTGCGTTGGATGGACTGGGCATGCTTCCTGAGGAGTCCGTAATTGGCTTGCGTCAGTGGCTGGGTGCCTTGGCAGCCGATGCAGTCGGACGCGCGGAGGTGGCCAGGCGAACACTGAATGGCGCAGTTAAAGCCGTCAGCGTCCGGCTGGAGGGGATCGCGGGTGCTGCTGCGGCCCAGGATGCCGCTGCCCGCGACCTCCAGGCAAGCTGCGTTGCCGAGTATGAGCAAGCTCTCTCGCGCATTCTGGAGGCCACCAAGGACGGGGCGCTTCTCCGCGGCGAAGTGTTGGCGCGCTGGCAGGACTTCGTGGGAACAGGTGAGTTCTTCCGGGCACTCGAGCAGAACATTGGCCGGATGCGGGACCGTGTAGGGGCCTTCTTCCGAGGCGAACCCGCTCCCGCTGTGAAGGTTGAAACCGCGATCGAGACCGGGTTGCAGGCGGTGATCCTGGACGAAGCAGCCAACGCAGCCGAAAACGTGGACCGGCGCTGGCGTTCGGATGCTGCGGGTCGGGAACTCCTCGGCGCCGAAGATCTTTCAGGCACCAGTGAGGGTTTCGATGCGAAGGCCGCAGCAGCTATTCGGTCCTGGCAGGAAGGACTGATGGAGATGATCCGCACGCAGGGCCAAGGGAAACGAACCCAGGCCCGGTGGTTGTCCTTTGGCGTCAACGGGCTCGGCGCTGCGCTGATGGTGGTGGTGTTCTCCATGACAGCCGGGCTGAGCGGCCTGGAGATCGGTATCGCAGGTGGAACGGCCGTTGTTGGACAGAAGCTGCTGGAGGCGGTGTTCGGTGAGGATGCCGTACGTCGCCTGGCCCAACAGGCCAGGGATGATCTGCACACACAGTGCCAACGGCTCCTGGACGACGAGAGGCAACGGTTCCTGGATCGCCTTGAAGCAGCCCATCCGAACTCCGGAGACGACCTCGCCCGGCATGCCCAAACCTTGCGCCGCCTGGCGGGGGCCGCATGA MTANDDETTPRATQAAQGAATAVEALEAARAELAATTLPLAVPEVREARQWIRESLAQLDDYVIPRYRSLDAPLLAVVGGSTGAGKSTLVNALIGYPVTRAGAIRPTTRQPILLHHPLDAEWFEGHRILPNLDRIRGTVSANPLPAHQAGAAPDAQAITSLVLVGHESVPQGVALLDAPDVDSISDDNRRLAGQLLAAADLWVFVTTANRYADAVPWRLLLDAASRDITVAVVLDRVPAAAEDEVRTDLQAMLDRQGLADAKLFVVPESALDGLGMLPEESVIGLRQWLGALAADAVGRAEVARRTLNGAVKAVSVRLEGIAGAAAAQDAAARDLQASCVAEYEQALSRILEATKDGALLRGEVLARWQDFVGTGEFFRALEQNIGRMRDRVGAFFRGEPAPAVKVETAIETGLQAVILDEAANAAENVDRRWRSDAAGRELLGAEDLSGTSEGFDAKAAAAIRSWQEGLMEMIRTQGQGKRTQARWLSFGVNGLGAALMVVVFSMTAGLSGLEIGIAGGTAVVGQKLLEAVFGEDAVRRLAQQARDDLHTQCQRLLDDERQRFLDRLEAAHPNSGDDLARHAQTLRRLAGAA NA NA NA NA NA D3-18_01843 1620 era_1 GTPase Era ATGAGCCGCCACGGCCAAGTCCGCGAGTCTTCCCAGCTGCAGCGCAGGCTTGAATCGCTCAACACTGCCCGGGAACTGGCTGAGGGCGTCCTTCCGGACCCCGAACTGCAATCTGTATACGAGGTCTTGGAGCGTGCCACGTCGCGGCGGTCATTGTCAGCAGGGCACACTGTGGTGGGGTTTTTCGGGGCGACGGGTAGCGGAAAGTCGTCGTTGTTCAATGCTGTATCCGGCAGCGAGCTCGCAACCGCCACTGCGCGGCGTCCCACCACGTCTGCGCCGTTGGCGGGCATTTGGGGCGAAGAAGGCAGCGGCCCGTTGCTTGATTGGCTGGACGTCAAAGAGCGGCATACGCTTCCGCCGGTTCCTGGGCTCGCAGACGAGAACAGCGGCCTGGTGCTGCTGGACCTGCCCGACTTCGATTCCACCAGGGTAGAAAACCGGGAGATTGTTCAGCGCATGGTGGGCATGGTGGATGTGCTGGTGTGGGTTTTGGACCCGCAAAAGTACGCCGACGCTGCTGTGCATAATGACTTCCTTCGGCCCATGGCCTCCCACGGTGCCGTCACGCTGGTTGTCCTGAACCAGGTGGACAAACTCAGCCCGGACGATGCAGCCGCCGTGATGCACTCCTTGGAAGGGATTCTGGCGCGGGACGGACTGGGCAAAGTGAGGGTCCTCAGTGCCTCGGCGCTAACCGGCGACGGCGTCCCGACTCTCCGCGGGGCAATCAGGAACGTCGTGGTCCAACGGGAGGCAACAACACAGCGCCTTTCAGCCGACGTCACCAAGGCCGCGGCGGAACTCGCCCGGGCCTCCGGCGAGGGCGAAGCCCGTGGCATCAAGGGAAACACGAAGGCCCGCCTCGCGTCGGAGCTGTCGACGGCGGCAAACGTACCGGTGGTGGTGGACGCCGTGCAGCGATCTTTCGCGCGTGAGTCGGCCAAGAGGACCGGGTGGCCCGTCACGCGGTGGCTGTTGCGTTTCCGACCCGACCCCTTGCGGAGGCTGAACCTGGGCCGGGATGACACCAAGCCTGAACTGAGCCGGACGTCGCTACCGCCTGCGGGTGCGCCCGAGCGGGCACGGACAGATGCTGCCGTCAGGGACTTTGCGGATGAGGCGTCGGCCGGCGCGCCCGGTCCTTGGCGGGCGGCTATCCGCAGCGTGGCAAGGGACGGGCGGGAGCAGCTGCCTGACGCGTTGGATCAAGCAATTGCGGGCACCGACTTGAAGACGGGCAAACGTCCCCTGTGGTGGATCCTTTTCAATACCCTTCAATGGATTGCGCTTCTGCTCGCAGCAGGCGGCCTTGGGTGGCTGGGTGTGTTGGCCGTACTCGGCTACTTCCAAATGCCAGTGCCCGAGGTCCCACGAACAGAAGGGTGGCCCTGGCCTACGCTAATGGTTGCCGGGGGAGTGGTGCTGGGAATCGTCCTTGCCATCACTGGAAGGATTCTTGGAGGCTGGGCTGCCCGGGTCAGGGCATCGGGGGCATCGAAGCGTTTGAAGGCCGCCGTGGCAGTAGTTGCCGAGCAACGGATCGTAGAGCCTGTCGAGGTGGAAATCACGCGTTTGAAAGCGTTCAACGCGGCGCTGAAGGCCGCCCGCTCCGGTTAG MSRHGQVRESSQLQRRLESLNTARELAEGVLPDPELQSVYEVLERATSRRSLSAGHTVVGFFGATGSGKSSLFNAVSGSELATATARRPTTSAPLAGIWGEEGSGPLLDWLDVKERHTLPPVPGLADENSGLVLLDLPDFDSTRVENREIVQRMVGMVDVLVWVLDPQKYADAAVHNDFLRPMASHGAVTLVVLNQVDKLSPDDAAAVMHSLEGILARDGLGKVRVLSASALTGDGVPTLRGAIRNVVVQREATTQRLSADVTKAAAELARASGEGEARGIKGNTKARLASELSTAANVPVVVDAVQRSFARESAKRTGWPVTRWLLRFRPDPLRRLNLGRDDTKPELSRTSLPPAGAPERARTDAAVRDFADEASAGAPGPWRAAIRSVARDGREQLPDALDQAIAGTDLKTGKRPLWWILFNTLQWIALLLAAGGLGWLGVLAVLGYFQMPVPEVPRTEGWPWPTLMVAGGVVLGIVLAITGRILGGWAARVRASGASKRLKAAVAVVAEQRIVEPVEVEITRLKAFNAALKAARSG NA NA NA NA NA D3-18_01844 546 hypothetical protein ATGACTAGCCTGAGTAACTACGCCGTATTCCTCCGCGGCATCAATGTGGGCGGCATCAACATCAAGATGGCCGATCTCACATCAGCCCTCAAGGACTACCCGTTTACCAAGGTCAAGACCCTGCTGGCCAGCGGAAATGTGGTGCTTCAAAGTGAACTCAGCGCCAAGGACGTCAAGGTCCAGTTCGAGAAGTGCCTAAGGGAGACCTTTGGTTACGATGCCTGGGTGGTTGTCCTCACTGCCGCACGGCTAGCGGAATTGGTGGACGCGTGCCCGTACCCGGCGGACGACAAATCCACGCACAGCTACATCACCCTCACCTCCGACACAGCCATGCTCGATGAACTCTTTCAAGCAGGCGAAGCGCTGGACGGCGTGGAACAAGTGCGGCTGGGCCCGGAAGCCTCCGCATGGCTGGCTCCCGCCGGCGGGACGCTGGACAGCCCTTTCAGCAAGCTCTCCGCCAAGGCACGCTACAAAGCCAGCACGACGACAAGGAATCTGCGAACGCTCATCAAAGTAAGGGATGCCGCTGCAGCCCTCTAA MTSLSNYAVFLRGINVGGINIKMADLTSALKDYPFTKVKTLLASGNVVLQSELSAKDVKVQFEKCLRETFGYDAWVVVLTAARLAELVDACPYPADDKSTHSYITLTSDTAMLDELFQAGEALDGVEQVRLGPEASAWLAPAGGTLDSPFSKLSAKARYKASTTTRNLRTLIKVRDAAAAL NA NA NA NA NA D3-18_01845 720 rhmR COG1414 putative HTH-type transcriptional regulator RhmR ATGGACAATTCTAGTGGAGTCGGTGTCATTGATAAAGCGGCCCAAGTACTCGATGCTCTTGAGGCAGGGCCCACGACTCTCGCGCAACTTGTAGCAGCCACGGGCCTTGCCCGGCCTACAGTTCACCGGCTCGCGCTGGCTCTGGTTCACCATCGACTGGTGAGCCGCGACATCCAAGGACGCTTCGTCCTGGGAAGCCGGTTGGTGGAGCTCGCGTCCGCTGCCGGTGAAGACCGGCTGATTGCCTCCGCCGGACCCGTTCTCATTCAACTCCGGGACGCCACAGGCGAAAGCGCGCAAATCTTCCGCCGCCAAGGCGACTGGCGCGTCTGCGTGGCCTCCGCAGAACGTCCCATCGGCTTGCGGGACACCATTCCGGTGGGCACCCAGCTCTCCATGAAGGCAGGCTCTGCGGCGCAGGTCTTGCTGGCATGGGAAGACCACGACCGCCTCCTCGAAGGGCTGCAAAACGCCCGCTTTACCCCCACCGTCCTTGCAGGCGTACGACGCCGGGGCTGGGGTCAGAGCCTCGGCGAACGCGAGCCCGGGGTCGCCTCGGTTTCAGCCCCCGTTCGTGGACCGTCAGGCCGGGTCATCGCGGCTGTGTCCATTTCAGGTCCGATTGAACGCCTCACCCGCCAGCCGGGCCGCCTTCACGCCGAGGTGGTTTGCAACGCCGCCCGGGTTTTGACCGAAGCCCTGCGCAAGAACAATGACTAG MDNSSGVGVIDKAAQVLDALEAGPTTLAQLVAATGLARPTVHRLALALVHHRLVSRDIQGRFVLGSRLVELASAAGEDRLIASAGPVLIQLRDATGESAQIFRRQGDWRVCVASAERPIGLRDTIPVGTQLSMKAGSAAQVLLAWEDHDRLLEGLQNARFTPTVLAGVRRRGWGQSLGEREPGVASVSAPVRGPSGRVIAAVSISGPIERLTRQPGRLHAEVVCNAARVLTEALRKNND PGPT0031315_1 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ERYTHROCHELIN_METABOLISM,PGPT0031315-etcH-NA NA NA D3-18_01846 1452 leuC COG0065 3-isopropylmalate dehydratase large subunit GTGGGAAAGACACTGGCCGAGAAAGTCTGGGACGCGCACGTAGTGCGCAAGGGTGAGGGCGAAGGAGCCAACGCCCAGCCAGACCTTCTCTTCATCGACCTGCACCTCGTCCACGAAGTGACGTCCCCGCAGGCGTTTGAGGGCCTGCGCCTGGCTGGCCGGCCGCTGCGTCGCGTCGACCTGACCATTGCTACGGAGGACCACAACACTCCCACGCTGGACATCGACAAGCCAATTGCGGACCTGACCAGCCGCACGCAGATTGAGACACTGCGCGCCAACTGCAAGGAATTCGGCGTCCGGCTGCACTCCCTGGGTGACAAGGAACAGGGGATCGTGCACGTCGTGGGGCCGCAGCTGGGGTTGACCCAGCCGGGCATGACAGTAGTCTGCGGCGACTCGCATACTTCAACCCATGGGGCCTTCGGTGCGTTGGCCATGGGAATCGGCACGTCCGAGGTGGAGCACGTCATGGCCACCCAAACCCTGTCTTTGAAGCCATTCAAGACCATGGCCATTAATGTTGAAGGCACCCTGCGTCCCGGCGTCACCGCCAAGGACATCATTCTTGCCGTCATCGCCAAGATCGGGACAGGCGGCGGCCAAGGTTATGTTCTCGAATACCGTGGCTCTGCCATCCGTGCGTTGTCGATGGACGCTCGGATGACCATTTGCAACATGTCCATCGAAGCCGGTGCCCGCGCCGGCATGGTGGCTCCGGACCAGACCACGTATGACTACATGCAGGGCCGCCCCCACGCGCCGGAAGGCGCCGATTGGGATGCCGCCGTCGAGTACTGGAACACGCTCAACACGGACGCCGACGCTACCTTCGACGTCGAAGTTGACCTTGACGCCGATACGCTGGAGCCATTCGTGACCTGGGGAACCAACCCCGGCCAGGGTGTGTCGCTGTCTGCCAAGGTACCGTCGCCGGAGGACTTCGGCGACGAAAATGCCAAGGCAGCTGCCGAGCGTGCCCTGCAGTACATGGGTTTGGAAGCCGGTACCCCCATGAAGGATATCCGCGTGGACACCGTCTTCCTGGGATCCTGCACCAATTCACGCATCGAGGATCTGCGCGCTGCTGCCGACATCATTCGTGGCCGCGAAAAGGACCCCAAAGTCCGCATGCTGGTGGTACCGGGTTCCGCCCGTGTCCGTCTGGAGGCAGAGGCGGAAGGCCTGGACAAGGTCTTCAAGGACTTCGGTGCCGAATGGCGTTTTGCCGGTTGCTCCATGTGCTTGGGCATGAACCCGGACCAGTTGGAGCCGGGCGAGCGTTGCGCCTCAACGTCCAACCGCAACTTTGAAGGTCGCCAGGGCAAGGGCGGCCGCACGCACCTGGTCTCGCCTGTCGTGGCGGCAGCTACAGCTGTCCGAGGCACGCTGAGCTCGCCGTCGGACCTCGAGTCCGCTGCGGCAGGCACACTGACCGGAATCGCAGTCTAG MGKTLAEKVWDAHVVRKGEGEGANAQPDLLFIDLHLVHEVTSPQAFEGLRLAGRPLRRVDLTIATEDHNTPTLDIDKPIADLTSRTQIETLRANCKEFGVRLHSLGDKEQGIVHVVGPQLGLTQPGMTVVCGDSHTSTHGAFGALAMGIGTSEVEHVMATQTLSLKPFKTMAINVEGTLRPGVTAKDIILAVIAKIGTGGGQGYVLEYRGSAIRALSMDARMTICNMSIEAGARAGMVAPDQTTYDYMQGRPHAPEGADWDAAVEYWNTLNTDADATFDVEVDLDADTLEPFVTWGTNPGQGVSLSAKVPSPEDFGDENAKAAAERALQYMGLEAGTPMKDIRVDTVFLGSCTNSRIEDLRAAADIIRGREKDPKVRMLVVPGSARVRLEAEAEGLDKVFKDFGAEWRFAGCSMCLGMNPDQLEPGERCASTSNRNFEGRQGKGGRTHLVSPVVAAATAVRGTLSSPSDLESAAAGTLTGIAV PGPT0001442_498 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001442-leuC-K01703 NA NA D3-18_01847 609 leuD COG0066 3-isopropylmalate dehydratase small subunit ATGGAAGCATTCACTACCCACACCGGCATCGGCGTTCCACTGCGTCAGAGCAACGTGGACACCGATCAGATCATCCCTGCTGTGTACCTCAAGCGCATCACGCGCACTGGCTTCGAAGACGCCTTGTTCGCTGCTTGGCGGAAGGACGAGTCCTTCATCCTGAACCAGGCCCCGTTCAATGCCGGCTCCGTGCTGGTGGCTGGGCCTGACTTCGGTACCGGGTCATCCCGCGAACACGCCGTTTGGGCGTTGAAGGACTATGGTTTCAAAGCCGTTCTGTCCTCCCGCTTCGCCGATATTTTCCGTGGCAACTCCGGTAAGCAGGGACTGTTGGCGGCCCAGGTGGCGCAGGATGACATTGAACTGATCTGGAAGGTCTTGGAAAACCATCCGGGCACCGAAGTGAAGGTTGACCTGGTCTCCAAGACGGTTGAATGCGGCAACGTGGTAGCGCCGTTCGAGATTGACGATTACACCCGTTGGCGCCTCCTGGAAGGCCTCGATGACATCGGCCTGACCCTCCAGCATGAGTCAGACATCACGGCGTACGAGGCGACGCGGCCATCGTTCAAGCCGAAGACGCTTCCGGCGAAAGTTGATGCCCGATAG MEAFTTHTGIGVPLRQSNVDTDQIIPAVYLKRITRTGFEDALFAAWRKDESFILNQAPFNAGSVLVAGPDFGTGSSREHAVWALKDYGFKAVLSSRFADIFRGNSGKQGLLAAQVAQDDIELIWKVLENHPGTEVKVDLVSKTVECGNVVAPFEIDDYTRWRLLEGLDDIGLTLQHESDITAYEATRPSFKPKTLPAKVDAR PGPT0001443_1713 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_MALATE_UTILIZATION,PGPT0001443-leuD-K01704 NA NA D3-18_01848 1326 murAA COG0766 UDP-N-acetylglucosamine 1-carboxyvinyltransferase 1 ATGAGTAGTGTTCTGACAATCCGCGGTGGCGTCCCGTTGACCGGGCGAGTGACCGTTCGCGGTGCCAAGAACCTGGTGCCTAAGGCCATGGTGGCGGCGTTGCTGGGCAGCGAACCATCGGTGCTGAGGAACGTGCCGGAAATCAAGGACGTCGAGGTTGTCACCAGCCTGCTGCAGCTGCACGGCGTGACTGTTGTGAAGGACCCGGTATCGGGTGACCTCACCCTGGATCCCAAAGATGCAAAGACGGCCTCCAGCACGGCAATCGATGCGCACGCCGGCGATTCGCGGATTCCCATCCTGCTGTGCGGACCGCTGATTCACGCGATCGGCGAGGCTTTCATCCCGGATCTGGGTGGCTGCAAGATCGGCGACAGGCCCATCGACTATCACCTGAACGTCCTGCGGCAGTTCGGCGCCGTGGTGGAAAAGCGCCCGGGCGGCATCCACATTTCTGCCCCGAATGGTCTGCATGGAGCCAAAATTTCGCTGCCGTATCCATCGGTGGGGGCCACCGAGCAGGTGCTTCTGAGTGCAACGCGTGCCGAGGGCATCACCGAACTCATTGGCGCGGCCACGGAACCCGAGATCATCGACCTCATTGCGGTCCTGCAGAAGATGGGCGCCATTATCAGCGTCCAGACTGATCGGACCATCCGGATTGAGGGCGTCAAGGACCTTCGGGGCTACAACCACCGGGCACTCCCGGACCGCAACGAATCCGCATCCTGGGCCTCTGCCGCCTTGGTTACCCGCGGCGACATTTTTGTTGAGGGTGCTTCCCAGCGCGACATGATGACGTTCCTGAATACCTACCGCAAAGTTGGTGGCGGAATGGACATCGGCGATGACGGTATCCGCTTCTACCACCAGGGCGGGAAGCTCTCCCCGCTCGTGCTGGAGACGGATGTCCACCCGGGCTTCATGACGGACTGGCAGCAGCCGCTGGTGGTGGCCCTGACTCAGGCCGAGGGCGTTTCCATCGTCCACGAAACTGTCTATGAGAACCGTTTCGGATTCACGGAAGCCCTTGCACGGATGGGTGCGAACATTCAGGTACACCGCGAGTGCCTGGGTAGTGTTCCCTGCCGGTTCGGGCAGCGGAACTTCCTGCACTCAGCAGTGATTTCAGGCCCCACCCCGCTCCGGGGCACCGACATTGACATCCCCGACCTCCGTGGTGGTTTCAGCCACCTCATCGCAGCGCTGGCTGCTACGGGTACGTCACGCGTTACGGGCATCGACATCATCAACCGCGGTTACGAGCGCTTTACCGAGAAGCTGGCCGGCTTGGGCGCCGATTTCGATATCACCACCACCAAGTAG MSSVLTIRGGVPLTGRVTVRGAKNLVPKAMVAALLGSEPSVLRNVPEIKDVEVVTSLLQLHGVTVVKDPVSGDLTLDPKDAKTASSTAIDAHAGDSRIPILLCGPLIHAIGEAFIPDLGGCKIGDRPIDYHLNVLRQFGAVVEKRPGGIHISAPNGLHGAKISLPYPSVGATEQVLLSATRAEGITELIGAATEPEIIDLIAVLQKMGAIISVQTDRTIRIEGVKDLRGYNHRALPDRNESASWASAALVTRGDIFVEGASQRDMMTFLNTYRKVGGGMDIGDDGIRFYHQGGKLSPLVLETDVHPGFMTDWQQPLVVALTQAEGVSIVHETVYENRFGFTEALARMGANIQVHRECLGSVPCRFGQRNFLHSAVISGPTPLRGTDIDIPDLRGGFSHLIAALAATGTSRVTGIDIINRGYERFTEKLAGLGADFDITTTK PGPT0024090_858 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLGLUCOSAMINE_MODIFICATION,PGPT0024090-murA-K00790 NA NA D3-18_01849 774 hypothetical protein TTGAAGGAATCGGCCAAGAGCCGTGCAACGTTCATGCTGCTGGCGGGCCTGGCGCGTCCGTTGATGAATGTCCTGATGGCCAAGAAGTGGGAAGGTGTGGAGAACCTTCCACCCGGCGGATTCATCGCAGTACCAAACCACTGCACCGAGATCGACCCCATCGTCATCGGACACATGGTGTACAACCAGAAGCGGCCACCGCACTTCCTCGCGAAGACGGGCCTCTTCAAAGTGCCCGTCCTGGGTGCGCTCTTGCACGCCACCAAGCAGATTCCGGTTGAACGCTCGACGGCGGGTGCGAACCGCTCGCTTCACGTCGCCAAAGAGGTGGTGGACGCCGGTGGTGCCATCATCATCTACCCCGAGGGCACCCTTACCCGTGACCCCGACCTTTGGCCGATGAAGGGCCACACCGGGGCCGCCAGACTTGCGCTGCAGACCGGAGCCCCTGTGGTGCCCATGGCGCACTGGGGTGCACAAGAAGTTTTCCCGCGGTATGCCAAGCGGTTCCATATCTTCCCGCGCAAAACCGTTCGCGTACTTATTGGCAAGCCCGTTGATCTCAGTGCGTTCAGGGAACGGCCGCTGGACCGAGCAACACTGACCGCGGCCACTGAAGTCATCATGGCTGCCATCACGGAACTCCTTGAAACCCTTCGAGGTGAACCTGCCCCGGCTGAACGCTGGGATCCGGCTGTCCACAAACAGTCCAAGCACGGCCGCTTCATTCAAGGTGGTTCTCCTGATGCCCGCGAAGGGGAGGACGGGAAATGA MKESAKSRATFMLLAGLARPLMNVLMAKKWEGVENLPPGGFIAVPNHCTEIDPIVIGHMVYNQKRPPHFLAKTGLFKVPVLGALLHATKQIPVERSTAGANRSLHVAKEVVDAGGAIIIYPEGTLTRDPDLWPMKGHTGAARLALQTGAPVVPMAHWGAQEVFPRYAKRFHIFPRKTVRVLIGKPVDLSAFRERPLDRATLTAATEVIMAAITELLETLRGEPAPAERWDPAVHKQSKHGRFIQGGSPDAREGEDGK PGPT0024380_1504 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024380-plsC-K00655 NA NA D3-18_01850 1053 gpsA COG0240 Glycerol-3-phosphate dehydrogenase [NAD(P)+] ATGACTGCAGTGGAAACGAATGTCTCCACACCGGATATCGTGGCTGTTTTGGGTGCAGGTTCGTGGGGAACCACGTTTGCGAAGGTCCTGGCCGATGCCGCGACGGCGACCGGATCTGAACGCAGTATCCGGATCTGGGGTCGTCGGGCGGAAGTCGTGGAGCAGATCAACTCTTCGCATCGCAATGAGCAGTACCTCAAGGACATTGAGCTTCCACCATCCGTCACAGCATCCACGGATATGGAGGAGGTGCTCAAGGATGCCACCCTGGTGGTCCTCGCCGTGCCTGCCCAGTCGCTACGGCCTCAGCTCGGGGAGTGGAAGGCGTTCCTTTCGCCCGATGCCGTGGTTGTGTCCTTGATGAAGGGCCTGGAACTGGGCACGGACGCCCGGATGAGCGAAGTCATCGCCCAGGAGCTGGGTCTTCCAGCTCCCCGCGTGGCAGTCGTGTCGGGCCCTAACCTGGCCATGGAGATCGCCAGGGAGCAACCAACAGCGTCAGTTGTTGCCTGCAGCGACGCAGACACTGCTGCTGCCATAGCTCTGTGCTGCACTGCGCCTTATTTCCGGCCGTACACCAGCACTGATGTTGTGGGGGTCGAAATCGGCGGGATTGTGAAGAATGTGATTGCACTTGCCGTGGGCATTTGTGAAGGCCGGCAGATGGGCGACAACACCAAAGCTTCGGTGATCACACGCGGACTCGCTGAGACGTCCCGGCTTGCGCTGGCCCTTGGCGGAGAAGCCCACACCATGGCCGGTCTTGCCGGGCTCGGTGATCTTGTTGCCACTTGCTCCTCAGCCCTGTCCCGCAACCACACCGCTGGCCGGTTGCTGGGTGAAGGCCTCACCCTCGAGCAAGTGGCCGAACAGATGACGCAGACGGCAGAGGGCATCAAATCCGGCCCCGCCGTGCACGAGCTGGCCGGCAAATTGAATGTTGAAATGCCCATTACGGCTGCCGTTGTGGCGGTGCTTGAAGGCAGAATGTCCGTTGATGACCTGGGGCCACGACTGTTGGCCCGGGCACTGAAGTCCGAAGGCGACTACTGA MTAVETNVSTPDIVAVLGAGSWGTTFAKVLADAATATGSERSIRIWGRRAEVVEQINSSHRNEQYLKDIELPPSVTASTDMEEVLKDATLVVLAVPAQSLRPQLGEWKAFLSPDAVVVSLMKGLELGTDARMSEVIAQELGLPAPRVAVVSGPNLAMEIAREQPTASVVACSDADTAAAIALCCTAPYFRPYTSTDVVGVEIGGIVKNVIALAVGICEGRQMGDNTKASVITRGLAETSRLALALGGEAHTMAGLAGLGDLVATCSSALSRNHTAGRLLGEGLTLEQVAEQMTQTAEGIKSGPAVHELAGKLNVEMPITAAVVAVLEGRMSVDDLGPRLLARALKSEGDY PGPT0024330_453 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0024330-gpsA-K00057 NA NA D3-18_01851 1137 ddl COG1181 D-alanine--D-alanine ligase ATGGTGACTGACCAATCCACCCCTTTGACGGGCCGCCCCCGTGTAGCGATTCTCTTTGGGGGGCGCTCCAGTGAACATGCCGTCAGCTGTGTCACAGCAGCTGGTGTCATGGGGGCGATCGACAAAGACAAGTACGAGGTCATACCGATTGGCATCGCCAAGTCCGGGCAATGGGTACTCGCCTCCGGCGACACCAGCGACTGGTCCTTGAGCTCGGCAGCGCTTCCCGAGGTGGCGCCGTCGGGCAGGACCGTCACCTTGGCAGAAGTGGGTGGTGAGCATCAGCTCATCGTGACCGAGCCCAACGCCGTTCCCCAAGAACTGGGGTCCGTGGATGTTGTCTTCCCTCTGCTTCATGGGCCATGGGGCGAAGACGGGACCATCCAGGGCCTCCTTGAGCTCTCAGATACCCGCTATGTGGGCGCCGGTGTGCTGGCCTCGGCCGTAGGGATGGACAAGCATTTCATGAAGGTGGTGTTTGAATCCGCCGGACTGAGCGTAGGACCGTACGTAGCTGTCACAGACCGCGAATGGACCACGGACGCCGAGGCTGTCCGCAAGCGGGTGGACAAGCTCGGATACCCTGTGTTCGTCAAGCCTGCCCGCGCGGGTTCGTCCATGGGTATCTCCAAGGTCGACTCGATGGAAGGGCTGGACGCTGCCGTCGAGGAAGCCCGCCGCCATGACCTGAAGCTGGTCATTGAAGCCGGCATCGTGGGCCGCGAGATCGAGTGCGCCGTCCTTCAGGGTCGTGGCACGGCTGCGCCCCGTACTTCCATGCCGGGTGAGATCGCGGTGGCTGCCGGTGAGCACCAGTTCTATGACTTTGCCGCCAAGTACGTTGAGGACGGCGCCGCCGCCCTGAGTTGCCCGGCTGACATGCCGGACGAGGCAATCGCACGCGTGCGTGAACTCGCCGCCGTCGCTTTTGACGCCGTCGGGGCGGAAGGCCTTAGCCGTGTGGATTTCTTCTACACCCCCACCGGCGAGCTGATCATCAATGAGATCAACACGATGCCCGGCTTCACGCCTAAGAGCATGTACCCGCAGATGTGGGCGGCATCCGGGCTGGCTTACGGGGACTTGATCGACGAACTGATCCATCTGGCTCTGACACGCAAGACGGGGCTGCGCTAA MVTDQSTPLTGRPRVAILFGGRSSEHAVSCVTAAGVMGAIDKDKYEVIPIGIAKSGQWVLASGDTSDWSLSSAALPEVAPSGRTVTLAEVGGEHQLIVTEPNAVPQELGSVDVVFPLLHGPWGEDGTIQGLLELSDTRYVGAGVLASAVGMDKHFMKVVFESAGLSVGPYVAVTDREWTTDAEAVRKRVDKLGYPVFVKPARAGSSMGISKVDSMEGLDAAVEEARRHDLKLVIEAGIVGREIECAVLQGRGTAAPRTSMPGEIAVAAGEHQFYDFAAKYVEDGAAALSCPADMPDEAIARVRELAAVAFDAVGAEGLSRVDFFYTPTGELIINEINTMPGFTPKSMYPQMWAASGLAYGDLIDELIHLALTRKTGLR PGPT0020050_576 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0020050-ddl-K01921 NA NA D3-18_01852 510 hypothetical protein ATGCACCGAAAGACCCTTCCCCGGACCGCCCTGGCTATCGCCTTGGCCTCCGCCTCCGTCACGGCTTTATCGGCCTGCGCGCCAGCCGTAGACGTCACTGCAGCCTCCGACGCAGCCAATCCTGCCTGCGCGCCAATGATGGTGGCGCTGCCGGACCAGATCGGGGATGCTGCCCTCCGTAAAACGAACAGCCAGGCGACAGCTGCCTGGGGAGATCCTTCGCAGGTCATCCTCCGATGCGGAGTGAACGTTCCCGGACCCACCACGGACCGCTGTGTGAGCGTCAACGACATTGACTGGGTCATCAAGGAAGGCGATCCCGTTTACACCCTGACCACGTTCGGTCGCGAACCAGCCACCGAGATCTTGATAGATCCGGTCAAACTAGAGGCGGCGAACATCAGTTCAGCAACTGTCCTGACTGAGTTGGCAGCCGCGGTTGGCAAGATCAAGGCAACCGGAAAGTGCGTGGGCCAGGAAGATCTGCAGAACCTGCCATCCGCGCAGTAG MHRKTLPRTALAIALASASVTALSACAPAVDVTAASDAANPACAPMMVALPDQIGDAALRKTNSQATAAWGDPSQVILRCGVNVPGPTTDRCVSVNDIDWVIKEGDPVYTLTTFGREPATEILIDPVKLEAANISSATVLTELAAAVGKIKATGKCVGQEDLQNLPSAQ NA NA NA NA NA D3-18_01853 1014 thiL COG0611 Thiamine-monophosphate kinase GTGCCAGAAGAACCGTTGACCGTCCAACACCTGTCGGAGTCCGAGCTCCTCGCGCGGATTTTCCCGCGCCTTCACCATAGCCCCGGAGTCCTGCTGGGACCCGGTGATGACGCCGCCCTGATAGCAGTGCCGGATGGCAGGGCGCTCATCTCCATCGACACCCAAACGCAGGACCAGGACTTCAGGCTTGAGTGGCGTAACGGCTACCGGACCACGGGATTCGACGTCGGCTGGAAGGCCGCAGCGCAAAACCTCAGTGACATCAACGCCATGGGCGGCAGCGCCACGAGTCTCGTTGTCAGCCTCACCATGCCGCCCGACACGCCCGTCGAATGGGTTGAAGCGTTTGCTGATGGGCTCACTGCGGCAATTGTTGGCTTGGGTGCTGCGGATTGCTCGGTGGCGGGCGGAGACCTTGGAAGAGGTCGCGAGCTGGCGGTGACCGTCGCCGTCGTCGGAACGCTTGCCGGTGTGGCGCCAGTGCTGAGGTCCGGTGCCAAACCCCGGGACATCGTGGCGGTTTCAGGGACGCTGGGAAGGGCAGCTGCGGGCTGGGCGCTGCTGGAAAGCGACATTCCGTTCCACAACCTGTCTCCCGAGTTGCGGAGCTTGGTGGACAACCAATGCCGGCCAACGCCACCATTGGCCGCCGGACCCCTGGCTGCGCGAGCGGGTGCCACGGCCATGATGGACATCTCCGATGGCCTGCTGCGTGACGGCAACCGCATGGCCGGGGCGAGCAACGTGGTCCTCGATTTCGATCCCGTTGCTTTGAAGACTTACACAGTCTCATTGGAACCGGCAGCTGCCATTCTGGGAGGGGAAGCCATGCGGTGGGTGCTTGGTGGGGGAGAGGACCACGGTCTGCTCGCTACGTTCCCAGCAGGAATTCAGCTGCCGCAGGGCTTCACTGCGATAGGCTCGGTGCAAGCCGTTGTCGAGCCGCCAGGCAGTGGCGTCCGGATTGCCGGGCAAACTGCTGACACCGTTGGATGGGATCACTTTGCAGACTAA MPEEPLTVQHLSESELLARIFPRLHHSPGVLLGPGDDAALIAVPDGRALISIDTQTQDQDFRLEWRNGYRTTGFDVGWKAAAQNLSDINAMGGSATSLVVSLTMPPDTPVEWVEAFADGLTAAIVGLGAADCSVAGGDLGRGRELAVTVAVVGTLAGVAPVLRSGAKPRDIVAVSGTLGRAAAGWALLESDIPFHNLSPELRSLVDNQCRPTPPLAAGPLAARAGATAMMDISDGLLRDGNRMAGASNVVLDFDPVALKTYTVSLEPAAAILGGEAMRWVLGGGEDHGLLATFPAGIQLPQGFTAIGSVQAVVEPPGSGVRIAGQTADTVGWDHFAD PGPT0009010_20 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B1|THIAMIN_METABOLISM ISR-VITAMIN_B1|THIAMIN_BIOSYNTHESIS,PGPT0009010-thiL-K00946 NA NA D3-18_01854 1161 putative protein GTGGCGTCCGGATTGCCGGGCAAACTGCTGACACCGTTGGATGGGATCACTTTGCAGACTAAGATCGCCGCGAATGCACACGCCATGAAACGTTGGCTCGGCAAGGCGGAGGTGGTCCTCGGCAACCACAGCGACCGTCTCAATGCGATCAACATCTTCCCTGTCGCGGACGGTGATACCGGAACCAACCTTTATCTCACTGTTCGGGCAGCTGTCGCTGCCCTTGGCGGAACTGCGCCGGACTCCACTGAAACCGGCAACGACGTCGGCGCCGTACTGTCCCGTGCCGGGCAGGCAGCCATGGAGCAAGCCCGGGGCAATTCGGGCACACTCTTTGCTGTGTTTCTGTGCGCCGCGGCAGAGCCATTGGCCGGAAAAACCCGCCTCAGCGCACCCCTGCTGGCCACCGCGCTGAACAGGGCGCAGATCCGTGCCTGGTCTGCCCTGAGTGAACCTGTGGCAGGCACCATGCTTTCGGTTTTGGAAGCGGCCGCTCATGCCGCTCAAGCCGTGGACGCATCCCAAAGTGGCGACGACAGCAACCATGCATTGGGGCTCTCGCTCGACGCAGTGGTGGAGGCCGCCTACCAAGCCGTCGTCCGGACAGAGGATGAGCTCGCACAACTCCATGAAGCACATGTTGTGGATGCAGGGGGTGTGGGGATGCTGCTGGTGCTGGATTGCCTCCGGGCCGCCGTCCTGGGTGAGGAACTCCAGGAGGAGCTGCTTGATGGCCTCCACGGTTACAAATTGCAGGATCCCCACATCCATGAGCACATGCCGGCAGATGACGGCGTGGAAGTCATGTGCACCATCAACTTGTCGCCCCTGAACGCGGCCATCCTTCGGCAACGCCTGGACGAGATGGGCGATTCCGTCATCATGAGCCAAGTTGGCGGTGCCCAAGGCGCAGATGATGACGACGAATCCAGTGTGGAAGTCAGCTACCGTTGGCGCGTCCATGTCCACGTCGCCGACCCGGAGCCGGCCGTTGCCTTCATTCGTTCGCTGGGAGAACCGACTGATATAGCAGTAAGCCAGTTGGCAATTCCCCGTGATGACGTGCAGGACCCGGCTGCCACACAAGAACCCGCCGGCAGCGAATCCGCCAGCATCAGTGAAGCTCTCAATGTCTCAGGCCAGTCACGGCATGAATACTGA MASGLPGKLLTPLDGITLQTKIAANAHAMKRWLGKAEVVLGNHSDRLNAINIFPVADGDTGTNLYLTVRAAVAALGGTAPDSTETGNDVGAVLSRAGQAAMEQARGNSGTLFAVFLCAAAEPLAGKTRLSAPLLATALNRAQIRAWSALSEPVAGTMLSVLEAAAHAAQAVDASQSGDDSNHALGLSLDAVVEAAYQAVVRTEDELAQLHEAHVVDAGGVGMLLVLDCLRAAVLGEELQEELLDGLHGYKLQDPHIHEHMPADDGVEVMCTINLSPLNAAILRQRLDEMGDSVIMSQVGGAQGADDDDESSVEVSYRWRVHVHVADPEPAVAFIRSLGEPTDIAVSQLAIPRDDVQDPAATQEPAGSESASISEALNVSGQSRHEY NA NA NA NA NA D3-18_01855 2256 recG COG1200 ATP-dependent DNA helicase RecG ATGAATACTGAGCTGGACCTGCTCCTCGAACGCAGGATCGGCAAGCGGTCCGCGGCCGTCATAGACAAGCACTTAGGCTTAAAAACGGCCGGAGCCTTGCTGAACTACTTTCCTCGCAGGTACTTGAACCGCGGTGAGTTGACGCCCATCAGTAAGCTTCCGCTGGATGAAGAGGTCACGCTGATTGCCCGGGTGCTGTCCAACAGCACCCGCCAGATGAGGGCCCGCCGTGGTTCGATCACCGATGTGGTGGTGACGGACGAGGCTGGAGGTAGCGGTGTCCCAGGTACGTTGAAGGTCAGCTTCTTCAACGGGTTCCGGGCAAAGGCAGAACTCCTGGCCGGTCGTCGGGCCATGTTTTCAGGCAAGGTGACCCGCTACGGCGGAGCCCTCGGCTTGACCAACCCGGACTTTCTGCTGCTGGACGAGGACCCTGAGGCTGAGGGTTCCGTGGATCCCGAAAAGCTCGCAGCCATGCCCATCCCCGTCTACCCGGCGACGGCCAAGCTGACCAGTTGGTCTATCCACAAAGTGATCACTTCCTTGATCCAAACCATGGACCTTGATTCTTTGGAAGACCCGCTTCCGGCAAGCATCGTCCGAAGGGACGGCCTGCTCAGTGTCGCTGAGGCCTACCGCTTGATCCACTCACCCGGGGTTGCCAAGGATTGGCAACGAGCTCAGGAACGTTTCCGGTATCAGGAAGCCCTGGTGCTGCAAACGGCCCTGGCACGCCGGCGCGCGCAGCTTGCTGCAGAAGAAGCCACCGCGCGCCGCCCGCGCGTGGGAGGTTTGCTCACTAAGTTTGATCAAAACCTGCCCTTTACCCTGACTGCCGGCCAATCCGCCGTCGGAAAGACGCTGGCTGAAGAGCTCGGGCGCGACACTCCCATGAACCGGCTGCTGCAGGGTGAAGTGGGCTCGGGAAAGACGATCGTCGCCCTGCGGGCCATGTTGCAGGTAGTGGACGCAGGTGGCCAGGCAGCACTCCTGGCGCCCACGGAGGTGCTGGCGGCCCAGCACTTCCACTCCATCCGCAAGACGTTGGGTGCGCTCGCTCGCGACCACATCTTTGGCGGTGCCGGCATGCTTGGCGGCGACTCTACTCAGGAAGCCGTTCAAGTGACGCTCCTGACAGGTTCCATGCCCACTGCTGCGCGGAAGCAAGCAATGCTGGACGCGGCCTCCGGAAATGCGGGAATTGTCATTGGCACGCACGCCTTGCTGAGCGACAAAACCAGCTTCCAAGACCTCGGGCTGATCGTGGTTGATGAGCAGCACCGCTTTGGCGTGGAGCAGCGCGATGCGCTCCGGGCCAAGGCGCAGCGGCCTCCGCACTTGTTGGTTATGACAGCCACACCGATTCCCCGCACGGTTGCCATGACGGTATTCGGTGACCTTGAGACCTCCATCCTTGATGAGCTTCCGGCCGGGCGTGCGCCTATTTCAACCCACGTGGTGGGGCTCGCGGAGAATCCCGGCTGGGTGGACCGTATTTGGAAACGTTCCCGCGAAGAAGTCGATTCGGGACACCAGGTTTATGTGGTGTGCCCCAAGATCGGCTCGGACGACGACGGTGACTTCAGTCCGGGCGAAGCGGAACCCAGCGAAGCCGACCTGGCGGACGAAGGCCCGGCGCGGGAACTCGCCTCGGTGACCGCCGTCGTCGAAAGCCTCCTGCAGGAGCCGGCCCTGGCTGGCGTCCCGGTGGCGCCGCTCCATGGGCGGCAGGATCCGCAGGTGAAGTCAGAGACGATGGCTTCGTTCGCCTCCAACAACACCAAAGTGCTGGTGTCCACCACCGTCATTGAGGTGGGCGTCGATGTCCACAACGCCACCCTCATGGTGATTCTCGATGCCGACCGCTTTGGAATCTCACAGCTCCACCAGTTGCGTGGGCGGGTAGGCCGTGGAGGTTTGCCCGGCACTTGCCTGCTTGTGACCACGCTGGAACCCGGTCACCCGAGTCGTCGCCGGCTTGATGCCGTTGCCTCAACGACCGATGGTTTTGAGCTGTCCCAGGAAGACTTGAAACTCCGCCGTGAAGGCGACATTCTTGGTGCTTCGCAATCCGGTGGACGCTCCACCCTGAAGTTGCTCCGTGTACTTGAACACGAAGACGTCATTGCCCGCGCACGTACCGACGCCCAAGGCCTGGTGTCGGAAGACCCTGCCCTGCAACAACAGCCGGCACTTGCCGCCGCAATAGATGAATATTTGAACCCGGAGAAGGAGGCGTTCCTTGAACGCGGTTAG MNTELDLLLERRIGKRSAAVIDKHLGLKTAGALLNYFPRRYLNRGELTPISKLPLDEEVTLIARVLSNSTRQMRARRGSITDVVVTDEAGGSGVPGTLKVSFFNGFRAKAELLAGRRAMFSGKVTRYGGALGLTNPDFLLLDEDPEAEGSVDPEKLAAMPIPVYPATAKLTSWSIHKVITSLIQTMDLDSLEDPLPASIVRRDGLLSVAEAYRLIHSPGVAKDWQRAQERFRYQEALVLQTALARRRAQLAAEEATARRPRVGGLLTKFDQNLPFTLTAGQSAVGKTLAEELGRDTPMNRLLQGEVGSGKTIVALRAMLQVVDAGGQAALLAPTEVLAAQHFHSIRKTLGALARDHIFGGAGMLGGDSTQEAVQVTLLTGSMPTAARKQAMLDAASGNAGIVIGTHALLSDKTSFQDLGLIVVDEQHRFGVEQRDALRAKAQRPPHLLVMTATPIPRTVAMTVFGDLETSILDELPAGRAPISTHVVGLAENPGWVDRIWKRSREEVDSGHQVYVVCPKIGSDDDGDFSPGEAEPSEADLADEGPARELASVTAVVESLLQEPALAGVPVAPLHGRQDPQVKSETMASFASNNTKVLVSTTVIEVGVDVHNATLMVILDADRFGISQLHQLRGRVGRGGLPGTCLLVTTLEPGHPSRRRLDAVASTTDGFELSQEDLKLRREGDILGASQSGGRSTLKLLRVLEHEDVIARARTDAQGLVSEDPALQQQPALAAAIDEYLNPEKEAFLERG NA NA NA NA NA D3-18_01856 567 rsmD COG0742 Ribosomal RNA small subunit methyltransferase D GTGAGCCGGATCATCGCCGGGGTTGGTGGCGGGAACCCGCTGGCCAGCGTCCCCGGAACAGCCACACGTCCCACCACGGACAGGGTCAAGGAGGCGCTCTTTTCCCGTTTGGAATCCTTGGCGGTCATTGACGATGCCCGGGTACTGGACCTTTATGCAGGCTCTGGATCCCTGGGCATCGAAAGTGCCAGCCGAGGGGCCCGGACTGTGGATCTGGTGGAGTTCGATGCCAAGGCAAGCGATGTCTGCCAGCGCAATGCGGATTTGGTGAACCAACTCCTGGGGGGGAAAAGGGTCTCAGTCCATCGATCCAAGGTGGAGTCATTCCTGGAGCGTGCGGGTGAAGGGGATCTGTGGGATCTCGTCTTCCTTGATCCGCCCTATCCATTGGACGAGCCTGCCTTAAGTGCTGTGCTGACAAAGTTGGGGCCGCATTTGGACGATGCGGCCGTTGTTGTGGTGGAGCGGAGTTCGCGGAGCCCTGAGCCTGAGTGGCCCGATGCCTTGGAATGTTTCGCCGACAAGAAGTATGGCGAGACCAAGCTGTGGTTCGCTGAGCCGGCCTAG MSRIIAGVGGGNPLASVPGTATRPTTDRVKEALFSRLESLAVIDDARVLDLYAGSGSLGIESASRGARTVDLVEFDAKASDVCQRNADLVNQLLGGKRVSVHRSKVESFLERAGEGDLWDLVFLDPPYPLDEPALSAVLTKLGPHLDDAAVVVVERSSRSPEPEWPDALECFADKKYGETKLWFAEPA NA NA NA NA NA D3-18_01857 660 speE_1 Polyamine aminopropyltransferase GTGAACCTGGCCGATCCCACGGAGATCTTCTACGAGTACCTTCGCAGGATCGGGCACGTGGTGGACTTGGCTGCAGAACCCGGAAAACCCATCAGCGCCCTGCATTTGGGCGCCGGCGCCCTCACCTTGGCGCGGTACATCCAAGCCACCCGTCCGGGCTCGGAGCAATACGCTGTTGAGCTTGAGCGTGAGCTCTTGGACTTCGTACTTCAGAAGCTGCCTATGCCTGACGGCGCCACGTTGACCACTCACATCGGCGACGCCCGCGACGCGCTGGCGGAGCTTCCCGCGGAGGTGATGTTCGACGTCGTGATTCTCGATATCTTCTCCGGGCCGGAGGCCCCTGCCCATATTGCCTGCCGGGAATTCTATGAGGAAGCAGCAGGTAGGCTTCGGCCGGATGGGGTGTTGATCGTCAATGTGGGCGACGAACCTGCGCTGACGCTCGTCCGTAGCCAAGTGGCAGCGCTGCGCCAGGCCATGCCGGACGTCGCCGCCTTCGCTGAGACGGGAATGTTCGCTGGCCGCTACCCGGGCAACATCGTCCTTGTAGGCACATGCAAACCGTGGTCTCCGGACTGGACAGCGCAACTGCTGGCGCGCGGTCCCCATCCCGCCACCGTCCTCACGGGCGTGGAGCTGGACAGTATTACGGGCTGA MNLADPTEIFYEYLRRIGHVVDLAAEPGKPISALHLGAGALTLARYIQATRPGSEQYAVELERELLDFVLQKLPMPDGATLTTHIGDARDALAELPAEVMFDVVILDIFSGPEAPAHIACREFYEEAAGRLRPDGVLIVNVGDEPALTLVRSQVAALRQAMPDVAAFAETGMFAGRYPGNIVLVGTCKPWSPDWTAQLLARGPHPATVLTGVELDSITG NA NA NA NA NA D3-18_01858 1257 dapC COG0436 putative N-succinyldiaminopimelate aminotransferase DapC ATGGCATCCGCAGGCAGCAATTCTTCCCTAGATATGAGCGCGGGCACCAGCGCAGGTACCAACTTAACACCATGGCAGCGGGCGGCCATGGGAGCCAACCTGCTCTCCCCCGAAGGAACGCTGGGAGTGACCATTTTCGAGGAGATGACCACCCTGGCACTGTCCACTGGTGCCATCAACCTCGGACAGGGTTTTCCCGATGAAGACGGCCCCGCGGAAATCAAAGCGGCAGCCCAGTCCGCCATCGCCGCGGGAGCCAACCAATATGCGCCCGGCAAAGGCGTTCCGGCGTTGAGGGAAGCCATTGCCGAGCACCAGCAGCGCTTTTACGGGCTGAACCCGGATCCCGATACTGAAGTCCTTGTCACAACCGGCGCAACAGAGGCGATCGCAGCGACGCTGCTCGCCTTCATCCAGCCCGGCGACGAAGTGCTGACCTTAGAACCCTTTTACGACTCGTACGGGGCCATTATCAGCATGGCCGGAGCCAAACACGTCACCGCTCCCCTGCTGGCCCCCGATTTCCTTCCCGACCTCGCGACGTTGGAAAACTCCTTCAGCACCCGCACCAGAGTTGTCCTCCTGAACAACCCACACAATCCCACAGGCGCCGTCTTTCCGGAATCCGTCTTGAGCGTGATTGTTGAACTGGCCGCGAAGTACGGCGCCATCATCGTCAGCGATGAAGTCTACGAGCACCTCACATTCGGCGTACCGCACCTACCGATTACGTCGCTCCCTGGCGCTGCCGAACGCACCATCACCATTTCCTCCGCCGGAAAGACGTTTTCCTTCACCGGCTGGAAAATCGGCTGGCTCACTGGTCCGGCACACCTGGTGGCGGCAGTGCGAACGGTGAAGCAGTTCCTGACCTATAGTTCAGGCACCCCGTTCCAGAGCGCCATCGCAGTGGGCCTTGGCCTCCCCGATGAGTTCTATACAGGCATCGCCGATCAACTGCGCCGCAAACGGGACATTCTCGCCCAAGGCCTCCGGGCCGCCGGCTTCGGCGTCTACAACCCAAGCGGCACCTACTTCATCAACGTGGACACAGCACCGCTGGGCATCCGCGACTCCGTTGACCTCGCGAGGCGCCTGCCAGGGCTTGTAGGCGTGGCAGCCATCCCGGTCCCGGTGTTCTGCCATCCGGAGGGAGCCGAGCGTACGCGAAGCCTGCTGCGTTTCGCCTTCTGCAAGAAGACCGGCGTCCTGCAGGAAGCCGCCGAACGCCTCGCCACCCTGAAGGACCGGCTCTGA MASAGSNSSLDMSAGTSAGTNLTPWQRAAMGANLLSPEGTLGVTIFEEMTTLALSTGAINLGQGFPDEDGPAEIKAAAQSAIAAGANQYAPGKGVPALREAIAEHQQRFYGLNPDPDTEVLVTTGATEAIAATLLAFIQPGDEVLTLEPFYDSYGAIISMAGAKHVTAPLLAPDFLPDLATLENSFSTRTRVVLLNNPHNPTGAVFPESVLSVIVELAAKYGAIIVSDEVYEHLTFGVPHLPITSLPGAAERTITISSAGKTFSFTGWKIGWLTGPAHLVAAVRTVKQFLTYSSGTPFQSAIAVGLGLPDEFYTGIADQLRRKRDILAQGLRAAGFGVYNPSGTYFINVDTAPLGIRDSVDLARRLPGLVGVAAIPVPVFCHPEGAERTRSLLRFAFCKKTGVLQEAAERLATLKDRL PGPT0020025_874 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_METHIONINE_DEGRADATION,PGPT0020025-ybdL-K14287 NA NA D3-18_01859 501 coaD COG0669 Phosphopantetheine adenylyltransferase ATGAGACGCGCGGTATGCCCTGGATCCTTTGACCCCATCCACAATGGACATCTCGAAGTCATCGCCCGGGCCGCCGGCCTGTTCGACGAAGTCATCGTGGCAGTGTCCACCAACTACGCCAAGAAGTACAGGTTCAGTCTTGAGGACCGAATGGAGATGGCGCGGGAAACATTGGCCTCTTTGCGCGGCATCATCGTTGAGCCGATGGGTGAAGGCCTGCTGGCGGAGTACTGCCGCCACCGCGGTATCTCAGCCATAGTCAAAGGCCTTCGTTCATCGTCGGACTTTGACTACGAGTTGCCCATGGCCACCATGAACCGCCAGTTGGCCGGTATCGAAACGGTCTTCCTGCCTGCGGAAGCGCATTACGTGCACCTTTCCTCCACCTTGATAAAAGAGGTCAACGTCCTCGGTGGAGATATCTCCGATTTCGTCCCCAAATCGGTGCTGAAGAGGCTCCTTGCTGGCGAGCCGCCAACAGAACCGCCGCGCAAGGGGTAG MRRAVCPGSFDPIHNGHLEVIARAAGLFDEVIVAVSTNYAKKYRFSLEDRMEMARETLASLRGIIVEPMGEGLLAEYCRHRGISAIVKGLRSSSDFDYELPMATMNRQLAGIETVFLPAEAHYVHLSSTLIKEVNVLGGDISDFVPKSVLKRLLAGEPPTEPPRKG PGPT0008825_1175 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 D3-18_01860 486 COG1399 putative protein ATGCGGACACTCAACGAGCATGTACCTGCGCCAAGTGACCTTGGTGTGGCGCTCATTGGCGTAAAGGAAGGCTCGGATATCGAGCTGGATCTTCGTCTTGAGGCCGTACACGAAGGAATTCTGGTATCCGGAACCGTAGTCGTCGAAGTAACCGGCGAATGCGGTCGATGCCTGGATCCCCTTGCGTATGACCTTGAGGTCAATGTGCAAGAACTTTTCTTCTATGAAGGTGTTGAGCTTTCAGGTGAAGAAGACGATGAAGAGCAACGTCGAGTCGAGTACGATCTAATCGATCTTGAGCCGGTGTTGCGGGACGCAGTTGTCACTATGCTGCCGTTCCAGCCGGTGTGCCGGGAAGACTGCCAGGGCCTGTGTTCCGAATGTGGAGCGCGCCTGGAAGACGAGCCGGGGCACCACCACGAGGTCATTGACCCTCGCTGGGCTGCCCTAGCTGATCTGGCTAAGACTGACCGGCAAACCGATTAG MRTLNEHVPAPSDLGVALIGVKEGSDIELDLRLEAVHEGILVSGTVVVEVTGECGRCLDPLAYDLEVNVQELFFYEGVELSGEEDDEEQRRVEYDLIDLEPVLRDAVVTMLPFQPVCREDCQGLCSECGARLEDEPGHHHEVIDPRWAALADLAKTDRQTD NA NA NA NA NA D3-18_01861 204 hypothetical protein GTGGCTGTTCCCAAGCGGAAAATGTCTCGCGCAAATACACGCGCCCGCCGTGCCCAGTGGAAGGCAACTGCCCCCAACTTGGTCAAGACCATCGAAAACGGTCAGGTTACCTACAGCCTGCCGCACCAGGCAAAGGTCGTCACTGACTCTGCTGGCACCGCGCTGTTCCTTGAATACAAGGGCCGCAAGGTCGCAGACGCCTAA MAVPKRKMSRANTRARRAQWKATAPNLVKTIENGQVTYSLPHQAKVVTDSAGTALFLEYKGRKVADA NA NA NA NA NA D3-18_01862 711 rnc COG0571 Ribonuclease 3 ATGTCTTCAACTGAAGAGCTTCTGAAGCGTCTCGGTGTCTCGATTGACACCGAGACGCTTCGTCTTGCTCTGACACATCGCTCATACGCGTATGAGAACGGCGGGATTCCCACCAACGAGCGCCTCGAGTTCCTTGGCGACTCCATCCTGGGATTCTCCGTGACTGATTCTCTTTACCGTGAGAACCCCTCGCTGCCGGAAGGTGAGCTCGCAAAGCGACGCTCCGCCGTCGTCAGTACGCGCGCGCTGGCCGGGATTGGCCGGCAAATCGGCGTGGGCGAGTTTATTTACCTCGGGCAAGGCGAGAAGCTAACCGATGGCAAGAACAAGGCCTCCATCCTGGCTGACACCATGGAAGCCCTGATCGGGGCCACGTATCTCTCGAACGATATCGAGACCGCACGCCAACTGGTCATGCGCCTGGTAGGACCGCTCCTCAAGGATGCAGGCGCACTTGGGGCGGGAACTGACTGGAAGACGAGCATCCAGGAACTTACGGCCAGCCGGCAGCTGGGCGCCATTCACTATGCTGTTGAAGGTTCAGGGCCGGACCATGCCCGGACGTTCGAGGCAGTACTGAACATCGGCGGAACTCCCTACGGTCGGGGCTCGGGCCACTCCAAGAAAGAAGCGGAGCAGGAAGCCGCCGCTGATGCCTGGCGTGCTCTGACCGCCCTGGATTCCACTACTGCCGGTCCTGCCTCCTCCTGA MSSTEELLKRLGVSIDTETLRLALTHRSYAYENGGIPTNERLEFLGDSILGFSVTDSLYRENPSLPEGELAKRRSAVVSTRALAGIGRQIGVGEFIYLGQGEKLTDGKNKASILADTMEALIGATYLSNDIETARQLVMRLVGPLLKDAGALGAGTDWKTSIQELTASRQLGAIHYAVEGSGPDHARTFEAVLNIGGTPYGRGSGHSKKEAEQEAAADAWRALTALDSTTAGPASS NA NA NA NA NA D3-18_01863 981 fpg1 COG0266 Formamidopyrimidine-DNA glycosylase 1 ATGCCTGAACTTCCCGAAGTAGAGGTAGTCCGCCGCGGCTTGGCCCGTTGGGTCCGTGGCCGGACAATCACCGGCGTGGACGTCGTCGATCCGCGCTCGATCCGACGACACATACTCGGAACCGAAGACTTCATCGGGAATCTTGAGCAAGCCACTGTGATGGACGTCGTGCGGCGGGGGAAATTCCTTTGGATGCCCCTGGCCATGTCCGGCTCGCCCGAAACCGACCCCGGAATAGCGCCGGACCACAGGGAAGATCTCCCGAAAGTGGCGCTGATGGCGCATCTGGGAATGAGTGGCCAACTGCTGATGCAGGACCCTGAAGTGCCGGATGAAAAGCACCTCAAAGTCAGGATCAGGCTCAGTCACGTTGATGGCATGCCTGAGCAGCTGCGGTTCGTGGACCAAAGAATTTTCGGCGGCCTGTTCGTGACGTCCCTGGTGCCAACTGTCGACGGCGGCCTTGGCGGCTTGGGTGAAACACCCCTGCCGGAGATCGCGGAAGAAGCATCGCACATTGCCAGGGATCCGCTTGACCCCCACTTCTCGTTCGACGCGTTCTACCGCAAGCTCCGGGGCCGTAAAACCGGCCTTAAGCGGGCTCTGCTGGACCAGTCGGTCATATCCGGCATCGGCAACATCTATGCAGACGAAGCCTTGTGGCGCGCCCGGCTCCATTACGCCAGAGCCACGGATACACTTCGCCGCGCGGATGCTGAACGGCTGGTAGAAGCCGTAAAAGACGTCATGAACGCTGCCCTTGCAGCGGGAGGGACTAGTTTCGACTCGCTTTATGTCAATGTCAACGGCGATTCCGGGTACTTCGCCCGGTCGCTCAACGCCTACGGACGCGCTGGTGAATTGTGCGTTCGCTGCGAGGCGATAGGCCTGCACAGCATCATGAAACGGGAACAGTTCATGAACCGCTCCTCCTATACCTGCCCTGTATGCCAACCGCGGCCACGGAATGGACGTTGGTAG MPELPEVEVVRRGLARWVRGRTITGVDVVDPRSIRRHILGTEDFIGNLEQATVMDVVRRGKFLWMPLAMSGSPETDPGIAPDHREDLPKVALMAHLGMSGQLLMQDPEVPDEKHLKVRIRLSHVDGMPEQLRFVDQRIFGGLFVTSLVPTVDGGLGGLGETPLPEIAEEASHIARDPLDPHFSFDAFYRKLRGRKTGLKRALLDQSVISGIGNIYADEALWRARLHYARATDTLRRADAERLVEAVKDVMNAALAAGGTSFDSLYVNVNGDSGYFARSLNAYGRAGELCVRCEAIGLHSIMKREQFMNRSSYTCPVCQPRPRNGRW NA NA NA NA NA D3-18_01864 735 hypothetical protein ATGATGGCGCGGCGGTTGGTCATCGCGGGCATTTGCCTTGCTGTGCTGATCGCCGCCGTCGCCATAGTTTTGGACCAGATGGCCGGGAAGCCAGGGCCGTCTGCTGCCCAAAGCACTTCCACTTCCGCTCCGAGCGCTGGCTCCAGCATCACTCCGTCCGGGGGAGCGACCCCTGGCGGCGCGGGAGATCCAAACGGCGATCCTCAGCCCGGCAGCCCGGCGTCGGGGACTGAAGGAAGCGGCAATGGTGACGGCAGCGCAGGCAACAGTGGGGAGGGTGATGGTGGCCCGTCCACTGCCAAGCCGCTCGAAGTTCTGCCGCCGGTGACTGCCACCCCAACAGGGCTGCCTCAACCATCTGCCCCCGCACCATTGGTCACCACCTTGCCTGAGCCCGGCAGCGCAGCCGGTGGAGTGGTTGACGGGTGGCCTGCCGACATTCTGACGTTGCCCGAGGGAACAACGATCGGTTCCACGTCAGTGTCGACGTCGGGTGATGTCCTCCAGGTGGCTGCTGATGGCATCATTGCCAAGCCACAAGCAGAGGTCTTGGCGTCCTTCCGTCAGTCGTTGGTTGCCCACGGGTTCTGGTCCGAGGCTGCGCCGGCCGCTGACGACGCGCTGGCCGAACGATTCGTGCGAGGCACGGACACTGTCACGGTTTCAGTCTCGACGACAGGTACAGGAAACTCACGCTTCCAGCTTTTGGGCAGCCTGCACACGGCGGCGGACTAG MMARRLVIAGICLAVLIAAVAIVLDQMAGKPGPSAAQSTSTSAPSAGSSITPSGGATPGGAGDPNGDPQPGSPASGTEGSGNGDGSAGNSGEGDGGPSTAKPLEVLPPVTATPTGLPQPSAPAPLVTTLPEPGSAAGGVVDGWPADILTLPEGTTIGSTSVSTSGDVLQVAADGIIAKPQAEVLASFRQSLVAHGFWSEAAPAADDALAERFVRGTDTVTVSVSTTGTGNSRFQLLGSLHTAAD NA NA NA NA NA D3-18_01865 1305 hypothetical protein ATGTACATTTCACTCTCGGACCGCGGCAAACGGGACAAGCCGGAGGGAACACGAACGGCACTATCGAGCGAAGTGCCGTTCCGTTTGTCTCCGGTCATTCTGTGGCTGGGCATTGTGAGTATGGTGACCGATGTTTCCTCGGAATCGGTCACCGCGATCCTCCCGTTGTACGTGACTGGTTTCCTGGGTCTGTCCACCATTGCCTTCGGGTTCATCGACGGCATCAACCAAGGGGCCAGTGCAATCGTCAGGATCGCGGCCGGCTGGGCTGCCGATCGCAGCGGCCACCCCAAACGGATAGCTTTGGCCGGCTACGGCTTATCAATGCTTGCCCGGATCGGTTTCCTCTTCGCGGGCGGGTTCTGGGCAATTGCGGCAATAGTTACCGGGGACAGGATCGGCAAAGGCATCCGCACGGCACCGCGGGACGCCCTCATTTCAGTTTCAGCACAGCCTGAACACCTGGCCCGTTCGTTTGGCGTGCATCGCATGCTCGACAACATCGGCGCCGCAGCCGGGCCGTTGATCGCCTTCTTTGTGTTGTTGATGATTCCCAACGGTTTCAGCACAGTATTTGTGGTGTCGCTGGCGTTCGCCGTCATCGGTGTTGCCGTCCTCGCCTTGGTGGTGCCTGACATTAAGGCACATGGCCTTAAGGGCACGGGGGAACGTGAAGGTCGCCGTCTTTTCGCTTTCTCCTGGTCTCACCTGAAGGAACCCGGGCTGGGTAAGCTCCTGATCGCAGCCGGGTTGCTGGGCCTGGTGACCATTGGCGACGGCTTCATCTATCTCGTGCTGCAGGCGCGGGATTCCTTCGCGGTCCAGTGGTTTCCGCTGTTGTTCGTAGGCACAAACGTGGTGTTTCTGGCGTTCGCCATTCCGCTGGGACGGCTGGCTGACCGGGTGGGAAAAATCCCGGTGTTCGTTGGTGGGCATATTGCACTGCTGGCAACGTACCTTCTCGCGGCGGCACCTTTTGGAGGGCTGTGGGCGACCGTGGGTTGCCTGATCCTCCTGGGGGCGTTCTACGCAGCCACCGACGGTGTGCTGGCGGCCTTGGCCAGTCAGCTGACACCTCCGGGAAAACTTGCTACGGGCATCGCGTCCGCGCAGACAGTAGTGGCACTAACCCGGATGTTGGCATCGGCAGGTTTTGGTTTTCTCTGGTATGCGGTGGGTGCCCCAACGGCCATGCTGGTGGCGGGTGGATTGCTCGCTGGTGCTGTCCTGGCTGTGGCCTTCATCCTGCGTGGCGCACGGGTTGCACCGGCAGGGGACCCGGATAACTCGAGCAACGCGGTATGA MYISLSDRGKRDKPEGTRTALSSEVPFRLSPVILWLGIVSMVTDVSSESVTAILPLYVTGFLGLSTIAFGFIDGINQGASAIVRIAAGWAADRSGHPKRIALAGYGLSMLARIGFLFAGGFWAIAAIVTGDRIGKGIRTAPRDALISVSAQPEHLARSFGVHRMLDNIGAAAGPLIAFFVLLMIPNGFSTVFVVSLAFAVIGVAVLALVVPDIKAHGLKGTGEREGRRLFAFSWSHLKEPGLGKLLIAAGLLGLVTIGDGFIYLVLQARDSFAVQWFPLLFVGTNVVFLAFAIPLGRLADRVGKIPVFVGGHIALLATYLLAAAPFGGLWATVGCLILLGAFYAATDGVLAALASQLTPPGKLATGIASAQTVVALTRMLASAGFGFLWYAVGAPTAMLVAGGLLAGAVLAVAFILRGARVAPAGDPDNSSNAV NA NA NA NA NA D3-18_01866 1029 hypothetical protein ATGAGCGGCGCGCTCGCTGAAGGCAAGCTGCGGTGGGGTGCCCTCCTCGCCGTCACGGCACTCGTCTTGGTGGCGGCCGGTATATATGCGGTGGGAGCCTACCAGCGTTTTGAAGAAAGCCGCACTGCGGCTTCCTCCGTGGGCATCATGGCGAGCCAGCCGCTTCCAGCGGGCCCCTTCGTCCTGTTTCGCAACACAGCATCGGGCCAAGGCTACGGAAACGCCGCCACTGTTCCGTTGGCATCTCCCGATGGCGCCCGGGCTGTCAGCGGGCAGGAGTGCGACCGAGTGTACGGAACGTCCGAGAAGGTGGTCTGCCTGAAGACAAACCGTGGACTGGTGACGGCGTTTGAAGCTGCTGTCCTGGACCGCAACTGGGAGCAGCAAAGGGCATGGCCGGTCCCGGGAATACCCAGCAGGACCCGCATCAGCCCGGATGGATCCATGATTGCCACCACTGTGTTCGTCTCGGGCCACTCCTACGCCACGGCAGGCTTCTCCACCGCCACCGAGATCAGCCTTCCGGAAGGCACATCGGGTAACCTCGAGGACTTCGCCCTGATGGTGAACGGCGAGCGGCTTCTTGCCACGGACAGGAATATTTGGGGTGTGACATTCGCACCTGGCCAGAGCGATGTTTTCTACGCAACGGCCGCTTCTTCCGGACGTATCTGGCTGGTTCGGGGGAGCCTGTCCGCGAAGACCCTGACCGCCATTCACGACAATGTTGAGTGTCCGTCCATCTCGCCTGACGGCACGCGGATCGCGTTTAAGAAGAACGACGGCGGTGCGCTGGCCGCGCACTGGAAGGTCGCAGTGCTTGAGCTCGCTACGGGACAACAAACCGTGCTCTCCGAGAAGCGCAGCGTTGATGACCAGATCGAATGGCTGGATAACCAGAACCTGCTCTATGGCTTGGCGGCCGATGGCGGCAATGGTGACAGCAACATATGGAAACTCGGAACGGACCCGACCTCCCAGCCGAGCCTGTTTATCTCCCATGGGTGGTCGCCCAGCGTCGTCCGCTGA MSGALAEGKLRWGALLAVTALVLVAAGIYAVGAYQRFEESRTAASSVGIMASQPLPAGPFVLFRNTASGQGYGNAATVPLASPDGARAVSGQECDRVYGTSEKVVCLKTNRGLVTAFEAAVLDRNWEQQRAWPVPGIPSRTRISPDGSMIATTVFVSGHSYATAGFSTATEISLPEGTSGNLEDFALMVNGERLLATDRNIWGVTFAPGQSDVFYATAASSGRIWLVRGSLSAKTLTAIHDNVECPSISPDGTRIAFKKNDGGALAAHWKVAVLELATGQQTVLSEKRSVDDQIEWLDNQNLLYGLAADGGNGDSNIWKLGTDPTSQPSLFISHGWSPSVVR NA NA NA NA NA D3-18_01867 4923 hypothetical protein ATGCCCGGTCCTTCAGCTACCCAACCACAGCGGGTCTTCAAAGGGTTTCTTGTGCCCTTGGTGCTTGCCATGGTGGCAGCCCTGCTGCCCCTTACAGCACCAGCAGCCGTTGCGGCAGGGCCCTGCGACCCTGTGGTAAACCCTGTGGTCTGCGAGAACTCCAAACCGGGCAGTCCACCATCGGAGTGGGACATCCTTGGAGCCGGGGATGACAGTATTCAAGGCTTCTCCACCGAGATCAGCGTCAATGCCGGCCAGCCCATCCGCTTCAAGGTGGCCACGAATGCGCCGAGCTACACCATAGGTATCTATCGCACCGGCTGGTACGGCGGCAACGGAGCGCGCAAGATCGCGGACGTAGTGCCGTCGGTCCTGCGCCAGAACCAACCTGCCTGCCGGAGCGACCTCGCCACTGAGCTGTACGACTGCGGCACATGGGGTGTGTCGGCAACGTGGCAAGTACCGGCAACAGCAGTATCAGGTGTTTATGTCGCCCTGCTGACAAGGCCTGATACTGGCGGCCAAAGCCACATAACGTTTGTGGTACGCCAGGACGCCAGCCGCTCGGACGTGGTCTTCCAAACCAGTGACACCACATGGCAGGCCTACAACACGTATGGAGGCTCCAGCTTCTATGAGGGCGGTGACAACGGCAGGGCCTACAAGATCAGCTATAACCGGCCCATGAACAGCCGCGGCGGGCCAGACGGCAGGGACTTTTACTTCGCCAACGAATACCCGATGGTCCGTTTCCTGGAGCAAAACGGCTACGACGTCAGCTACATCAGCGGGCTCGATACCGACCGCAGCGGGAGTTTGCTGCTCAATCACAAGGTGTTCCTGTCCGTGGGACACGATGAATACTGGTCCGGCCCGCAGCGCGCCAACGTGGCAGCGGCCCGCGATGCGGGCGTCAACCTGCAGTTCCTGTCCGGCAACGAGATGTACTGGAGGACCCGTTTCGAACCCTCAATCGTGGATGGCGCTGCCGGGCGCACGCTGACCTCCTACAAGGAGACTTGGTCCAACGGCAAGATCGACCCCAGTCCACAGTGGACAGGCACTTGGCGGGACCCGCGTTTCGCATCACAGGCCAACGGCGGCGGACTCCCGGAGAACGGGCTGACTGGAACCCTGTACATGTCCAACTACTCCGACCTTCCCGTGACCGTCAGCTCCGAGGAAGGCAAGACCCGGCTATGGCGCAATACCACCCTGGCTTCCCTGCCGGCAGGCTCGTCGGCGGCGCTGGCTCCCCACACGGTGGGCTATGAGTCAAACGAGGACATCGATAACGGCTTCCGTCCGGCGGGCCTCATCCGCCTGTCCACAACGGTAGGCAGCGTAGCCGAATATCTTCAGGACTACGGGAACACCGTGAAGCCGGGAACCACCACCCATAACGTCACGCTGTATCGCGCTGCCAGCGGGGCTTTGGTGTTCTCAGCCGGCAGCGTGCAATGGACCTGGGGTCTGGACCAGGAACACGACGGCAACGGGGCTCCGGCGGATCCGAGGATGCGCCAAGCCCAAGTCAACCTTCTTGCCGACATGGGGGCACAGCCGGCTTCGCGGGCAGCAGGCCTCGTGGCCGCTGCCGCCAGCAGCGACCGGACAGCGCCAACTGTTGCTGTTACCGCCCCGGCGAATGGGGCCACCATCCCCCACGGCACCAAGGTCACCGTCAGCGGTACCGCCGCCGACACTGGCGGCGTGGTTGCCGGCGTCGAGGTTTCCACGGACGGCGGCAGCACCTGGCACCCTGCCGTGGGAAAGCAGAACTGGACCTACAGTTACATACAGCAAGGTCTGGCAACTGCCTCCATCCAAGTCCGGGCGGTTGACGACAGCGCCAACATTGGAACTCCGACCACCCGTAACCTCGTATTGAGCGGACCGTACAGCGTGTTCGGCCAGACGGTTCCTGCGATCCAGGACTCCGGCGACGGTGGCGCCTACGAAATGGGGCTACGCTTCACTCCCTCAGTGGACGGATTCATCACCGGCGTCCGCTTCTACAAGAGCACGGCAAACACAGGAACGCATACGGGCTCACTCTGGAGCTCCTCCGGCGAGCGCCTTGCCACGGCCACATTTACCAACGAGACTGCCAGCGGCTGGCAGAGCACGCTGTTCAGCCAGCCCGTAGCGGTCGCCGCCGGACAGAAGTACACGGTCTCGTATTGGGCTCCACGGGGGCACTATGCCACCAAGGACTTCCAATGGGCCAGCTTCGGGTCCACTGCGGCCCCACTGACGGTGGCGGGTGGCTTCGGTGCTGAACCGGCGGGGGTGTACAGCACCTCCCAGAGTTTCCCGACCACCAGCTTCAACGGGGGCAACTACTTCGCTGACGCCATCTTCAGCACCGTTGACAATTCCCCAATGACGGTGTCCGGGCACTCCCCGATCCCGTCGTCGTCAAGCGTCGCGGTCGCCACGAAGGTCAGCGCGGTGTTCTCCAAGCCCGTCACCGCCGCGAGCGTTCAGTTGACGTTGCGGTCTGCCGCCGGCCCCGTGGCCGGAACCACAACCTACGACGCTGCTACCCGTCGCGCCACGTTCACGCCGTCGTCGCAGCTGGCGTTCAGTACGCAATACACGGCGACTCTCGCTGGTACCGACACGGTAGGCGGCCAGGTAACCTCAGGCGGAACCTGGACGTTCACCACGGCATCCACTGTGCCCGTACCCGGTTCCTGCCCCTGCAGTCTTTACGACGACAGCGTGACCCCAGGGATTGCCGAGATCCGTGATGGCGTTCCGCTGACCTTGGGTGTGCGGTTCTCGAGTGTTTCGGCAGGCGAGGTCACGGGCATCCGCTTCTACAAGTCAGCCGGCAACACCGGCACGCACACGGGCGCCCTCTACACGGCCACAGGCCAGCAATTGGCAACAGTTACCTTCGCCAATGAGAGCAGCTCCGGATGGCAGACAGCAATGTTCAGCCAGCCCGTCCAGATTGCTGCGAACACTGAATACATTGCGTCCTACAAGTCACCCACGGGCGCCTACTCGGCCACGTCAAACGGCTTTGGGTCAGGTATGAGCGTTGGCCCCCTGAGGACCGTCCCGGACGCGGGTGCGTACACATACAGTGGTGATTTCCCTGGTTCGAGGTCGTCCGCGAGCTACTTGGTGGACGTGGTGGTCATGGTTTCAGCACCGCCGTTCACCGTAGGCGGACATAACCCCATCCCTAACGCCTCCAGCGTCCCACTGAACTCGACTGTGAGCGCAGTCCTTTCCGAGGCCGCAGTTGCTTCAAGCGTCGGCCTGTCCGTCAAGACTGCCGCCGGCGTCGCGGTTTCGGGAACCGCCGCCTACGACACGGCAACGCGCAAGGTCACGTTCACTCCGGCGGCCCCCTTGGCGGCCGGTACAACATACACGGCAACAGTGACTGCGACGGCGGCGTCCGGACAACCGATGTCGGCCGGTGGTACCTGGCAGTTCACCACTGTCCCGCCAGCCAGCACGCCTGGTTCGTGCCCCTGTACCTTGTTCGAGGACACAGTGACGCCGACCACCGTTGAAGTCAATGATGGAGTGCCTTTGACGTTGGGTGTCCGGTTCACCAGTGACACCGCCGGCCAAGTAACCGGCGTGCGCTTCTACAAGTCAGCGGGGAACACCGGAACACACACCGGATACCTCTACACGGCGGCCGGCCAGGTTTTGGCTACCGTCACTTTCACCAATGAATCCAGCACCGGCTGGCAGACGGCCACCTTCAGCCAACCGGTGAACATCCAGGCTGACACGGAGTACGTAGCCGCTTACAAGACGCCGACAGGTAAGTACTCATACACGGCCGGAGGATTCGGAGAAGGCTTCACCAGGGGGCCACTGAAGACGGAACCGGATTCCGGGTCTTACTCCTACAGCGGCGACTTCCCGAACACCGCTTCCACGGCAAGCTACCTCGTGGATTTGGTATTCACCGTTGCGGCACCGCCATTGAGCATGGTGGCGCAGGTGCCGGCTCCCGGTGCAACGGCCATTCCGACTGACGTGAAACCGTCAATCACGTTCTCCACTGCGATAAAACCCGGTGCCTCGTTCACCTTGACCGCGAACGGCTCATCCGTGGCCGGGACGGCTGCCTTGTCCGCCGACGCCAAGACCATCACCTTCACGCCGACGGCTGCCCTGCCAGGCAACACGGTGATTTCCGCCAGCGTCTCAGGTGTGGCAACTCCACAAGGGCAGACGCTGCCCCCGAGCAATTGGCAATTCACCACGGCCGCCCCGACCATGCAACAATCCACGATCTTTGGATCGCTGGTGCCACAGGTGGCCGCAAACTCCGACTTCCTAGCTGTGGAACTCGGTACTGCCTTCACAGTCTCCCAAGCGGGAAATGTGACCGGTATCCGCTTCTACAAGGGGACCGGTAACACTGGAACCCATGTGGGCTCACTCTGGAATGCGGCCGGCACCCGTCTGGCTCAGGTAACCTTCACCAACGAGACGGCAACGGGCTGGCAAACCGCCACCTTGGCCACACCAGTGGCACTGGCGACAGGCCAAACGTACGTGGTGTCCTACCGGGCACCGAACGGCCGCTACTCCTCAACGCAGGGATTCTTCAACCAGACGTGGACGAGCGGGGTCTTTACGGCTACTGGGCCGAACAATGGCCGTTACCGGTACGGATCCGGCGGTGTGATGCCAACCAACTCCTGGAACGCCACGAACTACTTTGTTGACGTGGTGTACTCCACGGCGGCGCCGGCCCAGCAGCAGGCTGCACCTTCAGCCACAGCTACTCCGACCGCAACCGTGGCGCCGTCACCAACAGCGACGGCGACTCCGACGGCGACTCCGACGGCGACTGCCACCCCCAGCCCGACCCCAAGTCCCACGCCTAGTCCCACCCAAACCGGCGGGCTTCTCTGCGGGCTGCTACGGGCCTGCTGA MPGPSATQPQRVFKGFLVPLVLAMVAALLPLTAPAAVAAGPCDPVVNPVVCENSKPGSPPSEWDILGAGDDSIQGFSTEISVNAGQPIRFKVATNAPSYTIGIYRTGWYGGNGARKIADVVPSVLRQNQPACRSDLATELYDCGTWGVSATWQVPATAVSGVYVALLTRPDTGGQSHITFVVRQDASRSDVVFQTSDTTWQAYNTYGGSSFYEGGDNGRAYKISYNRPMNSRGGPDGRDFYFANEYPMVRFLEQNGYDVSYISGLDTDRSGSLLLNHKVFLSVGHDEYWSGPQRANVAAARDAGVNLQFLSGNEMYWRTRFEPSIVDGAAGRTLTSYKETWSNGKIDPSPQWTGTWRDPRFASQANGGGLPENGLTGTLYMSNYSDLPVTVSSEEGKTRLWRNTTLASLPAGSSAALAPHTVGYESNEDIDNGFRPAGLIRLSTTVGSVAEYLQDYGNTVKPGTTTHNVTLYRAASGALVFSAGSVQWTWGLDQEHDGNGAPADPRMRQAQVNLLADMGAQPASRAAGLVAAAASSDRTAPTVAVTAPANGATIPHGTKVTVSGTAADTGGVVAGVEVSTDGGSTWHPAVGKQNWTYSYIQQGLATASIQVRAVDDSANIGTPTTRNLVLSGPYSVFGQTVPAIQDSGDGGAYEMGLRFTPSVDGFITGVRFYKSTANTGTHTGSLWSSSGERLATATFTNETASGWQSTLFSQPVAVAAGQKYTVSYWAPRGHYATKDFQWASFGSTAAPLTVAGGFGAEPAGVYSTSQSFPTTSFNGGNYFADAIFSTVDNSPMTVSGHSPIPSSSSVAVATKVSAVFSKPVTAASVQLTLRSAAGPVAGTTTYDAATRRATFTPSSQLAFSTQYTATLAGTDTVGGQVTSGGTWTFTTASTVPVPGSCPCSLYDDSVTPGIAEIRDGVPLTLGVRFSSVSAGEVTGIRFYKSAGNTGTHTGALYTATGQQLATVTFANESSSGWQTAMFSQPVQIAANTEYIASYKSPTGAYSATSNGFGSGMSVGPLRTVPDAGAYTYSGDFPGSRSSASYLVDVVVMVSAPPFTVGGHNPIPNASSVPLNSTVSAVLSEAAVASSVGLSVKTAAGVAVSGTAAYDTATRKVTFTPAAPLAAGTTYTATVTATAASGQPMSAGGTWQFTTVPPASTPGSCPCTLFEDTVTPTTVEVNDGVPLTLGVRFTSDTAGQVTGVRFYKSAGNTGTHTGYLYTAAGQVLATVTFTNESSTGWQTATFSQPVNIQADTEYVAAYKTPTGKYSYTAGGFGEGFTRGPLKTEPDSGSYSYSGDFPNTASTASYLVDLVFTVAAPPLSMVAQVPAPGATAIPTDVKPSITFSTAIKPGASFTLTANGSSVAGTAALSADAKTITFTPTAALPGNTVISASVSGVATPQGQTLPPSNWQFTTAAPTMQQSTIFGSLVPQVAANSDFLAVELGTAFTVSQAGNVTGIRFYKGTGNTGTHVGSLWNAAGTRLAQVTFTNETATGWQTATLATPVALATGQTYVVSYRAPNGRYSSTQGFFNQTWTSGVFTATGPNNGRYRYGSGGVMPTNSWNATNYFVDVVYSTAAPAQQQAAPSATATPTATVAPSPTATATPTATPTATATPSPTPSPTPSPTQTGGLLCGLLRAC NA NA NA NA NA D3-18_01868 3621 smc COG1196 Chromosome partition protein Smc GTGGATACAGACACCCGGGCCACCCAGGAGAACCGAAGCGCCTTGCACCTGAAAAGTTTGACTGTCCGAGGATTCAAGTCGTTTGCGTCGGCCACGACCTTCGACTTTGAGCCGGGCGTCACTGCCGTCGTCGGTCCCAACGGATCAGGCAAATCCAATGTGGTGGACGCCCTGGCCTGGGTCATGGGAGAGCAGGGCGCCAAAACCCTCCGCGGCGGCAAGATGGAAGACGTCATCTTCGCAGGTACCTCAGGCCGGCCACCACTCGGCCGAGCCCATGTAGCCCTGACAATCGACAATGCAGACAACGCGCTCCCCATCGAGTACAGCGAAGTCACCATCTCCCGGACCCTCTTCCGTACGGGTGGGTCCGAGTACGCCATCAACGGCGCACCCTGCAGGCTCCTGGACATCCAGGAACTCCTCTCCGATTCCGGCCTCGGCCGTGAAATGCACGTCATCGTGGGACAAGGCCAGCTGGACCGCGTACTCCACGCCACCCCGGAGGACCGCCGAGGCTTCATCGAAGAAGCCGCAGGAATCCTTAAGCACCGCCGCCGCAAGGAGAAGACCGTCCGCAAGCTCGAAGCCATGCAGGCCAACCTCGCACGGCTCGGTGACCTCACTGCAGAGATACGGCGGCAATTAACCCCCTTGGGCAAGCAGGCGGAAATTGCCCGCCGTGCCCAAACAGTCCAGTTCGATGTCCGTGATGCCCGCGCCCGACTCCTGGCGGACGACCTCGTGCAACTGAGCACAACCCTTGAAAAGGACGTCGCCGACGAAGCAGCGCTCAAGGAGCGCCGTCAGGTGGTTGAGGCGGAGCTGGGTGCGGGGAGGCGACGCCAAGCTGCCTTGGAGCAGCAGGCCGCTGAAGCCACACCGCGGCTTAACGCCGCACGCGATCATTGGTACCAGCTTTCAGCAAACAGGGAACGACTTCGTTCACTGGGGTCTCTGGCCGCCGAGCGCAGGAGGCTCCTGGGTTCCTCAGAGACCTCCCCGGACACCGGACGCGACCCCGAGCAACTCGAACGCCAGGCCGCCCGGGTCCGGGAGGAACAAGCTGCGCTCGAGCACGACATCCTTGCAAAGCAAGCGGCGCTCCTGGAAGCCACAGTTGCCAAGGACTCGGCCGAAGCGCTCGCAGCTGCGGAGGACAAGCGCTTGACGGCCATGCTGAGGGCAGCAGCCGATCGTCGGGAGGGGCTGGCCAGACTGGCAGGGCAGGTGGCCGCGGCCAGGTCCAGGGCTGAGGCTGCCGAGGCCGAACGAGGTCGCCTCAGGGAATCCCTCGCTGCCGGTGACGAACGGCGCCGCAAAGCCCAAAGCGAGTTCACGGCCCTCGAGTCGCAAGTGGCGGGCGTTGAAGACGGCGAAGAGAGCCTCGACGCTGAATACGAGGACGCCAACGACGTCCTGGATGCAGTCCTCGAGGAGATTGAAGAACTAAAAGCTTCTGAGCGGGAAGCTGTCCGTGAGCGGGACGCCTTGACGGCACGGCGCGATGCCCTTCAGCTTGGGCTGAACCGCAAGGACGGGTCCGGAAGTCTGCTCACGGCCGACGGCGTACTTGGACCTTTGGCCACGCTGGTCTCCATCGAGCCGGGGTATGAGGCCGCTATAGCTGCCGCCTTGGGGAGTGCCTCCGATGCCTTGGTGGTTGCCGATACGGATAGTGCCGTAGCAGCCATTCGATTGTTGAAGGATGACGACGGCGGGCGGGCAGCACTGCTTCTCGACGCTGGTGACGCCGCCGTTGAAGATGCCCGCGCCAACCCCCCGCTTCCCCGAGGTAGCCGCTGGGCAGCGGCTGTTGTCAAGATTGCTGATCCCGCTGCCCAAGGCGCGCTCGGGCTCCTTGCCGGGACCGCCGTCGTCGATGATCTGGAGGCGGCCGCAGCCTTCGTCGCGGAACATCCTGACCTCAGGGCTGTCACCCGTGAAGGTGACGTCCTGACCTCCCTGACCATTACAGGAGGATCGGCCAACGCACCGTCGTTGCTTGAGGTCCAGGCAGCAGTTGACGACGCCGTTGCCCGGCTTCAGGAGGTCACGGCCCGTCTGGAACGTGGACGCTTCGCCCTGGCCGGGGCTCAATCGCGCCGCGCTGAAGCGCAGGACCGCGCCGACGCCGCATTGGACAGGCTCCACGAATCGGACGCCCGGCTTGCAGCGGTAGCCGAGCGCTTGGGTCACCTTAATTCGGTTCTTCGCAGTGCTGTTGGCGAAAGCGAACGTCTCGCTGCTTCCATGGCCAAGGCTGAAGCCAACATCGCTGAATCTCAACTGGACCTTGAAGTTGCGGCAGAGCGCCTCGCCGCGGCCCAGGAAGCTCCGGACGAGGAACCGTCCACGGACCAACGGGATGAACTCTCTGCCAACGCCAGAACTGCCCGGGCACAAGAAACGGAGGCCCGCCTCGCCCTCCGCACGTCCGAGGAGCAGCTGGGGGCCATCAGCAACAGGGCCGCATCGCTTGAGCGGGCAGCAGCGACCGAACGCCGTGCCCGTGAAGAAGCCGCGCGGCGGGCTCAACGCCGACGCGCCCAGGCTCAGCGTGCCGCGGCAGTCGCGTCAGCAGTGGAGCAGACCCTCCGGTTCATCGATATTTCGGTGGATTTGGCCGGTTATGATCGTGACCTTGCCGAGCAAAAGCGGGAGCAACTGGAGAAGGAACTCAGCGAGGTCCGCACGGGTAACGATGCCCTGGCCCGGGAACTTGCCCAACTTACCGACTCAGTTCACCGGGACGAGATGGCCCGGACACAGCAGCGACTCCGCATCGAGGCCCTGGAGACGCGGTCCATCGAAGAACTGGGCCTCTCGGCTGAGCAGCTCATCGCAGATTATGGTCCAGATCAACCGGTTCCCTTGCCTCCTGGAACCATCACCGATAAGTGGGCTGAACTGCGGGCACCCGTTGATGAGAATGGCGAGGCCATCGTTGAGGGAGTTCCGTTCGTCCGGGCGGAACAGGAGAAGAGGCTCAAGAAGGCTGAGCGGGAACTCGCGGCGCTGGGCAAAGTGAACCCACTCGCGTTGGAAGAGTTCGCCGCCTTGGAAGAACGGCATCAGTTCCTTAGCTCGCAACTCGAGGACCTCAAGTCCAGCCGCAAAGACCTGCTGGACATCATCAAAGAGGTGGACAACCGTGTGCAGCAGGTATTCACTGAGGCTTTTGCCGATACGTCAGCGCAGTTCGACCACGTCTTTGCCCGGCTCTTTCCCGGTGGTGAGGGCAGGCTGGTACTTACGGATCCTGACGACATGCTCACCACCGGGATTGAAGTCGAGGCCCGGCCTGCGGGCAAGAAAATCAAGAGGCTCTCCCTGCTTTCCGGCGGAGAGCGTTCACTCACGGCAGTGGCGCTGCTGGTGGCCATCTTTAAAGCACGGCCCTCACCGTTCTATGTCATGGACGAAGTGGAGGCCGCGCTGGACGATACGAACCTGGGCAGGCTCATCACCATCTTCGAGGAACTGCGCGAGTCCAGCCAGTTGATTGTGATCACCCACCAGAAGCGCACCATGGAAGTGGCGGACGCGCTTTACGGAGTCACTATGAGGGGCGACGGTGTCTCTACGGTCATCAGCCAGAGGCTCGGTGCCGGGGCATAG MDTDTRATQENRSALHLKSLTVRGFKSFASATTFDFEPGVTAVVGPNGSGKSNVVDALAWVMGEQGAKTLRGGKMEDVIFAGTSGRPPLGRAHVALTIDNADNALPIEYSEVTISRTLFRTGGSEYAINGAPCRLLDIQELLSDSGLGREMHVIVGQGQLDRVLHATPEDRRGFIEEAAGILKHRRRKEKTVRKLEAMQANLARLGDLTAEIRRQLTPLGKQAEIARRAQTVQFDVRDARARLLADDLVQLSTTLEKDVADEAALKERRQVVEAELGAGRRRQAALEQQAAEATPRLNAARDHWYQLSANRERLRSLGSLAAERRRLLGSSETSPDTGRDPEQLERQAARVREEQAALEHDILAKQAALLEATVAKDSAEALAAAEDKRLTAMLRAAADRREGLARLAGQVAAARSRAEAAEAERGRLRESLAAGDERRRKAQSEFTALESQVAGVEDGEESLDAEYEDANDVLDAVLEEIEELKASEREAVRERDALTARRDALQLGLNRKDGSGSLLTADGVLGPLATLVSIEPGYEAAIAAALGSASDALVVADTDSAVAAIRLLKDDDGGRAALLLDAGDAAVEDARANPPLPRGSRWAAAVVKIADPAAQGALGLLAGTAVVDDLEAAAAFVAEHPDLRAVTREGDVLTSLTITGGSANAPSLLEVQAAVDDAVARLQEVTARLERGRFALAGAQSRRAEAQDRADAALDRLHESDARLAAVAERLGHLNSVLRSAVGESERLAASMAKAEANIAESQLDLEVAAERLAAAQEAPDEEPSTDQRDELSANARTARAQETEARLALRTSEEQLGAISNRAASLERAAATERRAREEAARRAQRRRAQAQRAAAVASAVEQTLRFIDISVDLAGYDRDLAEQKREQLEKELSEVRTGNDALARELAQLTDSVHRDEMARTQQRLRIEALETRSIEELGLSAEQLIADYGPDQPVPLPPGTITDKWAELRAPVDENGEAIVEGVPFVRAEQEKRLKKAERELAALGKVNPLALEEFAALEERHQFLSSQLEDLKSSRKDLLDIIKEVDNRVQQVFTEAFADTSAQFDHVFARLFPGGEGRLVLTDPDDMLTTGIEVEARPAGKKIKRLSLLSGGERSLTAVALLVAIFKARPSPFYVMDEVEAALDDTNLGRLITIFEELRESSQLIVITHQKRTMEVADALYGVTMRGDGVSTVISQRLGAGA NA NA NA NA NA D3-18_01869 1206 ftsY COG0552 Signal recognition particle receptor FtsY GTGAACGATTTCCTACCCATAATTCTGTCCATTCTCGCTGCGCTCGTAGTGGTCGGCGGACTCGTGCCGGTACTGATGAAAGCCCGGAAGACCGGCGCCAAGTACCCCGGAACACGCGACGCGAACGACCCCCTTCAGTCATCGGCAGCAGGCGGCGGAACCCTTGTGGAGGACCGCCCGGATTCGGTGCAGGCCCCGGCTCCGACCTTCGACGGGTCAGTGGAGGATACAGATGTCCCTGATGATGCGGCCGGGCTCGAAACCATCGCCATTGATACTCCGGCACCGGTGGAAGGCAGGCTCACCCGCCTCCGCGCCCGCTTGATCAAGTCCAACAACATCCTGGGCAAGGGCCTCCTGGCTCTGCTGTCGGGCGACAAGATCGATGAAAACGTCTGGGATGAGGTGGAGGAGACCCTCCTCCTTGCCGATCTGGGCACCGAACCCACTATGCAGCTGGTCGATGCCCTGCGTGAGCGCGTCAAGGTGCTGGGCACGCGTAGCCCCGAGGACGTCAAGGCGATGCTCCGTGAGGAGCTCATCAAGCTGGTCGATCCCTCCATGGACCGCTCCTTGAACGTCGAGCGCAAAGCTGACCGTCCCGCCGTCGTGCTTGTTGTCGGTGTGAACGGCGTTGGCAAGACCACCACGGTGGGCAAGCTCGCACGTGTTCTGGTGGCCGAAGACAAGGACGTCCTGTTGGGTGCCGCTGATACATTCCGCGCAGCTGCTGCGGAGCAATTGGCCACGTGGGGACAGCGCGTGGGCGTGCCCACCGTCAAGTCCGACATCGACGGCGCCGATCCCGCGTCCGTGGCCTACGAAGCCGTGAAGGCCGGCATCGATCAGGAAGTCGATGTGGTCATGGTCGACACCGCAGGACGCTTGCAGAACAAGACCGGCCTGATGGATGAGCTTGGCAAGGTCAAGCGCGTTATTGAGAAGCTGGCCGAAGTTGATGAAGTCCTGCTGGTCCTGGACGCCACCACCGGACAGAACGGCCTCAACCAGGCACGCGTCTTCGCGGAGGTGGTGAACATCACGGGCATCGTTCTGACCAAGCTGGATGGAACCGCCAAGGGTGGCATCGTCGTGGCCATCCAAAAGTCACTGGGCGTCCCGGTGAAGCTCATTGGCTTGGGTGAAGGCCCGGACGACCTCGCACCATTTGACGCCGAAAGCTTCGTGGACGCACTGCTCAACTAG MNDFLPIILSILAALVVVGGLVPVLMKARKTGAKYPGTRDANDPLQSSAAGGGTLVEDRPDSVQAPAPTFDGSVEDTDVPDDAAGLETIAIDTPAPVEGRLTRLRARLIKSNNILGKGLLALLSGDKIDENVWDEVEETLLLADLGTEPTMQLVDALRERVKVLGTRSPEDVKAMLREELIKLVDPSMDRSLNVERKADRPAVVLVVGVNGVGKTTTVGKLARVLVAEDKDVLLGAADTFRAAAAEQLATWGQRVGVPTVKSDIDGADPASVAYEAVKAGIDQEVDVVMVDTAGRLQNKTGLMDELGKVKRVIEKLAEVDEVLLVLDATTGQNGLNQARVFAEVVNITGIVLTKLDGTAKGGIVVAIQKSLGVPVKLIGLGEGPDDLAPFDAESFVDALLN PGPT0025740_2290 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025740-ftsY-K03110 NA NA D3-18_01870 1239 tetA Tetracycline resistance protein, class B ATGACCGAGTCGCCCAGATCCGTCAAAGCCCCAAGGATCAGGCCGGAGAAAGCTCCCCTTCCGCGCGATATCAAGGTGATGTTGGTCGCGGCATTCCTGATCGCGCTGGGCTTTGGCTTAGTGGCGCCGGTTCTGCCGCAGTTCGCTACGACGTTCGATGTTGGCGCCACGGCCGCCGCGGTGATTGTCAGCATCTTCGCGTTCATGCGGTTGGTCTTCGCCCCTGCTGGCGGCGCCTTGATCGGACGGTTCGGTGAGCGGAACGTCTATGTCACGGGGTTGCTGATCGTGGCCGTCTCCACCGCGGCATGCGCCTTCGCACACGACTATTGGCAACTACTGATCTTCCGGGGCCTCGGCGGGGCCGGCTCGGTGATGTTTACCGTTGCCGCCATGGGACTGCTCATCCGCCTCGCACCGCCCGAGCGGCGGGGCCGCGTGTCCGGGGCCTACGCCTCCGCATTCCTGATCGGAAGCGTGTTGGGTCCAGTCGTGGGAGGTTTGCTGGCAGGCTTCGGTCTCCGGGTACCGTTCCTTGCCTACGCAGGAGCATTGTTGGTGGCCGCCCTGGTGGTGCGCACCATGCTGACCGGGGAAGGCAACGCGGCCGAGGACGCTACGCCTGCGCCGGCCATGACGCTCAAGGAAGCATTGGCGGACTCCGCTTACCGGGCCGCGATATTTTCGAGCTTTGGCAACGGCTGGGTGACCTTCGGCGTCCGAATGGCCACCATCCCGCTGTTCGCCGTTGCCGTCCTCCAGTCAGCGCCCGAGACCGCCGCTTGGGCGCTGGCTATCTTTGCCGTGGGCAACGCTTTGGCGCTGACCTTCAGCGGGCGGCTCGCCGACGCTTGGGGACGTAAGCCCCTGCTCATCCCCGGCTTGCTCATCACGGGCGCGGCCACCGGCGTCATCGGACTCACCACCGACCTGACGGCATTCCTCATCGCGTCGGCGGTGGCGGGTTTCGGCTCAGGGTTGCTGGGCCCGGCGCAACAAGCCGCCGTCGCTGATGTCATCGGCCGCGGACGCTCGGGAGGGAAAGTACTAGCCATCTTCCAAATGGCGGCAGACACCGGGGCGATTATCGGTCCGATTGTTGCCGGCTTGCTCGCTGACCGCCTCGGCTACGGGTGGGCGTTCGGCATCACCGGAGGGGTGCTCCTCCTCACCGCAGTGGCATGGCTGCCGGCACGCGAACCATCGAAGCACTCCCCCTCCGGCGACGACGCTAGTTGA MTESPRSVKAPRIRPEKAPLPRDIKVMLVAAFLIALGFGLVAPVLPQFATTFDVGATAAAVIVSIFAFMRLVFAPAGGALIGRFGERNVYVTGLLIVAVSTAACAFAHDYWQLLIFRGLGGAGSVMFTVAAMGLLIRLAPPERRGRVSGAYASAFLIGSVLGPVVGGLLAGFGLRVPFLAYAGALLVAALVVRTMLTGEGNAAEDATPAPAMTLKEALADSAYRAAIFSSFGNGWVTFGVRMATIPLFAVAVLQSAPETAAWALAIFAVGNALALTFSGRLADAWGRKPLLIPGLLITGAATGVIGLTTDLTAFLIASAVAGFGSGLLGPAQQAAVADVIGRGRSGGKVLAIFQMAADTGAIIGPIVAGLLADRLGYGWAFGITGGVLLLTAVAWLPAREPSKHSPSGDDAS PGPT0003185_251 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 D3-18_01871 1326 amt_2 Ammonia channel ATGGAACTTACCGCAGGTCACGTATGGGTCATGGTGGCGGCGGCGCTTGTGCTGTTCATGACACCTGGTCTGGCATTTTTCTACGGCGGCATGACACGCGCCAAGGCAGCCCTGAATATGATGATGATGAGCTTCATCTCCATCGGCATCGTGGGCGTCGTCTGGGTGCTGTGGGGCGCTTCGATGAGCTCCGGCGAAGGTTTCATGCAGATTGTGGGTAACCCGTTTGCTACCTTCGGCCTCGAAGGCATTGACACCCCGGATGGCTTGATCAAGGTAGGTTACGCCTCCACCTTCGCCATCATCACCGTCGCCCTCATCAGTGGTGCGATCGCTGACCGCGCCAAGTTCGGTGCCTGGAGCATCTTCGTCCCCGTCTGGGTCACCCTGGTTTACTGCCCGCTCGCCTACATGGTCTGGGGCGGCGGACTTTTTGGTCCGGAAGGCGCGATCGGCAAGGCCCTCGGCCCAGCCATCGACTTCGCAGGGGGCACCGTAGTACACATCAACGCAGGCGTTGCAGCCCTGGTTCTGGTCCTCATCATTGGTAACCGCCGCGGTTTCGGCAAGGACCCGAATCACCGCCCCCACAACATCCCGTTCGTGATGCTCGGTGCTGCAATCCTTTGGTTCGGCTGGTTCGGCTTCAATGGCGGTGCAGCAACTACCGCGGAACAGGGTGGCCTGATCTGGATCAACACCCTCGCAGCCCCCGCAGCCGCCATGATCGGCTGGCTCATTACCGAGCGCATTCGTGACGGTCACCCGACCTCACTTGGTGCAGCCTCCGGCGTGGTTGCCGGTTTGGTAGCCATCACCCCGGCTTGTGCAAACGTCAGCCCCGTTGGCGCCCTCGGCCTTGGCGTAGTTGCTGGTGTAGCTTCCGCTTTGGCAGTAGGACTCAAGTTCCGCTGGGGATTCGATGACTCGCTGGACGTTGTAGGTGTCCACCTGGTCTCCGGCATCATCGGTACCGTGGCACTGGGCTTCATCGCCCTCCCCACCGATGGCGTCGGTGGTGGCCTCTTCTACGGTGGCGGCATGGCCCAGATGTGGGCACAGCTCGCGGCAGCCGGTATCGCCATCGCTTTCTCGGCCATCATGACGGCCATCATCGCCTTCGCCATCCACAAGACCATGGGCTTCCGCGTCTCCACTGAGCAGGAGAACGTTGGCGTCGACCTCAGCCTCCACGCTGAGACTGCCTACGAGTTCGGCGTCAACGGCCACGGTGGCAGCTTCCAGCCGCTGCACGAGGCCATGACAGGAAAGTCAGATTCCGCAGCCAAGACCCCCGCAGAAGGCAAGGAGAGTGTCCAGGCATGA MELTAGHVWVMVAAALVLFMTPGLAFFYGGMTRAKAALNMMMMSFISIGIVGVVWVLWGASMSSGEGFMQIVGNPFATFGLEGIDTPDGLIKVGYASTFAIITVALISGAIADRAKFGAWSIFVPVWVTLVYCPLAYMVWGGGLFGPEGAIGKALGPAIDFAGGTVVHINAGVAALVLVLIIGNRRGFGKDPNHRPHNIPFVMLGAAILWFGWFGFNGGAATTAEQGGLIWINTLAAPAAAMIGWLITERIRDGHPTSLGAASGVVAGLVAITPACANVSPVGALGLGVVAGVASALAVGLKFRWGFDDSLDVVGVHLVSGIIGTVALGFIALPTDGVGGGLFYGGGMAQMWAQLAAAGIAIAFSAIMTAIIAFAIHKTMGFRVSTEQENVGVDLSLHAETAYEFGVNGHGGSFQPLHEAMTGKSDSAAKTPAEGKESVQA PGPT0000840_2459 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-AMMONIUM_ASSIMILATION|USAGE N-AQUISITION-AMMONIUM_TRANSPORT,PGPT0000840-amtB|ybaG|amt-K03320 NA NA D3-18_01872 339 glnB COG0347 Nitrogen regulatory protein P-II ATGAAGCTCATCACAGCGATCGTCCGTCCCGAAAAGCTTGAAGCAGTCCGGGAAGGCCTCGAAGCATACGGGGTCCAGGGCCTGACGGTCAGCGCGGCCAGTGGCTACGGCCGTCAGCGCGGCTACACCGAGGTGTATCGCGGAGCCGAGTACAACGTGGACTTGCTGCCCAAGATCCGCATTGAGGTCCTCGCCACGGACGAGCAGGCAGACGACATCCTGGATGTCCTCATCGCCAGCTCCAACACAGGCCGCGCCGGTGACGGCAAGGTGTGGACCGTGGACGTCTACGAAGCAGTACGGGTCAGGACCGGGGAGCGCGGCGCAGCCGCAATCTAG MKLITAIVRPEKLEAVREGLEAYGVQGLTVSAASGYGRQRGYTEVYRGAEYNVDLLPKIRIEVLATDEQADDILDVLIASSNTGRAGDGKVWTVDVYEAVRVRTGERGAAAI PGPT0000650_1576 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-GLUTAMATE|GLUTAMINE_SYNTHASE|GLTS_PATHWAY,PGPT0000650-glnB|glnY-K04751 NA NA D3-18_01873 1401 zwf COG0364 Glucose-6-phosphate 1-dehydrogenase GTGACCAGCAAAACAACTGTAAAAACGTTGCTCATCCTCGGCGCGTCCGGGGACCTGACAGGCAGGCTGCTGCTGCCCGGACTTGCCGGACTCCTGGCTTCCGGTCGGGCACCCGGGCTTCGACTGGTGGGGGCGGGTTCTGACCCTTGGTCCCCTGAACAGTGGCAGGAACGGGTCCATGGCGCCTTTGCTGCGGCGTTGGATGCAGCCGACGCAGAAGGCCGCGCTGCTCTCGCCGCTGTAGCCGCAGGAACCGAATACCATCAGCTCGATGTCACGGCAGACGGGCCTTTGGCGGAGCTGCTGGCCAGGTTGGAAGGCCCGGTTGCCATCTACTTCGCCCTTCCGCCGCACATCAGCCAGAAGGCCTGCGAGGTTCTCCACAAGGATCAGCTGCCCGCGGGAACACGCTTGGTGATGGAGAAGCCATTCGGTTCGGGAACAGAATCTGCCCATGAGCTGAACAAGACGCTCGCCGCACTGGTGCCCGAGGACCACATCCATCGCGTGGACCATTTCCTGGGCAAAGCCACGGTGTTGAATATCCTGGGTCTTCGTTTTGCCAACAGGTTCCTGGAACCGGTGTGGAACCGCGATCACATTGAAAAAGTAGAGGTCATCTTTGACGAGGACCTGGCACTCGAGGGCCGTGCCCGGTACTACGACACCGCCGGGGCGCTCCGCGACATGATCCAGAGCCACCTCCTTCACATCATGGCTTTCCTGGCCATCGACGCACCGGCCACCATCGAGGAAAGGGACCTGCGGGACGCCGTGGCGACGGTCCTGCGGGCCAGCAGCATCAAAGCCCCGTACACCGATTCCACACGCCGGGCCCGCTACACCGCAGGAACCCTCGGAGAACGAGCGGTGCCGGATTACGCGGCGGAGGAAGGTGTGGACCCGGCCCGCAATACTGAAACCCTTGCAGAAGTCCGGGTGGACATCGATAACTGGCGTTGGAAGGGCGTGCCGTTCATCCTCCGCTCAGGAAAGGCCATGGGACGCCGGCGCAAGGAAGCCGTGATCACTTTCCGCCCTGTCCCCCACCTGCCCAAGGGATTTTCGGGCGTAGATTCCCCCAACCAGCTGCGGATCGGCTTCGGTCCGGACGTGCTCCAACTCGACGTAGACGTGAACGGCCCAGGCGACATCTTCACACTGGACCGCGCTAGCTTGGTGGCCCAGCTCAATGCAGCCGGAATGCTGCCTTACGGAGAAGTGCTGGAAGGCATCCTCAATGGCGACCCTTTGTTGTCCGTCAGGGGCGATACAGCCGAAGACTGCTGGCGGATCATCGAGCCGGTTCTTCGCACCTGGGAGGGCGGCGGCGTCCCGCTTCAGGAGTACGACGCCGGCAGCGAAGGGCCGGCGGACTGGCCCACCGTCGTCGAGGACTAG MTSKTTVKTLLILGASGDLTGRLLLPGLAGLLASGRAPGLRLVGAGSDPWSPEQWQERVHGAFAAALDAADAEGRAALAAVAAGTEYHQLDVTADGPLAELLARLEGPVAIYFALPPHISQKACEVLHKDQLPAGTRLVMEKPFGSGTESAHELNKTLAALVPEDHIHRVDHFLGKATVLNILGLRFANRFLEPVWNRDHIEKVEVIFDEDLALEGRARYYDTAGALRDMIQSHLLHIMAFLAIDAPATIEERDLRDAVATVLRASSIKAPYTDSTRRARYTAGTLGERAVPDYAAEEGVDPARNTETLAEVRVDIDNWRWKGVPFILRSGKAMGRRRKEAVITFRPVPHLPKGFSGVDSPNQLRIGFGPDVLQLDVDVNGPGDIFTLDRASLVAQLNAAGMLPYGEVLEGILNGDPLLSVRGDTAEDCWRIIEPVLRTWEGGGVPLQEYDAGSEGPADWPTVVED PGPT0017380_1574 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0017380-zwf-K00036 NA NA D3-18_01874 1581 ffh COG0541 Signal recognition particle protein GTGTTCAATTCACTCTCTGACCGGTTGACAGCAACCTTCAAGAACCTTCGTGGCAAGGGCCGCCTCACCGAGGCTGATGTCGACGCCACCGTTCGCGAGATTCGCCGTGCCTTGTTGGATGCGGACGTTGCCGTATCCGTGGTCCGCGAGTTCACTGGCCGTATCCGCGAACGTGCCTTGGGCGCCGAAGTCTCGGGAGCACTGAACCCGAGCCAACAGATCGTGAAGATCGTCAACGAGGAACTCAAGGAGATCCTTGGTGGCGAAACCCGCCGCATCCGCCTGGCCAAGACCGGCCCCACCATCATCATGCTTGCCGGCCTCCAAGGTGCCGGTAAGACCACCCTCGCCGGCAAACTGTCCAAGTGGCTCAAGGCCCAGGGTCACAGCCCCATGCTGGTGGCCTGTGACCTTCAGCGTCCCAATGCAGTCACCCAGCTTCAGGTTGTTGGTCAGCGCGCGGGTGTCCCCGTGTTCGCTCCGCACCCTGGTGCTACGTCCGAGCTCGAGCACCCTGCCGGTGACCCGGTAGCCGTAGCCAAGGCCGGCGTCGAGGAAGCGCGCCAAAAGCTCCATGACGTTGTGATCGTTGACACCGCCGGCCGCCTCGGCGTCGACGCCGAGATGATGGATCAGGCCCGACGCATCCGTCAGGCGATCATCCCCAATGAAGTCCTTTTCGTCATCGACTCAATGATCGGCCAGGATGCCGTCAACACTGCGATGGCCTTCGATGAGGGCGTCAACTTCACGGGTATCGTGCTCTCCAAGCTCGACGGCGACGCCCGCGGTGGTGCCGCGCTTTCGGTGGCGTCCGTGACCGGTAAGCCGGTCATGTTCGCGTCCACCGGTGAAGGCCTGGACGACTTCGAACTGTTCCACCCTGACCGTATGGCCTCCCGCATCCTGGATATGGGTGACGTCCTCACCCTGATCGAACAGGCTGAGAAGGCGTGGGACAAGGACGAAGCTGCCCGGATGGCGAAGAAGTTCGCTGACCAGGAAGACTTCACCCTGGACGACTTCCTCGCCCAGATGCAGCAAATCCGCAACATGGGCTCCATGAAGAAGATGCTCATGATGATGCCCGGTGCGCAAAACATCCGGCAGCAACTGGAGAACTTCGACGAAAAAGAGATCGACCGCGTCGAGGCGATTGTCCGCTCCATGACTCCGCACGAGCGTGTGGCTCCGAAGATCATCAACGGTTCACGCCGCGCCCGTATCGCCAGGGGTTCCGGTGTGCACGTGTCCGAGGTCAATGGCCTGTTGGAGCGGTTCGCCCAGGCCCAAAAGATGATGAAGAAGCTCGCTCAAGGTGGTGGCATGCCGGGTATGCCCGGGATGCCTGGCCTTGGAGGCCCCGGCGGCGGACGCAAGGGAGGCAAGAACGCCCCGAAGAAGAAGGCTCGCTCGGGAAACCCTGCCAAGGCAGCCCAGGAGCTGCGGGATGCCGAAGCCAAGCGGGCAAACGCAGCCTCGGCAGCCCCCACGGGCGCAGCTTTCGGCCAGGGCGCAGCAGACTTTGACCCGTCATCGCTCAACCTCCCCAAGGGCTTCGACAAGTTCCTGGGCAAATAG MFNSLSDRLTATFKNLRGKGRLTEADVDATVREIRRALLDADVAVSVVREFTGRIRERALGAEVSGALNPSQQIVKIVNEELKEILGGETRRIRLAKTGPTIIMLAGLQGAGKTTLAGKLSKWLKAQGHSPMLVACDLQRPNAVTQLQVVGQRAGVPVFAPHPGATSELEHPAGDPVAVAKAGVEEARQKLHDVVIVDTAGRLGVDAEMMDQARRIRQAIIPNEVLFVIDSMIGQDAVNTAMAFDEGVNFTGIVLSKLDGDARGGAALSVASVTGKPVMFASTGEGLDDFELFHPDRMASRILDMGDVLTLIEQAEKAWDKDEAARMAKKFADQEDFTLDDFLAQMQQIRNMGSMKKMLMMMPGAQNIRQQLENFDEKEIDRVEAIVRSMTPHERVAPKIINGSRRARIARGSGVHVSEVNGLLERFAQAQKMMKKLAQGGGMPGMPGMPGLGGPGGGRKGGKNAPKKKARSGNPAKAAQELRDAEAKRANAASAAPTGAAFGQGAADFDPSSLNLPKGFDKFLGK PGPT0025750_569 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025750-ffh-K03106 NA NA D3-18_01875 723 hypothetical protein ATGCATAAGCAGCGCGTAGTCTTCGTCCACGGCCTGGGAAGTTTCGGTGCTGCGGCATGGCCGAAGCAGCATGGCATGGCCCTTGCTTATGATGCACTCTTCCTTCGGCGGCACGGCTTTGACGCTATGGCCGAACCGATGGAATCCAACGTGGCGGCAGACGTCGCAATATTGATCAATGCGCTGGTCGATTCCCGCGGCGGTCACATCGTTGCCCATGAACAAGGTGCAATTTCCGCCATGCTGGCAGCCGTCGAGCGCCCTGATCTGGTGCACTCGCTTTGTTTGGTAGAGCCTTCTTGCTTGTCCCTGACTGCTGAGCTTCCGGCGACTGCCTCCTACCGGGCCCTGATGGAACCGCTGTTCGATGTGCGAAACCAGCTAAACGACGCCGACTACCAGCGTGAGTTTTACCGGCGTGCTTTCTCTGCCGAGACCGGCGGACTGGACACCCTGGAGGCGCGGCGGTCAGCCCGCAGGCTCCGGCTTCAAGCACCTCCATGGGAGGCCCCGCTTCACATTGTGCCGGGCGTTCCCACACTGGTTCTCACCGGCGGTTGGGAGCCCTTGTATGAGGAAATCGCTGGCTATCTCCAGGAGACCGGCGCCCTCCGCCGCGTGGCAGCGGGGGGACACCGGCCCCAGGATTCTGTTGATGGTGATCAGGCAATCCGCTCGTTCATCGCGGACGTCGGACGAGCCATGTCAGCTCAGGCTTCCTGA MHKQRVVFVHGLGSFGAAAWPKQHGMALAYDALFLRRHGFDAMAEPMESNVAADVAILINALVDSRGGHIVAHEQGAISAMLAAVERPDLVHSLCLVEPSCLSLTAELPATASYRALMEPLFDVRNQLNDADYQREFYRRAFSAETGGLDTLEARRSARRLRLQAPPWEAPLHIVPGVPTLVLTGGWEPLYEEIAGYLQETGALRRVAAGGHRPQDSVDGDQAIRSFIADVGRAMSAQAS NA NA NA NA NA D3-18_01876 2001 thiC COG0422 Phosphomethylpyrimidine synthase GTGGGGAGCTGTGGTAGCTTCGTCTACGACCACACGGGGGCCCCTGCAGGGGCTGAGATCGGACTGACGCAGTCTGCGACCGTTGAACCTGTCCGGGTAATGCCGGCGAAGGAAGTGAGTATTCCCTTGAGCACCACCGAAACACAGCACAGCCCTGCCCAAAACCAGGCCGTCACGGGCAAAAACCAGATCAACGCGGGCCAAAATGCGGCGGAAACCGTAACGCAATCGCTGAAGTCCCATTCGTTGGCTTGGTTGGAGGATCCAAAGAACGGCATAAGGGTCCCCGTGACGGAGATCGCCTTGGAGCCCTCCCCCAATGGGCAGGCCAACCAACCTCTGCAGGTTTACCGAACAGCGGGCCCCGGAAGCGATCCCGTGATGGGGCTGGAGCCTTTCCGTGCACCATGGATCGAAGCACGCGGAGACACAGAGGCGTATTCCGGGCGGGAACGGAACCTGCTCGACGACGGCAAGTCCGCCGTTCGGCGTGGAGCAGCGTCAGCGGAGTGGAAGGGCGCGCAACCGGTGCCGCGCCGCGCCGTCGCGGGTAGGACCGTCACGCAGATGCACTACGCAAAACACGGCGTCGTGACTCCGGAAATGCAGTTCGTCGCTTTGCGGGAGAACTGTGACGTTGAGCTGGTCCGCAGCGAGGTCGCCGCGGGGAGGGCAATTATTCCGAACAACATCAACCATCCCGAATCCGAGCCAATGATCATTGGCAAGGCATTCTTGGTCAAGATCAACGCCAACATTGGCAACTCGGCAGTCACAAGCTCCATTGCAGAGGAAGTGGACAAACTGCAGTGGGCAGCTCAGTGGGGCGCTGACACGGTAATGGACCTCTCTACGGGCGATGACATCCACACCACGCGCGAGTGGATCATCCGCAACTCGCCCGTTCCGATCGGAACAGTGCCCATTTACCAGGCACTGGAAAAGGTGAATGGGGAGGCCAACCAGCTGACGTGGGAGATCTTCCGCGATACCGTGATGGAGCAATGCGAGCAGGGTGTGGACTATATGACCATCCACGCTGGCGTTCTGCTGAGGTACGTGCCCTTGACTGCCAACCGCGTCACGGGCATCGTTTCCCGGGGCGGTTCGATTATGGCCGGATGGTGCCTGGCACACCACCAGGAGAACTTCCTCTACACGCACTTTGACGAGTTGTGCGAAATCTTCGCCAAATACGATGTCGCGTTCTCCCTGGGTGACGGGCTTCGCCCCGGTTCCATCGCCGACGCGAACGACGCCGCGCAGTTCGCGGAGCTGGATACACTCGCGGAGCTGACGCAGCGGGCGTGGAAGTTCGATGTCCAGGTCATGGTGGAGGGCCCAGGCCACATTCCCTTCCACCTGGTGCGCGAAAATGTCGAGCGCCAGCAGGAACTGTGCAAGGGCGCGCCGTTCTACACGCTGGGTCCGCTGGTTACCGATATCGCCCCCGGCTATGACCACATCACTTCAGCAATCGGCGCCACGGAAATTGCCCGTTACGGCACCGCGATGCTCTGCTACGTGACCCCCAAGGAGCATCTGGGGCTTCCCAACAAGGACGACGTCAAGACTGGTGTCATCACCTATAAGATCGCAGCTCACGCAGCTGACCTCGCCAAAGGACATCCGGGGGCTCATGAGCGTGATGATGCGCTTTCCAAGGCACGGTTCGAGTTCCGCTGGAGGGATCAATTCGCTTTGTCCCTTGACCCGGTCACCGCAGAAGCCTTCCACGACGAGACCCTGCCCGCCGAACCCGCGAAGACCGCCCATTTCTGCTCCATGTGCGGCCCTAAGTTCTGTTCGATGCGCATCAGCCAGGACATCCGTGACGAGTACGGTTCGGCAGAATCGCAGGCCGCAATCGCCGGGATGTACAGCGGGATGCGGGAAAAGAGCGAGGAGTTCCTTGCCTCAGGTGGAAAGGTCTACCTGCCCGAACTTCAGGTCCCGGCGAATCAGGGTGGAAGTGGAAGCAGTTCAGGAAGCCTGAGCTGA MGSCGSFVYDHTGAPAGAEIGLTQSATVEPVRVMPAKEVSIPLSTTETQHSPAQNQAVTGKNQINAGQNAAETVTQSLKSHSLAWLEDPKNGIRVPVTEIALEPSPNGQANQPLQVYRTAGPGSDPVMGLEPFRAPWIEARGDTEAYSGRERNLLDDGKSAVRRGAASAEWKGAQPVPRRAVAGRTVTQMHYAKHGVVTPEMQFVALRENCDVELVRSEVAAGRAIIPNNINHPESEPMIIGKAFLVKINANIGNSAVTSSIAEEVDKLQWAAQWGADTVMDLSTGDDIHTTREWIIRNSPVPIGTVPIYQALEKVNGEANQLTWEIFRDTVMEQCEQGVDYMTIHAGVLLRYVPLTANRVTGIVSRGGSIMAGWCLAHHQENFLYTHFDELCEIFAKYDVAFSLGDGLRPGSIADANDAAQFAELDTLAELTQRAWKFDVQVMVEGPGHIPFHLVRENVERQQELCKGAPFYTLGPLVTDIAPGYDHITSAIGATEIARYGTAMLCYVTPKEHLGLPNKDDVKTGVITYKIAAHAADLAKGHPGAHERDDALSKARFEFRWRDQFALSLDPVTAEAFHDETLPAEPAKTAHFCSMCGPKFCSMRISQDIRDEYGSAESQAAIAGMYSGMREKSEEFLASGGKVYLPELQVPANQGGSGSSSGSLS PGPT0008905_73 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BACIMETHRIN|CF3-HMP_DETOXIFICATION,PGPT0008905-thiC-K03147 NA NA D3-18_01878 1110 COG1228 putative protein ATGCATAGCCCCGGCTACGCTTTTGCCATGGCCAACATCATCGAATTCAGCGGACCTGTGCTCTTGTCGGCAGACGAAGAGCGCCACGGGCTTTGGTCCGTGGACGGCAAACTGACGTTTGAGCGTCCTGTCGCGGCGCCGGACAGGGTGTTGGCTGGCTGGGTCTTGCCGGGTTTCGTTGACGCTCATTGCCACATCGGACTCGGCGTTGGAGGAGCGGTAGACGAGCAGGCCACGCGTGCCCAGGCCCAAGCAGACCTTGACGCCGGGTCGCTGCTGATCCGCGATTGCGGTTCGCCCGCCGACACCCGCTGGGTGCAGCAGCGAACCGACCTGCCCCGACTGATCAGGTCGGGTCGGCATATCGCCCGGAGCAGGCGATATCTCCGCGGTTTGGGTCATGAAATCGAGCCCGCGGAACTCGTGGAAACGGTCCGAAAGGAAGCCCGGGACGGCGACGGCTGGGTAAAACTTGTGGGCGACTGGATCGATCGCGGCGTTGGAGACCTCGCTGCCTCGTTCCCCGCAAAGACCGTCAAGGAAGCCATTTCCGCGGCCCACGATGAAGGTGCCCGGGTGACCGCGCACTGTTTCGGCGAGGACACCATCGATGACCTGCTCGACGCCAATATCGACTGCATAGAGCACGCCACCGGACTCCTTCCGCGCCACCTGCCGCGTTTGGTGGAACAGTCAGTTCCTATCGTCCCCACCTTGGTCAACATCGCTACCTTCCCGGACATCGCAGCGCAGGCAGGGCCGAAGTTTCCGGAGTACGCGGCCCACATGATCCGTCTCTGGGAGCGTCGTCGGGAGCGGGTGCTGGAGGCCTTCGAAGCGGGGGTTTCCGTCCATGCTGGTACTGACGCCGGCAGCGTGATCAAACACGGCAGGATTGCGGACGAAATGATGGAACTGCACGACGCCGGCCTTCCGCCGGTGGCGGTCCTGCAGGCCGCCGCCTGGGGCGCCCGTGAGTGGCTGGGAGTCGAGGGCATCAGCGAAGGCGCAAGCACCGACGTCGTGCTGTGCAGTGACGATCCGCGTCGTCATTTGGGTACCATCGCGGCCCTCAAGCACGTCGTGCTCAGGGGTAATGTCGTTCGTTAG MHSPGYAFAMANIIEFSGPVLLSADEERHGLWSVDGKLTFERPVAAPDRVLAGWVLPGFVDAHCHIGLGVGGAVDEQATRAQAQADLDAGSLLIRDCGSPADTRWVQQRTDLPRLIRSGRHIARSRRYLRGLGHEIEPAELVETVRKEARDGDGWVKLVGDWIDRGVGDLAASFPAKTVKEAISAAHDEGARVTAHCFGEDTIDDLLDANIDCIEHATGLLPRHLPRLVEQSVPIVPTLVNIATFPDIAAQAGPKFPEYAAHMIRLWERRRERVLEAFEAGVSVHAGTDAGSVIKHGRIADEMMELHDAGLPPVAVLQAAAWGAREWLGVEGISEGASTDVVLCSDDPRRHLGTIAALKHVVLRGNVVR NA NA NA NA NA D3-18_01879 873 catE COG2514 Catechol-2,3-dioxygenase ATGACCTCATCATTCAGCCAGGATCTTCTGCCTGCCAAACTCACCATGGGCACTGTCATGCTCAAGGTGGGCGACATGAAGGTCATGAGCGACTACTATCAGCGAGCACTTGGCTTGGAAGTCGTGGCGGAGCAGGATGGCGGGCTCTACCTGGGGCGCGTGGGAAAGCCCGTGGTTCACCTTGCCCGCGCTTCCGGGCTGCAGATTCCCGGGCGGGGAGAGGCTGGTCTGTTCCACACGGCAATCCTGTTCCAGGATCAACCGTCGCTGGCCGCGACTATAGCTACGGCCGCGGAGTACGAGCCTCGTGCTTTCGCAGGCAGCGCCGACCACCTCGTGAGTGAAGCGTTCTACTTCACTGATCCCGAAGGCAACGGAATTGAGCTGTACTACGACAAGCCGCGTGAGCTCTGGCAGTGGGACGGCAAGAACGTTGTGATGGACAATGTGGCTTTGCCTCCGCAGCGATTCCTCCAGCAGCACCTGAGTGAGGCTGCCGTGACGGGGCAACGCGAGGCTGCTGCCGGGATCGGACACGTGCACCTGCAAGTGGGCGACGTTGATACTGCGCAAAAGTTTTACGTGGAGACCCTCGGCTTCGAGCGCACCGCAGGCTGGCATGGCCAGGCACTGTTCGTATCCGCTGGCGGCTACCACCATCACATGGCCATGAACGTCTGGAACAGCCGTGGGGCCGGCCCCCGAAAGGACACGCTCGGCCTAGGAGAGGTTCTGATCGAAGTCCCCGGCAGTGACGACGTCGCAGCGCTGGCCGATCGCCTGAAGGTTGCAGGAGTGCAGAATCATCACACCGGAGCTGAGCTTCAGTTTGAAGACCCGTGGCGGAACAAGCTGCGGGTTGCCGTCCGCTAG MTSSFSQDLLPAKLTMGTVMLKVGDMKVMSDYYQRALGLEVVAEQDGGLYLGRVGKPVVHLARASGLQIPGRGEAGLFHTAILFQDQPSLAATIATAAEYEPRAFAGSADHLVSEAFYFTDPEGNGIELYYDKPRELWQWDGKNVVMDNVALPPQRFLQQHLSEAAVTGQREAAAGIGHVHLQVGDVDTAQKFYVETLGFERTAGWHGQALFVSAGGYHHHMAMNVWNSRGAGPRKDTLGLGEVLIEVPGSDDVAALADRLKVAGVQNHHTGAELQFEDPWRNKLRVAVR PGPT0005050_320 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 D3-18_01880 438 hypothetical protein ATGGGCTTTGCCGAAATTTTTGTAGCCACCCACGATGAAGCACTCAAGCGGGCAGCTGCCCTTGAAAAGGGGGCGGAGGTAACCGGCCCCGCCGTGAGGATTGACGGCATTACCGACTTCGAGGTGGAACAGTTGGGCGACCTCGCGGGACAAGCTGTCCACGCCGCCGGAGCTGACTACGAGCTTGCTTTGGTTGATGTCACCAGCGATGCCCTCCTGGGCGTCCCTGAAGCCATGGTGCGGGCACTGGCCGAACTGCTCACCTATGAAAGCGAAGGTGACGCGAACGTCCTCGATGACGTTGCTGCCGCCTGGGCCGCGCAGGACGATATGCCGTTCGATGCAGCCCAGTCGCGGCAGTATGTCCAGCAGTTGGCCGCCCTCGCCACGGACGTTGAGAAGGCGGAACGTTCCGGACTCTTCGTCTGGTCTGAATGA MGFAEIFVATHDEALKRAAALEKGAEVTGPAVRIDGITDFEVEQLGDLAGQAVHAAGADYELALVDVTSDALLGVPEAMVRALAELLTYESEGDANVLDDVAAAWAAQDDMPFDAAQSRQYVQQLAALATDVEKAERSGLFVWSE NA NA NA NA NA D3-18_01881 420 hypothetical protein GTGGCCGTAAAGATTCGCCTTAAGCGCTTCGGTAAGATGCGCGCACCGTACTACCGCATCGTCGTCATGGATGCCCGCGCCAAGCGCGATGGCCGTGCCATTGAAGAAATCGGCAAGTACCACCCCACCGAAGAGCCGTCGTACATCGAGGTCGCTTCCGAGCGCGCCCAGTACTGGCTTTCCGTTGGCGCCCAGCCCACCGAGCAGGTTGCCGCGATCCTCAAGATCACCGGTGACTGGCAGAAGTTCAAGGGCCTGCCGGGCCAGGAAGGCACCCTGAAGACCAAAGCTCCGAAGGAAGCCTTCGTAGCCCCGGAGAAGGGTTCCGTCATCATTCCGGAAGCCATCACCAAGAAGGCCAAGAAGGACGAAGCCGAAGCTCCGGCCGAGGCTGAAGCAGAGACCACCGAGGCTGAGTAA MAVKIRLKRFGKMRAPYYRIVVMDARAKRDGRAIEEIGKYHPTEEPSYIEVASERAQYWLSVGAQPTEQVAAILKITGDWQKFKGLPGQEGTLKTKAPKEAFVAPEKGSVIIPEAITKKAKKDEAEAPAEAEAETTEAE NA NA NA NA NA D3-18_01882 243 hypothetical protein TTGCTGGCAGAAGCGCTCGAGCACTTGGTCCGTGGGATCGTTGACAGCCCTGAGGATGTCAAGGTCAGTGCCAAGAACAACCGCCGCGGGGAATCCCTCGAGGTGCGCGTTCACCAGGAGGACCTCGGACGGGTGATCGGCCGTCAGGGACGCACCGCACGCGCATTGCGCACTGTGGTTGCAGCTTTGGCTGGTGGCGAGCAGGTCAGGGTCGACGTCGTCGACACCGACCGTCGCCGGTAA MLAEALEHLVRGIVDSPEDVKVSAKNNRRGESLEVRVHQEDLGRVIGRQGRTARALRTVVAALAGGEQVRVDVVDTDRRR NA NA NA NA NA D3-18_01883 558 rimM COG0806 Ribosome maturation factor RimM ATGCAGCTCCAGGTGGCCCGGATCGGCAAACCCCATGGCATCCGCGGCGAGGTTACGGTGCAGGTACTCACCGATGCCCCCTCCGAGCGTTTCGTCGCCGGAACCGAGTTCGTGGTGGAGCCCGCCTCCGCAGGTCCTTTAACCATCCGCAGTGCCAGGTGGAACAAGGACATCCTCCTGCTTGGCTTCGAAGAAATCGCCGACCGCAATGCCGCCGAGGTCATCCGCGGAGCGAAGCTCTTCATCGAAACCGAGGAACTCGACGACGAAGATGATGATGAGGGCTGGTACGAGCACGAGCTCGTTGGCCTGGAGGCCCGGGTAGGTTCGCAAGTGGTGGGCAAGGTTGCCGCCCTCACCACGCTGCCCGTTCAGGATCTGTTGACGGTCAAGGCCGACAACGGCAAGGAAATCCTGGTTCCCTTCGTCGAGGAAATTGTGCCGGAGGTCAACGTCGAGGGTGGGTACATCCTTATCACCCCGCCCACGGGGCTCTTTGAGATCAACGACGAGAACCCCAAGGAGCCCAAGGACGACGCCGGGGATGATGCTGAATGA MQLQVARIGKPHGIRGEVTVQVLTDAPSERFVAGTEFVVEPASAGPLTIRSARWNKDILLLGFEEIADRNAAEVIRGAKLFIETEELDDEDDDEGWYEHELVGLEARVGSQVVGKVAALTTLPVQDLLTVKADNGKEILVPFVEEIVPEVNVEGGYILITPPTGLFEINDENPKEPKDDAGDDAE NA NA NA NA NA D3-18_01884 801 trmD COG0336 tRNA (guanine-N(1)-)-methyltransferase ATGAGGATCGACGTCGTCAGCATTTTTCCTGAGTACCTCGCACCGCTGGAGCTCTCACTCATAGGCAAGGCCCGCCAGGACGGCTTGTTGGAGCTCAACGTCCTCGATCTACGCACGTTCACCACGGACAAGCATCGGACTGTAGATGACACGCCGTATGGTGGCGGCGCTGGAATGGTCATGAAGCCGGAGCCATGGGCGCAGGCCCTCGAATCGGTTGCCACCGCCCGCGAAGGCTCCAAGCCGGTGCTGATTGTTCCTTCGCCGGCAGGGGAGAAGTTCAATCAATCCTTGGCCTATGAGCTGGCTGAAGAAGAACAGTTGGTCTTCGCCTGCGGGCGCTACGAAGGCATCGACGAGCGCGTCATCGATTGGGCGCAGGAACACTTCACAGTCCGGCCCGTAAGTCTCGGTGATTACGTCCTCAATGGCGGAGAAGTGGCCGTGTTGGCCATGGTCGAGGCCATTGGCCGCCTCCTTCCCGGCGTAGTTGGCAACCCGGAGTCCTTGGTTGAGGAGTCCCACTCCGATGGCCTTCTGGAGTATCCCGTGTACACCAAGCCGTCGGCGTGGCGGGAACACGACGTCCCTCCGATCCTCCTCAGCGGTAACCACGGCAAGATTGCACAGTGGCGGCGTCACCAGCAGTTCCGCCGGACGGCTGAGCGCAGGCCTGATCTTATGGAGGGGTTCGACGCAGGTGTGTTGAGTCGCGCGGACCGTATGGCCCTCGCGGACCTTGGGTACGACGTCGTTGATGGCCGCCTCCGTGCCAGGCCGGTCGGCGACGCCGAAAACTAA MRIDVVSIFPEYLAPLELSLIGKARQDGLLELNVLDLRTFTTDKHRTVDDTPYGGGAGMVMKPEPWAQALESVATAREGSKPVLIVPSPAGEKFNQSLAYELAEEEQLVFACGRYEGIDERVIDWAQEHFTVRPVSLGDYVLNGGEVAVLAMVEAIGRLLPGVVGNPESLVEESHSDGLLEYPVYTKPSAWREHDVPPILLSGNHGKIAQWRRHQQFRRTAERRPDLMEGFDAGVLSRADRMALADLGYDVVDGRLRARPVGDAEN PGPT0007595_7 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007595-ispF-K01770 NA NA D3-18_01885 354 rplS COG0335 50S ribosomal protein L19 ATGCATATCCTCGATAGCGTAGATGCAGCCTCGCTGCGTAACGATGTTCCGGAGTTCCGCGCGGGCGACACCCTCAAGGTTCACGTCAACATCATCGAAGGCAAGAACTCCCGTGTCCAGGTATTCCAGGGCTTCGTCCTGGGTCGCCAGGGTGACGGCGTTCGCGAAACCTTCACTGTGCGCAAGGTTTCCTTCGGTGTCGGCGTAGAGCGTACCTTCCCGGTACACTCCCCGATCATCGACAAGATCGAGGTCGTCACCAAGGGTGACGTCCGCCGCGCGAAGCTTTACTACATGCGCGCACTGCGCGGTAAGGCTGCGAAGATCAAGGAAAAGCGCGACTTCGCCAAGTAA MHILDSVDAASLRNDVPEFRAGDTLKVHVNIIEGKNSRVQVFQGFVLGRQGDGVRETFTVRKVSFGVGVERTFPVHSPIIDKIEVVTKGDVRRAKLYYMRALRGKAAKIKEKRDFAK NA NA NA NA NA D3-18_01886 678 lepB COG0681 Signal peptidase I ATGGACACAACAGAACGCCAGCCCCGTAAACAGGGCTGGCGTTTTGTTTTGCTCGCACTGGTGCTGGCCGTCGCGATCAGCGGCTTGGTCCGGTCCTTGTGGCTGGATGTCTACTACATTCCGTCCGAGTCCATGGAGCCCCTCCTCGTTGAAGGGGACAGGATCCTGGTTTCGCGGACGGCCTTCAGCGCCGAGCCGATCCGCCGCGGGGACGTTGTGGTCTTCGACGGCCGCGGTTCCTTCGCACCCTTGTCCAGCGGTCAGAGCCCATTCGTTGACGCGGTGTCGGCTGCAAGCCAATGGTTCGGGCTGACCGGCAGTGACACGACATACGTCAAGCGGGTCATTGGGGTCGGGGGCGACCACGTCCAGTGCTGTGAAGCAGCAGGGCATCTCACGGTCAATGGTCAGATTCTTGAGGAACCATATTTGTACTCGGGGGATGAGCCCAGCACGCAGAAATTCGACGTCGTAGTTCCTGATGGCCGACTATGGCTCATGGGTGACCACCGTTCGCGTTCTGCTGACTCCCGTGGACTACTGGGAGCGCCGGGTGGCGGCATGGTCCCGGTCGAACGTGTTATCGGGCGACCGGTCCGAATTGTTTGGCCACTTGATAGATTTGCAGAGATGCCTCGCTCAGCGCAGGCCGAAACATCATCGAAGAACGGACAGTAA MDTTERQPRKQGWRFVLLALVLAVAISGLVRSLWLDVYYIPSESMEPLLVEGDRILVSRTAFSAEPIRRGDVVVFDGRGSFAPLSSGQSPFVDAVSAASQWFGLTGSDTTYVKRVIGVGGDHVQCCEAAGHLTVNGQILEEPYLYSGDEPSTQKFDVVVPDGRLWLMGDHRSRSADSRGLLGAPGGGMVPVERVIGRPVRIVWPLDRFAEMPRSAQAETSSKNGQ NA NA NA NA NA D3-18_01887 873 hypothetical protein ATGCCGGACAAAGCTCCTGAGAATCCCGAGCGGTACGACGACGACGCCCGGCTCTCGGACGGAACGGCAAATGCCGCCGCCGGTGTGGCTGAGCCGCGCCAGGTCGACGGCGTCACATCCGGCTCGCGCCATGCCGCGGACGAGCCCCGTTCCCGTGATTCTGAAGGCGGCTCCCACGCTGCAGAGAAGCCGCGCAAAAATCCGGTGCTCGTGTGGGTCAAGGAGATCGTCACAGTGGTGGCGATTGCGCTGGTGTTGTCCTTCCTTCTCAAAACTTTCCTGTTCAGGGCGTTCTACATTCCTTCCGAGTCCATGGAAAGCACCTTGGACGTCAACGATCGCATCTTCATCAATCTCTTGGTTCCCGGGCCATTCGATCTTGAGCGCGGGGATGTTGTGGTCTTCAAGGATGCACAGGCTTGGTTGCCGCCCGTGGCCAAGAAGCCGGCCGGACCCATGGACTGGGTGGGAGACGGTCTGGAGTTCGTAGGTTTGGCTCCTGATGACAATGAGCAACACCTTGTTAAGCGCATCATCGGACTCCCGGGTGACAGAGTTTCCTGCTGCGATGCAGGGGGCCGTCTTTCGATCAACGGTGTGCCTGTCAACGAGACCTACATCAACCCTGCAGAAGTGCCTGCGCCGACGCCATTCGACATCATTGTTCCGGAAGGAAAGGTGTGGGTGATGGGCGATAACCGAAACCACTCCGAGGACTCCCGGGCGCACCAGGAAGTCAATGGTGGTTTCATTAACATTGAGGATGTTGAAGGCAAGGCCACCGTCATCGCCTGGCCGATCAACCGCTGGACCATCCTCGATAACTATCAGGACGTTTTCCGTGACGTCCCTGAAGGCACCTCGTCAAAGTAA MPDKAPENPERYDDDARLSDGTANAAAGVAEPRQVDGVTSGSRHAADEPRSRDSEGGSHAAEKPRKNPVLVWVKEIVTVVAIALVLSFLLKTFLFRAFYIPSESMESTLDVNDRIFINLLVPGPFDLERGDVVVFKDAQAWLPPVAKKPAGPMDWVGDGLEFVGLAPDDNEQHLVKRIIGLPGDRVSCCDAGGRLSINGVPVNETYINPAEVPAPTPFDIIVPEGKVWVMGDNRNHSEDSRAHQEVNGGFINIEDVEGKATVIAWPINRWTILDNYQDVFRDVPEGTSSK PGPT0030468_59 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 D3-18_01888 771 rnhB COG0164 Ribonuclease HII ATGGCAACAACGGCTACCGGATCCAAGGGCAAGACGAAGGTCAAGACCGCGTCCAAGACAAAGGCGAAATCAACCACCAAAGCCAGGAACCCGGTGGGTTTCCCTACCCTTGACGTGGAACGATCCTTCTTGTCCTCCGGGGTGCGCTTGTTGGCCGGCGTGGATGAGGTTGGGCGGGGAGCATTGGCAGGTCCCGTGAGTGTGGGAATTGCCGTGGTCAACCTCGAGAACCACGGCTTGTTGGCAGACGTCCGGGACAGCAAACTGCTCAAGCCTGAGGATCGCGACAGGCTGGAACCACTGGTTCGGGAGTGGGCCGTGGCCTCCGCCGTCGGGCACGCATCGTCCCGGGAGATTGACCAGATCGGCATCATCGCGGCGCTCCGGTTGGCCGGAACCCGCGCCTGGTTCGAGATCCTGGCTGGTGGCGTTACGCCTGATGCGGTGCTGCTTGATGGCAGCCACAACTGGTTGTCGCCCGAGGTTCAGACCTCTCTTTTCGACACAATCGACTCGGGACCGTGGTGCGAAGCGCCTGTCCATACCAAGGTCAAGGCCGATATGAGTTGCCTCAGTGTTGCCGCCGCCAGTGTTCTGGCCAAAGTTGCCCGGGACCGCATCATGGTGGATCTGCATTCGGAAATTCCTGCCTACGGTTGGAACGAGAACAAGGGCTACGCCACCTCTGCCCACCGGGACGTGATCCGGCTGCAGGGCCCAAGCGCGCACCACCGGACAAGCTGGAACCTTACTGGGCCCGAACCCCTCTGA MATTATGSKGKTKVKTASKTKAKSTTKARNPVGFPTLDVERSFLSSGVRLLAGVDEVGRGALAGPVSVGIAVVNLENHGLLADVRDSKLLKPEDRDRLEPLVREWAVASAVGHASSREIDQIGIIAALRLAGTRAWFEILAGGVTPDAVLLDGSHNWLSPEVQTSLFDTIDSGPWCEAPVHTKVKADMSCLSVAAASVLAKVARDRIMVDLHSEIPAYGWNENKGYATSAHRDVIRLQGPSAHHRTSWNLTGPEPL NA NA NA NA NA D3-18_01889 384 putative protein ATGGCGCAGGCCGCCCGGCTGATAGTGCAAGATGGAACTATGAGCGCCGAGGACCTTGAGAACTATGAAACCGACATGGAGCTTCAGCTCTACCGCGAGTACCGGGATGTTGTCGGTCTGTTCAGTTATGTAGTGGAAACCGAGCGGCGGTTTTACTTGGCTAACCACGTGGACCTGCAGGCGCGCAGCGCGGACGGTGAAGTCTATTTTGACCTGACCCTGCAGGATGCCTGGGTTTGGGACGTTTACCGCTCGGCCCGCTTCGTGAAGAACGTCCGGGTGATCACGTTCAAGGACGTCAACGTAGAGGAACTGCCTCGAAATGAGGAGCTGGCCCTGCCGAAGGATGGCGGACTTGGGGATTTGGGAGATCTCGGTAACTAG MAQAARLIVQDGTMSAEDLENYETDMELQLYREYRDVVGLFSYVVETERRFYLANHVDLQARSADGEVYFDLTLQDAWVWDVYRSARFVKNVRVITFKDVNVEELPRNEELALPKDGGLGDLGDLGN NA NA NA NA NA D3-18_01890 357 hypothetical protein ATGAGAGCAAAAGACCTGCTTGGTCGAAACGGCGAAGCACTGGCGGCCGATTTTCTGGAAAACCAGGGAATGCGGATCGTCGATCGCAATTGGCGGTGCCCGGACGGCGAGATCGACATCGTGGCAATCGAGGGTGACACCCTGGTTGTTGCCGAAGTGAAGACCCGGAAGAGCCTGGATTACGGACATCCTTTTGAGGCGGTGGACGCGGCCAAGCTGGCCCGTCTCCACCGGCTCTCCTCGGCATGGTGCCGGGAGCACGACCTCCATGCCCCGCGGAGGCGCATTGATGTCGTCTCCGTGATTGATAGCGGCATCGGTGAGCCGCAGCTGGAGCATCTGCGGGGTGTCGGCTGA MRAKDLLGRNGEALAADFLENQGMRIVDRNWRCPDGEIDIVAIEGDTLVVAEVKTRKSLDYGHPFEAVDAAKLARLHRLSSAWCREHDLHAPRRRIDVVSVIDSGIGEPQLEHLRGVG NA NA NA NA NA D3-18_01891 1542 comM COG0606 Competence protein ComM ATGGGGGTCGGACGCAGCTACTGCGTTGCCCTGGTAGGGCTCAACGGCTACATCGTGGAGGTCGAGGCTGACATCGGCCAAACTCTTCCGAACTTCGTGATCCTGGGGCTCCCTGATGCTTCCTTGAATGAGGCGAAGGAACGCATTCGATCTGCGGCGCAAAATTCCGGGATTCCCCTAAGCAGGCGGAAGATCACAGCCAACCTGATTCCGGCATCCCTGCCCAAGCGGGGCTCGGGATTTGATCTCGCCATCACCATGGCTGTGCTGCGCGCCGCCAACGACATCCGTGAAATTGGCGGAACGGTCTTCATCGCGGAGCTCGGCTTGGACGGCAGGTTGAGGCCCGTACGGGGCATACTTCCTGCCGTGATGGCTGCTGTTCAAGCTGGCTATCCGGATATTGTGGTGGCCCACGCCAACGCCGTGGAGGCCGCCTTGGTTCCCGGGGCAAAGGTTCGCGGTTATAAAACACTGGCTCGGCTTGCCTTCGACTTTGGCGCCGATCCCAGAGACCTCGCCCTCGATTACAATCCCTTGGACGCTGATGTTCCGGACGAAGACGACGATGTTGCACCCACGGTGCCGGACCTTTGCGATGTGTCGGGGCAGGGCGAGGCGCGACGTGCCCTGGAGGTAGCTGCCGCCGGGGGTCACCACATGTTGCTGACCGGGCCCCCTGGGGCGGGCAAGACCATGCTGGCTGAACGCTTGCCGGGGTTGCTCCCGGATTTAGCCGATACAGCGGCAATGGAAGTTACGGCCATTCGATCGTTGGCCGCTGTCCAGTCGTCTACGGTGCGGCTCGTCCGCAGGCCGCCTTTTGAAAATCCCCACCACAGTGCCACCGCCGCGGCCATCATCGGTGGAGGCTCGGGGCTTCCCCGGCCCGGTGCGGCCTCGCGTGCACATCGGGGCGTGTTGTTCCTGGACGAGGCTCCGGAGTATGAGCGCCGGGTGCTGGATGCCCTCCGTCAACCGTTGGAGAGCGGAGAGCTGGTCATACACCGCTCAGCGGGAACTGCGGCATACCCGGCACGGTTTCAGCTCATCCTTGCCGCAAATCCCTGCCCATGCGGAAAAGCCTCCGGCAAAGGCATGGACTGCACGTGCACGGCCATGATGCGGCGGAGGTATTTTGGACGAATCTCAGGGCCGCTGTTGGACCGCGTGGATATTCAATTGCAGGTTGAGCGGGTGTCCTTGGCCGATTTCGGCCATGCGGGTGAAGAGGAAGATACCCACATCGTCGCGGAACGTGTACTGGCGGCCAGGGAACGCCAACTTGAGCGTCTGCTCGGCATGGGGCTTGAAACGAATTCCCAAGTGCCGGGGCGAACCTTGCGGGGGGAATTGCGGCTGCCTCCCGGGACCACCCGGATTCTGGACACTGCGCTGGAACGGGGCACCCTCACTGCCCGCGGCTACGACCGCGTCCTCCGGCTGGCATGGACGCTGGCAGATCTCGCGCACAGCGATGCGCCGGACATGGATCACATAGGCCAAGCGCTGGGCCTGCGCCAAGCTGCAGCTGCAACATGA MGVGRSYCVALVGLNGYIVEVEADIGQTLPNFVILGLPDASLNEAKERIRSAAQNSGIPLSRRKITANLIPASLPKRGSGFDLAITMAVLRAANDIREIGGTVFIAELGLDGRLRPVRGILPAVMAAVQAGYPDIVVAHANAVEAALVPGAKVRGYKTLARLAFDFGADPRDLALDYNPLDADVPDEDDDVAPTVPDLCDVSGQGEARRALEVAAAGGHHMLLTGPPGAGKTMLAERLPGLLPDLADTAAMEVTAIRSLAAVQSSTVRLVRRPPFENPHHSATAAAIIGGGSGLPRPGAASRAHRGVLFLDEAPEYERRVLDALRQPLESGELVIHRSAGTAAYPARFQLILAANPCPCGKASGKGMDCTCTAMMRRRYFGRISGPLLDRVDIQLQVERVSLADFGHAGEEEDTHIVAERVLAARERQLERLLGMGLETNSQVPGRTLRGELRLPPGTTRILDTALERGTLTARGYDRVLRLAWTLADLAHSDAPDMDHIGQALGLRQAAAAT NA NA NA NA NA D3-18_01892 1233 dprA_1 COG0758 Putative DNA processing protein DprA ATGAGAAGCACCGACACGAAGGGATTCACAGCAGTGGCCGAATTGGGGAAGCAAGACAAAGAACGCATAGCCAGGGCAGCATTGGCCCGGCTCATGGAACCTCAGGACTCCGTAGGCCTCGCATTGGTGAGGGCTGTAGGCGCCGTGGAGGCTTTGGGTGTTGCAAGCGGCGAGCTCAGAACGGGTCCAACCCTGGAACAGGAGATCTCTTCTTTGCTTGTTGACGGAGGAGGAGCATCGTCGTGGCCAGGGCTTCCGGCCAGCCTTCGGCGATGGGCGCCGCGTGTTGCCGACCTTGCGCCCGACCGCGACTTGGAGACCATGCGTCGATTGGGTGGGAGATTGATCATCCCCGGTGATGACTTGTGGCCCGAGCAGTTGGAAGACCTGGGACTCCAGGAGCCGCTTTGTTTATGGTGGCGGGGACAGGAGCAGCAGTTGCCCTCTGCCCGCCAAACCATCGCACTCGTGGGTTCCAGGGACAGCACCAACTATGGAGCATCCGTCACAGGTGATCTCGCTTACGGCTTGGCGCAGCGCGGTTATACCGTGGTATCCGGTGGAGCCTATGGCATCGACGCTCATGCACATCGCGGAGCCTTGAGCGGCGGAGTCGCCAGCGTGCCCACCATCGCCGTCATGGCAGGAGGCGTAGACCGTTTCTACCCATCGGGTAACGAGGACCTTCTTCGCGCAGTGTCCGTTCAAGGCGCTGTCATCTCTGAGGTACCACCTGGATCCGCTCCCACCCGTTACAGGTTCCTTCAACGGAACCGGATCATTGCCGCCTTGGCATCTGTGACGGTGGTGGTGGAGGCACGCTGGAGATCGGGTGCCCTCAACACAGCCCACCACGCTGAAACCATTGGAAGGGTTGTTGCTGCTGTCCCGGGTTCCATCCACAGTGCCAACTCGGCGGGCTGTCACCGCCTACTACGGGATGGGGGAGCGGTCTGTGTTACGGACGTTGGCGAAATTGCCGAGCTTGCCGGTGCCATGGGAGAAGCCACAAGCGAGGAAAAGGACTCCGGGGCAGCGGTGCACGATGGCCTGTCCTTGGAGGATCTCATTCTTCTGGACGCACTGCCTCTCCGGTCCACCAGCTCGGTGGAGAAGCTGACTGTGGTGGCAGGACTGAGCGCGGATTCCGTGCGGGCTGGCCTGGGCCGGCTGGGGTTGCTGGGTTTGGCCGGCTCGGAGCGGGGAGGGTGGAAACGGGTCAAGAATGCTTAG MRSTDTKGFTAVAELGKQDKERIARAALARLMEPQDSVGLALVRAVGAVEALGVASGELRTGPTLEQEISSLLVDGGGASSWPGLPASLRRWAPRVADLAPDRDLETMRRLGGRLIIPGDDLWPEQLEDLGLQEPLCLWWRGQEQQLPSARQTIALVGSRDSTNYGASVTGDLAYGLAQRGYTVVSGGAYGIDAHAHRGALSGGVASVPTIAVMAGGVDRFYPSGNEDLLRAVSVQGAVISEVPPGSAPTRYRFLQRNRIIAALASVTVVVEARWRSGALNTAHHAETIGRVVAAVPGSIHSANSAGCHRLLRDGGAVCVTDVGEIAELAGAMGEATSEEKDSGAAVHDGLSLEDLILLDALPLRSTSSVEKLTVVAGLSADSVRAGLGRLGLLGLAGSERGGWKRVKNA NA NA NA NA NA D3-18_01893 936 xerC_1 COG0582 Tyrosine recombinase XerC GTGGGAAGGGTGGACGGACAATCACTACCAGCACCCCTTAAAGATGCAGTCGATGGCTTTCGGCGGTATTTGGAGGGGGAACGTGCCAGGTCTGCGCACACAGTCCGTGCCTACCTTGCCGATGTCGAGAGTCTCCTTGGCTTCGCCGTGCAGGAAGGAGTCAAGGAACTTGGGGAATTGGAGTTAGGCTCCCTGAGGCGCTGGCTGGGCGCCCAGAGTGAGGCCGGCATGGCCCGTGCCACGCTGGCGCGTCGGGCCGCAACCGCCAGATCGTTCACGGGCTGGGCACTCAGGGAAGAACTTATCCAGACGGACCCTGCGGTCCGTCTGCAGGCGCCCAAGCGGGACAAGTCCCTGCCCGGAGTCCTCCAGCAACAGCAGGTCTCCCGGATGGTGGACGACCTGAACACTGCAGCCGCCGACGGGGGCGCCATGGCTTTGCGGAACAGGGCCATGGTGGAACTCTTGTATGCGACCGGAATTCGCGTTGGGGAACTAGCGGGGCTCGATATAGATGACCTTGATCCCGATCGTCGTACCCTTCGCGTGCTGGGTAAGGGCAATAAGGAGCGCACTGTTCCGTTCGGCGTACCGGCGGCTGTGGCTGTGGACGATTGGCTCAGGCGGGGCCGACCGGCAGTGGTAACGGCAATGAGCGGTCCTGCCTTGTTCCTGGGCGTGCGTGGCAACCGCGTTGATCCCCGTCAAATCCGGTCGGTGGTCAGCGAACTGCTGCAGGCGCTGGGGGACACCTCCGCCACAGGGCCGCACGCACTCAGGCACAGCGCGGCCACCCATCTGCTCGATGGGGGAGCAGACTTGAGGGCAGTTCAGGAAATCCTGGGCCACAGCAGCCTGGCAACCACACAGATCTATACACACGTGTCCGTGGACCGGCTCCGGAAAAGCTATCAACAAGCACACCCCAGGGCCTGA MGRVDGQSLPAPLKDAVDGFRRYLEGERARSAHTVRAYLADVESLLGFAVQEGVKELGELELGSLRRWLGAQSEAGMARATLARRAATARSFTGWALREELIQTDPAVRLQAPKRDKSLPGVLQQQQVSRMVDDLNTAAADGGAMALRNRAMVELLYATGIRVGELAGLDIDDLDPDRRTLRVLGKGNKERTVPFGVPAAVAVDDWLRRGRPAVVTAMSGPALFLGVRGNRVDPRQIRSVVSELLQALGDTSATGPHALRHSAATHLLDGGADLRAVQEILGHSSLATTQIYTHVSVDRLRKSYQQAHPRA PGPT0021995_1787 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0021995-xerC-K03733 NA NA D3-18_01894 504 hypothetical protein ATGTCTGTTGCAACAACCCGCGGTGTCTTGTTCGTGCACTCGGCCCCAACGGCGCTTTGCCCGCATGTTGAATGGGCCATCGGATCGGTCGTGGATAAGCGAACCGATCTTGAGTGGACCCCTCAACCGGCCGCGCCAGGAATGTTCCGGGCAGAGTTGTCGTGGACCGGGACGCCCGGTACCGGTGCGCAATTGGCATCAGCCCTGAGGGGTTGGGCTCACTTGCGCTACGAGGTGACCGAAGAACCCAGCCAGGGGGTAGATGGAGCGCGTTGGTCGCACACTCCCGAGCTGGGCATTTTCCATGCCGTCACTGACGTGCACGGCAATATCATGGTCACGGAGGACCGCATCCGCTACGCCTATGAGTCCGGTGCAGGGGATCCCTCGGCCGTTTATCACGAGCTCTCATTGGCGCTCGGTGAAGCGTGGGATGAGGAACTCGAGCCGTTCCGCCATGCAGCTGAAGGAGCTCCCGTGCGCTGGTTGCACCAAGTCGGTTAA MSVATTRGVLFVHSAPTALCPHVEWAIGSVVDKRTDLEWTPQPAAPGMFRAELSWTGTPGTGAQLASALRGWAHLRYEVTEEPSQGVDGARWSHTPELGIFHAVTDVHGNIMVTEDRIRYAYESGAGDPSAVYHELSLALGEAWDEELEPFRHAAEGAPVRWLHQVG NA NA NA NA NA D3-18_01895 1236 fabF 3-oxoacyl-[acyl-carrier-protein] synthase 2 ATGGCACGCAAAGTAGTCATAACCGGTCTGGGGGCCACCACTCCCATCGGCGGCGACGTACCCACAATGTGGCAGAACGCGCTGAAAGGGGTCTCCGGCGCCCGCACGCTCGGCGACGAGTGGGTGGCCAAGTACGACCTCCCCGTCCACTTTGCTGCCCGGTGCTCGACGCCGGCACTTGAGGTCCTGAGCCGCGTTGAGGCAAAGCGCATGGACCCCTCCACGCAGTTTGGTGTCATCGCAGCCCGTGAAGCTTGGTCTGACGCCGGAATTGAAGAAATCGACCACGACCGGCTCGCGGTGGCCTTCGCCACCGGCATCGGCGGCGTCTGGACGCTCCTTGATGCCTGGGACACGCTCAGGGACAAGGGCCCCCGCAGGGTCCTGCCCATGACTGTTCCCATGCTCATGCCCAACGGCGTGGCAGCGGCGGTCAGCCTCGACCTCGGTGCCCGCGCCGGAGCCCACACTCCCGTTTCGGCCTGCGCTTCCGGTACCGAGGCCCTCCACCTCGGCTTGGAACTGATCCGGTCCGGCAAGGCAGACGTTGTGGTTTGCGGTGGCGCTGAAGCTGCAATCCACCCGATGCCTTTGGCCGCCTTCTCCTCCATGCAGGCCTTGTCCCGTCGCAATGACGAGCCGGAGCGCGCCTCGCGCCCGTACGACATCGATCGCGACGGTTTCGTCATGGGTGAAGGTGCCGGTGCGCTGGTACTGGAAGCCGAGGAGCACGCCATCGCCCGTGGCGCGCGCATTTACGCCGAGCTCGCCGGAACGTCCGTGACAGCGGACGCTTACCACATCACAGCACCTGACCCTGAGGGTCTTGGCGCTACCCGTGCACTGAAGGCCGCCATGTTCGATGGGCGGATCCAAGCGGAGGACGTGGTCCACGTTAACGCGCACGCCACCTCGACTCCTGTGGGCGACAAGCCCGAGTACACAGCCCTGCGCGCCGCCCTAGGGACTCATGTGGACAACGTGGCGGTCTCCGCTACGAAGTCGCAAATGGGCCACCTCTTGGGCGCTTCAGGGGCCGTTGAAGCTGTACTGACCGTACTGGCCGTCTACGAGCGCAAAGCACCGGTCACCATCAACCTCGAAAACCAAGATCCCGAGATTCCCCTGGACGTTGTGACGTCCGTCCGTGACTTGCCCAGCGGCGACATCGTGGCACTGAGCAATTCCTTCGGCTTCGGTGGCCACAACGCCGTCATCGCAGTCCGGAACGTCTAA MARKVVITGLGATTPIGGDVPTMWQNALKGVSGARTLGDEWVAKYDLPVHFAARCSTPALEVLSRVEAKRMDPSTQFGVIAAREAWSDAGIEEIDHDRLAVAFATGIGGVWTLLDAWDTLRDKGPRRVLPMTVPMLMPNGVAAAVSLDLGARAGAHTPVSACASGTEALHLGLELIRSGKADVVVCGGAEAAIHPMPLAAFSSMQALSRRNDEPERASRPYDIDRDGFVMGEGAGALVLEAEEHAIARGARIYAELAGTSVTADAYHITAPDPEGLGATRALKAAMFDGRIQAEDVVHVNAHATSTPVGDKPEYTALRAALGTHVDNVAVSATKSQMGHLLGASGAVEAVLTVLAVYERKAPVTINLENQDPEIPLDVVTSVRDLPSGDIVALSNSFGFGGHNAVIAVRNV PGPT0008360_2266 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458 NA NA D3-18_01896 246 acpP_1 Acyl carrier protein ATGGCTAGCAACGAAGAGATCCTGGCCGGCCTGGCTGAAATCGTCAACGAAGAAACGGGCCTTGCAACCGAAGCCGTTGAGCTGGACAAGTCCTTCACCGAGGACCTGGACATCGACTCCATCTCGATGATGACCATCGTCGTCAACGCTGAAGAGAAGTTCGGCGTTCGCATCCCGGACGAAGAGGTCAAGAACCTCAAGACCGTCGGCGACGCCGTCAGCTTCATCGCCAACGCACAGGCCTAG MASNEEILAGLAEIVNEETGLATEAVELDKSFTEDLDIDSISMMTIVVNAEEKFGVRIPDEEVKNLKTVGDAVSFIANAQA PGPT0011375_4569 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0011375-acpP-K02078 NA NA D3-18_01897 1062 fabH_2 3-oxoacyl-[acyl-carrier-protein] synthase 3 ATGAGCACTCCAGTACTCAACAAGGCTGCTGTCAACGAGAACGCCCGCATCCTGGGCATCGGTGCCTACCGCCCCGACGTCATCGTCACCAACGACGACGTGTGCCAGTGGATTGACTCCTCAGACGAGTGGATCCGCCAGCGCACCGGCATCATCACCCGTCATCGTGCAGCCGCGGATGTCAGCGTGATCGACATGGCTGAAGGCGCCGCACGCGAGGCCCTCAAGCAGGCGGGAATTGAACCGTCCCAGCTGGGAGCCGTCATCGTGTCCACCGTGACACACCCCTACGCAACTCCTTCCGCTGCCGCTGCACTTACTGACCGATTGGGCGCGACGCCGGCACCGGCCTTCGACATCTCGGCCGCCTGCGCAGGCTACTGCTACGGCGTGGCCCAGGCTGATGCCCTTGTCCGTTCCGGCGCTGCCGAGTACGTACTCGTGGTCGGCGCCGAGAAACTCTCAGACGTCATCGACAACCACGAACGGACCATCTCGTTCCTCCTCGGCGACGGCGCCGGCGCTGTGGTGGTCGGCCCGTCCGATACCCCTGGCATCGGACCTTCGGTCTGGGGCTCCGATGGCAGCAAGTGGGACGCGATCGGGATGACCCACTCCTTGGAAGATGTCAAGAAACTCGGCGAATCTGCCCGCCACTCGGACGAAATCGACGACCCCGCCATCCTCTCGGCGACTCAGGACGTTTGGCCCACCCTGCGCCAGGACGGCCAGACCGTTTTCCGCTGGGCAGTCTGGGAAATGGCCAAGGTAGCCCAGCAGGCTTTGGATGCCGCCGGCATCGAAGCCAGCGACCTCGCTGCTTTCGTTCCCCACCAGGCCAACATGCGCATCATCGACGAGATGGTCAAGAAGCTCAAGCTTCCCGAATCTGTTGTCATCGGCCGCGACATCGCCCAGGCGGGAAACACGTCGGCGGCATCCATCCCCTTGGCAACGCACCGCTTGCTTCAGGAGAACCCTGAGCTGAGCGGCGGCCTGGCACTGCAGATCGGTTTCGGCGCCGGACTGGTCTTCGGCGCCCAAGTAGTGGTTCTGCCGTAG MSTPVLNKAAVNENARILGIGAYRPDVIVTNDDVCQWIDSSDEWIRQRTGIITRHRAAADVSVIDMAEGAAREALKQAGIEPSQLGAVIVSTVTHPYATPSAAAALTDRLGATPAPAFDISAACAGYCYGVAQADALVRSGAAEYVLVVGAEKLSDVIDNHERTISFLLGDGAGAVVVGPSDTPGIGPSVWGSDGSKWDAIGMTHSLEDVKKLGESARHSDEIDDPAILSATQDVWPTLRQDGQTVFRWAVWEMAKVAQQALDAAGIEASDLAAFVPHQANMRIIDEMVKKLKLPESVVIGRDIAQAGNTSAASIPLATHRLLQENPELSGGLALQIGFGAGLVFGAQVVVLP PGPT0008355_1072 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008355-fabH-K00648 NA NA D3-18_01898 930 fabD COG0331 Malonyl CoA-acyl carrier protein transacylase GTGCTTGCAATCGTCTGCCCTGGACAGGGCTCCCAGACCCCCGGATTTTTGGCCCCTTGGCTGGAACTCCCCTCCGTCGAAGGCCAATTGGCCGCACTGAGCGAAATCGCAGGCATTGACCTCAAGGCCCACGGAACCACCTCGGATGAAGAGACCATCAAGGACACTGCCGTAGCGCAGCCACTGATCGTCGCCGCCGGCCTGGTTGCTGCCAAGTCATTGTTCGATGTGGAACTCAGCACGCTTCCCGTCATCCTCGCCGGGCACTCGGTGGGCGAAATCACGGCCTCAGCCCTCGCGGGCGTCCTCACCGAGGCCGAGGCCATGAGCTTCGTTCGGGAGCGTGCCAACAGCATGGCTGCAGCAGCCGCAGTGACCCCTACGGGCATGAGCGCTGTTGTGGGCGGAGACCCGGCCGAGGTCCTGTCGGCAATTACTGCCGCGGGCGCCACACCAGCCAATGTCAACGGCGCGGGACAAACAGTAGCTGCAGGTACCTTTGAGCAACTCAAGGCCTTGGCGGACAACCCGCCAGCGAAGGCCCGCGTCATCCCCCTCAAGGTGGCCGGCGCTTTCCATACTTCCCACATGGCACCGGCAGTCAGCGCCCTTGAGGCCCTCAAGCCGTCCCTGTCACCGCAAAACCCGGCAGTTCCGCTGTTGTCGAACTACGACGGAAAGGAAGTCACAGCAGGGCCTGCCGCCGTCGAAAGCTTGATTGCGCAAGTCTCACGCCCGGTCCGCTGGGATCAGTGCATGGAAACCCTCGTTGAACGCGGCGTCACCGGTGTGATCGAACTTGCCCCTGCCGGCACGCTCGCAGGGCTCGCCAAGCGCGGCATGCCCGGTGTCAAGACGGTTGCTGTCAAAACCCCGGAGGATCTCTCCGCGGCTCTCGCGCTCTTTGCTGAATTGGAGGGGCAGGCATGA MLAIVCPGQGSQTPGFLAPWLELPSVEGQLAALSEIAGIDLKAHGTTSDEETIKDTAVAQPLIVAAGLVAAKSLFDVELSTLPVILAGHSVGEITASALAGVLTEAEAMSFVRERANSMAAAAAVTPTGMSAVVGGDPAEVLSAITAAGATPANVNGAGQTVAAGTFEQLKALADNPPAKARVIPLKVAGAFHTSHMAPAVSALEALKPSLSPQNPAVPLLSNYDGKEVTAGPAAVESLIAQVSRPVRWDQCMETLVERGVTGVIELAPAGTLAGLAKRGMPGVKTVAVKTPEDLSAALALFAELEGQA PGPT0008350_1069 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 D3-18_01899 1281 COG2508 putative protein ATGGAGCTTGCCCGCGATGGGCCGTATGCTCATTCCATGGCAGAGCCAAGCAAAACAACCACCAAGCGCAAGGCAGCACCCCAGGCTTTGTCACCCGAAAAGGCTGAAACCCTGCGGCAACTCCGCGCCAACGTGGGCCAGCTGTCCACCAGCACCATGCGGCAGCTCGAGAAATCACTGCCTTGGTATGGCCGCCTGAGCTCCGATGAACGCTCGGCCTTGGGATTAGTGGCCCAGAACGGCATCGCCGCCTTCGTAACGTGGTACGAGCGGCCCAGTTCGCCGTCGTGGATCCTCACGGACGTCTTTGGCAACGCCCCTACGGAATTGACTCGTTCCATCAGCCTGCAAAAGGCCCTGCAACTAATCCGCATTGTGGTGGAAGTCGTGGAGGACCAGGTGCCTGTAATCGCCCCGGAGTCGGACCAGCCCTCACTCCGGGAAGCCGTACTGCGCTATTCACGGGAAGTAGCTTTCGCAGCCGCTGATGTTTATGCACGGGCTGCGGAGTCCCGCGGCTCCTGGGATACGCGCCTGGAAGCGTTGATCGTTGACGCCATTTTGCGAGGCGAGAACACTGATGCGTTAAGGTCCAGGATCGCTGCCCTTGGTTGGAAAGCGCAGGAGCGATTCACCGTGATGGTGGGAAATTCGCCGTCGGAGCCTAGCGCCAGCTATGTCAGCGAACTACGCCGCACCGCCGGGCGCTTCGCCGAGGACGCGCTGGTAGGAATCCAGGGCGACCGGCTCATTTTGATCCTTGGCGGGGTGCAGGACCGCGACACAGCCTATGTCAAGCTCAGTGAGCTCTTTGCGCCGGGGGCTGTGGTTTACGGCCCGGAAGCAGGCTCGTTGCTTGAGGCGAGCAGTTCCGCCCAAGCGGCGTTCGCAGGGCTGACCGCAGCCCGTGCATGGCCCTCCGCGCCACGGCCTGTTGCTGCAGACGACCTCCTCCCCGAGCGCGTCGTTTCCGGTGATGACGCCGCGCGCAGGTCACTGATCAAGAACATTTACAGGCCCCTGCTCGCGGCTTCAAACGGGCTCGTGGAGACCTTGGGCACGTACTTGGAGCTCGGCCACTCACTGGAAGCCACGGCGCGCGAACTATTCGTCCATGCCAACACCGTGCGCTACCGTTTGAAGCGTGTCTGCGATGTGACAGGCTGGGATCCGCTCCTCCCCAGGGAGGCGTTTGTGCTGCAAACGGCGTTGGTGGTGGGCCGCCTTTCAGCCCAACCGAAAGCTGCTGCCGAACGTCACGCGTCACGTTCACAGAACTGA MELARDGPYAHSMAEPSKTTTKRKAAPQALSPEKAETLRQLRANVGQLSTSTMRQLEKSLPWYGRLSSDERSALGLVAQNGIAAFVTWYERPSSPSWILTDVFGNAPTELTRSISLQKALQLIRIVVEVVEDQVPVIAPESDQPSLREAVLRYSREVAFAAADVYARAAESRGSWDTRLEALIVDAILRGENTDALRSRIAALGWKAQERFTVMVGNSPSEPSASYVSELRRTAGRFAEDALVGIQGDRLILILGGVQDRDTAYVKLSELFAPGAVVYGPEAGSLLEASSSAQAAFAGLTAARAWPSAPRPVAADDLLPERVVSGDDAARRSLIKNIYRPLLAASNGLVETLGTYLELGHSLEATARELFVHANTVRYRLKRVCDVTGWDPLLPREAFVLQTALVVGRLSAQPKAAAERHASRSQN NA NA NA NA NA D3-18_01900 2787 aceE_3 COG2609 Pyruvate dehydrogenase E1 component ATGCATGCGCCTAAAGGAAGGTTGGACGTGGCTGCAGGAGAAGAGACCTCACACATCCTCAGCGGGTTGACTGCCCAGCTGCCTGATCGTGATCCGGAAGAGACCGCGGAGTGGATTGAGTCCCTTGATGCGTTGATCGCGGAGCAGGGTACCGAGCGTGCCCAGTACATTATGCGTTCGTTGTTGCAGCGTGCTGGTGCCCGGTCGGTGGGTGTGCCGATGGTGACGACCACTGATTATGTGAACACGATTCCGGTGGACCAGGAAGCTGCGTTCCCGGGGAACGAGGAGTTCGAGCGCCGGTACCGGGCGTACATGCGGTGGAACGCCGCGGTGATGGTCCACCGTGCGCAGCGTTCGGATATTGGTGTCGGCGGGCATATTTCCACTTATGCCGGTGCTGCGACGTTGTACGAGGTGGGTTTCAACCACTTCTTCCGCGGCAAGGACCACCCCTCGGGTGGGGATCAGGTGTTCTTCCAGGGCCACGCTTCGCCGGGCATGTACGCGAGGGCGTTCATGGAGGGCCGCCTCACGGAAGAGGATTTGGACGGGTTCCGTCAGGAAAAGTCCAAGGCCGGTCATGCCTTGTCTTCGTATCCGCACCCGCGCTTGATGCCGGATTTCTGGGAGTTCCCGACCGTGTCGATGGGTATCGGCCCGATGAACGCGATCTACCAGGCCCAGTCCAACCGGTACCTGCAGAACCGTGGCATCAAGGACACCTCCGACCAGCAGGTCTGGGCGTTCCTGGGCGACGGGGAAATGGACGAGCCCGAGTCCCGTGGCCTGCTCCAGCTCGCCGCGAACGAGAACCTGGACAACCTGAACTTCGTGATCAACTGCAACCTCCAGCGCCTGGACGGACCGGTCCGCGGTAACGGCAAGATCATGCAGGAACTTGAAGCGTTCTTCCGCGGTGCGGGCTGGAACGTGATCAAGGTCGTTTGGGGCCGCGAGTGGGATTCCCTCCTGGAAGCGGACCGGGACGGGGCGTTGGTGAAGATCATGAACGAAACCCCCGATGGTGACTACCAGACCTACAAGGCCGAGTCCGGCGGGTTCGTGCGGGAACACTTCTTCGGCAAGTCCCCGCAGACCAAGGACATGGTCGCGGACCTGGACGACGAGCAGATCTGGGGCCTCAAACGCGGCGGTCACGACTACCGCAAGGTCTACGCCGCGTACAAGGCAGCGACCGAGTTCAAGGGCAAACCCACCGTGATCCTGGCCAAAACGGTCAAGGGCTACGGCCTGGGCCCGCACTTCGAAGGCCGCAACGCCACCCACCAGATGAAGAAACTGACCATGGAAGACCTCAAAGCCTTCCGTGACCACCTCCGCATCCCCATCAGCGATGACCAACTCGACGCTGACCTCTACCGACCCCCGTACTACCACCCCGGCATGGACGCCCCGGAAATCAAATACCTGATGGAACGCCGCGCCGAACTCGGCGGCTTCGTCCCCGAACGCCGCCGCACCCACACCCCCGTGACCCTGCCCGACGCGAAATCCTACGACGTGGCCAAACGAGGATCCGGGAAACAACAAGCCGCCACCACCATGGCCTTCGTCCGGCTCCTCAAAGACCTGATGCGGGACAAAAACTTCGGGGCCCGGTTCGTGCCCGTCGTCCCCGACGAATCCCGGACCTTCGGCATGGACGCGTTCTTCCCGACCGCGAAAATCTACAACCCCAAAGGCCAGAACTACCTCTCCGTGGACCGCGACCTCGTCCTGGCCTACAAAGAATCACCCGCAGGCCAACTCATCCACCCCGGCATCAACGAAGCCGGCGCCGTCGCAGCGTTCACCGCCGCCGGCACCGCGTACGCCACCCACGGCGAACCCCTGGTCCCGATCTACGTGTTCTACTCCATGTTCGGCTTCCAACGCACCGGCGACTCGTTCTGGGCCGCCGCGGACCAAATGACCCGCGGCTTCATCATCGGCGCCACCGCAGGACGAACCACCCTCACCGGCGAAGGACTCCAACACGCCGACGGGCACTCCCCCATCCTGGCCTCCACCAACCCCGCCGTGAAAACCTACGACCCCGCCTACGGCTACGAAATCGGCCACATCATCCGCCACGGCCTCGAAGAAATGTACGGCGACGCCGGTGATGACAAAAACGTGATGTACTACCTCACCGTCTACAACGAACCCATCACCCAACCCGCCGAACCCGAAAACCTCGACATCGACGGACTCCTCAAAGGCATCTACCGCCTCTCCCCCGCCCCCGCAGCGGACAGCACCACCGGGAACCGGCCCACCGCGACCATCCTCGCCTCCGGCGTGTCCGTACCCTGGGCCCTCGAAGCCCAACGGATCCTCGCCGAAGACTGGAACGTCGCCGCCGACATCTACTCCGTAACCTCCTGGAACGAACTCCGACGCGACGGACTCGCCGCCGAAGAACACGCCTTCCTCAACCCCGGCCAACCCGCCCGCACCCCGTTCATCACCGAACAACTCGCCGGCACCACCGGACCCGTCATCGCCGTGTCCGACTACATGAAAGCCGTCCCCGACCAAATCCGCCAATTCATCCCCAACGACTTCGCCTCCCTCGGAGCAGACGGCTTCGGCTTCTCCGACACCCGCCAAGCCGCACGCCGCTACTTCAAAAACGACACCCACTCCATCGTCGCCAAAACCCTCCAACTCCTCGCCGCCAAGGGAGAAGTTGAAGCAGGTGCGCTGGAAAAGGCGATCGAAAAGTACCGGCTTCTGGACGTGAACGCCGGCACCACCGGCGGAGCAGGCGGCGACGCCTGA MHAPKGRLDVAAGEETSHILSGLTAQLPDRDPEETAEWIESLDALIAEQGTERAQYIMRSLLQRAGARSVGVPMVTTTDYVNTIPVDQEAAFPGNEEFERRYRAYMRWNAAVMVHRAQRSDIGVGGHISTYAGAATLYEVGFNHFFRGKDHPSGGDQVFFQGHASPGMYARAFMEGRLTEEDLDGFRQEKSKAGHALSSYPHPRLMPDFWEFPTVSMGIGPMNAIYQAQSNRYLQNRGIKDTSDQQVWAFLGDGEMDEPESRGLLQLAANENLDNLNFVINCNLQRLDGPVRGNGKIMQELEAFFRGAGWNVIKVVWGREWDSLLEADRDGALVKIMNETPDGDYQTYKAESGGFVREHFFGKSPQTKDMVADLDDEQIWGLKRGGHDYRKVYAAYKAATEFKGKPTVILAKTVKGYGLGPHFEGRNATHQMKKLTMEDLKAFRDHLRIPISDDQLDADLYRPPYYHPGMDAPEIKYLMERRAELGGFVPERRRTHTPVTLPDAKSYDVAKRGSGKQQAATTMAFVRLLKDLMRDKNFGARFVPVVPDESRTFGMDAFFPTAKIYNPKGQNYLSVDRDLVLAYKESPAGQLIHPGINEAGAVAAFTAAGTAYATHGEPLVPIYVFYSMFGFQRTGDSFWAAADQMTRGFIIGATAGRTTLTGEGLQHADGHSPILASTNPAVKTYDPAYGYEIGHIIRHGLEEMYGDAGDDKNVMYYLTVYNEPITQPAEPENLDIDGLLKGIYRLSPAPAADSTTGNRPTATILASGVSVPWALEAQRILAEDWNVAADIYSVTSWNELRRDGLAAEEHAFLNPGQPARTPFITEQLAGTTGPVIAVSDYMKAVPDQIRQFIPNDFASLGADGFGFSDTRQAARRYFKNDTHSIVAKTLQLLAAKGEVEAGALEKAIEKYRLLDVNAGTTGGAGGDA PGPT0001385_132 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001385-aceE-K00163 NA NA D3-18_01901 420 putative protein GTGAGCGAGGCCGACGCCGCCACATCGGTAAATGTGGCGGAAAGAATGGGTTTCAAAGATGGGGATCTGATTCAGGAACGCGGCTACGACGACGACGTCGATTTCGACTTGCGTGACGACATCGAAGATGTCACAGGCTCCGAGTTGTTGGATGAAGATGATCATGACGTCGTGGATGCTGTTGTTTTCTGGTGGCGGGATGGCGACGGTGACCTTGTTGATGCCCTGATGGATTCGCTCACCAACCTGAAGGAAGGCGGGGTTGTTTGGGTACTGACGCCAAAGTCAGGCCGTGACAACTACGTTTCTCCTGCAGACATCCAGGATGCCGCCCCCACTTCAGGACTGCACCTGACTACATCGGCGGGGGTCTCAAAGGACTGGAGCGCCACGCGTTTGGTGCCCAAGAAGAACAAGTGA MSEADAATSVNVAERMGFKDGDLIQERGYDDDVDFDLRDDIEDVTGSELLDEDDHDVVDAVVFWWRDGDGDLVDALMDSLTNLKEGGVVWVLTPKSGRDNYVSPADIQDAAPTSGLHLTTSAGVSKDWSATRLVPKKNK NA NA NA NA NA D3-18_01902 504 ahpE COG1225 Alkyl hydroperoxide reductase E GTGACGGCAGTCCCACAGGCTCCGGCCCGGGTGCTCGTTCCGGCAACGGGGCAGCCCGCACCGGATTTTGAACTGCTGAATCAGTACGGCGAGCCTGTCCGTTTGGCGGACTACCGGGGCCGCAATGTTGTCCTCGTGTTCTTTCCCTTTGCTTTCTCCGGCATTTGCACCGGCGAACTCTGTGAGATTCGCGACAACATCGCGGACTTCAAGGATTCGAATGCCACGGTACTGGCGTTGTCCGTAGATAGTAAGTTCGCTCAACGGGCCTACGCGGAGCATGAGAACTTTGGCTTCGACCTCTTGGCGGACTTCTGGCCGCATGGGGCCGTGGCGCGGGACTATGGCGTCTTCGATGAAGCGAGTGGAATGGCCTTAAGGGGGACGTTTATCATCGACGCTGCAGGCGTCATCCGCTATGTCGTTGTCAATCCCCGCGGCCAAGCGAGGGACTTTGCCGAGTATCGCCGGGCGTTGTCGTCTTTGGCGGACCAGCAGTCATGA MTAVPQAPARVLVPATGQPAPDFELLNQYGEPVRLADYRGRNVVLVFFPFAFSGICTGELCEIRDNIADFKDSNATVLALSVDSKFAQRAYAEHENFGFDLLADFWPHGAVARDYGVFDEASGMALRGTFIIDAAGVIRYVVVNPRGQARDFAEYRRALSSLADQQS PGPT0013145_26 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013145-ahpE-K24120 NA NA D3-18_01903 930 cobB COG0846 NAD-dependent protein deacetylase ATGACTGGATTTGCCAGCATGCCATCCGCGCCCGTAGGGCAACTGGACCCCGAAGAGTTGCAGGCACTCGAGGTTGCCGGGGATCTCCTAAGCGGGAAGCGCTTAGCTGTACTTACCGGAGCCGGGTTGAGCACCGATTCAGGGATTCCTGACTACCGTGGGCCCGGTTCTGCGCCCCGGAATCCCATGACCTACCAGGAGTTCGTGGGAAGTGAGGCAAACCGGCGGCGCTATTGGGCGCGGAACCACATCGGGTGGTCCCACCTCAGGCATGCCGATCCTAATGCCGGCCATAAGGCAGTCGCGGTTCTGGAACGTCGCGGCCTGCTGTCCGGTCTCATTACACAAAATGTTGACAGGCTCCATGAGGACGCCGGAAGCATCAACGTGGTGGACTTGCACGGCCGCTTCGACCAAGTGGTTTGCCTCAGCAATGGGCACACCTTCACCCGGCGCTTGATCGCAGCGATACTTGAAGAAATCAATCCTGGTTTCTTGGAGGCGGCACTGGAGTCCGGTGTAGTAGAGATGGCTCCGGACGCCGACGCAACAGTTGAGGACCACGAGCTCATCACCTCGTTCGTGATGGCGGTCTGTCCCATGTGCGGTGGGACGTTGAAGCCGGACTTTGTCTACTTCGGTGAGAACGTCCCCAAGGATAGGGTGGCCCGCGCCTACGAGATGGTGGATAACGCGGACGCCCTCTTGGTGGCGGGATCGTCGCTGACGGTTCAGAGCGGACTGCGGTTCGTGCGCCACGCTGCAAAATCGGGAAAGCCAGTGGTCATCATCAACCGGGGAACCACCCGCGGCGACGACTTTGCTCAAGTGAAATTGGAACTGGGAGTCAGCGGCGCATTGGACTACCTTGCGCGCTCTTTGCCTGATCTTCCACAGGCTCCTGCCCCGATTGGTGTTTCGGGCGGTTGA MTGFASMPSAPVGQLDPEELQALEVAGDLLSGKRLAVLTGAGLSTDSGIPDYRGPGSAPRNPMTYQEFVGSEANRRRYWARNHIGWSHLRHADPNAGHKAVAVLERRGLLSGLITQNVDRLHEDAGSINVVDLHGRFDQVVCLSNGHTFTRRLIAAILEEINPGFLEAALESGVVEMAPDADATVEDHELITSFVMAVCPMCGGTLKPDFVYFGENVPKDRVARAYEMVDNADALLVAGSSLTVQSGLRFVRHAAKSGKPVVIINRGTTRGDDFAQVKLELGVSGALDYLARSLPDLPQAPAPIGVSGG NA NA NA NA NA D3-18_01905 291 hypothetical protein ATGGAGCACGTACACATCCTCACAGTTGAGCCAGGCGCCCTGGCGGTCATCGTAAGGGGCGGCCGGGAGTGGCGCATGGTGGTGGAACCAGTCCGATGGTTTGAGCGCGTGGCATGGTGGGAGCAGGCCCGGCGGATGCCCAGGGGGCAAGGGCGGGTTGATATTGAAGTCTGGCAGGTCCAGGTCCGTTTAGGGAACAACCCACGATCCGGCATCGCTACCTGGGAATTGGTGAGGGACGGAACTGGCGGCGGCTGGCGCCTCCGGGGCGAGGAACTCGCTGCTGCGTAG MEHVHILTVEPGALAVIVRGGREWRMVVEPVRWFERVAWWEQARRMPRGQGRVDIEVWQVQVRLGNNPRSGIATWELVRDGTGGGWRLRGEELAAA NA NA NA NA NA D3-18_01906 795 xynR_3 COG1414 HTH-type transcriptional regulator XynR ATGGCCGATTCCCGCACCTCCCGTTCCGAAGGGCTGGGCGCTTCGTCGCCGGCGCCTGCCGTCACCCGCGCTGCAGCCGTGTTGGAGGTGCTGGCCGAGTCCCCCACAGGCCGATTGACTCTGAGCGATCTCTCGCGTGAACTCGGAATTCCCAAGTCCTCCACGTCCAACCTGCTATTGGCGCTGGAAGAAGCGCGGCTCATTACCCGCCAAGGGGCCGACTTTGCCTTGGGAAGGAAGCTTGTGGAACTGGGAGCTGCGTACCTCAGTCGCCTGGACGAGGTGCAGGAGTTCTACAAGTATTGCGAGCAAGCGCCCACGCTCTCCGGAGAGACTGTGAGAATCGCGATGCTCGACGGCGACCACGTCATCTATTTGGCGCGGTACGAGGGCCATCCAGCGGTCAGGCTAACGTCCAACATCGGCGACAAGATGCCCGTCTCGCTCTGCAGCGTCGGCAAGGCCCTGATTGCCCAGCTGCACGATCACGATATCGACGCAATGTTCCCGGATGGCATGGAGTTGCCCACCATGACCCCAAACTCCCTCAGGACTGCCGAGGAACTCAAGTCCCAGATTTCCACCATCCGCAAGCAGGGGTACGCCTTCGAGGACGAAGAATCCACGGTTGGTGTGGTCTGCCTGGCCGTGTCGGTCCCTACCCACGGAGCCCACGGCCCAAGCCTGGGCCTATCTGTTACGGCCCTCAAGGCTACCTACTCGGAGGAGCAGGGCGCCCTTATGGTCAAGGAACTCAAGGAGCTGGCGCGTTCCTTGGGTAACCCCATGGGCTAG MADSRTSRSEGLGASSPAPAVTRAAAVLEVLAESPTGRLTLSDLSRELGIPKSSTSNLLLALEEARLITRQGADFALGRKLVELGAAYLSRLDEVQEFYKYCEQAPTLSGETVRIAMLDGDHVIYLARYEGHPAVRLTSNIGDKMPVSLCSVGKALIAQLHDHDIDAMFPDGMELPTMTPNSLRTAEELKSQISTIRKQGYAFEDEESTVGVVCLAVSVPTHGAHGPSLGLSVTALKATYSEEQGALMVKELKELARSLGNPMG PGPT0025595_76 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0025595-blcR-K20539 NA NA D3-18_01907 1353 abaF_5 Fosfomycin resistance protein AbaF GTGATAACTCGTGCAAATGAAAAGCTCGCGGCCGAGGCTGAGGACGCTGTAGTTGAGCCGGAACAACTCCGGCGGGCTACGCTGGCCAGCTCTGTAGGTTCTGCGCTGGAGTACTACGACTTCTATATTTATGGCTTGGCTTCGGCGCTGATCTTCGGTCCGCTGTTCTTTTCGCCCCTGGGCCCTGACGGTGCGTTGATTGCGTCCTTCGCCACCTATGGCGTGGGCTTTGCTGCGCGGCCTTTCGGCGGTTTGATCTTCGGCTACATCGGGGACAGGTTCGGACGGAAGATGGTCCTCATCCTCACCATCGCGCTGATGGGAACTGCAAGCTTCGCCATTGGCCTTCTTCCCACCTTCGAGCAAGCAGGAATGCTCGGCGCTGTACTGCTGGTCACGCTGCGAATCATCCAGGGGCTGGGGGCCGGAGCCGAGCAGGCGGGCGCCACGACCTTGATATCGGAAGTGGCTCCGCGCCGCCGTCGTGGGTTCTTTGCTTCATTGCCGTTTGTCGGCATTCAGTTGGGCACGCTCCTCGGCGCCGGAACCTTCGCGCTCATCGCCATGGCGGACAAGTCCGTCCTTCAGGGGTGGCTGTGGCGCGTGCCTTTCCTGGCCAGTTTCATTCTGATCGCCGTGGCCATTTTCATCCGCCTCAAGCTCAAGGAAACGCCCGCGTTCCAGGAGTTGGAGAAGCACAAGAACGTGGTTAAGAACCCTATTGGCGCTCTCTGGAAGCATTCCAAGAAGAACGTGTTGCTCGGTATCGGTCTTCGCATGGGCGAGAACGGCAACTCTTCTATCTACTCCGCGCTGCTGGTGTCCTTCATGAGCATGCCGGCGGGTGTCTTCGCTGGTAACAACTCCATCGGTCCTGTGGGTTTGCTGATCGCGGCCGGTTTCGCCGCCGTCATGGTGGTAACTTTCGGTGCTTTGTCCGACAGGTTCGGACGTGTTCCCGTGTACCGCTACGGCGCGCTGTTTCAGGCAATCATCGCGGTTCCTGCCTTCTACTTGGTCACCTTGGGTAACGTCACCTTGGTATGGGTAGTCATGGCGGTAGGCATTGCAATCGGTGTTCAGTCGATGCTGGGCCCGCAGTGCCCTCTTTTGCCGGAACTGTTCGGATCCCAGTACCGCTTCACCGGCGTCGCCATGAGTCGCGAGATCTCAGCGGTTTTGGCTGGCGGTCTTGCACCGCTGCTCGGGGCGCTCATGTTGGCCGCCACCAACCACTCATGGCTGGTCCTGGCCATCTACTCCCTGGTCCTGGCGCTCATCTCCTTTGTGACTACGTTCTTCACCCCGGAGACGGCAGGCAGGGACCTCGTCAGTACCGAAGACGCAAAGTAA MITRANEKLAAEAEDAVVEPEQLRRATLASSVGSALEYYDFYIYGLASALIFGPLFFSPLGPDGALIASFATYGVGFAARPFGGLIFGYIGDRFGRKMVLILTIALMGTASFAIGLLPTFEQAGMLGAVLLVTLRIIQGLGAGAEQAGATTLISEVAPRRRRGFFASLPFVGIQLGTLLGAGTFALIAMADKSVLQGWLWRVPFLASFILIAVAIFIRLKLKETPAFQELEKHKNVVKNPIGALWKHSKKNVLLGIGLRMGENGNSSIYSALLVSFMSMPAGVFAGNNSIGPVGLLIAAGFAAVMVVTFGALSDRFGRVPVYRYGALFQAIIAVPAFYLVTLGNVTLVWVVMAVGIAIGVQSMLGPQCPLLPELFGSQYRFTGVAMSREISAVLAGGLAPLLGALMLAATNHSWLVLAIYSLVLALISFVTTFFTPETAGRDLVSTEDAK PGPT0014425_297 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_SYMPORTER,PGPT0014425-ydfJ-K08173 NA NA D3-18_01908 2058 hypothetical protein ATGACGGCAACCAAGGGCCTTGCCTCACCGGAAAGTACCGGGCAGGTCCGGGCCGGGGCAGGGAAGGCGACGTTTCGGCCTGAGATCCAAGGCCTGCGCTCCTTGGCCGTACTCATGGTTGTCTCGTACCACATTTGGTTTGGCCGGGTTTCCGGTGGAGTGGACGTCTTCCTGCTGATTTCGGCGTTCCTGATGACGTTGCAGTTCGTCAACCGCTACCAGGACGCCCGTCCAGTGTCACTGGTGCGGCACTGGTTGCACCTTTTCTGGCGGCTCTTGCCGGCCGTCGTCGTGGTACTCCTTGGCACTCTGGCGGCCACATACGTGCTCATTCCCCGCACGCGTTGGATAGAAATAGTCAGCCAAGGCTGGGCTTCGCTGTTCTATGTGGAAAATTTGCTGCTCCAGCGGCAGGTGGTCAACTACTACGCGGCAGACCATAGCCTGGCAAGCCCCTTTCAGCATTTTTGGTCGCTGTCCATCCAAGGGCAGGTATTCATCCTCTGGCCCGCCATCTTTGTTGCAACGGCCTTCGTATGCCGCCGCTTGGGTCTGAGTTATAGGGCCGTGCTTCTTGGAGTCTTCGGGCTGATCTTCGCAGTTTCGCTGACTTATTCGGTCTACTTCACGGCAGCCAACCAGGAATTGGCCTACTTTGATACCTTTGCCCGGCTGTGGGAGTTCGCCTTGGGCACGCTGGTGGCGCTGTTGCTTCCGTATCTTCGGCCCGGCCGTGGACTGCGAAGCGTGCTTGGCTGGGTAGGGGTGGCCGCCATGCTGAGCTGTGGCGCCCTTCTTCAGGTCCAGACCGCGTTTCCCGGGTTTGTGGCCTTGTGGCCGACCCTCGCGGCGGTGGCTGTCATCATCGCAGGGCAGTCGGGAAGCCGCTTTGGTGTGGACCGCATTCTGTCGTCCAAGGTGTTGGTTGGCCTGGGATCAACGTCGTATGCCCTCTATTTGTGGCATTGGCCCCTGCTGGTAATCACTCTGGTATGGATTGGCCAAGACCATGCAGATGCGCTGACCGGTGCCCTGATCGTGGGTGCATCCCTCCTCCTTGCGTTCCTTACCACCCGGTTCGTGGAGCAGCCCCTGCGTGCATGGCGATGGCCGGAGACCAAGCGGCGGCGTCTGGCATTGTCTGTACTTGTCTGTATTGCGGTCGCTGCCGCTCCGATGGTGCAGTTCGGATACCAGCAGCAAATGGAGAAGAACATCATCGCTTCGCAGAATGCCGACGATAACCCGGGGGCGCGGGCGTTGCTACCCGGATACGTCGACCTTGTTAGCGAGGGCGCGCGGACGCTGCCCACCCCTGAGCAGCTACCGGAAGATTGGGGAAGGCTCGACGCCGCATGTACCGGAGATCTTCGCCCAGCGGATCCGGTGCTGTTTGCAGAGTGCCAGCAGAACGACGTCGGTGCTGACGCCGACAGGACCGTCTTTGTGGTGGGTCAGTCCCATTCTCTGCAGTGGCTTGGAGCCATCGGCCCCCTGGCCAAGGAGCACACGTGGCGTGTCCAGGCAATCACATTCGGGGCCTGCCCGTTCATGACCGAAACGGACGAGGTAGGGGACGAATGCAACGCCTTCAACCGAAACGTCCGGGAACACATCCGTATCCATCAGCCCGATGCTGTCTTCCTTGTGGGGACGGCAGCAGTTCCAGACTCGCCGGATGAGGACCTCACGTGGGGTCTTGACGAACTGGTTGGCGAGATCACGGACCAGGGCATTGAGGTCATCGCCATGAGGGACAACCCTCGCTTCTCATTCAGCCCCAGTGAGTGCGCAATGGCGTCCGGCGTGGAGGACCCGCGCTGCCGTCCAGCCCAGTCATCCGTGCTTGCCGAAAGCAATCCCTTGGATCAGCTGGAGGGTACTTTCACAGGGTTGTCCATCCTGGACATGACGGACCTGATCTGCGACGGCACGTCTTGCCCGGGCATCGTGGGCAACGTGTATGTCTACCTCGACGACAACCACCTCTCGAGCACTTACGTCAGGACCATGACCGAGACGTTGTCCGAGAGGTGGTTTGACGCCACAGGATGGTAG MTATKGLASPESTGQVRAGAGKATFRPEIQGLRSLAVLMVVSYHIWFGRVSGGVDVFLLISAFLMTLQFVNRYQDARPVSLVRHWLHLFWRLLPAVVVVLLGTLAATYVLIPRTRWIEIVSQGWASLFYVENLLLQRQVVNYYAADHSLASPFQHFWSLSIQGQVFILWPAIFVATAFVCRRLGLSYRAVLLGVFGLIFAVSLTYSVYFTAANQELAYFDTFARLWEFALGTLVALLLPYLRPGRGLRSVLGWVGVAAMLSCGALLQVQTAFPGFVALWPTLAAVAVIIAGQSGSRFGVDRILSSKVLVGLGSTSYALYLWHWPLLVITLVWIGQDHADALTGALIVGASLLLAFLTTRFVEQPLRAWRWPETKRRRLALSVLVCIAVAAAPMVQFGYQQQMEKNIIASQNADDNPGARALLPGYVDLVSEGARTLPTPEQLPEDWGRLDAACTGDLRPADPVLFAECQQNDVGADADRTVFVVGQSHSLQWLGAIGPLAKEHTWRVQAITFGACPFMTETDEVGDECNAFNRNVREHIRIHQPDAVFLVGTAAVPDSPDEDLTWGLDELVGEITDQGIEVIAMRDNPRFSFSPSECAMASGVEDPRCRPAQSSVLAESNPLDQLEGTFTGLSILDMTDLICDGTSCPGIVGNVYVYLDDNHLSSTYVRTMTETLSERWFDATGW NA NA NA NA NA D3-18_01909 1068 ghrA_1 Glyoxylate/hydroxypyruvate reductase A ATGATGAACATCATGACGACTGACGAACTCACCATCGCCATCGCTGTGCCGCTCGAAGCAGAGCACGTAGAGCTGATCCGCGCTGTAGATCCCTCCGCAACAGTTCTTTACGACCCCGAACTTCTTCCGCCGGAACGTTTCCCCGCGGATCACTCCGGCGATCCGGAATTCAGGCGCACGCCGGAGCAGGAGGAACGCTACTGGGCCATGCTGAACAGGGCCCAGGTCCTTTACGGTTTCCCCAACGAGAGTCCGGCCGGACTGGCGCGGATTGCCGGAAGCAACCCCCACCTGCAATGGATCCATGCCATGGCGGCCGGAGCAGGTGGCGCCGTCAAAGCTTCCGGGCTGGATACGGAAACCCTTCGAAAGTTCCATGTGACGACGTCCGCAGGTGTCCATGCGCTGCCCCTGGCAGAGTTCTCAGCCTTTGGCATCCTCAACGGCTTCAAGCGCAGCGCTGAAATGGCACAGGACCAAGCCGCCAAAATCTGGCCCGAGCTCAGGACGCCCACCAAGCTGGTCAACGGCTCCAAAGTTGTCATCGCAGGCCTCGGCGAGATTGGCATGGAGACCGCTCGAATTGCCCGGGCCTTGGGGATGAAGGTCAGTGGAACCAAGCGCACTGTGGAACCCCTGGAGGGGATTGACGAGGTCACCACCAATGAGAGCCTCCCCGGCCTGCTGGCGGACGCCGACGCAGTGGTGAACACATTGCCCGGTACGCCGTATACGGAGAAGCTGTTCAACAGGGACATTTTCTCCGCCATGAAGCCGGGAACCGTATTCGTCAACGTCGGCCGCGGCACCGTAGTGGATGAGGTCGCCTTGCTGGAAGCCCTGAACAACGGCCAGGTCTCATACGCCTGCCTCGACGTATTCGCGGTGGAGCCGCTTCCGCAGGACAGCCCTTTGTGGAATCATCCCAAGGTCCTGGTTTCACCGCATACCTCGGCATTAAGCGCCGCCGAAAACCGGCTCATCACGGAACGTTTCTGCAGCAACCTGCGCACATTCCTGGACGGCGGCGAACTCCCCCACCTGGTTGATCCGGTCCACTTCTACTAG MMNIMTTDELTIAIAVPLEAEHVELIRAVDPSATVLYDPELLPPERFPADHSGDPEFRRTPEQEERYWAMLNRAQVLYGFPNESPAGLARIAGSNPHLQWIHAMAAGAGGAVKASGLDTETLRKFHVTTSAGVHALPLAEFSAFGILNGFKRSAEMAQDQAAKIWPELRTPTKLVNGSKVVIAGLGEIGMETARIARALGMKVSGTKRTVEPLEGIDEVTTNESLPGLLADADAVVNTLPGTPYTEKLFNRDIFSAMKPGTVFVNVGRGTVVDEVALLEALNNGQVSYACLDVFAVEPLPQDSPLWNHPKVLVSPHTSALSAAENRLITERFCSNLRTFLDGGELPHLVDPVHFY PGPT0019465_6 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-METHYLGLYOXAL_DETOXIFICATION,PGPT0019465-ghrA-K12972 NA NA D3-18_01910 912 garR_2 COG2084 2-hydroxy-3-oxopropionate reductase ATGACCAGTAAGCGCGTGGGCTTCGTCGGCTTAGGACTCATGGGAGCGCCCATGGCCTCCAACATTGCCAGTGCGGGATGGAATGTCACCGCTTGGAATCGCTCAGACACTGTTTTTGAAGGCCTCTCCGGCGTCCGCCGTGCAGCCGACGTTGCAGAGCTGCGTGATGAAGACGCCATCATTTTCATGCTCCCGGATTTACCCTTTATTGAGGAAGCGGCCGCGGACTTGCTCGAGTCATGGCGGAACGAGCCACCCGAGCCGGGCACCGCCGTCGTCATTATGAGCAGCGTCTCGCCAACCGCAGTCCAGCTGTTTGGCGAGACTGTTCAGCAGGCATCCAGTGGCAACGCCGCCGTGGTTGATGCACCGGTCAGCGGTGGCACCTCCGGGGCGCAAAGCGGAAGCCTGGCCATCATGGTGGGAGCGACCGAAAGCCAGTTCGAAGCGCTCCAGCCGCTCCTGGAAACCATGGGGACCACCCTTCGGCGCATGGGTCCCTTGGGATCGGGGTCGCTCGCCAAAGCCTGCAATCAACTTATCGTCGGAACCACGACGGCGGCGCTGGCCGAAGCGGCCGAACTCGCTGAACGCTCCGGCATGGATGTGCGGGCGCTTTACGAGGTCCTCTCGGGAGGGCTGGCCGGAAGCCGGGTGCTGGACAACGTTGGCCCCCGCCTGGCCGCCAAGGAATATGCCCCAACAGGGCCGGCCAAGTTCATGCACAAGGACCTGGGATTCGTGGTCGCCAGCGCTGAAGCCGTTGGCTCTGCCGTTCCCATGGCAGCAGCGGCAATCGATTTATACGCCGAACTCAAGCGCCAAGGACTCGGAGACCAAGACCTCGCCGTCGTCCGCCAGGCCATCGTAAACCTGAGCCTGCCAGCAGCCGCGACGTCCAACAGCAACTGA MTSKRVGFVGLGLMGAPMASNIASAGWNVTAWNRSDTVFEGLSGVRRAADVAELRDEDAIIFMLPDLPFIEEAAADLLESWRNEPPEPGTAVVIMSSVSPTAVQLFGETVQQASSGNAAVVDAPVSGGTSGAQSGSLAIMVGATESQFEALQPLLETMGTTLRRMGPLGSGSLAKACNQLIVGTTTAALAEAAELAERSGMDVRALYEVLSGGLAGSRVLDNVGPRLAAKEYAPTGPAKFMHKDLGFVVASAEAVGSAVPMAAAAIDLYAELKRQGLGDQDLAVVRQAIVNLSLPAAATSNSN PGPT0018170_33 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 D3-18_01911 771 gno Gluconate 5-dehydrogenase ATGAGTGGACTCTTTGATCTGACCGGGCGGGTTGCGTTGGTCACTGGTTCAAGCCGGGGGATCGGTAACGCCCTGGCCAGGGGGCTGGCGGATGCCGGAGCTATCGTGGTGCTCAATGGCATCAATGCAGAACGGCTGGAGGCAGCCCAGCAGGCCATGGCTGCTGACTACCCGGAGGGAAAGGTCCACAGCCTGGCTTTCGACGTCACCGACGCGACGGCCGCCGCTGAAGGAATAGCTTGGGTGGAGGAGAACGTGGGCCCGCTTGACATCCTGGTGAACAATGCCGGAATCCAGCACCGCGTTCCCATGCTGGACCTCGATGTTAAGGACTGGGACCGCGTGATCACCACGAATCTCACCAGCGCCTTCCTTGTGGGCCGGGAAGCAGCCAGGCACATGATCGCCCGCGGACAAGGGAAGATCATCAACATCTGCTCGGCTCAGACGGACCTTGCCCGCCCCACCATTGCACCGTATGTGGCTGCCAAGGGCGGGCTCCGAAACCTGACCCGAGCCATGACTGCAGAGTGGGCTGCCTCCGGATTGCAGATCAATGGCATCGCGCCTGGGTACATCCACACGGAAATGACCCAGAACCTGGTGGATGACGACAACTTCAACTCATGGATCCTTGGCCGGACGCCGGCCAACCGGTGGGGGACAGTAGCCGATCTTGCCGGGCCAACGGTATGGCTCGCCTCACAGGCATCCAATTTCGTGAACGGCCAGACCATCTTCGTCGACGGCGGAATGACGGTGGTGGTCTGA MSGLFDLTGRVALVTGSSRGIGNALARGLADAGAIVVLNGINAERLEAAQQAMAADYPEGKVHSLAFDVTDATAAAEGIAWVEENVGPLDILVNNAGIQHRVPMLDLDVKDWDRVITTNLTSAFLVGREAARHMIARGQGKIINICSAQTDLARPTIAPYVAAKGGLRNLTRAMTAEWAASGLQINGIAPGYIHTEMTQNLVDDDNFNSWILGRTPANRWGTVADLAGPTVWLASQASNFVNGQTIFVDGGMTVVV PGPT0018070_601 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_IDONATE_DEGRADATION,PGPT0018070-idnO-K00046 NA NA D3-18_01912 1050 idnD COG1063 L-idonate 5-dehydrogenase (NAD(P)(+)) ATGGGCATCATTCTCCCGGCCTTCGGCCCCGCCGTGGTCGCCCATGGCAAGGGCGATCTCAGGGTTGAGGACATCCCACTGACTGCACCTGCTCCCGATGAGGCGGTGGTGGAGATCGCCTACGGCGGGATCTGCGGGTCAGACCTCCATTACTGGCTGCATGGTGCGGCGGGGGAATCGGTCCTGAAAGAACCAATGGTCCTCGGGCACGAAATCGTAGGCGTGGTGGTCCAGCAAGCTGTTGATGGCGCCGGCCCCGGGGTTGGCACACGTGTGGCTGTCCATCCAGCTACCCCTGCCTCAGGTGACGTCAGATACCCGGAGGACCGGCCCAACCTGTCCCCGGGCTGCACCTATTTGGGCAGCGCTGCACGGTACCCGCACACCGACGGCGCTTTTAGCCGCTATGCCAACCTGCCCACGCGAATGCTGCGGCCGCTGCCGGAAAACCTGAACCTTCGCACCGCAGCCCTGGTGGAACCTGCCAGTGTTGCCTGGCACGCGGTAGGACGCGCAGGAGACGTCAAGGGAAAGTCCACGCTTGTGATCGGCAGCGGCCCTATTGGTGCGCTTGTGGTCGCCGTTCTCAAGCGTGCGGGTGCGGCCAGGATCGTCGCCGTCGACATGCATGACAAGCCCTTGGAAATCGCCCGGGCTGTTGGCGCCGATGAGGTCCTCAAAGGTGATGATGCGGATGCCATCGCCGCCGTGGAGGCCGACGTCGTTATTGAATCCTCGGGAAGCCATTTCGGACTGGCCTCCGCCATCAAGGGTGCTACCCGGGGTGGAAAAGTAGTGATGGTGGGGCTCCTGCCGTCAGGACCGCAGCCGGTGTTCATCTCACTGGCCATCACACGCGAGTTGGAACTGCTTGGCTCGTTCCGCTTCAACAACGAGATTAATGAGGTCATTGATGCCCTGGCCGATGGCTCGCTGTTTGTCGATCCAGTGGTGACACACGAGTTCCACCTCGCTCAAGGCTTGGAAGCCTTTGAGGTGGCGAAGAACTCAGCCGAATCCGGAAAGGTCCTGCTGAACTTTCAGCAGTAG MGIILPAFGPAVVAHGKGDLRVEDIPLTAPAPDEAVVEIAYGGICGSDLHYWLHGAAGESVLKEPMVLGHEIVGVVVQQAVDGAGPGVGTRVAVHPATPASGDVRYPEDRPNLSPGCTYLGSAARYPHTDGAFSRYANLPTRMLRPLPENLNLRTAALVEPASVAWHAVGRAGDVKGKSTLVIGSGPIGALVVAVLKRAGAARIVAVDMHDKPLEIARAVGADEVLKGDDADAIAAVEADVVIESSGSHFGLASAIKGATRGGKVVMVGLLPSGPQPVFISLAITRELELLGSFRFNNEINEVIDALADGSLFVDPVVTHEFHLAQGLEAFEVAKNSAESGKVLLNFQQ PGPT0018190_118 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_IDONATE_DEGRADATION,PGPT0018190-idnD-K00098 NA NA D3-18_01913 741 hypothetical protein ATGCTTACCTCTATGTCAACCAGCCTCCACCACCGCGCCGTAGAGCATTTGGGCACCAGGATCGTCGGTGGCACCCTTCCTACAGGCCACGTCATGCTGGCCGAGCATTTGGAAGACGAGCTCAAAGTGTCGCGATCCGTCGTCCGTGAAGCTGTCCGTGTACTGCAGTCGCTGGGGCTGGTGGAGACCATTAAGCGAGTGGGCATCCGGGTCCTCCCGGCCCACCGATGGAATCCCTTCGATCCGCTGGTGATCCGTTGGCGGCTTGCCGGCGAGGGGCGTGGCGCCCAGTTGAGGTCGCTGGCCGAACTCCGTTCCGCCGTCGAGCCTGTTGCAGCAGAGCTGGCCGCAGGAAACGCGCCCGAAAGTCTTCGGCAGGAGCTGGTGGGCATCTCGCTGGCCATGAAGGAAGCCGGTGATGCCGGCGATATGGCCCGCTTCCTCGACCTCGATATCAGGTTCCATGCGTTGGTCCTCTCCGGCTCCGGGAACGAAATGTTTGCCAACCTTATTGGCCAGGTCACTGAAACCCTCACCGGTCGCACCGTCCATGGGCTCATGCCGGAACACCCCCAGAAGCAGGCGCTCCAGTGGCACATGGACGTTGCCCACGCTATCGACGCCGGCGATGGTTCCGTCGCGCGCGACGCCGCCGCCAAGATCATGCGGCAAACCATCGCGGAGCTTGCCCCCAGCTGGAATGACCAGCCCCGCGTCTTCGTCCCCGTCGCAAAGAACTAG MLTSMSTSLHHRAVEHLGTRIVGGTLPTGHVMLAEHLEDELKVSRSVVREAVRVLQSLGLVETIKRVGIRVLPAHRWNPFDPLVIRWRLAGEGRGAQLRSLAELRSAVEPVAAELAAGNAPESLRQELVGISLAMKEAGDAGDMARFLDLDIRFHALVLSGSGNEMFANLIGQVTETLTGRTVHGLMPEHPQKQALQWHMDVAHAIDAGDGSVARDAAAKIMRQTIAELAPSWNDQPRVFVPVAKN NA NA NA NA NA D3-18_01914 1437 gndA_1 COG0362 6-phosphogluconate dehydrogenase, NADP(+)-dependent, decarboxylating ATGTCAGCACACATCGGTGTCACCGGCCTTGCGGTGATGGGCGCCAACCTGGCCCGCAACCTCGCCCGCAACGGCTTCACCGTGGCTCTCCACAACCGCTCCGTGGAAAAGACTGACGCCCTGCTCGAAAAGCACGGCACGGACGGCGACTTCATCCGCACGGAAACCCTGCAGGAACTCGTCGACTCCCTCGAAAAGCCCCGCCGCGTCCTCATCATGGTCAAGGCAGGCGCTCCCGTTGACAACGTGATCGAGCAGCTCGAGCCGCTGCTCGAGGCCGGTGACATCATCATCGACGCCGGTAACTCGCACTACGAGGACACCCGCCGCCGCGAAGCCGCGCTGGCCAAGAAGGACCTCCACTTCGTCGGCGTCGGTGTATCCGGCGGCGAAGAGGGTGCACTGAACGGACCGTCCATCATGCCCGGCGGCTCGCGTGAGTCCTACGACGCCCTCGGCCCGCTGCTGGAGAAGATCTCCGCGAAGGTCGACGGCGAACCGTGCTGTGCCTGGATCGGCACCGATGGCGCCGGCCACTTCGTCAAGATGGTCCACAACGGCATCGAATACGCTGACATGCAGGTCATCGGCGAAGCATTCGACCTCCTTCGCTCGGGCGCCGGCATCGAGCCCGTTGAGCAGTCCAAGATCTTTGCTGAATGGAACAAGGGCGATCTGTCGTCCTTCCTGATCGAAATCTCCGCCGAGGTCCTGGGCCACGTTGACGCCAAGACGGGCAAGCCGTTCGTGGACGTCGTCGTGGACGCTGCAGGCCAGAAGGGCACGGGTCGCTGGACGGTCATCTCCGCACTGGAACTCGGATCCCCGATCTCCGGTATCGCCGAATCCGTCTTTGCCCGTGGTCTCTCCTCCCAGGCCGAGCAGCGCAAGCTTGGCCAGGAACTGCTGGCCGGCGAAGAAGCCTCGGTGGAAATTCCCGAGACCTTCGTCGAGGACGTCCGCCAGGCACTGTATGCCTCAAAGCTGGTCTCCTACGCCCAGGGCCTGGACATGCTGACGTCCGCTGCCAAGGAATACGGCTGGGACCTCAAGCTGGACGAGATCGCTTCGCTCTGGCGCGCAGGCTGCATCATCCGTGCAGAACTGCTCAAGGACATCACCAAGGCCTACGCCGCCGAAGAGAAGCCCGCCAACCTGCTGTTTGCGCCGGCCTTCACCAAGGCAATCGCAGAGGCACTCCCGGCATGGCGCCGCGTGGTAGCCACCGCAGTCCAGCTGGGGATCCCGGTACCGGTGTTCTCCTCCTCGCTGGCCTACTACGACGGCCTGCGCCGCAAGCGCGTTGCCGCTGCCCTGATCCAAGGCCAGCGCGACCTCTTCGGGGCACACACCTACGGTCGCGTGGACACCGAGGGCACGTTCCACACCCTGTGGGGCGAAGACAAGTCCGAGATCTCGGCAGTCGACACCCACTAG MSAHIGVTGLAVMGANLARNLARNGFTVALHNRSVEKTDALLEKHGTDGDFIRTETLQELVDSLEKPRRVLIMVKAGAPVDNVIEQLEPLLEAGDIIIDAGNSHYEDTRRREAALAKKDLHFVGVGVSGGEEGALNGPSIMPGGSRESYDALGPLLEKISAKVDGEPCCAWIGTDGAGHFVKMVHNGIEYADMQVIGEAFDLLRSGAGIEPVEQSKIFAEWNKGDLSSFLIEISAEVLGHVDAKTGKPFVDVVVDAAGQKGTGRWTVISALELGSPISGIAESVFARGLSSQAEQRKLGQELLAGEEASVEIPETFVEDVRQALYASKLVSYAQGLDMLTSAAKEYGWDLKLDEIASLWRAGCIIRAELLKDITKAYAAEEKPANLLFAPAFTKAIAEALPAWRRVVATAVQLGIPVPVFSSSLAYYDGLRRKRVAAALIQGQRDLFGAHTYGRVDTEGTFHTLWGEDKSEISAVDTH PGPT0017385_1912 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 D3-18_01915 840 hypothetical protein ATGGCATCCCGTATCGCGTTTGTCACCGGTGCTTCCACCGGAATCGGCTTCGATACCGCCATCGCCCTCAGGGCAGCCGGCTTCACTGTCTACGCAGGGGCGCGCCGTGTGGACAAGATGGAGCCGCTGAAGCAGCACGGCATCACCGTTCTATCCTTGGACGTCACTTCGGAGGAATCGATGGAGTCTGCGGTGAGGTTGGTTGAAGCGGCACATGGGCAGATCGACCTGCTGGTGAACAATGCCGGCTACGGTTCCTATGGCTCCCTCGAGGAAGTTCCGCTGGCTGAGGGCAGGCGCCAGTTCGAAGTCAACGTCATGGGCCTGGCGAGGATGACCCAACTCGTCATTCCCGGTATGCGCCGATCGCGGTCAGGCCGGATCATCAATGTGGCGTCCATTGGCGGCAAGATCTATGAGCCCTTGGGCGCTTGGTACCACGGCACAAAATTCGCGGTTGAGGGAATGAGTGATTCCCTGCGCCTGGAGTTGGGGCCGCACGGCATCGACGTCGTGATTATTGAACCGTCGGGAACGGACAGTGAATGGGGCACCATCGCGGGCGAGGGCCTGTTGGCTGCCTCCGGCGGAGGGCCCTACAGCAAGCAAGCGCACATAGTGGCTGCCGCACTGGCATCAACATCCGGAACCGGTCATGTTTTGTCGACGCCGGCGCGGGTTGTGGCCAAAACGATAGTACGGGCCGCAACGGCAAAACGCCCCAGGACCCGCTACCCGGTGGGTAGGGGAGCCTGGAGCGTCCTGGCATTGCGTAGGGTTCTTCCGGACCGCGCCTTCGACGCTGTCTTCTGGAATTTCTACAGAAGGCTCGCCGGCTAG MASRIAFVTGASTGIGFDTAIALRAAGFTVYAGARRVDKMEPLKQHGITVLSLDVTSEESMESAVRLVEAAHGQIDLLVNNAGYGSYGSLEEVPLAEGRRQFEVNVMGLARMTQLVIPGMRRSRSGRIINVASIGGKIYEPLGAWYHGTKFAVEGMSDSLRLELGPHGIDVVIIEPSGTDSEWGTIAGEGLLAASGGGPYSKQAHIVAAALASTSGTGHVLSTPARVVAKTIVRAATAKRPRTRYPVGRGAWSVLALRRVLPDRAFDAVFWNFYRRLAG NA NA NA NA NA D3-18_01916 585 cysE COG1045 Serine acetyltransferase GTGAGCTTCTTCGCAAGGCTTAAGGAAGACCTCGATGCCGCCCGGTCCCATGACCCGGCGGCTCGAGGCTCTTTTGAGAACTTTTTCGCATACTCCGGCCTGCACGCCATCTGGGCACACCGAGTGACGCACCGGCTGTGGCAGAATCCTGCGCTCCGCTTTCCTGCGCGCCTGATCTCCCAGCTGGCCAGATTCCTTACCGGAATCGAAATCCATCCCGGCGCCACCATCGGCCGCCGCTTCTTCATCGACCACGGCATGGGGGTGGTGATCGGTGAGACCGCAGAGATCGGCGAGGACGTGATGATTTATCACGGCGTGACGCTCGGCGGACGTTCGCTGGCCAAGGTCAAGCGGCACCCCACCATCGGCGACCGCGTGACCATCGGAGCAGGCGCAAAGGTCCTTGGGCCCATCACCATCGGTGCCGGCAGCGCAATCGGCGCCAATGCCGTGGTGGTAAAAGACGCGCCCCCGGAATCCATCATCACCGGCATTCCGGCCACGTGGAGACACCGCGACGCCAGGTCCGAAACCAAGCCCGCCGTGGACCCGGCTGAGTATTACATCGAGTACCGGATCTAG MSFFARLKEDLDAARSHDPAARGSFENFFAYSGLHAIWAHRVTHRLWQNPALRFPARLISQLARFLTGIEIHPGATIGRRFFIDHGMGVVIGETAEIGEDVMIYHGVTLGGRSLAKVKRHPTIGDRVTIGAGAKVLGPITIGAGSAIGANAVVVKDAPPESIITGIPATWRHRDARSETKPAVDPAEYYIEYRI PGPT0020265_4814 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 D3-18_01917 936 cysK1 COG0031 O-acetylserine sulfhydrylase ATGGCAAGGATCTACGACGACGTCACGCAGCTTGTCGGCCGCACCCCGCTGGTCCGTCTGAACCGGCTGACCGAAGGCCTCGACGCCACCGTTGCAGTCAAGCTTGAGTTCTACAACCCGGCCAACAGCGTCAAGGACCGCATCGGCGTGGCCATCATTGACGCTGCCGAGAAGTCCGGTGCCCTGAAGCCCGGCGGAACCATCGTCGAAGGTACTTCCGGCAATACCGGCATCGCATTGGCTCTGGTGGGTGCAGCCCGCGGTTACAAGGTCATCCTGACCATGCCTGAGACCATGTCCACTGAGCGCCGGGTCATGCTGCGTGCGTACGGTGCGGAAATTGTCCTGACGCCCGGTTCCGAGGGCATGCGTGGTGCCGTCGAGAAGGCACAGGAAATCGTCGCCAACACGGAGAACTCCATCTGGGCTCAGCAGTTCGCCAACGAGGCCAACCCCGCAATCCACCGCACCACGACCGCCGAGGAAGTCTGGGAAGACACCGATGGCGAAGTAGACATTTTTGTTGCTGGCGTAGGCACCGGCGGCACCATCACAGGTGTTGGCCAGGTCCTCAAGGAGCGCAAGCCCGGCGTGCAGATTGTCGCTATCGAGCCCAAGGACTCCGCGATCCTGAATGGTGGAGCGCCCGGTCCGCACAAGATCCAGGGAATCGGTGCCAACTTTGTTCCGGAAATCCTGGACACCAACGTTTACGACGAAGTCCTGGACGCTACCCTGGAGGATTCAGTCCGCGTAGCCCGTGAACTCGGCGCGCGTGAAGGTATCCTCGGCGGCATTTCCTCCGGTGCGATCGTGTGGGGTGCGCTGGAACTGGCCAAGCGTCCCGAGAACGCAGGCAAGCTGATCGTCGCCGTCGTGTGTGACTTCGGAGAGCGTTACATCTCCACAGTGCTGTTCGACGACATCCGCGGCTAA MARIYDDVTQLVGRTPLVRLNRLTEGLDATVAVKLEFYNPANSVKDRIGVAIIDAAEKSGALKPGGTIVEGTSGNTGIALALVGAARGYKVILTMPETMSTERRVMLRAYGAEIVLTPGSEGMRGAVEKAQEIVANTENSIWAQQFANEANPAIHRTTTAEEVWEDTDGEVDIFVAGVGTGGTITGVGQVLKERKPGVQIVAIEPKDSAILNGGAPGPHKIQGIGANFVPEILDTNVYDEVLDATLEDSVRVARELGAREGILGGISSGAIVWGALELAKRPENAGKLIVAVVCDFGERYISTVLFDDIRG PGPT0002810_5175 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 D3-18_01918 525 msrAB Peptide methionine sulfoxide reductase MsrA/MsrB ATGAAAACTTTCGTACTTGGCGGCGGCTGCTTCTGGTGCCTTGATGCCGTATACCAGAAGACCCGAGGCGTCAGCTCGGTTGTATCCGGTTACACCGGCGGTCACGTCCGCAATCCCGATTACTACGAGGTGTGCTCCGGCACTACGGGCCATGCAGAAGTTGTCGCGGTGACATTCGATGAAACTGTGGTTCCGGAGGAAGTCATCCTGGACATGTTCTTCGCCCTGCACGACCCCACCACGCTGAACCGTCAGGGCTATGACGTAGGAACCCAGTACCGATCATCGATGTTCTACACAACGACGGAAGAGAAGGTGCTGTTCGAGGAAGCCATCGAACGCGCCCAAGCCCTCTGGTCAGATCCGATTGTGACCGAGGTCAGCCGCCTTCCCGAGTTCCATGAGGCCGAGGAAGTCCACCAGAATTACTATGCGAAGTTCCCGTATCAGGGTTACTGCCAGGTGATCATTAACCCGAAATTGGCTAAGGCCCGGAAATATTACTCTGCGTGGCTTACTGCTTAG MKTFVLGGGCFWCLDAVYQKTRGVSSVVSGYTGGHVRNPDYYEVCSGTTGHAEVVAVTFDETVVPEEVILDMFFALHDPTTLNRQGYDVGTQYRSSMFYTTTEEKVLFEEAIERAQALWSDPIVTEVSRLPEFHEAEEVHQNYYAKFPYQGYCQVIINPKLAKARKYYSAWLTA PGPT0013065_5119 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-SULFOXIDE_REDUCTASES,PGPT0013065-msrA-K07304 NA NA D3-18_01919 912 hypothetical protein ATGGAAGCAGTAAACACCGACATTTCTGATGCGGATTCCGTCGAAGAAGACGAAACAGTTGACGCCAGCGGTGATCCTACGCTCGGTCAGGTGTTGCTGGCTGTCGAGGAACTCTGGCCGGAGTCCCTGGCTGAAGACTGGGATGAGGTGGGCCTTGTTGTCGGCCGACCCAATGCCCCCGTCACCAAAATCCTCTTTGCTGTGGATCCCACACTGGCCGTGATTGATGAGGCCGTGGAGTGGGGAGCCGAACTACTCATCAGCCACCACCCGCTGCTTCTCAAAGGGGTGAACTCTGTGGCAGCCACGTCCGCGAAGGGCCTCGCTGTCCACCGGTTGATAGAGGCCGGTACGGGGCTATTAACCGTGCACACCAATGGTGATTCAGCCGTTGGCGGGGTTTCCGATGTCCTGGCCGACGCTTTCGGATTGGAGGACGTCACACCACTCACGGCTGCAAGCAATGGCCTGCCGGAGGAGGGCATTGGCAGGGTGGGAGACCTCCCTGAGCTTGAGACGCTGGGTGATTTCGCGGCGCGCGTCTTTGAGATGCTGCCTGCTGTCGCCGGGGGAGTCCGGGTGGCTGGCGATAAGGACGGCCTGGTCCGGCGCGTCGCAGTCTGCGGTGGTGCCGGGGACAGTTTGTTCGACGCCGTTCGGGCCAGTCAAGCGGATGTGTACGTCACCGCAGATATGCGTCATCATCCAGCATCGGAGGCCCGCGAAGGTGCCACTAACGGCCGGCCCTACCTGATCGATGTTTCGCACTTTGCCAGTGAATGGCTGTGGCTGCCTGCGGCCGCCGAAGCGCTGGGCAACGTGCTCGCGGACCAGGGCTACGACGTCGAGATCCGCGTCAGCGGCACCAACAGCGACCCCTGGGACTTCATACTCACTCCCGGCGGGGACTAG MEAVNTDISDADSVEEDETVDASGDPTLGQVLLAVEELWPESLAEDWDEVGLVVGRPNAPVTKILFAVDPTLAVIDEAVEWGAELLISHHPLLLKGVNSVAATSAKGLAVHRLIEAGTGLLTVHTNGDSAVGGVSDVLADAFGLEDVTPLTAASNGLPEEGIGRVGDLPELETLGDFAARVFEMLPAVAGGVRVAGDKDGLVRRVAVCGGAGDSLFDAVRASQADVYVTADMRHHPASEAREGATNGRPYLIDVSHFASEWLWLPAAAEALGNVLADQGYDVEIRVSGTNSDPWDFILTPGGD NA NA NA NA NA D3-18_01920 738 COG1579 putative protein GTGGCGAAAGCAGCACCGGCAGAACAACTGAAATTGCTTGAACTGCAGGGACTGGATGCCAAGCTCAGGTCGCTTGCCGGCCGTCGGAAGGTCCTTGAAACAGATCCACGCATCACCGACCTCACGGATGCGTTGAACGTGGCCAACGGCGAACTCGGCGCGGCCAAGGTAGCCGTCCACGATGCCGAGGCCGAACTTCGCCGGGCGGAAGCCGACGTTGAGCAGGTGGCTACCCGCATTGAACGCGATGAAACCCGACTGAACAGCGGCACCGGCCTGTCCAAGGACCTGGTGGCGCTGCAGAGCGATATCGCCTCGCTCAACAAGCGCCGTTCGGACCTTGAGGACGTGGAGCTCGAAATCCTGGAGCGCTTGGATACGCTGCGGGAGCGCCAAGCGGCCCAGCAGTCCATCGTGGACGACATCCAGGGCTCGTTCGGCAGCATCCGGGCTGAGCTGGACGAGGCTATTGCAGAAATTGCGGCCGAAGAAACGGTGGTCCGTGGACAACGTGCCGCCTTCGCGGAATCCTTGGATGCGGGAGTGCTTGCCGTCTACGAGAAGACCATTGCCAAGCGGGGAGTCGGTGCAGCCCGGCTGTTCCACGGTAAGTCCGAAGGCTCCGGCATGATGCTCAGCCCCGGCGACCTTGCCGAAGTCAAAGCCGCCGCTGAGGACGATATTGTTTTTTGCCCGGACTCAGGTGTCATCCTGGTCCGTTCGGCGGAGTGGAACTGA MAKAAPAEQLKLLELQGLDAKLRSLAGRRKVLETDPRITDLTDALNVANGELGAAKVAVHDAEAELRRAEADVEQVATRIERDETRLNSGTGLSKDLVALQSDIASLNKRRSDLEDVELEILERLDTLRERQAAQQSIVDDIQGSFGSIRAELDEAIAEIAAEETVVRGQRAAFAESLDAGVLAVYEKTIAKRGVGAARLFHGKSEGSGMMLSPGDLAEVKAAAEDDIVFCPDSGVILVRSAEWN NA NA NA NA NA D3-18_01921 765 hypothetical protein GTGCTGATTCTGCTGCCGCCTTCCGAAGGCAAGACCCCCGCTGCCAACGGTCCCTCCATCGACTGGGAATCGCTCAGCTTTCCTGAACTGAACCCGTACCGGGCAAAGGTGCTCGAAGCGCTGGGCACGGTGAGCGCCCACGAGGATGCCCTCGCCCTGTTGGGGGTCGGCGCATCGCTGCGTGACGACGTCGAACGTAATACGCGGCTGCATGCCGAACCGGCCGCTCCAGCACATCAGGTCTATTCCGGGGTTCTGTATGACGCCCTTGGCTACAACAGCATGACCCCCACGCAGCGCCGGAAGGCGAACGAATCCATCCTGGTGGTGTCCGCACTATGGGGCGCCATCGGCTTTGGCGACCACGTGCCCGCCTACCGGCTGTCCATGGGAACTGCACTGCCCGACGTCGGACGCCTCGCCTCCTATTGGAAGCCGCAGCTCAACGCCGCCCTCGCCTCACGCGCCGAGAACGAACTTCTGGTGGATTGCCGCTCCAGCACTTATGCCGCAGCCTGGGCTCCCCCGGCGACGCACACAGTTAACGTCAACGTCTTCAACGAGGCGAACGGCAAGCGCACGGTTGTCAGCCACTTCGCCAAACACACCCGCGGGGAACTGGCGCGACACTTGCTGACCCGGCGCGGCAAGGCGCCGGCAACACCGGATCAGCTCCTGAAGGCCGCGCGGGAAATCTGGACAACGGAACTCGTTGAGGGCACGGCCCGCAAGCCGCACGCGCTCAACATCATCCTGTCCAGCTGA MLILLPPSEGKTPAANGPSIDWESLSFPELNPYRAKVLEALGTVSAHEDALALLGVGASLRDDVERNTRLHAEPAAPAHQVYSGVLYDALGYNSMTPTQRRKANESILVVSALWGAIGFGDHVPAYRLSMGTALPDVGRLASYWKPQLNAALASRAENELLVDCRSSTYAAAWAPPATHTVNVNVFNEANGKRTVVSHFAKHTRGELARHLLTRRGKAPATPDQLLKAAREIWTTELVEGTARKPHALNIILSS NA NA NA NA NA D3-18_01923 1488 gap2 Glyceraldehyde-3-phosphate dehydrogenase-like protein GTGAGCCAGACGTCAGATTCTTGTCTTGATAAGTGGATGGGCCGGGAGGCTCTCGCCGAGGCCATGATTCCGGTGATCGGCCGGTTGTACCGGGAAAATAACGTGGTCACCAGCATCCACGGCCGGAGCCTGATCAACAAGTCCACCATGAACATCCTGAAGGCCCACCGCTTTGCGCGCCGGATGAGCAACCACGAGCTGCTGCTCGAAGAGACCGCACCGCTGCTGAACGCCCTGTCCGAGCTGGAACTCGGCGCAGCAGCCATTGATATTGCACGTTTGACAGAAAAGTTCCGGGCCGAAGGCAACGGCGCCTCGCTGGATGAGTACCTGCGCGCTGAGCTCGCCGAGATCGTGGGAAAGCGTGGCGCAGACGACCGCACCAGCACCGACGTCGTTCTTTACGGCTTTGGCCGCATTGGCCGCCTCCTGGCCCGCATCCTCATTGAGAAGGCCGGTGGCGGGCACGGCCTGCGACTCCGCGCGATCGTAGTGCGCAAGGGTGCCGAGAACGATCTTGTGAAGCGCGCCAGCCTGCTGCGTCGTGACTCGGTGCACGGTTCCTTCGAAGGAACCATCCGCGTGGACGAGGAAGCCAACACCATCACCGCCAACGGCGTGCAAATCCAGGTCATCTACTCGGATAACCCCGCCACCGTGGACTACACGGCCTTTGGTATCAAGGACGCCCTGGTGGTGGACAACACGGGCCGCTGGCGCGACGCCGAGGGTCTCTCCCAGCACCTGCAGAGCAAGGGTGCTTCCCGTGTGCTGCTGACTGCACCTGGCAAGGGTGAGCTGAAGAACATCGTCCACGGCATCAACCACCGGGACATCTCCGATGATGACAAGATCGTCACCGCGGCATCCTGCACTACCAACGCCATTACGCCGGTGCTGAAAGCCATCAACGACAAATTCGGCATCATCCACGGCCACGTTGAGACCGTGCACTCCTTCACCAATGACCAGAACCTGATCGACAACTTCCACAAGGGCGATCGCCGCGGCCGTTCCGCGGCCCTGAACATGGTCATCACGGAGACTGGTGCCGCCAAGGCCGTAGCCAAGGCCCTTCCGGAACTGCAGGGCAAGCTCACGGGCAATGCCATCCGCGTTCCTACACCGGATGTCTCCATGGCCATCCTGAACCTCAACCTTGAGAAGGGCACCACCCGCGACGAAGTCAACGACTTCCTCCGTGAGATGTCCCTGCACTCCGATCTTCGCAAGCAGATCGACTACATCGACTCTCCCGATGTTGTTTCCACTGACTTCGTTGGCTCCCGCCGCGCGGGCATCGTTGATGGCCTCGCAACCATTTCCAACGACAAGAACCTCGTTCTGTACGTCTGGTACGACAACGAGTTCGGCTACTCCTGCCAGGTCGTCCGTGTCATGGAAGAAATGGCCGGCGTGAACCCGCCGTCGTTCCCTGCGCGCGACGTGGTTGCTCCCATTGCAGTGCTTGAAGGCGCTGGAGCCTAA MSQTSDSCLDKWMGREALAEAMIPVIGRLYRENNVVTSIHGRSLINKSTMNILKAHRFARRMSNHELLLEETAPLLNALSELELGAAAIDIARLTEKFRAEGNGASLDEYLRAELAEIVGKRGADDRTSTDVVLYGFGRIGRLLARILIEKAGGGHGLRLRAIVVRKGAENDLVKRASLLRRDSVHGSFEGTIRVDEEANTITANGVQIQVIYSDNPATVDYTAFGIKDALVVDNTGRWRDAEGLSQHLQSKGASRVLLTAPGKGELKNIVHGINHRDISDDDKIVTAASCTTNAITPVLKAINDKFGIIHGHVETVHSFTNDQNLIDNFHKGDRRGRSAALNMVITETGAAKAVAKALPELQGKLTGNAIRVPTPDVSMAILNLNLEKGTTRDEVNDFLREMSLHSDLRKQIDYIDSPDVVSTDFVGSRRAGIVDGLATISNDKNLVLYVWYDNEFGYSCQVVRVMEEMAGVNPPSFPARDVVAPIAVLEGAGA PGPT0018000_49 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 D3-18_01924 210 hypothetical protein ATGGAAAACGAATCAACGTTGGAACATGAGACCACCTTGGAGCACGCTCTGGACGTGGCAAAGGCCAACCACAAACAGGCCCAAAAACTTCTGGATCAAGCCATAGCGGCCAACACTGCCGGTGACGTCCCGGATCAGCGCGTGGAACAACTACGTGGACTCCTCGCCTTGGCAACAGAGGACCTGCAGCGCGTAATGCGTGAGCAATAA MENESTLEHETTLEHALDVAKANHKQAQKLLDQAIAANTAGDVPDQRVEQLRGLLALATEDLQRVMREQ NA NA NA NA NA D3-18_01925 801 hypothetical protein TTGAGCATCACTTGGTCTGCCTACAAACGCGCCCGGCGAAGGTCACGTCAAGCTTGGGCCATTCTTGGACTGGCCGCCGCAACCGTGGTGGCAGGGCTTTCCTGGTATTTCACCACAGGACAATTCAACGCCGCTGAACCATGGGCCGCCGGCCCCAGCGAAGCGCCCGTCTACAATCCCGACTGGATGAAACCCCTTCGCGGTGGGGTGCCCGTTGCCCCGGAAAAGGCGAGCGATGCCTTGGAACGACTCCCGGTCCAAGGGCGCGCCGCCAAAGCGGACTACGATAGGGCCGCATTCGGGCAAGCCTGGGCGGACGCTGACCGTAATGGTTGCGACACCAGAAACGACATTCTCCGGCGGGACCTCTCGGCGGTCGAATTCACGGAAGGTTCATCGTGCAAGATTGCCGGTGGTAGCTTTCACGAACCATACACGGGGGCGCAGGTGACTTTCCGGAGGGGCCAGGACACCAGCGCAGCAGTTCAAATCGATCACGTGGTGGCCCTCGCCGACGCCTGGCAAAAAGGCGCCCAGCAGCTCACCATGCAGCAGCGGCAAATATTCGCGAACGATCCCCTGAACCTGATCGCCGCCGACGGTCCCGCCAATGTTAAGAAGGGCGCGGGTGACGCGGCCACGTGGCTGCCGGCTAACAAGAATTTTCGCTGCCACTACGTTGCCCGGCAGGTATCCGTAAAAGCGGCCTACAAACTCTGGATTACGCAGGCCGAAAAGGACGCCATGAAGCGGGTTTTGTCCTCCTGCCCGGAACAGCAAACCATTTACAGCGCCAGGTGA MSITWSAYKRARRRSRQAWAILGLAAATVVAGLSWYFTTGQFNAAEPWAAGPSEAPVYNPDWMKPLRGGVPVAPEKASDALERLPVQGRAAKADYDRAAFGQAWADADRNGCDTRNDILRRDLSAVEFTEGSSCKIAGGSFHEPYTGAQVTFRRGQDTSAAVQIDHVVALADAWQKGAQQLTMQQRQIFANDPLNLIAADGPANVKKGAGDAATWLPANKNFRCHYVARQVSVKAAYKLWITQAEKDAMKRVLSSCPEQQTIYSAR NA NA NA NA NA D3-18_01926 813 hypothetical protein ATGGCCGCCAGCCCTCACGCAGAGCTTTTTGAGCTCTTGGACATCACCGGCGAAGACGCCACTGAATGTGCGCACCTTCTGGGGACGCCCCCGGACGAGCCTGTTCTGCAGGCCATGAAGGCGATGCAGGAAAGGCTTGGGAACTTTCCAGTAGACAGCATTCGGGCCGACGGCGCTGTGGAGACGGTGTGGATCGAAGCACTCCTCCGCTTCGCGCCCTCAGTTCACGCCTACCATCTGGAGCTGGGAATCAGTCCCGCTGTCTCGGCTGCATCCTTGGCAGACATGGGCTTGCAGCTTCGGATCAACAGGCGGGTCCATGGCCGTTTTGGCTTGGACACCTGGAGTTGGCTGACGTTGCACATGGCTGGCAATCTGTTCCGGCTGGGCCGGCTGCAGTTCCATTTGGTACCGGCCAATGCTCAGGGCTCAGGCTGGGTTCTTGGTGTCCATATACCCGAAGATGGAGGCCTCTCACCTGCGCTGGTGGATGCCAGTCTGGCGGAGGCAGGATCTTTCTTCCCCCGGTATTTTCCCGACAAGCCTGCGCACAAAGCCACGTGTGATTCATGGATGCTGGACCCGTATCTCGTCGAGCGCCTCCCCGACAGCAACATCGCGTCGTTTGCTCGACGGTTCACGCTCGACCACTGCACTGATGCCCCTACGGATGCCATCTACTTCACTTTCAGGCAGCGGGGACTCCATGACTTGGATAAGCTGCCGCGGGAAACCTCACTCCAGCGCGTGGTCCTGGAGAGGATCGACGACGGCGGCATCTGGCAACTAGGGCACGGTCACCTGGCGCTGTAA MAASPHAELFELLDITGEDATECAHLLGTPPDEPVLQAMKAMQERLGNFPVDSIRADGAVETVWIEALLRFAPSVHAYHLELGISPAVSAASLADMGLQLRINRRVHGRFGLDTWSWLTLHMAGNLFRLGRLQFHLVPANAQGSGWVLGVHIPEDGGLSPALVDASLAEAGSFFPRYFPDKPAHKATCDSWMLDPYLVERLPDSNIASFARRFTLDHCTDAPTDAIYFTFRQRGLHDLDKLPRETSLQRVVLERIDDGGIWQLGHGHLAL NA NA NA NA NA D3-18_01927 573 def_1 COG0242 Peptide deformylase ATGACCGTCCTGCCAGTCACCATTTGGGGCGAACCTGTTCTGCACCGCCGGGCAAGTGAAGTCGAGGCTTTCGACGACGAACTCCGCGCCTTGATCGCGGACATGTTCGAGACTAATGACGCTGCCAACGGCGTAGGGCTCGCCGCGCCCCAGATCGGCGTGGGCAAACGCCTTTTTGTCTACAAGTACGCCAACGATGACGACGTCCCCGAACAGGGTGTTGTAGTCAACCCCGTGCTGACGCTGTCCAAGGTCTCCGGCGCACTTCCGGATCCCGATGAACACGTTGAGGGCTGCTTGTCCTTCCCCGGCGAGTACTACCCGCTGCAGCGCGCTGAATGGACACGGGTTCAGGGCTTTGACGGCGACGGCAAACCCCTGGATTTCGAAGCGACAGGCTGGTTCGCCAGAATCCTGCAGCACGAGTTCGACCATTTGGACGGAAAACTTTACGTCAATCGTCTCGTGGACCGGTACTCGAAGAAGGCCCTCAAGCAAGCCAGGAAAAACGGCTGGGGCGTGCCGGGCCTGACCTGGATGCCTGGCGTCGACCCTGATCCGTTCGGGCACTAA MTVLPVTIWGEPVLHRRASEVEAFDDELRALIADMFETNDAANGVGLAAPQIGVGKRLFVYKYANDDDVPEQGVVVNPVLTLSKVSGALPDPDEHVEGCLSFPGEYYPLQRAEWTRVQGFDGDGKPLDFEATGWFARILQHEFDHLDGKLYVNRLVDRYSKKALKQARKNGWGVPGLTWMPGVDPDPFGH NA NA NA NA NA D3-18_01929 636 orn COG1949 Oligoribonuclease GTGCCTATTACTAATGAACGCATCGTCTGGATCGACTGCGAAATGACCGGCCTGGACCTCAAGAACGACGCCTTGATCGAGGTTGCGGCGTTGGTGACGGATTCCGAGCTCAACATTCTGGGCGACGGCGTAGACGTCGTCATCAAGCCGGATGACGCAGCACTGGAACAAATGAACGACTTCGTGCGGGACATGCACACCCGCTCCAAGCTCCTGGACGAGCTCCCCCACGGCAAGACCATGGCAGAGGCAGAAGCACAGGTCCTTGAATACATTGAGAAGTGGGTGCCGGATCCCCGCAAAGCTCCCCTGGGTGGAAACTCTGTGGGAACAGATCGTATGTTCCTTGCCCGGGACATGCCCAACATCGTAGAGCACCTCCATTACCGCGTGATCGACGTCAGCACCATCAAAGAGCTCTCACGCCGCTGGTTCCCGCGCGCGTACTTCCAGTCACCGGCCAAGCATGGCGGTCACCGCGCCCTGGGTGACATCAAGGATTCCATCGACGAGCTCCGCTACTACCGCCAGGCTGTCTTTGTTCCGGCGCCTGGACCGGACACGGCAACGGCACAGCGCATTTCCAAGGACATCATGGCTACCGCAGAGACCCTGGGGTCCAGCGAAAAAGTGTGA MPITNERIVWIDCEMTGLDLKNDALIEVAALVTDSELNILGDGVDVVIKPDDAALEQMNDFVRDMHTRSKLLDELPHGKTMAEAEAQVLEYIEKWVPDPRKAPLGGNSVGTDRMFLARDMPNIVEHLHYRVIDVSTIKELSRRWFPRAYFQSPAKHGGHRALGDIKDSIDELRYYRQAVFVPAPGPDTATAQRISKDIMATAETLGSSEKV PGPT0017710_6 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0017710-pgm-K01835 NA NA D3-18_01930 1611 hypothetical protein ATGACGCAGAATTTTGACCCGAACACAGCGGGTGAACGATTGGATGACGACTACATGACGGTGCCAGTACCCGCCGCCCAGTTGGCAGGGACAGCGACGCCGTCGGCTGACGCCGTTGCCGGCGAGGTAGATAACGCACGTTCGCCGCTGATCGCCGGGTTCGTTGGTTCCATGTTCATGGTGTTTGGCTCACTGGGGGTTGGGTGGCTTGCTCCGGTTTCGGAACTTCGCCGCCTACCGCTTTTCATCTGGATGCGCACTGAAGGTGTGGGCGTCGGACTTTCCATTGTTTTACTGGCCATCGGCGGCATGCTGCTCGTCCGCGCCTGGCTTCGTCTGGGCCAGCGGGTCCGGGTCTGGGGAATGGAAGCCCGAAAAGCCACGCTGCAGGCGGTGGTGGCCTGGGGTCTGCCCATGATGTTCACTGTTCCCCTCTTCAGCAGGGACGTTTACGCGTATATCGGCCAAGGCCGGTTGATGGTGGAGGGCATCAATCCTTATGAGAACGGCATATCGGCGCTGCCCAACTACTTCCAGTTGGGAGCTGACAAGCAGTGGACCGAAGCGCCAGTTCCTTACGGTCAGTTGTTCTTATGGATTGAGCAGTTCGTAGTCTGGGTAACCAACGTGCAGCCGGAAGCGAGCATCATGCTCTTCCGCCTCGTCGCAGCAGTCGGTGTGGTTCTCTGCATCATCTACGTGCCGAAGCTGGCCGAACTCCATGGTGTAAATCCCCACAGGGCACTATGGCTGACAGCTGCCAATCCGCTCTTTCTCACTAACTTCATTGCCAGCGTCCATAACGACGCCTTGATGATCGGGCTGGCACTGGCAGGCCTGTACTACTGCGCAACCCACCGTGTCATTCGCGGACTGGTGCTGGTCACGCTCTCAATCTCAGTCAAACCGATCACGGTGGTATTCCTTCCCTTCATTGGACTTCTGTGGGCCGGCAAGCATGCCTCATGGCCGCGCAGATTCCTCTACTGGTTCCTGACAGCGGCTCTGAGCTTCGGGCTCCTCTATGCACTCAGCCTGGTCAACGGCTTCGGGTTCGGTTGGATCAACGGCTTGTCGGCGCCCGGGAGCGTAGCAATCTGGTATGCGCCCGTTGGTCTTATCGGGTTGGCTGTCGGATCGATTTCCAGCGTTTTGGGGTTGGACGGCCAGGTCATGGCCAAGGTGGTTTATGACGCCGGCAAGGTCCTCATGGTTGCTGCTGTTGCCTGGATGATCTTCCGGGGAGACTACGACCGGCTCATGCGGCGGCTTACGTTGGCATTTGCTGCCATTGTCCTGCTGGCACCAATGATCCAATCCTGGTACGTGGTGTGGTTGATCCCTCTGTTTGCCGTGACCGGCATCCGCAACGACTGGCAGGTCAAGGCACTGTACTTCGTTGTGTCATTCTTCATGGTCTACGCCATCTCCGACCAGTTGGACGTCTTCCCGTACCTTCAGAGTGAAGACCTGGGCTTGGCACTGTTGCTGGCCCGGATCGGGGCGGCTGTTATTGCGTTGTTCTTCGCCATTTACCTGATTTTCATGGATCCGAAGACCAAGAGCTTGTTCCGGGTGCGGGACGAATCCGGACTGCGTCCGATTATCTGA MTQNFDPNTAGERLDDDYMTVPVPAAQLAGTATPSADAVAGEVDNARSPLIAGFVGSMFMVFGSLGVGWLAPVSELRRLPLFIWMRTEGVGVGLSIVLLAIGGMLLVRAWLRLGQRVRVWGMEARKATLQAVVAWGLPMMFTVPLFSRDVYAYIGQGRLMVEGINPYENGISALPNYFQLGADKQWTEAPVPYGQLFLWIEQFVVWVTNVQPEASIMLFRLVAAVGVVLCIIYVPKLAELHGVNPHRALWLTAANPLFLTNFIASVHNDALMIGLALAGLYYCATHRVIRGLVLVTLSISVKPITVVFLPFIGLLWAGKHASWPRRFLYWFLTAALSFGLLYALSLVNGFGFGWINGLSAPGSVAIWYAPVGLIGLAVGSISSVLGLDGQVMAKVVYDAGKVLMVAAVAWMIFRGDYDRLMRRLTLAFAAIVLLAPMIQSWYVVWLIPLFAVTGIRNDWQVKALYFVVSFFMVYAISDQLDVFPYLQSEDLGLALLLARIGAAVIALFFAIYLIFMDPKTKSLFRVRDESGLRPII PGPT0024280_119 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-ARABINOGALACTAN|LIPOARABINOMANNAN_REMODELLING CE-REMODELLINGMANNOSYLTRANSFERASE_ACTIVITY,PGPT0024280-mptA-K14337 NA NA D3-18_01931 687 hypothetical protein ATGAGCCCCAATGTCCTCGTGGAGTCGATCCGATCAACACTCCGATCAGCCGCTGATGCGGAACGGGGTGCCGGAGCTCAGGCTTATTTGAAGTCCGATATGCCTTCTTGGGGTGTCCGGGTTCCCGAGGTTCGCAGGATAGTGAAGGAAGCAGTAAAGCAGTTCCCGGTGACCTCGCCAGCTGAGCTGCAAAAATCCGTTCTTGAGCTGTGGCGCAACGCGGAGGCCCGTGAAGAGCGGTACGCAGCCATCGACCTGACAGGCCTGCGAATGGTCAAAGAAGACCTGCAGATGCTCCCCCTATATGAGGAAATTATCCGGACGGGTGCATGGTGGGACCTCGTCGATGGGGTCTCACATCGGATCTGCGCGCTTCTTCTTGCGCACCGGCCCACGATGACGCCGGTACTGCTGCAGTGGTCCACTGACCACGACATGTGGATTCGCCGGGCGGCGATCACCGCACAGCTAGGGGCCAAGTCAGAGACTGATACTGGCCTCCTGTCAGCGGTCATCTCCGCGAACCTCGCCGACAATGAATTCTTCATCCGCAAGGCCATCGGGTGGGCGCTCCGTGAGTACAGCAAAACAGATCCAGCATGGGTCAAGGCGTTCGCTGCCAACAACTCAGCCGCGTTGAGTCCGCTGTCCGCCCGCGAGGCATTGCGGCTGTTGCCGTCCGACTGA MSPNVLVESIRSTLRSAADAERGAGAQAYLKSDMPSWGVRVPEVRRIVKEAVKQFPVTSPAELQKSVLELWRNAEAREERYAAIDLTGLRMVKEDLQMLPLYEEIIRTGAWWDLVDGVSHRICALLLAHRPTMTPVLLQWSTDHDMWIRRAAITAQLGAKSETDTGLLSAVISANLADNEFFIRKAIGWALREYSKTDPAWVKAFAANNSAALSPLSAREALRLLPSD NA NA NA NA NA D3-18_01932 768 map-1 COG0024 Methionine aminopeptidase 1 ATGTCAATGCTGAAATCACCGGACCAAATCGCGATGATGCGCGAGGCCGGTCGCGTAGTGGCCAATGCACTGTCCGCAGTCCGGGAGCAAGCTGATGTGGGTGTTTCACTTAAGGAACTCGACGACGTCGCTGCCGCCGTAATCTCCGATGCCGGCGCAAAACCTGCCTTCCTGGACTACCACCCACGTTGGGCGGCCGTGCCGTTCCCCGGTGTCATTTGCACCAGCGTCAACGATGCCGTGGTGCACGGGATCCCCAATGGATACGTACTGGAGGACGGCGATCTGCTCAGCGTCGATTGTGGTGCCTTCGTGGAAGGCTGGTGCGGTGATGCAGCCGTCAGCTTCGTCGTAGGGGCCGGAGACCCTGCAGATCATGAGTTGGTGAAAGCGACAGAAGAAGCGCTTGCCCGCGGCATCGACGCAGCCCGTATAGGAAACAAAATGGGTGACCTTGCCTATGCGATTGGTGGCGAGGCGAAACGTGCAGGATACGGGCTGTTGGCCGATCATGGCGGGCATGGCATAGGACGGACAATGCACGCCGAACCTCCCGTCCCCAACCTCGGACGGCCTGGCCGGGGTATGAAGCTCGAAGAAGGTCTGGTCATTGCCATTGAGCCCATGCTGATCCTGGGCGGCAAGGACGACTACTACCACGACGAGGACGAGTGGACTCTTCGTTCGGCAAGCGGGCGACGCGCCGCCCACAGCGAACACACCGTAGCCATCACGGCTGATGGCCCCATGATCCTCACTTTGCCGTAG MSMLKSPDQIAMMREAGRVVANALSAVREQADVGVSLKELDDVAAAVISDAGAKPAFLDYHPRWAAVPFPGVICTSVNDAVVHGIPNGYVLEDGDLLSVDCGAFVEGWCGDAAVSFVVGAGDPADHELVKATEEALARGIDAARIGNKMGDLAYAIGGEAKRAGYGLLADHGGHGIGRTMHAEPPVPNLGRPGRGMKLEEGLVIAIEPMLILGGKDDYYHDEDEWTLRSASGRRAAHSEHTVAITADGPMILTLP PGPT0020010_7372 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 D3-18_01933 606 hypothetical protein ATGGAACACGGCCATCCTGCTTCGAAGATCGAGACAGCTCCTGCCACCTGGGCGGCTGTTGAGGAATTGTTCGGAACCAAGGGCGAACCCTCCCGGTGCTGGTGCCGGTGGTTCGCCCTTACCGGCAATGATTGGGCCGGAACATCGCCCGGTGACCGCAGGGAATTGTTGAAGTCATCGTTCCAAACAGGTCCTGCGCCCGGCGTACTGGCGTTCCGGGATGGTCGTCCGGTCGGCTGGTGCGCAGTGGAACCACGAGCCAAGTATCCGCGCCTGAAACGGTCCCAGGTCCTCAGAGAGGCAGGTCTTCGGTCGGAGGACGGCCTCGATCTTTGGGCCGTCAGTTGCTTTGTTGTAGCACCGAACCACAGGCGCACCGGAGTGTCGTCCGCTCTGCTTGCTGCCGCGATGGATCACGCTTTCAACAACGGTGCGAACGTCATCGAGGCCTATCCGGTGGATACGGATCATAGGACCAAAGCGACGGCCTCGGACCTGTTCCACGGCACGCTTTCTCTTTTCAAGGCTGCTGGCTTCAGTTCCGTGTCCGAATCAGTTCCCGGCCGGCCGGTGGTACGCCTCAAAAAGCGTGGGACGGCTCGATAA MEHGHPASKIETAPATWAAVEELFGTKGEPSRCWCRWFALTGNDWAGTSPGDRRELLKSSFQTGPAPGVLAFRDGRPVGWCAVEPRAKYPRLKRSQVLREAGLRSEDGLDLWAVSCFVVAPNHRRTGVSSALLAAAMDHAFNNGANVIEAYPVDTDHRTKATASDLFHGTLSLFKAAGFSSVSESVPGRPVVRLKKRGTAR NA NA NA NA NA D3-18_01934 555 Single-stranded DNA-binding protein ATGAATGACATGATCACCGTCCGGGGCTTCGTGGCCTCGGAGGTCAAGAGCTCCACCACTACACGGGGCACGTCCACGGCATCGTTTCGTCTGGGAACCACGGAACGCCGCTACGACCGCGCCACCAACACCTGGGTGGACGGAAACACCAACTGGTACACGGTCCAGTCGTTCCGCTACTTGGCCGGACATGTTGGATGCAGCGTGAAAAAGGGACAGCGCGTTCTCGTCGTTGGGAAGCTCCGGTTGCGGCAATGGGAACATGAGGGCCGTGTCTACCACGTAGCCGAAATCGACGCCGAATCAGTGGGACATGACCTCATGTGGGGCTCTGCCAACTTCACCCGAATGACCGGCGCCTCAGCCCCTGCCGATGCAGCACCTGCTGTTGAGGCACCCGGCACCCCTGACCGCAGCAATGACTGGGACTCGGACGACCACGAACAAGTTCCACCGGAAGACGAGTCCATCGTGAGGGACGTTGACGGTCCTGATGGCACCGGTCCCCTACTAGTCAACACCACAACAGGCGAACTGGTGGGTGCCGGCGTGTGA MNDMITVRGFVASEVKSSTTTRGTSTASFRLGTTERRYDRATNTWVDGNTNWYTVQSFRYLAGHVGCSVKKGQRVLVVGKLRLRQWEHEGRVYHVAEIDAESVGHDLMWGSANFTRMTGASAPADAAPAVEAPGTPDRSNDWDSDDHEQVPPEDESIVRDVDGPDGTGPLLVNTTTGELVGAGV NA NA NA NA NA D3-18_01936 441 hypothetical protein ATGCGTGGACCAACAAGTGGGCCGATCCCTGATGCGGTCGCATCGACCACCATTGCTGCCCCGCCTGAAAAGGTATGGGATGCCCTGACTGATCCGGCCCTCATTCGGCTGTATTTCCTGGGAACCAATGTCACCACGACCTGGCGCGTGGGCGATGACATTACGTACTCCGGCGAGTACAACGGCAAGCGGTACCAGGACAGCGGCACCATCCTTGCTTTCGATCCTCCGCAGTTGCTGAAGACCACTCATTACAGTCCATCCTCGGGGCTCCCTGACGTTCCCGAGAACCACCACACTGTGGAATACAGCGTGACTGACGAACCTGACGGAACAAGAGTGGCCATCAGACAGGGCAACAATTCGAGTGAGGAAGAAGTGGAGCAGTCCACCGCAACTTGGGAGTTGGTGCTCCGAAATCTCAAGGAATTACTTGAGTAA MRGPTSGPIPDAVASTTIAAPPEKVWDALTDPALIRLYFLGTNVTTTWRVGDDITYSGEYNGKRYQDSGTILAFDPPQLLKTTHYSPSSGLPDVPENHHTVEYSVTDEPDGTRVAIRQGNNSSEEEVEQSTATWELVLRNLKELLE NA NA NA NA NA D3-18_01937 414 hypothetical protein ATGATAGCCGCGGCATTGACGGTCACCGCTTGCACTCCATCGCCTGCGCCATCCGCCGTTCAGCCCGCGGCTACTCCGTCACCGTCCGCGAGTCCGCAGGCCACGGCTACCGTTGATCCGGCTGTTGTCGCAGCCACCTCTGCCGTGGAGTCAACGCTCAAGGCCTTGGTAGCCAGCAACCCCAAGCCCGACCGCGAAACCCTGCGCGCGGCCTTGGTCTCGGCAGGTATCCCCAGTGCCAACGTAGAGGTGTCCGTAAGCCGTACGCCCACGGGCCTTGATGTGGACGCTATGGAAGCCGCAGCACTTGCGGGGGAGAGTTGCGTCATGGGGCAGATCCGGGACGGCGGGGTGGTGGTCACAGTGCTGCCTGTGCTGGCCACCGGAAAATGCTTCGTGGGAGACGCCCGCTAG MIAAALTVTACTPSPAPSAVQPAATPSPSASPQATATVDPAVVAATSAVESTLKALVASNPKPDRETLRAALVSAGIPSANVEVSVSRTPTGLDVDAMEAAALAGESCVMGQIRDGGVVVTVLPVLATGKCFVGDAR NA NA NA NA NA D3-18_01938 1683 ettA_2 COG0488 Energy-dependent translational throttle protein EttA ATGGCGGAATTCATTTACACGATGACCAAGGCTCGCAAGGCCGTTGGCGACAAACTTATTCTGGACGATGTCAGCATGTCGTTCTTCCCGGGCGCGAAGATCGGCGTCGTGGGTCCGAACGGTGCTGGTAAGTCCACCATCCTGAAGATCATGGCCGGACTGGACACCCCGTCAAACGGCGAGGCCCGCCTGAGCCCCGGCTACACCGTGGGCATCCTCTTGCAGGAACCGCCGCTGAACGAGGAAAAGACCGTCCTGGGCAACGTCCAGGAGGGTGTTGGCGAGATCTACGGCAAGATCCAGCGCTTCAATGAGATCTCCGAAGAAATGGCCAACCCGGACGCGGACTACGAGACGCTCCTGGACGAAATGGGCAAGCTTCAGGAAGCCATTGATGCGGCGGATGCCTGGGATATCGATTCCCAGCTTGAGCAGGCCATGGACGCGCTGCGCTGCCCGCCGGCTGACTCGGATGTCACAGTCCTTTCCGGTGGTGAGCGCCGCCGCGTAGCGCTGTGCAAGCTTCTCCTGCAGAAGCCCGACCTCCTGCTCCTTGACGAGCCCACCAACCACTTGGACGCCGAGAGCGTACTTTGGCTCGAGCAGCACTTGGCTCAATACCCCGGCGCCGTTCTTGCCGTGACTCACGACCGTTACTTCCTGGACCACGTGGCTGAGTGGATCGCAGAAGTCGACCGCGGCCACCTCTACCCGTACGAAGGCAACTACTCCACCTACTTGGAGAAGAAGAAAGCCCGCCTTGAGGTCCAAGGCAAGAAGGACGCAAAGCTTTCCAAGCGCCTCACCGAAGAACTTGAGTGGGTGCGCTCCAACGCCAAGGGCCGCCAGACCAAGTCCAAGGCACGTCTCGCCCGCTACGAGGAAATGGCTGCCGAGGCCGAGCGCACCCGCAAGCTGGACTTCGAAGAGATCCAGATTCCGCCGGGACCGCGCCTGGGTTCTTTGGTCATCGAGGCCAAGAACCTGAAGAAGGGCTTCGACGATCGAGTGCTGATCGAAGACCTTTCCTTCTCGCTGCCCCGCAACGGCATCGTCGGCGTTATTGGACCCAACGGTGTTGGTAAGTCCACGCTGTTCAAGACGATCGTCGGTATGGAGCCTTTGGACGATGGTGAGCTCAAGATCGGCGAGTCCGTGAAGATCTCCTACGTGGACCAGTCCCGTGGCGGCATCGATCCCAACAAATCCCTCTGGGAAGTTGTCTCCGAAGGCCATGACTTCATCCAGGTCGGCCAGGTTGAAATGCCTTCGCGGGCCTACGTTTCGGCGTTTGGTTTCAAGGGACCGGACCAGCAGAAGAAGGCGGGTGTCCTCTCCGGTGGTGAGCGCAACCGCCTGAACCTGGCCCTGACGCTCAAGCAGGGTGGCAACCTCCTGCTCCTTGACGAACCTACTAACGACCTCGACGTCGAAACCCTGAGCAGCCTTGAGAACGCCCTTCTCGAATTCCCGGGTTGCGCCGTAGTGGTATCGCACGACCGCTGGTTCCTGGATAGGGTTGCGACCCACATCCTCGCCTACGAAGGTGACGACGAGAACCCCTCCAAGTGGTACTGGTTCGAGGGCAACTTCGACTCCTACGAGGAGAACAAGGTGGAGCGCCTCGGCCCCGATGCCGCGAAGCCGCACCGTGTAACGCACCGCCGCCTGACCCGCGACTAG MAEFIYTMTKARKAVGDKLILDDVSMSFFPGAKIGVVGPNGAGKSTILKIMAGLDTPSNGEARLSPGYTVGILLQEPPLNEEKTVLGNVQEGVGEIYGKIQRFNEISEEMANPDADYETLLDEMGKLQEAIDAADAWDIDSQLEQAMDALRCPPADSDVTVLSGGERRRVALCKLLLQKPDLLLLDEPTNHLDAESVLWLEQHLAQYPGAVLAVTHDRYFLDHVAEWIAEVDRGHLYPYEGNYSTYLEKKKARLEVQGKKDAKLSKRLTEELEWVRSNAKGRQTKSKARLARYEEMAAEAERTRKLDFEEIQIPPGPRLGSLVIEAKNLKKGFDDRVLIEDLSFSLPRNGIVGVIGPNGVGKSTLFKTIVGMEPLDDGELKIGESVKISYVDQSRGGIDPNKSLWEVVSEGHDFIQVGQVEMPSRAYVSAFGFKGPDQQKKAGVLSGGERNRLNLALTLKQGGNLLLLDEPTNDLDVETLSSLENALLEFPGCAVVVSHDRWFLDRVATHILAYEGDDENPSKWYWFEGNFDSYEENKVERLGPDAAKPHRVTHRRLTRD NA NA NA NA NA D3-18_01939 855 tesB_2 COG1946 Acyl-CoA thioesterase 2 ATGGAAGTGCTGATTGGCCTGCTGGATCTTGGTGACTTCGACGGAGCCCGGACCAATGAGGACATTTTCCTGGGGCCGTCCCAAAAGCAGCCCCGGCACCGCGTTTTTGGTGGCCAGGTGTTGGCGCAGTCCATGATGGCCGGCATGAGGACCGTTGAGCCGGACAGGGTGGCGCACTCCATGCACGGATACTTTCTCCGTCCGGGTGATGCCAACAAACCCATCACCTTCGGTGTGGAGAGACTGCGGGATGGCCGTTCCTTCTCGGCCCGCCGCGTACACGCCTACCAGGACGGTGTGCCGATTCTCTCAATGATCGCTTCCTTCCAGGTGGAGGACAGTGGCTTGGACCATCAGGCACAGATGCCGGAAGGCATCCCTGATCCGGAATCCCTGCCCAGCACCGCCGAGCTGTTGTCCCACTACGATCACCCCATGGCACGGCACATGTCTTCAGAGCGGCCCTTCGACGTCCGTCACATCGACCCCGCCCTCTATGTGTCCCCACCCACCGATCATGTAGCTACCAATGCCGTCTGGATGAAGACCATGGGCCCCCTTCCCGATGACCCCAACCTCCACCGGGCCGCCTTGGCGTACGCGAGCGATTACACGCTGCTGGAACCTATCCTCCGTAAGCACGGCTTGGCCTGGATGACGCCGGGCATGAGTGTTGCCAGCCTCGATCACGCGATGTGGTGGCACCGCCCCGTGCGCGTGGACGAGTGGATGCTCTACGTTCAGGAATCTCCCAGCGCCCAAGGTGCCCGGGGACTCGCCACAGGACGCATCTTCAACCGCGAAGGCCAGCACGTCGCCACGGTAGCCCAAGAAGGCATGGTCCGGATTCCGTAG MEVLIGLLDLGDFDGARTNEDIFLGPSQKQPRHRVFGGQVLAQSMMAGMRTVEPDRVAHSMHGYFLRPGDANKPITFGVERLRDGRSFSARRVHAYQDGVPILSMIASFQVEDSGLDHQAQMPEGIPDPESLPSTAELLSHYDHPMARHMSSERPFDVRHIDPALYVSPPTDHVATNAVWMKTMGPLPDDPNLHRAALAYASDYTLLEPILRKHGLAWMTPGMSVASLDHAMWWHRPVRVDEWMLYVQESPSAQGARGLATGRIFNREGQHVATVAQEGMVRIP PGPT0001835_382 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-BUTYRIC_ACID_BIOSYNTHESIS,PGPT0001835-tesB-K10805 NA NA D3-18_01940 672 hypothetical protein GTGACAGACGTCTTGACCCAGTCCTTCCGCTTCGCCGATTCCCGTGACCTCGCTGACCTGCGCACCTTCGTTACGCGAGCAAAGAGCATCGACGACGGCGCCATCCGCCTCCAGGCCGCGGGCAATGTCCTGGCCGCCTACGTGTGTGTCCTGAGGCCCCGCATCCTTGGCGAGTCAACCCCTACAATTCTTGGCCTGCGCACCATGGCCCTGGCTGAGCCTGCCCAAGCCGACGTCACCGTGACGCTTGCTTCCGTCATGGACCGCTTGGCCCGATCAGGCGCCGAAGATGTGGAACTGCCCGTCCCGCCGTCGACCGTTTCCGAATCCTGGGCGGGTGTAGGCGCGCCCCGGACCGGTTGGGAAGCCCAAGGAACAGTTCCCGACGCCGACCTCAAGGCTGCGGCGGAGGCCGGCATTGCGGAGGTGGCCGGCGTCATTCCGGCTTTGGCGGGCGCCGCGGTGGTCAACACGGCCAGGGCTGCAGTGTGGGGCCGGGAGCTGCCCGGTCTGGACGGTCTGCCGGCAGGTGCCGCTTTCGCCGCATTCGCTTTGGGTTTCCTGGGTGAGTCCGAGCAGAAGGTCTTCCGCAATGGCCGCTGGTTCCGTCTGAGCGGCCCCCGCGGCCATGTGCTGGTCCGGACGGGAGCCGGCTTGGGGCTCGGCTTCTAG MTDVLTQSFRFADSRDLADLRTFVTRAKSIDDGAIRLQAAGNVLAAYVCVLRPRILGESTPTILGLRTMALAEPAQADVTVTLASVMDRLARSGAEDVELPVPPSTVSESWAGVGAPRTGWEAQGTVPDADLKAAAEAGIAEVAGVIPALAGAAVVNTARAAVWGRELPGLDGLPAGAAFAAFALGFLGESEQKVFRNGRWFRLSGPRGHVLVRTGAGLGLGF NA NA NA NA NA D3-18_01941 483 hypothetical protein ATGAATAACACTGCAGGTGGGCAAACGCCAGCGCCCCAGGCAGGCCCCCGACGCCAGCTGATGCAGAACGACCCGTTCAGCCAGCCCGCCTACACGGACAGCTTCTACGCGGCAGTCGGTGGCCATGAAACGTTCGTCAAACTCATCGACGTCTTCTACGACGGCGTAGCCACGGACCCGCTGCTTCGACCCATGTACCCCGAAGAGGACCTCGAACCGGCAAAGCGCCGCTTCCTCATGTTCCTGGAGCAATACTGGGGCGGACCCACCACCTACGGTGAAGAACGCGGCCACCCACGGTTGCGCATGCGCCATATGCCCTTCCGGGTGACACCGGAAGCCAAGGACCGCTGGTTGTTCCACATGCGCACGGCCGTGGACTCTTTGGAGCTCTCGCCGTTGCATGAGGGCACGCTATGGGACTACATGGAGCGTGCGGCCCTGACCATGGTCAATAGCCCTTCGGCCGGCCCCGACGCATAA MNNTAGGQTPAPQAGPRRQLMQNDPFSQPAYTDSFYAAVGGHETFVKLIDVFYDGVATDPLLRPMYPEEDLEPAKRRFLMFLEQYWGGPTTYGEERGHPRLRMRHMPFRVTPEAKDRWLFHMRTAVDSLELSPLHEGTLWDYMERAALTMVNSPSAGPDA PGPT0018560_1759 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0018560-malz-K01187 NA NA D3-18_01942 699 hypothetical protein TTGACCTCCATCCCCCTGGCGGAAACCATCAACATCGAACCCGAAAAAATCGACCTCATGTCGATCCTCATCACAGTGGGCGTAGGCTTGGCTGTGTGGATCGTGGCACGGTTCATCATCCTGCGCATTACGCGACGAGTCTCGGCGGGCAGTTCTTTCTTCAAGAAGCCGCACTTCAAGTGGGTGCAACCCGCAATCCGTGCATTGGACCATGAACGACGCTCCCAGCGCGCCGAGACCATCGGCTCGCTGCTGACGAGCCTGGTAAGCGTTGTGGTGGTGGTGATCGTGATCATCTACGTCCTCAAATACATGAACGTGGACGTCGCGCCGCTCCTGACCAGCGTGGGCATCCTCGGTGTTGCCATCGGTTTCGGCGCCCAGCAGCTGATCCGCGACTTCCTCGCGGGAATCTTCATCACCATAGAGGACCAATACGGAATCGGTGACGTCATTGTTACCAGCGAAGTCATTGGTACCGTTGAATCGGTGGGCCTGCGCATCACTCGGGTCCGCGCTGAGGACGGTGCCATCTGGTACCTGCGCAACGGCGAAATCCTCCGCGTGGGCAACCGTTCCCAAGGCGATTACGTGCCGCTGGAAACACCTGACAACAGCGACGAGCCCGGCGCTGCAGCTGCGCCCGTCACAGCAGGCGCCCCGCGCGTCACCAAAGCCGAGGAGAAGTCCAATGAATAA MTSIPLAETINIEPEKIDLMSILITVGVGLAVWIVARFIILRITRRVSAGSSFFKKPHFKWVQPAIRALDHERRSQRAETIGSLLTSLVSVVVVVIVIIYVLKYMNVDVAPLLTSVGILGVAIGFGAQQLIRDFLAGIFITIEDQYGIGDVIVTSEVIGTVESVGLRITRVRAEDGAIWYLRNGEILRVGNRSQGDYVPLETPDNSDEPGAAAAPVTAGAPRVTKAEEKSNE PGPT0013695_2836 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-MECHANOSENSITIVE_ION_CHANNEL,PGPT0013695-ykuT|ybiO-K22044 NA NA D3-18_01943 1050 hypothetical protein ATGCGCATCCTGGTCTTGGGCGGTACCGCCTTCCTGTCAGCAGAAATCGCCCGGCAGGCTGTTGAAGCCGGACATGACGTCACCTGTTTGGCGCGCGGCAGTTCAACAAACCCGCCCGACGGCGTCACGTGGGTAAGGAGCGACCGTGCGGCGGGTGCAACGGCCTTCGCGGAAATAAACGGACGCTGGGACGAAGTGGTGGATGTCTCCCGGGATCCCGTACAGGCGCGTGTGGCACTGGACGTGCTGGGCCCCTCCACCGCGCATTGGAACTTCGTCTCAAGTTGCTCCGTGTACGCGGACCACTCAATACCTGACGCGGATGAGAACGCGGCCCTTTTGGAGCCCTTGCCTGAAGGCCAGTCAGGCACTCCGGAAACCTATGGAGAGTCCAAATCGGCGATCGAGCAGATGACTCTTGCCGCTGTGGGAGAGAAGGCGCATATCGTCCGGGCGGGACTCATTGGCGGACCCGGGGACGGCACCGAAAGATACGGTTATTGGCCTGCCCGATTCGCTGCGAACACGGACACGGTGCTGGTCCCGGACATCCCGGATGACGCCACGCAGATCATCGATGTCCGGGACCTCGCCGCGTGGATCCTGCAATCCGCGGAGGAAGGGCTGACGGGAATTTACAACGCCTTGGGAGAGGTAGTGCGGTTCGAGGACTACATCGCCGAGTCCCAGCGGGCGGTTGGAACCCCGGCAGGGGACGGAATCTCAGCAAGGGACAGAAATTCAGCAAAGGACAGAGCGGCCCAGGACGTCATCCGGCCTGACGAGGCTTGGCTCGTGGAGCACGGTGTCGAGTACTGGTCCGGCCCGGATTCCCTGCCCCTGTGGCTCCCGGCTGGTCACGACGGCTTTCAGGCGCGGAGCAACCGGGCGGCACGTGAGCGCGGAATGGTCCTGAGGCCGTGGCAGGAAACCCTGGCGGCCACCCTCGAGGATGAGCGGGCGAGAGGCTTGGACAGGGACCGAAAAGCCGGCTTGAGCCGTGAAACGGAACAAAGGCTCGTGGCACTCTGGCAGCTCGAACAGCGTTAG MRILVLGGTAFLSAEIARQAVEAGHDVTCLARGSSTNPPDGVTWVRSDRAAGATAFAEINGRWDEVVDVSRDPVQARVALDVLGPSTAHWNFVSSCSVYADHSIPDADENAALLEPLPEGQSGTPETYGESKSAIEQMTLAAVGEKAHIVRAGLIGGPGDGTERYGYWPARFAANTDTVLVPDIPDDATQIIDVRDLAAWILQSAEEGLTGIYNALGEVVRFEDYIAESQRAVGTPAGDGISARDRNSAKDRAAQDVIRPDEAWLVEHGVEYWSGPDSLPLWLPAGHDGFQARSNRAARERGMVLRPWQETLAATLEDERARGLDRDRKAGLSRETEQRLVALWQLEQR NA NA NA NA NA D3-18_01944 480 hypothetical protein ATGGGCCTCCACGAACACCATTACGCGCTGACCGTCCGCTGGACCGGAAACCTCGGCGAAGGGACTGCCAGCTATCGGGGATATTCCAGGGACCACGACATTGAAATCAACGGCCTGCCGACATTGAAGGGCTCAGCAGATCCGACGTTCCACGGCGACCGGACACGCTACAACCCGGAACAGTTGCTACTTGCAGCTCTCTCGCAATGCCACATGTTGTCCTTCCTGCACGTGGCCGTCAAGCATGGTGTGGTAGTCACCGGCTATGAGGACAACGCCGAAGGCCTCATGAAGCTCAACCGGGACGGCAGCGGGCAGTTCGAAACCGTCACCCTGAAGCCTCACGTCACTATCGCCGATCCCGCCCACGAAAGCTTGATCCCGCAGCTTCACCATGAAGCCAACCAGGTCTGCTTCATTGCCCGCAGCGTCAACTTTCCGGTCCTCCACGAACCGATCACGACGGCGGCAGCAACCTAA MGLHEHHYALTVRWTGNLGEGTASYRGYSRDHDIEINGLPTLKGSADPTFHGDRTRYNPEQLLLAALSQCHMLSFLHVAVKHGVVVTGYEDNAEGLMKLNRDGSGQFETVTLKPHVTIADPAHESLIPQLHHEANQVCFIARSVNFPVLHEPITTAAAT NA NA NA NA NA D3-18_01945 2562 pepN_1 Aminopeptidase N TTGCCAGGCCTGAACCTTACGCGCGATGAAGCCGCCACCCGCGCCGAACTGCTCAACGTCGAGTCGTACGACGTCACCCTGGACCTGACCCAGGGCGCTGAGACCTTCGGCTCCACCACTGTTGTGAAGTTTTCCGCGGAGCCGGGATCGTCCACCTTCATCGATGCCATCACTGCGGCGGTCCACAGCGTGACGTTGAACGGCACCGAGCTGGACCCTGCGGAAGTCTCTGACGGCGTCCGCATCCAGCTCCCGGATCTGGCAGCGGACAACGAACTCGTGGTGGTGGCAGATGCTCCCTACATGAACACGGGCGAGGGACTCCACAGATTCGTAGACCCTGTTGATGGCGAGGTTTACCTCTACACGCAGTTCGAAGTTCCTGACTCGCGGCGCATGTTCGCCGTTTTTGAACAGCCCGACCTGAAGGCCAGCTTCACGTTCACCGTTACTGCGCCGTCGCATTGGGACGTGATCTCCAACTCCCCCACGCCGATTCCAGTTGAAGCTCCTGCCAGCGAGGATGGCACTGAGCGTTCAGTGTGGGAATTCGCTCCCACTGCCCGGCTGTCTTCCTACGTCACGGCCTTGATCGCCGGGCCGTACCAATCGGTCCGCTCCGAGGTCACCAGCTCAGACGGCCGCGTCATCCCTCTGGGAGTATTTGCCCGGAAGTCACTCATGCAGTACTTGGACGCGGACAACATCTTTGAACTGACCCGCCAGGGCTTCGAGTTCTTCGAGGCACAATTCGGGTTCCCGTACCCGTTCGGGAAATACGACCAGCTGTTCGTCCCGGAGTTCAATGCCGGAGCCATGGAGAATGCCGGTGCCGTGACCATCTTGGAAGGCTACGTTTTCCGTGGAAAGGTCACGGGCGCTCAAATTGAGCGGCGCGCCATCACGGTCCTGCACGAACTGGCGCACATGTGGTTCGGGGACCTGGTGACCATGCGTTGGTGGAACGACCTCTGGCTCAACGAGAGCTTCGCCGAATACATGTCTCACTTGGCCGCCGTTGAGAACACTGAATTCGATCGGGCGTGGACGACGTTCGCCTCCGTGGAAAAGTCCTGGGCCTACAAGCAGGACCAGTTGCCCACCACGCATCCGATCTTTGCCGAGATCAACAACCTCGAAGACGTCGAGGTCAACTTCGACGGCATCACCTACGCCAAGGGCGCTTCCGTGCTGCGGCAGTTGGTGGCCTGGGTGGGTCCGGAACAGTTCATGGCCGGTGTGCGCACGTACTTCGCCAAGCACGCTTGGAAGAACACGGAGCTCGCTGACCTCATGGTGGAGCTCGAAGCTGCCTCCGGCCGCGACCTGGACGCGTGGGGCAAGCTTTGGCTCGAAACTGCCGGCGTGAACACGCTCGCCCCGGAGCTGTCCGTTGCGGCGGACGGCACCATTGCCGATTTCGCGATCCTGCAGACCGCGATCGACGAACAGCCCACGCTCCGCCCGCACCGCCTGGCCGTTGGCTTCTACACGCTCTCGGGCGAAGGGAAGCTGGAGCGGACCCACCGCGAGGAACTCGACGTTGACGGCCCCCGCACCGAGGTACCTGCCTTGGTTGGCAAGGCGCGCCCGGACCTGATCCTCTTGAACGACGACGACCTCGCGTATGCCAAGGTCCGCCTCGATGAGCACTCCCTTGCCACCGCCAAGGCCCACCTGAAAGACTTTGCGGCCAGCCTGCCCCGCACTTTGGTGTGGGGTTCGGCCTGGGACGCGGCCCGCGACGGCGAAACTCCGGCCCGCGGCTACGTGGAACTTATCCTGGCGAACATTGCTTCGGAAACAGACTCCTCCGTCATCCTGGTGCAATTGCGTCAGCTCGCCACCACCCTGAGCTATTTCGTGGCCGCCGATCACAAGCTTGACTCGACGATCGCGGCTGCGGACAAGTTGTGGGACCTCGCATCGTCCGCTGTCGCGGGATCGGATGCCCAGTTGCAGTTCGCCAAGTCGTACGCCCAACTGGCACGCAGTGGCGGACAGTTCGACCGTATTCAGGCCCTTTTGGACGGTTCGGAGACCCTCGAAGGACTCAGCATCGACCAAGACATGCGGTGGGAACTGCTCACAGCCCTTGTTGCCGGCGGCCGGCAGGGCCAAACGCGGATCGACGAGGAACTTTCCCGGGATAACACTTCCAACGGCCAAAATGCAGCAGCCCAGGCCAAAGCAGCCATCCCCACCCCGGAGGCCAAGGCAGCAGCTTGGGACTCGATCGTGGTCAAGGGAGAACTCTCCAACGCCTTGCAAGCCTCAGCCGTGGCCGGCTTCATGCGTGTCGTGGACACCGCTTTGTTGGAACCTTTCGCGGAGAAGTACTTCGAGGCCGTACCTGGCATCGTTGAGGAACGAACTCACGCCTTGGCCCAGCAGATCGTGGTGGGCCTTTACCCGGCGCAGCTCACAACGCGGGCCACGGTGGAACGCACGGACCAGTTCCTGGCCGGTCTTCCGGAGGAGAGTGCAGCACTGCGCCGCATGATGCTGGAAAACCGGGACAGCGTAGCCCGGGCCCTGCGCGCACGGGCAGCAGACGTCTAA MPGLNLTRDEAATRAELLNVESYDVTLDLTQGAETFGSTTVVKFSAEPGSSTFIDAITAAVHSVTLNGTELDPAEVSDGVRIQLPDLAADNELVVVADAPYMNTGEGLHRFVDPVDGEVYLYTQFEVPDSRRMFAVFEQPDLKASFTFTVTAPSHWDVISNSPTPIPVEAPASEDGTERSVWEFAPTARLSSYVTALIAGPYQSVRSEVTSSDGRVIPLGVFARKSLMQYLDADNIFELTRQGFEFFEAQFGFPYPFGKYDQLFVPEFNAGAMENAGAVTILEGYVFRGKVTGAQIERRAITVLHELAHMWFGDLVTMRWWNDLWLNESFAEYMSHLAAVENTEFDRAWTTFASVEKSWAYKQDQLPTTHPIFAEINNLEDVEVNFDGITYAKGASVLRQLVAWVGPEQFMAGVRTYFAKHAWKNTELADLMVELEAASGRDLDAWGKLWLETAGVNTLAPELSVAADGTIADFAILQTAIDEQPTLRPHRLAVGFYTLSGEGKLERTHREELDVDGPRTEVPALVGKARPDLILLNDDDLAYAKVRLDEHSLATAKAHLKDFAASLPRTLVWGSAWDAARDGETPARGYVELILANIASETDSSVILVQLRQLATTLSYFVAADHKLDSTIAAADKLWDLASSAVAGSDAQLQFAKSYAQLARSGGQFDRIQALLDGSETLEGLSIDQDMRWELLTALVAGGRQGQTRIDEELSRDNTSNGQNAAAQAKAAIPTPEAKAAAWDSIVVKGELSNALQASAVAGFMRVVDTALLEPFAEKYFEAVPGIVEERTHALAQQIVVGLYPAQLTTRATVERTDQFLAGLPEESAALRRMMLENRDSVARALRARAADV NA NA NA NA NA D3-18_01946 1005 hypothetical protein ATGGCATCCTTCCGGGACACCCTCGACTTCCGCGCACTGAGGTTTGCGGTCGCCTTTCCGTTGCTGCTCGCCGTCGGGTTTGTAGTGTGCGCCCAGATGCTGCGCAACGACCTCCCAAACCCGGTTGCCGTTATGTGGAGCGCCGACGGCGGCACTTCCTTCGCTCCATTCGGCGCCTACGTGGCAGGCGGCGCTGCCCTCATCACCTTCTGCGGTTGGGCAGTCTTCCTCCAAGCGGTATCGATTTCCCGCCCCGTGGTCATGCGCCGGGTCATGATGGGCGTGGGCCTCATGGTCAGCCTTTTCATCACCACGGTGTTGGCGGCCGGCTTGGTCGGCCAGTCCGGACTGGCGGACGCGCGCGAATCCCACGTTGATCCGATTGTCCTGGCCATGGGCAGTGGCGCCGCAGTGGCGCTGGGTGTCGTCATGATGTTCGCCTTCAAGCCGGACCCTCGATGGACCCGTGAGGATGACGTTGCGCTCGAGGAAGAGCTGCGTCTTCTCGAAGATCCCGATCTCGCCCGCGACACGCTCCGGCTGTGGGTGCATGCCCGGAGTTCCGTTTTCGTCATGATCATAGTCTCGGCATTGTTCCCCGCTGCGCTGATAGCGGTGGCGGTTCCGTGGCTCGGTGCCTTGGTAGCAGCGGCGGCTCTGATCGGCGCAGGTTTCCTGTTCGCACGGGTGCGGGCGGACAGGGGAGGGCTGCAGGTATTCGCCGGCGGGATCGTCCGCGTCCTGACCGTCCCCGCCGTCGACATCGCTGCGGCAGCTCCTGCGGACGTAAAGGCGGCAGACTATGGCGGGTGGGGCTGGCGGCATCACGACGACGCCACTGCCATGCTCGTCAGCAGCGGACCTGCCGTCGTCGTAAGGAAACTTAATGGAGGCCGGGTGGCACTAAGCGCAGGGACCCAGGCTTCCGCAGACAAACTCGCCGGTGTCCTCAACCGGGCAGCGCGTCGTGCTCATGGCGACGGGCAGGCCCAACAACCCGGGTAG MASFRDTLDFRALRFAVAFPLLLAVGFVVCAQMLRNDLPNPVAVMWSADGGTSFAPFGAYVAGGAALITFCGWAVFLQAVSISRPVVMRRVMMGVGLMVSLFITTVLAAGLVGQSGLADARESHVDPIVLAMGSGAAVALGVVMMFAFKPDPRWTREDDVALEEELRLLEDPDLARDTLRLWVHARSSVFVMIIVSALFPAALIAVAVPWLGALVAAAALIGAGFLFARVRADRGGLQVFAGGIVRVLTVPAVDIAAAAPADVKAADYGGWGWRHHDDATAMLVSSGPAVVVRKLNGGRVALSAGTQASADKLAGVLNRAARRAHGDGQAQQPG NA NA NA NA NA D3-18_01947 594 lacB Galactose-6-phosphate isomerase subunit LacB ATGGCGACGGGCAGGCCCAACAACCCGGGTAGCGGTACCCTAGGTAGCGCATCCCTCAACGCCGCGCCCGGCCATGTGCCGTACCCGCGCGCCAGAAAGAATGGACTTCCTGTGACTACACCCCGCGTCCACATTGCTACGGACCACGCCGGCATGGAACTCAGTGCCCACCTGGTCAGCCACCTCACGGCCAAAGGCTATGAAGTGGTGGACCACGGGCCCAAGGAGTACGACGCCCTGGATGACTACCCCTCCTTCTGCATCAATGCCGGCCTCGCTGTGGTGGCAGACCAGAAAGCCGGTGTGCACGCACTCGGGATTGTGCTGGGCGGCTCAGGCAATGGAGAACAAATTGCTGCCAACAAGGTAAGCGGCGTCCGCGCCGCCCTCGCATGGAACCTCTCCACCGCAAAGTTGGCCCGCGAACACAACGACGCCAACGTCGTGGCTGTTGGCGGACGCCAGCACACCGTTGAGGAGGCCACCGAGCTCATCGAAGCCTTCCTTCAGGAACCATTCAGCAACGACGAACGCCACATTCGCCGGATCGGAAAAATTGCCGTGTACGAAACCACCGGCGAGATCGTCGAGTAG MATGRPNNPGSGTLGSASLNAAPGHVPYPRARKNGLPVTTPRVHIATDHAGMELSAHLVSHLTAKGYEVVDHGPKEYDALDDYPSFCINAGLAVVADQKAGVHALGIVLGGSGNGEQIAANKVSGVRAALAWNLSTAKLAREHNDANVVAVGGRQHTVEEATELIEAFLQEPFSNDERHIRRIGKIAVYETTGEIVE PGPT0017395_509 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 D3-18_01948 888 nei1_1 COG0266 Endonuclease 8 1 GTGCCTGAGGGGCATTCAATCCATAGGCTGGCCCGCCAGTTCCAGGATGTTTTTGGCGGCCGGCGTTTGGATCTTTCCAGCCCGCAAGGGAGATTCGCCGCCGGCGCGGAGCTACTCACCGGGCACACCATGGTGGAAGCCACCGCCCATGGCAAGCAGCTCTTTCTCAGGTTTGACCACGAGCTCTTCCTTCACGTCCACCTTGGCCTCTACGGGGCCTGGAGCTTTGGCGGCGATAGGTCCTTCACGGGTGCCTCCAGCATTGGGGCTCCGCGTCGCATCGGCGAACGGGAGGCGGGCCCCTCTTCTGACGACGGGGACTACGCCGGCCCGCCTCCTCCCGTGGGCGCAGTGCGTGTCCGGCTGGTGTCCGGGCACGGCTGGGCGGATCTCCGTGGTGCCACCACCTGCGCCGCAATAACTGCAGCTGAGGCAGCGGCCGTGTTGGCGCGCTTGGGCCCGGACCCGCTCCACAATCGGCAAGGAGACCGTGAGGAGTTCATCCGCCGCCTGCGCCGCCGCAAGACGCCGGTGGCCCTTCTCTTGATGGACCAGTCCGTCTTAGCCGGCGTCGGCAACATCTACAGGGCCGAGGTGTTATTCCGGCAGGCCGTCGACCCCTGGACGCCGGGAAGCACCATTGATGCGGAAACCGCTGGTCGTCTCTGGGACGACACCGTGGACACCATGTCCGACGGCGTCCGTGACGGACGGATTGTTACGACGCCCTCAACTCTGTGGACCGGCGCCGGCGTTGTAGCACCCGACGCCGATGCCCACTTCGTCTACAAGCGGGACGGCCTGCCCTGCCGGGCGTGCGGGATGACGGTGGGGATGACGGAAATCGGTGCCCGCAAGCTGTATTGGTGCCCCGGCTGCCAAGTGTAG MPEGHSIHRLARQFQDVFGGRRLDLSSPQGRFAAGAELLTGHTMVEATAHGKQLFLRFDHELFLHVHLGLYGAWSFGGDRSFTGASSIGAPRRIGEREAGPSSDDGDYAGPPPPVGAVRVRLVSGHGWADLRGATTCAAITAAEAAAVLARLGPDPLHNRQGDREEFIRRLRRRKTPVALLLMDQSVLAGVGNIYRAEVLFRQAVDPWTPGSTIDAETAGRLWDDTVDTMSDGVRDGRIVTTPSTLWTGAGVVAPDADAHFVYKRDGLPCRACGMTVGMTEIGARKLYWCPGCQV NA NA NA NA NA D3-18_01951 1383 tig COG0544 Trigger factor GTGAAGAGCGCTGTCGAGAACCTCACCGCAACGCGGGTCAAGCTCAACGTTGAGGTTCCCTTTGAGGAACTGAAGCCGAGCATCGATGCCGCGTACAAGACCGTTGCTTCGCAGATCCAGGTTCCCGGATTCCGCAAGGGCAAAGTTCCCTCCAAGCTGATCGACCAGCGCGTTGGCCGTGGCTACGTTCTGGAGACTGCCATCAACGATGGCCTCAACGGCTGGTACCAGGCTGCAGTTCAGGAGACGGGCGTTCGCCCCCTGAGCCGCCCCGAAGTTGAAATCACCGAGGTCCCGGACCCGTCCGCAACCGATGGCGAACTCAAGTTCCAGGTGGAGATCGACGTCCGCCCCGAGATCGAGCTGCCCGACTACGCCGGCATCAAGGTTGAGGTTGCTGCTGCTGAGTCTTCCGAAGCTGACGTTGACAAGGCGCTGGACGAACTGCGTGGCCGCTTCGGCACGCTGAAGTCCGTTGAGCGTCCTGCCAAGAACGACGACTTCCTCACCATCGACATCACCGCCACGATTGACGGCGAAGACATCGATTCCGCTTCCGGCCTTTCTTACCAGGTTGGTGCCGGCACCATGCTCGAAGGCCTCGACGAAGCCGTGACCGGCCTCTCCGCCGACGAAGAAGCAATCTTCGAGACCACGCTGGTTGGCGGCGACCACGCCGGCGAGTCCGCACAGGTGAAGGTTGTTGTCAAGGCTGTCAAGGAGCGCGAGCTTCCCGAGGCAAACGACGACTTCGCCCAGCTCGCCTCCGAGTTTGACACCCTTGGTGAACTCCGTGAGGACCTTGCCAAGCAGGCCGCCGACTCCAAGGTAGTTGAGCAGGGCGTTGAGGCACGCGACAAGGTCCTGGACAAGCTCGTTGAGCTCGTTGAGGTCCCCGTCCCGGATTCCGTTGTCGAGGAGCAGATCGAAGCTCACTTCAACCCGGAGAACGCACACGGCGAAGGTGACCACGACACCGAGGAGCACCGCGCAGAGGTCAAGGCCAACACTGAGCGTGCCTTCCAGAACGAGATCATCCTCGACGCCATTGCGGACAAGGAAGAAGTAGACGTCAGCCAGAACGAGCTGATCGACTACATCGTGACCACCGCAAGCCAGTACGGTATGGATCCCAACCAGTTCGCCCAGATCATTGATCAGAGCGGCCAGGTTCCCATGATGGTTTCCGAGGTTCGCCGCCGCAAGGCCCTGGCTGTTGTGCTGGGTCAGGCTGAGGTAGTCGACTCCGAGGGCAACAAGGTTGACCTCACGGACTTCGTCCGCCCCGCCGGCGAAGCAGCAGCCGAAGAGGCTGCAGCAGTTGAAGCAACCGAAGAAGCTGACGTTGTCGCAAGCGACGACCCCGCAGCAGTGAAGTTCTAG MKSAVENLTATRVKLNVEVPFEELKPSIDAAYKTVASQIQVPGFRKGKVPSKLIDQRVGRGYVLETAINDGLNGWYQAAVQETGVRPLSRPEVEITEVPDPSATDGELKFQVEIDVRPEIELPDYAGIKVEVAAAESSEADVDKALDELRGRFGTLKSVERPAKNDDFLTIDITATIDGEDIDSASGLSYQVGAGTMLEGLDEAVTGLSADEEAIFETTLVGGDHAGESAQVKVVVKAVKERELPEANDDFAQLASEFDTLGELREDLAKQAADSKVVEQGVEARDKVLDKLVELVEVPVPDSVVEEQIEAHFNPENAHGEGDHDTEEHRAEVKANTERAFQNEIILDAIADKEEVDVSQNELIDYIVTTASQYGMDPNQFAQIIDQSGQVPMMVSEVRRRKALAVVLGQAEVVDSEGNKVDLTDFVRPAGEAAAEEAAAVEATEEADVVASDDPAAVKF NA NA NA NA NA D3-18_01952 612 clpP1 COG0740 ATP-dependent Clp protease proteolytic subunit 1 ATGGCAACTGTCGATCCCGCAGCCCAGGACAACTACATCTACAACCGCCTGCTGAAAGAGCGCATCATCTGGCTCGGCTCTGAAGTCCGTGACGAGAACGCCAACGCCATCTGCTCGCAGCTCCTCCTCCTCTCGGCCGAAGACCCGGAGAAGGATATCTACCTGTACATCAACTCCCCGGGTGGTTCCGTGACGGCCGGCATGGCCATCTACGACACCATGCAGTTCATCCCGAACGATGTCGTCACAGTGGCGACCGGTCTGGCAGCGTCAATGGGCCAGTTCCTCCTTTCCTCCGGCACCAAGGGCAAGCGTTACGCGACGCCCAACGCACGTATCCTGATGCACCAGCCCTCGGGCGGCATCGGCGGCACGGCCTCGGATATCAAGATTCAGGCAGAACTGATCCTGCACATGAAGAAGGTCATGGCCGAACTCACGGCTGAGCAGACCGGGCAGTCCGTGGAAACCATCCTCAAGGACAACGACCGCGACAAGTGGTTTACGGCTACTGAGGCCTTGGAGTACGGCTTCTTCGACAAGATCTCGGCGCACGCCGGTTCTGTTGCCGGCGGCGGCGGAACGGCCAACCAGTCGAACTCCGAAAACTAA MATVDPAAQDNYIYNRLLKERIIWLGSEVRDENANAICSQLLLLSAEDPEKDIYLYINSPGGSVTAGMAIYDTMQFIPNDVVTVATGLAASMGQFLLSSGTKGKRYATPNARILMHQPSGGIGGTASDIKIQAELILHMKKVMAELTAEQTGQSVETILKDNDRDKWFTATEALEYGFFDKISAHAGSVAGGGGTANQSNSEN PGPT0014595_3882 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014595-clpP-K01358 NA NA D3-18_01953 660 clpP2 COG0740 ATP-dependent Clp protease proteolytic subunit 2 ATGAACTACAACTTCGGATGGTCTGCCGGTAATCTCCCGTCCAGCCGTTACGTCCTGCCCCAGTTCGAGGAGCGCACGCCTTACGGCTTCAAGCGCCAGGACCCGTACACCAAGCTGTTCGAGGACCGCATCATCTTCCTGGGTGTCCAGGTTGACGACGCATCCGCTGACGACATCATGGCCCAGCTGCTGGTCCTTGAGTCGACTGATCCGGACCGCGACATCACCCTGTACATCAATTCGCCGGGTGGCTCGTTTACTGCCATGACGGCCATCTACGACACCATGCAGTACATCCGTCCGGAGATCCAGACGGTATGCCTTGGGCAGGCAGCCAGCGCGGCTGCGGTCCTGCTTGCTGCTGGTACGCCCGGAAAGCGCTTGGCTCTGCCGAACGCCCGCGTTCTGATTCACCAGCCGGCTCTTTCCGGTGGTCAAGGCGGACAGGCCTCGGACCTCGAGATCCAGGCGGCTGAAGTCATGCGCATGCGCACCTGGCTGGAGGACACGCTGGCGCATCACTCGGGCCGTACGTCCGAGCAGGTCAACAACGACATCGAGCGAGACAAGATCCTCACTGCGGCGGACGCCCTGAGCTACGGTCTCATCGACCAGGTTCTGGACTCCCGTAAGATCAAGCCCCAGGCAATCGCCCGGTAG MNYNFGWSAGNLPSSRYVLPQFEERTPYGFKRQDPYTKLFEDRIIFLGVQVDDASADDIMAQLLVLESTDPDRDITLYINSPGGSFTAMTAIYDTMQYIRPEIQTVCLGQAASAAAVLLAAGTPGKRLALPNARVLIHQPALSGGQGGQASDLEIQAAEVMRMRTWLEDTLAHHSGRTSEQVNNDIERDKILTAADALSYGLIDQVLDSRKIKPQAIAR PGPT0014595_3068 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014595-clpP-K01358 NA NA D3-18_01954 1290 clpX COG1219 ATP-dependent Clp protease ATP-binding subunit ClpX ATGGCTCGGATTGGCGAGAGCACGGATCTGCTGAAGTGTTCTTTCTGCGGAAAGAGCCAGAAGCAGGTACGGAAGCTCATTGCCGGGCCCGGTGTCTACATCTGCGATGAGTGCATCGAGCTTTGCAACGAGATCATCGAGGAGGAACTCGCTGAAGTCTCTGATCTCGGTAGTTTCGAGCTACCCAAGCCTCGTGAGATCTTCGACTTCCTGCAGGAATACGTCATCGGCCAGGAACCTGCCAAGCGTTCCTTGGCGGTAGCGGTTTACAACCACTACAAGCGCATTCAGGCCGGCCACGCACCTAAGGCCGGCAGCCTCGGTGAGGGCTCGCACCACGAAGATGTCGAGATCGCCAAGTCCAACATCCTCCTGATCGGCCCGACGGGTTGCGGCAAAACTTATTTGGCACAGACGTTGGCTCGTCGCCTGAATGTGCCGTTTGCCGTAGCTGACGCCACCGCTTTGACGGAAGCCGGCTATGTTGGCGAGGACGTCGAGAACATCCTGCTCAAGCTAATCCAGGCTGCTGACTACGACGTCAAGAAGGCTGAGCAAGGCATCATCTACATCGATGAGATCGACAAAATCTCCCGTAAGAGTGAGAACCCGTCGATCACCCGCGATGTCTCTGGCGAAGGTGTGCAGCAAGCACTCTTGAAAATTCTGGAAGGCACAGTCGCCTCCGTTCCACCCCAAGGTGGCCGGAAACACCCGCACCAGGAATTCATCCAGATCGACACCACCAACGTTCTCTTCATTGTTGCTGGTGCGTTCGCCGGACTGGAAGACATCATCGGTTCGCGCTCCGGACGCAAGGGCATCGGATTCGGTGCACCGCTCAATGAGGCCCGGGACAACGTGGATACTTACGGCGAAGTCATGCCGGAGGATTTGCTCAAGTTCGGCCTCATTCCCGAATTCATCGGGCGACTTCCTGTCATCACGACGGTATCGAGCCTCGATCGGCCGGCGCTGATCCAGATCCTCTCCACCCCAAAGAACGCTTTGGTGAAGCAGTACCAGAAGATGTTCCAGTTGGACGGCGTGGAGTTGCAGTTCGAGGACGACGCCTTGGACGCCATAGCGGACCAGGCGCTTGAACGTGGCACTGGTGCACGTGGCCTGCGGGCCATCATGGAAGATGTGCTGCTGCCCGTTATGTTCGATCTCCCCAGCAGGGACGACATCGCAACTGTGGTGATCACTGCGGACGTCGTGGCCAAGAAGGCACAGCCCACCATGATCGCCCACGACGTCGTTGCCAAGCGCCGGAATAAGTCGGCCTAG MARIGESTDLLKCSFCGKSQKQVRKLIAGPGVYICDECIELCNEIIEEELAEVSDLGSFELPKPREIFDFLQEYVIGQEPAKRSLAVAVYNHYKRIQAGHAPKAGSLGEGSHHEDVEIAKSNILLIGPTGCGKTYLAQTLARRLNVPFAVADATALTEAGYVGEDVENILLKLIQAADYDVKKAEQGIIYIDEIDKISRKSENPSITRDVSGEGVQQALLKILEGTVASVPPQGGRKHPHQEFIQIDTTNVLFIVAGAFAGLEDIIGSRSGRKGIGFGAPLNEARDNVDTYGEVMPEDLLKFGLIPEFIGRLPVITTVSSLDRPALIQILSTPKNALVKQYQKMFQLDGVELQFEDDALDAIADQALERGTGARGLRAIMEDVLLPVMFDLPSRDDIATVVITADVVAKKAQPTMIAHDVVAKRRNKSA PGPT0014600_888 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0014600-clpX-K03544 NA NA D3-18_01955 630 Thioredoxin-like reductase GTGCCCGAACAGACTGTGTCCGAAGAGAACGTCAATAAGGCTGATTTCTGGTTTGACCCCGTATGCCCCTTCGCGTGGATCACATCGCGCTGGATCGGTGAGGTGGAGCAGGTGCGGGGCATCGAGACCGAATGGCACGTCATGAGCCTTTCAGTGCTCAATGAGGGCCGTGACCTCCCCGGGAATTACCGCGCCATGATGGATGACAGCTGGGGTCCTGTTCGAGTGATCATTGCAGCCCAGGAGCTCCACGGCAGCAGCTACGTCAAGCCGTTGTATGACGCCATGGGGGAGCAGATCCACCACGAGGGTAACAAGGACCGCACTTCGGTGATCCAGAAGGCCCTCGCCGAGACCGGACTGCCCGCTGACCTGGCACGCTTTGCTGGCTCAGATGATTACGATGCCCAGCTGCGCGCCAGCCACGAAGCCGGTATTTCACTGGTGGGCCAGGACGTCGGAACTCCCGTTGTAGCCGTCAACGGCACGGCGTTCTTCGGTCCTGTGCTTACTCGGATTCCCCGGGGTGAAGAAGCCGGGAAGCTCTGGGACGCCACGGTGACCTTGGCTGGTTACCCGCACTTCTTTGAGCTGAAGCGCAGCCGCACTGAAAGCCCTGAGTTCAACTAA MPEQTVSEENVNKADFWFDPVCPFAWITSRWIGEVEQVRGIETEWHVMSLSVLNEGRDLPGNYRAMMDDSWGPVRVIIAAQELHGSSYVKPLYDAMGEQIHHEGNKDRTSVIQKALAETGLPADLARFAGSDDYDAQLRASHEAGISLVGQDVGTPVVAVNGTAFFGPVLTRIPRGEEAGKLWDATVTLAGYPHFFELKRSRTESPEFN NA NA NA NA NA D3-18_01956 876 mutM Formamidopyrimidine-DNA glycosylase ATGCCGGAACTCCCCGAAGTGCACGGCCTGTGCATGTACTTGGACACCCAACTCCATGGAGCCGTGCTGACCGAGGTCCGCATCAACTCCATCTCTGCGCTCAAGACGGCGGATCCTCCCTACACGGCTCTTGAGGGCCGGAGCATTCTCGGCACAAGACGCATTGGGAAGTTTGTGTGCCTTGACGCTGACGGTTTGTTCTTCGTGTTCCACCTGGCAAAGGCCGGCTGGGTCAGGTACACCGAACACCCGTCCTCCGCCGGGTTGCGCATGGGCAAAAGCAACATCTCAGCCCGACTCTTACTCCATCGCCCTGCCGACGACGCCCACATAGGCGTGGACCTGACCGAAGCTGGAACTAAAAAGAGCCTCGCAATCTACGTGGTGAGAGATCCAGAGGACGTTCCGGGAATAGCCACCCTTGGACCCGAACCGCTCAGCCCCGATTTTGACCTGGAAGCGCTGGCTGCGATCGTCGGCTCAAGTTCGCAACAAATCAAAGGCCTGCTGCGAAGCCAGAGCGTCATCGCTGGAATCGGCAATGCCTACAGCGACGAAATTCTCCACGCCGCCAGGATTTCCCCCTTTGCCACCGCCAAGTCCTTGGACCAGGCAACGGTGGCCCGGCTTTATGAGGCCATGCAGGAGATCCTGGTAGGTGCCGTCAACGCAGCAGCCGGCAAGCCGTCCAGCGAACTCAAGGACACTAAGCGCAGCAACTTCCGCGTGCATGCGAGGACCGGCCAGCCCTGCCCGGTGTGTGGGGATACCGTCCGTGAGGTGTCCTTCGCGGACACCTCACTTCAGTATTGCCCTACCTGCCAGACCAACGGGAAAATACTCGCCGACCGCAGGACCTCACGGTTCCTGAAGTAG MPELPEVHGLCMYLDTQLHGAVLTEVRINSISALKTADPPYTALEGRSILGTRRIGKFVCLDADGLFFVFHLAKAGWVRYTEHPSSAGLRMGKSNISARLLLHRPADDAHIGVDLTEAGTKKSLAIYVVRDPEDVPGIATLGPEPLSPDFDLEALAAIVGSSSQQIKGLLRSQSVIAGIGNAYSDEILHAARISPFATAKSLDQATVARLYEAMQEILVGAVNAAAGKPSSELKDTKRSNFRVHARTGQPCPVCGDTVREVSFADTSLQYCPTCQTNGKILADRRTSRFLK NA NA NA NA NA D3-18_01957 2622 valS COG0525 Valine--tRNA ligase ATGGCTGAATCAACGCAGGGTACAGACACGCCCGCCACCGCCCCCATCAACGTTCCCGACAAGCCGGCCCTTGAAGGCCTTGAGTCTGCCTTGACGCAGCGCTGGCTGAAGGAAGGGACCTACAAGTTCAATCCGGACACCACCCGGGAGCAGGTCTACTCGATCGACACTCCCCCGCCCACGGCATCCGGCTCGCTCCACGTGGGCCATATGTTCTCCTTCACCCAGACTGACGTCCAAGCCCGCTACATGCGCATGACCGGCAAGAACGTCTTCTACCCCATGGGCTGGGACGACAACGGCTTGCCCACCGAGCGCCGCGTCCAGAACTACTACGGTGTGCGTTGCGATCCCGCCATCCCCTACAAGGCCGACTACACGCCTCCAGCGCAGCCTGCCAAGAACCAGCGCGATTTCGACGTCGTTTCGCGCCAGAACTTCATCGAGCTGTGTGAAGAACTCGCCGTTGAGGACGAGAAAGTCTTCGAGAACTTGTTCCAGACCCTTGGCTTGTCCGTGGACTGGGACCTCACCTACCGCACCATTGACGACACCTCACGTGCGGTGTCCCAGCGCGCCTTCCTCGCGAACCTCTCTGCCGGTGACGCCTACATGGCCGAGGCACCCACACTGTGGGATGTGACGTTCCGCACTGCAGTAGCGCAGGCTGAGCTTGAGGACCGCGAAGTCGCCGGCGCCTACTACCGCTACCCGTTCTTCACCGAAGACGGCGAGAAGATCTTCATCGAGACCACCCGCCCGGAACTGCTCGCCGCCTGCGCGGCCCTGGTGGCAAATCCCGACGACGAACGGTATCAGCCGCTCTTCGGCAAGACCGTGAAGTCTCCGCTGTTCGATGTGGAGCTCGAGGTCAAGGCCCACCCTCTGGCCAAAGCGGACAAAGGCTCAGGCATCGCCATGGTCTGTACCTTTGGTGACCTGACCGACGTCACCTGGTGGCGGGAACTGCAGCTGCCCACCCGCGCCATCATGGGCCGCGACGGCCGCATCATTGCCGAGACGCCTGAATGGATCACCACCGACGCCGGCAAAGAAGCCTACGCTGCGATCGCCGGCAAGACCGCTTTCTCTGCCAAGGAAGCCGTGGTTGAACTGCTCAAGGCAGCGGAACTCCTGGACGGCGAACCGAAGAAGATCACCCACCCGGTGAACTTCTTCGAGAAGGGTGACAAGCCCCTTGAGGTTGTTACCTCCCGTCAGTGGTACATCCGCAACGGTGGCCGCGACGAGGAGCGCCGCGAACGCCTGATCGCCCGTGGCCATGAAATCACCTTCCACCCTGCGTTCATGCGTTCCCGCTACGAAAACTGGATCGCCGGCCTCAACGGTGACTGGCTCGTGTCCCGCCAGCGCTTCTTCGGAGTGCCCATCCCCGTCTGGTACCCGCTGGACGCCCAAGGCAACCCGGACTACGACAACCCCATCCTGCCCACGGATAAGATGCTCCCGGTGGATCCCGCCGCAGATGCCGCACCCGGCTTCGAAGAATCGCAGCGCGACCAAGCCAACGGGTTCACCGGAGACGCCGATGTGCTGGACACCTGGGCCACGTCCTCTCTGACCCCCCAGATTGTGGGTGGCTGGAGCCGCGACGAGGAACTGTTCTCCAAGGTTTACCCGTTCGACCTCCGCCCGCAGGGTCACGACATCATCCGCACCTGGCTGTTCTCCTCTGCCGTTCGCGCCGACGCCCTGCAAAGGAGCGCCCCGTGGAAGCACGCGGCCATCTCAGGCTGGATTCTGGACCCGGACCGCAAGAAGATGTCCAAGTCCAAGGGCAATGTCGTTGTGCCCACGGACGTGCTGAACGAGTACGGTTCGGATGCCGTCCGCTATTGGGCAGCCTCGGCCAAGCTCGGCGCTGACACCGCTTACGAGATCGCCCAGATGAAGATCGGCCGCCGCCTGGCCATCAAATTGCTGAACGCTTCGAAGTTTGTGCTGAACCTCGGCGCCACCGAGAACTCAGTGGTGACATCCGATCTTTCGGTGCTGTCCAACCCGTTGGACCGTGCGCTGTTGGCGCAGCTGTCCGACGTCGTGGCCCAATCCACCAAGGCGTTCGAGAACTACGACTACGCCCGCGCACTCCAGATCACTGAGTCGTTCTTCTGGCAGTTTACGGACGACTACGTGGAGCTCATCAAGGACCGTGCGTACGGTGCCGCCGGCGAATCCGAGCAGGCATCCGTTCTTGCCGCCCTCGCGACAACACTGGACTCGCTCCTGCGCCTGTTCGCACCGTTCCTGCCCTTTGCTACCGAAGAGGTCTGGGGCTGGTGGCGGACAGGATCAGTTCACCGCGCCCAGTGGCCGGCGGCCTTGGAGATCACCGATGGCGACACCACCATGCTTGGCACTGTGGGCATAGCACTCAGCGGCATCCGCAAGGCCAAGTCGGAGGCGAAGGTGAAGCAACGGACCGAGGTGCTCTCCGCATCCATTACCGCTTCCGAGGTACTGGTCGCCCAGCTGAAGGCCGGCCTTGGCGACCTGAAGGCAGCCGCAAATGCGCAGGAGATCAGTCTCCAGTCCGGTGAAGGCGACCTTACGGTCAGCGATGTTGTCCTGGCACCCGCCGAGGAACAGCCCGTGTCCTAG MAESTQGTDTPATAPINVPDKPALEGLESALTQRWLKEGTYKFNPDTTREQVYSIDTPPPTASGSLHVGHMFSFTQTDVQARYMRMTGKNVFYPMGWDDNGLPTERRVQNYYGVRCDPAIPYKADYTPPAQPAKNQRDFDVVSRQNFIELCEELAVEDEKVFENLFQTLGLSVDWDLTYRTIDDTSRAVSQRAFLANLSAGDAYMAEAPTLWDVTFRTAVAQAELEDREVAGAYYRYPFFTEDGEKIFIETTRPELLAACAALVANPDDERYQPLFGKTVKSPLFDVELEVKAHPLAKADKGSGIAMVCTFGDLTDVTWWRELQLPTRAIMGRDGRIIAETPEWITTDAGKEAYAAIAGKTAFSAKEAVVELLKAAELLDGEPKKITHPVNFFEKGDKPLEVVTSRQWYIRNGGRDEERRERLIARGHEITFHPAFMRSRYENWIAGLNGDWLVSRQRFFGVPIPVWYPLDAQGNPDYDNPILPTDKMLPVDPAADAAPGFEESQRDQANGFTGDADVLDTWATSSLTPQIVGGWSRDEELFSKVYPFDLRPQGHDIIRTWLFSSAVRADALQRSAPWKHAAISGWILDPDRKKMSKSKGNVVVPTDVLNEYGSDAVRYWAASAKLGADTAYEIAQMKIGRRLAIKLLNASKFVLNLGATENSVVTSDLSVLSNPLDRALLAQLSDVVAQSTKAFENYDYARALQITESFFWQFTDDYVELIKDRAYGAAGESEQASVLAALATTLDSLLRLFAPFLPFATEEVWGWWRTGSVHRAQWPAALEITDGDTTMLGTVGIALSGIRKAKSEAKVKQRTEVLSASITASEVLVAQLKAGLGDLKAAANAQEISLQSGEGDLTVSDVVLAPAEEQPVS NA NA NA NA NA D3-18_01958 789 COG4221 putative oxidoreductase ATGACTTTGGCAGCGCACAACACGCCTTCCGGACAGAACGCAGACAACAACAAGACGGCAGTCGTGACCGGTGCGAGTACCGGCATCGGCGAGGCCACGGTGAAGGCGCTGGTTGCCTCCGGATGGAAGGTCTTCGCGGTGGCCCGCCGGGCGGACAGGCTGGACGCCTTGGGAACCGAAACCGGCGCCGTGCCGTTCCCGGCTGACATCACGGACGACGACGACGTCTCGGCCTTGCTTGCGGCCGTCACCAACGCCGGGGGTGCCGACACCCTCATCAACATCGCCGGTGGTGCACGCGGCGCGGACACCATCGCGAACGCTGACACTGAGGACTGGGATTGGATGTACCAGGTGAACGTCCTGGGCACCATGAAAATCACCCGTGCCTTCCTGCCCATGCTGCGGGACAACGGTGAGGGAACCGTCCTCAACCTGACGTCCACGGCAGGGTTGTCCGCTTATGAAGGCGGCGCGGGATACAACGCAGCCAAATTTGCCCAGCATGCCATGACCAATGCCCTGCGCCTGGAAGAGGTGGGCAACAACATCCGGGTCATCGAGGTGGCTCCGGGGTTGGTGCAGACCGAGGAATTCGCACTGAACCGCCTTGGTGACAAAGACGCAGCCGCCAAGGTTTATGCCGGCGTGGAAAAGCCCCTGACCGCCGAGGACGTGGCAGGCGTGGTGGCGTACTCAGTCTCCTTGCCGCACCACATCAACCTCGACCAGATCGTCATACGCCCCGTGGCCCAGGCGGCGAACCACAAACTGATACGTAAAGGCTAA MTLAAHNTPSGQNADNNKTAVVTGASTGIGEATVKALVASGWKVFAVARRADRLDALGTETGAVPFPADITDDDDVSALLAAVTNAGGADTLINIAGGARGADTIANADTEDWDWMYQVNVLGTMKITRAFLPMLRDNGEGTVLNLTSTAGLSAYEGGAGYNAAKFAQHAMTNALRLEEVGNNIRVIEVAPGLVQTEEFALNRLGDKDAAAKVYAGVEKPLTAEDVAGVVAYSVSLPHHINLDQIVIRPVAQAANHKLIRKG NA NA NA NA NA D3-18_01959 1029 hypothetical protein ATGGAAACCCGCCCTGCGCCGCAGCGTGCTTCGTTGGCGTGGTCGGTGGTGGCGTTGCTTGCTGCCCTGCCCGTGGCGGGGGTATCGATGTTCCGCGCGATCCCCGCGGAGTGGCCCTTGATTGTGGTGCAGCTGTTGTCCTTCACCCCGTGGATGGTGTTGCCGGCGGCGCTTGCCTTGGTGCTTGCCTTGGCAGGGCGGCGGCGTTGGGTCATTACCACGACGGCGGCCCTGCTGGCGGTCCAGCTGTTCTGGCTGTTCCCGTTGGACGCCGGAAAGCCGGATTCCTTGCCTTCCGGTACTGCCACAGTCCCTTTGAGTGTGATGAGCCTCAACTCTGAATACGGAGAGGCGGACGCCGCCACCATCGTGAAGCTGGTCCGGGACAGCGGGATTCAGCTGCTGACCATCCAGGAACATACGCAGGGACTGGAAGATCGCCTAACCTCCGCAGGCATGGAGGATGTACTGCCGAACCGGGTCAGCGAACCCAATGACGACGCCTCCGGCGGCGCCGTGTATTCGGTGTTCCCGCTCGAGCCCGACGGGCTCCTGCCCGATACACCATTCCGGATTGACGTCACCCGGGTACTCGTCTCAAACCCGGAGTCCGGCGCCAAGGCCTCGTTGAACCTCACCAACGTGCACGCCCTCCCGCCGGTGGATGAGCGGATTGACCAATGGCGGAGCGACCTCGGCAAGATAGCCCGCCAAGCGTCAGAATCCGGGAACCACCTGCTGATGGGCGACTACAACGCCACCTACGATCACTCCGAGTTCCGGGCTTTGCTGGACACCGGACTTGGCGGCACCGCGTCAGGCGGCACGAAGCTTGTGGATGTAGGTACCGCCTCAGCGGGTGGACGGTTCTCCCCCACGTGGCCCGTGGAAGGACCCCTGCTGCCGGGCATCGTGATCGACCACATGGTCACCTCGCCCCGCATCGGCAGCAGCGGTTATGCCGTCCACCGTGTTCCCGGTTCGGATCATGCAGCCATCATGGCCACATTGCTCATTCCTGCCGGTTAA METRPAPQRASLAWSVVALLAALPVAGVSMFRAIPAEWPLIVVQLLSFTPWMVLPAALALVLALAGRRRWVITTTAALLAVQLFWLFPLDAGKPDSLPSGTATVPLSVMSLNSEYGEADAATIVKLVRDSGIQLLTIQEHTQGLEDRLTSAGMEDVLPNRVSEPNDDASGGAVYSVFPLEPDGLLPDTPFRIDVTRVLVSNPESGAKASLNLTNVHALPPVDERIDQWRSDLGKIARQASESGNHLLMGDYNATYDHSEFRALLDTGLGGTASGGTKLVDVGTASAGGRFSPTWPVEGPLLPGIVIDHMVTSPRIGSSGYAVHRVPGSDHAAIMATLLIPAG NA NA NA NA NA D3-18_01960 3288 ileS COG0060 Isoleucine--tRNA ligase ATGACCCACTACCCCAAGGCCTCAGCGTCTTCGTCCGGCACGCACGGCGTGTCCGCTTCCGTGAAGTTCCCGGAGATCGAAGAGCGCATCCTCAAATACTGGGACGAAGACGGCACCTTCCAAGCCAGCATCGACCAACGTGATGCGGGCAAAGACGGCAGCAACGAGTTCGTCTTCTACGATGGCCCTCCCTTCGCCAACGGTCTCCCGCACTATGGCCACCTCCTGACCGGCTACGCCAAGGACCTGGTAGGCCGCTACCAGACCCAGCGCGGCAAGCGCGTGGAGCGTCGCTTCGGCTGGGACACCCACGGCCTCCCGGCAGAGCTCGAAGCCATGAAGCAACTGGGCATGACGGACAAGACCCAGATCGAAGCCATGGGCATCGACAAATTCAACGACGCCTGCCGCGCCTCTGTCATGAAGTACGCCAACGAGTGGAAGGCCTACGTCACCCGCCAGGCACGATGGGTGGACTTCGAGAACGACTACAAGACGCTCAACGTCGAGTACATGGAGTCGGTGCTCTGGGCCTTCAAGCAGTTGCACGAGAAGGGCCTTACCTACAACGGTTACCGTGTCCTCCCGTACTGCTGGAAGGACGAGACACCGCTGTCCAACCATGAACTCCGCATGGACGACGACGTCTACAAGAACCGCCAGGACCAAACGGTCACTGTGACGTTCCCCGTCAAGGCAGGAGAGTCCGAGCTCTCCAAGGCACTCGCCGGTGTTCAGGCACTCGCCTGGACCACCACGCCCTGGACGTTGCCCACCAACCTGGCGCTCGCCGTCGGGCCTGAGATCTCCTACGCGGTCCTGCCTGCCGGACCCAACGGCGTCAAGGCCGCTTCCCCTGAAGCGCCGGTCGCGGGTAGCTTCCTGTTGGCAGCTGACCTTGTGGGGGCGTATGCCAAGGACTTGGGGTACGACGACGCTGCTGCCGCGGCTGCCGCTGTCGTGTCCACTCACACAGGCACCGAGTTGGCCGGTCTGGAGTACGAACCGCTCTGGAACGACTTTGCCGATGCTGAGAAGTACGGCACGCAGAACGCCTGGCGTTTCCTCGTGGCTGACTACGTCACCACCACCGACGGTACGGGCATCGTCCACCAGGCTCCGGCCTACGGTGAGGATGACCAGAAGGTCTGTGAAGACGCCGGCATCCCCGTGGTCCTGTCCGTCGACGAAGGCGCCAAGTTCCTGCCGCTGTTCGCGCACGGGGAGCTTGCCTCGATTGTTGGCCTCCAGGTCTTCGACGCCAACAAGCCCATCACCCAGGTGCTCCGGGCCGATGGACGCTTGGTCCGCCAAGCCAGCTACGAGCACAGCTACCCGCACTGCTGGCGTTGCCGGAACCCGCTGATCTACCGTGCCGTGTCGTCCTGGTATGTGGAAGTCACCAAGTTCAGGGACCGTATGTCCGAGCTGAACCAGGAGATCAACTGGATCCCGGGCAACGTCAAGGACGGCCAGTTCGGCAAGTGGCTGGATAACGCCCGTGACTGGTCCATCAGCCGCAACCGGTACTGGGGTTCGCCCATCCCCGTGTGGCAGTCCGACGACCCCGAATACCCGCGCACCGACGTCTACGGTTCCCTGGCCGATCTGGAAGCAGATTTCGGACGCCTCCCGATGAACAATGAGGGTCAAGTTGACCTGCACCGGCCGTTCATCGATGAACTGACGCGTCCCAACCCGGACGATCCCACGGGTAAGTCCACCATGCGCCGCGTCGAAGACGTCCTGGACGTCTGGTTCGACTCCGGTTCCATGCCGTACGGCCAGGTTCACTACCCGTTCCAGAACGAGCAGTGGTTCGACACCCACAACCCGGCGGACTTCATCGTGGAGTACATCGGCCAGACGCGCGGCTGGTTCTACATGCTGCACATCCTGTCCACCGCACTGTTTGATCGCCCGGCGTTCCGCAACGTGATCAGCCACGGCATCGTGCTGGGTTCCGACGGCCAGAAGATGTCCAAGAGCCTGCGCAACTACCCGGACGTGTCCGAGGTCCTGGATCGCGACGGTTCAGACGCCATGCGCTGGTTCCTCATGTCCAGCCCCATCCTGCGCGGCGGCAACCTTGTGGTGACCGAGCAGGGCATCCGCGACGGCGTACGCCAGGTCATCCTGCCGCTGTGGAACGTTTACAGCTTCTTCACGCTGTACACGAATGCCGCCAACGGCGGTTCGGGCTACGAGGCGAAGCTGCGCTACGACGGCTATGCCGACACCCTGGACCAGTACCTCCTGGCCAACACCGGGGACCTGGTCCGAAATGTCACCGCGAGCCTGGACAGCTACGACATCTCCGGTGCCTGCGATGAACTCCGCAGCTACCTGGACATGCTCACCAACTGGTACGTCCGCCGTAGCCGCCAGCGCTTCTTCGACGAAAACGTTGATGCCTTTGACGCGCTCTACACCGCCCTCGAAGCAGTGTGCCGCGTATCCGCGTCCTTGCTGCCCCTGGTGACGGAAGAGATCTGGCGTGGGCTGACCGGTGGCCGCTCTGTTCACCTGGCTGACTGGCCCGACGCTTCGCTGTTCCCGTCCAACGCAGCATTGGTTGAAGCAATGGACCGTGTCCAGCAGATCTGCTCCACCGGCTCCAGCTTGCGGAAGGCCGCGAACCTGCGAGTCCGCTTGCCGTTGCAGGAACTGACTGTGGTGGCACCTGGTGCAGATGCGCTGGAAGGCTTTGCCGCCGTCGTCGCCGATGAACTGAACCTACGTTCCGTTCGGCTCTTGGACGCTGCAACTGCCTCGCCTGAGGAGTTCGGCATTGAGCAGAAGCTCGTGGTCAACGCCCGGGCCGCGGGTCCGCGCCTTGGCAAGAACGTGCAGCAGGCCATCAAGGGATCCAAGTCCGGAGATTGGTCTGTCAATGACGCCGGGGTAGTGGTGGCCGGTGGCTTGGAGCTCGAGCCGCAGGAGTACACGCTGGAGACTGTCGTGGCAGAAACGGCCGACGGCGGTAGCTCGGCAGTAGCTGTCCTGCCGGGCGGCGGTTTCGTTGTCCTCAACACCGAGGTCACTCCTGAACTTGCAGCCGAGGGACTGGCTCGCGACATGGTCCGCGCCATCCAGCAGGCGCGCAAGGACGCAGGACTGAACGTGAGCGACCGCATCCACACTTCCGTGGAGGCCGCACAGGATGTGGTTGACGCCCTGGAAGCCAACTCGGAACTCGTCAAGACCGAAACTCTGACGTTGGAACTGGAGGTTCTGTTGGCCAGTGTCGACGAACCGCAGGTCACCGTCGCAAAGGCAGGGGCCTGA MTHYPKASASSSGTHGVSASVKFPEIEERILKYWDEDGTFQASIDQRDAGKDGSNEFVFYDGPPFANGLPHYGHLLTGYAKDLVGRYQTQRGKRVERRFGWDTHGLPAELEAMKQLGMTDKTQIEAMGIDKFNDACRASVMKYANEWKAYVTRQARWVDFENDYKTLNVEYMESVLWAFKQLHEKGLTYNGYRVLPYCWKDETPLSNHELRMDDDVYKNRQDQTVTVTFPVKAGESELSKALAGVQALAWTTTPWTLPTNLALAVGPEISYAVLPAGPNGVKAASPEAPVAGSFLLAADLVGAYAKDLGYDDAAAAAAAVVSTHTGTELAGLEYEPLWNDFADAEKYGTQNAWRFLVADYVTTTDGTGIVHQAPAYGEDDQKVCEDAGIPVVLSVDEGAKFLPLFAHGELASIVGLQVFDANKPITQVLRADGRLVRQASYEHSYPHCWRCRNPLIYRAVSSWYVEVTKFRDRMSELNQEINWIPGNVKDGQFGKWLDNARDWSISRNRYWGSPIPVWQSDDPEYPRTDVYGSLADLEADFGRLPMNNEGQVDLHRPFIDELTRPNPDDPTGKSTMRRVEDVLDVWFDSGSMPYGQVHYPFQNEQWFDTHNPADFIVEYIGQTRGWFYMLHILSTALFDRPAFRNVISHGIVLGSDGQKMSKSLRNYPDVSEVLDRDGSDAMRWFLMSSPILRGGNLVVTEQGIRDGVRQVILPLWNVYSFFTLYTNAANGGSGYEAKLRYDGYADTLDQYLLANTGDLVRNVTASLDSYDISGACDELRSYLDMLTNWYVRRSRQRFFDENVDAFDALYTALEAVCRVSASLLPLVTEEIWRGLTGGRSVHLADWPDASLFPSNAALVEAMDRVQQICSTGSSLRKAANLRVRLPLQELTVVAPGADALEGFAAVVADELNLRSVRLLDAATASPEEFGIEQKLVVNARAAGPRLGKNVQQAIKGSKSGDWSVNDAGVVVAGGLELEPQEYTLETVVAETADGGSSAVAVLPGGGFVVLNTEVTPELAAEGLARDMVRAIQQARKDAGLNVSDRIHTSVEAAQDVVDALEANSELVKTETLTLELEVLLASVDEPQVTVAKAGA NA NA NA NA NA D3-18_01961 1362 folC COG0285 Dihydrofolate synthase/folylpolyglutamate synthase ATGACTGACGAATTCTCGGTTGAAAGTGTTTACGCCGAACTCCTGGGCCGTGCCCCGGAAAACAAGATGGAACCTCGCCTGGCTCCGTTGTTCCGTGCAATGGATGTCCTGGGGGAGCCGAACAAGGCTTTCCCGATCATCCACATCACCGGCACTAACGGCAAAACGTCCACGGCACGCATGATCGAGGCCGGACTGCGTGCCCACGGCCTGAGCACGGGCCGTTACACCAGCCCGCACCTGTCCAAAGTGACTGAGCGCATCAGCATTGACGGCGAGCCTGTACCGGATGCGACGTTCGTGCGCATCTGGGACGAGATCCGCCCCTACCTGGAAATCGTGGACGGCGAGCTCGTTGCCGAAGACCAACCGCGACTGACCTACTTCGAGTGCCTGACTATTCTTGGCTTCGCGGTGTTCGCTGATCAGCCTGTTGATGTTGCCGTCATGGAAGTCGGCTTGGGAGGCATCACCGATGCCACCAACGTTGGCGACGGCCAAGTCTCCGTCATCACGCCCATTTCCCTGGACCACACGGATCTTCTGGGCGACACCACCGAGGACATCGCTTACGAGAAATCCGGCATCATCAAACCTGGTGGCTTCCTGGTAAGCGCTGCCCAGCCCGTGGATGCCGCACAGGTCCTGTTGGAGAAGGCGCGTGAAGTGGACGTGCCGTTCCGTTTCGAAGGCGTCGAATTCGGTGTCGAGTCCCGCAGCGTTGCCGTGGGCGGACAGGTCCTGACCATTCAGGGACTCGCCGGGCGCTACGAAGACCTGCTGCTGCCACTGCATGGCGCCCATCAGGCTGAAAACGCAGCTGTCGCCGTCGCGGCTTTGGAAGCATTTTTCGGTGGAGGAGAGAAAGAGCTCGACGCCGAGGTGCTCAAGGAAGCCTTTGGTAACGTGACGTCGCCCGGCCGGCTGGAAGTTGTGCGCACAGCGCCCACCGTCGTGGTGGATGCTGCCCACAACCCCGACGGCATCCGTGTCTCTTCAGAGGCCATCCAGGAAGCTTTCAGCTTCAGCAAGCTGGTGGTTGTCGTGGGCGTCCTGCGGGAGAAGGACGCCGAGGAGATCCTCAAGACCCTCAAGGAATCACTGGGTGGCTTGGCCGAGGAATTCTGCTTCACCCAGTCCAACTCGGCGCGCGCCGTTCCGGCAGCGGAACTGGCCGAACTCGCCGTCGACCTCGGCTTCGGCGAGGACAACGTCCACATCGCGGAGAAGTTGGATGACGCCTTGGAATGGGCTGTGGAGCGCGCTGAATCCAACGATGACCTGGCAGGCGGCGTCCTGGTAACGGGCTCCATCACTGTGGTGGCCGAGGCGCGGATCCTGCTAGGAAAGGCGAGTGCCTAG MTDEFSVESVYAELLGRAPENKMEPRLAPLFRAMDVLGEPNKAFPIIHITGTNGKTSTARMIEAGLRAHGLSTGRYTSPHLSKVTERISIDGEPVPDATFVRIWDEIRPYLEIVDGELVAEDQPRLTYFECLTILGFAVFADQPVDVAVMEVGLGGITDATNVGDGQVSVITPISLDHTDLLGDTTEDIAYEKSGIIKPGGFLVSAAQPVDAAQVLLEKAREVDVPFRFEGVEFGVESRSVAVGGQVLTIQGLAGRYEDLLLPLHGAHQAENAAVAVAALEAFFGGGEKELDAEVLKEAFGNVTSPGRLEVVRTAPTVVVDAAHNPDGIRVSSEAIQEAFSFSKLVVVVGVLREKDAEEILKTLKESLGGLAEEFCFTQSNSARAVPAAELAELAVDLGFGEDNVHIAEKLDDALEWAVERAESNDDLAGGVLVTGSITVVAEARILLGKASA PGPT0007975_866 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007975-folC-K11754 NA NA D3-18_01962 453 hypothetical protein ATGGCGAAAATGACCAAGGCGCAGCGTGAATGGCGGCCGGGCATGCCTAAGAAGCGCCGATCCACCAAAGTGATGTTCGCTTCCACCGTGCTCCTGCTCGAAGCCTTCGTGGCGTTCTTCGGCACCCTGGCAGTCTTCGGCCTGAGGCGTGGAGAAGTTGACCCCGGCATCATCCTGGGAGTTGGCATCGCGCTGACGGTGGTGCTGGTGTTGGCGTGCGCCGTACTATCCAAGCCTTGGGGCATTGGACTTGGCTGGGGACTGCAGCTGGTGCTCATCCTGACGGGCTTCGCCGAGCCCACCATGTTCATTGTCGGCATTCTGTTTGCCATCTGCTGGTGGTACGGGATCAGGGCCGGTATGCGGATTGACCGCGAGGTGGCCCAACGCGACCGCGAACAGGCGGAATGGGACGCAGCGCATGGTGACCAGGCTGGCCCGCAAACCCCGTAA MAKMTKAQREWRPGMPKKRRSTKVMFASTVLLLEAFVAFFGTLAVFGLRRGEVDPGIILGVGIALTVVLVLACAVLSKPWGIGLGWGLQLVLILTGFAEPTMFIVGILFAICWWYGIRAGMRIDREVAQRDREQAEWDAAHGDQAGPQTP NA NA NA NA NA D3-18_01963 420 ndkA COG0105 Nucleoside diphosphate kinase GTGAGCATTGAACGGACACTTGTCCTGGTCAAGCCCGACGGCGTCGCCCGCAACCTGGGTGGAAGCATCCTCGCCCGGATCGAAGCCAAGGGCTACACCCTGGCCGAACTGAAGAAGGTCAACGCGACCCGCGAACTGCTGGAGCAGCACTACGAGGAACACGTGGGCAAGCCGTTCTACGAGCCGCTGGTTGAGTTCATGCTCAGTGGACCTGTTATCGCTGCGGTCTTTGAAGGCCACCGGGTGATCGAAGGCTTCCGCTCGCTGGCCGGAACCACGGATCCGACGACGGCGGCACCGGGCACCATCCGCGGCGACTTCGGCCGCGACTGGGGCCTGGCAGTCCAGCAGAACCTCGTTCACGGTTCAGATTCAGTCGACTCCGCAGAGCGTGAGATCAAGATCTGGTTCGAGGGCTAA MSIERTLVLVKPDGVARNLGGSILARIEAKGYTLAELKKVNATRELLEQHYEEHVGKPFYEPLVEFMLSGPVIAAVFEGHRVIEGFRSLAGTTDPTTAAPGTIRGDFGRDWGLAVQQNLVHGSDSVDSAEREIKIWFEG PGPT0021210_4701 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021210-ndk-K00940 NA NA D3-18_01964 669 hypothetical protein ATGCCAAGCACCGCCAGGGGAAACCTGGCCAACAAAGCCACAAGCCATGTGGAGGACATGTCCACCCAGCAGGACTCCCTCCCCAATACGGTCCGTGACAAACCTTTCGCATGGCTGCTGTTGATCACCGGCGTCGTTGGCTGGTTGGCGTCCGGAATCCTGGTGCTGGAGAAACTTGAAGTGCTCAAGGATCCCAACCACGTGACGGTGTGCGATGTAAATCCGTTTGTCTCCTGCGGCGAAGTGATGCAGACACCGCAAAGCTCGGTGTTCGGGTTCCCCAACATGTTCATCGGCATCGTGGCCTTCGCTGTCATCATCACCACAGCCATGGGTATTCTCGCGGGAGCCAGGTATTCACGGGGTTACTGGCTGGGCCTGCAAACCGGCGTGACCCTGGGTTTCGCATTCGTTGTGTGGCTGTGGTCGCAGGCCCTCTACGTCATTCACGTGCTGTGCCCGTTCTGCATGGTGGTGTGGGCCGCCATGATCCCCCTGTTTGTCTGGGTAACCATCCGCAATGTCACCAGCGGGGTCGTCAAAGCGCCGCCGGCACTGGTCAAGCTTTTGTCCGGATCGGGATGGATCATCGTTGCCCTGCTGTACGTGGCCGTGATCGCCACGATCTTCTTCTCCTTCATCCACCTCTTCGTGGCGTCCACAGCGTAG MPSTARGNLANKATSHVEDMSTQQDSLPNTVRDKPFAWLLLITGVVGWLASGILVLEKLEVLKDPNHVTVCDVNPFVSCGEVMQTPQSSVFGFPNMFIGIVAFAVIITTAMGILAGARYSRGYWLGLQTGVTLGFAFVVWLWSQALYVIHVLCPFCMVVWAAMIPLFVWVTIRNVTSGVVKAPPALVKLLSGSGWIIVALLYVAVIATIFFSFIHLFVASTA NA NA NA NA NA D3-18_01965 3222 rne Ribonuclease E ATGGATAATGACCAGGTTGTAGCCGTTAATGACGAGGCAGCTCCCGCGGAAACTGCGGAAGCGCCCAAGAAAGCCACCAGGACCCGGCGCAAGGCAGCGCCCAAAGTCGCCGCTGACGTAGAGACACCTGCTGCCGAGACCGCCGCTTCGGAAGCAGCCCCTGAGGCCGCCGCAGCACCAGTGCGTCGCACCCGTTCCCGCAAGAAGGCAGAGCCTGCCGAAACCCTGCCCGGTTTGGGCGACGAAGCTACTGCCGCGGAAGTTGAGGCCACTGCCGCGCCGGAAGCCGCCGAAGTCAAGCCCGAAGCGGCCGCCGAGCCGGCCCCCGAAAAGCCGGTCCGCCGTCGTCGTACTACCAAGCCCAAGACTGAAGCCGTAGAGGCACCTGTTGCGGTGGAAGCCGCCCCGGAAACCACGACGCCGCAGAATGGCTCCCAGCCGGAAGAACCGGTCGCTGAGGTAGCCGCCGACGTTCCTGCCCAAAACCCGGAAGCCGAAGCCGCAGCAGAGGAACCTGCCGAAGAAGCTGCTCCTGCAGCGTCCACTTCACTGTTCATGGAGCCTGTTTCCATCACGTCCATGATCTTCCAAGCCCCGGACCTCACCACAGTTCCCCGCGTCGCCACGGTGGAGGAGAAGCCCGAGGAGCCTGAAGAAGAAACCGAAACCACCGCTGAAGGCGAGCTGGAAGACGCGGGTAGTCGCCGGCGTCGCCGGAGCCGCGGCCGCCGTGGTCGCCGTGGAACGGAACGCGACGAGAATGAGACCGAGGACGGCACCGAGTCCGAGGACGAGGAAGCGCCGGTAGCAGAAGCCCTCGAAGAAGGCGTCACGTCCCGTCGTCGTCGCCGTCGTCGTCGTGGGGACCAGGATCTCGAACTGACCGGTGGCTCGGACGATGATCCGCCCAACACGGTCACCCGTGTGCGCGCGCCCCGCCCCATCACCGAAACTGCCCCCTCCAACCGCGTTACCGGCGTGAAGGGCTCCACAAGGCTGGAGGCCAAGAAGCAGCGCCGCCGCGAATCCCGCGAGACGGGCCGTCGCCGCCAGGTGATCACCGAGGCCGAGTTCCTGGCCCGCCGTGAGTCAGTGGACCGCCAAATGATCGTCCGCCAGCGCGACGACAGAATTCAGATCGGTGTCCTGGAAGACGGTGTGCTCGCTGAGCACTTCGTATCCAAGACCCAGCAGGACTCCCTGATCGGCAACGTGTACTTGGGCAAGGTCCAGAACGTGCTGCCTTCCATGGAAGCTGCGTTCGTGGACATCGGACGGGGCCGCAACGCCGTCCTGTACGCCGGAGAAGTCAACTGGGACGCAGTGAACCTTGAAGGCCAGCCGCGCCGGATCGAGAACGCCCTGAAGTCCGGCGACTCCGTCCTGGTCCAGGTCACCAAGGACCCCGTTGGACACAAGGGTGCCCGCCTCACCAGCCAGATCTCCCTGCCGGGCCGCTACTTGGTGTACGTACCCGGTGGTTCCATGACCGGCATCTCACGCAAGCTGCCCGACGTCGAGCGCAATCGCCTCAAGCGAATCCTGAAGGACCGCTTGCCGGAAAACGCCGGTGTCATTGTTCGCACAGCTGCTGAGGGTGCGTCGGAGGAAGAGCTCACCCACGACATCAACCGTCTGCGCGCGCAGTGGGAAGGCATCGAAGGACAGGCCTCGTCCACCAAGGTCCTGGCTCCCGAACTGCTCTACGGCGAACCTGACCTCACCATCAAGGTGGTCCGTGACGTCTTCAACGAGGACTTCTCCAAGCTGATCGTCTCCGGTGACGACGCCTGGGACACCATCGAAGCCTATGTGACGTACGTTGCCCCCGATCTGGTGGGACGCCTCGAAAAGTGGACCAAGGACCAGGACATCTTCGCCGCGTGGCGCATCGACGAGCAGATCCACAAGGCCTTGGAGCGGAAGGTCTTCCTGCCGTCCGGCGGTTCGTTGGTCATCGACCGTACCGAGGCCATGACCGTGGTGGACGTCAACACCGGTAAGTTCACCGGCAGTGGCGGAAACCTCGAAGAAACGGTCACCAAGAACAACCTTGAAGCGGCCGAGGAAGTTGTTCGCCAGCTCCGTCTGCGTGATATCGGCGGCATTATCGTCATCGACTTCATTGACATGGTCCTTGAATCCAACCGCGACCTCGTCCTCCGACGCATGGTCGAGTGCCTCGGCCGGGACCGCACCAAGCACCAGGTGGCTGAAGTGACATCGCTGGGCTTGGTCCAGATGACGCGCAAGCGCATGGGAACCGGCCTCCTTGAGGTCTTCGGTGAGCAGTGCGAGCATTGCGCTGGCCGGGGTGTCGTCACTCACGATGAGCCCGTTGAGCACCGTCGCGCCAACGTGGTGGCTGCTGAACATCACCGCCCACACACCGAACCGCAACAGCCTGCTGCACGGACGGAACGCAAGCGCCGCCGCGGCAAGGGCGGGGGACCGGTCATTGCTGAAGCCCCCGCGCAGGTCCACACGACGACGTCCGCCCCGGTCGCAGCATCCACAACGGCTGAACCGCAGGATCCTGCCCGGATAGCCAAGGCCGAGGCGACCAGGGCCGCCCTGGCAACGATTGCCGCCGCGGCGCACGCCGCCCACCTGCACGACGACGAAGTTCACCGTGCGGAGGAAGAAGCGCGGGCGGCAGGCCGGCACGAGCCAGACGCAAGCACTGCATCCGGCACCGCCGCCAGCGGTGACGCAGGGGCTTCAGCCCGCGATGCAGCGAGCCGGGAAGCAGCAGTCCAGGAAGCAAGGTCCACGCCGGTCTTGCGCTTCGGCGGGGAAGAAGTTGCCTTGCCGTTCGTTGAGCACCACGAGGAACCGCAGTCAGCCACGCCTGCCATGAGCCTGGATCTGTTGGCCGAAGCGTTCTCGCACCTCGGCGCGGCTCCGGCACCCGAGGAAGAAGCCGAGCCAGTTTCAGCCCCGAAGGCTGCTGAGACCCTGAAGGCCTCCGCTCCGGCACGGACTGCTGACGAAGATCCCGAGGCTGCTTCAGCCCCGCGTGGTCGTCGTGGTCGCCGTAACCGGAGTGCCAGCAGGGCTCAGGGCGCGGCCAATGAAACCAGCGTTGAGCACCATGAGGCGACAGCGTCGGCCACCCGGGGTTCAGCCCATGAGGCCAAGGCGCCTATGGAACCGACCAAGAAGGCGCCACAGGATGAGCCCATCATCCTCGGCGTTGGAGTTCCTGCTTCCGAGCTCTAG MDNDQVVAVNDEAAPAETAEAPKKATRTRRKAAPKVAADVETPAAETAASEAAPEAAAAPVRRTRSRKKAEPAETLPGLGDEATAAEVEATAAPEAAEVKPEAAAEPAPEKPVRRRRTTKPKTEAVEAPVAVEAAPETTTPQNGSQPEEPVAEVAADVPAQNPEAEAAAEEPAEEAAPAASTSLFMEPVSITSMIFQAPDLTTVPRVATVEEKPEEPEEETETTAEGELEDAGSRRRRRSRGRRGRRGTERDENETEDGTESEDEEAPVAEALEEGVTSRRRRRRRRGDQDLELTGGSDDDPPNTVTRVRAPRPITETAPSNRVTGVKGSTRLEAKKQRRRESRETGRRRQVITEAEFLARRESVDRQMIVRQRDDRIQIGVLEDGVLAEHFVSKTQQDSLIGNVYLGKVQNVLPSMEAAFVDIGRGRNAVLYAGEVNWDAVNLEGQPRRIENALKSGDSVLVQVTKDPVGHKGARLTSQISLPGRYLVYVPGGSMTGISRKLPDVERNRLKRILKDRLPENAGVIVRTAAEGASEEELTHDINRLRAQWEGIEGQASSTKVLAPELLYGEPDLTIKVVRDVFNEDFSKLIVSGDDAWDTIEAYVTYVAPDLVGRLEKWTKDQDIFAAWRIDEQIHKALERKVFLPSGGSLVIDRTEAMTVVDVNTGKFTGSGGNLEETVTKNNLEAAEEVVRQLRLRDIGGIIVIDFIDMVLESNRDLVLRRMVECLGRDRTKHQVAEVTSLGLVQMTRKRMGTGLLEVFGEQCEHCAGRGVVTHDEPVEHRRANVVAAEHHRPHTEPQQPAARTERKRRRGKGGGPVIAEAPAQVHTTTSAPVAASTTAEPQDPARIAKAEATRAALATIAAAAHAAHLHDDEVHRAEEEARAAGRHEPDASTASGTAASGDAGASARDAASREAAVQEARSTPVLRFGGEEVALPFVEHHEEPQSATPAMSLDLLAEAFSHLGAAPAPEEEAEPVSAPKAAETLKASAPARTADEDPEAASAPRGRRGRRNRSASRAQGAANETSVEHHEATASATRGSAHEAKAPMEPTKKAPQDEPIILGVGVPASEL NA NA NA NA NA D3-18_01966 267 hypothetical protein ATGAGCCCATCATCCTCGGCGTTGGAGTTCCTGCTTCCGAGCTCTAGTCACGGGGAACACGTTGTAAAGGACCCCGCACTATCTGCCAAACGGCAGGTAGTGCGGGGTCCTTTTGCGTCCGCTCTGCAAGACACGAATAGGCTGCGCTCAGAGTCACATCCGGGCTCCGGCGTGGCCCGGTTGCCGCGCCTCGTTGCTTCCCGGCTACGCTTGGGGACTGACACGGGGTGCCGGGCGTTGGGCCAGGCTGAGATCCAAACCCGTTGA MSPSSSALEFLLPSSSHGEHVVKDPALSAKRQVVRGPFASALQDTNRLRSESHPGSGVARLPRLVASRLRLGTDTGCRALGQAEIQTR NA NA NA NA NA D3-18_01968 1527 pdxY Pyridoxal kinase PdxY ATGACTGCATCATCATATTCATCGGTGTACCCCCTCGACGCTCCGGCTTCGGGCCGTCCAACCCCACGCGTCCTGAGCATTGCCGGCTCGGACCCTTCAGGCGGTGCGGGAATCCAGGCGGACTTGAAGAGCATCGCCGCGTTCGGCGGGTATGGCATGGCTGCCATTACGGCGCTCACCGCGCAAAACACCAGGGGGGTCAGTGCCGTCCACGTCCCTCCCGCGCACTTCCTGCGTCAGCAACTGGACGCCATCAGTAGTGACATCACTATTGACGCCGTCAAGATCGGAATGCTTGGGGACGCAGCCGTCATTGACGAGGTCCGGGGCTGGCTCGAAGAGGTGCGTCCCGCCGTCGTGGTCCTTGATCCGGTGATGGTGGCCACCAGTGGTGACCGGCTGCTGCGGGAGTCAGCAGAGAAGGCCTTGCGTTCGCTGCTCCCTTTGGCAGATCTCATGACGCCGAACCTTCCAGAACTGGCCATGTTGCTGGGGGAGTCGGAGGCAACAGACTGGGCTTCGGCGCTGGACCAGGGCAAGCGGCTGGCAGCGGAGTACGGGAACACTGTCCTGGTCAAGGGCGGCCACCTGCCAGGGCCGGAGTGCCCCGATGCGCTGGTGAATACCAGCGGGCTGCTGTCCCAGGACGTGATCGAACTGGCAGGTCCCCGGGTTGCAACGCGGAACAGCCACGGTACCGGGTGCTCGCTGTCGTCCGCGTTGGCCACAGTCCAGGCACGATCCGGTGACTGGGAAGTATCGCTCCGGGAGGTCAAGCCGTGGTTGCTGGAAGCATTGAAAGCCTCTCAAGTCCTCCACGTGGGCCAAGGGAACGGGCCCGTGAACCACTTCCACCACTTCCAGCAGGCACCCAAGCCGGGCGCTTTCGCTGCGGCGATGTGGAAGGAAGCCGTCCCCGAACTCGAAGCGATTTACGGACTCCCGTTTATTCAAGGACTTCAATCCGGCGAGCTGCTGGAAAGTGACTTCAATTACTATCTTGCCCAGGACGCTATCTATCTCAACGGGTATTCGAGGGTCCTGGCACGTGCGGGCGCCTTGGCCCCCACGGAGGAGGAACAACTGTTCTGGGCAAAGGCATCACAGCAGTGCCTGGAGGTTGAATCCGAGTTGCATAGGAACTGGTTGAGCACGAGGGAGGCCTCCACGGCAACCGGACCGGTCACCAAGTCCTACGTGGACCATTTACTGGCAACATCCGCCGCCGGCAGCTACGCCGTGGTGCTGGCGGCGATCCTGCCCTGTTACTGGTTGTACGCGGAGGTGGGTCTGCGGCTTCATGCGGCATACGTAGACGCCGGCGCGCCTGCGAACCACGCATATGCGGACTGGTTGAAGACCTACGCTGACGAGGATTTCGCTGCGGCAACACGGAAAGCGATCAACTTCACGGATGCTGCGTCCGTCGCGGCTTCCAGCACGGAGCGGGCTGCCATGATGGATGCTTTCATTCAGTCCTGCCGCTACGAAACGGCGTTCTTCGATGCTCCGAGGCTGTTTGCCTAG MTASSYSSVYPLDAPASGRPTPRVLSIAGSDPSGGAGIQADLKSIAAFGGYGMAAITALTAQNTRGVSAVHVPPAHFLRQQLDAISSDITIDAVKIGMLGDAAVIDEVRGWLEEVRPAVVVLDPVMVATSGDRLLRESAEKALRSLLPLADLMTPNLPELAMLLGESEATDWASALDQGKRLAAEYGNTVLVKGGHLPGPECPDALVNTSGLLSQDVIELAGPRVATRNSHGTGCSLSSALATVQARSGDWEVSLREVKPWLLEALKASQVLHVGQGNGPVNHFHHFQQAPKPGAFAAAMWKEAVPELEAIYGLPFIQGLQSGELLESDFNYYLAQDAIYLNGYSRVLARAGALAPTEEEQLFWAKASQQCLEVESELHRNWLSTREASTATGPVTKSYVDHLLATSAAGSYAVVLAAILPCYWLYAEVGLRLHAAYVDAGAPANHAYADWLKTYADEDFAAATRKAINFTDAASVAASSTERAAMMDAFIQSCRYETAFFDAPRLFA PGPT0008915_70 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 D3-18_01969 309 rplU COG0261 50S ribosomal protein L21 GTGGTGTACGCGATTGTCCGCGCAGGCGGCCGCCAAGAAAAAGTTTCCGTTGGAGACTACGTAACGCTGAACCGCGTCCCCGGTGGAGCCGGTAGCACGCTTGAGCTGCCCGCATTGCTCCTGGTTGACGGCGAGAAGGTCACCTCCGCAGCTGCGGAACTGGCCAACGTCAAGGTCACGGCTGAGATCCTCGAGGACCTCCGTGGTCCGAAGATCGTCATCCAGAAGTTCAAGAACAAGACCGGCTACCGGAAGCGTCAGGGTCACCGTCAGGAACTGACCAAGATCAAGATCACCAGCATCGCGTAA MVYAIVRAGGRQEKVSVGDYVTLNRVPGGAGSTLELPALLLVDGEKVTSAAAELANVKVTAEILEDLRGPKIVIQKFKNKTGYRKRQGHRQELTKIKITSIA NA NA NA NA NA D3-18_01970 264 rpmA COG0211 50S ribosomal protein L27 ATGGCACACAAAAAAGGCGCGAGTTCCACTCGCAACGGTCGTGACTCCAACGCTCAGTACCTGGGCGTCAAGCGTTTCGGTGGTCAGGTAGTTTCCGCTGGCGAGATCATCGTTCGCCAGCGTGGAACCCACTTCCACCCCGGTGCAGGCGTCGGTCGCGGTGGCGACGACACCCTGTTCGCACTGCAGGCCGGTGCGGTTGAGTTTGGTACTCGCCGCGGCCGTCGCGTAGTGAACATTGTTGCTGCTGCAGCTGCAGAGTAA MAHKKGASSTRNGRDSNAQYLGVKRFGGQVVSAGEIIVRQRGTHFHPGAGVGRGGDDTLFALQAGAVEFGTRRGRRVVNIVAAAAAE PGPT0019510_13 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0019510-icd2-K00030 NA NA D3-18_01971 1587 obg COG0536 GTPase Obg GTGGCGAGCTTTGTAGACCGGGTAGTCCTGCACGTATCCGGCGGAACCGGCGGCCACGGCTGTGTCTCTGTCAAGCGGGAAAAGTTCAAGCCGCTCGGTGGCCCCGACGGTGGCAATGGCGGCAACGGTGGCGATGTCATCCTGCGCGTATCTGCCCAGACCACAACCCTGCTTGATTACCACCACGCTCCCCACCGCCACGCCACCAACGGTGGCCCCGGCATGGGTGACTGGCGTGGTGGCAAGAACGGTGAAACCCTGATTCTTCCCGTGCCCGATGGCACCGTGGTCAAGACCAAGGACGGCGAAGTCCTGGCCGACCTCGTTGGCGAGGGTACTGAGTACATTGCAGCTGCCGGCGGACAGGGCGGCCTCGGCAACGCATCCCTTTCATCGCAGAAGCGTCGGGCTCCGGGATTTGCCCTGCTTGGTATCGAAGGTGAATCCAGCGACATCGTCCTGGAACTGAAGTCCATCGCAGATATCGCCCTGGTTGGTTTCCCTTCTGCCGGTAAGTCGAGCCTGATTGCAGCCATGTCTGCTGCCCGGCCCAAGATTGCCGATTACCCTTTTACTACCCTCATTCCCAACCTCGGTGTGGTGCAGGCCGGCGATGTCCGATTCACTATCGCCGATGTTCCCGGCCTGATCGAGGGCGCCAGCGAAGGCAAGGGCCTGGGCCACAACTTCCTGCGTCACGTAGAGCGTTGTGCCGCACTGGTTCACGTCCTCGATTGTGGAACCCTGGAATCTGACCGCGACCCTCTTTCCGACCTCGCCATCATCGAGGCTGAACTGGAGAAGTACGCAGTAGACATGAGCTACGCCGGTGTTGACGGCGAAGTTGTGCCCCTGAATGAGCGTCCCAAGCTGGTAGTCCTCAATAAAGTGGATCTTCCGGACGGCAAGGACATGGCCGAGTTCGTCCGTCCGGATCTCGAAGCCCGCGGCTACCGCGTCTTCGAAGTGTCGGCAACCAGCCACGAGGGTTTGCGTCAGCTCGGCTTTGCCATGGCTGAGATTGTCCAGGCAGCACGTGATGCCGTCCAGAGCGCGCCTCCCAAGGTTGCTGCTCCCGTCCTCCGTCCGCGTGCCGTCAACGAGTCCGGCTTCAAGATCCGCCGCGAGGAGAAAAACCTCGAGCCGCTGTTCCGCGTCCTGGGCGAAAAGCCCGTGCGCTGGGTCAAGCAAACTGACTTCACCAACGAGGAAGCCATTGGCTACCTCGCCGACCGCCTTGCCAAGCTTGGTGTTGAAACCGAGCTCTTCAAGGTCGGCGCCAAGCCCGGCGACACCGTGGTCATCGGTGAAGACGATGGCGTGGTGTTCGATTGGGAGCCCACCATGATGGCGGGCGCCGAGCTCTTGGCGACGCCCCGCGGTACCGATATCCGCGTCGCGGACATCGGCGACCGTCCCACGCGTTCACAAAAGCGCGACGAGCAGATCGAGCGCCGCGAAGCGAAGGCCGCCGCGAGGGCGGAGCTTGAAGCTGAACGCAAGGCTGGCATCTGGACTGAATCAGTCAGTGGTCGCCGTGCCCAGGCAGTGAAGGAAAGCCACCTGGACTCCGGTGATGATAACTAG MASFVDRVVLHVSGGTGGHGCVSVKREKFKPLGGPDGGNGGNGGDVILRVSAQTTTLLDYHHAPHRHATNGGPGMGDWRGGKNGETLILPVPDGTVVKTKDGEVLADLVGEGTEYIAAAGGQGGLGNASLSSQKRRAPGFALLGIEGESSDIVLELKSIADIALVGFPSAGKSSLIAAMSAARPKIADYPFTTLIPNLGVVQAGDVRFTIADVPGLIEGASEGKGLGHNFLRHVERCAALVHVLDCGTLESDRDPLSDLAIIEAELEKYAVDMSYAGVDGEVVPLNERPKLVVLNKVDLPDGKDMAEFVRPDLEARGYRVFEVSATSHEGLRQLGFAMAEIVQAARDAVQSAPPKVAAPVLRPRAVNESGFKIRREEKNLEPLFRVLGEKPVRWVKQTDFTNEEAIGYLADRLAKLGVETELFKVGAKPGDTVVIGEDDGVVFDWEPTMMAGAELLATPRGTDIRVADIGDRPTRSQKRDEQIERREAKAAARAELEAERKAGIWTESVSGRRAQAVKESHLDSGDDN NA NA NA NA NA D3-18_01972 1182 proB COG0263 Glutamate 5-kinase ATGATAACTAGGACTGTCGACGCTCCCGACATAGCTGAGGGCCTTGAACGCCAGGCCCTTGCCACCGCCAAGCGGATTGTTGTGAAAGTGGGGTCGTCCTCGCTGACCAGCATCAAGGGGGGCATCTCCGAAAAGTCCCTCACCGGACTGGTCAATGCCCTCGCTGAAAAGCGCAATTCCGGGACAGAGATCATTTTGGTCTCCTCGGGTGCTATCGCTGCAGGACTTGCCCCCCTGGGTCTCGCCAAGCGCCCCAAGGACCTGGCCACGCAACAGGCGGCCGCGAGTGTCGGGCAGGGACTCCTGATGGCACGCTACACTCAGGCCTTCAGCGCGCACGGTGTAACAGTCAGCCAGGTTCTGTTGACTGCCGATGACCTGATGCGCCGTACGCAGCACACAAATGCCTTCCGGGCCTTGGACAGGCTGTTGAACCTTGGCGTCGTTCCGGTAGTGAACGAGAACGACACCGTGGCCACACATGAGATTCGCTTCGGGGACAACGATCGCCTCGCTGCCTTGGTGGCGCACTTGGTTCGCGCGGATGCACTCGTGCTGCTGTCCGACGTCGACGCCCTTTACGACGGCCCGCCGTCCCAAGGCGCACAACGCATTCCGCTGGTCCGTGGTCCGCAGGACCTCGAGGATGTGACCATCGGCAAGGCGGGTAAGGCCGGTGTTGGAACCGGCGGGATGATGACCAAGGTGGAAGCAGCGTCCATTGCTGCCGGCTCGGGTATCCATGCACTGGTCACGTCCACGCCCAATGCTGCGGCGGCTTTGGCTGGCGCGGACGTGGGAACATGGTTCGCCGTAAACGGCAACCGTAAGCCGGTCCGCCTCCTCTGGCTGGCGCACCTGGCCACTGTCCACGGCCGCTTAATGCTCGACGACGGCGCAGTCAAGGCCGTGCGCGACCGCCACAGGTCCCTCCTTCCCGCGGGCATCTCGGACATCAGCGGTGATTTCGAAGCCGGGGATCCCGTTGAGATGGTTGCCCATGACGGAACCGTCGTGGCACGCGGCTTGGTGAACTACTCTTCGGAGGAACTCCCGCGCATGTTGGGCCGTACAACGCAGGAGCTTGGCCAGGCCATGGGTCGCGGCTATGACCGCGAAGTTGTTCATGTTGACGATCTGGTGCTCCTGAGGGCGTCGCGCTCATCTAAACTTGGAGCATGA MITRTVDAPDIAEGLERQALATAKRIVVKVGSSSLTSIKGGISEKSLTGLVNALAEKRNSGTEIILVSSGAIAAGLAPLGLAKRPKDLATQQAAASVGQGLLMARYTQAFSAHGVTVSQVLLTADDLMRRTQHTNAFRALDRLLNLGVVPVVNENDTVATHEIRFGDNDRLAALVAHLVRADALVLLSDVDALYDGPPSQGAQRIPLVRGPQDLEDVTIGKAGKAGVGTGGMMTKVEAASIAAGSGIHALVTSTPNAAAALAGADVGTWFAVNGNRKPVRLLWLAHLATVHGRLMLDDGAVKAVRDRHRSLLPAGISDISGDFEAGDPVEMVAHDGTVVARGLVNYSSEELPRMLGRTTQELGQAMGRGYDREVVHVDDLVLLRASRSSKLGA PGPT0014220_325 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014220-proB-K00931 NA NA D3-18_01973 1362 proA COG0014 Gamma-glutamyl phosphate reductase ATGACTGAAGCGCTGACCCCTGACGCCCCTGTGATCTCCGACGTATCCGGTACCGCCGGCCAGACGCCGGAGAACCCTGCGGCAGGCGTCCCGTTGTCACCGGAGGACGTCCAGACTGCAGTTCACGCCATAGCGGACCGCTCCCGGAAGGCTGCCCGCCGCATGGGACAGGCAAACCGTGCATGGAAGGACCGTGCGCTGCGTGCCATCGGGACTGCCTTGGTGGAGAACCGGAAGCACGTTTTGGAAGCCAACGCCAAGGATGTGGCAGTGGGTCGCGCCAACGGAACGTCGGCGGCACTGTTGGACCGTTTGACCTTGACCCCTGCCCGTATAGACGGCTTGGTCGCCGCTTTGGAGAACTTGGCCGGCTTGCCGGATCCTGTTGGCAACGTGGTCCGCGGGCAGACACTTCCCAATGGACTGCGCTTGCGCCAGGTGAACGTCCCCATGGGCGTTGTGGCTGCTATTTATGAGGCCCGCCCGAACGTCACGGTGGACATAGCTGGCTTGGCACTCAAAAGCGGCAACGCAGTGATCCTCCGGGGAGGTTCCGCCGCTGCCAACACCAACGAGGCACTGGTGCAGATTCTTCGCGAAGCTTTGGATTCCGTGGGCCTGCCTGCTGATGCAGTGCAGACCGTGGACCAGTATGGCCGGGACGGGGCCAACGTCCTGATGCGCGCCCGTGGCCGGGTGGACGTCCTTATTCCCCGCGGAGGACGCGATCTGATCCAGACGGTTGTCACCAACTCTGCAGTGCCCGTCATTGAAACCGGCGAAGGCAATGTCCACATCTTCATTGACGAGTCCGCGAATGAAGAGATGGCCGTGGAGATCCTCCTCAATGCCAAAACGCAGCGCCCCAGCGTCTGCAACACAGTTGAAACCCTGCTGGTGCACTCCGGCGCCACTGTGCTGCCTGCCGTTGCCAAGGCACTTCGTTCAGCCGGTGTCACCCTTCACGTCGATGAGCGGATCGCTTCTGCCTTGGGCAAGGACATTGAAACCGTTCCTGCTGACGATGACGATTGGGCCACCGAATACATGGACCTCGATCTCGCGGTCGCCATGGTGGACAGTCTGGATGAAGCAGTCAACCACATCCGCACCTGGACCACCGGGCACACGGAAGCGATCCTCACCAATAACCTGGCCAATGCTGAGAAGTTCATTGCGGACATTGATTCTGCTGCCGTGATCGTCAATGCCTCCACCCGGTTCACTGACGGAGGGGAGCTCGGCCTCGGAGCCGAAGTAGGCATTTCCACCCAGAAGTTGCACGCCCGGGGTCCCATGGGCCTCACGGAGCTGACCACCACCAAGTGGATCGTCCAGGGTGAGGGCCAGATCCGCGCCTAG MTEALTPDAPVISDVSGTAGQTPENPAAGVPLSPEDVQTAVHAIADRSRKAARRMGQANRAWKDRALRAIGTALVENRKHVLEANAKDVAVGRANGTSAALLDRLTLTPARIDGLVAALENLAGLPDPVGNVVRGQTLPNGLRLRQVNVPMGVVAAIYEARPNVTVDIAGLALKSGNAVILRGGSAAANTNEALVQILREALDSVGLPADAVQTVDQYGRDGANVLMRARGRVDVLIPRGGRDLIQTVVTNSAVPVIETGEGNVHIFIDESANEEMAVEILLNAKTQRPSVCNTVETLLVHSGATVLPAVAKALRSAGVTLHVDERIASALGKDIETVPADDDDWATEYMDLDLAVAMVDSLDEAVNHIRTWTTGHTEAILTNNLANAEKFIADIDSAAVIVNASTRFTDGGELGLGAEVGISTQKLHARGPMGLTELTTTKWIVQGEGQIRA PGPT0014215_143 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014215-proA-K00147 NA NA D3-18_01974 240 hypothetical protein ATGCTGTTTCAGCAGATCGCCACGTCCATTGCCGCCCAAACTGAAGGCGGCCACGAGGAACTCGCTCCGCTGTGGGCCGAGCCGTGGGTTTTCGGCGTAGTGATGTTCGCCCTCATGCTGGTTCTCCTGTTTGTTACCCTCTCCTACACCAACCTCGGCAACCGTCACGAGGCAGTTGAAGAGCACGCAGATCCGCACCGCCAGCACCCGAACAAGCACACCCACGGCCAAGGCCACTAA MLFQQIATSIAAQTEGGHEELAPLWAEPWVFGVVMFALMLVLLFVTLSYTNLGNRHEAVEEHADPHRQHPNKHTHGQGH NA NA NA NA NA D3-18_01975 621 nadD COG1057 putative nicotinate-nucleotide adenylyltransferase ATGGGTGGAACATTTGATCCCATTCATCATGGCCACCTTGTTGCTGCCAGCGAAGTCGCAGCCAAATTCGGCCTTGATGAAGTGGTTTTCGTGCCCACAGGCCAGCCTTGGCAGAAGTCACACAAGCTGGTCAGCAGGCCTGAACATCGCTACCTGATGACCGTCATCGCCACGGCTTCCAATCCAAGGTTCACGGTAAGCCGGGTGGATGTTGATCGGCCGGGGCCGACGTTCACTATTGACACCCTCCGCGATCTCCGTGCAGAGCGTCCTGACGCTGACCTTTTCTTCATCACGGGTGCAGATGCCTTGGCACAGATCCTTTCGTGGAAGGACGTCGACGAATTGTGGTCCTTGGCCCACTTCGTCGGCGTGACCCGTCCCGGCCATGAACTGCACGACATGGGCAGGGATGACGTAAGCCTGTTGGAAGTCCCCGCAATGGCGATTTCCTCCACGGATTGCAGGACTCGCGTCGGAGCCGGAAATCCTGTCTGGTACCTCGTGCCAGACGGCGTGGTGCAGTACATCGCAAAATATGGACTGTATGCGGCTCCTGCCAATGCAGCGGACCTGACACCCGCACTGTCCGGATCAGACGACCAAGCACGTACTGAATGA MGGTFDPIHHGHLVAASEVAAKFGLDEVVFVPTGQPWQKSHKLVSRPEHRYLMTVIATASNPRFTVSRVDVDRPGPTFTIDTLRDLRAERPDADLFFITGADALAQILSWKDVDELWSLAHFVGVTRPGHELHDMGRDDVSLLEVPAMAISSTDCRTRVGAGNPVWYLVPDGVVQYIAKYGLYAAPANAADLTPALSGSDDQARTE PGPT0013435_2434 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013435-nadD-K00969 NA NA D3-18_01976 1281 hypothetical protein ATGAGCAGCCAGGACCAGCGACCCATCCGCAGCAGGCGTGAACTTCGCCGTGCCCGGGAAGAGCACCCCGAGGCACAGCAAGTGGATACGTCCGCGCCTGCGGACGTAGAGAACCTTCCTCACGCAGACCGCCCGAACGGACGCAATCGTCGTGCCGCCGATGTCCCCGTGGACGCCGTGGGACCGGCAGCCCAGGAACGGTCCTCCCAAATCCGTGCCCGCGATCGTGCCGCATTGCGCACTATCAAGGAGCTAGCGGACAAAGAGGAGCAGCTTTCGGGTGGGGGACCGCCCACGCGCCGCCAGCTGCGCCTCCAGCAACTTCAGGCCGAAGTTGCTACCTCCATGAATCCCCTTGTTCCCGCGCCCGCGGCCAAGGACGCGGGTCAGCCTGAAGGTGCCGGGTCTTCAAGGCCGGAGTCCAAGCCCGAGGCTGCCAACAAGGCTTCGAAGCCGGAGTCCTCCAAGCCGGAGGCTGCGAAGTCTTCGAAGGAGAAATCCCCGGGCGCCCCCAAACCCACAACGGACGACGCGGGAAGCAGCAAGGCTCCTGCGGAGTCCGAAATGTCCGTAGAGCAGGCGCTTGCCGTCCGGCAGCTGATCGCCGCGCAGGTGGAAAACCAGACGGCCAAGCTGGAACACATTGCCGAGCAGGACCCCTTGGCTGTAGATCCTGAGGTCCTGGCGCAGCAGATCGCCCTTGCCGAGCGTGCTGCCGTCCTGAACAAGCGCGCCGCCGCTAAGCAGAAGCTTGCCGAGAAGACTCAGGCGGAATCCGGCAAGAAAACGTCGGAGCCCACCAAAAACGCGTCGGTTTCCGCGAGCGACGGGAAGTCGCCGGCCGCTACGGTGGGTCCTTCCACGGCTAACAACCTGGCGATGGTGACTCCGTTGGAGTTCGTCAAAATGCCGGGCATCGAACGCCCTGTCATGAAGCGCCCGAGCACCACATTTGTACCCCTGATCACTTCTGCGGGGCCAAAGCTCGACGCCGAGCAAGCTCAGGCAAAAAAGCCGGGAGCGCGCGGCCGTGCCGGTGTTCTTGCCCGCGCAGAAGCGGTCGCGAAGTCAGTCGGGAAACGTCCTGTCACCGCCGCGGAGCCCAGCCAAGAGACCCAGCGCCCACCGGTTTCGGCCAGCGCGGCGTATGGCCTTGACCCCTTGGATGCCAACACCGCCGGTTTGGCCCGGGCGCAACGGAACAGGTTGCTGCAATTTGGTGTCCTGGGGTTGGGCATCGTGGCACTAATCGTCGGCATCATCATGATCACCAGCGGCTAA MSSQDQRPIRSRRELRRAREEHPEAQQVDTSAPADVENLPHADRPNGRNRRAADVPVDAVGPAAQERSSQIRARDRAALRTIKELADKEEQLSGGGPPTRRQLRLQQLQAEVATSMNPLVPAPAAKDAGQPEGAGSSRPESKPEAANKASKPESSKPEAAKSSKEKSPGAPKPTTDDAGSSKAPAESEMSVEQALAVRQLIAAQVENQTAKLEHIAEQDPLAVDPEVLAQQIALAERAAVLNKRAAAKQKLAEKTQAESGKKTSEPTKNASVSASDGKSPAATVGPSTANNLAMVTPLEFVKMPGIERPVMKRPSTTFVPLITSAGPKLDAEQAQAKKPGARGRAGVLARAEAVAKSVGKRPVTAAEPSQETQRPPVSASAAYGLDPLDANTAGLARAQRNRLLQFGVLGLGIVALIVGIIMITSG NA NA NA NA NA D3-18_01977 405 rsfS COG0799 Ribosomal silencing factor RsfS GTGTCTGCACATGAACAATCCATCACCCTCGCCCGTCACGCTGCGCGTGCTGCGGCAGACAAGCTTGCTGAGGACATTGTCGCCCTGGACGTCAGCGAGCGTTTGGCGCTCACTGACGTCTTCCTGATTGCATCCGCTCCCACCGAGCGCCAGGTCAACGCCATTGTTGACGGCATCGAAGAAGAACTGATGAAGCAGGACCTTCGTCCCGTGCGCCGCGAGGGCCGCTCTGAAGGCCGTTGGGTTCTCTTGGACTACGCGGACATTGTGATCCACGTCCAGCACGCCGAGGATCGCGTCTTCTACGCCTTGGAGCGCCTTTGGAAGGACTGCCCCGTAGTGGACCTGGAATTGGGCGATGACGCTTCTGCGAAGGCTGTTTCAGCGGAAGATTCCGAGCTCTAG MSAHEQSITLARHAARAAADKLAEDIVALDVSERLALTDVFLIASAPTERQVNAIVDGIEEELMKQDLRPVRREGRSEGRWVLLDYADIVIHVQHAEDRVFYALERLWKDCPVVDLELGDDASAKAVSAEDSEL PGPT0013435_149 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013435-nadD-K00969 NA NA D3-18_01979 870 hypothetical protein ATGAACTGCATCACGCCGCTTTACGGCCCCATGGACAACAATCCGCAGCCGAGGTGCGTTGGATTACTCCACCGCACCTCCCCCCAAACCGGCTGCGCAGGAGCCACCGCCAAAGCTGCGCGGCTCCCCCTGAAGTCTAGAATTTCTTCTGAGCAAAACCAAACCGTTCAGTCGGTTTATGTCCGACTGGCCTATAAGCCGCCGATGGTAGCGTTGTGGAGTCTCGACGGCGGCCCGCTCCTCCGTCTCCTGCCTGACCTGAGAGGCCACCCACCACCCATGCAGCAACGTGCGAAAGACACCCGGCTGTCCGTCATAGAAGGCGCTGCCCGGGTCTTCGCGGAAATCGGCTATGGAAATGCCAGCCTGACCGACATCACCAAGCGTGCGGGCGTGACGAAGGGTGCGCTCTACTTCCACTTCACGTCAAAGCGGGAATTGGCATTAGCTGTCATCGAGGAGCAGCACGCCATCGTTTTGGCCGCAGGGTCTGAGATCGTCGCCTCAGACGCATCCGCCCTGGACAGACTCATAGGACTCTGCAGGATGTTCGGCCAACAGCTGCTGGATGAACCGGTTGTCCAAGGCGGTATTCGGCTCACGTTTGAAGCCTCCGCTTTCGACGCTGACGTCTCAGGCCCCTACCAGGACTGGATCAACACGGCAGAGCAACTGCTGCGACAAGCTGCAGCGGATGGCGCCGTACGTCCCGAACTGGACGCTGCTGCCTTCGCCAGGTACCTGGTTGCATCGTTCACCGGCGTTCAGATGGTCTCCGACGTATTGACGTCGCGTGAAGACGTGCTGTTGAGAATCGACCAGATGTGGGAGTTCATGCTGCCGGCGTTACGCCCGGCACCTGCCAAATAG MNCITPLYGPMDNNPQPRCVGLLHRTSPQTGCAGATAKAARLPLKSRISSEQNQTVQSVYVRLAYKPPMVALWSLDGGPLLRLLPDLRGHPPPMQQRAKDTRLSVIEGAARVFAEIGYGNASLTDITKRAGVTKGALYFHFTSKRELALAVIEEQHAIVLAAGSEIVASDASALDRLIGLCRMFGQQLLDEPVVQGGIRLTFEASAFDADVSGPYQDWINTAEQLLRQAAADGAVRPELDAAAFARYLVASFTGVQMVSDVLTSREDVLLRIDQMWEFMLPALRPAPAK NA NA NA NA NA D3-18_01981 378 hypothetical protein ATGAGTGTCAATGTTGTCACGAACCTTGAAGTAAAGTCCCATAACTCTCCCGACGAGACGAGGCGCCCCGATAAAACGGTGCTGGACCTCGTCACCGTGGGAGATTACACAATCGGCCGTATGACCTTTGAACCAGGGTGGACCTGGTCCGACTGCATCAAGCCAGTGGTGGGCACCGACTCCTGCGAGTTGAGCCACGTCGGATTCTGCCTTTCCGGCAACTTGGAAGTAGAAACCAATGACGGCGGCAAGATCAGCATTTCAGCCGGCGACTCCTACACCATCCCACCGGGCCACAACGCCCATGTGGTGGGCGATCAACCCTTCCAAGGCGTCGAGTTCGTCAGCGGCGCCGAATTCGCGCGTCCTGCGCAGTAG MSVNVVTNLEVKSHNSPDETRRPDKTVLDLVTVGDYTIGRMTFEPGWTWSDCIKPVVGTDSCELSHVGFCLSGNLEVETNDGGKISISAGDSYTIPPGHNAHVVGDQPFQGVEFVSGAEFARPAQ NA NA NA NA NA D3-18_01982 1254 rlmG COG2813 Ribosomal RNA large subunit methyltransferase G ATGCCTGCCGCCTTGGTGGTCTCCAACCGAAAGCATGACAGGTGTTTGCGTCGTGCAAGCACTAGGTTCCTCTCAAGCCACCCTAAAGTCGAGACAGTTAAGCATGAAAGCGAGAACCGCACCGTGACGGCAATGGATGTTGAAGCGCTCTTGGCTACGTTGAGCAGGCTTCCCGACGTCGAAGCGGACAACCTGCAGGCCTTCGACGCGACAGACAGGCTCCTGTTGGACACCGCGGCGGATCTGCTGGGGCCCGACACGAAGGTGGTTGTCATTGGCGACCGGTATGGCGCTCTGACATTGGGCACCTTGGCTGGGCTCGGCGTCGGGCATGTGCGCGTTAGCCAAGACCTTTTCACTGGAAGGCTTGCGCTGAAACGCAATGCCTTGTCGGCCGGCTTGGAAGGACGTTTCACCGAGTACGAACTGGACCGGGACTTGCTGGAGGGTGCAGGCGTTGTCCTTCTGCAGTTGCCTAAATCTTTGGCCGAGTTGGAAGAAATCGCCGACGCCGTAGCGCGGTTTGCGGCGCCGGATGCGGTCCTGCTGGCCGGAGGCCGCGTGAAGCACATGTCGCTCGGCATGAACGAGGTCCTGGAACGCTACTTCTCATCGGTCCAGCCGCAACTTGGCCGGCAAAAGTCCCGGGTCCTTGTGGCACGGGACCCCAAAGCAACGCCCGGAAAGCGTCCCTTTCCTGTGGTGGAGTCCCTGCCGGAGCTGGGAATCACGGTGTGCGCGCATGGTGCTGCTTTCTCCGGCGCCCGTCTGGACATCGGCACGCGCTACCTTCTGACGTTCCTGGACCGTATGCCGGCTTCGAGGCACGTCGTGGATCTGGGCTGCGGAACGGGTATTCTCGCCACGATGTATGCGCTTCGCCACCCTGATGCCCGCGTCGTCGCCACCGACCAGTCAGCGGCAGCCGTTGCTTCAGCCAAGGCTACGGCAGCTGCAAACGGGTTGGGGGAGCGGGTGGCAGTGATCCACGATGACGCCATGTCCAGCCTTGAGCCTGGCAGTGTTGACCTCATCTTGCTGAACCCGCCGTTCCATCTGGGTGCCAGTGTGCATGCCGGCGCTGCGCTCAAGATGTTTCAAGCGGCCGCCCGGGTTCTTGCCCCCGGGGGAGAGCTGTGGACCGTTTATAACAGCCATTTGCAGTACCGGGCCGCCCTGGAACGGAACATCGGGCCAACAGTGGAGGAAGGCCGGAATCCGAAGTTCACTGTGACTCGAAGCCGGAAGTCCTGA MPAALVVSNRKHDRCLRRASTRFLSSHPKVETVKHESENRTVTAMDVEALLATLSRLPDVEADNLQAFDATDRLLLDTAADLLGPDTKVVVIGDRYGALTLGTLAGLGVGHVRVSQDLFTGRLALKRNALSAGLEGRFTEYELDRDLLEGAGVVLLQLPKSLAELEEIADAVARFAAPDAVLLAGGRVKHMSLGMNEVLERYFSSVQPQLGRQKSRVLVARDPKATPGKRPFPVVESLPELGITVCAHGAAFSGARLDIGTRYLLTFLDRMPASRHVVDLGCGTGILATMYALRHPDARVVATDQSAAAVASAKATAAANGLGERVAVIHDDAMSSLEPGSVDLILLNPPFHLGASVHAGAALKMFQAAARVLAPGGELWTVYNSHLQYRAALERNIGPTVEEGRNPKFTVTRSRKS NA NA NA NA NA D3-18_01983 1251 nagC_3 COG1940 N-acetylglucosamine repressor GTGACTGAGATCCGGCAGCCGACACCGAGGCGCGGAACCAACCTTCCCCGCATGGGGGACTTCAACCTGACCGTCATTCTGGAGGCGATCCGGCGGTCATCGGGCGGTCTCAGCCGTGTTGAGCTGGCTCAGATCGTGGGCCTTTCCCCACAGACGATTTCGAATATCTCCCGCCGCCTCCTGGACCAGCAGCTGATAGTGGAGGCCGGTAAGGAAGGCTCGGGCCCCGGCAAGCCCAGAACCATTCTGCGCCTCAACCCGGCGGGCATGTACGCAGTGGGTGTTCATCTGGACCCGGCAGTCATCACCTTTGTCGTCCTTGACTTGCTGGGCGACGTCGTGAGGCATTCGCGGATGGCAACCCCCGGTGGCGACCCTGCCGATGTGATTACCAGCATCGCCGAACAGATCAATGTCCTGATCGAAGAGTCAGGCGTGGATGCTTCCAAGATCGCCGGGCTTGGTGTTGCGGTTCCGGGCCCGATCGACCTCGACGAGGGCTCCGTGGTGGAGCCGCCTCTCCTGACGCGATGGAACCGTGTGCGCATCCGCGAGGCTTTGGCCGAGGCCACCGGCATGGAAACGCTGGTGGACAAGGACGTGACAAGTGCCGCGGTGGCGGAAACCTGGGCTGGCGGTGCGAGTGGGGCCGGCAGCTTCGTGTTCATGTACATGGGAACCGGTATCGGCTGCGGCATTGTGCTCAATGACGAAGTAGTGCGCGGCACTTCGGGCAATGCCGGCGAAATCGGCCACATCGTGGTGGACCCTAACGGTCCGCAGTGCGATTGTGGATTGCATGGCTGCGTCAAGTCTTCCTGCATTCCGCAGGTGCTGGTGGCCGAGGCCGAAGCCGCCGGTTTGCTTGAAGGGCACCGGGAGGGTGCGGACGGCCCCGAAGTCCAGGAACGCTATGCCGCGTTGTGCGACAAAGCAGATGCAGGTGACGCCAAAGCCATTGCCATCCTGGACAAGTCCGCCACACTGGTGGCACGCGCCGTTTCCATAGTGACCAACACACTGGACGTGGAGCGCGTCGTTTTTGGAGGTCCATTCTGGGGGCGGATGTCCCCTTACTTCCTGGAACGCGTTCCGGATTTGCTGGACAAGAACAACGCAGCCCGCATGATCCATGACTTGGAAGTCGTGGGAACCGGTGTAGGTGAAGACGTTGGCGCCATTGGAGCCGCCTGCCTGGTTTTGGAGCACATGCTGGCTCCGCGCGCGCAAAGGCTCCTGCTGGAAGGTTAG MTEIRQPTPRRGTNLPRMGDFNLTVILEAIRRSSGGLSRVELAQIVGLSPQTISNISRRLLDQQLIVEAGKEGSGPGKPRTILRLNPAGMYAVGVHLDPAVITFVVLDLLGDVVRHSRMATPGGDPADVITSIAEQINVLIEESGVDASKIAGLGVAVPGPIDLDEGSVVEPPLLTRWNRVRIREALAEATGMETLVDKDVTSAAVAETWAGGASGAGSFVFMYMGTGIGCGIVLNDEVVRGTSGNAGEIGHIVVDPNGPQCDCGLHGCVKSSCIPQVLVAEAEAAGLLEGHREGADGPEVQERYAALCDKADAGDAKAIAILDKSATLVARAVSIVTNTLDVERVVFGGPFWGRMSPYFLERVPDLLDKNNAARMIHDLEVVGTGVGEDVGAIGAACLVLEHMLAPRAQRLLLEG NA NA NA NA NA D3-18_01984 1401 hypothetical protein ATGCGCCGCCCTATGAAAAATAAGGCATTGACTAAAACGTCGGTGAAATCTGCCGCTCTTAAGTTCGCCGCCTTTATTTCCGTCGCTGCCGTCCTTACGGCAGCGACGTCCTGTTCGCCCACACCTGAAGCGGCTGAGAGCAAGACCCTGAAGATCGTCTATCAGAAAACTGACTCGTTCACGGCCTTGGATACCGTCATGCAGGACGCCAAGAAGGAATTCGAAGCTTCCAACTCCGGTGTGACGGTGGACCTTCAGCCCATCCAGGCCAATGACGACGACTATGGCACAAAGCTCGCCCTGGCGCAGCGTTCCGTTGATACGGCGCCGGACGTTTTCTATGAGGACACCTTTAAGGTGCGGTCCGACGTCGACGCCGGTTACCTCCTCAAGTTGGACAGTTACCTTGAGAAGTGGGAGGACTGGGGGGCGTTCAACGAAGCAGCCAAGGCAGCCGGCCGTGCGGATGACGGCGGCATTTACGCCGTACCGCTCGGCACCGATACCCGGGCCATTTGGTATAACAAGGCCGTACTGCAGAAGGCGGGAATTCCCGTACCGTGGCAACCGAAAACCTGGGATGAGATCCTGACGGCCGCGCGCGCCATGAAGGCCGCGGATCCCAATGTGATCCCGTTCAACATGTACGCAGGTAAGGGGACCGGCGAGGGAACGGTCATGCAGGGCTTCTATGAGCTGCTTTATGGCACAGACAGCAGCCTGTATGACGAGAACGAAAAGAAGTGGGTGGTGGGCTCCCAAGGGTTCACTGACTCGTTGGCGTTCTTGAAAACACTTTATGACGAGAAGCTCGCCGTGAGACCTGCGGAGGCCCTGGACGCGAACGTCTGGAAGAAGGTTTTTGGCGAGTGGTTCCCGCAGGGCAAACTCGGGGCAACTGTGGAAGGTTCCTACACGCCGTCGTTCTGGCAGAAAGGCGGCGCGTATGAGTGGGCCGGCTATGAGCAGGAAATGGGCGTGGCAATGTTCCCCACCCAGAAGGGACAGGACCCCGGTGGCGTGAGCATGTCCGGTGGTTGGACCCTGGCTGTGGGGGCGAAGAGTAAGAACCCTGAACTGGCCTTCCAGTTCCTCACCACAGCGCTGAACAAGAAGAACGCCCTGGCCTATGACATCAACAACTCCCAGATCGCTGTCCGCACGGATGTTGCCTCGGAGCCTGACTATCTCGCGGCCAACCCGTTCGTGAAGGACGTTTCGGACTTGGTGAAGGTGACGCATTACCGGCCGGCGACTGCCGATTACCCGAGGATCTCCACGGCCGTCCAAGTAGCTACTGAGTCCGTCATCACGGGTAAGCAGAGTCCTGAGGACGCCGCGGCTGAATACGATGCCACCGTCCGCAAGCTGGTAGGTGAGGACAAGGTTCTGGAGAAATGA MRRPMKNKALTKTSVKSAALKFAAFISVAAVLTAATSCSPTPEAAESKTLKIVYQKTDSFTALDTVMQDAKKEFEASNSGVTVDLQPIQANDDDYGTKLALAQRSVDTAPDVFYEDTFKVRSDVDAGYLLKLDSYLEKWEDWGAFNEAAKAAGRADDGGIYAVPLGTDTRAIWYNKAVLQKAGIPVPWQPKTWDEILTAARAMKAADPNVIPFNMYAGKGTGEGTVMQGFYELLYGTDSSLYDENEKKWVVGSQGFTDSLAFLKTLYDEKLAVRPAEALDANVWKKVFGEWFPQGKLGATVEGSYTPSFWQKGGAYEWAGYEQEMGVAMFPTQKGQDPGGVSMSGGWTLAVGAKSKNPELAFQFLTTALNKKNALAYDINNSQIAVRTDVASEPDYLAANPFVKDVSDLVKVTHYRPATADYPRISTAVQVATESVITGKQSPEDAAAEYDATVRKLVGEDKVLEK PGPT0016545_1604 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 D3-18_01985 864 melD_4 COG1175 Melibiose/raffinose/stachyose import permease protein MelD ATGCGCCGCTTCCTGCGGCTGCTCCCCGTCGTCCCCTCCGTTCTCCTGCTCCTGTTGTTCCTGCTGGCTCCTGTGGCCTGGTCCTTTTACGCCTCGTTCACCGACGCCGCGTTGTCAGGGCGGGCGGCCAAAGACCCGCAGTGGGTGGGTGCGGACAATTATGTCCGGATGTTCAGCGACGATTCTTTCCCCGTGGCCGCTTGGCTCACGGTGGTGTTCGTCGCCGCGTCGGCGGTGCTGGGACAGAATGTGTTGGGCTTGCTGATTGCCCTGTTGATGACGCGTTCGCGCAGGGCAATGGCATCCTGGGTGGGCACCGCTGTTGTAGCGGCTTGGGTGCTTCCGGAGATCGTGGCTGCGTTTGCTGCGTACGCCTATTTCAATCGTGAAGGAACGCTCAACCAGCTAGTGGGAGCATTCGGTGGTGTGGGCCCGGATTGGCTGTACTCGTTTCCCCTGGTGGCAATCGTCTTGGCGAATACCTGGCGGGGAACTGCCTTCTCCATGTTGGTTTACCGGGCTGCGCTGGCTGACGTTCCCAGGGATATTGCAGAAGCAGCGCTGATGGATGGCGCGCGCGGCTGGCAGCGACTCGCCTTCATCACGCTGCCGCTCATCCGGAGCAGCATAGCGACCAACCTGATGCTCATCACTCTTCAGACGTTGGCGGTGTTCACCCTCATCTGGGTGATGACTGCCGGCGGCCCCGCCAATGCCAGTACCACGTTGCCGGTGTTGGCTTACCAAGAGGCATTCAAGTTCGGTGATATTGGTTACGGCACCGCTGTGGCGTCCGTGCTGATTTTGTTGGGCATGGTTTTTGGCGCGGTGTACGTGCGGCTGCTACGGGAGCAACGGCCATGA MRRFLRLLPVVPSVLLLLLFLLAPVAWSFYASFTDAALSGRAAKDPQWVGADNYVRMFSDDSFPVAAWLTVVFVAASAVLGQNVLGLLIALLMTRSRRAMASWVGTAVVAAWVLPEIVAAFAAYAYFNREGTLNQLVGAFGGVGPDWLYSFPLVAIVLANTWRGTAFSMLVYRAALADVPRDIAEAALMDGARGWQRLAFITLPLIRSSIATNLMLITLQTLAVFTLIWVMTAGGPANASTTLPVLAYQEAFKFGDIGYGTAVASVLILLGMVFGAVYVRLLREQRP PGPT0016535_8811 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 D3-18_01986 819 hypothetical protein ATGACCACCAAGGCCAAGTTGGGCGCGGACATCGCCTTGGCTGTCATTGGGATTTGCTTTGTTGCCCCGTTGCTCTGGTTGCTGTTGGCCGCCGTCGATCCCCAAGCCGGGTACCAGACCAAGGCTCCGTTGGCGCCTTCCACTGAGAACTTCCGTGCCGTGATGACCCCTGAGCTGTTGTTCCAACCCTTGGCAAACAGCTTCCTGTTGTCTGCGGGCACGGCTGTGGTGAATGTGCTTGCTGCTGTGCTTGCCGCCTACCCGTTGTCCAGATATCAATCACGGTTCAACAAGCCCTTCATGTACACGGTCCTGTTTGGGACGTCGTTGCCCGTGACGGCCATCATGGTGCCTGTCTATGGCTTGTTTGTTCAACTGCAGTTTTTGGATTCCATGGCTGCCACCATCTTCTTCATGGCAACCACCACGTTGCCCATGGCGATTTGGATGACCAAAAACTTCATGGATTCGGTTCCTCTTGAGTTGGAGGAAGCGGCCTGGGTGGATGGAGCGTCCGCTATGGCGGCGCTGCGGAGCATCGTGCTGCCGCTGATGAGGCAGGGGCTGGGAGTGGTGTTTGTTTTTGTTTTCATCCAGGCATGGGGGAACTTCTTCGTCCCCTTCATCCTGTTGCTGTCCACCGGCAAGCAACCGGCCGCAGTGTCCATTTTCAGTTTCTTCGGCCAGCACGGCGCTATCGCTTACGGCCAGTTGGCCGCGTTCTCCATCTTGTATTCGGTTCCTGTGCTGGTGCTTTACGCGCTGGTATCCCGGGGCATGGGAAATTCGTTTGCCCTGTCCGGCGCCATGAAGGGTTAG MTTKAKLGADIALAVIGICFVAPLLWLLLAAVDPQAGYQTKAPLAPSTENFRAVMTPELLFQPLANSFLLSAGTAVVNVLAAVLAAYPLSRYQSRFNKPFMYTVLFGTSLPVTAIMVPVYGLFVQLQFLDSMAATIFFMATTTLPMAIWMTKNFMDSVPLELEEAAWVDGASAMAALRSIVLPLMRQGLGVVFVFVFIQAWGNFFVPFILLLSTGKQPAAVSIFSFFGQHGAIAYGQLAAFSILYSVPVLVLYALVSRGMGNSFALSGAMKG PGPT0016540_3297 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 D3-18_01987 234 hypothetical protein ATGTGGTCTTCCTGGGTCTATTCTTTTGCCATGCATCCGCTACCAGCCGCCTATCAGAAGTACCTCGCCTCCCAGGACCAGCACGTCATCGACGCCGTACGGCCGGTTCTCCTCCAGTCTGCAGCAGACCAACGGCACGGCGTCCGCATCACCTTCAACAGGGGCCCAACTGGTCACCAAGCCCATCTGGACGATTCCATACCCTACGGGGAGATCATCGAGGACATCGACTGA MWSSWVYSFAMHPLPAAYQKYLASQDQHVIDAVRPVLLQSAADQRHGVRITFNRGPTGHQAHLDDSIPYGEIIEDID NA NA NA NA NA D3-18_01988 1008 hypothetical protein GTGCAACAGATCACAGCCGTAGCCGGAATCGATGCCCCGGACATGGCCCGTGCCCAGCAACTCGTCGGGAGCATCGTACGCAGCTTCGAAAACAAGGTGGTGGGCCAGGCCCGGCTGCGCGAGACGCTGGTGATCGGCCTGTTGACCGGTGGCCACGTCCTGTTGGAAAGTGTGCCCGGCCTGGCAAAGACCACCGCGGCCCAAGCAATAGCGGAGTCGGTGAGTGCAGAGTTCCGCCGGATCCAATGCACGCCGGACCTGCTGCCCAGCGACATCGCCGGTACGCAGATTTTCGACGCCGTCAAAGGCACGTTTATCACGCAATTGGGCCCGGTCCACGCCAACATCGTCCTGTTGGACGAAATCAACAGATCCAGTGCCAAGACCCAGAGCGCCATGCTGGAAGCGATGCAGGAACGGCAGACGTCCATCGGCGGCGAGTCCTACCCTTTGCCCCAGCCTTTCCTGGTGCTCGCTACGCAGAACCCCATCGAGCAAGAAGGGACGTATCGTCTTCCCGAAGCCCAGATGGACCGGTTCATGCTCAAGGACGTACTGGACTACCCAAGTCCTGCAGAGGAAGCGGAAGTCATCCGGCGGATTGACGCCGGCGTGTTCAACGCGGACCAGAAGCCTCCGGCGGCCGCGTCCCTTGACGCCGTAGTCCAGGTCCAGGAATTGGTACGGCGGGTTTACATTGATCCGGCGATCGTCCGCTACATCGTGGGACTCGCCTACGTCACCCGCAACGCCTCCCAGTATTTGGAGCCCAGGCTGGCCAACGTCGTGGAATTCGGCGCCAGCCCGCGGGCGAGCATCGCCTTCAGCCAGGCAGCCCGAGCCATGGCACTGCTCAAGGGGCGTGACCATGTCATACCTGAGGACGTCAAAAACCTCGCCCATCGGATCCTGCGTCACCGGATCATCCTCGGATTTGATGCAGTGGTGGAGGAAATTTCCGTGGAAACCGTGATCGATGCCGTGTTGGCATCCGTCCAGACGCCGTAG MQQITAVAGIDAPDMARAQQLVGSIVRSFENKVVGQARLRETLVIGLLTGGHVLLESVPGLAKTTAAQAIAESVSAEFRRIQCTPDLLPSDIAGTQIFDAVKGTFITQLGPVHANIVLLDEINRSSAKTQSAMLEAMQERQTSIGGESYPLPQPFLVLATQNPIEQEGTYRLPEAQMDRFMLKDVLDYPSPAEEAEVIRRIDAGVFNADQKPPAAASLDAVVQVQELVRRVYIDPAIVRYIVGLAYVTRNASQYLEPRLANVVEFGASPRASIAFSQAARAMALLKGRDHVIPEDVKNLAHRILRHRIILGFDAVVEEISVETVIDAVLASVQTP NA NA NA NA NA D3-18_01989 930 hypothetical protein GTGCCCAGCCTCCTCCGACGCGTCAAGTCGAAGATGTTCATCTTCGCCCACCGTAGGACACTGACCCTTCTTGACGGCGAATACGGCTCGGTCTTCAAAGGACGCAGCCTGGACTTCGACGAACTCCGGGCGTATGTCCCCGGCGACGAGGTTCGTGACATCGATTGGAAAGCCACGGCAAGGCATGGATCACCCCTGGTCAAGCGCTATGTCGCAGTGCGCCGCCACGCGGTCCTGTTACTGGTGGATACCGGAAGGAACATGGCAGCACAGGCATTCTCCGGGGAGTCCAAGAAGGACATCGCCGTTCATGCAGCCGGCGTCCTCGGGTACCTGGCTTCCCGGCACGGCGACGACGTGGGTCTCCTTCACGGGAACGCTGATACCTCCAAGTACTTCCCGCCCCGCAGTGGCGAAGAGTATTTGGAGCGGCTGCTCCGTGAAGTAGATGCGAGCGCTTCCCTGGACGGCCCAGTCAGTGGCATCGCAGCGCAGTTGGACTATGTACTGAGGTACCTCAAGGGGCGACTGCTCGTTATTGTTGTTGCGGACGAGTTCCTGCCGGATGACCGCACGTTGAGCCTGATGCGCCGGCTGCGCGGCCGGCACGAAGTCCTGTGGCTGACGGTTCGGGACGCCGAGCTCGCTGCTGACGCAGGAAGCCACATGCAAGACAGCACGGACGTGGGCACGGGACTTGGAATTCCCCGGTCCGTGGCCGTGGACGGCAAAGTACGAGCCGCCTACGCTGCGGCAATGCTCAAACGCAACCAGGGGCGGCGGGACGTGTTTCACAGGCTGGGCATCGCCGAGGAACAAACAACCGGCAGTGAGGACGTCCTGACTGCAGTCTTCTCACTCCTGGAAAAGCACCGCTCCGGAACTTTCACCACAAGAACCTTTGCCCGGGGTGGCGCTCGTGCAGGATGA MPSLLRRVKSKMFIFAHRRTLTLLDGEYGSVFKGRSLDFDELRAYVPGDEVRDIDWKATARHGSPLVKRYVAVRRHAVLLLVDTGRNMAAQAFSGESKKDIAVHAAGVLGYLASRHGDDVGLLHGNADTSKYFPPRSGEEYLERLLREVDASASLDGPVSGIAAQLDYVLRYLKGRLLVIVVADEFLPDDRTLSLMRRLRGRHEVLWLTVRDAELAADAGSHMQDSTDVGTGLGIPRSVAVDGKVRAAYAAAMLKRNQGRRDVFHRLGIAEEQTTGSEDVLTAVFSLLEKHRSGTFTTRTFARGGARAG NA NA NA NA NA D3-18_01991 1002 hypothetical protein ATGACCTTCGCTCCCATCATTCCGTGGCCCCTACTGGCCTTGGCATTCGTCACCGTGCTGGGCTTCACTGCCTGGACCCACATAGGGCGTGGCCCAAGCCAGCCATCGCAAACCTGGAGGCCCGCAGCCCTGCGGAGCGCCACCGTCGTACTACTTCTGCTCGCCGCTTTGCGTCCCGGTTGGGCAGGTGGCCAAGCCCAAACCGCCACCGCAGACCTCGACGTCTACTTCGTCGTAGACACCAGCACCAGCATGGCAGCCGAAGACTACAACGGAACCGGCACCCGGCTTTCAGGGGTCAGGCAAGACGTCATGGCCATCGCAGGGGAACTCGCGGGGGCCAAGTTCTCCCTCATCACCTTCGACAACAAAGCAACCGTCCGTATGCCGCTCACACAGGACGCAACAGCCCTCCAAACCGCCATGGCCACCTTGCAACCCCAAAACAGCAGGTACGCCAAGGGGAGCAGCGTCACAGGCGCGGCACAACTCCTGAAAGAAAGGCTCGCAGCTGCAAATCAGCAACATCCAGGTCGCCCGGTACTGGTCTTCTACGCCGGCGACGGCGAGAACACCAGCGGCGAAGCCCCGGCTCCCATGGATGCCACTCATGTGGCCGGGGGAGCGGTACTGGGGTACGGCACCGGTAAGGGCGGAACGATGAAGGAAACCGCAGACCCTGACGCTGGGTACGTGAAGGACAAAACCTCCAATACCCCACAGGACGCCGTCTCACGAATTGACGAAGCGCAGTTGCGAACCATCGCAGAGCAACTCCACGTCCCCTACGCCCACAGAACAGGCGCCGAGCCAACATCGGACATGTTGGGCCAAGCGAACCCCGGCGCAACGACCGCCATGACACACGACGGCCCGGGTCGCGTAGAACTCTACTGGCTGCTCGCCTTGGCCGCTTTCCTCCTGGCAATCCACGAGCCCTTGCGGCACTTCACAGCTCTTCAAGCGCTTCGGCCCACCATGCGGAAGGAGCCCACCCCGTGA MTFAPIIPWPLLALAFVTVLGFTAWTHIGRGPSQPSQTWRPAALRSATVVLLLLAALRPGWAGGQAQTATADLDVYFVVDTSTSMAAEDYNGTGTRLSGVRQDVMAIAGELAGAKFSLITFDNKATVRMPLTQDATALQTAMATLQPQNSRYAKGSSVTGAAQLLKERLAAANQQHPGRPVLVFYAGDGENTSGEAPAPMDATHVAGGAVLGYGTGKGGTMKETADPDAGYVKDKTSNTPQDAVSRIDEAQLRTIAEQLHVPYAHRTGAEPTSDMLGQANPGATTAMTHDGPGRVELYWLLALAAFLLAIHEPLRHFTALQALRPTMRKEPTP PGPT0014015_4949 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-CHLORIDE_TRANSPORT,PGPT0014015-yfbK-K07114 NA NA D3-18_01992 708 hypothetical protein GTGAACGGGGACAACGCACGACGACGGCGAAGCAGCCTTGCGCTCTGGTCAGCGCCACCTGTGCTCGTGGCGCTCGCACTTGCGGCGAAGCTCCTGAGTGTTGGGGTGCTGGGTGCCTCTGCCGGTCAGTCCTTCGATTCCGGGCAGCAGCAGGGAGTGGCCAGCGCGGCGTCGTGGTTGCAGATAGCCAACATCCTTGAGCCGCATAAGGCACATTTCGCCTCCGGGGATGCCCACGTTTTGGCGGGCGATTTCACAGCTGCGCGGAAGGACTTTGAGTCAGCCCTGAAGGCCGGTTCCGGCGTCGATGAGTGCAAAGTGCGCGTCAATCTGGTCCTCAGCATTGAGAAGCTGGGGGACGCCGCCGGGGATCGGGGTGCCGCCGCCCAACTGTTCAGGGAAGCCATTGCCGCAGCAAAAAACGCACCGACGCAGTGCCACACGGCAGGTCCGGCGAACGCCGCAGGAGAAGGTGGCAACCTGGATGCGGCCGAAGACCGGCTGGCCGGAAAAATCACCGAGGGCGAGTCCCGGAATGATGATGCAACTACGCCCAACCAGGAAACGCCGTCGCCCCCCAAACAGGAACAGCTTCAACAGCTTGAAGAGAGCGCGCAACAGGCCCAGCGGGAGCGTTCGGAGGGTCGGGAACGCGGCGAATACCTGCGAGGACCGGACAAAGCCCCGGGTATAGATAGGCCATGGTGA MNGDNARRRRSSLALWSAPPVLVALALAAKLLSVGVLGASAGQSFDSGQQQGVASAASWLQIANILEPHKAHFASGDAHVLAGDFTAARKDFESALKAGSGVDECKVRVNLVLSIEKLGDAAGDRGAAAQLFREAIAAAKNAPTQCHTAGPANAAGEGGNLDAAEDRLAGKITEGESRNDDATTPNQETPSPPKQEQLQQLEESAQQAQRERSEGRERGEYLRGPDKAPGIDRPW NA NA NA NA NA D3-18_01993 507 hypothetical protein ATGGGCAAGGTAGCGAGCAAACATTTTGGGGACATCGAGCTCAACCACGGGCGTGAACATTGCTTCGTCGCGAGACACGAACTTGGCGGCAACCAGCTGGAGCTGGACCTCAATGTCACCGCGCACGACCACTTCGATGAGGCGGCCATGCGCAAGGTGGACTATAGATTACGCTTCCTGCCGGAACTCGTGGACCAAGTCCGGGAGATGATCGCCGACGAACTCGACCAGGACGGCACCAACCCTCAACAGTTCCTGCACTTCCACAGCTCGCAGCTCAAGGAAGAGCAACTCGAATCGGTCTTTGGTGTCAGCGACAAGGGCCAGCTCACTAACGACGTTTTCCTGAAAGCCCTCAAACTCGGCCACGTGGCCATCTACCCGGGCCAGCCGGAGAGGTACTTCGTATTGGACTTCACCCTGGGCTCGCACTTCACCGACGAGTTGCTGGTAGTGGCCGCCGACGAGGACGGCGTGGTGGACGACGAAATCCTGTGGGAGTCGTAA MGKVASKHFGDIELNHGREHCFVARHELGGNQLELDLNVTAHDHFDEAAMRKVDYRLRFLPELVDQVREMIADELDQDGTNPQQFLHFHSSQLKEEQLESVFGVSDKGQLTNDVFLKALKLGHVAIYPGQPERYFVLDFTLGSHFTDELLVVAADEDGVVDDEILWES NA NA NA NA NA D3-18_01994 966 hcaR_2 Hca operon transcriptional activator HcaR ATGGTCAACCTTCTCCATCTCCGCACCTTGATGGAGGTCACCCGGCTGGGTTCCTTCGCCGCCGCCGCCGCCCAACTCGGCTACACAGCTTCAGCAGTCTCCCAACAGATGGCTGCGCTGGAACGCGATACCGGCGTCGAGCTCTTCCAGCGGTCAGCCCGCAGCGTTGTTCCAACAGAGGCCGCGTTGACCATGACCCGGCACGCGTCGAAGGTGCTGACTGACGTCGAGGCCCTGATGGCAGCAGCCTCGAGGACCAACGACTCCCCCGCGCAGGAGCTGAGGTTGGGCATTTTCCCCAGTCTCGCCACCTATGTCCTGCCGGACATCCTGCGGAATGAACGCTGGAGCGGATTGGGTATTGAGCTGCGAGTCTCCGTGGCCGAGCCGGCACAAACCATTCAAGGCCTGCGCAGCGGCGGCGAACTGGATGTGGCGTTGGTCTACCAGGTGGGGCAATCCGGCTTGGCATGGCCTCATTCACTGGAACGCCAGTGGATTGGCGACGACGACTTCCGGGTAGTACTGCCGGCATCCTGGAAGATCCGCGAGGACGCAGAGATCGAAGCAGCACATCTCTCCGACATGCCGTGGATAGTCCACCACCCGGGCACCAGCGATGCCTTGGTGATCGAACGCCTTTTCGCCAGCTGCAACCTGCACCCCCGGGTGGTGGCCTACAGCGACGATTTCCACGCGAGCCTGGAGATGACTGCCGCCGGCCTCGGTGCCTCGCTGGTACCGGAACTGGCGCTGCGGAACCGTCCACCCGGCGTCGTGGTCCTTGACGTACCGGACATCCGGCTGGCCCGGAACGTGTTCGCCCTGCTCATCAACGAAAAGCGCACAGCCCAAGTGCAGTTGTTCACACAGCTGCTTGCGGACACCCTCAGGGACACCTCGGGAAAGAGTGGTCTTCACCCCCTGAAATCCGCTCCTGTCAAGGGCCGCAAGCTCCAGAGGTGA MVNLLHLRTLMEVTRLGSFAAAAAQLGYTASAVSQQMAALERDTGVELFQRSARSVVPTEAALTMTRHASKVLTDVEALMAAASRTNDSPAQELRLGIFPSLATYVLPDILRNERWSGLGIELRVSVAEPAQTIQGLRSGGELDVALVYQVGQSGLAWPHSLERQWIGDDDFRVVLPASWKIREDAEIEAAHLSDMPWIVHHPGTSDALVIERLFASCNLHPRVVAYSDDFHASLEMTAAGLGASLVPELALRNRPPGVVVLDVPDIRLARNVFALLINEKRTAQVQLFTQLLADTLRDTSGKSGLHPLKSAPVKGRKLQR NA NA NA NA NA D3-18_01995 243 nrdH COG0695 Glutaredoxin-like protein NrdH ATGACCGTTACGGTTTACACGAAGCCGGCCTGTGTTCAGTGCAACGCAACCTACCGTGCACTCGACAAGAAGGGCATTGCCTACCAGAGTGTCGACATCTCACAGGATGTCGAGGCCCTCGAGCGCCTCAAGGCCCTGGGCTACATGCAGGCGCCGGTTGTCGTGACCGAGCAGGACCACTGGTCTGGTTTCCGCCCGGACAAGATCGAGGAACTGGCCCAGGCTGTTTCCTCCGTGGCCTAA MTVTVYTKPACVQCNATYRALDKKGIAYQSVDISQDVEALERLKALGYMQAPVVVTEQDHWSGFRPDKIEELAQAVSSVA NA NA NA NA NA D3-18_01996 471 nrdI COG1780 Protein NrdI ATGGCACCGCTGACAGCGGCAACCGTACGCGAAGCTGCGGAAGCTGTCACCACCAGGAGTCACCTCATCTACTTTTCCTCGACCTCCGAGAACACGAAACGATTCGTCCAAAAATTGGGCAGGGATGCAGCGCGCATCCCGCTCTATGCCCAGGATGCTCCGTTGCAGGCCCTCGAACCGTTCGTCCTTGTACTGCCCACTTACGGCGGAACAAACGGGGAAGGTTCGGTGCCGAAACAGGTCATCAGGTTTTTGAATGATCCCCGGAACAGGAAACTGATCCGGGGTGTTATTGGAGCAGGGAACACCAATTTCGCGGATAACTACTGCGCAGCGGGGGACATCATCTCCGTTAAGTGCAAAGTGCCGCATCTTTACAAATTTGAACTCATGGGGACGCCGGAAGACGTTCAACGGGTCAACGAAGGGCTGGAAAAGTTTTGGACACAACTGTCGCAGAAACAGAAGTAA MAPLTAATVREAAEAVTTRSHLIYFSSTSENTKRFVQKLGRDAARIPLYAQDAPLQALEPFVLVLPTYGGTNGEGSVPKQVIRFLNDPRNRKLIRGVIGAGNTNFADNYCAAGDIISVKCKVPHLYKFELMGTPEDVQRVNEGLEKFWTQLSQKQK PGPT0021340_1491 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021340-nrdA|nrdE-K00525 NA NA D3-18_01997 2142 nrdE2 COG0209 Ribonucleoside-diphosphate reductase subunit alpha 2 GTGGACACGGTCAAGAAGCCGCTGCCTGAGGCTTTCAAGGGCTTGGGTTATCACGAGCTCAACGCCATGCTGAACCTGTATGGCCCCAACGGTGAGATCCAGTTCGAAGCTGACCGTGAAGCTGCACACCAGTACTTCCTGCAGCACGTGAACAACAACACGGTGTTCTTCCACGACCTGGAAGAGAAGCTCGACTACTTGGTGAAGAACCAGTACTACGAGCGCGAAACCCTCGACCAGTACACGATGAACTTCATCCGCGACCTCTTCAACCGCGCGTACAAGAAGAAGTTCCGCTTCGAGACCTTCCTCGGCGCCTTCAAGTTCTACACGTCCTACACGCTGAAGACTTTTGACGGCAAGCGTTTCCTTGAGCGCTACGAAGACCGCGTCTGCATGGTAGCCCTGCACCTGGCCCGCGGTAACGAAGAACTGGCCAACCGCCTCGTCGACGAAATCATTGATGGCCGCTTCCAGCCGGCCACCCCCACGTTCCTCAATGCCGGCAAGGCACAGCGCGGTGAGCTCGTCTCCTGCTTCCTGCTCCGCATCGAAGACAACATGGAGTCGATCGCCCGCGCCATCAACTCCGCCCTTCAGCTCTCCAAGCGCGGCGGCGGTGTAGCCCTTTCGCTCACCAACATCCGCGAGCACGGCGCCCCGATCAAGCAGATCGAGAACCAGTCCTCCGGCGTCATCCCCGTGATGAAGCTCCTCGAAGACAGCTTCTCCTACGCCAACCAGCTCGGTGCCCGCCAGGGCGCAGGTGCCGTGTACTTGCACGCCCACCACCCGGACATCCACCGCTTCCTGGACACCAAGCGTGAGAACGCTGACGAGAAGATCCGCATCAAGACGCTCTCCTTGGGCGTCGTGGTTCCGGACATCACGTTCGAGCTCGCCAAGAAGAACGAGGACATGTACCTCTTCTCCCCGTACGACGTCGAGAAGGTCTACGGCGTTCCGTTCTCCGATATTTCGGTGACCGAGAAGTACTACGAGATGGTTGACGATTCCCGGATCAAGAAGACCAAGATCAGCGCCCGCGAGTTCTTCCAGACTCTCGCGGAGATCCAGTTCGAGTCCGGTTACCCGTACATCATGTTCGAGGACACCGTGAACCGGGCCAACCCGATCGACGGCAAGATCACCATGAGCAACCTGTGCTCGGAGATCCTGCAGGTTTCCTCGCCGTCCATCTACGCCGAGGACCTCAGCTACGAGACCGTTGGCAAGGACATTTCCTGCAACCTCGGTTCCATGAACATCGCCAAGACCATGGATTCGCCGGACTTTGGTCTCTCCATTGAGACCTCCATCCGCGCCCTCAGTGCTGTTTCGGACATGTCGTACATCAACTCCGTGCCTTCCATCGCCCAGGGCAATGCCCAGAGCCACGCGATTGGCCTCGGCCAGATGAACCTCCACGGCTACCTTGCCCGTGAGCACGTCCACTACGGTTCCGAAGAGGGCCTGGACTTCACCAACATCTACTTCTACACGGTGCTGTTCCACGCTCTGCGCGCTTCCAACCGTCTGGCCATCGAGACCGGCCAGAAGTTCGGCGGATTTGAGAAGTCCACTTACGCTTCCGGTGAGTTCTTCGACAAGTACACCGAGCAGGAATGGGTTCCGGAGACGGAGCGCGTCCGCGAGCTCTTCGCCGGCCACCACATCCCCACTCAGGATGACTGGCGCGAGCTGAAGGCTTCCGTCATGGAGCACGGTATCTACAACCAGAACCTGCAGGCCGTGCCGCCCACCGGTTCCATCAGCTACATCAACAACTCCACGTCCTCGATCCACCCGGTGGCCGCCAAGATCGAAATCCGCAAGGAAGGCAAGATCGGCCGCGTTTACTACCCGGCTCCGTACCTGACCAACGACAACCTGGAGTACTACCAGGATGCCTACGAAATCGGCTACGAAAAGATCATCGACACCTACGCCGCTGCCACGCAGCACGTGGATCAGGGCCTGTCCCTGACGCTGTTCTTCAAGGACACTGCCACCACGCGTGACATCAACAAGGCGCAGATCTACGCATGGCGCAAAGGCATCAAGACCCTCTACTACATCCGTCTCCGCCAGATGGCCCTCGAAGGGACCGAGGTTGAGGGCTGCGTAAGCTGCGCACTCTAA MDTVKKPLPEAFKGLGYHELNAMLNLYGPNGEIQFEADREAAHQYFLQHVNNNTVFFHDLEEKLDYLVKNQYYERETLDQYTMNFIRDLFNRAYKKKFRFETFLGAFKFYTSYTLKTFDGKRFLERYEDRVCMVALHLARGNEELANRLVDEIIDGRFQPATPTFLNAGKAQRGELVSCFLLRIEDNMESIARAINSALQLSKRGGGVALSLTNIREHGAPIKQIENQSSGVIPVMKLLEDSFSYANQLGARQGAGAVYLHAHHPDIHRFLDTKRENADEKIRIKTLSLGVVVPDITFELAKKNEDMYLFSPYDVEKVYGVPFSDISVTEKYYEMVDDSRIKKTKISAREFFQTLAEIQFESGYPYIMFEDTVNRANPIDGKITMSNLCSEILQVSSPSIYAEDLSYETVGKDISCNLGSMNIAKTMDSPDFGLSIETSIRALSAVSDMSYINSVPSIAQGNAQSHAIGLGQMNLHGYLAREHVHYGSEEGLDFTNIYFYTVLFHALRASNRLAIETGQKFGGFEKSTYASGEFFDKYTEQEWVPETERVRELFAGHHIPTQDDWRELKASVMEHGIYNQNLQAVPPTGSISYINNSTSSIHPVAAKIEIRKEGKIGRVYYPAPYLTNDNLEYYQDAYEIGYEKIIDTYAAATQHVDQGLSLTLFFKDTATTRDINKAQIYAWRKGIKTLYYIRLRQMALEGTEVEGCVSCAL PGPT0021340_5607 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021340-nrdA|nrdE-K00525 NA NA D3-18_01998 975 nrdF2 COG0208 Ribonucleoside-diphosphate reductase subunit beta nrdF2 ATGACCGAAAAGGTCAAGCTGCTGACACACGTCGAGGCCATCAACTGGAACAAGATCCAGGACGACAAGGACGTGGAAGTCTGGAACCGCCTGGTCAATAACTTCTGGCTCCCGGAGAAGGTGCCGCTGTCCAACGACGTCCAGTCGTGGCACACACTGACGCCGGACGAGCAGCAGCTCACCATGCGCGTGTTTACCGGCCTTACTCTCTTGGACACCATCCAGGGCACCGTCGGCGCCGTTTCGCTGATTCCGGACGCGATCACCCCGCACGAAGAAGCTGTGTACACCAACATCGCTTTCATGGAGTCGGTGCACGCCAAGTCCTACTCGTCCATCTTCTCCACCCTGTGCTCCACCAAGGAGATTGACGACGCTTTCCGCTGGTCCCTCGAAAACGAGAACCTGCAGAAGAAGGCCCAGATCGTCATGGACTACTACCAGGGCGACGATCCCCTGAAGCGCAAGGTTGCCTCCACTCTGCTGGAGAGCTTCCTGTTCTACTCGGGCTTCTACCTGCCCATGTACTGGTCCTCGCGCGCCAAGCTCACGAACACGGCCGACCTCATTCGCCTCATCATTCGTGACGAAGCCGTGCACGGCTACTACATCGGCTATAAGTTCCAGAAGGGCCTGGAGAAGGTTTCCGAGGCCCGCAAGCAGGAAATCAAGGACTACACGTTCGAGCTGCTCTTCGAGCTGTACGAAAACGAAGTCCAGTACACGCACGACCTCTACGACGGTGTCGGCCTGGCCGAGGACGTCAAGAAGTTCCTCCACTACAACGCCAACAAGGCGCTCATGAACCTCGGCTACGAGGCCATGTTCCCGGCTTCCGTCACCGACGTGAACCCGGCCATCCTGTCGGCCCTATCCCCGAATGCCGACGAGAACCACGACTTCTTCTCAGGCTCGGGCTCCTCCTACGTGATTGGCAAGGCTGTCAACACGGAAGATGAGGACTGGGAGTTCTAA MTEKVKLLTHVEAINWNKIQDDKDVEVWNRLVNNFWLPEKVPLSNDVQSWHTLTPDEQQLTMRVFTGLTLLDTIQGTVGAVSLIPDAITPHEEAVYTNIAFMESVHAKSYSSIFSTLCSTKEIDDAFRWSLENENLQKKAQIVMDYYQGDDPLKRKVASTLLESFLFYSGFYLPMYWSSRAKLTNTADLIRLIIRDEAVHGYYIGYKFQKGLEKVSEARKQEIKDYTFELLFELYENEVQYTHDLYDGVGLAEDVKKFLHYNANKALMNLGYEAMFPASVTDVNPAILSALSPNADENHDFFSGSGSSYVIGKAVNTEDEDWEF PGPT0021345_3294 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021345-nrdB|nrdF-K00526 NA NA D3-18_01999 705 hypothetical protein ATGGCCGACACGTTGGTCGAACGCGTCACCGGCACACCCGGCGGGGTCTCAGGGATCAACCTGGACCTCGTCATGACCGACCGCACCCTCTTCCAGGGCGACAGCGAACCAGCCCGGCTCAAGGGCTACGGAATCGTCCCGGCCGAATGGGCAAGGGAACTTCTCGGTTCCGGGCAAGCCGCAACCCCCCAACCGACTGCAACCCAGGAACAGACCGCAAACCTGGGACAGACCGCAACCTTGGAACAGGCAGCGGCGAACCTATCCTCCGGCCCGGGGCGAACCGGCAAAGATCACGCGGGAACGCCGGATGCAGAGCTCACTGTCTGGCTTCGCCGGCTCTACACCGCACCAGCCACGGGTGAGCTCCTGAGCATGGACTCCAAAGCCCGGCTCTTCCCTACGAGGCTTCGGCGTTTCATTGAAACCCGCGACCACACCTGCCGCACGCCGTACTGCGACGCACCCATCCGCCACATTGACCATGTGGTTCCTTGGCGTTCCGGAGGCAAAACGAACCTCGCCAACGGTGCAGGGTTGTGCGAGGCGTGCAACCACACCAAGGAAAACCCCGGCTGGACCACCAAAACCGTACATGCTGACGTGCACGGCGGGATCCACACCCTCGAAATCAGCACACCCACCGGGCACACCTACCAATCGAAATCCCCACCCCTGCCCGGACACCGCCCCTCCAGAACGTAG MADTLVERVTGTPGGVSGINLDLVMTDRTLFQGDSEPARLKGYGIVPAEWARELLGSGQAATPQPTATQEQTANLGQTATLEQAAANLSSGPGRTGKDHAGTPDAELTVWLRRLYTAPATGELLSMDSKARLFPTRLRRFIETRDHTCRTPYCDAPIRHIDHVVPWRSGGKTNLANGAGLCEACNHTKENPGWTTKTVHADVHGGIHTLEISTPTGHTYQSKSPPLPGHRPSRT NA NA NA NA NA D3-18_02000 351 hypothetical protein GTGTCCGGCGCCGGGCGCAGGCTCATCCGTTCAGCGGCGGCCCGGCTGGCACGACCGGCCACCGACCGCGGATCCCGCCGATACGCAGCAGCCTTCGCCGCCGCAACAAGCGCCTTATCGCCCTTCCCGTCAAAGAATCCGGTATCGGGGGCGAGCTCCTCATCCACCGCACACCGGTCCTCAACAGACAAACACGCCGTCTCCTTCACCAAAAGCGTGGCCCGCCACTCGTTCAACTGCCCCGACTTCAGAGCCGCCAACGTCCGCGGCATCTCCAGCACAAGGGCCTTCGCCAAACCCAGCAACCGGGACCCACGATTCGGTGACTCCCGCCTCGCCAACGCCACCTGA MSGAGRRLIRSAAARLARPATDRGSRRYAAAFAAATSALSPFPSKNPVSGASSSSTAHRSSTDKHAVSFTKSVARHSFNCPDFRAANVRGISSTRAFAKPSNRDPRFGDSRLANAT NA NA NA NA NA D3-18_02001 975 hypothetical protein ATGACTCAGCTGGGCAAGTTTGAAAAGTACTTGATCGAAGAGTTCTACGACGACTTCCGGTCGGGGGACATGTCGCATAAGACGTTCACCAGGCGGGTGGCGTTCATCATGGGAAGCATGACCGCGGCCGCGGCGGCCATGACTTTGGTGGGCTGCACGCCGGACGAGGTTCCGCAAACCACCGATCCCATGCCCACACCTTCGCCCTCATCGGCGGCGGCAAGAACAGGGACCGCGACCACCGCCGTTCCCAACGCCAAGAGTCCGATTTCCGTCCCGGAGGGTGCTGCGGGCCTGACGACGGCAACAGAGACGTTTCCCGAAAACGGGACGGAAATCAGCGCGTACCTGGCCCGGCCCGAGGGGAGCCGAAAGGGTCCCGGCGTCTTGATCTGCCACGAAAACCGCGGGCTCACACCGCACATCCAGGACGTCGCCCGACGCTTCGCCAAGGAAGGGTACGCGGCGCTGGCACTGGATTTGCTGAGCAGGGAGGGCGGCACGGCGAATATGGATCCGGACGCTGCCCCTGGCGCTCTTACGCAGGCAGGCGCCCAAAGGCACGTGGACGATTTCAAAGCCGCCTTCGAGTACCTCAACGGCCAGGATTTCGTCGAAGAGGGCCGGATCGCCATGGTGGGTTTCTGCTTCGGCGGCGGCATCACATGGCAGGCAAGCACCGAGATCCAAGGGCTCCAAGCAACATCCGCCTTCTACGGTCCCGCACCGGACCTGGCTAAGGTGCCCACCATCAAGCCGGCGGTCTTTGGCGTCTACGCGGAAAACGATGCACGTATCACCGGTGCGATGCCCCAGCTGCAGGCGGCCTTGGATGCCTCAACGGTCAAGCACCAGTTCAAGGTGTACCCCGGCGTGGACCACGCGTTCCACAATGACACGGGTGAGCGCTACGTGGAGGCTCAGGCAACGGCAGCGTGGAACGACACCCTGACGTGGTTCAAGGACAACGTCTAA MTQLGKFEKYLIEEFYDDFRSGDMSHKTFTRRVAFIMGSMTAAAAAMTLVGCTPDEVPQTTDPMPTPSPSSAAARTGTATTAVPNAKSPISVPEGAAGLTTATETFPENGTEISAYLARPEGSRKGPGVLICHENRGLTPHIQDVARRFAKEGYAALALDLLSREGGTANMDPDAAPGALTQAGAQRHVDDFKAAFEYLNGQDFVEEGRIAMVGFCFGGGITWQASTEIQGLQATSAFYGPAPDLAKVPTIKPAVFGVYAENDARITGAMPQLQAALDASTVKHQFKVYPGVDHAFHNDTGERYVEAQATAAWNDTLTWFKDNV PGPT0005685_307 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_CHLOROBENZENE_DEGRADATION,PGPT0005685-catA-K01061 NA NA D3-18_02002 1089 yhcG COG4804 Putative nuclease YhcG ATGCCGTCCCAAGAGCTCGCCACCGAGGCATCCTTTCCGGGTGTCCCGGCTGCTTCGTCCATGCCCGATTGGTACCCCACACTGCTCAACACCGTGGCCCAAGAGGTCCGTGTCGGCAGGACCCGGGCGCTGGCAGCGGCCAATAGCGAGTTGTTGAATTCCTACTGGAGCATCGGCCGGCAGCTCGCCGACCGTGAATCCGAGCAAGGCTGGGGAGCCAAGGTGGTCACCCGCTTGTCCGCCGACATCCGGACGCGGTTCCCGGAAGCTAAAGGCTTCTCTCCCAGAAACCTGAGGTACATGAAGAGCTTCGCCCAGGCATGGCCGGACTTTCCAATGTTGCAAGCGCCGCTTGCAACATTGCCCTGGTACCACCAGATCGCACTGCTGGAAAAGCTCGACGACGCCGCCACGCGCCTTTGGTACGCCGCGGCGGCTGCCCAACACGGATGGTCGCGCAACGTGCTGACCCACCAGATCTCAACGCGCTTGCACGAACGCTCCGGGCAGGCCATCACCAACTTCAAAACCACCATGGTGCCTGCCGATTCGGACCTTGCGCAGCAGGCGACCAAGGATCCCTACGTCTTTGACTTTCTGTCCATGAGTGATCGGCACACCGAACGGGACCTGGAGCTGCAGTTGGTGAAACACGTGGAGAAATTCCTGCTGGAGCTGGGCCAGGGTTTTGCCTTCGTTGGTGAGCAGGTGCGGCTGGAGATTGCGGGGGACGAGTTCTTCGCGGACCTGCTCTTCTACCATCTGAAGTTGCGCTGCTACATGGTCATCGAACTCAAGGCCGTGAAGTTCGAACCTGGGTTCCTCGGACAATTGGGTATGTACATGGCGGCCGTCGACGACCTCATGGCTCACCCCAACGACAAGCCCACCATCGGCCTGCTGTTGTGCAAGGAGAAGAACAGCGTGGTGGCCGAGTATGCCTTGCGTGGGTTCAACGCTCCTGTGGGCATCGCGGAGTGGAAAACCTCCCTTGCTGATTCCTTGCCCGATGAGCTGGTGGCGAGCCTGCCGAGTATCGAGACCCTGGAGGCCGAGCTGGCGAGCGAGGCAGCGCGACTGCAGGGCTGA MPSQELATEASFPGVPAASSMPDWYPTLLNTVAQEVRVGRTRALAAANSELLNSYWSIGRQLADRESEQGWGAKVVTRLSADIRTRFPEAKGFSPRNLRYMKSFAQAWPDFPMLQAPLATLPWYHQIALLEKLDDAATRLWYAAAAAQHGWSRNVLTHQISTRLHERSGQAITNFKTTMVPADSDLAQQATKDPYVFDFLSMSDRHTERDLELQLVKHVEKFLLELGQGFAFVGEQVRLEIAGDEFFADLLFYHLKLRCYMVIELKAVKFEPGFLGQLGMYMAAVDDLMAHPNDKPTIGLLLCKEKNSVVAEYALRGFNAPVGIAEWKTSLADSLPDELVASLPSIETLEAELASEAARLQG NA NA NA NA NA D3-18_02003 492 hypothetical protein GTGAGTGAAGCCGGTGAATTCGTGGACTACACCCTGCAGATGGAATCGACCTGGGAGAAGGCCGATGAGGCCAGTGAGCGTCTCGGCGAAGCCCTGAAGGTATACGGTGCGTCGGTAGGTGCCGTGCGGGGAACGGTGAGGGATGCACTGAAGCGGTACAAGAATCTTGAGCACGACGACATCACCGCCCTGAGCTCGGAACTTTGGGAAGAGCCGGTCTTCGAACGCCGCCTCGCAGCCGTGGTTCTGCTGCAAACCAAGGTAGGTGTCCTGATCAACACTGACCTCACCCGTATCGAAGGCTTCATCAGACGGGCCGGCACCCGGGAGCTGGTGGATCCCTTGGCAGCAGACGTTGTGAGGCCGTTGCTGGCACGGCTGGAGGGGCTCGCGAAGGAACGCGCTGAGCGCGTGCTGGACCGTTGGGCTATGGATCCGGACCCGGAACTACAGCATGCAGCGGCTCTGGCGACAGGCACCGCCACCTCTTGA MSEAGEFVDYTLQMESTWEKADEASERLGEALKVYGASVGAVRGTVRDALKRYKNLEHDDITALSSELWEEPVFERRLAAVVLLQTKVGVLINTDLTRIEGFIRRAGTRELVDPLAADVVRPLLARLEGLAKERAERVLDRWAMDPDPELQHAAALATGTATS NA NA NA NA NA D3-18_02004 1503 petC Cytochrome b6-f complex iron-sulfur subunit ATGAAATCGCTGTGGTTGGACCGGGAATCCCGGTTCATGTCCGACTCAATCCCCGAGGAAAAGCACTTCGACACGATAGTGGTGGGCGCCGGGCTCACCGGAATGGTGACGGCCTTGCTGCTGTCCAGGTCAGGGCAGCGGGTGGTGGTTTTTGAAGCCCGAACACTCGGTGCAGTGACCACCGGAAACACCACCGGCAAATTGAGCCTCCTGCAAGGTGGAGCTCTTTCAGCCCTGCGTAGCCAGTACTCCTTGAAAGTGGTGCAGGCCTATGTGGAGGCCAATAAGAGCGGGCAAGCCTGGCTGACGCAGTACATGGAGCAGCAAGGCATCCCATACCAGCGCCGGACAGCCGTCACGTTCGCAACCACGGACGACGGCGGCCAGCGGCTCCGCAAGGAGGCTGCAGTTTCGCGGGACGCAGGTTTGGACGTCCACTTCAGCCGTGACCCCGGATTACCGTTCCCTGTTGTGGAAGCTTTGGAATTGGAGGATCAGGCACAGATCCACCCCATGGAAGTGCTTGAAACGCTCGCCAGGGACATCCGCGAGCATGGCGGCCTCATCGTTGAGGACATGCAGGTGCAGAACGTGGGCTCCGAGCAACCCATGGAGGTCTCCACCCGAAAGGGCGCGTTCACTGCGGACACAGTGGTGATAGCTACGGGCATCCCCATCCTGGATCGCGGCCTGTACTTCGCCAAGCTTGAACCCAACCGGTCCTATGCGGCCGCCCTCAAGGTACCGGGCGAAATTCCGAAGGGAATGTATCTGTCCATCGATTCGCCCACGCGCTCACAGCGCACGCAACCTACTCCCGAGGGGGAGCTGCTCCTGGTAGGCGGCTACGGCCACACGGGGGGCCGGGCGAAGTCGCCTAAGGCGCACTTGGATGACCTGCTCGGATGGGCAACGCAACACTACCCCGGAGCTGAGGTCACCCACACGTGGTCAGCACAGGACTACCAAGCCACCAACCTGATGCCGTTCTTCGGCAAGTTTCCCCGTGGCCACGGACGGATCTTCTTCGGCACCGGCTACAACAAATGGGGGATGAGCAACGGGGTGGCGGCGGCCCTGTCCATCACCTCCGATATCCTGGGTGGCCAGTCCGACTGGGCCAGCGTCATCCATCACCGGGTTACCTCGCCCCTGGGCGCGCTTCAAGCGGTCCGCCTCAACGCCAGCACCACCAAACGGATGGTGGAAGACAGGGTAAAAATCAAGGCTAATCCCGAAATCACAGATCAGACCCGTCCCGCCGAAGGAACCGGCGTGGTGGGGCTGTACAAGGGTGAACCGGCGGCCGTGTCCACTGTGGACGGCAACGTCTGCATGGTGTCGGCGAGCTGCGCGCACCTGGGCGGAATAGTGAGTTGGAACAACGCCGAGAAGTCGTGGGACTGCCCCTTGCACGGTTCGCGCTTCACCCCGGAGGGAAAGTACCTCGAAGGCCCGGCCACGCATCACCTGCAGAAGTCGCCGGTCAAGAAGAAGGACTAG MKSLWLDRESRFMSDSIPEEKHFDTIVVGAGLTGMVTALLLSRSGQRVVVFEARTLGAVTTGNTTGKLSLLQGGALSALRSQYSLKVVQAYVEANKSGQAWLTQYMEQQGIPYQRRTAVTFATTDDGGQRLRKEAAVSRDAGLDVHFSRDPGLPFPVVEALELEDQAQIHPMEVLETLARDIREHGGLIVEDMQVQNVGSEQPMEVSTRKGAFTADTVVIATGIPILDRGLYFAKLEPNRSYAAALKVPGEIPKGMYLSIDSPTRSQRTQPTPEGELLLVGGYGHTGGRAKSPKAHLDDLLGWATQHYPGAEVTHTWSAQDYQATNLMPFFGKFPRGHGRIFFGTGYNKWGMSNGVAAALSITSDILGGQSDWASVIHHRVTSPLGALQAVRLNASTTKRMVEDRVKIKANPEITDQTRPAEGTGVVGLYKGEPAAVSTVDGNVCMVSASCAHLGGIVSWNNAEKSWDCPLHGSRFTPEGKYLEGPATHHLQKSPVKKKD NA NA NA NA NA D3-18_02005 987 hypothetical protein ATGGATCTCCGCGACGCCGCCCAGGAGCTGTACGCCGTGACTCCCCGTGATTTCACGGCGGAACGAACTGCGCTGGTCCGCAAAGCGAAGGATGCCGGCAACAAGGACCTGGCCAAAGAGATTGGCAGCCTCCCAAAGCCGGCCGCCGGCGCCTGGGCCATCAACATGCTGGCCCTTCACAAGCCAGAGGTGATTGACGGCGTCGTGCGCTTTGGCGTTTCGCTTCGTACCGCCCAAGAGGAGGGCGACACTGAAGCGTTTCGCGAACTCGGGCAGCAGCGCCAGGGCCAACTGACATCTGCCGTGCATGCGGCCAAGGATCTCGCATCCGAGCTGGGCGCTCCACTTAGCGCTGCCGCAGCAGCCGACGTTGAGCAGACATTCAGGGCAGCTATGGCCGATGCCGGGGCCGCCGTCGCCGTAGGAACGGGTCGGCTGGTGCGGGGGCTTAGCGGCAGCGGCTTCGAGGCAGTGGACCTTACAGGCGCCATCGCTGCAGCAGGTCCGGACGACGAAGCTGGTCCTGAAACCGGAAAAGCCCCTGCTAAGCGGGCAGCCAAGACGGAACCGGCGCCACCTCCCAAGGACAAGCTTTCCAAAGAAGAGCCTTCTAAAGACACGCCGTCCAAAGAGAAGGCACCCAAGGACGAAGCGACGTCCTTGGCCGATAGGCGCGCCGCCAAGCAACAAGCAGCGCTGGAAGAGGCCCGCCGCGACTTCGAGGCCGCCGACAAGGAGGCCAAGGAAGCTGAAGCGGCAGCCTCCGACGCGTGGGAAACCGTCAAAGAGTTGGCCGACCGAAAAACCAACCTCAAATCCGAGATCGAAGAGATCAAGAAGCGTCTGGCCGCACTTGAAGCCGAACTCATTGGGATCACCCGTGATACGGAATCCGCCGAATCAGACAAGAAGCGTGCAGTGCGGGCCGCAACCCAGCAACGACGCGCCGCTGACCAAGCCCAGCGGCGCGTCGATCGGCTGAGCTAG MDLRDAAQELYAVTPRDFTAERTALVRKAKDAGNKDLAKEIGSLPKPAAGAWAINMLALHKPEVIDGVVRFGVSLRTAQEEGDTEAFRELGQQRQGQLTSAVHAAKDLASELGAPLSAAAAADVEQTFRAAMADAGAAVAVGTGRLVRGLSGSGFEAVDLTGAIAAAGPDDEAGPETGKAPAKRAAKTEPAPPPKDKLSKEEPSKDTPSKEKAPKDEATSLADRRAAKQQAALEEARRDFEAADKEAKEAEAAASDAWETVKELADRKTNLKSEIEEIKKRLAALEAELIGITRDTESAESDKKRAVRAATQQRRAADQAQRRVDRLS NA NA NA NA NA D3-18_02006 477 hypothetical protein ATGAGTTTGCCTTTCGGCGTCGCACTCGCGGCGCTCTTCGCGATTGTCATGATCCGTGTCAATGTGACCTACTGGATTGGGCGGGGAGCCGTTGCCGGACTCGCGCACACCCGCTTCGGTGATTCTTTGGAGCGGCCCAAAGCAGCCCGTGCCCAGGCCCTGATCCAACGGTGGGGTCCTTACGCCGTCGTACTGTCTTTTCTGACCATCGGCCTCCAAACGGCTATCAACCTCGCGGCCGGTGCTGCCCGCATGCCGCTCCGCCGGTACTTGCCCGCTGCTGTGGCAGGTTCTGTCATCTGGGCATTGCTTTACGCAACCATTGGTCTCGCTGCTTTGGAGGCGTGGCTTGCGGTAGCGGCAGCGTCGCCAGTTGGTGCTGCAGTGGGAGTCGCAGCCTTGGCGGCCATCGTCGTCTGGGTTGTCGTGTTCCGTCGGCGTCGGGCGAGGGCCAGATCAGCGGATACAGTGGTCTGA MSLPFGVALAALFAIVMIRVNVTYWIGRGAVAGLAHTRFGDSLERPKAARAQALIQRWGPYAVVLSFLTIGLQTAINLAAGAARMPLRRYLPAAVAGSVIWALLYATIGLAALEAWLAVAAASPVGAAVGVAALAAIVVWVVVFRRRRARARSADTVV NA NA NA NA NA D3-18_02007 804 hypothetical protein TTGACTACTGCATTACCGGAACTGGCGGACGGCGATTTTTACTACGAATCCTTGGGCGAGGGCCGCTACCGGTCCACCATCCATGCCCAAGGTGCGTGGAATCCCCACGAACAACACATGGCCCCCGCCTCGGGCATCATTGCCGATGCCTTGGTGCGCCATGAGCCACGGGACGACGTCCGCCTGGCGCGGATCAGCTACGAAATTCTCGGGCTGATTCCTGGCGGCGAGTTCCAGGTCACCACCTCGACGTTGAGGCCGGGAAGGACCATCGAACTTATCCAGGCAGAGCTTTCGGCGGGAGGCCGTGTGGCAATCCGTGCTGCCGCGTGGCGCATGGTCACCAGCGACACCAGCGCTGTAGCCGCAGTGGAAGATGAGATCATGCCGGCCCCCGACGAATGCAAGCCATGGGATGGCGCCAGCGTGTGGCCCGGGGGATACATCCGGTCCTTGGAGATGCGCATCGCCGAAGGACACCGGCCCGGTTCGGGCAAGGTGTGGATTCGGACGTCCCACCCGCTCACGGACCAACGAGACAGCACCGATCTCGCCCGCCTCATGGGCTTGGTGGATACAGCGAACGGCATCGCGGCGCGTGTTCCGCCGGGCGAAAACAGCTACATTTTTCCCAACGTCGATCTTCAGATTCACATGTACCGTGCTCCGTCGGGCGAATGGTTGGGCCTGGATAACAAGGTCTCTTTCGGGGCTGACGGCATCGGCCTGACATCCACTGTGCTTCATGACGTCAACGGACCTTTCGGGCGGGCCGAACAGATCCTGACGTTGAGGAAGAGTTGA MTTALPELADGDFYYESLGEGRYRSTIHAQGAWNPHEQHMAPASGIIADALVRHEPRDDVRLARISYEILGLIPGGEFQVTTSTLRPGRTIELIQAELSAGGRVAIRAAAWRMVTSDTSAVAAVEDEIMPAPDECKPWDGASVWPGGYIRSLEMRIAEGHRPGSGKVWIRTSHPLTDQRDSTDLARLMGLVDTANGIAARVPPGENSYIFPNVDLQIHMYRAPSGEWLGLDNKVSFGADGIGLTSTVLHDVNGPFGRAEQILTLRKS NA NA NA NA NA D3-18_02008 750 hypothetical protein ATGGTCGGCTCGGAAGCAGGGTCACGCCAGCTTACGGTTTATCGCCAGAAGGAATCGATGGGCGCGGCGGGAGACCTCGATTTCGCCTTGGAGCTGCTTCAGCGTGCACGCAACGGCAAGCTCGGCCCGTCTCTCCGCCTGTATCGTCCGCAGCCTACCGTGGCTTTCGGCCAGCGCGATGCAAACCTTCCTGGTTTTCACGCAGCGGAGGAGGCCTGCCGGGAACTCGGTTTCGAGCCCCTGATACGCAAAGCCGGGGGCCGTGCCGCGGCGTATCACCAAGGGACCCTGGTGATAGATCACATTGAGCCGCACCCCGACGCGATCGTGCGTGCCAAAGCCCGTTTCTCGGAGTTTGGCGAGCTGCTGGCCGGTGCGCTTCGCAGCGTCGGCGTCCATGCCGCCGTCGGCGAAATTCCGGGGGAGTACTGTCCGGGGGAGTTCAGCGTCCACGGCGAGGACCCCGATTTTCCTGCGCACCGCATCAAGCTCATCGGCACTGCCCAACGCGTCGTCTCCGGAGGCTGGCTGTTCAGCTCCGTGATCGTGGTAGAGGACTCCAAACCCATTCGCGAGGTCCTGACGGCGAGTTATGCTGCGCTCGGGCTCGAGTGGGACACCGCCACTGCCGGGGCTGCGAATGACCTGCTGCCGCATCTGGACGTAGCAACGGTGGAGGATGCCGTGATTGAGGCCTACCGGGGTTACGCAGACACCCTCGACGGCGACTTCCGGACTTTGCTGGGCTAA MVGSEAGSRQLTVYRQKESMGAAGDLDFALELLQRARNGKLGPSLRLYRPQPTVAFGQRDANLPGFHAAEEACRELGFEPLIRKAGGRAAAYHQGTLVIDHIEPHPDAIVRAKARFSEFGELLAGALRSVGVHAAVGEIPGEYCPGEFSVHGEDPDFPAHRIKLIGTAQRVVSGGWLFSSVIVVEDSKPIREVLTASYAALGLEWDTATAGAANDLLPHLDVATVEDAVIEAYRGYADTLDGDFRTLLG PGPT0003940_464 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 D3-18_02009 2319 COG0243 putative oxidoreductase ATGGGACGGAAAAAGCATCCATTGGAGGACACTGACGCTGAACTCAGTGTCAGCCCGCCGAAGCGGTCTGCAGCCGGATTGCCGAGCCTCCTTCATTCGCTGCCGCTTTCCATGAGCTCAATGGGGCCGTCCAGGACGTGGAAAACGCTGGCCGCACTCAACCAGAAGGACGGGTTCGACTGCCCGGGCTGCGCTTGGCCCGATCCTGAGAAGCGGAAGGCCGCAGAGTTCTGTGAGAACGGCGTCAAAGCCGTGGGCTGGGAGGCTGAAGCACTCAAGATTCCAAGGCAGTTCTGGGCTGATAACAGCTTGAGTGTGTTGGAATCCAAGTCTGAGTACTGGCTGGGACAGCAAGGAAGGCTGGTGGAACCCGTTTATAAGGCTGCTGGGTCTGAACACTACGTACCTGTCACTTGGGACCGGGCGTTTGAGGTCATCGCCCACGAGCTGAACGGGCTCGAGACCCCGGACCAAGCGACGTTCTACACCAGCGGACGCACAAGTAACGAGGCTGCGTTCCTCTATCAACTTTTCGTGCGGGCATTCGGAACCAACAACCTCCCCGACTGCTCCAACATGTGCCACGAATCCACAGGGGCCGCGATGGGGGAAACCATCGGAGTCGGAAAGTCTGCCGTCACCTACGCGGACTTCGCCAAGGCCGACCTGATCATCATCATGGGCCAGAACCCGGGGACCTGCCATCCGCGGATGCTTACGGCCCTCGAGGAAGCGAAAGAAGCGGGGGCGGAGATTGTGGCCGTGAATCCGTTGCCCGAGGCTGGTTTGATCAACTTCCGGAACCCGCAACGTCCTCGGGGATTGGTGGGCAAGGGCACAGATCTGGCAGACCAGTTCCTGCAGATCCGCATCGCCGGGGATATGGCACTGTTGCAGGCACTTTCAAAGCGTGTCCTGGATGCCGAGACGGCTGCCCCCGGAACGGTGCTTGACCGCACGTTCATAGATGAGCATTGCCAGGGCTTCGTTGGTTTTGCAGCCCACCTCGCCACGTTGAATGAACGCGATGTCCTCACTGCCACAGGGCTTAGCAGCGCGGACATTGATGAACTGGCCGCGAGGTACCTCCGTGCCGAAAAAGTCATCATCACGTGGGCAATGGGTATTACGCAGCATAAGAAGGCCGTGCCCACCATCAAGGAGATCATCAACCTGCTCCTGTTACGCGGCAACATCGGCAAGCCCGGCGCAGGGCCCTGCCCGATACGTGGACACAGCAACGTCCAGGGTGACCGGACCATGGGCATTTGGGAGAAGATGCCGCCACGGTTCCTGGAGGCAATCAAGCGGGAGTTCGGCTTTGCCCCGCCACAGCATCCTGGCGTCGATGCAGTGGACAGCATCAGGGGCATGCGTGATGGCAGGATCAAAGTTCTGATTGCGTTGGGCGGCAACCTGGTCCACGCGATTTCAGATACCAAGGTTGCTGAGGCGGCGGTGCGGAGAACGCGTCTGTCCGTGCAGATTTCAACCAAACTCAACCGTTCCCATGTGGTGGTAGGTGATCAGGCGCTGATCTTGCCGACTTTGGGACGGACGGAGATCGACAGGCAGGGCGACGTGGAGCAGTTTGTCACCGTGGAGGACACTGTCTGCGCGGTACATCGCTCGGTGGGTCCGCTGGAGCCGATAGCTCCGGATGTGTTGTCCGAGGTGGCCATCGTCAGCCGCCTTGCCCAAGCTGTCCTGGGCGATAAAGTACCGGTCGATTGGGCTGGGCTGGGACGCAACTATGACGCCATTCGGGACCACATATCCCGCGTCGTGCCGGGGTTTGAGGACTTCAATGCCCGCATCCGCGAGAAGGATGGCTTCGTCTTGCCCCACGGGCCAAGGGACAGCAGGACATTCCCCACAGCAACGGGCAGGGCCATGTTCTCCGTCAACGAGCTTGAGACAATTACGATTCCCCGGGGCCGCCTGCTCCTCCAAACAATCCGGTCACATGATCAGTTCAACACCACCATGTATGCCATGAACGATAGGTACCGGGGCATAAAGAAAGGCCGCATGGTCCTCCTGGTGAATCCGTCGGACCTGGCCGAGTTGGGTTTCGAGGACGGGGGCTACGTGGATGTGCACAGCGAGGCCGACGACGGCGTTGACCGTGTCCTGCCTCAGTTGCGTTTGGTCTCGTACCCCAGTGCGCGGGGATGCGCCGCTGCTTACTATCCCGAGGCGAACGTCTTGGTGCCGTTGGATTCGACGGCGGAGGAGAGCAATACGCCAGCCTCAAAGTCGGTGATTATCAGGCTTGAGCCGGCCGCCGCCCCGGTGTACGGGTCGGCAGCCGGCTGA MGRKKHPLEDTDAELSVSPPKRSAAGLPSLLHSLPLSMSSMGPSRTWKTLAALNQKDGFDCPGCAWPDPEKRKAAEFCENGVKAVGWEAEALKIPRQFWADNSLSVLESKSEYWLGQQGRLVEPVYKAAGSEHYVPVTWDRAFEVIAHELNGLETPDQATFYTSGRTSNEAAFLYQLFVRAFGTNNLPDCSNMCHESTGAAMGETIGVGKSAVTYADFAKADLIIIMGQNPGTCHPRMLTALEEAKEAGAEIVAVNPLPEAGLINFRNPQRPRGLVGKGTDLADQFLQIRIAGDMALLQALSKRVLDAETAAPGTVLDRTFIDEHCQGFVGFAAHLATLNERDVLTATGLSSADIDELAARYLRAEKVIITWAMGITQHKKAVPTIKEIINLLLLRGNIGKPGAGPCPIRGHSNVQGDRTMGIWEKMPPRFLEAIKREFGFAPPQHPGVDAVDSIRGMRDGRIKVLIALGGNLVHAISDTKVAEAAVRRTRLSVQISTKLNRSHVVVGDQALILPTLGRTEIDRQGDVEQFVTVEDTVCAVHRSVGPLEPIAPDVLSEVAIVSRLAQAVLGDKVPVDWAGLGRNYDAIRDHISRVVPGFEDFNARIREKDGFVLPHGPRDSRTFPTATGRAMFSVNELETITIPRGRLLLQTIRSHDQFNTTMYAMNDRYRGIKKGRMVLLVNPSDLAELGFEDGGYVDVHSEADDGVDRVLPQLRLVSYPSARGCAAAYYPEANVLVPLDSTAEESNTPASKSVIIRLEPAAAPVYGSAAG PGPT0019635_3103 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_FORMATE_UTILIZATION,PGPT0019635-fdoG|fdhF|fdwA-K00123 NA NA D3-18_02010 639 gloB_3 Hydroxyacylglutathione hydrolase GTGAGCGCCGGCAACCTCTCAATCGATCACGTCGTTACTTCCGGGACATTCTCCCTGGACGGCGGAACCTGGGACGTTGACAACAACGTCTGGATCATCGGCGACGACTCCGAATGCATCGTCATCGACCCGGCCCACAACCCCGAAGCGATTCGTGAGGCCGTGGGTGGCCGCACCGTCAAAGCCATCTTGCTGACACACGGCCATGACGACCACATCAGTTCCGCCGGCGAATTTTGGGAGCTCGTCAAAGCTCCCATCCACCTGCACCAGGACGACTGGATGCTATGGCGGGCAGTGTTCCCCGAAATTGATCCCGACGTGGCAATCGTGGACGGCGACGAGTTCACCGTTGCCGGTGCAACACTGAAAGCAATCCACACTCCCGGACACTCACCCGGGTCTGTCTCGTTCCACCTGCCCAGCGAAGAAACACTCTTCAGCGGAGACACCCTCTTCCAAGGCGGCCCCGGTGCGACCGGACGCTCATACAGCGACTTCCCCACCATCATCGAGTCCATCCAGACCAAGCTCCTCCCACTGCCTGAGGCAACCGTGGTCCGCACCGGACACGGCGATTCCACCACCATCGGCGCGGAGAAGCCGCACCTGGATGAATGGATCGCAAGGGGCCACTAA MSAGNLSIDHVVTSGTFSLDGGTWDVDNNVWIIGDDSECIVIDPAHNPEAIREAVGGRTVKAILLTHGHDDHISSAGEFWELVKAPIHLHQDDWMLWRAVFPEIDPDVAIVDGDEFTVAGATLKAIHTPGHSPGSVSFHLPSEETLFSGDTLFQGGPGATGRSYSDFPTIIESIQTKLLPLPEATVVRTGHGDSTTIGAEKPHLDEWIARGH PGPT0001770_6699 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001770-gloB|gloC-K01069 NA NA D3-18_02011 1086 S-(hydroxymethyl)mycothiol dehydrogenase ATGGTCCACGCAGTCAAAGGTGTCGTCGTCCGCTCCAAAGGCGCACCCGCAACCCTAGAAACCATCCTGGTTCCCGAACCCGGCCCGGGAGAAGCGCTGGTGGACATCCTCACCAGCGGCGTCTGCCACACAGACCTCCACTACAAACTGGGCGGCATCAGCGACGACTTTCCGTTCCTGCTCGGCCACGAAGCCACAGGCGTCGTCAGCGCAGTAGGCCCCGATGTCACCGACGTAGCCCCCGGTGACCGCGTCGTCCTGAACTGGCGCGCAGTCTGCGGTAACTGTCGTGCCTGCAACCGAGGCCAAGCCCAGTACTGCTTCAACACCCACAACGCCACCCAAAAGATGACCCTCGAAGACGGCACGGAACTCTCACCCGCCCTGGGCATCGGCGCGTTCACCGAAAAGACCCTGGTCGCCGCCGGGCAATGCACCAAGGTAGACCCCGACGCCGATGCCGCCGCTGTAGGGCTGCTCGGCTGCGGCGTCATGGCAGGCTTGGGTGCGGCACTGAACACCGGCGGCGTCAAGCGTGGCGACTCGGTGGCCGTCATTGGTTGCGGGGGCGTGGGCGTAGCAGCCATCGCCGGTGCCGCGCTCGCAGGCGCCACCACCATCATCGCCGTCGACATCGACGCAAAGAAGCTCCAGCGCGCCAAGGAACTTGGCGCGACACACACCGTGGATTCATCCGCAGGCGACCCCGTCGAAGAAATTCGCGCCCTGACAGGTGGCTTCGGCGCAGACGTGGTGATTGACGCCGTCGGACGTCCCGAAACCTATAAGCAGGCGTTCTACGCCCGTGACCTCGCAGGCACTGTGGTCCTGGTTGGTGTCCCCACTCCGGAGATGACCCTGGAACTACCACTCCTTGACGTCTTCGGCCGTGGCGGATCACTCAAGTCATCCTGGTACGGCGACTGCCTGCCCTCCCGGGACTTCCCCATGCTCGTGGACCTCTACAAGCAGGGCAAGCTGGACCTGGACGCATTCGTCACCGAGCGCATCACCATCAACCAGGTCGAAGAAGCGTTCGACAAGATGCATCAAGGTGCTGTCCTGCGATCGGTGGTTGAGCTGTGA MVHAVKGVVVRSKGAPATLETILVPEPGPGEALVDILTSGVCHTDLHYKLGGISDDFPFLLGHEATGVVSAVGPDVTDVAPGDRVVLNWRAVCGNCRACNRGQAQYCFNTHNATQKMTLEDGTELSPALGIGAFTEKTLVAAGQCTKVDPDADAAAVGLLGCGVMAGLGAALNTGGVKRGDSVAVIGCGGVGVAAIAGAALAGATTIIAVDIDAKKLQRAKELGATHTVDSSAGDPVEEIRALTGGFGADVVIDAVGRPETYKQAFYARDLAGTVVLVGVPTPEMTLELPLLDVFGRGGSLKSSWYGDCLPSRDFPMLVDLYKQGKLDLDAFVTERITINQVEEAFDKMHQGAVLRSVVEL PGPT0007165_2 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0007165-betB_homologous-K00130 NA NA D3-18_02012 258 COG0695 Putative glutaredoxin.1 GTGGACTTCACTCCCGACTCCGGCACCATCACCATGTTCTCGACCACCTGGTGCGGCTACTGCAACCGCCTGAAGAAGCAGCTGGACGCCAAGGGCATCGGCTACACCGAGATCAACATCGAAGAAGTAGATGGCACTGCCGAACTCGTCGAGCAGCTCAACGGAGGCAACCGAACCGTACCCACCGTCCTGTTCCCCGACGGAACCGCGGCCACCAACCCCTCAGCCTCCGAAGTCGAAAACCGCCTGGCCGCCTAA MDFTPDSGTITMFSTTWCGYCNRLKKQLDAKGIGYTEINIEEVDGTAELVEQLNGGNRTVPTVLFPDGTAATNPSASEVENRLAA NA NA NA NA NA D3-18_02013 747 yedK_1 COG2135 SOS response-associated protein YedK ATGGCCCGTGCGGTGGGGGACCTGCTTGCCGATTTTGACGCCGAGCTTGAGAACGAGATTGCCCTTGAGAAATCGTGGAATGTGGCTCCTACGGATGCTGTTCCCATTGTGTTGGAGAGGGTGATTGACGACGACGTTAAGCGGCAGCTTCACGTTGCGAAGTGGGGGCTGGTGCCCTCATGGGCGAAGGACCCCAAGGGCGGTGCCAGGCTTATCAACGCCCGCAGCGAAACGCTGTTGGAGAAGCCGTCCTTCAAGAAAGCTGCTGTGGCGAGGCGTTGTGCGGTTCCGGCGGATGGCTACTACGAGTGGAAGAAGGGCGAGGGCAAGAACAAACAACCGTATTATGTGCACCCGGCGGACGGACACGGTCTGGTTTTTGCGGGGTTGTACGAGTGGTGGCGGGACCAGTCAGCTTCCCCTGATGATCCGGGCCGCTGGTTGCTGTCCATGTCCATCCTGACCTCCGACACCCCGACGGTGGATGAGGCGCGAACCCGGCGCAGTGCTTCGGTGTTTGACGAACTGACTGCCCTCCATGACCGGGTTCCGTTGCCCATGAGCGCTGAGACGATGGAAGCGTGGTTGGATCCGCGGGAGAAGGACGCTCAGGGGTTGGTGGACATGGTCCGGTCCAGGGCACACGACGCCGCCGCAGCTTGGACGCTGGACCCGGTGGGGGCCGCGGTGGGTAACGTCCGCAATAACTCACCGGAACTTATCGAACCGGTGGAAGGTCTCTTCTAG MARAVGDLLADFDAELENEIALEKSWNVAPTDAVPIVLERVIDDDVKRQLHVAKWGLVPSWAKDPKGGARLINARSETLLEKPSFKKAAVARRCAVPADGYYEWKKGEGKNKQPYYVHPADGHGLVFAGLYEWWRDQSASPDDPGRWLLSMSILTSDTPTVDEARTRRSASVFDELTALHDRVPLPMSAETMEAWLDPREKDAQGLVDMVRSRAHDAAAAWTLDPVGAAVGNVRNNSPELIEPVEGLF NA NA NA NA NA D3-18_02014 390 hypothetical protein ATGAGCACCAATGACGCACTCCTGAAGCAGGTCAGCATCTCCGCCGAAGACGACAACCTCGTGGCACGGTTCGAAATCGATGGCAACATACCAGGCTCCGGCGCTTACGTCGTGGGCCTTGTTGCTGCCAGCGAGGACTATTCCTCACAGCGCAGGCTCGGCATCGAGTTCATGAACGGTGAGGCGATCTCGTTTTACTCCTTCAACCACTCCCTCAGTGCCGAGGAGAACTACGACATCAAGGGCGTTGAGCATTCCGGCAACGTCATCACGGGGAACTTCCCGATGTCGGCCATCCACGGGCTCAGCAAAGGCCATGTCATGACGGGCTTCAGCGAAGCCGATGGCCGGGAGTTCCAATCCGGCGTGCCGGTGAACGAAGCCCTCTGA MSTNDALLKQVSISAEDDNLVARFEIDGNIPGSGAYVVGLVAASEDYSSQRRLGIEFMNGEAISFYSFNHSLSAEENYDIKGVEHSGNVITGNFPMSAIHGLSKGHVMTGFSEADGREFQSGVPVNEAL NA NA NA NA NA D3-18_02015 537 hypothetical protein ATGGCTGACCGCCGAACAGAACTTGCTGACGCAGCGCTCGCAGTCGTTGCCGCCAAGGGCCTCAAGGGACTGACCCACCGGGCCGTCGACGCCCAAGCAGGTGCCGCCGTCGGAACTACCTCGAACTACTTCCGCAACCGTGCAGCACTGATGGCGGCCGCCGTCGACCGCGTTGAAGAACGGGACCGCCTCCTGCTCCAGCAGGGTGGAAGGGAATTCCCGACGTCGATAGCCACCTTGGCGGAGCAGATTGCCGGAGCGGTCATGGGGCTCGCGCATGAGAACGCGGAACTGACCCGGGCCCGTTTCGCCTTTGCCCTTGACCAGCCCGATGTTGTGGCTGCCGGACACGAGCGGCTGGTATCGGCTTTAGCGCAACTGCTTGAAGCCATGGACATACCTGAAGCAAGGGCACGGGCGGAAGCCGTTTCCGATTACAGCGACGGCTTGGCCATGCACCTCCTGACCGCCCGCAAAGGACAGGAGACAGACAGGGCTACAGTGGCCCGGAGCGTCAGGCGACTCCTGGAAGGATGA MADRRTELADAALAVVAAKGLKGLTHRAVDAQAGAAVGTTSNYFRNRAALMAAAVDRVEERDRLLLQQGGREFPTSIATLAEQIAGAVMGLAHENAELTRARFAFALDQPDVVAAGHERLVSALAQLLEAMDIPEARARAEAVSDYSDGLAMHLLTARKGQETDRATVARSVRRLLEG NA NA NA NA NA D3-18_02016 1062 hpxO COG0654 FAD-dependent urate hydroxylase GTGGCCATGGAAAAAGTGGACATCATTGGTGGAGGAATCGCCGGGCTGGCGCTCGCGGGCATGCTCGACCCCGGAAGGTTCGACGTCACTGTTTATGAGCAGCGGACCGAACTTCCGGCAGTCGGAACAACTCTGGCCATGTGGCCGGAAGCCCAGCAGGCGTTATCCAGGCTTGGGATTCTGGGGGCCGTTCGGAGTCGAGGAGCCATCGTCAAAACCGGCGCACTTCGGCGCCCCTCGGGAGAAGCCTTACTGTCCATGGAGGGAGAGGGGCTGCTGGGGGTCTCCCGACCCGAACTGCTGAGACTGCTGGACACCGCGGTACCCGCCTCCGTACGCCGGGTAGGTGGGAGGGTGGACAGTCTTTCAGGCGCAGCCGCGTTGACCGTGGGCGCCGATGGAGTCAACAGCGTTGTTCGGAGGAATTCCTGGGGCAAGCGAAGTGCGGCAAAACCCACGCCCTTCCTGGCAGTCCGCGGAGTAGTTTTCGGAACCCCATCCCCGCAGGACGTTGGAGAATACTGGGGACGCGGTGAAATTTTCGGCTTGGCCCCTGCCGTAGGTGGAAGCAACTGGTATGCCTCCTTCCGCTCCGAGCTGGGCCCGGACAAGGTAGACGTCGCAGAGGCACTCGAAGTGACCCGTCAACGCTATGCCAACCACTCGGCCGCTGTGCGGAATGTACTCGCCCTGGCAAGCCCGGAGACGTCACTGGCACAACGTATCTGGACCACTCCACCCATGGGCCGTTACACGCGGGGGAACGTTGTGCTCGTAGGGGATGCCGCACACGCCATGACCCCAAACCTGGGGCGCGGCGCCTGCGAGGCGCTCATCGATGCCGTAACCCTGGGCAAACTACTGAACGAGCAACCCATGGACCAAGCGCTCGCCGCCTACAACAGGAGGCGGGTCATCCGCACTCAGCTACTCAGGTTGGCCTCTTCCGCCATGGGGATCGTTGCGCTCGCCCAGGGCGCGCAACCATGGCGCGATGCCTTGCTGAAGCAGGTGGGTAAACGTGTAGCGGGAACCCGTGAGAGGGCTGGAACTTCGAAGTAG MAMEKVDIIGGGIAGLALAGMLDPGRFDVTVYEQRTELPAVGTTLAMWPEAQQALSRLGILGAVRSRGAIVKTGALRRPSGEALLSMEGEGLLGVSRPELLRLLDTAVPASVRRVGGRVDSLSGAAALTVGADGVNSVVRRNSWGKRSAAKPTPFLAVRGVVFGTPSPQDVGEYWGRGEIFGLAPAVGGSNWYASFRSELGPDKVDVAEALEVTRQRYANHSAAVRNVLALASPETSLAQRIWTTPPMGRYTRGNVVLVGDAAHAMTPNLGRGACEALIDAVTLGKLLNEQPMDQALAAYNRRRVIRTQLLRLASSAMGIVALAQGAQPWRDALLKQVGKRVAGTRERAGTSK NA NA NA NA NA D3-18_02017 345 hypothetical protein ATGGGGCTGTTCAGTGAATCCGTCGGAGTTATCTGCACTGACACAGGCCAGCCGCAGGAAGTCCAATGGAAAGGCACGCAGTACACGGTCACCAACGAACCTGTTCGATGGTACGAACGGCGCCAATGGTGGCTTGAAGAAAGCCGCGCCCCCCTTGGAAGCGGAGCTGGCCTGGTTGACCATGAGATCTGGCGTGTACAACTCCTGCCAACCTCAGCTGAAGCAGAAACCAGCCACTCCATCACCCTCGACCTGGTCCGGCACGTAGGAAGCGGACGCTGGAGACTCCTGCGCATTCACGACGCCGCACCAGCACGCGCCGTGGAACCTGAAGAAGCGGCCTAA MGLFSESVGVICTDTGQPQEVQWKGTQYTVTNEPVRWYERRQWWLEESRAPLGSGAGLVDHEIWRVQLLPTSAEAETSHSITLDLVRHVGSGRWRLLRIHDAAPARAVEPEEAA NA NA NA NA NA D3-18_02018 3519 dnaE COG0587 DNA polymerase III subunit alpha TTGAGCTTCACCCACCTGCACGTCTCCACAGCCTTCAGCGCACACTACGGCGTCTCCTGGCCGGATGAGCTGGCCCAAACAGCCGCAGCAGACGGAGCCACAGCGCTCGCCTGCACAGATCGAGACGGCCTCTACGGCACCATAAAACACCTCAAAGCATGCATGGACGCAAGCATCGACCCCATCGTAGGGGTGGACCTGGCGGTATTCGACGACGACGGCGACCACCGCACCCAAGTCGCTGGCCGCGTCGTCGTACTCGCCCACGGAAACAACAACGGCGCCGGGTACAGGGCACTGTGCCGCCTCATCTCCGACGCCCACGCGCGCACTTCAGGGAAAGCCGGGGGAGCAGTCCCCGCTGCCGTCACCCGCGGCGAACTCGCCTCAAGGACCCTCGACCCCAAAACCCTCAAACCAGTCCTGACCGTGCTGATAGGACCCGACTCGGACGTCGGCCAAGCCATGGGAGGCCGCAAATACCTTAGGCCCAGAACCCTCTTCAAACAATGGATCGACGCCATGCCACCCGGCACCATGGTGGCTGAAGTCGTGTCCCACCTCAGCGCCCCCGGAGAGCCGCTCAGCACAGCCCATGCCGTCCGCATGCTCAAGCTCGCACTCGAATACAACGTTCCCGCCATCCTCAGCAACGCAGTACGCTACTGCGCGCAGGACGGCGCCGCCACCGCAGACGTCCTCGACTCCGCCCGCACCCTCAAATCCCTCCCGGAACTCTCAACGGCACCCCTGCTCAAACCAACAGGGATGCTCCAACCAACAGGCCAGGGCTGGCTGAAGACACCGCAGCAAATGCTCCAGCTCGGCAAAGAAATCATGAACGCATCAGGCCTGGGAAAAGCCGACCTCACCAAACTCCTCACAAACACTGAAGCGCTCGCCGACAAATGCCGCATCGACCCCGTCCTCGATATGGGATGGAAAAAGCCGGTAGTCCCCGAGGCCTCCATCATCGGCATCGACGCTGACCCCATGATTGAACTCACCCAACGCTGCGAAGCCGGAATCACCCGACGGTTCCCGGGCATCAACGGAGATGCAGAAGAACAACTGCGCTCGCGGTTGGATCACGAGCTGGGAATCATCGGCAGGCTCGGCTTTTCCTCGTACTTCCTTACAGTGGCAGAAGTTTCAAGGATGATCCTCGATATGGGGGTCCGGGTAGCTGCGAGGGGATCAGGTGCCTCAAGCCTGGTCAATTACTTGATCGATATCAGCCAGGTTGATCCGATCCGCCATGACCTTATCTTCGAGCGCTTCCTCTCCGGCCGCAGGTCCACACTTCCTGACATCGATATTGATGTGGAAAGTGCTGAAAGGCACAACGTCTACCGAAAGATTTTTGACCGCTTCGGTGCCGAACGCGTCACCCTGATGAGCATGCAAAACGGCTACAGGGCACGTGGTGCAGTTCGGGATGCCGGCATGGCCTTGGGAATGCCTGACGAAGAAGTGGGTGAGATTGCCAAGCAACTGTGGAGATTCTCTGCACGCAAATTCCGTGAAGCCTTGGTGGAGAAGCCCGAACTGCGCGATTTTGCCGGCCGGGTGGAACGGGGCGCCATGGAAGAGAACCAGCAGCTGGACCTCTTGGTGGACCTCACCGAAAGGCTGGATCGGCTACCGCGGCATATCTCCATGCATCCTTGTGGAGTGATTTTGGGAGATGCAACCCTCCTGGACCGGACTCCCGTTCAGCCCAGCGGCTTGGGCCTGCCCATGAGCCAGTTCGACAAACACGACATGGACCCCATGGGCATGCTCAAACTGGATGTCCTGGGAGTGCGAATGCAGAGCGCCATGGCCTTCGCGGTTCGGGAAGTAATCCGGCTGCATCCTTCCAAGGCTGAAGTTGTTGCAGCCGGGCGGCATCCAGCGGAGCCAGGTGGTGAAGGTCCCGACTACATCGCCCCTGACGGCAGGATTGACCTCAACGCCGTGCCCTTCGACGATGAGCCCACCTATGAGCTGATCCGCAGCACCCACACACTTGGTTGCTTCCAGATCGAATCACCGGGACAGCGTGAGCTCATTGGAAAGATGGCTCCCCGGGAATTCAACGACCTCATCATCGACATCTCACTTTTCAGGCCCGGACCCATGAAATCCGACATGGTGCGGCCCTTCCTGGAACATCGGCATGGTTTTGCTCCTGAGATCTATCCCCATCAGGACCTCAAGCCGGTCTTGGAAGAAACCCACGGGGTCACGGTGTTCCATGAACAGATCCTGAAGACCTTCCACGTCATGACCAACTGCGGCTTGGACAGGGCTGATGAGTTTCGCAGAGCCCTGGGCGACGAAGTTCATGAGCCAGGGGTGGAGAAGTACTTCCGCAAGGAAGCAATCAAGAAATACTCTCCAGAGGTGGTGGACAAGGTCTGGGGAACCCTGAAAGCCTTCGGCAGCTTTGGTTTTTGCAAAGCCCACGGTGCTGCCTTTGCGGTGCCCACTTATCAGTCCGCCTGGCTCAAGGCCCATCATCCTGAGGCCTTTCTGGCAGGCCTGTGGGAACACGACCCCGGGATGTATCCCAAACGCCTGCTGGTAGCTGAAGCCCGCAGACTCGGCATTCCCATCCTGCCTTTGGATATCAACAGGAGCCAAGCTGAATACAGAGTGGAGAAAATCCAACAGGGACCCGATCAGGGCAAGCTCGGAATCCGCTTGAGCCTCGCAGGAATCTACGGACTTTCAGGTGCAGAGTTGAAGCGGATCGTGGCCGGGCAACCTTACGATTCCCTGGCGGACCTGCGGGCGCGGGCAAGGGTGAGCAAGCCGAATATCAAAAGACTTGCCCAACTTGGCGCCTTCGATGCTTTGCATAAAGACTCCGGTGGAAAAGCAAACCGGGCTGACCTCGTGCACCATTTGCAGGCGCTGCAAAGCAGCCCCTCAAAGAAAACTGCGGAGGTCATTGAAGGTCAATTGTCTTTTGCCCTGGGTGATATTGAGTTAAGGAACCTGGCTCCTGAACTTCCCGAGCCTTCCATGGTGGACAACGTCAGGGCGGAACTTGATCTCATGGCTGTTGATGTCAGCGAACACTTGATGGATAGCCACCGGCCCCTGTTGGACAAACTGGGAGTTACAACGGCCGACAAACTCCTGGGCTTGCGCAACGGGACCGAAGTCCTTGTGGCAGGGGTCCGGATTGCGACGCAGACACCACCCATGCGAGGCGGGCGGCGCGTCGTCTTCATCAGCATCGACGACGGTACCGGTTGTGTGGATTCGGTCTTCTTCCATGAAGCGCAGGAAGAATCCGGGCCCCTGCTGTTTGGTACCCGCCTGCTGCTGATCCGTGGAACCACCAGAAGGACAGGCCCCAAGGGAATCAGCCTGAGCGCCAGTAAAGCCTGGGACCTCAGCCGGCCCGAAGCATTGCCATTTGCCGAACTCCTGCCTGCCGAAATCGGGCTGCCGGAGGGATATACCCATCATGGGCCGCTCCACGGCATCTCCAGGAACCTTGCCATCACTGGCCTGGGAAGCTGA MSFTHLHVSTAFSAHYGVSWPDELAQTAAADGATALACTDRDGLYGTIKHLKACMDASIDPIVGVDLAVFDDDGDHRTQVAGRVVVLAHGNNNGAGYRALCRLISDAHARTSGKAGGAVPAAVTRGELASRTLDPKTLKPVLTVLIGPDSDVGQAMGGRKYLRPRTLFKQWIDAMPPGTMVAEVVSHLSAPGEPLSTAHAVRMLKLALEYNVPAILSNAVRYCAQDGAATADVLDSARTLKSLPELSTAPLLKPTGMLQPTGQGWLKTPQQMLQLGKEIMNASGLGKADLTKLLTNTEALADKCRIDPVLDMGWKKPVVPEASIIGIDADPMIELTQRCEAGITRRFPGINGDAEEQLRSRLDHELGIIGRLGFSSYFLTVAEVSRMILDMGVRVAARGSGASSLVNYLIDISQVDPIRHDLIFERFLSGRRSTLPDIDIDVESAERHNVYRKIFDRFGAERVTLMSMQNGYRARGAVRDAGMALGMPDEEVGEIAKQLWRFSARKFREALVEKPELRDFAGRVERGAMEENQQLDLLVDLTERLDRLPRHISMHPCGVILGDATLLDRTPVQPSGLGLPMSQFDKHDMDPMGMLKLDVLGVRMQSAMAFAVREVIRLHPSKAEVVAAGRHPAEPGGEGPDYIAPDGRIDLNAVPFDDEPTYELIRSTHTLGCFQIESPGQRELIGKMAPREFNDLIIDISLFRPGPMKSDMVRPFLEHRHGFAPEIYPHQDLKPVLEETHGVTVFHEQILKTFHVMTNCGLDRADEFRRALGDEVHEPGVEKYFRKEAIKKYSPEVVDKVWGTLKAFGSFGFCKAHGAAFAVPTYQSAWLKAHHPEAFLAGLWEHDPGMYPKRLLVAEARRLGIPILPLDINRSQAEYRVEKIQQGPDQGKLGIRLSLAGIYGLSGAELKRIVAGQPYDSLADLRARARVSKPNIKRLAQLGAFDALHKDSGGKANRADLVHHLQALQSSPSKKTAEVIEGQLSFALGDIELRNLAPELPEPSMVDNVRAELDLMAVDVSEHLMDSHRPLLDKLGVTTADKLLGLRNGTEVLVAGVRIATQTPPMRGGRRVVFISIDDGTGCVDSVFFHEAQEESGPLLFGTRLLLIRGTTRRTGPKGISLSASKAWDLSRPEALPFAELLPAEIGLPEGYTHHGPLHGISRNLAITGLGS NA NA NA NA NA D3-18_02019 2010 thrS COG0441 Threonine--tRNA ligase GTGTCAGATGCCCAACAGATCACCCTCATCGTCGATGGCGAAGAGACCAAGGTGACGGAAGGGACTACCGGCGCGGAACTCTTCTTCGAGCGCCGCGACGTCGTTGTAGCCCGTGTCAATGGCGTGCTGAAGGACCTTGACCAGGTCCTCACCGAAGGCGCAGACGTCGAGGGCGTCACCATCGATTCCCCGGATGGGCTCAACGTTCTCCGCCACTCAACAGCGCACGTCATGGCACAAGCTGTCCAGCAATTGCGCCCCAATGCCAAGCTCGGCATCGGCCCGTACATCACTGATGGCTTCTACTTCGACTTCGACGTCGCTGAGCCGTTCACCCCGGAAGACCTCCGCACGCTGGAAAAGATGATGCAAAAGATCATCAACCAGAACCAGAAATTCGTTCGCCGCGTGGTCACAGAAGAAGAAGCCCGCGAAGCGATGGCCAACGAGCCCTACAAGCTGGAGCTGCTGGGCAAGAAGAACGACGCAAGCGACGCAGGGGAAGGCGTCAACGTCGAGGTAGGCGTCGGCGACATCACGATCTACGACAATGTGGATCGGAAGAGCGGCGAGAGCGTCTGGTGCGATCTCTGCCGTGGTCCCCACCTGCAGAACACCAAAATCATCTCCAACGCCTTCGCGTTGACCCGCTCGTCCGCCGCATACTGGCTCGGCAACCAGAACAACCAGCAGTTGCAGCGCATCTACGGCACCGCGTGGCCCACCAAGGAAGCCCTCAAGGCCTACCAGGAACGCATTGCTGAAGCAGAGCGACGCGATCACCGCAAGCTCGGTGTCGAACTTGACCTCTTCTCCTTCCCGGATGAGCTGGGCTCAGGCCTCCCTGTGTTCCACCCCAAGGGCGGCATCATCCGCAAGGCCATGGAGGACTACTCCCGCCAGCGCCACGTGGACGCCGGTTACGAGTTCGTGTACACCCCGCACATCACCAAGGGACACCTCTACGAGGTCTCCGGACACCTTGACTGGTACAAGGACGGCATGTTCCCTGCGATGCAGGTGGACGCCGAATACAACGAAGACGGCAGCGTGCGGAAGCCGGCGCAGGATTACTACCTGAAGCCGATGAACTGCCCCATGCACAACCTGATCTTCCGCTCCCGGGGCCGGTCCTACCGCGAACTTCCGCTGCGCCTCTTCGAATTCGGCTCGGTGTACCGCTATGAAAAATCCGGGGTTGTGCACGGTCTGACCCGCGTTCGTGGCATGACACAGGACGACGCCCACATTTATTGCACCCGCGAGCAGATGAAGGACGAGCTCACCACCACGCTGAACTTCGTCCTGGGCCTGCTCAAGGATTATGGCCTGGATGACTTCTACCTGGAGCTCTCCACCAAGAACGAAGAGAAGTTCGTTGGTGACGATGCCGCCTGGGAGGAAGCTACCCGCACTCTTTCCGAGGTTGCGGCCGCCTCCGGCCTGGAACTGGTACCGGACCCGGGTGGAGCAGCATTCTACGGACCCAAGATCTCCGTCCAGGCAAAGGACGCACTAGGCAGGACCTGGCAGATGTCCACCATCCAGCTGGACTTCAACCTGCCTGAGCGTTTCGAACTGGAGTACCAGGCAGCCGACGGCACACGCCAGCGACCGGTCATGATCCACCGAGCCCTTTTCGGTTCCGTGGAACGCTTCATGGGTGTGCTCACCGAGCACTACGCCGGGGCGTTCCCGGCCTGGCTCGCTCCTGTCCAGGTGGTGGGAATCCCTGTGGCGGAAACATTCAACGACTACATGTTCGATGTGGTTGGCCAGCTCAAGGCTGCAGGAATCCGTGCCGAGGTTGATATCTCCTCGGACCGGTTCCCGAAGAAGATCCGCACGGCCAGCAAGGACAAGATTCCCTTCGTCCTGATTGCCGGTGGTGAGGACGCAGAAGCCGGCGCAGTGTCGTTCCGCTTCCGGGACGGCAGCCAGGACAACGGGGTTCCCGTGGCCGAGGCGGTCCGCAGGATCGTTGACGCAGTCAAGAACCGCGTGAGCTGA MSDAQQITLIVDGEETKVTEGTTGAELFFERRDVVVARVNGVLKDLDQVLTEGADVEGVTIDSPDGLNVLRHSTAHVMAQAVQQLRPNAKLGIGPYITDGFYFDFDVAEPFTPEDLRTLEKMMQKIINQNQKFVRRVVTEEEAREAMANEPYKLELLGKKNDASDAGEGVNVEVGVGDITIYDNVDRKSGESVWCDLCRGPHLQNTKIISNAFALTRSSAAYWLGNQNNQQLQRIYGTAWPTKEALKAYQERIAEAERRDHRKLGVELDLFSFPDELGSGLPVFHPKGGIIRKAMEDYSRQRHVDAGYEFVYTPHITKGHLYEVSGHLDWYKDGMFPAMQVDAEYNEDGSVRKPAQDYYLKPMNCPMHNLIFRSRGRSYRELPLRLFEFGSVYRYEKSGVVHGLTRVRGMTQDDAHIYCTREQMKDELTTTLNFVLGLLKDYGLDDFYLELSTKNEEKFVGDDAAWEEATRTLSEVAAASGLELVPDPGGAAFYGPKISVQAKDALGRTWQMSTIQLDFNLPERFELEYQAADGTRQRPVMIHRALFGSVERFMGVLTEHYAGAFPAWLAPVQVVGIPVAETFNDYMFDVVGQLKAAGIRAEVDISSDRFPKKIRTASKDKIPFVLIAGGEDAEAGAVSFRFRDGSQDNGVPVAEAVRRIVDAVKNRVS NA NA NA NA NA D3-18_02020 594 COG0537 AP-4-A phosphorylase GTGCAGGAGAACACAGGCGCGGCAGCTGACCTTCCGGGCGACGCCGGCGTAACCGATGACTTCGGATTGGCAGGCGTACCGGACGCGTTTCAGCGCCTGTGGACTCCGCACCGTATGGCCTACATCAAAGGTGGGCAGGACCAATTCAAGAACAAGGATGACTGCCCGTTCTGTGTAGGACCCACGCGCTCTGATGAGGAATCCCTCATCGTCCATAGGGGAAGGACCTGTTATGTGGTCCTGAATTTGTTCCCCTACAACCCCGGACATCTGTTGATTTGTCCATACCGGCACGTTCCCGACTACACGGACATCACAGTGGAGGAAACGGCGGAGTTCGCCGATCTCACCCAGACTGCCATGCGGGTGCTACGGAAGGTTTCGAATCCGAGCGGCTTCAATCTAGGTATGAACCAAGGCGTCACCGGCGGTGCAGGCATCGCCGCGCACCTCCATCAGCACGTGGTTCCGCGCTGGGGCGGGGATGGAAACTTCTTCCCGATCATCGCCCAGACCAAGGCCATTACGCAGACCCTTGATGAGGTCCGCAAGCTTGTGGCCGAAGCCTGGCCGGGGGAGTCGAATGCTCAATAG MQENTGAAADLPGDAGVTDDFGLAGVPDAFQRLWTPHRMAYIKGGQDQFKNKDDCPFCVGPTRSDEESLIVHRGRTCYVVLNLFPYNPGHLLICPYRHVPDYTDITVEETAEFADLTQTAMRVLRKVSNPSGFNLGMNQGVTGGAGIAAHLHQHVVPRWGGDGNFFPIIAQTKAITQTLDEVRKLVAEAWPGESNAQ PGPT0021690_164 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021690-hit-K19710 NA NA D3-18_02021 555 pgsA2_1 COG0558 Phosphatidylinositol phosphate synthase GTGTCTCCAGATGCCGTGACCATTGCAGGGACCGCCGGCGTCATCCTGGGGGGACTTATCCTCTACCCGCTGGGCTTCTTGTGGTGGGGTTCAGTCGCGGTCGCCTTTTTTGCGTTCTCGGATGTAGTCGACGGAATCATGGCAAGGCTGCAGGGGCGGAGCGGTGGTTGGGGCAATTTCCTGGACTCCACTTTGGACCGTCTCGCCGATGGCGCGATTTTTGCCGGCCTCACCATCTGGTTTTTCACCGGAGGCGAGGATCCGGCCATCGGCGCCGCCGCCGTCGTCTGTCTGGTTCTTGGCATGGTAGTTTCCTATGCCCGGGCCAAAGCCGAGTCCTTGGGCTACCAGGCCAGCGTGGGGATCGCAGAGCGCGCAGAACGCTTGGCTTCCGTGCTGCTCATCACGGGGCTCACGGGATTGGGGCTTCCGCCGGTTGTGCTGTTCGGGACCCTGATCCTTCTTGCCCTGGCCAGTGTAGTGACAATCGTCCAGCGGATGTCCGCCGTGCGCCGGCAGGCCATGGCCGAAGCCGATGGAACCACCGCAGGGTAA MSPDAVTIAGTAGVILGGLILYPLGFLWWGSVAVAFFAFSDVVDGIMARLQGRSGGWGNFLDSTLDRLADGAIFAGLTIWFFTGGEDPAIGAAAVVCLVLGMVVSYARAKAESLGYQASVGIAERAERLASVLLITGLTGLGLPPVVLFGTLILLALASVVTIVQRMSAVRRQAMAEADGTTAG PGPT0007705_4109 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHATIDYLTRANSFERASE_ACTIVITY,PGPT0007705-pgsA|PGS1-K00995 NA NA D3-18_02022 981 pdxS_1 COG0214 Pyridoxal 5'-phosphate synthase subunit PdxS GTGGCTGCGCGCGCCTCCGGCAAGAAGGTCGTTTATCTACCCATAGGGGTTTTTGTGTCTACACCAGATGTAAGCAACGAAGCCGGTTCGTCCGCGAACAGCGTCACGGGCAGCAGCCGTGTTAAGCGGGGCATGGCGGAGATGCTCAAGGGCGGCGTCATCATGGACGTCGTTAACGTCGAGCAGGCCCGCATCGCCGAGGATGCCGGTGCCGTGGCTGTCATGGCACTCGAGCGTGTCCCCGCCGATATCCGCGCCCAGGGCGGCGTGTCCCGCATGTCCGATCCGGACATGATCGATGCGATCATTGCTGCCGTGTCCATTCCGGTCATGGCCAAGGCCCGCATCGGCCACTTCGTCGAAGCCCAGGTCCTGCAGTCCCTCGGTGTTGACTACATCGACGAGTCCGAGGTCCTGACCCCGGCTGACTACATCAACCACATCGACAAGTGGAACTTCACCGTCCCCTTCGTGTGTGGTGCCACCAACCTTGGTGAGGCCCTGCGCCGCATCAACGAGGGCGCGGCGATGATCCGCTCCAAGGGCGAAGCCGGCACCGGCGATGTTTCCAACGCCACCGGCCACATGCGCAAGATCCGTTCCGAGATCGCCAAGCTCGCCGCCCTCCCCGAGGACGAGCTCTACGTTGCGGCCAAGGAGCTGCAGGCCCCGTACGAACTGGTCAAGGAAGTTGCCGCCACTGGCAAGCTCCCCGTTGTCCTGTTCACCGCAGGTGGCATCGCTACCCCGGCTGATGCTGCAATGATGATGCAGCTCGGCGCGGACGGTGTGTTCGTCGGTTCCGGTATCTTCAAGTCCGGCAACCCGGCAGAGCGCGCCGCCGCCGTCGTCAAGGCCACCACGTTCCACGACGACCCTGACGTCATCGCCAAGGTCTCCCGCGGCCTGGGTGAAGCCATGGTGGGCATCAACGTCGACGACATCCCGCAGCCCCACCGCCTGGCTGAGCGCGGCTGGTAG MAARASGKKVVYLPIGVFVSTPDVSNEAGSSANSVTGSSRVKRGMAEMLKGGVIMDVVNVEQARIAEDAGAVAVMALERVPADIRAQGGVSRMSDPDMIDAIIAAVSIPVMAKARIGHFVEAQVLQSLGVDYIDESEVLTPADYINHIDKWNFTVPFVCGATNLGEALRRINEGAAMIRSKGEAGTGDVSNATGHMRKIRSEIAKLAALPEDELYVAAKELQAPYELVKEVAATGKLPVVLFTAGGIATPADAAMMMQLGADGVFVGSGIFKSGNPAERAAAVVKATTFHDDPDVIAKVSRGLGEAMVGINVDDIPQPHRLAERGW PGPT0009180_143 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 D3-18_02023 2013 dcp COG0339 Dipeptidyl carboxypeptidase ATGACTAATCCACTCCTGAGCCCCAGCCCCCTGCCCTATGGGCTGCCGCCCTTCGCCGGCATCTCAGCAGAGCACTATGCGGAGGCCATCGAGGCAGGTTTGGCATCGCACCTCGAGGAAATCTCCCGGATCGTGGCCGATCAGGAGCCGGCTACCTTTGAGAACACGGCAATGGCCATGGAGCAGTCAGGGCTTCTCCTCAACAGGGCGGCTGCGGCATTCTTTACCCTGGTTTCAGCGGATGCTTCCGACGCCATAAAGGCGCTGGAGACAGAATTGTCGCCCAAGTTCTCAGCGCACCAGGATGCCGTCTATATGAACCGCGCGCTCTACCACCGGTTCGCCGACATCGACACAACCGGCCTGAATGAAGAATCGTCCCGATTGGTGCAGGAGTACCTCAAGGAATTCCGGCAGTCCGGAATTCAACTGGATGACACCGGGCAGGAACGCTTGCGTGAAGTCAACGCCGAGCTGTCCCGATTGGGCACCGAGTTTGGCCAGCGCGTCAAGGAAGCCATGAAGTCCGCCGCCCTGCTTCTTGACGACGCCGATGATCTTGCCGGCCTGCAGCCGGAAGTGGTCACAGGCGCCGCGGAAGCAGCCAAGCTGGCCGGGCATGACGGCAAGTACCTACTGACCCTGATCCAACCCAGTAACCAACCCGCCATGGCGTCCTTGGAGAACCGGACCATCCGCCGTCGTCTGTTCGAAGCGTCCCTGGCGCGCGGCACGGATGGCGGCGACCGGGACGTCAGTGACCTCGTGAAGGCCACTGCACGTTTGCGGGCCGAGAAAGCAACTCTTCTGGGGTTTGCCAACTTCGCTGAGCTGATGGTGGACCAACAGACGGCGCCCGGTTTCAGCGACGTACAGGCCATGCTCGGCCAGTTGGCACCCGCTGCTGTGCGAAACGCCCAGTCGGAGGCCGACGCCTTGGCGGAATCCGCCGGCCACGAACTCGAACCATGGGATTGGGCGTACTATTCTGCACTTGTCCGAAAGGAAAAGTTCGAAGTGGACGAGCAGGCACTCCTGCCCTACTTCAGCCTCGAAACCGTGCTCAACCACGGTGTCTTCCATGCGGCAACGCAGCTTTACGGGGTCACTTTCCATGAGCGCGAAGACTTGGACGGCTATCACCCCGACGTCCGAATCTGGGAGGTCCGGAATGAAGACGGCAGCGGCCTCGGCCTCTTCCTCGGCGACTACTACACGCGGGAATCAAAGCGCGGAGGTGCCTGGATGAATTCCCTCGTGGACCAGTCCAACCTCCTGGGAACGCGCTCCGTAGTCATTAACAACCTCAACATCACCAAGCCTGCGCCCGGCGAGCCTGCACTGTTGTCCTTGGACGAGGTCCGTACCGTTTTCCATGAATTCGGCCACGCCCTGCACGGCCTCTTCTCCGATGTCACCTATCCCCGGTTCTCCGGGACGTCCGTGCCGCGTGACTTCGTGGAGTACCCGTCCCAGGTCAACGAAATGTGGATCATGTGGCCCGAGGTACTGGCCAACTACGCACGTCATTACTCCACCGGGGAAGCTCTCCCCCAGGACACGGTGGACAAACTCAATGAGTCGTTGTTGTGGGGAGAAGGTTTCGCAACGACCGAATACCTCGGCGCGGCGCTCCTCGACCTGGCGTGGCACGTGCTGCCCGGGTCCGAAGTTCCGGACGATATTCTCGCCTTCGAGGCCAAGGCTTTGGCGGACGCGGGAATCGCGCACCCACTGATCCCGCCGCGGTACCGCACCGGCTATTTCCAGCACATCTTCGCTGGCGCGGGCTACGCGGCCGGTTACTACTCCTACATCTGGAGCGAGGTGCTGGATGCGGACACCGTGGAGTGGTTCAAGGAAAACGGCGGCCTCACCCGCCCCAACGGAGACCGGTTCAGATCCGAGCTGCTGTCGAGGGGTAACAGCCGCGATCCATTGGACTCCTTCCGCTCATTCCGAGGCCGCGACGCCGAGCTGGCCCCCCTACTAAAGCGCCGAGGCCTCAACTAA MTNPLLSPSPLPYGLPPFAGISAEHYAEAIEAGLASHLEEISRIVADQEPATFENTAMAMEQSGLLLNRAAAAFFTLVSADASDAIKALETELSPKFSAHQDAVYMNRALYHRFADIDTTGLNEESSRLVQEYLKEFRQSGIQLDDTGQERLREVNAELSRLGTEFGQRVKEAMKSAALLLDDADDLAGLQPEVVTGAAEAAKLAGHDGKYLLTLIQPSNQPAMASLENRTIRRRLFEASLARGTDGGDRDVSDLVKATARLRAEKATLLGFANFAELMVDQQTAPGFSDVQAMLGQLAPAAVRNAQSEADALAESAGHELEPWDWAYYSALVRKEKFEVDEQALLPYFSLETVLNHGVFHAATQLYGVTFHEREDLDGYHPDVRIWEVRNEDGSGLGLFLGDYYTRESKRGGAWMNSLVDQSNLLGTRSVVINNLNITKPAPGEPALLSLDEVRTVFHEFGHALHGLFSDVTYPRFSGTSVPRDFVEYPSQVNEMWIMWPEVLANYARHYSTGEALPQDTVDKLNESLLWGEGFATTEYLGAALLDLAWHVLPGSEVPDDILAFEAKALADAGIAHPLIPPRYRTGYFQHIFAGAGYAAGYYSYIWSEVLDADTVEWFKENGGLTRPNGDRFRSELLSRGNSRDPLDSFRSFRGRDAELAPLLKRRGLN NA NA NA NA NA D3-18_02024 1257 hypothetical protein ATGGGCAAAATCACATTTTCCGGGAGATGGATCCGTCCTCGCAAGGCGGTACTCGTGCTGAGTGCCGTGGTCATGTCCCTATCGGTGAACGCCTGCGGTGTCATCGCGGAAAATGATGACGCGAACCGCAACAGCGCTACTTCTGTCCCGTCAACCGAGATTCCAAGCCCAACTCGAACCCCTGCACCCAACCCAACCCCAGGCAAGGGACCCGCTTGCCCCGAGTTACGGTGCACCTCCATCACGGTGACAGGTGACATGTTGGTGCATACACAGCTCTGGCAACAAGCGAGAGCGGACGCTGCGGCAGCTGGTCAACCCGGCTACACATTCGTTCCGCTTCTCGAGGGGCAGCGTCGGTACATTCGTAACAGCGACCTCGCCATCTGCCACCAGGAAACCCCCGTTGCTACCCCGGAAGGGCCGTTCTCCGCCTATCCATCCTTCAACGTGCCACCGCAGATCATCACAGCATCGAAGGATGTCGGCTACCAGGCCTGCACAACGGCGAGCAACCACACCATTGATCGCGGTACCGAAGGTTTGCTTAGGACGCTGGACGCGTTGGACGCGGCGGGCCTGAAGCACACGGGTTCCTACCGGACGGAAGCGGAGTCCAAAGAGATACTCATGCTCCAAACGGACGCTGCCAAGGTGGCGGTGATTATTGGAACGTACGGCCATAACGGGCAGATCCCTGAGTACCCGTGGTTGGTTGACGAACTGGATCCAGCGGCCATGATTGCCAAGGCAACACAGGCGAAGGCGTTGGGAGCCGACATTGTCCTGGGCGTCATGCACGCCGGCGACGAGTACGCCAGCGAAGCCAACGCCCAGCAGCAGGAAGTTGCTCACGCATTGGTGGACAGCGGCCAGTTCACCATGATCTACGGGCACCACACGCACTCGGTGCTGCCGATCGAGAATTACAAAGGCACCTGGATCGTGTACGGGCTGGGCAACGGTGTCACCGAACTGTCCCCGTGGTACGTCCTGAACAATGAAGGGCTGCTGGTCAGGGCGCAGTTCAGCCAGAACGCCGCAGGTGTTTGGACTGCTTCGGACCTCGCCTGGGCTCCGTCAGTGATCATCCGGGATCCCTATCGTTGGTGCTCCGTGGCCAGCGATGCACCGCAGGGAGTCTGCGCTACCCCCGCGGCCGATGCTGAGACCTACCAGCGAACCAAAGCGGTGGTTGAGTCCATGGGCGCAGCAACTGCAGGGGCGCATGAACTGCTGATCACCAAGGAAAAGTAG MGKITFSGRWIRPRKAVLVLSAVVMSLSVNACGVIAENDDANRNSATSVPSTEIPSPTRTPAPNPTPGKGPACPELRCTSITVTGDMLVHTQLWQQARADAAAAGQPGYTFVPLLEGQRRYIRNSDLAICHQETPVATPEGPFSAYPSFNVPPQIITASKDVGYQACTTASNHTIDRGTEGLLRTLDALDAAGLKHTGSYRTEAESKEILMLQTDAAKVAVIIGTYGHNGQIPEYPWLVDELDPAAMIAKATQAKALGADIVLGVMHAGDEYASEANAQQQEVAHALVDSGQFTMIYGHHTHSVLPIENYKGTWIVYGLGNGVTELSPWYVLNNEGLLVRAQFSQNAAGVWTASDLAWAPSVIIRDPYRWCSVASDAPQGVCATPAADAETYQRTKAVVESMGAATAGAHELLITKEK NA NA NA NA NA D3-18_02025 759 gatD Lipid II isoglutaminyl synthase (glutamine-hydrolyzing) subunit GatD ATGACCTCGGAAGCACAGCCCCACATGGACGCACAGCCCAGCAAGGGAACAATCCGCGTCCTCCAGCTTTACCCGCGGGAGATGAACATCTACGGTGACTGGGGCAACGCCCTGGTATTAAAGCAGCGGATCAAGTGGCACGGCTATACGCCGGAGCTGCTCGAATACAACGTGGGTGACGAATTTCCGGACGACGTCGACATTATTGTCGGCGGAGGCGGGCAGGACAGCGGACAACTGGTCATCCAGGACGACCTCCAGGCGCGTGCGGTCCAGTTGAAGCAGCTCGCTGATGAAGGCGCCCCCATGCTGGTGATTTGTGGGCTGTACCAGCTTTTCGGCAAATTCTTCAAGACCAGCACCGGGCCCGTCATTCCTGGCATCGGCATCCTTGACGTCGAAACCCACGGAACGGATGAGCGGCTCATTGGCAACGTGACCATGAAATCTGCCGAGTTCGGCGACATCCTGGGCTACGAAAACCACAGTGGACAGACAACCTTGGGGCCCGGCGTCGAGCCCCTCGGCACTGTCACCAAGGGCGCTGGCAACAACAGCAAGGACGGGCACGAGGGCGCCCGCTACAACAACGTCGTAGCGAGCTATCTGCATGGTTCATTGCTGCCGAAGAACCCGGCCATTGCGGACTTCCTGATCCGAACGGCAGCCGAACGCAAGTTTGGAAGGTTCGTGCCGGGAATGCCCGACGACGGTTATGCCCGCCTTGCGCGCGAACACGCCGCACGCCGGCCGCGGTAG MTSEAQPHMDAQPSKGTIRVLQLYPREMNIYGDWGNALVLKQRIKWHGYTPELLEYNVGDEFPDDVDIIVGGGGQDSGQLVIQDDLQARAVQLKQLADEGAPMLVICGLYQLFGKFFKTSTGPVIPGIGILDVETHGTDERLIGNVTMKSAEFGDILGYENHSGQTTLGPGVEPLGTVTKGAGNNSKDGHEGARYNNVVASYLHGSLLPKNPAIADFLIRTAAERKFGRFVPGMPDDGYARLAREHAARRPR PGPT0023770_277 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-LIPID_II_ISOGLUTAMINYL_SYNTHASE,PGPT0023770-gatD-K07009 NA NA D3-18_02026 1332 murT COG0769 Lipid II isoglutaminyl synthase (glutamine-hydrolyzing) subunit MurT ATGCTTTCCTTCAGCGTTCCCCTCGGCAAGCTGGTCCGCACACTGTCCCGGCTCCGGGGCGGAGGCTCAGCTTTCCCCGGTCTGGTGGTCGAGAAAATCGACCCCGGCTTCATGCAGCGAACGCTGGCGTCGCTCCCCCTCGGTGTAGCCGTGGTCAGTGGCACCAACGGTAAAACGACTACTACCAAGATGGTGGTGGAACTCCTTGAAAGCCAAGGCTTGAAGGTCTTCACCAACCGCAGCGGCAGCAACTTCACCCGAGGTGTGGCCGCATCGCTCCTGGGCGATGTGGATTGGCGTGGACGACTCGATGCGGACATCGCCATCCTGGAACTCGATGAAGCCCACGCCGTGCACTTCGTCAACAAGGTGGAGCCACGCTTCAGCCTTCTTTTGAATGTCCTGCGCGACCAATTGGACCGCTTCGGCGAAATCGACAAGACCGCCCGCTTGCTGGAGCACATCGCCTCCAAGACGACAGACACCGTGGTCCTCAACCGGGAAGACCCCCGCGTCGCCCGGATTGCTGCCGCCCTCAACACCCTGGATGCCGTTCACCACCCCGAGATCAGGTACTTCGGTCTCGACGAATCGTTGCGGAGCACTTTCCCCAACGACGACGAAATGCGCACAACGGGCATCGGCCCATCCCCGTCAGGCACCTCTGTTGCCGCGGAGACCGGTGACGATGTAGACCTGCCGGCTGCCGACGTCGTACTCCGCCGGGTAGGTGCCCAGGACGCTGACTTTGAGTTCGATGACGAAACCGTCACCACATCCATGAAACTGCGTGGTGTCTACAACATCTTCAATGCTGCGGCAGCATTGTCGCTGGCGCGGGCCATCCTGGGAACCGGGCCGGTGGACACGCCCAAACTCGTGAAGGCTTTGGGAGAAGTTGCTCCCGCGTTCGGCCGCGGCGAAAGCCTCACGGTGGACGGCCAGCCCTTGGAACTGGTGCTCGTGAAGAACCCCAGTGGTTTCCGACTCGGGCTGAAGTCCTTCCCCGCCGGTGGATACGCCACCATGATTGCCATCAACGATAACTACGCCGACGGCAGGGACATGTCCTGGCTCTGGGACGTTGAATTCGATTCCCTACGGGAAGACGGTGTGGAGGTGCTCACCGGAGTCCGCGCCTACGACATGGCGCTCCGTCTCCAATACGACGACGTGCCCTTCGGGGTCGTCGAACCGGATATCACCGCAGCACTGCGGACTTTCATTGACGGCTCGCGAGGAAAGCCCAAGCGCATTTTCTGCACTTACACCTCCATGCTCGCCATACGCCGTGAACTGGCCAAAATCACCATAGTTGAGGTGGTCTCATGA MLSFSVPLGKLVRTLSRLRGGGSAFPGLVVEKIDPGFMQRTLASLPLGVAVVSGTNGKTTTTKMVVELLESQGLKVFTNRSGSNFTRGVAASLLGDVDWRGRLDADIAILELDEAHAVHFVNKVEPRFSLLLNVLRDQLDRFGEIDKTARLLEHIASKTTDTVVLNREDPRVARIAAALNTLDAVHHPEIRYFGLDESLRSTFPNDDEMRTTGIGPSPSGTSVAAETGDDVDLPAADVVLRRVGAQDADFEFDDETVTTSMKLRGVYNIFNAAAALSLARAILGTGPVDTPKLVKALGEVAPAFGRGESLTVDGQPLELVLVKNPSGFRLGLKSFPAGGYATMIAINDNYADGRDMSWLWDVEFDSLREDGVEVLTGVRAYDMALRLQYDDVPFGVVEPDITAALRTFIDGSRGKPKRIFCTYTSMLAIRRELAKITIVEVVS PGPT0023775_79 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-LIPID_II_ISOGLUTAMINYL_SYNTHASE,PGPT0023775-murT-K23393 NA NA D3-18_02027 723 pdxT COG0311 Pyridoxal 5'-phosphate synthase subunit PdxT TTGGACCACTATGATGGTCGCATGACCAACCCCCTTTCCGACGCTTCGTCACGCGTGGGTTCAGGACTCCGAATCGGCGTGCTGGCCCTCCAGGGCGACTTCCGCGAGCATATCCACGCTGTTGAGGCTGCCGGCGCCACCGGCGTGGGTATTCGCCGTCCCTCAGAGCTCGACGACATCGACGGCCTGATTATCCCGGGCGGCGAGTCCACCACCATAGACAAGCTTTCCCGGATCTTCGAAGTCCGGGACCCCCTTCAAAAGCGCATCGCAGAGGGCCTGCCCGTTTACGGCTCCTGCGCCGGCATGATCCTGCTGGCCAATGAAATTGCAGACCCGGCAACGGACCTGGACGGTAATCCCCAGCAGACTTTCGGCGGCTTGGATATTACGGTCCGCCGCAACGCTTTCGGGCGGCAACGCGAATCCTTCGAAACCGACCTCGATTTCAAGGGCTTGGATTTCAGTGCCGGAGAATCCGGTGTGGATCCCGTTCACGCGGTATTCATCCGGGGCCCCTGGGTTGAACGTGTTGGTCCGGGCGTGGAAGTCCTTGCCCAGGTTGATCCCGACCACGCCAGCCACACGGCTACTTTGCATGGAGTGGCTAGAATTGTTGCAGTGCGTTCCGGCCAACTGCTGGCCACCTCCTTCCACCCGGAAGTGACGGGAGAGAAACGCGTGCATGAACTCTTTATTCGAATGATCAGAGGAGAAGCGTAA MDHYDGRMTNPLSDASSRVGSGLRIGVLALQGDFREHIHAVEAAGATGVGIRRPSELDDIDGLIIPGGESTTIDKLSRIFEVRDPLQKRIAEGLPVYGSCAGMILLANEIADPATDLDGNPQQTFGGLDITVRRNAFGRQRESFETDLDFKGLDFSAGESGVDPVHAVFIRGPWVERVGPGVEVLAQVDPDHASHTATLHGVARIVAVRSGQLLATSFHPEVTGEKRVHELFIRMIRGEA PGPT0009185_178 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 D3-18_02028 756 COG0217 putative transcriptional regulatory protein ATGTCAGGCCACTCCAAATGGGCGACCACCAAGCACAAGAAAGCCATCATTGACGGCAGGCGTGCAAAGTCGTTCGCGAAACTGATCAAGAACATCGAAGTTGCTGCCCGCATGGGTGGACCGGACCTTGCCGGTAACCCGGGCCTTGAGCTCGCAGTCACGAAGGCGAAAAAAACTTCGGTACCTAACGACAACATCGACCGCGCCATCAAGCGTGGTGCGGGCCTCACCGGTGAAGTGGTGGACTACACCGAGATCATGTACGAAGCCCGCGGTCCCCAGGGTTCGGCTTTGTTGATTGAATGTCTGACCGACAACAAGAACCGTGCCGCTTCCGAGGTGCGCCTGGCGATTTCGCGCAACGGTGGCACCATCGCCGATCCCGGTTCCGTGAGCTACCTCTTCGCGCGCAAGGGTGTTGTTGTCTTGCCCAAGAACGGCCTCAGCGAAGACGACATCCTGATGGCTGTCCTTGATGCCGGAGCCGAGGAAGTCAAGGACAGCGGTGAGAACTGGGAAATCCACTCCGAGCCCTCTGATCTCCAGGCCATCCGTGACGCCTTGAAAGAAGCCGGCATCGACTACGAAACTGACGAAGCCGAATTCGTTCCGTCCATGCAGGTCGACTTGGACGTTGACGGCGCCAAAAAGTTCATGAAGCTCGTGGATGCGCTGGAAGACCTGGACGATGTCCAGAACGTTTACAGCAATGCGGACCTCAGCGAGGAAGTGCAGGCTGCCCTCGACGCCGAGTAG MSGHSKWATTKHKKAIIDGRRAKSFAKLIKNIEVAARMGGPDLAGNPGLELAVTKAKKTSVPNDNIDRAIKRGAGLTGEVVDYTEIMYEARGPQGSALLIECLTDNKNRAASEVRLAISRNGGTIADPGSVSYLFARKGVVVLPKNGLSEDDILMAVLDAGAEEVKDSGENWEIHSEPSDLQAIRDALKEAGIDYETDEAEFVPSMQVDLDVDGAKKFMKLVDALEDLDDVQNVYSNADLSEEVQAALDAE NA NA NA NA NA D3-18_02029 579 ruvC COG0817 Crossover junction endodeoxyribonuclease RuvC TTGACTCTTCGCGTATTGGGAGTCGATCCGGGCCTTACCCGTTGCGGCATCGGTGTGGTGGACATCGAGCGGAACCGCCGGGCCACCATGGTGGCCGTCGGAGTGGTGGGCACGTCCGCCGAGCTGACCTTGGACAAGCGTTTGCTGGTCATTGCCCAGGCCATTGACGAGTGGCTGGACCTGCACAAGCCGGATGTCGTCGCCGTCGAACGTGTTTTTTCGCAGATGAACGTGAGCACGGTGATGGGCGTAGCCCAGGCGTCGGGCGTCGTCATCGTGGCGGCAGCACGCCGTGGTATCCCGGTCGCCTTGCATACACCGTCCGAGGTGAAAGCCGCGGTTACCGGGAGCGGCACTGCCAACAAGGATGCCGTCACCAAATTGGTGACCAAGATCCTGCGCCTGGATGCTCCACCCAAGCCGGCTGATGCTGCCGACGCCCTCGCCCTGGCCCTCACCCATGCGTGGCGCGCAGGTAGTGGCATGGGCTCAGTTAGTGGCGCCAACGGTAAGGGCGGACTCACTCCCGCGCAGAAAGCGTGGGCCGAAGCCGAAGCAAAAGCGCGCCGCAAACGGTGA MTLRVLGVDPGLTRCGIGVVDIERNRRATMVAVGVVGTSAELTLDKRLLVIAQAIDEWLDLHKPDVVAVERVFSQMNVSTVMGVAQASGVVIVAAARRGIPVALHTPSEVKAAVTGSGTANKDAVTKLVTKILRLDAPPKPADAADALALALTHAWRAGSGMGSVSGANGKGGLTPAQKAWAEAEAKARRKR NA NA NA NA NA D3-18_02030 645 ruvA COG0632 Holliday junction ATP-dependent DNA helicase RuvA TTGATCAGTTTTCTCCGTGGAACCGTAGCCCACGTTGGTTTGTCCACCGCTGTTATCGACCTCAACGGTGCGGGAATGAGTGTCTTCGCCACACCGCAGACCTTGAGCCACCTCAAAACAGGAACCGAAGCCAAGCTCTTCACTTCCATGATCGTCCGTGAAGATTCACTCACGCTGTTCGGATTTGCCGACGACGACGAACGCGAAGTCTTCGACGTCCTGCTCAGTGTCAGCGGGGTTGGGCCCCGTTTGGCCTTGGCCGTACTCGCCGTGCACGAACCGGAAGCCATCCGGGTGGCGGCTCACACTGGTGACAGCAAGGCATTTACCAAGGTGCCTGGCATAGGTCCCAAGGTGGCCGGCCGTATTGTCCTCGAGCTGGCCGGGAAGTTGGTTCCGCACGGCACCGGCGCAGGTACTGCTCCCGCCGCGGCCCCGAACGCAGAATGGAAGCCACAGGTAGTTGCTGCCATGACCAGTTTGGGATGGTCCGAGAAAGACGCCAACGGCAGTATCGACAAAGCGATGGCCGATTCGCCGGAACTCGTAGACGCAGGAAACGTGGCCCAAATACTTCGGGCTACGTTGCGCTGGCTTGGCCAGGACGGGGCACGCGCCGGCAACCGTGTAGGCAGCCGTGGTTGA MISFLRGTVAHVGLSTAVIDLNGAGMSVFATPQTLSHLKTGTEAKLFTSMIVREDSLTLFGFADDDEREVFDVLLSVSGVGPRLALAVLAVHEPEAIRVAAHTGDSKAFTKVPGIGPKVAGRIVLELAGKLVPHGTGAGTAPAAAPNAEWKPQVVAAMTSLGWSEKDANGSIDKAMADSPELVDAGNVAQILRATLRWLGQDGARAGNRVGSRG NA NA NA NA NA D3-18_02031 1077 ruvB COG2255 Holliday junction ATP-dependent DNA helicase RuvB GTGGTTGAGCAGTCACTCGTCAGCGGGGGAGAGGAACCGGAAGAGCGGGTCATTGAGGCTGCTCTCCGCCCCAAGAACCTGCACGACTTCGTAGGACAGCATCGGGTCCGCAAGCAACTTGCCTTGGTGCTTGAGGCTTCGAAGATGCGTGGCCGCAGCGCTGACCACGTGCTGATGTCCGGACCTCCTGGACTCGGTAAGACCACACTTGCCATGATCATTGCGGCCGAGATGAACGCTCCGCTGCGTATTAGCAGCGGGCCAGCCATCCAGCACGCCGGGGATCTAGCAGCCATCCTTTCCTCGCTCTCGGAGGGCGAGGTCCTGTTCCTTGACGAAATCCACCGTATGTCCAGGCCTGCAGAAGAAATGCTGTATATGGCCATGGAGGACTTTCGCGTGGACATCGTGGTGGGCAAGGGAGCAGGCGCAACGGCAATCCCCCTGGAGCTCCCTCCTTTCACGCTGGTAGGTGCCACCACCCGCGCAGGACTTCTTCCCGGCCCCTTGAGGGACCGATTCGGTTTCACTGGGCACCTTGAGTTTTATTCGGTGGCCGAACTCGAACTCGTCCTCCGCCGTTCTGCCGGGCTTCTGGATTTGAAAGTCAACTCCGCAGGTTTCACCGAGATCGCCGGTCGGTCCCGGGGAACACCACGTATCGCCAACCGGCTCTTGCGCCGTGTCCGTGACTGGGCGCTTGTTCATGGCATCGAGCAAATCGATGCCCGTTCAGCCTCAGCTGCCTTGGATATGTACGAAGTAGACGAGCGTGGCTTGGACAGGCTGGACAGGTCCGTTCTTGAAGCCCTCATCACCAAGTTCAACGGTGGCCCTGTTGGCTTGTCCACCTTGGCCATTGCCGTCGGTGAAGAACCTGAAACGGTGGAGACCGTGGCTGAACCGTTCCTGGTACGCGAGGGACTTCTGGGACGTACTCCGCGGGGTCGAATCGCGATGGCGTCCGCTTGGACCCACCTTGGCTACGCCGTACCGGCCGGAGTCTTTGGCCAAGAGACCCTCGCCTTGTTCGGTGAGGACGAAAACCACGCCGAAAGCATAGATACGGTCGGTTAA MVEQSLVSGGEEPEERVIEAALRPKNLHDFVGQHRVRKQLALVLEASKMRGRSADHVLMSGPPGLGKTTLAMIIAAEMNAPLRISSGPAIQHAGDLAAILSSLSEGEVLFLDEIHRMSRPAEEMLYMAMEDFRVDIVVGKGAGATAIPLELPPFTLVGATTRAGLLPGPLRDRFGFTGHLEFYSVAELELVLRRSAGLLDLKVNSAGFTEIAGRSRGTPRIANRLLRRVRDWALVHGIEQIDARSASAALDMYEVDERGLDRLDRSVLEALITKFNGGPVGLSTLAIAVGEEPETVETVAEPFLVREGLLGRTPRGRIAMASAWTHLGYAVPAGVFGQETLALFGEDENHAESIDTVG NA NA NA NA NA D3-18_02032 393 hypothetical protein GTGGATCCAATGACCATATTGCTGTTCGTCATGCTTGGACTCTTTGTCTTCATGATGTTCCGCCGCAACAAGAAGACCCAGCAGCAGCAGGCTGAAATGCAGTCCAAGTTCGCTCCTGGTGTCGACGTCATGACCAGCTTCGGTCTCTTTGGCCGCATCGTGTCCATCGACGAAGCTGAGAACAAGGTCGTCATCGAACTTTCCCCGGGTAACCAGGCAACGGTTCACCGCCAGGCAGTCACCAAGGTGGTCGAAACCACCCCCGAGGAAGCACCGGTTGTCCCGGATGACGCTTCTTCCCTGACCGCCGCGGAGACTGAGGCTCCTGCCGCCGTCGAGACACCGGAAGAAACCATCGCGCGCCTCAACAAAGAGGACAAGAAGGACAACTAG MDPMTILLFVMLGLFVFMMFRRNKKTQQQQAEMQSKFAPGVDVMTSFGLFGRIVSIDEAENKVVIELSPGNQATVHRQAVTKVVETTPEEAPVVPDDASSLTAAETEAPAAVETPEETIARLNKEDKKDN PGPT0025730_392 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025730-yajC-K03210 NA NA D3-18_02033 1752 secD Protein translocase subunit SecD ATGGCACGGACCGGCCCCAAAAACTCAGCCCGCAGGGTGCTGACCTGGCTTGGAGCAATTTTCGTTGTATTAACCGCTGTCCTTGCTGGCGGAGTAGTGACTGGCAACGCCAGTTGGGCTCCGAAGCTTGCTCTGGACCTCGAAGGCGGAACCCAGATGATCCTGGCACCCCGGGTGGAGGGTTCCAGCGAGATCAATGAGGAGCAACTCAACCAGGCAGTTGCCATCATCCGGCAGCGAGTAGATGGTTCCGGTGTTGCTGAAGCCGAAATCAGCACGCAGTCCGGCCGCAACGTGGTGGTCAGCCTTCCGGGAACACCGTCGAAGGAAACCCGCGACCTGATCCAGGCTTCGGCTGACATGAACTTCCGCCCGGTCATCACTTACGGCGACCCGGCAGCTATACCGGCTGAGCAGCGCACTCCTGAGGATCAGCTGAACAAGCCGACCGCGGAGCCGACCAACGCAAGTGATGTCAACTGGATCACCCCGGAAGTCCAGAAGGAATTCGAAGCACTCGACTGCGTCAATCCTTCGGCTGAAAAACGCGATCGGTCAGATCCAGCCAAACCCCTGGTAACCTGCGAGGCTGCCACTGCGACGACTCCGGCCATCAAGTACATCCTCGGGCCCGTTGAGGTCAAGGGGCAGGACATCAGCGATTCCAGCTTTACCCAGGTCCAGGGTGCCCAGGGCTCCGTGACGAATTCCTGGGGTGTGAACATTGTCTTCAACTCGGATGCAACCGCAAAGTTCAAGGCCGTAACCGAACGCCTCAACCAGTTCTATGCTGCAGCGCAGGCCCAGGGTACTGACGATCCCAAGTCACAGTTCGCGATCGTCCTGGACGACAAAGTACTTTCCGCCCCGCGAGCCCTTGCTGTCATCACTGATGGCAAGCCGCAGATCACGGGTAACTTCACCCAGGCGTCGGCGAAGGCTTTGTCTGACCAGTTGCGCTACGGCGCACTGCCCATCAGCTTCGAGATCCAATCACAAGAGCAGATTTCGGCCACTCTCGGTGGCGACCAACTTCGCCTCGGCTTGCTGGCAGGCATGATCGGTCTGTTGCTGGTTGTGGTGTACTCCCTGTTCCAGTACCGCGCTTTGGGTCTTGTCACCATCGCCTCACTTGTGGTGGCCGGTGTGCTGACGTATCTCGCCATTGCCATCCTCGGTTGGACGGAAAACTATCGCCTTTCCCTGGCAGGTGTAGCGGGTTTGATCGTGGCCATTGGCCAGACCGCCGACTCGTTCATCGTCTACTTCGAACGCATCAGGGATGAGCTGCGCGAGGGCCGTGGCCTGGTGTCCGCCGTCGAGAATGGCTGGAAGCGGGCCAAGCGCACCGTCCTGGCTTCCAAGGCCGTCAACCTCCTGGCGGCACTTGTCCTCTACTTCGTCGCCGTCGGCAACGTGCGTGGCTTTGCCTTCACCCTCGGCCTGACGGCCCTGGCTGACCTTCTGGTGGTGTTCATGTTTACGCACCCCATGCTGCAGGTCCTTGCCCGCACCAAGTTCTTTGGCGAAGGGCACCGTTTCTCAGGGCTTTCCCCTGACCGTCTCGGTGCAGTTCCCCTTTACCGGGGCGCGGGCCGCCTCCGTACGCCTGAGGAAAAGCCTGCCGTGGTTCGCGCACGCAACACCGGTGCGGCAGCCGAAGCCGAACGACGCATGACCATCGCCGAGAGGCGCCTTGCCGAGAAGGGCCAGCTCACTGGTACTTCCAACGGCACCAAGGAGGAGAAGTAA MARTGPKNSARRVLTWLGAIFVVLTAVLAGGVVTGNASWAPKLALDLEGGTQMILAPRVEGSSEINEEQLNQAVAIIRQRVDGSGVAEAEISTQSGRNVVVSLPGTPSKETRDLIQASADMNFRPVITYGDPAAIPAEQRTPEDQLNKPTAEPTNASDVNWITPEVQKEFEALDCVNPSAEKRDRSDPAKPLVTCEAATATTPAIKYILGPVEVKGQDISDSSFTQVQGAQGSVTNSWGVNIVFNSDATAKFKAVTERLNQFYAAAQAQGTDDPKSQFAIVLDDKVLSAPRALAVITDGKPQITGNFTQASAKALSDQLRYGALPISFEIQSQEQISATLGGDQLRLGLLAGMIGLLLVVVYSLFQYRALGLVTIASLVVAGVLTYLAIAILGWTENYRLSLAGVAGLIVAIGQTADSFIVYFERIRDELREGRGLVSAVENGWKRAKRTVLASKAVNLLAALVLYFVAVGNVRGFAFTLGLTALADLLVVFMFTHPMLQVLARTKFFGEGHRFSGLSPDRLGAVPLYRGAGRLRTPEEKPAVVRARNTGAAAEAERRMTIAERRLAEKGQLTGTSNGTKEEK PGPT0029260_2018 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0029260-secD-K03072 NA NA D3-18_02034 990 secF COG0341 Protein translocase subunit SecF ATGACTACGAGCTTCGCAACCTTCGGCCACGAGCTGTACACGGGCAAGCGCTCGTACAACTTCGTCAATTCCAAGAAGATCTGGTTCATCATCGCCGCGGTCGCCGTGGCACTCTCCATCTTGATTCCGGTGGTCAAGGGCGGCTTCAACCTCGGAATCGAATTCCGTGGCGGCTCCGAATTCACTGTTTCCAATGTGAGCACCACTGATGCCAGCTTGGGCGAAAAGGCCGTCCACGACATCGTGCCCGATGCCATTCCCCGCGTTGCCAACGTGGCAGGCAACACCATGCGGATCCAAACGGATCAGCTGACCGATGACGAGACGAACCGGATCAAGGACGGCCTCACCAGCGCCTACGGCGTGACGGAGAACGAAGTGACGTCCAACTTCGTGGGCCCAACCTGGGGTCAGGATGTCACTCGCCAGGCCCTCATCGGCCTGGTGGTCTTCGTTGCCTTGGCAGCTGTCCTGATGGCGCTGTACTTCAGGACCTGGAAGATGTCTTTGTCGGCACTCGTCGGCATGCTGGTCACCATGTTCACCACAGCGGGCGTCTATGCCTTGAGCGACTTCGAAGTCACGCCCTCGGCAATCATTGGCTTCCTGACGGTCCTGAGCTACTCGTTGTATGACACGGTGGTGGTCTTCGACAAGATCCGTGAGAACACCTCGGACATCTCCACGTCCACCCGCCGCACGTTCAGTGAAGAGGTCAACCTGGCCGTCAACCAAACCTTGGTCCGCTCCATCAACACCATGATGGTGGCCGTCCTCCCGGTGGCGGCAATCCTCTTCATTGGTGCCGGGCTTCTGGGGGCGGGCACCCTTCGCGATCTTTCCCTGGCGTTGTTCGTGGGAATCCTCATTGGTACCGCGGCCACGATCTTCATTGCGGCTCCGCTCTACGCGTGGCTCCGCCAGAGCGAGCCCGACCTCGTCAAGCAAGCCAAGAAGGTTGCCCACCGCAGGACTGAAGCCACGGTCTAG MTTSFATFGHELYTGKRSYNFVNSKKIWFIIAAVAVALSILIPVVKGGFNLGIEFRGGSEFTVSNVSTTDASLGEKAVHDIVPDAIPRVANVAGNTMRIQTDQLTDDETNRIKDGLTSAYGVTENEVTSNFVGPTWGQDVTRQALIGLVVFVALAAVLMALYFRTWKMSLSALVGMLVTMFTTAGVYALSDFEVTPSAIIGFLTVLSYSLYDTVVVFDKIRENTSDISTSTRRTFSEEVNLAVNQTLVRSINTMMVAVLPVAAILFIGAGLLGAGTLRDLSLALFVGILIGTAATIFIAAPLYAWLRQSEPDLVKQAKKVAHRRTEATV PGPT0029265_938 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0029265-secF-K03074 NA NA D3-18_02035 2394 relA COG0317 Bifunctional (p)ppGpp synthase/hydrolase RelA GTGGAAGAACGTGCGACGTCGGCACCACCGGCGGGCGGGGATGACGGCCGCAAGACCGTGGCAGTTCCGGCATCGAGTGTGACCGGACGGACTGCGGCTGCGGTTCCGGTCGATGCTCCCGGTGCGCGTCCCACCTTCCCGGGACGGCGGGAGCGTACGCGTTCCCGGCTTGCCCGCTTGACGGGACGGGGCATCGCCCCGTACTCGCCTATTCTCGAGCCACTCCTGCGGACGGTCCGGGCGAACAATCCCAAAGAGGACTTCGACCTGATTCAACGCGCCTTCGCCGTGGCAGAGCAGAGCCACCAGGGGCAGAAACGCAAGAGTGGTGATCCGTACATCACCCACCCGGTGGCCGTGGCCACCATCCTGGCTGAACTCGGCATGACGGGGACAACCCTGGCAGCAGCGTTGCTTCACGACACCGTAGAGGACACCCCGTACACCCTCGCTGACCTGACGCGGGACTTCGGACCCGAAGTTGCCATGTTGGTGGATGGCGTCACCAAGCTGGATAAGGTCAGTTTTGGCGAGGCTGCGCAGTCGGAAACCGTCCGCAAGATGGTGGTTGCGATGGCCAAGGACATCCGCGTCCTGATGATCAAGCTCGCCGACCGCCTCCACAATGCGCGCACCTGGCGGTTCGTTTCCGCGGAGTCTTCATCGCGCAAAGCCCGTGAAACCCTGGAGATCTTCGCACCCCTGGCACATCGCCTGGGTATGAATACCATCAAGTGGGAACTGGAAGACCTTTCCTTCGCAGCATTGTACCCCAAGGTGTACGAGGAAATCGTGCGCATGGTGGGCGACCGCACACCGGAGCGGGAAAAGAGCCTCAGTGTCATCCGCAACCAGATAGCTGATGACCTTCGGACAGCACGAATCAAAGCCACCATCACTGGCCGGCCCAAGCACTACTACTCGATTTATCAGAAGATGATCGTCAGGGACAAAGACTTCGACGACATCAACGACCTCATGGGCGTGCGTGTCCTGGTTGACTCTGTGCGCGACTGTTACGCCGCGCTGGGAACGCTGCATTCACGGTGGAACCCCCTTCCGGGCCGGTTCAAGGACTACATCGCGATGCCCAAGTTCAACATGTATCAGTCGCTGCATACAACGGTGATTGGCCCCGGCGGCAAGCCGGTGGAGATCCAAATCCGCACCCACGAGATGCACCGCCGTGCAGAATACGGTGTGGCAGCCCACTGGAAGTACAAGGACCAGCCCAACCGGACGGCGCAAGGCCCGGGAAGCCCGCGTGACGGGGACATGGGCTGGTTGCGGTCTCTGGTGGACTGGCAGCAGGAGACATCGGACCCCGGAGAGTTCCTGGATTCGCTCCGCTACGAGATCAATGCCCGGGAAGTGTTTGTTTTCACTCCTAAGGGTGAAGTCATGGCCCTTCCGGCCGGATCAACCCCTGTGGACTTCGCGTACGCCGTGCACACGGAGGTGGGCCACCGAACCATCGGTGCCCGCGTCAATGGCAAGTTGGTCCCGCTCAACAGCGAGCTGAACCATGGCGACTGGGTAGAGATCTTCACCTCCAAGGCGGAAGGCGCCGGGCCAAGCCAGGACTGGCAGCACTTCGTCAAGTCGGCCCGTGCGCGCAACAAGATCCGCCAATGGTTCACCAAGGAACGCCGCGAAGAAGCCATTGAACGCGGCAAGGACATGCTGACGCGGGCTATGCGGAAGCAGAACCTGCCTTTGCAACGCCTGATGACGCACGACGCTTTGTCTGCAGTGGCGGAGGACTTCCACTATGTAGACATCTCCGGGCTGTATGCGGGCGTTGGCGACGGGCACACCTCGGCCCAGTCCGTCATGGAAAAGCTCGTGGAGCACCTGGGTGGTCATGAAACACCTGATGAAGACCTCGATGAAGTCAGTATTCCTACCCAGGTTGCGAAGTCGAAGTTCTCGGATTCGGGCGTCATCGTGCGCGGCGTCGGCGATGTCTGGGTCAAGCTGGCCCGGTGCTGCACCCCGGTACCCCCGGATCCCATCCTGGGCTTCGTAACGCGTGGATCAGGAGTTTCTGTCCACCGGACGGACTGCACCAATGTCTCGGGTCTTCGTGACCAGCCGGACAGAATTGTTGAGGTTGAGTGGGCACCCACGCAGTCGAGTGTGTTCCTCGTGGAGATTCAGGTGGAAGCTTTGGACAGGAAGTCCCTGCTGTCCGACGTCACCCGTATCTTGTCCGAGAACCACGTCAACATCCTGGCCGCATCGGTTCACACGTCCAGTGACAGGGTGGCGATCTCGAAATTTGCCTTCGAAATGGGCGATCCGAAGTACCTGCATCACGTCTTGAACGCGGTTCGCCGCATTGATGGCGTTTTTGACGTGTATCGGACTACTGGCAACCGCCGTCGCAGCTAG MEERATSAPPAGGDDGRKTVAVPASSVTGRTAAAVPVDAPGARPTFPGRRERTRSRLARLTGRGIAPYSPILEPLLRTVRANNPKEDFDLIQRAFAVAEQSHQGQKRKSGDPYITHPVAVATILAELGMTGTTLAAALLHDTVEDTPYTLADLTRDFGPEVAMLVDGVTKLDKVSFGEAAQSETVRKMVVAMAKDIRVLMIKLADRLHNARTWRFVSAESSSRKARETLEIFAPLAHRLGMNTIKWELEDLSFAALYPKVYEEIVRMVGDRTPEREKSLSVIRNQIADDLRTARIKATITGRPKHYYSIYQKMIVRDKDFDDINDLMGVRVLVDSVRDCYAALGTLHSRWNPLPGRFKDYIAMPKFNMYQSLHTTVIGPGGKPVEIQIRTHEMHRRAEYGVAAHWKYKDQPNRTAQGPGSPRDGDMGWLRSLVDWQQETSDPGEFLDSLRYEINAREVFVFTPKGEVMALPAGSTPVDFAYAVHTEVGHRTIGARVNGKLVPLNSELNHGDWVEIFTSKAEGAGPSQDWQHFVKSARARNKIRQWFTKERREEAIERGKDMLTRAMRKQNLPLQRLMTHDALSAVAEDFHYVDISGLYAGVGDGHTSAQSVMEKLVEHLGGHETPDEDLDEVSIPTQVAKSKFSDSGVIVRGVGDVWVKLARCCTPVPPDPILGFVTRGSGVSVHRTDCTNVSGLRDQPDRIVEVEWAPTQSSVFLVEIQVEALDRKSLLSDVTRILSENHVNILAASVHTSSDRVAISKFAFEMGDPKYLHHVLNAVRRIDGVFDVYRTTGNRRRS PGPT0014310_257 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014310-spoT-K01139 NA NA D3-18_02036 609 hypothetical protein ATGGTCCCCGCTGTCAACGCCCCGCATTTGCTGGAGCCGGTCATCCCCGAGCTCTACTCCCCCAGTCGCATCTTTACGTGGAACGAACTGCAAAGTATGGCGTTCGATGGCATCCTGCTGCCCCTGTACGGGAAGAGTTATGCTTCCCCGGGCGCGGCTGTTACCCACCGCCTGAGAGCCCGCGCAGCGGCCCTCTCCGTCCCGGAAAGAATTCGGACGAAGGTTGTGGCTGGGCGGCTCACGGCAGCGTGGATCTACGGTTGCGCCAATCCTCCCGAGCACCTGTCACTACTAGTCGATGCTAAACATCGCATTTCCAGCCTGCGGGGATCCACGGCATGCAGCCTCCATGAGGTTCGGCTAGGCCAAATGGACGTCGTCAGCCTCGGAGGAATGATGGTGAGCAGCCCACTGCGTACCGCGGCGGACATCGCCCTCCATGTCGAAGCCGATCGCGCTTTGCCGGCGTTGAAGCGCCTCCTGGAACGTGAAGAGCTTTTCATCAGGCTCCGGCTGCTTACTCTGGCGGTGGAGTCGGCTCCCCGGGTGCCACACAAGAAGCGCGCTTTGGCAACGCTGGCCCAGCTGGCTTCCTCCGATCCGGGCTAG MVPAVNAPHLLEPVIPELYSPSRIFTWNELQSMAFDGILLPLYGKSYASPGAAVTHRLRARAAALSVPERIRTKVVAGRLTAAWIYGCANPPEHLSLLVDAKHRISSLRGSTACSLHEVRLGQMDVVSLGGMMVSSPLRTAADIALHVEADRALPALKRLLEREELFIRLRLLTLAVESAPRVPHKKRALATLAQLASSDPG NA NA NA NA NA D3-18_02037 1593 hypothetical protein GTGACAGACAGTCAGAAATCCGACGAAACAGCAGTAGTGGCCGACCAAGAGGCAGTCGAGGCAACCGACACCAACGGTACCGAGGCACCAACTCCGGCGGAGGCCACTCCAGCCAACGAAACAGCTCCGGCTGCCGAGCCAGCTCCGGTGGAGGCCAACCCAGCCGCCGAAACAGCTCCCGCCGCCGAGGAAACACCGGAAGCAGCGCCGGCCACAGAGTCCGCAGCCCCGGCCGCTCCCCGGCCGACGCCTTCGGCAGCTCCGTCCCCGGCGGCCTTCGCGGCCCGACCCAAGGCCCCTGCCGTCGTCGTACCTGCGGCCCCGGCGGTCTCCGCTGCCTCGCTCGCCGAGGCAGCCAAGTGGGGACGCGCCGAAGGTGATGGCCACGTCTTCCTGACGCTGGATGGTGAAGAGATCCCTGTTGGTCAGTATCCGGGCGTCAGCGCCGACGAGGCACTTGGCTACTTTGCCCGTAAGTTCGACGACATCATCGCGCAGGTAGTTCTCCTGGACCACCGCGTGGAGTCCAAGGCTCCTGCCACGGACATGCAGAAGACGGTGACGCACCTGCGCGAGCAACTCGCGGAGCGCAACATGGTGGGTGACATCCGTGCTGCTGAGGCCCGCTTGGACGCCTTGTCAGCCCAGATTGAAGAACTCGAGAAGTCCGAGAAGGCTGCCCACGAGGCAGTGCGCGCCAATGAACTCGCGGCGCGCGAAGCAATTGTTGCTGAAGCTGAGACCATTGCCAGCCAGGACCCCGCGCAGATCCAGTGGAAGACCTCAAGCGCACGCATGAACGAGTTGTTTGAAACCTGGAAGGCCGCACAAAAGAGCGGGGTCAGGCTCGGCCGCAGTAATGAAGACGCACTGTGGAAGCGTTTCCGTTCGGCGCGGACAGTATTTGATCGTCACCGCCGCGCGTACTTTTCGCAGCTCGACAGCAACAACTCCGCTGCAAAGTCAGCCAAGGAGGCCTTGATTGCGGAGGCCGAGGCGCTTTCCACGTCTACCGACTGGGGATTCGCGGCCGGCGAATACCGCAGGCTGATGGACCAGTGGAAGACCACTCCACGGGCAAGCCGCAAGGACGATGACGCACTCTGGGGCCGGTTCCGCGCCGCCCAGGATGTCTTCTTCAGCAACCGCCAGGCCGCCAACGAGCAAATTGACCAGGAATACACTGCGAACCTGGCCGTCAAGGAACAGTTGGTGGCTGAGGCGCAGGCGCTCCTGCCCATCAACGATCTCAACGCCGCCAAGAAGGCCCTCCAGTCCATCAGGGACCGTTGGGAAGATGCCGGCAAGGTTCCGCGCGCCGACATGGGCCGGATTGAGGCCGGGCTTCGCAAGGTCGAAGATGCGGTTCGTGAAGCCGAGGAAGAGAAGTGGCGCCGGAGCAACCCGGAAACCAAGGCCCGCACCAACAGCGCCTTGTCACAGCTTGAATCGGCTATTGCTGGCCTCAAGGACGATCTGGAGAAGGCGGAGAAGGCCGGCGACCAGCGCCGTATCAAGGCGGCCCGCGAGGCTCTGGAGGCTCGTCAGGCATGGCTTGACCAGATCCAACGCTCGGCAAGCGACCTCGCCTAG MTDSQKSDETAVVADQEAVEATDTNGTEAPTPAEATPANETAPAAEPAPVEANPAAETAPAAEETPEAAPATESAAPAAPRPTPSAAPSPAAFAARPKAPAVVVPAAPAVSAASLAEAAKWGRAEGDGHVFLTLDGEEIPVGQYPGVSADEALGYFARKFDDIIAQVVLLDHRVESKAPATDMQKTVTHLREQLAERNMVGDIRAAEARLDALSAQIEELEKSEKAAHEAVRANELAAREAIVAEAETIASQDPAQIQWKTSSARMNELFETWKAAQKSGVRLGRSNEDALWKRFRSARTVFDRHRRAYFSQLDSNNSAAKSAKEALIAEAEALSTSTDWGFAAGEYRRLMDQWKTTPRASRKDDDALWGRFRAAQDVFFSNRQAANEQIDQEYTANLAVKEQLVAEAQALLPINDLNAAKKALQSIRDRWEDAGKVPRADMGRIEAGLRKVEDAVREAEEEKWRRSNPETKARTNSALSQLESAIAGLKDDLEKAEKAGDQRRIKAAREALEARQAWLDQIQRSASDLA NA NA NA NA NA D3-18_02038 795 hypothetical protein TTGGCAACAAGGTCGCGGGATGACCGCGAAGCGAAACGGCGCATCAGGCAGATGGAAGCCAAGCGTGCCCTGCGGCAGGAACAGGGCAAGCGACGCAAACGTGACAACACCATTGCCGTGAGTGCAGCTGCCGTAGCCGTGGTTCTGGCCGTCGTGCTGCAACTGACGGTCTTTAGTTCCAACCCCACTGAGGCCGAGTTCGCCGCGGCGGAGGCAGGGCTAAGCTCGCCGTCGGCGTCCCCCTCCGCTTCCAACAGCGCCGACATTCCCAGCCCGGACACGGCCGCTGGAAAGACATTCACCGGTGAGCTCGCCTTGAACAGCGGCGTTGTCGGCTTAGAGCTCAACGGGACTGCCGCGCCGCAAGCTGCTGCCGTGTTGAAGTCCCTGAGTGACGCCAGCTACTACAACGGAGCGTTCTGCCACCGGCTGACAACGTCAGAAACGTTTGGACTCCTCCAATGCGGAGCCAAATCCGAAGACGGCGCAGACGACGCAAATTATCGTTGGGGGCCACTGGAAAATACCCCCGCAGACAACAACTACCCTGCAGGGACGATTGCCGTTGCCCGCACCGGCAACGATGCCTATGGCAACGGCCACCAATTCTTCATCGTCTACAAAGACACCACCATTCCCGCTGATACCGCCGGCGGATACACCGTGGTGGGCAAGGTGACCAGCGGCCTGGACGTAGTCGCCAAGATCGCCGCGGCAGGCCTCAAACCCGGCCAAAACGCCACTGACGGCGCCCCTGTGGCACCTGTCACGATAGACTCGTTTTCTCTGAAGTAA MATRSRDDREAKRRIRQMEAKRALRQEQGKRRKRDNTIAVSAAAVAVVLAVVLQLTVFSSNPTEAEFAAAEAGLSSPSASPSASNSADIPSPDTAAGKTFTGELALNSGVVGLELNGTAAPQAAAVLKSLSDASYYNGAFCHRLTTSETFGLLQCGAKSEDGADDANYRWGPLENTPADNNYPAGTIAVARTGNDAYGNGHQFFIVYKDTTIPADTAGGYTVVGKVTSGLDVVAKIAAAGLKPGQNATDGAPVAPVTIDSFSLK PGPT0015111_190 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 D3-18_02039 1359 hisS COG0124 Histidine--tRNA ligase ATGGCACGTACCGCCTCCCTGTCCGGATTCCCCGAGTGGCTTCCCCAGGAGCGGTTGGTGGAGCTCCATGTGCTGGATACGCTCCGGAAGACGTTCGAGCTGCACGGTTTTTCCTCCATTGAGACCCGCGCTGTTGAAACAGTGGGCCAGTTGCTCCGCAAAGGCGAAATAGACAAAGAGGTCTATGGCCTGAGCAGGCTCCAGGACGATGAGGGCGAGGCTGCGAAGCAGACCCAACCGGACAAGGCTGACCCGAACGCCTTGGCCCTCCACTTTGACCTGACTGTCCCCTTCGCCCGCTACGTGGTGGAGAACGCCGGGTACCTGGCATTTCCCTTCCGCCGGTACCAGATCCAGAAAGTCTGGCGGGGCGAGCGGCCGCAGGAGGGCCGGGCACGCGAGTTCACCCAGGCAGACATCGATGTTGTGGGCGACGGCGAACTGCCGTTCCGCTACGACGTCGAAATCGCGCTGGTCATCGCTGAGGCCCTGAGCGCCCTGCCGATCCCGGACTTCAGGCTCCGGATCAACAACCGCAAACTGGCCGAGGGCTTCTATCGGGGCATTGGACTGACGGACACGGCCGGTGTGCTGCGTAGCATCGACAAACTGGAAAAGATCGGCGCGGCGAAGGTGGCCGAGCTGTTGAAGAGCGAGCTTGGGGCTACTGATGAACAGGCCGGCCTTGCCCTCGAATTGGCGACCATCCGCACGGAAGACACTTCGTTCGTGGACCAGGTCCGCGCACTCGGAGTGAAGGACGATCTCCTTGAAGAGGGCCTCAATGAACTTGAGCAGGTCATTCAGGCGGCAGTCCAGCGCGCTCCCGGCAAAGTGGTTGCAGACCTCAGCATCGCCCGCGGCCTGGATTACTACACGGGGACTGTTGTTGAGACGGTGCTGGTGGGCCACGAGCAGCTGGGTTCCATTTGCTCCGGTGGCCGCTATGACGCCTTGGCCAGCAAGGGCAACCGCAAGTTCCCAGGCGTCGGACTTTCCATTGGCGTGACACGACTTGTCTCCCGCATCCTCAGCCAGGAACTGGCCACAGCGTCGCGTTCTGTGCCCACGGCGGTACTGGTCGCCCTGAACTCGGACGACAGCTGGTCAGCTGCGCAGGACATTGCTGCCCAGTTGCGGGGACGCGGGATTGCCACGGAAGTGGCAGCCAAGGCCGAGAAGTTCGGAAAGCAGATCAAGTTCGCTGATCGCCGCGGCATCCCCTTCGTGTGGTTCACAGACGACGACGGCAATCACCAGGTCAAGGACATCCGTTCCGGCGAGCAGGTTGACGCCGACCCTGCCAGCTGGACGCCCGCTGAAGAGGATTTGTACGTCCGCGTCACCACTGCCGGCTAG MARTASLSGFPEWLPQERLVELHVLDTLRKTFELHGFSSIETRAVETVGQLLRKGEIDKEVYGLSRLQDDEGEAAKQTQPDKADPNALALHFDLTVPFARYVVENAGYLAFPFRRYQIQKVWRGERPQEGRAREFTQADIDVVGDGELPFRYDVEIALVIAEALSALPIPDFRLRINNRKLAEGFYRGIGLTDTAGVLRSIDKLEKIGAAKVAELLKSELGATDEQAGLALELATIRTEDTSFVDQVRALGVKDDLLEEGLNELEQVIQAAVQRAPGKVVADLSIARGLDYYTGTVVETVLVGHEQLGSICSGGRYDALASKGNRKFPGVGLSIGVTRLVSRILSQELATASRSVPTAVLVALNSDDSWSAAQDIAAQLRGRGIATEVAAKAEKFGKQIKFADRRGIPFVWFTDDDGNHQVKDIRSGEQVDADPASWTPAEEDLYVRVTTAG NA NA NA NA NA D3-18_02040 1794 aspS COG0173 Aspartate--tRNA(Asp/Asn) ligase GTGCTGCGCACACATGACCTCGGATCTCTTCGCTCCGAGCACATTGGACAAACCGTTACCCTGGCCGGCTGGGTGGGGCGCCGCCGTGATCACGGTGGCGTTGCATTCGTTGACCTGCGTGATGCGTCCGGTGTAGCCCAGGTGGTTGTCCGTGAGGAAGAGGTCTTCCACGGCTTGCGGAACGAGTACGTCCTGCAGGTGACAGGTACTGTCAACAAGCGTCCTGAAGGCAATGAGAACCCTGCCTTGGCTACGGGTGAGATCGAGGTCATCGCGGACAAGGTGGTCATCCTCAACACCTCCGAACCCCTGCCATTCCAGATCGACGAACACGTGGAGGTTGGCGAGGAAGCCCGTCTCAAGCACCGCTACCTGGACCTCCGCCGCCCCGGCCCCGCCCGCAACATGCGTCTGCGTTCCGAGGCAAACCGGGTGGCACGCGAACTTCTGCACCAGCGGGGCTACATCGAAATCGAAACCCCCACGCTGACGCGTTCGACGCCGGAAGGCGCCCGTGACTTCGTGGTTCCGGCACGTCTGGCGCCCGGTTCCTGGTACGCCCTCCCGCAGTCGCCGCAGCTTTTCAAGCAGCTCCTCCAAGTGGGCGGCTTCGAGAAGTACTACCAGATTGCCCGCTGCTACCGCGATGAGGATTTCCGTGCGGACCGCCAGCCGGAATTCACGCAGCTGGACATCGAAGCCAGCTTCGTGGACCAGGACGATGTCATTGAGCTCGGCGAGGCAATCGTCAAGGCCTTGTGGCAGCTGATCGACGTCGAGATCCCCACCCCGATCCGCCGCATGACGTACTTGGACGCTATGGCCAAGTACGGCTCGGACAAGCCGGACCTGCGTTTCGGTGTTGAACTGACGGAGCTCACAGAGTTCTTCAAGGACACCAATTTCGGTGTCTTCAAGGCGCCGTACGTGGGCGCCGTCGTGATGCCCGGTGGTGCTTCACAGCCGCGCCGTACCTTGGACGGTTGGCAGGAATTTGCCAAGCAGCGCGGGCACAAGGGCCTGGCCTATGTCCTCTTCAAAGAAGACGGCGAGTTGGCGGGCCCGGTGGCCAAGAACCTTACAGAGGCCGAGCGCGGAGGCCTGGCGGACGCTGTTGGCGCCAAGCCCGGCGACTGCATCTTCTTCGCCGCCGGCGAGAAGTCCGCAGCCCGCGCTTTGCTGGGTGCTGCCCGTGTTGAGATCGGTCACCGGACCGGCCTGATCGACCCCAAGGACTGGGCTTTCGTCTGGATCGTGGACGCTCCCATGTTCGAGCCCGCTGCTGCTGCTGTTGCCTCCGGTGACGTTGCAGTGGGCGCTGGCCAGTGGACGGCCGTGCACCACGCTTTCACCTCGCCGAAGCCTGAGTTCCTGGACACCTTCGATAAGGACCCGGAATCGGCTCTCTCTTACGCCTACGACATCGTCTGCAACGGCAACGAGATCGGCGGCGGTTCCATCCGTATCCATGAGCGCGAAGTGCAGGAACGCGTCTTCCAGCTCATGGGCCTGGACAAGGAAGACGCCGAAACCAAGTTCGGCTTCCTGCTCGAAGGCTTCAAGTACGGCGCACCTCCGCACGGTGGAATGGCCCTGGGCTGGGACCGGGTTGTTGCTTTGTTGGCCGGCGTCGAGTCGATCCGCGACGTCATTGCTTTCCCGAAGTCGGGCAACGGCTACGACCCCCTGACCGCGGCGCCGGCACCGATCACGCCGCAGCAGCGCAAGGAAGCGGGCGTCGACTTCAAGCCGGAGGCCAAGCCCGCAGCCAAGCCGGAAACGAAGTCTGAATAA MLRTHDLGSLRSEHIGQTVTLAGWVGRRRDHGGVAFVDLRDASGVAQVVVREEEVFHGLRNEYVLQVTGTVNKRPEGNENPALATGEIEVIADKVVILNTSEPLPFQIDEHVEVGEEARLKHRYLDLRRPGPARNMRLRSEANRVARELLHQRGYIEIETPTLTRSTPEGARDFVVPARLAPGSWYALPQSPQLFKQLLQVGGFEKYYQIARCYRDEDFRADRQPEFTQLDIEASFVDQDDVIELGEAIVKALWQLIDVEIPTPIRRMTYLDAMAKYGSDKPDLRFGVELTELTEFFKDTNFGVFKAPYVGAVVMPGGASQPRRTLDGWQEFAKQRGHKGLAYVLFKEDGELAGPVAKNLTEAERGGLADAVGAKPGDCIFFAAGEKSAARALLGAARVEIGHRTGLIDPKDWAFVWIVDAPMFEPAAAAVASGDVAVGAGQWTAVHHAFTSPKPEFLDTFDKDPESALSYAYDIVCNGNEIGGGSIRIHEREVQERVFQLMGLDKEDAETKFGFLLEGFKYGAPPHGGMALGWDRVVALLAGVESIRDVIAFPKSGNGYDPLTAAPAPITPQQRKEAGVDFKPEAKPAAKPETKSE NA NA NA NA NA D3-18_02041 825 hypothetical protein ATGGAGCAAGCATTCCTGGAATCGCTCATGGACAAGGCCTGGCCTGCGCTTGAGCGCGAGGACTTTGACGTGGAAAACCTTGACGTGGAAAACCTTGGCCGGGGACATGCGGGGGAGTGGGTCCTCCGTGCTTCGGGCGGAGTGACCCAGAGGGCCAATTCCGTCTGGCCAAGGAACTCAGACGGCGGGCCGAACGGCAACCAGGGCATCACACGAGCCGTGCGAGCAGCAGCTGAGTGGTACCGGCTTCGTCGCCTTCCCCTGATCTTCCAGGTGTTCGATGACTCCCGCAGTTCCGGACTCAATGCCGTCCTGGATGAGCAACGCTTCACGAGGCAATCCGCAACAAGGATCATGGTCCGCAACATGGATGAGCTGCCGGCCAGCAGCTCGGGCCGGAACGTTGAAATGGCTGATGAACCCTCCGAAGAATGGCTGCACGTGTGGTGGTCCGTGGACGGCCGTGGTGGTGACGCAGAGCTGTCAGTCGCCCACAAGATTCTCACCGGCTGTCCGGCGCTATACGCAATGGTGAGGGACGACGACGGCGCGCCCGCCGCCGTCGGACGACTCGCCTTGGTGGACGGTTGGGGCGGCATCTACAGCATGGCGACGTCGGCCGGGCACCGCAGGCGCGGATATGGGACGGAGGCGCTGACTGCGTTGTTGAATGCCGGGGCCCAGCGGAATCTCGAGGGATTCTGGCTCCTTGTCACCGAGGCCAATCGTGGAGCGCAGTTACTTTACTCAGGAGCTGGCTTCGCCGACTACGGCAGCTACCTGTACCGGCAGGCACCCCTGAGGCGTGCGTCCAGCGGCTGTTAG MEQAFLESLMDKAWPALEREDFDVENLDVENLGRGHAGEWVLRASGGVTQRANSVWPRNSDGGPNGNQGITRAVRAAAEWYRLRRLPLIFQVFDDSRSSGLNAVLDEQRFTRQSATRIMVRNMDELPASSSGRNVEMADEPSEEWLHVWWSVDGRGGDAELSVAHKILTGCPALYAMVRDDDGAPAAVGRLALVDGWGGIYSMATSAGHRRRGYGTEALTALLNAGAQRNLEGFWLLVTEANRGAQLLYSGAGFADYGSYLYRQAPLRRASSGC PGPT0014246_416 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014246-yobR-K22476 NA NA D3-18_02042 600 hypothetical protein GTGGATCGCCGAGCATCTGCCCCTCACCAGCCTCCCGGCAGCCGGACCGCTTTGGTGCCCGCAGCCAGATTGCAGGGTTGGGCCGACCGGTTCGCGTCGAGCCACGGCGCCGTTGTCGAAGACCTTCACGACGGTGGACTCCTCCTGCGGGCAGCCGACGGTGCAACTGCAATGTTGAAGGCCCCCTGGCCGGCTGACGGACGTCCGGGACGGGGAGGAACTGAGCTTGAACGCCTGGCTTCACTTGCGAACCAGGAACGGGGGCTTGGCCTGCTCCTTGTTCGCAGGGGCGGCTACGCCATAGCTGCTGCCAGCGGTTCCACGATCCTGGCTTCGAAGAGTGGCAGTCGCTTCCTCGAAGCCAGGGCCACAGCAGAACAGGCCTTCCGTATCTTCAACGAACACCGCATTGAGTACATCGTCCCGGGCGGCGACCGCGTCCTGGTGGATCAGCTTCTTGGCCAGCCGTTACTCAAAGCCGTGGCAGGACGGACCCGGTTGGCCTTCCTGGACATTCAAGGGCCAAAGACAGCCGTGCTGGCGAAGGCGGCTGCCAACGCCTGCTCCGTGCGCATCACAGTGACTGATCCGCCCTTCTAA MDRRASAPHQPPGSRTALVPAARLQGWADRFASSHGAVVEDLHDGGLLLRAADGATAMLKAPWPADGRPGRGGTELERLASLANQERGLGLLLVRRGGYAIAAASGSTILASKSGSRFLEARATAEQAFRIFNEHRIEYIVPGGDRVLVDQLLGQPLLKAVAGRTRLAFLDIQGPKTAVLAKAAANACSVRITVTDPPF NA NA NA NA NA D3-18_02043 1497 COG2256 putative AAA domain-containing protein GTGGAAGATCTCTTTGGTGCGGGTGCAGTTGACGACGACGAGTCGGAGGATCTGCCCGCGTCAGGGGGGCCGTCCGATGCTCATTGGATGGCTTCCCAACGCAGCCCATTGGCGGTGAGAATGCGTCCCCGGTCGCTGGACGAGGTGGTGGGGCAGCAGCATCTGCTGGGGCAAGGTTCGCCTTTGCGTCAATTGGCAGCGGGTGCTGAGGCTGCCGGCCCGGCGGGTCCCAGTTCTGTGATCCTTTGGGGGCCTCCCGGAACCGGGAAGACCACGCTCGCCCACGTGATCGCGCGCGGACCCGGACGTAAGTTCGTTGAGTTGTCTGCCATCACGGCCGGAGTCAAGGACGTCCGGCGCGTCATGGACGAGGCCTTGACGGCCCGGGACCTGTACAAGAAAACAACGGTCCTCTTCCTTGACGAGATTCATCGCTTTAACAAGGCCCAACAGGATGCACTGCTGCCCGGTGTCGAGAACCGCTGGGTAGTACTGGTAGCTGCAACCACGGAAAATCCCTCCTTCTCCGTGGTGTCGCCGCTCCTGTCTCGTTCACTCCTGCTCACCCTGAAGCCGCTCACCGATGACGACATTTTTGGTCTGCTGCAGAGGGCTGTGGCCGACGCCCGTGGCCTGGCCGGCCGTGTGGAGCTTAGCCCTGAGGCGCTGGACCATTTGGTCCGGCTATCCGGAGGTGATGCCCGACGGGCGCTGACAGCACTGGAAGCAGCTGCCGGCGTCGCCTTCGGTGACTCTGCCACCGTCGACATTTCCCCCGACGCCCCAACAACAGGCGAGGGGGAGAGTGACGCTGACGACGGCGAACCCGGACTCGCGAACGATGGCCTGCCTGACGCGCCGGTGCTGGTGGAACTCCGCCACACCGAGCGCGCCTTGGATGCGGCGGCCGTTCGCTACGACCGCGCCGGGGACCAGCACTACGATGTGGCCAGTGCGTTCATCAAGTCCATCCGGGGCTCCGACGTGGATGCTGCCTTGCACTATCTGGCACGCATGCTCGAGGCCGGGGAGGATCCGAGATTCGTAGCGAGGCGGATCGTGATCTCCGCAGCCGAGGATATCGGCATGGCTGATCCCACAGCGTTGCAGACCGCAGTGGCTGCGGCGCAAGCAGTGCAGTTGATCGGTATGCCGGAGGGGCGCATCGTGTTGGCCGAAGCCGTGGTCCACCTGGCCACAGCGCCCAAGTCCAATTCCGCCTATATGGGTTTGAACAAAGCGGTGGCCGATGTTCGTGCCGGTTTTGGTGGCGGCATTCCCATGCATTTGCGTGACGCGCACTACCCCGGTGCGAAGCAGTTGGGCCACGGCAAGAGCTACAAGTATGCACACGACGAACCCCACGGTGTGGCAACCCAGCAATATCCGCCGGATGACCTGGTGGGTAAGGATTATTACCAGCCCACCAATAACGGAGCTGAACGGGATATTGCTGCCAGGCTGGAACGGCTCCGCAAGATCGTACGCGGGGAGTAG MEDLFGAGAVDDDESEDLPASGGPSDAHWMASQRSPLAVRMRPRSLDEVVGQQHLLGQGSPLRQLAAGAEAAGPAGPSSVILWGPPGTGKTTLAHVIARGPGRKFVELSAITAGVKDVRRVMDEALTARDLYKKTTVLFLDEIHRFNKAQQDALLPGVENRWVVLVAATTENPSFSVVSPLLSRSLLLTLKPLTDDDIFGLLQRAVADARGLAGRVELSPEALDHLVRLSGGDARRALTALEAAAGVAFGDSATVDISPDAPTTGEGESDADDGEPGLANDGLPDAPVLVELRHTERALDAAAVRYDRAGDQHYDVASAFIKSIRGSDVDAALHYLARMLEAGEDPRFVARRIVISAAEDIGMADPTALQTAVAAAQAVQLIGMPEGRIVLAEAVVHLATAPKSNSAYMGLNKAVADVRAGFGGGIPMHLRDAHYPGAKQLGHGKSYKYAHDEPHGVATQQYPPDDLVGKDYYQPTNNGAERDIAARLERLRKIVRGE NA NA NA NA NA D3-18_02044 621 rpsD 30S ribosomal protein S4 GTGGCTAACAACACTCGTGCTCGCCGTACCGCACGCCTTTCGCGTGCACTCGGCATTGCTCTGACCCCCAAGGCCGCCAAGTACATGGAGCGCCGCCCGTACGGCCCCGGCGAGCATGGCCGTGCCCGCAAGAAGCAGGACTCCGACTACGCCGTACGTCTGCGCGAAAAGCAGCGTCTGCGCGCCCAGTACGGCATCCGCGAAGCCCAGATGACCCGCGCCTTCGAAGAAGCACGCCGCACCAAGGGCCTCACCGGTGAAAACCTGGTTGAGCTGCTCGAAATGCGTTTGGACGCCCTCGTGCTCCGTGCAGGCTTCGCCCGCACCATCGCACAGGCACGCCAGCTGGTTGTGCACCGCCACATCATGGTTGACGGCATCCGCGTGGACCGCCCGTCCTTCCGCGTTGGCGAAGGCCAGCTCATTCACGTTCACAGCCGCTCCGAGGTTATGCCCCCGTTCCAGGTGGCAGCCGCTGGCGCACACGTGCTCAACAACGTGCCGGCATACCTGGACGTCAAGATTGACGCCCTCCAGGCCCGCCTGGTTCGTCGCCCGAAGCGCTCCGAGGTCCCCGTGATCTGCGAAGAGCAGCTCGTCGTCGAATTCTACGCTCGCTAA MANNTRARRTARLSRALGIALTPKAAKYMERRPYGPGEHGRARKKQDSDYAVRLREKQRLRAQYGIREAQMTRAFEEARRTKGLTGENLVELLEMRLDALVLRAGFARTIAQARQLVVHRHIMVDGIRVDRPSFRVGEGQLIHVHSRSEVMPPFQVAAAGAHVLNNVPAYLDVKIDALQARLVRRPKRSEVPVICEEQLVVEFYAR NA NA NA NA NA D3-18_02045 375 hypothetical protein ATGTCTGGTGGCGACATCGCCGGCCTCATCGCAGCAGGAGTCTTCGCGCTCCTCGTCTTGCTTTTGGCCGTGCCCATTTTGAAGCTGGGCGGCGTCTTTGACGAGGTGCGGACCTCCATCCGTTCCATCAGCGATGGCGCCACGCCCCTGATGGATGAAGTGACTGCAACGGTCACCACCACCAACCAGCAGTTGAAGAAGGTTGACGGCATCGCCTCCAACGTCTCCGATGCATCGGCCAACATCTCCGCGTTGTCCTCGCTCGTTGCAGCAACAGTAGGCTCCCCGCTGATCAAGGTGGCTGCCTTCAGCTATGGCGTCCGTTCAGCCTTCGCTGGACGCCGCACGCCTTCCTCCGGCCGCCGCAGCCGCTGA MSGGDIAGLIAAGVFALLVLLLAVPILKLGGVFDEVRTSIRSISDGATPLMDEVTATVTTTNQQLKKVDGIASNVSDASANISALSSLVAATVGSPLIKVAAFSYGVRSAFAGRRTPSSGRRSR NA NA NA NA NA D3-18_02046 231 hypothetical protein ATGAAGAGAATTGTCTGGATGGGCATCGGCGTCGCTATCGGCGTCATTGCCTTCCGTAAGATCACCGAAGCCCAAGCAAACCTTGGGCCGGAGGGCCTGAATCGTGCCGTCGGCCGAATGGCTGACGGACTGTTCGACTTTGCCGACGCCGTGCGTACAGGGATGCATCAACGCGAAGAGGATTTACGGGCAGCGTTGGGGATCGACGACGCCGGAGCCGCCCGGCGCTAG MKRIVWMGIGVAIGVIAFRKITEAQANLGPEGLNRAVGRMADGLFDFADAVRTGMHQREEDLRAALGIDDAGAARR NA NA NA NA NA D3-18_02047 2757 alaS COG0013 Alanine--tRNA ligase ATGGAAAGCTGCGGAACGGCACCAGCCGGTACCGCGCACATCGTGTGCAGTGAATTGAGAAGGGTAAGTAATCAGCTAATGAAGTCGCAGGAGATCACCAAGCGCTGGGTGGACTTTTTTGTCAACAAGGGCCACACCGCCGTTCCCTCCGCGTCGCTCGTTTCCAGCGACCCGTCACTTCTCTTCACTGTGGCCGGAATGGTTCCTTTCATTCCTTATCTGACCGCGCGCGAAGAGCCTCCCTACAGCCGTGCAACGAGTGTCCAGAAGTGCATCCGCACCGGAGACATCGAGGAAGTGGGCAAGACCGCCCGCCACGGCACGTTCTTCCAGATGTGCGGCAACTTCTCGTTTGGCGATTACTTCAAGGAAGACGCCATCAAGTTTGCTTTTGAGCTGCTCACTACTAGCGTTGACGACGGCGGCTACGGGCTTCCGGCGGAACGTCTCTGGGTGACTGTCTACGAAGAGGACGACGAAGCCAAGGAGCTGTGGCTCAAGAACACCGGAATTCCGGCAGAGCGCATCCAGCGCATGGGCAAGGCTGACAACTACTGGTCAACTGGCCAGCCGGGCCCCGCCGGCCCCTGCTCGGAGATCTACTACGACCGCGGCCCTGCTTACGGCATCGAAGGCGGCCCCCTGGCCGACGAGACCCGTTACATCGAAATCTGGAACCTCGTGTTCATGCAGTACCAGATCGAGAACGTCCGCTCCAAGGTGGACTTCGACATCGTTGGTGAACTGCCGCAGAAGAACATCGACACGGGCTTGGGCATGGAGCGTCTCGCGATGATCCTCCAGGGCGTCGAAAACATGTATGAGACCGATCAGGTCCGTCCGGTCATCGACAAAGCTGCTGAACTGTCCGGCCGCGAGTACACCTCGGCCGAATCTCCGGAAGACCCGCACCACACGGACGATGTCCGCATGCGCGTCGTTGGTGACCACATTCGTTCTGCTTTGATGCTCATCGCTGACGGCGTGGCACCGTCCAATGAGGGCCGTGGCTACGTGTTGCGCCGGCTCATTCGCCGCGCTGTACGCGCCATGCGCCTGCTCGGTGTTGAAAAAGCTTGCCTGCCTGACCTCCTTCCCGCCTCCCGCGACGCCATGAAGGGTGTCTACCCGGTGGTGGAAACTGACTTTGCCCGTATCAGCCGGATCGCCTACGCGGAAGAAAAGGCGTTCCTGCGCACTATTGCTTCCGGTACGGCCCGCCTGGAGGACGCGGTAGCCGAATCGAAGGCGGCAGGCGTTCCCTTGTCCGGCGCGGAGGCTTTTGCCCTGCACGACACGTACGGTTTCCCGATCGACCTGACCCTGGAAATGGCCGAAGAAGCCGGCCTCAAGGTGGACGAGGCAGGCTTCCGTGCGCTCATGCTTGAGCAGCGCCAGCGTGCCCAGGCCGATGCCAAGGGCAAGAAGGGCGGCCACGCAGACCTCAGCGCCTACCAAGAGCTCCTCGGCAAGGGTGAGACGGTCTTCACCGGATACGACGAACTTGAGGGCGAGGCCAAGGTCCGCGGCATCGTCAGCGCTGGCCGTGCGGTGGCGCACGCTTCCACTGGCGACGAGATTGAACTGGTCCTCAACGAAACCCCGTTCTATGCAGAAGCCGGTGGCCAGTCAGCTGACACCGGCCTCATCACCGGCGATGGCTTCGTCGTGGAGGTCCTGGACGTGCAGCGTCCCATCAAGGGCCTGAGCGTGCACAAAGCAATAGTCCGTGAAGGTGAGATCGCTTCCGACGCGCTGGTGCGCGCCGCCGTCGACCGTGAACGTCGCCATGCTGCCGAGCAGGCGCACACCGGCACGCACATTGTGCATGCCGCGCTGCACCAGATCCTGGGCCCGGAAGCTACCCAGCGCGGTTCCTACAACAAGGCCGGATACCTTCGCTTTGACTTCGCCTGGGGTGAGGGCTTGAGCACTGCCACCCGGTCTGAAATCGAAGAGGTCTCCAACATCGCCATCCGGAACAACTTCCGGGTGGACACCAAGGTGATGGGGCTCGCTGAAGCGAAGGCGCTGGGCGCCATGGCTCTGTTCGGTGAGAACTACGGCAGCGAAGTCCGCGTAGTGGAGATCGACGGCGCTTGGTCACGCGAATTGTGCGGTGGTACCCACGTTTCCAACACTTCCTTGATCGGCAGCCTTTCTTTGCTGGGCGAGCAATCTGTTGGTTCCGGAAACCGCCGTGTCGAGGCGTTTGTTGGCCTGGACGCCTTCCGTCACTTGGCAGCCGAGCGTGCTCTGGTTTCCGAGCTCACGGAACTCTTGAAAGTTCCGTCCGGACAACTTGCTGACCGCATCTCCAGCACTCTGAACAAGCTCAAGGCCACGGAGAAGGAACTCGATCGCCTCCGTAAGGAACAGCTTGCAGCAGCGGCCGCAAACCTGGTGGGTACCGCCAAGGATGCCGCCGGTGTTCGGGTCGTAGCTCACGACGCCGGTCAGGTGGGTGGAGCCGACGACCTGCGGAACCTTGCCCTGGATCTGCGCAATCGACTCGGTTCTGAAGCCTCCACCGTGGCTGTTGCCGGTGTGAGCAATGACCGGCCCGTCATTCTGATCGCTACCAATGAGGCCGCCCGCGAAGCAGGCGTCAAGGCAGGCGTGCTTGTCCGCTTGGCCGCGGGCATCCTCGGCGGTGGCGGTGGCGGCAAGGACGACGTCGCCCAAGGCGGCGGCACCGACGCTGGGAAGGTCTCCGAGGCCCTCACAGCGGTGGTGGATGCGATAGCCAAGCGCTGA MESCGTAPAGTAHIVCSELRRVSNQLMKSQEITKRWVDFFVNKGHTAVPSASLVSSDPSLLFTVAGMVPFIPYLTAREEPPYSRATSVQKCIRTGDIEEVGKTARHGTFFQMCGNFSFGDYFKEDAIKFAFELLTTSVDDGGYGLPAERLWVTVYEEDDEAKELWLKNTGIPAERIQRMGKADNYWSTGQPGPAGPCSEIYYDRGPAYGIEGGPLADETRYIEIWNLVFMQYQIENVRSKVDFDIVGELPQKNIDTGLGMERLAMILQGVENMYETDQVRPVIDKAAELSGREYTSAESPEDPHHTDDVRMRVVGDHIRSALMLIADGVAPSNEGRGYVLRRLIRRAVRAMRLLGVEKACLPDLLPASRDAMKGVYPVVETDFARISRIAYAEEKAFLRTIASGTARLEDAVAESKAAGVPLSGAEAFALHDTYGFPIDLTLEMAEEAGLKVDEAGFRALMLEQRQRAQADAKGKKGGHADLSAYQELLGKGETVFTGYDELEGEAKVRGIVSAGRAVAHASTGDEIELVLNETPFYAEAGGQSADTGLITGDGFVVEVLDVQRPIKGLSVHKAIVREGEIASDALVRAAVDRERRHAAEQAHTGTHIVHAALHQILGPEATQRGSYNKAGYLRFDFAWGEGLSTATRSEIEEVSNIAIRNNFRVDTKVMGLAEAKALGAMALFGENYGSEVRVVEIDGAWSRELCGGTHVSNTSLIGSLSLLGEQSVGSGNRRVEAFVGLDAFRHLAAERALVSELTELLKVPSGQLADRISSTLNKLKATEKELDRLRKEQLAAAAANLVGTAKDAAGVRVVAHDAGQVGGADDLRNLALDLRNRLGSEASTVAVAGVSNDRPVILIATNEAAREAGVKAGVLVRLAAGILGGGGGGKDDVAQGGGTDAGKVSEALTAVVDAIAKR NA NA NA NA NA D3-18_02048 591 yqgF Putative pre-16S rRNA nuclease GTGAATTCCAGTACTGACAGTGGCGTCTACCCCCACGGCATCAAGCTGGGGGTAGACGTCGGTACCGTCCGGGTGGGTCTGGCCATTTGTGATCCCGACGGGATATTGGCCACGCCGTTCAAGACGGTAGGGCGGGACAGCAAGAAAAACTCCGATGTTCGCGTAGTGGTCAAGCACGCGGCGGAGTTGCAGGCGGTCCAGATTTTCGTGGGTCTTCCACGAACCATGAAGGGTGAGGAACGCGCGTCTGCGCAAATGGCCATGGACTACGCAGACCTTCTTACCAGTGAGCTTCTGCGCGTCGGTTTGGACGTTCCCGTAAACCTGGTCGATGAGCGACTTTCCACTGTTACGGCACACCGCAACCTGCACGAAGCTGGCATGAGCAGCAAGAACCACCGTAAAGTGGTTGATCAGGTTGCCGCTGCTGGAATACTTCAGCACGCAATCGACATGCAAAAAGCCAGAGGAACGGACGTTGGCCGCCGAGTGCAGGCACCGGCGCAGTCCGAGAAACCCAGCAGTGCCCCAACGCTGCGGGCTGCCTCAGGCCGTGAATCCGATTCTTCTAAGAGGGGACTGCAACTGTGA MNSSTDSGVYPHGIKLGVDVGTVRVGLAICDPDGILATPFKTVGRDSKKNSDVRVVVKHAAELQAVQIFVGLPRTMKGEERASAQMAMDYADLLTSELLRVGLDVPVNLVDERLSTVTAHRNLHEAGMSSKNHRKVVDQVAAAGILQHAIDMQKARGTDVGRRVQAPAQSEKPSSAPTLRAASGRESDSSKRGLQL NA NA NA NA NA D3-18_02049 1725 mltG Endolytic murein transglycosylase GTGAGCCCGGTCAACAACGACCCCTCCAGCGGTACCGCCGGCGGCGGTATGTCGCTAACCCGCAAAGAGTTGCGGGCGCGTGAACGATTCCTCGCCACGCAGAACCACAATGTGGTACCCGTTCCTGAAGCGACTCCGGGAGAGGCGGTTCCCTCAGCGGAAGTTGAGCCGGAATTGCCCCGACCAGTGCCGGCCGTTCAACCCGCGCCCGTGACGCCCCCAGCACCTGTAGCACCCCCAACACCCGTAGCGCCCCCAACACCTGTGGCACCCCCGTCAGCTGCGGCCGCGCCTGTGGCCGAATCCCGGAACGGGAACCCGGCCCAGGCAGAGGCTCCGGCCCATGAGCCCGGCGACTCCGAGGTGCATGCGCCCCAGGTGCTTGGTGAGCACGAAGGTCGTCACGAGGATCTGCACGACGAAAACGTCCCCGTCCACGAGGATGAAGTCGACGTCCACGAGGTCAATGACCACGATCTCAGTGAACACGCCGCTGCTGATCACGGTGATATTCACGAAGGTCATGACCAGCACGAGTTCGCTGTGCATGATGACCACTACCAGTTGGACATCCATGAAGAACTACACGACGACGTTCATCTCCATGATGAGCACCACCATGACCTTATTGCCCCTGTTGCCAGTCCGGCATCGAAGGCCGCCGCGAAAAAGGCCCGCCGTCGTCGTCGAGTCCTGGCTCTCCTGATCACTCTGGGAGTCTTTGTCGCCGCCATCGCCATTGGTGCGCAGTTCCTGAAGCCCTTGCTGGGCATGGATAGGGTTACCGATTACCCGGGCCCCGGAACGGGGTCGGTGACAATCAACGTCCCCGAGGGTTCCGGTCCCAAAGCCGTAGCTAACGAGCTCGTTCAAAACCGCGTGGTTGCGGATTCTGATGCTTTTGTTGAGGCATTCCTGAGTGATGGCGGGGAGTTGTCTCCCGGCGAGTTCACGTTCCGCACCGAAATGAAGAACTCCGATGCCGTTGCTGTCCTCGTCAACAAGGACGCCGGGAAGGTGATGTACTTCGCGCTGAGCGCGGGGCTGCGCATCAATGAGTCGTTGGAGGCCATTTCCAAGGGTTCCGGCATTCCGGTGCAAGAGCTCAACGCTTTGAATCAGGCGCCTGGACAATTCGGGGTTCCTGCCAAGGCCAAAAACCTGGAAGGTTTCCTTGCCCCGGGGGAATACCGTTTTGAGCTCGGAACTCCCGCCAAGGACATCATCCAGAAGTTGGTAACCACCACCCTTGATGAACTCAAAGCCCAAGGTGTTACAGACCCCGCCAAGCAGTACGACACCGTAACCATCGCCAGCATCGTGCAGGCCGAAGGTGGTCAGGCAGATTACGGGAACGTGGCCGGAGCCATTTACAACAGGCTCAAGCCCAACAACATAGAGACCAGCGGACTCATCCAGTCCGATGCCACTGTGACGTATGGCTTGGGTAAGAAGTCGTTCCACCTCACTGAGGAAGAAAAGGCCGACAAGTCCAACGCCTATAACACCTACGCCAATGTCGGGCTACCGGTAGGACCTATTGGCTCGCCGGGAAAGACCGCGATTGATGCGGCAGCCAAGCCGACGCAGAATGACTACCTCTACTGGGTGACCATCAACCTGGACAGCAAGGAAACCAAGTTCTCCAAGACCTTGGCTGAGCACAACACCTACGTTGAGCAGTACAACGCGTGGTGCCAGGCCAACGCGGGACGGTGTGTGTGA MSPVNNDPSSGTAGGGMSLTRKELRARERFLATQNHNVVPVPEATPGEAVPSAEVEPELPRPVPAVQPAPVTPPAPVAPPTPVAPPTPVAPPSAAAAPVAESRNGNPAQAEAPAHEPGDSEVHAPQVLGEHEGRHEDLHDENVPVHEDEVDVHEVNDHDLSEHAAADHGDIHEGHDQHEFAVHDDHYQLDIHEELHDDVHLHDEHHHDLIAPVASPASKAAAKKARRRRRVLALLITLGVFVAAIAIGAQFLKPLLGMDRVTDYPGPGTGSVTINVPEGSGPKAVANELVQNRVVADSDAFVEAFLSDGGELSPGEFTFRTEMKNSDAVAVLVNKDAGKVMYFALSAGLRINESLEAISKGSGIPVQELNALNQAPGQFGVPAKAKNLEGFLAPGEYRFELGTPAKDIIQKLVTTTLDELKAQGVTDPAKQYDTVTIASIVQAEGGQADYGNVAGAIYNRLKPNNIETSGLIQSDATVTYGLGKKSFHLTEEEKADKSNAYNTYANVGLPVGPIGSPGKTAIDAAAKPTQNDYLYWVTINLDSKETKFSKTLAEHNTYVEQYNAWCQANAGRCV NA NA NA NA NA D3-18_02050 855 aroE_2 COG0169 Shikimate dehydrogenase (NADP(+)) GTGAGTCGTCGCGCCGCAGTACTCGGGCACCCGATCTCACATTCGAAATCTCCGGCACTGCACTCTGCTGCCTACGCCAAGTTGGGTGTGGATATCGAGTACTCGGCCATCGACGTCACTGTGGAACGCCTTCCTTCATTCATGGACTCGATCCGCGGAGATGAAGCTTGGTGTGGCCTCTCGGTCACCATGCCGCTGAAGTCGGCCATGGTCAAAGAAGTAGATGAAGTCCGCGGCGCCGGTGCCCATCTAGGCGTTATCAACACTGTGGTTTTCGAGCACGACGCCGGACAGGTGCGTCGGGTGGGCTACAACACGGATGTTGCGGGCATAGTTGAAGCGGTCCGCTACGCGGGCGTTGTTGCTGCACCCCACGCGGCGATCCTTGGCGGTGGTGGCACTTCCGCTGCGGCCGTCGCTGCGGTGCAGGAACTTGGCGCCCGTCACGTCGACGTTTTCGTTCGCGACGCGGGACGTGCCGGCGACGCGCAAGCTGCCGCGGCCGCCGTCGGAATTTCCCTCAACATCAGGCCCCTGACGGAAGCGGCAACTGCTGTGGCCGGCACGGATCTGGTGATCTCTACTTTTCCACCGCGTGCCGCTGATTCCTTGGCTGAAGAGCTCGCGGCGTTGCCAGGCACCGGGGCCGGCGTCCTGCTGGATGTCGCCTACGATCCTTGGCCCAGCCGCCTCGCTGAGGTGTGGCATGGTCACGGGGGAGCAGTAGTTCCGGGCTTGGAGATGCTGATGTATCAGGCGGCCGAGCAGATCAGGCGCTTCAGCGGCTGTGACGTTGATGCCGCCGTCATAGATGTGATGTGCGACTCAGTCGGGCTTCCCCGGCGAGTGTTCTAG MSRRAAVLGHPISHSKSPALHSAAYAKLGVDIEYSAIDVTVERLPSFMDSIRGDEAWCGLSVTMPLKSAMVKEVDEVRGAGAHLGVINTVVFEHDAGQVRRVGYNTDVAGIVEAVRYAGVVAAPHAAILGGGGTSAAAVAAVQELGARHVDVFVRDAGRAGDAQAAAAAVGISLNIRPLTEAATAVAGTDLVISTFPPRAADSLAEELAALPGTGAGVLLDVAYDPWPSRLAEVWHGHGGAVVPGLEMLMYQAAEQIRRFSGCDVDAAVIDVMCDSVGLPRRVF PGPT0012890_1957 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 D3-18_02051 1200 aroC COG0082 Chorismate synthase ATGTTGCGTTGGTTGACTGCCGGTGAATCCCATGGTCCGGCCCTGATCGGAATTGTTGAAGGCGTGCCTGCCGGTGTAGAACTCACCAGCGGGCAGATTCGTGACGCGTTGGCGCGTCGCCGCCTGGGCTACGGACGTGGTGCCCGCATGAAGTTTGAGCAGGACGAGGTCACCATCATGGGTGGCGTCCGTCATGGACTTACCCAAGGTGGCCCTGTTGCCATCCAGGTGGGCAACACCGAGTGGCCCAAATGGGAGCAGATCATGTCTGCTGATCCCGTGGACCCTGAGGTCCTCGCCGACCAAGCCCGCAATGCACCTCTGACGCGTCCGCGCCCGGGACACGCCGATTTCACGGGCATGCAAAAGTACGGATTCGACGAAGCCCGCCCGGTCCTTGAGCGCGCCAGCGCACGCGAGACCGCCACGCGCGTGGCCCTTGGTACCGTCGCTGCACAATTCCTGAAGCAACTGGGCATCGAGTTGGTAAGCCACACCGTTTCCATTGCCAGCGTGACGGTTCCCGAAGGCCGGCCTTTGCCGTTACCGAACGACGTCATAGCCCTCGACGCGGACCCCTTGCGTTGTTTCGACCGCGAGACGTCCAATGCGATGGTGGCCGAGGTGGATGCCGCCCACAAGGAAGGCGAAACCCTGGGTGGCGTGGTGGAAGTCCTGGCATATGGGCTTCCCCCTGGACTCGGCAGCTACGTCCACTGGGATCGTCGCCTCGACTCACGTCTCGCGGCTGCACTCATGGGTATCCAGGCCATTAAGGGCGTAGAAGTGGGTGACGGCTTCCTTACAGCTGCACGCCGTGGATCTGCTGCCCACGATGAGATCCTCAAGGACGGGAATGGCAAGATCGTTCGCCAGACCAACCGGGCCGGTGGCATCGAAGGCGGCATGAGCATCGGTGAAGTTCTTCGTGTTCGGGCTGCCATGAAGCCGATTGCGACCGTTCCACGGGCGCTTCGTACCATTGATGTCAGCACCGGTGAGCCTGCCAAGGCACACCACCAGCGCTCGGATGTTTGCGCGGTTCCCGCAGCAGGCGTTGTGGCGGAGGCTATGGTGGCTTTGGTTCTCGCCGAGGCTGTCGCCGAAAAGTTCGGTGGCGACTCCGTCGCGGAGACCCAGCGGAACCTCCAGAGCTACCTTGAGAGCATCCCGGCCACCCTGGACTCGGTCGGCCGGTAG MLRWLTAGESHGPALIGIVEGVPAGVELTSGQIRDALARRRLGYGRGARMKFEQDEVTIMGGVRHGLTQGGPVAIQVGNTEWPKWEQIMSADPVDPEVLADQARNAPLTRPRPGHADFTGMQKYGFDEARPVLERASARETATRVALGTVAAQFLKQLGIELVSHTVSIASVTVPEGRPLPLPNDVIALDADPLRCFDRETSNAMVAEVDAAHKEGETLGGVVEVLAYGLPPGLGSYVHWDRRLDSRLAAALMGIQAIKGVEVGDGFLTAARRGSAAHDEILKDGNGKIVRQTNRAGGIEGGMSIGEVLRVRAAMKPIATVPRALRTIDVSTGEPAKAHHQRSDVCAVPAAGVVAEAMVALVLAEAVAEKFGGDSVAETQRNLQSYLESIPATLDSVGR PGPT0012875_217 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_SHIKIMATE_DEGRADATION,PGPT0012875-aroB-K01736 NA NA D3-18_02052 558 aroK COG0703 Shikimate kinase GTGGTTCGCGCTATCCCGGATGGCCGACCCGTTGTTCTCGTGGGCCCCATGGCCGTTGGAAAATCGGCGATAGGCCAGCAACTGGCCCACCAACTCCGTGTCCCGTTCGTGGACACTGACGCAGTGGTGGTAGCTGCGCACGGCAGCATCGCGGACATTTTCGCCGGCAGGGGAGAGCACGCGTTCCGCGAGATTGAAGCGCGGGCAGTGGCGAAGGCCATCGAGTCTGCCAAGGTCGAGCCAGCCATCATTTCCCTGGGCGGCGGGGCTGTGCTTGACTCCGGTACCCAGCAGTTGCTGGGGGAGTGCACCGTTGTCTATCTGGAATGCGATGCGGATACCGTCGCAGACAGGATCGCTCGGAACACCGGGCGGCCGCTGCTGCAGGGTGACGCCATGACCCGCTGGGAAGCGTTGTTTGCCACCCGGCGTCCCGTCTATGAGCGTCTCGCGGACATTGTCATGGATGTCCGTTCCGGATCCGTGGCAGAAATCGGCCTCCACTTGGAGGAGCGGCTGCTCGAGCATGCAGCCTTGAAAGAGGAAGTTGAAAAGTGA MVRAIPDGRPVVLVGPMAVGKSAIGQQLAHQLRVPFVDTDAVVVAAHGSIADIFAGRGEHAFREIEARAVAKAIESAKVEPAIISLGGGAVLDSGTQQLLGECTVVYLECDADTVADRIARNTGRPLLQGDAMTRWEALFATRRPVYERLADIVMDVRSGSVAEIGLHLEERLLEHAALKEEVEK PGPT0012900_1603 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 D3-18_02053 1092 aroB COG0337 3-dehydroquinate synthase GTGAGCAACGAAGCAACTGTCATCAAGGTGACCGGCCAGTCGGCTAACGAGAACTACGACGTCGTGGTGGGCCGCGGGCTGTTGGACACGCTGCCTGCCAAGCTTGGCGAACGCGTACGACGCGTTCTGGTGATCCACCCGCGGGCCCTGCGCCTGACCGGCGATACCGTCCGGGACGAGCTGGAGGCCGCAGGGTTCACAGCACTCACGGCCGAAATCCCCGATGCTGAAGAGGGCAAGCACATTCAGGTTGCGGCGTTCTGTTGGCAAGTGCTGGGCCAGAACGATTTCACGCGATCCGACGCCATCGTCGCAGTTGGCGGCGGCGCTGTAACGGACCTCGCAGGCTTCGTGGCGGCCACCTGGCTCCGTGGCGTCAAGGTCATCCACATGCCCACGAGCTTGCTCGGCATGGTGGATGCCTCAGTGGGGGGCAAAACAGGCATCAACACAGCCGAAGGAAAGAACCTTGTGGGTTCCTTCCACCCCCCGGCCGCTGTCCTGGCCGACTTGGACACGCTCCAGACCCTGCCGAAGAACGAGCTCATTTCCGGAATGGCTGAGGTCATCAAGTGCGGCTTCATCGCTGATCCGGCAATCCTCGACCTCGTGGAAAAAAACACCGACGCAGTAATGGATCCCGGATCCGATGTAGTTCGGGAGCTCATTGAACGCGCGATTTCCGTGAAGGCTGAAGTCGTTTCCCAGGACCTCAAGGAATCCGGCCTCCGTGAAATCCTGAACTACGGTCACACCCTGGGCCACGCCATCGAGCTCGTGGAACGCTACTCATGGCGCCACGGTGCCGCCGTTTCCGTGGGAATGATGTTTGCTGCCGAGTTGTCGCGAAGCGTCGGGCGTTTGTCCGATGCTGACGCCGACCGGCACCGCACCATCCTGGAGAGCCTTGGCCTGCCCATCACGTACCGCAGAGACCGCTGGCAGGGTCTTCTGGACGGAATGCGCCGGGACAAGAAGTCACGAGGCGATCTCCTCCGGTTCGTTGTCCTCGACGGCGTTGCCAAGCCGGGCATCCTGGAGGTCCCTGACACGTCACTCCTGTTTGCTGCCTACCAGGAGATCGCATCATGA MSNEATVIKVTGQSANENYDVVVGRGLLDTLPAKLGERVRRVLVIHPRALRLTGDTVRDELEAAGFTALTAEIPDAEEGKHIQVAAFCWQVLGQNDFTRSDAIVAVGGGAVTDLAGFVAATWLRGVKVIHMPTSLLGMVDASVGGKTGINTAEGKNLVGSFHPPAAVLADLDTLQTLPKNELISGMAEVIKCGFIADPAILDLVEKNTDAVMDPGSDVVRELIERAISVKAEVVSQDLKESGLREILNYGHTLGHAIELVERYSWRHGAAVSVGMMFAAELSRSVGRLSDADADRHRTILESLGLPITYRRDRWQGLLDGMRRDKKSRGDLLRFVVLDGVAKPGILEVPDTSLLFAAYQEIAS PGPT0012865_2116 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 D3-18_02054 522 hypothetical protein ATGACCGTCACTCTTCGGGAAGGGGTCAGCGACTGGCCAACTGCCGGCTTCCCCGGAGTCCGGATGAACCCGGACACTTTGCTTCCTGTGGTTGTCAATGAGGAAGCCATGGAGTCAGCCCTCGCGGCGTCGGAAGACCCTGCGGATCGCATCATGGCCCTACTGCTGGACAACCAGCCCAACGAAGCGGCCGAGCTGTTGGCCGAGGCACGCTACAAGGATCCGGAGTCGTTCCGGTTGCGGATCTTCGAAGCGGAAGTGCACAGGGCAACCAACCGGCTGGACCGAGCCGTGCAGTTGTTCCGGCACCTGCTGCAGGATGTCCAGGGCACCTCCAAGGAAGCGATCGTGCACCAGTATCTGGGCAGGGCATACTTCGTCAGCGGGAATGCGCTGGCAGCATCCGAGGAGTTCGCAAAGGCGCTGGACCTACGCGTAGCCATGGCCGCCGATGCGGCGTTGATCTACTCTTCCGCTGTTGCCCTGCAGAGGGCCCGGAATGTACTTGAACTGGCTTCCTGA MTVTLREGVSDWPTAGFPGVRMNPDTLLPVVVNEEAMESALAASEDPADRIMALLLDNQPNEAAELLAEARYKDPESFRLRIFEAEVHRATNRLDRAVQLFRHLLQDVQGTSKEAIVHQYLGRAYFVSGNALAASEEFAKALDLRVAMAADAALIYSSAVALQRARNVLELAS NA NA NA NA NA D3-18_02055 564 efp COG0231 Elongation factor P GTGGCAACCACAAACGACATCAAGAACGGGACCGTACTGAAGCTCGAGGGCCAGCTCTGGAACATCATTGAGTTCCAGCACGTCAAGCCGGGCAAGGGCGGCGCCTTCGTTCGCACCAAGATGCGCAACGTCATGTCCGGCAAGGTGGTCGACAAGACCTTCAACGCCGGCCTGAAGATTGAAACCGCAACGGTTGACCGCCGTGACTACCAGTACCTGTACCAGGACGGCGAAGATTTCGTCTTCATGGACACCCAGGACTACGACCAGATCACCGTGTCCGGTGCCACCGTGGGCGACGCCACCAACTTCATGCTCGAGAACCAGATGGTCAACATTGCCATCCACGAGGGCACGCCGCTGTACATCGAATTGCCCCCGAGCGTTGTCCTCGAAATCACCTACACGGAACCGGGCCTTCAGGGCGACCGCTCCTCGGCAGGCACCAAGCCCGCAACGGTGGAGACTGGCTACGAAATCCAGGTACCACTGTTCGTTGAGCAGGGCACCAAGGTCAAAGTAGACACCCGCGATGGCAGCTACTTGGGCCGGGTCAACGACTAG MATTNDIKNGTVLKLEGQLWNIIEFQHVKPGKGGAFVRTKMRNVMSGKVVDKTFNAGLKIETATVDRRDYQYLYQDGEDFVFMDTQDYDQITVSGATVGDATNFMLENQMVNIAIHEGTPLYIELPPSVVLEITYTEPGLQGDRSSAGTKPATVETGYEIQVPLFVEQGTKVKVDTRDGSYLGRVND PGPT0016205_2526 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS OTHER_MOTILITY_REGULATING_FUNCTIONS MOTILITY-SWARMING_REGULATOR,PGPT0016205-efp-K02356 NA NA D3-18_02056 411 nusB COG0781 Transcription antitermination protein NusB GTGAGCGCACGCGGTAAAGCCCGTAGCAGGGCCCTTGAAGTACTTTTCGAGGCGGAGCAGCGCTCCGTTTCGGCTTTCGACGCGATGACAGCGCGCCGGGAGAAGACCGATCTTGTCATCAACCCGTACACGGTGGAAATCGTGGAGGGTGTTGTTTCCATGCAGGCAACCATCGATGAATTCCTGGAGACCTACGCCCAGGGCTGGACGTTGGAGCGTATGCCGTCGGTAGACCGCATCATCCTTCGTATTGGCGCTTGGGAACTTCTCTACAATGACGAAGTTCCGGACGGCGTAGCTGTCAGCGAAGCTGTGGCACTTGCCAAGACGATGTCCACGGACGAGTCACCGGCTTTCATCAACGGGCTGCTTGGCCGCTTGCAGAAGCTCAAGCCGTCGCTGCTCGCTTAG MSARGKARSRALEVLFEAEQRSVSAFDAMTARREKTDLVINPYTVEIVEGVVSMQATIDEFLETYAQGWTLERMPSVDRIILRIGAWELLYNDEVPDGVAVSEAVALAKTMSTDESPAFINGLLGRLQKLKPSLLA PGPT0008065_10 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008065-fhs-K01938 NA NA D3-18_02057 1239 hypothetical protein ATGACCATGAACCACCACGGCCAACCCTATCCGCGGCCATATCTGGAACCTGGTGCCAACCCCACCTGGATAGGCCGCGTGCAGCCGGGGAACTATCAACCGGCCCCTGGTAATCCAACATCCCTCCCCCGGCAAACCTGGGCGATGCCACCCGCGCCGCAAGGTCGCAAGTCCTGGGGCATGCTGCCACTACTCGTTGTGGGAACCGTACTGGTCCTCGGCAGCCTGTTGCTGGTGGTGCCGTTCCTTCTGGGAAATACGGGCATTGCCGGTTTCGTGATCGGCTTCATCGCGTCCCTTATTCCGCTGTCCGTAGTGCTGTTGACCGTACGCCTGATCGATCGTTGGGAGCCCGAGCCTAGGAGGCTCTTATGGTTCGCGTTCACGTGGGGTGCCGCGGTGTCCATTGCCGGGACGCTGCTCATCCAGCCGATCTTCGCGCTTGCAGCACCCACGTCCAGCGAAGAAGCTTTCACCTACTTCATGGCAACGGTCCAGGCCCCCATCGTTGAAGAGTTCACCAAGTCTCTGGGTTTGTTGGTCCTGATCCTGGCAGCACGCAAGTACTTTGACGGACCGGTAGACGGGGTGGTCTTCGCCTTCACCATCGCCGCGGGCTTCGCCTTCACGGAGAACATCCTCTACTTTGGACGTGAAATAGCCTCCTCCACCGATCCCGGCACTGACTTGGTCCGAATTTTCATCCTAAGAGGCGTTATGTCGCCGTTCGCCCACGCGGTGTTCACGGGGACAACCGGACTGATCATGGGCTTCGCAGCCCGGAAGTGGCACTCGGGCTATGCCGTCCTGGCGTTCTTCGTCGGTTTGCTGCCTGCAATGTTCCTGCACAACCGCTGGAACAGCATGGGGCAGAACTTCCTGGTGGAGTACTTCGTGGTCCAGGTGCCGATCTTCCTGATCGCTGCTGCGGGCATCATCCTTCTACGCTACGCCGAAGGAAAACTCACCCGCCAGCGGCTTCTCGAGTATGCCCGGGCAGGCTGGTTCACCCCAGCTGAAGTGGAGATGCTGGCCACGTCACGAGGCAGGCGGCAGGCTGTTCGTTGGGCGTCCTCGCGCGGTCGCGGCAACCAAATGAAATCGTTTATCAAAGGGGCCACAGCATTGGCGTTTACCCGGCAGAGGATCCTCAGTGGCCGCGACGTCCACGTTCACCAACACGATGAATTGGAGCACCTGCGCAGCATCCCGTCCCTCAGGGCGGCGGTGCTCCAGTAG MTMNHHGQPYPRPYLEPGANPTWIGRVQPGNYQPAPGNPTSLPRQTWAMPPAPQGRKSWGMLPLLVVGTVLVLGSLLLVVPFLLGNTGIAGFVIGFIASLIPLSVVLLTVRLIDRWEPEPRRLLWFAFTWGAAVSIAGTLLIQPIFALAAPTSSEEAFTYFMATVQAPIVEEFTKSLGLLVLILAARKYFDGPVDGVVFAFTIAAGFAFTENILYFGREIASSTDPGTDLVRIFILRGVMSPFAHAVFTGTTGLIMGFAARKWHSGYAVLAFFVGLLPAMFLHNRWNSMGQNFLVEYFVVQVPIFLIAAAGIILLRYAEGKLTRQRLLEYARAGWFTPAEVEMLATSRGRRQAVRWASSRGRGNQMKSFIKGATALAFTRQRILSGRDVHVHQHDELEHLRSIPSLRAAVLQ NA NA NA NA NA D3-18_02058 585 pyrR COG2065 Bifunctional protein PyrR ATGACTGAAGTCACTTCAGCGCACGTGCCGTCGCGGGTTGTTCTCAATCAGGCAGACATTGATCGTGCGCTCACTCGTATCGCCCACGAGATCCTCGAAGCCAATAAAGGCTCCCAGGACCTGGTTCTTTTGGGCATTCCCAGCCGCGGCTATCCTTTGGCCGTACGGCTTGCCAACAAAATTGCAGCGGCCGACCCCACGGTGAACGCCGAGACGATGGTCGGCCAGCTGGATGTCACCATGTTCCGTGACGACCTCTCCCACCAGCCCACGCGGCCCCCACGTCACACACGGCTTCCGCTGTCCGGGATCGATAACAAGGTTGTTGTCCTGATCGATGACGTTCTTTATTCGGGCCGGACCATTCGCGCCGCATTGGACGCTTTGGTTGACCTTGGCCGCCCGCGGATCGTCCGGTTGGCTGTGCTGGTGGACCGGGGACACCGCGAGCTTCCCATCCGTGCAGACCACGTGGGCAAGAACCTGCCCACTTCCTCCTCCGAAAAAGTCCGGGTTCACCTCGAGGAGATCGACTCCGTGGACGGCGTTCCCGTCAACGAGGTAGTAATTGAGGCCGGCAAGTGA MTEVTSAHVPSRVVLNQADIDRALTRIAHEILEANKGSQDLVLLGIPSRGYPLAVRLANKIAAADPTVNAETMVGQLDVTMFRDDLSHQPTRPPRHTRLPLSGIDNKVVVLIDDVLYSGRTIRAALDALVDLGRPRIVRLAVLVDRGHRELPIRADHVGKNLPTSSSEKVRVHLEEIDSVDGVPVNEVVIEAGK PGPT0021245_159 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021245-pyrR-K02825 NA NA D3-18_02059 1008 pyrB COG0540 Aspartate carbamoyltransferase GTGAAGCACCTCCTTTCCACCGAAAACCTCAGTCTCTTCGACGCCATTCGTGTTCTGGACACAGCTGAGGAAATGTCCGCAGTCGGCGAGCGTGAAGTAAAGAAACTACCGGCACTGCGCGGCCGTACCGTGGTTAACCTATTCTTCGAAGACTCCACCCGTACCCGTATTTCCTTTGAAGCCGCAGCCAAACGCCTGTCAGCCGATGTCATCAACTTCGCCGCCAAGGGGTCCTCGGTTTCCAAAGGGGAATCCCTCAAGGACACGGCGCAGACACTCGCAGCCATGGGCGCGGACGCCGTCGTCATCCGCCACTGGGCTTCCGGCGCGCCGCATCGGCTCGCTGCCACTGACTGGATTGACGCCGCTGTCATCAACGCCGGCGACGGCACCCACGAGCACCCGACCCAGGCACTCCTGGATGCCTTCACCATGCGTCGGCATTGGTCCCAGGTCAACGGCATCGAATCCACCGGAGCAGACCTCAAGGGCATGCGGGTAGCAATTGCGGGGGATGTCCTGCACTCCCGTGTCGCCCGTTCCAACGTTTGGCTGCTGAAGACTCTTGGCGCTGAGGTCACCCTGGTGGCGCCGCCTACATTGCTGCCCATCGGCGTCGAGCACTGGCCTTGCAAGGTCAGCTACAACCTGGACGAGACGCTGGAGGCCGGCATCGACGCCATGATGATGCTGCGTGTCCAGGGCGAGCGGATGAATGCGTCGTTCTTCCCGTCGACCCGCGAGTACTCGCGCCGCTGGGGTTTCGACGACGCCAGGCTCCGAACACTGGACGATCTCGGCATGAAGGACACCATCATCATGCATCCCGGCCCCATGAACCGGGGTTTGGAGATATCTTCTGCCGCCGCAGATTCGCCGCGTTCCACCGTGCTCGCGCAGGTGCGGAACGGGGTCTCGGTCAGAATGGCCGCCCTTTACCTGCTGCTCTCCGGGGACTCCCGTGAAGCTGCCCCGAACGTAAGCCAGTCCAGCAAGGAGACCAACTGA MKHLLSTENLSLFDAIRVLDTAEEMSAVGEREVKKLPALRGRTVVNLFFEDSTRTRISFEAAAKRLSADVINFAAKGSSVSKGESLKDTAQTLAAMGADAVVIRHWASGAPHRLAATDWIDAAVINAGDGTHEHPTQALLDAFTMRRHWSQVNGIESTGADLKGMRVAIAGDVLHSRVARSNVWLLKTLGAEVTLVAPPTLLPIGVEHWPCKVSYNLDETLEAGIDAMMMLRVQGERMNASFFPSTREYSRRWGFDDARLRTLDDLGMKDTIIMHPGPMNRGLEISSAAADSPRSTVLAQVRNGVSVRMAALYLLLSGDSREAAPNVSQSSKETN PGPT0021160_851 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021160-pyrB-K00609 NA NA D3-18_02060 1326 pyrC COG0044 Dihydroorotase ATGGCCGAGAACACCTACCTGATTCGTGGGGCCGCCATCCTCGGCGGCGGAGCTGAAGACCTCTTGATCCGTGACGGCGTTATCGAAGCACGCGGCAAGGACCTGTCAGCTGATGACGCAACAGTCATCGACGCCCAGGGCCTCGTCGCCCTGCCTGGCATGGTGGACGTTCACACCCACTTGCGCGAACCCGGCCGCGAAGACGCCGAAACAGTGGAAACCGGTACCCGGGCCGCTGCGCTTGGAGGCTTCACTGCAGTCCACGCCATGGCCAACAGCAACCCGGTGGCAGACACTGCGGGCGTCGTGGAGCAGGTTCACAGCCTGGGCCGTGCCTCCGGTTGGGTTGATGTGCGCCCTGTAGGTGCAGTGACCGTGGGCTTGGCGGGGGAGCAGCTCGCCGAGCTGGGGGCCATGGCGGATTCCCGTGCCCAGGTCCGGATGTTCTCCGACGACGGCATCTGCGTCCACGATCCCGTCCTCATGCGCCGGGCGTTGGAATACGTCAAAGCGTTCGACGGCGTGGTGGCCCAGCATGCTCAGGAACCGCGCCTTACCGCTGGTGCGCAGATGAACGAAGGTGCTGTTTCCGCGGTGCTGGGACTCACCGGCTGGCCGGCTGTCGCCGAGGAAAGCATCATTGCCCGCGACGTCCTGCTTGCCCAGCATGTTGGTTCCCGTCTCCACGTATGCCACGTCTCCACGGCGGGTTCCGTGGAGATCGTGCGCTGGGCGAAGGCGCGTGGAATCAACGTCACTGCCGAGGTCACCCCTCACCACCTGCTCCTCACTGATGAGCTGGTCCGTAGCTACGACCCCGTCTACAAGGTCAACCCGCCGCTGCGGACCGACGCCGACGTTCAAGCGCTCCGTGAGGGCTTGGCAGACGGCACCATCGACGTCGTGGGAACCGATCATGCCCCGCACCCCAGCGAGCACAAGGAATGTGAATGGGCGCAGGCAGCCATGGGCATGACCGGCCTTGAAACCGCCCTGTCCGTGGTCCAGGAGACCATGATCGAAACCGGCCTCATGACCTGGGCCGACTTCGCCAGGGTTACCTCGTTCACGCCGGCAGTCATTGGCCGTGTTGCCGATCAAGGCCGTCCGCTTGAGGTTGGCGAGCCCGCCAACGTCATCCTGGTGGACCCGGCTGCGCGTTGGACCGTTGACCCCCATAAAATGGCAACCATGGGCCGCAATTCACCGTTCAAGGGCAAAGAGCTGCCCGGCTCCGTGGTGGCTACTTTCTTCAAAGGCCATCCAACCGTTCTCGGCGGACAGCTCAACACGCCGTACAGGTACCCGGCAGTCAGCAGCAACTAA MAENTYLIRGAAILGGGAEDLLIRDGVIEARGKDLSADDATVIDAQGLVALPGMVDVHTHLREPGREDAETVETGTRAAALGGFTAVHAMANSNPVADTAGVVEQVHSLGRASGWVDVRPVGAVTVGLAGEQLAELGAMADSRAQVRMFSDDGICVHDPVLMRRALEYVKAFDGVVAQHAQEPRLTAGAQMNEGAVSAVLGLTGWPAVAEESIIARDVLLAQHVGSRLHVCHVSTAGSVEIVRWAKARGINVTAEVTPHHLLLTDELVRSYDPVYKVNPPLRTDADVQALREGLADGTIDVVGTDHAPHPSEHKECEWAQAAMGMTGLETALSVVQETMIETGLMTWADFARVTSFTPAVIGRVADQGRPLEVGEPANVILVDPAARWTVDPHKMATMGRNSPFKGKELPGSVVATFFKGHPTVLGGQLNTPYRYPAVSSN PGPT0021145_1424 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021145-pyrC-K01465 NA NA D3-18_02061 522 hypothetical protein ATGGACAACCAAACACTGACCGTGCTCATCACGGTGCCGTTGATCGTCGTCGTCCTGGCGATGATCTGGCTGGGGTGGCGGAACCGGCTAAGGCGACAAGCCGACGTCGAACGCCTTCCCGAGGTGCCGGAGCAGCTGACACCGGCATCGGTGGTCGCAGACGGCCAATACGTGGCCACCACCACGGCGGGCGACTGGCTGGATCGGATCGCAGTGCAGGGCCTGGGTATCCGGACCAACGCGGAACTGAGTGTTCACGCTGAAGGCGTGCTGTTCGACCGATCCGGTGCCGCCCCTGTTTTCATCCCGCGAGCCGCCCTGGTGGACAGCCGCGAAGCCAACGGCATGGCCGGGAAATTCGTCGAAAAGGACGGACTCCTGGTCGTCAACTGGAAGCTTGGTGCCCGGGAACTCGACACCGGATTCCGTTCCAGGCACGCAACCGACAAGCAGCTCCTCCTCGAAGCCCTCCAAGAATTGATCTCCGCAGCCCCTCAGGCAGATGCCGATAGTGGAAAGTAA MDNQTLTVLITVPLIVVVLAMIWLGWRNRLRRQADVERLPEVPEQLTPASVVADGQYVATTTAGDWLDRIAVQGLGIRTNAELSVHAEGVLFDRSGAAPVFIPRAALVDSREANGMAGKFVEKDGLLVVNWKLGARELDTGFRSRHATDKQLLLEALQELISAAPQADADSGK NA NA NA NA NA D3-18_02062 1224 carA_1 COG0505 Carbamoyl-phosphate synthase small chain GTGACGGATAGTAAAGCAGCCACCACCCCCACCCCCTCAGCAGCAATACTCGTGCTCGAAGACGGCCGCATGTTCCGCGGCCGCAGCTACGGAGCCCAGGGAACCGCTCTCGGTGAGGCCGTCTTCGCCACCGGCATGACCGGCTACCAGGAGACCATCACCGACCCCTCGTACGCCCGCCAGCTGGTGGTCCAGACTGCGCCGCACATCGGCAACACCGGCGTCAACAGCGAAGACGCTGAGTCCCGCCGCATCTGGGTGGCAGGGTACATTGTGCGCGACGCCGCCCGGCGCCCCTCAAACTGGCGCTCCGAACGAAGCCTCGATGATGAACTGGTGGAGCAGGGAATCGTTGGCATCCAGGGCGTAGACACCAGGGCCATCACCCGCCACCTCCGTGAGCACAAGACCATGCGGGCAGGTATTTTCTCCGGCGAGGCCGCGCAGGCCACCGACAAGGAACTCCTGGATGCTGTCCTGGCCAGTGCGCCCATGGAAGGCGCAGCGCTTGCTGAGGAAGTCTCCATTGACGAGGCCTATGTCGTGGAGCCCAAGGACCACGGCTGGGAAGGCGAGCCGCGCTTCTCCATCGCAGCCGTTGACCTTGGTATCAAGGCAATGACTCCGGTGCGCTTCGCTGAGCGCGGCGTGCGCGTGCACGTCCTGCCGGCCACTTCCACCCTGGAGGACGTCAACGCGGTCAAGCCGGACGGCTTCTTCATGTCCAACGGACCCGGCGACCCCGCTACGGCCGACCACCAGGTTTCCCTGCTGCGCTCGGTGCTGGACGAGAAACTCCCGTACTTCGGCATCTGCTTCGGTAACCAGATCCTGGGCCGTGCCCTGGGCTTCGGCACCTACAAGCTCCGTTACGGCCACCGGGGCATCAACCAGCCGGTGATGGACCGCCGGACCGGCAAGGTGGAAATCACCTCGCAGAACCACGGCTTCGCTGTTGACGCGCCGCTGAACGGTTCCACCGTGGCACCCGAAGAGCGCTTTGGCCGCGTGGAAGTCAGCCACGTTTCGTTGAACGACGACGTCGTTGAAGGACTCGCCTGCCTCGACATCCCGGCGTTCTCGGTCCAGTACCACCCCGAAGCGGCGGCCGGACCGCACGATGCTGCCTACCTCTTCGACCGCTTCATCGACCTCATGGCCGATACCAAGTCCAAGGCCACAGGCGCCAACTCCACCGACTCCAAGACTGAGGACAAGAAGTAA MTDSKAATTPTPSAAILVLEDGRMFRGRSYGAQGTALGEAVFATGMTGYQETITDPSYARQLVVQTAPHIGNTGVNSEDAESRRIWVAGYIVRDAARRPSNWRSERSLDDELVEQGIVGIQGVDTRAITRHLREHKTMRAGIFSGEAAQATDKELLDAVLASAPMEGAALAEEVSIDEAYVVEPKDHGWEGEPRFSIAAVDLGIKAMTPVRFAERGVRVHVLPATSTLEDVNAVKPDGFFMSNGPGDPATADHQVSLLRSVLDEKLPYFGICFGNQILGRALGFGTYKLRYGHRGINQPVMDRRTGKVEITSQNHGFAVDAPLNGSTVAPEERFGRVEVSHVSLNDDVVEGLACLDIPAFSVQYHPEAAAGPHDAAYLFDRFIDLMADTKSKATGANSTDSKTEDKK PGPT0021155_393 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021155-carA-K01956 NA NA D3-18_02063 3309 carB_1 COG0458 Carbamoyl-phosphate synthase large chain ATGCCCAAGCGTACAGATCTCAAGAGCGTCCTTGTCATCGGTTCCGGCCCCATCGTCATTGGCCAGGCGGCCGAATTCGACTACTCCGGTACCCAGGCACTTCGCGTCCTCAAGGAGGAGGGCCTGCGGGTCATCCTCGTAAACTCCAACCCGGCCACCATCATGACGGACCCCGAGTTCGCCGATGCCACCTACGTTGAGCCCATCACCCCTGAGGTGGTGGAGAAGATCATCGCCAAGGAGCGTCCGGACGCCATCCTGCCCACCCTGGGTGGCCAGACGGCTCTGAACACTGCCATCGCATTGGACAAGAACGGTGTGCTGGAGAAGTACAACGTGGAACTCATTGGCGCGAACATTGCTGCCATTGAGCTCGGGGAAGACCGTGAGAAGTTCAAGGGTGTTGTGGAGCGTTGTGGCGCGGAGTCCGCACGCAGCCACATCATCCACACCATGGAAGAGGCCTTCGCTGCTGCTGAGGATCTGGGCTACCCCATGGTGGTCCGGCCGTCCTTCACCATGGGTGGCCTGGGCTCAGGCTTGGCTTACAACGAGGACGACCTCCGCCGCATCGTCGGCCAGGGCCTCCAGTACAGCCCCACCACCGAGGTCCTGCTCGAAGAGAGCATTCTCGGCTGGAAAGAGTACGAGCTTGAAATGATGCGCGACAAGAACGATAACGTCGTTGTTGTCTGCTCCATCGAAAACTTCGACCCCGTGGGCGTCCACACCGGTGACTCCATCACGGTTGCACCGGCACTGACCCTCACAGACCGCGAGTACCAGAAGCTCCGCGACGTCTCCATCGCCGTCATCCGCGAAGTGGGCGTGGACACCGGTGGCTGCAACATCCAGTTCGCCATCGACCCCGCCACGGGCCGCGTTGTGGTCATTGAAATGAACCCGCGCGTCTCCCGTTCCTCCGCGTTGGCGTCCAAGGCAACGGGCTTCGCCATTGCCAAGATCGCAACCAAGCTCTCCCTCGGTTACACACTGGACGAGATCCCCAACGACATCACCCAGAAGACTCCGGCGTCCTTTGAGCCCACCTTGGACTACGTAGTGGTCAAGGTTCCGCGTTTCGCCTTCGAGAAGTTCCCGGCGGCTGACAACACGCTGACCACCACCATGAAGTCCGTGGGTGAAGCCATGGCCATGGGCCGCAACTTCACCGAAGCCCTGCAGAAGGCCCTTCGCTCATTGGAGCAGAAGGGCTCGCAGCTGGACTTCAGCTCCGTGCCGGAGTACGAGGTTGCCGAGCTCATCGAGAAGGCCAAGCGCCCCACCACGGACCGCCTGCACCAGGTGCAGCGTGCGCTCCTGGGTGGCGCCACGGTGGAAGACCTTTTCGAGGCCACCAAGATCGACCCCTGGTTCTTGGACCAGCTGCAGCTTCTCAACGAGACCGCGCAGGAGATCCGCAAGGCCGGGGTGCTCACCGAGGAAATGCTGCGCAACGCCAAGCGCCACGGCTTCTCCGACGAGCAGATCGGTGCCTTGACGCACAACAACGAGGCAGTGGTGCGAGGCGTTCGCCAGGCCTTGGGCATTCGTCCGGTCTACAAGACAGTGGACACCTGTGCCGCTGAGTTTGCCGCCTACACCCCGTACCACTATTCGTCCTATGACGAGGAAGATGAGGTAGGCCTGCACGCCAAGCCCTCCGTCATCATCCTGGGTTCAGGGCCCAACCGCATTGGCCAGGGCATCGAGTTCGACTACTCCTGCGTGCACGCCTCCATGGCGCTCCGCAAGGCCGGCTACGAAACCGTCATGGTCAACTGCAACCCCGAGACCGTCTCCACGGACTACGACGTTTCCACGCGCCTTTACTTTGAGCCGCTGACCCTTGAGGACGTCCTCGAGGTCATTGCCGCTGAAGAGCGCACCGGTGGCGTGATGGGTGTCTTCGTGCAGCTCGGTGGCCAGACCCCGCTGAAGCTCGCACAGCAGCTCGCCGACGCCGGTGTTCCGATCCTGGGTACCTCGCCGGAAGCGATCGACCTCGCCGAGCACCGTGGCGCCTTCGCCCGGGTCCTGGACGAAGCCGGCCTGACTTCCCCGAAGAACGGCACCGCTGTCTCCTTCGAGGACGCCAAGAAGATCGCTGACGAAATCGGCTACCCGGTGCTGGTCCGCCCGTCTTACGTCCTGGGCGGCCGTGGCATGGAGATCGTCTACGACGAAGCAAACCTCTCCCGCTACATCGCCAACGCCACCGAAATCACCCCGGACCACCCGGTGCTGATTGACCGCTTCCTCGAAGACGCGGTCGAAATCGACGTCGACGCACTCTTCGACGGCACTGACATGTACCTCGGCGGCATCATGGAACACATCGAGGAAGCCGGTATCCACTCGGGTGACTCCGCTTGCGTGCTTCCTCCGATTACCTTGGGCAACAACGTGATCGAGCGCGTGCGCACGGCAACCCGGGCCATTGCCGAAGGCGTGGGTGTCCGCGGCCTCATCAACATCCAGTTCGCACTGGCTTCCGACGTCTTGTACGTCCTTGAAGCTAACCCGCGCGCTTCCCGCACAGTGCCGTTCGTCTCCAAGGCAACGGGCGTGCAGATGGCCAAGGCAGCTGCCCTCATCGGTACGGGCGTGACCATCAACCAGCTCCGCGGCGCCTACAAGATGCTGCCGGAAACGGGCGACGGTTCCACCCTCCCGCTGGACGCCCCGGTTGCCGTCAAGGAAGCGGTCCTTCCGTTCAGCCGCTTCCGTACTCCTGAGGGCAAGGTTGTAGATTCCTTGCTCGGTCCGGAAATGCGCTCCACCGGTGAAGTCATGGGCATCGACAAGCACTTCGACACGGCCTTCGCCAAGAGCCAGGCCGCTGCGAACAACGCGTTGCCCACCGAAGGCAAGATCTTCGTCTCGGTAGCCAACCGTGACAAGCGTTCGGTGATCATGGGCGTCAAGCGCCTCTCGGACCTGGGCTTCGAGATCGTCTCCACCGGTGGTACGGCTGACGTCCTGCGGCGCAACGGCATCCAGGCGACTCCGGTCCGCAAGGTTGCCGAAGGCAGCAGCGCCGAAGGCGAAGGCACCATTGCGGATCTGGTCATTGCCGGCGAGATCGACATGGTCTTCAACACGCCCTCCGGCGGCGAAGCCCGCAGCGACGGATACGAACTCCGTGCCGCGGCAACGTCCATCGGCATTCCGTGCATCACCACCGTTGCCGAGTTCAACGCGGCAGTGCAGGCGATTGAGGCCCTTCGCACCTACGAATGGTCCGTGACCAGCCTGCAGGAGCACGCAGCCAACCTGGCAGCCGCAATGGAAGCAGCCAATGCCTGA MPKRTDLKSVLVIGSGPIVIGQAAEFDYSGTQALRVLKEEGLRVILVNSNPATIMTDPEFADATYVEPITPEVVEKIIAKERPDAILPTLGGQTALNTAIALDKNGVLEKYNVELIGANIAAIELGEDREKFKGVVERCGAESARSHIIHTMEEAFAAAEDLGYPMVVRPSFTMGGLGSGLAYNEDDLRRIVGQGLQYSPTTEVLLEESILGWKEYELEMMRDKNDNVVVVCSIENFDPVGVHTGDSITVAPALTLTDREYQKLRDVSIAVIREVGVDTGGCNIQFAIDPATGRVVVIEMNPRVSRSSALASKATGFAIAKIATKLSLGYTLDEIPNDITQKTPASFEPTLDYVVVKVPRFAFEKFPAADNTLTTTMKSVGEAMAMGRNFTEALQKALRSLEQKGSQLDFSSVPEYEVAELIEKAKRPTTDRLHQVQRALLGGATVEDLFEATKIDPWFLDQLQLLNETAQEIRKAGVLTEEMLRNAKRHGFSDEQIGALTHNNEAVVRGVRQALGIRPVYKTVDTCAAEFAAYTPYHYSSYDEEDEVGLHAKPSVIILGSGPNRIGQGIEFDYSCVHASMALRKAGYETVMVNCNPETVSTDYDVSTRLYFEPLTLEDVLEVIAAEERTGGVMGVFVQLGGQTPLKLAQQLADAGVPILGTSPEAIDLAEHRGAFARVLDEAGLTSPKNGTAVSFEDAKKIADEIGYPVLVRPSYVLGGRGMEIVYDEANLSRYIANATEITPDHPVLIDRFLEDAVEIDVDALFDGTDMYLGGIMEHIEEAGIHSGDSACVLPPITLGNNVIERVRTATRAIAEGVGVRGLINIQFALASDVLYVLEANPRASRTVPFVSKATGVQMAKAAALIGTGVTINQLRGAYKMLPETGDGSTLPLDAPVAVKEAVLPFSRFRTPEGKVVDSLLGPEMRSTGEVMGIDKHFDTAFAKSQAAANNALPTEGKIFVSVANRDKRSVIMGVKRLSDLGFEIVSTGGTADVLRRNGIQATPVRKVAEGSSAEGEGTIADLVIAGEIDMVFNTPSGGEARSDGYELRAAATSIGIPCITTVAEFNAAVQAIEALRTYEWSVTSLQEHAANLAAAMEAANA PGPT0021150_1244 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021150-carB-K01955 NA NA D3-18_02064 876 pyrF COG0284 Orotidine 5'-phosphate decarboxylase ATGCCTGAGTCTGCTTCACCTCAGCAAGAGCAGCAGCCGGCCCGGGAGTCCTTTGGCTCCCGGCTGGCTGCGGCCATGGCCTCACGCGGTCCGCTGTGCGTTGGAATCGATCCGCACCCGCAGCTTTTGGCTGAATGGGGATTGAACGACGACGCCGCGGGACTGGAGCGCTTTTCGCTGACAGTGGTGGAGGCCGTGGCTTCCCTCGCTGCCGCCGTCAAGCCGCAAGTGGCACTCTATGAGCGTCACGGCTCCGCCGGCATGGCAGTCCTGGAGCGCACCCTGGCAGCCTCTACGGAGGCAGGTGTGCTTAGTATCGCTGATGCCAAGCGCGGGGACATCGGCTCCACCATGGCGGCGTATGCGGATGCCTGGCTGCGGGATGGTTCGTCCTTGGCTGCTGACTCCGTGACCCTGAGCCCGTATCTTGGCTTTGAGTCGCTGCGCCCCGCTTTGGATCTTGCTGCGCAACACGGCAGGGGAGTGTTTGTGCTTGCACTGACATCAAACCCTGAAGGAAAGTCTGTCCAGCATGTCGGCGGAGGCGACTCCGTGGCGCGCAGGATCGCGGCGGCGGCTGCAGCCGAGAACCAGCGGTACGAGGGCTCCCTTGGGTCTGTGGGCTTGGTTGTTGGGGCAACCATTGGTTCTGCCCTGGATGACTTGGATATCGATCTCGGGCCGGTCCGCGGGGCGATTCTGGCACCTGGGCTTGGTGCGCAGGGAGCCACTCCTGCTGATCTTCGAGCGACGTTCGGAAGTGCCTACCCCACCGTTCTGGCCACCTCCAGCCGGGGGATCCTGGCTGCTGGTCCGTCCCTGGCCGGCCTCCGGGCCGCAACGGAAGAGACTCTCGCAGGGCTTCGCTCCGAGTAA MPESASPQQEQQPARESFGSRLAAAMASRGPLCVGIDPHPQLLAEWGLNDDAAGLERFSLTVVEAVASLAAAVKPQVALYERHGSAGMAVLERTLAASTEAGVLSIADAKRGDIGSTMAAYADAWLRDGSSLAADSVTLSPYLGFESLRPALDLAAQHGRGVFVLALTSNPEGKSVQHVGGGDSVARRIAAAAAAENQRYEGSLGSVGLVVGATIGSALDDLDIDLGPVRGAILAPGLGAQGATPADLRATFGSAYPTVLATSSRGILAAGPSLAGLRAATEETLAGLRSE PGPT0014965_401 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0014965-pyrF-K01591 NA NA D3-18_02065 327 hypothetical protein GTGGGCCTTAAAGAGCTGACACCGCAGGAGCGTTCCGACGCGCTTGAAAAGGCTGCCAAGGCGCGGGCCGTGCGTGCCGCTGCCAAGGAAAAGCTTAAGCGCGGCGAAGTGAGCGTGGCGGAGCTGATTTCTTCCGGCTCAACGGATGAAGCGATTGCGCGCATGCGGGTAGTGGAGTTGCTGGAGGCCCTGCCGGGCATCGGGCCCGTCAGGGCTGCCGGGATCATGGCGGAGATTGGTATTGCGGGATCCCGGCGCATCAGGGGCCTGGGAATTCATCAGGCCCGGGCGCTGGTAGATTTTATGGATACCCAGCAAAGCGTTTGA MGLKELTPQERSDALEKAAKARAVRAAAKEKLKRGEVSVAELISSGSTDEAIARMRVVELLEALPGIGPVRAAGIMAEIGIAGSRRIRGLGIHQARALVDFMDTQQSV PGPT0021475_392 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021475-gmk-K00942 NA NA D3-18_02066 573 gmk COG0194 Guanylate kinase GTGAGCAAGAAACCCGGACTGACTGTCCTTGCAGGCCCCACTGCCGTTGGCAAGGGAACCGTATCCACCTACATCAGGGACAACTATCCGGAGGTTTGGCTCTCGGTCTCGGCAACCACCCGGGCTGCACGTCCGGGCGAAAAGGATGGCGTTCACTACTTCTTCAAATCCGCCGAGGAGTTCGACTCCCTGGTAGCTGAGGGTGAACTGCTGGAGTGGGCTGTTGTGCATGGCCAGAACCGCTATGGGACGCTCCGCAGTACCGTGGACGCGGCCATCGCCGACGGGAAGTCGGTGTTGCTGGAGATCGACCTCCAAGGCGCTCGGCAGGTCAAAGCTGCCGTTCCGGACGCGAATTTTGTGTTCCTGGCACCGCCCAGCTGGGACGAAATGGTCCGTCGCCTGGTGGGCCGTGGCACGGAAACTCCCGAGGAACAGCAGCGCAGGCTGGAAACCGCTAAACTGGAACTTGCTGCTGAACCGGAGTTTGACCACACCGTCATCAATGACGACGTTCGCCGGGCAGCGGACGAGCTTGTTTCACTCATGGGGCTTACCCCGCACCAGCGCTAA MSKKPGLTVLAGPTAVGKGTVSTYIRDNYPEVWLSVSATTRAARPGEKDGVHYFFKSAEEFDSLVAEGELLEWAVVHGQNRYGTLRSTVDAAIADGKSVLLEIDLQGARQVKAAVPDANFVFLAPPSWDEMVRRLVGRGTETPEEQQRRLETAKLELAAEPEFDHTVINDDVRRAADELVSLMGLTPHQR PGPT0021475_4824 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021475-gmk-K00942 NA NA D3-18_02067 261 rpoZ COG1758 DNA-directed RNA polymerase subunit omega GTGTCCACGAACCTTGAAGGCATCATCAACCCGCCGATCGATTCGCTGCTTGAGGCTGCTGATTCCAAGTACGGCCTGGTCATCTTCGGCGCCAAGCGCGCCCGCCAGATCAATGCCTACTATGCACAGCTGCACGAGGGCCTGTTCGAGTACGTCGGCCCGCTGGTCGACACCAAGCTGAACGAGAAGTCGTTGTCCATCGCACTCCGCGAGATCAACGAAGGCCTTCTGGTTTCCACGCCGATCGAGCCCGCCGAATAA MSTNLEGIINPPIDSLLEAADSKYGLVIFGAKRARQINAYYAQLHEGLFEYVGPLVDTKLNEKSLSIALREINEGLLVSTPIEPAE NA NA NA NA NA D3-18_02068 1257 coaBC_1 COG0452 Coenzyme A biosynthesis bifunctional protein CoaBC GTGCGCATAGTCCTCGGAGTCGGGGGAGGGATCGCAGCCTACAAGGTTGCATCGCTCCTCCGGCTTTTTACTGAAGCCGGTCACAAGGTGACGGTCATCCCCACGGAAGCCGCAACCCGATTCGTCGGAGTGGCCACGTGGGAAGCCCTCTCCGGCAACCCCGTGAGCAACAGCGTCTTTGACGACGTTGAGAAGGTCAACCATGTCCGTTTGGGGCATAAGGCTGACCTGATCGTGGTTGCTCCTGCCACGGCGGACCTCCTGGCCAAAGCGGCAACCGGACAAGCCGGCGACCTCCTCACCAACACGCTCCTCATGGCCCATGGGCCGGTTCTGTTCGCTCCCGCGATGCACACCGAGATGTGGCAGCATGCCGCCACCCAAGCCAATGTTGAGACGTTGCGCAGCCGTGGCGTCACGGTGCTCGAGCCTGCCTCGGGTCGCCTGACGGGTACTGACTCCGGTCCAGGCCGTTTGCCCGAGCCCGAAGCGATCTTTGCTGCTGCCATGGCGCTGGCCGAGGCCTCGGTGGATGGTGCAGCGAAGGCCGAACCTGCCACGCACGCATCCTTGGCAGGCCGTACCGTCACCATTTCCGCAGGCGGGACCAGGGAAGCGCTGGATCCTGTCCGCTTCCTGGGTAACCGGTCCTCGGGAAAGCAGGGGGTCGCCCTGGCTGCTGCAGCCCTGGCTGCCGGGGCAACTGTGAGATTCCTCGCAGCACACATGGACGTCGAGCCGCCTGCGGGCGTCGAGCTTGTCCGCGTCGAATCAGCTTTGGAACTGCGCGACGCTGCGCTGAAAGCGACGGCGGACTCCGACGTCGTCATTATGGCCGCTGCCGTGGCTGATTTCCGTCCGGCAGAGGTGTCGGACACCAAGATCAAGAAGGTCGACGGCGAGGATGCGCCTGTTGTGCGGTTGATCCGCAACCCGGACATCCTGCATGAGCTCGTGGAGCGCCGCAACGCCGAGGGCGGCCAGCAGCTGATTGTTGGCTTCGCGGCCGAAACGGGCGACGCCCAAGGCGATGTCCTGGAACATGCAGCGGCCAAGCTCAAGCGCAAGGGCTGTGACCTGCTGGTGGTTAATCAGGTGGGCAGCGGCCGGGTGTTCGGCCAGGATGACAATTCCGTGGTTATCCTCTCCGGTCATGGAGCCGAACCTCAGTCGGCCGCCGGCTCCAAAGCCGACGTCGCCGCCGCCGTGATTGATCGCGTGGGCGCCGAGCTTACGCGGGTCTTCCCGGCTTTGTAA MRIVLGVGGGIAAYKVASLLRLFTEAGHKVTVIPTEAATRFVGVATWEALSGNPVSNSVFDDVEKVNHVRLGHKADLIVVAPATADLLAKAATGQAGDLLTNTLLMAHGPVLFAPAMHTEMWQHAATQANVETLRSRGVTVLEPASGRLTGTDSGPGRLPEPEAIFAAAMALAEASVDGAAKAEPATHASLAGRTVTISAGGTREALDPVRFLGNRSSGKQGVALAAAALAAGATVRFLAAHMDVEPPAGVELVRVESALELRDAALKATADSDVVIMAAAVADFRPAEVSDTKIKKVDGEDAPVVRLIRNPDILHELVERRNAEGGQQLIVGFAAETGDAQGDVLEHAAAKLKRKGCDLLVVNQVGSGRVFGQDDNSVVILSGHGAEPQSAAGSKADVAAAVIDRVGAELTRVFPAL PGPT0008815_764 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 D3-18_02069 1230 metK COG0192 S-adenosylmethionine synthase GTGACTTTACCGCTGCACCATGAACACCATGGCACCCCGTCCAAGCTCCGGCTCTTCACTTCCGAGTCGGTCACTGAAGGGCACCCGGACAAGATCTGTGACCAAATCAGCGATGCCATCCTGGATGCGCTGCTAGCCGCTGATCCTGAATCCCGCGTGGCCGTTGAAACCATGGCCACCACCGGCCTGGTGCACGTGGCGGGTGAGGTCACGACTGACGCTTATGTGGAAATTCCGCAGATTGTCCGCGAGACCATCCTTGGCATCGGATACGACTCCTCCGCCAACGGCTTTGACGGTGCCCGCTGTGGCGTGTCGGTTTCAATAGGCCAGCAGTCCAACGACATCGCCGGTGGCGTGTTCAACTCACTCGAGGCCCGTGAAGGCCGCCAGGAGGACGACTACGACCTCCAGGGTGCAGGCGATCAGGGCATTATGTTCGGTTATGCCAGCGATGAGACGGCGTCCTATATGCCCACTCCCATCTGGTTGGCCCACCGTTTGTCTGAACGCCTCACCGAAGTCCGCAAGAATGGCGAGCTGGCCTACCTCCGCCCGGACGGCAAGACCCAGGTCACGGTAGGGTACGACGGCGACCGGCCGGTTTCCGTGGAAACCGTGGTCATCTCCAGCCAGCACGCAGAAGAAGCAAGCCTCGAACAGCTTCGTGCGGACCTCGCCAGCTACGTGATCGACCCCGTGATGTCGGCGTCCAACTTGGACATTGCCCGCACGGCGAACATCCTCAATCCTGCCGGCGCCTTCGTTATCGGCGGCCCGGTAGGCGACGCTGGCCTCACCGGCCGCAAGATCATCGTGGACACCTACGGTGGATTCTCCCGCCACGGCGGTGGCGCCTTCTCCGGCAAGGATCCGTCCAAGGTGGACCGCTCGGCCGCCTATGCCATGCGCTGGGTTGCCAAGAACGTGGTGGCCGCGGGACTGGCCAAGCGCGCTGAGATTCAGATTGCCTACGCCATCGGCCAGGCGCGCCCTGTTGGAACATACGTTGAGACTTTCGGCACCGAAACTGTTGACCCGGCGCGCATCAGCGAGGCCATCGACGAACTGTTCGACCTCCGTCCCCGCGCCATCATTGATGCCCTTGACCTCAAGCGGCCCATTTACACCAAGACGGCGGCGCACGGTCACTTCGGTCGCGACGAACCCGATTTCACGTGGGAACGCCTGGACCGGGTGGCCGACCTGAAGGAATACTTCAACGCCTGA MTLPLHHEHHGTPSKLRLFTSESVTEGHPDKICDQISDAILDALLAADPESRVAVETMATTGLVHVAGEVTTDAYVEIPQIVRETILGIGYDSSANGFDGARCGVSVSIGQQSNDIAGGVFNSLEAREGRQEDDYDLQGAGDQGIMFGYASDETASYMPTPIWLAHRLSERLTEVRKNGELAYLRPDGKTQVTVGYDGDRPVSVETVVISSQHAEEASLEQLRADLASYVIDPVMSASNLDIARTANILNPAGAFVIGGPVGDAGLTGRKIIVDTYGGFSRHGGGAFSGKDPSKVDRSAAYAMRWVAKNVVAAGLAKRAEIQIAYAIGQARPVGTYVETFGTETVDPARISEAIDELFDLRPRAIIDALDLKRPIYTKTAAHGHFGRDEPDFTWERLDRVADLKEYFNA PGPT0020000_939 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 D3-18_02070 2097 priA COG1198 putative primosomal protein N' ATGACAGGACACGAGGCCCAACCGTCCTTGCTTCAACCTTCGCTGCTTCAAGGATTTCCGGATAGGGTACCGGTCAACGGACCGCCCCTGGCGTCGGAGAATCCGGTGGCACGTGTGGTGCTGGAGTCATCCGTGCCGCACCTCGACAGGCCCTTTGACTACAGTGTTCCCGCCGAGCTCGCCGAAACTGCGGTCCCCGGTGTCCGCGTGAAGGTGAAGTTCAACGGCCAGGAACTGAATGGGTACATTGCTCAGCGCCGCGCGGATTCCGACGCGGCCCACCCGCTGATTCCGCTCCATAAACTCGTTTCCCCCGTAGCGGTCCTGACTCCTGTCACTATGGAGCTTGCCGGGACTGTCGCTGCCCGTTACGCCGGGACGTTGAGCGATGTCCTCAGAACGGCTATCCCCCCACGGGTAGCGAAGGTGGAGAAGGAACTGTTGGCTGGCGATTTTGATGCCGACATAGTGGACCTGAAGCCGGCCACGGATGCCCATGCCTGGGGGGCCTATACGAACGGGGCGGCTTACCTGCAGCACCTGGCCAGCGGGGGTTCGCCCAAAGCCGTCCTCACTGCTCTTCAGGGTTTCGGACCTGATGGTTGGCCGGCCCTCGTGGCGTCTGCTGTGGCTACTGTGCGGGCTTCCGGGCGCGGCGCAGTGGTGGTGGTACCGGATTATCGGGATCTTGAGCAGTTGGAGACCGCGCTGGCCAAGGTCCTGCCGACGTCCGACGTTGCGCGTCTAACGGCAGATGACGGACAAACCCCCCGTTACAGGAATTTCCTGCGGCTTCTGAGCGGTGCCGCAGGAGTTGCTATCGGCACCCGCTCGGCGGCATATGCTCCTGTGCGCGACCTTGGGCTGGTGGTGTGCTGGGACGACGGCGACGACCTTCACATCGAGCAGAGGGCTCCCTATGCACACAGCAGGGAGGTCCTTCTGCTTCGGGCCGAGCAGGAGAATGCCGCCTGCCTTATGGCGTCCCATAGCCGCAGCACCGAACTTCAACGCCTCGTTGAGATGCAGTGGGCGGTGCCCATTGAAGCGCCGCGCACCATTGTCCGCGCCACAGTGCCCAGAGTTCTGAACACGGCTGACAGTTTCGAGCAAGAACGTGATCCGCTGGCCCGCATTGCCCGTTTGCCCGGTGCGGCGTGGCGGGCGGCCAAGGAGGGCCTGGAACGCGGGCCTGTCCTGGTTCAGGTGGCCAGGGCCGGGTACGCCCCGTCCTTGGTGTGCGAGACGTGCCGGGAACTGGCACGCTGCAACGCCTGCCAGGGCCCCCTGGCCGTGTCCAGCAGTTCCGCCATGCCGGCATGCCGGTGGTGCTCCACCCCGGCTCCTCAATGGCGTTGCACCCACTGCAGTGGGACAAAGCTGCGCCGTGGAGCGGCTGGAGTCATGCGGACTGCAGAGGAGCTGGGGCGGGCCTTCCCCGGCAAGGCCGTGGTGACGTCCTCCGGCGAACACATCAAGGCAACAGTCCCGGATGCTCCCGCGCTGGTTGTCGCTACGGTGGGTGCCGAACCGGTTGCGGCAAACGGTTATGCGGCTGCCCTGCTGCTGGACGGCAACTCGCTGCTCCGGCGGGAGAACCTGCGTGCAGGGGAGGACACTGTTCGCCGGTGGTTCAATGCCGCCTCCCTCGTGAAGCCGGCAGGCCAAGGTGGCCTCGTGGTGATTACCGCGGACGATACCGCTGCGACCGGGGCACTATTGAGGTGGGACGCTTCCGGCTACGCATCACGCGAACTGGCCCTTCGGAAGGAACTCCAGCTGCCCCCAGCGGTCAGGGTGGCTTCCGTGACCGGCGCAAGGGCCGACGTCGTGCATTTCAGTGACGCGCTGGAAGCGAACGCCGAGCTGGCATCGGCTGCGAAACTTCGCAAAGCCGGACCTGCGCCCGTGCAGCTGTTCGGCGGTGCCCAGTCGTCAGCTGCTGAGACCGATGCAGAGGTAAGGACGCTCTACTTCATTCCCTACGCTGAGGCCGCGGAGACCACGCGTGCCATGCGGGCCGTGAAGGTGGCAAGCGCCGCCAAACGAACGTCGGGCCCGGTGCAGCTGCGCCTGGATGGGGTTGACGTCCTCTAA MTGHEAQPSLLQPSLLQGFPDRVPVNGPPLASENPVARVVLESSVPHLDRPFDYSVPAELAETAVPGVRVKVKFNGQELNGYIAQRRADSDAAHPLIPLHKLVSPVAVLTPVTMELAGTVAARYAGTLSDVLRTAIPPRVAKVEKELLAGDFDADIVDLKPATDAHAWGAYTNGAAYLQHLASGGSPKAVLTALQGFGPDGWPALVASAVATVRASGRGAVVVVPDYRDLEQLETALAKVLPTSDVARLTADDGQTPRYRNFLRLLSGAAGVAIGTRSAAYAPVRDLGLVVCWDDGDDLHIEQRAPYAHSREVLLLRAEQENAACLMASHSRSTELQRLVEMQWAVPIEAPRTIVRATVPRVLNTADSFEQERDPLARIARLPGAAWRAAKEGLERGPVLVQVARAGYAPSLVCETCRELARCNACQGPLAVSSSSAMPACRWCSTPAPQWRCTHCSGTKLRRGAAGVMRTAEELGRAFPGKAVVTSSGEHIKATVPDAPALVVATVGAEPVAANGYAAALLLDGNSLLRRENLRAGEDTVRRWFNAASLVKPAGQGGLVVITADDTAATGALLRWDASGYASRELALRKELQLPPAVRVASVTGARADVVHFSDALEANAELASAAKLRKAGPAPVQLFGGAQSSAAETDAEVRTLYFIPYAEAAETTRAMRAVKVASAAKRTSGPVQLRLDGVDVL NA NA NA NA NA D3-18_02071 1083 mshA_3 D-inositol-3-phosphate glycosyltransferase GTGAAAATTGTCATCGACGCCCGCTTTACCCGAACGGACCATCACGATGGCATTAGCCGCTACGGTTCCAGCCTCATAGCCGCAACATCCAAAATCGCCGATGTCACCATGCTCATCAGCGACAAGCGCCAACTGGCACTTCTGCCGGACGTCCCGTTCGTGATGATCAACAGCCCACTGTCTCCCCTGGAATTGTTTGTTGCCCGCAAGGTCAACCCCCTTGGTGCTGACGTGGTGGTGTGTCCCATGCAAACCATGGGCACCTTGGGCCGCCGCTATGGACTGGTGCTTACCCTTCACGACCTCATTTACTATGAGCACCCGACTCCCCCGGGCTTCCTGCCAGCCCCTGTGCGCCTTCTATGGCGGCTTTACCACAAGGCGTTCTGGCCGCAGCGTGTCCTCCTTAACCGCGCAGACATCGTGGCTACCATCAGCCGCACGACTGAAGCCCTTATGGCCAAGTACAAACTCACCAAGCGTCCAGTGCGCATTGTGGGCAACGCACCCCAACCCGGCCAAACGCCCCGCGATCCTGAAGCCGGTGCAGACAAGTCCCTCCTCTACATGGGTTCGTTCATGCCCTACAAGAACGTGGAAACCATGATCCGGGGCATGTCCGGACTACACGATTACACGTTGCATTTGCTCAGCCGGATTAGCCCTGAGCGCAAAGCTGAGTTGGAGGCGTTGGTCCCCGACGGAGCCAAAGTCCTGTTCCACAACGGTGTCACTGACGCCGAGTACGACGCCCTCCTCATGAAAGCAACGGCGCTCATCAGCCTGTCACGCGCCGAGGGATACGGCTTGCCGCTGGTGGAGGCCATGGCCTTGGGTACCCCTGTTATCGCAAGCGATATTCCGATTTTCCGTGAGGTGGGCGGCGACGCCGTCAGTTACGTACACCCCGAATCGCCCACAGAATTCGCGGGCGCTGTCACAGCCCTTGCCGACGACGCACTCTGGCAGCAACGCTCCCGCAAATCAGTAGAACGCGCTGCAGAATTCAACTGGGACGAGTCTGCACGGCAGCTCTTGGCTGCGGCGGAAGAAGTCGTGGCCCGGCGCCAACCAAAGGCGTAG MKIVIDARFTRTDHHDGISRYGSSLIAATSKIADVTMLISDKRQLALLPDVPFVMINSPLSPLELFVARKVNPLGADVVVCPMQTMGTLGRRYGLVLTLHDLIYYEHPTPPGFLPAPVRLLWRLYHKAFWPQRVLLNRADIVATISRTTEALMAKYKLTKRPVRIVGNAPQPGQTPRDPEAGADKSLLYMGSFMPYKNVETMIRGMSGLHDYTLHLLSRISPERKAELEALVPDGAKVLFHNGVTDAEYDALLMKATALISLSRAEGYGLPLVEAMALGTPVIASDIPIFREVGGDAVSYVHPESPTEFAGAVTALADDALWQQRSRKSVERAAEFNWDESARQLLAAAEEVVARRQPKA NA NA NA NA NA D3-18_02072 945 lip3 Lipase 3 ATGGACAACGTGGACACCGCGCACTCCCCGCAGGGTGCGCAGGCCCCCAGCGAATTCTTCAGCGAATCCTTGCCGGGGCGGACCCATGCCTCGGACGTTGAGGTAGATGGCAGCAAGGTAGCGTACTGGACCTATGAACCGGTCACCCGCACTCCCATGACTCGCACCATCCTGGTGATCCATGGCTTCCGGGGTGACCACCACGGGTTATTGCGCGTAGCCGACCAACTTCCCGAGATGCGGATCATCATGCCGGACTTGCCGGCCTTCGGAAGCTCGGAGCCCTTCGTCCAGGATGAACACAGCGTTCAGCGCTATGGAAAGTTCATCTCCGGTTTTATGGCCGCGCTCGACTTAAATGACGAGACTGTGCTGCTGGGCCACTCCTTCGGCTCAATTGTCGCCAGCCACTTCGCCGCCGCGAATCCCGGAGCCATCTACCCCTTGATCCTGATCAACCCCATTGCTGCGCCCGCGTTGGAGGGCCCCAAAGGCATCATGACCAAGCTCGCGGTGCTGTACTACCAGACGTCTGCCAAGCTTCCCCGCCAGCTTGGACTAGCGGTCCTTCGGAATCGCGTGATCGTTCGCATCATGAGCATCACCATGGCCAAAACCAAGGACAAAGCCCTGCGCCGTTTCATCCACGGCCAGCATGATTCCTATTTCAGTGCCTTCGCTGACAGAAAAAGCCTGCTCGAATCGTTCAAGGCCTCCGTTTCGGGCAACGTGGCCGAAGTCGCCGGGAAACTAACACTTCCCGTGCTGCTGATCGCCGGCGAAAAAGATGAGATCGCCACTCTTCCCAACCAACACAAACTCATGAAGCGACTACCTGACGCCAAACTGGAAGTGATTGCCGACGTCGGGCATCTCATCCACTATGAGACGCCGGTTCCGGCCGCTGAAGCAATCCGTACCTTCCTGGAGGAACATCCCGCGTGA MDNVDTAHSPQGAQAPSEFFSESLPGRTHASDVEVDGSKVAYWTYEPVTRTPMTRTILVIHGFRGDHHGLLRVADQLPEMRIIMPDLPAFGSSEPFVQDEHSVQRYGKFISGFMAALDLNDETVLLGHSFGSIVASHFAAANPGAIYPLILINPIAAPALEGPKGIMTKLAVLYYQTSAKLPRQLGLAVLRNRVIVRIMSITMAKTKDKALRRFIHGQHDSYFSAFADRKSLLESFKASVSGNVAEVAGKLTLPVLLIAGEKDEIATLPNQHKLMKRLPDAKLEVIADVGHLIHYETPVPAAEAIRTFLEEHPA NA NA NA NA NA D3-18_02073 945 COG0656 putative oxidoreductase/MSMEI_2347 ATGGCCATTCCTGAAGCAATCGTGCAAGGAATGGGTAGAGTCGTTGCTATGAGATCCCCATCCAAGCTGACATCGAACAGGCTGGCACTAAACAACGGCGTACAGATGGATCGCATGGGATACGGACTCTATAAAGTTCCCGCCAAAGACGCAGAAGCCTTGGTTGCCACCGCTTTGGGTGAGGGCTACCGCCGGTTTGATACTGCCGCGATGTACGGCAACGAAGTCGGGGTGGGCCGCGCTCTCGGCGGTGCCATCGGTGACGCCGCGGAAGCCAACAGAGGTACCGGTGGCTCCGGCGAGTCGGTACACACGCTGGCACGCGAAGACCTCTTCGTTACCACCAAGGTCTGGAACGATGATCAGGGCTACGATGCGACATTACGGGCCTTCGACACGTCCATGGCGAACCTTGGACTTGATTACGTGGACCTCTACCTCATCCATTGGCCGTGTGCAGGCCGGGGATTGTTCGTGGAAAGCTACAAAGCCATGGAAACCCTCTACAGGGAGGGCAAAATCCGGGCCATAGGTGTTTCCAATTTCCAGCCCGGACACCTGGAGGAGCTCATGCAAAAGGCAGAGGTTGTTCCGGCAGTGAACCAGATAGAACTGCACCCCTGGTTGCAGCAGACCAAATTGCGGACACTGCATGAGCAACTGGGAATCCGTACCGAGGCGTGGAGCCCCCTCGGCCGCGGGCAGGTCCTGGCGGACCCTGCAATCGCCTCGCTATCAGAAAAGTACGTCAGGACTCCAGCTCAGGTTATTCTGCGGTGGCATCTTCAGCTGGGCAACCTGGTCATTCCCAAGGCAAGCTCAGCGGGACGAATCAAGGAAAACATCGCTGTCTTCGACTTCGAATTGGACGCAGCGGATATGGACGGCATAGCCGCCCTGGAACGCCACCACCGGACCGGGTCCCACCCGGACAATGTGAACTAG MAIPEAIVQGMGRVVAMRSPSKLTSNRLALNNGVQMDRMGYGLYKVPAKDAEALVATALGEGYRRFDTAAMYGNEVGVGRALGGAIGDAAEANRGTGGSGESVHTLAREDLFVTTKVWNDDQGYDATLRAFDTSMANLGLDYVDLYLIHWPCAGRGLFVESYKAMETLYREGKIRAIGVSNFQPGHLEELMQKAEVVPAVNQIELHPWLQQTKLRTLHEQLGIRTEAWSPLGRGQVLADPAIASLSEKYVRTPAQVILRWHLQLGNLVIPKASSAGRIKENIAVFDFELDAADMDGIAALERHHRTGSHPDNVN PGPT0001320_110 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 D3-18_02074 963 deoR COG2390 Deoxyribonucleoside regulator ATGGGACGATCACGTCACTCGGATGCGCTTCGGGCTGCACAGATGTACTACCTGCAGGACCTGACCATGGATGCGATTGCCCGGGAGCTGAGGACATCCAGGTCCACGGTGTCCAGGCTGTTGTCTTCGGCGAGGGAAACAGGGCTGGTTCAGGTCCAGATTCGAAGCCCTTTCGATACCGGCCCTGAGCTGGAAAGCCAGATCCGGAACCAATACGGCGTGGATGTTCACGTGGTTCCAGTACTGGACACGCTCAACGAAGCAGAGACCCTGGACCGCGTAGCCATGCAGGCTGCACGGACAATCGGACCTTTGGTGGACTCGAATGCCATCATCGGAGTGGCCTGGGGTGCGACGCTCAGCGCGGTCAGCAGGCACCTCACGCGTAAGGTGACCCACGACAGCATCGTGGTCCAGCTCAACGGTGCCGGCAACATGCAAACCACCGGCATTACTTATGCCAGTGACATCATGCGCCGCTTCGGCAGTGCCTACGGTGCCCGCGTGGAACAGTTCCCTGTTCCGGCGTTTTTTGATCATGCCTCCACGAAGACCGCCATGTGGAATGAGCGAAGCGTTCAACGCATCCTGGACCTGCAAGCACGGATGAGCATCGCTATTTTCGGCGTCGGATCCGTGGATTCGGACTACCCGAGCCATGTCTATGCCGGTGGTTACCTTGATGAACACGACCTCACAATGTTGGCCGCCGACGATGTGGTGGGCGACGTAGCCACGGTCTTCTTCCGGAGTGATGGTTCCTCTGACGGCATCACCTTGAATGAAAGGTCAACCGGTCCCAGCCATGAACAATTGCGGCAAGTCAGGCGACGGATCTGCGTGGTCTCCGGGGCGTCCAAGATCAATGGCCTCCAAGGAGCCCTGGCAGCCGGGCTGGCGACGGACCTCATTCTGGACGAAGCCTCAGCCCGACGCCTGGTGAGTTTCAATGGCCATTCCTGA MGRSRHSDALRAAQMYYLQDLTMDAIARELRTSRSTVSRLLSSARETGLVQVQIRSPFDTGPELESQIRNQYGVDVHVVPVLDTLNEAETLDRVAMQAARTIGPLVDSNAIIGVAWGATLSAVSRHLTRKVTHDSIVVQLNGAGNMQTTGITYASDIMRRFGSAYGARVEQFPVPAFFDHASTKTAMWNERSVQRILDLQARMSIAIFGVGSVDSDYPSHVYAGGYLDEHDLTMLAADDVVGDVATVFFRSDGSSDGITLNERSTGPSHEQLRQVRRRICVVSGASKINGLQGALAAGLATDLILDEASARRLVSFNGHS NA NA NA NA NA D3-18_02075 1782 hypothetical protein TTGGGACACAACAGGATTTCCGGTACCTCACAGCACACACAGCGCGACTCCGTCGTCGCACTGCAGGAGCGGCCTTCGGCCAAGGTACTCATCGTCGGCGGTGGCATCAATGGTGTCGGAACGTTCCGCGATCTCGCCCTCCAAGGTGTCGACGTCGCACTTGTTGAACGCGGTGACTACTGCCAAGGCGCCAGTGGCGCCTCCTCCCACATGATCCATGGCGGCATCCGCTACCTCGAAAACGGCGAATTCCGCCTGGTCCAGGAATCCGTGGTGGAACGCAACAGGCTCCTGCGGATCGCGCCGCACTACGTGAAGCCACTGCAGACCACCATCCCGATCTTCAGTACTTTTTCCGGCATCATGTCAGCACCCATGCGCTTCCTCACCCACAAGCAAGGCAAGCCCAAGGAACGCGGCGCTTTCCTGATTAAGGTTGGCCTGAGCATGTACGACTTCTTCTCCCGCGATGGCGGCAGCGTACCCCGCCACCAGTTCCGTGGCCGGACCAAGGCCCTGGCCGAGCTTCCCAAACTCCACTCCGGTATCAAGTACGCGGCTACGTACTTTGACGCTTCGGTTCACAACCCGGAGCGTCTGACCCTCGACGTCTTGCAGGATGGCGAGAAAGCCGGCCGCGGCGGGGGACTCCCGGGAGGCAGTGCCCGCGCCAGCAACTACGTCTCGCTCGTATCCATGGGATCGGATGGAGTCCGGCTCCGTGACGAACTGACCGGCAAGGAATTCGACTTCCAAGCCGACGTCATCGTGAACACCACGGGCGCGTGGGTGGACCTCACCAACCAGGCCATGGGCGCCGTGAGCAAGTTCATGGGCGGCACTAAGGGATCGCACATCGTCCTGGACCACCCCGAACTGCTCGCAGCGTGCAACGGCCGCGAAATCTTCTTCGAACACACGGATGGCCGCATCGTACTGATCTACCCCATGGGGGACCGGGTACTGGTGGGCACCACGGACGTGGACGCTGACATGTCCGAAGACGCCGTGTGCACGGAAGAAGAAATCGACTACTTCTTCGACCTCGTAGGCCACGTGTTCCCCACTATCAAGGTGCAGCGCGAACAGATCGTCTACAGTTTTGCCGGCGTCCGTCCGTTGCCCCGCCACGACGAAAAGCAGCCGGGATTCGTCTCACGCGACTATCGCATTGAACGCAGCGTCCGCACTGGCAGCGACTCCGTCGCAACCCCAGGCGGTAAGGCCGCCGTCGTCCTCAGCTTGGTGGGTGGCAAGTGGACCACATTCCGCGCCCTGGCTGAGCACATGACCAATGATGTCCTCCGCGAGTTGGGCATGGAACGCAAAGTCTCGACGGCGAAACTCGCCATCGGCGGCGGCGCAGGCTTCCCTGCCACTGAACAAGGCGAGCAGGAATGGATCAAGAAGCACATGGGGCCTGGCCTGGATGCAGACCGCGTGGCCGTGCTGCTGACCCGGTACGGAACGCGTGCAGATGCAGTCATCGATTACCTGAACGCCGGACACGACGCGCCGTTGCGCTCCACTCGTGAACTGAGCGTCCGGGAGCTGGCATTCATGGCCGAGCACGAGCAGATCGGGCACCTGGTGGACGTCCTCATCCGCAGGACGTCGCTCGCGTTCCGCGGCCTCGTTACCGGGGAGTTGCTCAATGAGATAGCAGCAGCGTTGGCCGAGCCGCTCGGTTGGGATGCTACTGCCCGCGAAGCAGAAATCCGCCACGCCCAAGAAGTACTGCAACGGTTCCACAAGGTTGACGTGCACAGTCTCGTAGCCTGA MGHNRISGTSQHTQRDSVVALQERPSAKVLIVGGGINGVGTFRDLALQGVDVALVERGDYCQGASGASSHMIHGGIRYLENGEFRLVQESVVERNRLLRIAPHYVKPLQTTIPIFSTFSGIMSAPMRFLTHKQGKPKERGAFLIKVGLSMYDFFSRDGGSVPRHQFRGRTKALAELPKLHSGIKYAATYFDASVHNPERLTLDVLQDGEKAGRGGGLPGGSARASNYVSLVSMGSDGVRLRDELTGKEFDFQADVIVNTTGAWVDLTNQAMGAVSKFMGGTKGSHIVLDHPELLAACNGREIFFEHTDGRIVLIYPMGDRVLVGTTDVDADMSEDAVCTEEEIDYFFDLVGHVFPTIKVQREQIVYSFAGVRPLPRHDEKQPGFVSRDYRIERSVRTGSDSVATPGGKAAVVLSLVGGKWTTFRALAEHMTNDVLRELGMERKVSTAKLAIGGGAGFPATEQGEQEWIKKHMGPGLDADRVAVLLTRYGTRADAVIDYLNAGHDAPLRSTRELSVRELAFMAEHEQIGHLVDVLIRRTSLAFRGLVTGELLNEIAAALAEPLGWDATAREAEIRHAQEVLQRFHKVDVHSLVA PGPT0006775_719 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_DEHYDROGENASE_ACTIVITY,PGPT0006775-glpA|glpD-K00111 NA NA D3-18_02076 753 glpF COG0580 putative glycerol uptake facilitator protein ATGTCTCTTGGAATTGTTTTCCTTTCCGAAGTATTCGGAACCATGATGCTGACCCTGCTGGGTTGTGGCGTTGTGGCAAACGTTGCGCTCAAAGGCACCAAGGGCAACAACGGTGGATTCTTGATGGTGACGTGGGGCTGGGGTATTGCGGTCTTCGCGGGCGTTTTCGTGGCCGCAAAGTCCGGTGCGCACCTTAACCCGGCCGTCACCTTGGGCCTGCTGGTCAACGGCAAAGCAGAATACGCCCCCGGCGTTCCCGTGGATTTCGCCTCCACGTTGACGTACTTCGGTGCTGAACTGCTCGGCGCTTTCCTGGGTGCTGTTGTTTGCTGGCTCGCCTACAAGCAGCACTTCGATGAAGAGCCTCTTGCAGCGAACAAGCTGGGCACCTTCTCCACCGGGCCGGCCATCCGCTCTACACCGTGGAACCTCATCACGGAAATCATCGGCACGTTCGTCCTGGTCTTCGTCATCCTGACCTTTGGCGGCACCCCCTCGGGCCTCGGTCCGCTGGCCGTGGCACTGCTCGTTGTTGGTATCGGCGTCTCCCTCGGTGGCCCTACCGGTTACGCCATCAACCCTGCCCGTGACCTCGGTCCCCGCATCGCCCACGCTCTCCTCCCCATCAAGGGCAAGGGCACCAGCGACTGGGCCTACTCCTGGATCCCCGTCGTCGGACCGTTGGTTGGCGGCGCGCTGGCAGGCCTCGTAGCCATCTGGGTACCGGACATCATGCCGGCAATCGCCGGCTAG MSLGIVFLSEVFGTMMLTLLGCGVVANVALKGTKGNNGGFLMVTWGWGIAVFAGVFVAAKSGAHLNPAVTLGLLVNGKAEYAPGVPVDFASTLTYFGAELLGAFLGAVVCWLAYKQHFDEEPLAANKLGTFSTGPAIRSTPWNLITEIIGTFVLVFVILTFGGTPSGLGPLAVALLVVGIGVSLGGPTGYAINPARDLGPRIAHALLPIKGKGTSDWAYSWIPVVGPLVGGALAGLVAIWVPDIMPAIAG PGPT0004760_1497 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_GLYCEROL_UPTAKE,PGPT0004760-glpF|pduF-K02440 NA NA D3-18_02077 1515 glpK COG0554 Glycerol kinase ATGAATCAATACGTCATCGCCATCGACCAAGGCACCACGAGCTCACGCGCCATCGTTTTCGACCACACGGGCAACATCGTGTCCACTGGCCAGATGGAGCACGAGCAGATCTTCCCGCAGGCTGGTTGGGTGGAGCACAACCCCGCCGAAATCTGGAACAACACCCGGGAAGTCATCGCCTCCGCACTGTCCAAGGCGAACCTGACACGCCACGACATCGCCGCCGTCGGCATCACCAACCAGCGCGAAACCGCTGTGGTCTGGGACAAGACCACCGGCGAGGCCGTTTACAACGCCATCGTCTGGCAGGACACCCGAACCCAGCCCATCGTGGATGAACTGGCCCAGGACGGAGGAGTGGAGCGCTTCAAACAGAAGGTCGGCCTGCCTTTGGCCACGTACTTCTCGGGAACCAAGATCAAATGGATCCTGGACAACGTGGATGGTGCGCGCGAACGTGCTGAAGCCGGCGACCTCCTGTTCGGCAACACCGATGCCTGGGTTCTCTGGAACCTGACCGGCGGTGTTGACGGTGGCGTGCACGTCACCGACGTCACCAACGCTTCCAGGACGCTGTTCATGGACCTCGAAACGCTGCAGTGGGACCAGGAGATCCTGGACGTCTTCGGTGTCCCGGCCTCCATGATGCCTGCCATCAAGTCCTCCTCCGAGGTATACGGCCACGTCCACACCTCCCAGTTGCTCCGCGAAACGCCGGTAGCCGGCATCCTCGGAGACCAGCAGGCAGCAACCTTCGGACAGGCCGCTTTCCAGCCTGGGGAAGCCAAAAACACGTACGGCACGGGCTGCTTCCTGATCTTCAACACTGGCGAAGAGATTGTTCACTCCAAGAACGGCCTGCTCACCACCCTTGGGTACAAACTGGGCGACGCCAAGCCGCACTACGCCCTCGAAGGCTCCATCGCCGTCACCGGGTCCCTGATTCAGTGGCTCCGCGACAACCTGGGCATGATCAGCTCCGCACCTGAGGTAGAGGATCTGGCCGCCGGTGTTAAGGACAATGGCGGCGTCTACATCGTGCCGGCCTTCTCCGGGCTGTTCGCACCGTATTGGCGTGCAGACGCACGCGGCGCCATCGTCGGACTCACCCGCTTCGCCAACAAAGGCCACATTGCCCGCGCAGCACTGGAAGCAACTGCATTCCAGACGCGTGAAGTACTCGACGCCGTCAACGCCGACTCGGGAGTTCCGCTCACCGAATTGAAGGTCGACGGCGGCATGGTGGCCAACGAGGCACTCATGCAGTTCCAGGCTGACATCCTGGGCGTACCTGTAGTCCGTCCGAAGGTGGTGGAAACCACGGCCCTCGGTGCTGCCTACGCGGCCGGCCTCGCCGTCGGCTTCTGGAAAGACCTCGGCGAGCTCAGCGCAAACTGGAACGAAGACAAGCGCTGGGAGCCGCAGCTTCCGGCAGAGGAGCAGGAGCGTCAGCTGCGGCTCTGGAAGAAGGCCGTAACCAAATCCATGGATTGGGTCGACGAAGACGTTAAGTAG MNQYVIAIDQGTTSSRAIVFDHTGNIVSTGQMEHEQIFPQAGWVEHNPAEIWNNTREVIASALSKANLTRHDIAAVGITNQRETAVVWDKTTGEAVYNAIVWQDTRTQPIVDELAQDGGVERFKQKVGLPLATYFSGTKIKWILDNVDGARERAEAGDLLFGNTDAWVLWNLTGGVDGGVHVTDVTNASRTLFMDLETLQWDQEILDVFGVPASMMPAIKSSSEVYGHVHTSQLLRETPVAGILGDQQAATFGQAAFQPGEAKNTYGTGCFLIFNTGEEIVHSKNGLLTTLGYKLGDAKPHYALEGSIAVTGSLIQWLRDNLGMISSAPEVEDLAAGVKDNGGVYIVPAFSGLFAPYWRADARGAIVGLTRFANKGHIARAALEATAFQTREVLDAVNADSGVPLTELKVDGGMVANEALMQFQADILGVPVVRPKVVETTALGAAYAAGLAVGFWKDLGELSANWNEDKRWEPQLPAEEQERQLRLWKKAVTKSMDWVDEDVK PGPT0018435_2287 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0018435-glpK-K00864 NA NA D3-18_02078 2598 leuS COG0495 Leucine--tRNA ligase GTGTGTCCGGGACTTTCCGGTGCCATAGCAGGAGTCAAAACCGCCATCGAAGAACAGAAGAGGGCAGCAGTGAGCGTTCAGCCGGAGACAGAGACCGGAACAGCACAAACAGCCGCAGCCGAAGCGCCCGAAGAAGGCGTCTACAGCTTCGCTGCGATGGAAGCCAAGTGGCCGCAGGTCTGGGAGGACCTCAAAGTCTTCACGCCTGCCGACGACGGTTCGCGGGAACGCCGCTACGTGCTGGACATGTTCCCGTACCCCTCCGGCGACCTCCACATGGGCCACGCCGAAGCCTTCGCGATGGGTGACGTCGTGGCACGTTACCTTCGCCAGAAGGGCTTCGACGTCCTGCACCCCATCGGCTGGGACTCCTTCGGACTTCCTGCTGAAAACGCTGCAATCAAGCGCAACGCCCACCCCAGTGAGTGGACATACGCCAACATTGACACCCAGGCGGCGTCCTTCAAGCGCTACGCGATCTCCGCCGACTGGTCCCGCCGCCTCCACACCTCCGACCCGGAGTACTATCGGTGGACTCAGTGGCTGTTCAAGCGCTTCTACGAGCGCGGCCTGGCGTACCGCAAGGACTCGCCCGTCAACTGGTGCCCCAAGGACCTCACCGTGCTGGCCAACGAACAGGTCGTCAATGGCGCTTGTGAACGTTGCGGCACGCCTGTTACCAAGAAGTCCCTGAACCAGTGGTACTTCAAGATCACGGACTACGCCGATCGTCTTCTTGAGGACATGAACCAACTGCAGGGTCACTGGCCCGAGCGCGTTCTGGCCATGCAACGCAACTGGATTGGCCGCTCTGAAGGCGCCCACGTGCGTTTTGTCATCGAAGCCACGGATGACCGTGCCGAGCGCGAAGTCACCGTGTTCACCACCCGGCCTGACACCCTCTACGGTGCAACGTTCTTCGTCGTTGCAGCGGACGCTCACCTGGCACTGGATTTGGTGACCCCGGAACAGCACGACGAACTCATGGCCTACCGCGAAAAGGTCAAGGCGCTCTCGGAGATCGAGCGCCAGTCCACCGAACGCGAGAAGACCGGCGTCTTCACAGGACGCTACGCCATCAACCCGCTCAACGGGGAAAAGCTCCCGGTGTGGGCCGCGGACTACGTCCTGGCCGATTACGGTACGGGTGCCATCATGGCCGTGCCGGCGCATGACCAGCGCGACCTCGACTTCGCCAAGACCTTTGGACTGCCCGTCCGTGCAGTATTGGATACCGGTGACGAAGATCCCGCGGAGACTGGCGTTGCCACTGCAGGTGAAGGCACGCTCAAGAACTCGGGTGAGTTGGACGGCCTGTCCAAATCCGAAGGCATTCCTGCGGCAATTGACATTCTCGAGAAGCTGGGAACAGGCGAAAAATTCGTCAACTTCCGTTTGCGTGACTGGCTGCTGAGCCGCCAGCGCTTCTGGGGCACGCCCATCCCCATCATCCACTGTGGCGAGTGTGGCGAAGTGCCCGTTCCAGATGATCAGCTGCCGGTCAGGTTGCCCGACAACCTGCGCGGTGAGGCGTTGTCGCCGAAGGGGACCTCCCCGCTGGCCGCCGCCGTCGAGTGGGTCAACGTTGAATGCCCCAACTGTGGCCGTGCAGCGCAGCGTGATACTGACACCATGGATACGTTCGTGGACTCGTCCTGGTACTTCCTGCGGTTCGTATCGCCGGATTACACCGAAGGCCCGTTCGATCCCGAAAAGATCAACAACTGGATGCCCGTCGGCCAGTACGTGGGCGGCGTTGAACACGCCATCCTGCACCTGCTGTACGCCCGTTTCTTCACCAAGGTCATCAAGGACATTGGCCTGATCGACGCCAACGAGCCGTTCTCCGCGCTGCTTAACCAGGGCCAAGTGCTCAACGGCGGCAAGGCCATGAGCAAGTCGCTCGGGAATGGCGTGGATTTGGGCGAGCAATTGGACAAGTTCGGTGTCGACGCCGTTCGCCTCACCATGGTCTTCGCCTCCCCACCTGAGGACGACGTCGACTGGGCGGACGTTTCGCCGTCGGGTTCGGCCAAGTTCCTGGCTCGCGCCTGGCGCCTGGGCCAGGACGTCAGCGGCGTACCGGGCGCTGATCCGGCTACTGGTGACCGTGCCCTGCGCACTGTGACACATAAGACCATCGCCGACGCCGCTGAACTGCTGGACAACAACAAGTTCAACGTCGTGGTTGCGCGCCTCATGGAGTTGGTCAACGCCACCCGTAAGACCATCGACTCGGGTGCAGGCGCCGCAGATCCGGCCGTTCGTGAAGCGGTGGAAGCCGTTGCCGTGATCCTGAGCCTCTTTGCGCCCTACACGGCCGAAGACCTTTGGAACACGCTCGGCCACCCTGCTTCCGTTGCGAATGCAGGCTGGCCGAAGCATGACGATGCATTGCTGGTGCAGGACACCGTCACCGCCGTGGTCCAGGTACAGGGCAAGGTTCGGGACCGTCTCGAGGTTTCGCCTGACATCACCGAGGACGCGCTGCGTGAGCTCGCCTTGGCATCGGAAAATGTCCAGCGTGCCTTGGACGGCCGCGGCATCCGCACCGTCATCGTACGGGCACCTAAACTGGTGAACATCGTTCCTGCCTAG MCPGLSGAIAGVKTAIEEQKRAAVSVQPETETGTAQTAAAEAPEEGVYSFAAMEAKWPQVWEDLKVFTPADDGSRERRYVLDMFPYPSGDLHMGHAEAFAMGDVVARYLRQKGFDVLHPIGWDSFGLPAENAAIKRNAHPSEWTYANIDTQAASFKRYAISADWSRRLHTSDPEYYRWTQWLFKRFYERGLAYRKDSPVNWCPKDLTVLANEQVVNGACERCGTPVTKKSLNQWYFKITDYADRLLEDMNQLQGHWPERVLAMQRNWIGRSEGAHVRFVIEATDDRAEREVTVFTTRPDTLYGATFFVVAADAHLALDLVTPEQHDELMAYREKVKALSEIERQSTEREKTGVFTGRYAINPLNGEKLPVWAADYVLADYGTGAIMAVPAHDQRDLDFAKTFGLPVRAVLDTGDEDPAETGVATAGEGTLKNSGELDGLSKSEGIPAAIDILEKLGTGEKFVNFRLRDWLLSRQRFWGTPIPIIHCGECGEVPVPDDQLPVRLPDNLRGEALSPKGTSPLAAAVEWVNVECPNCGRAAQRDTDTMDTFVDSSWYFLRFVSPDYTEGPFDPEKINNWMPVGQYVGGVEHAILHLLYARFFTKVIKDIGLIDANEPFSALLNQGQVLNGGKAMSKSLGNGVDLGEQLDKFGVDAVRLTMVFASPPEDDVDWADVSPSGSAKFLARAWRLGQDVSGVPGADPATGDRALRTVTHKTIADAAELLDNNKFNVVVARLMELVNATRKTIDSGAGAADPAVREAVEAVAVILSLFAPYTAEDLWNTLGHPASVANAGWPKHDDALLVQDTVTAVVQVQGKVRDRLEVSPDITEDALRELALASENVQRALDGRGIRTVIVRAPKLVNIVPA NA NA NA NA NA D3-18_02079 984 COG1307 DegV domain-containing protein GTGCCTGAGCGAGAACCACCCGCATGGATATGGCTCAAGGAAAGAGTGGCGCGCCTCCGGCAGCCCACGGCGCCGGTTCCTGTCGCTGACGTGCCGCTGGCCGCCGTCGTCAAAACTGCGGTTGTCACCGATTCCGCCGCCGCCCTGCCGCCGGACTGGGTGTCTGCTTTCACCGTAGACGGCCGACTCGCCGTTGTTCCGATGCCAGTCATGGTGGGAAGCGAAATTTACGGCGAAGGCGAAGACGATATCACGCAAACCCTGTCTTTGGCTCTCGCCTCAGGCGCCTCGGTGAAAACTTCACGGCCGTCGCCGGGTCAGTTTGAACAGGCGTACCTCGCTGCGCAGCGCCACGGTTTCGAGGCTGTGGTGTCCATCCACATTTCTTCCGAGCTCTCAGGAACCGCTGATGCCGCAAGGTTGGCTGCAGCACGCGTCACCATACCGGTTGAAGTCGTGGACTCGCGCACTGTGGGGATGGCGCAAGGCATGGGTGTCCAGAGTGCAGTGGTGGCAGCAGCCGATGGTCAAGGAGCGGCAGAAGTACGCGGCTTTGCTGAGAAGCGCATGGAGCGCACCAAGGTCTACTTCTACGTGCCCAGCCTCGAACAATTGAGGCGAGGCGGGCGCATCGGGGCGGCAGCGTCGCTGTTCGGTACTGTCTTGGCCATCAAGCCCATCCTGGCGGTCGACGGCGGCAGGATCGTGCCGCTGGAAAAGGTCCGTTCCGCTGTGCGAGCCGTGGCCCGCCTGGAGGAGATCGTCGCCGCGGACGTAGCCTCCCGACCGCCGGGCCAGCAACGCTTGGCTGTACACCACTTTGGCAATCAGCTGGAGGCCGAAGCCCTGGCAGCCCGCCTGAACGAAAAATGCCCCGACTGTCCGGCACCCCAAATCAGTGCTCTTCCGGCTGTGTTGGCAGCACATGCAGGATTGGGTGTTCTTGCAGTCATCGTTGGGGAGAGCAGTACCCCAACGGATTGA MPEREPPAWIWLKERVARLRQPTAPVPVADVPLAAVVKTAVVTDSAAALPPDWVSAFTVDGRLAVVPMPVMVGSEIYGEGEDDITQTLSLALASGASVKTSRPSPGQFEQAYLAAQRHGFEAVVSIHISSELSGTADAARLAAARVTIPVEVVDSRTVGMAQGMGVQSAVVAAADGQGAAEVRGFAEKRMERTKVYFYVPSLEQLRRGGRIGAAASLFGTVLAIKPILAVDGGRIVPLEKVRSAVRAVARLEEIVAADVASRPPGQQRLAVHHFGNQLEAEALAARLNEKCPDCPAPQISALPAVLAAHAGLGVLAVIVGESSTPTD NA NA NA NA NA D3-18_02080 1584 hypothetical protein ATGGATCTGAGACTGGTTCCCGCTGTGCTGGTGACGTGGTCCGTTGCCCTTGCCGGGGCTTTTATCGATGCAGCGTGGTCCGCAGCAGTAGCGGGGGTTTTGGCCTCGGCTGCGGCTCTGCTGTTGGTTCGGGCGCGGCGTCATCGGCCATCCCTGCACCATGCCAGAACGATCCCCGCCACCATTGCCCTTGCCTGCATTCTTGGGGCTGCAGTAGCCGTTCATTGTGCTGTCATGGCCAACACCCGGGAAGAGGGGCCTCTGGCTGAGGCAGTGGCAGAGGGTGGCGGTGTGCTTATCCAAGTGCTCATCACAGGGGCTCCTACTGAGGTCCGCGTGCCGGGCCAATCAAGTGGAAACAGGTGGTCAGTAGCTGCAACCTTGGTTGAGGTCACCTCCAAGGGTTCCGTCATTCGAGGTTCCGCAGATTTGATGGTTATGGGTGGCAACGGCTGGGAAAGCGTGCGGCCCGGGCAGCGTGTCAGAACTTCGGGAACGCTGAAGGCTGTGCGGGAGGGACAAACGCAGGCAGCTCTGTTGTCGTCGTCCTCCGCGCCCGTTCTCGTCGCGTCGACTCTTGATCTGCGACAATCCTCCACCGACGTACGGAGGCACTTCATCGCAGCTTCGAATTGGTTGCCGCCCGACCCGGCCGGGCTGATGCCGGGCATGGTCACAGGCGACACCAGCGCTCTTCCGGAAAGTCTGGAGGCGGATATGAAGACAACCGGAATGACACACCTGACCGCGGTCAGCGGTGCCAATTGCAGCTTGGTACTGGGAGGCTTCATTCTGTTAGCGCGATGCCTGAGGTTGACACGCCCCGCAGCCGGGGTTTTTGCTGCATGCGGTCTGGTGGCTTTTGTTGTGATGGTTGGTCCGGATCCGAGTGTGCTCCGGGCTGCAGTGATGGGGACTGTGGGGCTGGCGGCCTTGATCGGGGGCCTGCGAGGTCGATCCTTGACGTTCCTCTGCCTGGCCACCATTGTTCTCCTGCTGCTTGATCCGAGTATGGCGGCGAATGTCGGGTTCATGCTGTCCGTGCTGGCGACGTTGGGTATTGTCCTGCTGGCCACTCGCGTTGCATCATGGATGCCTGTATGGGTGCCACGATGGTTGGCCGCGGGGGTTGCCGTTCCGTTGTCTGCGCAGCTGTTGTGCGGCCCGGTGATAGCGGCTCTTCAACCGCAGTTCACTCCTTATGCGCTCATCGCTAACGTGGTGGCCGGCATTTTGGTGGCGCCCGTGACGATCTTCGGGACTCTTGCCGTTCCCCTATCGGTGGGTTTGCCATGGTTGGCAGCAGTTCCCATAGCCATCGCCGGCACCTGCGCGGGAGTGGTAGCCGGTGTGGCAAGGTTCTTCGCGCATTTGCCCGGGGCAGCCCTTCCATGGGCCGAAGGACCGGCCGGGCTTGTGTCCATGGCGGCTTTCTCGATGATGACCTTATTGGTTGTCTGGGCAGTGCTCCACTTTACGCAAGCTATGGCAGGGATCGCCGGGCTGCATGATGCCGTGGTGAGGCTCCTTGATCGCTGGCTGGGGAAACGCGCGGGCAGGCACGGATCATCCAAGAAAACATAA MDLRLVPAVLVTWSVALAGAFIDAAWSAAVAGVLASAAALLLVRARRHRPSLHHARTIPATIALACILGAAVAVHCAVMANTREEGPLAEAVAEGGGVLIQVLITGAPTEVRVPGQSSGNRWSVAATLVEVTSKGSVIRGSADLMVMGGNGWESVRPGQRVRTSGTLKAVREGQTQAALLSSSSAPVLVASTLDLRQSSTDVRRHFIAASNWLPPDPAGLMPGMVTGDTSALPESLEADMKTTGMTHLTAVSGANCSLVLGGFILLARCLRLTRPAAGVFAACGLVAFVVMVGPDPSVLRAAVMGTVGLAALIGGLRGRSLTFLCLATIVLLLLDPSMAANVGFMLSVLATLGIVLLATRVASWMPVWVPRWLAAGVAVPLSAQLLCGPVIAALQPQFTPYALIANVVAGILVAPVTIFGTLAVPLSVGLPWLAAVPIAIAGTCAGVVAGVARFFAHLPGAALPWAEGPAGLVSMAAFSMMTLLVVWAVLHFTQAMAGIAGLHDAVVRLLDRWLGKRAGRHGSSKKT PGPT0029415_4046 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 D3-18_02081 816 hypothetical protein ATGCCACGCCGGAACCGGGATGCCTCCCCAGATGCCGCAGCGCAGGCAGTCCGGCAGCGATTTGCGTCCCGCCTGGGTACGGACACTCAGACCATTCCTCTGTTGCAGTTGCCCGTCGAACCAGATCCGACGCCTGAAGATTCGGATCTGCAATCCGGGATGCGTTATGTGCGGACCCGCTGGCGAACCCCCTGGCGGGTGGCTGCCCTCCTTGCCGTTGTAGGAGTTGGCATTATTGCCTGGCACTTGTGGCAATCGGCCGTGGGGCAACCAACAACAGAACCCCTCGCTTCTTCCTTGTCTGCGGGGCCCGGCTTGCCTGATACTTCAAAATCCCCTCAGTCGGAGGACACGGAAGGGAGCGTGCTCGTGCACGTGGCCGGTGCGGTACAGAAACCTGGTGTTGTTTCCTTGCCGGTGGGCAGCCGGATTTTCCAAGCGATTGAGGCTGCGGGCGGAGTTGTTTCCAACGCGGAACTCAATGGCCTCAACCTTGCAGAGGTGGTGAGCGACGGGGCCAAGATTCAGGTCCCGGTGGTCGGGGAGGTGCCGCAGCCTGCCCCACTTGCTGGAAGCTCCGGCGCTGCTGGCGGTACCGGAGGTGACGTGGCAGGGGCCAAGGTCAACATCAACACTGCGTCCCTGGAAGAACTGGGAACGCTTCCCAGAGTTGGGCCGGTGACTGCTCAAGGAATTATTGATTGGCGGAAAGAACACGGACCTTTTGCCTCCGTCGACGAACTTGACGCCGTTGACGGGATAGGACCCAAGCTCATGGAATCACTCAAGGACCTGGTGACGGTCCAAGGTGGCTAA MPRRNRDASPDAAAQAVRQRFASRLGTDTQTIPLLQLPVEPDPTPEDSDLQSGMRYVRTRWRTPWRVAALLAVVGVGIIAWHLWQSAVGQPTTEPLASSLSAGPGLPDTSKSPQSEDTEGSVLVHVAGAVQKPGVVSLPVGSRIFQAIEAAGGVVSNAELNGLNLAEVVSDGAKIQVPVVGEVPQPAPLAGSSGAAGGTGGDVAGAKVNINTASLEELGTLPRVGPVTAQGIIDWRKEHGPFASVDELDAVDGIGPKLMESLKDLVTVQGG PGPT0029410_381 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 D3-18_02082 1029 ocd Ornithine cyclodeaminase ATGACGCGCTTTGTTGATGTAGGCAACATGATCCGCTGGGTCAGATCCCAAGGCCCCGAAACGATCATCAATGACCTGATTCACTACATGGAAGAGGACTTCCGACGCTGGGCGCGGTTTGATAAGACGCCGCGCGTCGCCAGCCATACGCCCTACGGCGTTATCGAACTCATGCCCACGAGTGATCACGAGACCTACGGCTTCAAATATGTGAACGGGCACCCCTCCAATCCAGCCCGTGGCTACCAAACCGTCACGGCTTTCGGCGTCTTGGCAGATGTCCACAACGGCTACCCGACGTTCCTGGCGGAAATGACGATCCTCACGGCGCTACGCACGGCAGCCACATCCGCCATGGTCGCCAAGGCCTTGGCTCGACCCGATTCCCGCGTCATGGCCCTGATTGGAACGGGCAGTCAGGCAGAATTCCAAGCACTGGCAATGAGGACGGCACTGGGCGTAGCGAAGCTTCAGGTTTGGGACACCGATGCCGCGGCTGTGAACAAGTTCATCCGCAACATGGTTCCCCTTGGATTCGAAATAGATGTCGCTTCATCTGCTCTGGAAGCAGTTCAGGGCGCCGACATCATTACAACGTGCACGGCAGACAAAACCCAAGCAACGATCCTTAGCATTCAGCACATTGCTCCTGGAATCCATCTCAACGCGATCGGCGGAGATTGTCCCGGAAAGACGGAACTGGACCCGTCGATCCTGGAGATCGGTGACGTCTTTGTTGAGTATGAGAGCCAGACGCGCAGTGAAGGTGAAATTCAGCAGATGCCCGCCGACTTCGCCGTCACAGAATTCTGGAAGGTCCTCCTCGGCGCGGCCCCCGGGCGTACATCAGACGATCAAATCACCATCTTCGATTCCGTTGGATTTGCTGTGGAAGACTTCTCAGCCCTGCGATACGTGCGGGACGCCGTGGACGGTTCCGAGTTCTTTGAAGATATAGACCTCGTTGCCAATCCGGACGATCCCAAGGACCTGTTCGGTCTTGTCGGTGCTTTATCGCCCGTCGGATAG MTRFVDVGNMIRWVRSQGPETIINDLIHYMEEDFRRWARFDKTPRVASHTPYGVIELMPTSDHETYGFKYVNGHPSNPARGYQTVTAFGVLADVHNGYPTFLAEMTILTALRTAATSAMVAKALARPDSRVMALIGTGSQAEFQALAMRTALGVAKLQVWDTDAAAVNKFIRNMVPLGFEIDVASSALEAVQGADIITTCTADKTQATILSIQHIAPGIHLNAIGGDCPGKTELDPSILEIGDVFVEYESQTRSEGEIQQMPADFAVTEFWKVLLGAAPGRTSDDQITIFDSVGFAVEDFSALRYVRDAVDGSEFFEDIDLVANPDDPKDLFGLVGALSPVG PGPT0014250_482 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0014250-ocd-K01750 NA NA D3-18_02083 1278 hypothetical protein ATGTCCACCTCAACCAAGCCCCGATTACGTTCTCCACTTCTTCTTTCCGTAGCCACCCTCATGGCCATCTCGATGGTGAGTTGTACCGTCCCCACCGGCGAAGGCGGTGACTCCGGGAGATCCGGAGAGGCCATCACGCTCGGTCTTTTGGCCCCGCTCACGGGTGTGGCAGCTGCCGACGGCAAGCTCATGGAACAGGGCGCTCGACTTGCAGTCGACGAAATCAATGACAAGGGCGGCATCGATGGCAGGAAGATTGAACTCAAAGCCCTTGACGTACGGGACCAGAAATCGGATGCGGTCTCGGCCGCTGTGACGCAACTGACCTCAGACCCCGATGTTGCTGCAGTGCTCACCGGCTACGCCAGCACCACCAACTTTGAAATTGATCAACTGGCAGAAGCGGGAATTCCGTACCTGCTGAGCGGCAACAGTGCCCAGACGCAGGACATCATTTCCAAGGATCCCGAAAAGTATCCTGGAGTTTGGTCGCTTGCCCCTTCTTATGAGGGCTACAGCACCGGCATCCCTGAACAATTGGATGCATGGAACGCCGATGGCACGTTCCCGCTCACTAGCCGCCGCGTTTACATCATCTCCAGCGACAATGCGTACTCCAATGGCATAGCTTCCGGGTTGGACAAGAACTTCAGGGCGAAGGGGTGGGAAGTTACCGGGCCCGACACTGTTCCTTTTGGGGAAGTGGACGACTGGACCACCCAGATAACCAAAATCCGGCAGGTCGATCCGGCCGTGATCATCAACCTCGATTACCTGACTGCAAATGCGTCAAAGTTCCTCACCCAATTCCGTCAGAATCCTACTCAGTCATTGGTGTTTTCGCAGTACGCTCCAAGCGTGCCGGAGTTCACTGAGCTTGCAGGCAAGAACGCTGATGGCGTGCTTTACAACCTTCCGTTCGCTCCGTTGCCGGCATTGCCGGAAACCAAGGACCTCACCCGGCAGCTCAGTGAGGCATACGAGAACGAACCTAGCCTGTATAGCTACGGCCTCTACGAACAGGTCCATTTATGGGCCGACGCCGTCAAGGAAGTCGGTGATCCTGACAAGCGCGAGGAAGTCGGCGCTGCGTTGGGCAAGCTGGATAAGCAAACCACGCTGGGTCGTGTCCATTTTGATCCCAAAACGCATCTGGCCGTCGCTGGCAAGGACGGCATCCCGATGACGTATTACCAAATTCAAGCCGGCCAACGCCTGAACATCGCTCCCCAAGAGTTCGCCGACGGCACGTTCCACAGACCTGAGTGGATGAAATGA MSTSTKPRLRSPLLLSVATLMAISMVSCTVPTGEGGDSGRSGEAITLGLLAPLTGVAAADGKLMEQGARLAVDEINDKGGIDGRKIELKALDVRDQKSDAVSAAVTQLTSDPDVAAVLTGYASTTNFEIDQLAEAGIPYLLSGNSAQTQDIISKDPEKYPGVWSLAPSYEGYSTGIPEQLDAWNADGTFPLTSRRVYIISSDNAYSNGIASGLDKNFRAKGWEVTGPDTVPFGEVDDWTTQITKIRQVDPAVIINLDYLTANASKFLTQFRQNPTQSLVFSQYAPSVPEFTELAGKNADGVLYNLPFAPLPALPETKDLTRQLSEAYENEPSLYSYGLYEQVHLWADAVKEVGDPDKREEVGAALGKLDKQTTLGRVHFDPKTHLAVAGKDGIPMTYYQIQAGQRLNIAPQEFADGTFHRPEWMK PGPT0020765_5949 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020765-livK-K01999 NA NA D3-18_02084 756 lptB COG1137 Lipopolysaccharide export system ATP-binding protein LptB ATGAGAATCGCCGAGTCATCTGCCCACGGCACTTCCAACGGTCACCTTCTGGAAGTACGGCAGGTCAGTCGCCGCTTCGGTGGATTCGTGGCCGTGGACAACGTCACGCTGAACGTTGACGCGGGGGAGATCCTGGGGATTGCCGGTCCTAACGGTGCCGGAAAGAGTACTCTCTTCAATTTGATCTCCGGGGTCCCGTTCGGCCCCACAGACGGAGGGATTCTCTTCGACGGAATCCGGATCGACAAGCTCCCTGCGCACAGAATCGCTCGTTTGGGAATGCGTCGAACCTTCCAAGCAGAACAGCTGTTCCCGTCGTTGAGCGTTTCGGACAACATCGCCGTGGCCAACCACTACCTCGGCGGGCGCGGGCGCACCAAGGACGTGGAAACTGCCTTGGAAACCGTAGGAATCACCAGATACAGGGACGATAAGGCGGCGGATATACCACTGCTGGCAAAAAAGAAACTGATGATAGCGGGCGCCCTTGTCTCACAGCCGCGGCTCCTGATGCTGGATGAACCAGCCGGTGGCCTCAACGATGAGGATCAGGCTGAGCTCATCCTGCTACTGAGGAAACTTCAGAAGGGCGGCCTGACATTGCTGATCATCGAGCACGTACTCAGTCTTATCCGCGATCTTGCCAAGAGGATGATCATCATGTCATCCGGTGAAGTCCTTGTCGAAGGAACCCCCGACGCTGTTCTTTCGGATCCGCGGGTGATGGAGGCATATCTGGGGAAGGCCGCAGCATGA MRIAESSAHGTSNGHLLEVRQVSRRFGGFVAVDNVTLNVDAGEILGIAGPNGAGKSTLFNLISGVPFGPTDGGILFDGIRIDKLPAHRIARLGMRRTFQAEQLFPSLSVSDNIAVANHYLGGRGRTKDVETALETVGITRYRDDKAADIPLLAKKKLMIAGALVSQPRLLMLDEPAGGLNDEDQAELILLLRKLQKGGLTLLIIEHVLSLIRDLAKRMIIMSSGEVLVEGTPDAVLSDPRVMEAYLGKAAA PGPT0020780_8610 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020780-livG-K01995 NA NA D3-18_02085 780 livF_1 COG0410 High-affinity branched-chain amino acid transport ATP-binding protein LivF ATGAACCAGCATCAGCAGACGGTTAGTCCACTGCTCAGCGTGGATGACCTTCAGACAGGATATGGCCGCCTGCCTGTGGTCCGGTCATTTTCCATCGAGGTCTTGCCGGGTGAAGCACTGGCCCTGTTGGGTCCCAACGGTCATGGAAAAACGACCGCCCTGCGCGCCATCTCAGGCCTGGGCAGGACCTCGTCAGGTCAGGTGGTCTTCGATGGCAGCGATATCACGGGGATGCCCGCCTACAGGATAGTCAACCAGGGAATGATGCATGTGCCCCAAGGAAATCAGCTCTTTCCGAGGCTCACTGTCAGGGAGAACCTGGCATTAGCAGGCGGGATCCCGGCAGCGAGGGGTCAGCGGGAAGAGACTCTGGAAATGGTCCAGGGACTGTTTCCGAAGCTCCGGCAACGTCGCGGTCAACTTGTGGGCACGTTGTCCGGAGGAGAACGCCAAATGGTGGCCATCGGAATGGGCCTGATGGCCAAGCCCAAGCTTCTGGTACTGGATGAACCGACTCTCGGGCTGGCTCCAAAGATCCGTTACGAGATCCTTGAGACACTCCACGAAGTCCGCCGATTGGGTCTTTCGCTAATAGTCGCCGATGGCGATATTGAGTTCCTCTTCGAACTCGCGGACCGCTGGCATCTTGTGGAGCTCGGTCGGATCGTCTCCAGCGGAACCACAGACGTCAAGCCCAGCCATGAGGAAGTCATGGACATGTACGTCGGCTCCCACGCGTCAACATCCACCAACACCATTGAAGGAGACAAGCATGTCTGA MNQHQQTVSPLLSVDDLQTGYGRLPVVRSFSIEVLPGEALALLGPNGHGKTTALRAISGLGRTSSGQVVFDGSDITGMPAYRIVNQGMMHVPQGNQLFPRLTVRENLALAGGIPAARGQREETLEMVQGLFPKLRQRRGQLVGTLSGGERQMVAIGMGLMAKPKLLVLDEPTLGLAPKIRYEILETLHEVRRLGLSLIVADGDIEFLFELADRWHLVELGRIVSSGTTDVKPSHEEVMDMYVGSHASTSTNTIEGDKHV PGPT0020785_1226 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020785-livF-K01996 NA NA D3-18_02086 870 livH COG0559 High-affinity branched-chain amino acid transport system permease protein LivH ATGTCTGACGCGCTCCTTTCCATCCTCGTCTCAGCCCTCGTGCTCGGGTCGCTTTACTCTTTGATGGCCAGCGGACTGTCGCTCATATGGTCCACGTTGGGAGTCTTCAACTACGCTCACGGTGCGCTCCTGCTGATGGGTGCGTACTTCATTTGGACGTTCTCAGAGAAGGTCGGGCTTCCGGTTCTCCTCGCTTTCGCCGTTGCGGTTCCCTTGCTGGCTTTACTGGGCATGCTCCTGGACCTCGTCGCGGTCCGGCCATTCATTAGCAGGCCAAACGGAACACTCTTGGTCATGGTTTCCACCCTCGCAATTGCCAACGCAGTGGAGGGTGCAGCACAACTGATCTGGGGTCCGCAGAACAAGCAGATAAAGTCCGTGAGCACCTCAACGTTTGCCATGGGCGATGTAAAAATCGCAAGCTCCACGCTCATCGCGCTGGGCCTTGCCTTAGTCCTGGTCATAGGACTGATTACGTTGCTCCGCAAGACGGAGTGGGGGATGGCCGTCCGGGCAGTGGAACAAAACAGGGACATGGCGATGCTCGTCGGAATCAGGCCAGCACACATCTACGCCGGAGTCTTTGCCGTGGCATCGATTCTGGCCTGTGCCGCTGCCTTCGTCTACGGAACGACCACCACTATTACTCCCACTAAAGGCTTTGAACCCCTGCTGACTGCCTTTGTCGTTCTGGTCTTCGGCGGGTCGGCCACTTTGTGGGGAACTTTGGTCGGCGCCTTCACCATAGGCCTGTTGGAAGCGGGCACGACGTACTGGCTCGGACTGCAATGGAGCCCTGTCGCCGTCTTCCTCGTCCTGGTCCTCATCATGCTGGTCCGCCCCCAAGGCCTAGTGAAAGGACGTTCGTGA MSDALLSILVSALVLGSLYSLMASGLSLIWSTLGVFNYAHGALLLMGAYFIWTFSEKVGLPVLLAFAVAVPLLALLGMLLDLVAVRPFISRPNGTLLVMVSTLAIANAVEGAAQLIWGPQNKQIKSVSTSTFAMGDVKIASSTLIALGLALVLVIGLITLLRKTEWGMAVRAVEQNRDMAMLVGIRPAHIYAGVFAVASILACAAAFVYGTTTTITPTKGFEPLLTAFVVLVFGGSATLWGTLVGAFTIGLLEAGTTYWLGLQWSPVAVFLVLVLIMLVRPQGLVKGRS PGPT0020770_7661 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020770-livH-K01997 NA NA D3-18_02087 1050 hypothetical protein ATGAACAGTCTTGGAACCGTCAAGCGCTTCGCTACGTGGCCGTTACTCTTGCTTGCCGCCGCCTTATTGCCGTATGTCGTCATCAGCGGCTCTGCGCGCTTGCTGGCGGCGACAGCGCTCATTTACGCGCTGCTAGCCGCCAGCTGGAACCTGACGCTTGGTATCGGCGGTATCTTCAACTTCGCCCACATTGGCTTCTTCGGCGTCGGAGGCTACACGATGGCCGTTGCCACGGTTACATGGGATGTAAATCCGTGGTTCGGACTCCTTCTGGCAACGGCTGCGGGAGGGCTGGCGGGTGCCCTGGCTTACATCCCAGTGATACGCATGCGCGGCATCTACATCGCACTTATCACCTTCGTCTTCGTGCAGTTGTGCTACTACCTGGTTCTGGCCATTCCAGGGATCACCGGCGGATCCAGTGGTCTGACAGGCGTGCCAGCACTGACCATAGGAGATTTTTCTTTCGCCAAGTATTCGGGGTTGGGTTACTTATGGTTGCTCGGCGGGGCAGTGGTCCTGCTCCTCGTTCTGCTTCGGGCGTCCCTACGCAGCCCGTTCGGCAAGAGCCTTATTGCACTGCGTGACAATGAAAGCCTCGCAGTGAGCCGCGGTATGAACCGCATCAGGCAGCATCTTTTGGCCTTCATCCTCAGCGGTGCCGTTGCCGGCGTTACAGGAGCCCTCTATGTTGCCTACTTCCGCGTTGCGGACGTCACGCTCTTCAGCTTCGGATTCGTCACCCTTGGCTTGAGCATGATCTTCCTCGGCGGCACCGGTCATATCTGGGGTCCGGTCTTGGGGGCGCTGATAGTCACAATCATCGACCGCCAACTCACGGACCTGGGTCCTGCGCGTGCGATCATCATCGGCGTCGGGACCTTGCTGGTTCTTATTTTCCTTCCGAGCGGCATCTCGGGCCTCCTCGAAGACGCACTGGACAGAACGCGGAGGCTTCTTCGAAGAAACCGGAACAAATCCGCCGAGAGAGCGAACCAATTACCCGCAAGCCAACATTCGGAAGTCGAGGAAAACACACATGTCCGTTGA MNSLGTVKRFATWPLLLLAAALLPYVVISGSARLLAATALIYALLAASWNLTLGIGGIFNFAHIGFFGVGGYTMAVATVTWDVNPWFGLLLATAAGGLAGALAYIPVIRMRGIYIALITFVFVQLCYYLVLAIPGITGGSSGLTGVPALTIGDFSFAKYSGLGYLWLLGGAVVLLLVLLRASLRSPFGKSLIALRDNESLAVSRGMNRIRQHLLAFILSGAVAGVTGALYVAYFRVADVTLFSFGFVTLGLSMIFLGGTGHIWGPVLGALIVTIIDRQLTDLGPARAIIIGVGTLLVLIFLPSGISGLLEDALDRTRRLLRRNRNKSAERANQLPASQHSEVEENTHVR PGPT0020775_5852 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020775-livM-K01998 NA NA D3-18_02088 1395 dapE_3 Succinyl-diaminopimelate desuccinylase ATGTCCGTTGATGCCATGGCTACAACTGAGGAGAACCAGCGTAGGGCAGTCCTTGACGCAGTGGATCGTTTGGCACCCAGGATCGTCCAGTCTGTCGCGGACGCCGTCAAGATCCCGAGCATAAACCCTAAGTATCCGGGGCAGGACTACGGGAAGCTTGTGGGCGGCGAGGGTGAGGTCAGCGCGCTTATGAATGATCTTCATCGCGAAGCGGGGGCCTCGACGGAACTCGTGGCAGTTGAGAAGGGCCGGGACAATGCTTGCGGGCGGATTGCCGGTACAGGTGGTGGCCGCTCGCTCCTGCTCAACGGGCACGTGGATGTGGTGCCGCCAAACCGGGAAGGTCTTTGGGACAAAGCGCCGTTCTCTGGCCTGATCACCGATGAGGCCGTCCATGGCAGAGGAGCTACGGATAATAAAGCCGGCACAGTCGCCGCAGCATACGCCGCCATCGCTTTAGCCGCCGCAGGTATCCGGCTCCAAGGAGATCTTGTACTGCAGGCGGTCGTCGGAGAAGAAGTGGGTGACCACCTTTCGGGCACAACGGCAGCCTTACAGGCAGGATACGGGGCCGAGGCGGCAATCGTCTGCGAACCGTCGAACTTCGCCGACGCATCCCCGAATCTGGTTCCCACCACGCCCGGCCTGTTGTGGTTCTCGCTGTCCCTCGTCGGCAAAGCCGCGCACTCCGGTTTGCGGGGTCTTACCATCCACCCCACCCTCGAAGGCGAAGCCTTGGGCGTCAACACCATCGACAAGTTCTGGATCATTTATCACGCCCTCCGGCAATTGGAAGATTCGTGGGCGTTGCGTGACAGGCACCCCCTGTTCCAGCCGGGCTACTTCAATCTCTTGCCAGGGGTGATCCGTGGAAACCCGGAGGGCGTCCTGGTCCCGTTCTTCCTTGCCGACACACTCACAGTCGAATACTGCGTCTATCACCATCCTGAGCGAAGCAACGACGAAGTCATCGATGAGATCGAGAAAACCGTGCGTCAAGCTTGCGCCAACGATCCTTGGCTGAGCGCCCACCGTCCCGAATTTGACTGGAAGCTCCTATGGCCGCCATATACTGCGCCAGCCAGCCATGAACTCATCCCCGCGGTTATGAAAGCGCACAGTGATTCTGTCGGCGGGTTTGACCTCGCCACGCCACCCAAACAAGAGGGGTTCCTCGGTGTTTGCGATCTCACATGGATGGATGCCCAAGGCATCGACGGGCTCGTTTACGGTCCCGGGGTTGGCCGAACCGCGCACGCGGAAAATGAGTACGTGCCGATCCACCAGATCATCACCGCAGTAAAGACATACGCCCTATCTGCAATGGACTATTGCGGCGTCTCGGGTACTGAATCCAGCATCAACTCACCAACGACTGGCCGGAGGCGCCCGTGA MSVDAMATTEENQRRAVLDAVDRLAPRIVQSVADAVKIPSINPKYPGQDYGKLVGGEGEVSALMNDLHREAGASTELVAVEKGRDNACGRIAGTGGGRSLLLNGHVDVVPPNREGLWDKAPFSGLITDEAVHGRGATDNKAGTVAAAYAAIALAAAGIRLQGDLVLQAVVGEEVGDHLSGTTAALQAGYGAEAAIVCEPSNFADASPNLVPTTPGLLWFSLSLVGKAAHSGLRGLTIHPTLEGEALGVNTIDKFWIIYHALRQLEDSWALRDRHPLFQPGYFNLLPGVIRGNPEGVLVPFFLADTLTVEYCVYHHPERSNDEVIDEIEKTVRQACANDPWLSAHRPEFDWKLLWPPYTAPASHELIPAVMKAHSDSVGGFDLATPPKQEGFLGVCDLTWMDAQGIDGLVYGPGVGRTAHAENEYVPIHQIITAVKTYALSAMDYCGVSGTESSINSPTTGRRRP PGPT0014254_33 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014254-argE-K01438 NA NA D3-18_02089 1299 COG0174 Glutamine synthetase GTGAACACCCCCGACATATTTATTGCTACCTGCGATCTCGCTGGGCAGGTCAAGGGGCGGGGTGCTCCTGGCGAAGCCTACGGGTCTGTTCTTCGCTCCGGGCTGGGTTGGGTGCCGGCGAACCTTGGTATTTCGGCTTTCGGCAGCATTGCGCGGGGCAGCGCCTTCGGCTCAACCGGCGACTTGCGCTTGATGCCGGACGAGGCCACGGAAATCACTATTGCCGACGGACCCGACACGGCTCGACTCAGGGTTTTGATGGCGGACCAAACACAAGCTGACGGAACCGACTGGGACTGCTGTCCCAGGACCTTCCTGCGCCGGGCCATCAGCGACTTTCGGGAGCGAACGGGCCTGCGCGTTATTGCCACCTTTGAGCACGAGTTCGTTTTGGAGGGCCTGCCACAATCGGCTCCGTTTTCCTTGCGAAGGCACCTCGACGCCGATCCGTTCGGACCAGACTTGCTGCGTCTCTTAACGGATTGTGGTCTCGCACCGGAGAACTGGTTGCCTGAATACGGGGCGAACCAGTTTGAAATAACGGTGGAACCAAGCGATCCGCTCACTGCCGCAGACAGGGCGGTGCTCTTACGCGAATTGGTCCGCGATTTGGCACTCCGACGCGGCCTGAGAGCATCTTTCGCGCCGCTTCAGGAACCAAACGGTACAGGTACCGGTGTCCATGTCCACATCAGTTTGGTGGACGACGGCGGTAATCCGGTTCTGTTCGACACCACCCGTCCGGGCCGCTTATCCAAGGTTGGATCCAGATTCAGTGCAGGAATCCTGCGTCACGCCGAAGCACTGACAGCGTGGACAGCGCCGAGCCCGGTTTCCTTCATGCGCCTGGCTCCGGATCGATGGAGTGTAGGCGGCATCTTCCTGGCGGAACGAAACAGGGAGGCTCTTCTCCGGATCTGTCCAACCAGTTCGGCAGGTGGATCTGCGCCGGAGCACCAATTCAACCTTGAGTACAGGGCAGCCGATGCAACCGCCAACCCGTGGCTCACGCTTGGTGTCCTGCTGAGGGCGGGTATGTCCGGGATCGTAGGCGGTGACGAGTATCCAGAGCCTGACGTCTTCCCGGAGACGGCAGGGCCGGCTGAATTGAACGACGTGCCTCGGCTCCCAGTGACACTTCAGGACGCACTTTTGGCCTTGGAAAAAGACCAAAGCGTGACGTCGTGGTTCCATCCGGATTTGTTGGCAACCTACTTGGCAGTCAAACGGCATGAACTCGCTCATGTGGCTGCCCTCGACGATGCTGCCCGAATCAAAGCGGTATCCGATGTCTACTAA MNTPDIFIATCDLAGQVKGRGAPGEAYGSVLRSGLGWVPANLGISAFGSIARGSAFGSTGDLRLMPDEATEITIADGPDTARLRVLMADQTQADGTDWDCCPRTFLRRAISDFRERTGLRVIATFEHEFVLEGLPQSAPFSLRRHLDADPFGPDLLRLLTDCGLAPENWLPEYGANQFEITVEPSDPLTAADRAVLLRELVRDLALRRGLRASFAPLQEPNGTGTGVHVHISLVDDGGNPVLFDTTRPGRLSKVGSRFSAGILRHAEALTAWTAPSPVSFMRLAPDRWSVGGIFLAERNREALLRICPTSSAGGSAPEHQFNLEYRAADATANPWLTLGVLLRAGMSGIVGGDEYPEPDVFPETAGPAELNDVPRLPVTLQDALLALEKDQSVTSWFHPDLLATYLAVKRHELAHVAALDDAARIKAVSDVY PGPT0000645_9365 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 D3-18_02090 1200 hypothetical protein ATGTGGCTGCCCTCGACGATGCTGCCCGAATCAAAGCGGTATCCGATGTCTACTAACCCCATCGAAAGGCTCCTGTCCGCCATCGAGGAAATGCCTTTGGTGGACCACCATGTCCACGGAGCGCTGAAGGATGACGTTGATCGCTCCTCTCTGGAAGAACTGCTGACGGAGTCCGACAGGCCCATTCCCGAATGGATGACGCAATTCGATTCCCAGCTGGGCTTTGCCATTCGTCGTTGGTGTGCGCCGTTGCTGGGCCTTCCTGCCCATGCGAGTGCCGACGCGTACTTTGAACGGCGTGTGGACCTCGGGACGCCCGAAGTAACCTCACGCCTGCTCACGTCTGCAGGAATAGGCCATTTCCTGATTGAAACCGGATACCGCGGTGATCAAATCCACGGCCTTTCGGGGATGGAACGTATCAGCTCAGCCCCAGTGGGCGAAATTGTCAGGCTCGAATCCATAGCGGAGTCTCTGGCTTGGGAAGGCGTATCAGCCGCCGAATTCGCAGACGCCTATACGGACCGGCTGGCACTGGCAACGCAGAACGCGGTGGGAGTCAAGAGCATCATCGCCTACCGTCATGGGTTCGACTTTGATCCAATACGGCCGTCTAAAGAAGAAGTGGGTAAGGCAGCTGCTTCCTGGCTCCGGCTGGTAGCAGCCGGTTACTCGCTCCGTGTCTCTGATCCTGTGCTTTTGCGCTTCTTTCTCTGGTCGGGCGTCGACCGCGGCCTGCCCATTCAAATGCACACCGGATACGGCGACCCGGACTTGCGTCTGGACCGCTGCGACCCGCTGCTGTTGGTTCCCTGGTTGAAGCTGATTGAGCCTTTGAAGGTGGACGTTCTTCTCCTCCATTGTTATCCGTTCCATCGGCACGCGGGTTACCTTGCGCAGGTATTCCCTCACGTCTACTTCGATGTCGGGCTTGGGACCAACTACACAGGCGTTCAGTCTCTGGAACTGATCAAAGAGTCTTTCGAGCTGGCACCGTTTTCCAAGATCCTGTTTTCCACGGATGCATGGGGACCTCCGGAACTGCATTACCTCGGGGCGAAACTATGGCGCGAAGGAATGAGGAAAGTCCTGGGAGCCTGGGTTCGCGATGGAGACTGGGCCGAGGAGGACGCCATTCGAGTAGTTCACATGGTCGGAAGGGATAACGCGGTGCGCGTTTATGAGTTGGGGGAGAAGTGA MWLPSTMLPESKRYPMSTNPIERLLSAIEEMPLVDHHVHGALKDDVDRSSLEELLTESDRPIPEWMTQFDSQLGFAIRRWCAPLLGLPAHASADAYFERRVDLGTPEVTSRLLTSAGIGHFLIETGYRGDQIHGLSGMERISSAPVGEIVRLESIAESLAWEGVSAAEFADAYTDRLALATQNAVGVKSIIAYRHGFDFDPIRPSKEEVGKAAASWLRLVAAGYSLRVSDPVLLRFFLWSGVDRGLPIQMHTGYGDPDLRLDRCDPLLLVPWLKLIEPLKVDVLLLHCYPFHRHAGYLAQVFPHVYFDVGLGTNYTGVQSLELIKESFELAPFSKILFSTDAWGPPELHYLGAKLWREGMRKVLGAWVRDGDWAEEDAIRVVHMVGRDNAVRVYELGEK NA NA NA NA NA D3-18_02091 1203 ykuR COG1473 N-acetyldiaminopimelate deacetylase GTGAATTCTGAACTGTTTGAAGTGCTCAGGAGTCGCATTGATCAAGAAATCCCCAGTGCAATAGAACTTCGCCATAAACTGCACAGCATGCCGGATCTATCCGGTTCCGAGGGGCCGACCCTTGATCTGGTCTTGAACGCTTTACCTGGGGGCCTGCAAACCAGGTTTGTGGCCGGAACAGGGGCTGTACTTCGAATTGGCGGGCCGGGCAAGGCGATCGCTATCCGTGCTGAGCTGGATGCGCTGCCTGCCTTGGAAGAGTCCCAACTCGATTGGGCTTCCGAAAGACCTGGTATCATGCACGCCTGCGGGCATGACATTCATCTGGCTGCTGTCGTTGCCTTGGCCAGGGCCGTCTACTCAACACCAGGCGCAGCCCCCATGGCGCTGGTCTTCCAGCCCAGGGAAGAAACGTACCCGTCCGGGGCGAAGGACATCTGCGCAACAGGAATACTCGCGGAAGAAGAGGTGCGGGCCACAGTCGCGGCCCATGTTCAGCCTCTGCTCCCCGGAGGGACAGTGGCGTGCACACCGGGGGCCGTGAATGCCTCATCGGACGAGTTCGTCATCAACATTCATGGACGGGGTGGTCACGCTGCCTACCCGCACATTGCAGCGGACCCTGTTTTGGCGCTATCCCACGTTGTGGTCTCGTTGCAAAACATCGTGAGCCGGAACGTGGACCCCATGGATTCGGTCGTCCTCACGATCGCCACCCTTCAGGCTGGTACCGCGGCTAACGTCATACCCGGTACTGCCGCTGCCCGCGGAACGGTCCGCACTATGTCCACACCAGTGAGGGCGGAAGTGCTGCGGCGACTTGCCGAGACGGTCCGCCTGGTTGCAGCGGCCCACGGCTGCAGTGGTGAAGTAACCGTCATCGAAGGCGAACCAGTCCTGGAAAATGATGCGCACATCGTCAAGGCGACGGCTCCACTACTGCTGGCTCTCGGCATGGAAGTGGACAGTAATCTCAGGTCTGCGGGTTCCGATGACTTTTCGTATTTTTCGGAAAAGATGCCTTCACTGATGATGTTTGTGGGTACCAGCGGCACTGGGGAACGGTTGCACTCAAGCACTTTCGTGCCCCACGACTCTCATGTCCATGATGTAGCGCATGCGCTCCTGGCTGGATACGTTGGCGCCGCCAGAACGTTACTGACCGCCCATGAATTGCCTCTGGTTGTCGCCCCAACAAGCTGA MNSELFEVLRSRIDQEIPSAIELRHKLHSMPDLSGSEGPTLDLVLNALPGGLQTRFVAGTGAVLRIGGPGKAIAIRAELDALPALEESQLDWASERPGIMHACGHDIHLAAVVALARAVYSTPGAAPMALVFQPREETYPSGAKDICATGILAEEEVRATVAAHVQPLLPGGTVACTPGAVNASSDEFVINIHGRGGHAAYPHIAADPVLALSHVVVSLQNIVSRNVDPMDSVVLTIATLQAGTAANVIPGTAAARGTVRTMSTPVRAEVLRRLAETVRLVAAAHGCSGEVTVIEGEPVLENDAHIVKATAPLLLALGMEVDSNLRSAGSDDFSYFSEKMPSLMMFVGTSGTGERLHSSTFVPHDSHVHDVAHALLAGYVGAARTLLTAHELPLVVAPTS NA NA NA NA NA D3-18_02092 894 ybbH_2 COG1737 putative HTH-type transcriptional regulator YbbH ATGCCGCAGTCCGGACAATTTGAACAGTCTGAGAACCAATCTGCCCGTTTGACCCTGGCGGACCGAATCCGTCAAATTCAGGGTTCGCTCTCCCCGGCAGAGCACAAGCTCTCGCGAGTGTTCCTCGCCAACTACCCGACTGCAGGGTTGGAGTCCACGGTTGAATTTGCCAAGAAAGGCAATGTCAGTGCCCCCACCGTGCTCAGGTTCGTCAGCAGACTGGGCTTCAACAAGTACCGGGACTTCCAGGATGCCCTCCGTGAAGAAGTGCAAGCGCGGAGGGCATCCCCGCTGACCCTTCAGGGCAAAATACGCGCTGATTCAGCTGCTCCGGAACTGGCCCGATCAGTGGCGGAAACGGCCGTCGAGGGCATCGAGAGCACCGTCGCTTCGCTGCCGGAGCATGAGTTCGACCGCGCCGTTGCACTTCTATGCAATACCTCACTTCAAATTACTTCGATCGGCGGCAGGTTCTCTCACCTCCTGGCCACCTACTTGGACTTACACCTTCGTCTTATGCGGCCCAACACCTTGGTGCACGCGCAGCATCCGAACAATGACTCCACATTCATAGCTGACCTCAGCAAGCGCGATGTCTGCGTCTTCTTTGATTTTCGTCGCTACCAGAAAGACACCGTTGACCTGGCAAAGGCAGCCCGGGCGAGTGGGGCCAGGATAATCCTCATCACGGATCCGTGGCTCTCACCGGTTTCATTTACTGCGGACGTTGTTCTGCCGGCACGGGTGGAGTCTGCGGGTTCGTTCGACAGCATCGTTCCGGCGACCGTTTTGGTGGAAGCCCTCATCGCAGCGGTTCACGTCAAACTTGGGCCGGCGGCCGAAGACCGTATGCGGACTTTGGAAGCTGGCTATGGCACAGTGCTCGCCGATTAA MPQSGQFEQSENQSARLTLADRIRQIQGSLSPAEHKLSRVFLANYPTAGLESTVEFAKKGNVSAPTVLRFVSRLGFNKYRDFQDALREEVQARRASPLTLQGKIRADSAAPELARSVAETAVEGIESTVASLPEHEFDRAVALLCNTSLQITSIGGRFSHLLATYLDLHLRLMRPNTLVHAQHPNNDSTFIADLSKRDVCVFFDFRRYQKDTVDLAKAARASGARIILITDPWLSPVSFTADVVLPARVESAGSFDSIVPATVLVEALIAAVHVKLGPAAEDRMRTLEAGYGTVLAD NA NA NA NA NA D3-18_02093 1689 hypothetical protein ATGGCACAGTGCTCGCCGATTAAGCCCGGTTTCCTTCTCGCCGGCCATCTTGCCCAAGGTCAAAGTGATGCAGAACTTGTTGAGCAGGTACGCTCCGGACAATTAGCCTCTTTCGAGAAATTGTACGATCGACATCGTGCGGCAGCCCGCCACGTAGCCTCAGCGCAGGCCGACAACGCGGCCGATGTTGACGACGTTGTTGCAGACGCCTTTGCGTATATTCTCCATTCGCTCGCTGCTGGTAAGGGGCCGGATACATTCTTCCGGGCATATTTGCTGACGGCAGTTCGTCGCATAGCCCATAAGCACAACCAGGCGGCGACCCGCGCGAGTGTCACAGGTGACAACTTCGTGCTGGATAGCACGCATGTGGATATCGATCAGGTGATCTCGGAATTCGAATCTTCAGCTATCGCCGGTGCCTTCGCGACGTTACCTACACGTTGGCAGGAGGTTCTTTGGTATGTCGATATTGAGGGGATGAAACCTGCTGCGGCGTCTCCACTGCTTGGTGTGACGCCTAATGCCATATCCTCCCTGGTCCTGAGGGCCCGCGAACGACTTCGCCAGGCCTATTTGCAGAACCACGTTGGTTCCGCGGTGGGCGAGGTCTGCGAGGAATATTCAAACCAACTGGGCGCCTACGCACGCAACGGGCTGGGGTCGCGGTCGATGGGCAAAGTTCGGGCTCACCTGGACACCTGCGCGAAGTGCACGGCACTTTTGCTGGACCTCAACGACATGCAGTCTGCGATGCGGGGTGTGATCTTTCCCTTAGTTGCCGGCATAGCGTTCACAGGGGCAATACCGGATCTGTCCGTAGGTGTGGGAGTGACCGCTACCAGCGCGGTTACGACTCACAGCGCCCACGGAAGCATGCCCCTGTTGCTGAAGGTGGGTGCCGGCGTGCTGGCGGCATCAGTTGTTGCTGTTGGAGCTGCCGTCGCAATGGGCGGGACCGGTGCACCGACCGCCGATGTTCCTGTCGCGGAGGCATCACTGGCACCCGGGCCCACCATTGTGCCTAGCCAACCGACGGCGACTGCGGAGCAATCGCCGATGGTCCCGGCCGCGGAGGGGACTGTCGGGCGGCAGAAACGGTTGCATCCAACGGTTCCAGCCTTGGTCAGGCCGTCGAGTCCTAGGCTGGTTAGTCCTGATCCGATCCTGTCACCGCGGCAAGCTTCTCGTGCGCACCGCAGCTCGCCCGTGGTGTCAACGCCGCCGCTGTTCCCGGGGTTTCCAGATCCTGTCGATCCGATCCCGACTATAGCTCCGTCCGTGTTGCCGACACCCGGGGCTACACCAACCGTCACAGGTGTACCTTCGCCAGGGTCAGAGGTTGCTGCGACATTTCGCGTCGATCCGGGCACGAGCGCCTCGGAAGTGAACATCATCATCACCTTCATCCTTCGAGAAGGAACAGCACCTGCCACAGCTGAAGCTGTCTTCAGTATCTCTGCCGGAGCTCAGATGATCCCCGGAAAGCTGATTGAGCCGGCCGGGTGGACATGCAGAACCGACAACGCAGTGAATGATCAGTTCCGCTGCACCAGCGACAACATTGATTCGGACAGGTTGGTCTTCTCCATGGGTGTGTACAAATCAGACTCCCCTCAGACGCGAACCATGGACTACACGTTCAGTGGCGGGGGCAATGAAACAGCCCATTTCTCCAACGATTTCTAG MAQCSPIKPGFLLAGHLAQGQSDAELVEQVRSGQLASFEKLYDRHRAAARHVASAQADNAADVDDVVADAFAYILHSLAAGKGPDTFFRAYLLTAVRRIAHKHNQAATRASVTGDNFVLDSTHVDIDQVISEFESSAIAGAFATLPTRWQEVLWYVDIEGMKPAAASPLLGVTPNAISSLVLRARERLRQAYLQNHVGSAVGEVCEEYSNQLGAYARNGLGSRSMGKVRAHLDTCAKCTALLLDLNDMQSAMRGVIFPLVAGIAFTGAIPDLSVGVGVTATSAVTTHSAHGSMPLLLKVGAGVLAASVVAVGAAVAMGGTGAPTADVPVAEASLAPGPTIVPSQPTATAEQSPMVPAAEGTVGRQKRLHPTVPALVRPSSPRLVSPDPILSPRQASRAHRSSPVVSTPPLFPGFPDPVDPIPTIAPSVLPTPGATPTVTGVPSPGSEVAATFRVDPGTSASEVNIIITFILREGTAPATAEAVFSISAGAQMIPGKLIEPAGWTCRTDNAVNDQFRCTSDNIDSDRLVFSMGVYKSDSPQTRTMDYTFSGGGNETAHFSNDF NA NA NA NA NA D3-18_02094 318 hypothetical protein ATGAAGGGTCCCCGATTGACCGGGGTGTCCCGGTCGAGCCCAGAGGGCTGGAAAGCAGAAGTAGTCACAACGCTAAGTGCTATTCAGGAGGTGCGCCAGGCCTGCGATAACACTGAGGTCAGAACCGTCAGATATGCGCGGAAGGCTGGCTTCTCGTGGGCGGAGATCGCCACTGCTCTCGGGGTATCCCGCCAAGCGGTATGGGAACGATGGCACGAGCTTGACGAGACCCTGCCCAAGAACGATGCGTGGGGACCGGCTGCGCTGATTGACCTGGAGCCGGGCAGCACGGCAGCACCGGATAGCAAAACTGCATGA MKGPRLTGVSRSSPEGWKAEVVTTLSAIQEVRQACDNTEVRTVRYARKAGFSWAEIATALGVSRQAVWERWHELDETLPKNDAWGPAALIDLEPGSTAAPDSKTA NA NA NA NA NA D3-18_02095 822 hypothetical protein ATGAAGCGGATGAGGCTCCGGTATTCCGGGGTTTGCCGGGAGTGCAGTGCCTCCATCGCGGCCGGGTCGGAAGCGATCTACGAGAGCGAAACTAGGACCGTCCGATGCCTGGCGTGTGCCACTGAGCCCGAACAAGCACTTTCTCCGGGTCCGGAACCGACGCATGACGGGTTATTGTCGCCTGCAGCCGGCACGGCAGGATCATCTGCCCGACGAGAGTATGAGCGACGCAAAACTAAGGACCAGGATAGGCTCCGCGAGAAATGGGGACGGTTCGGGGCCTTGGCTGTCGCGCTGTCTGATGAGCGGCCGTCCACCCAGTCTTGGGCTCAAGGCGCCATCGGCGAGGAACGTTTAGGCGCTCGGCTGGATGCAGTGTCCTCAGATAGCCTGGCTATCCTCCACGACCGGCGCTTCCCTGGATCGAAAGCCAACATCGACCACATCGCTGTTACGCCAGGCGGAGTCTGGGTGATCGACGCCAAAAGGTACAAGGGCCGGCCTGAACTGAAGATCGAGGGTGGCTTCCTTCACCCACGGGTCGAGAAACTTCTCGTGGGCAGGCGCGACTCCACAAAGTTGGTTGATGGTGTGCTCAAACAGGTCGACGTCGTGCGGGAGCATGCCGGCGCTGTTCCGGTGAATGGCGTGCTGTGCTTCATCGAAGCGGACTGGCCGCTGGTTGGGGGAGCCTTCACGACTCGTGGCGTGCACGTACTCTGGCCCAAACGGCTCGCAAAAGTACTTGCAACGCGGGCAGCCGGCGATGTTGATGTGGCGAGAATGACGGAGTTGCTAGCCACGAGGTTCAGATCGGCGTGA MKRMRLRYSGVCRECSASIAAGSEAIYESETRTVRCLACATEPEQALSPGPEPTHDGLLSPAAGTAGSSARREYERRKTKDQDRLREKWGRFGALAVALSDERPSTQSWAQGAIGEERLGARLDAVSSDSLAILHDRRFPGSKANIDHIAVTPGGVWVIDAKRYKGRPELKIEGGFLHPRVEKLLVGRRDSTKLVDGVLKQVDVVREHAGAVPVNGVLCFIEADWPLVGGAFTTRGVHVLWPKRLAKVLATRAAGDVDVARMTELLATRFRSA NA NA NA NA NA D3-18_02096 303 hypothetical protein ATGGAACTTCTTGACGCCCACACAGTCGTGATCTCTGCCGTCCTCCTAGTGCACATCACAGGGGTGATGATCGTGGCCGCTTCAATTGCCGGCCTGGTGATCTCGCTCTTTATTGTCGTGCTGGCCGTGCACTTCACCCGCATAACTTGGGAACTGACGCAAAACTGGACTAGCAAAGAACTATTCAGCGGCAGCATCAGCAAATTTCTTGGTTCTCTGAAGGCAGGATCTCTGGCGGCACGGCCTTTGATAGCCGCTGCACGACAGGGGATTAACCGGCTGTCATCGTTCAAGCCGCAGTAG MELLDAHTVVISAVLLVHITGVMIVAASIAGLVISLFIVVLAVHFTRITWELTQNWTSKELFSGSISKFLGSLKAGSLAARPLIAAARQGINRLSSFKPQ NA NA NA NA NA D3-18_02097 672 pbpB_1 COG0768 Penicillin-binding protein PbpB GTGCATGGGGAGCAACAGCGGACATTTGCGGGCATCATTGGTGATCACATGAACACCGGCACAGTCATGGCGGGGGAGAAGCTCACTCGTGAGCAGCGCTACGAGTACCTACAGAAGTTCGGTATCGGCCAGAAGACCGGTATTCAGTTGCCTGGCGAATCTGCTGGTTTGCTGGCCCAACCGGAAGAGTGGGACTCCCGGCAGGAGTTCTCTGTGTTTGTTCGGACAGGGGGTGTCGCAGACACCGCTGCAACAGCCATGGCGTTTCGGGCAATTGCCAATGATGGTGTGCGGCTGAAACCCCAGCTGGTTGAATCCACGGTGAATAAGGACGGCGTCGAGCAGGTTTCGGAGGTGGGGGTAGGCACGAAAGTGATCAGCCCGGATACAGCCCGGAAAGTGCGCGACATTCTTGAAAGTGTGGTTACCGCCGGCGGTGCCAAGGACGTGAAAGTTCCCGGATACCGCATAGGTGGCAAAACGGGAACGGCTGAAGCCGTTGCCGACGACGGAGCCGGCTTTGATGGGTACGCGGCCTCTTTCGTTGGTATGGCTCCCATGGAAGATCCGCAGTACATAGTGCTGGTCAATGTGCAGCGCCCGAAGGTGCTGTCCCGGTATCAGCTGCCTGCGTCGACTACGCCGTCTGTGAGCCTGGCTCAGAAATACTAA MHGEQQRTFAGIIGDHMNTGTVMAGEKLTREQRYEYLQKFGIGQKTGIQLPGESAGLLAQPEEWDSRQEFSVFVRTGGVADTAATAMAFRAIANDGVRLKPQLVESTVNKDGVEQVSEVGVGTKVISPDTARKVRDILESVVTAGGAKDVKVPGYRIGGKTGTAEAVADDGAGFDGYAASFVGMAPMEDPQYIVLVNVQRPKVLSRYQLPASTTPSVSLAQKY PGPT0023865_3760 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023865-ftsI-K03587 NA NA D3-18_02098 732 hypothetical protein ATGCACAAGTTGAAAACGCCCATGCTGATCGCCGCAGTGCTGCTGCTGGGCGGTTTGTCAGCTTGCGCCTCCGGAACGACCGACGCCGGCGGTTCAGGGCCTATTCAGTCAGCCAAGCAGACGGCTCTGCAAGGCTCCAACAATGCCTACGACAATATCCCGGCCGATCAGATTGAAACGGCCGGCACGGATCTTGATTATATTTGGGAACCAAAGGATCCCTTCTACGGATTCAACAAATTTCCGATAGTTGCGCGTGTCCACATCGAGACAATCGACGGTGGGCGCACGTTCAGCCCCGTTGCCAATCAATATGTCTTCCCTCAAACCGTTGGAAAAATGACTGTCCGAGAGGTCTACAAAGGTGACATTGAGACAGGCACGCAAGTGAACTATTCGCGGGTTGGTGGCACTGTGATCTATGACGACTACTGGAACAGCCTCAACAAAGCCCAACAGGAAAAGATCCTAAGACTGAACGGCGGATCGAAACCTTCGGATGCGAAGTTCATCAAGGCGATGATCACTGATGACATCGACATCGAAACAGGTAAGGAGTATCTCGTCTTTCTCTTGCCCCAAAAGGGCCAGGACGGAGCAGTAAGAGAGTACTCAATAACCGGATATCAGCATGGGCTAAGAGAAGTAAAAGGGCTCGGCACCGAAGCAACCGTACTCAACAATGACACACAAACATGGGAGCGCCTTGACAGTTTCGTGAAGCTTCCCTAG MHKLKTPMLIAAVLLLGGLSACASGTTDAGGSGPIQSAKQTALQGSNNAYDNIPADQIETAGTDLDYIWEPKDPFYGFNKFPIVARVHIETIDGGRTFSPVANQYVFPQTVGKMTVREVYKGDIETGTQVNYSRVGGTVIYDDYWNSLNKAQQEKILRLNGGSKPSDAKFIKAMITDDIDIETGKEYLVFLLPQKGQDGAVREYSITGYQHGLREVKGLGTEATVLNNDTQTWERLDSFVKLP NA NA NA NA NA D3-18_02099 744 hypothetical protein GTGATTGAAACTCGCATACCGAATGGCAGGCAAATTTCCGGGACTCATTCTGGGCGATCTCACCGGATCACGGACACTGCCGACCCGAACACGACCGCGGTCATGGACGTGGATGCCCATGCAATGGGCAGGCGTAAGCCCACCATGCTGTTTGAGAGAGCTCGAAGACCGTTAGTGGCAATTTTGCTGGCAATGATGATGGTCATACTGCCGGCCACAAGTGCCCAGGCAGCAACACCTACTTTCGGCTACCGCTATCAAAATGGCGTCGGTAACATCACAGCATGGCTTAATTACTCGTCCGGAGTTGGTGACTGGGAACATCTCATCACCGGTGCAGCAAATAACTGGATGTACCCCGGCTGGGATAACCCAATTTACGTCAGCTTTGTTGGTAGTAATGTGGGCTCTACGATGGACTTCCATCAACATAATGATGCCTACTTCGGCGGGGGCATGAACACCTTGGCCCATACCTCGTTTTTCTCCGCGACTGGCGGCGCAATAAATCCAGCGTCATCAAACTGGACGTACGCAGAAGTGCACATAAACGACTCCGTCTACAGCTCGGCAAGTGTCAGCAACGACGCTGCCCTCGGAACCACTATTCACGAGATGGGCCACGCATTCGGGCTTGCTCATTACAACACCAATCGCTACAGCATCATGTGCCAGACAGGCTCCGGACGGATCATGCAACGAGTGGCAGGAGTGGATAACGATGCGATCAACTACTTGTACTGA MIETRIPNGRQISGTHSGRSHRITDTADPNTTAVMDVDAHAMGRRKPTMLFERARRPLVAILLAMMMVILPATSAQAATPTFGYRYQNGVGNITAWLNYSSGVGDWEHLITGAANNWMYPGWDNPIYVSFVGSNVGSTMDFHQHNDAYFGGGMNTLAHTSFFSATGGAINPASSNWTYAEVHINDSVYSSASVSNDAALGTTIHEMGHAFGLAHYNTNRYSIMCQTGSGRIMQRVAGVDNDAINYLY NA NA NA NA NA D3-18_02100 669 hypothetical protein ATGAAGCCACAAGAGGCGCTGCTTGCTGTATGCCTCGCTTTGACCCCCGCACGGCTTCGGTCGATCCGGGAAGAACAGTGGCGAGCTGACCTCCTGGACGGTCCAGGCATGGGCATATCTCCTGCCACTTTGCTGTTTGGGGCTGCATGCTCATCAGTGACATCAAGGTTTTACGACCTCACACGACGCGGCGGAACCATCCTGTCGCAAATTACCAAGGGGGAAAACATGAAACTCGTACTAGGCGCATTGGGTACGGCAGTGGTCTTGGCTGGTGCAGTCGCGGTAAGCGTCCAAGCTAACGCAACAACTGGCCAGGATGACGCCTTTTCATTCAAGGGGCCGGTGGCAGACCGGCCTATCGGCGGCTATGAAGGGTGGTGGAACTCATCGCACTTGGACGGGACCCCGGCAGGTCCTTTGGAGACCGTGGCTGTAAACACGAACACCGGAAAAATCGTCGATTACTCCAACTGGGCGAAGAACGCTGCCGGACAAGTGGTGACAGCCGGAGATGCCACCTACAACGTCGTCCCGGATCCGACCTGGCCAGCCAGCTCGATCGTCATCATCGACACATCCACAGGACACGTCATTGAGGACTTCCCCGTGGACGAAAAGGGTCGGGTCATCTACACACGCGAAGACGGCTCGAAATTCATCGGATGA MKPQEALLAVCLALTPARLRSIREEQWRADLLDGPGMGISPATLLFGAACSSVTSRFYDLTRRGGTILSQITKGENMKLVLGALGTAVVLAGAVAVSVQANATTGQDDAFSFKGPVADRPIGGYEGWWNSSHLDGTPAGPLETVAVNTNTGKIVDYSNWAKNAAGQVVTAGDATYNVVPDPTWPASSIVIIDTSTGHVIEDFPVDEKGRVIYTREDGSKFIG NA NA NA NA NA D3-18_02101 333 hypothetical protein ATGGAGAACTTGGGACGGATCACCCCGGCCACCGCACTTGTCCTAGAAGCGCTGTTGTCGGCGGAGAGCGTGTGGGGGCTGCAGATCGTCAAGGATACGGGCAAAAAGCCCGGTACTGTCTATCCCATCCTGGAGCGCCTCGAAGCCGCTGGGTGGGTGCAAGGGGAATGGGAAACTTCGGAAGAACGCAAAGGACCACGACGGCGTTACTACCGTCTCCTTGCCGACGCCCGTCCACTGGCGCAGGAGTTTGTGAGAGCGCAAAAATCAAGAACTTCTCGTGCTGAGCGCCCATCGCCCGCTTTCGGCGATAGTGCATGGAGCGCTCTATGA MENLGRITPATALVLEALLSAESVWGLQIVKDTGKKPGTVYPILERLEAAGWVQGEWETSEERKGPRRRYYRLLADARPLAQEFVRAQKSRTSRAERPSPAFGDSAWSAL NA NA NA NA NA D3-18_02102 429 hypothetical protein ATGGCACTCCCCTTAGTCAGTACCCAGTTAGCGCGCATCCAAGAAGTTGATGACATAGGCGAGATTGGCTCCACCGAAATTCACATTGGCCTGATGTGCTTGATTGTCCTGGTGACTGCCCTGGCGGCCTTCCTCGTCGTCTGTGTTTTCCTGCTGACAGTACCGCTGGCAGCGCTGGTGTTCCGTAAAAAGATCGCGACGCTGACCATTGGGCCGGAATCCAGCTCACCCGGCAGCCCGCCAACGGCCGATCCAACGCGCATGCCACAAGGAACCGCCTCTCGATCCCCAAGGGACCTGGTGTCCGCAGCGGAAGCCCCGATGCGGATTTCGAATTGGGGTCCCCACAGGGGCCAGGTTCATGCTGGGCATCCGCCCAATGCAGACCACGCCACAACAAGCGGCGACTTGACTTCTAAATCTATATAG MALPLVSTQLARIQEVDDIGEIGSTEIHIGLMCLIVLVTALAAFLVVCVFLLTVPLAALVFRKKIATLTIGPESSSPGSPPTADPTRMPQGTASRSPRDLVSAAEAPMRISNWGPHRGQVHAGHPPNADHATTSGDLTSKSI NA NA NA NA NA D3-18_02103 450 hypothetical protein ATGAAGCGTAGACATCTGGCCGACATCGCAATTGCGGCCTCTCTTCTCGCGGTCTCGCTCACGGGATGCGCGGGGCAGCAACCAGCAAGCAAAGACCTGCAGTCTTTCAGCTCCATGGATGAGGCTTTCGCTGCCGTCGATGAGATCCTGGAATGCGACTCTGCGGCCGCTGGCAACCCGATTGTTCCTATGGGCGACGGCGGCCGACTCGCTTCCGCGCAGAGAGTCTGTTCGGAGAACGTGCAGATAGACCTGTACCCGAATCAGGGCGCCCTTGAGGAAAGCTACCAAACGTGGGCTGACTCAAATCAGGGCAAAATCCCCTTGGTTCGCGGCGCCAACTGGATGGTTGTCGATCTCAGCAACATCGCGGGCGGCCAGTCGTCAACAATGGACCTCCAAGGCGTGGCCGACAAACTGAAAGGCGAGTACGCCGTCGTCGGCACCTAG MKRRHLADIAIAASLLAVSLTGCAGQQPASKDLQSFSSMDEAFAAVDEILECDSAAAGNPIVPMGDGGRLASAQRVCSENVQIDLYPNQGALEESYQTWADSNQGKIPLVRGANWMVVDLSNIAGGQSSTMDLQGVADKLKGEYAVVGT NA NA NA NA NA D3-18_02104 1017 hypothetical protein GTGGCTGCTGCCCAAAACACCCGGGCCAAGAACGTCGCGGCGAACACCGTTAGCTGGCGTGACGCGGCACCGGCCGCCGTAGTCCTGATCATGGGTCCGGAAGAGTACCTCGGAATTCGCGCCATGGATGGGATCCGAACCCACGTGCGGGCCAGCACTCCGGACGTTGAGCTCAGTCGACTGAACGCTGGCGCCTACGAGTCCGGGTCGTTGGCGATGACTGTCACCCCGTCGCTCTTTGGCGAGGGCAAGCTTATTGAGGTCGAGGGCCTCGAAGCTATGAATGATGCCTTCCTGGCTGACGGGTTGGCCTATCTCCACCATCCGGACCAGGATGTCGTCCTTGTCCTTCGCCATGCCGGGGGAGTGCGTGGCAAGAAGCTGCTGGACGCCGTGAAGTCCGCCGGTTGGCCCGTCATTGATTGCCAGCCCCTGAAGAAGGACTCCGACAAGACGGCGTTTGTCGTCTCCGAGTTCAGGGCTGCGGGACGCCGAATTGAAGGCGAAGCCGTCCAAGCTTTGGTGAATGCCGTGGGTGCCAATCTGTCGGAACTCGCGGCGGCATGCAGCCAGTTGATTGCCGACGCCACCACGGCTGTCACAGCCGAAACCGTGGAGCGTTACTACGGTGGTCGGGTGGAAGCTACGGCTTTCAAAGTGGCCGATGCTGCCATGGCCGGCAACGGACCCGTGGCATTGTCCACCCTGAGGCACGCCCTGGCCACCGGTGTGGATCCGGTTCCTTTGGTTGCGGCGCTGGCGGCCAAACTGAGGACTCTGGCAAAGGTTGCGGGAGCCAATGGTTCGCCGGCCACCATCGCCAAGAACTTGGGAATGCAGCCCTGGCTAGTGGAGCAGGCCCAGCGCGATGTCCGCCGCTGGACCCCGGAAGGCTTGATCCGCTCCATTCAAGTCATCGCCGAGGCGGATGCCCAGGTGAAGGGCGAGTCGCGTGACCCTGTCTACGCGGTGGAGCATGCGGTCACGGTTATCGCCATGTCGGCCAGCCGCCGCTGA MAAAQNTRAKNVAANTVSWRDAAPAAVVLIMGPEEYLGIRAMDGIRTHVRASTPDVELSRLNAGAYESGSLAMTVTPSLFGEGKLIEVEGLEAMNDAFLADGLAYLHHPDQDVVLVLRHAGGVRGKKLLDAVKSAGWPVIDCQPLKKDSDKTAFVVSEFRAAGRRIEGEAVQALVNAVGANLSELAAACSQLIADATTAVTAETVERYYGGRVEATAFKVADAAMAGNGPVALSTLRHALATGVDPVPLVAALAAKLRTLAKVAGANGSPATIAKNLGMQPWLVEQAQRDVRRWTPEGLIRSIQVIAEADAQVKGESRDPVYAVEHAVTVIAMSASRR PGPT0029415_7 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 D3-18_02105 261 rpsT COG0268 30S ribosomal protein S20 GTGGCTAATATCAAGTCCCAGAAGAAGCGCATCCTCACCAACGAGAAGGCTCGCCTGCGTAACAACGCCGTCAAGTCTGAGCTGAAGACGGCCATCCGCGCCGTCAACACCGCCGTTGAGTCTGCCGACAAGGATGCTGCTGGAACTGCACTTGTTGCTGCCAGCCGCAAGCTGGACAAGGCTGTCAGCAAGGGCGTTATTCACAAGAACAACGCTGCAAACCGCAAGTCGGCGATCTCCAAGAAGGTCAACGCACTCTAA MANIKSQKKRILTNEKARLRNNAVKSELKTAIRAVNTAVESADKDAAGTALVAASRKLDKAVSKGVIHKNNAANRKSAISKKVNAL NA NA NA NA NA D3-18_02106 528 hypothetical protein ATGGCTTTCGACTTGCGCCCTCTGGGCAAACTCATCCTGCGGTCCCTCAAGTCGTTGGGAGGCAACACCACCAAGACGGCCACCCCGGCAGGTGCCCGAAGGACGCAGACCCGGCGATCCGACGTCGTGCATCAGCCAGGCCCCTACCCCGGCGACTTCCGCGGTTCAGTTAAGGTCGGCTACTCCCCCAAGCCCGATGGCCACCCGGACCCTGGTGAGATTGTGTGGAGCTGGGTTCCCTATGAAGAGGACCATACGCAAGGCAAGGACCGACCCGTACTTCTGGTGGGCCGGGACCGTGAGTGGCTGTTGGGCCTCATGCTGACGTCCAAGGACCACGACAACGGCGCGCGGGCAGGCGAGTATGTCGACATCGGAACCGGCGCCTGGGATCGGCAAGGCAGGCCCAGCGAGATCAACGTAGGGCGCGTCATTCGGCTGAATCCCAATGCGATCCGGCGGGAAGGCGCCATTCTGGGAAAGTCGAAGTTCCACGAGGTAGCCCGGGCTCTCCAAGCCCGGCACTAG MAFDLRPLGKLILRSLKSLGGNTTKTATPAGARRTQTRRSDVVHQPGPYPGDFRGSVKVGYSPKPDGHPDPGEIVWSWVPYEEDHTQGKDRPVLLVGRDREWLLGLMLTSKDHDNGARAGEYVDIGTGAWDRQGRPSEINVGRVIRLNPNAIRREGAILGKSKFHEVARALQARH NA NA NA NA NA D3-18_02107 1854 lepA COG0481 Elongation factor 4 GTGTCTCCCATGGCCCGCACCGCACCGGTGCCCGCCGCAACAGATCCGGCCATCATCCGGAACTTCTGCATCATTGCCCATATCGACCACGGTAAATCCACCCTGGCCGACCGCATGCTGCAGTACACCGGCGTCGTTAAGCAACGCGACATGAAGGCCCAGTATCTGGACCGCATGGATATCGAACGTGAGCGCGGCATCACCATCAAATCCCAGGCTGTTCGTATGCCGTGGGAACTCGATGGCAACAGCTACGCCCTGAACATGATCGATACTCCTGGCCACGTCGACTTCACCTATGAGGTATCCCGTTCCCTGGCGGCCTGTGAAGGTGCAGTGCTGCTGGTGGATGCTGCCCAAGGCATCGAGGCCCAAACCCTTGCCAACCTGTACTTGGCGATGGAAAACAACCTCACCATCATTCCGGTTTTGAACAAGATCGATCTCCCGGCCGCACAGCCCGAGAAGTACGCGGCTGAGCTTGCCAACCTGATTGGTGGCGACCCGGATGATGTGCTCAAGGTTTCCGGTAAAACCGGCGTGGGCGTAGAAGCGCTGCTGGACAAAATTGTCCGCGACCTCCCCGCGCCAGTTGGCGATCCCAATGCTCCGGCCCGCGCCATGATCTTCGACTCCGTCTATGACACCTACCGCGGCGTGGTCACCTACGTCCGTGTGGTTGACGGCATGCTGCACCCCCGGGAACGCATCCAGATGATGTCCACCCGGGCCACGCACGAGCTCTTGGAGATTGGTGTCAGCTCCCCGGAGCCCACACCGTCCAAGGGCTTGGGCGTCGGTGAAGTGGGTTACCTGATCACCGGTGTGAAGGACGTCCGCCAGTCCAAGGTTGGCGATACAGTCACCAACCTGGCCAAGCCGGCATCGGAGTCGCTCAGCGGCTACGCGGACGCCAAGCCTATGGTCTTCTCCGGTCTCTACCCGCTGGATGGAACGGATTACCCGGTACTCCGCGACGCCCTCGAAAAGCTGATGCTCAACGACGCAGCGTTGGTTTACGAGCCTGAGACGTCTGCAGCGCTGGGCTTCGGTTTCCGTGTTGGGTTCCTTGGGTTGCTTCACCTCGAGATCACGCGTGAGCGCCTCGAGCGTGAGTACAACCTGGACCTTATCTCCACGGCTCCCAATGTGGAGTACGAGGTGACGCTGGAGGACAAGAAGGTCATCCACGTGACCAACCCCAGCGAGTACCCCACGGGCAAGATCTCCGAGGTCCGCGAACCCATGGTGTCCGCCACCATCCTGGCACCCAACGAATTTGTTGGTTCCATCATGGAACTCTGCCAAAGCCGCCGTGGCCAGATGCGCGGCATGGACTATTTGTCCGAGGATCGGGTGGAGCTCCGCTACTGGATTCCGCTGGCCGAAATCGTGTTCGACTTCTTCGACCTCCTGAAGTCCAAGACACGCGGCTACGCCTCGCTGGACTGGAAGGCCGACGGCGAACAGGTGGCCGACCTCGTCAAGGTGGACATCCTGCTCCAAGGCGAACAAGTGGACGCATTCAGTGCCATCACCCACCGTGACAAGGCCTACGCCTACGGTGTGATGATGACGGGGAAGCTCCGCGAGCTTATTCCCAGGCAGCAATTCGAGGTGCCCATTCAGGCCGCCATCGGATCACGCATCATTGCCCGCGAGAGCATCCGGGCCATCCGCAAGGACGTTCTTGCCAAGTGCTACGGCGGTGACATCACCCGTAAGCGCAAACTTCTGGAAAAGCAGAAGGAAGGCAAGAAGCGCATGAAGATGGTGGGACGCGTGGAGGTGCCCCAGGAGGCATTCATCGCAGCGTTGACCACTGACGAGTCCAAGGACAAGGCCAAGAAGTAA MSPMARTAPVPAATDPAIIRNFCIIAHIDHGKSTLADRMLQYTGVVKQRDMKAQYLDRMDIERERGITIKSQAVRMPWELDGNSYALNMIDTPGHVDFTYEVSRSLAACEGAVLLVDAAQGIEAQTLANLYLAMENNLTIIPVLNKIDLPAAQPEKYAAELANLIGGDPDDVLKVSGKTGVGVEALLDKIVRDLPAPVGDPNAPARAMIFDSVYDTYRGVVTYVRVVDGMLHPRERIQMMSTRATHELLEIGVSSPEPTPSKGLGVGEVGYLITGVKDVRQSKVGDTVTNLAKPASESLSGYADAKPMVFSGLYPLDGTDYPVLRDALEKLMLNDAALVYEPETSAALGFGFRVGFLGLLHLEITRERLEREYNLDLISTAPNVEYEVTLEDKKVIHVTNPSEYPTGKISEVREPMVSATILAPNEFVGSIMELCQSRRGQMRGMDYLSEDRVELRYWIPLAEIVFDFFDLLKSKTRGYASLDWKADGEQVADLVKVDILLQGEQVDAFSAITHRDKAYAYGVMMTGKLRELIPRQQFEVPIQAAIGSRIIARESIRAIRKDVLAKCYGGDITRKRKLLEKQKEGKKRMKMVGRVEVPQEAFIAALTTDESKDKAKK 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 D3-18_02108 1230 hemW COG0635 Heme chaperone HemW ATGCCCAGCGTCCTACCTTTGGGCGACCCTGCACCTGCGGATGGCATGTTGCCTCCGCAGGTGTTGGCCGGCGTCGAGCACCGCAACTTCGGGCTCTACGTCCATATCCCGTTCTGCGCCGTTCGCTGCGGCTACTGTGACTTCAATACCTATACGGCCACCGAGCTTGGCGGTGGGGCCTCGCAGGATGCTTACGCTACTACGGCGGTATCTGAGCTCGACTTCGCGGCGTTGGCATTGGATGCTTCCGGTTTGCCTCGGCGTCCACTTAGCACCGTTTTCTTTGGCGGTGGTACTCCCACGCTCCTCCCGGCCGAAGACCTGGCGCGGATCCTGCGCGCCGCCGTCGGCCACTGGGGCTTGGAGCCCGGCGCTGAGGTGACAACGGAGGCTAATCCTGATTCTGTCACCCCCGAATCCCTGAAGGTGCTGGCTGATGGCGGATTCACTCGGGTCTCTTTCGGCATGCAATCCGCCGTCCCGCACGTTCTGAAAGTACTGGACCGCACCCACACCCCAAGCCGCGTGCCACTCGTTGTGCAATGGGCACGTGAAGCCGGCCTTGCAGTGAGCCTGGACCTCATCTACGGCACGCCCGGGGAATCCATGGCGGACTGGCAGCTGTCACTCGAAACTGCGCTCTCGTACCAGCCTGATCACATCAGCGCTTACGCGTTGATTGTGGAAGACGGCACCAAACTTGCCGCACAGATCCGACGCGGCGAAGTACCCGGAATCGATGACGACGACCACGCCGCCAAGTACGAGCTGGCAGACAAAATGATCTCCCAAGCAGGCTTGAACTGGTACGAGGTCAGCAATTGGTCCCGGACGCCGGAACAGGCTTGCCGGCACAATCTTGCCTACTGGCGCGGGGATGACTGGTGGGGCATTGGACCCGGAGCGCACTCCCACGTGGGAGGTGTCCGGTGGTGGAACGTCAAGCACCCCACTGCCTATGCGGGACGGTTGGCTGCAGGAAGTTCGCCGGCTGCCGGCAGGGAAACCCTCGACGCCGAAACCCGCGAAGTCGAGCGCATCATGCTCGAAGCGCGGCTCGGAACAGGGTTGTCCGTGGATGCCTTGGACGCGATCGGGCGTCATGCGATGGCCGGGCTGATTGCTGACGAGCTGGTGGACCCCGTTCAGGCGTTCAAAGGCCGCCTCGTCCTTACGCTGAAGGGGCGCCTGTTGGCTGACGCCGTGGTTCGCAGGATCCTTCCGGACTAA MPSVLPLGDPAPADGMLPPQVLAGVEHRNFGLYVHIPFCAVRCGYCDFNTYTATELGGGASQDAYATTAVSELDFAALALDASGLPRRPLSTVFFGGGTPTLLPAEDLARILRAAVGHWGLEPGAEVTTEANPDSVTPESLKVLADGGFTRVSFGMQSAVPHVLKVLDRTHTPSRVPLVVQWAREAGLAVSLDLIYGTPGESMADWQLSLETALSYQPDHISAYALIVEDGTKLAAQIRRGEVPGIDDDDHAAKYELADKMISQAGLNWYEVSNWSRTPEQACRHNLAYWRGDDWWGIGPGAHSHVGGVRWWNVKHPTAYAGRLAAGSSPAAGRETLDAETREVERIMLEARLGTGLSVDALDAIGRHAMAGLIADELVDPVQAFKGRLVLTLKGRLLADAVVRRILPD NA NA NA NA NA D3-18_02109 414 hypothetical protein GTGGCAGATAACGCTCCTGAAGAACCGGGTAGCGCCGCAGGCCGGCCCCAGTACCATGGCGCGCCTGCCAACGCACTCCCGTTGACGGCCAGCGAAGACAGGCAGTGGGCTACATTGGCCCACTTTGGCGGCATCCTGGGATGCCTGCCATCCCTTCTGATCTACTTGATTTTTCGGGATCGCGGACCATTTACGGCGCAGGAATCCAAGGAAGCACTGAACTTTACGCTGCCTCCCACTATCGCCGCAGTGCTGGCCAACATCCTGGTGCTGCTACCCGTTGTGGGCAACATCTTCGCCGTCATCGCCACAGCCATCTGGGTGGCCCTGACGTGCTTCTCCGTCTCGGCGGGAATCCGCGTAAACCACGGGCAACCTCACCGCTACAAGGTCAACCTGCGCTGGATTAAGTAG MADNAPEEPGSAAGRPQYHGAPANALPLTASEDRQWATLAHFGGILGCLPSLLIYLIFRDRGPFTAQESKEALNFTLPPTIAAVLANILVLLPVVGNIFAVIATAIWVALTCFSVSAGIRVNHGQPHRYKVNLRWIK NA NA NA NA NA D3-18_02110 852 hypothetical protein TTGGCTTTCGACAATTGGGGTCCGCAGGACCTGTCCGCTCCCGGCAAAAAGCAGCTGCCGGAAGTGGCTGTACAGCGGGGAATGGTCCTCGAAGACGTGCAGTCGGGCTGGGTGGGCGAAGTCACCCGTGTGGAGAAATCAGGTGGAATGCACGTTGTCTCCCTTGAAGACAGGCGTGGAAAGACCAAGTCATTCCAGCTGGGATTCGGGTTCCTTCTGGAAGGGCAGGCCATCCGGCTGATGCCCCCTGCCACTCGCCCTGCCGCCTCTGCCGCTCCTTCCAGCCGGACAGCGTCCGGCTCCGTGAGGGTACAAGGCCAACGTGCCCAGGTGGCCAAAGCCAGCCGCATTTGGGTGGAAGGAAAGCACGACGCCGAGCTCGTCGAGAAGGTCTGGGGTGACGATCTCCGTGTGGAGGGCATCGTCGTGGAGCCATTGCATGGCGTTGACGACCTGAAGTCGGCCATCGCCGCCTTCAACCCCGGCCCGGGCCGCCGCCTTGGCATCTTGGTGGACCACCTTGTCTCCGGGTCCAAAGAGTCGCGCATCGCAGCCGATGCAATGAACGTGCCCGGAGCAGCAGGAAATGTTCTGATTGTCGGCCACCCCTACGTGGACGTCTGGCAGGCCATCCGCCCAAAGGTCCTGGGCATCGACGCGTGGCCCGCCGTACCCCGGGGAATCGATTGGAAGACAGGAATCCTCACGGCCTTCGGTTGGCCCCACGAAACCGCGGAGGACATAGGCTTGGGCTGGCAGCGGCTCCTCGGGGCGGTTCGAACTTATGCCGACCTCGAAGCATCACTCCTGGGCCGTGTTGAAGAAGTCATCGATTTCCTGACAGTTCCTTGA MAFDNWGPQDLSAPGKKQLPEVAVQRGMVLEDVQSGWVGEVTRVEKSGGMHVVSLEDRRGKTKSFQLGFGFLLEGQAIRLMPPATRPAASAAPSSRTASGSVRVQGQRAQVAKASRIWVEGKHDAELVEKVWGDDLRVEGIVVEPLHGVDDLKSAIAAFNPGPGRRLGILVDHLVSGSKESRIAADAMNVPGAAGNVLIVGHPYVDVWQAIRPKVLGIDAWPAVPRGIDWKTGILTAFGWPHETAEDIGLGWQRLLGAVRTYADLEASLLGRVEEVIDFLTVP NA NA NA NA NA D3-18_02111 1008 hrcA COG1420 Heat-inducible transcription repressor HrcA ATGAGTGAGCCGCGCAAGCTTGAGGTGCTGCGTGCCATCGTTGAGGATTACGTGCATTCCAGGGAACCTGTTGGATCGAAGGCCCTCGTGGAGCGTCACCATCTCGGCGTTTCCAGTGCCACCATCCGGAACGACATGGCTGTCCTGGAAGAGGAAGGCCTGATTGCAGCACCCCACACCAGCGCGGGCCGCATCCCAACGGACAAGGGCTACCGCTTATTCGTTGACCGCATTTCCCAGGTAAAACCGCTTTCGGCGGCCGAACGCAGGGCGATCCACTCGTTGCTTGAGGGCCCGGATGATGTTGATGACATCCTGGAGCGCACCGTAAGACTCCTGTCGCAGCTGACCAACCAGGTAGCCGTGGTGCAGTATCCGCATTCGAATCGTGCGCTGGTCCGGCACGTGGAATTCGTCTTGTTGGCTCCAAAGCAGGTGCTTGTTGTCCTCATTGCAGATACGGGCAGCGTTGGGCAGAAGGTCATCGACGCCGGCTCTGACGTGAGTAATGAGGCGCTGATGCTCCTGAGGTCCCGCTTCCTTGGCAGCATCGCCGCCACCCAGATGGCTCTTTTGCCGCAAGTGCTTCCATCGGTAGTCGCCCTGTGTCCACCTGACCTCCGCAGCTTGGCGCAGACGTTGGCTCAGGGGCTGCAATCACTCAGTGACACCAGCCGCGAAGAGCGCATCCTGATGGCAGGAACGGCCAATCTGGCCCGCTCCAATGTGGACTTCCCCTTGAGCATCGGCCCTGTGCTGGAGGCACTCGAGGAACAAGTTGTCATGCTCCGGTTGTTGTCTGACATGGGGGATGATCCCCGCGGTGTCACCGTGAGCATTGGACGTGAAAATCCGTACGACGGCTTAGCTGAGGCGTCCGTCGTGGCTACCGGCTATGGCTCCGGCGCCAAGGTGGGGATTCTCGGTCCGACACGCATGGACTATCCCACCACCATGGCAGCCGTCCGCGCCGTGGCCCGTTACCTTTCCCGCATTCTCGGCGGCTGA MSEPRKLEVLRAIVEDYVHSREPVGSKALVERHHLGVSSATIRNDMAVLEEEGLIAAPHTSAGRIPTDKGYRLFVDRISQVKPLSAAERRAIHSLLEGPDDVDDILERTVRLLSQLTNQVAVVQYPHSNRALVRHVEFVLLAPKQVLVVLIADTGSVGQKVIDAGSDVSNEALMLLRSRFLGSIAATQMALLPQVLPSVVALCPPDLRSLAQTLAQGLQSLSDTSREERILMAGTANLARSNVDFPLSIGPVLEALEEQVVMLRLLSDMGDDPRGVTVSIGRENPYDGLAEASVVATGYGSGAKVGILGPTRMDYPTTMAAVRAVARYLSRILGG NA NA NA NA NA D3-18_02112 1128 dnaJ2 COG0484 Chaperone protein DnaJ 2 TTGAGCAGCCACTATGACGTTTTGGGAGTCTCGCCGGAAGCCACCGGGGAAGAGATCAAAAAGGCGTACCGCAAGTTGGCGCGGAAACTGCACCCCGACGTAAACCCCGGTGAAGATGTCGCGGAACAGTTCAAGGCCGTGACCCACGCTTACGAAGTGTTATCCGACCCCCAGAAGCGCCGGGTCTACGATGCCACTGGCAATGAGAACGGTACCGACAACGGTTTCGGTGGCGGCTACTCCGGTCAGGGTTTCGCGTTCCAGGACATCTTCGACACCTTCTTTGGTGGCGGTGGCGGCCACGGTGGTCCGGCCTCGCGTGTCCGTCGCGGCCAGGACGCACTCATCAGCGTCCGCATCGACCTGAAGGACGCCGTGTTCGGCGTCAACAAGAAGCTTGAAGTGGACACTGCCGTTGTTTGCCCCACCTGTGACGGCAGCTGCTGCCGACCGGGCACCCACCCGGAACGTTGCGACATATGCGGTGGCAGCGGCCAGGTACAGCGGGCTGTCCGATCCATACTCGGCCAGGTCATGACCACCGCGCCGTGTGGTTCCTGCGAAGGATTCGGCACGGTCATCAAAGACCCCTGCAACGAGTGCAATGGACAGGGCCGAATCCGCAGCCGCCGTTCCCTCACCATCAAGGTACCGGCCGGTGTCGCAACCGGTACGCGCATCCAGTTGTCCGGGCAGGGCGAAGCAGGTCCCGCCGGTGGTCCCGCCGGTGATCTTTACGTCGAAATCCGGGTCAACAACGATTCCATGTTCATGCGTGAAGGCGACGACCTCCATGCCACCCTGAGCGTTCCCATGACGGCGGCGGCACTTGGCACGGAGCTGCAGCTGGACACCTTCGATGGCGCGCAGGACATTGACGTGAAGGCAGGTACGCAGTCGGGCGAAGTCATTACCCTCCGCGGCTTGGGCGTCACGCACCTCCGTGGTTACGGACGAGGCGACCTCAAGGTGCACCTGCACGTGGAGACGCCAAGCAAGCTCGACCCCGCCCAGGAAGAACTCTTGCAGCAGCTTGCCAAGCTGCGCGGTGAGCAGTTCACCGAAGGAAAGCTTGTGGCAAGCGGCGGCATGTTCGCGAAGCTGCGGGACAAGCTCGGTAACCTGTAG MSSHYDVLGVSPEATGEEIKKAYRKLARKLHPDVNPGEDVAEQFKAVTHAYEVLSDPQKRRVYDATGNENGTDNGFGGGYSGQGFAFQDIFDTFFGGGGGHGGPASRVRRGQDALISVRIDLKDAVFGVNKKLEVDTAVVCPTCDGSCCRPGTHPERCDICGGSGQVQRAVRSILGQVMTTAPCGSCEGFGTVIKDPCNECNGQGRIRSRRSLTIKVPAGVATGTRIQLSGQGEAGPAGGPAGDLYVEIRVNNDSMFMREGDDLHATLSVPMTAAALGTELQLDTFDGAQDIDVKAGTQSGEVITLRGLGVTHLRGYGRGDLKVHLHVETPSKLDPAQEELLQQLAKLRGEQFTEGKLVASGGMFAKLRDKLGNL PGPT0014545_4323 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014545-dnaJ-K03686 NA NA D3-18_02113 774 rsmE COG1385 Ribosomal RNA small subunit methyltransferase E GTGAGCAACCCCGTTTTCTTCACAGCGTCGGGCAGCCTCGGCCAGGTGATCCCGGGTTCCACCTTCGTGCTCGAAGGTCCTGAGGCCCGGCATGCTGTAACGGTCAAACGCCTGGCTGCGGGCGAGCCCGTGGATATAGCGGACGGCTCAGGCGCGCGCCTGATAGGCACCGTGGTGGACGCCGGATCCAGCAGCTTGACTGTGAAGGCATCTGAGGTGCTTTTCGAGGATCGGCCGGAGGTCCGGTTGGTGCTGGTTCAGGCCCTGGCTAAAGGCGACCGTGATGAACTTGCCATCGAGACGGCCACGGAACTCGGAATAGATGCTGTCATTCCATGGCAGTCAGAACGAGCTATCGTGCGTTGGAAGGGCGAAAGGGCTGCCAAAGCCCATGCAAAGTGGCAGTCGGTGGTCACGGCGGCAGCCAAGCAGGCGCGGCGTGCCTGGATTCCTGAGGTCCGCTCCATCGTGGATACCGCCAACTTGGCGAAGGTCGTCGCGGCCGCGGACCTGGCCATCATCCTGCATGAAGACGCCAAGAACCCCTTGCGGACTGTCCTTGAAGAGTCGGATGCGATGCCACATGACGGTGCGGGGACGCCACGGGAGGTCCTATTGATCGTTGGACCGGAGGGCGGGATCTCACCGCGTGAAGTAACACGCCTCAGCGACGCGGGTGCGGTAACGGCCCTGTTGGGTCACCATGTCTTGCGGTCGTCGACGGCGGGACCCGCCGCCGTCGTCCTGGCCAGTGACGTGCTGGGCCGCTGGTAA MSNPVFFTASGSLGQVIPGSTFVLEGPEARHAVTVKRLAAGEPVDIADGSGARLIGTVVDAGSSSLTVKASEVLFEDRPEVRLVLVQALAKGDRDELAIETATELGIDAVIPWQSERAIVRWKGERAAKAHAKWQSVVTAAAKQARRAWIPEVRSIVDTANLAKVVAAADLAIILHEDAKNPLRTVLEESDAMPHDGAGTPREVLLIVGPEGGISPREVTRLSDAGAVTALLGHHVLRSSTAGPAAVVLASDVLGRW NA NA NA NA NA D3-18_02114 873 hypothetical protein ATGCTTGCTGTCCTGCTACTGACCGGTTGCATCGCCAATGGCGGCGGTGGCCAAACAAGCACGAGCCCGCCACCAATTACCGTCCAGGACGCACCTGCCAGCCACGCCCCGCTGGAGACCACGCAGGCTTCCACCAAAATCCCGGTGTATTGGATTGGACGCAGCAAGGAGGAGGTTTACCTCTACCGCGAGTTCAGGGACATTTCGAGCGACGAAAATCCTGTGACCACTGCGCTCCGCATCATGATGGCCGAAAAGCCCCTGGACCATGACTTCTTCACGCCGTGGCAGGACCCCGAGAGTCTTGCTACGTCCATCTCGGGCAAGAATGTGATTACCGTCGATATTTCGCGGGACGCCTTCAATTCGAACCTCGACGCCGGAATGGCGCATCGCGCCGTCCAGCAATTGGTCTACACGGCTACGGCAGCAGCCTCGTCCTCCGGCCTCATAAACTCGGGCCAGCAAATCCAGGTTGTCATTTTGGTTGACGGACACAAGGACTACATGGCGTTCGGGCAGGTGCAGCTCGGACAACCCATGGAACGGAATGCATCCTTGGTGGCGCCGCTCTGGATTATCGATCCGCAGGAAGAAACGTCGTTGCCGGCAGGCGTTGTCAAGTTCAATGGCCGCAGCACTGACAGCTCCAGGCCGGTCAGCTGGCAAATCCTCCAAGAGAACGACAAGGGCGAAAAGACCGGCCTGCTCACCGGTCAGACCAAGGCGACCGGTGAACCCGGCCAATACGGACTTTTCACCTTCAGCGCCACGTTGAAGACCGGAAAGTATGAGTTGCGGGTTACACAAGTCGATGAAGCCGGCGCCACCATCGAAACGAGCACCGATACCCGCCTGTTCAACGTCGGATAG MLAVLLLTGCIANGGGGQTSTSPPPITVQDAPASHAPLETTQASTKIPVYWIGRSKEEVYLYREFRDISSDENPVTTALRIMMAEKPLDHDFFTPWQDPESLATSISGKNVITVDISRDAFNSNLDAGMAHRAVQQLVYTATAAASSSGLINSGQQIQVVILVDGHKDYMAFGQVQLGQPMERNASLVAPLWIIDPQEETSLPAGVVKFNGRSTDSSRPVSWQILQENDKGEKTGLLTGQTKATGEPGQYGLFTFSATLKTGKYELRVTQVDEAGATIETSTDTRLFNVG NA NA NA NA NA D3-18_02115 1263 hypothetical protein ATGTATGACATGACGGGGCGGGCCCTGAGGATGCCGTCCGTTGAGGTTCATCGCGGGCCGGGCTGGCGTAGGATTGAAGACATTCCGGCATCCGGGCGGGCGCCTTTCAGCGGCCACGAATGTCGAATCGATGGCGTTAATACGACCAACCGGAGGAGAAAAGGCCCTAAGGCCAACACTATGAGTGAATCTTTGAACGGGCGGCTCAGGACCGGAAACGGCAACCAGCCGCCCACCGAGTTCCCGCACACACTACCGGGTACGCGCACGGAAGTTGTCACGTTCGACAACTCCGACCAAATGGTTCACTCGTTGGGAAGCCACGACGAAGCCTTGCGATACATCGAGGAACAGTTCCAGGACGTCAATTTCCACGTCCGTGGCAACGAACTCTCCATGACCGGGCCTTCCACAGTCATTCCACGCATTATGCGTCTCTTGGAGGAAGTCCGGGGGCTGGTGGCGAAGGGGACGGTGGTCACTCCGGACATCCTGCAGCAGCTCGTGTCCCTGTTGAGGACGCAGTCCGTGCAGAATCCGGCGGATGTCCTGACGCACAACATCCTCTCCAGCAGGGGTAAGACCATACGGCCCAAGACGCTGAACCAGAAGAACTATGTTGACGCCATTGACGACAACACCGTGATTTTTGGTATCGGTCCGGCTGGTACTGGAAAGACCTACCTGGCAATGGCCAAAGCAGTGCAGGCGTTGCAGACGAAGGAAGTCAGCCGAATCATACTGACCCGGCCCGCCGTGGAAGCGGGGGAGAGGCTGGGCTTCCTCCCCGGCACGCTGAGCGACAAGATCGACCCCTATCTTCGCCCGCTGTATGACGCCTTGCACGACATGATGGATCCTGAATCCATCCCGCGTTTGATGGCTGCGGGGACCATTGAGGTCGCTCCTTTGGCTTACATGCGCGGACGGACGCTGAATGACGCCTTCATCATTCTCGACGAAGCGCAGAACACCACCCCGGAGCAAATGAAGATGTTCCTGACCCGCCTCGGTTTCGGATCGAAGATGGTGGTCACAGGCGATGTCACGCAGATTGACCTGCCCTCCGGTTCAACATCGGGGCTGCGGATCGTCAGGGAGATCCTGAAGGGGATTGACGACGTCAATTTCTCTATCCTGGAGGCCGCTGACGTGGTAAGGCACCGGTTGGTTGCCGACATCGTCTCTGCCTACAGCACATGGGACGACGCACACCGCACCGACGCCGCAGGCGCACAGTACCAACGTGGAGAACGTAAATGA MYDMTGRALRMPSVEVHRGPGWRRIEDIPASGRAPFSGHECRIDGVNTTNRRRKGPKANTMSESLNGRLRTGNGNQPPTEFPHTLPGTRTEVVTFDNSDQMVHSLGSHDEALRYIEEQFQDVNFHVRGNELSMTGPSTVIPRIMRLLEEVRGLVAKGTVVTPDILQQLVSLLRTQSVQNPADVLTHNILSSRGKTIRPKTLNQKNYVDAIDDNTVIFGIGPAGTGKTYLAMAKAVQALQTKEVSRIILTRPAVEAGERLGFLPGTLSDKIDPYLRPLYDALHDMMDPESIPRLMAAGTIEVAPLAYMRGRTLNDAFIILDEAQNTTPEQMKMFLTRLGFGSKMVVTGDVTQIDLPSGSTSGLRIVREILKGIDDVNFSILEAADVVRHRLVADIVSAYSTWDDAHRTDAAGAQYQRGERK PGPT0002700_96 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-PHOSPHATE_STARVATION_RESPONSE,PGPT0002700-phoH-K06217 NA NA D3-18_02116 474 ybeY COG0319 Endoribonuclease YbeY ATGAGCATTGAAGTAAACAACGAGTCCGGTGTAGCGGTGGACGAAGCGCAGCTGGTGACGTTGTCACGCTTCATCTTTGAGCGTCTGTACATCCACCCCCAGGCCGAACTGTCCATTCTCCTTGTCGATGAACCGGCCATGGAAAAGCTGCACATCGAACTTATGGACGAGCCCGGAGCTACTGACGTGTTGTCGGTTCCGATGGACGAATTGACTCCGGGCACTCCTGACAAGCCCACGCCGCAGGGCATGCTGGGTGACATCGCCATCTGCCCGCAGGTGGCCGAGGTGCAGGCACGCAACGCCGGGCATGCCACCCAGGATGAGATGCTTCTCCTGACCACCCATGGCATCCTCCACCTGCTTGGTTTTGACCATGCGGAGCCGGAGGAAAGGGAAGAGATGTTTGGCTTGCAGCGGGAACTGCTGTCTGAATTCCTGGGCAAGGATGCCCCCATGGAGACCATGCAGTGA MSIEVNNESGVAVDEAQLVTLSRFIFERLYIHPQAELSILLVDEPAMEKLHIELMDEPGATDVLSVPMDELTPGTPDKPTPQGMLGDIAICPQVAEVQARNAGHATQDEMLLLTTHGILHLLGFDHAEPEEREEMFGLQRELLSEFLGKDAPMETMQ PGPT0002700_49 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-PHOSPHATE_STARVATION_RESPONSE,PGPT0002700-phoH-K06217 NA NA D3-18_02117 1332 hypothetical protein GTGACCTCGATCATCCTGGTCGGCATGGCACTGGTTTTCCTCAGCTTCGTTGCGCTGCTGACCGCAGCCGAGGCTGCCTTCAACTTCCTGCCCCGGCATGAGGCCGAACAATCGATAGTCCGCAGCAAGGGCAAAGCGCTGGGGGGCATTCTCAAGAACCCGATTGCACACATGCGCGCCCTGCGCTTTTGGCGCGTGTGGTTCGAGATGGCGGCAGCAGTTGCCGTCGCCGTGGTCCTGCATAGTTTGCTGGACAATGTGTGGCTGGCGGGTCTCGCGGCTACGGGCATTATGGCGGTGATTGGCTTCGTACTGGTGGGCGTGTCACCCAGACAGTTGGGCAGGGCCCACTCCGGTCCCGTCGTTCGCTTCACTGCACCGCTGATCCGGTTCCTGTGCTGGATATTGGGCCCCATTCCCGGCTGGCTGGTGGCCTTGGGGCAGGCAGTTGCGCCCGGCGCCCCGAGCGGGGACGACGCCTTCGTCAGCGAAGAAGAGTTCCGTGAGTTCGTGGATCGAGCCGCGGAGTCGGACATGATCGAAGACAATGAGGCTGAACTCATCCATTCAGTCTTCGACTTCGGTGACACTTTGGTACGTTCCGTGATGGTTCCCCGCACGGACATTGTCAGCATCGGTACGGGCTCGGACCTCGAGACTGCAATGGGCCTTTTCCTGCGTTCGGGCTATTCAAGGATCCCGGTCATCGGTGAGAACACGGATCAAATCCGTGGAATCCTTTACCTCAAGGACGTGGCTGCAGCCATGCATCGCAGCGAACCGGGACTGCAAGCCCATGACGTTGACTCACTTGCAAGGGATGTCCGTTATGTTCCGGAATCCAAGCTAGTGAGCGACCTCCTGAGGGAACTGCAAAAGGAGTCCACACATGTAGCGATCGTGATCGACGAGTACGGCGGCACCGCTGGACTGGTCACCCTTGAGGACCTCATTGAGGAGATCGTTGGCGAGATTGTGGATGAATACGACGCCGCCGCCGAGGAAGCGGTTGACCTCGGCGATGGCACGTACCGCGTGAGCGCCCGGATGAGCATCGATGACCTTGGCGAGTTGTTCGACATCGACCTCGATGACGACGAAGTGGATACGGTAGGTGGCCTCCTCGCGAAAGCCCTTGGTCAGGTTCCCATTGTTGGCAGCTCCGTTGAAGTGAACGGTATATCACTCCGGGCAGATAGGCTGGAGGGTCGCCGAAACAGGGTCAGCCACATCATTGCGGCAGCCATGCCAAAGGAAGACACTGACTTTGAAGACCTACTCGATGACGCCGACTCAACGCAACAGGGAGTTCCACGTGAGCAAGCAAAATAA MTSIILVGMALVFLSFVALLTAAEAAFNFLPRHEAEQSIVRSKGKALGGILKNPIAHMRALRFWRVWFEMAAAVAVAVVLHSLLDNVWLAGLAATGIMAVIGFVLVGVSPRQLGRAHSGPVVRFTAPLIRFLCWILGPIPGWLVALGQAVAPGAPSGDDAFVSEEEFREFVDRAAESDMIEDNEAELIHSVFDFGDTLVRSVMVPRTDIVSIGTGSDLETAMGLFLRSGYSRIPVIGENTDQIRGILYLKDVAAAMHRSEPGLQAHDVDSLARDVRYVPESKLVSDLLRELQKESTHVAIVIDEYGGTAGLVTLEDLIEEIVGEIVDEYDAAAEEAVDLGDGTYRVSARMSIDDLGELFDIDLDDDEVDTVGGLLAKALGQVPIVGSSVEVNGISLRADRLEGRRNRVSHIIAAAMPKEDTDFEDLLDDADSTQQGVPREQAK NA NA NA NA NA D3-18_02118 963 era_2 COG1159 GTPase Era GTGAGCAAGCAAAATAAGAAATTCGATGCCGATGCCGATTTCGGTGGCTTCCACGCTGGCTTCTCGGTGCTTGTCGGCCGACCCAACGCGGGAAAGTCGACTCTGACCAATGCCTTGGTTGGCCAGAAGGTTGCCATCACCTCGGCCAAGCCGCAGACCACTCGTCACACTATCCGCGGTATCGTTCACCGCGATGATGCCCAACTGATCCTCGTGGACACCCCGGGCCTTCACCGTCCACGCACCCTGCTGGGGAAGCGTCTCAACGAGCTTGTGGCAGACACCCTGGCGGAAGTCGATGCCATCGGTTTCTGCCTGCCGGCCAACGAAAAAATCGGCCCGGGCGACAAATACATCGCGGCGCAGCTGGCCGCCGTCGGACGTAAGCCGATCGTGGCGCTGGTGACTAAAACGGACCTTGTGGACCGTCAGGCGTTGACGGAGCAACTGCTCGCAGTCGCCGGTTTGGGACGCGACGTCCTTGGTGAGCAGGGCTGGGCTGACATCGTGCCTGTTTCCGCTGCCGATGGTTTCCAGGTTTCTACGGTGGCAGATGTGCTGATCAGCCACATGCCGTCGTCGCCGCCGCTTTATCCTGATGGCGAGCTGACTGACGAGCCAGAGGCCGTCATGATCGCTGAGCTTATTCGAGAAGCGGCCCTTGAGGGCGTCCGTGATGAACTTCCGCACTCCCTCGCAGTGGTGGTGGAGGAAATCGTTCCCCGAGAAGGCCGTACCGAGGACAACCCGCTATTGGATGTTCGAGTGAATCTTTATGTCGAGCGGCCTTCGCAGAAGGCCATCATTATCGGCAAGGGGGGAAGCCGGCTGCGTGAGGTGGGAACCAATGCCCGCAAGGGAATTGAAACGCTGCTCGGTACCCGGATTTACCTGGATCTCCACGTCAAAGTGGCTAAAGACTGGCAGCGCGATCCAAAGCAACTGGTCAAACTCGGGTTCTAA MSKQNKKFDADADFGGFHAGFSVLVGRPNAGKSTLTNALVGQKVAITSAKPQTTRHTIRGIVHRDDAQLILVDTPGLHRPRTLLGKRLNELVADTLAEVDAIGFCLPANEKIGPGDKYIAAQLAAVGRKPIVALVTKTDLVDRQALTEQLLAVAGLGRDVLGEQGWADIVPVSAADGFQVSTVADVLISHMPSSPPLYPDGELTDEPEAVMIAELIREAALEGVRDELPHSLAVVVEEIVPREGRTEDNPLLDVRVNLYVERPSQKAIIIGKGGSRLREVGTNARKGIETLLGTRIYLDLHVKVAKDWQRDPKQLVKLGF NA NA NA NA NA D3-18_02119 1560 tagU_1 Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagU GTGCGACGTCGTGACGCCCGCCCGCAGGGCACCGGCACCGCTGTCCCCGGTGGGGCACGCCATGGAGAGGATGCCGACGGTACCCCTCGCCATATGAAGGCGCCCAAAGGCCTGCCGCTTTGGTTGAAAATTGTTACCGGCGTGGTCTCCGTTGCGCTGGTCGCAGGCGTTGCCTTTGCTGCATTTTGGTTTATCCGGTTGCAGACCAACATCACCAAGGCTCCCTTGAGTGCCGGAGAGACACGCAATGCCGGTGATCCGCTGGTCGATGACAAGACGGATCGGCTGCAGATCCTGATCCTTGGCTCCGATACCCGTGATGGTAAGAACGCCGAATACGGCAGCACTGAAGACTCCACCGGCTATGGACACTCGGATGTCATGATGCTCCTGGATATCTCCGCGGACAATAAACGCGTAAACGTCCTGAGTTTCCCGCGAGACCTGTTGGTGGACGTGCCGCAGTGCACGGACCGCACCAATAACCAGACATTTCCCGCCCGGAGCGGCGTGATGATCAATGAAGCCATGGCAGAGGCCGGAATCGGTTGCGCCGTGGATACGGTCAATCAACTGACGGGCTTGGAAATCGACCACTTCATGATGGCGGATTTCAACGCCGTCAAGGAGCTCTCCCACGCTGTAGGCGGCGTCAACGTTTGCGTCAGTGATCCGGTCTTTGACCCGGATTCCCGGCTCCGCCTGGCCAAGGGTGATTCCCTGGTGGAAGGCGAACAGGCTTTGGCATTCCTCCGAACCAGGCATGCTTTCGGTGACGGAGGCGACCTCGGTCGCATCAAGGGCCAGCAAGCCTTCCTCTCATCCCTCACCCGGAAGCTCAAGGACGAGGGGACTTTGGGCAACCCGCAGAGGCTGTTGCAAATCGCGGATGTGGTGACGCAGAACCTGACAGTGGATGAAGGCCTGGCGTCAGTTCCTTCATTGTTGACCATTGGTGGGCGGCTCAAGGATATTGATGTTTCCAAGGTGGCGTTCGTGGCTGTGCCCACACAGCAGGCGGCGGTTGACCTTAATCGGTTGGAGCTGGTGGAGCCTCAGGCATCACAGCTGTTCGCGGCACTACGTGCCGACCTCGACCTCACAACACCCGGCGCGACGTCCACTCCTGCACCCAGCGAAAGCCCGGCTCCTCAGCCAACGGCCATCACGCCTGCCGCACCCGCGTACGACAAAGCGATCCAGCCGGTGGCCGTTGCCAACGGCAGCGGCGTCGCTACCCGGGCGCAGGAGCTCATGACTGTGCTCACTGGGAACGGATTTGCCCAGACAGTGTCCTACTTGGCTAATCCAGTGGATCAGACTGTGCTTTACTACGGACCCGGTTTTGCGGATGTGGCTGCCGACGTGGCCGCACTGTTCGGCATCCCGGCAGCGCAAGTTCAGGAAGCCCCTGGGGTAGCGGGCGTGCAGCTTTACGTAGGCACGGACTTCGGTACCGGAACCGCCTACGGTGCAGCCTCAGTACCGTCAGATGTTGTCAACCAAACGGCCAGTGATGCCGTTTGCCAACAGGTGAATCCCCTCTACATCGACCAGTAG MRRRDARPQGTGTAVPGGARHGEDADGTPRHMKAPKGLPLWLKIVTGVVSVALVAGVAFAAFWFIRLQTNITKAPLSAGETRNAGDPLVDDKTDRLQILILGSDTRDGKNAEYGSTEDSTGYGHSDVMMLLDISADNKRVNVLSFPRDLLVDVPQCTDRTNNQTFPARSGVMINEAMAEAGIGCAVDTVNQLTGLEIDHFMMADFNAVKELSHAVGGVNVCVSDPVFDPDSRLRLAKGDSLVEGEQALAFLRTRHAFGDGGDLGRIKGQQAFLSSLTRKLKDEGTLGNPQRLLQIADVVTQNLTVDEGLASVPSLLTIGGRLKDIDVSKVAFVAVPTQQAAVDLNRLELVEPQASQLFAALRADLDLTTPGATSTPAPSESPAPQPTAITPAAPAYDKAIQPVAVANGSGVATRAQELMTVLTGNGFAQTVSYLANPVDQTVLYYGPGFADVAADVAALFGIPAAQVQEAPGVAGVQLYVGTDFGTGTAYGAASVPSDVVNQTASDAVCQQVNPLYIDQ NA NA NA NA NA D3-18_02120 1953 pepO COG3590 Neutral endopeptidase GTGCCACAGTCGGGGATCTCTCTTTCCAACATCGATCACAGCGTCCGGCCCCAGGACGACCTCTATCAGCACGTCAATGGTGCGTGGCTCAACAGCACAACGATTCCGGACGACAGGCCGCTTGAAGGCACTTTCACGGCTTTGCGCGATGGCGCGGAGCTGGCCGTGAAGGCGATTATCGAAGAGGCAGCCGCCAAAGGCGAGTCAGCCACCGGCGTCGAACAGAAAGTTGGCGGACTCTACGCCAGCTTCATGGACGAAGAAGCAGCCGAGGCGAAAGGTATGGAGCCCGTGCGAGGCCGTCTTGATGAGGTTCGCGAGGTGGGCTCCCCGGCGGAACTGGCTGCCCTGATCGGACGATTGTTCCGCGCGGACGTCTCCGGACTTTTCTCCATCTACCCCGCACCGGACGCAGGCAACCCGGAACGCATACTCCTCTATATCGGACAAGGCGGCTTGGGCCTGCCGGACGAGTCCTACTACCGCGAAGAAAAGTTCGCGGCCATCGTCGCGGCTTATGGTGAGTACATTGCCAAGCTGTTCAACCTCGCTGGCATCCCCGACGCGCAAGCTGCCTCCCAGCGCATCGTCGCACTCGAAACCGCCTTGGCATCCCATCACTGGGACAACGTCACTCTGCGGGATCCCCAGAAGACCTACAACCTCAGGACCTCGGCTGAAGCGGTGGAACTGTTCCCCCTGCTGGACACCTGGTTCCAGGCGGCGAGGGTGGAGCCAGGCAAGCGAAGTGAAATTGTGGTGAGCACGCCGGACTTCTTTGCGGGCGCGGCAGCTTTGCTGGAATCCGAGCCCCTGGAAACTTGGAAGGAGTGGCTGACCCTCCGGGTTCTCAGTTCGTCCGCGCCTTATCTTTCGTCCGCGTTCGTTTCCACGAACTTCGACTTTTACGGCACCACTCTCAGTGGTACGCCACAGAACAAAGAACGGTGGAAGCGAGGAGTAGCCGTCGTCGAAGCGGCCCTTGGCGAGGCAGTCGGCCAAATCTACGTTGATCGGCACTTTCCTGCCGGCCACAAAGCAAGGATGGAGACGCTGGTCTCAAACCTGATCGAAGCTTATCGGGAGAGTATCTCTTCCCTTGGATGGATGGGCGAGGAGACCAAGAAAGAGGCACTAAAGAAGTTGGACGCGTTCCGTCCTAAGATCGGTTTCCCTGACAAGTGGATCGATTACTCCGCCGTGGAAATTGACCCGACGGATCTTCTTGGCAACGTGCAGCGTGCCCATGATGCGGATGTGGACCGGCACTTGGACGAGATCGGTAAGCCGGTTGATCTGACAAAGTGGCTCATGACGCCGCAGACCGTGAACGCCTACTACCATCCGATGCTCAACGAGATCGTCTTTCCCGCTGCTATCCTTCAGCCACCCTTCTTTAACGCAGACGCGGATGACGCTGTGAACTATGGCGGGATCGGCGCGGTGATCGGTCACGAAATCGGCCATGGTTTCGACGACCAAGGGTCCCAGTTCGATGGCAGCGGCGCGCTCCGCAATTGGTGGACGGAGGACGACCGTACAGCCTTCGAAGCCCTGACTGCGAAACTGGTTGCCCAGTACGACGCCCTGTCCCCCTACGCAGCGCCCGACCATAAGGTCAACGGCAAGCTAACTCTGGGCGAGAACATCGGCGACCTCGGAGGCCTCACTATTGCCTACAAGGCCTATCTACTGAGCCTTAACGGGGCTGAGCCGGAGGTCCTTGACGGCTTCACGGGCTTCCAGCGGTTCTTCATGTCGTGGGCTGCGGGTTGGCGCCAGGTGATCCGCACCGAAGAAGCGATCCGGAGACTGGCTACGGACCCGCACTCCCCCAACGAATTCCGCACCAACGCCATAGCCCGCAACCTCGACGCCTTCCATGAAGCGTTCGCCGTGACGGAAGCCGATGGCATGTGGATGGACCCCGGGGAACGCGTCAGCATCTGGTAG MPQSGISLSNIDHSVRPQDDLYQHVNGAWLNSTTIPDDRPLEGTFTALRDGAELAVKAIIEEAAAKGESATGVEQKVGGLYASFMDEEAAEAKGMEPVRGRLDEVREVGSPAELAALIGRLFRADVSGLFSIYPAPDAGNPERILLYIGQGGLGLPDESYYREEKFAAIVAAYGEYIAKLFNLAGIPDAQAASQRIVALETALASHHWDNVTLRDPQKTYNLRTSAEAVELFPLLDTWFQAARVEPGKRSEIVVSTPDFFAGAAALLESEPLETWKEWLTLRVLSSSAPYLSSAFVSTNFDFYGTTLSGTPQNKERWKRGVAVVEAALGEAVGQIYVDRHFPAGHKARMETLVSNLIEAYRESISSLGWMGEETKKEALKKLDAFRPKIGFPDKWIDYSAVEIDPTDLLGNVQRAHDADVDRHLDEIGKPVDLTKWLMTPQTVNAYYHPMLNEIVFPAAILQPPFFNADADDAVNYGGIGAVIGHEIGHGFDDQGSQFDGSGALRNWWTEDDRTAFEALTAKLVAQYDALSPYAAPDHKVNGKLTLGENIGDLGGLTIAYKAYLLSLNGAEPEVLDGFTGFQRFFMSWAAGWRQVIRTEEAIRRLATDPHSPNEFRTNAIARNLDAFHEAFAVTEADGMWMDPGERVSIW NA NA NA NA NA D3-18_02121 1740 leuA COG0119 2-isopropylmalate synthase ATGCGTAATGCACAAAAGCCCTCCGGTATGCCGATTCACCGCTACCTGCCGTTCCAGGACCAGATCACCGTCGAGGTTCCGGACCGCACTTGGCCGGATAAGGTCATTACCAAGGCTCCGCGTTGGTGCGCAGTTGACCTGCGCGATGGCAATCAAGCACTGATCGACCCCATGAGCCCGGCCCGCAAGCTGAAGATGTTCCAGCTGCTCGTCAGGATGGGCTACAAGGAAATCGAAGTTGGTTTCCCCTCAGCGTCGCAGACCGACTTCGACTTTGTTCGCCAACTCATCGAGGGCGGCCATATTCCGGACGACGTCAGCATCCAGGTTCTGACGCAGGCGCGTGAACACCTGATTGAACGGACCTACGAATCCTTGGTCGGCGCCAAGCAGGCAATCGTGCACCTGTACAACTCCACATCTGTACTGCAGCGCCGCGTTGTGTTCAACCAGGACGAAGACGGCATTCTGGATATTGCCTTGCAAGGCGCGCGCCTGTGCAAGAAGTATGAAGAGACCCTGACAGATACGCACATCACGTATGAGTACTCACCGGAGTCATTTACGGGCACCGAACTCGAGTATGCCGCCCGCGTGTGCAACGCCATCGCGGATGTCTTTGAGGCCTCGGCCGACAAGCAGGTCATCATCAACCTGCCGGCCACGGTGGAAATGGCAACCCCCAACGTCTATGCAGACTCCATCGAGTGGATGCACAGGAACCTGCACCCCCGAGAGGGAATCATCATCTCCCTGCACCCGCACAACGACCGCGGCACGGGTGTAGCTGCAGCTGAGCTCGGTTACCTGGCAGGCGCCGACCGTATTGAAGGGTGCTTGTTCGGCAACGGCGAACGTACCGGCAACGTCGATTTGGTGACGCTGGGCCTCAACATGTTCGTGCAGGGTGTAGACCCCATGATCGATTTCTCCGACATTGATGAAATCCGCCGCACTGTGGAGTACTGCAACCAGTTGCCGGTGCCGGAGCGTTCGCCCTACGGTGGCGACCTCGTCTTTACCGCCTTCTCCGGTTCACACCAGGACGCCATCAAGAAGGGCTTTGAGGCGCTCGAGAAAGACGCTGCCGCTGCGGGGAAGCCGGTTGACGACTTCACATGGCAGGTTCCGTACCTGCCCATCGATCCCAAGGACCTCGGCCGCAGCTATGAAGCTGTCATCCGGGTTAACTCGCAGTCCGGCAAGGGCGGCGTGGCCTACCTGCTGAAGAACGAGCACAACCTGGATCTGCCCCGCCGGGCACAGATCGAGTTCTCCGGAGTCATCCAGAGGCGTACCGATGCCGTGGGCGGCGAGGTCAGTGGTGCCCAGCTGTGGCAGATCTTCCAGGATGAGTACTTGCCCTCGGAAGAGGAGCAGGCTCAGTGGGGTCGCTATGGGCTGGGTAGTGTGAGCACTGAGACGGATGAAACCGGCGCCATGACCATGAACGCAAACCTCCGGATCGACGGCGTCGAAGTCCGCCGAACCGGCCACGGCAATGGCCCCATTGCGGCCCTGTTGGACATACTCCACCACGACGGCGTTGACGTGCGGGTGCTCGATTACAGCGAGCACGCCCTGTCCGAAGGCGGCAGTGCCAGTGCTGCGGCATACGTTGAATGTGCTGTCGGAGAGCGCGTTTTGTGGGGCGTCGGAATTGACCCCAGCACCACCACGTCCTCCCTCAAGGCCCTGATCTCGGCAGTGAACCGGGCCGTCCGGGACGCTCAGGCTTAA MRNAQKPSGMPIHRYLPFQDQITVEVPDRTWPDKVITKAPRWCAVDLRDGNQALIDPMSPARKLKMFQLLVRMGYKEIEVGFPSASQTDFDFVRQLIEGGHIPDDVSIQVLTQAREHLIERTYESLVGAKQAIVHLYNSTSVLQRRVVFNQDEDGILDIALQGARLCKKYEETLTDTHITYEYSPESFTGTELEYAARVCNAIADVFEASADKQVIINLPATVEMATPNVYADSIEWMHRNLHPREGIIISLHPHNDRGTGVAAAELGYLAGADRIEGCLFGNGERTGNVDLVTLGLNMFVQGVDPMIDFSDIDEIRRTVEYCNQLPVPERSPYGGDLVFTAFSGSHQDAIKKGFEALEKDAAAAGKPVDDFTWQVPYLPIDPKDLGRSYEAVIRVNSQSGKGGVAYLLKNEHNLDLPRRAQIEFSGVIQRRTDAVGGEVSGAQLWQIFQDEYLPSEEEQAQWGRYGLGSVSTETDETGAMTMNANLRIDGVEVRRTGHGNGPIAALLDILHHDGVDVRVLDYSEHALSEGGSASAAAYVECAVGERVLWGVGIDPSTTTSSLKALISAVNRAVRDAQA NA NA NA NA NA D3-18_02122 753 recO DNA repair protein RecO GTGGTCAATCCGTCGTTTGCAGCGCGGTCCTATCGGGACGATGCCGTGGTGCTTCGTACCCATAAGCTGGGCGAGGCGGATCGAATCATCACTTTGCTGACCAAACACCATGGTCAGGTTCGTGCCGTTGCCAAGGGTGTTCGCAGGACCAGTAGCCGCTTCGGGGCGCGGCTGGAGCCCTTCATGGTGGCGGACCTGCAACTGGTTTCGGGCCGGACGTTGGACATTGTGACCCAGGCCGTGGCGAAGGGCGCGTACGGAAGTAGTATCGCGGCCGACTATGGGCGGTTCACTGTGGCTGCAGCCATGACTGAGACTGCCGAGAAGCTCACGGATGCCGATACCGAATCAGGGACCGCCCAATACAATCTGCTGGTTGGTGCGCTGGCTGCCCTGAGCCGTTCGGACCATCCGCCCGAGCTCATTCTTGATTCTTATCTTTTGCGGGCGTTGGCCACCGGTGGCTGGGCGCCCAGCTTCACTGATTGTGCGCGTTGTGGCCGTCCCGGTCCTCATACAGCGTTTGCCGCCCCAGTTGGCGGCATGGTGTGCGGCGACTGCAGGCCCCCGGGTTCTCCAGCGCCGGCGCCGGAGACAGTGCTGTTGCTGGGGGCCTTACTAACTGGCAATTGGAGCGTAGCTGATGCTTCGGATCCGCGGCACAGGCGGGAGGCAGCCGGCTTGGTGGCCAGTTACCTCCAGTGGCATCTTGAACGGGCCCTGAAATCACTCAAACACGTGGAGCGAAGCTGA MVNPSFAARSYRDDAVVLRTHKLGEADRIITLLTKHHGQVRAVAKGVRRTSSRFGARLEPFMVADLQLVSGRTLDIVTQAVAKGAYGSSIAADYGRFTVAAAMTETAEKLTDADTESGTAQYNLLVGALAALSRSDHPPELILDSYLLRALATGGWAPSFTDCARCGRPGPHTAFAAPVGGMVCGDCRPPGSPAPAPETVLLLGALLTGNWSVADASDPRHRREAAGLVASYLQWHLERALKSLKHVERS NA NA NA NA NA D3-18_02123 777 COG0020 Trans,polycis-polyprenyl diphosphate synthase ((2Z,6E)-farnesyl diphosphate specific) GTGGTTGCCCCTTACGGACACCCTTCCGGGGCCCTGCCGCCGAGCATTCCAAGTGAGCTCATTCCGCAGCACGTGGCCATAGTCATGGACGGCAACGGGCGTTGGGCTAATCAGCGAGGCCTCCCTCGGATAGAGGGGCACAAGGCCGGCGAGCCGGCGCTCTTGGACGTTATGGCAGGAGCGATCGAACTCGGGATCAAGTACGTCAGCGTGTACGCGTTCTCCACCGAGAACTGGCGCCGGTCACCGGAAGAAGTTCGATTCCTCATGGGATTTAACAAGGATGTACTACGCCGCCAACGCAACCAACTGGATGAGTGGGGTGTCCGCATCCGTTGGGCTGGCCGCCGGCCCCGTCTGTGGGGATCGGTCATCAAGGAGTTGGAAGAGGCAGAGGACTACACCCGGGCCAATGACACCTGCACGTTGACCATGTGTGTTAATTACGGTGGACGGGCAGAAATAGCCGACGCCGTTTCCGCCATTGCGCACGACGTCGCCGCTGGAAGGTTGAAGCCAGGATCGGTGTCGGAGAAGACCATTCAAAAGTACTTGGATGAGCCGGACCTTCCCGATGTGGATCTCTTCCTGCGGAGTTCGGGGGAGCAGAGGCTATCAAATTTCCTTCTGTGGCAGTCGGCTTACGCGGAGTTTGTCTTCATGGACACGCTGTGGCCGGACGTGGATCGGCGGACCCTCTGGGACGCCGTCGAAATTTATGCCAAACGCGACCGGCGCTATGGAGGGGCAGTGGACGCGGCCCCGGTTGTCAAATAG MVAPYGHPSGALPPSIPSELIPQHVAIVMDGNGRWANQRGLPRIEGHKAGEPALLDVMAGAIELGIKYVSVYAFSTENWRRSPEEVRFLMGFNKDVLRRQRNQLDEWGVRIRWAGRRPRLWGSVIKELEEAEDYTRANDTCTLTMCVNYGGRAEIADAVSAIAHDVAAGRLKPGSVSEKTIQKYLDEPDLPDVDLFLRSSGEQRLSNFLLWQSAYAEFVFMDTLWPDVDRRTLWDAVEIYAKRDRRYGGAVDAAPVVK PGPT0024180_222 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024180-uppS|ispU-K00806 NA NA D3-18_02124 1074 hypothetical protein ATGACCACCACGGAGGAGTCGGTTTCGCTATGGCAGCCCGACGTCCTCGGCCACGGCTACGAGCGTATGGATTTGCCTTTGAAAGCCGACGAGGAGGGGCCGGTAAAAGCGACCCTCGTCAGGCATGCACCGCCCCTGGCCCATCCATCCCAGCAAGGCGTGCTTGACTTCCTGGCGACCTTTACCAAACGCAAACGACGCCCCTCCCCATCTGATCCCGGCGGAGCACCGAGGGTGGTCCTTTACCTGCACGGATGGGCGGACTACTTTCTGCAGACCGAACTGGCAGAGTACCTAACAGCGTCAGGCTTTCACTTCTATGCCCTGGACCTGCGGAAATTCGGCCGCAGCCTGCTACCGGGACAGACGCCCGGCTACACATCCGATCTTGGCGTTTATGACGACGACATCGCCGCAGCCCTACGTGAGATCGAGCGGGACGTAGCCGTAAGGACCAATAACGCAACGCCGCCCACTATCCATATGCTCGCCCATTCCTTGGGTGGCTTGATCGCGGCCCTGTGGGCGGACCGGAATCCCGGTCGCTTGGGAACCCTGGTCCTGAATTCACCGTGGCTCGAACTCCAGGGAAGCAGCCTGGTCCGCAGTATCGCCATGCACCTGGTGGAACCCTTTGCCCGGACCGATCCAAAACGTCCTTTCAGATTCCCGGAAATGCCCGCATATTGGGAAAGTGTCAGCAACGAGGCACATGGCGAGTGGATGCTGGATCCGGTGTGGCGTCCGCGGGCTTCGTTTCCTATCCGCGCGGGATGGACAAAAGCAGTTCTAGCGGGCCACGCCACGGTGGAGCGCAAGCTCAACATAGACGCCCCGGTGCTGGTGCTTTTGTCCGGGAGGACCAGGATCCAAGCCGAATGGACTGCTGACCTCATGCGTGCCGATGCCGTCATCGACGTTGAAGAAACGTCGCGGCGGGCGCTTGGGCTTGCCCGGAGGACCGCCGTTTTCCGCTATCCCGGCGCCCTGCACGACGTGTTTCTGTCAAGGCGCACGGTCCGCCAACAGGCCTACCGTGACGTTGCCGTGTGGCTGGCGGCCTATCCCTACTGA MTTTEESVSLWQPDVLGHGYERMDLPLKADEEGPVKATLVRHAPPLAHPSQQGVLDFLATFTKRKRRPSPSDPGGAPRVVLYLHGWADYFLQTELAEYLTASGFHFYALDLRKFGRSLLPGQTPGYTSDLGVYDDDIAAALREIERDVAVRTNNATPPTIHMLAHSLGGLIAALWADRNPGRLGTLVLNSPWLELQGSSLVRSIAMHLVEPFARTDPKRPFRFPEMPAYWESVSNEAHGEWMLDPVWRPRASFPIRAGWTKAVLAGHATVERKLNIDAPVLVLLSGRTRIQAEWTADLMRADAVIDVEETSRRALGLARRTAVFRYPGALHDVFLSRRTVRQQAYRDVAVWLAAYPY NA NA NA NA NA D3-18_02125 1026 hypothetical protein ATGGAGTGGACGGCTGACATCCTGGGATCCGACTTCCAATCCTGCGGGGTGGACGCCCCAGGACCGGATGGCGTGGTCCGGCATGCCACCTTGATTCGGCACAGGGTCCAGTCCAAAGATCAAGCTGACGGCGACGCGCACTCAGCTCCGAGGCGCTACGGTGCCGTACTTTTCCTGCACGGTTGGAGCGATTACTTCTTCAATACCGAGCTGGCCCGCTTCTGGGCACAGCAAGGCTACGACTTCTACGCCCTGGACATGCACAACCACGGCCGGAGCCTGCAGGCCGATATGCCCGGCGGCTACGTGGCCAACCTGGCTGACTACGATGCCGAGATTGACAAGGCCATCGAATTCATCCGCCACGACCACGCTGACTCCTCAGCGGGAAGCCTGACCCTGATGGGCCATTCAACCGGAGGGTTGGTTGCAGCGCTGTGGGCCAGCCGCCACCCGGACGACATCCAATACCTGATTCTCGACAGTCCATGGCTGGAGATGCACGGTAGTTCACTGGTGCGGCGCGCCGCGCAAGCCATGGTGTCGCCGATCGCAAAGATCCGCCCGGAGACGGTCTTGAAGTTGCCGGAGCGGGGCTTCTACTTCCGGAGCATCAGCAGCACTGCTGAAGGGGAATGGACCTTGGATGAGAACTATAGGCCTCCGCTCGCTTTCCCTGTCCGGGCAGGTTGGTTGAGCGCTGTGTTCGCAGGTCATTCGCAAGTGGCTCGCGGCTTGAAGCTGGAGATGCCTGTCCTTGTGCTGACTTCAACCACCAGCGCCAATGGCATGGTGTGGCAGGAATCGATGCGCCGTTCGGATGCCGTACTGGACGTCAGCGTCATTGCACTGCGGGCCATGGCCTTAGGCCGAACAGTTACTTTGGAACGCATCGACGGAGCCCTCCATGACGTCTTCCTTTCAGCTCCGGCAGTAAGGAAGGACGCATATTCACGACTTGCCCGGTGGGTCAACGGTTTTATGGACAACAATGAGCAGGATCGTCGGCGGGAAGGGGACGCATGA MEWTADILGSDFQSCGVDAPGPDGVVRHATLIRHRVQSKDQADGDAHSAPRRYGAVLFLHGWSDYFFNTELARFWAQQGYDFYALDMHNHGRSLQADMPGGYVANLADYDAEIDKAIEFIRHDHADSSAGSLTLMGHSTGGLVAALWASRHPDDIQYLILDSPWLEMHGSSLVRRAAQAMVSPIAKIRPETVLKLPERGFYFRSISSTAEGEWTLDENYRPPLAFPVRAGWLSAVFAGHSQVARGLKLEMPVLVLTSTTSANGMVWQESMRRSDAVLDVSVIALRAMALGRTVTLERIDGALHDVFLSAPAVRKDAYSRLARWVNGFMDNNEQDRRREGDA NA NA NA NA NA D3-18_02126 1683 COG3573 KsdD-like steroid dehydrogenase ATGCCGCTGGAAAATCGTGACGCAGATCATGGGAGCCACAAGGTCACTGCCGACGTCGTGGTGGTCGGAGCTGGGTTGTCCGGGCTGGTTGCCGCGGCCACAGCCTATGCTGCCGGCAAGACGGTGGCTGTCCTGGACCAGGAGCCGGGGGCATCCATGGGCGGTCAGGCGCACTGGTCCTTTGGCGGCCTTTTCATGGTCAATACGCCTGAACAACGGCGCTTAGGGGTAAGGGATAGCACCGGGATCGCCCTTTCGGACTGGCTGGCGTCGGCCGCTTTCGACCGCTCCGTGGACCTGAAGGCCCGGGAGTGGGCAGAGGCCTATGTCCACTTCGCCTCAGGTGAGAAGCGGGCATGGCTGCGGAGCCTGGGCGTAGGCCTTTTCCCCCTGGTGCAGTGGGCTGAACGCGGCGGATACGGGCCGCAAGGCCACGGCAATACCGTCCCCCGGTTCCACGTCACGTGGGGCACGGGACCGGCGCTGGTTGAACCGTTCCTCGCCAAGGTGCTGGAGGGCGTTGATACCGGCAGGGTCAGCCTGCACTTCAGGCACCGGGCTTTGTCGCTGACGACGACGGCGGGCAATGTCACCGGCGTTTCCGGCGAGGTACTGGAACCGTCGACGGCGCTCAGGGGCCAAGCATCTGGCCGCGTCGTCGTCGGGAGCTTTGAGGCAAGGGCGGGAGCTGTGGTGGTGACTACCGGCGGCATCGGCGGCAATCACGCCAAAGTGCGCCGGCAATGGCCGGATAACACTGCTCCCGAATTCATGCTCAGTGGAGTACCTGCTTCAGTTGACGGCGAGTTCCTGTCCGCCGGGGAATCCGCCGGAGCTGCCTTGGTCAACGGCGACCGAATGTGGCACTACCCCGAGGGAATCCACAACTATGATCCGGTGTGGCCCAACCATGGAATCCGCATCCTGCCCGGTCCATCGTCACTTTGGCTCGACGCCGAAGGACGTCAGTTACCGGCGCCGCTCTTCCCTGGCTTCGACTCACAGGGAGCGCTTCGGCACATAATCGGGACGGGACACGGGTATTCATGGTTTGTCCTCAACCGCACCATCGCGCTCAAGGAACTGGCCCTCTCCGGGTCCGAGCAGAACCCGGATCTCACAGGTAAGGATATTCGGCTGCTCGCAACGAGGCTCCGGCCTAACAGCGACACGCCTATTCAGCGTTTCATAGAAAGGGGTGTTGATTTTCTCCAGGCTGCAACGCCTATAGAGCTTGCTTCACGAATGAACCAGCTCACAGGAAGCTCCTTGATCGACGCCCACGGGCTCGAGTCACTGATTCGGGCCAGGGACAGCCAGGTAGCCAGCGGGCTGGGCAAGGATCCGCAATTGGCAGCCATCAGGGCAGCGCGGCGATTTGCAACCGACAAGTTCATGCGGGTGGCTCCCCCGCACCGTTTGACGGACCCGGCGCACGGACCCCTGCTTGCCGTTCGGCTGTCAGTACTGACACGTAAGAGCTTGGGCGGTCTCACAACAGATTTGCGCTCAAGGGTTCTGGACGACGAAGGGAAGGACATCCCAGGCCTCTATGCAGCCGGAGAAGCTGCCGGATTCGGTGGAGGCGGTATCCATGGGTACCGGGCCTTGGAAGGAACATTCCTCGGCGGTTGCCTCTTCACCGGGAGGGCCGCGGGCCGGGACGCCGCAGCCAGTGTCTAA MPLENRDADHGSHKVTADVVVVGAGLSGLVAAATAYAAGKTVAVLDQEPGASMGGQAHWSFGGLFMVNTPEQRRLGVRDSTGIALSDWLASAAFDRSVDLKAREWAEAYVHFASGEKRAWLRSLGVGLFPLVQWAERGGYGPQGHGNTVPRFHVTWGTGPALVEPFLAKVLEGVDTGRVSLHFRHRALSLTTTAGNVTGVSGEVLEPSTALRGQASGRVVVGSFEARAGAVVVTTGGIGGNHAKVRRQWPDNTAPEFMLSGVPASVDGEFLSAGESAGAALVNGDRMWHYPEGIHNYDPVWPNHGIRILPGPSSLWLDAEGRQLPAPLFPGFDSQGALRHIIGTGHGYSWFVLNRTIALKELALSGSEQNPDLTGKDIRLLATRLRPNSDTPIQRFIERGVDFLQAATPIELASRMNQLTGSSLIDAHGLESLIRARDSQVASGLGKDPQLAAIRAARRFATDKFMRVAPPHRLTDPAHGPLLAVRLSVLTRKSLGGLTTDLRSRVLDDEGKDIPGLYAAGEAAGFGGGGIHGYRALEGTFLGGCLFTGRAAGRDAAASV NA NA NA NA NA D3-18_02127 1080 pyrD COG0167 Dihydroorotate dehydrogenase (quinone) ATGCGTGTTTACCCCACATTCTTCAAGTTGGCCTTCTCCTGGATGGATGCCGAGAAGGCCCACAAGATCGGCTTCCAAGGAATCCGGGCGGCCCACCGTTCCGGTGCCGGCCGGATTCTGTCCAGGATTACAGCTCCTGATGCTTCCCTTCGGACGGAGGCGCTGGGGCTGACCTTTCCGTCACCGTTCGGCCTGGCAGCAGGCTTCGACAAGGAGGGGCACGGCATCGAAGCCTTGTCCGAGCTCGGTTTCGGGCATGTGGAGGTGGGGACCATCACCGGCCAGGCGCAGCCCGGCAATGAAAAGCCCCGCCTGTTCCGTTTGATTGAGGACAAAGCGGTCATCAACCGCATGGGATTCAACAACGACGGCGCCGCAGCAGTTGCGCCGCGGCTCAGCTCAGCACGGGCTGCTTTGCAGCGGCAGCACCCTGACGTCCGGCCGGTTATTGGGGTGAACATCGGCAAGACCAAGCTGGTTGAACTCGACGACGCTACCGAGGACTACTTGGTGAGTGCACGTAGCCTGGCGCCGGCAGCGGACTACCTGGTGGTCAACGTTAGTTCTCCGAATACGCCCGGGCTGCGGTTGCTGCAGAATGTGGAGACGCTGCGCCCCCTGCTGCAGGCCGTTGGCGACGCTGCGGACGAAGCCGCCGGTCGGCATGTACCCCTGCTGGTCAAGATCGCGCCGGATCTGTCCGATGACGACATCGACGACGTCGCACGCCTTGCGCTGGACCTGAAGCTGGATGGGATTATTGCCACCAACACCACGATTTCCCGTGATGGGCTCGTTTCCGAAGCGGCGAAGGTGGAGTCCCTGGGTGCGGGCGGCCTGTCGGGAGCACCCCTGAAGCAGCGCTCCCTGGAAGTTTTGCGAAGGCTCAAGGACGCCGTGGGGGACCAGCTCGTGCTCATTGCGGTGGGTGGTGTGGAGACGTCGCAGGATGTTCAGGACCGCTTGGACGCTGGAGCAACTCTGGTGCAGGGCTACACAGCCTTCCTTTATGAAGGACCGTTTTGGGCTTCGCGCATCAACAAGGGCCTCGTGAAACTTCGTCAGCGGGCAGCTCGCTGA MRVYPTFFKLAFSWMDAEKAHKIGFQGIRAAHRSGAGRILSRITAPDASLRTEALGLTFPSPFGLAAGFDKEGHGIEALSELGFGHVEVGTITGQAQPGNEKPRLFRLIEDKAVINRMGFNNDGAAAVAPRLSSARAALQRQHPDVRPVIGVNIGKTKLVELDDATEDYLVSARSLAPAADYLVVNVSSPNTPGLRLLQNVETLRPLLQAVGDAADEAAGRHVPLLVKIAPDLSDDDIDDVARLALDLKLDGIIATNTTISRDGLVSEAAKVESLGAGGLSGAPLKQRSLEVLRRLKDAVGDQLVLIAVGGVETSQDVQDRLDAGATLVQGYTAFLYEGPFWASRINKGLVKLRQRAAR PGPT0021190_629 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021190-pyrD-K00254 NA NA D3-18_02128 627 putative protein GTGCGCCACCTTCTTGAGGGGTATTCTGTATGGGTGTTCGGACGCAAAAAGGAAGAGCCCAGCGCTCAATCAGTAGTAGATCAGGCCTACGCCACCGCACCGGAGTCCGGTGCGGGAAAAGGCGCCCCAACGCCCAAGCGGAAGGACCAGGAAGCGGCCCGCAAGCGCCCCTTGGTTCCCAACGACCGTAAGGCCTCCAAGGCAGCGGAAAGGGTAGCCATACAGGACCAGCGGCAGAAGATGCGGCAGGCCCTCGATACAGGTGACGAGAGGTTCCTCCCCCTTCGCGACAAGGGGCCTCAAAAGCGTTACACGCGTGACTACGTAGACGCACGCTTCAGCTTGGGCGAGTACCTCATGTTCGGAGCACTGCTGTTCGTCGTTATCTCCCTGATCATTCCGCCCACCAGCGCCGGCATCAGCTACGTCCTTATTGGATTCTGGATCATGTTCCTTGCTGTCTTTGTGGACGTCTTCATCCTGTCGCGCAAGCTTCGCAAGCGTCTGACGGAGAAGTTCGGCGAAGTGGAACGGGGCTCTATCTGGTACGGCTGCATGCGTGCCCTCCAGTTCCGGAAACTCCGCCTTCCCAAACCTCAGGTAAAGCGCGGCCAGTATCCCGCCTAG MRHLLEGYSVWVFGRKKEEPSAQSVVDQAYATAPESGAGKGAPTPKRKDQEAARKRPLVPNDRKASKAAERVAIQDQRQKMRQALDTGDERFLPLRDKGPQKRYTRDYVDARFSLGEYLMFGALLFVVISLIIPPTSAGISYVLIGFWIMFLAVFVDVFILSRKLRKRLTEKFGEVERGSIWYGCMRALQFRKLRLPKPQVKRGQYPA NA NA NA NA NA D3-18_02129 1530 dapE_4 Succinyl-diaminopimelate desuccinylase GTGTCCGGTTGCTGGAGTCCTTTGCCCCGCCTGAAGCCCCATGGTTTGGGCTGCGCCTGCTACGGAGGCAGAATCCGCGGCGGTAAAGTGTGGCCCATGACTTCAGCACATGCGGAGATCCCGCAGAACAAGCAAGGGCACTCCGGCTCCACTCCGGTCGAGGCATTGACAACGGCGGTCGACGACTCTTTCGAGAACACACTCGCATCACTGGAAGACCTGGTGGGTATTCCGGGGATTGCATGGCCAAGCTTCGATCCGAAGGAACTGGATCGAAGCGCCGACGCTGTGGCTGCCTTGGTTGAGGAAGCCGGCATGAAGGACGTCCGCATCCTTCGCTGTAACAAGGCCGACGGTACGCCAGGTGGTCCTGCCGTGGTCGCGCGTCGACCTGCCGCCGAGGGCAAGCCGACCATCTTGCTCTACGCGCACCATGACGTCCAGCCACCCGGGGACCGGAGCCTCTGGAAGTCCGAACCGTTCGTCGCCCAACAGCGTGATGGCCGGTTGTACGGCCGCGGTGCTGCCGACGACAAAGCAGGGATCATGGCGCACCTTGCCGCATACAGTGCCGTCACTAAGGTCCTGGGGGAGGATTTCGGGCTCGGCGTGACCTTCTTCTTCGAAGGTGAGGAAGAAGCGGGGTCGCCCACTTTCCGGACATTCCTTGAGGAGCACCAGGAACTTCTCCGGGCAGATGTGATTGTTGTTGCCGACTCCAGTAACTGGAAAGTGGGCGTTCCCGCCCTGACCACCAGCCTTCGGGGCTTGGTGGACGGCACCTTCGAGGTGCGCGTCCTGGAGCATGCCGTCCATTCGGGCATGTTTGGCGGCCCCGTGCTCGATGCTCCTACTCTCTTGTCCCGTCTCATCGCCACACTTCACGACGAGGACGGGAACGTGGCGGTAGCCGGCCTTGTGGGCCGGGACGAGGTGGACGTTGACCTCACCGAAGCGGACTACCGCGCCGATGCTTCAGTGCTCGACGGCGTGAGGCTCGCCGGGAGCGGAACCATCGCCTCCCGCCTGTGGACCAAGCCTGCACTGTCCATCATCGGTATGGACGTCCCGGCTGTGGATGTCGCCTCGAACACCCTCATCCCTGCGGCCCGCGCAAAATTCAGCATGCGGCTGGCTCCGGGCCAGGATCCCGAAGCGGCAATGGCGGCCCTGAAGCAGCACGTTGAATCCAATGCTCCCTTTGGCGCAAAAGTGACGTTCACGCCGGGGGAGAGGGGCAATGCCTTTTCCACCGATACGACTTCCGCTGCGGCGCGGGTGGCACTGTGGGCGTTGGGTGAGTCCTGGGGCGTCAAACCCGTGGAAATGGGCATCGGTGGCTCCATTCCGTTCATCGCAGACCTTCTGGAGATGTACCCGGATGTCCAGATCCTCGTGACCGGAGTGGAGGATCCCGATTCCCGTGCGCATAGCGCCAACGAATCGTTGCACATCGGAGACTTCCGGCACGCGGTGTTGGCGGAAGCCCTGATGCTGGCCCGCCTCAACGCTCAGGGCTTGGCGGAGTAA MSGCWSPLPRLKPHGLGCACYGGRIRGGKVWPMTSAHAEIPQNKQGHSGSTPVEALTTAVDDSFENTLASLEDLVGIPGIAWPSFDPKELDRSADAVAALVEEAGMKDVRILRCNKADGTPGGPAVVARRPAAEGKPTILLYAHHDVQPPGDRSLWKSEPFVAQQRDGRLYGRGAADDKAGIMAHLAAYSAVTKVLGEDFGLGVTFFFEGEEEAGSPTFRTFLEEHQELLRADVIVVADSSNWKVGVPALTTSLRGLVDGTFEVRVLEHAVHSGMFGGPVLDAPTLLSRLIATLHDEDGNVAVAGLVGRDEVDVDLTEADYRADASVLDGVRLAGSGTIASRLWTKPALSIIGMDVPAVDVASNTLIPAARAKFSMRLAPGQDPEAAMAALKQHVESNAPFGAKVTFTPGERGNAFSTDTTSAAARVALWALGESWGVKPVEMGIGGSIPFIADLLEMYPDVQILVTGVEDPDSRAHSANESLHIGDFRHAVLAEALMLARLNAQGLAE NA NA NA NA NA D3-18_02130 393 Protein ATGAGCACTGCAACCAACGAAAACAGCACCGGAGCACAGCTCGTCACCAACGACGACGAACTGGCCACGCACGAGGTCAATCTGACCGACGTCGCCGCAGGCAAGGTCCGCAGCCTCCTCGAGCAGGAAGGGCGCACAGACCTTCGGCTGCGCGTTGCAGTCCAGCCTGGAGGATGCTCGGGCCTGATCTACCAGCTTTACTTCGATGAGCGACTGCTGGACGGAGACGCTGTGCGCGACTACGACGGCGTTGAGGTCGTAGTGGACAAGATGAGCGTTCCTTACCTCAGCGGCGCAAGCATTGACTTCGAAGACACCATTTCGAAGCAAGGCTTCACCATCGACAACCCGAACGCCGGCGGGTCTTGCGCCTGCGGCGATTCATTCCACTGA MSTATNENSTGAQLVTNDDELATHEVNLTDVAAGKVRSLLEQEGRTDLRLRVAVQPGGCSGLIYQLYFDERLLDGDAVRDYDGVEVVVDKMSVPYLSGASIDFEDTISKQGFTIDNPNAGGSCACGDSFH NA NA NA NA NA D3-18_02131 873 ctaC_2 COG1622 Cytochrome c oxidase subunit 2 GTGAGTTCGCAGAACCGAACCGGCAGCCGACGCATAAAGATCACATCGATCACTGGCTTGGCACTAGCCGGCGCGTTGGTTTTGACCGGATGTTCACCAGAGGTAGAGAAGGGTTGGCTGCCTACAGAGCGCGGCACGACCAACCACACTGACCGGATCATGGACCTCTGGGTCAACTCATGGATCGCCGCCTTGGCAGTCGGTATTATCACGTGGGGCCTTCTGGTCTGGTGCATTATTGCTTACCGTCGCCGCAAGGGCACCACGGGTTTCCCCAAGCAGCTCAGCTATAACCTGCCGCTCGAGGTCTTTTACTTGACCATCCCGCTGTTCATGGTGCTGGTGTTCTTCTACTTCACCGACCAGGATCAGCGTGCGATTGATGACCGCTCGCAGCCTGCCGACGTCGTTGTTGACGTCCGCGGCAAGCAGTGGGCCTGGGACTTCAACTACAAAAAGGGTGAGGTCATCAATGAAGACCTCCACGAGGCCGGCGTTCAAGCCCACCTGACCGGTGCCGAGGTCAACAAGGAACTGCTCCCCACCCTGTACTTGCCGGTTGGCAAGTCGGTGGACCTGGAGCTGAACTCCCGCGATGTCATCCACTCCTTCTGGGTTCCCGCCTTCCTGCAGAAGCGCGACATGATTCCCGGCAAGACGAACTACATCAGGTTCACCCCCACCAAGGAGGGCACTTTCGATGGCAAGTGCGCCGAACTCTGCGGTGAATACCACTCCGAAATGCTCTTCCGCGTCAAGGTTGTCTCCGAGACTGAATTCCAGGCTCACATGGAGAAGCTGCGCCAGGATGGCAACACGGGCCTGCTCGGTGCGGAATATGACCGCAACCCGAACCTGAACGAAACCAAGTAA MSSQNRTGSRRIKITSITGLALAGALVLTGCSPEVEKGWLPTERGTTNHTDRIMDLWVNSWIAALAVGIITWGLLVWCIIAYRRRKGTTGFPKQLSYNLPLEVFYLTIPLFMVLVFFYFTDQDQRAIDDRSQPADVVVDVRGKQWAWDFNYKKGEVINEDLHEAGVQAHLTGAEVNKELLPTLYLPVGKSVDLELNSRDVIHSFWVPAFLQKRDMIPGKTNYIRFTPTKEGTFDGKCAELCGEYHSEMLFRVKVVSETEFQAHMEKLRQDGNTGLLGAEYDRNPNLNETK PGPT0004030_3045 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004030-foxB|coxB|ctaC-K02275 NA NA D3-18_02132 1725 ctaD_2 COG0843 putative cytochrome c oxidase subunit 1 GTGGCTACGTACACTCAATCCGCACCGGGGGTCCTAGAAGCTCCCGTAGTTCCTAAATCCAAGGGACGCATCGTCGTCAACTGGATCACCTCCACGGACCACAAGACCATCGGGTACATGTACCTGATTGCGTCGTTCGTGTTCTTCTGCCTCGGCGGCGTCATGGCGCTGTTGATCCGTGCTGAACTGTTCGAGCCCGGTATGCAGATCCTGCAAACCAAAGAGCAGTACAACCAGATGTTCACGATGCACGGCACCGTGATGCTCCTGATGTTCGCTACACCGCTGTTTGCCGGCTTCGCCAACGTGATTATGCCGCTTCAGATTGGTGCCCCCGACGTTGCCTTCCCGCGTCTGAACGCCCTGGCTTTCTGGTTCTTCCTCTTTGGTTCGACCATTGCCGTGTCCGGGTTCATCACCCCCCAAGGTGCAGCATCGTTCGGCTGGTTTGCTTACGCGCCACTGTCCAACACGACGTTCAGTCCCGGCGTCGGTGGTGACCTGTGGGTCTTCGGCCTGGCTCTGTCCGGCTTCGGCACCATCCTTGGTGCCGTCAACTTCATCACCACCATCATCTGCATGCGTGCACCCGGCATGACCATGTGGCGCATGCCCATCTTCACCTGGAACACACTTGTTACGGCGATCCTGGTCCTGATGGCGTTCCCGCCGCTGGCTGCAGCCCTGTTCGCACTTGGTGCGGATCGACGGTTTGGTGCCCACATCTTTGACCCTGAAAACGGCGGTGCAGTCCTCTGGCAGCACCTGTTCTGGTTCTTCGGCCACCCCGAGGTGTACATCATCGCGCTGCCGTTCTTCGGCATCGTGTCTGAAATCTTCCCGGTCTTCAGCCGCAAGCCGATCTTTGGCTACAAGGGTCTGGTCTATGCCACGATCGCTATCGCCGCACTGTCCGTCACCGTGTGGGCCCACCACATGTACGTGACCGGATCCGTGCTGCTGCCGTTCTTCGCCTTCATGACCATGCTCATCGCAGTTCCAACAGGCGTGAAGTTCTTCAACTGGATCGGAACCCTGTGGCAGGGCTCCATTACGTTTGAAACGCCCATGCTCTGGAGCATCGGCTTCCTGGTGACCTTCCTCTTCGGTGGTCTCACCGGCATCATCCTGGCCTCACCACCACTGGACTTCCACGTATCTGACTCGTACTTCGTTGTGGCGCACTTCCACTATGTGGTGTTCGGTACCGTCGTGTTTGCCATGTTTGCAGGGTTCTACTTCTGGTGGCCCAAGTGGACAGGCAAGATGCTCAACGAGCGCCTCGGCAAGATTCACTTCTGGTTGCTGTTCCTGGGCTTCCACGGTACGTTCCTCATCCAGCACTGGTTGGGTGTAGAGGGTATGCCACGTCGTTACGCCGACTACATGCCGCAGGATAACTTCACGTGGATGAACCAGTTCTCCACTATTTCTTCCTTCGTCCTGGGTGCTTCCCTCCTGCCGTTCTTCTGGAACGTCTACATCACCTGGCGCAGCAACAAGAAGGTAGAAGTGGATGATCCGTGGGGCTTTGGTGCCTCACTGGAGTGGGCAACGTCCTGCCCGCCTCCGCGCCACAACTTCACTTCCTTGCCCCGTATCCGCTCCGAGCGCCCGGCCCTGGACCTTCACCACCCGGAGTTGGCCCAGATTCACACCGCCGAGGCCCCGTCACCCGCAGCAGCTGTTTTGGGTAACGCCGACCAAAGGGACGTCAGCAAATGA MATYTQSAPGVLEAPVVPKSKGRIVVNWITSTDHKTIGYMYLIASFVFFCLGGVMALLIRAELFEPGMQILQTKEQYNQMFTMHGTVMLLMFATPLFAGFANVIMPLQIGAPDVAFPRLNALAFWFFLFGSTIAVSGFITPQGAASFGWFAYAPLSNTTFSPGVGGDLWVFGLALSGFGTILGAVNFITTIICMRAPGMTMWRMPIFTWNTLVTAILVLMAFPPLAAALFALGADRRFGAHIFDPENGGAVLWQHLFWFFGHPEVYIIALPFFGIVSEIFPVFSRKPIFGYKGLVYATIAIAALSVTVWAHHMYVTGSVLLPFFAFMTMLIAVPTGVKFFNWIGTLWQGSITFETPMLWSIGFLVTFLFGGLTGIILASPPLDFHVSDSYFVVAHFHYVVFGTVVFAMFAGFYFWWPKWTGKMLNERLGKIHFWLLFLGFHGTFLIQHWLGVEGMPRRYADYMPQDNFTWMNQFSTISSFVLGASLLPFFWNVYITWRSNKKVEVDDPWGFGASLEWATSCPPPRHNFTSLPRIRSERPALDLHHPELAQIHTAEAPSPAAAVLGNADQRDVSK PGPT0004025_1562 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004025-foxA|coxA|ctaD-K02274 NA NA D3-18_02133 402 ctaF Cytochrome c oxidase polypeptide 4 ATGAAAATTGAATCGTGGCTCTTCGGAGCCGGAGTCTTCTTCTTCGTCCCTGTAGCCATCGCCTATGGCTTCCTGACGGAATGGAATGAGTGGGTCGGTGTCCTGGGCATCCTCCTCGTTGGTGGACTTGCCGGCATGATCGGTGCCTACCTCGGATTCACGGGTAAGCGAATTGGCCTGCGACCCGAGGACCGTCCCGACGCAGAGATCCACGAAGGAGCTGGCGAGCAGGGGCACTTCAGCCCTTGGAGCTGGTGGCCGTTGGTTCTTGGCTTGGCTTGCGCCGGCGGTTTCCTGGGCCTCGCCATTGGCTTCTGGGTGACCTACGTGGCCGGCGGCCTTGCCTTGATTGCCTTGGTTGGCTGGGTCTTCGAGTACAGCCGTGGCGATCACGCTCACTAA MKIESWLFGAGVFFFVPVAIAYGFLTEWNEWVGVLGILLVGGLAGMIGAYLGFTGKRIGLRPEDRPDAEIHEGAGEQGHFSPWSWWPLVLGLACAGGFLGLAIGFWVTYVAGGLALIALVGWVFEYSRGDHAH PGPT0004025_23 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004025-foxA|coxA|ctaD-K02274 NA NA D3-18_02134 294 hypothetical protein TTGCCGGAGCAGAAAGCCTTCGTTGCCGCTGAAATCGGGCTGCACGCACGGGCGGCCGCAGTATTTGTTCGTGCTGTCACGGAAACTGGACTGCCGGTGACGATCCGCAAGCCCGACGGCCTACCCGTGGATGCCCGTTCCCTTCTGGAAGTTATGACCGAAGATTTTGGACATGGGTGCGAAGTCCTGCTTGCGGTAGCTCCAGACGCACTCAGCGACGGTCAGACACTCCCGGAAGCCGAGAATGCCCTGATGGCTCTTTCCGCCGTCCTGGAGGGCACACAAGCCCGCTGA MPEQKAFVAAEIGLHARAAAVFVRAVTETGLPVTIRKPDGLPVDARSLLEVMTEDFGHGCEVLLAVAPDALSDGQTLPEAENALMALSAVLEGTQAR PGPT0016875_37 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 D3-18_02135 789 dasR_1 COG2188 HTH-type transcriptional repressor DasR GTGGCTGAGGCAGCAAGCATCGCCGGTGAGATCGACCGTGCCAGCGGCACTCCCATTTACGTTCAGCTCCGTGAGATTCTGCGTACGTTCATTGCCCAGTCCTGCCCACCAGGTTCTGCGCTCCCTTCGGAGCGGGATCTCTCGGAACGCTTCGGACTGGCCAGAATGACAGTTCGTCAGGCCATTGATGCTCTGGTTGGCGAAGAAGTCATAGAGCGAGTAGTGGGTCTTGGAACCTTTGTCAGGAAGCCAAAGCTGGATTTGCAGGTGAAGTTGACCTCCTACAGCGAGGAAATGCAGCGTCGTGGCATGGTGCCTGCTGCGAAGGTTCTCAGCTTCGAGCAAATCGCGGCAAGTGCTTTCCTCGCGCGGGAGCTGCAGTTGGACGAGGGCACGCCCTTGGTGCGCTTCAGGCGTCTGTTGCTGGCCGACAACGAACCCATGAGCGTAGATGAGAACTTCATTCCGGCCCATCGTGTCCCGGGACTGCTTGATGAGGCGCCCCCAACATCGCTGTACAACGTTCTGAGCGAACGTTTCGGCCTGGTGATGGAGTGGGGTGAGGACATGATTGAGGCCACTGCGGCGTCGCCGTCAACTGCGCGGCTTCTCAACGTTGATGTAGGCGCCCCCCTACTCAAGATTCAACGGCACGCCTTCGTGGCCCGCGCAATGGTTGACTACTCTGTCTCGTACTACCGTGCGGACCGCTACAAACTTTGGGTTCCCTTGCAGCGCCCCGGAATTCGTCCCACCCGCAATTACTCGTCGGGGTATCGCACTCAATAG MAEAASIAGEIDRASGTPIYVQLREILRTFIAQSCPPGSALPSERDLSERFGLARMTVRQAIDALVGEEVIERVVGLGTFVRKPKLDLQVKLTSYSEEMQRRGMVPAAKVLSFEQIAASAFLARELQLDEGTPLVRFRRLLLADNEPMSVDENFIPAHRVPGLLDEAPPTSLYNVLSERFGLVMEWGEDMIEATAASPSTARLLNVDVGAPLLKIQRHAFVARAMVDYSVSYYRADRYKLWVPLQRPGIRPTRNYSSGYRTQ NA NA NA NA NA D3-18_02136 1674 qcrB COG1290 Cytochrome bc1 complex cytochrome b subunit ATGAGCGCCTCATCAACAGCTGAAGCCCCCTTCGTTCCGAAGACCAAGGTTGGTAGTTTCACCAACTTCGTGGACGAGCGTGTTGGCGGCTCCGGCATCCTGCGCGAGTTCGGCCGGAAGGTCTTCCCTGACCACTGGTCGTTCATGTTTGGTGAGGTGGCGCTGTACTCCTTCGTCATCTTGCTGATGTCAGGTACCTTCCTGACCTTCTTCTTCGACCCGTCCATGGCGGAGACCCACTACCAGGGTTCCTACACGCCGCTGTACAACGTCGAAATGTCAGTTGCTTACAGCTCGTCGCTGAACATTTCGTTTGACGTTCGTGGCGGTCTGTTCATGCGCCAGGTTCACCACTGGGCAGCTCTGTTGTTCGTAGCGTCCCTCGGTGTGCACATGCTGCGCGTCTTCTTCACGGGCGCTTTCCGCAAGCCCCGCGAAATGAACTGGGTTGTGGGCGGTGTGCTGCTCATCCTGGCAATGGCTGCTGGCTTCACCGGCTACTCCCTCCCCGATGACCTGCTGTCCGGCAACGGCCTGCGCATCATCGACGGCGTGATCAAGTCCATTCCGGTCATCGGAACGTACACCTCCTTCTTCCTCTTCGGTGGAGAGTTCCCGGGTACGGCCATCATCGGCCGTTTGTACGTCCTGCACATCCTCCTGGTCCCGGCCCTCATCCTCCTGATGATTGTCATCCACCTCTTCATGGTGGTCGTGCACAAGCACACCCAGTACCCCGGCCCCGGACGCAATGACGGAAACGTCGTCGGTTACCCCCTCGGCCCGGTATACGCCGCAAAGGCCGGTGGATTCTTCTTCATCGTCTTCGGCGTCCTGGCACTCATGGCGGCAGCGTTCACGATCAACCCGATTTGGAACTACGGCCCCTACGATCCCTCCCCGGTTTCGGCCGGTACCCAGCCTGACTGGTACATCGGTTTCGTCGACGGCGCCCTGCGCCTTATGCCGGGTGTCATTAACGACTTCCACTTCGAGTGGGTCATCTTCGGACGCACCCTGACGCTGAACGTCCTGCTTCCCGCGCTCGTGCCGGCCGGCATCATCTTCACCGTGTTGTTCATGTACCCGTGGATCGAGCGCTGGGTCACCAAGGACAACCGGGAACACCACGTCCTGGACCGTCCGCGCAATGCTCCGACCCGCACCGCGATCGGTGTTGCAGGTTTCACTTGGTACTGCGTGATGTGGGCAGCTGCCGGCTCCGATTTGATCGCAACGCACTTCCACGTGTCGTTGAACGATGTCACTTACTGGCTGCGGACGTTGTTCTTCATCGGCCCTGTCATCGCCTTCATCGTGACCAAGCGAATTGCACTGGCCCTCCAGCGCAAGGACCGCGAAATTGCACTTCATGGTCGCGAGACAGGCCGCATCGTCCGACTCCCCCACGGCGAATTCATCGAGGTTCACGCCCCGCTGGATGAGTACAAGCGTTACAAACTCGTCGGGTTCGAATCACCGGCTCCGCTCCCGGCCCAGCCGAACGAGCATGGCGTAGTCACCCGCAAGGAGAAGCAGCGCGCGGCACTCTCCCGCTGGTTCTTCGAGGACCGTGTTGCCCCGGCAACGCCTGCGGAACTCGAAGCAGCACACGCTCATGGCCACCACGAGGCCATCGCAGCTGGTGAAGACCAGAAAAGCCTGAGCCACTAG MSASSTAEAPFVPKTKVGSFTNFVDERVGGSGILREFGRKVFPDHWSFMFGEVALYSFVILLMSGTFLTFFFDPSMAETHYQGSYTPLYNVEMSVAYSSSLNISFDVRGGLFMRQVHHWAALLFVASLGVHMLRVFFTGAFRKPREMNWVVGGVLLILAMAAGFTGYSLPDDLLSGNGLRIIDGVIKSIPVIGTYTSFFLFGGEFPGTAIIGRLYVLHILLVPALILLMIVIHLFMVVVHKHTQYPGPGRNDGNVVGYPLGPVYAAKAGGFFFIVFGVLALMAAAFTINPIWNYGPYDPSPVSAGTQPDWYIGFVDGALRLMPGVINDFHFEWVIFGRTLTLNVLLPALVPAGIIFTVLFMYPWIERWVTKDNREHHVLDRPRNAPTRTAIGVAGFTWYCVMWAAAGSDLIATHFHVSLNDVTYWLRTLFFIGPVIAFIVTKRIALALQRKDREIALHGRETGRIVRLPHGEFIEVHAPLDEYKRYKLVGFESPAPLPAQPNEHGVVTRKEKQRAALSRWFFEDRVAPATPAELEAAHAHGHHEAIAAGEDQKSLSH NA NA NA NA NA D3-18_02137 1071 qcrA COG0723 Cytochrome bc1 complex Rieske iron-sulfur subunit ATGGGCAACCATAGTGACGGCAGTCCGAACCACTCGGGCACCGTAGCTACGGCTGGTCAGAATGAGGTGGAGAAGTTCCAGGATCCTGGACTGCCTCCGCATCGTTTGCGCCTGGCTGACACGGACCCGGTAGCCGCAAAGCGCGCCGAGCGTCAGGTAGCCATTCTGTTTGGCACCTCTGTAATCGGTACGCTTGTGTTCCTGGTGGCGTACTTTGCCATCGACCTGGGCGACGATACCTCGATTGCAACCATCCGCACCCAGAACCTCCTTCTGGGACTCGGTACTGCGTTTGCAATGCTGGGCATCGGCACCGGCATCGTGCACTGGGCCAAGGCCCTGATGCCCGACCACGAAGTGTCGGAAGAGCGCCACGCTATCCGTACTGAAGAAGATCGCCAGGCTGCAGTCCGTATCGTCGATGACATCGTCGACGAAACCGGCATCAAGCGTCGCCCGCTGATCCGCAACACCCTTCTTGGCGCCGTTGCACTTGCTCCCCTGCCGGCCCTCGCCATCTTCGGCGATCTGGGTCCGCGGCCGGACAACGCTTTGGCACACACCATGTGGGCGCCTGAGGGCGACAAGCTCAAGCGCCTGACCCGCGACCCTGATGGCACCCCCATCAAGGCTTCGGACGTCACCATTGGTTCCGCCTTCCACGTGATCCCCGAAGGCCTCAACGAACTCCACGAAGGCAAGCTGAACGAGAAGGCAAAAGCCGTCGTTCTCCTGATGCGCCTTGACCCGGACTCGTTGAACCCCTCAGAGGGCCGCGAAGACTGGAGCTACAACGGCATCGTTGCTTATTCCAAGATCTGCACGCACGTCGGTTGCCCGGTTGCTCTCTATGAGCAGCAGACACACCACCTCCTGTGCCCCTGCCACCAGTCCACTTTTGACCTCACGCAGGAATGCAAGGTCATCTTCGGACCGGCAAGCCGTCCGCTCCCCCAGCTGCCCATCGCAGTTGATGCAGAGGGCTACCTCGTCGCAACCAGCGACTTCAGAGAACCTGTAGGACCGAGTTACTGGGAGCGTGACGAGCATGAGCGCCTCATCAACAGCTGA MGNHSDGSPNHSGTVATAGQNEVEKFQDPGLPPHRLRLADTDPVAAKRAERQVAILFGTSVIGTLVFLVAYFAIDLGDDTSIATIRTQNLLLGLGTAFAMLGIGTGIVHWAKALMPDHEVSEERHAIRTEEDRQAAVRIVDDIVDETGIKRRPLIRNTLLGAVALAPLPALAIFGDLGPRPDNALAHTMWAPEGDKLKRLTRDPDGTPIKASDVTIGSAFHVIPEGLNELHEGKLNEKAKAVVLLMRLDPDSLNPSEGREDWSYNGIVAYSKICTHVGCPVALYEQQTHHLLCPCHQSTFDLTQECKVIFGPASRPLPQLPIAVDAEGYLVATSDFREPVGPSYWERDEHERLINS NA NA NA NA NA D3-18_02138 789 qcrC COG2010 Cytochrome bc1 complex cytochrome c subunit GTGAAGGCACTCTCGCAGAAGCGACGTCACCCACTGGCAGCCATTGCGCTGTTGCTGATGGGCCTCCTCCTCACTGGTGGGCTGTACGCCGTTGCCACAACTGTCAACCAGGCCAAGGCCAGCACCACAAGCTTCAGCGCAAGTGACGTAGAGGAAGGCGGCAAACTCTTTGCCGCCAACTGCGCCACCTGCCACGGCATGGGTGCAAGCGGAACCCAGGACGGCCCCTCGCTGGTCGGCGTGGGTGCTGCTGCAGTTGACTTCCAGGTTGGCACCGGCCGTATGCCCATGCAGATGAGCGGACCGCAGGCCCAGCAGAAGCCCGCCCAGTTCAATGCGGAACAGACCAAGCAGCTCTCTGCTTACGTTGCATCCCTCGGTGCAGGTCCGGCTATTCCGGAGCAAAACCTCCTCGACGGAAAGGGAGACGCAGCCAACGGTGGCGAACTCTTCCGCGTCAACTGCGCCATGTGCCACAATGCCGCTGCTGCCGGTGGCGCCCTGACCCGCGGCAAGTTTGCCCCGGCGTTGGCAGGCGTGAGCGCTGAGCACATTTACGAAGCCATGGTCACCGGTCCGCAGAACATGCCCGTCTTCAGTGACTCCAACGTCACGCCTGAGGACAAGCGCGACATCATCACCTTCCTGAAGACCATCGAAGCCAACGGGTCCCCCGGTGGCGCAGACCTGGGCGCACTTGGCCCGGTATCCGAGGGTCTGTTTGTTTGGGTTGCCGGCCTGGGTGTCATCATCGCATTCACGATCTGGTTGACGTCCCGCACGTCCTAG MKALSQKRRHPLAAIALLLMGLLLTGGLYAVATTVNQAKASTTSFSASDVEEGGKLFAANCATCHGMGASGTQDGPSLVGVGAAAVDFQVGTGRMPMQMSGPQAQQKPAQFNAEQTKQLSAYVASLGAGPAIPEQNLLDGKGDAANGGELFRVNCAMCHNAAAAGGALTRGKFAPALAGVSAEHIYEAMVTGPQNMPVFSDSNVTPEDKRDIITFLKTIEANGSPGGADLGALGPVSEGLFVWVAGLGVIIAFTIWLTSRTS NA NA NA NA NA D3-18_02139 639 ctaE COG1845 putative cytochrome c oxidase subunit 3 GTGACATCTGCGACCCATGCCCCCAGTACCCCGGCGCACCCGACGCTGAACCGCCCCAACCTGGTTTCTGTTGGAACCGTTGTTTGGCTGTCCAGTGAGTTGATGTTCTTCGCCGGCCTCTTTGCCATGTACTTCACCCTGCGCTCCACATCCGGAACGATGTGGGCCGAGGAGACGGCCAAGCTCAACTTCCCGTTTGCGCTCGTCAACACCATCGTCCTTGTGGCAAGTTCCTTTACTTGCCAGATGGGCGTCTTTGCCGCCGAGCGGCTCGAGCCGCGCCGCACCGGTGGGCTCCTGCAGTTCACGCGTTGGGGCATGACCGAATGGTTCTCCCTCACGTTCGTCATGGGTGCCTTCTTCGTAGCCGGCCAGACCATGGAATACGCCATGCTCGTTTCCGAGCATGTATCCCTGTCGTCCAACGCTTACGGTTCAGCCTTCTACATGACCACGGGCTTCCACGGCCTGCACGTCCTTGGCGGCCTGATCGCGTTCCTGTTCATCATTGGCCGCGCGTTCGCTGCCAAGAAGTTCGGACACTTTGAAGCGACGTCGGCGATCGTCACCTCGTACTACTGGCACTTCGTTGACGTTGTGTGGATCGGCCTCTTCCTGGTCATCTACGTTCTCAAGTAA MTSATHAPSTPAHPTLNRPNLVSVGTVVWLSSELMFFAGLFAMYFTLRSTSGTMWAEETAKLNFPFALVNTIVLVASSFTCQMGVFAAERLEPRRTGGLLQFTRWGMTEWFSLTFVMGAFFVAGQTMEYAMLVSEHVSLSSNAYGSAFYMTTGFHGLHVLGGLIAFLFIIGRAFAAKKFGHFEATSAIVTSYYWHFVDVVWIGLFLVIYVLK PGPT0004035_1995 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FoxABCD,PGPT0004035-coxC|ctaE-K02276 NA NA D3-18_02140 954 trpD COG0547 Anthranilate phosphoribosyltransferase ATGAACACGATCATGTCCGGAGAAGCGACTCCCGCCCAGATCGCCGGCTTCCTGGTGGCGCTTCGTGCCAAGGGCGAGACGGTAGAAGAATTGGCCGGCTTGGTTGCGGCCATGGTCCAGCATGCCAATCCGATCGACATTTCCGGTGAGAAGCTGGACATCGTAGGTACCGGTGGGGACCGGTTGAACACCGTGAACATCTCCACCATGGCCGCGCTCGTGGCCGCTGGAGCCGGGGCCAAGGTGGTGAAGCACGGCAATCGGGCTGCTTCGTCCACATCAGGTTCGGCTGACGTTCTGGAGGCCTTGGGGGTCCGCTTGGATCTGACAATTGAGCAGGTGGCACGGAACGCCGAAGAGGCAGGCATCACTTTTTGTTTTGCCCAGGTCTTCCACCCCTCGTTCCGGCATACAGCTGTTCCGCGCCGCGAACTGGCTGTACCCACGGCCTTTAATTTCCTGGGGCCGATGACCAATCCTGCGCACGTGCAAGCCTCCGCCGTGGGTGTAGCGAATGCCCGTATGGCGCCGTTGGTGGCAGGAGTTCTGGCCCGCCGAGGCAGCCGGGGCCTGGTGTTCCGTGGTGACGATGGACTGGATGAGTTGACCCCCACAGGACCCTCTACCGTCTGGGAGATCAGGAACGGAGCAGTCAGGGAACAGGTGTTTTCGCCTGAAGATCTAGGGATCCGCCCCTCGACAGTTGCGGACCTTCGCGGTGGGGATGCTGCTGCCAATGCGGCGGTGGTGCGCGAAATCCTGGATGGTAAGACGAGTCCGGTACGTGACGCCGTTCTGCTGAATGCCGCGGCTGGATTGGTGTCAATCGACCTCGACGCCGAGGGGAGCCTTGAGGAGCGGATGCGCACCGCTTTTGCAAGGGCAGCAGAGTCCGTTGACTCCGGCAAAGCCGCCGAGGTACTCGCTAAGTGGATAGCCCTCAGCCAAAGCTGA MNTIMSGEATPAQIAGFLVALRAKGETVEELAGLVAAMVQHANPIDISGEKLDIVGTGGDRLNTVNISTMAALVAAGAGAKVVKHGNRAASSTSGSADVLEALGVRLDLTIEQVARNAEEAGITFCFAQVFHPSFRHTAVPRRELAVPTAFNFLGPMTNPAHVQASAVGVANARMAPLVAGVLARRGSRGLVFRGDDGLDELTPTGPSTVWEIRNGAVREQVFSPEDLGIRPSTVADLRGGDAAANAAVVREILDGKTSPVRDAVLLNAAAGLVSIDLDAEGSLEERMRTAFARAAESVDSGKAAEVLAKWIALSQS PGPT0007090_1027 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 D3-18_02141 279 hypothetical protein GTGATCACCGCTTTCGTCCTGATCAAGACCGATGCCTCACGCATACCGGAGACCGCCGAACAGATCTCAGCCATCCAGGGCATCAGCGAGGTCTACTCCGTCACCGGCGAATGGGACCTCATTGCGGTGGCCAGGGTGACTAAACACGACGAACTCGCCGACGTGATCGCCGATCGCCTGTCCAAGGTCGCTTCAGTGGTCCACACCACTACCCACATCGCTTTTCGGGCCTATTCGCAGCACGACCTTGACGCAGCTTTCGCACTCGGATTCGAATAG MITAFVLIKTDASRIPETAEQISAIQGISEVYSVTGEWDLIAVARVTKHDELADVIADRLSKVASVVHTTTHIAFRAYSQHDLDAAFALGFE NA NA NA NA NA D3-18_02142 390 hypothetical protein ATGTCTTCACCATCTCGACTGTGGATCCCCGCAGCTATTGCCGACGTTCTACTGATTCTTGTCTTCGCCGCCATCGGCCGCGACGCCCACGCCCGCGGAGACATCATTTCGGGAGCCTTCGCCACAGCCTGGCCGTTCCTGGCCGGAGCAGCAATTGCGTGGGGGCTCACACGCGCGTGGCGGGCACCCTTGGCTGCATGGCCATCCGGGGTGTGCATCTGGATCGGGGCGGTGCTGGTGGGAATGTTGTTGAGGGCGTTCACTGGCCAAACCGTCGTACTGCCTTTTGTCCTCGTGGCGCTCATCAGCCTCGGCGTATTCCTTCTCGGATACCGGGTCCTTGCGACGCTGCTACTGCGAGTGTCGCGTAAGCGGCAACGCCGGGTGTGA MSSPSRLWIPAAIADVLLILVFAAIGRDAHARGDIISGAFATAWPFLAGAAIAWGLTRAWRAPLAAWPSGVCIWIGAVLVGMLLRAFTGQTVVLPFVLVALISLGVFLLGYRVLATLLLRVSRKRQRRV NA NA NA NA NA D3-18_02143 378 hypothetical protein GTGCGATTTGTTCAGGTGGCCCAGCATGCCGAAGATCTTCGACGGGCAGCAGCCTTCTATGCAGCGCTGTTGGACGCTGAGCCGAGTGCCATCATTGATCCGCCCGGCCTCCTGTTCTTTGATGTTGGCGGGGTTCGCCTCCTGTTGGAGAAAGGTGCGCCGTCAGCGCTCGTTTACTTCGAGGTGGCAGACCTTGAAGGAACCGTGGCAGATCTTCGGCGCAGGGGAGTGCGCATCATCACGGAGCCCCACGTGATCTATATGCATGAAGACAACACCTTAGGACCAGCCGGCTCGGAAGAGTGGATGGCCTTCATCGAGGACAGTGAGGCCAACACTGTGGGTTTGGTGAGTCGGATACGCACATCGGGGGACTGA MRFVQVAQHAEDLRRAAAFYAALLDAEPSAIIDPPGLLFFDVGGVRLLLEKGAPSALVYFEVADLEGTVADLRRRGVRIITEPHVIYMHEDNTLGPAGSEEWMAFIEDSEANTVGLVSRIRTSGD NA NA NA NA NA D3-18_02144 456 hypothetical protein ATGCAGAAGATATCCACCTGTTTATGGTTCGACGGGCAAGCGGCCGAAGCCGCCGAGTTCTACACATCGACTTTCGATCATTCATCCGTGGGACAAACCATGCAGGGACCCGATGGAAAGGCACTCACGGTTGAGTTCGAGATCGAGGGCAGGCAGTTCATGGGCCTCAACGGGGGATCGGCATTCTCCTTCAACGAGGCTGTCTCGCTGGTGGTCAATTGCGATTCTCAAGAGGAGGTGGACAGGTACTGGGATGCCCTGCTTATCGGCGGCCAAGAGAGTCAATGCGGATGGTTGAAGGACAGGTTCGGCCTCTCGTGGCAGATCGTTCCCACGGCCATGAACGGACTCTTGGCAGGCCCGGATTCCGAAGGCTCACAACGTGCCTTGGAGGCCATGATGAAGATGCGAAAGCTTGACATCAATGTTCTGCAAAGGGCGTACGACGGCGACTGA MQKISTCLWFDGQAAEAAEFYTSTFDHSSVGQTMQGPDGKALTVEFEIEGRQFMGLNGGSAFSFNEAVSLVVNCDSQEEVDRYWDALLIGGQESQCGWLKDRFGLSWQIVPTAMNGLLAGPDSEGSQRALEAMMKMRKLDINVLQRAYDGD 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 D3-18_02145 429 hypothetical protein ATGACAACCCGCCTCAACCCGTACATTTCATTTCGGGACAACGCACGCGATGCAATCACTTTCTACGAATCTGTCTTTGGCGGCGAACTTAATATCAGCACTTTCGGTGACTACCAGGCCAGCGAAGATGCAGCGGAAGCCAACAAAGTCATGCACGCCATGCTGGAAACTCCAGGCGGATTGACATTGATGGCTGCTGACACGCCAAACGGCATGGAGTACAACCCCGGTGACAACATCTCTGTCTCCCTGAGCGGTGACTCAGCGGATGAAGCGGAGCTCCGTGGGTATTGGGACAAGCTGATCGACGGCGGCACCGTCACGGTGCCGCTGGAGATGGCGCCCTGGGGTGACACCTTCGGAATGTGCGTAGACAAGTTCGGCATCGGCTGGCTGGTCAACATCGCAGGAGAACAGCAGGCCCAATAG MTTRLNPYISFRDNARDAITFYESVFGGELNISTFGDYQASEDAAEANKVMHAMLETPGGLTLMAADTPNGMEYNPGDNISVSLSGDSADEAELRGYWDKLIDGGTVTVPLEMAPWGDTFGMCVDKFGIGWLVNIAGEQQAQ PGPT0030505_1867 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030505-phnB|yjdN-K04750 D3-18_02146 597 hypothetical protein ATGAAAAAGACCATCACAACACTTATGGTTGCAGGAACTGTCATGTTCGCTGGTATTGCACCAGCCGTAGCCAGCACCTACCCGGCACCAGGCAATGAGCAAGGAACCGTCTCGGACGGCACGATTGACCGCGGTGAATCCATCACCTTCTCCGCCAGTGGATACGTCCCCGGCGAAAGCGTCAACATCACTTTTGAGAAGAGAGGCGGTCCGCAGGGGAACGCTCCAGCGAACTTCAGTGTCATCGCGGATGATAATGGTGTTATCTCTACCGGCGTCACCTTCGAAGACGCCGGAAGCTACGTGATCACAGCTATTGGCTCGGAGTCCGGAGTGAGCCGCTCCGCACGGGTCGCTGTGAACAACGGCAATCACGGACGCGGAAACAACGGCAACGGAAAGGGAAGCGGCAACGATGCTTCCGATTTCGTTGCTGTGTCCAGCGTTACGGATGCTGGCGCAGCAGCGGGGGCTGAGAAGGTGACTGCTGATTCCGGTTTGATTGTTTGGGGGTTGGCTGGGGCGGGCGTCCTGGCAGCAGGTGCCGCATCGGTAGTGGTTGCACGCCGGCGCTCCAGTGCTCAGTCCTCAGATTAG MKKTITTLMVAGTVMFAGIAPAVASTYPAPGNEQGTVSDGTIDRGESITFSASGYVPGESVNITFEKRGGPQGNAPANFSVIADDNGVISTGVTFEDAGSYVITAIGSESGVSRSARVAVNNGNHGRGNNGNGKGSGNDASDFVAVSSVTDAGAAAGAEKVTADSGLIVWGLAGAGVLAAGAASVVVARRRSSAQSSD NA NA NA NA NA D3-18_02147 2394 uvrA_1 UvrABC system protein A ATGACTATTGCCACGAGCACGGACACGCAATCTCCCGGGTCCCACGTCGCGGACACCCACGATTTGATCCGCGTCCAGGGTGCACGTGAAAACAACCTGAAAGACATCAGCATTGAAATCCCGAAGCGCCGGCTCACGGTCTTCACAGGCGTCTCCGGCTCCGGGAAGAGTTCACTGGTCTTCGCGACCATCGCCGCAGAGTCGCAGCGCATGATCAACGAAACCTACAGTGCCTTTGTGCAGGGCTTCATGCCATCTCTGGCCCGGCCCGACGTTGACGTACTTGAAGGATTGACGACGGCGATCATCGTGGACCAGGAGCGAATGGGCTCCAACCCGCGCTCGACCGTGGGTACCGCCACAGACGCCAATGCCATGCTGCGGATTTTGTTCAGCCGCCTTGGCCAGCCCCACATTGGTTCGCCCAACGCCTACTCATTCAATGTGCCTACGGTGAAGGCCAGCGGGGCCATCACAGTGGAACGCGGCGAAGGCAAAACCAAGACCGAGAAGGCCACGTTCAATCGCTTGGGCGGCATGTGTTCACGCTGTGAGGGCATGGGCTCGGTCAACGACTTTGATCTGACCGCTCTCTACGACGACACCAAATCCCTGAGCGAAGGCGCCCTCACCATCCCCGGCTACACCATGGATGGCTGGTATGGACGCATCTTCAGCGGCTCAGGATTCTTCAACATGGACAAGCCCATCGCAAAGTTCACCAAGAAGGAACTCCACGACCTCCTCTACCGTGAGCCAACCAAAATCAAGGTGGAGGGGATAAATCTCACTTACGAAGGCGTGATCCCCAAGATCCAGAAGTCAATGCTTAGCAAGGACGTAGACGCTTTGCAGCCGCACATTCGCGCCTTCGTGGAGCGGGCCATAACCTTCACCACCTGCCCGGAATGCGAAGGCACCAGGCTGAGCCCCGAGGCAAGGTCCTCCAAAATCAAGGGCAAGAGCATTGCTGACGTGTGCACCATGCAAATCAGCGACCTCGCGGACTGGGTTCGCGAGCTTGATGAACCTTCCGTAGCTCCTTTGCTCAAGGGCCTCCAGCACCTCCTCGATTCTTTCGCCGGAATCGGATTGGGTTACCTATCCCTTGACCGGCCCGCGGGAACGTTGTCCGGGGGAGAGGCCCAGCGGACAAAGATGATCCGGCACCTGGGGTCGTCCCTCACGGACATTACGTACGTCTTTGACGAACCAACCATTGGCCTGCACCCCCACGACATCGAGCGAATGAACCAGCTGCTGCTGCAACTTCGCGATAAGGGCAACACAGTGCTGGTGGTGGAACATAAACCGGAAACCATCGCGATCGCTGACCACGTGGTTGACCTGGGACCTGGCGCCGGGACCGGAGGCGGCACAGTGTGCTTCGAAGGCGACCTGGAGGGTTTGCGGGGGAGCGACACCATCACCGGACGGCATCTGGATGATCGGGCGTCCATTAAGGACAGCGTGCGTTCCTCCGCCGGTCAACTGGAAATCCGGGGCGCCTCAACAAACAACCTCAAGAATGTCGACGTCGACATCCCCCTTGGCGTCCTTTGTGTCCTCACCGGCGTGGCTGGGTCAGGCAAGAGCTCGCTGATTCACGGCTCCGTAGCCAAGCGTGACGGTGTCCTGGTGATCGATCAGGGTGCCATTCGCGGATCCCGCAGAAGCAACCCTGCCACGTATACAGGACTGCTGGAACCCATTCGCAAGGCGTTTGCCAAGGCCAACGGGGTTAAGCCTGCGCTGTTCAGCTCGAACTCCGAGGGCGCATGCCCAACGTGTAACGGAGCGGGTGTGATTTACACGGATCTCGGCGTGATGGCCACCGTTGAGTCACCCTGTGAAGAATGTGAAGGAAAGCGTTTTCAGGCATCTGTCCTGGAGTACCGTCTGGGTGGACGCAATATTGCAGAGGTGCTTGCAATGTCTGTGGATGAGGCTGAAGTCTTCTTCAGTGAGGGCGAAGCCCGGACCCCGGCTGCCCACAAGGTTCTCGACCGCCTTGCGGATGTTGGCCTGGGCTACCTGACCCTTGGTCAGCCACTCACCACATTGTCCGGTGGTGAGCGTCAGCGACTCAAGCTGGCTACGCAGATGTCCGAAAAGGGAGACATTTACATCCTGGACGAACCGACCACCGGCCTGCACCTGGCCGATGTCCAAAACCTGCTGGGCATGCTGGATCGTCTGGTCGAGTCCGGAAAATCAGTGATTGTCATCGAACACCACCAAGCTGTCATGGCACACGCCGACTGGATCATTGACCTTGGGCCGGGCGCCGGACACGACGGCGGTAAGATCGTTTTCGCCGGAACGCCGGCTGAGCTCGTGACGCAGAAGTCAACGCTGACGGGCAAGCACCTGGCGGCTTACGTCTCGGGATAA MTIATSTDTQSPGSHVADTHDLIRVQGARENNLKDISIEIPKRRLTVFTGVSGSGKSSLVFATIAAESQRMINETYSAFVQGFMPSLARPDVDVLEGLTTAIIVDQERMGSNPRSTVGTATDANAMLRILFSRLGQPHIGSPNAYSFNVPTVKASGAITVERGEGKTKTEKATFNRLGGMCSRCEGMGSVNDFDLTALYDDTKSLSEGALTIPGYTMDGWYGRIFSGSGFFNMDKPIAKFTKKELHDLLYREPTKIKVEGINLTYEGVIPKIQKSMLSKDVDALQPHIRAFVERAITFTTCPECEGTRLSPEARSSKIKGKSIADVCTMQISDLADWVRELDEPSVAPLLKGLQHLLDSFAGIGLGYLSLDRPAGTLSGGEAQRTKMIRHLGSSLTDITYVFDEPTIGLHPHDIERMNQLLLQLRDKGNTVLVVEHKPETIAIADHVVDLGPGAGTGGGTVCFEGDLEGLRGSDTITGRHLDDRASIKDSVRSSAGQLEIRGASTNNLKNVDVDIPLGVLCVLTGVAGSGKSSLIHGSVAKRDGVLVIDQGAIRGSRRSNPATYTGLLEPIRKAFAKANGVKPALFSSNSEGACPTCNGAGVIYTDLGVMATVESPCEECEGKRFQASVLEYRLGGRNIAEVLAMSVDEAEVFFSEGEARTPAAHKVLDRLADVGLGYLTLGQPLTTLSGGERQRLKLATQMSEKGDIYILDEPTTGLHLADVQNLLGMLDRLVESGKSVIVIEHHQAVMAHADWIIDLGPGAGHDGGKIVFAGTPAELVTQKSTLTGKHLAAYVSG NA NA NA NA NA D3-18_02148 1125 COG3424 Alpha-pyrone synthesis polyketide synthase-like Pks18 ATGAGGTCCCTTGAAACCGCCGTTCCGCAAACCATCCTTGTCCAGCAGCAAGCCCGTGACGTTTTCGCATCCCAACCCGGGCTTACGAGGCTGGGAACGCGCCTCGTGAGCACTTGTTTCGACTCAGCAGCCATAGATACCCGGTACACCGCTGTAGCTGAGCTCAGCCTTGATGCACATCCTGAGAATCCGCAGTTTTTCGATCCCGAAACCAACCGGGTCCTGAGTCCCAGCACGAAAGTCCGGAACGAGATCTTTGCAACTGAAGCCACCAAGCTGTTCGTGGAGGCCGGCAAAGCCGCAGTGGCTCAGGCGCCCGGGATCGACCTGGATGACATCACGCACGTCATCACCGTGTCCTGCACAGGATTCTTCAATCCCGGTCCGGACTACAAGGTGGTCAGGGCGTTGGGGCTCAACCCTGCCGTCCAGCGCTACCACCTTGGATTCATGGGGTGCTATGCAGCTTTCCCTGCGCTCAAGGCAGCCAAGCAGTTCTGCCTTGCCGACCCCACTGCGGTTGTCCTGGTGATTTGTGTTGAACTCTGCTCCTTGCATGTGCGGACCTCAAACGACCCGGACACGATCATGGGGTCCGCGATATTCGGCGACGGCGCGGCGGCCGCCGTCGTAAGTGCGCGGGAACTGCAGGGACCTGAGCCGGCCATCCGGCTGGACCACTTTGAGACGGTACTGACGCCTGTAGGCGAGGAAGCAATGGCCTGGAACATCGGCGACGAAGGATTTGAAATGGTCCTGGGCTCGTACGTGCCGCACATTATCGAGGAACACATCACGGGGGCCTTAGCGCCGTTACTCGCCAAGGAGCCTTCCGTGGCGGGCCTCCCCTACCGCGACATTACCCACTGGGCCATCCATCCCGGTGGCCGCAGCATCCTGGACAAGGTGGAGTCCAAGTTGGAACTTACCCAAGAGCAGTTGGTTCCGGCGCGGGAAACACTGAGGGAATATGGGAATATGAGCAGCGCTACTGTGCTGTTCGTCCTGAAGCACATGCTGGAGCAGCAGGTCAGCGAACGTGAGGAGCGCATCTGTTCCATGGCGTTCGGCCCCGGCCTGACAGTGGAGACGGGACTCTTTACGCTGGTCTCCCCTGCCCTGTGA MRSLETAVPQTILVQQQARDVFASQPGLTRLGTRLVSTCFDSAAIDTRYTAVAELSLDAHPENPQFFDPETNRVLSPSTKVRNEIFATEATKLFVEAGKAAVAQAPGIDLDDITHVITVSCTGFFNPGPDYKVVRALGLNPAVQRYHLGFMGCYAAFPALKAAKQFCLADPTAVVLVICVELCSLHVRTSNDPDTIMGSAIFGDGAAAAVVSARELQGPEPAIRLDHFETVLTPVGEEAMAWNIGDEGFEMVLGSYVPHIIEEHITGALAPLLAKEPSVAGLPYRDITHWAIHPGGRSILDKVESKLELTQEQLVPARETLREYGNMSSATVLFVLKHMLEQQVSEREERICSMAFGPGLTVETGLFTLVSPAL NA NA NA NA NA D3-18_02149 723 COQ3 Ubiquinone biosynthesis O-methyltransferase, mitochondrial GTGAGGCTTTGGGGGTCCCTCCAAGAGAGGGACCTGCACGCCCTCGAGGAGATGGACAAAGCTGACTGCGATCCCAAGCGCCTCAACAGGACTTACGCTCGTTTCCCCCTGGTGAACAGGCTGTTGTCGGGGTGGCACGGGACGTATCGTCGGAGACTCCGTCCGCTGTTGGCAACGAACGGTTCGGCGTCCGTGCTGGATATCGGAAGTGGCAGCGGTGACGTGGCACGAAGCCTCGCGCGGTGGGCCCGGCGGGATGGCTACAGGCTCACCGTGACAGCGATTGACCCCGACGAGAGAGCCTTCGCCTTTGCCTCCAAAGCGCCTCGCGTGGAGGGTGTCAGCTATCGTAAGGCGCACAGTTCCGAGTTGGTTGCTGAAGGCCGGAAGTTCGACGTCGTTATCTCCAACCACATCATTCACCACCTCGATCCGGGGCAGCTTGCGGCGGTCCTCCACGATTCGGAGTCGCTGAGCCAGGGACTTTGCCTCCATAACGACCTCAATCGCAGCAACATCGCGTACCTTTTGTTCCTGGCGGGGTTTTGGCCGTTGGGCGTAGGCTCCTACATTTGCGGGGACGGTTTGACGTCCATCAGGCGCAGTTTCACCGCGGCGGAACTAAAAGCCGTTGTTCCGTCCTCATGGTCAGTGGAACGAAACGGGCCGTGGCACCATCTCCTTTTGCTTGATGCTGAGCACCGATTGGAGGGCCGTGCCTGA MRLWGSLQERDLHALEEMDKADCDPKRLNRTYARFPLVNRLLSGWHGTYRRRLRPLLATNGSASVLDIGSGSGDVARSLARWARRDGYRLTVTAIDPDERAFAFASKAPRVEGVSYRKAHSSELVAEGRKFDVVISNHIIHHLDPGQLAAVLHDSESLSQGLCLHNDLNRSNIAYLLFLAGFWPLGVGSYICGDGLTSIRRSFTAAELKAVVPSSWSVERNGPWHHLLLLDAEHRLEGRA NA NA NA NA NA D3-18_02150 1155 rox COG0654 Rifampicin monooxygenase ATGCTGAGCACCGATTGGAGGGCCGTGCCTGACGTCGTGATCGTAGGTGCCGGCCCTGTGGGCCTGTTCATGGGGGTACTGTTGCTCCAGCGGGGGCATCAGGTCCGCATACTGGAGCGCCGGAGCAACAGGAGCAACAATTCGAGGGCCATCGGAATCCACCCCCCGGCGTTGGCGGAGCTGGCACGCGCGGGAGTTGCCGGCCCTTTGGTAACTGCCGGGGTCCACATCAAGCGAGGCGTGGCTTACAGCCGGCGACGACGGGTGGCCGAGCTCGCGTTCGACGGCGACGCAGCCTTTCCCTTCATCCTTGCCGTTCCGCAGATGATCACCGAGGAAGTCCTGGAGTTGGCGGTAAAGGAACTGGATGCCGATGCGGTTGTCCGGAGTGCCGACGTCCAGGAGATCGACGACGCCGGCGGTACCCTGCACGTCCGCGCAGACTCGCCCAACGGCAGCTTGGAGGTTGGAGCCCGTTTGGTGATGGCCGCCGACGGAGCGCATTCAACCATCCGTCGGCGCTACCTCCCGGGTGTGCCCTCCCGCAGCTATCCGGACTGCTACATCATGGGCGATTTCCCGGATAACACCGGGCATGGCTCCGACGCCGTCTTGTACTTGGAACCCGAAGGAATCGTAGAATCGTTTCCCCTGCCAAGAGGTGTCCGCAGATGGGTTGTCAGGCTGGGTGTGCCGCACAAGAATCCGACGCCGGCGGGGCTCGCTGAGCTGATCACGGCCAGGACGGGTGAGGTGCTGGAAATAACCGGAAACTCGATGCTGAGTGCTTTTGAAGTACGGTCGCGGCTGACACAGCGCATGGTTCACGGCAGGGTGGTGCTTCTTGGGGATGCCGCGCACGAAATCAGCCCGATAGGAGGACAGGGAATGAACCTTGGCTGGTTGGATGCTGCAGCCCTGGCCCCGATCGTGGATGCATCCCTGAGGGGCGCCAACGTAGGACGCGATGTGGCAAGTTTCGAGAAGTCGCGCAGGAAAGCGGCGCTTCGCGCTTCACGTCAGGCCGGGCTCAACATGGCACTGGGCAGACCGCTCCCGCCTCCCGCCATGGCAGTAAGGAACACGCTTTTCGCAAGCGCCCTGGCTGTTCCGGCAATTTCAGAACTTGTGGAGCGCCGCTTCACGATGCGCTAG MLSTDWRAVPDVVIVGAGPVGLFMGVLLLQRGHQVRILERRSNRSNNSRAIGIHPPALAELARAGVAGPLVTAGVHIKRGVAYSRRRRVAELAFDGDAAFPFILAVPQMITEEVLELAVKELDADAVVRSADVQEIDDAGGTLHVRADSPNGSLEVGARLVMAADGAHSTIRRRYLPGVPSRSYPDCYIMGDFPDNTGHGSDAVLYLEPEGIVESFPLPRGVRRWVVRLGVPHKNPTPAGLAELITARTGEVLEITGNSMLSAFEVRSRLTQRMVHGRVVLLGDAAHEISPIGGQGMNLGWLDAAALAPIVDASLRGANVGRDVASFEKSRRKAALRASRQAGLNMALGRPLPPPAMAVRNTLFASALAVPAISELVERRFTMR NA NA NA NA NA D3-18_02151 408 hypothetical protein ATGATCGATTCCACCCCTTTGGATTGTGTACTCGGGTTTGTTCGAACGGTTGAAGCCGGCGGCGGGGCTGCTGAGCTGCGGCCCTTCCTGGCCGACGATTTCAAGCTCACGGAGTGGCCGCACGCCCTGTCCAAAACGGGCTCCACGCGGAACCTGGCCGAAACGTTGGCTGGCGCCGACCACAGTAAGGACATCGTCTCCGATCAGCGCTTTGAGGTGGTCCGCACAACGATCCAGGACAACCGGGTGGTGCTGGAGATGAACTGGTCAGCTACGCTGCTTCTTGACCTGCCCCACTGGGACAGCGGCGATACCATCCGAGCCAGGAGCACAGCGGTCTTCGAGTTGCGGGACGGCCTGATCATCAGCCAGGACACGTACGACTGCTACTACACGACGCCGGAATAA MIDSTPLDCVLGFVRTVEAGGGAAELRPFLADDFKLTEWPHALSKTGSTRNLAETLAGADHSKDIVSDQRFEVVRTTIQDNRVVLEMNWSATLLLDLPHWDSGDTIRARSTAVFELRDGLIISQDTYDCYYTTPE NA NA NA NA NA D3-18_02152 675 def_2 Peptide deformylase ATGACGCACCAACCTCATCCTGAGGCCACGAGCCCTGCCACGGACTACAACCCTACCCGGATACGTGACGCTGTCCGTCGGCTGCTGGATGCAGAGGGGCTTCCGCCCATTGTGCAGGCCGGGCACCCCGTATTGCGCCAGCTGGCCGCCCCGTATGACGGCCAGATTGATGATGCCGAGTTGGCGGCTTTCATCGAGCGAATGAGGGACGTCATGCATGACGCTCCTGGCGTCGGACTGGCCGCCCCCCAGCTGGGCATCCCGTTGCAGCTGGCTGTCTTGGAGGACAAGTATGAGGTGGATCCGGAGTCTGCCGCGGTACGTCACAGGGAACAGCTGGAATTCTTCGCGATCATCAACCCCGAGTACCGTCCACTCGGTACTGAAACGGCCTCGTTTTATGAAGGGTGCCTTTCCGTCAGCGGGTATCAGGCCGTTGTGACACGTCACCGGAACGTGGAGCTGCGCTATACCAGTCCCGGAGGCGAACCCGTGGAAGAGTGGTTCTCGGGGTGGCAGGCCCGCATCGTGCAACACGAAACGGATCACCTCCACGGCATCCTGTATCTGGACCGGGCCGAACTTCGCTCCCTGTCCAGCAATGCTGAACACTCGGCCCGGTGGTTCGCGCCGGAGATTGACGAGGCTCGCCGGGCTCTTGGATTCCTCCGCTGA MTHQPHPEATSPATDYNPTRIRDAVRRLLDAEGLPPIVQAGHPVLRQLAAPYDGQIDDAELAAFIERMRDVMHDAPGVGLAAPQLGIPLQLAVLEDKYEVDPESAAVRHREQLEFFAIINPEYRPLGTETASFYEGCLSVSGYQAVVTRHRNVELRYTSPGGEPVEEWFSGWQARIVQHETDHLHGILYLDRAELRSLSSNAEHSARWFAPEIDEARRALGFLR NA NA NA NA NA D3-18_02153 2052 dpp5_1 COG1506 Dipeptidyl-peptidase 5 GTGCGGAACCGCCGGGCTAGGCTCACCAAGGTGAAACCCGAGCAATTGCACCTGCTGAACACTGTGTCCGCCCCGGCAATCCACCCCGATGGCAGCAAGGCGGTGGTTTCCGTCGTGAGGCCGGACTTTGATGCTGATAGCTACGTTGGACAGCTGTGGAGCGTTCCTCTGGACACCGCCAAGTATCCGCGCCGCATCACCCGCGGCTTCAGGGATAGTTCCCCTGCGTTCTCTCCCGATGGGCTGGTTTTGGCGTTCCTCAGGAACGACCCGGACGGCAAGCCGCAATTATTCGTCGTGGAGGCCGCAGGCGGCGAGCCACAACGGATCACGGATCAGCAGGCCGGTGTGGGAGGGTTCGTGTGGGCGCCTGATTCACATCGCATCGCGTTCGAGGCCCGCGTGCTGGAACAAGGCCGGTACGGGACCGTTGATGGAGTCACATCCGGCGGTGAAGATGCCCGGCTGATCACCGCCAACCAATACAGGATGAATGGCCTCGGATATACCGCCGACCAGCGCCAGCAGCTATTTGTGGTTGAAGTCCCGGAGCTGGGCGGCGAACCGGTAGTTGTTCCGCGAGGGAGGGCCGCCCACGAACAGCCCACGCGGACGGTTACGGGGGTGCCTACTGCACAGCAGGTCACGTTTGGCGACTCGGACCACGAATCGCCGTGCTTTTCAGCTGACGGCTCCTACCTGTACTTCGTTGCCGCCCTCCATGAAGGACACGACGATGACCTGGTCACCTCCGTCAATAGGATCGGCGCCGGCGGCGGCCAGCCGACCGTCGTCGAACCTTCCAACAAGAAGTTGCAGACTGTCACTGCTGTCCGTGCCTCCACGGACGGCCGTTGGCTGTTCTACGTAGCGCAGGACCTGGGGGACACCGGCAAGGACTTTGTGGCTCGGAATTCTGTTCTGTTCGTCATGCCCGTCGCAGGGGGAGAGGCGGTGGCGTTGACTGACGTGGAACATCTGGACGTGTCCGGTCCGCTGGAACCCAGTGGACCAGCCAGTGTGCTGGTGATGAACACAGCATTGGGAAGTGTCGAACTGCTGGACGTCACGGCGGAAGGCGGAATCACGCCCCTGGTCCACGGCGCCCGGGTAGTTATCGGGGCGACGATGGCTGCCAACGGGGAAATTGCCGTAAGTTTCTCCGATTCCTCGACGGCGGGAGATGTCGCGTCACTGGAACGGGGAGAGATCCGCCTCCTCACGGACTTCTCCGCCAGCTTGCGCAACAACTCACGTGTAACGGAACCTCTGGACTTCGACGCCGAATCCACCGACGGATACCCTATTCATGGTTGGGTCGTCTTGCCTGATGGACCAGGCCCACATCCGGTACTGCTCACCATCCATGGCGGCCCATTCGGCCAGTACACCGGCGCATTCTTCGATGAAGCGCAGGTTTACGCCGCAGCGGGGTACGCAGTTGTCATGTGCAATCCACGAGGGTCTTCCGGTTACGGCCAAGCCCATGGGCGCGCCATTAAGGAACGCATGGGGACGCTGGATATGCAGGACGTTCTTGCCTTCCTCGACTCAGTGTTGTACTCGTTTGACGCCTTGGATGAAGACCGGGTGGGGATCATGGGTGGCTCCTATGGTGGCTACCTCACCGCCTGGACCATCGCCCACGATCACAGGTTCAAGGGTGCGATAGTGGAACGTGGCTTTCTGGACCCGGTCAGCTTTTCGGGTTCAGCCGACATCGGATGGTTCTTCGGGGCAGAATACACCGGAGGAACACCGGAGCAGATGGCGGCTCAGAGTCCCATGGCCGTGGTTTCGCGTGTCGATACACCTACCCTGGTGATTCACAGCGAGAACGATCTGCGGTGCCCCATTGAACAGGGTCAGCGGTACTACGCGCACCTGAAGGCCCAAGGCGTAAACACTTCCCTGCTGATCTTCCCCGGGGAAGACCACGAGCTGTCACGGTCCGGGACTCCACATCACCGGAGGCAGCGCTTTGATCACATCCTTCGTTGGTGGGCTCAGTACCTTCCAACGGATGCCAATCACTTGGAAGACCAGCCGTAG MRNRRARLTKVKPEQLHLLNTVSAPAIHPDGSKAVVSVVRPDFDADSYVGQLWSVPLDTAKYPRRITRGFRDSSPAFSPDGLVLAFLRNDPDGKPQLFVVEAAGGEPQRITDQQAGVGGFVWAPDSHRIAFEARVLEQGRYGTVDGVTSGGEDARLITANQYRMNGLGYTADQRQQLFVVEVPELGGEPVVVPRGRAAHEQPTRTVTGVPTAQQVTFGDSDHESPCFSADGSYLYFVAALHEGHDDDLVTSVNRIGAGGGQPTVVEPSNKKLQTVTAVRASTDGRWLFYVAQDLGDTGKDFVARNSVLFVMPVAGGEAVALTDVEHLDVSGPLEPSGPASVLVMNTALGSVELLDVTAEGGITPLVHGARVVIGATMAANGEIAVSFSDSSTAGDVASLERGEIRLLTDFSASLRNNSRVTEPLDFDAESTDGYPIHGWVVLPDGPGPHPVLLTIHGGPFGQYTGAFFDEAQVYAAAGYAVVMCNPRGSSGYGQAHGRAIKERMGTLDMQDVLAFLDSVLYSFDALDEDRVGIMGGSYGGYLTAWTIAHDHRFKGAIVERGFLDPVSFSGSADIGWFFGAEYTGGTPEQMAAQSPMAVVSRVDTPTLVIHSENDLRCPIEQGQRYYAHLKAQGVNTSLLIFPGEDHELSRSGTPHHRRQRFDHILRWWAQYLPTDANHLEDQP NA NA NA NA NA D3-18_02154 843 rlmAII 23S rRNA (guanine(748)-N(1))-methyltransferase ATGTTGTCCCACGCCGTTGCTGCCCTCCGCTGTCCTGTTTGCCAAGGGATGTTCCAGCTCAGGGAAGGCCAGCAACGGACTCTCGCTTGTGAGGCCGGGCACCTGTTCGACGCCGCTAAACAGGGCTACTTCAATCTGCTGACAGGCAAAGGCACGGTTTTCGAAGCCGATTCCGCAGACATGGTGGCAGCCCGGCACAGGTTCCTGGACGCCGGTCACTACTCCGGACTCTCCCAAGCTCTTGCCCAAGCAGCCGCCCGGTCACTTCAACGTCCCGAAGCGCTGGTTCTGGACGCCGGAACCGGCACCGGCCACTACCTGCACGCGGTCCTTCAGAAATCAGGGGCTACGGGAATCGGTGTGGACATTTCCAAGTTCGCCCTGAGGCGCGCCGCCCGGCTCAATCCGCAGGCCGCCAACCTTGTTTGGGACATTTGGCGTCCGCTGCCCATAGCGGACAACACCGCGGATGTAATCACGGTGGTCTTTGCTCCGCGAAACCCCGCAGAGTTTGCCCGCGTGCTGCGGCCAGAGGGTTCGTTGATCGTTGTGACACCCAGGCCAGGCCACCTTGCTGAGATTGCTGCCCGGACAGGAATGCTTGGGATTGAAGAGGGCAAGGAAGAGCGGTTGGCAGAATCCATGAAGGGCTTTTTTGGCTCTGGCACCAGCCAAAGCCTGGACCTTCCCTTGCTGCTGAGTGGCCAAGAGACAGCTGACCTGGCCTATATGGGTCCGGCGGGGCACCACCTGCAGCGTGGAGAGTTGGCGGAGCTGGCTGCATTGGAGGGCCCCGTATCCACTACAGCAAAGTTCCGGATCAGTGAATTCCCCCTCTCCTGA MLSHAVAALRCPVCQGMFQLREGQQRTLACEAGHLFDAAKQGYFNLLTGKGTVFEADSADMVAARHRFLDAGHYSGLSQALAQAAARSLQRPEALVLDAGTGTGHYLHAVLQKSGATGIGVDISKFALRRAARLNPQAANLVWDIWRPLPIADNTADVITVVFAPRNPAEFARVLRPEGSLIVVTPRPGHLAEIAARTGMLGIEEGKEERLAESMKGFFGSGTSQSLDLPLLLSGQETADLAYMGPAGHHLQRGELAELAALEGPVSTTAKFRISEFPLS PGPT0027925_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027925-rlmA2-K14336 NA NA D3-18_02155 462 hypothetical protein ATGTTTGAATGGCTCGGCGAGAATTGGTGGGCCCTCTGGCTCACGGTCTTCCTCGCGTTCGCGGTGGTGGAGATGCTCACCCTCGACCTCTTCTTCATCATGCTGGGCGGCGGTGCCCTTGCCGGGCTGATCGCCGACTTCGCAGGGGCCGATTTCTGGCTCCAAATCGTAGTCTTCTCGGTGGTCTCCCTCCTGATGATTGTCTTTGTCCGTCCTGTTGCCATGAAGCACCTGCACAAGGGACCAGCCGAACAGCGCAGCAATATCGACCGGCTCATCGGTCAGCCCGCGCTCGTCATCGAAGCCGTGAGCGGAACCAGTGGACTGGTCAAGATCGGCGGGGACGTTTGGAGCGCCCGCAGCACGGCCGGTGTTCTCGACGCCGGTTCGACAGTTCAGGTCACCAGGATCGACGGCGCGACGGCGGTAGTGGCCTCGCCTGCCGAGAACAGCCCGCGCTAG MFEWLGENWWALWLTVFLAFAVVEMLTLDLFFIMLGGGALAGLIADFAGADFWLQIVVFSVVSLLMIVFVRPVAMKHLHKGPAEQRSNIDRLIGQPALVIEAVSGTSGLVKIGGDVWSARSTAGVLDAGSTVQVTRIDGATAVVASPAENSPR NA NA NA NA NA D3-18_02156 978 COG0330 putative protein ATGGACGGCTTAGGAGGAACAGCAGCGGCAATTGTGCTGATTGTTCTCGTCATTTTTGTCATCATCGTGTTGGTCCGTTCGGTGAGGATCATCCCGCAGGCACGTGCCGGCGTCGTTGAACGCCTCGGCAAGTACCAGCGGACACTCAACCCGGGACTAACCATCCTGATCCCGTTCGTCGACCGGCTGCTGCCCTTGCTCGACCTGCGTGAACAGGTGGTGTCGTTCCCGCCTCAGCCGGTCATCACCGAGGACAACCTGGTGGTCTCGATTGACACCGTTGTTTACTTCCAAGTTACCGATCCCAGGGCGGCAACCTACGAGATCGCCAACTACATCCAGGCCGTGGAGCAGTTGACCACAACCACGCTTCGTAACGTGGTGGGCGGGCTGAACCTCGAAGAAGCCCTTACCTCCCGCGACCAGATCAATGGCCAGCTGCGTGGTGTCTTGGACGAGGCTACGGGCCGCTGGGGAATCCGCGTGTCCCGCGTCGAGCTGAAGGCGATTGATCCGCCCCACTCCATTCAGGACTCGATGGAAAAGCAGATGCGTGCTGAACGGGATCGCCGGGCAGCCATCCTGACCGCTGAAGGCACCAAGCAGTCGCAGATTCTCACCGCCGAAGGCCAACGGCAGGCGGCCATCCTCGCGGCTGAAGGTGACGCGAAAGCGGCCATCCTCAGGGCAGATGGTGAAGCCCAAGCCATCCAGAAGGTCTTCGACGCCATTCACAAGGGCAACCCGGACCAGAAGCTCCTTGCGTACCAGTACTTGCAGACCCTTCCCAAGATCGCTGAAGGAAGCTCGAACAAGCTCTGGATCATCCCGAGTGAAGTCGGCGAGGCGCTCAAGGGTATCGGCGGCGCCCTTGGAGGCAATAACGGGGACTCCCCCGTCGGCCTCTTCGGAAACAGCGAACAGTCCAGGACTTCAGAGCCGGCAGCAGCAGCTCCGCAGCCGCGGCCAGCTGAATAG MDGLGGTAAAIVLIVLVIFVIIVLVRSVRIIPQARAGVVERLGKYQRTLNPGLTILIPFVDRLLPLLDLREQVVSFPPQPVITEDNLVVSIDTVVYFQVTDPRAATYEIANYIQAVEQLTTTTLRNVVGGLNLEEALTSRDQINGQLRGVLDEATGRWGIRVSRVELKAIDPPHSIQDSMEKQMRAERDRRAAILTAEGTKQSQILTAEGQRQAAILAAEGDAKAAILRADGEAQAIQKVFDAIHKGNPDQKLLAYQYLQTLPKIAEGSSNKLWIIPSEVGEALKGIGGALGGNNGDSPVGLFGNSEQSRTSEPAAAAPQPRPAE NA NA NA NA NA D3-18_02157 348 rbpA_1 RNA polymerase-binding protein RbpA ATGAGCGATCGCAGCCTGCGGGGTATGCGTCTTGGCGCCCAAAGCATGGAAACAGAATCCGGCGTTGAACCGGCACCGCGCCAGCGGGTCGAGTACCGTTGCGAGGATGGCGAGCAGGTCTTCGTGACCTTCTCTTCCGAAGCCGAAATTCCCCCCGTATGGGTTTCCAAGACCGGCAAGGAAGCACTGCTGGTTGATGGTGAGCGACCTGTGGACGCCAACGAGAAAGCCGTCCGCACCCACTGGGACATGCTCCTGGAGCGCCGCAGCCTTCCCGAGCTGGAGCAGATCCTTGAGGATCGTCTGAACATCCTGCGTGAGCGCCGTGGAGAACGCCGCTCCGCATAG MSDRSLRGMRLGAQSMETESGVEPAPRQRVEYRCEDGEQVFVTFSSEAEIPPVWVSKTGKEALLVDGERPVDANEKAVRTHWDMLLERRSLPELEQILEDRLNILRERRGERRSA NA NA NA NA NA D3-18_02158 744 Undecaprenyl-phosphate mannosyltransferase TTGCGTGTCCTGACGATCATTCCCACCTACAACGAGCTGGAATCGCTCCCCGTGACATTGGGACGGCTGCGCGCAGCAGTGCCCGACTCCGATGTCTTGGTGGTCGACGACAACAGCCCTGACGGCACGGGAAAGCTTGCCGATGGCTTCGCGGCAGAGGACAGCCAGGTGCATGTCCTGCATCGCAAGGGCAAGGAAGGCCTTGGGGCCGCCTACATCGCTGGCTTCAAGTGGGGACTGGCCGCGGGCTACGACGTCCTGGTTGAAATGGACGCCGACGGTTCGCATAAGCCGGAGCAACTGCCGCTTCTCCTCGACGCCGTCAAGGAGGGAGCCGACCTCGCCATGGGCTCCCGGTGGGTTCCAGGTGGCAGTGTAGTTAACTGGCCGCTCTACCGCCAGGCAATCTCCCGCATCGGCAGCACCTACGCCCGCATCATGCTGGGCGTCAAGATCAAGGACGTCACCGGAGGCTACCGGGCATTCCGCCGCAGCACGCTGGAGGCGCTGAACTTGGACGAAGTCGAGTCCGTTGGCTACGGCTTCCAGGTTGACCTCGCGTGGCGCGTGGCAAAGCTTGGCCTCCGCATCGAGGAGCGCCCCATTACTTTCGTCGAACGTGAGCTCGGCGCATCGAAGATGAGCGGCAACATCGTGGTGGAAGCCATGATCAACGTCACCAAATGGGGACTGGCAGCTCGTTGGGAAAAACTCACCCGCAAGTCACCGGCAGTGGCCAAGTAG MRVLTIIPTYNELESLPVTLGRLRAAVPDSDVLVVDDNSPDGTGKLADGFAAEDSQVHVLHRKGKEGLGAAYIAGFKWGLAAGYDVLVEMDADGSHKPEQLPLLLDAVKEGADLAMGSRWVPGGSVVNWPLYRQAISRIGSTYARIMLGVKIKDVTGGYRAFRRSTLEALNLDEVESVGYGFQVDLAWRVAKLGLRIEERPITFVERELGASKMSGNIVVEAMINVTKWGLAARWEKLTRKSPAVAK PGPT0017834_2230 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 D3-18_02159 1659 hutI_1 Imidazolonepropionase ATGAATCAGCCAGGCCTACCAGCCGGCCAAGACCGCACCGCGAAGGACCGCAAGGTCACGATGTACCGCAACGGTTCGATCTATACCGCCGCAGATCCTTTTGCCACTGCGCTGGTGGTGGACGGCGATACCGTGGCTTGGGTCGGCTCGGAGCAGGCTGCTACTTCAATTGTTGACTCCTCCATGGAGGTCATCGACCTCCGCGGAGCACTCCTGGCACCAGGTTTCGTGGACTCCCATGCACACCTGACGGAAACTGGCCTTGCCCTGTCCGGCCTCCAGCTCACCGGGGTGCGTTCAGCCACGGAACTACTCGACGCCGTTGCCTCCGCCACCGGCACAGGTACAGTCCTGGGCCACGGTTGGGATGAAACGACGTGGCACGATCCCGCGCTCCCTACCTTGGAGGAAATCGAAAGGGCGTCTGCCGGGCGGGCTGTCTACCTGTCACGCATCGACGTCCACTCCGCCCTGGTTTCGTCATCGTTGGCCGCGGCCGCAGGGCTGGACGGAGTCGATGGTTTCTCCGGCACCGCCCGCGTTGTTCGTGCGGCACATACGGCCGCCCGGCTGACTGCCCGGACGTTCCCGGAGCACGAACGGCGCGGCTATCAGGAAGCGGCCCTGCAGGAAGCGGCTTCCCATGGCTATGTAGCCTTGGCCGAGATGTCTGCACCTCACATCTGCGGGTCCGAAGACCTGCGGCTGGCCACGTCCTGGAACGAGGACGTGAGCCGGCCCGAGGTGCTTCCCTACTGGGGCGAGCTGGCAACCTCGGAGTCGCACGCCCGGTCGATTCTGGACGGCCTGGGTACACGGGTCCTGGGGCTTGCCGGTGACCTGAACATTGACGGTTCAATCGGCTCCCGCACGGCGGCCCTCGTGGACGACTATTCCGATGCACCGGGCCAACGCGGCAGTTTGTACCTGTCTGTGGACGAGGCCACCAAACACCTTGTTGCCACGTCCCTCCTCGGAGTTCAGGCTGGCTTTCATGTCATAGGTGACGGCGGGCTGGGGTCAGTGCTGGACGCATTGGACGCAGCGGCTGCAGAGGTAGGGGAGCAGCGCATCCGGGCAGCGGGCCATCGGCTTGAACACGTGGAGATGGCTGATCAGTCCGCCATTGACCGCCTGGCCAAGTATTCAGTGTCGGTCAGCGTACAGCCCGGTTTCGATGCCGCGTGGGGTCAACCAGGTGGGCTCTACGAACAGCGGTTGGGTGGCCGTAGCCAAACGATGAACCCCTTCGCTTCCTTCTATGCCAGCGGCGTCCCTATCGCTTTCGGCAGTGATAGCCCGGTCACCCCTCTCCGCCCGTGGTCCAGCGTCCGTGCCTGCCTGGAGCACAGCAATCCGGGGCAAAGGATCTCGGCTCGTGCAGCGTTCTTGGGCCATACACGTGCGGGGTGGCGGGCTACCAGACAACGGAACCCGCTGATGGGCCAATTGGTCCCCGGTGCACCTGCCAGTTTCGCTGTGTGGGAAGTGGACGAATTGATGGTCCAAGTGGCTGATAGCCGCGTACAGTCGTGGAGCACTGATCCTCGGGCGAGGACCCCTCTTTTGCCTGCCTTGGACACCGGCAGCGACCCCCGTTGCCTTCAGACAGTGCGCGAGGGCCACGAATTGTTCGCCCACGAATCGCTGAGGGTGTGA MNQPGLPAGQDRTAKDRKVTMYRNGSIYTAADPFATALVVDGDTVAWVGSEQAATSIVDSSMEVIDLRGALLAPGFVDSHAHLTETGLALSGLQLTGVRSATELLDAVASATGTGTVLGHGWDETTWHDPALPTLEEIERASAGRAVYLSRIDVHSALVSSSLAAAAGLDGVDGFSGTARVVRAAHTAARLTARTFPEHERRGYQEAALQEAASHGYVALAEMSAPHICGSEDLRLATSWNEDVSRPEVLPYWGELATSESHARSILDGLGTRVLGLAGDLNIDGSIGSRTAALVDDYSDAPGQRGSLYLSVDEATKHLVATSLLGVQAGFHVIGDGGLGSVLDALDAAAAEVGEQRIRAAGHRLEHVEMADQSAIDRLAKYSVSVSVQPGFDAAWGQPGGLYEQRLGGRSQTMNPFASFYASGVPIAFGSDSPVTPLRPWSSVRACLEHSNPGQRISARAAFLGHTRAGWRATRQRNPLMGQLVPGAPASFAVWEVDELMVQVADSRVQSWSTDPRARTPLLPALDTGSDPRCLQTVREGHELFAHESLRV NA NA NA NA NA D3-18_02160 2976 hypothetical protein ATGTCCTCCATTTCCGGGTCTTCATCTCCATCAGACCGTTACCAGGCGGCAGCCCAGCGGGCGGCTGAGTCAAAAACTTATCTCGGCGCGTTCGCACGTTCCCTGGACTTTGAACTGGACGACTTCCAACGTGAGGCGTGCAGGTCGCTCCAGGAAGGCCGCGGCGTTCTGGTAGCAGCCCCCACCGGCGCTGGTAAGACGATCGTTGGTGAGTTCGCGATCTACCTGGCCTTGGAACGTGGACTCAAGGCGTTTTACACCACGCCCATCAAGGCTTTGAGCAACCAGAAGTACTCGGAGTTGGCAGCAAAATACGGGTCAGCGAACGTTGGCTTGCTGACAGGTGACACCACCATTAACGGCGAAGCTCCCGTGGTGGTCATGACCACCGAAGTTCTTCGGAACATGCTTTACGCAGATTCCGAAACCCTTGGCGATCTGGGGTTTGTGGTGATGGACGAGGTTCATTACCTGGCCGACCGCTTCCGTGGTGCCGTGTGGGAAGAAGTCATCATCCACTTGCCCAGCGAAGTGCAGGTTGCCTCCCTGAGTGCCACGGTTTCCAACGCGGAAGAATTCGGTGCCTGGCTGGATACCGTGAGGGGAGATACTGACGTTATCGTCTCCGAACACCGTCCCGTACCGCTTTGGCAGCACGTCATGGTGGGCCGGGAAATAGTGGACCTCTTTGCCGGCGACACAACGTTCGACGAAATTGCGCCCCAGGCCCCAGGAATGCAGGAAACCGAGGCACCGGACCTTTCCGAGGCCCAAGAGGTGATAGCCGAGCCCGTCACCGCTGATCACAGGCGCGCCTCAGCCAAACGCTCGACCGCGGACGCAGTCCGCCAGGCAGTCACCGGCCCTGAGTTCGAGGTCAATCCGGACCTGTTGGCCATGGCCCGTTCCGAGAGCCGGATGAACATGAACGGCCGATTCGGCCATGGTGGTCGGAGTCGGCGTCGTCAGGATCGTTACCGCGATGAGCGGCAGCAGTCCGAGCAGCGCAGTCCCGTGCGGAAAGCCAGCCGTCCCCAAGTCATTGAGAGTCTCAGGCGCCAGGATCTCCTGCCAGCTATCACCTTTATTTTCTCCAGGGCAGGTTGTGACGCTGCCGTAGCGCAGTGTGCATCATCGGGACTTTGGCTGACCACCGAACGTGAACAGCAAATCATTGCCCAGCGCGTGGACGAAGCAAGCCACGAGATTCCGGCCGACGACCTCGACGTCCTCGGATTCTGGGGTTGGCGCGACGGTCTGATCAGGGGCTTTGCTGCCCACCATGCAGGCATGCTTCCCACGTTCAAGGAAGTAGTGGAGAAGCTCTTTGCCGACGGACTGGTCAAGGCAGTCTTCGCCACTGAAACACTGGCCCTTGGCGTCAATATGCCCGCACGCTGCGTCGTGCTTGAAAAGCTGGAAAAGTTCAACGGTGAAGCGCACGTCAACATTACGGCGGGGGAGTACACCCAACTCACCGGCCGCGCCGGACGCCGTGGCATCGACGTCGAAGGCCATGCCGTTGTGCTGTGGCAGCCGGGAACTGACCCGGCGGCCGTAGCCGGCCTTGCCTCCCGACGCACCTACCCCCTGAACTCCAGTTTCCGGCCTACTTACAACATGAGCATCAACCTGATTGCCCAGTTCGGACGCGTCCGCGCCCGTGAAATCCTTGAATCCTCGTTTGCCCAATTCCAAGCTGACCGTTCCGTCGTAGGCCTTGCCCGGCAGGTGCGGGGGCGCGAAGAATCGCTGGCGGGCTACGCCAAGTCCATGCAGTGCCACCTGGGCGACTTCACCGAGTACGCAAAGCTCCGGCGCGAACTCAGCGACGCCGAGAATTTCGCCGCCCGCGACCACCAGCGGGCCCGAAAATCCCATGTAGCGGATTCCCTTGCACGCCTGATCCCCGGCGACGTCATCAGCATCTACAGCGGCCGGCTGGCAGGACATGCCGTTGTGCTCGAGGTAGACCGCAACGCCCGGGAACCACGGCCGTCCGTTCTCACCTCTGACAACCAGCTGCGACGCATTGGTGTCCACGACCTCGACGGTCCGGTGTCACCAGTGACGCGTATCCGTATTCCGAAGTCCTTCAATGCCAAGGTCCCCAAATCCCGTCGGGACCTCGCTTCGTCGATGCGGCATGCAATCAGTGAGGACGCACCGCAGAGCCGTCGCAACAGCAGGCACGAAGACTTTGGCCTCGGGGCGCGCCTGCCGGATCAGGAAAAGAAGATTGCGGACCTTCGGCGAGCCCTGCGGGCTCATCCGTGCCATGGCTGCAGCGAACGCGAAGACCACGCACGGTGGTCGGAGCGGTGGTGGAAGTTGCGCAGGGAAACCGATGGTTTGGTCAGGCAGATCCAAGGCAGGACGAACACCATTGCCAAGACCTTCGACCGCGTTTGCGACGTTCTGTCAGTCTACGGTTACTTGGAAACCGACGACGCCGGGCAGGTCTCCATCAGCGCCGACGGGCAGCGGCTTCGCCGGATCTACGGTGAAAAGGACCTGCTCATTTCCCAGACTATGCGGCGCGGCGCCATCAACGACCTCGACGCCGCCGAACTGGCCTCCCTTGCCAGCACCCTGGTTTACCAAGCCAAACGGGAAGACCGTGGCCTGCGGCCCAGGATGCCCAGCGTTGCCTTGGAATCAGCCATAGACATCGTCATCCGCGAATGGTCTCAGCTGGAGGACACAGAGGAACGCAACAGGTTGCCTTTGACCGGCGAACCGGAACTTGGACTGATGTGGCCCATGTACAAGTGGGCCAAGGGACGCCATCTTCAGGACGTGCTCAGCGGAACCGACCTCGCTGCCGGAGACTTTGTCCGCTGGGCCAAGCAAGTGGTGGACCTCCTGGACCAGCTGGCCAAGATCCCGCAACTCGACCCACGCTTGGCCCGCATTTGCCGCGAATCCATCGACTTGGTTCGCCGCGGCGTCGTGGCCTACTCCACAGTGGCTTAG MSSISGSSSPSDRYQAAAQRAAESKTYLGAFARSLDFELDDFQREACRSLQEGRGVLVAAPTGAGKTIVGEFAIYLALERGLKAFYTTPIKALSNQKYSELAAKYGSANVGLLTGDTTINGEAPVVVMTTEVLRNMLYADSETLGDLGFVVMDEVHYLADRFRGAVWEEVIIHLPSEVQVASLSATVSNAEEFGAWLDTVRGDTDVIVSEHRPVPLWQHVMVGREIVDLFAGDTTFDEIAPQAPGMQETEAPDLSEAQEVIAEPVTADHRRASAKRSTADAVRQAVTGPEFEVNPDLLAMARSESRMNMNGRFGHGGRSRRRQDRYRDERQQSEQRSPVRKASRPQVIESLRRQDLLPAITFIFSRAGCDAAVAQCASSGLWLTTEREQQIIAQRVDEASHEIPADDLDVLGFWGWRDGLIRGFAAHHAGMLPTFKEVVEKLFADGLVKAVFATETLALGVNMPARCVVLEKLEKFNGEAHVNITAGEYTQLTGRAGRRGIDVEGHAVVLWQPGTDPAAVAGLASRRTYPLNSSFRPTYNMSINLIAQFGRVRAREILESSFAQFQADRSVVGLARQVRGREESLAGYAKSMQCHLGDFTEYAKLRRELSDAENFAARDHQRARKSHVADSLARLIPGDVISIYSGRLAGHAVVLEVDRNAREPRPSVLTSDNQLRRIGVHDLDGPVSPVTRIRIPKSFNAKVPKSRRDLASSMRHAISEDAPQSRRNSRHEDFGLGARLPDQEKKIADLRRALRAHPCHGCSEREDHARWSERWWKLRRETDGLVRQIQGRTNTIAKTFDRVCDVLSVYGYLETDDAGQVSISADGQRLRRIYGEKDLLISQTMRRGAINDLDAAELASLASTLVYQAKREDRGLRPRMPSVALESAIDIVIREWSQLEDTEERNRLPLTGEPELGLMWPMYKWAKGRHLQDVLSGTDLAAGDFVRWAKQVVDLLDQLAKIPQLDPRLARICRESIDLVRRGVVAYSTVA NA NA NA NA NA D3-18_02161 837 tatC COG0805 Sec-independent protein translocase protein TatC GTGGTAGAGACGAAGGGGCGCAAGGCCAACCCCGAAGCCCGGATGGCGCTCCTGGATCACCTCAAGGAGCTGCGCAACCGGCTCTTCAAGGCTGCAATCGGCGTCATCCTGGGAACAGTGGTGGGCTTCATCGTCTACCAGCCTCTCCTGGAAGCACTGATCAAGCCGATCAAGGACCTCAACGAAAAAGAGGGACGCGCTGCCACGCTGAACTTTGACGGCGTAGCCAGTTCGTTCGACCTCATGGTCCAAGTATCGGTTTTTCTTGGCGTGATCCTGTCAAGCCCGGTCTGGATTTACCAGCTGTGGGCCTTCATCGTGCCGGGTCTCCACAAGAAGGAACGGCGCTTGGCATTGTCCTTCGTGGCAGCAGCCGTACCGCTCTTCATCGGTGGTGTCCTGCTTGCCTGGCTGGTGTTGCCCAACGCGGTTCGCGTCCTGACCGACTTCACTCCGGTGGGCGGTTCAAACTTCATCAGCGCCGAAATTTATCTGGCCTTTGTGCTCCGGCTCCTCTTGGCCTTCGGCATCGCCTTCCTCGTCCCCGTGGTGCTGGTGGGATTGAACCTGGCCGGAATCATTAAGGGCAAGCAGCTCATCAAGAGTTGGCGGATCACCATCTTCCTGGTGTGCCTGTTCGCTGCGATGGCCGCTCCCGGCGCTGACGCCATGAGCATGTTCTACCTCGCAGCACCCATGCTGCTCCTGTTCTTCGCGGCGATCGGTGTCTGCGTCCTCAACGACCGCCGCCGTGAGCGCCGTGCCATCAAGCGGGCAGCTGAGACTGAAGCCACTGCCGACATCGCAACCCCGGCCACGGATCTGGAGAATCTCTAG MVETKGRKANPEARMALLDHLKELRNRLFKAAIGVILGTVVGFIVYQPLLEALIKPIKDLNEKEGRAATLNFDGVASSFDLMVQVSVFLGVILSSPVWIYQLWAFIVPGLHKKERRLALSFVAAAVPLFIGGVLLAWLVLPNAVRVLTDFTPVGGSNFISAEIYLAFVLRLLLAFGIAFLVPVVLVGLNLAGIIKGKQLIKSWRITIFLVCLFAAMAAPGADAMSMFYLAAPMLLLFFAAIGVCVLNDRRRERRAIKRAAETEATADIATPATDLENL PGPT0029295_1341 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 D3-18_02162 270 tatA Sec-independent protein translocase protein TatA ATGAGGCTCGAAGGCTGGCATCTCATCATCATCATCGTCCTGGCTCTGGTGCTCTTTGCAGCGCCGAAGCTGCCGTCCATGGCGCGCAGCATTGGGCAGTCGATGCGTATTTTCAAGTCTGAGGTCCGGGAAATGAAGAAGGATGGTTCTTCCGAAGCCAAGGACTCCCAGGACGGTTCAGACGCCGTGGAAGGCAAAGTAGTGGGCCACCCGGACGTCAAGGCCAAGAACAACGGCGAGACTGACGTACCGCCCTCCAACCGCGTCTAA MRLEGWHLIIIIVLALVLFAAPKLPSMARSIGQSMRIFKSEVREMKKDGSSEAKDSQDGSDAVEGKVVGHPDVKAKNNGETDVPPSNRV PGPT0029290_1465 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 D3-18_02163 351 hypothetical protein ATGCCTTGGTGGTTCTGGATCCTGTTGTGGATCGCGCTCATAGCCCTTTCGTTGCTCTTTCACCTGACTCTGGGCTATCGCCTGTACAAGAAATTCATGTCAACTGTTCATGATCTGGGTGCCGCGGGTAAACGTTTCAGCAACCTTGCACCTTCCCAGGAAACCTCCGACGTTGAAACCGCCGAACCACGGCTTGCGCCGGGGTCCGCAATTTTTGCCTCCCCGGAACAGATGCGTCATGATTACCTGACGGCCAAGGCCTTCCGTCAGGAAGTTCGTCGTCAACGACGCATCAAGCGCAAAGCCGAGCGGGGTCAACCCCAATCCCTGCACGACATTGAATTCAGATAG MPWWFWILLWIALIALSLLFHLTLGYRLYKKFMSTVHDLGAAGKRFSNLAPSQETSDVETAEPRLAPGSAIFASPEQMRHDYLTAKAFRQEVRRQRRIKRKAERGQPQSLHDIEFR NA NA NA NA NA D3-18_02164 2067 hypothetical protein GTGACGCGCCTTGCTGTTTTCCCGTTGGTTTTTAGTAACGTAGCAACCGTGTCCGCATCCCGCACTGAACGTCTCCTGAATCTGCTCCTGGCTTTGCTCAATACCAAAGTTGGCCTTCCACGTGCCGTGCTGCGCGAAAAGGTTTATCACGATTCAGCGGACAATGATGTCGCCTTTGGACGGATGTTCGAGCGCGACAAAGTGGATCTGAAGCAGTTTGGCTTCGAGATTGAAACCCTGATGGACCCGCGCAATTTCGGCGCGGACGACCCCGCCTCGACGCGCTACCGCATCGGCAAGGACTCCAACCGGCTTCCGGACGTGAGCCTGACGACCGCGGAGAGCACGGTGCTTCTGCTGGCGGCTCAGCTATGGGAACGCGCTGCACTGGGAACCGCAGCCGCCAACGCCGTCCGCAAGCTGCAGGCAGCAGGAGGCTTCACTGACGTGGACCTCCCAGCAGGGGTCCAGCCAAGGATTAAACCCGCAGGACAGGCCTTCGACGACGTCGTTGCGGCAATGCACGGCAAGCATCCGGTCCGCTTCGGCTACCTCGCGGTCAGTACGGGCAGGGAAGAAGTCCGCGAAGTCGAGCCATGGGGGTTGGGCAGCCGCTTCGGTCAGTGGTACCTCGCGGGCTGGGATCGGGGGCGACGGGCCAAAAGGCTCTTCAGGCTCTCACGGATGACCACCGCAGTAAGCGTTGTAACCACCAGCACTTTCCAACCGCCGGAAGACTTCAGCGCCCGAGCGGAGTTGGACGCACTCAATGAGCTGCCTGTCCAACAAGCCACTTTGGACATCGATATGGACAGGCTGCTTGCCTTGCGCAAAAGGGCCGTGTCCGTGGAGGCAGCCCCGAATGCAAGCAGTCGGGACCGCATCACTGTGGATTTCCGGGATCCCGAGCAACTGGCCGAAGAGCTGGCATCCTACGGTCCCCACGCCAAAGTGGCAGGACCCGCGGAACTGCGTGCCGCCGTCGTACGTCGCCTCAAAGCAGCCGCAGACTTTGATGACCTTCCGCCCGTACCCATCGGGTTTCCCGAAGCCGGCCGTGCGCCCCGCACGCGCAAGCGCACCTCTGAAGACCAACTCGCCAGGATGCTGCAGTTGGTTCCTTTCCTGGTTCACCACCAAGGCCTGCACATCCAGCAGGTAGCCGATCACTTTGGCATCAGCCGCAAGGCGCTGATCGATGACCTGAAAATCCTTATCTGCTCGGGGCTGCCCGAGGGGTACCCTGACGATCTGCTGGACATTCAATGGGAGAACGATCACGTCTACATCTCCGAACACCTCGATTTGAACCGTCCAGTCCGCTTCAGTGAAGACGAAGCGGCTGCGTTGCTGACCGGCCTGGCCATGCTGGGGGACCTGCCGGCACTGGCAGGAATGCTTGAGGATGAGTCGGGGAGCGCCCTCGAAGCCGTGACCATCAAGCTGACAGGCGCCGCAGGTCAGGCCGCACGATTGGCCGGCTCAGTGTCCGGGCAGTCGGTGGCGCCGGAACAATCACAGGCTTTCGCCGCCATAACCGGGGCAATCCGTGAGGGCCGGCAATTGCGACTCAGGTACTTCTCACTGCAACGCGATGAAGTTACCGAGAGGGACGTTGACCCCCTGCGGCTCTACTCACTGGACAATACGTGGTACTTCGAGGCGTACTGCCACAGCAAGGCGGGAATCAGGAACTTCCGGCTGGACAGGGTAGAAGCCTTGGAGACCAACGGCCGCGCCGTGTCCACGCCGTCAACAGCCGGGCAGGATTTTCCGGCCCGGCTGTTCACGCCCAGCGATGATGACGTGCTGGTGGTCCTCCAGCTGACCCGTCAAGGGGCCGGATTGGCTGACGACTACTACGCCGAACGCACCGCACAACTGCCCGACGGTGGCCTGCTTGCCGAAGTTCGATTCGGCAACGCTGAGTGGCTGCCGATGTTCGTTTCGCAGCATGGAGGCACCGTTCGGATCCTCGATCCCGGGCACCTTCGGCAGGAATCCCGCGAGTGGGTCGACGCGGCCTTGGCGCAGTACAACTCACCTTCCGGTACGAAGGCTGGCTAG MTRLAVFPLVFSNVATVSASRTERLLNLLLALLNTKVGLPRAVLREKVYHDSADNDVAFGRMFERDKVDLKQFGFEIETLMDPRNFGADDPASTRYRIGKDSNRLPDVSLTTAESTVLLLAAQLWERAALGTAAANAVRKLQAAGGFTDVDLPAGVQPRIKPAGQAFDDVVAAMHGKHPVRFGYLAVSTGREEVREVEPWGLGSRFGQWYLAGWDRGRRAKRLFRLSRMTTAVSVVTTSTFQPPEDFSARAELDALNELPVQQATLDIDMDRLLALRKRAVSVEAAPNASSRDRITVDFRDPEQLAEELASYGPHAKVAGPAELRAAVVRRLKAAADFDDLPPVPIGFPEAGRAPRTRKRTSEDQLARMLQLVPFLVHHQGLHIQQVADHFGISRKALIDDLKILICSGLPEGYPDDLLDIQWENDHVYISEHLDLNRPVRFSEDEAAALLTGLAMLGDLPALAGMLEDESGSALEAVTIKLTGAAGQAARLAGSVSGQSVAPEQSQAFAAITGAIREGRQLRLRYFSLQRDEVTERDVDPLRLYSLDNTWYFEAYCHSKAGIRNFRLDRVEALETNGRAVSTPSTAGQDFPARLFTPSDDDVLVVLQLTRQGAGLADDYYAERTAQLPDGGLLAEVRFGNAEWLPMFVSQHGGTVRILDPGHLRQESREWVDAALAQYNSPSGTKAG NA NA NA NA NA D3-18_02165 396 fkbP FK506-binding protein ATGTCATTTGGTCAGCGTGACTTCGACCGCACCAAGCCCGAAATCGACTTCCCGGAAGGCGACGTCCCCACGGACCTCGTCATCACGGACCTCATTGAGGGCACCGGCCCCGAGGCCAAGGCCGGCGACACTGTGTCCACCCACTACGTCGGCGTTGCCTGGTCCACTGGCGAAGAATTCGACGCTTCCTGGGGCCGTGGCGCTCCGCTGGACTTCCGCGTCGGCGTCGGCCAGGTTATCCAGGGTTGGGATCAGGGCCTGCTGGGCATGAAGGTGGGCGGCCGCCGTCGCCTGGAGATCCCCTCGGAGCTCGCCTACGGCTCACGTGGCGCTGGTGGAGCAATCAAGCCCAACGAGGCCTTGATCTTCGTCGTCGACCTCGTGGCTGTCCGCTAG MSFGQRDFDRTKPEIDFPEGDVPTDLVITDLIEGTGPEAKAGDTVSTHYVGVAWSTGEEFDASWGRGAPLDFRVGVGQVIQGWDQGLLGMKVGGRRRLEIPSELAYGSRGAGGAIKPNEALIFVVDLVAVR PGPT0015110_231 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015110-ppiA-K03767 NA NA D3-18_02166 933 hypothetical protein GTGCGCCGACTCCTAGCAATACTTCTTCCCGCCCTCCTGCTCATTACCGCCTGCGGTGGGGAAAGCACTCCGGCCGCTGAGCCCACCAGCAAGTCCGTTGGTGACGTCTCCAAGCTCGACTCCCTGAAGGTGACGGACAACGGCAACGACAAAGCGCCCGCCCTTGAGTTCTCCAAGCCCCTGGCTGTGACGGGACCCACCGTCAAGGTTGTCAGCGAAGGCGACGGTGAGCCCGTCAAGATGGGTCAAATCGCCGAACTGGTGTTCGTCGCAGTGGATGGCACTGACGGCAAGACGCTTGAGGACGGTTACACCAAGGGGCCCCAGCCGATCGAGCTCTCGGAGCAGATGAAAACCGGCAATGAATTGATCTTCGACGCCATCATCGGCGCCAAAGTAGGCAGCCACGTTGCTATCGCCGCTCCGGGCAACTCCTCGGCAACGGCACCTGCGTCTACGCAACTGGTGGTATTCAAGATCGCCTCCGCCAAGGACGCACCCGGTCTGTTGAGCAAGGAAGAGACTGAGCAGCTGGACAAAGACGGCAAGCTTCCCAAGGTGACCTTTGACGACAAGGGCGTGCCTTCCGTGGAGATCCCCAAGACTGATGTGCCTGCCGGTCTTTCGGTGAAGGTCCTGTCCGAGGGCACTGGCGAGGAGCTGACAAGCTCTGACACGATCGATGCCAACTACAGTGGCTGGCGCTGGGAAGACAGCACCAAGTTCGACTCCAGCTATGACCGTGGGGAGGCCGCTACCTTTGGCCTGAACCAGGTCATCAAGGGCTGGACGCTTGGCCTCACAGGCCAAAAGGTGGGTTCCAAGGTTCTTCTGACGATTCCCACGGATCTCGCCTATGGAGCAAACGCCGCTGCGCAGGGCAAACCTGCCGGCCCGCTGGTCTTCGTCGTCGAGATCACTGGCAAAAAGTAG MRRLLAILLPALLLITACGGESTPAAEPTSKSVGDVSKLDSLKVTDNGNDKAPALEFSKPLAVTGPTVKVVSEGDGEPVKMGQIAELVFVAVDGTDGKTLEDGYTKGPQPIELSEQMKTGNELIFDAIIGAKVGSHVAIAAPGNSSATAPASTQLVVFKIASAKDAPGLLSKEETEQLDKDGKLPKVTFDDKGVPSVEIPKTDVPAGLSVKVLSEGTGEELTSSDTIDANYSGWRWEDSTKFDSSYDRGEAATFGLNQVIKGWTLGLTGQKVGSKVLLTIPTDLAYGANAAAQGKPAGPLVFVVEITGKK NA NA NA NA NA D3-18_02167 1365 pafA Pup--protein ligase ATGGATAAACGGATTTTTGGCATCGAAACGGAATTTGGAATCTCCTATTCCAGTCCGGATTCACGCCCGCTGGCTCCCGAGGAAGTCGCACGGTACCTGTTCCGCAAGGTGGTCAGTTGGGGGAGGTCTTCCAACGTATTCCTCACCAACGGTTCACGCCTTTACCTTGATGTGGGCTCGCACCCTGAGTATGCCACGGCCGAGTGCGACGACCTTGTCCAACTCATCGCCCACGACCGGGCCGGCGAACTTATCCTGGACGACCTCGTGGATGAGGCCCAGGCCCGGCTCGCGGCAGAGGGCTTCAATGGCACGGTCTACCTCTTCAAAAACAACACTGATTCGGCTGGAAACTCCTACGGCAGCCACGAGAATTACCTCATACCGCGGCGCGGGGAGTTCTCCCGTCTGGCCGAAATCCTGATTCCCTTCCTGGTCACACGGCAGCTGATCGCCGGCGCCGGCAAGGTATTGAAGACCCCGCACGGGGCCACGTTTGCGTTCTCACAACGCGCCGACCATATCTGGGAAGGCGTGTCCTCGGCCACCACCAGGTCCAGGCCCATCATCAACACACGCGATGAGCCGCATGCGGACGCGGAGTTCTACCGCCGCCTCCACGTGATCGTTGGCGACTCCAACATGTCCGAGACGTCCGCGCTGCTCAAGGTTGGCACAGTGGACCTTATCCTCCGCATGATCGAGGCGGGCGTCATCATGCGGGACATGCGCATGGAGAACCCCATCCGCAGCATCCGCGAAATTTCCCACGACCTTACGGGCCGCGCATTGGTCCGATTGGCTAACGGACGGCAACTCACTGCACTTGATATTCAGCGGGAGTATCTCAACAAGGTCACGGACTTCGTGGCCACGAACGGCGCGCACAACGCCCACGTACCGCTCATCCTGGACTTGTGGGAGCGGACTTTGAATGCCATCGAGAGCGGCGACACCAGCACCATCGACACCGAAGTGGATTGGGCTATCAAGAAAAAGCTCATGGACGGCTACATGCGCCGCCATGACCTCAGCCTGGATTCACCCCGTATTGCCCAACTGGACCTCACCTATCACGATATTTCGCGCCAGCGCGGCATCTTTTTCCTCCTGCAGGCGCGCGGCGCAGCACGCAGGCTGGTGACGGAAACCGAGGTCAAGGATGCCGTGGACGCACCACCCCAGACGACTCGCGCAAAGCTTCGGGGAGACTTTGTGCGGAGAGCGCAGGAGCTCGGCCGCGATTACACAGTGGACTGGGTGCACCTGAAACTCAACGACCGCGCCCACCAAACGATCCTGTGCAAGGATCCTTTCCGGAGCGTGGACGAACGAGTGGATGCACTCCTGGACTCAATGGGCTGA MDKRIFGIETEFGISYSSPDSRPLAPEEVARYLFRKVVSWGRSSNVFLTNGSRLYLDVGSHPEYATAECDDLVQLIAHDRAGELILDDLVDEAQARLAAEGFNGTVYLFKNNTDSAGNSYGSHENYLIPRRGEFSRLAEILIPFLVTRQLIAGAGKVLKTPHGATFAFSQRADHIWEGVSSATTRSRPIINTRDEPHADAEFYRRLHVIVGDSNMSETSALLKVGTVDLILRMIEAGVIMRDMRMENPIRSIREISHDLTGRALVRLANGRQLTALDIQREYLNKVTDFVATNGAHNAHVPLILDLWERTLNAIESGDTSTIDTEVDWAIKKKLMDGYMRRHDLSLDSPRIAQLDLTYHDISRQRGIFFLLQARGAARRLVTETEVKDAVDAPPQTTRAKLRGDFVRRAQELGRDYTVDWVHLKLNDRAHQTILCKDPFRSVDERVDALLDSMG NA NA NA NA NA D3-18_02168 708 prcA COG0638 Proteasome subunit alpha ATGACACAGCAGTTCTATGTCTCTCCCGAACAGCTGATGAAGGACCGTGCGGACTTCGCACGGAAGGGCATCGCCCGGGGACGTTCTGTCGTGGTCATCAGCTGCGCAGACGGCATCGCGTTGATCGCCGAAAACCCTTCACCCTCCTTGCACAAAATCGGCGAAATTTACGACAAAATCGCCTTCGCGGCAGTCGGCAAGTACAACGAATTTGAAAGTCTCAGGCAAGCCGGCGTTCGCTACGCCGATGTCCGTGGCTATTCCTATGATCGCGAGGACGTGACCGCGCGCGGCCTTGCCAGCGTTTATGCACAAAGCCTGGGAGCTGTGTTCACGGCCGAGCAGAAGCCATTCGAAGTGGAACTGGCTGTAGCCGAGGTTGGCTTTACCCAGGAACAGGACCACCTGTACCGGCTCACCTTCGATGGATCAATCGCCGATGAGAACGGCTTCGTTGTCATGGGCGGGCTTGCCGACCAGATTTCCGACGTCGTCAGCGGGGCTTGGGAGGCGGAGCTCAGCTTGGCGGGGGCCATGCAATTGGCACTGCGCGCCTTGGCCACGAATAAGGAAGTCGAAGAACTGCCCGCTACCGCCGTCGAAGCCGCCGTGCTCTACCGTGCTTCGGAAAGCAACCGCGGATCCCGCAGGGCGTTCCGGCGGCTGCTGCCGGATGACATGACCCGGTTGCTCACAGAGGAGACCTGA MTQQFYVSPEQLMKDRADFARKGIARGRSVVVISCADGIALIAENPSPSLHKIGEIYDKIAFAAVGKYNEFESLRQAGVRYADVRGYSYDREDVTARGLASVYAQSLGAVFTAEQKPFEVELAVAEVGFTQEQDHLYRLTFDGSIADENGFVVMGGLADQISDVVSGAWEAELSLAGAMQLALRALATNKEVEELPATAVEAAVLYRASESNRGSRRAFRRLLPDDMTRLLTEET NA NA NA NA NA D3-18_02169 810 prcB COG0638 Proteasome subunit beta ATGCAGGACCCATCAACCGGCCCGCTGGCCACCCAGGCAACGTCTTCTTTCACGGAGCATCTCCAACGCTCGCGTCCCGAACTCCTTCCCTTCACCCAATCGTTACCCGCGGGCATGGTCCCGTCCTCGCCGCACGCCACCACGATCGTGGCCTTGACGTACGCCGGTGGTGTGCTGATGGCCGGGGATCGCCGCGCCACCATGGGCAACATCATCGCCAGCCGGCACATCGAAAAGGTCTTTCCGGCGGACCAATATTCAGTCCTCGGCATTGCCGGAACTGCCGGCTTGGCAATCGATATCACACGGCTTTTCCAAGTGGAACTCGAGCACTACGAGAAGATCGAGGGCACGCTCCTCAGCCTCGTCGGCAAGGCCAATCGTTTGGGCGCCATGATCCGCGGAAACCTGCCAATGGCAATGCAGGGCATGGCGGTCGTTCCACTGTTTGCAGGCTTCGACCACGTCTCAGGCGTGGGCCGTTTGTTCTCCTACGACGTCACAGGCGGCCGCTACGAGGAACAGGAGCATCACTCCGTTGGTTCGGGTTCCGTCTTCGCGCGGGGTGCCCTGAAGAAACTGTGGAAGCCCAACCTGTCAGAAGAGAACGCTGTGTCGGTGGCTGTAGAAGCCCTCTACGATGCCGCCGATGACGACTCCGCCACCGGCGGTCCTGACCCTGTCCGGCAACTATGGCCGGTGGTGTATACGGTTGACCGTTCCGGCAACCGGCGCGTCCCTGAACGGGACCTGGCCGCGATAGCCGGCGCCATTGTCGAATCGCGCGCCGCCGCAGGACGGGAGGCCTGA MQDPSTGPLATQATSSFTEHLQRSRPELLPFTQSLPAGMVPSSPHATTIVALTYAGGVLMAGDRRATMGNIIASRHIEKVFPADQYSVLGIAGTAGLAIDITRLFQVELEHYEKIEGTLLSLVGKANRLGAMIRGNLPMAMQGMAVVPLFAGFDHVSGVGRLFSYDVTGGRYEEQEHHSVGSGSVFARGALKKLWKPNLSEENAVSVAVEALYDAADDDSATGGPDPVRQLWPVVYTVDRSGNRRVPERDLAAIAGAIVESRAAAGREA NA NA NA NA NA D3-18_02170 204 pup Prokaryotic ubiquitin-like protein Pup ATGGCAGCACAGGAGCAGCAACAACCGCAGTCACGGGACACCGAGACCGAAGTGGACGTACCGGAGGCACCGCCGGCAGCCCCCGAGGCACAGGCTTCGGAAGCGACGCAGGGTGTGGATGACCTCCTCGACGAAATCGACGGCGTTCTCGAATCGAACGCTGAAGAGTTCGTGAGGGCGTTTGTCCAAAAGGGCGGCCAATAG MAAQEQQQPQSRDTETEVDVPEAPPAAPEAQASEATQGVDDLLDEIDGVLESNAEEFVRAFVQKGGQ NA NA NA NA NA D3-18_02171 1620 dop Depupylase ATGCGCGTTATGGGTTCGGAAACTGAATATGGGATCCATGCGCCGTCAGCTCCGGGAGCCAACGCCACCATGATGTCCGCAAGGATCATCCAGGCGTATGCAACCGTTACCCGGCAGCGTGCGGCGGGTGGGGCTGAGACGCGGTGGGACTACACGGACGAGGAACCGCTGCACGATGCCCGCGGTTGGACAGTGGATAGGGCAGCGGCGGATCCCAGCCAGCTGACGGACCAGCCGCCAGTGCTCGACGCCGAAGCCGTCGCCTTGGCCTATGGCCGCCAGGAGTTGGAACTCGATGGCGCAGACGAGTCCGGTTCCCTGCTGATGAACATGGTCCTCGGCAATGGTGCACGCCTATACGTCGATCATGCGCACCCGGAGTATTCCAGCCCGGAGGTCACCAATCCACGCGATGTCGTCGCGTGGGATGCCGCGGGCGACCTGGTTGCCCTGGCCACCGTCAGGAAGGTCGCGTCCGATGCCGCGCTTCCTCCGATCAACCTGTACAAGAACAACACCGATAACAAGTCTGTGTCTTATGGCTCGCATGAGAACTACCTCATGCCGCGTTCGGTGCCCTTCGGGGACATCATCCGCGGGCTAACCCCCTTCTTTGTTTCCCGCCAGGTCACCTGTGGTGCGGGCAGGGTGGGGATAGGGCAGGACAGTTCAACTCCCGGCTACCAGATCAGCCAGCGGGCCGACTTCTTTGAAGCAGAGGTGGGGCTGGAAACAACAATCCGCCGCCCCATCATCAACACAAGGGACGAGCCACACGCCACGGCGGACAAGTATCGCCGCCTCCACGTGATCATTGGCGACGCCAATCTGAGCCAGGCTTCGAATTTCCTGAAGTTCGGAACCACTGCCATGGTCCTGAGCCTCATTGAGGCGGGACAGGCCCCGAGGATCGAAGTTCATGAGCCTGTCCAGGCGCTCCAAGCCGTCAGCCACGACACTACCTTGGCCGTCACCGTGAGGCTCCTCGACGGGAGACGCGTGACCGCCCTCGATCTCCAATGGATGTATTTCGAGGCTGCCGCCAAACTGGCCCAGGAGACAGGGGTAGCGGATTCAGTCACTGGAGATGGCCATACGCATCAGGTTTTGTCTCATTGGGAGTCCACGTTGACAACTCTCGGTACAGATCCTGATGCTGCTGCCTCGTCGGTTGAGTGGGTGGCCAAAAAATCATTGCTGGAAGGTTACCGTAACCGCGACGGGCTGGCGTGGGACGATGCACGACTCGGCTTGGTGGATCTCCAATGGTCCGATATCCGGCCCGAGAAAGGCCTCTACTACAGGTTGCTCTCCAGGGACCGGATGATGCGCATTGTCGACGACGGCGACATCACCCGGGCGGTCACCGAACCGCCGTCGGACACTCGGGCTTACTTCCGCGGTCGCTGCGTTTCCAGCTTCGGCAAGGACGTCGTTGGCGCCAGTTGGGACTCGGTGATCTTCGATGTCCCAGGGTTGGGGAAACTGCAGCGGGTGCCTACCCGTGAGCCTTTGAGGGGCACACGGGCCCTGACCGGCGCCCTCTTTGACCGCCATGCGGATGCTGCTTCGTTCCTGGCCGAATTGCTGGGTCAGGCGCCACCGCCGGCCAGGAGTTGA MRVMGSETEYGIHAPSAPGANATMMSARIIQAYATVTRQRAAGGAETRWDYTDEEPLHDARGWTVDRAAADPSQLTDQPPVLDAEAVALAYGRQELELDGADESGSLLMNMVLGNGARLYVDHAHPEYSSPEVTNPRDVVAWDAAGDLVALATVRKVASDAALPPINLYKNNTDNKSVSYGSHENYLMPRSVPFGDIIRGLTPFFVSRQVTCGAGRVGIGQDSSTPGYQISQRADFFEAEVGLETTIRRPIINTRDEPHATADKYRRLHVIIGDANLSQASNFLKFGTTAMVLSLIEAGQAPRIEVHEPVQALQAVSHDTTLAVTVRLLDGRRVTALDLQWMYFEAAAKLAQETGVADSVTGDGHTHQVLSHWESTLTTLGTDPDAAASSVEWVAKKSLLEGYRNRDGLAWDDARLGLVDLQWSDIRPEKGLYYRLLSRDRMMRIVDDGDITRAVTEPPSDTRAYFRGRCVSSFGKDVVGASWDSVIFDVPGLGKLQRVPTREPLRGTRALTGALFDRHADAASFLAELLGQAPPPARS NA NA NA NA NA D3-18_02172 1809 mpa COG0464 Proteasome-associated ATPase GTGGATACGTCAAACAACGACCTTGGACGGCCGACGCCGGAAGAAGCAAACGACGCAGCGGAGAATACGGCAAGCCGGGGGCTTGGCGCTGTTCAACCGCCGGAGACCTCGAGTGAGCTGACTGTTGCCGAACGGCAAATCAACATCCTTCGGGACAAGCTTCGCCACATTGACCGCCAGTTGGCAGCCGCGACCCAGAACAACGGCAAACTGGTCAGCATGCTGGAAACGGCGAAAGCTGAGATTCTTCGTTTGAAGGGCGCCTTGGAGCAGGAGGGCCAGCCTCCTTACAGCTTCGGCACAGTGGTGCAGATCAACCCACGGAAGCAGCCGTCCGCCGGCAGTTCAGGGCAGGCAGCCACCGAAGAGTCCGTGGACATCTTTAACGCCGGCCGCAAAATGCGCGTGGGAGTCAGCCCGCTCGTCAACCTCAACCAGCTCGCTGTAGGACAGGAAGTCCTGCTGAACGAGGCACTCCTGGTAGTGGCCGGGCTCGGTTACGAACGCGCCGGCGAATTGGTCACCCTTAAGGAAATGCTGGGCAAGGACCGCGCACTTGTGGTCGGCCGAGCCGACGAAGAACGTGTAGTCAGGCTGTCCGGGGCACTCCAAAGCGTTCATTTGAAAGTGGGCGACGCGTTGTCGCTTGATTCACGGACCGGCTATGCACTGGAAAAAGTCCCGCGCGCCGAGGTGGAGAACCTAGTCCTCGAAGAAGTTCCGGACATCACCTACCAGGACATCGGTGGGCTTGGACCGCAGATCGAGCAGATCCGCGACGCCGTTGAGCTGCCGTTCCTCCATCCGGACCTCTACCGTGAGCATGGCCTCAAGGCCCCCAAGGGCATCTTGCTCTACGGCCCTCCAGGCTGCGGCAAAACCCTGATTGCCAAGGCAGTAGCGAATTCGCTCGCCGCCCGGGCAGCGGAACGGGCGGGCAACACCGATCTCAAGAGTTACTTCCTGAACATCAAGGGGCCGGAGCTCCTTGACAAGTACGTGGGTGAGACCGAGCGCCACATCCGGCTGATCTTCTCCCGCGCCCGTGAAAAGGCTTCAGACGGCAGCCCCGTGGTGGTCTTCTTCGACGAAATGGACTCCTTGTTCCGCACCCGCGGTACCGGGGTATCGTCCGACGTCGAAACCACCATCGTGCCGCAGCTACTCAGCGAGATCGACGGTGTGGAGCGCCTGGACAACGTGATCGTCATTGGTGCCTCAAACCGTGAGGACATGATCGATCCCGCCATCCTTCGTCCCGGTCGCCTTGATGTGAAGGTGAAGATCCAACGACCTGACGCCGAAGCCGCAGCCGACATCTTCGCCAAATACATCACCACTGACCTGCCCTTCCACCCTCAGGATTTGGCTGAGTATGGCGGCGACGTGCAGGCCACCGTTGATGCGATGGTCCAGCGCACCGTGGAGGCCATGTACTCCACGGAGAAGTCCAACGAGTACCTCGAGGTCACTTATGCCAACGGCGATACCGAAATGCTGTACTTCAAGGACTTCAACTCCGGCGCCGTGGTCCAGAATGTGGTGGATCGGGCCAAGAAGTACGCCATCAAGGATTTGCTGACCAACCACCAGAAAGGTCTTCGGATCGATCACCTGCTTCGGGCCGTGGTGGATGAGTTCCGTGAGCACGAGGACATGCCCAACACCACCAACCCGGATGACTGGGCACGGATTTCGGGCAAGAAGGGCGAAAGGATCACCTACATCCGGACCATCGTTCAGGGCAAGGCAGGTCAGGAACCTGGCAAGTCCATCGAAACCACCGCCAACACAGGTCAGTACCTGTGA MDTSNNDLGRPTPEEANDAAENTASRGLGAVQPPETSSELTVAERQINILRDKLRHIDRQLAAATQNNGKLVSMLETAKAEILRLKGALEQEGQPPYSFGTVVQINPRKQPSAGSSGQAATEESVDIFNAGRKMRVGVSPLVNLNQLAVGQEVLLNEALLVVAGLGYERAGELVTLKEMLGKDRALVVGRADEERVVRLSGALQSVHLKVGDALSLDSRTGYALEKVPRAEVENLVLEEVPDITYQDIGGLGPQIEQIRDAVELPFLHPDLYREHGLKAPKGILLYGPPGCGKTLIAKAVANSLAARAAERAGNTDLKSYFLNIKGPELLDKYVGETERHIRLIFSRAREKASDGSPVVVFFDEMDSLFRTRGTGVSSDVETTIVPQLLSEIDGVERLDNVIVIGASNREDMIDPAILRPGRLDVKVKIQRPDAEAAADIFAKYITTDLPFHPQDLAEYGGDVQATVDAMVQRTVEAMYSTEKSNEYLEVTYANGDTEMLYFKDFNSGAVVQNVVDRAKKYAIKDLLTNHQKGLRIDHLLRAVVDEFREHEDMPNTTNPDDWARISGKKGERITYIRTIVQGKAGQEPGKSIETTANTGQYL NA NA NA NA NA D3-18_02173 1065 hypothetical protein ATGAGCAGCGAAACCGCCGCCCCCGCAGCAAGCACAGGCACCGACGAGCCCGCCACGGGCTCGGCAGGACAGCCGACGGGCGCTGCACGACGCCGCGGGCCTTTCCGTGTGGGCGAGCGGGTCCAGCTCACGGACGAGCGTGGGCGCATGAACACCATCACCTTGGAGGTGGGCGGCGCTTTCCATACGCACCGCGGCTTCTTGAACCACGATGAAATCATCGGCAAGGTGGATGGCTCGGTGGTAAGCAACAACGTCGGCCAGCAGTACCAGACGTTGCGGCCGCTGCTCTCTGACTTCGTACTGTCCATGCCCCGTGGCGCGGCCGTGGTTTATCCCAAGGATGCCGGGCAGATTGTCACCATGGCCGATATCTTCCCGGGCGCTCGTGTGGTGGAAGCCGGGGTGGGCTCCGGCGCCCTCTCCATTTCCCTGCTGCGCGCAGTCGGCGACGGCGGTTACCTCCACTCCTTCGAGCGTCGCGAAGAATTCGCGGACATCGCCCGTGGAAACGTTGAGACCATCTTTGGAGGCCCGCACCCCGCGTGGCAGATCTCCCTGGGAGATTTCCAGGAAGAGGTAGTCAAAGCCGAGGCCCCGGGATCGGTGGACCGCGTCGTGCTGGACATGCTTGCGCCGTGGGAGTGCTTGGACGCCGTCGCCACTGTCCTGGCTCCCGGCGGTGTCTGGATCAACTACGTAGCAACCGTCACCCAGTTGTCCCGTACCGCAGAAGCCATCCGCGCTGACGGCCGCTTCACCGAGCCGGACGCTTGGGAATCGATGGTTCGCGGCTGGCACCTTGAAGGCCTCGCGGTTCGGCCGGACCACCGAATGGTCGCGCACACCGGATTCCTGCTCGTCACGCGCCGACTCGCCGATGGCGTCACCGGAATTTCCGTGAAGCGCCGCCCTTCCAAGACCGAATTCAGCGAAGAGGACCTTAACGCCTGGACCCCTGCTGCAGTGGGGGAGCGCTCCGTCTCGGACAAGAAACTGCGCCGTGCAGCACGTGATGCCATCGCCGGGACCAACGTTCAGGATGATCCCTCAGTCACAAACTGA MSSETAAPAASTGTDEPATGSAGQPTGAARRRGPFRVGERVQLTDERGRMNTITLEVGGAFHTHRGFLNHDEIIGKVDGSVVSNNVGQQYQTLRPLLSDFVLSMPRGAAVVYPKDAGQIVTMADIFPGARVVEAGVGSGALSISLLRAVGDGGYLHSFERREEFADIARGNVETIFGGPHPAWQISLGDFQEEVVKAEAPGSVDRVVLDMLAPWECLDAVATVLAPGGVWINYVATVTQLSRTAEAIRADGRFTEPDAWESMVRGWHLEGLAVRPDHRMVAHTGFLLVTRRLADGVTGISVKRRPSKTEFSEEDLNAWTPAAVGERSVSDKKLRRAARDAIAGTNVQDDPSVTN NA NA NA NA NA D3-18_02174 1167 hypothetical protein GTGAGCAGCCCCTCCACACCGCATCACTCGCAAACCAAAAAGAGGGAGGGCATCCCCCTCGGACGAATCGCCGGCATTCCTGTCTATCTGGCCTATTCGTGGTTCGTCATAGCAGCCTTTACGGTGTTCGTTTACGGGCCCGTGTTGATGGACTACATGCCCTATCTGAATAACTGGGCCTACATTGTGGCGCTGTGCATTGCCCTGCTACTCGCCATGTCTGTCCTGATCCACGAACTTGCACATGCGCTCAGCGCAAAGGCCTTCAAATGGCCCACCGAAAAGATTGTGCTGAATCTTTGGGGCGGACACACTCAGTTCGAGAACTTCACGGCTTCGCCGGGGAAGTCCGTCATCGTCGCCCTGGCTGGGCCCGTTTCCAACTTCGTCGTCGCCGCGGTCATGTGGGCAGTGATGTCCGCCGACCTGCTCAGTGGCGTGTCGGCCACCTTGGGCGACATCCTGATGAGGGCAAACCTCTTGATCGGCATCTTCAACATACTTCCCGGAATGCCACTGGATGGCGGGCGTTTGGTGGAGTCTGCCGTGTGGAAGGCCACTGGCAGCCAGGACAAAGGCACCATTGCCGCAGGATGGTCCGGCCGCATCATTGTTGTGGTCCTGGTCATTTGGTTTATTGGCCTGCCCTTGATCAGCGGCGCTTGGCCGGACCTCACCTTTATAGTGATCACGGTGCTGGTGTGCGGCTTCCTCTGGATGGGCGCTTCCAGCTCTATCCACCACGCGAAGCTACGCAGTCGTCTGTACCTGGTAAGTGCCGCTGGGTTGGCTGAGCCCGCAGTGGGCGTTCCGAACTCGGCCTCAGTGGCAGATGTCCTGGACATTTCCCCGGCCGGAAGTCCCGCCGTCGTGATTTGCGGTCCGGACGGCAAACCGCAGGGAGTTGTGGATTTCGCCGCAACTCTCGCTGTTCCAGCCGCAGCTGCCACGACGACGCCGGTCACCGCAGTGTCGCATGCCCTGGCCGCCGGGGCGTACGTCCCCGAATGGTCCAAGGGGCAGGAATTGATCCAGTACCTGGCTCGGCTGGAGGGCGGCGAATACGCTGTGGTTGATCACAACGGAATCGTCACCGGCCTGCTCCGCCAGCAGGCCGTAGTGACGGCCATAACAGGTAAGGAAGCGCGCAAGAGCGGGCGCGCCTGA MSSPSTPHHSQTKKREGIPLGRIAGIPVYLAYSWFVIAAFTVFVYGPVLMDYMPYLNNWAYIVALCIALLLAMSVLIHELAHALSAKAFKWPTEKIVLNLWGGHTQFENFTASPGKSVIVALAGPVSNFVVAAVMWAVMSADLLSGVSATLGDILMRANLLIGIFNILPGMPLDGGRLVESAVWKATGSQDKGTIAAGWSGRIIVVVLVIWFIGLPLISGAWPDLTFIVITVLVCGFLWMGASSSIHHAKLRSRLYLVSAAGLAEPAVGVPNSASVADVLDISPAGSPAVVICGPDGKPQGVVDFAATLAVPAAAATTTPVTAVSHALAAGAYVPEWSKGQELIQYLARLEGGEYAVVDHNGIVTGLLRQQAVVTAITGKEARKSGRA NA NA NA NA NA D3-18_02175 720 gph_2 Phosphoglycolate phosphatase ATGCATTCGTTACCCAGCCAGCCCCTCCTCAAAGCCGTGCTCTGGGATATGGATGGCACCCTCGTGGACACAGAACCCTACTGGATCGCTGCGGAGCGCGCGCTGGTGGAATCCCACGGCGGCACTTGGTCCCACCAGCAGGCGATGCAATTGGTGGGACAGTCCCTGCTGCACTCAGCTGCCGTTCTGCAGGCCGCAGGCGTCAGGCTCGAGGCCCGTGAAATCGTGGACACCCTGAGCGCACAGGTCATCGAGCAGGTCCGCAAAGAAGTCCCGTGGCGGCCCGGCGCACGCGAACTGCTGGATGAACTCCATTTGGCGGGCATCCGCTGTGCCCTGGTAACAATGTCAGAGGGTCCTTTGGCAGGCGTCGTGGTGGAGAGCCTTCCCAAGCCCTACTTCGAGTTCATGGTCACCGGCGATACCGTCACCAACGGGAAGCCGCACCCAGAGGCCTACCTCACCGCCGTGGAACGGCTCAGGTTGGACGACCCGTCCGTCACTATTGACCACTGTGTCGCTCTCGAGGATTCCATCCCAGGTGCCACAGCCGCCATCGCGTCGGGTGTGGTCACAGTAGGAATTCCCCATCAGGTTCCCCTCCCGGAAGACCCCCGGATGATCATGTGGCCCACGCTGGTCGGCCGTACTGCACCCGATCTACAACAGCTCGTGGCTGACCGTTTCGCCGCAGCGAACCTGCTTGAAGGGGCCAACTAG MHSLPSQPLLKAVLWDMDGTLVDTEPYWIAAERALVESHGGTWSHQQAMQLVGQSLLHSAAVLQAAGVRLEAREIVDTLSAQVIEQVRKEVPWRPGARELLDELHLAGIRCALVTMSEGPLAGVVVESLPKPYFEFMVTGDTVTNGKPHPEAYLTAVERLRLDDPSVTIDHCVALEDSIPGATAAIASGVVTVGIPHQVPLPEDPRMIMWPTLVGRTAPDLQQLVADRFAAANLLEGAN NA NA NA NA NA D3-18_02176 906 hypothetical protein ATGAACAGTGTGGACGGGACCCCCGAAGGACAGGACATCACCGCGGAGCCCGAGCGTTTCCTCAAGGAACCCGCGGACGGCCAGCGTGTAACCGTAATGCTCGCCGCGTTTGAGGGCTGGAATGACGCCGGTGAGGCCGCTAGCGATGCGCTGCACTACTTGAACAAGCTCTGGGACGGCAAGAAGGTTGCCACTGTGGACGCCGAGGAGTATTACGACTTCCAGTTCACGCGGCCCACCGTGCGGCGCACGTCCTCAGGCGCCCGAAAGGTGAAATGGCCGTCTACGCGGATTTACAAGGCTGAAGTTCCCGACAGCAACGTTGACGTGGTCCTGGTGCTCGGTACCGAACCTTCATACCGCTGGCGCGCCTACACCACCGAATTATTGGTCCATGCTGAAGCGCTCAAGGTGGATTCCGTGATTTTGGTGGGCGCGCTGCTCGCCGACGTGCCCCACAGCCGTCCAATTCCGGTGAGCACCACCACAGAGGACAGTTCCCTGCGGGAGCGCCTCAACTTGGAGGCTTCCCAGTACGAGGGGCCAGTGGGCATCGTGGGTGTGCTCGCAGAGTTCGCAATGCTGGCAGGGCTACCCACGGTCTCCTTGTGGGCAGCAGTTCCGCATTACGTTGCCCAGCCACCTTCCCCCAAGGCGCAGCTCGCGATCCTGCACAGGATCGAGGATTTGCTGCAGGTTCCCTTGGACAGCCAGGCGTTGGCTGAAGAATCGGAGGCTTGGGAGCGTGGCGTGGACGAGCTCGCCACGGAAGACCCTGAGATTGCTGCTTATGTGCGGCAACTGGAGGAGGCGAAGGACACCGCTGATCTCCCGGAGGCGTCCGGTGAGTCCATTGCCCGCGAGTTTGAGCGGTATTTGAAGCGACGTGGCAAAGAGCGTCCCTAA MNSVDGTPEGQDITAEPERFLKEPADGQRVTVMLAAFEGWNDAGEAASDALHYLNKLWDGKKVATVDAEEYYDFQFTRPTVRRTSSGARKVKWPSTRIYKAEVPDSNVDVVLVLGTEPSYRWRAYTTELLVHAEALKVDSVILVGALLADVPHSRPIPVSTTTEDSSLRERLNLEASQYEGPVGIVGVLAEFAMLAGLPTVSLWAAVPHYVAQPPSPKAQLAILHRIEDLLQVPLDSQALAEESEAWERGVDELATEDPEIAAYVRQLEEAKDTADLPEASGESIAREFERYLKRRGKERP NA NA NA NA NA D3-18_02177 1233 mshC COG0215 L-cysteine:1D-myo-inositol 2-amino-2-deoxy-alpha-D-glucopyranoside ligase ATGCCGCAACTAAGGCTGTACGACACAGCCCTCGGCCGAGTGGTGGACGTGGAGAGACAGCCGGAACAGTCAATGTACGTCTGTGGCATCACACCGTATGACGCTACGCACATGGGACACGCAGCCAGTTATGTGGCATTCGACCTCCTGAACCGTGCCTGGCGCGATGCCGGAGTCCGCGTCTCCTACGTCCAAAACGTCACGGACATCGATGATCCCCTCCTGGAGCGCGCCACGGCAACAGGCGTGGACTGGCGTGACTTGGCCCAGAGTCAGATCAACCTGTTCCAGACAGACATGGACGCCCTGAATGTCCTCGCACCGAACCATTACATCGGCGCAGTTGAGGCGATCCCGGACATCGTGCCCGCCATCGAGCAGCTTATTGCCGACGGCGTTGCTTATCGCGTTGCCGGTTCTGATGGAGAACCCGACGGCGATGTCTACTACGACGTCGAGACGGCGGGCAAACGCTCCGACGCCACAGACGCCTGGACGCTGGGCGATGTCTCCGGGCTCGGCGAAAAGGAAATGCTGGAGCTCTTCGCGGAGCGCGGTGGCGACCCCGCGAGGGCGGGTAAGCGCCATGCCCTCGATCCGTTGCTCTGGCGCGTTGCACGGGACGGTGAACCGAGCTGGCCCGGAGCTACCTTGGGCGATGGCCGGCCAGGTTGGCACATCGAATGTACGGTGATTGCGCAAAAGTACCTTCCCGCCCCCTTCACTGTTCAGGGCGGCGGCTCGGATCTGGTCTTCCCGCACCATGAAATGGGTGCAGGCCACGCCTACTCCTTGTCCGGCGTTCCGCTGGCGCGCCACTATTCACACGCCGGCATGGTGGGTTTGGACGGCGAGAAGATGAGCAAGTCCAAGGGCAACCTGGTTCTTGTCTCAAAGCTGCGCGCTGCAGGGGAGGAGCCGTCGGCCATCCGCCTTGCCATCCTTGCCCATCACTACCGCTCGGACTGGTCCTGGACCGATGCAGAGTTTGCCGAAGCCAAGGACCGGATCACCCAGTGGCGTGCCGCCCTGGATCATGCACCGGCCGGATCCGCTGCAGCGCTGATATCTGCCATGCGCGATGAACTTGCCAACGACCTTAACGCTCCGGGCGCAATCGCCGCCGTCGACTCCTGGGCGGAGGAAGCGATTCGCACTGGCGCTGACAAGTCAGCGCACGATACCGCCCTTGTTACCGACGCCATTGATGCTTTGCTCGGGGTTGAGCTCTAA MPQLRLYDTALGRVVDVERQPEQSMYVCGITPYDATHMGHAASYVAFDLLNRAWRDAGVRVSYVQNVTDIDDPLLERATATGVDWRDLAQSQINLFQTDMDALNVLAPNHYIGAVEAIPDIVPAIEQLIADGVAYRVAGSDGEPDGDVYYDVETAGKRSDATDAWTLGDVSGLGEKEMLELFAERGGDPARAGKRHALDPLLWRVARDGEPSWPGATLGDGRPGWHIECTVIAQKYLPAPFTVQGGGSDLVFPHHEMGAGHAYSLSGVPLARHYSHAGMVGLDGEKMSKSKGNLVLVSKLRAAGEEPSAIRLAILAHHYRSDWSWTDAEFAEAKDRITQWRAALDHAPAGSAAALISAMRDELANDLNAPGAIAAVDSWAEEAIRTGADKSAHDTALVTDAIDALLGVEL NA NA NA NA NA D3-18_02178 834 uppP COG1968 Undecaprenyl-diphosphatase GTGAACTGGATAGAAGCAGCCTTGCTGGGCCTGGTGCAGGGCCTCACCGAATTCCTCCCGATTTCCTCAAGCGCACACCTGCGGATTGTCGGCTCGTTCCTTCCGAACGCCGCAGACCCGGGTGCGGCCTTCACGGCCATCACACAGTTGGGAACTGAAACGGCCGTGATCGTCTACTTCTGGCGTGACATCGTCCGGATCGTCGGGGCTTGGTTCGGCTCCCTCACGGGCAAGGTGGAGCGAAACAACCCGGATGCCCGCATGGGTTGGCTGGTCATCCTGGGCAGCTTGCCCATCATCATCCTGGGCCTGTTGTTCCAGGACCAGATTGAGTCGGTGTTACGCAGTATGTGGATCGTTGCCACCATGCTGATCGTTTTCGGCATGATTCTCGCTGTGGCCGATGCCATTGGCCGGCAAGAGAGGGACCTCACACAACTGAGCTATAAGCACGGCATCCTCTACGGCTTCGCGCAAGCCATGGCTTTGATCCCGGGCGTTTCCCGCTCCGGCGGCACCATCACAGCCGGCCTCCTCATGGGGTACACCCGTGAAGCGGCTGCCCGGTACTCCTTCCTCCTGGCCATACCAGCGGTGTTTGGCAGTGGCCTCTACCAGCTTTATAAGACGGTGACGAACGAGGGTCTTGCTGGTCCCTACGGTCTCCCGGAGACTGCGTTGGCCACAGTGATCGCTTTCGTGGTGGGTTACATCATCATTGGCTGGTTCCTGAAGTTTGTCTCCACCCGCAGTTACAGGCTCTTCGTTTGGTACCGGATCCTTCTGGGCCTGGCCTTGTATGTCCTGCTCGGTTTCAATGTCATCAGTGCCTAG MNWIEAALLGLVQGLTEFLPISSSAHLRIVGSFLPNAADPGAAFTAITQLGTETAVIVYFWRDIVRIVGAWFGSLTGKVERNNPDARMGWLVILGSLPIIILGLLFQDQIESVLRSMWIVATMLIVFGMILAVADAIGRQERDLTQLSYKHGILYGFAQAMALIPGVSRSGGTITAGLLMGYTREAAARYSFLLAIPAVFGSGLYQLYKTVTNEGLAGPYGLPETALATVIAFVVGYIIIGWFLKFVSTRSYRLFVWYRILLGLALYVLLGFNVISA PGPT0024165_1749 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-UNDECAPRENOL_MODIFICATION,PGPT0024165-bacA-K06153 NA NA D3-18_02179 933 yajO_2 COG0667 1-deoxyxylulose-5-phosphate synthase YajO ATGCAGCAGCGTTATGTCGGAAACAGTGGATTCCGTGTGTCCTCATTGTCTCTTGGAACCATGTCCTGGGCCCAGGAGACCGACGAGCAGGACGCGGCTGAATTGCTCCATGAATTCGTTGCCGCCGGGGGCACTGTTGTGGACACGGCAGCGTCTTATGCGCAGGGCCGTGCAGAAGCCATGCTGGGATCCATGCTGGGCGACGTCGTGGCCCGCTCCGAAATTGTGATTTCCACTAAAGCCGGCGTGTCGTCCTCAGACTCCAGGCGTAGCATCAACGCTTCCCGAGGAGCGATGCTATCCGCGCTTGATGCCAGCCTCGCAAGGCTCGGCACCGACTACATCGACATATGGTTCGCCCACGAGTGGGATCCGAATGTGCCCTTGGACGAGACTCTTTCGGCATTGGAACTTGCCCAGCGGAGCGGACGTGCCCGCTACGTAGGGATCTCCAATTACAACGGTTGGCAGACGGCCAAGGCAGCCGCCGTGGCCGGCTTCACCCTCGTAGCCAACCAGTCCGAATACTCCCTCGTTCAGCGCAAAGCCGAGGAAGAACTCATCCCTGCGGTGGAAGACGCCGGACTGGGGCTGATGGCGTGGGCACCTTTGGGCCGTGGAGTACTCAGCGGCAAATACCGTGGCCAGATTCCTGCTGATTCCCGTGCCGCACAGAGTCGCCTGGCCGGTTACGTCGAGCCGTATCTTGAGTCGCGGCCATCCCGTGTGGTGGAGGCCGTGGCCATGGCAGCCCGCGGACTGGGCCGCACACCGATGGACGTGTCCCTCAGTTGGTTGCTCTCCCGGCCGGGCGTGGCGACGGCAATTATTGGCCCGAGGAACGCCGTTCAGCTCAAGGAACTACTGGACGCTCAACTGACGGCGCTGCCAGCTGAGATTGCCCGCGCTCTCGAGGACGTTTCAGCAGCTTAG MQQRYVGNSGFRVSSLSLGTMSWAQETDEQDAAELLHEFVAAGGTVVDTAASYAQGRAEAMLGSMLGDVVARSEIVISTKAGVSSSDSRRSINASRGAMLSALDASLARLGTDYIDIWFAHEWDPNVPLDETLSALELAQRSGRARYVGISNYNGWQTAKAAAVAGFTLVANQSEYSLVQRKAEEELIPAVEDAGLGLMAWAPLGRGVLSGKYRGQIPADSRAAQSRLAGYVEPYLESRPSRVVEAVAMAARGLGRTPMDVSLSWLLSRPGVATAIIGPRNAVQLKELLDAQLTALPAEIARALEDVSAA NA NA NA NA NA D3-18_02180 867 rmlA COG1209 Glucose-1-phosphate thymidylyltransferase ATGCGTGGAATTATTCTGGCCGGTGGAACAGGATCCCGGCTCCATCCCATCACGCTCGGAATAAGCAAGCAGTTGGTACCAGTCTTCGACAAGCCAATGATTTACTACCCACTATGCACATTGATGCTTGCTGGCATCCGTGACATCCTTATCATCACGACACCAACGGATGGCCCTCAATTCGAAAACCTTTTGGGCAATGGTTCCCAATTCGGCATTAATCTGAACTATGCCCGGCAGCCGACGCCGGACGGGCTTGCCCAGGCATTCATTCTGGGGGAGCAGCATATAGGTGGCGGCAAAGTTGCGCTGATCCTGGGTGACAACATATTCAACGGCCCGGGCATGGGCAACCAGCTACGACATTATGCCGATGTAGACGGCGGGGCGATCTTCGGGTACTGGGTCAAGGACCCGTCCGCCTACGGCGTGGTGGAGTTCGACGACCAAGGCATGGCCGTTTCCATCGAAGAAAAGCCCACAGCGCCCAAAAGTAACTATGCAGTTCCCGGGCTCTACTTTTATGACAACAACGTGGTTGCCATGGCCAAGGACCTGCAACCGTCCCCGCGGGGAGAGCTGGAGATCACGGATATCAACAGGAAATATATGGAGCTTGGCCGGTTGCATGTCCAGAAATTTCCGCGGGGAACCGCGTGGCTGGACACTGGTACCTTCAGCGACCTCAATGACGCCTCAAACTATGTCCGCACAACGGAAAACCGGCAGGGCTTGAAGATTGGTGCTCCGGAGGAGGTGGCTTGGCGAATGGGCTACCTGACGGATGATGAGCTCCGCCAGCAGGCCGCCAAGCTCGCCAAGAGCGGCTACGGCAGCTACCTGTTAGACATCCTGGACCGCCAATAA MRGIILAGGTGSRLHPITLGISKQLVPVFDKPMIYYPLCTLMLAGIRDILIITTPTDGPQFENLLGNGSQFGINLNYARQPTPDGLAQAFILGEQHIGGGKVALILGDNIFNGPGMGNQLRHYADVDGGAIFGYWVKDPSAYGVVEFDDQGMAVSIEEKPTAPKSNYAVPGLYFYDNNVVAMAKDLQPSPRGELEITDINRKYMELGRLHVQKFPRGTAWLDTGTFSDLNDASNYVRTTENRQGLKIGAPEEVAWRMGYLTDDELRQQAAKLAKSGYGSYLLDILDRQ PGPT0022600_4078 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 D3-18_02181 1005 rmlB COG1088 dTDP-glucose 4,6-dehydratase ATGGCCATGCAGAGAATCCTTGTCACCGGCGGGGCCGGATTCATCGGATGCAATTTCGTTCACTTCATCATGGAGCACACCCGTCTCCATGTCACTGTCCTGGACAAACTGACTTATGCGGGCAACATTGAATCGCTGTCGGGACTACCCACAGACCGTTTTGAATTTTTCGAGGGTGACATTTGCGATGCTGCCGTGGTGGACTTATTGACATCCCCCGTGGATGCGGTTGTCCACTTTGCTGCCGAGTCGCACAACGATAACTCGTTGGAGGATCCCCGGCCTTTCCTGGACACCAACCTGCTCGGTACGTTCACCCTCATCGAAGCGGCGCGAAAGCACGGTACGCGGTTCCATCACATCTCCACGGACGAGGTGTACGGAGATTTGGCTTTGGACGATCCTCAGCGGTTCACTGAAGACTCCACTTACCGTCCCACGAGTCCCTATTCGGCAACGAAAGCGGGCTCGGACATGTTGGTACGCGCCTGGGTTCGCTCATTTGGCCTCCAGGCGACCATCAGTAATTGTTCCAACAACTACGGACCTTACCAACACGTGGAGAAGTTCATTCCGCGGCAGATCACCAACATCCTCGACGGTCTCCGTCCCCGCCTTTACGGCAAGGGGCGGAACGTCCGGGACTGGATCCATGTGGAGGACCACTCGTCCGCAGTCCTGGCGATATTGGAGGGTGGCCGCTTGGGCGAAACCTACTTAATCGGTGCCGACGGCGAGCGTTCCAACCGCGAGGTAGTGGAGATGTTGCTTGAACTCGTGGGGCAGCCCCGCGATGCTTATGACCTGGTAACCGACCGGCCTGGCCATGACCTCCGCTACGCCATCGATTCAAGCAAACTCCGACGCGAGCTCGGGTGGGCGCCTCGTTATTCAGACTTCGACGCCGGGCTGGCTGACACAGTGCAGTGGTACAGGGACAACGAACACTGGTGGCGGCCGCAAAAGGCAGCCACGGAGTCCAAATACGCTGGACAAGGCCACTAA MAMQRILVTGGAGFIGCNFVHFIMEHTRLHVTVLDKLTYAGNIESLSGLPTDRFEFFEGDICDAAVVDLLTSPVDAVVHFAAESHNDNSLEDPRPFLDTNLLGTFTLIEAARKHGTRFHHISTDEVYGDLALDDPQRFTEDSTYRPTSPYSATKAGSDMLVRAWVRSFGLQATISNCSNNYGPYQHVEKFIPRQITNILDGLRPRLYGKGRNVRDWIHVEDHSSAVLAILEGGRLGETYLIGADGERSNREVVEMLLELVGQPRDAYDLVTDRPGHDLRYAIDSSKLRRELGWAPRYSDFDAGLADTVQWYRDNEHWWRPQKAATESKYAGQGH PGPT0022625_3899 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 D3-18_02182 1302 hypothetical protein ATGCTGGATGCCGGGCTGCCCGACTTCGGGCCGGTGCAGAACAACATTTCCTTCAACGCAGCGCGCGGTACGGTTCGGGGCATTCATGCCGAGCCCTGGGACAAGTTCGTTTCCTTGGCCTCCGGTCGGATCTTCGGTGCGTGGGTTGACCTCCGCGAGGGCCCGACATTCGGGACACTGTTTACTGCAGAGCTGACTCCTCAGGATGCCGTTTTCGTCCCCCGTGGCGTGGGCAACGCCTTCCAAACGCTGGATGACGACACGGCGTACACGTACCTGGTCAACGATCACTGGAGCGCTGAGGCACAGAAGGAGTACACGTTCCTCAACCTTGCCGATGAGCAAGTAGCCGTGCGTTGGCCGATCCCCTTGGAGAAGTCCATTGTGTCTGCACAGGACAGGAAGCATCCGCGGCTGGGTGACGTCGTTCCCATGCAGGGGCGGCGGACGCTGGTCCTTGGAGCGGACGGCCAGCTGGGTACAGCACTCCGGCATGCTTTCGCGGGCGACCCGACGGTGGAGTTCGCCGGCCGGGCGCAGTTCGACATCGCCGTTGAGGACTCCTATGAGGCACTCAGCTGGCGCGATTACTCCACAATAATCAACGCAGCCGCCTTCACCGCAGTAGATGCCGCCGAAACCCCAGAAGGCCGTGCAGCTGCCTGGAGCATCAACTCAGCTGCCGTTTCCCGCTTGGCGCGTACCGCCGTCGAGCATTCCCTGACGCTGGTCCATGTATCCAGCGACTACGTCTTCGACGGCACAACAGAGGTGCATCACGAAGATGAGATTCCCACTCCCCTGGGTGTCTATGGCCAAAGCAAAGCCGCGGGTGACCTTGCTGTGGGCACCGTACCGAAGCACTACATCGTGAGGACAAGTTGGGTAGTGGGCGACGGGAAGAACTTTGTTCGAACCATGGCTTCGTTGGCCGTCAAGGGGGCCTCGCCATCAGTGGTGGATGACCAGCGGGGCCGGTTGAGCTTCTCGTCCGATGTCGCGGCGGGCATTCGTCATCTGCTCCGCAGCAAAGCGCCCTACGGGACGTACAACCTCAGCAACAGCGGTGAAGCTAAGTCCTGGTATGAGGTGGCCCGCGACATCTACCGCTTACAGGGCGCCGATCCGATTCTTGTGAAACCCATCAGCACCGCGGACTATGCAAAGCCCAACACTGCGCCGAGGCCGCCAAGCAGTGTCCTGGACCTATCCAGGATTCGCGCCACCGGTTTTGATCCGCCTGATGCCAAAGAGCGCCTGGCTGAGTACCTCCGACATGTGCATCCTCAGATGCCGTCCTAA MLDAGLPDFGPVQNNISFNAARGTVRGIHAEPWDKFVSLASGRIFGAWVDLREGPTFGTLFTAELTPQDAVFVPRGVGNAFQTLDDDTAYTYLVNDHWSAEAQKEYTFLNLADEQVAVRWPIPLEKSIVSAQDRKHPRLGDVVPMQGRRTLVLGADGQLGTALRHAFAGDPTVEFAGRAQFDIAVEDSYEALSWRDYSTIINAAAFTAVDAAETPEGRAAAWSINSAAVSRLARTAVEHSLTLVHVSSDYVFDGTTEVHHEDEIPTPLGVYGQSKAAGDLAVGTVPKHYIVRTSWVVGDGKNFVRTMASLAVKGASPSVVDDQRGRLSFSSDVAAGIRHLLRSKAPYGTYNLSNSGEAKSWYEVARDIYRLQGADPILVKPISTADYAKPNTAPRPPSSVLDLSRIRATGFDPPDAKERLAEYLRHVHPQMPS PGPT0022635_138 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-PUTATIVE_TRYLOSE_DERIVATES_MODIFICATION,PGPT0022635-rfbCD|rmlCD-K23987 NA NA D3-18_02183 1329 hypothetical protein ATGAGGGTTCGTTACTTCACTACTGTGGCTGCGACGCTTGGTGCGCTGGTATTGGCAAGCACAATACCAGGCACCGTGCGAGTGACGGCGATGCCTTCTCCGCCGAGTACGGTAATCTCGTCCGGGCAAGCCGCGTCAACCCTCTCTGAGCTTCCCAGGATTCCATGGGACGGCGGGCCGGCATACTGGAAGCAATTTGCCAAAGCAGCCGCAGCCGGATGGGATGACCCTTCCTTCTTCCCCATTGCAGTTTGGTATGGTTCCCCTGGTAGCGACGCACAACTGAAGTACGACAAGTCTCTGGGCATCAACACGTATGTGCAAGGCAACCCAGACGCATCCAGCGCTGCAATCGCTGCTCACGGCATGTTCACCCTCTTCGCTCCGGATGATGCACCGGCCGACTGGGACCGACAAGTGGGCACCGTGCTGGACGACGAAGTGGACGGTAGGTATGACCCTTTCGCAGGGCTCGCTCGCATGAGGCAACTGGCAGCCCAGCACGATCCGGCCAGGACAGGTAGGTTTACCTACGCAAACTGGACCGCAGGCATCATCACCTACGACACGTCCATGCAGTACTCCACAGACTATTACAACACCGTGAATGTGAACTCGGTTGATCAATACTTCTATGCTGTCCCCCAGTGTGACTGGGGGGAAGGAGCGCTAAGGTGGCGGACTCCGAAGGGGCAGAACCCGATCAATCCTTCAAACTGCCGCACTGCTTCAAGCTACGGGAAGATCATGTCCCTTCAGCAAGAGGTCAATGCAGCCCGTGGTGTGCCAGCCCCATTGTGGGCACTTCCGACCGTTATCAGCACCGGTGGTTCGAAGGGCGGGTATCAGCAACTGAGTCCGGAACAGGTTCAGGCGCAGGTGTGGGCATCCATAATTCACGAGGCGCGCGGCATCGTGTGGTTCAGCCAGTCTCCGGACCAGCAAAACGTCAACGATTGCATCAGCGGGGATGCTTTCCAGGACGCGAGGATTCACAGTGCCGACTGCCTAAAAGAACAAGTGGCCGCCGTTGGTGTCGTTAACAATGCGATCAGATCTTACGCGCCGGTCCTCAATACCCAGTCTTACGCCTGGGACTTCGGTACCGGCACGGACACCATGTTGAAGGTCAAGGACGGTAGTGCATATATATTCGCAATGACCGATGACGGTGGTGAGGGCACAAGAGTGTTTACGCTTCCCGCCGGATTGTCCGGATCCACGGTTGAGGTGGTGCACGAAAACCGGTCAATACCCGTCCAACACGGACAGTTTACTGATGCATTCCCGAACGAATACACCCATCATGTTTACCGCATAGCACTTTAG MRVRYFTTVAATLGALVLASTIPGTVRVTAMPSPPSTVISSGQAASTLSELPRIPWDGGPAYWKQFAKAAAAGWDDPSFFPIAVWYGSPGSDAQLKYDKSLGINTYVQGNPDASSAAIAAHGMFTLFAPDDAPADWDRQVGTVLDDEVDGRYDPFAGLARMRQLAAQHDPARTGRFTYANWTAGIITYDTSMQYSTDYYNTVNVNSVDQYFYAVPQCDWGEGALRWRTPKGQNPINPSNCRTASSYGKIMSLQQEVNAARGVPAPLWALPTVISTGGSKGGYQQLSPEQVQAQVWASIIHEARGIVWFSQSPDQQNVNDCISGDAFQDARIHSADCLKEQVAAVGVVNNAIRSYAPVLNTQSYAWDFGTGTDTMLKVKDGSAYIFAMTDDGGEGTRVFTLPAGLSGSTVEVVHENRSIPVQHGQFTDAFPNEYTHHVYRIAL NA NA NA NA NA D3-18_02184 1914 N-acetylglucosaminyldiphosphoundecaprenol N-acetyl-beta-D-mannosaminyltransferase ATGCTGCTATCCAAGACCACGCCCGCCCGAAACGCACTTAATCGCGTACTCCCCCAAACGTCCGCTATACGCGCCCTCGCTGGCGGCGGTCTTCTTTTTCACCGCCCTTCCAGCACGCCTGAGCAGAGTGAGGCTGTCCCCGACGCGTCACTTGTAAGTCTGGGCGGCGTGCCGGTGAAACTCATTGAGTTCGACGCCGCGGTCCAACAAATCCTGGACAGGGCAGTCGCGGCTGGTGCACCGCCTTTGGGTGTCTGCTCCGCAAACCTCGACCATATTCGCCATTTCGGGTCGGGAGGCCGCTGGACGAACACCCTGGACCGCGCGGCGACGGTTGAATGGCTCACCCTCATTGATGGAGCGCCGTTGGCGACAGAGGCCCGGCGCCTAACGGGCAGGACGTGGCCGAGGCTGGCTGGCAGCGACCTCGTGGGACCGTTGCTGGACGAAGCAGGGCTGCGGGGACTTAGTGTTGGGTTCGTAGGCGGGTCAGCAGAAGCCCACAACCTGATTCGCGAGGGGTTCTCTGTGGACCGCCCGAACCTTGCGGTGGCTGGTTGGTGGGCTCCACCGCGGACCACTCTTAACGACGCTGCGGCGTCCCGTCAGCTTGCCATCGCGATTTCCGAGGCAGCTCCGGACATTCTGATCGTGGGGTTGGGCAAGCCCCGCCAGGAACTGTGGATTTCGGAGTACGGCCATTTGACCGGCGCCAAAGTACTGCTGGCCTTCGGTGCTGTGGTGGATTTTCTGGCCGGGCACGTCCGGCGGGCTCCGTCCTGGGTCAGTTCCAACAGCCTGGAGTGGGCCTGGAGGCTGGCATTGGAACCGCGTAGGCTGTCCCGTCGATACCTCGTGGATGGGCCCGAAGCATATTTTCGGTTGCGCAGGGACAGCAGTTTGTCGGTCCCCCCTTGGACGCCGTCCAACCGCCTTGCCCACGTCGTCCCGGAGTGTGGGCCCAGCCGCGCTCCGGGTACCTTTGTGTCTGCAAATGTCACTGCTGATGTCGCCGTCATAATTGTCACTTACAACAACTCAGACGACATAGGACCGTTGATCTTGGGACTGCGGAAAGAAGCAGTGAACCAGTCCATCAAAGTGGTGGTAGCCGATAACTCCGCAAACGACCTCACTCGCACGGAACTCGCGCGCTATCCCGATGTCACGGTAGTTGCAACCGGGGGAAACCTGGGCTACGCCGGCGGTATCAACACAGCACTCGCGCGGGCTGGAGAGGCTGGCGCATATCTCATTCTGAACCCGGACCTCCGTGTCGAAACCGGTGCGATCAGGGCAATGCGCAAGCGCATGAACGAATCCGGGGCTGGAATGGTGGTGCCGATGTTGTTGGACGATGACGGCAGCGTATACCCCTCCTTGCGTCGCGAGCCGGGTATTCTGCGAGCGCTGGGTGACGCGGCCTTGGGCAGTCATCTTAAAGCCCGTCCTGGTTGGTTGTCTGAGATGGACTTTGATGAAGAGAGCTACCGTCACGGACACCAGGTGGATTGGGCTACAGGTGCTGCGCTCTTGATAAGCGGCGAGGCGGGGAAGGTGGTGGGCACCTGGGACGAAAGGTTCTTCCTCTACTCGGAAGAGACGGACTATTGCCATCGTCTAAGGGCGTCAGGGTATTCCATCTGGTTTGAGCCGGCGGCCAGAATGTGGCATACGCGTGGTGGTTCCGGGACGTCGCCGCAATTGACAGCGCTCATGTCTGTGAACAGGGTCCGCTATGCGGAGAAGTATTTCAAGCGCAGCCGGGTGCTGGCATTTCGCTGTGCTGTACTCGCTGCGGAGGTCGCTCGCTTGAATAAGCCTGGTCACCGCGTCGCTGTATGGGCTTTGGCCAGCCAGCGACGGAGAGATCTCCTCCCCCACGCAGTGCGGAGTGCGGATGGAGGCCATTAA MLLSKTTPARNALNRVLPQTSAIRALAGGGLLFHRPSSTPEQSEAVPDASLVSLGGVPVKLIEFDAAVQQILDRAVAAGAPPLGVCSANLDHIRHFGSGGRWTNTLDRAATVEWLTLIDGAPLATEARRLTGRTWPRLAGSDLVGPLLDEAGLRGLSVGFVGGSAEAHNLIREGFSVDRPNLAVAGWWAPPRTTLNDAAASRQLAIAISEAAPDILIVGLGKPRQELWISEYGHLTGAKVLLAFGAVVDFLAGHVRRAPSWVSSNSLEWAWRLALEPRRLSRRYLVDGPEAYFRLRRDSSLSVPPWTPSNRLAHVVPECGPSRAPGTFVSANVTADVAVIIVTYNNSDDIGPLILGLRKEAVNQSIKVVVADNSANDLTRTELARYPDVTVVATGGNLGYAGGINTALARAGEAGAYLILNPDLRVETGAIRAMRKRMNESGAGMVVPMLLDDDGSVYPSLRREPGILRALGDAALGSHLKARPGWLSEMDFDEESYRHGHQVDWATGAALLISGEAGKVVGTWDERFFLYSEETDYCHRLRASGYSIWFEPAARMWHTRGGSGTSPQLTALMSVNRVRYAEKYFKRSRVLAFRCAVLAAEVARLNKPGHRVAVWALASQRRRDLLPHAVRSADGGH NA NA NA NA NA D3-18_02185 837 hypothetical protein ATGCCCACCGCTTTTCCCTCGGGGGCTGTCATAATCCCTGCGCACAATGAGGCAGCAGTGATCGAACGGACACTTCGGTCCCTCAGTGAAGTCATTGGGTGGGGCACAGTTGATGTGGTGGTGGCCTGTAATGGGTGCACGGATGGTACGGATGCGATTGTGTCCCGGTGGGAGGGTGTTTCTGTACTTCATGTGCCGGAGGCGTCGAAGGCTGCTGCGCTGAATGCCGGCGACCAGTGCACTTGCTTATGGCCGCGTCTGTACTTGGATGCAGACATCGAGGTGAACACGGAGGCGCTCAGTGCGGTTTTCACCGCGTTGGAGGATGGCACACTCCTGGCAGCACGCCCGGCGTTCCGTTACGACACCCAGGGTGCTTCTGCGCCCGTACGCGCTTACTATCGGGCGCGTAGCCGGATCCCACGCAACGCTCAAGGCCTGTGGGGCGCTGGTTTTTACGCATTGAGCCGCGCCGGGCATGATCGCTTCGGTGTATTTCCTACCCTTACGGGCGACGATTACTTTGTGGACAGGCTGTTTGATGAGCGGGAGAAAGCTGTACTTCATACCGAGCCGGTAATTGTTCGAACGCCTCGGACCACGGCCGCGTTGTTGGCGGTCTTGCGGCGTACCTATCGTGGAAATTTTGAGCAGGACGTTGCGGCTGGCGGAACGTCCTTGTCACGGACGGTGCGGGAGTTGCTCGCTTCAGTGCGTGGGCCTTGGACGGCTTTTGACGCTTTTGTCTACGCCACGTTCGCTTTTGTGGGTCGCCGTCGTGCGTCGTTGTCCGCCAAGTCTTCCCCCTCTTGGGAGAGGGATGAGAGTCGCCGCTAG MPTAFPSGAVIIPAHNEAAVIERTLRSLSEVIGWGTVDVVVACNGCTDGTDAIVSRWEGVSVLHVPEASKAAALNAGDQCTCLWPRLYLDADIEVNTEALSAVFTALEDGTLLAARPAFRYDTQGASAPVRAYYRARSRIPRNAQGLWGAGFYALSRAGHDRFGVFPTLTGDDYFVDRLFDEREKAVLHTEPVIVRTPRTTAALLAVLRRTYRGNFEQDVAAGGTSLSRTVRELLASVRGPWTAFDAFVYATFAFVGRRRASLSAKSSPSWERDESRR PGPT0014540_2913 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-O-ANTIOGEN_BIOSYNTHESIS,PGPT0014540-csbB|gtrB|yfdH-K20534 NA NA D3-18_02186 1362 hypothetical protein ATGTACAGGGTTAACGGTTTGCTCCACAGCGAAGGCGTCCAAGGGGCGACCCGGAAGTCCGATGCCCCCATATTCCTCACTGTGTACTTGGTGCTGACCTTTGCCCTGCCATCGAACCTGGTCATCGCATCCCTGGGTTCCATCGGCCGACCAAACACGCTGTTTGCGCTCCTGGGATTAGCCTGGTGGATACTTCACCAACTGCTGCGCACCACATCATCGACCCAGCGCTTCCACCCCTTACGCATCGCCATTTCGGCCTTCCTCATAGTCGCCCTCGCAAGCTATGCATACGCAATGGTAAGAGGACTGCCCGAAAGCGAAGCCAGCCCTGCAGACGCCGGCTTGTTGAGGTTGGCCGGTTGGGCTGGAATTCTGCTGATCGCAGCAGATGGCCTCACCACCCGGGAAGGAGTCAGGTCGGTACTCCGCCGGATCGCCCTTGTAGGCGGATTGACCGCAGGCCTGGGTTTGCTCCAGTTTGCCACTGGATCGTCGCTGATCGAATGGATCAGAATACCGGGCCTCAGCATCAGTTCCGAGCTGGCGAACATCGACTCCCGCGGCGGATTTGTAAGGGCAGCAGGCATGTCGATGCACCCCCTCGAGTACGGAGTAGTCCTGTCCGCCTCCCTACCAATCGCCATCACACTCGCCCTCAACGATGTCGCGAAGCGCCGGCTCCTATGGTGGATCCCGGTCGGCCTGATTGCAGTGGCCGCCATGTTGTCCGTCTCAAGAGCAGCGTTGATCTGCATGGCGTTGGCCTTCCTCATTCTTTTGCCGGTGTGGCCCAAACAACTCCGACGACGGGCTGTGGTTGTTTCAGCGCTACTAGTCGCAGTCATATACGTAGTTACCCCCGGCATGATCGGGACACTCTTTGGCCTGTTTACCGTAGGCACCGATGACCCCAGCATCAGTTCACGAACGAATGGATACTCCACTGCATTCGGAATGGCAGGCCAACAACTGGTGCTGGGCCGTGGTTTCGGAACCTTCCTCCCGGCGTACGTCATCGTTGACAACCAGTACCTTGGGCTCTTGGTCGAGCTCGGCATAGCAGGCCTTGTTGCCTTCCTGCTCCTGGTGTCCGCCGGAATTTTCTGCGCTTGGCGAGCCCGCAGGCTGGCAAACGACAATAACCTGCGTCAAACCAGTCAATCTGTACTGGCCTCCATCGCGGCGGCCGCCCTGGCGTTTGGATTCTTTGACGCTTTTGCCTTCCCAATGGCAGCCAGCCTCTTATTCCTTATGCTTGGAATTGCTGGGGCGCTGTGGCGGATTTCGCATCGTGAAACCGCTGACGCGCAGCTGAAAGAGCAATTGAAAGAAGAGGCCGCCCCGGCCGGGAACGACTGA MYRVNGLLHSEGVQGATRKSDAPIFLTVYLVLTFALPSNLVIASLGSIGRPNTLFALLGLAWWILHQLLRTTSSTQRFHPLRIAISAFLIVALASYAYAMVRGLPESEASPADAGLLRLAGWAGILLIAADGLTTREGVRSVLRRIALVGGLTAGLGLLQFATGSSLIEWIRIPGLSISSELANIDSRGGFVRAAGMSMHPLEYGVVLSASLPIAITLALNDVAKRRLLWWIPVGLIAVAAMLSVSRAALICMALAFLILLPVWPKQLRRRAVVVSALLVAVIYVVTPGMIGTLFGLFTVGTDDPSISSRTNGYSTAFGMAGQQLVLGRGFGTFLPAYVIVDNQYLGLLVELGIAGLVAFLLLVSAGIFCAWRARRLANDNNLRQTSQSVLASIAAAALAFGFFDAFAFPMAASLLFLMLGIAGALWRISHRETADAQLKEQLKEEAAPAGND PGPT0026055_178 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-PSL_POLYSACCHARIDE_METABOLISM CE-EPS-PSL_POLYSACCHARIDES_BIOSYNTHESIS,PGPT0026055-pslJ-K21003 NA NA D3-18_02187 702 hypothetical protein ATGACCGCAGCCATCCTCTTACGCATCATGGCCAGGCGCTGGTACATACTGGCCATCGGAATCGTCATTGGTCTAGCGTCCCTAGGCGCCGTCCGGTCATCTGAACCTGTGTACTGGACAAAGGCTGAAGTCACCTTTGTGGCCCCGGACCGCAAGCCCGCGTACTGGATCCCCGGCGACGACTACGCCTCGCTGGTCGATTTCGCTGCCATGGTGGAACGACGCGTGAACTACAACTCGCCTTCGGTGGACCTAACGCTCTCAAGTGGGACCCTCTATGGCGCCGGTGTACGGCATGGTTACTCGGTGAATCTACTGAACAGTGGTGGTCAGTGGGCCAAGAGCTTCCGATGGCCGGTCCTCTCCGTACAAGTCGTTGACTCCAGCGCACAAAAGGTGAAGGAAGTTCTCAACGGTGTCATTGACCAAATCAATGCCGCCTCACACGCCCTGCAAACAGAGGCCGGGGTCAAACAGGACCTCATAACTGCGCTCACGTCTCCATCAAGCCCGGAAATCGTTTTCGGCGGGGGAACCCAAATCAACCGCGTCAAGGGCGCCGTTTTCTGGGTCGGCATATCAGCCACCCTTTCAACACTGGCCGCTGTGATCATCGATATACGGCCTCGCCGACGCAGGACCGCGGATAGGCAAACTACGGGTGGTCAACAAGCAGCGGAAAAGTCCCATGTACAGGGTTAA MTAAILLRIMARRWYILAIGIVIGLASLGAVRSSEPVYWTKAEVTFVAPDRKPAYWIPGDDYASLVDFAAMVERRVNYNSPSVDLTLSSGTLYGAGVRHGYSVNLLNSGGQWAKSFRWPVLSVQVVDSSAQKVKEVLNGVIDQINAASHALQTEAGVKQDLITALTSPSSPEIVFGGGTQINRVKGAVFWVGISATLSTLAAVIIDIRPRRRRTADRQTTGGQQAAEKSHVQG NA NA NA NA NA D3-18_02188 861 hypothetical protein ATGCAGGTACAGAAGATATTGAAAAGCCTGGGACGCCGATGGTTCATTGTTGTGCTTGGGCTTGCCCTGACCGCGGGTGCCTGTTTCGTCCTTCAACGGAGCACCCCCGACAACTACAAAGCCCAGGCAAGTTTGGTTCTGCTGCCCTCAACCCAAAGCGTTGGCGAGGCAGGCAATCCATATTTGGGGCTGGGCGGCATGAGCGAAGCGCTGGACATCCTCACGCGCAAGATGTCCTCCGAAGAGTTCAAGGAGAACATCCGCGAGCAGAGCGGGGCAGCCACGTTCACAGCTGAAGCCGACCGTGGAACGAGCGGCGCGATCCTCCTTATCACGGCTACGTCATCCGACGCCGACCAAGCACTCAAGGTCTTGGACACGGTCATGACGCAGGCCCCGGTGGCTCTAACAGAACTACAAGACGTGCTCAACGTGCCTAACGCATCCCGCATTTCCACAATGAAACTGTTGGAGGACAGCAAGGCTGTTCCGGAGGTCAAGGCGCGGACTCAGCTCATCCTTGTGACCGCTGCCGGAGGGACGGCCTTCACCGTCATCATCACCGTGCTCCTCGATGGCCTGCTTCTGACGAGAAAAGTCCGGAGGAATACACAAGGATCTACTCATCACGCGGGACCAAAACCGCCAAACCCGGCTTCACGCCGTCGGCAAAAGTCCGCGTCACGTTCCTCTTCCAGCGGCACAGTCGGTGAACCTGCAGTCCACGTCCTGAACCCGCACCACGTCCACAAGCCCTCAACCCTCGCTCGCCCGACACGCAGTCGCCCCAAAGCTGACGATCCGGCTTATCTCGCAGGTGAAACAGTCACCGTCGTACCCAGCTCATCCAGGCCGGGGTAA MQVQKILKSLGRRWFIVVLGLALTAGACFVLQRSTPDNYKAQASLVLLPSTQSVGEAGNPYLGLGGMSEALDILTRKMSSEEFKENIREQSGAATFTAEADRGTSGAILLITATSSDADQALKVLDTVMTQAPVALTELQDVLNVPNASRISTMKLLEDSKAVPEVKARTQLILVTAAGGTAFTVIITVLLDGLLLTRKVRRNTQGSTHHAGPKPPNPASRRRQKSASRSSSSGTVGEPAVHVLNPHHVHKPSTLARPTRSRPKADDPAYLAGETVTVVPSSSRPG NA NA NA NA NA D3-18_02189 903 hypothetical protein ATGATCGATAACAACCGGACAAACGCGCCGGATTCGCTTGACCACGTCTTCCTGACGCGTTTTAATCTTCCCTCCCAAGGTTTCGAGAGTGTTGTAAGGGCCCAGGACGGGTGGCTGAGAGAACGAATAGTGCTGTTCGAGCATTACTGCCTTCCCTCAATGAAAGCCCAAACCAACCAAGACTTTCACTGGATCATCTACTTCGATCCGGAGAGCCCGGTATGGCTGCTGGATCGCATCCGGCAATTGAACCGGGACCGGACCTTTATACCCCTGTTCAGGACGGCCGTAAGCCCTTCCGAACTGCTCCAAGACATTCGGGCAGCAGTTCGAGGTGATCGCCAACTGCTCGTCACAACCAATTTGGATAACGACGACGGTTTGGCCGTCGATTTCGTTGAACGACTACAAAAGGCCGCCGGTGGCGAGGGCAGCACGGCCATCTACCTTGCTTCCGGCCTTGTGAAGGGAAATAGCTCCGTTTTCCTCAGGCACGACCCCAACAACGCGTTTTGCTCCGTCAGCACACACTGGTCCACACCCGTGACCTGTTGGGCTGCGTGGCACAACATGCTGGGCCACTCCATGAACGTCAGGACGCTCCATGGCTCACCAGCATGGCTGCAGGTTGTACATGACCACAATGTGAGCAACCGGATTCGCGGTCGCCGTGTATCCCCCGAGCCATACCGGGGCCTCTTTCAAGGCCTTTTGGAGGATGTTCCCACCCCCGGTTTGCAGACGATATTTGCGGACCGAGTTTTCGAGTCGCCCCTGAGGGTTCTACGGGAACTGGTTCGAACCACTGCGAAGGCAGCCACCATTGCACTGCTGGGACGCCAAGGGATTGATCGGATCAAAACGGTCCTGGCAAGTAGGAAAGGCACCATGTCCAGACCCTGA MIDNNRTNAPDSLDHVFLTRFNLPSQGFESVVRAQDGWLRERIVLFEHYCLPSMKAQTNQDFHWIIYFDPESPVWLLDRIRQLNRDRTFIPLFRTAVSPSELLQDIRAAVRGDRQLLVTTNLDNDDGLAVDFVERLQKAAGGEGSTAIYLASGLVKGNSSVFLRHDPNNAFCSVSTHWSTPVTCWAAWHNMLGHSMNVRTLHGSPAWLQVVHDHNVSNRIRGRRVSPEPYRGLFQGLLEDVPTPGLQTIFADRVFESPLRVLRELVRTTAKAATIALLGRQGIDRIKTVLASRKGTMSRP PGPT0024205_3 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-ARABINOGALACTAN|LIPOARABINOMANNAN_REMODELLING CE-REMODELLINGL-RHAMNOSYLTRANSFERASE_ACTIVITY,PGPT0024205-wbbL-K16870 NA NA D3-18_02190 1167 hypothetical protein ATGGAAACCATCATGTACATCTCCGGCGGGCGGTGGGATGGCCTGCCCGGCACTGACCGCCTTCTGGTGGAGTCGCTCGCGGTTGCCGGTCCTGTCCTGTGGGTTGATCAGCCTGCCCCGGTTTTCCGTTTTGGGGATGTACGGAAGTACATGCTGAGAAGCCTCCGCGGCGTTCCGGAGATCCTGACCCCGCACCTCAAGCGTCTCCGGCTACCAGCGCCCCCGCTTTTCAGTACCGGTCTTGGCCGTCCCCTTACTCATGCGATCGCTACACACTGCATGGAAAAAGCCATGCGACTCCCCGGACATCCACCAGCAGCCGTCATCAACGCATCACCCGTTGTGGCGTTTCCCGGGAATGTTGCCGGGACACGGTTGCTGCATCTGACAGATGATTGGTTGGCCGCAGCTGACTTAATTGGTTTCCCTTCGCACTATCTGCATCGTTCACTTGAACGCAACTTAGCGGCGGCAGACGTTGTTACTGCTGTTTCGCCGGGACTGGCTGAGAAAATGTCCAGCTTCGCAGGGCGGCCCGTGGGCGTTCTTCCCAACGGGTGTCGTCCGCCCACCAGGTGCGCTGCCGATGGTCGCCTACGACCCATCACGGCCCTGGTTGGACAACTCAATGAGCGCTTGGACCTGGATGTGCTTGAGTCGTTGGCCGACTCCGAACTCGACATCCTGGTGGTTGGCCCACGGACTGAGTCCAACCCCGTAACCAGGAAAAGACTTGATGCCTTTTTGAGGAGGGGAAATGTGGACTGGCGCGGCTACGTCGGGCCCACCGAGGTTGGCAGGCTCCTGGAGAGAGCGTCGGTCGGGATCACTCCCTATGCCAACACTGAATTCAACAGGTCCAGCTTCCCGTTGAAGACGCTGGAGTATCTTTCTGCGGGACTGCCCGTTGTAGCAACGGACCTGCCGTCCGTCAGGTTGCTGGAATGCAGCGCTTTATTCGTTGCCGGTGACCGCGAAGAGTTCGTGGATTTGGTCAAGGGAGCCTTGAACAATCATCCGGATCAACAGCAACGCGACGATATGCGGCGAGTCGCGGAGGCAAACTCCTGGGAAGCGCGGGCTGCAAACATCCGGGACCTCTGCGGACAAAACCTACCCCAGGACGCCGTCGCTGAGTCCGCTCGAGGAGGACAGCATGATCGATAA METIMYISGGRWDGLPGTDRLLVESLAVAGPVLWVDQPAPVFRFGDVRKYMLRSLRGVPEILTPHLKRLRLPAPPLFSTGLGRPLTHAIATHCMEKAMRLPGHPPAAVINASPVVAFPGNVAGTRLLHLTDDWLAAADLIGFPSHYLHRSLERNLAAADVVTAVSPGLAEKMSSFAGRPVGVLPNGCRPPTRCAADGRLRPITALVGQLNERLDLDVLESLADSELDILVVGPRTESNPVTRKRLDAFLRRGNVDWRGYVGPTEVGRLLERASVGITPYANTEFNRSSFPLKTLEYLSAGLPVVATDLPSVRLLECSALFVAGDREEFVDLVKGALNNHPDQQQRDDMRRVAEANSWEARAANIRDLCGQNLPQDAVAESARGGQHDR PGPT0015225_107 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 D3-18_02191 1275 hypothetical protein ATGAAAATCCTCGTTTACCCACACGACCTCCGCCTGGGTGGCAGCCAGTTGAATGCAATCGAGTTGGGCGCGGCCATTCGGCGTCTGGGGCACGATGTCGTGCTCTTTGGGCAACCGGGTCCACTGGTGCAAACGGCCGTTGAGCTGGGATTGGAGTACGTTCCTGCACCACTTCCCGGGAAGCGTCCTTCGCCAACTGTCATCAGCGCCCTGGTACGCACTGTCCGCGAGCGCGGTGTGGACGTTCTTCACGGATATGAGTGGCCGCCGGCTTTGGAGTGCCTGGCTGCTTCCAAAGTGGTTCGTGACACCACGGCGGTCGCCACCGTCATGTCCATGGCTGTGGCTCCGTTCATTCCAAAGTCCATGCCACTCATGGTGGGTACTGAGCAGATCCAGCAGTGGGAGTCTTCCCGGGGCAGGGGAGAGGTGCACGTCATGGAGCCGCCGGTGGACACGCACGCCAACCAGGCTTCCGCGATGGTGGACGTGGACGCGTTTAACCGCAAGTTTGCCCTGAGTGACCGTTCCCTGACCGTTGTGTGTGTTTCACGCCTGGCGCAGGAATTGAAGCTTGAGGGCCTTATGAGCGCCATGGATACCGTGCGCCTGCTGTCCCTTGAACATCCGGTGAGGCTGATCATTACGGGAACAGGTCCGGCGTCCCATGCAGTCGCAAGCCGGGCAGCACGTATCAACGCAGCCACCGGGCGGGAGACGGTGACGCTCACAGGTGAACTTGAGGACCCGCGGCCCGCATATGCTGCTGCGGATGTGGTCCTGGGGATGGGCGGTTCAGCGCTGCGCGGGCTCTCCTTCGGCAAGCCCCTTGTGGTGCAAGGTGAGCACGGGTTTTGGGAACTTCTCACGCCCGACTCCCTGCCTACCTTTCTATGGCAAGGATGGTACGGATCCGGTCCGGGGACAGTCGGCGAGGGACAAACTGCGTTGCTCGCCATCCTGCGAGCGCTCATGGACGATGAGCAACTTCGCCGCGATTTGGGGGTCTTTGGTCGGCAGGTCGTCGAGGAGAGGTACTCATTGGACTCTGCGGCTCAACGTCAGGTGCGCCTTTACCAGGACTTTGCCGCTGCCCGCGCCGGTCTGGCTGCGACCTTGGCGTCGGAAATGGCAGCGATGGGCCGATACTGCGGCTATGTGGGGAAACGACGTGCTCAGCGCGTGCTGCGCCGGCTGCCAGGGGAGGACTTCAATGCCCGCCCTGTTGCCAGCCATCCTGCCAGGCCTGTGCAACACCTTGCCAGGGGGCTCTGA MKILVYPHDLRLGGSQLNAIELGAAIRRLGHDVVLFGQPGPLVQTAVELGLEYVPAPLPGKRPSPTVISALVRTVRERGVDVLHGYEWPPALECLAASKVVRDTTAVATVMSMAVAPFIPKSMPLMVGTEQIQQWESSRGRGEVHVMEPPVDTHANQASAMVDVDAFNRKFALSDRSLTVVCVSRLAQELKLEGLMSAMDTVRLLSLEHPVRLIITGTGPASHAVASRAARINAATGRETVTLTGELEDPRPAYAAADVVLGMGGSALRGLSFGKPLVVQGEHGFWELLTPDSLPTFLWQGWYGSGPGTVGEGQTALLAILRALMDDEQLRRDLGVFGRQVVEERYSLDSAAQRQVRLYQDFAAARAGLAATLASEMAAMGRYCGYVGKRRAQRVLRRLPGEDFNARPVASHPARPVQHLARGL PGPT0019565_68 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 D3-18_02192 1473 hypothetical protein GTGACACTTCGGAACCCGGTCACTCCCCGGCGGACACCAACGCCCACCGGGGCATTCGTGATCAGCGTGGTCAACGCTTTCATCACGAAGCTGGGCACGATCGGAATCGGCATCGCCCTTGCACGTCTGCTGGGACCCGAAGAATTCGGAACCTACGCCGTAGCGTTTGTAGCTTTGGTTGCAGTGTTGAGCTTCAACGAGTTGGGAGTCAGCCTCGCGATCGTTCGCTGGCCGGGTGACCCAAAGGCCATAGCGGCAACCGTCACCACTATTTCGGCAGCATGTAGCGTCCTGCTGTTCGGCGTGTCCTATGCAGCGGCCCCTTACTTCACGGCCGCCATGGGAAATGAAGCAGCCACGGATGTGGTCCGGGTGATGGCGGTCTGCATCGTGCTGAACGGCTTGGTAGCCACCCCTGCAGCGCTGCTGCAACGGAATTTCCGTCAGGGCCAGCGCATGGTCATTGACCAAGTCAATGTGTGGCTGGGGGCAGGTGCTTCACTGATCATGGTGATCGCCGGGATGGGTGCCATGAGTCTTGCCATTGGGCGGGTCTTGGCCAGCCTGGTAGCCGGCGTCCTGTTCCTTATCTATTCGCCTTTGCCCTATCGCTTCGGATTCTCGCCGAAACTTGCCAGGCAATTGCTGGCGTTCGGGCTGCCACTTGCTGGTGCCAGTACGGTGGTCTTTGCAGTTGGCTACGTTGATCAACTCGTTGCCGGGAAGATGCTGGGGCCGGTCGCGTTGGGCTTGTATGTCATGGCTTTCAACATGGCTGGCTGGCCTTCCAGTTTGTTGTCTCCGCCTCTTCGGAGCGTGGCACCTGCAACCTTTGCCAGGTTGCAGGACAGGCCTGGGGACATGCAGTCGGCGTTGTTGTCCCTGACGGGGGCGCTGGCAGCGGTTCTTTTGCCGGTCTGCGCGGTAATGATGGGATGCGCCGTCCCACTGGTCATGCTGGTTTATGGCGATGCGTGGGCTCCGGCCGGCCTCGCCCTTTTTTGGTTGGCTCCGCTGACCGCCGTGCGCGTGCTCCACGAGCTGTTCTACGACTACCTGGTCATTCTTGGTTTGTCTGGTTCGATTTTCACGGTCCAACTGATGGCACTCGCAGCTTTGGTCCCCGCCCTGATTGTCGGGGCGATTTATGGCGGCATGTCGGGACTGGCTGCAGCGCCGGTGGCCGTTGCTGTTGTGGTGACCTCACCGTTGTACCTCAGGGCCATGAAGCGGGCGAACGTTTCACTGAGGTCGTTGGCAGTCCGACTTTTCCGGCCCTTCATGGTGGCTGTTGCTGCCGGGATTGCCTGCACCCTACTAAGCCATTCTGTGCGATCACCGGTGGAGGCCGTTCTCTTGTCTACCGGTGTGGGCGTCCTGGCGATGGGCCTCACGCTTGCGTTCGGAAGGCGGGACATTGCCGACGTCCGGCGTTGGGGCCGTGGCCGTACCCCTGAGGAAGCCTGGTCATGA MTLRNPVTPRRTPTPTGAFVISVVNAFITKLGTIGIGIALARLLGPEEFGTYAVAFVALVAVLSFNELGVSLAIVRWPGDPKAIAATVTTISAACSVLLFGVSYAAAPYFTAAMGNEAATDVVRVMAVCIVLNGLVATPAALLQRNFRQGQRMVIDQVNVWLGAGASLIMVIAGMGAMSLAIGRVLASLVAGVLFLIYSPLPYRFGFSPKLARQLLAFGLPLAGASTVVFAVGYVDQLVAGKMLGPVALGLYVMAFNMAGWPSSLLSPPLRSVAPATFARLQDRPGDMQSALLSLTGALAAVLLPVCAVMMGCAVPLVMLVYGDAWAPAGLALFWLAPLTAVRVLHELFYDYLVILGLSGSIFTVQLMALAALVPALIVGAIYGGMSGLAAAPVAVAVVVTSPLYLRAMKRANVSLRSLAVRLFRPFMVAVAAGIACTLLSHSVRSPVEAVLLSTGVGVLAMGLTLAFGRRDIADVRRWGRGRTPEEAWS NA NA NA NA NA D3-18_02193 663 lpxD UDP-3-O-(3-hydroxymyristoyl)glucosamine N-acyltransferase ATGAGCGAGCTACTCCTCATCGCGGCAAGCGGCCTCGCCCGGGAGGTCCTTGCCATGGTCCGCAGTAGCGGGCCCTTCGATGTCATTGGCATACTCGACGACGATGAAGACAAACTAGGTCGCGTTGTGGACGGGGCGCATGTCCTCGGTCCTGTTCGGGAAGCAATGAACTACCCCCATGCCCTACTGCTGATCTGCATTGGATCCGGCAGCGGCCGCGAGAGTGTGGTGATGCGGCTTCGCGCCCTGGGACTAGCCGAAGACCGCTACGCTACGGCGATCGATCCTTCCGTTCGCGTTCCAGAGGGCTGCATGATTGGCCGGGGGAGTATCCTCCTCGCCCACGTGAGCATGACAGCTTCGGTGACCATCGGCGACCATGTAGTGGCAATGCCAGGGGTCACGTTCACTCATGATGACGTCATCGGCGATTACGCCACGCTGGCCTCAGGGGTGTCCCTCGGCGGCAACGTCCACGTTGGCCGGGCCGCCTACATCGGCATGAATGCCAGTGTCCGCGAGCGCCTGACAATCGGTGCGAAAGCGATGATCGGTATGGGCGCCGCTGTCCTTGCCGACGTTCCCGAGGACGAGACGTGGGCTGGTGTGCCGGCCAGGGTGATCCGGCGGGGAAATACCCCGGAGCTGGAGGGCGTCCTGTGA MSELLLIAASGLAREVLAMVRSSGPFDVIGILDDDEDKLGRVVDGAHVLGPVREAMNYPHALLLICIGSGSGRESVVMRLRALGLAEDRYATAIDPSVRVPEGCMIGRGSILLAHVSMTASVTIGDHVVAMPGVTFTHDDVIGDYATLASGVSLGGNVHVGRAAYIGMNASVRERLTIGAKAMIGMGAAVLADVPEDETWAGVPARVIRRGNTPELEGVL NA NA NA NA NA D3-18_02194 1164 arnB COG0399 UDP-4-amino-4-deoxy-L-arabinose--oxoglutarate aminotransferase ATGACCATCTCCGAAACCCGCTTGGGCCGCATTGACGTCATGAAGCCGTGGCTCGGTGAAGAAGAAGCCCAGGCTGTCGCAGAGGTCATTGCCTCTGGTTGGGTAGCCCAAGGTCCCAAGGTCCGGCAATTCGAGGACGCCTTCGCAGCCGAGCAACATGCTGGATTCGCGGTCGCGACGTCGAGCTGCACCTCTGCACTCCACTTGGCCCTCACCGTGGCCGGCGTCACAGCCGGTGATGACGTGGTGGTGCCATCGTTCTCCTTTATTGCTACTGCCAACGCCGCAACGTACGTGGGCGCGCGGCCGGTTTTCGCCGACGTCGACATCCTTACAGGCTGCGTTACTGCAAAAACCATCAAGGCTGCCCTGACTCCCGCTACTACAGCGGTCATCGCTGTCGACCAAGGCGGAGTCCCGGTTGACCTGGAACCTATCCGGGCACTGTGTGATCCCCTCGGAATCATCGTGGTGGAAGACGCCGCGTGTGCTATCGGCTCCAGATACCGTGGACAGCCTGTAGGCTCAACCGCCGAGTTGGCCGCATGGTCCTTCCACCCCCGCAAAATCCTCACCACGGGTGAGGGCGGCATGATCACCACTCCGCGTCAGGACTACGGCGACAGGGCACGACGCCTCCGCGAACATGCCATGAGCGTTTCAGCCGCTGAACGCCACGCCAGCCTGCTCGCACCAGCAGAGGAGTACCTCGAGGTCGGGTTCAACTACCGCATGACCGACCTTCAGGCCGCCGTCGGAATCGTCCAACTTGGCCGCCTCAATGCCGCTGTCCAGCGGAGGCGCGAACTGGCCGCTAACTACGCCAACGCCTTTGCCGGTGTGGAGGGCCTACGCCTGGTTAGCGATCCGGTGTATGGCATCAGCAACTTCCAGTCGTGTTGGTTGGAGGTCGGCCCGGCATTCCCACTGGGCCGGGACGCCCTCATGGCACGGTTGGCCGCGGATGGCATCTCTGCCCGCCGCGGGATCATGGCAGCACACCGGCAGCCTGCGTACGCAGGAGCGGACACAGGCTCTGCCGGGCTGGACGCGACGGAGTGGTTGACGGATCACACGCTGATACTGCCCCTCTTCCACCAACTGGCGCTGAGCGACCAAGTCCGCGTCATCGACTCCGTATTACGAGCCGCGGGTCAGCCATGA MTISETRLGRIDVMKPWLGEEEAQAVAEVIASGWVAQGPKVRQFEDAFAAEQHAGFAVATSSCTSALHLALTVAGVTAGDDVVVPSFSFIATANAATYVGARPVFADVDILTGCVTAKTIKAALTPATTAVIAVDQGGVPVDLEPIRALCDPLGIIVVEDAACAIGSRYRGQPVGSTAELAAWSFHPRKILTTGEGGMITTPRQDYGDRARRLREHAMSVSAAERHASLLAPAEEYLEVGFNYRMTDLQAAVGIVQLGRLNAAVQRRRELAANYANAFAGVEGLRLVSDPVYGISNFQSCWLEVGPAFPLGRDALMARLAADGISARRGIMAAHRQPAYAGADTGSAGLDATEWLTDHTLILPLFHQLALSDQVRVIDSVLRAAGQP PGPT0022785_621 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 D3-18_02195 1017 wbgU UDP-N-acetylglucosamine 4-epimerase GTGAAAAAGCTTCTAGGGGCCAGTGTCCTGGTCACCGGAGGCGCCGGCACCATTGGTTCGACGCTGGTTGACCAACTGCTCGACGCCGGTGCGGCGCACGTAGACGTGCTGGACAACCTCGTCCGCGGCCGGCGTGCAAACCTCGACGAAGCCCTCTCCACTGAGAGGGTACGGCTGATCGAAGGCGACCTCCGTGATCGCGACCTCGTCCACGACCTCACCCAGGGAAAGGACCTGGTTTTCCACCAAGCCGCCATCCGCATCACCCAGTGCGCGGAAGAACCAAGGCTGGCACTCGAAGTATTGGTAGATGGGACCTTCAACGTTTACGAGGCAGCTGCGGCGCACAAAGTGGAAAGACTCATTTCAGCCTCCAGTGCCTCCGTTTATGGGATGGCGGAGGAATTTCCCACGAAAGAGAGCCACCACCACCACAATAACGACACCTTTTACGGCGCGGCGAAGTCATTCAACGAAGGAATGGCGAGGAGCTTCCGCGCAATGTCAGGCCTGGACTACATCCTGCTGAGGTACTTCAACGTTTACGGGCCCCGCATGGACGTGCACGGACTATACACCGAAGTCCTGGTTCGTTGGATGGAGCGCATAGTTGATGGTCAGCCGCCTCTGATTTTCGGCAGCGGGCAGCAGACCATGGACTTCATCCACACCGCGGACGTCGCCAGGGCCAATGTACTTGCTGCCGTGAGCAATGTACGCGAGGGCGTCTACAACGTGGCCAGCGGTACCGAGACCAGCCTTGCGGAACTGGCACAAACACTGCTCAAGGTCATGGCCTCACCCCTTCACCTGGAGCATGGCCCGGACCGTGCCGTCAACGGAGTTGCCCGACGCCTTGCCGACGTCACGGCAGCACGCGAAGACCTGGGCTTCGAGGCAGCCGTTGGCCTGGAAGACGGATTGCGCTCCTTGGTCTCATGGTGGCGTCCGCTCCGGGCGGAGATTGCTGCCGCCCGCACTATAAATCGCCCCGCACCGACAGTCGGTGCGCGATGA MKKLLGASVLVTGGAGTIGSTLVDQLLDAGAAHVDVLDNLVRGRRANLDEALSTERVRLIEGDLRDRDLVHDLTQGKDLVFHQAAIRITQCAEEPRLALEVLVDGTFNVYEAAAAHKVERLISASSASVYGMAEEFPTKESHHHHNNDTFYGAAKSFNEGMARSFRAMSGLDYILLRYFNVYGPRMDVHGLYTEVLVRWMERIVDGQPPLIFGSGQQTMDFIHTADVARANVLAAVSNVREGVYNVASGTETSLAELAQTLLKVMASPLHLEHGPDRAVNGVARRLADVTAAREDLGFEAAVGLEDGLRSLVSWWRPLRAEIAAARTINRPAPTVGAR NA NA NA NA NA D3-18_02196 1110 iolG_8 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGAGCATACGAACCATTCCATCAGGACAACTAAACGGCCACGGCCTACAGCCCAGACTCCGCATCGCGGTGGTCGGGGCAGGGTATTGGGGCCCCAATCTTGCCCGGAACCTCAAAGCCAGCCCTGACTGGGATCTTGTTGCCATCTGCGATCTCGACGTAGAACGAGGCCTAAGGCTCGCGGAGACTGTTGGCGGTGTGGCCGTCGTCGAATCCTTGGACGAGCTGCTTGACACGTACAACCTGGACGCCGTGGCAGTAGCTACGCCGGCCCATACCCACCACGGAGTGGTCATGACGGCCCTGCGCGCAGGCAAACATGTCCTGGTGGAGAAACCGTTGGCTGACAGCCGTGCCAAGGGCCTGGAGATGGTGGAAGAAGCGAAGGCAAGGGGATTGGTCCTCATGGCAGACCACACCTACTGCTTCACACCAGCCGTCCTTAAGATCCAGGAACTGGTAGCCAGCGGCGCCCTGGGCGATATTTTGTATGTGGACTCCGTCCGCATCAATCTTGGACTCGTCCAACCGGACGTCAACGTTTTCTGGGACCTGGCACCCCATGACCTTTCCATCTTGGACTTCGTCCTGCCCGGCGGCCTGCATCCCACGGAAATTTCCGCGCACGGCGCGGATCCCCTGGGAACCGGCAGGGACTGCGTCGGACACCTCACCTTCGGCCTGCCCAACGATGCCATGGTCCATATCCACGTGAATTGGCTCAGCCCCACCAAGATCCGGCAAATGATCATCGGAGGGTCAAAGAGGACCCTGGTGTGGGACGACCTCAATCCCCAGCAGCGCCTCAGCGTGTACGACCGCGGGGTCAGTCTGGAGCATCAGCCCAGATCGGCCGCAGACAAACGGACCTCCGCCATCTCCTACCGCTTAGGCGACACCTGGTCCCCGGCGCTGCAGGAACGCGAACCCCTGGGCCAGGTGGTCGGCGAACTTGCCTCCTCCATCCGCAACCGGACCATGCCGCGGACCAGCGGCGAATCCGGGCTCCGCGTCTTGTCCGTTCTCGAAGCCGTCACGCAAAGCCTCAGTACTGACGGTCAATCAACAATCGTCGCCGGGAATGAAGTCTCTCTCCAGGTTGCACGGTGA MSIRTIPSGQLNGHGLQPRLRIAVVGAGYWGPNLARNLKASPDWDLVAICDLDVERGLRLAETVGGVAVVESLDELLDTYNLDAVAVATPAHTHHGVVMTALRAGKHVLVEKPLADSRAKGLEMVEEAKARGLVLMADHTYCFTPAVLKIQELVASGALGDILYVDSVRINLGLVQPDVNVFWDLAPHDLSILDFVLPGGLHPTEISAHGADPLGTGRDCVGHLTFGLPNDAMVHIHVNWLSPTKIRQMIIGGSKRTLVWDDLNPQQRLSVYDRGVSLEHQPRSAADKRTSAISYRLGDTWSPALQEREPLGQVVGELASSIRNRTMPRTSGESGLRVLSVLEAVTQSLSTDGQSTIVAGNEVSLQVAR NA NA NA NA NA D3-18_02197 1680 hypothetical protein ATGGTGAAAGTTCCAGTCTTGCGTACGGGCAAGGTAGCGACACCCACGGGTGCGGACCATGCCCAGGCGGGTTCAGTCTTTCCCGCAAAAACTGCCATCGCCGACGTCAATCCGCCGGTGTCTCCCTGGATTGACAAGTCCGTTGCTGCACAACGGACTGAGAAGGCGGGACTGGCGGCACCGAGCTCCGAGGTCACCCTGGACTTCGTGCCGCCAGTCACCCGCAGGACCCCTCGGATCACCTTTCCCCGCCGGGGCAGGACCGACTGGGCGCATTCACTGACCAACAGTCTTCGCATGACGGACACGGCCCTCGTTGCAGCCGCTGTGTTCGCTGGCTTCGTTCTCAACACCGAAGGCCTGACCCTGGCTGCGGACAGTCCTGCCTACACACGCAATCTGATGATGGGACTGATTCTTGGACTCGTTTGGTTGGGTTCATTGGAGGTCTACCGCACCCGCGATCCCAAAGTCCTGGGTGTGGGTCCCGAGGAGTACAAGCGCGTTCTGTCGGCAAGTTTTCGTGTCTTTGGCTTCCTGGGCATCGTTGCCGTGGTTTTCCGGCTTGATGCCGTCAGCTCGTTCGTACTCGTCTCCCTTCCGCTTGGCCTGGTGGCGCTCACCGGCAGCAGGTGGAGCTTCCGCCGGTGGTTGAGCCACGAAAAGTCCCGTGGCCGCTGCCTCTCCCGCGCGATCGTTGTAGGTGAACCCCAAGATGTCCGGTACGTCATCAAGCAGATCAACCGAAAGTCCGGCACCGCGTACGACATCCTCGGAGCATGCCTTCCAGGGGCCCGGCGGGGTGCGGTCCTGAAAGTGGACCACCTCCGCGTCCCTGTACTTTCTTCAATCTATGGGATCGCGCACACGGTCCGGCAAACAGGCGCCAACGCGGTCATTGTGGCCGGCCCGGTGCCGGGCGGAAACCAGTTCATCCAGGAGCTCGGGTGGCGGCTGGAGGAAAATTCCGCGGAACTTGTCCTCGCGGCGGCCCTGACCAACGTGGCCGGGCCGCGAATCCACTGGCGGCCCGTAGAGGGACTTCCCCTGATGCACGTGGACATTCCGCACTACTCAGGGGGCAAGCACACGCTCAAGCGTTTGATGGACATTACGGTCTCGGCGGCGGCGTTGCTGGTCCTGTCACCGATCCTGCTGCTCCTCGCTGCCATCGTTCACCATGACAGCCCCGGCCCTGTCCTTTTTCGGCAGGAACGGGTTGGCAGGAGGGGCACTACCTTTCACATGCTGAAGTTCCGTTCCATGGTGGTGGACGCCGAAACCCGCTTGGAGGAACTTAGCACCCAGGATGAGGGCGCGGGCGTCCTCTTCAAGATCCGCGGCGACCCCCGTGTTACCAGGTGCGGGCGCTGGATGCGTAAGTACTCGCTCGATGAATTACCCCAGTTCTGGAATGTCCTGGTGGGCAACATGAGCCTGGTGGGGCCCCGGCCGCCCTTGGCACGGGAAGTCAGTGGATACGAACGCCACACGCATCGTCGGCTGCTCATCAAGCCCGGCATCACCGGCCTGTGGCAAATCAACGGACGGTCGGACCTGCCCTGGGACGAGGCCGTAAGGCTGGACCTCTACTACGTGGAGAACTGGTCCATAGCCGGAGATCTGATGATCATGTGGCGGACGTTCAGGGCAATGATTCAACCGTCCGGAGCCTACTAG MVKVPVLRTGKVATPTGADHAQAGSVFPAKTAIADVNPPVSPWIDKSVAAQRTEKAGLAAPSSEVTLDFVPPVTRRTPRITFPRRGRTDWAHSLTNSLRMTDTALVAAAVFAGFVLNTEGLTLAADSPAYTRNLMMGLILGLVWLGSLEVYRTRDPKVLGVGPEEYKRVLSASFRVFGFLGIVAVVFRLDAVSSFVLVSLPLGLVALTGSRWSFRRWLSHEKSRGRCLSRAIVVGEPQDVRYVIKQINRKSGTAYDILGACLPGARRGAVLKVDHLRVPVLSSIYGIAHTVRQTGANAVIVAGPVPGGNQFIQELGWRLEENSAELVLAAALTNVAGPRIHWRPVEGLPLMHVDIPHYSGGKHTLKRLMDITVSAAALLVLSPILLLLAAIVHHDSPGPVLFRQERVGRRGTTFHMLKFRSMVVDAETRLEELSTQDEGAGVLFKIRGDPRVTRCGRWMRKYSLDELPQFWNVLVGNMSLVGPRPPLAREVSGYERHTHRRLLIKPGITGLWQINGRSDLPWDEAVRLDLYYVENWSIAGDLMIMWRTFRAMIQPSGAY NA NA NA NA NA D3-18_02198 258 hypothetical protein ATGAGCATCGATCCGCGTGTCGCGCTTCAATCACTGACCGCCGCCCTGGAAGAACATCTGGCTGCCGCCTCAGCGCGTAGGGGCGAAGGTGACCCCAACGTCGAAGCGGCTTTCTTCGCCGTCGCCGATGCGTTTGAAGTTTATGAAGATGCACTCTACGAGGCGTACTCCGAGGTTACTCCGCTCCAAGTCTTTGATGATGAAGATGAAGAAGACGAGGAAGTCCTGGACGAAGACATGGAAATCGTAGAGGACTAA MSIDPRVALQSLTAALEEHLAAASARRGEGDPNVEAAFFAVADAFEVYEDALYEAYSEVTPLQVFDDEDEEDEEVLDEDMEIVED NA NA NA NA NA D3-18_02199 234 hypothetical protein ATGAGAGAACAATTTCCGGGCAGCTCCGTTGAGCGCCAACGAGACTATGCACGTCAGTACGAATACCTCGTACTGACGGTGGGGCCTGACGATTCACTGCCTGAAGCCCGACGCCGACTCGCCGAGCATTCCGAATACGGCAAGTGGGAACTCGAGCGCAGCGTGCTCTACCTCGGAGGCGGGCGCCGCTTCTGGTTGCGCCGCAAAGTATATTCCGTGCAGCGAACCGTCTGA MREQFPGSSVERQRDYARQYEYLVLTVGPDDSLPEARRRLAEHSEYGKWELERSVLYLGGGRRFWLRRKVYSVQRTV NA NA NA NA NA D3-18_02200 1161 ydbM Putative acyl-CoA dehydrogenase YdbM ATGACTCCCGAAGAAATCCTTCCCGACCAACTCCTTGAACGGCTGCGTGGCCGTGCTGCAGGCTACGACCAGAACAACCAGTTCTTCCACGAGGACTTGGAAGAACTGGCAGCCGCCGGTTACCTGAAACTGTTCGTGCCGGAGGCCGACGGCGGTTTCGGGCTCGGGCTCGAATCGGTGGCTGCGTTGCAGCAACGTCTCGCCACGGCCGCCCCGGCCACTGCGCTGGCGGTGAATATGCACTTGGTCTGGACCGGCGTCGCGCATGTCTTGAGCGCCCGAGGGGACAGTTCCCTGGATTTCGTGGTGAAAGAGGCGGGGCAGGGTGAGGTCTTTGCTTTCGGCATATCAGAGGCCGGCAATGATTCCATGTTGTTCGATTCCGGCACGGTTGCCGAGCCGCTGCCTGACGGGAGCTACAGGTTCACTGGCCGGAAGATCTTCACCAGCCTCTCCCGCGGCTGGACACGGCTGGGAACCTTCGGCAAGGACGCCGAGGCCAGGGACGGTGAGGGTGAACTCGTCTTCGGCTTTCTCCGCCGCGATGAGCCGGGCCACGAAACCCTGAGCGACTGGGACACCCTGGGTATGCGCGCCAGCGCGTCCAACACCACCCTCCTGCACGGAGCCGTGATTCCGGCAGAACGGATCTTCCGCAAACTCCCGGTGGGGCCCAACAAGGACCTGTTGATCTTCGCGATCTTCGCGTGCTTCGAGACGTTGCTCGCCGCTGTCTACACGGGCGTTGCCGAGCGCGCATTCACCCTTGGGGTGGCGAACGTCAAGCGTCGGGTTTCAGCCAAACACGGTGGTCGGAGCTACGCCCAGGACCCTGATATCCGCTGGAAAGTGGCTGACGCTGCCTTGGCCATGGACGGAATCTCACCTCAAATCTCTTCTCTGGCCCGCGACGTGGATAACCTGGTGGACCACGGAGCCCAGTGGTTCCCCAAACTTGTGGGACTGAAATCCCGGGCTACGGAGAACGCACGCCATGTAGTTGACTTGGCGATCCGTGTCACGGGCGGATCCAGCTACTTTCGTGGGTCTGAGATGGAGCGGCTCTACAGGGATGTCCTGGCAGGCATCTTCCATCCTTCCAACGATGAATCCGCTCATAACACCGTGGCGAATGCATGGTTGGGGCCGTTGGAGGACTAG MTPEEILPDQLLERLRGRAAGYDQNNQFFHEDLEELAAAGYLKLFVPEADGGFGLGLESVAALQQRLATAAPATALAVNMHLVWTGVAHVLSARGDSSLDFVVKEAGQGEVFAFGISEAGNDSMLFDSGTVAEPLPDGSYRFTGRKIFTSLSRGWTRLGTFGKDAEARDGEGELVFGFLRRDEPGHETLSDWDTLGMRASASNTTLLHGAVIPAERIFRKLPVGPNKDLLIFAIFACFETLLAAVYTGVAERAFTLGVANVKRRVSAKHGGRSYAQDPDIRWKVADAALAMDGISPQISSLARDVDNLVDHGAQWFPKLVGLKSRATENARHVVDLAIRVTGGSSYFRGSEMERLYRDVLAGIFHPSNDESAHNTVANAWLGPLED NA NA NA NA NA D3-18_02201 1305 dapE_5 COG0624 Succinyl-diaminopimelate desuccinylase ATGTCTGTCATCCGCCCCGAAGACGAAGTTGTCCGGATCTGCCAGGAGCTCATCCGCATCGACTCCTCCAACTTTGGAGACGAATCGGGTCCGGGGGAGCGCGCGGCAGCCGAGTACACGGCCGGGCTGATCACCGAAGTCGGACTTGAAGCCGAGATCTTCGAGTCCGCCCCTGGCCGCGCCAACGTGGTAACCCGCGTGACCGGCGAAGACCCCTCGGCGGACGCCCTGGTAGTACATGGGCACTTGGACGTTGTCCCTGCCCTCAAGGACCAATGGAGTGTTGACCCGTTCAGCGGGGAACTCAAAGACGGCTTGGTCTGGGGTCGCGGCGCCGTGGACATGAAGGACATGGACGCCATGATCCTTTCAGTCATGCGTAACTTTGCAAGGACGGGACGAAAGCCAAAACGCGACATCATTTTCGCTTTCTTCGCAGATGAAGAGGCCGGCGGCACTTACGGTGCCAGGTACGCCGTCGAGCACCGACGCGAACTTTTTGACGGCGCCACTGAGGCGATCTCGGAAGTCGGCGGATTCTCCGCCACTATTGGCGGGCAACGAACCTACCTGCTGCAGACGGCCGAGAAGGGGTTGTCCTGGTTGCGGCTGGTAGCGCACGGCCGGGCCGGTCATGGCTCTCAGATCAACACTGACAACGCCGTCACCCGACTTGCCGCTGCTGTGACCAGGATCGGCGAACACAAGTGGCCCGTGGAATTGACGCCAACCACGCGACAGTTCCTGGACGGCGTCACCGAACTCACCGGCGTCGAGTTCGACGCCGACAACCCGGACATCCTCCTCAAGGAACTTGGTACTGTGGCCCGGTTCGTCGGTGCCACCCTCCAGAACACTTCCAACCCCACGTTCCTGCGCTCCGGCTACAAGCACAACGTCATTCCCGAGTCGGCCGAGGCGTTCGTTGACTGCCGCACACTGCCGGGGCAGCAGGAACTGGTGTTCGAGACCATCAAGGAACTCGCTGGAGACGGCATCGAGATCAGCTACGTGAACAAGGATGTTTCCTTGGAGGTGCCCTTTGCCGGGAACCTGGTGGACTCCATGATCGATGCCCTGCACTCCGAGGACCCGGGCGCTAAGGTCCTCCCGTACACGCTTTCCGGGGGCACGGACAATAAGTCGTTGAGCAAGATCGGCATCACCGGATACGGTTTCGCTCCGCTGATGCTGCCCGACGAACTCGACTTCACCGGGATGTTCCACGGCGTTGACGAGCGCGTTCCGGCCGAGTCGCTCCAGTTCGGCGCCCGGGTCCTGAACACCCTTCTCAGCAACTACTAA MSVIRPEDEVVRICQELIRIDSSNFGDESGPGERAAAEYTAGLITEVGLEAEIFESAPGRANVVTRVTGEDPSADALVVHGHLDVVPALKDQWSVDPFSGELKDGLVWGRGAVDMKDMDAMILSVMRNFARTGRKPKRDIIFAFFADEEAGGTYGARYAVEHRRELFDGATEAISEVGGFSATIGGQRTYLLQTAEKGLSWLRLVAHGRAGHGSQINTDNAVTRLAAAVTRIGEHKWPVELTPTTRQFLDGVTELTGVEFDADNPDILLKELGTVARFVGATLQNTSNPTFLRSGYKHNVIPESAEAFVDCRTLPGQQELVFETIKELAGDGIEISYVNKDVSLEVPFAGNLVDSMIDALHSEDPGAKVLPYTLSGGTDNKSLSKIGITGYGFAPLMLPDELDFTGMFHGVDERVPAESLQFGARVLNTLLSNY NA NA NA NA NA D3-18_02203 927 hypothetical protein ATGAACCATCCCCAGCCCGTTGTCCTTGGAGAGCTCCCGTCGCTCTCCAAGTTATATGTCAACGCCGCAACGGCAGCAGCCCGCCGTCGGGTTCTGGGATCTTCCTCCGGGAAAAAGCGGCTGCCTGCGGTCAGCCACGAGGTCAGGGGGGCGCGGGCCGACGTCGAAAATCTAACCGCCTACCAACATTTGGTGGGTGAGACGGCCAGCGATACCCTCCCTGCCGGCTATGTTCATGCCTTGGCTTTTCCCGTATCCATGAGCGTCATGAACCGTGAAGACTTTCCGCTGCCGCTTCTTGGCATGATTCATCTAAAGAACCGCATCGAACAGCTGGTCCCCATCCAGTTCTCCGAAGAACTGGACATCCGCTCCTGGGCTGAGAACCTTGCCGGCCATAGGGCCGGAACCCAGCTTGATGTAGTGGCCGAGGTCCATTCAGGTTCCAGCGGTGACTTGCTGTGGCGTGGCGTGTCCACTTACCTGGCCAAAGGCGTCTTCCTGCCGGGTATCGACAAGCCAGGCAGTTCGAACGGCGCCTCCGGGGCGGACGACTTTGTCCCACCCAATCCCACCGCACTGTGGCAGCTGAATCTGGACACCGGCCGAAGCTACGCAGCGGTTTCCGGTGATTTCAATCCGATTCATTTGAGCGTCCTGTCGGCCAAGGCTTTGGGGCTTCGGGGATCCATTGCCCACGGCATGTACTTGGCCTCCCGGGCGCTGGCGGACGTGGGAGCGGCCAAGTCGGACTCGTTCTCTTGGGATGTCACCTTCGAAGCCCCTGTGTTCCTTCCAGCGCGTGTTGCCTTGGGCATCACCACCGTCCAGGCGGAGGCGGGCACGTGGGAACGCTCGGACTACGTGGCGTGGAATCCACGCAGCGGTAGGCGGCACTTTGCAGGAAGTGTTGTTGCCTTGGCATAA MNHPQPVVLGELPSLSKLYVNAATAAARRRVLGSSSGKKRLPAVSHEVRGARADVENLTAYQHLVGETASDTLPAGYVHALAFPVSMSVMNREDFPLPLLGMIHLKNRIEQLVPIQFSEELDIRSWAENLAGHRAGTQLDVVAEVHSGSSGDLLWRGVSTYLAKGVFLPGIDKPGSSNGASGADDFVPPNPTALWQLNLDTGRSYAAVSGDFNPIHLSVLSAKALGLRGSIAHGMYLASRALADVGAAKSDSFSWDVTFEAPVFLPARVALGITTVQAEAGTWERSDYVAWNPRSGRRHFAGSVVALA NA NA NA NA NA D3-18_02204 1341 hcaB_3 3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase ATGACAGACAAATACACACAGCTGGTAAGTCAGGGACTGGGGAAGGACGTAGCCAAGAAGCTGGGCCTGCCCCAGCCCGTGGTGCTTCGACGCCACCAACCCGGCGCACCGCTCATCACGGGCCCGGTCTTGGTCAGTGGCGACAGTGCAGGGGCAGATGACATTGCCACCACCCTGCTTGGTTGGGGTTTGGACGTCCGCCGAAACGCGCTGCCCAAGGAGAAACTTGGGGCAATCATCCTGGTACTTGATGCAGTCCAGCACCCCGAGGACCTGGGTAAATCAGTCCTTACCGCTGGCGCATCCCTGCGGGACCTCTCGCCCAACGGCCGTGTCATCACCATGTCGCGGACTTCGCAGTCTGCCCGGACCCCGGCGTCTGCTGCCGCACGGCAGGGCATTGACGGATTCCTGCGGTCTCTTGCCAAGGAACTACGCGCGGGAGCGACGGCCAATGGCGTTCTCCTGGATGACAAGCTCGCGACCACCAGCCCTTCGGCACTGGGAGCCCTGAGGTTCTTCCTCTCGGGCCGCTCTGCGTATGTGGATGGACAGTTCCTGACCGTCCGCTCAACGTCAGGCAGCTTGCCGAACGACGCCGACAAGCCCCTCGCCGGAAAAGTAGCAGTTGTTACCGGTGCAGCGCGGGGGATCGGTGCAGCCATCGCCCGGACCCTGCACCGCGACGGGGCCAAGATCGTGGCAGTGGACATCCCGGCTGCCGGGGACCACTTGGCAGCTGTAGCCAACGAGGTACGCGGGACGGCCCTGCAGCTTGATATCAGCAGGGATGACGCCGGCCACCGCATCATCGAACACGCCGTGGAACGCCATGGCCGTCTCGACATCGTGGTGCACAATGCCGGGATCACCCGCGACCGGCTCCTGGCCAACATGGATGAGGGCCGCTGGCGATCAGTTATCGCCGTCAACATCGCGGCCCAGTTGAGAATCAACGAGGCACTTCTGGCTTCGGAGCATTTCAAAGAATCGCCGCGCATCGTGTCAGTCGCATCCACAAGTGGCATTGCCGGAAACAGGGGCCAGACCAACTACGGCGCATCCAAGGGTGGCGTCATAGGTATGGTGAGATCCACGGCGGCGCTGATGGAACCTTTCGGCGGGACCATCAACGCGGTAGCTCCCGGTTTCATCGAAACTGAAATGACGGCCAAGATGCCCTTTGCAATCCGCGAAGCGGCGCGCAGGCTCAACTCCCTCAAGCAGGGCGGGCAGCCCCAGGACGTAGCAGAAGCCATCGCCTTCCTTTCAAGCGATGCTGCCGGTGGAATCTCCGGAGAAGTTCTACGCGTGTGCGGGCAACAACTGGTGGGAGCATGA MTDKYTQLVSQGLGKDVAKKLGLPQPVVLRRHQPGAPLITGPVLVSGDSAGADDIATTLLGWGLDVRRNALPKEKLGAIILVLDAVQHPEDLGKSVLTAGASLRDLSPNGRVITMSRTSQSARTPASAAARQGIDGFLRSLAKELRAGATANGVLLDDKLATTSPSALGALRFFLSGRSAYVDGQFLTVRSTSGSLPNDADKPLAGKVAVVTGAARGIGAAIARTLHRDGAKIVAVDIPAAGDHLAAVANEVRGTALQLDISRDDAGHRIIEHAVERHGRLDIVVHNAGITRDRLLANMDEGRWRSVIAVNIAAQLRINEALLASEHFKESPRIVSVASTSGIAGNRGQTNYGASKGGVIGMVRSTAALMEPFGGTINAVAPGFIETEMTAKMPFAIREAARRLNSLKQGGQPQDVAEAIAFLSSDAAGGISGEVLRVCGQQLVGA PGPT0003180_207 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 D3-18_02205 1353 fadI COG0183 3-ketoacyl-CoA thiolase FadI ATGGCTACAGCAGACGTGACTACGGACGGGCCCTTGGAACCGACCTCTGGCCCGCCATCAACCCGCGCGGCATTCATCGTGGGCGGCAACCGCATCCCGTTCGCACGAACCGGCGGCGCCTACGTAAAGTCCTCCAACCAGGACATGCTGACCGCGGCCTTGGAGGGGCTGGTGGCCAGGTTCGGACTCCAGGACGAACGCATCGGAGAGGTAGCGGCCGGGGCAGTGCTTAAGCACTCAAGGGACTTCAACCTCACCCGGGAAGCTGTCCTCGGCTCTGCCTTGTCGCCCGAAACCCCCGCTTACGACCTCCAACAAGCCTGCGCAACGGGCCTGGAGACCGTTCTTGGGTTGTCCAACAAGATCAAGTTGGGCCAGATTGATTCAGGAATCGCCGGTGGCGTGGACTCGGCATCGGATGCCCCGATCGCCGTCAGTGAGGGACTGCGCGAAATACTGCTTGACCTGAACAGGGCAAAGACCACCGTACAAAAGCTGAAGATCATCGGCCGGATCCGACCCAAGGATCTGGCCCCCGATGCTCCCAACACCGGGGAGCCCCGCACGGGGCTGTCCATGGGCGAACACCAGGCCCTCACTACTGCACAGTGGAAAATCTCCCGGGAAGCGCAGGACGAGCTTGCTTTTAGCAGCCACCGCAACCTGGCTGCCGCATACGAGCGGGGCTTCTTCGATGACCTGATCACCCCGTACCGCGGGCTTACCCGGGACTCCAACCTGCGCGCAGACACCACACTGGAGAAGCTCTCAACCCTTAAGCCCGTCTTCGGCAAGAACCTCGGCTCCGAGGCAACCATGACCGCGGGCAACTCCACACCGCTGACAGACGGCGCTACTACCGTCCTCCTGGCCACCGAGGAATGGGCAGACTCCCACGGCCTGCCCAAACTCGCCACAGTCCTGGACGGCGAAGCGGCCGCCGTCGACTTCGTTCACGGCAAGGACGGCCTCCTCATGGCGCCGGTCTTCGCGGTTCCCCGCTTGCTGGCTCGGCACGGACTCACTTTCGAGGACATCGACTTCTTCGAAATCCACGAGGCCTTCGCCGGAACTGTTCTCAGTACCTTGGCCGCGTGGGAAGACGAAGAGTTCGGCCGGACACGCTTGGGACTTGACGGCGCGCTGGGAAAGGTGGACCGGGCCAAGCTCAACGTCAATGGCTCGTCGTTGGCTGCAGGCCACCCGTTTGCGGCCACGGGTGGCAGGATCGTAGCTTCACTTGCGAAGATGCTGCATGAGAAGGGCACCGTTAATGGCCGCCCTGTGCGGGGCCTGATTTCCGTGTGCGCCGCCGGCGGCCAGGGCGTTGTTGCGATTCTCGAAGCAGCATAG MATADVTTDGPLEPTSGPPSTRAAFIVGGNRIPFARTGGAYVKSSNQDMLTAALEGLVARFGLQDERIGEVAAGAVLKHSRDFNLTREAVLGSALSPETPAYDLQQACATGLETVLGLSNKIKLGQIDSGIAGGVDSASDAPIAVSEGLREILLDLNRAKTTVQKLKIIGRIRPKDLAPDAPNTGEPRTGLSMGEHQALTTAQWKISREAQDELAFSSHRNLAAAYERGFFDDLITPYRGLTRDSNLRADTTLEKLSTLKPVFGKNLGSEATMTAGNSTPLTDGATTVLLATEEWADSHGLPKLATVLDGEAAAVDFVHGKDGLLMAPVFAVPRLLARHGLTFEDIDFFEIHEAFAGTVLSTLAAWEDEEFGRTRLGLDGALGKVDRAKLNVNGSSLAAGHPFAATGGRIVASLAKMLHEKGTVNGRPVRGLISVCAAGGQGVVAILEAA PGPT0008320_581 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626 NA NA D3-18_02206 726 putative HTH-type transcriptional regulator GTGAACAGTCGCGATGAAGAATCCGGAAGCGCCGCAGGCTCGGCGGGGGGTGCCGTTGAAGTCCTTGCAGCCACGGAGGCAGAAGCCTTGGTAGATGGACGTGCGACCCGGTGGCAGTCCCACCGTGAGGAGCGCCGGCGCGAACTCATCAAAGCCGCGCGAAAAGCTGTTCATAGGCTCGGAAGCGACGCCTCCATGGAGGACATAGCCGGCTCCGCGGGTACATCCAAGTCGGTCTTCTACCGTTACTTCGGGGACAAGGCAGGTCTTCAGCAAGCAATGGGTGAAGTGGTGCTGGGGCAGATGCAACGCCGCATGCAGGAGGCCGCACAATTGGCGCAGACCCCGCGGGAGGGACTCTTCGCCATGGTTTCCGCCTATCTGCAGATGGCCGAATCCAGCCCCAACGTGTACGCCTTCATCACCCGGCTCACCCCTGGGGAGGCCTCGGCTCAGGACGCTATCGCGGCCTCAGGCGCCCTGGGCAACTTCTTCGAACAAATCACGGACATGATCGCGACTCCCATGCGGGAGCACCTGGGAGAAGAGAAAGAAGCGGTCATCATCTACTGGCCCACGGCCGCTATCGGACTCGTGCGGAACGCCGGAGAAATGTGGCTGGGAAGTCCTGCCGGGAGCACCAAGCCAGATCAGGCAACCATGGCCGCGCAGATTACGGATTGGCTGTGCCTCGGCATCGCCCCGCAGCTCAAAAGCAGCACGTGA MNSRDEESGSAAGSAGGAVEVLAATEAEALVDGRATRWQSHREERRRELIKAARKAVHRLGSDASMEDIAGSAGTSKSVFYRYFGDKAGLQQAMGEVVLGQMQRRMQEAAQLAQTPREGLFAMVSAYLQMAESSPNVYAFITRLTPGEASAQDAIAASGALGNFFEQITDMIATPMREHLGEEKEAVIIYWPTAAIGLVRNAGEMWLGSPAGSTKPDQATMAAQITDWLCLGIAPQLKSST NA NA NA NA NA D3-18_02207 2100 hypothetical protein ATGACTGAAGTAGTGGATCGGGCCTCATCCGCCCAGCAACCCTCCGGCCGCGAAGAAGCCGCCACCGGCGCAGACCCGGTGGTCGACGTCGCTGCCCTCGGCGAGCAGCTCCTTGGAAAATGGGCCCATATCCGCCACGAAGCCCGCAAGGTGGCAGGCAACCCGGCGGTGCAAAAGATCGAAGGCCTGCACCACACCGAACACCGCGCCCGGGTGTTTGAGCAGTTGAAGTTCCTGGTGGATAACAACACAGTCCACCGCGCCTTCCCCACCCGGCTGGGCGGCTCTGACGATCACGGCGGCAACATCGCCGGCTTCGAAGAGATCGTCACGGCTGACCCCTCCCTTCAGATCAAGGCCGGCGTCCAGTGGGGCCTCTTCGGCTCTGCAGTCATGCACCTCGGCACGGTGGAACACCAGGACAAGTGGCTCCCCGGCATCATGAGCCTCGAGATTCCCGGCTGCTTTGCCATGACCGAGACGGGCCATGGCTCGGACGTTGCCAGCATTGCAACCACGGCGACCTACGACGAAGGCAGCCAGGAATTCGTCATCAATACCCCCTTCCGGGCGGCGTGGAAGGACTACATCGGCAATGCAGCCAACGACGGCCTCGCCGCGGTGGTGTTTGCCCAGCTGATCACCAAGAATGTGAATCATGGTGTCCACGCTTTCTATGTAGAACTCCGCGATCCCGCCACCAAGGAGTTCCTTCCGGGAATCGGCGGCGAAGACGACGGGATCAAGGGCGGCCTGAACGGCATTGACAACGGCCGATTGCACTTCTCGAATGTACGCATCCCCCGGACCAACCTCCTGAACCGCTATGGCGACGTCGCTGAGGACGGCACGTACTCCTCCACCATTGAGAGCCCGGGACGCCGTTTCTTCACCATGCTGGGCACTCTGGTCCAGGGACGTGTTTCCCTCGATGGAGCCGCTGTGGCTGCCAGCAAGGTGGCTCTCAAGACAGCTATTCAGTACGCTACCGAGCGCCGTCAGTTCAATGCCTCGTCCAGCACGGATGAAGAGGTCTTGTTGGACTACCAGCGGCACCAGCGCCGCTTGTTCACCCGGTTGGCCACCACCTACGCTGCGAGCTTCGCCCACGAACAACTCCTGCAAAAGTTCGACGACGTCTTCTCCGGCGCACACGATACAGATGCCGACCGCCAGGACCTGGAAACGCTGGCGGCCGCGCTCAAGCCCCTTAGCACCTGGCATGCCTTGGACACTTTGCAGGAGTGCCGGGAGGCGTGCGGCGGGGCCGGCTTCCTGATCGAGAACCGCTTTGCCTCATTGCGTGCGGACCTCGACGTGTACGTCACGTTTGAAGGTGATAACACCGTGCTGCTGCAACTGGTAGCCAAGCGGCTCCTGGCTGACTACGCCAAGGAATTCCGCAGCGCCGACTTCGGCGTCCTTGCACGTTATGTAGTTGATCAGGCTGCCGGCGTGGCTCTGCACCGGACGGGCCTCCGGCAGGTTGCCCAGTTCGTGGCTGATACCGGCTCAGTCCAGAAGGCGGCTTTGGCGTTGCGGGACGAGGAAGGCCAGCGTACCCTCCTGGCTGACCGCGTTCAGTCGATGGTTGCCGAGGTCGGTGCTGCACTGAAGGGAGCCAACAAACTTCCACAGCACCAGGCCGCGGCCCTGTTCAACCAGCACCAACACGAACTCATCGAAGCGGCCCAGGCCCATGCGGAACTTCTTCAGTGGGAAGCCTTCACTGAGGCCCTCACGCATGTATCGGATGAGGGAACCAAGCGCGTCTTGACGTGGCTGCGCGACCTGTTCGGCTTGTCCTTGATCGAGAAGCACCTCTCCTGGTACCTGATGAATGGAAGGCTCTCGATGCAGCGTGGCCGGACCGTTGGCACCTACATCAACCGACTCCTGGTCAAGATCCGTCCCCACGCCGTAGACCTCGTCGACGCCTTCGGCTACGGCCCGGAGCACCTTCGCGCCTCCATCGCAACCGGCGCAGAAGCTACCCGTCAGGATGCTGCCCGCAAACACTTCCGCGAGCAGCGGGCCAGCGGCAAGGCGCCGGCGGATGAGAAAACGCTCCTGGCGCTGAAGGCACCCAAAGCCCGCTAG MTEVVDRASSAQQPSGREEAATGADPVVDVAALGEQLLGKWAHIRHEARKVAGNPAVQKIEGLHHTEHRARVFEQLKFLVDNNTVHRAFPTRLGGSDDHGGNIAGFEEIVTADPSLQIKAGVQWGLFGSAVMHLGTVEHQDKWLPGIMSLEIPGCFAMTETGHGSDVASIATTATYDEGSQEFVINTPFRAAWKDYIGNAANDGLAAVVFAQLITKNVNHGVHAFYVELRDPATKEFLPGIGGEDDGIKGGLNGIDNGRLHFSNVRIPRTNLLNRYGDVAEDGTYSSTIESPGRRFFTMLGTLVQGRVSLDGAAVAASKVALKTAIQYATERRQFNASSSTDEEVLLDYQRHQRRLFTRLATTYAASFAHEQLLQKFDDVFSGAHDTDADRQDLETLAAALKPLSTWHALDTLQECREACGGAGFLIENRFASLRADLDVYVTFEGDNTVLLQLVAKRLLADYAKEFRSADFGVLARYVVDQAAGVALHRTGLRQVAQFVADTGSVQKAALALRDEEGQRTLLADRVQSMVAEVGAALKGANKLPQHQAAALFNQHQHELIEAAQAHAELLQWEAFTEALTHVSDEGTKRVLTWLRDLFGLSLIEKHLSWYLMNGRLSMQRGRTVGTYINRLLVKIRPHAVDLVDAFGYGPEHLRASIATGAEATRQDAARKHFREQRASGKAPADEKTLLALKAPKAR PGPT0002290_400 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0002290-aco|acx-K00232 NA NA D3-18_02208 1197 glgM COG0438 Alpha-maltose-1-phosphate synthase GTGCGAATAGACATTGTGACTAAAGAATTCCCTCCGGAAATTTATGGCGGTGCCGGTGTCCACGTTGCCGAGCTCAGCCGGGTGCTGGCAAAGCACGTCGACCTTCATGTCAGGGCGTTCGGCGCGCCCCGTGATGCCGGCTATCATGGGGCTTCCGTGGCGTCCTACGCCACGCCCGAAGACCTCGGCGATGCCAACGCTGCCATCCAGACCCTCGGCGTGGACCTGAGGATAGTTCCGGACATTGCGGGAGCGGACCTCGTCCACTCGCACACCTGGTACGCCAACATGGCCGGCCATCTCGCGTCGCTGCTGCACGGCATTCCGCACGTGCTCAGCGCTCACAGCCTGGAGCCCCTGCGCCCATGGAAGGCTGAGCAGCTTGGCGGCGGCTATGCGTTGTCCTCCTGGGTGGAGAGGACAGCGTATGAGGCAGCCGCCGCAATCATCGCCGTTTCCGATGGCATGCGTCAGGACATCCTCCGCAGTTACCCCAACGTGGATCCCGACAAGGTTCGCGTGGTCCATAACGGCATCGATGTCTCCCTGTGGGAGCGTGATGAAGAGGATGACGCGATCCGTGCGCTTGGTATCGATCCCGCCAAGCCCAGCGTGGTCTTCGTAGGCCGCAACACCCGCCAGAAGGGTGTGCCGTACCTGCTCCGTGCTGCGTCACGCCTGGCGGAGGATGTCCAGTTGGTGCTGTGCCTCGGGGCTGCGGACACTCCCGAACTTGCCGCTGAAACTGCACGCCTTATTGAAGAACTGCAGGCCAAGCGGGAGGGCGTCATCCTCATCGAGCAGATGCTGCCCAGGAAAGAGCTCATCCAGGTCCTCAGCCATGCCACTGCGTTCGCGTGCCCCTCGATTTACGAGCCCCTGGGCATCGTGAACCTCGAAGCCATGGCATGCGGCGCAGCAGTGGTGGCAAGTGCCACAGGCGGCATTCCGGAAGTGGTCCAGCATGGCGAAACCGGGCTCCTCGTCCAACTGGAGCAGGTCACCGACGGGACCGGGACACCATTGGATCCCGAGAAGTTCGTCAGCGACTTCGCTGCGGCCCTGAATGAGGTAGTGGCGGATCCTGCGCGGGCCCGTGAGATGGGAATTGCTGGACGACGCCGTGCGGAGGAGCACTTCTCCTGGGAGTCCATCACTGAGACAACGCTTGAGGTCTACCGGTCGGTCCTGCGCTAA MRIDIVTKEFPPEIYGGAGVHVAELSRVLAKHVDLHVRAFGAPRDAGYHGASVASYATPEDLGDANAAIQTLGVDLRIVPDIAGADLVHSHTWYANMAGHLASLLHGIPHVLSAHSLEPLRPWKAEQLGGGYALSSWVERTAYEAAAAIIAVSDGMRQDILRSYPNVDPDKVRVVHNGIDVSLWERDEEDDAIRALGIDPAKPSVVFVGRNTRQKGVPYLLRAASRLAEDVQLVLCLGAADTPELAAETARLIEELQAKREGVILIEQMLPRKELIQVLSHATAFACPSIYEPLGIVNLEAMACGAAVVASATGGIPEVVQHGETGLLVQLEQVTDGTGTPLDPEKFVSDFAAALNEVVADPARAREMGIAGRRRAEEHFSWESITETTLEVYRSVLR PGPT0017715_312 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0017715-glgM-K16148 NA NA D3-18_02209 1407 glgC COG0448 Glucose-1-phosphate adenylyltransferase ATGGCGTTGAAGAAAGTTCTGGCAATCGTATTGGCAGGCGGAGAAGGCAACCGACTCATGCCGCTGACGGCGGATCGGGCCAAGCCCGCGGTTCCGTTCGCAGGCGGCTACAGGCTAATTGACTTTGCACTATCCAATCTCGTTAATTCGGGATATTTGAAGATCGTCGTGCTGACGCAGTATAAATCGCACAGCCTTGACCGGCATATCTCTGAAACCTGGCGTATGTCCACCCAACTGGGCCGCTATGTGGCTTCTGTTCCGGCGCAGCAGCGTGTGGGCAAGAGCTGGTTCCTTGGCAGTGCCAACGCAATTTACCAATCGCTGAACCTCATCCATGACGACGCCCCGGACATCGTGGTAGTGGTCGGCGCTGATCACGTGTACCGCATGGACTTCTCCCAAATGGTGGAGCAGCACATTGCCAGCGGGGCCAAAGCGACAGTTGCTGCAGTGCGGCAGCCACTGAACATGGCAAACCAGTTCGGTGTCATCGAGGTAGACCAGAACGATCCCCAGAAGATTGCGGCCTTCGTGGAAAAGCCGGCCAGCACCCCCGGACTGGCAGCCGACCCCACGCAGTTCCTCGCCTCCATGGGCAACTATGTCTTCAATGCAGACGCCCTCGTTGAAGCCTTGCACGTGGACGCGGAAAGACTCGATACCAAGCACGATATGGGTGGGGACATCATTCCCTACTTCGTGGACCAAGGCGAAGCCGGCGTGTACGACTTCACGCTCAACGACATCCCCGGTGCCACCGAACGCGACCGGACCTACTGGCGTGACGTCGGTACCATCGACTCGTTCTACGACGCACATATGGACCTCATCTCCCCCGTGCCGATCTTCAACCTGTACAACTCCGAGTGGCCGATCTACACCCGCCAGAGCATCTCGCCCCCGGCAAAGTTTGTCCGTGGCGAGAACAACACGGTGGGAACGGCCCTCGATTCCATTGTTGCCAGCGGCGTGGTGGTTTCCGGTGGCATCGTTGAAGGTTCCGTGCTCTCCAACGACGCCTATGTGGCGGCAGGCAGCCGTGTCCAGGACTCTGTGTTGATGGATAAGGTCCGTGTCGGCGAAGGTGCCGTGATCAAGCGCGCAATCCTGGACAAGAACGTCAAGGTCCCCGCTGGCGCGGCCATCGGTTTGGACCCTGCCTTGGATAAGGCACGGGGCTACAAGGTCACTGAGTCGGGCATTACCGTGCTTGCGAAGGGCCAGGTTGTTCCGGAACCCGGTGAGGCAGAGCTCGCGCTGTCGGCGCAACATCGGCGTGGACTGCCGGAAGCTGTCAAGGCGGCCACCCATGACGATCCCGACATCCGCGACTCCGCCGAAAAGGTAGCGGCGGGCATCCAATCACGCGTGGCAGACGCCGCAGCCCAGAGTGCCTCGCATTAA MALKKVLAIVLAGGEGNRLMPLTADRAKPAVPFAGGYRLIDFALSNLVNSGYLKIVVLTQYKSHSLDRHISETWRMSTQLGRYVASVPAQQRVGKSWFLGSANAIYQSLNLIHDDAPDIVVVVGADHVYRMDFSQMVEQHIASGAKATVAAVRQPLNMANQFGVIEVDQNDPQKIAAFVEKPASTPGLAADPTQFLASMGNYVFNADALVEALHVDAERLDTKHDMGGDIIPYFVDQGEAGVYDFTLNDIPGATERDRTYWRDVGTIDSFYDAHMDLISPVPIFNLYNSEWPIYTRQSISPPAKFVRGENNTVGTALDSIVASGVVVSGGIVEGSVLSNDAYVAAGSRVQDSVLMDKVRVGEGAVIKRAILDKNVKVPAGAAIGLDPALDKARGYKVTESGITVLAKGQVVPEPGEAELALSAQHRRGLPEAVKAATHDDPDIRDSAEKVAAGIQSRVADAAAQSASH PGPT0025885_641 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 D3-18_02210 1452 hypothetical protein ATGAGCTCCACCGATCTGACGCCTGAAGAGATCCAGGCCTGCCTCAAGGTTCTGACCACGATCCACGTCTACGACGAAGAGCACCCGGACTACGTTGCAGTCCGTCGTGCCACCGGCAAGATGTTCAAAGCCGTCAAACGGCACCGCCGTGTCACCAAACGGGACTCGATTGCCGAAGCTGACCGCGCCGTCATCGCCCTGACAGCTACCGCCGCGCGGGATCGCATTGACGACGAAACCCGCGGCAACAAGCTGGCGCCTTCAGCCACCGGCGAGATCGCCGGGCACCTCATCCGCTCGCGTCCCTGCTACATCTGCAAGAAGCACTACACGCAGGTTGACGCCTTTTACCACCAGCTTTGCCCCGAATGCGCGGCCTTCAGCCACAGCAAGCGCGATGCCCGCACGGATCTCACGGGACGCAGGGCCTTATTGACCGGCGGACGCGCCAAGATCGGCATGTACATCGCGTTGCGCCTGCTCCGCGATGGCGCCCACACCACCATCACTACCCGTTTCCCCAAGGATGCCGCGCGACGCTTTGCTGCCATGGAAGACAGCGGAGAGTGGCTCCACCGGCTCAGAATCGTTGGCATAGACCTCCGTGACCCGGCACAAGTCATGGCGTTGACCGACTCGCTCAACGAGGCCGGACCGCTGGACATCATTATTAACAATGCAGCCCAGACCGTGCGACGCTCCGGCAACGCTTACAAGCCCTTGGTCGACGCAGAGGACGAGCCGCTGCCTGCGGCCCTTGAAGCTGCCAACGGTGGCCCCGAGCTGGTGACCTTCGGTCATGCGCATGACAAGCACCCGCTCGCCTTGGCCAGCAGCGTCACCGAACACCCGGTTCTGGCAGGTGACGCGATCACCTCGCTGGCGCTCTCCACCGGATCGGCATCATTGGAGCGAATTGAATCAGGAACGGCAATCGATGCCGGTGGCTTGGTTCCGGACCTCGCGTCCATCAACAGCTGGACCCAGGTGGTGGACGAGGTGGATCCCTTGGAGATGCTCGAAGTCCAGCTCTGCAACGTCACGGCACCCTTCCTGCTGGTAAGCCGTCTTCGCGATGCCATGAAACGGTCCACGGCCCACAGGAAGTACATCGTCAACGTCTCAGCCATGGAAGGGCAGTTTTCCCGTGCCTACAAGGGCCCGGGACACCCCCACACCAACATGGCCAAGGCTGCGCTGAACATGATGACCCGGACCAGCGCCCAGGAAATGCTGGATTCCGATGGCATTCTCATGACCGCAGTGGACACCGGATGGATCACTGACGAACGGCCGCACTACACCAAAGTCCGACTCATGGAGGAAGGATTCCACGCTCCGTTGGACTTGGTGGACGGCGCCGCACGTGTCTACGACCCCATCGTGATGGGCGAAAAGGGCGAAGACCAGTATGGTGTCTTCCTCAAGGACTACAGGCCCTCCCCCTGGTAG MSSTDLTPEEIQACLKVLTTIHVYDEEHPDYVAVRRATGKMFKAVKRHRRVTKRDSIAEADRAVIALTATAARDRIDDETRGNKLAPSATGEIAGHLIRSRPCYICKKHYTQVDAFYHQLCPECAAFSHSKRDARTDLTGRRALLTGGRAKIGMYIALRLLRDGAHTTITTRFPKDAARRFAAMEDSGEWLHRLRIVGIDLRDPAQVMALTDSLNEAGPLDIIINNAAQTVRRSGNAYKPLVDAEDEPLPAALEAANGGPELVTFGHAHDKHPLALASSVTEHPVLAGDAITSLALSTGSASLERIESGTAIDAGGLVPDLASINSWTQVVDEVDPLEMLEVQLCNVTAPFLLVSRLRDAMKRSTAHRKYIVNVSAMEGQFSRAYKGPGHPHTNMAKAALNMMTRTSAQEMLDSDGILMTAVDTGWITDERPHYTKVRLMEEGFHAPLDLVDGAARVYDPIVMGEKGEDQYGVFLKDYRPSPW NA NA NA NA NA D3-18_02211 852 COG1305 putative protein ATGACCCGGCTGAGCATTGTTCACAAGACTGCCTATAAGTACAACCGCCGCGTGACCTTGTCCTACAACGAGGCACGGATGACCCCTCTGACAGATGGCCAGCAGGTTGTCTTGGAGGCCTCGCTGAAGGTCTCACCCAACCAGGCCTCCGTCAGCAACTACCGTGACTACTGGGGAACGCGGGTCACGGCCTTCGATATGCAAATGCCGCATGAGAGTCTTGAGGTCCTCGCGACGGCCACCGTTGAAGTGCACCGCACGGAACGGGTGGCAACCGAGGACGACATTGTGGGATGGGACGTCATAGCCTCGGAGAAGGTCCAGGACGAATTCAGCGACTGGTTGCCCCAATCCCGGCTCAGCGGGCCTGGTGAGGAAGTCCTGGAGATCATCCCGGATATCGTCAAGGGAAAGAACCCCCACGAGGCCGCACTGGCAGTCTTCGCGTGGATGGCCGGCGAGATGACCTACATGAAGGGCACTACGGGGGTCACCACGAATGCCGAACAGGCGTGGTCCCAGCGTCAGGGAGTATGCCAAGACCTGGCCCACCTGGCCATCGGCGCCTTGCGCTGCAGTGGCATTCCTGCCCGTTACGTTTCGGGATACATCCACCCCCGCTCCTCGGCGGACATCGGCGAAACTGTTGCCGGACAATCCCACGCCTGGCTGGAATGGTGGGACGGCGAATGGCGAAGCTGGGACCCCACCAACCACAAGCCGGCAGGTGACTACCATGTCACCGTGGCTCGAGGCCGCGACTATCGCGATGTTCCCCCGCTGAAGGGCATCCTGTCCGGTGGAGGCGGTTCGGGGCTCTCCGTTTCGGTGGAGATCACCCGCCTGGCATAA MTRLSIVHKTAYKYNRRVTLSYNEARMTPLTDGQQVVLEASLKVSPNQASVSNYRDYWGTRVTAFDMQMPHESLEVLATATVEVHRTERVATEDDIVGWDVIASEKVQDEFSDWLPQSRLSGPGEEVLEIIPDIVKGKNPHEAALAVFAWMAGEMTYMKGTTGVTTNAEQAWSQRQGVCQDLAHLAIGALRCSGIPARYVSGYIHPRSSADIGETVAGQSHAWLEWWDGEWRSWDPTNHKPAGDYHVTVARGRDYRDVPPLKGILSGGGGSGLSVSVEITRLA NA NA NA NA NA D3-18_02212 927 hypothetical protein ATGCTGAGCCGCATTGCTGAGTCACTCTTCTGGATCGGACGCTACGTAGAGCGCGCCGACGGTACTTCCAGGATTTTGGATGTGCACCTTGAGCGCCTGAACCACCTGCCCCTTGAGGAACAGCGAAGCGTCGCCCGGGAGCTCCTTGCCGTGATGGGCGCTAAGCCGCAAAGCGAAGAATTCGGCCTTCCCGAACTCCTTCATGCCTTGGCCTATGACAAGCACAGCGCGTCCTCCATTGCCGGGTCCCTGGGTGCAGCCCGCGAGAATGCGCGGCGCGCCCGCGAGACTGTCTCCCAGTCCCTCTGGGAAAGCCTCAACACCACTTACTATGGCCTCAACCAACACCGCAAGGACGTTGTGGGGACGTACCGTTTCTGCAACTGGGTTTTGGAGCGGACCGCCATGGTCCGGGGTCTGGCGGACACTACCGTCAGCCATGACGAGAGCTGGTTGTTCATGGTGCTCGGCCGATCCCTGGAACGGGCCGATATGACAGCCCGTATGTTGTCCACCCGCGATGTTCAGTCCGCTGGAATGTCATGGGTCAACATGCTGCGATGTGCGGGAGCTTATGAGTCCTTCATCCGGACCCGTAGGGCAGCGTTCGGAGACCAGCACGCGGCGGAATTCCTGCTCCTGGACCGCTTGTTCCCGCGTTCGATTGTCTATGCGCTGCGCGATGCCGACGAATGCCTCGCCAAGTTGGATCCGTCAGCGCAGCGCGTGGGGTTCATCAACGACGCCCGGCGAATTGTGGGCCAGGCCCGGACATTCCTTGAATTCCACCGTACAGACGATCTCATGTCTGAGCTGCCTGAACACATGGAGCGTGTTCAGAAGGCCGTCACGCAGGCCTCGGACGCAATTTCCCGTAAGTACTTCAATCAGGCTGATGAGCACGCCTGGGTGGGAGAAGTTTCATGA MLSRIAESLFWIGRYVERADGTSRILDVHLERLNHLPLEEQRSVARELLAVMGAKPQSEEFGLPELLHALAYDKHSASSIAGSLGAARENARRARETVSQSLWESLNTTYYGLNQHRKDVVGTYRFCNWVLERTAMVRGLADTTVSHDESWLFMVLGRSLERADMTARMLSTRDVQSAGMSWVNMLRCAGAYESFIRTRRAAFGDQHAAEFLLLDRLFPRSIVYALRDADECLAKLDPSAQRVGFINDARRIVGQARTFLEFHRTDDLMSELPEHMERVQKAVTQASDAISRKYFNQADEHAWVGEVS NA NA NA NA NA D3-18_02213 1593 COG2308 putative protein ATGCGCTCGACTCAAAAAGGTGATTACCTGAATCCCATGTCTGACCTATTCCAGGATTACTCCGAGGCCGCCGCGCGCAGCGGTGCCTATGACGAGATGTTTGCCCAGGGCCACGTTGCCAGAAGATCCTATGGTCAGGTTTCCGGGGCTCTCCGCGAGCTTTCCTTGGCGGATGTCACCGCCCGGGCCGATTCCATGGCCCGAACCTTCCTGGACCGTGGCGTGACGTTCGACTACGCGGGGGAGGAGCGGCCGTTTCCCCTGGATATTGTCCCACGCGTCATTCCCGCCGATGAGTGGGATGTACTGGAGCGTGGCGTTGCTCAGCGCGTCAAAGCCCTTGAAGCATTCCTGAACGATGTCTACGGGCGGATGGCAGTTGTCACTGATGGCGTGATTCCACGACAGCTTGTGACCACCAGCGCACATTTCCACCGCGCGGTCCACGGTTTCGAACCCTCAGGTGGTGTGCGTGTCCATGTGTCGGGCATCGACGTCGTCCGGGACGCAGCCGGCACCTTCCGCGTGCTGGAGGACAACGTTCGCGTACCTTCGGGCGTCAGCTACGTTTTGGAGAACCGCCGGGCCATGGCCAAAGGTTTGCCCGAGGCCTTCGGCCAGCAGCACATCCGGCCTGTGGAGGAGTACCCTAGGCGGCTCCTCTCTGCCCTCCGTAAAACCGCTCCAGCAGGCGTGGATGATCCCACCGTGGTGGTCTTGACACCGGGCGTCTTCAACAGCGCCTACTTTGAGCACACCCTGCTTGCCGGGCTCATGGGCGTGGAGTTGGTGGAAGGCCGGGACCTCATCTGCCGTGGCAACCGCGTGTACATGCGGACCACTGCCGGTGAGCAGCGCGTGGATGTCATCTACAAACGCATCGATGACGACTTCCTGGATCCACTGCAGTTCCGCTCGGATTCCATGCTCGGCTGCCCCGGATTGGTTAACGCCGCCCGCGCCGGAGGCGTGACCATCGCCAACGCTGTGGGTAACGGCGTAGCCGACGACAAGCTCGTGTACAGTTACGTGCCTGACCTCATCCGGTACTACCTCCACGAAGAGCCAATCATCGCCAATGTCGACACTTTCCGGCTTGAGGAAAAGGAAGCCAGGGAGCACGTCCTGGACCGCCTCGACGAGCTGGTGGTCAAGCCCGTGGACGGTTCAGGTGGTAAGGGATTGGTCATCGGGCCGGACGCCACAAAGGACGAACTCGATGCCCTGCGCAAGCGCGTCATAGCCGATCCCCGCGGATGGATCGCACAGCCTGTCCTGCAGCTCTCCACGGTGCCGACGCTCTCCGGAGATAAGTTTGGCCCCCGCCACGTGGACCTGCGCCCCTTTGCAGTAAACGACGGCGACGACGTCTGGGTCCTGCCCGGAGGCCTCACCCGGGTGGCGCTCAAGGAAGGGTCCTTGATAGTGAACTCCAGCCAAGGCGGCGGTTCCAAAGACACGTGGGTATTGGCCGATTCTCCCCAACTGCCGGCCGAGGTGATTCCCCGCCAATCCGTCACGGTCCGCGAGCAGGTATCCGTGTGGCCGGTGGAAAGCAACTGGCGGGATCGCCAAACGGAGCAGCAACAGTGA MRSTQKGDYLNPMSDLFQDYSEAAARSGAYDEMFAQGHVARRSYGQVSGALRELSLADVTARADSMARTFLDRGVTFDYAGEERPFPLDIVPRVIPADEWDVLERGVAQRVKALEAFLNDVYGRMAVVTDGVIPRQLVTTSAHFHRAVHGFEPSGGVRVHVSGIDVVRDAAGTFRVLEDNVRVPSGVSYVLENRRAMAKGLPEAFGQQHIRPVEEYPRRLLSALRKTAPAGVDDPTVVVLTPGVFNSAYFEHTLLAGLMGVELVEGRDLICRGNRVYMRTTAGEQRVDVIYKRIDDDFLDPLQFRSDSMLGCPGLVNAARAGGVTIANAVGNGVADDKLVYSYVPDLIRYYLHEEPIIANVDTFRLEEKEAREHVLDRLDELVVKPVDGSGGKGLVIGPDATKDELDALRKRVIADPRGWIAQPVLQLSTVPTLSGDKFGPRHVDLRPFAVNDGDDVWVLPGGLTRVALKEGSLIVNSSQGGGSKDTWVLADSPQLPAEVIPRQSVTVREQVSVWPVESNWRDRQTEQQQ PGPT0026300_18 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0026300-gshA|ybdK-K06048 NA NA D3-18_02214 1050 hypothetical protein ATGCCCTTCAACAGTCTTGCGCCCCAGCTGTCCCGGCTGGGGCCCGGGTTGGTCCTGAGCATCGCCGCAACGGGCCTTGCTTTCGCCATCCACAGTGTCTTTCCGGCAGTTCCGGCCATGACACTTGCTGTTGCCTTGGGCCTGCTTTCAGCAAATATACCGGGCACGGCCGTGTTGACCGCGGGGCGCGCCCGACCAGGTTTGGACTTCGCTGGAAAGCATCTCATGCGTGCCGGGATCGTGCTTTTGGGCCTCAAAGTGAGCATCGGCGACGTCCTTGGCCTGGGTTGGCTATCCTTGCTCCTGATCGCCGGTGTTGTCCTGGTGAGCTTCGCGGGAACCTATGGGCTGGCGCGTCTGCTGCGCCTCCCCGGAGAAGCTGCCCTTCTTATCGCCACAGGTTTCTCCATCTGCGGAGCTTCTGCGATTGGTGCAATGGCGGCTGTGCGCCGTATCAAGCATCAAGACACCGTGCTCCCTGTGGCGCTTGTGACACTGTGCGGCACCCTTGCCATCGGCGTCCTCCCACTTCTCATGCACCCGTTGAACCTCAATCCTGAGCAGTTCGGGGCATGGACCGGCGCCTCAGTGCATGATGTCGGCCAGGTGGTGGCCACTGCGCAAACCGCGGGTACCTCGGCGCTGGCGATCGCCGTCGTCGTGAAATTGACCCGCGTGGTCCTGCTGGCGCCTGTTGCAGCCGCAGCGGGGGTGCACCAGCGGATTCTCCATGTGAGGGAACGCAGCAACGGGACGGGCGGCGCAGTTCATGGCGTTGACGGGCGGTTCCCACCGATTGTCCCGCTGTTCGTGATCGGTTTCCTGACCATGGTGGCAGTCCGCTCCCTGGGTTGGGCGCCGGCGGCGGGACTGGAGATCGCGGCGGCTCTCCAAGACATCCTCTTGGCTACAGCATTGTTCGGGCTTGGTTCGGCGGTGCGGGTGCGCACCCTGATTCGCACAGGAGGGCGAGCAATTCTGGTGGCGTTGGGGTCCTGGCTGCTGATCGCATCGTTGGGCCTGGGGGCCGCGTGGATCATGATTAGATAG MPFNSLAPQLSRLGPGLVLSIAATGLAFAIHSVFPAVPAMTLAVALGLLSANIPGTAVLTAGRARPGLDFAGKHLMRAGIVLLGLKVSIGDVLGLGWLSLLLIAGVVLVSFAGTYGLARLLRLPGEAALLIATGFSICGASAIGAMAAVRRIKHQDTVLPVALVTLCGTLAIGVLPLLMHPLNLNPEQFGAWTGASVHDVGQVVATAQTAGTSALAIAVVVKLTRVVLLAPVAAAAGVHQRILHVRERSNGTGGAVHGVDGRFPPIVPLFVIGFLTMVAVRSLGWAPAAGLEIAAALQDILLATALFGLGSAVRVRTLIRTGGRAILVALGSWLLIASLGLGAAWIMIR NA NA NA NA NA D3-18_02215 2604 pepN_2 Aminopeptidase N GTGTCGAATCACAATTTGTCGCGCGATGAAGCCGCCACCCGTTCAGCCCTGATCACCACCCATAGCTACGACGTCACGCTTGATGTCCGCGACGCGGCAGATCCCGCCGTCGCCGGATACCCGAGCACCAGTACCATCACCTTCTCAGCCGACCCCGGCTCTTCCACCTTCCTGGATTTCATCAGCGGCGGTGTCGAGTCTGTGCTGCTGAACGCCCGATCTCTTGACGTTGGATTAGTGGTGGACCGGGACAGGATCATCCTGGAAGGCCTCGAGGCCGAAAACACCGTGACTGTGACCGGGACGGCGCTCTACAGCCGCTCCGGCGAGGGCATGCACCGCTTTGTGGATCCCGCCGACGGCGAATGCTACCTCTACACGCAATATGAACCGGCTGACAGCCGCAGGGTCTTCGCCAATTTCGAACAACCCGACCTCAAAGCTGAATTTACCTTCCACGTCATCGCTACCGCTGCTTGGGAAGTTGCGTCCAACAGCATTGAAGTGGCATGCACGCCTGTGCCGGGCGATCCCCGTGCCGCGCGATGGGATTTCGCGGCCACCAAGCGAATGTCGACTTACATCACCACTGTGCTTGCGGGCCCTTACTTCAAAGCCGAAGATCACTGGGCAACAACGCTCGACGACGGCACCCGCCTTGACGTCCCGCTGGCACTTTTCTGCCGCGCCTCCTTAGCGGAATCATTCGATACCGAACAACTTTTCCGGTTGACCAAGAGCGGACTGGCATTTTTTAACGAACTCTTCGCCTACCCCTACCCATGGGGCAAGTATGATCAAGCGTTCGTGCCCGAGTACAACCTCGGAGCGATGGAGAATCCCGGGCTGGTGACGTTCACTGAAAAGTATGTCTATGCTTCCCGCGCCACAGATGCCCAGTACCAAGCCCGAGCCAATACGCTGATGCACGAGATGGCCCACATGTGGTTCGGCGACCTCGTGACCATGAATTGGTGGGATGACCTTTGGCTCAAGGAGTCGTTCGCCGACTACATGGGCACCCTTGGTGTGGACCGCGCGACGGACTGGGACACGGCATGGGTGAATTTCGCCAGCAAACGCAAAGCCTGGGCCTATGTACAGGACCAACTGCCCACCACGCATCCTATTGTGGCGGACATCCCGGACCTTGAAGCCGCCAAGCAGAACTTTGACGGCATAACGTATGCCAAGGGTGCTTCGGTACTGAAGCAGTTGGTGGCCTATGTCGGTTTTGATGCTTTCATCAAGGGGTCCCGCCAGTATTTTCGGGATCATGAATTTGGTAATACGTCCCTCCAGGACCTCCTCCAAGCACTTAGCGTTGCCTCGGGCAGGGACTTGGCTGACTGGGCACGCCAGTGGCTGCAGACATCCGGTATCTCCACCGTTGCCGCTGAGATCGTGGAAGACGGCGGGGTCTTCGGAGCCGTGACCCTCCAGCAAGAGGCCATTGATCCCTTGACTGGCCACCAGGAACTCCGCCCACACCGTATGCGGCTGGGCTTGTATGACGCCGACTCAGCCGGTGCCTTGGTGAGGACTGAAAGCATCGAGGTGGACGTTGCCGGCCCAAGTACGCTGGTAACTGCATTGAATGGAAAGCGCCGCCCGGCGCTGCTCCTGGTCAATGACGACGACCTAAGCTACGTCAAAGTGCGGCTGGACCCCGAGTCCGAACACACTGTGCGGACATCCCTGGACAAAATTTCGGATCCCATGGCGCGCGCCCTCTGCTGGACCGCGCTCTGGGATTCGGCCCGGGACGGAGTTACCCCAGCGGCCCGCTACGTGTCCGCCGTCGAGCAATTCGCGCCTTCGGAAACGGGCATAGGTGTCCTGCTGAACGTGTTGGGCAATGCTGCCAGCGCCATCGAGCGTTATGTACCCTCGGCAACACGCGAAGGCGTTCGAAAAGATTTCCTGGCGGTGGCCGCTGAGCAGCTGATGTCTGCTGATCCCGGTTCAGACCCGCAACTCGCGTGGGCTAGAACCGTGGCCGACGTATCCAGACATGGTGACAGCCAGCTAACCCTTGTGCGGGGAATCCTTGACGGCAGCACCGTGGTGGAGGGCCTGGCCGTGGACGCCGAACTACGTTGGAGCCTCTGGCAGGCGCTGGCGGCCCACGGGCAAGCGACCCTGGCCGAACTGGACCGGGAGCTCGGGGCTGATACGACAGCATCGGGCAGGGAGGGGCATGCCCTGGCCTCAGCTGCCCGACCGGACGCATCAGTCAAGGCAGCTGCCTGGGATTCCGCGGTCAACAGCACGGGCCTTTCCAACGAGATCCTCAGCGCCACTATAGCCGGTTTCGTTACTGCTCCCGGAGATCTTCTGGAACGCTACGTTAAGCCCTACTTTGAGTGCCTTGAGCGTGTATGGTCCGAACGCAGCATTGAAATCGCGGGCCGGATTGTCCGTGGCCTCTTCCCCGGAGCCCAGGACCTGCCGGAAGGCGTGCGGCCAGCTGATCACCCGGTACTGGTACGTGCCGACCATTGGCTTCGTGACCACCAGGATGCTCCCCGTGCCTTGCGCCGCATCGTCATTGAGCAACGGAGTCACCTGCTGCGGGCTTTGACGGCGCAAGCCGCCGGCTGA MSNHNLSRDEAATRSALITTHSYDVTLDVRDAADPAVAGYPSTSTITFSADPGSSTFLDFISGGVESVLLNARSLDVGLVVDRDRIILEGLEAENTVTVTGTALYSRSGEGMHRFVDPADGECYLYTQYEPADSRRVFANFEQPDLKAEFTFHVIATAAWEVASNSIEVACTPVPGDPRAARWDFAATKRMSTYITTVLAGPYFKAEDHWATTLDDGTRLDVPLALFCRASLAESFDTEQLFRLTKSGLAFFNELFAYPYPWGKYDQAFVPEYNLGAMENPGLVTFTEKYVYASRATDAQYQARANTLMHEMAHMWFGDLVTMNWWDDLWLKESFADYMGTLGVDRATDWDTAWVNFASKRKAWAYVQDQLPTTHPIVADIPDLEAAKQNFDGITYAKGASVLKQLVAYVGFDAFIKGSRQYFRDHEFGNTSLQDLLQALSVASGRDLADWARQWLQTSGISTVAAEIVEDGGVFGAVTLQQEAIDPLTGHQELRPHRMRLGLYDADSAGALVRTESIEVDVAGPSTLVTALNGKRRPALLLVNDDDLSYVKVRLDPESEHTVRTSLDKISDPMARALCWTALWDSARDGVTPAARYVSAVEQFAPSETGIGVLLNVLGNAASAIERYVPSATREGVRKDFLAVAAEQLMSADPGSDPQLAWARTVADVSRHGDSQLTLVRGILDGSTVVEGLAVDAELRWSLWQALAAHGQATLAELDRELGADTTASGREGHALASAARPDASVKAAAWDSAVNSTGLSNEILSATIAGFVTAPGDLLERYVKPYFECLERVWSERSIEIAGRIVRGLFPGAQDLPEGVRPADHPVLVRADHWLRDHQDAPRALRRIVIEQRSHLLRALTAQAAG NA NA NA NA NA D3-18_02216 1137 lipM Octanoyltransferase LipM ATGCGGGCCTTTGCGTTTTCCGGCAAGATGGAGACCATGACTTCCCACCCGGCTCAGGAACCGCACACCCACGACGACGACGCCCGCCTTCACGGCGAATATAAAGTCCCCGGCGGCAAACTTGTGGTGGTGGACCTGGAAGTCTCGAATGGCCGATTTTCAAAGGTATCGCTGAGCGGCGACTTTTTCCTGGAGCCCGATGAAGCCCTCGAGGACATCAACCGAGCGCTGACCGGCCTCCAGGAGAACTCAACAGCCTCAGACATCGCCGCAGCCGTCAATGCCGGATTGCCCGAGGACGCCGTACTGTTCGGGTTCTCCGCCGAGGCGGTGGCCGTAACGGTCCGCCGTGCGCTCTCCAAAGCGACCGGCTGGGCGGACCACCAATGGGAAGTCATTCCACCTTCGGTACTGCCCACGCAGGTGAACGTGGCATTGGACGAGGTCCTTACCGAGGAAGTGGGGGCAGGGCGGCGTAATCCCACCTTGCGGTTCTGGGACTGGGAAGAGCCGTCCGTTGTCATCGGCAGTTTCCAGTCGGTACGGAACGAGGTGGATCCGGACGGCGTCAACAGGCACGGCATCACAGTGGTACGCCGCATCAGTGGTGGTGGCGCCATGTTCATGGAAGCCGGCAACTGCATCACCTATTCGCTCTACCTACCGCAGACGCTGGTGGATGGAATCAGCTTCGCTGACTCCTACGCCTTCCTGGATGCCTGGGTTATGGCCGCACTGGAGAAGCTGGGCATTACCGCCTTCTACGTGCCCTTGAATGACATTGCCACCGAACAGGGCAAGATCGGAGGTGCAGCGCAAAAGCGCCTCGCCAACGGCGGCATGCTCCACCACGTCACCATGAGCTACGACATTGACGCAGACAAGATGGTGGACGTCCTGCGCATCGGCAAGGAGAAACTCTCAGACAAGGGAACCCGGAGTGCCAAGAAGCGGGTGGACCCGTTGCGGCGCCAGACAGGTCTTCCACGCTCGGCAATCCTTCAGGCCATGCAGGATGTCTTCACTGAACGTTACGGTGCTGTGGAAACCCTGCTCACCGACAACGAGCTCGACGAAGCAAGGCGGCGCGTGGACACGAAGTTCGGCACTGAGGAATGGCTGAACCGGGTGCCCTAG MRAFAFSGKMETMTSHPAQEPHTHDDDARLHGEYKVPGGKLVVVDLEVSNGRFSKVSLSGDFFLEPDEALEDINRALTGLQENSTASDIAAAVNAGLPEDAVLFGFSAEAVAVTVRRALSKATGWADHQWEVIPPSVLPTQVNVALDEVLTEEVGAGRRNPTLRFWDWEEPSVVIGSFQSVRNEVDPDGVNRHGITVVRRISGGGAMFMEAGNCITYSLYLPQTLVDGISFADSYAFLDAWVMAALEKLGITAFYVPLNDIATEQGKIGGAAQKRLANGGMLHHVTMSYDIDADKMVDVLRIGKEKLSDKGTRSAKKRVDPLRRQTGLPRSAILQAMQDVFTERYGAVETLLTDNELDEARRRVDTKFGTEEWLNRVP PGPT0003945_144 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 D3-18_02217 258 rpmE2 COG0254 50S ribosomal protein L31 type B ATGAAGTCTGATATCCACCCGAAGTACGAAGCTGTTGTTTTCAACGACCTGGCTTCCGGTACGCAGTTCCTGACCAAGTCCACCGTGTCTTCCTCGAAGACCATCGAGTGGGAAGACGGAAACACCTACCCGGTTATCGACGTCGAAATCTCTTCGGAGTCCCACCCGTTCTACACGGGCAAGCAGCGCATCATGGACTCCGCTGGCCGCGTCGAGCGCTTCAACGCTCGCTTCAAGGGCTTCGGCGGCAAGAAGTAA MKSDIHPKYEAVVFNDLASGTQFLTKSTVSSSKTIEWEDGNTYPVIDVEISSESHPFYTGKQRIMDSAGRVERFNARFKGFGGKK PGPT0014325_1385 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014325-rpmEB-K02909 NA NA D3-18_02218 810 rlmB_1 23S rRNA (guanosine-2'-O-)-methyltransferase RlmB GTGACATTCCATTATCTTGAGTCCGCCAACGATCCCCGCGTGACGGACTACACCACGCTCACCGATGTACACCTGAGGAAGCTGCGCGAGCCCCAGGAGGGCATGTACATCGCCGAATCCTCCAAGGTCCTCCGTAGGGCGCTGGCTGCAGGCCACCAGCCACGTTCCTTTTTTCTGGCTGAGAAATGGCTGGAGGACCTCGACGACGTCTTCCGGGCTCATCCTGATGTTCCGGTCTTTATTGGCAATGCCTCGTTGCTGGAGGAAATCACCGGGTTCCACCTGCACCGCGGAGCCATGGCTGCAATGCAACGGCCGGCTCCTGTCCCATTGTCGGACCTCTTAGCCAACGCGCAGCGGATCGCCGTCTTGGAGGACATTGTGGACCACACCAACGTGGGTGCCATCTTCCGCTCCGCCGCTGCACTCGGAGTGGACGGGGTCCTCGTGTCGCCACGGTGCGGGGACCCCCTGTACAGGCGCAGTGTTCGCGTCAGCATGGGCACGGTGTTCCAAGTTCCGTGGGCGCGCCTGGAGAGCTGGCCGGGCGACCTGTCCCAACTGAAGGAACAGGGCTTCACAGTGGCGGCCATGGAGCTGACCGATGATGCCTTGGACTTGGATGATCTGGCGGCGAGGAACATCCCCAAACTGGCCCTGGTGCTTGGAACCGAAGGGGCAGGCATGAGCGAGGAGACGTTGACCGCCGTCGATCTCGCCGTCAAGATTCCCATGCGTGCAGGAGTCGATTCGCTCAACGTCGCAGCGGCCTCGGCAGTGGCGTTTTGGGAACTCCGCCCACGTGATTGA MTFHYLESANDPRVTDYTTLTDVHLRKLREPQEGMYIAESSKVLRRALAAGHQPRSFFLAEKWLEDLDDVFRAHPDVPVFIGNASLLEEITGFHLHRGAMAAMQRPAPVPLSDLLANAQRIAVLEDIVDHTNVGAIFRSAAALGVDGVLVSPRCGDPLYRRSVRVSMGTVFQVPWARLESWPGDLSQLKEQGFTVAAMELTDDALDLDDLAARNIPKLALVLGTEGAGMSEETLTAVDLAVKIPMRAGVDSLNVAAASAVAFWELRPRD NA NA NA NA NA D3-18_02219 786 hypothetical protein ATGGAGATCCTTAGCAGCATCCTGGTCTTTTTCGCGGGCCTGTGGGCCGGCACCATCAACGCGGTAGTCGGTTCCGGCACCCTGGTAACCTTCCCCGTGCTCATAGCCCTTGGTGTCACTCCGGTGGTCGCTTCCATGAGCAACGCGATGGGACTCGTGGCCGGCACGGCAGCGGGAGCCTGGGGCTACCGACGCGAACTGGCAGGCCGTGGCAGGCAGCTGATGAAACTCCTGCCGGCCTCCTTGCTGGGTGGTATCACCGGCGCATGGCTGCTGCTGCACCTGCCGGAGAAGGTCTTCCACTACGTAGCCCCCGTCCTTCTGGTCCTTGCCCTCCTCATGGTGCTGTTCCAGCCCAAACTGCAGGCATGGGTCCGCAGCAGGGAAGAGAATCCGGAACACGCCATCCGGGACCGCAGCCACGGATTCCTGCTGGTGGTACTTGTGTACTTGGCCGGTGTGTATGGCGGCTACTTCGTAGCTGCGCAGGGAATTCTTCTGGTGGGCATCCTCGGGGTATTCCTCACCGGAACCATGCAAAATGCCAATGCCATGAAGAACATCCTGGTACTGGGCGTCAACATGGTGGCGGCAATCTCTTACCTGATCTTCGCCTTCGACCGCATCAACTGGCTGGTTGTCCTACTCATCGCAGTCAGCTCCACCATTGGCGGACTCGTCGGTTCCAAGGTAGGCCGAAAGCTGTCTCCCAAGGTCCTCCGGGCAGTGATTTTCACCCTCGGCATGGTGGCCTTGGGCTTCATGGTCGCCAACCTGCTGAAATAA MEILSSILVFFAGLWAGTINAVVGSGTLVTFPVLIALGVTPVVASMSNAMGLVAGTAAGAWGYRRELAGRGRQLMKLLPASLLGGITGAWLLLHLPEKVFHYVAPVLLVLALLMVLFQPKLQAWVRSREENPEHAIRDRSHGFLLVVLVYLAGVYGGYFVAAQGILLVGILGVFLTGTMQNANAMKNILVLGVNMVAAISYLIFAFDRINWLVVLLIAVSSTIGGLVGSKVGRKLSPKVLRAVIFTLGMVALGFMVANLLK NA NA NA NA NA D3-18_02220 786 ylmA COG1119 putative ABC transporter ATP-binding protein YlmA ATGAGTGATGTTCTGGAATTGGCTGCCGTCAGCGTTGTCCGAGGCAAAAAGACCCTGCTGGACAAGGTGGACTGGGAAGTCAACGAAGGCGAACGCTGGGTCATCCTGGGACCGAACGGCGCCGGCAAGACCACCCTGCTCCAGATAGCTGCCGCCCGCATGCACCCAAGCAGCGGCAGGGCCGGGATCCTCGACGAAACTTTGGGGCGCGTTGATGTCTTTGAACTCCGCCCCCGCATCGGCCTCTCTTCAGCAGCACTTGCTACCCAGATTCCCGAACACGAGAACGTCCTGAACGTTGTGGTCACGGCAGCCTATGGCGTCACTGGTCGTTGGCGTGAGGGATACGAACGCGACGACGAACGCCGCGCCTTCGGCTTGCTCAACGACTGGGGGATGGGTCCGTTATTGAACCGCACCTTTGCCACCCTGTCCGAGGGGGAGCGCAAGCGCGTCCAGATTGCCCGTGCGCTGATGACCGATCCTGAATTGCTGCTGCTGGACGAGCCTGCCGCAGGCCTTGACCTCGGCGGGCGTGAAGAACTGGTCCACAAGCTCGGTGAGCTCGCCAGCGACGAAGCCGCTCCGGCGATGGTCCTTGTCACGCATCACCTTGAGGAAGTACCGCCTGGATTCACGCACGCCATGCTGCTCCGCGAAGGCGGAGTGGTGGCTGCTGGTCCCATCAAGGAAGTCCTTACGGACGAACACCTCAGTAAAACCTTCGGCCTGGCGCTGGACGTTTCGGAAAACGCCGGCCGCTACACGGCCACGGCCCGCCGCTAG MSDVLELAAVSVVRGKKTLLDKVDWEVNEGERWVILGPNGAGKTTLLQIAAARMHPSSGRAGILDETLGRVDVFELRPRIGLSSAALATQIPEHENVLNVVVTAAYGVTGRWREGYERDDERRAFGLLNDWGMGPLLNRTFATLSEGERKRVQIARALMTDPELLLLDEPAAGLDLGGREELVHKLGELASDEAAPAMVLVTHHLEEVPPGFTHAMLLREGGVVAAGPIKEVLTDEHLSKTFGLALDVSENAGRYTATARR PGPT0003760_2285 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 D3-18_02221 894 hypothetical protein ATGACTTCGAACTTGGCTGCAGTCAGCTACGGCGTGAATTTGTCCCCCGAATCACTGGAAAATGTGCTCAAAGTACTGGCTGACGCCGGCGCCTCAGTGTCATCGGAATCACAGGGCGGCGACGAGCGGTTCGGTGTGCACACGGCCGATCTTATGGTGGACGCCGACACGGAAGCGGGTCTTTTGACAGTGAGGCGGCTGGTGGCCGAAGCTGCCGAGGCAGGAGTGGACACAGCCATTGTTCCGGGAAGCCTGCGCCAAGCCCCCCGGAAGTTCCTCATCATGGATGTGGATTCAACCCTGATCCAACAGGAGGTCATTGAGCTGCTGGCAGCTCACGCAGGCAAACGCGAGGAAGTCGCTGCCGTCACGGAGGCTGCCATGCGCGGTGAGTTGGACTTCGCCCAGAGCTTGCACGCCCGCGTTGCCGTCCTCGCCGGGCTGCCTGCCGCCGTCGTTGATGATGTTCGCCAGGAGGTGCGCCTTAGCCTTGGTGCGGCAGAACTGGTAGCCGCGTTCAAAGAGGCAGGGCATGTGGTGGCTGTTGTGTCCGGAGGATTCAACCAAATCCTGGGTCCCATCGCTGAAGAACTTGGCTTGGACTACTGGATTGCCAACGAGCTCGAGATCGTCGACGGCGTGTTGACCGGTAAGGTTCTCGGCGCAGTTATCGATCGGGCTGCCAAAGAGAAGTACTTGCGTGAGTGGGCGGCTGCGGAAGACATTAGTCTTGAGCACACCATTGCGGTGGGCGACGGTGCCAACGATCTGGACATGCTGAGTGCGGCCGGCCTGGGCGTCGCCTTCAACGCCAAACCCGCGGTACGCGCGGTGGCCGACGCTGTCATCACGATGCCTTATCTGGACGCAGTGCGGCATATCGCCAACGTCTGA MTSNLAAVSYGVNLSPESLENVLKVLADAGASVSSESQGGDERFGVHTADLMVDADTEAGLLTVRRLVAEAAEAGVDTAIVPGSLRQAPRKFLIMDVDSTLIQQEVIELLAAHAGKREEVAAVTEAAMRGELDFAQSLHARVAVLAGLPAAVVDDVRQEVRLSLGAAELVAAFKEAGHVVAVVSGGFNQILGPIAEELGLDYWIANELEIVDGVLTGKVLGAVIDRAAKEKYLREWAAAEDISLEHTIAVGDGANDLDMLSAAGLGVAFNAKPAVRAVADAVITMPYLDAVRHIANV NA NA NA NA NA D3-18_02222 570 hypothetical protein GTGAACCGTTCGGAGCGCACGTGGAAGTGGTGGAAACGCGACTACGTATTCGAATTGACTAAACCTGACGAGAAATTTCCGGACGAGCATCCAACACCCCTCCACGAGATTTTGCAGACGTATCACTACGACGTCAACGTCACCCGAACTGCCAACTTCAAGGGCACTGCCGCTGACACAACAGAACAGGAACAACCCGATATGAGCACACTTGATGAAGCCATAAAGCAACTGCTTGCCATCGAAGGGGCCACCGGTGCTGCCGTGGTGGACTATTCCAGTGGAATGGCCTTGGCCCAGGGCGGAAACCCGGGCTTCGACCTCGGCGTTGCTGCTGCGGGTAACTCAAATGTGGTGAGCGCCAAGCTGCGTACCATGGCCGACCTGAGCGTAGACAGCGACATTGAAGACATCCTCATTACGCTGGGCACCCAGTACCACCTGATCAATGTCTTGAATTCAAGCGGTTCCAAGGGACTCTTTGTCTACCTTGTACTCGACCGCACCTATGCAAACCTGGCGCTGGCCCGGCACAAGCTCAAGAACCTTGCCAAGGACATCACCATCTGA MNRSERTWKWWKRDYVFELTKPDEKFPDEHPTPLHEILQTYHYDVNVTRTANFKGTAADTTEQEQPDMSTLDEAIKQLLAIEGATGAAVVDYSSGMALAQGGNPGFDLGVAAAGNSNVVSAKLRTMADLSVDSDIEDILITLGTQYHLINVLNSSGSKGLFVYLVLDRTYANLALARHKLKNLAKDITI NA NA NA NA NA D3-18_02223 1503 rbsA_1 COG1129 Ribose import ATP-binding protein RbsA TTGGACCTGTTATTACACGCTGATGATATCCATGCCTCGTACGATCATCGGCGCATCCTTAAAGGCGTCGGACTTTCGGTACAACGCGGCGAGATACTGGGGTTAATCGGAACCAACGGCGCGGGAAAAACCACCCTGATGGGCGTCCTGGCCGGATCCCATAGGCACGACTCCGGAATAATGACGTTGGCTGGAGAAAAATATGGGCCGGACTCCATAGAGGAAGCGCAGGCCTGCGGTGTTGGGCTCATCCCACAGAACTTCCGAATCGATCCTCAACTAACCATTGCATGCGCCATTTTTCGGGGCACCTTCCAAGCAGGCAAGCCCCATCACGAACTCCGCGACCAAGCAAGCAAGTTGATTCGCGACATCGGCATCAGCTTGGATCCCGACATGAAGGTCGGAACGCTGATTCGTGCTGAGCAGGCCCTTGTGGAGGTGCTGAGGATGGTTGCCGAAGAGGCCCAACTGGTCATCATGGACGAGGTTGCCGCTTCGCTGCCGGACCACGATGTTGCCGTCCTGCATCAGGTCTTACGCATGCTGGTCAGGCAAGGACGCGCGATCATTTACATCACGCATCGGCTGGATGAGGTGCGGTCCATTGCACATCGCATAGCGGTCCTGCGGGAAGGCCGGGTGCACAAAATACTTGAAGCCAGTCATACCGACGTCGACGAATTGGCCTTTCTATTGCTGCAGCAGGAACTCGAAGGTGGCGCCAGGCCCACTGAACCGGCGCCGGGTGATGAGGCCCTGCGGGTGGTGAACCTCAGCATGGAAGACAAGGTCCGGGAGGTCACTTTCAACGTGTCCAAAGGCGAGATTTTTGGCTTGGTCGGAACACATCGGTCAGGCGTTTACGAGTTGGTCGAAGCGCTTGCAGGAGTTCGCCCCAGCACCTCCGGGCACATTCTTTTGCACGGTCAACCGGTTCGGATCCGAGGGGTCCAGGATGCCACCCGCTTGAAGATCGGTTACTTGTCCGACGCTGCCGATAATGGTGAGGAGGCGAGCAGCATCGTGGACGCCATCCAGCCTGTCCCGGAAGCGGGGGAGGCAAACCTTCGGGACGAAATTTCCCAGCTCCGTGGAGTAACTGACGTCATTCGACGCATGCGCATCAGCACGACGAACATCCACGGCAACATCACCACCCTCTCGGGCGGGGACAGGCAAAAAGTACAACTCGCCAAATGGATGGCCACGGACTGCGACGTGCTGATCCTTAGCCATCCCAGCCGAGGCGTTGACATTGGCGCCAAGGAGACGGTGTACAAGATGCTGAGCGAGCTCAGCGAGACAGGTATGGCTATTATCCTGTTGTCTTCCGACTTGTCCGAACTGATCAGCTGGTGCCACCGCGTGGGCGTGATGCGCGACGGCGAACTCGTGACTATCGAGGCCAACGCCAACACCAACGAGGACGTTTTGGTACACCACATGTTGGGTGTGAAGTTTGAATCCGGTGGCGGCGAGGCACGTCGTGTGAGAAATTGA MDLLLHADDIHASYDHRRILKGVGLSVQRGEILGLIGTNGAGKTTLMGVLAGSHRHDSGIMTLAGEKYGPDSIEEAQACGVGLIPQNFRIDPQLTIACAIFRGTFQAGKPHHELRDQASKLIRDIGISLDPDMKVGTLIRAEQALVEVLRMVAEEAQLVIMDEVAASLPDHDVAVLHQVLRMLVRQGRAIIYITHRLDEVRSIAHRIAVLREGRVHKILEASHTDVDELAFLLLQQELEGGARPTEPAPGDEALRVVNLSMEDKVREVTFNVSKGEIFGLVGTHRSGVYELVEALAGVRPSTSGHILLHGQPVRIRGVQDATRLKIGYLSDAADNGEEASSIVDAIQPVPEAGEANLRDEISQLRGVTDVIRRMRISTTNIHGNITTLSGGDRQKVQLAKWMATDCDVLILSHPSRGVDIGAKETVYKMLSELSETGMAIILLSSDLSELISWCHRVGVMRDGELVTIEANANTNEDVLVHHMLGVKFESGGGEARRVRN PGPT0016600_3671 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 D3-18_02224 753 hypothetical protein ATGGGAACGCTGGATAACAAGACGGCCATAGTGACGGGGTCCTCCCGGGGAATCGGCGCCGAAGTTGCCAAAATCCTCGCAGGGGAGGGTGCCGCCGTCGTCGTTAACTACCGTCAAAAGGCGCCGCGCGCCAACAAGGTAGTCGGCGAGATCCAGGCAGCAGGCGGACGCGCGGCTGCTGTAGGGGCAGACCTCACCACTGACGAAGGCGTGCACGCACTGGCAAGCACCGCCATGGAGGAGTTCGGTTCCCTCGATGTCCTGGTACTCAACGCCTCCGGCGGGATGGAATCGGGCATGGAGGAAGGGTACGCACTCAAGCTGAACCGCGATGCCCAGGTAAATATGCTCAACGCAGCCGTTCCGCTCATGCCCGAGGGCTCGCGCGTGGTTTTCGTCACCAGCCATCAGGCGCACTTCGTGGAAACCGTGCCCACCATGCCCGAGTACGAGCCCGTTGCCAAGAGCAAGCGCGCCGGTGAGGACGCCCTGCGCGACCTCCTGCCCAACCTCGCAGACAAGGGCATCTCACTGGTGGTCGTATCCGGCGACATGATCGAGGGCACTGTGACGGCCACCCTGCTGGATCGCTCCAACCCGGGAGCCATCGAAGCCCGCCGCGCAGAAGCCGGCAAGCTGTACTCCGTAGAGGAGTTCGCGGCCGAGGTTGCCAAGATGGTGACCGCCGATGTGGAATCCGGCCATACAGAATATGTGGGCGGCGCCGACTACTTCGGCAAGACTGCCGAGTAG MGTLDNKTAIVTGSSRGIGAEVAKILAGEGAAVVVNYRQKAPRANKVVGEIQAAGGRAAAVGADLTTDEGVHALASTAMEEFGSLDVLVLNASGGMESGMEEGYALKLNRDAQVNMLNAAVPLMPEGSRVVFVTSHQAHFVETVPTMPEYEPVAKSKRAGEDALRDLLPNLADKGISLVVVSGDMIEGTVTATLLDRSNPGAIEARRAEAGKLYSVEEFAAEVAKMVTADVESGHTEYVGGADYFGKTAE PGPT0003180_11567 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 D3-18_02225 726 fabG_2 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGTCTGAAGCAGTATCCACCGGCCGCAGCGTCCTCATTACCGGCGGCAACCGGGGCATCGGCCTCGCCATCGCGGAATCGTTCCTTGCCAACGGTGACAAGGTTGCTGTCACCTACCGCAGTGAAACAGAACTGCCTGAGGGCATCCTGGGCGTCAAAGCCGACGTCACGGACGAGGCATCAATCGACGCTGCCTTCAAGATCGTCGAAGAGGCGCACGGACCTGTGGAGGTGCTGGTAGCCAATGCCGGAATCACCAAGGACACGCTGCTGCTGCGGATGAGCGAGGAAGACTTCACGTCAGTTCTCGACACCAACCTGACCGGGGCCTTCCGTGTCATCAAGAGGGCGTCCAAGGGCATGATCCGCCTGCGGAAAGGCCGCGTTGTACTCATTTCCTCAGTGTCAGGCCTCTACGGCGCGCCTGGCCAAATCAACTACTCCGCCTCCAAGGCCGGCATGGTGGGCATCGCACGCTCGCTGACCCGTGAACTCGGTAGCCGCGGCATCACCGCGAATGTTGTTGCGCCCGGCTTCATCAACACCGACATGACGGCCGAACTGCCCGAAGACACCCAGAAGTCCTACTTGGCCAATGTTCCGGCGGGTCGCTTCGCCGAGGCGTCCGAGGTAGCCAACGTGGTGCGCTGGGTTGCCAGCGACGAAGCCGCGTACATCTCCGGCGCCGTGATCCCGGTTGATGGCGGCCTCGGGATGGGCCACTAG MSEAVSTGRSVLITGGNRGIGLAIAESFLANGDKVAVTYRSETELPEGILGVKADVTDEASIDAAFKIVEEAHGPVEVLVANAGITKDTLLLRMSEEDFTSVLDTNLTGAFRVIKRASKGMIRLRKGRVVLISSVSGLYGAPGQINYSASKAGMVGIARSLTRELGSRGITANVVAPGFINTDMTAELPEDTQKSYLANVPAGRFAEASEVANVVRWVASDEAAYISGAVIPVDGGLGMGH PGPT0003180_2420 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 D3-18_02226 447 hypothetical protein GTGCCCGGGGAACCGGACGCTGTTTCCAGCGACCCCGAAGTCCACAGCATCACGGATGCCGCTGCCGCACACTCCGAGGACATGCGTGACCGCATGATCAAGTATGCGGTGGCCATGGGTATCCGCATGGTCTGCATCATCCTGATCTTCGTGGTTGACGGCTGGTTCAAGATCATTGCCATCGCTGGTGCCGTGTTCCTGCCTTGGATCGCTGTAGTCATAGCCAATGGCAACGACAAAGCGGAGGACCACAGTGAGTCCCTGCTGGACTACGTGGCCGTTCCTGAGATCGAACGTTCCCCGGAGCCGGAAGAAGCTCCTGCGGACACGCCCACAGTGCTTCAAGGAGAACTGGTGGATGACGAACCACCAAGCAAACAAGCGGACCCCGCAACGGGCCATGTAAGCGATGCCGGGCATCCCGGCGACGAACGGGCGGCTTCATGA MPGEPDAVSSDPEVHSITDAAAAHSEDMRDRMIKYAVAMGIRMVCIILIFVVDGWFKIIAIAGAVFLPWIAVVIANGNDKAEDHSESLLDYVAVPEIERSPEPEEAPADTPTVLQGELVDDEPPSKQADPATGHVSDAGHPGDERAAS NA NA NA NA NA D3-18_02227 276 hypothetical protein ATGAATATCTTTAATCTTGGCGGCCCGGGTGCGGCCAGCCAGGAGTCCGAACGTGCCACGGGTCCGGCCTTGTGCTCCCGTAAAGGCTGCAGGGCCGGCGCCCAGTGGCAACTCCTGTGGAACAATCCCCGTATCCACACGCCGGATCGACGCAAGGTGTGGCTATCGTGCGGCGACCACCGGGACTGGCTGGAGGACTACCTGCAGACGCGTGGCCTGTGGAAAGAAACTGTGCCGTTCACGGCCAGTCAAGAAGCAGCAAATGGGGCCGGCTGA MNIFNLGGPGAASQESERATGPALCSRKGCRAGAQWQLLWNNPRIHTPDRRKVWLSCGDHRDWLEDYLQTRGLWKETVPFTASQEAANGAG NA NA NA NA NA D3-18_02228 867 COG3346 putative SURF1-like protein ATGTATCGTTTCCTCTTCTCCAGCAAGTGGCTGGGATATTTCGTGCTGGCTGTTATCTTCGCCACAGCCTGCGTTTTCCTGGGCCGTTGGCAGATGGACCGCAGGGCTGAAACGCTGGCCGAGATCAATCGCGTGGTGAGCAATTACTCGGCAACTCCCATCCCCTACACGGAGATCAAGGACCAGTTCGACGCCTTGGACCCCGAGCGGGAATGGACCCAGGTTGAATTGCGTGGAAGCTACGACGTCGATGGTCAGCGGGTTGTGCGCAACCGGCCGCTGAACGGCCAGCCCGGCTACGACGTCGTGGTACCTTTTCGGCTGACCACGGGCGAAGCGGTGGTGATTGACCGGGGTTGGCTGCCGATCGGCAATAACACGCCCGGCCGTCCTGACGTGATTCCTGCTCCTCCCACCGGCGAAGTCACGGTGGTGGCACGGCTTAAGCCTGCCGAACCCAAGCTGGACCGCGGCGCGGTGGATGGTCAGTTGGCCTCAATTGACCTCGCCGGATTTGCGGGGGAACTTTCCTATCCCATAGCTACCGGGGCGTACGGGCAACTCGCCAGCGAGGATCCCGCCGTGCAGCCGATGCCAACTCCCTTCCCCAAACCTGCCACCGAAGAAGGAACACACCTTTCTTACTCTTTGCAGTGGTTCGCCTTTGGCGTCTTGATGTTTATCGGCTTCGGATATGCTGCGCGGCAACAAGCCCGGAACGCGGCCATCGATGCTGAAGAGGAAGAAGACGAACAAATTCTCGCCGCCGGCGGCACTCCCAGGCAGCGCACCCCTGCTTCCCGTAAAAACAGGCGGCCCACGGCCGAAGAAGAGGAAGACGCCATCCTGGATGCCCAAGGCTACTGA MYRFLFSSKWLGYFVLAVIFATACVFLGRWQMDRRAETLAEINRVVSNYSATPIPYTEIKDQFDALDPEREWTQVELRGSYDVDGQRVVRNRPLNGQPGYDVVVPFRLTTGEAVVIDRGWLPIGNNTPGRPDVIPAPPTGEVTVVARLKPAEPKLDRGAVDGQLASIDLAGFAGELSYPIATGAYGQLASEDPAVQPMPTPFPKPATEEGTHLSYSLQWFAFGVLMFIGFGYAARQQARNAAIDAEEEEDEQILAAGGTPRQRTPASRKNRRPTAEEEEDAILDAQGY NA NA NA NA NA D3-18_02229 486 hypothetical protein ATGCCCAAGGCTACTGATTCGCTCCCCGGTGCCGTGCTCAATGTTAAGTCTGCGCTGACCACGGCCGGTGCTCAGGACACGGTTCGGATCTTCAAGGAGAAAGTCCCGACGGCGGCCGCCGCTGCGTCGGTCCTGGGATGCGAGGTGGCCGCGATCACCAACAGCCTGATCTTCGAGCTCGGCGGTGAACCCCTGCTGATCCTTGCCAGCGGAGCGGCGAAAGTAGACACGGCGCTGGTTTCTACGCATCTGGGCAGCGGAAAGATCCGCAGAGCCACGCCGGACTTCGTGCTGGAACATACCGGCCAGGAAGTGGGAGGAGTGGCGCCAGTCGGCCACCCGCAGAAAATCCGGACTCTGCTGGATGTGTCATTGGAACAGCATCCTGTCCTTTGGGCCGGCGCCGGAGACCACAATTCCATGTTCTCCATCAGCTATGAAGAACTGGCACGCATCACCGGCGCCGAACCTCTGCGGGTCCGCTAG MPKATDSLPGAVLNVKSALTTAGAQDTVRIFKEKVPTAAAAASVLGCEVAAITNSLIFELGGEPLLILASGAAKVDTALVSTHLGSGKIRRATPDFVLEHTGQEVGGVAPVGHPQKIRTLLDVSLEQHPVLWAGAGDHNSMFSISYEELARITGAEPLRVR NA NA NA NA NA D3-18_02230 1599 yheS COG0488 putative ABC transporter ATP-binding protein YheS TTGATTACCGTCCAGGACCTCGAACTCCGCGCCGGCGCACGCCTGCTCATGGACCAGGTCAACTTCCGGGTGGACAAAGGGGACAAGATTGGTCTCGTCGGACGTAACGGTGCCGGCAAGACAACCCTCACCCGGGTCCTTGCCGGTGAAGGCCTTCCCGCAGGCGGCAAAGTCACCCGCAGCGGTGAGATCGGTTACCTGCCGCAGGACCCGCGGACGCCGGACATGGAGCAGCTTGCCCGGGACCGCATCCTTTCCGCCCGCGGCTTGGACGTCGTGGTGGGCAAGCTCAAGAAGGCCCACGAGGACATGGCAAGCGACGATGCCGCCGTGCAGCGCAAAGCCATGAACCGCTATGACCGCCTCGAAGCTGAGTTCCTCTCCGGTGGCGGCTACGCTGCCGAAGCCGAAGCCGCCGCGATCTCCTCCAACCTCGCGCTGCCGGATCGGCTCCTCAACCAACCGCTGAAAACCCTCTCAGGTGGCCAGCGCCGCCGTGTCGAGTTGGCACGCATCCTTTACTCGGACGCGGAAACCCTGCTCCTCGACGAGCCCACCAACCACCTTGACGCCGACTCCATTACTTGGCTGCGCGACTTCCTGAAGAACCACCAGGGTGGCTTGATCGTGATCAGTCACGACACGGACCTGCTCGAAGCAACGGTGAACAAGGTATTCCTGTTGGATGCCAACCGCGCCCAGATCGACTTCTACAACATGGACTGGAAGCGCTACTTGCTCCAGCGCGAAACGGATGAGCGCGCCCGGAAGCGCGAACGCGCCAATGCCGAGAAGAAGGCGCAGGTCCTGATTGACCAAGCAAACAAGATGCGCGCCAAGGCCACCAAAGCCGTGGCGGCCCAGAACATGGCCAAGCGCGCTGAGAGGCTCCTGAGTGGATTGGAGGCAGTGCGCGAAAACGACCGCGTGGCAGCCTTGCGTTTCCCGGATCCCTCTCCATGCGGCAAGACCCCGCTAACTGCGGAGGGGCTGAGCAAGTCCTATGGCTCGTTGGAAATTTTCACCGACGTGGACCTGGCCATTGATCGCGGCTCCAAGGTGGTCATCCTTGGCCTCAACGGTGCCGGCAAGACCACCCTCCTGCGGATGCTGGCGGGCGTCGATAAGCCTGACACAGGCGACATCATCCCCGGGCACGGCCTCAAGGTGGGTTACTACGCCCAGGAGCATGAAACGCTCGACGTCGACCGCACGGTCTTGGAGAATATGCGGTCTTCAGCTCCGGACATGAAAGACGCCGAAGTTCGCGGCATCCTGGGTTCATTCTTGTTCTCCGGTGACGACGTCGACAAGCCTGCCGGCGTACTCTCCGGCGGTGAGAAGACCCGCTTGGCCTTGGCCACAATCGTGGCCTCCAGCGCGAATGTGCTGCTCCTTGATGAGCCCACTAACAACCTGGACCCTGCCAGCCGCGCCGAAATCCTAGGGGCGCTCAAGAACTACAGTGGCGCCGTCGTCATGGTGAGCCACGACGAAGGTGCTGTGTCAGCGTTGAACCCGGAGCGCGTTGTGTTGCTCCCGGACGGTGTTGAAGACCACTGGAACGAAGACTACCTGGATCTTATTACCCTCGCGTAA MITVQDLELRAGARLLMDQVNFRVDKGDKIGLVGRNGAGKTTLTRVLAGEGLPAGGKVTRSGEIGYLPQDPRTPDMEQLARDRILSARGLDVVVGKLKKAHEDMASDDAAVQRKAMNRYDRLEAEFLSGGGYAAEAEAAAISSNLALPDRLLNQPLKTLSGGQRRRVELARILYSDAETLLLDEPTNHLDADSITWLRDFLKNHQGGLIVISHDTDLLEATVNKVFLLDANRAQIDFYNMDWKRYLLQRETDERARKRERANAEKKAQVLIDQANKMRAKATKAVAAQNMAKRAERLLSGLEAVRENDRVAALRFPDPSPCGKTPLTAEGLSKSYGSLEIFTDVDLAIDRGSKVVILGLNGAGKTTLLRMLAGVDKPDTGDIIPGHGLKVGYYAQEHETLDVDRTVLENMRSSAPDMKDAEVRGILGSFLFSGDDVDKPAGVLSGGEKTRLALATIVASSANVLLLDEPTNNLDPASRAEILGALKNYSGAVVMVSHDEGAVSALNPERVVLLPDGVEDHWNEDYLDLITLA NA NA NA NA NA D3-18_02231 639 bioY COG1268 Biotin transporter BioY ATGAGCCAGACCCAACCTGACACTGCTGCCACCTCCGACGCAACAGCGCAGCGCACCGCATCTACCCGCAAACGCTGGACCGCCACCGACCTCGGCCTCATTGCCGTTTTCGCAGCCTTGGTGGCTGCCTCCGCGATCGTCCCCGGCATTCCGGTAGGGGCCCTTGGTGTTCCCATCACCTTAGTGACCCTGACAGTAATGCTCAGCGGGCTGGTGCTGGGCGCTGGGCGAGGTTTCGCCGCCGTCGGGCTCTATGTGTTGCTCGGCTTCGCCGGGCTGCCGATCTTCAGCGGTGGCCGCAGTGGACTGGGGATCCTTGCGACGCCCTCCGCAGGATATATCATCGCGTTCCCTTTGGCCGCGGCAGCAACCGGATACCTTGCCGGAATGGTCATTCGTCGGACGGTCAAGTTCCGTGGGCTGTGGCTCTTCGCAGCGGCAATGGTAAGCAGCATCGTGGTCATCCACGCGCTGGGCATCGTTGGAATGATGGTCAATGCCAAATTGGACTTCGCCAAAGCTTTCCTCGCAGACCTCCCCTTCGTCCCTGGGGACATCCTCAAGAACGTCCTGGCTGTGATCATCGCCATGGCGATTCACAAGGCATTCCCGGACGTCCTGGTGCGTCGGGTCAAGTAA MSQTQPDTAATSDATAQRTASTRKRWTATDLGLIAVFAALVAASAIVPGIPVGALGVPITLVTLTVMLSGLVLGAGRGFAAVGLYVLLGFAGLPIFSGGRSGLGILATPSAGYIIAFPLAAAATGYLAGMVIRRTVKFRGLWLFAAAMVSSIVVIHALGIVGMMVNAKLDFAKAFLADLPFVPGDILKNVLAVIIAMAIHKAFPDVLVRRVK PGPT0022050_6 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_TRANSPORT,PGPT0022050-bioY-K03523 NA NA D3-18_02232 738 bioM COG1122 Biotin transport ATP-binding protein BioM ATGAACTCCATCAGTTTCAGCAATGTCTCGGTGCGCGTCCCGGTTGATGGCAGCAACGCGCCCAAGACGTTGCTGCAGGGAATCTCCTTGGACCTGACCGAGCGCAGGATCGGGGTGATCGGCGCTAACGGATCCGGGAAATCAACCCTTCTCCGTCTACTGAACGGTTTGGTTGAACCGAGCGAAGGCAATGTTGTGGTCCACGACGATGACACCGTTGCCGACGTCAGACGCGTCCGCGGCAATGTGGGCTTCGTCTTTACCGATCCCCTGTCCCAATTAGTAATGCCTACGGGACGGGAAGATGTTGAGCTTTCCCTGCGCCGTTCCATCAAGAACTCCGGGAAACGGGCAGCGCGGGCAGAAATAGTTTTGGATCGTTTCGGCTTGCTGCACCTTGCCGATCAAAGCATCTACGAACTTTCCGGTGGTGAAAGGCAGTTATTGGCACTGGCCGCAGTCCTGGCCGTTGATCCGGCAGTCCTGGTCCTTGACGAACCGTCCACCCTCCTGGACCTCCGGAACCGTGAACTCCTGCGACGCACCGTGGCCGAACTGGACCAGCAGGTGATCATGTCCACGCACGATCTCGACCTCGCGCTCGACATGGACCGGGTGCTGGTGGTGGAGTCCGGACGAATCATGTTCGACGGCGGTGCTGCCGACGGCGTCGCCCGTTACCGTGCGCTGTGTGCGGCCAGCCTGCTTGGTGAGCCCTTAGGTGATGTGTCGAGGTGA MNSISFSNVSVRVPVDGSNAPKTLLQGISLDLTERRIGVIGANGSGKSTLLRLLNGLVEPSEGNVVVHDDDTVADVRRVRGNVGFVFTDPLSQLVMPTGREDVELSLRRSIKNSGKRAARAEIVLDRFGLLHLADQSIYELSGGERQLLALAAVLAVDPAVLVLDEPSTLLDLRNRELLRRTVAELDQQVIMSTHDLDLALDMDRVLVVESGRIMFDGGAADGVARYRALCAASLLGEPLGDVSR PGPT0022045_190 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_TRANSPORT,PGPT0022045-bioM-K16784 NA NA D3-18_02233 627 bioN COG0619 Energy-coupling factor transporter transmembrane protein BioN GTGAGGGGCCATGGTTTCCTGATTGCGAATTACGTTCGCGGAAACTCGATCATCCACCGGACTCCCCTGTGGTTGAAATTCCTTGTGGTCGCCGCCTGCGGAACGGCGTCTTTCCTCATTGTGGATTGGACCGTTTCCCTTGTGGTTTTCGCCATTATGTGCGGCCTGTTCCTTCTCACCGGAGCCGGATTACGGCGACTTCTGAGGGCCATCTGGATGGTGACGCCCATCCTGCTGGTCATCGGCCTCTTCCAGTGGTGGCAACTCGGTGGACCCACCGCGGCACGCATAGTACTGAACGTGCTTGTCTGCGTGGTGGCAGCGTCCGTGCTGACAGCCACTACCCCCGTGCAGGCGCTGCTGGACGGCGTGGTGGCCTTGGCCAAACCGTTCCGGCGTTTCGGCGCCGATCCTGAACGATTCGCTTTGACCATCGCGGTAATGCTCAGGAGCATTCCGTTCATTGCGGGCACTTTCTCTGACGTACGGGACTCCGCCCGGGCACGTGGGCTCGAACGCAATCCCCGCGCGTTGGTCCTGCCCGTCTTCATCACTACTGTGGCGTACGCCCGTCAAACCGGCGACGCGTTGGCAGCCCGCGGGCTGGGCGAACCGGAAAGGGACTAA MRGHGFLIANYVRGNSIIHRTPLWLKFLVVAACGTASFLIVDWTVSLVVFAIMCGLFLLTGAGLRRLLRAIWMVTPILLVIGLFQWWQLGGPTAARIVLNVLVCVVAASVLTATTPVQALLDGVVALAKPFRRFGADPERFALTIAVMLRSIPFIAGTFSDVRDSARARGLERNPRALVLPVFITTVAYARQTGDALAARGLGEPERD NA NA NA NA NA D3-18_02234 1254 thlA COG0183 Acetyl-CoA acetyltransferase ATGATCCCCGGGCACAGCCCCTTGGGTAGCGGCAGCCCTATGGGTAGCGGCAAGCCTGGCGTCGAAGTGTTGCAACAGGTGTCCAACGCATCCCGGCAACCCGTCATCATCGCCGCGCTACGGTCTCCGATTTGTCGTGCCAACGGGCGACTGAAGCATCTCCGCGCGCAGGATCTCCTGGCACCCGTGCTGGGTTCCCTTCTGGAGAAAATACATGCGGACCCTGCGGACGTGGACGATGTCATCATCGGAAACGCCGTGGGCGGGGGCGGGAATGTGGCCCGGTTCGCCGCACTCCAGGCCGGATTACCCGTCACCGTGCCCGGCCTTACCGTTGACAGGCAGTGCGGCTCGGGCCTTGACGCCATTGCGCTGGCGTCACGGCTGGTGGCTGCCGGGGGTAATCCGCTGTATCTTGCCGGCGGCGTCGAGAGCATCAGTACCGCACCGGCACGGGCCAACAGAACCGACGACGGCGAACTCGAGTTCTACTCGAGGGCCAGCTTTGTGCCTGCACAGTTCGGGGACCCTGACATGGGTGTTGCTGCTGAGAACGTGGCCCGCGAATTTGGCGTGACCCGGGAGAGGCAGGACGAGTACGCACTCCGGAGCCATTGCCGTGCAGTTGAGGCGGCCAGGGTGGGCAGGTTCGCAGATGAAATTGTTCCGATCAAGAGCAACGAAAAGTTGGTGGATTCCGACGACGGCCCCCGGGCTACCCTGCGGGCGTCGCTGATGTCGAGGTTCCCTGCTGCGTTTGTCCCGGGCGGAACGGTCACGGCAGCGAACTCTTGCTTCGATGCAGACGCAGCCTCTGCTGTGGTCGTAACGTCGCTCGAGCGAGCCCGGACGATGGGAGCAGTAGACGGATTGCTGGTATTGGGGTGTGACACCGCCGGCGTTGATCCGGAGCTCCTTGGTATCGGAGCCGCCCACGCCGCCGAACGGCTCCTCAACCGCCACGAAGTGGCCGCGGGAGACCTTGACCTGATTGAGTTCAACGAGGCGTTCGCCTCCCAAACTATTGCATGCCTGGAGTACTTAAGCGTAGATCCCGAGCGAGCCAACCTCGACGGCGGTGCCTTGGCTTTCGGCCACGGCTACGGCGCCTCGGGAGCGGTCCTCGTAACGCGAGTGATGGCCCAGGCGCGCAGCCGGCATGCAACGGATGGAGAAAGTCCGTTGGCGTTGGCAATGATCAGCATTGCGGGCGGCATGGGAACCGCAGCGCTGGTGCAGTACACCAGGCTTTAG MIPGHSPLGSGSPMGSGKPGVEVLQQVSNASRQPVIIAALRSPICRANGRLKHLRAQDLLAPVLGSLLEKIHADPADVDDVIIGNAVGGGGNVARFAALQAGLPVTVPGLTVDRQCGSGLDAIALASRLVAAGGNPLYLAGGVESISTAPARANRTDDGELEFYSRASFVPAQFGDPDMGVAAENVAREFGVTRERQDEYALRSHCRAVEAARVGRFADEIVPIKSNEKLVDSDDGPRATLRASLMSRFPAAFVPGGTVTAANSCFDADAASAVVVTSLERARTMGAVDGLLVLGCDTAGVDPELLGIGAAHAAERLLNRHEVAAGDLDLIEFNEAFASQTIACLEYLSVDPERANLDGGALAFGHGYGASGAVLVTRVMAQARSRHATDGESPLALAMISIAGGMGTAALVQYTRL PGPT0008320_1213 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626 NA NA D3-18_02235 1392 menE_3 2-succinylbenzoate--CoA ligase ATGCCTTTCCTGGACAAACTTCAGCTCTGGGCCGAAGAGCGCCCCCACGACACCGCCGTCGTTGTGGGCAGCAGCCGGCTCACCTGGGCGGGACTTCGCGACGCTGCAGCAGGGCTGCTGGGTAACGCGACTGCCACTACTGTTCTTGCCGAGCCCAACTCCGTTCGCTTTGTTGAGCGTTACGCGGCTGCGGTGGCGGGGGAGCGTCGCTGTGCGGTGCTGGATCCCGAATGGCCGCTCCCGATGATCGAGGAAGTTTCATCACGCGTTATCGAAACCGCCACCCCCATTGATGCCGAGCTGGTAGACGGAGACCCGTCCAGCACCTTTCTGATTGGCCTCACGTCCGGCACCACTTCGGTTCCCAAAGCGTTCACCAGGTCCCGCAGGTCCTGGCAGGTTTCGTTCGAAGCGTCCATAGAATTTTTTGGTCTCTCGCAGGATGATCGAACACTTGCACCGGGACCCCTGTCAGCCAGCCTGAACCTGTATGCCCTCTCTGAGTGCCTCTACGCGGGGGCCGCGTTTCACACGCTTGAGTCATTCGACGTCGGCGACGCTCATGCTGCCATCAGCCACGACGGCATTACCAGGCTGGTCCTGGCACCCACGGCGCTGCGTCTGCTTAGCGAACGGGGACTCGCCGGCGACGTTGATGCTTCCGGCATCCGTAGCATCATCTGCGCGGGTTCCAAGTTGGACGCCCGCACCTTGGAGGCGGCACGGCGGTGGGCGCCCCGGGCCGCCATTTATGAGTACTACGGCGCCTCCGAGTTGAGCTTTGTTTCGGGCACCCGCCTGGCCGCTGGCGAACCACTGGACGCGGGTGGCACCGGCATCGGCTTGCCTTTCCCGGGTGTTGAACTCAGCATCCTCGATGACACCGGCAAGCCCCTGCCGGACGGGGACCATGGAAATATCAGTGTTCGCAGCGGAATGGTCAGTAACGGCTACCTCTGGGGAGACGATGGTCAAGCCCTGCGGTGCCTTGACGGTTGGTACACCGTGGGGGATCAAGGCTTTCTGGAAAACGGCACCCTTCATATTCTCGGCCGCCGCTCGGACATGATCATCACCTCTGGAAAGAACGTCTACCCGCACGAGGTTGAGCTTGCAGTTGCCTCCGTGCCCGGTGTGGACGTTGCTATTGCCGCCGGGGCACCTGACGATATCCGCGGCCAGAAGGTGATTGCCGGCGTCGTGCCTGCTTACGGAGCGGTCACCGCCACCCAGCTGCGCACGGGCCTGGATGGTCTGCTGGCACGGGATAAATGGCCGTTGCAGTACTACTTATTGGCGGAGTTGCCCATGACTGACCGGGGCAAGGTCAGCAGGAAAGTTTTGCTGGACTGGATCAAGAATCATGATCCCCGGGCACAGCCCCTTGGGTAG MPFLDKLQLWAEERPHDTAVVVGSSRLTWAGLRDAAAGLLGNATATTVLAEPNSVRFVERYAAAVAGERRCAVLDPEWPLPMIEEVSSRVIETATPIDAELVDGDPSSTFLIGLTSGTTSVPKAFTRSRRSWQVSFEASIEFFGLSQDDRTLAPGPLSASLNLYALSECLYAGAAFHTLESFDVGDAHAAISHDGITRLVLAPTALRLLSERGLAGDVDASGIRSIICAGSKLDARTLEAARRWAPRAAIYEYYGASELSFVSGTRLAAGEPLDAGGTGIGLPFPGVELSILDDTGKPLPDGDHGNISVRSGMVSNGYLWGDDGQALRCLDGWYTVGDQGFLENGTLHILGRRSDMIITSGKNVYPHEVELAVASVPGVDVAIAAGAPDDIRGQKVIAGVVPAYGAVTATQLRTGLDGLLARDKWPLQYYLLAELPMTDRGKVSRKVLLDWIKNHDPRAQPLG PGPT0008380_15988 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D3-18_02236 840 COG2321 putative protein ATGGGCCGCGGCACCAAGATCGGCGGTGGCATCGGCGGTGGAATAGTGGTGCTGTTGCTGGCACTCTTCGGTATCAATCCCAATATCCTCGGGGACCTCACAGGCAGCGGAAGCCAGCCACCCGCCGTCGAAAGTGGTGGTGGGGCCGGAGGTGTCCAGGAATGCCAGACCGGTGCCGATGCCGACAAGCGCCTGGACTGCCGGATCACAGGGACAGTGAACAGCCTCAATGCCTTCTGGCCTGACTACCTGGCGGATTACAACGTGGAATATCCCCGTCCCAAGACCGTCATTTTCAGCCAAGCCACGAACACAGGTTGCGGCGCGGCCACGAGTGCAGTGGGCCCGTTCTACTGCCCTGCGGACACCACCGCATACTTTGATCCTGGGTTCTTTGATGACCTGGTGACCCGGTTCGGCTCGTCAGGAGGTCCCCTGGCTCAGGAATATGTAGTGGCCCACGAATTTGGACACCATGTCCAGAACATCCTGGGCAATCTTGACCAGGCCCAGCAGGACCCGCAAGGTCCGCAGTCAGGGGCAGTCCGGGTGGAACTGCAGGCTGATTGTTATGCGGGCTTGTGGGTCCGGCACGCCACGACGCAAACGGACGCCAGCGGCAAACCCTTCCTTGATCCCCTGACGCAGCAGGACCTCCAGGACGCGCTCTCGGCTGCCTCCGCTGTTGGCGATGACCGCATCCAGGAGGCGGCTACCGGCAGGGTGTCTCCCGAATCCTGGACCCACGGGTCCAGTGAGCAGCGGCAAAAATGGTTCTATCAGGGATACACCACGGGCGATATCAACAAGTGCGACACATTTGGGGTGGCCGCGCCGTAG MGRGTKIGGGIGGGIVVLLLALFGINPNILGDLTGSGSQPPAVESGGGAGGVQECQTGADADKRLDCRITGTVNSLNAFWPDYLADYNVEYPRPKTVIFSQATNTGCGAATSAVGPFYCPADTTAYFDPGFFDDLVTRFGSSGGPLAQEYVVAHEFGHHVQNILGNLDQAQQDPQGPQSGAVRVELQADCYAGLWVRHATTQTDASGKPFLDPLTQQDLQDALSAASAVGDDRIQEAATGRVSPESWTHGSSEQRQKWFYQGYTTGDINKCDTFGVAAP NA NA NA NA NA D3-18_02237 891 hypothetical protein ATGAAAGCGAAATTCGCAATACCAAGTGCTATTGCCATTGCCACAGCAGGACTGCTGGCGCCGCCAGCGTTCGCTGCGCCCCCAGCGGGCTCCCAGCTCTCAGGAGCAATTTTCACCACGGACGGGTCCGGTGTACCCGTGAACCTGAACATCTATGACACTAAAGAAGACGTCTATCTTAATGGCGGACCTGGCATCAACGCGCCTGACGATGCTGCAGGACTACCCGCGGGGGATTACTACTTCCAAGTCACTGATCCATCCGGCAAGACGCTGCTTTCCACCGACAACATCAGCTGCCGTGAATTCACGGTCAATAGTTCAGGTGTCATCGAGGACGTAGTGCTAGCCGGAGGCTGTGAACATGCAACGGGCTCTGACGGAGAGGATGGCGGCGCGACGATCCAACTTTTCCCTTTCGCTGATACCCCGAATAATGGAGGGGTCTACAAGGTATGGGTCACGCCGGTAGAGAGGTATGACTGCGCGGCACCGGGCAACAAGCAGTGTTTTGTCCCGCGCTACAGCAAGGTGGACAACTTCAAGGTGCGCAACCCGCTGATCGTCGAAATTGATGTTCGCTTCTTCAAGAACGGCACAGCTTTGGACGGCTACGCCGCTGAATGGACTGACACCAACGGTGCACACAATGTTAAGTTCTCAGAGTGGAATCCTGCCGTGTTGGCGTATCACGAGGCGCACTTTGAGGCGACGGAGCAGGGCAGCCACTCCATCAAGGTCTCCAGCCAGCCCGGCTGCGGTCTTGGAGCGGTATACGGCCCGGATGGATCACTGGCAAAGATCAAGGGCAGCAGCGCGACGGTCAGCGTCACTGTTGCTGACCATCGGGAAGGCGATTACACCTACCGTGTAGACGTCACCTGCAAGTAA MKAKFAIPSAIAIATAGLLAPPAFAAPPAGSQLSGAIFTTDGSGVPVNLNIYDTKEDVYLNGGPGINAPDDAAGLPAGDYYFQVTDPSGKTLLSTDNISCREFTVNSSGVIEDVVLAGGCEHATGSDGEDGGATIQLFPFADTPNNGGVYKVWVTPVERYDCAAPGNKQCFVPRYSKVDNFKVRNPLIVEIDVRFFKNGTALDGYAAEWTDTNGAHNVKFSEWNPAVLAYHEAHFEATEQGSHSIKVSSQPGCGLGAVYGPDGSLAKIKGSSATVSVTVADHREGDYTYRVDVTCK NA NA NA NA NA D3-18_02238 333 hypothetical protein ATGACCGAAATCAACACGGCGCGAACCAGTCTCGAGGACGTCGAAGAAGCGCTCAAGGACGTTATTGACCCGGAACTCGGAGTCAACATTGTGGACCTGGGCCTTCTCTACGGGCTCAAGTACTCCGACGAAGACGGCGCACTCCTGATCGACATGACGCTGACCACGGCGGCTTGCCCGCTGACGGACGTGCTTGAAGAGCAGGTGGGCAAGTCCCTCGACGGCGTGGTTGATGATTGGCGCCTGAACTGGGTATGGATGCCGCCATGGGGTCCCGAGCGGATCACCGACGACGGCAAGGATCAGATGCGGGCCCTCGGCTTCAACATCTGA MTEINTARTSLEDVEEALKDVIDPELGVNIVDLGLLYGLKYSDEDGALLIDMTLTTAACPLTDVLEEQVGKSLDGVVDDWRLNWVWMPPWGPERITDDGKDQMRALGFNI PGPT0020265_615 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 D3-18_02239 786 sufC COG0396 Vegetative protein 296 ATGTCAACTCTTGAAATCAAGGACCTGCACGTCAGCATCGAGACGGAGCAGGGCACCAAGGAGATCCTGAAGGGCGTCAGCCTCACCATCAAGACCGGTGAAACGCACGCCATCATGGGCCCCAACGGCTCTGGCAAGTCCACGCTTGCCTCCACCATCGCCGGCCACCCGCGCTACAACGTCACCAGCGGCACCATCACGCTGGATGGCGAAGACGTGCTGGAAATGAGCGTCGACGAGCGCGCCCGTGCAGGCGTCTTCCTGGCTATGCAGTACCCGGTAGAGGTTCCCGGGGTCACCATGACCAACTTCCTGCGGACCGCCAAAACGGCGATCGACGGCGAAGCACCGGCTCTGCGCACGTGGACCAAAGACGTCAAGGCAGCCATGCAGCAGCTCCGTATCGATGCCGACTTCGCACAGCGTAACGTCAACGAAGGCTTCTCCGGTGGTGAGAAGAAGCGCGTTGAAATCCTTCAGCTCGAACTCTTCAAGCCCAAGTTCGCCATCCTCGACGAGACCGACTCGGGCCTGGACGTCGACGCTTTGAAGGTTGTCTCTGAGGGCGTCAACCGCGCGCACGAAGAGGGCAACATGGGTACCCTGCTCATCACCCACTACACCCGTATCCTGCGCTACATCAAGCCGGACTTCGTCCACGTGTTCGTTGACGGCAAGGTTGTAGAAGAGGGCGGACCCGAGCTCGCGGACCGCCTTGAGGATGAGGGCTACGACCGCTACGCTCCAGGCGCAGGCGTTGCCGTTGCTCCTGCTGTGCAGGCCTAG MSTLEIKDLHVSIETEQGTKEILKGVSLTIKTGETHAIMGPNGSGKSTLASTIAGHPRYNVTSGTITLDGEDVLEMSVDERARAGVFLAMQYPVEVPGVTMTNFLRTAKTAIDGEAPALRTWTKDVKAAMQQLRIDADFAQRNVNEGFSGGEKKRVEILQLELFKPKFAILDETDSGLDVDALKVVSEGVNRAHEEGNMGTLLITHYTRILRYIKPDFVHVFVDGKVVEEGGPELADRLEDEGYDRYAPGAGVAVAPAVQA NA NA NA NA NA D3-18_02240 357 bphA3 Biphenyl 2,3-dioxygenase, ferredoxin component ATGAGTGAAGAAACCAAGGGCGAACTGGTATGCAACGCCAATGACATCCAGGTCAAGCAAGCGCTGCGCGTCCTGATTGATGACTACCCCGTAGCCATCGTCAGGGACTCGATGGGCGACATCCACGCCATCGCCGATACCTGCTCGCACGCGGACATCTCGTTGTCCGAAGGTGAGATTGAAGGCTGCGCGATTGAATGCTGGGGACATGGTTCCCAGTTCGACCTCCGCAGCGGACAACCCCTCCAGCTGCCTGCTTACGACCCCGTCCCCGTTTTCGCCGTCACCATCGACGGAGACGACGTTTACGTGGACGTGACCAACGTTGTGAACGGCGCCTCGGTAGATCACTACTGA MSEETKGELVCNANDIQVKQALRVLIDDYPVAIVRDSMGDIHAIADTCSHADISLSEGEIEGCAIECWGHGSQFDLRSGQPLQLPAYDPVPVFAVTIDGDDVYVDVTNVVNGASVDHY PGPT0019745_129 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,PGPT0019745-hcaC-K05710 NA NA D3-18_02241 1314 hypothetical protein ATGACTGATATCACTACTGAAAAGGCGCGCATTGGCGCGCCCTCGGCCCAGCCGTTTATCAACGGCTTCACCGAGGAAGGCGAGAACCTTTCGCCCGTCAACACCGGAACGAACACCAGCACGACGTCGGAGCAGCCTTCCGCCGGTCCGCTCGCGGGCGCTTCGGCCAAGAGCCACTCGCATGGTGGCGGCGTAGGGATTCCGGACAGCTCCCGTGCGGGTCGTCTCACCTCCTACAAGCTGGCGGACTTCAAGCCGTTGAACGGCCTTGAAGAAGACTGGCGCTTCACGCCGTTGAAGCGCCTGCGTGGCCTCCACACCGAAGTCCTCAATGGCGCAGCTCCGGCTGTCAGCGTCACTGCACCGGCCGGCGTCGTTGTTGAAACCGTTGGCCGCGATGACAAGCGCATAGGCCAGGCGGCCATCCCGGAGGACCTCGTGTCCGCCAATGCCTGGGAGAACTTCGCCGAGACCACTGTCGTCACCGTGCCCGCCGAGCTGCAGGCCGAAAGTGAAGTTTCTGTCCTGATTACCGGCGCTGGAGAGGCGCCGTCGGCCCAGCACATCGTGATTGTGGCAGAACGCTTCTCCAAGGCCGTTGTGGTTCTGGACCACCAGGGTTCGGCAGTTGTGTCCGAGAACGTGGAAATCATCGTTGAAGACGGCGCTGAACTGACCGTTGTGTCCTTGCAGGAATGGGCAGATAACGCCGTCCACGCATCATCGCAGCAGGCAAAGATCGGCCGCGATGCCAAGTTCAAGCACATCGTGGTCAGCCTTGGCGGCGACCTCGTGCGCGTTACGCCGTCCACGCGCTTCACCGCGCCGGGTGCCGACGTCGAAATGTTCGGCCTGTACTTCGCAGACGCCGGACAGCACCTTGAGCAGCGGCTCTTCGTTGACCACGCAGTGGCCAACTGCAAGTCGCGCGTGCTCTACAAGGGCGCCCTTCAGGGCCGCAACGCCCACAGCGTGTGGGTCGGCGACGTCCTGATCCGCAAGGAAGCAGAGGGCACGGATACCTACGAGGCCAACCGTAACCTGGTCCTCACCGATGGTGCCCGCGCGGACTCGGTTCCCAACCTCGAAATCCAAACCGGTTTGATTGAAGGTGCAGGCCACGCCAGCGCCACAGGCCGTTTTGATGACGAGCACCTGTTCTACCTCATGGCCCGTGGCATCCCGGAAAAGGTTGCACGCCGTCTGGTGGTCCGAGGCTTCCTCAACGAGATCATCCAGCAGATCAAGGTCCCGGCAATCGAAGAGCGCCTGACCGCAGCTGTTGAGCGCGAACTCGCCGCGACCGACAACTAA MTDITTEKARIGAPSAQPFINGFTEEGENLSPVNTGTNTSTTSEQPSAGPLAGASAKSHSHGGGVGIPDSSRAGRLTSYKLADFKPLNGLEEDWRFTPLKRLRGLHTEVLNGAAPAVSVTAPAGVVVETVGRDDKRIGQAAIPEDLVSANAWENFAETTVVTVPAELQAESEVSVLITGAGEAPSAQHIVIVAERFSKAVVVLDHQGSAVVSENVEIIVEDGAELTVVSLQEWADNAVHASSQQAKIGRDAKFKHIVVSLGGDLVRVTPSTRFTAPGADVEMFGLYFADAGQHLEQRLFVDHAVANCKSRVLYKGALQGRNAHSVWVGDVLIRKEAEGTDTYEANRNLVLTDGARADSVPNLEIQTGLIEGAGHASATGRFDDEHLFYLMARGIPEKVARRLVVRGFLNEIIQQIKVPAIEERLTAAVERELAATDN NA NA NA NA NA D3-18_02242 1464 hypothetical protein ATGACGGACCAAATAGCAGAGAAAGCGGTAGCTGACGGCACTGTGATCTCGGAGATTCTGGAGAAGAATCCCGAACTGCACGGTATCGGAAACTACGAGTACGGCTGGGCCGACAAGAACGACGTAGGCGCCAACGCCCGTCGTGGCCTCAACGAGGAGGTCGTCCGCGACATTTCCTCGAAGAAGAACGAGCCGGAATGGATGCTCGATCTGCGGCTCAAGGGCCTTAAGTACTTCGACCGCAAGCCCATGCCTACCTGGGGTGCAGACCTCTCGGGCATCGACTTCGACAACATCAAGTACTTCGTGCGCTCCACCGAGAAGCAGGCGGCAACGTGGGAAGACCTTCCGGAAGATATCCGGAACACCTACGAAAAGCTCGGCATCCCGGAAGCTGAACGCAGCCGCCTGGTTTCCGGCGTCGCAGCCCAGTATGAGTCCGAGGTCGTCTACCACCAGATCCGCGAGGACCTGGAAGCCCAGGGCGTCATCTTCCTGGACACTGACACCGCCCTGCGGGAACACCCGGAGATCTTCCAGGAGTACTTCGGCACCATCATCCCGGTGGGCGACAACAAGTTCGCGTCGCTGAATACGGCCGTATGGTCCGGCGGATCGTTCGTGTACGTGCCCAAGGGCGTGCACGTGGACATCCCCCTCCAGGCATACTTCCGTATCAACACGGAAAACATGGGCCAGTTCGAGCGCACGCTGATCATCGCCGATGAGGACTCCTACGTTCACTACATCGAGGGCTGCACCGCTCCGATCTACACCTCGGATTCGCTGCACTCGGCCGTCGTGGAAATCATCGTGAAGAAGGGCGCCCGCGTCCGCTACACGACCATCCAGAACTGGTCCACCAACGTGTACAACCTCGTTACCAAGCGCGCAATCTGCGAAGAGGGCGCCACCATGGAGTGGATCGATGGCAACATCGGTTCCAAGGTGACCATGAAGTACCCGGCCGTCTACCTTGTGGGTGAGCACGCCAAGGGCGAGACACTGTCCATCGCTTTCGCGGGCGAAGGCCAGCACCAGGACACCGGGTCCAAGATGGTGCACATCGCACCGAACACCAAGAGCTCCATCATTTCCAAGTCCGTGGCCCGCGGCGGCGGACGCGCTGCTTACCGCGGCCTGGTGCAGGTCCGTGAAGGCGCCAAGCACTCGGCCAACACGGTCCGCTGTGACGCCCTCCTGGTGGACACCATCTCCCGTTCGGACACGTACCCGTACATAGACATCCGCGAGGATGACGTCGTCATGGGCCACGAGGCCACCGTTTCACGCGTCAGCGAAGAGCAGCTCTTCTATCTGATGTCCCGCGGCATGCCTGAGGACGAGGCCATGGCCATGATCGTGCGCGGCTTCATCGAGCCGATCGCGCGTGAATTGCCCATGGAATACGCTCTTGAGCTGAACCGCCTGATTGAACTGCAGATGGAAGGGTCCGTCGGTTAA MTDQIAEKAVADGTVISEILEKNPELHGIGNYEYGWADKNDVGANARRGLNEEVVRDISSKKNEPEWMLDLRLKGLKYFDRKPMPTWGADLSGIDFDNIKYFVRSTEKQAATWEDLPEDIRNTYEKLGIPEAERSRLVSGVAAQYESEVVYHQIREDLEAQGVIFLDTDTALREHPEIFQEYFGTIIPVGDNKFASLNTAVWSGGSFVYVPKGVHVDIPLQAYFRINTENMGQFERTLIIADEDSYVHYIEGCTAPIYTSDSLHSAVVEIIVKKGARVRYTTIQNWSTNVYNLVTKRAICEEGATMEWIDGNIGSKVTMKYPAVYLVGEHAKGETLSIAFAGEGQHQDTGSKMVHIAPNTKSSIISKSVARGGGRAAYRGLVQVREGAKHSANTVRCDALLVDTISRSDTYPYIDIREDDVVMGHEATVSRVSEEQLFYLMSRGMPEDEAMAMIVRGFIEPIARELPMEYALELNRLIELQMEGSVG NA NA NA NA NA D3-18_02243 804 hypothetical protein ATGCCCGCAACGCGGCATGCTGCAGCCGCAGAGGCCTTCGGGGCTTCTCCTGTGCTGCCGGACGCGGATGACCGTACACGGGACCGGGTCCTGAGCGCTGTACTGGAGAACGGTCCGGTAAGTGCCGCGGAGCTGGGCGACCTTCTGGGCTTCACGCCCGCTGCAGTTCGACGTCACCTGGACCATCTGGAACGCAGCGGGGTTATCGAAGTCAAACGAGTAGCCAAAGCCGGTTCCGGCGCAGGCCGCCCGGCGCGCCGCTACGTGCTCAGCTCACAGGGGCAGTCCAAGCTCGGCGACGATTACCTGAATATTGCCAGCTCCGCGCTAAGGCGCCTTCAGGAACTTGCCGGCGAGGACGCAGTCCGGGAGTACGCGGAAGAACGCTTCTCGGACATGGAACGCCGCTACGCCCCCGAGGTGGAAGCCGCCGGTGATGACATCACCGCCCGCGCCATGGCACTGTCAAAGGCCCTCAGTCGTGATGGCTTTGTTGCCTCAGCCCACTCCATCGAAGCCAAGGCGCCACTGCCGGCAGCGTTGTCCAGTGTCCAGCTTTGCCAAGGCCACTGCCCGATTCAACGGCTTGCCGCAGAGTTTCCCGTGTTCTGCGACACGGAGACCAAGGTCTTCTCGCGCTTGGTGGGTGTCGATGTCCGGCGCCTCTCCACGCTCGCGCAGGGCGGACACGTCTGCACCACCCACATACCTACCGGGCGCCCGGCTGCCACGGCATCCCCAGATGTCGCAGAGCAGCCCGGGAACCCGTACCAGGAATCAAACAACCAGCAAGAAAGGCCGTGA MPATRHAAAAEAFGASPVLPDADDRTRDRVLSAVLENGPVSAAELGDLLGFTPAAVRRHLDHLERSGVIEVKRVAKAGSGAGRPARRYVLSSQGQSKLGDDYLNIASSALRRLQELAGEDAVREYAEERFSDMERRYAPEVEAAGDDITARAMALSKALSRDGFVASAHSIEAKAPLPAALSSVQLCQGHCPIQRLAAEFPVFCDTETKVFSRLVGVDVRRLSTLAQGGHVCTTHIPTGRPAATASPDVAEQPGNPYQESNNQQERP NA NA NA NA NA D3-18_02244 966 lnrL_3 COG1131 Linearmycin resistance ATP-binding protein LnrL GTGCGATCCCCCGATTCCCCTGTCCTCACTATAGATGGACTCATTAAGGATGTAGGCCCCCTGGCCTCCCTTGACGGCAAAATGCTCAGGGTGGTCAGTGGGCTGTCCCTTGTGGCCGAACGCGGCCAAGTAACCGCCCTGTTGGGGGCGAACGGCGCCGGTAAAACCACCACCCTGGAGTGTGCCCAAGGCCTGCAGAAGCGGACGGGCGGACGTATTTCCCTGCTGGGAGCGGACCCCGACACGGCAGGTGCCGACCTGAGGTCCCGTGTAGGTGTGATGCTCCAGGACGGCGGCCTCCCGCCGTCGGCCCGTCCCATCCCGCTGCTGCGGCACGTTGCCGGCATGTACCAAAAGCCAATGAACGTTGACGCATTGGTGGAACGCTTGGGAATCAATCAGTTCAGCAGGACAAGCGTGCGCCGCCTTTCGGGGGGCCAGAAGCAGCGGCTGGCTCTAGCGGCCGCCTTGGTGGGTAATCCCGAAATCCTGTTTCTCGACGAACCCAGCGCCGGGCTGGATCCGCAGTCGCGGCAAATGGTTTTCGAGCTCATTGCCGAGCTTAGGGACGCCGGCATGGGCATAGTGCTGACAACGCACCTGATGGATGATGCTGAGCGCCTGGCCGACTACGTGTACATCATCGACGGCGGTCACAACGTGGTGGAGGGAACGGTAGCCGAGCTGCTCCGGCACGATCATGCCGCGGACTCGGCCATCACGGATCGTACGCTCTACTTCGATGCCCCCGGAGGATTGAAGTTCACCGGCGCTGTCGGAGTGGGCCTTCAGATCACCGAAACCCGCTCCGGGAGTTACTCAATCACCGGTGCCATCACGCCCAAGGACCTTGCATCATTGACTGCGTGGTGGGCTGAACGGAATATCATGCCCGCCTCGCTGCGATTGGAAGCGCGTAGCCTGGAAGACGTGTTCCTGGACATTTCCGGAAGGGACCTCCGATGA MRSPDSPVLTIDGLIKDVGPLASLDGKMLRVVSGLSLVAERGQVTALLGANGAGKTTTLECAQGLQKRTGGRISLLGADPDTAGADLRSRVGVMLQDGGLPPSARPIPLLRHVAGMYQKPMNVDALVERLGINQFSRTSVRRLSGGQKQRLALAAALVGNPEILFLDEPSAGLDPQSRQMVFELIAELRDAGMGIVLTTHLMDDAERLADYVYIIDGGHNVVEGTVAELLRHDHAADSAITDRTLYFDAPGGLKFTGAVGVGLQITETRSGSYSITGAITPKDLASLTAWWAERNIMPASLRLEARSLEDVFLDISGRDLR PGPT0006725_5134 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D3-18_02245 765 hypothetical protein ATGAGCAAGCTTCTCTCCCCCAACGCCGGACCCGCATCCCTGCCGCGCCGGATCATGCAGCAGGGCCGCTACGAAACCATCACCATGCTGCGCAACGGTGAGCAACTCATCCTCGCTGTCGTCCTACCCCTGATGGCGCTCGTCGGCTTGGTTGTTACCCCGCTACTTGACGGCCTCGGCGGGTCCCGCGTAGACGTCGCCACTCCCGGGATCCTGGCGCTGTGCGCCATGTCCACGGCTTTCACCGGTCAGGGCATCGCCACCGGTTTTGATCGCCGATACGGAGTACTCCGCTTCTTGTCTACCACTCCTCTTGGCAGGGGCGGACTCATCGCGGGCAAAATTCTCGCCGTGCTGGTGGTCCTTTTCCTGCAGGTGTTGGTAGTCGGTGTAGTTGCGGGACTGCTGGGATGGCAGCCACGGCTCGAAGCCTGGCTTCCCGGAGTGGGGCTTCTGGTTCTCGGTGCTGCTGCCTTCACCGCATTGGGCTTGCTGGTGGCTGGCACGGTGCGGCCGGAAGCTACCTTGGCGATCACCAACCTGTTGTGGATCCTCCTCGGGGCATTGGGCGGCATTGTGGTGCCTGCTGAGCGATTGCCGTCGTTGCTTCAAGGGATCATACAATTCCTTCCATCCGGGGCCCTGGGCCAAGCACTTCGGGATGCCTTCCTGCTGGGCGCTGTTCCTTTCCCCGCCGTAGCAGTCCTCCTGCTGTGGACCGTACTGGCCGGCGCCGCGGCCATCAGATGGTTCAAGTGGAACTAA MSKLLSPNAGPASLPRRIMQQGRYETITMLRNGEQLILAVVLPLMALVGLVVTPLLDGLGGSRVDVATPGILALCAMSTAFTGQGIATGFDRRYGVLRFLSTTPLGRGGLIAGKILAVLVVLFLQVLVVGVVAGLLGWQPRLEAWLPGVGLLVLGAAAFTALGLLVAGTVRPEATLAITNLLWILLGALGGIVVPAERLPSLLQGIIQFLPSGALGQALRDAFLLGAVPFPAVAVLLLWTVLAGAAAIRWFKWN PGPT0006730_19602 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D3-18_02246 945 ctaA Heme A synthase GTGAGCACGGCATCGCGCCTACCAAAAACCGTCCAGCGATTGACCTCCAAGTTGCCAACCGAGGTCAACAAGGCCGTGCGCCGCCTGGCATTGTTGTCGCTCATTGGGCAGACCGTTCTGGTGGTAACCGGTGGTGCCGTACGACTCACTGCTTCCGGCCTGGGCTGCCCGACGTGGCCGCGCTGCACCAGCGATTCGTTGGTAAACACCCCGGAGATGGGCCTGCACGGGTTCATCGAGTTCGGCAACCGCCTGCTCACCTTCGCCCTCGCCGCAGTGGCCGCCATGATGTTGGTGTACTTGTGGAACCTCCGCAAGGAACGTCGCGACCTCTTCATGCTCGCGTTGGGGCTCCTCGCCAGCATCCCGGCACAGGCAGTGATCGGCGGGATCACCGTACTGTCCGGCCTCAACCCCTGGGTTGTGGGACTGCACTTTCTTGTATCCATGGCGCTGGTGGTCTTTGCCACGCTGCTAGTCAACCGGGCTTACGGGCGCACCGGCCGTTTCATGAACCGCACCCTGCCTGCCCTCCCCTCGCTAGCCCGCCCTGTGATGCTTGCTGTAGCAGTTTTCTCCGCGCTCTCTGTGATGCTGGGGGTCGTCGTTACAGGCGCCGGACCCCACGCCGGAGACGCAGACGCCCCCCGCAACGACCTCGACTGGGACCTCTTCTCGCACATCCATGCGGTCCCTGCGTACCTCATTACCGCCGGAACGCTCTTCGCGGTGTACCTTGTGATACGCCACAAGATCGGCGGTCCGTTCCGATCGGCGTCGTATCTTCTGCTGGGTGTCACATTGCTGCAGGCTGTCATCGGCTTCACCCAGTACTACAACGGAATCCCTGCTCTCCTGGTTGGTGCACATATGTTCGGCGCAGCCGTGCTGATGAGCGCGGCCACCAACGCTGCCGACGTAGCGAAGCACAGCCCCCCCAACTAG MSTASRLPKTVQRLTSKLPTEVNKAVRRLALLSLIGQTVLVVTGGAVRLTASGLGCPTWPRCTSDSLVNTPEMGLHGFIEFGNRLLTFALAAVAAMMLVYLWNLRKERRDLFMLALGLLASIPAQAVIGGITVLSGLNPWVVGLHFLVSMALVVFATLLVNRAYGRTGRFMNRTLPALPSLARPVMLAVAVFSALSVMLGVVVTGAGPHAGDADAPRNDLDWDLFSHIHAVPAYLITAGTLFAVYLVIRHKIGGPFRSASYLLLGVTLLQAVIGFTQYYNGIPALLVGAHMFGAAVLMSAATNAADVAKHSPPN PGPT0008525_2890 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0008525-ctaA-K02259 NA NA D3-18_02247 1962 macB_1 COG0577 Macrolide export ATP-binding/permease protein MacB ATGACTTCACACTGGCATGCCCAGGAAGCGACCGTTCCGCCATTGCACCGTCCGATCCTTAGCATGCGGGACGTCCAGCGCGGGTTTTCCGGCGCGCAGGCCTTGAATGGGCTGCACCTCGACATCTTCCAGGGCGAGTTCGTAGCCATTGTTGGCCCCTCCGGCTCGGGAAAGTCGACGCTTCTCAACGTCCTCGGCCTTTTGGACACAGCTTCGGCAGGAACTTACTTGGTGCAGGGTACGGATGTATCCGGCCTCAGCGAGCGACAGAGAGCCGAGCGACGCGCCAGTCTCTTCGGTTTCGTCTTCCAGGAATCGCACATGGTGGGACGCGATGCTGCCGCACGCAATGCCGTTCTCGGACTGCGTGCAAGGGGGATTGGTTTGTCCGTCCAAAAGCGACTAGTGATGCCCGCACTTCACAAGTTTGGCCTAGCGCATAAGGCAGCCAGTCCCGCTTCCGTGCTCTCCGGGGGCGAACGGCAGCGGCTGGCAATTGCCCGTGCCGTCATCGGAGCCCCGGGAGTGGTGCTCGCTGATGAACCGACAGGCAGCCTGGACACCGTCAATGGCGGGATAGTCCTGGACCATCTCCGCGAGCTTCACGCCACAGGAACCACCGTTGTCCTGGTCACCCATGACACAGGCATCGCTGCTGCTGCTGATCGGGTCATCACAATGCGGGACGGGCTCATCGTGGGTGACACCGGCTCCGCTACGGTCCGCATCGACGCGGCAGTAACAACAAGCGACAGTTCCGCTGCCCATCACCTTGTACGGCGCATCCACCATGAAGCTGCAGATGTGGTTGCGGATGCGTTGTCTGCGTTGACGGTCCGCCCGGCTAAGGCTCTTCTGCTGGTGCTGGCATTCCTGCTGGGGAGCGGCGGGCTTGTAGCCGCTATGGGGCTGAGCGAGAGTGCAGCCGTCAAAGTGTCCGCGAGGATCGACGCAGCCTCCAGCGACGAAGTGCGGGCTACGCGTGAGGGTGGATACGCCTCGTGGGACGCCGTGACAGAGGATCTTCAGCGGTCAAAGGAGCTGTCAGGCGTTCTCGAGGCTGGAGTTCTTGCTGAGCTTTCGGCGTCGATAGTCCGGCCGTCAAAGTTCCGCCCTAGGTCCTTTCCGGAACAGCCTGTCTTCACTGGAGCAGTCCGGGTGGCTGATTCCGCCTATTTCCGACTCCAAGGGGCCACCAGCTCCTACGGCGATGTCAGCCTGCTTGATCAATCTTTCGGTGGCCCGGTCGCGGTCCTTGGTCAGGACGCTGCCAGCCAGCTGGGAATAGCAAGCCCGGGTCCCGGCGTCGTCATCTGGCTGTATGGTGAGCCGGTTCCCGTAGTGGGCATCATCGAGAATCCGGGGAGGGATCCGATGCTTCCAGGGTCGGTGGTGGTGGGAGTCGGGTCATACCCCGTGACCAGCAGAGTGGCAGCCAGCCTGGTCCTACGGACAGATCCGGGGATGCCGGCGGCCATCGCGGAGGCGCTGCCTAAGGCGTTGAGTCCCGCTGAGACAGGCGCCGTGACGGTGCAGACCGTGGCGGACCTACGGGACCTCAAGCAAGGGATTGACGCTGATCTGGGGAGGCTGGTGGGCATTGTCTCCATTGTCCTTCTCGCCATCGCCTGCCTGAGCGCCGGAACCACTATGTACCTCGGTGTCTTGGCGCGATCGAGCGAAATAGCTCTTCGACTGGCCCTGGGCATGCGGAGGGGGGCCCTGGCTGGGATGTTCCTGCTGGAGGGCGCCGTGGTGGGAGTGTTAGGCGGCACTGCCGGAGCGGCAGTGGGAATGGGGGCAGTCCTGCTGTACGCATCCACTGAAGGTTGGGCGGCCGTGATCCCTTGGTATGCAGCGCTGTGGGGAATCGGGGCCGGTCTGGCCAGCGGAACCCTGTCCGCCCTGTACCCGGCCCTGGTGGCTTCTCGGTCCAACCCCGCCCAGCTCATCCGCGCATAG MTSHWHAQEATVPPLHRPILSMRDVQRGFSGAQALNGLHLDIFQGEFVAIVGPSGSGKSTLLNVLGLLDTASAGTYLVQGTDVSGLSERQRAERRASLFGFVFQESHMVGRDAAARNAVLGLRARGIGLSVQKRLVMPALHKFGLAHKAASPASVLSGGERQRLAIARAVIGAPGVVLADEPTGSLDTVNGGIVLDHLRELHATGTTVVLVTHDTGIAAAADRVITMRDGLIVGDTGSATVRIDAAVTTSDSSAAHHLVRRIHHEAADVVADALSALTVRPAKALLLVLAFLLGSGGLVAAMGLSESAAVKVSARIDAASSDEVRATREGGYASWDAVTEDLQRSKELSGVLEAGVLAELSASIVRPSKFRPRSFPEQPVFTGAVRVADSAYFRLQGATSSYGDVSLLDQSFGGPVAVLGQDAASQLGIASPGPGVVIWLYGEPVPVVGIIENPGRDPMLPGSVVVGVGSYPVTSRVAASLVLRTDPGMPAAIAEALPKALSPAETGAVTVQTVADLRDLKQGIDADLGRLVGIVSIVLLAIACLSAGTTMYLGVLARSSEIALRLALGMRRGALAGMFLLEGAVVGVLGGTAGAAVGMGAVLLYASTEGWAAVIPWYAALWGIGAGLASGTLSALYPALVASRSNPAQLIRA PGPT0027920_409 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027920-macB|ybjZ|pvdT-K05685 NA NA D3-18_02248 1194 hypothetical protein GTGTGGCTGATGCACGACTCTGAGGTGACCCCGGTGGGTCGAGCCATGAGGCGCGTACCCCGGTGGTGGCTCATTCCAGCGGTGCTGGTGATGGTGTTGGCAGGGCTGGGCGCCGCTTACTGGACAGGTGCCAGCAGCGTTGCCAGCGCAGGGCCCTCGTCGTCGACGCCCGCGGTAATCCCTGTTTCGGCAACCGTGGAGCGTCGTGCGGTCGTCAAACAGGTGGTGCTCTCCGGCAAGGTCGTGGCAGGTACACAGCACGCGATCAAAGCGAGTCCCTCTGAAGGCGTTGACAGGCTGGTGATGACATCAGCTGCCAAAACGGTGGGAAGCGTGGTGGCTCCAGGCGAACTGCTGGCCGCTGTGTCCGGGAGGCCGTTACTCCTACTCCCTAGCGGTGTGCCCCTGTACCGCGATATCAAGCCAGGTGATTCCGGCCCCGACGTCGCAGCCTTGCACACCGCGCTGGCCGGTTTTGGCTACGCCGTTTCCTCGGCGGATACCTTCGACGGGGGCACCCAACGTGCCTTGATCGACTGGTACAAAGCGGCCGGTTACGAAGCACCAACCTCAACACCTTCGCCGAAAGCGATCAAACCCGGGGACGTGGACTCCCAGCCCCTTTCGGCCAGGCAGGCCCCCAACGGGGTGGTTTTTCGGTGGAAGGAATTCGTTCAAGTGCCCGGAGATACGGGGACAATCGCTGCCATGGCGGGCAACGGAGCGATCCTCGGTGAGGATGGCATCGTTGCCCAGGTGAAGATTGCTGACGACTCCATTGTTGCCCGGGCCGACGTTGTCCAGTCCGAGAGTTACCCCGTGGGTGGGGCCGTTACTGTACGCGCCGGCTCCGCAGTCCTCGAAACCAAGGTAGTTCATGTCAGCGACTTTTTGGAGGGTGACCAAAACAAGAACGAAATCCCCGGAAAAGACATTACTTTTGCAGTCCCTCCAGGCACGCAGGGATTCGCCGCGGACCAGTCCGTCACTGTGACCGCAGGCAGCGCCACCGCAGAGTCCATGGCCGTACCCCTGATCGCGGTCCGGCAGGAAGAAGGGGCCCCCTACCTGGTGCTTCAAAAAAACGGTGAGTCGCAGCGGGTGAAGGTAAAGGTCACGGCACAGGCGGATGGGTGGGTGGCCATTGCTGACGTGGACGGGTTGGCACCTGGCGACGAGGTCAAGTTGCAATGA MWLMHDSEVTPVGRAMRRVPRWWLIPAVLVMVLAGLGAAYWTGASSVASAGPSSSTPAVIPVSATVERRAVVKQVVLSGKVVAGTQHAIKASPSEGVDRLVMTSAAKTVGSVVAPGELLAAVSGRPLLLLPSGVPLYRDIKPGDSGPDVAALHTALAGFGYAVSSADTFDGGTQRALIDWYKAAGYEAPTSTPSPKAIKPGDVDSQPLSARQAPNGVVFRWKEFVQVPGDTGTIAAMAGNGAILGEDGIVAQVKIADDSIVARADVVQSESYPVGGAVTVRAGSAVLETKVVHVSDFLEGDQNKNEIPGKDITFAVPPGTQGFAADQSVTVTAGSATAESMAVPLIAVRQEEGAPYLVLQKNGESQRVKVKVTAQADGWVAIADVDGLAPGDEVKLQ NA NA NA NA NA D3-18_02249 858 hypothetical protein ATGCTGGTTGCTCTCGCCGGCACGTCGTGCTCCAGCGAGCCCGACCGTCCGTCGGAACCCGGGCCCACCCTCAGCTTGCCTGCGATTAATCGGAGTGCCGGCGGAAACGCCCGGGCATCACTCAATGAAACCACGGGCGAGATTGTTCTCCCCATGAGCGCGTACTGGTACTCAGACCGGGAGAACGTCCTAGTCAATTCTGCGGTGGCCTCCCTTATTTTTGACTGCGTTGAAGAAGCGGGGTTCACTGTGGCTCCGTGGGACGGCGACGGCAAGGCACTTCAGGACAGCAGGTATGGTCAGTGGTCACGTGCCTTGGCCGCAAAGAATGGTGCCCTGCCGGAGATCCGGAAAATTCCTGGTGTGATGGAGGAGCAACCGGATCGGCCGGCACTTAGCGCCAAGCAACAAGAAGCGGAATCCAAGTGCACCAAGTCTGTAGGGCGCGCTGGCTTACCTGAACTTCTGGAGGGACTGGTCGGCGATTCGTCCATCCAGAACCAGATCACCGACATCGCGGTGGCGCTGACGGAGCGTGATCCGGAGTTCGTTGCCTTCCGCCATGGATGGGAAGACTGCTTGGCGGGGAGAGGCCTGAAGCTCACTGAAGCAGGTTCCTGGAACCTGCAATCAACCGGATCAAAAGAAGACGAAATCCGTGTCGCTTTGCTGGATCTCGAGTGCAAAGAGACAGTTGGTGGTCCCCGGAAACCTTATGACATCCTTGCTCAGTACCAAGCAGCACAGATGAAGGACCATCAGGCTGAACTCAACGCTTTGGCAGAAGAAAAGACGGCCGCCGTGGAACGAGCCAAGCACATACTGAGGGATCACGGTGTGGCTGATGCACGACTCTGA MLVALAGTSCSSEPDRPSEPGPTLSLPAINRSAGGNARASLNETTGEIVLPMSAYWYSDRENVLVNSAVASLIFDCVEEAGFTVAPWDGDGKALQDSRYGQWSRALAAKNGALPEIRKIPGVMEEQPDRPALSAKQQEAESKCTKSVGRAGLPELLEGLVGDSSIQNQITDIAVALTERDPEFVAFRHGWEDCLAGRGLKLTEAGSWNLQSTGSKEDEIRVALLDLECKETVGGPRKPYDILAQYQAAQMKDHQAELNALAEEKTAAVERAKHILRDHGVADARL NA NA NA NA NA D3-18_02250 381 hypothetical protein ATGAAAAACATCCTGCGCACAGCCGGAGTGCTTGCAGTTGCTTCAGCCTCGGTATTAACCGGGGTTTCTGCAGCCCAGGCCGCCCCGGCGTGCTCCACCGCACGAGTATGCCTTTACGACAACTACTGGTTCACCGGGACCTCCAGGTCCTTTGGCTGGGTCACATATAACGTGGGCGTGGACGCCAATGATAAGGGGAGTTCCTTAGTGGTTGGACCCGCCGCAGATCAAGCTTCGCCCTATGTCTATTTCTATGTTGACAGCAATTTCGTTGGCCACAATGTGGTTTTCCGGGCCGGCAATGCCTCGAATGATCTGCGCGGGCTCTACATGACGTCCACTCGGAACTGGGACGACGAAATCACGAGCGTCTGGGGCTAG MKNILRTAGVLAVASASVLTGVSAAQAAPACSTARVCLYDNYWFTGTSRSFGWVTYNVGVDANDKGSSLVVGPAADQASPYVYFYVDSNFVGHNVVFRAGNASNDLRGLYMTSTRNWDDEITSVWG NA NA NA NA NA D3-18_02251 534 hypothetical protein GTGTTGGTGGAGGGCGAGAGCGACCGGCTGGCTGTGGAAATGCTGGCTAAAAGGCTTGGACACGACCTAAGGATGGAACGTGTTTCCATTGTGCCGATGAATGGTGCCACGAGCATCGTGCACTTCCTCGACCGCTATGGGCCCCGTGGGGCGGGTCACAGATTGTTGGGCCTATGCGATTTTGGCGAGGCTGCGGCCATTGCCCGGGCCCTCATGCGGGGTGGCATAGGGTCAGGCCCGCTGGAAGACCAAGGCTTCCAAGTCTGTAACGCCGATTTGGAGGACGAACTCATCAGATGCCTTGGCGTTGATGCCGTGCTCAACGTGATCGCGGACCAAGGGGAGCTAGCGTCCTTTGAGCTCCTGCAACGCCAGCCCTCGTTGCGGGACCGGTCTGTGGAACGGCAGTTACGGCGGTTCTTCGCGGGGCGCAGCGGGAATAAGATCCGATACGCGCCCCTGCTTGTCAACGCGCTACCGGAAGGACAGGCGCCTCTTCCGATGGCTCGACTGGTTGCATCTTTCAAGTCGTGA MLVEGESDRLAVEMLAKRLGHDLRMERVSIVPMNGATSIVHFLDRYGPRGAGHRLLGLCDFGEAAAIARALMRGGIGSGPLEDQGFQVCNADLEDELIRCLGVDAVLNVIADQGELASFELLQRQPSLRDRSVERQLRRFFAGRSGNKIRYAPLLVNALPEGQAPLPMARLVASFKS NA NA NA NA NA D3-18_02252 963 cyoE COG0109 Protoheme IX farnesyltransferase GTGACTGCCGCCGTGAGCACAACTGATACGCCCCTTAACGCGTCCCCGGCCCGGGGAAGCATCGGAATGTCCCGTAAGTTCAAGGCGTATCTGGCTCTGACCAAGCCTCGTGTCATCGAGTTGCTACTGGTCAGCACCCTCCCCACCATGATCTTTGCGCAGCGCGGCTTCCCGTCCATCGGTCTGATCCTTGCCACCCTCGTTGGCGGCGCGTTCGCTGCGGGCAGCGCAGGCGTCTTCAACTGCTACATAGACCGCGACATCGACAAATTGATGCACCGCACGGAGAAGCGTCCGCTGGTCACCGGTGAAGTAACCCCCCGCGAGGCTCTGATCTTCGCCTGGATCCTGGGCGCAGCCTCCATCGCAATCCTGTGGTTCGGCGCCAACCCGCTTTCTGCCTGGTTGGGCCTTGGTGCGATCGTCTTCTACGTGGTGATCTACACGATGATCCTCAAACGCCGCACTGCCCAGAACATCGTCTGGGGCGGCGCTGCCGGATGCTTCCCGGTGCTCATCGCCTGGGCAGCTGTTACCAACACTGTCGAATGGCCCGCCATCGTGCTCTTCATGGTGATTTTCCTCTGGACGCCTCCTCACTACTGGCCGCTGTCCATGCGTTACGGCGAGGACTACCGCAACGCCAAGGTGCCGATGCTCGGCGCCATTGCCGGCGCAAAGGTGGTCTCCGTACAGGTAGTTCTATACGCCTGGGCCATGGTGGCCTGCTCGCTGCTGATGATCCCGGTGGGCGGGGCCGGATGGGTCTACACGATCGTCGCTGTTGCTGCCGGAGCCTGGTTCCTCTACGAAAGCCACGCACTGTACAAGCGTGCGCAGGGTGGCGATGTCTCCAACAAGGGCGCAATGAAGGTGTTCCACGGCTCTATCAGCTACCTGACATTGCTCTTCATCGCGTTGGCCGTTGATCCCTTTATCGGCTCAGCGATCGTCGGCGGCTAG MTAAVSTTDTPLNASPARGSIGMSRKFKAYLALTKPRVIELLLVSTLPTMIFAQRGFPSIGLILATLVGGAFAAGSAGVFNCYIDRDIDKLMHRTEKRPLVTGEVTPREALIFAWILGAASIAILWFGANPLSAWLGLGAIVFYVVIYTMILKRRTAQNIVWGGAAGCFPVLIAWAAVTNTVEWPAIVLFMVIFLWTPPHYWPLSMRYGEDYRNAKVPMLGAIAGAKVVSVQVVLYAWAMVACSLLMIPVGGAGWVYTIVAVAAGAWFLYESHALYKRAQGGDVSNKGAMKVFHGSISYLTLLFIALAVDPFIGSAIVGG PGPT0008520_970 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 D3-18_02253 2127 tkt COG0021 Transketolase GTGCCACATTTGGAAGAGCAAGAACTGTCATGGACCGATCTGGACAAGAAGGCTGTTGACACCGTTCGCGTGTTGGCCGCTGACGCCGTGGAGAAGGTCGGCAATGGCCACCCCGGTACGGCGATGAGCTTGGCTCCGGCAGCGTACCTGCTGTTCCAGAAGCTGATGCGTCATGACCCGAAGAACCCGGACTGGATCGGCCGTGACCGGTTCGTCCTGTCCCCCGGTCACACGTCGTTGACCCTTTACATCCAGTTGTTCCTCTCCGGCTACGGTCTGGAACTGAAGGACCTTGAGGCGCTGCGTACTTGGGGCTCACTGACCCCGGGCCACCCTGAGTACAAGCACACCGCTGGTGTGGAAATCACCACCGGCCCGCTGGGCCAGGGCCTGGCCTCGGCTGTTGGTTTCGCATACTCGCAGCGTCGCCAGCGCGGATTGTTCGACGCCGATGCTCCCGCCGGCGAATCACCGTTCGACCACACCATCTGGGTTATTGCTTCCGACGGTGACCTCCAGGAAGGTGTAACGTCCGAGGCTTCCTCCCTCGCCGGGCACCAGGAACTGGGCAACCTCGTTGTGATCTACGACGAGAACCACATCTCCATCGAAGACGACACCGACATCGCCTTCACCGAAGACGTCCTCAAGCGCTACGAAGCCTACGGCTGGCACACCCAGCGCGTCGACTGGACCAAGACCGGCGACTACGTCGAAGACGTCCAGGAACTCTACGCGGCACTGCTTGCTGCGAAGGCTGAGACGAACAAGCCGTCCATCATCTCGCTGCGCACCATCATCGGTTACCCGGCCCCGAAGAAGCAGAACACCGGCAAGATCCACGGTTCCGCATTGGGCGCCGAGGAAGTCGCAGCACTGAAGAGCGTGCTCGGTTTTGATCCTGCCAAGTCCTTCGATGTTGACGAAGAAGTTCTGGCACACGCCCGCAAGGTTCTGGACCGCGGCGCTGAGTCCCGCGCTGCCTGGCAGAGCTCGTTCGAGGCATGGCAGTCCGCCAACCCGGACGCTGCCGCCCTGCTGGAACGCGTCGAAGCCAAGAAGCTGCCCGTGGGCATCGACGCCGCTCTCCCCGTGTTCGAAGCCGGCAAGGACGTTTCCACCCGTGCGGCGTCGGGCAAGGTCCTGAACGCCATCGGACCGGTACTTCCCGAGCTGTGGGGCGGTTCGGCCGACCTCGCGGAGTCCAACAACACCACCATTGAAGGCTCGCCGTCGTTCATCCCGACGTCCCGTTCCACGGACGCCTGGAAGGGCAACCCGTACGGACGTGTGCTGCACTTCGGTATCCGTGAGCACGCTGCCGCGTCGATCGTGAACGGTATCTCGCTGCACGGCCGCACCCGCGCATTCTCCGGCACGTTCCTGATCTTCAGCGACTACCAGCGCCCGGCCATCCGCCTCGGCGCGCTGATGGGTGTTCCGTCCCTGTACGTATGGACACACGACTCCATCGGCCTGGGCGAAGACGGCCCCACCCACCAGCCGGTGGAACAGCTCGCCTCCCTGCGTGCTATCCCGGGCCTGGATGTTGTCCGTCCCGGTGACGCAAACGAGGTCTCCGCTGCGTGGAAGGTCATGCTGGAGAACCACGAGAACCCGGCGGGCATTGTCCTGACCCGTCAGAACATCCCCACCTACGCCCGCGGCGAAGGTGAAGCAAGCGGCGACACGTTCGGTTCCACCGCTGGTGTGGCCAAGGGCGGTTACGTCCTGGCTGAGGCCTCCAAGAACGGCGAAACCGTTGACGCGCAGGTCATCCTGATCGGCACCGGCTCTGAAGTCCAGCTCGCAGTCCAGGCCCGCGAAGCCCTCCAGGCTGAAGGCATCGCAGCGCGTGTCGTGTCCATGCCGTGCGTTGAATGGTTCAACAAGCAGGACGAGGCTTACCGCGAGTCCGTACTCCCGGCCTCCGTGAAGGCCCGTGTTTCGGTTGAAGCCGGTCTCGCACTGGGTTGGCGCGAATTCGTCGGCGACGCCGGCCGTTCCATCTCACTGGAGCACTTCGGCGCCTCGGCTGACTACAAGCGGCTCTTCAACGAATTCGGCATCACTGCCGAAGCTGTTGCCGCCGCAGCAAAAGACTCCCTCGCAGACTCCAACGCATAA MPHLEEQELSWTDLDKKAVDTVRVLAADAVEKVGNGHPGTAMSLAPAAYLLFQKLMRHDPKNPDWIGRDRFVLSPGHTSLTLYIQLFLSGYGLELKDLEALRTWGSLTPGHPEYKHTAGVEITTGPLGQGLASAVGFAYSQRRQRGLFDADAPAGESPFDHTIWVIASDGDLQEGVTSEASSLAGHQELGNLVVIYDENHISIEDDTDIAFTEDVLKRYEAYGWHTQRVDWTKTGDYVEDVQELYAALLAAKAETNKPSIISLRTIIGYPAPKKQNTGKIHGSALGAEEVAALKSVLGFDPAKSFDVDEEVLAHARKVLDRGAESRAAWQSSFEAWQSANPDAAALLERVEAKKLPVGIDAALPVFEAGKDVSTRAASGKVLNAIGPVLPELWGGSADLAESNNTTIEGSPSFIPTSRSTDAWKGNPYGRVLHFGIREHAAASIVNGISLHGRTRAFSGTFLIFSDYQRPAIRLGALMGVPSLYVWTHDSIGLGEDGPTHQPVEQLASLRAIPGLDVVRPGDANEVSAAWKVMLENHENPAGIVLTRQNIPTYARGEGEASGDTFGSTAGVAKGGYVLAEASKNGETVDAQVILIGTGSEVQLAVQAREALQAEGIAARVVSMPCVEWFNKQDEAYRESVLPASVKARVSVEAGLALGWREFVGDAGRSISLEHFGASADYKRLFNEFGITAEAVAAAAKDSLADSNA PGPT0011200_501 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 D3-18_02254 1119 tal COG0176 Transaldolase ATGTCTACAACTCCCACACAGCAGCTCTCAGACGCCGGCGTCTCCATCTGGCTTGATGACCTTTCCCGCAACCGCTTGGAGACGGGCACGCTGCAGAAGCTCATCGACGAAAAGAACGTCGTTGGCGTGACCACCAACCCGTCGATCTTCCACGCCGCCATCACTGCCGGCACGGATTACGACGCCACCATCGCGTCGCAGGCCGCGGCGGGTGCCAGCATCGAAGAAACGATCTTCGAAATCACCACCACGGACGTCGCTGACGCCTGCGATCTCTTCGCTCCCATCGCCGCCGCCACGAACGGTGTGGATGGCCGCGTCTCCATCGAGGTTGACCCCCGCCTTGCTTGGGATACCGCAGGAACAATCGCCGAGGCCAAGCACCTCTACGCCAAGGTCAACAAGGACAACGTCCACATCAAGATCCCGGCAACCCTTGAAGGCCTCGAAGCCATCACGGCGACGCTAGCCGAGGGCATCAGCGTCAACGTGACCCTGATCTTCTCCCTTGAGCGCTACCGCGCGGTCATCAACGCTTTCCAGTCCGGCCTTGAGCAGGCCAAGGAGAACGGCCACGACCTCTCCAAGATCCACTCCGTGGCCTCGTTCTTCGTCTCCCGCGTGGACTCCGAGATCGACAAGCGCCTTGACGCCATCGGCACCGATGAAGCCAAGGCACTCAAGGGCAAAGCCGGCGTCGCGAACGCACGCCTCGCGTACCAGGTCTACGAAGAGCTCTTCTCCACAGAGCGCTGGGCAGTGCTGGCCGAGGCCGGCGCGCTCCCCCAGCGTCCCCTGTGGGCCTCCACTGGCGTGAAGGACCCGGCCTACCCGGACACCCTCTACGTGACCGAGCTCGTCGCAGCAGGCGTGGTCAACACCATGCCGGAAAAGACCCTCGATGCCACGTTCGACCACGGCGTAGTCACCGGTGACACCATCACCGGCACCTACGACGAAGCGAACGAGACGCTCAACGCCCTCGAAGCCCTCGGCGTCTCCTACAACGACGTCGTCACGCTCCTCGAGACCGAAGGCCTCGAGAAGTTCGTGGGCTCCTGGAAGGAACTCCTCGCCGACGTCGAAGGCGCACTGGTCACCGCACGGAAGGCTTCCTAA MSTTPTQQLSDAGVSIWLDDLSRNRLETGTLQKLIDEKNVVGVTTNPSIFHAAITAGTDYDATIASQAAAGASIEETIFEITTTDVADACDLFAPIAAATNGVDGRVSIEVDPRLAWDTAGTIAEAKHLYAKVNKDNVHIKIPATLEGLEAITATLAEGISVNVTLIFSLERYRAVINAFQSGLEQAKENGHDLSKIHSVASFFVSRVDSEIDKRLDAIGTDEAKALKGKAGVANARLAYQVYEELFSTERWAVLAEAGALPQRPLWASTGVKDPAYPDTLYVTELVAAGVVNTMPEKTLDATFDHGVVTGDTITGTYDEANETLNALEALGVSYNDVVTLLETEGLEKFVGSWKELLADVEGALVTARKAS PGPT0017375_789 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-PENTOSES_UTILIZATION PLANT_DERIVED_PENTOSE_METABOLISM,PGPT0017375-talA|talB-K00616 NA NA D3-18_02255 1632 pgi_1 Glucose-6-phosphate isomerase ATGAGCACAATCAGCTACGACGCCAGCGGTGCTGCCCAAGAGGCCATCACCCAGCACATCGACAGCCTGGTCGAGGAAAAGATCGCAACCCGGATTTTCGCGAAGGACCACACACTATGGGGTCCTGAAGCGGAGTCCGAGTCAGCGATTCGTCTCGGTTGGGTAGAGGCTGCCACGGTGTCCCAACCTTTGGTTGAAGGCATTCTGGAACTTCGCGATGCCCTCCGCGCCGACGGCGTCTCACGCATTGTCCTGTGTGGCATGGGTGGGTCTTCGTTGGCTCCCGAGGTCATTGCCGGCACTGCCGGCGTCGAGCTGACTGTTTTGGATAGCACTGATCCTGAACAGGTCAGTGCTGCCTTGGCGGACCGCTTGGCGGAAACAGCCATCGTCGTTTCCTCCAAGTCCGGCTCCACCGTGGAAACTGACTCCCAGCGCCGCGTGTTCGAGAAGGCGTTCAATGATGCCGGTATCGACGCCAAGAGCAGGATCATCATTGTCACTGACCCCGGTTCTCCGCTGGATAAGTCTTCCCGCGAGGCCGGTTACCGTGCGGTTTTCAACGCTGATCCCAACGTCGGCGGCCGTTTCTCGGCGCTGACCGCATTTGGCTTGGTGCCTTGCGGGCTGGCCGGTGTGGACATCCAGGCGTTCCTGGACGAAGCAGAAGAGGCTGCTGAGATCCTCAACGAGGACTCAGCTGACAACATCGGACTGGCGCTCGGCATCGCGCTCGGTGGTACCACCCCGCTGCGCAACAAGATTGTCATTGCCGAGGACGGTTCAGGCATAGTCGGTTTCGCCGACTGGGCCGAACAGCTCATCGCTGAATCCACAGGCAAGCTGGGCACCGGCGTCCTGCCGGTCGTAGCCGGTCCGGAATCCCCGGAAGCCCTGAACGGTGCCGAAGACATCCTGGTGGTCCGGCTGGTGGACGCCGATGCGGACGTAGAACTTCGTGAAAACGAGGTGGCCATTGCCGGTGGACTGGCTTCGCAGATGTTTGTGTGGGAGTTTGCCACCGCCGTGGCGGGTCGCCTGCTGGGCATCAACCCGTTTGACCAGCCCGACGTCGAGGCCGCCAAGGTGGCCGCGCGCGGCTTGCTGGATGCGCGCCCCGAACCCACTCCAGCGGCATTCACGGACGGCGCTGTGGAAGTTCGCGGCGGCGACTGGCTCGGCTCTGCTTCCAGTGTTTCCGAAGCCGTGCAGGCGCTCCTTGGCCAGCTCGGCACGGACGGTTACTTGAGCGTTCAAGCCTATCTTGACCGCATTTCCCATGCACCGCTTGAAGGCATCCGCGATGAACTCGCAGCTGTCAGCGGGCGTCCGGTGACGTTTGGTTGGGGCCCGCGGTTCCTGCACTCCACTGGCCAGTTCCACAAGGGTGGCCCGGCCATCGGCGTGTTCCTGCAGGTCACTGCAGCATCGTCCACTGATCTTGAGATCCCGGAGCGGCCTTTCACTTTCGGTCAGCTCATTGCTGCCCAGGCCTCGGGCGACGCCCAGGTCCTGGAAGGCCATGGCCGCCCCGTATTGCGCCTGCACCTCACCGAGCGCGCTGCGGGCGTAGCCCAACTCCAGGAAGTCGTCGCTGCGTTAGCCAACAAAGCCAGCGCACTCGAAAGCTAA MSTISYDASGAAQEAITQHIDSLVEEKIATRIFAKDHTLWGPEAESESAIRLGWVEAATVSQPLVEGILELRDALRADGVSRIVLCGMGGSSLAPEVIAGTAGVELTVLDSTDPEQVSAALADRLAETAIVVSSKSGSTVETDSQRRVFEKAFNDAGIDAKSRIIIVTDPGSPLDKSSREAGYRAVFNADPNVGGRFSALTAFGLVPCGLAGVDIQAFLDEAEEAAEILNEDSADNIGLALGIALGGTTPLRNKIVIAEDGSGIVGFADWAEQLIAESTGKLGTGVLPVVAGPESPEALNGAEDILVVRLVDADADVELRENEVAIAGGLASQMFVWEFATAVAGRLLGINPFDQPDVEAAKVAARGLLDARPEPTPAAFTDGAVEVRGGDWLGSASSVSEAVQALLGQLGTDGYLSVQAYLDRISHAPLEGIRDELAAVSGRPVTFGWGPRFLHSTGQFHKGGPAIGVFLQVTAASSTDLEIPERPFTFGQLIAAQASGDAQVLEGHGRPVLRLHLTERAAGVAQLQEVVAALANKASALES PGPT0017735_3026 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 D3-18_02256 1557 zwf2_2 COG0364 Glucose-6-phosphate 1-dehydrogenase 2 ATGCCAGAAACTGAAAACGGCAGGAAGAACGCCGGTCTCCGGAATCCTTTGCGGGATCCGCGGGATCGGCGCCTGAATCGTATTGCCGGTCCGTCGTCGTTGGTGTTCTTCGGAGTCACTGGTGATCTTGCTCGTAAGAAGCTCATGCCCGCGGTGTATGATCTCGCCAACCGTGGTCTTTTGCCGCCCAGCTTCGCGTTGGTGGGGTTTGGCCGTAGGGAGTGGGATAACGCGGATTTCGCTGCTGAGGTCAAGGAAAACGTGAAGGCCCATGCGCGGACGAAGTTCGATGAAGCGGTGTGGGAGCAGTTGGCTTCCGGTATCCGTTTTGTTCGGGGCGAGTTCGATGATGATGACGCTTTCGAGCGCCTGGGCGATGTCCTCGATGAGTTGGATGAGACCCGGGGTACCCGGGGGAATCATGGCTTTTATTTGTCGATCCCGCCCAAGGCGTTTGAGCAGGTCTGCCGGCAGTTGTCCAAGCACGGCTTGGCGCAGGCCAAGCCGGGTCAGTGGCGTCGTGTGGTGATTGAGAAGCCGTTCGGGCATGACTTGGAGTCGGCACGGCAGTTGAACGACATTGTGGAGTCGGTGTTCCCGGCTGATGCGGTGTTCCGGATTGACCATTATTTGGGGAAGGAGACGGTGCAGAACATCCTGGCGTTGCGTTTCGCGAACCAGTTGTTCGAACCGCTTTGGAACGCCAATTATGTGGATCATGTCCAGATCACCATGGCCGAGGACATCGGCACCGGTGGCCGGGCCGGGTATTACGACGGTGTGGGTGCTGCCCGGGATGTGATCCAGAACCATTTGCTGCAGTTGCTCGCGTTGACCGCGATGGAAGAGCCGATCTCCTTCAACGCCGATGACCTGCGGGCCGAAAAGGAGAAGGTCCTCGCGGCGGTCAAGCTGCCCGATGACCTGTCCACGCATTCGGCGCGGGGTCAGTTCACCGGCGGCTGGCAGGGTGGGGAGGAAGTCCTCGGGTACTTGGATGAGGATGGTATCCCTGCTGATTCGAAGACCGAGACCTACGCTGCGATCCGGGTGGATATCAATACCCGGCGTTGGAACGGGGTGCCGTTCTATTTGCGTGCCGGTAAGCGCCTGGGCCGTCGTGTCACGGAGATCGCGGTGGTGTTCAAGCGGGCACCGAACCTGTTGTTCCGTGACCACAACGATGATGACTTCGGTCAGAACGCCGTGGTGATCCGGGTCCAGCCCGATGAAGGTGCCACGATCCGGTTCGGGTCCAAGGTTCCGGGCACGCAGATGGAAGTCCGTGATGTGACCATGGACTTCGGCTACGGGCATTCCTTTACCGAATCCAGCCCCGAAGCCTATGAGCGGCTGATCCTGGACGTGCTCCTGGGCGAGCCCCCTTTGTTCCCGCGGCACCAGGAAGTGGAGCTGTCCTGGAAGATCCTTGACCCGTTCGAGGAATACTGGGCCGGGCTCGATGAACAACCCCAACCCTACGCACCGGGCAGTTGGGGGCCGGCCTCGGCCGATGCCCTGCTGGCCCGTGACGGACGAACCTGGAGAAGGCCATGA MPETENGRKNAGLRNPLRDPRDRRLNRIAGPSSLVFFGVTGDLARKKLMPAVYDLANRGLLPPSFALVGFGRREWDNADFAAEVKENVKAHARTKFDEAVWEQLASGIRFVRGEFDDDDAFERLGDVLDELDETRGTRGNHGFYLSIPPKAFEQVCRQLSKHGLAQAKPGQWRRVVIEKPFGHDLESARQLNDIVESVFPADAVFRIDHYLGKETVQNILALRFANQLFEPLWNANYVDHVQITMAEDIGTGGRAGYYDGVGAARDVIQNHLLQLLALTAMEEPISFNADDLRAEKEKVLAAVKLPDDLSTHSARGQFTGGWQGGEEVLGYLDEDGIPADSKTETYAAIRVDINTRRWNGVPFYLRAGKRLGRRVTEIAVVFKRAPNLLFRDHNDDDFGQNAVVIRVQPDEGATIRFGSKVPGTQMEVRDVTMDFGYGHSFTESSPEAYERLILDVLLGEPPLFPRHQEVELSWKILDPFEEYWAGLDEQPQPYAPGSWGPASADALLARDGRTWRRP PGPT0017380_965 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0017380-zwf-K00036 NA NA D3-18_02257 942 hypothetical protein ATGATCGTAGATCTTCCCGATACCACCACCTCCAAGATCTCCAAGAAGATCATGGCCCTGCGCGAACAAGGCGGCGTGATCGCGTTGGGTCGTGTGCTGACCCTGGTGGTGGTGACCAAGTCCGGGCAGGAAGAAGAAGCCATCGAGGCAGCCAACGAAGCCAGCCGGGAACACCCCTGCCGGATCATCGTCCTGGCCGACGCCGGCGTGGAAGGACCCGATCGGCTCGACGCGCAAATCCGTGTCGGCGGCGACGCCGGCGCTTCCGAGGTCATCGTGCTGCGCGGGCACGGGCACATGGCGCACGAAAGCGAATCGCTGGTGGCGGCCCTGCTCCTGCCGGACGCCCCGATCGTGGCCTGGTGGCCGCACGGCGCCCCGGAAAGCGCGTGCGAGACCTCCATCGGCCGCATCGCGCACCGGCGCATCACCGACTCAGCCAACGAACCCGACCCCCGCCTGGCGTTGGAGAACATCCGCGCCACCTACAAAGCCGGCGACACCGACCTCGCCTGGACCCGCCTGACCAACTGGCGCATGCAACTCGCCGCCGTCTTCGACCAAGTGGATGGCGATCCGGTCTCCGCTGTGGCCGTTGAGGGTGCCTCGGACTCCCCGAGTACGCTCCTGCTGGCTGCCTGGCTTAGCCTCGCACTGCAGGCCCCTGTCACGATCGTGGCAGATCCGGCTGGGACCGGTATCCGACGTGTCCGTCTCACGCGCGCCAGTGGCGATGTCCAGCTCTTCCGGCCGGGCCTGTCCGTGGCCGAGCTGACCCAGCCGGGACAGCCCGCGCAGCGTATCACCCTCCCCCGCAGAAGCCTCAAAGACTGCCTCGCAGAAGAACTCCGACGGCTCGACCCCGACGAAGTCTTCGGAGAAGTGATTACGATGGGACTTCCACTTACCAGTCAGAGGAGAGTCCAGACCAGTGCACGCTGA MIVDLPDTTTSKISKKIMALREQGGVIALGRVLTLVVVTKSGQEEEAIEAANEASREHPCRIIVLADAGVEGPDRLDAQIRVGGDAGASEVIVLRGHGHMAHESESLVAALLLPDAPIVAWWPHGAPESACETSIGRIAHRRITDSANEPDPRLALENIRATYKAGDTDLAWTRLTNWRMQLAAVFDQVDGDPVSAVAVEGASDSPSTLLLAAWLSLALQAPVTIVADPAGTGIRRVRLTRASGDVQLFRPGLSVAELTQPGQPAQRITLPRRSLKDCLAEELRRLDPDEVFGEVITMGLPLTSQRRVQTSAR NA NA NA NA NA D3-18_02258 771 pgl_1 COG0363 6-phosphogluconolactonase ATGGCCGCTATTGCAGCGCGTCTCATTACCAAGCTTGTGGATGTCCAGGACAAGCACGGCGAGGCCACGGTGGTCCTCACCGGCGGAACCGTTGGCATTGGAACCTTGAAGGCTGTGGCTGACTCTGCCGCGGCACCCGCCGTCGATTGGTCAAGGGTCAACTTCTGGTGGGGCGACGAGAGATTTGTCGCCGCCGACAGCGATGACAGAAATACGCGCCAAGCACACCAGGCATTGCTGGCTCACTTGGCCGTTGATCCTGCCCGGGTACACGAACCCGGCTCCGCCGACCGGTACGCCACGGCGGATGAAGCAGCGGCTGCCTACGCTGAAGAGCTCAAGGCAGCTGCAGAGGCCGAACACGCCGCGGACACATCTGACAGCAGGCCAGAGAAGCCCGGCATCCTGCCGCGCTTTGACATCTTGCTCCTCGGTGTCGGACCCGATGCGCACGTAGCGTCGCTCTTTCCCGAACAGGCTGGAATTCGCGAGAAAACACGCACCGTGGTGGGCGTTGAGAATTCACCCAAGCCGCCGTCGTCGCGCATTTCATTGACGCTCCCGGCAATCAACACGGCCCAGGAAATCTGGATGGTTGTTGCCGGCGAGGACAAGGCCGGTGCCGTGGGCCTGGCTCTCGCAGGCGCCAACCCTGTTCAGGTCCCCGCAGCGGGGCCCGTGGGGCGTGCCAGGACCCTGTGGCTCATTGACGAGAATGCGGCGTCACGAGTCCCCCAGCAGCTGGTCCGGAAGGACCCCGCGGGCGCGTAA MAAIAARLITKLVDVQDKHGEATVVLTGGTVGIGTLKAVADSAAAPAVDWSRVNFWWGDERFVAADSDDRNTRQAHQALLAHLAVDPARVHEPGSADRYATADEAAAAYAEELKAAAEAEHAADTSDSRPEKPGILPRFDILLLGVGPDAHVASLFPEQAGIREKTRTVVGVENSPKPPSSRISLTLPAINTAQEIWMVVAGEDKAGAVGLALAGANPVQVPAAGPVGRARTLWLIDENAASRVPQQLVRKDPAGA NA NA NA NA NA D3-18_02259 396 rbpA_2 RNA polymerase-binding protein RbpA ATGGTTCATGGCACGTCTGGTTATCGGGGCACGCGCGTAGGTGTAACCCAAGGTTCAGCCCCCCGAAATCAAAGCGACCACGGCCCCGGAGAACAACTCCCGCGTATTCGTGTGCCGTATTGGTGCGCCAAAGGCCACGAAACACGCCTGGTTTTTCTTAAGCTGCCGGACGAGCAGATTCCCGGAACATGGGACTGCCCCAAATGTGGCTCCCTGGCTACGCGGGATCCAGGTCATCCGGTGCCAACCAGACCTGAAGACGAGATCTTCAAATCGCACCTGGATTACGTTAAAGAAAGACGCTCCAGCCAGGAAGCCGAAGTGGTCCTGGCTGGAGCGCTGGATAGGTTACGCGCCCGCGGGGTCCTTCCGGACCAGCTGCTGGGGGACTCGTGA MVHGTSGYRGTRVGVTQGSAPRNQSDHGPGEQLPRIRVPYWCAKGHETRLVFLKLPDEQIPGTWDCPKCGSLATRDPGHPVPTRPEDEIFKSHLDYVKERRSSQEAEVVLAGALDRLRARGVLPDQLLGDS NA NA NA NA NA D3-18_02260 258 secG COG1314 putative protein-export membrane protein SecG GTGGACGTTCTTCAAGTCATTCTGCAGATCCTGCTGGGTATCACCAGCCTTCTGCTGACGCTGCTCATCCTCTTGCACAAGGGACGTGGCGGCGGTTTGTCCGACATGTTCGGTGGCGGAATGAGCTCGGGATTGAGTTCGTCCGGCGTAGCCGAGCGCAACCTGAACCGCTTCACCATCATTCTGGGCATCACCTGGGGCGTCGTGATCATCGGCTTGGGCCTGATCATGCGATTTACCTCGGGTGGCGACTCCTAG MDVLQVILQILLGITSLLLTLLILLHKGRGGGLSDMFGGGMSSGLSSSGVAERNLNRFTIILGITWGVVIIGLGLIMRFTSGGDS PGPT0025720_2769 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-SEC-SECRETION_PATHWAY CE-SEC-SRP_CORE_COMPONENTS,PGPT0025720-secG-K03075 NA NA D3-18_02261 816 tpiA COG0149 Triosephosphate isomerase GTGACTACCTCTGCCAACGGAAACTTCGTCCGCAAACCCTTCATCGCAGGCAACTGGAAGATGAATATGGACCATGTCCAGGGCATCACCTTGTTGCAGAAGCTCGCCTGGACACTGTCCGACGCCAAGCACGACTACAGCCGTGCCGAGGTGGCAGTGTTTCCTCCGTTCACCGACCTCCGCGGTGTCCAGACGCTGGTTCAGGGTGACGAACTGGAAGTGGTTTACGGCGGCCAGGACCTGTCCCCGTTCGACTCCGGCGCTTACACGGGTGACATCTCGGGTCAGTTCCTCAGCAAGCTGGGCTGCGCCTACGTCCTGGTGGGGCACAGTGAGCGCCGCACCATCCACAACGAGTCCGACGAAGCCTTGAACGCCAAGGTAAAGGCCGCCTTCCGTCACGGAGTTACGCCCGTTCTCTGCGTGGGCGAGGGCCTCGAAGTCCGTCAAGCCGGCACACACGTGGAGCACACCCTGGCCCAGCTGCGCGCCGGCGTCGAAGGACTCACAGCTGACCAGGCTGCTGAACTCGTTGTGGCTTACGAGCCCGTCTGGGCCATCGGCACCGGCGAAGTAGCTGGTCCGGAAGACGCACAGGAAATGTGTGCAGCAATCCGTGCCGAGCTTGCCAAACTCTTCGACGAGACCGTCGCAGCGAAGTCCCGCCTCCTCTACGGAGGGTCGGTAAAGGCCAACAATGCTGCTGCCATCATGGCTGAAAGCGATGTTGACGGATTGCTTGTGGGTGGCGCCAGCTTGGACCCCGCTGAGTTTGCTAACATTGTCAGGTTCGAGAGCCACCTCGTCACGGACTAG MTTSANGNFVRKPFIAGNWKMNMDHVQGITLLQKLAWTLSDAKHDYSRAEVAVFPPFTDLRGVQTLVQGDELEVVYGGQDLSPFDSGAYTGDISGQFLSKLGCAYVLVGHSERRTIHNESDEALNAKVKAAFRHGVTPVLCVGEGLEVRQAGTHVEHTLAQLRAGVEGLTADQAAELVVAYEPVWAIGTGEVAGPEDAQEMCAAIRAELAKLFDETVAAKSRLLYGGSVKANNAAAIMAESDVDGLLVGGASLDPAEFANIVRFESHLVTD PGPT0017995_438 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 D3-18_02262 1227 pgk COG0126 Phosphoglycerate kinase ATGACATCTCACACCCTCAACGAACTCATCGCTGAAGGTGTCCGCGGGCGGTACATTCTGGTCAGAAGTGACCTGAATGTGCCGCTCGACGGCTCTGCAGTGACCGACGACGGCCGCATCAAGGCCTCCCTTCCGGTCCTCAAGAAGCTCTCGGACGCCGGTGCCCGTGTGCTCGTAACCGCCCACCTCGGACGCCCCAAGGGCACTCCGGAGGATAAGTACTCACTGAAGCCCGCTGCGACCCGCCTCGCGGAGCTCGCAGACTTCAAGGTTCAGCTGGCTGACGACACGGTGGGGGACTCCGCAAAGGAGCTCGCAGCCGGGCTTCAGGATGGGGAAGTTCTCATCTTGGAAAATGTCCGGTTCGATGCGCGTGAAACCAGCAAGGACGACGCCGAGCGCGGCGCCTTCGCTGACGAGTTGGTTGCCTTGACGGGAAGCAATGGCGCGTTCGTGGACGATGCTTTTGGTGCTGTCCACCGCAAGCACGCAAGCGTCTTCGACGTCGCCACCAGGCTGCCGTCCTACCTCGGCGATCTTGTCCACACCGAAGTAGAGGTTCTTCGGAAGCTCACCACCGACACCCAGCGTCCGTACGTCGTGGTTCTCGGCGGCTCCAAGGTTTCAGACAAACTGGCAGTCATCGACAACCTGCTTGGTAAGGCTGACACCATCCTTGTCGGCGGCGGCATGCTCTTCACCTTCCTGGCAGCAGCCGGGCATAAGGTTGCGGGCAGCCTCCTCGAGGAAGACCAGATTCCGGTCGTCCAGGACTATCTCAAGCGAGCATCGGACGCCGGAACGTCGTTCGTGATTCCCACGGACGTCGTAGTCGCCAGCCGCTTCGCTGCGGACGCTGAGCACGAGGTCGTCAAGGCAGACGCCATTGAGGACAGCGCTTTCGGTGCTTCCGGTATTGGCCTGGACATCGGTCCGGAATCGGCGTCGGCATTTGCGGCCCAGATCGAAGGGGCCAAGACGGTGTTCTGGAACGGCCCCATGGGTGTCTTCGAATTCGAAGCCTTCTCGAGCGGCACGCGTGCCATTGCACAGGCCCTTACGGATACGGTTGCGTTCACCGTTGTTGGCGGTGGCGATTCTGCAGCAGCTGTTCGCACCCTCGGCTTCGAGGATTCGCAGTTCGGCCATATTTCCACCGGCGGCGGCGCCAGCTTGGAATACCTTGAAGGCAAGGAACTTCCCGGTCTGAGCGTCCTGGACCGCTAA MTSHTLNELIAEGVRGRYILVRSDLNVPLDGSAVTDDGRIKASLPVLKKLSDAGARVLVTAHLGRPKGTPEDKYSLKPAATRLAELADFKVQLADDTVGDSAKELAAGLQDGEVLILENVRFDARETSKDDAERGAFADELVALTGSNGAFVDDAFGAVHRKHASVFDVATRLPSYLGDLVHTEVEVLRKLTTDTQRPYVVVLGGSKVSDKLAVIDNLLGKADTILVGGGMLFTFLAAAGHKVAGSLLEEDQIPVVQDYLKRASDAGTSFVIPTDVVVASRFAADAEHEVVKADAIEDSAFGASGIGLDIGPESASAFAAQIEGAKTVFWNGPMGVFEFEAFSSGTRAIAQALTDTVAFTVVGGGDSAAAVRTLGFEDSQFGHISTGGGASLEYLEGKELPGLSVLDR PGPT0018015_1301 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 D3-18_02263 1011 gap COG0057 Glyceraldehyde-3-phosphate dehydrogenase GTGACCACCCGTATTGGTATCAACGGCTTCGGCCGCATCGGCCGTAACTACTTCCGCGCAGCATTGGCCCAGGGCGCAGACCTTGAGATCGTGGCAGTCAACGACCTCACCAGCCCCGAGACCCTCGCCCACCTCCTGAAGTACGACTCCGTCGGTGGCCGCCTCACGCAGTCCGTGGAGGTTGTTGATGGCAACCTGGTAGTCGATGGGAAGTCCATCACGGTGCTGGCCGAGCGCGATCCCGCAAACCTCCCTTGGGGCGAGCTGGGCGTCGACATCGTTATCGAGTCCACAGGTTTCTTCACCAAGGCAGCAGCGGCGCAGAAGCACATCGACGCCGGCGCCAAGAAGGTCCTCATTTCGGCACCTGCCAGCGACGAAGACATCACCATCGTCATGGGCGTCAACCAGGACCTCTACGATCCCGCAGCGCACCACATCATCTCCAACGCGTCCTGCACCACCAACTGCCTTGGCCCGCTGGCCAAGGTTGTCAATGACGCCTTCGGCATTGAGCGTGGCCTGATGACCACGGTCCACGCCTACACGGCCGACCAGAACCTCCAGGACGGCCCCCACGGCGATCTTCGTCGCGCCCGTGCTGCTGCCATCAACATGGTTCCCACCTCCACCGGTGCTGCCAAGGCAATCGGCCTTGTCCTGCCGGAACTCAAGGGCAAGCTGGATGGTTACGCCATCCGCGTTCCTGTTCCCACGGGTTCCGCCACCGACCTTACGGTCACTGTTTCCCGCGAAGTGACTGTCGAGGAAGTCAACGCTGCCGTCAAGGCTGCCGCTGAGTCCGAGCAGTTCGCCGGTATCCTCAGCTACACGGATGCCCCCATCGTGTCCTCGGACATCGTCGGAGACCCCGCGTCTTCCATCTTCGATTCCGGTCTCACCAAGGTCATCGGCAACCAGGTCAAGGTTGTTTCCTGGTATGACAACGAGTGGGGTTACTCCAACCGCCTCGTAGACCTCACGGAGCTTGTCGCATCCAAGCTGGGCTAG MTTRIGINGFGRIGRNYFRAALAQGADLEIVAVNDLTSPETLAHLLKYDSVGGRLTQSVEVVDGNLVVDGKSITVLAERDPANLPWGELGVDIVIESTGFFTKAAAAQKHIDAGAKKVLISAPASDEDITIVMGVNQDLYDPAAHHIISNASCTTNCLGPLAKVVNDAFGIERGLMTTVHAYTADQNLQDGPHGDLRRARAAAINMVPTSTGAAKAIGLVLPELKGKLDGYAIRVPVPTGSATDLTVTVSREVTVEEVNAAVKAAAESEQFAGILSYTDAPIVSSDIVGDPASSIFDSGLTKVIGNQVKVVSWYDNEWGYSNRLVDLTELVASKLG PGPT0018000_4162 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 D3-18_02264 744 sodA COG0605 Superoxide dismutase [Mn] TTGTTCCCGGTGGAGGCAAGAGCAGTCTTCTTCGCCAAGGATTTCCGGCCGATCTGCTGGCCGGATGACATTAACGAGAGTTACCAACCCGGACGTGAGTCCATTACATTGGAGGATTTCGTGACAGAGTACGTTCTGCCCGAGCTCGGCTACGACTACGCAGCACTCGAGCCGCACATTTCGGCAAAGATCATGGAGCTGCACCACAGCAAGCACCATGCAGCATACGTTGCAGGCGCCAACAACGCCCTCTCCCAGCTGGCCGAAGCGCGCGAGAAGAATGATTTCGCCAACATCAACCGCCTCTCCAAGGACCTCGCGTTCCACACTGGCGGCCACATCAACCACTCCGTGTTCTGGAACAACATTTCCCCGGACGGCGGCGACAAGCCCGAAGGTGAACTGGCTGCAGCCATCGACGACGCCTTCGGCTCCTTCGATGCTTTCCGTGCTCAGTTCAGCGCCGCTGCACTGGCCCTCCAGGGTTCCGGCTGGGCTTTCCTGGCCTACGAGCCCATCGGTGGAAACCTGCTCATCGAGCAGCTCTACGATCAGCAGGGCAACGTGGCAGTGGGCACCACCCCGCTGCTGATGCTGGACATGTGGGAGCACGCCTTCTACCTGGACTACGTCAACGTCAAGGCTGACTACGTCAAGGCGTTCTGGAACATCGTGAACTGGGCAGACGTCGCCAAGCGCTTCGAAGCCGCCCGCGCGAACGCCACGGGTCTCATCGTCCTCTAG MFPVEARAVFFAKDFRPICWPDDINESYQPGRESITLEDFVTEYVLPELGYDYAALEPHISAKIMELHHSKHHAAYVAGANNALSQLAEAREKNDFANINRLSKDLAFHTGGHINHSVFWNNISPDGGDKPEGELAAAIDDAFGSFDAFRAQFSAAALALQGSGWAFLAYEPIGGNLLIEQLYDQQGNVAVGTTPLLMLDMWEHAFYLDYVNVKADYVKAFWNIVNWADVAKRFEAARANATGLIVL PGPT0004190_2191 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 D3-18_02265 981 whiA COG1481 putative cell division protein WhiA ATGGCACTTACTGCGTCGGTCAAGGACGAACTGTCCCGACTGGACATCAAGAAATCTTCCGTCCGCAAGGCTGAGGTTTCGGCAATGCTGCGTTTCGCAGGCGGCTTGCACATTATTTCGGGGCGGATCGTCATCGAGGCTGAAGTTGACCTCTCTTCCACCGCGCGCCGCCTCCGGGCTGCGATCGCGGAAGTCTACGGACATCAGAGCGAAATAATCGTTGTATCCGGTGGAGGTTTGCGCCGGGGGAGCCGTTACGTCGTCCGCGTCGTCCGCGACGGGGAAGCACTTGCCCGTCAAACGGGCTTGTTGGATGGCCGTGGGCGACCTGTGCGGGGCCTTCCCTCTGCCGTCGTCAATGGTTCGGCGGCCGATGCCGAGGCAGTGTGGCGGGGAGCTTTCCTCGCCCATGGTTCGCTTACCGAACCGGGCAGATCGTCTTCCCTTGAGGTGACGTGCCCCGGCCCCGAGTCCGCGTTGGCATTGGTCGGCGCAGCCCGCCGCCTCGGCATCCAGGCCAAGGCGCGCGAAGTCCGCGGCGTTGACCGCGTGGTCATTCGTGACGGCGACACCATCGCTGCTCTTCTGACCCGCATGGGCGCCCATGACGCCCTGATGGTCTGGGAGGAACGGCGCATGCGAAAGGAAGTCCGGGCCACCGCCAACAGACTCGCCAACTTCGATGACGCCAACCTTCGCCGCTCAGCCCAAGCCGCAGTAGCTGCCGGCGCCAGGGTGGACCGTGCATTGGAGATTCTGGGAGATGACGTGCCGGACCACCTCAAGTACGCCGGGGAGCTCCGTGTGGCGCACAAGCAGGCAAGCCTGGATGAACTCGGCCGTCTCGCGGATCCGCCTATGACCAAGGACGCCATAGCGGGCCGTATCCGTCGGCTCCTGGCCATGGCAGATAAACGTGCCTTGGATTTGGGGATCCCGGGCACTGAGGCAAATGTGACTCCGGAAATGATGGACGAGTAG MALTASVKDELSRLDIKKSSVRKAEVSAMLRFAGGLHIISGRIVIEAEVDLSSTARRLRAAIAEVYGHQSEIIVVSGGGLRRGSRYVVRVVRDGEALARQTGLLDGRGRPVRGLPSAVVNGSAADAEAVWRGAFLAHGSLTEPGRSSSLEVTCPGPESALALVGAARRLGIQAKAREVRGVDRVVIRDGDTIAALLTRMGAHDALMVWEERRMRKEVRATANRLANFDDANLRRSAQAAVAAGARVDRALEILGDDVPDHLKYAGELRVAHKQASLDELGRLADPPMTKDAIAGRIRRLLAMADKRALDLGIPGTEANVTPEMMDE NA NA NA NA NA D3-18_02266 1017 COG0391 Putative gluconeogenesis factor GTGGGGGTCCTGACGGGCCCGCTGCCGCTCATACCGCCCAAAGGCGTTCCAGGCAGCCAGCAGAAGAAGAGCCCCTCCGTGGTCGCCTTGGGCGGTGGTCACGGACTGGCGGCTTCGCTGTCTGCCCTTCGTCTCCTCACCTCCGAGCTGACGGCAATCGTCACGGTTGCGGACGACGGCGGCAGCTCCGGGCGTCTCCGCGACGAGTACGGCGTCCTCCCGCCGGGCGACCTGCGGATGGCCTTGAGCGCCCTTTGCGATGACACGGATTGGGGCCGGACATGGCGCGATGTCATGCAGCACCGCTTCGAAGCCGGTTCGGCGAAAGGGGGCTCACTGGACAACCACGCCATGGGCAACCTGCTGATCGTCACGCTGTGGGAACTTTTGGGCGACACCGTTGCCGGTCTTAAGTGGGCAGGAGCATTGCTGGGCGCCCGCGGACAGGTACTGCCCATGTCCAGCGTCCCCCTCACCATTGAGGGAAAGGCGCAGGTGGAGTTGCCGGGTGGCGGCCATGAACTGCGGACGGTCCGGGGGCAGGCGAAGTGTGCTGTGGCGGGGAAACTGGAAGAAGTCAGGCTCCTGCCCGAAGCCGCCCCGGCCTGCACTGAGGCACTCACCGCGATTGAGCTGGCTGATTGGGTCATCCTGGGTCCCGGGTCCTGGTACACCTCGGTCCTGCCGCATTTGCTGTTGCCCGAGCTTCGGCGTGCCCTCGGTGATACCGCTGCCAAGCGTTGCCTCACCATGAACCTGGACGTGGAAACCAAGGAAACCTCCGGTATGACGGCAGCGGACCACTTGGATGTCCTGCGCCGCTATGCACCCGAGTTCACTGTGGATGTCGTCCTGGCGGATCCCGCGGCGGTGCAGGATCGCAAGGCCTTTGAGAAGGCCGCAGCGATGATCGGCGCCGAAGTGGTGTTGGGTAGAGTAGGGGCGTCGAGGCGCCGCCCCGTCCATGATCCCCTGCTCTTGGCAGCGGCGTACCACGATATTTTCGGGAACAGTTAG MGVLTGPLPLIPPKGVPGSQQKKSPSVVALGGGHGLAASLSALRLLTSELTAIVTVADDGGSSGRLRDEYGVLPPGDLRMALSALCDDTDWGRTWRDVMQHRFEAGSAKGGSLDNHAMGNLLIVTLWELLGDTVAGLKWAGALLGARGQVLPMSSVPLTIEGKAQVELPGGGHELRTVRGQAKCAVAGKLEEVRLLPEAAPACTEALTAIELADWVILGPGSWYTSVLPHLLLPELRRALGDTAAKRCLTMNLDVETKETSGMTAADHLDVLRRYAPEFTVDVVLADPAAVQDRKAFEKAAAMIGAEVVLGRVGASRRRPVHDPLLLAAAYHDIFGNS NA NA NA NA NA D3-18_02267 924 COG1660 Nucleotide-binding protein ATGGATGAGGCTACGGCAGGGTCCGGCACGGAGCAGGACGGCCTGACGCCCGTCAAGCCGCCTGAGGCGGAGCTGCTGGTGGTAACCGGCATGTCGGGTGCCGGACGCAGCACCGCCTCCGATGCCCTGGAGGATCACGGCTGGTACGTCGTTGACAACCTTCCTCCGCAAATGTTGGGCACGCTGGCAGAAATTGTGTCGCATGCGCCAAAGTCGATTCCCAAGCTGGCCGTAGTGGTGGACGTTCGCAGCAAGGACCTTTTTACCGACATCCAGACCGCCTTGGGAGCATTGAGCGCAAGCGGCATCACCTTCCGGGTGCTTTTCCTGGACGCCAACGACGACGTCCTGGTCCGCCGTTTCGAGCAGGGGCGTCGCCCGCATCCGCTGCAGGGCGGTGGAAGGATCCTCGACGGCATCGGCATTGAGCGCGAGGTCCTTCGGGAACTTCGTGAGCACGCCGACGTTGTTCTGGATACCTCTGACTTCAACGTCCATGGCTTGGCTACGGCCATCACGGAATTGTTCAGCGATACCGGGCCGGTCACGCTCCGCCTGAACGTCATGAGCTTTGGATTCAAGTACGGGCTCCCCGTGGACGCCAATTTCGTAGCCGATGCACGCTTTATCCCCAATCCGCACTGGGTTCCCCAGCTTCGGCCCCATACCGGTTTGGATGAGGACGTCAGCGAGTACGTCCTGGGCGCGGAGGGTGTCCGGGAGTTCGTCGACCGTTACGTCCGGGCATTGGAGCCTGTCCTGGACGGCTACCGCCAAGAGAACAAGCACTACGCCACGTTGGCGGTTGGGTGCACCGGCGGAAAGCACCGTTCGGTTGCGGTCACCGTGGAACTTTCCAAGCGACTGGCGCAGTACCCACGCGTCACCGTAACCACTACCCACCGCGACCTGGGACGCGAGTAG MDEATAGSGTEQDGLTPVKPPEAELLVVTGMSGAGRSTASDALEDHGWYVVDNLPPQMLGTLAEIVSHAPKSIPKLAVVVDVRSKDLFTDIQTALGALSASGITFRVLFLDANDDVLVRRFEQGRRPHPLQGGGRILDGIGIEREVLRELREHADVVLDTSDFNVHGLATAITELFSDTGPVTLRLNVMSFGFKYGLPVDANFVADARFIPNPHWVPQLRPHTGLDEDVSEYVLGAEGVREFVDRYVRALEPVLDGYRQENKHYATLAVGCTGGKHRSVAVTVELSKRLAQYPRVTVTTTHRDLGRE NA NA NA NA NA D3-18_02268 2046 uvrC COG0322 UvrABC system protein C GTGGCAGATCCAGCAAGTTACCGGCCCCAAACAGGTGAAATTCCCACCACGCCGGGCGTCTATCGTTTCCGCGACCCGCATGGCCGGGTCATCTATGTGGGCAAGGCAAAGAACCTCCGTTCCCGCCTGAATTCGTACTTCGCGAATCCTGCAGGACTTCTCCCTAAGACCCATGCAATGGTTCACGCGGCCAGCAGTGTGGAATGGACCGTGGTAGGGAGCGAGCTGGAATCGCTGCAGTTGGAATACACCTGGATCAAGGAATTCAAGCCCCGGTTCAACGTCGTATTCCGGGATGACAAGACCTATCCCTACCTCGCCGTCACCATGGGGGAGAAGTACCCCAGAGTGCAGGTCATGCGCGGTGAAAGAAGGAAGGGCACCAGATACTTCGGTCCCTACACCGCCGGTGCCATCCGGGAAACCATGGACACGCTCCTGAGGGTCTTCCCTGTGCGGAGCTGCAGCGCAGGCGTCTTCAAGCGGGCCGAGTCCAGCGGTCGGCCCTGCCTTCTGGGCTATATCGATAAATGCTCGGCACCCTGTGTCGGACGGGTCACTCCAGATGAGCACCGTGGCCTCGCAGAAGACTTCTGTTCCTTCATGGGGGGCGAAGCCAAGCGTTTCATCAGTCGGCTGGAGAAAGACATGGCTGCAGCCGTAGCCGAGCTGGACTACGAACGCGCGGCCGGGCTGAGGGACGACATCATCGCGCTCCGCAAGGTCTTTGAACGCAACGCGGTGGTCCTCGCCGAGGATACCGACGCGGACGTCTTCGCGCTCCATGAGGACGAACTGGAAGCTTCCGTACAGGTGTTCCACGTGCGCGGCGGCCGTGTTCGCGGTCAACGCGGCTGGGTGGTGGAGAAAGTAGAGGATGCTACGACGCCGGAACTCATCGAACACTTGCTGCAGCAGGTCTACGGTGAGGACAGTGAAGTTCAGGGTCGGATTCCACGTGAAGTCCTGGTTCCGGAGAACCCCAGTAACCATGCTGAACTCATGGAATGGCTGGGAGGCTTGCGCGGAGCCAGGGTAGATGTCCGTGTGCCACAGCGCGGTGACAAGGCCGCCCTGATGTCCACTGTGCGCGAGAATGCCGAGCAAGCTTTGAAGCTGCATAAGACACGCCGTGCAGGAGACATCACTGTCCGGTCCCTTGCTCTCCAGGAACTGCAGGAGGCTCTGGAGATTCCAGTTCCCCTGCTGCGGATCGAGTGCTTCGACATTTCCCACGTCCAAGGAACAAACGTGGTGGCTTCCATGGTGGTGGTGGAAGACGGACTGCCCAAGAAGTCCGATTACCGGAAGTTTTCCATCACGGGCGCAGCAGCAGCGGACGATACTGCGGCCATGCATGACGTCTTGACCCGTCGATTCCGGCATTACCTCACTGACAAGGCCGCCCAGGTCCCCATCGTTTCCGGCGAAATCGTCAACCCGACACGTAGCAGTGCACAAAGCAGCAGAGCACAAAGTAACGCGGCCCAAAACAGCAGTGACGTGCCGCCGTCGGACCCTGCTTTGCCCTCTCCGAAGGCCAAGTTCGCCTACCCGCCCAACCTGGTGGTGGTGGACGGAGGCCAGCCCCAGGTCAATGCGGCGGCCCGTGCCCTTGCAGAGTTGGGCATTGATGACGTTTACGTTGTGGGTCTTGCCAAGCGGCTCGAAGAAGTCTGGCTGCCTCACAGTGACTTCCCTGTAATCCTGCCCCGAACGTCGCAAGGGTTGTACCTCTTGCAGCGGATCCGTGACGAGGCCCACCGCTTTGCCATCAGCTTCCACCGGCAGAAGCGCGGCAAGGCAATGACAGTTTCCGTCCTGGACGGCGTCCCGGGCCTGGGTGAGGCGAAACGCAAGGCCTTGGTGGCACACTTTGGCTCGCTCAAGAAGATCAAGGCCGCATCCGTGGAGGAGCTCACCTCTGCCAAGGGCATCGGCCCAGCGCTGGCCGCGGCGGTCGTCCAGCACCTTGGTTCTACTGCGGACACCGGTGAAACGGCACCTGCGGTGAACATGACCACCGGCGAAATCCTTGAATCTTAG MADPASYRPQTGEIPTTPGVYRFRDPHGRVIYVGKAKNLRSRLNSYFANPAGLLPKTHAMVHAASSVEWTVVGSELESLQLEYTWIKEFKPRFNVVFRDDKTYPYLAVTMGEKYPRVQVMRGERRKGTRYFGPYTAGAIRETMDTLLRVFPVRSCSAGVFKRAESSGRPCLLGYIDKCSAPCVGRVTPDEHRGLAEDFCSFMGGEAKRFISRLEKDMAAAVAELDYERAAGLRDDIIALRKVFERNAVVLAEDTDADVFALHEDELEASVQVFHVRGGRVRGQRGWVVEKVEDATTPELIEHLLQQVYGEDSEVQGRIPREVLVPENPSNHAELMEWLGGLRGARVDVRVPQRGDKAALMSTVRENAEQALKLHKTRRAGDITVRSLALQELQEALEIPVPLLRIECFDISHVQGTNVVASMVVVEDGLPKKSDYRKFSITGAAAADDTAAMHDVLTRRFRHYLTDKAAQVPIVSGEIVNPTRSSAQSSRAQSNAAQNSSDVPPSDPALPSPKAKFAYPPNLVVVDGGQPQVNAAARALAELGIDDVYVVGLAKRLEEVWLPHSDFPVILPRTSQGLYLLQRIRDEAHRFAISFHRQKRGKAMTVSVLDGVPGLGEAKRKALVAHFGSLKKIKAASVEELTSAKGIGPALAAAVVQHLGSTADTGETAPAVNMTTGEILES PGPT0014925_787 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014925-uvrC-K03703 NA NA D3-18_02269 669 aas_1 Bifunctional protein Aas ATGGCAGTCTTTGATGCGATCCGCTGGACAACCCGTGGCCTGATTTCCTCCACGTGCCGTCCTACGGTCATTGGGCTGGAGAACGTTCCGAAGGATGGGCCATTCATCGTAGCCCCCAATCATCTCTCCTTCCTGGACAGCGTGATCGTTCAGGCACTCATGCCCCGCCCTGTTGCCTTTTTTGCCAAGGCGGAATATTTCACCACTAAAGGCGTCAAGGGCGCTGTGATGAAGTCGTTCTTTGAGGCAGTAGGTTCCATTCCCGTCGAACGTGGTGAACAGGCGGCCAGCGTCCAAGCTCTCAAGACCCTGCTGGACATCCTGGAATCCGGGAAGGGTATCGGCATCTACCCGGAAGGCACACGGTCCCGTGACGGTATTCTCTACCGTGGCAGGACGGGCGTTGGGTGGCTTGCCTTGACCACCGGCGCTCCGGTGATCCCGGTAGGGCTGATCGGCACCGAGAAGTTGCAGCCTGCGGACAAGAACGCCGTTCGCCCTCAGCATTTCACCATGAAGGTGGGGGAACCCCTCTACTTTGACAAGACAGGCCCCGACCATTCCCTCCCGGCCCGCCGCGAAGTCACCGACAAGATCATGGATGCCATCGCCCTGCTCAGCGGGCAGGAGCGGTCCACCAGCTATAACCAAAGCAAAACGATCGACTGA MAVFDAIRWTTRGLISSTCRPTVIGLENVPKDGPFIVAPNHLSFLDSVIVQALMPRPVAFFAKAEYFTTKGVKGAVMKSFFEAVGSIPVERGEQAASVQALKTLLDILESGKGIGIYPEGTRSRDGILYRGRTGVGWLALTTGAPVIPVGLIGTEKLQPADKNAVRPQHFTMKVGEPLYFDKTGPDHSLPARREVTDKIMDAIALLSGQERSTSYNQSKTID PGPT0024380_5919 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024380-plsC-K00655 NA NA D3-18_02270 717 COG0546 putative protein GTGACTCAAACAACGGTGCCCGTAATTTTCGATCTGGACGGCACCCTTGTCGATCCTGCCGGCGGTATCACGGGAGGCATTTCTGCCGCCCTCCGGGAAATGGACCTCCCTGTTCCCGAACAAGCTGTGCTGAATTCCATGGTGGGTCCCAAACTGAGCGATTCCCTCCTCCATTTGGCGAACGTCCCCAGCGAATTGGTGGATGAAACCATTGAGCGATACCGCGGCCACTACAAAGAAACCGGTATTGGCCAAAGCAAGCTGTACCCGGGAATCTTCGATCTCCTCGAATTCTTCGCGGAGACTGGCCGGCCCGTCGCGGTGGCCACCCAGAAGCCGCAGTCAATTGCGCGCCTCGTGCTGGAACACCATGGAATTGCTGACTTCTTCATCTCCATCCGAGGGGCTGCGGATGACGAATCCCTGAAGGCCAACACAGCGTCCGGCAAAGTTGAAATCGTCGCCGCGGCGTTGAATGATCTTCACTCCCAACCAGCCGTCATGGTGGGGGACAGGCATCAGGACGTCGCGGGCGCTCTGGCCAACGGATTGGACTGCATCGGAGTCAGTTGGGGATTTGCGCCGGACGGTGAACTTGAGGACGCCGGAGCCGTCGCCGTGGTAAATACGGCCCTCGAGCTGCGCACCAAAATTGAAGAACTTGACGCTGTCCGCGCGGCAGCCCTGAGCGAGGTACAAAACGATGGCAGTCTTTGA MTQTTVPVIFDLDGTLVDPAGGITGGISAALREMDLPVPEQAVLNSMVGPKLSDSLLHLANVPSELVDETIERYRGHYKETGIGQSKLYPGIFDLLEFFAETGRPVAVATQKPQSIARLVLEHHGIADFFISIRGAADDESLKANTASGKVEIVAAALNDLHSQPAVMVGDRHQDVAGALANGLDCIGVSWGFAPDGELEDAGAVAVVNTALELRTKIEELDAVRAAALSEVQNDGSL PGPT0001730_1196 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0001730-gph-K01091 NA NA D3-18_02271 2898 uvrA_2 COG0178 UvrABC system protein A ATGGATGCCTTGAACGGCGTCTCCGTCCTTCCCGATACCAAACCCGCCAAGCCGGATCTTTCCCGTTTGGTGGTCAAGGGTGCCCGGGAACACAATTTGCGGAACGTGGATCTCGATCTCCCCCGTGACGCCATGATCGTGTTCACGGGACTCTCCGGTTCCGGCAAGTCGTCCCTGGCTTTTGACACGATCTTCGCAGAGGGCCAGCGTCGCTACGTGGAGTCGTTGTCCGCGTACGCGCGTCAATTCCTTGGGCAGGTGGATAAGCCTGATGTCGATTTCATCGAGGGCTTGTCTCCTGCGGTCTCCATCGACCAGAAGTCCACCAGCAAGAATCCGCGTTCCACGGTGGGCACCATCACCGAGATTTACGACTACATGCGTTTGCTGTGGGCGCGCGTAGGCCGGCCACACTGCCCTGTTTGTGGCGAGCCCATCGCCCGCCAGACGCCTCAACAGATCGTGGATCAGCTCCTGGAACTGGATCCGGGCACACGGTTCCAGGTCCTGGCCCCTGTGGTACGAGGCCGCAAGGGTGAGTTTGTGGATCTCTTCAAGGAGCTGACCGCGAAGGGCTATTCTCGCGCCCGTGTGGACGGCGAACTTGTCCAGCTGAGCGATCCTCCCAAGCTTGGCAAACAGTTCAAGCACACTATTGAGGTTGTGGTGGATCGTCTGGTGGTCAAGGACGAGATCAGCCAGCGTCTTACTGATTCCGTGGAGACAGCCCTGGGCCTTGCAGAAGGCCGCGTGCTGGTGGAGTTCGTGGACCTCGATGCTGAGGATCCTGAGCGTATCCGCGCCTTCTCGGAGAACCTGGCGTGCCCCAACGAGCACCCGTTGGCCATTGACGAAATTGAACCGCGCTCATTCTCCTTTAACAACCCTTTCGGTGCCTGCTCTGCCTGCAGTGGCATCGGAACGCGGTTGGAAGTGGACGAAGAGCTCATCGTTCCCAATCCGGAGCTCTCCCTGGGTGAGGGGGCCATTGCTCCTTGGGCCCTCGGCACAGCGACAACGGAGTATTGGAACCGACTCCTGGAGGGCTTGGCGCACGAACTGGGCTTCTCCATGAAGACTTCGTGGGAGAAGCTGCCCAAGGACGTTCGCAATACTGTGCTTCACGGCAAGGATCACAAGGTTGTTGTCCAGTACAAGAACCGCTTTGGTCGTGAGCGCAAGTACAGCACTGGCTTTGAAGGTGCCATCCAGTACGTCCACCGCAAGCATGGTGAAACGGATTCCGACTGGGCGCGCGACCGGTACGAAGAATACATGCGGCAGATACCCTGCCCCGAGTGCAACGGTGCGCGCCTCAACCCGGCGTCGCTGTCGGTGCTCATCAACGGGAAGTCGATCGCCGAGGTCGCTGCCCTGCCGATGCGTGAATGCGCGGAATTCCTGGGAAGCCTTACCCTGACCAACAGGGAAGCCCAGATTGCCAACCAGGTGCTGAAGGAAATCCAGGCCCGCCTGACCTTCCTCCTGGACGTCGGTTTGGAATACCTCAACCTTGAGCGACCCTCGGGTACCTTGTCCGGCGGCGAGGCCCAACGCATCCGGCTTGCCACCCAAATCGGTTCAGGCCTGGTGGGTGTCCTCTACGTCTTGGATGAGCCATCCATTGGCTTGCACCAGCGTGACAACCGGCGATTGATCGAGACGCTCACCCGACTCCGGGATCTCGGTAACACCCTGATCGTGGTGGAACATGACGAAGACACTATCCATGAAGCCGACTGGGTGGTTGACATCGGACCAGGTGCCGGCGAACACGGCGGCCAGGTGGTGCACTCCGGTACCTACAAGGAACTTCTGGAGAACCCGGATTCGCTGACGGGCGCCTACTTGTCGGGACGCCGCAAGATTGATATCCCCGCCAAGCGCCGAAAGTACGACAAGAAGCGTGAACTCAAGGTTGTGGGCGCCAAGGAAAACAATCTCAACAACGTAGACGCCACGTTCCCCCTGGGCCTTTTCACAGCGGTAACCGGCGTCAGTGGTTCCGGCAAATCCACCTTGGTGAACGAGATCCTGTACAAGGTCCTCGCCAACAAACTCAACGGCGCCAAGCAGGTTGCAGGACGGCACCGCACGGTGGCTGGACTGGAGCACCTGGACAAGGTGGTCCACGTCGATCAAAGCCCTATCGGCCGTACACCACGGTCCAACCCGGCCACTTACACCGGCGTCTTTGACAACATCCGCAAACTCTTCGCTGAGACCACCGAAGCCAAGGTACGTGGATACCAGCCGGGACGATTCTCGTTCAACGTCAAGGGAGGGCGCTGCGAGGCCTGTTCAGGTGACGGTACGTTGAAGATCGAGATGAACTTCCTGCCGGACGTTTATGTCCCTTGCGAAGTCTGCCACGGCGCCAGATACAACCGGGAAACCCTTGAAGTCCACTACAAGGGCAAGACCATTGCCGATGTCCTCAACATGCCCATCGAGGAAGGTGCCGAATTCTTCGCTGCCTTCACTCCGATCGCACGGCATTTGAACACGTTGGTGGACGTGGGCCTTGGTTACGTCAGGCTTGGCCAGCCGGCAACCACTTTGTCCGGTGGGGAGGCGCAGCGCGTAAAGCTGGCTGCCGAGCTCCAGAAGCGTTCCAACGGTCGCAGCATCTACGTCCTCGATGAGCCCACCACTGGCCTGCACTTTGAGGACATCCGCAAGCTGCTCATGGTTCTTCAGGGCTTGGTGGACAAAGGCAATACCGTCATCACCATTGAGCACAACCTGGACGTGATCAAGTCTGCGGACTGGATCGTGGACCTTGGCCCGAATGGCGGTTCGGGCGGCGGGAAGATCGTGGCCACAGGGACGCCGGAGCAGGTGGCAAAATCCACGGAAAGCCATACTGCGACCTTCCTGGCGGAGATTCTCGGTTAG MDALNGVSVLPDTKPAKPDLSRLVVKGAREHNLRNVDLDLPRDAMIVFTGLSGSGKSSLAFDTIFAEGQRRYVESLSAYARQFLGQVDKPDVDFIEGLSPAVSIDQKSTSKNPRSTVGTITEIYDYMRLLWARVGRPHCPVCGEPIARQTPQQIVDQLLELDPGTRFQVLAPVVRGRKGEFVDLFKELTAKGYSRARVDGELVQLSDPPKLGKQFKHTIEVVVDRLVVKDEISQRLTDSVETALGLAEGRVLVEFVDLDAEDPERIRAFSENLACPNEHPLAIDEIEPRSFSFNNPFGACSACSGIGTRLEVDEELIVPNPELSLGEGAIAPWALGTATTEYWNRLLEGLAHELGFSMKTSWEKLPKDVRNTVLHGKDHKVVVQYKNRFGRERKYSTGFEGAIQYVHRKHGETDSDWARDRYEEYMRQIPCPECNGARLNPASLSVLINGKSIAEVAALPMRECAEFLGSLTLTNREAQIANQVLKEIQARLTFLLDVGLEYLNLERPSGTLSGGEAQRIRLATQIGSGLVGVLYVLDEPSIGLHQRDNRRLIETLTRLRDLGNTLIVVEHDEDTIHEADWVVDIGPGAGEHGGQVVHSGTYKELLENPDSLTGAYLSGRRKIDIPAKRRKYDKKRELKVVGAKENNLNNVDATFPLGLFTAVTGVSGSGKSTLVNEILYKVLANKLNGAKQVAGRHRTVAGLEHLDKVVHVDQSPIGRTPRSNPATYTGVFDNIRKLFAETTEAKVRGYQPGRFSFNVKGGRCEACSGDGTLKIEMNFLPDVYVPCEVCHGARYNRETLEVHYKGKTIADVLNMPIEEGAEFFAAFTPIARHLNTLVDVGLGYVRLGQPATTLSGGEAQRVKLAAELQKRSNGRSIYVLDEPTTGLHFEDIRKLLMVLQGLVDKGNTVITIEHNLDVIKSADWIVDLGPNGGSGGGKIVATGTPEQVAKSTESHTATFLAEILG PGPT0014915_1389 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014915-uvrA-K03701 NA NA D3-18_02272 381 hypothetical protein GTGACTCCCACCGGGGATTTTCCGGGCAGCTGGCGCCCCAACACCAGCAGCGCCGTTGCGCTCTTTGAACAATTGAGATTGCGCATCATTGAACTGGTGGATGCCGGAATCCTTGCCGTTGGCTCCAAGCTTCCTCCTGTCCGCAATCTGGCCGGGGTACTGGATGTCGCTCCGCACACCGTGGCCCGCGCGTACAAGGAATTGGAAGCAGCAGGGGTAGTTGCAACGCGTGGGCGCAACGGCACTGTGGTCTGTGCACGGGATGATCGTTGGGGAGCACTAGCCGGGGTTGCCGCAGAATATGCCGCCGCTGCCAAGGCCCAAGGAGCTTCATTCGCTGAGGCAGTGCAGCTTCTTGCTGCGGCCTATGACGCCGATTGA MTPTGDFPGSWRPNTSSAVALFEQLRLRIIELVDAGILAVGSKLPPVRNLAGVLDVAPHTVARAYKELEAAGVVATRGRNGTVVCARDDRWGALAGVAAEYAAAAKAQGASFAEAVQLLAAAYDAD NA NA NA NA NA D3-18_02273 162 hypothetical protein ATGATCCGGCAGGACGCTTCCACGTACGTAGCATTCAGTTGCCTCTGCCGTGACGGCTTGTCCCTGGCGGGCGTCGCTGGTCTAATTCTCGGCATGGACCAAGGACGCTTCGAACAACAGATGCCCAGTGTGGAGCCGGCGCCAGGCCGGATTGCCCCGTGA MIRQDASTYVAFSCLCRDGLSLAGVAGLILGMDQGRFEQQMPSVEPAPGRIAP NA NA NA NA NA D3-18_02274 795 tam_2 COG4106 putative trans-aconitate 2-methyltransferase GTGAAGTGGGATCCATCCAAGTATGTGGAATTCGGCAACCATCGTGACCGACCATTCCATGACCTTGTCACAAGGGTCCGGGCTGACGAACCAAGGAAAGTCATCGATCTCGGCTGCGGCCCCGGGAACCTGACCGCTACGCTGGTTGATCGCTGGCCGGATGCCAGGGTTGTGGGTCTCGACTCCTCTGAGGAAATGCTCCTCAAAGCGCAGTCCCTCCGGGAACAGTCCCCCCACGAACAGTCCAGCCGGCTGACCTTCCAGCTGGGCGATATCGCGCAGTGGGCTCCCGATGCCGATACCGACGTGGTGGTCACGAACGCCGTTCTCCAATGGGTTCCCGGGCACCAGGAGATGATGGCCGGTTGGCTTCGCGCCCTCAAACCGGGGGCGTGGTTTGCCATGCAGGTACCGGGAAACTTCACGTCCCCCTCCCACACCCTCATGCGGGAACTGGCCGAATCTCCAAGGTGGTCTACACGGCTGGGCGGCGTTCTTCGGCACGACGGCGCTGTGGCCAGCCCCGCGGACTACCTGGGCATCATGCTCGACGCCGGATGTGCAGCAGACGCTTGGGAGACCACCTACCAGCAGGTTCTGCAAGGGGAGGACCCCGTGCTCGAATGGGTCCGGGGCACTGGACTTCGTCCAATATTGGCAGCATTGACTCCCGCGGAGGCATCTGAATTTGAAGCGGAATACTCGGCCTTGCTGCGTGAGGCCTACCCTTCAACGATCCACGGAACGGTCTTCCCGTTCCGTCGCATTTTCGCCGTAGCCCAAAAGGCCGCATGA MKWDPSKYVEFGNHRDRPFHDLVTRVRADEPRKVIDLGCGPGNLTATLVDRWPDARVVGLDSSEEMLLKAQSLREQSPHEQSSRLTFQLGDIAQWAPDADTDVVVTNAVLQWVPGHQEMMAGWLRALKPGAWFAMQVPGNFTSPSHTLMRELAESPRWSTRLGGVLRHDGAVASPADYLGIMLDAGCAADAWETTYQQVLQGEDPVLEWVRGTGLRPILAALTPAEASEFEAEYSALLREAYPSTIHGTVFPFRRIFAVAQKAA NA NA NA NA NA D3-18_02275 2535 hypothetical protein ATGAAACTTCTTGAGCAGCTCCCCGGTTCCACGGCCACCGGTCCTTTGGACCCGGACGAAATCTACACCCGGTTCGTGGAGTGGACTGAGAGCCGTGGATTGCAGCTATACCCGGCGCAGGACGAAGCGATCATGGAGCTTGCCTCCGGTGCCAACGTCATCCTGGCCACGCCCACGGGCTCCGGTAAGTCCCTGGTAGCAATCGCTGCACACTTCGAGGCCATGGCACGCGGCCAGCGGAGCTACTACACCGCCCCCATCAAGGCCTTGGTCTCGGAAAAGTTCTTTGCACTCTGCGAAATCTTCGGTGCCGAAAACGTTGGCATGATCACCGGTGATTCCGGTGTGAACCAGGATGCTCCCATCATCTGCTGCACGGCGGAAATCCTGGCCAACATCGCCCTCCGCGAAGGCTCCGCCGCAGAGCTCGGCTCCGTGATCATGGACGAGTTCCACTTTTACTCCGACCCGCAGCGCGGTTGGGCATGGCAGGTGCCACTCCTGGAACTCCCCCAGGCCCAGTTCCTCCTGATGTCCGCCACACTGGGCGACGTCTCCCGATTCGAAACCGGTTTGACTGAGTTGACTGGCCGGACCACCACAACTGTCAGCTCTGCGGAACGTCCCATTCCGCTGCATTACTACTACCACCTCACCCCGGTTCACGAAACCCTGGAAGAACTGCTCTCCACCAAGCAGGTTCCCGTCTATGTGGTGCATTTCAGCCAGGCGGAAGCGATCGAGCGCGCCCAGAACCTCATGAGCATCAACATGTGCAGCCGTGCCGAAAAGGACCGCATTGCCGAGTTGATTGCGGGATTCAGGTTTGCCGCCGGCTTCGGAAAAACGCTTAACAGGCTGGTCCGGCATGGCATCGGGGTCCACCACGCCGGTATGTTGCCAAAGTACCGCCGCCTGGTGGAACAGCTCGCCCAAGCCGGCCTCCTCAAGGTAATCTGCGGAACCGATACTTTGGGTGTGGGCATCAACGTGCCTATCCGGACAGTGTTGTTGACCGCTCTCAGCAAGTACGACGGCGTACGCACCAGATCGCTTAACTCGCGTGAGTTCCACCAGATTGCCGGCCGTGCAGGCCGTGCCGGGTACGACACCGCCGGTACCGTGGTGGTTCAGGCTCCTGACCACGTGGTGGAGAACACAAAAGCCATGGCCAAAGCCAGCGCCAAATTTGGCGATGACCAGAAGAAACTGCGCCAAGTAGTCAAGAAAAAGCCGCCGGAAGGATTCGTTTCCTGGGGTGAGCCGACGTTCAAGCGCCTTGTGGAGTCCGTACCCGAGCCCTTGACTTCAAGTTTCACTGTCACCCACGCGATGCTGTTGAACCTGATGGAACGGCCGGGCGATCCCTTCCAGGCAACCCGGCGACTACTCAGTGAGAACCATGAGAGCCGCCCGGCACAGCTCAAGTTGATGAAGAAGGCCTTGGGAATCTACAGGGAACTGCTTGCCGCGGGGGTGGTGGAACGCATCCCGGAGGATGAGCAGGAGGCTGAAGGGCGCTCAGTCCGGCTGACTGTGCACCTGCAGGCAAACTTTGCCCTTAACCAGCCGCTGTCCCCCTTCGCGCTTGCTGCCTTGGAGCTCCTTGACCCTGAGTCTCCCTCCTACGCCTTGGATGTTGTCTCCGTCATTGAGTCCACGCTCGAGAAGCCGCGCCAAATTCTCTCTGCCCAGCAGAAGAAAGCGCGGGGCGAGGCTGTTGCCGCCATGAAGGCTGACGGTATCGAGTATGACCAGCGCATGGCCATGCTGGACGAAGTTACCTATCCCATGCCACTGGCGGAGATTCTTGGCGAGGCCTTCGAGGTCTACCGGAAGGCGGCCCCCTGGGTAGGCGACTTCGAGCTCGCTCCGAAATCGATTATTCGGGACATGTATGAGCGTGCCATGAACTTTGGCGAGTTCGTGCAGTTCTATGGCTTGGCCCGATCGGAGGGCATAGTCCTGCGTTACCTGGCGGATGGCTTCCGCGCGCTCAGGCAGACTGTTCCCCAGGATTCGCTCCGTGAGGACCTTGAAGATCTCATCGCGTGGTTGGGCGAGCTGGTACGCCAAGTGGACTCGAGCCTGTTGGATGAGTGGGAAGAGCTGACGTCCGGGCTTGCCCCAACGCCCCATGACGCTCCCCCGCCCCCGCCGCCGCTACTCACCACGAACATCCGGGCCTTCCGGGTGATGGTCCGGAACGAGATGTTCCGAAGGGTAGAACTTTTCGCGGACGAGGACTCCGCGGCGTTGGGCGAACTCGACACCGAGGCCGGTTGGGACGCTGAGCGGTGGGAAGAAGTCCTGGACGACTACTTCGACGAACATGACGATATCGGCACCGGTCCTGATGCGCGGGGTCCCGGGTTGCTCATCATTACCGAGCAACCCGGGACCTGGAAGGTCCGGCAGATCTTCGATGACCCTGCGGGCAACCACGATTGGGGAATTTCTGCTGAAGTGGACTTGGCAGCGTCCGATGAAACCGGAACTGCCGTGGTCCGGGTGACAGACGTTAGCAGGCTCTAG MKLLEQLPGSTATGPLDPDEIYTRFVEWTESRGLQLYPAQDEAIMELASGANVILATPTGSGKSLVAIAAHFEAMARGQRSYYTAPIKALVSEKFFALCEIFGAENVGMITGDSGVNQDAPIICCTAEILANIALREGSAAELGSVIMDEFHFYSDPQRGWAWQVPLLELPQAQFLLMSATLGDVSRFETGLTELTGRTTTTVSSAERPIPLHYYYHLTPVHETLEELLSTKQVPVYVVHFSQAEAIERAQNLMSINMCSRAEKDRIAELIAGFRFAAGFGKTLNRLVRHGIGVHHAGMLPKYRRLVEQLAQAGLLKVICGTDTLGVGINVPIRTVLLTALSKYDGVRTRSLNSREFHQIAGRAGRAGYDTAGTVVVQAPDHVVENTKAMAKASAKFGDDQKKLRQVVKKKPPEGFVSWGEPTFKRLVESVPEPLTSSFTVTHAMLLNLMERPGDPFQATRRLLSENHESRPAQLKLMKKALGIYRELLAAGVVERIPEDEQEAEGRSVRLTVHLQANFALNQPLSPFALAALELLDPESPSYALDVVSVIESTLEKPRQILSAQQKKARGEAVAAMKADGIEYDQRMAMLDEVTYPMPLAEILGEAFEVYRKAAPWVGDFELAPKSIIRDMYERAMNFGEFVQFYGLARSEGIVLRYLADGFRALRQTVPQDSLREDLEDLIAWLGELVRQVDSSLLDEWEELTSGLAPTPHDAPPPPPPLLTTNIRAFRVMVRNEMFRRVELFADEDSAALGELDTEAGWDAERWEEVLDDYFDEHDDIGTGPDARGPGLLIITEQPGTWKVRQIFDDPAGNHDWGISAEVDLAASDETGTAVVRVTDVSRL NA NA NA NA NA D3-18_02276 1389 frc_1 Formyl-CoA:oxalate CoA-transferase ATGAAATCCGGCGCCGTGGAATCAGTCCCGGATCTGACCGCAGGCTTGCGCGAGGTGGAAGCCTTACGGGGGGAACGGCGGGCGGCCTGCACTGGTTCGCGTCGATGGTGGGGTGGCGGCCTGGACGTCGAGGGTTTGGCACTTGGTTCAGTTCAAGCCGCCGGTACAGCGCTGAACGCGCTGACCGGCCACCCAGGCAGATACTCGATTGACTCAGGGCTGACTGCCGCGTCTTTCGATTCACTGGGGCACCTTCGCGTTGAGGGGCGGGTACCCCAAGGCTTCGCTCCCATGTCAGGTTTCCGGCGCACTGCGGACGGCTGGATCCGCCTGCACGCCAACTACCCTCATCACGCAGCACGGCTGATGGAGGCGTTGTCGGCCACGGTGCCGCAGGACGTTGACCGCGCCTTGTTGTCAATGACGTCCTTGGAGGCCGAGACTGTGATCGCGGCTCACAAGGGGGTGGCTGCCGCTGTCCGGAGCCGCGAGGAATGGGTTGCATCGCCGATGCATGCCGCGGCAATCTTCGGTCCGTGGATCAGCCTCTCGCGTTCTGATATCCAGTCCGTGGGCTCGGATTCCACGTCATGGGTGCCGGCGGAGAATCCGTTCCAGCCATTGGATGGGTTGAAAGTGCTCGACCTGACACGCGTCATCGCCGGCCCCACTGCCACGCGCCTACTGGGGGCACTGGGCGCGGACGTCCTCCGCATCGACCCGCCTGTTCTTCCGGAGCTGATCGACGCGTTTATTGACGCAGGGTTCGACAAGCGCAGCGCCGAAGCTGATTTCCGGAAGGACCAAGACCTGGAAGCTGCGCATGCTCTTGTCGCCTCAGCAGATGTGGTGGTTACCGGGTACCGGGACGGGGGCTTGGATAACTTCGGATTGAGCCAGGACGCGCTGCTGGCTGCCAGGCCTGGGCTGGTGGTTGTCACGCTGACCGCATGGGGCAGCAGCGGGCCGTGGAAGGGAAGGCGGGGCTTTGACAGCCTCGTCCAGGCAGCCTGCGGAATCGCTGAGCGATATGGACAGCATCACGACGAGGAGTGGACACCTGGTGCGCTTCCCGTTCAAGCACTGGACCACGCCACCGGATACGGACTCGCGGCGGCAGTGCTGGCCTTACTGGCCGAGCGAATAAGGACTGGAGCCGGTGGAGCAGCGAAACTCTCCTTGGCACGGACCGCCGAGGAACTCTTCGCCCTCCCTTCCGGCCACCAAGGCAGCCCGGTGAGCCCTCTCCATGAGCCGGAGTACCTTGAAGCGGACAGCCCCTACGGCGAGCTCAGGTTCGTGGGGCCGCCCCTTTTGGTAGAGGGCGCGCCGCTCACGTACCGGCAATCGCCTGTACGTTATGGAACGTCTACGCTCGCCTGGCGGTAG MKSGAVESVPDLTAGLREVEALRGERRAACTGSRRWWGGGLDVEGLALGSVQAAGTALNALTGHPGRYSIDSGLTAASFDSLGHLRVEGRVPQGFAPMSGFRRTADGWIRLHANYPHHAARLMEALSATVPQDVDRALLSMTSLEAETVIAAHKGVAAAVRSREEWVASPMHAAAIFGPWISLSRSDIQSVGSDSTSWVPAENPFQPLDGLKVLDLTRVIAGPTATRLLGALGADVLRIDPPVLPELIDAFIDAGFDKRSAEADFRKDQDLEAAHALVASADVVVTGYRDGGLDNFGLSQDALLAARPGLVVVTLTAWGSSGPWKGRRGFDSLVQAACGIAERYGQHHDEEWTPGALPVQALDHATGYGLAAAVLALLAERIRTGAGGAAKLSLARTAEELFALPSGHQGSPVSPLHEPEYLEADSPYGELRFVGPPLLVEGAPLTYRQSPVRYGTSTLAWR NA NA NA NA NA D3-18_02277 513 hypothetical protein ATGAGTGTAATCCGCCCCGCCACCGTTGACGACGTTCCCGCCATCCTGCGTATGATCCACGACCTCGCGATCTACGAAAAGGAACCGGACGCAGTTAAGAACACCCCGGCCATGCTCACCGAAGTACTCTTTGGCGAGAACCCTCGGGTATACGCCACCATTGCCGAAAACGGCGCCGGCACAGTTCAAGGCTTCGCGCTCTGGTTCCTGAACTACTCCACATGGGAAGGCGTCCACGGCATCTACCTTGAGGACCTCTACGTAGTGCCGGATGCCCGTGGCGAGGGCCACGGGAAAGCGCTCCTGCAATATCTGGCCGCCACCGCCGTCGAACGCGGATACGCCCGGGTGGAATGGAGCGTCCTGAACTGGAACGAACCCTCCATCAATTTCTACAAGAACCTTGGTGCTTTCCCGATGGAGGAATGGTCAACGTTCAGGCTGACAGGCAACGCACTCCAGGCCTTCGGAGCGAACGTCAGTGAGGCGAAAGAGGCGCTGACCCGTGGCTGA MSVIRPATVDDVPAILRMIHDLAIYEKEPDAVKNTPAMLTEVLFGENPRVYATIAENGAGTVQGFALWFLNYSTWEGVHGIYLEDLYVVPDARGEGHGKALLQYLAATAVERGYARVEWSVLNWNEPSINFYKNLGAFPMEEWSTFRLTGNALQAFGANVSEAKEALTRG PGPT0007790_685 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 D3-18_02278 1344 pip Proline iminopeptidase GTGGCTGAACCATACGTAGCTGACGAGCGGGCCGCCACCGGCAGGCACATCATCCAAGCCCGCCACGAATTCCGTGGGCTACGGACGGCCGAGCACTACTTCACTGTTCCCTTGACGCATCAGGCCGAGGTACCCGACGAGACGATCACGGTCTTCGCCCGGGAGTACTCCTCCACTGACCATTCGGCGGACGAAGCCGCCAAGCTGCCGTGGCTCTTGTTCCTCCAAGGAGGGCCCGGCGGCCGGGGCAATCGTGTAACCTCACTGTCCGGCTGGATGAAAGCGGCAGCCAAGGACTTCCGCATCCTCATGCTCGATCAACGTGGCACCGGATTGTCCACCCCGATTGAGCGACAGTCATTGGAGCTCCGGGGTGACGCTGCCGCGCAGGCAGAGTACCTGACCCACTTCCGTGCCGATTCCATCGTGGCCGATGCCGAGTACATCCGGGGTGTCCTGGGCTCCGGACCGTGGTCAGTGCTGGGACAGAGCTTCGGCGGGTTCTGTGCCCTGACGTACCTGTCCTTCGCGCCGGAGGGGCTGCGCGAAGTGCTCATCACGGGCGGTCTGGCACCGCTCCACGGTTCAGCCGAGCGCGTGTATCAAGCAACGTTCCGTCGGGTTGCCTCCAGGAACGCCGAGTATTTCTCGTGGTACCCGGAGGACCGGAAAAAGGTCACGCGCATTGCCCGTCATCTGGAGCAACACCCTGAATTCCTTGCCAGTGGCGAACGGCTAACGCCGGAGCGTTTCCAAATGGTGGGCTCCTTCCTGGGCGGTAACACCCGGGTTGACGCGCTTCACTATCTTTTGGAGGACGCGTTCATCGCCACGCCCTCCGGGGAGCGGTTGTCCGAATCATTCCTTGAACAAGTACGGGGACTGGTGAGCCGGGCGGCCAATCCGCTCTACGCAATCCTGCACGAATCAATCTACGGTCAGGGAGAGGCAACCAACTGGGCCGCCTGGCGCGTTCTGGAGGACTACCCTGAGTTCAAGCCAGAAGCTGAAGAACCTCTGCTCACTGGCGAAATGGTGTATCCGTGGTACTTCGAACAGGATCCCGCGCTGATTTCCTTACGCGATGTGGCTGAAATACTTGCCTCCCGGAAAGATTGGAAACCGTTGTATGACCCCACCCGGTTGGCGTCAAACACGGTCCCCGTCGCCGCCGCCGTGTACAAGGACGACATCTACGTGGACCACGATCTTTCGCTTGAGACCGCGGCTGCGGTGCGCGGTCTTCAAACCTGGGTCACGTCGGATTTCCACCATGACGGCATCGGCGAAGACGGTGAGGGTATCTTTGGGAGACTCTTCGGTATGGTCCGCGCCAACCGTTAG MAEPYVADERAATGRHIIQARHEFRGLRTAEHYFTVPLTHQAEVPDETITVFAREYSSTDHSADEAAKLPWLLFLQGGPGGRGNRVTSLSGWMKAAAKDFRILMLDQRGTGLSTPIERQSLELRGDAAAQAEYLTHFRADSIVADAEYIRGVLGSGPWSVLGQSFGGFCALTYLSFAPEGLREVLITGGLAPLHGSAERVYQATFRRVASRNAEYFSWYPEDRKKVTRIARHLEQHPEFLASGERLTPERFQMVGSFLGGNTRVDALHYLLEDAFIATPSGERLSESFLEQVRGLVSRAANPLYAILHESIYGQGEATNWAAWRVLEDYPEFKPEAEEPLLTGEMVYPWYFEQDPALISLRDVAEILASRKDWKPLYDPTRLASNTVPVAAAVYKDDIYVDHDLSLETAAAVRGLQTWVTSDFHHDGIGEDGEGIFGRLFGMVRANR NA NA NA NA NA D3-18_02279 1350 rfnT Riboflavin transporter RfnT GTGACTACCACTTCAACTACGGCGCTGGACCCACAACGGGTTCAGCGCCGTAGTGTTTTCCTGCTCAGTTCCGCACAGCTGCTCAGCGGCGTTGGCAATGGAGCGACCCTTTCCATCGGGTCCCTGCTGGCCGTGGACTTATCAGGTTCCGAAGCCTGGGCTGGCTCCATCACCACCGTCCTGACATTGGCTGCAGCAATTGCAGCCCTGCCGCTGGCAAGGTTGGCTGAGTCACGCGGCCGGCGCGTGGGACTCGTCACCGGCCTGGTAGCTGCGATGGCGGGTGCCTTGCTCATCATTGCCGCAGTCATGAGCGAGTCGTTCGTGCTGCTTTTGCTTGGCGCAGCCTTTCTGGGCCTTGGCACAGCCGCGAACCTGCAGGCTCGTTTCGCCGCCGTCGACCTCGCCGAACCGGAGCACCGCGGACGATCATTGTCCACCGTGGTCTGGGCTATCACCATCGGGGCTGTGGCAGGGCCCAACCTGATTCAGCCAGGAGCTATCGTAGGTGCGGCACTTGGCCTGCCGCCCATCGCAGGCCCCTTTGTGTTCTCCGCCGTCGGATTGCTTCTGGCGGCCGGCCTACTGTTCGCGGGACTACGGCCTGACCCTCTGCTGCTGTCCCGCCGGTTGGCCCGTCAGGCTGACGCTAAGGGCGAGCCGGGACCTCAGCCTGCCCGGGGAACCATCCGGTCCGGTCTTCGAGCCGTCCGATCATCACCAGAGGCGATACTGGCCCTGGCAGCCGTCGTAGCTGCCCACGGCGTCATGGTGGCGGTCATGTCCATGACCCCGCTGCATCTTCAACAGCTCGTGGGCGGATCCCATGAGGGACACCATGGAACCACAGACAGCACGGATGCACTGGTGGTTATCGGGCTCACGATTTCTCTACACATCGCCGGAATGTTCGCCTTATCGCCGCTCTGGGGTTGGCTAACGGACAAGGCGGGCCGATTTCAGACCATAGCCATGGGCCATGGACTTCTCCTGGTGGCGGTGTTCATCGCTGGATTCGGCCAGCAGGAGCCTGTGTTGGTGACCGCAGGGTTGATTCTCCTGGGCCTGGGCTGGTCGGCGGCAACAATTGCTGGATCAACGCTCTTGGCCGAGAGTGTCGTGCCTGACCAACGGGTCACGGTTCAGGGTGTCTCCGACACGCTGATGGGTGCCGCCGGAGCGCTCGGAGGTGCAACCTCCGGCCTGCTTCTTGCGTGGATCGGCTACCAAGGGCTCAACATCGCTTCCAGCCTTCTCGCCGCAGGCGTGCTCGCCCTGACGGCCATCACGGCAAAACGACAGAGGGCGACCACCTCGATAGGCGGCCGCCCCGATGGCTCGTCCACCTAA MTTTSTTALDPQRVQRRSVFLLSSAQLLSGVGNGATLSIGSLLAVDLSGSEAWAGSITTVLTLAAAIAALPLARLAESRGRRVGLVTGLVAAMAGALLIIAAVMSESFVLLLLGAAFLGLGTAANLQARFAAVDLAEPEHRGRSLSTVVWAITIGAVAGPNLIQPGAIVGAALGLPPIAGPFVFSAVGLLLAAGLLFAGLRPDPLLLSRRLARQADAKGEPGPQPARGTIRSGLRAVRSSPEAILALAAVVAAHGVMVAVMSMTPLHLQQLVGGSHEGHHGTTDSTDALVVIGLTISLHIAGMFALSPLWGWLTDKAGRFQTIAMGHGLLLVAVFIAGFGQQEPVLVTAGLILLGLGWSAATIAGSTLLAESVVPDQRVTVQGVSDTLMGAAGALGGATSGLLLAWIGYQGLNIASSLLAAGVLALTAITAKRQRATTSIGGRPDGSST PGPT0008460_6 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 D3-18_02280 1029 COG0861 putative membrane protein ATGCAGCTTCCCGTCTGGTTTGAGATCGGCTCCTTTGTCGTTCTCGGAATCATCCTGCTGATCGACCTCCTGTTGGTCGTCAAGCGTCCCCACGAACCTTCCATGAAGGAAGCCGGCCTGTGGGTCGGCTTCTACGTCGCGCTTGCCCTGCTCTTTGCAGTTGCAATGTTCTTCTTTGCGGGCCCCGAATACGGTGGCCAATTTGTCGCAGGCTGGGTCACTGAGTACAGCCTGAGCATCGACAACCTCTTTGTGTTCATCATCATCATGGCCCGCTTCTCGGTGCCTCGTAAGTACCAGCAGGAAGTGCTGATGGTGGGCATCATCATCGCGCTCATCCTTCGCGGTATCTTCATCGCCTTGGGCGCAGTGGTCATTGAGCAGTTCAGCTGGGTCTTCTACATCTTCGGCGCGTTCCTCCTCTGGACCGCCTGGAAGCAGGCCCGGGATTCCGGCGAAGATGAAGAAGAAGGCGCCGAGAACCCGCTCATCGCACGCCTCCGCAAGGTCCTGCCGATGTCCGAAAAGTTCGACGGCAACAAGATCCGCACCGTCGTTGACGGCAAGAAGGTCTTCACGCCCATGCTGATCGTCTTTATCACCATCGGCCTGACGGACCTCCTGTTCGCCGTGGACTCCATCCCCGCGATCTTCGGCCTGACCCAAAGCGCGTTCATCGTCTTCACTGCCAACATCTTCGCCTTGATGGGCTTGCGCCAGCTGTACTTCCTCCTCGGCGGACTCATGACACGCCTGGTGTACCTGAAGCACGCCCTGTCCGTCATCCTGGCCTTCATCGGGGTCAAGCTTGTCCTCCACGCCATGCACGTGAACGAACTTCCGTTCATCAATGGCGGACACCACATCGAGTGGGCTCCTGAGATCCCCACGTATGTGTCGTTGGCGGTCATCGTCGGTACCATCATCGTTGCTGTCGTAGCCAGCCTGATGAGCCCGCAAGCACGGCAGGCCAAGCTGGATGCCCGACTCGAGGCAGATGCCAAAAAGAGCATGAGCGAGGCAGAGTAA MQLPVWFEIGSFVVLGIILLIDLLLVVKRPHEPSMKEAGLWVGFYVALALLFAVAMFFFAGPEYGGQFVAGWVTEYSLSIDNLFVFIIIMARFSVPRKYQQEVLMVGIIIALILRGIFIALGAVVIEQFSWVFYIFGAFLLWTAWKQARDSGEDEEEGAENPLIARLRKVLPMSEKFDGNKIRTVVDGKKVFTPMLIVFITIGLTDLLFAVDSIPAIFGLTQSAFIVFTANIFALMGLRQLYFLLGGLMTRLVYLKHALSVILAFIGVKLVLHAMHVNELPFINGGHHIEWAPEIPTYVSLAVIVGTIIVAVVASLMSPQARQAKLDARLEADAKKSMSEAE PGPT0004905_696 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_TELLURIUM_RESISTANCE TELLURIUM_RESISTANCE-TER-SYSTEM,PGPT0004905-terC-K05794 NA NA D3-18_02281 2100 uvrB COG0556 UvrABC system protein B ATGAGCCTTGCCCAGGAAATCAACCGTGTCGTCGCGCCTTTCGAAGTGATCAGTGAATTCAAACCCGCCGGTGACCAGCCCACTGCCATCGCAGAACTGACCGAACGAATCAACAACGGCGAAAAAGACGTTGTCCTCCTCGGCGCCACTGGTACGGGCAAGAGCGCCACCACGGCATGGCTCATCGAACAGGTCCAGCGACCCACCCTGGTGATGGTCCAGAACAAGACCCTGGCCGCCCAGCTGGCCAATGAATTCCGGGAGCTGCTGCCCAACAACGCCGTCGAGTACTTTGTCTCCTACTACGACTACTACCAGCCAGAGGCCTACGTAGCGCAGACGGACACCTTCATCGAGAAAGACTCCTCCATCAACGAGGAAGTCGAAAGGCTTCGGCACTCTGCCACCAACGCCCTGCTGACCCGCCGCGACGTCATCGTGGTGGCCACGGTGTCCTGCATCTACGGCCTGGGTACGCCTGAAGAGTACATCGCCGGCATGGTTACGCTCCGCAAGGGCGCAGAAATGAACCGCGACCACCTCCTCCGGAAGTTCGTCTCCATGCAGTACGCACGCAATGACATGGACTTCCATCGGGGCACCTTCCGGGTCCGTGGCGATACCGTGGAGATCATCCCTATGTACGAGGAACTCGCAATTCGGATCGAGTTCTTCGGTGATGAAATCGAGAACATCCAGACACTCCATCCCCTCACCGGTGAGGTTCTCCGGGACGAGGAAGAGATGTACGTGTTCCCGGCTTCGCACTATGTGGCGGGTCCAGAGCGCATGGCCCGTGCCATCAAGCGGATCGAGGACGAACTTGCTGATCGATTAAAGGTCCTCGAGGGCCAGAACAAGCTCGTGGAAGCCCAGAGACTCCGGATGCGCACAACGTACGACCTTGAAATGATGCAGCAAATGGGTTTCTGCAACGGCATTGAGAACTACTCCGTGCATATTGATGGCCGCGAGCCCGGAACGGCACCACACTGTCTGATCGATTACTTCCCTGATGACTTCCTGCTGGTGGTTGATGAATCCCATGTCACCATTCCGCAGATCGGTGCCATGTACGAGGGCGATATGTCCCGTAAGCGCAACCTCGTCGACTTCGGTTTCCGCCTGCCTTCGGCCATGGACAACCGGCCCCTGAAATGGGATGAGTTCCTGGAGCGCATCGGCCAGACCGTGTACCTGTCCGCCACCCCGGGTAAGTACGAGCTCGGCAAAGCCGATGGCTATGTGCAGCAGATCATTCGTCCCACCGGCCTCATCGACCCCGAGGTTGTAGTCAAGCCCACCAAGGGTCAGATCGATGACCTGCTCGGTGAAATCAGGACCCGAACCGAAAAGAATGAACGCGTCCTGGTCACCACGTTGACCAAGCGCATGGCCGAAGACCTCACGGACTACCTCGTGGGTCACGGAGTCAAAGTGGAATATCTTCACTCCGACGTCGACACCCTGCGTCGAGTGGAACTGCTACGCGAGCTCCGGATGGGTGTCTTCGACGTCCTGGTGGGCATCAACCTGCTCCGCGAAGGTTTGGATCTTCCCGAGGTTTCCCTCGTCAGCATTCTGGATGCCGACAAGGAAGGTTTCCTGCGTTCCTCCACCTCCCTGATCCAGACCATCGGACGTGCCGCCCGTAACGTTTCGGGTCAGGTACATATGTACGCGGACAGGATCACCGACTCCATGGCCCACGCCATTGAGGAAACTAACCGCCGCCGCGCCATCCAGGTGCAATACAACACGGACCACGGCATAGACCCCCAGCCGTTGCGCAAGAAAATTGCCGACATCACTGATCAGCTGGCCAAGGAAGACGCAGACACCCAGGAACTGCTCAACAACAACCGGCTGGCCAAGGGTGGGAAGCGCAGCAAATCGGCTGCAAAGGGTGCCGCCACGGTTCGGCAGGATGGCCTTGCCGCAGCTCCCGCTGAAGACCTTGTGGGCCTCATCGAGCAACTGACGGAACAGATGCACGGGGCGGCTGCTGAACTGCAGTTCGAAGTCGCTGCCCGCATCCGTGATGAAGTCAAGGAGTTGAAGCGCGAATTACGCCAGATGCAGTCCGCCGGGCACGCCTAA MSLAQEINRVVAPFEVISEFKPAGDQPTAIAELTERINNGEKDVVLLGATGTGKSATTAWLIEQVQRPTLVMVQNKTLAAQLANEFRELLPNNAVEYFVSYYDYYQPEAYVAQTDTFIEKDSSINEEVERLRHSATNALLTRRDVIVVATVSCIYGLGTPEEYIAGMVTLRKGAEMNRDHLLRKFVSMQYARNDMDFHRGTFRVRGDTVEIIPMYEELAIRIEFFGDEIENIQTLHPLTGEVLRDEEEMYVFPASHYVAGPERMARAIKRIEDELADRLKVLEGQNKLVEAQRLRMRTTYDLEMMQQMGFCNGIENYSVHIDGREPGTAPHCLIDYFPDDFLLVVDESHVTIPQIGAMYEGDMSRKRNLVDFGFRLPSAMDNRPLKWDEFLERIGQTVYLSATPGKYELGKADGYVQQIIRPTGLIDPEVVVKPTKGQIDDLLGEIRTRTEKNERVLVTTLTKRMAEDLTDYLVGHGVKVEYLHSDVDTLRRVELLRELRMGVFDVLVGINLLREGLDLPEVSLVSILDADKEGFLRSSTSLIQTIGRAARNVSGQVHMYADRITDSMAHAIEETNRRRAIQVQYNTDHGIDPQPLRKKIADITDQLAKEDADTQELLNNNRLAKGGKRSKSAAKGAATVRQDGLAAAPAEDLVGLIEQLTEQMHGAAAELQFEVAARIRDEVKELKRELRQMQSAGHA PGPT0014920_1224 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014920-uvrB-K03702 NA NA D3-18_02282 1239 coaE COG0237 Dephospho-CoA kinase GTGCTGAAGATCGGGCTGACGGGCGGCATCGCCTCTGGGAAATCATTGGTGGCATCCAAGTTGCAGGAACTGGGTGCCCTCCTTGTGGACGCAGACGTCCTTGCGCGGGAGGTGGTGGAGCCTGGAACTCCCGGCCTGGCCCGTGTCGTGGAAGCTTTCGGCCCTGGAATTCTCGACTCACAGGGCAAGCTGAATCGGCCCAAGCTCGGCACTATCGTGTTTCAGGATCCCGCTCAGCGCGAAGTGCTCAATGGCATTGTTCACCCGCTGGTTCGGGAGGCCGCCGCGGCGATCATGTCAGATGCCGGCCCGGGCGACATCGTGGTCCAGGACATTCCGCTGCTTGTCGAAACCGGGCAGGGCAGCAATTTCCACTTGGTGGTGGTGGTAGAGGCCCCGGATGACGTGCGCATCAAACGCATGGTGGACTTTCGGGGGATGTCCAGGGATGACGCCCTGGCCCGTATGGCCTCACAGGCCACGCGCGAAGAACGCAACGCCGCTGCCGACGTTGTCCTGGATAACTCCGCAACCCGGGAGCAGTTGCTCACCGCGGTGGATTCTTTGTGGGAACACCGGCTGGTGCCTTTCGCGGAGAACCTCAGCCGGGGCAACAGGGCCTCCCGTGAAAAGGGCCCCGTCATGAGCGCGTCGAAGGTGGAGTGGGCTGCGCAGGCGGAGCGGCTGGCTGAACGCATCATCGCCGCAGCTCCCCACGAGGTCCTTGCAGTGGACCACATCGGCTCCACATCGGTACCTGGACTGGTGGCAAAGGACGTGATCGACCTCCAACTCGCTGTGGCCGATCTCGGGATGGCGGACCGGATTGCGCCTCTCCTCGCCGCTGCCGGTTTCCCCGCCGTGCCGCGGGCCAATCAGGACACCCCAAAACCCTCTCACCCCGATCCCGCACAGTGGCAGAAAAGATTCCATGCCAACGCGGATCCGGGTCGGCCCGTGAATCTTCACGTCCGGGTGGCCGGCTCGCCCGGATGGCGCTACGCGCTGCTTTTCCGCGACTGGCTGCGGGCAGAACCGTCTGCCGTGGCGCTGTATCAGGCGCACAAACAGGAACTGGCGGTCGCGCACGCGGCGGATCACGGCACGGGGGACTACGCTGACGCAAAGGAGCCGTGGTTCACAGAGGTTGCGTGGCCCCTCATGAATGCCTGGGCCGAGCGCACAGGCTGGATGCCGCCGTCGTATATGTCTTCAGCTGAAGGCAAACGCGGACAGTAG MLKIGLTGGIASGKSLVASKLQELGALLVDADVLAREVVEPGTPGLARVVEAFGPGILDSQGKLNRPKLGTIVFQDPAQREVLNGIVHPLVREAAAAIMSDAGPGDIVVQDIPLLVETGQGSNFHLVVVVEAPDDVRIKRMVDFRGMSRDDALARMASQATREERNAAADVVLDNSATREQLLTAVDSLWEHRLVPFAENLSRGNRASREKGPVMSASKVEWAAQAERLAERIIAAAPHEVLAVDHIGSTSVPGLVAKDVIDLQLAVADLGMADRIAPLLAAAGFPAVPRANQDTPKPSHPDPAQWQKRFHANADPGRPVNLHVRVAGSPGWRYALLFRDWLRAEPSAVALYQAHKQELAVAHAADHGTGDYADAKEPWFTEVAWPLMNAWAERTGWMPPSYMSSAEGKRGQ PGPT0008835_18 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 D3-18_02283 690 yigZ COG1739 IMPACT family member YigZ GTGGAAAATGAGGATGACAGCCGCGCGACAACGTACACGACGCTCGCAGTGGGTTCGGATTTCCGCCACGAACTGGAGATCCGGCGGTCCCGCTTCATCACCGTTCTTCGTCGCTCGCCCGACGAGGAAACGGCCCGCGCCCTGGTTAGTGACCTTCGGCGTGAATTCCACGACGCCCGACACCACTGCTCAGCCTTCGTCATAGGTCCTGATCGGATGATTCAACGGTCCAGCGACGACGGCGAACCGTCGGGCACGGCAGGCATTCCCATGCTGGAGGCCCTGATCAAACGCGAGACCGCGCCGGGGGCGACGGACCTCAGCGACGTCAGTGCCGTCGTCGTGCGCTATTTCGGCGGGATCCTCCTGGGAGCGGGCGGCCTGGTCCGGGCGTACTCCGAATCTGTGTCTGCTGCCTTGGATCTCGCTCCGTTGGTCCAGCGGCGAAGGCTGCGCCTGTGCGCTATCGACGTCCCGCATGCCGAGGCCGGGCGTTTGGAGAACGAACTTCGCAGCGCCGGGTATGTTATGGCGGAAACCGGATACGAACCCCGGCACACCGTACTTCGGGTGGCTTTGCCGGATGATGCCGCGGCCATCTCGGCGGCCCACTCACGGCTGGCTTCGCTGACGGCGGGCAACTTGGAGTTAAGGACGCAGGGTACCGAATGGGTTGACGTCCCGAACTGA MENEDDSRATTYTTLAVGSDFRHELEIRRSRFITVLRRSPDEETARALVSDLRREFHDARHHCSAFVIGPDRMIQRSSDDGEPSGTAGIPMLEALIKRETAPGATDLSDVSAVVVRYFGGILLGAGGLVRAYSESVSAALDLAPLVQRRRLRLCAIDVPHAEAGRLENELRSAGYVMAETGYEPRHTVLRVALPDDAAAISAAHSRLASLTAGNLELRTQGTEWVDVPN NA NA NA NA NA D3-18_02284 1476 rpsA COG0539 30S ribosomal protein S1 ATGACCATCACCTCCACCGAGAAGCCCGGTACCCCCGTAGTCGCCATTAACGACATCGGTACCGCTGAGGACTTCCTCGCAGCTGTCGACGCCACCATCAAGTACTTCAACGACGGAGACCTCGTCGAAGGTACCGTCGTCAAGGTCGACCGCGACGAAGTTCTGCTCGACATCGGTTACAAGACCGAAGGTGTCATCCCTTCCCGCGAGCTTTCCATCAAGCACGATGTTGATCCCGGTGACGTCGTCGCCGTTGGCGATCAGGTCGAAGCTTTGGTTCTCACCAAGGAAGACAAAGAAGGCCGTCTGATCCTCTCCAAGAAGCGTGCTCAGTACGAGCGTGCCTGGGGCGACATCGAGAAGGTCAAGGAAGAAGACGGCGTCGTTACCGGTACCGTCATCGAGGTTGTCAAGGGTGGCCTCATCCTGGACATCGGCCTGCGCGGCTTCCTGCCCGCATCGCTCGTGGAGATGCGTCGTGTCCGCGACCTCGCTCCGTACATCGGTCAGCAGATCGAAGCCAAGATCATCGAGCTGGACAAGAACCGCAACAACGTTGTGCTGTCCCGCCGTGCCTGGCTCGAGCAGACCCAGTCCGAGGTTCGCTCCACGTTCCTCAACAAGCTGGAAAAGGGCCAGGTTCGTCCGGGCGTCGTTTCCTCCATCGTCAACTTCGGTGCATTCGTGGACCTGGGCGGCGTAGACGGCCTCGTTCACGTTTCCGAACTGTCCTGGAAGCACATCGACCACCCGTCCGAGGTTGTCGAGGTTGGCCAGGAAGTCACCGTCGAGGTCCTCGAAGTGGATCTGGACCGCGAGCGTGTCTCCCTGTCGCTCAAGGCTACGCAGGAAGATCCGTGGCAGACCTTCGCCCGCACCCACGCCCTCGGCCAGGTTGTTCCGGGTAAGGTCACCAAGCTCGTTCCGTTCGGTGCGTTCGTTCGTGTCGAAGACGGCATCGAAGGCCTCGTGCACATCTCCGAGCTGGCTGTCCGCCACGTGGAGCTCGCAGAGCAGGTTGTCTCCGTTGGCGACGAACTGTTCGTCAAGGTCATCGACATCGACCTCGAGCGTCGCCGCATCTCCCTCTCCCTCAAGCAGGCTAACGAGGGCGTTGACGCTGACAGCACCGAGTTCGATCCCGCTCTGTACGGCATGGCCGCTGAGTACGACGAAGAGGGCAACTACAAGTACCCTGAGGGCTTCGACCCCGAGTCGAACGAATGGCTCGAAGGCTACGAGACCCAGCGCGCCGCTTGGGAGCAGCAGTACGCTGACGCCCAGACCCGTTGGGAAGCCCACAAGAAGCAGGTTGCCCAGCACGCTGCTGACGACGCTGCTGCTGCAACGTCCGGTGAGAGCGATTCCGGCACCACCAGCTACTCCTCGGAGCCGGCTGCTGCCGAGTCCAACGCTGGTACCCTGGCGTCTGACGAAGCACTCGCCGCACTGCGTGAGAAGCTGACCGGCAACTAA MTITSTEKPGTPVVAINDIGTAEDFLAAVDATIKYFNDGDLVEGTVVKVDRDEVLLDIGYKTEGVIPSRELSIKHDVDPGDVVAVGDQVEALVLTKEDKEGRLILSKKRAQYERAWGDIEKVKEEDGVVTGTVIEVVKGGLILDIGLRGFLPASLVEMRRVRDLAPYIGQQIEAKIIELDKNRNNVVLSRRAWLEQTQSEVRSTFLNKLEKGQVRPGVVSSIVNFGAFVDLGGVDGLVHVSELSWKHIDHPSEVVEVGQEVTVEVLEVDLDRERVSLSLKATQEDPWQTFARTHALGQVVPGKVTKLVPFGAFVRVEDGIEGLVHISELAVRHVELAEQVVSVGDELFVKVIDIDLERRRISLSLKQANEGVDADSTEFDPALYGMAAEYDEEGNYKYPEGFDPESNEWLEGYETQRAAWEQQYADAQTRWEAHKKQVAQHAADDAAAATSGESDSGTTSYSSEPAAAESNAGTLASDEALAALREKLTGN 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 D3-18_02285 954 hypothetical protein ATGGGGGATTCCAAGCGGCGGCCATTGGCCGGCCGGCGATCAGTGCTGCTTGGAATGGCGGGCCTTGCGTCCGCTGCCCTCGTGGCGTGTGCGGCCAAGGGCGGCGCATCCGGTTCCGAGGCTTCGAGCGCAAACCCGCTTGCACCAAGAACCCTGCCCACGGGTCCGGCCATACCGCCACCTTCCATAGCCACCAGGTCCAGCGAGCAGGCCGCAGCCGCCCTCGCGCCGGTTGTTCCACCCAAGTCGATGCCTGACAAGCAACAGATCGTGGGGGAGTTCGCTGGAAGGCACCCCAAGGAATGGGGGCTGCATGTGACGGGGGTCGTGAACAATTCACGGTCGCATCACGTGGCGCTGACCTTCGACGCCTGCGGCGGCCCCGGAGGCACGGCGTGCGACCAAGCACTGCTGAACACTCTTCGCCGGCTCAACGTCCCTGCAACCCTGTTCGTCAACAGCCGATGGATCCACGCCAACCCCTCGCTTTCGGCTGAACTGGCGGTCGACCCGCTATTCGAACTCGCCAATCACGGTACCGCCCACCTCCCGCTGTCGGTGAACGGGAGGGCGGCGTATGGCATCCATGGGACCGCCACCGTTGCCGCCGCCTACGACGAACTCATGGGTAACCAAGCGATCCTGCAGGAGATCAGCGGCAAGGTCCCCCAGTTTTTCCGTCCTGGTACTGCGTTCTACGACGACGTCGCAGTTGAGGTGACTCGGAGGCTCGGCATGCTGCCGGTCAACTTCACGGTCAACGGCGACGGCGGAGCAACGTTTTCGGCGGCCACCGTTGCCGCCGAAGTGGGACGGGTAGTGCCCGGAGACATCGTCATTTCGCACTTCAACAGACCGGCCGCAGGCACTGCCAGCGGCTATGCGCGCGCCCTGCCCCAGCTACTGGACCGCGGAGTCACATTTACGCGACTGGGAGACGTCCTGTCGCCGTGA MGDSKRRPLAGRRSVLLGMAGLASAALVACAAKGGASGSEASSANPLAPRTLPTGPAIPPPSIATRSSEQAAAALAPVVPPKSMPDKQQIVGEFAGRHPKEWGLHVTGVVNNSRSHHVALTFDACGGPGGTACDQALLNTLRRLNVPATLFVNSRWIHANPSLSAELAVDPLFELANHGTAHLPLSVNGRAAYGIHGTATVAAAYDELMGNQAILQEISGKVPQFFRPGTAFYDDVAVEVTRRLGMLPVNFTVNGDGGATFSAATVAAEVGRVVPGDIVISHFNRPAAGTASGYARALPQLLDRGVTFTRLGDVLSP PGPT0012156_526 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-CHITINOLYTIC_ACTIVITIES,PGPT0012156-chitin_deacetylase-NA NA NA D3-18_02286 1314 eis N-acetyltransferase Eis GTGGCCGATCCCAATGAAAAAGTGTCCGGAAAGTACACCGTCCAACGTTTCCCAGCCGTAGCCGATCCTGACGACCCCGGCTATGGCCGCTGCACCACGTGGGTGCAGGCCGTCTCCCACGGATTCCATCAACAACGGCGCGATGATGAATACCTGGCCAAAACCCTGGCGGCCTACCAAACAGACAAGCGCGAACTGACAGGTGTCTATGTCAATGGCACCGTGCCTGTCCATTCGCTTGGCACCGACGTTCCGGTGGCAACCTACGCGACTATGCGCAAGGCCCTGAACATAGGTTTTGGCCGCCAACTTGAATCCAACCTCGTCACCGCCGTGACAGTACGCGGTACCCACCGGCGAAATGGAATTCTTCGCGGCATGATCACCGCCGACTTGGAGGCTGCCAAGGATGACGGCCTGGCCATGGCCGCCCTCACGGCGTCCGAGGCTTCCATTTATGGCCGCTTCGGTTTCGGTGTCGCCACCTTTGAACGAAGCATCAAGGTTGATACCGGCCCACGCTTCCGCCTCAGGGGCCAGCCGCTGGGCACCGTTGAAGTCGCCGATCCCGCCGTGTTGTTGGATGTAGCCCCGCAGGTCTTTGCACGTGTCCAGCGGCTCTCGCCGGGTTCCGTCGACAGGCAGGAGTACTACCGGCTGCTCGCTTCCGGTTCCATCGGCCACGACGGCAAGCCGGACACCTCCGTCCGCTGCGCCCTTCACTATGACCCGTCCGGGTCACTGGACGGTTACGTTTCCTACCGTTTCAAAGGCTGGGACCACAAGCCGTACACCATGGAAATCGTGGACCTCGTCGCGGCAAGCAACGCGGCTTACCTGGACCTGTGGCGCTTTCTGGGCAGCATCGACCTCATCGACGAAGTGACGTGGGCAGAAGCGCCCGTGGACGACCCCCTGGCATGGGCCTTGGAGGATCCGCGGTGCATTGAGGCCTCTGAGATCCGCGACATGCTGTGGCTCAGGATCCTCGATACTCCTGCGGCCCTGCGCGCCCGCAGCTTCCCGGTTGCCGGCAGACTGGTCCTGGAGGTATCGGATTCTTTGGGTCTGGCGGGCGGCACCTGGGTTCTGGAGTCCGACGGCGGTGCTGCCGCCGTCGTGAATGAAGCGTCCGGAGAGGCGCCGGACCTCACCCTGGACGTCACAGACCTGGCATCCATCTACCTTGGGGCCGTGTCACCGGTAACAATGGCCGCTGCCGGCCGTATCAGCGAGAAAACAGCGGGAGCTGCCTTCCTGGCCCAGCAATTGTTTGCTGTCGAACGGTCCGCCCACTGCCTGACGCATTTCTAA MADPNEKVSGKYTVQRFPAVADPDDPGYGRCTTWVQAVSHGFHQQRRDDEYLAKTLAAYQTDKRELTGVYVNGTVPVHSLGTDVPVATYATMRKALNIGFGRQLESNLVTAVTVRGTHRRNGILRGMITADLEAAKDDGLAMAALTASEASIYGRFGFGVATFERSIKVDTGPRFRLRGQPLGTVEVADPAVLLDVAPQVFARVQRLSPGSVDRQEYYRLLASGSIGHDGKPDTSVRCALHYDPSGSLDGYVSYRFKGWDHKPYTMEIVDLVAASNAAYLDLWRFLGSIDLIDEVTWAEAPVDDPLAWALEDPRCIEASEIRDMLWLRILDTPAALRARSFPVAGRLVLEVSDSLGLAGGTWVLESDGGAAAVVNEASGEAPDLTLDVTDLASIYLGAVSPVTMAAAGRISEKTAGAAFLAQQLFAVERSAHCLTHF NA NA NA NA NA D3-18_02287 2667 polA COG0258 DNA polymerase I TTGCTGGTCCTGGACGGCCACTCCATGGCCTTCCGGGCTTTCTATGCCCTTCCTGCGGAGAACTTCTCCACGGCCAGGGGGCAATACACCAACGCCGTGCATGGGTTCACGTCCATGCTGATCAACTTGATCAAGGACCAGAAGCCCACCCACGTCGCTGTGGCCTTCGATGTCTCTGACGACACGACGTTCCGCAAGGCGGAGTACAGCGAATACAAGGGTGGTCGCAACGCCACCCCAGCGGAGTTTGCCGGCCAGATCGGCCTCATAGCCAAGGTCATGGAAGCCTGGGGCATCAGGACCATTGCCATGCCCGGATATGAAGCCGACGACGTCCTGGCCACGCTGGCGGCTCAAGGTGATGCTGCCGGCTTCGAGGTCCTCCTTGTGTCGGGGGACAGGGACTCGTTCCAGCTGATCAATGACAACGTTTTTGTGCTGTACCCCAAGCAGGGCGTGAGCAATATTCCCAAGCTGGACGCCGCGGCCATCGAAGAGAAGTATTTCGTCAAACCCAGCCTGTACTCGGACCTCGCTGCCCTGGTGGGCGAATCCGCGGACAACCTTCCCGGCGTTCCGGGCGTCGGGCCCAAAACGGCTGCCAAGTGGATCAACCTTTATGGCGGACTGGAAGGCATCCTCGAAAACCTCGACGCCATCGGCGGCAAGGTTGGCGGGGCCCTCAAGGAGAACCTTGAGAACGTCAAGCGCAACCGCAGGCTGAACCAGTTGCTGACCGATCTCGAGTTGCCCATCACGTTGGAGGACCTGCACGAGCCGCGTCCGGATCGGCAAGCCATCGAGGAATTGTTCGAGGAACTGGAGTTCCGGACGCTCCGGACCCGCCTCTTTGATCTTTATGGTGACGACACCGCCGGAGCTGCCCCGGACACCATCGAAGCTCCCGAGTATTCCGTTCTCAACGACGCCGCAGGACTTGAGTCGTTCTTCACAGCGGGATCCGGCGTGCGTTCGTCACTCGCGGTGCAGTTGGTGCCCGGACGCATAGGTGACGACGCGAGTGCCCTGGCTGTTGTCAGGAACAACGGAGCTGCCTATATCGAACTGACAGGACTCGACGCCGCCGCTGAGGCGGTCCTGGCACGCTGGCTCAAGGACCCCGAGGAAGCCAAAGTCCTGCATGAGTTCAAGTCGGCGCTCAAGGCCCTGTATAACCGCGGCCTCGGCTTGGAAGGGGTGGTGGATGACACCTCCATTTCCGGCTACCTGATCCAGCCGGACCGCCGCAGCTACGACCTCGCCGAGCTCGCCCAGGTCCACTTGAAGATCTCACTGGCCACGGCCGCTGCCCAGTCCGGCCAGCTGGAGCTTGACCTTTCGGGCGAAACAGATCAAGCTGCCGCAGCAGCCCTCGTCCAGCATGCCGCCGTCGTACATGCCCTCAGCAAGCACTTCGAAAAGGAGCTTGCAGAGCGCAAGGCCGATGCCCTTCTGACCACGCTTGAGCTCCCGGTGGCGCGTGTGCTGGCGCAGATGGAACTGACCGGCATCTTTGTGTCCACAGACCGTATGGACGAGCAACTCGCGGACCTCACCAAGGTGATCCAAAATGCCCAGGAGCAAGCTTTTGCGGCGATCGGCCACGAGGTCAATCTTGGTTCACCCAAGCAGCTCCAAACGGTCCTTTTCGAGGAGCTCGGCCTCCCCAAAACCAAGAAGATCAAGTCCGGTTACACCACGGATGCCGCGTCGCTTAAGGGGCTGCTGGAGAAAACGGGCCACGAATTCCTGGTTCAACTCATGGCGCACCGGGAGTCCTCCAAGCTTGCCCAGATGGTGGAGACGCTCAAGAAGTCCGTGGCGGACGACGCACGCATCCACACCACGTACGCCCAGAACATCGCAGCCACGGGCCGCATTTCCTCCAACAACCCCAACTTGCAGAACATCCCGGTCCGCAGCGAGGAGGGGCGCCGTGTCCGCGGCATCTTCGTCGTCAGCGAAGGCTACGAGTGCCTGTTGTCGGCCGACTACTCGCAGATCGAAATGCGCATCATGGCTCACCTTTCGGGCGATGAAGCGCTGATCCAGGCATACCGTGACGGCGAGGACCTGCACCGCTTCGTCGGATCCCGGATCTTCAACGTGGCGCCGGCCGAAGTCACCAGTGCCATGCGCTCCAAGGTGAAGGCGATGTCCTATGGCCTGGCGTACGGCCTCACGTCCTTCGGCTTGTCCAAGCAGTTGGAAATCTCCGTGGACGAGGCACGAACGCTCATGAAGGACTACTTCGACCGCTTCGGCGGGGTGCGTGACTACCTGCGTGGAGTAGTGGATCAGGCCAGGACGGATGGTTACACCGCCACGATCGAGGGTCGTCGCCGCTACCTGCCGGACCTGACCAGCACGAACAGGCAGGCTCGCGAGGCAGCCGAGCGCATCGCACTGAACTCGCCCATTCAGGGTTCAGCGGCGGACCTCATCAAGCGCGCCATGCTCGGTGTCTCGGCGGAGCTCGCCAGCCAGGGCCTCAAGTCGCGCATGCTGCTGCAGGTCCACGACGAACTTGTCCTGGAAGTGGCCCCGGGAGAACGCGAAGCCGTGGAGAAGTTGGTCATCGATCAGATGGGTTCGGCGGCTGATTTGTCCGTCCCGCTCGATGTCCAGATTGGCGTTGGTTCGAGCTGGTACGAGGCCGGGCACTAG MLVLDGHSMAFRAFYALPAENFSTARGQYTNAVHGFTSMLINLIKDQKPTHVAVAFDVSDDTTFRKAEYSEYKGGRNATPAEFAGQIGLIAKVMEAWGIRTIAMPGYEADDVLATLAAQGDAAGFEVLLVSGDRDSFQLINDNVFVLYPKQGVSNIPKLDAAAIEEKYFVKPSLYSDLAALVGESADNLPGVPGVGPKTAAKWINLYGGLEGILENLDAIGGKVGGALKENLENVKRNRRLNQLLTDLELPITLEDLHEPRPDRQAIEELFEELEFRTLRTRLFDLYGDDTAGAAPDTIEAPEYSVLNDAAGLESFFTAGSGVRSSLAVQLVPGRIGDDASALAVVRNNGAAYIELTGLDAAAEAVLARWLKDPEEAKVLHEFKSALKALYNRGLGLEGVVDDTSISGYLIQPDRRSYDLAELAQVHLKISLATAAAQSGQLELDLSGETDQAAAAALVQHAAVVHALSKHFEKELAERKADALLTTLELPVARVLAQMELTGIFVSTDRMDEQLADLTKVIQNAQEQAFAAIGHEVNLGSPKQLQTVLFEELGLPKTKKIKSGYTTDAASLKGLLEKTGHEFLVQLMAHRESSKLAQMVETLKKSVADDARIHTTYAQNIAATGRISSNNPNLQNIPVRSEEGRRVRGIFVVSEGYECLLSADYSQIEMRIMAHLSGDEALIQAYRDGEDLHRFVGSRIFNVAPAEVTSAMRSKVKAMSYGLAYGLTSFGLSKQLEISVDEARTLMKDYFDRFGGVRDYLRGVVDQARTDGYTATIEGRRRYLPDLTSTNRQAREAAERIALNSPIQGSAADLIKRAMLGVSAELASQGLKSRMLLQVHDELVLEVAPGEREAVEKLVIDQMGSAADLSVPLDVQIGVGSSWYEAGH NA NA NA NA NA D3-18_02288 582 entH Proofreading thioesterase EntH GTGGCGCTGGTGGATGCTGTGGCAGAGGGGGTGGGTGCTGTAGCGATGGCAGCAGCTTGGGCCGTTGGAACCTGGTCCGGTTTGGTTGTTTCACTCACAGGTGCCAGCCTAGTTGGCATGATGGACAATTTCACGCCGAACCGGTTTGTCGACGAGCTCAATGACGCAGGTGTTCCCGAAGAGTTCCACGATTGGCTCTCAGCGCATGGCGTTGGCGCGCTGGTGGTTAAACTGGGCATCCGGTTTACGGAAATGAGCGCCGAGCGAATAGTGGCCACCATGCCGGTGGAAGGAAACACACAGGTGGCGGGCATCCTCCACGGCGGCGCGCATGTTGTCCTGGCTGAGACTTTGGGATCGTTCGCCGCATCCCTCCACGCCGGGAAGGGTCGCCATGCGGTGGGCATCGAGGTGGGGGCAACCCACCACCGCTCCGTTGCCGGCGGCATGGTGACAGGCACGTGCACTGCCATTCATCTTGGCGGGACCTTGGCCACCCACGAGATCGTCATCACCGATGACAAAGGGCGCAGGCTTTCAACTGCCCGGATCACCAACATGATCCGCGACAACCGTCACTGA MALVDAVAEGVGAVAMAAAWAVGTWSGLVVSLTGASLVGMMDNFTPNRFVDELNDAGVPEEFHDWLSAHGVGALVVKLGIRFTEMSAERIVATMPVEGNTQVAGILHGGAHVVLAETLGSFAASLHAGKGRHAVGIEVGATHHRSVAGGMVTGTCTAIHLGGTLATHEIVITDDKGRRLSTARITNMIRDNRH PGPT0001845_411 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0001845-menI|ydiI|ydiL|ydiI|ybdB-K19222 NA NA D3-18_02289 540 yyaP_2 COG0262 putative protein YyaP ATGTCGATTTTCCAGTACTACGTAGCTTCAACCATTGACGGCTTCATCGCTTCGCCGGACGACGACCTTGGCTGGCTCCTGCAGTTCGACCAGGTTGATGGCGTGAACGAGAGCATCGAGTCCTTCATGTCGGGTGTCGGCTGTATCGCCATGGGAGGCGATACCTATCGCTGGCTCATGGAACACGAACCCGGCAAATGGCCGTATCCGGACACGCCCTGCTGGGTGTTCACGCACCACGAATACTCCGCTCCGGCCGGTTCGGATATCACCTTTGTCCGGGGTGATGTCCGGGAGTTCGCCCCGGACCTGCTCAAGGACGCCGGGGACAAGAACGTCTGGCTGGTGGGCGGAGGCGACCTCGTGGCCCAATTCGCCAATGCCGGCCTGCTTCACGAGATGATCGTCACCATCATTCCGGTGGTGCTGGGTGCAGGAAAGCGGTTGTTGCCGCTCAACGGCCCGACGGCGCCACTTGAGTTGGTTTCGTCCAAAATCCTGGGTGGGGCCGCCGCAGAACTGCACTACCGATTGCCGTGA MSIFQYYVASTIDGFIASPDDDLGWLLQFDQVDGVNESIESFMSGVGCIAMGGDTYRWLMEHEPGKWPYPDTPCWVFTHHEYSAPAGSDITFVRGDVREFAPDLLKDAGDKNVWLVGGGDLVAQFANAGLLHEMIVTIIPVVLGAGKRLLPLNGPTAPLELVSSKILGGAAAELHYRLP NA NA NA NA NA D3-18_02290 756 hypothetical protein GTGGTGAGTTGGGTGCCGACCGGACCGATCGGGCCAAATGATCCAGCACCGGGGCAGCGATACCTCCTGCTCCAGCAATTCCAGTGCGACGCCTTGGCCCAAAGTGTGGCAGGCGCACCGGACGCGGCTGTCTGGCGGGCGGGTGCCGCCGTCTGCCGCGCCCTTCAGACCGGCAGCCAAGACGACTGGCAGCGGGCGTCCGCCGCCGTCGCCACCACCCCACGGATCCCGCAACGGCAGTGCCTTGAGTTCAGGGTTGCCGCCACCTCAGCATCTGTGGTGGCGCAGTACCGCAGCAATCCCGGCGGCATCTTCAAAGCGGAGCCGTCGCCCGGAGAAGCCTGCCCCCGGCAATTGCTCGGGCTGACCGTGGTGGACGAGGACTTGCGCCCCGTCACCGGGTTGACCCGGGCCTCAGGTCCGGGAACAGGTGGCACCATTGTCCGTTTGGACGGTTACTACGTGCGGGTGGGAGAGGTCCTGTTTGACGATGTCCCCATAGTCCCGGACATCGTGGCCGGGGGAGGGGACTATCAGACGTTGTACTTGCGAATGCCGCCGGCCGACGGCAGGGACGCCATCCGGATCTCGATCAGGGACACGGTGGAAGTCGCCGGAACGGTGACCTTCTTCTATGACAGTTCCGCGGTTCCCGGCAGCACCCCGCGTCCGCCGAATAGCGCAGCTAAACCACCGGATTCCACGCCACCTGATGAAGCATCCGCAATCAAGCCGAACAAAAAATCTGCCAAGTAG MVSWVPTGPIGPNDPAPGQRYLLLQQFQCDALAQSVAGAPDAAVWRAGAAVCRALQTGSQDDWQRASAAVATTPRIPQRQCLEFRVAATSASVVAQYRSNPGGIFKAEPSPGEACPRQLLGLTVVDEDLRPVTGLTRASGPGTGGTIVRLDGYYVRVGEVLFDDVPIVPDIVAGGGDYQTLYLRMPPADGRDAIRISIRDTVEVAGTVTFFYDSSAVPGSTPRPPNSAAKPPDSTPPDEASAIKPNKKSAK NA NA NA NA NA D3-18_02291 222 hypothetical protein ATGAAATGGTTGGAATTGCTGCAGGTGGCCGGAGTCACCCTCGTGGCCGCCGTTACTTTGGTGGTGCTCTATTCGTTGGGTGTACGCCTCACGGCCATCGCCGGTGACGCCAGGCAGAAATCGCCCGCTTTGGTGCGTTCGCTTGCGTTTGTTTGCTTTGGTTTCTGCGCACTGGCCGTCCTGTTCGGCATCTACTTGATCGTGCCCTACTTCGCAAAGTAG MKWLELLQVAGVTLVAAVTLVVLYSLGVRLTAIAGDARQKSPALVRSLAFVCFGFCALAVLFGIYLIVPYFAK NA NA NA NA NA D3-18_02292 1191 hypothetical protein ATGGTCGCGCTGGTAATAGCGTTGGCCCTATTCTTTGACTTCACCAACGGGTTTCACGACACTGCCAATGCGATGGCTACGCCTATCGCTACGGGGGCGATCAAGCCCAAGACGGCCGTCGCCCTGGCCGCAGTGCTCAACCTCGTAGGCGCGTTCCTCTCCACGGAAGTGGCCAAGACCATTTCCGGTGGACTGATCCGGGAAGGGTCCGACGGTATTCACATCACCCCGGACATTATCTTTGCCGGTCTCATGGGGGCTGTGCTCTGGAACATGATTACCTGGCTCAAGGGCCTGCCATCGAGTTCCTCGCATGCCCTGTTCGGCGGCCTTATCGGCGCAGCAGTTGTGGGCATTGGCTTCCATTCCATCAACTTTGAGACTGTGCTTCAGAAGGTGATCCTGCCCGCCATCTTCGCGCCACTCATCGCAGGCCTTGTGGCCTACATCTGTACCCGCCTCGCGTATGCCTTGACTTCGCGACATGACCCGGAAACCGGTGACAAGCTCACGCAGAAACGTGGCGGCTTCCGCACTGGACAGATTTTCACTTCAAGCCTGGTGGCCCTCGCACACGGTACCAACGACGCCCAGAAGACCATGGGCATCATCACTTTGGTCCTTATCGCAGGAGGCACGCAGGCACCGGGCAGCGGTCCGCAGTTCTGGGTCATTGCTGCCTGCGCCTTTGCCATCGCGATCGGTACCTACGCTGGCGGCTGGCGCATCATCCGCACCATGGGCTCGGGCCTCACCGAAGTAAAGCCGGCTCAGGGCTTCTCCGCTGAAACCAGCACCGCCTCGGCCATCCTGGCCTCATCCCACCTGGGCTTTGCCCTCTCCACTACACAGGTTGCCTCGGGCTCGGTCATCGGCTCAGGCCTCGGACGCAAGGGCACATCTGTCCGTTGGGGCACCGCAGGAAAGATCGCCCTCGGATGGTTGTTCACCCTCCCCGCCTCGGCCATCGTCGGCGCGCTCACAGCCCTCCTGGTGAGCATCGGCGTCGTTGGCGTGGTCATTGCCGCAGTGGTGGGAACGGCCGCTGTCCTGTTCATGTTCGTGGTATCACGTAGGTCGCACGTCGGCCACCACAACGCCGTCGAGGTTGAAGAGGCCGGCCACGCCGTGCGGTTCCGTAAGAAGAAGAAGTCCCGAAAGACCACCACCAGCGAGGATGTGCAGCGATGA MVALVIALALFFDFTNGFHDTANAMATPIATGAIKPKTAVALAAVLNLVGAFLSTEVAKTISGGLIREGSDGIHITPDIIFAGLMGAVLWNMITWLKGLPSSSSHALFGGLIGAAVVGIGFHSINFETVLQKVILPAIFAPLIAGLVAYICTRLAYALTSRHDPETGDKLTQKRGGFRTGQIFTSSLVALAHGTNDAQKTMGIITLVLIAGGTQAPGSGPQFWVIAACAFAIAIGTYAGGWRIIRTMGSGLTEVKPAQGFSAETSTASAILASSHLGFALSTTQVASGSVIGSGLGRKGTSVRWGTAGKIALGWLFTLPASAIVGALTALLVSIGVVGVVIAAVVGTAAVLFMFVVSRRSHVGHHNAVEVEEAGHAVRFRKKKKSRKTTTSEDVQR PGPT0002655_1916 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPHATE_TRANSPORT,PGPT0002655-TC_PIT-K03306 NA NA D3-18_02293 519 hypothetical protein ATGAACTCCAGGCAAGGCGCCATAGTGCCGGTTTCCGTTTATCTGGATGTCGACGGTGTAGTGAACCCCTTCAGCCCCACGGGAACCACTGACTGGGGTGGCGAATGGACCATCGCAGATGCAGGAATACTCGATGTCGCGTATGCGCCGGAAGTTGTTGCCGAACTCAACGACTTGGCGGAGCATCCAGCTGCGCGTTTCGTCTGGCTTACTACTTGGGAACGCCTGGCCCCCGAGTTTTTGTGCCCTGCCATCGGCTTGAAGGGGCATGACTGGCCAGTGCTGACCAGCCAAGGGTGGGACGAGGGCGCCGAATGGTGGAAGCTGACGGCCCTCCAAAAGGATCTCGTCACTGCCGGCAGCGAGCGGATCATTTGGCTTGACGACCAACTCAGCCAGGAGTCCGATGCCCGTTCCTGGGCCGAATACAGGCAGGATCGTGTGCTCTGCATCTCACCGGATCCCCGGAAGGGTCTGTCCCGCAGCGACCTCGCGGCCGTACGGGCGTATTTGGACTGA MNSRQGAIVPVSVYLDVDGVVNPFSPTGTTDWGGEWTIADAGILDVAYAPEVVAELNDLAEHPAARFVWLTTWERLAPEFLCPAIGLKGHDWPVLTSQGWDEGAEWWKLTALQKDLVTAGSERIIWLDDQLSQESDARSWAEYRQDRVLCISPDPRKGLSRSDLAAVRAYLD NA NA NA NA NA D3-18_02294 870 kynA COG3483 Tryptophan 2,3-dioxygenase ATGGAAAAGCCCACAGTCCATTCCGCCCAAAGCGTCCGAGATATCGAGGACACTGTCCGTACGGATTTCCGGCATGCAATGTCGTACGGCGGATATCTGGACCTTGACCGCCTGCTCAGCTCCCAGCACCCCCTTAGCGAGCCCGAACATCACGACGAGCTGCTGTTTATCATCCAGCACCAGACCAGCGAGCTCTGGCTGAAGCTGGTCCTCCACGAATTGCTGGAAGCCCGGCGGCTTTTCGACGCCGACAACCTCGGCAAGGCACTCAAGTGCATCGCCAGGGTCAAGGCCATCCAGCGCACCATGACTGAGCAATGGTCCGTGCTTGGAACGCTCACACCCCGTGAGTACGCCCAGTTCCGCGGATTCCTGGGGAGCTCGTCCGGGTTCCAGTCCTACCAATACCGTGGCGTCGAATTCCTGCTCGGGAATAAGAACCGCGGCATGCTGCGCGTCTTCGAAAGTGAACCCGAGGCTCACACATTGCTCGGAAAGCTCCTTGAGGAACCCACGCTGTATGACGCCTTCCTCAGGGTCCTCGCGCGCGCCGGATACGACATCCCGGCCGACATTCTTGACCGGGACACGAGCGAGCCGTGGACGTTCCGCAAAGATCTGGTCCCCATCTTCCAGAAGATCTACGAATCGGACGAAACCCCATGGGGCCTCTACGAAGCCTGCGAGGACCTGGTGGACATTGAGGACAACTTCCAAGCTTGGCGCTTCCGCCACCTTCGGACGGTCCAACGCACCATCGGCTTCAAGGTAGGCACCGGCGGATCCTCAGGCGTGGACTTCCTTAAGCGCGCCTTGGACCTCACGTTCTTCCCCGAGCTGTACGCCGTCCGCACCGAAATCGGCAACTAG MEKPTVHSAQSVRDIEDTVRTDFRHAMSYGGYLDLDRLLSSQHPLSEPEHHDELLFIIQHQTSELWLKLVLHELLEARRLFDADNLGKALKCIARVKAIQRTMTEQWSVLGTLTPREYAQFRGFLGSSSGFQSYQYRGVEFLLGNKNRGMLRVFESEPEAHTLLGKLLEEPTLYDAFLRVLARAGYDIPADILDRDTSEPWTFRKDLVPIFQKIYESDETPWGLYEACEDLVDIEDNFQAWRFRHLRTVQRTIGFKVGTGGSSGVDFLKRALDLTFFPELYAVRTEIGN PGPT0020505_843 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TRYPTOPHANE_DEGRADATION,PGPT0020505-kynA-K00453 NA NA D3-18_02295 1239 kynU Kynureninase ATGACCACAGCACAGCAGACCCAAAATCCGACGTCGGCCGAGCTGGACGCCGCTGATCCCCTCGCCGCCCAGCGTGATGCTTTTTACGCGCCCGACGCCGATCAGCTCGTCTCATATCTGGACGGCAACTCGCTTGGGCGCCCGTTGAAGGTCACCTCCACGAATCTGGCTTCTTTCGTTCAGGACGCCTGGGGCAGCCGCCTCATCCGCGGGTGGGATGAGCAATGGATGGACGAGCCCACCGTAGTGGGCGACCGCATCGGCGAAGTGGCCTTGGGTGCCGCTCCCGGGCAGACCACAGTGGGTGACTCCACCTCGGTGATGCTCTACAAGATGATCCGTGCTGCGGTCGACGCGCAGCCAGGCCGCGACGAAATCATCATCGATCGCGACAACTTCCCAACAGACCGGTTCATTATTGAGGGCATCGCCAAGGAGCGCGGGGCGAGCATCAAATGGATCGCCGCGAACCCTGCCAGTGGTGTGCGGGCGGAGGATCTGGACGGGCTGCTGGGCGAGCGGACCGCCGTGGTTGTCCTTAGCCATGTGGCCTACCGCTCCGGATTCCTGGCCGATGCCAAGGGAATCACCGCCAAGGTGCACCAAGCCGGTGCCCTCATGCTGTGGGACCTGTGCCACTCCGTTGGCTCCGTGCCTCTGAACCTGGACGAATGGGGCGTTGACCTTGCCGTCGGATGCACCTACAAGTACCTCAACGGCGGGCCAGGCTCACCGGCCTTCGCTTACGTCAATGCGTCACAGCAGGACCGTTTGCAGCAGCCCATCTGGGGTTGGATGGGTGCGGATAACCCGTTCGGGATGACGGAGTCGTACAAGCCCGCGCCGGGCATGCGCAGGTTCATCACGGGAACGCCTCCGGTGTTGGCCATGCAGCCCCTCAAGGACATGGTGGAATTGATCGCCGCGGTGGGAATGGATGCCGTCCGTGAAAAGTCGATCAAGCTGACCGAGTACGCGATCGCGCTTTCCGAGGAGCTCCTGGTACCGCTTGGCGCGGAGATTGTGAGTCCCCGCAATCCCGCCGAACGTGGTTCGCACATCACGGTGGACCACCCGCTCTTCGCCGATGTCACCGCCAAGCTGTGGGAAAAGGGTGTCATCCCTGACTTCCGCCCCCCTCACGGCCTGCGCATTGGACTGTCACCGTTGAGCACAAGCTACGCCGAGGTTGAGCTGGGAGTCGCAGCCATCCGCGACGTCCTCTCGGACCTTCTGTGA MTTAQQTQNPTSAELDAADPLAAQRDAFYAPDADQLVSYLDGNSLGRPLKVTSTNLASFVQDAWGSRLIRGWDEQWMDEPTVVGDRIGEVALGAAPGQTTVGDSTSVMLYKMIRAAVDAQPGRDEIIIDRDNFPTDRFIIEGIAKERGASIKWIAANPASGVRAEDLDGLLGERTAVVVLSHVAYRSGFLADAKGITAKVHQAGALMLWDLCHSVGSVPLNLDEWGVDLAVGCTYKYLNGGPGSPAFAYVNASQQDRLQQPIWGWMGADNPFGMTESYKPAPGMRRFITGTPPVLAMQPLKDMVELIAAVGMDAVREKSIKLTEYAIALSEELLVPLGAEIVSPRNPAERGSHITVDHPLFADVTAKLWEKGVIPDFRPPHGLRIGLSPLSTSYAEVELGVAAIRDVLSDLL NA NA NA NA NA D3-18_02296 885 paaX_2 COG3327 Transcriptional repressor PaaX ATGAGTGCCGTCCTTGACGACATGGACTCCCGCCCCGGGAGTACAACGTCGCTTCTGCGCACCGTCATCGGCCTGTATCTGCGTGATGCCGGCGGCTGGATGGCTGCCAGGGACATAGTGACGCTCATGGAAGCCCTGGGCACGTCCGGGACAGTAACCCGGACGGCTCTGGGCCGTCTTCGCAAGAAGGACGTGGTGTTGCAGGAGACCCGTGATGGTGTCCCCGGGTTCACCCTCACCGAGGGCGCGGCAAGCATGTTGGCCCGCGGGGATCGTCGGATCTACAACCCGCGCAGCATGTCACCGTCGGATCCCTGGTGCTTGATCTCCTTCTCCATACCCGAGACGGAACGCGAGAAGCGGCATCAGCTACGGCGCAGGCTCCACTGGATCGGCTGCGGTACGGTTGCCGCCGGACTATGGATTTGCCCTGATTCGCTTCGGGTGGAAGTGGAGGAAATTCTTTCCGACCTTGATCTCCGTGCCATGGCCACAATCTTCGTCACGGCTACACCACTGGTGGGTGGCAGCCTTCAGGATGCTGCGGCCAAATGGTGGGACCTGGAGGCAGTCGCCGAGCTGCATAGGGACTTTATTCGTCAACATGGCAGCGGCAACGGGACTGGCAATGGCGAGCTTCGGCGGCATGCCGGTCAAGCCATGGAGCCCTCCCCTGAGGCGTTTGCTACCTATGTCCAGTGCATCGACCGATGGCGGATCATCCCCTACCTTGATCCCGGCCTGCCATCAGCCTTCCTGCCTGCGGACTGGCCCGGGGCGGAGGGCATTGCCCTCTTCAGCCGGATCGTCGCTGCCTCTGCGGAACCGAGTGCGGAGTTTGTGCGCAACACGCTGCGGGAAACTGCCGGGGCTACGGTTTCCTGA MSAVLDDMDSRPGSTTSLLRTVIGLYLRDAGGWMAARDIVTLMEALGTSGTVTRTALGRLRKKDVVLQETRDGVPGFTLTEGAASMLARGDRRIYNPRSMSPSDPWCLISFSIPETEREKRHQLRRRLHWIGCGTVAAGLWICPDSLRVEVEEILSDLDLRAMATIFVTATPLVGGSLQDAAAKWWDLEAVAELHRDFIRQHGSGNGTGNGELRRHAGQAMEPSPEAFATYVQCIDRWRIIPYLDPGLPSAFLPADWPGAEGIALFSRIVAASAEPSAEFVRNTLRETAGATVS PGPT0006090_120 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_PHENYLACETATE_DEGRADATION,PGPT0006090-paaX-K02616 NA NA D3-18_02297 723 dasR_2 COG2188 HTH-type transcriptional repressor DasR ATGTCCAGCGAAGTAGAGCACGCAACGCCCAAATACTACCTCCTGAAAACCGAGGTACTCGGGCTGATAGCCGGACTCCAACCGGGCACACTGATTCCCACCGAGCGTGCCCTCGCCGAAAAATATACGACCTCCCGGACCACCGTCAGGCAGGCCATCAGCGAGCTTGTGGCTGAGGGAAAGCTGGGGCGCATCCAAGGCCACGGCACGTTCGTGGCGCCACCAAAGGTGACGCACGTCCGGCAGCTGACCTCCTTTTCGGATGACGCCCGGACCCAGGGCCTGCGGCCGGATTCCAGGGTGATTGCCCTCAGTGTCCTTCGTTCTGATGCGGAGGTCGCCGCCCATCTGGGGATTGACCAAGGTGAGTCTGTGACCCGGCTGGAGCGCATCCGATTGATTGAGGGGGAGCCGTTGGCGCATGAAATCGCCTGGCTTCCCGGGAAGCTGCCGCGATTCAAGTCAAACCTGGCCAAGACCGGCTCGCTGTATTCCGTTCTAGCGGATGTCTACGGGGTCAAGGTGGCCGACGTTGAGGACACGGTGGAGACAGCCCTCGCCGGGCCAGCGGATGTCAGGCTGCTGGGAATCGAAATGGGAGCACCATTGCTGGTGGTCCACCGTTTGGCCCGGGATGCGGCCGGCGCGCCGGTGGAGTGGACCCGCAGCGCATTTCGCGGCGACAGGTTCCGGTTCGTGTCGCGTGTGAAGTCAGGGAGCTAA MSSEVEHATPKYYLLKTEVLGLIAGLQPGTLIPTERALAEKYTTSRTTVRQAISELVAEGKLGRIQGHGTFVAPPKVTHVRQLTSFSDDARTQGLRPDSRVIALSVLRSDAEVAAHLGIDQGESVTRLERIRLIEGEPLAHEIAWLPGKLPRFKSNLAKTGSLYSVLADVYGVKVADVEDTVETALAGPADVRLLGIEMGAPLLVVHRLARDAAGAPVEWTRSAFRGDRFRFVSRVKSGS NA NA NA NA NA D3-18_02298 939 murK_2 COG2971 N-acetylmuramic acid/N-acetylglucosamine kinase GTGGAACACCACCGAGTCGGCGGCGGTCCTGTGAGTCCCGCTGTTCTTGGCCTCCACATAGGCGGTTCCAAGACGCACGCTGTCAGGTCCGATACGGTACAAGGCGACGTTGACTCCCAGGCCGGCTCCGGTGTCGAAATCACCGAGGCCAGCGCCAATCTGTCCTCCGTTGGGCATCAAGGAGCCGATGCCGTGCTGCGCCGGATCGCCGCAAGCGTGGGCGGCGGAATCGAAGCCGTATGTGCCGGAGCAGCCGGAGCAGACACTCCGGCCAGTCGTGCAGTCCTCTCCGCCCTGCTCACGGAGCGTTTCCCCGGCGCCAAAATCGACGTCGTGCACGACACCCGAATTGTGCTGGCGGCAGCAGGCCTCGACGCCGGAGCAGTGGTGGTTGCGGGGACCGGGTCTGTGGCGTGGGGCCGAAACCGTGACGGACGGGAAGCGCGTAGCGGAGGTTACGGGTACCTGCTGGGCGACGAAGGCGGCGGCTACTCGGTGGTGCGCGACGCCGTCCGGGAGGCGCTCCGCGAGTACTACGCGGGGCTGGAACCCGGCACCCTGGTCAGAGCACTCATGGCGGCTACGGCCAGCGTGGATGCCTTGCAGCTCATGGACTCCTTCTACGCCAAGCCCGAACCTGATTATTGGGCCGGCTTGGCCCCGCTTGTCCTGGACCTGGCAGCGGAGGGCGATCCCGCGGCGTTGCGTATCCAAGCGGAGGCCGCGCACGCGCTGGCTACGCTTGCCCGACAAGTCATGGGCGAGCTCGGATTGGACCTGCCGTTGGTCATGGCCGGCGCCCTGTTAGTGAATCAGAGCCAGCTCGCCGCGGCCGTGGCGCGCAAGATGTCCTTGGAAGATCCGTCCTTGATCCGGATCCTTGCACAGCCCCCGGTCCATGGTGCTGTGGAATTGGCCCGTCAGTTGATCCAGGTATGA MEHHRVGGGPVSPAVLGLHIGGSKTHAVRSDTVQGDVDSQAGSGVEITEASANLSSVGHQGADAVLRRIAASVGGGIEAVCAGAAGADTPASRAVLSALLTERFPGAKIDVVHDTRIVLAAAGLDAGAVVVAGTGSVAWGRNRDGREARSGGYGYLLGDEGGGYSVVRDAVREALREYYAGLEPGTLVRALMAATASVDALQLMDSFYAKPEPDYWAGLAPLVLDLAAEGDPAALRIQAEAAHALATLARQVMGELGLDLPLVMAGALLVNQSQLAAAVARKMSLEDPSLIRILAQPPVHGAVELARQLIQV PGPT0018875_427 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 D3-18_02299 1140 hypothetical protein TTGGCGCGGACCAGGCAGCGGTGGCTGCCGGCTCTGTTGATTCCTCTTGCCTTGGCGATTGCAGTACTGTTTGGCTCGGTCCAAGCCGGCGCCACCGTTTCCCTTCCGCCGAAGCCAGCTGAAGAAATCCTGGCAATGATTGCGCGTACCGAGGTGCGTGCGTTGTCCGGCACTGTGCAGCAAACCGCCGAGCTGGGGTTGCCGGAAGTTCCCACGCCAGGTCCAGGCATCGCCCCGGGCGCCGTCTCTGCCCTGGAGTTCCTGACTGGCTCCCACACTGCCCGGGTCTATGTGGATGGACCTCTGAGGGCACGGTTGCAAGTTCTGGACCAGATGGCCGAACGTGACGTGGTCATCAATGGCGTAGATGCCTGGTTCTACAACTCAAGGGACAACAGCGCTACGCATCTGACCGTACCTGCCAAACCGACCGTTCCGGAGAAATCCGAGCCACACATGCTCCCGCCGGACATGCCTGCGCCTGACATGCCAACGCCAGACATGCCAACGCCGGAGGCCATGGCCAGCCGATTCCTCGCGTCCGTGGATGCCAGCACGGAGGTGACAGCTGCTGAATCTACAACAGTCGCGGGCCGCAGCGCTTACTCTTTGGTCCTTAACCCACGCAGTAACGAAACCCTGGTTGACTCGGTGACCATCAACGTCGACTCCGAAACCGGCCTGCCTTTGGGCGTCGAGGTGCGGGCCAATGGACAGGCCGAACCAGCCTATTCGCGCGCATACACCCAGTTGGACCTTTCCACGCCGGATGCTGGGTTGTTCAATTTCACCCCGCCGCCGGGAGCCACCGTCACTGAGAAAGTACTGCCTGTGAAGCCCGCGCCTTCCATGGCCTTGCCATCTGCGCCGGTACCCGATCACGCCCGCCCGGTACCTGACGTACGTGGTCTCGGGGCATCCGTCACTGGCAACGGTTGGGATTCCGTGGTCTCCCTGCCCGCCGGTTCTGCTCCGGCGGAACTCACGTCCAATCCCCAGCTATCCCAAGCCCTGCAGCCTGTTGGGGGCGGCCGGGCATTGACGACCTCGCTGCTGAACGTGTTGATTCTCGACGACGGTCGCATCTTTGCGGGCATGGTGCCTTTGGATCGGCTTCAGTCAGCCGCTGCCGCCCAGTGA MARTRQRWLPALLIPLALAIAVLFGSVQAGATVSLPPKPAEEILAMIARTEVRALSGTVQQTAELGLPEVPTPGPGIAPGAVSALEFLTGSHTARVYVDGPLRARLQVLDQMAERDVVINGVDAWFYNSRDNSATHLTVPAKPTVPEKSEPHMLPPDMPAPDMPTPDMPTPEAMASRFLASVDASTEVTAAESTTVAGRSAYSLVLNPRSNETLVDSVTINVDSETGLPLGVEVRANGQAEPAYSRAYTQLDLSTPDAGLFNFTPPPGATVTEKVLPVKPAPSMALPSAPVPDHARPVPDVRGLGASVTGNGWDSVVSLPAGSAPAELTSNPQLSQALQPVGGGRALTTSLLNVLILDDGRIFAGMVPLDRLQSAAAAQ NA NA NA NA NA D3-18_02300 1017 btuD_6 Vitamin B12 import ATP-binding protein BtuD GTGAATGAACCCCGGACTGCCGCCTCTGTTGGTGCAACTGAGCGCGCGATTCCAGTCCGCTCGTCTGATCTCGCCATAGAAACGCACGGACTGGTAAAGCGCTTCGGTCATCGGCCGGCGGTGGACGGCATCGACCTGGAAGTTCCCCGCGGCTCTGTGTTCGGCTTTTTGGGACCGAATGGATCGGGGAAGACCACCACCATCCGGGTGCTGCTGGGCCTGGCGTCGGCAAGCAGTGGTGACATCCGCGTCCTTGGCAAGGAGATGCCTCAGGCGTTGGCTTCCGTGCTGCCGGACGTCGGCGCTTTGGTGGAAGGTCCTGGTTTCTACCCTTTCCTGTCGGGGACGGGAAACCTGCTGCGCTTGGATGCCGCCGACCGTCATGGGTCGTCGTCAACCAGACGGCAACGTGTCCGCGACGCCCTTGAGCGGGTGGGACTTGGCCACGCCGCCGGAAAGAAGGTGCGCGCATATTCTCTGGGTATGAAGCAGCGCCTCGGTTTGGCGAACGCAATGCTCAGGCCCCGGGAGCTCCTGGTTTTGGATGAACCAACCAATGGGTTGGACCCCCAGGGCACCCGTGAAGTCCGCAACCTGGTTCGCTCCCTCGCTGCGGGCGGGACCACAGTATTCGTGTCCAGCCACTTGCTTGCGGAGGTGGAACAAATGTGTACCCACGTGGGCGTGATGAGCGCCGGCCGCTTGGTGGCACAGGGTCCCCTGGATGAGCTGGGAGCTGTCGGGCAGGCTCACGTTGTGGTGCAAACGCCCGACGTCGAATTGGCGTCCAGCGTGTTGACGCGCCTTGGCCTGGTTCCCGGCGAAGCGCCGGGAACCGGCAGCCCGTGGGGCACCACCGCGGTGTTGGGCACCGGGATCAACGGCCTTGAACCGGAGGCGATCGTAGCTGCGTTGGTTGCCGACGGCGTCCGGGTCCGTGGCTTCATAGTGGAGAACGCGAGCCTGGAAGAGCGTTTCGTGTCCCTCACCGGGGAGGGGTTCGACGTTGTCGGCTGA MNEPRTAASVGATERAIPVRSSDLAIETHGLVKRFGHRPAVDGIDLEVPRGSVFGFLGPNGSGKTTTIRVLLGLASASSGDIRVLGKEMPQALASVLPDVGALVEGPGFYPFLSGTGNLLRLDAADRHGSSSTRRQRVRDALERVGLGHAAGKKVRAYSLGMKQRLGLANAMLRPRELLVLDEPTNGLDPQGTREVRNLVRSLAAGGTTVFVSSHLLAEVEQMCTHVGVMSAGRLVAQGPLDELGAVGQAHVVVQTPDVELASSVLTRLGLVPGEAPGTGSPWGTTAVLGTGINGLEPEAIVAALVADGVRVRGFIVENASLEERFVSLTGEGFDVVG PGPT0006725_2596 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D3-18_02301 885 hypothetical protein TTGTCGGCTGAAACCACTGATCCTTCCCAAGCGACTGGTCCTCCCCCAAAGACTGCCGAGCGTCCTGGCATCGGATGGGCGCTCCTGGGCTCAGAATTGTCCGTGCTGTTCAGGCGGCTCCGGACGTGGGCCATGCTGATCGCCCTCGCCGCCGTACCTATCTTGATCGCAGTGGCCGTCAAGTTGTCGTCCCGTCCCACCGCTCCTGGCCGCGGGCCATTGTTCCTGGATCGCATCACCCAGAACGGCCTGTTCGTCGCGGTCACTGCCTTGGTGGTATGTGTTCCCTTGTTCCTGCCACTTACTGTCGGCGTGGTGGCCGGGGATACCATCGCCGGGGAGGCGAATCTGGGAACCTTGCGGTACCTGCTCCTCGCTCCGGCCGGGCGGATACGCCTGCTGCTGGTGAAGTATGCGGGGGCCGTCGCTTTCTGTTTCGCCGCGACCGCAACGGTGGCAGCGTCCGGCGCCTTGGCCGGCGTCGTACTTTTTCCTGTGGGTCCGGTGACTTTGCTGTCCGGCGACACAATTAGCGTGGGTGAGTCGGCCATGCGGTCATTGCTCATTGCTGCCTACATCACGGTGTCCCTGCTGGGGCTGTCCGCAATCGGTCTCCTGATCTCCACCTTCACGGACGTGCCGGTGGGCGCCATGGCTGCCACCATTGTGCTTTCCGTGGTGTCGCAGGTGCTCGACAACCTGCCCCAGCTTGAGTGGCTGCACCCCTGGCTGTTCAGCCACCACTGGCTGGGCTTCGCGGACCTGCTGCGGCAGCCCATCGCGTGGACATCCTTCGGGGAGAACGCACTCCTCCAAACCGGATACATCGCTGTTTGCGGCGCGATGGCGTACGCGAAATTCTCCAACAAGGACGTCTTGTCATAG MSAETTDPSQATGPPPKTAERPGIGWALLGSELSVLFRRLRTWAMLIALAAVPILIAVAVKLSSRPTAPGRGPLFLDRITQNGLFVAVTALVVCVPLFLPLTVGVVAGDTIAGEANLGTLRYLLLAPAGRIRLLLVKYAGAVAFCFAATATVAASGALAGVVLFPVGPVTLLSGDTISVGESAMRSLLIAAYITVSLLGLSAIGLLISTFTDVPVGAMAATIVLSVVSQVLDNLPQLEWLHPWLFSHHWLGFADLLRQPIAWTSFGENALLQTGYIAVCGAMAYAKFSNKDVLS PGPT0006730_10899 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D3-18_02302 621 yciO COG0009 putative protein YciO ATGGCCAGATTCTTTGATGTACACCCGGAAGATCCGCAACCACGCGCCATCGGCCAAGTGGTGAACATGCTCCAGGGCGGCGGCTTGATCGCTTACCCTACTGACTCGTGCTACGCGCTTGGTGCACAGATCGGCAACAGGGAAGCTTTGGACCGCATCAGGACCATCAGGCACCTCGACGACAAACACCACTTCACCCTTGTGTGCAAGGACTTTGCCCAGATGGGGCAATTCGTGATGTTGGACAATGACATCTTCAGGAGCATCAAGGCTGTCACCCCAGGCAGCTACACGTTCATCCTCCCGGCCACCCGCGAAGTTCCCAAGCGGCTCCTGCATCCGAAGAAGAAAACCGTGGGAGTGCGCATCCCGGACCATCGTGTGGTTCAGGCGCTCCTGGCCGAGCTGGGCGAGCCCTTGCTCTCCAGCACGCTCCTGCTGCCGGATGAGGAAGAACCGTTGACCCAGGGTTGGGAAATCAAGGAGCGCCTGGACAACCAAGTGGACGGCGTCATCGATGCGGGCGACACGGGCGCAGAGCCCACCACCGTGATCGACTTTTCCAGCGGCGTGGCCGAGGTTGTCCGCTACGGAACGGGCGATCCCTCCCGATTCGAATAA MARFFDVHPEDPQPRAIGQVVNMLQGGGLIAYPTDSCYALGAQIGNREALDRIRTIRHLDDKHHFTLVCKDFAQMGQFVMLDNDIFRSIKAVTPGSYTFILPATREVPKRLLHPKKKTVGVRIPDHRVVQALLAELGEPLLSSTLLLPDEEEPLTQGWEIKERLDNQVDGVIDAGDTGAEPTTVIDFSSGVAEVVRYGTGDPSRFE NA NA NA NA NA D3-18_02303 1188 hypothetical protein GTGCCGCGACGTCCAGCGAGGGGGATACCAACTACCGCACTCGCATGCGGCTGGCTTACCAGCGGATTGTTGCTCAGCGGCTTCTTCCTCAGCGCCTGCACGGAAACCCCGGAACCGCAGCCGATTCAGCCCACCACCGCCGTACCGCTTCCGCCAACAACTGTTCAACCTTCGACGACGGCCACTCCTGCCGCACCCACGCTCACCACATCTCCGGTGCCCACGGAGAGCGCCGCTACCACCCCTGCGTTCCAGGAGCTACGCGCCACTCTTGAGCTCTTTTCGCGGGAGAAGCTGGAAGAAGGGGCGTCGGCTGTCCTCATCAAAGCGAAGGTCGGCCGTCAGGAGTGGACGCTCGCAGAAGGAGTCCTGACCAGGGAGGGACAAGCTGCTGTGCAGCCGGGTGACCGCTTTCCTGTGGGTGACCAGTTCCGGACATTGATAGCAGTCTCCGTCATGAAGCTCGTGGAAGAGGAACGGCTGGGGTTGGATGACCCCGTCACGGCATACCTTCCCGGCTCCCTCACGGCAGGGAGTCCGGTGACGATCCGCCAGCTTCTTGGCGACGCCGCTGACGTGCCTGCTGCTGACCTGCCCGCCGCAGCGGCACCCGATGCCGATGCCCTGTTGAGCCAGCTGGTGGAGCATCTTCGAGGTGCGCCGCTGGGGGCTGTCTTGAGGTCGGACGTCCTGACGCCCTTGAACCTCCAATCCACGGAGTTCCTGAATGCGGACTCCGCTGTCCCCGATGACGTCATTCACGGTTACGTCAAATTGGAGGGAGAAACCGTGGACGTTACCGGCACCGGGCTCCCGGACGGGATCGCCAACGGAGGGCTGGTGTCCACTGTGGAGGACATCTCCGTCTTCCAAGCCGCTCTCCTAAGGGGGCAGTTGTTGTCCCCGGCGAGCCTTATTGCCATGAAGGGCACAGTGTTTGCCGACTATGGCCTCGGCCTGGACCACTGGGATGACCGCTGCACCAACGGCTTCTACTACGGCCATGCAGGAGACATTCCAGGGTACGGAAGCATTGCCATCAGCAGCGCCGATGGCAACCGCCAACTGTCCATTTTCATGGCGTATCCGCCGCAGCCAGTCTCCTCCCAACCGTCAGCACAGGCGTTGGAAATGACAGGCGTTGCACAAATCGCCCTGAATTCCGGGTGCCGTTTCCAATTCCGGTAG MPRRPARGIPTTALACGWLTSGLLLSGFFLSACTETPEPQPIQPTTAVPLPPTTVQPSTTATPAAPTLTTSPVPTESAATTPAFQELRATLELFSREKLEEGASAVLIKAKVGRQEWTLAEGVLTREGQAAVQPGDRFPVGDQFRTLIAVSVMKLVEEERLGLDDPVTAYLPGSLTAGSPVTIRQLLGDAADVPAADLPAAAAPDADALLSQLVEHLRGAPLGAVLRSDVLTPLNLQSTEFLNADSAVPDDVIHGYVKLEGETVDVTGTGLPDGIANGGLVSTVEDISVFQAALLRGQLLSPASLIAMKGTVFADYGLGLDHWDDRCTNGFYYGHAGDIPGYGSIAISSADGNRQLSIFMAYPPQPVSSQPSAQALEMTGVAQIALNSGCRFQFR NA NA NA NA NA D3-18_02304 945 ligd COG1793 Bifunctional non-homologous end joining protein LigD ATGTGGCCTGATGCTGGATTAACCAAGCTGGACCTTGCCAACTACCTCATCGACGTCGGCGAGGCTTTCGTAACGGCAAACGGGAACCGGCCGATCAGCCTTCAGCGCTATTCGGGCAGCATTGAAGGCGACATGTTCTTCTCCAAAAATCCCCCCAAAGGCGCCCCGGAGTATGTCCGTTCCGTACCCGTGACCTACCCCAGCGCCCGTTCCCACCCGCAGTTGGTGATCGACGAGCCGGCGGCTGCAGTGTGGGCAGCCCAGATGAATACCGTGGTGTTCCATCCTTGGGCGTCCCGGGCCAATGATCCCGACAATCCGGACCAACTCAGGATCGACCTGGATCCGCAACCTGGCACAGACTTCGACGACGCCATCCCAGCCGCCCTGGAACTGCGCTCCGTACTGGACGAAGCCGGCCTCACGGCGTTCATCAAGACCTCCGGCAACCGGGGACTCCACGTGTATGCGCCCATCCATCCCAAGCATGAATTCCTCGACGTCCGGCACGCCGTGATCGCCGCTGGACGCGAGTTGGAGCGGCGCATGCCGGAGAAGGTCACTACAGCCTGGTGGAAAGAAGAACGCGGGACCAGGATTTTCGTGGACTTCAACCAAGCCAACAGGGATCGGACTATTGCCGGGGCCTACAGTCCCCGCGCGGTACCTACGGCCCAGGTGTCCTGCCCGTTGACGTGGGACGAACTGGAGAATGCAGATCCTGCGAAGTACACCATTAAGACAGTCCCGGATCGCTTGGCTAAAGTAGGCGACCCCTGGGAATCCATGCACCATCACCCGGGCGACATCGACGTCCTGCTGAAGTGGTGGGAGCGTGACGTCAAGAACGGTCAGGGCGAAATGCCCTTCCCGCCGGAATTCCCCAAGATGCCGGGCGAACCCATGCGCGTGCAGCCGAGCCGGGCACGCACCCCGGAGGAGTAG MWPDAGLTKLDLANYLIDVGEAFVTANGNRPISLQRYSGSIEGDMFFSKNPPKGAPEYVRSVPVTYPSARSHPQLVIDEPAAAVWAAQMNTVVFHPWASRANDPDNPDQLRIDLDPQPGTDFDDAIPAALELRSVLDEAGLTAFIKTSGNRGLHVYAPIHPKHEFLDVRHAVIAAGRELERRMPEKVTTAWWKEERGTRIFVDFNQANRDRTIAGAYSPRAVPTAQVSCPLTWDELENADPAKYTIKTVPDRLAKVGDPWESMHHHPGDIDVLLKWWERDVKNGQGEMPFPPEFPKMPGEPMRVQPSRARTPEE PGPT0014910_1127 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014910-ligD-K01971 NA NA D3-18_02305 699 hypothetical protein ATGCGTTTTGGTGTCGTGGGCAATGATGGAGGCATGCCAAACACTGAAACATCCGTGACCATCGCCGTCGGTGAAACCGAAGTGTCCGCCCTCCACATCCGGCCGCCGCAGCCCTTCGCCACCGTTGTTGTGGCACACGGGGCGGGAGCCGGAATGGAACACCCGTTCCTGGAGGGTTTCGCTGGTGCGATGGCAGGCGAAGGCGTAGCCACGTTACGCTTCAACTTTCCCTACCGCGAGGCTGGGAGGCGTTTCCCGGACCGCCCGCCGCTGGCTATCGCCACGTGGCGGGCAGTAATGGACAAAGCAGCCGAGCTAGGCGAAGGTGAACCCCTGTGGGCAGCGGGCAAATCCTTTGGTGGACGCATGGCTTCCATGGCAGTGGCCGAGGGCATGCCCGCAAGGGGTTTGGTGTACCTTGGTTATCCGCTCCACGCACCCGGCAAGCCGGAGAAAATGCGGGATGAACACCTCTATGGCGTCACTGTGCCCATGCTGTTTCTCCAAGGCACGCGCGATACGTTCGCTACGCCGGATCTGTTGGAGGCAGTGGTGGCGAAGATAGGCCCGACGGCGACACTCCAGTGGAGTGAGGGCGGTGACCATTCGTTCGCGGTCAAGGGCCTGAAACGTGGGGCGGCCGAGGTTGGGGCGTCACTTGCCCCGGCGGTTGCTGCTTTCCTGAGGGCAAACGCCTAG MRFGVVGNDGGMPNTETSVTIAVGETEVSALHIRPPQPFATVVVAHGAGAGMEHPFLEGFAGAMAGEGVATLRFNFPYREAGRRFPDRPPLAIATWRAVMDKAAELGEGEPLWAAGKSFGGRMASMAVAEGMPARGLVYLGYPLHAPGKPEKMRDEHLYGVTVPMLFLQGTRDTFATPDLLEAVVAKIGPTATLQWSEGGDHSFAVKGLKRGAAEVGASLAPAVAAFLRANA NA NA NA NA NA D3-18_02306 2148 COG0480 Elongation factor G-like protein ATGTCCGCGAAGGGCACGCGCGAAACAGCAAAAGGAGCCGGACCTGGCGCAACCGACGCCAGACGCGGTGACAATGGGGCTGCCCTCGCCGCCAGCGATCCAGCAAAAATCCGGAACGTGGCGCTCGTGGGACATTCGGGTGCGGGCAAATCGATGCTGGTGGAGGCCTTACTGGCCGCAACAGGTGCCATCACCCGGATGGGGTCCATCAGCGAAGGCACCACTGTCAGTGATTCCGACCCCTCCGCGATTCACCAGCAACGCTCGGTCACGTTGTCTGTAGCCCCGATTCTCGTGGGGGATATCAAGGTCAACCTGATCGACACCCCCGGCTACACCGACTTCACTGGCGAACTGCGCGCTGGTTTGAGGGCCGCAGATGCGGCCCTTTTCGTTGTGTCCGCTGTTGATGGCATTGACGGTGCCACCGTTGCGTTGTGGGGCGAGTGCGAGAAGATCCGAATGCCGCGTGCGGTGGTAGTCAGCAAACTGGACCATCCGCGCGCTGACTTCAGTGCCGCCGTCGTGCGTTGCCAGGAAGCGTTCGGTGAGGCTGTCCTCCCGCTGTATCTCCCAGCCGTGGGCAACGCCGGACTCATCGGCGTGCTCCACGGCACTGAGAATCCCGACAGCACAGAGAATCCCGACAGCACTGAGAATAAGGACCTGGAGCCGGCCTCGGACGTCGAAGCAGCCAGGGGACCCCTCATCGAAGGCATCATCGCCGAAAGCGAAGATGAAACCCTCATGGACCGGTACCTTGGCGGTGAAGAACTGCCACTCATGGACCTCATCACCGATCTTGAAACTGCGGTCGCACGGGGCAGCTTCTTCCCGGTTATGCCGACGTCGGCCGAAACAGGCCTGGGCCTTCCGGAACTCATGGCACTGTTGACCGATGCTTTGCCATCGCCGCTGGAACGCAGCACCCCTGCGGTCATGAAACTGGACGGCTCCTCGCTGAAGCCCTTGCCGTGTGACCCGGCCGGACGGCTCGCCGCAGAAGTAGTGCGAACCACCGTGGATCCATTCCTCGGCCGTGTCTGCTTGGTGCGGGTCTTTTCCGGGACCCTGCGGGAAGACTCTTCGATCCATATCGGTGGAAGGGGCTTGGCGGACCGGGGGCACGAGGACCACGACGCCGATGAGCGCATCACCCATCTCTACTCGCCTGTGGGTTCGAGCCTTAAAGCCATTCCGCAGTGCGTTGCCGGTGACATCTGCGCCATCAGCAAGCTGGCAAGCGCGGAGACAGGCGACACAGTCTCGGACCGTGAGGCGCCGCTGCTCATCGAGACCTGGAACATGCCCGAGCCTTTGATGCCTGTAGCTATTGAAGGAGCTTCGCGCAGTGATGAGGATGCACTTGCCAAGAGCATCGGAAAGGTTGCAGCAGCCGATCCAACGCTTCGTTTGGAACGTAACCAGGACACGCACCAACTCATCCTGTGGTGCATGGGAGAGGCCCACGCCGAAGTGGTCCTGGACAGGCTGCGGAACCAAGGCGTCAAACTCCAGACCGTGGATGTCATCACACCCCTCAGGGAAACCTTTGCCACCAAGGCAACCGGACATGGGCGGCATGTCAAGCAATCCGGCGGCCACGGACAATTCGCCATCTGTGACATTGAGGTTGAGCCACTTGCCCGCGGTGAGGGTTTTGAGTTCACTGACAAAATCGTGGGCGGGGCAATCCCCGGGACGTTTGTCACATCCGTCGAGAAGGGCGTCCGCTCACAAATGCTGAAGGGTGTCTCCGCCGGATTCCCGGTGGTGGACATCAAAGTGACGCTGGTAGGTGGAAAAACCCATAGTGTGGACTCCTCCGACGCAGCCTTCCAGGCGGCCGGCGCGTTAGCCCTGAGGGAAGCTGCGGCCACGGCCAGGATCCAGTTGCTGGAACCCGTCTCGTCCGTTGTCATCAGCGTTCCCGACGAATACGTGGGCGCGGTGATGAGTGATCTGTCCGGACGCAGGGGTCGTGTGACCGGCACTACCGCCGCTGACGGTGAAGGAACCGAAATCAGTGCTGAAGTGCCGGACCAGGAACTGCTGCGGTACGCCATTGAACTCCGTGCCCTCACTGCAGGCACGGGCCGTTTTCGTAGGTCCTTCCTTCGCCACGAACCTCTGCCGAAGCAGACCTAG MSAKGTRETAKGAGPGATDARRGDNGAALAASDPAKIRNVALVGHSGAGKSMLVEALLAATGAITRMGSISEGTTVSDSDPSAIHQQRSVTLSVAPILVGDIKVNLIDTPGYTDFTGELRAGLRAADAALFVVSAVDGIDGATVALWGECEKIRMPRAVVVSKLDHPRADFSAAVVRCQEAFGEAVLPLYLPAVGNAGLIGVLHGTENPDSTENPDSTENKDLEPASDVEAARGPLIEGIIAESEDETLMDRYLGGEELPLMDLITDLETAVARGSFFPVMPTSAETGLGLPELMALLTDALPSPLERSTPAVMKLDGSSLKPLPCDPAGRLAAEVVRTTVDPFLGRVCLVRVFSGTLREDSSIHIGGRGLADRGHEDHDADERITHLYSPVGSSLKAIPQCVAGDICAISKLASAETGDTVSDREAPLLIETWNMPEPLMPVAIEGASRSDEDALAKSIGKVAAADPTLRLERNQDTHQLILWCMGEAHAEVVLDRLRNQGVKLQTVDVITPLRETFATKATGHGRHVKQSGGHGQFAICDIEVEPLARGEGFEFTDKIVGGAIPGTFVTSVEKGVRSQMLKGVSAGFPVVDIKVTLVGGKTHSVDSSDAAFQAAGALALREAAATARIQLLEPVSSVVISVPDEYVGAVMSDLSGRRGRVTGTTAADGEGTEISAEVPDQELLRYAIELRALTAGTGRFRRSFLRHEPLPKQT NA NA NA NA NA D3-18_02307 735 hypothetical protein TTGAATCTCGCGCAGGATTGGTGGGACGCGGTGATCCGCGGCTTCACCGACACTCACACCACCGCGGTGCCAATATCTGCCCTGCTGGGCATCCTGGCGTGCGCCGTCGTCCTGAGCATCCCTCGCGCAACCTGGAGGTGGTTCGGCCTCTACGTCACTTTCGTCCATGAGCTGGGGCATGCCTACGCCGCACTCATGACGGGACGCTTTGTCCATGGGCTCCGGATCGGCCTCGACCATTCGGGGCGTCTTGTCAGTAGTGGCCGGAGCGCCTTCGGGGCAGCGTGGTCCGGATTTTGGGGCTATCCTGCGCCGGCTGTGGTTGGTTTGTGCCTGATCGCTGCCTTTGCGGCGGGCCGGTCCGGCGCCGCCATGTCCATCGGGGCGCTGATCCTGCTGGTTTCTCTCATCTTCCTGAGGAACCTGACCGGCATCCTGGTGGCAGTGTTGAGCGCTGCAACCGCGCAGCTCCTGATCCTGTTCGCGACGCCCACGGTAGTCAACTATGTAGTCCTGGCGCTCGGCGTCGCCCTATCCGTGGGCGGTGTTCGGGATCTGTTCAAACTTGCCGGCGTGCACACCCGACGCCGCGACCGCTTGGCCGCCTCTGATGCCTTCATTCTTGGCCGCACCACGGGCGTCCCGGCATTCGTCTGGCTGACCGGATTCACGGCGGTGATCGCTGGATGCGCCGTAGGGTCGGTGTGGTTGCTGTGGGGGCTGCTTACCGTTTAA MNLAQDWWDAVIRGFTDTHTTAVPISALLGILACAVVLSIPRATWRWFGLYVTFVHELGHAYAALMTGRFVHGLRIGLDHSGRLVSSGRSAFGAAWSGFWGYPAPAVVGLCLIAAFAAGRSGAAMSIGALILLVSLIFLRNLTGILVAVLSAATAQLLILFATPTVVNYVVLALGVALSVGGVRDLFKLAGVHTRRRDRLAASDAFILGRTTGVPAFVWLTGFTAVIAGCAVGSVWLLWGLLTV NA NA NA NA NA D3-18_02308 618 tetR_2 Tetracycline repressor protein class H ATGGCACGCCCGCTGGTCCCGCTGATATCGATTGACGCACTCGTCACCGCTGCCCTTGAGCTGGTGGACGAGGCAGGGGACTTCAGCCTGCCGAAACTGGCTAAACGGATTGGCGTGAGCCAATCCTCCATTTACAACCATGTGAGCGGGCGGGAGGAGATCCTCGAGCTCATGCGTGGCCGGATCATCTCCGAGAGCCCCTACGTCCTGGAGGACGAGCAGGATTGGGAGGCGTCACTTCGCGCTATTGTCCGGAGTTATCGCGACGCCTTCGCCCGCCATCCAAAACTCGCGCCTCTGCTGGTACTCCAAACTGTTCAGGACGCCCAAGTCATGGCACTCTACGAGAACCTGGCGGTGGCCCTCGAAGCTGCAGGATTCCGGGGCCGGGATGTGATGTCAGCGATTTCAACTATTGACAGTTTCGCCCTGGGTTTCGCCTTGGACCTGGCAGCACCCGACGTCGTCTGGGCTCCACCTGCTCAGGGGTACCCTGCACTCACCAGCGCCTTGGCTCACGCAGGACCCTCTGATGAACGAGGCGAGGCGGCCTTCGAGTTCGGCCTCGAAATCCTCATCGCCGGACTGCATTCCCGTCTTCAGTCGACGGTGCTGTGA MARPLVPLISIDALVTAALELVDEAGDFSLPKLAKRIGVSQSSIYNHVSGREEILELMRGRIISESPYVLEDEQDWEASLRAIVRSYRDAFARHPKLAPLLVLQTVQDAQVMALYENLAVALEAAGFRGRDVMSAISTIDSFALGFALDLAAPDVVWAPPAQGYPALTSALAHAGPSDERGEAAFEFGLEILIAGLHSRLQSTVL NA NA NA NA NA D3-18_02309 1458 hypothetical protein ATGTCTGACCTCGAAACCCGACCACCGGCAGCAGACGCCGGAAATGGGCTCAAACGGAATGCCATTGGCACCGGCGGTATTGCCTTCCTGGTAATCTCCGCAGCAGCTCCCCTCACCGTAATGGCCGGTGTGGCACCCGTAGCCATCGGCGTTGGGGGCATAGGCGCCCCCATGGGCTACGCCATTGCCGGAGCGGTCCTGCTGGTCTTCGCCGTCTCCTTCATGGCCATGACCAAACACGTCAAGGCCGCTGGCGGCTTCTACACCTACATCACCTTGGCCATGGGCAAAACCGTGGGCCTGGCCTCAGCCATCTTGGCGATCGTTTCCTATAACTGCCTGCAAATCGGCGTCTACGGACTGTTCGCCGTCCAGACCCAAGCCATGCTCCTCGCACTCTTCGGCTGGGACGTGCCCTGGCCGGCCGTCGCGTTGGTAGCCATCGCGGCCGTGTGGTTCCTGGGGTATCGGGGCATCGATGTTGGCGCCAAGGTCCTTGGCGTGCTGCTCATCGCCGAAACTGCGATCCTGGCCATCATGGGCTTCGGGATCCTTGCACGTGGCGGCGCTGAAGGGATCAGTTTCGCTTCCTTCTCCCCCGAGCATGCCTTCACGCCAGGTGTCCTGGCTATCCTGGCTGTCTGCTTCGCAGCCTTCATGGGCTTCGAATCAACCGTGCTGTACCGCCGCGAGGCCCGAAACCCTGATAAGTCCGTTCCCCGGGCAACCTATATTGCAGTGGGTTTCATGTCCGTGTTCTACGCCTTCATTGTGTGGACTGTCATCCAGGCCTACGGGGATGGAAATGTGGTTGTTGCCGCCGGTGAACTGGCCGATGGGATGTTTTTTGCCACTATCAACCAATACGTGGGCCCTTGGGCGGAAGTAGTCATGTACGTGCTGATCGTGACCAGCGTCTATGCCTCCCAGCTGGCCTTCCACAACGCCATCAACCGCTACGTGTACATGCTCGCCAAAGACGGCGTGCTCCCCGCGTTCCTTGGCAGGACCCACCCCAAGTACAAGTCCCCGCATCGCGCCGGGCAGATCCAGACCATTCTGGCCGCCGTCGTGATCATCATTTGCGCCGTCGCCGGCGCGGACCCCTACAAGCAACTGCTGATCTGGGTCAACACGCCGGGCATCTTCGGGATCGTGGCCCTGCAGGGTCTGGTGTCGGTAGCAGCGTTCATCTACTTACGGCGGAACCCCGCCGCGGCCACACACCGATTGCTCATTCCCCTGAGCGTGACCTCGGCCATCCTGCTGTTCGGCGTGGTGGCACTGACCGCCATCAACATCGAACTCCTCACCTTTGCGGATGCGCTGACCAACACCATCCTGCTCCTGGTCGCGCCCGTTGTGTTCCTTACAGGATTGCTGGTCGCCCGCAGGCTGCGCACCACCCGCCCTGACGTCTTCTCCCGGATTGGAAGCTTTGAAACCCATGACTCCTGA MSDLETRPPAADAGNGLKRNAIGTGGIAFLVISAAAPLTVMAGVAPVAIGVGGIGAPMGYAIAGAVLLVFAVSFMAMTKHVKAAGGFYTYITLAMGKTVGLASAILAIVSYNCLQIGVYGLFAVQTQAMLLALFGWDVPWPAVALVAIAAVWFLGYRGIDVGAKVLGVLLIAETAILAIMGFGILARGGAEGISFASFSPEHAFTPGVLAILAVCFAAFMGFESTVLYRREARNPDKSVPRATYIAVGFMSVFYAFIVWTVIQAYGDGNVVVAAGELADGMFFATINQYVGPWAEVVMYVLIVTSVYASQLAFHNAINRYVYMLAKDGVLPAFLGRTHPKYKSPHRAGQIQTILAAVVIIICAVAGADPYKQLLIWVNTPGIFGIVALQGLVSVAAFIYLRRNPAAATHRLLIPLSVTSAILLFGVVALTAINIELLTFADALTNTILLLVAPVVFLTGLLVARRLRTTRPDVFSRIGSFETHDS NA NA NA NA NA D3-18_02310 1635 nfdA_3 N-substituted formamide deformylase ATGACTCCTGACCTCATCGTCCTTGCCGACACCATTCACACCATGGGTGAGCAACACCATGAGCAGCCCGTCCAAGCCGTCGCTGTCAGCGGCGGGTTGATCGTCGCGGTCGGCAGCCGCCAAGACGCCAGGGACTGGCAACAGGTGGACACCCGTGTAGTGGATCTGGGAGACGCCACGCTCACACCGGGATTGGTGGACTGCCATTTCCACCCGGTGTTCGGCTTGGACCTGACAATCGGCGTCGACCTCGCCGCCGCTACGTCGCTGGATGAAGTCCTCACACTTCTGCGAGCAGAAGCAACGCACGACGACGGCTGGTTGCGTGGGTGGGGACTGAACCCGAACGCCTTCGGAACAGTTCCGCTACATCGCAGCGTGCTGGACGGCGTCTCCGGCGACCAGCCTGCATTCATCCGGTTGTTCGATGGGCATTCGGCACTGGCAAACAGCCGCGCCCTGGAACTGGCCGGAATCCATGGCCGGTTCGAATTCGACCAAGCCGCTGAGGTGGTCTGCGACGCAAACGGCGTTCCCACCGGGCTCCTGCTCGAAGCCGCAGCCATGGAATTGGTGCAGCGCCACATCCCGCAAGAGTCCTTCGCCCAACGCAAAGTGCGACTCGCCGAACTCCTTCGAGACTTCGCCCGCTCAGGCCTGACGGGCGGCCACATCATGGACCACAGCGAGGAATCCACCGCACTCTTCCAGGCATTGGAGGCGGACGGCGAACTCCCGCTGCGGCTTCGGACCGCGCCGTGGTGCATGCCGGGCAGTGGCGAAGCCGAATGGAAAGAACTGGCGCGCAGCATCGGCACAGGAGGCCGGCGCTGGTCCATTGAGGCCATCAAACTCTTCGTCGATGGCACCGTGGACAACGGAACAGCCTGGCTCTACGAACCTGATGTTCATGGCCAATCCACCGCGCCGTTCTGGCCGCGGCCCGAAGAATACTCCACCGCCGTCCGGTACTTTGCCTCCCGCGGTATCCCCACTGCCACGCACGCTATCGGCGATGCCGGGGTTGCCCATGTGTTGGAGGCCCTGGAATCGCTGCGAAACGCTGTTCCTGCTGACGTCCTGCGCCGAACCGTCCACAGGATCGAGCACATCGAAACCGTGCCCGATGAGGTGGTGGCACGATTCAAGGGTGCAGGCGTTGTGGCCAGCATGCAGCCGACCCATTGCACCCACTACTCCCTTGCGGATCACAGCGACAACTGGTCAACCCGTCTTGGCGCGGAGCGGGCGGACCGGGCATGGCGCTGCCGTGATCTTCGCGACGCCGGAGTCACTCTGGGTATCGGCTCTGACTGGCCCATCGCGCCCTACGAGCCGCTTCCAATCATCGCGGACGCCCAGTTGCGCCGTCGTTCGGGCAATCCGGGGCAGGAACCCATCGCACCGTCCCAGGCCCTCACAGCGCTCCAAGCACTGGAGGGATACACCTCCCACGCAGCGAAAGCTGCAGGCCAGTGGGACGTTTCGGGCTCCATCACCGTGGGCAAGCGCGCCGATTTCACGGCGTTCGAACTCGATCCTTTGGCGACCGGCCCGGATGAATTTGCCGCAAGCAGCGTGCTGGGGACGTTCGTGGACGGGGAAATCCAGTTCATGGTGGAGCGGCAGGCTTAA MTPDLIVLADTIHTMGEQHHEQPVQAVAVSGGLIVAVGSRQDARDWQQVDTRVVDLGDATLTPGLVDCHFHPVFGLDLTIGVDLAAATSLDEVLTLLRAEATHDDGWLRGWGLNPNAFGTVPLHRSVLDGVSGDQPAFIRLFDGHSALANSRALELAGIHGRFEFDQAAEVVCDANGVPTGLLLEAAAMELVQRHIPQESFAQRKVRLAELLRDFARSGLTGGHIMDHSEESTALFQALEADGELPLRLRTAPWCMPGSGEAEWKELARSIGTGGRRWSIEAIKLFVDGTVDNGTAWLYEPDVHGQSTAPFWPRPEEYSTAVRYFASRGIPTATHAIGDAGVAHVLEALESLRNAVPADVLRRTVHRIEHIETVPDEVVARFKGAGVVASMQPTHCTHYSLADHSDNWSTRLGAERADRAWRCRDLRDAGVTLGIGSDWPIAPYEPLPIIADAQLRRRSGNPGQEPIAPSQALTALQALEGYTSHAAKAAGQWDVSGSITVGKRADFTAFELDPLATGPDEFAASSVLGTFVDGEIQFMVERQA NA NA NA NA NA D3-18_02311 2658 hrpB COG1643 ATP-dependent RNA helicase HrpB GTGACTTTCAGACTGGACACCATCGGTAGGGGACTGGTCTTTGCGGAATCCCTCGCTAAGCTTGCTACCGCTTTGAAAGACCAAAGCGACGGCGGCACTGTAGTCGGCGGAACGGCAGTTGTGCAGGCGCCTCCGGGCACAGGCAAGACCACACTGGTTCCACCGCTGCTCGCCAATCTCGTGTCCGAACAGAACCCGGGCCAGCCACACGTCGTCGTCACCCAACCCCGGCGCGTAGCCGCCCGCTCAGCCGCACGCCGCCTCGCCACGCTGGACCGAAGCCGCCTGGGTGGCAGGGTGGGCTATTCAGTCCGAGGTGAAAGCAAAACCAGCCCGGAAACCGTGGTTGAATTCGTCACCCCAGGCATTCTCCTCCGGCGTCTCCTGGCTGACCCCGGACTTGAAGGCGTCCACGCCGTGGTCCTTGACGAGGTCCACGAACGTGGACTCGAGACGGATCTCTTGGTCGGCATGCTCGCGGAGGTCCGTGAGTTGCGCGGTGACCTCACGCTGGTGGCCATGTCGGCAACCCTCGATGCCCAGCGTTTCGCAAAGCTTCTTGGGACAGGGCTCGACGGCGGTGGGCCGGCTCCCGTCGTCGACTGTCCTTCCGCGCTGTACCCGTTGGAGGTCCAGTGGGCTCCGGCCCGGGAGCATCGATTGGATGCCCGGGGAGTATCCCGGAGCTTCCTCGATCATGTGGCCCACACGGCGGCGACATCCCACGCGACTGCCCTGAGCCGGAACCCCGAGGTAGATGCTCTGGTTTTCCTTCCAGGAGCCCGGGAAGTTTCCGACGTCGCCACTCGTCTTCGAGCGCTGCTGCCGCACGGTGTGGAGGTGCTCGAGTTGCACGGCCAGATCGGTCCGGAAGCCCAGGACCGCGCGGTATCCGGCCGTGAACCCGGCGGGCCGCCCCGGATCATTGTGTCCACGTCGTTGGCTGAATCATCCCTGACTGTCCCCGGCGTGCGGCTGGTCATCGACTCGGGCCTTTCAAGGGAACCGCGAAGGGACGCTGGCCGCGGTATGTCCGGACTTGTGACCGTTTCCTGTTCGCGGGCTTCGGCAGATCAACGCGCCGGCCGTGCAGCGAGACAAGGACCGGGCCTGGTGGTTCGCTGCTATGACCAGCAAGCCTATGTTGCAGCTCCGGCACATCAAACCCCCGAAATCTCCGTTGCAGACCTCACCAGCGCTGCCTTGGTCCTTGCCTGCTGGGGCGCGCCGGGTGGTTCAGGCCTGCAGCTACCGGACGTACCGCCAGCCGCAGCTATGAACGATGCCGTGGAAGTCCTCCGGGAACTCGGTGCTGTTACCCGGGACGGAATAGTCACGGCCACTGGCAAGGCCTTGGCGCGCATCCCGGCGGATCCCCGGCTTGCCCGCGCCTTATTGGACGGATCGGCTGTTGTGGGCCGAGGCGCAGCGGCTGAAACAGTGGCACTCGTGGCCGGCGACCAGCGGGCACCCGGCGCGGACCTTACGAAGCTGCTTACTGCGTTGCGTTCGGGATCGGACCCTGGCGCGCGTCGTTTCGCGGAAGACGTTAAGCGGATGGAGACACTGATACAGAAGGAGACGCGGGTACGGCAGGAGGTTGCCGCCGTTGTGCATCCCAAGCCGCCTGCCGATGTCACGGCGAGGGAAGCGCCCGGCTTTGTGGTGGCGCTGGCTTTCCCGGACCGGGTGGCCAGGCGTGTAACTGGCGATGGATCCACCACGTACTTGCTCTCGTCAGGGACGCGGGCCGGGCTCCCTATTGGCAGTTCACTGTCCGGGCAGGACTGGCTTGCGGTTGCCGAGGTGTCGCGCGCCCAGGGGCGTGATGCCGCCGGCACGGGTGCGGTCATCCGTTCCGCCGCGCCGTTGTCGGCCGAACTGGCCGAAGCTGCCGCGCCCGATCTCCTCACGGAGGCGGTGCAGGCGAAGTTCGACCAAGGCCGGGTAATGGCCAGGCTGGAGCGCCGTATGGGCGCCATCGTGTTGTCCTCCACGCCCATCCGTCCCAATGCAGAGTCCGGCCGTCGTGCCGTGTCCGAGGCGTTGGAGAAGGCGGGTATGTCCATGATCGGCTGGTCGACCGCAGCTGATGCCCTACGCCGGCGCCTCGCTTTGCTGCACCGTGAGCTCGGAAGTCCCTGGCCTGACGTTCGCGAAACCGCCCTGTTGTCCAAGCTGGAGGACTGGCTGGGCCCGGAGCTGGAAGCGATGGCCACCGGCGCCTCGGTGAGTTCCATCAACCTCGTTGATCCACTGAGGCGCCTGCTCCCTTGGCCGGAGGCTGCCCGGCTCGAAGACCTCGTGCCGGAACGCCTGGCGGTGCCGAGTGGTTCGCGCGTCCGGATCGATTACCCCGAAGTTTCGGACAGCAGCGGCAGTGGTCACGACGACGGCCGCCCGGTGGTGGCGGTCAAGCTTCAGGAATGCTTCGGTTGGGATCGAACCCCACGTTTGGTGGACGGCAGGGTCCCGGTGTTGTTTCACTTGCTATCCCCGGCAGGAAGGCCGTTGGCCGTCACCGACGATCTCGCCTCTTTCTGGTCCGGTCCCTACTCCCAGGTTCGGGCCGAGATGCGTGGGCGTTACCCCAGGCACCCCTGGCCCGAAGACCCGTGGACCGCGCCGGCCACGGCAAAAACGAAGAACAGGATGTAG MTFRLDTIGRGLVFAESLAKLATALKDQSDGGTVVGGTAVVQAPPGTGKTTLVPPLLANLVSEQNPGQPHVVVTQPRRVAARSAARRLATLDRSRLGGRVGYSVRGESKTSPETVVEFVTPGILLRRLLADPGLEGVHAVVLDEVHERGLETDLLVGMLAEVRELRGDLTLVAMSATLDAQRFAKLLGTGLDGGGPAPVVDCPSALYPLEVQWAPAREHRLDARGVSRSFLDHVAHTAATSHATALSRNPEVDALVFLPGAREVSDVATRLRALLPHGVEVLELHGQIGPEAQDRAVSGREPGGPPRIIVSTSLAESSLTVPGVRLVIDSGLSREPRRDAGRGMSGLVTVSCSRASADQRAGRAARQGPGLVVRCYDQQAYVAAPAHQTPEISVADLTSAALVLACWGAPGGSGLQLPDVPPAAAMNDAVEVLRELGAVTRDGIVTATGKALARIPADPRLARALLDGSAVVGRGAAAETVALVAGDQRAPGADLTKLLTALRSGSDPGARRFAEDVKRMETLIQKETRVRQEVAAVVHPKPPADVTAREAPGFVVALAFPDRVARRVTGDGSTTYLLSSGTRAGLPIGSSLSGQDWLAVAEVSRAQGRDAAGTGAVIRSAAPLSAELAEAAAPDLLTEAVQAKFDQGRVMARLERRMGAIVLSSTPIRPNAESGRRAVSEALEKAGMSMIGWSTAADALRRRLALLHRELGSPWPDVRETALLSKLEDWLGPELEAMATGASVSSINLVDPLRRLLPWPEAARLEDLVPERLAVPSGSRVRIDYPEVSDSSGSGHDDGRPVVAVKLQECFGWDRTPRLVDGRVPVLFHLLSPAGRPLAVTDDLASFWSGPYSQVRAEMRGRYPRHPWPEDPWTAPATAKTKNRM NA NA NA NA NA D3-18_02312 1044 adhC2_2 COG1064 NADP-dependent alcohol dehydrogenase C 2 ATGCCTACCGCTAACGCTTACGCTGCCCCCTCGGCCACGGGCGACCTGACCCTGACCACCATCGAACGTCGCCAGGTCGGTCCGAACGACGTCCACATTGACATCAAGTTCGCCGGCATCTGCCACTCGGATATCCATACTGTTCGCGGTGATTGGGGCCCGCAGCAATACCCCTTGGCACCTGGCCACGAAATCGCGGGTATCGTCACCGAGGTTGGCTCGGACGTCACCAAGCACAAGGTGGGCGACCGCGTAGGCGTCGGCTGCATGGTGAACTCCTGCAAAGAGTGCAAGAACTGCCTTGCCGGTGAGGAACAGTATTGCCTCAAGGGAAACGTAGGCACCTACGGCGCCGTTGACCGCGACGGCACCATCACGCAGGGCGGCTACTCCAGCAACGTGGTGGTGAATGAGGACTTCGTCGTCACCATCCCGGAAGGTTTGAACCTCGACGTCGCCGCGCCGTTGCTGTGCGCCGGCATCACCACCTACTCGCCTTTGCACCACTGGGGCGCCGGTCCCGGTAAGAAGGTTGCCGTCGTTGGTCTTGGCGGACTCGGCCACATGGCTGTCAAGATTGCCGACGCCATGGGCGCCGAGGTAACAGTGCTCTCGCAGTCGCTGAAGAAGATGGAAGACGGGCTCGAGTTGGGTGCGGACCACTACTACGCCACCAGCGATCCCGCCACGTTCGAACAGCTCGCTGGCACCTTCGACCTCATCATCAACACTGTCAGCGCTTCCATCGACATCAGCGCTTACTTGCAGCTGCTGACGCTTGACGGCACGTTGGTCAACGTTGGTGCGCCCGCCGAGCCGCTGCCGGTCAACGTGTTCTCGCTGATTATGGGTCGTCGTCGCTTTGCCGGTTCCGCGATCGGCGGTATCCGCGAAACTCAGGAAATGCTGAACTTCTGCGCAGAGCACGGCCTTGGCGCCGAGATCGAGGTCATTCCGGCCAGCAAGATCAACGACGCCTACGAACGTGTTCTTGCCTCCGATGTCCGCTACCGCTTTGTCATCGACGCCTCCACCATCGGCTAG MPTANAYAAPSATGDLTLTTIERRQVGPNDVHIDIKFAGICHSDIHTVRGDWGPQQYPLAPGHEIAGIVTEVGSDVTKHKVGDRVGVGCMVNSCKECKNCLAGEEQYCLKGNVGTYGAVDRDGTITQGGYSSNVVVNEDFVVTIPEGLNLDVAAPLLCAGITTYSPLHHWGAGPGKKVAVVGLGGLGHMAVKIADAMGAEVTVLSQSLKKMEDGLELGADHYYATSDPATFEQLAGTFDLIINTVSASIDISAYLQLLTLDGTLVNVGAPAEPLPVNVFSLIMGRRRFAGSAIGGIRETQEMLNFCAEHGLGAEIEVIPASKINDAYERVLASDVRYRFVIDASTIG PGPT0024430_1736 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0024430-yahK-K13979 NA NA D3-18_02313 897 hypothetical protein ATGGACAACCGAACAGAGACGCGCGATTTCCTCTCCACGCGACGGGCGAAGATCACGCCAGAGCAAGCCGGACTGGCCGCCTATGGTGGCAATCGCCGTGTACCGGGCCTCCGCCGCGGCGAAGTGGCCACGCTGGCCGGAGTAAGCGTGGAGTACTACACCCGCCTGGAGCGGGGAAATCTCGCGGGTGTCTCGGAAAGCGTGCTGGAGTCCCTGGCGAACGCCCTGCAACTCGACGACGCCGAACGTGCCCACCTGTACGACCTCGCCCGCGCGGCGAGCGACGGTGGCAGGTCACGACGCCGGCCGGTGCGGAAGCAGGTCATCCGGTCTGGCGTTCAGCTCACCCTGGATGCGATTAGCGGTTCACCCGCTTTCGTCCGGAACGGTCGGCTGGATCTCCTGGCAACGAACGCCCTGGGGCGCGCTTTGTACTCGGACATTTACGATAGCCCCGCAGGTCCGCCCAACCACGCCCGATTCCTTTTCCTCGATCCGCGCAGCCGGGATTTCTATACGGATTGGGAACGGGCGGCCAACGACACGGTGGCCATCATGCGGACCGAGGCAGGCCGCGATCCTTACGACCGGGGTCTCAGCGACCTTGTGGGTGAGCTGTCCACGCGCAGCGAGGAATTCCGGGTTCGTTGGGCATCCCATAACGTACGCCAGCATTACACCGGGAAGAAGCACTTCCGGCATCGGGTAGTTGGCGATCTGCATTTGCTGTACGAAGCCCTTGAGTTGTCCGCCGATGCCGGCTTGACGTTGACGGTCTACAACGCGGAACCCGGGACGGGTACGGCGGATGCCCTGCAGCTACTCGCAAGCTGGGCCGCGACGACCCCCGCGATTCCTGAGGATTCCGGGGACCTCCGGTCCATCCACAACAAGTGA MDNRTETRDFLSTRRAKITPEQAGLAAYGGNRRVPGLRRGEVATLAGVSVEYYTRLERGNLAGVSESVLESLANALQLDDAERAHLYDLARAASDGGRSRRRPVRKQVIRSGVQLTLDAISGSPAFVRNGRLDLLATNALGRALYSDIYDSPAGPPNHARFLFLDPRSRDFYTDWERAANDTVAIMRTEAGRDPYDRGLSDLVGELSTRSEEFRVRWASHNVRQHYTGKKHFRHRVVGDLHLLYEALELSADAGLTLTVYNAEPGTGTADALQLLASWAATTPAIPEDSGDLRSIHNK NA NA NA NA NA D3-18_02314 405 hypothetical protein ATGGATATCATTCCCAAAACCACCAGCACCAAGGGACCGGCCGGGCTGTTCACCGGCGACGTCTACTTTGACGTCATCGCCAAGGGGGAGGCGCCATCTCAGCTGCGGGTAAACATAGTCCGCTTCTCGCCCTGTTCACGGACCGCGTGGCACAAGCATGCCGGAGGGCAAACCCTTCACGTCACAGACGGAGTCTGCTTGGTGCAGGCACGAGGCGGTCCGGTGCAAGTGGTCCAGCAAGGTCAAACCATCTACACACCACCGGGTGAATGGCACTGGCACGGCGCAGCACCGGACCACTTCATGAGCCACTTGGCCATGTGGGAAACCGCTGGCATCACTGATGGTTCGGAAACGTCGTGGGGTGAGTTGGTCACCGACGATGAATATGGCTACCCGGAGTGA MDIIPKTTSTKGPAGLFTGDVYFDVIAKGEAPSQLRVNIVRFSPCSRTAWHKHAGGQTLHVTDGVCLVQARGGPVQVVQQGQTIYTPPGEWHWHGAAPDHFMSHLAMWETAGITDGSETSWGELVTDDEYGYPE PGPT0005005_101 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0005005-pcaC-K01607 NA NA D3-18_02315 198 hypothetical protein ATGGACTCCGCGGGGGCGGTATCCCAGTGCTTCTACACTGCCTGGAAGATCGGCCAGGTAGCAGATGATGGCCAGCCGCTAAGGCAGAAGGATGGAAACCGCTTCCCCTACTATTTGCGCCCCTCGTACCCCGATCAATGCGTCGTCAGTAAACGATCAATCTCGATCACTCCGGGTAGCCATATTCATCGTCGGTGA MDSAGAVSQCFYTAWKIGQVADDGQPLRQKDGNRFPYYLRPSYPDQCVVSKRSISITPGSHIHRR NA NA NA NA NA D3-18_02316 1899 hypothetical protein ATGGGAATTATCGGGCAGGTCGTGGCACGGCGGGCTGGTTCGCCGCGCGCCTATGAGTTGCTTCGTCAACGCGCCCGGCGATCTGTAGGCGTACCTGCCCGGCTGACCGCGTACTGGGATTCCGCTTACAAGGACACTGCGTATGTTGGCCCTGCGGCAGGCACCTATGCGGAAACCTCACGGACCCCTGAGCTGCTTCTTGGATTCGCGTCGGCGCCTAACGCCGGAGATTCCCCGCCACTAGGGGCACCCGCAACGTCCGCCCCGGAAAGTGCAGCTCCCGAGGAGGTGCCCGGGCAGTTGCCCTGGACAAAGGCCTCCGCCCCCGAACAGTTGCCGGAGTCGCTGTGGCCGGAGTCGCTGTGGCCGGAATCCTCGGCGCCGGGTTTGCCGGTACTGGAAGCGGCGCTCCTTGAGGGTGCTGCCGCAGCGGACGCGTTGAGATCAATAGCTTCCGATGAGGCGCGGTTGTTCGGGTTCGTTGAGGCTGCTGACTTTGCGGGCAGGATTGAGGAGATCTCCCGGTCGTTGGAGTACTTGCAGGTTGTCGCGGCGCAGGCGGTGGAACGAACCCGGAGGGAAGCACAGCAAACAGAACCCGGGTCGTCAGGGGCGTCGGCAGCGACGCCGGAATGGCGGACCGGTTGGACTGAACCAGGGCCAGGATCGGGTGTGGCGTCGGCTTCCGTTGGTGAAGCACGCTCCCCAAAAGTGAGCCCTTTGGATGACGGGTACCGGAACGCCGCTGAGTTCCTTCGGGCCCGGCTGCGGATCAGCCTCGCGGAGGCCCGGCGCAGGTTGGCCCTCGCCCCCGAGGTGCTGCCGCAGGCCGGAATGGCCGGGCAACAGATCCCGGCCCGGCGCGAAGCGCTGGCCGAAGCTCTCTCCTCTGGAGAGGTGTCTTCCCGGTCCGCGACGATCATCAGCACCGCGCTGGACCACGTCCGGCAGCTCACCGATGACCAGACCATCACCCGGATGGAACACGCCCTCACCACCACCGCCCTGGACTCCGACCCGGACTTCCTCAGCAAAATGACCAAACGCTGGACCGACATGATCGACCAGGACGGCCCCGAACCCTCCGAAGAAGTCCTCCGCCAACTCCAAGGCGCGTTCCTCCGCCGCCGACGCCGCCACGGACTTCACCACATCGAAATCTTCGCCACCGCCGAACAATACGAAACCCTGGCCACCGCGATGAACACCGCCACCAACCCACGACTCCAGAACGCCACCAGCCAGGACGGGCCCGGCACCACACCCGACCTGGACCGGCGCAGCCGGGCCCAGAAACTCCTCAACGGCCTCGTCGGCGCCTGCGCCCTCGCGATGACCACCGGGAAACTGCCCTCCAACGGCGGACTCCGACCCCAACTCACCGTCACCATCGACGAACGAGACCTCTTCGAACGACTCAACAACCACAACAACCACCAACAACCCGGCACCGGACCCGCACGGAACCCGCTCAGCACCGGCACAGCAACCTTCACCGGCCCGATCCACCCGAACACCATCCGCAAAATCGCCTGCGACGCCGACATCATCCCCGTCCTCCTCGGCACCGACTCCCGCGTCCTGGACATCGGCCGCACCACCCGGATCTTCCCACCCCACATCCGCAAAGCCATCACCGCCCGCGACGGCGGCTGCGCCTTCCCCGACTGCACCATCCCCGCACCCTGGTGCGAAGCCCACCACACCACCTACTGGTCAAACGGCGGCACCACCTCAACACACAACGGCACCCTGCTCTGCAGCCACCACCACCTCATCCACAAAGAACAATGGCTCATCAACATCACAACAGGAACCCCCTGGTTCATCCCCCCACCCCACATCGACCCCCAACAAACACCCCGACGCAACCACCACCACACACCCCGCAGAACATAA MGIIGQVVARRAGSPRAYELLRQRARRSVGVPARLTAYWDSAYKDTAYVGPAAGTYAETSRTPELLLGFASAPNAGDSPPLGAPATSAPESAAPEEVPGQLPWTKASAPEQLPESLWPESLWPESSAPGLPVLEAALLEGAAAADALRSIASDEARLFGFVEAADFAGRIEEISRSLEYLQVVAAQAVERTRREAQQTEPGSSGASAATPEWRTGWTEPGPGSGVASASVGEARSPKVSPLDDGYRNAAEFLRARLRISLAEARRRLALAPEVLPQAGMAGQQIPARREALAEALSSGEVSSRSATIISTALDHVRQLTDDQTITRMEHALTTTALDSDPDFLSKMTKRWTDMIDQDGPEPSEEVLRQLQGAFLRRRRRHGLHHIEIFATAEQYETLATAMNTATNPRLQNATSQDGPGTTPDLDRRSRAQKLLNGLVGACALAMTTGKLPSNGGLRPQLTVTIDERDLFERLNNHNNHQQPGTGPARNPLSTGTATFTGPIHPNTIRKIACDADIIPVLLGTDSRVLDIGRTTRIFPPHIRKAITARDGGCAFPDCTIPAPWCEAHHTTYWSNGGTTSTHNGTLLCSHHHLIHKEQWLINITTGTPWFIPPPHIDPQQTPRRNHHHTPRRT NA NA NA NA NA D3-18_02317 1260 hypothetical protein GTGAGCAGCAATGAGGCAAGGGCCGCCGTCGAAGCGGTGTGGCGGAGCGAATCCGCCCGCATCGTCGGCGCCCTTGCCCGCTACACCGGTGACTTCACGTTGGCAGAGGACCTTGCCCAAGAAGCGCTGGCAGAAGCTCTCGTGTCCTGGTCCGTCAACGGCATCCCCGCAGAGCCGGCGGGTTGGCTCCTGACTGCCGGCCGGCGTCGGGCGATCGATTCGTTCCGGCGTCGTGCTGTTCGCGACGAAAAGTACGCCTTGCTGGCCCGCGATCTGTCCGAAGAGGAGCCGGGCGTGGACACTTTGTTCAACCCTGATGCAATCGATGACGATGTCCTCTCATTGATGTTTGTCTCTTGCCATCCCGTGCTGCCAAAGGAAGCGCGAATTGCCCTGACGCTTCGTGTGGTGGGCGGCATGGGCACGGAAGAGATTGCCAAGTCGTTCCTGGTCCCCGTTCCGACCATCCAGGCCCGCATTACGCGGGCAAAGAAAACTCTGGCAGCGGCGCACGTGCCGTTTGCGGTGCCGGAGGCGTCTGAAATTTCGGAGCGACTGGGCTCAGTGCTGCAGGTGGTCTACCTGATCTTCTCGGAAGGTGCCTTTGCCTCGGGGGGTGACTCATGGATGCGGACGGAACTGGCCAGCGAAGCACGTCGGCTCGCCCGCGTTTTGGTTCGGCTGGCTCCCGAGTCCGAAGTGTTTGGCCTCTTAGCCCTGATGGAACTGACCGCAGCACGTTTTCCTGCCAGGCTCGACGCAGCCGGTCAGCCGGTCCTTCTCGAAGACCAGGATCGACGGCGGTGGGACCAGTCCGCGATACGCCGGGGCAGGGCTGCCCTTTCGACGGCGGTGGCGGCTGGCCGAGGTCTTGGCGCATACGGATTGCAGGCCTCCATTGCGGAATGCCACGCGGTGGCTCGGACTGCGGAGGAGACGGATTGGCAACGAATCGTGATTCTGTACGAGGCACTGGGGCGGCTGGTTGCATCCCCTGTGGTTGAACTGAATCACGCAGTTGCGGTTGCCATGGATTCCGGCCCGGCCTCCGGATTGCAGTTGGTGGATGCGATCGCGGACAGGGGTGCTCTGAAAGGGTCGCACCTTGTACCGACAGTGCGAGGTGAGCTCCTCACCCGGCTCGGTCGGCTCGCGGAAGCCAAGGTAGCTCTGTTGGAAGCACTCGACCTGTGCTCGAACGCCGCCGAACGGAGTGCGTTGGAGCAGAAGATCGCAGACTTGGCAGGCAAGCAGAACTGA MSSNEARAAVEAVWRSESARIVGALARYTGDFTLAEDLAQEALAEALVSWSVNGIPAEPAGWLLTAGRRRAIDSFRRRAVRDEKYALLARDLSEEEPGVDTLFNPDAIDDDVLSLMFVSCHPVLPKEARIALTLRVVGGMGTEEIAKSFLVPVPTIQARITRAKKTLAAAHVPFAVPEASEISERLGSVLQVVYLIFSEGAFASGGDSWMRTELASEARRLARVLVRLAPESEVFGLLALMELTAARFPARLDAAGQPVLLEDQDRRRWDQSAIRRGRAALSTAVAAGRGLGAYGLQASIAECHAVARTAEETDWQRIVILYEALGRLVASPVVELNHAVAVAMDSGPASGLQLVDAIADRGALKGSHLVPTVRGELLTRLGRLAEAKVALLEALDLCSNAAERSALEQKIADLAGKQN PGPT0014960_87 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D3-18_02318 420 hypothetical protein ATGGCGAAATACATGTTGATCATGCGGGCAGACGACGCTTCATACGCCAAGTTCGAGAACATCGATTTCAACGAGATCCTCGAGGCAATGGGAAAATTCAATGACGAGCTGATCCGTGCCGGAGTCCTCTTGGCCGCTGAAGGCCTGGACGACGCCAAGGACGGAGTGGTTGTGGACTTCACCGGTGAAACCCCGGTGGTCACTGATGGCCCCTATGGCGAAACAAAGGAACTCTTCGGAGGCTATTACATCCTGGACGTCGCCTCCAAGCAGGAAGCAATCGAGTGGGCCAAGCGTGCGCCGATGACGGCAGGTACCAAGACCGAAATCCGGCGCGTCACAAGCATCGACGAGTTCCCTCAGGACAATGAATGGATCCAAAAGGAACGCGCATGGCGCGAGCAGACCGGTCAGCTCTGA MAKYMLIMRADDASYAKFENIDFNEILEAMGKFNDELIRAGVLLAAEGLDDAKDGVVVDFTGETPVVTDGPYGETKELFGGYYILDVASKQEAIEWAKRAPMTAGTKTEIRRVTSIDEFPQDNEWIQKERAWREQTGQL PGPT0030505_30 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030505-phnB|yjdN-K04750 D3-18_02319 570 hypothetical protein ATGTCGAAAATCAAGAGAATCACCCTGGGTATGGCAGCGGGAGCGCTGGCACTAGGCGCAGGACTTGGTGCAACCAGTATCGCGACGGCGGCCACCACACCATCACCGAGCGCTACGTCGTCCCCTGGCTCCACGTTGTCCGGGGATGCAACCACCCCGTCAGATCGTGGGGGAAAGCTCGGCGGGCACGGACGTGATCGGGGCCAAATAGCGGCTGAGTTGGCAACAAAGCTTGGTGTGGACGAAGCCAAAGTCACCGAAGCCTTGAAGGCGTTCCGTGAAGCAAACAAACCCACCACGCCACCCGCCGAAGGAACGGAAGGAACAAAGCCCGACCGTTCAGCTCAGGATGCCGCCCTGGCAAAGTCACTCGCTGAAGCATTGGGCGTAGAAGAAGCCAAGGTCACCGCTGCACTGGAAGAAATCCGAGCCGCGGGCCAAGCGGAACGTTCCGCCGCCCTGAAGACCAAGCTGGACAAGGCGGTCACGGACGGCAAGCTGACACAAGCCGAAGCTGATGCCGTGACCAAAGCTGTCGAAGCCGGGGTCATCGGAGGAGGCGGCCGCTAG MSKIKRITLGMAAGALALGAGLGATSIATAATTPSPSATSSPGSTLSGDATTPSDRGGKLGGHGRDRGQIAAELATKLGVDEAKVTEALKAFREANKPTTPPAEGTEGTKPDRSAQDAALAKSLAEALGVEEAKVTAALEEIRAAGQAERSAALKTKLDKAVTDGKLTQAEADAVTKAVEAGVIGGGGR NA NA NA NA NA D3-18_02320 951 COG0258 5'-3' exonuclease ATGCCGCGACTGATGCTTTTGGATACTGCCTCCTTGTATTTCCGCGCCTTCTACGGTGTGCCCGATTCCATTCGACGATCCGACGGAACGCCTGTGAACGCGGTGCGGGGCCTGATGGATATGATCGCCCGCCTCACCACCGACTACGAAGCCACGCACTTGGTGGCCTGCTGGGACAACGATTGGCGCCCGCAATGGCGCGTTGACCTGATTCCAAGCTACAAGTCGCACAGGGTCGCGGAAATTATTCCGAATGGTCCCGATGTAGAGGTTGTCCCGGACCCGCTTGAGGCGCAGATTCCCATGATCCGCCGAGTATTGGACCTTGCCGGGATCGCTGTGGTGGGAGTTGACGAGCATGAGGCTGATGACGTCATAGGCACCTATGCGAGCCAAGCGACCTTCCCGACGGACGTGGTGACTGGTGACCGCGACCTCTTCCAGCTCGTCGATGACGACCGTGGGATTCGTGTCATTTACACGGCCCGCGGCATGAGGAACCTGGAAGTCCTCACCGACATCGTAGTGGTGGGCAAGTATCGTGTCCTGCCCCAGCAATACGCCGACTACGCAACACTCCGGGGCGATGCCTCCGACGGGCTGCCCGGAGTGGCCGGCATCGGCGAAAAGACGGCGGCGTCGTTGCTTGGCACGCACGGCTCCTTGGAAGGACTTCTTGAGGCGGCGGAAGCACCCGACGGCGGGTTGTCGGCTTCCCTCCGGGCCAAGCTGTCCGCGGCGGCTGACTACCTCAAGGTGGCGCCCGCCGTCGTGAATGTCGTGCGTGACTTGGAGGTGCCGACACTGGAAGAAGTACGCGCCGAGCTGCGTCCCGTCACCGGAGACGCTCGCGCCGAACTTGAGCAGCTGGCAAATGACTGGAATCTGGGTGGATCGGTCAAGAGGTTGCTGGAGGCGCTGGACCGGGTCCGCCGACGACACCCATCATAG MPRLMLLDTASLYFRAFYGVPDSIRRSDGTPVNAVRGLMDMIARLTTDYEATHLVACWDNDWRPQWRVDLIPSYKSHRVAEIIPNGPDVEVVPDPLEAQIPMIRRVLDLAGIAVVGVDEHEADDVIGTYASQATFPTDVVTGDRDLFQLVDDDRGIRVIYTARGMRNLEVLTDIVVVGKYRVLPQQYADYATLRGDASDGLPGVAGIGEKTAASLLGTHGSLEGLLEAAEAPDGGLSASLRAKLSAAADYLKVAPAVVNVVRDLEVPTLEEVRAELRPVTGDARAELEQLANDWNLGGSVKRLLEALDRVRRRHPS NA NA NA NA NA D3-18_02321 1935 mobA_1 COG0654 3-hydroxybenzoate 4-monooxygenase GTGCAGTTCCACCACCACGGTTACGTATCCGGTGACCCCCGTGTTGAGCCGGCCGCCGGCGTCGGTATCAATCGCCCAGCCGAGCTTCCCGACGAGGTTGACGTCCTTATCGTGGGCACTGGCCCTGCCGGGATGCTGACGGCAGCACAGCTTTCGCAGTTCCCTGACGTCACCACACGTATCATTGAGCGCCGCCCCGGGCGCTTGGCCATCGGCCAGGCCGACGGCATCCAAGCGCGCAGCGTCGAGACGTTCCAAGCCTTCGGTTTTGCGGAGCGCATCACGGCCGAGGCGTACCGGATCACGGAGATGGCGTTCTGGAAGCCGGACCCGGCCGACCATTCGCGCATCGTCCGGGCTGCCCGGGCAGTGGATGATCCCGCTGGGATCAGTGAGTTCCCGCACCTGATCGTCAACCAGGCACGGGTCCTGGACTACTTCGCAGAATTCATGGCCAACTCCCCCGCCCGCATGACACCGGACTACGGCTACGAGTTCCACAGCCTCAATGTCACCGGAGAGGGCGACTACCCGGTCACGGTAACGCTCGCCTACACCTCCGGGCCCAACGAAGGCCAGGAACGGGTGATTCGCGCCAAGTATGTGGTGGGCGCAGACGGAGCGCGCAGCAAGGTCCGTGAGTCCATCGGATGTCACCTCGCGGGCGACCAGGCCAACCACGCGTGGGGCGTCATGGACGTCCTTGCTGTCACCGACTTCCCTGACATTCGAACTAAATGCGCCATCCAGTCCGGAGCCGGCGGCAGCATCCTGCTGATTCCCCGCGAAGGCGGTCACCTGTTCCGCATGTACGTCGACTTGGGCGAAGTCAACCCGAATGACAAAGGCGCCGTTCGCAAAACCACTATTGAACAAATCATTCAAAAAGCCAACGACATCCTTCACCCGTACACGTTGGATGTGCGCAACGTTGCCTGGCACAGCGTGTATGAAGTGGGACACCGGCTCACTGACAGGTTCGACGACGTCCTGCCGGAGGAGCGCGGCAGCCGCACTCCACGGGTGTTCATCACCGGCGACGCCTGCCACACCCACAGCGCTAAAGCCGGGCAAGGTATGAACGTCTCCATGCAGGACGGCTTCAACATCGGCTGGAAACTTGGCCACGTCCTGGAAGGCCGTAGCCCCGAGTCCCTGCTGGACACCTACTCGGCTGAACGCCAGGTGGTGGCGAAGAACCTCATCGACTTCGATAAACAGTGGTCCACCCTGATGGCCAAGAAGCCCGAAGAGTTCGAGGACCCCGCGGAATTGGAGACCTTCTACACCAGCACTGCCGAGTTCCCCGCAGGCTTTATGACCCAGTACACCCAGTCGCTGGTCATCGCCGAGGCACAACATCAGGAGCTCGCCACCGGCTTCCCCGTTGGCAAGCGCTTCAAGTCCGCTCCCGTGCTCCGGGTCTGCGACACGAACCCCATGCACCTGGGCCACCACGCCAAGGCAGACGGTCGCTGGCGCATCTATGTCTTCGCTGACGGGGCGCAGGCTGGAGCCCAGGGACCTGTGGCGGAGTTTGCCGACTGGATCGCAAACTCGCCGGATTCTCCGCTGGCGGCGACGCCGTCGGACGCTGACATCGACGCCTGGTTCGACGTGAAGGTGATCTACCAGCAAGACCACACCAACGTGGACATCAACGCCGTCCCCGCGGCCTTCAAACCCACGGTTGGACCGTTCAAGCTCACCTACCTCGAGAAGGTCTTCGGCACGGACCCCAATGCTGACATCTTCGAGCTGCGTGGCCTCAGCCGCGACGGCGTGGTTGTAGTGGTCCGGCCGGATCAGTACGTCGCCAACGTACTGCCGTTGACAGCGACGGCTGAACTGGGAGATTTCTTTGCGCCGCTGCTTTCAGCCGGGCGTACTGAAGTCACCGCGAAAAAGCCGGGCTTGGTGAGCAATCAGGTGTAA MQFHHHGYVSGDPRVEPAAGVGINRPAELPDEVDVLIVGTGPAGMLTAAQLSQFPDVTTRIIERRPGRLAIGQADGIQARSVETFQAFGFAERITAEAYRITEMAFWKPDPADHSRIVRAARAVDDPAGISEFPHLIVNQARVLDYFAEFMANSPARMTPDYGYEFHSLNVTGEGDYPVTVTLAYTSGPNEGQERVIRAKYVVGADGARSKVRESIGCHLAGDQANHAWGVMDVLAVTDFPDIRTKCAIQSGAGGSILLIPREGGHLFRMYVDLGEVNPNDKGAVRKTTIEQIIQKANDILHPYTLDVRNVAWHSVYEVGHRLTDRFDDVLPEERGSRTPRVFITGDACHTHSAKAGQGMNVSMQDGFNIGWKLGHVLEGRSPESLLDTYSAERQVVAKNLIDFDKQWSTLMAKKPEEFEDPAELETFYTSTAEFPAGFMTQYTQSLVIAEAQHQELATGFPVGKRFKSAPVLRVCDTNPMHLGHHAKADGRWRIYVFADGAQAGAQGPVAEFADWIANSPDSPLAATPSDADIDAWFDVKVIYQQDHTNVDINAVPAAFKPTVGPFKLTYLEKVFGTDPNADIFELRGLSRDGVVVVVRPDQYVANVLPLTATAELGDFFAPLLSAGRTEVTAKKPGLVSNQV PGPT0005430_182 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_BENZENE|PHENOL_DEGRADATION,PGPT0005430-mobA|pcpB|mhpA-K03380 NA NA D3-18_02322 1272 hypothetical protein ATGAAGGCCGCCCCGGACTCGTCCTCGCTTGCAGCAGCACGGAAACTTGCGCATCCCGGCCCGTGGTCCGACTCAGGAAGCAACGATGTCCTTGTCTGGGGAAAGTGCCAAGGCAGCGGGAAAACGCCTTATCAAGTGAGCGTGGACATCATCGCACCCGCCTACCGGTGCTCGTGTCCCAGCCGGAAGTTTCCCTGCAAGCACGCATTAGCACTGCTGTTGCTTTGGTCCCGGGGTGAGGCAGCCCAGGCCGGAGCCGACACCGCGGATTTCGCAAAGGAATGGGCCGATCAACGGGCCGGTCGTGCCACCGCAAAAGACCGGCGACAGGCCGAGCAACCGGTAGATCCTGAAGCACAGGCAAAACGGCTCGCTGCCAGGCTCGCCCTCATGGATGCCGGGATCGATGATTTTTCGCGGTGGCTGACGGACCTTGTACGGACCGGATTTGCCGCTGCCCGCAATCAGCCATATTCCTGGTGGGATGGCGCGGCAGCCCGCTTGGTGGACTCCCAGCTTCCCGGTTTGGCCGAACAAGTGCGGGAAATGGCATCCCAAATTCACGGCCGGACGGACTGGGCAGACCATCTTCTCCTTCACGCGGGCCGCTGGTGGGCCCTGACAAAAACATGGTCAGCAAGAGACGCACTCACACCGGACGAATTCGCTGACGTTAAAGCTGTCCTCGGCTGGGCCACCGCGTCTGCTGACGTACAGGACACCGAGTCGCTGCAGGGCCCGTGGCTGGTGCTCGGAGCCCACCGCAGTGACGATGGACGCCTCCAGCAACAACGAACTTGGCTTCGAGCACCCGATGGCACGATGGTCGTCATCCTTGACTTCGCCGGACAAGGCCAGGGGCTGGCTGCGCCGCAACTCGCAGGAGCGCAGCTTGCTGTCACAGTTGCCCGTTACCCCGGTTCAGCGCCAAGGCGTGCTTTGTTCACCGGACCCATCACCTCACAGGGCGTAGCCACAAGCCTCGGCAAGGGCTACACCATCCGGCAAGCGCTGGAACAGGAGTCTGCAGCAGTTGCGCGCTCGCCGTGGCGGGCCAGGCATCCTGTGCTGCTGGAAGGAGTCACCGTCAACCCGCAGGACTTGGGCTGGTTGCACGATCCGAGCGGCGACGCACTTCCTTTGGTGGATGCTCCCCTCGACGCCCTGCTGGCGCTGACAGGTGGCCATGCTGCCGATATTTTCGGCGAACTGGAGGATGGCCGCCTTCGTCCGCTGACCGTCGTCGTCGATGGAATGGTGGTGACCCCATGA MKAAPDSSSLAAARKLAHPGPWSDSGSNDVLVWGKCQGSGKTPYQVSVDIIAPAYRCSCPSRKFPCKHALALLLLWSRGEAAQAGADTADFAKEWADQRAGRATAKDRRQAEQPVDPEAQAKRLAARLALMDAGIDDFSRWLTDLVRTGFAAARNQPYSWWDGAAARLVDSQLPGLAEQVREMASQIHGRTDWADHLLLHAGRWWALTKTWSARDALTPDEFADVKAVLGWATASADVQDTESLQGPWLVLGAHRSDDGRLQQQRTWLRAPDGTMVVILDFAGQGQGLAAPQLAGAQLAVTVARYPGSAPRRALFTGPITSQGVATSLGKGYTIRQALEQESAAVARSPWRARHPVLLEGVTVNPQDLGWLHDPSGDALPLVDAPLDALLALTGGHAADIFGELEDGRLRPLTVVVDGMVVTP NA NA NA NA NA D3-18_02323 1443 hypothetical protein ATGACTTGGTTGGTCGAACTCCGAACGGCGGCCCTGGTGGGAACCGCACGGCACGACGCCCCCAAGCCGCCCGTCGAACTGGGATTCCGTGCACCGCATGACCTGACCCGCGAGGAATCCCTGCTGGATCAAGCGGCATTGGCCGACGTCGTAACCCGTGCGGCCCGGACACCATCCGCAGCCCCAGCCTCTGGTCTGACTTCGCCTGCACCCGCTGACATGGAGCCTCAAGCCAGCGGAGAGGCCGCCCGGCTGTTGGAGCTGTTACTGACCCAACCGCCGGTGGGGCTTGAGCTGAGAACCCAGCTGGTAGTGGACTGGCTCCGGTTTGCTGGAGAATCGCGACGGCGGGTCCCCCACCGGCTGCTGCCGGCGTTGCTCAACCTGGCCGAGACAAAATCCGCTGTTTTCAGGTGTCTTGAACCGGCAATCGGATCCCGCGGCCGCTGGTTGCAGGACCTCAAGAGCCCACCCTCACACGAACCGGCAGCAGAATGGTCTGAACTTGGGAGCGCTGCCGCTGCGGCGGAACTTGACCGCCTAAGAGGCCGTGATCCGGCAGCTGCGCGCGAGCAGCTCCGTGGGTACTGGACGTCGCTCAGCGCCAGGGAACGCGCCGGAAACCTGGCCCTGTTTGCCGGCAACCTCAATGAGGACGACGAAGCATTGCTGGAACAAGCCTTGGACGACAAAGCGAAGAGCGTACGGGACGTTGCGCTCCGGCTCCTCGACCAACTCCCAGGGAGTGCACGTGCGGCCCGCATGGCAGCCCGGCTCCTACCCCTGTTGCACGTCAAAGGGATCCTGAACAAGCGCCTGGAAATCGCGCTCCCTCCGGACCCTGACCAGGAGGCACTGCGCGACGGGATTCCCGCCGACCCTCGCAGAGGTGAACCCGATCGGCTTGCACGGTTGGACGTGATCATCCGTGGCGCGCCGCTGGAGGTTTGGACATCGGTAACGGGCCGGAACCAGGCGGGCACTGCGGCACTGCTGCAGGACGAAGAGCGCACCCTGGAAGCGCTGATCGCCACCACTGCTGTCCGCGATGATGCTGAATGGGCCCGTGGGCTGCTCACAGTCAAGACTGACAAAAGACTGCTGGGTTGCCTCACGCCCGACGAGCGCGCACAGTGGCTGGAGCGGCACATCCGTGAAAGTGGCGACGAACCGCTGACGCTGGCTTCACTGCTGCAGGACGTGCCGCAGCCTTGGTCCGCGCCGTTGGCCAAAGCTGTACTGACACTGATTTCCGGCAAGGACGACGGCCGCCTGGCAGCGACCCTGGCCGCTGTCCTTCCTACCGCCCTTCCGCCCGTTGCCACCGAACAATGCCGTCAACTTTTGGCCCGAACAGACGACGACGCCGTCCGGCGCCGTGTCCTGCGCGATGCCGTCCAATATCAATCATTCAGACAATCCCTGACGGAGGCTTTCCGATGA MTWLVELRTAALVGTARHDAPKPPVELGFRAPHDLTREESLLDQAALADVVTRAARTPSAAPASGLTSPAPADMEPQASGEAARLLELLLTQPPVGLELRTQLVVDWLRFAGESRRRVPHRLLPALLNLAETKSAVFRCLEPAIGSRGRWLQDLKSPPSHEPAAEWSELGSAAAAAELDRLRGRDPAAAREQLRGYWTSLSARERAGNLALFAGNLNEDDEALLEQALDDKAKSVRDVALRLLDQLPGSARAARMAARLLPLLHVKGILNKRLEIALPPDPDQEALRDGIPADPRRGEPDRLARLDVIIRGAPLEVWTSVTGRNQAGTAALLQDEERTLEALIATTAVRDDAEWARGLLTVKTDKRLLGCLTPDERAQWLERHIRESGDEPLTLASLLQDVPQPWSAPLAKAVLTLISGKDDGRLAATLAAVLPTALPPVATEQCRQLLARTDDDAVRRRVLRDAVQYQSFRQSLTEAFR NA NA NA NA NA D3-18_02324 1107 yehL COG0714 putative protein YehL ATGACCGACGCCCAGAATGCAACGGAGGTTCTTCGCGCCCACGCCGAGAATGCGTATGCCGACGAACTTAGCGCCTTGGCAGCTGTTGACGACCGCCCCCGTCCACCCAGTTGGCGTCTCTCCCCTTGGGCTGTCACCACCTACATCCTGGGTGGGACGTTGGCCGATGGGGCCGTGATCACTCCAAAGTATCTGGGCTCCGAACGCTTGGTGGAAATCGCTGTGGCGTCACTGGCCACGGACCGCGCCTTGCTGCTGCTGGGCGTTCCGGGAACCGCGAAAACATGGCTTGGGGAGCATCTGGCCGCAGCGATCTCAGGCTCGTCCACTCTGGTGGTTCAGGGCACTGCGGGTACACCGGAAGAGGCTTTGCGTTATGGGTGGAACTATGCCCGCCTGCTCGCCGATGGACCCTCACGTACCGCCATGGTCCCGGGTCCCGTCATGCGGGCCATGGAGACAGGAAGCCTGGTGCGGGTGGAGGAATTGACACGTATCCCCTCCGATGTGCAGGACTCCCTCATCACCATCCTCAGCGAGAAGACCCTGCCCATTCCCGAGCTCAACGAGGAAGTACAGGCACGGAAGGGCTTCAACGTGATCGCCACCGCGAACAACCGCGACAAAGGCGTCAACGACCTCTCGTCCGCTCTTCGCCGCCGGTTTAACACTGTGGTCCTGCCGCTCCCGGACAGCATCGATCAAGAGGTGGAGATTGTAACCACCCGTGTTCGCAGTTTGGGTGAGTCCCTGGAGCTGCCGGCGGATTTGGCTGCACTTTCCGAGATTCGGAGGGTGGTCACCGTCATGCGGGAGCTGCGGTCGGGCGTAACCCAGGACCAGCGCACCACCATCAAGTCACCGTCGGCTACGTTGTCCACGGCAGAGGCCATTTCCGTGATGACCAACGGGCTCTCCCTGGCCGCGCACTTTGGAGATGGCACCGTCCGGGCAGAGGACGTAGCCGCAAGCCTGGTGGGCGCAGTGATCAAGGATCCCGTCCAAGACCGCGTGATCTGGCAGGAGTACTTGGAGACCGTCGTCCGGAATCGGCCTGAATGGAAAGACCTCTACCGGGCCTGCCGCGACCTCGAGTCGTCCAACTAA MTDAQNATEVLRAHAENAYADELSALAAVDDRPRPPSWRLSPWAVTTYILGGTLADGAVITPKYLGSERLVEIAVASLATDRALLLLGVPGTAKTWLGEHLAAAISGSSTLVVQGTAGTPEEALRYGWNYARLLADGPSRTAMVPGPVMRAMETGSLVRVEELTRIPSDVQDSLITILSEKTLPIPELNEEVQARKGFNVIATANNRDKGVNDLSSALRRRFNTVVLPLPDSIDQEVEIVTTRVRSLGESLELPADLAALSEIRRVVTVMRELRSGVTQDQRTTIKSPSATLSTAEAISVMTNGLSLAAHFGDGTVRAEDVAASLVGAVIKDPVQDRVIWQEYLETVVRNRPEWKDLYRACRDLESSN NA NA NA NA NA D3-18_02325 2358 hypothetical protein ATGACAGACGTCCACATTCTGGGGATCCGCCATCACGGTCCGGGTTCGGCCCATTCCGTCGCTGAAGCCTTGGCCACCCTTCGACCGGATCTGGTGCTGGTCGAAGGGCCGCCCGAACTTGACCAGGTCATCCCGATGGTCACGGATCCGGATATGGTTCCTCCGGTCGCCGGCCTGATTTACGCTGTGGACGAGCCCCGCTTGGCTTCCTTCTACCCGATGGCCAGCTTCTCGCCTGAGTGGGTAGCCATCCGCTGGGCCCTGACCACGGGAAAGTCCGTGCGTGCCATCGATCTGCCTGCTGCACACACCTTTGCCCTCCGGGTAGCGGAGGAACGTGCTTTGTCCGCTTCGGAGGAGGACTCTACCGTCACCTCCGACGGCGGCGGAGCAGCCGACGTCGTTGAGGAACCGCCCGCAGACTACCAGCAAACAGACCCCCGGCAGACGGGTCCCCAGCAGACAGCCCCGCAGTTGGCTTACCGGCCCGATGCCATTGGGATGCTGGCCGAGGCTGCGGGGTACAGCGATGCGGAGCGCTGGTGGGAGGACGCTGTGGAGCACAGGAACACCGACCCTGTTGAGCGATTCGAAGCCCTCATCGATGCGATCTCGGAAATCCGCGGCATGGATCAGCGTCCTGCTACGCATCCTGACGTGGTGGAGAACCACCGCAGGGAAGCTGCCATGCGGCGCATCCTGCGCTCTGCCATGCGGGAAGGGCATGAACGCATTGTTGTAGTTTGCGGGGCCTATCACGCACCCGCATTGATACCCGCCGGTTTTCCAGCAGTTTCTGCCGACAATAAAGTACTCGCCGGTTTGCCGAAAACAAAGGTGGCCGTCACCTGGGTTCCCTGGACCTCGAACCGGCTCAGCTTGGGCAGCGGATACGGCGCAGGGGTCACTGCGCCGGGCTGGTATCAACACCTGTTCGCACATTGGATGGGGAACGATCCCACAAGGGATGTGGCCACCACCTGGATGGTTCGGGTAGCCCACGCGCTTCGCAAAGAGAACCTGGATGCGTCCACTGCGTCGGTGGTAGAGGCCAGCAGGATGGCTACCGCGTTGGCCGCCGTCCGCGGAAGACCCAGCCCCGGCCTACCCGAATTGGACGACGCCGCGCAGACTGTTCTTTGCGACGGTTCTCCCCTGCCGCTGGCTCTGGTTCATCGCGAACTTACTGTTGGCCGCGAGCTAGGCAACGTCCCGGACTCTGTGCCTACCCTCCCGTTGGCCGCTGACCTCGCCGCTACCCAGCGCAAGCTGCGCATGAAACCCAGCGCCATGGAAGAAGTCATGATCCTGGACCTGCGCAAGCCGAACCAGTTGGCACGTTCGGTGCTTCTCCACCGCCTTGCACTGCTGGGGGTGGACTGGGGTGAGCCAACGGACACCGGCAGGACCACCGGCACTTTCAAGGAAGCGTGGACCCTCCTATGGAAGCCCGAATTGGCTGTCTCGGTGGTGGAAGCCAGCCGATACGGCACCACCGTTGCCTCAGCCGCAAGCACTTTCGTCTCGGAACAGGCACAGGCAGCCGAAGGCCTGCCGGTCCTTGGCAAACTGTTGGAAGGCTGTCTCCTGGCCGAGCTGCCCGACGGTATTGCCGGCGTCGTGTCCGCGCTGGCAGAACGCACCGCGCTTCAGCAGGACGCTGCTCCCCTTTTGGAAACCATCGCCCCCTTGGCCCGCACTTGCCGGTACGGCAACGTTCGAGCGGTGGATGTGAGTGATGTTCGGAAGATCCTCGAAGCTACGGTGGTGCGCGCCTGCGTGGGACTGCCCACCGCCTGCGCGGGCTTGGACGACGATGCTGCTGGTGCGATGCGTCGGGCCATTGATTCGGCGCAGGATGGTTTGGCCCTGCTGCCTGAGCTGTCGTCGGATGACTGGCATGCAGCGCTTGCCGCGGTGGCCCAATCAGACACAATCCATGGTGCGGTGGCTGGCCGTTCCACCCGGATTCTGCTGGATGCAGGATTGGTGGAAGGGGAGGATGTGGCGGCACGTCTGAGTCGCCGTCTTTCCATCGCCACACCAGCGCCGGAAGCCGCTGCGTGGCTGGACGGCCTGCTATCCGGGGATGCCACATTGCTTATCCACGATCGGCGCCTCCTGCAGATCGTCGATGACTGGATGGAAGGCGTGGACGATGACGTGTTCGAGGACGTTTTGCCATTGGTCAGGAGGACGTTCTCGGCTTTCAGCAGGCCCGAGCGGCGTGAAATCGGCGAGCAGCTAAGCAGGGTCGGGTCTGGCACTACCGCGGAAGCCGTCAATGTGGACCTGGCTGGAGCAGGCCCGGCGATACAAACGATGGCGGGAATTCTGGGATGGGAGGCGATCGTATGA MTDVHILGIRHHGPGSAHSVAEALATLRPDLVLVEGPPELDQVIPMVTDPDMVPPVAGLIYAVDEPRLASFYPMASFSPEWVAIRWALTTGKSVRAIDLPAAHTFALRVAEERALSASEEDSTVTSDGGGAADVVEEPPADYQQTDPRQTGPQQTAPQLAYRPDAIGMLAEAAGYSDAERWWEDAVEHRNTDPVERFEALIDAISEIRGMDQRPATHPDVVENHRREAAMRRILRSAMREGHERIVVVCGAYHAPALIPAGFPAVSADNKVLAGLPKTKVAVTWVPWTSNRLSLGSGYGAGVTAPGWYQHLFAHWMGNDPTRDVATTWMVRVAHALRKENLDASTASVVEASRMATALAAVRGRPSPGLPELDDAAQTVLCDGSPLPLALVHRELTVGRELGNVPDSVPTLPLAADLAATQRKLRMKPSAMEEVMILDLRKPNQLARSVLLHRLALLGVDWGEPTDTGRTTGTFKEAWTLLWKPELAVSVVEASRYGTTVASAASTFVSEQAQAAEGLPVLGKLLEGCLLAELPDGIAGVVSALAERTALQQDAAPLLETIAPLARTCRYGNVRAVDVSDVRKILEATVVRACVGLPTACAGLDDDAAGAMRRAIDSAQDGLALLPELSSDDWHAALAAVAQSDTIHGAVAGRSTRILLDAGLVEGEDVAARLSRRLSIATPAPEAAAWLDGLLSGDATLLIHDRRLLQIVDDWMEGVDDDVFEDVLPLVRRTFSAFSRPERREIGEQLSRVGSGTTAEAVNVDLAGAGPAIQTMAGILGWEAIV NA NA NA NA NA D3-18_02326 1239 hypothetical protein ATGACGGGTACTTCCGACGTCACGCATGGCTCATACGCAGACGATGTTTCCGGCAATGGTTCCTCCGGTGCCGGCCGGGACCGGTTGAGCCGGTGGCGCCTGGTGCTGGGCGGGCAGGACGCGGACGGCATTTCGACGGAGGGTGGCGTGCCGGTCCAACTATCCGACGATGACGTTCGGCGGGATCAGGCGTTGGAAGAGCTCTACGGTGCGGGGTCCGGCCGGCGTGGAGGACTCGGTACGTCGAGTCCACGCGTGGCCCGCTGGCTTGGGGATATCCGCGGGTACTTTCCCTCCTCAGTAGTCCAAGTGATGCAGTCCGATGCCATGGACCGGCTCGGCCTGAGACAGTTGCTTTTGGAACCGGAGATGCTCCGTACTGTCCAACCGGACATTGGCTTGGTGAGTACTTTGGTGGGACTGGGGCGGGTGATCCCCGAAGAGTCCCGGGAAACTGCCAGGTCAGTCATTCGGCAGGTCACCACGGAACTTGAGGAACGGCTGCGCGCCAAGACGATCCAAGCAGTCTCAGGTGCCCTCAACCGTTCCGCCAGGACGCGCCGACCCAGGCACAGGGATATCGACTGGAACAGGACCATCGCCGCCAACCTCAAGCATTACCAGCCCGAGTACCGCACGGTGGTGCCCGAACGGCTGCATGGCCATGCAAGGCGCAGCACCGAGATTCAGCGCGAAATCATCCTGTGTATTGACCAATCCGGGTCAATGGCTGAATCCGTCGTGTACTCCAGTGTGTTCGGAGCAGTTCTCAGCTCACTGCGGTCCGTGAGCACCAGATTGGTGGTTTTTGACACCGAAGTTGTAGATCTGACGGACGACCTGGACGATCCCGTGGACGTGCTTTTCGGCGTACAGCTGGGCGGAGGGACCGACATCAACCGCGCCCTTGCCTATTGCCAGGATCAGATAACCAAGCCCGCAGAGACCATCCTTGTGCTGATCAGCGACCTTTATGAAGGCGGCATAGCCGAAGAAATGCTGCGTCGAGCCGCCTCAATTGTGGGTGGGGGGACCACCATGATTGCTTTGCTGGCTTTGAGCGACAGCGGCCATCCGTCCTTCGACTCAAGTCATGCAGCAGCTCTGGCAGGCATCGGCGTGCCGGCTTTCGCGTGCACACCGGATCTCTTTCCGGACATGATGGCTGCTGCCATTGAGCGCCGGGATGTCAGCGAATGGGCAGCCTCCCAGGACATCCCGACAAGTCACGAAACGTAG MTGTSDVTHGSYADDVSGNGSSGAGRDRLSRWRLVLGGQDADGISTEGGVPVQLSDDDVRRDQALEELYGAGSGRRGGLGTSSPRVARWLGDIRGYFPSSVVQVMQSDAMDRLGLRQLLLEPEMLRTVQPDIGLVSTLVGLGRVIPEESRETARSVIRQVTTELEERLRAKTIQAVSGALNRSARTRRPRHRDIDWNRTIAANLKHYQPEYRTVVPERLHGHARRSTEIQREIILCIDQSGSMAESVVYSSVFGAVLSSLRSVSTRLVVFDTEVVDLTDDLDDPVDVLFGVQLGGGTDINRALAYCQDQITKPAETILVLISDLYEGGIAEEMLRRAASIVGGGTTMIALLALSDSGHPSFDSSHAAALAGIGVPAFACTPDLFPDMMAAAIERRDVSEWAASQDIPTSHET NA NA NA NA NA D3-18_02327 1308 hypothetical protein GTGGTCCCTCCCCGCACCGGCGATGGCGGCGACACTCTTAATGACGCCGCCCGAAAGATCCAACGCGTCTATCTGACATTGACGCTGGGCAATACCGTTGCGGCCTCCTTCATCTGGGGAATCAACACCCTGTTCCTGCTGGATGCCGGTTTAAGTAATCTGGAGGCGTTTGCCGCCAACGCCTTCTTCACCGTAGGCATGGTGCTGTTTGAGGTCCCTACGGGAGTGATCGCCGACGGATGGGGCCGGCGTGTGTCGTTCCTGCTGGGAACGGTGACGCTGGCCGTGTCCACTTATCTGTACTTTGTGATGTGGCAGATCTCCGCGCCGTTCTGGATGTGGGCCGTGGTCTCGGTCCTTCTGGGCCTCGGCTTTACGTTCTTCTCCGGTGCGGTTGAAGCATGGCTCGTGGATGCCCTGCGGTTCTCGGGCTACGAAGGCGGGCTGGAATCGGTACTCGGCCGAGGTCAGATGGTCCAGGGTGTGGCGATGCTGGTGGGCTCAGTAGCAGGCGGGGTGGTTGCCCAGGCCACCAATCTTGGCGTGCCCTTCCTCCTTCGGGTGCTGGTGCTGCTCGCCATGTTTGCGGTGGCCTTTGGACTCATGCACGACGTCGGCTTCACGCCTGAGCGTTCGACGCATCCCCTCCGCGCGACTCGGGCCGTACTGTCCGCGTCGATCGAGAACGGCTTGAAAAACCCGCCCGTGCGGTACGTGATGCTGGCCGCCCCCTTTAGTGCCGGCGTCGGGATCTACGTCTTCTACGCCCTGCAGCCGTACCTGCTTGACCTCTTTGGCGATCCCAGGGCCTATTCCATCGCGGGCTTGGCCGCCGCGATTGTCGCGGGATCGCAGATCCTCGGGGGCTGGCTCGCTCCGCATGCCAGGCGACTTTTCCACAGGCGCACCTCCGTGCTCCTCCTTGGAGCTATGGTGGGTAGCGTCATCCTGCTGGTCCTCGGATTCACACGTATCTTCTGGGTGGCGCTGATATTGCTCGCTCTCTGGGCCGTCGTCGGTTCTGCCGCCACGCCGGTGCGGCAGGCATACGTCAACGACATGATCCCGTCGAAACAGCGGGCCACGGTCCTGAGCTTCGATTCACTGATGGGCTCCAGCGGCGGCGTAGTCATCCAGCCCGCCCTGGGCCGGGGAGCTGACCTCTACGGCTATCCGGCATCATTGGCCATGGCAGGATTCATCGAACTCATGGCGCTGCCGTTCCTGCTGGCCAGCCGGAAGCAGGGCGCAGCAGCCGACCGGGCCAGCACAACTGAAACCTCCCCGGACACGGAATCCTTGCCGTGA MVPPRTGDGGDTLNDAARKIQRVYLTLTLGNTVAASFIWGINTLFLLDAGLSNLEAFAANAFFTVGMVLFEVPTGVIADGWGRRVSFLLGTVTLAVSTYLYFVMWQISAPFWMWAVVSVLLGLGFTFFSGAVEAWLVDALRFSGYEGGLESVLGRGQMVQGVAMLVGSVAGGVVAQATNLGVPFLLRVLVLLAMFAVAFGLMHDVGFTPERSTHPLRATRAVLSASIENGLKNPPVRYVMLAAPFSAGVGIYVFYALQPYLLDLFGDPRAYSIAGLAAAIVAGSQILGGWLAPHARRLFHRRTSVLLLGAMVGSVILLVLGFTRIFWVALILLALWAVVGSAATPVRQAYVNDMIPSKQRATVLSFDSLMGSSGGVVIQPALGRGADLYGYPASLAMAGFIELMALPFLLASRKQGAAADRASTTETSPDTESLP NA NA NA NA NA D3-18_02328 597 yyaP_3 COG0262 putative protein YyaP GTGAGTAAGGTGTTCGGGGGCATGGCTGCCAGTTTGGACGGATACATCGCGTCAGAGAGCGGCGACCTTTCATGGCTGAACGACGCCATGGCCAAGGACGAGGACTACGGTTTCGAAGCGACCGAACGCAGAACCGGGGCATACATCATGGGGGCCAACACCTACCGTGAGGTAGCAACCATGGGCGGCGTAGGGTCCAAAGTACCCACGTACGTGGTCACCCACGAGCAAACACTCGCCACCAAGGGCAACACGGAACTCTTCTCCGGCGATCTGCGGGAACTGGTTGCACGCATCAAGGCAACCATTGCCGTGGAGAAAGACATCTGCCTGTTCGGCGGTGGTGAGCTGGTCACGGAATTCGTTGAATTGGGGTTGATCGATGAGCTGGGCATTTCCGTGATCCCCGTAATCCTGGGCGGAGGCATTCCGTTCTTCGGCCGGGTCTGTCAATGGACGAAGTTGGAACTCATCGAGTGCCGTCATTACCCGTCCGGAATCGTCCTGATGAATTACCGGCTGAAGGGCAAAGCTACAAATGCGCCTCACATACGGAAGACTGACATAAACACTACTGAAAGCGCGGTTGGCACGTGA MSKVFGGMAASLDGYIASESGDLSWLNDAMAKDEDYGFEATERRTGAYIMGANTYREVATMGGVGSKVPTYVVTHEQTLATKGNTELFSGDLRELVARIKATIAVEKDICLFGGGELVTEFVELGLIDELGISVIPVILGGGIPFFGRVCQWTKLELIECRHYPSGIVLMNYRLKGKATNAPHIRKTDINTTESAVGT NA NA NA NA NA D3-18_02329 261 hypothetical protein GTGATCTCCCTGCACCAGGACCCCCAAGGCTTCATCCGAATGAAAAGGCACTTTCCCGCCAGCGTCGCGGTGGCCGTAGTCTTCGCCGACGGAACCGAGGAAGTATTTACTGGCCGACGGCTCAACGAGATCTATGACGAAGCGCTGGCAGCCTACCGTGCCGGCAATGACCTGGACGCTAAAGGATTCAACCGGGGCCCCAGGAAGAAGGTTCAGCAGGGCATTGAGTTTGTGCCGGTTTCGCCGGGAATGTCCAACTGA MISLHQDPQGFIRMKRHFPASVAVAVVFADGTEEVFTGRRLNEIYDEALAAYRAGNDLDAKGFNRGPRKKVQQGIEFVPVSPGMSN NA NA NA NA NA D3-18_02330 354 dksA RNA polymerase-binding transcription factor DksA ATGGTTGACGCTGAGCGGTTTCGGGTCCTTTTGGAGGAGGAACGGAGTCGCAAAATCGAACTACTCAAGGCGCTGCGAAGCGACATCAGCTCGGTGAGCCTCGCCCGGCAAGACTCCAATGTGGACGACGAACACGATCCCGAGGGCAGCACCATAGCCTTCGAGCTCTCCCAAGCGTCCGCCCTCATGGGCCAAAGCCGGGTTGGTTTGGAGCAGATCGACGAGGCACTGGCGAGGATAGCGGCGGGCACGTACGGATTGTGTGCGGTTTGCGGCGTGGCCATTCCCGAAGGCAGGCTTGAGGCCAGGCCCTGGACGCCGTTCTGTGTCAATCACGCCTCAGGAAAAAGCTGA MVDAERFRVLLEEERSRKIELLKALRSDISSVSLARQDSNVDDEHDPEGSTIAFELSQASALMGQSRVGLEQIDEALARIAAGTYGLCAVCGVAIPEGRLEARPWTPFCVNHASGKS PGPT0014560_3320 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 D3-18_02331 483 hypothetical protein ATGGCTGAAGAGCAACCCATCAGCAAAGTCACGGACATCATCAATGATTCCAAGATCGGAATGTTGACCACCGTCAATGAAGAAGGTGCGCTGGTCAGCCGGCCGCTGGCTGTGCAGGAAGTGCAGGACGACGGCGACATGTGGTTCTTTACGGGACTGGGGACCTCACAGGTTGCCCATGTGCGACAGAATCCGCGAGTCAATGTTTCCTTCGGCAAGAACACCGAGTGGGTGTCTGTAGCCGGGACTGCCCACGTGGTCACGGACCGGCAGAAGATCCACGAGATGTGGAACCAGGTTGTAGAGGCATGGTTCCCTGACGGTCCGGACACCCCGGAAGTTTGCCTGATTCACGTAGATTCGGACTCGGCAGAGTACTGGACAAGCCCGGGCGGAACGGCCGCAACGGTACTTCAATGGGTCAAGTCCAAGGTCACCCACTCCCGCTTCAGCGTAGGCGAAAGCGGCACAGTGGAACTATGA MAEEQPISKVTDIINDSKIGMLTTVNEEGALVSRPLAVQEVQDDGDMWFFTGLGTSQVAHVRQNPRVNVSFGKNTEWVSVAGTAHVVTDRQKIHEMWNQVVEAWFPDGPDTPEVCLIHVDSDSAEYWTSPGGTAATVLQWVKSKVTHSRFSVGESGTVEL NA NA NA NA NA D3-18_02332 441 hypothetical protein ATGACGTTGAATGAAACTATCGCCCGCCTTCGGGCCGCGCACCTTATGGTCCGCGATGCCCACGAATGGGATGCTCTTTCCGCCGCTCTCTCGGACGCCTACAACAGCGACGACGATGACCTGATTGAGCAACTGCAGCAGCCCTTTGTCCAGTCCTGGCGCACGGTCACGCACTACGTCCTGCGGGACACTTTCGATGCCGCCGGCATCTCCGTGAGCGACCCAAGCCATCCTTGGGGAATTGCCACCTTGACCGCCGACGGCATCAGCCGCGAACCTGTTCTCTGCCACGTGGACCCAGCAGACCCGCAGGGTTCGGCATTTGCCGCCGCGGCCGGACCAAAGTTGCTTACTTTCGCCGAGGCCATGACCTATTACGCTGATTGCCTCGCTCCACTGTTCGAACACATTAACCAAGGTCAGACTCTGAACGTTAGGTGA MTLNETIARLRAAHLMVRDAHEWDALSAALSDAYNSDDDDLIEQLQQPFVQSWRTVTHYVLRDTFDAAGISVSDPSHPWGIATLTADGISREPVLCHVDPADPQGSAFAAAAGPKLLTFAEAMTYYADCLAPLFEHINQGQTLNVR NA NA NA NA NA D3-18_02333 720 gloB_4 Hydroxyacylglutathione hydrolase ATGGGTGCAGGCAGCGAATCAATTCCGAATTTGCCTGAATCCCAACCGGAAGCCGGGGCCTTGCCCTTGCCCTTGCCCTTGCCCTTGCCCTTGCCCGAAGTCATTGTCCAGCAGGTGCATCTGCCTGCAGGGGTTGCGGGCCCCACAGAGATCAGTTTCGATGTTCGCTGCTTTGTGCTGCCTGTTTCCGGTGGGATTGTTCTGATTGACACGGGAATGGGAGGCAGTGCCATGGACATCAACCAGGCGCTGGAACGTCTGGGCGCCGGTTGGGGTGATGTCTCCGATGTGGTGCTCACCCACGCCCATGCAGACCATGTGGGCGGTTTGGACGATGTCCTTTCGAGAGTGGGGGATGCTCTGTTGTGGGCAGGCGAGGCGGAGTTAAGTGCCTTGCCTTTCCACGCCCGGGCCGCAGCCGACGGTGCTTCAATCCGCGGGCTGCGCATCATCCACACTCCCGGGCACACGCAAGGGCACATCAGTTTGCTGCAAGAAAGTGACGGCTTGTTGTTCGTCGGTGATGCTGTGGGAACCATGAACGGGGTCATGGTCCGCCCTCCCGCTCCCTTCACTGCTGACCCAGTGGAGGCTGAATCATCGCTCCGGAAACTCACCGAGGTATCGCACAAGAGGATGCTGTTCTCGCATGGGGCCGAGATTTCCGATGCGAACGTCCGGCTCCGCGCCCTCCTCGAACAGCCTTCGTCTCTGTCATAG MGAGSESIPNLPESQPEAGALPLPLPLPLPLPEVIVQQVHLPAGVAGPTEISFDVRCFVLPVSGGIVLIDTGMGGSAMDINQALERLGAGWGDVSDVVLTHAHADHVGGLDDVLSRVGDALLWAGEAELSALPFHARAAADGASIRGLRIIHTPGHTQGHISLLQESDGLLFVGDAVGTMNGVMVRPPAPFTADPVEAESSLRKLTEVSHKRMLFSHGAEISDANVRLRALLEQPSSLS NA NA NA NA NA D3-18_02334 621 hypothetical protein ATGAGTGAGACGACCGCAACCCTGATGGTGGACCTGATTATTTCCCTGGACGGATACGCTTCTGCCGAAGGTTGGCCTGGTTGGTGGGGATTGGAAGGTCCGGAGTACCTGGCCTGGTTGGATGAAGAGGGAAAGAAGGACTTCACCACCCTGATGGGCGCGAACACGTACCGGGTGATGTCCAGTATGTCGGAGGAAGCCTCCGAAGACAGTTCGGGGTTTTCAGAGGAGGAGGGCGCCAGCCTGAGCGGGTTGGCTGCCATGCCAAAGATCATCTTTTCCTCCACCCTGAAGGAGCCCTTGGCATGGCCCAATTCAGAACTCATTTCGGGTGACGCTGTGGAGGCCGTCCGGGAACTAAAGCGGACCCGAACCGGCACGTTGAGCACTCTGGGCAGCTTGAGCCTTTGCCGTTCCCTGCTGACGGCCGGGCTGGTGGACAGGTTTCGCTTGGTGATCTTTCCCGTGATCACCGGGAGGACCGGTAGTGAGCGAATCTATGACGGCTACCCGGATGTCGCCTTGGAATTGGTGGACAGCCGGACGTTCGACGGCCGCTCGCAGCTACTGGAGTACATACCCACTGTCATCGAGGGCCCGCCTCCAGCAAGGCAGGTTTGA MSETTATLMVDLIISLDGYASAEGWPGWWGLEGPEYLAWLDEEGKKDFTTLMGANTYRVMSSMSEEASEDSSGFSEEEGASLSGLAAMPKIIFSSTLKEPLAWPNSELISGDAVEAVRELKRTRTGTLSTLGSLSLCRSLLTAGLVDRFRLVIFPVITGRTGSERIYDGYPDVALELVDSRTFDGRSQLLEYIPTVIEGPPPARQV NA NA NA NA NA D3-18_02335 396 hypothetical protein ATGGCCGGTTCACTGGATGTTCTTGGCCCCATCCTGGAAATGATGACGTGGGTGGGGTTTGTCCCCGGCGTGCCGTTGCTTTTATGTGCATGGGTCATTGCCCGGCGCCGATGCGTTTGGACCACCGCCGAGGGAGAACAGTTCGCCGCAGGCGGATTTCTGGGACTGCATTGGGTAGATCGGGCGAACGAGGAACAAAAGGTCCTGCTGGATATCCCTGCCCGCGACGGGAGCGTTGAATCAGGCGCTGTGCTGGTCCACTACGACCTCTGCCACCCCTCCCGATGCTCGCTGCATCCGCCGCGCCACGACAACACTGTTCTGATTCTCGGCTGGATCCTCACTGGTGTTGGGATACTGAGCACCCTCGGCGGGTTCGTCCTTCTCCTTCTCTAG MAGSLDVLGPILEMMTWVGFVPGVPLLLCAWVIARRRCVWTTAEGEQFAAGGFLGLHWVDRANEEQKVLLDIPARDGSVESGAVLVHYDLCHPSRCSLHPPRHDNTVLILGWILTGVGILSTLGGFVLLLL NA NA NA NA NA D3-18_02336 864 hypothetical protein GTGGGCGGCACAGGTCGCCTGGGTGTCCGTGTGGTGAGCGACTTGGCGGGTGCCGGGCAAACTCTCCGCATCATGGCTCGCGGCAACTCGCAACCGTTACCCGATACGAAGCCTAGCGGCGTGGAGGTGGTTCGCGGCGACCTGTCCTCAAGGTCGGACTGCATGCTTGCGGTTGAGGGTTGCCGGCAGGTGGTGTTTGCGGCGTCGGGATTCGGATTGAGAAGGGGCGGCACCCCGCGCAGTGTTGACCGCGATGGTGCACTGCGGCTCCTGGAAGCGGCAAAACGCGGCGGGGTGGAACACTTGGTAATGATGTCCATGCACGGCGCTGCTGCGGACGCCCCACTGGAGTTTCTCCGCATGAAGTTTGCGGCAGAGGAGGCACTCAGGTCCTCGGGAATGGCTTGGACCATTATTCGAATGGGTGCCAACCTTGAACAGTTTGTGGCCTCCATTAGCGAGCCCCTCAAGGAGAAGGGCAAGGTGCTGGTCTTCGGCTCTGGACGCGCGCCAGTGACATTCACATCAACGGCCGATGCTGCGGCACTGGTTGTCCGCGCCCTTTCGGACCGGGCACTGCGGGGGCGAACCATCGAGTGGGGATCCGGTATCCATTCGTTCAATTCACTTGCCGATGCTATCCTGGCCGACGCGGGCGGAGGCTCAATCAAGCGAATACCAGTGCCCGCCTTGCGCATGATGTCCGTTGCTGCACGGCCGTTCTCGCCCTTCATGGCCAGGATGGCAGCGGCGGCCCTCTGGATGGAGTCGGGCCAAGCGGTTTTTGATCCCACGCTGCAGCGAAACGCTTTTCCTGACATCCCTGTCTTTGGTCTGGAACAGAGTCTCGATCCACGCGCTTAG MGGTGRLGVRVVSDLAGAGQTLRIMARGNSQPLPDTKPSGVEVVRGDLSSRSDCMLAVEGCRQVVFAASGFGLRRGGTPRSVDRDGALRLLEAAKRGGVEHLVMMSMHGAAADAPLEFLRMKFAAEEALRSSGMAWTIIRMGANLEQFVASISEPLKEKGKVLVFGSGRAPVTFTSTADAAALVVRALSDRALRGRTIEWGSGIHSFNSLADAILADAGGGSIKRIPVPALRMMSVAARPFSPFMARMAAAALWMESGQAVFDPTLQRNAFPDIPVFGLEQSLDPRA NA NA NA NA NA D3-18_02337 2139 fpuB COG0609 Petrobactin import system permease protein FpuB ATGACCGACACTGTGAAGAGGCCCGCCATGACCGTTCCCACGGCCATGGCGGGTGCTCCCGTACCTGCCGCGCCGACTGGACGAAATGTCCGCGGTCGCTCCGGGCCGGTCCTGGTGGCTGGCGCCGGGGTTGTTATCCTGGCTCTGTTTTCGATGATCCACCTCACGCAAGGAACGGCCGACGTCGGGCCTTTCCAGTTGTTGGGGCTGCTCACCGGAGGTGGAACGGACCAGGAAACCGCAGTGTTGGTTGCCTCGCGCGTACCGCGACTGTTTGCCGGCCTTTTGGTCGGCGTGGCGTTGGGGGTGGCCGGCGCAGCTTTGCAGTCGGCCACCCGCAACGTCCTTGCTTCCCCTGACACGCTGGCTGTGAACGCCGGCGCCCATTTCGCGATAGTGGCTGTGGCCGCTTTCGGTCTTTCCCTTCCGGCACTCCTGTCCGGTGGCATCGCCTTCATCGGCGGCCTCGCGGCGGCGTTGCTTGTTCTGGCGCTGTCGGGTGGTGGTGCCAATGGCAACGGAGGCCCGATTCGCCTGGTGCTCGCCGGCACAGCGTTGGCATTGGGCCTGCATTCGGCCACCAGCGCACTCCTTCTTTTGTTCAGCCAGGAAACCACCGGTCTGTATGCGTGGGGCCAGGGTAGCCTGGCCCAGTCGCGTACTGACGAGCTAATTCAGTTCACGCCCATCGTCCTCGTGGCTATAGCCGCACTCTTCCTCCTCGCTCGTCGAATGGATTTGCTCGGGTTGGGTGACGACGCCTCCAGGCTGGCAGGTGCGGATCCCCGCCTGGCCCGGGTGGGCGCCGTCGTACTTGCCGTTGTCCTGTCGGCAGCAGCAGTGACAATCGCCGGCCCGATCGGATTCGTTGGCCTCTGCGCCCCTGCGATCGTCCGTCTCCTGGCATCCCGTCTTCGTGGCCTGGGACGGCACAGGGCATTGCTGCCCATCTCCGGCCTGGCCGGTGCAGTGGTGGTCATCGGAGCGGACGTGCTGGTTCGTGGTCTTTTCGGTGCCCAAGCCGGTGTTGAAGTCCCCACCGGTGCAGTCACTACGGTTTTCGGTGCAGTATTCCTCGTGATCCTGGCCATGCGGATGTCCGACGCCGGGTTGAGTGTTGCCGGTGATGCCCTGGCAAGGCTTCGCACCCGCAGGTTCTTCCTCACGGTATTGATCGGGCTCCTTGTCCTGCTCACCGGCTTGCTGGTAGCGGGTGCCCTACTGGGCGATGCGAAGCTCCTGCTCGGGGATCTCGTCAACTGGCTCACCGGACAGTCGGGAAATCGTGTCAGCGCCGTCCTGGGTACACGAATGCCGCGTGTCCTGGCGGCGGTCCTCGCCGGCGCGGCCTTGGCTCTCGCCGGTGCACTCATCCAAGCGGTGTCCCGCAATTCCCTGGCCGAGCCCGGCATTCTTGGCGTCTCCGGCGGTGGCGGACTCGCAGCAATCATCGTCATCACCACAGTCCCGACGGCGGGCTCGTGGGTGATCACTGGCTCCGCGCTTGGTGGAGCGGCACTTTCTGCCCTGCTGGTCTTCGGATTGGCTTTCCGCGGCGGGCTTCAACAAAACAAGCTGGTGTTGATCGGCATCGGCATCTCCGCGGGACTGGCGGCCGCTATCACCGTCCTCCTGGTGACGACAGATCCGTTCAACCAGACAAAGGCCCTCACTTGGTTGTCAGGCTCTACCTATGGCCGCAACTTTGTCTCTGTCCTGCCACCGCTGCTGGCCCTGGTGCTTGCGCTGCCTGTGCTGGCGGGCATGAGGCGGGATCTCGATCTGATTGCCGTGGATGACGATTCTCCGCGCGTGCTGGGCGTAGGGCTATCCGGATCCCGGGTGCTCCTGCTTACGGTGGCTGTGCTTTTGACCGCTGGTGCCGTCTCTTCGGTGGGCGTGATCGCTTTCGTGGGACTTGTGGCACCCCACGCCGCCCGCACACTTGTAGGCGCACGGCACTCAAGGGTCCTGCCCGTGGCAGCGTTGATCGGAGCCTGCACGGTGGTGCTGGCCGATGTCATTGGCCGCACGGTCATAGCACCGGCCCAGATACCTGCCGGAATCATGACGGCGTTGGTGGGCGCCCCTTACTTTGTGTATCTGCTCTGGCGTTCACGGGTGGACCGCACGGTCTAA MTDTVKRPAMTVPTAMAGAPVPAAPTGRNVRGRSGPVLVAGAGVVILALFSMIHLTQGTADVGPFQLLGLLTGGGTDQETAVLVASRVPRLFAGLLVGVALGVAGAALQSATRNVLASPDTLAVNAGAHFAIVAVAAFGLSLPALLSGGIAFIGGLAAALLVLALSGGGANGNGGPIRLVLAGTALALGLHSATSALLLLFSQETTGLYAWGQGSLAQSRTDELIQFTPIVLVAIAALFLLARRMDLLGLGDDASRLAGADPRLARVGAVVLAVVLSAAAVTIAGPIGFVGLCAPAIVRLLASRLRGLGRHRALLPISGLAGAVVVIGADVLVRGLFGAQAGVEVPTGAVTTVFGAVFLVILAMRMSDAGLSVAGDALARLRTRRFFLTVLIGLLVLLTGLLVAGALLGDAKLLLGDLVNWLTGQSGNRVSAVLGTRMPRVLAAVLAGAALALAGALIQAVSRNSLAEPGILGVSGGGGLAAIIVITTVPTAGSWVITGSALGGAALSALLVFGLAFRGGLQQNKLVLIGIGISAGLAAAITVLLVTTDPFNQTKALTWLSGSTYGRNFVSVLPPLLALVLALPVLAGMRRDLDLIAVDDDSPRVLGVGLSGSRVLLLTVAVLLTAGAVSSVGVIAFVGLVAPHAARTLVGARHSRVLPVAALIGACTVVLADVIGRTVIAPAQIPAGIMTALVGAPYFVYLLWRSRVDRTV PGPT0003320_25 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-SIDEROMYCINS|ALBOMYCINS,PGPT0003320-fhuB-K23228 NA NA D3-18_02338 975 fpuA COG0614 Petrobactin-binding protein FpuA ATGAAGATCCACAAAGCCCTGGCCGCCACCGCTGCCTTGGCGGTCCTGCTCACCGGCTGCGGCACCACTGAAGGCCCCGCGAGTTCCTCTTCGAACAGTGCCGGCGCGGGAGAAGCCATCACTGTGACCGACGCCCGCGGCACCGAGGTCAAACTCGATGGCCCCGCCAAGCGCGTGGTCGGCACCGAATGGAACGTGGTGGAGAACCTGACCACCCTCGGCGTCATGCCGGTAGGCGTCGCGGATGTCAAGGGTTACAGCGCCTGGGTGACCGCCGGCAAGCTGGACAGCACACCCACCGACATCGGAACGCGCAACGAGCCCAGCTTCGACACCATCGCGTCCCTCGATCCTGACTTGATCGTTGCCACCACCGACCTCGCCGAGCCAGTCATCAAGCAGCTCGAAGAGCTGGCTCCCGTTGTTGTGGTCAAGTCCGCCGATGGAAGCCGCCAGATCGCGCAGGCCGAGGACAATTTGAAGCTCGTCGCCAAGGCGACCGGCACCGAGAAGAAAGCTGATGAGGCCATCGCAGCGTTCGACGCCGCCGTTGCCGAGGGCAAGGCCGATCTTGAAAAGGCCGGCTTGGGCGGTTCCCGCGTAGCGTTCGCTGACGGCTGGGTTGCTGATGGCAAGGTTTCCATCCGCCCGTTCACCAAGGGATCCCTGCTGGCCGACATCAACACCGAGCTGGGTCTCGTGAACCCGTGGACGGTTGAAGGCGACCCTGCCTACGGACTGGGCTCCACCGACGTCGAGGGCCTGACCGCGGTCAACGCCGACCATTTCGTCTACATCACCAACAGCGCGGATGGCGACTTCACCGAGCAATTGACCGACAACGCAGTCTGGAAGTCGCTTCCGTTCGTCTCAGCCGGCAAGGTGCACCGCCTCTCTGACGGCATCTGGATGTTCGGTGGCCCAGCCTCGATGACCCAGTACGTCGACGCAATCGTCGCGTCCCTCACCAAGTAG MKIHKALAATAALAVLLTGCGTTEGPASSSSNSAGAGEAITVTDARGTEVKLDGPAKRVVGTEWNVVENLTTLGVMPVGVADVKGYSAWVTAGKLDSTPTDIGTRNEPSFDTIASLDPDLIVATTDLAEPVIKQLEELAPVVVVKSADGSRQIAQAEDNLKLVAKATGTEKKADEAIAAFDAAVAEGKADLEKAGLGGSRVAFADGWVADGKVSIRPFTKGSLLADINTELGLVNPWTVEGDPAYGLGSTDVEGLTAVNADHFVYITNSADGDFTEQLTDNAVWKSLPFVSAGKVHRLSDGIWMFGGPASMTQYVDAIVASLTK PGPT0003330_252 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-SIDEROMYCINS|ALBOMYCINS,PGPT0003330-fhuD-K23227 NA NA D3-18_02339 825 fpuD COG1120 Petrobactin import ATP-binding protein FpuD GTGATTGAACTGAATGAACTTTCGGGGCTTGAGGCCACGGACCTGGTCCTCCGTTATGGGGACAAGGACGTAGTCCATGGAGCAGGGCTCCGCTTGGAGCCGGGGCGCATAGTTGCCCTGGTGGGCCCTAACGGCAGTGGCAAATCAACCCTGCTGCGGGCGCTGGCCCGATTGCACGAGGCGTCTTCCGGAACCGTAACGGTCAAACCTGCGGACGGCGAGGTGTCTGATGCGTTGATGATGAAGCGCAGTGACTTCGCCCGGCATGTCACGTTGCTCTCGCAAAGCCGCCCGGTGCCGCACGGCCTAAGTGTCCGCGACGTGGTCGAGTTCGGGCGCCATCCCTATCGGGGGCGGTGGCGTGCTGCCGATCCTGAGGGGCCGGCCGCTGTCGACCGCGCCATGGAGCTGACTGGTGTGGCGGAACTTGCCAACCGGGGCGTCCATGAACTCTCGGGCGGGCAATTGCAACGTGTGTGGCTGGCCAGCTGCCTGGCGCAGGACACTTCGGTGCTGCTGCTCGATGAACCAACTAACCACTTGGACCTCCGCTACAAGGTGGAGATCTTCGACCTTGTGCACGATCTCGCCCGGATTCACGGTGTGGCGATTGGCGTGGTTCTGCACGATCTCGACGAGGCAGCCGCACTTGCCGATCACGTGGTGGTTCTGTCGGAAGGCCGAATCGCGGCCGCCGGGCCGGCGCACGAGGCCCTCGACGCGGAGCTCCTCAGTGACGTCTACTCAATTCCCATCGTTACCCACACTGACCCGCTGACCGGTAGGCTGCGCACCCGCGCTGTAGGCCGGCACAGCGACAGCTGA MIELNELSGLEATDLVLRYGDKDVVHGAGLRLEPGRIVALVGPNGSGKSTLLRALARLHEASSGTVTVKPADGEVSDALMMKRSDFARHVTLLSQSRPVPHGLSVRDVVEFGRHPYRGRWRAADPEGPAAVDRAMELTGVAELANRGVHELSGGQLQRVWLASCLAQDTSVLLLDEPTNHLDLRYKVEIFDLVHDLARIHGVAIGVVLHDLDEAAALADHVVVLSEGRIAAAGPAHEALDAELLSDVYSIPIVTHTDPLTGRLRTRAVGRHSDS PGPT0003325_205 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-SIDEROMYCINS|ALBOMYCINS,PGPT0003325-fhuC-K10829 NA NA D3-18_02340 420 arfB COG1186 Peptidyl-tRNA hydrolase ArfB ATGGACCTGGAAATCTCCCCTTCGCTGACGATCCCCGCCGCGGAATTCACCTGGCGGTTCTCCCGCTCCTCCGGACCGGGCGGCCAACACGTGAACACCACGGACAGTCGGGCCGAATTGATGTGGAACGTTACCGGTTCTGCCACCCTGACTGATGAGCAGCGGCAGTTACTGCTCAAACGCTTGGGGCGAAAACTGGTCGCCGGTACCATCACTGTGACCGCCTCGGAAGAACGATCACAGCTCCGTAATCGGGAGATCGCCATGGCCAAGCTCGCTGAGCTGATAAGAAAGGGCCTCGTCCCCGAAACCGTCCGTCGCGCTTCCAAGCCGACCCGCGGCTCCGCCAGGCGCCACCGCGTAGCGAAAGAACTCAGGTCGGCCACAAAACAACAACGACGGCGACCTGCCGCGGAGTAG MDLEISPSLTIPAAEFTWRFSRSSGPGGQHVNTTDSRAELMWNVTGSATLTDEQRQLLLKRLGRKLVAGTITVTASEERSQLRNREIAMAKLAELIRKGLVPETVRRASKPTRGSARRHRVAKELRSATKQQRRRPAAE NA NA NA NA NA D3-18_02341 417 hypothetical protein ATGGCTGGACAAATAGTCAATGATCAAGGCGTCAATGAACAGGACGCCAACGAAAATATAGTCAGGCGGCTGATCGACTGCATCAACGATCGCCACGTCGAAGTCATGGATGAGCTGTTCCACGACGACGCCGTGATGCATTGGCCTCAATCCGGGGAAGTGGTACGCGGCGCCGAGAATCGCAGGGGTATCTACAACGCTTTTCCGCAGTTGCCCACGATCACGCCCCGTCGCCTGCTCAGCGGTGGGAACCTGGTGGTGGCTGAGGCGTTGCTGGATTATGGTGGGCCCGCCTATGAAACAGTCTTCATCTTCGAATTTCGCGATCGCAGGATTGCCAAGGAGACTGCGTACTGGAGTGAGGCCTTCCCGGCCCCGGAGTGGCGTTCGCAGTGGGTTGAAATCAGTAGTCCTTAG MAGQIVNDQGVNEQDANENIVRRLIDCINDRHVEVMDELFHDDAVMHWPQSGEVVRGAENRRGIYNAFPQLPTITPRRLLSGGNLVVAEALLDYGGPAYETVFIFEFRDRRIAKETAYWSEAFPAPEWRSQWVEISSP NA NA NA NA NA D3-18_02342 1539 hypothetical protein GTGATCAGAAAAATAGTGTCCGCATGGTTCCTTGCGGCAACTTTGGCAGCGGTGTCGCTGGTGTTCGCGGTACCAGCGGAGGCGGGCCTGCAGGTGTACAACCCCTGTCAGCGGCTCAGTGCCGGGCAGGTGAAGTTCCCGTCATACGCGGCCAATCGTGTCACGTTCGCCACTGCGACAGACCGCTCACAGTCTGCCGTGGTCATCACAGGGTGCGTACGGGCGGGGAGCGGGTACGCACAGGAGTGGCAAACCACCGGGTTCGCCGGTTCCAAGGGTTTCTCGGCGCAGAATCTTGCATGGGAAGACACGTGGAAGTCTCCCACCGGAAGCTTCAGTTTCACGGAGGCCTTGGGCCGATCCAATCCGGGGACCGCTTTGAAGTACTACACGGTGAATCCCAATTCCCGCTGGGGAGGTGAACATGGACCCACCTATAACCAGTATTTCGAGGGACTGGGCGGCGAATCGGACGAGAACCTTTGGACGTATATGAACCAAGGATTCTATGAGCAAGCCGCGGTGATCAACTGGAACCGATACCCGGACATGCCAACTGTCCAGGGGGCGTCCTATGCAATCTTCTTCCACGCCGGCAACGTCCCGAGTGCTGGCTGCATTTCAACGCACTTGGGGACCGTAACCCAACTTCTGAAGACCAACCGGCCCGGTGACCGCATCATCATGGGCGCCGTGGACGACGTCTTTACTCCCTACAGCAGCTCACCATTCGGGGCAATCACCAACAAGTACGCCGCAATCGGCGGGCCCGCCTACGCCGGTGATCCCATCAGCAACGAGATGTATGGCCTCAAAAATGGTGGAGCCGGACAAGCTTTCCAACACGGCTCCATCTATCACTCGCCACTGTCCGGTACCTTTTTCAGCACAGGAGTGATACGCGGCAAGTGGGGTTCAACAGGCTTTGAAAACGGAGTCCTCGGTTACCCGGCGTCCGATGAGATACGGATGACCCGGGGAGCCTTGGGCCAGGCATATCAGAACGGATCCATCTACTGGGGCGGCAGCACGGGCGCGCACATCAGTATGGGCGCCATTCGTGCTGCATGGGGTGCCACCGGATACGAAAGAGGCTACCTCGGCTACCCAACCACGGACGAAATATCCGGCATGGCCAAGGGCGGCATCGGTCAAGCATACGAATATGGCTCCATCTACTTCACACCCGCCACCGGAGCGCACGTCAGTACTGGCTTGATCCGCCGCAAATGGGCCTCCCTCGGCTACGAGTCGGGGATTCTGGGGTACCCGGTCACGGACGAGATCCGGGGCATGGTGAACGGTGGCGTCGGGCAGGCCTACGAAAACGGGTCCATTTACTACTCGCCTGCCAGCGGCGCGCACGTCAGCATGGGTGCGATTCGGAACCTCTGGGCCCAGCACGGGTTCGAGAAAGGCAAGCTCGGTTACCCGATCTCCGATGAGTACGCTTCAGCCGGCGCTGTAGTGCAGGACTACCAGGGAGGTAGCATCAGCTGGTTCGGTTCCAGTGGCAAGGTCAGCTTCAAAGCGAACTAG MIRKIVSAWFLAATLAAVSLVFAVPAEAGLQVYNPCQRLSAGQVKFPSYAANRVTFATATDRSQSAVVITGCVRAGSGYAQEWQTTGFAGSKGFSAQNLAWEDTWKSPTGSFSFTEALGRSNPGTALKYYTVNPNSRWGGEHGPTYNQYFEGLGGESDENLWTYMNQGFYEQAAVINWNRYPDMPTVQGASYAIFFHAGNVPSAGCISTHLGTVTQLLKTNRPGDRIIMGAVDDVFTPYSSSPFGAITNKYAAIGGPAYAGDPISNEMYGLKNGGAGQAFQHGSIYHSPLSGTFFSTGVIRGKWGSTGFENGVLGYPASDEIRMTRGALGQAYQNGSIYWGGSTGAHISMGAIRAAWGATGYERGYLGYPTTDEISGMAKGGIGQAYEYGSIYFTPATGAHVSTGLIRRKWASLGYESGILGYPVTDEIRGMVNGGVGQAYENGSIYYSPASGAHVSMGAIRNLWAQHGFEKGKLGYPISDEYASAGAVVQDYQGGSISWFGSSGKVSFKAN NA NA NA NA NA D3-18_02343 2544 uvrA_3 COG0178 UvrABC system protein A ATGGACAGCAAACTGACAATTGCCCGGCGCCAAGCTTCCACCCAAGGGTCAGCACAGTTTGCCGACGCTGAGGACGGGTTCGTCAGGGTCCGCGGAGCCCGCGAGAACAACCTCCGCAACGTGGACGTGGACGTGCCCCGAGATTCAGTCGTTGCGTTCACCGGAGTTTCGGGCTCCGGAAAATCGTCCCTGGCGTTCGGCACCATCTTTGCCGAAGCCCAGCGCCGCTACTTCGAATCCGTGGCCCCGTACGCACGGCGCCTCATCCAACAGGGCCACAATCCCAAGGTGGAAGCGATCACAGGGTTGCCACCCGCCGTCGCCCTCCAACAACGCCGGGGCACGGCAACCGCCCGTTCCAGTGTTGGCACTCTGACTACGCTGTCCAATTCCCTGCGAATGCTCTTTTCACGAGCCGGGAGTTACCCGGAGGGGGCCCGGCCATTGGACTCCGACGCCTTCTCCCCCAACACTTCTGCCGGTGCTTGCCCCGAGTGTCACGGGCTGGGTGTCGCCCACACGGTCACGGAAAGGTCCCTGGTTCCCGACCCGTCCCTCAGCATCCGGGATGGTGCAATCGCCGCGTGGCCCGGCGCTTGGCAAGGCAAAAATCTCCGCGACATCCTCACGCATCTTGGGTACGACGTCGACACGCCGTGGCGGAAGCTACCAAAGAAGGACCGCGACTGGATTCTCTTCACCGAAGAACAGCCAGTAGTGGAAGTGACGCCGCAACGGGACCGCGTCGCCAAGCCCTATAAAGGCCGGTTCTGGAGCGCCAAAAGCTATGTGCTCCACACCTTGGCCGACTCGAAAAGCACCACGATGCGTGACAGGGTTCTGCGCTTCATGGAAACCGGCCGCTGCCCGCAATGTGGTGGCAGCGGGCTCCGGCCGGAAGCACTGGCTGTCACCTTCGCCGGCAAGACCATCGCTGAGCTCAATGCCCTGCCGATGACCGAGCTGGCCAACATCATCCGCCCCACCACGGAATTGACGGCGGCCGGCACAGCCTCACGGACCGGGACCTCCGGTGAAACCAACGAGGTTGCCGTTGCCATCACCCGCGACCTACTAAACCGGGTCACGGTACTTTTGGATCTGGGCCTGGGTTACCTTGCGCTGGGTCGTCCAACGCCAACGCTCTCTCCAGGCGAGATGCAACGCCTCAGGATCGCCACACAGCTGCGTTCCGGGCTTTTCGGCGTCATTTACGTTCTTGATGAACCATCTGCAGGACTCCATCCGGCCGACGCCGAGCCGCTCCTCGCCGTGCTGGAACAGCTCAAGAGCTCAGGCAACTCTGTGTTCGTGGTGGAGCACAACATGGATTTCGTCAGGGCGGCGGATTGGCTGGTCGATGTCGGACCGCGCGCCGGCGATGGCGGTGGACAGGTCCTCTACAGCGGTCCTGTGGCCGGACTTGCTGACGTGCAGGAATCCATCACGCGGCCGTTCCTGTTTCCCAATAGCCACAACCCGGTCCCACCAAAAGAGCCCTGTCCACCAAAAGAGATCCGCCCGCCGAAAGAGTGGCTCAGGCTTCAAAACATCAACAGGCACAACCTTCGGGACTTGGAGGCTGAGTTCCCGTTAGGCGTGCTGACGGCGGTAACTGGCGTATCCGGCTCGGGTAAGTCCACTTTGGTCAGCCAGGTGCTCGCCGAGGTGGTCGGTGCCGGGTTGCATCCCGAAGCTCTCGACTCCGGCACGCTGCACCCGGCGAACGCTGTGGGCTTGGTATCCGGGCTTCACCAGCTCGACCGCCTCGTAAAGGTGGACCAGAAGCCCATCGGTCGGACCCCTCGTTCCAACCTGGCCACCTACACCGGGCTCTTTGACGGAGTCCGGAAGGAGTTTGCAGCCACTGAGGAAGCCCGTGCCCGCGGATTCGGGGCTGGCCGGTTCTCCTTCAACGTGGCCGGCGGCCGTTGCGAAACCTGCCAGGGAGAAGGGTTCGTGGCAGTGGAACTGCTGTTCCTCCCCGGGAGTTACGGCTCTTGCCCCGAATGCCACGGTTCGCGGTTCAATCCCGAAACCCTGGAAGTCACTTACCGTGGACATAATATTGCCGACGTCCTGGCCATGACCGTGAACGCGGCTTCCGAATTCCTGGCTGATCTTCCCGGCGTTGCCCGCAGTCTCCAAACCCTTCGCGAGGTGGGCTTGGGATACCTTCGCCTGGGCCAGCCAGCCACTGAGCTTTCCGGCGGTGAAGCACAGCGCATCAAACTCGCCACCGAACTTCAGCGTATCCAACGCGGTCACACCCTTTATCTGCTGGACGAGCCCACCACTGGCCTGCACCCTGCCGACGTTCAACTCCTGATGACCCAGTTGCACAAGCTGGTGGATGCCGGAAACACTGTCATCGTTGTGGAGCATGAGATGGACGTTGTAGCAGGCGCCGACTGGGTGATCGATCTGGGACCCGGCGGTGGCGACGCCGGCGGCGAGATCATGGTTGCAGGCCCGCCAGCCGTCGTCGCGGGTTCCCGAACAAGCCGGACAGCGCCCTACCTCGCTGCCGCCAGCCGGCCGTAG MDSKLTIARRQASTQGSAQFADAEDGFVRVRGARENNLRNVDVDVPRDSVVAFTGVSGSGKSSLAFGTIFAEAQRRYFESVAPYARRLIQQGHNPKVEAITGLPPAVALQQRRGTATARSSVGTLTTLSNSLRMLFSRAGSYPEGARPLDSDAFSPNTSAGACPECHGLGVAHTVTERSLVPDPSLSIRDGAIAAWPGAWQGKNLRDILTHLGYDVDTPWRKLPKKDRDWILFTEEQPVVEVTPQRDRVAKPYKGRFWSAKSYVLHTLADSKSTTMRDRVLRFMETGRCPQCGGSGLRPEALAVTFAGKTIAELNALPMTELANIIRPTTELTAAGTASRTGTSGETNEVAVAITRDLLNRVTVLLDLGLGYLALGRPTPTLSPGEMQRLRIATQLRSGLFGVIYVLDEPSAGLHPADAEPLLAVLEQLKSSGNSVFVVEHNMDFVRAADWLVDVGPRAGDGGGQVLYSGPVAGLADVQESITRPFLFPNSHNPVPPKEPCPPKEIRPPKEWLRLQNINRHNLRDLEAEFPLGVLTAVTGVSGSGKSTLVSQVLAEVVGAGLHPEALDSGTLHPANAVGLVSGLHQLDRLVKVDQKPIGRTPRSNLATYTGLFDGVRKEFAATEEARARGFGAGRFSFNVAGGRCETCQGEGFVAVELLFLPGSYGSCPECHGSRFNPETLEVTYRGHNIADVLAMTVNAASEFLADLPGVARSLQTLREVGLGYLRLGQPATELSGGEAQRIKLATELQRIQRGHTLYLLDEPTTGLHPADVQLLMTQLHKLVDAGNTVIVVEHEMDVVAGADWVIDLGPGGGDAGGEIMVAGPPAVVAGSRTSRTAPYLAAASRP PGPT0014915_6076 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014915-uvrA-K03701 NA NA D3-18_02344 1749 poxB COG0028 Pyruvate dehydrogenase [ubiquinone] ATGGCCAAGGAACTTGCCACCCAACTCATCGAACAACTCCAGGCTGCCGGCGTGCAGCGGATCTACGGAATCGTTGGCGACAGCCTTAATCCAATCGTGGACGCTGTCCGGCAAACCGGAGGCTCCAAGAAGGGCGGCATCGACTGGATCCATGTTCGCCATGAGGAGGCGGCCGCATTTGCTGCCGCGGCAGAGGCCCAGTTGACGGGAAAATTGGCTGTCTGCGCGGGGTCATGCGGACCCGGCAACCTGCACCTGATCAATGGGCTGTACGACGCCAACCGCACCGGAGCCCCGGTGCTTGCCATCGCTTCGCACATCCCCAGCAAGCAGATTGGCAGCGGCTTCTTCCAGGAAACCCATCCGGACCGCCTCTTCAACGAGTGCTCCGTGTATTCGGAGATGGTCAGTACGGTCGAGCAAGCACCGCGGGTCATGCACAGCGCCATACAGAACGCTGTTGGCCTCGGGGGAGTTGCTGTTGTCACCCTTCCGGGCGACATCGCCGGGCTTGAAGCTACGGCACCAACCCCATTGCCGGCCGCATTCCGTCCGGCGGCCTTGGTGCCCGATCCAGCCAGCGTCCGGGAACTCGCTGACGCCATTAACGACGCCGGTAAAGTGGCTATTTTTGCCGGTGCCGGCGTCGAAGGGGCGCATGATGAACTGATCGCCCTGGCAGAACTGGTCAACGCACCAATCGGCCACTCCCTGCGGGGCAAGGACTTCGTTCAGTATGACAACCCTTTCGACATAGGAATGACCGGGCTGCTCGGCTATGGAGCGGCGGCCGAAGGCATTGAAGATGCGGATCTGCTGATTCTGCTCGGCACGGATTTTCCCTACGACCAGTTCCTGCCGGACACCCGCACGGCCCAGGTTGACAGGGCCGCACAGCGGCTGGGGAGGCGGACCGACGTCGACATCGCAGTCCATGGCGACGTCCTTCCTACCTTGACGGCCTTGCTGCCGCTGGTCACGCCGAAGAAAAGCCGGCGTTTCCTTGACCAGATGCTGAAGAAGCATGACCGACTGATGAACAAAGCCGTGGGTGCCTACACGCGCAAAGTAGAGAAGAAGCAGCCCATTCATCCCGAGTACGCGGCGTCGCTGCTGGACCAGGTTGCAGCGGAAGACGCCATCTTCACAGCCGATACCGGCATGTGCAACGTCTGGACTGCGCGTTACATCAACCCGCTGGGCACGCGTCGGCTGATCGGCTCGTTCCTCCACGGATCCATGGCCAACGCCCTTCCGCACGCCATCGGCGCGCAGGTGGCATATCCCGGGCGGCAGGTGGTTTCCGTGTCGGGCGATGGCGGCCTGTCCATGCTGATGGGCGAGCTCATCACGGTGGCCGCGCACCAATTACCCGTGAACGTGGTGGTGTTCAACAACTCCACCCTGGGGATGGTGAAGCTCGAAATGTTGGTAGACGGGCTACCCGACTTCGGAGTGGACGTTCCGGACGCCAATTACGCGGCGGTGGCCAAAGCCTTGGGTTTCCACTCCGTACGCGTCACGGATCCGGCGGACATCGAGGCCGCGTACCGGGCGGCATTTGCGCATCCTGGTCCGTCCTTGGTGGAACTCATCACCGACCCCAACGCCCTCTCTATTCCGCCGAAGATTTCGGGCTCACAGGTCCTTGGATTCGCTACGGCCATGTCCAAAGTGGTCCTGAATCGCGGCGCTGGGGAAGCTGTCAGCATGGCGCGAAGCAACCTGCGCAACATTCCCCGGCGGTAG MAKELATQLIEQLQAAGVQRIYGIVGDSLNPIVDAVRQTGGSKKGGIDWIHVRHEEAAAFAAAAEAQLTGKLAVCAGSCGPGNLHLINGLYDANRTGAPVLAIASHIPSKQIGSGFFQETHPDRLFNECSVYSEMVSTVEQAPRVMHSAIQNAVGLGGVAVVTLPGDIAGLEATAPTPLPAAFRPAALVPDPASVRELADAINDAGKVAIFAGAGVEGAHDELIALAELVNAPIGHSLRGKDFVQYDNPFDIGMTGLLGYGAAAEGIEDADLLILLGTDFPYDQFLPDTRTAQVDRAAQRLGRRTDVDIAVHGDVLPTLTALLPLVTPKKSRRFLDQMLKKHDRLMNKAVGAYTRKVEKKQPIHPEYAASLLDQVAAEDAIFTADTGMCNVWTARYINPLGTRRLIGSFLHGSMANALPHAIGAQVAYPGRQVVSVSGDGGLSMLMGELITVAAHQLPVNVVVFNNSTLGMVKLEMLVDGLPDFGVDVPDANYAAVAKALGFHSVRVTDPADIEAAYRAAFAHPGPSLVELITDPNALSIPPKISGSQVLGFATAMSKVVLNRGAGEAVSMARSNLRNIPRR PGPT0001371_677 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-ACETIC_ACID_BIOSYNTHESIS,PGPT0001371-poxB-K00156 NA NA D3-18_02345 351 hypothetical protein ATGCGGCAATTAGTCTCTGCGCTCATTATTCCTGCGCGCCTCAATGAGCAAATTCGAGTGGAACGCATTGAGGCTGCCATGGCAATACAACAGTCACTCGTGGAGGGAAATGTTGAAGCAATATCCGGCCGTGGCTGGCACGTTCTCCTGAACGACCAGGCAATTCACATTCCTTTGCCCCTGAACCCACGGGCCGAGGTCTTGATCCGGGAAGCGGGCACTCCAATGGACGACACCGTCAGTGGCACGGCCGTTTTCCTCGGTCACGGGAGCAGCGGGAGCGCCGCAGACGTGCCGAGTCATCTGTTGAGTCTGGCGGAGCGCCTGTTCGAGACTCGACTGGCAGCTTAA MRQLVSALIIPARLNEQIRVERIEAAMAIQQSLVEGNVEAISGRGWHVLLNDQAIHIPLPLNPRAEVLIREAGTPMDDTVSGTAVFLGHGSSGSAADVPSHLLSLAERLFETRLAA NA NA NA NA NA D3-18_02346 135 hypothetical protein ATGTCCGGTAAATCACCCAGCGGCGCCAAGTCGAAGAAGACGGGGAAGACTATTCTGGAAAAGCGGGCCGAAAAGAGGGCAAAAGCTGAAGGCAGCGAAAACCTCTTTTCCAAACCAAGGAAGAACCAGCGCTAA MSGKSPSGAKSKKTGKTILEKRAEKRAKAEGSENLFSKPRKNQR NA NA NA NA NA D3-18_02347 1245 hypothetical protein ATGAACCCGTCGAAGTCCCCGGCCGAGATCCTCGACATTGCCGGCAGTGAGGTCCGCATCTCCAATCCGGACAAGGTGGTGTTTCCCGAGCCCGGGCTGACGAAGCTCGATCTGGTGAACTACTACCTCGCAGTGGCAGAGGGAGCTCTACGCGGCGCTGGCGGCCGTCCGATGGTGCTCAAGCGCTTTCCCAAGGGCATCGACGCGGAACCGTTTTTCCAGAAGCGCGTCCCGGAAAACCATCCTGACTTCATTGGCACAGCGACTCTCCATTACTCGTCCGGCACCTCCGCCGAGGAGACGGTGATCCGCGATGCTGCCGGCTTGGCGTGGGTGGTGAACCTCGGATGCTTGGACCTCAACCCGCACCCTGTCCGTGCGGAGGACCTTGACCACCCGGACGAACTGCGGGTGGATTTGGACCCTATGCCCGGCGTCGACTGGTCCCGGATTGTGGACACTGCATACGTTGCACAGGATGTCCTGGATGATGTCGGGTTGGTGGGGTGGCCAAAGACCAGCGGCTCCCGGGGGCTCCATATCCTGGTCCGAATAACACCGCAGTGGTCTTACCGCGACGTGCGGCTCGCCGCCGAGACCCTTGCCCGTGAAGTGGAAAACCGTGCTCCCGGGCTGGCAACCGCCAAATGGTGGAAGGAGGAGCGTGGGGAGAGCGTATTCGTTGACTTCAACCAGAACGCCAAGGACCGCACCGTAGCTTCGGCTTACTCTGTCCGTTCCCGGCCCGATGCCCGCGTCTCTACACCGCTCACTTGGGAGGAGGTGCGCTCCGCCCGGCCAGAGCAGTTCACAGTCCACTCAGTACCCGATCGTTTTTCGGATCTGGGCGACCCCCACGCCGGAATAGACGACGCGGCCGGCTCGCTGGACGGACTTCTTTCCCTGGCTGCGGAGCTTGGCCCGGCTGAGAAGGCACCCAGGAGCGGAGACGGCTCAGGTCGCCGGATCTCAACGATGCCCCTGATCGAGGTGGCCCGCACCAAGACCAAGCCCGAGGCCGAGGCAGCTCTCGATGAGTGGAAGGCCCTGCACTCTGACGTTGTTTCCCTGCTGCACCCTGCCGACGTCCTTGTGGACGGGATGCGGGGATCAAGTTCCCTTTGGTATCGGGTGCGGGTAAACCTTCAGCACGTCCCTGAAGACCGGCGCCCGCCCCAAGAGAAGCTCATCGCAGACTATGACCCGTGGGCGGGTAAGCAATGGCCCGGCCGGCCAGCTTCCTGA MNPSKSPAEILDIAGSEVRISNPDKVVFPEPGLTKLDLVNYYLAVAEGALRGAGGRPMVLKRFPKGIDAEPFFQKRVPENHPDFIGTATLHYSSGTSAEETVIRDAAGLAWVVNLGCLDLNPHPVRAEDLDHPDELRVDLDPMPGVDWSRIVDTAYVAQDVLDDVGLVGWPKTSGSRGLHILVRITPQWSYRDVRLAAETLAREVENRAPGLATAKWWKEERGESVFVDFNQNAKDRTVASAYSVRSRPDARVSTPLTWEEVRSARPEQFTVHSVPDRFSDLGDPHAGIDDAAGSLDGLLSLAAELGPAEKAPRSGDGSGRRISTMPLIEVARTKTKPEAEAALDEWKALHSDVVSLLHPADVLVDGMRGSSSLWYRVRVNLQHVPEDRRPPQEKLIADYDPWAGKQWPGRPAS PGPT0014910_1478 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014910-ligD-K01971 NA NA D3-18_02348 609 hypothetical protein GTGGGAATCCTCACCGCTAACCTGTTCGTTACGCTCTACGGCGTCTACCAGGCACCCGGCGGCCCTGAGGAAGACAGAGGCGGTGGCTTCGAATTCGGAGGCTGGCAGGCAGCGTATTTTGACGACGAGACAGGCGAAGCCATCGGGGCGGGGATTGACCGCATGGACGCCTTGTTGCTTGGACGAAAAACCTACGACATCTTTGCGGGGTTCTGGCCGCATCAGAAAGACCACATCGGCGAGACGTTCAACGCCTTGCCAAAGTTTGTCGTCTCACAAACCCTGACCCGCCCGGAATGGGAAGGCACCACTGCACGTGCGGAAGTCTCGGAGCTGTCTGAAGTAAAGGAGCGGTTCCTGGATATCCACATGTTCGGCAGCGGACACCTTATTCGTTCGCTCCTGGAGGCTGACCTTCTCGACCGACTCAACCTTTTCCTTTACCCGCTCACCTTCGGCTCGGGAAAGCGGTTGTTCGCCGACGGCTCGGGAGTCCCGGCGGCATTCCGTTTTGTGCAACCACCGAGGGCTTTCCCGAAAGGAGCGGTATTGCTCTCCTACGAGCGTGCCGGTGCGCCGATTACGGGTATCACCATCGGTCAGGACTAG MGILTANLFVTLYGVYQAPGGPEEDRGGGFEFGGWQAAYFDDETGEAIGAGIDRMDALLLGRKTYDIFAGFWPHQKDHIGETFNALPKFVVSQTLTRPEWEGTTARAEVSELSEVKERFLDIHMFGSGHLIRSLLEADLLDRLNLFLYPLTFGSGKRLFADGSGVPAAFRFVQPPRAFPKGAVLLSYERAGAPITGITIGQD NA NA NA NA NA D3-18_02349 1203 hypothetical protein ATGCAAGGCTTGTCCACGTCACTGGTCCTTATCGCCGTCCTGGCTGTCCTGGCACCGCTTGCCACCCGGCTCCTTGACCGTTGGGTCAGAGTGCCGATCGTGGTCTTTGAAATTGTTCTTGGCATCATGTTCGGTCCCAGCCTCCTGGGATGGGTGCAGTCCACCGCATTCACCGACATGCTGGCCGACTTCGGACTGGCCATGTTGTTCTTCGTGGCCGGCAACGAGATCGATTTCACGGCCATCCGCGGCCGACCCATTTATCGCGCGTCCGCAGGCTGGGTCATTTCCCTGGCCGCCGGCATTGGGGCCGGTTTCCTCCTGGGTCCCTCGCCTGAGGCAGCCGTGATCATCGGCGTTGCCTTGTGCTCCACGGCTTTAGGCGCTTTGCTGCCTATCCTTCGGGACGCCGGCGCTTCGAAGTCGCCGATCGGTGTCGCCGTAACCGCTTTGGGTGCGGCCGGCGAGTTCGGTCCGCTCATTGCCATCTCGTTGTTCTTCAGTGGCAAACAACTTGGCGTGGCATCAGGAGTCCTTCTCGGCTTCGTTCTCCTGACTGGTGTGGCAATCTACCTTGCTTCCCAGGCGCGGCACACGTTATTCCATGCCCAAGTCACCGCCACACTGCATACCAGCAGCCAATTCGCCATGCGTTCCATCCTGTTGATTCTCAGCGGGCTGGTAGTGCTCAGCATGGTCCTGGGACTCGATATGCTGCTCGGCGCCTTTGCTGCCGGGGTCCTCTGGAAGGTCACCATCGCACGTGCTCCTGAAGTAGATCGGAAAGTCATTGAGACGAAGATCGACGCCGTCGCCTTTGGCTTCCTGGTGCCCATCTTCTTTATCGATACCGGCATTGATTTCGACTTGGGCGCCTTGACCTCCAGTCCCCTGACCCTGGCCATGGTCCCGTTGTTCCTCGCCCTTTTGCTGATCATCCGCGGCCTTCCGTCATTGCTCACTGCGCCTCCTGGCTCCACCCGAGCGGACAAACGGTCCCTCATGCTATTCGGGGCCACAGCTTTGCCAATCATCGTGGCGGTGACAACCATCGGCCGGGAGCATGGGTTCATCAGCAGTGGAATTTCCTCGGCCCTCATAGGCGCGGGGATGCTCTCGGTACTCCTGTTTCCGCTGCTGGCGCTTCGCGCACTAGGCCGCACAGAAGCAGCGGACCGTACACTTCGCCCACCGAAAGCGTGA MQGLSTSLVLIAVLAVLAPLATRLLDRWVRVPIVVFEIVLGIMFGPSLLGWVQSTAFTDMLADFGLAMLFFVAGNEIDFTAIRGRPIYRASAGWVISLAAGIGAGFLLGPSPEAAVIIGVALCSTALGALLPILRDAGASKSPIGVAVTALGAAGEFGPLIAISLFFSGKQLGVASGVLLGFVLLTGVAIYLASQARHTLFHAQVTATLHTSSQFAMRSILLILSGLVVLSMVLGLDMLLGAFAAGVLWKVTIARAPEVDRKVIETKIDAVAFGFLVPIFFIDTGIDFDLGALTSSPLTLAMVPLFLALLLIIRGLPSLLTAPPGSTRADKRSLMLFGATALPIIVAVTTIGREHGFISSGISSALIGAGMLSVLLFPLLALRALGRTEAADRTLRPPKA NA NA NA NA NA D3-18_02350 204 scoF COG1278 Cold shock protein ScoF ATGGCAACAGGAACAGTTAAGTGGTTTAACGCTGAAAAGGGTTTCGGATTCATCGCCCCGGACGATGGAGGCCCTGACGTGTTTGCTCACTACTCAGCGATTACGTCGAGCGGATACCGCTCGCTGGAGGAGAACCAAAAGGTCCAATTCGACATCACGCAGGGTCCCAAAGGTCCGCAGGCGGAGAACATTCAGCCCGCCTAG MATGTVKWFNAEKGFGFIAPDDGGPDVFAHYSAITSSGYRSLEENQKVQFDITQGPKGPQAENIQPA PGPT0014675_6805 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704 NA NA D3-18_02351 1197 hypothetical protein ATGGCACCGCAACACGAGGTAGTCATCATCGGCGGCGGCAATGCAGGTGTGTCACTGGCTGCCCGCTTGAAGCGATATGGCGTCAAGGACATCGCCCTCATCGAGCCCAAGGAGCATCATTTGTACCAGCCCTTGTTCTCGCATATCGCGGGCGGCCGGGCCCAGGTCAAAGAAGCAGTCCGGAGCCAGGAGTCAGTGATGCCCAAGGGCGTCGCGTGGATCAAGGATAAAGCGGTCAACGTGGATGCGAATGCCAACTCAGTGACGCTGGCCTCCGGTTCCACAGTGACCTACGGACACCTTGTGGTGTGCCCGGGGCTGCAGTACAACTGGGACGCCGTGCCGGGGCTGGCTGAGGCGGTGCATTCACCGTACGGTTCCTCTCATTACGAGTTCGAACTTGCGCCGAAACTCTGGACCCTCTTAAGCACTTTGAAATCGGGCACCGTCATCTTCACCATGCCGTCGGGACCTGTTAAATGCGGCGGGGCCAGCCAGAAACCGATGTACTTGGCCTGTGACTACTGGAGGGAGCAAGGCGTTCTGGGAAACATCCGGGTTGTTATGGTCCAGCCTTATCCCACAGTTTTCGGGGTTCCCGAGGTAGACCGGGAGCTTGACCGCAAGATTGCCGAGTACGGAATCGAACTGAGGACAAACAGCGAATTGGTGGCGGTGAACCCCGCCGCACGTACGGCCACTATCCGAAACAATACAGACCACACCTCGGAGGACTTGCCCTACGATGTCCTCAATGCCGTCCCGCCCCAGTCTGCGCCGGATTGGCTTAAAACCACGGACTTGCCGGCGGAAGGGGACCAGCACGGTTTTGTGGAGGTGGACACGCAGACGCTGCGCCACCCCAGATACCCCAATGTCTGGTCACTGGGCGACGCTGCAGGAACCACCAACTCCAAAGCCGGCGGGGCGTTGCGCAAGCAGACCAAAGTCCTGGCGAAAAATTTGCTCTCGGCCCGCAAAGGCGAACCTCTCAGCCAGAAGTACAACGGATACTCCGTATGTCCGTTCACCGTTTCCCGGAGCACAGTGGTCTTTGCCGAGTTCGACCCCCAGTACAGGCCCATGCCAACCATCCCAAAGGTGCCCACATGGAAAGAGAGCCGATTCTCCTGGTGGGTGGACCGCGATATGTTCCCGCAGGTTTATTGGCACCTGATCCTCAAAGGCCGGGCGTAG MAPQHEVVIIGGGNAGVSLAARLKRYGVKDIALIEPKEHHLYQPLFSHIAGGRAQVKEAVRSQESVMPKGVAWIKDKAVNVDANANSVTLASGSTVTYGHLVVCPGLQYNWDAVPGLAEAVHSPYGSSHYEFELAPKLWTLLSTLKSGTVIFTMPSGPVKCGGASQKPMYLACDYWREQGVLGNIRVVMVQPYPTVFGVPEVDRELDRKIAEYGIELRTNSELVAVNPAARTATIRNNTDHTSEDLPYDVLNAVPPQSAPDWLKTTDLPAEGDQHGFVEVDTQTLRHPRYPNVWSLGDAAGTTNSKAGGALRKQTKVLAKNLLSARKGEPLSQKYNGYSVCPFTVSRSTVVFAEFDPQYRPMPTIPKVPTWKESRFSWWVDRDMFPQVYWHLILKGRA NA NA NA NA NA D3-18_02352 207 hypothetical protein ATGGCACTGGGCAAGGGAACACACGTGGAGTGGAACACCCCGCAGGGCAAGACGCACGGAAAGATCGTGGAAAAGAAGACCAGTGACTTTGTCCTGGATGGCAACAAACACGTGGCCAGCGACGACGAGCCGCAGTACGTGGTGGAGTCAGAGAAGACCGGTGCCAAGGCAGCGCACAAGGGCTCCGCATTGACTGAAAAGAGCTAG MALGKGTHVEWNTPQGKTHGKIVEKKTSDFVLDGNKHVASDDEPQYVVESEKTGAKAAHKGSALTEKS NA NA NA NA NA D3-18_02353 813 hypothetical protein ATGCTGATCTGTGCCACCTGCGCCGTTGAATGCGACGAGCCTACGCCAGACGTCTGTCCCATCTGCGCAGACGAACGACAGTATGTGCCGGAGGACGGGCAACAATGGCTCACTCTGGACGAACTGACTGGTACTGGACGGAAGATCGTGCTGGAGCAAAACGAACCCGGACTCATAGCAGTGAGGACTGAGCCCAAAGTCGGTATCGGCCAGACTGCCCAGCTCGTGGTGACGTCCCAAGGCTCGCTGCTGTGGGATCCCGTGGGTTATGTCGATGACAACGCTGTGGCAACGGTCCTTGAACATGGCCCCGTTGTAGCTATTGCCGCCAGTCATCCGCACATGTTCGGTGTGCAGGTGGAATGGTCGCGCCGTCTTGGCAACGTCCCGGTCCTGGTCGCTGCGGCCGACCGCGAATGGCTAGGCCGCAGCGATCCAAGCGTTACCTACTGGTCCGGCACCACAACAATCGCCGATGGATTGGTCCTGCATCAGACAGGTGGGCATTTCTCCGGCAGTGCGGTGGCGCACTGGGCAGCAGGAGCCGGCGGCAGAGGGGTTTTGCTGACCGGCGACAGCGTGTTTCCCAATCCAGATCGTCGCACGGTCGCCTTCATGCGCAGTTATCCCAATCGCCTACCACTCTCCGGCGCGGTGGCGTTGCGAATTGCAGCCCAACTGGAACTGCTGACGTTCGACCGCATTTACGGCAACTTCAACAACGTCATCGCCTCGGGAGCGAAAAACGTACTTCACGACTCAGCTCAGCGGCATGCAGCATGGACGCGGGGAGATTTTGACCACCTGACCTGA MLICATCAVECDEPTPDVCPICADERQYVPEDGQQWLTLDELTGTGRKIVLEQNEPGLIAVRTEPKVGIGQTAQLVVTSQGSLLWDPVGYVDDNAVATVLEHGPVVAIAASHPHMFGVQVEWSRRLGNVPVLVAAADREWLGRSDPSVTYWSGTTTIADGLVLHQTGGHFSGSAVAHWAAGAGGRGVLLTGDSVFPNPDRRTVAFMRSYPNRLPLSGAVALRIAAQLELLTFDRIYGNFNNVIASGAKNVLHDSAQRHAAWTRGDFDHLT NA NA NA NA NA D3-18_02354 1494 yhdG_2 COG0531 putative amino acid permease YhdG ATGAGCACCACGTCAGACAACGCCTTGGAAGCAACGCCTGCAGGTGAGGAACCACAGCTTAAACGCGTGCTGGGACCAAAACTGCTCCTTCTCTTTATTGTCGGCGACATTCTTGGGGCCGGGGTTTATGCGGTTACCGGGACAATGGCAGGGACAGTTGGTGGCATCGTCTGGTTACCGTTCCTCCTCGCCTTCATCGTCGCCACCCTCACCGCGTTTTCCTACCTTGAGTTGGTCACGCAATACCCGCAGGCAGCAGGCGCAGCGCTATATACGCATAAGGCCTTCGGGATCCATTTCGTCACCTTCCTCGTGGCGTTCGCTGTTGTTTGCTCCGGCATTACCAGCGCCTCGACATCGGCCAATGTCCTTGCCCAGAACTTTTTTGGTGGCCTGGAAGTCAACGGCTGGATGGACGTGCCGGACCGTGGTGTGATCACCGCCGTGGCACTGGGCTTCATGCTGCTGCTGGCAGTGATCAATCTGCGGGGCGTGGGGGAGAGCGTCAAGTTCAACGTCATACTCACGGCGGTTGAGGTGCTTGCCCTGTGTGTCGTGATCGGGGTTGGCTTCTTCGTGATGGCCCAGGGAACCGGCAATGTCCAGGAGATCTTCGTTTTTACCGACTATCAGGACAAGGGGCTGTTCCTGGCGGTCACTGCAGCTACGTCCATTGCATTCTTTGCCATGGTGGGCTTCGAGGACTCCGTGAACATGGTTGAGGAAACCAGGAATCCGGAACGGATTTTCCCCCGCACCATGTTGACTGGCCTCGGCATAGCAGTGATCCTCTACATGCTGGTGGCTGTGTCCGTGGTGAGTGTGCTGACCCCGGCGGAGTTGGGGGAGATCAGGGAAGCCGAAGGAGCAGCGCTTTTGGAAGTGGTGCACAAGGGATCACCGGATTTCCCCATCGACAAGATCTTTCCTTTCCTCGCCGTCTTCGCAGTGGCCAACACGGCGTTGATCAACATGTTGATGGCCAGCCGGCTTATTTATGGCATGGCACGCCAGCACGTTCTGCCTCGCTCCTTGGGTCGGGTATTGCCGGGTCGTCGGTCGCCGTGGGCTGGCATCGCGTTCTCCACCGTCCTTGCCATGGGGCTGATCTGGTACGTCAGCATGGACCCCTCAAGCAACATCGTGGCCAACCTTTCCGGGACCACCGCGTTCCTGCTGCTGTGCGTGTTCACCCTGGTCAACGTCGCCTGCGTGGTCCTTCGCCGAAAGCGGGATCCCCACCGAAAGGTGTTCTTCACCTCTCCAGGACAACTGCCGTTGGTGGCAGCCGTACTGTGTGCCTTCCTTGCTGGTCCTTGGGTGGGCAGGAACCCCATCCAATACCAAGTGGCCGGCGGCCTGATGGCTATCGGCGTGGTGCTGTGGTTCATTACCTGGCTGATCACCAGGAAGACCAACACCAGAGGGGAAGAACCAGCCCGGGCACAGGCGGACCAACATAGCCAGGGACGACAGCAGCCACCGGAGGAATGA MSTTSDNALEATPAGEEPQLKRVLGPKLLLLFIVGDILGAGVYAVTGTMAGTVGGIVWLPFLLAFIVATLTAFSYLELVTQYPQAAGAALYTHKAFGIHFVTFLVAFAVVCSGITSASTSANVLAQNFFGGLEVNGWMDVPDRGVITAVALGFMLLLAVINLRGVGESVKFNVILTAVEVLALCVVIGVGFFVMAQGTGNVQEIFVFTDYQDKGLFLAVTAATSIAFFAMVGFEDSVNMVEETRNPERIFPRTMLTGLGIAVILYMLVAVSVVSVLTPAELGEIREAEGAALLEVVHKGSPDFPIDKIFPFLAVFAVANTALINMLMASRLIYGMARQHVLPRSLGRVLPGRRSPWAGIAFSTVLAMGLIWYVSMDPSSNIVANLSGTTAFLLLCVFTLVNVACVVLRRKRDPHRKVFFTSPGQLPLVAAVLCAFLAGPWVGRNPIQYQVAGGLMAIGVVLWFITWLITRKTNTRGEEPARAQADQHSQGRQQPPEE PGPT0020810_2208 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GENERAL_AMINO_ACID_TRANSPORT,PGPT0020810-TC_APA|yhdG-K03294 NA NA D3-18_02355 1005 oleD COG0451 2-alkyl-3-oxoalkanoate reductase ATGAAGGTCCTCGTCACCGGGGCCAGCGGTCTCCTGGGAGGGGAGGTTGCACGGCAACTCATCCGCCAAGGTCATGCCGTAGCAACGTTTCAGCGTCGCCCCTCGGGAGTGGACGGCGCGGAGGACTTCCGCGGGTCCCTTGACGATGATGCGGCTCTTCGTAACGCAGTGAACGGGGCGGAGGGAATCATCCACCTCGCCGCCAAAGTGTCCATCACAGGGCGCGCGGCCGAGTTTGATGCAGTAAATGTGGAGGGGACACTCCGGTTGCTCAATCTCGCACAGGCGGCCGGCGTGCGGGACGTCGTATATGTCTCGTCACCGTCGGTGGCCCACTCCGGGGCAGCCATCGTGGGATCGGGGGCGGCGCAGGCTGATCCACACCACGCGCGCGGCGACTATGCCCGCACCAAGGCCGAGGCAGAATTGCTGGCCCTCGCGGCGGATCAATCAGACTTCCGGGTGGCAGCAGTGCGCCCCCACATTGTGTGGGGCCCCGGGGACACCCAGTTGGTGGAACGCGTCCTGGCTCGCGCCCGTCACCGTCGTCTGCCATTGCTCGACGCCGGCGCTGCACTGATCGATACGACCTACGTGGATAACGCCGCGTCCGCCATCGTTGCAGCGCTGCACCGCATGGAGCACGTCCACGGCAAAGCCGTGGTGGTGAGCAATGGTGAACCTCGGCCGATCGGCGAGCTGCTGGCGGGCATATGTATAGCGGGCGGCGTGGCCCCGCCGTCGTGGTCCGTGCCTGGTGGCTTGGCCAGGGCAGCCGGAGCCGTAGTAGAAAGGTTCTGGACCTGGGCAGGGCGCAAAGAGGAACCGCCGATGACCAGGTTCCTCGCTGAACAGCTCTCCACCGCACACTGGTTCGATCAACGCGCAACCCGTGAACTCCTCAACTGGACACCTGATGTTTCGATTGATGAGGGACTGGCCAGGCTGGCCGAGTACTACGGTTCGAGGAATCGGGCGATAGGGGAAACAGGCCGGCTTCGGTAG MKVLVTGASGLLGGEVARQLIRQGHAVATFQRRPSGVDGAEDFRGSLDDDAALRNAVNGAEGIIHLAAKVSITGRAAEFDAVNVEGTLRLLNLAQAAGVRDVVYVSSPSVAHSGAAIVGSGAAQADPHHARGDYARTKAEAELLALAADQSDFRVAAVRPHIVWGPGDTQLVERVLARARHRRLPLLDAGAALIDTTYVDNAASAIVAALHRMEHVHGKAVVVSNGEPRPIGELLAGICIAGGVAPPSWSVPGGLARAAGAVVERFWTWAGRKEEPPMTRFLAEQLSTAHWFDQRATRELLNWTPDVSIDEGLARLAEYYGSRNRAIGETGRLR NA NA NA NA NA D3-18_02356 2709 menE_4 2-succinylbenzoate--CoA ligase TTGGTAGCCGCCAATTGGCCCGGTGTGGACCCGGAATGGTCCCGGACAATCCGGGTACGGTCCACGTCAAAGGTGGACGCGCCGGACTCTGTCCTCCGCTGGCATGTGCTGGATAACGGTGCCCAGCTCTTGCGCCGTGGCCTGACTCCGATCGGGACTTTGCTGTGCGTGCATGGCAACCCCACCTGGTCCTACCTGTGGCGGACGCTGTTGAGCGCGGGAGCAGACCCGGCTCATCCGTGGCGGGTGGTTGCCGTGGACCAGCTCGACATGGGCTATTCAGAGCGCACCGGCACATTCCGTCGCCTGGCTGACAGGATCAATGACCTCGGTGACCTCACTGATGCGCTGGGCCTGGAAGGGCCGGTTGTTACGGTGGGCCATGATTGGGGTGGCGTGATCAGCACGGGCTGGGCGCTGGAGCATCCGCAGTTCGTCACGGGTGTGGTGCTGACCAACACAGCCGTCCATCAACCCTCGGATTCGCCAATCCCGCCAGCCCTTCGGCTCGCCTTGCACCCCGCCGTACACAAGTGGGGCACCACGACGTCGGACGCGTTCCTGCGCGTGACGCACTCACTGGCAAATCCGCCGCTGCCGGCCGACGTCGGAAGGGCTTTCATGGCCCCCTACCGCGGAGCCGGACGCCGGACCGGGGTGGGGAATTTTGTTGCGGATATCCCGGCAGACGCTTCCCATCCCAGCTTGCCGGCGCTTACCCGTGTGGCGGAAGGCTTGCGCGGGCTCAAGGTTCCCGCCCTGATGCTCTGGGGGCCCAAGGATCCAATATTCTCCGATAGGTACCTCAAGGACCTTATCGGCCGGATACCGCACGCTGACGTCCATCGCTTCGAAGGAGCCGGACACCTCTTGCCGGAGGACAGGGACATTGCCACGCCGGTCTTTGATTGGCTTGCTTTACATGATGCCGCAATCAGTAGCGACGATTCACGGGTGGCCGTTGCTGCTGTCAGCGGAGAGCCGGTCAAGAATGTGGCCGAAGAAAAGGAACCAGCGTTCCGTCCCTTGTGGGACGCCTTGGGCGAGCTGGCGGCGGGACAGGCAAGGGAAGACGCCGCTGTTGCCGAAATGGCACCGGACGGCAGCGTGAGCCGTTCGCTCAGCTGGCAACAGTTGGATCGGAACATCCTGGACCTGGCGGAGGGCCTGCAGGAAGTCGGTGTGGGGCGCGGTAGCCGGGTGAGCCTGATGGTCCCGCCTGGAACCGAGCTCACGGTGGCCCTTTACGCCTGCCTGAAGTTGGGTGCAGTAGTAGTAGTGGCCGACGCCGGACTGGGAACCAAGGGCATGAGCCGCGCCGTGAAGGGCGCAACCGCCGATTTCCTCATTGGCATCGACAAAGCACTGGCGGCAGCCTCAGTGCTCGGCTGGCCGGGGCGGCGCATCAGCGTGCAGGACCTACCCGCCGCCCGCCGTCGAGTCCTGGGGGTTGAGACCTCCCTCGCGGCCTTGGGAAGGCGTGGAGCCACAGGCGGCGCCGGGCGCGGTGACGGGATGCCAAGGACGAGTGTGGACCCAGCTGCCCCAGCCGCTGTACTGTTCACCTCCGGCTCCACTGGCCCCGCTAAGGGAGTGCTATATACGCACGGACAGCTGGCCGCGATGCGGGATACGGTTGCCGCTACCTTCGGGATCTGTTCCGGTGCACGCCTTGTAGCGGGCTTCGCCCCGTTCGCTTTGCTGGGTCCGGCGCTCGGAGCGGTTTCGGTGACCCCGGCCATGGACGTTACTGCGCCAGGCACCTTGACGGCGCGAGCACTGGCGGACGCTGTCGCTGCCATCGACGCTACCGTGGTCTTCGCCTCGCCCGCAGCGTTGCGTAATGTCATAGCTACCCGGGATGACCTGAGCGGAACAGGGCGCATTGCTCTTCAAAACGTTGAGCTACTCCTGTCCGCAGGTGCGCCCGTCCCTGAGCCGCTTCTCGCGCAGGTGCAGCAGTTGATGCCCCAAGCGTCCTTGCATACGCCTTACGGGATGACGGAGGCGCTTCCAGTCACGGACATCAGCCTGGAAGAAATACAAGCCGCTGACGCTGATGCGGCTGCCGGGACCGTTGTCGGAGCCGGCAACGGGGTCTGCGTGGGGAAGCCTGTTCACAGAGCCGATCTGGCGGTTGTCCCGTTGGCGGCGGATGGCACCGCGCCCGGATTGAACCCTGTGACAGATGCGGGGGTGACCGGCGAGATCCTGGTCAGTGCCCCGCACGTCAAGGAATCCTATGACAGGCTCTGGCTGACCCAACGCGAGAGTGCCAGCGTGCCTGGATGGCACCGTACGGGCGACGTGGGACACTTCGACTCCGTCGGCCGACTTTGGGTGGAGGGACGACTTGCCCACGTTGTGACGGCGCCTGGGGCCGTGGTGACGCCGGTCGGGGCAGAACAATCCATCGAACGCCTGGACGGCGTTCGGATGGCTGCCATCGCCGGTGTTGGACCATCGGGAACGCAGGCGGTGGTTGCGGTAGTGGAGACCGCGCCTCCCGTCCCTAAAGCCGGCCCCGCCGGGCCGCAACTCGCGGGGCGTGTCCGTCGAGCAGCCTCCCGGGCCGGCGTCGATGTCAGTGCCGTGCTGGTGGTCCCCGCGCAGCCAACCGACATCCGGCACAACGCCAAGATTGACAGGACCCGTCTGGCCCGCTGGGCTTCACGGGTGCTGGCCGGCGGACGTCCAGGGAAACCATGA MVAANWPGVDPEWSRTIRVRSTSKVDAPDSVLRWHVLDNGAQLLRRGLTPIGTLLCVHGNPTWSYLWRTLLSAGADPAHPWRVVAVDQLDMGYSERTGTFRRLADRINDLGDLTDALGLEGPVVTVGHDWGGVISTGWALEHPQFVTGVVLTNTAVHQPSDSPIPPALRLALHPAVHKWGTTTSDAFLRVTHSLANPPLPADVGRAFMAPYRGAGRRTGVGNFVADIPADASHPSLPALTRVAEGLRGLKVPALMLWGPKDPIFSDRYLKDLIGRIPHADVHRFEGAGHLLPEDRDIATPVFDWLALHDAAISSDDSRVAVAAVSGEPVKNVAEEKEPAFRPLWDALGELAAGQAREDAAVAEMAPDGSVSRSLSWQQLDRNILDLAEGLQEVGVGRGSRVSLMVPPGTELTVALYACLKLGAVVVVADAGLGTKGMSRAVKGATADFLIGIDKALAAASVLGWPGRRISVQDLPAARRRVLGVETSLAALGRRGATGGAGRGDGMPRTSVDPAAPAAVLFTSGSTGPAKGVLYTHGQLAAMRDTVAATFGICSGARLVAGFAPFALLGPALGAVSVTPAMDVTAPGTLTARALADAVAAIDATVVFASPAALRNVIATRDDLSGTGRIALQNVELLLSAGAPVPEPLLAQVQQLMPQASLHTPYGMTEALPVTDISLEEIQAADADAAAGTVVGAGNGVCVGKPVHRADLAVVPLAADGTAPGLNPVTDAGVTGEILVSAPHVKESYDRLWLTQRESASVPGWHRTGDVGHFDSVGRLWVEGRLAHVVTAPGAVVTPVGAEQSIERLDGVRMAAIAGVGPSGTQAVVAVVETAPPVPKAGPAGPQLAGRVRRAASRAGVDVSAVLVVPAQPTDIRHNAKIDRTRLARWASRVLAGGRPGKP NA NA NA NA NA D3-18_02357 1023 oleA COG0332 Acyl-CoA:acyl-CoA alkyltransferase TTGGCAGGGAATGCGACCTTCCGGCACAGCAATACCGCGCTGCTCTCGGTGAGCAGCGTCGAGGCTCCGAGGATAGTGAGCTCCACGGATTTCGACCGGAGATTGGCTTCGACCCTGCAGCGGCTGAAGTTTCCACCGCGATTGCTCGAGCGCGTCGCCGGCATCACGCACCGCCGCTGGTGGGCCGCCGGGACATCGTTCGATGACGCTGCCGTGGAAGCAGGCGCAAAAGCCTTGGCTGAAGCCGGCGTCGAAGCCTCGGAAATCGGCTTGCTGATTAACACTTCGGTTACCAGGCGCAACCTTGAGCCGTCCGTGGCGGTCAAGATCCACCACGAACTCGGCCTGCCGTCGTCGGCCATGAACTTTGACTTGGCCAACGCCTGCCTCGGATTCGTGAACGGCTTGATCCTGGCGGCCAACATGATCGACTCGGGCCAGATCCGGTATGCGGTCATCGTCAACGGAGAGGACGCGCAGGGCACCCAAGAGGCCACGCTGGCGCGACTCCAGAGGCCTGAGACCACGCGCGAGGATTTCAACCGGGAGTTTGCCACGTTGACCCTTGGGTCCGGCGCCGCCGCGGCCGTCCTGGGCCCGGTGGACGAGCACCCGGGAGCGCACCGGCTTGTGGGCGGCGTCATGCGTGCCGGCACGGAACACCACGAATTGTGCGTTGGAGGTATCGATGGCATGTCCACCGATACCAAGGGCTTGCTCGACGGCGGCCTGCAGCTTGTGGTGGATGCCTGGCATGAAGCACAGCCCGAGTGGGACTGGGCCAGCATGGACCGCTACGTCACGCACCAAGTCAGCAATGCCTACACCCAGGCGATCATCAATGCCATCGACCTGGACCCGGAGAAGGTCCCCATTACTTTCCCACACTGGGGCAATGTGGGGCCCGCGTCGCTCCCCATGACGCTCGCAGCCCAGGCACAGTCATTGACAACGGGTGACCGGGTCCTGTGCATGGGCGTGGGTTCGGGACTGAATGCAGGAATGGTGGAAATCGTTTGGTAG MAGNATFRHSNTALLSVSSVEAPRIVSSTDFDRRLASTLQRLKFPPRLLERVAGITHRRWWAAGTSFDDAAVEAGAKALAEAGVEASEIGLLINTSVTRRNLEPSVAVKIHHELGLPSSAMNFDLANACLGFVNGLILAANMIDSGQIRYAVIVNGEDAQGTQEATLARLQRPETTREDFNREFATLTLGSGAAAAVLGPVDEHPGAHRLVGGVMRAGTEHHELCVGGIDGMSTDTKGLLDGGLQLVVDAWHEAQPEWDWASMDRYVTHQVSNAYTQAIINAIDLDPEKVPITFPHWGNVGPASLPMTLAAQAQSLTTGDRVLCMGVGSGLNAGMVEIVW NA NA NA NA NA D3-18_02358 426 hypothetical protein ATGCCAAAGACCGGAAAGAATGATCACGCCCGCAAGGACGAGTTGCCGTCCACCTTGCAGCGCTCCGACCAGAAGGCCCAGGACACTTTTGCCAAGACCTACGATTCGGCCATGGAATCTTATGACAATGATCCGAGTCGGGCGGCTCGCACGGCTTTCGCGGCCCTGAAGCATAGTTACGAGAAGGTGGGCGACCACTGGGAGCCCAAGGAAGAACGCGGACCTTCCGATGCCCGTGCGGAAGAGGGCGTGGACTCAAATAGGCCCACGGCCGGGGGTGTGGATGCCAATGCCTCCAAAGAGCACCTCTACCGGCGCGCCCGGGAATTGGATATCAAGGGCCGCTCCAAAATGGACAAGAATGAGCTGGTGGAAGCGCTGCAGAAGGCCAACGAAGCCGCAACGCGAAAGGCTCGGGAAGGCTAG MPKTGKNDHARKDELPSTLQRSDQKAQDTFAKTYDSAMESYDNDPSRAARTAFAALKHSYEKVGDHWEPKEERGPSDARAEEGVDSNRPTAGGVDANASKEHLYRRARELDIKGRSKMDKNELVEALQKANEAATRKAREG NA NA NA NA NA D3-18_02359 741 nagR_2 COG2188 HTH-type transcriptional repressor NagR GTGGTCACAAAACTTGGTCTCAACATCGACCGCTCTTCTCCCGTGCCTCTCTACCACCAAGTTGTACAGGGGATTGAGGCCGCCATCCACAGCGGAGTACTGGAACCCGGCAGCCGCCTTGAGAACGAAATCGACCTCGCGGCCCAGCTCAACCTCTCGAGGCCAACCATGCGCAAGGCCATGGACGAGCTTGTCCGTTCCGGTCTTCTGGTTCGCAAACGCGGCGTAGGTACCCAAGTGGTGTCCAGTCAGGTCCGTCGACCCTTGGAACTTTCCAGCCTTTTTGACGATCTCACCAACAACGGCAAGAAGCCCACCACCACCGTGCTCAGCTTTTCCCACGAGGAAGCCGACGCCGCCACCCTCGCTGCGCTTGAGCTGCCCGCTGGCTCCAAGGTCTACCACTTCACGCGTCTTCGCAAAGTTGGGGGCAAACCACTGGCCCTGATGGAGAACTGGGTGCGGGACGACATCGCCACCATGGACGAAGCCATGCTGGCGGCAGAGGGCCTGTACTCAATTCTGCGCCGAGGTGGCGTCAATTTTCGCCTTGCCACGCAACGTATCGGCGCCATGATCGCCAATGACTACCAAGCGCCACTCCTTGAGACCGAGGTAAATTCCGCCTTGGTCACCATGGAACGCACGGCTGTGGACGACACCGGCCGCCACGTGGAGACCGGCCACCACGTCTACCGCGCCGATTCGTACAGCTTTGAAATGACACTCGTACAGCGCTGA MVTKLGLNIDRSSPVPLYHQVVQGIEAAIHSGVLEPGSRLENEIDLAAQLNLSRPTMRKAMDELVRSGLLVRKRGVGTQVVSSQVRRPLELSSLFDDLTNNGKKPTTTVLSFSHEEADAATLAALELPAGSKVYHFTRLRKVGGKPLALMENWVRDDIATMDEAMLAAEGLYSILRRGGVNFRLATQRIGAMIANDYQAPLLETEVNSALVTMERTAVDDTGRHVETGHHVYRADSYSFEMTLVQR NA NA NA NA NA D3-18_02360 894 iolB COG3718 5-deoxy-glucuronate isomerase ATGACGAATTGGGTTTACCCCTTGGGTTCCGCCGCCGACGGCGTGTGGGACATCTCGCTCGGCACCTCCGACTCCGCCATTGCCATTGATGGTTGGGCGCACACTGGCCTCAAGGTCGCAACCATCCCGGGGGGCGCCGCCGTCGAGCTCCCAGCTGTTGGTGAGGAACGTATTGTGGTGCCCCTCAGCGGCGCTTTCACCGTAACCGTCGACGGCGTCGATCATGCCCTTGCGGGCCGGGCCTCCGTGTTCCACGGACCCAGCGACGTCTTGTACTCCGGTACCGGAAAGTCCGTCAGCATCAGCTCGGCAGACGGCGGGCGTGTAGCAATTGCAACTGCCCCTGCGCAGACCGCCTACCCGACCCGCCTCGTCACTGCTGCCGAGACACCTGTGGAACTCCGGGGCGCCGGTAACTGTTCGCGGCAGGTACACAACTTCGGCACCCCGGCGGCACTGGAGGCCGACCGTTTTATCGTGTGCGAGGTCATTACTCCTGCCGGGAACTGGTCCTCCTATCCCCCTCACAAGCACGATGAGGAAAAGGACGGCGAAACCCACCTTGAAGAGATCTATTACTTCGAGACACAGGTAGCCGTCGGCTCCGGCGCACCGGCTGATGCCGATGCAATCGGCTACCAGCGTGTCTACGCCTCGGATGAGCGTCCCATCGACGTTTCCGCAGAAGTTAGGACCGGCGACGTAGTCCTGGTCCCCTACGGTTGGCACGGCCCCGCCATGGCAGCCCCGGGCTACGACATGTACTACCTGAACGTCATGGCGGGCCCTGGGCCCGTCCGCGAATGGCTGATCAGCGACGACCCTCACCATGGTTGGGTACGGCAAAGCTGGGAAGGTCAGGACATCGACCCGCGGCTGCCGTTCGGCGTCTAG MTNWVYPLGSAADGVWDISLGTSDSAIAIDGWAHTGLKVATIPGGAAVELPAVGEERIVVPLSGAFTVTVDGVDHALAGRASVFHGPSDVLYSGTGKSVSISSADGGRVAIATAPAQTAYPTRLVTAAETPVELRGAGNCSRQVHNFGTPAALEADRFIVCEVITPAGNWSSYPPHKHDEEKDGETHLEEIYYFETQVAVGSGAPADADAIGYQRVYASDERPIDVSAEVRTGDVVLVPYGWHGPAMAAPGYDMYYLNVMAGPGPVREWLISDDPHHGWVRQSWEGQDIDPRLPFGV PGPT0018475_153 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 D3-18_02361 1035 iolX COG0673 scyllo-inositol 2-dehydrogenase (NAD(+)) ATGAGTGATGTCATTCTTGGCTTGGTTGGCGTAGGACGCATCGGCGTCATGCACGCCAACAACATCGTCGCCCTCAAGGAAGCGCTGGGTCGCAGGGGCGTCAATATCCGCCTCAAGCTCACCGATGTAGCCACGGAGCATGCACGTTCCGTCGCTGCTGCACTGGGTGCAGAGTTCGTGCCCTCAGTGACGGAGCTGCTCGACTCTGGTGTGGATGGCTTGGTTATTGCTACGGGAACGGCAACCCATCCGGAATTGATCCGCGCCGGAGTGGACGCCGGCGTTCCGGTGTTCTGCGAAAAGCCCGTGGCCATGAACGTCTCCGATGCGCTGCCTGTGCTGGACTACATCAGGGAGAACAACGGCGTGGTGCAAATCGGCCACCAGCGACGCTTCGATGCAGGCTATGTGGAGGCCAAGCGGGCGTATCAGGCCGGGGAGTTGGGGTGGATCCATTCCCTGCGCGCAGTTACCTGCGATATGACGCCACCCCCGGTCGAGTTCCTGGCGACCAGCGGGGGGCTGTTCCGGGACTGCTCAGTCCATGACTTCGACATCCTTCGGTGGCTGACGGGCCGCGAAATTGTGGAGGTCTATGCCAAGGGTTCCAACAATGGAGACCCGGCCATCGGCAATGTGGGTGACGTGGATACGGCTTTGGCCCTCATCACTTTCGACGACGGCACGGTGGGCACGGTTTCTGCCAGCCGCTACAACGGGGCCGGCCACGATGTGCGGTTGGAGATACAGGGGTCCGATAGTTCGGTCATGGTGGGCTTGGATGAGAAGACCGCATTGACCTCGGCTGAGGCTGAGGTCACTTTCCCCGGAGGGGAACCGCATCAGACTTTCGCCGAGCGTTTCGACCAGGCGTACCGCTCCGAGATGGTTGCCTTTGTGGAGCTGGTGATGGGGCAGCGCGAAAATCCCTGCACCCCGGAGGATGCGGTAGCAGCCTCCCGTGTGGCAGATGCGGCCCAGGAATCGCTGGCAACCGGTGCGCCCGTGAGGGTTGCTCTCAAAGTATCCAGCTGA MSDVILGLVGVGRIGVMHANNIVALKEALGRRGVNIRLKLTDVATEHARSVAAALGAEFVPSVTELLDSGVDGLVIATGTATHPELIRAGVDAGVPVFCEKPVAMNVSDALPVLDYIRENNGVVQIGHQRRFDAGYVEAKRAYQAGELGWIHSLRAVTCDMTPPPVEFLATSGGLFRDCSVHDFDILRWLTGREIVEVYAKGSNNGDPAIGNVGDVDTALALITFDDGTVGTVSASRYNGAGHDVRLEIQGSDSSVMVGLDEKTALTSAEAEVTFPGGEPHQTFAERFDQAYRSEMVAFVELVMGQRENPCTPEDAVAASRVADAAQESLATGAPVRVALKVSS NA NA NA NA NA D3-18_02362 1062 iolU_1 COG0673 scyllo-inositol 2-dehydrogenase (NADP(+)) IolU GTGACGCCAAGAGGGCTTCCTCACACCCGTGTACCGGAGTCCCGCGATGCTCCGAGTTTGCGCTGGGGCATCATGGGCCCCGGATGGATCGCCGAACGGTTCACCGAGTCCATCCAGGCACACACCGGGCAGGTGATCGCCGCCGTCGGGTCCCGTTCCCTGAACCGGTCCAAGGCGTTTGCGGAAGCGTTCAACATTCCCGCCGCCTACGGCAGCTATGAGGAGCTCGCGACAGCCCCCAACGTAGATATCGTCTATGTGTGTACGCCGCATACAGGCCACCACGCGGCCGCGGTCCTGGCCATCGACGCCGGCAAGCACGTCTTGGTCGAAAAGCCGATTGGACTCGACGCAGATCAGGCACGGGACATCGCGGCGCGGGCAGAGGCTGCAGGTGTCTTCGCCGCGGAAGCCATGTGGACCTTCTTCCTGCCAAAATTCGATGTGATCCGGCAGATACTCGAGGCCGGAACGCTGGGCACCATCACCACCGTCGTGGCGGAGTACGGTGAGCACTTTGATCCTTCGCATCGAATCTTTAATCCGGATTTGGCCGGTGGTCCGCTGCTTGACCTGGGCACGTACCCGCTGGCCCTGGTCACGGAGGTGTTGGGTAGTCCGAGCCAGCTGCATGCAATCGGTTCGCCACATGAGTCGGGGGTTAACGCCCAGTTGTCCGCCGTCATGCAGTTCGACGGCGGTGCGCAGGCTGTGGTGAACACCCACGTCCATAACTTCACGCCCACCGCCGCCACCATTGTGGGCTCAAAGGCAACCTTGGTGATCGACGGTCCCTTCAATATGCCCGGCGCCTTCGAAGTCAGGTTTCCTGACGGATCGCGGCTGCGTCAGGCTGAACCAGCAGGCGGACACTTCGAGGGCCTCCACTACGAAGCCGCGGCCGTGGCCAGGGCTATTGCCGCAGGCAGGATGCAAACCAGCGAACGGACGCTGGCGGCCTCCATCCGCACGCTGGAAGTAGCCGACGAGATTCGACGCCAGCTGGGCGTGGTGTTCCCGGAACCATTAACACTTCAACCTTCAAAGGAAAATCATGAGTGA MTPRGLPHTRVPESRDAPSLRWGIMGPGWIAERFTESIQAHTGQVIAAVGSRSLNRSKAFAEAFNIPAAYGSYEELATAPNVDIVYVCTPHTGHHAAAVLAIDAGKHVLVEKPIGLDADQARDIAARAEAAGVFAAEAMWTFFLPKFDVIRQILEAGTLGTITTVVAEYGEHFDPSHRIFNPDLAGGPLLDLGTYPLALVTEVLGSPSQLHAIGSPHESGVNAQLSAVMQFDGGAQAVVNTHVHNFTPTAATIVGSKATLVIDGPFNMPGAFEVRFPDGSRLRQAEPAGGHFEGLHYEAAAVARAIAAGRMQTSERTLAASIRTLEVADEIRRQLGVVFPEPLTLQPSKENHE NA NA NA NA NA D3-18_02363 999 iolG_9 COG0673 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGTCGATCCGGGTAGGTGTGATTGGCGCCGGAATCATGGGCGCGGACCACATCAGGAACCTTTCCACCACCATCGGCGGCGCCGAAGTCACCTTTGTGGCAGACCTCGACGTCGACCGTGCCGCCGTGGCGGCACCGCCCACCGCGCGTATTACCTCAGACCCATCGGAGCTGATCAATGCCAGCGAGGTGGACGCCGTCGTCGTTGCCTCGCACGATTCCACGCACGCTGGCCTGGTCCTTGAATGCTTCGAGGCAATGACCCCTGTACTCTGCGAAAAGCCGCTGGCACCAACGCTTCTTGAAAGCCTGGAAGTAGTTGCTGCCGACGCCGACATCGTGGCCGCAACGGGAGCTTCGCTGCTCTCCCTCGGCTTCATGCGACGCTTCGATCCGGGCTATGTGGCTCTGCGCCAGTCCGTGCAGGGCAGGGAGCAAGGTGAGCCCCTGATGGTTCACTGCGTCAGCAGGAATGGCTCAGCGGCCCCCGGAACGACGGCAGAATCCGCCATCACCAATTCGGCCATCCACGAATTGGATATAGTTCCGTGGCTTTTGGGTTCTCCCATTGCGGAGGTGTCATGGCAGGCCGGCAAGAGCACTCGACATGCCGAGACCGGACTTCAGGATCCTGCATTCATGACGATGCGCACTGCAGACGGGACACTCACCACGTTGGAGCTGTACCTCAACGCCCAGTATGGCTACACCACTCGCTGCGAGGTGGTCTCAGAACTGGGTACCACTTCACTTAAGGAATCGTCCCTGCTGGGCGTCGAACAGGACGGGGCAAGGCAGGGGTTGATCCCGGCGGACTGGCGCCCCCGCTTCGCCGACGCGTACCGGATTCAGCTCCAGGCTTGGATTTCTGCCCTCGCTGCCGGAGAGCCGACTCCCCTTGCCGGTGCACAGGACGGACTCAACGCCTCCCTCGTTGCACAAGCCATGATCCAGTCGCTGCATAGCGACGGAACGTCTACGAAAGTCAGCTACTCGTGA MSIRVGVIGAGIMGADHIRNLSTTIGGAEVTFVADLDVDRAAVAAPPTARITSDPSELINASEVDAVVVASHDSTHAGLVLECFEAMTPVLCEKPLAPTLLESLEVVAADADIVAATGASLLSLGFMRRFDPGYVALRQSVQGREQGEPLMVHCVSRNGSAAPGTTAESAITNSAIHELDIVPWLLGSPIAEVSWQAGKSTRHAETGLQDPAFMTMRTADGTLTTLELYLNAQYGYTTRCEVVSELGTTSLKESSLLGVEQDGARQGLIPADWRPRFADAYRIQLQAWISALAAGEPTPLAGAQDGLNASLVAQAMIQSLHSDGTSTKVSYS NA NA NA NA NA D3-18_02364 927 btuD_7 Vitamin B12 import ATP-binding protein BtuD ATGAACGCACACCAGATCGATCAGCAAACCCTTCTGAAAGATGAGAGGGATCCTTTGACGCATACCCCGGTTCACCTGCTTTCGCTTGAGGGAGTAGGCAAGCACTACGGCAACATCATCGCCCTCCGCGACGTTACGATGGCCGTGGACAACGGCCGCGTTACCTGTGTTCTGGGCGATAACGGCGCGGGTAAGTCAACGCTGATTAAGATCATCGCCGGCCTCCACCAGCACGACGACGGCGTCCTGAACATCATGGGTGAGGAACGGAAGTTCAGTTCCCCCCGCGATGCCCTGGACGCCGGCATTGCCACTGTGTACCAGGACCTTGCGGTGGTACCGCTGATGCCGATCTGGCGGAACTTCTTCCTCGGATCGGAGCTCACCAAGGGCTTCGGACCGTTCAAGTACATGGACGTCGAACAGATGAAGGCCATCACGCTCAAGGAATTGGCCGAGATGGGCATCGACCTGCGCGATGTGGAGCAGCCCATCGGACAGCTCTCCGGTGGTGAACGCCAGTGTGTCGCGATTGCCCGCGCCGTGTACTTCGGAGCGAAAGTCCTCATTCTGGACGAACCCACAGCAGCGCTGGGTGTGAAGCAGTCAGGCGTAGTCCTGCGCTATATCCTTCAGGCCCGCGACCGCGGTATGGGCGTCATCTTTATCACCCACAATCCGCACCATGCCTTCCCGGTCGGGGACCGTTTCCTCCTGCTCAAGCGTGGCAAATCCATCGGGTACTACGACAAGAAGGACATCACCCTCGACGAACTTACTGCCCAGATGGCAGGCGGCGCCGAACTTGCTGAACTCGCACATGAGCTGGAGCAGTTGGGCGGCCACGGCGACGTGGTGAAAGAGGTCAAAGCGGAAGTCGCGGACGTGACGGACAGCGTGAACTCCGGCGCTCCGAAGCACGCGTAG MNAHQIDQQTLLKDERDPLTHTPVHLLSLEGVGKHYGNIIALRDVTMAVDNGRVTCVLGDNGAGKSTLIKIIAGLHQHDDGVLNIMGEERKFSSPRDALDAGIATVYQDLAVVPLMPIWRNFFLGSELTKGFGPFKYMDVEQMKAITLKELAEMGIDLRDVEQPIGQLSGGERQCVAIARAVYFGAKVLILDEPTAALGVKQSGVVLRYILQARDRGMGVIFITHNPHHAFPVGDRFLLLKRGKSIGYYDKKDITLDELTAQMAGGAELAELAHELEQLGGHGDVVKEVKAEVADVTDSVNSGAPKHA PGPT0017155_1140 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 D3-18_02365 1059 rbsC_1 COG1172 Ribose import permease protein RbsC ATGGCAAATACAACAACTCTGCCGCCGGCGGGTGCCTCGGCCCCTGGCGACGAACGGGTCGGACGCCGTAGTCCGATCCAAAAGTTCCTGGCGAGGCCCGAGGTCGGTGCGCTGGTCGGAGCAGTGGTCCTGTTCATCTTCTTCGCTTCTGTCTCCGAGACGTTTACGCAACCGAACGCGCTCGCCACAGTGCTCTACGGCTCATCGACCATCGGCATTATGGCGGTAGGGGTTTCACTGCTGATGATCGGTGGTGAGTTCGACCTTTCCACTGGTGTGGCCGTGATCTCCTCCGCCCTGACCGCCTCACTCTTCAGCTGGAACTTCTCACTGAATGCATGGGTTGGTGTCACGCTGGCACTGGTGGTCTCGCTCGGCATTGGATTCATCAACGGCTGGATTCTCGTCAAGACCAAACTTCCCAGCTTCATCGTCACCCTGGCGACGTTCCTCATGCTGACTGGCCTCAATCTGGCACTGACCCGCCTTATCGGCGGCAGCGTCTCCTCGCCGTCGATCTCCAAGTTGGACGGGTTCGAATCAGCACGGGCGGTGTTTGCCTCCTCCATCAGCATCGGGGGTGTGGAAGTCAAGATCACAGTGTTCTTCTGGATCGTCCTCGTGGCAGTGGCATCGTGGATCCTGTTGCGCACCCGCGTTGGTAACTGGATCTTCGCCGTGGGCGGTGACGCCAATGCCGCCCGCGCAGTTGGCGTCCCTGTGACCAAGACCAAGATCGGCCTTTTCATGGCGGTTGGTTTCTGCGGCTGGATCCTGGGCATGCACAACCTTTTTGCCTTCGATGCCGTGCAATCCGGTGAAGGCGTTGGCAACGAGTTCCTCTACATCATTGCTGCCGTCATCGGTGGCTGCCTCCTGACAGGAGGCTACGGATCGGCTGTGGGTGGCGCCATTGGTGCCTTCATCTTTGGCATGGCCAACAAGGGCATCGTGTACGCACAATGGAATCCGGACTGGTTCAAGTTCTTCCTGGGCTTGATGCTCCTGCTGGCCACCATTGTGAACCTGATCGTCAAGCGCCGAGCAGAACTCAAGTAA MANTTTLPPAGASAPGDERVGRRSPIQKFLARPEVGALVGAVVLFIFFASVSETFTQPNALATVLYGSSTIGIMAVGVSLLMIGGEFDLSTGVAVISSALTASLFSWNFSLNAWVGVTLALVVSLGIGFINGWILVKTKLPSFIVTLATFLMLTGLNLALTRLIGGSVSSPSISKLDGFESARAVFASSISIGGVEVKITVFFWIVLVAVASWILLRTRVGNWIFAVGGDANAARAVGVPVTKTKIGLFMAVGFCGWILGMHNLFAFDAVQSGEGVGNEFLYIIAAVIGGCLLTGGYGSAVGGAIGAFIFGMANKGIVYAQWNPDWFKFFLGLMLLLATIVNLIVKRRAELK PGPT0017160_552 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 D3-18_02366 996 hypothetical protein GTGGCAAAATTCTCGTGGCGCAAAGCGGCAGTCGTCGCAGCAGTGGTTCCATTGGTGGCCCTGAGCGCCTGTTCGAGCCAGGGCGGCAAACCTGCAGATTCCGGTGGGGGTGCAGGCGCCGGACAGGTAGCCGGCACGGACCGCATGAAGGTGGCCCTGATTACTCACGCAGCGGCTGGAGACACCTTCTGGGATATCGTGCGCAAGGGCGCCGAAGAAGCGTCAAGCAAGGACAACGTGGAACTCCTGTACACCAGCGACCCCGAAGCAGGGCGCCAGGCGCAGCTTGTTCAACAGGCCATCGACCAGAAGGTTGACGGCATTGCTGTCACGGTGGCAACCCCGGATGCATTGAAGGATGTATTGAAGAAGGCCAACGATGCAGGTATCCCCGTCGTGAGCCTCAACGCCGGTGAATCCGTTTCCACGCAGCTTGGCGCTTTCACGCACTTCGGATCCAACGAACAGCTTGCCGGCGAGGCAGTCGGCACCCGACTCGCTGCAGAAGGCTACAAGCACCCCGTTTGCGTCATCCAGCAGCAGGGCCACGTGGGCCTGGAGGCGCGCTGCGCCGGCGTAAAGGCCAAGGTTCCGGCAACGGAAATCCTCTACGTCGATGGCAAGGACATGACCGCTGTCCAGTCAACGGCCACGGCCAAACTTCAGGCGTCCAAAGATGCTGATGTGATCATCGGTCTCGGCGCCCCCATCACCCTCACCTTGCTCAAGTCAGTTACAGACGCCGGCAGTTCGTCCAAGGTAGCCAGCTTCGACCTCAATGCCGAACTTGCCCAAAAGATCGTAGACGGCCAAGTGATCTTTACCGTCGACCAGCAGCCATGGCTTCAGGGCTACATGTCGGTTGATGCCCTGTGGCAGGCAAAGCGCGGCGGCTTCAAGATCGGCGGCGGCCAGCCCGTCCTGACCGGTCCCACCATTGTGGACAAGGCCAACGCCTCCGACGTCCTCAAGTTCGCCCAGCAGGGCGTCCGCTAG MAKFSWRKAAVVAAVVPLVALSACSSQGGKPADSGGGAGAGQVAGTDRMKVALITHAAAGDTFWDIVRKGAEEASSKDNVELLYTSDPEAGRQAQLVQQAIDQKVDGIAVTVATPDALKDVLKKANDAGIPVVSLNAGESVSTQLGAFTHFGSNEQLAGEAVGTRLAAEGYKHPVCVIQQQGHVGLEARCAGVKAKVPATEILYVDGKDMTAVQSTATAKLQASKDADVIIGLGAPITLTLLKSVTDAGSSSKVASFDLNAELAQKIVDGQVIFTVDQQPWLQGYMSVDALWQAKRGGFKIGGGQPVLTGPTIVDKANASDVLKFAQQGVR PGPT0017165_1110 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 D3-18_02367 1014 rbsR_1 COG1609 Ribose operon repressor ATGAGCACAAGTACGCCGCAGGCGCGGCGCCCAACGATTTACGATGTGGCAAAGCTGGCCGGCGTTTCGCCGTCGCTGGTCTCGCTGGTCCTCCAGAATCCGGCGAAAGTCAGTGAGAAGCGCCGCGAGGCGGTCAAAACTGCCATCGCTGAGCTGGGATACCGCCCCAGCCGGGCGGCCACCACGCTGGCGAGCAGCCGGACCAAGAGCATCGGGCTCGTCATTGACGACTACCGCAACCTTTGGTTTGTTGACCTGCTGCGCGGACTGGAATCAGTGTTGACCGAACATGGCTATCAGGTCATGCTCGCCGATTCCCGCCCGAGTGAAAACCGCATCAAGGAGGCTGCTGACGGATTGCTGGCCATGCATGTGGACGGGCTGGTGATCGCGGCCGAACCTGGCGCGACGGCGCTGAGCGGCACGGAAGTTCCCACCGTGGTGGCGGGGTGGCGGAATGGAGTGCCGGACGACGCTGACCTCATCACCAACGACGACGACGGTGGCGGTGCAATGGCGGCGGATCACCTGCTGCAACTCGGGCACCGCAGGATCGGGCACCTTTCGGGCTCCGGCGGCGCTGCAGCCCACCGTAGGGAAGGCTTCCGGGGCAGACTCCACCAAGCCGGTGTAGAACCGCTGATCGTGGGGGAAGAGGGCGATACCACGGAGGAGGACGGGTACGCTTCGGCCTGCTGGCTCCTTGATCACCACCCGGACACGACGGCAATTTTTGCCGCCAATGACACGATGGCGCTGGGCGCCTTTGGTGCGATCAAGGCCCGCGGCTTGTCGGTCCCCTCGGATATTACGGTGATTGGCTATGACAATTCTGCGCTGGCGAAGTCCCGCTACCTCGAGCTGACGTCCGTGGACAACCGCAGCGATCTGGTCGGGGCGCATGTTGCAAAGGCATTGCTGGATCGCATCCAGGGTGCCGCGGCGGGGCCGCAGCGCAAGCTGTTAGAACCCCTCCTTAAGGTTCGGGGTACCACGGCGGCACCACGATCCTGA MSTSTPQARRPTIYDVAKLAGVSPSLVSLVLQNPAKVSEKRREAVKTAIAELGYRPSRAATTLASSRTKSIGLVIDDYRNLWFVDLLRGLESVLTEHGYQVMLADSRPSENRIKEAADGLLAMHVDGLVIAAEPGATALSGTEVPTVVAGWRNGVPDDADLITNDDDGGGAMAADHLLQLGHRRIGHLSGSGGAAAHRREGFRGRLHQAGVEPLIVGEEGDTTEEDGYASACWLLDHHPDTTAIFAANDTMALGAFGAIKARGLSVPSDITVIGYDNSALAKSRYLELTSVDNRSDLVGAHVAKALLDRIQGAAAGPQRKLLEPLLKVRGTTAAPRS PGPT0014791_46 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_FACILITATING_PROTEIN SESSILE_ROOT_COLONIZATION,PGPT0014791-ccpA-NA NA NA D3-18_02368 1179 iolG_10 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGGCTGAAAGCCTTGGCGTCGCGGTCATCGGCGCAGGCATGGCCGGCAAGGCCCATGCAGCGGCTTACCGGACTGCGTCTACCCTCTACAGCCCAGTGCTTCCGGATATCCGCTTGGTCTCCATTGGTGACGTGAACGCCGAATTCGGCTCCCTGGCGGCCCGCCGCTTTGGCTACGAACGCAATGACACCTCATGGCAGGCAATCGCAGAAGCGGACGATATTGACGTTGTAAGCGTTGTCATTGCGAACTCATTGCACCGCGAAGTGGTTGAAGGCCTGCTGGCCGCCGGCAAGCACGTGTTGTGTGAAAAGCCGTTGAGCGATTCGCTGGAAGACGCGCGCGCCATGGCGGACGCTGCCCGGAACGCCACCTCCATCGCCCGCATCGGATTCACCTTCCGCCGCACTCCGGGCATCGCCTATATCCGCGACCTTATCCAGAACGGCACTTTGGGCAATGTCCTGCACTTCAGCGGCCGGTACTGGACGGACTACGGTTTCAGCCCCGAAGCGCCGATGAGCTGGCGTTACAAAGGCGGCCCCGGCTCGGGTGCGCTGGCGGACGTCGGAAGCCATCTGACGTACGTCTCCGAGTTTCTGTGCGGTGACATCAAGTCCATCAGCGGCGGCCGGCTCAGCACTGCAATCCACAAGCGTCCGTTGCCGCTCAGCGCCGTCATGGGCCATGACCACGTGGCCGTCAGTAATACCTTCGAAGCTGTTGAGAACGACGACTACGCAGCATTCAACGCAGAGTTCGCAAACGGTGCGGGAAGTTTCGAAGTCTCACGTGTAGCGGCAGGACACGCCAATAGCCTGCAGTTTGAGGTGTTCTGCGAAAAGGGTGCAGCCAAGTTCGACCAGCGCCGCCCATCAGAAATCCAACTGTTCCTCAATGACGGTTCCGGCAACCAGAACGGCTACCGCCAGGTGATCCTCGGCCCGGGCCACCCCTACATCACCGGAGGCCTCGCCATGGACGCTCCCGAGGTGGGGTTCGGCCAAAACGACGCGTTCGGCTACCAGGCCCGTGCGTTCCTCGAGGAGGTAGCAGGCCTTGCCGAAGACACATCCCTGCCTCGCTGCGCCACCTTCGACGAAGGTGTCCGCAACATGGAACTACTCGGCGCCGTCACCGAGTCGGCCCTTAACAACGGGAAGAAGATTACGCTATGA MAESLGVAVIGAGMAGKAHAAAYRTASTLYSPVLPDIRLVSIGDVNAEFGSLAARRFGYERNDTSWQAIAEADDIDVVSVVIANSLHREVVEGLLAAGKHVLCEKPLSDSLEDARAMADAARNATSIARIGFTFRRTPGIAYIRDLIQNGTLGNVLHFSGRYWTDYGFSPEAPMSWRYKGGPGSGALADVGSHLTYVSEFLCGDIKSISGGRLSTAIHKRPLPLSAVMGHDHVAVSNTFEAVENDDYAAFNAEFANGAGSFEVSRVAAGHANSLQFEVFCEKGAAKFDQRRPSEIQLFLNDGSGNQNGYRQVILGPGHPYITGGLAMDAPEVGFGQNDAFGYQARAFLEEVAGLAEDTSLPRCATFDEGVRNMELLGAVTESALNNGKKITL NA NA NA NA NA D3-18_02369 1020 hypothetical protein ATGAAACTCGGCGTCTACAACGCAATCTTGCATGACCGGCCGCTGCCGGAGGCGCTCAAGGTCATCGCCGACCTTGGACTGACGGGCATCGAGATCAATACCGGTGGCTTCCTGCCGGCGGTCCATGTACCCACCATGGATCAGATCCTGGAGAGCGACGCGGCACGTGATGACTACCTGGCCCTCTTCGAAGGGACCGGTGTTTCGATTGCCGGACTGAACTGCAATGGCAATCCCCTGCACCCTAAGCGCGAAATCGGTGAAAAACATGCCGAAGACGTCCACCGCTCCATTCGACTGGCCCATCGGCTGGGACAAAAGCGGGTAGTCACTATGTCCGGGCTGCCCGGCGGCGAGCCCGGTGCCACCACCGTCAACTGGGTGGTCAATGCCTGGAACTCGGCGGCACTGGATGTGTTGGACTATCAATGGGGTGTCGCAGCCGATTTCTGGAGGGAAACCGACCGCCTTGCTGCGGACCACGACGTCAAGGTGGCGCTCGAACTGCACCCGCAGAACATCGTCTTCAACACTGCGGACGTCTATAAGCTCATCGAACTCACCGGCGCCACGCATGTCGGTGTGGAACTGGATGCTTCGCACCTCTTCTGGCAGCAGATGGATCCAGTTGCTGTGGTCCGCGAGCTTGGTCCGCTGGTGTTCCAAGCGGCCGCAAAAGATGTCCGGGTGAATACCGGCAATGCGGCCCTCTATGGCGTGCTGGACAACAGCTTCCGCCGGCTGTCTCCGGATGAGACCCGCACGAACCTTGGCGGCGACGAGTGGGCCAATGAATGGCCGAAGAACTCCGCATGGGACTTCGTGGCCCTGGGCCGCGGCCACGACACCGCCTTCTGGACTGAGTTCCTGCGTGCGCTGCATGAGGTGGACCCGGACATGCTCGTCAACATCGAACACGAGGACGTTTCCCTGGGTCGCATCGAAGGGCTGCAGGTGGCAGCCCAGGTACTGCTGGACGCCGATGCGGCACTCTCCGCGTCATTGAATCCCACGGCCTGA MKLGVYNAILHDRPLPEALKVIADLGLTGIEINTGGFLPAVHVPTMDQILESDAARDDYLALFEGTGVSIAGLNCNGNPLHPKREIGEKHAEDVHRSIRLAHRLGQKRVVTMSGLPGGEPGATTVNWVVNAWNSAALDVLDYQWGVAADFWRETDRLAADHDVKVALELHPQNIVFNTADVYKLIELTGATHVGVELDASHLFWQQMDPVAVVRELGPLVFQAAAKDVRVNTGNAALYGVLDNSFRRLSPDETRTNLGGDEWANEWPKNSAWDFVALGRGHDTAFWTEFLRALHEVDPDMLVNIEHEDVSLGRIEGLQVAAQVLLDADAALSASLNPTA NA NA NA NA NA D3-18_02370 1023 iolW_1 COG0673 scyllo-inositol 2-dehydrogenase (NADP(+)) IolW ATGCGTCTTGGGATTGTTGGATACGGAGCAGGCGGGAAGTACTTTCATGCACCGTTCATTGAAGCCGCCGAGGACATCGAACTTGTGGGGGTTGTAGCTCGCACTGACGCAACCAAAGCATCTGTGGCATCGGACTTCCCGGGGCTGCCCACCTACGCGAGCCTTGGCGGGCTCCTCGCCGCAGGCGTCGATGCCGTCACCATCACTACACCGCCGCACACCCGTTATGACCTGGTAATGGATGCCATTCGTTCCGGCGTTCATGTTGTGGCTGACAAACCCTTTGCCCCTACATCAGACGCAGCGCGTGAACTTGCTGATGCCGCAAAGAAGGCGGGCGTCGTCTTGAACATTTTCCATAACCGCCGCCGCGATGCGGACATCCTGACGCTCGCCAAGGTGTTGGCATCAGGAGAGCTGGGCGAGCTATGGCGCGTGCACTCCATCATGGACCAGGACAACGCAGACAGCTTGGAAGTTGGTACCAGCGGCGGACTTTTGCGCGACTTGGGCAGCCATCTGGTTGACCAGATGCTGTGGCTGCTTGGGCCGGTGAGCCATGTGCACGCCACCCTGGACTGGACTGACCGGTTCGGGGAACGAACGGACTGCGGCTTCTTTGTCACCATGACCCATGCCTCGGGAACGGTCTCCACCGTGTCCGCCAGCAAGCTCAACCACTCCACCACCCGGGAACTGCGCGCCTACGGCAGCGAGGGTAGCTACATTGCTTCGGGTTCCGATGTTCAAGCAGATGCATTGATGCAGGGACGCAGGCCGGTAGCGCAACCGGAAACGTGGGGCATTGACACACGGGAGAATTGGGGAATCCTGTCCCGCAGGGGCCAACGCGAGCTTATCCCGTCCGAGCAAGGTAACTACACCGGCTTTTACACAGAGTTCGCGAGTGCTGTCCGAGGCGAAGGCCCCGAACCAGTGCCGGCATCAGAGGGGATCCGTACCCTCGAAGTCCTGGACGCAGCCCGCCTGAGCGCGCTGGAGAATGTTGTGGTTGCACTCTGA MRLGIVGYGAGGKYFHAPFIEAAEDIELVGVVARTDATKASVASDFPGLPTYASLGGLLAAGVDAVTITTPPHTRYDLVMDAIRSGVHVVADKPFAPTSDAARELADAAKKAGVVLNIFHNRRRDADILTLAKVLASGELGELWRVHSIMDQDNADSLEVGTSGGLLRDLGSHLVDQMLWLLGPVSHVHATLDWTDRFGERTDCGFFVTMTHASGTVSTVSASKLNHSTTRELRAYGSEGSYIASGSDVQADALMQGRRPVAQPETWGIDTRENWGILSRRGQRELIPSEQGNYTGFYTEFASAVRGEGPEPVPASEGIRTLEVLDAARLSALENVVVAL NA NA NA NA NA D3-18_02371 1458 iolT_1 Major myo-inositol transporter IolT ATGACCAAGTCTTCTTCAATCGAGACCTCTGCTGGCCGGCTTGATACTCTTCCGGCAGCGTCCGGGAAGAGCAGCAAACCGGAGAACCCCAAGAAATTCCTCCGCAAGGTAGCCTTGTTCTCTACCTTCGGCGGACTGCTGTTTGGCTATGACACTGGTGTAATCAACGGCGCCCTGCCCTTCATGCAGAAGGACCTGGGCCTGACGCCGTTGACCGAAGGCCTGGTCACCTCGACGCTGCTCTTCGGTGCGGCGTTCGGAGCGATCAGCGCAGGACGACTGTCCGACCGCTTTGGACGGCGCAAGACGATCATGGGTCTAGCCCTGATCTTCGCCTTTGCCACCGTTGGTTGTTCCCTAGCGCCGAGCACTGAACTCCTGGTGCTTGCCCGCACAGTCCTGGGTCTCGCCGTCGGCGGTGCCTCAGTAATCGTTCCCGTGTATCTGGCCGAGATGTCACCGGCTGCCCAGCGCGGCAGGATCGTCACGCAGAACGAGCTCATGATCGTGACCGGCCAGTTCCTGGCCTTTACGTTCAACGCGGTCCTGGGCAACCTGTTCCCTCAAGAGCTGCATGTATGGCGCTGGATGCTGGTGATTGCCACGCTTCCTGCCGTTATTCTGTGGTTCGGCATGCTCGTCTTGCCGGAGAGCCCCCGCTGGCTCGCATCGGCTGGACGTTTCGGCGAAGTCTTGGAAGTCCTCCGCTCCACGCGGAGTGCGGGAGAGGTCGGGGCCGAGTTCGACGAGGTGCGTCAGGCGGCCAGGGAGGACTATCAGTCCAAACTTGGGACCTTCAAGGACCTCACCGTGCCCTGGATACGCAGGATCTTTGTGGTTGGTCTTGGCATGGCCATCATCAACCAGATCAGCGGCGTCAACGCCATCATGTATTACGGGACTACCATCCTGTCCTCATCTGGCTTTGGGGATCAAGGGGCCCTGATTGCCAATGTCCTCAACGGCATGACGTCCGTGGCGGCGGTGATCGTTGGCATGTATTTGATGACGCGAATTCGCCGGAAACCCATGCTCATTGTGGGGTTGATCGGTACTGCGTCATCGCTGACGGCCATTGCACTCATCTCCCTGGCGCTGCCGGAAAGCACTCTGCGTGGCTATCTGGTGTTGCTGTTCATGGTGACGTTCCTTGCCTCCATGCAGGGGTGCATTGGAACCGTGACGTGGCTGACCATGTCCGAGATCTTCCCGATGCACGTCCGTGGTATCGGCATGGGCATCTGTGTTTTCGTGCTGTGGATGATCAATTTCCTGATCGGCTTCTTCTTCCCGCAGTTGGTCTCGCTGATGGGCGTTTCAGCAACATTCTTCATTTTCGTGGCCCTACAGTTGTGCGCCATTGTGTGGGTCAAGCGAACTGTTCCGGAGACCAAAGGCAAGTCCCTTGAGGAATTGGAGCATCTCTTCAAAGAAAAGTCAGGAGTAACCGCTGACTGA MTKSSSIETSAGRLDTLPAASGKSSKPENPKKFLRKVALFSTFGGLLFGYDTGVINGALPFMQKDLGLTPLTEGLVTSTLLFGAAFGAISAGRLSDRFGRRKTIMGLALIFAFATVGCSLAPSTELLVLARTVLGLAVGGASVIVPVYLAEMSPAAQRGRIVTQNELMIVTGQFLAFTFNAVLGNLFPQELHVWRWMLVIATLPAVILWFGMLVLPESPRWLASAGRFGEVLEVLRSTRSAGEVGAEFDEVRQAAREDYQSKLGTFKDLTVPWIRRIFVVGLGMAIINQISGVNAIMYYGTTILSSSGFGDQGALIANVLNGMTSVAAVIVGMYLMTRIRRKPMLIVGLIGTASSLTAIALISLALPESTLRGYLVLLFMVTFLASMQGCIGTVTWLTMSEIFPMHVRGIGMGICVFVLWMINFLIGFFFPQLVSLMGVSATFFIFVALQLCAIVWVKRTVPETKGKSLEELEHLFKEKSGVTAD PGPT0016801_194 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_lNOSITOL_TRANSPORT_2,PGPT0016801-iolT-K06609 NA NA D3-18_02372 873 hypothetical protein ATGAAGATTGCACTGGATCCCACACCGTTCCACCACAGCCACACGCTCCTGGAGTTTCCTCGCGTGGCAGCCGATCTCGGCTACAAATACCTACAGATGACCCCGCACACGGATCTCATCCCGTTCTATAACCACCCAAAGGCCGACGATGAACTCGTCGGAAAACTGAAGGCGGCTTGTAAGGACGCCGGGGTCGAAATCGCCTCGGTCCTGCCGGTCCTACGGTGGTCAGGTCCGGACGAGGACGCCCGCGAAGCCGCAGTCCGGTACTGGAAGCGCGCCATCCAGATCACCGTAGACCTCGGTGTCCAGACCATGAACACCGAGTTCAGCGGCCGCCCGGAGAAAGCGGAAGAGTCTGAGCGTGCGTTTTACCGCTCCATGGAGGAGCTGCTCCCGATCATCGAACGCGAGGGTCTGGACGTCCTCATTGACCCGCACCCGGACGACTTCGTAGAGGACGGCCTGGCCGCTCTCCGGGTCATCAGGGGCGTAAATTCGCCGAACATCGGGATGGTCTACGTTGCTTCGCACAGTTTCCACATGGGCAATAAGCCGTTGGAGATCATGCGGGCAGCGGGGGACAAGCTTCGCTTGGTGCACGTCTCGGACACCATGAACCACCACGCCTCCCACGGCCTCCGCTACATCACCAACCCGCCCGGCAATGCCGTCCGCGTGCACCAGCACCTCAAGATCGGCGACGGCGATGTGAACTGGGACGAATTCTTTGGCGGCCTGAAGGAGATCGGCTTCCTGGACAAGGAAAACACCGTGATGGTCTCGTCGGTTTTTGCCGAGGATGAGAACGCGGAAGATGTTTCCCGCTACCAGCTCAAGTCGATGGTCGACTACGTCGCCCGGACAAACTAA MKIALDPTPFHHSHTLLEFPRVAADLGYKYLQMTPHTDLIPFYNHPKADDELVGKLKAACKDAGVEIASVLPVLRWSGPDEDAREAAVRYWKRAIQITVDLGVQTMNTEFSGRPEKAEESERAFYRSMEELLPIIEREGLDVLIDPHPDDFVEDGLAALRVIRGVNSPNIGMVYVASHSFHMGNKPLEIMRAAGDKLRLVHVSDTMNHHASHGLRYITNPPGNAVRVHQHLKIGDGDVNWDEFFGGLKEIGFLDKENTVMVSSVFAEDENAEDVSRYQLKSMVDYVARTN PGPT0020845_244 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_OPINE_METABOLISM,PGPT0020845-iolH-K06605 NA NA D3-18_02373 1011 iolG_11 COG0673 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase GTGACCAAGACTCTCCGCGTTGCCGTCATCGGCGCAGGCCGCATGGGTGCGGACCACATCAAGCGCCTCAGCACCCGCATCCACGGCGCTGAAGTAGCCGCCGTCGTCGACGTCGACCTTGCCCGCGCGCAAGCCGCAATTGAGGGAATTGACGGCGCCGTGGCGTTGGCCAGTGCCGACGAGGCGCTCAATAACGGTGACGTCAACGCCGTCCTGATTGCCACGCCGGGTTTCCTCCACGAGGAAATCCTGTACAAGGCATTGGAGAAAGACTTCCCCATCTTGTGTGAGAAGCCGCTGACCCCCGACGCCGAAAGCGCCTGGAAGGTTGTCCAGGCTGAGCAGGCTTTGGGCCACAAGCGAATCCAAGTGGGCTTCATGCGCCGTTTCGACGCCGAGTACTCGGCGTTGGGTGCCATCATCCGCAACAGCGAGTTGGGGGAGTTGCTGATGTTGCACCACCAGCACCGGAACCCGAGCACGCCCGAGGGATTCACCAACGAAATGCTGATCAACGACTCTGTAGTCCACGAGTTCGACGCGATCCGCTACTTCACGGGTGAAGAAATCACCTCCGTGCAGGTCCGCTTGGGCAAGCCCACGCGCAGCGCGCCGAACGGCCAGCATGACCCGCAGCACGTGCTGCTCGAAACCGAGTCAGGTGTGCTGGCCGACGTCGAAATCTATGTCAATGCTAAGTTCGGCTATCAGGTGGCCACGCAAGCGTCCTTTGAAGAGGGCATAGTGAGCATCGGCGGCGACAACGGCCCGTACATCCAGTCCGCGGGCAAGTGGGGCGGCAAAGTCACCCCAGGTTTTGAAGAGCGTTTCGGAGCTGCGTACGACGTCGAGGTGCAGGCTTGGGTGGACGCCGCACTTCGCGGCGAAATCGGCGGACCAACCGCCTGGGACGGCTACGCTACGGCAGCCTGCTGCGAGGCCGGCGTCGAAGCCCAAAAATCGGGCGAAAAGGTCAAGGTTCAGTTGAACACCAAGCCGGACCTTTATTAA MTKTLRVAVIGAGRMGADHIKRLSTRIHGAEVAAVVDVDLARAQAAIEGIDGAVALASADEALNNGDVNAVLIATPGFLHEEILYKALEKDFPILCEKPLTPDAESAWKVVQAEQALGHKRIQVGFMRRFDAEYSALGAIIRNSELGELLMLHHQHRNPSTPEGFTNEMLINDSVVHEFDAIRYFTGEEITSVQVRLGKPTRSAPNGQHDPQHVLLETESGVLADVEIYVNAKFGYQVATQASFEEGIVSIGGDNGPYIQSAGKWGGKVTPGFEERFGAAYDVEVQAWVDAALRGEIGGPTAWDGYATAACCEAGVEAQKSGEKVKVQLNTKPDLY NA NA NA NA NA D3-18_02374 918 iolE COG1082 Inosose dehydratase ATGACTGATGTTGAGAACAAGCTGATCATCGGCACCGCCCCTGATTCCTGGGGTGTCTGGTTTCCGGATGATCCCCAGCAAACTCCTTGGGAACGGTTCCTTGATGAGGTTGCCGAGTCCGGCTACAAGTGGATCGAACTGGGTCCGTACGGATACCTGCCGAACGACCCCACCCGGTTGGCTGAGGAACTGAAGCAGCGTGACCTCCAGGTCACCGCAGGTACGGTCTTCACGGCCTTCCACCGTGGTGCGAAGCAATACGACGAAGCATGGGAACCCGCCCGAAAGGTTGCCGAACTGACGGCAGCCATGGGCGGTGAACATATTGTGGTCATCCCCGCGATGTGGCGCGACGACGTCACCGGTGAAGCGGTGGAGAACGGCGAACTTACCGACGAGCAATGGGCAGATCTGTTCGCAGGCCACAACCGCATGGGCAAGGTCCTGCTGGAGGACTTTGGTTTGCACCAGCAGTTCCACTCGCACGCTGATTCGCACGTCGGTGCCCAGAAGGACGTCGAAACTCTGTTGGCTGCGACCGATCCGCAGTATCTGAACCTGTGCCTGGACACGGGGCACGCTGAGTACTGTGGGGCGTCCAGCCTGGAGCTCATCAAGAACTACCCGGATCGTATCGGCTACTTGCACCTCAAGCAGATCAATCCCGAGGTCCTCGCCGAGGTGAATGAGAAGAACATGACGTGGGCAGCCGCCAACCTCGCCGGCGTCATGACTGAGCCGCCGAACGGACTCCCGGACCTGCGCGCGGTCATCGAAGCCGTGGAAGCGTTGAACCGGCCGATCTTCGGCATCGTGGAACAGGACATGTACCCGGTAGCGTTCGATGTGCCGATGCCCATCGCCAAGCGGACCCGCAATTACCTGCTGTCCTGCGGATCCCGTACCAGGATCCAGTAA MTDVENKLIIGTAPDSWGVWFPDDPQQTPWERFLDEVAESGYKWIELGPYGYLPNDPTRLAEELKQRDLQVTAGTVFTAFHRGAKQYDEAWEPARKVAELTAAMGGEHIVVIPAMWRDDVTGEAVENGELTDEQWADLFAGHNRMGKVLLEDFGLHQQFHSHADSHVGAQKDVETLLAATDPQYLNLCLDTGHAEYCGASSLELIKNYPDRIGYLHLKQINPEVLAEVNEKNMTWAAANLAGVMTEPPNGLPDLRAVIEAVEALNRPIFGIVEQDMYPVAFDVPMPIAKRTRNYLLSCGSRTRIQ PGPT0016785_558 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_CATABOLISM,PGPT0016785-mocC-K03335 NA NA D3-18_02375 1512 bauC_2 COG1012 Putative 3-oxopropanoate dehydrogenase ATGTCGACGACGACCACACTGACCACCATTCACCATTTCATCAACGGCGCTGAAACCTCCGGCGAAGGCGATCGCACCCAGCCCGTCTACAACCCCGCCACCGGCCAAGTGTCCGCTGAACTGCGACTGGCCAACGAAGCCGACCTGAACACCACCGTTGCCGCGGCCCGCAAGGCGGCGGATTCGTGGGGTGACATGTCCCTGGCCAAGCGAACCGCAGTGCTGTTCAAGTTCCGTGAACTCGTTGCAGCGCACGTGGACGACCTCGCTGAGCTGATCACCGCCGAGCACGGCAAGGTCCTTTCCGACGCCAAGGGTGAGATCGGCCGCGGACTGGAAGTCATCGAGTTCGCCTGCGGAATCCCGCAACTGCTCAAGGGCGACTACTCGGACCAGGTCTCCACCGGCATCGATGTCTTCTCCTTCCGCGAACCCCTGGGCGTCGTAGCCGGCATCACGCCGTTCAACTTTCCCGTGATGGTCCCGCTCTGGATGGCACCGATGGCCATCGCCACGGGCAACGCGTTCATTCTCAAGCCCTCCGAGCGTGACCCGTCCGCGCCGATGCTGCTGGCAAAACTGTGGAAGCAGGCCGGCCTTCCTGATGGCGTGTTCCAGGTCCTGCACGGTGGGAAGGAAACCGTTGATGGGCTGCTGACCCACCCGGACGTGGATGGCATCTCCTTTGTGGGTTCCACCCCGATCGCCCAGTACGTCCACGAGACTGCCACGAAGCACGGCAAAAGGGTCCAGGCCCTGGGTGGAGCGAAGAACCACGCCATCGTGATGCCCGACGCTGACCTCGACAACGCCGCCGACCACCTCGCGGCCGCGGCTTTCGGTTCCGCAGGGGAACGCTGCATGGCGATCTCCGTCGCCGTGGCCGTGGGTGACGCCGCTGACCTGATCGTGAAGAAGGTCGAAGAACGCGCCCTGGCCGTGAAGGTCAAGAACGGCACCGAACCGGACGCCGAAATGGGTCCGGTCATCACCCCGGCCTCCAAGGAACGCATCGTCAAGATCGTCACCGAAGCCGAAACCGCCGGCGCGGCCATGGTGGTGGACGGCCGCGACCTGGTGGTCCCCGGCCACGAAGACGGCTTCTGGGTAGGCCCAACCGTGATCGACCACGTCAAGACCGAAATGACTGCCTACACCGAGGAAATCTTCGGCCCCGTCCTGGTAGTGGTCCGCGTCGCAAACCTCGAAGAAGGCATTCGCCTGATCAACTCCAACCCCTACGGCAACGGCACCGCGATCTTCACCTCCTCGGGTGCGAACGCCCGGAAGTTCCAGCGCTCTGTGACCGTGGGCATGGTAGGCATCAACGTGCCCCTGCCCGTCCCGGTGGCCTACCACTCCTTCGGTGGCTGGAAGAACTCGCTCTTCGGCGACAAGCACATCTATGGACCCGAAGGCGTCTCCTTCTACACCCGCGGTAAAGTCATCACCTCCCGCTGGCCCGAACCCACCCACGCCTCCGGCGCCTCCTACAACTTCCCCTCCAACTAA MSTTTTLTTIHHFINGAETSGEGDRTQPVYNPATGQVSAELRLANEADLNTTVAAARKAADSWGDMSLAKRTAVLFKFRELVAAHVDDLAELITAEHGKVLSDAKGEIGRGLEVIEFACGIPQLLKGDYSDQVSTGIDVFSFREPLGVVAGITPFNFPVMVPLWMAPMAIATGNAFILKPSERDPSAPMLLAKLWKQAGLPDGVFQVLHGGKETVDGLLTHPDVDGISFVGSTPIAQYVHETATKHGKRVQALGGAKNHAIVMPDADLDNAADHLAAAAFGSAGERCMAISVAVAVGDAADLIVKKVEERALAVKVKNGTEPDAEMGPVITPASKERIVKIVTEAETAGAAMVVDGRDLVVPGHEDGFWVGPTVIDHVKTEMTAYTEEIFGPVLVVVRVANLEEGIRLINSNPYGNGTAIFTSSGANARKFQRSVTVGMVGINVPLPVPVAYHSFGGWKNSLFGDKHIYGPEGVSFYTRGKVITSRWPEPTHASGASYNFPSN PGPT0002295_1630 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 D3-18_02376 1947 iolD COG3962 3D-(3,5/4)-trihydroxycyclohexane-1,2-dione hydrolase ATGGGTACAGCAACCCGTCGGATGACCGTGGCGCAGGCTGTGGTCGAATTCCTGTCCAAGCAGTACACGGTGGATTCCATCAACGGCGTGGAGTATCGTGAGCGGCTGATCCCGGGCACATTCGGTATTTTCGGGCACGGCAACGTGGCCGGCGTGGGTCAGGCGTTGAAGCAGTATCAGGCAGCGGACCCCAGGATCATGCCGTATTATCAGGGCCGCAATGAGCAGGCCCAGGTGCACCAGGCTGTTGGCTACGCTCGGCACACCCGGCGCCGGCAGACTTTCGCGATCAGCACCTCCATTGGACCCGGTTCTTCGAACCTTTTGACAGGTGCTGCGTTGGCTACCACCAACCGTCTTCCGGTCCTGCTGCTCCCGAGCGACACCTTTGCTACCCGCGCTGCTGACCCTGTGTTGCAGCAGCTGGAGCTCCCGTACGCCTACGACATCACGGTCAACGATGCTTTCCGTCCACTGTCCAGGTTCTTCGACCGCGTCTCCCGTCCGGAGCAGCTATTCTCCGCGTTCCACCACGGATTGCGCGTCCTGACGGACCCGGCTGAGACCGGCGCCGTGACGATTTCCCTGCCGCAGGATGTCCAAGCCGAGGCTTTCGATGTCCCGGAAGAGTTCCTGGCCGAGCGGGACTGGCGGATCCGCCGTCCCGAGGCCGAGGATGATGACATCAGCCGCGCAGTGCAGGCCATCCGCGCCGCGAAGCGCCCGCTGATCATCGCCGGTGGCGGCGTCCTCTATTCCTACGCCAACGAGGAACTCGCGAAGTTTGCTGAGCTGACCGGCATTCCGGTGGGCAACACGCAGGCAGGTGTTGGTGTCCTGCCGTGGGACCACAAGTTCTCCCTCGGTGCGATTGGTTCAACGGGTACGACGGCGGCCAATGCCATTGCGGCCGAGGCGGACCTCATCATCGGGATTGGCACGCGTTACGAGGACTTCACCACCGCGTCCCGTACTGCGTTCCAGAACCCGGATGTAAAGTTCGTGAACATCAACGTAGCGCCAATCGATGCGTACAAGCACGGCACCACGTTGCCGATCGTTGCTGATGCCCGCAAGGCACTGGTGAAGCTCAACCAGGCACTGGGTGGGTACCGGGTGGGTGCTGACCTTGAAGAGAAGGTCGCAGCCGAGAAGAAGCGCTGGAATGGAATCGTGGACGAAGCCTTCGAGACGCGTTGCACGCCTTTGCCGGCGCAGAACGAGATCATTGGCGCCACCAACAAGGCCATGGATGACCAGGACGTGGTGATCTGCGCGGCGGGTTCGCTGCCCGGTGACCTCCACAAGATGTGGCGCGTCCGGGACCCCTTCGGTTACCACGTGGAGTACGCGTACTCCTGCATGGGTTACGAGATCCCCGGCGGTTTGGGCGTGAAGCGCGCCGCGCTGGCCGAAGCCGCGGCAGGCGGCCCGGAGCGCGATGTGGTGGTGATGGTGGGGGACGGCTCCTATCTGATGATGCACACCGAACTGGTTACCGCCGTCGCCGAACGCATCAAGCTGATTGTGGTCCTCATCCAGAACCACGGCTACGCCTCCATCGGTTCCCTCTCCGAATCCCTCGGCTCGCAGCGGTTCGGTACGCAGTACCGGGTCCTGGACAAGGAACAGCACAGCTTCGACGCCGGTGAGAACCTCCCTATCGACCTCGCCACCAACGCCGAGTCACTTGGAGCGAAGGTCATCCGGATCGAACCGGGGGAGCACGTCATCGAAGCCCTCGGCGCCGCGATCAAGGAAGCCAAGGCGGCCCCGGAAACGGGTCCGATAGTCATCCACGTTGAGTCGGATCCTTTGCTGGATGCCCCAAGCTCCGAGTCCTGGTGGGACGTTCCTGTCTCCCAGGTTTCCGAGCTCGAATCCACCCGGCAGGCCTACAAGACGTACACCGACCACAAGAACCGCCAGCGCAAACTGCTCGGCTAG MGTATRRMTVAQAVVEFLSKQYTVDSINGVEYRERLIPGTFGIFGHGNVAGVGQALKQYQAADPRIMPYYQGRNEQAQVHQAVGYARHTRRRQTFAISTSIGPGSSNLLTGAALATTNRLPVLLLPSDTFATRAADPVLQQLELPYAYDITVNDAFRPLSRFFDRVSRPEQLFSAFHHGLRVLTDPAETGAVTISLPQDVQAEAFDVPEEFLAERDWRIRRPEAEDDDISRAVQAIRAAKRPLIIAGGGVLYSYANEELAKFAELTGIPVGNTQAGVGVLPWDHKFSLGAIGSTGTTAANAIAAEADLIIGIGTRYEDFTTASRTAFQNPDVKFVNINVAPIDAYKHGTTLPIVADARKALVKLNQALGGYRVGADLEEKVAAEKKRWNGIVDEAFETRCTPLPAQNEIIGATNKAMDDQDVVICAAGSLPGDLHKMWRVRDPFGYHVEYAYSCMGYEIPGGLGVKRAALAEAAAGGPERDVVVMVGDGSYLMMHTELVTAVAERIKLIVVLIQNHGYASIGSLSESLGSQRFGTQYRVLDKEQHSFDAGENLPIDLATNAESLGAKVIRIEPGEHVIEALGAAIKEAKAAPETGPIVIHVESDPLLDAPSSESWWDVPVSQVSELESTRQAYKTYTDHKNRQRKLLG PGPT0018485_156 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 D3-18_02377 963 hypothetical protein TTGAGCCTTAATGACGATCCCCGCCGTTACGAGCACCTGAGCCGTATCCGGTTGGAGGACCCCGAGGCCGTCGCCCGGGCAGCAGCCACCCGCCGTCGCCATCCTGGCCTTAAACACAGCGCGCAGAACTTCATTGTCGCCGCGGACCACCCGGCACGGGGCGCCCTGGCCGTTGGTGCGCAGCCAATGGCCATGGCCGATCGCAGGGACCTTTTGGACCGTCTGCAGATCGCGTTGGCGAATCCTGCAGTTGATGGCATCCTGGCCTCGCCGGACATCATGGACGACCTCTTGTTGTTGGGAGCCCTGGAAGGAAAGCTCGTCTTCGGCTCCATGAACCGCGGTGGACTGGCAGGACTGGTCAACGAGTTCGACGACCGCTTCACCGGCCATACCGCGGCTGCGCTGGAAGCACTGGGCGCGGACGGCGGCAAAATGCTCACGCGCATCTGCTTGGGCGACCCGGACACCGTGGCCACCCTTGAAGCCACGGCGAGGGCCATTGATTCGCTGGCCGAGCGCAAGCTCATCGCCATGGTGGAGCCGTTCCTTTCCGTCCGTGATGCGCACGGAAAGGTTCGTAACGACCTCCGCGCTGACGCCGTGATCAAATCCGTCGGAATTGCCGAAGGCCTCGGTTCCACCAGTGCCTACACCTGGATGAAATTGCCGGTTGTGGCAGAGATGGAACGCGTCATGGCTTCCACCACCATGCCTACCGTTCTGTTGGGCGGTGACCCCGACGGCAGCCAGGACGAGGTTTTCGCCAGCTGGCAGGCAGCTCTCGCATTGCCCGGTGTTCGAGGCCTCACTGTGGGAAGGACGCTGCTCTACCCCCATGACGGCGATGTGGCAGGAGCTGTTGCAACGGCGGCCTCGTTGTTGAAAACCTCTGCGCCCGTGGCCGCCAAGGCGGATGAGCGAACCATGTCAGACCGTATTCCAGTGAAAGTATCGGAGTAG MSLNDDPRRYEHLSRIRLEDPEAVARAAATRRRHPGLKHSAQNFIVAADHPARGALAVGAQPMAMADRRDLLDRLQIALANPAVDGILASPDIMDDLLLLGALEGKLVFGSMNRGGLAGLVNEFDDRFTGHTAAALEALGADGGKMLTRICLGDPDTVATLEATARAIDSLAERKLIAMVEPFLSVRDAHGKVRNDLRADAVIKSVGIAEGLGSTSAYTWMKLPVVAEMERVMASTTMPTVLLGGDPDGSQDEVFASWQAALALPGVRGLTVGRTLLYPHDGDVAGAVATAASLLKTSAPVAAKADERTMSDRIPVKVSE NA NA NA NA NA D3-18_02378 1035 iolC COG0524 5-dehydro-2-deoxygluconokinase GTGACCCACGAACTGCTTACGATCGGGCGCATCAGCGTTGATATTTACCCGAACGACATTGGGGTGGATCTGGAGGAGGTGACGTCCTTCGGCAAATACCTTGGAGGTTCGCCCTCCAATGTGGCCGTCGCCGCCGCACGACACGGGCGCCGCGCGGGAATCATCACCCGCACCGGCGACGACGCTTTCGGAAACTACCTTCACCGGGAATTGCGCAAGTTCAATGTGGACGATTCCTTCGTCTCCCCGGTCAAGGAGTACCCCACGGCCGTGACCTTCTGCGCGATCAAGCCGGCTACAGACGAGTTCCCGCTGTACTTCTACGGCCGCTTTCCCACTGCTCCGGACCTGCAGATCAGAGCTGAAGAACTGGACTTGGAGGCGATCCGTGATGCGGGTATTTTCTGGTCTACCGTCACCGGCCTCTGCCAGGAGCCCAGTCGCAGCGCCCATATCAAAGCACACCAGGCCCGTCCTCGAACCGATCTCAAGGATGGTCAGTTCACCATCCTGGACCTGGACTACCGTCCCATGTTCTGGAGCTCTGAAGAAGAAGCCCGCGCGGAAATTGCCAAGGTCCTGCCGCATGTCACTGTGGCGATCGGCAACGACAAGGAATGCGCTGTAGCAGTGGGGGAGGGAACGCCCGATGAGCAGGCGGACCGCCTGCTGGCCGCCGGCGTCGAAATCGCCGTGGTCAAACTCGGGCCCGAAGGTGTCATGGCCAAGACCCGCACGGAGCGTGTGGTGTCTGCACCCGTCCCGGTGGAAACCGTTAACGGCTTGGGTGCCGGCGACTCATTCGGCGGTGCCTTCTGTCACGGACTGTTGTCTGGTTGGCCCCTTTCGGAAGTCCTGGATTATGCAAACGCATCCGGCGCAATCGTCGCCTCGCGCCTCTCGTGTGCAGATGCGATGCCGACGCCGGAGGAAGTTACCTCGCTGCTCGCGGAACGCGGCCGACCCATCCCCGGTGCCACTCTGTCAGCCGCCGCCCTCGCAGCCGACACGTTCAGTGAAGGAGCAGTTCGTTGA MTHELLTIGRISVDIYPNDIGVDLEEVTSFGKYLGGSPSNVAVAAARHGRRAGIITRTGDDAFGNYLHRELRKFNVDDSFVSPVKEYPTAVTFCAIKPATDEFPLYFYGRFPTAPDLQIRAEELDLEAIRDAGIFWSTVTGLCQEPSRSAHIKAHQARPRTDLKDGQFTILDLDYRPMFWSSEEEARAEIAKVLPHVTVAIGNDKECAVAVGEGTPDEQADRLLAAGVEIAVVKLGPEGVMAKTRTERVVSAPVPVETVNGLGAGDSFGGAFCHGLLSGWPLSEVLDYANASGAIVASRLSCADAMPTPEEVTSLLAERGRPIPGATLSAAALAADTFSEGAVR PGPT0018480_683 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 D3-18_02379 405 hypothetical protein ATGCCACTTGTTCGAATCGATGTTAACCAAGGCCGCTCGCCGGAAGAGTTGGCGGCGCTGAGCCGCAAAATCCACGACGCCATCCTTAGTAAATACGGAATCCCGGAGCGGGACTACTTCCATATCCTGACCGAACACCCGCAAGGTCAGATCGTTGCGCAAGACGCAGGCTTGGGATTTGAGCGCAGTTCCGGCATTGTCATGATCCAGATTTTCACCCAGGGTGGTCGAAGCCAGGACGCCAAGAGCTCCCTTTTCCAGGCTATTGCGGGCGGTCTCGCAGAGGTGGGGATCCCGGGCGAAGATGTCTTTGTGGGCTACGTGGAGAACTCGCCGGGCGACTGGTCATTCGGCTTTGGGCGCAGCCAATATGTCACTGGAGAACTCGCAGTGCCGCCTAAGTAG MPLVRIDVNQGRSPEELAALSRKIHDAILSKYGIPERDYFHILTEHPQGQIVAQDAGLGFERSSGIVMIQIFTQGGRSQDAKSSLFQAIAGGLAEVGIPGEDVFVGYVENSPGDWSFGFGRSQYVTGELAVPPK NA NA NA NA NA D3-18_02380 849 hypothetical protein GTGCGCCGAATACGCCTGGTAGTTCTTGCTGTGGTTGCCTTGACACTTGCTCAGCCGGTGGTAGCTTCTCCTGCCCGCGCTGACGACTCCTGGCACAACTTCATTCAGATCTGGTGGGACTTTGAGAAGGTTTACGCTGATCTGCCCACCATAACGGACAACGGAAATGTCATCGTCTACGAGGGAAAGACCGGCTGGGAGGGCCAAGGCTTGGGTCCCGGTCCGAGTGTCGTCCTTGACGCGAATGCCCTGGTGACGCCCGGTGATTGGGATGGAAACGGCAGCGCCGATTGGATGTTTCGCAGCCGTGATGGCGGGTTGTACTTGCGTACAGGTATTGGTGGGAACGTTTCCAAGCAAGTGGGCCGTGGCTGGGATGTGATGACTTCCCTGGTTTCACCGGGGGATTGGAATGGTGACGGGAATCCCGATGTCCTTGCCCGCGACGCCTCCGGTGTGCTGTGGATGTACCGGGGCGACGGCACTGGTGGTTGGCTGCCGGGCCGTCTGCAGGTGGGATGGGGTTGGAACATTATGACGTCCATCTTCAGCGGACATGATTTCAATGAGGACGGAAAGCCGGACATTCTCGCGGCGGACTCAAACGGTTCACTTTGGCTCTACCCGGGCAACGGCTCCGGGGGATGGGTGGGCCGGATCCAAGTGGGCTCGGGCTGGCACAAGATGGATCTCATCGCCGCCCCTGGAGACTTCGATTATGACGGCCACGGTGATGTCATTTCCCGCGACATCGCCGGTTCCATGTGGATTTATCCAGGCAATGGGGCGGGCGGCTTCACGTGGACGCGCCGGCTGCTGACAATACCGACGCCGGCAGTCTTCGGCTGA MRRIRLVVLAVVALTLAQPVVASPARADDSWHNFIQIWWDFEKVYADLPTITDNGNVIVYEGKTGWEGQGLGPGPSVVLDANALVTPGDWDGNGSADWMFRSRDGGLYLRTGIGGNVSKQVGRGWDVMTSLVSPGDWNGDGNPDVLARDASGVLWMYRGDGTGGWLPGRLQVGWGWNIMTSIFSGHDFNEDGKPDILAADSNGSLWLYPGNGSGGWVGRIQVGSGWHKMDLIAAPGDFDYDGHGDVISRDIAGSMWIYPGNGAGGFTWTRRLLTIPTPAVFG NA NA NA NA NA D3-18_02381 1584 yejF_1 COG4172 putative ABC transporter ATP-binding protein YejF ATGCCTGAGCTCGTTGTTGAGAACCTGACGGTCCGCAGTGGGGGTACGGGGCGCCCTATCCTCGCAGGTGTCAGCCTGGCCGTGAAACCGGGCGAGTTTGTGGCTCTGGTGGGAGGCTCCGGTTCGGGCAAGACCATGACTGCGAGGTCGGTCCTGCAGTTGTTGCCTTCACAGTTGAGTATTGAATCGGGGTCCATCCGGCTTGGGGCGCTGGACGTCACCGGGGCCTCGGAAGCAGAGCTGAACCGCGTTCGAGGTGGCCGGCTGGGGATGCTGTTCCAGCAGCCAAAGAAAATGTTCAATCCCAACAAGACCATCGGCGCCCATCTGCGGGAACCCCTAAAGCTGCATTCCGGCCTACGCGGAAATGCTGCAAAGACGAAGGTTCTCCAATTGCTGGCCGAGGTGGGCTTCGAGGATCCGCAACGGGGTGCGCGCTCATACGCGCACCAGCTTTCCGGCGGCATGGCGCAGCGAGCCATGACCGCCATGGCCTTGGCAGGTAAGCCTGAGATCCTTCTGGCTGATGAACCGACGTCGGCCTTGGACAAAGTGCTCGAACAACAAATCCTGGAGTTGCTCGACCGGCAGAGGATTCAGCGTGGTCTGGGTATCCTCTACATCACGCATAACCTTGCTTCGGTGGCCGCATTTGCAGACAGGGTGTTGGTGATGGACGCGGGTGTGATCGTTGAATCCGGCACTACAGAAACGGTTCTGGGCAGCCCCAAGACCCCTTACACGCGCAGGCTCCTCGAAGCGTCCAACTTGGCGCCAACCAACATCCCGGTTGCCCCCACCCACCAGCGCAGCGCTCTGACCCTGACCAATGTGGTCAAGCAGTTCGGATCCGGCAAACGCAGCGGGCGGCCTGCCTTGGACTCGATTTCGCTGGACGTAAAACAGGGCGAAATTCTGGGCGTTCTTGGCCAATCCGGGTGCGGTAAGAGCACTCTCGCCCGGGCCATTGTTGGGTTGGAAGGTATCAGCAGTGGCAGCATCGCCAGGACGCTGATTGCGGCTGGCGCCGGACCAACGGCCGTTCAGTTGGTGTTCCAGGAACCCCACGATTCCTTCGACCCCCGCATGACGCTGCGTGCCAGCCTCGAAGCGCCGCTCCGGGCGCAAAAAGAGCTCACAGCAGGTGAACGGTCCCGCAGGCTCATGGCAGCAATGGAAGAAGTGGAGCTTGATCCCGGCCTCCTGGACCGGCGCCCGGGTCAATGCTCCGGAGGGCAATTGCAGCGGGTCACCATTGCCCGGGCGTTGCTGTTGGAACCTGAAGTCCTCATCTGTGATGAAGCAACGTCTGCCCTGGACGCCTTGACCCAACGGACCATCCTTGAACTCTTGCAGCGCCTGCACCGGGACCGCGGGCTGACCCTGATGATCATCACGCACGACATGGACGTGGTGAGGCACATGTGCCAGCGGGTCGCGGTCCTCTACCAAGGCCGCCTTGTGGAGCTCACCGACACGGACAAGTTCTTTGCAGATCCGCAGCACCAGCACAGCCAAGCCCTCGTTTCTGCGGCCATTCCATGCCGTGGGCTGCACCTGAAGAAAATCAGGGCGGCGCTCTAG MPELVVENLTVRSGGTGRPILAGVSLAVKPGEFVALVGGSGSGKTMTARSVLQLLPSQLSIESGSIRLGALDVTGASEAELNRVRGGRLGMLFQQPKKMFNPNKTIGAHLREPLKLHSGLRGNAAKTKVLQLLAEVGFEDPQRGARSYAHQLSGGMAQRAMTAMALAGKPEILLADEPTSALDKVLEQQILELLDRQRIQRGLGILYITHNLASVAAFADRVLVMDAGVIVESGTTETVLGSPKTPYTRRLLEASNLAPTNIPVAPTHQRSALTLTNVVKQFGSGKRSGRPALDSISLDVKQGEILGVLGQSGCGKSTLARAIVGLEGISSGSIARTLIAAGAGPTAVQLVFQEPHDSFDPRMTLRASLEAPLRAQKELTAGERSRRLMAAMEEVELDPGLLDRRPGQCSGGQLQRVTIARALLLEPEVLICDEATSALDALTQRTILELLQRLHRDRGLTLMIITHDMDVVRHMCQRVAVLYQGRLVELTDTDKFFADPQHQHSQALVSAAIPCRGLHLKKIRAAL PGPT0004435_5834 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 D3-18_02382 846 gsiD_3 COG1173 Glutathione transport system permease protein GsiD GTGGCGCCCTTGCGTAACCGTTCAGCAATCGACGCCGCCGCCGTCGTAATACTCGTTCTGATTGTCGCGGCAGTGGCAGCTGCGCCTTGGTTGGCGCCGTTTCCTCCGGATGACCAGAACCTCGCGGCACGGCTTGCACCGCCCAGCGCAACGCATTGGCTGGGAACAGACCACCTCGGCAGGGACACGCTGAGTCGCTTGCTCGACGGCGGTCGCTTCTCCCTGGTGGTGGCCGCACTGGCTACAGCTCTGACCGGAGCCATCGGTTTAGTGGTCGGTGTTCTTAGCGCCCGCCGCAAGGGCTGGCTGGATGAGTTTTTCACCCGCACCAATGACGTCCTGCTGGCACTTCCGGAGATGGTGGTGGCACTTTTCATCGTCGCTGCCATGGGCACTGGCTTCACCTCGCTGCTGGTGGCACTGACCGTGACAGGGTGGACGCCGTTTGCACGACTGGCCCGGACACTGGCTTATGACGTCTCGGCACGCGGGTTTGTCGAAGCAGCGCGAGTGGTGGGATGTTCGCCGTCGTTCATTATCTTCCGCCACATCCTCCCGCACCTCGCCGCCCCCATGCTGGGGCAGGCGACACTTCGCTTCGGTCAGCTCCTCATCAGCGTCGGAGCACTGTCCTACCTTGGACTCGGCGTGCAACCGCCGCAATCCGACTGGGGTTCCATGCTGGCAGCGGCGCAACCGTACGCGGAGAGGGCTCCGTGGGGAATCATTGCCCCTGGACTCGCCGTGTTCCTGGTGGCCCTGTGCGTGACATTGATCGGTCAACGGGCATCACGCCGGGCCTCCGATCCGGTTGACGTCCTCGTGGTGGAGGGACAGCATGCCTGA MAPLRNRSAIDAAAVVILVLIVAAVAAAPWLAPFPPDDQNLAARLAPPSATHWLGTDHLGRDTLSRLLDGGRFSLVVAALATALTGAIGLVVGVLSARRKGWLDEFFTRTNDVLLALPEMVVALFIVAAMGTGFTSLLVALTVTGWTPFARLARTLAYDVSARGFVEAARVVGCSPSFIIFRHILPHLAAPMLGQATLRFGQLLISVGALSYLGLGVQPPQSDWGSMLAAAQPYAERAPWGIIAPGLAVFLVALCVTLIGQRASRRASDPVDVLVVEGQHA PGPT0004450_12310 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 D3-18_02383 942 cntB_1 Metal-staphylopine import system permease protein CntB ATGATCACGTTCCTTGCGAAGCGGACGGCGACCCTCGTGGTCGCCGTCCTGCTGTCGTCTTTCGCGGTATTCCTTATTCCCTATGTAACCCCGGGCGATCCTGTACGGAAAATCATTCGCTCCCGCGTCGCCGGGGATGTAGTGGATGAGGCCACCGTTCAGGGCTTGCGCGAGAGCCTGGGACTCAACGATCCTCTTCCCGTCCAGTACCTGCGCTGGCTGGGGGACTTCTTCACCGGGGATATGGGCTTATCCCATATCAGCAGGACGCCAGTAGTTGAGCAAGTACTACCCGCTTTGAGCATCACCCTGAGTTTGGTATTTGTGGCCTTGGGCACTGCAGTGGTGGTATCGCTGCCTTTGGGGATTGTCGCGGCGCTGAAACAGGGCAGTAAGACAGACAAGTTGATCACCACAGTCACGCAGTCGTTCATCGCCATGCCTGAGTACTGGTTGGCCCCGCTGCTGGTGCTCGTGTTCGCCCTCAAATTGTCCTTGCTGCCCTCCGCAGGGTGGAACACGGCATCGTCCATCGTCCTCCCGGCGGCAACACTGGCGTTGCGGCCCATTAGCTTCTTCACCTCGGCTGTACGGTCGGGAATGATCGATGCCCTGGAGGCAGAACACATTTCCGCTGCGCGTGCACGGGGATTGAGCCACGTCCAAACAATCATGCGGCATGTTGTGCCGAACGGACTGGTGCCGTTGTCCACTCTGTTCGCGGTGTGGTTCGCGGGCCTACTGGGCGGTTCGGTCATTGTGGAGGTGATTTTCGCGATCCCAGGCATGGGCAGACTGCTATACGACGCCGTAATCAACAGCGACATACCGTTGGCCCAGGGCGGCGTGGTGGTGGTAGTGGCACTGGCTGTCGCGATCACCACACTTGCCGATTTCCTGCACCGGATCCTTAGCCCGAAGGTAAGTGGCGCCCTTGCGTAA MITFLAKRTATLVVAVLLSSFAVFLIPYVTPGDPVRKIIRSRVAGDVVDEATVQGLRESLGLNDPLPVQYLRWLGDFFTGDMGLSHISRTPVVEQVLPALSITLSLVFVALGTAVVVSLPLGIVAALKQGSKTDKLITTVTQSFIAMPEYWLAPLLVLVFALKLSLLPSAGWNTASSIVLPAATLALRPISFFTSAVRSGMIDALEAEHISAARARGLSHVQTIMRHVVPNGLVPLSTLFAVWFAGLLGGSVIVEVIFAIPGMGRLLYDAVINSDIPLAQGGVVVVVALAVAITTLADFLHRILSPKVSGALA PGPT0004445_12361 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 D3-18_02384 1551 ddpA COG0747 putative D,D-dipeptide-binding periplasmic protein DdpA TTGCGCACTCCCAGCCGATCCACGGCAACTCTCGGGCTGGCAGCCCTCCTCACACTTTCCGGTTGCGGCCTCAGCGGGGGCCAGCCCGTATCCGCCGAGAAGGTAGCTGACACCAACCAGCGCATCGTGGTAGACAACTTCCGCGCTCCCGTGGCCAACTGGGCTCCGGAGTCCGACGCCGCATACATCTTGTCCTTGTCCGGCTGCTTGGAAACCCTTACCAAATACGATTCCGCCCAAGGGAAAGTTGTTCCTTTCCTGGCAACGGAATGGAAGAAGGCTTCGCCTTTGGAATGGGACTTCACCATCCGTGAAGGCGTGAAATTCCAGGACGGTACCGACCTCACCGCAGAGGCTGTGGCCGCCTCGCTCAACCACGTCCTCAAGGCCAAGGTGCCTGCCCGGGCGTTCAGCCCGAGCGTAGTCAGTGCTGTCGAGGCGCGGGATTCAAAGACAGTTCGCGTCACCACGCCCGTGGAAAACCCGTTGGTACCGTTCCGCCTTGCAAGCGTCAACACCGGCATTCTTGCTCCGGCCGCTTACGCGGGCGCCACCGTTGATCCCTTCGGTCACTGCACCGGACCGTTCACTCCGGTTTCAGAGAAGGCGAAACAATCCCTGACGCTGGACCGCAACGAAAACTACTGGGGCGGCGACGTGCAGCTCGCAGGGGCTGAGGTCCGCTTCATCACCAACGGCGCTACACGCGCAGCACAGGTTCAAACCGGTGAGGCGGACATTTCCCTCTCCATCCCGGCTTCTGCCTTGTCCACGCTCGAGAATGCGCCCGAAGTCTCCGTGCTGAAGGCAGACTCACCGCGCACGGCCACGCTGTACATGAACAACGGCCGTGCCCCCTTCAATAACGTTGATTTCCGCAAGGCACTCCGTTCGGCACTGAACCTTGAGGCTTTGGCCTCCAGCGTCTACGAGGGCGCAGCCCTTCCGGCAGCCGGACCCTATGCGCCTTCAGAGCCATGGGCATCGAGCACGGCGAGCTCGCCGAAGCAGAACGTTGAAGAAGCGAAGAAGCTTCTCGCCAGTGCCGGATACACCGCCGACAAGCCGTTGGAAATCATTGCGATTGTAGAACGTGCCGAGTTCGCCGACGTCGCAACCGTGATCCAGGACAACCTCAAGAACATCGGTGTACCCGTGGCCATCCAGGCCAAGGAATACGCGTCCGCTGAGCCGGACGTTTTGGCAGGGAACTACGACATGATCCTGAGCCAGCGCAACCGACTCATCGACATCGCTGATCCCATCGGCTTCCTGACGGCCGACTACACGTGCAAAGGCACCTACAACCTCAGCCACTTCTGCAATGAAGAGTTTGACGCGATCATCACCGAAGCAGCCCGCACGTCCAACACCGAAGAACGTTACAAGCTGTATGCCAAGGCCGGTCAGCTCCTGGATGACCAGGCGGTCAACCTCTGGCTCGTCAATGAACAGGCTACCGACGCCGTCCGCAGCAACGTCCTGTCCTACGTTCAGGATCCGCTTTCCCGTTACGTCCTGACAGCGCAAACGGCCAAGTCGGGCTCCTAG MRTPSRSTATLGLAALLTLSGCGLSGGQPVSAEKVADTNQRIVVDNFRAPVANWAPESDAAYILSLSGCLETLTKYDSAQGKVVPFLATEWKKASPLEWDFTIREGVKFQDGTDLTAEAVAASLNHVLKAKVPARAFSPSVVSAVEARDSKTVRVTTPVENPLVPFRLASVNTGILAPAAYAGATVDPFGHCTGPFTPVSEKAKQSLTLDRNENYWGGDVQLAGAEVRFITNGATRAAQVQTGEADISLSIPASALSTLENAPEVSVLKADSPRTATLYMNNGRAPFNNVDFRKALRSALNLEALASSVYEGAALPAAGPYAPSEPWASSTASSPKQNVEEAKKLLASAGYTADKPLEIIAIVERAEFADVATVIQDNLKNIGVPVAIQAKEYASAEPDVLAGNYDMILSQRNRLIDIADPIGFLTADYTCKGTYNLSHFCNEEFDAIITEAARTSNTEERYKLYAKAGQLLDDQAVNLWLVNEQATDAVRSNVLSYVQDPLSRYVLTAQTAKSGS PGPT0004430_11579 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 D3-18_02385 981 Formate dehydrogenase, mitochondrial ATGACGAATGCCGAAGTCCAGCGGCCCGTCGTCGCTGTCCTGTACCGGGACGCCCTGCCGCCGGGGCTGGACGAAATTGCGGAGCTGGCCGAAGTTCGCCTAACCAAGGCTGACGGTCTCCCAGAGGCAATGGACGGTGCGGATGTTCTCTACCAATGGCATTCCTTCTCACCTGCGTTGCGCGAGAACTGGGCTGCAGCTTCGTCGCTGAAGTGGGTGCACGTCTCGGCTGCGGGCGTGAGCCAACTCTTGTTCGATGACTTGGTCAACAGCGACGTTGAATACACGAACTCGCGTGGCGTCCTGAGCCGCGCCATTGCCGAGTTCGCCCTGGGCTTTGTCCTGGACATCGCGAAGGATGCGCAAGGTTCGCTGAGGCTCCAGCAGGGGAGGCGCTGGCAGCACCGCGTTACCCGGAAAATTCAGGGCCAGCGCACCTTGGTGGTGGGAACGGGCTCCATTGGACGCGAAATCGCGTCCTTGTTCCGCGCGGTTGGCCTGCGCGTCAGCGGCGCGGGGCGCAGCAGCCGACCAGGGGATGCGTACTTTGAAGAAATCCATTCTTCCAAGGACCTGGCCTTGGTGGTCGGAGACTTCGACTACGTTGTGCTGGCCGCGCCCCTGACCGACGACACCAAAGGCTTGGTGGATGCCGCTGTCCTTACAGCCATGAAGCCCACGGCCCACCTGATAAATGTGGGGCGCGGGGAGCTGGTTCGCACCGACTCACTGGTGGACGCGCTTCGTTCGGGATCCATTGCGGGTGCGGCGCTGGACGTGGTCCATCCGGAACCACTTCCTGCAGAGCACCCGCTGTGGAGCATGGACAACGTCATTCTTACCCCTCATATGAGCGGCGACACAGAAGATTACCTCGACGACCTTGGGAAGCTATTCGTGGAGAACCTCTGGCGGTTCAGCCGCGGTGAACCATTGCAGAACGTCGTGGACAAAAGGCTCGGGTTCGTTCCGGTTTCGTGA MTNAEVQRPVVAVLYRDALPPGLDEIAELAEVRLTKADGLPEAMDGADVLYQWHSFSPALRENWAAASSLKWVHVSAAGVSQLLFDDLVNSDVEYTNSRGVLSRAIAEFALGFVLDIAKDAQGSLRLQQGRRWQHRVTRKIQGQRTLVVGTGSIGREIASLFRAVGLRVSGAGRSSRPGDAYFEEIHSSKDLALVVGDFDYVVLAAPLTDDTKGLVDAAVLTAMKPTAHLINVGRGELVRTDSLVDALRSGSIAGAALDVVHPEPLPAEHPLWSMDNVILTPHMSGDTEDYLDDLGKLFVENLWRFSRGEPLQNVVDKRLGFVPVS NA NA NA NA NA D3-18_02386 1119 dmlA COG0473 D-malate dehydrogenase [decarboxylating] ATGACGACCCACAAAATCGCAGTTATCGCGGGCGACGGAATCGGAAAAGAAGTTGTTCCCGCAGCCATCGAATGCCTCGAACGGATCGCGGAGCTCCACTCCATCAACCTTGAGTTCACCCACTTCGGTTGGGGCTCGGACTACTACGGGGAGCAAGGGCGAATGATGCCGCTGGACGGGCTGGAACAGCTGGCGCAGCACGACGCCATTTTCCTTGGCGCCGTAGGTTCCCCGGAGGTTCCGGACGCTGAATCGCTGTGGGGCCTCTTGATCCCCATTCGCCGCGAATTCCAGCAGTACATCAACCTCCGACCCGTGAAAACGCTCGACGGCGTCAAGTCGCCGCTGGCGAACAAGGAACCGATCGATATCCTCATCGTGCGTGAAAACAACGAGGGGGAATACTCGGAGGTCGGCGGACGCATGTACCGCGGATTGCCCCACGAAACCGCTGTCCAGGAAACCATTTTCACCCGCCTGGGAGTATCGCGGGCCGCGCACTACGCGGCCTCGCTCGCGTCCTCCCGCCGCGGTCAGTTGACCTCGGCCACCAAGAGCAACGGCATCATCCACACCATGCCTTTCTGGGACGAAGTAGTGGAGGAAACCACCCGCCTCTACCCCGACGTGACGCTCACCAGCGAACTGGTGGACGCACTGGCTGCACACCTGGTCCTCAAACCCTGGACCCTGGACGTCATTGTCGCCTCGAACCTGCTGGGCGACATCCTCTCGGACCTGGGCAGCTCCGTCACCGGCTCCATCGGCGTGGCTCCCAGCGCGAACCTGAACCCCGAAGGGGATTTCCCATCCCTCTTTGAGCCGGTGCACGGATCTGCCCCGGACATTGCGGGCAAGGGATTGGCGAACCCGGTAGGTCAGATCTGGTCAGGGGCAATGATGCTCCAACACTTGGGCCACCCGGAAGCTGCCGAGCATCTGCAGTTGGCTTTCGAATCAGTGTTGCGCGAGGGTCTGGGTACCCGCGACGTTGGAGGGCCGTCGTCGACCTCTGAGTTCACAGCGGCTGTCCTGGCTGCCATTGACGTCTTGGATGCTCTGGGCAAGGCGGAAGTTGGCGCTCCCAAGCCAGCGGCAGCAGCGGCGTCGTCATCATGA MTTHKIAVIAGDGIGKEVVPAAIECLERIAELHSINLEFTHFGWGSDYYGEQGRMMPLDGLEQLAQHDAIFLGAVGSPEVPDAESLWGLLIPIRREFQQYINLRPVKTLDGVKSPLANKEPIDILIVRENNEGEYSEVGGRMYRGLPHETAVQETIFTRLGVSRAAHYAASLASSRRGQLTSATKSNGIIHTMPFWDEVVEETTRLYPDVTLTSELVDALAAHLVLKPWTLDVIVASNLLGDILSDLGSSVTGSIGVAPSANLNPEGDFPSLFEPVHGSAPDIAGKGLANPVGQIWSGAMMLQHLGHPEAAEHLQLAFESVLREGLGTRDVGGPSSTSEFTAAVLAAIDVLDALGKAEVGAPKPAAAAASSS PGPT0001905_97 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_TARTRATE_UTILIZATION,PGPT0001905-ttuC|dmlA-K07246 NA NA D3-18_02387 1551 gapN COG1012 NADP-dependent glyceraldehyde-3-phosphate dehydrogenase ATGAGTTCATCAACCAAAGTCGCTGCAGCGCGCCCCAAAACAGGGGAAGAAACCGCCTACAGACGGGCAAGCATCGCCACCCTGCCAGGCGGTGCCTTTCTGGAAGGACGTTGGGAGACGGCTGACAGGATCCTCGAAGTCCGGGATCCCGAAGACGGGCTCCTGCTGGGGACGGTGTGTTCTTCCACTCCACAGGACGTGCGCCGGGCGGTTGCCTTCATTTTTCGCCACCTTCTAGAAGATGATTGGGCTCTCCGGGAACGGCGGGAGGCTTTGGAACGTGCAGCAGTGCTGCTTGCGAACCAAGGCGAGCGGTTTGCCGAGATCATTGCCGCGGAAAGCAGCAAGACCATCACCGAGGCTGAGCGTGAAGTGCGCAGGTGCATTGAGACACTGCGGCTCTCCGCTGCGGCGTCGAGCGAACTCGTCGGAGAGACACTCGCTTTTGAAGACAGCATGGCCGGAGCCAACAAAATTGGCTGGTACAACCGCAAACCAGTGGGAATTATCGCGGCCATCACCCCTTTCAATGATCCGCTCAATCTCGTGGCACATAAGCTGGGCCCGGCGCTGATCGGAGGCAACGGCGTCGTACTTAAACCCTCAGGTCGAACCCCGCTGACGGGCCTTGCCTTTATCCAACTGTTGTTGGAAGCGGGCGTTCCCGATGGTCGTCTCGCCGCAATCGTTTCGGGGCCGGGCGTCTCGGAGGCGATCGTGACGGACCCACAAGTGGACCTCATCTCCTTCACGGGTGGGCCGAAGACTGCCGACCGTATTGCTGCCGCCGCAGGAGCAAAGAAAATCCTTTCTGAGCTCGGCGGCAACAATGCAACCATTGTCTGTGCGGACGCTGACGCCGACGCCGCTGCCGAGGCCGTAGTGGCCGGCGCTTTCGGAGTGGCAGGCCAAAACTGCCTGTCCGTTCAGCGGGTCTACGTTCACATCTCCCTGTTTGATCAAGTACTTGAAAAGGTGGTGGGTGGAACCCGGACGCTTCGCGTCGGGGCTAAGTTCGATCGCACCACGGACGTCGGACCACTGATCACCGAAGCTGAAGCCCGCCGCGTGGAGGAATGGGTGGACGAGGCCAAATCACTCGGCGCAACCCTCCACGTGGGTGGGCAGCGCCGCGGCGCGTTCTATCAGCCGACCGTGCTCACGGACGTGCCCGCAGACGCCCTGGTCATTAGCGAAGAAGTGTTTGGCCCGGTGGTCAGCATCATGCCGTTCATCCAGATCGCCGATGCCATCCACGCCACCAACGACTCCGACTATGGGCTTCAAGCCGGCGTTTTCACGGAGTCGATCGAGCTGGCCCTGGCCATTGCCGACAAGCTGCACGTGGGGGCCGTTGTCATTAATGAGACCAGTGATGTCCGGATCGATTCGATGCCCTTCGGCGGTTTCAAGAAATCCGGCGTGGGGCGTGAAGGCGTCAAACATGCGGTACGTGAGATGACCGAACCCAAAAGCACCATCATCAAATTGGCCGAGCCCGCCACCCGCTGGCAGCAACTCACTGCCACCTCAGAACGGAGTGCATCATGA MSSSTKVAAARPKTGEETAYRRASIATLPGGAFLEGRWETADRILEVRDPEDGLLLGTVCSSTPQDVRRAVAFIFRHLLEDDWALRERREALERAAVLLANQGERFAEIIAAESSKTITEAEREVRRCIETLRLSAAASSELVGETLAFEDSMAGANKIGWYNRKPVGIIAAITPFNDPLNLVAHKLGPALIGGNGVVLKPSGRTPLTGLAFIQLLLEAGVPDGRLAAIVSGPGVSEAIVTDPQVDLISFTGGPKTADRIAAAAGAKKILSELGGNNATIVCADADADAAAEAVVAGAFGVAGQNCLSVQRVYVHISLFDQVLEKVVGGTRTLRVGAKFDRTTDVGPLITEAEARRVEEWVDEAKSLGATLHVGGQRRGAFYQPTVLTDVPADALVISEEVFGPVVSIMPFIQIADAIHATNDSDYGLQAGVFTESIELALAIADKLHVGAVVINETSDVRIDSMPFGGFKKSGVGREGVKHAVREMTEPKSTIIKLAEPATRWQQLTATSERSAS PGPT0018005_344 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018005-gapN-K00131 NA NA D3-18_02388 1278 puuB_1 Gamma-glutamylputrescine oxidoreductase GTGAAACTTGTTCCCTACTGGCTTGATACTGCAGAACCATCCGGCGATTACCGTCGAACTCCGGTCCCGGAGAATGTTGATGTTGCGATTATCGGCGCGGGCTTTACCGGATTATCCGCAGCACTTGAATTTGCCAAGCAAGGCGCCAGCGTTGCTGTCTTCGAGCGCCACACCGTTGGCTGGGGTGCGTCGGGCCGCAATGGGGGAATGGCTACCACCGGTCTGGCCATTGGCTTCAGCACGGCAGTCAAGCGCTACGGGGCGCCCCGCGCGGTCGAGATGTTCCGCGAATACAACGACGCCATCGAAACCATTGAAAAGCTCGTCCACGACAACGGCATTGACTGCGACTACAAACGATTCGGCAAGCTCTCGCTCGCGTTCCATAAATCGCACTACGACGGGTTCCTGAAGTCCCAGGAGCTGCTCGCGAACCTTGTGGATCACCATGTAGAAGTTATTCCCAAGTCCGAAATCCACAGCGAAATCGGAACGGACTTCTACCAGGGCGCCATGATGGATCCCCTTGGTGCGGGTCTGCATGTGGGCAAATTCGTTCACGGTCTGGCAAAGGTAGCAGCCGACAACGGGGCCGACATCTGCGAAAACGCAAGCGTCACGGAGCTGAACAAGGTTTCAGGCACGGTCCATGACGTGCACACCACCCGCGGCATTACCCGTGCCAAGCAGGTTCTGGTAGCCACCAGCGGCTACACCGGCAACGTCACCCCGTGGCTTCAGCGTCGCGTGATTCCGGTGGGCAGCTTCATCATAGTCACCGAACCCTTGCCGGAAGACGTAGTGAACCGCATTCTGCCGAACAGGCGACAGGCCTCGGACAGCAAGATGCTTACGTACTATTTCCGGATCACCCCTGACAACCGGCTGCTCTTCGGTGGCCGGGCGCGGTTCGCCATGTCCAACCCTGAATCAGACGTCAAGAGTGGCGAGATCCTGCATAAGGCCATGACTGAGCTCTTCCCCTACCTGGCCAACGTGGAGGTGGACTACATCTGGGGCGGCTTGGTGGACCTTTCCATGGACCAAATGGTGCACGCCGGCGTTCATGACGGCCTGTTCTACTCGCTCTGCTACAGCGGCCACGGCGTACAGATGGCCGCCCACATGGGCAAGAGGATGGCCCACTACATGGCTGGCGATAAGCAGGCGAACGTGTGGGAAGACCTAAAGAACCCGCCTGTGCCGGGCCACTTCGGCCCGCCGTGGTTCCTGCCGTTTATTGGTGGCGCCGCGAAGATCATCGACCGCATCAAATAG MKLVPYWLDTAEPSGDYRRTPVPENVDVAIIGAGFTGLSAALEFAKQGASVAVFERHTVGWGASGRNGGMATTGLAIGFSTAVKRYGAPRAVEMFREYNDAIETIEKLVHDNGIDCDYKRFGKLSLAFHKSHYDGFLKSQELLANLVDHHVEVIPKSEIHSEIGTDFYQGAMMDPLGAGLHVGKFVHGLAKVAADNGADICENASVTELNKVSGTVHDVHTTRGITRAKQVLVATSGYTGNVTPWLQRRVIPVGSFIIVTEPLPEDVVNRILPNRRQASDSKMLTYYFRITPDNRLLFGGRARFAMSNPESDVKSGEILHKAMTELFPYLANVEVDYIWGGLVDLSMDQMVHAGVHDGLFYSLCYSGHGVQMAAHMGKRMAHYMAGDKQANVWEDLKNPPVPGHFGPPWFLPFIGGAAKIIDRIK NA NA NA NA NA D3-18_02389 675 2-haloalkanoic acid dehalogenase ATGGCAGAGACCAACTTCCGGCCGAAGTACATCTCCTTTGATATCTACGGCACGCTGATAAATTTCGACATCGATCCCACCACCCGGCGCCTGCTCGATGGGCGTATCTCTGAAGAGCAGTGGCCCACCTTCAAGAAGCAGTTCCGCGGATACCGCTTCGACGAAGTCCTTGGTGACTACAAGCCATATGAGCAGATCCTCCAGGACTCCTTTGACCGTGTGTGCAAGCGCTGGGGTATTGGTCCGACCGAAGGCGCCGGCGCAGCCTTCGCTGATGCTGTACGCCGCTGGGTTGCCCACGAGGACGTGCCGGCGCCGCTCAAGCTCATGGGCGACAACTACCAGCTCGTGGCTCTGTCCAACGCGGACACCAGCTTCCTGGACATCAGCATTCCCAAGCTCGGCGCAAACTTCCACTCCGTCCTCACCGCCGAGCAAGCCCAGGCCTACAAGCCTCGCTACCAGGCCTTCGAGTACATGCTGGACACCTTGAACGCCAAGCCCGAGGACTTCCTGCACGTGTCCTCGCACACCCGCTACGACATGCATCCGATGCACGACATGGGTTTCCGGAACCTCTGGATGCTGGACCGCGGCTATGACCCCATCGGCGATGGCTACGACCTCAGCACAGCTAAATCCCTGGACGAGATCAACAAACACCTCGGTCTCTAA MAETNFRPKYISFDIYGTLINFDIDPTTRRLLDGRISEEQWPTFKKQFRGYRFDEVLGDYKPYEQILQDSFDRVCKRWGIGPTEGAGAAFADAVRRWVAHEDVPAPLKLMGDNYQLVALSNADTSFLDISIPKLGANFHSVLTAEQAQAYKPRYQAFEYMLDTLNAKPEDFLHVSSHTRYDMHPMHDMGFRNLWMLDRGYDPIGDGYDLSTAKSLDEINKHLGL PGPT0006885_2015 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_DICHLOROETHANE_DEGRADATION,PGPT0006885-dehI-K01560 NA NA D3-18_02390 921 argT_1 COG0834 Lysine/arginine/ornithine-binding periplasmic protein ATGAAGATTCGAACCAAGGCACAGACCGCAGCTGCAGGACTGGCTGTCCTGCTCGCACTGAGCGCATGTGGAGGAGCCGCCAACAGCGACTCCGCAGACAGCAGCAAGACTGCCGACACCACTGACATTTCCGAGGGTATCCAGCCTGATTCAGCTGCCGTGGCCTTGCTGCCACAGTCGATCAAGGAAAAGGGCGAGCTCACGGTTGCCATGGACCTGCACTACCCGCCCACCACCTTCCTGGCTGAGGACAATACAACCCCGATCGGCCTCAACCCGGACATCGCCAGGCTCATTGCGAAGAAGCTTGACCTGAAGTTGAAGTTCGTGGACACGAAATTCGACACGATTGTCCCTGGCCTCGATGGCGGCCGCTTCGATTTCACTGCCACCACCATGTCCAAGACTGAGGAACGCCTCAAGGTCCTGGACATGATCGACTACTTCAAGGCCGGCAACTCTGTAGCAGTGGCCGCTGGCAACCCGCTTAACCTCACCGTTGAGACCCTTTGTGGCAAGAACATCGCCGTAACCCAGGGATCAACCGGGCAGCTTAAGCGCCTCCCCGCCCTCAGCGAGCAGACCTGCACGTCAAAGGGACAGCCGGCTATCAACGGCGTGACATTGCCCAACGTTCAGGACGCGCTTACCCAGCTGCACTCCAAGCGCATCGATGGAATCTTGTATGACACAACTGCACTCGGCTGGGCTGAGAAGCAGCAGCCTGGCTCCTTCGTCCTCGTCGGCCGGGTCGACGTCGGCTCCAGCGACCTCACGGCGATCGGCCTGAAGAAGGGCTCGCCGCTGACGCCGGCCTTCCAGACAGCCCTCCAGTCCGTCCTGCAGACTCCGGAGTACAAAGAGTCCCTCGAAAACTGGGGCCTGGACTCCGGAGCCATCACCGACGCCAAACTGAACTAG MKIRTKAQTAAAGLAVLLALSACGGAANSDSADSSKTADTTDISEGIQPDSAAVALLPQSIKEKGELTVAMDLHYPPTTFLAEDNTTPIGLNPDIARLIAKKLDLKLKFVDTKFDTIVPGLDGGRFDFTATTMSKTEERLKVLDMIDYFKAGNSVAVAAGNPLNLTVETLCGKNIAVTQGSTGQLKRLPALSEQTCTSKGQPAINGVTLPNVQDALTQLHSKRIDGILYDTTALGWAEKQQPGSFVLVGRVDVGSSDLTAIGLKKGSPLTPAFQTALQSVLQTPEYKESLENWGLDSGAITDAKLN PGPT0020800_2574 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 D3-18_02391 930 hypothetical protein ATGAAGCAAGTGATTTTGGAAAGAAGCAAAGTGATGAGCGGTTTGGATTCGGCGTTGAAGCCGCGGTTGAAGCGGCGCAGCACGTTCGAGTACGTTTCCTGGGTCGTGTGCATCCTGGTCGGGATCGGTGTCCTGAGTTCGGTCGCGACGAACCCGAACTTCAAATGGGACGTCGTCGCGAAATACTTCACGCACGAATCGATCCTCCGCGGGCTGATGCTCACCATCTTCCTCACCGTGGCCAGCATGGCCCTGGGCACCCTCCTCGGACTGGGCCTGGCCATCATGCGGGCCTCCACCATCAAACCCATCGCCGCCCTCGCCGGGGTCTACATCACCATCTTCCGCGGCACCCCGGTCCTGGTCCAACTGATCTTCTGGTTCAACCTCTCCGCCCTCTACCCGAACCTAAGCATCGGCATCCCCTTCACCGACATCGGCACCGCGATCGACACCAACGCCCTCATGGGACCGATCACCGCAGCCCTGATCGGCCTGACCCTGAACGAAGCCGCGTACATGGCCGAAATCATCCGCGGCGGATTCTCCTCAGTCGGCAAAGGCCAAATCGAAGCCGCCGACTCCCTGGGCATGAGCGGAGCCATGAAAATGCGCAAAGTCATCATCCCCCAAGCCATGCCCTCGATCATCCCCGCCACCGGCAACCAAGTCATCGGCATGTTCAAAGGCACCTCCCTGGTCTCCGTCCTGGGCGTAGCAGAACTCCTCCAAAGCGCCCAACTCATCTACGCCCGCACCTACGAAACCATCCCCCTGCTCATCGTCGCCAGCCTCTGGTACCTGGTCATGACCATGCTCCTGAGCTACCCACAATCAAAACTCGAACAAAAATACTCCCACACCTCCGCCCGGATCCCCCGCAAAGCCCGCAAAGTGACACTCACCGCACCGGAAGGCATCGCACGATGA MKQVILERSKVMSGLDSALKPRLKRRSTFEYVSWVVCILVGIGVLSSVATNPNFKWDVVAKYFTHESILRGLMLTIFLTVASMALGTLLGLGLAIMRASTIKPIAALAGVYITIFRGTPVLVQLIFWFNLSALYPNLSIGIPFTDIGTAIDTNALMGPITAALIGLTLNEAAYMAEIIRGGFSSVGKGQIEAADSLGMSGAMKMRKVIIPQAMPSIIPATGNQVIGMFKGTSLVSVLGVAELLQSAQLIYARTYETIPLLIVASLWYLVMTMLLSYPQSKLEQKYSHTSARIPRKARKVTLTAPEGIAR PGPT0020795_1526 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 D3-18_02392 768 glnQ_5 COG1126 Glutamine transport ATP-binding protein GlnQ ATGAACGCTGACGGCACCATCCACGCCCAAAAAATCCGCAAATCCTTCGGCCCCAAAACAGTCCTCAAAGACGTCGACCTCGACATCGCCAGCGGCGAAATCTGCTGCATCATCGGCCCCTCCGGCTCCGGCAAATCCACCCTCCTACGCTGCATCAACGGCCTCGAAACCGTCGATTCGGGCATCCTCAAAGTCAACGGCGAAGACTTCGGCTACTACGAAACCGACACCGCCTACCACGCCCTACCACCCAAAAAACTCGCCCAACAACGCACCCGCGTCGGCATGGTCTTCCAATCCTTCAACCTCTTCCCCAACATGACCGCCCGCGAAAACGTCATGGCAGGACCCGTCCTGGTCAAACGCGCCGACAAAAAACAATCCGCCAAACACGCCCAGGAACTCCTCACCAGCGTCGGCCTCGAAGCCTTCGGAGACCGCTACCCCGCCGAACTCTCCGGCGGCCAACAACAACGCGTCGCCATCGCCCGCTCCCTGGCCATGAACCCCGAAATCATCCTCTTCGACGAACCCACATCCGCCCTGGACCCCGAAAAAGTCGGCGAAGTCCTCAACGTCATGCAAGACCTCGCCAAAAAAGGCATGACCATGGTCGTCGTCACCCACGAAATGGGCTTCGCCCGCGAAGTAGCCGACTCCCTCATCTTCATGGACGAAGGCAACGTCGTAGAACGCGGCGACGCCCGCGAAATCCTCACCAACCCCAAAGAACCCCGCACCCAAACCTTCCTCAAACAGGTCCTCTAA MNADGTIHAQKIRKSFGPKTVLKDVDLDIASGEICCIIGPSGSGKSTLLRCINGLETVDSGILKVNGEDFGYYETDTAYHALPPKKLAQQRTRVGMVFQSFNLFPNMTARENVMAGPVLVKRADKKQSAKHAQELLTSVGLEAFGDRYPAELSGGQQQRVAIARSLAMNPEIILFDEPTSALDPEKVGEVLNVMQDLAKKGMTMVVVTHEMGFAREVADSLIFMDEGNVVERGDAREILTNPKEPRTQTFLKQVL PGPT0020790_2472 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 D3-18_02393 1134 soxA_4 Monomeric sarcosine oxidase ATGAACGGAAAACTCGCAATCATCGGCCTGGGCAGCATAGGCAGCATGGCCCTCTGGCAAGCCTCCCGGCTCACTGACGCCGTGGTGGGATTCGAAGCACACTCCCCTGCCCACGCACGCAGCGCCGCAGGCGGAGACACCCGGCTCTTCCGCATGATCTACCGCGGCAACCCTGCCTACTACCCACTCCTGGAACGCTCCCGCGAACTTTGGGCGGAACTCGAAGCGGAGACCGGACAAGACATCCTCACCCGTTGTGGCGGACTCTCCATCGGCACCAGCGACGGACCGTACCTCCGCAGCCTGCTCGAAACGACACGAATCACCGGCGCCGCCCACCAGATCCTCAACCGTGAGGAAATGGCCGCCCGCTACCCGCAACACAACCTCCGCTCCGACGATATCGCCGTCTATGACCCCAACGCCGGCGCCCTGCGAACCGATCGCGCCATCACCGCGGCCATCACCGCGGCGGAAACCAATGGTGCATCGGTCAAGACCAACACTCCAATTGACAGCATCACTGAAACTGACGACGGCGTCGTTATCACGTCCGGGGCAAACTCCTGGACCTTCGAACGGGTCATCGTTGCCTCGGGCGCCTGGTCCAAACAACTCATGCCCGAATACCTCAAAGCCCACACCGAAACCAAGCGGATCTTCCTCTCATGGTTCGTTGCCCGCGAAGCAGAACAATTCTCACCGGAGAAGTTTCCGATCTTCATCAGGATTTCGGGAAATCGCTCCATGTATGGGGCACCGGCAGTGGACGGCGTAACCGTCAAAGCCACGCTCGATGGTCGCGGGGCACCAACTCCCGCTGCCGACTCAGTGCCGCGCGATCTCAGCAAGGCGGAGATCACGGAAACCATAGAGACCGTTTCGGAGTTTTTCCCAGGCTTGATTCCAAGCATCGTGCGCTCGGATGCGTTCCCGGACCTCTTCACCTCCGATTCGCAGCCGTTGATGGGTTTCCTCGGCAAATCCGGCAGGGTCTACTCGGCAACCGGATTCTCGGGAGCCGGCTTCAAAATGGCCTCCGGCTACGGAGAAATAGCAGCCAGCGAAGCGCTCGGCAAGCGCTGGTTTGACGGATTGGATTTCCTGCGGCCCCAGCGGTTCCAAGAGTCCTGA MNGKLAIIGLGSIGSMALWQASRLTDAVVGFEAHSPAHARSAAGGDTRLFRMIYRGNPAYYPLLERSRELWAELEAETGQDILTRCGGLSIGTSDGPYLRSLLETTRITGAAHQILNREEMAARYPQHNLRSDDIAVYDPNAGALRTDRAITAAITAAETNGASVKTNTPIDSITETDDGVVITSGANSWTFERVIVASGAWSKQLMPEYLKAHTETKRIFLSWFVAREAEQFSPEKFPIFIRISGNRSMYGAPAVDGVTVKATLDGRGAPTPAADSVPRDLSKAEITETIETVSEFFPGLIPSIVRSDAFPDLFTSDSQPLMGFLGKSGRVYSATGFSGAGFKMASGYGEIAASEALGKRWFDGLDFLRPQRFQES PGPT0013530_426 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013530-soxA|solA-K00301 NA NA D3-18_02394 1254 davT COG0160 5-aminovalerate aminotransferase DavT ATGGCAACACTTAGCCCCATCCTGAAGCAGGCAACCCCCGTGGTTGTCGACCACGCGGCCGGTAGCTGGATCCACGCGACCGACGGCAAGAAATACCTGGATTTCACCACCGGGATTGGTGTCACCAGCACCGGTCACTGCCACCCCGATGTTGTGGCCGCCGCCCGCGAACAGGTGGGCAAGATTGTCCACGCCCAATACACCACCGTGATGCACAAGCCGCTGCTGGAGCTCACCGAGCTCCTGGGAACTGTGTTGCCGCAAGGTTTGGATAGTGTTTTTTACGCAACGTCCGGCTCTGAAGCCGTGGAAGCCTCAATCCGCTTGGCCCGCATGGCAACCGGCAGGCCCAACATCGTCTCCTTCCAGGGAGGGTTCCACGGCCGGACAGTCGCCGCGGCCTCCCTGACAACAGCCGGAACCAAGTTCCGCTCAGGGTTCTCACCCATCATGGGCGGGGTGCACGTAGCCCCGTTCCCGCACTGGTACCGGTACGGCTGGGACGAAGCCACCGCCGTCGAATTCGCATTGAAGGAACTGGACCACCTCCTCCTGACCATCAGTGCCCCCAGTGACACAGCCGGCTTCATCATTGAACCTGTCCTCGGCGACGGAGGCTACATCCCTACTCCCGTTGCCTTCCTCCAAGGACTGCGTGAACGCGCAGACAAGCACGGAATCGTGCTGATCCTCGATGAAGTTCAAGCCGGCGTGGGCCGCACCGGTAAGTTCTGGGGCCACGACTGGGCCGGGATCCGGCCAGATGTGGTTATCACGGCCAAGGGCCTCGCCAGCGGCTTCCCCATCTCGGCAATCGCCGCCTCCGCGGAGCTGATGGGCAAAGCCTGGCCAGGCTCCCAAGGCGGAACCTACGGAGGGAACGCCGTTGCGGCAGCAGCCGGAGTGGCCACCCTCGGTGTCATCAAGCGCGAAAACCTCGTTGAAAACGCCCGCCTCCGGGGCGACGAACTAAGGGTAGGACTGGAGGCGCTGCAAACCGAGTTCACCGGAATCGGCAACGTCCGCGGCCGAGGCCTGATGCAGGGCGTCGAATTCACGTCTGCAGACAAAACGCCCGACGCCGCAACTGCGCTGGCTGTCCAGCAGGCTGCCATCAAGGAAGAGCTGCTGCTCCTCACCTGCGGCCCCAACGGCAACGTCATCCGCCTTATCCCCGCACTGAACGTCAGCAGCGACGAGATCCAAGTTGGCCTGTCCAGGTTCACGCAGGCGCTCAAGACGGCCACCTCCTAG MATLSPILKQATPVVVDHAAGSWIHATDGKKYLDFTTGIGVTSTGHCHPDVVAAAREQVGKIVHAQYTTVMHKPLLELTELLGTVLPQGLDSVFYATSGSEAVEASIRLARMATGRPNIVSFQGGFHGRTVAAASLTTAGTKFRSGFSPIMGGVHVAPFPHWYRYGWDEATAVEFALKELDHLLLTISAPSDTAGFIIEPVLGDGGYIPTPVAFLQGLRERADKHGIVLILDEVQAGVGRTGKFWGHDWAGIRPDVVITAKGLASGFPISAIAASAELMGKAWPGSQGGTYGGNAVAAAAGVATLGVIKRENLVENARLRGDELRVGLEALQTEFTGIGNVRGRGLMQGVEFTSADKTPDAATALAVQQAAIKEELLLLTCGPNGNVIRLIPALNVSSDEIQVGLSRFTQALKTATS PGPT0007140_1577 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS INSECTICIDAL_COMPOUNDS INSECTICIDAL-GAMMA-AMINOBUTYRIC_ACID_BIOSYNTHESIS,PGPT0007140-puuE-K00823 NA NA D3-18_02395 1455 sad_2 Succinate-semialdehyde dehydrogenase ATGACCCCCTCACTTGATCCCAGCTCACTGCAGACAGACTTGTTCATCAATGGACGCTGGCAGCAGGCCGCAAACGGCGCCACCTTTGCTGTAGAAAACCCTGCCACGAACGAAGTCATCGCCCACGTTGCCGACGGCAGCCCTGAAGATGCCGCCTTGGCCATTGAGGCCGCCGGACGCGCCCAGGCAGCGTGGGGAAAATCCACGCCTCGGGAACGCGCGGACATTCTCCGCCGCGCTTACGAACTCGTCATTGCCAATACGGACCGATTGGCAGCCATCATGACTGCCGAGATGGGCAAGCCCCTCACGGAGGCAAAGGGCGAAGTGGCCTATGGCGCCGATATGCTCCGCTGGTTCTCCGAAGAAGCAGTACGGATCGGCGGAGACAACACCAGCTCGGTCGATGGCAACACCCGCATCCTCATCACCAAGGAACCTGTGGGTCCCTCCGTGCTGGTGACGCCATGGAACTTCCCGCTCGCCATGGGCGCGCGGAAGATCGCGCCGGCAGTTGCTGCCGGTTGCACCATGGTGTTCAAGCCGGCGGAGCTGACGCCCCTTACATCGTTGGCGCTCGTTGCGATCTTCAAGGAAGCAGGACTTCCCGACGGCGTATTGAACGTTGTGACGACGTCGAACGCTTCCAGCGTGGTCCGCACCTGGACGGACAGCGGCATTGCGCGCAAGATCAGCTTCACCGGTTCCACGGAAGTGGGAAAGGTCCTCCTGCGCCAGGCTGCTGACAACGTCATGCGGTCCTCCATGGAGCTCGGCGGAAACGCCCCCTTCATCGTGCTGGCTGACGCTGACATCGAGAAGGCCGTGGATGGAGCCATGAAGGCCAAGATGCGGAACATGGGCGAGGCCTGCACGGCAGCCAACCGCTTCTTCGTCCACCGCTCCGTCGTGGAAGAGTTTGGCGAGAAGTTCTCCAAAAAGATGTCAGAATTGCGGGTGGGCAACGGCGCTTTGGAGGGGACCGACGTCGGACCACTCATTGAGCAGAAGGGCCTGGAAAAGGTCGAAGGCCTGGTTGCAGACGCAATCTCCAAGGGTGCACGCGTCCTCACAGGCGGTAGCCGTCCGGAAGGGCCGGGCTACTTCTACTCCCCCACCGTCCTGGTGGACGTACCCACGGACGCCGCCTTGATGTCCACGGAAATCTTCGGTCCTGTAGCTGCCATTACGCCGTTCGACAGCGAAGACGAGGTTCTCCGCCTCGCCAACGATACTGAATGGGGCCTGGTGGGGTACGTATTCACAGAGAGCATGGATAAAGCCCTGCGGTTTTCCGCGGACCTGGAAGTGGGGATGGTCGGCCTGAACACGGGCCTGGTGTCCAATCCCGCCGCGCCGTTCGGTGGGGTCAAACAATCCGGATTGGGACGCGAAGGCGGCAAAATCGGGATTGAAGAGTTTTTGGAATACAAGTACACCGCAGTAGCGGTGTAA MTPSLDPSSLQTDLFINGRWQQAANGATFAVENPATNEVIAHVADGSPEDAALAIEAAGRAQAAWGKSTPRERADILRRAYELVIANTDRLAAIMTAEMGKPLTEAKGEVAYGADMLRWFSEEAVRIGGDNTSSVDGNTRILITKEPVGPSVLVTPWNFPLAMGARKIAPAVAAGCTMVFKPAELTPLTSLALVAIFKEAGLPDGVLNVVTTSNASSVVRTWTDSGIARKISFTGSTEVGKVLLRQAADNVMRSSMELGGNAPFIVLADADIEKAVDGAMKAKMRNMGEACTAANRFFVHRSVVEEFGEKFSKKMSELRVGNGALEGTDVGPLIEQKGLEKVEGLVADAISKGARVLTGGSRPEGPGYFYSPTVLVDVPTDAALMSTEIFGPVAAITPFDSEDEVLRLANDTEWGLVGYVFTESMDKALRFSADLEVGMVGLNTGLVSNPAAPFGGVKQSGLGREGGKIGIEEFLEYKYTAVAV PGPT0001580_3087 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135 NA NA D3-18_02396 693 gntR_3 putative D-xylose utilization operon transcriptional repressor ATGGCGGCACCGGAGGGAATGTTCGTTTTGGAGGGCCGGCCCACGGCGCAGCTGATCGCTGACCAATTGCGGGAGCTCATTGTCCAGGGAGCTTTCAGGCCTGGACAACAAGTCAACGAATCGGCACTGGCCAGTCAGCTCAGCACGTCCAGGGGCCCGCTCCGCGAAGCTCTGCAACGGCTGTGCCAAGAGGGCATCCTGGTGAGCAAGCGCAACCGCGGCGTCTTCGTGCTGGAACTCTCCACGGATGACGTCAGGGAGATCTATGCAGTCCGTGAAGCTGTGGAACTGGCCGCCGCCAACACGCTTCTGGATTCCGAACCGGATCAGGTCACTGACACCTGCCGGGAACTTAAAGGCATCATCCGAAGCATGGCCAAACAGGTGGCGGCGTCGGATTGGCAGGCTATCGCCCGGCTGGATATGCAGTTCCACACTGCCTTTGTTTCAGGAACAGGGAACACACGCCTGATCCGGATCTACGAGACCCTGGCTGCGGAATCCAGGATGTGTATCCTCAGCTTGGAAGTGGCCTACCCACGTATCGATGCGCTGGTGGAGGAACACCAAATGATCCTGGATCTGCTTGAAGCACGGGATCGGAGTGGCCTGCAAAAGGCCATCAAACGTCATATGCAGAAAGCCGTGGAGGACCTTACGTCCAAGCCTGAAGTGACAGGAATAACCGCTTAG MAAPEGMFVLEGRPTAQLIADQLRELIVQGAFRPGQQVNESALASQLSTSRGPLREALQRLCQEGILVSKRNRGVFVLELSTDDVREIYAVREAVELAAANTLLDSEPDQVTDTCRELKGIIRSMAKQVAASDWQAIARLDMQFHTAFVSGTGNTRLIRIYETLAAESRMCILSLEVAYPRIDALVEEHQMILDLLEARDRSGLQKAIKRHMQKAVEDLTSKPEVTGITA NA NA NA NA NA D3-18_02397 357 hypothetical protein ATGGTCAAGGCCACTGTCATGAAAAATGCAAATACAGAGAACCCCGGCGAACACCTTCCCAAGCCCACATCAAGCACTCCCGGCCAGACCGAAGTGTCCCTCCGCCTTTGGGCCCGGGAAGGACTGAAAACCGGCATCTGGGAGGCAACGCCCGGTGTGTCCACGAGTACCAGGCCCGGCTATGACGAGATCTGCCAGATCCTCAGTGGAACTGCGACCATTACCGAAGAAGATGGAACCAGCTTCGAAGTCGGTCCCGGCTCGTTGTTCGTCACGCCGGCCGGCTGGACGGGAACGTGGACCATCCACGAAACATTGCGGAAGATGTGGGTAGTTGCCGACCTTCCCAAGGTCTAG MVKATVMKNANTENPGEHLPKPTSSTPGQTEVSLRLWAREGLKTGIWEATPGVSTSTRPGYDEICQILSGTATITEEDGTSFEVGPGSLFVTPAGWTGTWTIHETLRKMWVVADLPKV NA NA NA NA NA D3-18_02398 2148 hypothetical protein ATGGCTGGATGGAATGCCGATACCGCTGCCGGTCCCCTGGGCGCCGGGACGGTCACCTTGGTGGAGGGCACGTCCTTCTGCATTTCGCTGCCCAGCGGTGACATCAACCCGGATCATCCACACGGCCTGTTCTTCCAGGACACCCGGATCCTCTCCGGTTGGAGCCTGACGGTAAACGGACAGTCCGTGGAACCTCTGACAGCCCAAACGAAGGAACCGTACAGGGCGGTCTTCGCTGGCCGCATCACCATGCCTGACGGATACGCTGACACCCCGCTCATCGTGGAACGCACCCGGGAATTGGGTTTTGGGATGGCGGAACACCTCACCGTGCGCAACTACTCGATGAAGCCCGCGGAATGCCTCATCGCGATCACCGTAGCTTCCGACTTCGCCGATGTCTTCGAGGTGAAGGAAGCGCGCGTTCAGACTCACTGGGAAGAAAGCCGCGAGGTCGATGCCAAAACACTCACCATTCGCGCCCGATGGCAGGAAGTCCGGAAGTCCGTCGTCGTAAGCTCCGACACCGCTGAAGCGGGCCTGGAAGGTTTCACCTACCGGACCACTATCCCGGCACGGGGCTCCTGGAGCACCCAACTCATGGTATTGCCCGGCCTTGAAGGGGCGGCGCCATCAGCGCCCCTGGTGCGTCCCGCCGTCGGACAACTGTCCCGGAGTGATCAACGCCGGCAGGACTGGGTGGCCAAAATTCCCGTCCTCCAGATGGGCAACCACTCCATCGAGAGGACCCTCCGGCGGAGTTACGACGATCTTGGCGCCCTCCGCATTGAGGACCCTGCCCACCCGGAGAGAGTGGTTGTGGCCGCAGGAGCCCCGTGGTTCATGACGCTGTTTGGACGGGACTCGTTGTGGGCGTCCGAAATGGCCATGCCTGTTGATCCCTCGCTGGCCCTGGGAACGTTGCAAACGTTGGCTGAGCGGCAGGGCACGGTGGTTGACCCCGTGAGCGAGGAAGAACCCGGCAAGATTTTGCATGAGGTCCGGTTGGATGTCTCCAGCAGCCTGGCTCTGGGCGGCAAGTCCATCTACTACGGCAGCGTCGATGCCACTCCCCTGTTCGTGGTGGTGTTGGGTTCGGTCAGCCGATGGGGGTTCGCCCAGGACACCATCGCCGCCCTACTGCCCCATGCAGACCGGGCCCTCGACTGGATCCGCGACTATGGCGACAGGGACGGCGATGGCTTCGTCGAGTATGAGCGCCTCAACGATCGCGGGCTGATCAACCAGGGTTGGAAAGACTCATGGGATGGGATCAACTTCGCGGACGGACGCCTCGCCGAGCCTCCCATCGCGCTGTGTGAGGTCCAGGCGTATGTTTATGACGCGTACATGGCCAGAGCCTGGATGGCTTACGACGCCGGTGACGCACCCTTGGCGCGCGAGCTCGCCGATCGCGCGGCCCAATTGAAAGCAAGATTCAACGAGGAATTCTGGATGCCGCACCGCGGATACTACGCGATCGCACTGGACGGCAAGAAACGCCAAGTAGACGCGTGCGCCTCCAACATGGGGCACTGCCTTTGGGTCGGCTTGGTGGATGACGACAAGGCGCCACTCGTAGCTGAACGGCTGATGTCCCCAGAGATGTTCAGCGGCTGGGGCGTACGCACGTTGGCAACCGACATGGGCGCGTTCAACCCGGCCAGCTACCACAACGGATCCGTCTGGCCACATGACAACGCCGTCATCGCGGCCGGGCTGATGCGCTACGGATTCGTGGAGGAGGCTCAACGAATCGCCACGGCCCTGTTCGACGCAGCCGCCTTCTCCGAGGGGCGCCTCCCCGAGCTGTTCTGCGGGTTCAGCCGCGAGCAGTACAGCGAGCCGGTGCCCTACCCTACGGCCTGCTCACCCCAAGCCTGGGCAGCCACCTCACCCATCCAGCTGATCACGAGCCTGATGCGGTACGACGCCCACGTGTCCCACGGGGGATTCTGGATGGATCCGCAGCTGCCTGCCTCGTACGGCGACCTGCACATTACCAACGCACCCATGGCTGGCGGCAGGGTAACCATCGACATTGGCGATTCGGTCCCCAGAGTGCAGGGACTACCGGATGGGATGGTGTTCCATCAAGGACACCGGCCGTGGTTGACCGAACTCGTGGAACAGGCAGGGCTGCGGTAG MAGWNADTAAGPLGAGTVTLVEGTSFCISLPSGDINPDHPHGLFFQDTRILSGWSLTVNGQSVEPLTAQTKEPYRAVFAGRITMPDGYADTPLIVERTRELGFGMAEHLTVRNYSMKPAECLIAITVASDFADVFEVKEARVQTHWEESREVDAKTLTIRARWQEVRKSVVVSSDTAEAGLEGFTYRTTIPARGSWSTQLMVLPGLEGAAPSAPLVRPAVGQLSRSDQRRQDWVAKIPVLQMGNHSIERTLRRSYDDLGALRIEDPAHPERVVVAAGAPWFMTLFGRDSLWASEMAMPVDPSLALGTLQTLAERQGTVVDPVSEEEPGKILHEVRLDVSSSLALGGKSIYYGSVDATPLFVVVLGSVSRWGFAQDTIAALLPHADRALDWIRDYGDRDGDGFVEYERLNDRGLINQGWKDSWDGINFADGRLAEPPIALCEVQAYVYDAYMARAWMAYDAGDAPLARELADRAAQLKARFNEEFWMPHRGYYAIALDGKKRQVDACASNMGHCLWVGLVDDDKAPLVAERLMSPEMFSGWGVRTLATDMGAFNPASYHNGSVWPHDNAVIAAGLMRYGFVEEAQRIATALFDAAAFSEGRLPELFCGFSREQYSEPVPYPTACSPQAWAATSPIQLITSLMRYDAHVSHGGFWMDPQLPASYGDLHITNAPMAGGRVTIDIGDSVPRVQGLPDGMVFHQGHRPWLTELVEQAGLR NA NA NA NA NA D3-18_02399 234 hypothetical protein ATGAAGAAGCGACGCCCTGCTGCCTCCACCCTGGACCACTTTGCGACGGCCAACACCGGTCACCACTGCCCAGTAACGGGATGGTGGTCACTGAAGTGGAATGAAGAGGCCACTATGTTCATCACAGAAGGACAGGTGATGCCGGCCGTGGGCGGCGTGCCGACCGTGTGGATTCTGCGTGAGACGGCCAGCTACGGACGCGCAGGCGCAACCCCCTTGCTTGCGGCGTCCTAG MKKRRPAASTLDHFATANTGHHCPVTGWWSLKWNEEATMFITEGQVMPAVGGVPTVWILRETASYGRAGATPLLAAS NA NA NA NA NA D3-18_02400 420 hypothetical protein ATGCTCGTCTGCGCTTTGGGCTTCCACATGCCGATCGGCTTCGTCGCGCTCTCAGCGGGACTCCTGCAAGCCCTTGCACTCGGAGCACCGCTCCTCATCGCTCTGGTGCTCTGCTACGTGATCGGTGTCGGCTCCGCCTTCGCCTCGTCCACCGCACTCCTGACGGCCTTCATCCCCTTGGCCGGTCCACTGCTTGCGACGAGCTCACTCAGTGCGTCGGGGACAGTGGCTGCCCTCGCCATCGCAGCAACTGTCGTTGACGTATCGCCGTTTTCCACTGACGGAGCACTGGTGGTAGCCAACGCCCGTGAAGACGACCGTCAGCGCGTCTACAAACAGCTGATGATGTACGCAGGCGGAGTAGTCCTGGTAGCACCCGCACTTGCCTGGGCGCTGCTGGTTCCCACGGGCATCATGTAG MLVCALGFHMPIGFVALSAGLLQALALGAPLLIALVLCYVIGVGSAFASSTALLTAFIPLAGPLLATSSLSASGTVAALAIAATVVDVSPFSTDGALVVANAREDDRQRVYKQLMMYAGGVVLVAPALAWALLVPTGIM PGPT0031365_1 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ERYTHROCHELIN_TRANSPORT,PGPT0031365-etcK-NA NA NA D3-18_02401 1230 hypothetical protein ATGCTCCGCCAAAGAAGCACCCGCCTGGGTGGCATCGCACTGATTGCCGGGATGACGCTCCTGGCCTCCGCCTGCGCCAACACCACACCAGGCAGCACAACTCCAGCCGGTACATCCGAGACGCCCGGCGCATCTTCCACGGATTCGGTCGAAGCGCACGGACGCGTCGCCATCTCCTACCCGGGAGGCATCAGCGTCCTGGATAGCAAAACATTGGAAGTCGTCAAGAAATTCGACTCCGAGGAGTTCACCAGGCTGAACGCAGCTGGGGACGGTCGCCATGTTTTCGTCACCACCAAGGCAGGCTTCCAGCTGCTGGACACGGTGGAACCGAAGCTCACCGATCTGCGGGTTGACGCGACGGCTGCCGGCCACGTGGTCCGGCACGCCGGCAACACCGTCCTGTTCGACGACGGGACGGGCGCCACCACCATCCTGAAGACCGACGAGCTCGCCAAGGCTGAGGGTGCTGTGCCTGCGGCACAGACGTACAAGGCTGACTCCGCACACCATGGTGTGTCGATTGTTCTGGAGGACGGGAAGCTTCTCACCACCATCGGAGACAAGACTTCACGCAGCGGCGCTATGGCACTCGAATCCCACGGCGACCACTGGGACAAAGTGGCCGAAAGCAAAGAATGCCCGGGCATCCATGGCGAGGGAACTGCAGCCGACGAGGCAGTGATCTTTGGCTGCGAGGATGGCGCCCTCCTCTACCACCACGGTAAGTTCGAGAAGTTCACGGCACCGGACAAGTACGGCCGGATGGGCAACGCGTTCGTTTCCGAGACCAGCCCGATTGTGGTGGGCGACTACAAGACTGATCCTGACGCCGAAGGCTACCTTCTTAACTCGGTGGCCCTGATCGACACCGAAAAGCACACCTTCAACGTGGTCAAGCTCCCCGAAACCGTCCAGTACACGTTCCGGGATGTAGCCCGGGGCCCGGGAGACCTGGCCTACATCCTCTCCACGGACGGCTCAATCCATGTGCTTGATCCCAAGGACGGGAAGATTGTCAACGAGTTCCCTGTGATCAAGGCCTGGGAAGGCCCGGCCGACTGGCAGGACGCCCACCCCGCCATCGTGGTCAACGGCAACATCGCCTATGTCACCGAACCGGCAGCAAACACTGTTCATTCAGTGGATCTGACCACCGGGAAGGTCACGGCATCGTCCAAGCTGGACGTCGTGCCCAACGAAATCGCCATCACCCTCGGATCGCACTGA MLRQRSTRLGGIALIAGMTLLASACANTTPGSTTPAGTSETPGASSTDSVEAHGRVAISYPGGISVLDSKTLEVVKKFDSEEFTRLNAAGDGRHVFVTTKAGFQLLDTVEPKLTDLRVDATAAGHVVRHAGNTVLFDDGTGATTILKTDELAKAEGAVPAAQTYKADSAHHGVSIVLEDGKLLTTIGDKTSRSGAMALESHGDHWDKVAESKECPGIHGEGTAADEAVIFGCEDGALLYHHGKFEKFTAPDKYGRMGNAFVSETSPIVVGDYKTDPDAEGYLLNSVALIDTEKHTFNVVKLPETVQYTFRDVARGPGDLAYILSTDGSIHVLDPKDGKIVNEFPVIKAWEGPADWQDAHPAIVVNGNIAYVTEPAANTVHSVDLTTGKVTASSKLDVVPNEIAITLGSH NA NA NA NA NA D3-18_02402 912 COG0803 putative periplasmic iron-binding protein ATGAGGCGGGCGGCTCTACTTGCCCTCACGGCGGTCGCCGGGCTGGTTCTGTCGGGTTGCTCCCAACCCGGGACTCCGGAGAAGCCGCAGGTAGTGGTGACAACCAACATCCTGGGTGACATCACGAAAGAGGTCCTTGGCGACCAGGCCGAAGTAACTACTCTCATGCAACCCAACGCTGATCCGCACTCCTTTGAAATATCGGCGCAACAGGCTGCCCTCATGGGCAGCGCAGACCTGGTGGTTTCCAATGGCCTCGGCCTGGAGGAAGGGCTGCAGCAACACCTGGACAGGGCCGCGAAAGCCGGTGCACCGGTAATGGCGGCGGGTGAGGTGATCGACGTCGTGCCTTACAGTTCCGGTGATGCTGAAGGGGCGCCGGACCCTCACTTCTGGACCGACCCGGCAGCGGTGATCGACGTCGTGGACGCCGTAGAGGGTGCGGCACGCGATATCGAAGGAATCGACTCCGCCCGGCTTTCGGCCAGTGCCGGGGCTTATCGGGACAAGCTCATTCAACTGGACACGGAAATGACTGGCGCATTTGCTGCCATCCCCAAGGAACGCCGGGCCTTGGTCACAAACCACCACGTTTTTGGCTACCTTGCCAAACGATTCGACTTCCGGATTATTGGTGCGGTCATCCCCGGGGGGACCACTTTGGCGGCACCGAGTGCTGCTGATCTGCGCCAACTCAGCGGGGCGATCCGTGGTGCCGGCGTCCCCACCATTTTTGCGGACTCGTCCCAGCCCGACCGGCTGGTGCAAGTCCTCGCTAACGAAGCCGGCGTTAAGGTCCAGGTCGCGGAGCTCTTCACCGAATCCCTGACAGCACCCGACGGCGGCGCAGCAACCTACCTGGACATGATGCGCACCAATACCGAGCGCATTGTCACCGGGCTCAAGCCTTGA MRRAALLALTAVAGLVLSGCSQPGTPEKPQVVVTTNILGDITKEVLGDQAEVTTLMQPNADPHSFEISAQQAALMGSADLVVSNGLGLEEGLQQHLDRAAKAGAPVMAAGEVIDVVPYSSGDAEGAPDPHFWTDPAAVIDVVDAVEGAARDIEGIDSARLSASAGAYRDKLIQLDTEMTGAFAAIPKERRALVTNHHVFGYLAKRFDFRIIGAVIPGGTTLAAPSAADLRQLSGAIRGAGVPTIFADSSQPDRLVQVLANEAGVKVQVAELFTESLTAPDGGAATYLDMMRTNTERIVTGLKP PGPT0004275_1152 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-MANGANESE_TRANSPORT,PGPT0004275-ABC_ZM_S-K02077 NA NA D3-18_02403 1248 hypothetical protein ATGAACCTCCGTACAAAACCGGTGGCACTAGCCACGCTGGCACTGCTCTTACTTGCGGGGTGTGGCAACCCGTCCACTGCGCCGGCGCCGCAACCTGACGCGAGCGAACCGGCGTCGACCGGTGACGGGCACGGGGCGATCACCGGAGTGGCCGAGGTCGCTGAACCGCAGCTTCACCTTGTGGCCATCGACGCCGAAGGCGAAACCTCCATGCTGGACCTCCTGAACGGGACACAGTCCCGGCTGGGAAAAGTCCGGTCTCCGGCTGATGTCAGCACCGACGGGCGTTACGTCTTTGCGGCCAGCAACACCGGTGTGGACATCGTGGACAGTGGCACTTGGACCTGGGATCACGTGGATCACTTCCACTACTACAGGGGCGTAGCGAGGAATATCGGCAAGGTTGACGGCGAAGGTACTGCGACCATTGCCACGGGGATGCTGTCGACAGCCGGCACGACGGGAATGTTCTTCCCAGGCTCCGGGGAGGCAGTACTTCTGGATAATCCGGCGCTGTCCGCCGGGACCATTTCCGAGGCCCTCCGCTTCAAGACCGAACCGCACGCGGGCTTGATCGCTCCGCTGGGCGAAGGGGCCGTGGTCACCGAACCCGACAATGCAGGGAATGCCGCCCGCCTGCGAGCCATCGACCTCGACGGTAGGGAACTGGCCGCCACCGACTGCCCCGCAGCGGCGGGAACTATCACCACCAGGGTGGGATTGGTGGTTGGCTGCTCCGATGGTGCGGTGATCGCCACGACGGAAGGGTCAACCCCAGTGTTCGAAAGGGTTCCCTACCCGGAGGGCGTCGCTGCCCCGGCCACCGAATTCGACGGACGCAAGAGCAGGCCCACGATTGCCGGCCTCAGCACCGATTCCGGGGTCTGGCTCCTGAACACCCGCCAGCGCACGTGGGAATGGCTGCCGACGAGTACCCCCGTAGTCGCCGCCGCTACAGTCGACGACGCCGACCACCACGTGGTGGTCATCGGCGCCGACGGCACGGTTCAGGTATATGACGGATCATCCAAAGAACAGATTGCCAGCACGAAACCGCTGCTGGCCGGATCACTGGCTGATCCGGCCTTCGCCGACAATATTCAGCTCACAGTTGACGCCCAACGCGCCTACGTCAATGCGCCCGCCGAGGGCGTGGTCCATGAAATTGACTATGCCGATAACGCCCGGATTGCCCGGACCCTCGAGTTGCCTACGAAGCCCGTTCATTTCGTGGAGACCGGCCGATGA MNLRTKPVALATLALLLLAGCGNPSTAPAPQPDASEPASTGDGHGAITGVAEVAEPQLHLVAIDAEGETSMLDLLNGTQSRLGKVRSPADVSTDGRYVFAASNTGVDIVDSGTWTWDHVDHFHYYRGVARNIGKVDGEGTATIATGMLSTAGTTGMFFPGSGEAVLLDNPALSAGTISEALRFKTEPHAGLIAPLGEGAVVTEPDNAGNAARLRAIDLDGRELAATDCPAAAGTITTRVGLVVGCSDGAVIATTEGSTPVFERVPYPEGVAAPATEFDGRKSRPTIAGLSTDSGVWLLNTRQRTWEWLPTSTPVVAAATVDDADHHVVVIGADGTVQVYDGSSKEQIASTKPLLAGSLADPAFADNIQLTVDAQRAYVNAPAEGVVHEIDYADNARIARTLELPTKPVHFVETGR NA NA NA NA NA D3-18_02404 915 mntB_3 Manganese transport system membrane protein MntB ATGAATCTCAATATGCTTTACAGTTATCGAGTGCATTGGCTAACTGAACCCTTTTCCGCAGACTTCTTCCTCCGGGCCCTTCTCGGTGGTGCTTTCGTCGCGATCATTTGCGGTGTCGTCGGCACCTGGGTCGTCATTCGAGGGATGGCCTTCCTTGGCGAAGCCATAGGTCACGGGATGTTGCCAGGAGTGGCCCTGGCAACAGTCGCCGGCGCCCCGGCAATAGCAGGCGGGGCGGTGAGCGCCGTCGTCATGAGCGCGATGATCAGCCTGTTGCAGCGGCGTGGCCGCCTGTCGTATGACACCAGCATCGGCCTGCTCTTCGTCTCGATGCTGTCGCTCGGGGTCATCATCGTGTCCCATTCACGCTCGTTTGCTACGGACGCGACCGCCATGCTGTTTGGTGACATCCTCGCCATGGACGACGGTGACTTGCTTGGGCTGTTCCTGGCGGCGATTGCCACAATCTCAATCGCGGTCATCCTCCACCGCAATTTCGTGGTCGCAGCCTTTGATACGCGGATCGCCGAAACTTTGGGACTCCGTCCACAGGTAGCCCAACTGGCACTGGTGGGATTGGTAACCCTTGCCGTTGTCTCGTCCTATCAGGCCGTGGGGTCGCTGCTGGTGGTGGGACTCCTGCTTGCGCCGGCAGTTGCCGCCAGCCCGTGGACACGCAGCATTCCGGCCCGTATGGCCTTGGCAGCTGTCTTCGGTGTCGAGGCGGTGGCTCTTGGCCTGCTGTGTTCCTGGTATGCCGGCACAGCGGCCGGCGCGTCCATTGCCATGGCCGCCATTACTCTGGCCGCCTTGTCCGGTATCGGTGGGTACCTAAACATCGGACGCCGCACGGGAGCGGTCACAGTTCCTGCGCCGGAACCGGCCCCTGTCTTTGTATCCCTCACTGGAAAGTAA MNLNMLYSYRVHWLTEPFSADFFLRALLGGAFVAIICGVVGTWVVIRGMAFLGEAIGHGMLPGVALATVAGAPAIAGGAVSAVVMSAMISLLQRRGRLSYDTSIGLLFVSMLSLGVIIVSHSRSFATDATAMLFGDILAMDDGDLLGLFLAAIATISIAVILHRNFVVAAFDTRIAETLGLRPQVAQLALVGLVTLAVVSSYQAVGSLLVVGLLLAPAVAASPWTRSIPARMALAAVFGVEAVALGLLCSWYAGTAAGASIAMAAITLAALSGIGGYLNIGRRTGAVTVPAPEPAPVFVSLTGK PGPT0004270_157 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-MANGANESE_TRANSPORT,PGPT0004270-ABC_ZM_P-K02075 NA NA D3-18_02405 642 mntB_4 COG1121 Manganese transport system ATP-binding protein MntB GTGATCTCTTCCGACTCCGCCCTTCGCGCCCGCAACCTTCACTTCAGCTTTGGCGACGCCCCCGCCCTGGTTGGCGTTGACCTCGACCTCGAATGGGGCAAAGTCACGGCTATCGCCGGTCCCAATGGTGCGGGCAAATCGACCCTCATCGAGATCCTCGCTGGGGTACGCAAACCTGCCAACGGCACAGTGGACCGCCAAGACGACGTCGCTTTGGTAGTCCAACGGGTGACGGCCCCGGACGCTCTCCCCCTTACCGTTTATGACGTGGTGAACATGGGCACTTGGGGCGTTTCGTCCAGCCGAGCCCCCAAAATAGGGGCAAGGGAGCGAAAGGCACGGGTGACCGAGGCCCTGGCTCGCGTTCAGCTCACAGAACAGTCGTCGTCGCCGTTCAATGCCCTGTCCGGAGGCCAACGACAACGTGCGCTACTGGCCCAAGGCATAGCGCGCCGTGCACGGATCTTCCTGCTCGATGAGCCAGCGGCCGGCTTGGATCTGGAAAGCCGGCAGCGCACACGTGCCATGCTCGCGGCAGAAGCAGCACGCGGTGCAGCAGTGGCCTGCGTCAGCCACGATGAAGAAGCAATTGAAGCCGCAGACTGCATCGTGCGACTCATCAGCGGCCGACGCGTCAGCTAG MISSDSALRARNLHFSFGDAPALVGVDLDLEWGKVTAIAGPNGAGKSTLIEILAGVRKPANGTVDRQDDVALVVQRVTAPDALPLTVYDVVNMGTWGVSSSRAPKIGARERKARVTEALARVQLTEQSSSPFNALSGGQRQRALLAQGIARRARIFLLDEPAAGLDLESRQRTRAMLAAEAARGAAVACVSHDEEAIEAADCIVRLISGRRVS PGPT0004265_1227 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_MANGANESE_RESISTANCE MANGANESE_RESISTANCE-MANGANESE_TRANSPORT,PGPT0004265-ABC_ZM_A-K02074 NA NA D3-18_02406 1422 levB_1 COG1621 Levanbiose-producing levanase ATGCGCCCGGCCTATCACTTCAGCGTGCCAGACAATTGGAAGAACGATCCCCAGCGACCTATCTACCTGGATGGGGAGTACCACTACTACTACTTGTACAACGCTGACTACATCACTGGCGGTGGTGGCACTTCGTGGCGGCGGGCAACCACCACAGATCATGTCGCGTTCCGGGACCGCGGTGTCGCGATCCCGAAGTTCAGCAACGGCAACGGTGACTGCTGGTCCGGATGCCTGGTGGTTGATGAGGGAAACACTGCGGGATACGGGCCGGGCGCGGTGATTGCGCTTGTTACCCAGGCGCCGGAGGGCCGCCAAGCCCAGTACCTTTGGTACTCCACGGACCGGGGTCGCTCTTTCAAGCCGGGAGGCCAGGCCCCGGTGCTGCCCAACCCGGGAGTGCACGATTTCCGCGATCCCAAGGTCATCTGGGACGAGGACCGTGGGCGGTGGTTCATGGTTAATGCAGAAGGGCAAAAGCTCGGTTATTACACCTCACCGGACCTGCGGTCCTGGAAGCGTGTTGGCGAGTTCTTGCGCAACGACTTGGGTTTGTTCGAGTGTCCGGACCTCTTTCGAATGACGGCCGACGACGGCACCTCGCATTGGGTTCTTGGCACCAGTGCGAACAGCAAGGGTCGCGGACTGCCCGCGACGTATGCGTACTGGACGGGAGCTTTTGACGGCAGTTCCTTCACACCGGGCCATGACGAGCCGGAATGGCTCGACTATGGCTTCGACTTCTACGGTGCGGTGACCTACCCGCATCATGTTGTATCTGGTGCTGAGGACCCAACCCTCCGCCGGGCGATCGGTTGGGGAAATTTCTGGGACTACCCGCACAACACGCCGACCCTTGCCACTGACGGCTACAACGGCGATGACATGATCGTCCGCGATGTCCGGCTCAAGCGTGGAAACGGCACCTACTACCTCGTCTCCGCACCAACGTCTGCTCTGGCTGACCACGTGAAGCGCACACATCTACTCGGTGATGTGGCGGTTGCCGGTACTCATGAGCTGACGGTTCGCTCAAGCGCCTATGATCTGAGTTGCGAGGTGGTGTGGGATCCGGCCTCGCCGCCGGCCAATCTCGGGCTGGAAGTATGCCGTGCACCAGGCGGAGGCAGGCATGTGGCCGCAGGTGCCTTCCTGCCAGGTCCGTTCACGTACGTTAATCGCCGCCCCACCATCAACCCCACAGCAGGCGAAACCCAAACACCAATGGACCCCTCCGCCGGGCGCCTGACCATCCGCATCCTCGTGGATCGCACAAGTGTGGAGATGTTCATTGGAGATGGCCGTGTGGTGCATTCGCACCGGGTCTTCCCGCTGGAAGGTGACGACGGCATCCGCCTCTACGCCCACGAAGGAGCGGTCACGTTCCGGGACCTGACCATCCGGGAGCTCAAGGTCGTTTGA MRPAYHFSVPDNWKNDPQRPIYLDGEYHYYYLYNADYITGGGGTSWRRATTTDHVAFRDRGVAIPKFSNGNGDCWSGCLVVDEGNTAGYGPGAVIALVTQAPEGRQAQYLWYSTDRGRSFKPGGQAPVLPNPGVHDFRDPKVIWDEDRGRWFMVNAEGQKLGYYTSPDLRSWKRVGEFLRNDLGLFECPDLFRMTADDGTSHWVLGTSANSKGRGLPATYAYWTGAFDGSSFTPGHDEPEWLDYGFDFYGAVTYPHHVVSGAEDPTLRRAIGWGNFWDYPHNTPTLATDGYNGDDMIVRDVRLKRGNGTYYLVSAPTSALADHVKRTHLLGDVAVAGTHELTVRSSAYDLSCEVVWDPASPPANLGLEVCRAPGGGRHVAAGAFLPGPFTYVNRRPTINPTAGETQTPMDPSAGRLTIRILVDRTSVEMFIGDGRVVHSHRVFPLEGDDGIRLYAHEGAVTFRDLTIRELKVV PGPT0019215_5 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-LEVAN_METABOLISM CE-EPS-LEVANBIOSE_BIOSYNTHESIS,PGPT0019215-lf2|levB-K18775 NA NA D3-18_02407 1548 sacA_2 Sucrose-6-phosphate hydrolase ATGACTGAACTAACCCACCCGCTCGCCACCGTTCCCCAGGACGAGTTGCTGACCCGCGCTGAGGCCGATCCCCTGCGCCCGCGGTTCCATTTCGTGTCGCCGGCCGGCTGGCTCAATGATCCCAACGGCTTAAGCCAGTGGAACGGCACGTACCACCTCTTCTACCAGTACAACCCGGAGGGCGCTTTCCACCATCGCATCCAGTGGGGCCACGCCACCAGCACCGACCTCGTGACCTGGACTGACCTGCCCGTTGCCTTGGAGCCGTCCGCGGGACCGGACGCTGATGGCTGCTGGTCGGGGGTCTTGGTGAACGACGGCGGCACGCCCACCTTGGTGTACTCGGGACGGTTCGAGGGCAAAGAGCTGCCCTGCGTCGCTGTGGGATCTACGGACCTGCAGAACTGGACCAAGGACACAGGGAATCCAGTAATTGCGGCTCCGCCCGTTGGAGTGGAGATCACTGCTTACCGCGATCATTGCGTCTGGCGCGAAGGCACCAAGTGGCGACAGCTGATGGGGTCGGGCATTCGTCACCGGGGCGGCACGGCCTTCTTGTACGAGTCTTCAGACCTACGGTCTTGGGACTACATCGGACCTTTGTTCATCGGCGATGCTTCGCGGGGCGATCCTGCTGACACTGACTGGACCGGGACCATGTGGGAATGCGTTGACCTGTTCCGTGCCGGGCAGGGTTCGTTGGGTTCTGCCCCTACTGACAACTCGCCTGATGTGCTGGTCTTCTCCGCGTGGGACGACGGCGTAACCCGCCACCCGCTGTACTGGACCGGCCGCTACGCCGGGGATGCCTTCGAGCCGGAGGCGCTGCACCGGCTGGACTACGGAGGCCGCTTCTTCTACGCACCGCAGTCTTTCGAGGATGAGTCCGGCCGCCGGGTCATGTTCGGCTGGATGCAAGAAGGCCGAAGTGATGCGGCGATGGTGGAAGCCGGCTGGTCGGGTGTTATGAGCCTGCCGCGGGTCACCACCTTGGCGAACGACGGAACCTTGGAGTTCGCGCCGGTTTCCGAAATTGAGAAGCTACGCAGAAACCATGTCAGCGTCCCCGGCCAGGTGCTGGTAGGGGCTGGAACGTCCCTCGAGACCGGCGTATCCGGCAACCAGCTGGACCTTGACCTGGACGTGCAACTGGCACCTGGTGCGGAGGTTCGGCTCGGAGTGCTGACGTCCCAGGATGGTGCTGAGGCCACCGTGATCGTGCTGACCCGGGCCGCAGATGGCGCCCCCGCCGGCACTCTCCGCTTGGACCGTACCCGCAGCAGCCTCGACCCTGCCGTCGATGTGGAGGACAAGTCCGGACCCGTCCCTATGACGGACGGTCGAGTTCGCCTGCGCGTCCTGGTGGACCGGTCCGCCGTCGAAATTTTCGCCAACGGCAAGCCCCTCACGGCCCGGGTCTACCCGACCCTGGGCGGCGAGCGCGTGACATTGGCCGCTACCGAAGGTTCGGCGCGGCTCCTTACTTTCGACGCATGGACCATGGCTGAGGTGTTTGAAGAGACCCGGAGCCTCTTGCCGGAAGGATAG MTELTHPLATVPQDELLTRAEADPLRPRFHFVSPAGWLNDPNGLSQWNGTYHLFYQYNPEGAFHHRIQWGHATSTDLVTWTDLPVALEPSAGPDADGCWSGVLVNDGGTPTLVYSGRFEGKELPCVAVGSTDLQNWTKDTGNPVIAAPPVGVEITAYRDHCVWREGTKWRQLMGSGIRHRGGTAFLYESSDLRSWDYIGPLFIGDASRGDPADTDWTGTMWECVDLFRAGQGSLGSAPTDNSPDVLVFSAWDDGVTRHPLYWTGRYAGDAFEPEALHRLDYGGRFFYAPQSFEDESGRRVMFGWMQEGRSDAAMVEAGWSGVMSLPRVTTLANDGTLEFAPVSEIEKLRRNHVSVPGQVLVGAGTSLETGVSGNQLDLDLDVQLAPGAEVRLGVLTSQDGAEATVIVLTRAADGAPAGTLRLDRTRSSLDPAVDVEDKSGPVPMTDGRVRLRVLVDRSAVEIFANGKPLTARVYPTLGGERVTLAATEGSARLLTFDAWTMAEVFEETRSLLPEG PGPT0018815_1227 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-FRUCTOFURANOSIDASE,PGPT0018815-sacA-K01193 NA NA D3-18_02408 1095 btuD_8 Vitamin B12 import ATP-binding protein BtuD ATGAGCCACTCACTCATAACCCCACCGGCCGTGGCCGGCACCGGCACCCCCGCCCTCGAGATCCGCGGCCTGGGGAAGTCATTCCCCATTGGCGGGCTGTTCTCCCGCGATTCGGTCCGTGCCCTGCACGGCGTCGACCTGAGCATTGGTCGCGGTGAAATCGTGGCGCTGGTGGGGGAGTCCGGTTCCGGCAAGAGCACCTTGGCCCGCTGCGTCGCGCGGCTAGAAAAGCCGAGCACCGGCGCAATCCTGATTGACGGCGTCGACATCCTCAAACGGGATCGTTTTCAAGCATCGCGTGCATTTCGATCCCAACTGCAGATGGTGTTCCAAGACCCCTTCGGCTCATTGAACCCCGCCCACAGGATGGACCACTTCCTGCGGCGTTCGTTGGCGATCCACGGCAAGAGCGGTGGTTCCGAGCAGGAGACCCAGCGTAGGCTCGCGGAACTCATGACCACTGTTGGCCTGCAGGCTGACATGCTGAACTCCTATCCGCACGAGCTGTCCGGTGGCCAGCGCCAACGCGTTGCGATAGCCCGGGCCCTCGCAGTTGAACCCCAGGTCATCCTGGCCGACGAACCTACCTCCATGCTTGACGTTTCTGTCCGGATCGGCGTGCTCAACCTGATGCGCAAGCTCCGCGACGAGCAGGGCATCTCCATGCTCTACATCACGCACGACCTCGCGTCAGCCCGATACTTGGCGGACCGGACTGCCGTCATGTTCGCCGGTGAACTCGTTGAGGAAGGCGAGTCCCTGGACCTGCTGTCCAACCCCGCGCACCCTTACACGCAACTGTTGGTTTCGGCCGTACCGGACCCCGCCCGGGCGGGCTCGTACGATCCCGTCCGCAGGGCCGAATTACGGCAGGCGGTCATGGCCTCAACGCACTGCGTGTTCGACGGCGATCCGAACCAGGCATGCTCGGCCGGAGAACCTGTTCGCCATCAAGTGGGTGACCCCGCCAACCGTCACTGGGTGCGCTGCCATCTTTACCGGCCATGGGCCGCAGCCGGCGGCCATGCTTTGGCGAGCGAACCAATCCAACCCAGTGGCCCGGCGTCGAACGCTCAGGAAGAGGCTTCCGCATGA MSHSLITPPAVAGTGTPALEIRGLGKSFPIGGLFSRDSVRALHGVDLSIGRGEIVALVGESGSGKSTLARCVARLEKPSTGAILIDGVDILKRDRFQASRAFRSQLQMVFQDPFGSLNPAHRMDHFLRRSLAIHGKSGGSEQETQRRLAELMTTVGLQADMLNSYPHELSGGQRQRVAIARALAVEPQVILADEPTSMLDVSVRIGVLNLMRKLRDEQGISMLYITHDLASARYLADRTAVMFAGELVEEGESLDLLSNPAHPYTQLLVSAVPDPARAGSYDPVRRAELRQAVMASTHCVFDGDPNQACSAGEPVRHQVGDPANRHWVRCHLYRPWAAAGGHALASEPIQPSGPASNAQEEASA PGPT0004440_6428 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 D3-18_02409 963 dppD COG0444 Dipeptide transport ATP-binding protein DppD ATGACCATCTCCCAAGTTTCCTTCGGCTCCCACGAACCAGTCCTTGACGTCAAGGACCTCACCGTCAAGTACATCGGCGACACCCGGTCCACCACCGCCGTCGACCGCGTTTCCTTCAGTATTGGCACCGGTGAGGTGTTCGGCTTGGCGGGGGAGTCCGGCTGTGGGAAGTCCACTATTGCCAACTCGATCATGAGGCTCCTGAAGGACCCCGCAAAGATTGCAGGCGGCAGCATCTCCTTCGGCGGCAAGGATGTCCTGGCCATGAGCCCGGAAGAGCTGCGGCGCTTCCGCTGGCAGGATGTGGCCATGGTCTTCCAGTCGGCCATGAATTCGCTCAATCCGGTGCTGACCATAGGCGAACAGATCGTTGACATCTTCACAACTCACGCCGGCTACTCCCGTAAGGAATCGCTGAGGCGGGCCGGTGAACTGCTGGAACTCGTGAGGATCGATCCCGCACGGCTCAAGTCCTATCCGCACCAACTCTCGGGTGGCATGCGCCAGCGAGCCGTTATCGCCATGGCGGTGGCGCTCAAGCCGTCACTGCTGATCCTGGACGAGCCCACCACCGCCCTGGACGTAGTGGTGCAGCAGGAGATCATGGCACAAATCAAGGACCTCCAACGTGAACTCGGCTTCTCCGTCCTCTTCATCACGCACGACATGTCCCTGATGGTGGAACTCTCGCACCGCATGGCCGTGATGTACGGCGGCCGGATCGTGGAGACCGCCAAAGCCCAGGACGTTTACGCCAATCCCCGCCACCCTTACACCCAGGCCCTCATGGGCGCGTTTCCGCCGCTCACCGGTCCCCGCGTTCCGTTGACGGGACTGCCCGACGGCGTGAAGTTCCGGAACATCCCGGACCTCACCGAAGAAGCACCCGGCCATTTCGTAGCTCCATTTGATGCCGACACCCCGGCGGTTGATTCAGTAAACCTGGAAGGAGCTGCACGATGA MTISQVSFGSHEPVLDVKDLTVKYIGDTRSTTAVDRVSFSIGTGEVFGLAGESGCGKSTIANSIMRLLKDPAKIAGGSISFGGKDVLAMSPEELRRFRWQDVAMVFQSAMNSLNPVLTIGEQIVDIFTTHAGYSRKESLRRAGELLELVRIDPARLKSYPHQLSGGMRQRAVIAMAVALKPSLLILDEPTTALDVVVQQEIMAQIKDLQRELGFSVLFITHDMSLMVELSHRMAVMYGGRIVETAKAQDVYANPRHPYTQALMGAFPPLTGPRVPLTGLPDGVKFRNIPDLTEEAPGHFVAPFDADTPAVDSVNLEGAAR PGPT0004435_11966 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 D3-18_02410 927 dppC_1 COG1173 Dipeptide transport system permease protein DppC ATGACAACCGCACTTCTGAAGCAGCCAACTCCAACACCGGCTGTCCGCAAACCCAACCGCAGTTTCGTCCACGGGCTCCTCAACAACAAGAAGGCCCTGACGGGTATGGCCATGATGTTCATCTTCATTGCCTTGGCACTGCTGGCACCGGTGCTGTTTCCCGGCGACCCGTCGAGGATCACCGCGATGGCCTCCCTTGAACCATCTGCCGAGCACTGGCTGGGCACCACCGCCAAGGGACAGGACGTGCTCGCGTTGACAGTCCACGGCTCACGGAGTTCCCTTTTCGTGGGGCTGACAGTCGGGGTGGCGTCCACGTTCATCGGCATCCTCGTGGGCCTCGCCTCGGCGTACTTCGGCAAGTTCATTGACGAAGCACTGTCCCTGGTTACCAACGTTTTCCTGCTCTTGCCCGGCCTGCCGCTGCTGGTCATCCTGGCCGCGTTCCTTCCGCCGGGCCTGGGCACGGTAATCCTGGTACTCGTCGTCACCGGCTGGGCCGGCTCTGCCCGCGTCCTTCGATCACAGGCGTTGTCCATCCGGTCCAAAGACTTCGTGGCTGCGGCCGTGGTGTCCGGGGAACGGGCGGGCTGGATCATGTTCCGCGAAATCCTGCCCAACATGGCCTCGATTGTCATGGGCACCCTGCTTGCCTGCGTGATCTACGGAATCGGTGCGCAAGCGGGCCTGGAGTTCCTGGGCCTGGGTGATGTCAGCACGGTCTCCTGGGGCAACAACCTCTTCTGGGCCGGCAACGAAGGCGCCCTCCTCACGGGCAGTTGGTGGGTCTTCGTCCCCTCAGGCGTGTGTATAGCGCTGGTCGCCTTCGCCCTTGCCCTCATCAACTACGCCGTGGACGAGGTCACCAACCCGCGGTTGCGAAAAATCAAGACTCCAAAAGACACCGAAAGGAGCGCCGCCAAATGA MTTALLKQPTPTPAVRKPNRSFVHGLLNNKKALTGMAMMFIFIALALLAPVLFPGDPSRITAMASLEPSAEHWLGTTAKGQDVLALTVHGSRSSLFVGLTVGVASTFIGILVGLASAYFGKFIDEALSLVTNVFLLLPGLPLLVILAAFLPPGLGTVILVLVVTGWAGSARVLRSQALSIRSKDFVAAAVVSGERAGWIMFREILPNMASIVMGTLLACVIYGIGAQAGLEFLGLGDVSTVSWGNNLFWAGNEGALLTGSWWVFVPSGVCIALVAFALALINYAVDEVTNPRLRKIKTPKDTERSAAK PGPT0004450_4805 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 D3-18_02411 978 dppB_3 COG0601 Dipeptide transport system permease protein DppB GTGCGCTTCATCCTGCGCCGCCTGGGTTTCTACCTGATCGCCTTCTGGGCATCCATCACCCTGAATTTCCTGCTCCCGCGTTTCATGCCCGGTGACCCGGTCTCCCGGATGTTCGCCCGCTCCCAGGACCGAATGCAGCCCGAACAAATCGAGGCCCTACGCAAGCTGCTGGGTGTTGACGATCGGCCCATTTGGGAGCAATACATCGACTACATGCACAACATCTTCACCGGGCAAATGGGTGTTTCCATCTCCCGTTTCCCCACCCCCGTCACCGAAGTCATCTCGTCCCAAATCGGCTGGACACTCCTGCTGGGCGGTACCGCACTGGTGGTTGCCGCCGTCGTGGGTAACCTGCTGGGTATCCTCGCCGCGTGGCGCCGTGGTGGGGCGATCGACTCCGCGCTTCCGCCGGTGCTGGTTTTCATCGGCTCGTTCCCGTACTTCTGGCTTGCCATGGGTGCGCTGTACCTGTTCGGGGTGGTGCTGGGTTGGTTCCCGATCCGACATGCGTTCACTGACGGTTTGGAGCCGGCTTTCACTTGGGAGTTCATCGGCGACGTCGGCGCCCACCTTGTGCTGCCCGCGCTGACGATCGTGCTGGTTTCCATCGGAGGTTGGATGCTGGGCATGCGAAACACCATGATTGCCACGAATTCCGAGGACTACATCACCATGGCCGAAGCCAAGGGACTCCGCCCCGGACGCATCATGCTCCGCTACGCAGCACGCAATGCCATGCTCCCGTCGGTAACGAGCTTTGGCATGGGACTGGGATTCGTTGTGGGTGGTGCGCTGCTGACGGAGGTGGTATTCGCCTATCCCGGCGTTGGCTACCAGCTCCTCAACGCCGTCCAAGGCCTCGACTATCCGCTTATGCAGGGCCTGTTCCTGACCATCACCGCCGCTGTGCTGCTTGCCAACTTCCTGGTGGACATCCTCTACGTCCGCCTCGACCCGCGCGTGCGCAGCAACTAG MRFILRRLGFYLIAFWASITLNFLLPRFMPGDPVSRMFARSQDRMQPEQIEALRKLLGVDDRPIWEQYIDYMHNIFTGQMGVSISRFPTPVTEVISSQIGWTLLLGGTALVVAAVVGNLLGILAAWRRGGAIDSALPPVLVFIGSFPYFWLAMGALYLFGVVLGWFPIRHAFTDGLEPAFTWEFIGDVGAHLVLPALTIVLVSIGGWMLGMRNTMIATNSEDYITMAEAKGLRPGRIMLRYAARNAMLPSVTSFGMGLGFVVGGALLTEVVFAYPGVGYQLLNAVQGLDYPLMQGLFLTITAAVLLANFLVDILYVRLDPRVRSN PGPT0004445_7016 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 D3-18_02412 1674 nikA COG0747 Nickel-binding periplasmic protein ATGACACAACCCCGATATTTCAGGGCTGCCCGGATGACGGCGGCAAGCCTTGCAGTGGGCGCAATGCTGCTCACCGGCTGCACGGCCAATGTCACCAAGACAAGCACTTCCGACGCCGGAGCGAACGCCAGCGCGTTCCTCACCATCCCGCGTGAGGACATGGGCACGTTCGTGCAGAACTTCAACCCGTTTGCCCCCACGGTCAACCCGATGGTCCAGCAGTCCATTTACGAATCCCTCCTGATCTTCAACCCGGCCAAGGGAGACACTGTGCCGTGGCTCGCCACCGAGTGGAAGGCAGCGGAGGACGGCAAGTCGATCACCTTCACGCTCCGTGACGGTGTGAAATGGTCCGATGGGCAGCCCTTCGTGGCTGACGATGTTGCCTATACGTTCGAACTTCAGAAAAAGATCAAGGGCGGCTTCGAATATCTGGATACCGTCACGGCCGAGGGCAACAAAGTCACATTCAACTTCAACAAGCCCTGGTCACCGGCCCTTTACGACGTCGGCCAGCTCGTCATCCTGCCCAAGCACATCTGGTCCGCTTTGCCGGACCCGGAAAAGGACGCAAACGCCAAGCCGGTGGGCACCGGACCCTACACCGAGGTGGACGGTTTCCAGGCCCAGTCCTTCGTGTTGACCAAGAACCCCAACTACTGGCAGCCGGAGAAGCAGAAGATTGCCGGCATCAAGATGCTCGCTTTTGCAGGAAACGACGGCGCCAACCTCGCCGCCGCGAATGGCGACGTGGACTGGGCTCCGCAGTACATCCCGAACATCGAAAAGACCTTCGTTTCAAAGGACAAGGAACACCGTCAATACTGGTTCCCGGCCACCGGTGCCATGATCAACTGGCAACTCAACACCACTAAAGCGCCGTTCAACGACGTTGATGTCCGCAAGGCACTGAGCATGGCCGTTGACCGCGAGCAAGTTACCAAGATCGGCATGAGCGGCTACGCGAAACCGGCGGACTGCACCGGACTCTCCGGCAACTACGAAACCTGGAAGAACGCCGCGGTCAAGGACAACTGCACGTGGACCAACCACGATGTGGAAAAGGCCAACGAGCTTCTGGACAAGGCCGGATATCCCAAGGGAGCCGACGGAAAGCGCACGATGAAGGACGGAAAGCCGTTCGAATTCGAGATCTCCGTGGGCGCCACTTCCTCCGACTGGCTGTCAGTGGCCAACGTGATCGCGCAGAACCTGGCCGAAGTGGGCGTGACTGCCAAGGTGGAGTCCCCGGATTGGGCTGCCGTGGTTGCCGGCTATGAGACCGGCGACTTCGACTCCGGCATTGTCTGGAGCGCCAACGACCCCAGCCCGTACAAGTACTTCAACACGACAATGGGCACAGCAACAGTGAAGCCCGTGGGCACCAAGACGTTCGACAACTACCACCGCTTCGGCGACACGAAAGCGGATGCACTGCTGGCCGACTTCGCCGCGGCAAGTGATGAGTCCAAGCAAAAGGACCTCGCCAACAAGCTGCAGGAAGAGTACAACGACGTCGCACCGCTGGTGCCGCTGTTCTCAGGACCGGAATGGGGAGCCTTCAATGACACCCGGTTCACTGGCTGGCCCACCGAGGGCAACCCGTACGCCACCCTGTCGGTCCGTTCACCTACGACGGTGCTGGTTCTGACCACGCTGGAACCGCGCAAGTAG MTQPRYFRAARMTAASLAVGAMLLTGCTANVTKTSTSDAGANASAFLTIPREDMGTFVQNFNPFAPTVNPMVQQSIYESLLIFNPAKGDTVPWLATEWKAAEDGKSITFTLRDGVKWSDGQPFVADDVAYTFELQKKIKGGFEYLDTVTAEGNKVTFNFNKPWSPALYDVGQLVILPKHIWSALPDPEKDANAKPVGTGPYTEVDGFQAQSFVLTKNPNYWQPEKQKIAGIKMLAFAGNDGANLAAANGDVDWAPQYIPNIEKTFVSKDKEHRQYWFPATGAMINWQLNTTKAPFNDVDVRKALSMAVDREQVTKIGMSGYAKPADCTGLSGNYETWKNAAVKDNCTWTNHDVEKANELLDKAGYPKGADGKRTMKDGKPFEFEISVGATSSDWLSVANVIAQNLAEVGVTAKVESPDWAAVVAGYETGDFDSGIVWSANDPSPYKYFNTTMGTATVKPVGTKTFDNYHRFGDTKADALLADFAAASDESKQKDLANKLQEEYNDVAPLVPLFSGPEWGAFNDTRFTGWPTEGNPYATLSVRSPTTVLVLTTLEPRK PGPT0004430_5161 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 D3-18_02413 1068 rbsR_2 COG1609 Ribose operon repressor ATGGCGAAATCCACCCCTGATGAGGCCGTACCTGTACGGCAGCGGGGAGTAACCATGAAGGACGTCGCCAAACATGCCGGCGTTTCACGGACAGCGGTTTCGTTTGTTCTGAGCAACCGCGAAAACGCCAGTATCTCCGAGGAAACCCGCACTCGCATCAACCACGCTGTGCAGGAACTGGGTTACAGGCCCAACGCCGGTGCCCGTGCGCTGGCATCGCGGCGCAGCGATTGGTACGGGATCGTGACGGAGATCGTCACGGCACCGTTCGCCGTCAACATCATCAAAGGAGCCCAGGACCAAGCGTGGCTTGACCGTCGGTTCCTGCTCATCGCGCCCTCCGACCAGGCCGATGCCGTAGGACCCAACCAGGGCCTGGAAGATGCTGCAACGGAAAAGCTGCTGGAACAACGAGTGGAAGGACTTCTCTACGCAGCTACTTTTCACCGGGGCGTCCACGTTCCGGCGAGTGCCAATGAAGTACCCACCGTGTTAATCAACTGCTTCGATGCGGACGGTAAGCTTCCCTCGATCGTCCCTGACGAGCGTGGGGGAGGCAGGATCGCCGTCGAACGTTTGCTCCAAGCCGGCCACACCCGGATTGGAGTCATCAACCTTGACCCGGTTATTCCTGCTGCAGTGGGGCGGTTGGAAGGTGCACGCGAAGCACTTGCCGTCGTCGGGCTGCAGCTGGACCCGGAGCTGGTGGTGTCAGGGTATGCCACGGCTGACGGCGGCTACGAAGCCGCGTGCCGGATCCTGGACCGCTATCCACAACAGGACAGGCCGACGGCACTGTTCTGCCTCAATGACCGCATGGCGATGGGCGCCTATGATGCCATCAAGGAACGGGGCCTGACCATCCCCGGGGACATCGCCGTGATCGGCTTCGACAACCAGGAACTCATCGCGGCCTACCTGCGGCCAAAGCTGACAACGGTTGCGTTGCCCTTCGAAAAAATGGGCGCCTTGGGCGTCCAAACGCTCGCCGCACTAACAGCAGGACAGCCGATTATTGCCGACCAGCAATTGGTCGACTGTCCGCTGCTAGAACGCTCTTCGGTCTGA MAKSTPDEAVPVRQRGVTMKDVAKHAGVSRTAVSFVLSNRENASISEETRTRINHAVQELGYRPNAGARALASRRSDWYGIVTEIVTAPFAVNIIKGAQDQAWLDRRFLLIAPSDQADAVGPNQGLEDAATEKLLEQRVEGLLYAATFHRGVHVPASANEVPTVLINCFDADGKLPSIVPDERGGGRIAVERLLQAGHTRIGVINLDPVIPAAVGRLEGAREALAVVGLQLDPELVVSGYATADGGYEAACRILDRYPQQDRPTALFCLNDRMAMGAYDAIKERGLTIPGDIAVIGFDNQELIAAYLRPKLTTVALPFEKMGALGVQTLAALTAGQPIIADQQLVDCPLLERSSV PGPT0017992_2256 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 D3-18_02414 780 hchA Protein/nucleic acid deglycase HchA ATGAAGAAAATCCTCATGGTACTGACCAGCGTTTCCGAGCTCGGCGATACGGGCGAGAAGACCGGCTATAACGTCGCCGAGGCCGCACATCCCTGGAAGGTGTTCAAAGATTCAGGTCACTTCGTCGATTTTGCTTCGATCAAAGGCGGCCAGCCTCCCAGCGACGAGGTAGACACGGATGATCCAATCCAGGTTGCCTTTACCAAGGATGAGACCACGCGCGCCGGCCTCTACAACACTGCCCGCGTGGATGTCATTGATCCCGCGCAATATGATGCTGTCTACCTCGTGGGAGGACACGGCACTATGTGGGACTTCCCGGACAGCGAAGGGTTGCAGCGCCTGGTTGCCAGCGTTTACGACGCCGGCGGCCTGGTGGGCGCCGTCTGCCATGGTCCCGCTGGACTACTGAATGTGGAATTGGAGAATGGATTCCGTCTTGTCCAAGGCCGGGACGTGGCCGCCTTCACCAACGACGAGGAAGTTGCCGCCGGGAAAGACAAGGTCATCCCGTTCTTCCTGGCAGACCGCTTGGAGGAACAGGGAGCACGCCATGTCTCCGCAGGTGTCTTCGAGGAGAAAGTGGCAGTGGACGAGCGACTGGTCACCGGTCAGAATCCTGCTTCAGCTGCTGGAGTAGCCAAGGAGATGGAGAAGCTCTTCGCCCAGGTCATCCATCAGGAAAAGGCCGAGGAGCAGCACGAGGCGGAGGCGCTGCGTGCTGAGAAGGACGCGGAAAAGAGCGCCAAGAAGCAGGCAGCGGCGGACACGGAACACTAG MKKILMVLTSVSELGDTGEKTGYNVAEAAHPWKVFKDSGHFVDFASIKGGQPPSDEVDTDDPIQVAFTKDETTRAGLYNTARVDVIDPAQYDAVYLVGGHGTMWDFPDSEGLQRLVASVYDAGGLVGAVCHGPAGLLNVELENGFRLVQGRDVAAFTNDEEVAAGKDKVIPFFLADRLEEQGARHVSAGVFEEKVAVDERLVTGQNPASAAGVAKEMEKLFAQVIHQEKAEEQHEAEALRAEKDAEKSAKKQAAADTEH NA NA NA NA NA D3-18_02415 1017 yedI COG2354 Inner membrane protein YedI GTGAGCGGCGGTCTCGTAGCACTGTTGGACGATGTCGCAGCGCTGGCCCGCATAGCGGCTGCCTCCGTGGACGACATCGCTGCAGGAGCCGCCAAAGCCGGGGCCAAAGCTGCCGGCGTCGTCATTGACGACGCCGCCGTCACACCCCAATATGTCTCAGGGGCGGACCCGTCACGCGAACTGCCGATGATCAAACGGATCTTCTGGGGCTCGCTGCGAAACAAGCTGGTGATCATCCTGCCGGCCCTGCTGCTGGTTAGTGCTTTCATCCCTGGAGTAATTCCGTTCATCCTTATGCTGGGTGGCAGCTACCTCTGCTACGAGGGCGCCGAAAAGGTGTGGCACAAGTTCCGCGGCGACCATGCTGATACCGAGAAGGCACCGGCAGTCCAACGCGGCCCTGAAGCAGAGGCGAAAGTTACCAAAGGCGCCATCACCACCGACTTCATCCTGTCCTGCGAGATCATGGTCATTGCCATGAATGAGGTGGCCGCGGAGTCCCTGTGGGTCCGGGCGTTCATCCTGGTGGTCGTAGCAATCGCGATCACTGTCATTGTGTATGGCGCCGTCGGCCTCATCGTGAAAATGGACGATATTGGCCTGCACCTGACCACCAAGGCCTCCGAGGGCTCCCAGCGCTTCGGCCGGTTGCTCGTCAAGGGGATGCCGGCCGTACTGGCAGCCATCACCCTCATCGGGACCATCGCCATGCTGTGGGTTGGTGGTCACATCATGCTGCAGGGTGCCTACGACCTCGGCTGGCACGGCCCCTACGACCTTGTCCATGTACTGGAGACACCCTTCGTCGGCATCCCGGTGGTGGGCGGCTTCCTTGCCTGGCTTGTGAACACCATTTGCTCAGCCATTCTCGGTGCCGTCTGGGGCCTGGTCATCATGCTCATCCTGCACCCGCTGCTTAAGGTGCTGCCGTTTGGCAAGAAGAATGGACACGAAGAGGGCGATGTCCGCGCCGCGATCGCCGGTCACAAGCCGGCCAAACATAACCCAAGTAAGTAG MSGGLVALLDDVAALARIAAASVDDIAAGAAKAGAKAAGVVIDDAAVTPQYVSGADPSRELPMIKRIFWGSLRNKLVIILPALLLVSAFIPGVIPFILMLGGSYLCYEGAEKVWHKFRGDHADTEKAPAVQRGPEAEAKVTKGAITTDFILSCEIMVIAMNEVAAESLWVRAFILVVVAIAITVIVYGAVGLIVKMDDIGLHLTTKASEGSQRFGRLLVKGMPAVLAAITLIGTIAMLWVGGHIMLQGAYDLGWHGPYDLVHVLETPFVGIPVVGGFLAWLVNTICSAILGAVWGLVIMLILHPLLKVLPFGKKNGHEEGDVRAAIAGHKPAKHNPSK NA NA NA NA NA D3-18_02416 1200 aspB COG0436 Asparagine--oxo-acid transaminase ATGCAGCAACTCGCGCATCGACTCGAACGGCTCGGCACCGAAACCGCCTTTAGCGTCGCCCAGGCCGCGGCAGCTTGGAAGGCGAAGGGGAATCTGGTTTACCCCTTCCACCTCGGTGACATCAACATCCCCACCGCCCCGCACATCGTCGAAGCCATGACCAAGGCAATCGCCGACGGCTACACGGGCTACTGCCCCGGCCCCGGCATCCCCCAGCTGCGCGAAGCCCTCGCCGAGGACATCGGCTCACGCCGCGGCATCAGCCTCTCCCCCGACAACGTCGTGGTCATGACGGGCGGCAAGCCGGTCATCACGAAGTTCCTGCAGGCAGTGATGAACCCCGGTCAGGAAGTGCTGTACCCGAATCCCGGCTTCCCGATCTACGAGTCGCAGATCGAATACCTCGGAGGCACAGCAGTACCGTACCGCTACCTCCCCACAAGCCAGGGCTTCTCTATCGACCTTGACCAGGTACGCGCGTCGATCACGCCGAACACCGTTGCCATCATCTACAACGACCTGCAGAACCCCATCTCCGCGGAATCCACTGCGGCTGAGCGCGAGGCCATTGCTCAGATCGCCCAGGAGCACAATCTCTGGGTGCTTTCCGACGAGGCCTACTTCGAGACCCGCTACGAGGGAGTCTCCAGCTCGATCACGTCGCTTCCTGGCATGGCAGAACGAACCGTGATCCTCTACACCTTCAGCAAGAAGTTCGCCATGACCGGCTCACGCCTCGGCTGTGCCGTAGCTCCCCTTGAGATCGCCAAAGTTCTCAGCACCCTCAACACCAACGACGAGTCATGCACCACCCACTACGTGCAGTGGGCAGGTATCGAAGCACTGCGCGGCACCCAGGAACCGGTCCAACAGATGCTGGACATCCTGCGTGAACGGCGGGATGCTGCCTGCGAACTCGTGAACTCCGTCCCCGGAATGCACGTCGCAGTGCCCCAGTCGACGTTCTACCTGTTCCCGGACGTCACCGACGTCATGGAGAAAATGGGCTATACAGCAGTAGGTGACTTCGCTAGCGACGCCCTGTACAAAACCGGAGTCTCCTTCTGCACCCGCGAGCACTTCGGCCGGCGCCTACCCGGCGAAGAAAGGCAGTACATCCGGCTCGCCTACTCAGGCATCGACGTCGCCGATATCCGTGAGGGCCTCGGCCGCCTCCGCGACTGGATCGTGACCGCATGA MQQLAHRLERLGTETAFSVAQAAAAWKAKGNLVYPFHLGDINIPTAPHIVEAMTKAIADGYTGYCPGPGIPQLREALAEDIGSRRGISLSPDNVVVMTGGKPVITKFLQAVMNPGQEVLYPNPGFPIYESQIEYLGGTAVPYRYLPTSQGFSIDLDQVRASITPNTVAIIYNDLQNPISAESTAAEREAIAQIAQEHNLWVLSDEAYFETRYEGVSSSITSLPGMAERTVILYTFSKKFAMTGSRLGCAVAPLEIAKVLSTLNTNDESCTTHYVQWAGIEALRGTQEPVQQMLDILRERRDAACELVNSVPGMHVAVPQSTFYLFPDVTDVMEKMGYTAVGDFASDALYKTGVSFCTREHFGRRLPGEERQYIRLAYSGIDVADIREGLGRLRDWIVTA PGPT0020110_2274 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020110-aspB-K00812 NA NA D3-18_02417 960 Putative 2-hydroxyacid dehydrogenase ATGAGCCGCGTTGTCGTCACGGGACGCATCCCCGACGCTGCGATTGAAAAACTCCGCACCGAACACGACGTCGAGGCCTGGGATGGTCCCGAGACCATTACGCGCGAAGAACTTCTGCGCCGGGTAGCCGGAGCCGATGCCATAGTGTCTCTGCTCACCGAGCGCGTTGATGCAGAACTGCTCGATGCCGCCGGCCCGCAGCTCAAGGTCGTCGCAAATGTCGCCGTCGGATATGACAACATCGACGTGCCAGCCTGCAGCGAACGGGGCGTCGTGGCCACCAACACGCCAGGCGTACTCACCGACGCCACGGCCGACATCGCGTTCGGCCTCATCCTCATGGCAACCCGGCGGCTGGGTGAGGGTGAACGACTCATCCGCTCCGGCAAAGCCTGGAAGTGGGGAATGTTCTTCCTGCTCGGCAGTAGCTTGCAGGGCAAGACACTCGGCGTCGTCGGCATGGGCGGAATCGGCCAGGCTACCGCACGGCGGGCCAAAGCCTTCGGCATGGACATCGTCTACCAGTCCCGTAGCGAAATCGACCCAACGATCGCCGCGGAGCTGGACGCCCGACGCGTCGACCTCGACGAACTGCTGGCAGTCTCCGACGTCGTCTCTCTGCACTGTCCTTACGGCCCCGCCACCCATCACCTGATCGGGGCCGAACAACTCGCTGCGATGAAGAGCTCCGCGTTCCTCGTCAACACCGCGCGCGGACCGATCGTCGACGAAGACGCACTGGCAACAGCCCTTCGCGAAGGTGCAATCGCCGGAGCCGGGCTCGATGTCTACGAGCAAGAACCACGCGTCCATCCCGGCCTGCTGGAACTGGACAACGTCGCCCTCCTGCCGCACCTCGGCTCAGCCACGGTGGAAACGCGTACAGCCATGGCCATGCTCGCCGCCGACAACGCACTGGCAGTGTTGAGCGGTGAACGACCGCCGGCACCGATCGCGTAG MSRVVVTGRIPDAAIEKLRTEHDVEAWDGPETITREELLRRVAGADAIVSLLTERVDAELLDAAGPQLKVVANVAVGYDNIDVPACSERGVVATNTPGVLTDATADIAFGLILMATRRLGEGERLIRSGKAWKWGMFFLLGSSLQGKTLGVVGMGGIGQATARRAKAFGMDIVYQSRSEIDPTIAAELDARRVDLDELLAVSDVVSLHCPYGPATHHLIGAEQLAAMKSSAFLVNTARGPIVDEDALATALREGAIAGAGLDVYEQEPRVHPGLLELDNVALLPHLGSATVETRTAMAMLAADNALAVLSGERPPAPIA PGPT0019780_1204 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_OXALIC_ACID_DERIVATE_UTILIZATION,PGPT0019780-gyaR-K00015 NA NA D3-18_02418 405 hypothetical protein ATGGCTGACATCACCCAAGCCCAGACAGAAGCGGTTCTAGCGGCAGCCGCCAAGGCTGCACTGGAACAAGGAACGGCAATGAATATCGCTGTTGTGGATGCAGGCGCCAACCTCAAAGGCTTTACCCGGATGGACGGTGCATGGTTGGGAAGCATCGACATAGCAATACGGAAGGCACGCACCGCCCGATACTTCGATATGCCAACAGGTTCGATCGGCGAACTCTCCCAGCCCGGGGGTTCCCTCTTTAACATCGAAGTATCCAACGGAGGACTCATTACGTTCCCCGGCGGCGTTCCCCTGTACAGCAAGGACGGCCATGTTATTGGCGCTGTGGGCGTCAGCGGAAGCACGGTAGAAAATGACCATGCCGTTGCCTCTGCCGGGGCCGCGGTCGAGTTTTAG MADITQAQTEAVLAAAAKAALEQGTAMNIAVVDAGANLKGFTRMDGAWLGSIDIAIRKARTARYFDMPTGSIGELSQPGGSLFNIEVSNGGLITFPGGVPLYSKDGHVIGAVGVSGSTVENDHAVASAGAAVEF NA NA NA NA NA D3-18_02419 1041 hypothetical protein ATGGCTGCAAGCCGCAATCCGCTCGATGACCTGCGCGAAACCGTAGGCCATCTGGCCAATCAGCTCAAGCTGTCAGGTTCAGAGCGCGTCGACGACCTGATGGGCGATTTCATCGGCGCGAGGCCCGGGCCGGCCCGGCCGCTGTCGGAAGTGCAGGCGGAACTCGACGCGCTGGTGGGGCTGGAGACCGTGAAGGAACAGGTGCGGGCCCTTGTTGCTCTGCTCCAGGTCCAGGCCCGCCGGAAAGCACACGGCCTGCCGGAGGTGGCCACGTCACAGCATCTGGTGTTCCTCGGAAACCCGGGCACGGGCAAGACAACAGTCGCGAGGCTCCTGGCCGAGATGTACCGCGCGGTCGGACTATTGCAGAAGGGCCACCTTGTGGAGGTCGACCGTTCGGGCTTGGTGGGGCAGTATGTCGGGGCGACCGCCATCAAGACGGACCGGGTGATCCGGCGTGCGCTGGATGGCGTCCTGTTCATCGACGAGGCCTACGCGCTGGCACCGGAGGATGGCCGGATGGACTTCGGTCCCGAGGCGATCGAGGTCCTGCTTAAACGGATGGAGGACCATCGCCATCGCTTGGTGGTGATCGTGGCCGGATACCCGCGGCTGATGGAATCCTTCTTGCTGTCCAACCCCGGATTGCGGTCTCGGTTTGCCCGGGAGATTACGTTCCCCGACTACTCCGTGGACGAACTCCAGACGATTTTCCACCAGATGCTAGCTCAGCACGAGTACACCTTGGAGCCTGGTGCGGACCAAGTGTTGCGTCGCATCCTCACCGGGCTCCACGCTGGCGAGGACTCGGGCAACGCCCGGTTCGCCCGCACGCTGTTCGAGCAGGCGCTCAACCGGCAGGCGCTGCGGCTGTCACGCGACGAGGAACACAGTCTCGATGCGCTCGATCGTGATGCCGTCATGACCCTCACCGCGGACGACGTCGTTGAGGCAGCGCTGGCCTTGGGCGAGGAACCGGAGCCGGAACTGGAACTTACGGCCGAACCTGAACGATCCCGCTGGTGGCGCTGGCTGGCCTGA MAASRNPLDDLRETVGHLANQLKLSGSERVDDLMGDFIGARPGPARPLSEVQAELDALVGLETVKEQVRALVALLQVQARRKAHGLPEVATSQHLVFLGNPGTGKTTVARLLAEMYRAVGLLQKGHLVEVDRSGLVGQYVGATAIKTDRVIRRALDGVLFIDEAYALAPEDGRMDFGPEAIEVLLKRMEDHRHRLVVIVAGYPRLMESFLLSNPGLRSRFAREITFPDYSVDELQTIFHQMLAQHEYTLEPGADQVLRRILTGLHAGEDSGNARFARTLFEQALNRQALRLSRDEEHSLDALDRDAVMTLTADDVVEAALALGEEPEPELELTAEPERSRWWRWLA PGPT0024835_95 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-SPORE_PRODUCTION CE-SPORE_FORMATION|GERMINATION CE-STAGE_V_SPORULATION,PGPT0024835-spoVK-K06413 NA NA D3-18_02420 693 pspA_2 COG0406 Phosphoserine phosphatase 1 ATGGCGACAGTTATTCTCGTGCGGCACGGCCGCACCACAGCTAATGCCACTGGGCTGCTGGCCGGTCGGGCCGCCGGCGTCAGCCTCGACCAGATCGGGCGCGAACAGGCGGCTCTGATGGCAGACCGGCTCGCAGCCGTGCCGGTGGTCGGGCTGGTTTCGAGCCCTCTTGAGCGTTGCCGGGAGACCGCCCAGCTCATCCTTGATCGTCAGGTTGGCACGCCCTACGCACCCATCGATATCGATCTCACCGAATGCGACTACGGCCTGTGGCAGGGCAGGGCGCTCAGTGATCTTGCCACCGAGGATTTGTGGCCGGCGGTGCAATCGCAACCGTCCGCCGTCGTATTTCCCGGCGGTGAATCCATGGCCGGGATGCAGGCCAGGTCCGTGGCAGCGATCCGACGCCACGATGCAGCTTTCGAAGCCGAGCACGGGCCCGGGGCCGTGTGGGCTGCGGTCAGCCACGGTGACATCATCAAGTCCATCCTCGCCGACGCGCTCGGCATGCACCTTGACTTGTTCCAGCGTATTAATGTGGGTCCCGCCTCTGTATCCATCGTGCGCTACGGCCCGAGTCGGCCGAGCGTATACGCGACCAACACCGACGCGGGTGACCTGTCATGGCTGTCGAACGGCATCCACACGGGCGATGCGCCGGTAGGTGGCGGTGCAGGGCAGAACGCGCCCTGA MATVILVRHGRTTANATGLLAGRAAGVSLDQIGREQAALMADRLAAVPVVGLVSSPLERCRETAQLILDRQVGTPYAPIDIDLTECDYGLWQGRALSDLATEDLWPAVQSQPSAVVFPGGESMAGMQARSVAAIRRHDAAFEAEHGPGAVWAAVSHGDIIKSILADALGMHLDLFQRINVGPASVSIVRYGPSRPSVYATNTDAGDLSWLSNGIHTGDAPVGGGAGQNAP PGPT0018030_2398 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 D3-18_02421 546 hypothetical protein ATGCCTACACGTGTTCACGAGTTTGCCTGGCCTGATCGAGTGGTAGTTGGCACCATTGGCCTCCCGGGGGCACGAACGTTCTACCTGCAGGTGCGCGCAGGTAAGCAGATCGTGAGTATTGCCTTGGAGAAGCAGCAGTCGGCCCTGCTCGCGGAGAAGATCGACGATATTCTCGACCAACTGATAACCGCCGAGGGCAACCCGTTCAGTGTTCCCACGGGTACTCCCATTGAGCTTGTCGACAACGACCCTCTTGAAACCGTTCAGGAGCAATTTCGCGCCGGCGCCATGAGCTTAGGTTGGGATCCAACCACCGCCCAGGTAGTCATTGAGGCCTATCCCATCACCGATGTCGATGCGGATGACGACGAATCGCCCGATGAGGACGACGCCAACGAGATGCTGCTGGTGCGCATGCCGGTCGGCACCGCGCGAGCATTCGCCAAGCGCACCCGTGAGATCGTGGAGGCCGGGCGTCCGACGTGCTCGACCTGCGGTTACCCCATGGACGCCGATGGGCACATCTGCACCCTTCCTGAGGTCTGA MPTRVHEFAWPDRVVVGTIGLPGARTFYLQVRAGKQIVSIALEKQQSALLAEKIDDILDQLITAEGNPFSVPTGTPIELVDNDPLETVQEQFRAGAMSLGWDPTTAQVVIEAYPITDVDADDDESPDEDDANEMLLVRMPVGTARAFAKRTREIVEAGRPTCSTCGYPMDADGHICTLPEV NA NA NA NA NA D3-18_02422 768 hypothetical protein ATGCCGACGCCGGACCTGGTGACCGCCGAGCTGACCCTCACCGGGCGCATCACCACGGCTTCCAACGCTACATTCCTAGGCAGCATCGGCGACGTCGAAGTCGTCTATAAGCCGATAGCAGGCGAAAGTCCGCTGTGGGACTTTCCGCACGGCACCCTTGCTCACCGCGAGGTGGCGGCTTACTTGGTCTCGCAGGTCTTCGGCTGGGACATCGTTCCCCGCACCTGGTTGCGCGATGGCCCCTTCGGCGAGGGAATGGTGCAGCTCTGGCAGGAGCAAGACCCGGCCCAACGCGCCGTGAACATGCTTGCAACGGACCAAGTGCCCGAGACAGGCTGGAAACACGTTCTCGAAGGGCAAAATGAGAACGGTCAGATGGTCGCCTTGGTTCACGAAGACTCGCCAGCACTCCGACGCATGGCGGTCTTCGACATGATTGTGAACAACGCCGACCGCAAAGGCGACCACATTCTCGCGATGACGGACGGGCACAGGCACGGCGTGGACCATGGGCTGACATTCCACCATGACCACAAGCTGCGTACGGTGTTGTGGGGATGGCTGGGGCAACCTCTTACCGCCGAAGAACGCGACGGCGTCGATCGCGTCGCCGAAGGACTGCACGGCGAGCTGGGCCGAGACTTGGCCGAGCTGCTCAGTACGGAAGAAATTGCATCACTGGCCACGCGCTGCGCCCGGTTGCGCTTAGCAGGGCGGTTCCCCGCTCCGAGCGGTGGGATGCCTGCGGTGCCTTGGCCGCTGTTTTAA MPTPDLVTAELTLTGRITTASNATFLGSIGDVEVVYKPIAGESPLWDFPHGTLAHREVAAYLVSQVFGWDIVPRTWLRDGPFGEGMVQLWQEQDPAQRAVNMLATDQVPETGWKHVLEGQNENGQMVALVHEDSPALRRMAVFDMIVNNADRKGDHILAMTDGHRHGVDHGLTFHHDHKLRTVLWGWLGQPLTAEERDGVDRVAEGLHGELGRDLAELLSTEEIASLATRCARLRLAGRFPAPSGGMPAVPWPLF NA NA NA NA NA D3-18_02423 957 nodD2 Nodulation protein D 2 ATGAAGAACCTGGACCTGAACCTATTGCCCCAACTGCAGGTTCTGCTGGAGCTGCGGAATGTGTCCCGGGCAGCGGAACGGCTCCAGCTCAGCCAGCCGGCTACCAGTGCGGCGATGGCCAGGCTCAGAAGGCATTTCGACGACGAACTGCTGGTTCGTAATGGCCGCACCTACGATCTCACTCCCTTCGCACAATCATTGGTCCCGCTGGTCGATGAAGCAATGCTTCACGTCCAGCGGGCCACACGCGTTCGATCGGGTTTTGATGCCGCTACGAGCGAAAGGGAGTTTGTCATTGCTGCGTCCGACTACGCGGCCGCGCTCATCGTGGGGCCTCTGCGCGGAATCCTGCAACAGGAGGCACCTCATGTGGTGGTGGACTTCGTACCCACCTCGGGCATGCGGGGCGACCTCGCCGAGTACTCACGGATGGACCTGCTGGTGGGCCCTACCGGTTACCGCATGAAGGGTGATTCCAAACAGCTCTTCCGTGACAGCTTCGTGGCTGTGGCCGACGCTGGAAATCCACTCCTCACCTTGCCTGCGCTGACGTTGGAGGACCTTGTTGAAGTTCCCCACGCCGTCGGGTATTTCGGTGAGGGCATCAGCACTCCGGCGGACAAATTGTTCGAGTCCCGGGGTGTCAGACGTCGGGTGGCGGCCGTGGTGGCGGGCTTCCTGTCACTGCCGTTGTTGGTTGAAGGCACCGACTTGGTGGCGCTGGTTCCGCGCATGCTGGCCGCGAGGGCACAGCGCGGGGCATCTATTGAGGTTCTCGAGTTCGCCGAGGAGTTGGAAGCCGCCTTGGTGGAGGCGATGTATTGGCATCCGTCCCAGACCGAAGATCCTGCAAACGTCTGGCTCCGCTCTGTGGTGCAGCGCGCGTGTTCGCAGCTTCACGAGATCTTTCCGGTGAAGGCTCATCCGGTCATCGTCACGGCAGTTTCCGGCAACTAA MKNLDLNLLPQLQVLLELRNVSRAAERLQLSQPATSAAMARLRRHFDDELLVRNGRTYDLTPFAQSLVPLVDEAMLHVQRATRVRSGFDAATSEREFVIAASDYAAALIVGPLRGILQQEAPHVVVDFVPTSGMRGDLAEYSRMDLLVGPTGYRMKGDSKQLFRDSFVAVADAGNPLLTLPALTLEDLVEVPHAVGYFGEGISTPADKLFESRGVRRRVAAVVAGFLSLPLLVEGTDLVALVPRMLAARAQRGASIEVLEFAEELEAALVEAMYWHPSQTEDPANVWLRSVVQRACSQLHEIFPVKAHPVIVTAVSGN PGPT0015290_266 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM ADAPTION_TO_PIS-INHIBITION_OF_SALICYLIC_ACID|JASMONIC_ACID ADAPTION_TO_PIS_REGULATION_BY_Nod_FACTORS,PGPT0015290-nodD-K14657 NA NA D3-18_02424 1215 ymfD Bacillibactin exporter ATGAGCACCCTGGATCCAACTGCGATCGAAAGCCGCCCACCAGTTGATGGCCGAACGGCCGGAAAGACACAGGCCGCACTACTGGTCGCCGGCAGCTGCATGCCTGTACTGGGCGCTGTACTGCTGGCACCTGTCCTCCCCACCCTGAACCAGGTCTTTGCCGATACCGCAGGTGTCGCGATCCTGGTCCCACTGGTTCTAACCTTGCCGGCTTTGTTCGTCGCACTGTTCTCGCCCCTCGCGGGCTATGTAGCGGACCGGATGGGGCGCAAGCAGCTCCTCGTCTTTGCGATGCTGGCGTACGCCCTTTTTGGGACGGCACCGTTGTGGCTGGATTCCCTTGGAGCCATCGCTTTGTCGAGAGTTGGCGTAGGGATTGCCGAGGCGGCCATCATGACCTGCTGCACCACGCTGATCACCGACTACTATTCAGGACAGCAGCGGAACAAGTACCTCGGTCTCCAAACGATGGTCAGCGCGCTGGCAGCCACTGCGTTCTTTGCCCTAGGCGGCGCCTTGGGCAGCATCAGCTGGCGGACGCCGTTCTGGCTCTACGCTGTCAGCGCCGTGCTGGTTGTGCCTATGGTCTTCAAGCTGTGGGAGCCTGCCAAGAGCCACGTACAGAATACGACGGCGGCGAAACAGCCGGTGCCGTGGCAGCAGATTGGTGCCCCGGCCGCTATGACGCTGTTCGGCGGGATCGTGTTCTACGCACTGATTGTTCACTTGCCGTATGTGATCACCGGCTTGGGCGTGACGGATACCGGACTTATCGGGGGCGCCGCTGCGATCGCCTCATTGGCCACTGCAGCAGGCGCTATCTCCTTCCGGTACCTTGCCAAGCTGGGTACTCGGAAACTGCTGATCGGCGCTTTTGGACTTGCCGCCGTCGGGCTTTGCCTGGTCTCGTCGGCCGGGAACGTGCCGCTGGCCATCGCGGGCGCCGTTGTCGCAAGCGCCGGCACCGGAGTGCTGTTGCCGACGCTACTAACATGGGCGGTCAACGGCCTGACGTACTCCCAGCGTGGCCGCGGTACCGGCATCTGGACCGGAACGCTGTTCATCGGGCAGTTCCTGACGCCGATTGTCCTTGGCGCGGCTGCTGCCGGATTGGGGAACCTCAGCCTTGCACTTGGGGCGTTGGGCATGGCTTGCGTCTTTGCTTTGGTGGCCATCCTGGTCCGGGGGCCGCGGTTGGTCACGATCAGCCAGTAA MSTLDPTAIESRPPVDGRTAGKTQAALLVAGSCMPVLGAVLLAPVLPTLNQVFADTAGVAILVPLVLTLPALFVALFSPLAGYVADRMGRKQLLVFAMLAYALFGTAPLWLDSLGAIALSRVGVGIAEAAIMTCCTTLITDYYSGQQRNKYLGLQTMVSALAATAFFALGGALGSISWRTPFWLYAVSAVLVVPMVFKLWEPAKSHVQNTTAAKQPVPWQQIGAPAAMTLFGGIVFYALIVHLPYVITGLGVTDTGLIGGAAAIASLATAAGAISFRYLAKLGTRKLLIGAFGLAAVGLCLVSSAGNVPLAIAGAVVASAGTGVLLPTLLTWAVNGLTYSQRGRGTGIWTGTLFIGQFLTPIVLGAAAAGLGNLSLALGALGMACVFALVAILVRGPRLVTISQ NA NA NA NA NA D3-18_02425 1020 bphC Manganese-dependent 2,3-dihydroxybiphenyl 1,2-dioxygenase GTGGAAACTCCCCTCTCCCATCTTGCCCACCTCGAGATCACCACTCCGGACGTCGAAGCCTCGGCACGGTTCTACGAGGAAAAGTTCGGCATGCGCATCATCGACCGCGTGGATGGCAACGTCTACTTGCGGTGCTGGGGCGACTACTACCGCTACAGCCTGGTTATCACAGAAGGACCCGAAGCGTCCCTGGGCCGAATGGCATGGCGCACCAACTCGCAGGCCGCCCTGGAAACGGCAGCAGCCCGGGTTGAAGCAACCGGTGTGCAGGGCACCTGGACTGCCGGTGCCCACGGCTTCGGCAAGGCTTACGAGTTCACGGGCCCCTACGGCCACCACATGCGCCTGTTCTATGACGTGGAGAAGTTCGTCGCCGAGCCCGGTTTCGAGTCCACGTACCCCGACCGTCCCGAACGTCGCAGCAGCCACGCTGCCGCACCCCGCTTCCTGGACCACGTCACGGTCGCTTCCTCCGATGTCCGGGGTTTCGCCAAGTGGTACAACGAAGCACTGGGTTTCCGGGTCATGGCCTTCGTAGACCTGGATGAAGCCCCCATCACCGTCTTCTCAGTGCTGACGACCAACGAGAAGTCCCACGACCTCGGCGTCGTCTTGGACACCTCAAAGCGCGCTGGCCGCGTCAACCACATCGCCTTCTGGGTGGACGCCACCGAGGACCTGCTCCGCACCGCAGATGTGATGATGGAAAACGGCACCCCCATGGAATACGGACCGTCCATCCACGGTGTGGGCGAGCAGAACTTCCTGTACTTCCGCGACCCGTCCGGTTTGCGTGTGGAACTGAATTCCGGCGGCTACCGCAACTACGTTCCGGACTGGGAGGCCAACACTTGGAAGCCCTCCGAAGGTTCCAACAACTTCTACAAGAACGGCGCCATGCCGCACTCAATGACCGAATCCTTCCCGCCGGCCGAAGGTTTCACCGCAACGGAGGAAGGTGCTTCCGCTGAAATGAAGGAAGCCCTTCTTAATCCCTACGCAAAGCAGGGTCGAGGCTAG METPLSHLAHLEITTPDVEASARFYEEKFGMRIIDRVDGNVYLRCWGDYYRYSLVITEGPEASLGRMAWRTNSQAALETAAARVEATGVQGTWTAGAHGFGKAYEFTGPYGHHMRLFYDVEKFVAEPGFESTYPDRPERRSSHAAAPRFLDHVTVASSDVRGFAKWYNEALGFRVMAFVDLDEAPITVFSVLTTNEKSHDLGVVLDTSKRAGRVNHIAFWVDATEDLLRTADVMMENGTPMEYGPSIHGVGEQNFLYFRDPSGLRVELNSGGYRNYVPDWEANTWKPSEGSNNFYKNGAMPHSMTESFPPAEGFTATEEGASAEMKEALLNPYAKQGRG PGPT0005055_175 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_CATECHOL_DERIVATE_UTILIZATION,PGPT0005055-dmpB|xylE-K00446 NA NA D3-18_02426 942 hypothetical protein ATGGCCAACGCAACATACTCCCTGATCCGATTCCACGAACCCAGCGACAGCAAAGCCAAGGCGGGCCTGCTGATAGGCGAACGTGTCCTGCCACTGGATGCGGACATTAACTCACTGATCCAGCACTGGGAAACGACCGAAAGTGAGCTCGACCAGCTAGCAGCATCGGTTGGCGCACAAACAGGCCTGGCGTTGTCCGCCGTCGACGTCCTCGCCCCGGTGGAACCCGCCCAGGTCCTGCAGACCGGAGCCAACTACCGCAAGCACGTCATTGACTTGGCCGTGGCACACCGCGACGCCGGCCAGGATGCTGAGGAGGTGCGCGCAAAGACGGCCGCCATGATGGATGAGCGCGCGGGCCAGGGAACGCCGTACTTCTTCATCGGCCTCCCGACCGCGATCGCATCCGCCACGGACGACCTCGTCCTGCCGGGGTACAGCAAGTCCCACGACTGGGAGCTGGAACTGGCGGCCGTGATCGGTAAAGAGGCCTTCCGTGTCACCCCGGAAGAAGCCCTCGATCACGTCTTCGGGTACACCATGGTCAACGACATCACCACCCGCGAGTACGTCTTCCGCAAGGACATGCCCGCCATCGGATCGGACTGGTACCGGGCCAAGAACGCCCCCGGCTTCCTGCCCACAGGGCCCCTTCTGGTACCGGCCAAGTTCTTCGGTGACCCACAGGATGTCCAGGTCAGGCTCAAGCTCAACGGCCAGGCGATGCAGGATGAATCCACGCAGGACATGATCTTCGGTGTGGCCAAGCTTGTCAGCGAAGCTTCGCAGACAATGCCACTGAAGCCCGGAGATCTGGTCCTGACAGGCAGCCCTGCCGGCAATGGCCAGCACTGGGGACGGCTCCTTCAGGACGGCGATATCATGGAAGGCACCATCACCGGGCTGGGCACCCAACTCATCCGTTGCAAGGACGAACAGTGA MANATYSLIRFHEPSDSKAKAGLLIGERVLPLDADINSLIQHWETTESELDQLAASVGAQTGLALSAVDVLAPVEPAQVLQTGANYRKHVIDLAVAHRDAGQDAEEVRAKTAAMMDERAGQGTPYFFIGLPTAIASATDDLVLPGYSKSHDWELELAAVIGKEAFRVTPEEALDHVFGYTMVNDITTREYVFRKDMPAIGSDWYRAKNAPGFLPTGPLLVPAKFFGDPQDVQVRLKLNGQAMQDESTQDMIFGVAKLVSEASQTMPLKPGDLVLTGSPAGNGQHWGRLLQDGDIMEGTITGLGTQLIRCKDEQ PGPT0001745_95 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001745-lra6-K18336 NA NA D3-18_02427 1008 hypothetical protein GTGACCACCGAGGCCGTGCACCCGGCAGCTATCCAGCGCGCGGATCCGCTGGCCAGCATTGCTGACGCCGCTGGACGGTACAACAATTGGGGCCGCTGGGGCGCAGACGACGTCCTTGGGACGCTGAACTTTATCGATGCCGCAAAACGGGTCGAGGCTGCTGCGCTGGTGACCACCGGGGAGGCGTTTTCCTTGTCCCAGCCCTTCGACACCAACGGGCCCCAGAAGGGGTGGCGTCGCCGGACCAACCCCGTACACACCATGACGGACACCGGAGTTGACGCGGAACGCGGCAACCAAGGGTTCCCCCATGGCTTCGGCGGCGCCGATGATGTTATTGCCATGCCATTGCAGTGCTCTACGCAGTGGGACGGGCTCGGCCACATCTTTGACCGTGGCAAGGCTTGGAACGGACGGGCAGCCGGAGATGTGGTCACCTCCGAGGGGGATCTGGTCACCGGGATTCAAACGGCCGCGGCCAAGATCGTGACCCGTGGTGTCTTGCTGGACGTCGGCCGTGCACTCGGTCCGGAGCTGGGACGTACGGATGAGGAACTCCCCGATGGCTTTGCGATCACCCCGGAACACCTTGAACGCACCATTGAACGTCAGGGCCCCGGCTCCGCGGTTCGCCGTGGCGACATCGTGGTGATCCGAACAGGCCAGTACACCCGAGTCCGCCGTGAAGGATGGGGAGACTATGCAGGCGGGTCTGCGCCGGGATTGTCCTTCAGCACCGCGGCCTGGCTGCACGCCTCTGAAATTGCCGGAATCGCGACCGACACGTGGGGCTTCGAAGTGCGTCCCAACGAATTTGACGACGCTTTCCAGCCGCTGCACCAGATCGCCATCCCCAACCTGGGGTTGTTCCTGGGCGAAATGTGGGACCCGGATGCACTTGCCGAAGCCTGCGCGGCGGACGGGAGATACGACTTCATGCTCACCGCGGCCCCGCTCCCCATCACCGGGGCTGTCGGTTCACCGGTCAATCCCATCGCAGTCCGGTAG MTTEAVHPAAIQRADPLASIADAAGRYNNWGRWGADDVLGTLNFIDAAKRVEAAALVTTGEAFSLSQPFDTNGPQKGWRRRTNPVHTMTDTGVDAERGNQGFPHGFGGADDVIAMPLQCSTQWDGLGHIFDRGKAWNGRAAGDVVTSEGDLVTGIQTAAAKIVTRGVLLDVGRALGPELGRTDEELPDGFAITPEHLERTIERQGPGSAVRRGDIVVIRTGQYTRVRREGWGDYAGGSAPGLSFSTAAWLHASEIAGIATDTWGFEVRPNEFDDAFQPLHQIAIPNLGLFLGEMWDPDALAEACAADGRYDFMLTAAPLPITGAVGSPVNPIAVR NA NA NA NA NA D3-18_02428 1125 auaG Aurachin C monooxygenase/isomerase ATGGCAGCAGTACAAAAGGTTGGAATCGTCGGAGCGGGAGCTGCGGGACTGACCGCCGCCATCCTCCTCGCCGACGCGGGCGTCGACGTCGAGATTCTGGAGAAGGCCGCTGAGCCGCAGACGCTGGGTTCGGGCATCACCTTGCAGGGCAATGCCCTGCGGATCCTGCGCGAACTCGGCGTCTGGGAGCAGGTGGAAGCGAAAGGCTACCCGTTCAGTACTCTGGGCCTGCGCGCCCCGGACCCTGCCGGCACCACCATTGCCGTGCTTGAGGACATCAGGACGGGAGGCGACGACCTGCCTGCCACCTTGGGCATGTACCGTCCCGACCTGACCGCGATCCTGCGCGAACGCGCCCTGCAGGCGGGCGCCCGCATCACTTTCGGCAAGACGGTCACGGGCATGGAGGACGACGGCGACAGCGTCACCGTGCGTACCTCCGACGGCGGCAGCGCCCGCTACGACCTACTCATCGGTGCCGATGGGCTTCATTCCGCAGTGCGCAAGGCCATCGGCATCGGCGTCGAACCCCAGCCAACCGGCATGGGCATCTGGCGGGCCTTCGTGGAACGCCCCGAGGATGTTGTTCGGACCGATCTCACCTACGGCGGGCCCTGCTTCATTGCCGGGTACTGCCCCACCGGCCCCGACTCCATCTACGCCTACCTTGTAGAGCGGGCGCAGGAACGCAAGCACGAGGACGGTCCGCGCATCATGACCGAACTCGCGGCAGCCTACGGCGGCCCGTGGAACGAGATCCGGGCCAACCTGAACCACAGCGCGCGCATCAACTACACCTGGTTCACCACGCACCTGGTGGATGGACCGTGGAATCGCGGGCGCACTGTGATCATCGGGGACGCCGCGCACAGTTGCCCCCCGACGGTCGCCCAGGGTGCCGCCATGGCCTTCGAGGACGCTGCGGTGCTCGCCGAGCTTCTCATTTCAGCCGACCATCTCACGGAAACCCTCTGGAAGGAGTTCACTGACCGCCGGTTGGAAAGGGCTACAGCCGTCGTCAAAGCCTCAGTCCAGCTTGGCCAATGGATGCTGGATGGCGTTCGCGATGCCAACGTTCCCGGGCTGATGAACTCGCTTTCCACCATGTTGAAGGAACCCGCATGA MAAVQKVGIVGAGAAGLTAAILLADAGVDVEILEKAAEPQTLGSGITLQGNALRILRELGVWEQVEAKGYPFSTLGLRAPDPAGTTIAVLEDIRTGGDDLPATLGMYRPDLTAILRERALQAGARITFGKTVTGMEDDGDSVTVRTSDGGSARYDLLIGADGLHSAVRKAIGIGVEPQPTGMGIWRAFVERPEDVVRTDLTYGGPCFIAGYCPTGPDSIYAYLVERAQERKHEDGPRIMTELAAAYGGPWNEIRANLNHSARINYTWFTTHLVDGPWNRGRTVIIGDAAHSCPPTVAQGAAMAFEDAAVLAELLISADHLTETLWKEFTDRRLERATAVVKASVQLGQWMLDGVRDANVPGLMNSLSTMLKEPA NA NA NA NA NA D3-18_02429 1080 hypothetical protein ATGAGCACTCGCCCCTCCGAAGCACCGGCACCTACAGTCGACGTGCATGCCCACATCCTGATTCCGGCCCTCCAGCAACGGGTGGCAGACGCCGACTCTGACGGTTTCGCTGCACTCCAAGCCTTGGAAATGCGGCGGAACGGCCCGGAGTCGCTCGCTGCATCGGGGCGCATGATCAAGGAACGGTGGCCTCAGCTCACGGATTTGGATCGTCGTCTGGCTGACATGGACGCCCAAGGAGTGGATGTCCAGCTCGTCTCGCCCTCGCCATCGCACTTTTACTACTTTTCAGGCGAAAAGCTTTCCCTCGAGCTCGCTAAACAGGCCAATGAGGCAGTACGTGACTTCGTGGACAGAGCACCGGACCGGTTGAACGGTCTCGGGCTCGTGCCATTGCAGCATCCCCACCTCATGGTCGAAGCACTCCAACACGCCGTCCTTGAATGTGGGCTCCTAGGCGTTGAAATTGGCTCCTTCGCAGCCACGCAGACTGACCCCGAACGCAGCACCGTGGAGCTTTCCGATCTGCGGCTTGAACCCTTCTGGAGCCGGGCAGAGGAACTGGGTGCCATAGTGTTCCTGCATCCGTTCGGCTGCTCCCTGGACGAACGTCTTGACCGTTACTACCTGGCCAATACTGTCTCCCAGCCGGCCGAGAATGCCGTGGCTTTGTCCCACCTGATTTTCAGCGGAGTTCTGGACCGGCACCCGAACCTTAAGATTGTGGCCGCCCATGGCGGAGGCTATCTTCCAACGACCATCGGCCGTTCCGACCACGCATGGAAAGTTCGTCCCGAGGCCCGACGTTGCGCCGAACCACCGTCGTCATATCTCCAGCGGATCTTCTTCGACTCCTTGGTCCATAACCCCAGGGAACTGCGCGCGCTCATCGAGGCGGCTGGCCCCGGCCAAGTCATGCTCGGCTCCGACTACCCCTTCGACATGGGGTCAGACAGACCAGTTGAAGAGGTTCATGCCGCCGGACTCCCCGAGACCGAAACCACCGGGATTCTCGCCGGCAACGCCGCCGGGCTCGGCATCACCGCTGCCGCCGCCCTCACCGCCCGCCCCACCGCGTAA MSTRPSEAPAPTVDVHAHILIPALQQRVADADSDGFAALQALEMRRNGPESLAASGRMIKERWPQLTDLDRRLADMDAQGVDVQLVSPSPSHFYYFSGEKLSLELAKQANEAVRDFVDRAPDRLNGLGLVPLQHPHLMVEALQHAVLECGLLGVEIGSFAATQTDPERSTVELSDLRLEPFWSRAEELGAIVFLHPFGCSLDERLDRYYLANTVSQPAENAVALSHLIFSGVLDRHPNLKIVAAHGGGYLPTTIGRSDHAWKVRPEARRCAEPPSSYLQRIFFDSLVHNPRELRALIEAAGPGQVMLGSDYPFDMGSDRPVEEVHAAGLPETETTGILAGNAAGLGITAAAALTARPTA NA NA NA NA NA D3-18_02430 1002 hypothetical protein ATGGTCAAGATCGCCCGCTGGAATTACCACGGCGGTACGCACGCCGGGTTTGTGAAGGGCAGCAGCTGCTTTGCGTTACCCCAGGGACAAACCACGAATGACCTTTTGGACCTGGGGATTGCCGCCACTCTGGAGATCGCCTCGGAAACTTTCCGGGCGGCACCTGCAGTTCCGCTGGCCGAGGTGCAGCTGATTGCCCCGCTGATACCGGCCACCATCAGGGACTTCGTGGCGTTCGAAGAACATGTGGAAGGCGTCCGGAAGAGCATCAACGGCGTGGCCGGAGTGGTTGCCGAATGGTACGAGGCACCCACGTTCTACTTCACCAACCCGCACACTGTGACGGGCACGGGCGAGGTGATTGGAGTTCCTGCGGGATGCAGCGAACTGGACTTCGAAACCGAGGTGGCCGCCGTCGTCGGGCATGTGCCTGGAAGCGAAGGCAGGAACCTGTCTGCGCCAGACGCTCACCGGCACATCTTCGGTTACACGATTCTCAACGACTGGTCCGCACGCGACCTCCAGCGGCGCGAAATGAAGGTCAGCCTCGGACCCTGCAAAGGCAAGGACTTTGCGAACACACTGGGTCCCTGGATCGTGACGGCCGATGAGTTCGAGCACCTGCACGATGATGAGGGCTTCCTGCCCATCTCCATGGCCGTCGAAGTCAATGGGCAGCCCGTCGGACAGGATCTTCTATCCAATATGGGCTGGCCGTTCGCAGAGTTGGTGGCGTACGCGTCACAGGACTCGGTAGTGCTGCCGGGGGACGTTCTGGGCTCCGGGACGTGCGGCAGCGGCTGCCTGGCCGAGCTCTGGGGACGCAATGGCGCGAAGACCCCCCAGCCACTGACAACCGGCGACGTCGTGCGAATGACGGTCGAGGGCGTTGGATCCATCGAAAACACTGTGGGTATACGCCGCGAAGCCGTGACACGGGTCCCCGCCCGGAATCGGCCACGTACCCGGTCCATCCCTACGAAAACCCAGGCCATGCGCTGA MVKIARWNYHGGTHAGFVKGSSCFALPQGQTTNDLLDLGIAATLEIASETFRAAPAVPLAEVQLIAPLIPATIRDFVAFEEHVEGVRKSINGVAGVVAEWYEAPTFYFTNPHTVTGTGEVIGVPAGCSELDFETEVAAVVGHVPGSEGRNLSAPDAHRHIFGYTILNDWSARDLQRREMKVSLGPCKGKDFANTLGPWIVTADEFEHLHDDEGFLPISMAVEVNGQPVGQDLLSNMGWPFAELVAYASQDSVVLPGDVLGSGTCGSGCLAELWGRNGAKTPQPLTTGDVVRMTVEGVGSIENTVGIRREAVTRVPARNRPRTRSIPTKTQAMR PGPT0001615_276 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_STYRENE_OXIDE_DEGRADATION,PGPT0001615-faaH-K16171 NA NA D3-18_02431 876 hypothetical protein ATGGTCACTGTCGCCCGCTCCCGCTCCGTTCATGGCCCGTGGGAGGACTGCCCCCGCAATCCGATCATCAGGACATGGAATGCGGACGAGCCATGGTGGAGCAAGGGCCACGCCACCTTATTCGAGGGCCCCAACGGCCAATGGTGGAGCATCTATCACGGTTACGAAAACGGGTTCGCCACGCTCGGCCGGCAAACGCTCTTGGAGCCCATCGAATGGGACGAGGATGGATGGCCCAGGGCAGGCGGGGGAGACCTGTCATTGCCGCTGGTTGCACCCCTGCCCGCCGTTTTCAGGGCAGCGGATCAAAATCACGGCTCGCCGTTGTCCGATGATTTTTCCGCCGAACGCTTTGGAACCCAGTGGTCGTTTCACGCCCCGTCCAAGGACGAGTACCTCCGGGCATCCTTTGATGCCGGATTGGTGCTGCAAGCCCGCGGATCAGGACCCTCTGACAGCTCGGCCTTAACGTGCATCGTCGGCGATCGGCGCTATGAGATCACGGTGGAGATGGACGTCAGCGACGGAGCCCAAGGTGGCATGCTGCTGTATTACAGCGATCGCCTGTTCTGCGGCATGGGTCATGACGGCGGTCAAATGACCAGCTACCGCGCAGGCAGGGCAATCCCATACTGGCGTGAACCTGCGCCTGCGGCTCGAACGCTGCACCTGCGAATAGTCAACGACAACCACATAGTCACCCAGTACTACAGTTTGAACGGCACCGACTGGACCAGGCATGGACTGCGGTTCAACGTGGAGGGGTACAACACAAATACCGCCGACGAACTCCTCAGTCTGCGCCCGGCACTGTTCGCAGCCGGTACCGGGGAAGTACGGTTCAGGAACTTCACCTACCTTGCGCTCAACGATTGA MVTVARSRSVHGPWEDCPRNPIIRTWNADEPWWSKGHATLFEGPNGQWWSIYHGYENGFATLGRQTLLEPIEWDEDGWPRAGGGDLSLPLVAPLPAVFRAADQNHGSPLSDDFSAERFGTQWSFHAPSKDEYLRASFDAGLVLQARGSGPSDSSALTCIVGDRRYEITVEMDVSDGAQGGMLLYYSDRLFCGMGHDGGQMTSYRAGRAIPYWREPAPAARTLHLRIVNDNHIVTQYYSLNGTDWTRHGLRFNVEGYNTNTADELLSLRPALFAAGTGEVRFRNFTYLALND PGPT0018665_1658 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 D3-18_02432 3192 hypothetical protein GTGAACCGAATGAACGGCGAACACCAATCGAGTGAAGTTCTCTGGAGTGAGTTCGTTGATCCCCCGGATTCAGCACGGCCGCGTGCCTGGTGGCACTGGATGGACGGCAACGTGGATCTCGAAGGCATTCGCGCCGACCTTCGCTGGCTCCATTCTGTGGGCGTCCGCGGCGTTCAATCCTTCGACGGGGCGCTGGGCAATCCACTCGTGGTGGAAAAGGCTGTGATTCCCGGCAGCGAGCAGTGGCGCGAAGCTGTTGCCGTTGCGGTGGCGACGGCGCACGAGCTCGGCTTGGACTTCACTGTTGCCACTTCTGCAGGATGGAGCGCCTCCGGAGCCCCATGGGTTGATAAGGCTGACGCCATGCGCAAGTTGGTCTGGTCGCAAACTGTCGTCCAAGGCGGCGAGTTGACCCAACTCAGCAAGCTCCCGGACATCGCAGGGCCGTATCAGGACACTCCAAGGTGGGGAGTCGAGCCGCATGAAGGCCCGGGAGATGCCAAAGATCTCTTTGCCTTGGCCATCCCGTTCCACAGCGCCCACGATGCTTTGGAGCCCGCATTCGTCCGCACGTCCGACTCGCCTACTGAAGCGGTCACCGCTAACTGTGCCACCGGCGTCGACGGTTTCCGCTTGGCCCGTGACCCGGACAACCCCTCCGTGGCCTGGATTGAACAGTCCTTTGCCACTCCTGTGACCGTGCGTTCCTGCGTGATCGAGCTGCCCGGCCCGTACGGCTTCGGCGCGGCTCCGCCCGCCACGGCCAGCCTGCAGGTCCAAAATAACGACGGCGGTTATGTCACCGTCTGCACGCTGCCCGCCACACAATGCCCCTCACGGAGCATGTCCTTCCCACCCGTCAGCGGGACGCACTTCCGGTTGCGGCTCGAAGCCGAGGGGATATCCACCGTTTTGGCAGCGTTTGAAAAAGGCGTGGTGCCCCCACCGGTATTCCGGCCACTCAGCGAGTACGCCGTCAAAGGATTCACCCTTTACGAGTCCGGCATGCCCGCTCACCGGGAGGCAAAGAGTGGTTTCGCCACCGCGCAGGACTATGACCCCCTTGATACTGACCCGCGCGCAGCATTCGCTGCAGTGCCGCTGGCCGGCATCCTTGACGTCAGCAGTCAGCTTTCACAGGGCAGGCTTACCAGCCCGCTTCCCGAGGGCACGTGGAGAGTCATTCGCTTTGGATCCTCCCTCACAGGCCAAACCAACGGCCCGGCGCTCCCGGAAGCCACAGGACTCGAAGTGGACAAACTCGATAGTGAAAGAGTTCGGCGCTACATCTCAACCCATCTGGCGCAGTTCGAGGACACCCCGATTGACGGGCTGCTCAGTGACAGCATTGAGGCCGGACTTCAGAACATCACCGATAACCTTCACACCGGATTCCACCGTCTCCGTGGCTACGCCATGATTCCGTGGATGCTCACCGTGGCCGGTTTCCTGGTTGAGGACGCCCACTCAAGCGACCTCTTCCTCGCGGATTTTCGTCGCACACTCGCAGAAGTCTTCGCAGAGTCCTATTACGGCACACTGTCCGAAGAAGCACATCGGCGTGGCTCGATCTACTACGCCGAGGCATTGGAAGACCGCAGGCCGCAGCTCGGCGACGACCTGGCCATGCGCTCGCATGCAGATGTCCCCATGGGAGCCATGTGGACCTTCAGCTCTGAAGCGGGTCCCGCGCCAACTTACGTCGCAGACCTCAAAGGGGCGTCATCGGTGGCACATGTCTACGGACGAAACCGCACCGGCTCCGAAGCCTTCACCTCCGGACGTAACCCCTGGAGTGATTCACCGAAGTCCCTGAAGCATGTGGCAGACCTTCAATTGGCACTCGGGGTGACCCGCTTCTGCATCCACACTTCCCCGCACCAACCCATGCAGGTACCAGCACCCGGAATCGCGCTGGCGCCATCGCTCGGGCAATCATTTACCCGCAATGAATCCTGGGCATCTACTGCCAAGCCTTGGGTGGACTATTTGGCGCGATGCTCGCATCTTCTTTCCCTTGGTCGGCCTTCCGTGGATGTCGCCTACTTCATAGGCGAGGAGGCCCCCGTCACCGCGCTTTTCGGTAGCGCATTCAATGACGACGTTCCCGCTGACTACGACTACGACTACATCGGACCGGATGCACTCAGGACGGTCTTGCACGTTCAGGATGGCGAACTGCAGGCAGGTACATCCCGCTACAGGCTTCTGTACCTCGGCGGTGCCAGCAACAGGATGAGCACAGCCGCCCTGCGTGGCATCCTGCGATTGGTGGAACAGGGTGCGACGGTGGTCGGCGAACGTCCAACGGCCAAGCGCTCGCTGGCTGACGAGGACACCGAGTACGAGCGTTTGTGTCACCTCATTTGGGACAGCCCGAGCAACGACAGTTCGAACAGTGGCAAGGTTTTCGCCACTAGAGACCTGGCTTCCGTGCTTAAGGAGCATTTCCCTCCTTGGGTGATGGTGGGAGACCCTCGGGTACGGCGGATTGCTCGATGGGTGGACGGCGATCAGCCACTGCTTTTCATCGCCAACCCTGTCAATGAAGAGCTGTGCACCACCGTGACGGTGCCAAACACGGATGGCGGATTGGTGGCCTGGGACCCGGTGGCACTCAGTCAACGTGCCCTCACCCGATCCGACGGTGGAGACGGCTTCGACGTACGGCTACCCCCCTATGGTTCGCTCTTCATCCTCAGAGGCGAAGCGGATCCTGGCCCCAAGAAGGAGAGGGTTACCGAGGTCGCCGGAGCATGGACTCTCACCATCCCCGGCTCCGATCCGGTGCAACTAACGCACGCCACCTTTTGGACCGATCCTGGAATCGGGGCGGTGCACTTCTCCGGAACGGCCACTTACGAGGTTGAGTTCCAGCTCCACGGCCCCGAGCTCCCTCACGCTGTCCAGTTCGCCGATGTTGCTGATGTAGCGAAGGTCAAAATCAACGGTGAGGACGCCGGAATTCTCTGGACGGCGCCCCACCGGGTGTCCACCGACGCGCTGAGGCCCGGGACGAACCGGATCCACATCAGTGTCACCAATCCGTGGCGTAACCGGCTGATTGCTGAAGCCCGCAGCAACACCGGGACGCTATACCCACCTATGACGACAGTGTTCAACGATGAAGCCGAAATCCTGACGGCAGGTCTACTGGGGCCACTGAACTTGATCTACAACCACCGCCCGTAA MNRMNGEHQSSEVLWSEFVDPPDSARPRAWWHWMDGNVDLEGIRADLRWLHSVGVRGVQSFDGALGNPLVVEKAVIPGSEQWREAVAVAVATAHELGLDFTVATSAGWSASGAPWVDKADAMRKLVWSQTVVQGGELTQLSKLPDIAGPYQDTPRWGVEPHEGPGDAKDLFALAIPFHSAHDALEPAFVRTSDSPTEAVTANCATGVDGFRLARDPDNPSVAWIEQSFATPVTVRSCVIELPGPYGFGAAPPATASLQVQNNDGGYVTVCTLPATQCPSRSMSFPPVSGTHFRLRLEAEGISTVLAAFEKGVVPPPVFRPLSEYAVKGFTLYESGMPAHREAKSGFATAQDYDPLDTDPRAAFAAVPLAGILDVSSQLSQGRLTSPLPEGTWRVIRFGSSLTGQTNGPALPEATGLEVDKLDSERVRRYISTHLAQFEDTPIDGLLSDSIEAGLQNITDNLHTGFHRLRGYAMIPWMLTVAGFLVEDAHSSDLFLADFRRTLAEVFAESYYGTLSEEAHRRGSIYYAEALEDRRPQLGDDLAMRSHADVPMGAMWTFSSEAGPAPTYVADLKGASSVAHVYGRNRTGSEAFTSGRNPWSDSPKSLKHVADLQLALGVTRFCIHTSPHQPMQVPAPGIALAPSLGQSFTRNESWASTAKPWVDYLARCSHLLSLGRPSVDVAYFIGEEAPVTALFGSAFNDDVPADYDYDYIGPDALRTVLHVQDGELQAGTSRYRLLYLGGASNRMSTAALRGILRLVEQGATVVGERPTAKRSLADEDTEYERLCHLIWDSPSNDSSNSGKVFATRDLASVLKEHFPPWVMVGDPRVRRIARWVDGDQPLLFIANPVNEELCTTVTVPNTDGGLVAWDPVALSQRALTRSDGGDGFDVRLPPYGSLFILRGEADPGPKKERVTEVAGAWTLTIPGSDPVQLTHATFWTDPGIGAVHFSGTATYEVEFQLHGPELPHAVQFADVADVAKVKINGEDAGILWTAPHRVSTDALRPGTNRIHISVTNPWRNRLIAEARSNTGTLYPPMTTVFNDEAEILTAGLLGPLNLIYNHRP NA NA NA NA NA D3-18_02433 1860 nagZ_2 Beta-hexosaminidase ATGCGGCGATCTGCCAGGACCACAGAAGACGGTGTCCAGTACCGCGACTTGAACGGAAACGGCGTGCTGGATCCGTACGAAGATCCACGGCTGGATGCAGCCACGCGCGCCAAGGATCTCCTGACAAGCCTCTCGGTCGAAGAAAAAGTCGGGCTCCTCTTCAACACAGTGATGGTTGTGGGTGAGGTGGCGGATCACGACTCAGCGAGTCCGTTCGGGCCGGAATCTCCGCGTGACTTTGTGGTGGGCAGGTCCATCAACCATTTCAACATTGGCCAAGTCCCGTCCGCCCAGCACATGGCGCGTTGGCAGAATGCCATGCAGGAGCTCGCAGAGCTCACCCCACACGGGATCCCCATTACTTTTGCCACCGATCCCCGCCATGGCTTTGCGCAAAATGACGGTATGGCCTTTGCCGCGGGCTCGTTTTCGCAATGGCCCGAACCTATGGGCTTTGCCGCACTCGGCGATCCTGATGTCATGAGCGAGTTCGCGGAGACGGCCAGACGGGAGTATGTGGCCGTGGGTCTTCGTGCAGCTCTCCACCCGCAGATTGACCTGGCATCTGAACCGCGCTGGGCACGCCAACTGCAGAGCTTCAGTTCAAACTCCGCGGTGACCTCCGAGTACGGTGCGCTGCTCATCGCAGGTCTACAGGGCGGGACGCTGTCGTCCGCGAGCGTAGCCTGTACCGCCAAGCACTTTCCGGGAGGAGGCGCCCAGGAAGACGGGGAGGACCCACACTTCCCGTCAGGCAAAGCCCAGATCTACCCCGGCGGCAACTTTACCGAACACCTGGCGCCGTTCCGTGCAGCGATCGCCGCCGGCACGAGCGCGATCATGCCCTACTACTCACTGGCGAAAGACCTCGTGATAGATGGTGTGGAAGTCGAAGAGGTGGGCTTCTCGTACAACAAATACCTGATCACGTCACTTCTTCGAGAACAGCTCGGTTTCGAGGGTGTTGTCTTGAGCGACTGGCAGCTTGTCACTGACCTTGAGGTCTTTGGCCTGCCCTTCCCCGCCAAGGCGTGGGGTGTTGAGCACCTCAGCCGACTTGACCGGGTGGAGAAACTTTTCGACGCCGGCGTGGACCAGCTTGGCGGTGAATTCTGCACGGAGTTGGTGCTTGAGCTGCTGGCCAGCGGCAGGTTGTCCCCGGAGAGGGTGGATGCATCGGTGCTGAGAATCCTTCGGGTTAAATTCGAGCTGGGACTCTTCGACAATCCCTATGTTGATGCGGATGCGGTCAACGAGGTGGTCGGATCCGAGCCGTTCCGGACTGCTGGGCACCGCGCCCAGGCAGAATCCGTCACCATCCTCAAGAACGAAGGGTTGCTGCCGCTGGCGCCCGGTACCCGCATATATGTCGAAGGTGTGGACCCGGCCGTTATTAACGATCAGGTGATCCTCGTTTCGGAGATGGCGGAGGCTGATGTAGCGCTGGTGCGCCTGGCAGCGCCCTTCGAGCCACGCAACGAGTACTTCCTGGACGCCATGACGCATCAGGGTAGCCTCGACTTTCCCGACGAAGAGATCGCGCGAGTACGAGCACTTGCAGCAGAACTCCCCGTGATCCTGGACGTCTACCTCGAACGGGCAGCAATCCTGACCCCCTTCGACACCGTGGCAACCGCCATCACCGCCAACTTCGGCGCATCCGATGCTGCACTGCTGGATGCTCTGACGGCAACCATCCCACCCAAGGGCAGGTTGCCGATCGAACTGCCCCGCTCCATGGCCGCCGTAGAAGCTTCACATCCCGACGTCCCCAACGACACCGAAGATCCGCTCTACCCCTACGGCGCCGGCCTCAGCCTGCCCTCACCTTCCCGGAGCGAGTCCGGGATGCTCACGTGA MRRSARTTEDGVQYRDLNGNGVLDPYEDPRLDAATRAKDLLTSLSVEEKVGLLFNTVMVVGEVADHDSASPFGPESPRDFVVGRSINHFNIGQVPSAQHMARWQNAMQELAELTPHGIPITFATDPRHGFAQNDGMAFAAGSFSQWPEPMGFAALGDPDVMSEFAETARREYVAVGLRAALHPQIDLASEPRWARQLQSFSSNSAVTSEYGALLIAGLQGGTLSSASVACTAKHFPGGGAQEDGEDPHFPSGKAQIYPGGNFTEHLAPFRAAIAAGTSAIMPYYSLAKDLVIDGVEVEEVGFSYNKYLITSLLREQLGFEGVVLSDWQLVTDLEVFGLPFPAKAWGVEHLSRLDRVEKLFDAGVDQLGGEFCTELVLELLASGRLSPERVDASVLRILRVKFELGLFDNPYVDADAVNEVVGSEPFRTAGHRAQAESVTILKNEGLLPLAPGTRIYVEGVDPAVINDQVILVSEMAEADVALVRLAAPFEPRNEYFLDAMTHQGSLDFPDEEIARVRALAAELPVILDVYLERAAILTPFDTVATAITANFGASDAALLDALTATIPPKGRLPIELPRSMAAVEASHPDVPNDTEDPLYPYGAGLSLPSPSRSESGMLT PGPT0019110_6833 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349 NA NA D3-18_02434 1269 nagC_4 COG1940 N-acetylglucosamine repressor ATGGCCATAGAGCGGTACACCGGATTGGCATCGGTGCTGGAGACAATCCGTTGGCAGGACGGCATTACGCAGGCAAGCCTGACCGATCAGGTAGGGCTGGGGCGCAGTGTTGTTGCCGAACGGGTTGCAGAACTCGAACAGATCGGGCTTATCCATTCCCCCGGCCGCGCTCCCTCTACGGGCGGGCGGACCGCCAAGCTGTTGTCACTCAACGCCCAGGCCGGCTACGTCATAGGCGTGGATATTGCGTCCAATGAAATGGTGGTCAGTGCTTCCGATCTGGCCGGCGCCCTGCTGGGCACCCGCCATCGGGAGCTATGCGAGATCAGCCAAGGGCCCGCGCGGATCCTGGGCCAGGTCAATGCGATCATCGACGAGGTCATCAGGGAGCAAAGCGGGAACAACCTGCTGGGGATCGGCGTGGGACTGTCCGGCCCGGTCAATTTTGATACCGGCACTCCCGTTGGCGTACCGGTCATGCCGGGCTGGGAGGACTACCCCGTACGGGAAGAGTTCGCGGCGCGCTGGCCGGTTCCGGCATGGGTGGACAATCGAGTCAATCTTCTGGCGCTAGCTGAAATAGAGAGCAATCCGCGGGCTGCCAAGGCAAAGCACTTGCTCTATTTCGGGGCCGGCGCCGGAGTTGGAGCTGCCCTCATCACCGACGGCAGGCTCTACCGGGGCTCCCATGGCCTGGCAGGCTCCATTGGCCATGTGGCCGTTCCCGAGGCCGGAGTGGTTGCTTGCAGGTGCGGACGCACGGGCTGCCTTGAGGCAGTCACCAGTGGATGGGCGATTGAGCGGGATGGCCTGATGCTGGCCGAAACGGGACGCAGCCCCTACCTCGCGCAAGTCCTTAAGGAGACCGGACGTGTTCGCGCCTATGACGTGACCCTGGCCGCTGAGCACGAAGATGCCGCCGCGAAGGAGCTACTCAACCGAACAGCGGCACTCCTTGGAAGCAGCCTGGCAACCCTGGTCAGTTTCTTCGCTCCTCACATGCTGGTGGTTGGCGGTGGCATTGCCCGGGCCAAGGACATAGTGCTCAAGCCCATACAGCAAGCCGTCCTTGAACGGCTGCCCTCCACGGGCGCTCCGGACCTGCTCGTGGAGTTATCTGCGATTGACGAGCAGGTAGGCGGAGTCGTAGGTGCCGCCCAGCTTGTTCTTGGCGAGCTCTTCTCCAAAGACAACCTGCCCGGGCTCCTGGAGCGGCTGACGCAACCCCTGAGTCAAATGGGTCAAAGCAACGAAGGACTTTCTGCCTAA MAIERYTGLASVLETIRWQDGITQASLTDQVGLGRSVVAERVAELEQIGLIHSPGRAPSTGGRTAKLLSLNAQAGYVIGVDIASNEMVVSASDLAGALLGTRHRELCEISQGPARILGQVNAIIDEVIREQSGNNLLGIGVGLSGPVNFDTGTPVGVPVMPGWEDYPVREEFAARWPVPAWVDNRVNLLALAEIESNPRAAKAKHLLYFGAGAGVGAALITDGRLYRGSHGLAGSIGHVAVPEAGVVACRCGRTGCLEAVTSGWAIERDGLMLAETGRSPYLAQVLKETGRVRAYDVTLAAEHEDAAAKELLNRTAALLGSSLATLVSFFAPHMLVVGGGIARAKDIVLKPIQQAVLERLPSTGAPDLLVELSAIDEQVGGVVGAAQLVLGELFSKDNLPGLLERLTQPLSQMGQSNEGLSA NA NA NA NA NA D3-18_02435 1518 hypothetical protein ATGCGCAAATTAGTCGGCATTGCCGCCGTCACAGCCGTCATGGCGCTTACTGCCTGCACCGGCTCTTCCGCTGGTGGTTCCACCGCCCCCACTGAGTTGGACATAGCAGCCATTGCGCCGCCCGAGTCCTTCTCTCCGGGCAACTTCGGCACAGGCCCCACCACCCAGTTCCTTCAGCCCGTCTACGACTCCCTCTTCCGGAACACCAATGAAGGAGAACCGGCCGAGAACATCGTGACCAAGTGGTCTTACGATGACGCTCGGACCAAGCTCTCCCTCACTATCAGGGAAGGCGTCAAATTCAGCGACGGAACGCCGCTGGATGCCGCCGCGGTGAAGGCCAATCTTGATTCAGCCCGCAAGGGTACGGGTGAAGCCGGTGGGCAACTGCGCTTCATCCAGGAGGTCACCGTCACCGACGCCACCAACCTCATGGTCACGCTCTCCGCTCCTGACCCATCGCTCGTGCCGAACCTGGGCGGAACCGCCGGTGTCCTTGCCAGCCCCAAAGCCTTGGGAACCCCAGAGTTGGACACCACCCCCGTAGGTTCCGGCCCATATATCCTGGACGCAGCAAAGTCCCAGACCGGCATCAAGTACGTCTACACGCGAAACGCTGACTACTGGAACGCCAAAGACTTCCAGTTCGACACCGTCGAAGTCACGGTCTTCAACGACAACAATGCAATCCTCAACGCACTGCGGGCCGGCGAAGCCGACTTCGCAGTGGTAACCGACAAAGATGCCAACAGCCTTAAATCCGCAGGCCTGAACATCCAAACCAGCCCTGCTTACACCACCAGCGGGCTCTACTTGTTCGACCGCAAGGGCTCCCTGGTTCCTGCGCTCGCCGAGGCCAAGGTCCGCCAGGCAATCAACATGGCTTTGGATCGCGATGCCATCCACGCACAGGTCTTCGGGGGTAAAGGTAAGGGCACCAGCCAGGTCTTCAGTTCCACAAGTGACGCCTACATCCCGGAGCTGGACAAGAAGTACCCCTTCGATGTGGACGCCGCCAAGAAGCTTCTCGCCGACGCCGGTTACGCAAACGGCTTCACTTTGCCCATGCCGGATGTATCACCCGTCTATCCGGACCAGCAAGCGGCTGTAACTGAAGCGTTGACGGCTATCGGCATCACGCCGCAGTACCAGCCTGTGAACGGCCAGACCTTCATCTCGGATCTATTGGCAGGAAAGTATCCCGCAGCGATTTTCGGGCTCAACAGCCCGCGTCCGTGGGATTTCGCCCAGATCGCGCTCACTCCCGAATCCCTCTGGAATCCGTTCCGCGTCTCCGATCCCACCGTGGTGGACCTGATCAACAAAGCTCAAGGCGAAACCGGGGAGGCCCAAACCGAAACGTTCCGTCAACTGAACACCTACCTGGTGGACCAGGCCTGGTTTGCGCCCTACATCCAGTCGGACAACGTCTTCGCAAGCAACGCCGAAATCACTGTCACACCGCAGCGCTATTCCACTTTGCCGCCGCTTTGGGGCTTCACTGCCTCGAAGAAGTAG MRKLVGIAAVTAVMALTACTGSSAGGSTAPTELDIAAIAPPESFSPGNFGTGPTTQFLQPVYDSLFRNTNEGEPAENIVTKWSYDDARTKLSLTIREGVKFSDGTPLDAAAVKANLDSARKGTGEAGGQLRFIQEVTVTDATNLMVTLSAPDPSLVPNLGGTAGVLASPKALGTPELDTTPVGSGPYILDAAKSQTGIKYVYTRNADYWNAKDFQFDTVEVTVFNDNNAILNALRAGEADFAVVTDKDANSLKSAGLNIQTSPAYTTSGLYLFDRKGSLVPALAEAKVRQAINMALDRDAIHAQVFGGKGKGTSQVFSSTSDAYIPELDKKYPFDVDAAKKLLADAGYANGFTLPMPDVSPVYPDQQAAVTEALTAIGITPQYQPVNGQTFISDLLAGKYPAAIFGLNSPRPWDFAQIALTPESLWNPFRVSDPTVVDLINKAQGETGEAQTETFRQLNTYLVDQAWFAPYIQSDNVFASNAEITVTPQRYSTLPPLWGFTASKK PGPT0004430_16160 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 D3-18_02436 942 gsiC_1 COG0601 Glutathione transport system permease protein GsiC GTGCTGATGTTTATCCTTCGCCGCCTGGCCTCAGGACTGGTGCTCATGTTCGTTATTTCCACTGCGACGTTCTTCCTCCTGAACCTCACGGGGCAAGACCCTGTCCGTCAGGTCTTGGGGCCAGTGGCTTCGGCCGAACAAGTGGAGGCCAAGCGCCAGCAGCTGGGCCTCGATGAACCCTTGATCACCCAATACTTCCAGTGGCTCGGATCAGCCGTCCGTGGAGATTTGGGTCGGTCCTGGTTTACCAACCAGCCCGTAGGAGAACTACTCTCCCAAACTCTCCCGCCCACGCTTTCCATGGTGATCGGGTCACTGATCCTCGCTGCCTGTTTCGGAACCTTGATCGGGGTCACCGCTGCCTTGCGCCGGGGACGACTCGACCGCGGTCTGCAGGTGGCGTCCACCCTGGTTCAGGCAATTCCCGGCTTCCTGGTGGCCCTGGTCCTGGCCTTGGTTTTCGCTGTCCAACTTCGTATGCTCCCGGCTACCGGGTTTACTGCTTTCAGCGATTCTCCGGGCAAGTGGCTTGCCTCCATCACGCTCCCCGTAGTTGCGCTGGCGTTGGGTTCCCTGGCTTCCATCGCCCTGCAGGTCCGGGGCTCCATGATCGATGTGATGCAGCAGGACTTTGTTCGAACACTGCGCAGCCGGGGCCTCCCGGAGCGAAGCGTTGTGGTGAAGCATGCCTTGCGCAGCGCCGCCGGGCCAAGCCTCACCACGGTATCCCTGATGTTCATCGTGGCCATCTCCAGCTCGGTGATCATTGAGAAAGTCTTCAATATCCCCGGTATCGGCACCCAGGCCAACAACTCAGCCAGCCGTGGCGACCTGCCCGTTGTGCTCGGGATTGTCCTGGTCACCGTGGTGCTCGTCGTCGTCGTCAACCTCCTCGTCGATCTGGCGCAAGGCTGGATCAATCCGAAAGTTCGTGTCTCATGA MLMFILRRLASGLVLMFVISTATFFLLNLTGQDPVRQVLGPVASAEQVEAKRQQLGLDEPLITQYFQWLGSAVRGDLGRSWFTNQPVGELLSQTLPPTLSMVIGSLILAACFGTLIGVTAALRRGRLDRGLQVASTLVQAIPGFLVALVLALVFAVQLRMLPATGFTAFSDSPGKWLASITLPVVALALGSLASIALQVRGSMIDVMQQDFVRTLRSRGLPERSVVVKHALRSAAGPSLTTVSLMFIVAISSSVIIEKVFNIPGIGTQANNSASRGDLPVVLGIVLVTVVLVVVVNLLVDLAQGWINPKVRVS PGPT0004445_12835 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 D3-18_02437 1836 btuD_9 Vitamin B12 import ATP-binding protein BtuD ATGACCGATAACCTAGTCACCGGCACCCGCAAGTCCCTTGAAGTGGTTAGCTCCGCGCCACAAGGCGACAAATTGATCAAGAAGTTTCTTCGTGAACCCGCAGCAGTGATTTCCCTGGTGTTCCTCGCCTTGCTCGGGCTGGTGGCGATCCTCGCACCATTGATCTCCTCCTACGATCCCACTGCCACCCGCCTCGCCGATGTCCTTGCACCTCCATTCAGCCCTGAGCACCCACTGGGCGCTGACGGCGTGGGCCGCGACGTACTGGCCAACCTCGTCTACGGCGCCCAGACCAGCCTCTCAAGTGCCGCGATCGTCATCGCCGTGAGCCTGCTGATTGGCGTACCCACCGGGCTCCTGGCAGGTTACCGCCAGGGATGGATCGACGGTGTCAGCATGTGGATCAGTGGTGCCCTGTTATCGCTGCCGGCAATCGTTGTGCTCCTTGTAGTGCTGGCCCGTGTAGGACGCAGCACCTCACTTGCACTGGTGGTCTTCGGCATATTGATCGCCCCCTCGGTGTTCCTGCTCATCCGCGGTTCGGTCCGGGCCGTGCGGGAAGAACTGTACGTGGACGCAGCCCGGGTCTCCGGCTTGAGCGATATCCGCATCATGGTTCGCCACATCCTTCCCGTAGTCATCACGCCCACCATCATCCAGGCGGCGTTGTTGGCAGGCGCCGGCATTGGAATCGAAGCAGGCATCGCCTTCCTTGGCCTTGGCTCCTCTGACAAGGCCAGTTGGGGCCTGATGCTCAACGACGCATCGCAGAACATCTTCAACGCTCCCTGGCTGCTCCTCTGGCCAAGCGTTGCCCTGGTGTTGACGGTCATGGCCTGCACCTTGGTAGGAAACGGCTTCCGCGACGCTTTGGCGAACTACGGATCATCTGCCGGCCCCGCCAGGAAAGTAAAAGCTGCAAAGCATGCCAGTACAACTCCTGAACCTGCACGGCCAGTGAAGAAAGCGCCTGTGGATCCTGGCGACGCACTCCTGGTCATCGACGATCTCCGGGTTTCCTACCCCCGCCCCAACGGTGAGAAGTCCGACGTCGTCAACGGCATCTCCTTGAAAGTGGAGCGCGGCCAGATCCTTGGCCTGGTGGGAGAATCAGGCTCCGGTAAGTCGCAGACTGCCTTCTCGGTCCTGGGACTCTTGCCCGGTCAAGCCGAAATGTCTGCGGGGACGTTGAGTTTTGCAGGAGCGGATCTGCTGGGGATGACTCCAAAGGAGCGCAATAGCCTACGTGGCGCCCGGATCGGGTACATCCCGCAGGAGCCCATGAGCAACCTCGATCCCGCCTTCCGCATCGGGTCCCAACTCACCGAGCCAATGCAACACCATTTGGGAATCTCAGCGAAGGCTGCAAAAGATGAAGCCATCAAACTGCTAGCCCGCGTGGGCATTCCTGATCCGGAGCGGGTCTTCAAGTCCTACCCGCATCAAGTCTCAGGCGGCATGGCGCAGCGTGTGCTCATTGCCGGAGCCGTTTCCTGCAATCCTGAACTGCTCATTGCCGACGAACCCACCACCGCTCTGGACGTCACGGTGCAGGCCGACGTGCTGGACCTGATTCGCAGCCTTCAGGCAGAACGCGGCATGGGTGTGGTCCTGGTGACCCACAACTTCGGCGTCGTCGCGGATCTGTGCGATCAAGTGGCCGTGATGCGCAACGGAGAAATCGTGGAGGTAGCTGAGGTCACTGAGCTGTTCATCAACCCCCGGGAAGAGTACACACGGCTCCTCTTGGAATCTGCCCTCGATTCGACCTCGAAACCACAGGGTGAACATGCCGTCGTTTCCAAGAAGACCACCGAGACAGAAGGTGCACGATGA MTDNLVTGTRKSLEVVSSAPQGDKLIKKFLREPAAVISLVFLALLGLVAILAPLISSYDPTATRLADVLAPPFSPEHPLGADGVGRDVLANLVYGAQTSLSSAAIVIAVSLLIGVPTGLLAGYRQGWIDGVSMWISGALLSLPAIVVLLVVLARVGRSTSLALVVFGILIAPSVFLLIRGSVRAVREELYVDAARVSGLSDIRIMVRHILPVVITPTIIQAALLAGAGIGIEAGIAFLGLGSSDKASWGLMLNDASQNIFNAPWLLLWPSVALVLTVMACTLVGNGFRDALANYGSSAGPARKVKAAKHASTTPEPARPVKKAPVDPGDALLVIDDLRVSYPRPNGEKSDVVNGISLKVERGQILGLVGESGSGKSQTAFSVLGLLPGQAEMSAGTLSFAGADLLGMTPKERNSLRGARIGYIPQEPMSNLDPAFRIGSQLTEPMQHHLGISAKAAKDEAIKLLARVGIPDPERVFKSYPHQVSGGMAQRVLIAGAVSCNPELLIADEPTTALDVTVQADVLDLIRSLQAERGMGVVLVTHNFGVVADLCDQVAVMRNGEIVEVAEVTELFINPREEYTRLLLESALDSTSKPQGEHAVVSKKTTETEGAR PGPT0004435_1331 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 D3-18_02438 885 gsiA_3 COG1123 Glutathione import ATP-binding protein GsiA ATGACTTCCCTTAGCCAGACGCTGCCCGAAGCTGAGCCCCTTCTGCGGATCACGGACCTGACGGTCGACTACAGGGTGGGCGGGTTCGGCAGGAAACGGACATTCCGGGCATTGCAAGGCGTGAGCCTGGACATCAAAGCCGGGGAAACCCTGGGACTCGTAGGCGAGTCCGGATCCGGTAAGTCAACCATCGGCCGTGCCGTACTCGGGCTCGCACCAGTGACCGGCGGCGACATCCGTTTCGACGGCAGGTCAATCACCAAGCTCAGCAAGAAAGAACGCCGGGCGCTGAGCAGCGACATTCAGGTGGTTTTCCAAGATCCTTATACCTCCCTGAATCCGTCCATGACCATCAGCGACATTTTGTCCGAGCCGATGCAGGTATCCGGAACGTCCAAGGTTGATGCTCAACGACGGGTCCGGGAACTCCTGGATGTGGTGAATCTGCCCTCCAACGCCAGCGCCCGCTACCCTCGCGAGTTCTCCGGTGGCCAAAGGCAACGCATTGCCATTGCCCGGTCCCTGTGCAGGAATCCCAAGCTCATTGTGTGTGATGAGCCGGTCAGTGCCTTGGACTTGTCCACCCAGGCACGCGTTCTTCAACTTTTCTCCGACATTCAAGAGCAGACCGGGGTTTCGCTCCTGTTTGTCACTCACGATCTGGACGTGGTGAGGCACATCAGCGAGCGCGTGGCAGTGATGCGGCGGGGAGAAATCGTGGAAACCGGCATCACGGAACAGGTTATTGCCAAGCCGCACCATGCTTACACGAAGGCCCTCCTCCTGGCCTCACCTATCGCCAACCCGGCCCGGCAGGCCGAACGGCGCCGGGAACGACGACTTTTCCTTGACGCTCAACCCGCACTGGCCACAGCTGCCCGCTGA MTSLSQTLPEAEPLLRITDLTVDYRVGGFGRKRTFRALQGVSLDIKAGETLGLVGESGSGKSTIGRAVLGLAPVTGGDIRFDGRSITKLSKKERRALSSDIQVVFQDPYTSLNPSMTISDILSEPMQVSGTSKVDAQRRVRELLDVVNLPSNASARYPREFSGGQRQRIAIARSLCRNPKLIVCDEPVSALDLSTQARVLQLFSDIQEQTGVSLLFVTHDLDVVRHISERVAVMRRGEIVETGITEQVIAKPHHAYTKALLLASPIANPARQAERRRERRLFLDAQPALATAAR PGPT0004440_6263 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 D3-18_02439 1554 betA Oxygen-dependent choline dehydrogenase ATGACCACCACCGCAGTACCTTCAGCGCGCCCTTATCCAGCTGTCGTTGACGTCGCAATTATCGGCAGCGGCCCTGCCGGCGCCACGTATGCACGGATACTCTCCGAGCTCAGCCCCCAGGCCAGCATTGCCATCTTCGAAGCAGGACCGACCATCAGCGATCCCCCCGGATCCCACGTGAAGAACATCGCAAGTGTCCAGGACCGCGAAGTTGCCCAGCGCCGTTCGGAGGGAAAAGTGAGCGCCCTGCCAACCGGCGGGAACCTCGCAGAGTACGCCCGCGACGTCGCACGCCCAGTGCGGCCCGGCACCTTCCTGCTCGATGACGGTTGGCAGCAGCCCGGCGAGGCTGGACTGCCGGGTCTTGCATTCTCCAGCAATGTTGGCGGGATGGCGGCCCACTGGACAGGGGCATGCCCGCGTCCAGGTGGGAGCGAGCGCATCGCGTTCCTTCCGAACATGGATGAGCTTCTGAGCGAGGCCGAACGCCTCCTCTCGGTCAGCTCGGAGGCCCTGGCTGATGCTCCCCTGGCCGATCTCGTCCGCTCACGTCTGGCAGCAGCGCTCGACGGCGGCCGCGCACCTGACCGTCGTGTTCAGCCCATGCCGCTGGCGGTCCGCCGCACGGACGACGGCCGCTTCATCTGGTCTGGAGCTGACGTGGTGTTCGGTGACGAGACGCGGAACAACCCCCGGGCCCGCCTGTTCGACGAAAGCGTGGTTGTGCGGGTGCTGACCAACGGAGATGAGGTCAGCGGTGTGCGGGTTCGCGACGACAAGACAGGTGACGAGCATGAAATTAGTGCCCGGTACGTCGTAGTTGCCGCCGATGCCCTCCGCGGTCCGCAGCTGCTCTTCGCGTCCGGTATCCGCCCCGAAGCACTCGGCCGGTACCTGAACGACCAGCCTCAGATTGTCCACGCTGTCCGGTTGACCGGCGTCGAGGATGATGTTCCCGCTGCTTCGTCAAGCGACACCACCATCACCGCCCAAAGCGGGGTCAGCTGGGTGCCCTTCACTGATGAGCAGCCCTTTCATGGGCAGGTCATGCAACTGGACGCTTCGCCGGTGCCCATCTCAGGGGACGTCATCCCTGGTTCAATCGTGGGGCTGGGGTGGTTCTGCGCCAAAGACCTTCAAGCGTCGGACCGCGTTGTCTTCTCCGAAGACACCACCGATGCCTATGGGCTGCCGGCAATGAACATCCACTACACCTTCACCGAACGTGACGAGCAGACACTGTCCGCAGCACGCCAATCGGTGGTTGCCGCTGCCCGGTCCTTGGGCGAACCATTGGGCGATGAACCGCTCACCTTCCCTGCCGGCGCCTCACTGCACTATCAAGGCACGCTGCGGATGGGGACATCCAACGACGGCACCGCTGTGTGCGATCCCACCGGACAAGTGTGGGACGTCAGGGGATTGTTCGTCGCCGGCAATGGTGTCATCCCCACCCCCACAGCCTGCAACCCCACGTTGACCGGAGTGGCCTTGGCCGTCGCCGGTGCACGCCACATCGCCGAATCAATCAACTCCACGTCCACAGAGAAGTGA MTTTAVPSARPYPAVVDVAIIGSGPAGATYARILSELSPQASIAIFEAGPTISDPPGSHVKNIASVQDREVAQRRSEGKVSALPTGGNLAEYARDVARPVRPGTFLLDDGWQQPGEAGLPGLAFSSNVGGMAAHWTGACPRPGGSERIAFLPNMDELLSEAERLLSVSSEALADAPLADLVRSRLAAALDGGRAPDRRVQPMPLAVRRTDDGRFIWSGADVVFGDETRNNPRARLFDESVVVRVLTNGDEVSGVRVRDDKTGDEHEISARYVVVAADALRGPQLLFASGIRPEALGRYLNDQPQIVHAVRLTGVEDDVPAASSSDTTITAQSGVSWVPFTDEQPFHGQVMQLDASPVPISGDVIPGSIVGLGWFCAKDLQASDRVVFSEDTTDAYGLPAMNIHYTFTERDEQTLSAARQSVVAAARSLGEPLGDEPLTFPAGASLHYQGTLRMGTSNDGTAVCDPTGQVWDVRGLFVAGNGVIPTPTACNPTLTGVALAVAGARHIAESINSTSTEK NA NA NA NA NA D3-18_02440 405 hypothetical protein ATGGTCCTCGAACGAGAACTGATCCAAAGCCGGGGCTTTCGCAACGTCCAGGAAGGAACCGACATTGTCGGTTTCGAGATAGCCCTACGCATGCCCAACTACCGGGGCGTCTGGGGAAGCCTCATCGACGGTGTGGCTGTCACCGTGGACGGTCAGGAATGGAGCCGGGAAGTACCGCGCTGGACACTCCAGGGGCGCACTTTCAGCATCCAGGAACTGCGCCAATCCACCGATGTCCGCTGGCAGCTCGATGAAGTGGCCACCGTCATTGTGCCGCTCGCAGGCGGCCTGGCCGTAGGTGTCCATGATGTTCGCGTTGATATTGCGCTGCACGCACCCTACATTCCGGCTGAATTCCAACCGTCCATTTTCACGTCCCAGCGAAAGGTCACGGTCCTCGCATGA MVLERELIQSRGFRNVQEGTDIVGFEIALRMPNYRGVWGSLIDGVAVTVDGQEWSREVPRWTLQGRTFSIQELRQSTDVRWQLDEVATVIVPLAGGLAVGVHDVRVDIALHAPYIPAEFQPSIFTSQRKVTVLA NA NA NA NA NA D3-18_02441 894 hypothetical protein ATGAGCAACCTCAAGTACGGCGTCTCCCTCTACAGCTACACCGGTGATATCAACACCGTCCTAACCCTCGAAGACGCCATGGCACAAATAGCTGACATCGGCGCCACCGGGATTGAGATTCTGGGTGAAGGTCATGTGCCCAACTATCCGGAACCCTCCACCGCATGGATTGACCAATGGTACGGGCTGCTCGAAAAATACCAGCTGGAGCCCACCAACTACGGGTCGTGGATCGACTCGAGCATGTGGCGCAGCCGCGACCTCACCGCTGATGAGGGTGCTGAGATGCTGGCTCGTGATCTTCGGCTGGCCCACCGCCTTGGATTCACCTCAGTCCGACCCAAGATCGGTGTGGTGTCCATGGACCTGCGCCCCCACCCGATCTGGGAGGAAGTGATCGAGCGCAACCTCGATCTCGCAGCCGAGCTGGATCTCATCATTTGCCCGGAAATCCATGCGCCCACTCCCATCAAACACCCGGTGGTGGACGAGTACATCGAGTTCATCGAACGGACCGGATCGAAGAACTTCCGCCTGCTGATCGACACCGGCATCTTCCAAAGGGCAATCACCACCGCCAAGCATGACGGCCTCAGCGAAGAAGCCCAGGAAGAAGGCTGGCGTAAACCCCTTGCCGTTCCCATGTCGGACCTGGTGGATGTCCTCCCCCACGTGTCCTTCATTCAGGCCAAGTTCTTCGACATCGACGATGACCTTGTTGACGGCCAGATACCTTGGCGCGAGATCCTTCAGACCCTGAAGGAGAACGAATGGTCCGGTTACCTGTCCAGCGAATACGAAGGCGATCGGCTGCCCTACCGATCCATTGAACAGGTCCGGCGGCAGCATGCGCTTCTGCACAGCCTGGAGGCCGAGATCGACGGGACGCCGTGA MSNLKYGVSLYSYTGDINTVLTLEDAMAQIADIGATGIEILGEGHVPNYPEPSTAWIDQWYGLLEKYQLEPTNYGSWIDSSMWRSRDLTADEGAEMLARDLRLAHRLGFTSVRPKIGVVSMDLRPHPIWEEVIERNLDLAAELDLIICPEIHAPTPIKHPVVDEYIEFIERTGSKNFRLLIDTGIFQRAITTAKHDGLSEEAQEEGWRKPLAVPMSDLVDVLPHVSFIQAKFFDIDDDLVDGQIPWREILQTLKENEWSGYLSSEYEGDRLPYRSIEQVRRQHALLHSLEAEIDGTP NA NA NA NA NA D3-18_02442 1536 mdtD_2 Putative multidrug resistance protein MdtD GTGACCGGAGTCCGCAACAGCAACCACAACACAGTCCGGATCTCTCCCACTCGGCTCCGGCTCCTCATGGCAGCGCTCCTGGCGGTGTCATTCCTTGGAGCCCTCGATCACACCATCGTTTCGACGTCCTTGGCCACTGTTGCCGGCGAACTCGGAGCCCTCCAGCACATGAGCTGGGTGGTAGTGGGCTACACGCTCGCAAGCACTGTCCTGCTCCCGGTACTCGGAGGGCTGGGCGATCGAGTTGGACCGCGGATGGTCTTCCTCATTGCGCTGATCGGCTTCGTTGCAGCTTCCTTCGTGTGTGGCATGGCGCAGGATATGACCCAGCTCGTCGTCGCCCGGGTCCTCCAGGGCATGAGCGCCGCGGGTCTCCAGCTGATGTCGCAGACGATCGTTGCCGAGGTCACCACGCCCAGGCAACGTCCTGCGTACCTCTCACTGATCGGCGCTGCTTTTCCGGTTGCAATTTTAATCGGGCCGCTCCTCGGCGGTCTGATCACGGACCACTGGGGGTGGCCCTGGGTATTTTGGATCAACGTCCCGGTGGGGCTTACCGCACTTCTCCTGGCAGTCATTGCCGTTCCGCACATCGAACCGGCGGGCAAAAAACGGTTCGACGTCGTGGGTGCAGTGCTGCTCACCGCTGTCCTTGTGGCGGTTGTGCTGGCAGTTGCGTGGTTCAGTTCCGCTAACTCCGCAGCATGGATCGCCCTTGGAGCAGGTGTCGCAGCGCTGGGTGGGCTGGTCGTCGTCGAGCGTGGTCAGCGCAACCCCATCATCCCGGTTCACCTGTTCCGCAACCGCACCTTCAGTGCAGGCGTGGGACTCTCAGCAGTCATGGGTGCCGGGCTCATTTCAGCTACGGCGTACCTCCCAACGTATTTCCAGATGGCCTATGGCGTGAGTGCCACCATCTCAGGGTTGGTGCCTATCGCCACCGTGCTGGGAATGTTGGTGGGCAATCTGGTGACGGGCTGGCTTGCCTCCCGGACGGGCCGCTACCGCGTTTTTCCCATCGTCGGAACGGTGATGGGAGCACTCGGACTTGGAGCCATGTCCTTCCTGCCGGGAGGCGCACCACTGTGGGTCCCGGCGTTGATCATGGCGTTCGTGGGGCTCGGCACGGGAGCGTTCATGAGTCTCGCCATTGCGATCGTGCAAAGTGCTGCACCACGCAGCGAACTCGGCGCCGCAACCGCGACCGCCGGGCTAAGCGGGCAGATCGGATCCACCATCGGATCAGCCGTAGTAGGCGGAGTGGTGGGGTTCGGCGTCGCGTCGCTCTTGCCAACCGGGCTCGATCCCCACACCCTGACACCTGCCTTGGTCCATGCCGCCGACCCCGCTTTGCAGGCTGGGATCGCGTCGATTTACCACGACGTATTCTCTCCCGTGTTCCTTGCACTGGCCGGCGTCTACATCCTGGGTTTCATTGCAGCGTTGCTGCTGCCCAATGGACGCCTTTCGGATGAAGCCGCCGTCTCCGCAGCCGACGCTGAGACTCTGGACAACCCTGCCAACCTGGCACTGTAA MTGVRNSNHNTVRISPTRLRLLMAALLAVSFLGALDHTIVSTSLATVAGELGALQHMSWVVVGYTLASTVLLPVLGGLGDRVGPRMVFLIALIGFVAASFVCGMAQDMTQLVVARVLQGMSAAGLQLMSQTIVAEVTTPRQRPAYLSLIGAAFPVAILIGPLLGGLITDHWGWPWVFWINVPVGLTALLLAVIAVPHIEPAGKKRFDVVGAVLLTAVLVAVVLAVAWFSSANSAAWIALGAGVAALGGLVVVERGQRNPIIPVHLFRNRTFSAGVGLSAVMGAGLISATAYLPTYFQMAYGVSATISGLVPIATVLGMLVGNLVTGWLASRTGRYRVFPIVGTVMGALGLGAMSFLPGGAPLWVPALIMAFVGLGTGAFMSLAIAIVQSAAPRSELGAATATAGLSGQIGSTIGSAVVGGVVGFGVASLLPTGLDPHTLTPALVHAADPALQAGIASIYHDVFSPVFLALAGVYILGFIAALLLPNGRLSDEAAVSAADAETLDNPANLAL NA NA NA NA NA D3-18_02443 1032 iolU_2 COG0673 scyllo-inositol 2-dehydrogenase (NADP(+)) IolU GTGCCCAACAACAACACCGTGAGATGGGGGCTCGCCGGCACGGGAACCATTGCCCGTGAATTCGCGCGGACCCTTGCTGAAGTCCCTTCTGCCTTTCTCGCTGCTGCGGTGTCACGTACCGCCGGTTCCTCAGCGAAGTTCTGTTCCGAATTTGGCATCCCACAACAGCATCTTTCCTTTCAGGACCTTGCCCATGACCAGACCATAGACGCGGTGTACGTTTCCACGCCGGCGGGATCGCACCATGAGCTTGCCACGCAGTTCCTGGAGGCGGGCAAACACGTCCTGGTGGAAAAGCCATTTACCGCCACCCACGCCGAAGCCCTGGATCTGGCCCGAACCGCCAAGCGATCCGGGACAGTGCTGATGGAGGCCATGTGGTCCCGGTTCCTTCCTGCCTATGTTGAGCTGAAGCGGCTGGTGGACGATGGTGCAATCGGAGAGGTGCGGAAAGTTGAAGCATCCTTCGGTTTCCCGATTCCGGAGGCTGGGCCGCGGGCGCGCCCACAGTTGTACGATCCCGCATTGGGCGGCGGAAGCCTGCTGGAGATGGGCGTCTACCCTGTACAGCTCTCACACTGGCTCCTGGGCGATGAACCGGCCGTCGCCGCCTTCGGCAGCAGCAGCACCACCGGGGTGGACCTGGACGCGACGGCACTTTTGTCCTTCAGCGGCCGTGCGACCGGATACATCAGCTCATCAATGTCCACAGTGCTCCCCAACAACGCACGGATACTGGGGACCGAAGGCTTCATCCAACTGCCGGCCCCGCACCATTGCCCCAACGAGCTGACTGTGTCACGCTACAACCCCTCGGGGCCGGGACTTCAGCAGTCCCAGATCATTCAGGCACCCATTGTTGGCGGCGGACTCAGGTACGAAATTCTCGAGTTCCAAGCTCTGCTGGAGTCCGGCAGCCCGCAGAGCTCCGTGATGCCCCTGAATGACTCTCTGGCCATCATGCGCACACTGGACCTCATAAGGGACCAGGTCCACAAACCTTCGCAGGAGGATCTTCACAGTGAAAGTTAA MPNNNTVRWGLAGTGTIAREFARTLAEVPSAFLAAAVSRTAGSSAKFCSEFGIPQQHLSFQDLAHDQTIDAVYVSTPAGSHHELATQFLEAGKHVLVEKPFTATHAEALDLARTAKRSGTVLMEAMWSRFLPAYVELKRLVDDGAIGEVRKVEASFGFPIPEAGPRARPQLYDPALGGGSLLEMGVYPVQLSHWLLGDEPAVAAFGSSSTTGVDLDATALLSFSGRATGYISSSMSTVLPNNARILGTEGFIQLPAPHHCPNELTVSRYNPSGPGLQQSQIIQAPIVGGGLRYEILEFQALLESGSPQSSVMPLNDSLAIMRTLDLIRDQVHKPSQEDLHSES NA NA NA NA NA D3-18_02444 2202 Beta-xylosidase GTGAAAGTTAAAGTAGAGCCGGAGCAGCTCTTGGCCTCCATGACCTATGCAGAGAAACTGGCACAGCTCCAAATCGTCTGGAGGCCGGACTCCGGAGAATCGGGAAACCTGGCACGGACCGGTGCCGGGGCGTTGTTCTGGCCAGCCTCGGCCCAGGCCACCAACGCGCTTCAGCGGATCGCCGTCGAGGAAAGTCGGCACGGCATCCCCCTCCTGATCGGTCTTGACGTGGTCCATGGCCAATTCACCATATTTCCCACTCCTCTGGCACAAGCTGCCAGCTTCGATCCCGAGGTGGCAAGGGCCGACGCCCGGCTCTCTGCAAAGGAAGCCCGGTCAAATGGGGTGAACTGGACCTTTTCGCCCATGATCGATGTTTCACGGGACCCGCGGTGGGGACGCGTGGTGGAAGGATTTGGTGAAGACCCCTACCTCAACGCCGTCTTCGGGGAGGCCAAGATCCGGGGCTATCAGGGCGATGACCTTTCCTCCGAGGCTTCCATGGCCGCCTGCGCAAAGCACTTTGTTGGCTACAGTGCCGCCGAAGGAGGACGCGACTACAACACCACGGACATCTCGCTCCAGCGGCTCCGCAACGTCTATTTGGAACCCTTCAGGGTGGCGGTCGCAGCAGGAGTTGCCAGTCTCATGGCAAGCTTCAATGCCGTCTCAGGCGTACCCATGCACGCCAACCGGGAGATGCTCACCGATGTCCTGAAGAACGAGTGGGGACATGACGGGATTGTGGTGGCAGACGCCGGTGGCGTGGGAGAGCTTGTGGACCATGGTATTGCCGCAGACGCTGCCGACGCCGGACGGCTGGCACTGTCAGCAGGTCTCGATGTTGAAATGGGCGGCTCTTTACTGAGCGACGGTGAGCCGATTATCCGCGAGGACCTGCTGGACTCCGCGCGCTTGGACGACGCCGTGCTCCGTGTGCTGCGGCTGAAGCAGGCGCTGGGCCTGTTCGACAACCCTTATGTGGATGAGTCCACAGCAGCAACAGGTCCTGATGAAACATCACTATCCGCGGCGAGGGATACTGCCGCGCGCTGCGCGGTACTGCTGAAAAACGACGACGGCGTGTTGCCGCTGAAGCCCCGGGGACAGCGAGTCCTTGTGGTGGGTCCTTACGCTGAAAGCAAGGACCACCTTGGAGCCTGGGTACAGTACTTTGCCTCACCCACCACCACCTCCATTGCCGAATCGCTGACAGAAGCCCTGCCGGGCTCTGTGGTGACCACACTTCCCGGCGCCACCTTTTTCGGCTCCGGTCCCAGCCGGCAGGCTGAGGCTGCCGCAGCCGCAGCCGCAGCCGCTGCGGAGGCAGATCTTGTGATCGTAGCCGTCGGAGAACCTAGTGACCTTTCCGGTGAGGCAAGCTCGCGGAGTTCACTGAACCTACCCGGAGACCAGGAACAACTGATCCGGGCCATTGCCGGCTCAGGCACCCCTTTTGCCGTAGTCCTCATGACAGGCCGCCCGCTGGTGGTCAGCGAATGGATTGATCAATGTCCTGCCCTTTTAGTGGCATGGCATCTGGGCACTGAGGCAGGGAAAGCAATCTCGGATGTCCTCACCGGCGCGGTCAACCCGGGAGGCAAGCTTCCCATGTCCTTCCCGCGCTCAGTGGGTCAAGTTCCCATCTACTACAACCATGAGTCAACCGGGAGGCCCGCACGCATAGGAGGCTCGCTTGCCCACGAACGGCCCGATGTTGGGCTGACCGGACCCAACAACACTGATGACTACTACAAGTCGAAGTACTTGGACTTGGAGCTGGGTCCGCAATTCGGTTTCGGACACGGGCTTAGCTACACATCATTTGAGTTGGAATCATCGCCGGACCAAGCACTCTCGGTCACCTTGGACGAGCTGCGAGCTGGATCCAGGATCACTTTCTCCACCATCGTTCGCAATACCGGAACAAGGGACGGAGACGAAGTGGTCCAGTTGTATGTTTCTGACCTCCTGGCAAGTGTGACCCGGCCTGTCAGGCAGTTGCGGGGCTTCACACGAGTATTCGTACCGGCTGGAGAAGAACGGCGTGTTTCACTGACCATCGGCTTGGATGATCTGGGATTCTGGACCAACGATCACCATGCCGGATACATCGTGGAGCCGGGCGAATTCCAGGTGGGAATTGGCAACGGCCTGACGTCCCAGGACTTCAGCCTGACGGTCACTCCCCGTTCCCCTTGA MKVKVEPEQLLASMTYAEKLAQLQIVWRPDSGESGNLARTGAGALFWPASAQATNALQRIAVEESRHGIPLLIGLDVVHGQFTIFPTPLAQAASFDPEVARADARLSAKEARSNGVNWTFSPMIDVSRDPRWGRVVEGFGEDPYLNAVFGEAKIRGYQGDDLSSEASMAACAKHFVGYSAAEGGRDYNTTDISLQRLRNVYLEPFRVAVAAGVASLMASFNAVSGVPMHANREMLTDVLKNEWGHDGIVVADAGGVGELVDHGIAADAADAGRLALSAGLDVEMGGSLLSDGEPIIREDLLDSARLDDAVLRVLRLKQALGLFDNPYVDESTAATGPDETSLSAARDTAARCAVLLKNDDGVLPLKPRGQRVLVVGPYAESKDHLGAWVQYFASPTTTSIAESLTEALPGSVVTTLPGATFFGSGPSRQAEAAAAAAAAAAEADLVIVAVGEPSDLSGEASSRSSLNLPGDQEQLIRAIAGSGTPFAVVLMTGRPLVVSEWIDQCPALLVAWHLGTEAGKAISDVLTGAVNPGGKLPMSFPRSVGQVPIYYNHESTGRPARIGGSLAHERPDVGLTGPNNTDDYYKSKYLDLELGPQFGFGHGLSYTSFELESSPDQALSVTLDELRAGSRITFSTIVRNTGTRDGDEVVQLYVSDLLASVTRPVRQLRGFTRVFVPAGEERRVSLTIGLDDLGFWTNDHHAGYIVEPGEFQVGIGNGLTSQDFSLTVTPRSP PGPT0019110_5621 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349 NA NA D3-18_02445 1638 hypothetical protein ATGCCACACCAGAACCTTCCCCGACTCGAGCGGACAGGCAACCACGTCAGGCTCATTGTTGAGGAGAAGCCGTTTCTCTGCATCGGAGGTGAACTGCATAATTCGAGTGCGTCCCACCGGAGCTACATGTCACCTATCTGGGACAAGCTGGCAAAGTCCGGGGTCAACACGGTAATCGCTCCTGTGTCCTGGGAACAAGTAGAGCCGGTGGAGGGAGAGTTCGACTTCTCAATTGTGGAAGGGCTGGTGGAAGACGCCCGGTCCACTGGCGTCCGTCTGGTCTTGATCTGGTTCGGGGCTTTCAAGAACGCCTTCTCCACCTATGCCCCCGGCTGGGTTCGCGCTGACCGTGAACGGTTCCCGCGCGCGGACAGGGGCGCCAAACCGCTCAAGACCCCGTTCTCCTATCCCGGTTCCATGCCGCGGCCCAGCTTGTCCGTCTTCTCTTTGAGTCTCTTTGAAGCGGACCGGGCTGCCTACACTGCCCTGTTGATGCATGTGGCCATGATCGATCCGGACCATACAGTCATCATGGTTCAGGTTGAAAACGAGGTTGGGCTGTTGGGTGCAGGAAGAGATCACAGCGAGCTGGCCGAGGCCGTGTGGAATGCACCGCTCCCTGAGAAATTGATTGCTGCGGTTTCCCAAGCTCCGGAATCCTTTGACCAGGAGTTTGTGCAGGCTCTTGGCTCGAGTCCGGACAGCAACAAAAGCTGGGCGGACCACTTCGGAGATGACAACCCCGTTGCTGAAGAGACGTTCATGGCCTGGGGATTTGCTTCCTTTGTGGGAGGTTTGGCGGCAGCCGGAAAGGAAGTCCTGCCGCTCCCGGCGTACGCAAACGCCTGGATCGGTCCGCAACGGGGACAGGACCTGCCCGGACAATACCCAAGCGGCGGACCGACGGCAGGGATGGTTCCGGTGTGGCGTGCCGCGGCGCCGGCCATCGACTTCCTGGCACCGGACATTTACGTTCCCAACGCAGAGGAAGTCATGCGGCAATACGCCTCCGCTTCCAATCCTCTCTTCATCCCCGAAGCGCGGTTCCGGGCCGGAGATGCGTTCTTGGCCATTGGCGGTTTTGGTGGCCTGGGCTACAACGTCTTCGGTGTGGAAGAAGGCAGGGAAGGCAACCAGTACAGCACAGCCTGCTCCATCATCACTTCCCTTACTCCGGAGATTGTGGATGCCCAGCGCGATGGACGGATTTTTGGTTTCGCCCTTGACCCGGTCGAGGAATCCATCAGCACGGAGCTGGCGGGTACAAAAATTACTGTTCGAAATTCCAGGAAGCTCCTCGAAGGTATGCTCTTGGACGCAGGCGTGCGGGTTCCCCCGGCGCCCGAACTTTTGGAAGAAACGGTTGCCGCTACCCACGGCCCCACCCCAGGAGACGCCCGTCCCTTCGGGATGGTCCTGGCCATCAATCCCAACGAGTTCATTGTGGTGGGCCAAGGAGCTCAAGTGGACTTCCACAGGCCCGATTGTGAGGTTGAGCTTGATGTAGTGAGGGAGCTGGTGGTGACCGACTCCGGGTTGCGGGAAGGCCGGTTCCTTAACGGGGACGAACGCCTTGAGATCCTTTCCGACAAGCACATCACAGCCGTGAGGGTCCGCATCCTCATAACCACAAGCTAA MPHQNLPRLERTGNHVRLIVEEKPFLCIGGELHNSSASHRSYMSPIWDKLAKSGVNTVIAPVSWEQVEPVEGEFDFSIVEGLVEDARSTGVRLVLIWFGAFKNAFSTYAPGWVRADRERFPRADRGAKPLKTPFSYPGSMPRPSLSVFSLSLFEADRAAYTALLMHVAMIDPDHTVIMVQVENEVGLLGAGRDHSELAEAVWNAPLPEKLIAAVSQAPESFDQEFVQALGSSPDSNKSWADHFGDDNPVAEETFMAWGFASFVGGLAAAGKEVLPLPAYANAWIGPQRGQDLPGQYPSGGPTAGMVPVWRAAAPAIDFLAPDIYVPNAEEVMRQYASASNPLFIPEARFRAGDAFLAIGGFGGLGYNVFGVEEGREGNQYSTACSIITSLTPEIVDAQRDGRIFGFALDPVEESISTELAGTKITVRNSRKLLEGMLLDAGVRVPPAPELLEETVAATHGPTPGDARPFGMVLAINPNEFIVVGQGAQVDFHRPDCEVELDVVRELVVTDSGLREGRFLNGDERLEILSDKHITAVRVRILITTS NA NA NA NA NA D3-18_02446 1197 iolG_12 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGAAGACAGAACAATCAGGAAATCAACATACAAGCCCATTGGGGGTTGCTGCCATAGGCTACGCCTTCATGGGGAAGGCCCATTCGAATGCGTGGCGGAATGTGGCCAGTTTCTTCGACGTCCCGGCCTTCGAGCAGAAAGTGCTCGTGGGCCGGGACGCCACCCAGGTGGCCGACGCGGCAGCCAAGTATGGCTGGGCCGAATCCGCTACGGATTGGCGTTCCGTGATTGAACGTGACGATATCCACATCGTCGATATCTGCGCGCCGGGCTGGATGCACGCCGAGATCGCCATCGCAGCCTTGGCCGCGGGTAAACACGTCTTGGTGGAGAAGCCCCTGGCGAACAACCTGGGCGAGGCCGAACAGATGGTTGCCGCGGCCGCCTCCGCGCGTGAGCGCGGTGTGCAGTCCATGATCGGGTTCAACTACCGCTGTGTGCCCGCCCTGGCTCTGGCCCGCGAGCTCATTGCCGAAGGACGTCTCGGCACCGTTCGGCACGTCCGCGCCGCGTACTTGCAGGACTGGCTTTCCGACGCCGAATCCCCCATGACCTGGCGCCTCCGCAAGGAAACCGCAGGCTCCGGCGCGTTAGGTGACATCGCCTCGCACGCGATTGACCAGGTCCAGTATCTAACGGGGCAAACCGCTCTTGAGGCATCAGGGACGCTGAAGACTTTCGTTTCCCAGCGTCCCGGTTCGAGTGGTTCGGCCAGCGGGCTGGAGGATGTCACGGTCGACGACGCCGTGTGGGCGACATTTTGGCTCACCGGTGACATGGGCGCCTCCATCGAAGCGTCCCGGGTCGCGACCGGCCGGAAAAACAGTCTGCAGATCGAGGTTTACGGCACCGCAGGGTCACTAACGTTCGATCTGGAGAACCTCAATGAACTTCAGTTCCTGGACGCCACTCAGCCTATCCGTGAACAGGGTTTCCGCCGGATCCTGGTCAACGAAACCGAACACCCCTATCTCGAAGCGTGGTGGCCGCAGGGTCACATCATCGGTTGGGAACACACGTTCACGCACCAGATCCGGGACTTCCTCACCGCAATCGCCGCCGGTGAGGCTCCCTCGCCGTCGTTCGAAGACGGGCTGCAGGTCCAACGCGTCCTGGACGCCGTCGAAGCATCAGCCAATAACAAGAGCACCATCACCGCCGTCGAACACAACTCACTCATCATTGAAGGAGTCTGA MKTEQSGNQHTSPLGVAAIGYAFMGKAHSNAWRNVASFFDVPAFEQKVLVGRDATQVADAAAKYGWAESATDWRSVIERDDIHIVDICAPGWMHAEIAIAALAAGKHVLVEKPLANNLGEAEQMVAAAASARERGVQSMIGFNYRCVPALALARELIAEGRLGTVRHVRAAYLQDWLSDAESPMTWRLRKETAGSGALGDIASHAIDQVQYLTGQTALEASGTLKTFVSQRPGSSGSASGLEDVTVDDAVWATFWLTGDMGASIEASRVATGRKNSLQIEVYGTAGSLTFDLENLNELQFLDATQPIREQGFRRILVNETEHPYLEAWWPQGHIIGWEHTFTHQIRDFLTAIAAGEAPSPSFEDGLQVQRVLDAVEASANNKSTITAVEHNSLIIEGV NA NA NA NA NA D3-18_02447 1137 hypothetical protein GTGTCTTCACCCCAAGACAACTCGTCCACCCGCATCGTCGCTGGTGAGACCGCACCCAAGCCCAAGCGCCGCCGCACAGTTGAGATCGCCCTGGCCGTGGGCTTGGTGTTGCTGATCGGCGCGGGCGCCGCAGTTGCTTCTGCTGTTTCGCAGAACAACCAGGCTGCTCCGGCACCCACCACGTCCCCGGCCGCTGAACTGAAGCTTGGTTACTTCAGCAACGTGACCCACGGCCCGGCGCTGGTAGGTACCAGCAAGGGCCTGATCGCCAATGAACTCGGCGATACCAAGCTCAGCACCCAGGTCTTCAACGCCGGCCCCGCCGCGATCGAAGCCCTGAACGCCGGCGCGATCGACGCCACGTACATCGGCCCGAACCCGGCCATCAACTCCTACGTCAAGAGCAACGGCGAGTCCATCAGCATCATCGCCGGCGCAGCCTCCGGCGGTGCCCAGCTTGTGGTGAAGCCCGAGATTAACTCCGCGCCCGACCTCAAAGGCAAGGTCCTCAGCTCCCCGCAGCTCGGCGGAACGCAGGACGTTGCCCTGCGCGCCTGGCTCGGTGACCAGGGCTTCAAGACCAACACCGATGGCAGCGGTGATGTGAACATCAACCCCACCGAGAACGCCCAGTCGCTGAAGCTCTTCACCGACGGAAAGCTCGACGGCGCGTGGTTGCCGGAGCCGTGGGCCTCCCGTCTGGTGCTCGAAGCCGGGGCGAAGGTCCTGGTGGATGAGAAGGACCTGTGGGAGAACGGTGACTTCACCACCACCATCCTGATCGTGAACAAGAAGTTCGCTGCAGAACACCCCGAAACCGTGAAGGCACTTTTGAAGGGCCACGTGGAATCGGTGAACTGGCTCAACTCCGCTTCCGCTTCGGAGAAGGCCACCACCATCAACGCGGTCCTCAAAGACACGGCAGGCAAGCCGCTTCCGGCCAACGTCATCGAACGCGCGCTGCAGAACATCAACTTCACCACCGACCCGCTCGCCGGAACGTACAACAAGCTCTTCGAAGACGGCGTCAAGGCCGGCACCACCAAGCAGGCCGACATCAACGGCATCTTCGACCTCCGCACCCTGAACGAGGTCGAAGGCAAGAAAACCTCAGCAGCAGGACTCGGCCAGGAGTAG MSSPQDNSSTRIVAGETAPKPKRRRTVEIALAVGLVLLIGAGAAVASAVSQNNQAAPAPTTSPAAELKLGYFSNVTHGPALVGTSKGLIANELGDTKLSTQVFNAGPAAIEALNAGAIDATYIGPNPAINSYVKSNGESISIIAGAASGGAQLVVKPEINSAPDLKGKVLSSPQLGGTQDVALRAWLGDQGFKTNTDGSGDVNINPTENAQSLKLFTDGKLDGAWLPEPWASRLVLEAGAKVLVDEKDLWENGDFTTTILIVNKKFAAEHPETVKALLKGHVESVNWLNSASASEKATTINAVLKDTAGKPLPANVIERALQNINFTTDPLAGTYNKLFEDGVKAGTTKQADINGIFDLRTLNEVEGKKTSAAGLGQE PGPT0001135_741 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001135-ABC_SN_S-K02051 NA NA D3-18_02448 1410 COG0277 putative FAD-linked oxidoreductase ATGACAACACAGCTCACCCACGAACACATCGCCATCCAGGGCTACGTCCGCGAACTCACGCGCAGGGTCGACGGCATTGAGATCCTCGAACCCGGCACCGGGACCACCCGCTACAGCCATGACGCAGCCACCGCTAAAACCGCGGCTGCCAGCGGAAAGCCGGGTCCCGCCGTCGTGCTTCCCGCAACGGCAGCTGAGGTCCAGGCGGCCGTGAAGCTGGCCGCGGAGCTTGGCGTGACGGTAGTGCCCCGTGGTGCCGGAACGGGCCTTTCGGGTGGCGCCACAGCACACACGGACCAGATAGTTATTTCCACGGAGAAACTCACCCGCATCATTGAGGTCTCTCCCTTGGATGAAGTGGCGGTGGTGGAACCCGGTGTCATCAATGCGGATTTGAATAAGCATCTTGAACCATTCGGTCTTTTCTACGCCCCGGATCCGGCTAGTTTCGATATATCCTCCATCGGCGGCAATATCGCCACCAATGCAGGCGGACTCAGGTGCGCCAAATACGGGGTGACCCGCGAATCGGTCCTGTCGCTCGACGTCGTCCTGTCCGACGGTAGCCTCATCAGTGTCGGCCACCGCTCCATCAAGGGCGTTACTGGCCTGGATCTGACGTCATTGTTTGTCGGCTCCGAGGGAATTCTCGGCATTGTCACCAAAGCGACACTCCGCCTGCGTCCCATCCCCGTGGCGCGCAAAACTGTCACCGCCTTCTTCAACAGCACGGCAGAGGGAACCGAGGGGCTCGCAGCGATCACCCTCTCACCTGTACGCCCGGCGGCCATTGAATTCTTCGACACCCCAAGCCTGGCCAACATCGACGCCCACTCCGGAACGGACCTCCGCACCAGGGGCACCGCGCTGATCCTCATTGAAATCGACGGCTACGGTATCGGCGACCAAGCCGCCGACCTCGCCACAGCGCTCACCGCTGCCGGCGGCCGCGTCACGGTCGAGTCCGACGACGACGGCGCGCGGCTTTGGGAACTGCGCCGCAACGGCCGCGGCCTCCCGCAGGACAAGTGGTATATCGGCGAGGACATCGCGGTGCCCAAGTCCCAACTGCCCAAGGTCTACGCAGCCTTCCCCGCCTTGGAAGCCCGTTTCGGCGTGGCGATTTCGGCGGTATCGCACGCCGGTGACGGCAACCTTCACCCGCTGATCACCAAGGACAAAACGCCCGACGACGGAGCCAACCCGCCTGCCTCCCTCGCCGAAGCTGCCACTGAACTGGTGAAGGTAGCGCTTTCCCTGGGCGGGACGGTCACCGGCGAACACGGCGTGGGAACCATCAAGCGCGAGTGGGCAGCACTGGAACTCTCAGAGCGCAGCCGCAAGGTGCAGCACGCCATCAAGACGGCCATCGACCCCCAGCAACTCCTCAATCCCGGCAAGGCCATCTAG MTTQLTHEHIAIQGYVRELTRRVDGIEILEPGTGTTRYSHDAATAKTAAASGKPGPAVVLPATAAEVQAAVKLAAELGVTVVPRGAGTGLSGGATAHTDQIVISTEKLTRIIEVSPLDEVAVVEPGVINADLNKHLEPFGLFYAPDPASFDISSIGGNIATNAGGLRCAKYGVTRESVLSLDVVLSDGSLISVGHRSIKGVTGLDLTSLFVGSEGILGIVTKATLRLRPIPVARKTVTAFFNSTAEGTEGLAAITLSPVRPAAIEFFDTPSLANIDAHSGTDLRTRGTALILIEIDGYGIGDQAADLATALTAAGGRVTVESDDDGARLWELRRNGRGLPQDKWYIGEDIAVPKSQLPKVYAAFPALEARFGVAISAVSHAGDGNLHPLITKDKTPDDGANPPASLAEAATELVKVALSLGGTVTGEHGVGTIKREWAALELSERSRKVQHAIKTAIDPQQLLNPGKAI PGPT0028045_1 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 D3-18_02449 1653 gsiB_1 COG0747 Glutathione-binding protein GsiB ATGAATACCTTCAACACCCCTGAGTTCCGCAGAAGGGCCTTCCTCACAGGCCTCGGCGCGCTGTCCACCTCTGCCCTCGTCACGGCCTGCGGCGGCACAACCGCCAGCACAGGCGCCGGTTCCACCACACCCGTAGATGGCGGCAACATCACGTTCCTCATCCAGGGCTACGACACCGGCTGGGTTTCCAGCAAGACCTCCATCTCCAGCTACGAGGGCAACCTGTGGGGCCAGATCACGGACAAGTTGGTGTACGTCAATGAAAAGGGCGAACTGAGCCCGTGGGTTGCAGAGAGCTGGGAAGAACTCAACGGCGCCAAGGATTTCGTCATCCACCTGAAGCAGGGCGTGACATTCTCCGACGGCACCCCGCTGGACGCAGCCGCCGTCGTCGCCAACCTCACCGCCTGGGCGAAGGGCGATCCCACCCGCGGCGTCAGCAAGGTGGGCCTATTCCCGTCGACCAACTTCGTCTCGGCCGAAGCCACTGACGCAGCCACGGTCAAGGTTTCGTTCTCCTCCCCCGCACTGGGATTCGTCGCCACCCTGGCGTATCACGGTTGCATCCTGCTCTCCCCGAAAACCCTGGCGCTCCCGGTCGAGGCGCAGGCGGACCTCAGCCAGGAAATCGGCAGCGGCCCGTTCGTGGTCAAGTCCTGGAAGCAAGGCGACAGCTACGTCCTGGAGAAACGCAAGGATTACAACTGGGGCCCGGCAGCGCTTGGCCATACCGGTCCGGCACGCCTGGACACCATCACCTACAAGGTCATCAAGGACACCTCAGTCCGGACATCGACGGTGATTTCGGGACAGGCAGACGTTGCCTTCAACGTGGAGCCCCAGGAAATTGAGTCGCTCAAAGCCCAGGGCTTCACGGTGGGAACACCGCGCTACCTGGGCTTCGTGGACGGTTTCCAGGTCAACACCCAGGCCTTCCCCACCAACGATCCCGCCGTCCGCAAGGCCATCCAACACGGCATCGACCGCGACGAGATCCTCAAGACCGTCTACACCAGCGACTGGAACGCCGCCACAACGTTCATCCAGGGCAACGTTCCGGAAGCCGGCGAGTTCAGCGACACCTTCACGTTCGACGCCGACAAAGCCAACAAAATCCTCGACGACGCCGGTTGGGCATCCGGTTCGGATGGTTACCGTTCCAAGCACGGCAAGACCCTCGAATTCACACTGACACCCAACCCGTACGTGCCCTCCACCAAGGCTGAAGACGAGCTCATCGCCCAACAGCTCAAAAAGGTGGGCATCAAGGTCAATCTCAAGGTGGTGGACGTCGCCGGCTACGCGGCCGTGCAGGCCAGCAAGCCGCCGCTGTTCCAAACCTCGCGCAGCTTCGTCGACGTCGGAACGGTCGCCGGAGTCCTGACCAGCCAGAACAAGGGCGAAGACTGGTTCGGACTCGGTACCAGTGACCAGAAGTTGAACGACCTTTCCACCGCGATCGCCACGGCCTCGGACCGGGCTTCCCGGGAAAAGGTGGCCGACGAACTGCAGCAATACGTCCTGGAACAGGGCTACTTCATCCCCCTTAACCAGCTGGTCCAGCGCCTCTACCTGATCAGCCCCAAGATCAAGGACGTCCAGTACAACGGCTTGGCGTACGCAAACTTCTACACCGCCTGGATTTCACAGTGA MNTFNTPEFRRRAFLTGLGALSTSALVTACGGTTASTGAGSTTPVDGGNITFLIQGYDTGWVSSKTSISSYEGNLWGQITDKLVYVNEKGELSPWVAESWEELNGAKDFVIHLKQGVTFSDGTPLDAAAVVANLTAWAKGDPTRGVSKVGLFPSTNFVSAEATDAATVKVSFSSPALGFVATLAYHGCILLSPKTLALPVEAQADLSQEIGSGPFVVKSWKQGDSYVLEKRKDYNWGPAALGHTGPARLDTITYKVIKDTSVRTSTVISGQADVAFNVEPQEIESLKAQGFTVGTPRYLGFVDGFQVNTQAFPTNDPAVRKAIQHGIDRDEILKTVYTSDWNAATTFIQGNVPEAGEFSDTFTFDADKANKILDDAGWASGSDGYRSKHGKTLEFTLTPNPYVPSTKAEDELIAQQLKKVGIKVNLKVVDVAGYAAVQASKPPLFQTSRSFVDVGTVAGVLTSQNKGEDWFGLGTSDQKLNDLSTAIATASDRASREKVADELQQYVLEQGYFIPLNQLVQRLYLISPKIKDVQYNGLAYANFYTAWISQ PGPT0004430_6533 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 D3-18_02450 969 nikB COG0601 Nickel transport system permease protein NikB GTGACAGGCGACTACCGGCGCTTTGCCCTGACGCGCGCAGGCCAGGCGATCGTCGTCGTGCTTCTCGCGTACGTGTTCACGTTCCTGATCATCAGCGTCCTCCCGGGCGACGCCATCACCAACACCCTCAGGGATCCGCAGCACGGCCTGAGCGAGGAAGACATCCAGCGGATCGTTGCCTTCTACGGCCTCGATCAGCCGGTGATCATCCAACTGCTGCTCTCCCTGGGACGCTTCCTGACCGGTGAACTGGGATTCTCGCTGCAGTCCAACCTCCCGGTGGCCCAACTGGTGGGTGACGCCCTGCCTTCGACGCTCACGTTGGCAACAACGGCTCTGTTCATCGCCATCATTTTCGCCGTGGCCATTGCCTACGGAGCCCAGTACCTGCCCGGCAAGTGGGCGGCCATCGTCCGGTCCATACCGTCGTTCTTCCTATCGGTGCCCAACTTCGTCATCGGCCTGCTACTGATCGAGTTCTTCGCGTTCCGGCTGCACTACTTCACCACTACCGATCCGAACAGCCCGGTGGCAACGTTATTCGCCGCGATCACGTTGGCCATCCCGGTCTCAGCGCCCCTGGCCGAAGTCCTGATAGCCAGCCTGGACCACGAATCCCGGCAGGAGTACGCCGTGGTGGCCCGTTCACGCGGACTGACCGAGGCCAGGTTGTTCGCTAAGCATCTCCTGAAGCCCTCGGCCCTGCCTTCGGTGGCCATGGTGGCACTCATTGTGGGCGAACTGCTGGGCGGTTCAGTGATTACGGAGACCATCTTCGGCCGGGATGGAATCGGCACAGTGGTCCAAAAGGCCGTGACCGGTGAGGATCAACCCGTCCTCCAAGCGATCGTTTCCCTGTCAGCCGTGGTCTTTGTTGCCGTGAACCTGGTGGCGGACCTTGCCTCGCCGCTGCTGGACCCTCGCGTCAAACTCCGGGAGACCAAATTCAAGGAAAAGGTGGGGGCATGA MTGDYRRFALTRAGQAIVVVLLAYVFTFLIISVLPGDAITNTLRDPQHGLSEEDIQRIVAFYGLDQPVIIQLLLSLGRFLTGELGFSLQSNLPVAQLVGDALPSTLTLATTALFIAIIFAVAIAYGAQYLPGKWAAIVRSIPSFFLSVPNFVIGLLLIEFFAFRLHYFTTTDPNSPVATLFAAITLAIPVSAPLAEVLIASLDHESRQEYAVVARSRGLTEARLFAKHLLKPSALPSVAMVALIVGELLGGSVITETIFGRDGIGTVVQKAVTGEDQPVLQAIVSLSAVVFVAVNLVADLASPLLDPRVKLRETKFKEKVGA PGPT0004445_10118 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 D3-18_02451 855 ddpC COG1173 putative D,D-dipeptide transport system permease protein DdpC ATGACTGCCATCCTCAGCAACACTCAGCTCCGCAACGTCGGATCGGCGCCGAGGAAACTCACCACTGGCCTGCCGCCGGCAACCGTCCTCCTGTCCTTCGCCGTTGTCCTGGTGGTCATCCTCTGGTCACTGGTCCCGGGCCTCTTCACGTCCCTAAGCCCCGTGACTGGCGACACCGCCAGCAAACTGGCCGCACCGAGCGCCGCCCACTGGTTCGGCACCGACTACCTGGGTCGCGATCAATACGCCCGGGTAGTCCACGGAACCGCATCCTCGGTGACAAGCGCCCTGGTAGCCGTACTCATCGGTCTGGTGATCGGCAGCATCATTGGCCTGGCCAGCGGGTTCCGCGGCGGCTGGGTGGATGCCGTCCTGGGCCGTTTCGTGGACGTCCTGCTGGCCATCCCCGGCTTCCTCCTGGCCGTGGTCATCGTCAGCTCGCTGGGTTTCCAGACCATCAACGCCGCGATCGCCACCGGAGTGTCCGCCGTCGCGGTCTTTGCCCGGCTGATGCGGGCTGAAGTGATGCGGGTCCGCAGCGCCACCTATGTTGAAGCGTCCTACCTCGAGGGCGGAACCCGCCTGCACGCACTGCTGGGACATGTCCTTCCCAACGCGTACCGCTCGGTGCTGGTCCTGGCTGTCCTGCAGTTCGGCACGTCCATCCTGATCATCGCCTCCCTGGCCTTCCTCGGCTACGGCGATCCACCCCCGGCCTCGGACTGGGGACTCCTGGTTGCTTCGGGCAAAACCTACGTCACTGCCCCATGGCTCGTGTACGCGCCCGCTCTGGTCATCGTGATCACCGTCCTGTCCGTGAACCGCATCAGCCGCTGGCTGCGAAACGCCAAGTGA MTAILSNTQLRNVGSAPRKLTTGLPPATVLLSFAVVLVVILWSLVPGLFTSLSPVTGDTASKLAAPSAAHWFGTDYLGRDQYARVVHGTASSVTSALVAVLIGLVIGSIIGLASGFRGGWVDAVLGRFVDVLLAIPGFLLAVVIVSSLGFQTINAAIATGVSAVAVFARLMRAEVMRVRSATYVEASYLEGGTRLHALLGHVLPNAYRSVLVLAVLQFGTSILIIASLAFLGYGDPPPASDWGLLVASGKTYVTAPWLVYAPALVIVITVLSVNRISRWLRNAK PGPT0004450_11872 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 D3-18_02452 1689 gsiA_4 COG1123 Glutathione import ATP-binding protein GsiA GTGTCAGCTGACCTACTCACGGTGGAAGGCTTGTCGATCGCCTACGGTCCCACCGCCGTCGTCCATGGCGTCTCGTTTTCCGTTGCCAAAGGCGAGAGCCTGGCGCTGATCGGCGAATCCGGCTCGGGGAAGTCGACCATCGCCAAAGCCGTCCTGCGCCTGCTCCCCCACGGTGAGGCGACGGCGACGGGCCGTGTGACACTGAACGGTCAGGACATACTGGCCCTGCCCGAAAAACAGTTCCGTCCCCTGCGAGGCCGGGAGCTCGGGTTTATCCCGCAGGACCCCGCCTCCGCGCTGAACCCGGTCCGGACCATCGGCGCGCAGGCACAGGAAGCTGCGGCGCTGCTCGGCGAAACCGACCCGTCAGTTCGCCGTGGCAAGATCCTGGACGTGCTGGAGCAAGTGGGCCTGCCCGACCCGATCAGGGTGTACGACTCCTACCCGCACCAACTCTCGGGCGGCATGCTCCAACGCGTGCTGATCGCGCTCACCGTACTTCCCCGGCCGTCACTGATCGTGGCTGACGAACCCACGTCAGCCTTGGATGTGACAGTACAAAAGCTGATCGTGGACATGCTCACCGAGCTCCGCCAGGAGTTGGACATCAGCCTGCTCCTCATTACCCACGACCTCGCCGTCGCGGCCGAACGCGCCGATTCCCTGGTGGTGCTGAAGGACGGCGCGGTACAGGAAAGTGGGTCCTCGCGGGACGTTTTCGCTTCACCCAAAACGGACTACGCCCGCAGCCTTCAGGCGGACGTCCCCGCGCTCCATCCGGATCGGTACCGGGACCAGCGCATCGCCTTTCAAGGCGCGCACGACGGCGCCTCCCGCACCGGGGCTGTTGCCGCACCGTCACCGGGACTCCAAATTGATGTCCAGGGCGTGACCAAGCGCTTCTCCGCAGGCGGCAAAGACGTCCTTGCCTGCGACGGCGTGTCATTCTCCGTCGAGCGCGGACGGACGCACGCCCTCGTCGGCGAATCCGGCTCCGGCAAGACCACTGCGGTGCGGTTGCTGCTTGGCCTCGAACACCCGGACGGTGGACAGATCTCGGTTGCCGGCCAATCGACGTCGGGCAGGTCCCGCGCGGAAGTGCGCGACATCCGCAGGCACCTTCAACTGGTCTACCAAAACCCTTTCACGTCTCTGGACCCCACCTGGCGGGTAGGCAGGATCATCCGCGAACCGTTGGACCAGTTCGGAGTAGGCACCAAGCCCGAGCGCGCCCAACGAGTGCAAGAAGCCTTGGCGTCCGTGGGGCTGCCTGCCGATATCGCATCGCGGCGACCTGCGAACCTGTCTGGTGGCCAGCGTCAGCGGGTGGCCATTGCCCGCGCGCTGGTGGTGAGGCCCGACGTCGTGGTTCTGGATGAGCCCACATCCGCACTGGATGTGAGCGTCCAGGCAGGAATCCTTGAGCTTCTGTCCAAACTCCAACGCGAACTGGACCTCACCTACCTGTTCGTCTCGCACGATCTGGCCCTGGTAAGGCAGGTGGCTGACACCGTTTCTGTCCTTCGCAAAGGGCAGGTAGTGGAAGACGGGGCTGTGGAGGACATCTTCTCGCGACCACAACACCCCTACACCCGTGCACTCCTTGACTCGATCCCCTTGGCCACTCCCGCAGCTTCGCTTGGCGGGTTTGCCACGGAAGCCAAACAACTAGCAAAGGCCACAGCATGA MSADLLTVEGLSIAYGPTAVVHGVSFSVAKGESLALIGESGSGKSTIAKAVLRLLPHGEATATGRVTLNGQDILALPEKQFRPLRGRELGFIPQDPASALNPVRTIGAQAQEAAALLGETDPSVRRGKILDVLEQVGLPDPIRVYDSYPHQLSGGMLQRVLIALTVLPRPSLIVADEPTSALDVTVQKLIVDMLTELRQELDISLLLITHDLAVAAERADSLVVLKDGAVQESGSSRDVFASPKTDYARSLQADVPALHPDRYRDQRIAFQGAHDGASRTGAVAAPSPGLQIDVQGVTKRFSAGGKDVLACDGVSFSVERGRTHALVGESGSGKTTAVRLLLGLEHPDGGQISVAGQSTSGRSRAEVRDIRRHLQLVYQNPFTSLDPTWRVGRIIREPLDQFGVGTKPERAQRVQEALASVGLPADIASRRPANLSGGQRQRVAIARALVVRPDVVVLDEPTSALDVSVQAGILELLSKLQRELDLTYLFVSHDLALVRQVADTVSVLRKGQVVEDGAVEDIFSRPQHPYTRALLDSIPLATPAASLGGFATEAKQLAKATA PGPT0004435_2125 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 D3-18_02453 1200 lysN_2 COG1167 2-aminoadipate transaminase ATGACCACCCAGACCCTGACAACCACCCGCCGTCCCGCGCTGATCGAGGCCTTTACCGCGCCGAAGGGATTCGGTGACCAGACACTGCGGGACCGTAGGGAAGACGCTATCGAACTCCTGGGCGGCATCCCCGACCCCAGCGTGCTCCCCACCGAGGAACTGGCCGCCGCTACCGCCCGAGTGCTGGCGAAGCCCGGCGTCCCGGCACTCCAATACTCACGAACGGAAGGCATCTCGCCTCTGCGTGAGTGGATCGCCGAACGTGAAGGTGTCCCGGTGGACCGGATCCTGATCACCAACGGCGGCTTTCACGGACTCGCCTTGGCCATCCAATCCGTGGTGGAGCGCGGCGACCTGGTGGCGGTGGACAACCCGATCTTCCCGTTGTTCCTCCGGGGACTTCAGTTGTCTGATGCCCGGACCCTCCCGATCTTCGTGGGACCCCACGGCCTCGACGTCGATCACCTCTCGGACCAGCTGCGCACAGGCGCCCGCCCGTCAGCGCTCTACACGGTGCCTGACTTCCACAATCCTTCGCAGGGCACCCTGCCCGCAGAGGCCAGGAAGGAACTGGTCCGGCTGGCCGAGCACTATGGCTTCGTGATCCTGGCCGACAACCCGTACCGCGAACTTCGCTTCGCCGGTGAGCAGGAGAGCGTGGAGGAATTCAACAACTCCGATCATGTCCTCCACATCAACACGTTCACCAAAACCCTGGGGCCAGGGCTGCGCCTCGGTTGGACCGTGGCACCCGAGCGCCTGTCCCGCGACCTCGTGGCATTGCGCAGCAGGCAGGACTCGCACAGCTCCACACTGGTTCAAGCGATCATCGGTGAGCTGGTAGCGTCCGATCCCGGGATCTTCGACGTCACCCTGGACCGCGCCCGTGGTTTGTATCGAAGCCGTGCTGAAACGCTTGTCACCGCGCTGCATCGCGAAGCGCCGGGCGCGTTCGAGACCGTCCTTCCCGACGGCGGGCTGTTCCTCTGGCCGAAGCTGGCAGATTCTTCGGTGGACCCGGACCAACTGGCGGCCGATGCCAGCGCCGAAGGCGTGGAGTACCAACGGGGTTCGTTCTTCCCCTCAGGACCCGGCACTGACGCTGATCGGCACCTGCGCCTGGCGTACGGTGACGTTCCCGCCGCAAAGCTTGAGGAAGCGGCTGCACGCCTGGGACGGGCGCTAAAGCGGCAGAGCTAA MTTQTLTTTRRPALIEAFTAPKGFGDQTLRDRREDAIELLGGIPDPSVLPTEELAAATARVLAKPGVPALQYSRTEGISPLREWIAEREGVPVDRILITNGGFHGLALAIQSVVERGDLVAVDNPIFPLFLRGLQLSDARTLPIFVGPHGLDVDHLSDQLRTGARPSALYTVPDFHNPSQGTLPAEARKELVRLAEHYGFVILADNPYRELRFAGEQESVEEFNNSDHVLHINTFTKTLGPGLRLGWTVAPERLSRDLVALRSRQDSHSSTLVQAIIGELVASDPGIFDVTLDRARGLYRSRAETLVTALHREAPGAFETVLPDGGLFLWPKLADSSVDPDQLAADASAEGVEYQRGSFFPSGPGTDADRHLRLAYGDVPAAKLEEAAARLGRALKRQS PGPT0007135_905 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 D3-18_02454 1152 desA3 COG3239 NADPH-dependent stearoyl-CoA 9-desaturase ATGTCAGTAGTTTCAACCAAAAGCTCCGCCGCCGGCGTCGGACCCAAGACACGGCCTGGTGCCCTTGCCGATGCGGGCAGGCCCACGGTGCGGCCACCGGCGGCCGCGCACCTGAGCGACGAGCAAGTGGCCCAACTGGGCCGTGAGCTCGATGCGCTCCGCGACGAAATCCTTGCCAAGCGAGGCTCTAGCGACGCCGCCTATATCAGGCGAATGATCAAGATTCAGCGTGGGTTGGAAATCTCTGGTCGTGCCGCACTGCTGGTAGGCAGGAACAAGGCGGCCTGGTTCACCGGCACGACGCTCCTCAGCGTGGCAAAAATCCTGGAGAATATGGAACTTGGGCACAACATCCTCCACGGCCAGTGGGACTGGATGCGTGACCCGGACATCCACTCCACCACGTGGGAGTGGGACTTCGTTACCCCGTCGCGGTCGTGGCAGCACACGCACAATGACCTTCACCACCGCTGGACCAACGTGGTTGGCAAGGACCGCGACGTCGGTTACAACCTTTTGCGCATGGACCCCGATCAGGAGTGGAAACCCTTCAACCTGGGCAATCCGCTCTACAACGCCCTGCTCGCGCCCGTTTTCGAATGGGGTATAGCCATCTACGACCTGGAGATCCCCGAGTACAAAGAAGGCCTGAAGTCGAAGGAGGCCATGAACAAGGACCTCAAAGCGCTGGGTCGGAAGGCGCTCAAACAGTTCGCCAAGGACTATGCAGCCACTCCAGCCCTGGCCATGCTGTCGGGTTCAGGGAAGCAAGCCCTCTACGGCACGCTCGCTGCCAATGCCATCCGCAACGTCTGGGCCCATGCGGTCATTTTTTGCGGCCACTTTCCCGAAGGAACGGACACGTTCACCGAAGAGATGGTGGAAGGCGAAACCCGCGGTGACTGGTATGTCCGTCAGATGATCGGGTCCGCCAACATCTCGGGCCCCAGGTTCATGCACCTCATGACAGGGAACCTGTCGCACCAGATCGAGCACCACCTCTTCCCCGACCTTCCCTCCAACCGGTACGCCGAGATCGCACCCAAGGTCCGCGACATCTGCGGACGTTACGGCCTCAAGTACACCACCGGACCGTTGCTGAAACAGGTGGGCTCAGCGTGGGCTAAAGTCTTCAAGCTCGCTCTGCCTTAG MSVVSTKSSAAGVGPKTRPGALADAGRPTVRPPAAAHLSDEQVAQLGRELDALRDEILAKRGSSDAAYIRRMIKIQRGLEISGRAALLVGRNKAAWFTGTTLLSVAKILENMELGHNILHGQWDWMRDPDIHSTTWEWDFVTPSRSWQHTHNDLHHRWTNVVGKDRDVGYNLLRMDPDQEWKPFNLGNPLYNALLAPVFEWGIAIYDLEIPEYKEGLKSKEAMNKDLKALGRKALKQFAKDYAATPALAMLSGSGKQALYGTLAANAIRNVWAHAVIFCGHFPEGTDTFTEEMVEGETRGDWYVRQMIGSANISGPRFMHLMTGNLSHQIEHHLFPDLPSNRYAEIAPKVRDICGRYGLKYTTGPLLKQVGSAWAKVFKLALP NA NA NA NA NA D3-18_02455 1101 COG1018 NADPH oxidoreductase ATGGTGAGATTTCGGCCCTTGGCCCGCATTGCCTCGGTTTTGACCACTCCGCTTGCCCCGGAGGACGTTCTTGCGCTGTTCAACCCGGTCTATTCGTCTCGGCAGTTGCGTGGAGTCGTCACTGAGGTAGTCCAGGAAACGGCACAATCAGCCACCATCTTCTTCCGGCCTGGTCGCGGCTGGCACGCCCACCTCGCCGGTCAGTGGGCGAGGATAGGTGTAGAGCTCAACGGAGTCCGCCAATGGCGGTCCTATTCACTGAGTGCTCCGGCCGGCAAGGATCCGGCCATTACTGTCACTGACGTGGGATCCGTGTCCGGGACCTTGGTCCGGAAGACCAAGGTTGGTGACGTCCTCTTCTTGGCTCCACCTCAGGGCGACTTTGTCCTCCCGGAGCACCCCCGATCACTCCTAATGCTCACTGCGGGAAGCGGCATCACACCCGTAATGTCGATGATTCGGACCCTTGTCCCAAGCCGCCCCGACGCAGACGTTGTGCTGATCCATTCCTCCCGCGACGAAGCCGACAGTATCTTCCGTGAGGAACTGGCTGAACTTGCTGATCAATTTCCCAATTTCCGCCTCGTGCAGTGGCACACCAACGGCCGTGGCCGCATGAATTTCACGTCCACGGCCGTCCTGGAAGAGGTCTGCCCGGACTGGCGGAACAGGGCAGCGTATGCGTGCGGCCCTGAGTCTTTCCTGAATGACGCAGAAGCTATGTGGAACCAGGCTGCGTTGACTGCTGCCGCCACTTCAGGGAAGGAAGCCAATGGTGGAACAGGGCACGGCTCGCTCACTATCGAACGATTTAGCACCGAGCTCCTGGGAGGCGACGGTAGTGAAGGCGGCGTGGTCACGTTCGAAGCTTCTGACCGCGAGGTACTAGCCGACGGCGGGGTCCCCATCCTCGACGTCGGTGAGGACGCAGGGGTGCTGATGCCCAGCGGCTGCCGCATGGGTATTTGTCACAGCTGCCTGACTCCGTTGCTCGCCGGAAGGGTCCGCGACCTGCGCACCGGCGAGATCCATGGGGCGCCCGGGGAACTCATCCAAACCTGTGTCTCGGCAGCCGCCGGGCCAGTCAACCTCGAAATCTGA MVRFRPLARIASVLTTPLAPEDVLALFNPVYSSRQLRGVVTEVVQETAQSATIFFRPGRGWHAHLAGQWARIGVELNGVRQWRSYSLSAPAGKDPAITVTDVGSVSGTLVRKTKVGDVLFLAPPQGDFVLPEHPRSLLMLTAGSGITPVMSMIRTLVPSRPDADVVLIHSSRDEADSIFREELAELADQFPNFRLVQWHTNGRGRMNFTSTAVLEEVCPDWRNRAAYACGPESFLNDAEAMWNQAALTAAATSGKEANGGTGHGSLTIERFSTELLGGDGSEGGVVTFEASDREVLADGGVPILDVGEDAGVLMPSGCRMGICHSCLTPLLAGRVRDLRTGEIHGAPGELIQTCVSAAAGPVNLEI NA NA NA NA NA D3-18_02456 975 hypothetical protein ATGACTGAGACCGAGGAAACCGTGGGCACGCCCACATTGCAGGAACTTCTACGTGATTCGCCTAAGAATTGGGGGAAGTGGGGACCCGAGGATGAAGTCGGTTCCTTGAATTACCTTACAGTCGAAGAAGCTCAGCGCGGTGCGGCGGAAATCCGTACAGGGAAGAGTTTTACTCTGGCCATTCCAATTGGCAATCCAGAAGGCGATCCGATCTGGCCCGGGCGAAAGACCGCAGTGAGGACTAACGTCATGGACCGGGGAAATTTTCTCTGTGGGACAGGCCCTAGCTTCAATGGTGATCTTGAATACGCCGATGATGTGATCACCATGTATCTTCAGGGAACCAGTCAGTACGACGCGTTGGGGCATATGTGGTACGGCGAAAAAATTTACAATGGGTATGCCGCAGAGACAACAATCGGGAGCCTGAAGAAGGCCAGCATCTTCCCGATAGCAGAACGCGGAATCGTGGGAAGGGGCATCCTCATCGACATGGCGCGCTTTCGGGGCAAAGCGGCCCTGGAAAGAGGCGAAACTTTCTCCCATGAGGACCTGGTGGCTGCTGCGTCAGCACAGGGTGTCACCATCCATAAACGCGACATACTACTTATTCGCACAGGCTGGGTCGGCTCCTATTACAAAACGGAGGAAACGGAGTTCTACCGCGACTTCCTAGAACCTGGCCTGACCTACTCCCCGCAGCTAGTGGAGTGGTTCCGAGATATGGAAATACCCAACCTAGTCACTGATACCATCGGCAACGAGGTCACCCGCGACCCGGTCAGCGGAGTTGACCTTCCACTGCACAACGCGCTCATGCGTAACCTGGGCATCGCATTTACGGAGATTATCGCCTTGGATAAACTTGCCGACGATTGCTCCTCTGACGGGCAATGGACTTTCCTCTACACTGCGGCTCCTATGAAGATTGTTGGCGGCTCGGGCGCACCGGTTAACCCGGTCGTTATTAAGTAG MTETEETVGTPTLQELLRDSPKNWGKWGPEDEVGSLNYLTVEEAQRGAAEIRTGKSFTLAIPIGNPEGDPIWPGRKTAVRTNVMDRGNFLCGTGPSFNGDLEYADDVITMYLQGTSQYDALGHMWYGEKIYNGYAAETTIGSLKKASIFPIAERGIVGRGILIDMARFRGKAALERGETFSHEDLVAAASAQGVTIHKRDILLIRTGWVGSYYKTEETEFYRDFLEPGLTYSPQLVEWFRDMEIPNLVTDTIGNEVTRDPVSGVDLPLHNALMRNLGIAFTEIIALDKLADDCSSDGQWTFLYTAAPMKIVGGSGAPVNPVVIK NA NA NA NA NA D3-18_02457 294 hypothetical protein GTGGCCGCCACGGAAATCGGATCGAAGATCATGGAAACCAATATTAAAATCCCGGATGTGCACCCAGCGGGGGACTACCACGTTTGCAGATTGGGCTATGACGATTGGGTGCATCTCAACAAGGGGGACAGGGTGCTCGTCCAAGTACCTGGGTCTCCAATCCTAAGAGCCACCGTCGACGATATAGGTGATGATGCCTCCTATTTCTGGTTATGGATCGACGGGTACGGCCGCAAGATGACCTTTGATGGCGACAGTTCAACGATTTTCAAGTTGACTGAATCGCCCCGGTAA MAATEIGSKIMETNIKIPDVHPAGDYHVCRLGYDDWVHLNKGDRVLVQVPGSPILRATVDDIGDDASYFWLWIDGYGRKMTFDGDSSTIFKLTESPR NA NA NA NA NA D3-18_02458 963 menH_4 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase ATGACCTCCCGTGTAAGGCTCGAGCAACTGCCTCTGGCCAACCGGTCTGACAATAGGAAAGAAAGTAGTACGCACATGAGCAAGATCGAACAGACCGTTAGCATCCCGCACCTTGGCGGATCAGTGGTTGGATACACGCTGAGTGGCCGATACAACCCGGATCTCCCCACATTGGTGCTGATCAATTCCTACACCACATCGGCTGAACTCTATAGGCCCCAGTTCGCCAACACTGCCCTGACAGCGGCCGTAAACCTTCTGGCACTTGAACCGTACGGTCACGGCCGTACAAGAGCGGCCTACCAGCACTTCACGTACTGGGACAGCGCAGTTGCCAACCTGCAGGCCCTTGCCGCTTTGGGTATCGACCAGGCCTTTGTACTGGGGACCTCACAGGGAGGATGGATAGCGGCGCGCATGGCGTTGTTGGCGCCGGAAGTAGTCCGGGGAATCATTCCGCTGGGTTCGTCCATGGATTCGGAGACCCTCCAGAGCCGGCAGCTCGGATGTTGGGATGCCCTGGAATTCTGCACACCCTTCATTGAAGCCTTCGCAGATCCGGTACCGGACGAATGGGTGGTACCGGAGCAGTTTGTCGAGGACACCTTTGACGCGGCTCTGGGCGGACTCTCACCTGACGAACGCGAATTCTGGCTAGCTACCTACCGTACCAACTACTCCGGAGACGGCGGTCGCCGACGGCTGTTGCTCAGCACCATTAACCTCAGGGACCGCGACGGGCTTCATGGACGGCTGCACGACATTACCTCACCCGTGCTGTGGCTGCACGGCTCAGAGGACAAGGTCTATTCCGTGGCCAACGCAGAAAAAGAAATACTCATGTTCACTGGTTCGCCGGAGGTCCGGCTGGAGGTCATCGAAGGCGGCCATCACTTCCTGAGTGCTTCAAAGCCCGCAGAGGTTGACTCGGCAGTTCTTGAGTTCATCACAAGTTGGTCCTAA MTSRVRLEQLPLANRSDNRKESSTHMSKIEQTVSIPHLGGSVVGYTLSGRYNPDLPTLVLINSYTTSAELYRPQFANTALTAAVNLLALEPYGHGRTRAAYQHFTYWDSAVANLQALAALGIDQAFVLGTSQGGWIAARMALLAPEVVRGIIPLGSSMDSETLQSRQLGCWDALEFCTPFIEAFADPVPDEWVVPEQFVEDTFDAALGGLSPDEREFWLATYRTNYSGDGGRRRLLLSTINLRDRDGLHGRLHDITSPVLWLHGSEDKVYSVANAEKEILMFTGSPEVRLEVIEGGHHFLSASKPAEVDSAVLEFITSWS NA NA NA NA NA D3-18_02459 1551 yodF COG0591 putative symporter YodF ATGCTTATCACTTTCGGAGTCCTCGCCGCGTTCTTTATGCTTATCGTCCTCGTGCTCCATAAGACCAAACATGGCCGCAGCGTCTCAAGCTTCAGCAGCTACGCGGTGGGCGAAAGATCGTTCTCCAGCTGGTTCGTGTCAATGGCTTACACCAATTCGTGGTGGCCCGGCTCCACATTCACTGCGGTCTTCGGCTTTGCCGTCATCAGTGGTGTCATTGGACTCTATTTCCTCGTCTACTCCACCTTGGGCGTTCTCGCCATGTACTTCATAGCTCGACCAGTGTGGAAATGGGGCAAACAGTTCGACCTGCGTACCCAGTCAGACCTGCTGTCGCTGCGCTATAACAGCCCTGGCCTGAAACTGCTTAGCAGCGCTATCAGCGTTGTGGCGCTTCTTCCCTGGCTCATCCTCGGACTCATTGCCATGGGTGCGGTCATCCAATGGGCTTCTCTAGGAAACCTGTCCTTCGAAGTCTCGATTCTGATCGGCATCGCAGTGCTCGTGGTTCGCCAGTTCTGGACTGTGCAAATGGGCATGCGTGGACTGATCGTCACCGATATGGTTCAGGGGATCGTGGCATACATCGGTTCTGCCGTTCTGTGCTTGGGCCTGCTGATCTTTTACTTCGGCGGCTTCTCCAATCTTGAACAGCTCACCACCGCGCAGCTAAGCCTTCCGGGCTACGGTTCAGAAAGCGGCGAATGGTTCTATTTCGGTATTGTTGCGTCCGGGATCATCGGCAGCTTGTGCTGGCCCATGATTTTCACCCGGATCTATACAGCCGGCAGTGTTCGGGAAGTCAAGAAGGGTTCCCTCCAAGCCATGGTGATCGGGTTTGTTTTCTTTGTGTTGCTTATGGCTGTTGCGCTTTGCGCCGCGCCCATGTCTCTTGCGTCGGCGGATCCGTTGTCGGCATTCTTCGCTCTCACGCAAGACGCGGGCGGAACCTGGCTCCTTGCTTTTGCCCTGCTCATCGTTTTTGCGGCCAGCATGGGATTTGTTGACGGGGTCACACAGTCTCTTGGAACGCAGGTCGCCAACGACATAGTGGGCGTGATTCGGCCTCTGAGCGATAAGCAGGAACTCTATCTGGCCAAAGGGTCCATGGCTGGCGCAGCCATCATTGCAGCAGTCATCGCAAATCAAATTTACGGGTGGTCAAACCTGGCCGGAGTGGCCCAGCTTGCCTACCAGGCGATCATCCAGCTGGCTGTACCGATCTTCGGTGGACTGATCTGGCGCCGAGGCAACAAGGATGGAGCAATTGCTGGGCTTCTCATCGGCACAGTGATAGCCCTGGTGCTGACCATTCCCTACATGGACACGGGAGGCGCAGTTCCATGGCTCGGCGGGTTTGGAGCCGGCTTGGTCGGATTGATCGTCAATCTGATTGTCTACGTCTTGGTCAGTTTCATCCGTAGAAGCAGCGACGCCGAGCTGGCCAGAGTAGACGGTCTCTTTCGTGCCGCCCGAGCCCGTACCGAAGTGCTGGAGGACGCTTCTGTGTTGACGGATGCGAAATCAGTACCCAGCCAAGAACCAGCATGA MLITFGVLAAFFMLIVLVLHKTKHGRSVSSFSSYAVGERSFSSWFVSMAYTNSWWPGSTFTAVFGFAVISGVIGLYFLVYSTLGVLAMYFIARPVWKWGKQFDLRTQSDLLSLRYNSPGLKLLSSAISVVALLPWLILGLIAMGAVIQWASLGNLSFEVSILIGIAVLVVRQFWTVQMGMRGLIVTDMVQGIVAYIGSAVLCLGLLIFYFGGFSNLEQLTTAQLSLPGYGSESGEWFYFGIVASGIIGSLCWPMIFTRIYTAGSVREVKKGSLQAMVIGFVFFVLLMAVALCAAPMSLASADPLSAFFALTQDAGGTWLLAFALLIVFAASMGFVDGVTQSLGTQVANDIVGVIRPLSDKQELYLAKGSMAGAAIIAAVIANQIYGWSNLAGVAQLAYQAIIQLAVPIFGGLIWRRGNKDGAIAGLLIGTVIALVLTIPYMDTGGAVPWLGGFGAGLVGLIVNLIVYVLVSFIRRSSDAELARVDGLFRAARARTEVLEDASVLTDAKSVPSQEPA PGPT0013955_3314 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013955-TC_SSS|yerK|opuE-K03307 NA NA D3-18_02460 237 hypothetical protein ATGGAACGCGCAGAGATTCATCGGCGGTCCCTTACTAATCTTCTTTTCGGCACGCTGTTCACCCTGATTTTCGTGCTGGCCTTGGCGCCACCGCTGTACATTGCACTTTCTGAAGAACACGCGCTGGTTGCCGGTGTCCCCGGCTCCATCTGGTATCTCCTCTTGGTTTCAGCCGCACCCATCTTGGTGGCTTACGGCCTGTGGCGCGTTGAGGGACGACGGGGGGAGTTGGACTGA MERAEIHRRSLTNLLFGTLFTLIFVLALAPPLYIALSEEHALVAGVPGSIWYLLLVSAAPILVAYGLWRVEGRRGELD NA NA NA NA NA D3-18_02461 1017 hypothetical protein ATGCGCGCCTATCCCACATTAGAAGCTCCTATGGCAGCAACGCCGGTCGTCCTAGAGCGCGCAGAGCAAGTTACCAGGCTCCTTCGCGACTTGGTGAGATGCGATGCTGTCTTGCTGTCGGCGTCGAATCCTTCCGGAGAACGACCCCAGCACCAGCAACTGGCCTCGGACGGCTATTCGGAGGACGCGGTGTCACAACTGCTTGAGAACTTCATCCCGGAAACCAAGAATCCAGGATTCGGAGTCGTGCGAAACCGAGTCCGTCAGGCTCTTCGATGGGCAGACCTCGATCGTGACTGGGACGTCCATTTTGCATTCACACCCCTGGCCGAAGATTATCTTCGACCGTCAGGCTTTAACGAAGGCATATCTGCGAGCCTTTGGTTGCCCGGAGGGCACCACGTGGGAGCCATCCATATGAACTGGGGGACGGCGCGGTCTGCTACAGAAGAAACCAAGAGAATCGTCGAACAGTTCCTTCCGGTGCTTGCCTCCACCTGTGACCCATCGCAACCGCACCGGGTCTTGGCCGAAGAATTGCATGGCGACGCAAATGTAGCGGTGATGGCTGCAGGTCTTGACCAAGCCATTGCTGGCTGTGAAGTAGGCATGACCCTGCGATCGGACGGACCCTTGTGGCCACTACTTCTGCCGCTCGCCCCCCGCGGAGACAACAGCTACATCTGGATTGGAGATCAGGGGAGTTGCCACAGAATCAGCATCACACGATGTATACAGAACGCTGCCCTTGTGGCGGAACGAGAAGTGTTACCGCCCTATGGGCTAACTCCCAGAGAGCTTCAGATCGTCACACTTCTTGCTGATGGCATCAGCAACCCTGAGATAGCCGATCACCTGGTAGTTAGCCGGCGAACGGTCTCAACTCACGTCGAACACATCCTTGCAAAGCTTCGGGTTTCATCCCGTGCCGAAGCGGCCGCTCTTGTTAGCCGCGAGGGACTGCGACTCATTCAAGCAGCCCCCAGGCGTTTGCCCGTCACGTCACAGAGAGCTTAA MRAYPTLEAPMAATPVVLERAEQVTRLLRDLVRCDAVLLSASNPSGERPQHQQLASDGYSEDAVSQLLENFIPETKNPGFGVVRNRVRQALRWADLDRDWDVHFAFTPLAEDYLRPSGFNEGISASLWLPGGHHVGAIHMNWGTARSATEETKRIVEQFLPVLASTCDPSQPHRVLAEELHGDANVAVMAAGLDQAIAGCEVGMTLRSDGPLWPLLLPLAPRGDNSYIWIGDQGSCHRISITRCIQNAALVAEREVLPPYGLTPRELQIVTLLADGISNPEIADHLVVSRRTVSTHVEHILAKLRVSSRAEAAALVSREGLRLIQAAPRRLPVTSQRA NA NA NA NA NA D3-18_02462 1029 degA_2 COG1609 HTH-type transcriptional regulator DegA ATGCCAGGTAGATATAAAAGCAGCTCGGTCACGCTGAAAACGATTGCGCAGGCGGCGGGGCTCGACGTCTCGACAGTGTCGAGGGTTCTCAGCGGATCTCCTGATGAGGTTTCGCGTGCGGCATCACCGGCTACGGCAGCAGCAGTGCGTGATTGGGCTCAACGGCTCGGTTATCAACCCAACCCACACGCAAAGAGCCTGAGAACGGCACGAAGCAATCTGATCGGAGTGCTGGTTCCCCGCTTGTCTGACATGGTGCTCGCTACTATCTACGAGGGGGTGGAGGACGCGGGTGCCCGCAATGGACTGGCCACGTTTGTAATGAACACTTATGACCGCCCCGCCGAACAGCGCGCCAGGATTGATTTGGCTTTGTCTCGTCACGTCGATGGCCTCATACTCGGCGACGCGCACCGGGACGCAGTGGTGCTGGATGAAGTGGCGGCGCGCGGGGTGCCTTTCGTTCTCGTGAGCCGGTACGCGTCCAAGTATCCATCCGTGACATGTGATGACTATCTGGGAGGCAGCCTTGTTGCCGAGCACTTTCTGGACCTTGGGCACGTGAAGGTCGGCGTAGTCGCTGGCGAGTCTTTCGCCAGTACAGGCGTGGACCGGAGCAGTGGCTTTGTCGATACCTACCGGAAAGCGGGTATTGAAGTGTTAACAGTGAATTCCGCCTTCGATGCGAGAGGCGGCCATGAGGCAGCGGAATACCTCATCAAACAAGCCTCTGATTTGTCAGCCATTTTTGCTGTCAATGACTTTGCCGCTATCGGTGTTCTGGGCGCAGTGCGCGATGCGGGACTGCGTCCAGGCAAGGACATTGCCGTGGCGGGCTACAACGACACTCAGCTCGCAGCCGAGTTGCCGTTGCCCTTGACCAGCGTGCGCTCACCACTGCACATCATGGGTACCCGGGCGCTGGAGTTGCTCGTGTCAGTTCTTCGTGGACAGAATCCGTCTTCTGAGCGCTTGGCTCCGGAGTTGGTCATCCGGGAATCAACACTTCTTCAGGTCAGGAATAGTTAA MPGRYKSSSVTLKTIAQAAGLDVSTVSRVLSGSPDEVSRAASPATAAAVRDWAQRLGYQPNPHAKSLRTARSNLIGVLVPRLSDMVLATIYEGVEDAGARNGLATFVMNTYDRPAEQRARIDLALSRHVDGLILGDAHRDAVVLDEVAARGVPFVLVSRYASKYPSVTCDDYLGGSLVAEHFLDLGHVKVGVVAGESFASTGVDRSSGFVDTYRKAGIEVLTVNSAFDARGGHEAAEYLIKQASDLSAIFAVNDFAAIGVLGAVRDAGLRPGKDIAVAGYNDTQLAAELPLPLTSVRSPLHIMGTRALELLVSVLRGQNPSSERLAPELVIRESTLLQVRNS PGPT0017992_10497 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 D3-18_02463 1362 atzE 1-carboxybiuret hydrolase subunit AtzE ATGCGATCGCCCGAAGCACAACTGAAGAAGCCCTCTGGCGCGGGGTTTTTCGCCAGCGTTGGTGTTTCCGAGCTCGCCGCCATGATGCGGAGTGGGCTTATCACGCCAGCGGACCTTGTAAACATTGCATTGCAGGAGGCCCACCGTTGGCAGCCTTCGATCAACGCGTTCGTCTCATTCGATGAGAGCGGCGCCTATGCGGCGGCGGCGAGGGCTCGCACTGAGTTGGCCTCGGGAATTGATCGGGGGCCGCTACACGGCATCCCTGTTGCTGTTAAGGACGTCATCGATGTACGAGGAATGCCCACAACTGCAGGTTCACGCCACCGAAAAGACCACCTTGCTCGTGAGAACGCCGAATGCGTTGAACGGCTTGTCCAGGCAGGGGCGATCATTATCGGGAAGACCACGACCCACGAATTTGCGAACGGGCCTACCGGAGATCGCTCTGCCACCGGTCCTACGCGCAACCCACACGATACCGACCATATGGCTGGTGGTTCGAGCAGTGGGTCCGCTGCCGCGGTTGCCGCTGGCATCATCCCATTGGCGCTTGGTACCGATACCGGCGGATCCGCTCGTATTCCGGCGGCTTGCTGTGGCGTTGTAGGGCTCAAACCCACCCATGGAGCTTTGCCCACCGGCGGGATGGTGCCTTTGTCACCAACTCTGGACTCCATAGGCTTGTTGGCCCGCACCGCGGCCGACTGTCTCTTGCTGTGGACCGCATTGAGAGGCACCCAGACTGTAGCTCTCCCCCCTGGTATCGGATGGATCAAATCGAATTCGATATATCCGACGCAACCCTCGGTCGCTTCCACTGTCCGCGACATGATCGATGATTTCCTGACAGGTGAAGCCGAAGTTCTGGAGGCTGGTGATCTGAGGGAAGCTTATAGGATCATTCAAGGCAGCGAGGCATACGCTCAGCACACAGAGCTCATGTCCGGTGCGCCCGAACTTTATGATCCCGAAGTTCTCGCCAGGCTCCGGTCCGGAGGAGAGATTCTTGGGTGGGAGTACGTTAAAGCGATAAAGCTTAGGCACAGCGCCCGCCAAAGTATCCAGCCTCTACTGAGAAGGTACGGGCTTCTGGCGCTTCCGACGATACCCCTTGCCCCTCCCAAGCTGAGCAGCCGCACGGAAATCATAAACGGAAGCAGCGTCGAGACCCGGAAGGCTCTTCTCTCCCTTACAAGCCCATGGAGCGTTTTAGGGCTCCCGGCCATCTCCATTCCAGCGGGCACGACCGAGGGGCTGCCGATTGGACTACAGCTGGTAGGTCCCCCCGGAGCCGAATCCGAACTTTTGAGGGTGGCTGCGCAAATTGAAGAGACCCAGCACCCGATGAAAGGAAACTGA MRSPEAQLKKPSGAGFFASVGVSELAAMMRSGLITPADLVNIALQEAHRWQPSINAFVSFDESGAYAAAARARTELASGIDRGPLHGIPVAVKDVIDVRGMPTTAGSRHRKDHLARENAECVERLVQAGAIIIGKTTTHEFANGPTGDRSATGPTRNPHDTDHMAGGSSSGSAAAVAAGIIPLALGTDTGGSARIPAACCGVVGLKPTHGALPTGGMVPLSPTLDSIGLLARTAADCLLLWTALRGTQTVALPPGIGWIKSNSIYPTQPSVASTVRDMIDDFLTGEAEVLEAGDLREAYRIIQGSEAYAQHTELMSGAPELYDPEVLARLRSGGEILGWEYVKAIKLRHSARQSIQPLLRRYGLLALPTIPLAPPKLSSRTEIINGSSVETRKALLSLTSPWSVLGLPAISIPAGTTEGLPIGLQLVGPPGAESELLRVAAQIEETQHPMKGN PGPT0006165_189 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_ATRAZINE|DERIVATE_DEGRADATION XENOBIOTIC_CYANURIC_ACID_DEGRADATION,PGPT0006165-atzE-K19837 NA NA D3-18_02464 810 menH_5 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylate synthase ATGCGAACACTTAAATTCAACCGCGAGGGAACAATTTTGACTGCCGAGCTACGAGAAGGCAGCGGACCGCCCGTGGTGATAGTTCCAGGCGTTATGTCCGATGCGTATACCTGGCGCCCTGTCGCCGATGCATTGAATTTGAATAACCCGATAATGGTCATTAACCGCCGCGGGCGGCTGCCTAGCGGCCCGACAGGTCGCGGCTACTCGGTCCGGACTGAAATTGACGATTTGCACCACATCCTCGACACCCTCGAGGAGGACATCCACCTGTTCGGCTGGAGCTATGGCGGACTGATTGCTTTGGAAACGGCGACAGAGCGACGCAACCTGCGCTCTGTCGTCGCGTATGAGCCCGTCTCCAGCCCGTTCGGATCGAACGCCCTTGAACCCCTACGTCTTGCTCTCGGGAGGGGCGACCTGGATAGCGCTGTCGAGGTGGTCAAGCGGGTCATGGCGGGTTACTCCGCCGAATATATGGCAGCGCTGCGCGCGGACCCTATTTGGCCTGTCCTCCGTCTTCTTGTTCACCCCTTGGCTGATGAGCTGACTGCTATAAATGACCATGTTGCAGCGCTTTCCCGATACAGCGAAATCACGGCTCCAGTCACCCTGATGCTTGGCGAACGCAACGAGGAGAAACCGCCATACGGTGTCGCTTTCACCGCCTTCTCTCAGGCCCTCCCCCAAGCCGAGGTCGTTCGGCTGGCAAATCAGGGCCACTTGGCCCACAGCGAGGCACCCGGCCTTCTGGCTGAGCACCTTACGCAAGCAGTCGTGAAGCACAACGAATACCAACATTCCAGCTAG MRTLKFNREGTILTAELREGSGPPVVIVPGVMSDAYTWRPVADALNLNNPIMVINRRGRLPSGPTGRGYSVRTEIDDLHHILDTLEEDIHLFGWSYGGLIALETATERRNLRSVVAYEPVSSPFGSNALEPLRLALGRGDLDSAVEVVKRVMAGYSAEYMAALRADPIWPVLRLLVHPLADELTAINDHVAALSRYSEITAPVTLMLGERNEEKPPYGVAFTAFSQALPQAEVVRLANQGHLAHSEAPGLLAEHLTQAVVKHNEYQHSS NA NA NA NA NA D3-18_02465 1467 sad_3 Succinate-semialdehyde dehydrogenase ATGACTTTAAAACCCCACGAGCAAGAACTGATCAACCAGGTGCAAACCGGTCTCGGCATCGGAGGTACGTGGCAGCCCTCTTCGGCCGGTGCGACATTCGACGTGCAAGACCCGGCAACCGGGGAAGTCATCAAAACGATCGCCGATGCGACCGTCGACGATGCCCTTAGGGCGCTCGAAGCTGCCGTAACGGCGCAGGAGGCGTGGGCTGGGACCTCTACACGCGGACGCTCAAACATCCTGCGCCGAGCGTTCGACCTTCTCATGGATCGCCACGAGGACTTTGCACTGCTCATTAGCATCGAAATGGGCAAGCCGATCTCCGAGGCCCGCGCCGAAGTGACCTATGGAGGCGATTTCCTGCGCTGGTTCTCGGAGGAGGCTGTACGCATCCGCGGCGACTATCGTCCTACTCCTGAGGGTGCTGGCAACATCGTCGTATCGCACCTTCCGGTCGGGCCCACCTATTTCATCACGCCGTGGAATTTCCCCTTGGCTATGGCAACCCGCAAGATAGCCCCAGCCTTGGCGGCCGGCTGCACGGTGGTCATCAAACCCGCCGAACTGACTCCGCTGACGACCATCTTCTTGGTACAACTGCTCGAAGAAGCGGGCCTACCGGCAGGAGTTGTAAATGTGGTTCCTACCACCTCGCCGGCCGAGCAGTCCAGCGCGCTGTTAAAGGACGCCCGCCTCAAAAAGCTCAGCTTCACCGGTTCGACCCCTGTCGGTGTAAAGCTCCTTGAAGCCGCAGCCCAGAATGTCCTGCGAACTTCTATGGAGTTGGGGGGTAACGCCCCGTTCATCGTCTTCGAGGATGCAGATTTGGATCGAGCCGTGGAGGGTGTCCTGCTGGCGAAGTTCCGTAATATCGGCCAGGCATGCACTGCGGCGAATCGCATCATTGTCCATGATTCGATCGCGGATGCTTTTGCTCAACGTGTGAGCGACCGGGTGGCCCAAATGAAGATCGGCAGGGGAGCTGAGGAAAGTACTGACATCGGCGCTTTGGTCGACGGCCGTGCGGTCGCAAAGGTTGAACGTCTGGTTGCTGACGCCGTAGCGACCGGCGCAACGGTTCTCACTGGAGGTAAGTCCCTCGAAGGTCCCGGGAGCTACTTCGAGCCAACAGTTCTGGATCGGCTCAGTCCCAACTCGGCTCTGATGTCCGAAGAGATCTTTGGACCGGTCCTTGGCATCATCCGATTCACTGATGAGGAGGAAGCAGTCAAAATCGCCAATGACACAGATTATGGGCTGGTCAGTTATGTGTTCACGGAGAACATTCATCGCGGCCAGCGCATGATTGAAAAGCTGCAGACGGGAATGATGGGCCTAAACACTGGTCTCATCTCCAACGCGGCAGCACCCTTTGGCGGTATTAAGCAGTCCGGTATCGGCCGGGAAGGCGGTTTTGAGGGCATCAGCGAGTTCCTCTCAACCAAATACACCCTTATTCCCCGCTGA MTLKPHEQELINQVQTGLGIGGTWQPSSAGATFDVQDPATGEVIKTIADATVDDALRALEAAVTAQEAWAGTSTRGRSNILRRAFDLLMDRHEDFALLISIEMGKPISEARAEVTYGGDFLRWFSEEAVRIRGDYRPTPEGAGNIVVSHLPVGPTYFITPWNFPLAMATRKIAPALAAGCTVVIKPAELTPLTTIFLVQLLEEAGLPAGVVNVVPTTSPAEQSSALLKDARLKKLSFTGSTPVGVKLLEAAAQNVLRTSMELGGNAPFIVFEDADLDRAVEGVLLAKFRNIGQACTAANRIIVHDSIADAFAQRVSDRVAQMKIGRGAEESTDIGALVDGRAVAKVERLVADAVATGATVLTGGKSLEGPGSYFEPTVLDRLSPNSALMSEEIFGPVLGIIRFTDEEEAVKIANDTDYGLVSYVFTENIHRGQRMIEKLQTGMMGLNTGLISNAAAPFGGIKQSGIGREGGFEGISEFLSTKYTLIPR PGPT0001580_1951 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135 NA NA D3-18_02466 1347 gabT_2 COG0160 4-aminobutyrate aminotransferase GTGTCAGCTCCACCAATAACAGGCGGCCCCACTCTCCCGCAGGTGCGGAAGCTCGTGAGCACAATCCCCGGCCCGAAATCACAGGAACTGCTGGCCCGCAAGGACGCAGCCGTTGCCACAGGCACCGGCGGAGTGCTCCCAATTTCAGTAGTAGCCGCCGGAGGCGGGGTGCTGATCGACGCCGATGGCAACTCCCTTATTGACCTCGGTTCCGGCATCGCCGTCACCGGTGTCGGTAATTCAGCCCCCGCTGTGGTGCAGGCTGTGCGACAGCAGGTCGAGCAGTTCACACACAGCTGTTTCACCATCGCCCCCTATGAGGGCTACGTCAAAGTCGCCGAGAAGCTCAACGCCATCACTCCAGGGGACCACGAAAAACGCTCGGCCCTCTTCAGCACGGGTGCTGAAGCCCTGGAGAACGCGGTCAAGATCGCTCGCCACTACACCGGCAAGCAGGCCGTGGTTGTCTTCGACCACGCGTTCCATGGGCGAACCAACCTCACGATGGGAATGACCGCAAAGAACATGCCCTATAAGAACGGGTTTGGACCCTTCGCCCCCGAGATCTACCGGGTCCCCGCCTCCTATAGCTACCGAGACGGACTCACAGGCCCTGAGGCAGCTGCACGATCGATACTTCAAATGGAGAAGCAGATCGGTGCCGAAAATGTCGCTGCCGTCATCATCGAACCCATTCAGGGTGAAGGCGGCTTCATCGCCCCTGCCAACGGTTTCCTACCCGCCCTGCAGGAATGGACATCCCAGAACGGGGTCATTCTCATCCTGGACGAGGTGCAGACCGGCTTTGCCCGTACCGGTGACATGTTCGCTGCCAACCATGAGGGCATAGTTCCGGACCTGATGACGTTCGGCAAGGGACTGGCCGGTGGGCTTCCTCTTTCGGCAGTTACTGGCCGTAAAGACATCATGAACTCCGCCGTGGACGGAGGACTCGGGGGTACCTATGCAGGGAACCCCATCGCCTGTGCTGCCGCTCTGGCAACGATCGAAACCTATGAAAAGGAAAACCTGACGGAACGTGCACGGGCAATCGGTGCCATCATCACCGATTTCTTCGCCGGTCTAGCGGCGGAGGATGACCGCGTCGGTGACATCCGCGGCCGCGGTGCCATGATCGGCATCGAGTTCGTCGAAACGGGCAGCCAGAGACCAGCCGCTGCGTTGACTTCTGCCATCGCGAAGAAGGCAGGCCAGAACGGCGTGTTGGTACTCACATGCGGCACATACGGCAACGTGCTCCGGTTCCTGCCGCCGTTGTCCATATCAGATGACTTGTTGTGCGAGGGCCTTCAGGTCGTGGCGGAAGCTCTCAAAGCAACTGCCTGA MSAPPITGGPTLPQVRKLVSTIPGPKSQELLARKDAAVATGTGGVLPISVVAAGGGVLIDADGNSLIDLGSGIAVTGVGNSAPAVVQAVRQQVEQFTHSCFTIAPYEGYVKVAEKLNAITPGDHEKRSALFSTGAEALENAVKIARHYTGKQAVVVFDHAFHGRTNLTMGMTAKNMPYKNGFGPFAPEIYRVPASYSYRDGLTGPEAAARSILQMEKQIGAENVAAVIIEPIQGEGGFIAPANGFLPALQEWTSQNGVILILDEVQTGFARTGDMFAANHEGIVPDLMTFGKGLAGGLPLSAVTGRKDIMNSAVDGGLGGTYAGNPIACAAALATIETYEKENLTERARAIGAIITDFFAGLAAEDDRVGDIRGRGAMIGIEFVETGSQRPAAALTSAIAKKAGQNGVLVLTCGTYGNVLRFLPPLSISDDLLCEGLQVVAEALKATA PGPT0007660_594 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS INSECTICIDAL_COMPOUNDS INSECTICIDAL-GAMMA-AMINOBUTYRIC_ACID_BIOSYNTHESIS,PGPT0007660-gabT-K07250 NA NA D3-18_02467 807 hypothetical protein GTGCACGAAGTAAAAAGTTCAACACGTTCGCTATCGGATGCAGACCCAGCCGACGAACCGGCAACAACGATCGGATTGGATCTCGCCCTCGCGCGCGACGGACAGGCAAGCTTTGACCGGCTGATCTGCGAACTGGACCCCGAGGACCTCCAGGGCGAATCGCTCCTACCCGGGTGGACCCGGGCACACGTCATCGCGCACATCGGCTACAACGCCCGAGCACTTGCCCGGTTGGTCCAGTGGGCGCAGACAGGGATCGAGAATCCGATGTACGAATCGCCCGTGTCACGGGCGGATGAGATCGACCTCGGGTCGACACTCTCCCACACGAGTCTGAAGCGGCTCTCATTGCAGGAGGCCGCACAGCTCGACGAAGCCTGGACAAATCTTTCCGACGATCGCTGGAGCTACAAGGTAAAGAACGCGCAAGGACGCATGATTCTCGTTTCCGAGACTATTTGGATGCGGGCCCGCGAACTATGGCTGCATGCCATCGACCTCAACACCGGAGCAACCATCCAGGACATACCCCTGCCAGCCGCAGCCCGCATCCTGCAGGACGTGTTGACTACTTGGGAGAGCCGGGACGGCCATTACGTGCGCGCTGTCCCAACAGACGCCCACATAGACTTTCAGCCGGGCACTGAGGGAGAACCCGAACCGGCAGCCGGCGACATTCTGTCAGTCTCCGGCACACTCACAAACCTCCTGGCTTGGGCCACCGGACGTGGTCACGATGGCGTCGTGGTGATCACCGCGGATGGACGTTGGATCGGCCCCGCGCCGACGGCGCACCGCTGGATCTAA MHEVKSSTRSLSDADPADEPATTIGLDLALARDGQASFDRLICELDPEDLQGESLLPGWTRAHVIAHIGYNARALARLVQWAQTGIENPMYESPVSRADEIDLGSTLSHTSLKRLSLQEAAQLDEAWTNLSDDRWSYKVKNAQGRMILVSETIWMRARELWLHAIDLNTGATIQDIPLPAAARILQDVLTTWESRDGHYVRAVPTDAHIDFQPGTEGEPEPAAGDILSVSGTLTNLLAWATGRGHDGVVVITADGRWIGPAPTAHRWI NA NA NA NA NA D3-18_02468 1692 nfdA_4 N-substituted formamide deformylase ATGAAGCTCGACCTTCTTGTCCGGGCGAACGAGATTCTCACCATGGACCCCAACCGGCCCATTGCGACGGCTGTCGGAGTCATCGGCGAGCGTATCGTTGGCTTTGATGACGAAATCGTAAGCATGGAGGCGGAGTGCAGCCTTGACTTCGGTGATGCGTGCATTACCCCGGGCCTTATCGATGCCCACTGCCACACAACATGGTGGGGTTTGGGCCTGGATGCGGTGGATCTGAGCGGGTGCAGGGGACTCGAGGACGTTTACTCCAAGATCGAGGCTGAAGTGGAACGTCTGTCCGGTGATGCCGAGGCTTGGGTTCACGGTACCGGTTTCAACCAAGCCCACCATGGGGGACTCTTCCCTGACATAGGGCGTATTGATGACATAACTGGTAATCGCCCGCTGTACCTCCGGCACGCATCCGGACATTCATCAATCACTAACAGCGCCACGCTGCACCTGTTCGGGGCTTCACATCCCGATTTCCAGGACCCGGCAGGAGGAATTGTGGTGCGGGACGCCGACGGAAATCCTACCGGTGTCTTGGAAGAAGCCGCACAGGGATTGGTGCAGGCACTGCTACTTCCGTATTCCACCGAGAGAATCGTTAGGGCCTTGGATGCCGCGACCGAACGATACGCGGCACAAGGGATAACCAGCTTCACCGAAGCCGGCATCGGCGGCGGCTGGATCGGCCACAGCCCGGTCGAGGTTGCTGCGTACCAGACCGCCGCCGAAACCGGTCATCTTCATGCACGCGCACAGCTGATGCCCGCCATGGACGCGCTGCAACCCATAACGGGGCATCCTGCCGATTTCCACCATCAAGGAGTAGGTCTTGGACTGGGCTTGGGACTTCGTTACGGCTTCGGAGACGATTACGTCCGGTTCGGACACGTCAAAGTCTTCCTTGACGGCTCCCTCCTGGGAGCAACCGCTGCAGTAACCGAATCCTTCTGCGGACACGATCACAACACCGGCTACCTCTTGGACGAACCAGGCACCTACCGGGAGCGCGCCTTGAGTGCCTATCGTGCCGGGTGGCCCCTGGCGCTGCACGCCATTGGCGATGTAGCCATCGAGCTGGCGATGGACCTCATCGAGGAGGCGCAGGACAGATACGGCCGCGGCGAAGCACCCTGCCGCATCGAGCATTTCGGCATGGCCCGACCGGACCAGGTCGTTCGCGCCGGTGTCCTCGGCATCGCAGTGGCCCCCCAAGCAGGATTCATTGGTCCCTTAGGCGATCAGATTGTGACTCTGGTTGGGCCCGACCGGGAATCCTGGCTGTACAGGGGCCGGTCCGTTATCGACGCGGGAGCCCTTCTCGCAGGATCTTCCGACCTGCCGGTAGCAGATAACAACCTGCGCAGGGGCATGCAATCAGCCGTTGACCGGCGAACGAACACAGGCCTGTCTTTCGCCGCAGGGGAGGCCATCACACCTGAGGAAGCACTTCGAACGCACACAGAGTGGGCTGCCCGCGCCACCGGCCAATTCCAGGACAAGGGCACGCTGGAACGCGGCAAACTCGCCGATTTTACGGTGTTCTCTGAATCGCCACTGACGGCTCGCAACATCGCCGAGATCGACGTCGTGGCCACGATTCTTGGCGGCCGGCTGAGCTATGACGCCCGGAAAGCACTTAAGAGTCCGACACCTCAATTGCAGCTCCAGTCGGTCACCAACTGA MKLDLLVRANEILTMDPNRPIATAVGVIGERIVGFDDEIVSMEAECSLDFGDACITPGLIDAHCHTTWWGLGLDAVDLSGCRGLEDVYSKIEAEVERLSGDAEAWVHGTGFNQAHHGGLFPDIGRIDDITGNRPLYLRHASGHSSITNSATLHLFGASHPDFQDPAGGIVVRDADGNPTGVLEEAAQGLVQALLLPYSTERIVRALDAATERYAAQGITSFTEAGIGGGWIGHSPVEVAAYQTAAETGHLHARAQLMPAMDALQPITGHPADFHHQGVGLGLGLGLRYGFGDDYVRFGHVKVFLDGSLLGATAAVTESFCGHDHNTGYLLDEPGTYRERALSAYRAGWPLALHAIGDVAIELAMDLIEEAQDRYGRGEAPCRIEHFGMARPDQVVRAGVLGIAVAPQAGFIGPLGDQIVTLVGPDRESWLYRGRSVIDAGALLAGSSDLPVADNNLRRGMQSAVDRRTNTGLSFAAGEAITPEEALRTHTEWAARATGQFQDKGTLERGKLADFTVFSESPLTARNIAEIDVVATILGGRLSYDARKALKSPTPQLQLQSVTN NA NA NA NA NA D3-18_02469 1332 abaF_6 Fosfomycin resistance protein AbaF ATGAGTGAGACACTGCAGACGGCGACAAGCGAGCAACATGCCGTCCAAGAGCTGAGCAAGAAAGACGCCAACAAGGTCGCTTTGGGCGCACTGATCGGCTCCGCCCTCGAGTACTACGACTTTTTCCTCTTTAGTGCCGCAGCGGCCTTGGTGTTCAACGTTCAATACTTCACCAGCGGCAACCCGGCTACGGCTGCCTTGGCTTCATTCGCCACGTTCGGCGTCGGGGTCGCAGCCAGGCCGCTGGGGGGCATTATCTTCGGGAGCATGGGCGACCGAATCGGTCGACGCAAAACCCTCATGATCACGATTATCGGCATTGGCATGATCACTGGCCTCATTGGTATTTTGCCGACCTACGCAGCAATCGGCATCGCCGCTCCCATCCTGCTCGTATTGTTGAGGATCGTTCAGGGACTTTTCGTCGGTGGAGAATGGTCAGGGGCCCTGACCTTGGTGGTGGAGAATTCTCCGCTGCACCTTCGCGCCCGGTACGCCGTGATTCCACTGATTGGTTCCCCCATCGGAACGATACTCTCTTCCGGAGGGTTCTTCCTGGTCACGATCCTCTTCACAAAAGAGAACTTTGATGCATGGGGTTGGCGCATCCCGTTCCTTGTCTCCCTGCCTCTGTTGCTCATTGCCATTTACATCCGAAGTAAGCTCGAAGAGTCGCCAGTGTTCCGTCAGATCGAGGAAGCCGGCGAAATCGAACCGAGCCCTGTCCGCACGACTTTTAAGCACTCGTGGCGACAGCTCTTGATCGGTATGGCTTCCTGCCTACTCGGCATGGGCGGCTTCTATCTGGTCACCACGTTCTGCGTCTGGTACGGAGTCAACGTCCTCAAGTACCCGTCAACCCTGATGTTGCTTGGCACCATCGCTGCCGCAGTAGTAGAGATCTTTGTCATTGTCTGGAGCGGACGCCTCGGCGCTAAATTTGGATCAAGCCGGGTCATACTGTGGGGCGGTATTGCCTCCGCAGTGGTAGCCGTTCCTGCGTTCCTGCTGCTGACCTCAGGTAATCCTGTTCTTGTCGTCGTCGCCATGGTCCTTGCAGTGTCGACTCTCTCCTTCCCCTACGCCGGCACAGGCGCCGTTCTGACGGGCCTGTTCGAAGCCAAGACCCGCTTCACGGGTGTGGCTGTTGCAAACAACACCTCAGCCATGGTGGCGGGCTTCGTCCCCTTGATTGTCACGGGAGTAGTTGCAGCCGCCGGGAATCACTGGTGGCCCGCCGCCGCGATGCTTGTACTCATCTCGATCATTACCGCTTCGGCTGGTGCAATTGCACCCCGTTTCAGCGTGAATCTGCCCGGCTTCAAGCACTAA MSETLQTATSEQHAVQELSKKDANKVALGALIGSALEYYDFFLFSAAAALVFNVQYFTSGNPATAALASFATFGVGVAARPLGGIIFGSMGDRIGRRKTLMITIIGIGMITGLIGILPTYAAIGIAAPILLVLLRIVQGLFVGGEWSGALTLVVENSPLHLRARYAVIPLIGSPIGTILSSGGFFLVTILFTKENFDAWGWRIPFLVSLPLLLIAIYIRSKLEESPVFRQIEEAGEIEPSPVRTTFKHSWRQLLIGMASCLLGMGGFYLVTTFCVWYGVNVLKYPSTLMLLGTIAAAVVEIFVIVWSGRLGAKFGSSRVILWGGIASAVVAVPAFLLLTSGNPVLVVVAMVLAVSTLSFPYAGTGAVLTGLFEAKTRFTGVAVANNTSAMVAGFVPLIVTGVVAAAGNHWWPAAAMLVLISIITASAGAIAPRFSVNLPGFKH PGPT0002956_693 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_02470 1170 hypothetical protein ATGACAACAAACCAACCCAGGTTGAATGGCGGCCCTGAGCCTGCCGACTCCACGCGGTGGCAGGAACTGCTGGACCAACTCAATGTAGAAGAGCTCACGGAAGCTTTTCTTTCTCGGATCTCTGCGATCGCCGGCTACGACCCTGCCCCGATCCCTCTTTCTGAGATACGCCGGACAGGGCGTATGGCGTTCAACGCTATGATCGGCGGATTACGTCAAGGTGGGCTTCATGAGGCAGTCCCGGTTGCCGCTGATGTCGGCGTCTCCCGAGCCCGCGCGGGGATCCCCATCACGTCGCTGATGTCAGCTATCCGCCTCGATTACAACATCCTGTGGGAAGCCCTCACCAAGGTCGCTACGCAGGAGGACGCAACTTTGGTGGTTCGCCATACGTGGATTGTGCTCAATACCGTCGACGAATATGCGGGACAAACGCAGCGCGCTTTTATCGCCGAGCGGGAGCGTATGCAGGACGAAGCATTTTCAGTGCGACAAGGCCTGCTCGCCGAACTTTTCCAGACGCGGGAGGTGACGGACGAGCAAGTACGGACCATCGCTGGTGAACTCGAAATTCCCCCGGAGAGTCCCCTGATAGTGGTGGGTGCAGAGTCTGACGAGATACCGGCCCTCAGGGTCTTTATCGCCGAGGCCGAACGCGCGGGTAGAAGCGTGTTTTCCCATCACCTTGGTGATGCACTCATTGTGTTCACACCGCAGTTCGAAGGCACGGATCCCAAACGGGATGTCTTCCGACGCAATGTTCTGACCATCAGAGTCGGAATTACCGACGCTGAAGCCGGCCTCCAAGGCCTTCGCCAAGCGGCAAACTTCGCCCGCGACCTCGCCCGGGTTCTCAGGGCCGGTGAACGTGGCGCCATGACCTGGAAGCGGGGATGGGCCAGACTAGCCAACCGCAGCCTGCTCTTGGCAGGGCACCCCGTACTGACAGACGTCACAGCAGCGCTTTCAAGCTGCACCAAAACGGAACGTAGCCGGCTGGAAGAGTCCGTTCGCAGCTACCTCCGTACAGGCAGCGTCGGAGACTCGGCAGTAGAGCTTTTCTGTCATCGGAATACGCTGACAAACCGTCTCCGTCGTTTCGCGGAAATCACAGGGATTGACCCTACGGTCCCCCAGGACGCGGCGCGCCTCGTCGTTGGATGGGCATAA MTTNQPRLNGGPEPADSTRWQELLDQLNVEELTEAFLSRISAIAGYDPAPIPLSEIRRTGRMAFNAMIGGLRQGGLHEAVPVAADVGVSRARAGIPITSLMSAIRLDYNILWEALTKVATQEDATLVVRHTWIVLNTVDEYAGQTQRAFIAERERMQDEAFSVRQGLLAELFQTREVTDEQVRTIAGELEIPPESPLIVVGAESDEIPALRVFIAEAERAGRSVFSHHLGDALIVFTPQFEGTDPKRDVFRRNVLTIRVGITDAEAGLQGLRQAANFARDLARVLRAGERGAMTWKRGWARLANRSLLLAGHPVLTDVTAALSSCTKTERSRLEESVRSYLRTGSVGDSAVELFCHRNTLTNRLRRFAEITGIDPTVPQDAARLVVGWA NA NA NA NA NA D3-18_02472 606 pdtaR COG3707 putative transcriptional regulatory protein pdtaR GTGACCGAACAGACGGAGTCCACGTCCACAGCCCAGCCGGCCCGACGCGTTGTCGTAGCCGAGGATGAGACCCTCATCCGCCTGGACATTATCGAGATTTTGAAGGGCGAGGGGTACGACGTCGTCGGCGAGGCAGACAACGGCGAGAAGGCCGTACAGCTGGCCGAGGAGCTCAAGCCTGACCTTGTCCTCATGGATGTGAAGATGCCTGTCATGGACGGCATTTCGGCGGCTGAGAAGATCGTCAAGGCACGCATTGCCCCTGTGGTGCTGCTGACCGCTTTCAGTCAGAAGGAACTGGTGGAGCGCGCACGCGACGCCGGCGCCATGGCTTACGTCGTCAAGCCGTTCTCCCCCGCAGACCTGATCCCAGCCATCGAGATCGCCCTTTCCCGCCATGAGGAGATCAAGGCGCTCGAGAACGAGGTTTCCGACCTCCAGGAGCAGTTCGCCACGCGCAAGCTTGTAGAGCGCGCCAAGAGCCTCCTGACCACCAAGATGGGCCTCACGGAGCCGGAAGCGTTCCGCTGGATCCAGAAGACCTCCATGGACCGTCGCCTCAGCATGCGTGAGGTTGCCGAAACCATCATCAACCAGGTCAACTAA MTEQTESTSTAQPARRVVVAEDETLIRLDIIEILKGEGYDVVGEADNGEKAVQLAEELKPDLVLMDVKMPVMDGISAAEKIVKARIAPVVLLTAFSQKELVERARDAGAMAYVVKPFSPADLIPAIEIALSRHEEIKALENEVSDLQEQFATRKLVERAKSLLTTKMGLTEPEAFRWIQKTSMDRRLSMREVAETIINQVN NA NA NA NA NA D3-18_02473 1494 pyk COG0469 Pyruvate kinase ATGAGACGCGCGAAAATTGTGGCAACTTTCGGCCCGGCTATCTCCAGCTTCGACAACACCCTCGCGGTGCTGGAGGCCGGCGTCGACGTTGCTCGTATGAATATGAGCCACGGCGACTACTCCGTGCATGACACCACCTACGAAAACGTCCGCAAGGCTGCCGCCCAGCTGGGCAAGCCCGTGGCCATCATGGCCGACCTTCAGGGACCCAAGATCCGCTTGGGTCGCTTTGTTGACGGCCCGCACGAGCTGGCCGTGGGCGACACTTTCACCATCACCACCGAAGACGTCCCGGGCACCAAGGACATCTGCTCCACCACGCTGAAGAGCCTCACCGAAGACGTCAACGTGGGCGACGCCCTGCTCATTGACGATGGCAAGGTGGCTCTGCGAGCCCTCGAGGTTGACGACGTCAAGGTTGTCACCACCGTCACGGTTGGTGGCAAGGTCTCCAACAACAAGGGCATCAACCTGCCCGGTGTTGCCGTCAACGTCCCCGCCTTGAGCGAAAAGGACGAGGACGACCTCCGTTGGGCCCTCAAGCGCGGCGCCGACCTCATTGCCCTCTCGTTCGTGCGAGATGCCTCTGACATCAAGCGCGTCCACGAGATCATGGATGAAGAAGGCCGCCGTGTTCCCGTGATCGCAAAGATCGAAAAGCCGCAGGCCGTGGAGCAACTCCACGAAATCATCGACGCCTTCGATGCGATCATGGTTGCCCGTGGTGACCTCGGTGTCGAACTGCCGCTCGAAGAGGTGCCGATCGTCCAGAAGCGCGCCATTGAACTGGCACGCCGTTGGGCCAAGCCGGTCATCGTGGCAACCCAGGTCCTGGAATCCATGATCGACAACCCGCGTCCGACGCGCGCCGAGGCATCCGACTGCGCCAACGCGGTCCTCGACGGCGCCGATGCAGTCATGCTCTCCGGCGAAACCTCTGTGGGCCAGTACCCCATTGAGACCGTCAAGGTCATGGCCCGGATCATCGAGTCCACCGAAGTCCACGGCCTTGAGCGCGTCCCCCCGCTGGGAACCAAGCCCAAGACCCGTGGTGGCGCCATCACCCGTGCCGCCGTCGAGATCGCCGACCAGCTGGACGCCAAGTACATCTGTACTTTCACCCAGTCCGGCGACTCTGCACGACGTCTCTCGCGCCTGCGTCCGGTCAAGCCGGTCTTCGCGTTCACTCCGGTGGAGCACGTCTGGAACCAGTTGGCACTCACCTGGGGCATCCAGCCGGTGCTGGTTCCCTCCGTGGGCCACACCGACGAGATGACTGCACAGGTGGACAAGAGCCTGCTGGAAATGGATCTCGTGGACGAAGGCGACCTGGTTGTCATCGCTGCCGGGTCCCCTCCAGGACAGGCCGGTTCCACGAACTCGCTGAAGGTCCACAAGGTAGGCGACCTCGCCGACACCTCCAAGACCGACGACGGTTCACGTAAGGAACCCGTTGGCCCTTGGCCGGAAAAGAAGTCCAAGGCCAAGAGCTAA MRRAKIVATFGPAISSFDNTLAVLEAGVDVARMNMSHGDYSVHDTTYENVRKAAAQLGKPVAIMADLQGPKIRLGRFVDGPHELAVGDTFTITTEDVPGTKDICSTTLKSLTEDVNVGDALLIDDGKVALRALEVDDVKVVTTVTVGGKVSNNKGINLPGVAVNVPALSEKDEDDLRWALKRGADLIALSFVRDASDIKRVHEIMDEEGRRVPVIAKIEKPQAVEQLHEIIDAFDAIMVARGDLGVELPLEEVPIVQKRAIELARRWAKPVIVATQVLESMIDNPRPTRAEASDCANAVLDGADAVMLSGETSVGQYPIETVKVMARIIESTEVHGLERVPPLGTKPKTRGGAITRAAVEIADQLDAKYICTFTQSGDSARRLSRLRPVKPVFAFTPVEHVWNQLALTWGIQPVLVPSVGHTDEMTAQVDKSLLEMDLVDEGDLVVIAAGSPPGQAGSTNSLKVHKVGDLADTSKTDDGSRKEPVGPWPEKKSKAKS PGPT0002020_3126 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0002020-pyk-K00873 NA NA D3-18_02474 1458 gltD COG0493 Glutamate synthase [NADPH] small chain GTGGCTGATCCACGCGGATTTCTGAAAGTCCGGCAGCGCGAGACGCAGCCACGCCGTCCCGTTCCCGTCCGCATCATGGACTGGAAAGAAGTGTACGAAGCCCAGGAAAAGGGTGTCCTGAAGAGCCAGGCCGGCCGCTGCATGGATTGCGGCGTTCCGTTCTGCCACCAGGGCTGCCCGCTGGGTAACCTCATTCCCGAGTGGAACGACCTCGTGTGGCGGGACAAGGGTGAAGAAGCTATTGAGCGACTTCACGCCACGAACAACTTTCCCGAGTTCACGGGCCGTCTGTGTCCTGCACCCTGTGAAGCGTCCTGCGTGCTCGGTATCAACCAGCCTGCCGTGACCATCAAGCAGGTTGAGGTTTCGATCATTGACCAAGCTTTCGACAACGACTGGGTTCAGCCCCTGCCGCCCACACGCCTTACCGGCAAGACGGTGGCCGTGGTTGGTTCCGGTCCCGCCGGCTTGGCCGTGGCACAGCAGCTGACCCGCGTGGGCCACACTGTTGCTGTGTATGAGCGCGACGACAAGATCGGCGGCTTGCTCCGCTACGGTATCCCCGACTTCAAAATGGAGAAAGAACAGGTTGACCGTCGCCTGGAGCAGATGAAGGCCGAAGGCACGCGCTTCCGGACCGGCGTCGCTGTTGGTACCGACGTCACCTGGGAACAGCTGCGACGCCGTTACGACGCCGTTGTTGTCGCCACCGGTGCCACCGTCCCGCGCGACCTTCCCATCCCTGGCCGTGACCTCGAGGGTGTCCACTTCGCCATGGATTACCTTGTTCCGTCCAACCGCAAGGTGGCGGGGGAGAACCCTGAGAACCACATTGATGCCCGCGGCAAGCATGTTGTCATCCTTGGCGGTGGCGATACCGGTGCTGACTGCATCGGCACCGCCCACCGCCACCAGGCTGCCTCGGTGACCACGCTCGCGATCGGCAAGCAGCCGCCCGCAGAACGTGCCACCCACCAGCCGTGGCCGACGTTCCCCACCCTTTTCGAGGTCGCCAGCGCCCACGAAGAAGGCGGCGAGCGTACCTACCTTGCGTCAACCGTTGAGTTCGTCGGAGAAAACGGCAAGCTCACGGGCGTCAAAGTTGCTGAGACCGAGTTCGTGGACGGCAAGCGCCTGCCCAAGGCCGGTACAGAACGAATCATTCCAGCTGACCTTGTGTTCTTGAGCCTGGGCTTTACCGGTGCTGAGCCGGCAGGTATCACGGAGCAGGTCAGTGCAGAATTCGACGGTCGGGGCAACGTTGCCCGCGACGGCTACTACATGACGAACACCGAGGGTGTGTTCGTTGCCGGTGATGCCGGACGTGGCCAGTCACTGATTGTGTGGGCCATTGCGGAAGGCCGTGCTTGCGCGGCTGCAGTGGACAGGTTCCTGATGGGAAGCACCATCCTCCCGGCACCGGTCGCCCCCACCGACCGGGCGATAGCGGTCTTATAG MADPRGFLKVRQRETQPRRPVPVRIMDWKEVYEAQEKGVLKSQAGRCMDCGVPFCHQGCPLGNLIPEWNDLVWRDKGEEAIERLHATNNFPEFTGRLCPAPCEASCVLGINQPAVTIKQVEVSIIDQAFDNDWVQPLPPTRLTGKTVAVVGSGPAGLAVAQQLTRVGHTVAVYERDDKIGGLLRYGIPDFKMEKEQVDRRLEQMKAEGTRFRTGVAVGTDVTWEQLRRRYDAVVVATGATVPRDLPIPGRDLEGVHFAMDYLVPSNRKVAGENPENHIDARGKHVVILGGGDTGADCIGTAHRHQAASVTTLAIGKQPPAERATHQPWPTFPTLFEVASAHEEGGERTYLASTVEFVGENGKLTGVKVAETEFVDGKRLPKAGTERIIPADLVFLSLGFTGAEPAGITEQVSAEFDGRGNVARDGYYMTNTEGVFVAGDAGRGQSLIVWAIAEGRACAAAVDRFLMGSTILPAPVAPTDRAIAVL PGPT0000640_2036 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0000640-gltD-K00266 NA NA D3-18_02475 4614 gltB COG0067 Glutamate synthase [NADPH] large chain ATGACCCATCTTCATAACCCCGGTTGGTCCGAAAATATCGAACCTCAGGGTGCCATGTCTCCATTCAAGCGCTTTGCCGCGCTCCCGGAGGCTCAGGGTCTTTACAACCCTGACAAGGAGAAGGACGCCTGCGGCCTGGCCATTATTGCCACGCTCCGCGGGGAACCGGGATACGACATCGTGGAAGCGGCATTGACCGCCCTCCGCAATCTCGAACACCGCGGCGCCGTGGGCGCCGATGAAGGCACCGGCGACGGTGCGGGCCTGCTCATGCAGGTTCCGGACGAGTTCTTCAGGGCCGTCACCGAATTCGAACTGCCTGCCCCAGGCCAGTACGTGGTTGGTACCGCCTTCCTTCCTGCTGAGTCCCGCGAAGCAGAGACTGCGAAGGCCGGCATCGAGGCCCTTGCCGCTGACGAGGGCCTGACGGTTCTCGGTTGGCGCGAGGTTCCCGTGGTCGCTGACCTCGTAGGCGCCATGGCACGGGCCTGTATGCCGTACTTCTCCCAGCCGTTCTTTGCCTCCGCCACCGGTGAGCAGCTTGAGCACAACGAGCTGGACTCCCGCGCCTGGCGTATCCGCAAGCGTGCCCAGAACAAGTTCGGCGTGTACTTCCCGTCGCTGTCGTCGCGCACCATTGTGTACAAGGGCATGCTGACCACCGCCCAACTGGAGCCGTTCTACCCGGACCTTTCGGACAAGCGCTTCAAGACGAAGCTCGCAATCGTGCACTCGCGCTTCTCCACCAACACGTTCCCGTCCTGGCCGTTGGCGCAGCCTTTCCGCACCATCGCCCACAATGGTGAGATCAACACGGTCAAGGGCAACCGCAACTGGATGCGTGCCCGTCAGTCCCAGCTGGCCAGCCCGCTGCTGGGCTCCGTCCCCGAAGAGCTGTACCCGATCTGCACCCCTGGTGCCTCGGACTCCGCTTCCTTCGACGAGGTAGCCGAGCTCCTCTGGCTGTCCGGCCGCCCCATCACGCACTCCATCATGATGATGATCCCGGAAGCGTGGGAAAACCATGCCACCATGGATCCCGCACGCCGTGCGTTTTACGAGTACCACTCACTGCTCATGGAGCCGTGGGATGGCCCGGCCGCTGTCTCCTTCACCGACGGAAACCTCGTGGGCGCCACGCTGGACCGCAATGGCCTGCGCCCGGGACGCTACTGGATCACCGAAGACGGCCTCATCATCTTCGCCTCCGAAGTTGGCGTGATCGAGGTGGAGCCGTCCAACGTGGTCAAGAAGGGTCGCGTTGCTCCCGGCAAGATGTTCCTGGTGGACACTGAGGCCGGACGCATCATCGACGACGCCGAGGTCAAGGCCGAGGTCGCTGCAGCAAACCCGTGGGCCGAGTGGCTCAAGGACAACCTGATCGACATCAACGAGCTCCCCGAGCGCGAGCACGTTGTTCACACGGCTGCGTCGGTGAACATCCGTCAGCGGACCTTCGGCTACACCACCGAAGAACTGAAGATCCTGCTCGGACCGATGTCCCGCACCGGCGCTGAGCCCTTGGGCGCCATGGGTTCGGACACTCCGGTGGCTGTGCTCTCCAAGCGTCCGCGCCTGTTGTTCGACTACTTCGTGCAGTCCTTCGCCCAGGTCACCAACCCTCCGCTGGACGCTATCCGCGAAGAGTTGGTCACGTCACTGAAGTGCGCCATCGGTCCCAACGGCAACCTCTTGGATGGCAAGCAGGTCCGCCAGCCGCAGATCTCCCTGCCGTTCCCCGTGATCAACAACGATCAGCTCGCCAAGATCGCGAACATCGAAAGTCCCGACGGCGACCGCATCGCCATGAAGGTCCGCGGCCTTTACCGCCCGGAGGGTGGAGAAGCGGCACTCCGTGCACGCCTGACCGAGATCTGCGAGCAGGTCTCCGGTGCAATCAACCGTGGCGTGCAGTACGTTGTGCTGTCCGACCGTGACTCGAACGCGCAGTGGGCTCCGATTCCTTCACTTCTGCTGGTCAGCGCAGTCCATCACCACCTGCTCCGCAGCGCCAACCGAACCAAGACCGCGCTTGTGGTGGAGGCCGGCGACGTCCGCGAGACGCACCACGTGGCAGTCCTCATTGGTTACGGTGCTTCTGCCGTCAACCCGTACCTGGCCATGGAGTCGGTGGAACAGCTGATCTCCAACGGCGACGTTGTGGGCGTAACGCCGGAAGACGGTGTCTACAACCTCATCAAGGGCCTCGGCAAGGGTGTCCTGAAGATCATGTCCAAGATGGGCATCTCCACTGTTGCTTCCTACACGGGCGCCCAAACCTTCGAAGCACTGGGCTTGTCCCAGGAGCTCGTAGACGAATTCTTCTCCGGCACGCACTCCCAGCTGGGCGGCGTCGGCCTGGACGTCATTGCCGCGGAAGTTTCGGCACGCCACCAGATGGCGTACCCGGAAGGCGGCATCGAGCACCCGCACCAGCCGTTGCTCGGAGGCGGCGAATACCAGTGGCGCCGCGACGGCGAACCACACCTCTTCAACCCGGAGACGGTGTTCCGCCTGCAGCACGCCACCCGCGAACGCCGCTACGACATCTTCAAGTCCTACACCAAGGGCATTGACGATCAATCCGAGAACCTGATGACCCTCCGCGGGCTCCTCAAGTTCAAGGACGGAGTCCGTCCGGCTGTTCCGCTCGAGGAAGTGGAGCCTGTCTCCAGCATCGTGAAGCGTTTCTCCACGGGTGCAATGAGCTACGGCTCCATCTCGAAGGAAGCCCACGAGACCCTGGCAATTGCCATGAACCGTCTGGGCGCCAAGTCCAACACCGGTGAAGGTGGCGAGGACGTTGATCGCCTGCTGGACCCGGAGCGCCGCTCTGCCATCAAGCAGATCGCTTCCGGCCGTTTCGGCGTCACCAGCCTGTACCTGACCAACGCCGATGACATCCAGATCAAGATGGCGCAGGGTGCCAAGCCCGGCGAAGGTGGCCAGCTGATGGCCCAGAAGGTCTACCCCTGGGTAGCCCGGACGCGTCACTCCACCCCCGGCGTCGGACTCATTTCACCGCCCCCGCACCACGACATCTACTCGATCGAAGACCTCGCGCAGCTCATCTACGATGCCAAGCGCGCCAACCCTTCGGCCCGCGTGCACGTAAAGCTCGTTTCGGAAGTCGGGATCGGCACGGTGGCGTCCGGCGTCACCAAGGCCAAGGCCGACGTCGTGCTTGTTTCAGGTCACGACGGCGGTACCGGCGCCTCGCCGCTGAACTCGCTGAAGCACGCGGGTGTGCCTTGGGAACTTGGCCTTGCCGAGACCCAGCAGACCCTCATGCTCAACGGTCTGCGCGACCGCGTGGTGGTTCAGGTTGACGGCCAGCTCAAGACCGGACGCGACGTTGTCATTGCTGCCCTGCTGGGTGGCGAGGAATACGGCTTCGCTACGGCTCCGCTGGTGGTCTCCGGCTGCATCATGATGCGCGTCTGCCACTTGGATACCTGCCCCGTGGGTGTTGCCACGCAGAACCCCGAGCTTCGCTCCCGGTTCAACGGCAAGCCCGAATTCGTGGTCAACTTCTTCGAGTTCCTCGCAGAAGAAGTCCGCGAAATCCTGGCCGAGCTCGGATTCCGCAGCCTGGAAGAGGCAATCGGCCACGCCGAAGTCCTGGACACCCGCGAAGCCATCAACCACTGGAAGGCCGAAGGCCTGGACCTCGACCCCATCCTGCATGGGCTCGAGTTCGACGACGACGTGCCGCTGCGCAACATGACCGGCCAGAACCACGAGCTGGACAAGCACTTTGACCAGCGGCTGATCACCATGGCGCAGGAAGCACTCAGCGACCGCATGCCCGTCAAGATCACCCTGGACGTCATCAACACGGACCGTTCCGTGGGTACGATGCTCGGCCACGTGGTGACCAAGACGTTCAGCACCGATGTGCTGGCGACCGATACGATCGATGTGACGCTGAACGGTACTGCTGGCCAGTCCCTCGGGGCTTTCCTGCCTGCCGGTATCACGCTGCGCATGTTCGGTGACTCCAACGACTACGTCGGCAAGGGCCTCTCCGGTGGACGCATCATCGTTCGCCCGGACCGCACCAACGTGTTCCAGGCGGAGCGCAACGTCATTGCCGGCAACGTGATCGGTTATGGCGCCACCAGCGGTGAAATGTTCCTGCGTGGCCAGGTTGGTGAACGCTTCCTGGTCCGTAACTCCGGTGCGACCGCCGTCGTCGAAGGTATTGGCGATCACGGTTGCGAATATATGACCGGTGGCCAGACACTGATCATCGGCCGCACAGGCCGCAACTTCGGTGCAGGCATGTCCGGTGGTACTGCCTACGTACTGGACCTGCAGCCTGAGCGCGTCAACAAGATGGCCCTCGATACCGGTGAACTCCAGCTCCTGGAGCTCGACGCCGAGGACCGCGACATTGTCCACGGCCTGCTCACCAAGCACGTTGAGGAAACCGAATCCGTCCTGGCCGGCCGTCTGCTCGAGAACTTCGACGACACCGCCGCCCGCATCACCAAAGTACTGCCGCGCGACTACGCCGCAGTCCTGCAAACCCGTCTCGACGCCATCGAAGAGGGCCTTGACCCCGATGGCGAAGAAGTATGGTCTCGAATCCTGGAGGTAACCGGTGGCTGA MTHLHNPGWSENIEPQGAMSPFKRFAALPEAQGLYNPDKEKDACGLAIIATLRGEPGYDIVEAALTALRNLEHRGAVGADEGTGDGAGLLMQVPDEFFRAVTEFELPAPGQYVVGTAFLPAESREAETAKAGIEALAADEGLTVLGWREVPVVADLVGAMARACMPYFSQPFFASATGEQLEHNELDSRAWRIRKRAQNKFGVYFPSLSSRTIVYKGMLTTAQLEPFYPDLSDKRFKTKLAIVHSRFSTNTFPSWPLAQPFRTIAHNGEINTVKGNRNWMRARQSQLASPLLGSVPEELYPICTPGASDSASFDEVAELLWLSGRPITHSIMMMIPEAWENHATMDPARRAFYEYHSLLMEPWDGPAAVSFTDGNLVGATLDRNGLRPGRYWITEDGLIIFASEVGVIEVEPSNVVKKGRVAPGKMFLVDTEAGRIIDDAEVKAEVAAANPWAEWLKDNLIDINELPEREHVVHTAASVNIRQRTFGYTTEELKILLGPMSRTGAEPLGAMGSDTPVAVLSKRPRLLFDYFVQSFAQVTNPPLDAIREELVTSLKCAIGPNGNLLDGKQVRQPQISLPFPVINNDQLAKIANIESPDGDRIAMKVRGLYRPEGGEAALRARLTEICEQVSGAINRGVQYVVLSDRDSNAQWAPIPSLLLVSAVHHHLLRSANRTKTALVVEAGDVRETHHVAVLIGYGASAVNPYLAMESVEQLISNGDVVGVTPEDGVYNLIKGLGKGVLKIMSKMGISTVASYTGAQTFEALGLSQELVDEFFSGTHSQLGGVGLDVIAAEVSARHQMAYPEGGIEHPHQPLLGGGEYQWRRDGEPHLFNPETVFRLQHATRERRYDIFKSYTKGIDDQSENLMTLRGLLKFKDGVRPAVPLEEVEPVSSIVKRFSTGAMSYGSISKEAHETLAIAMNRLGAKSNTGEGGEDVDRLLDPERRSAIKQIASGRFGVTSLYLTNADDIQIKMAQGAKPGEGGQLMAQKVYPWVARTRHSTPGVGLISPPPHHDIYSIEDLAQLIYDAKRANPSARVHVKLVSEVGIGTVASGVTKAKADVVLVSGHDGGTGASPLNSLKHAGVPWELGLAETQQTLMLNGLRDRVVVQVDGQLKTGRDVVIAALLGGEEYGFATAPLVVSGCIMMRVCHLDTCPVGVATQNPELRSRFNGKPEFVVNFFEFLAEEVREILAELGFRSLEEAIGHAEVLDTREAINHWKAEGLDLDPILHGLEFDDDVPLRNMTGQNHELDKHFDQRLITMAQEALSDRMPVKITLDVINTDRSVGTMLGHVVTKTFSTDVLATDTIDVTLNGTAGQSLGAFLPAGITLRMFGDSNDYVGKGLSGGRIIVRPDRTNVFQAERNVIAGNVIGYGATSGEMFLRGQVGERFLVRNSGATAVVEGIGDHGCEYMTGGQTLIIGRTGRNFGAGMSGGTAYVLDLQPERVNKMALDTGELQLLELDAEDRDIVHGLLTKHVEETESVLAGRLLENFDDTAARITKVLPRDYAAVLQTRLDAIEEGLDPDGEEVWSRILEVTGG PGPT0000635_900 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLUTAMINE_DEGRADATION,PGPT0000635-gltB-K00265 NA NA D3-18_02476 1155 lgt_1 COG0682 Phosphatidylglycerol--prolipoprotein diacylglyceryl transferase ATGCAGACCGTCCTCCACGCTGCGGCAATGGTCCCCTTGAGTATCCCGAGCCCGTCGTGGTCCGGTTTCGACATTCCGCTGCCGTGGGGGACGTTGCGCATCCACGCTTACGCCCTCTGCATCTTGGCGGGCATCATCGTTGGCTTGTGGCTGACGTCCACCCGTTGGAAGCGCCGTGGAACCCCGGAGGGCAGCCTATGGGACATCGCCATCTGGGCTATTCCCTTCGGCATCATCGGCGGCCGCCTCTACCACGTGTTCTCTTCGCCGGACGCGTACTTCGGCCCGGGTTTTGATGGCACGGGGGACCTTTCCCTGATACCTCAGATCCAGCGCGGCGGTTTGGGCATTTGGGGTGCCGTGATCCTTGGTGCGGTAGGTGCCTGGATCGGCTGCCGGCGGGCGGGCGTCAAATTGACCGCTTTCCTCGACGCCGCTGCTCCTGGCTTGTTGCTGGCACAGGCCATTGGCCGCTTGGGTAACTGGTTCAACCAGGAACTCTTCGGTGCGCCCACCACCTTGCCCTGGGGACTCGGAATCGATCCCGCCAATGCGAATTTCCCGCCGGATATGGCTGCCGGTACGCTCTTCCACCCGACGTTCCTTTACGAAATGTTGTGGAACCTCGTTGGGGTGGCCATCCTGCTGCTCCTGGACAAAAAGTTCAACTTCCGTTGGGGCCGGCTCTTCTGGCTGTACGCCGTGTACTACACCTTGGGCCGTGTGTGGATTGAAGCGCTGCGCATTGATGATGCTGAACAAATCAGCCTCTTCGGCATCACTACCAGGCTCAATGTCTGGACCAGCATCTTCGTCTTTATTGCAGCGCTGGCCATCTTCTTTATCCTTGGCAGGCGGGGCCGTCCGGTACCGGACACCCCTTATTTGCCGGGCCGGGAGCCGGAGAAGAAGGCGGAAAAAGAGCCCGCAGCGGTGACCAGCGTCACCAGTCAAGATGTGGACGCATCTGTCTCAGATACTGGTTCGCGTGGTAATCTCCCAGATAACCAAAGCGATCCGGGCCACGTTGACGAGCCGCAGGAATCAGCAGGGGACAGGGATAAGGACAGGACGTCCGGCACCGGTTCCACATCTGCTGCTACTGCCGCAAGGAAGGCCCCCGGATCCACGCCGAAGGCAGACGACACCAAGTAG MQTVLHAAAMVPLSIPSPSWSGFDIPLPWGTLRIHAYALCILAGIIVGLWLTSTRWKRRGTPEGSLWDIAIWAIPFGIIGGRLYHVFSSPDAYFGPGFDGTGDLSLIPQIQRGGLGIWGAVILGAVGAWIGCRRAGVKLTAFLDAAAPGLLLAQAIGRLGNWFNQELFGAPTTLPWGLGIDPANANFPPDMAAGTLFHPTFLYEMLWNLVGVAILLLLDKKFNFRWGRLFWLYAVYYTLGRVWIEALRIDDAEQISLFGITTRLNVWTSIFVFIAALAIFFILGRRGRPVPDTPYLPGREPEKKAEKEPAAVTSVTSQDVDASVSDTGSRGNLPDNQSDPGHVDEPQESAGDRDKDRTSGTGSTSAATAARKAPGSTPKADDTK NA NA NA NA NA D3-18_02477 813 trpA COG0159 Tryptophan synthase alpha chain ATGACTGAAGAATTCGCCAGCAAATCCGCCGTCGCCATTGATCGCGCCAAAGCAGAAGGGCGCGCCGCCCTGGTGGGCTACCTTCCCGCGGGCTACCCCACGGTCCAGGAGAGCATTGAGGCCGGCATAGCCCTGGCCCGCAACGGTGCTGACTTGATCGAAATCGGAATCCCGTACTCCGATCCCGTGATGGACGGACCGGTCATTCAGGCCGCCACCACAGAAGCGATCTCCAATGGCTTCCGCGTTGCCCACGTCTTTGACGTGGTTGCCGGCATTACGGCAGCTACCGATGCGGCAGTTCTGGTCATGACGTACTGGAACCCCGTGATGCGCATGGGCGTAGACGAGTTCGCCCGAAGGCTGGCCGAAGCCGGGGGAGCAGGACTCATCACGCCCGACCTGGTACCCGACGAGGCCCATGAATGGTTCGAAGCCTCGGACAAGTACGGTTTGGACCGGGTGTTCCTTGTGGCACCCTCGTCCACTCCGGAACGACTGGACATGACGGTCAAGGCAAGCCGTGGATTCGTTTACGCCGTCTCCATCATGGGTGTTACCGGAACACGCACCTCCGTCAGCAGCAGTGCTGAAGATGTGGTTGCCCGTGCCCATGCGGCCGGAGCCGAACGCGTCTGCGTCGGCTTGGGCGTCTCCAACCCGGATCACGTCCGCGAAATCGCCGCCTACGCGGACGGCGTGATCGTGGGCACCGCTTTGGTGGCGGCGCTCCGCGATGGCGGCGTGGACGCCGTCGGACAGCTCACCAAGAACCTCAGCGCCGGCTTGGGCCGCGCAGCTGCAGAAGCCTAG MTEEFASKSAVAIDRAKAEGRAALVGYLPAGYPTVQESIEAGIALARNGADLIEIGIPYSDPVMDGPVIQAATTEAISNGFRVAHVFDVVAGITAATDAAVLVMTYWNPVMRMGVDEFARRLAEAGGAGLITPDLVPDEAHEWFEASDKYGLDRVFLVAPSSTPERLDMTVKASRGFVYAVSIMGVTGTRTSVSSSAEDVVARAHAAGAERVCVGLGVSNPDHVREIAAYADGVIVGTALVAALRDGGVDAVGQLTKNLSAGLGRAAAEA PGPT0007070_1579 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 D3-18_02478 1377 trpB COG0133 Tryptophan synthase beta chain ATGGTCGACGCGCCAACAGCCGGCTCAGAAGAGAATGCGGCGGACGCATTCCTCCAAGGCGGCCCTTCGCTGCGGAACGCATCGGGGCCCTACTTTGGCAGCTATGGCGGACGCTGGATGCCCGAGTCGCTCATCGCCGCCCTGGACGAAGTCCAGGACACTTTTGAAAAGGCCAAAGCTGATCCCGATTTCATCGCGCAGCTGAAGGACCTCAACAAGAACTACTCCGGCAGGCCTTCCCTGCTGACCGAAGCCAAGCGCTTCTCGGAGCACGCCGGAGGAGCACGTATTTTCCTCAAGCGCGAGGACCTCAACCACACTGGCTCCCACAAAATCAACAACGTGCTGGGCCAAGCACTCCTGGCGAAGCGCATGGGCAAGACCCGCGTTATTGCCGAGACCGGTGCCGGTCAGCACGGCGTGGCAAGTGCCACGGCCGCAGCCTTGCTGGGCCTCGAGTGCGTGGTGTACATGGGTGCTGAGGATTGCCGCCGGCAGGCCTTGAACGTGGCCCGCATGCAGCTGCTCGGCGCCACGGTGGTTCCGGTGACCAATGGTTCCCAGACGCTCAAGGACGCCATCAACGATGCCCTCCGGGATTGGGTTTCCAACGTGGAGCACACCCACTACCTTCTGGGCACTGCAGCTGGTGCGCACCCGTTCCCTGCGATGGTCCGCTACTTCCACGAAGTCATTGGTGAAGAAGCACGCAGCCAGATCCTGGAGCAAACGGGCAGGCTTCCCGACGCTATCGCTGCGTGTATCGGTGGTGGCTCGAACGCGATCGGTTTGTTCCACGCCTTCCTCGATGACGCTTCCGTGAAGATTTACGGCTTCGAAGCCGGCGGCGAAGGTGTAGAGACGGGCCGCCACGCTGCAGCCATCTCCCTGGGCCGTCCAGGCGTACTCCACGGTGCCCGTTCGTACCTCATGCAGGACGAAGACGGCCAGACCATCGAATCCCACTCCATTTCGGCCGGCTTGGATTACCCGAGTGTCGGACCGGAGCACTCGTACTTGGCCGACATCGGGCGTGTGACCTACGAGGCCGTGACCGACACCGAGGCCATGGATGCGTTCAGCCTGCTGTGCCGGACCGAAGGCATCATCCCCGCCATTGAGTCCTCTCACGCCCTGGCCGGTGCCATCAAGATCGGCAAGCGGCTCACCGAAGGCAAGGACACGCCGTCGGACGTGACAGTGATCGTCAACCTGTCCGGACGTGGGGACAAGGACGTGGAAACTGCCGCTGCCTGGTTCAACATGTTGGATGAGGAAGGGCACGTCAAGGGCACCACGTTGTCCACGCGCAAGCCCAAGGGGCCCACCGAGCGCACGTCCGAAGCAGCCGTGGATGTCAACGAGGACCAGAACTGA MVDAPTAGSEENAADAFLQGGPSLRNASGPYFGSYGGRWMPESLIAALDEVQDTFEKAKADPDFIAQLKDLNKNYSGRPSLLTEAKRFSEHAGGARIFLKREDLNHTGSHKINNVLGQALLAKRMGKTRVIAETGAGQHGVASATAAALLGLECVVYMGAEDCRRQALNVARMQLLGATVVPVTNGSQTLKDAINDALRDWVSNVEHTHYLLGTAAGAHPFPAMVRYFHEVIGEEARSQILEQTGRLPDAIAACIGGGSNAIGLFHAFLDDASVKIYGFEAGGEGVETGRHAAAISLGRPGVLHGARSYLMQDEDGQTIESHSISAGLDYPSVGPEHSYLADIGRVTYEAVTDTEAMDAFSLLCRTEGIIPAIESSHALAGAIKIGKRLTEGKDTPSDVTVIVNLSGRGDKDVETAAAWFNMLDEEGHVKGTTLSTRKPKGPTERTSEAAVDVNEDQN PGPT0007075_294 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 D3-18_02479 819 trpC COG0134 Indole-3-glycerol phosphate synthase GTGACCGTACTTGATGACATTATTGTTGGAGTCAAGGAGGACATGGAGGCCCGCCGCGGCCTACTGTCCCTCGCGGAGCTGAAGGAGCGCGCCGCAAACGCTGCTCCCGCTCGTGATGCCTGGGCGGCCCTTGGTGGCCCGTCATCCATCCGCAACGACCTCAAAGTCATCGCTGAAATCAAGCGCCGCAGCCCCTCCAAGGGTGACCTGGCCTCCATCGCCGATCCTGCGTCGCTCGCTGTGCAGTATTCCGACGGCGGGGCTTCCGTCATCAGCGTCCTTACCGAGCAGCGCCGGTTCGGCGGTTCGCTGGCGGACCTCGATGCGGTGCGCGCCGCCGTCGAAACGCCGCTGTTGCGTAAGGACTTCACCGTTGACGAGTACCAGATCTGGGAAGCCCGTGCCCACGGAGCCGACCTCATCCTGCTCATCGTCGCGGCATTGTCCGACTCGGAGCTTGCCGACTTCAGTGCGCTGAGCCACGAGCTCGGGATGAACGTGCTGGTGGAAACGCACACCGAGGAAGAGATCGAGCGCGCAGTTGCGGCGCAGGCCAAAATCATCGGCATCAATGTCCGCAACCTCAAAACGCTCGACGTCGATCGCTCCGTTTTCGGTTCGTTGGCCGGTTTGATTCCGGCTGAGTCCGTCATCGTGGCGGAATCCGGCGTCAGGGGTCCCGAGGACGTCGCGCATTATGCCTCGGCTGGTGCCAACGCCATCCTGGTGGGGGAGGCGCTGGTCAGCGACTCCACGCCGCGCGAACGCATCACTGAATTCAAGGCAGCTGGAGCTGCCGCCATCGCCGTCAGGAACTGA MTVLDDIIVGVKEDMEARRGLLSLAELKERAANAAPARDAWAALGGPSSIRNDLKVIAEIKRRSPSKGDLASIADPASLAVQYSDGGASVISVLTEQRRFGGSLADLDAVRAAVETPLLRKDFTVDEYQIWEARAHGADLILLIVAALSDSELADFSALSHELGMNVLVETHTEEEIERAVAAQAKIIGINVRNLKTLDVDRSVFGSLAGLIPAESVIVAESGVRGPEDVAHYASAGANAILVGEALVSDSTPRERITEFKAAGAAAIAVRN PGPT0007080_1009 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 D3-18_02480 273 hypothetical protein ATGAGCAAAACCACAGTGTCCAACAACCAAGCGGAATCCACCATGGCCAGCCACGCTGACGCCATCGGTCACGGAAACAGCCCGGCTGCCTGGACGTGCGTACTTGTGATGCTGGTCGGTGCCCTGATTTCCTCCATCGCGTTCGTCATCGCCAGCACCCCGATCTTCGTCGGCGGACTGGTTGTCATGGTTATCGGCCTGATCGTGGGCTTCGTCATGCGTAAGGCAGGCTACGGAGTTGGCGGCAGCAAGCTGCAGAACAACGGCCACTAA MSKTTVSNNQAESTMASHADAIGHGNSPAAWTCVLVMLVGALISSIAFVIASTPIFVGGLVVMVIGLIVGFVMRKAGYGVGGSKLQNNGH NA NA NA NA NA D3-18_02481 606 hypothetical protein ATGAGCACCGCAGCATCAGCGCCTTCCGTGAGGCAGTCGCCGCGGTGGGCGCGGAAATCCACGGTGGTTCTTGCCACCACCATCCTTGCATTGGCCGTTTTTGGGGCCACGACGCAAACCTGGATCGAGGTGCGCCTGGACCCCACCGGTGCTTCGAACAGCGACCTCCACGTCCAAGGAAGCAAGGCGGCCACAGCGGTCACTGCGTTGGCCGTCGTAGCCTTGGCCGGCGGCCTGGCTGCTTCCATTGCCGGAAAAATTGCCCGCTGGATCATCGCTGTCCTCATCGCCTTGTCTGCTGCCGGGATCATCCTCGCCGCAGTCACCGTGATACTGGATCCTCTCGGTGCCGCACAAGGATCAATCGCTGCAGCCACGGGAGTTTCGGGCGGGCAAGCCGACGCAGTAATCACGGCCTTCCCGGTCCTTGCCATCGTTGCCGGTTCCCTTCTGGCAGTGTGCGCCATTGCCCTGCCGCTGGCCGGTCGCTACTGGACCTCGCGGACCAAGTACGACGCCGGGGCGCGCGGCAAGAAGAGCGCCAACGAACAGGTGGACGAGATCGACAGTTGGGACAGCCTTTCGCGCGGCGAAGACCCGACGTAG MSTAASAPSVRQSPRWARKSTVVLATTILALAVFGATTQTWIEVRLDPTGASNSDLHVQGSKAATAVTALAVVALAGGLAASIAGKIARWIIAVLIALSAAGIILAAVTVILDPLGAAQGSIAAATGVSGGQADAVITAFPVLAIVAGSLLAVCAIALPLAGRYWTSRTKYDAGARGKKSANEQVDEIDSWDSLSRGEDPT PGPT0007095_5 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 D3-18_02482 1584 trpE COG0147 Anthranilate synthase component 1 ATGCAGGACCTTGGAATCATCAGCCCGGGCCTGGAAGAGTTCCGCGAACTCGCCGTCCACAGCCGTGTCATCCCTGTCCGACTCAAGGTTTTGGCTGACGCCGAGACCCCCATCGGCCTGTACCGGAAACTTGCCAAGGGGCAGCCGGGTACCTTCCTCCTGGAATCTGCAGCGGTTGGCGGCGCTTGGTCACGCTATTCCTTCATTGGCTCCAAGTCTCGTGCGACGCTGACCACCAAGGACGGGGAAGCCCGCTGGATCGGTGAGCCGCCCGTTGGCGTGCCGGTTTCAGGCAACCCGGTGGAAGCTGTTCGCGACACCATTGCCGCGCTGCAGACTGACCGCTTCGACGGCCTGCCGCCGTTCACCTCCGGCTTGGTTGGCTTCCTTGGTTGGGAAGCCGTGCGTCACTGGGAGCGGCTGACGTCCCCGCCCGAGGATGACCTCCAGCTGCCGGAGATGGCACTGAACCTGGTCACCGACATGGCGGTGCACGACAATGTGGACGGCACTGTCCTCCTCATCGCCAATGCCATCAACTTTGATGACAGTTCCGAGCGTGTGGATGACGCCTGGCACGACGCCGTAGCCCGGGTGAAGGGGTTGCTTGACCAGATCAGCACTCCTGTTGCCCAGCCGGTTTCCGTCTTGGAAACTGCGGCCCTGGACTTCGCCTCCAGCGTGCAGGAACGCTGGGATGAAGCCAAGTATTTGGAGGCCATTGATCGCGGCAAGGAAGCCATTGTTGACGGTGAGGTTTTCCAGGTAGTGATTTCCCGGCGCTTCGAAATGGAGTGCGCCGCGGACCCGCTGGATGTCTACCGTGTCCTGCGCAATACCAATCCCAGCCCTTACATGTATCTCTTCAGCCTGGAGGATGCAGACGGTCGCGAGTACTCGATCGTTGGTTCGTCACCGGAAGCCTTGGTGACCGTGACGGGCGAGGAAGTCATCACGCACCCCATCGCCGGTTCCCGCCCCCGGGGCAAGACGGTTGAGGCCGATAAGGCCCTGGCGACAGAACTGTTGGCCGATCAGAAAGAGCGCGCCGAGCACCTGATGCTGGTTGATCTTTCGCGCAACGACCTCTCCAAGGTGTGTGTGGCCGGAACGGTTGACGTCACTCAGTTCATGGAAGTGGAGCGGTTCAGCCACATCATGCACCTCGTGTCCACTGTGGTCGGCGAGCTCGCTCCCCACGCCAAGGCCTACGACGTCCTCAAGGCGACGTTCCCGGCGGGCACTTTGTCCGGGGCGCCCAAGCCCCGCGCGCTAAGGCTGCTTGACGAACTCGAACCCCACCGGCGCGGTATCTACGGTGGCGTGGTTGGCTACTTGGACTTTGCCGGCGATATGGATATGGCCATTGCCATTCGGTCCGCCCTTCTCCGTGAAGGCCGCGCCTACGTGCAGGCCGGCGGTGGCATCGTGGCTGATTCCCACAAGCCCTCCGAAGCGTTGGAGACGGTGAACAAGGCCGCGGCACCGTTACGGGCCGTGCATACGGCCGGGTCGCTGCAGAACATCGCCGCGGACACGCTGGGGAACGCGGAAGAATCCGACGACGGGACCCCCACCTCATGA MQDLGIISPGLEEFRELAVHSRVIPVRLKVLADAETPIGLYRKLAKGQPGTFLLESAAVGGAWSRYSFIGSKSRATLTTKDGEARWIGEPPVGVPVSGNPVEAVRDTIAALQTDRFDGLPPFTSGLVGFLGWEAVRHWERLTSPPEDDLQLPEMALNLVTDMAVHDNVDGTVLLIANAINFDDSSERVDDAWHDAVARVKGLLDQISTPVAQPVSVLETAALDFASSVQERWDEAKYLEAIDRGKEAIVDGEVFQVVISRRFEMECAADPLDVYRVLRNTNPSPYMYLFSLEDADGREYSIVGSSPEALVTVTGEEVITHPIAGSRPRGKTVEADKALATELLADQKERAEHLMLVDLSRNDLSKVCVAGTVDVTQFMEVERFSHIMHLVSTVVGELAPHAKAYDVLKATFPAGTLSGAPKPRALRLLDELEPHRRGIYGGVVGYLDFAGDMDMAIAIRSALLREGRAYVQAGGGIVADSHKPSEALETVNKAAAPLRAVHTAGSLQNIAADTLGNAEESDDGTPTS PGPT0007095_680 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 D3-18_02483 468 hisI Phosphoribosyl-AMP cyclohydrolase GTGGAACCGCCGCAGAATCCGGCTCCCGCCGAAGGCACTAGACTTGATCTGATGTCAGAGCAGTCCGCCCCCAGCCCAACTCCTGCCGCGGAGCTTTCCAGCGACCCCGCGAGCCCCTTGCCGCAGGAGATCGCCAGCGCCCTCAAAAGGGACCCTTCCGGCCTCGTCGCGGCCATCGTGCAGCAGCACGACACCAACGAGGTCCTCATGCTCGGCTGGATGGATGACGAGGCACTCAACCGCACCATGACGTCCGGCAGGGTCACGTTCTACTCCCGCTCCCGCCAGGAGTACTGGCGCAAGGGCGACACCTCCGGACACGTACAGTTCGTGAAGTCTGTCGCCCTTGACTGCGACGGCGATGCCCTCCTGATCCGCGTGGATCAGATTGGCGCCGCCTGCCACACCGGAACCCGGACCTGTTTTGATGGTCGCGACTTCACTGTCGTTACGGGCCACCGCGAATAA MEPPQNPAPAEGTRLDLMSEQSAPSPTPAAELSSDPASPLPQEIASALKRDPSGLVAAIVQQHDTNEVLMLGWMDDEALNRTMTSGRVTFYSRSRQEYWRKGDTSGHVQFVKSVALDCDGDALLIRVDQIGAACHTGTRTCFDGRDFTVVTGHRE NA NA NA NA NA D3-18_02484 663 hypothetical protein GTGCTAGTTTCACAAGTGATGCATTTCGTCGATCCCTCCCGAGAAGTACTGGCCGAAACCCTGCTGGCGGCCGGGCCTGACTCCCCCACGCTCTGCGAAGGGTGGTTGACCCGGGATCTTGCCGCGCACTTGTACCTGCGCGAACGGAAGATCGCCGTGGGTCTGGGGCTCCTGATCCCCAGCCTGGGCAAGGCATCCGAAAAAGCCACCTCCAAACTCGCTGCCAAGCTGAAGAGTTCGGACGCCTACGCGGACCTCATCAAGACGTTCCGTGCAGGACCGCCGGCTCTTTCCCCGTTGAAGATCAAGGCGCTGGACGAGACGTCAAACCTCATTGAGTACTTCGTGCACACCGAGGACATTCGTCGCGCCGGTGACCGCTGGGCGCCCCGGGCGCTGGACGAAGCCTATTCGGACGCCCTTTGGGACGAACTGATCAAGCGTGCCGCGTTCCTGTACCGCGGCGTTGACCTGGGCATCGTGCTCGTACGCCCCACCGGCCCCCGCCACGTGGCCAAACGCGCGCCCGTGTCCGTGGCGATAGTTGGCGAGCCCGGCGAACTGCTTATGCACGCGCATGGCCGCACCAGCCAGGCCCTCGTCACTTTCGAAGGCCAGCCGGACGCCGTCGCGCTCCTGCAGTCCGCAGATATCGGCCTCTAA MLVSQVMHFVDPSREVLAETLLAAGPDSPTLCEGWLTRDLAAHLYLRERKIAVGLGLLIPSLGKASEKATSKLAAKLKSSDAYADLIKTFRAGPPALSPLKIKALDETSNLIEYFVHTEDIRRAGDRWAPRALDEAYSDALWDELIKRAAFLYRGVDLGIVLVRPTGPRHVAKRAPVSVAIVGEPGELLMHAHGRTSQALVTFEGQPDAVALLQSADIGL NA NA NA NA NA D3-18_02485 777 hisF COG0107 Imidazole glycerol phosphate synthase subunit HisF ATGGCTGTAGCCGTACGCGTCATACCCTGCCTGGATGTCGACGCCGGCCGCGTCGTCAAGGGCGTCAACTTTGAAGGACTTCGCGACGCCGGTGACCCGGTGGAACTCGCCCACCGATACGATAATGGCGGGGCCGACGAACTCACTTTCCTGGACGTCACTGCATCATCCGGCAACCGCGAAACCACGTTCGACGTCGTCCGCCGCACTGCGGAGGAAGTCTTCATTCCCCTGACCGTGGGCGGAGGCGTCCGTGGAGTTGCCGAGGTAGACAAACTCCTGCGCTTTGGTGCGGACAAGGCGTCCATCAACACCGCCGCCGTTGCCCGGCCCGACGTCATTGACGAAATCACTCGCCACTTCGGCTCGCAAGTGCTGGTGCTCTCCGTGGATGCGCGCCGTACCCGAGAAGGCGACGAACCGACGTCGTCCGGTTTCGAAGTGACCACCCACGGTGGCCGCACCGGTACCGGAATCGACGCCGTTGCCTGGGCCAAGGAAGCAGCCGACCGGGGTGTGGGGGAAATCCTGCTCAACTCGATCGACGCAGACGGCACCAAAGATGGCTTCGATCTCGAATTGATTCGCCTGGTCCGCGCCGCGGTGAATATCCCCATCATTGCTTCGGGCGGGGCAGGAGTTCCTGCGCATTTCCCGCCTGCGGTGGAGGCGGGCGCTGACGCCGTCCTTGCGGCGTCCGTGTTCCACTTTGGCCCGGACGACATGATTGCCCGGGTTAAGACCGCGATTCGCGACGCCGGGTTCGAAGTCCGCTAG MAVAVRVIPCLDVDAGRVVKGVNFEGLRDAGDPVELAHRYDNGGADELTFLDVTASSGNRETTFDVVRRTAEEVFIPLTVGGGVRGVAEVDKLLRFGADKASINTAAVARPDVIDEITRHFGSQVLVLSVDARRTREGDEPTSSGFEVTTHGGRTGTGIDAVAWAKEAADRGVGEILLNSIDADGTKDGFDLELIRLVRAAVNIPIIASGGAGVPAHFPPAVEAGADAVLAASVFHFGPDDMIARVKTAIRDAGFEVR 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 D3-18_02486 861 hisG COG0040 ATP phosphoribosyltransferase ATGCTCCGTGTAGCAGTCCCCAACAAGGGATCCCTGTCCGAAGCCGCCTCGGCAATGTTGTCCGAGGCTGGTTACCGCCAGCGCCGCGACACCCGCGAACTGGTCATGGTTGATCCCGACAATGACATTGAGTTCTTCTTCCTGCGTCCCCGCGACATCGCGGTCTACGTAGGCCAGGGAACCCTGGACGTCGGCATCACTGGCCGCGACCTCTTGCTTGACGCCAAGGTGGAAGCCGAAGAACTGCTTCCCCTCGGCTTCGCCCCGTCCACGTTCCGGTTCGCCGGCCCCGTAGGTGACTTCAGCGGCGTCGAGCAGCTTGAAGGCAAGCGACTCGCCACCAGCTACGACGGACTGCTGCGCGACTACCTCGCCGAGCGCGGCGTCAACGCCAAGGTGGTCCGCTTGGATGGAGCCGTGGAATCTTCGGTGCGTCTCGGGGTGGCGGATGCGATCGCGGACGTCGTTGAAACAGGCAACACCCTCAAGGCTGCCGGCATGGAGATCTTTGGCGATCCGATCCTGAAATCCGAGGCCGTGTTGATTCGACGTTCCGGTTCGGGCGGCGCTGCCAATGGAACAGCCAAGGAAATCGACATCCTCATCCGTCGCCTGCAGGGCGTCCTTGTGGCACGCCAGTACGTGCTGATGGATTACGACATCCGCAAAGACCTGGTGGAAGACGCAGCAGCGCTGACGCCGGGACTTGAGTCGCCCACCGTTTCGCCGCTTCGCGATTCCGAGTGGGTTGCCGTGCGGTCCATGGTTCCCAAGAAGGAAACCAACCGCATCATGGACGAACTTTACGACCTCGGCGCACGCGCCATCCTGGTCAGCAGCATCCACGCCTGCCGTATTTGA MLRVAVPNKGSLSEAASAMLSEAGYRQRRDTRELVMVDPDNDIEFFFLRPRDIAVYVGQGTLDVGITGRDLLLDAKVEAEELLPLGFAPSTFRFAGPVGDFSGVEQLEGKRLATSYDGLLRDYLAERGVNAKVVRLDGAVESSVRLGVADAIADVVETGNTLKAAGMEIFGDPILKSEAVLIRRSGSGGAANGTAKEIDILIRRLQGVLVARQYVLMDYDIRKDLVEDAAALTPGLESPTVSPLRDSEWVAVRSMVPKKETNRIMDELYDLGARAILVSSIHACRI PGPT0017400_1490 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 D3-18_02487 264 hisE COG0140 Phosphoribosyl-ATP pyrophosphatase GTGAAGAATTTCGAGACGCTGTTCGCAGAACTGAGTGAGAAAGCAGCGACCCGCCCGGCAGGCTCGCGCACGGTTGCCGAACTGGACTCCGGAATCCACGGCATCGGCAAAAAGGTGGTCGAAGAGGCCGCCGAAGTCTGGATGGCCGCGGAGTACGAATCGGACGAAGCCGCTGCTGAGGAAATCTCCCAGTTGCTCTACCACCTGCAGGTCCTCATGCTCGCCAAGGGCCTCAGCCTGGAGGACGTTTACAAGCATCTCTAG MKNFETLFAELSEKAATRPAGSRTVAELDSGIHGIGKKVVEEAAEVWMAAEYESDEAAAEEISQLLYHLQVLMLAKGLSLEDVYKHL NA NA NA NA NA D3-18_02488 486 ribH COG0054 6,7-dimethyl-8-ribityllumazine synthase ATGAGCGGCCACGGCGCACCCACTATTGACCTCACCACCCTCAACCCCGAGGAAACCTCCCAGTTGAAGCTCGCCATTGTGGCGGCAAGCTGGCACACCCAGATCATGGATGGACTGGTTGACGGCGCCCTGCGGGCAGCCAAGGAAGCCGGCATCGCCGAACCCACGTTGCTGCGGGTTCCGGGCAGCTTCGAGCTTCCGGTTGCCGCCGCCAGGCTCGCGCCGCACTTTGACGCCGTCGTAGCACTTGGCGTGGTTATCCGCGGTGGAACGCCGCACTTCGATTACGTCTGCCAAGCCGCGACGTCGGGACTCACCGACGTCAGTGTCCGCACCGGCGTGCCGGTCGGCTTCGGCGTCCTCACGTGTGACACCGAGCAACAGGGCATCGACCGTGCAGGCCTTCCCGGTTCCAAGGAGGACAAGGGCCACGAAGCAGTGACCGCTGCCTTGGCCACGGCTGTGACACTCAAGCAGTTCAGCTAG MSGHGAPTIDLTTLNPEETSQLKLAIVAASWHTQIMDGLVDGALRAAKEAGIAEPTLLRVPGSFELPVAAARLAPHFDAVVALGVVIRGGTPHFDYVCQAATSGLTDVSVRTGVPVGFGVLTCDTEQQGIDRAGLPGSKEDKGHEAVTAALATAVTLKQFS PGPT0008605_1473 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 D3-18_02489 702 ribBA_1 COG0108 Riboflavin biosynthesis protein RibBA ATGACCGCATCGACCACACGCAGCAGTGACCACACCGGCCCCGGGCCGCACCCCGTCAGCGGTGGGCCGATTGTGCAGTTACCTACGGCTTTTGGTGATTTCGTAGCACAGGCGTGGACTGACCTTGAGACCGGGCATGAGCACCTTGCCGTGAGTTCCCCCAACCCGCCCACAGGTGGCCGTGCCCCCTTGGTGCGGCTGCATTCCGAGTGCCTGACCGGCGACGTGTTCGGTTCCTACCGCTGCGATTGCGGAGAGCAGCTGGCTTTTGCCTTGGAGCTCATCCACGCAGAAGGCGGTACCTTGCTCTACCTGCGTGGCCAGGAGGGGCGCGGCATCGGGCTGGCCAACAAGATCAAGGCTTACGCGCTGCAGGAAGCCGGTTTCGATACCGTAGAGGCCAACGAACAGCTGGGCCTGCCGGTGGATGCGCGTTCCTACACCGCCGCGGGACAGATCCTGGCGGAGATGGGACTCCATGAGGTCAGGTTGCTGAGCAACAACCCTGACAAGCAAAACCGCCTTGCCCAAGCTGGTGTAAGGGTTGTGGAAATGGTTCCTACCGAGGTTCCTTCCCGCGAGCAAAACCTTCGCTACCTGCAGACCAAGAAGGACCGGATGGACCACCGGCTGGCGCTCGAAGTAGAGCCGGTCAGCAATGGCAAGACACCGGCAGCCCACCCTTTTGACAACCAAGACTGA MTASTTRSSDHTGPGPHPVSGGPIVQLPTAFGDFVAQAWTDLETGHEHLAVSSPNPPTGGRAPLVRLHSECLTGDVFGSYRCDCGEQLAFALELIHAEGGTLLYLRGQEGRGIGLANKIKAYALQEAGFDTVEANEQLGLPVDARSYTAAGQILAEMGLHEVRLLSNNPDKQNRLAQAGVRVVEMVPTEVPSREQNLRYLQTKKDRMDHRLALEVEPVSNGKTPAAHPFDNQD PGPT0007985_690 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 D3-18_02490 696 ribBA_2 COG0108 Riboflavin biosynthesis protein RibBA ATGAGCGCCCCCGCCAAGACAACTCCCGCCGGCACGCATCGTACCGGGCTTGATCCTGTTGAGTCAGCTATCGCTGCGATGGCGGCGGGCAAAGCCGTGATCGTGGTGGACAACGAAGACCGGGAGAACGAAGGCGACATCATCTTCGCCGCCCAACACGCCAGTCCCGCCCTCATGGGTTGGACCATCCGGTATTCATCCGGCGTCATCTGTGTTCCGTTGGACGGAGAACGTGCGGACGCCCTCATTCTGCCGCCCATGGTGGAGATCAACGAGGACGCCAAAGGAACCGCGTATACCGTTTCCTGCGACGCCGCGATCGGGGTCAGTACCGGAATTTCAGCCACGGACCGCGCATTGACGGCCCGGATTCTGGCAGATCCGAGCAGCACGCCAGCGTCGATCACCCGCCCCGGGCATATTTTCCCGTTGCGGGCAGTTAACGGGGGAGTGCGTGAACGTCCAGGTCACACGGAAGCTGCCGTGGACCTGTGTCGTCTTGCCGGGCTGGCTCCGGTGGGTGTGATCGCAGAGTTGGTACATGACGACGGTGAAATGATGCGGCTGGACAGCCTGCGCGACTTTGCCGCTGAACATGGGTGCCCCCTCATCTCCATCGAGGACCTGGTGTCATATGTTGAGGCGGTAGAGTCCCAGACGGCACATGTTTCACAGGAGGACGAGGAGAAGCGATGA MSAPAKTTPAGTHRTGLDPVESAIAAMAAGKAVIVVDNEDRENEGDIIFAAQHASPALMGWTIRYSSGVICVPLDGERADALILPPMVEINEDAKGTAYTVSCDAAIGVSTGISATDRALTARILADPSSTPASITRPGHIFPLRAVNGGVRERPGHTEAAVDLCRLAGLAPVGVIAELVHDDGEMMRLDSLRDFAAEHGCPLISIEDLVSYVEAVESQTAHVSQEDEEKR PGPT0008600_300 DIRECT EFFECT PLANT_IMMUNE_RESPONSE_STIMULATION INDUCTION_OF_SYSTEMIC_RESISTANCE|ISR ISR-VITAMIN_B2|RIBOFLAVIN_METABOLISM ISR-VITAMIN_B2|RIBOFLAVIN_BIOSYNTHESIS,PGPT0008600-ribB|RIB3-K02858 NA NA D3-18_02491 630 ribE COG0307 Riboflavin synthase ATGTTTACGGGAATCGTTGCTGAGCAAGGCACCGTGCTGGGCATTGAGCATGATGGCGATGCCAGCGCAACACTGCGGCTGAAAGCACCCACCACCGCCGAGGGATTGCCCCTGGGTGGTTCCATTGCGGTCAACGGGGTGTGCCTGACGGCCACTCGGATCGACGGTCAGGACTTCACTGTGGATGTCATGGGGGAGACCCTGGTCCGGACCACCATCGGCGAGTTGGCAGAAGGAGATGCCGTGAACCTTGAGCGTTGCGTTCCGGCTGGCGGACGCCTGGATGGCCACGTTGTCCAGGGCCATGTGGACGGTGTGGGTGAACTGCTGGAACGCGAACCGCTGGGAAACTGGGACCGGCTGCGGTTTGGAGTGCCGGCCCCGCTGGCACGGTACATTGCAGAAAAAGGTTCGATCGCCGTCGACGGTGTCTCCCTGACCGTGACAGCGGTCAGTCCAGCTGCCGAAGCGGCACCGTGGTTTGAAGTGGGACTGATCCCCACCACGCTGGAAGAAACAGGGTTGGGGGCCAAAACGGTGGGAGGCCGCGTGAACCTTGAGGTTGACGTGCTGGCCAAGTACACCGAACGCCTGCTGTCCTTCGCGCCCGTCCAGGGAGGTGCACGATGA MFTGIVAEQGTVLGIEHDGDASATLRLKAPTTAEGLPLGGSIAVNGVCLTATRIDGQDFTVDVMGETLVRTTIGELAEGDAVNLERCVPAGGRLDGHVVQGHVDGVGELLEREPLGNWDRLRFGVPAPLARYIAEKGSIAVDGVSLTVTAVSPAAEAAPWFEVGLIPTTLEETGLGAKTVGGRVNLEVDVLAKYTERLLSFAPVQGGAR PGPT0008610_2461 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 D3-18_02492 1140 ribD COG0117 Riboflavin biosynthesis protein RibD GTGAACTTTGCCAACACGACTTACACCCCTGCAGAAAGTACGGCCATGGAGACCGCTTTGTCGGTGGCCTTGGCAGGTCCCCGGGGAGCCAATCCGTTGGTCGGGGCCGTTATCCTCAGTCCTGAGGGCGAGCAGCTGGCAACGGGTTACCACCGAGGGGCCGGAACGGCCCATGCTGAAGCTGACGCGATTTCCGAAGCCCGCAGGAAAGACATCGACATCGTGGGAGCCACCATGGTGGTCACGTTGGAGCCCTGCAACCATGTGGGTCGCACCGGACCTTGCGCCCAAGCCATCATGGCCGCGGGAATCGCGAAGGTGATCTACGCCGTCGATGATCCCCATGACCCCGCCGCGGGCGGTGCGCGTACGCTCTCGGCCGCCGGTGTTGAGGTCAGCTCCGGGCTGGAAGGCGAAAAGGCGCTGGACCTGAACCGTGACTGGTTCGACGCCGTTGCAGCCAAGCGTCCGTTCGTCACCCTGCATATCGCCCAGACCCTGGACAGCCGCATCGCCGCGGTGGATGGCACCAGTCAGTGGATCTCCTGCCCGGAGTCGCTGGCCGACAACCACGGACTGCGCGGACTCATCGACGCGATTCTGGTGGGCACCGGAACCGTGCTGATCGACAACCCGCGGCTCACGGCCCGCACCCCGGACGGCGAACTTTCACCTCATCAGCCAATACGAGCCGTCATGGGCCTGCGGGACGTCCCCGAAGACGCTGCAGTCCGCGGAACTGATGGGCGTTTCGTTCACCTGCCCACACGGGATCCGGCAGAAGCCCTGGGCATGCTGTTCGAACAGGGGGTCCGCCACCTCATGGTGGAAGGCGGCTCATCCATTTTGAGTACGTTCCTCGCAGCAGACCTGGTGGACGAACTGATCGTCTACTTGGCCCCGACGCTGCTGGGATCCGGAACTCCTGCCCTGAACGACCTCGGTATCACCACGCTGGCGGACGCCCAGCACTGGTCTTGGGACGAAGCCGGTGGCGGCGCTGTGCGCATCCTCGGCAATGACCTTCGGCTCCACCTGCGGTCCCCACGAGGGGCTGCCAGCACAATTAAGAATTCGGTTCCGCAGAAGACTTTGGCTTCACACAGTGAAGCTGCGGAATATGTCACAGGAGGACACTGA MNFANTTYTPAESTAMETALSVALAGPRGANPLVGAVILSPEGEQLATGYHRGAGTAHAEADAISEARRKDIDIVGATMVVTLEPCNHVGRTGPCAQAIMAAGIAKVIYAVDDPHDPAAGGARTLSAAGVEVSSGLEGEKALDLNRDWFDAVAAKRPFVTLHIAQTLDSRIAAVDGTSQWISCPESLADNHGLRGLIDAILVGTGTVLIDNPRLTARTPDGELSPHQPIRAVMGLRDVPEDAAVRGTDGRFVHLPTRDPAEALGMLFEQGVRHLMVEGGSSILSTFLAADLVDELIVYLAPTLLGSGTPALNDLGITTLADAQHWSWDEAGGGAVRILGNDLRLHLRSPRGAASTIKNSVPQKTLASHSEAAEYVTGGH PGPT0008555_1313 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 D3-18_02493 705 ribM Riboflavin/roseoflavin transporter RibM ATGGACTTTCTGCGATGGCTCTTCGAAGCACAGATCCCCGTTGGAGGATCTGCTCTTGTCTTACGCGAAGTGCTTGGAAACATCTTTGGGCTCCTCAGCGCCCTCGGCGGTATGCGCCGCAAAGTCTGGGCTTGGCCAATCGGCATCGTCGGTAACATCCTCCTGCTCACGGTCTTCCTGGGCAACGTCTTCGGCGCAGCAGCGCCTGCCACCTTGTGGGGACAGGCCGCACGCCAAATCATGTTCATCGCCGTCGCCATCTATGGCTGGTACCGGTGGCAGCAGGGCCGGCAATCAAGCACCCAAGGGCGCGCCATCGTCCCCGGCTGGGCCAGCAACAAGGTCCGCATCGCCCTGATTGGTGCGATGGTGGCGGGCACGGCAGCTCTGACGCCCGTGTTTGACGCCTTAGGCTCCTACCCGCCGGTTTGGGCCGACGCTTGGACGTTTATGGGATCCTTGCTGGCAACATACGGTATGGCCCGCGGCTGGACCGAGTTTTGGCTGATCTGGGTGGCCGTTGACATTGTGGGCGTGCCGCTGCTGTTCAGCGCGGGTTACTACGCCAGCGCAGTCATGTATCTGTTCTATGGCTTCTTCACCCTCACCGGGTTCTTCGTATGGTGGCGGGCAGAAAAGCGTGAACGTGCCGACCACAACGCGAGCCCGGCAGCGGTTGCCGTATCAGCGGGTGCTGCCCAGTGA MDFLRWLFEAQIPVGGSALVLREVLGNIFGLLSALGGMRRKVWAWPIGIVGNILLLTVFLGNVFGAAAPATLWGQAARQIMFIAVAIYGWYRWQQGRQSSTQGRAIVPGWASNKVRIALIGAMVAGTAALTPVFDALGSYPPVWADAWTFMGSLLATYGMARGWTEFWLIWVAVDIVGVPLLFSAGYYASAVMYLFYGFFTLTGFFVWWRAEKRERADHNASPAAVAVSAGAAQ NA NA NA NA NA D3-18_02495 675 rpe COG0036 Ribulose-phosphate 3-epimerase TTGTCTCAGTGCTGTATCAACCCGAGCATTCTTTCAGCGGATTTCGTCAACCTTGAGGCGGAACTCCAACGGATCAGCAATGCGGATGCCGTCCACGTGGACGTCATGGACAATCACTTCGTGCCCAACCTGACGCTTGGACTGCCAGTGGTGCAGAGAATTCAAGCGGTCAGCCCTGTTCCGCTGGATGCGCATTTGATGATTTCCGACGCCGACCGCTGGGCACCTGCCTACGCGGATGCAGGTGTTGCTTCAGTGACATTCCATGCCGAAGCTGCCATGGCGCCGGTCAAGCTCGCCCGCGAATTACGGGCCCGTGGATCCAAGGCAGGTATGGCCCTGCGCCCGGCCACGCCCGTGGAGCCCTACTTGGACATGCTGAGCGAGCTGGACATGCTGCTGATCATGACGGTGGAGCCCGGATTCGGGGGGCAGTCATTCCTGGATATCACCTTGCCCAAGATCCGTCGTGCCCGGGCGGCAATCGAAGGTTCGGGCATCGGCGTCGCCATCCAGGTGGATGGCGGCATTACTGAGGAGACCATTGTTCGGGCTGCCGAGGCAGGGGCCAACGTATTCGTTGCGGGCTCGGCAGTTTATGGGCATCAGGACCCTGCAGAAGCGATCGACCGACTCCGCGCTGCGGGCCAGGCTGCTTCCGCGACGAAAGCCTGA MSQCCINPSILSADFVNLEAELQRISNADAVHVDVMDNHFVPNLTLGLPVVQRIQAVSPVPLDAHLMISDADRWAPAYADAGVASVTFHAEAAMAPVKLARELRARGSKAGMALRPATPVEPYLDMLSELDMLLIMTVEPGFGGQSFLDITLPKIRRARAAIEGSGIGVAIQVDGGITEETIVRAAEAGANVFVAGSAVYGHQDPAEAIDRLRAAGQAASATKA PGPT0017425_2975 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 D3-18_02496 1569 COG0144 Putative methyltransferase ATGAGCGAGTCCGGCCGCCGAGGCCCCAACAACAGCGGGAGCCGGGACGGCGGCGGGGCGGGAAACCGAGACTCGCAGGGCAACCGTGGAGCCCGGGGTGAGAGCAAGCGCAATGCCCAGGGCCGGGAGCGAAACAGGGGACCGCAGAGGGGCTTCACCAATAACGCTCCGTCGCAGCGTACGCGCCGCGCAGATCCAGCCCGACTGGTGGCTTTTGAAGTGCTCCGCGCGGTTGCTTCCGAAGATGCCTACGCAAACCTTGTGCTTCCGGCGCGCATCCGGGAGCACCGCCTGGACCGTCGGGATGCCGGCTTTGCCACTGAATTGAGCTATGGGGCTTTGCGTGGGCAAGGTACCTACGATGCCATTCTTGCCCGTTGCGTGGACCGACCCTTGGAGCAACTGGATCCTGCAATCCTTGATGCCCTGCGGATCGGTGCGCACCAGCTGCTCTCCATGCGCGTTCCCGCTCATGCCGCGCTGGACCAGACCGTCGGCCTGGCACGCGCGGTTATCGGTGCCGGCCCGTCGGCCCTTATTAATGCGGTACTTCGCAAGGTCACTGCGCACAGCATGGCCGAGTGGCTTGAGATCCTGCTGGATGACGAATCCGATGAAACCAAGATCGCAGCCTTGCGCCATGCGCACCCTGAATGGATTGTCCGGGCACTTCGCCAATCGTTGGTGAACCATGGTCGGCCCAAAAACGAAATCGACGCCCTCCTGGAGGCAGATAACGCCGCCCCGGTGGTCAACTTGGTGGCCTTGCCAGGACTGGGGAACCTCGACGAGGCTTTCGATAATGGAGCCACCGCCGGTGAGTTGGTGGAGGATTCAGCACTCTCCGCTGGCGGTGACCTGGGCCGTTTCGAATCGGTCCGGCGGGGAACGACGCGTGTTCAGGACGTCGGATCACAGCTTGTGGCGCGTGCTTTGGCCGGAGTCGAGCTGGGGGAGCCGCCAGCAGAGGGTGAGCGATGGCTGGACTTGTGCGCCGGCCCCGGGGGTAAGGCGGCTCTTTTGGCTGCCCTGGCCTACCGCGACGGCGCAACTCTCCTGGCCAACGAGCCTGCACCACACCGGGCCAAACTTGTTCAGCAGGCGCTCTCGGCTGTTCCCAACGAGGCCTGGACAGTGCGGACCGGTGATGGTCGTGAAGTGGGTGCGGAGCAGCCCGGGACTTTTGACCGTGTCCTCGTCGACGTACCTTGCAGTGGTCTTGGGGCGCTGCGACGGCGGCCCGAATCGCGGTGGCGCCGCTCGCCCAAAGACATCGGAGATTTGGGCCCGCTGCAGCGTGATTTGCTGAAGTCCGCGCTTGACGCCGTCAGGCCTGGTGGCGTCGTAGCCTACGTGACGTGTTCGCCGCATCCAGCCGAAACCACGGCTGTTGTTACTGACGTCTTGGCCAAGCGCGGGGATCTTGAACTCCTCGACGCCGGACAGGCGTTGGATGATGTCAGCCTCACCGGTAGCCTCGGCGCTGGTCACGAGCTGACGGCCCAGTTGTGGCCGCACGTTCACCAGACGGATGCCATGTTCATGGCGATTATCCGCAAGAAGCCGTAG MSESGRRGPNNSGSRDGGGAGNRDSQGNRGARGESKRNAQGRERNRGPQRGFTNNAPSQRTRRADPARLVAFEVLRAVASEDAYANLVLPARIREHRLDRRDAGFATELSYGALRGQGTYDAILARCVDRPLEQLDPAILDALRIGAHQLLSMRVPAHAALDQTVGLARAVIGAGPSALINAVLRKVTAHSMAEWLEILLDDESDETKIAALRHAHPEWIVRALRQSLVNHGRPKNEIDALLEADNAAPVVNLVALPGLGNLDEAFDNGATAGELVEDSALSAGGDLGRFESVRRGTTRVQDVGSQLVARALAGVELGEPPAEGERWLDLCAGPGGKAALLAALAYRDGATLLANEPAPHRAKLVQQALSAVPNEAWTVRTGDGREVGAEQPGTFDRVLVDVPCSGLGALRRRPESRWRRSPKDIGDLGPLQRDLLKSALDAVRPGGVVAYVTCSPHPAETTAVVTDVLAKRGDLELLDAGQALDDVSLTGSLGAGHELTAQLWPHVHQTDAMFMAIIRKKP NA NA NA NA NA D3-18_02497 921 fmt COG0223 Methionyl-tRNA formyltransferase GTGAGGGTACTCTTCGCCGGAACACCGGCTGTGGCTGTGCCGTCTTTGGACGCGCTGACTAAGGCCGGCTTCGACGTCGTGGCCGTACTAACCCGGCCGGATGCGCCCGTGGGCCGCAAACGTGTCCTGACTCCTTCGCCTGTGGCTGCACGGGCGATGGAACTCGGTATCGAGGTCATTCGCGCGGCAAAGGTTGACGCCGATACGACGGCCAGAATCGCGGAGTTCGCTCCCGACGTCGCCGCCATTGTTGCCTACGGTGGCATCGTTCCCAAGGCTGCCTTGGGTGTCCCGAGGCACGGCTGGGTCAATCTGCACTTCTCCCTACTTCCGGCATGGCGCGGTGCTGCCCCCGTGCAGCGTTCCATCATCGCGGGCGACGACGTCACCGGGGCCGTTACTTTCCAGCTTGAAGAAGGGCTCGATACCGGGCCTGTATTCGGGACGCTGACTGAAGCAATTCGTCCTGAAGATACCGCGGGCGATCTCCTCGAGCGCCTGTCCATCAGCGGCGCGGTTCTGCTGAACCAGACCCTTTCCGCTATAGATGCGGGTCAGGCTGCTCCACAGCCTCAAAACGGGGAGATCTCCCTTGCCCCCAAACTGACTCTCGACGACGGACGCTTGGATTGGCAGCAGCCGGCCCTTGCTTTGAACCGCCGTGCGCGCGGAGTTACTCCTGAACCCGGAGCATGGACAACTTTGGAAGGCCAAAGGGTCAAACTTGAACCAGTAGCTTTGCGTCCCGAGGTCAAGGACCTTCCCCCGGGAAGCATCCGGGTGGAGGGCAAGTCGGTGCTGGTGGGTACAGGTTCCCATGCAGTGGAGCTTGGCCGGATCCAACCGGCTGGTAAGAAAATGATGTCGTCGGCCGATTGGGCCCGCGGCTTGGCAACACCCGAAAGAGTGGTATTCGAATGA MRVLFAGTPAVAVPSLDALTKAGFDVVAVLTRPDAPVGRKRVLTPSPVAARAMELGIEVIRAAKVDADTTARIAEFAPDVAAIVAYGGIVPKAALGVPRHGWVNLHFSLLPAWRGAAPVQRSIIAGDDVTGAVTFQLEEGLDTGPVFGTLTEAIRPEDTAGDLLERLSISGAVLLNQTLSAIDAGQAAPQPQNGEISLAPKLTLDDGRLDWQQPALALNRRARGVTPEPGAWTTLEGQRVKLEPVALRPEVKDLPPGSIRVEGKSVLVGTGSHAVELGRIQPAGKKMMSSADWARGLATPERVVFE PGPT0008125_5359 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008125-fmt-K00604 NA NA D3-18_02498 573 def_3 COG0242 Peptide deformylase ATGGCAATTTTGAGTATCCGAATCATCGGGGACCCGGTGCTGCGCACCGTAGCTGACCCCGTCACCGATTTCGGTCCGGAGCTCGTCAAGCTGGTAGCTGACATGACGGAAACCATGGAAGACGTTGAGGGTGCAGGCCTTGCCGCGCCGCAGGTGGGCGTCAGCCAGCGTGTGTTCACCTATCGCATCGGGGGAGTGGAAGGTCACATCATTAACCCGGTCCTGGAAAACAGTGAGGACTTCCAGCCGGACGAGGTGGAGGGTTGCCTTTCCATTCCCGGCCTGGGCTTCCCCGTGCGTCGGCATCGGGCCACCCGGGCAACCGGTGTGGACCTGAACGGCAATCCGGTCTCGGTAGAGGCTGAAGGCATGCTCGCACGTTGCTTCCAACACGAGACAGATCACCTTGATGGCGTCCTGTACACGGACAGGCTGGAAGGCGATGACCGTAAGGCCGCCCTCCGCGCTATCCGGAACGCCAACTACCACGCGATTACCGAGCAAACCACGTCCCAGCGCGCCAATTCAGTCGGGTCGAGTTTTGGCGGCGGAAGCTTCGGGGCGCCCGAGTGA MAILSIRIIGDPVLRTVADPVTDFGPELVKLVADMTETMEDVEGAGLAAPQVGVSQRVFTYRIGGVEGHIINPVLENSEDFQPDEVEGCLSIPGLGFPVRRHRATRATGVDLNGNPVSVEAEGMLARCFQHETDHLDGVLYTDRLEGDDRKAALRAIRNANYHAITEQTTSQRANSVGSSFGGGSFGAPE PGPT0008125_25 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008125-fmt-K00604 NA NA D3-18_02499 894 hypothetical protein ATGACTGCTCCACTGCTTGCCCACGCTACTGACTACGGCCGGATGTACGCCCGCTCCACTACTGAGCAATTTTCCGTACCGTCCATTACTACGGTGATCGGACAACAGGCGCACGCCTTGGACGGGTGGTTCAGTTACATGGGGGCGAGCAGCCTGGCCGCGGATCCTGAGCTTCCTTCGATTCTCGGAAGCCCGGCGAAAATCCGCCAGGCAATCAACAAGGCGTCCAAAGCCGCAGAGGTTTACCGGGATGCTGCGGCCGCACGCGGTGACCGCGTCCACACGTACTGCGAACAGGTAGCGTTGCGGGCGATGGGGCGGCCGCACCGGATGCAGGAATGCAGGGACGACCTCGCTGCCCATGGCGAACAGGCCTTTGCTGCCCGTTTTGACGAATGGTGGGAGCTCTACCGGGTGGAGCCCCTGGCGCCGGAGATCACTGTGTGGAACAAGACAGTGGGTTATGCCGGGACGTTGGACCTCGTTGCCCGGATCAACGGTCGCATCTGCCTGATTGACTACAAAACCAAGGGCACCACCAGGGACGGGACAGTCAAGGCCTTGGATGACAAAGTGGTCATGCAACTCGCGGCCGGGATGAAGGCCGAGGAAAGCCTGGTGGATCCTGTTGCAGGTGAATGGGAGCCATGGAAATACGGAGACAGCCCCATGCTGCTTGCGGTGGCCATTGGTGAGACTGAAGTCCGGCCACAGCGGGCCAACCCGGACATCCTCAAGCACCACTGGTGGAAGTTCTGCGCCCTGCGGCGGGTGTGGGAGATGTCAGCGGACGTTGTCGCTGCGGGGCAGCCACTGTTGCCTGTCGCTCCGCCGGTCTCCGCGTCAGCTGGCGCGACACCAACACCGGCCTTGTCCTCAACTAAACTGGCTTAG MTAPLLAHATDYGRMYARSTTEQFSVPSITTVIGQQAHALDGWFSYMGASSLAADPELPSILGSPAKIRQAINKASKAAEVYRDAAAARGDRVHTYCEQVALRAMGRPHRMQECRDDLAAHGEQAFAARFDEWWELYRVEPLAPEITVWNKTVGYAGTLDLVARINGRICLIDYKTKGTTRDGTVKALDDKVVMQLAAGMKAEESLVDPVAGEWEPWKYGDSPMLLAVAIGETEVRPQRANPDILKHHWWKFCALRRVWEMSADVVAAGQPLLPVAPPVSASAGATPTPALSSTKLA NA NA NA NA NA D3-18_02507 1455 yhdG_3 COG0531 putative amino acid permease YhdG ATGAACCAAATGACGGCTTCCAAGTCCGTCCTGCGGCGCAAGCCCATCGACGATATTGAGGAAGAGAACAAACACAGCGGACTTTTTAAGAGTCTTGGCCTCTGGCAACTGACAGCCATCGGCGTCGGCGGAATTATCGGCGTCGGCATCTTCTCGCTGGCCGGGCTGGTAGCCCATGGCAGCGAGAGCAACCCGGGCGTCGGCCCTGCCGTGCTCTTCTCGTTCCTGATCGCCGGTCTCGCTTCCGGTGCAGCAGCATTGTCCTACGCCGAATTCGCGGGCATGATCCCCCGCGCCGGATCGGCATACACCTACGGCTATGTTGCTTTGGGAGAGATCATCGGCTGGTTCATCGGCTGGGATCTCCTGCTTGAATACATCGCCATCGTGGCTGTGGTGGCTATCGGCATCTCCGGTTACTTCGATGCTTTCCTTTCCGGCATCGGAATCCATATGCCCACGTGGATGACGTCCACCGCTGACGAGGGCAAGGGCGGCATCATCAACCTGCCGGCCATCCTCGTCTGCCTCCTGGTCACTTGGATCCTGAGCCGGGGAACCAAAGCGTTTGGCCGCTTTGAACTGGTAGCGGTTGCCATCAAGGTCATCCTGATCCTGTTCATCATCGGCCTGGGTATTTTCTACATCAACACCGAGAACTACAACCCGTTCATGCCCAGTGGCTTCGGCCCCGTCCTGGCCGGTGCCGCTACCGTCTTCTTCGCCGTCTTCGGCTATGACGCCATGAGCACCGCCGCGGAAGAGGCCAAGGACGGCAAGAAGCACATGCCCAAGGCCATCATCCTCTCGCTCATCGTGGCCATGCTGCTTTATGTTGCCGCCACACTCGTGCTCACCGGCATGCAGAACTACAAGGACATTGATCCCACAGCCGGCTTCGCTTCAGCGTTCACCGGCGTCGGCCTGCCTGTCATCGCCACCATCATTTCGGTGTTCGCGGTCCTGTCCATCCTCACCGTGATGCTCACCTTCCTGCTTGGCGTCACCCGAGTTTGGTTCTCCATGAGCCGCGACGGCCTTCTCCCTGGCTGGTTTGCCAAGACTGACCGCCACGGGACTCCGCAGCGGGTCACGTGGATTGCAGGTGTGGCCTCAGCGTTCCTCGCCGGCGTCTTCCCCATCAAGGAAGTCGCCGACCTCACCAACATCGGCATTCTGGCTGCCTTCGTGGTGGTCTGCATTTCCGTGATCGTCTTCCGCTACACCAAGCCCAATGCTCCGCGCACGTTCCGTTTGCCCTTCATGCCGGTTGTCCCCGCGTTCGGTGTCCTGGCCTCGGCCTTCCTGATGTTCCAGCTCCACTGGGAAACCTGGGTGCGGTTCGGGGCCTGGCTGGTTATCGGCCTGATCATCTACTTCGCTTATGGACGCAGGCACTCCCTCATGAACCCGGACAGCCCGCGCCACAAGCTCGAAAATAAGCCGTTGGCGTAG MNQMTASKSVLRRKPIDDIEEENKHSGLFKSLGLWQLTAIGVGGIIGVGIFSLAGLVAHGSESNPGVGPAVLFSFLIAGLASGAAALSYAEFAGMIPRAGSAYTYGYVALGEIIGWFIGWDLLLEYIAIVAVVAIGISGYFDAFLSGIGIHMPTWMTSTADEGKGGIINLPAILVCLLVTWILSRGTKAFGRFELVAVAIKVILILFIIGLGIFYINTENYNPFMPSGFGPVLAGAATVFFAVFGYDAMSTAAEEAKDGKKHMPKAIILSLIVAMLLYVAATLVLTGMQNYKDIDPTAGFASAFTGVGLPVIATIISVFAVLSILTVMLTFLLGVTRVWFSMSRDGLLPGWFAKTDRHGTPQRVTWIAGVASAFLAGVFPIKEVADLTNIGILAAFVVVCISVIVFRYTKPNAPRTFRLPFMPVVPAFGVLASAFLMFQLHWETWVRFGAWLVIGLIIYFAYGRRHSLMNPDSPRHKLENKPLA PGPT0020810_2446 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GENERAL_AMINO_ACID_TRANSPORT,PGPT0020810-TC_APA|yhdG-K03294 NA NA D3-18_02508 228 hypothetical protein GTGGGTTTAATTGACGACCTGAAGGGCAAGGCTCAGGGTCTCATTCAAGGCAACGGAGAAGCCATCAAGAATGGCATCGACAAGGCCGGGGATTTTGTGGACCAGAAGACGGGCGGCAAGTATGCCGGTCACGTCGACAAAGTCCAAAATGCCGCTTCCGATTTCGTGGCCAAGAACGACGGTAAGCCTGGACAGGCTCCCGTCGCGGATGAGCCGAAGCAGCCGTAG MGLIDDLKGKAQGLIQGNGEAIKNGIDKAGDFVDQKTGGKYAGHVDKVQNAASDFVAKNDGKPGQAPVADEPKQP NA NA NA NA NA D3-18_02509 1218 ydcO COG3135 Inner membrane protein YdcO ATGCCTTCAGCTTCCACCCCTGCCGTCCAAAGCCGCGCCGCCAAGGAGACGCTGGGACCACCCATCACGGCAGGCATCGTCACCGCCCTAGTGGGTTTCACCTCGTCATTCGCTGTGGTCCTGGCGGGTTTGAAGGCTGTGGGGGCGAACCAGGCCCAAGCATCCAGCGGCCTACTAGCGCTGACGCTCACCTTTGGACTCGGAATCCTGTGGCTCTCGTGGCGGTCCCGGATGCCCGTAACTTTGGCGTGGTCCACGCCCGGCGCGGCGCTGCTCGCCTCCGCTGGAATGGTCGACGGCGGCTGGCCGGCCGCTGTAGGTGCGTTCCTGATCGTCGGGGTGCTGATCGTCCTGACAGGGCTCCTTCCCGTCTTGGGGAGGATCATGGCGCAGATCCCCACCGCACTGGCACAGGCAATGCTCGCCGGCGTGCTGCTCCCCCTTTGCCTTGCGCCCTTCAAATCGTTGGGATCGGCTCCCCTGTTCATCGCACCAGTGGTGGTGTGCTGGGTTGTCCTGATGAAAGTCGCACCACGTTGGTCGGTGCCGGCATCGCTGCTCGTCGCACTGGCGGTCATCGGCGTCCACATCGTGTCCAACGGCGTTCAGATTCCCGTCGGCAGCCTCCTGCCAAGGCTGGAGTGGACCACCCCCGCTTTTACCGTGGAGGCTGCGGTGGGTTTGGCACTGCCCTTGTTCATCGTCACCATGGCATCACAGAACATTCCCGGCGTCGCGGTCCTGAAGTCGTTCGGCTACACCACCCCGTGGCGGCCGTCGATGCTGATAACCGGAGCGGGCACCATCGCGGGAGCGCCGTTTGGAGGCCATGCGATCAACCTGGCCGCCCTCAGCGCAGCCTTAGCGGCGGGTGAGGAAGCGGGCAGGGACCACGGCAGGCGCTGGATCGCCGCGTTTGTCGCAGGCTTTGCCTATTTGATCCTGGCCGTTGCCTCAGCAGCACTGGTCACTTTAGTTGCTGCAGCGCCGCCCGGACTTCTTGAGGCCGTGGCCGGCCTCGCCCTTTTGGGGACACTGGCCTCGTCCATCTCGTCGGCCCTGGCGGTAGCCGAGGAACGCATCCCCGCCTGCATCACTTTCCTGTTGGCAGCATCAGGCCTGAGCTTCGCCGGCGTTGGCGCTGCCTTCTGGGCGTTGGCAGGCGGCATCCTGGTGCGGTGGATGCTGAAGAGCCGCGAACCTGTTCACAAGGCGTGA MPSASTPAVQSRAAKETLGPPITAGIVTALVGFTSSFAVVLAGLKAVGANQAQASSGLLALTLTFGLGILWLSWRSRMPVTLAWSTPGAALLASAGMVDGGWPAAVGAFLIVGVLIVLTGLLPVLGRIMAQIPTALAQAMLAGVLLPLCLAPFKSLGSAPLFIAPVVVCWVVLMKVAPRWSVPASLLVALAVIGVHIVSNGVQIPVGSLLPRLEWTTPAFTVEAAVGLALPLFIVTMASQNIPGVAVLKSFGYTTPWRPSMLITGAGTIAGAPFGGHAINLAALSAALAAGEEAGRDHGRRWIAAFVAGFAYLILAVASAALVTLVAAAPPGLLEAVAGLALLGTLASSISSALAVAEERIPACITFLLAASGLSFAGVGAAFWALAGGILVRWMLKSREPVHKA PGPT0005385_412 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_SYMPORTER,PGPT0005385-benE-K05782 NA NA D3-18_02510 1041 zapE_2 Cell division protein ZapE GTGGTAAAGATCGAACAACTGGCTGCCCGCACACCGGCAGTCTCCGTGGAGGAACTCCTCAAGGGTTTCTACCCGTCTCCGCGATTCGGAGAGGTATCGTTCGACAGTTACCGGCCGGATCCTTCCCAACCGAGCCAGGCAAACGCAGTGAAGCTGCTTTCCGGATTTGCCGATGGCGTGGGATCCGATGACGGTGGCGGTCTCTTCAAAAAGTTCTTCGCCAAGAAGGCGCCGGCAACGAGGGCAGGAATCTACCTCGACGGCGGTTTTGGTGTGGGTAAGACCCACCTCCTGGCTTCCCTTTGGCACAGGTCCCCGGGCCCGAAGGCCTTCGGAACGTTTGTGGAATACACCAACCTCGTGGGTGCGCTGTCCTTCCGCAAGACTGTGGAAGCCCTGAGCAGCTACAAGCTGGTGTGCATCGACGAATTCGAACTTGATGATCCGGGCGACACCGTGCTCATGTCCCGGCTCATGCGTGAACTGGCCGACGCCGGTGTGAAGCTCGCGGCCACGTCCAACACCCTTCCCGGTTCCTTGGGTGAAGGGCGCTTCGCGGCAGTGGACTTCCAGCGCGAAATACAGGTCCTCGCGGACCAGTTCGACGTCGTCAGGATCGACGGCGAAGACTTCCGCCACCGTGGTTTGCCCGCGGCTCCCGCACCCCTCAAGACCGAGGAGCTTAAGCACCGTATGCGTGCCGAGTTCGACGGGAAGACCGTGGCTGTGGATGATTTCCGCACTCTCGTGAATCATCTGGCCGCCGTCCACCCCAGCCGTTACCGGCAGCTCATCTCGGGCGTGGAAGCTGTGGTGTGGAGCGACGTCGAAACCATTACCGAACAGGCCGTCGCCCTCCGCTTTGTGGTTCTTGCGGACCGGCTTTATGACAAAGACGTGCCGATCCTCGCCAGCGGCGTACCTTTCGACCAGCTCTTTACGGAAGAGATGATGACCGGTGGCTACACGAAGAAGTACTTCCGTGCTGTCTCCAGGCTGACGGCCCTTGCCCGTGAGGCCCAGAACCACGAGCCTGCCTGA MVKIEQLAARTPAVSVEELLKGFYPSPRFGEVSFDSYRPDPSQPSQANAVKLLSGFADGVGSDDGGGLFKKFFAKKAPATRAGIYLDGGFGVGKTHLLASLWHRSPGPKAFGTFVEYTNLVGALSFRKTVEALSSYKLVCIDEFELDDPGDTVLMSRLMRELADAGVKLAATSNTLPGSLGEGRFAAVDFQREIQVLADQFDVVRIDGEDFRHRGLPAAPAPLKTEELKHRMRAEFDGKTVAVDDFRTLVNHLAAVHPSRYRQLISGVEAVVWSDVETITEQAVALRFVVLADRLYDKDVPILASGVPFDQLFTEEMMTGGYTKKYFRAVSRLTALAREAQNHEPA NA NA NA NA NA D3-18_02511 927 sseA COG2897 Putative thiosulfate sulfurtransferase SseA ATGTCCTACCCAGTTGAACAGAACGAAAAGTTTGCATCGTATGCGAACCCCGAACGCCTTGTGTCCACTGAGTGGCTCGCGGCAGCCCTTGCAGACGGCGCCATTGCCGACGGCAAGCTTGTGGTTGTTGAATCCGACGAAGACGTTCTCCTCTACGAAACCGGCCACATCCCGGGCGCCGTCAAGATTGACTGGCACACCGACCTGAATGACGAGGTCACCCGCGACTACGTGGACGGTGCCGCTTTTGCCGCCCTCGCGGCCTCCAAGGGCATCTCCCGCGACAGCACCGTGGTCATCTACGGTGACAAGTCCAACTGGTGGGCTGCCTACGCGCTTTGGGTCTTTACGCTGTTCGGGCATGAGGATGTCCGCCTCCTCGATGGTGGCCGCGACAAGTGGATCGCCGAAGGCCGCGAGCTGACCACCGACGTCCCCCAGCCCGCAGTGGGTGAATACCCGGAGGTGGAACGCAATGATGCTCCCATCCGCGCGTTCAAGGAAGACGTCCTTGCCCACCTGGGCAACCCCCTGATTGATGTCCGCTCCCCTGAGGAGTACACGGGACAGCGAACGCATATGCCGGCCTACCCGGAAGAGGGCGCGCTGCGCGGCGGCCACATTCCCACCGCCGCATCCATCCCGTGGGCACGCGCTGCGGCTGAAGACGGCACTTACCGGAGCCGTGAAGAGCTCGAAGCCCTGTACCTTGGCGAGGCTGGCCTGGAACCCGGCGATGACGTGGTGGCCTACTGCCGCATCGGCGAGCGTTCCAGCCACACCTGGTTCGCTCTGAAGTACCTGCTGGGCTTCGATACCGTCCGCAACTACGACGGCTCCTGGACCGAGTGGGGCAACGCTGTGCGGGTTCCCATCGTCAAGGGCGCCGAGCGCGGTTCCGTTCCTGCGTCCCTCGTCAGCAACTAG MSYPVEQNEKFASYANPERLVSTEWLAAALADGAIADGKLVVVESDEDVLLYETGHIPGAVKIDWHTDLNDEVTRDYVDGAAFAALAASKGISRDSTVVIYGDKSNWWAAYALWVFTLFGHEDVRLLDGGRDKWIAEGRELTTDVPQPAVGEYPEVERNDAPIRAFKEDVLAHLGNPLIDVRSPEEYTGQRTHMPAYPEEGALRGGHIPTAASIPWARAAAEDGTYRSREELEALYLGEAGLEPGDDVVAYCRIGERSSHTWFALKYLLGFDTVRNYDGSWTEWGNAVRVPIVKGAERGSVPASLVSN PGPT0002045_884 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 D3-18_02512 480 COG2166 putative SufE-like protein GTGCGTAAGCTGGAAGTGATGAGTACGAACACTTTGCCCACCGCCCTGGCGGAAATCGTCGATGACTTCCAGGCACTGACGGAGCCTGACCGCCTGCAACTCCTGCTCGAATTCTCGAGGGGCTTGCCGGAGCTTCCGGAGCGCTTGAAGGACCACCCTGAACTGCTGGAACAGGTTGTGGAGTGCCAGTCACCGTTGTTTCTCACTATTGAGTCCGAGAAAAATCCCGACGGCGGCGCCCGCGCCTACCGCCTCTTCTTCAAAGCTCCTCAGGAAGCGCCCACAACCCGCGGCTTCGCAGGGGTCCTGCACGAGGGCCTGGATGGATTGACTGCAGAGGAAATCCTTGCCGTGCCCGACGATATGCCGGAGTTGCTGGGCCTCACCCGGGCCATCACTCCCCTGCGCATGCGGGGAATGACCGCCATGCTCGGCCGTATCAAGCGGAAAGTCGCAGCAGCCAGCCGGCTGGAACACTGA MRKLEVMSTNTLPTALAEIVDDFQALTEPDRLQLLLEFSRGLPELPERLKDHPELLEQVVECQSPLFLTIESEKNPDGGARAYRLFFKAPQEAPTTRGFAGVLHEGLDGLTAEEILAVPDDMPELLGLTRAITPLRMRGMTAMLGRIKRKVAAASRLEH NA NA NA NA NA D3-18_02513 507 ybaK COG2606 Cys-tRNA(Pro)/Cys-tRNA(Cys) deacylase YbaK ATGGCCAAGAAGATGGCTTCACAGGGAACGCCGGCTACTGCAGCACTTGCAGCGGCCGGCGTTCCCTTCGTGTTACACCCCTACGCCCACGACCCGTCGGCGTCCAGCTACGGCCTGGAGGCCTCGGAAGTCCTCGGCATCGAGCCTGAGCGGGTTTTCAAGACTCTCATGGTGGAGGTTGAAGGCCGCCTGGCCGTGGCCATCGTTCCGGTGTCCGGGAACCTCGACCTAAAGTCCGTCGCTGCAGCCCTCGGAGCCAAGAAGGCAGCAATGGCCGATCCCAAGGCCGCCGAACGACGCACCGGATATGTGCTGGGAGGCATATCACCGCTGGGACAGCGGCAGGCCTCCCCCACAGTCCTTGACGAGTCTGCCTTGAACTTGGCTACCCTCCTTGTGTCCGGAGGCCGCCGTGGCCTGGACATTGAGCTGGCTCCGGCCGATCTCATCCGGCTTACCAAGGCCATCACGGCTCCCATCGGCACTGCATCGAGCATCAAGGGCTGA MAKKMASQGTPATAALAAAGVPFVLHPYAHDPSASSYGLEASEVLGIEPERVFKTLMVEVEGRLAVAIVPVSGNLDLKSVAAALGAKKAAMADPKAAERRTGYVLGGISPLGQRQASPTVLDESALNLATLLVSGGRRGLDIELAPADLIRLTKAITAPIGTASSIKG NA NA NA NA NA D3-18_02514 1269 hypothetical protein ATGGCATCGACTACCCCGCCAGCGAGCGACGCTGCAGACAAGAAACTCTCCCTCCGCACCAAATGGGCCATCGCAGGATTCCTGGCCGGCGGTACCGTAGCCGGCCTGGTAGGTGCCGGGTCCTCGGCGCTCGCCGTTTATTTTGCCCGCCGCGTCATAACGCCCGCCGCCCGGCACGAGGACCAGGAAGTACTGGCCGTGATCCGCGGTGACAAGGGGCAACAAGTCATTCTCGCGGCCACCCCCGATACCACCATCGACGGCGTCTTCAGCCTCTTCTTCTCCGGCGGCCAAGGACATGCCAGGATCGGTCGGATTGTGTCGTATTCGCCCGCCGAGCAAACCGTGCTGCGTGAGGTCGAAGAAGTCTACAGCGGCAACCTCTCGGAGGCGCGCCGTGCTTGGTGGAGCGGTGCAACGTACCCGGATCCGGCCGCGATCGGCCTTGCGGCCGAGAACGTGGACATAGAGATCGACGGCGGGAAGGCACCTGCCTGGTTGATCCGTGCCGAAGCTTCGGCCGCGGCGCCGGTCTGCGCAATCATGGTTCACGGTCGCGGAGCCACGCGTCTGGAAGGCCTCCGAGCCGTCCGCACCGCACGCGAGCTCGGAATGGACAGCCTGTTGATCTCCTACCGTAATGACGGACTTGCCCCCGCCGCGCCGGATGGACGATACGGCCTCGGTTCTACGGAATGGCGCGACGTTGAGGCCGCGATTGACTACGCACTGGATCAGGGTGCGCAGGAAATAGTTTTGTTTGGCTGGTCCATGGGCGGGGCGATCAGCCTGCAAACAGCGGACCTGTCCAAGCACCGCCACCTCATTCGCGCGTTGGTACTGGATGCCCCGGTTATCAATTGGGTCAATGTCATGGCCCACCACGCCCAGATGAACAGGATCCCCTACAACGTGGGTAGGTATGGACAGATGATGCTGAGCCATCCCTTGGGGCGCAGGCTGACCGGACTATCTGCGCCTGTGGATTTGAAAGCAATGGACTGGGAAGCACGGGCAGTCGAGTTGCGGACCCCCACCTTGCTGATCCACAGCGTGGACGACGACTACGTGCCCTTCGGGCCTTCCGCGAGCCTTGCGGAGAAGAACCCCGAGATGGTCACCTTTGAGCCGTTCGACGGCGCCCGGCACACCAAAGAGTGGAACGTGGACCCCGAACGCTGGGAGCGCCTGGTCCGCGCCTGGCTGCAGAGGCAACTGGCTCCCAGGAACAATCCCGGGCAGACGGGCACCATCGGGCAGCCCGCCTAA MASTTPPASDAADKKLSLRTKWAIAGFLAGGTVAGLVGAGSSALAVYFARRVITPAARHEDQEVLAVIRGDKGQQVILAATPDTTIDGVFSLFFSGGQGHARIGRIVSYSPAEQTVLREVEEVYSGNLSEARRAWWSGATYPDPAAIGLAAENVDIEIDGGKAPAWLIRAEASAAAPVCAIMVHGRGATRLEGLRAVRTARELGMDSLLISYRNDGLAPAAPDGRYGLGSTEWRDVEAAIDYALDQGAQEIVLFGWSMGGAISLQTADLSKHRHLIRALVLDAPVINWVNVMAHHAQMNRIPYNVGRYGQMMLSHPLGRRLTGLSAPVDLKAMDWEARAVELRTPTLLIHSVDDDYVPFGPSASLAEKNPEMVTFEPFDGARHTKEWNVDPERWERLVRAWLQRQLAPRNNPGQTGTIGQPA NA NA NA NA NA D3-18_02515 492 hypothetical protein ATGAGTGATCCCATCGTCATCCTGACTGAAGAGCCCCTCGGCCCCGACGACCGCGTTAATATCGCCAAATTGCTCGACGGCGGTGATGCGCCCCTTATTGTCCTGGTCCCCTCAAACACAGAGCGACATCTTCTGGTCGACTTCTTGGAAAACCTGTCGCTGCTTGATATCGCCAAGGCGTTCCGGGAGCTCACTGCACAGCATCCCGACCCTGAGGCTGAGCGTGCGGAGGCCTCTGAGACGCTTGCTGCATCGCTGGCGGCGTTGGCCGGGTTGGGCGGTGGCGTCACCGGGGAGGTCGTCGACGGCGGCGCCGTGGCCGGCTTGGTGGCGAAGGTCCGTGCGGTGGACGCCGCGCAGGCGGTTGTCATTACCCGGCCCCATGCCATTTCGGACACGTTCCACACGGACTGGGCCAATAAGGCACAGGATCAGCTGGGTCTTCCGGTCCTCCACCTGTACGCCGGTTCGGGATTTATCGGCGACTCGTGA MSDPIVILTEEPLGPDDRVNIAKLLDGGDAPLIVLVPSNTERHLLVDFLENLSLLDIAKAFRELTAQHPDPEAERAEASETLAASLAALAGLGGGVTGEVVDGGAVAGLVAKVRAVDAAQAVVITRPHAISDTFHTDWANKAQDQLGLPVLHLYAGSGFIGDS NA NA NA NA NA D3-18_02516 459 msrB Peptide methionine sulfoxide reductase MsrB GTGAGCGTTGCATTAGACATGAACACTCCTGACAACACCAGCAAGACAACTTCTGTGCCCGTGGAAAAGAGCGATGCCCAGTGGCGGGAGGAGCTGACGCCCGAGGAATACCGTGTTCTTCGGCAGGCAGGAACTGAGCGGCCGTACACGGGCGAGTACTGGGACACCCACACGGAAGGCGTGTACCAGTGTCGCGCTTGTGGCAGCCAGTTGTTCACCAGCCGCGAGAAATTTGATTCCCATTGTGGTTGGCCGTCATTCTGGGCACCCTTGGCCGAAGGCACGGTCCGGTACCTCCATGACCGCACCATGGGAATGGATCGTGTTGAAGTCCGGTGCGCAAACTGTGACTCGCATCTGGGGCACGTTTTCGAGGGCGAGGGCTATGGCACGCCCACGGACCAGCGGTTCTGCATTAACTCCGTTTCGCTTCGCTTGGTGACGCCGGAAGAGAGCTAG MSVALDMNTPDNTSKTTSVPVEKSDAQWREELTPEEYRVLRQAGTERPYTGEYWDTHTEGVYQCRACGSQLFTSREKFDSHCGWPSFWAPLAEGTVRYLHDRTMGMDRVEVRCANCDSHLGHVFEGEGYGTPTDQRFCINSVSLRLVTPEES PGPT0013070_2710 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-SULFOXIDE_REDUCTASES,PGPT0013070-msrB-K07305 NA NA D3-18_02517 1368 hypothetical protein ATGACCACCATCACCACCGCCATCCTGCCGCGAGTCGCCGCTGACAACGCCGAATGGATGACCCTGAAGGCCGCTGCCACAGCACTGCAGGCACATCAGGAGCAGGACGGTTCCATTGCAGATTCCGCAGCCCACCCCGAGGCAGCGAGCCTCGTTGCCACAGTGACCGACGCCATCGCAGCCCTGGCTCCGCACTTCCCCCACGATGCCCGGTACCTGGAGCTCCTGGTGGAAGACTTTGGCCGATGGGTCGAAGGCGGGTTCGGGGTGCCGGACTTCCTGGACTCCCTTCAGGCGTTCCAGCCCCAGGAGCAGCGCGTTGACGGCCTCCAGCATCTGGTGGTTTTCCCCATGTACACGCAGAACGGCAGCACCAACAGGTTGGTCGAAGCCGTCCTGATCGAGGTTATTTGGCCGGAGTTCATTGGCGGCCTGGAGGCCGGCGAGTACTCCAACAAGCTCTTCGTTCCCATCCGCTTCATGGATTTCACGCCCGGGTACGACACCAACTCGGCTGTGCTTTTCCCCGAGACGGTGGCCGTTCGTCAGACCCCTACCTTTACTTGGGGCGCCATCTTCGCTGACCGCGAGGCCGCACGTTTCCGCCGCGTCCTCAAGGCAGCCGCGGCCACCACTTCGCTTGAACTTCCCGAGGATGCAGCGCAGCTCATCGAGGACCAGGAACTGACCCAGCGAACCTTTGTCATGTGGGACCTGATCCATGACCGCACCCACATGCGGGGGGACCTTCCCTTTGATCCGTTCATGATCAAGCAGCGAATGCCGTTCTTCCTTTACTCGCTGGAGGAGCTGCGCTGCGATCTGACCGCGTTCCGGGAGTCCGTACGCATTGAAAAAGACGAAGAAGCCGACCCCGATGCCCGCAAGCATGCAAAGCTCGTCCAGTATGCAGTGATCTTCGACCGGATTTTCCGTTTCGCCATCACGGGCAGCCGCGTCCGTAACTACGACGGACTGGGCGGCCAGCTCCTGTTCGCATGGATGCACCAGCACCACGTGCTCCACTGGACGGACAGCAAGCTCTCCATCGACTGGGACGAAGCTGCCTCGGTTGTAGTGGAACTCGGCGCCAAAATTGAGGAGCTGTACTGGCGCTCGATCGACCGCCCGAAGGCCGCCCACTGGCTGGCGGCGTACGAGCTCATTTCGAGCACCGTGACTCCCCACCCGGCGTCGGTATGGGCCAAGGGCCCGGACGCGCTGCCCTTGGACGGTCCGCCCCGCGGCCTCACTGACCAGGTGCTGGATGACGAGTTCCCGCTGTCCATGTTCTACGAAGCACTGGAGAAGAAGATGCGCCCTGTCATCGAGTCCACCACCGGCATCACTGGCTCGACGGCGGCCTGA MTTITTAILPRVAADNAEWMTLKAAATALQAHQEQDGSIADSAAHPEAASLVATVTDAIAALAPHFPHDARYLELLVEDFGRWVEGGFGVPDFLDSLQAFQPQEQRVDGLQHLVVFPMYTQNGSTNRLVEAVLIEVIWPEFIGGLEAGEYSNKLFVPIRFMDFTPGYDTNSAVLFPETVAVRQTPTFTWGAIFADREAARFRRVLKAAAATTSLELPEDAAQLIEDQELTQRTFVMWDLIHDRTHMRGDLPFDPFMIKQRMPFFLYSLEELRCDLTAFRESVRIEKDEEADPDARKHAKLVQYAVIFDRIFRFAITGSRVRNYDGLGGQLLFAWMHQHHVLHWTDSKLSIDWDEAASVVVELGAKIEELYWRSIDRPKAAHWLAAYELISSTVTPHPASVWAKGPDALPLDGPPRGLTDQVLDDEFPLSMFYEALEKKMRPVIESTTGITGSTAA NA NA NA NA NA D3-18_02518 738 hypothetical protein ATGACCACACTGACTATCCTCGTGACCGGCGGAAGCAGCGCTTCGGGCATCGCCGTGGCACGCGCGTTGGGGGCCGCCGGTCACAGGGTGCTCACCGTGGGTTCGGACGATGTCCGTATCAAAGCCGCCGCGACTGAAGCCGGCAATGGGGCAACTCCCCTGGTTTCCGATCTCTCCAGCCTGGAATCCGTACGGGAACTTGCGGCCAGCGTCCGTGACCTCGGCATCGAAGGCGTCGACGGCGTGATCCACCTGGTGGGCGGCTGGCGGGGCGCCAAGGGCATCGAAGACCAAACGGATGAGGACTGGGAGTCCATGGAACGGAGCGCTGTCACCACGCTCCGCAACGTCTCCCGGGTCTTCTACAGCCAGGTTGAAGCATCCCCGCACGGTCGTTTTGCCATGGTGTCGTCAACCACCGCCGCTGCTCCGACAGCCGCGGCCGCCAGCTACGCGGCGGCAAAAGCAGCTGGGGAAGCATGGACTTTGGCGGTAGCGGATGGTTTCCGGCGGGCGCAATCCGGAAGCACCGGAAACCCGGAGGCCCCCACCGGGCAGCACAGCGCGGCAGTAATCTTCGTGGTCAAAGCCCTCGTGGACACAGCCATGCGGGAGGCCCATCCCGAAAGGCGATTCCCGGGCTTCACGGACGTTGAAGAATTGGCGGCTGCCGCCGTCGGACTCTTTGAACAACCCGCCGCCACCCTCAACGGCCAGCGCATCCTGCTGGCCAAATAG MTTLTILVTGGSSASGIAVARALGAAGHRVLTVGSDDVRIKAAATEAGNGATPLVSDLSSLESVRELAASVRDLGIEGVDGVIHLVGGWRGAKGIEDQTDEDWESMERSAVTTLRNVSRVFYSQVEASPHGRFAMVSSTTAAAPTAAAASYAAAKAAGEAWTLAVADGFRRAQSGSTGNPEAPTGQHSAAVIFVVKALVDTAMREAHPERRFPGFTDVEELAAAAVGLFEQPAATLNGQRILLAK PGPT0003180_19114 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 D3-18_02519 1107 ltaE Low specificity L-threonine aldolase GTGAATGAACAAGTGACGAGCACAACAGAGGCAATCCACAGTGCCAATGAAACCCCCGGCGCGGGTCAGCTGCATGACCCTGCGGTTCGTGGATTCGCGTCGGACAACTACTCCGGGGTGCATCCGGAGATCCTCTCAGCACTGGCAGCCGCCAACGGCGGTCACCAGGTGTCTTACGGTGAGGACGTCTACACAGCACGGCTGCAGGAGGTGCTGGAGCAGCAATTCGGCACGGGCATCGAAACCTTCCCGGTCTTCAACGGCACCGGAGCGAACGTCCTTGCCCTGCAGTCCCTCCTTCCGCGCTGGGGTGCGGTGATTTGCGCCTCCACAGCACACATCAATATGGACGAGAACGGTGCACCGGAACGGGTGGGCGGGATCAAGCTGCTGCAAGTGCCCACCGAGGACGGCAAGCTCACGCCCGAGCTGATCGACCGTGAAGCCTGGGGCTGGGGCGACGAGCACCGCGCCCAGCCGCTGGTGGTGTCCATTACCCAAACCACTGAACTCGGCACCTGCTACACGCCGGAAGAAGTGCGGGCCATCGCCGACCACGCTCACGCCAAAGGCATGAAGCTGCACATGGATGGCGCCCGACTTGCGAACGCCGCAGCGCACCTGGACGTTCCCCTCCGCGCGTTCACCCGCGACGCCGGCGTGGACATCCTTTCCTTTGGCGGCACCAAGAATGGACTACTTTTTGGTGAAGTCGTGGTGGCCCTGAACCCGGAGGCGGCTGACGGCCTGAAGTTCCTGCGCAAGATGAACATGCAATTGGCATCGAAGATGCGCTTTATCTCGGCCCAATTCATTGCCTTGCTGGAGGATGGCCTGTGGCTGCGTTCCGCCGCCCACGCCAACGCCATGGCCGCCCGGCTGCGAACGGCAGTAGAAGGACTCGACGGCGTGGAGCCAACCCAGGCAACACAGTCCAACGGCGTGTTCGCCATCCTTCCCGAAGGCGTGGCGGACAAGCTGCGTGAATCCTTCGCCTTCTACGACTGGGATGCCGCCCGCCGCGAAGTTCGGTGGATGTGTTCGTTCGATACCACGGAGGAAGACATTGACGCTTTCGTGGCGGCAATAAAGCGCGAACTGGCCTAA MNEQVTSTTEAIHSANETPGAGQLHDPAVRGFASDNYSGVHPEILSALAAANGGHQVSYGEDVYTARLQEVLEQQFGTGIETFPVFNGTGANVLALQSLLPRWGAVICASTAHINMDENGAPERVGGIKLLQVPTEDGKLTPELIDREAWGWGDEHRAQPLVVSITQTTELGTCYTPEEVRAIADHAHAKGMKLHMDGARLANAAAHLDVPLRAFTRDAGVDILSFGGTKNGLLFGEVVVALNPEAADGLKFLRKMNMQLASKMRFISAQFIALLEDGLWLRSAAHANAMAARLRTAVEGLDGVEPTQATQSNGVFAILPEGVADKLRESFAFYDWDAARREVRWMCSFDTTEEDIDAFVAAIKRELA PGPT0020465_503 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020465-ltaE-K01620 NA NA D3-18_02520 660 hypothetical protein ATGGTGAACGCCCTCGCACAGGTTCCCTCGGAATTTCTCTTCGCCTTGGGATCGCTACGAAAAGCACAGTGCCGCAGCGAACTGCGGCTTGACGAGATCCCCGCTCCTGCCCGCCTGGCTCCCTACGCAGTTGCCTTGGGAGCTGAAGTTTTCAGCCCCACTGCGGCAACCCGCCAAGTTCCCGTTCATGGACCAGCTGCCAAGGCCTTCGCCGCGAACCAAGGCAGCAGCCCCTCAAGCGAAGAGGACGATGAACTGGCCACTGGCCGCTTCATCCTCCTTTATGACCCCGACGGTTCTGCCGTCTGGGAGGGAGAGTTCCGAATCGTCACCTACATTCGGGCCCAAATGGACGCAGAGATGGGGAACGACTCCATGCTCGGCTCTGTTGCCTGGACCTGGCTCGTTGACGCCCTGGAGAACCATGCCGCGCCATATCGGGCCGCCGGCGGCACTGCCACCAGGATTCTTTCCGAAAGCTTCGGCACCTTGGCTGAACGGCCGGACACCATAGACATAGAACTCCGCGCATCCTGGACACCGGCAAGCCAGGATGTTCAAGCCCACCTCGAAGCCTGGTCCGACATGGTCTGTACCTTCGCTGGCCTGCCACCCCTGCCGCCAGGCGTTACCGGATTGCCCAACCGGAGACTCAATTGA MVNALAQVPSEFLFALGSLRKAQCRSELRLDEIPAPARLAPYAVALGAEVFSPTAATRQVPVHGPAAKAFAANQGSSPSSEEDDELATGRFILLYDPDGSAVWEGEFRIVTYIRAQMDAEMGNDSMLGSVAWTWLVDALENHAAPYRAAGGTATRILSESFGTLAERPDTIDIELRASWTPASQDVQAHLEAWSDMVCTFAGLPPLPPGVTGLPNRRLN NA NA NA NA NA D3-18_02521 1362 rnd Ribonuclease D ATGACCCCTGAAAATCCGGAAAACACCACGGCCGGCGACCCGGTTGCTGATCCCACCACCCACATCAAGGTAGACGGCTTCGATAGCCACGTCCCTGAAATCATCGATCTCGATACTCCCCGTGAGGGCGTACCCCTGGTCATCGACACCCCGTCCGGGCTGGAGCGGTGCGCAGCCGCAATCGCCGCCGGAACAGGACCTGCCGGAGTGGACGCAGAACGCGCTTCCGGGTTCCGCTACGGGCAGCGGGCTTTCCTGGTACAGATCCGTCGCGAGGGCGCCGGAACCTGGCTGATCGATCCCGAACCATTCGACAACCTGGACATCATCAATGACGCACTCCGCGGCGTCGAATGGATCCTTCACGCAGCGTCACAGGATCTCCCTTGCCTTTCGGAGCTCGGCATGTGGCCTGACAAGCTCTTCGATACCGAACTCGCCGCCCGCCTCGCGGGACTCCCCCGCGTAGGCCTTGCCGCCGTCATTGAACAACTTCTGGGATTCGGCCTCGCGAAAGAACACTCCGCTGCCGACTGGTCCACACGCCCCCTGCCGGAACCCTGGCTGCGTTACGCTGCTTTGGACGTCGAAGTCCTCGCAGAACTTCGGGAGGAACTCATCGAGTTGCTGGAGGCTGACGGCAAGCTTGAATACGCCGAACAGGAGTTTGCAGGCATCCTCGCCGCCGGCCTCTCTGCCCCGCGCGTCGATCCTTGGCGGAAGACCTCCGGACTCCACCAGATACGCGACCGCCGCCAACTGGCAGCTGTACGTGAGCTGTGGCTTGAGCGGGACCAACTGGCACGCAAACGGGACGTAGCTCCCGGCCGGCTCATCCCCGACTCGGCGCTGGTAGCTGCAGCCAAAGCCATGCCCACCACCGTGCCGCAACTACTGGCCACCAAGGGATTCCACGGCCGGTCCGCCCAGAGGGAAGCCCCGCGCTGGCTCCGCTGCATCACCAACGCCCGGACACTCACGGATCTCCCACCCCTGCACTTGCCCACCAACGCCCCTCCTCCGCCACGGGTCTGGGCGGACAGGGATCCCGAGGCCGCCGCACGCCTCGCCACTGCCAGGCCGGCCCTGCAGGCCAAAGCAGACGAGCTGAAGCTGCCAGTGGAGAACCTGTTGACACCGGACTATTTGCGACGAGTTGTCTGGCGCCCTCCGGCCGATGTTGCCCTGGAGTCCGTCGCTGCAGAGTTGCGGTCCCTGGGTGCGCGCGAGTGGCAAATCTCCTTCGCCGCTCCGATACTCACCGAAGCGTGCTTGAACCCGGCTCCGCTTCCCGGCAAAGAGTCCAAGGGAAAGGAAGTTCAAACGTCCAAGGACGCGCAACCTTCCAGCAATGCCGGCTGA MTPENPENTTAGDPVADPTTHIKVDGFDSHVPEIIDLDTPREGVPLVIDTPSGLERCAAAIAAGTGPAGVDAERASGFRYGQRAFLVQIRREGAGTWLIDPEPFDNLDIINDALRGVEWILHAASQDLPCLSELGMWPDKLFDTELAARLAGLPRVGLAAVIEQLLGFGLAKEHSAADWSTRPLPEPWLRYAALDVEVLAELREELIELLEADGKLEYAEQEFAGILAAGLSAPRVDPWRKTSGLHQIRDRRQLAAVRELWLERDQLARKRDVAPGRLIPDSALVAAAKAMPTTVPQLLATKGFHGRSAQREAPRWLRCITNARTLTDLPPLHLPTNAPPPPRVWADRDPEAAARLATARPALQAKADELKLPVENLLTPDYLRRVVWRPPADVALESVAAELRSLGAREWQISFAAPILTEACLNPAPLPGKESKGKEVQTSKDAQPSSNAG NA NA NA NA NA D3-18_02522 1287 paaJ_2 COG0183 3-oxoadipyl-CoA/3-oxo-5,6-dehydrosuberyl-CoA thiolase ATGAGTCCATCACGCAGTGCTCAGAGGAACGTCCGCGACGTCGTCTTCGTGGACGGTGTGCGCACCCCCTTCGGTAAGGCCGGCGAAAAAGGCATCTATGCGGGCACCCGTGCCGATGACCTCGTGGTGAAATGCATCCGGGAATTGATGCGCCGGAATCCCTCACTGCCCGCGGACCGGATCGACGAAGTTGCCATCGCCGCCACCACCCAGACCGGGGACCAAGGCCTCACTATCGGCCGCACAGCGGCGTTGCTGGCTGGGCTCCCCCGCACGGTACCCGGCTTCGCCATCGACCGCATGTGCGCAGGTGCCATGACTGCAGTAACGACGACGGCGAGCGGCATTGGTTTCGGTGCCTACGACGTCGTCATTGCAGGCGGTGTGGAACACATGGGCAACCACCCCATGGGTGCGGGCGCCGATCCCAATCCGCGGTTCATGTCCGAACGCCTGGTGGACCCCGCGGCGCTGAACATGGGCAACACGGCCGAGAACCTGCATGACCGCTTCCCCGCGATCACCAAGGACCGCACGGACACTTATGCGGCGGCCTCCCAGGCCAAGCTCGCCGCAGCCTACTCCAACGAACAAATCCAGCGTGACCTGGTCCCCGTAGCCACCATGAAGCCCGGCCAGGGCTGGGCCCTGCACACCGCGGACGAGCCGCCGCGGCCCGGCACCACAGTTGCCGACCTGGCCGAACTGCGGACCCCGTTCCGCGCCCATGGTCGCGTCACTGCGGGAAACGCTGCTGGATTGAACGACGGCGCCACAGCCGCGGTTCTCGCTTCGGCCGAAGCCGCTGAGGAACTGGGCCTCTCAGTCAAGATGCGCCTCGTCTCCTACGCCTTCGCCGGCGTCGAACCCGAAGTTATGGGCATTGGACCGGTTCCCGCCACGGAAAAGGCCCTGAAGAACGCAGGGCTGGGCATCGAGGACATTGGACTCTTCGAAATCAACGAGGCCTTCGCCGTCCAGGTCCTCAGTTTCCTGGACCACTTCGGCATCGCCGATGACGATCCCCGGGTCAACCGCTATGGCGGTGCGATCGCCGTCGGACACCCACTTGCTTCCTCAGGCGTCCGCCTGATGAACCAGCTCGCACGGCAGTTCGAGGAAGACCACTCTGTCCGCTACGGCATGACCACCATGTGCATTGGATTGGGCATGGGCGCGACGGTGATCTGGGAAAACCCGCATCACGCCGCCTACGAATCGTTCACCTCTGACCACGGCACCACTGACCAGGCCACAGCAGCCACCACCGAAGGAGCCGCCGCATGA MSPSRSAQRNVRDVVFVDGVRTPFGKAGEKGIYAGTRADDLVVKCIRELMRRNPSLPADRIDEVAIAATTQTGDQGLTIGRTAALLAGLPRTVPGFAIDRMCAGAMTAVTTTASGIGFGAYDVVIAGGVEHMGNHPMGAGADPNPRFMSERLVDPAALNMGNTAENLHDRFPAITKDRTDTYAAASQAKLAAAYSNEQIQRDLVPVATMKPGQGWALHTADEPPRPGTTVADLAELRTPFRAHGRVTAGNAAGLNDGATAAVLASAEAAEELGLSVKMRLVSYAFAGVEPEVMGIGPVPATEKALKNAGLGIEDIGLFEINEAFAVQVLSFLDHFGIADDDPRVNRYGGAIAVGHPLASSGVRLMNQLARQFEEDHSVRYGMTTMCIGLGMGATVIWENPHHAAYESFTSDHGTTDQATAATTEGAAA PGPT0001565_614 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 D3-18_02523 2145 fadJ COG1024 Fatty acid oxidation complex subunit alpha ATGAGCGCCGCCGAATTCCAGAAGCTCGCCGCACTCTTCCCTGACGAAGTTGTCACGCACTCCTATGTGCAGGACATCCAGCTGCCGGGGGGCGCCGGCACCTTCGCACTGATCACCTTGGACAACGGCCTTGACCACTCCAAGCCCACCACACTGGGGCCCAATACACTCGTTGAGCTCGGCGACGTTTTGGAGAAGCTCAAGGAGCGGGCCTCGCGGGGAGAAATCGCTGGCGTCGGCGTCACCGGAAAGCCGTACTTCCTGGTGGCAGGTGCCGACCTTTCCGCCGTAAAGACACTCAGGGAACGCGAGCACGGGCTCTGGATGGCGCAGCTTGGGCACGCCGTCTACAGCACCCTCGCCAACATGGGTGTTCCGAGCTTCGCCTTCATCAATGGCCTTGCCTTGGGCGGCGGGCTGGAGATCGCCCTGCAGTCCACGTATCGGACCGTCTCTACGGGTGCCGGCGCCTTGGCCTTGCCTGAGGCCTTCATCGGCCTCGTACCGGGCTGGGGCGGCGTCTACATCCTGCCGCGCCTCATCGGTCCCGAGAACGCCGTCAAGGTGATGATCGAGAATCCCCTTAGCAACAACCGCACGCTCACCGGACCGGAGGCGTTCGAGCTCGGCGTGGCCGATGCCATGTTCGAACCGGCCGACTTCGTGGAACAGTCGCTCGCATGGGCGGCCCAAGTCATTTCCGGCAAGGTGACGCCTGAGCGGAAGAACTCCGTTGATGCCACCGATGACGCAGTCACCACCCGTTGGGCAGCTGCGGTAGCCGCAGGTCGGGCTTTCGTGGAGTCCAAGACCTCCAACGCCTCCCCCGCCCCGGGCAAGGTCCTGGACGTCATGGAGGCCAACCGCACCATGACCCAAGCCGAGTCGGCTGAACTCGAGTGCGAGACCCTCGCCGGGCTCATGCAAACCGACGAGTTCCGCTCCACCGTGTATGCGTTCCTGGACCTCGTCCAAAAGCGCTCCAAGCGTCCCGCAGGCGCCCCCGATCGCAAGCTTGCCCGCCCGGTCACCAAGATCGGCGTGGTAGGTGCAGGGCTCATGGCAAGCCAGCTGGCACTCCTGTTCGCCCGACAGCTGAAAGTCCCGGTGGTGATGACCGATATAGACCAGGCACGGGTGGACAAGGGCGTCGCGTACGTCCACGCCGAAGTCGACAAGATGCTGGCCAAGAAGCGGATCAAGCAGGACGCCGCCAACAGGACCAAAGCGCTCATTACGGGTTCTGTCTCCAAGGAAGCCTTCGCAGATGCCGACTTCGTCATCGAAGCCGTCTTCGAAGAACTGCACATCAAGAAGCAGGTCTTCGCCGAGGTGGAAGCGATCGTTTCTCCCGAGTGCATCCTTGCCACCAACACGTCCTCACTGTCCGTCACTGCCATGGCCGAAGATTTGAAGCACCCCGAACGCCTGGTGGGCTTCCACTTCTTCAACCCGGTGGCTGTCATGCCGCTCTTGGAGATCGTTCGGGCCCCAAAGACCGACGACGCCGTCCTGGCCACCGCGTTCGAACTCGCCAAAGGACTCAAGAAGACCGCCGTGCTGGTCAAGGATGCCGCAGCCTTCGTGGTCAACCGCATCCTGCTTCGCCTCATGGGCGAGGTCATCGCGGCGTTCGACGAAGGAACCCCGGCGGAGGTGGCAGACAGCGCGCTGCGTCCCATGGGGCTGCCAATGTCGCCGTTCACCTTGAGTGCCATGGTCGGCCTGCCGGTCGCCCAGCATGTCCAGGAGTCTCTGCACGCCGCGTTCGGCGACCGGTTCCCGGTCTCGCAGAACCTGCAGAAACTCATCGACAACGGAGTGAAGAGCCTGTGGGTCCCGGGTCCTGACGGAACTCCTGTCATCCCGGCTGAGACGCTGGCCATCATGTCCTTCGGCAACACCGCGTCCACTGGTGAAGAAGTCCTCCGGCGCACCCAGGATGCCCTGGCCGAGGAGATCGGACTGATGCTCGAAGAAGGTGTCGTGGCCGGACCCGAAGACATCGACCTTTGCGTCATCATGGGCGCCGGGTGGCCGATGTTCCTGGGTGGCATTACGCCGTACCTGGACCGGGTGGGCGCATCGGAGCGGGTCAACGGCAAGCGGTTCCTCGCCCCTGGCGTCGCATCAGCGCCTGCCTAA MSAAEFQKLAALFPDEVVTHSYVQDIQLPGGAGTFALITLDNGLDHSKPTTLGPNTLVELGDVLEKLKERASRGEIAGVGVTGKPYFLVAGADLSAVKTLREREHGLWMAQLGHAVYSTLANMGVPSFAFINGLALGGGLEIALQSTYRTVSTGAGALALPEAFIGLVPGWGGVYILPRLIGPENAVKVMIENPLSNNRTLTGPEAFELGVADAMFEPADFVEQSLAWAAQVISGKVTPERKNSVDATDDAVTTRWAAAVAAGRAFVESKTSNASPAPGKVLDVMEANRTMTQAESAELECETLAGLMQTDEFRSTVYAFLDLVQKRSKRPAGAPDRKLARPVTKIGVVGAGLMASQLALLFARQLKVPVVMTDIDQARVDKGVAYVHAEVDKMLAKKRIKQDAANRTKALITGSVSKEAFADADFVIEAVFEELHIKKQVFAEVEAIVSPECILATNTSSLSVTAMAEDLKHPERLVGFHFFNPVAVMPLLEIVRAPKTDDAVLATAFELAKGLKKTAVLVKDAAAFVVNRILLRLMGEVIAAFDEGTPAEVADSALRPMGLPMSPFTLSAMVGLPVAQHVQESLHAAFGDRFPVSQNLQKLIDNGVKSLWVPGPDGTPVIPAETLAIMSFGNTASTGEEVLRRTQDALAEEIGLMLEEGVVAGPEDIDLCVIMGAGWPMFLGGITPYLDRVGASERVNGKRFLAPGVASAPA NA NA NA NA NA D3-18_02524 984 iolS_4 COG0667 Aldo-keto reductase IolS ATGACTGAATACCGACGCCTTGGCCATTCCGGACTGACAGTCTCAGCTGTAGGGCTGGGCTGCAACAACCTGGGCCGCGCCAATACTCCCACCGAGTCCCAGGAAGGCACGGACGCTGTTGTCCACGCTGCAATCGAAGCCGGGGTGACCTTCTTTGACGTCGCCGATGTTTACGGTCGTGAGCCCGGCCTGAGTGAGGTCATGCTGGGCAAGGCGCTGAAAGGCCGCCGTGATGACGTGGTCATCGGTACCAAGTTCGGTATGGACATGCGTGGAGTCAACGGCAAAGACTTCGAAGCCCGGGGTTCGCGGCGGTACATCGTGAAAGCCGTAGAAGCTTCACTCCGCCGCTTGGACACCGAGTGGATCGACCTCTACCAGTTCCATACCCCGGACCCGCGCACTCCCATCGACGAGACCCTTTCAGCCCTGGATGACCTGGTGTCCAGTGGCAAAGTGCGTTACATCGGGCATTCGAACTTTGCCGGCTGGCAGATAGCCGAGGCCGAGTATGTAGCACGACAATCACCATCACTTGGCGTCCGCTTTATCTCGACGCAAAACCATTACAACCTCCTGGATCGGCGCGCCGAACTCGAAGTGCTTCCCGCAGCCCGGGCCTTCTCCTTGGGTGTCCTGCCGTACTTCCCTTTGGCCAACGGGCTGCTCACCGGAAAGTACTCCGCGGGGAAAGCACCGGAGGGCTCACGGCTGAGTCACACCCGCACCAACCTGGTGCACGACGCCGACTGGGAGCAGCTTGGCCGCTTCGGCCAGTTCGCGAAAGAACGGGAGATCAGCGAACTTCAGTTGGCCTTCTCCTGGTTGGCCGCGCAGCCCGGCGTCAGCAGCGTCATCGCGGGTGCCACCCGTCCGGAGCAGATCCGTGAGAACGCCGAAGCCGTGTGCTGGGTCCCCACTCAGGAGGATCGCGACGAACTGGACGAGATCTTCCCACGGGCGCCGAAGGTGGCACTCTTCTAA MTEYRRLGHSGLTVSAVGLGCNNLGRANTPTESQEGTDAVVHAAIEAGVTFFDVADVYGREPGLSEVMLGKALKGRRDDVVIGTKFGMDMRGVNGKDFEARGSRRYIVKAVEASLRRLDTEWIDLYQFHTPDPRTPIDETLSALDDLVSSGKVRYIGHSNFAGWQIAEAEYVARQSPSLGVRFISTQNHYNLLDRRAELEVLPAARAFSLGVLPYFPLANGLLTGKYSAGKAPEGSRLSHTRTNLVHDADWEQLGRFGQFAKEREISELQLAFSWLAAQPGVSSVIAGATRPEQIRENAEAVCWVPTQEDRDELDEIFPRAPKVALF PGPT0017540_540 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 D3-18_02525 219 hypothetical protein ATGTCGTCCAAGAGCAACTGGCCCGGACATACGCCGCTGCCCAAAGGTCTCGCTGCGCCGGCGAAACGTGCCCTGGCCCACGAGGGAATAGAGACACTGGAGCAGTTGGCCGAGTTCGGCGAGGTGGAGCTTTCCAAGCTCCATGGCATGGGTCCGGTGGCCATAGCGCAGCTTGAGGATGCCATGGAGGAGTCCGGGATCTCTTACGGTACCCGGTAG MSSKSNWPGHTPLPKGLAAPAKRALAHEGIETLEQLAEFGEVELSKLHGMGPVAIAQLEDAMEESGISYGTR NA NA NA NA NA D3-18_02526 561 hypothetical protein ATGATCGGCATCATCCGCGCGTACAAGCGCGACGACGAAGGAGTACTTCACTTCCGGGAGGCCTGGTATGACGACGAAGACCAGCAGTTCGTGGTCAACCATGGTGTAGTAGGGCACCAAAGCAAGACCGACGAAGCAAACGTTGACGACGAGTCTGCCGTGGAAGGCCTGATGGCCGCTTTTGCCGCGCAATGCGAGGAAGACGGCTACGCCGAAATTCCCGAGTCCGAACAGTTCTGGGTAGTTGCCCAAATTGCGTTGAAAACCAAGGACGGCACCGAACGTGACAAGCACCTGGAGCGGAAGGCCAAAGCCGCCCTCACCGGTGAGCTGGCGTGGCGTGGACTGGGCGTGGTGGACCGTTCGGAGATTGGCAACGGCCACTTGAACATCTTCTGCCTCTGCCCGGACGTCAACAAAGCCGTTAACGCCATCAAGATCTGTGTCCGTGGTGAGGATCTGGACTTCACCAAGCTCACTGTTGCAGCAGCGCCGCACAGCGACCCCACAGCATTCCGGGTGAAGCACTCGCCCAAGCAGGGCGCGGGCTTTACTCTCTAA MIGIIRAYKRDDEGVLHFREAWYDDEDQQFVVNHGVVGHQSKTDEANVDDESAVEGLMAAFAAQCEEDGYAEIPESEQFWVVAQIALKTKDGTERDKHLERKAKAALTGELAWRGLGVVDRSEIGNGHLNIFCLCPDVNKAVNAIKICVRGEDLDFTKLTVAAAPHSDPTAFRVKHSPKQGAGFTL NA NA NA NA NA D3-18_02527 570 hypothetical protein GTGACGGACGAGCGCGTACCGGGCGCATTGCAGCCCGGTGACCTCGTGGTGTCGAGGAACAGGAAATGGGACGGCAAAGCCCACTGGGTGGTGCCTGGCCGCTACCTGGGTGAGGACATTCACGGGTGGTGGATATTTCAGGGAGCGGGGGAGTTTTGCGCACGCCCGGGCGCAGCGTTCTACACGGCGTCAGATGCCGTCTTGTTGGTCCCGCGCACCGGGGAGTTTGTGGCTACGTTCTACGACGACAGCTATCCGGGCGACTTCAGGATCTACGTCGACCTCGCCACGGCGCACGCTTGGAATCCCCTTAAGCCGGGTGTAACAGAGTTCCACATGATCGACATGGATCTGGACGTTATCCGTTCCACCAGGCACGGGGTGTTCGTGGACGACGAAGACGAGTTTGAGCATCATCGGATGGCCATGGGCTATCCGCAACAGACGGTGGACGCAATGCGCGCAGAATGCGCAGCCCTCTTCGAGGCAGTGGACACCATGAAAGCACCTTTCGACGTCAATGGAGCCACCAGCACCAGCGCCGAGTGGTTCAGGAAAGGACGAGCATGA MTDERVPGALQPGDLVVSRNRKWDGKAHWVVPGRYLGEDIHGWWIFQGAGEFCARPGAAFYTASDAVLLVPRTGEFVATFYDDSYPGDFRIYVDLATAHAWNPLKPGVTEFHMIDMDLDVIRSTRHGVFVDDEDEFEHHRMAMGYPQQTVDAMRAECAALFEAVDTMKAPFDVNGATSTSAEWFRKGRA NA NA NA NA NA D3-18_02528 1974 dxs 1-deoxy-D-xylulose-5-phosphate synthase TTGGGACTTTTGGAAACCGTCAAGGATCCACAGGACCTGGCCAAACTGTCCGGCACGGAGCTGGAACAACTGGCCGGCGAAATCAGGGAATTCCTGATCACCAACGTAGCCGCAACGGGTGGACATCTTGGTCCCAACCTGGGCGTTGTTGAACTCACGCTCGCTGTCCACCGGAACTTTGAGTCGCCGCGGGACAGTGTCATCTTCGATACCGGGCACCAGTCCTATGTGCACAAGCTGCTCACAGGACGCCAGGACTTCACCACGCTTCGCCAGCAAGGCGGACTGTCGGGCTATCCGGACCGTGCGGAGTCCGAGCACGACATCGTGGAAAGTTCACATGCGTCCTCCTCCCTGTCCTGGGCAGATGGCATTTCGCGTGCCCGGCAGTTGACCGGCGAGGGCGACCGGTTCGTCGTCGCCATTGTTGGCGATGGCGCGCTCACCGGTGGAATGGCATGGGAGGCCATCAACAACATTGCCGCGGATAAACGGCGTCGCGTGGTGATCGTTGTCAACGACAATGGGCGCTCGTATGCTCCCACCGTGGGCGGTTTTGCTGACTACCTTGCGTCATTGCGTCCCACCATCGACTCCTTGCGCACCACCCCGGCTTACGAGCGGATGTTGGACTGGTGGAAGAAAAAGCTCCAGGACGGCGGCCCCGCCGGCCAGTTCACTTATAAGAGCCTGCATGCCATGAAGAAGGGCATCAAGGACTGGTGGGCACCTCAGGGCATGTTCGAGGACCTTGGCATGAAGTACATTGGCCCGGTTGACGGGCATAACCTCCAGGCCATGGAGCATGCGCTCAACACCGCCAAGGCTTACGGCGGACCCGTCATTGTTCATGCCATGACGGAAAAGGGCCACGGCTATGCTCCCGCCCTCGCCAATGAAGCAGACCAGTTCCATGCCGTAGGAATCATTGACCCGGAAACGGGCGAGCCCACCGAAATGCCTGGTGCCAGATCCTGGACCTCGGTATTCGCTGAAGAAATCGCGGATATTGCTGACGAACGCCCCGACATCGTGGGCATCACCGGCGCCATGCTCATACCTGTGGGATTGCACAAGTTCGCTGAGCGTCATCCGGAGCGGGTGATCGACGTCGGCATCGCGGAGCAGCATGCGCTGACGTCCGCCGCAGGCATGGCGTTCGGTGGCCTCCACCCGGTGGTGGCCGTTTACGCCACCTTCCTGAACCGCGCCTTTGACCAGCTCCTCATGGACGTCGCCCTGCATAAAGCCGGTGTCACTATCGTCTTGGACCGTGCCGGCGTGACGGGCCCGGACGGACCCAGCCACCACGGGATGTGGGATATGGCGATGGTCCAGATCGTGCCCGGGCTCCACTTGGCGGCTCCCCGCGATGCCACCCGACTCCGGGAAGAACTGCGTGAGGCGGTGGCGATCAACGATGCCCCCACTGTGGTTCGGTTCTCCAAGGGCAGCGTCGGTTCCGAAATTGAAGCTATCGAGAGGCTTCATGACGGCGTGGACATCCTCGCGCGGCGCCCGGAAGGCTCCACCGAGAACGATGTCCTGATCGTCAGCGTCGGCGCCATGTCCGAACTCGCACTGGATGTCGCAACCCGCTTGGGTGCCCAAGGCATCAGCTCCACTGTGGTGGATCCCCGGTGGGTCCTGCCTGTCCGGAAATCGATCATCGCCCTTGCCGCCCGTCACCGCTTGGTGATCTGCATCGAAGACGGCGTCCGGGCGGGTGGCGTGGGCTCGCGTATACGGCAGGAAATGCGGGCTGCAGGGGTAGACACCGCGCTGAACGAGGTGGGCTTGCCGGTTGAATTCCTGGTACACGGCTCCCGCAGCCAGGTCCTGGAGCGCGTGGGCCTCACCGCCCAGAAAATAACCCACGACGTCGTAGCCCAGGTTTTGGGCACGAAGGTTCCGTTTGCCAGGCCCCTCCCGGGCCAGGAACACCCCACCACCGGCAGCCTGCCGACCCTGTGA MGLLETVKDPQDLAKLSGTELEQLAGEIREFLITNVAATGGHLGPNLGVVELTLAVHRNFESPRDSVIFDTGHQSYVHKLLTGRQDFTTLRQQGGLSGYPDRAESEHDIVESSHASSSLSWADGISRARQLTGEGDRFVVAIVGDGALTGGMAWEAINNIAADKRRRVVIVVNDNGRSYAPTVGGFADYLASLRPTIDSLRTTPAYERMLDWWKKKLQDGGPAGQFTYKSLHAMKKGIKDWWAPQGMFEDLGMKYIGPVDGHNLQAMEHALNTAKAYGGPVIVHAMTEKGHGYAPALANEADQFHAVGIIDPETGEPTEMPGARSWTSVFAEEIADIADERPDIVGITGAMLIPVGLHKFAERHPERVIDVGIAEQHALTSAAGMAFGGLHPVVAVYATFLNRAFDQLLMDVALHKAGVTIVLDRAGVTGPDGPSHHGMWDMAMVQIVPGLHLAAPRDATRLREELREAVAINDAPTVVRFSKGSVGSEIEAIERLHDGVDILARRPEGSTENDVLIVSVGAMSELALDVATRLGAQGISSTVVDPRWVLPVRKSIIALAARHRLVICIEDGVRAGGVGSRIRQEMRAAGVDTALNEVGLPVEFLVHGSRSQVLERVGLTAQKITHDVVAQVLGTKVPFARPLPGQEHPTTGSLPTL PGPT0008960_687 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 D3-18_02529 2808 acnA COG1048 Aconitate hydratase A ATGAGCACTGTGGACAGCTTCGGTTCCAAAGGCGTACTGAATGTAGCCGGCACCGACTATGAAATTTTCCGGTTGAACTCCGTAGAGGGCGCAGACAGCCTTCCGTTCAGCCTTAAGGTATTGCTTGAAAACCTCCTGCGGACTGAGGATGGCGCCAACATAACGGCTGACCATGTCCGCGCCCTGGCCGGTTGGGATCCCAATGCGGAGCCCGATACGGAAATCCAGTTCACCCCCGCCCGCGTCATCATGCAGGACTTCACCGGCGTTCCCTGCGTCGTGGACCTGGCTACCATGCGTGAAGCCGTCAAGGAGCTCGGCGGTGACCCCAAGCGGGTCAACCCGTTGGCGCCTGCAGAAATGGTCATCGACCACTCCGTCCAGATCGACGCCTTCGGAAACTCCGGCGCACTGGAGCGCAACATGGAGATCGAATACCAGCGCAACGGTGAGCGCTACCAGTTCCTTCGCTGGGGCCAGACCGCATTCGATGACTTCAAAGTTGTTCCCCCGGGAACCGGCATCGTCCACCAGGTCAACATCGAGTACCTGGCGCGCACTGTCATGACCCGCGAGGTAGACGGCGTTGTCCGCGCCTACCCCGACACCTGTGTTGGCACCGACTCGCACACCACCATGGTCAACGGCCTGGGCATCCTGGGTTGGGGCGTTGGCGGTATCGAAGCCGAAGCTGCAATGCTCGGCCAGCCCGTCTCCATGCTGATTCCGCGCGTTGTGGGCTTCAAGCTCAAGGGCAGCATCCCCGCTGGCGCCACCGCTACCGACGTGGTGCTGACCATCACCGAAATGCTGCGCAAGCACGGTGTTGTTGGCAAGTTCGTTGAGTTCTACGGTGAAGGCGTTGCCGCTGTTCCGTTGGCCAACCGCGCCACCATCGGCAACATGAGCCCGGAATTCGGTTCCACGGCTGCCATGTTCCCGATCGACGACGTCACCTTGGACTACCTGCGCCTTACCGGCCGTTCCGAAGCAAATGTCGCCCTCGTGGAGGCATACAGCAAGGAACAGGGCCTCTGGCACGATCCGTCCCGCGAACTGCGTTTCTCCGAGTTCTTGGAGCTGGACCTGTCCACGGTTGTTCCTTCCATCTCAGGCCCCAAGCGTCCGCAGGACCGCATTGAGCTCACGGATGCCAAGGAGCAGTTCCGCAAGGACATCCACAACTACGTAGCCATCGAAGACGGCAGTGTGGACGAGTCCCTGGACGAATCGTTCCCGGCTTCGGATGCGCCGTCCTTCACGCACGCTGATTCGCACACCACGGAGACGGAGCGCGTTTACTCCGCCGCCAACGGTGCGCATGGCCGCCCCTCTTCGCCGGTCAAGGTCACCACTGCGGACGGCCGCGAGTTCGAGCTGGACCACGGTGCAGTGTCGATTGCCTCGATCACGTCGTGCACCAACACGTCCAACCCGTCCGTCATGTTGGCTGCAGCCCTCCTTGCACGCAACGCCGTGGACAAGGGCCTGACCTCCAAGCCGTGGGTCAAGACCTCTGTTGCTCCCGGTTCGAAGGTCGTCACTGACTACTACGAAAAGTCCGGCCTGACCCCTTACTTGGAGAAGCTCGGCTTCTACATCGTGGGTTACGGCTGCGCCACCTGCATCGGTAACTCCGGCCCGCTTGAGCCGGAAATCTCCGAGGCCATCCAGGCCAACGACCTCTCCGTCACCGCTGTCCTCTCGGGTAACCGCAACTTCGAAGGCCGCATCAACCCGGACGTGAAGATGAACTACCTGGCCTCGCCGCCACTAGTCATCGCGTACGCACTGGCCGGCACCATGGACTTCGACTTCGATACCGATGCCTTGGGCACCGACTCCGAAGGCAACGAAGTTTTCCTGAAGGACATCTGGCCGAACCCCATCGAGGTGCAGGAAGTCATCGACTCCTCCATCGACGAGGCTATGTTCGCCAAGGGTTACGAGGGCGTCTTCGACGGCGACGAGCGCTGGAAGGCACTCGACACCCCTGCCGGTGACACCTTCGCGTGGGCCGAGGACTCCACCTACGTGCGGAAGCCCCCATACTTCGAGGGCATGAAGGCCCAGCCGGATCCCGTCAAGGACATCGCAGGCGCCCGCGTGCTCTTGAAGCTTGGCGATTCCGTCACCACGGACCACATCTCCCCGGCCGGTTCCTTCAAGTCGGACACGCCTGCCGGCCAGTACCTCCTGGCCAACGGCGTGGAGCGCAAGGACTTCAACTCCTACGGTTCCCGCCGTGGCAACCACGAAGTCATGATCCGCGGTACGTTTGCCAACATCCGTATCAAGAACCAGCTCCTGGACAACGTTGAGGGTGGCTTCACCCGCGACTTCAGCCAGGAAGGTGCGCCCCAGGCCTACGTTTACGACGCAGCCCAGAACTACCAGGCAGCAGGAACGCCCCTGGTTGTCCTGGCAGGCAAGGAATACGGTTCGGGTTCGTCCCGTGACTGGGCAGCCAAGGGCACCGCGCTCCTGGGCGTCAAGGCCGTCATCGCCGAAAGCTACGAGCGCATCCACCGCTCCAACCTCATTGGCATGGGCGTCCTTCCGTTGCAGTACCCTGCCGGAGAGTCCGCAGCAACGCTGGGCCTGACCGGTACGGAAACCTTCGCAGTGGAAGGCGTCACCGAGCTCAACAACGGCACCACGCCGAAGACGCTCAAGGTAACGGCCACGGCTGAAGACGGTACCGCCAAGTCCTTCGATGCCGTTCTGCGCATCGATACACCGGGTGAAGCGGACTACTACCGCAACGGTGGCATCCTGCAGTACGTTCTGCGCCAGATCTCGGCATAA MSTVDSFGSKGVLNVAGTDYEIFRLNSVEGADSLPFSLKVLLENLLRTEDGANITADHVRALAGWDPNAEPDTEIQFTPARVIMQDFTGVPCVVDLATMREAVKELGGDPKRVNPLAPAEMVIDHSVQIDAFGNSGALERNMEIEYQRNGERYQFLRWGQTAFDDFKVVPPGTGIVHQVNIEYLARTVMTREVDGVVRAYPDTCVGTDSHTTMVNGLGILGWGVGGIEAEAAMLGQPVSMLIPRVVGFKLKGSIPAGATATDVVLTITEMLRKHGVVGKFVEFYGEGVAAVPLANRATIGNMSPEFGSTAAMFPIDDVTLDYLRLTGRSEANVALVEAYSKEQGLWHDPSRELRFSEFLELDLSTVVPSISGPKRPQDRIELTDAKEQFRKDIHNYVAIEDGSVDESLDESFPASDAPSFTHADSHTTETERVYSAANGAHGRPSSPVKVTTADGREFELDHGAVSIASITSCTNTSNPSVMLAAALLARNAVDKGLTSKPWVKTSVAPGSKVVTDYYEKSGLTPYLEKLGFYIVGYGCATCIGNSGPLEPEISEAIQANDLSVTAVLSGNRNFEGRINPDVKMNYLASPPLVIAYALAGTMDFDFDTDALGTDSEGNEVFLKDIWPNPIEVQEVIDSSIDEAMFAKGYEGVFDGDERWKALDTPAGDTFAWAEDSTYVRKPPYFEGMKAQPDPVKDIAGARVLLKLGDSVTTDHISPAGSFKSDTPAGQYLLANGVERKDFNSYGSRRGNHEVMIRGTFANIRIKNQLLDNVEGGFTRDFSQEGAPQAYVYDAAQNYQAAGTPLVVLAGKEYGSGSSRDWAAKGTALLGVKAVIAESYERIHRSNLIGMGVLPLQYPAGESAATLGLTGTETFAVEGVTELNNGTTPKTLKVTATAEDGTAKSFDAVLRIDTPGEADYYRNGGILQYVLRQISA PGPT0001465_690 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 D3-18_02530 1368 rlmCD COG2265 23S rRNA (uracil-C(5))-methyltransferase RlmCD ATGACCTCCCACAGCAATTCCCATAACCGAGAACACGACGGAGGCCAAGGCGAGCCCGGCACCGAACTGGTGGTGGACGTTGGCTCCATCGCCCACGGCGGGCACTTCGTCGCCCGCCACGAAGGGCGCGTCATCTTCGTCAGGCATGCGATCCCGGGGGAGAAGGTCCGTATCCGATTGACTGACTCCGGTGACTCGTCGCGCTTCTGGCGTGCCGACGTCGTCGAGGTCCTGGAGGCTTCACCGGACCGCGTCCCGCATTTTTGGAAGCAGGCCGATTCATTGGGCTCATGGAGCCGCGGAGCCCCGCCAGTGGGTGGCGCCGAGCTAGGACACATTTCCCTGCAGCGGCAGCGGTCTTTGAAAGCGGAAGTACTCGCCGAACAGCTCAAGCGGCTTGCCGGCTTGGACCTCGCCACCGAGGTGGAAGCCGTGGGAGACAATCACGACGGCGGACTCGGCTGGCGTACGCGCGCCAGCTTCGCGGTGACCCCCAAGGGTCGGTTGGGGATGCATGCGCACCGTTCAGACGTTGTGCTTCCCATCAAGGAGATGCCGTTGGCGCTTGCAGGAGTCAATGAGCTGAAGCTGTGGGACCTTGACTTGTCCGGTATTGCCCGCGTGGAGGTCGCGGTGCCCGCTAACGGTTCGCGGCCCCTGATCTTGCTGGCTCCGGAAGAATCCACGAGCCCCAAGAGATTGCACAGCATCCTGTCGCAGTTGCCGCACGACGTATCGGTGGTGAGCTTCGATCCCGGCAAAGGCGAAGTCCTTCAGCTGCGGGGCAGGACCTGGGTGCAAGAGAGTGCGGCAGGCCATGAATACCGTGTGACCGGTGAGGGATTTTGGCAGATCCACAAGGACGCCCCGGACACGCTGGTAGGCGCTGTGACGGGCTATCTTTCCAGCGGCGGGTACTTGCAACCCGGCGCCGCAGTTGCCGACCTGTACGCAGGCGCCGGCCTGTTTACGGCACCTTTGGCGGACGCCGTCGGAGTGACCGGCTCGGTACTTTCCGTAGAGGGCGCGCCGGGCACCAGCCGCGACGCCCGCAAGAACCTGCACGGTGAAGCCCAGGTGGAGATCGTTCAGGGACGTGTTGAGCGGGTCCTGCACCAACGCGCCCGCAGCTTCGACTCGCTGGTGCTGGATCCACCCCGCGTCGGAGCAGGCAAGGCAGTGGTAAAGCAACTCATGGCCACCGGGCCCCGTGCAATCGCCTATGTGTCGTGCGATCCAGCATCCTTCGCACGTGATCTGGGTTACTTCCATCAAGGTGGTTGGCGGCTTGAGTCGCTGCGGGCCTTCGACTTGTACCCGCACACCCATCACCTGGAAACGGTAGGGCTGATCGTGCCCGCCGCCTAG MTSHSNSHNREHDGGQGEPGTELVVDVGSIAHGGHFVARHEGRVIFVRHAIPGEKVRIRLTDSGDSSRFWRADVVEVLEASPDRVPHFWKQADSLGSWSRGAPPVGGAELGHISLQRQRSLKAEVLAEQLKRLAGLDLATEVEAVGDNHDGGLGWRTRASFAVTPKGRLGMHAHRSDVVLPIKEMPLALAGVNELKLWDLDLSGIARVEVAVPANGSRPLILLAPEESTSPKRLHSILSQLPHDVSVVSFDPGKGEVLQLRGRTWVQESAAGHEYRVTGEGFWQIHKDAPDTLVGAVTGYLSSGGYLQPGAAVADLYAGAGLFTAPLADAVGVTGSVLSVEGAPGTSRDARKNLHGEAQVEIVQGRVERVLHQRARSFDSLVLDPPRVGAGKAVVKQLMATGPRAIAYVSCDPASFARDLGYFHQGGWRLESLRAFDLYPHTHHLETVGLIVPAA NA NA NA NA NA D3-18_02531 1977 kimA COG0531 Potassium transporter KimA GTGCTGACAATTCTGAATGCCGCGAAGCGGGTGTTGGTGGGCCGGCCAGTCAGGAACGACCGCCTGTCCCACACCTTGTTGCCAAAACGCATCGCTTTGCCGATCTTCGCCTCGGATGCCCTGTCCTCAGTGGCTTACGCCCCGGACGAAATCCTGCTGACGCTCGCCCTGGCCGGAGTGAGCGCCGTGGCCTTCTCCCCACTGGTGGGTCTCGCCGTCATGGTGGTGTTGCTCACAGTGGTGGCGTCCTACCGTCAGAACGTGCACGCCTATCCGTCCGGCGGTGGCGACTACGAGATCGCCAACGTCAACCTTGGTAAGTATGCCGGGCTCACCGTAGCCTCCGCCTTGCTGGTGGATTACGTTCTGACGGTTGCTGTGTCAATGTCATCAGCAGCGACTTACCTGACCACCGCCATCCCGGCACTGCATGGCCAGCAGGCACTTATTGCCACCATCGGCGTGGTCATCCTGGCTCTGGTCAATCTTCGTGGAGTCAAGGAAGCCGGGACGCTTTTCGCTGTCCCCACGTACATCTTCATGGCGTCCATCCTTGGCATGACCGCGGTGGGCATCTTCCAAGCAGCCACTGGCACCCTGGGGGAGGCGCCGTCCGCCAACTTCACAATTGTCCCTGAGCCCGGATTCGATGAAGGCCTGGTAGGGCTGGCCGGAGCTTTCTTGCTCCTGCGTGCCTTTTCTTCGGGAGCCGCCGCGCTGACCGGCGTCGAAGCCATCAGTAATGGCGTCCCCAACTTCCAAAAGCCCAAAAGCAAAAACGCGGCCACTACGTTGCTGCTGCTCGGCGTCATTGCTGCATCCATGCTGGCGGGCATCCTCTACCTTGCCAACGCCACCAAGGTGCACATCGTCCTGGACCCGGCCCGGGAATTCCTGGTGGACGGAAAGCCGCTGCCTGAGGGCTACATCCAGACTCCTGCCATCAGCCAGATTGCCGACACCATCTTTGGGTCCGGTTCGATTCTTTTCTACCTCGTAGTTGCGGCCACGGGCATCATCCTGGTGTTCGCCTCCAACACGGCGTTCAACGGTTTCCCCGTGCTGGGTTCGATCCTGGCCCAGGACGGCTACCTGCCCCGGCAACTCCGCACGCGAGGCGACAGGCTTGCGTTCAGCAACGGCGTCCTGGCTCTGGCAGCCGGGGCGCTGGTCCTGATTCTCGCGTTCAACGCAGATGTCACCAAGCTGATCCAGCTGTACATTGTGGGCGTCTTCATCTCCTTCACGGCCAGCCAACTCGGCATGATCCGGCACTGGGGACGCGAGCTGAAACTCGCCCGGGACAAGGCTGTCCGCCGGCGCATCATCAAGTCGCGGACCATCAACATGCTGGGCTTCGGGATGACGGCGCTGGTCCTTGTCATCGTCCTTATCACCAAGTTCGAGCAGGGCGCCTGGATCGCCCTGCTCGCCATGTTCGTCCTCTTCCTCATCATGTGGAGCATCCGGGCCCACTATGACAACGTGGCCAGGGAGTTGGCTGTGGACGAGGACTCCTCGCCCCGTGCACTTCCCACCAGGGTTCATGCCGTTCTCCTCGTTTCGCACGTGCGGAAGCCGGTCCTCCGGGCACTGGCCTACGCACGGGCGTCGAGGCCCTCGCGCTTGGACGCCGTCACCGTGGATATCAGCCCTGAGGAGACAGCGCAGACCGTCAGGGATTGGGAGAAGCTGGAGATTCCCGTTCCGCTGACCGTGTTGGCCAGTCCCTACCGGGAGACCGTGACGCCCATCATGGACTACATCAAGAACATGCGCCGCGACTCACCGCGGGACCTGATCGTGGTGTACATCCCCGAATATGTGGTGGGCAAATGGTGGGAACAACTCGTCCATAACCAAACAGCACTCAGAATCAAGACAAGGCTCCATTTCGAACCCGGAGTCATGGTTGCCAGCGTTCCGTGGCAGCTGAAGTCATCCGAAGAAGCAAAGGCACTGCAGGATACCCAATGA MLTILNAAKRVLVGRPVRNDRLSHTLLPKRIALPIFASDALSSVAYAPDEILLTLALAGVSAVAFSPLVGLAVMVVLLTVVASYRQNVHAYPSGGGDYEIANVNLGKYAGLTVASALLVDYVLTVAVSMSSAATYLTTAIPALHGQQALIATIGVVILALVNLRGVKEAGTLFAVPTYIFMASILGMTAVGIFQAATGTLGEAPSANFTIVPEPGFDEGLVGLAGAFLLLRAFSSGAAALTGVEAISNGVPNFQKPKSKNAATTLLLLGVIAASMLAGILYLANATKVHIVLDPAREFLVDGKPLPEGYIQTPAISQIADTIFGSGSILFYLVVAATGIILVFASNTAFNGFPVLGSILAQDGYLPRQLRTRGDRLAFSNGVLALAAGALVLILAFNADVTKLIQLYIVGVFISFTASQLGMIRHWGRELKLARDKAVRRRIIKSRTINMLGFGMTALVLVIVLITKFEQGAWIALLAMFVLFLIMWSIRAHYDNVARELAVDEDSSPRALPTRVHAVLLVSHVRKPVLRALAYARASRPSRLDAVTVDISPEETAQTVRDWEKLEIPVPLTVLASPYRETVTPIMDYIKNMRRDSPRDLIVVYIPEYVVGKWWEQLVHNQTALRIKTRLHFEPGVMVASVPWQLKSSEEAKALQDTQ NA NA NA NA NA D3-18_02532 672 trkA_1 COG0569 Trk system potassium uptake protein TrkA GTGGCTCACTTCGTGATCATGGGTTGCGGCCGTGTTGGCGCGACCCTGGCACACACTTTGGAGGATGCAGGCCACTCAGTGGCAATCATCGACCAGGACGAGCGGGCCTTCCGCCGACTCCGCAACACCTTCACGGGGCGCAAAGTCACCGGGGTCGGCTTCGACCGGGACACCCTGAAGCAAGCAGGAGTGGAAGAGGCCTACGCCTTCGCCGCCGTTTCCAGCGGCGACAACTCGAACATCCTTGCCACGCGTGTGGCCCGGGAAACTTTCCATGTTGCCCATGTGGTGGCACGCATCTACGATCCCGGCCGCGCCGAAATCTACCAGCGGCTCGGCATCCCCACCGTGGCAGCTGTCCGCTGGAGTGCTGACCAGGTATTGCGCCGCATACTTCCCGAGCAGCATCTCGCCGGTGATTATCGCGAGCCCTCCGGCCGCCTGGTCCTTGCTGAAGTAGATCTGCACGAGGATTGGATCGGGCACAGCATGGACTCCATCGAGTCCGCCGCGGGAATACGCATCGCGTTCCTCACCAGGTTTGGTGAAGGCCTGTTGCCGCAAGCCGGCACCGCCTACCAGGAGGGTGACACGGTCCACGCGATGGTGAGCCTGGACAGAACCTCAGAGATCAGCCGGATTCTCGCCATAGCACCCGCCAAGGAGTCTTAG MAHFVIMGCGRVGATLAHTLEDAGHSVAIIDQDERAFRRLRNTFTGRKVTGVGFDRDTLKQAGVEEAYAFAAVSSGDNSNILATRVARETFHVAHVVARIYDPGRAEIYQRLGIPTVAAVRWSADQVLRRILPEQHLAGDYREPSGRLVLAEVDLHEDWIGHSMDSIESAAGIRIAFLTRFGEGLLPQAGTAYQEGDTVHAMVSLDRTSEISRILAIAPAKES PGPT0002710_3173 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002710-trkA|ktrA-K03499 NA NA D3-18_02533 738 trkA_2 COG0569 Trk system potassium uptake protein TrkA GTGAAAGTTGTCATTGTTGGCGCAGGCAGCGTCGGCTCGTCCATTGCGCGTGAACTGCTCGCCCACAAACACGAGATTCTCCTTATTGACCTGAAGCCTGAAGTCATTGGGCGCAGCGGGCTTCGAGGTGCCCGCTGGCTTGTGGGTGATGCCTGCGAACTCAGCACCCTGCAGGACGCCAAACTCGAGGATGCCGACGTCGTGGTTTCTGCCACAGGTGACGACAAAGTGAACCTGGTGGTATCGCTGCTTGCCAAGACCGAATTCGGTGTAGGGCGGACCGTGGGGCGCGTCAACAACCCCAAGAACGACTGGATGTTCAATGACTCCTGGGGCGTGGATGTGGCCGTCAACACCCCGCAGCTCATGACAGCCCTCGTGGAAGAGGCTGTTGAGATTGGCGACATCGTGCGTCTGTTGACTCTGCAAACAGGGGTGGCCTCAATCGTAGAGTTCACTGTTCCGCATGATTCCCACGTCATTGGCAGCACGGTAGGCGGCATCGACTGGCCGGAAGACGCGACGTTGGTGGCTATCCTGCGCGACCACGCCCCTATCGCGCCTACGCGTGATGACGTCCTGGATGGCGGCGACGAACTCTTCTTCGTCACCACCATCGCGGCCGAGGACGGCCTGAGGGCGTTGTTGTCACCGGGTTCCGACGACGGCCAGGAACCCCGTGATGATGCTGCCGAAGCAGCCGATCAATCAGCTGAGGACGACGGCTTCGACGGCTGA MKVVIVGAGSVGSSIARELLAHKHEILLIDLKPEVIGRSGLRGARWLVGDACELSTLQDAKLEDADVVVSATGDDKVNLVVSLLAKTEFGVGRTVGRVNNPKNDWMFNDSWGVDVAVNTPQLMTALVEEAVEIGDIVRLLTLQTGVASIVEFTVPHDSHVIGSTVGGIDWPEDATLVAILRDHAPIAPTRDDVLDGGDELFFVTTIAAEDGLRALLSPGSDDGQEPRDDAAEAADQSAEDDGFDG PGPT0002710_2011 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-POTASSIUM_TRANSPORT,PGPT0002710-trkA|ktrA-K03499 NA NA D3-18_02534 828 hypothetical protein ATGACCGTGGCCAACGGATCAGAACCGAAGGACACAGGGCGCCCGACGCCCCCGCAGGACGAAGTTTCGCTGACCGGAGACCCTGGACCCGGTGCGGCCAAGGCAGGTGCGGTCAGCCCCGGTTCAGACTCACCCAGTGTGTCTGACTTCGCGGCCGGATATGCCGAAAAAGCCGGACTGCACCGGAACAGCGCGGGCCACGTGGACATGCTGAAGTCAGCGGGCGGTGTCCAAGGTATCGCAGAGAGCATCCTTCCCGGACTTGTCTTCCTGGTCGCCTTCACCATCACCCGCGATCTCACACTGTCCCTTATCGCAGCGCTGGCTACCGCCGCCGTCTTCACTGTGGTGCGCCTGATCCAGCGGCGCCCCTTGACGCAGGCGCTGGCAGGCGTAGTGGGCGTGGGCATTTCCGCTTGGTTGGCCAACACCACAGGTAAGGCGGAGGACTTTTACGTCCTCGGATTCTTCACCAACATCGCTTATATCGCGGGCATGGTGCTTTCCATCGTGCTCAAGTGGCCGGTAGCGGGGCTTTTGTTCGGTTTCGTGCGCAACGAGGGACTTGAGTGGCGAAAGGACGCGGAAAGGCTCCGCGCCTACAGCTTGGGTACGTGGATCGTAGTGGCGGTGCTTGCTCTCCGCCTGGTGGTTCAGGTGCCGTTGTACTTTATGGGAGAGCCAGGACTGACGGCGCTGGCAACCACCAGGCTGTTGATGGGTGCTCCGCTGTACATCCTGGGCCTCTGGGTGGCGTGGCTTGTCACTAAGCCTGCTGTTGGCGAGCCGGTACCTCAGCCGTCGAAGCCGTCGTCCTCAGCTGATTGA MTVANGSEPKDTGRPTPPQDEVSLTGDPGPGAAKAGAVSPGSDSPSVSDFAAGYAEKAGLHRNSAGHVDMLKSAGGVQGIAESILPGLVFLVAFTITRDLTLSLIAALATAAVFTVVRLIQRRPLTQALAGVVGVGISAWLANTTGKAEDFYVLGFFTNIAYIAGMVLSIVLKWPVAGLLFGFVRNEGLEWRKDAERLRAYSLGTWIVVAVLALRLVVQVPLYFMGEPGLTALATTRLLMGAPLYILGLWVAWLVTKPAVGEPVPQPSKPSSSAD NA NA NA NA NA D3-18_02535 372 hypothetical protein TTGGTTGATTCCTCCGGGCACAGCGGAATATCCGGTCAGAAGCCCCCTGGGCAGGGAGTCCGTGACCTTCCTGCGCGGGGCAGGGCCGTATGTACCGGTTTCATCGAATCCGTGACGCATCAGCCGCCCAGCGAACAGCCGTTCTTCTCGGCTGTAGTAGTCGATACCCTGAGGCCCGGAGATCAACGCGCTTCCGGGGGAGCAAAAAAGCCCTATGACCGCCTCCGCGTGATCTGGCTGGGCAGGACACGGGTCCCCGGCATTGAAGCCGGCGTGGAACTTCGCTTGAACGGCATGGTGACCCAGGTTGATGGCCTTCCGGCCATGTTCAATCCCCGATACGAAATACTTTCCCGTCAGGAGCACCTATGA MVDSSGHSGISGQKPPGQGVRDLPARGRAVCTGFIESVTHQPPSEQPFFSAVVVDTLRPGDQRASGGAKKPYDRLRVIWLGRTRVPGIEAGVELRLNGMVTQVDGLPAMFNPRYEILSRQEHL NA NA NA NA NA D3-18_02536 759 hypothetical protein ATGCTTTTTGGGCGCGGCAAGAAGTCCAAGGACGAGCGGTCGGAAACCGCCGGTACCGTCGATGAGTCGGGGGCTGAGACACTAAAATCCGAAACAGGCGGGTCCGGCAGGCCCGGTGACTTCCGACTTGGCAAAGGTCCCCTGGATATAGAGGAGATCGAGAGCCGCGATGGCTACGTTGACCTCGGTGCTCTGTTGATCGAACCAGCCGAAGGTCTCCAGCTGCGGCTCGAAGTGGAAGAAGCCACCCAACGCGTGGTCGCCGTGACCATGGACCTCAACGGTTCCAGCTTGCAGCTCCAAGCGTTTGCGGCACCGCGTTCCGAAGGTCTTTGGGACGAGATCCGTGAACAGATTAACCAGTCCGTGGCGAGCCAAGGCGGAGAAACCGAAGAGGTTTCCGGAGCTTTCGGCACGGAACTTGTAGCCAAACTGCCCGCTGAAGCTACTGACGGCAGCCGTGGCTTCCGTGCCGCCCGCTTCATGGGCGTGGACGGGCCACGATGGTTCCTCCGTGGCGTCCTTGGCGGGCAGGCTGCCTTGGAGCGCGATGCCGCAGCAGGACTGGAAGAGCTGTTCCGTAAGGTTGTGGTGGTCCGTGGCGACAATCCGATGCCTCCCCGCGAATTGTTGCAGCTGCGCCTGCCCAAGGATGCTGCTGTACCGGGCCAGGCCGGTGCTCCCCAAGGCTCCGTTCCCCCGGAAGAGCCCGCAATGCAGCAGCCGGAGCGAGGGCCGGAGATTACCCAGATTGGTTGA MLFGRGKKSKDERSETAGTVDESGAETLKSETGGSGRPGDFRLGKGPLDIEEIESRDGYVDLGALLIEPAEGLQLRLEVEEATQRVVAVTMDLNGSSLQLQAFAAPRSEGLWDEIREQINQSVASQGGETEEVSGAFGTELVAKLPAEATDGSRGFRAARFMGVDGPRWFLRGVLGGQAALERDAAAGLEELFRKVVVVRGDNPMPPRELLQLRLPKDAAVPGQAGAPQGSVPPEEPAMQQPERGPEITQIG NA NA NA NA NA D3-18_02537 540 dut Deoxyuridine 5'-triphosphate nucleotidohydrolase GTGAGCAACGAGACCGCAGTATTCAGTACAGAGGCAACCCCCGCAGTCGCGGATAACAGCGAAACCACGGCAGCGTACGGCGCCCCCACTTTGGAGGTGCAGCTGAAAATGCTCGACGCCGGGTTGGAAGCCCCGTCCTACGCGCACCCCGGCGATGCGGGTGCCGATCTCCGTGCCCGCGAGGACGTGCACCTTGCCCCCGGCGAACGAAAACTCGTTCCAACCGGTGTCTCCATAGCGCTCCCCGACGGATTTGTGGCCCTGATCCATCCCCGCTCCGGACTGGCCACCAAGCATGGCCTCACGGTGGTCAACGCTCCTGGCACTGTGGACGCGGGTTACCGCGGTGAAATCGCAGTCACGCTCCTGAACACCGACCAAAAAAATGCCATTGACCTCAAGCGCGGCGATAGAATTGCACAAATGGTGATTCAGCGCGTCGAATACGCGCGGTTCGTGGCTGTCGACCAACTGTCCGATTCCGTTCGGGGGACCGGCGGCTTCGGGTCCACGGGCGGCTTCAACGCACCGAAGGCCTAA MSNETAVFSTEATPAVADNSETTAAYGAPTLEVQLKMLDAGLEAPSYAHPGDAGADLRAREDVHLAPGERKLVPTGVSIALPDGFVALIHPRSGLATKHGLTVVNAPGTVDAGYRGEIAVTLLNTDQKNAIDLKRGDRIAQMVIQRVEYARFVAVDQLSDSVRGTGGFGSTGGFNAPKA PGPT0021355_225 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021355-dut-K01520 NA NA D3-18_02538 498 hypothetical protein ATGCCTACGCCTGACCAGTCTTCCCCTGTGCCTGCCCGGAACACCCCTTCGGCCTCCGAGGTCCTGTACACCGAGAAGCTGTGGCCCTCCATATGGATCTGGGTTGTGGTTGTAGGCCTTTCCGGCGCAGGTGTCCTGATGTTTGGTCCCATCAGCGCGGCAGCCGGCATCATCGCTGCCTTGGTGCTTCTGGCAATCATGACCATCATGTTGGTGCTCTCTACGCCAACCATCACAGTCACCGCTGACACAGTCAGGGTGGGTCGTGCGAGCATCGACCGGAAGTACGTAGGTTCCGTCCAGGCGTTCAAGAAAGGCGAAGCCACCGCTGAACGGGGTCCGCGCCTGAATGGACTCGCGTACATGTGCTTCCGCGGGTGGATCGATCCGGTGGTCAAGATTGAGATCACGGACCCTGCCGACCGCACCCCCTACTGGCTGGCATCCTCGCGCCGGCCCGATGAGCTCGTTTCGGCACTCACCACGCCACGGGTCTGA MPTPDQSSPVPARNTPSASEVLYTEKLWPSIWIWVVVVGLSGAGVLMFGPISAAAGIIAALVLLAIMTIMLVLSTPTITVTADTVRVGRASIDRKYVGSVQAFKKGEATAERGPRLNGLAYMCFRGWIDPVVKIEITDPADRTPYWLASSRRPDELVSALTTPRV NA NA NA NA NA D3-18_02539 300 hypothetical protein ATGGCCACGGACTACGATGCCCCTCGAAAGACCGAGGAAGATGTCAGCGAGGATTCGCTGGAAGAGCTCAAGACGCGCCAGTCGGGGAAGCAGTCCTCGGCGGTGGACGTTGATGAGACCGACCTTGCCGATGGCTTTGAGTTGCCGGGCGCGGATCTTTCCGGCGAAGAGCTACTCATTCAGGTCATGCCGCCCCAGCCTGACGAATTTACGTGTTTCAACTGTTTCCTGGTGAAGCACAGGTCCCAGATCGCAGCGGAACGGGACGGCCACCAGTACTGCACCGAGTGCGAAAGCTAG MATDYDAPRKTEEDVSEDSLEELKTRQSGKQSSAVDVDETDLADGFELPGADLSGEELLIQVMPPQPDEFTCFNCFLVKHRSQIAAERDGHQYCTECES NA NA NA NA NA D3-18_02540 1341 hypothetical protein ATGCAGGATCTACGACTGGTAGGCGTCCACGACGACGGCGGGCATCTGCTCTTGAGCGGCCCCGGTGGTGCGATGTTCCAGCTTCCGATCGACGAGGCCTTGAGGGCCGCGGCGAGCCGCACCCCTGCCCAAGTGGCCGCTCGTGCCTCCAACACGCCGATTTCCATGTCGCCCCGTGATATCCAGGCCCGGATCCGCAGCGGAGCCACGGCCACGGAAGTTGCAGAGCTTTCCGGTCTCCCCCTTGCCAACGTGCAACGTTATGAAGGCCCTGTGCTTGCAGAGCGTGAGTACGTAGTGCGACAGGCACGAAACATCGAAGTTGCCTCCCCTGCTCCCGGGCATGACATCTACCGCTCCGCTTTTGGTGACAACCCGGCCACTCTTGGCGAGATGGTCGACTATCGGCTTTCAGCGCACGGTATTGATTCCTCCTCGGTGGATTGGGATTCCTGGCGCCGCCCGGACGGTACTTGGACCGTCGTCGCACGCTTCGAAACTGTCCCCGGCGCTCACGGAAGCATCGGCGAAGAACCGCCTGCCATGTGGACCTTCAGCCCCCAGCGCAAGTCGCTGCAGAATGCCAACCGTTGGGCCCAGCAACTCAGCGAACTTGAGCCGATGGACGGCCCGGTCCCGGCCCGGCGGCTTGCTGCAGTATCGGACAGGCCCTTCGATTTCGAGACCGACGCCGAAACAGCAGCACGGGCGTCCGCGAAAGAGTCCGACAGCCTGCTGGAAATGCTCCGTTCGCGGCGCGGCCAGCGCCTTGGCGTGGATGAAGACGGCGACGACGCCTTGGCAGTCCTCTTGAGCAACGTTCCCGCAGCGCACCCGCGACCCGGCGAGGAAATAGAAGAAACTGCGGAATCCGGCGTATCGGATGTAGAGCCGGCGCTTCCTGAAGTCGAAGAGCCCGCACGCAAAGACGGTCGTCCTTCGATGATGTCCCGGCTAAGCCTCGCTCCACGACACTTCGAGTCGCACGAGGACGACGGCGACGACTCACTGAAGCTCCACAATGGTGTCAGCACAGACACACGTGAAATAACGGTGGTAGCCAGCCCGCTTCGACCTGTGACTTCCCTGGCAGGACGCAAACCTGCGGGGCTTGACGAACTCCTCGGCGGCAGCAGCAACCCGCAACCCCGGGCAGAAGACGAATCCACCGGAGCGCAATCTTCCCCTGGTACTCAGCATGGCGAAGTGCCCGTAGAGGACCAGAAAGACGAAGACGTCCGCAAGGATATTGATCCCCCTGCCGAACACCAGCCGTCCCGTCCCAAGCGGTCCAGCATCCCGAGCTGGGACGAGATCGTGTTCGGGGCCCGCGGCGACTAG MQDLRLVGVHDDGGHLLLSGPGGAMFQLPIDEALRAAASRTPAQVAARASNTPISMSPRDIQARIRSGATATEVAELSGLPLANVQRYEGPVLAEREYVVRQARNIEVASPAPGHDIYRSAFGDNPATLGEMVDYRLSAHGIDSSSVDWDSWRRPDGTWTVVARFETVPGAHGSIGEEPPAMWTFSPQRKSLQNANRWAQQLSELEPMDGPVPARRLAAVSDRPFDFETDAETAARASAKESDSLLEMLRSRRGQRLGVDEDGDDALAVLLSNVPAAHPRPGEEIEETAESGVSDVEPALPEVEEPARKDGRPSMMSRLSLAPRHFESHEDDGDDSLKLHNGVSTDTREITVVASPLRPVTSLAGRKPAGLDELLGGSSNPQPRAEDESTGAQSSPGTQHGEVPVEDQKDEDVRKDIDPPAEHQPSRPKRSSIPSWDEIVFGARGD NA NA NA NA NA D3-18_02541 762 tdk Thymidine kinase GTGGCTGAACTGGTCTTCTTCTCAGGCACCATGGACTGTGGCAAGTCCACCCTGGCCCTTCAAATGGACCATAACCACCGTGCCCGTGGCCGCGGAGGTGTTCGGTTCAGCTGTAACGACCGCGCGGGTGATTCAAGGATCTCCAGCAGGCTGGGCCTGCAAACCGACGCGGTGGAAGTTGTGGGCGACACCGATTTCTGGGACGAAGTGGTGGCCCGCCGAACCAACGGACTACGGGTGGACTACCTCATTTGTGATGAGGCCCAGTTCTACTCGCCTACCCAGGTGGAACAATTGGCGCGGGTTGTGGATGAGATGGAGGTGGACGTCTTTGCGTTCGGCATCACTTCCGACTTCCGCACCAGATTGTTCCCTGGCTCGCAGCGGCTCATTGAACTCGCCGACAAAGTGCAGGTCTTACAGGTCGAAGCTTTGTGCTGGTGCGGCCGCCGGGCAACGCAGAACGCCCGCACCGTCAACGGCATCATGGTGGTGGAGGGTGACCAGGTGATGGTGGGAGACGTCGCACCGCAAAACAGCGGAGACGAAGCCGGGCCTACGGAGGCCGCATTGTTTGAGAATCCTCCCGCAGAAGCCGGTCCCGCTGACGCCGTGGGCTACGAGACGTTGTGTCGACGCCACTACATGAGGCGCGTCACGGCTCATGGTGCGAACCTGATGGCAGGCGCCGACCAGCCGCTGCCGTTCGACGTCGATGCCTGCCTTTGGCCCGGTGCAGGAGCCGCGCTGAGGGGCGGCTAG MAELVFFSGTMDCGKSTLALQMDHNHRARGRGGVRFSCNDRAGDSRISSRLGLQTDAVEVVGDTDFWDEVVARRTNGLRVDYLICDEAQFYSPTQVEQLARVVDEMEVDVFAFGITSDFRTRLFPGSQRLIELADKVQVLQVEALCWCGRRATQNARTVNGIMVVEGDQVMVGDVAPQNSGDEAGPTEAALFENPPAEAGPADAVGYETLCRRHYMRRVTAHGANLMAGADQPLPFDVDACLWPGAGAALRGG PGPT0021390_402 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021390-tdk-K00857 NA NA D3-18_02542 1230 hypothetical protein TTGAGGGAAACCGCACAGAACCCGGTGAGCACGTCTTCGGGAACCAACCCGTCCTCTGACCTCCCATCGCCCCCGCTTTTCGGAAGCAAATCCATAGCGGAAGTCCTTACCAGCGCTGCCGCATCCCTGGGCATGCCGGACTTTACCAATCACCTGCAGCTGCCTCCGGCGCAGCGTGTCTGCGTGGTCCTTGCCGATGGGCTCGGCCGTAGCCTCTTGAAGCAGAAGTCCTCCCACACGCCCTTCCTCCGGACGGTCATGGCCGGGGGACAACGCAACGTCCCCACGTGGATAGACGCCGCTTTCCCCAGCACCACGGCGGCATCCCTCGCGAGCCTCGGCACCGGTTTGCCGGCCGGCCAGCACGGAATGGTGGGCTACGACGTCCTCGATCCCGATCAGGACAAGGTAGTCAACCTCCTGGGCAATTGGGATTCCCAAGTGGACCCTGCACAGTGGCAGCCCCACGCGACGGTCTTTGAACGGCTTGCCGGAGAGATGGACGTCGTGACCGTCAGCCTGCCTCAATTCGGAAACTCCCCGATGACACAGGCTGCTCTCCGGGGAAGCCGCTTTGTTGGCGGCACCACGCTGCATGCCCGCACCGCCGCGGCCGCTGAGGCAATGTCCGGTGGTGGACGTTCCCTCATGTACTTTTACGCTAACGAGTTGGACAAAGCAGGCCACCGCTACGGCTGCCAGTCGGACCGCTGGGAGCACCAGCTCGAAGAACTCGACTCCACTGTCAAGAGGTTGTCCGCCACGCTGCCTGCCGGCACCACGATTCTGGTGACCGGCGATCACGGCATGCTGGACGTCCCGGAATCCCAGAGGATCGACTACTCCGCTGATGAAACGCTGGTAGCAGGAGTCCGCCACACTGCCGGGGAGCCGCGTATGGTCCACCTCTATCTCGAACCGGACGCCACTGGGGCCCACCGGGAATCCCTGATTGAGGCATGGCGTCACCGCTTTGGTGAAAGGATTTGGGCCTTTACACGGGAGCAAGCCGTGGATGCAGGGCTGTTCGGCACAGTGCGCCCTGAGGTGGCTCCGCGCATTGGCGACGTCATGATTGCAGCACGTGACACCTTGGCCCTCTATGACACGCGGAGGGCCCGCCCGGCATCCCTGGAGGTTGTGGGGCAGCACGGATCACTGACCAAGGCCGAACGCGAAGTACCCCTGCTGTGCTTCGCCGCTGCCGGCAAGAAGGGCAAACGTGGCTGA MRETAQNPVSTSSGTNPSSDLPSPPLFGSKSIAEVLTSAAASLGMPDFTNHLQLPPAQRVCVVLADGLGRSLLKQKSSHTPFLRTVMAGGQRNVPTWIDAAFPSTTAASLASLGTGLPAGQHGMVGYDVLDPDQDKVVNLLGNWDSQVDPAQWQPHATVFERLAGEMDVVTVSLPQFGNSPMTQAALRGSRFVGGTTLHARTAAAAEAMSGGGRSLMYFYANELDKAGHRYGCQSDRWEHQLEELDSTVKRLSATLPAGTTILVTGDHGMLDVPESQRIDYSADETLVAGVRHTAGEPRMVHLYLEPDATGAHRESLIEAWRHRFGERIWAFTREQAVDAGLFGTVRPEVAPRIGDVMIAARDTLALYDTRRARPASLEVVGQHGSLTKAEREVPLLCFAAAGKKGKRG NA NA NA NA NA D3-18_02543 726 hypothetical protein ATGAGCACCCAGTCTCCGACGCCTCAATCCCGTCCGTCCAACGCCGGGCACCACACCTCCCATCATCACAGCTCGCAGGGACAGAGCCTGGACCAGGCGCTGCAGCAGGCAGGTTTCTACCCGCGATTGGTGGCAGACGTCGTCGATGACGCCCTGGATGGCCGGGAGTGCCTTTCCCACCTTGTCCATTTGGAGACCCACTTCGACCGTGCCGAGGTACGCAGGCACATCACAGTGCTGGTGCTCACGGAGGACATGCTGGTGATCACCCACGTTGATGACCAGCAATTGGATGAGGCCGGAGAGCAAATCGTTGCCCAAGTCTCCACTGAGTCGGTACCCGTGGCCCAGATCCGCTCGGTGGTCCTTAGCTACATGTATTCGCAACCCCAGGATTACAAGCCGTCCGATCCTGTCCGGGAGATGACTCTTTCCATCGCCTGGTCGGGCGGGCAGCGCCTGGACATGGGGCCGGCGAGCTGCGGGGATCCCCAGTGCGAGGCCGATCATGGCTACAGCGGAACCATCGCCCAGGAAGACATCGTCCTGCGGATCAGCGCTGAGGCGGACGGGCTCCAAGCGGTCCAGGACGCCAAGATCTTTGCCCGTGCACTGCGTGCGGTCAACACGGGCAATCCTTCCCCGGCCCAACACGCCAGCATCCCTGCACCGAGGCCGCGTTCGGGCGTCTTCAGCAACCGCCTCAGCCGCGGACACCAGCGTTGA MSTQSPTPQSRPSNAGHHTSHHHSSQGQSLDQALQQAGFYPRLVADVVDDALDGRECLSHLVHLETHFDRAEVRRHITVLVLTEDMLVITHVDDQQLDEAGEQIVAQVSTESVPVAQIRSVVLSYMYSQPQDYKPSDPVREMTLSIAWSGGQRLDMGPASCGDPQCEADHGYSGTIAQEDIVLRISAEADGLQAVQDAKIFARALRAVNTGNPSPAQHASIPAPRPRSGVFSNRLSRGHQR NA NA NA NA NA D3-18_02544 2688 hypothetical protein ATGGTGGATCAGCCCGGCGTCGGCATTTATCCGGAATATTGGGAAGCTGATGTCGTGCTGCGCGACGGCGGGACAGCCCACCTTCGTCCGATACGACCCGAAGATGCCGATGCTTTGCAGGCGTTCCATGCGGGTCAGTCGCAGGCCTCCATCTACATGAGGTTCTTCTCCTTCAAACCAAAGCTCTCCGGCAAGGAAGTCCGGCGCTTCACGGAAGTGGACCACATCAACCGGGTGGCATTCGTGATCACTATCGGCGGTGAAATCATGGGGATTGGCCGCTACGACAGACTCGATGATCCGGCCGAGGCCGAGGTTGCCTTCAACATTTCCGACGCGCACCAGGGACGTGGAATCGGCTCAATCCTCTTGGAGCATTTGGCGGTTGCCGCCCGGGAAAACGGCATTCGGCGCTTCACAGCCGAGGTCCTGCCGGACAACCGGAAGATGCTGATGGTCTTTGCCGACGCAGGCTACGACCTCAAGCGCCAATTCGATGACGGCGTTGTGAGCGTTGAATTCAACATCGATCCCACGGAGAAATCGCGGGCAGTCATGGAGTCCCGCGAGCACCGCGCGGAGGCGCGCAGCGTACGGGACCTGCTGTCGCCGTCGTCGGTGGCTGTCATTGGTGCCAGCCGCAAGTGGGGGACTGTGGGCTACCAGTTGCTGGAGCACATTATTGAAGGCGGCTTCAAAGGTCCTGTCTACGCCGTCAACCCGGAAGCGTTCGAACTCGCCGGAATGATCTCCTTCGGAAAGTTGTCCGAGATCCCGGGGCCGGTGCAGCTGGCCATCGTCGCTGTTCCCTACGAGGAAGTGCCCAAGGTAGTGGACGACTGCGCCGCTGCGGGCGTCAAGGGGATCGTGGTGGCCACCGCCGGATTTGCCGACGACGGCGAGCGGGGACTCGCTCGCCAGCACGAGTTGGTGCGGCGGGCCAGGGCGAACGGAATGCGCGTCATTGGCCCGGAATCACTTGGGATCCTGAATACACAACCTGCGGTGTCGTTAAACGCATCCATGGCACCAACGATGCCCCCGCGTGGAAGCCTGGGCTTGTTCAGCCAGTCGGCTGCCGTGGGTGTGGCGGTTTACGCAGCCGCCAGTCGTCGCCGGCTCGGGTTGTCGTCTTTCCTCTCCGCAGGAAACCGTGCCGACGTTTCCGGCAACGACGTCATGCAGTACTGGGAAGACGACGCCGATACCTCCGCCGTGGGCCTCTACCTTGAGTCCATCGGCAACCCCCGCAAGTTCTCCCGCTTGGCGCGCAGATTGTCCCGCAGCAAACCCGTGATCGTTGCCAAGTCCGACGTCACCGGCCTCAGCCTGCCACCCGGGCACGAGGTTCGCACCACCCAGGCGCCGTCCGCGGCAGTGGACGCGATGATGCGCCAGGCCGGCGTGATCCGTGTTGAGACCATCGAGCAACTCATGGACATCGCCCAGATCGCATCCTCGCAGGCGCTGCCCAAGGGACCTGGCGTAGCCGTTTACTCAAACTCCGTCGCGCTGGCCAAAGTGGTGGCCGACAGTGCCGGACCCCTCGGGCTGGATGTGGGCCGCCTTGTGACGGACATTGATCTGGATGCCGGTATGTCACTGGCGCTTCCTGCCCTTCGGACAAGTCTCCAGGAAAGCCTCGCTGACGACTCCGTGCACGCCGTCGTGGCGGCCCTTCTTCCGGCCCGTGGTCTTACCGTGGAGTCGCTCTCGGGGGTCCTGGCCGAATGCGCTGCCGAGGCCGGAAAGCCTGTTGTGGCTGCCTTCACTGGAATCCTGGATCCCTCCGTGCACATGGAAGGCATGGTGGGCGCAGCGGGCAAGCCTGTGCTGCCTTGCTACTCCAATGCCGGCGCCGCCGTGGCAGCACTGGCGGCGATCGTCCGTTACGCGCAGTGGCGCGACCGTGACCAAGGGCTTTTCGTGGAGCCTGACGGCTGCGATGTCGACGCCACCAGGGAAACATTGAACGCGATGCTGGCCGGCGTCACGGGTGAAAAGATCAGGAAGCTCGACGCCGGTGCTGCCGCCGCACTGCTGTCCGGTTACGGGATTGAAGTGGTGCCGACGCTCGGATTTGGTACCCCTGATGAGGCCGTGCAGGCTGCAGAGACTGTGGGATGGCCGGTGGTCCTCAAGACCACCGACCCTGCATTGCGGCACCGGTTGGACCTCGGAGGCGTTCGGCTGGACATTCAGGACGCCGAGTCCCTCCGTCAAAACATCGCCCAAATGCGCCGTGCTTTGGAACCGTATGGATCGCCGTCGCTTGAAGTGCAGGCCATGGCGCCTGTGGGGCAGGCCTGTACCTTTCGTGCCATGGAGGACCCCTTGCTCGGGCCGGTCCTGTCGTTCGGCCTGGCCGGGGATGCCGTGAACCTGCTGGACGACTGGGCGCATCGGGTCCCGCCGCTATCTGCTGCGGACCTGCACGACGTCATCCGCTCGCCACGGGCGTCCCGGAAACTGTTCGGCTACCAAGGCCTGCCCGCCGTGGATGTGGAAGCTCTCGAGGACATCGCTGCCCGGCTCGCCAAGCTAAAAGATGACCACCCAGGAATCGCTTTGGTGGAATTCAATCCCGTACTGGCGGGGCCCTCGGGTGCCACCATCCTTGGCGCGGATGTATGGATCGGCAATGCGGCACAGCGTACGGACAGTGCGCGACGCGCGATGCGGGGTTAG MVDQPGVGIYPEYWEADVVLRDGGTAHLRPIRPEDADALQAFHAGQSQASIYMRFFSFKPKLSGKEVRRFTEVDHINRVAFVITIGGEIMGIGRYDRLDDPAEAEVAFNISDAHQGRGIGSILLEHLAVAARENGIRRFTAEVLPDNRKMLMVFADAGYDLKRQFDDGVVSVEFNIDPTEKSRAVMESREHRAEARSVRDLLSPSSVAVIGASRKWGTVGYQLLEHIIEGGFKGPVYAVNPEAFELAGMISFGKLSEIPGPVQLAIVAVPYEEVPKVVDDCAAAGVKGIVVATAGFADDGERGLARQHELVRRARANGMRVIGPESLGILNTQPAVSLNASMAPTMPPRGSLGLFSQSAAVGVAVYAAASRRRLGLSSFLSAGNRADVSGNDVMQYWEDDADTSAVGLYLESIGNPRKFSRLARRLSRSKPVIVAKSDVTGLSLPPGHEVRTTQAPSAAVDAMMRQAGVIRVETIEQLMDIAQIASSQALPKGPGVAVYSNSVALAKVVADSAGPLGLDVGRLVTDIDLDAGMSLALPALRTSLQESLADDSVHAVVAALLPARGLTVESLSGVLAECAAEAGKPVVAAFTGILDPSVHMEGMVGAAGKPVLPCYSNAGAAVAALAAIVRYAQWRDRDQGLFVEPDGCDVDATRETLNAMLAGVTGEKIRKLDAGAAAALLSGYGIEVVPTLGFGTPDEAVQAAETVGWPVVLKTTDPALRHRLDLGGVRLDIQDAESLRQNIAQMRRALEPYGSPSLEVQAMAPVGQACTFRAMEDPLLGPVLSFGLAGDAVNLLDDWAHRVPPLSAADLHDVIRSPRASRKLFGYQGLPAVDVEALEDIAARLAKLKDDHPGIALVEFNPVLAGPSGATILGADVWIGNAAQRTDSARRAMRG NA NA NA NA NA D3-18_02545 2517 gyrA_2 COG0188 DNA gyrase subunit A ATGGCCCGCAGCCAAAAATCCGCACGCACAGCCGAGCCCCTCGGCGATTTCACCGAGAACATCGTAGACATCGACGTCACGTCCGAGATGGAAGGCTCCTTCCTGGAGTACGCCTACTCGGTGATTTACTCGCGTGCCCTCCCGGACGCCCGCGACGGTCTGAAGCCCGTTCAACGGCGCATCCTGTACATGATGTCCGATATGGGTCTCCGCCCGGATCGAGGACACGTCAAGAGCGCCCGCGTGGTGGGCGAAGTCATGGGTAAGCTCCACCCCCACGGCGATACCGCCATATACGACGCCATGGTGCGTATGGCGCAGGATTTTTCCCTGCGCCTGCCGCTCATCGATGGTCACGGCAACTTCGGATCGCTCGACGACGGCCCGGCAGCACCGCGTTACACAGAGGCACGCTTGGCGGCCGCCGCGTTGACCATGACGGACCACCTGGACGAAGACGTGGTGGACTTTGTCCCCAACTACGACAACCAGCTGACGCAACCGGATGTGCTCCCTGCCGCTTTCCCCAACCTGCTGGTCAACGGCACCACGGGCATCGCTGTAGGCATGGCCACGAATATGCCTCCGCACAACCTCGTGGAGGTCATCGCCGCTGCACGTCACCTGATCGCCAACCCGGGTGCCACGCTGGACGAGATCATGCGGTTCATACCAGGGCCAGACCTCCCCACAGGTGGCCGCATCGTGGGATTGGACGGAATCCGCGACGCCTACGCCACGGGGCGTGGATCCTTCAAGACCCGCGCCAAGGTAGAAGTGGAACAGCTGTCCGCCCGTCGCACCGGCCTGGTGGTCACTGAGCTCCCCTACATGGTGGGCCCGGAAAAGGTCATCGAGAAGATCAAGGATGCCGTCAATGCCAAGAAGCTGACCGGCATCAGCGACGTCGTCGACCTCACGGACCGCAATCACGGCCTCCGCCTGGTCATCGAGTTGAAGAACGGTTTCAATCCCAACGCCGTCCTCCAGCAGCTGTACCGCTACTCGCCCATGGAAGATTCCTTCGGCATCAACAACGTCACCCTGGTGGACGGCCAGCCGCAGACGCTGGGCCTCCTGCAGCTGCTGCAGGTGTACGTTGAACACCGCCTCAATGTGGTGCGCCGCCGCACGTCCTTCCGCCTGGGCAAGAAGAAGGACCGCCTCCACTTGGTGGAGGGCTTGTTGATCGCGATTGTGGACATCGACGAAGTCATCCAGATCATCCGTTCTTCGGACGAGGCTTCGGCCGCGCGCGAACGCCTCATGTCCATCTACGACCTCACTGAAATCCAAGCCAACTACATCCTGGAACTGCGCCTGCGGCAGTTGACCAAGTACTCCCGCCTTGAGCTGGAGAAGGAACAGGACGAACTCCGCCGGGAGATCGAGGCCTTGGAGGCCATCCTGGCTTCGGATGAACTGCTCCGAGATCTTGTCTCCGGTGAGTTGGCCGTGGTCGCCGAAAAGTACGGCACGCCCCGCCGCACAGTCCTCTTGGAATCGGAAGCTGTATCCCCCACGGTGGCTGCTGCCTTGGCAGCGTCAGTACCCGGGCCAAAGGGCAAAGCCGCGGCGCTGCCCTTGGAAATTCCGGACGACCCCTGCTGGGCCCTGCTGAGTGTGTCCGGACAGATCGCCAGGACGTCCAACCAGGAACCGCTGGCCGAATCAGGCCCCCGGACCAAGCACGATGTTTTCCGCTCTGTGGTCAAGACCACCGCCAGGGGAGAAATCGGTGCGGTCACATCCCAAGGCCGCATGCTGCGGCTCCAGGTGATGGATATGCCCGTGTTGCCTCCGGTCTCCGGTCTCCCCAACTTGGCCGGCGGCGTCCCCGCCAAGGACTTCATCACCTTGCTCAAGGGCGAAACCTTGGTTGCCTTCGTGCCCTTGGACGCCGTCCTCGCCATCGGGACGGTCCAGGGCGTGGTCAAGCGTGTTCAGCCGGACTACCCGCTGAACCGTGAAGACTGGGAGATCATCGCCTTGAAGGACAAGGACACGGTGCTCGCGGTGGAACCGGCGCAGGAGGACAACGTTGACCTTGTCTTCGTGACACGGCAGGCCCAATTGCTTCGATTCAGTGCCTCCAACGTCCGTCCTCAGGGACGCACTGCCGGCGGCATGGCCGGCATCAAGCTTGCGGCCGGCGACGAAGTTATTCACTTCGGTACCGTTCGCGCGGACGATCCCGCCGCCGTCGTGGTGACCATTGCCGGAACCAACGGTGCTTTGCCGGGGACGGCACCGGGAACTGCGAAGGTGACCGCTTTCGAGGAGTATCCCGTGAAGGGCCGGGCCACCGGCGGCGTACGTGTCCACCGTTTCCTCAAGGGCGAGGACACCCTGCTCCTGGCTTGGGCAGGTCATGGTCCGGCGAAGGCTTCCTCGACGGCGGGCGTGGCAAGGGCACTCCCCCACGAACATGGCCGCAGGGATGGATCCGGCGTTCCGTTGTCCCAGCCCGTGGAAGCTATCGGCCCGAGCATGGCATGGGCTGACGCTGCGGAATAG MARSQKSARTAEPLGDFTENIVDIDVTSEMEGSFLEYAYSVIYSRALPDARDGLKPVQRRILYMMSDMGLRPDRGHVKSARVVGEVMGKLHPHGDTAIYDAMVRMAQDFSLRLPLIDGHGNFGSLDDGPAAPRYTEARLAAAALTMTDHLDEDVVDFVPNYDNQLTQPDVLPAAFPNLLVNGTTGIAVGMATNMPPHNLVEVIAAARHLIANPGATLDEIMRFIPGPDLPTGGRIVGLDGIRDAYATGRGSFKTRAKVEVEQLSARRTGLVVTELPYMVGPEKVIEKIKDAVNAKKLTGISDVVDLTDRNHGLRLVIELKNGFNPNAVLQQLYRYSPMEDSFGINNVTLVDGQPQTLGLLQLLQVYVEHRLNVVRRRTSFRLGKKKDRLHLVEGLLIAIVDIDEVIQIIRSSDEASAARERLMSIYDLTEIQANYILELRLRQLTKYSRLELEKEQDELRREIEALEAILASDELLRDLVSGELAVVAEKYGTPRRTVLLESEAVSPTVAAALAASVPGPKGKAAALPLEIPDDPCWALLSVSGQIARTSNQEPLAESGPRTKHDVFRSVVKTTARGEIGAVTSQGRMLRLQVMDMPVLPPVSGLPNLAGGVPAKDFITLLKGETLVAFVPLDAVLAIGTVQGVVKRVQPDYPLNREDWEIIALKDKDTVLAVEPAQEDNVDLVFVTRQAQLLRFSASNVRPQGRTAGGMAGIKLAAGDEVIHFGTVRADDPAAVVVTIAGTNGALPGTAPGTAKVTAFEEYPVKGRATGGVRVHRFLKGEDTLLLAWAGHGPAKASSTAGVARALPHEHGRRDGSGVPLSQPVEAIGPSMAWADAAE NA NA NA NA NA D3-18_02546 384 hypothetical protein ATGCTCAAGGATCAGCAGGTTGGTGCCGTCCTACCGGCACAGGACATAGCCCGGGCACGCGCGTACTACAGCGAAAAACTCGGACTGGAACCCGAAAATCCGGACGACGACGACAACCTCCAGTACAGGTGTGGCGACGGAACCGGATTCTTTGTCTATCAAACGTCCAATGCAGGGACTGCGAAGAACACCCAGATGGGCTGGACAGTCAACGATGTCCGGGCCACAGTGCAGGAGCTGCGCGGCAAGGGAGTCAATTTCGAAGATTACGACTTCCCGGGCCTGAAGACTGAAGACGGCATCGCTACGATGCCTGATGGAAGCGCCGCAGCATGGTTCCTCGACAGTGAGGGAAACATACTGAGCATCAACCAAACCGGCTAG MLKDQQVGAVLPAQDIARARAYYSEKLGLEPENPDDDDNLQYRCGDGTGFFVYQTSNAGTAKNTQMGWTVNDVRATVQELRGKGVNFEDYDFPGLKTEDGIATMPDGSAAAWFLDSEGNILSINQTG NA NA NA NA NA D3-18_02547 519 hypothetical protein ATGCCGATCATCCCCGATGAAAAAGACTGGACCTGGGTGCTTTCAAAGCCCTGCCCCGAATGCGGTTTCGACCCCGCGACGGTGACTCCTTCCACGGTGCCCGGCACCGTTCTGAACATGCTTCCCCGGTGGCGGGCAGTGCTGCGTCGGGAGGATGTAGCAACACGTCCCAACGACCACACGTGGTCCAACCTGGAGTACGCCTGCCACGTCCGGGACGTCTTCAGCCTCTTCGACCAGCGTCTGAACCTGATGCTCACCGAGGACGACGCCCGGTTTGCGAACTGGGACCAGGACCAGGCCGCGATCGACGGAGAGTACGGTTCCGCTGATCCGCGCACGGTGGCCGACGAACTGGAGGCAGAGGGCAAGGAGATTGCCGAGTCCTTCGCCAGGGTCACCGAGGATGACTGGCAACGCACCGGAACGCGCAGCAACGGATCCTCATTCACCGTGTTGACGTTCTCCCAGTACTTCCTCCACGACGTTGTGCATCACCTTCATGATGTGGACGGCTAG MPIIPDEKDWTWVLSKPCPECGFDPATVTPSTVPGTVLNMLPRWRAVLRREDVATRPNDHTWSNLEYACHVRDVFSLFDQRLNLMLTEDDARFANWDQDQAAIDGEYGSADPRTVADELEAEGKEIAESFARVTEDDWQRTGTRSNGSSFTVLTFSQYFLHDVVHHLHDVDG NA NA NA NA NA D3-18_02548 1011 mshD_3 Mycothiol acetyltransferase ATGCCTTTCAAAGACGCAAGCCAAGTCATGCCGGATGCCGTTGCTACCGGCCTGAACTGGCGACCGGCCACCATGGAAGACCTCAACAACTGGGCAGGCCTGATTGCCCGGACGGCCGCCGTCGAACACCCGGTTTGGTATGAGAAGCGCGGCGATCTGGTCCACGTCCTGGAGTCCACCAAGAACCCCGCGGAAACGAGCACGCTCCTTGGCCTGGATTCCGACGGCGTGGCGCGTGCCTATGGCCGCATTACCAAGAACCCCGACGGCGACAAAGCCACCGGAATGGCGTGTGTTGACCCGGAATGGCAACAGCGGGGCATCGGCTCTGCAGTCCTGCTGTGGCAGGAAGGACAAGTACGTAGCCGATTCCAGGCGGATCAGGCCCTGGGCCACACCACAGCACCGCCCCGTCTCCGCATCCAGACGGAGGAACAGCACGAGCATCAGGCAACACTCTTGATGGGTCACGGCTATGGCGCCGTGCGGTGGTTCAACGAAATGCACCGGCCCTTGTCTCAGCAACTGCCCGACGCGCCCCTGAGTGCAGGACTCGAGCTCAGGACGCTGGGTCCATCGCTCTTTGAGCCCGTGCGCCAAGCCCATAACGATGCGTTCAGGGACCACTGGGGGAGCGAGCCACGGGATGAAGAATCGTGGCGCTTCACCATCGAGGAACCGACGGCCAGGCACGATCTGAGTGCTGTGGTTATTGATTCCGGCACGGGGGAGGTGGCCGGATATCAGCTAACCAGCTTTGATCCCGACTCTGCTACCGACCGCGGTTTCAAGGAAGGTTATACAGAGCTCCTTGGCGTGCGACGTGCCTATCGCGGGCGGGGCATAGCCCAAGCACTGCTCGCCGATGCCATGCAGCGCTACGCCTCGGCGGGAATGAACGTGGCCTCACTGGACGTGGACTCGGCCAACCCCACCGGGGCGTTGCAACTCTACTTGGGCATGGGTTATGCGCCAGTGAACCGCAGTATGACGTGGGAGAAGATGCTCTAG MPFKDASQVMPDAVATGLNWRPATMEDLNNWAGLIARTAAVEHPVWYEKRGDLVHVLESTKNPAETSTLLGLDSDGVARAYGRITKNPDGDKATGMACVDPEWQQRGIGSAVLLWQEGQVRSRFQADQALGHTTAPPRLRIQTEEQHEHQATLLMGHGYGAVRWFNEMHRPLSQQLPDAPLSAGLELRTLGPSLFEPVRQAHNDAFRDHWGSEPRDEESWRFTIEEPTARHDLSAVVIDSGTGEVAGYQLTSFDPDSATDRGFKEGYTELLGVRRAYRGRGIAQALLADAMQRYASAGMNVASLDVDSANPTGALQLYLGMGYAPVNRSMTWEKML NA NA NA NA NA D3-18_02549 3495 btuD_10 Vitamin B12 import ATP-binding protein BtuD ATGAAACCCGTTTTCCCTTCCGGCCCCGCCACGCGATCTGCGCTGTACGCCCTTGGCCTGATGTCCGCCCTCAAAGCACTGTCCCTGGTGCTCATGGCCCAAGCTGTGGCGGGGATGCTGGCCGGACTCACGTCCGGGGCGGGGAACTCCGGTTTAGGGGACTGGAACAACGGGCTGATCTGGGGCGCGGCGGGAGCGGTCCTTAGGTCGCTGACGGTGTGGGGACAAGGTATTGCCTCCAGGCGGGCTGCGCTGGGTGTCAAAGAGGAACTGCGGTCACGGCTGTTGAGGCGCTCGCTGTCCGACGGCGTTTCGTCGCCCGTAGCGGGAATGAACGACGGCGGCCTGGCGATCCTTGCCACGCGGGGCCTGGACGCACTGGACGACTACTACACCCAATACCTGCCTGCGATCGTGAACTGCGCTACGGTCCCGCTCCTGATCGGAGCCCGGATCCTCTTCGCCGACTGGGTAAGTGCTGTGGTGATCGTCCTGACGGTTCCACTGGTGCCGCTGTTCATGGTCCTCATCGGCAGGCACACCGAAGACACCGTCCGGGAGGCGCAAAGCACGCTCCGGAAACTGTCCGGCCACATCCTTGAACTAGCCAAAGGCCTTCCCGTCCTGGTGGGCCTGGGACGTGCCACCGAACAGCGCGCAGCCCTGGAAGATATTTCCGAGCAATACCGGACCCGTACCATGGGCACCCTTCGCACGGCGTTCCTTTCCGCACTGGCCTTGGAACTCATTGCGACCATCTCCGTGGCCGTGGTGGCTGTGTTCATCGGCGTACGGCTGGTGCATGGCGACATGGCCCTTGAAGCCGGTCTCCTGGCACTGATCCTGGCCCCGGATTGCTACCTTCCGCTCCGGGAACTCGGCACCGCCCACCACGCAAGCGATGACGGCAGGGCAGCACTCGAAACCACCAACGCCGTACTGGATGCCCCGGCACACGAGCGCCTGCAGGATCATGGGCCTTCCAACACAGAGCCTTCCAACACAGAGCCTTCCAACAACGAGCCATCCAGCACCGAGCCATCCAGCACCGAGCGGGCCGGCGTAGTTGTGAGCGGATTGTCGGTGACCTACCACGGAAGGTCCGCGGCCGCCGTCGGGCCCCTCAGCTTCACTGCCGCCCCCGGGCGCGTTACCGCCCTCGACGGCGACAGCGGCTCCGGGAAGAGCACAGTCCTGGGTGTCCTCGCCGGGCTCATCGGGCAAGGACCGGGAGCCGCAGTCACAGGGACCATCACCGGTGCGGACCCGGGGACAGTGGCGTGGGTTCCGCAACACCCGGTCATGGCCACCGAAACTGTGCAGAAAGAGATTGAACTCTATCTGGACGGATACCTGGGGAACACCGAGGCTGTCACCCGTGTCCTGCGGAAGGCCTCTGCAGAGCACCTGGCTGCCAGGAATCCAGCGGAACTAAGCCCTGGAGAGTTGCGGCGGATCGCACTCGCCCGTGGACTGGCACGTGTGGAAGCAGGCGCTACGGTCCTGTTGCTCGACGAGCCCACCGCCCATCTGGACCAATACTCCGCCAGCGTGGTCCGTCGCGCCATAGAGTCGCTTCGTGGCAATGTCACCGTGATCCTGGTGGCCCACGATGCCGCCACCCGGGCGCTCGCCGACCACCTGGTACCGGTAGGGCAGCAGCAGCACCAGCACCGTCACGGGACCTTAGCGGCTGTGGCCACCGAGGCGAGCAGTCCGCGCGACGCTTCTGCCGGGGTTGTTACAGTCCCGGCGAAGGAAGCCAACCCCCACAACGGCCTCCCTCCCGCTCCCACGACCAGCAGGCTGCATGGTCTCCTGCGGGCTTTGCGACCCGTACGTTGGAAGTTCCTTGCCGCAGGTGTCGTAGCCGTCCTGGCCGCCCTCTTCGCAGTGGCACTGTCAGGTCTGTCCGGGTGGCTGATCATCCGCGCCAGCGAACAGCCGCCCATTCTCTACCTCCTCGGCGCGATCGTCGGAGTCCGGTTCTTCGGTATAGGAAGGGCCGTTCTGCGTTATTGCGAACGACTCTTGACCCATGATGCCGTCTTCGCTGCCATGACCCGCCTCCGCGGTGCGCTGTGGGCATCGCTGAGCCGCAGGGCCCTGTCCCTCAGGCGCCTCCTCCAAGGCGGCAACGTGTTGAGTTCCGTTGTTGATGACGTGGATACCCTCCGCGACCTTCTGCCAAGGGTTGTCCTCCCGCCCGTGACTGCCATGGGAGTCGGGGCCGCGGCTATCCTCGCCACAGCCATCGTTTTGCCAGCGGCCCTGCCGGCGGTGGTGGCAGCCGCCGTCGTGGGCCTGGTCCTTGCCCCGACCCTGGCGGTCCTGGCTGACAGGAACGCCGCCAAGGCCGAACAGCAGATGCGTTCAGTGGTGCTTCGGGGGGTAGCCGCAGCCCTGGACGCCCGTGCGGAACTGAGCGCCAACGGGGTGGAGGAGCCGGTCCTCGGTGCACTGCGCCACAAAGACCGCACCGCCACACTCTCTGCACAACGCTCGGCATGGGCTGAAGGACTCGGCCAAGCCGTGATTGTCCTGGCGTGCTCCATGGGCGCACTGTGGGCCGGCGCCCTGAGTGCACCCGCCGTGCTTAACGGCACAGTTGCCCCGGAACTGGCAGCCGTCATTGTCCTGATGCAACTCGCCTTGGTTGAGCCCTTTGGCGGCATCGTGTCCGCTGTGCGCCAAGCCCCGGCGCTCGCAGCCGTTCTGGGTCGGGTGGCAGCATCCGGCGCTTTGGAGACCGCCACGCCAAGGAGCCAAGCGGAAGAGCACGACGGCGGCACGCGGCGCCTGCCTGATCGGCCCGGCCGGGCGGGACTGGACTTGCGGGGTGCGTCAGCATCCTGGCCCGGCGGCCCGAAGGTCTTTTCCGGTGTGAATGCTGTTGCCGAGCCCGGCCGCTGGCTTGCCGTGACAGGCCCTTCCGGCGCAGGGAAGTCCACGCTCCTCTCGGTACTTCTCGGTTTCCTGCCCCTGACGGAAGGAACTGTGAAGCTCTCCGGCAAAGCTGCTTGGTGCCCCCAGGAGGCCCACCTGTTCGACTCCACCATTCGCGGCAACCTCCTGCTGAGCCGCCCGGCCACAGCGAAGCCCAGCGAGGCCGAGATGCACAAGGCCCTGGCCGACGTCGGGCTTGATTCAATGGTGCAAGCGCTGCCGGATGGGCTCGATGCCCGTATCGGACCCGGTGGTTCGTTCCTGAGTGGTGGCGAACGTCAGCGGCTTGCCATGGCAAGGACGCTCCTGACCGGAGCTTCCGTGCTGTTGCTGGATGAACCCACCGCCCACCTGGATGCGGGCTCGGCGCGGGAAATGATGGCCATTCTGCGCAACGGACTCAAGGACGTCACCGTTGTCCTGGTGACGCATAATCCGGACGATATTGATCCGGCAGATGTGCGGCTGGAACTCCCTGCCGCCAAGGATGCTGCCAAGCGAAGAAGTGCAGGCGCGGCGGAACTGGTGGGAAGGCCTACTCCTCAGTAG MKPVFPSGPATRSALYALGLMSALKALSLVLMAQAVAGMLAGLTSGAGNSGLGDWNNGLIWGAAGAVLRSLTVWGQGIASRRAALGVKEELRSRLLRRSLSDGVSSPVAGMNDGGLAILATRGLDALDDYYTQYLPAIVNCATVPLLIGARILFADWVSAVVIVLTVPLVPLFMVLIGRHTEDTVREAQSTLRKLSGHILELAKGLPVLVGLGRATEQRAALEDISEQYRTRTMGTLRTAFLSALALELIATISVAVVAVFIGVRLVHGDMALEAGLLALILAPDCYLPLRELGTAHHASDDGRAALETTNAVLDAPAHERLQDHGPSNTEPSNTEPSNNEPSSTEPSSTERAGVVVSGLSVTYHGRSAAAVGPLSFTAAPGRVTALDGDSGSGKSTVLGVLAGLIGQGPGAAVTGTITGADPGTVAWVPQHPVMATETVQKEIELYLDGYLGNTEAVTRVLRKASAEHLAARNPAELSPGELRRIALARGLARVEAGATVLLLDEPTAHLDQYSASVVRRAIESLRGNVTVILVAHDAATRALADHLVPVGQQQHQHRHGTLAAVATEASSPRDASAGVVTVPAKEANPHNGLPPAPTTSRLHGLLRALRPVRWKFLAAGVVAVLAALFAVALSGLSGWLIIRASEQPPILYLLGAIVGVRFFGIGRAVLRYCERLLTHDAVFAAMTRLRGALWASLSRRALSLRRLLQGGNVLSSVVDDVDTLRDLLPRVVLPPVTAMGVGAAAILATAIVLPAALPAVVAAAVVGLVLAPTLAVLADRNAAKAEQQMRSVVLRGVAAALDARAELSANGVEEPVLGALRHKDRTATLSAQRSAWAEGLGQAVIVLACSMGALWAGALSAPAVLNGTVAPELAAVIVLMQLALVEPFGGIVSAVRQAPALAAVLGRVAASGALETATPRSQAEEHDGGTRRLPDRPGRAGLDLRGASASWPGGPKVFSGVNAVAEPGRWLAVTGPSGAGKSTLLSVLLGFLPLTEGTVKLSGKAAWCPQEAHLFDSTIRGNLLLSRPATAKPSEAEMHKALADVGLDSMVQALPDGLDARIGPGGSFLSGGERQRLAMARTLLTGASVLLLDEPTAHLDAGSAREMMAILRNGLKDVTVVLVTHNPDDIDPADVRLELPAAKDAAKRRSAGAAELVGRPTPQ NA NA NA NA NA D3-18_02550 1083 cydB COG1294 Cytochrome bd-I ubiquinol oxidase subunit 2 ATGGAACTATCGCCAACCATCTGGTTCGTAGCCATCGCCGTGTTGTGGACCGGATACCTCTTCCTGGAGGGTTTCGACCTCGGCGTCGGCATGCTCATGAAGCTGTTTGCCCGCCACAACACTGACCGGCGAGTGCTGCTGAACACCATAGGCCCGGTATGGGACGGCAATGAGGTGTGGCTGCTCACCGCAGCCGGTGCCACCTTCGCAGCCTTCCCTCTCTGGTACGCCTCGCTGTTCTCCAGCCTCTACCTCCCCCTCCTGGCAGTCCTGGCCGCCTTGATCTTCCGGGCAGTCGCTTTCGAATACAGAGGCAAAGTGGACTCCGTACGGTGGCGCAACCGCTGGGACTGGGCGATCGCCGTAGGGTCCTTCGTGGCCGCCTTCGGCATCGGCGCAGCATTGGCCCTCACCACTACGGGCCTGCCCCTGAATGCCAACGGGGACCGCGTCGGTGGCCCAATGTCCTGGTTCAGCGGTTACGCGCTCCTTGGCGGTTTCGGTGTGGTGGCGTTTGCCCTGGTGCATGCCTTGGCGTTCCTTGCCCTTAAGACCGACGGCGACGTGCGGTATCGCGCCCGCCGCTGGTTCATTCGTCTGGTGCCGTTCGCGGTGTTGCCGATGTTCGGCTGGATGCTGGCTGTCCAGTTCCTGAGCGGCAAGGCCTGGACCTGGGCTTTGGTGGCAGCAGCCATCGTCGCAGTGGTCCTGGCGTGGCGGCTGGCCCGTGCAGGGTCCGAAGGGCGCGCGTTCAGTGCCCTCGGCGCCTTCATTGTGTGCGCCACAGCCTCGATCTTCGGAGCCGCGTTCCCTGTGGTTATCCCCTCCACGATCGATCCCGCCTTCAACTTGACCATCTCCAACGCCTCGTCCTCGGACTACACCCTGGGCCTCATGAGCATCGTTGCAGCCGTTGGCCTGCCACTCGTGATTGCCTACCAGTCATGGACGTACTGGGTGTTCCGGAGGCGCGTAAGCGCGGCCCACATCCCCGAAGCCCACGGGTTCCTGCCGGCCATTGCCGCAAAGGTGATGATCCCCAAGGGCAGCTCGCCATCCACTCCAAGCACATCGGGAGATTAG MELSPTIWFVAIAVLWTGYLFLEGFDLGVGMLMKLFARHNTDRRVLLNTIGPVWDGNEVWLLTAAGATFAAFPLWYASLFSSLYLPLLAVLAALIFRAVAFEYRGKVDSVRWRNRWDWAIAVGSFVAAFGIGAALALTTTGLPLNANGDRVGGPMSWFSGYALLGGFGVVAFALVHALAFLALKTDGDVRYRARRWFIRLVPFAVLPMFGWMLAVQFLSGKAWTWALVAAAIVAVVLAWRLARAGSEGRAFSALGAFIVCATASIFGAAFPVVIPSTIDPAFNLTISNASSSDYTLGLMSIVAAVGLPLVIAYQSWTYWVFRRRVSAAHIPEAHGFLPAIAAKVMIPKGSSPSTPSTSGD PGPT0026705_1479 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 D3-18_02551 1599 appC COG1271 Cytochrome bd-II ubiquinol oxidase subunit 1 ATGGACGCCTTGGAAATCGCACGCTGGCAGTTTGGTATCACTACCGTCTACCACTTCATGATGGTGCCGCTCACCATTGGCCTCGGCCTGGTAGTGGCCATCATCCAGACCATTTGGTACCGCACCGGCAAGCCCGAGTACCTGCGGATGACCAAGTTCTGGGGAAAGCTCTTCCTCATCAACTTCATCATGGGCGTGGCCACCGGCATCGTTCAGGAATTCCAGTTCGGCATGGCGTGGAGCGAGTACAGCCGTTTCGTCGGAGATGTCTTCGGTGCACCGCTGGCCCTCGAAGCATTGTTGGCGTTCTTCGTTGAATCCACCTTCCTGGGGCTGTGGATCTTTGGCTGGAAGCAACTCAAGCGCGGCGTCCACCTGGCCTGTTTGTGGATTGCCGTGATTGGTTCAGTCTTCTCCGCGTACTTCATCATCGTGGCCAATTCCTGGATGCAGCACCCCGTAGGCGTTGAAATGGTGGATGGCCGGCCCGTGATGACTGACGCCTGGGCGGTGTTCACCAACAACACTGCACTGGTGGCGGTTCCCCATACGCTGTTCGGTGCGTTGGCTGTCGCGGGTGCCTTCCTCCTTGGTATCGCCTGGTACCACCTCTGGCGTCGACGTCACGATGGCATTGATGTGGTGGGCAAGGACGGCAAGCTGCTTCCCGGCGAGGCCGCAATTCCGGGCCGTGACAAGTCCGATTACACCGTGTGGATGACGTCCTTGCGTATTGGCGCAGTGGTGGCCATGATCTCCTTCGCAGGAACGGCCATCACCGGTGACCTGCAGGGCAAGCTGATGTTCGAGCAGCAGCCCATGAAGATGGCCGCTGCGGAAGCTGCCTGCCATGACGGCACGGGCTTCTCGGTCCTGAGCGTGGGCAACCTTGGTGCCACCAACTGCGATGACATTGTGGCCGTCATTGAAGTGCCCGGCATCCTCTCCTTCCTGGCCAAGGGCGACTTCACTACCGAGGTCAAGGGCGTGAACAGCCTGCTGGGTGAGTACAAGGAAAAGTACGGCACCCACCTGCCGGACAACCCGCTGTACGGTGAGCGCGCCGGACAGGAAATCCAATACGTGCCTGTCATGGAAGTGACCTACTGGGGCTTCCGCATGATGATCGGCTTCGGTGGCCTCGCCGCCTTCGCCGCACTGTTGGCCCTCTGGGTCACCCGCAAGGGCGTGGTTCCTCAGTCCACATGGCTCATGCGTCTTGCAGTCCTGGGGATCCTTGCACCGTTCGGCGCCAACGCCGCAGGCTGGATCTTCACCGAAATGGGCAGGCAGCCGTTCGTCGTGGCCCCGAATCCGGACATGAACGGGATTGACCAAGTCTTCATGTTCACCGCTGCCGCCGTGTCCCCGGGGGTCAGCGCAGGGGAGCTCATGACCTCGCTGGTAGTCCTCACCGCCATCTATGCCGTGCTGCTGGTGGTGGAGGTGAAGCTCCTGGTCAAGTACATCCGAGGTGGCGTGGCCTCCGCGATGCCTGAACTGGGCCACGCGCAGGACTCAGGCGACCAACGTGACAAGAACGACGACGGCACCGGACCGGATAAGTCCGGCGACGACGTCCTGGCATTCGCCTACTAA MDALEIARWQFGITTVYHFMMVPLTIGLGLVVAIIQTIWYRTGKPEYLRMTKFWGKLFLINFIMGVATGIVQEFQFGMAWSEYSRFVGDVFGAPLALEALLAFFVESTFLGLWIFGWKQLKRGVHLACLWIAVIGSVFSAYFIIVANSWMQHPVGVEMVDGRPVMTDAWAVFTNNTALVAVPHTLFGALAVAGAFLLGIAWYHLWRRRHDGIDVVGKDGKLLPGEAAIPGRDKSDYTVWMTSLRIGAVVAMISFAGTAITGDLQGKLMFEQQPMKMAAAEAACHDGTGFSVLSVGNLGATNCDDIVAVIEVPGILSFLAKGDFTTEVKGVNSLLGEYKEKYGTHLPDNPLYGERAGQEIQYVPVMEVTYWGFRMMIGFGGLAAFAALLALWVTRKGVVPQSTWLMRLAVLGILAPFGANAAGWIFTEMGRQPFVVAPNPDMNGIDQVFMFTAAAVSPGVSAGELMTSLVVLTAIYAVLLVVEVKLLVKYIRGGVASAMPELGHAQDSGDQRDKNDDGTGPDKSGDDVLAFAY PGPT0026700_362 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 D3-18_02552 387 blaI COG3682 Transcriptional regulator BlaI ATGGCAAGTCTTGGGGAACTGGAACGGGCAGTGATGGATCTGCTCTGGGCAGGCCAGGAGGCTGCAACCGCCAACACACTGCGCGATCTCCTGGCGCAGGATTCCGAGGCCGGTGACGGCACCGCGGGTCATCAAGGCAAGGATCTGGCCGTAACCACGGTCCTCACTGTGCTCTCACGCCTGGAAAAGAAGGGCCTGGTGGAGCGTGAACGCGGAACGCGGCCACACCGCTACCAAGCCGTCTCCAGCCGCGCCGATCACACCGCCGAACTCATGCACGAAGTGCTGGGCTCGGCTCCGGACCGCGAGGCCGTCCTGGCCCGCTTCATTGGTTCCGTCACCGAAAGCGAAGCCGCTACCCTGCGCAAACTGCTCGGCTACAATTAG MASLGELERAVMDLLWAGQEAATANTLRDLLAQDSEAGDGTAGHQGKDLAVTTVLTVLSRLEKKGLVERERGTRPHRYQAVSSRADHTAELMHEVLGSAPDREAVLARFIGSVTESEAATLRKLLGYN NA NA NA NA NA D3-18_02553 1023 hypothetical protein ATGTTCTGGACCTCATACCTGCTTGCGGTCCTGGCAATCATTCTGGCGTGGCCAGTACCCGTGCTGCTTTCCCGTGCGCAGTGGCCGGCACGATCCCCTTTCACCGCCATGGTGCTGTGGCAGGCGATCGCCCTCGCTGGTGGCTTATCCATGATCGGCGCCATGCTCGTCTATGGACTCGAGCCCATCGGGGACAACCTCATCGCAGGACTCAAGAGCCTGGCCGGGATGGTTTTCAACAACGAGCCCACCACCGCGCTGGGCTTTTGGCACCTTTTTGCGCTCTCCGCAGCGGCACTGCTGACCGCCCACCTGGTCTTTACCCTGCTGCTGACCTATTACAAGATTGAGCGCCAGCGGCGACGCCACCGCGAGCTGCTGGCCCTGCTGGCATCACCGTCGGACGACGGCCCCGGCACCGTGGTGATCAATCACGACTCCCCCGTCGCCTACTGCCTGCCTGGCGGCGCCCGGTCCGTAACGGTTCTCTCCGACGGCCTGATGGCAGCACTGGAGCCAGCCGAACTCAGGGCAGTGCTTATTCACGAGAACGCGCACCTGTCCCAGCGCCACGATCTCCTGCTTTGGGCCTTTGCTGCTTGGCGCCAGGCCCTGCCATGGTTTCCCACCACCCGGCTGGCCCAGACAGCGGTGAACTCCCTGATCGAAATGCTGGCCGACGACGTCGCGCTCCGCACCGAGAGCAAAGGCACCCTGATCAAAGCCATCGCGATAGTTGCGAGTGGCACCACACAGCCCGCCTTGGACGGGCAGCCGGTCAGCGGGAATAAGTCACTGGCCGGCGGACAGGCGCTCAGCGTTGGTGGCGCGGTCGTCGAGGGCAATGCAGTCAGCGCCACCGGCGGCGCTGATTCCCCACGCACGACGGCGTCACGCGTCAGCCGCCTGCTCTCACCCAAGCCTCCGCTCACCAAAGCTGCGCGGGTGCTGGTCCTGGCGGCCTCGGCCTTGCTGCTTGCGGTGCCCACTGCCCTGTTAATCGTCCCGGGACTACTGGGCTGA MFWTSYLLAVLAIILAWPVPVLLSRAQWPARSPFTAMVLWQAIALAGGLSMIGAMLVYGLEPIGDNLIAGLKSLAGMVFNNEPTTALGFWHLFALSAAALLTAHLVFTLLLTYYKIERQRRRHRELLALLASPSDDGPGTVVINHDSPVAYCLPGGARSVTVLSDGLMAALEPAELRAVLIHENAHLSQRHDLLLWAFAAWRQALPWFPTTRLAQTAVNSLIEMLADDVALRTESKGTLIKAIAIVASGTTQPALDGQPVSGNKSLAGGQALSVGGAVVEGNAVSATGGADSPRTTASRVSRLLSPKPPLTKAARVLVLAASALLLAVPTALLIVPGLLG NA NA NA NA NA D3-18_02554 468 hypothetical protein GTGTGGCGGGAACTGCGCCGGATCGGGGCCGTTCCTTTATCGCCCGGCACGTGGGTCCTCCCTGCCCATCCGGCCTTCGATGAGGGTCTTGCCCGGGCCCAGGCGCTGGTGGCGAAGGGCGATGGCTCCTGGACGTTGGTGGACGCTGCGCCCCGCGACAACGGCGCCGACACTTTCCGTAGCGTTTTCGAAGCGGCCCGGCTGGAGGAGTGGAACGAGTTCACGGCCGATTGCGGCAAGTTTGAGCAAGAGATAGCCAAAGAGATTTCCAGGGAGAAGTTCACCTTTGCCGAACTGGAGGAAGAAGAACAAAGCCTGGAGCGCCTGAGACGCTGGTACAGGGAGTTGAAGTCGCGCGATGTGCTTCATTTGCCGCAGGCGACGGACGCCTCAGAGCACCTGGCTCGCTGCGCCGAGGCCTTGGAAGGCTACGCGTCCTTGGTGTACGACGCGACGCTGCCCCACTAG MWRELRRIGAVPLSPGTWVLPAHPAFDEGLARAQALVAKGDGSWTLVDAAPRDNGADTFRSVFEAARLEEWNEFTADCGKFEQEIAKEISREKFTFAELEEEEQSLERLRRWYRELKSRDVLHLPQATDASEHLARCAEALEGYASLVYDATLPH PGPT0004186_60 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_SUPEROXIDE_ANION_RADICALS,PGPT0004186-chrB-NA NA NA D3-18_02555 1242 hypothetical protein ATGAATGTAGCAGCTGTTACATTCATAAGTGTGAATGCTCCAAACAGTTCCCCCGCTTCCGTTGCAGCCAGCCAGCGTTGGCCCCTCTACGCCGCGGGCTTTACCACCGCCTTTGGTGCCCACGCGGTGGCAGCAGGCCTCGGGGCAGAAAGCGCAGACATCGGTTTGAGCTTGCTTGCCCTGGGTGTTCTGCTGGCTTTGTACGACGTAGCGGAAGTGTTCCTCAAACCCGTTTTCGGAGCCCTCAGCGATCACATCGGACCCAAGCCGGTCATCGTGGGTGGGCTTGTTGCTTTCTCCGCTGCCTCCCTGATTGGACTATGGGCGGATGAGCCCGCCATGCTCGCCGCTGCCCGCCTTGGTCAAGGGATGGCGGCTTCGGCCTTCTCACCAGCCTCGTCCGCTAGTGTTGCCCGGCTGGCAGGCGGCAGGACCGGGCACTACTTTGGCCGCTACGGCTCCTGGAAAGGACTCGGCTACGCTATTGGACCGCTGCTCGGAGCCCTGGCCATCATCACCGGCGGATTCAGCCTGCTGTTCGGGATTCTGGCGGCCGTGGGCCTGGCTGTGGCCGTTTGGGCCCTTGCTTCGGTGCCCCGCCTGCAGCCGCTTCCGCGTCCCAGATACACCATCGTCGATGTGTGGCGCCAAAGCACTGAACGGTCATTTCTCGGACCAACGCTGGTGTTGGCCGCTGCTACGGGGGCACTGGGTGCCGCCGTCGGCTTTCTCCCTGCGCTGGCAGCACGGGAAGGGCTTGGTACGGCAGGCAGCGTTGCCGTAGTCACAGTGCTGGCAGTAGCTTCCGCGCTGATACAGCCCCGCGTCGGCAGGCTGAGGGATCAGGGAAGAATCGCCGACAAGCCCGGCATGGTGGCCGGCCTGCTCGCCATCTCGGTAGGCACCCTCATGGCCGGATTGTTGCCAGGAGCCGCATGGATCTACTGCGCAGCGGTGCTCATCGGTGCGGGAATCGGCATCTCCACGCCTCTCGCATTCGCCCACCTGGCCGATGCAACGCCAGCCGAACGCCTCGGCAGGACCATGGGCTCAGCCGAGCTGGGCCGCGAACTTGGCGACGCCGGCGGGCCGCTGCTGGTGGGCGGTGTTGCCGTAGCGGCGGGGCTCCCCTGGGGTTTGGGTGCCTTGGCCTTGGTGGTGGGAGCGGCTACGTTCGCAGCCCCTGGCGCCCGCACACCACAGGCCGCTGAACGGCGCCCCGGTCCGCGAAATCAAAGCTAG MNVAAVTFISVNAPNSSPASVAASQRWPLYAAGFTTAFGAHAVAAGLGAESADIGLSLLALGVLLALYDVAEVFLKPVFGALSDHIGPKPVIVGGLVAFSAASLIGLWADEPAMLAAARLGQGMAASAFSPASSASVARLAGGRTGHYFGRYGSWKGLGYAIGPLLGALAIITGGFSLLFGILAAVGLAVAVWALASVPRLQPLPRPRYTIVDVWRQSTERSFLGPTLVLAAATGALGAAVGFLPALAAREGLGTAGSVAVVTVLAVASALIQPRVGRLRDQGRIADKPGMVAGLLAISVGTLMAGLLPGAAWIYCAAVLIGAGIGISTPLAFAHLADATPAERLGRTMGSAELGRELGDAGGPLLVGGVAVAAGLPWGLGALALVVGAATFAAPGARTPQAAERRPGPRNQS PGPT0027875_1484 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 D3-18_02556 2109 gyrB_2 COG0187 DNA gyrase subunit B GTGGCACCGAGTTCTGAATACAACGCCCGGCATCTGTCTGTCCTTGAGGGCTTGGAAGCCGTTCGCAAGCGCCCGGGCATGTACATCGGCTCCACTGACTCCCGCGGCCTCATGCACTGCCTCTGGGAAATCATCGACAACGCTGTGGATGAGGCTCTGGCAGGCTTCGGACATGACATCAAAGTCATCCTGCATGCCGACAACTCTGTGGAAATCCACGACGACGGCCGCGGTATCCCCGTGGACGTAGAACCCAAGACAGGCCTCTCCGGCGTCGAAGTTGTGTTCACCAAACTGCACGCAGGCGGCAAATTCGGCGGAGGTTCCTACACTGCCTCGGGCGGTTTGCATGGCGTCGGAGCTTCGGTGGTGAACGCTCTGTCCAGCCGCCTTGATGTCCAAGTGGACCGCGGCAGCAAGACCTACCAGATGTCGTTCCGCCGCGGCGAGCCGGGACGCTTCGTGGATTCCGGTGCAAAGCCAAGCCCCAATGCACCGTTCGAGCCGTTCGTTGAGAATTCTGTGCTGGATGTTGTGGGCAAGGCCAAACGTGGCGTCACCGGAACCCGTGTGCGTTATTGGGCTGACCGTCAAATTTTCACCCCTGACGCCAAGTTCTCCTATGATGACCTGGCAGCACGGGCACGCCAGACATCCTTCCTTGTGCCTGGCCTGAAAATCACCGTGCGCGACGAGCGGAAGCTGGCCGGAACACCGGGGGAAGCCGGTGTCCATGAGGAAGTGTTCCACCACGATGGCGGCATCTCCGAGTTTGTTGAGTTCCTCGCGGCCGATTCCGGAGTGACAGACGTTTGGCGTCTCCACGGTTCAGGGAAATTCAAGGAAACGGTCCCGGTCCTCGATGAGAACGGGCACAGCAAGATCGCGGAGGTTGAGCGTGACTGCGAGGTGGACATCGCCCTGCGCTGGGGCATCGGTTATGAGACCACTATGCGCAGCTTCGTCAACATCATCGCCACGCCCAAGGGCGGCACTCACCAGTCCGGCTTTGAAGCCGCCCTGTTGAAGACCTTCCGCAAGGCAGTGGAGACGAACGCGCGCAAGCTCAAGGCCGGCAACGACAAAATCGAGAAAGACGACATTCTAGCCGGGCTGACTGCCGTCCTGACTGTTCGGCTTGCGGAGCCGCAGTTCGAGGGACAGACCAAGGAAATCCTCGGTACCTCGGCGGTTCGTGCCATTGTGGCCAAAGTGGTTGAGAAGGAAATAACAGCAAGGCTGAACTCGGCCAACCGCAACGACAAAGCCCAGTCCGCGCTCCTCCTGGAGAAGATGGTCGCTGAGATGAAGTCGCGCATCTCGGCCCGCGTGCACAAGGAAACCCAGCGCCGCAAGAACGCCCTGGAAACTTCGTCAATGCCCACCAAGCTTGCAGACTGCCGGACTGATGACGTCGCACGCTCTGAATTGTTCATCGTAGAGGGTGACTCGGCCCTCGGTACCGCCAAACTTGCCCGCTCATCGGACTTCCAAGCACTGCTGCCCATCCGCGGCAAGATTTTGAACGTCCAGAAAGCATCCGTTGGCGACATGTTGTCCAACGCTGAGTGCGCGGCGTTGATCCAGGTTGTGGGTGCCGGCTCGGGTCGAAGCTTCGACATTGACGCTGCCCGTTACGGCAAGGTCATCCTCATGACTGACGCCGATGTTGACGGTGCGCACATCCGCACCCTGCTGCTCACCCTGTTCTTCCGATACATGCGCCCCATGGTCGAGGCCGGCCGCGTGTTTGCGGCTGTCCCGCCCCTGCACCGCGTGGAAGTGATCAACCCCGGCCAGAAGGCCAATGAGATGATCTATACCTACTCAGAGGCCGAGCTTCACGTGCTTCTCTCCAACCTTGCCAAGGAAGGTAAACGCTACAAGGAACCTATCCAGCGGTATAAGGGTTTGGGCGAGATGGACGCACAGCAACTGGCCGAGACCACTATGGATCCACGACACCGGACCCTCCGGAAGGTGGGCATTGATAGCGCCCAACGTGCCGAGGAAGTCTTCGATCTTTTGATGGGCTCGGACGTGGCACCGCGCAAGGAGTTCATTATTGCCGGCGCGGCTACCTTGGACCGGGAGCGCATCGACGCCTAG MAPSSEYNARHLSVLEGLEAVRKRPGMYIGSTDSRGLMHCLWEIIDNAVDEALAGFGHDIKVILHADNSVEIHDDGRGIPVDVEPKTGLSGVEVVFTKLHAGGKFGGGSYTASGGLHGVGASVVNALSSRLDVQVDRGSKTYQMSFRRGEPGRFVDSGAKPSPNAPFEPFVENSVLDVVGKAKRGVTGTRVRYWADRQIFTPDAKFSYDDLAARARQTSFLVPGLKITVRDERKLAGTPGEAGVHEEVFHHDGGISEFVEFLAADSGVTDVWRLHGSGKFKETVPVLDENGHSKIAEVERDCEVDIALRWGIGYETTMRSFVNIIATPKGGTHQSGFEAALLKTFRKAVETNARKLKAGNDKIEKDDILAGLTAVLTVRLAEPQFEGQTKEILGTSAVRAIVAKVVEKEITARLNSANRNDKAQSALLLEKMVAEMKSRISARVHKETQRRKNALETSSMPTKLADCRTDDVARSELFIVEGDSALGTAKLARSSDFQALLPIRGKILNVQKASVGDMLSNAECAALIQVVGAGSGRSFDIDAARYGKVILMTDADVDGAHIRTLLLTLFFRYMRPMVEAGRVFAAVPPLHRVEVINPGQKANEMIYTYSEAELHVLLSNLAKEGKRYKEPIQRYKGLGEMDAQQLAETTMDPRHRTLRKVGIDSAQRAEEVFDLLMGSDVAPRKEFIIAGAATLDRERIDA PGPT0027710_1123 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 D3-18_02557 222 hypothetical protein ATGACAACAGCAGTTGCAGACCGCACACTGAACGCAGCTGACCGCTGTGACCGTTGCGGAGCCCAGGCGTACGTCCGCGTTGTACTCGAGTCCTCCGGCGGTGAGCTGCTCTTCTGCGGCCACCACGCACGTGCAGTTGAAGCTACGCTTCGGCCCATGACTTCTGACTGGCACGATGAGACCGAGCGCCTCAACGAGAAGGCTCCCGTCCCCGTCGACTAG MTTAVADRTLNAADRCDRCGAQAYVRVVLESSGGELLFCGHHARAVEATLRPMTSDWHDETERLNEKAPVPVD NA NA NA NA NA D3-18_02558 1314 hrdB COG0568 RNA polymerase principal sigma factor HrdB GTGACCCCGTCTTCCGTCGAGAAGGAACCCGCCGCCCAGGCCGAATTGTCCGCTGAGGAAAAGAAGGCGGCAACATCGGCAAAGCGCGCAGCGACACGTGCTGCCAACAAGGCCTCAGAGGGCGACTCTGACAAGCCGGCACCTAAGAAGCGTGGACCCAAGCCCGGCGCGAAGGCCGCCGCTGAAGCCGCGAACAAGTCCTCAGGCTCCGACGCTGAGGATTCCAGTGGCGAGGATGAAGACTTTGATCCCGCAGCTGCCGAGGAAGTCGAAGTCGGAGAAGATGACGTCGAGGACGGCGCCACGGCTACCAAGGACAAGGCTGCTCCCTCAGGTACGGGATTCGTCTACTCCGATGCCGACGACGACGACGCTCCTGTCCAGCAGGTCATGTCGGCCGGTGCTACTGCCGACCCCGTCAAGGATTACCTGAAGCAGATCGGTAAGGTCGCACTGCTGAACGCAGAGCAGGAAGTTGACCTCGCCCTTCGGATCGAGGCCGGCCTCTTTGCCGAGGAAAAGATCAACGCTGACGACGGATCCATGGATCCCAAGCTCAAGCGTGAGCTGGAATTCGTCATTCACGACGGCAAGCGTGCCAAGAACCACCTGCTCGAAGCCAACCTGCGTCTCGTCGTTTCCTTGGCCAAGCGCTACACCGGCCGTGGCATGCTCTTCCTGGACCTGATCCAGGAAGGCAACCTGGGTCTCATCCGTGCAGTGGAGAAGTTCGACTACACCAAGGGCTTCAAGTTCTCCACCTACGCAACGTGGTGGATCCGTCAGGCGATTACCCGCGCCATGGCCGACCAGGCCCGCACCATCCGTATTCCGGTGCACATGGTGGAAGTCATCAACAAACTGGCCCGCGTACAGCGCCAAATGCTTCAGGACCTCGGCCGCGAACCGACGCCTGAGGAGCTGGCACTCGAGCTGGACATGACGCCCGAGAAGGTTGTCGAGGTCCAGAAGTACGGCCGCGAACCGATTTCGCTCCACACCCCGCTGGGTGAGGACGGTGACTCGGAGTTCGGTGACCTGATTGAGGACTCTGAGGCCGTGGTCCCTGCCGATGCCGTGAGCTTCACGCTCCTGCAGGAACAGTTGCACTCGGTTTTGGACACCCTGTCGGAGCGCGAAGCCGGAGTCGTTGCAATGCGCTTCGGCCTGACCGATGGCCAGCCGAAGACTTTAGACGAAATCGGCAAGGTCTACGGCGTCACGCGCGAGCGTATCCGCCAGATCGAATCCAAGACCATGTCCAAGCTGCGGCACCCGTCCCGCTCGCAGGTCCTGCGGGACTACCTGGACTAA MTPSSVEKEPAAQAELSAEEKKAATSAKRAATRAANKASEGDSDKPAPKKRGPKPGAKAAAEAANKSSGSDAEDSSGEDEDFDPAAAEEVEVGEDDVEDGATATKDKAAPSGTGFVYSDADDDDAPVQQVMSAGATADPVKDYLKQIGKVALLNAEQEVDLALRIEAGLFAEEKINADDGSMDPKLKRELEFVIHDGKRAKNHLLEANLRLVVSLAKRYTGRGMLFLDLIQEGNLGLIRAVEKFDYTKGFKFSTYATWWIRQAITRAMADQARTIRIPVHMVEVINKLARVQRQMLQDLGREPTPEELALELDMTPEKVVEVQKYGREPISLHTPLGEDGDSEFGDLIEDSEAVVPADAVSFTLLQEQLHSVLDTLSEREAGVVAMRFGLTDGQPKTLDEIGKVYGVTRERIRQIESKTMSKLRHPSRSQVLRDYLD NA NA NA NA NA D3-18_02559 1254 hypothetical protein ATGACTTCCAATAGAACGCTCAGCATCCACCAACCCGAAGATATTCTTGGCTACATTCCCCATATGTTGGGTTACTGGCCCGAGGACAGTCTTGTGGCCATCACCATGCAAGGGAAAGTCCTTGGAGCGACACTGCGAGTGGATCTGCCGAACCTTGATTCACAGCAAGCCCGCTCAGGTTTCGCAGACCAAATCCGCAGCTTCCTGATTGCTGACCAGGAAGCAAACGGGGTGGTACTTGCCATCTACACTGACACGGGCTGGGATGACGGCAGCGTGGCCCGGCAGGCAATCCCGCTGCTCGAGGCCCTGCAGCTAAGCCTCGATGAGGTTGATCTATCCGTGCGGGATGCATGGCTGGTAGGCACCGAGTATTGGCGTAGCGCCTACTGCGCGGACCTGGAATGTTGCCCGTTGCCTGGACTGCCTGTTGATCGCATCAAGAACAGCAGGTTGAGCGCTGAACTGGTGTACAGGGGGAGCTCCATAGGACCGTCGCCAAGGAGCGGGCCAGGACAGCCGCAGCTTACACGTCCAGGGACGTTAAACCCTCTGGTGCTGGCAGCGGAGACACGGTACGGGAAGCAAATTCTCGGCGACTGGAGGAGCGAACGCTGTCTGGACGCCGTCCTGGCCGTATGGCACCACGTGCTTAAGAGGTGCGAAGCAGATGACCCACTGCAGCCCGGGGCTGACGCAGAAATCCTGGGCTTCCTCAGAACCACCCTGAGAGTGCCTGGGTGGCGGGACGCCGTGGTTGTCATGGCGGCAGCAGGCATGGATTCTGCAAAGTCCGGCGCTGCGGCGTTCGGACTTTTTATCGACGACGACGACGGCGCGCCGTTCGACCCCCGGAAACTCGGCATTCCGGCCTCGGCCCTTCCCGCTGCCAAAGTCCACCATGAGTCCACTACGTCCGGGGACGTCTTCACCTACGGAGATGTCCTACTGGGCTTCCAGCCGCACATGCCTTGTTGGAGCACCCTTGACGCGCTGCAGCGGGTTCTTGCCGGGCTATGCGTCGACGACGAATCCGGCGTAGTGCCTGCAGCGGCGCTGACCTTGCAGGGCTGGATTTCCTGGTGCAAGGGGCGTGGATCCGTTGCTTACGCCTGCCTCAGCCGGGCGGAGGCGGCGCAGCCGGGATACCGCCTGGCCGAATTACTCATGGATCTTCTGGGACAGGGGACCATCTGCACGTGGGCGCGGACCTCCGAGACCGCATGGCGCGGGTCCCAGGACACGGTCGCATAG MTSNRTLSIHQPEDILGYIPHMLGYWPEDSLVAITMQGKVLGATLRVDLPNLDSQQARSGFADQIRSFLIADQEANGVVLAIYTDTGWDDGSVARQAIPLLEALQLSLDEVDLSVRDAWLVGTEYWRSAYCADLECCPLPGLPVDRIKNSRLSAELVYRGSSIGPSPRSGPGQPQLTRPGTLNPLVLAAETRYGKQILGDWRSERCLDAVLAVWHHVLKRCEADDPLQPGADAEILGFLRTTLRVPGWRDAVVVMAAAGMDSAKSGAAAFGLFIDDDDGAPFDPRKLGIPASALPAAKVHHESTTSGDVFTYGDVLLGFQPHMPCWSTLDALQRVLAGLCVDDESGVVPAAALTLQGWISWCKGRGSVAYACLSRAEAAQPGYRLAELLMDLLGQGTICTWARTSETAWRGSQDTVA NA NA NA NA NA D3-18_02560 1356 hypothetical protein GTGAATGCTCCCCGTGCCTGGCTCATCTGGACGATCGGCGTGTTCGCCTACCTTGTGGCGGTGGCACAGCGAACCTCGTTCGGCGTAGCAGGGCTGGAAGCCACTGAGAGATTCCATGCGAGTGCCGCTGCCATCTCATTCTTCACGGTGCTTCAACTCCTGGTCTATGCCGGGCTGCAGATCCCCGTCGGCGTCCTGGTAGACAGGTTCGGTTCACGGGCAATGGTGGCCGGTGGCGCCGTGCTCATGGGCTTGGGGCAGTTGCAGTTGGCCTTTGCGGACAGTGTTCCCGGGGGCGTCCTGGGCCGCGTCCTGGTGGGAGCCGGCGATGCGATGACCTTCATTTCCGTCATCCGCCTGGTTCCGTTGTGGTTCGCTCCTTCCAAGGTTCCACTTGTCACGCAACTGACCGGCATGTGTGGCCAGCTCGGCCAACTCTTCAGTGTTGTTCCGTTCGCGCTGCTTCTCCACACGGCTGGATGGACACCCGCGTTCCTTACCCTGGCAGCCATGTCCGTCTTGGCTGTGGTCCTCGTGGTGGCAGTGCTTCGGGACGCACCACCCGGGCACCCGCCCAGGGACACCAGCCAAGGTCTCCGTGCCACCGGCATCTCACTTTCCCGCGCGTGGAAACAGCCCGGAACCCGGTTGGGCCTCTGGAGTCACTTCACTGTTCAGTTCAGTGGGAACCTCTTTGCCATGACCTGGGGCTATCCATTCCTGTTGTCTGCCCAGGGACTCGATGCGGGGACCGTCTCAGGCCTCATGGCCCTGTTTGTGGCCACGGCGATTGTTGCCGGCCCCGGTTTTGGCCGCTTCGTCTCCAAACATCCCATGCGGAGATCGGCCATGGTCCTGCTGATTGCGCTGGCCACGGCCTTGGCTTGGGCTGCTGTACTCAGCCTTCCCGAGCGCGCCCCGCTGTGGCTCCTGGCCGTATTGGTGGTGGTGCTGGCTGTCGGCGGGCCTGGGTCCATGATTGGATTCGATTTCGCCAGGACATTCAATCCCTCGCACCGGATCGGCACGGCAACGGGGATAGTCAACGTTGGCGGTTTTATTGCGGCGCTCGTCGCCATTTACCTGATCGGTCTTGTACTCGACCTCCTGTACGCCAGCGGGTTCTCCGGCGGTGTTCTTTACGGGCTTGCGCCGTTCCGGATTGCCCTCAGCGTTCAATTCGTTCTGCTGGGCCTTGGTACTGTGCTCATCCTGGTGACACGGCGGAAGGTGCGCCGGCAGATGGCATCCCAGGGGATTCACGTTCAGCCGTTGATGGCCGCCCTTGCCAGGCAGCGTCGGGAACGGATCGAGCGGCGACGTGCCGCACGGACCGTTTCTCCGGACGAGCACTAG MNAPRAWLIWTIGVFAYLVAVAQRTSFGVAGLEATERFHASAAAISFFTVLQLLVYAGLQIPVGVLVDRFGSRAMVAGGAVLMGLGQLQLAFADSVPGGVLGRVLVGAGDAMTFISVIRLVPLWFAPSKVPLVTQLTGMCGQLGQLFSVVPFALLLHTAGWTPAFLTLAAMSVLAVVLVVAVLRDAPPGHPPRDTSQGLRATGISLSRAWKQPGTRLGLWSHFTVQFSGNLFAMTWGYPFLLSAQGLDAGTVSGLMALFVATAIVAGPGFGRFVSKHPMRRSAMVLLIALATALAWAAVLSLPERAPLWLLAVLVVVLAVGGPGSMIGFDFARTFNPSHRIGTATGIVNVGGFIAALVAIYLIGLVLDLLYASGFSGGVLYGLAPFRIALSVQFVLLGLGTVLILVTRRKVRRQMASQGIHVQPLMAALARQRRERIERRRAARTVSPDEH NA NA NA NA NA D3-18_02561 939 hypothetical protein GTGTTTGAACGGATATCCGGCTCTCTCCTGGACCCCGAATCGCTGTACGCGCGGAACATCGAGACCTTCCACAGCCCTGAGCTACGCGGGCTGAACATGGTCATGGGATTCACGGGCTTTGCCGATGCCGGTCACGTGGTCCGGCAGATCAATGCGGAACTTTTGGACGAGCTGGGCGCCGAGGTGGTGGCCATGTTCGATGCCGACCAACTCATCGACTACCGTTCGCGGCGACCCCACATCAGCTTCGTGGAGGACCATCTGCAGGACTACCAGGCGCCAAAGCTCGGCCTGTACAAGCTGAATGACGGCCTGGGCCAGCCGTTCCTGCTGCTCGCCGGCTTCGAACCCGACCTGCAGTGGGAGCGCTTCTCGAGGGCCGTCGTCGGAATTGTTGAAGAGCTCGACGTCAACTTGGTGACGTGGATCCATTCCATTCCCATGCCAGTCCCGCACACGCGACCTGTTGGGGTGACGGTCCACGGCAACATGCCTGAGCTCATTGAGGGGATTTCGAGCTGGAAGCCCACGGTGGATGTTCCCGCTGCCATCGGACACATCCTGGAACTCAGGCTCACTGAAGCGGAACGCAATGTTGCCGGCTACGTCATCCACGTCCCGCATTACCTGTCCGAAGCTGAGTACCCGCCCGCCGCCGTCGCCGGATTGGAGTACCTGGGGGCGGCAACGTCCCTCATGCTGCCAACGGACAGACTCCGGGAAGCCGGGCGTGAAGTGGGCCGCCAGATCGCGGAGCAGATCGAGGCTTCTGAGGAAGTGCAGGCAGTAGTGACAAATCTTGAGACACGCTACGACGAGAAATCCGAGGGCATCGTCCGCCGTTCGCTGCTGGCTGATGAGAATGATGAGCTGCCCAACGCCGAGGATATTGGAGCTGCCGTAGAGGCCTACTTGGCGCGTAAAGACTCGCCTCAATAA MFERISGSLLDPESLYARNIETFHSPELRGLNMVMGFTGFADAGHVVRQINAELLDELGAEVVAMFDADQLIDYRSRRPHISFVEDHLQDYQAPKLGLYKLNDGLGQPFLLLAGFEPDLQWERFSRAVVGIVEELDVNLVTWIHSIPMPVPHTRPVGVTVHGNMPELIEGISSWKPTVDVPAAIGHILELRLTEAERNVAGYVIHVPHYLSEAEYPPAAVAGLEYLGAATSLMLPTDRLREAGREVGRQIAEQIEASEEVQAVVTNLETRYDEKSEGIVRRSLLADENDELPNAEDIGAAVEAYLARKDSPQ NA NA NA NA NA D3-18_02562 1524 pepA COG0260 putative cytosol aminopeptidase GTGGTCAAGACTACTGACATCATCCTGGGCATCATCGCCAAGGACCTGAAAAAGTCCCCCAGCGACGCACTTGTGATTGGCGTTGCCCAAGGCACGGACGGGCCGGTACTGCTGTCCAACCCGTTGAGCGCGAAAGCCGCCGAATCCGTTGCGGGCTCCCTGCAGCTTTTGGGGATCACCGGGGCCGCGGACCAGGTTCACCGGCTTCCGGGCCTGCCGGAAACAGGCTCAGGGATTCTCGTCCTTGCAGGGGTAGGAAAGCTGTCCGATGTCGGGAACCTCAGCGAAGAAGCGCTACGGCGCGCAGCAGGATCCGCTGTTCGCCAGCTTGCCGGAGCCTCTTCAGTCACTTTGGCATTCCCGACGTCCACCCTCGCTGATTTTGCGGCGGTCGCCGAAGGAGCCGCTCTGGGCGCCTACTCCTACACGGAGCACCGGTCCAGCAAGGAAGGGCTGAAGGCTCCGGTGGCCAAGGCCTTCATTTTCTCGGATGTCGACGCCAAGTCCGCCCAGCCCGCACTGGACCGGGCGATTGTGCTGGCCCGCGCTGTCAACGCGACCCGCACCTTGGTCAACCAGCCCCCAAGCCACCTATACCCCGAGTCATTCGCCGAGTCCGCCAAGGAACTCGCCAAGGGCCTCCCTGTCAAGATCACCGTGTGGGACGAAAAACGCCTGGAAAAGGAAGGCTTCGGAGGCATCCTCGGCGTCGGCAAGGGCTCTACCCGCCAGCCCCGCCTCGTCAAGGTGGAATACGCTCCGGCAAAAGCCACGAAGAAGATTGCCCTGGTTGGCAAAGGCATCACGTTTGACACCGGAGGCATCTCCATCAAGCCGGCCCTCGGCATGGGTGACATGAAGAGCGACATGGCCGGCGCCGCCGTCGTACTTAACACCGTGCTGGCCATCGCCTCGCTCGGCCTGCCGCTTAAGGCCACCGCCTGGCTCTGCATCGCGGAGAACATGCCCTCAGGCGCAGCAGCGCGGCCTGCTGACGTGTTCACCATCTACGGCGGGAAGACCGTTGAGGTTCTGAACACGGACGCGGAGGGGCGCTTGGTGATGGCCGACGGCATCGTCGCTGCCAGCATGGAGAAGCCGGACGCCATCATTGACGTCGCAACACTCACCGGCGCACAGCTGATCGCACTGGGCCTGCGTACTGCCGGCGTCATGGGATCGGACTCCGTCACGGCAGCGCTGAAGGCGGCGGCCGACAGGGCGGGCGAGCTGGTTTGGCCCATGCCGCTGCCCGAAGAGCTCCGCCCGAGCCTTGACTCGCATGTGGCAGACCTCGCCAACATCGGTGAGCGCAACGGTGGCATGATGACCGCTGCAGTCTTCCTTCGTGAATTCGTGGGCAAGAACGGCGACGGCCAGCAAATCCCGTGGGCCCACGTGGACATCGCCGGTCCCTCGTTCAACAACGGCGCCCCGTATGGTTACACGCCCAAGCAGGGAACCGGATGCACCGTCCGCACCCTGATTGCCTACGCCGAGGATCTCTTGGCGGTCTCCGCCTAG MVKTTDIILGIIAKDLKKSPSDALVIGVAQGTDGPVLLSNPLSAKAAESVAGSLQLLGITGAADQVHRLPGLPETGSGILVLAGVGKLSDVGNLSEEALRRAAGSAVRQLAGASSVTLAFPTSTLADFAAVAEGAALGAYSYTEHRSSKEGLKAPVAKAFIFSDVDAKSAQPALDRAIVLARAVNATRTLVNQPPSHLYPESFAESAKELAKGLPVKITVWDEKRLEKEGFGGILGVGKGSTRQPRLVKVEYAPAKATKKIALVGKGITFDTGGISIKPALGMGDMKSDMAGAAVVLNTVLAIASLGLPLKATAWLCIAENMPSGAAARPADVFTIYGGKTVEVLNTDAEGRLVMADGIVAASMEKPDAIIDVATLTGAQLIALGLRTAGVMGSDSVTAALKAAADRAGELVWPMPLPEELRPSLDSHVADLANIGERNGGMMTAAVFLREFVGKNGDGQQIPWAHVDIAGPSFNNGAPYGYTPKQGTGCTVRTLIAYAEDLLAVSA NA NA NA NA NA D3-18_02563 1524 pdhD Dihydrolipoyl dehydrogenase ATGGGTAGGTGGTTCGCTAAGGTGAACTCGATAGTCACAAATGCAAGAGAACTTAGGTGCTGGCATAATCACGGCAGAACAAGTTCCAAAGACCAGATGGCACGCAGTCCCGTGTCATCATTCACGCGAGGGAGCGTTTTAGTGGCCGATCAGGCAACTGCGCAAGAATTCGACATCCTGGTACTCGGTGGCGGCAGCGGCGGCTACGCCACTGCCCTGCGGGCCGTGCAGCTTGGGTTCACCGTTGGCCTTGTGGAAAAGGCAAAGCTCGGCGGAACCTGCCTGCACAACGGCTGTATCCCCACCAAGGCACTCCTGCACTCGGCCGAACTGGCCGACCATGCACGCGATTCCGCCAAGTATGGCGTGAACGTCACGCTCGACAGCATCGACATGTCTGCCGTGAACGCGTACAAGGACGGCATCATCGCCGGTAAGTTCAAGGGCCTCCAGGGACTTATCAAGTCCAAGGGCATCACCGTCATCGAGGGTGAAGGCAAGCTCCAGGGCAACAACACCGTCGTCGTGAACGGCACCTCTTACACGGGCAAGAACATCGTCCTGGCCACGGGTTCCTACTCCCGTTCACTCCCCGGCCTGGAAATCGGCGGCAAGGTCATCACTTCGGACCAGGCCCTCACCATGGACTACATCCCCAAGAGCGCCATTGTCCTGGGCGGCGGCGTCATCGGAGTCGAGTTTGCTTCCGTCTGGAAGTCCTTCGGCGTGGATGTCACCATCATTGAAGGCCTCCCCTCCTTGGTTCCGAACGAGGACGCCTCGATTGTCAAGAACCTTGAGCGTGCCTTCAAGAAGCGCGGCATCAAGTTCACCACCGGCATCTTCTTCCAGGGCGTTGAGCAGAACGACGACGGCGTCAAGGTCACCTTGGTTGACGGCCAAACGTTCGAAGCCGACCTCCTGCTCGTAGCCGTTGGCCGCGGTCCGGTCACCGCCAACCTTGGCTATGAAGAAGCAGGCATCACCATCGACCGTGGCTTCGTCATCACCAACGAACGCCTCCACACGGGCGTTGGCAACATCTACGCTGTTGGCGACATCGTCCCCGGCGTCCAGCTCGCACACCGCGGCTACCAGCAGGGCATCTTCGTCGCCGAGGAAATCGCCGGCCTGAACCCGGCAATCGTCGAGGACATCAACATCCCCAAGGTCACCTACTGCGAGCCTGAAATCGCAACGGTGGGCTACACCGAAAAGGCCGCCAAGGAGAAGTTCGGCGACGACCAGGTGCAGACCCAGGAATACAACCTTGCCGGCAACGGCAAGAGTTCAATCCTCGGCACCGGTGGCCTCGTCAAGCTTGTTCGCCAAAAGGATGGCCCCGTGGTGGGCATCCACATGATCGGCTCCCGCATGGGCGAGCAGATCGGCGAAGCCCAGCTGATCGTGAACTGGGAAGCCTACCCTGAGGACGTGGCCCAGCTGGTCCACGCCCACCCCACCCAGAACGAAAGCCTGGGCGAAGCCCACCTTGCCCTCGCCGGCAAGGCCCTCCACGGCTAA MGRWFAKVNSIVTNARELRCWHNHGRTSSKDQMARSPVSSFTRGSVLVADQATAQEFDILVLGGGSGGYATALRAVQLGFTVGLVEKAKLGGTCLHNGCIPTKALLHSAELADHARDSAKYGVNVTLDSIDMSAVNAYKDGIIAGKFKGLQGLIKSKGITVIEGEGKLQGNNTVVVNGTSYTGKNIVLATGSYSRSLPGLEIGGKVITSDQALTMDYIPKSAIVLGGGVIGVEFASVWKSFGVDVTIIEGLPSLVPNEDASIVKNLERAFKKRGIKFTTGIFFQGVEQNDDGVKVTLVDGQTFEADLLLVAVGRGPVTANLGYEEAGITIDRGFVITNERLHTGVGNIYAVGDIVPGVQLAHRGYQQGIFVAEEIAGLNPAIVEDINIPKVTYCEPEIATVGYTEKAAKEKFGDDQVQTQEYNLAGNGKSSILGTGGLVKLVRQKDGPVVGIHMIGSRMGEQIGEAQLIVNWEAYPEDVAQLVHAHPTQNESLGEAHLALAGKALHG PGPT0001380_1424 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 D3-18_02564 1749 dlaT COG0508 Dihydrolipoyllysine-residue acetyltransferase component of pyruvate dehydrogenase complex ATGTCTGAATCCGTTAACTTGCCCGCCCTCGGTGAGAGTGTCACCGAAGGAACCGTCACCCGCTGGCTCAAGCAGGTTGGTGACCGGGTGGAGATCGACGAGCCGTTGCTCGAGGTTTCAACCGACAAAGTAGACACCGAAATCCCTTCTCCGATCTCAGGCGTCATCGAAGAAATCCTCGTCGCTGAAGACGAGACGGCCGAAGTAGGCGCCCCCCTGGTCCGGATCGGCGACGGTTCCGGCTCCGCTGCTCCGGCAGCTGAGTCCGCACCGGCTGAGGAAGCTCCTGCAGCACCCGCAGAGCAGGCAGCACGGGCCGAAGAAGCTCCTGCCGCACCCGCTGCTGAAGAAGCACCGGCGTCTGAAGCACCCGCTGCTTCGGGCGAAGGCCACGAAGTAACCCTCCCCGCATTGGGCGAGAGCGTCACCGAGGGTACTGTCACCCGCTGGCTCAAGGCTGTTGGCGACACCGTTGAGGTGGACGAACCCCTCCTCGAGGTTTCCACCGACAAGGTGGACACCGAAATTCCTTCCCCGGTTGCCGGCACTCTGCAGGAAATCCGCGTCAGCGAGGACGAAACAGCAGAGGTTGGCTCCGTTCTTGCCATCATCGGTTCCGGCGCAGCTGCTCCTGCAGCGGCTCCCGCTCCGGCTGCAGCGCCTGCCGCCGAGGCTCCGGCCGCTCCCGCTGCTGCACCGGCTCCGTCCGCGGCACCGGCACCTGCCGCCGCTGCTCCCGCGGCTGCACCGGCACCCGCCGCCGCACCTGCTGCTCCCGCGCCTGCTGCTGCTCCCGCGGCTGAGGGTTCTTCGGAATCCGGCTATGTCACTCCCCTGGTCCGCAAGCTTGCCAACCAGCACGGCGTTGACATCGCTTCGGTCTCCGGCACCGGTGTCGGTGGCCGCATCCGCAAGCAGGATGTTCTCGCCGCTGCAGAAGCAAAGCAGGCAGCCGCAGCCCCCGCTGCAGCTGCTCCGGCCGCAGCTCCCGCAGCCAAGGCCGCCGCCCCCGTGGTCGCATCTTCCCTGCGTGGAACCACCGAGAAGGCCCCCCGCATCCGACAGGTTATTGCCCGCCGTATGCGCGAGTCCCTTGAGGTCTCCACCCAGCTGACCCAGGTGCACGAGGTCGACATGACCAAGATCGCCAAGCTCCGCCTCAAGGCCAAGAACTCGTTCCAGGCCCAGAACGGCGTCAAGCTGACCTTCCTCCCGTTCATCGCCAAGGCTGTAGCCGAAGCCTTGAAGCAGCACCCCAAGCTGAATGCTGCTTACGACGAATCCAAGCAGGAAATCACGTACCACAACGCCGAGCACCTGGCGATCGCCGTGGACACTGACAAGGGCCTTCTGGTACCCGTCATTTCCGACGCCGGCAACCTGAACCTCGCCGGCTTGGCCAGCAAGATCGCCGATGTCGCAGGCCGCACCCGCGACGGCAAGATCGGCCCGGACGAGCTTTCCGGCGGCACCTTCAGCATCACCAACATCGGTTCCGTTGGTGCACTGTTTGATACCCCGATCATCAACCAGCCCCAGGTAGGCATCCTCGGAACCGGTGCCATCGTCAAGCGCGCCGTCGTGGTTGCCGACGAAAACGGGGATGACTCGATCGCTATCCGCTCCATGATGTACCTGTCGCTCACGTACGACCACCGCCTGGTGGACGGTGCGGATGCCGGCCGCTTCCTGCAGACTCTCAAGGCTCGCCTTGAAGACGGCGCTTTCGAAGCAGACCTCGGTCTCTAA MSESVNLPALGESVTEGTVTRWLKQVGDRVEIDEPLLEVSTDKVDTEIPSPISGVIEEILVAEDETAEVGAPLVRIGDGSGSAAPAAESAPAEEAPAAPAEQAARAEEAPAAPAAEEAPASEAPAASGEGHEVTLPALGESVTEGTVTRWLKAVGDTVEVDEPLLEVSTDKVDTEIPSPVAGTLQEIRVSEDETAEVGSVLAIIGSGAAAPAAAPAPAAAPAAEAPAAPAAAPAPSAAPAPAAAAPAAAPAPAAAPAAPAPAAAPAAEGSSESGYVTPLVRKLANQHGVDIASVSGTGVGGRIRKQDVLAAAEAKQAAAAPAAAAPAAAPAAKAAAPVVASSLRGTTEKAPRIRQVIARRMRESLEVSTQLTQVHEVDMTKIAKLRLKAKNSFQAQNGVKLTFLPFIAKAVAEALKQHPKLNAAYDESKQEITYHNAEHLAIAVDTDKGLLVPVISDAGNLNLAGLASKIADVAGRTRDGKIGPDELSGGTFSITNIGSVGALFDTPIINQPQVGILGTGAIVKRAVVVADENGDDSIAIRSMMYLSLTYDHRLVDGADAGRFLQTLKARLEDGAFEADLGL PGPT0001390_1478 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 D3-18_02565 354 hypothetical protein ATGAGTATTCTCTTCAACATTTTGGTGTTCTTGCACATCGTCGGCGCAGCCATGATTGTGGGCTACTGGATCGCCACCCTCAAGGAGCCAACCGTCCACCCGCGTCAGCGTGACGGCGCCTTCCTGCAGCTCCTCACGGGCATCGCCATGATGGGGGTGTTCCCCTTACTGCCCGACGCTGATCCCAACTATTTCAAGCTCGGCGTGAAGTTCGCCATCGGCGTGGCAGTAGCCGTCCTCGCGGTTATCGGCACGCGCAAAGTGAAGAAGGGCGAGCCGGTCTCTACCGGCCTGGCCCACGGCGTTGGTGGCCTGGCTTTGATCAACATCGCCATCGCGACCCTCTGGAACTAA MSILFNILVFLHIVGAAMIVGYWIATLKEPTVHPRQRDGAFLQLLTGIAMMGVFPLLPDADPNYFKLGVKFAIGVAVAVLAVIGTRKVKKGEPVSTGLAHGVGGLALINIAIATLWN NA NA NA NA NA D3-18_02566 384 hypothetical protein ATGGATACCGAAGAACTTGCACCTGCCAAGCGCAACCAGGGACCCAGAATCGCGTCCATCATGGTAAACGCCACCGACGCCGCCCGGCTGTCAGCGTTCTGGTCCGAGCTGCTGGACATGCCCGTGGCAGCGGAGCACGAAGGTTTCATCTGGCTTCGGCCAGCTGAGCCGGGCCTTCCCCAGTTGGCCTTCCAACAAGTCGCCGCACCCACCGAAGGGAGGCGCCGCCTGCACTTGGACCTTCACGACGCCGACCCCTCAGCGCTGCGGCGCAAGGCTGAGGCGCTGGGGGCTACTTTCGTCGAGGGTCAAGACATCGGCGATTTCCATTGGGACGTCATGCAGGATCCCGAAGGGAACGAGTTTTGCATAGCGCAGGAGTAA MDTEELAPAKRNQGPRIASIMVNATDAARLSAFWSELLDMPVAAEHEGFIWLRPAEPGLPQLAFQQVAAPTEGRRRLHLDLHDADPSALRRKAEALGATFVEGQDIGDFHWDVMQDPEGNEFCIAQE NA NA NA NA NA D3-18_02567 429 osmC COG1764 Peroxiredoxin OsmC ATGGCAGCAACACGCACCGCACACACGGTTTGGAACGGCAACCTGATTGAAGGCGCCGGCAACACTACGCTGGACAGTTCAGGACTGGGCACGTTCGATGTCACCTGGAAGGCACGCACGGAGCAGTCCGGCGGCAAAACCAGCCCCGAAGAACTGATTGCCGCCGCCCACTCCGCTTGCTTCTCCATGGCTTTCAGCCACGCTCTTGCCGGCGAAGGATTCACTGCTGAAGAAGTTCAGACCAAGGCAGACGTTACCTTCGTTCCCGGGACAGGCATCACGGGCAGCCACCTGACCATGACCGCTAAAGTTCCGGGCCTGTCCGAAGAGGACTTCCGCCGTATCTCGGAAGATGCAAAGACGGGCTGCCCCGTTTCCGGTGCACTGGCCAGCATCGAAATCACCTTGGATGCCACCCTCGCCGAGTAA MAATRTAHTVWNGNLIEGAGNTTLDSSGLGTFDVTWKARTEQSGGKTSPEELIAAAHSACFSMAFSHALAGEGFTAEEVQTKADVTFVPGTGITGSHLTMTAKVPGLSEEDFRRISEDAKTGCPVSGALASIEITLDATLAE PGPT0013160_674 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 D3-18_02568 3519 tolB Tol-Pal system protein TolB ATGACCTCCTCCAGCTACCTCCGTTTCCCGCATGTGCACGGCGATCTGGTCACCTTTGTGGCCGAAGACGACATCTGGATCGCACCCCTTTCCGGAGGCCGCGCCTGGCGGGTGTCCTCCCAGCAACTGCCGGCAAGGAACCCACGGTTCACCCCTGACGGCAAGGGGCTGGTGTGGACCACCGTAGTAGGCACGTCACCGGAAGTGGTCACGGCTAACGTCGACGGCGGCGGGTACAGGCAGCTAAGTTACTTCGGGCACAGCACCACCAAGGTCAAAGGCTTCACACCATCAGGGAACGTGGTGGTAACGAGCGCCTTCCAGCAAGCCGAAAGCCGTCACACGCACGCTTACAGCCTCCCGCTGGACGGCGGCGCCGCCGTCGAACTTCCTTTCGGCCCGGTGGAGGCTGTTGCCTTTGGTCCCGAAATCGGGGACGAGAAGCCCGTGGTCCTGGCAAGCGTGCTTTCACGCGAGCCCGCCTGGTGGAAGCGCTACCGCGGCGGCACCGCCGGGAAGCTCTGGATCGACGCGGACGGCAACGGGGAGTTCGAGCGGCTGGTGGCGGAGATCGACGGAAACCTCACCGACCCACTGTGGATTCAAGGACGGATTGCCTTCCTGTCGGACCACGAGGGCTACGGAAACCTTTACTCAGTGCTTCCTGATGGTTCCGGGCTGCGCCGGCACACGGACCACGAAGACTTCTATGTCCGGCACGCCAGCACCGACGGCACGCGGGTGGTCTTTGAGTCGGCAGGCGAGATCTGGATGCTCCCGTCACTTAACGCAGATGCTGAGCCGGTCAAAGTGAACATCACTCTTGGGTCGGCATCACCTGGCCGTCGCCCCGCACCGCTCAAGGCTTCCGCCCATCTGGGGGACGTCTTCCCCAACGTCACCGGAACTGCCAGCGCAGTGGAATCGCACGGCACTATCCATTGGCTCCGGCACAAGGACGGACCTTCCCGTGTGGTTGAGGCGACACCGGGCGTCCGCGCCCGCCTGCCCCGGCCACTTACTGACGGTCGGATAGCTTACGTCGCCGACCATGGGGGAATGGAAGCGCTGTATATCAAGCGCATCGCAGCCCGCCTTTCGGCCGTCGTGGAGATTCCCAAAATTATTGTGGAACAACCCGCTCCTGCCACCGAAGAGTCAGCTCCGCTTCCCAAGCCGGTCTCGGCGTCGAACGTGCTGGGACAGGGGGCCGCTTCGGCACAAGCGAGTACAAATGTCAGGCCGGCGTCCGAAGACCAAGCCCGGACAACGGCAGTGGAGACGGTCAACGGCGAGCCATCCGCAGACACCGTGGGCGGCGCGCCGGCAACCACAGTTCCCGCGCAAGTGGAAGAAACCACGGATCTCCGCCTTGATTTTCCTGCACCTACCCGGACGAGCGCTCTGGAAGCCAGCCCGGATGGCCGCTGGCTTGCCGTCGGCACGTCCTTCGGCGACGTCTTCGTTGCCGATACCACTGCCGGCAAGCTGACGCGGTTGGTGAGCGTTGGTGAAGGCAGCATCGACGAACTGTCGTGGTCCAGCGACTCCCAGTGGCTTGTCTGGTCCGAGCCCGTGACGTCCTTCGGTTCGCGGAGCAAGCTCAGGATCGCCCGCCCGGCAGAGCCTGAGTCAGGAATCATCGATATTACCGACGGCCGCTTCTGCGACGAGTCCCCGAGGTTCACCCCCGACGGAAAATTCCTGGCGTTCCTGTCCAACAGGAGCTTCGATCCCGTATACGACGGTCACTCATTCGACCTTTCCTTCCCGAGCCCCATCAAGCCGTACCTGGTTGCCTTGGCAGCGGACACGCCCTCGCCGTTTGGCCCTTCCGTGGACACTCTGGAGGACGCATCGCCCACCGCGGCAACGTCCGACGACGACGAAGCGCCAGCCGTGCGCGTTGACCCCGACGGGCTTGCCCACAGGGTTATCGCAGTCCCCGTACCTCAGGGGAACTACTCAGACCTGGCCGTTGGTGACGGCGCACTGTTGTGGCTCGATACTGAACTTTCCGGTGTCATGGGCGATGGGCGAGGCACCCTTCAGGACAAGAAAACGGCGCCATCCTTGGTCCGGTATGACCTCGCCAAGCGCAAGCAGGCCACGCTCGTCAAGGCAGTTGACAGCTACCGCCTGTCGGGTGACCTCAGCCGCATCATCTACGTGCACGACAAACAAATCACGTCCGTTCCCGCTGACAACAAGGTGGAGGAGGACTCTGCAGAACTTGTGAAGGTGGAGCTCAACAGGGTCCGGGTCATCCTGGACCCCGTGGCCGCTTGGGGCCAGGCCTTCGACGAGGCCTGGAGGCTTCAGCGGGACTTCTTCTGGACCTCCGACATGGCAGGCCAGGATTGGGACTCCGTGTACAAGCGCTACCGTCCCATCGTGGACAGGCTGGGTTCCCACGATGACCTGGTTGACCTGCTGTGGGAAATTCACGGCGAGCTGGGAACGTCGCATGCCTACGTTAAGCCGGCCGCTGTTACGGAGCCCGGACGAAACGGCCAGGGCAGGCTTGGAGCTGAGTTCCAGCTCGGCACCAACGGTTGGGAAATTACCCGGATCCTTGCAGGCGAGTCTTCCGATCCGCTGGCTACTTCGCCTTTGACCCGTCCGGGCGCGGACGCCAAGGTGGGCGACGTGCTCTTGGCGATCGACGGCGTCGAGCTTTCCGCGGTGTTGACGCCGGCAATGCAACTGGTGGGTTCTGCAGGCCGGACCGTGGAGCTGACCCTCTTGAACGGTGATGGCCATGGAGACACTGCGGGTGTCCAGCGGCGCGTTGCCGTGGTTCCTGTCCGCGATGAGGAGCGGCTGCGGTACCAGGACTGGGTCCGGGCCAACCGGCGTACAGTCCGAGAAGCTTCGGACGGCAAATTCGGTTACCTGCATATCCCGGACATGATGGCCAACGGTTGGGCGCAGCTTCACCGGGACCTGGATACCGAGACTGCACTGGACGGCCTGATCGTGGATGTGCGGCGCAACCGCGGCGGACACACATCGCAGTTGGTTGCCGAACTGATCGGGCGCAAGGTCACAGGCTGGAGTATGCCGCGCGGCGAAAAGCCGAGGACATACCCGCACCACGCGCCACGTGGACCCGTGATCATCCTTGCGGATGAATTCGCGGGCTCTGACGGCGACATCATCACCCAAGTGTCTAAGTTGCGGGGCATCGGGCCTGTCATTGGTACGCGGACTTGGGGCGGCGTAGTGGGCATCGACAACCGCTTCTCACTGGCCGATGGCACCGGTGTCACCCAGCCTCGATACGCCACATGGTTCAGTGGCGGGATCGGTTGGGACGTGGAAAACCGCGGCGTGGAGCCGGACATCGAGGTACTCTTCCCGCCGCACGCCTACGCAGCCGGTACGGATCCACAGCTGGAGTACGGAATTGGTGCCCTTAAGGAAATGATCCAGGAGCTGCCCACCGATCGCCCTCCAATGCGTGAGGGCTACCGCAAGGTCCGGCCGGCACCACTACCTTCGCGTCCAAAAGGTTAA MTSSSYLRFPHVHGDLVTFVAEDDIWIAPLSGGRAWRVSSQQLPARNPRFTPDGKGLVWTTVVGTSPEVVTANVDGGGYRQLSYFGHSTTKVKGFTPSGNVVVTSAFQQAESRHTHAYSLPLDGGAAVELPFGPVEAVAFGPEIGDEKPVVLASVLSREPAWWKRYRGGTAGKLWIDADGNGEFERLVAEIDGNLTDPLWIQGRIAFLSDHEGYGNLYSVLPDGSGLRRHTDHEDFYVRHASTDGTRVVFESAGEIWMLPSLNADAEPVKVNITLGSASPGRRPAPLKASAHLGDVFPNVTGTASAVESHGTIHWLRHKDGPSRVVEATPGVRARLPRPLTDGRIAYVADHGGMEALYIKRIAARLSAVVEIPKIIVEQPAPATEESAPLPKPVSASNVLGQGAASAQASTNVRPASEDQARTTAVETVNGEPSADTVGGAPATTVPAQVEETTDLRLDFPAPTRTSALEASPDGRWLAVGTSFGDVFVADTTAGKLTRLVSVGEGSIDELSWSSDSQWLVWSEPVTSFGSRSKLRIARPAEPESGIIDITDGRFCDESPRFTPDGKFLAFLSNRSFDPVYDGHSFDLSFPSPIKPYLVALAADTPSPFGPSVDTLEDASPTAATSDDDEAPAVRVDPDGLAHRVIAVPVPQGNYSDLAVGDGALLWLDTELSGVMGDGRGTLQDKKTAPSLVRYDLAKRKQATLVKAVDSYRLSGDLSRIIYVHDKQITSVPADNKVEEDSAELVKVELNRVRVILDPVAAWGQAFDEAWRLQRDFFWTSDMAGQDWDSVYKRYRPIVDRLGSHDDLVDLLWEIHGELGTSHAYVKPAAVTEPGRNGQGRLGAEFQLGTNGWEITRILAGESSDPLATSPLTRPGADAKVGDVLLAIDGVELSAVLTPAMQLVGSAGRTVELTLLNGDGHGDTAGVQRRVAVVPVRDEERLRYQDWVRANRRTVREASDGKFGYLHIPDMMANGWAQLHRDLDTETALDGLIVDVRRNRGGHTSQLVAELIGRKVTGWSMPRGEKPRTYPHHAPRGPVIILADEFAGSDGDIITQVSKLRGIGPVIGTRTWGGVVGIDNRFSLADGTGVTQPRYATWFSGGIGWDVENRGVEPDIEVLFPPHAYAAGTDPQLEYGIGALKEMIQELPTDRPPMREGYRKVRPAPLPSRPKG NA NA NA NA NA D3-18_02569 900 COG1090 Epimerase family protein ATGAGAATCGTGATGTCCGGAGCTTCGGGAATGATCGGGACGGCCCTGTCCGAGCAGCTGGTTGCTGACGGTAATGAGGTCATCCGGCTGGTCCGGCGCCCAGCGAGGTCGCCGCTCGAATGGACGTGGGACCCAGCCAAGGGTGAGCTGGACGTAGCTGTCCTGGACGGCGCCGATGCTGTGGTCAACCTCTCCGGCGCAGGCATCGGCGACCGTCCATGGACAAAACGCCGGATCCAGGTCCTCACGGAATCCCGCCTCCGGACCACTCAAACCCTGACCGACGCCATGCGACGGCTCGGTAAACCGCCCGCGACCTTCATCAGCCAATCCGCTTCCGGCTACTACGGCGCCTCACGCGATGGGGCACTGAGGGAAGACTCGAGTCCCGGCGACGGCGTGTTAGGCCGCCTATCCGTTGAGTGGGAGCGCATGGCAAGGACCGCTCCGGCCGGGGTTCGGGTGGTGACGCCCCGGACAGGCGTCGTGCTCAGCACCTCCGGTGGTGCACTCGGGCCACTGCTCCCCTTGTTGAAGCTCGGCCTGGGTGGACCCTTTGGGAACGGCCGCCAGTACTGGCCGTGGATCACTTTGTCTGACGAAGCCAGGGCCCTCGCGTACCTCCTTACAGCAAAGATTGACGGTCCGGTGAATCTCTGTGCGCCGGAGAGCGCGGATGTGAACACGATTGTCGCGGGCCTCGCCAAGGCATTCAACAGGCCGGCCTTCTTCCGCGTACCCCGCCCCGCCCTGCGACTGGTTCTGGGTGGCCTGGCAGATGAACTGGTGATGGCCAACCAGCGAATGGTGCCTGTGCGGTTGCAGGAAGCCGGCTTCCAATGGCTCCACCCCTCCCTCCCTGATGCCATGGCATGGCTGCGCCAGGAAAAGGCCCGCTGA MRIVMSGASGMIGTALSEQLVADGNEVIRLVRRPARSPLEWTWDPAKGELDVAVLDGADAVVNLSGAGIGDRPWTKRRIQVLTESRLRTTQTLTDAMRRLGKPPATFISQSASGYYGASRDGALREDSSPGDGVLGRLSVEWERMARTAPAGVRVVTPRTGVVLSTSGGALGPLLPLLKLGLGGPFGNGRQYWPWITLSDEARALAYLLTAKIDGPVNLCAPESADVNTIVAGLAKAFNRPAFFRVPRPALRLVLGGLADELVMANQRMVPVRLQEAGFQWLHPSLPDAMAWLRQEKAR PGPT0014730_2543 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE LOW_TEMPERATURE-RELATED_ENZYMES,PGPT0014730-yfhF-K07071 NA NA D3-18_02570 1668 hypothetical protein ATGGAAACTCTGGACACTCCCGCCGCCGTGGCTCCCCACCTTCCGGGCTACGTGATATCCCGCCCACTGGGCCACGGCAGTAGTTCTACCGTTTGGCTTGCCACGAGGGACAAGGACGGTGCGCGGTTCGCAGTCAAATGTGCCAAAGCCCGTGCCGCTGCTGGCCTGGCAACGTCACAAGCCGAAGTTATCGAGGACGCATACCGTGAGATGAGGCTCCTCTCCGAACTCAAGCACAAGCACCTCATACGTGTTCACGACATCCTCCACATGGGTGGCCCGGCTGAGGGGACTTTGGGGATCGTCATGGACTATGCAGCGGGAGGCTCATTGGCCAACCTGATGACCGCGAGGGGGAAGCTCACCATCGGCGAAGCCGTCACTGTCCTGACTCCCCTTGCCCAAGCATTGGACTATCTGCATGTCAACGGCACGGAACACGGAGATGTGTCGCCCGGAAACATCTTGTTTACAGCCGTTGGGATGCCATTGCTGGCGGACTTTGGCGTCGCCGCGAAGGTAGGAGACAAACCACACAACCTGGGCGTCGGAACGCCCGGATTCATGGAACCCGTATCTGAATCCTCGGAGAACGGCGATATTTCCCGTGACACCCTCCAACCACAGCGGGACGTCTATGCGCTCGGCGCGGTCGGCTGGTACTGCCTGACCGGGACGACGCCGCAGCAGGAACAGGATCGTCCACCCTTGTCACTGCTGGTTCCGGAGGTACCCAAAGCTCTCGCTGCAGCTTTGGAAGCTGCCCTAAGCGCGGATCCCCGGCAGCGTCCGTCGGCCAGGGAGCTCGGTACGGCGATTTTCAGGAGTGCTGCTCCCGAGGCCATGGACTTATCCGGTGCCGTGCATTCCTCCGTTATTCCTGAATTGCTGACCCGGCGTGAGGCATTGGGGCGTTCGCCGCGCCGCGCAACCCGATGGCTAAGCAGGGCAACACGTTGGTTAAGGAGCTGGTGCAGATTGCTGCCGTTCCTGTGCGGGCGGGCGCTGCCAACAGCGAACCCTGAGCGTCGCAAGCGTGGCAGGAATGGCGGTGGGCTTGGCCGCCGGCTGGTTCTTTTGGCAGTGATCGGCGCGTTGATTGGCGCTGCGTCATGGATTCTTTGGCAGCAGAACAGCACGACGACGGCTATGGTGCAGCAAGCGGCGACGGAAAGCGACGTTGCCAACCCCGGCGAGGCCGCGGGACTCCCGAACGGCCCGGATCAAGCGGACGCGCCGGATTTGCCGGCTGCACTCGCCGCAGGGCTCAAATCAGAGGATCCCTTAGTAGCCGTGCCCGCACTGTCGGCGGTGCGTGACGTTGCCTTGGGGGAACGGCGCCTCGACCTTCTGGATTTGGTCAACGCGCCTGGTTCGCAGGCCGAAGCGACCGACAAACAGCTGAGCGATTACCTGCAGGACTCTGGAACAGCGTTTGTTGGACTCCACACCGCGTTGACAGCCCTGACAGTGGAAGGACCCATGCAGTCAGATCATGTGATGGTGGAGGTTACGGCCACCACCTCCGGCTATGAGGAGCGTCTGGTATCAGGGGCAGTTGTCAGGACCGGGGGCGCCGGGACACCGCAGCAGCTTCGGCTGGACGTGGTTCGTTCGGACGGGCGCTGGCGAATTTCCGGAATCCTCCACGCCGGTCCGGCCGGGTAA METLDTPAAVAPHLPGYVISRPLGHGSSSTVWLATRDKDGARFAVKCAKARAAAGLATSQAEVIEDAYREMRLLSELKHKHLIRVHDILHMGGPAEGTLGIVMDYAAGGSLANLMTARGKLTIGEAVTVLTPLAQALDYLHVNGTEHGDVSPGNILFTAVGMPLLADFGVAAKVGDKPHNLGVGTPGFMEPVSESSENGDISRDTLQPQRDVYALGAVGWYCLTGTTPQQEQDRPPLSLLVPEVPKALAAALEAALSADPRQRPSARELGTAIFRSAAPEAMDLSGAVHSSVIPELLTRREALGRSPRRATRWLSRATRWLRSWCRLLPFLCGRALPTANPERRKRGRNGGGLGRRLVLLAVIGALIGAASWILWQQNSTTTAMVQQAATESDVANPGEAAGLPNGPDQADAPDLPAALAAGLKSEDPLVAVPALSAVRDVALGERRLDLLDLVNAPGSQAEATDKQLSDYLQDSGTAFVGLHTALTALTVEGPMQSDHVMVEVTATTSGYEERLVSGAVVRTGGAGTPQQLRLDVVRSDGRWRISGILHAGPAG NA NA NA NA NA D3-18_02571 669 lipB COG0321 Octanoyltransferase ATGACTCTTGAGTTTTCACAACTGGGTCTTGCCCCGGATTTCGTAGATTACATGCAGGGCTGGGACCTGCAGCGCGAAATCCACAACAAAGTTGTTGCGGGCGAGAAGAACAGCACCGTCTTGATCCTTGAGCACGCCGCCGTCTACACGGCAGGCAAACTCACGGAGGACCACGAGCGACCCTTTGACGGCACTCCCGTTGTTCCCGTAGACCGCGGCGGGAAACTGACGTGGCATGGCCCAGGGCAGCTCATCGCCTATCCGATCCTCAAACTCAAGAACCGTGCCGGTATCCGCGACTACGTGGAACGGCTTGAGGCCATCATGATCGCCGTTATGCAGGACTACGGCATCAAAGCCGTCACCGTGAAGGGCCGGGCCGGAGTCTGGATCCTTGCCGATGATAAAGGACCTGACCGCAAGATTGCCGCGATCGGCATTCGTGTCCTGGACGGCGTCACCATGCACGGCGTGGCCATCAACTGCAGCAATGATCTCGCGCCCTATGCGCAGATCATCGCCTGTGGCATCACCGACGCCAGCGTCACCACCATGACGTTGGAAACCGGCCGGACCATCAACCCCGCCGACATCGTTGACCGCTTCGTTGAAGAATTCAGCAAGCACGAAGAAGCACTCGTTTCCACACCCGAAGGAGCACTCCAGTGA MTLEFSQLGLAPDFVDYMQGWDLQREIHNKVVAGEKNSTVLILEHAAVYTAGKLTEDHERPFDGTPVVPVDRGGKLTWHGPGQLIAYPILKLKNRAGIRDYVERLEAIMIAVMQDYGIKAVTVKGRAGVWILADDKGPDRKIAAIGIRVLDGVTMHGVAINCSNDLAPYAQIIACGITDASVTTMTLETGRTINPADIVDRFVEEFSKHEEALVSTPEGALQ PGPT0003925_870 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 D3-18_02572 1008 lipA_2 COG0320 Lipoyl synthase GTGACCTTGGCACCTGAAGGCCGTAAGTTGCTGCGCGTTGAGCAGCGTAACTCGGCGGTCCCGGTTGAACGTAAGCCTGAGTGGATCAAGGCCAAGGTCCAGATGGGTCCGGAGTTCGTCCAGCTCAAGAACCTGGTGAAGAAGGAAGGCCTGCACACGGTGTGTGAAGAGGCCGGGTGCCCGAACATTTTTGAGTGCTGGGAAGACAAGGAAGCAACATTCCTGATCGGCGGGTCCGAGTGCACCCGGCGCTGTGATTTCTGCCAGATCGATACCGGCAAACCCTCCCCGGTGGACATGTTCGAACCCACCAAGGTGGCCCGGAGTGTGCAGGCGATGCAGCTGCGCTACGCGACCGTGACCGGGGTGGCCCGTGATGACCTGGCCGATGAAGGTGTGTGGTTGTACGCCGAAACGGTCCGGAAGATCCATGAACTGAACCCGGGCACCGGGGTGGAGTTGCTGATCCCTGATTTCTCCGGCAAGCCCGAGCACATCGCGGCGATCTGTGATTCCAAGCCCGAGGTGTTCGCGCACAACGTCGAGACCGTGCCGAGGATTTTCAAGCGGATCCGTCCGGCGTTCCGGTACGAGCGGTCCCTGGATGTGATCACTCAGGGCCGGGATCTGGGCATGGTGACCAAGTCCAACCTGATCCTGGGCATGGGTGAGACCCGCGAGGAAATCTCCGAAGCGCTGCGGGATCTGCACGCGGCCGGGTGTGATTTGATCACGATTACCCAGTACCTGCGCCCGTCCGAGCGGCACTTGCCGGTGGACCGGTGGGTCAAGCCGCAGGAGTTCGTGGACCTCCAGCACGAGGCCGAGGAGATCGGGTTCCTCGGGGTCATGTCAGGTCCGTTGGTGCGCTCCTCGTACCGGGCAGGGCGTTTGTGGGCCACCGCGATGCGGAAGAAGGGCTGGGAAATCCCGGCCGCCCTGGCCCACATCGAGTCCTCCGGCACCACCCGCCAGGAAGCCTCCACCATCCTCGCCGCCCACGGCTAA MTLAPEGRKLLRVEQRNSAVPVERKPEWIKAKVQMGPEFVQLKNLVKKEGLHTVCEEAGCPNIFECWEDKEATFLIGGSECTRRCDFCQIDTGKPSPVDMFEPTKVARSVQAMQLRYATVTGVARDDLADEGVWLYAETVRKIHELNPGTGVELLIPDFSGKPEHIAAICDSKPEVFAHNVETVPRIFKRIRPAFRYERSLDVITQGRDLGMVTKSNLILGMGETREEISEALRDLHAAGCDLITITQYLRPSERHLPVDRWVKPQEFVDLQHEAEEIGFLGVMSGPLVRSSYRAGRLWATAMRKKGWEIPAALAHIESSGTTRQEASTILAAHG PGPT0003935_1203 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 D3-18_02573 762 putative protein ATGGCGAACTCCTCTGATTCCAGCAATTCGACCCCCTCGGCCGACGCACCCAAGCGTGGGCTGTTCCAGCGCAAGCCCAAGGAAGCCAAGGCCAAGAAGCCGAGCCAGCTGAAGCAGATCGCTGAAGTCTTCAAGATGACCCGGCGAAATGATCCGCAGGTTGTCTGGATCATGGTGCTGGCCTTCCTTGCAGTGGTTGCCGTGGCCTTCCTTATTGGCTATCTGCTGGAGAACTGGGTTACGGGCCTGATCATCGGTATTCCGTTGGGCCTTCTCGCCGCCGTCTTTATTCTCTCCCGCAGAGCTGAGAAGGCCGCCTTCGCGCAAATCGAGAACCAGCCCGGCGCTTCCGGCGCAGCTCTTGGTACGCTGCGCCGCGGTTGGGTGACCCAGGATCAGCCTGTTGCTGTCAACCCCCGCACCCAGGATGCTGTGTTCATGGCCATTGGCCGCCCCGGCGTCGTCCTGGTCAGTGAAGGTCCTACTCACCGGGTCAAGCCTTTGGTGGACGCCGAGCGCAAGCGCCTTGCGCGCATCCTGCCCAACGTAACCATCCATGTTCTGGAATCGGGTCGCGGAGAGGGACAGGTGCCCCTGAACAAGTTGGCCAAGACCCTGGGCAAGCTGAAGAACGAACTCACCAAGGTGGAGGTCAATGCAGTCTCCAAGCGCATCAACTCCCTTGGAAACCGTCTGCCGATCCCCAAGGGCATCGACCCCTACAAGGCCCGCCCGGATCGCAAGGCCGCACGCGGACGCTAG MANSSDSSNSTPSADAPKRGLFQRKPKEAKAKKPSQLKQIAEVFKMTRRNDPQVVWIMVLAFLAVVAVAFLIGYLLENWVTGLIIGIPLGLLAAVFILSRRAEKAAFAQIENQPGASGAALGTLRRGWVTQDQPVAVNPRTQDAVFMAIGRPGVVLVSEGPTHRVKPLVDAERKRLARILPNVTIHVLESGRGEGQVPLNKLAKTLGKLKNELTKVEVNAVSKRINSLGNRLPIPKGIDPYKARPDRKAARGR NA NA NA NA NA D3-18_02574 330 hypothetical protein ATGGCACGCGCCGGAAGGCGCATCCTTGGCATCATGGTGGACTGGACGATCGCCTTGGTGATCAGCAATTTTGCCTTCGGTGGCAACCCGTGGGCAACTTTGGCCATTTTTGCCGTGGAACAGATCCTGCTGATCGGAACGTTGGGTTACAGCATCGGTCACAGGATTGCAGGAATCCACGTGGTTCGATTGGGTGGCGGACCCGCGGGTCCCTTGGCCGCCGTGGTGCGGACCCTCCTTCTGTGCTTGGTCATCCCTGCGGTGGTCTTCGATCCCGACCAGCGCGGCCTACACGACAAGGCGATGAACACCATCCTCATCAGGATGTAG MARAGRRILGIMVDWTIALVISNFAFGGNPWATLAIFAVEQILLIGTLGYSIGHRIAGIHVVRLGGGPAGPLAAVVRTLLLCLVIPAVVFDPDQRGLHDKAMNTILIRM NA NA NA NA NA D3-18_02575 1425 glnA_1 COG0174 Glutamine synthetase ATGTTCAAGACTGCGGACGAAGTCCTCAAGTTCATCAAAGACGAAGACGTCAAATTCGTCGATATCCGCTTCACCGACCTCCCTGGTGTCCAGCAGCACTTCAACGTGCCGGCCAAGAGCGTCGACCTCGATTTCTTCGTCCACGGCCAGCTCTTCGACGGATCTTCCATCCGCGGCTTCCAGGGCATCGCCGAGTCCGACATGCAGCTCATCCCGGATGTGACCTCGGCCTTCATCGACACGTTCCGCATCGAGAAGACCCTTGCGCTGAACTTCTCCATCGTGAACCCCCGCACGGGTGACCCCTACCACCGCGACCCCCGCGGCGTGGCAGAGAAGGCTGAAGCGTACCTGGCATCCACCGGCATCGCGGATACCGCATTCTTCGCTCCCGAAGCCGAATTCTTCGTCTTCGACAACGTCCAGTACGAGTCCTCCCCGCAGGGCAGCTTCTACAAGATCGACTCTGAGGAAGCGCACTGGAACACCGGCCGCAAGGAAGAGGGCGGAAACCTCGGTTACAAGACCCCCGTCAAGGGCGGTTACTTCCCGGTCTCCCCCACCGATAAGCAGGCCGACTTGCGCGATGCCATGTGCATCGAACTGGACAAGGCCGGCCTTGAGGTCGAGCGCTCCCACCACGAAGTTGGATCCGCCGGCCAGGCTGAGATCAACTACAAGTTCACCACGCTGACCGCAGCTGCTGATGACCTGCAGAAGTTCAAGTACATCATCAAGAACACCGCTGATGCCTGGGGCAAGTCCGTCACCTTCATGCCGAAGCCTGTCTTCGGTGACAACGGCTCGGGCATGCACTGCCACCAGTCGCTGTGGAGCAACGGCGATCCCCTGTTCTATGACGAGAAGGGCTACGCAGGCCTCTCGGACACCGCTCGCTGGTACATTGGTGGCCTGCTGAAGCACTCTTCTGCAGTCTTGGCCTTCACCAACCCGACGGTCAACTCCTACCGCCGCCTGGTCAAGGGCTTCGAAGCTCCCGTGAACATGGTCTACTCGCAGGGCAACCGCTCCGCCGGTATCCGTATCCCGATCACGGGCACCAACCCGAAGGCCAAGCGCATCGAGTTCCGCGCTCCGGACCCCTCGTCCAACCCGTACCTGGCGTTCGCCGCCCAGCTGATGGCCGGCATCGACGGCATCCGCAACCGCATTGAACCCCCGGCTCCCATCGACAAGGACCTCTACGAGCTCCCGGCCGAGGAAGCCAAGGACATCCCCAAGGCTCCGGGCTCCTTGGAAGAAGCTCTTGAGGCCCTGCGCGAGGACAACGAGTTCCTGCAGGCCGGCGGCGTCTTCACTCAGGACCTCATCGACACTTGGATTGACTACAAGTACGAGAATGAGATCCGTCCGCTGTCACTGCGCCCGAACCCGTACGAGTTCGAGCTCTACTACGGCGTCTAA MFKTADEVLKFIKDEDVKFVDIRFTDLPGVQQHFNVPAKSVDLDFFVHGQLFDGSSIRGFQGIAESDMQLIPDVTSAFIDTFRIEKTLALNFSIVNPRTGDPYHRDPRGVAEKAEAYLASTGIADTAFFAPEAEFFVFDNVQYESSPQGSFYKIDSEEAHWNTGRKEEGGNLGYKTPVKGGYFPVSPTDKQADLRDAMCIELDKAGLEVERSHHEVGSAGQAEINYKFTTLTAAADDLQKFKYIIKNTADAWGKSVTFMPKPVFGDNGSGMHCHQSLWSNGDPLFYDEKGYAGLSDTARWYIGGLLKHSSAVLAFTNPTVNSYRRLVKGFEAPVNMVYSQGNRSAGIRIPITGTNPKAKRIEFRAPDPSSNPYLAFAAQLMAGIDGIRNRIEPPAPIDKDLYELPAEEAKDIPKAPGSLEEALEALREDNEFLQAGGVFTQDLIDTWIDYKYENEIRPLSLRPNPYEFELYYGV PGPT0000645_2513 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 D3-18_02576 351 hypothetical protein ATGGAATACAACGGAAATCCGTCCGAGAAGGCCATTCCTGCCGGAGAACTGGACCGGCGTCATGTGGGCCATTCTGTGAGCTTTCAACCCAATGACTTCACGGTGGTCTTCGGTACAATCGCGGGCATCGCAAGGACCGAGGCCCTTGTATACCTGTCCCTCGACGGGGTTGCCGGTGGTACTCATCTGAAGGACGAATACGACCTGCCCATCGATAAGAACGTGTACCTTCAGCTGGACCCGTTGGGCAGCGCGGAAAAGGGGATTTCGGAGGCCGCCAGCTTCGTCAAGGACAAGCTGGATGAGATTACCAAAAACCTCAGGGACCGCGACCAAAGCAAGTCCGAGTAG MEYNGNPSEKAIPAGELDRRHVGHSVSFQPNDFTVVFGTIAGIARTEALVYLSLDGVAGGTHLKDEYDLPIDKNVYLQLDPLGSAEKGISEAASFVKDKLDEITKNLRDRDQSKSE NA NA NA NA NA D3-18_02577 240 hypothetical protein ATGGCGTCAACTATTGTTGACGCCATGGAGGTGGACCGGATGAAAACACTAGTGGGATCTATGGACAGCATGGGCCCGGCCGAGGCGCTTTACGCCGTTGCGGAGTTGCAGAAGGAAGTTGGCCGAACAGAGGCTTCCCTGGTGCGGGCCGCCCGGCAATCAGGCTTGTCGTGGGAAGCGATTGCACTGTGTCTGGGCGTGAGCAAGCAGGCAGTGCACAAAAAATACGGAAAGCAGTAG MASTIVDAMEVDRMKTLVGSMDSMGPAEALYAVAELQKEVGRTEASLVRAARQSGLSWEAIALCLGVSKQAVHKKYGKQ NA NA NA NA NA D3-18_02578 570 hypothetical protein ATGCCTGAAGATGAATCAGAAGAAGAATTATTGATCTCCGGTGATCGTCATGAGCGGGGTGATATCTGGCTCATCCCCCTCAAAATGCTCGACGACGATGCCCGCGCCATTCAGCTTGGCGCGGTCGCGGAGCTGGCTGTGGATACCAGGCAGCGGGATTTCGTCGGTGATCCGTTACGCATGATGCTGATCTCCTTGGAAGAGGGATCGCGTCGCCCGTACGTCATTGAGTCAGAGGGAGTTGCTGTTGGTGTGTTGACCCTCCAGTCCGGCGCTGCCAAGCTCGCGGGCTGGCCGGATGATGAGTCGGTGTGGTTATTGAGAGGGTTCCTTATCGACTCAAGAAGCCAGGGGCGCGGCCTTGGTACCTTGGCGGCGCGGGCCGCAGTGGAGGAAGCGCGCAAACTGACAGCCAGGCTGGGTGGCGGGCAGGCCGGCGTCGTGCTTTCTGTCAACGAACGCAATCCGGCAGGAATGGCAGCCTACTCGAAAGCAGGATTCGTGGACTCGGGGCGCTATCTGGGCGGAAATGCGGGTCCTCAGAGGACGATGTACAAGGCCTTCGCCTGA MPEDESEEELLISGDRHERGDIWLIPLKMLDDDARAIQLGAVAELAVDTRQRDFVGDPLRMMLISLEEGSRRPYVIESEGVAVGVLTLQSGAAKLAGWPDDESVWLLRGFLIDSRSQGRGLGTLAARAAVEEARKLTARLGGGQAGVVLSVNERNPAGMAAYSKAGFVDSGRYLGGNAGPQRTMYKAFA NA NA NA NA NA D3-18_02579 3012 glnE COG1391 Bifunctional glutamine synthetase adenylyltransferase/adenylyl-removing enzyme ATGAGCCTTGCGCGTCGGCTCATCTCAGCCGGATTCAGTGATCTCGAAAAGGGCGAACGGTTCCTTGCTGCTCCGGAACTTGACGGGATCGACGAGGATGCCCTGTTCGCCGGGCTGTCCTTGTCGGCCAGCCCGGACACTGCTCTCCAGTCACTGGTCCGGCTTATTGAGAAGAACCCGGGGCTGAAGAAGCTGGCCGCGGCTGACCCGGACACCAGCGAGCCCATGTACCGGCTCCTTGGCGCCTCGGAGGCTTTGGGGGAGTTTCTCATGCGACGTCCGGAGCATCTGGATGTCTTCAACGTCCGAGTCAGTCCGGAGCCACTCCAAGCTTCCAACGAAGAGCTGCGGGCATTGCTGCTTCGCTCAGTGAAAGCCGAACCGGGTGCCCAGCGCCCGGTGGCCGGAATCACGGGCCTGCCGGCCTACGCGGCCTTGCGGAGCGCCTACCGTCGGGGTTTGACAGAGCTCGCCATCAAGGACATCTGCGCGGCATCACCAACAGACTTCATGCCTGCAGTCGGTGCCGAGCTGGCAGATCTCGCTGGTGCTGCCATCGAGGCCGCCCTGGCCGTCTCCCGCGCCGAAGCGGCAGCCCAGTTCGAAGCCACAGAGATCGCCGATATTGGGCTTGCCGTCATTGGTATGGGTAAGTGTGGCGCGCGGGAGCTGAACTACATTTCCGACGTCGATGTCATCTATGTCATCGAAGCAGGGGAATTGGACGACGCCCGCGCCTCCACCATCGGCACGGCTCTCGCCTCCGGCATTTCCAGGGCGATCTCTTCCTCCGCGCCCGAACCCGGGTTGTGGGAAGTTGATGCCAATCTCCGTCCCGAGGGTAAATCCGGCCCCCTGGTTCGTACCCTTCCCTCACATTTGAGCTATTACGCCCGGTGGGCCGAAAGCTGGGAATTCCAAGCACTGCTGAAGGCAAGGACCATTGCCGGCGACCGGGAACTTGGCCAGCGCTACGAGAAGGCCGTGGAGCCGCTCGTCTGGGCATCCGCGGGACGTGAGGGTTTCGTGGAGTCGGTCCAGGCCATGCGCCGCAGGGTGACCGACTATATCCCGGCCGCCGAGGAACAGCGCCAAATCAAGCTGGGGCGCGGTGGGCTCCGCGACGTTGAATTCACGGTGCAGTTGCTGCAACTGGTCCATGGAAAGTCCGACGAGTCACTCAGGTGTCGGGACACCACTTCTGCCATTGCAGCATTGTCTGCCGGCGGTTATATAGGCCGCACGGATGCAGCGGCTTTCGACAATGCCTACCGCTACCTGCGCTTGCTGGAACACAGAATTCAATTATTCCAGTTGCGCCGGACCCACCTCATGCCTGTGACTGAGGACGCCCAGCGCTTCCTTGCTAAAGCTGTCCTCGGTCCGTTCGCGCTGGAGCGACCACATCCTGACCAGCTGATGGCCACCTGGCAAAAGACCAAGAAAGCCGTCCGTGAACTGCACGAGCGGATCTTTTACCGGCCGCTGCTCAACACTGCAGCGAAGCTGAGCAGCGAAGACGCGAAGCTCAGCCCTGAGGCCGCCCAGGGGCGCCTCGCCGCACTTGGTTATCTTGATCCCCAAGGTGCCATGCGGCATATCGAAGCGCTCACCGCGGGTGTCAGCCGGCGAGCCGCACTGCAGAGGCAGCTCCTGCCGATCCTCTTGGGATGGCTCGCCGAGGGCGTGGATCCCGACGCCGGACTGCTGGCCTTTCGCAGGGTCAGCGAAGCCCTCGGAACCACCCACTGGTATTTGGGGCTACTCCGGGACTCCCAAGCGGCAGCCGAGCGACTTTGTCAGGTGCTGGCTAATTCCCGCCTGATTTCGGACTTGTTGGAAGTGTCTCCGGAGTCCGTTGCGTGGTTGGGCAGCGACAAGGAACTGACGCCTGTTCCCTTTGAAGCCCAGTGGCAGGAAATCCGGTCCAAGCTTTCCCGCCATGCAGATCCCGAGAGTGCCATGAGGCTGATCCGGCTGATCCGGCGTCGCGAGATCCTGCGCACCGCAATCGCCGATAGCGCCGGACTGCTGGACCAGGATGCCGTCGGATTGGCCTTGGCCGAGACGGACCGTGCAGCGGTTCTCGGGGCGCTGCACGTGGCGGAGTCCGTGGTTGCAGCGACGGGCCCCTTGAAAACCGATGTCCTGGTGGTGGCGATGGGACGGCAGGGTGGCCGCGAGATCGGCTACGGCTCGGACGCGGACGTCATCTACGTGCACCGTGCCCGTCCCGGGTTCACCGATGCTGAGGCCCAGGAGCAGGCGACGGCGATAGTCGCCAAGGTTTCCGGCTTCCTCACCCAGCCACTCAAGCCGGCGATCATGGCCGAACGAGTGCTCATGGTGGACGCCGACCTCCGGCCGGAGGGCAAAAACGGTGCCATGGTGCGGTCGTTGGAGTCATATGCGGAGTATTACCGACGATGGTCGCTGATTTGGGAGGCACAGGCGCTTCTGCGTGCCCGCCCGATGGCCGGCTCAGACGAGCTTGCTGCCGACTTTGTACGTCTCATTGACCCCATCCGGTACCCAAAGAAACTTGCGGAGCAGGATGTCCGGGAGATCCGCCGTGTTAAAGCCCGGGTGGAGTCGGAGCGCCTGCCTCGTGGCGCTGACCCTGCCCGGCACGTCAAGCTTGGCCGGGGCGGCTTGAGCGACGTTGAATGGTTGGTTCAGCTGCTTCAACTCCAGCACGCCGGACAGCATCCTGAGCTGCGGACAACGTCAACTCTGGACGCTTTGGCCGCTGCGGAGAAGTTGGAACTTATCGCCGAAGAGGACGCTGCCCTGCTGAGGGAGGCGTGGCGACTCGCCAGCCGCATCCGCTCCGCAAACGTCATCGTCACGGGACGTGCCTCGGATCTTCTTCCATCATCGAGGAAAGACCTTGAAGCTGTGGCACGCTGGTGTGGATATGAGCCCGGGAACGCGGGGCACTTCGAAGAGGACTACTTGCGGCTTAGTCGTCGTGCCAGGGGCGTTTTTGAGAACGAGTTCTACGGCAAGTGA MSLARRLISAGFSDLEKGERFLAAPELDGIDEDALFAGLSLSASPDTALQSLVRLIEKNPGLKKLAAADPDTSEPMYRLLGASEALGEFLMRRPEHLDVFNVRVSPEPLQASNEELRALLLRSVKAEPGAQRPVAGITGLPAYAALRSAYRRGLTELAIKDICAASPTDFMPAVGAELADLAGAAIEAALAVSRAEAAAQFEATEIADIGLAVIGMGKCGARELNYISDVDVIYVIEAGELDDARASTIGTALASGISRAISSSAPEPGLWEVDANLRPEGKSGPLVRTLPSHLSYYARWAESWEFQALLKARTIAGDRELGQRYEKAVEPLVWASAGREGFVESVQAMRRRVTDYIPAAEEQRQIKLGRGGLRDVEFTVQLLQLVHGKSDESLRCRDTTSAIAALSAGGYIGRTDAAAFDNAYRYLRLLEHRIQLFQLRRTHLMPVTEDAQRFLAKAVLGPFALERPHPDQLMATWQKTKKAVRELHERIFYRPLLNTAAKLSSEDAKLSPEAAQGRLAALGYLDPQGAMRHIEALTAGVSRRAALQRQLLPILLGWLAEGVDPDAGLLAFRRVSEALGTTHWYLGLLRDSQAAAERLCQVLANSRLISDLLEVSPESVAWLGSDKELTPVPFEAQWQEIRSKLSRHADPESAMRLIRLIRRREILRTAIADSAGLLDQDAVGLALAETDRAAVLGALHVAESVVAATGPLKTDVLVVAMGRQGGREIGYGSDADVIYVHRARPGFTDAEAQEQATAIVAKVSGFLTQPLKPAIMAERVLMVDADLRPEGKNGAMVRSLESYAEYYRRWSLIWEAQALLRARPMAGSDELAADFVRLIDPIRYPKKLAEQDVREIRRVKARVESERLPRGADPARHVKLGRGGLSDVEWLVQLLQLQHAGQHPELRTTSTLDALAAAEKLELIAEEDAALLREAWRLASRIRSANVIVTGRASDLLPSSRKDLEAVARWCGYEPGNAGHFEEDYLRLSRRARGVFENEFYGK PGPT0000655_515 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-GLUTAMATE|GLUTAMINE_SYNTHASE|GLTS_PATHWAY,PGPT0000655-glnE-K00982 NA NA D3-18_02580 1341 glnA_2 COG0174 Glutamine synthetase ATGGACCGCCAGCAAGAGTTCGTTCTGCGGACGATCGAAGAGCGTGACGTGCGCTTCGTACGCTTGTGGTTCACCGACGTCGTGGGTTCCCTCAAATCGGTAGCGCTTGCGCCTGCCGAAGTTGAGGGCGCCTTTGAAGAGGGCCTTGGCTTTGACGGTTCAGCCATTGAGGGCCTTGCCCGTGTTTTTGAGTCGGACATGCTCGCGCAGCCGGACCCCTCCACCTTCCAGATCCTGCCGTGGCGTGGAGAGACGGAACAGACGTCGCGCATGTTCTGTGACGTCCTCACTCCGGACGGTGAACCGTCTGCCGCGGACCCCCGCAACGTCCTCAAGAGGACCCTCGCGAAGGCCGCGGACATGGGCTTCACCTGCTACACCCATCCCGAGATCGAGTTCTACCTGTTGAAGTCGAAGGAACTGGGCCCGGACGGAGCTCCGGTTCCTGTGGACGAAGGCGGCTACTTTGACCACGTACCGGGCGGAGTAGCGCAGGACTTCCGCCGCACCGCCGTGACCATGCTCGAATCCGTCGGCATCTCGGTGGAGTTCAGCCATCACGAGGGCGGTCCGGGCCAAAACGAGATTGACCTCCGTTACGCCGATGCCCTCCAGACCGCGGATAACATCATGACGTTCCGCACGGTCATCAAGGAAGTCGCCCTCCAGCAAGGCACGTACGCGACGTTCATGCCCAAGCCGTTCACGGACCACCCCGGTTCGGGCATGCATACCCACTTCTCACTGTTCGAAGGCGATACCAACGCTTTCTTCGAAGCCGGAGCCGAATTCCAGCTATCCAAGACGGCGCGGCAGTTCATTGCCGGAATTCTCAAGCACGCTCCTGAGTTCACGGCCGTCACCAACCAGTTTGTCAACTCCTACAAGCGCCTCTGGGGCGGCGGCGAGGCCCCGAGCTACTTGAGCTGGGGCCACAATAACCGTTCAGCCTTGGTGCGTGTTCCGCTGTACAAGCCCGGCAAGGGCCAGTCGGCACGCATCGAGTACCGGGGCATCGACAGCGCAACCAACCCCTACCTGGCCTACGCCGTGCTGCTCGGTGCCGGCTTGAAGGGCATCGAGGAAGGCTACGAACTTCCGGCCGCCGCAGAAGACGACGTATGGTCGTTGACCACCGCGGAGCGCAGGGCCATGGGACATGCGCCGTTGCCGGCAAGCCTCCACGATGCCATCCGTGCCATGGAGGAGTCCGAGCTGGTGGCCCAGATCCTGGGGGAGCAGGTGTTCGAGCACTTCCTGCGCAACAAGCGTGCAGAGTGGCAGGACTACCGCCTCCAGGTCACCCCGTATGAGTTGCAGCGCAATCTCGGCATTCTCTAG MDRQQEFVLRTIEERDVRFVRLWFTDVVGSLKSVALAPAEVEGAFEEGLGFDGSAIEGLARVFESDMLAQPDPSTFQILPWRGETEQTSRMFCDVLTPDGEPSAADPRNVLKRTLAKAADMGFTCYTHPEIEFYLLKSKELGPDGAPVPVDEGGYFDHVPGGVAQDFRRTAVTMLESVGISVEFSHHEGGPGQNEIDLRYADALQTADNIMTFRTVIKEVALQQGTYATFMPKPFTDHPGSGMHTHFSLFEGDTNAFFEAGAEFQLSKTARQFIAGILKHAPEFTAVTNQFVNSYKRLWGGGEAPSYLSWGHNNRSALVRVPLYKPGKGQSARIEYRGIDSATNPYLAYAVLLGAGLKGIEEGYELPAAAEDDVWSLTTAERRAMGHAPLPASLHDAIRAMEESELVAQILGEQVFEHFLRNKRAEWQDYRLQVTPYELQRNLGIL PGPT0000645_7649 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 D3-18_02581 906 panB COG0413 3-methyl-2-oxobutanoate hydroxymethyltransferase ATGGCCCCGAGCAACCTCCCTGAGTCCACCACGCCCGCCGAAGTTCCCGCACCTTACGGCAGCGGCCCCGCAGCAGCGGCCCAAGCGCAATCGGCGGCAGGCAGGAAGCCCATCAGCCGGGTCCGGATACACCACCTGCAGCAGGCCAAGGACAACGGCGAGCACTTCGCCATGCTGACGGCATATGAGCAGTACACCGCCGAGATCTTTGACCAAGCGGGAATCGAAGTCCTCCTGGTGGGTGACTCCGCTTCCAACAACGTGTTCGGCAACGAGACGAGCCTCCCTGTCACCGTGGATGAGCTCCTTCCCCTGACGCGGGCAGTCAGCAGGGCGGCCAAGCGGGCGCTGATCGTGGCCGACCTGCCTTTCGGGAGCTATGAAGTTTCTCCTGGTCAGGCAGTGGCCACCGGAGTCCGATTCCTCAAGGAGGGGCTGGCGCACGCCGTCAAGATCGAAGGAACCGCTTATTACGCGGACACCGTCAAAGCCATGGTCCAGGCAGGCATCCCCGTCATGGCCCACATCGGATTCACCCCGCAAAGCGAACATTCCCTCGGCGGCTACCGCGTGCAAGGCCGGGGAGACGACGCCCAGCGCCTGATCGAGGACGCCGTTGCCCTGCAGGACGCCGGCGCTTTCAGTGTCCTCATGGAGATGGTTCCTGCGGACACCGCAGCCGCCGTCGACGCCGCATTGCGGGTCCCGACCGTCGGTATCGGTGCTGGCAAGAGCACCACGGGACAGGTCCTTGTGTGGCAGGACATGGCTGGATTGCGTGGCGGCAAAATGGCCAAGTTCGTCAAGCAATATGCGGATCTTCGCACCACGCTGAGTGATGCCGCCGCCGCTTACGGGGAGGATGTCCGGTCCGGTCAGTTCCCCGGACCGGAGCACTCCTTCTAA MAPSNLPESTTPAEVPAPYGSGPAAAAQAQSAAGRKPISRVRIHHLQQAKDNGEHFAMLTAYEQYTAEIFDQAGIEVLLVGDSASNNVFGNETSLPVTVDELLPLTRAVSRAAKRALIVADLPFGSYEVSPGQAVATGVRFLKEGLAHAVKIEGTAYYADTVKAMVQAGIPVMAHIGFTPQSEHSLGGYRVQGRGDDAQRLIEDAVALQDAGAFSVLMEMVPADTAAAVDAALRVPTVGIGAGKSTTGQVLVWQDMAGLRGGKMAKFVKQYADLRTTLSDAAAAYGEDVRSGQFPGPEHSF PGPT0008740_359 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 D3-18_02582 165 hypothetical protein GTGACGGAGTACTGGTACAACGTCAAGACGCACGAGATCGAAGAGGACGCCTTGTCCGATTGGACCCAGCTCATTGGCCCCTATAAGACCAGGGAAGAAGCCGAGCACGCCTTGGAAAAGGTGAAAGCACGCAATGACGCCTGGGATGCCCAGGACGACGATTAG MTEYWYNVKTHEIEEDALSDWTQLIGPYKTREEAEHALEKVKARNDAWDAQDDD NA NA NA NA NA D3-18_02583 879 map_2 COG0024 Methionine aminopeptidase 2 ATGCCTTCTCTTGCTTCGACTGCACCCATTGGCGCCCTCACCCCGGGAACCATCACCCCTGAACGACCCGTCCCGGCGTCGATTCCCAGGCCGGAGTATGTAGGCAAGAAGGCACCCGCCAAGTTCACGGGCTCCGAGGTGAAGTCAGCGGAGACCATCGAGAAGATCCGGATTGCCGGAAAGATCGCTGCACAAGCGATCGTGGAGGTCGGCAAGCATATCCAGCCGGGCGTCACCACGGACCATCTGGACAAGGTGGGGCACGAGTTCCTCCTGGACCACAACGCGTACCCGTCCACCCTCGGCTACCGGGGCTTTCCCAAGTCCCTGTGTTCCTCCCTCAATGAAGTCATTTGCCACGGAATCCCGGACTCAACCGTGGTGCAGGATGGCGACATCCTGAACATCGACATCACTGCCTTCATCAACGGCGTGCATGGGGATACCAACTACACTTTCCTGGTTGGCGAAGTGGACGAAGAATCCCGTCTGCTGGTTGAGCGTACGCAGGAGTCGCTCAACCGGGCCATCAAGGCCGTGGCCCCTGGCCGCGAAATCAACGTAATCGGCCGTGCCATCCAGTCCTACGCCAAACGCTTCGGCTATGGCGTCGTTCGGGATTTCACCGGCCACGGCGTGGGCGAGGCCTTTCACACCGGCCTCATCATTCCGCATTACGACGCAGCCCCGGCGTACAACACCGTGATTGAGACAGGCATGGTCTTCACCATCGAACCCATGCTGACCCTCGGCACCATCGAATGGGATATGTGGGCCGACGACTGGACGGTCGTCACCAAGGACCACAAACGCACGGCCCAATTCGAACACACCCTGCTGGTCACCGAGACCGGCGCGGAAATCCTTACCCTTCCCTGA MPSLASTAPIGALTPGTITPERPVPASIPRPEYVGKKAPAKFTGSEVKSAETIEKIRIAGKIAAQAIVEVGKHIQPGVTTDHLDKVGHEFLLDHNAYPSTLGYRGFPKSLCSSLNEVICHGIPDSTVVQDGDILNIDITAFINGVHGDTNYTFLVGEVDEESRLLVERTQESLNRAIKAVAPGREINVIGRAIQSYAKRFGYGVVRDFTGHGVGEAFHTGLIIPHYDAAPAYNTVIETGMVFTIEPMLTLGTIEWDMWADDWTVVTKDHKRTAQFEHTLLVTETGAEILTLP PGPT0020010_2308 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 D3-18_02584 819 ppgK COG1940 Polyphosphate glucokinase ATGATCGGAAATGCATTGTCCAAGAAGGATGAGAAGACCCACAAGAACGCCCCTTTGATCGGTATCGACATCGGTGGCACCGGCATCAAGGGCGGCATCGTCGACCTGAAGAAGGGCAAGTTGATTGGCGACCGCTTCCGCGTTCCCACTCCGCAGCCGGCCACGCCAGAGGCTGTAGCTGAGGTTGTCGCCCAAATCGTTGAGGAACTTTCCAACCGTCCCGACGCGCCGGCAGCGGACTCCCCCGTGGGTGTGACATTCCCCGGCATCATCCAGCACGGTGTGGTCAACTCAGCGGCCAATGTGGACAAGACCTGGCTGGGCACCAACATCGATGCCACCTTCACCAAACGCCTCGGCCGTCCCGTAGAGGTCATCAATGATGCCGACGCCGCCGGCCTCGCCGAAGCCCGCTACGGCGCAGGCGAAGGCGTGGACGGCACCGTCCTGGTGATCACCTTGGGTACCGGCATCGGATCGGCGTTCATCTTCAACGGACAGCTGGTCCCCAACGCCGAGCTCGGCCATCTTGAGGTGGACGGGCACGACGCCGAGACCAAGGCATCCGCGGTGGCCCGCGAACGCGACGGCCTGAGCTGGGACGAGTATGGGGTCCTGCTGAACCGCTACCTCCAGCACGTGGAGTTCCTTTTCTCCCCCGAGCTGTTCATTGTGGGTGGCGGCATTTCCAAACGCTCCGACGAGTACTTCCCGCACCTTGAGCTGCGGACCAAAATCGTCACGGCAAAGTTGAAGAACGACGCCGGCATTGTGGGCGCGGCACTCGAGGTTGCCTTGCACCACAAGCTCGCGAAGTAG MIGNALSKKDEKTHKNAPLIGIDIGGTGIKGGIVDLKKGKLIGDRFRVPTPQPATPEAVAEVVAQIVEELSNRPDAPAADSPVGVTFPGIIQHGVVNSAANVDKTWLGTNIDATFTKRLGRPVEVINDADAAGLAEARYGAGEGVDGTVLVITLGTGIGSAFIFNGQLVPNAELGHLEVDGHDAETKASAVARERDGLSWDEYGVLLNRYLQHVEFLFSPELFIVGGGISKRSDEYFPHLELRTKIVTAKLKNDAGIVGAALEVALHHKLAK PGPT0017750_125 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0017750-ppgK-K00886 NA NA D3-18_02585 780 ygfF putative oxidoreductase YgfF ATGACACAGGCCGGAACCGCCGACCAGCGCGGTGAACGCGGAGTCGCGATCGTCACCGGTGCCAGTCGAGGGATCGGAGCCGCCGTGGCACTGGCCGCGGCTGCTGCCGGGTATCACGTGATGGTCAATTACTCGGCAGACGCTGAAGGAGCACGGATCGTGGTCAAAGACATCCTCGCCCAAGGCGGCAAGGCACGCGCCGTACAGGCCGATGTCAGCCAACCGGCCGACGTCGGACGTCTGTTCGACGAAGCCGCTGCTTGGGGTCCTTTGACCGCCGTCATCAACAACGCCGCGATCACGGGAAACCTGATCGGTACGCTCGTGGAAGTACCAGCGGAAACGGTCCAACGGGTTATTGATGTCAACGTGGCCGGAATGGTTTTCATGTGCCAGGAAGCAGTTCGGAGACTCGCGACCGACAACGGCGGCAGCGGCGGCTCCATCGTCAACATCTCCTCCACAGCCACCAAGGCAGGCTCTCCCGGAACCTGGGTCCACTACGCGGCCACCAAGGGGGCAGTGGATGTGTTGACGGTGGGTCTTGCCGCAGAAGTCGCCAAACAGGGCATCCGGGTCAACGCCGTAGCCCCGGGTAGCACCAATACCGGCCTCCACGCAGCGGCCGGAATGCCGGACCGGGTGGAGAAGCTGAACCCAACCATTCCCATGGGCCGCGGAGCGGAGCCGGAGGAAGTGGCTGCAGCGGTGATGTGGCTGATGTCGGACGAGGCCAGCTACATTACCGGAGCAGTACTCCCCGTCTCCGGAGGGCGCTGA MTQAGTADQRGERGVAIVTGASRGIGAAVALAAAAAGYHVMVNYSADAEGARIVVKDILAQGGKARAVQADVSQPADVGRLFDEAAAWGPLTAVINNAAITGNLIGTLVEVPAETVQRVIDVNVAGMVFMCQEAVRRLATDNGGSGGSIVNISSTATKAGSPGTWVHYAATKGAVDVLTVGLAAEVAKQGIRVNAVAPGSTNTGLHAAAGMPDRVEKLNPTIPMGRGAEPEEVAAAVMWLMSDEASYITGAVLPVSGGR PGPT0003180_12797 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 D3-18_02586 501 nrdR COG1327 Transcriptional repressor NrdR GTGTATTGTCCGTTCTGCCGGAATCCCGACTCCCGCGTCGTTGACAGCCGAATGGCTGACGACGGCTCCTCCATCCGCCGTCGCCGCCAGTGCCCGGAATGTGGGCGTCGCTTCACCACAGTGGAAACCACCAGCTTGTCCGTGATCAAGAGGTCCGGCGTCGGCGAACCATTCAGCCGCATCAAGGTCATCAGCGGAGTACGCAAGGCATGCCAGGGACGTCCGGTCACGGAGGACGATCTTGCAATGCTCGCCCAGGAAGTCGAGGAGAATATTCGTTCCTCGGGCGCAGCGGAGATCGATGCGCATGAGGTGGGCCTGGCCATTCTGGGCCCGCTCAGGAAGCTTGATGAAGTGGCGTATCTTCGTTTTGCCAGCGTGTATCAGGCTTTTGAGTCCTTGGAGGACTTCGAGTCAGCCATCTCGCTGCTACGCCATGAGGCAGAAGCGGCCAAGGCGGGCGCCAAGAAAATCAAGGGTTCGGAAAAGAGCCAACTATAG MYCPFCRNPDSRVVDSRMADDGSSIRRRRQCPECGRRFTTVETTSLSVIKRSGVGEPFSRIKVISGVRKACQGRPVTEDDLAMLAQEVEENIRSSGAAEIDAHEVGLAILGPLRKLDEVAYLRFASVYQAFESLEDFESAISLLRHEAEAAKAGAKKIKGSEKSQL NA NA NA NA NA D3-18_02587 1365 hisD COG0141 Histidinol dehydrogenase GTGACCACTTCCTCGGATACCTCCGCCCTCTCCACTGACGCCCTCAATTTCCGGAGCATCGATTTCCGGGGCCGCCGCCTTTCCTTGGCGGAGCTGCGCGCAGCTGTGCCAAGGGCGCAGCATCAGACGATGGCGGACGCCGAACAGAAGGTCCTGGACATCATTTCCGACGTCCGTAGCCGTGGCTTTGCCGCCTTGGGCGAACTGGCCAGGAAGTTCGACGGCGTGGAACAGTCCCACCCAAGGGTCCCGGCTGAGGCGCTCACCCAGGCATTGACCGAACTAGCCCCAAAGGTCCGTGCAGCCTTGGAGGAGTCCATCAACCGGGCCCGGCAGTTTGCGGACCAGCAGCGCCCCGGCAACGTTAATGTACAACTTGGCGACGGAGCCGTTGTCAGCCAAAATTGGATTCCTGTGGGGCGCGTTGGGCTTTACGTTCCCGGTGGACTCGCTCCCTTGGCGTCATCTGTCATCATGAACGTCGTTCCCGCCGTTGCGGCCGGCGTAGAGTCCATCGCGCTGGCTTCCCCGCCGCAGAAAGACTTTGGCGGTCTTCCGCACCCCACCATCCTGGCCGCGGCGAAGCTCCTGGGCATTGACGAGGTGTACGCCATCGGTGGCGCACAGGCCATTGTTTCCTTTGCCTACGGCATCCCGGGAACCGGTAATGAGCTGTCCATTGAGCCTGTTGACGTGGTCACGGGCCCGGGCAATATTTTTGTGGCCACAGCCAAGCGCCTGGTCAAGGGTGTGGTGGGCATTGACTCCGAGGCCGGAACTACGGAGATCGCCATCCTTGCCGACTCCACTGCGCAGGCCCCCTTGGTGGCCGCCGACCTCATAAGCCAGGCGGAGCACGATCCCAAAGCAGCCTCCGTCCTGGTGACTGACTCCGCGGAACTGGCTGACGCCGTCGTGCTTGAACTGGCGCAGCAGGCCGCCGCCACAAAGCACCGTGCCCGCGTCCTTGAGGCACTGTCCGGACCGCAGTCCGGTGTGGTGCTGGTGGATGATCTTGAGCAGGGGATCGCCGTCTGTAACGCCTATGCCGCTGAACACCTGGAAATCATGACGGCGGACGCTGCCACGGTTGCATCGCGGATTCGTAACGCGGGAGCCATTTTCGTGGGCGACTTCAGCCCGGTAAGTCTGGGAGACTACTGCGCTGGTTCCAACCACGTCCTGCCCACCAGCGGCACGGCCGCTTTCTCCTCCGGTCTCAACGTCACCACGTTCCTCCGCGCGGTCCAGGTCATCAACTATGACCGCTCTGCTTTGGAGCAAGTCAGCGAACACATCGTGAGCCTGTCGGGCGCAGAGGACCTTCCGGGTCACGGAGACGCTGTCCGAATTCGCTTCGCCTAA MTTSSDTSALSTDALNFRSIDFRGRRLSLAELRAAVPRAQHQTMADAEQKVLDIISDVRSRGFAALGELARKFDGVEQSHPRVPAEALTQALTELAPKVRAALEESINRARQFADQQRPGNVNVQLGDGAVVSQNWIPVGRVGLYVPGGLAPLASSVIMNVVPAVAAGVESIALASPPQKDFGGLPHPTILAAAKLLGIDEVYAIGGAQAIVSFAYGIPGTGNELSIEPVDVVTGPGNIFVATAKRLVKGVVGIDSEAGTTEIAILADSTAQAPLVAADLISQAEHDPKAASVLVTDSAELADAVVLELAQQAAATKHRARVLEALSGPQSGVVLVDDLEQGIAVCNAYAAEHLEIMTADAATVASRIRNAGAIFVGDFSPVSLGDYCAGSNHVLPTSGTAAFSSGLNVTTFLRAVQVINYDRSALEQVSEHIVSLSGAEDLPGHGDAVRIRFA NA NA NA NA NA D3-18_02588 534 hypothetical protein ATGACCGATTCCACCGTGCACGACCCCGCCGTCGCAGAACAGTTACCTGCCTCCAAACGGCGCCGCTCCAAGGACGTCCTTTGGCTGGTCGTTCCGGCGGCTTTGGGTGTGGTGGCTGGAGTCATCTGGTGGCTCCTTGCTCCGGGCGGGCTGAACCTGGTCTCGGGCAACCCGGATCTGGCAGATGCGGCCAATCCTGATTCCTGGCTTCCCCGGGACTTGGTCCTCGCAGCCCTGATGCTCTTGGCAGGGTGCCTCACGGGCGTCATGTTGGACGGAAAGCTCAACGGTGATGGTGCCACGCGGCGTTTGGCCTTCGCTCTCCTTGGGGGTGCTTTGGGCGCGGTCTTCGCGTGGTTGGCTGGGCTGCTTGCCGCCCAGTTGCTGGGGCCTGCCCCGGACCCGGCTCTTGGCCCCGGGTTTGGCTTCACGCTGCGCTCCTACGCTGTGCTGGTCCTGTGGCCCGCTGCCATCGCATTTATCACGTTCGTCCTGGCACTGTTCGGGGTTCTGTCGAAGAAGCCCGTAAAATAG MTDSTVHDPAVAEQLPASKRRRSKDVLWLVVPAALGVVAGVIWWLLAPGGLNLVSGNPDLADAANPDSWLPRDLVLAALMLLAGCLTGVMLDGKLNGDGATRRLAFALLGGALGAVFAWLAGLLAAQLLGPAPDPALGPGFGFTLRSYAVLVLWPAAIAFITFVLALFGVLSKKPVK NA NA NA NA NA D3-18_02589 501 putative flavin reductase GTGCCCAGCGAACCATCCGGCTTCGAGCAGACATTCAGGGAGATGTTCCGTCGGCACGCCGCTGGAGTCGCCATCATCACTGCGAACCTCAACGGAAGCCCCTTCGGCTTCACCGCCACGTCTGTGGCCTCGCTTTCCGCAGAGCCGCCACGCTTCACCTTCAACATGGCCAGGAGCTCCAGTTCCTGGCCTGCAGTGGCCAATGCGGAGTACATCGGAGTCCATATGCTGGGGCTGGAAAACCAAGCCCTCGCCAATCGCTTCGCACGGACACGGGATCGATTCGAAGGCGACCATTGGGAGCCAGGCCCCCATGACGTGCCTATTCTCAAGGATGTCAGTGGTTGGCTCGTGGGTAGGATCCAGATGCGCCTGTCTTTCGAGAACAACGCCGTGGTGGTGGTCGAGGTCATAGATGGCCAAGTGGGCGAGGACGGCACTCCCCTGCTGTACCACAGCGGCGGTTACAGCAAGCCCGCGCCGCTCGACTACGAAATCTGA MPSEPSGFEQTFREMFRRHAAGVAIITANLNGSPFGFTATSVASLSAEPPRFTFNMARSSSSWPAVANAEYIGVHMLGLENQALANRFARTRDRFEGDHWEPGPHDVPILKDVSGWLVGRIQMRLSFENNAVVVVEVIDGQVGEDGTPLLYHSGGYSKPAPLDYEI NA NA NA NA NA D3-18_02590 3561 dnaE1 COG0587 DNA polymerase III subunit alpha GTGGTGACTTCCAGCAATGATTCGTTCGTCCATCTGCACACCCACACCGAGTACTCCATGCTGGATGGAGCTGCCCGTCTCGGTGAGTTGTTCGATGAAACCGAACGTCTGGGGATGCCCGCCCTGGCCACAACGGACCACGGATATTTGTTCGGTGCTTTCGACTTCTGGCGCAAGGCCACGGACAAGGGCATCAAGCCGATCATCGGCGTCGAAGCCTATGTAACCCCTGGTACCGCCCGCGGGGACAAGGAGCGCGTGCGCTGGGGCGATGAAAGCCAGCGCAAGGACGATGTCTCAGGTGGTGGCTCGTATACCCACATGACGCTTTTGAGTTACAACAACGTGGGCATGAGGAACCTGTTCAGGGCTTCATCCATCGCGTCACTCGATTCTGTCTTTGGCAAATGGCCTCGGCTGGACCGTGAACTGCTCAACACCTATTCCGAAGGCTTGATCGCCACCACGGGTTGCCCTTCCGGGGAAGTCCAAACCAAGTTGCGGCTCGGTCTTTACCGTGAGGCTGTGGAAGCCGCAGCTGAGTTCCGCGATATTTTCGGAGCGGAGAACTACTTCTGTGAACTGATGGATCACGGGCTGGACATTGAACGGCGCGTCACGGGCGACCTCTTGCGCCTTGCCAAGGAGCTCAACCTCCCGCTGGTGGCCACCAATGACCTCCATTACACGCATGAACATGATGCCAAGGCCCACGAGGCCTTGTTGGCGATCCAATCCGGTTCCACGCTCCTGGAGCCGACGTATGACAACGGCGGTTCGCGCTTCGCGTTCTCCGGCAGTGGCTACTACCTGAAGTCGCCGCAGGAGATGCGGGAGCTGTTCCGGGATCACCCTGAAGCCTGCGACAACACGCTGCTCATCGCCGAGCGCTGCGAAGTTTCTTTCAACACCGGCGCCAACTACATGCCGCGCTTCCCTTGCCCTCCCGGGGAAGACGAGACCTCCTGGCTGGTCAAGGAAGTGGATACCGGCCTGAAGTACCGCTACCCCCAAGGCATTCCTGACAAGGTCCGGAAACAGGCGGACTACGAACTTGGCGTCATTACGTCCATGGGATTCCCCGGGTACTTCCTGGTGGTTGCCGACTTCATCAACTGGGCCAAGAACAACGGGATCCGCGTGGGTCCCGGCCGTGGATCCGGTGCAGGCTCCATGGTCGCGTACGCCATGCGCATCACCGACCTCGACCCCCTGCAGCACGGCCTGATCTTTGAACGCTTCCTCAACCCGGACCGCGTTTCCATGCCCGACTTCGACGTCGACTTCGATGATCGCCGCCGCTCCGAGGTGATTGACTACGTCACCAAGAAGTACGGTGACGAGCGTGTGGCCATGATCGTCACGTACGGCACCATCAAGACCAAGCAGGCGCTCAAGGACTCCTCGCGCGTGCTGGGCTACCCGTTCAGTATGGGTGAGACGCTAACCAAGGCACTTCCTCCTGCCGTCATGGCCAAGGACATTCCTTTGGCGGACATCCAGAACCCGGAATCCAAGCGCTACAGCGAAGCTGGGGATTTCCGCCAGCTGATCGCCACGGATCCGGAGGCCGCCAAGGTCTTCGAGACTGCCCTGGGCATCGAGGGACTGAAACGCCAGTGGGGTGTTCACGCCGCCGGTGTCATCATGTCCTCGGACCCCATCATCGATGTCATTCCCATCATGCGCCGTTTCCAGGACGGCCAGGTCATCACCCAGTTCGATTACCCGACGTCCGAAGGCCTCGGCCTGATCAAGATGGACTTCCTGGGTCTCCGAAACCTGACGATCATTTCGGATGCCTTGGAAAACATCAAGATGAACCGCGGCGTCGACCTGGATCTGGAAAACCTGGAACTCGACGACGCTGCGTCCTACGAGCTCCTGGCGCGCGGTGACACCTTGGGCGTGTTCCAGCTCGACGGCGGGCCCATGCGGTCCCTGCTCAAGCTCATGAAGCCTGACAACTTCGAAGACATCTCCGCTGTTCTTGCCCTGTACCGGCCTGGACCCATGGGCGCCAACGCCCACACCGACTACGCCCTGCGCAAAAACGGGATACAGGAAGTAATTCCCATCCACCCGGAGCTGGAAGAACCGCTCAAGGAGATCCTGGGCGGCACCTTTGGCCTGATCGTGTATCAAGAGCAGGTCATGGCCGTGGCCCAGAAGCTGGCCGGCTACTCGCTCGGCCAAGCCGATATCCTCCGCCGCGCCATGGGTAAGAAGAAGAAATCCGAGCTGGACAAGCAATTCGCCGGCTTCTCCCAAGGCATGCAGGACAACGGCTACTCCATGGCCGCTGTGAAGACGCTCTGGGACATTCTGCTCCCGTTCTCCGACTACGCCTTCAACAAGGCCCACTCGGCAGCCTATGGGGTCATCTCCTACTGGACGGCCTACTTGAAGGCGCACTACGCGCCGGAGTACATGGCCGCCCTGCTGACGTCCGTGGGTGATGACAAGGACAAGTCCGCCATCTACCTCAACGAGTGCCGTCGAATGGGCATTACGGTCCTCCCGCCGGACGTCAATGAATCCTCGCTGAACTTCACCCCGGTGGGAACGGACATCCGCTTCGGCATGGGCGCCATCCGCAATGTCGGCGTCAATGTGGTGGATGCAATGGTGGCCGCCCGCACTTCCGAGGGCAAGTACACGTCCTTCAAGGATTTCCTCCTCAAGGTGCCCGCCGTAGTGTGCAACAAGCGCACCATCGAATCGCTGATCAAAGCCGGAGCGTTCGATTCACTCGGTCACCATCGGCGTGCTTTGGCGATGATCCACGAAGAAGCCATCGACTCTGTGATCACGCTCAAGCGCAACGAGGCCATTGGCCAGTTCGATCTCTTCGCGGGCTTTGAAGACCAAGAGCCCGAGGCGTCGCTGACCACCGAAATCCCGGATCTGCCCGAGTGGGAGAAGAAGGACAAGCTGTCCTTCGAACGGGACATGTTGGGCCTTTACGTTTCAGACCATCCCTTGCAGGGGCTGGAGGGCGTCCTCAGCCAGCACGCGGAACAGTCCATTACGTCGATCATCGCCGAGGACGGACCGCACGACGGCGCGATAGTCACCATTGCGGGCATGATCACCTCGCTGAGCCGCAGGATTGCCAAGGCCAGCGGAAACGCCTATGCCCGAGCAGAAATCGAAGACCTCGGCGCTTCCATGGAGGTCATGTTCTTCGGCCAGGTATACGGTCCCATCGCGTCAGTCCTGGCTGAGGACTTGATCGTTGTGGTCAAGGGCCGCCTGCAGCGCCGCGATGACGGAGCGGTCACTTTGAACTGCATGGAGCTTTCCGTCCCGGACCTCAGCGAAAGCGTGAACGGTCCCGTGGTGATCACCATTCCTACGTTCAAGGCCACCGAGGCAGTAGTGACCGACCTGCGTGACGTGCTGCGAACCCACCGCGGAAATTCGGAAGTCCGGCTCAAGTTGATGGGCGACACCAAGGTGGAGGTCATGGGCTTGCCCGTCCATATGAGGGTCAACCCCAGTCCTTCGCTTTTTGGTGACTTGAAGGTCCTGCTGGGGCCTGCCTGCCTGGATAACTAG MVTSSNDSFVHLHTHTEYSMLDGAARLGELFDETERLGMPALATTDHGYLFGAFDFWRKATDKGIKPIIGVEAYVTPGTARGDKERVRWGDESQRKDDVSGGGSYTHMTLLSYNNVGMRNLFRASSIASLDSVFGKWPRLDRELLNTYSEGLIATTGCPSGEVQTKLRLGLYREAVEAAAEFRDIFGAENYFCELMDHGLDIERRVTGDLLRLAKELNLPLVATNDLHYTHEHDAKAHEALLAIQSGSTLLEPTYDNGGSRFAFSGSGYYLKSPQEMRELFRDHPEACDNTLLIAERCEVSFNTGANYMPRFPCPPGEDETSWLVKEVDTGLKYRYPQGIPDKVRKQADYELGVITSMGFPGYFLVVADFINWAKNNGIRVGPGRGSGAGSMVAYAMRITDLDPLQHGLIFERFLNPDRVSMPDFDVDFDDRRRSEVIDYVTKKYGDERVAMIVTYGTIKTKQALKDSSRVLGYPFSMGETLTKALPPAVMAKDIPLADIQNPESKRYSEAGDFRQLIATDPEAAKVFETALGIEGLKRQWGVHAAGVIMSSDPIIDVIPIMRRFQDGQVITQFDYPTSEGLGLIKMDFLGLRNLTIISDALENIKMNRGVDLDLENLELDDAASYELLARGDTLGVFQLDGGPMRSLLKLMKPDNFEDISAVLALYRPGPMGANAHTDYALRKNGIQEVIPIHPELEEPLKEILGGTFGLIVYQEQVMAVAQKLAGYSLGQADILRRAMGKKKKSELDKQFAGFSQGMQDNGYSMAAVKTLWDILLPFSDYAFNKAHSAAYGVISYWTAYLKAHYAPEYMAALLTSVGDDKDKSAIYLNECRRMGITVLPPDVNESSLNFTPVGTDIRFGMGAIRNVGVNVVDAMVAARTSEGKYTSFKDFLLKVPAVVCNKRTIESLIKAGAFDSLGHHRRALAMIHEEAIDSVITLKRNEAIGQFDLFAGFEDQEPEASLTTEIPDLPEWEKKDKLSFERDMLGLYVSDHPLQGLEGVLSQHAEQSITSIIAEDGPHDGAIVTIAGMITSLSRRIAKASGNAYARAEIEDLGASMEVMFFGQVYGPIASVLAEDLIVVVKGRLQRRDDGAVTLNCMELSVPDLSESVNGPVVITIPTFKATEAVVTDLRDVLRTHRGNSEVRLKLMGDTKVEVMGLPVHMRVNPSPSLFGDLKVLLGPACLDN NA NA NA NA NA D3-18_02591 927 COG0564 putative RNA pseudouridine synthase GTGAGTGATTCTGTGGTGGTCCCCGAAGAGCTTGCCGGCGTTCGCGTTGACGCAGGCCTGGCGCAGCTTCTGGACATTTCCCGGTCCGCGGCGGCGCTGCTGATTTCCGAGGGAAACGTCACAAGCGGCGGAGTGGCACTGGGTAAATCGGCAAAGCTCGTTGCCGGCGCGTTGATTGACATCACGGTTCCCGAGCGTCCGGATCCCTTGGAAGTCGTGGAGGAAGTTGTGGAAGGCCTGAAGATCCTGCTGGACGACGAGGAATTCGTTGTCATCGACAAGCCTGTAGGGGTCGCTGCCCATCCCTCGCCCGGCTGGGTGGGCCCCACTGTAGTGGGGGGTCTCGCGGGCGCCGGATACCGGATTTCAACCTCAGGGGCGCCGGAGCGGGCGGGAATCGTTCACAGGCTCGACGTCGGTACTTCCGGCGTGATGGTCGTGGCCAAGACCGAGCACGCTTACACGGTGCTGAAGAGGGCGTTCAAGGAACGCACGGTGGAGAAGGTTTATCACGCAGTCGTTCAGGGACTGCCTGATCCGCTGCAGGGCACTATTGACGCGCCGATCGGGCGTCACCCCGGCCATGACTGGCGATTCGCCGTCATCGAGGACGGCCGGCCGTCAGTGACCCACTACGAGGTCCTGGAAGCTTTTGGCAAGGCGACACTGGTGGAAGTCCACCTGGAAACGGGCCGTACACACCAGATCCGCGTCCACTTCTCGGCCCTTCGGCATCCGTGTGCCGGAGATCTCACCTATGGGGCAGACCCTCGGCTCGCTGCGAACCTCGGCCTCACCCGGCAATGGTTGCACGCCCGCCAGTTGGGCTTCACCCACCCCCGCACGGGCGATTGGGTTGAAGTCAGCAGCGACTACCCGGCGGACCTCCAGTACGCCCTGGACTTGCTCGCGACAGGCTCCGCATAG MSDSVVVPEELAGVRVDAGLAQLLDISRSAAALLISEGNVTSGGVALGKSAKLVAGALIDITVPERPDPLEVVEEVVEGLKILLDDEEFVVIDKPVGVAAHPSPGWVGPTVVGGLAGAGYRISTSGAPERAGIVHRLDVGTSGVMVVAKTEHAYTVLKRAFKERTVEKVYHAVVQGLPDPLQGTIDAPIGRHPGHDWRFAVIEDGRPSVTHYEVLEAFGKATLVEVHLETGRTHQIRVHFSALRHPCAGDLTYGADPRLAANLGLTRQWLHARQLGFTHPRTGDWVEVSSDYPADLQYALDLLATGSA NA NA NA NA NA D3-18_02592 609 lspA COG0597 Lipoprotein signal peptidase ATGACCGACGACTTCACCGCTGATGCCGCACAACCGGCGCCTGCCGGGCGCCGTAAGTGGCGTCCTGCCATGCTTTGGCTCTTTGCCGGCTTCGCCGTGTTCGCCTATGTATTTGACCAGCTCACCAAGCTCTGGGTGACCAGCACCATGACGGAGGGTGAGCGCATTCCTGTGCTTCCCCCGCTGCTGCACTGGTACTACATCCGTAATTCCGGGGCGGCGTTTTCCATCGGCGAGAACGTGACGTGGATCTTCACGATCGTCATGGCAGCTGTTTCCGTGGCGATCCTCTTCCAAGTGCGAAAGTTGGGTTCTGCATGGTGGGCGCTTTCCCTGGGACTGTTGCTGGGAGGGGCTCTCGGCAACTTAACCGACCGTTTGTTCCGTGAGCCATCCTTCGCCATGGGGCACGTGGTGGACTTCATCCAATTGCCGAACTTCGCCATCTTCAACATCGCCGACTCTGCGGTGGTGTCCGGCGTCGTTATTATTTGCCTCCTGACGCTGCGAGGCGTCGGCATGGATGGAACGCGGCATGTGGCAGCCCCCAAGCCCGCCAAAGATGCGAAGCCTGCGGGCGGCTCCACCGGGGAGTCTGCTGGTGAGTGA MTDDFTADAAQPAPAGRRKWRPAMLWLFAGFAVFAYVFDQLTKLWVTSTMTEGERIPVLPPLLHWYYIRNSGAAFSIGENVTWIFTIVMAAVSVAILFQVRKLGSAWWALSLGLLLGGALGNLTDRLFREPSFAMGHVVDFIQLPNFAIFNIADSAVVSGVVIICLLTLRGVGMDGTRHVAAPKPAKDAKPAGGSTGESAGE PGPT0004770_795 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_LEAD_RESISTANCE LEAD_RESISTANCE-PBR_TRANSPORT_SYSTEM,PGPT0004770-pbrB|pbrC-K03101 NA NA D3-18_02593 699 COG3599 Cell wall synthesis protein Wag31 ATGGCTTTGACGCCAGAAGACGTTGTCAACAAGCGCTTTCAGCCGACCAAGTTCCGCGAAGGCTACGACCAGGATGAGGTCGATGACTTCCTCGACGAGATCGTGGTGGAACTTCGCCGCTTGAACCAGGAGAACGACGAACTTCGCAAGAAGCTCGGCGAGGCCGGATCCGCTGTCCCCGCTGCAGCTGCTGCTGCCCCGGTCGTCGAGAAGGTTCCGGCTCCGGTCAAGGTCGACAAGGAAGCCGAGGCGAAGGCGGAAGCCGAAGCCAAGGCTGCCGAAGCCGCCAAGAAGAAGGAAGCCGAGCAGGCTGCAGCCGCTGCCGCAGCTCCGAAGGCACCCGCTGCCAGCAACGGCGTCACCTCTTCCGCTGAGTCTGCTGCAGGCCTGCTTGCCATGGCGCAGCAGATGCACGACAAGCACGTTTCAGACGGTGCGCAGCAGAAGGAAAAGATCATCGCCGAGGCTCAGATAGAGGCTTCCAGCCTCGTCAACGACGCCCAGGAGAAGTCCCGCAAGATTCTTGGTGCCCTCGAGCAGCAGCGCTCTGTTCTTGAGCGCAAGGTTGAGCAGCTCCGCGGCTTCGAGCGCGACTACCGTTCACGCCTGAAGGCTTACATTGAGGGTCAGCTCCGCGACCTCGACGCCCGTGGTTCCGTCGCTGCCCCTGAGGTCGGCGAAGCAACCGCCGACGTTTAG MALTPEDVVNKRFQPTKFREGYDQDEVDDFLDEIVVELRRLNQENDELRKKLGEAGSAVPAAAAAAPVVEKVPAPVKVDKEAEAKAEAEAKAAEAAKKKEAEQAAAAAAAPKAPAASNGVTSSAESAAGLLAMAQQMHDKHVSDGAQQKEKIIAEAQIEASSLVNDAQEKSRKILGALEQQRSVLERKVEQLRGFERDYRSRLKAYIEGQLRDLDARGSVAAPEVGEATADV NA NA NA NA NA D3-18_02594 288 hypothetical protein GTGGGCATTGTTTTCGGCCTTATCTATATTGTGTTGTTGCTGTTCTTCATTGCCCTGATCATCCGACTCATCTTCGAATGGGTCCAGATGTTCGCCCGCCAGTGGCGGCCAAGGGGTGTGGCGTTGGTTACAGCCCATGTGGTGTACTCCGTGACGGATCCTCCCCTTGGCAGGCTCCGGAGACTCATACCACCCCTTCAACTGGGCGGAATATCGCTGGATTTGGGCTTCCTGATCCTGATTATTGCCGTCAGCATTGCCATGGCAGTGACCAGCAGCCTGGCGTAG MGIVFGLIYIVLLLFFIALIIRLIFEWVQMFARQWRPRGVALVTAHVVYSVTDPPLGRLRRLIPPLQLGGISLDLGFLILIIAVSIAMAVTSSLA PGPT0013730_2614 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 D3-18_02595 537 sepF Cell division protein SepF ATGGCTGGCGCTCTGCGCAAGACAATGATCTATCTTGGGCTCGCCGACGGCGATGAACACTACGAATCTGAGCAGTCCGTCGCCACGCACCACGATGAAGAACGCCCCCAGGCACAGGAACGGGAAGAGCGCCGTGCGCCTGCTCCCGTCCGGGAAGTTGTCCGTGAAATGCCCATTGTTGATGCCGAAGAGGAATACCGCGCACCCGTGACACCCATCAAGCGTGCGGCGTCCAGCCGCGAAGATGCCTCGGGCTTGAGGCAGATCACCACCGTTCACCCGCGTTCATACAACGATGCCAAGGTCATCGGTGAGAGTTTCCGGGATGGCATTCCTGTGATCATGAATGTCACCGATATGGGTGAAGCCGACGCCAAGCGACTCGTGGACTTCTCTGCGGGCCTCGTTTTCGGCCTGCACGGCAGCATCGAGAGGGTGACCAACAAAGTCTTCCTGTTGTCGCCGTCGTACGTTGAGGTCATCGGAGATGACAAGAAGGCCAGCGAAACGCAGGCCAGCTTCTTCAACCAGAGCTGA MAGALRKTMIYLGLADGDEHYESEQSVATHHDEERPQAQEREERRAPAPVREVVREMPIVDAEEEYRAPVTPIKRAASSREDASGLRQITTVHPRSYNDAKVIGESFRDGIPVIMNVTDMGEADAKRLVDFSAGLVFGLHGSIERVTNKVFLLSPSYVEVIGDDKKASETQASFFNQS NA NA NA NA NA D3-18_02596 759 COG0325 Pyridoxal phosphate homeostasis protein ATGACTAGCCTTGGGTATGACAATGAACAGCGGCAGGATTCGGGCGGTGACGCCCGCACCGCTGAGCTTTCTGATCGGCTCGGCCTGGTCCGGCAAAGGATGGATTCGGCCGTCCACGCTGCTGGACGAACTGATTCACCGCGGCTGATTGTGGTCACCAAGTTCCATCCGGCGGCGGACGTCCGTCGCTTGGTCTCCCTCGGCGTTACGGATGTCGGCGAAAACCGCGACCAAGAAGCCGCCGCCAAGAGTGCTGAGCTCGCAAACGTTGACGTCAAGTGGCATTTCATTGGCCAGCTTCAGAGTAACAAGGCGAAGTCCGTGGCCAAGTATGCCTCGTCGGTCCAGTCCATAGACCGCGCGGCGGTTGTTGACGCTTTGGCCAAGGCCATCGCCCGCGAAAAGGATGCCACAGGGCGAAGCGACCTTGATTGCTTCATCCAGGTCAGCTTGGACGACGACGCCGGTGCGCACCGGGGCGGTGCCAACCCCTCCGACGTCGAGGTCCTCGCAGGAAAAATAGAATCAGCTGAAGGGCTGCGGTTGGCAGGGTTAATGGCCGTGGCGCCGCTGGGGGCCGATCCGAACGCCGCGTTTGAGAAGCTCGCCGTGATTTCCCAGGCACTCCGCGCCGTTCACCCCGCTGCAACAGGTATTTCTGCGGGGATGAGCCAGGACCTGGAAGCAGCGGTGAAGTTCGGGGCGACACACCTGAGAATTGGCTCCGATATTCTCGGTTCCCGTCCGGCCGTGGGGTAG MTSLGYDNEQRQDSGGDARTAELSDRLGLVRQRMDSAVHAAGRTDSPRLIVVTKFHPAADVRRLVSLGVTDVGENRDQEAAAKSAELANVDVKWHFIGQLQSNKAKSVAKYASSVQSIDRAAVVDALAKAIAREKDATGRSDLDCFIQVSLDDDAGAHRGGANPSDVEVLAGKIESAEGLRLAGLMAVAPLGADPNAAFEKLAVISQALRAVHPAATGISAGMSQDLEAAVKFGATHLRIGSDILGSRPAVG NA NA NA NA NA D3-18_02597 756 COG1496 Polyphenol oxidase GTGTTTTGGTGGCGGAATGAAGTACGGCCCGGCGTTTCTGTAGCCTTCACGGATGCAGGCGCCGGGAACCTGGCTCTCCATGTGGGGGACCACCCCTCGGACGTGATGGCCCGTCGCGCCCGGTTGGAACAGGCCATTGGCCTGAGCGCCAGTGGTCCGGGTGCAGGGCAATTCCAATATATGGATCAGGTCCACGGGAACCACGTTGAGTTCATTGCAGCTCACGGTCCCGGACCCACTGCCGATGCGATGGTTTCCGCCGCCGGAGGATCGTCCAGCTCGCAAACGCCCGCAACATTCCCGCGTCCACCACAGCCTCTGGCTGTCATGGTGGCTGATTGCGTCCCCGTTGTGCTCGTTGGGACGGACGCCGGCGACAACCCTGTCATAGCTACTGCCCACGCCGGGCGTCCCGGTGTCGCTTCGGCCGTTGTGCCTGCCGCCGTCGACGAAATGCGTCGCCGGGGAGCCATGGATATCAGTGCGTGGCTCGGTCCGTCCATCTGCGGATCCTGTTATGAGGTCCCGGAACAGCTGCGGGCCGACGTCGCAGCAAAAGTTCCCGAAACGTGGTCTTCCACCTTGTGGGGAACGCCGGCACTGGACCTGCCGGCAGGTGTCCGGGCCCAATTGGCTGCACTCCATGTCACGGTGGAGTATTCCGGAGCATGCACCCTCGAAAACGACTCCTTATTCTCTTACCGGCGGGACTCCCGAACCGGTCGATTCGCAGGTTTGGTGTGGACGCATGACTAG MFWWRNEVRPGVSVAFTDAGAGNLALHVGDHPSDVMARRARLEQAIGLSASGPGAGQFQYMDQVHGNHVEFIAAHGPGPTADAMVSAAGGSSSSQTPATFPRPPQPLAVMVADCVPVVLVGTDAGDNPVIATAHAGRPGVASAVVPAAVDEMRRRGAMDISAWLGPSICGSCYEVPEQLRADVAAKVPETWSSTLWGTPALDLPAGVRAQLAALHVTVEYSGACTLENDSLFSYRRDSRTGRFAGLVWTHD PGPT0019965_2614 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 D3-18_02598 1221 ftsZ Cell division protein FtsZ GTGGCAGCACCGCAGAATTACTTGGCCGTCATCAAGGTCGTCGGCATCGGCGGCGGTGGCGTGAACGCAGTCAACCGCATGATCGAGGTCGGCCTTCGGGGCGTCGAGTTCATCGCCATCAACACCGATGCGCAGGCGCTGCTCATGAGCGACGCCGACGTCAAGCTCGACGTCGGACGTGAACTCACCCGCGGCCTCGGCGCCGGGGCAAACCCTGAGGTCGGCAAGCAGGCAGCAGAAGACCACGCCGACGAGATCGAAGAAGTTCTCCGTGGTGCTGACATGGTCTTCGTTACTGCAGGCGAGGGTGGCGGCACCGGAACCGGTGGCGCTCCCGTGGTCGCGCGCATCGCCCGCTCCCTCGGTGCGCTGACCATTGGCGTCGTGACCCGTCCGTTCACCTTCGAAGGCCGACGCCGCGCCGGCTCTGCTGAGGCCGGCATTGACGCCCTCCGCGACGAAGTCGACACTTTGATCGTCATCCCCAACGATCGCCTCCTGTCCATCAGCGATCGCAACGTGTCCGTCCTGGACGCCTTCCGCTCCGCGGACCAGGTGCTCCTCTCCGGTGTTCAAGGCATCACGGACCTCATTACCACCCCGGGCCTGATCAACCTCGACTTCGCTGACGTCAAGTCAGTGATGCAGGGCGCAGGATCGGCCCTCATGGGCATCGGTTCCGCCCGTGGTGAAGACCGGGCCGTCAAGGCTGCCGAATTGGCCATCGCCTCCCCGCTCCTGGAGGCTTCCATCGACGGTGCCCACGGTGTCCTTCTTTCCATCCAGGGCGGCTCCGATCTCGGGCTGTTCGAGATCAATGAGGCTGCCCGCCTTGTGCAGGAAGTGGCCCACCCCGAGGCAAACATCATCTTTGGTGCCGTCATTGACGACGCCCTGGGTGACGAAGCACGCGTGACTGTCATTGCTGCAGGCTTCGATGACGTCAAGGCGACTTCGCCCTCCATGGACCAGTCACGGCCGGCACAGAACCCTGTGCCCTCGGATCGTCCGGCTGCTCCGAGCAGCGCGCCTTCCAGCGCTGCTGCACCACAGCACGCTACGGCTGGTATCGGCGCAGCAGGGTTGAGCAACTGGGGCCAGCAGCGTCCTTCCGCCCTCCCCGCGGACTCCGGCTTCGATGTCGACCTTCCCGCAGTGGTTGAACCCGACCTCTCGGGCAGCCGCTCCGACGACCTCGACGTTCCCGACTTCCTGAAGTAA MAAPQNYLAVIKVVGIGGGGVNAVNRMIEVGLRGVEFIAINTDAQALLMSDADVKLDVGRELTRGLGAGANPEVGKQAAEDHADEIEEVLRGADMVFVTAGEGGGTGTGGAPVVARIARSLGALTIGVVTRPFTFEGRRRAGSAEAGIDALRDEVDTLIVIPNDRLLSISDRNVSVLDAFRSADQVLLSGVQGITDLITTPGLINLDFADVKSVMQGAGSALMGIGSARGEDRAVKAAELAIASPLLEASIDGAHGVLLSIQGGSDLGLFEINEAARLVQEVAHPEANIIFGAVIDDALGDEARVTVIAAGFDDVKATSPSMDQSRPAQNPVPSDRPAAPSSAPSSAAAPQHATAGIGAAGLSNWGQQRPSALPADSGFDVDLPAVVEPDLSGSRSDDLDVPDFLK PGPT0027695_2471 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 D3-18_02599 945 ftsQ Cell division protein FtsQ GTGGCTAGCACCCGCAAGCCCACGTTCAAACCGGCTACCGACCCACGCCGAAGCAGTGCTGGCCGTCCCCGAGGTGATGACTCCGCGGAGGTCATCAGTGCACAGCGTTCCGTTGAACCTGAGAAAAATACCCCGGAGAAGCCGGCGACCCCTGCCAAGTCCACAGGCGGCGCCTCAAAGACCGCGGGCGGGCCCGGCAAAGACGGCAAGACTTTGCCAGCGGACAACGTCATTGCCTTTCCTGAGCCGAAGAAGCGCCGCCAACGGCGAATCGTGCTCTGGACGCTTTCGATTGTGGCCGTTGTGGTCGGTGCCTTGATTGCAGGGGCGATATTTTCGCCCGTGCTTGCAGTCCGGACAATCACGGTGGATGGCACGACGTTGCTGACGCCGGACGCGGTGCAGAAAGCACTGTCCGGCCTCGAAGGGAAGCCGCTCCCACAGCTCAGCGAGCAGGAGATCAACGAGCTCCTGAAACCGTTGGTTCAAGTCCGGTCGGCCACCATGGAAGCGCGGCCACCGTCGGAGTTGCTGGTGCACGTTGACGAACGAGTCCCGGTGGCACTCCTGAAACAGGGCGACTCCTACGTCATGGTGGACGTGGACGGTGTGCAGCTCGGTGCAACGAAGGACTTGTCCACCGTAGCGCTGCCGCTGATCGACGCCGGGGTAGGCACAACCAACACGGAGTTGTTCAAAGCGATTGCTGCTGTGCTGGACACTTTGCCCGCGGATATCCTGGCCAGGATGTCCACCGCCTCTGCAGCATCGGCGGATGCCGTAGAGCTGAAACTGGTGGACGGAAAAACGGTAGTGTGGGGCAATGCCGAGGACAGGGAACTAAAGTCGAAGGCGCTTGAAGCGCTCCTGAGGATGCCGGCGGACCCGAAAGTTCCGGTCAGTGTCTACGACGTCAGTGTTCCCCGGCATCCATTTACAAAATAG MASTRKPTFKPATDPRRSSAGRPRGDDSAEVISAQRSVEPEKNTPEKPATPAKSTGGASKTAGGPGKDGKTLPADNVIAFPEPKKRRQRRIVLWTLSIVAVVVGALIAGAIFSPVLAVRTITVDGTTLLTPDAVQKALSGLEGKPLPQLSEQEINELLKPLVQVRSATMEARPPSELLVHVDERVPVALLKQGDSYVMVDVDGVQLGATKDLSTVALPLIDAGVGTTNTELFKAIAAVLDTLPADILARMSTASAASADAVELKLVDGKTVVWGNAEDRELKSKALEALLRMPADPKVPVSVYDVSVPRHPFTK NA NA NA NA NA D3-18_02600 1371 murC COG0773 UDP-N-acetylmuramate--L-alanine ligase ATGAGCACCAACATCGCCCGCCTGGAGTCCCTCGGACGCGTTCACTTCATCGGCATCGGAGGAGTGGGGATGTCCGCCGTCGCACGCATCATGGTGTCTCGGGGGGTCCCGGTCAGCGGCACGGATGCCAAGGATTTGCCGGTCATGCGAGACCTCTCTTCGGCAGGAGCGCGCATCGCCGTGGGCTATGACGCCGGAAACGTGGGCGATGCCCAGACGGTTGTGGCCGGCTCGGCCATCCGTGCGGACAATCCGGAGCTTTTGGCGGCGCGTGATGCCGGGCTGCCCGTGCTGCACCGTTCAGAGGCGCTTGCCGCCACCATGGCCGGGCACCGGGTGGTAACCGTGGCGGGAACCCACGGCAAATCCACAACGACTTCCATGGTTGCCGTCCTGCTCAAGGAAGCCGGCTTGGATCCCTCCTTCGCCATCGGCGCGAATGTTCCGGCACTTGGCGTTAATGCGGCACATGGGGCATCCGATATTTTCGTGGCAGAGGCCGATGAATCGGACGGTTCGTTCCTCAACTACCGGCCCTTGATTGCTGTGGTCACCAACGTCGAGGCCGATCACTTGGATCACTATGGTACGCCGGAAGCCGTCTTTGCCTCCTTCGATGCCTTTGCTGCCCTCCTTCCCGCTGATGGCGTCCTGCTGGCATGTGCCGACGACGCCGGTGCCCGGGCCTTGGCGGAGCGTACAGCGTCCCGGGGGACCACGCGGGTGCTGACGTACGGCACCTCCGACAACGCGGACATCCGACTTCACGACGGCGGCCCGGGCGACGTGTCGGTTGCCTATAACGGTTCCGTCAACAAACTCGAACTTCAGGTACCGGGGCGGCACAATGCCCTGAACGCGGCAGCTGCGTTCGCCGTCGCCGTCGAACTCGGCGTGGAACCCGGGGCTGCAGCGGCGGCACTGGGCCACTTCACGGGCGCGTCCCGGCGCTTTGAACTAAAGGGACAAGGCAGGGGAGTGCGGGTCTATGACGACTATGCCCACCATCCCACGGAGGTCCGTGCAGCTCTATCGGCGGCCCGTTCCGTCGCCGCCGGCAACAAGGTGCACGTCCTCTTCCAGCCGCATCTGTTTTCGCGCACCCGTGAGTTCTCACAGGAGTTCGCGGCCGCGCTGGACCTGGCGGATACCGCCCTGGTCCTGGACATCTATCCAGCCCGTGAGGACCCTATTCCTGGTGTGACAAGCACGCTGATCACTGAGCATCTGGTGAACGGACGGCTGGTTTCCGCCGATGAAGCCGTTGACGCCGTGGCAGCCGTCGCAAGCGACGGCGATGTGGTCCTGACGGTGGGCGCCGGAGACGTCACTGCCTACGGGCCCGCCATTGTGGAGGCGTTGGGTGGCTAG MSTNIARLESLGRVHFIGIGGVGMSAVARIMVSRGVPVSGTDAKDLPVMRDLSSAGARIAVGYDAGNVGDAQTVVAGSAIRADNPELLAARDAGLPVLHRSEALAATMAGHRVVTVAGTHGKSTTTSMVAVLLKEAGLDPSFAIGANVPALGVNAAHGASDIFVAEADESDGSFLNYRPLIAVVTNVEADHLDHYGTPEAVFASFDAFAALLPADGVLLACADDAGARALAERTASRGTTRVLTYGTSDNADIRLHDGGPGDVSVAYNGSVNKLELQVPGRHNALNAAAAFAVAVELGVEPGAAAAALGHFTGASRRFELKGQGRGVRVYDDYAHHPTEVRAALSAARSVAAGNKVHVLFQPHLFSRTREFSQEFAAALDLADTALVLDIYPAREDPIPGVTSTLITEHLVNGRLVSADEAVDAVAAVASDGDVVLTVGAGDVTAYGPAIVEALGG PGPT0024120_3737 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024120-murC-K01924 NA NA D3-18_02601 1119 murG COG0707 UDP-N-acetylglucosamine--N-acetylmuramyl-(pentapeptide) pyrophosphoryl-undecaprenol N-acetylglucosamine transferase ATGACTTTTGATTCCGCCAACGCATCCAAGCCCTTATCCGTCGTCCTGGCCGGCGGCGGAACTGCCGGTCATGTCAGCCCGTTGCTGGCCATTGCCGATGCCATCAGGGACAAGCGTCCGGAGGCCGCCATCCTTGCTGTTGGCACGCCGTCGGGCATGGAAACCCGCCTCGTCCCGGCCGCCGGGTACGAACTTGCCACCATCGACCGGGTCCCGTTTCCGCGCAGGCCCTCAGCGGACCTCGTGAAGCTGCCCGCCCGTTTGAGCGGGGCGGTTCGGCAGGCCCGGCGCATCCTGGAGGAATCCCGCGCGGACGTTCTGGTGGGTGTGGGCGGCTACGTCTGCACACCCATGTACCTTGCTGCCAGGCAACTCAGAATTCCCATCGTCATCCATGAGGCCAACATGAAGGCCGGCCTGGCCAACCGGGTCGGCGCCCGGTTCAGCAACCATGTTGCCGCGGCATTTGCCGGTACCCGTTTGAGGGGTGCACGCCACGTAGGCATGCCCATGCGCCGGGCCATCTCGCAACTTCACAGGACTGTTGCTGCTCCTGCCGCAAAGGCTGCGCTTGGCTTGGATGCCCACCGGCCTGCGCTGATTGTCACAGGCGGCTCGTCAGGGGCGTTGAGCATCAACCGTGCCATCACGGCCGCCCTTCCCGCGCTGGCGGCTGCCGGTGTGCAGACCCTCCACATCACAGGCATCGGCAAAGCCGTCAAGAATGACGACGGCGGACTTCTCGCCGCCGACGGCTATCGGCAGGTTGAGTACGTGGACGGCATGGAAAACGTTTATGCTGCTGCCGATGTCCTTCTCGCCCGTGCCGGCGCTGGAACAGTCAGCGAAGTGGCGGCGGTGGGAGTTCCTGCAGTATTTGTGCCCCTGCCCATCGGCAATGGAGAGCAGGCACTGAATGCTGCTCCCTTGGTTGCCGCCGGTGGCGCGATGCTGGTGCAGGATAAGGACCTCAGCCCGGAGTGGCTTCGAAGCGAAGTGATTCCGCTTCTCACAGATAGCAGCAGGCTCAACGACATGGCCCGTAAATCCGAGGCCCTCGGTATCAGAAACGCCGATCAGCGCATGGCTGATCTTGTCTTGGAAGCGGTATCCGCATGA MTFDSANASKPLSVVLAGGGTAGHVSPLLAIADAIRDKRPEAAILAVGTPSGMETRLVPAAGYELATIDRVPFPRRPSADLVKLPARLSGAVRQARRILEESRADVLVGVGGYVCTPMYLAARQLRIPIVIHEANMKAGLANRVGARFSNHVAAAFAGTRLRGARHVGMPMRRAISQLHRTVAAPAAKAALGLDAHRPALIVTGGSSGALSINRAITAALPALAAAGVQTLHITGIGKAVKNDDGGLLAADGYRQVEYVDGMENVYAAADVLLARAGAGTVSEVAAVGVPAVFVPLPIGNGEQALNAAPLVAAGGAMLVQDKDLSPEWLRSEVIPLLTDSSRLNDMARKSEALGIRNADQRMADLVLEAVSA PGPT0024150_1145 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024150-murG-K02563 NA NA D3-18_02602 1302 ftsW COG0772 putative peptidoglycan glycosyltransferase FtsW ATGGTCAGCACGCCCACCCGCACCCGCGGCAAAGAACCCCGGGACGGGATGTCCAAGGCCGCGTCTGTTGACGACAGCCGGCCCAAGAGGCTCCGCGGACACCTGCGCGGCTTCTGGGAGAGCCTTGAAGGCAAGGGCAAAGCTCCCAACAGCTCCACGTACTACCTGATTCTCGGCTGTGCTCTCGCTTTGACGGCCATAGGCATCATGATGGTGTTGTCCGCCTCCAGCGTTGAAGCCATCTCCGAGGGTAAGTCGCCCTATGCTGATGCCCTCAAACAGGCGGTCTTCGGCGTCGTTGGACTTATTGCGATGTACGTCATCTCACGCACCAACGTGAACTGGATGAAAAAACTGTCCTGGTGGGCGCTCGGGGCCGTGATTGTCCTCCTTGCCTTGGTGCAGGTCATGGGCAACACCGTCAACGGCAACAAGAACTGGATAGACATCGGCGGCGTCACCCTGCAGCCCTCCGAGATGGCCAAGCTGATCCTCTGCGTCTGGATCGCAGCTGTCCTGGCACGGAAGCAGAAGCTCCTTCACCGTTGGATGCACGTCATCATTCCCGTGGTTCCGGGCGCAGGCCTTGTGATTGCGTTGGTGATGTTGGGCAACGACCTCGGAACTGTCATCGTCATCGCGGCGATCACCGCTGCCGGGCTGTACTTCGCGGGCGTACCGGGCCGCATGCTGGCCATCGCCGGCGCGGTTGGTGCAGTCGGTGCGGTCCTGGGCACCATCAGCAGCTCCAACAGGATCTGCCGCATCACGTCGTGGTTGGAAACTGCCTCCCAGCAGTGCACCGAGCAGTTCGACTTCGATTTCCAATCCACCAACGGCATGTACGGCCTTGCGCAGGGAAGCTGGACCGGTTTGGGCCTTGGACAAAGCCGGCAGAAATACAACTGGTTGCCGGAAGCCCACAACGACTTCATTTTCGCGATAATCGGCGAGGAACTTGGCCTCGTGGGGACCATCGTGGTCCTGGTCCTCTTCGCGATTCTGGGTATTGCCATCTTCCGTGTGGTGGTCAGGCAGACCGATCCATTCCAGCGCACCCTTGCGGGTGGAATCATGGTGTGGCTGCTCGGCCAGGCAAGCATGAACATGGCCGTGGTGACCCAACTCCTACCCGTGGTGGGTGTGCCGCTTCCGTTCATCTCCTACGGCGGCTCCGCGCTGATCATGTCCCTCTGTGGCGTGGGCGTAGTGTTGTCTTTGGCCCGCGGCCAACTGCCAGCGCAGCAGCGTTCAGGATTCCTGCCGCGACTCATGTCCAAGACCGCACGAAAGCGTACCTAG MVSTPTRTRGKEPRDGMSKAASVDDSRPKRLRGHLRGFWESLEGKGKAPNSSTYYLILGCALALTAIGIMMVLSASSVEAISEGKSPYADALKQAVFGVVGLIAMYVISRTNVNWMKKLSWWALGAVIVLLALVQVMGNTVNGNKNWIDIGGVTLQPSEMAKLILCVWIAAVLARKQKLLHRWMHVIIPVVPGAGLVIALVMLGNDLGTVIVIAAITAAGLYFAGVPGRMLAIAGAVGAVGAVLGTISSSNRICRITSWLETASQQCTEQFDFDFQSTNGMYGLAQGSWTGLGLGQSRQKYNWLPEAHNDFIFAIIGEELGLVGTIVVLVLFAILGIAIFRVVVRQTDPFQRTLAGGIMVWLLGQASMNMAVVTQLLPVVGVPLPFISYGGSALIMSLCGVGVVLSLARGQLPAQQRSGFLPRLMSKTARKRT PGPT0014810_706 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014810-ftsW|spoVE-K03588 NA NA D3-18_02603 1590 murD COG0771 UDP-N-acetylmuramoylalanine--D-glutamate ligase ATGGGTGGTGCTGCTGTGAACGAAAACCCGGATATGACGCCGTCGAACGCCGACAGGCTCAACGAGCTCACCAGCTGGGATGCTGACTGGGCCGGCCTGCGCGTCGTGGTGACGGGCATCGGCGTCTCCGGCTTTTCAGCTGCAGACACCCTGATCGAACTTGGCGCAAAGGTAGTGGTGGTTGACGCCGCCACCAGTGCAAAAGCCAAAGCCCAAGCCGACACCTTGAAAATTGTCGGGGCCGCTGATGTGCTGTTGGGGGAGGAAGCCGTTCAGGCGCTCCCGTTGATCGACGGAACGTTGCCCGAGCTTGTGGTGACCTCTCCGGGTTGGCGCCCTGACCAGGCCCTGCTTGCCGCAGCGAAGCGGAAGCACATCGCTGTCTGGGGCGACGTGGAGCTCGCGTGGCGGCTCAGGGAGCGGGCAGGACGCAAGACGGCGGACTGGCTGACGATTACCGGCACCAACGGCAAGACCACCACCGTGGGCATGGCTGAATCCATGCTGCAGGCAGCCGGACTTAAGGCGATTGCAGTGGGAAACGTCGGCACGCCTATTCTTGACGCGCTCCGGGATCCCGTGGACTACGACGCTTTCGCTGTTGAGCTCTCCAGCTTCCAACTGCACTGGAGCCACTCGTTGTCACCCGTGGCAAGTGTCTGCCTGAATGTTGCCGAGGACCACGTCGATTGGCACGGCTCCTACGCTTCGTACCTCGCGGACAAAGCCAAGGTGTATGAGAACACGCAGAGGGCCGCGATCTATAACGCGGAACAAATTGAAACTGAGCGGATGGTGGAGAACGCCGACGTTGTGGAAGGGTGCCGGGCCATCGGCTTCACCACCAACACACCGGCTGTGAGCATGCTGGGCGTTGTGGATGGCCTCCTTGTTGACCGGGCCTTTATTGCTGAGCGCAAGGACTCCGCGGCCGAACTTGCTGCGATGTCCGATCTTGGTCCAGTGGCACCTCGCCACATGGTGGCCAACGCCCTCGCGGCGGCGGCCCTCGTCCGTGCCTACGGAATTGAACCAGCCGCTGTGAAACAGGGGCTGACTAACTATCTGCCGGGTGCTCACCGCATCCAGTTGGTAGCCAACCACAACGACGTCCTGTGGATCAACGACTCCAAGGCAACCAACCCGCACGCGGCATCGGCCGCCCTCTCGGCTTTCCAGCAGGTTGTCTGGATCGCCGGAGGCCTCTCCAAGGGCGTCAACTACGACGACCTCGTCAAAGAGCACGCACCTCGCTTGAAGGCCGTTGTGCTCATTGGCACCGACACAGAGGCGTTGGAGGCAGCACTCCAACGACACGCACCGGATGTCCCCGTGATCGCGCCCCCCAAGGGCGACACTGAAGGAGTGCAGACCGCAGCCGGAGACGCCGCTTCGCCAATCTACGGTGAGACCATCATGGCCCAGGCCGTAGCTTCGGCCGCCGGAGTGGCAACGCCCGGCGATACCGTCCTGATGGCACCGGCGGCTGCATCCATGGATCAGTTCTCTTCCTACGCTCACCGTGGCGACGCTTTCGTCCTGGCAGTTCGCGAGCTTGTGGAAGGGCAGGCACCGACCACCGAGGAGTAA MGGAAVNENPDMTPSNADRLNELTSWDADWAGLRVVVTGIGVSGFSAADTLIELGAKVVVVDAATSAKAKAQADTLKIVGAADVLLGEEAVQALPLIDGTLPELVVTSPGWRPDQALLAAAKRKHIAVWGDVELAWRLRERAGRKTADWLTITGTNGKTTTVGMAESMLQAAGLKAIAVGNVGTPILDALRDPVDYDAFAVELSSFQLHWSHSLSPVASVCLNVAEDHVDWHGSYASYLADKAKVYENTQRAAIYNAEQIETERMVENADVVEGCRAIGFTTNTPAVSMLGVVDGLLVDRAFIAERKDSAAELAAMSDLGPVAPRHMVANALAAAALVRAYGIEPAAVKQGLTNYLPGAHRIQLVANHNDVLWINDSKATNPHAASAALSAFQQVVWIAGGLSKGVNYDDLVKEHAPRLKAVVLIGTDTEALEAALQRHAPDVPVIAPPKGDTEGVQTAAGDAASPIYGETIMAQAVASAAGVATPGDTVLMAPAAASMDQFSSYAHRGDAFVLAVRELVEGQAPTTEE PGPT0024125_149 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024125-murD-K01925 NA NA D3-18_02604 1110 mraY COG0472 Phospho-N-acetylmuramoyl-pentapeptide-transferase GTGATTGCACTTTTGATCGGCGCCGGCGTCGCCCTTCTGGTGGCCCTGATAGGGACGCCCCTTTTCATCAGGTTCCTGGTGGCCAAGAGCTACGGACAATTCATCCGTGACGACGGACCCACTTCCCACCACACCAAGCGCGGCACCCCCACCATGGGCGGAACCGTGGTGGTGGCCGCGGTGCTCATCAGCTACTTCGTGACACACCTGATCATGTGGATGATGAACCCGGACTCTGCCGGGCCATCGGCATCCGGGCTGCTTCTGCTGTTCCTCATGGTGGGCATGGGCTTTGTAGGCTTCCTCGATGACTTCATCAAAATTTCCAACAAGCGCAGCCTCGGCCTCAATGCACGCGCCAAGCTGATCCTCCAAGCTGCCGTTGGCATCATCTTCGCGGTCCTGGTTCTCCAGTTCCCCAACGAGGACGGCCTGCGTCCTGCCTCTACCCAGATTTCCCTGGTGCGGGATATCCCTTGGTTGGACCTTGCCTTCGGCGGCACGGTAGTGGGTGCCATCCTGTTCGTGCTCTGGTCCAACCTGATCATCACCGCGGCTACCAACGGCGTGAACTTGACTGATGGCCTGGATGGATTGGCTGCCGGAGCATCCATCATGGTCTTCGGCGCCTACACCATCATGGGGATCTGGCAGAACAACCAGGCCTGCGGCTCACCACGGGAAGCCGGCAGCGGTTGCTATCAGGTACGTGACCCCATGGACCTTGCCCTGCTGGCGGCGATCCTCAGTGCTGCTTTGGTGGGATTCCTGTGGTGGAATACATCACCCGCGAAGATCTTCATGGGCGACACAGGATCCCTGGCCATTGGTGGTGCCGTCGCGGCGTTTGCCATCCTGTCACGCACCGAACTCCTGCTTGCCTTCATCGGTGGCCTCTTCGTCCTGATCACCCTCTCCGTCATCATCCAAGTGGGCTTCTTCAAGCTCAGTGGTGGAAAGCGTGTTTTCAAGATGGCACCACTACAGCACCACTTTGAATTGAAGGGCTGGGATGAAGTTACCGTTGTGGTCCGGTTCTGGATCCTCGCAGGGCTCTTCGTGGCTGCCGGCCTTGGAATTTTCTATGCTGAATGGGTGGTGCTGCTGTGA MIALLIGAGVALLVALIGTPLFIRFLVAKSYGQFIRDDGPTSHHTKRGTPTMGGTVVVAAVLISYFVTHLIMWMMNPDSAGPSASGLLLLFLMVGMGFVGFLDDFIKISNKRSLGLNARAKLILQAAVGIIFAVLVLQFPNEDGLRPASTQISLVRDIPWLDLAFGGTVVGAILFVLWSNLIITAATNGVNLTDGLDGLAAGASIMVFGAYTIMGIWQNNQACGSPREAGSGCYQVRDPMDLALLAAILSAALVGFLWWNTSPAKIFMGDTGSLAIGGAVAAFAILSRTELLLAFIGGLFVLITLSVIIQVGFFKLSGGKRVFKMAPLQHHFELKGWDEVTVVVRFWILAGLFVAAGLGIFYAEWVVLL PGPT0024105_949 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024105-mraY-K01000 NA NA D3-18_02605 1491 murF COG0770 UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-alanine ligase ATGATTGCACTTACTGCGGCGGAGATCGCCGACCTCACCCATGGCCGATTGACCGGAGCTCCGGACATCGTGCCCACTTCCGTCGTCACTGATTCACGGGAAGCGACGCCCGGATCGCTGTACGTGGCCAAGCCCGGCGAGCACGCCGATGGTCACGATTTCGTCGACGCCGCTTTCGAACGCGGTGCCGTTCTGGTTCTCGGCGAACGCGAAGTGACCGATGCCGACGGCCGTCCCTATCCCGCCGTCGTGGTTGAGGATGCTGTCTTGGCCATGGGCGCGTTGGCTGCGGAAGCCGTCCGCCGCATCCGGGCTGAGCGGCAGAGCCGCGGCGAGGACTTTACGGTCATTGGCATCACCGGATCAGCGGGCAAGACCACCACCAAGGACCTCCTTGCCGGTGTGCTGTCCACCGCCGGAGCCACTGTGGCTCCCCAGGGTTCCTACAATGGCGAGGTGGGCGTCCCGTTGACGGTATTTGCCGCTGACGCCAATACCCGCTTCTTGGTGATCGAGATGGGCGCTACCGGTCTGGGCCACATCAAATACCTGGCAGAGATGGTCAAGCCGGACATCGGCGTGGTCCTGGTGGTTGGCACCGCTCACGCCGGCGAGTTCGGTGGTGTGGAGAACATCGCCAAGACCAAAGGCGAACTGGTGGAAGCCCTCGGCGAGCACGGTACAGCCGTGATCAACCTCGATGATGGCAGGGTGGCTGCCATGCGCACCCGGACTCAAGCCAAAGTCCTGGGCTTCACGGCGTCGCCCGCTACCACCGAAGAGGTGGAAGCCCGCAACGTTGTGGTCAACGGGCAAGGCTTTCCTGAGTTTGATCTGGTGCTTCCCGACGGCGGCCCTTCCGTTGAGGTGCGAAGCCGCCTGATCGGTGGCCACCACGTCACGAATCTGTTGGCCGCAGCCGCAGCCGCGTTCGCCGCTGGCATCCCGGCCGCTGATATCGCCTCCTCGCTTAGCTCCCAGTCGGCGGCCAGCCGCTGGCGGATGGAGCGTACTGAACGTGAAGACGGCGTCACCATCATCAACGACGCTTACAACGCCAACCCGGAATCGATGCGGGCTGCCCTGCGCACGCTGGCGGACCTTGGACAGGGCCGAAGGACGTGGGCCGTTCTTGGTGCGATGCTCGAGCTGGGGGAGGACTCAATCCGCGAGCACACGGCCGTAGGTACCCAGGTGGTGCGGTTGAACATCTCCAGGCTGGTGGTAGTGGGACGCGAAGCCCGTGCCCTCTACATCTCCGCTATCCAGGAAGGCTCCTGGGGCGACGAGTGTTCGTTTACGGAGACTGTGGAAGAAGCCTATGAGCTGCTTCAAAATGAGCTGAAACCCGGAGACCTGGTGCTCTTCAAGTCCTCCAACGGCGTTGGACTACGGCATTTGGGTGATCGGATAGCATTACCTCCACGGGCCGAGCCCACCGGAGACAACGCGGCCGAAGCTGCCGCAAGCGAAGGGAACGAGCTGCTGTGA MIALTAAEIADLTHGRLTGAPDIVPTSVVTDSREATPGSLYVAKPGEHADGHDFVDAAFERGAVLVLGEREVTDADGRPYPAVVVEDAVLAMGALAAEAVRRIRAERQSRGEDFTVIGITGSAGKTTTKDLLAGVLSTAGATVAPQGSYNGEVGVPLTVFAADANTRFLVIEMGATGLGHIKYLAEMVKPDIGVVLVVGTAHAGEFGGVENIAKTKGELVEALGEHGTAVINLDDGRVAAMRTRTQAKVLGFTASPATTEEVEARNVVVNGQGFPEFDLVLPDGGPSVEVRSRLIGGHHVTNLLAAAAAAFAAGIPAADIASSLSSQSAASRWRMERTEREDGVTIINDAYNANPESMRAALRTLADLGQGRRTWAVLGAMLELGEDSIREHTAVGTQVVRLNISRLVVVGREARALYISAIQEGSWGDECSFTETVEEAYELLQNELKPGDLVLFKSSNGVGLRHLGDRIALPPRAEPTGDNAAEAAASEGNELL PGPT0024145_440 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024145-murF-K01929 NA NA D3-18_02606 1647 murE COG0769 UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,6-diaminopimelate ligase GTGTCAGAGCACAACGAGGCAGCTATCAGCGCCACTACGCAGGATGCCGGCCAGACCGGCTTTCGCCCCGCATCCGTGGCGGCAGTGCCGTTGGCAGTCATCGCGGACGCACTGGGTGTCGCCGCTCCGGATGCCAGCCGGGACAGGGGAGTGACAGGCATTACCCTCAACTCCAGGGCCGTCGAAGCAGGCGACCTTTATATGGCCTTGCCGGGAGCCTCCCGGCACGGTGCCGACTTCGTTCCGCAGGCAGTCGAGGCCGGCGCGGTTGCGGTGGTCACGGACGACGCCGGGGCGCGCCAGCTTGCGCTTGCGGGTGAGCAGCCCGTGCCGGTACTTATCGTCCAGCAGCCGCGAACCGCCGTCGGGCGCTTGGCAGCACTGATTTATCGCAGCCAGCCTGCCGATAGTGGCTTCCCGACGCTGTTCGGTGTCACCGGAACCAATGGGAAGACCACCACCACCTACTTCATCAACTCGTTGCTGCGCGCCCTGGGTAAGAAGCCCGGACTCATTGGAACCATTGAAATCCTTGCAGGCGGGGAGCCGATCCCCAGCCTCCTGACGACTCCGGAATCCACCGATGTCCACGCACTGCTTGCCCTGATGCGCGATCGGGGCCTGGACGCCGCATCCATGGAGGTCTCGTCACACGCCATCTCCTACCACCGCGTGGACGGAGTGATGTTCGACGTCGCAGGATTCACCAATCTCACCCAGGACCACCTGGACCTGCATGGCAGCATGGACGAGTATTTCCGAACCAAAGCTGAACTTTTCACTGCAGGTAGGGCCAGGCACGCTGTGGTCACGGTGGACGACGACTGGGGACGCAAGCTGGCGGATACCACCGACATTCCAGTCACGAGCCTCGCAACCAAGCCCCTGGATGCCGGTAGCGTAAGCGCCGACTGGAACGTTGCATCCATCACGGCGCGCGGTCTGGGCTCGGAATTTGAACTCAGGCACGTCGACGGAAGAAGCCTGCGCGTCCACACCGGCCTGCCGGGAGATTTCAACGTGGCAAATGCAGCTCTGGCTACGGTCATGGTCCTGGCATCCGGCGTGGACGAAAATTCCCTCCAGGCTGCTTTGGATGCGCATGATCCGTTCACCGTCGCAGTGCCTGGACGCATGCAGCTTGTCTCTGCGGAGCCGGCCTCCGTTGTTGATTTTGCCCACAATCCGGACGCTTTGTCCCGTGCCCTGGAAGCCGTCCGTTCACCCCTCGAGGGATCCCGTGTGATCGTGGTCTTCGGGGCAACGGGCCAGCGCGACCAAGGTAAGCGGCCCACAATGGGAGCCATCGCCGCCCGCCTTGCCGACATCGTGATCATCAGCGATGACGATCCGCACGACGAGGACGCAGCCGCGATCCGGGCCGAGGTCCTGCAGGGTGCGTACGCAGCCCGGGATTCCGAAAACCTGAACAGCGAAATCATTGAGTCCTACCCGCGGGATGCAGCCATCAAGCTGGCCGTGGACATGGCAACCAGCAAGGACACTATTCTCATCGCCGGGCGCGGCCACGAGGTGTGGCAAGAGGTCAAGGGAGTGAACCTGGCCCTGGACGACAGGGTGGAGTTGCGGGCTGCCTTGACATCCAAGGGATTCAGCGTTTCAGCGGACCAGCGGATAGAGTCCTAA MSEHNEAAISATTQDAGQTGFRPASVAAVPLAVIADALGVAAPDASRDRGVTGITLNSRAVEAGDLYMALPGASRHGADFVPQAVEAGAVAVVTDDAGARQLALAGEQPVPVLIVQQPRTAVGRLAALIYRSQPADSGFPTLFGVTGTNGKTTTTYFINSLLRALGKKPGLIGTIEILAGGEPIPSLLTTPESTDVHALLALMRDRGLDAASMEVSSHAISYHRVDGVMFDVAGFTNLTQDHLDLHGSMDEYFRTKAELFTAGRARHAVVTVDDDWGRKLADTTDIPVTSLATKPLDAGSVSADWNVASITARGLGSEFELRHVDGRSLRVHTGLPGDFNVANAALATVMVLASGVDENSLQAALDAHDPFTVAVPGRMQLVSAEPASVVDFAHNPDALSRALEAVRSPLEGSRVIVVFGATGQRDQGKRPTMGAIAARLADIVIISDDDPHDEDAAAIRAEVLQGAYAARDSENLNSEIIESYPRDAAIKLAVDMATSKDTILIAGRGHEVWQEVKGVNLALDDRVELRAALTSKGFSVSADQRIES PGPT0024130_161 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-N_ACETYLMURAMATE_MODIFICATION,PGPT0024130-murE-K01928 NA NA D3-18_02607 1797 pbpB_2 COG0768 Penicillin-binding protein PbpB GTGGCAAAGAACCCCGGCACATCGAAAAAAACGAAGACGCCGGCGGCCAGAAAGCGGTTGCGCGTTGGCCTTGGCATCATGCTGACCTTGCTCCTGGTGGTGGGTGGCAAGCTGTTCATGGTTCAAGGCTTGGATATGGGCGGGATGGCTGAGGCTGCCTTGGCGAGCCGTCTCACTCCGCAAGTGCTCCCTGCCGAGCGGGGACAGATTGTTGATGCAAACGGGACGGTGCTGGCCAGCAGCGTGATCCGGTACAACATCGTGGTGGACCAGACCGTGAATACGAGCACGGAAACTTTCCACCGCTTCAATGAGAAGACCGAGAAACTGGACGAGATCACCCGTGATCAGGGGATCTCTGACCTGGCAGGGCTTCTGGGAGCGGATGAAAGTACTATCCGTGAGTCCTTGACCGGAGATAAGCAGTACTTCATGGTGGCAAAGGACGTTAAACCGGAACTGGAAGACCGGATTTCCAAGCTCTACATCCCTGGCCTTAGCGCGGAAGGTGTCAGCAAGCGCGTTTATCCCAACGGCAGCGTTGCCGGTGGCGTGGTTGGTTTCCTCAAAGATGGAACCAACGGGCAGGCGGGCATCGAACAAACCCAGGACGAGATTCTTCGTGGTGTTGAAGGTAAACGCGTCTTTGAGATCGGTGCTGATGGACTCAGAATTCCCGTGGCAACAGATGAGCTCACCCCGGCTGTTGATGGTAGCGACGTCAAGCTGACCATCAACACGGACATCCAGTACTTTGCGCAGCAGGCAATCCAAAGCCAAGTGAACAAGATGAACGCCGAATGGGGTTCCATCATTGTGATCGACACCAAGACGGGCAATCTCATTGCCTTGGCGGATACCAATTCGCCGGATCCCAATGACCCCGGGAAAGTTGATGCCAAGGATCGCGGTGTCAGGTCCGTGACAGCTGCCTACGAGCCCGGTTCCGTACAGAAGATGATCACTGCCGCAGCCGTGATCGAGGAGGGGAAGTCATTTCCCTTGGACCACTTCACTACCCCAGCGGCCTACACCATCGACGGGCAGACGTTCACCGACGCATTCGAGCACGGCACTGAAGAGCGCACCCTCGCCGGTATCCTCGGCTGGTCCATGAACACCGGAACGGTGATGGCGGGCAGCCGGCTCACCAAGGAACAACGCTACGACTGGCTGAAGAAATTCGGCATCGGTGAGCAGACGGACATCGGCCTTCCCGCGGAAGCCACTGGCATCCTGGCCAAGCCCGAGCAGTGGGACGACCGCCAGCAGTACACCGTGCTGTTCGGGCAAGGCGTTTCCCAATCGACACTCCAGACTGTGCGAGCCTTCCAAAGCATTGCCAACGATGGCGTGATGCTCCAGCCCAGGCTCATCGACAGCTACATCACTCCGGAGGGCGAGGAGCAAAAGGTTGCCGCCAAGGACTCCCGCCAAGTGGTATCCAAGGAAACAGCCCAGCAGGTCCGGGACATCCTGGAAAGCGCCGTGACCGAGGGCCAGATCAAGGATGCAGCCATTGACGGCTACCGCGTGGGCGCTAAGACGGGAACGTCCCAAGCTCCCCGGGAGGACGGGTTGCCGGGATTCGACGGCTTCACTGCCTCGATGGTGGGTATGGCACCCATGGACGACCCCAGGTTCATCGTGGAAGTGGTCCTTCAGCGCCCCAAGGGAAACATCTATGGAGTCACGAACGGACCAGTTTTCCGTTCAGTGATGTCGCAGGTCCTCCGGACCTACAACGTGGCCCCGTCCACTGGAACGCCCGCGCGGTTGCCCCAGTTCGTCAAGTAA MAKNPGTSKKTKTPAARKRLRVGLGIMLTLLLVVGGKLFMVQGLDMGGMAEAALASRLTPQVLPAERGQIVDANGTVLASSVIRYNIVVDQTVNTSTETFHRFNEKTEKLDEITRDQGISDLAGLLGADESTIRESLTGDKQYFMVAKDVKPELEDRISKLYIPGLSAEGVSKRVYPNGSVAGGVVGFLKDGTNGQAGIEQTQDEILRGVEGKRVFEIGADGLRIPVATDELTPAVDGSDVKLTINTDIQYFAQQAIQSQVNKMNAEWGSIIVIDTKTGNLIALADTNSPDPNDPGKVDAKDRGVRSVTAAYEPGSVQKMITAAAVIEEGKSFPLDHFTTPAAYTIDGQTFTDAFEHGTEERTLAGILGWSMNTGTVMAGSRLTKEQRYDWLKKFGIGEQTDIGLPAEATGILAKPEQWDDRQQYTVLFGQGVSQSTLQTVRAFQSIANDGVMLQPRLIDSYITPEGEEQKVAAKDSRQVVSKETAQQVRDILESAVTEGQIKDAAIDGYRVGAKTGTSQAPREDGLPGFDGFTASMVGMAPMDDPRFIVEVVLQRPKGNIYGVTNGPVFRSVMSQVLRTYNVAPSTGTPARLPQFVK PGPT0023865_1859 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023865-ftsI-K03587 NA NA D3-18_02608 669 ftsL Cell division protein FtsL ATGAGCAACGCCGCAGCGAAGACTTTGTCCTCCACGGTGGGCAGCACTGCACGTGCGCTTCCGGTCCCGGCGGGAAAGCCCGACACTGCCCGCAAGGCGCGCACTCCTCTATCAGTGGTACGCAGTGCACCGGGAAAGCGAAGGACGCCGTTTGTGGTCCTGTGCTTCGTGGCAATGGCAGCCGCGCTCCTGACTGTCCTGGTGCTGAACATCTCCGTGTCCACAGCGCAGTACCAGTTGGTGCAGTTGAAAGCCGAAGCTGCCACGCTGAACAAAGAGAACCAGGACCTGACACAGAAGAAGCAGAACTTCGAAGCTCCGCAGAACCTCGCTGCGAAGGCTGCAGAATTGGGAATGGTTGCTTCCACCGTTAAGGGCCAGATCGATCTGAACACCATGGCTGTGACCGGCAAGGCATCACCGGCGGTTAAGGGAGATAGTCCCGGAGCCCTGCTTGCTGCTCCGGCTGTCGAGGGGTTGATTGATGTGGTTCCATCGGTGACTACCAAGGACCCGTTGGAAAGCCGCAAACCGGATGAAACTCAGTCGGCCCCGGCCGCAACGCCCCCGACTCCGGCGGCAACCCCGGCGTCTCCGGCAGCGACACCGCCCGTAGAACTCCACGGGGGATCGGTACCGGCTCCCCAGCAAAAGGCACCAGGGCAGTAG MSNAAAKTLSSTVGSTARALPVPAGKPDTARKARTPLSVVRSAPGKRRTPFVVLCFVAMAAALLTVLVLNISVSTAQYQLVQLKAEAATLNKENQDLTQKKQNFEAPQNLAAKAAELGMVASTVKGQIDLNTMAVTGKASPAVKGDSPGALLAAPAVEGLIDVVPSVTTKDPLESRKPDETQSAPAATPPTPAATPASPAATPPVELHGGSVPAPQQKAPGQ NA NA NA NA NA D3-18_02609 999 rsmH COG0275 Ribosomal RNA small subunit methyltransferase H GTGGAAGAGCAGGACGCGGCAAAGCCCACATCGGAGCGCCACGTGCCCGTCCTGAAAGACCGCTGCATCAACTTGCTCGCTCCCGGGTTTGAGGCCGCCAGGAAACGCGGAGAAAGACCTGTCGCCATCGATGCAACCCTTGGCATGGGGGGCCACTCCGAGGCCATGTTGCAGCGCTTCCCTGACCTCCACCTCGTTGGCATCGACCGCGATGAGGAAGCTCTGGCCTTGGCCGGAGCCCGTTTGGAGCCCTTTTCCGACCGTACAGATCTTGTCCACGCGGTTTACGACGAGATTGAGGACGTCCTGCTGGACCTGGGCATACCGGAAGTTCATGGCATTCTCATGGACCTTGGGGTCTCGTCCCTGCAACTGGACGAGCGTGAGCGCGGATTCGCTTACTCCTACGACGCTCCTTTGGACATGCGGATGGATACCAGCCGCGGCCAAACGGCAGCTGATGTGGTCAACAACTACAGCGAAGACGAACTGGTGCGCATCATCCGGAAATGGGGCGAGGAGAAGTTTGCCGGGCGGATAGCCAACCGGATCGTCAACGCTCGCGCCGAGAAGCCATTCGCCACCACTGGGGAACTTGTGGAGCAAATCCGCAGCGTTGTCCCCGCTGCTGCGGCGAAGAGCGGCGGTCATCCGGCCAAACGCACGTTCCAGGCTCTAAGGATTGAGGTCAACGAGGAACTGGATGTCTTGGAACGTGCAGTTCCGGCAGCGGTAGCCGCGACGGCCATGGGTGGTCGGATCGTGGTCATGTCCTATCACTCCCTTGAGGACAAGATCGTGAAGTCCGTTTTCCAATCCGGTTCCAAATCGTCGGCACCACTCGGTTTCCCGGTTGAGCTTGAAGAACACAAACCCGAATTGAAGACCATCACCAAGGGCACGGAAGTGCCTACAGCAGCAGAAATCGCTGAAAACCCCCGCGCGGCGTCTGCCCGGTTGAGGGCAGTGGAGCGTATTAAACAGAGGAGAGCCGCATGA MEEQDAAKPTSERHVPVLKDRCINLLAPGFEAARKRGERPVAIDATLGMGGHSEAMLQRFPDLHLVGIDRDEEALALAGARLEPFSDRTDLVHAVYDEIEDVLLDLGIPEVHGILMDLGVSSLQLDERERGFAYSYDAPLDMRMDTSRGQTAADVVNNYSEDELVRIIRKWGEEKFAGRIANRIVNARAEKPFATTGELVEQIRSVVPAAAAKSGGHPAKRTFQALRIEVNEELDVLERAVPAAVAATAMGGRIVVMSYHSLEDKIVKSVFQSGSKSSAPLGFPVELEEHKPELKTITKGTEVPTAAEIAENPRAASARLRAVERIKQRRAA NA NA NA NA NA D3-18_02611 432 mraZ Transcriptional regulator MraZ GTGTTTCTGGGTACTCACTCGCCGCGTCTCGATGAAAAGGGCCGGATCATCCTTCCCGCCAAGTTCCGTGAGGAGCTTGCCGACGGATTGGTTCTCACCAGGGGCCAGGAACGCTGCATCTACGTCTTCAGCCAGAAGGAATTCGAACGCATTCACGAGTCAATGCGGGAGGCGCCACTGTCTTCCAAGCAGGCACGTGACTACATTCGGGTTTTCCTGTCTGGAGCCTCTGACGAGGTACCTGACAAGCAGGGGCGCGTGACGATTCCGCCGGCGCTCCGGACATACGCAGGGCTTGGTCGGGAACTGGCGGTCATAGGTGCCGGTACCCGGGCGGAGATCTGGGATGCCGAAGCTTGGAACGAGTACCTCAACGAGAAGGAAGCAGCCTTCTCGGAAACGGATGACGACAATCTGCCCGGGTTCATCTGA MFLGTHSPRLDEKGRIILPAKFREELADGLVLTRGQERCIYVFSQKEFERIHESMREAPLSSKQARDYIRVFLSGASDEVPDKQGRVTIPPALRTYAGLGRELAVIGAGTRAEIWDAEAWNEYLNEKEAAFSETDDDNLPGFI NA NA NA NA NA D3-18_02612 369 hypothetical protein ATGCCCCTCTCGGAGCATGAACAGAAGCTGCTTGAGCAACTTGAGAAGCAACTTCATGAGGACGATCCGAAGTTCGCCAACACCATGGGTTCGGATCCCATCCGCAGCTGGTCTACCAGGCATGTCATCCTCGGTGTGCTTGGTGCCATTGCCGGTATCCTCCTCCTGCTTGTTGGCGTATCAATGCAGGCGATACCTGTGGGTGTCCTGGGTTTCATCGTCATGGGTGCCGGCGTCTATTTTGCCACGTTACGTGGCGCGGCCTTCGGCAAAGGGAACAAGGGAAAACCCGGCAAGACCAAGCCCAAGAGTTCGTTCATGAGCAGTTTGGAAGAACGTTGGGACGAACGGCGTCGCGACGATAACTGA MPLSEHEQKLLEQLEKQLHEDDPKFANTMGSDPIRSWSTRHVILGVLGAIAGILLLLVGVSMQAIPVGVLGFIVMGAGVYFATLRGAAFGKGNKGKPGKTKPKSSFMSSLEERWDERRRDDN NA NA NA NA NA D3-18_02613 1287 dinB COG0389 DNA polymerase IV GTGGCCGGGCATAGTATTGCCGTTGTGAGGCAGGAAGCATTCGGTGGCGCTCAAAGCGCCGGCAGCAAGCCCGCCCGCAGCGCCGAAGATGCCCTGCGGGAACTGCGGCGAACCAGCATACTTCACGTGGATATGGACGCTTTTTTCGTCTCCGTGGAATTGCGGAGCCGTCCCGATCTTCGGGGGAAACCGGTCATTGTTGGTTTTCCTGCAGAACGGTCCGTGGTGCTTTCCGCTTCTTACGAGGCCCGGGCCACTGGTGTGAAGTCGGCCATGCCGATGTCTATTGCCATGAGGCGGTGTCCATCGGCGGTGATCATCAACCCCCGGCACTCGGAGTACTACGAGGTCTCAGCCCGACTCATGGAGATTTTCGCCTCGATCACCGATCTGGTAGAGCCGCTGAGCGTTGACGAAGCCTTTTTGGACGTGGGCGGCGCGATTCGTCGTCTTGGGTCGCCGATGGATATCGGGCATCTCATCCGCCGCAGGGTCCACGCCGAACTTGGCATCACGGCATCTGTAGGGATTGCCAGCACCAAGTTTGTGGCCAAGATCGCCTCCACGCGGTGCAAGCCCGACGGTATTCTCCAGATCGATGCCGAGGACTCCATCCCTTATCTCCATAGTCTTCCTGTAGGCGCCTTGTGGGGTGTCGGCGGGAAAACCGCCGAAGTGCTCTCCCGTATGGGCATTCGCACAGTAGCGGATGTCGCGGCAACGCCCTTGGCATCTCTCAAGAAGGTGTTGGGAGCCAGCGGCGAACACGTTCATCGCCTGTCCATGGGAATCGACCCGCGACCCGTAACTCCGGCCAGGCTTGAGAAAAGCATCGGCGCAGAGGAGACGTTCTCCGTCGATACGGCGGACGATGCTCTACTTCACAGGGAATTGCTGCGACTCTCGCACCGTACCGCCATCCGGCTCAGGAGCTCAGGCATGCTGGCAAGGACCGTGGCATTGAAGCTGCGGTACTCGGACTTCTCCACAGTCACACGCAGCCGCACCGTGCACACCCCCGTGGACAGCGCGCAACTGATCTACCAAGTGGCCGTGCAGCTCCTTGAATCCTTGGGGGTGCGATCCATGAGCGTTCGACTGGTAGGAGTGCGGGCTGAGCAATTGGAACCGGCAGGCCAGACATCCCTGCAGTTGAGCCTTGACCGGCGGGACGACAACTGGCGGGCAGCCGAACAGGCGCTTGACCGGGTCTCTGAGCGTTTTGGGTCCAAAACGCTTCTTCCGGCACGGCTCCTGGAACGTGGAAAGCCACCTGCGGACTCCTGA MAGHSIAVVRQEAFGGAQSAGSKPARSAEDALRELRRTSILHVDMDAFFVSVELRSRPDLRGKPVIVGFPAERSVVLSASYEARATGVKSAMPMSIAMRRCPSAVIINPRHSEYYEVSARLMEIFASITDLVEPLSVDEAFLDVGGAIRRLGSPMDIGHLIRRRVHAELGITASVGIASTKFVAKIASTRCKPDGILQIDAEDSIPYLHSLPVGALWGVGGKTAEVLSRMGIRTVADVAATPLASLKKVLGASGEHVHRLSMGIDPRPVTPARLEKSIGAEETFSVDTADDALLHRELLRLSHRTAIRLRSSGMLARTVALKLRYSDFSTVTRSRTVHTPVDSAQLIYQVAVQLLESLGVRSMSVRLVGVRAEQLEPAGQTSLQLSLDRRDDNWRAAEQALDRVSERFGSKTLLPARLLERGKPPADS PGPT0014881_1156 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 D3-18_02614 114 hypothetical protein ATGCACCCCATCACCCGGCGGTTCGGCAGCGCCGTCCGCCACAAGCGCTTCCTCGCCATCGTCGGCGACGCCAACTCCGTCATCATCTGCTTCCGGTTCCACGGCATCGCCTGA MHPITRRFGSAVRHKRFLAIVGDANSVIICFRFHGIA NA NA NA NA NA D3-18_02615 291 hypothetical protein ATGCCCAAGACCTCCGTCCGCTCCAGCAGCGTGGACAAGAGCGCGGCAGTGGCCACGGTGGCTCTTGTCGGCACGATCAAAGCCCCACCTGAAGGTGTTGTGGACTACTACAAGACCTCAATGGAGGCGCAAGGCTTCAAACTTGTCCCCGGCCCGTCGGCTGTCGGCAATGTCACCTCCTTGGACTTCATCCGTGGTGACGGTGAGACGGTAAACGTTTCGGTCAGGCAAAAGGAGGGCGTCTCAACGTTCACCATTGGTGCCAACGTGGCGGCCGGGTCCGTCAAGTGA MPKTSVRSSSVDKSAAVATVALVGTIKAPPEGVVDYYKTSMEAQGFKLVPGPSAVGNVTSLDFIRGDGETVNVSVRQKEGVSTFTIGANVAAGSVK NA NA NA NA NA D3-18_02616 1095 ispB_1 COG0142 Octaprenyl diphosphate synthase GTGACGGTAACTTCCCAAGTCACTTCGGAGCAGACACAGTTCATTAGCGGTGTTGCCGGCAAGCTGAGCGGCTTCATGTCGGAGCAGCGGGACCTTATGGCCTCGGTTTCTCCCGATGTGGAACCGCTTATTGGATCGATTTCGAATCTGGTCACCGGCGGAAAACGTCTCCGGGCCCTGATGTGTTACTGGGGCTGGAGGGGCGCCGGCGGCCCCGCCGCCGATCCAGGGATCATCACGGCCGGGTGCGCCCTGGAGCTTTTCCAAGCGGCGGCCCTGATCCACGACGACATCATTGATCGATCCGACACGCGGCGCGGTGGCCCGAGCGTGCACAAGCGGTTCAGCCAGCTCCATGAAATGAATGGCTGGGCGCTGGACAGCGGGCGTTTCGGCGATGCAGCGGCCATCCTGACCGGGGACCTTTGCCTTTCCTTCAGCGAGGAGTCCTTTACGGAAATCGGCCCCAGGGCAGCAGCGGGAACTCCTGCACGCCGAATCTTCAACGTGATGCGGGCAGAAGTGATGGCAGGTCAGTACCTCGACATCCTGGAAGAAGTGGCCGGCCCCGTCCGTGACAGAGCCGGGTCCGTGGAGCGTGCAAAATCCATCATTCGGTATAAGTCCGCAAAATACTCCACCGAACATCCGCTGGCGTTGGGCGGGGCGTTGGCTGGCGCTCCCTCCGGCTTGCTCAACGGTTATTCAGGGTTTTCCTTACCACTGGGTGAGGCTTTCCAAATGCGGGACGACGTCCTGGGCGTCTTTGGCGATCCCGAAACGACCGGCAAGCCCGCTGGAGACGACCTCCGGGAAGGCAAACGCACCGTTCTGGTTGGTTTTGCCATCAACCAGGCGCCGCCGAGTGAGGCAGACTTCCTGGACCGCATGCTCGGCAAGCCCGACCTCGGCGAGGACGAGGTAGCTGAAATACGGCGCGTCATGATTGAATGCGGTGCCTTGGAGGCCACAGAGTCACTGATCGCAGAGCTAAGCGATAGGGCCTTCGAAGCTCTGGAACGCCTGCCCCTCGAGGACGTGCCGCTGGTGGCGTTACGCCAACTGGCAGAAGCCGCTGTCAGTCGGGCGGCCTGA MTVTSQVTSEQTQFISGVAGKLSGFMSEQRDLMASVSPDVEPLIGSISNLVTGGKRLRALMCYWGWRGAGGPAADPGIITAGCALELFQAAALIHDDIIDRSDTRRGGPSVHKRFSQLHEMNGWALDSGRFGDAAAILTGDLCLSFSEESFTEIGPRAAAGTPARRIFNVMRAEVMAGQYLDILEEVAGPVRDRAGSVERAKSIIRYKSAKYSTEHPLALGGALAGAPSGLLNGYSGFSLPLGEAFQMRDDVLGVFGDPETTGKPAGDDLREGKRTVLVGFAINQAPPSEADFLDRMLGKPDLGEDEVAEIRRVMIECGALEATESLIAELSDRAFEALERLPLEDVPLVALRQLAEAAVSRAA PGPT0007550_651 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007550-idsA-K13787 NA NA D3-18_02617 354 DNA-binding protein GTGAGTAATGTAGAAAGCCTTGTTTCCGACTGGCTGCCGCTGCCGGATGTTGCCGAACTGTTGGAAGTTTCCATCACCAAAGTCCACGGACTTCTGGATGAGCGTGCGCTTGTCGCCATCCGGCGGGGAGAACGGAATATCCGCTCAATCCCTGCCCTCTTTATCCAAGACGGGCATGTTGTAGACAGCCTGAAGGGAACCATTGCGGTTCTCAGCGACGCTGGTTACAACGACGAAGAACTGATCATCTGGTTGTTCACCCCGGACGAATCGTTGCGGGGCCGCCCCATTGACGCCCTGCGCGAGGGGCGTAAGACAGAGATCAGGCGCCGCGCCCAGTCACTGGCCTGGTAA MSNVESLVSDWLPLPDVAELLEVSITKVHGLLDERALVAIRRGERNIRSIPALFIQDGHVVDSLKGTIAVLSDAGYNDEELIIWLFTPDESLRGRPIDALREGRKTEIRRRAQSLAW NA NA NA NA NA D3-18_02618 1344 hypothetical protein ATGACGACGCCCCGCTCGCCGAAACGAACCATGAGCATGCCGGTCATCGCGGCAACCACGGCTGCGCTTCCCGCCGTGGTTTTGTCCTCGCTTGCCCTGGCCCAACCGTCCATGGCAACACCGGCGCCCCAGCCTCGAAAGATTCCGGCTACGCTCGCTGCGGCCATGAAAGCGCAAGAAGTCAACGTAGGCTCTGTTATTCCCGCGCAGGCCGTTGCCACCACCCTCCCTGCAGCCCTGCGCCCGATGGCTCCGTCAGTACCGGACACTTACACGATCGTGCGCGGCGATACGATCAGCGCCATCGCCCGTCGCTTTAATGTGGACACCACGGCCGTTCTTCAGCTGAACAAGCTCTCTGCCACCACGCTGATCTACCCGGGACAGACCATCAAGCTCAAGGGCACAGCCACAGCAGCGCCCGCGCAGCCTGCCCCCACCGCCCCCAGTGCGCCCAGCACCCAGGGCAGCGCAACCGTCTACACTGTGGTCGCCGGAGACACTCTAGGCGCCATCGCAGCCAAACATGGCGTTCCGCTCTCCAGCATCTTCAGCTGGAACGGGCTCAACGGAAGCTCCATCATCTATCCCGGTCAGAAAATCAAGGTCAGCGGCGGATCCGTCCCTTCAGCGCCCGCAGCCCCGGCGCCGGCACCTGCGCCCGCACCTCTTGCCGGCACAGGTTCCTACACCATCAAGGCGGGCGACACCCTCAGTTCCATCGCTTCCCGCCACGGGGTTTCCCTGGCTGCTTTGATGGCCGCCAACAACAACGTGACAGCCACCACCGTCATCTATCCGGGCCAGAAGCTCACCATCCCCGCCGCAGGCTTGCAGCCGGCCGGTGACACCAAGCCTTTGGTACCCAGCACCTTCCTGGGCTTCACCTACCCGCCGGCAGTTGTCAGCTCGGCTAACGAGAACAAGGCCTTGCTCAACGCCTCACCTGTGCCCAGCCGGGCTGAAATGAAGAGCATCGTAGCTGACACGGCCCGGAGCATGGGCGTCAGTCCTTCCCTGGCTTTGGCCTTTGCCGAACAGGAATCAGGCTTTGACCAGCGGGCAGTCTCACCCGCCAATGCGATCGGCACGATGCAGGTTATTCCTTCTTCCGGCCAGTGGGCGTCCGACCTTGTGGGTCGCAAACTCAACCTCTTGGACCCGTACGACAACGCCACGGCAGGTGTCGCCATCATCCGAACCCTCATTGCTACCAGCAAGGACCTGGACACTGCGATTGCCGGCTACTACCAAGGCCAGTACTCGGTCAGTAAGTACGGCATGTACGACGACACCAAGCGTTACGTCGAATCGATCAAGGCCCGCCAGCGCACCTTTGGCTAG MTTPRSPKRTMSMPVIAATTAALPAVVLSSLALAQPSMATPAPQPRKIPATLAAAMKAQEVNVGSVIPAQAVATTLPAALRPMAPSVPDTYTIVRGDTISAIARRFNVDTTAVLQLNKLSATTLIYPGQTIKLKGTATAAPAQPAPTAPSAPSTQGSATVYTVVAGDTLGAIAAKHGVPLSSIFSWNGLNGSSIIYPGQKIKVSGGSVPSAPAAPAPAPAPAPLAGTGSYTIKAGDTLSSIASRHGVSLAALMAANNNVTATTVIYPGQKLTIPAAGLQPAGDTKPLVPSTFLGFTYPPAVVSSANENKALLNASPVPSRAEMKSIVADTARSMGVSPSLALAFAEQESGFDQRAVSPANAIGTMQVIPSSGQWASDLVGRKLNLLDPYDNATAGVAIIRTLIATSKDLDTAIAGYYQGQYSVSKYGMYDDTKRYVESIKARQRTFG PGPT0019120_29 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0019120-sle1|yocH-K22409 NA NA D3-18_02619 2073 spk1 Serine/threonine-protein kinase PK-1 GTGCAAGAACCAACGCAGGACCACCTCATCGGGACAACCGTAGACGGCCGATACACGGTCCGTTCCCGCTTGGCGAGGGGCGGTATGTCCACTGTTTACCTGGCCACGGACCAGCGCCTGGAGCGGGACGTGGCCCTCAAAGTCCTGCACCCGCATCTCGCCAACGATCCCACATTCCTTGAGCGTCTAAGCCGGGAAGCAAAAGCCGCCGCGAGTCTCTCGCACCCGCACATCGTAGGAGTGCTCGACCAAGGCGAGGATGGCCATATCGCCTACCTGGTCATGGAGTACGTCAAGGGGCATACCCTTCGTGACACCCTTAACGAACAGGGCGCGTTGCCGCCGCGCCTTGCCTTGGCGCTGATCGATCCCGTCATTGAGGGCCTGGCTGCCGCCCACCGCTCAGGCTTGATCCACCGAGACGTCAAGCCGGAAAACGTCCTCATAGCAGATGACGGACGCATCAAGGTTGGAGATTTTGGACTGGCCAGGGCGATCTCCGCCAATACCAGTACCGGTGCCCTGATAGGTACTGTGGCCTACTTGGCTCCCGAGCTCGTGCTCGGCCAACCAGCCGATGCCCGCAGCGACATCTACTCGGCAGGCATCATGCTCTATGAGATGTTGACGGGCAAACAACCTTACGCAGGAGACTCCCCTATCCAGGTCGCCTACCAGCACGTCAATGCCGTGGTGGGGCGCCCTTCTGACGCCGCTCCCGGCCTCGCCGAGGACCTCGATGAACTGGTGCAGTGGTGCACAGCGGTAGATGCGGAGAACAGGCCCGTGGACGGTGCTGCTTTGCTGACCGAGCTCCGCCACATCCGCACCACGCTTACAGACGAGGAATTGGACCGCAGGCAAGCGTCGTCCCGATTGCCCGGCTCCCCCGCGCCTGCCGCTGCGTTTGGCGCTTCCAATGCATCAGGGATTCCCGGCGGGAACCCCACAGAAGCCATCGCCACCACTGCCTCGCCCACGGAATTGATCTCGCACCAGAGCAACCCCACCACCATCATGGCTGCGGGTGCTTCAGGCAGGCTGCAGGCCGTCCCTGTTGGTCCGGGCAACGATCTGGACGTGCGCCAGCCCGGCAAGCGGGAGCTGAAGAGACTCGAACGGCAAGAGAACAAAGACCGCGCACGAGCCGCTGCCACTCCGAGCCGCCCGCTACGCGAGGGCAACCCCCGACGCCGCGGCATTATCTGGACCATCGTCATCGTCATCCTTGCAACGCTTGCCGCGTCGGCCGGTTGGTTCTTCGGGATGGGGCCCGGATCGCCGGGAACGGTTCCTGACGTCAAGAACAAAACGGTGGCCGAGGCACAACAGCTCCTCCGCACCGCCGGCTTCCAATCGGAACCGAAGGATGTTTTCGACGACGACATCCTTGCAGGGCTGACCGTTGGGACCGAACCGGAGTCCGGCACCGAGGTCCGGAAGTTCCAACCCATCACGCTTTTCGTTTCCAAGGGGGCCCAGCTGTTCGCCCTGCCCGGCCTGACCGGTGGCACCTTGGACGAGGCCAAAATTGCCTTGAATTCCGCCGAAATGGCCCTGGGCAACGTTACGCAGGCCTTCGACGAGAAGGTTCCCGCCGGCGTCGTGATTTCGCAGGACCCCGCCAAAGGTGCCGAGGTGAGGCATGGCACCCCCGTCTCGCTGGTAGTCTCCAAGGGACCCCAACCCATTCCTGTTCCTGATGTGCGCGGATTGACTCAGGACGCAGCCGTCAAGGCCATTCAGGATGCCGGGCTGAAAGCAGTTATCGCTCCGGAGACGGTGAATGACAAGACGGTCCCCAAGGGTGCCGTTGTTTCCCAGATACCGGCGAATGGAACCCTCGTCCGTGGCGAAGTGGTGACGCTCACTGTATCCAAGGGACCAAAGTTGGTGAAGGTGCCGAGCTTCATCGGCAAGCAGGCCGATGAAGCTGAAAAGGAACTGAAACGGCTCGGTTTCAAGGTAGAGGTCAATAAAATCCTGGGTGGCTTCTTCGGCACCGTCCGGGACCAGAACCCCGTGAATGCCGAGATACCGGAAGACTCAGTGGTCACCCTGACGGTCGTCTAG MQEPTQDHLIGTTVDGRYTVRSRLARGGMSTVYLATDQRLERDVALKVLHPHLANDPTFLERLSREAKAAASLSHPHIVGVLDQGEDGHIAYLVMEYVKGHTLRDTLNEQGALPPRLALALIDPVIEGLAAAHRSGLIHRDVKPENVLIADDGRIKVGDFGLARAISANTSTGALIGTVAYLAPELVLGQPADARSDIYSAGIMLYEMLTGKQPYAGDSPIQVAYQHVNAVVGRPSDAAPGLAEDLDELVQWCTAVDAENRPVDGAALLTELRHIRTTLTDEELDRRQASSRLPGSPAPAAAFGASNASGIPGGNPTEAIATTASPTELISHQSNPTTIMAAGASGRLQAVPVGPGNDLDVRQPGKRELKRLERQENKDRARAAATPSRPLREGNPRRRGIIWTIVIVILATLAASAGWFFGMGPGSPGTVPDVKNKTVAEAQQLLRTAGFQSEPKDVFDDDILAGLTVGTEPESGTEVRKFQPITLFVSKGAQLFALPGLTGGTLDEAKIALNSAEMALGNVTQAFDEKVPAGVVISQDPAKGAEVRHGTPVSLVVSKGPQPIPVPDVRGLTQDAAVKAIQDAGLKAVIAPETVNDKTVPKGAVVSQIPANGTLVRGEVVTLTVSKGPKLVKVPSFIGKQADEAEKELKRLGFKVEVNKILGGFFGTVRDQNPVNAEIPEDSVVTLTVV NA NA NA NA NA D3-18_02620 1404 aroH COG3200 Phospho-2-dehydro-3-deoxyheptonate aldolase GTGACTGAGCTAACCGCGAACACCGCACCCTCCGCAGCAGATCCTCTCGCAAGCACCGCCCAGAGCGGAGCAGCGAACTATCCCGGGCTCGACGCTTGGCGGGACCTGCCGATTTCCCAGCAGCCCACATGGTCCAACGCTGAAGTCTTCAAGGCTTCCGTCAAGGAGCTCTCGGTGGTGCCGCCCTTGGTTTTCGCCGGTGAAGTGGACGTCCTGAGGGAGCGCCTCGCCGCTGCTGCCCAAGGCAAAGCCTTCCTCCTGCAGGGTGGTGACTGCGCTGAAACCTTTGAGGCCGCTACTGCGGACAAGATCAGTGCCCGGGTCAAAACGATCCTCCAGATGGCCGTGGTCCTTACCTACGGTGCTGCCATGCCCGTCATCAAAATGGGGCGGATGGCCGGCCAGTTCGCGAAGCCGCGCTCCTCCAATGACGAGACCCGCGACGGCGTGACGCTTCCCGCGTACCGCGGCGACATCGTCAACGGTTACGATTTCACGCCGGAATCCCGCGCGCACGACGCCGGCCGGATGCTTCAGGCGTACCACACGTCCGCCTCCACGCTGAACCTCATCCGCGCCTTTACCCAAGGCGGCTTCGCCGATCTCCGCCTGGTTCACCAGTGGAACAAGGGGTTCACCGAGAACCCGGCACACGCGCGCTACGAATCACTGGCCCGCGACATCGACCGGGCCATCAGCTTCATGGACTCCTGCGGCGCCGACTTTGAGGCACTCAAGCGCGTGGAGTTCTTTGCCAGCCACGAAGCACTGCTTCTCGACTACGAACGCGCACTGACACGCATCGATTCGCGTACCGGCCTGCCCTACGACACGTCCGCGCACTTCCTGTGGATTGGCGAGCGGACCCGTGAACTGGACCACGCCCACGTTGACTTCCTGTCCCGAGTGCGGAACCCCATCGGCGTCAAGCTCGGCCCAACCACCAGCGGAGATGATGCCCTGCGCCTCATCGACAAACTGGACCCCAACCGCGAACCAGGCCGCCTCACGTTCATCACCCGCATGGGCGCAGGCAACATCCGGGAGAAGCTGCCGGCCGTCGTCGAACGCGTCACTGCTTCCGGCGCGCAGGTGCTGTGGGTGACCGACCCGATGCACGGCAACACGGTCACGTCGCCCAACGGCTACAAGACGCGCAACTTCGATGACGTTATTGACGAAGTGCGTGGATTCTTTGAGGTGCACCACGCCTTGGGTACAGTCCCGGGCGGACTCCACGTTGAAATGACCGGCGATGACGTCGCCGAGTGCTTGGGTGGCGCCGACCCGATCGACCAGGACGCATTCCTGGACCGTTACGAGTCGGTGTGCGATCCCCGCCTGAACCACATGCAGTCCCTTGAGATGGCCTTCCTGGTGGCAGGAGCCCTCTCCAAGCGGTAG MTELTANTAPSAADPLASTAQSGAANYPGLDAWRDLPISQQPTWSNAEVFKASVKELSVVPPLVFAGEVDVLRERLAAAAQGKAFLLQGGDCAETFEAATADKISARVKTILQMAVVLTYGAAMPVIKMGRMAGQFAKPRSSNDETRDGVTLPAYRGDIVNGYDFTPESRAHDAGRMLQAYHTSASTLNLIRAFTQGGFADLRLVHQWNKGFTENPAHARYESLARDIDRAISFMDSCGADFEALKRVEFFASHEALLLDYERALTRIDSRTGLPYDTSAHFLWIGERTRELDHAHVDFLSRVRNPIGVKLGPTTSGDDALRLIDKLDPNREPGRLTFITRMGAGNIREKLPAVVERVTASGAQVLWVTDPMHGNTVTSPNGYKTRNFDDVIDEVRGFFEVHHALGTVPGGLHVEMTGDDVAECLGGADPIDQDAFLDRYESVCDPRLNHMQSLEMAFLVAGALSKR PGPT0012920_622 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-PHENAZINE_DERIVATES BIOTIC_STRESS_RESISTANCE-PHENAZINE-1-CARBOXYLIC_ACID_BIOSYNTHESIS,PGPT0012920-3_deoxy_7_phosphoheptulonate_synthase|aroF|aroG|aroH-K01626 NA NA D3-18_02621 792 hypothetical protein GTGTTCTATTGGGTCATGAAGAGGGTCTTTCTCGGTCCCATCCTCAAGCTCCTGTTCCGTCCCTGGGTGAAGGGACTGGACAACGTTCCTGAAAGTGGAGCTGCCATCCTGGCCTCCAACCACTTGTCCTTCTCGGACTCCATCTTCCTGCCCCTGATGGTTCATCGGCCTGTGATCTTCCTGGCCAAGTCCGAGTACTTCACGGGAAAAGGGCTCAAAGGCCGGCTGACCGCGCTGTTCTTCAGGCTGAGCAACCAACTTCCGATGGACCGTTCCGGCGGCGCGGCGTCGGAAATGTCCCTGCAGGCAGGCAAGGACGTCCTGAACTCAGGAGGCCTGCTGGGGATCTATCCGGAGGGCACCCGCAGCCCGGATGCCCGGCTGTACCGTGGCAAGGTGGGCGTGGCCAAACTGGCACTCCAAACACGCGTTCCGGTGGTGCCCGTAGCAATGATCGGGACGGAGAAGGTCCAGCCCATCGGCAAACGGCTGCCCAACATCCGCCGGATCGGCCTCATTTTCGGGCAGCCCTTGGACTTCAGCCGCTACTACGGCATGGAAGACGACCGGCTGATCCAGCGGGCTGTGACCGACGAAATAATGTACGAATTGATGCGGCTGTCCGGCCAGGAATACGTGGACGAGTACGCAGCGGTAGTCAAGGCCCAGTTGGCCGGCAAGGGCCCGGAACCTGTCCATAAGATCGAGGTTGCCGAAGACGCGACGTCAGACATCGCAGAGGACAGGGATGAACCCCGAGGCGACGGAAACGGATCAGCGGAGAAACTATGA MFYWVMKRVFLGPILKLLFRPWVKGLDNVPESGAAILASNHLSFSDSIFLPLMVHRPVIFLAKSEYFTGKGLKGRLTALFFRLSNQLPMDRSGGAASEMSLQAGKDVLNSGGLLGIYPEGTRSPDARLYRGKVGVAKLALQTRVPVVPVAMIGTEKVQPIGKRLPNIRRIGLIFGQPLDFSRYYGMEDDRLIQRAVTDEIMYELMRLSGQEYVDEYAAVVKAQLAGKGPEPVHKIEVAEDATSDIAEDRDEPRGDGNGSAEKL PGPT0024380_1076 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024380-plsC-K00655 NA NA D3-18_02622 789 Thermostable monoacylglycerol lipase ATGACGGAACGCAACAAACCCGCCGCGCCGCTCGCTTTCCACCACGCCGGACACGGAGCCAACGCATCCATCGGCGTGGCTATCTGCCATGGCTTCACTGGAAGTCCCCTCAGCGTCCTCCCTTGGGCCGAATACCTCGCCAAGCAGGGCTTCGCAGTTTCGGTGCCCCTCCTTCCCGGGCATGGCACCAGTTGGCGTGACCTCGCCACCACAAGGTGGCAGGACTGGTACCGGACCTTCGAGCAGAGTTACCTGGACCTTGCAGCCCAAACGGAGACGTGTTTCGTGGCTGGACTCTCCATGGGCGGGGCCGTGGCTCTGCGGGTGGCCTCCCGCCATGAAGTTCCCGGACTGGTCCTGGTGAACCCGGGGCTGAGCTTCTACGACCGCCGGGTGCGGTACGTCGGAGCGCTGAAGTACGTCATGCCCACTACCACCCCCATAGTGGAGGACAGGCCCGCGCCCATAACGATCGAGGAAGGTGACTACTCCAAGACACCGCTGAAGGCCGTCCACGAACTCAAGAAACTTTTCCGCGCAGCTACCCGGGGGCTACCACATGTGGAGGCTCCCGCACTGGTCTTCAAGTCCTCGGTTGACGACGTCATCCCGCCGAGCTCAGTGGCCACCATCAGCAAGTACATCGACTCCTCGCGCCTTAAAGTGGTCACGCTTCCACACAGCGGACACGTAGCCACCCTGGATGTTGATGCACCCACCATTTTTGAAGAATCGGCCGGCTTTTTCCGCCAGCATGCCGGGGACAGAGTAGCCTCAGAGTCATCATGA MTERNKPAAPLAFHHAGHGANASIGVAICHGFTGSPLSVLPWAEYLAKQGFAVSVPLLPGHGTSWRDLATTRWQDWYRTFEQSYLDLAAQTETCFVAGLSMGGAVALRVASRHEVPGLVLVNPGLSFYDRRVRYVGALKYVMPTTTPIVEDRPAPITIEEGDYSKTPLKAVHELKKLFRAATRGLPHVEAPALVFKSSVDDVIPPSSVATISKYIDSSRLKVVTLPHSGHVATLDVDAPTIFEESAGFFRQHAGDRVASESS NA NA NA NA NA D3-18_02623 804 Thermostable monoacylglycerol lipase ATGAAAATGCTCCCCGACTTTTCGCCGTTCCACAGCAGCTGGAAGGGTGCCGGTCCGCGCATTGGTGTGGTCATGTCCCACGGGTTCACGGGAAGTCCGCACAGCGTCAGGCCGTGGGCCGAACACCTCGCTGCGTCCGGCTACGCCGTCAGGCTGCCGCTGCTGCCCGGCCATGGCACCACGTGGCAGGACATGGCCACCCGCTCCTGGCGGGAGTGGCACCGTGCCGTGGATGATGCGTACCTGGAACTGGCTTCCGAGTGCGATTACGTCTTCTCTGCCGGTTTGTCCATGGGCGGAACCCTGGCCTTGCGGATAGCAGCCACGCGTCCCATTGCAGGGACAGTGGTGGTGAACCCTGGACTGGTCCTGGACGATCCGCGGGCTGTCATCGTCGCTGCCCTCAAGTATGTGGTGAAGACGACTCCGGCCATCGCCAATGACATCCTCAAACCGGACCAGGACGAGGGTGCCTACGCCCGGACGCCCGTTGCTGCCGCCCACCAGCTCAAGAAGATGTACAAGGACACCGCGGCCATCCTGCCCCGCATCAGTTCGCCCGTTCGGGTTTACAAGTCAACGGTGGACAACGTCATCTCGAATGCGAGCCTGGAGTTCCTCCGGTCCCGGGTTCAGGCGCCGGTGGATGTCAGCTACCTCCACAACAGCCACCATGTTGCCACCCTTGATAATGACGCTCCGGAGATTTTTTCCGGGACTGTCGACTTTATCCAGAAGACCGTAGCGGCCTTGGCCGGGCACGGGCTTTCCCCCGAAAAGGACATAGCCCATGAACAGGCCTGA MKMLPDFSPFHSSWKGAGPRIGVVMSHGFTGSPHSVRPWAEHLAASGYAVRLPLLPGHGTTWQDMATRSWREWHRAVDDAYLELASECDYVFSAGLSMGGTLALRIAATRPIAGTVVVNPGLVLDDPRAVIVAALKYVVKTTPAIANDILKPDQDEGAYARTPVAAAHQLKKMYKDTAAILPRISSPVRVYKSTVDNVISNASLEFLRSRVQAPVDVSYLHNSHHVATLDNDAPEIFSGTVDFIQKTVAALAGHGLSPEKDIAHEQA NA NA NA NA NA D3-18_02624 558 hypothetical protein ATGAACAGGCCTGATCCCAATTCTGCTGATCAAAGCGCCAACAAGGACGACGACGCCGTGTGGCAGGATCTCGTGGCCCGGCTGGAGGCCACACAGTCGGGCCCCGAAGCGGAATCGCCGACGCATGCAAAGCCGCAGGACATCGACGAGGCTCCGGGCTCTGAAGCCGAGCGTCAGCCGGAGTCCGCTAAGACTTTCAAGGACTTCGATCCACTAGGGTTGTCCACGCCTGCCACGGAACCGGAGCCTGATGCGGCAGTCCGGGCCGAAGCCGGAATCCGGCCGTCAGGACCTCGAGACTTCGAAGTCGAGGACGAGGACCACACCTTCGTTCCCGAGGATCCGCCCAGCCTCGCGGGTACTGAGCCGCTGGTCATGCTGGCGTGGGTGGGCGCTGTGGGCGGACCCATCGCTTTGCTCTTTACCGCCATGTTCTGGCGGTCCGCGCCGTTGACGGCAATTCTGGGCATTGTCGCCATCTTCGTCGCATCAGTGATCTACCTCATCATGCGGCTTCCGCAGGAAAAGAATGAGGACGACGACGGCGCCCGCCTCTAG MNRPDPNSADQSANKDDDAVWQDLVARLEATQSGPEAESPTHAKPQDIDEAPGSEAERQPESAKTFKDFDPLGLSTPATEPEPDAAVRAEAGIRPSGPRDFEVEDEDHTFVPEDPPSLAGTEPLVMLAWVGAVGGPIALLFTAMFWRSAPLTAILGIVAIFVASVIYLIMRLPQEKNEDDDGARL NA NA NA NA NA D3-18_02625 1059 glkA_1 Glucokinase ATGCCCGCACTACGGTCCAGTTCCCTGGTCAGACCCAAGCCACCGGCCTCGGCATGGAGGGACGTGCCTTGGGCTGCCCGACGAAGCCATTTGGGCCGCCGCGGACTGGCGATCGGAATCGACATCGGCGGCACCAAGGTAGCCGCCGGTGTCGTGGACGCCGAGGGGCGGGTGCTCGCCGAGGCACGCAGGTCCACGCCAGGCGCGGACCCCCGGGCCGTCGAGCAGACCATAGTGGAGCTGGTAGACGAACTCAGTGCAGGACATCGGATCGCTTCTGTGGGTATCGGTGCCGCAGGATGGATGGACCTCGACGGCGGCACGGTGCTGTTCAGCCCCCATCTGGCCTGGCGTAACGAGCCACTAAGGGAGAGCCTCCAGAAGTTGCTGAGGCGTCCCGTCCTACTCACAAATGACGCCGATGCTGCGGCGTGGGCTGAGTGGCGCTTTGGCTCAGGCCAAGGTGAAAGCCGCCTGGTCTGCATCACCCTGGGCACGGGCATTGGAGGTGCCATGGTCATGGATGGCCGCGTGGAACGGGGACGCTACGGCGTGGCCGGGGAGTTCGGGCACCAGATCATTTTCCCCGGGGGACACCGCTGCGAATGCGGTAACCGCGGCTGCTGGGAGCAGTACGCCTCCGGCAACGCGCTGGGCCGTGAAGCCCGCCAGCTGGTACGGACCAATTCCCCCGCAGGCCGTGCTTTGTTGGAGAAGGCAGGCGGGACTGCAGAGAACCTGTCGGGCGCAGCCGTGACCTCGCTGGCACTTGCGGGCGATGCCACGTCCCGCGAACTCCTCGCCGACCAAGGCGAATGGTTGGGTCTGGGGCTGGCCAACCTCGCAGCAGCACTCGACCCCGGAATGTTCGTCATAGGCGGGGGACTGTGTGACGCCGGGGAGTTGCTCGCCGGACCTGCCCGCGAGTCATTCGCGAAGAACCTGACGGGGCGGGGTTTCCGTCCCATGGCAAGGATCGAGCTCGCGGCCCTCGGCCCGCGTGCGGGCATGATCGGCGCAGCAGACCTGTCACGCGTCAGCGGACGGGCGCGCAGCTAA MPALRSSSLVRPKPPASAWRDVPWAARRSHLGRRGLAIGIDIGGTKVAAGVVDAEGRVLAEARRSTPGADPRAVEQTIVELVDELSAGHRIASVGIGAAGWMDLDGGTVLFSPHLAWRNEPLRESLQKLLRRPVLLTNDADAAAWAEWRFGSGQGESRLVCITLGTGIGGAMVMDGRVERGRYGVAGEFGHQIIFPGGHRCECGNRGCWEQYASGNALGREARQLVRTNSPAGRALLEKAGGTAENLSGAAVTSLALAGDATSRELLADQGEWLGLGLANLAAALDPGMFVIGGGLCDAGELLAGPARESFAKNLTGRGFRPMARIELAALGPRAGMIGAADLSRVSGRARS NA NA NA NA NA D3-18_02626 1812 COG1022 Long-chain-fatty-acid--CoA ligase FadD15 GTGCGTGAAATCAGTGTTCCTCCCCTCGTGAACATCGCCCCGGAAACCAACATCACGGACCTCGTGATCCGAGAGGCAGAAAAAGCATCCAACCCTGCGCTGTTTTCCAAGTTGGACGGCAATGGGCAGTGGCAGGACATCCGTGCCAAGGACTTCCTACAAGACGTGAGGGCCTTGGCAAAGGGCCTCATCGCCAGTGGAGTCGGCGTAGGCGATCGTGTGGGCATCATGTCGCGCACACGGTACGAATGGTCCCTCGTGGACTTCGCCATCTGGTTTGCCGGAGCCGTCTCTGTCCCGATCTACGAAACGTCGTCTCCTTCACAAGTGGCATGGAACCTCGGCGACTCAGGCGCTGTGGCAGCCTTTGGCGAAGCAGCGCATCATGAGGACGTCATCCGCCAGGCCGTAACCGCAGAGGACATCACATCGGTGGCAAACGTCTGGCAGCTTGAAGGCGCCGGACTCGATGCGCTACGCACTGCAGGTGCAGGCGTCCCCGACGACGAACTCGAGTCCCGCCGTTCCTCAGCCGGGCTCAAGGATCTGGCCACGATTATCTACACCTCCGGTACCACCGGCAGGCCCAAGGGCTGCGAACTGACCCACGGCAACTTCGTGGAGCTCTCCGAGAATGCCCGCGCTTCATTGCCGGAAATCATCAACGAGTCTGCCAAGACCATCATGTTCCTCCCCTTGGCCCACGTCTTCGCACGTTTTATTTCCGTGCTTGCCGTGGCAGGCGGGGTGAAGGTGGCGCACACCCCGGACATCAAGAACCTGTTGGCTGATCTCCAGAGCTTCCAGCCGACGTTCATCCTGGCTGTGCCCCGGGTCTTCGAGAAGGTCTACAACTCTGCATTGACCAAGGCAGAGGACGGCGGCAAGGGAGCCATCTTCCACCGTGCGGTGGATACTGCAATCGCCTACTCGAAAGCACGCGAGTCCGGCTCGCTGGGACTTGGCTTGAAGCTCAAGCACGCCTTGTTCGACAAACTCGTCTACGGGAAGCTCCGTGCGGCGATGGGCGGACATGTTGCCCACGCAGTCTCGGGAGGCGGCCCGCTGGGTGAACGGCTCGGGCACTTCTTCCAGGGCATCGGCCTGCAGATCCTGGAGGGCTACGGCCTGACCGAGACCACGGCGCCGATCTCCGTGAACACACCGTCCATGATCAAGATCGGCACGGTGGGTGCCCCCTTGCCGGGCAACTCCGTCAAGATCGCCGACGACGGCGAGATCCTCGCCAAGGGCGTCTGCGTCATGCGAGGCTACTACAAGCGTGAAGACCTCACTGACGAAACGTTTGCTGATGGCTGGTTCCGCACCGGCGACATCGGCGAACTGGACAACAACGGCTTCCTCAAGATCACGGGCCGCAAAAAGGAAATCATCGTCACTGCAGGCGGAAAGAACGTGGTGCCTGCCCTCTTGGAGGACCAGATCCGCGCCGATGCGCTGGTTTCCCAAGTTCTTGTGGTGGGAGACAACCGTCCGTTCATCGGCGCCCTGGTCACCTTGGACGAAGAAGCGCTTCCGGGCTGGCTGGACCGGCACGGACTCCCCGCCGGCACCACGGTCGCCGAGGCCACCGACCACCCAGTGGTCAAGGCAGCGGTCCAGGAGCTCATCAGCAAGGCCAACCAGTCCGTATCCCAGGCAGAGGCCATCAAGTCTTTCAGGATCGTGCCGGCGGACTTCACCGAAGCCTCAGGTCACCTGACGCCATCACTCAAGGTCAAGCGCGCCCAGGTCATGAAGGACTTCGACGCCGTTATTGAGGAAATGTACTCAGCACCCCGCGCGTCCTAG MREISVPPLVNIAPETNITDLVIREAEKASNPALFSKLDGNGQWQDIRAKDFLQDVRALAKGLIASGVGVGDRVGIMSRTRYEWSLVDFAIWFAGAVSVPIYETSSPSQVAWNLGDSGAVAAFGEAAHHEDVIRQAVTAEDITSVANVWQLEGAGLDALRTAGAGVPDDELESRRSSAGLKDLATIIYTSGTTGRPKGCELTHGNFVELSENARASLPEIINESAKTIMFLPLAHVFARFISVLAVAGGVKVAHTPDIKNLLADLQSFQPTFILAVPRVFEKVYNSALTKAEDGGKGAIFHRAVDTAIAYSKARESGSLGLGLKLKHALFDKLVYGKLRAAMGGHVAHAVSGGGPLGERLGHFFQGIGLQILEGYGLTETTAPISVNTPSMIKIGTVGAPLPGNSVKIADDGEILAKGVCVMRGYYKREDLTDETFADGWFRTGDIGELDNNGFLKITGRKKEIIVTAGGKNVVPALLEDQIRADALVSQVLVVGDNRPFIGALVTLDEEALPGWLDRHGLPAGTTVAEATDHPVVKAAVQELISKANQSVSQAEAIKSFRIVPADFTEASGHLTPSLKVKRAQVMKDFDAVIEEMYSAPRAS PGPT0008380_5858 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D3-18_02627 3396 pycA Pyruvate carboxylase ATGTTTTCGAAAATTCTGGTGGCCAATCGCGGCGAAATCGCGATCAGGGCGTTTCGCGCTGGTTATGAACTGGGCGCCAAGACCGTAGCCGTCTTTCCGCATGAGGACCGTAACTCGATCCACCGGCAGAAGGCCGACGAAGCTTACCTGATCGGCGAGGTGGGCCATCCCGTCCGCGCCTACCTGGACGTAGAGGAGGTTGTCCGCGTCGCCAAAGAAGCCGGCGCTGACGCCATCTATCCCGGCTATGGCTTCCTCTCCGAGAACCCGGACCTCGCCCGTGCTGCCAAGGCAGCAGGCATAACCTTCGTGGGCCCGCCCGCGGAGGTCCTGGAGCTCGCAGGTAACAAGGTTGCCGCCCTGGAAGCCGCCCGCAAGGCCGGCGTCCCGGTCCTGAAGTCGAGCAAGCCCTCCAAGGACCTTGACGAGCTCATCGCTGCCGCCGATGAGATCGGCTTCCCCATCTTCGCCAAGGCAGTTGCCGGCGGTGGAGGCCGTGGCATGCGGCGTGTGGAGACGCGCGAAGCCCTCCCCGAAGCATTGCAGTCCGCCATGCGTGAAGCTGATGCAGCTTTCGGCGACCCCACCATGTTCCTTGAGCAGGCAGTTCTGCGTCCCCGCCACATCGAAGTACAGATCCTGGCCGATGCCGAAGGCAACGTCATGCACCTCTTCGAGCGTGACTGTTCGCTTCAGCGCCGCCACCAGAAAGTGGTGGAGATTGCGCCCGCGCCGAACTTGGATGAGAACATTCGCCAGGCTCTTTACCGCGATGCCGTGGCGTTCGCCAAGGCCTTGAACTATGTCAACGCCGGAACCGTGGAGTTCCTGGTGGACACAGAAGGGGAGCGGGCCGGCCAGCACGTCTTCATTGAGATGAACCCACGCATCCAGGTTGAGCACACCGTCACAGAGGAAATCACCGACGTTGACCTCGTCCAGGCTCAGATGCGTATCGCGTCAGGGGAAACCCTTGCGGACCTGGGGCTGAGCCAGGATTCAGTGTCCATCAAGGGTGCTGCGCTGCAGTGCCGCATCACCACCGAAGACCCGTCCAACGGATTCCGTCCTGATGTTGGAAAGATCACCGGCTACCGTTCTGCCGGTGGCGCCGGTGTCAGGCTCGACGGCGGCACGGTCTACTCGGGTGCCGAGATCAGCCCGCACTTCGACTCCATGCTGGTCAAGCTGACCTGCCGTGGCCGCGACTACCCTGCGGCTGTAGCCCGTGCGCGTCGCGGTTTGGCTGAATTCCGTATCCGTGGCGTGTCCACCAACATTCCATTCCTGCAGGCTGTTCTCGCGGATCCGGACTTCAATGCCGGAAACGTGGCCACGGACTTCATTGACAAGCGCCCTGAGCTGCTGAAGTCACACATCTCTGCAGACCGTGGCACCAAGCTGCTCACCTGGTTGGCTGAAGTCACCGTCAACAAGCCCAACGGGGAGCTCGCTGTCCATTCGGACCCTGCCCGCAAGCTGCCGGCGATCGATGGCCCGGTTCCCACGTCGGGTTCGCGCCAGAAGTTGATCGAGCTTGGGCCGGAGGGCTTTGCCAAGGCACTCCGTGAGCAGCAGGCGCTGGCCGTTACGGACACCACGTTCCGCGACGCCCACCAGTCCCTGCTGGCAACACGGGTGCGCACCCGCGACCTCGTGGCCGCCGGCCCGGCAGTGACAGCACTCATGCCCGAGCTGCTATCCGTGGAGGCCTGGGGCGGCGCAACTTACGACGTCGCGCTCCGCTTCCTCGGCGAGGACCCGTGGGACCGTCTGGCTGCATTGCGCAAGGCCTTGCCGAACACCTGTATCCAGATGCTGCTCCGCGGACGCAACACCGTCGGCTACACCCCGTACCCGGAAGAAGTGACGGAGGCCTTCGTCAACGAGGCTGCAGCTACGGGCATCGACATCTTCCGTATCTTCGACGCCCTCAACGACGTCAACCAGATGGCCCCCGCCATTCGGGCCGTGCGTGCAACGGGGACGGCCGTAGCTGAGGTGGCTCTCTGCTACACGGGCAACCTCCTGGACCCGAACGAGGACCTCTACACCCTCGACTACTACCTGGACCTCGCCCAGAAGATCGTCGACGCCGGTGCACACATCCTCGCCATCAAGGACATGGCGGGCCTCCTGCGTCCGGCTGCTGCCGCGAAGCTGGTTTCTGCCCTGCGTGAGCGCTTCGACCTGCCGGTGCACTTGCACACCCACGACACCGCGGGTGGCCAGCTTGCCACTTTGCTGGCCGCTGTTGACGCTGGCGTGGATGCGGTTGACGTGGCATCTGCATCGCTGGCCGGCACCACAAGCCAGCCCGCTGCGTCGGCACTGGTCGCCGCATTGGCCAACACCCCCCGTGATACAGGGCTCAGCCTGGCCAACGTCGGTGCCCTTGAGCCCTACTGGGAAGCCGTCCGCCGCGTCTATGCCCCCTTCGAATCCGGTCTCCCGGGTCCCACAGGGCGCGTCTACCAGCACGAAATCCCCGGCGGCCAGCTGTCAAACCTTCGCCAGCAGGCCATCGCCTTGGGCCTTGGGGAGCAGTTTGAAGCCATTGAGGACATGTACACGGCGGCTGACCGGATCCTTGGCCGCCTGGTGAAGGTCACTCCTTCATCCAAGGTGGTAGGTGACCTCGCGCTGCACCTTGTTGGACTCAACGCCGATCCCGCGGACTTCAACGAGAACCCGCAGAACTACGACATCCCGGACTCCGTCATCGGCTTCCTGTCCGGCGAACTCGGTGATCCTCCCGGAGGCTGGCCTGAGCCGTTCCGCACCAAGGCCCTTCAGGGCCGCAGCGTCAAGGTGCGCGACGTCGATATCAGTGCTGAGGACAGTGCAGCGCTCAAGGGTGACTCCAAGACGCGGCAGCACACGCTGAACCGTTTGCTCTTCGCTGGACCCACCAAGGAGTACCTGAAGAGCGTTGACACGTACGGCAACATCTCCGTGCTGGACACCCGCGACTACCTGTACGGTCTCCAGCAGGGCGCGGAGCACGTCATCGAGTTGGAGAAGGGCGTCCGCCTCATTGCCCAGCTTGAGGCTGTCTCCGAGGCCGATGAGAAGGGCATGCGCACCGTGATGTGCACGCTCAACGGCCAGTCCCGGCCGGTTGTCGTCCGCGACCGTTCGGTGGTCAGCAACGTCAAGGCAGCTGAGAAGGCAGATCCTGCACAGCCTGGCCAGGTTGCCGCCCCGTTTGCAGGCGCAGTTACGGTAACGGTGAAGGTGGGCGATGTTGTCAACGCCGGCGACACCGTTGCCACCATTGAGGCGATGAAGATGGAAGCATCCATCACGACGCCGGTGGCCGGCACGGTCTCCCGCCTCGCCATTTCCTCGGTTGAGCAGGTCCAGGGCGGCGACTTGCTGCTGGTGATCGGCTAA MFSKILVANRGEIAIRAFRAGYELGAKTVAVFPHEDRNSIHRQKADEAYLIGEVGHPVRAYLDVEEVVRVAKEAGADAIYPGYGFLSENPDLARAAKAAGITFVGPPAEVLELAGNKVAALEAARKAGVPVLKSSKPSKDLDELIAAADEIGFPIFAKAVAGGGGRGMRRVETREALPEALQSAMREADAAFGDPTMFLEQAVLRPRHIEVQILADAEGNVMHLFERDCSLQRRHQKVVEIAPAPNLDENIRQALYRDAVAFAKALNYVNAGTVEFLVDTEGERAGQHVFIEMNPRIQVEHTVTEEITDVDLVQAQMRIASGETLADLGLSQDSVSIKGAALQCRITTEDPSNGFRPDVGKITGYRSAGGAGVRLDGGTVYSGAEISPHFDSMLVKLTCRGRDYPAAVARARRGLAEFRIRGVSTNIPFLQAVLADPDFNAGNVATDFIDKRPELLKSHISADRGTKLLTWLAEVTVNKPNGELAVHSDPARKLPAIDGPVPTSGSRQKLIELGPEGFAKALREQQALAVTDTTFRDAHQSLLATRVRTRDLVAAGPAVTALMPELLSVEAWGGATYDVALRFLGEDPWDRLAALRKALPNTCIQMLLRGRNTVGYTPYPEEVTEAFVNEAAATGIDIFRIFDALNDVNQMAPAIRAVRATGTAVAEVALCYTGNLLDPNEDLYTLDYYLDLAQKIVDAGAHILAIKDMAGLLRPAAAAKLVSALRERFDLPVHLHTHDTAGGQLATLLAAVDAGVDAVDVASASLAGTTSQPAASALVAALANTPRDTGLSLANVGALEPYWEAVRRVYAPFESGLPGPTGRVYQHEIPGGQLSNLRQQAIALGLGEQFEAIEDMYTAADRILGRLVKVTPSSKVVGDLALHLVGLNADPADFNENPQNYDIPDSVIGFLSGELGDPPGGWPEPFRTKALQGRSVKVRDVDISAEDSAALKGDSKTRQHTLNRLLFAGPTKEYLKSVDTYGNISVLDTRDYLYGLQQGAEHVIELEKGVRLIAQLEAVSEADEKGMRTVMCTLNGQSRPVVVRDRSVVSNVKAAEKADPAQPGQVAAPFAGAVTVTVKVGDVVNAGDTVATIEAMKMEASITTPVAGTVSRLAISSVEQVQGGDLLLVIG PGPT0001420_1710 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001420-pyc-K01958 NA NA D3-18_02628 774 parA Chromosome partitioning protein ParA GTGGGAAAGACGTCCGTGACCACCGGTCTGGCGTCCGCGGCCCTCGCGGCCGGCATTCCCACGTTGGTGGTGGACCTCGATCCACACGCCGACGCCACCACGGCACTTGGCGTCCAGCCGGGCGGGCAACTCGACATCGGCCGAATGCTGAAAAGCCCCCGAAAAGCCAACCTCGCCGGCAATGTGGCCGGCAGCTCGTGGGTTTCCAATGGGTCCAGCAACGGCACCTTGGACGTCGCAGTGGGATCGGCCTTCACCGGAATCTATGATCGGCCGGATCTGGGCCGACGCGACCTTCGCAGGCTTTCAGCCGTACTGGCAGGCACTACCAACTACGAACTCGTCCTGGTCGACTGCCCTCCGTCCCTCAACGGCCTGACGCGCATGGCGTGGAGCGCAAGCGATCGCGTAGTCCTCGTTGCAGAGCCCGGGCTCTTCTCGGTGGCCGGCACGGAACGCACCATGCGAGCTATTCAGTTGTTCCGGCAGGAGTTCGCCCCCAACCTGGCCCCGGCAGGGATCGTGGCCAACCGGGTGCGCACGGGTTCCGCGGAGCACACCTTCCGCTTAGCTGAAATGGAATCAATGTTCGGCGAACTGCTCCTGACGCCCCACATTCCGGAGCAGGCCAATTGGCAGCAGATCCAGGGTGCGGCACACTCGGTACACCACTGGCCCGGAGACTCTGCCAAGAACGCTGCCAAACTCTTTGATGCCCTCCTTGGGAGCCTCTTGGCTGGACAGTCCTCTACGCGGGACCGCCGACAGCGCTGA MGKTSVTTGLASAALAAGIPTLVVDLDPHADATTALGVQPGGQLDIGRMLKSPRKANLAGNVAGSSWVSNGSSNGTLDVAVGSAFTGIYDRPDLGRRDLRRLSAVLAGTTNYELVLVDCPPSLNGLTRMAWSASDRVVLVAEPGLFSVAGTERTMRAIQLFRQEFAPNLAPAGIVANRVRTGSAEHTFRLAEMESMFGELLLTPHIPEQANWQQIQGAAHSVHHWPGDSAKNAAKLFDALLGSLLAGQSSTRDRRQR NA NA NA NA NA D3-18_02629 594 COG0789 putative HTH-type transcriptional regulator GTGAGTCCGAAAGGCGAAGCAGGCGAGCTGAAGCAGTCCTCTGCCGGCATTGCTGCGCCCGCATCCGGCGCCCAAGGTTTGCTCTTCACGGAGGACCTTCCCGTGCTGGACGAGGACGCGGGCTACCGCGGTCCCACCGCATGCAAAGCTGCAGGCATCACCTACCGCCAACTCGACTACTGGGCACGTACTGGCTTGGTTGAGCCTGCTGTCCGTGGCGCTGCGGGCTCCGGTTCCCAGCGTCTCTACGGCTTCCGGGACATTCTTGTTCTGAAGGTGGTCAAGCGCCTCCTTGATACTGGCGTATCCCTCCAGCAGATCCGCAGCGCCGTGGAACACCTTCGCGAGCGGGGCGTCGAGGACTTGGCGCAGATCACGCTGATGAGCGACGGTGCGAGCGTCTACGAATGTACATCCGCTGACGAGGTCATCGACCTCGTTCAGGGCGGGCAGGGCGTCTTCGGCATCGCCGTTGGGCGCGTATGGCGGGAAGTTGAGGGAAGCCTGGCCGCGCTTCCGAGCGAGCATGCCGCGGAGCAGTCCTTTCCCGACGACGAACTGAGCAAGCGGCGTGTCGCGCGTCGCATCGGCTAA MSPKGEAGELKQSSAGIAAPASGAQGLLFTEDLPVLDEDAGYRGPTACKAAGITYRQLDYWARTGLVEPAVRGAAGSGSQRLYGFRDILVLKVVKRLLDTGVSLQQIRSAVEHLRERGVEDLAQITLMSDGASVYECTSADEVIDLVQGGQGVFGIAVGRVWREVEGSLAALPSEHAAEQSFPDDELSKRRVARRIG NA NA NA NA NA D3-18_02630 504 COG1259 putative protein ATGATCGAAGTCGAAATCGTCGGTGTCCGGATCGAACTTCCGTCCAATCAGCCGCTGGTACTCCTTCGGGAGATCAACGGTGAGCGGCATGTTCCGATCTGGATCGGCACTCCTGAAGCCAGCGCCATCGCGTTGGCACAGCAGGGTGTTGTCCCGCCCCGGCCAATGACGCACGATCTCCTGGTTGATGTTGTTGAATCCTTGCGCCATTCCATCATCAGCGTGAACATTGTGGCGGTGGAGGACAATATCTTCTACGGGCAGCTGCAGTTCGACGACGGCACTGTAGTAAGTTCGAGGGCTTCGGATGCGTTGGCCCTGGCACTGCGGGCCAAGTGCCGCATCTGGTGCGCCGATGCGGTCATGGAAGAAGCCGGTGTCCGCATCACCGAGCATGATGAAGGCGAGGACTCGGAGCCGGATCCCGCAGTGGACGAAGAACGCGAGATGCGTCGCTTCCGCGAGTTCCTGGATGACGTGGAACCGGAAGATTTCGAAGGCTGA MIEVEIVGVRIELPSNQPLVLLREINGERHVPIWIGTPEASAIALAQQGVVPPRPMTHDLLVDVVESLRHSIISVNIVAVEDNIFYGQLQFDDGTVVSSRASDALALALRAKCRIWCADAVMEEAGVRITEHDEGEDSEPDPAVDEEREMRRFREFLDDVEPEDFEG NA NA NA NA NA D3-18_02631 717 COG0789 putative HTH-type transcriptional regulator ATGGCCCAGCAGGACCGTCGCGGACCGCAGGTCCTGAATATCGGGGAAGTCCTTGCCCAGTTGAGCGACGACTTTCCCGGTATGACGGCGTCCAAGATCCGTTTCCTGGAGGAAAAAGGCCTCATCAACCCGAAGAGGACTCCTGCGGGTTACCGACAGTACTCGGACGGTGATGTTGAGCGGCTCCGTTTCGTCCTGGCCCTTCAGCGTGATCAGTACCTGCCACTGAAGGTCATCAAGGATTATCTCGATGCCATCGACCGCGGTGAGAGGCCGGAAAATCTCCCTCCTGGTGTCACAGTGTCGCCCAGGGTGGTCTCGGCGGAAATGGCAGCCGAAGTGCAAGGACGGGCCCGCGCGCTCACCGAGGAGCAGTTGCGAGCCGAGTCGGGTGCCAGTGTCTCCCTGCTTGAATCCCTCTTGAGTTTTGGACTGATCACCCATGTTGGCGGCAAGTTCGACGAACACGCACTTCAAGTAGCCCGTGCTTGTGTCCAATTGGAAGGACACGGCCTCGAGCCCCGCCACCTTCGTCCCTTCCAAGCTGCAGCTGAGCGGGAGTTCGGCCTGGTGGAAAGGGCCGTTGCCCCGCTGACGTCGCGGCGGGACGCTGCTTCGCAGGCTCGTGCCGCCGAGGCCGCCCGTGAGATCAGCGATCTCTGCCTCACCCTGCACAGGGCCTTGGTGCACGACCGTATCTCCCGGATGGATAGCTGA MAQQDRRGPQVLNIGEVLAQLSDDFPGMTASKIRFLEEKGLINPKRTPAGYRQYSDGDVERLRFVLALQRDQYLPLKVIKDYLDAIDRGERPENLPPGVTVSPRVVSAEMAAEVQGRARALTEEQLRAESGASVSLLESLLSFGLITHVGGKFDEHALQVARACVQLEGHGLEPRHLRPFQAAAEREFGLVERAVAPLTSRRDAASQARAAEAAREISDLCLTLHRALVHDRISRMDS NA NA NA NA NA D3-18_02632 477 garA COG1716 Glycogen accumulation regulator GarA ATGGTTGGCGGCGAACAGAATCAAGCCAATGTCGGGAACGGCGCGGAGGAACAGCCGACGTCGGAGACCACCTCGATCAGCATCACGCCAACGTGGGACGAGCCGAGCATTGCCCCCAAGTTGGCTCCTGAAGAGCGTGCATCCGTAGACGCACTTCCGCCGAACTCAGCATTGCTCATTGCGCACAGTGGGCCCAACGCCGGTGCTCGTTTCCTGTTGGACGCGGACACCACCACGGCTGGCCGGCACCCCGATGCCGACATCTTCCTGGATGATGTCACCGTTTCCCGCAAGCATGTTCAGTTCATCCGGACGGCGTCCGGCTTCGAGCTGGTGGACATGGGGAGCCTCAACGGAACGTACGTCAACCACGACCGCGTGGACCGCGTGCACCTGAAGAGCGGCAACGAGGTACAGATCGGCAAGTTCCGGTTGACCTACTACCTGAGCCCTGTTCGCGCAGCAGGCCAAGTCTGA MVGGEQNQANVGNGAEEQPTSETTSISITPTWDEPSIAPKLAPEERASVDALPPNSALLIAHSGPNAGARFLLDADTTTAGRHPDADIFLDDVTVSRKHVQFIRTASGFELVDMGSLNGTYVNHDRVDRVHLKSGNEVQIGKFRLTYYLSPVRAAGQV NA NA NA NA NA D3-18_02633 480 gcvH_2 Glycine cleavage system H protein ATGAGGTACAGGGGAAATGTGCCTATACTTTCAGCGGTGGCCATCAGCAAGGCCGCCGTCGAGGTTCGTAAATGTCCCGATGAAAGGCCACCAGTGAGCAATATTCCGGAAGAACTTTCCTACACCGCAGAACACGAATGGGTTACCGCTCCAGATGCCGACGGCGTAGTGCGCATTGGCATCACCGACTTCGCACAGGACGCCCTGGGTGACGTTGTCTATGCCCAGATGCCTGAACCGGGGACGAAAGTCACCGGCAATGAAGTTGTTGGCGAAGTGGAGTCCACTAAAAGTGTCAGTGATATCTACGCTCCGGTGACCGGTGAAGTCACCAACCGAAATGACGCCTTGGACACTGATCCGGCCTTAATTAACTCGGACCCGTACGGCGAGGGATGGTTAATTGAAGTAAAGCTTGCAGAAGCTGATGCAGTGGATTCCCTGCTCAGTGCATCGGAGTACGAACAACAGGTAGGCTAA MRYRGNVPILSAVAISKAAVEVRKCPDERPPVSNIPEELSYTAEHEWVTAPDADGVVRIGITDFAQDALGDVVYAQMPEPGTKVTGNEVVGEVESTKSVSDIYAPVTGEVTNRNDALDTDPALINSDPYGEGWLIEVKLAEADAVDSLLSASEYEQQVG NA NA NA NA NA D3-18_02634 582 hypothetical protein ATGACCGAACAAGCACAAGTACCAGCTCAGAAAAAGCGCAATCGGGGCGTAAAAATAATCCTGATCCTGGTGGCAGTACTTGTCGCTGTGGCCGCCTACTTCATCCTCGGGGCAGTCCTTCCGCGCTGGTGGTCCGATGTCATCGCCGGACAGATCCGACGCGACCTTGGAGCCAGCGTACTGGTGGGAATGTTCTACGGCTTCGTCTTCACGTTCGTTCCGCTCCTCGTAGCATGGCAGGCCACCCGCAAAGCGGTGTCCTGGCCATGGAAAATCGCTATTGTCCTGGTGGCCGTCGCTATCGCCACACCCAACCTGCTCACCGCCGGAATCGCCTTCGGCAGCACGGAGTCAGCCCACGCCGGCCAGAGGACCCTGAGCGTGGATGCCGGATTCTTCACAACCTGGACAGCCATTTCCGCTGTTGCGGCCGTGGCGGTCTTCATTGCAGTCACAATTCTCCGGGCACTGTGGCGCCGCAGGGGCAAGCAGATGAAAGAGCTCAGGCAAGCAGAGAACCAACGCGTCAAGGCTGCCAACAATGGCGAAACGCAGGCGCAGGACATTACGCCCAGCGCCTAG MTEQAQVPAQKKRNRGVKIILILVAVLVAVAAYFILGAVLPRWWSDVIAGQIRRDLGASVLVGMFYGFVFTFVPLLVAWQATRKAVSWPWKIAIVLVAVAIATPNLLTAGIAFGSTESAHAGQRTLSVDAGFFTTWTAISAVAAVAVFIAVTILRALWRRRGKQMKELRQAENQRVKAANNGETQAQDITPSA NA NA NA NA NA D3-18_02635 1209 ydhP_1 COG2814 Inner membrane transport protein YdhP ATGCCCGCAGGGTTGATTGCCCTTGCCCTCGGCGGATTCGGTATCGGGCTGACCGAATTCGTGATCATGGGCCTCTTACCGGAAGTTGCCGCCGACTTCCAGGTCAGTGAGGCCTCGGCCGGCTGGTTCATCTCCGGCTATGCCCTCAGCGTTACCGCCGGCGCGCTTCTGGTGACGGCTGCAGTCACCAGGCTTCCGCGAAAGCCGGTCCTCATCGGCTTGCTTGTGCTGTTCATCGCCGGCAACTTCTTGTCCGCAATAGCCGACAGCTACGCCACAATGATGATCGGCCGCATCATCGCAGCGCTTTGCCATGGTGCGTTCTTCGGCATCGGTTCCGTAGTTGCCGCGAGCCTGGTGCCGGCACACAAGAAAGCCGGGGCCATTGCCATGATGTTCACCGGACTCACTGCGGCCAACGTCCTGGGTGTTCCCTTTGGAACGCTGCTTGGCCAAAGCTTCGGCTGGCGCTCAACGTTCTGGGCGATCACCGTCATCGGAGTTGTTGCGCTGATCGGCATTGCCTTGATGGTCCCCAAGGCCAGCACGGAGCCCGCCAAGGGTCTCCGCAGCGAGCTGGGCGCGTTCAAGTCCGGTCAGGTTTGGCTCTCCATCATTGTGACCATCCTCGGGTTCGGCGGCATGTTCGGCGCCTTCACCTATATTGCCTTCACTCTCACCGAGGTGTCCGGATTCGAGTCCGGCGCCGTGCCGTGGCTCCTGGTGATCTTCGGCGGCGGCCTGTTCGTCGGGAACTTCCTCGGTGGCAAGGCCGCGGACAAAGCTTTGGACAAGTCCCTCATCGTCATCCTTGCCGGACTGGTGGCGGTGCTGGTCTTCTTCGCCCTCACCGCGTCCAATAGCATCGCCACTTTGGTGTCACTGGCGCTTATGGGCGGTTTCGGATTTGCCACCGTACCGGGCCTACAGATGCGCGTGATGCATTTTGCCTCCACGGCACCAACGCTCGCATCCGGTGCGAACATCGGCGCGTTCAACCTCGGCAACGCACTCGGGGCCTGGCTCGGTGGCGTTACCATCACCGCCGGCCTCGGCTACACCTCGCCCATCTGGGCTGGAGCTGCTATCACCGTTGCCGCGTTGCTGGTCATGCTGGCGGCGGGCGCAGCAGCAAGGCGTAGGGGAGCGGCGGCGCCTGCTGTAACTCCCGACGTCGAACGCGAACCGCGTGAGGCCACCGTCGCCTGA MPAGLIALALGGFGIGLTEFVIMGLLPEVAADFQVSEASAGWFISGYALSVTAGALLVTAAVTRLPRKPVLIGLLVLFIAGNFLSAIADSYATMMIGRIIAALCHGAFFGIGSVVAASLVPAHKKAGAIAMMFTGLTAANVLGVPFGTLLGQSFGWRSTFWAITVIGVVALIGIALMVPKASTEPAKGLRSELGAFKSGQVWLSIIVTILGFGGMFGAFTYIAFTLTEVSGFESGAVPWLLVIFGGGLFVGNFLGGKAADKALDKSLIVILAGLVAVLVFFALTASNSIATLVSLALMGGFGFATVPGLQMRVMHFASTAPTLASGANIGAFNLGNALGAWLGGVTITAGLGYTSPIWAGAAITVAALLVMLAAGAAARRRGAAAPAVTPDVEREPREATVA PGPT0028991_1391 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 D3-18_02636 447 hypothetical protein ATGGGCATCAAGGATGACGCCGTAGAAGTACGGGCACAGGGCTGGCGAACCCTTGCCGCCCTGCACGGAAGCATCGAAGCAGAGCTGGAGAAGGCACTCCAGGCCTCCAGCGAGCTTTCGGTGGTGGAGTACACGGTGCTGGATGCGCTGAGTCGCCAGGACGGCTGGCACATGCGGATGCAGCAGCTGGCACGCGCCACCGCCCTGTCCAGCAGTGCTACCACCCGCTTGGTCAATCGCCTTGAGGACAGGGGCCTGCTCACGCGCATCCTTTGCGCCGACGACCGCCGCGGCATTTATACCGAACTGACGGTGCCCGGCCAGAAGCTCCTCGAGGCGGCCAAACCTGTGCACGACCAGACCCTTGCCTCGGCTCTTGAGGCCGCCGAGTCCGTGCCCGAGCTGGAACCGCTGGTGAGGGCGCTCGGCGCACTGCAGAAGGTCTAG MGIKDDAVEVRAQGWRTLAALHGSIEAELEKALQASSELSVVEYTVLDALSRQDGWHMRMQQLARATALSSSATTRLVNRLEDRGLLTRILCADDRRGIYTELTVPGQKLLEAAKPVHDQTLASALEAAESVPELEPLVRALGALQKV NA NA NA NA NA D3-18_02638 1551 der COG1160 GTPase Der ATGAGCGATACGACTCAAAAATCCGGCCTCCACGGAGCCGGCGACGACGAATACACGCCCACCGGCACCGACCAGGTGGCGGAAAACCTGGCGGCCCTGGACGATGACGAGGCCGAGCTCCGCGCGGCCACCCTCCGGGCCGGCCTGGACGATTACGAACTCGACGAAGAAGATGCCGCGCTGCTCAGCGGTGAATACGGCGACGAAGGCGACGAGGGTCCCCTCAAGCTGGACCCGGTTTTGGCCATCATCGGTCGCCCGAACGTGGGTAAGTCCACGTTGGTTAACCGCATCCTTGGCCGCCGTGAAGCCGTTGTGGAGGACACCCCGGGCGTTACCCGCGACCGCGTCATGTACTCGGCGCGCTGGAACGGCCGCAACTTCACCTTGGTGGACACCGGTGGTTGGGAGCACGACGCCAAGGGCATCCACGCCCGCGTGGCCGAGCAGGCCGAAATGGCCGTTGAGCTTGCCGACGCCGTGCTTTTCGTCGTTGACTCTGCCGTTGGCGCGACCGCCACTGATGAGGGCGTCATGAAGATGCTCCGCAAGAGCAAGAAGCCGGTCATCATGGTGGCCAACAAGGTGGACGACTTCGCACAGGAGGCCGATTCCGCTGCACTGTGGGGACTGGGCTTCGGCCAGCCGTACCCGGTTTCGGCTCTGCACGGCCGTGGCGTTGCCGACCTCCTGGACCATGTCATGGACACTCTGCCCGAGTACTCGCTGGTGGAAGGCGTGGAGCGTTCCGGCGGTCCTCGCCGTATCGCCCTGATCGGCCGCCCGAACGTTGGTAAGTCCTCCCTTCTGAACAAGCTCGCAGGCTCCGAGCGCGTAGTGGTGGATCCGCTGGCCGGCACCACCCGCGACCCGGTTGACGAATTCATCGAACTTGGCGACCGCACGTGGCGCTTCGTGGACACCGCAGGCATCCGCCGCCGCCAGCACATGGCACAGGGCGCCGACTTCTACGCTTCCCTGCGTACGCAGGCCGCCCTCGAAAAGGCAGAGGTCGCCGTCGTGCTTCTTGCCGTCGACGAGGTCCTCAGCGAGCAGGACGTCCGTATCCTGCAGCTGGCCATTGAATCCGGACGCGCGCTGGTGCTCGCGTTCAACAAGTGGGACCTGCTGGACGACGAACGCCGCCGTTACCTGGAACGTGAAATCGAGCAGGACCTTGCCCACGTGGAGTGGGCACCCCGCGTGAATATCTCGGCCAAGACCGGCTGGCACAAGGACCGCCTTGTCCCCGCGCTGGACATTGCGCTGGAGAGCTGGGACCGCCGTATCCCCACCGGACGCCTCAACGCGTTCCTGGGCGAACTCGTGGCAGCGCACCCGCACCCCGTTCGTGGCGGAAAGCAGCCCCGTATCCTCTTCGGCACCCAGGCATCCAGCCGCCCGCCGAAGTTCGTGCTGTTCACCACCGGCTTCCTGGATCCCGGATACCGTCGCTTCATCACGCGTCGCCTCCGCGAAACGTTCGGCTTCGAGGGCACGCCCATCGAGGTCAACATGCGCGTACGCGAGAAGCGTGGCAAGAAGCGCTAA MSDTTQKSGLHGAGDDEYTPTGTDQVAENLAALDDDEAELRAATLRAGLDDYELDEEDAALLSGEYGDEGDEGPLKLDPVLAIIGRPNVGKSTLVNRILGRREAVVEDTPGVTRDRVMYSARWNGRNFTLVDTGGWEHDAKGIHARVAEQAEMAVELADAVLFVVDSAVGATATDEGVMKMLRKSKKPVIMVANKVDDFAQEADSAALWGLGFGQPYPVSALHGRGVADLLDHVMDTLPEYSLVEGVERSGGPRRIALIGRPNVGKSSLLNKLAGSERVVVDPLAGTTRDPVDEFIELGDRTWRFVDTAGIRRRQHMAQGADFYASLRTQAALEKAEVAVVLLAVDEVLSEQDVRILQLAIESGRALVLAFNKWDLLDDERRRYLEREIEQDLAHVEWAPRVNISAKTGWHKDRLVPALDIALESWDRRIPTGRLNAFLGELVAAHPHPVRGGKQPRILFGTQASSRPPKFVLFTTGFLDPGYRRFITRRLRETFGFEGTPIEVNMRVREKRGKKR NA NA NA NA NA D3-18_02639 735 aas_2 Bifunctional protein Aas ATGGTGACTGAGAATCAGCTCCCCTCTGTAGGGAGCAAGATGTGGAGCCGGCCGGTTGGCTGGTTCCTGGACCACGTCATCTACCGGACCATCGTGGCGGGCAAAAGCAATGTTCCCGCTGCCGGACCCGTGATATTTGCCGCGAACCACATCAGCTTCCTGGACGGGCCCGTGATGTTCGGTGCGTCGCCGCGCCCTATGCATATTCTCGTTAAAAAGGAGATGTTCAAGGGCTTCCTGGGCTCTGTCCTGAGGGGATCCGGGCAGGTTCCAGTGGACCGCGCCGGTGACCGCACCGCCCTGCATGTCGGAAAGAAACTGCTCGACGCCGGTCGTTGCGTAGGGATTCTTCCCGAAGGAACGCGGGGGAGCGGCTCGGCCGAAAGCATCAGCAATGGAGTTGCGTGGCTCGCCCTCAACTCCGGAGCTACCGTCATCCCTGTGGCCATCCTCGGAACCCGCCAAGATGATGAGCATCGAGACCATATCCCCAAACCCCGCCGTAAGCTCCATGTCAGCTTCGGCGAACCCATCACGGTGAAGCGCCGGAAGGGCGAACCCGGGCGTGTTTCAATGGACAGGGCGGCTGCGGAGATCCGTGAAGCCCTGGCCGAACACGTCCAGGACGCCATCCGGGCCACAGGCCAGGGCCTTCCCCTGGAACCTGCGCCCGGCGAACCCACTTCGCAGCACCGCCATACAGCAGTAGCCGGGACGCCGGCAGACCACCACTAA MVTENQLPSVGSKMWSRPVGWFLDHVIYRTIVAGKSNVPAAGPVIFAANHISFLDGPVMFGASPRPMHILVKKEMFKGFLGSVLRGSGQVPVDRAGDRTALHVGKKLLDAGRCVGILPEGTRGSGSAESISNGVAWLALNSGATVIPVAILGTRQDDEHRDHIPKPRRKLHVSFGEPITVKRRKGEPGRVSMDRAAAEIREALAEHVQDAIRATGQGLPLEPAPGEPTSQHRHTAVAGTPADHH PGPT0024380_3906 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_ACYLTRANSFERASE_ACTIVITY,PGPT0024380-plsC-K00655 NA NA D3-18_02640 714 cmk COG0283 Cytidylate kinase ATGACGCGTGAATTTTTTGGCCCGGAAACAGTTGCCCGTCCCGGGAAGCCGCTCGTGATCGCAATCGACGGTCCTTCAGGGTCCGGCAAGTCCAGCGTCAGCAAGGAAGTTGCCCGGCGCTTGAAACTGGCCTACCTGGACACCGGTGCAATGTACCGGGCGCTGACGTGGTACTGCCTCAAGACCGGCGTTGACCTCCAGGATGGCGCTGCGGTGGAACAGGCTTCCAAAATCATGCCACTGGAGATCAGCACCACTACTGCCACGGAGTATGTGGCGGTTGATGGCACGGACATCACGGACGAAATCCGGGATCCTTTGATCTCCTCGTCGGTCAGTGCTGTCGCCACGACGCTTGGTGCCCGCACCGAGCTGATCCGTCGTCAGCGCGAGCTGATCGATCAGCACCACCGCCGCATGGTGGTGGAGGGACGCGACATCACTACCGTCGTCGTCCCCAATGCTGAGGTCCGCATGCTGTTGACCGCCAGCGAGGAAGCCAGGATGCGGCGTCGGGGGATCCAGTTGGGCGGAACGCAGACTAAAGAACAGCTCAACGCCCAGGTAATCCAGCGTGACGCCAAAGACTCGACGGTAGTGAACTTCACCCAGGCGGCCGACGGTGTGGTGACACTCGATTCCTCGGACCTGAACTTTGAGGAAACCGTCCAGACCGCCTTGGCAATCGTGAGCAAGGTTATCTATGGTGACTGA MTREFFGPETVARPGKPLVIAIDGPSGSGKSSVSKEVARRLKLAYLDTGAMYRALTWYCLKTGVDLQDGAAVEQASKIMPLEISTTTATEYVAVDGTDITDEIRDPLISSSVSAVATTLGARTELIRRQRELIDQHHRRMVVEGRDITTVVVPNAEVRMLLTASEEARMRRRGIQLGGTQTKEQLNAQVIQRDAKDSTVVNFTQAADGVVTLDSSDLNFEETVQTALAIVSKVIYGD PGPT0021220_384 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021220-cmk-K00945 NA NA D3-18_02641 1107 hypothetical protein ATGTCGGCATTCGGTACGCACGGCCGGGGCCATCTTGACGGCCCGGTCGTCGTCCTCGGTACGGGCTTGCTTGGAGCCAGCATCGGCCTTGGCCTGCGCGGACGTGGGGTCCCGGTTTTCCTCTTCGATCCTTCGCCCACCAACCAGGCGGTCGCGGTGGATATCGGTGCGGGACGTCCGTTGGGGGAGTTGGATGAAGAGCCGCAAGTGGTAGTGGTCGCGGCTCCGCCGGATGTTACTGCGGACGTCGTGCAGAAGGCACTGGCGGACTACCCTTCCGCCGTCGTGGTCGATATTGCCAGCGTCAAAGCCACCATCCAGGCGCAGTTGCGGGAACGCGGCGTTGACCTTGCCCGCTATGTGGGTACCCACCCCATGGCAGGCAGGGAGAAGTCGGGCCCGGTTGCGGCCAGGGGAGAGCTTTTCACGTCCATGCCCTGGGTGCTTTGCCCCTCCGAAGAAACGTCGGATGCTGCACTTCAGGCTGCACGTTCGCTTGCGGGGGATCTGGGAGCAATCGTTTCCCAGTTCACTGCCGACGAGCATGATGAAGCCGTGGCGTTGGTGTCGCATCTGCCGCAGATCATGTCTTCCCTGCTGGCGAGCCGGTTGCAAGGCACGCCGCTGCATGCCCTCTCCTTGGCGGGCAACGGACTCCGGGATACTACCCGTATTGCGGCCAGCGATCCCACCCTCTGGGTCCAGATCCTGGGCGGCAACGCGGAGAAGGTGGTGTCCATCCTGCACGGTGTGCGCGAGGACCTGAACCGATTGATCGGTACCTTGGAAGAACCGCTTGCCCCCGGTGCACGGCTTGATCTTGCCCAACTGATCAGCGAGGGGAATGCAGGGCAGGCCCGGATCCCGGGCAAGCACGGCGGACCTCCCCAAGCGTACTCATGGCTCACTATCCTGGTGGATGACAAGCCTGGCCAGATCGCGCACCTCCTCACCGAGATCGGCGAGATCGGGGTGAACCTTGAAGACCTTCGGCTCGACCATTCTTCGGGACAGAACGTGGGCATGGTGGAGCTTTCCGTTCTTCCGAGCAAGCATGACCTCCTTGTTGAAGCTTTGACTGACCGTGGATGGCGGGTACTCCAGTAA MSAFGTHGRGHLDGPVVVLGTGLLGASIGLGLRGRGVPVFLFDPSPTNQAVAVDIGAGRPLGELDEEPQVVVVAAPPDVTADVVQKALADYPSAVVVDIASVKATIQAQLRERGVDLARYVGTHPMAGREKSGPVAARGELFTSMPWVLCPSEETSDAALQAARSLAGDLGAIVSQFTADEHDEAVALVSHLPQIMSSLLASRLQGTPLHALSLAGNGLRDTTRIAASDPTLWVQILGGNAEKVVSILHGVREDLNRLIGTLEEPLAPGARLDLAQLISEGNAGQARIPGKHGGPPQAYSWLTILVDDKPGQIAHLLTEIGEIGVNLEDLRLDHSSGQNVGMVELSVLPSKHDLLVEALTDRGWRVLQ NA NA NA NA NA D3-18_02642 1212 hypothetical protein ATGACACAGGCGGGACGCCAGAGTTCACCACGTAACGGTTCGGGACGCAACAGCTCCGGACGCAATGAGGCCAAGGGCGGCACCGGCCGCTCCAACGCCGGCGGCTTCTCGGGCCGCGGCGGCAGCGCCGGCGCTGGAAAGCGCAACTTCACCCAGGGCGAGGGACGCCCCTTCAAGGCATCGAAGCCGCGCGAAGCGGCCCCATTCGATCCTGACAACCCCACAACTGCGGGCGATTACGATCGCGGCCAGGCAGCCAGGCCCGCGAAGCCCTTCCGCAAGCCAGGTTCCAACAAGCCCGGCTTTGGCAAAGCCCCGGGCACGCCGGGCGCCCTGAAGCCCAAGGCGAAGCCTGCACGGCAGTACGGGTCCAAGGCCTTCGGCAGCGAACGCTTCGGCCAGAACCTGGGCCCCATCCGGAAGCCGGGTCGCAACCGTGGTCCGCGCCAGGAGGTCCCCCAGTCCGATCTTCACGATGTTGACGGCGTTCGCCTGCAGAAGGTCATGGCACAGGCTGGTGTGGCCTCACGCCGTGTGTGCGAGGAAATGATCCTCGAGGGACGCGTCGAGGTTGATGGTGTGGTGACCACCGAACTTGGGATGCGAGTGGACCCAACGTCTGCCGTGATCCACGTCGATGGCATCCGTATCCAGCTGGACGAAACCCTTGTCTACATGGTCTTCAACAAGCCCAAGGGAGTTGTTTCCACCATGGAGGACCCCGAGGGCCGTCCCTGCATCAGCGACTTCCTGAAGAACAACAAGAACAAGGGCGAACGCCTGTTCCACGTCGGCCGTCTCGATGTCGCCACTGAGGGACTGCTGCTGCTGACCAACGACGGCGAACTCGCCAACCGCTTGACGCACCCTTCGTATGAGGTACCCAAGACGTACCTGGTCCAGGTGCGTGGCCCGTTCCCGCAAGGCGTGGGCGCAAAGCTGAAGAACGGCGTCGAGCTTGAAGACGGCGTAGCTGCAGTGGACTCCTTCCGCTTGGTGGACTCCACTCCGGGTCACGTCCTGATCGAGGTTGTCCTGCATTCGGGCAAGAACCGCATTGTGCGCCGCATGTTCGACGCCGTCGGCTTCCCGGTTGAGCGTCTTGTCCGCGTCAAGGTTGGTCCCATTGGCTTGGGCGACCAGCGCCAGGGCAGCATCCGCAACCTTGGCAGGCAGGAAGTCGGACACCTCCTGGCATCGGTGGGACTCTAG MTQAGRQSSPRNGSGRNSSGRNEAKGGTGRSNAGGFSGRGGSAGAGKRNFTQGEGRPFKASKPREAAPFDPDNPTTAGDYDRGQAARPAKPFRKPGSNKPGFGKAPGTPGALKPKAKPARQYGSKAFGSERFGQNLGPIRKPGRNRGPRQEVPQSDLHDVDGVRLQKVMAQAGVASRRVCEEMILEGRVEVDGVVTTELGMRVDPTSAVIHVDGIRIQLDETLVYMVFNKPKGVVSTMEDPEGRPCISDFLKNNKNKGERLFHVGRLDVATEGLLLLTNDGELANRLTHPSYEVPKTYLVQVRGPFPQGVGAKLKNGVELEDGVAAVDSFRLVDSTPGHVLIEVVLHSGKNRIVRRMFDAVGFPVERLVRVKVGPIGLGDQRQGSIRNLGRQEVGHLLASVGL NA NA NA NA NA D3-18_02643 657 scpB COG1386 Segregation and condensation protein B GTGAGTGAGCAGGAAGCAGTCGAGGACGGCTTGGCTGAACTGGAAGCCCTGCCCGGCGGTGGGCGGGCAGCGTTGGAGGCGGTCCTTATGGTCATTGATGAGCCGGCCACCTCGGAAGAGCTGGCTGCCGGACTCAACGTGACGGTCGCCGTCGTCGAGGATTTGCTGCAGGACCTGCAGCGGGAGTATAGCGGCTATACTGTTAAAGCCCCGGACGTGGATGCTGTCGGCTTTGCCGCTGCCAGTACTGCACCCCGGGGTTTTGAATTGCGGAACGTCGCCGGTGGGTGGCGGATCTATTCACGGTCGGAATTTGCTGACATCGTGGGCAGGTTCGTCCTCGAGGGGCAGACCACCAGGCTTACTCAGGCAGCGCTTGAGACCCTGGCGGTGATTGCTTACCGGCAACCGGTCTCAAGGGCCCGGGTGTCTGCCATTCGCGGCGTCAACGTCGATTCCGTAGTCCGGACGCTTACCCAGAGGGGTTTGATCGAGGATTCCGGAAACGATCCCGAATCGGGAGCTGTCCTTTACCGGACAACCTCGTACTTCCTGGAACGGATGGGCATCGGCTCCGTGGCTGAACTGCCACAGCTCTCGCCGCACCTGCCGGGTTTGGAAGGGATCGACGAGTATTACGACGCAAGCCGGATGTAG MSEQEAVEDGLAELEALPGGGRAALEAVLMVIDEPATSEELAAGLNVTVAVVEDLLQDLQREYSGYTVKAPDVDAVGFAAASTAPRGFELRNVAGGWRIYSRSEFADIVGRFVLEGQTTRLTQAALETLAVIAYRQPVSRARVSAIRGVNVDSVVRTLTQRGLIEDSGNDPESGAVLYRTTSYFLERMGIGSVAELPQLSPHLPGLEGIDEYYDASRM NA NA NA NA NA D3-18_02644 960 scpA Segregation and condensation protein A GTGGGACCGTCAATCGCCCCCACCGCTGAAGCGGACCTGGCCTCGCCTGCTCAAACGGAAGTGCCTGCTCAAACGGATACGCCTGCTCAAGCGGATACGCCCGACGCCGGACCCTCCGAAGCCCGTAAGGCCGGCTTTGAGGTACGGCTCGCTAACTTCACGGGCCCCTTTGATCTTTTGCTCGGCCTCATTTCCAAGCACAAGCTGGATATCACCGAGGTGGCGTTGGCCACGGTCACCGATGAATTCATCAAGTACATCAAACGCCTTCAGCAGTTGGGGGAGGACTGGGCGCTGGATGAAGCCAGCGAGTTCCTGGTGATAGCTGCAACGCTGCTGGATTTGAAGGCGGCGCGCCTCCTGCCTGCCGGTGAGGTGGAGGACGCTGAGGACATTGCTCTCCTGGAGGCGAGGGACCTGCTGTTCGCCCGTCTGCTCCAGTACAAGGCTTTCAAGCAGATCGCCGGGATCCTCGGCGGGACACTGGAACAGGAAGGCCGTAGGTACCCGCGGCAGGTTGCGTTGGAAGGGCATTTCGCCGCGCTGCTTCCAGAGCTCGTATGGCGGCACACGCCGGAGCAGTTCGCGGAACTTGCCGCCAAAGCACTGAAACCCAGGGATTCCTCTCCTGCCGAGGTGGGCTTGGACCATCTCCATGCTCCGCCGGTGAGCGTCAAGGAACAAGCCGAAATCATGGGCTACCGCTTGAAGCTGGGCGCGCCGCTGTCCTTCCAGGCGCTGATTGCCGACGCCGAAACTACTTTGGTGGTGGTGGCACGTTTTCTGGCGTTGCTGGAGATGTTCCGGGACCGCGTGGTCGCGTTCGAACAGCCCGGGCCGTTCGCTGAGCTGACGGTTCGGTGGACAGGTGATGACGCCGGCTGGGACAGTTCCAGCCTGAGCGAGGAGTACGAATCAGGAACAGAAGCAGATCGAAGCGGGGATGGCACCAGTGAGTGA MGPSIAPTAEADLASPAQTEVPAQTDTPAQADTPDAGPSEARKAGFEVRLANFTGPFDLLLGLISKHKLDITEVALATVTDEFIKYIKRLQQLGEDWALDEASEFLVIAATLLDLKAARLLPAGEVEDAEDIALLEARDLLFARLLQYKAFKQIAGILGGTLEQEGRRYPRQVALEGHFAALLPELVWRHTPEQFAELAAKALKPRDSSPAEVGLDHLHAPPVSVKEQAEIMGYRLKLGAPLSFQALIADAETTLVVVARFLALLEMFRDRVVAFEQPGPFAELTVRWTGDDAGWDSSSLSEEYESGTEADRSGDGTSE NA NA NA NA NA D3-18_02645 900 COG1192 putative protein GTGAGCATCGAACGGGGAACAGCTACGCTGGAAGGCACCGAGCTCGATCTGGAAGACGCCATCATGGGGCCCACGGGCCGTCCTCACCGCGAATTCCCGGAACCCGCTCCACTGGCCTCCCACGGACCGGCGAGAGTCATTGCCATGGTCAATCAAAAGGGTGGGGTGGGTAAAACCACCTCCACGATCAACCTGGCGGCTGCGCTCGCAGAGTACGGCCGGCGTGTCCTGTTGGTGGACTTTGACCCCCAAGGGGCGCTTTCCGCCGGCCTCGGGGCAAACCCGCACGAGCTCGACCTCACCGTCTACAACGTGCTGATGGACCGCAAAGTAAACATCCGTGATGCCATCCAGCAGACCGGTGTTGAGGGTGTTGACCTCTTGCCCGCCAACATTGATCTATCCGCTGCCGAAGTCCAGCTCGTCAACGAGGTAGCCCGCGAGCAGGTCCTGGACCGCGCGCTTAAGAGCGTTGAGGACGATTACGACGTCGTACTGATCGACTGCCAGCCGTCGTTGGGCCTGCTGACAGTAAACGCGTTAACTGCAGCCCACGGCGTCATCATCCCGCTGATCTGTGAATTCTTCGCCTTGCGCGCCGTCGCACTCCTGGTGGAAACCATCGAGAAAGTACAGGACCGCCTCAACCCGCGCCTGCAGGTGGACGGCGTCCTGGCCACCATGTACGACGCCCGCACCCTGCACAGCCGCGAAGTCATCTCGCGCCTGGTGGAGGCATTCGGGGACAAGGTCTTCGAGACGGTCATCAAGCGTTCCATCAAGTTTGCAGATGCCACCGTGGCCGCGGAACCCATCACCAGCTACGCCGGAAACCACATCGGCGCCGACGCTTACCGCCGTCTTGCCAAGGAACTGATTTCGCGCGGCGGCGCGCCCTAG MSIERGTATLEGTELDLEDAIMGPTGRPHREFPEPAPLASHGPARVIAMVNQKGGVGKTTSTINLAAALAEYGRRVLLVDFDPQGALSAGLGANPHELDLTVYNVLMDRKVNIRDAIQQTGVEGVDLLPANIDLSAAEVQLVNEVAREQVLDRALKSVEDDYDVVLIDCQPSLGLLTVNALTAAHGVIIPLICEFFALRAVALLVETIEKVQDRLNPRLQVDGVLATMYDARTLHSREVISRLVEAFGDKVFETVIKRSIKFADATVAAEPITSYAGNHIGADAYRRLAKELISRGGAP NA NA NA NA NA D3-18_02646 1347 dctA2 COG1301 C4-dicarboxylate transport protein 2 ATGACCTCTCAACGAGGAGAGTCGGCAGTAGCCGCCAAAGGTGGACGCAAGGGGCTCGACAAGTCGCATTACCTGTACATCGCGGTCATCCTGGCCGTAGTGCTCGGCGCCGTGGTCGGCCTGATGTTCCCCGAGGTTGGCAAGTCCCTCAAGCCACTCGGTGACGGCTTTATCAAGCTCATCAAGATGATGATTGCCCCGGTCATCTTCTGCACCATCGTCCTGGGTATCGGCTCCATTGCCAAAGCCGCAACAGTTGGCAAGGTCGGGGGACTTGCACTGGGCTACTTCGTGGCAATGTCCACGTTTGCCCTCGCCATCGGCTTGGTGGTTGGCAACCTGATCCACCCGGGCGAGGGTCTCAAGTTGACCCCGTACGATCCCACCAAGAAGGCCGATACCAACAGCACGGTGGACTTCCTCCTGGGAATTATCCCCGGTGACATCCCGGTCCTGCCCACCCTTCTGGCTGCCATCCTGGTTGGTTTCGCACTCCAGAAGATGGGGAAGCAGGGTGCGCCCATCCTCACCGCCATCGGACACGGACAGCGCCTCGTATTCCGCATCCTCATCATGATCATGTGGCTGGCCCCGGTTGGAGCGTTCGGCGCCATCGCCGCCGTCGTTGGTGCCACCGGCGCCCAGGCGATCCTCAGCATGTTCACCCTGATGCTTGCCTTCTACGTAACCTGCGCCCTGTTCATCGTGGTCATCCTCGGCACGCTGCTCCGCGCAGTGGCTGGCGTGAACATCTTCAAGCTCATGAAGTACTTGGCCCGCGAGTACCTCCTGATCTTCTCCACCTCTTCCTCCGAGGCAGCCCTGCCGCGCCTGATCGCCAAGATGGAGCACCTGGGCGTCTCCAAGCCGGTTGTTGGCGTCACCGTTCCCACGGGCTACTCCTTCAACCTCGACGGCACGGCGATCTACCTGACCATGGCATCGCTGTTCGTAGCCAACGCCATGGGCACACCGTTGGATCTCGGCGCCCAGATCTCCCTGCTGGTCTTCATGATCATCGCTTCCAAGGGCGCTGCAGGCGTTACGGGTGCCGGACTTGCCACCCTTGCCGCCGGCCTCCAGGCACACAAGCCGGAACTCCTGGGCGGCGTGGGCATGATCGTTGGAATCGACCGCTTCATGTCCGAGGCTCGTGCATTGACCAACTTCACCGGCAACGCAGTTGCCACAGTCCTCATCGGCACCTGGGTGAAGGAAATCGACAACGGCCAGGTAGAGCGCGTCCTCTCCGGCAGCGAGCCCTTCGATGAGCAGACCATGATCGCCCACGGCGGCGAAGAGGAGGCTGCACCCGAAGTAGAAAACCGCGAAAAGGCCACGGTCTAA MTSQRGESAVAAKGGRKGLDKSHYLYIAVILAVVLGAVVGLMFPEVGKSLKPLGDGFIKLIKMMIAPVIFCTIVLGIGSIAKAATVGKVGGLALGYFVAMSTFALAIGLVVGNLIHPGEGLKLTPYDPTKKADTNSTVDFLLGIIPGDIPVLPTLLAAILVGFALQKMGKQGAPILTAIGHGQRLVFRILIMIMWLAPVGAFGAIAAVVGATGAQAILSMFTLMLAFYVTCALFIVVILGTLLRAVAGVNIFKLMKYLAREYLLIFSTSSSEAALPRLIAKMEHLGVSKPVVGVTVPTGYSFNLDGTAIYLTMASLFVANAMGTPLDLGAQISLLVFMIIASKGAAGVTGAGLATLAAGLQAHKPELLGGVGMIVGIDRFMSEARALTNFTGNAVATVLIGTWVKEIDNGQVERVLSGSEPFDEQTMIAHGGEEEAAPEVENREKATV PGPT0001450_805 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ASPARTATE_TRANSPORT,PGPT0001450-dctA-K11103 NA NA D3-18_02647 1647 dcuS_1 COG3290 Sensor histidine kinase DcuS GTGTTTCACAGCTGGAGCATCGCCCGCCGCTTGTTCGTGGCGAACCTGTTGTTCGTCCTGGTGCTGACGGCGGTCTTCGGTGCGTTCTCCGTGGTGGAAGCCAGGGACAGGGCTTACGACGAAGCCGGCGGAAGGATGCGGGCGATCGCCACGTCCCTGGCCAACAATCCCCTTGTTCTGGAGGCCTCTTCAACGGCTGATCCCTCAGCCGTCCTCCAGCCCTATGCGCGGGAAGTCATGGACGACGCCGATGCTGATTTCATCACCATCATGGCCCCGGACAGGACACGCTGGACCCACCCCCGCACAGAGGAACTGGGCAAGCCCTACATCGGGACCATTGAACCGGCCCTCGGCGGTGAAACCTTCACCGAAGTTACTGCAGGAACCCTGGGTCCCTCGGTCCGAACCATCGCTCCCGTCAAGGACGCCGGCGGAAGTGTCAAAGCCCTGGTGGCTGCCGGCATCACGGTCCGCACCGTGGACACCGACGTTGCCGAAAGGCTGGGAGTGATTGGCGGAATTGCCTTGGTGGTGTTGGTCTTCGGTTCCTTCGCGTCGTGGCTGCTTGGACGCTACCTTCGATCAGTTACCCGCGGCTGGGGGCCCGAGCAACTTGCACAGCTGTTCGCGTACTACGAGTCCGTCCTCCACTCCGTCCGCGAAGGCGTGATCCTGATCGACACGCGCGGCAAGGCGGTCATGTACAACGACCAAGCTGCAGAGCTTCTGGGCCTGGAGCCGTCCGACGCCGACCGGTCCCCTGATGACGCCCCGAAACTCACCGATCTTCCGTTCGATGGCAGCCTGCGGGCGCTGTTCGAATCGGGTAGGCCCGCACATGACGAAATCCACCTGACCGGTTCCCGGATACTGGTGGTCAACCAGGCCCCGGCAGTAGGGCCGGTGCCTGAGCGGAGCCGACAGAAACCCGCCATCTACGGCACAGTGGCCACTATCCGCGACCGTACCGAGATCGAGTCCCTGGGCACGGAGCTCCAGACGATGAAGACCCTCTCCGATGCCCTGCGCGCCCAGACACATGAGCATGCAAACCGGCTTCATATGATCGTCTCCCTGCTGGAGTTGGGTCGCACGCCCCAGGCCTTGGACTTTGCCACCAAGGACCTTGAACTCAGCCAGCAACTCACCGATGACATGGTGGCTTCCGTTGACGAGCCCGTCATGAGCGCCTTGGTGATGGGCAAGGCGGCGGAAGCCCACGAACGCGGGGTGGAATTGGTGGTCCGGACCTCAGGGAGCTCCGGCGTGCGTGGCCTGGAGATCCAGGACCTGGTGACCATTCTCGGGAACCTCCTGGACAACGCGATTGACGCTGCAGCTGCCGGCGACTTTCCCCGGAAGGTGGAGCTGGACGTGGAAGCCGGACCTGCCGCCGTCGAATTTACGGTGCGGGACTCCGGCGGCGGCATCAATCCGGACTCCATCGATGACGTCCTGCAGTACGGCTTCAGCACGAAAACCCCGGAAGGAAATGCGGGCGGCGCCCATGGCCGGGGCGTTGGCCTGGCCTTGGTGCGTCAGGCTGTGGAGCGGCTCAACGGTACTATGACCATCAGCAATCCCGGCGGAGCACAGTTCCATGTCCTGCTCCCCGCGCCGGTTCCCGAGGAAGAGAAGGCATGA MFHSWSIARRLFVANLLFVLVLTAVFGAFSVVEARDRAYDEAGGRMRAIATSLANNPLVLEASSTADPSAVLQPYAREVMDDADADFITIMAPDRTRWTHPRTEELGKPYIGTIEPALGGETFTEVTAGTLGPSVRTIAPVKDAGGSVKALVAAGITVRTVDTDVAERLGVIGGIALVVLVFGSFASWLLGRYLRSVTRGWGPEQLAQLFAYYESVLHSVREGVILIDTRGKAVMYNDQAAELLGLEPSDADRSPDDAPKLTDLPFDGSLRALFESGRPAHDEIHLTGSRILVVNQAPAVGPVPERSRQKPAIYGTVATIRDRTEIESLGTELQTMKTLSDALRAQTHEHANRLHMIVSLLELGRTPQALDFATKDLELSQQLTDDMVASVDEPVMSALVMGKAAEAHERGVELVVRTSGSSGVRGLEIQDLVTILGNLLDNAIDAAAAGDFPRKVELDVEAGPAAVEFTVRDSGGGINPDSIDDVLQYGFSTKTPEGNAGGAHGRGVGLALVRQAVERLNGTMTISNPGGAQFHVLLPAPVPEEEKA NA NA NA NA NA D3-18_02648 714 citT_1 COG4565 Transcriptional regulatory protein CitT ATGACAGAGATCCGCGTCCTGGTGGTGGAGGACGAGCCCATAGCCTCGGACGCCCACTCTGTCTACATTGGCCGCCTGGACGGCTTCACCTTGGTGGGGACGGCACCCGATGGCCAGTCGGCCCTGCGCATCCTGGGCGAATTTGCGGCGTCCGGCTCCCCTGTGGACCTCGTCCTGCTGGACATGAACCTCCCTGACCTTCACGGCCTGGACGTCGCCCGGCGAATGCGTTCCGCGGGAGTCTTCGCCGACATCATCGCCATCACTGCCGTCCGTGAATTGAACATCGTCCGCAGCGCCGTGTCCATCGGCGTCGTGCAATACCTCATCAAGCCCTTCACGTACGCCACTTTTGCCGACAAGCTCAGCAGCTACCGGACCTTCCGCGAACAGTTGGCGGGCTCGATGTCCGGCATTTCCAAAGCAGGGGCCTCGCAGAGTGACGTTGACCAGGCGTTCGCGAGTCTTCGGGCACCCACGGAACTGCCGCTGCCGAAGGGGCTCTCCGGCTCAACGCTGGAGTCAGTGAAAGACCTGGTGAGGGCGGGGCAGCGGCCGGTGTCCGCAAGTGAGGTCATGGATGCGCTGGGGATGTCCCGAGTGACCGCCCGCCGCTATCTGGAATACCTTGCCGACGCCGGGACGGTCACCCGGGCGCCCCGATACGGCACCCCTGGCCGGCCGGAGAACGAGTACGGCTGGAACCGGGCCTAG MTEIRVLVVEDEPIASDAHSVYIGRLDGFTLVGTAPDGQSALRILGEFAASGSPVDLVLLDMNLPDLHGLDVARRMRSAGVFADIIAITAVRELNIVRSAVSIGVVQYLIKPFTYATFADKLSSYRTFREQLAGSMSGISKAGASQSDVDQAFASLRAPTELPLPKGLSGSTLESVKDLVRAGQRPVSASEVMDALGMSRVTARRYLEYLADAGTVTRAPRYGTPGRPENEYGWNRA NA NA NA NA NA D3-18_02649 1656 malT_1 HTH-type transcriptional regulator MalT ATGTCCGCACAGCAGCCGCTCCGACAACCGGAATCACCAGCGCAACCGCAGCTGATGGAAGCCCACGAGGCGTTTGCCCGTGGGGACTGGGATGCTGCGCGTCGGACCATGGAAAGTGCCGCCGAAGAATCACGGCTGAGCCTGGCGGACGTGGAAATCCTGGCGCGCTCCAAATGGTGGCTCGGCGACGTTCAGGGTTCCATGGCACTCTCCGAGGAAGTATTTCGCGGATTGGTCGCCGGTAAACAGTTTCAATCCGCCGCTAAGGCTGCGCTGACCTTGTCCTTACAGTGGGGTGTCCGCGGGAACATCGCTGTGTCATCGGCATGGCTGAACCGGGCGCGGCGACTCTTGGACGGGCTTCCCGAGTCTCCGGAACACGGATATCTGCTGTATCTGGAGGGCAACGACGCAATCTATCTCGAAGGTGATGCGGACGCTGCTTTTGCTGCTTCCCTCCAACTGGCCGCCATGAATCGTAGACAGAAAGCTCCCGAGCTGGAGAGTTTTGCGTTCATGTTGTCGGGTCTCGCCGCTGTCCGGAGAGGCCAGGCAGCTCGCGGCTTCGAGGACCTGGATCAAGCACTGCTTCCCGTGATGGCCGGCCAGGTATCGGCGGAGTGGGGTGGCGATATCTACTGCTCCGTCATCCACCTCTGCTACGAACTGGCCGACTACTCGCGCATGAGGTGGTGGACTGACGCTTTGGCCGCGTGGTGCGCCAGCCTGTCCACTTCCTTCATGTACTCGGGGATCGTCCGGGTCCACGAACTGCAGTTGATCAGTGCCGAAGGTGGCTGGAAGCAGGCGGAGGAAGAGCTGGCGCAGCTCGGCGAGCGCCTTCGGAATGCCCATGCTTGGATCGCGGCCGACTGTTTCTACGAACTGGGCGACATTCGCCGACGGCAGGGAAACAGGTCCGGCGCCGCGGCCGCGTTTGCCAGGGCGCGTGGACTGGGCGTTGATGCCCAGCCCGGCTCGGCCTTGCTGCTCGCTGATGCCGGAAAGGACGAGGAAGCGCTCACGGATCTCCGCGCCGCGTTGGCAGACCGTGGGCGCCTTGGACGTGCCTGGTTGCTGCTGCCGCTCGTGGAGTTGCTTGCACCCCGGGACGCTGGCAGTGCTGAGGTGTATTGCAGCGAGCTGGAAGGAACTGCTGCTTACTACGGAACAGCGGGATTGATTGCCTGGGCACATCACGCCAGGGGTACTGTGTTGATGGCCCAAGGACGCTGGATCCAGTCGCTGCCCGAGTTCGAAGCGGCAGCACAGGGCTACCGTTCCCAGCATTTACGCTTTGAGCTGGCACGAATCCATGAGCGGATATCGTCAGTCCGGGCGGCGCTGGGCGAGACCGGGCCGGCCGACGCGGAACGCGCCACCGCTGCCGCCATCCGTACGCAGCTTGGAGCTGCACCGTTTTCCTTGCCGAATGTTGATCACGCCTTGGATGGGCTGACGGCCAGGGAAATGGAAGTATTGGGCTGCGTGCTGTCCGGCTCGAGCAACAGGCATATAGCTCAGACCCTCACCATCTCGGAGAAAACAGCCAGCCGTCACCTGGCGAACATCTTCACTAAGATCGGCGTCAACTCCAGGACCGCTGCGGCCGCTTGGGCGCGTCATCACGGAATAGCAGAGCACCCCCGGACTTGA MSAQQPLRQPESPAQPQLMEAHEAFARGDWDAARRTMESAAEESRLSLADVEILARSKWWLGDVQGSMALSEEVFRGLVAGKQFQSAAKAALTLSLQWGVRGNIAVSSAWLNRARRLLDGLPESPEHGYLLYLEGNDAIYLEGDADAAFAASLQLAAMNRRQKAPELESFAFMLSGLAAVRRGQAARGFEDLDQALLPVMAGQVSAEWGGDIYCSVIHLCYELADYSRMRWWTDALAAWCASLSTSFMYSGIVRVHELQLISAEGGWKQAEEELAQLGERLRNAHAWIAADCFYELGDIRRRQGNRSGAAAAFARARGLGVDAQPGSALLLADAGKDEEALTDLRAALADRGRLGRAWLLLPLVELLAPRDAGSAEVYCSELEGTAAYYGTAGLIAWAHHARGTVLMAQGRWIQSLPEFEAAAQGYRSQHLRFELARIHERISSVRAALGETGPADAERATAAAIRTQLGAAPFSLPNVDHALDGLTAREMEVLGCVLSGSSNRHIAQTLTISEKTASRHLANIFTKIGVNSRTAAAAWARHHGIAEHPRT NA NA NA NA NA D3-18_02650 1086 tam_3 Trans-aconitate 2-methyltransferase ATGAACAGCACCCAGGCCGGGCAACAGGAAGCGTCCACGTCGGCGGAAGACGTCCAACAGGCCACTGGCCGATTGATCGGAATCCTCAACGATTCTTCCATCGCCCTCTTGGTGGTGGTAGGCCATCAGACTGGCCTTTTCGAGACGTTGTCGACCCTCCCTCCAGCTCCTGGCAGCCTTATTGCGGATGCGTCAGGCCTCAATGAGCGCTACGTCAGGGAATGGTTGGGTGGCATGACCTCGGCCGGATTCGTGGACTACCAACCGGACAGCGGAGCGTATCTCCTGCGCCCGGAATTCGTTCCTGTCGTAACAGGTTCAGGTACCGAAAATCTCGCGCGGACACTGCAGTACGCGCCACTTATGGGCGAGGTGACCCCGAAGATCGTCCATGCGTTCCGGACAGGCGGCGGAACAAGCTACGAGGATTATCCCCGGTTCCATCACATCATGGCCTCGGAAAGCGCTGCAGTGAACGATGCATCACTCGTGGAGACCATCCTTCCCCTGACAGATTGCGTGGAGGCACTGCGCAGCGGTATCTCCGTCGCTGACATCGGATGCGGCGAGGGCCATGCCCTGAACCTGCTGGGGGCCGCTTTCCCTGCCAGCACTTTTACCGGCTATGACTTCTCTGCCGAGGCATTGACAACCGCCGCCGCCGAGGCCTCGGCCTTGGCACTTTCGAATGTCCGATTCGAGCTCCAGGATGTGAGCCGTCTGGACACCGCCGAGGCGTTCGACTTGGTGACAGCGTTTGACGCTATCCACGATCAGGCCCACCCAGCTGAGGTGTTGAAGAACATCCGTGCTGCACTCAAGCCCGGCGGCACCTTCCTGATGGTGGACATCAATGCTTCAAGCCGGCTGGAGGAGAACTTGGAGCTCCCGTGGGCGGCCTTCCTGTACACCATTTCTACATTCCACTGCATGGCTGTTTCTTTGGGGCAAGGCGGCGATGGCCTGGGAACGGTATGGGGAAAGGAGCGGGCCACGGACATGCTTCGTGAAGCAGGTTTCCGGACCGTGGAGGTGAAGGAAGTGGAGCAGGATCCGTTTAATGCGTACTTCATCGCTCGCGTTTGA MNSTQAGQQEASTSAEDVQQATGRLIGILNDSSIALLVVVGHQTGLFETLSTLPPAPGSLIADASGLNERYVREWLGGMTSAGFVDYQPDSGAYLLRPEFVPVVTGSGTENLARTLQYAPLMGEVTPKIVHAFRTGGGTSYEDYPRFHHIMASESAAVNDASLVETILPLTDCVEALRSGISVADIGCGEGHALNLLGAAFPASTFTGYDFSAEALTTAAAEASALALSNVRFELQDVSRLDTAEAFDLVTAFDAIHDQAHPAEVLKNIRAALKPGGTFLMVDINASSRLEENLELPWAAFLYTISTFHCMAVSLGQGGDGLGTVWGKERATDMLREAGFRTVEVKEVEQDPFNAYFIARV NA NA NA NA NA D3-18_02651 657 rspR_2 COG1802 HTH-type transcriptional repressor RspR ATGCGCGCCAGTGATCGGGCCTATTCGGCCCTACGGGAAGACATCATCGAATGGCGCCTTCGGCCGGGTACCGTCCTCGCGGAAGTGGAGCAGTCCGAACGGCTCGGGGTGTCCCGGACGCCCGTCCGGGAGGCGCTGAGCCGGCTCACCGCTGAGGGATTGACGACGGCGGCAGGCGGCCGCGGCGTCGTCGTCACCGATATCTCCCTGGACAGCATCGACGAACTGTTCGAACTGCGCGAAACCCTTGAGGTCAGGGCCGCCGCCTTGGCTGCCCAGCGCGGGGAACCGGGAATCTTCGCCGAGTTGCACGGACAACTGCTATTGGCCCCTGAACTGCTTCGGGACGACGATCCCGCGCGTCACGAGTACTACGCCTTGGTGAGCCGCCTTGATGACGCCATCGATGCCGCGGTCTCCAACTCCTACCTGGCCAATGCCATGCGCAGCCTGCGCGTCCATCTGGTCCGGGTCCGCCGCCTGGCCGCCGACGACGCAGCCCGGCTCCACGCAGCCGCTGCCGAGCACGCCGCGATTGCCGAGGCCATCGCCGCGGGCAACCCGAGGCTGGCCGAGGCGGCCACCACGGTCCATCTGCACCGCAGCCTCACCCACGTCAAAGCCACCCACGCTACTGCCCTGAAACACCCTGCCTAG MRASDRAYSALREDIIEWRLRPGTVLAEVEQSERLGVSRTPVREALSRLTAEGLTTAAGGRGVVVTDISLDSIDELFELRETLEVRAAALAAQRGEPGIFAELHGQLLLAPELLRDDDPARHEYYALVSRLDDAIDAAVSNSYLANAMRSLRVHLVRVRRLAADDAARLHAAAAEHAAIAEAIAAGNPRLAEAATTVHLHRSLTHVKATHATALKHPA NA NA NA NA NA D3-18_02652 1521 prpD2 COG2079 2-methylcitrate dehydratase 2 ATGGTTAAGAACCATCACGTCCGCGTCTACAAGAGCGAAGAGAACCTGCCCCGCGAGGAGCAGTTGGCGCACAAGATCGCCGTGGTCGCCGCCGACCCCGTCGAAGTGACGCCTGAGGTCACCGACATGGTGATCAACCGGATCATCGATAACGCCTCGGTGGCCATCGCCTCGCTGAACCGGGCACCCATTGTCGCAGCCCGTGCGCAGGCACTGACCCACGCGCGGTCAGCCAACGGCAAGGGCGCCCGCGTGTTCGGCATCGAAGATCAGGTCTCCCCCGAGTGGGCTGCCTGGGCCAACGGCGTGGCCGTCCGCGAACTGGACTACCACGACACTTTCTTGGCCGCGGACTACTCCCACCCCGGAGATAACATTCCGCCGATCCTGGCCGTCGCCCAACACGTGGGCTCCAACGGCGCCGACCTGGTCCGTGCCATCGCCACCGGCTACGAAATCCAAGTCAACCTGGTCAAGGCCATCTGCCTGCACAAGCACAAGATCGACCACGTCGCCCACCTCGGCCCCTCCGCCGCCGCCGGCATCGGCACCCTTCTTGGCCTCGACGTTGAGACGATCTTCCAGTCCGTGGGCCAGGCCCTGCACACCACCACCGCCACCCGGCAGTCCCGCAAGGGCGAAATCTCCACCTGGAAGGCCCACGCCCCGGCCTTCGCAGGCAAAATGGCCGTCGAAGCCGTGGACCGTTCCATGCGTGGACAGACCTCCCCGGTGCCGATCTACGAAGGCGAAGACGGCGTGATCGCCTGGATGCTGGACGGCCCGGAAGCCTCCTACGAGGTCCCCTTGCCGCTGCCCGGTGAAGCCAAGCGCGCCATCCTGGACACCTACACCAAGGAACACTCCGCCGAGTACCAGGCCCAGGCCTGGATCGACCTCGCCCGCAAACTCCACAAAGAGCACCCGGAAACCACGGACCCGGCCAACGTGGCCTCCGTGCTGATCAAGACCAGCCACCACACGCACTACGTGATCGGTTCCGGAGCTAACGACCCCCAGAAATACTCCCCCACCGCGTCCCGCGAAACCCTGGACCACTCCATCCCGTACATCTTCACCGTCGCCCTGCAGGACGGCGCCTGGCACCACGTGGATTCCTACGCCCCCGAACGCGCCGCACGTCCGGACACCGTGGAACTCTGGCACAAGGTCACCACCGTGGAAGACCCGGAATGGACCCGCCGCTACCACTCCCTGGACATCGCAGAGAAGGCCTTCGGCGGCACTGTGGAAATCACCCTCACCGACGGAACTGTGATTACCGACGAGATCGCGGTGGCGGACGCCCACCCGCTCGGTGCCCGGCCGTTCGCCCGCGAGCAATACATCAACAAGTTCCGCACCCTCGCTGCCGGACTCGTGGAGGAAGCCGAAATCGAAAGGTTCCTCGCCGCCGTCGAACGTGTCACCGAACTCGGTCCCGGCGAACTGGACCAACTGAACATCACCGCAGCACCCGGCGTGATCGACCTCAACAACGCGCCCAAGGGACTGTTCTAA MVKNHHVRVYKSEENLPREEQLAHKIAVVAADPVEVTPEVTDMVINRIIDNASVAIASLNRAPIVAARAQALTHARSANGKGARVFGIEDQVSPEWAAWANGVAVRELDYHDTFLAADYSHPGDNIPPILAVAQHVGSNGADLVRAIATGYEIQVNLVKAICLHKHKIDHVAHLGPSAAAGIGTLLGLDVETIFQSVGQALHTTTATRQSRKGEISTWKAHAPAFAGKMAVEAVDRSMRGQTSPVPIYEGEDGVIAWMLDGPEASYEVPLPLPGEAKRAILDTYTKEHSAEYQAQAWIDLARKLHKEHPETTDPANVASVLIKTSHHTHYVIGSGANDPQKYSPTASRETLDHSIPYIFTVALQDGAWHHVDSYAPERAARPDTVELWHKVTTVEDPEWTRRYHSLDIAEKAFGGTVEITLTDGTVITDEIAVADAHPLGARPFAREQYINKFRTLAAGLVEEAEIERFLAAVERVTELGPGELDQLNITAAPGVIDLNNAPKGLF NA NA NA NA NA D3-18_02653 906 mmgF COG2513 2-methylisocitrate lyase ATGCTGTACTCCAAAGTCACCCCCGAACAGAAGCGGGTGCGCCTGCGGGAGTTGCTGGCTTCCGGGACCGTGCAGCAGTTCCCGGGCGCGTTCAACCCGCTCTCGGCACGGCTGATCGAAGAGAAGGGCTTCGCCGGCGTCTACATCTCCGGCGCGGTCCTGGCCAACGACCTCGGCCTACCCGACATCGGCCTCACCACCCTGACGGAGGTGGCGACCCGCGCCGGGCAGATCGCCCGCATGACAGACCTGCCCTCCCTCGTGGACGCGGACACCGGCTTCGGTGAACCCATGAACGTGGCCCGCACCATCCAGGAACTCGAAAACGCCGGACTGGCCGGCTGCCACATCGAAGACCAGTTCAACCCCAAACGCTGCGGACACCTCGACGGCAAAAACGTCGTCGACATCGACACCGCCACCAAACGCATCCGCGCCGCAGCAGACGCACGCCGCGACCCGAACTTCCTCATCATGGCCCGCACAGACATCCGCGCCGTCGAAGGAATTCAGGCGGCCCAGGACCGCGCCAAAGCACTGGTAGACGCCGGCGCCGACGCGATCTTCCCGGAAGCAATGCGTGACCTGAGCGAATTCCAGGCCATCCGCGACGCAGTGGACGTGCCCATCCTGGCCAACATGACAGAGTTCGGCAAAAGCGAACTCTTCACCGTCGACCAACTTCAGGGCGTCGGGGTAAACATTGTCATCTACCCCGTCACCCTCCTCCGCATTGCCATGGGCGCTGCAGAGCGTACTCTGGAATCGATCAAGGCTGCGGGGACCCAAGAAGCGCAAGTGGAAAACATGCTCACGCGTGCGCGCCTCTATGAACTCGTCGACTACGAGGCATACAACCAATTCGATACCGGCGTTTTCAACTTCCAGGTTCCTGGCGTCCGCTAG MLYSKVTPEQKRVRLRELLASGTVQQFPGAFNPLSARLIEEKGFAGVYISGAVLANDLGLPDIGLTTLTEVATRAGQIARMTDLPSLVDADTGFGEPMNVARTIQELENAGLAGCHIEDQFNPKRCGHLDGKNVVDIDTATKRIRAAADARRDPNFLIMARTDIRAVEGIQAAQDRAKALVDAGADAIFPEAMRDLSEFQAIRDAVDVPILANMTEFGKSELFTVDQLQGVGVNIVIYPVTLLRIAMGAAERTLESIKAAGTQEAQVENMLTRARLYELVDYEAYNQFDTGVFNFQVPGVR PGPT0001555_488 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-SUCCINIC_ACID_ACID_BIOSYNTHESIS,PGPT0001555-prpB-K03417 NA NA D3-18_02654 1140 gltA 2-methylcitrate synthase ATGGCTGCTGAAGACATCAAAAAGGGCCTTGCCGGCGTCGTGGTGGACTACACCGCCGTTTCGAAGGTCAACCCGGACACCAACTCGCTGCTGTACCGCGGGTACCCGGTCCAGGAACTCGCCGCCAAGTGCAGCTTCGAAGAAGTCGCCTACCTGCTGTGGAACGGCGAACTGCCGAGCGATGAAGAACTTGCAGAGTTCACGGCCAGGGAACGCGCAGGCCGGGCCCTGGACCCTGTGGTCAAGTCAGTGGTGGACGCCTTGCCCACCACGGCCCACCCCATGGACGTCTGCCGCACAGCAGCATCCGTGCACGGCGCCCGCCACGAACTGGCCGAGGACTCATCACCCGAGGCCAACATGAAGAAAGCCATAGACCTCTGGGCCGCCATGCCCGCCGTCGTGGCCTACGACCAGCGCCGCCGCCGTGGCCAAGAACCCGTAGAACCCCGCGAAGACCTGGACTACTCGGCCAACTTCCTCTGGATGACCTTCGGCGAAGAACAGGCCCCCGAAGTGGTGGAAGCCTTCAACGTCTCAATGATCCTGTACGCCGAGCACTCCTTCAACGCCTCCACCTTCACCGCCCGCGTGGTCACCTCCACGCTCTCGGACCTGCACTCAGCCGTGACCGCCGCAATCGGCGCCCTCAAAGGCCCGCTGCACGGCGGCGCCAACGAAGCCGTCATGCACACCTTCGACGAGATCGGCATCCGCAGCGAAGAATCCCTAGAGGAAGCCGCCACCCGTGCCAAGGCATGGATGGAAGACGCCCTGGCCCAAAAGAAGAAAGTCATGGGCTTCGGACACCGCGTCTACAAGCACGGCGACTCCCGCGTGCCCACCATGAAAGCCGCCCTGGACAAGATGATCGCCCACTACGGCCGGCCCGAACTCCTGGGGCTCTACAACGGGTTGGAGCAAGCCATGGACGAAGCCAAAGCCATCAAACCCAACCTCGACTACCCGGCCGGCCCCACGTACCACCTCATGGGATTCGACACTCAAACGTTCACCCCGCTGTTCGTCGCCAGCCGCATCACCGGCTGGACCGCCCACATCATGGAACAGGTCGCCTCCAACTCCCTCATCCGTCCGTTGAGCGAATACAACGGACCGGAAGAGCGGCACGTCCCCTGA MAAEDIKKGLAGVVVDYTAVSKVNPDTNSLLYRGYPVQELAAKCSFEEVAYLLWNGELPSDEELAEFTARERAGRALDPVVKSVVDALPTTAHPMDVCRTAASVHGARHELAEDSSPEANMKKAIDLWAAMPAVVAYDQRRRRGQEPVEPREDLDYSANFLWMTFGEEQAPEVVEAFNVSMILYAEHSFNASTFTARVVTSTLSDLHSAVTAAIGALKGPLHGGANEAVMHTFDEIGIRSEESLEEAATRAKAWMEDALAQKKKVMGFGHRVYKHGDSRVPTMKAALDKMIAHYGRPELLGLYNGLEQAMDEAKAIKPNLDYPAGPTYHLMGFDTQTFTPLFVASRITGWTAHIMEQVASNSLIRPLSEYNGPEERHVP PGPT0001480_765 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-CITRIC_ACID_BIOSYNTHESIS,PGPT0001480-prpC-K01659 NA NA D3-18_02655 498 hypothetical protein ATGACTGCAGCCCATGTGACTTTGTGCTTCCTCCTCCGCGACGGCGTGGACGGCGAACACGTCCTGCTCGGGACCAAGAAGACAGGTTTCGGCCGGGGCAAGGTGGTGGGTGTCGGCGGGCATGTCGAGTTGGGGGAGACCGCCTCACAGGCTGCATGCCGTGAGGTCATGGAAGAGATCAACGTGGTGGTCCACGCGAAAGACCTGATTCCGGCGGGCACAGTTGATTTCGTGTTCCCTGCGAGGCCGGAGTGGAACATGGCCACCACGGTGTTCCTGACCCGCGCGTGGGAGGGGGAGCCATCGGAAAGCGACGAGATTGCCCCTGCCTGGTTCCCCGTGGCGCGACTTCCCGTAGAGCGGATGTGGGCTGACGCGGAACACTGGCTGCCGGCAATGATTTCCGGCCAGCGCATCGCCGTAAGGGTGGCCTTGGCGGCAGACAACGAGAATGTGGCCGACGTCCACACCATCGATTGGGTGGATCCACAGCGGTAG MTAAHVTLCFLLRDGVDGEHVLLGTKKTGFGRGKVVGVGGHVELGETASQAACREVMEEINVVVHAKDLIPAGTVDFVFPARPEWNMATTVFLTRAWEGEPSESDEIAPAWFPVARLPVERMWADAEHWLPAMISGQRIAVRVALAADNENVADVHTIDWVDPQR NA NA NA NA NA D3-18_02656 759 hypothetical protein ATGAGTGAAGGTGGGGGCAGTGGGCGAGCCCAGGTGGCAGCGGTCGAAGGCGTTGGAGAACCGCCGCCCAAGGATGGTTCGGGTGCAGGAGAAGTAGTCCCCAAGACTAAACCTGAACGGGACGCCTGGTTGCCCCGCTGGCTCGTGGCACACCCGCTCTATGCGGGTTGGGCCTGGACGCTGGTTTGGGCAGGGCTGATCGTTTTGGACGAAGTGGTGGACCTGGCCGGATGGACCTGGTACCTGCTGGTCCTGGTGGCCGCACTACCCACCTTGATCTCTACGCTGGTGGTACTGCATGCCACGCCGCGAAGCCACCTCAGGGCGGTCGATGCAACCGTCCTGGGCCACTTCTTTGTCCGCTTCCTTGCATTGGTGGCAGCATTCATGGTTTGGGCGGCCTCAGTGGTGATGAGTGCCTCCATCTCCACCACCGTCCAGTCCGTGATCGGCGATTCCGAGAAGGAAGTCACGGCACTGGGTTTCAACCTCATGCTGGCAGCAGTTCCGCTGGTGCTCTCCATCCTGTGGATGGCGTTCATTGTGCGCTGTGCGTGGTTCCTGCGTCGGTTGCGGGGCTGGCGTCAGATACCACTGAAGACACGCGTACCGAAGAAGTTCCTCCGCGGACGCCCCCGGCTCAAGCGCGTGGTGGTAGGGCTGGCACACCCGGGGCTCTTGTTGGTAGCTGGCTTGGGGACTTCGCTACTGGCGCTGTTCGTCGACGCCGTGGAGCTGACGCTGAACGTGCTCGAGTAA MSEGGGSGRAQVAAVEGVGEPPPKDGSGAGEVVPKTKPERDAWLPRWLVAHPLYAGWAWTLVWAGLIVLDEVVDLAGWTWYLLVLVAALPTLISTLVVLHATPRSHLRAVDATVLGHFFVRFLALVAAFMVWAASVVMSASISTTVQSVIGDSEKEVTALGFNLMLAAVPLVLSILWMAFIVRCAWFLRRLRGWRQIPLKTRVPKKFLRGRPRLKRVVVGLAHPGLLLVAGLGTSLLALFVDAVELTLNVLE NA NA NA NA NA D3-18_02657 960 xerD COG4974 Tyrosine recombinase XerD ATGGCCGAGGCCGCCACTCGTACCGCCAATGGCGTTGACCGTGCAATAACCGACTATCTGCAGCACGTCGGCGTGGAACGTGGCTTAGCGGCAAACACGTTGTCCGCGTACCGCAGGGACCTCGCCCGGTATTCGAACTTCCTTGCCACCCAAGACGTGGATCAGCCAGGAAACATCACACGGCATCACGTGACGGCCTTTGTGCAAGCCTTGTCCGACGGTTCCGACGGCGCCGCCGCCCTTGGGGTTCGCTCTGCTGCACGCACAGTGGTAGCTGTTCGTGGCCTCCATAAGTTTTGGGCACTTGAAGGAACCACGACGGCGGACCCAGCCAGCGATGTGCACCCACCCATGCCGGGCAAGCGACTTCCAAAAGCCATCAGCGTGGGCGAAGTGACGCGCATCCTGGAAGCTGCCGGGTCGGATAGCGCGACCGGTCTGCGAGACCGCGCCTTGCTTGAATTCCTATACTCCACGGGGGCCCGCATCAGCGAGGCGGTGGGGTTGGACGTCGATGACGTCTCCCTCGAAGACACTGGCACTGACCCTGCCATCGTGCGGCTGTTCGGCAAAGGTTCCAAGGAACGCTTGGTGCCCTTGGGCTCTTACGGTGCCCGCGCCGTCGGGGCCTATGTTGTCCGGGGCAGGCCTCTACTGGCGTCCAAGGGCAAAGGCTCCCCGGCGCTGTTCCTCAACGCCAGGGGTGGCCGGATCAGCAGGCAGAGTGCATGGACCATCCTCAAGACCGCCGCAGAGAAGGCGAATATCACCAAAGATGTTTCGCCACACACACTGCGCCATTCCTTCGCCACCCACCTCCTGGAGGGCGGGGCGGACGTCAGGGTGGTTCAGGAACTGCTGGGGCACGCGTCCGTGACCACCACCCAGGTCTATACCCTGGTCACCGCAGACACTTTGCGTGAGGTCTACGCAGCGGCGCATCCCAGGGCGCTCGGATAG MAEAATRTANGVDRAITDYLQHVGVERGLAANTLSAYRRDLARYSNFLATQDVDQPGNITRHHVTAFVQALSDGSDGAAALGVRSAARTVVAVRGLHKFWALEGTTTADPASDVHPPMPGKRLPKAISVGEVTRILEAAGSDSATGLRDRALLEFLYSTGARISEAVGLDVDDVSLEDTGTDPAIVRLFGKGSKERLVPLGSYGARAVGAYVVRGRPLLASKGKGSPALFLNARGGRISRQSAWTILKTAAEKANITKDVSPHTLRHSFATHLLEGGADVRVVQELLGHASVTTTQVYTLVTADTLREVYAAAHPRALG PGPT0022000_2983 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0022000-xerD-K04763 NA NA D3-18_02658 663 hypothetical protein ATGCCCGGTATTTCTGAAACCCCCCGCACATCAAGGCAGGTTTCGGACATGCCGAGCCCGCGCCGTCTTTTGTCTACCAGCAAGGTATACGAAGGCCGCATTTGGGACGTCGTCAGCGACTCGTTTCAACTCAGCGACGGCACGGACACCCTGGTTCGTGACTACATCGACCACCCCGGCGCAGTAGCGGTGCTGCCCATGAACGTGGATGGTGAGATTCTGTTGCTGAAGCAGTACCGGCATCCGGTCGCCATGGATCTGTGGGAGATTCCTGCCGGCCTGCTGGACGTCGAAGGCGAGGACTTCGTGGTGGGCGCGGCCCGGGAGCTGGCGGAGGAAGCTGATCTGGTTGCGGCTACCTGGAATGTCCTTGTCGACTTCTTCAACTCGCCGGGTTCCTCCAGCGAGGCAGTCCGGATCTACTTGGCTCGAGGCCTCAGTGACGTTCCCTTGGCAGACCGGCATGTCCGCACCGATGAAGAAGCAGAGATTGAACTCCACTGGGTGCCGCTCGACGACGCCGTAAAAGCCGTGCTGGAAGGCCGGCTGCATAATCCGTCGGCAGTGCTGGGGATCCTTGCGGCCGCTGCCGCGAAAGCAGATGGCTTTACCAGCCTTCGTCCAGCCAATGCGCCTTGGCCGGCTCACCCGAGCCAGCGCTGA MPGISETPRTSRQVSDMPSPRRLLSTSKVYEGRIWDVVSDSFQLSDGTDTLVRDYIDHPGAVAVLPMNVDGEILLLKQYRHPVAMDLWEIPAGLLDVEGEDFVVGAARELAEEADLVAATWNVLVDFFNSPGSSSEAVRIYLARGLSDVPLADRHVRTDEEAEIELHWVPLDDAVKAVLEGRLHNPSAVLGILAAAAAKADGFTSLRPANAPWPAHPSQR NA NA NA NA NA D3-18_02659 1746 pyrG COG0504 CTP synthase ATGATAAGCTCGAATTCCGTGGTGCAGCGATCAAATTCCCGTGTAAATTCCCGGTTCCCGGGCTCGTCCAAGACGACCAAACACATCTTCGTCACCGGTGGTGTGGCGTCCTCGCTCGGTAAGGGTCTGACGGCTTCCAGCCTCGGTCACCTGCTGCGGGCACGTGGTTTGTCTGTAACTATGCAGAAGCTCGATCCCTATCTGAACGTGGATCCGGGCACGATGAACCCCTTCCAGCACGGTGAAGTATTCGTGACTGATGACGGCGCCGAAACCGACCTCGACATCGGACACTACGAGCGCTTCCTCGATGAAAACCTCGAAGGTTCGGCCAACGTCACAACGGGCCAGATCTACTCCACAGTCATCGCCAAGGAACGTCGCGGCGAATACCTCGGAGATACCGTCCAGGTCATTCCCCACATCACCGATGAAATCAAGCGCCGCATGCGCCTGCCTGCCGAAGGCAAAAACGCTCCGGACGTGATCATCACCGAAATCGGTGGCACGGTGGGTGACATCGAGTCGCAGCCGTTCCTTGAGTCCGCACGCCAGGTTCGCCAGGACGTGGGCCGCAACAACGTCTTTTTCCTGCACGTTTCACTGGTGCCGTACATCGGTCCTTCCCAGGAACTGAAGACCAAGCCCACCCAGCATTCCGTGGCTGCCCTGCGCTCCATTGGTATCCAGCCTGAAGCAATCGTGATCCGCTCGGACCGCGAAGTGCCCGATGCCATGCGTGAGAAGATCGGCCGCATGTGCGACGTTGACATCGACGCCGTGGTTAACGCCGCTGACGCTCCCAGCATCTACGACATCCCCAAGACCCTGCACTCCCAGGGCCTGGACTCCTACATTGTCCGTGCACTGGATCTGCCGTTCAAGGACGTTGACTGGAGCAAGTGGGACAAGCTGCTTGAAGCTGTCCACAACCCCAAGCACGAGGTCGAGGTTGCCCTTGTGGGCAAGTACATCGACCTCCCGGACGCCTACCTCTCGGTCACCGAGGCTCTCCGCGCCGGTGGTTTTGCCAACGAAGCCAAGGTCAAGATCCGCTGGGTCCCCTCGGACGAGTGCGAAACCCTGGCAGGTGCCACCAAGTCCTTGGCTGGTGTAGACGCTATTTGCGTTCCCGGCGGCTTCGGTATCCGCGGCCTGGAAGGCAAGCTTGGCGCCTTGAAGTTCGCCCGCGAAACCAAGCTCCCGGTCCTGGGCTTGTGCCTGGGCCTGCAGTGCATGGTGATCGAGTACGCCCGCAACGTGGTTGGCCTTGAAGGTGCTTCCTCCAGCGAGTTCGAGCCCGACTCGAAGTACCCGGTTATTGCCACCATGGAAGAGCAATTGGACATCGTGGAAGGCAAGGGAGACCTCGGCGGCACCATGCGCCTTGGCCTCTACGAAGCCAAGCTGGACGAAGGCTCGGTCATTGCCGAGACCTACGGCACCACCACCGTCAGCGAACGTCACCGGCACCGCTACGAGGTCAACAACAAGTACCGCGACCAGATCGCTGCCAAGGGCCTGGTGTTCTCCGGTACTTCACCTGACGGCAAGCTCGTGGAATATGTGGAGCTTCCCCGCGAAGTCCACCCGTACTACGTGGCAACTCAGGCGCACCCGGAGCTCAGCTCCCGCCCCACGCGCCCCCACCCGCTGTTCGCAGGTTTGGTCAAGGCTGCCTTGGAGCGTCGTGAAGGTGCGCCCGTGGCCACCAAGACCGGTGCCCGCACGGTAGCTGCCAAGTAA MISSNSVVQRSNSRVNSRFPGSSKTTKHIFVTGGVASSLGKGLTASSLGHLLRARGLSVTMQKLDPYLNVDPGTMNPFQHGEVFVTDDGAETDLDIGHYERFLDENLEGSANVTTGQIYSTVIAKERRGEYLGDTVQVIPHITDEIKRRMRLPAEGKNAPDVIITEIGGTVGDIESQPFLESARQVRQDVGRNNVFFLHVSLVPYIGPSQELKTKPTQHSVAALRSIGIQPEAIVIRSDREVPDAMREKIGRMCDVDIDAVVNAADAPSIYDIPKTLHSQGLDSYIVRALDLPFKDVDWSKWDKLLEAVHNPKHEVEVALVGKYIDLPDAYLSVTEALRAGGFANEAKVKIRWVPSDECETLAGATKSLAGVDAICVPGGFGIRGLEGKLGALKFARETKLPVLGLCLGLQCMVIEYARNVVGLEGASSSEFEPDSKYPVIATMEEQLDIVEGKGDLGGTMRLGLYEAKLDEGSVIAETYGTTTVSERHRHRYEVNNKYRDQIAAKGLVFSGTSPDGKLVEYVELPREVHPYYVATQAHPELSSRPTRPHPLFAGLVKAALERREGAPVATKTGARTVAAK PGPT0021215_921 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021215-pyrG-K01937 NA NA D3-18_02660 1740 recN COG0497 DNA repair protein RecN ATGCTCGAAGAACTCCGAATCCGTGACCTCGGCGTCATAACCGACGCCGCCCTGCCGCTGGGCCCCGGCCTCAGCGTCGTCACCGGCGAAACCGGTGCAGGCAAGACCATGGTGGTGACCGCCGTCGGACTTCTTCTTGGCGCCCGTTCGGACGCCGGTGCCGTTCGGAGCGGAGCCAAATCCGCGTCGGCGGAAGCCGTGCTGAAGCTCCATCCGACCCATAGTGCGGTGGAACGCGCCAAGGAGGCCGGCGGGGAGGCGGAAGAGTTCGACGGCGTTGCTGAGCTATTGCTGGCCCGTACCGTGGGCGCGGACGGGCGTAGCCGGGCTTATGTTGGCGGACGCGCGGCACCGGTGGGGGTGTTGGCTGAATTGGGCGAGAGCCTGGTGGTGGTCCACGGTCAGTCAGACCAGATCCGGCTCAAGAGCGCCACTGCTCAGCGGCACGCTTTGGACAGGTTTGCCGGGGCATCCCTCGCCAAGACGCTGGGGGAGTATCAGGAACTGTTCAACCACTGGAAGGCCATCCAGTCCGAACTCGAAACACTGCGCAGCGAAGCCCGAGAGCGTTTGCGGGAGGCTGAGTCCTTGGATGCCGCCCTCAAGGAGATCGATGAGGTGGATCCCCAGCCCGGTGAGGACGAGACACTCAAGGCCGAGGCCGTAAAACTGGCCAACGTGGAAGAACTGCGTTTGGCGGCCGCTGCGGCCCATGAGTCGCTCATTGCCGAAGAATTCGGAGACGCCGGGGACGCAACAACCATGGTGGATGCGGCCAAGCGGACGCTGGAACACGTGGCGGAGCACGACGAGGAACTTCGCTCCGCAGCAACCCGGCTGGCCGAGGTGGGCTTCCTCCTCAATGACATCGCAGCCGAGTTGTCCAGCTACCAGGCAGCGCTGGACACGGAAGGCCCCGAGCGGCTCTCGGAAATCGAGGAACGCCGCGCTGCCCTTGCCAAGCTGATCCGCAAATACGCTCCGAGCATTGATGAAGTGCTTGAGTGGGCAGCTACAGCCAGGACACGCCTGGACGAGTTGCAGGATGACTCCAGCCGCATCGAGTCTTTGGATGCTGAGGTGGCGTCTGCGGAGGCAACCCTGCGCAAGCTGGCGGCTGCCATCACCAAAGCCCGCCTCAAGGCTTCCAAGGACCTCTCAGCCAGGGTGAGCGCGGAGCTGAAGGCCCTGGCGATGGCGGATGCAACATTGGTCATCGAGGTGGATGGCACCGGCGTGTTGGGCCCGTGGGGCACCGACGAGATCGCTTTCCTCCTCCAACCTCACTCCGGCGCTCCGGCAAGGCCACTGGGCAAAGGTGCCTCCGGCGGTGAACTGTCCAGGGTCATGTTGGCAATCGAGGTAGTACTTGCCGCAGTGGATCCGGTCCCGACGTTCGTCTTCGATGAGGTGGACGCCGGCGTGGGTGGGCGTGCCGCCGTCGAGATCGGACGGAGGCTGGCCATGCTCGCCCGGCACGTCCAGGTCCTGGTGGTGACGCACCTGCCACAGGTAGCTGCCTTCGCAGATCAACACATTCGCGTGACTAAAACTTCCGTACGTGGCGCTGATGGGAAGACAACCACAGGCTTCACGTCCAGCGACGTGCAGCTTCTTAGCGACGACGAACGGGTCAAGGAGCTTGCCCGCATGCTGGCAGGTCAAGAGGATTCCGAGAGTGCACAGGCGCACGCCCAGGAATTGCTGGACGACGCGAAGCTCCTGCCGCAGCGCGCCTAG MLEELRIRDLGVITDAALPLGPGLSVVTGETGAGKTMVVTAVGLLLGARSDAGAVRSGAKSASAEAVLKLHPTHSAVERAKEAGGEAEEFDGVAELLLARTVGADGRSRAYVGGRAAPVGVLAELGESLVVVHGQSDQIRLKSATAQRHALDRFAGASLAKTLGEYQELFNHWKAIQSELETLRSEARERLREAESLDAALKEIDEVDPQPGEDETLKAEAVKLANVEELRLAAAAAHESLIAEEFGDAGDATTMVDAAKRTLEHVAEHDEELRSAATRLAEVGFLLNDIAAELSSYQAALDTEGPERLSEIEERRAALAKLIRKYAPSIDEVLEWAATARTRLDELQDDSSRIESLDAEVASAEATLRKLAAAITKARLKASKDLSARVSAELKALAMADATLVIEVDGTGVLGPWGTDEIAFLLQPHSGAPARPLGKGASGGELSRVMLAIEVVLAAVDPVPTFVFDEVDAGVGGRAAVEIGRRLAMLARHVQVLVVTHLPQVAAFADQHIRVTKTSVRGADGKTTTGFTSSDVQLLSDDERVKELARMLAGQEDSESAQAHAQELLDDAKLLPQRA NA NA NA NA NA D3-18_02661 1041 ppnK COG0061 NAD kinase ATGAGCAGGCGTGTACTTGTCCTTGCCCACACTGGGCGGGAGGAATCGCTCCGCGCAGCGTGGGATGCCTGTACGCAACTGCATGCCTCTGGTCTGGTTCCCGTGCTGCAGAAGTCTGAACTCGCAGACATCGAACGATTCTTTGGTGCCCTCGATACGCCCATTGAGATCCTCAACGATCACGTCAATTTGGAAGACGTGGAACTGGTGATGGTCCTGGGCGGCGATGGCACCATACTCCGCGCAGCTGAGCTGGTCCGTGAAGTGGACGTCCCGCTGCTGGGCGTCAATCTGGGGCACGTGGGTTTCCTTGCGGAGAGTGAGCGAGCCGATCTGGCCCAGACGGTTGAGTGGATAGCCAGCCGCCAGTACACGGTGGAAGAACGCATGACCATCGATGTCCAGGTGTGGGTCAAGGGCCAGAAGTTTTGGCACACGTGGGCTTTGAACGAAGCTGCCATTGAGAAGGCCAACCGTGAACGCATGTTGGAGGTTGTCACCGAGGTTGACGAGCGTCCTTTGACGTCGTTCGGCTGTGATGGCGTTGTCCTCGCGACGCCCACGGGTTCCACGGCCTACGCTTTTTCTTCAGGTGGCCCCGTGGTGTGGCCTGAGGTTGAGGCTTTGGTTATCGTCCCGATCAGTGCACACGCACTTTTTGCCAAGCCCTTGGTGGTGTCACCCCGTTCCAAGTTGGCGGTCGAAATCATGAACCGGACAGACGCCTTGGGGGTCCTCTGGTGCGATGGCCGGCGATCCGTGGATCTCCCGCCGGGAGCACGCGTTGAAGTGACGCGCTCGGCAACCCCGGTGCGGCTGGCCCGGACGCACAAGACACCGTTCTCGGCCCGGCTTGTCCGCAAGTTCCAGCTTCCCATTCACGGCTGGCGTGGGCCCGCCCCTCGGAGCGGCGAAGTGCACACCGGCCCCATCCCCGTCATCCGCACACTGTCACCGGCACCGTTGCCCAGCCCCCGGGACTCCGGAACGTCCCTGGACCTGGGGCACGGTGAGCCATCAGACCCCACGAATGCGAAGTGA MSRRVLVLAHTGREESLRAAWDACTQLHASGLVPVLQKSELADIERFFGALDTPIEILNDHVNLEDVELVMVLGGDGTILRAAELVREVDVPLLGVNLGHVGFLAESERADLAQTVEWIASRQYTVEERMTIDVQVWVKGQKFWHTWALNEAAIEKANRERMLEVVTEVDERPLTSFGCDGVVLATPTGSTAYAFSSGGPVVWPEVEALVIVPISAHALFAKPLVVSPRSKLAVEIMNRTDALGVLWCDGRRSVDLPPGARVEVTRSATPVRLARTHKTPFSARLVRKFQLPIHGWRGPAPRSGEVHTGPIPVIRTLSPAPLPSPRDSGTSLDLGHGEPSDPTNAK PGPT0013490_1166 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013490-ppnK-K00858 NA NA D3-18_02662 813 tlyA COG1189 16S/23S rRNA (cytidine-2'-O)-methyltransferase TlyA ATGCCAAGACTTGATCAGGAACTCGTCACCCGTGGGCTGGCGAGGTCCCGTACCCATGCCGCCAAGCTCATCAGTGATGGCAAGGTCAGCTCGGGCGGCAATGTCCTCGTCAAAGCCGCGCACCAAGTGGATGCTACGACGGAGTTGGATGTCGAGTCCCACCTGGAGGACATCTACGTCAGCCGAGCCGGGCATAAGCTGGCCGGTGCGCTGAAGGCGTTTCCCGCCGTCGTGGTTTCCGGAAAGCGGTGCCTCGACGCCGGTGCCTCCACGGGTGGTTTCACTGACGTCCTGCTGCGGCAAGGTGCCGCCGAAGTAGTGGCTGTGGATGTGGGGCACGGTCAGCTGGTCGCGCACCTTCGGGAGGATCCCAAGGTGGAGGTCCACGAAGGCCTCAACGTCAGGTATATGACGCCGGAGCAGATTGGCGGCCCAGCGCAGCTGACGGTGGCTGATTTGTCCTTCATCTCGTTGACGCTGGTCCTGTGGCCGCTTGCGCAGTGCACCGAGCCGGGCGGTGATTTGGTCCTTATGGTCAAACCGCAGTTTGAGGTTGGCAAGGAGCGTCTGAGCCGAACCGGCGTGGTGTCGTCAGAGAATGAACGACGGCGGGCGGTCGCCCAAGTGGCCCGCGCAGCAGTGGATGCAGGCCTTGAACTTCAAGACCTTGCAGCCAGTCCGCTTCCCGGGCAGGACGGAAATGTTGAATACTTCCTGTGGATGACGCGCAGGATGTCCACGGAGTTGCCTAAGATCGAAGAGCGGGACGAGGACGTTGCTGCGTTGATCAAGAAACTCTGGCCGAACCACTAG MPRLDQELVTRGLARSRTHAAKLISDGKVSSGGNVLVKAAHQVDATTELDVESHLEDIYVSRAGHKLAGALKAFPAVVVSGKRCLDAGASTGGFTDVLLRQGAAEVVAVDVGHGQLVAHLREDPKVEVHEGLNVRYMTPEQIGGPAQLTVADLSFISLTLVLWPLAQCTEPGGDLVLMVKPQFEVGKERLSRTGVVSSENERRRAVAQVARAAVDAGLELQDLAASPLPGQDGNVEYFLWMTRRMSTELPKIEERDEDVAALIKKLWPNH NA NA NA NA NA D3-18_02663 285 hypothetical protein ATGACCGACCCCCAACACCCAGGGCCCCAACACTCCGAGCTGGAACATGCTGAACCGGAGCGATCTGCGGTCCAGTGGCCTGACGCTGCAAGCCCCACGGGCGATCCTCTGGTGGACAAGGCCCTCGGCCTGCTGGGCGAGGTCGCGGAATCGCCTGTGCCGGACCACGGGGAGCTATACGCCGGCGTCCATGACGCTTTGTTGGAAGCTTTGGACGCCGAACCCGGACTTCCGGCAGTCCCTAAAAGCACCCCCAGTGATCCCCGCCCGGAAGGCGACAGCTAA MTDPQHPGPQHSELEHAEPERSAVQWPDAASPTGDPLVDKALGLLGEVAESPVPDHGELYAGVHDALLEALDAEPGLPAVPKSTPSDPRPEGDS NA NA NA NA NA D3-18_02664 987 COG0647 D,L-glycerol 3-phosphate phosphatase ATGGCTGATTCACTGATCTCGTCGTTTGATGCTGTCCTTTCAGACCTGGATGGAGTGGTCTATGCAGGACCGCACGCCATCCCCGGGGCTGTGGAGTCATTGCAGCGTCTCGAAACCGTAGGCGTCGGCCTGGGTTACGTGACAAACAATGCTTCGCGCACCCCTGCCCAGGTCGCGGCGCATCTGCGTGAGCTCGGTGCACCGGCTGAGGACCATCAAGTGGTTAGTTCCTCCCAGGCGGCAGGGGAGCTTCTGGCTTCCATGCTGCCTGCGGGGGCGCACGTCCTCATTACTGGCAGTGCGGCCTTGGCCCATGAAATCGAATTGGTGGGACTTAAGCCGGTGCACAGTGCCGCCGAATCACCGGTTGCGGTGGTCCAGGGATTCAACCCGGAGATTGGGTGGAAGGATCTGGCCGAGGCGTCATATGTCGTGGCGGGGGGAGCCATGTGGTTTGCCACCAACACGGACATGTCCATCCCGCAGGCCCGCGGCATGGCACCGGGTAATGGAACGCTGGTCGCCGCGGTGGCGGCTGCCACGGGCAAGACGCCTTTGGTGGCCGGTAAGCCCGAAGCCCCCCTTTTCCACGCTGCGGCAAAACGGCTGAACGCAGATCGTCCCCTGGTTGTGGGTGACCGTCTGGACACCGACATCCTGGGCGGCAACCGTGCAGGATTTGCGACGGCGGCCGTCCTCACCGGTGTGGACACCACGCACACCATCATTGCGGCGCGGACTGATGAACGTCCGGATTACCTGCTGGCAGACTTGGAAGGCCTCTACGCACCGTATCCGGAGATTGGCAGCGACGGCGGCACGTTCCGTTGTGGTTCTGCCACTGCAGTTGCCGGGGACGGGACCGTAACTGTGACTGGCCTTGAGAGCGACCTCGATGCGTGGCGCGCCGCGTGCGCTGCCTGGTGGGCAGCGGTTCCGGACACGGACGTGGCATACGCGCCGCAGCTGGAATGGCGAAATCACTAG MADSLISSFDAVLSDLDGVVYAGPHAIPGAVESLQRLETVGVGLGYVTNNASRTPAQVAAHLRELGAPAEDHQVVSSSQAAGELLASMLPAGAHVLITGSAALAHEIELVGLKPVHSAAESPVAVVQGFNPEIGWKDLAEASYVVAGGAMWFATNTDMSIPQARGMAPGNGTLVAAVAAATGKTPLVAGKPEAPLFHAAAKRLNADRPLVVGDRLDTDILGGNRAGFATAAVLTGVDTTHTIIAARTDERPDYLLADLEGLYAPYPEIGSDGGTFRCGSATAVAGDGTVTVTGLESDLDAWRAACAAWWAAVPDTDVAYAPQLEWRNH PGPT0024450_632 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_PHOSPHATASE_ACTIVITY,PGPT0024450-yutF|nagD-K06117 NA NA D3-18_02665 1962 hypothetical protein ATGGCTGAGCACAACGGCGGCAATCGCGGCGGCAATCGCGGAAACTTCGGAGGGAACCGGGATGACCGCGGTTCGTACCGCGCCAACAATAATTCCGGCGGAGACCCCCGAGGCTTCCGTTCCAGGGAGAACCGGGACGGGAATGACCGTCCGGCACGTGATGGTGAGCGTCGCCCCTTCAACAATGACCGTGGCGATCGTCCGGCACGTGATGGTGAGCGCCGTTCCTTCGGCGGCGATCGTGACCGTAAGCCTTTCGGTGACCGTAACGACCGTCCGGCACGCGATGGTGAACGTCGCCCCTTCAACAACGACCGTGGCGACCGTCCGGCACGTGATGGTGAGCGCCGTTCCTTCGGCGGCGATCGTGACCGTAAGCCTTTCGGTGACCGTAACGACCGTCCGGCACGCGACGGAGAGCGCCGTTCCTTCGGCGGCGATCGTGACCGTAAGCCTTTCGGTGACCGTAATGACCGTCCGGCACGTGATGGTGAGCGTCGTCCTTTCAACAACGACCGTGGAGACCGTAAGCCTTTCGGCGATCGTCCCGAGCGCGGACCGCGGAACTTCGATGGCCCCCGCCGCGACAGCGATGACCGTCGTCCCTTCGGCGGCGACCGCGACCGCAAGCCGTTCGGCGACCGCGGCGATCGTGGTGACCGTCCGGCACGTGATGGTGAGCGTCGTCCTTTCAACAACGACCGTGGAGACCGTAAGCCTTTCGGCGATCGTCCCGAGCGCGGACCGCGGAACTTCGATGGCCCCCGCCGCGACAGCGATGACCGCCGTTCCTTCGGCGGTGACCGCGACCGCAAGCCCTTCGGTGACCGTAATGACCGTCCGGCACGTGATGGTGAGCGTCGTCCCTTCAACAACGACCGTGGAGACCGTAAGCCTTTCGGCGATCGTCCCGAGCGCGGACCGCGGAACTTCGGCGGTGACCGCAACGAACGCGGCGGTTCGTGGGAAGAGCGTCCGGCCCGGGTCCCCAACGCCAAGGACATCCGCAGCGCCAACCGTCCCGACCGCGAACGCTCTCCTGAGATTGACGAGGACGTCACGGGCAAGGAACTCGACCGCGCCACTGGCCACCAGATCAAGACCCTTGAGGAGCAGAGCGCAGGGTGGGTCGCTAAGCACCTGGTAATGGCTGGCCGCCTGATCGACATTGAGCCTGAGCTCGCATTCCAGCACGCCTTGGCCGCAAGCCGCCGTGGCGGTCGCCTCTCGGCCGTGCGTGAAGCAGTCGGCCTGACTGCTTACGCTGCCGGCCACTATGGTGAGGCGCTGCGTGAATTCCGTACGTACCGCCGCATCAGTGGATCCAACGTGCATTTGCCGGTGATGGCTGACTGCGAGCGTGGCTTGGGACGTCCGGATCGCGCCCTTGACATGGTCCGTTCTCCCGAAGCCCAGGATCTTGACGCTCCGGGCAAGGTTGAGCTTGCCATCGTGGCCTCAGGTGCACGTGCGGACCTCAAGCAGTTTGATGCGGCCGTCAGCGAGCTTGAGATCCCGCAACTGGACATCAACCGGGCCTTCTCCTACAGCCCCCGCCTCTTCCGCGCATACGCTGAAGCTCTCAGTGCGGTGGGTCGCACCGAGGAAGCGGAGAAGTGGGCACGCCAGGCGCTCGTTGCTGAGAACGCTTTGGGTGTGGGCGACTACGCTGAACCCGAAATTCTGGACCTTGGCTGGGACGAGCAGGAAGAAGCAGCTGCGCGTAAGCCGCGCTTCGAGAAGCCGGCCCCGGACGCCGACGTCGTGAAGCCTGAAACGGAGACGGTCATCGTTGAGGCCGCAGCCGCTGATGTTGAGCATGATGACGTTGAGCTTGATGATGTCGAGTCTGATTACTTCGAATCCGATGACGCTGAATCTGACATCGATTCAGCGGAAGAAGACGCAGAAGCAAAAGACGAAGACACCGAGAACGAGGGCTCCGACTCCCAGCATGGCTGA MAEHNGGNRGGNRGNFGGNRDDRGSYRANNNSGGDPRGFRSRENRDGNDRPARDGERRPFNNDRGDRPARDGERRSFGGDRDRKPFGDRNDRPARDGERRPFNNDRGDRPARDGERRSFGGDRDRKPFGDRNDRPARDGERRSFGGDRDRKPFGDRNDRPARDGERRPFNNDRGDRKPFGDRPERGPRNFDGPRRDSDDRRPFGGDRDRKPFGDRGDRGDRPARDGERRPFNNDRGDRKPFGDRPERGPRNFDGPRRDSDDRRSFGGDRDRKPFGDRNDRPARDGERRPFNNDRGDRKPFGDRPERGPRNFGGDRNERGGSWEERPARVPNAKDIRSANRPDRERSPEIDEDVTGKELDRATGHQIKTLEEQSAGWVAKHLVMAGRLIDIEPELAFQHALAASRRGGRLSAVREAVGLTAYAAGHYGEALREFRTYRRISGSNVHLPVMADCERGLGRPDRALDMVRSPEAQDLDAPGKVELAIVASGARADLKQFDAAVSELEIPQLDINRAFSYSPRLFRAYAEALSAVGRTEEAEKWARQALVAENALGVGDYAEPEILDLGWDEQEEAAARKPRFEKPAPDADVVKPETETVIVEAAAADVEHDDVELDDVESDYFESDDAESDIDSAEEDAEAKDEDTENEGSDSQHG NA NA NA NA NA D3-18_02668 117 hypothetical protein GTGTTTCTTTTGTTCCTGCTTCCGGTACTTACCATCGTGTCCCCGTTTTGCGGGGTGGTGGTGGTCTGGTTGACGGGGTTGTTGTTTGAGAACTACATAGTGGACGCGAGCATCTAG MFLLFLLPVLTIVSPFCGVVVVWLTGLLFENYIVDASI NA NA NA NA NA D3-18_02670 1311 tyrS COG0162 Tyrosine--tRNA ligase GTGTCACACGTAAACAACCTCGAGTCCCAGCACAACGATCCCGCCTTTGCCAACGTCTGGCAGGAGCTCAAATGGCGCGGCCTTGTCCACGTTTCCACTGATGAAACTGAACTGGAAAAGCTGCTCGCCGGGGACCCGATCACGTATTACTGTGGCTTCGATCCCACTGCGCCGTCACTGCACCTGGGTAACCTCGTGCAGTTGCTGGTGATGCGTCGCCTGCAGTTGGCCGGCCACAAGCCGCTCGGTTTGGTGGGCGGTTCCACCGGTCTGATCGGTGACCCCCGTCCGACGGCGGAACGAACCTTGAACACCAAGGACACCGTCGCAGAGTGGGTTGGCTACCTTCAGGGCCAGGTGCGACGCTTCCTCAGTTTCGAGGGCGGGAACCCGGCCCGCATGGTCAATAACCTGGACTGGACGGCACCGCTCAGCGCCATCGACTTCCTCCGCGAGATCGGCAAGCACTTCCGCGTGGGCACCATGCTCCGCAAGGATGCCGTGGCATCACGCCTGAACTCTGATGAAGGCATCAGTTACACAGAGTTCAGCTACCAGATCCTGCAGGGCATGGACTACCTCCAGCTCTTCCGCGACTACGGCTGCGCCTTGCAGACCGGTGGCTCGGACCAATGGGGCAACCTCACCAGCGGCACCGAGCTCATCCGCAAGGTGGAAGGCAAGAGCGTCCATGCCCTGGGCACGCCGCTCATCACCAACTCGGACGGCACCAAGTTCGGCAAGAGCGAAGGCAACGCCATCTGGCTGGACCCGGACATGTGCAGCCCGTACACGTTCTACCAGTTCTGGCTTAACACTGCTGATGCCGATGTGGTTGATCGGCTGAAGGTCTTCACTTTCCTTTCACGTGCGGAAATTGAAGAGCTTGGCCAGTCTGTTGCTGAGCGCCCGTTTGCCCGTGAAGGCCAGAAGAAGCTCGCCTTCGAAGTGACTTCCTTGGTCCACGGCGTCGACGCAACCGAGAAAGTCATTGCCGCTTCGGCTGCGCTTTTCGGCAACGGCGACCTCACGGTACTGGATGAGCGCACCCTCGAAGCAGCAACTGCGGAACTTCCCTCCGCGACCGTTGGCGCCGACGGACTTGGCATCATCGACCTCTTGGTCGCCTCGGGGCTCTCGGACAGCAAGTCGGCTGCTCGTCGAACAGTTGGCGAGGGCGGTGCGTACGTGAACAACACCAAGGTGTCCGATCCCGACGCCGTCATCGCCCGCGATGAACTGCTTCACGGCCGTTATTTGCTCCTCCGCCGCGGCAAGAAGAACCTGGCCACCATCGAAGTCTCGGCATAG MSHVNNLESQHNDPAFANVWQELKWRGLVHVSTDETELEKLLAGDPITYYCGFDPTAPSLHLGNLVQLLVMRRLQLAGHKPLGLVGGSTGLIGDPRPTAERTLNTKDTVAEWVGYLQGQVRRFLSFEGGNPARMVNNLDWTAPLSAIDFLREIGKHFRVGTMLRKDAVASRLNSDEGISYTEFSYQILQGMDYLQLFRDYGCALQTGGSDQWGNLTSGTELIRKVEGKSVHALGTPLITNSDGTKFGKSEGNAIWLDPDMCSPYTFYQFWLNTADADVVDRLKVFTFLSRAEIEELGQSVAERPFAREGQKKLAFEVTSLVHGVDATEKVIAASAALFGNGDLTVLDERTLEAATAELPSATVGADGLGIIDLLVASGLSDSKSAARRTVGEGGAYVNNTKVSDPDAVIARDELLHGRYLLLRRGKKNLATIEVSA NA NA NA NA NA D3-18_02671 2229 hypothetical protein ATGCACGACGCTGATTTGGTCCACGAGCAGGAATATGTTGCCGGGCTGTATGCCCGGCTCGATGAGCTGCGCGCCGAAAAGCGCGCCCAGCTGGCGCAGGTGCGCAAGGCCGGCGCGGTGGGAACCATGCAGAACGTCTCAGAGCGGGACGCGTTCGCGGCACTGTACGAAGACCGCCTTGCCCAGCTCGACGCCGTGGACGACCGTCTGGTCTTCGGCCGTCTGGATCTCGATTCCGGAGAGGCCCAATACATTGGGCGCATCGGGCTTTCAACAGCCGAACTGCAGCGGCTCATGGTCGACTGGCGTGCCCCGGAAGCCGGCCACTTTTACCAGGCGACCGCGTTCGACCGTCAAGGCGTGCGCCGTCGTCGCCACCTGATCCTTCAGGGGCGTGACGTAAAAGCGATTGAAGACGACGTCCTGGACGCAGGGATGCTCGCGGACAACGACTCCCTGCAGGGCGAAGGCGCCCTGCTGGCTGCGCTGAATTCCAAGCGCACGGGCCGCATGTCGGACATCGTGGGCACCATCCAGTCCGAGCAGGACCGGATCATCCGTTCTTCCATTTCCGGTGCGCTGGTAGTCCAGGGCGGTCCCGGAACAGGGAAGACCGCCGTGGCCCTGCACCGTGCCGCCTACCTGCTGTACACGCACCGTGAGCGGCTCAAGAGCGCCGGCGTCCTACTCGTGGGCCCGTCGTCCTCCTTCATGCACTACATCGAACGAGTGTTGCCATCGCTCGGTGAGACCGGTGTGGTCATGGCCAGTCTGGGACGCCTCATGCCCGGTATCCACGCCATTCCCGAGGAAGATGCTGATGTCGCCGCCCTCAAGGGCAAGCTGGACATGGCAACCGTGGTGGCAAATGCCGTGGCAAACCGGCAGCGGACGCCTGCGGAAGACCGCATCCTCGAAGTTGATTCGCGGAAGCTGACACTGACTGTCCGCCAGGTTCGCCGGGCTCGGGAAAAGGCCCGTGCCACAGGAAAGCCCCACAACGAAGCGCGGCTCACGTTCGTCAAGATCCTCCTGCGTGAGCTCACGGAACAGCTGACGGACCTCGTGGAGGAAGGCAACATCGGCAACAACGCCGATCGCGCCTATCTGGCGGAAGACGTTCGGTCTGCCCGCGACGTACGCATTGCGCTGAACCTCTGCTGGATGCCCATGACGCCGGAGAAGCTCATCTCTGAACTCTTCAGCAAGCCGGCCATCCTCGAAGCGTGCACGCCGCACCTGACTGCGGAACAGCGCGCCCTGCTGCAGCGTCCCGTGGATGCTCCTTGGACGGAAGCGGATGTTCCGTTGCTCGATGAGGCCGCAGAGTTGTTGGGTGAACTGGATCCAGCCGCCGGCAGGGGATTGGCGCAGCAGGAAGCCGACCGTGCCCGCGATCTCGCCAACGCCAAGCAGACCCTCGACAACATGGAAGCGATGGGCGTGGACGTACTGGTGACGGCCGAAGAGCTTGCTGAACAGAACCAGGAACGCGAAGGGCGGCTGACTGCCGCCGAACGCGCAACGAGTGATCGGTCGTGGGCCTTCGGCCACATCGTGGTTGACGAGGCTCAGGAACTCTCGCCCATGCAGTGGCGGCTCCTGGTGCGGCGTTGCCCGCTGAAGTCCTTCACCATCGTGGGCGATATCGCCCAAACGAGTGCAGCGGCCGGTGCCAATTCGTGGCAAAGCGCGCTGGCGCCGTCGTTCGGTGACCGCTGGACGCTGGAGGAACTTACCGTGAACTACCGCACGCCGTCGCAGATTGCCGAAGCAGCTGTCCGCATGGCTAACCGCGCTGGCCTCGTCGTCTCGGCCCCCAAGGCCGTCCGCGAAGGCAAATGGTCGCCCATCGTTGATCATGTGGAGGCTGACGGCATCGTGAAGCGCTTGGTTGAGGTCCTGCCGGAGGAAATTGAAGCGATCGACGGCGGCTTGCTGGCTGTCATCGCCGACGGACCGCTGCTGCCGCAGGCCACGGCCGCGCTGCGTGAGGTCTACGGACGCCGCATCGGCAGCGGCGCGGGCAGCTACCAGCAAGACATCGTGGTGATCAGTCCCAAGGAAGCCAAGGGCCTGGAATTCGACGGTGTTGTGGTTCTGGAACCGGCTGCCATGCTGAACCACGAGCATGGCAAGGTGGGCGATCTCTATGTTGCCATGACCCGTGCCACGCAACGCCTGCGCCTCATCGCAGCCGCGCCGGTACCCGCCGGCATCGAGCGGTAG MHDADLVHEQEYVAGLYARLDELRAEKRAQLAQVRKAGAVGTMQNVSERDAFAALYEDRLAQLDAVDDRLVFGRLDLDSGEAQYIGRIGLSTAELQRLMVDWRAPEAGHFYQATAFDRQGVRRRRHLILQGRDVKAIEDDVLDAGMLADNDSLQGEGALLAALNSKRTGRMSDIVGTIQSEQDRIIRSSISGALVVQGGPGTGKTAVALHRAAYLLYTHRERLKSAGVLLVGPSSSFMHYIERVLPSLGETGVVMASLGRLMPGIHAIPEEDADVAALKGKLDMATVVANAVANRQRTPAEDRILEVDSRKLTLTVRQVRRAREKARATGKPHNEARLTFVKILLRELTEQLTDLVEEGNIGNNADRAYLAEDVRSARDVRIALNLCWMPMTPEKLISELFSKPAILEACTPHLTAEQRALLQRPVDAPWTEADVPLLDEAAELLGELDPAAGRGLAQQEADRARDLANAKQTLDNMEAMGVDVLVTAEELAEQNQEREGRLTAAERATSDRSWAFGHIVVDEAQELSPMQWRLLVRRCPLKSFTIVGDIAQTSAAAGANSWQSALAPSFGDRWTLEELTVNYRTPSQIAEAAVRMANRAGLVVSAPKAVREGKWSPIVDHVEADGIVKRLVEVLPEEIEAIDGGLLAVIADGPLLPQATAALREVYGRRIGSGAGSYQQDIVVISPKEAKGLEFDGVVVLEPAAMLNHEHGKVGDLYVAMTRATQRLRLIAAAPVPAGIER NA NA NA NA NA D3-18_02672 669 COG2094 Putative 3-methyladenine DNA glycosylase ATGAGCTCGTCCATGGACAACGGAATCAACAGCCCGTCTGAAGTGCGCAAGTTCCTTGAGGGTGATCCCCGTGTCATCGCCCCGCTGATACTTGGCGCGGTACTCACCCACCACTCAGAGGCTGGTTCAGTTTCGGTCAGGCTCACAGAGGTGGAGGCCTATATGGGCCCACGCGATTCAGAGCATCCCGACCCCGGTTCCCACACCTTCGGTGGTCCTACCGCCCGGAATGCACCAATGTTCGGGCCGCCGGGTTTCCTGTACGTCTACTTCACCTACGGCATGCATTACTGCGCCAACATCGTCTGCGGTCCTGACGGCTCACCGTCCGCGCTGCTCCTGCGGGCCGGGGAGATCGTCGACGGGGAAGATCTGGCTGCCCTTCGCAGGCCCGCCTCGAAGGCGCACAAGGACCTGGCCAGTGGACCTGCCAGGCTTGCCTCCGCGCTGGGACTCACGACGGCGGATACTGGCCGTGACGCGCTCGCCTCACCGTTCAGCCTGTGGTTGCCGGGGACACCCGCCGCGGCCGTCGCCAGCGGACCGCGCGTGGGTGTTGCAGGTCCAGGCGGAAGCACTGAATATCCTTGGCGGTTTTGGATTGAGGACGATCCCACCGTGTCCAGGTACAAGGCTGCCCGTCCCCGGACCCGCAGCGCAGCTGGGTGA MSSSMDNGINSPSEVRKFLEGDPRVIAPLILGAVLTHHSEAGSVSVRLTEVEAYMGPRDSEHPDPGSHTFGGPTARNAPMFGPPGFLYVYFTYGMHYCANIVCGPDGSPSALLLRAGEIVDGEDLAALRRPASKAHKDLASGPARLASALGLTTADTGRDALASPFSLWLPGTPAAAVASGPRVGVAGPGGSTEYPWRFWIEDDPTVSRYKAARPRTRSAAG PGPT0014885_644 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014885-yxlJ|aag-K03652 NA NA D3-18_02673 1491 alkA COG0122 putative bifunctional transcriptional activator/DNA repair enzyme AlkA ATGGACTTCTGGCAGCGATACCGGGCGATCGACGCCCGCGACACCCGGTTTGATGGTCAATTCTTCACTGCCGTCAGCTCCACCGGCATCTACTGCCGACCGTCATGCCCTGCCCGAACGCCCAAAGCTGAGAACGTCACCTTCTACGAAACCTCCGCAGCCGCCCATGAGGCCGGGTATCGCGCCTGCAAGCGATGCCTGCCCGAAGCGGTCCCCGGAACGCCCGCGTGGAACATCCGTTCCGACATTGCGGGACGCGCGATGAGATTGATTAACGACGGCGTCATCACTCGGGAGGGCGTCGACGGCCTCGCACACCGACTGGGCTACTCCGCGCGGCAGCTCAACCGCATTCTCAGCAACGAACTCGGCGCGGGTCCCCTCTCACTGGCACGGGCAAGCAGGGCGCAGACCGCCAGGACCTTGCTGGTCTCCACCGACATGCTCCTGGCCGACGTGGCGTTCGCGTCAGGGTTCAATAGCGTGCGGCAATTCAACGACACCATCGGCGAGGTGTTCGCAATGACCCCGACGGCGGTACGCGCCACGGGGGCGAAGTCCGGCAATCGCCGAGGTACCGGGGCAGCTGGGCCGGCGCCATCCGCGCTGACTCTCAACCTGCCTTACAGGGAACCCTTTGATCCGGGCATTTTCGACTTCCTGGCAGTTCGTGCGGTACCGGGCATCGAAAGAGCAACAACTGACAATGAAGGTGGCAGGACGTACGCCCGCACTCTCCGCCTCCCGCGAGGTAGCGCATCCGTTTCGGTTACCTTCAGCCCCTCATCCCCCGGCAAACCGTTGCAACTCACAGCCACGGCTGTGGACCTGCACGACCTCCCGGCACTGTTGAGCCGGGTCCGCAGGCTATTCGACCTGGACGCCGATCCGCAGGCGATCGATGACGCCCTGGCAGCGGATCCGAGGCTTACGGCTAGCGTCGCCGCGCTCCCGGGGATGCGAGTGCCGGGGGCTGTGGATCCCCAGGAACTGCTCATTCGGGCAATGATCGGACAGCAGATCACCGTCGCCGCTGCCCGAACTGCCCTTATCCAGTTGTCGGCGGCCGGATCCTCCGTCGATGGCGCTGATCCAGACCTGGATCGACTATTTCCGACAGCAGCAGAACTCGCCGAACACGGGCGCTCCTTACTCCGAGGACCACAGCGCCGCATCGACTCCATCGTGGCCGCCGCCGAGGCCATGGCCAGTGGGGCACTTGACTTCGGCTACGGCGACGATCCGGCCAGCCTCGAAAGCAAACTGCTTCCCTTGCCGGGCGTGGGGCCCTGGACAGCGGGATATGTTGCCATGCGGGTCCTTGGCGCTCCGGATGTGTTCCTGGCCAATGACGCGGCAGTAAGGAACGGCGTGAAGGCGCTGCCCGCGGGCCTGGGACTCAGCGCAGACTTCAGGGAGGTCAGCCCCTGGCGTTCGTACGCCACCATGCACCTGTGGCGGGCAGCCGCGGTGAAGCTCAAGGACAAATAG MDFWQRYRAIDARDTRFDGQFFTAVSSTGIYCRPSCPARTPKAENVTFYETSAAAHEAGYRACKRCLPEAVPGTPAWNIRSDIAGRAMRLINDGVITREGVDGLAHRLGYSARQLNRILSNELGAGPLSLARASRAQTARTLLVSTDMLLADVAFASGFNSVRQFNDTIGEVFAMTPTAVRATGAKSGNRRGTGAAGPAPSALTLNLPYREPFDPGIFDFLAVRAVPGIERATTDNEGGRTYARTLRLPRGSASVSVTFSPSSPGKPLQLTATAVDLHDLPALLSRVRRLFDLDADPQAIDDALAADPRLTASVAALPGMRVPGAVDPQELLIRAMIGQQITVAAARTALIQLSAAGSSVDGADPDLDRLFPTAAELAEHGRSLLRGPQRRIDSIVAAAEAMASGALDFGYGDDPASLESKLLPLPGVGPWTAGYVAMRVLGAPDVFLANDAAVRNGVKALPAGLGLSADFREVSPWRSYATMHLWRAAAVKLKDK NA NA NA NA NA D3-18_02674 738 hypothetical protein ATGACCCGGATCACCCCTGAGACGCTGCCCGCAGAGCTTCACAAAGCCGCCGACACCGTCACCCGCCTCCTGTCCAAGATGGACAAATCGTCCGTCGCCGAACCATCGGAGCTTCCCGGCTGGACCCGAGGCCATGTCCTTGCGCACCTTGCGGGCATTTCCAACGCCATGGCACGGCAACTTGAGTACGCGCGCCGCGGGGAAACTGTGGAGCTTTACGACGGCGGAATGGACGGCCGCACCAAGGCGATAGAACTCGCCGCCGGGCACAGCCTCGACCAGCACAGGGTGTCCGTCACCACTTCCGTGGGTGCAGCGATTTCGGCGTTCGACGCCTTGGGATCGAGTGATTGGCAAGCGCGCATCGCCTATCGGGATGGCACAGTGTTCGACGGCGGGCTGGCCCTGTGGCGCGAACTCACCATTCATGCTGCCGACCTTGGCATGGGTTACGGTCCGGAGACGTGGAGCCGTCCGTTCTGCGAGCACCTCATAGGGTTCCTCGCGGCACGTGTCCCGGAATCCTTCAAATTTGTCCTGCAGCCTACAGGCCTGCCGCAGCTGAGCATCGGTACGGGCGGCACTTCCATAGCCATCACTGGCATGCTGACCGACATCGCCGCGTGGCTTGCCGGCCGCGAGCCCAGCTTGGGGAGCCTGAGGGCTACTGCTGCCGCTGACGGGGTGGACCTGCCGGAGCTGCTGCCGTGGCCGGCGGCGCAGCCCGCGGCCCGCTGA MTRITPETLPAELHKAADTVTRLLSKMDKSSVAEPSELPGWTRGHVLAHLAGISNAMARQLEYARRGETVELYDGGMDGRTKAIELAAGHSLDQHRVSVTTSVGAAISAFDALGSSDWQARIAYRDGTVFDGGLALWRELTIHAADLGMGYGPETWSRPFCEHLIGFLAARVPESFKFVLQPTGLPQLSIGTGGTSIAITGMLTDIAAWLAGREPSLGSLRATAAADGVDLPELLPWPAAQPAAR NA NA NA NA NA D3-18_02675 1476 argH COG0165 Argininosuccinate lyase ATGAGTCCTCAGCAGGGCCCCGGAACGCAGGGGTCCCCGGCCGAGCGACGCGAGGTCGGGGAGCGTTCAGGGACAAACGAAGGTGCACTGTGGGGCGGCCGGTTCGCCGGCGGCCCCGCGGATGCGCTGGCAGCCTTGAGCAAGTCCACGCACTTTGACTGGCGGCTGGCCCGCTACGACATAGCCGGTTCCAAGGCGCACGCCCGCGTGCTGGCCAAGGCCGGGCTGTTGGACGACGCCGAGCTCGAAGGCATGCTCGCCGCCCTCACCCAGCTGGACGAGGACGTGGCGAGCGGTGCCTACCTCCCTGCCGAGAGCGATGAGGATGTTCACGGTTCACTTGAGCGTGGCCTGATCGAGCGTGCCGGAACCCAACTGGGCGGCAAGCTCCGCGCCGGCCGTTCGCGCAACGATCAGGTTGCCACCCTCGGCCGCATGTTCCTGCGTGACCACGCCCGGATCATCGCTGGCGGCGTGCTTGCCACCATCGACGCACTGGTTGAGCAGGCAAAAGCCCACCAGGGCGTCGCCATGCCGGGCCGGACACACTTGCAGCACGCGCAGCCGGTGTTGCTGAGCCACCACCTTCTGGCACATGCCTGGGCACTGCTTCGAGACGTGCAGCGCCTCCAGGACTGGGACAAGCGAGCCGGTGTTTCGCCGTACGGTTCGGGTGCTCTGGCCGGTTCGTCCCTGGGCCTGGACCCAGAGGCTGTTGCCGCTGACCTTGGCTTCTTCTCTGCAGTGCATAACTCGATCGATGGCACTGCCTCCCGTGATGTCTTCGCCGAGTTCGCCTGGGTGTGCTCCATGATTGGTGTGGACCTCTCCCGGATCTCCGAGGAAGTCATCTTCTGGGCAACCAAGGAATTCTCCTTCGTGACGCTGCACGATTCGTACTCCACGGGGTCCTCGATCATGCCGCAGAAGAAGAATCCGGACGTCGCCGAGCTCGCACGCGGCAAGGCAGGTCGCCTCATCGGCAACCTGACCGGACTGCTGGCGACGCTCAAAGGCCTGCCGCTCGCGTACAACCGCGATCTGCAAGAGGACAAAGAACCGGTCTTCGACGCCGCGGACACCTTGGAGCTGCTGCTTCCAGCCGTGTCCGGCATGATCGCCACGCTGAAGTTCAACACAGAGCGCATGGAATCGCTGGCCCCTCAGGGCTTCGCGTTGGCCACGGACATTGCTGAGTGGCTGGTCCGGCAGGGCGTTCCGTTCCGTGAAGCCCACGAGTTGTCCGGTGCGGCGGTCAAACAGGCCGAAGGCCGCGGCGTGGAGCTGTGGGACCTGACGGATGAAGAGTACTCAGCGATCTCCGAGCACCTGACTCCCGAGGTCCGCAGCGTTCTGAGCACCGAAGGTTCGCTCAACAGCCGCAACTCGCAGGGCGGAACGGCACCGGCCGCCGTCGAACGCCAGTTGGCTGCCCTTGAAGCGGAACTGGACGCAGCGCGCTCCTACGCGAGCTAG MSPQQGPGTQGSPAERREVGERSGTNEGALWGGRFAGGPADALAALSKSTHFDWRLARYDIAGSKAHARVLAKAGLLDDAELEGMLAALTQLDEDVASGAYLPAESDEDVHGSLERGLIERAGTQLGGKLRAGRSRNDQVATLGRMFLRDHARIIAGGVLATIDALVEQAKAHQGVAMPGRTHLQHAQPVLLSHHLLAHAWALLRDVQRLQDWDKRAGVSPYGSGALAGSSLGLDPEAVAADLGFFSAVHNSIDGTASRDVFAEFAWVCSMIGVDLSRISEEVIFWATKEFSFVTLHDSYSTGSSIMPQKKNPDVAELARGKAGRLIGNLTGLLATLKGLPLAYNRDLQEDKEPVFDAADTLELLLPAVSGMIATLKFNTERMESLAPQGFALATDIAEWLVRQGVPFREAHELSGAAVKQAEGRGVELWDLTDEEYSAISEHLTPEVRSVLSTEGSLNSRNSQGGTAPAAVERQLAALEAELDAARSYAS PGPT0014242_82 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014242-argHA-K14681 NA NA D3-18_02676 1206 argG COG0137 Argininosuccinate synthase GTGACTGAGCGCATTGTTCTGGCCTACTCCGGTGGCCTTGATACTTCCGTAGCCATCGGCTGGATCGGTGAAGCCACCGGCGCCGAGGTCATCGCTGTGGCCGTCGACGTCGGACAGGGCGGCGAGTCGCTGGAGACCATTCGCCAGCGCGCCCTCGGTTGCGGCGCGGTTGAGGCTTACGTGGCCGACGCCCGTGACGAGTTCGCCAACGAGTACGCCATGCCCACCCTGAAGGCCAACGCCCTCTACCAGGGCCACTACCCGCTGGTATCGGCTATCTCCCGTCCAGTCATTGTGAAGCACCTCGTGAAGGCTGCCCGCGAATTCGGTGCCACCACCGTTGCCCACGGCTGCACCGGCAAGGGCAACGACCAGGTCCGTTTCGAAGTTGGCATCCAGACCCTCGGCCCGGACCTGAAGTGCATTGCACCCGTCCGCGACCTCGCCCTGACCCGCGACAAGGCCATCGCCTTCGCCGAGGAAAAGGGTCTGCCGATCGAGACCACCAAGAAGAACCCGTACTCGATCGACCAGAACGTCTGGGGACGCGCCGTCGAGACCGGTTACCTCGAGGACATCTGGAACGCTCCCACCAAGGACATCTACGACTACACCGCCACTCCGGAATTCCCGCCGGCGCCGGATGAGGTCACCATCTCCTTCCAGGCCGGTGTTCCGGTGGCGATCGACGGCGTCAAGGTCACCCCGCTGCAGGCCATCCAGGAACTGAACCGTCGTGCAGGCGCGCAGGGCGTTGGCCGCATCGACGTCGTCGAGGACCGCCTCGTCGGCATCAAGTCCCGTGAAATCTACGAAGCCCCGGGTGCCATGGCGCTGATCACCGCTCACAAGCACCTCGAGGACATCACCATCGAGCGTGAGCAGGCCCGCTTCAAGGCAACTGTTGGCCAGCGCTGGGCAGAGCTGGTCTACGACGGCCAGTGGTTCTCCCCGCTGAAGCGCTCCTTGGACGCTTTCATCGAAGACACGCAGCAGTACGTTTCCGGTGACATCCGCATGGTCCTCCACGGCGGCCAGGCTATCGTCAACGGTCGTCGCTCCGAGACCTCGCTGTACGACTTCGACCTCGCCACCTACGACACCGGCGATACTTTCGACCAGTCCATGGCACGCGGTTTCATCGAGCTGTGGGGCATGTCCTCCAAGGTTGCTTCGGGCCGCGACCTGCGCGTCGCAGGCGAATGA MTERIVLAYSGGLDTSVAIGWIGEATGAEVIAVAVDVGQGGESLETIRQRALGCGAVEAYVADARDEFANEYAMPTLKANALYQGHYPLVSAISRPVIVKHLVKAAREFGATTVAHGCTGKGNDQVRFEVGIQTLGPDLKCIAPVRDLALTRDKAIAFAEEKGLPIETTKKNPYSIDQNVWGRAVETGYLEDIWNAPTKDIYDYTATPEFPPAPDEVTISFQAGVPVAIDGVKVTPLQAIQELNRRAGAQGVGRIDVVEDRLVGIKSREIYEAPGAMALITAHKHLEDITIEREQARFKATVGQRWAELVYDGQWFSPLKRSLDAFIEDTQQYVSGDIRMVLHGGQAIVNGRRSETSLYDFDLATYDTGDTFDQSMARGFIELWGMSSKVASGRDLRVAGE PGPT0020130_3811 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0020130-argG-K01940 NA NA D3-18_02677 537 argR COG1438 Arginine repressor GTGTCCACCAATCCTTCCGTGCCGGGCGCCAGCCCAGCCACAAAGACTGCCCGCCAGGCGCGTATTACCGCGATCCTGACCGGTGAGTCCGTGCGTTCACAAGCAGAGCTTGCAGCCCTGCTGGCGGACGACGGCGTCCAGGTCACCCAGGCCACCCTGTCCCGCGACCTCGTGGAACTGGGTGCGGTACGGGTCCGGGGCAAGGAAGGCGCACTTGTTTACGCTGTCCCGGGGGAGGGTGGGGACCGCAATGCCAAGAGCGGCGTCACCCAGGAAATTTTGGATGCGCGGCTGACGCGGCTTTGCGGCGAACTCCTGGTGACAGCGGAGGCATCGGGCAACATCGTGGTCCTCCGCACCCCGCCGGGAGCAGCCAATTTCCTGGCCTTGGCAGTTGACCACTCCGTGATGCCGTCGGTATTGGGTACGATCGCAGGCGACGACACTTTGCTGCTGGTCGCACGGGATCCCGATGGCGGGGCTGAACTGGCGGCGCGTTTCCTGCGCATGGCCGAAGAAGCCGGGCCTGGCAACTAA MSTNPSVPGASPATKTARQARITAILTGESVRSQAELAALLADDGVQVTQATLSRDLVELGAVRVRGKEGALVYAVPGEGGDRNAKSGVTQEILDARLTRLCGELLVTAEASGNIVVLRTPPGAANFLALAVDHSVMPSVLGTIAGDDTLLLVARDPDGGAELAARFLRMAEEAGPGN PGPT0020105_191 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020105-ahrC-K03402 NA NA D3-18_02678 1008 argF COG0078 Ornithine carbamoyltransferase GTGACTACTACCAACACCACCCGTCACTTCCTCAAGGACACGGACCTGAGCCCCGCCGAGCAAGCTGAGGTTTTGGAACTCGCCGCACGGATGAAGGCAGCGCCGTACAGCGTGCAGCCTTTCGCCGCCGAGGGCAACGGCCGTAAGACGGTGGCCGTGATCTTTGACAAGACCTCCACCCGCACGCGTGTTTCTTTCGCCACCGGCATCGCGGACATGGGCGGCAACGCACTGATCATCAACCCGGGTGAAGCCCAGATCGGCCACAAGGAATCCGTGGAGGATACGGCGAAGGTCCTGGAGCGCATGGTGTCCACCATCGTATGGCGGACAGGTGCCCACTCGGGCCTGGTGGCCATGGCGGAAAACTCCAAGGTCCCCGTCATCAACGCCTTGTGCGACGACTACCACCCCTGCCAGCTCCTGGCCGACCTCCTCGCCGTCAAGGAGCACAAGGGTGAACTCGCCGGCTTGAGCATGGCCTATCTGGGTGACTCCGCCAACAACATGGCCAATTCCTACCTCCTTGCTGGTGTGACGGCCGGAATGCATGTGCGCATTTCCGGTCCCGAAGGCTATCTTCCGGCGCCGGAGATCGTGGCGGCCGCCGAGGAGCGTGCGGCCGAGACAGGCGGCTCAGTGCTCATCACCAGCGATGCTGCAGAAGCCCTCAAGGGCGCCGACGTCGTAGCAACGGACACGTGGGTTTCCATGGGCCAGGAAGCCGAAAAGGAAGCCCGGCTGCAGCTCTTCCGCGACTACTCCGTGGATGAGGCCGCCATGGCGCAGGCCGCGCCGGACGCCGTCGTGCTTCACTGCCTCCCGGCCTACCGCGGCTACGAAATTTCCGCCGGAGTGATCGACGGCCCGCAGTCGATTGTCTGGGACGAGGCGGAGAACCGCCTGCACGCTCAGAAGGCACTGATGGCCTGGCTGATGCACCGCTCCGGGCTTGCTTTCGTGGATGGTCTTTCTCCCGTCGAAGGAACCGGGGAGAGCACGTTCTAG MTTTNTTRHFLKDTDLSPAEQAEVLELAARMKAAPYSVQPFAAEGNGRKTVAVIFDKTSTRTRVSFATGIADMGGNALIINPGEAQIGHKESVEDTAKVLERMVSTIVWRTGAHSGLVAMAENSKVPVINALCDDYHPCQLLADLLAVKEHKGELAGLSMAYLGDSANNMANSYLLAGVTAGMHVRISGPEGYLPAPEIVAAAEERAAETGGSVLITSDAAEALKGADVVATDTWVSMGQEAEKEARLQLFRDYSVDEAAMAQAAPDAVVLHCLPAYRGYEISAGVIDGPQSIVWDEAENRLHAQKALMAWLMHRSGLAFVDGLSPVEGTGESTF PGPT0020080_1124 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 D3-18_02679 1341 argD COG4992 Acetylornithine aminotransferase ATGAGCACCGAACTGAGCCATTCGGCCGAAAGCCGCAGCAGCGATGGGGGGCCGGGTGTGGTCGGGCACCGCGAAGCGGGCGGGGTCCCCATCGCTGCGGGGGCTGCCGCAACCACGCTCGTTTCCCAGAGCTCAGGCGCTGACTGGCTTGCCCGTTACTCGTCGTCCCTCATGGGTGTCTTTGGCACCCCGCAGCGCGTCTTGGTTCGCGGCGCCGGTTGCCTCGTGTGGGACGCCGACGGCAAGGAATACCTGGACCTCCTTGGCGGCATCGCTGTGAACGCCCTGGGCCACGCCCACCCGTTCGTCACGTCAGTGATTTCCAGCCAACTGGCCACGCTCGGGCATGTCTCGAACTTCTTCACGAGCCCCACGCAGATTGCCTTGGCCGAAAAGCTCCTTGCCCTCACGAATGCTCCGACAGGGTCCAAGGTTTTCTTTGCCAACTCCGGTACAGAGGCCAACGAGGCAGCGTTCAAGCTCGCCCGACGGAATAACTCCGATGGAAAGCGCACCAAGATCATCGCTTTGGAGGGCGCCTTCCACGGGCGCACCATGGGCGCTTTAGCGCTCACGGCCAAAGAGGCTTACCGCGCACCGTTCGAGCCACTGCCCGGTGGGGTGGTCCACATCCCGTTCGGTGACGTTGAAGCCTTGCGCTGCGCCGTCGACGATTCCACGGCAGCTGTCTTCCTTGAGCCGATCCAGGGCGAAGCAGGCGTTCGTCCGCTCAGCGCCGAATACCTGCAGGCAGCACGCGAGGTGACCACCGCAGCGGGTGCCTTGTTGATCCTTGATGAAGTACAGACCGGCATCGGCCGGACGGGTAAGTGGCTCGCCAGCGAAGACTCCGGAATTGTTCCCGACGCCGTCACCCTCGCCAAGGGACTCGGCGGCGGTTTTCCTGTGGGTGCCTTGGTCACGTTCGGAAGTACGACGTCGGCCCTGCTCGCCGCCGGGCAGCACGGCACCACTTTCGGTGGGAACCCAGTGGCTACGGCCGCCGCTTTGGCCACGCTGCACGCAATCGAAAGCCAAGGTGTGCTGCAGAACGTGTTCAGTGTCGGCGCCCACCTTCGTGAGGGACTGGCCTCCATCGAGGCTGTCACTGAAGTCCGCGGCGAGGGTCTGTTGATTGGCTTCGATGTGAATGCCGACATCGCACCTGCCATGGTTACCGCAGCTTTGGATGCCGGCTTCATCATCAACAGCCCGGGCCCGAGGACCATCCGCCTTGCGCCGCCGCTGATCCTGACCATCGATCAAGCGGACCGCTTCCTGGATGCATTACCCACCCTGATCGCTACGGCTACAGCCAACACCGCTAAGGACGCACAGTGA MSTELSHSAESRSSDGGPGVVGHREAGGVPIAAGAAATTLVSQSSGADWLARYSSSLMGVFGTPQRVLVRGAGCLVWDADGKEYLDLLGGIAVNALGHAHPFVTSVISSQLATLGHVSNFFTSPTQIALAEKLLALTNAPTGSKVFFANSGTEANEAAFKLARRNNSDGKRTKIIALEGAFHGRTMGALALTAKEAYRAPFEPLPGGVVHIPFGDVEALRCAVDDSTAAVFLEPIQGEAGVRPLSAEYLQAAREVTTAAGALLILDEVQTGIGRTGKWLASEDSGIVPDAVTLAKGLGGGFPVGALVTFGSTTSALLAAGQHGTTFGGNPVATAAALATLHAIESQGVLQNVFSVGAHLREGLASIEAVTEVRGEGLLIGFDVNADIAPAMVTAALDAGFIINSPGPRTIRLAPPLILTIDQADRFLDALPTLIATATANTAKDAQ PGPT0014253_250 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014253-argD|pqqI-K00821 NA NA D3-18_02680 945 argB COG0548 Acetylglutamate kinase ATGACTGCGCACACCCGCGAAACCACCTCCATGAGTGACGCCCAGGACAAGGCCGGCACGCTGATCGAGGCCCTTCCGTGGATCCAGCGTTTTGCCGGTACCACCATGGTGATCAAGTACGGCGGCAACGCTATGGTCAACGACGACCTTCGTCGTGCCTTCGCCGAGGACATTGTGTTCCTCCACCACGTTGGCATCCACCCCGTGGTGGTCCACGGCGGTGGCCCCCAGATCAACTCCATGCTGAGTCGCCTGGGCATCGAGTCCGAGTTCAAGGGCGGCCTGCGCGTCACCACCCCTGAAGCCATGGATGTGGTCCGCATGGTCCTCACGGGCCAGGTTGGACGCGAGCTCGTTGGCCTCATCAACTCCCACGGTCCCTACGCCGTGGGCATGTCGGGCGAAGACGGCGGATTGTTGCGCGCCGTCCGCACAGGCACAGTTGTTGATGGCGAAGATGTGGACCTCGGCCTGGTGGGCGAAGTGGTAGGTGTGGATCCCGCCGGAATCAAGGACATTCTCGACGCCGGCCGCATTCCGGTGATCTCAACGGTCGCCCCGGAAATTCTCGACGACGGCAACGGTTCCGGTCCCACCACCGGACAGGTCCTCAACGTCAACGCGGACACTGCAGCTGCCGCCGTTGCCTCCGCCCTGGGCGCCACCAAGCTGGTCATCCTGACCGACGTCGAAGGTCTCTACGCCAACTGGCCGGACAAGTCGTCGCTGATCTCATCGCTGACCGCATCGGAACTCCGCGAGATGCTACCCAAGCTCGAGTCCGGAATGATCCCGAAGATGGCCGCCTGCCTCAAAGCCATCGACGAAGGTGTGGAACGCGCACACATCGTTGACGGACGCCTCCCGCATTCGATGCTTCTTGAAACTTTCACCACCGCCGGCATCGGCACGCAAGTTGTTCCTGACGAGGAAGTGAACGCATGA MTAHTRETTSMSDAQDKAGTLIEALPWIQRFAGTTMVIKYGGNAMVNDDLRRAFAEDIVFLHHVGIHPVVVHGGGPQINSMLSRLGIESEFKGGLRVTTPEAMDVVRMVLTGQVGRELVGLINSHGPYAVGMSGEDGGLLRAVRTGTVVDGEDVDLGLVGEVVGVDPAGIKDILDAGRIPVISTVAPEILDDGNGSGPTTGQVLNVNADTAAAAVASALGATKLVILTDVEGLYANWPDKSSLISSLTASELREMLPKLESGMIPKMAACLKAIDEGVERAHIVDGRLPHSMLLETFTTAGIGTQVVPDEEVNA PGPT0014249_376 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014249-argB-K00930 NA NA D3-18_02681 1167 argJ COG1364 Arginine biosynthesis bifunctional protein ArgJ GTGACCATTACCGCCCCCAAGGGATTCCGCGCAGCAGGCATCAAAGCCGGTATTAAGGCTTCGGGCAACCCGGACCTGGCCCTTGTAGTCAACGACGGACCGCAAAAGTCCGCCGCCGCCGTCTTTACCTCCAATCGCGTGGCTGCTGCGCCGGTCCACTGGTCACGCCAGGTGGTCAGTGATGGACGAGTGGACGCCGTGGTCCTGAACTCCGGTGGAGCCAACGCCTGCACCGGTCCACAGGGCTTCCAGAACACCCACGCCACAGCCGAGAAAGTGGCAGACGTGCTGGGAGTCTCAGCTTCCGACGTCGTGGTCTGCTCCACCGGCCTGATCGGCGAGCAGCTGCCCATGGACAAGATTCTTCCCGGCGTCGAGGCTGCTTCCCGCGAACTGTCGGAGGACGGCGGCTCCGCTGCGGCCACAGCGATCATGACCACGGACAGCGTGTCCAAGGAAGCCGTCTTCACGGGCACCGACGCCGAAGGCAAGCAGTTCACCGTGGGTGGCATCGCCAAGGGTGCCGGCATGTTGGCGCCGGGCCTGGCAACGATGCTGGTGGTCCTTACTACCGACGCCGAGGTTCCTGCTGATGAGCTCGACGTCGTCCTCCGGGATGCCACGCGCGTCACCTTTGACCGGGCAGACTCGGACGGCTGCATGTCCACCAACGACACCGTGGTGCTGCTGGCATCCGGGGCGTCCGAGGCGTTGCCGTCTGCCGAGCAGTTGAGCGAAGCGGTCACCCAGGTCTGCGCCGAACTGGCACGCAAGCTCATCGGTGACGCCGAGGGCGCCAGTCACGACATCGCCATCCGGACGTTCAACGCAGCCAGCGAACGCGATGCCGAGATCGTTAGCCGCAGTGTTGCCCGCTCCAACCTGTTCAAAGCCGCCATCTTCGGCAAGGACCCTAACTGGGGCCGTGTGCTCTCGGCCGTGGGAACAACTGACGCCGTCTTCGAGGCGGACCAGCTCAACGTCGCAATGAACGGTGTACAGATCTGCCGCAACGGCGCAATCGGCGATGACCGGAACCTGGTGGACCTGGAGCCGCGCGAGGTGCTGGTGGAAATCGACCTGCAGGCCGGCGACGCCGAAGCCACCATTTGGACCAATGACCTCACGCACGATTACGTGCACGAGAACAGCGCATACTCGAGCTGA MTITAPKGFRAAGIKAGIKASGNPDLALVVNDGPQKSAAAVFTSNRVAAAPVHWSRQVVSDGRVDAVVLNSGGANACTGPQGFQNTHATAEKVADVLGVSASDVVVCSTGLIGEQLPMDKILPGVEAASRELSEDGGSAAATAIMTTDSVSKEAVFTGTDAEGKQFTVGGIAKGAGMLAPGLATMLVVLTTDAEVPADELDVVLRDATRVTFDRADSDGCMSTNDTVVLLASGASEALPSAEQLSEAVTQVCAELARKLIGDAEGASHDIAIRTFNAASERDAEIVSRSVARSNLFKAAIFGKDPNWGRVLSAVGTTDAVFEADQLNVAMNGVQICRNGAIGDDRNLVDLEPREVLVEIDLQAGDAEATIWTNDLTHDYVHENSAYSS PGPT0014244_3136 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014244-argJ-K00620 NA NA D3-18_02682 1050 argC COG0002 N-acetyl-gamma-glutamyl-phosphate reductase TTGCTGTACAGTGGAGTCATGACTATTTCTGTTGCCGTCTCCGGTGCCAGCGGCTACGCCGGGGGAGAAGTCCTGCGCTTGCTGGCAGGCCATCCAAACGTCACCATCGGTGCCATCACCGCGCACAGCAACGCCGGTTCCAGACTAGGGGAGTTGCAGCCGCATCTCCACGGTTTGGCCAGTCGGATTCTGGAAGACACCACCGTTGAGAACCTGTCGGGCCATGATGTCGTGTTCCTTGCCCTGCCGCACGGTGCCTCAGCCGAGATCGCTGCGCAGTTGCCTGAAGGCACCGTAGTCATCGACGCCGGTGCTGACCACCGTTTGCAAGACGCCGCGGCGTGGGAAAAGTTCTACGGCTCCGCCCATGCCGGGACCTGGCCCTACGGCCTCCCCGAGCTCCCTGGTCAGCGTGAAGCCCTCAAAGGAGCCACGCGCATCGCGGTTCCCGGGTGCTACCCGACGTCGGCCCTGCTCGCCTTGACGCCAGGGTTCGCCAACAATCTCCTCCTGACAGACGACGTCGTGATTGTCTCCGCGTCGGGGACCTCAGGCGCCGGCAAGGCTGCCAAGGTCAATTTGATTGGCGCTGAAGTCATGGGTTCCATGAGCCCTTACGGCGTCGGAGGCGGACACCGGCACACGCCTGAGATCGAACAGGGACTGTCCAATGCGGCTGGAGAGTCGGTAACAGTCTCCTTCACGCCAACACTGGTTCCGATGAGCCGCGGCATCCTGACCACGGCCACCGCAAAAGTCGGCCACGGTGTTACTTACGCGGAGCTGCGCCAAGCCTGGGCGGATGCCTACGACGACGAACCGTTCGTGCACCTCCTTCCGGAGGGCCAGTGGCCCACCACCAAGTCGGTCCAGGCTTCCAACCACGCAGTAATGCAGTTGGCCTTCGACGCCCACACGGGGCGCGTGATCGTGACCTGCGCTATCGACAACCTCACCAAGGGGACCGCAGGCGGAGCCGTGCAGTCCATGAACATTGCCCTCGGCCTGGATGAAACCGCCGGCCTGAACCTGCAGGGAGTTGCACCGTGA MLYSGVMTISVAVSGASGYAGGEVLRLLAGHPNVTIGAITAHSNAGSRLGELQPHLHGLASRILEDTTVENLSGHDVVFLALPHGASAEIAAQLPEGTVVIDAGADHRLQDAAAWEKFYGSAHAGTWPYGLPELPGQREALKGATRIAVPGCYPTSALLALTPGFANNLLLTDDVVIVSASGTSGAGKAAKVNLIGAEVMGSMSPYGVGGGHRHTPEIEQGLSNAAGESVTVSFTPTLVPMSRGILTTATAKVGHGVTYAELRQAWADAYDDEPFVHLLPEGQWPTTKSVQASNHAVMQLAFDAHTGRVIVTCAIDNLTKGTAGGAVQSMNIALGLDETAGLNLQGVAP PGPT0014251_2003 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014251-argC-K00145 NA NA D3-18_02683 1089 hypothetical protein ATGTCACCCACGTCCACCGCTGAGCGCCCCAAAGCTCGCGCAATTCAACCAAATCCCGTCGTCCAGAGCTACTCAGAGCTCCTCAAGAGCGTCAAGGCAGCCGGACTCCTCGAACGCCGTAGCGGCTTCTACATCTGGGTCTTCGTGGCCTTGGTACTGCTTATGGCCGGCACCTGGCTAGGCTTCGCACTCATAGGCGATTCCTGGTATCAGCTCCTGATCGCTGCGGCCGTGGGCATCCTGTGCACTCAGCTCAGCTTCCTTGCCCACGAGGCAGGTCACAAGCAGATCTTCGCTTCGCGGCGCGCCAACGACTGGTCCGCCCGCCTCCTGGCCACTGGTGTGGCCGGCATCAGCTACTCCTGGTGGGAACAGAAGCACGGAGCCCACCACAACCACCCCAACGTCATCTCCAAGGACCCGGACATCCGGAACAACGCTTTGGTGTTCTACGAAGACGCTGCAGCCGAACGTAAAGGCCGCCTGGCTTTCCTCACCAAGAAGCAGGGCTGGTTCTTCTTCCCGCTCCTGACGCTCCTGGGCTTGAGCTTGCAGTTCGACTCCCTTCGCTTTGTTTTCGGCAAACAGAAAGTACGTCACCGCTGGGTAGAGACGCCCATCCTCGTAGTGAGGCTTGCTGCGCTCCCCGTTCTGGCGTTCACGTTCCTGCCCATCGGAATGGCGTTCGCCTTCCTGGGCGTGCAGATCATGGTTTACGGCTTCTACATGGGTGCCTCGTTCGCCCCGAACCACAAGGGTATGCCGGTACTTCCCAAGGACAGCCGCGTGGACTTCCTCAACCGCCAGATCCTGACCTCGCGCAACATCTCCGGTGGCATCTTCATGGACTTCCTCCTGGGCGGACTCAACCGGCAGGTGGAGCACCACCTGTTCCCGGACATGGCACGCCCGCATTTGTACAAGGCCACCAAGATCGTTCGCGAGTTCTGCGCCAAACACTCCATTCCCTACACCGAAACCACGCTGGTGCAGTCCTACGGCATCGTGGTCAGATACCTCAATGAAGTAGGCCTGGCAGCAGGCCGCGGCTTCGACTGCCCCGTCGCGTCGACGCACGGACGCCGCTAA MSPTSTAERPKARAIQPNPVVQSYSELLKSVKAAGLLERRSGFYIWVFVALVLLMAGTWLGFALIGDSWYQLLIAAAVGILCTQLSFLAHEAGHKQIFASRRANDWSARLLATGVAGISYSWWEQKHGAHHNHPNVISKDPDIRNNALVFYEDAAAERKGRLAFLTKKQGWFFFPLLTLLGLSLQFDSLRFVFGKQKVRHRWVETPILVVRLAALPVLAFTFLPIGMAFAFLGVQIMVYGFYMGASFAPNHKGMPVLPKDSRVDFLNRQILTSRNISGGIFMDFLLGGLNRQVEHHLFPDMARPHLYKATKIVREFCAKHSIPYTETTLVQSYGIVVRYLNEVGLAAGRGFDCPVASTHGRR NA NA NA NA NA D3-18_02684 966 2-haloacrylate reductase ATGACGCACGCCATCGTTGCAAAGCAGTCCGGAGGACCTGAGGTCCTCGAGTACGCATCCGTGGAAACACCGTCGCCTGGCCCCGGCCAGCTGTTGATCAAGGTCGCAGCTGCCGGGGTCAATTTCATTGAGACCTACCAACGCAGCGGCACCTACAAAGTGGACTACCCGTTCACTCCGGGTGCCGAGGCGGCCGGCATCGTGGAAGCCGTCGGAGCGGGGGTCGAGGAATTTTCCGTCGGCGACCGAATTGCCACGGCCGAGGGAACCAAGACCTACGCGGAATACGCCTTGGTTGACGCGAGCAAGGCACTGCCGGTTCCCGCCGGCGTCGATGATCACACCGCCGCGGCCCTGCCCCTCCAGGGAATTACGGCCCACTACCTGATGAATTCATCCTTCCGGGTGGAGCCTGGCCACACCGTTCTCCTGCATGCAGGTGCCGGCGGCGTAGGCCTGCTGCTGACACAACTGCTCAAGGCCCGCGGCGCGCGCGTCATCACCACCGTCTCCTCCGATGAGAAGGCCGACCTCTCCACGCTGGCAGGCGCCGATGAAGTGCTCCGCTACGAGGGCTTCGCTGACAAGGTCCGTGAACTCACCGATGGCGAGGGCGTCAACGTGGTGTACGACGGCGTCGGCAAGGACACGTTCGACGACTCCCTTAAAAGCCTGCGCATCCGGGGTGCCATGGTGCTCTTCGGCGCTGCCTCCGGACCGGTACCGCCCTTCGATCCCCAGCGTTTGAACGCCGCAGGTTCGCTAACGCTGACGAGGCCCACCATGGCGCACTTTGTTCAGAACGCCCAGGAACGCCGGTGGCGCTCAGCGGAGATTTTCGACGCCGCCGCCAACGGCACCCTTGCTGTCCGGGTGGGCGCAACGTATCCCCTCGCGGAAGCCGCCCAGGCTCACAGGGACCTTGAAGGCCGCCGTACAACCGGAAAAGTCCTGCTGGTTCCCTGA MTHAIVAKQSGGPEVLEYASVETPSPGPGQLLIKVAAAGVNFIETYQRSGTYKVDYPFTPGAEAAGIVEAVGAGVEEFSVGDRIATAEGTKTYAEYALVDASKALPVPAGVDDHTAAALPLQGITAHYLMNSSFRVEPGHTVLLHAGAGGVGLLLTQLLKARGARVITTVSSDEKADLSTLAGADEVLRYEGFADKVRELTDGEGVNVVYDGVGKDTFDDSLKSLRIRGAMVLFGAASGPVPPFDPQRLNAAGSLTLTRPTMAHFVQNAQERRWRSAEIFDAAANGTLAVRVGATYPLAEAAQAHRDLEGRRTTGKVLLVP PGPT0013255_8512 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344 NA NA D3-18_02685 3987 dltA D-alanine--D-alanyl carrier protein ligase TTGTTCATCTTTCTGCGGAAAGCTGACATCGTGAGCACAGAACATCCCGCTGGGGCCGGTACGACGCCTGCCCTGATGACGTACCGTCCCCAGCTACCGGGAGGCGCAGCGGCTCCCGCCGAGCGTACTCTCATTGACATCCTGGAAGAGACCGCTTCATCGTTCCCCGAGGCGTCGGCCCTGGATGATGGGCGCAAGTCATTGAGCTACACCGAGTTACTCAAGGCCGTTGGCGCTTTTGCCATGCAGCTGAACAGTGCGGGGCTTGGCCGAGGAGACAAAATCGGCGTCCGGATCCCGTCCGGCACCAATGAGCTCTACATCGCCATACTGGGAATTCTCATGGCTGGCGCTGCCTATGTTCCCGTGGATGCGGACGACCCCGAAGAGCGGGCCCGTCTGGTTTTCGGCGAAGCCAAGGTGGGGGCAGTCATTGCTGCGGGCCTGGACGTCCAGCTCTCCGGCCCGGCAAAGGAAGCTGGCTCAACGCGAACCGTGCCGGGATTGGATGACGACTCGTGGATCATCTTCACCTCCGGATCTACCGGGACTCCCAAAGGCGTTGCAGTCAAACACCGTTCGTCAGCAGCATTCGTCGACGCTGAAGCCCGGATCTTCCTCCAGGCTGAGCCCATCGGCCCACAGGACCGGGTACTTGCCGGCCTTTCCGTGGCCTTCGATGCTTCCTGCGAGGAGATGTGGCTGGCCTGGCGGCACGGAGCCTGCCTGGTACCTGCACCACGGGCCCTTGTTCGAACCGGCATGGACCTCGGTCCCTGGCTCATCAACCACGGCATTACGGTAGTTTCAACCGTGCCCACCCTTGCCGCGCTGTGGCCGGCTGAGGCCTTGGAAAACGTTCGTTTGCTCATCTTCGGCGGCGAAGCATGCCCGCCTGAATTGGCCGAGCGCTTGGCAGTGGACGGTCGTGAAGTGTGGAACACCTACGGTCCCACTGAGGCTACGGTCGTTGCCTGCGCCGCTCCCTTGGGCGGACGCGGCCCCGTACGGATCGGCCTGCCGCTGGACGGTTGGGACCTGGCCGTCGTCGATTCCACCGGGGTTCCAGTCCCCGAAGGTGAGATCGGCGAGCTGATCATCGGCGGCGTAGGACTGGCCCGCTACCTCGATCCCGCGAAGGACGCCGAGAAGTATGCCCCCATGACCACGCTGGGATGGGAACGCGCATACCGTTCGGGCGACTTGGTGCGATACGAAGCAGAGGGCCTGATCTTCATGGGCAGGGCCGATGAGCAGGTCAAGCTGGGTGGACGCCGGATCGAACTGGGCGAAGTAGATGCAGCGCTTCAGTCCTTGCCCGGCATAGCTGGCGCGGCTGCTGCAGTACAGACGACCGCGGCCGGCAACCAAATCCTGGTAGGTTACCTGGCTCCCGTTGACGGTTACGAACCGGACCTGGACGAGGCCCGCACGCTGCTGGGCGAAAGCCTCCCGGCAGCCCTTATCCCCTTGCTGACCACCGTGGATTCCCTCCCCACCAAGACCAGCGGCAAAGTGGATCGTCATGCACTCCCCTGGCCTCTGGCTGGAGCCGGCGCCACCGAGGCCGGCAACGCCCCGCTGAATCTGCCCGATGACGCCCGGTGGGTGGTGGAGCAGTGGGAGTCCGTTCTGGGAAGTCCCGTCAGTTCACTCGACGCCGATTTCTTCGCCTATGGCGGCGGGTCCTTGGCCGCCGCCCAGCTCGTTTCGGCCCTCCGCGTCCGGTACCCCACCGTCACGGTCGCCGATATCTATGCGACGCCCCGCGTTGGGGCGCTGATTGACACTGCAAGGCAGTCAATTCCCGACGGCGGATCGCCGGGGCCCGCTGCTGAGCGGACCGTCCGTCCTACCGCCTTGAAGTCACAAATCTTCCAGGTCCTCATGGGCGTCCCGCTGCACATTCTCGTGGGGATGCGGTGGCTGACTTACCTGATGGCCGCCAACAAACTCCTGGCAGACATCGCCGGATTCGCGGCGGCACCTGTGGTCCCCTGGTGGTGGATCGCAGCGTCGTGGATGGTCTTCGTCAGTCCCTTGGGCCGGATGGCGATCTCCGTGGTGGCGGCAAGGGTGCTGCTCGGCAGGATTGAACCCGGGACATACCCGCGGTCGGGCAAAACCCATCTGCGGCTGTGGCTCGCAGAACAAATTCAGGATCTCTCAGGTGCCATCGGCCTTGCCAGCGCCCCGTTCGTTCCCTACTACGCGCGTGCCCTGGGTGCAAAGATCGGCAAGGACGTCCACCTGCACTCTTTGCCTCCTGTCACGGGCCTGCTGTCTTTGGGTAGCGGCGCAAACATCGAGCCCGAAGTGGACTTATCCGGCTGGTGGGTGGACGGCGATTCAGTCCACATCGGCCAAATCCATGTGGGAGCCGGCGCCGTTGTGGGCGCGCGCAGCACTCTCATGCCCGGAGCGACCATCGGCGCAGGCGCCCACGTCGATGCCGGATCCGCTGTGCTGGGCAAAGTGAAAGCCGGGCACCTCGTGGCCGGCTCCCCCGCGGAACGTCGCGGCAAAGCCAAGCATGAATGGCCGGCAGCAATCAGCCGACGGCCCGTCGTCGACCGGCTTTGGTTCTCCGCCTTTGCCAGCGCATCGGCCCTGCTGGCCCTTATCCCCTACATCTCTGCGTTCGGAGGTGCACTGGTGGTCCTGAATTTCATCCAGGGCCACGAGTCACTCGAAACAGCGCTTCCACAGATCGCCCTGGCCGTTCCGCTTGCGGCCCTGGTGTGGTTCTTCGGCAATCTGGTGCTCATCCTGATCGTTGCGAGGCTTCTCGGTTTGGGCCTGAAAGAGGGCTACTACCGCGTTCGCAGCCGCATCGGCTGGCAAGTCTGGGCCACGGAGCGGCTTCTTGACATGGCTCGAGATCTCCTCTTCCCCGTCTACGCGAGCCTCTTCACGCCGCTCTGGTTGCGGCTTCTCGGGGCCAAAGTCGGCAAGAATGTGGAGGCCTCTACGGTGCTGCTGGTTCCAAAAATGACCACCATAGGCGACGGTGCCTTCCTGGCAGATGACACCATGGTGGCTTCTTACGAGCTGGGCGGTGGCTGGATGAAAATTGCTCCAGCCAAAATCGGGAAGCGCTCTTTCCTTGGCAACTCGGGTATGACGGCCGCCGGACGGAACGTGCCCAAGAATTCCCTTGTCGCGGTTTTGTCGGCCACACCTGCCAAGGCGAAATCCGGCACGTCATGGCTTGGCAGTCCGCCGGTTAGGCTGCGGCGCACCGCCGTCGACGCCGATCAAACACGCACCTTCCGCCCTGCCCTCAAACTGAAGATTGCAAGGGCACTATGGGAACTGTGTCGCCTGATACCGGTCATTCTCACGGTGGCCATCGCCGTGGGCGTGATGCTTGTGCTGGACTGGATCGCGCGCGGATGGGGCTACTGGCTTGCTGCAGTCCTGGGCGGCGTGGTCATGTTGGCAGCAGGAGCTGTGGCGGCGCTCAGCTCCATTGTGGCCAAGTGGGTTCTGGTGGGGACCATCCGCTCGGGCGAACACCCGCTGTGGAGCTCGTTTATTTGGCGCAATGAGGTTGTGGACACCTTCATTGAAATGGTCAGTGCGCCGTGGTTTGCCCGGTCGGCTGCCGGAACACCCGCCCTGGTCTGGTGGTTGCGAGGACTGGGAGCCAGGATCGGACGCGGAACGTGGTGCGAAAGCTATTGGCTCCCCGAAGCCGACCTCGTGACCCTTGGCGAGAACTCCACGGTCAACCGTGGCTGCGTAGTCCAGACGCACCTCTTCCACGACCGCGTCATGAGCCTGGACACCGTGACGCTCGGCAACGGTGCCACGATGGGTCCGCACGGCGTCATCCTCCCCGCGGCGAGGATCGGCGACGGCGGTACGGTTGGGCCGGCGTCGTTGGTCATGCGCGGCGAGACCGTCCCTGCCGGGACGTATTGGATGGGCAATCCGGTGAGCCCGTGGGTGGGCCCGACTGCACAAGCGCCGCGCCTCAAGTAG MFIFLRKADIVSTEHPAGAGTTPALMTYRPQLPGGAAAPAERTLIDILEETASSFPEASALDDGRKSLSYTELLKAVGAFAMQLNSAGLGRGDKIGVRIPSGTNELYIAILGILMAGAAYVPVDADDPEERARLVFGEAKVGAVIAAGLDVQLSGPAKEAGSTRTVPGLDDDSWIIFTSGSTGTPKGVAVKHRSSAAFVDAEARIFLQAEPIGPQDRVLAGLSVAFDASCEEMWLAWRHGACLVPAPRALVRTGMDLGPWLINHGITVVSTVPTLAALWPAEALENVRLLIFGGEACPPELAERLAVDGREVWNTYGPTEATVVACAAPLGGRGPVRIGLPLDGWDLAVVDSTGVPVPEGEIGELIIGGVGLARYLDPAKDAEKYAPMTTLGWERAYRSGDLVRYEAEGLIFMGRADEQVKLGGRRIELGEVDAALQSLPGIAGAAAAVQTTAAGNQILVGYLAPVDGYEPDLDEARTLLGESLPAALIPLLTTVDSLPTKTSGKVDRHALPWPLAGAGATEAGNAPLNLPDDARWVVEQWESVLGSPVSSLDADFFAYGGGSLAAAQLVSALRVRYPTVTVADIYATPRVGALIDTARQSIPDGGSPGPAAERTVRPTALKSQIFQVLMGVPLHILVGMRWLTYLMAANKLLADIAGFAAAPVVPWWWIAASWMVFVSPLGRMAISVVAARVLLGRIEPGTYPRSGKTHLRLWLAEQIQDLSGAIGLASAPFVPYYARALGAKIGKDVHLHSLPPVTGLLSLGSGANIEPEVDLSGWWVDGDSVHIGQIHVGAGAVVGARSTLMPGATIGAGAHVDAGSAVLGKVKAGHLVAGSPAERRGKAKHEWPAAISRRPVVDRLWFSAFASASALLALIPYISAFGGALVVLNFIQGHESLETALPQIALAVPLAALVWFFGNLVLILIVARLLGLGLKEGYYRVRSRIGWQVWATERLLDMARDLLFPVYASLFTPLWLRLLGAKVGKNVEASTVLLVPKMTTIGDGAFLADDTMVASYELGGGWMKIAPAKIGKRSFLGNSGMTAAGRNVPKNSLVAVLSATPAKAKSGTSWLGSPPVRLRRTAVDADQTRTFRPALKLKIARALWELCRLIPVILTVAIAVGVMLVLDWIARGWGYWLAAVLGGVVMLAAGAVAALSSIVAKWVLVGTIRSGEHPLWSSFIWRNEVVDTFIEMVSAPWFARSAAGTPALVWWLRGLGARIGRGTWCESYWLPEADLVTLGENSTVNRGCVVQTHLFHDRVMSLDTVTLGNGATMGPHGVILPAARIGDGGTVGPASLVMRGETVPAGTYWMGNPVSPWVGPTAQAPRLK NA NA NA NA NA D3-18_02686 1344 pepN_3 Aminopeptidase N ATGACCGCACCAATCACAACCCCCCTGACCGAAACCGATCCCTACGCCTTGAACCACGGCAGCAGCAGCTACCGGGTAGACAGGTACGAGTTGGACCTTGACGTCAGGCTGGGCAGCAACAAGCTGATCGGAAAAGCAGTCCTGCGATGCACGGCGCTGGAAGCGGCCTCGCAGATCGTCCTTGACCTGGTGGGCCTGCGGGCAAGCAAGGTTCAGCTGGACGGCAAGAAGCTGCAGAAGTTCAGCCACAGGGCCGAACACCTCGTACTGACGCCGGCATCCCCGATCAAGGCGGGCCAGCAGTTTGCCCTTGAGATCCGCTACGAAGGTAATCCGCAACCGCGCCGGGGCCTTTGGGGCGACGTCGGCTGGGAGGAACTGAACGACGGCGTATTGGTGGCCGGCCAGCCCAACGGTGCGGCGTCCTGGTTCCCCTGCAACGACCATCCCCGGTACAAGTCGACGTTCCGCATCTCGGTGACCACCGACGACAATTACCGGCCAGTGTGCAACGGCAAGCTCCACTCCCACTCCCGCAAGTCCAGCCGGGAAACGTGGGTCTACGAACAGACCGAGCCCATGGCTACCTATCTCGCCACCGTCCAGATCGGGCGCTATATCAAAGTTCCCCTGCACGTAGACTATACCCACCACAGGGTCCCTCAGTTCGTGGCAGTCACACCCGAAATGGCAGCTGACGCCCTCCAAGGCCTGCGCCGACAGCCGGACATGATGCGTACCTTCGAGGACTGCTTCGGCCCCTACCCTTTCGCCGACTACACGTCAGTGGTCACTGAGGATGAGCTGGAAATTCCCCTCGAAGCCCAGACAGTTTCCATCTTCGGCCGAAACCATATGCGTGATACTTGGGATGCTCAGCGATTGATCGCCCACGAGCTTTCCCACCAGTGGTTCGGTAATTCGCTGACGGTGAGCAGCTGGAAGGATATCTGGCTTCACGAAGGCTTCGCTTGCTATGCCGAGTGGTTGTGGTCCGAGGAATCCCGCACCATGACGGTCGCCGCCCGGGCAACGGCTGCCTGGAAGAGGCTCCAAACGGCCCCCCAAGACCTGATGGTGGGCGATCCCGGTCCCGAGCTGATGTTCGATGACCGCGTCTACAAGCGCGGGGCCCTAGCCGTCCATGCAGTGCGCATGGCAGCCGGCGATGAGGGGTTCTTCGGCTTCCTTCAGCAATGGACGGCCACTAACCGTCATGGGTCGGTTTCAACGGAGGCGTTCATTGAGGCCGCGGATTCCTTCATTCCCCGCTTCGATGCCGCAACGATTCTGCGGCCATGGCTCTACGAAACTTCCCTGCCGCCACTGCCTTCTGCGCGCTAA MTAPITTPLTETDPYALNHGSSSYRVDRYELDLDVRLGSNKLIGKAVLRCTALEAASQIVLDLVGLRASKVQLDGKKLQKFSHRAEHLVLTPASPIKAGQQFALEIRYEGNPQPRRGLWGDVGWEELNDGVLVAGQPNGAASWFPCNDHPRYKSTFRISVTTDDNYRPVCNGKLHSHSRKSSRETWVYEQTEPMATYLATVQIGRYIKVPLHVDYTHHRVPQFVAVTPEMAADALQGLRRQPDMMRTFEDCFGPYPFADYTSVVTEDELEIPLEAQTVSIFGRNHMRDTWDAQRLIAHELSHQWFGNSLTVSSWKDIWLHEGFACYAEWLWSEESRTMTVAARATAAWKRLQTAPQDLMVGDPGPELMFDDRVYKRGALAVHAVRMAAGDEGFFGFLQQWTATNRHGSVSTEAFIEAADSFIPRFDAATILRPWLYETSLPPLPSAR NA NA NA NA NA D3-18_02687 627 hypothetical protein ATGGTTGAGCTGTGGAAGCTCGACGACTTGATCGTCCCGGACATCCGCGTCGAAGCCCTCGGCCGACCAGCCCTGGATCGTGCCAGGAGATTCACCAAACCTAAGGATCGGGATGAGTTCGTTGCCGGCCGGCTTGCCGCGCTGAGCTTCGCCGCCTCGCTCCTGGAGGTTGACTCCGCCCGCCTCGTGCCCGACTATCGCTGCCCGCAGTGCGGGCCAGGCCAGGACCACGGTCGCCCGGGTTTCATGCTCGACGGCGGTCCGGCACCTCTGTCGCTCAGTGCTTCCCGGGCGGCGGGCTGGGTGCTGCTGGCCGCCGTCGTGCATCCAGTGGATGGCCTCCGGCTGGGGGTGGATTTGGAAGCGATTGACCAAGCGGCGTTCGAGGGCTTTGATGATGTTGCCTTGAGCGAGAACGAGAAGCGCTTCCTCTCCAGCGTGCCGGAACAGGATCGGACGTGGCAGCGCGCCCGTCTCTGGGCGCGCAAAGAAGCGTGGCTGAAGATGACCGGGGAAGGCTTGCGCCGTAACCCTGCGGAACTGGATGTCCTGGACATCAAGGGTCTACGCGACATCACACCCACGAAACTGCCTGACAGATTGGTTGCCGCTCTGGCCCTTGGTTAG MVELWKLDDLIVPDIRVEALGRPALDRARRFTKPKDRDEFVAGRLAALSFAASLLEVDSARLVPDYRCPQCGPGQDHGRPGFMLDGGPAPLSLSASRAAGWVLLAAVVHPVDGLRLGVDLEAIDQAAFEGFDDVALSENEKRFLSSVPEQDRTWQRARLWARKEAWLKMTGEGLRRNPAELDVLDIKGLRDITPTKLPDRLVAALALG PGPT0008845_2901 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 D3-18_02688 660 hypothetical protein ATGACAAGTCCTAGTCCTGGTCCACGTCCCTTCCCGGTCGCCGGGCCCGTGCATCCCCTCGACTACTGGCTCTCCCCGGAGCTGGCGCGGATCAGCCCGTCTGGAGCCCCTTCCCGCTTACGGCAATTAGCCGATGCCCAGGGCGCCCGAGCTGCAGCTTGGAGCAGCGCGGTCAGCGGCGGCATCCTCATAGTCCTTACGGGTGTCTTCTTCTCAGCGATAACAGGCAACCTGGTAGTCATCTTGACTCTTGGTCCGTTGGGAACCGCTCTGACGGCCTTGGGCCTATTCTCCTGGAAAAGGGTTCGTGCTTCGCTGCCCGATACTAACCGGCTCCTCATTTCGCGCGGCCCTGGTTCTGTTCGAAGCGCCCTTTGGACGGTGGCGCTGATGGCCGCAGTGCAAGGCGGGATCCTGGCCACGGTAATGCCTGGGGCCATTGCCCGGGGTGGTACTTCCGTCATCACCCTCGCCGGTTGTTTCGTCTTAATGGTGGCTCTTTTGGTGGTCTGCATCCTCATACCCTCGGCAGTCATAAGCAGTGCTCGTCAGTCCTTCCGGCAAAAGGTGCAAGAGGATCCTGTTTTCCGGAAGGCAGTCGAGGAGGATCTGGCTACGTGGCGGGACCCGTATGGAAATGCAGGGTATGGTCCGCTCTAG MTSPSPGPRPFPVAGPVHPLDYWLSPELARISPSGAPSRLRQLADAQGARAAAWSSAVSGGILIVLTGVFFSAITGNLVVILTLGPLGTALTALGLFSWKRVRASLPDTNRLLISRGPGSVRSALWTVALMAAVQGGILATVMPGAIARGGTSVITLAGCFVLMVALLVVCILIPSAVISSARQSFRQKVQEDPVFRKAVEEDLATWRDPYGNAGYGPL NA NA NA NA NA D3-18_02689 867 hypothetical protein ATGAAGAAGCAGAACGTTGCTTTGCTTGTCGGGGCTGCAGTAATGGCTTTGACGTCCTCGCTTAGCGGAGCCGCCGTAGCGTCAGAGTCGACGCCACAAGTGGCTGCAGCAGAGGTCCAGCCCGTGTCGCACACCGTCGACCAGTCGCAGGTTTCCGGTTCCCCGGCATCGCCGTTAGCGGACAAATACACCATCGCCGCGCCGTCCAAGGCTGGAGGGGCTTCCACGGACTCTGTCATCGGCGCGGATGGCCGGGTTCGCATCACCAACACCACAGCTGCCCCCAACCGCTCCATCGTGCAGATCGAATTCAATGGTGGATACATTTGCTCCGGAGCCCTGATTTCCGACGACACCGTGTTGACCGCAGGCCATTGTGTGCACGAGGGCGGCACGGGATCGGAAGCCGACTACTCCTGGGGCGTCAAAGTGGCTCCGGGGCGCAACGGATCAACCGACCCCTACGGCACTTGCGGAGCAACAGAGATCTTCACGGACCAGCGCTGGATCGACTCCGCAAACACCAACGCCGACTGGGGTGTCATCAAACTGGACTGCACCATCGGCAACACCACAGGCTGGCTCAACTACACCGGCACCACGGCCAGCCTGAACGGAACCAGCACGACGGTCCGTGGCTACCCGGGGGACAAAGCGTTTGGCACCATGTGGTCCATGACCGGCCCCATTGAGAGCACGACGACTGAAAAGGTCTACTACAAAATGGACACCTACGGCGGCCAGAGTGGAGCCCCCGTCTACAACAGTTCCAACACGATCATGGCCATCCACACCAACGGTGGCAGCTCCAACTCAGGCACGCGCATCACACCCACGCTGGCGAATTACCTGACCTCGGTGAAGTAG MKKQNVALLVGAAVMALTSSLSGAAVASESTPQVAAAEVQPVSHTVDQSQVSGSPASPLADKYTIAAPSKAGGASTDSVIGADGRVRITNTTAAPNRSIVQIEFNGGYICSGALISDDTVLTAGHCVHEGGTGSEADYSWGVKVAPGRNGSTDPYGTCGATEIFTDQRWIDSANTNADWGVIKLDCTIGNTTGWLNYTGTTASLNGTSTTVRGYPGDKAFGTMWSMTGPIESTTTEKVYYKMDTYGGQSGAPVYNSSNTIMAIHTNGGSSNSGTRITPTLANYLTSVK NA NA NA NA NA D3-18_02690 2544 pheT COG0072 Phenylalanine--tRNA ligase beta subunit GTGCGTATCCCACTTTCCTGGCTGCGTGAATTCGCGCAGGTTCCGGCCGATGCTACGGCCGAAGACGTCATGGCTGACCTTGTTAAGGTCGGCTTTGAAGAAGAGGAAGTCCACCGTCCCACGGACGAGCTCACCGGCCCCGTTGTGGTGGGCCAGGTACTGAGCTTGGTCAAGGAACCGCAGACCAATGGCAAGACCATCAACTGGTGCCAGGTTCGCGTTGTTCCGGAAGGCCAGCAGCAGACCCTCACCGGCAAGGGTATCGATCCTTCGGGCGTGCAGGGCATCATCTGCGGTGCGCACAACTTCGTGGAAGGCGACAAAGTTGTTGTCACCCTTCCCGGTGCCGTGCTGCCGGGTAATTTCCAGATCTCCGCACGGAAGACCTACGGTCACCTTTCCGCGGGCATGATCGCTTCGGTCCGTGAGCTCGGCATCGGCGATGACCATGACGGCATCCTGGTGCTCTCACGCATCGGACTGGATCCGGAAATCGGCACGGATGCGATGGAACTGCTGGGTCTCTACGATCAAGCAGCGGAAATCAACGTCACACCGGACCGCGGTTATGCCTTCTCCATCCGTGGTGTGGCACGCGAGTACGCCCACGCCACCGGAACCACCTTCATGGACCCGGCTTCCAAGGTCACGGCTCCGGCCACCCTGCAGGGCGGCTACGGCGTTAAGCTCAACGACGACGCTCCCATTTACGGAAAGCCTGGCTGCGACCGCTTTGTGGCCCGCACAGTTCGTGGCGTGGACGCTTCCCGTCCCACCCCGCCGTGGATGTCCGCGCGACTTCGCTTGGCCGGCGTTCGCTCCATCTCGTTGCCGGTTGATATCTCCAACTACGTCATGCTGGAGCTCGGACAGCCGAACCACTGCTACGACCTCGACAAGCTTGCGGGCGACATCGTGGTGCGTCGCGCAGTGGTGGGGGAGAAGATCACCACCCTGGACGACAAGGAGCGCACGCTCGATGTCGAGGACCTGCTGATCACCGATGACTCCGGCGCCATCGGCATTGCCGGTGTAATGGGCGGTGCCCACACCGAGGTTTCCGACTCCACCACGAACATCCTGGTGGAAGCGGCGCACTTCGATGAGGTGTCAATCGCGCGTTCCCGTCGCCGCCATAAACTGCCGTCCGAAGCCTCCAAGCGCTTCGAGCGTGGCGTGGACTGGCATGTGGCCCACATTGCTGCCCAGCGCGTAGTGGATTTGTTGGTCGAGCTCGCCGGTGGCACGGCAGACGAGGCCGGGACCGACGTCGGAACCGCGCCTGACGCCGTGACTATCGACTTGCCTGCTGAGTTCGCTGCCGCCCGTATCGGCATTGACTTCACGGAAGAGCAGATCACCACTTCGCTTAAGGACCTTGGCGCGGCGGTGGAGAAGACATCCAGCGGTTACCGGGTTACTGCTCCGAGCTGGCGCAACGATCTCGAAACCAAGGAAGACCTGTCGGAGGAAATCGCCCGGCTTGTCGGCTACGACAACATTCCTGCCACTCTTCCGGTTGCGCCTCCGGGTCGTGGGCTCAGCCGAAGCCAGCAGCAGAAGCGCCGGGTTGTCCAGGCGCTGGCGGATGCGGGGCTCACCGAGGTGTTGTCCTACCCGTTCGTCTCCAAAGCCGCCAATGACACTTTCGGTGTTCCCGCTGAAGGTGGCGCACGTCCGGCCCTGAAGCTGGCGAACCCCATCAGCGAGGAACACGGATTCCTCCGTACGTCCATCCTGCCGGGCCTGATTGAGGTTGCCCGCCGCAATCACTCCCGTGGCTTCCGCGATCTGGCTCTCTATGAGGCCGGTTCGGTCTTCCTTCCGGGCGAGACGGTGGGGACGGATTCCATCCCGCCGCTGGGCGTCAAGCCTGCTGACGAGGTATTGGATGCACTGTACGACGGCGTCCCGCACCAGCCGCTGCACATCGCCGCTGTTATGACCGGCCACGATTCTCCGGCCGCTGCTACGCATAGCCCGCGTGCTTGGGACTGGGCTGACGCCCTGGATGTGGCACGCCTCATGGCGGATGTCCTGGGTGTGGAACTGGTTGTTAGCCAGGGTAGCCACCAGGCGTTCCACCCGGGACGCGCGGCTCAGCTTGCGCTGCGCAACGGCGACGTTGTGGGTTACGCCGGGGAACTTCACCCGAAGCTCCTTGCTGCCCACGATATGCCTGCGCGTTCTGTAGCTGTTGAGGTCAACGTGGAAGCGTTGTTTGAGGCGGCCGCTGACGTGATCGTGGCCAAGCACATCTCCGGGTACCCCGTGGCGACACAGGACGTTGCCCTTGTTGTCCCGCAGGACATTCCGGCAGATCAGGTACTGGCTGCCCTCCGCGAAGGAGCAGGAGTACTTCTTGAGGATGTCTCGTTGTTCGACGTCTATGTTGGTCCGGGCATTGAGGACGGCAAGAAATCGCTGGCTTTCGGCCTGCGCTTCCGTGCAGACGACCGCACACTGACGGCTGACGAGGCTTCCGAAGCCCGCGCAGCGGCTGTGGCCGTGGCGACTGAGCGCTTCGGCGCAGTCCAGCGCTGA MRIPLSWLREFAQVPADATAEDVMADLVKVGFEEEEVHRPTDELTGPVVVGQVLSLVKEPQTNGKTINWCQVRVVPEGQQQTLTGKGIDPSGVQGIICGAHNFVEGDKVVVTLPGAVLPGNFQISARKTYGHLSAGMIASVRELGIGDDHDGILVLSRIGLDPEIGTDAMELLGLYDQAAEINVTPDRGYAFSIRGVAREYAHATGTTFMDPASKVTAPATLQGGYGVKLNDDAPIYGKPGCDRFVARTVRGVDASRPTPPWMSARLRLAGVRSISLPVDISNYVMLELGQPNHCYDLDKLAGDIVVRRAVVGEKITTLDDKERTLDVEDLLITDDSGAIGIAGVMGGAHTEVSDSTTNILVEAAHFDEVSIARSRRRHKLPSEASKRFERGVDWHVAHIAAQRVVDLLVELAGGTADEAGTDVGTAPDAVTIDLPAEFAAARIGIDFTEEQITTSLKDLGAAVEKTSSGYRVTAPSWRNDLETKEDLSEEIARLVGYDNIPATLPVAPPGRGLSRSQQQKRRVVQALADAGLTEVLSYPFVSKAANDTFGVPAEGGARPALKLANPISEEHGFLRTSILPGLIEVARRNHSRGFRDLALYEAGSVFLPGETVGTDSIPPLGVKPADEVLDALYDGVPHQPLHIAAVMTGHDSPAAATHSPRAWDWADALDVARLMADVLGVELVVSQGSHQAFHPGRAAQLALRNGDVVGYAGELHPKLLAAHDMPARSVAVEVNVEALFEAAADVIVAKHISGYPVATQDVALVVPQDIPADQVLAALREGAGVLLEDVSLFDVYVGPGIEDGKKSLAFGLRFRADDRTLTADEASEARAAAVAVATERFGAVQR NA NA NA NA NA D3-18_02691 1062 pheS COG0016 Phenylalanine--tRNA ligase alpha subunit ATGACTGACACTTTGCCAGGCGCTGCCATCCCGAATCCGCTGGATGAAGCCGCCATTACCGCCGCCGTCGAGGACGCCATTGCCGCCATTTCGGCTGCTTCGTCCCTCGAAGAACTCAAGGCTGTCCGCCTCGCCCACACCGGCGAGAAGTCGCCGCTGAGCCTGGCCAACCGTGAAATCGGTGGCCTGGCCAAGGAGCACAAAGCTGCCGCGGGCAAGCTCATGGGTTCCTCCCGTGGTCGGGTCAACAAGGCGCTCGCAGCCCGGACCGAAGTTCTCGAGGCCGAGAATGACGCCCGCATCCTGGCGGAAGAGACCGTTGATGTGACGGCCGCTCCGCGTCGTCGTCGCGCCGGTGCCCGCCACCCGCTGTCCACGTTGCAGGACCGTGTCTCGGACATCTTTGTTGGCATGGGCTGGGAAATCGCCGAAGGTCCCGAGGTGGAGTCCGAGTGGTTCAACTTCGATGCCCTCAACTTCAAGCCGGATCACCCGGCACGCGAAATGCAGGACACGTTCTTCGTGGAGCCGCCCGAAGCGCACCTGCTCATGCGGACGCACACGTCCCCGGTTCAGGTCCGTTCCATGTTGGAACGCGAAGTGCCCATCTATGTGCTGTGCCCCGGCAAGGTCTTCCGCACGGACGAACTGGACGCTACGCACACCCCTGTCTTCCACCAGTTCGAGGGACTGGCGATCGACAAGGACCTGAGCATGGCGGACCTCCGTGGCACGTTGGAGCACTTCGCCCGCCAGATGTTCGGCGACGAAGCTTCCATTCGCCTGCGCCCCAACTACTTCCCGTTCACGGAGCCTTCCGCTGAGCTGGATATCTGGCACCCGGGTGCCAAGGGTGGACCCCGTTGGATTGAGTGGGGCGGCTGCGGCATGGTCAATCCCAACGTCCTCCGGGCAGCCGGTATCGATCCGGATATCTATTCAGGTTTTGCTTTCGGTATGGGCATTGAGCGCACGCTTATGTTCCGCAACGAGGTTGGCGACATGCGCGACATGATCGAAGGCGACGTACGTTTCAGCGAGCACTTCGGGATGGAGATCTAA MTDTLPGAAIPNPLDEAAITAAVEDAIAAISAASSLEELKAVRLAHTGEKSPLSLANREIGGLAKEHKAAAGKLMGSSRGRVNKALAARTEVLEAENDARILAEETVDVTAAPRRRRAGARHPLSTLQDRVSDIFVGMGWEIAEGPEVESEWFNFDALNFKPDHPAREMQDTFFVEPPEAHLLMRTHTSPVQVRSMLEREVPIYVLCPGKVFRTDELDATHTPVFHQFEGLAIDKDLSMADLRGTLEHFARQMFGDEASIRLRPNYFPFTEPSAELDIWHPGAKGGPRWIEWGGCGMVNPNVLRAAGIDPDIYSGFAFGMGIERTLMFRNEVGDMRDMIEGDVRFSEHFGMEI NA NA NA NA NA D3-18_02692 903 hypothetical protein ATGAACGCGAAACGCGCCTTGGGCGTAGTCGGTGTACTGATCGCACTCATGTTGGCATTGACGGGTTGCGTCAAGCTCAACATGTCCGTGAAGGTCAACAACGAAAAGAGCGTGGACTACGAGGTTGTCTACGCCATCCAAAAATCCGTGCTGGGCGAAAAGTCCTTCGACGAATTCATGGAGTCGAACGGTAGCGGCAGCCAGCAGATGGACATCCCCGACGGCGCCACCGTGGTGGACTACGAGGACGAGAAGTACAAAGGCAAGCGGATCACGGCCGCCAACTTGGACCCTGCCAAGCTCGCGGAATCGTCCAGCTCCGAGAGCCCCTTCGAGCTGAAGAAGGAAGGGGACTTCTACGTCATCTCGATGGGCGGAGTGACCGGTGCTGAAAGCGGTGACGCATCGTCATCGGCCATGGCAAAGTCAATGTTCGACGAAGCCTCCGTCAAGTTCACCTTCCCTGGCAAGGTGGTGGAAGCCACGGGCGCAACTGTCGATGGCAATACGGCCACCTTCGACATGCTCTCTGTCAACGAGTCAGTTGTCCAAGCCAAGGCGGAGGCAAATGCAGGAATCCCGATGTGGATCATCTGGATCCTCGTTACAGTCCTCGTCGTTGCTGCCGCCCTGATTTTGCTGTTTGTCCTGTTGCGCAAGAGGGCAGCCAGGCAGGCGCCGGCGCTCGCAGGTGCTACTCCTTATGGCCAGCCGGGTTACGCGCCCCAGCAGGGGCAGGCAGGTTACGCTCCTCAACAGCAGCAGGCATACGACCCGCAGCAACCCTACGCACCGCAGCAGCCGCCCTACTCGCCGCAGCCCCCGGTTCAGCAGCCGGGGCAGACGCACGACGACGGCCAGTTGCCGCCGCCGCCATCGGCACCGCCCGCTTCGGGCGCCTAG MNAKRALGVVGVLIALMLALTGCVKLNMSVKVNNEKSVDYEVVYAIQKSVLGEKSFDEFMESNGSGSQQMDIPDGATVVDYEDEKYKGKRITAANLDPAKLAESSSSESPFELKKEGDFYVISMGGVTGAESGDASSSAMAKSMFDEASVKFTFPGKVVEATGATVDGNTATFDMLSVNESVVQAKAEANAGIPMWIIWILVTVLVVAAALILLFVLLRKRAARQAPALAGATPYGQPGYAPQQGQAGYAPQQQQAYDPQQPYAPQQPPYSPQPPVQQPGQTHDDGQLPPPPSAPPASGA NA NA NA NA NA D3-18_02693 447 hypothetical protein ATGACTCCGGCGCAACGCTTGCGGCAGATCGCAAATGTCCTGAACCTGTCCACCCCGTTGGGGCTGGCGGTAGCAGCCGTGTCCCGTTCCACCGTTTCCCATGGCCCGCGGGGACTTCTGATCGCTGCCGGGTACAACTGGAAGCTCCCCCACGCAGGTGCGTTTACGGTGGGGAACGTAGTCCTGTACCGGGCGCCGCATGGTGTGGCCGGAACCAACACTGTGCTCCTGGGGCATGAGGAGCGGCACAGCACTCAATACGCGTACTGCCTGGGGCTTCCTTTCCTTGCCCTCTACGGCGTTGCCGCCGGCTGGTCCATGCTTCGCAGCGGGAACCCGGCGTCGCGGAATTTCTTCGAACGGCAGGCCGGCCTCGTGGCCGGCGGCTACATGGACAACCATCACCGCCGGCAGGACGGCCCTGCAGGCAAGGGAATCGAGGCCTGA MTPAQRLRQIANVLNLSTPLGLAVAAVSRSTVSHGPRGLLIAAGYNWKLPHAGAFTVGNVVLYRAPHGVAGTNTVLLGHEERHSTQYAYCLGLPFLALYGVAAGWSMLRSGNPASRNFFERQAGLVAGGYMDNHHRRQDGPAGKGIEA NA NA NA NA NA D3-18_02694 630 COG2968 26 kDa periplasmic immunogenic protein ATGAACCGAACCATTACTGTTACCGGGACCGCGAGCGCAAAAGCCGTCCCCGATCTGGTGACATTGACGCTTGGCGTGGAGACGCGTCGGGAGACTGCCGCGAAGGCCTATGACGACGCCGGCAAAGCGGCCAACGCTGTCGCAGCCAGTTTGCGCGCAACGGGTGTTTCCGACGTAGACCTTCGAACCAGTGGATTGAACCTTCGTGCCGATCTGGTCTGGGTGGAAGGGCAAGGGCAGAAGGTGACTGCGTACGTGGCGTCCACGAACCTGCAGGTGGGAATCCGTTCCCAGGCGGACGCTCCCGCTGCTATCGCCGCGGCTGTTGCGGCTGGCGGAGACGACATACGGATCAACGGGATCGAACAAGGATTTGCGGATGCCTCCTCGGTCACAGCCCAGGCTCAGGAGGCTGCGTGGCAGGACGCTGTGGCCCGGGCCGAACAGTACGCTTCGCTGGCATCTGCGCGGCTTGGGCAGGTGGTGTCCATATCCCAGGAGCCCCTGCACGGCGGACCCGTACCCCTGGGTGGAATGGTGAGGGCATCCTTCACTGCGGAAGCGATGCCGGTGGAAGCTGGAGAGTCCTCCGTCTCGGCCAGCATCAAGGTGGAATGGGAACTGGTTTAG MNRTITVTGTASAKAVPDLVTLTLGVETRRETAAKAYDDAGKAANAVAASLRATGVSDVDLRTSGLNLRADLVWVEGQGQKVTAYVASTNLQVGIRSQADAPAAIAAAVAAGGDDIRINGIEQGFADASSVTAQAQEAAWQDAVARAEQYASLASARLGQVVSISQEPLHGGPVPLGGMVRASFTAEAMPVEAGESSVSASIKVEWELV PGPT0012980_2442 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING NITROSATIVE|OXIDATIVE_STRESS|ROS_REGULATORY_PROTEINS,PGPT0012980-yggE-K09807 NA NA D3-18_02695 642 pcp COG2039 Pyrrolidone-carboxylate peptidase ATGATTCTGCTGACTGGATTCGAACCCTTTGGCGAGGACGATGTGAATCCTTCATGGCTTGCAGCGCGGCGGGCGGCAGAGTTGCTCGGCTCAGAAGGCATCGCCGTTGAAGCCGTGCAACTGCCGTGCGTCTTTGGTCAGTCGGGGACAGTCCTCACCGACGCCATAACCAGCCTGAACCCGGACGTAGTTCTCTGTGCCGGCCTGGCGGGAGGCCGTGGGCGCATCTCCTTGGAACGCGTCGCCATCAATTGCGATGACGCCCGGATGCCGGACAACAAGGGCCAGCGCCCTATCGATGAGGAAGTCATCCGTGGCGGGCCTGCAGCATACTTTTCAAGCCTGCCCATTAAGGCCGCGCTGAGAGCCCTCCAGGTCGCGGGAATCAAGGGAGAAGTCTCACAGTCTGCGGGGACCTACGTCTGCAACCACGTTTTCTATGCCTTGATGCATAGCATCGCATCGAAGCCGGATATTCGTGGAGGGTTCGTCCATGTTCCCTATTCGCCGGAACAGTTGCCGGAAGGCAGCCCAACTCCGTCCATGCCTTTGGAATCGATGGCGGAGGGTCTTGCCGTCATTGTCCGGACGACGCTGCGCACACAGGCGGACGTGAAAATGTCAGCCGGAGCCATCCGCTAA MILLTGFEPFGEDDVNPSWLAARRAAELLGSEGIAVEAVQLPCVFGQSGTVLTDAITSLNPDVVLCAGLAGGRGRISLERVAINCDDARMPDNKGQRPIDEEVIRGGPAAYFSSLPIKAALRALQVAGIKGEVSQSAGTYVCNHVFYALMHSIASKPDIRGGFVHVPYSPEQLPEGSPTPSMPLESMAEGLAVIVRTTLRTQADVKMSAGAIR NA NA NA NA NA D3-18_02696 1092 hypothetical protein ATGAGATGGGACGCACAAGCACTTTCACCTACACGTGGACCGGCGTCAGAAACCAGTGGTGTCGATGCTCCTGGCCCTGCCCCGGCCTTGGACGCCTTGTTGCCACTTGCCGGGCTTGTGCGTTCCATCTCGACACCCGAATTCTCCGGAGTCACCTTCCATGAGGTCACCGCAAAGTCAGTGCTCAACAAGGTGCCTTCCGGTTCCAACATGCCCTTTGAGTGGACGGTGAACCCGTATCGCGGCTGCAGCCATGCCTGCGTGTACTGTTTCGCCCGCAAGAGCCACACGTATTTGGAGTTCGACGCCGGGCGGGACTTCGATTCGCAGGTGGTGGTCAAGATCAATGCCGCTGAAATCCTCCGCAAGGAACTGGCCAAGCCTTCTTGGGAACGGCCCCAAGTCGCCCTTGGCACCAACACGGATCCCTATCAACGTGCAGAGGGCCGCTACATGCTCATGCCCGGCATCATCCGGGCCCTCGCAGATTCCGGCACTCCTTTCTCCATCTTGACCAAGGGCACGCTGCTGGCAAGGGACATTCCCCTCCTCAAGCACGCCGCCACCCAAGTCCCCGTGGACCTGGGCATCTCGCTTGCCATGACCAACCAGGACCTCGCGGAGCTCATTGAGCCCGGCACTCCTTCACCCAAGGCCCGGCTCAAGCTCATCGCCCGGCTCCGCGAGGCCGGCCTGGGGTGCGGCGTCATGGCCATGCCCATCCTGCCTTGGCTCACGGACTCGGACGAAGCCCTCGATTCCCTCTTCGCGGAACTGACAAAAGCTGGCGCCACAGGAGTCACCGCCGGCGCCCTGTACCTTAAGCCCGGAACCCGTGAGTGGTACATGAAATGGCTGGCAACCGAACACCCGGAGTTGGTGGGCAAGTACCGGCGACTCTATGGACAAGGCTCCTATGCTTCCAAGGAGTACCGTGCGTGGCTCACCGGCAGGATCACCTACTTCAAGGCGAAGTACGGCTTCACCGGAACATCCGGATTCAGCCACCGGAATGCTCGCGCTGCCACTGGTTCGGCGGCCGCCACGGTGCAGGCCTCCGCTACCCTTCCTGGGCAACAGACGCTCTTCTAG MRWDAQALSPTRGPASETSGVDAPGPAPALDALLPLAGLVRSISTPEFSGVTFHEVTAKSVLNKVPSGSNMPFEWTVNPYRGCSHACVYCFARKSHTYLEFDAGRDFDSQVVVKINAAEILRKELAKPSWERPQVALGTNTDPYQRAEGRYMLMPGIIRALADSGTPFSILTKGTLLARDIPLLKHAATQVPVDLGISLAMTNQDLAELIEPGTPSPKARLKLIARLREAGLGCGVMAMPILPWLTDSDEALDSLFAELTKAGATGVTAGALYLKPGTREWYMKWLATEHPELVGKYRRLYGQGSYASKEYRAWLTGRITYFKAKYGFTGTSGFSHRNARAATGSAAATVQASATLPGQQTLF NA NA NA NA NA D3-18_02697 435 mutT2 COG0494 Putative 8-oxo-dGTP diphosphatase 2 GTGACTGCACTGATTAATGTCGTGGGCGCCGCCGTCGTCGACTCCTTGGAAGCCCCTACCCGCCTTCTGGTTGCGCGCCGCACTGCACCGCCCCAGTTTGCGGGTATGTGGGAATTTCCGGGCGGCAAGGTGGAGGCCGGTGAGGCCGCGGAGGCTGCCCTGCACCGTGAACTCGCGGAAGAACTGGGCATTGAAGTTCGGCTCGGACCGGAGCTGGACTCGGGCAACATCGCTGGGTGGACGCTCAATGACCGCGCCTCAATGCGTGTGTGGTTCGCCGAACTGACGGCGGGAGAGCCGAGGCCGCTGGAGGATCACGACGAATTGCGTTGGGTGTCGTTGGCCGACCGTGACGAGGCTCTCAGCCTTCCGTGGATTCCGGCAGACCTTCCAATAGTCCGGGCGTTGCTTAGCCGGGTAGTCGCTCCCGCGTGA MTALINVVGAAVVDSLEAPTRLLVARRTAPPQFAGMWEFPGGKVEAGEAAEAALHRELAEELGIEVRLGPELDSGNIAGWTLNDRASMRVWFAELTAGEPRPLEDHDELRWVSLADRDEALSLPWIPADLPIVRALLSRVVAPA PGPT0021430_104 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021430-nudG-K08320 NA NA D3-18_02698 1209 ydhP_2 COG2814 Inner membrane transport protein YdhP ATGACTACCACCGTGTCCACCCCCGCCACCGCCAACGCAGCAAGGAAACACCTTGGCTTGGCCATCCTGGCTTTGGCCATGGGCGGGTTCGCCATCGGTACCACCGAATTCGCCATGATGGGCCTGCTGAAGGAAATCGAGGAAGGGCTGGGCATCAGCACGCCCGAAGCCGGCAACCTCATCTCGGTTTACGCCTTGGGCGTCGTTATCGGTGCTCCCCTCTTCGCTGCGTTCGGTGCAAAGCTTCCCCGAAAGCACCTGGCGTTGGGGCTCATGCTGTTCCTGTCCTTGGCGAACCTGACGTCCTTCATTGCACCGGATTACGGCTTCATGCTGCTTTCGCGCTTTGCTTCCGGCCTTCCCCACGGAGCTTTTTTCGGAGTAGCAGCCGTCATCGCAGCCGGACTGGTAGCGCCTACCAAGAGGGGCTGGGCAATCTCCATGGTGATGGCAGGACTTACGGTCTCCAACGTCATCGGGGTTCCTTTGGCCACGTGGGTTGGGCAGACCTTCGGGTGGCGGCTCCTCTTCGTCATTGTGGGGGCCATCGGGTTGCTTACCGTCACCATGGTGTGGAAGTTCGTCCCCTTCGAGGCGGCCCACCCCGAGGCCAGCATCCGACGCGAACTTGGAGCCCTCAAACGCCTCCAGGTTTGGCTGGCGCTCCTGATCGGCATCATTGGGTTTGGTGGCTTCTTCGCCGTTTACACCTACATTGCACACACCATGACCTCGGTGGCGGGCATACCGGAGAACCTGATCCCGGCCGTTGTGGCCCTCTACGGACTGGGCATGGTGGTGGGAAACATCTTCGGTGGACGCCTTGCCGACAAGTCCGTAATGGGCACCATCTACTGGGTGATGCCGGGTATCGCCGTGGCCCTGGTGGTCTACGCCATTGCTGCGCACTGGGCCTGGGCTGCCTTCATCATGGCGTTCGTGGTGGGCGGTGTGGGCTCCATGCTCACTCCAGCTCTGCAAACCCGCCTCCTGGACGCTGCACCGGGCGCTGCATCGCTGGCATCCTCACTGAACCACTCCGCCCTCAACATCGCCAACGCCCTTGGCGCCTTCCTGGGCGGCACTGTTATTGCCTGGGGTTGGGGATATGTGGCTCCCGCGTTGGTTGGCGCAGTCCTTGCCATCCTGGGCCTCGGAGTGGCCCTAGTCAGTGGCCTGATGGAGCGGAAAAAGCCGCTGGCTTCCTGA MTTTVSTPATANAARKHLGLAILALAMGGFAIGTTEFAMMGLLKEIEEGLGISTPEAGNLISVYALGVVIGAPLFAAFGAKLPRKHLALGLMLFLSLANLTSFIAPDYGFMLLSRFASGLPHGAFFGVAAVIAAGLVAPTKRGWAISMVMAGLTVSNVIGVPLATWVGQTFGWRLLFVIVGAIGLLTVTMVWKFVPFEAAHPEASIRRELGALKRLQVWLALLIGIIGFGGFFAVYTYIAHTMTSVAGIPENLIPAVVALYGLGMVVGNIFGGRLADKSVMGTIYWVMPGIAVALVVYAIAAHWAWAAFIMAFVVGGVGSMLTPALQTRLLDAAPGAASLASSLNHSALNIANALGAFLGGTVIAWGWGYVAPALVGAVLAILGLGVALVSGLMERKKPLAS PGPT0028991_67 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 D3-18_02699 927 zitB Zinc transporter ZitB GTGGCTGCAGGTGGCGGTACCAAAGCGATTGTGGCGGCTCTGGCCGCCAATCTGACTATCGCCGTATTGAAGTTCATTGCATTCTTCCTGACGGCGTCATCGTCCATGCTGGCTGAAGCCATCCACTCCGTGGCGGACTCCGGAAACCAGATCCTGCTGCTTGTGGGCGGTAAGCGGGCCAAGCGGGCCGCCAGCCCGGAGCATCCGTTCGGCTATGGCCGTGAGCGGTACATCTACGCGTTCATCGTCTCCATCGTGCTGTTCAGCGTGGGTGGCCTCTTTGCCCTGTACGAGGCCTGGGAGAAGTTCCAGCACCCACACGGTATCGAGGGAGCTTTTTGGTGGGTCCCGTTGGCTGTCCTGGTTGGTGCCATCATTGCTGAGTCGTTCTCGTTCCGCACCGCCATCATTGAATCGAACCACATCCGCGGCAAACAGTCCTGGGTAAAGTTTGTCCGCAACGCCAAGCAGCCGGAATTGCCAGTGATCCTGCTGGAGGACTTTGGCGCTTTGCTTGGCCTGATCTTCGCGCTCTTCGGTGTGGGCATGACGCTGGTTACCGGTGACGGGGTCTGGGATGCACTCGGTACAGCGATGATTGGCCTCCTGCTGGTGGCCATTGCAGTGGTCCTGGCCCTGGAGACCAAGTCCTTGCTGCTGGGGGAGTCTGCCACCAAGGAAGATGTCCAGCACATCACGGAGGCTTTGGAAGCTGACGGCACCCGCATCATCCACCTCAAAACCCTGCACCTGGGTCCGGAAGAGCTGCTGGTAGCTGCGAAGATCTCCATGGACGCCTCTGAGACTGGCGAAGAGATTGCCAGAGGGATCGACGCCGCCGAGCAGCGTATTCGTGCGGCCGTCCCGATTGCGCGGGTCATCTACCTCGAACCCGATATAGAGCGCGTCCAGGCGCCGCAGGGTTAG MAAGGGTKAIVAALAANLTIAVLKFIAFFLTASSSMLAEAIHSVADSGNQILLLVGGKRAKRAASPEHPFGYGRERYIYAFIVSIVLFSVGGLFALYEAWEKFQHPHGIEGAFWWVPLAVLVGAIIAESFSFRTAIIESNHIRGKQSWVKFVRNAKQPELPVILLEDFGALLGLIFALFGVGMTLVTGDGVWDALGTAMIGLLLVAIAVVLALETKSLLLGESATKEDVQHITEALEADGTRIIHLKTLHLGPEELLVAAKISMDASETGEEIARGIDAAEQRIRAAVPIARVIYLEPDIERVQAPQG NA NA NA NA NA D3-18_02700 912 rlmB_2 23S rRNA (guanosine-2'-O-)-methyltransferase RlmB ATGAACGAAACCGGGCGCCCGCAAGACTTTCCGATGACCAACCCCCGAGCTGATCGGGTGAGGGACGTCGCCAAGCTTGCCGGGCGCCCGGCGCGTTTAAAACGTGGACGTTTCCTTGCTGAGGGTCCGCAAGCGGTGCGTGAGGCTTTGACCCTGCACCGTGAACGCACAGCGGCCGGAGGTCCCGCCGTCGTGCATGAAGTTTTTGCCAGCGAAGCGTGCCTCGAGCGCCTCCCTGAGCTTGCCGACCTGGCGCAGGAAACCCAGCTCCGGCTTGCAAGTGACGAAGTCCTTGCCGCCATGGCGGATACCGTCAATCCGCAGGGGATCGTGGCTGTGTGTAGTTTTGTGGATGTCAGCCTGGAGTCAGTGCTCGACGCCGGTCCGCGCCTCATCGCGGTCATGTGCCAGGTGCGCGACCCCGGTAACGCCGGGACTGTTCTCCGCGCAGCGGATGCTGCCGGCGCCGACGCGGTTGTCCTTACTGGTTCGAGCGTGGACATCTACAACCCCAAGGCTGTCCGTTCGACAGCCGGCTCACTCTTCCACCTGCCGGTTGTGCTGGGTGCCGATGTTGAGGAGTTGGTGGCGCACTGTCGGGATCGCGGTATTGGTGTCTTGGCTGCGGACGGCTATGGAACCGTCAACCTGGACAAACTGCAGGACGAGAATGCGGCGAGGCGACTTGGGAATGCATCTGTAGTGTCGGACTATGCGCTGGAGTCACCTACGGCCTGGCTGTTCGGCAACGAAGCACAGGGTTTGTCGGAGGCGGAGCTTGCACTGGCTGATCACCGCGTGGCCGTTCCGGTCTATGGGGCAGCTGAAAGCCTGAACCTGGGTACCGCCGCCACGGTGTGTCTTTACGCCAGCGCGCGTTCCCAGCAGGGCGCCCGACTGGAGAATGTGTAA MNETGRPQDFPMTNPRADRVRDVAKLAGRPARLKRGRFLAEGPQAVREALTLHRERTAAGGPAVVHEVFASEACLERLPELADLAQETQLRLASDEVLAAMADTVNPQGIVAVCSFVDVSLESVLDAGPRLIAVMCQVRDPGNAGTVLRAADAAGADAVVLTGSSVDIYNPKAVRSTAGSLFHLPVVLGADVEELVAHCRDRGIGVLAADGYGTVNLDKLQDENAARRLGNASVVSDYALESPTAWLFGNEAQGLSEAELALADHRVAVPVYGAAESLNLGTAATVCLYASARSQQGARLENV NA NA NA NA NA D3-18_02701 669 hypothetical protein GTGGCACGTGTGAAGCGGGCGGTAAACGCCCACAAGAAGCGCCGGGTTGTCCTCGAACGCGCAAAGGGTTACCGCGGACAGCGTTCGCGCCTGTACCGTAAGGCCAAAGAGCAGCTGCTGCACTCGTTTGTGTACAGCTACGGCGACCGCCGCAAGAAGAAGGGTGACTTCCGTCGCCTCTGGATCCAGCGCATCAACGCTGCATCCCGCGCCAACGGCCTCACCTACAACCGCTTGATCCAGGGCCTCAAGGCCGCTGAGGTCGAGGTTGACCGCCGTATGCTGGCCGAGCTTGCCGTCTCCGACGCCAACGCTTTCGCCGCTCTGGTGAACATTGCCAAGGCTGCACTCCCGGCTGACACCTCCGCACCGGCCGCTGCTGCTGCTCCTAAGGCTGCCAAGGTTGCTCCGGCTGCTGCCACCGCAACGGCTGTCAAGGCTGTCGTTTCCGAGAAGCCGGCCATCGACGGCGCAGTTGCTGCTGACGGCGACGAGGCTCCGGAAGGCTACGCCATCAAGGGCAACGCCGAGTCCAAGAAGTACCACGTTCCGGGTTCCACCTGGTACAACACCACTGCTGCTGAGTACTGGTTCTCCACCGTTGAGGCTGCAAAGGCTGCCGGCTTTGAGCCTGCAGGTGGCGAAGCCCGCCAGCAGATCAAGAACTAG MARVKRAVNAHKKRRVVLERAKGYRGQRSRLYRKAKEQLLHSFVYSYGDRRKKKGDFRRLWIQRINAASRANGLTYNRLIQGLKAAEVEVDRRMLAELAVSDANAFAALVNIAKAALPADTSAPAAAAAPKAAKVAPAAATATAVKAVVSEKPAIDGAVAADGDEAPEGYAIKGNAESKKYHVPGSTWYNTTAAEYWFSTVEAAKAAGFEPAGGEARQQIKN NA NA NA NA NA D3-18_02702 195 rpmI COG0291 50S ribosomal protein L35 ATGCCGAAGATGAAGACCCACAGCGGTGCTAAGAAGCGCTTCAAGCTGACCGGTACCGGCAAGCTGAAGCGTCAGCAGGCCAACCGCCGTCACTACCTTGAGCACAAGTCCTCCAGGCTGACCCGTCGCCTTGCCGGCGACAAGCTCGTCTTCAAGGGCGACGCCAAGGTCATCAAGAAGATGCTCGGCGTCTAA MPKMKTHSGAKKRFKLTGTGKLKRQQANRRHYLEHKSSRLTRRLAGDKLVFKGDAKVIKKMLGV NA NA NA NA NA D3-18_02703 1035 infC Translation initiation factor IF-3 TTGGTCGGTCCTGCCGGCGAACAGGTAGGAATTGTCCGCATCGAGGACGCCCTGCGTCTTGCTGCCGAGTCCGATCTCGATCTCGTTGAAGTTGCCCCGCAGGCTAAGCCTCCTGTTTGCAAGTTGATGGACTTCGGCAAGTACAAGTACGAAGCCGCCGTCAAGGCCCGCGAGGCACGCAAGAACCAGACCAACACGGTTCTTAAGGAAATTCGCTTCCGCCTTAAGATCGACAAGCACGACTACGAAACCAAGCGCGGACACGCACTTCGGTTCCTGGGCGCCGGCGACAAAGTCAAGGCCATGATCCAGTTCCGCGGCCGTGAGCAGCAGCGTCCCGAGATGGGCATCCGCCTGCTGCAGCGTTTCGCTGAAGACGTTGCCGAGGTTGGCATCATCGAGTCCAGCCCGCGCATCGATGGCCGCAACATGGTTATGGTGATCGGACCGCTGAAGAACAAGGCTGAAGCCAAGGCTGAAGCCCGTCGCGCTACGCAGCGTGCTGAAGCCAAGGCGCAGAATGAGGCCAAGGCATCGGGGCGCGTTGACACCACGGGCGAGCAGGCTCCGCTGACGCAGAGCCTCGCTGACCTTCTCCCCGAGGGCTTCAAGGTCACCGAAGAGGAGACCAAGCAGGAAACTGTCGAGGCTCCCGAGGCCCAGGCAACGGTTGCTGAGGAAGCTCCCGCTGCTGAGGAAACAGCTCTTGAAGAGGCTCCGGTTGCCGAAGAAGCTCCGGTTGCTGAAGAGGCTCCGGTTGTTGAAGAAGCCCCTGCTCCGGTTGTTGAAAAAGCACCCGTGGTCGAGGCTCCCGTAGCCAAGGCAGCTCCGGCCAAGGCAGCGCCTGCACCGGCGAAGGCTGCACCGGCCGCCAAGGCAGAAGCGGCTCCGAAGCCAGCTGTTCCGGCAGCCGCCCCGAAGCCTGCAGTTCCTTCGGCTCCGAAGCCCGTCGCCAAGCCGGCAGCTCCCAAGCCGGCAGCTCGGCCCGCAGCCCCCAAGGCTGCGCCGAAGCCTGCATCACGCAAGACCAACTAG MVGPAGEQVGIVRIEDALRLAAESDLDLVEVAPQAKPPVCKLMDFGKYKYEAAVKAREARKNQTNTVLKEIRFRLKIDKHDYETKRGHALRFLGAGDKVKAMIQFRGREQQRPEMGIRLLQRFAEDVAEVGIIESSPRIDGRNMVMVIGPLKNKAEAKAEARRATQRAEAKAQNEAKASGRVDTTGEQAPLTQSLADLLPEGFKVTEEETKQETVEAPEAQATVAEEAPAAEETALEEAPVAEEAPVAEEAPVVEEAPAPVVEKAPVVEAPVAKAAPAKAAPAPAKAAPAAKAEAAPKPAVPAAAPKPAVPSAPKPVAKPAAPKPAARPAAPKAAPKPASRKTN NA NA NA NA NA D3-18_02704 450 hypothetical protein ATGTTGACTGTGAATAACGACTTCCAGTCGGTCTGTGACAAGCTTACCAGTATGAGCACTGAAGACAGCAATTCCCGTAACTCCTATGGCGAAGACGCCGCCCCCGCCGTTGATGCCGGGGTGTCCCAGCAGATCCGCGACATCGCAGAAGTTCCGGCCGTTGAAGTTATTACCACCGGCGCCGTTCACCTCATGAGTGCGGCAGCCGTCAAGGTGGGCCTGGCGGATGACCCCAACGCCGAGGACCTTAAGGACTTGGACGAAGCCCGCAAGCTGATCACAGCCCTCGCCGGCCTGGTGTCAGCAGCCGCCCCGGAAATCGGTTCACAGCACGCCGGCCCGTTGCGCGACGGCCTTCGCTCCCTGCAGCTGGCTTTCCGCGAAGCTTCCCTCATTCCCGACGCCCCGGGCAAGGGCCCGGGCGAAAAGTTCACCGGACCCGTGAACTAG MLTVNNDFQSVCDKLTSMSTEDSNSRNSYGEDAAPAVDAGVSQQIRDIAEVPAVEVITTGAVHLMSAAAVKVGLADDPNAEDLKDLDEARKLITALAGLVSAAAPEIGSQHAGPLRDGLRSLQLAFREASLIPDAPGKGPGEKFTGPVN NA NA NA NA NA D3-18_02705 1305 hypothetical protein GTGAACTTCGCTCTCTATAAAGAGATGCTGTCCATCCGTCCTGTCCGGCGTCTGTTGGTTGTGGGCATGATTGCGCGCATTCCACACTCGGCGGCGGGCGTGCTCCTCACTCTGCACATCGTGCTGACGCTGGGCCAGGGCTACGCCGCGGCCGGTGCAGCGGCGGCCGTCATGACCATCGGCATTGCGCTGGGTGCACCCTGGCGTGGTCGCCGGGTGGACATGGTGGGACTGAGGAAGGCCCTGATCCCTTCGGTGGTGTCCGAAACCGTGATCTGGTCGATAGTTCCGCACGTTTCGTATGAGTGGCTGCTGCCATTGGTATTTGTCGGCGGTCTTTTCACGCTGCCGATCTTCAGTGTTGTCCGCCAGTCGCTGGGCGTAATGGTGGATGGCGAGCAGCGGCGATCGGCCTTTGCCCTCGATTCCATTGCCACCGAGCTGGTTTTCATGATCGGCCCGGCTGTCGGCGCCATCGTTGCAACCAGCGGCTTCTCGGCGATCGGACTGACGGCAGTAGGAATTTCGGTCTCCGTTGCCGGGCTGTTCCTTATGTGGTTCAACCCGCCAACCCGGAGCGAAGTGCTCTGCACCCCGCAGGAGACCGCGGACAGGGCGGCGGCTGATCTCGCTGCTGCGGAGGCTGCCATGGTGGCCTCAGCGCCTGCCCACGTCCAGGAGGCGGCCTCTGAAATGGCGTCGGCAACCTCGCGCACATCGGCCCTCCGGAGTCGCGTCGCCAGGAACTTCACCTGGTTCACGGTTTCCGTTGCCGCGCTATTCGCCGTGGCCGCGGGATCGGGCATGGTGCTCAGTGGTTCCGATGTCAGCATCGTCGGGCTGCTGGAACGTGGTGGACACGAGAATGAAATCGGCATCGTGTTCTTCTTCTGGTGCACAGCGTCCGTGGTCGGTGGACTCATCTACGGGTCAATGAAGCGGACCATCTCGCCAATGCTCTTGCTCCTGGGCATGGCCGCTCTTACCATTCCGATGGGCTTTGCCCAGGACACTTGGACCCTCGCGTTACTGTCGCTTCTTCCCGGCCTGCTATGCGCCCCCGTCTTGTCGGCGTCGTCTGAGATGGTGGCTGACCTGGTGGACGAGGAGCGCCGGGGTGAAGCGATGGGCTGGTACGGCTCGGCGCTGACCGCAGGCGTTGCCTTGGGCGCGCCTCTGGCCGGGGTCTTTATCGACACCGTGGGTCCGTCCGGTGGCTTTGCCGCGGTCGGCATCGCTGGTGTCGCTCTCTGCGCTACCGGACTCATCCTCACGTCCTTGCGCCGCCGGGCCGCCCGCGTCTGA MNFALYKEMLSIRPVRRLLVVGMIARIPHSAAGVLLTLHIVLTLGQGYAAAGAAAAVMTIGIALGAPWRGRRVDMVGLRKALIPSVVSETVIWSIVPHVSYEWLLPLVFVGGLFTLPIFSVVRQSLGVMVDGEQRRSAFALDSIATELVFMIGPAVGAIVATSGFSAIGLTAVGISVSVAGLFLMWFNPPTRSEVLCTPQETADRAAADLAAAEAAMVASAPAHVQEAASEMASATSRTSALRSRVARNFTWFTVSVAALFAVAAGSGMVLSGSDVSIVGLLERGGHENEIGIVFFFWCTASVVGGLIYGSMKRTISPMLLLLGMAALTIPMGFAQDTWTLALLSLLPGLLCAPVLSASSEMVADLVDEERRGEAMGWYGSALTAGVALGAPLAGVFIDTVGPSGGFAAVGIAGVALCATGLILTSLRRRAARV NA NA NA NA NA D3-18_02706 948 hypothetical protein ATGCCCCACAACGCAGGACATCAGCACGACGCCGGACATCAGCACGACGCCGGACATCAGCACGACGACCAAGGCCACGGCAAGCGCGAGCTTCCCGGTCACATAGCGGCCGCACTGGCCGGTGCCGGAGGAGCTACCGACTCTGCCGGCCAGCCTTGGTCCGGAAGGAGCCTCAGTGGTGACGACGCCAAAATCCACAATTTTGAGGACGACGACGGCTCGGCGGACGCCGGTTATGTAGCCGCCATAGCGGCACTGATCAACGGAACCGGCAGCGAGGCAGACGTAGTTGCCTCCTTGGCGACCGCCAGGGTTTTCGTTCCCGTAGTTGCCCAGTTGGCTGAGGAAGCACAAGGCGTCGATGGCCTCCATGCTGACAAGCAGGCCGATATGGCTTTGGTCACACTCAAGGCCCCCGATGGACGCATGGCCATGCCGGTCTTCACCTCGGCAGCTGCCCTTGAGGCATGGCATTCGGAGGCGCGCCCGGTGGCTGTATACGCTGCGCGCGCAGCGCTTTCTGCAGTATCCGAGGGCGCGCAGCTGTTGGTGATGGACCCAGGCTCCGACTTCGCATTTGTTGTGCGACGCCCGGCGATGTGGGCCCTCGCCCAGCAGAAGGACTGGACGCCGTCATACCTTGATGATCAACTGGAGACTGCTCTCGTTTCAACGGTCTCGGCATTTCGGACCGTCCGTCGCTTGGAGACGCAACCCGGTGGCGGTGTTGCGTCCCTGACGGCCGACGGTCGTCAGGTACCTGGTGGCGGTGCAGGGCCGGAACTGCGTGTGGTGCTCTTCCTCGAAGATGGACTCGACGCTATGGCTGTGCAGACGCTCCTTGCCCAACTGAACGATGCGTGGGCAAGGATGGATTCCTTTGCTGAGGGCGTCGATTCCATGGAAGTAAAACTGCAGCGCGCAGCACAGGAGCCCGCGCGGCATTAA MPHNAGHQHDAGHQHDAGHQHDDQGHGKRELPGHIAAALAGAGGATDSAGQPWSGRSLSGDDAKIHNFEDDDGSADAGYVAAIAALINGTGSEADVVASLATARVFVPVVAQLAEEAQGVDGLHADKQADMALVTLKAPDGRMAMPVFTSAAALEAWHSEARPVAVYAARAALSAVSEGAQLLVMDPGSDFAFVVRRPAMWALAQQKDWTPSYLDDQLETALVSTVSAFRTVRRLETQPGGGVASLTADGRQVPGGGAGPELRVVLFLEDGLDAMAVQTLLAQLNDAWARMDSFAEGVDSMEVKLQRAAQEPARH NA NA NA NA NA D3-18_02707 744 hisA COG0106 1-(5-phosphoribosyl)-5-[(5-phosphoribosylamino)methylideneamino] imidazole-4-carboxamide isomerase ATGACCACCTCCGCCCAGTCCGTTCTGGAACTCCTGCCCGCCGTCGACATCGTTGACGGCCAGGCAGTCCGCCTCCTGCAGGGAGAAGCCGGCTCGGAAACCAGCTACGGTACACCGCTGGAAGCAGCCTTGAACTGGCAGAACGCCGGTGCCGAATGGGTGCATATGGTGGACCTCGACGCCGCTTTCGGCCGTGGAAACAACGCCGCGCTCATCAGCGAGGTCGTGTCGCAGCTCAACGTCAAGGTGGAACTCTCCGGCGGTTTGCGTGACGACGAATCCCTTGAGCGTGCACTCGAGCTGGGTGTCGCGCGCGTGAATCTTGGAACGGCAGCGCTGGAGAATCCGGAGTGGACCCGAAAGGCAATCGAACGCTTCGGTGACAAGATCGCCGTCGGCCTTGACGTCCGCGGGACAACTCTTGCCGGACGCGGCTGGACCAAGGAGGGCGGTGACCTGTGGGAGGTTCTGGCACGCCTTGAGGACGCAGGGTGCGCCCGCTACGTTGTCACGGACGTCACTAAGGACGGAACCCTTCAGGGCCCGAACGTGGAGCTCCTTCGCCAGATGGTGGAGAAGACCGGCAAACCCGTTGTCGCTTCAGGCGGTATCTCCAGCCTGGAGGACCTGCGCGTCCTGCGCGAACTGGTACCGCTGGGCGTTGAAGGCGCGATCGTCGGCAAGGCTCTCTACGCCGGTGCCTTCACGCTGCCCGAAGCGCTGGACGTTGCCGGCCGCCGCTGA MTTSAQSVLELLPAVDIVDGQAVRLLQGEAGSETSYGTPLEAALNWQNAGAEWVHMVDLDAAFGRGNNAALISEVVSQLNVKVELSGGLRDDESLERALELGVARVNLGTAALENPEWTRKAIERFGDKIAVGLDVRGTTLAGRGWTKEGGDLWEVLARLEDAGCARYVVTDVTKDGTLQGPNVELLRQMVEKTGKPVVASGGISSLEDLRVLRELVPLGVEGAIVGKALYAGAFTLPEALDVAGRR NA NA NA NA NA D3-18_02708 159 hypothetical protein ATGTGGGGGTCGGTATTGCTGATGGCCCTCGCCGGCCTGCTGATAGGTGGGGGTATCTCCTTCCACCAGCAGAAAAAACCGCGCTGGGTTTCCATTTGTTTCTATGTGCTGGCCGGGATGTCCCTGCTGGCCGCCTATCTCCTGACGCTGGGTAACTGA MWGSVLLMALAGLLIGGGISFHQQKKPRWVSICFYVLAGMSLLAAYLLTLGN NA NA NA NA NA D3-18_02709 744 hisH Imidazole glycerol phosphate synthase subunit HisH ATGAGCGGGCAGTTTCTGAAGAATGGAGCGGTGGCTGACGCTACTGCATCCGTGAAGCCGGAGTCGCCGGAAGGCAAGCCCACCGTAACTGTGCTGGACTACGGATCGGGCAACGTACGGTCCGCTGTCCGTGCACTGGAGCGCGCTGGCGCCCACGTGGTTCTGAGCTCCAAGCCTGAGGATGTGCTCAACGCTGACGGACTGGTGGTGCCCGGCGTGGGTGCCTACGAGACGGTGATGAAGGAGCTCAAGTCCGTGGATGCCATCCGCATGATCGGACGCCGGGTTGCTGGTGGCCGCCCTGTGCTGGCCATCTGCGTCGGCTTGCAGGTCCTCTTCGAAGCCGGTGTAGAGCACGGCACCGAATCCGAGGGTATGGCCGAGTGGCCGGGCAAGGTTGAACTCCTTCCCGCTCCCGTGGTGCCGCACATGGGCTGGAACACCGTGGACGTACCGGAGGGCTCCAAGCTGTTCGCCGGCGTCGAACAGGAACGTTTCTACTTTGTGCACTCCTACGGTGTGCAGGAGTGGAACTTCGACGTCGTTCAGCCCCGCATGGCTCCTCCCATGGTCACTTGGTCCGAACACGGTGCACGCTTCATTGCTGCTGTCGAGAACGGCCCGCTCTGCGCTACGCAATTCCACCCGGAGAAGTCAGGCGATGCCGGAGCCCGGCTCCTGCGAAACTGGGTGGACAGCCTCCGTAAGCCCGCTCCGGAAGCATCCGGAAGCGATACCGCCTAG MSGQFLKNGAVADATASVKPESPEGKPTVTVLDYGSGNVRSAVRALERAGAHVVLSSKPEDVLNADGLVVPGVGAYETVMKELKSVDAIRMIGRRVAGGRPVLAICVGLQVLFEAGVEHGTESEGMAEWPGKVELLPAPVVPHMGWNTVDVPEGSKLFAGVEQERFYFVHSYGVQEWNFDVVQPRMAPPMVTWSEHGARFIAAVENGPLCATQFHPEKSGDAGARLLRNWVDSLRKPAPEASGSDTA NA NA NA NA NA D3-18_02710 627 hisB COG0131 Imidazoleglycerol-phosphate dehydratase ATGAGCGAAACCGGCGCCACGCCGACCGCTGCCCGCACCGCGCGCATGGAGCGCACCACCAGCGAGTCTTCAGTCCTGGTGGAGATCAACTTGGACGGTTCCGGTGTCTCGGACATCAGTACCTCGGTTCCGTTCTATGACCACATGCTGACGGCTCTGTGCAAGCACTCCCTGATCGACATGACCGTGAAGGCCACTGGCGATATCCACATTGATGCGCACCACACGGTTGAAGATGTCGCCATCACCTTTGGCGAGGTCCTGCGGACGGCACTGGGCAACAAGGCCGGCATCCGTCGCTTCGGTGAAGCAACGGTTCCTTTGGACGAAGCCTTGGCGCACGCCGTCGTTGATGTTTCCGGACGTCCCTACCTGGTGCATGGCGGTGAGCCGGCCGGGCAGGAGTACCACCTGATCGGTGGACACTTCACGGGCTCGTTGACACGCCACGTGTTTGAAGCCATCACGCTGCACGCCGGAATCTGCCTGCACATGAATGTCCTGGCCGGCCGGGACCCGCACCACATCGTCGAGGCCCAGTTCAAGGCCTTTGCACGCGCGCTGCGCGCAGCCGTGGAGTCCGATCCCCGTGTTGAGGGCATCCCGTCCACCAAGGGGGCATTATGA MSETGATPTAARTARMERTTSESSVLVEINLDGSGVSDISTSVPFYDHMLTALCKHSLIDMTVKATGDIHIDAHHTVEDVAITFGEVLRTALGNKAGIRRFGEATVPLDEALAHAVVDVSGRPYLVHGGEPAGQEYHLIGGHFTGSLTRHVFEAITLHAGICLHMNVLAGRDPHHIVEAQFKAFARALRAAVESDPRVEGIPSTKGAL 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 D3-18_02711 1125 hisC_1 COG0079 Histidinol-phosphate aminotransferase GTGTTGGTGAGTGACCAGCTTGAGCGACTTGACCGACTTCCCCTCCGGACCAACCTGCGTGGACTGAGCCCTTATGGCGCACCGCAGCTTGACGTCCCCATCCTGCTCAATGTCAACGAAAACACCCATGGCGTCCCGGCGGATGTCCAAGCCGCCATCACCGAGGCTGTCGCCGCTGCGGCCACAGGACTGAACCGCTATCCGGATCGTGAGTTTACTGAACTACGTGAAGCCTTGGCCGAGTACCTTGGCCACGGTCTTTCTCCGGACAACATCTGGGCCGCCAACGGATCCAATGAAGTCCTGCAGCAAATCCTCCAGGCATTTGGTGGACCGGGACGCAAGGCGCTCGGTTTCCCGCCCACGTACTCCATGTACCCTCTCCTGGCTAGTGGCACGGACACAGAGTATGTCGGCGGTGTGCGTGCTGACGACTACGGGCTGGACGCCGAATCGGCCGCCGCGCAGGTTCGCGAAACGGGTGCCAACATCGTGTTCCTGTGCTCACCGAACAACCCAACCGGTACTGGGTTGAGCTTGGACGTTGTTGAGGCCGTCTACGAGGCCGGCGAAGCGAGCCAAGCCATTGTGATCGTGGACGAGGCTTATCACGAGTTCGCGCACGACAATACTCCGAGCGCTTTGACGTTGTTGCCCGGACGTGAACGGTTGATCGTCTCGCGCACCATGAGCAAAGCGTTCGCCCTGGCAGGTGCCCGGCTCGGCTACATGGCGGCAGCTCCGGAAGTCACAGACGCCATCAGGCTGGTCCGCCTTCCGTACCACCTGTCTGCCGTCACGCAGGCAACGGCCCTGGCTGCGCTCAACCACCGCGAAGCCCTTATGGCCGACGTCGAGGACATTAAGGTGCAACGCGACCGGATTGTGACTGAGTTGCTGCGTATGGGCCTCAAGCCCGCGGCGTCCGACTCCAACTACGTCTTCTTTGGCGGGCTCGAGGAGCCGCACAAAATTTGGCAAGGCCTGCTCGATGCCGGTGTGCTGATTCGCGACGTCGGCATCCCCGGACACTTGCGTGTCACTGCCGGAACCGAACCGGAAACCACCGCCTTCCTTGAGGCTTTGGAGGCACTGCTGGACGACGCCCCGCCACCGCACGCCTAA MLVSDQLERLDRLPLRTNLRGLSPYGAPQLDVPILLNVNENTHGVPADVQAAITEAVAAAATGLNRYPDREFTELREALAEYLGHGLSPDNIWAANGSNEVLQQILQAFGGPGRKALGFPPTYSMYPLLASGTDTEYVGGVRADDYGLDAESAAAQVRETGANIVFLCSPNNPTGTGLSLDVVEAVYEAGEASQAIVIVDEAYHEFAHDNTPSALTLLPGRERLIVSRTMSKAFALAGARLGYMAAAPEVTDAIRLVRLPYHLSAVTQATALAALNHREALMADVEDIKVQRDRIVTELLRMGLKPAASDSNYVFFGGLEEPHKIWQGLLDAGVLIRDVGIPGHLRVTAGTEPETTAFLEALEALLDDAPPPHA PGPT0020305_1962 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020305-hisC-K00817 NA NA D3-18_02712 360 hypothetical protein ATGTCCGCAATCACTACGTTCGCTGAATTCCGCACCACTCAGGCGCCCGCTCGCCTGCGTCTGACCCGGCGGGGACGGATTGTCTTCTTCGGCATCCCGGCAATGCTGTTGGTGGCGGCGCTGCTGACCCTCGCCGGTTTTATCAACTCCCCGGCCAAGGCGTCGGACTCCCAGTCCCAATTGCGTCCGCCCGTCGCAGTCACTGTCACCGTCCAGCCGGGGCAATCCCTCTGGGGCATCGCCGGCGCCGCCGCTCCGGAGCGGGACCCGCGTGATGTCATCGCGGAGATCATCCAGCTGAACGACCTCCGCGGCGGCCGCATTCTGCCCGGCCAGCAGCTGTTCGTCCCTGCAAACTGA MSAITTFAEFRTTQAPARLRLTRRGRIVFFGIPAMLLVAALLTLAGFINSPAKASDSQSQLRPPVAVTVTVQPGQSLWGIAGAAAPERDPRDVIAEIIQLNDLRGGRILPGQQLFVPAN NA NA NA NA NA D3-18_02713 744 lexA_1 COG1974 LexA repressor ATGGCAGCGAAAGCCACAGGCGGCGGGGCACCCCTGCGGAGCCAGCAGCCTCAGAAGAGTCCCAAGAGCCTGACTGTCCGGCAGAAAAAGATTCTGGAGACCATCCAACGGTCGGTCAACGACAATGGATACCCGCCCAGCATGCGCGAGATCGGTGACACCGTGGGTCTGGCCAGTTTGTCGAGCGTCACTCATCAGTTGTCCCAATTGGAGAAGCTTGGCTACCTCCGCAGGGATCCCAAGCGTCCCCGCGCCATGGAAGTCCTGATGCCGCTGACCCTTGATGGTGGCACCATTCCGGGCGTGGAAGCGCCCACCACCCTTCGCAGCGCGGGGGGCCTTGCCGTAACAGAGCTGGCCAGTGCCAGTGATACCGCCATGGTTCCGCTGGTGGGCCGGATCGCGGCCGGCGGACCGATCCTGGCTGACCAGACGGTGGAAGACGTGCTGGCGCTCCCCCGCCAGCTCGTGGGGCATGGCGAATTGTTCATGCTGAAGGTGGCTGGCGATTCCATGATTGACGCCGCCATCTGTGACGGTGACTGGGTTGTGGTCCGCCGCCAGAATGACGCCATCAACGGCGACATCGTGGCAGCCCTGCTGGATGACGAAGCAACCGTAAAGACCTTCCGTCAGCGGGATGGCCATACGTGGCTGCTTCCGCAGAACACGCAGTACGAACCCATTTTGGGCGATCAAGCCACCATCATGGGCAAGGTAGTTTCGGTACTGCGCTCCCTTTAG MAAKATGGGAPLRSQQPQKSPKSLTVRQKKILETIQRSVNDNGYPPSMREIGDTVGLASLSSVTHQLSQLEKLGYLRRDPKRPRAMEVLMPLTLDGGTIPGVEAPTTLRSAGGLAVTELASASDTAMVPLVGRIAAGGPILADQTVEDVLALPRQLVGHGELFMLKVAGDSMIDAAICDGDWVVVRRQNDAINGDIVAALLDDEATVKTFRQRDGHTWLLPQNTQYEPILGDQATIMGKVVSVLRSL PGPT0014895_354 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014895-lexA-K01356 NA NA D3-18_02714 2061 dinG_3 COG1199 putative ATP-dependent helicase DinG ATGGTTGAGAAGGTGGCGGCGGACGCCGTCGAATCGGTGGGGGAGAAGACCACCCTCGAGCTGTTGGATCGGGCTGTTGCCGGAATGGGCGGACAAAGCCGTGCCGGCCAGCACGAAATGGCCAAGCATGTTACCCGGGCCATCGAGACCGGGGAGCATCTGCTGGTCCAGGCGGGAACGGGAACAGGTAAGTCGTTGGCTTACCTGATTCCGTTGATCGCCCATTCCATGGACAGCGATAAACCGACTCTTGTGTCCACCGCCACCCTGGCACTCCAGACGCAAATTGTTGGCCGGGACCTTCCCCGGCTGCTGGAGACCCTCAACCCTGCCCTTGAGCGCCCGGTCAATGTGGCGCTGGTCAAGGGCAGGGCAAATTACGTGTGCCTGCAGAAGCTGGAAGGCGGGTTCCCCAGCGAAGAGCCCTCCGAAGGGCAGCTGTTCTCCCTGGGCGAGGACACCAGCGTGCCCCACTTTGCTGCCTCCATGGGCGGTCCGCAATCCCAGCTTGGTAAGGAAGTGGTCCGCCTCCGGGAATGGGCGGAGAAGACCGCTACCGGAGACCGTGACGAACTCATGCCCGGCGTCACGGACCGGGCCTGGCGGCAGGTGTCCGTGACGTCCATGGAGTGTTTGGGCGCGCAGAAGTGCCCTATGGCAGAAGAGTGCTTCAGTGAGCTGGCGCGCTCCAGGGCTGGTGAGGCTGACGTCGTGGTCACCAATCACGCCATGTTGGCAGTCAGCGCCTTTGAAGGCCTGGCCGTGTTGCCTGAGTATGACGTCGTGGTGGTTGATGAAGCGCACGAGCTTCAAGACCGCGTGACCGGCGCCGTTTCAGGCCAGTTGTCGGTGGCCATGGTTCACGCTGCGGCATCAAGTGCCCGCAAGCACACAGCCATCACAGTGGACGCACTCAACGCTGCAGCGGAGCGGCTGGATATGGCCATCGCCGGCGTACCCAACGGGCTGTTGCCTAATGGCCTTAACGACGAACAGCTCGATTGCCTGGACCAGTTGCGGGAGGCCACGCGCGCTGCGCTCTCGGATTCGAAGACGGATTCATCAAATGCAGTCGACGGCGGACGGCAGCTGGCGCGTTCACGGCTCATGCTGATTCTGGAATTGTGCGAACGGATGCTGGCAGCCAAGGAGAACCGCGAAGTGGTCTGGTTCTCCCGGAACAGCACGTTCGACCCCCAGCAGGGCTATTCGCAACCTGATGAGACTGCCCCGGCCTTGATCAACATCGCCCCGCTCAGCGTTGCCGGACGGCTTCGCGAAGGCCTTTTTGCCGGCCACACCGTGGTGCTGACCTCCGCCACGCTGGCCATCGGCTCGGCTTTCGAACCGGCAGCAGGTGGCCTCGGCCTCATCGGTGACGGCGCCCCAAGCTGGACCGGGATCGATGTGGGTTCGCCCTTTGATTATCCCAAACAGGGTGTCCTGTATGTGGCGAAGCACCTCCCGAAACCCGGTCGTGGTACTTCGCCCGAGGCGCTCGACGAGTTGGAAGACCTCATCCGTGCCTCCGGCGGGGGAGCCTTGTGTTTGTTCTCCTCACGGCGTGCGGCCGAAGAAGCAGCCGACGCCATGCGGCTCCGGCTGGACGTGGATATCCTCTGCCAAGGCGAATCCACCATGGCGGCCCTCGTGAAGCAGTTCGCGGATGAGCCTGACACATGCCTCTTCGGGACCATGTCACTGTGGCAGGGCGTAGATGTTCCGGGTGGCTCGTGCCGCTTGGTGGTCATTGACCGCATTCCCTTCCCGCGGCCCGATGATCCCCTCATGACTGCGCGCTCACGTGCAGTGGCGCAATCAGGTGGAAATGGCTTTATGGCCGTATCGGCTACGCATGCTGCCATCCGACTGGCACAGGGTGCTGGCCGCCTGATCCGTTCAACAGGAGACAAAGGAGTAGTTGCAGTGCTCGATTCGCGGCTCTCGACGGAACGCTACGGAGGCTTCCTGCGTGCCGCCCTGCCGCCGTTCTGGGCAACGACGGACCGGGCAGTGGTCCGTGGCGTCCTGGAGCGCCTGGGCTCGGCTAAAGCCCCGTAG MVEKVAADAVESVGEKTTLELLDRAVAGMGGQSRAGQHEMAKHVTRAIETGEHLLVQAGTGTGKSLAYLIPLIAHSMDSDKPTLVSTATLALQTQIVGRDLPRLLETLNPALERPVNVALVKGRANYVCLQKLEGGFPSEEPSEGQLFSLGEDTSVPHFAASMGGPQSQLGKEVVRLREWAEKTATGDRDELMPGVTDRAWRQVSVTSMECLGAQKCPMAEECFSELARSRAGEADVVVTNHAMLAVSAFEGLAVLPEYDVVVVDEAHELQDRVTGAVSGQLSVAMVHAAASSARKHTAITVDALNAAAERLDMAIAGVPNGLLPNGLNDEQLDCLDQLREATRAALSDSKTDSSNAVDGGRQLARSRLMLILELCERMLAAKENREVVWFSRNSTFDPQQGYSQPDETAPALINIAPLSVAGRLREGLFAGHTVVLTSATLAIGSAFEPAAGGLGLIGDGAPSWTGIDVGSPFDYPKQGVLYVAKHLPKPGRGTSPEALDELEDLIRASGGGALCLFSSRRAAEEAADAMRLRLDVDILCQGESTMAALVKQFADEPDTCLFGTMSLWQGVDVPGGSCRLVVIDRIPFPRPDDPLMTARSRAVAQSGGNGFMAVSATHAAIRLAQGAGRLIRSTGDKGVVAVLDSRLSTERYGGFLRAALPPFWATTDRAVVRGVLERLGSAKAP NA NA NA NA NA D3-18_02715 1563 hflX GTPase HflX ATGACCACCCAGAAGCACTCCGGATCCGATTCCGACGCCCAGGACATGAGTCCTGAACAAATCCAGGCCGTCATCGACCGGATTCTTTCCAAGGATGTACCTGCGCAGGCATCCGACGACAACGACGCGAACAGCGTGTTCGGCAAGGCGCAGGCGATTTCCACGCTGGACCAGGAACACAGCATCTACGACGGCGACCAGGAAGATTTGGCTGAACGCCGCGCCCTTCGCCGTACCGCAGGACTGTCCACCGAACTTGAAGACGTCACTGAGGTCGAATACCGGCAGTTGCGCCTTGAGCGCGTTGTACTGGCCGGTCTGTGGACTGAGGGGACTCTCGCAGACGCCGAGAACTCCCTCCGCGAGCTGGCGGCACTTGCAGAGACGGCCGGATCCGAGGTTTTGGACGGTTTGGTTCAGCGCCGGCAGAAGCCGGACCCCGGGACCTTCCTTGGTTCCGGTAAGGCCCAGGAGCTCAAGGACATCGTCGCCGCCACGGGCGCAGATACCGTGGTGGTGGACACTGAGCTCGCGCCTTCGCAACGACGCGGCCTTGAGGACATTGTGAAGGTCAAGGTAGTTGACCGCACCACGCTGATCCTGGATATCTTTGCCCAGCACGCCAAGAGCCGCGAAGGCAAGGCGCAGGTGGAGCTCGCACAACTCGAGTACCTGCTCCCGAGGCTTCGTGGTTGGGGCGACTCCATGTCCCGCCAGGCCGGTGGCCAGGTGGGTGGAGCAGGGGCTGGAATGGGCTCGCGTGGTCCTGGTGAAACAAAGATCGAACTTGATCGGCGCCGGATCCGCACCCGCATGGCCAAGTTGCGTCGCGAAATCGCGGCGATGAAGCCTGCGCGTGAGACCAAGCGTGCCAACCGCCGTCGTAATGCGGTTCCGTCTGTTGCGATCGCCGGGTACACAAACGCTGGAAAGTCGTCCCTGCTCAACCGTTTGACTGACGCAGGTGTCTTGGTGGAGAACGCCCTGTTCGCCACCCTGGACCCCACAGTCCGGAAGGCGCAAACCCCGGACGGCATCGGCTATACCCTCGCGGATACCGTTGGGTTCGTTCGTTCACTCCCAACCCAGCTCATTGAAGCTTTCCGGTCAACGCTGGAGGAAGTTGCGGATGCGGACCTGATCCTCCATGTGGTGGATGCATCCCATCCCGACCCCGAGGGCCAGATTGCAGCGGTAAGGGCCGTTTTCACCGAGGTGGATGCCCGCAAGGTTCCCGAGATCATCGTCCTCAACAAGGTGGATGTCGCGGATCCCTTCGTGGTGGAGCGCCTCAAGCAGAAAGAACCCCGCCATGCTGTTGTATCCACCCGCACGGGCCAGGGCATCGCGGAACTGCTGGAAGACATCAGCCGGTCCATTCCCCGGCCTGGCGTGCGCCTTGAACTGCTCATTCCCTACGATCGGGGGGAAATGATCAACAAGCTGCACAATTCCGACTCGGAAATCCTCAGCCTTGAGCATGAGGAGAACGGGACCCGCGTAGTTGTCATGGTGCGCGAAGGCCTGGCCGCCGAACTGGAGTCGTTCGTCAGTAATGGTTGA MTTQKHSGSDSDAQDMSPEQIQAVIDRILSKDVPAQASDDNDANSVFGKAQAISTLDQEHSIYDGDQEDLAERRALRRTAGLSTELEDVTEVEYRQLRLERVVLAGLWTEGTLADAENSLRELAALAETAGSEVLDGLVQRRQKPDPGTFLGSGKAQELKDIVAATGADTVVVDTELAPSQRRGLEDIVKVKVVDRTTLILDIFAQHAKSREGKAQVELAQLEYLLPRLRGWGDSMSRQAGGQVGGAGAGMGSRGPGETKIELDRRRIRTRMAKLRREIAAMKPARETKRANRRRNAVPSVAIAGYTNAGKSSLLNRLTDAGVLVENALFATLDPTVRKAQTPDGIGYTLADTVGFVRSLPTQLIEAFRSTLEEVADADLILHVVDASHPDPEGQIAAVRAVFTEVDARKVPEIIVLNKVDVADPFVVERLKQKEPRHAVVSTRTGQGIAELLEDISRSIPRPGVRLELLIPYDRGEMINKLHNSDSEILSLEHEENGTRVVVMVREGLAAELESFVSNG PGPT0007245_7 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007245-hflX-K03665 NA NA D3-18_02716 615 rsmC COG2813 Ribosomal RNA small subunit methyltransferase C ATGGAGTCTGCACACTATTTCACGGCCCAACCGGCCGGACCATTCACCCGCAAGCCACTCACTGTGGAGCTCGCAGGAGCCACACGCCAACTGCAGACCTCGTCGGGCATCTTCAGTCCCGACGGCGTGGATAAGGGGACGGCGGTACTTTTCTCCGAGGTTCCACCGCCTTCACCGAAGGGTCACCTCCTGGACATCGGCTGCGGCTGGGGTCCAATTGCCCTCACCTTAGGGCTGATGGCACCACATGCCCACGTCCATGCCGTGGATGTGAATGAGCGCTGCATCACGCTGACCAACGAGAATGCGGCGGCGCTCGGCCTCACCAACGTCACTGCCAGCCTTCCGCACGAGGTAGACCCCGCCGTCGAGTTCGACACCATCTGGTCCAACCCGCCCATTCGCATCGGCAAGGACGAACTCCATACGCTGCTGCTGACGTGGCTGCCTCGGCTGGCACCGGGCGGTAACGCCTGGTTGGTTGTTCAGAAGAACCTGGGCTCAGACTCCTTACAGAGATGGCTCGCCAACGAACTGGACAGCTCCTACACGGTCTCCCGTGAAAGCACGGCCAAAACGTTCAGGATCATCCGTATCAGGAAAGCGTCCCAGTAG MESAHYFTAQPAGPFTRKPLTVELAGATRQLQTSSGIFSPDGVDKGTAVLFSEVPPPSPKGHLLDIGCGWGPIALTLGLMAPHAHVHAVDVNERCITLTNENAAALGLTNVTASLPHEVDPAVEFDTIWSNPPIRIGKDELHTLLLTWLPRLAPGGNAWLVVQKNLGSDSLQRWLANELDSSYTVSRESTAKTFRIIRIRKASQ NA NA NA NA NA D3-18_02717 969 dapF COG0253 Diaminopimelate epimerase ATGGATGAAACCGCCGCAGTTCCCGCCCCGCAGCCCGCAACTGCCGGTGCTCCAGTGCCACCTTCCAGCCTCGCTGGCTTGGAGTTCTCCAAGGGGCACGGAACGGGCAATGACTTTGTCCTCATCGCTGATCCCGGTGACGCCCATGAAATCACGGCCGAGCAGGTGGCACAGTTGTGCGACCGTCATGTGGGCCTCGGGGGTGACGGCCTCATCCGGGCGGTTCCTTCCCGCTTTCTCCCGGAAGGTCGTGTCGCCCTTGAGCAGGATCCCGAAGCAGAGTGGTTCATGGATTACCGCAATGGAGATGGTTCGCTCTCCGAGATGTGCGGCAATGGCGTACGCGTTTTCGTCCATTTCCTGATTGCGGAGGGCCTGGTGGACCTGGGCCCCGGTCAGACTCTCACCATCGGCACTCGTGGCGGCGTCAAAAAGGTTGTAAGGACAGTCAACGGCTATGCGGTGGACATGGGCCCATGGGAGTTCATTTTCCCCAAGGAAGCCACCAGCAAGGCCATGGATGCACTGGTAAGTGCCGACGGCCTGGAAGTGGCCCGGCCCGGCTTGTCTGTCAGCATGGGCAATCCCCACACGGTAGTTGCCCTTGCGGAGCTCAGTGAGCTTTCAGCCACACAGTTGTTCAAGGCACCTGTGGTGGATCCCAAGCCCGCAAATGGAACCAACGTGGAGTTTGTGGTTCCCGCGGAGCCACTGGTGGAAGACGGCGTAGGAACCATCACCATGCGTGTTCACGAGCGTGGAGTGGGGGAGACACAATCCTGCGGCACAGGCGCCTGCGCCGCCGCCGTCGCGATTCGTCACTGGGCGGGTGATACGGCTCCCAACGACTGGCACGTCAAGGTACCGGGCGGCGTCGTCAGTGTGAAGTTCTTCCCAGGTGCAGGCGGCCGCGAGCATGTAGAACTCAGCGGCCCGGCCGTCATCGTAGCTACTGGGACGCTTTCCTGA MDETAAVPAPQPATAGAPVPPSSLAGLEFSKGHGTGNDFVLIADPGDAHEITAEQVAQLCDRHVGLGGDGLIRAVPSRFLPEGRVALEQDPEAEWFMDYRNGDGSLSEMCGNGVRVFVHFLIAEGLVDLGPGQTLTIGTRGGVKKVVRTVNGYAVDMGPWEFIFPKEATSKAMDALVSADGLEVARPGLSVSMGNPHTVVALAELSELSATQLFKAPVVDPKPANGTNVEFVVPAEPLVEDGVGTITMRVHERGVGETQSCGTGACAAAVAIRHWAGDTAPNDWHVKVPGGVVSVKFFPGAGGREHVELSGPAVIVATGTLS PGPT0007230_412 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007230-dapF-K01778 NA NA D3-18_02718 945 miaA COG0324 tRNA dimethylallyltransferase ATGTCGTTCTCCAGTCCGGAACCTCCTCAGCCTGTCATTGCCGTAGTTGGTCCCACAGGTTCCGGTAAGTCGGATCTGGGCGTCAACCTTGCTCTGGCTTTGAACGGCGAGGTGATCAACGCTGACGCCTTGCAGTTCTACCGTGGCATGGATATAGGAACTGCCAAGATCACCGTGGAAGAGCGCAGGGGTGTCCCGCACCATCTGCTGGACACCATGGACGTCACGCAGGAAGCCAGTGTGGCCGATTTCCAAAATGAATGCCGCGCAGCCATCCACGACATTCGCTCGCGGGGCAAGCGCGCCATCCTTGTGGGCGGATCCGGGCTGTATGTTCGGGCGGCGCTGGACGTGCTGGAATTCCCGGGCACTGATGCAGTGCTCCGCAGGCGTCTGGAAGAAGAGTTTGAAACCAAGGGGCTGGGGCCGTTGCGAGCCCGCCTTGAGGAAGTCGATCCCGTCTCAGCTGCCCGCCTTGGAGACGCACGACGCGTGATCCGGGCTTTGGAAGTGCACGGTCTCACGGGCCGCCCTTTCAGCTCGTTCATGCCGCAGCGTGAGTATTTCCAGCCGGCGCTTCAGATTGGCTTGGAGGTGGATCGGGAGCAGCTGAGGGAACGTCTGGCAGTGAGGGTGCATCGGATGGTGGATGCAGGGCTCCAGCAGGAAGTTGAACGACTCGACGCCGTTGGGTTGCGGAGTGGCAAGACAGCTTCGCGCGCTTTGGGGTATGCCCAATTCCTGCAAGTTCTGGACGGCGAACTGACTGAGGATGCTGCCGTTGAGGAAACCATCGTGGCTACCAGGCAGTTTGCACGGCGCCAGCTGACATGGTTTCGGGCGGATCCAAGAATCACTTGGCTCGACTGGCAGGATCCGGAGCTTGTGGCTAAGGCAGTCAATGCGGTCAATGCGGCTAATACGGCCAGTGCAGCCTCGACCTAA MSFSSPEPPQPVIAVVGPTGSGKSDLGVNLALALNGEVINADALQFYRGMDIGTAKITVEERRGVPHHLLDTMDVTQEASVADFQNECRAAIHDIRSRGKRAILVGGSGLYVRAALDVLEFPGTDAVLRRRLEEEFETKGLGPLRARLEEVDPVSAARLGDARRVIRALEVHGLTGRPFSSFMPQREYFQPALQIGLEVDREQLRERLAVRVHRMVDAGLQQEVERLDAVGLRSGKTASRALGYAQFLQVLDGELTEDAAVEETIVATRQFARRQLTWFRADPRITWLDWQDPELVAKAVNAVNAANTASAAST PGPT0007210_3763 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-HOST_INFECTION_MEDIATOR,PGPT0007210-miaA|ipt-K00791 NA NA D3-18_02719 1530 miaB COG0621 tRNA-2-methylthio-N(6)-dimethylallyladenosine synthase GTGAGTTTGACCATTCCCTCCCTAACAGCTGCCGCCACTCCTTCTGCCGAGCCCAGGACCTATCAGGTTCGGACTTTCGGCTGCCAGATGAACGTCCATGATTCAGAGCGCATGGCGGGGCTCCTTGAAGAAGCCGGTTACGTGCCCGCTGACGGTGACGTTGCCGACGTCGTGGTTTTCAACACGTGCGCTGTGCGGGAGAACGCAGACAACAAACTTTATGGAAACCTTGGCCAGCTTCGGCAGGTCAAGGAAGCAAACCCCGGAATGCAGATTGCCGTCGGTGGTTGCCTGGCCCAGAAGGACCGCGAAACCATTGTGAAGAAGGCGCCGTGGGTTGACGCTGTGTTCGGAACGCATAACGTGGGAGCCCTGCCAGCCCTGCTGAACCGCGCCCGGCACAACAATGAGGCGCAACTCGAGATTCTCGAATCCTTGGATGTGTTCCCGTCAACGCTCCCCACCAAGCGCGAATCTGTGTATGCAGGGTGGGTGTCAATCTCTGTGGGTTGCAACAACACCTGCACCTTCTGCATCGTGCCCTCGCTTCGTGGCAAGGAGAAAGACCGGCGACCCGGGGAGATTCTGGCAGAAATCCAGGCGCTCGTGGATGACGGGGCCGTGGAAGTCACGTTGCTCGGCCAGAATGTGAATTCGTACGGTGTGGAATTCGGTGACCGACAAGCGTTCTCCAAACTCCTGCGGGCGTGCGGTGAAATCGAAGGTCTGGAACGTGTTCGTTTTACCAGCCCCCACCCCGCCGCATTTACGGACGATGTCATTGACGCCATGGCCGAAACACACAACGCCATGCCCCAGTTGCACATGCCGCTGCAGTCCGGTTCGGACAAGGTGCTGAAAGACATGCGCCGTTCGTACCGTTCCAGCAAATTCCTGGGGATCCTGGACAAAGTGCGGGAACGCATCCCGAACGCTGCCATCACTACCGACATCATCGTTGGCTTCCCCGGCGAAACCGAGGAAGATTTCCAGGCCACCCTGGATGTCGTGGAGAAGTCGCGGTTCGCCTCCGCCTTCACGTTCCAGTACTCCAAGCGGCCCGGCACGCCGGCTGCAGACCTTCCAGAGCAACTCCCCAAGGCTGTGGTGCAGGAGCGCTACGAACGCCTCACAGCGCTGCAGGACCGTATTGCCGCAGAAGAGAACTCCAAGCAGCTGGGGCGAAAAGTGGAAGTCCTGGTCACAGCCCAGTCAGGACGGAAAGCCGGCGAAACGCACCGGTTGTCCGGCCGTTCCAAGGACCAAAGGCTGGTGCACTTCTCTGTGCCGGCGGGAGCTGAGACTCCGCGGCCGGGTGACTTCGTCACTGTGACTATTACTGAGGCCGCTGCCTTCCACCTGGTAGCTGATCCGGCAACAGTGGAGGATTACCTTTTGCGCCGCTCCCGTGCCGGCGATGCCTGGGATCGTTCGCAGGCTGATTCTTGCGGGGTCCCGGCAGCAGGATCGGTGTCGGGCAAGACGGGTGTGTCATTGGGCATGCCATCCTTGCCTGTTCGCCGCGCCTAG MSLTIPSLTAAATPSAEPRTYQVRTFGCQMNVHDSERMAGLLEEAGYVPADGDVADVVVFNTCAVRENADNKLYGNLGQLRQVKEANPGMQIAVGGCLAQKDRETIVKKAPWVDAVFGTHNVGALPALLNRARHNNEAQLEILESLDVFPSTLPTKRESVYAGWVSISVGCNNTCTFCIVPSLRGKEKDRRPGEILAEIQALVDDGAVEVTLLGQNVNSYGVEFGDRQAFSKLLRACGEIEGLERVRFTSPHPAAFTDDVIDAMAETHNAMPQLHMPLQSGSDKVLKDMRRSYRSSKFLGILDKVRERIPNAAITTDIIVGFPGETEEDFQATLDVVEKSRFASAFTFQYSKRPGTPAADLPEQLPKAVVQERYERLTALQDRIAAEENSKQLGRKVEVLVTAQSGRKAGETHRLSGRSKDQRLVHFSVPAGAETPRPGDFVTVTITEAAAFHLVADPATVEDYLLRRSRAGDAWDRSQADSCGVPAAGSVSGKTGVSLGMPSLPVRRA PGPT0007215_401 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007215-miaB-K06168 NA NA D3-18_02720 441 recX COG2137 Regulatory protein RecX ATGGCGCCGCGGAGCCGGCTGCAACTGTCCCGGAAACTCGCTGAGCGGAACGTTCCCGAGGACGTGGCGGAGGCAGTTCTGGACCGCTTCGAAGAAGTTCAGCTGATCGATGATGCTGAATTTGCGAGGATGTGGGTCCGCAGCCGATCCCAGAGCAAGAAGCTCGCCAAGGGCGCGATTCGTCGGGAACTGGCAGACAAGGGCATAGAGCTGGATGCGGCCGAGGAAGCCCTATCGCAGCTCAGCGACCAAGACGAAGAACTGGCTGCCCGGGAGCTCGTTCAGCGCAAGCTGCGGCCCAGCATGGATCTGTCGGATCGGGCCGAGCGGGACAAGTACACCCGCCGGCTCGCATCAATGCTGGCACGAAAGGGGTACGCCCCCTCCATGGCGTTCAGGATCGTCGGTGAGGTGCTGGCAGAAGCCGGTACCCTTGAGTAG MAPRSRLQLSRKLAERNVPEDVAEAVLDRFEEVQLIDDAEFARMWVRSRSQSKKLAKGAIRRELADKGIELDAAEEALSQLSDQDEELAARELVQRKLRPSMDLSDRAERDKYTRRLASMLARKGYAPSMAFRIVGEVLAEAGTLE PGPT0007240_1912 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PHYTOHORMONE-CYTOKININS|DERIVATE_PRODUCTION PHYTOHORMONE-CYTOKININ_METABOLISM PHYTOHORMONE-CYTOKININ_BIOSYNTHESIS,PGPT0007240-recX-K03565 NA NA D3-18_02721 1044 recA COG0468 Protein RecA ATGGCGGCAACCCCGGATCGTGAAAAGGCGCTCGAAGCAGCGCTTGCCCAGATCGACAAGCAGTTCGGCAAAGGCTCCATCATGCGCCTGGGTGATGACACCCGCGCTCCAATTGAGGTCATTCCCACCGGCTCCATTGCCTTGGACGTCGCCCTTGGCATTGGCGGCCTTCCCCGGGGTCGTGTGGTGGAAATCTACGGTCCGGAATCCTCGGGTAAGACCACAGTGGCACTTCATGCTGTAGCCAATGCGCAGCGCGCAGGCGGCATCGCAGCGTTTATTGACGCCGAGCACGCACTTGACCCGGACTACGCCGCCAAGCTTGGCGTGGACACGGATGCACTCTTGGTGTCCCAGCCGGACACCGGTGAGCAGGCATTGGAGATCATGGACATGCTGGTGGGCTCCGGCTCGCTGGACATCGTGGTCATTGACTCCGTGGCTGCACTGGTACCCCGCGCCGAAATCGAAGGCGAAATGGGCGACTCCCACGTTGGCCTGCAGGCTCGACTCATGAGCCAGGCCTTGCGTAAGATCACAGGCCGCCTGAGTCAAACCAAGACCACCGCCATCTTCATCAACCAGTTGCGTGAAAAGATCGGCGTGTTCTTCGGATCCCCGGAAACCACCACCGGTGGTAAGGCCCTGAAGTTCTACGCCTCAGTGCGAATCGACGTTCGTCGCATCCAGACCCTCAAGGAAGGTGCTGACTCCGTCGGTAACCGCACGAAGGCAAAGATCGTCAAGAACAAGATGGCTCCGCCCTTCAAGATCGCCGAATTCGACATCATCTATGGTCAGGGCATCTCCCGCGAGGGAGGCATCATTGACATGGGTGTGGAGCACGGCATCATCAAGAAGTCCGGCTCGTGGTTCACATACGACGGCGATCAACTGGGTCAGGGCATGGAGAACTCGCGTCGATTCCTGCGTGACAACCCTGAGCTCGCCCAGGAACTGGAGCGCCTGATCAAGGAAAAGCTTGGCGTGGGCGTTGTAAAGACTGAAGAAGATTCCCCGAAGCTGAAGGCCGTTGACGGCTAG MAATPDREKALEAALAQIDKQFGKGSIMRLGDDTRAPIEVIPTGSIALDVALGIGGLPRGRVVEIYGPESSGKTTVALHAVANAQRAGGIAAFIDAEHALDPDYAAKLGVDTDALLVSQPDTGEQALEIMDMLVGSGSLDIVVIDSVAALVPRAEIEGEMGDSHVGLQARLMSQALRKITGRLSQTKTTAIFINQLREKIGVFFGSPETTTGGKALKFYASVRIDVRRIQTLKEGADSVGNRTKAKIVKNKMAPPFKIAEFDIIYGQGISREGGIIDMGVEHGIIKKSGSWFTYDGDQLGQGMENSRRFLRDNPELAQELERLIKEKLGVGVVKTEEDSPKLKAVDG PGPT0007235_3491 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0007235-recA-K03553 NA NA D3-18_02722 198 hypothetical protein ATGGACGACGAATTCGGGGCAGGCTACTCCCGGGTCCTGGCCAACTCCCTGGTACTCGCCGGCGTTGGTGGGCGAACTGCCGTAGAGGCTTTGGCCTCCGGCTATCAACCTCGCGAAGTCTGGTTGGCCGTGTGCGAGGTCCAGGACGTTCCTCCCGAGCGAAGGCTTGGCAGGGACATCAAACCGGCTTCCAGCTGA MDDEFGAGYSRVLANSLVLAGVGGRTAVEALASGYQPREVWLAVCEVQDVPPERRLGRDIKPASS NA NA NA NA NA D3-18_02723 567 hypothetical protein ATGGCGCCGGACTCTAGAATGGTTGCCATGAGCAATCCTCTCCAGAGCACGCCAGGTCCGGCCGTGCCAGGCGACGCCGTGGACGACGCCCTCCAGCAGGTGGAACACCAGCTGAGCCTGCTCTGGCGCCGCGCCCGTTCCATCTCGCATCAGTTGTCACGCCAGGTACATCCGGACATGGAACCAGCCGCCTATGGGCTTCTCACGGTCATCCGCAGGGAAGGTCCTATCCGTCTCACCGACTTAGCCACCTGCATCGGTGTGGGCAAGCCTTCCGTGAGCCGCCAGATCGCCTTCCTGGAGAGCATCGGCCTCGTTTACAAGGAAGCGGATCCCCAGGACGGCAGGGCTCAGTCCATCCGTTTGACGGATAAGGGCGAAGAGAAGATGCACCAGGTTCAAGATGCCCGCCGGCAAGTCTTCCGTGAACGACTTGGCGAGTGGCCCCTTGAGGATGTCCAGACGCTCGCTGACTACATGGGGCGCCTCAACGCCATTTACGGCGACGGCGTACTCAGCGTGAAAGAACCGGAAATCGACATCGAGGACAAGCCCGCTGGCGTTTGA MAPDSRMVAMSNPLQSTPGPAVPGDAVDDALQQVEHQLSLLWRRARSISHQLSRQVHPDMEPAAYGLLTVIRREGPIRLTDLATCIGVGKPSVSRQIAFLESIGLVYKEADPQDGRAQSIRLTDKGEEKMHQVQDARRQVFRERLGEWPLEDVQTLADYMGRLNAIYGDGVLSVKEPEIDIEDKPAGV NA NA NA NA NA D3-18_02724 435 hypothetical protein ATGGTAAAGCAGCCCGTATCCGTGAACGGCGTTGTCCGCTGGAAGGATGTGGGCTTGGCTGATCAGGCACAGAGCGAACAGAAGGAGCGCAAAATGGTTGTACTACGCCACGAGATCGGTGATGTACTGCGCGATGTCCGCCAGCGTCAGGGCCGTACCCTCCGCGAGGTTTCGCACAGCGCCCGCGTCTCACTTGGTTACTTGAGTGAAGTTGAACGCGGCCAGAAGGAGGCTTCTTCCGAGCTCCTGTCCTCTATCTGCACAGCCCTGGATGTTCCGTTGTCCCACATGCTTCGCGAAGTCAGCGACCGCGTGGCCGTCGCAGAAGGCGTTGCAGTTCCCGACACTGTTCCGCAGGAATTCTCCCAGCGTTACGGTCGCGATCTGGACCTCACGGACGATTTCCCGCAAGGAATGCTCTCCGGAGCGAGGTAA MVKQPVSVNGVVRWKDVGLADQAQSEQKERKMVVLRHEIGDVLRDVRQRQGRTLREVSHSARVSLGYLSEVERGQKEASSELLSSICTALDVPLSHMLREVSDRVAVAEGVAVPDTVPQEFSQRYGRDLDLTDDFPQGMLSGAR NA NA NA NA NA D3-18_02725 513 cinA COG1058 Putative competence-damage inducible protein ATGACGCTCAATGACGGCGCATCAGCCGCTGTGCAAACGTCGACGGCGGCGGTCGCCATTGCTCTTGGGAACAAGCTGACCGTGGCTACGGCTGAGTCACTAACCGCAGGGATGGTAGCGGCAACGCTGGCGAACACACCGGGAGCATCCGGGATGCTTCAAGGCGGCGTGGTTGCCTACCAGAACTCAGTGAAGGCTGGTGTTCTGGGGGTGTCGCAGGAGCTGCTTGCCGAGGTCGGGTCCGTTGACGGTCGGGTGGCCGAGGCCATGGCTGACGGCGCCCGGCGCGTCTGTGGCGCCGATCTTGGAATTTCCACCACGGGTGTGGCCGGACCCGAGCCCCATGACGGCAAAGCAGTAGGAACCGTATTCATAGGAATTGCGGGCAAATCCGGAACCGAAGCGTTTGAGTACAGTTTTTCGGGGGACAGACAGTCCATCAGGGAGCAGGCCTGCGAGGCCGCCTTGGCGCGTCTGCTTGCTGCACTGAGTGACGTTGGTTACCGTTCGTAA MTLNDGASAAVQTSTAAVAIALGNKLTVATAESLTAGMVAATLANTPGASGMLQGGVVAYQNSVKAGVLGVSQELLAEVGSVDGRVAEAMADGARRVCGADLGISTTGVAGPEPHDGKAVGTVFIGIAGKSGTEAFEYSFSGDRQSIREQACEAALARLLAALSDVGYRS PGPT0013460_1019 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013460-pncC2-K03743 NA NA D3-18_02726 603 pgsA CDP-diacylglycerol--glycerol-3-phosphate 3-phosphatidyltransferase GTGACTACAGCCGAGGGTGATAACGCGACTTCCAGCAGCTCCGACGTCTGGAACCTACCCAATATCCTCACGATGCTCCGGATCGTCCTCGTTCCATTCTTCGTTTGGTTCCTGGTGGCGGACGACGGCGAGTACGGGATTTGGCGTTGGGCGGCCGTTGTGGCCTTTGCCGTCGCTATTTATACGGACAAGCTCGACGGCGACATCGCACGGGCGCGGGGCCTGATCACCAATTTCGGCAAGATTGCCGATCCCATCGCCGACAAGCTGCTGATCGGTTCCGCGCTGGTTCTCCTGTCCATCCTGGGTGAGCTGCCTTGGTGGGTCACAGTCCTCATCCTGGTCCGGGAGTGGGGGATTACCGCTCTTCGGTTCGTTGTTATCAGGTACGGCGTCATGCCGGCTTCCCGCGGTGGCAAGCTGAAAACAGTAGTCCAGACCGTGGCCATTTTCCTTTACATACTGCCGCTGAAGGCGATCGCTCCCTGGCTGGGCGACGTCGCCTTCTGGGTCATGATGGTGGCCCTTGCCATCACCCTGTGGACCGGCGTCGAATATGTCATCCAAGCGTTGAAGCTTCGCGCGGCCGGGCGGCGTGCATGA MTTAEGDNATSSSSDVWNLPNILTMLRIVLVPFFVWFLVADDGEYGIWRWAAVVAFAVAIYTDKLDGDIARARGLITNFGKIADPIADKLLIGSALVLLSILGELPWWVTVLILVREWGITALRFVVIRYGVMPASRGGKLKTVVQTVAIFLYILPLKAIAPWLGDVAFWVMMVALAITLWTGVEYVIQALKLRAAGRRA PGPT0007705_2475 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHATIDYLTRANSFERASE_ACTIVITY,PGPT0007705-pgsA|PGS1-K00995 NA NA D3-18_02727 2952 hypothetical protein ATGCATGCCCAAGGGGGCCTGAAATCCGCGGATTTCAGGCCCCCTTGGGGTAGCGTGGCACTTATGGCGACCCGTACTACCTCCACGCCACGAGGCAGCTCCAGCAGTAAATCCGGCGGCACAGGCCGGAGCACAGCCGCATCCAAAACCAGCGGAGCTGCTTCGAAAAGCAGCGCAGCCGCGAGCAAAACCGGGCGTGGCAGCACTGCCCGTACCAAGCAAGCGGCCGCCGTCGAGCCCCACGCTCCGCTGCCGCTGCGAATGCTCTCAGGTTTCTGGCAGGGGATCGGCCATGTAGTAGGCGCCGGGGTCCGCCGAATCGGTTATGACGTCAGCGATCTGGACCCCGACGACCGCCGGGATGGCGCAGCCCTCTTCAATTTGGTGTTGGGCATAGCGATCGCCACCTTCGCCTGGTGGGGTCTGACCGGCTGGCTGCCTGACATGGTCTACAGCGTGGTCAACGGCACGTTCGGGTGGATGTCCCTGATCCTGCCCCTCATGCTGTTCGTCTGTGCCTTCAGGCTTTTCCGGAAGCCACAGGACGGCCGGGGGAACAACCGCGTGGGCATCGGCTTCATGATCATGACACTGGCGGGTTCGGGCCTGGCACATGTCATTGGCGGCCTGCCCACCGTTGCAGATGGCTTCGACGGCTTGCGCAAGGCGGGCGGAATGCTGGGCTTCCTCGCAGCTGCGCCTTTGGCCGCAATCCACGTGGCTGTCCCCGTTGTCCTTTACGGGCTGTTGGCCTTCGTGTCCGTGTTGATCGTAACGGCCACGCCGTTTGGTGCCATTCCGTCCCGGATCAGGGGCGCTTATGAACACCTCATGGGCGTTGACCTTATGGACGAGTCCGGCAAGGACGCGCATGACCGCAGCTACCTTTACGAGAATGACGCTGCCGCCAAGCCGAAGAAGAAGAAGCGTATGCGCTTCTTCGGTAAGGACGAGGAAGCAGATACGAGCTTGGAAGGTTACGTCGGGGACGAGGCTTTCGAGCACGCAATAGTCGACGACGACGAAACTCCTGGTGCGTCCGCACCGCGCGTTCCGCCGGGCGTACGTCGTCCAACGCAGGCAGAGATCGCCGTCGGGAAGATCAAGGCCGCCCAAGGCCTGGGCGCCACGCCCGGGATCGAGAACCCCACCGAAGCCATTCCGATTCTTACTCCGGAGATGACCGCACCCGCGGCTCCCGTAGCCCAGGTTCCGGCGAAGCCTGCAGGTGCGCCGCTCCCACAAACGCCCATCCCGCAGCGCACGGAACAACTGTCCCTTGCAGGCGATGTCACCTACACGTTGCCGGCATCGGACTACCTGACGCCCGGCTCCATTCCGAAGGAGCGCACCGAGGCCAATGACGCCGTCGTCGCTGCACTGACGGACACCCTCACACAGTTCAACGTAGAAGCGGCGGTGACGGGCTTCAGCCGCGGTCCCACGGTGACGCGTTATGAGATCGAGCTGTCTCCGGGTACCAAGGTGGAGCGCGTCACCGCCCTGTCCAAGAACATCTCTTATGCCGTGGCGTCCAGCGATGTGCGCATCCTGAGCCCGATTCCAGGCAAGTCCGCCATCGGCATCGAGATCCCCAACACTGACCGCGAGACCGTGTCACTGGGCGATGTGCTGCGCAGCCAGAACGCACGCCGGACCGACCATCCCATGGTCATGGGCGTCGGCAAGGACGTTGAGGGTGGCTACGTGGTGGCCAACCTCGCCAAGATGCCCCACTTGCTTGTTGCCGGTGCCACCGGTGCTGGTAAGTCGAGCTTCGTGAACTCCATGATCACCTCCATCCTGATGCGCGCTACGCCGGATGAAGTGCGCATGGTCATGGTGGACCCCAAGCGCGTGGAACTCACGGCTTACGAGGGCGTTCCGCACCTCATCACCCCCATCATCACCAACCCCAAGAAGGCCGCCGAGGCCCTGCAATGGGTGGTCCGCGAGATGGATGCCCGCTATGACGACCTCGCCAATTACGGCTATAAGCACATTGACGACTTCAATAAGGCAGTAAGGGCGGGCAAGGTTGTGCCGCCGGTGGACTCCAAACGCGTCATCAAGCCCTACCCATATCTGCTGGTAATCGTCGATGAGCTCGCTGACCTCATGATGGTTGCCCCGCGGGACGTTGAAGACTCGATTGTCCGCATCACGCAGCTCGCACGTGCCGCCGGCATCCACTTGGTGCTTGCAACACAGCGCCCGTCCGTGGACGTCGTGACTGGCTTGATCAAGGCCAACGTTCCATCGCGTATGGCGTTCGCTACGTCGTCCGTTACGGACTCCCGTGTTGTGCTTGACCAGCCTGGCGCCGAGAAACTCATTGGACAAGGTGACGCCCTGTTCCTTCCCATGGGTGCTTCCAAAGCGATGCGTGTCCAGGGTGCCTGGGTTACTGAATCCGAGATCCATAAGGTTGTGGAGCACGTCAAGGGACAGCTGCAGGCCGTCTACCGTGACGACGTCGCTGCGGAGGCGCCCAAGAAGCAGATCGATGACGACATCGGAGACGATCTCGAGGTCCTGCTTCAGGCAACAGAGCTTGTGGTCACCACGCAATTCGGCTCAACGTCCATGCTCCAGCGAAAGCTTCGTGTCGGCTTTGCCAAGGCCGGCCGACTCATGGACCTCCTCGAGTCCCGTGGCGTTGTTGGTCCGTCGGAAGGCTCCAAGGCGCGCGACGTCCTGGTCAAGCCCGATGACCTCGCCGCGGTGCTTGCGGCGATGAAGGGCCAGGAGTCACCCGCGGCGCCGGACGCGCACACGGCGGCCCTGAGCGATAACGCGAACTCGAACATCGCCGTCGGAGGCTATGCCGAAGACCTTGTCCAGACGGACCTGGACAACCGGACGCAGGCCATCGAATACTACGACGGCGCCGATGGCCCGAACGACGACGAAGAGGGAGGCGAGGACGCCTGGTCGCTGACGGGGCGTTAG MHAQGGLKSADFRPPWGSVALMATRTTSTPRGSSSSKSGGTGRSTAASKTSGAASKSSAAASKTGRGSTARTKQAAAVEPHAPLPLRMLSGFWQGIGHVVGAGVRRIGYDVSDLDPDDRRDGAALFNLVLGIAIATFAWWGLTGWLPDMVYSVVNGTFGWMSLILPLMLFVCAFRLFRKPQDGRGNNRVGIGFMIMTLAGSGLAHVIGGLPTVADGFDGLRKAGGMLGFLAAAPLAAIHVAVPVVLYGLLAFVSVLIVTATPFGAIPSRIRGAYEHLMGVDLMDESGKDAHDRSYLYENDAAAKPKKKKRMRFFGKDEEADTSLEGYVGDEAFEHAIVDDDETPGASAPRVPPGVRRPTQAEIAVGKIKAAQGLGATPGIENPTEAIPILTPEMTAPAAPVAQVPAKPAGAPLPQTPIPQRTEQLSLAGDVTYTLPASDYLTPGSIPKERTEANDAVVAALTDTLTQFNVEAAVTGFSRGPTVTRYEIELSPGTKVERVTALSKNISYAVASSDVRILSPIPGKSAIGIEIPNTDRETVSLGDVLRSQNARRTDHPMVMGVGKDVEGGYVVANLAKMPHLLVAGATGAGKSSFVNSMITSILMRATPDEVRMVMVDPKRVELTAYEGVPHLITPIITNPKKAAEALQWVVREMDARYDDLANYGYKHIDDFNKAVRAGKVVPPVDSKRVIKPYPYLLVIVDELADLMMVAPRDVEDSIVRITQLARAAGIHLVLATQRPSVDVVTGLIKANVPSRMAFATSSVTDSRVVLDQPGAEKLIGQGDALFLPMGASKAMRVQGAWVTESEIHKVVEHVKGQLQAVYRDDVAAEAPKKQIDDDIGDDLEVLLQATELVVTTQFGSTSMLQRKLRVGFAKAGRLMDLLESRGVVGPSEGSKARDVLVKPDDLAAVLAAMKGQESPAAPDAHTAALSDNANSNIAVGGYAEDLVQTDLDNRTQAIEYYDGADGPNDDEEGGEDAWSLTGR PGPT0030468_2639 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 D3-18_02728 1692 rnj COG0595 Ribonuclease J ATGACCCAAACCGCCCTTCCCGGACTGGTTACTCCGCCGAAACTGCCGAAAGGCACGCTGCGGATTGTCCCGCTCGGTGGACTGGGAGAGATTGGCCGCAACATGGCGGTCTTCGAAATCGACGGCAAACTGCTGGTGGTTGACTGTGGCGTGCTCTTCCCCGAGGAGACCCAGCCCGGCGTCGACTTGATCCTGCCTGATTTCTCCTACATTGAGGACCGCCTGCAGGACATCGTAGGCGTCGTGCTGACCCACGGCCACGAGGACCACATCGGTGCTGTTCCCTATCTTCTGCGCCTCAAGGCCGACATCCCCCTGATCGGATCCCAGCTGACCCTTGCCCTGGTGGAAGCCAAGCTTCAAGAACACCGGATCAAGCCGTACACGCTGACAGTGACTGAGGGGCAGGTTGAGCAGTTCGGCCCGTTCGAGTGCGAGTTCGTGGCAGTTAACCACTCCATCCCGGACGCGTTGGCAGTTTTCATCCGCACAGAGGGTGGAAACGTCCTCCATACGGGCGACTTCAAGATGGATCAGTTGCCGCTGGATGGTCGTATCACAGACCTCCGGCACTTTGCCCGCTTGGGCGAAGAAGGCGTGGACCTGTTCATGGCAGACTCCACCAACGCGGACGTACCGGGCTTTACCACTGCCGAGAAGGAAATTGGTCCCACCCTGGACCGCTTGTTCGGACAGGCCAGGAAGCGCATCATCGTAGCCTCCTTCTCGTCCCACGTGCACCGTGTCCAGCAAGTCCTGGATGCCGCAGCCAAGCATGGCCGCAAGGTGGCGTTCGTCGGCCGTTCCATGGTCCGTAATATGGCCATCGCAGCCAAGCTCGGCTACCTCGATGTCCCGGAGGGCATCTTGGTGGACATCAAGAACATCGACAACATGCCGGATGACCGCGTGGTTCTCATGTCCACCGGCTCGCAGGGCGAGCCGATGGCTGCGCTCTCCCGCATGGCCAACGGCGACCACCGTGTGATCGTGGGCAAGGGCGATACCGTGATCCTTGCCTCAAGCCTCATCCCGGGCAACGAGAACGCCGTTTTCCGTATCATCAACGGCCTCCTCAAACTCGGTGCCGATGTGATCCACAAGGGCACTGCGAAGGTCCACGTGTCCGGGCACGCAGCCGCCGGTGAACTGCTCTATTGCTACAACATCCTCGAGCCCCTCAATGCCATGCCGGTTCACGGTGAAACCCGCCACCTGATTGCCAACGGCAACATCGCGCTGGAATCGGGCGTTCCGTCCGAGGGCATCATCCTCAGCGACAACGGCACAGTCATCGACCTCAAGGACCACAAAGCGAATGTGGTCGGACAGGTGGAAGTCGGTTTCGTCTATGTAGATGGTTCCAGCGTGGGCGAAATTACCGATGCCGACCTCAAGGATCGTCGCGTCCTGGGGGATGAGGGCTTCATTTCCGTCATCACGGTCATCAGCCGCACCACCGGCAAGATCGTGTCCGGCCCGGAGATCCACGCCCGTGGCGTGGCCGAGGATGATTCCGTCTTTGACGAGATCATTCCCAAGATCAACGCCGCGCTCGAAGAAGCTGTGCTTAACCACACGGATCACACCAACCACCAGTTGCAGCAGGTGGTCCGCAGGATCATCGGCACGTGGGTGAATCGCAAGCTTCGCCGCCGCCCCATGATTATCCCGGTAGTCCTGGAAGCGTAG MTQTALPGLVTPPKLPKGTLRIVPLGGLGEIGRNMAVFEIDGKLLVVDCGVLFPEETQPGVDLILPDFSYIEDRLQDIVGVVLTHGHEDHIGAVPYLLRLKADIPLIGSQLTLALVEAKLQEHRIKPYTLTVTEGQVEQFGPFECEFVAVNHSIPDALAVFIRTEGGNVLHTGDFKMDQLPLDGRITDLRHFARLGEEGVDLFMADSTNADVPGFTTAEKEIGPTLDRLFGQARKRIIVASFSSHVHRVQQVLDAAAKHGRKVAFVGRSMVRNMAIAAKLGYLDVPEGILVDIKNIDNMPDDRVVLMSTGSQGEPMAALSRMANGDHRVIVGKGDTVILASSLIPGNENAVFRIINGLLKLGADVIHKGTAKVHVSGHAAAGELLYCYNILEPLNAMPVHGETRHLIANGNIALESGVPSEGIILSDNGTVIDLKDHKANVVGQVEVGFVYVDGSSVGEITDADLKDRRVLGDEGFISVITVISRTTGKIVSGPEIHARGVAEDDSVFDEIIPKINAALEEAVLNHTDHTNHQLQQVVRRIIGTWVNRKLRRRPMIIPVVLEA NA NA NA NA NA D3-18_02729 1017 dapA_1 COG0329 4-hydroxy-tetrahydrodipicolinate synthase GTGAGTAATCCACCGCCGGTGAATGAGGACCATCACGCGGGACCCATTCTTCCAACCAGCCTGTCACAGGGTAACGTTTTTCGTATGTCTGACTTGCGCGCCCACGTTCCCGCCCTTGGTACCCTGCTGACCGCTATGGTCACCCCGTTCACTGAGGACGGCAAGGTGGACTACGACCAAGCCGCGGCGCTGGCGGAAAAGCTCGTTCAGGATGGTTGCGATGGACTCGTGGTCACCGGTACCACTGGAGAGACCTCAACCCTCACCGACGATGAGAACCTCGGCATGTTCCGGGCTGTCAAAGAGGCCGTCGGCGGCAAGGCTGCCATCATTGCCGGGACCGGCACCAACGACACCGCCCATTCCGTGCACCTCTCGCAGCGTGCGGCAGAACTGGGCGTCGATGGTCTGCTGATCGTCACCCCGTACTACAACAAGCCCAGCCAGGCAGGCGTTCGTGCGCACTTCGAGACGATTGCGTCGGCCACGGACCTTCCCGTTATGCTCTACGACATTCCGGGCCGTTCCTCCATTGCGATCGCTCCCGAAACCATGATCGCGCTTGCGAAGCACCAGAACATCGTGGCCGTCAAGGACGCCAAAGCGGACTTCGCTGCCGCCACATGCGTCATGGCTGAGACGGACCTGCTCTTCTACTCCGGTGATGACGGATTGACGCTGCAGTGGATGGCGCTCGGCGCCGTCGGGCTGGTGGGTGTTACCACCCACGTCGCAACACGCCGCTTCCGTGAGCTGATCGACGCCGTCAACGCCAGCGACCTCGCCAAGGCAAGGGCCATTAACTTTGAACTGGAACCCGTCATCCGTGCAACCATGACGCGGGTCCAAGGCGCAGTAGCCGCCAAGCAGATTCTCAAGTGGCAGGGAGTCCTGCCCAACTCGGTTGTCCGTTTGCCCCTCGTGGAGCCGGACGCGGCCGAGATCGAAATCATCCGCGGGGATTTGGCGGAAGCCGGAATGGACTTTGACGTCCAGGACGGTTCCGCCGGAAAGTAG MSNPPPVNEDHHAGPILPTSLSQGNVFRMSDLRAHVPALGTLLTAMVTPFTEDGKVDYDQAAALAEKLVQDGCDGLVVTGTTGETSTLTDDENLGMFRAVKEAVGGKAAIIAGTGTNDTAHSVHLSQRAAELGVDGLLIVTPYYNKPSQAGVRAHFETIASATDLPVMLYDIPGRSSIAIAPETMIALAKHQNIVAVKDAKADFAAATCVMAETDLLFYSGDDGLTLQWMALGAVGLVGVTTHVATRRFRELIDAVNASDLAKARAINFELEPVIRATMTRVQGAVAAKQILKWQGVLPNSVVRLPLVEPDAAEIEIIRGDLAEAGMDFDVQDGSAGK PGPT0002080_1404 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714 NA NA D3-18_02730 294 hypothetical protein ATGAAGGCGATGAGCCCCGGCGTGGTCGATTTCCTCTTCAGGCAGCTTGTGGCCGGTGAGCCTCCGGAAGACACCCAATGGCGCCGCGAGGGTACTGTCCTTGCTGAGCAGGTACCGGGTGCCGAACTCGCCCGCCGGCTATCCGAGACGGACCTGGCATCGTTGACGCCCCTTGAGCTGTTCGATTATGTCCGTGCCTCGCAGCGCCTGGTGGCTTGGGCTGAACAACTCAAGGAGCGGGCCGTGGCGCACTACTGTGCGGAGGAGCCCGCGCGGACGCCGAAGCCCGCGTGA MKAMSPGVVDFLFRQLVAGEPPEDTQWRREGTVLAEQVPGAELARRLSETDLASLTPLELFDYVRASQRLVAWAEQLKERAVAHYCAEEPARTPKPA NA NA NA NA NA D3-18_02731 1236 hypothetical protein ATGACTTCGCAAGAGACGGCCCCGATGCGAAAAGCACCCGGCGGCCGACCGATCTCCTCCCGGCTTACGGGGATAGATGCTGCCAGGGGCGCGGCCTTGTTGGGAATGATGGCCACGCACTTGATGCCCACGTTCGGCCCCTCCCCCCAGTGGGACCCGACGTTCGTAGGGCTGGTGTTTTCAGGTCGGTCCGCCGCCCTCTTCGCCGTACTTGCCGGCATCGGGTTGGCGCTCAGTACAGGCAAGCAGGAGCCCCGCAACGGCACGGAACTGTGGGCGGCACGAGGTGGAGTTGCCATGCGCGCCTTGGTGATCGCCGTCGTCGGACTGATGCTGGGCGGCCTGGACGTCAACGTCGCCGTAATCCTGGTTCACTACGCCATGCTGTTCCTGTGCATCCTGCCGTTCCTTGGCCTCCGGCTCAAGGCGCTCTGCTTCTGGGCGCTCGGCTGGGTCCTGCTGTCCCCGGTGCTGGCGTATCTGATACGGCCTCTCCTCCTGGACGCGAACCCTCCCCTGAAGTTGGGTCACAACCCCAACTGGGAGGACTTCGGGACGCCTGGACGCCTCCTCGCCGACCTCTTCTTCACCGGGTATTACCCCGTTTTCCAATGGATCTCGTACCTGCTGATCGGACTGGTGATCGGACGGTTGGCGCTGACGACGGCGAGGGTTCAGGTTCTGTTGCTCACTTGCGGCATCGCGGTGGCCGGCTTGGCAAAAGTCGTCGGGATCCTGGCTATGGAGGCGTGGGGCGGACGGGCCGCATTGTCATCCCTCCCGGTCACCCGGGGATACCCGTTGGAGAGCATGCTTCAGGTCAATGTCACCGGCCTGGAACAGACCGGCTCCTGGTGGTGGCTGGCGACGGCAGCCCCGCATGCCGGGACCAGCCTGGACCTGCTGCATAGCGGTGGCGTAGCGGCGGCAGTGGTCGGCTTGTTCCTGCTGCTCGGCACACTGGCGGAGCGGACCAAGGTCAACTTCCTGATCCTGCTGAGCGGCCCCGGGGCCATGACCCTGAGCCTGTACTCAGCCCACGTTTGGGTAGTGTCCGGGTTCACCAACCAGCCGTTGCCCTCGGGATGGACGGACGAAGGCATGTACTGGGCCCAAGCACTCACTGCGGTTGTCATTGGCGTCTGTTTCGCCGTTCTCCGGCGCCGTGGACCACTTGAATGGGTAGCCCACACGGCATCAAGCCTGGGCAGTCACCGGCCTGCTGCAGTGGGTTGA MTSQETAPMRKAPGGRPISSRLTGIDAARGAALLGMMATHLMPTFGPSPQWDPTFVGLVFSGRSAALFAVLAGIGLALSTGKQEPRNGTELWAARGGVAMRALVIAVVGLMLGGLDVNVAVILVHYAMLFLCILPFLGLRLKALCFWALGWVLLSPVLAYLIRPLLLDANPPLKLGHNPNWEDFGTPGRLLADLFFTGYYPVFQWISYLLIGLVIGRLALTTARVQVLLLTCGIAVAGLAKVVGILAMEAWGGRAALSSLPVTRGYPLESMLQVNVTGLEQTGSWWWLATAAPHAGTSLDLLHSGGVAAAVVGLFLLLGTLAERTKVNFLILLSGPGAMTLSLYSAHVWVVSGFTNQPLPSGWTDEGMYWAQALTAVVIGVCFAVLRRRGPLEWVAHTASSLGSHRPAAVG NA NA NA NA NA D3-18_02732 489 hypothetical protein ATGGGCGATTTCTGGACTTCTTTGAAGAAGAACCGCACCAAAATCTGGGTAGGTGCCATCACCCTGCTGTTGGTGCTTTACCTGGTGGTTTCCGTTCAGCGCTCGTTCCTCTTACTCGGCGACCCCAACTTGGTAGCCAAGGGGATCGGAGCGGCCTATCTGGTCCTGCCGGTGGTGGGCGCATGGGCACTCATCCGTGAGTTGCTTTTTGGTGCCCGTACCGAGCAGATGGCCAAGGTCCTGGAGGCCGAGGGCGGTTTGCCCGTGGATGACCTTCCGCGCACTCCGGGCGGGCGAATAGTCCGGGCTGCCGCTGACGCAGAGTTTGAGAAGTACCGTGCGGAGGCCGAGGCCGCTCCGGAGGACTGGCGCTCCTGGTTCCGCCTGAGCTGCGCCTACGATGCCTCAGGCGACCGCAAACGTGCCCGTGCGTCCATGCGTGATGCCGTGAAGCTCTTCCGCTCTCAACCCACTGCAGCAGGCCGGTGA MGDFWTSLKKNRTKIWVGAITLLLVLYLVVSVQRSFLLLGDPNLVAKGIGAAYLVLPVVGAWALIRELLFGARTEQMAKVLEAEGGLPVDDLPRTPGGRIVRAAADAEFEKYRAEAEAAPEDWRSWFRLSCAYDASGDRKRARASMRDAVKLFRSQPTAAGR NA NA NA NA NA D3-18_02733 759 dapB COG0289 4-hydroxy-tetrahydrodipicolinate reductase ATGACCGAACAACTTGCTGTTGCAGTGCTGGGCGCCCACGGGCGTATGGGAATTGAAGCCGTTAAGGCTGTTGACGCAGCCGAAGACATGAAGCTCGTAGCCGCTCTCGGCCGCGGCGATTCCCTGGAGAAACTGCTCGACGCCGGTGCGCAGTATGTTGTTGATCTGACCGTTCCGGACATCACGGAGACCAACGTCCGGTTCGCCGTGGAGCATGGCATCCATGCAGTTGTAGGCACCACTGGTTGGGATTCCCACCGGCTTGAGTCCTTGCGGAACCTCTTGGAGAACAAGCCGGAAACCGGTGTCCTCATTGCCCCCAACTTCGCCCTCGGATCGGTGCTCGCCTCGGCCTTCGCTGCGAAGGCGTCGCAATATTTCGAGTCCGTGGAAATCATCGAACTGCACCACCCCAACAAGGTGGATGCTCCATCCGGAACTGCAGTGCGGACGGCACAGCTGATAGCCGAAGCGCGTCAGGAAGCCGGCGTCCCGGCGAGCCCGGACGCCACTGAAACATCGTTGGACGGTGCGCGTGGTTGCGACGTGGACGGGGTTCGTGTCCACAGCGTACGCCTCCGTGGCTTGGTTGCTCATCAGGAAGTGCTTTTCGGAGGCCCAGGTGAGCAGCTGACACTGCGCCACGATTCGTTCGACCGCGCCTCCTTCATGCCCGGCGTCCTGCTTGGGCTTCGGAAAGTTGCAGCCAACCCCGGCCTCACCGTGGGCCTGGACGGCTACTTGGACTTGGGGCTCTAG MTEQLAVAVLGAHGRMGIEAVKAVDAAEDMKLVAALGRGDSLEKLLDAGAQYVVDLTVPDITETNVRFAVEHGIHAVVGTTGWDSHRLESLRNLLENKPETGVLIAPNFALGSVLASAFAAKASQYFESVEIIELHHPNKVDAPSGTAVRTAQLIAEARQEAGVPASPDATETSLDGARGCDVDGVRVHSVRLRGLVAHQEVLFGGPGEQLTLRHDSFDRASFMPGVLLGLRKVAANPGLTVGLDGYLDLGL NA NA NA NA NA D3-18_02734 456 moaE2_1 COG0314 Molybdopterin synthase catalytic subunit 2 ATGGGCACTGAAACTAACTTTGAGGTAATCAGCGCTGTCCTTAGCGCCGAACCCATTTCCGTGGACCAAGCCATCAGGGCGGTCGAATCCGATACAGCCGGCGCAGTGGTCAGCTTCAGTGGAGTCGTTCGAAATCACGACGGCGGCAAGGCGGTGGACCGCCTAAGCTACAGCGCGCATCCCACGGCACATCAGGTGATGTCCGACGTCGTTGCGCAGTTGGTTTCCGAGCACTCCGGTGAAGCTGCGCAACCCGTTCGGATCTGGGCTGCCCACCGGATCGGCATGCTCGAGATCGGTGATCCCGCACTGGTATGTGCTGTGGCTGCTGCCCACCGCGGCCAGGCGTTCGCTGTGTGTGCTGAGCTTGTGGACCGGGTCAAAGAGCAAGTCCCCATTTGGAAGGAACAGTTCTTCACTGACGGCACCGTGGAGTGGGTTGGAGCAGGGGAGTAG MGTETNFEVISAVLSAEPISVDQAIRAVESDTAGAVVSFSGVVRNHDGGKAVDRLSYSAHPTAHQVMSDVVAQLVSEHSGEAAQPVRIWAAHRIGMLEIGDPALVCAVAAAHRGQAFAVCAELVDRVKEQVPIWKEQFFTDGTVEWVGAGE PGPT0008415_155 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008415-moaX-K21142 NA NA D3-18_02735 498 mog COG0521 Molybdopterin adenylyltransferase ATGAGCGCGTGCGAGCCGAATGCTCCGCGGAAGGCCGGCGTCGTCATCGCATCAACCCGCGCAGCCGCAGGCGTGTATGCCGACGAGACGGGTCCGATCATCCTCGATTGGCTCAACGAGCACGGCTTCGATACCTTCCCCACCATGGTGGTGCCGGACGGGGAGCCGGTTGGTGCTGCCCTGAGGGCACTCCTGACACAAGAGCCCGCCGTGGTCATCACCAGCGGTGGAACGGGTCTTAGTCCCGATGACCGCACACCCGAGATGACGCTGCCGCTGCTCGAGCGCGAGATTCCGGGCATCATGGAGGGTATCCGGCGCGCCGGTGCCACCAAAACCCCCATGGCCATGTTGAGCCGTGGTCACGCCGGGGCAGCGGGGAAGACGTTCGTCATCAACCTGCCCGGATCCCCCAAGGGCGTCATGGACGGGTTAGCTGTCCTGGATCCTGTGATCGGGCACCTCTGCGAGCAATTGGAAGGAAGCCATGGGCACTGA MSACEPNAPRKAGVVIASTRAAAGVYADETGPIILDWLNEHGFDTFPTMVVPDGEPVGAALRALLTQEPAVVITSGGTGLSPDDRTPEMTLPLLEREIPGIMEGIRRAGATKTPMAMLSRGHAGAAGKTFVINLPGSPKGVMDGLAVLDPVIGHLCEQLEGSHGH PGPT0008405_59 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008405-moaC_-K03637 NA NA D3-18_02736 540 moaC2 COG0315 Cyclic pyranopterin monophosphate synthase 2 ATGGATGCTGTGAAGCAAACTCCCGCGACTACAGAACACTCCGGTGGCCTGACCCACCTCAGGCAGGACGGCACTGCACAGATGGTGGATGTCTCCGAAAAAGCCGTCACCACCCGTGTAGCAACTGCTACAGCCACTGTCCGCAGCACCCCCAACGTACTGACCCTGTTGGGCACCGGCGAACTGCCCAAGGGCGATGCCCTCGCCGTGGCACGCGTAGCCGGGATCATGGCGGCGAAGAAGACTCCTGAGCTGATTCCGCTATGCCATCCGTTGCCGATCTCCAAGGTCACTGTGGACTTCCAGCTGGGCACTGACTCGGTTGAAATCCTGGCCACCGTCAAGACCCGGGGAGTGACCGGCGTCGAGATGGAAGCATTGACGGCGGCTTCCGTAGCGGCCTTGAGCGTCTACGACATGATCAAGGCCGTGGACAAGCACGCAGTGCTGACCGATATCCGCGTGCTGGCCAAGAGTGGCGGGAAAAGTGGCGACTGGGACATCTCCGGAGAAGCAACCATAGAGGAGGCCGGGACATGA MDAVKQTPATTEHSGGLTHLRQDGTAQMVDVSEKAVTTRVATATATVRSTPNVLTLLGTGELPKGDALAVARVAGIMAAKKTPELIPLCHPLPISKVTVDFQLGTDSVEILATVKTRGVTGVEMEALTAASVAALSVYDMIKAVDKHAVLTDIRVLAKSGGKSGDWDISGEATIEEAGT PGPT0008405_510 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008405-moaC_-K03637 NA NA D3-18_02737 1221 moaE2_2 COG0303 Molybdopterin molybdenumtransferase 2 GTGCCCAGATCTGTTGCAGCCCACCGCCAGGCAGTGGTGGAACTGCTCACCGGCGTCGTTTCGGGCAAGGGAAATATCAACCTGCCGCTGCTGGAGGCGCTGGGTAAAGCGCTCGCCGTCGATGTCTACGCGCCGCTCTCCTTACCCCCGTTCGCCAATTCCCAAATGGACGGTTTTGCCGTCCGCTCAGCAGAAATTCCCGACGGCGGTGCGGAGCTCCAGGTAGCGGAGCCGGTTCCGGCAGGCGCCGCGCCCGCAGCACTCAAGCCAGGCTTTGCCGCCCCCATTATGACCGGGGCCATGATCCCCGACGGCGCCGACGCCGTCGTGCCCATTGAAAAGGCGACGCCCAGCACTTTCCCGGACCCTGCCGCAGTGGAGGCTGTTGTAGCACTGCCTCCCGTCGCTCCCGGCACCTACGTGCGGGACAGCGGCAGCGACATCGGGAAGGGCGAACTGGCTCTGCCTGCCGGTACCCGGATGGGACCCGCGCAGTTGGGGCTTTTGGCTGCGTTGGGGCTGACCACCGTTGAAGTCCGCAAACCCTGGTGCGTCCTCCTGGTCACAACCGGCGACGAGGTGCTGGAACCGGGGGAAGAACTCACGGCCGGCAAGATTTTCGATTCCAACGGGACACTGCTCGAAGCCTCCATGCGACAGGCCGGCCTCGACGTGGTCCGCACTGGCATATCCGATGACGACCCCTCCAAGCTGCTGGCGGTCCTCCGCCGTTACACTGCACCATCGGACACTAGCGTCGATGTCATTGTCACCACCGGGGGAGTGAGTAAGGGCGCCTATGAAGTGGTCCGGCAAGCCATGGCGAACCAGCCAGTGGAATTCCTGCCGGTGGCCATGCAGCCAGGAGGACCGCAGGGATTGGGCACCTTTGACGGTGTTCCGTTCCTTGGCTTTCCGGGAAATCCGGTCAGCTGCCTGGTCTCATTTGAGATGTTTCTCAGGCCGGCCCTTTCGCAGGTACTGGGAACGCCCGCGCCGAGGCCGGTACTGAGGGGACGCCTGGCCGAATCGCTGGCCTCCCCGGAAGGCAAGCACCAGGTCCGTCGGGGATCCGTGGACGCGGACGGAACGGTCCGTATGGAAGGTGGCGCAGGTTCGCACCTCGTCCATGCCTTGGCCCGGGCGAACGCCCTGGTTCAGATACCCGGCGACGTCACGGAACTCACCGACGGGGATGAAGTGGAAGTATGGATGCTGTGA MPRSVAAHRQAVVELLTGVVSGKGNINLPLLEALGKALAVDVYAPLSLPPFANSQMDGFAVRSAEIPDGGAELQVAEPVPAGAAPAALKPGFAAPIMTGAMIPDGADAVVPIEKATPSTFPDPAAVEAVVALPPVAPGTYVRDSGSDIGKGELALPAGTRMGPAQLGLLAALGLTTVEVRKPWCVLLVTTGDEVLEPGEELTAGKIFDSNGTLLEASMRQAGLDVVRTGISDDDPSKLLAVLRRYTAPSDTSVDVIVTTGGVSKGAYEVVRQAMANQPVEFLPVAMQPGGPQGLGTFDGVPFLGFPGNPVSCLVSFEMFLRPALSQVLGTPAPRPVLRGRLAESLASPEGKHQVRRGSVDADGTVRMEGGAGSHLVHALARANALVQIPGDVTELTDGDEVEVWML PGPT0008430_3828 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008430-moeA-K03750 NA NA D3-18_02738 1581 msrP_3 Protein-methionine-sulfoxide reductase catalytic subunit MsrP ATGAGCACGCTCGCACCCGGTACCACCAAGCAGCGACGCGTCATAGGGAAGCCTGCGCTGTGGGCTGCCGCCGCGGGCGTGGCTGCCGGAGCAGCCGGGATCGCGGCAGGCGAACTGACGGCCGGCCTCCTGAGCCCGTTGGTTTCGCCCGTCACGGCCCTGGGCGGAGCGGTGATCGACGCCGTGCCGCCAGGGGTCAAAGACCTGGCAGTGCAGTTATTCGGAACCGCCGACAAGGTCGTGTTGGTTGCCTGCATCGTAGGCGTGGCAGGAATCCTGGCAGCGCTCGCTGGTGTCTTGGAACGCCGCCGCAACGGCTGGGGCGTGGCACTCGCCGGACTGGCGGGTGCAGCTGGGCTGACCGCCGTAGTGACCCGAGCCCAGGCAAGTCCCCAGGCAGCCCTTGCACCAATCGTTGCCGCGGTACTCACCATGATGCTGCTGCGAACCCTCGTCCGGCGGCTGGCAACCTGGGCTCCGTCGGAGGAAACCACCAGCCGTGAGGAAGCGCCACTGGCTCGGCGGAGCTTCCTGAACGCCTTGGCTGGAACTTCTATTGCCGCCGTCGTAGCTGGGACTGTGACCACCGTCCTTACCCGGGCCACAGCGGTGGCATCCGGTTTCCGGGGCTCCATGACGCTTCCGGAATCCACCACCCCGTCGCAAGCCATCCCGGCAAACGCGTCCCTGTCCGTGGACGGTATCAGCCCTTTGGTCACCCCTAATGCTGATTTCTACAGGATTGATACTGCATTGACCGTCCCGGCCATCGACCCCCCTGCTTGGAAACTAAGGGTCACCGGATTGGTGGAACGCGAAATTGACATCGATTTTGCTACGCTCCTCACCAAGCCCATGACAGAACGCCACGTCACCATCGCTTGCGTGTCCAACAACGTGGGCGGCGACCTCATTGGCAACGCCCTCTGGCTAGGTTGGCCGGTGAGGGAACTATTGGCAATGGCGGGGCCCAAAGCAGGCGCAGACATGGTCCTGTCCACCAGTAACGACGGCTGGACGGCCAGCACCCCCCTGGAGGCCCTCACCGATGACCGCGATGCTCTCCTGGCCGTAGGCATGAACGGTGAGCCGCTGCCGCTTGAACATGGATTCCCAGTGCGGATGATCGTACCCGGGCTCTACGGCTTCGTGTCTGCCACCAAATGGCTAACGGAACTGAAGGTCACACGATTCGCCGACGAAACCGCGTACTGGACGACTCGGGGCTGGAGCGACCACGGGCCCATCAAAACGCAATCGCGCATCGATGTACCCCGCAGCGGCCGAAACGTCCAATCGGGCAACGTCCAATTCGGTGGCGTGGCCTGGGCCCAGCACAGGGGCATCAACCGCGTAGAGCTTCGCGTCAATCGGGGACCCTGGCAGCAGGCTACGCTGGGGGGCGCAATCTCCACCGACACGTGGTACCAGTGGCAATTGGGCATCGACCTGACGCCAGGTGAGTACGAAGTGCAGGTCCGGGCCACCGATTCCACAGGTGAACCGCAGACCGAAGACAAGGCACCAGTAGCTCCCGATGGCGCCACGGGCTATCACACCATCAACGTCAAGGTGGGCTGA MSTLAPGTTKQRRVIGKPALWAAAAGVAAGAAGIAAGELTAGLLSPLVSPVTALGGAVIDAVPPGVKDLAVQLFGTADKVVLVACIVGVAGILAALAGVLERRRNGWGVALAGLAGAAGLTAVVTRAQASPQAALAPIVAAVLTMMLLRTLVRRLATWAPSEETTSREEAPLARRSFLNALAGTSIAAVVAGTVTTVLTRATAVASGFRGSMTLPESTTPSQAIPANASLSVDGISPLVTPNADFYRIDTALTVPAIDPPAWKLRVTGLVEREIDIDFATLLTKPMTERHVTIACVSNNVGGDLIGNALWLGWPVRELLAMAGPKAGADMVLSTSNDGWTASTPLEALTDDRDALLAVGMNGEPLPLEHGFPVRMIVPGLYGFVSATKWLTELKVTRFADETAYWTTRGWSDHGPIKTQSRIDVPRSGRNVQSGNVQFGGVAWAQHRGINRVELRVNRGPWQQATLGGAISTDTWYQWQLGIDLTPGEYEVQVRATDSTGEPQTEDKAPVAPDGATGYHTINVKVG NA NA NA NA NA D3-18_02739 1263 sasA_4 Adaptive-response sensory-kinase SasA ATGGAGGGCAGTGAGCTGTGGACCATCCTCGCGTGGGTCCTGTTCTGGGCCGTGCTCATCGGGGCCAGCACTTGGGTGCTCCTCCGGCTGATTCGCCGGGCCTCGGTACTCGCCCAGATCTGCTTGGTGGTTGTGGCTACCGTCGCCGTGCTGGTGGCGGGCATGGTCAGTGCTTTCAACGCGATGTTCATTTCCGCCAGGGACCTCGAAGTCATGTGGTACATCCTGGCCACGGCCTCGGCTGTTGCCGTTGCGTTGTCCCTCATGCTGGGTGCCGGCGTCTCCAGGAACGCTGCCCACCTGGTTGACGCCGCCCGGCGCCTGGGCCGAGGCGAAACCCTGGAACACACCGTGGCCGACGGGAAGGGGAGTGCTCCTGCCATGACGTCCGAACTCGCAGAGCTGGCCAAGGAACTTGAGGCCAGCAGCCGGAGCCTGGCCGAGTCACGGGAACGCGAAGCCGCCATAGAGACTGCCCGACGCGAGCTTGTGTCGTGGATTTCCCATGACCTCCGAACACCCTTGGCCAGCATGCGGGCCATGACCGAAGCCCTTGAGGACGGTATGGCATCAGATGTGCAGGGCTACTACCGGAAGATCATCGGACAGACCGAACAAATGACGGCCATGGTCAACGACCTCTCGGAACTGTCCAAGATCCAGGCCGGCACCCTTCGCCTGCGCGCGGAACCCCTGGACCTTTACGACCTCGTCAGTGATGCCCTTTCGGACCTGGCTCCGCTGGCCGCGAAACGCGGCATCAGGCTCGACGGCGGCGGGGAACGTGAGTGTATGGCCGTCGCCGACGGGCCCAGCCTCGCCCGTGCGGTGCGGAACGTACTCCTCAACGCCATCATCTATAGCAGGCCAAACAGCGACGTCCACATCAGTGTTGGACGAGACGGGATTGGACGGGACGGCGATGCAGGGGAGAACGGTGGGAACGCCGTTATCGCCGTCCAGGACCAATGTGGCGGCATCCCGGACGAGGACCTACCGTACCTGTTCCAAACGGGCTGGCAGAAAGATCCCGCCCGCCGCACCAGCGAAGCACTGCAGGGCAGCTACAGCGGTGCCGGCATCGGTCTCAGCATGGTGGCCGGCATCGTCAAAGCACATGGGGGATCGGTCACCGTGGAAAACCTCGACGGCGGTTGTCGCTTTGCGTTGTCACTTCCAGCCGGGGCAACCCCACCCGGGTCTTCGATGGCTCCCGGCCATCAACCCATTGCAACGGACAACCGCCTCGGAGGCATGACATGA MEGSELWTILAWVLFWAVLIGASTWVLLRLIRRASVLAQICLVVVATVAVLVAGMVSAFNAMFISARDLEVMWYILATASAVAVALSLMLGAGVSRNAAHLVDAARRLGRGETLEHTVADGKGSAPAMTSELAELAKELEASSRSLAESREREAAIETARRELVSWISHDLRTPLASMRAMTEALEDGMASDVQGYYRKIIGQTEQMTAMVNDLSELSKIQAGTLRLRAEPLDLYDLVSDALSDLAPLAAKRGIRLDGGGERECMAVADGPSLARAVRNVLLNAIIYSRPNSDVHISVGRDGIGRDGDAGENGGNAVIAVQDQCGGIPDEDLPYLFQTGWQKDPARRTSEALQGSYSGAGIGLSMVAGIVKAHGGSVTVENLDGGCRFALSLPAGATPPGSSMAPGHQPIATDNRLGGMT NA NA NA NA NA D3-18_02740 828 walR COG0745 Transcriptional regulatory protein WalR GTGCCCGCGGACCCCGGATCGGGTGCTGCGCAACGTCCGCAAACCTATGCTGAAAGCGTGACCACAAATACGGCATCATCAGCGGAGCCTGGGAATCGTCGCATCCTCTTGGTAGAGGATGAACAGACCATAGCCGACGTTGTCCGCGATTACCTGCTGAAGGCAGGATTCCAAGTGGACATGGCGGGGGACGGCTTCACAGCGCTTAAGCTGGCAGCTTCACGCCAGCCCGATCTGGTGATCCTGGACAGGATGCTGCCGGGACTGGACGGTGTTGAGGTGTGTCGCCGACTCCGCCAAAGCATGAGCGTGCCCGTCATCATGGTCACCGCCCTGGGAACCGAGGACGACCGGATTCTGGGCTTGGAGATGGGAGCGGACGATTACGTCACCAAACCCTTCTCACCCCGCGAACTGGTCCTTCGGGTGAAGTCGGTATTGCGCCGGAGCATCAGGGAATTCGCGCCCGAACCGCCGGTTGAAGCTGCGGGACTCGAGCTCGATCCCGCTTCCCGGACAGTCACGCATGGTGGGGTTCCCCTGGCACTGACCGTCCGCGAGTTCGACCTGCTGGCTTTTTTGATGCGAAGGCCCCACCAGGTCTTCAGCCGGGAAGAACTTATCAAGGCCGTGTGGGGATGGGACTTCGGCGATCTGTCCACGGTCACAGTCCATGTCCGGCGCCTGCGGGAGAAAATCGAAGCCAATCCCACCAAACCCGAACTGCTTAAGACCGTATGGGGAGTCGGCTACCGCTTCGACGGCAAGCGGTATGACGCCCTCCCTGTGAGCCTGGACCATAAAGAAGGTGAGCATGGAGGGCAGTGA MPADPGSGAAQRPQTYAESVTTNTASSAEPGNRRILLVEDEQTIADVVRDYLLKAGFQVDMAGDGFTALKLAASRQPDLVILDRMLPGLDGVEVCRRLRQSMSVPVIMVTALGTEDDRILGLEMGADDYVTKPFSPRELVLRVKSVLRRSIREFAPEPPVEAAGLELDPASRTVTHGGVPLALTVREFDLLAFLMRRPHQVFSREELIKAVWGWDFGDLSTVTVHVRRLREKIEANPTKPELLKTVWGVGYRFDGKRYDALPVSLDHKEGEHGGQ PGPT0013765_3 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HIGH_TEMPERATUR_REGULATION,PGPT0013765-vicR|walR|yycF|micA-K07668 NA NA D3-18_02741 1140 moaA GTP 3',8-cyclase ATGAGTGTTCAGCTGGGCATGCCGGTGCCCCCTTCGGGCGGAGCCCCAGGCAGCACGGAAAGCGGCGTGGCAGTTCCGCCCCCACGTCCTGCAGGCACGCCCTCCGGGCTGTGGGACCGCTATGGCCGGCGCGCAACGGATATGCGCTTGTCCCTGACGGACAAATGCAATCTGCGCTGTACGTACTGCATGCCTGCCGAGGGGCTGGAATGGCTCTCGAAACAAGCGGTGATGACCAGGGACGAAATCGTCCGCATCGTCCGCATCGGCGTCAGCGCTTTGGGCGTACGGGAGCTTCGCCTCACCGGTGGTGAGCCCCTGGTCCGCGCAGACCTGGTGGACATCATCGCCGGTATCCGGAACGACCACCCGGACCTCCCCATTTCCATGACCACCAACGGCGTGGGACTGGACAAGAAGGCCGCAGCGTTGAAGGCCGCGGGCCTCACCCGCATTAACGTCTCACTCGATTCCCTCCACGAGGAGACCTTTACCAAACTCACGCGACGCCCCTTCCTGGACCGCGTCCTGGCAGGCGTAGATGCCGCCTGGGCAGCCGGTTTGGGCCCGGTGAAGTTGAATGCCGTGCTCATGCGCGGGATCAACGACGCCGAATCGCCGGACCTCCTGGCGTGGGCTCTGGGCCGCGGCTATGAACTTCGCTTCATCGAGCAAATGCCACTTGATGCCGACCATGGATGGACCCGGCGCAACATGATCACCGCCGCCGAGATTCGTGAACTGCTCTCCCGCGACTTTGTGCTGGACAAGGACCCCCGCGAGCGGGACGGCGCACCAGCCGAACGCTTTGAAGTACGACGCCGGGACACGGCAACGGGCGTGGCCACGGGTCCGGTGCTCGGTACAGTGGGCATCATTGCCTCGGTCACTGAACCATTCTGCTCCGACTGTCGCCGTACCCGGATCACTGCGGAGGGCAAAATCATGAGCTGCCTTTTCTCCCGCGAAGAATTCGATCTTCTGGGCCTTCTCCGTGGGGGCGCCACGGATGACCAACTGGCATCGCGTTGGCAGGACGCCATGTGGGTCAAACCCAAAGCCCACGGCATGGACCACACCGGTCTCGGCGCAGCGGACTTTGTGCAGCCGGACCGCAGCATGAGCGCAATCGGAGGCTGA MSVQLGMPVPPSGGAPGSTESGVAVPPPRPAGTPSGLWDRYGRRATDMRLSLTDKCNLRCTYCMPAEGLEWLSKQAVMTRDEIVRIVRIGVSALGVRELRLTGGEPLVRADLVDIIAGIRNDHPDLPISMTTNGVGLDKKAAALKAAGLTRINVSLDSLHEETFTKLTRRPFLDRVLAGVDAAWAAGLGPVKLNAVLMRGINDAESPDLLAWALGRGYELRFIEQMPLDADHGWTRRNMITAAEIRELLSRDFVLDKDPRERDGAPAERFEVRRRDTATGVATGPVLGTVGIIASVTEPFCSDCRRTRITAEGKIMSCLFSREEFDLLGLLRGGATDDQLASRWQDAMWVKPKAHGMDHTGLGAADFVQPDRSMSAIGG PGPT0008410_269 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008410-moaA-K03639 NA NA D3-18_02742 267 hypothetical protein TTGCTTGTACGTTACTTTGCTGCCGCACGCGCGGCCGCCGGTGTCGAAGAAGAACTTCACGTCCTCCCGGAAGGCACCAGCCTGGAAGCGTTGCTGGAAGCTGCCCTCGCCGTCGAACGTCCACTGCCTCCCGAAGGGACGCCGCCGCTCGCCAGGATCGTGGCGCGCAGCAGTTTCCTCCGCAACGAGGTGGCTGTCCGGGACCGTGCGGCTCCCTTGGGAAGCGACGACGTCATTGACGTCCTGCCGCCTTTTGCCGGGGGCTAG MLVRYFAAARAAAGVEEELHVLPEGTSLEALLEAALAVERPLPPEGTPPLARIVARSSFLRNEVAVRDRAAPLGSDDVIDVLPPFAGG PGPT0008410_46 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008410-moaA-K03639 NA NA D3-18_02743 294 hypothetical protein ATGTACACGCTCCAGATTGAGCACGGCATCAAGGATTTTGACATGTGGAAGGCTGCCTTCGACCGCGATCCTTTGGACAGGGCCGGTTCCGGTGTTCAACAGTTCCGTGTCAGCAGGCCCGCGGACGACTCCGGGGTGGTTGTTGTGGAACTGGACTTCGAAACGTTCGAAAAAGCCGAGGATATGCTTGGACGCTTACAGTCCACCGTATGGAACTCGACTGAACGCGCCCCAGCCCTCATCGGCGATCCGAAGACGCGCATCATGGAAACGGTCTATACCGGAAGGTATTAG MYTLQIEHGIKDFDMWKAAFDRDPLDRAGSGVQQFRVSRPADDSGVVVVELDFETFEKAEDMLGRLQSTVWNSTERAPALIGDPKTRIMETVYTGRY NA NA NA NA NA D3-18_02744 462 hypothetical protein ATGGATCTGCCCTCAAGCGGCCACGTTGCGGAGATGCTGCGGGATTTCATCGGTCACTGGCGGGGCATCACGGAGATCGCTGCGTCTCCGTGGGGAACTGCGCGGACAGCAGAGGCCGAAGCAGTCTTTACCCAGGCCGCCGGTGGCTACGCCGTAGTCCAAAGCTACCGGCACCGCGAAGCCGACGGCACGCACTTTGAAGGTCACGGCATGTTCACCGTTGACCGGGACCACGGAGACACACTGTGGTACTACGTAGACAGCATGGGACGGCCGCCGGCCAGCCCTGTCCGTGGGACATGGCACGCAGGAACGCTGACACTTGACCGGAGAACGGCCGACGGCGTAGCCAGGCACACGTTCCGCGTAGAAGACGGCGTACTGGTGCACACAGCTGATTTGAGGCTCGAAGGAAGTACCGGGTTCAGCCCTTTGTTGAAGAGTGTGTTCCGGAAGGCATGA MDLPSSGHVAEMLRDFIGHWRGITEIAASPWGTARTAEAEAVFTQAAGGYAVVQSYRHREADGTHFEGHGMFTVDRDHGDTLWYYVDSMGRPPASPVRGTWHAGTLTLDRRTADGVARHTFRVEDGVLVHTADLRLEGSTGFSPLLKSVFRKA NA NA NA NA NA D3-18_02745 1344 COG0612 putative zinc protease ATGACTGTCGTACCCTTGCCGCTGGAGCAAACCCTTCCCGGCGGCGAATTGATCCATGGCGCCGAGGGCGGTTCCGTCGTGCGGCGCTCCGTCCTCCCCGGCGGCGTGCGCGTCCTGACCGAGGCGATGCCCGGCCAGCGTTCGGCCACCATCGGGTTCTGGGTGGCAGTGGGTTCACGCGACGAAGCGGACGGCCAGCACGGTTCCACACACTTCCTTGAGCACCTGCTGTTCAAGGGCACCAAGCGGCGCACAGCCCTGGAGATCGCCTCCGCCTTTGACGAGGTGGGCGGCGAATCCAATGCGGCCACCGCCAAGGAAAGCACCTGCTACTTTGCCCGGGTCCTGGACACGGACCTGCCCATGGCCATCGATGTCATCGCTGACATGATCACCGGCGCGGTTCTGGATCCTGCCGAGTTGGAGCAGGAACGCGATGTCATCCTTGAAGAAATCGCGATGGACAGCGATGACCCCACAGACGTCGCCCACGAAAAATTCGTAGCTGCCGTCCTCGGCGACCACCCGCTGGCGCGGCCGATTGGCGGAACGCCGGATGCCATCAAAGCGGTGGCAAGGGATTCCGTCTGGGCGCACTACCAGCGTTACTACCGCCCGGAGGAACTGGTCATCACGGCGGCCGGCGGACTGGATCACGACGTCGTCTGCCAGCTCGTCCTCGATGCTCTGAAGGCGGCCGGCTGGCAGCTTGACGCCGAAGCCGCTCCCGTAGACCGCCGGGGTACTGACCGGGCGGTCATCACTGGCACGTCAGGGCTGCACGTGGTTAAGCGCCCCGTGGAGCAGGCAAACATCATCATGGGTTGCCCCACGATCGTTGCAACCGATGACCGCCGTTTCGTCATGAGCGTGCTGAACGCCGTCCTGGGCGGTGGCATGTCTTCCCGCCTGTTCCAGGAAATTCGTGAGAAGCGCGGCTTGGTGTACTCCACATACTCGTTCACGGCGGCATATGCGGACGCCGGATACTTCGGGATGTACGCCGGTTGCACGCCTTCCAAGGTTCGCCAGGTATTGGAACTCCTGGGCCTGGAGCTGGATAAGCTCGCCAAGGAAGGCATCACTGACGAAGAGCTTCGCAAAGCTGTAGGACAGCTCAGCGGCGGTATCGTCCTCGCGCTTGAGGACACCGGTTCGAGGATGTCACGGCTCGGCCGCGCAGAACTGGTGTCAGGGGAATTCCAGGACATTGACGAGACCCTGGCGCGCATCAAGGCCGTCACGGTGGAGGACGTTCAGGAACTTGCCCGCGAACTGGCAGCGGCGCCCCGCACCATCACCGTTGTTGGTCCGTTCGAGGAAACCGAGACTTTCGGCCTTTAG MTVVPLPLEQTLPGGELIHGAEGGSVVRRSVLPGGVRVLTEAMPGQRSATIGFWVAVGSRDEADGQHGSTHFLEHLLFKGTKRRTALEIASAFDEVGGESNAATAKESTCYFARVLDTDLPMAIDVIADMITGAVLDPAELEQERDVILEEIAMDSDDPTDVAHEKFVAAVLGDHPLARPIGGTPDAIKAVARDSVWAHYQRYYRPEELVITAAGGLDHDVVCQLVLDALKAAGWQLDAEAAPVDRRGTDRAVITGTSGLHVVKRPVEQANIIMGCPTIVATDDRRFVMSVLNAVLGGGMSSRLFQEIREKRGLVYSTYSFTAAYADAGYFGMYAGCTPSKVRQVLELLGLELDKLAKEGITDEELRKAVGQLSGGIVLALEDTGSRMSRLGRAELVSGEFQDIDETLARIKAVTVEDVQELARELAAAPRTITVVGPFEETETFGL NA NA NA NA NA D3-18_02746 2253 pnp Polyribonucleotide nucleotidyltransferase ATGGAGGGTCCCGAAATCCAGTTCTCCGAAGCCATTATCGACAACGGACGTTTCGGCAAGCGAGTTATTCGCTTCGAAACCGGCCGCCTTGCCAAGCAGGCAGCCGGCGCCTCGATGGTCTACATCGACGAAGACACCGCACTGCTCTCGGCAACCACCGCGGGCAAGCAGCCGCGCGAAGGTTTCGACTTCTTCCCGTTGACGGTTGATGTCGAAGAGCGTATGTACGCTGCCGGCCGTATCCCGGGTTCGTTCTTCCGCCGCGAAGGCCGCCCCTCCACGGAAGCCATCCTGGCCTGCCGCCTGATGGACCGCCCGCTGCGCCCCGCCTTCGTGAAGGGCCTGCGCAACGAGGTTCAGATCGTGGTTACAGTTCTGGCCATCAACCCGGATGAGCTCTACGACGTCGTCGCCATCAACGCGTCCTCGATGTCCACGCAGCTTTCCGGTCTCCCGTTCTCCGGCCCGATCGGTGGCGTCCGCGTCGCCCTCATCGCCGACGAACAGGGTTCACAGTGGGTCGCCTTCCCCAAGCACTCCCAGCTTGAGAACGCCGTGTTCAACATGGTTGTTGCCGGCCGCATCGCCGGTGACGACGTCGCCATCATGATGGTTGAAGCCGAAGCCACGGACAACTCCTGGAACCTCATTAAGGAACAGGGCGCAACCGCTCCTACCGAAGATGTTGTTTCCGAAGGCCTCGAGGCTGCCAAGCCGTTCATCAAGGCACTCTGTGAAGCACAGGCAGACCTGGCAGCCCGCGCTGCCAAGCCCACGGTTGAGTTCCCGGTCTTCCTGGACTACCAGGACGATGTCTATGCAGCCGTTGAAGCCGCTGCCGCTGACAAGCTGGCTGCTGTCTTCCAGATCGCTGACAAGCAGGACCGCGATAACGCCTCCGACGAGCTCAAGGATGAGGTCCTTGGCTCACTTGCCGGCCAGTTCGAAGGCCGCGAGAAGGAACTGTCCGCAGCTTTCCGCTCGGTCACCAAGCACGTTGTGCGCCAGCGCATCCTCAAGGACCAGGTCCGCATCGACGGCCGTGGCCTGACGGACATCCGCCAGCTGACCGCCGAGGTAGAGGTTCTGCCCCGCGTTCACGGTTCCGCGATCTTCGAGCGCGGCGAAACCCAGATCATGGGTGTCACCACGCTGAACATGCTCAAGATGGAGCAGCAGATCGACTCGTTGTCGCCGGTAACGCGCAAGCGCTACATGCACAACTACAACTTCCCGCCGTACTCCACCGGTGAAACCGGCCGCGTCGGTTCCCCGAAGCGCCGCGAAATCGGCCACGGTGCCCTCGCTGAGCGCGCCCTGGTACCGGTTCTGCCTACCCGTGAAGAGTTCCCGTACGCCATCCGCCAGGTATCCGAGGCCCTCGGTTCCAACGGCTCGACGTCCATGGGTTCGGTCTGTGCTTCGACGCTCTCCATGCTTAACGCAGGTGTGCCGCTGAAGGCAGCTGTCGCCGGTATCGCCATGGGCCTGGTTTCCGACCAGGTTGACGGTCAGACCCGCTACGCAGCCCTGACCGATATCCTCGGCGCCGAAGACGCATTCGGTGACATGGACTTCAAGGTTGCCGGTACGTCCGAGTTCGTCACGGCCATCCAGCTGGACACCAAGCTTGACGGCATTCCCGCTTCCGTGCTGGCAGCAGCACTGAAGCAGGCCCGCGAAGCCCGCCTCCACATCCTTGAGGTCATCAACGCAGCGATCGACACCCCGGATGAGCTCTCCGAGTTCGCGCCGCGCGTCATCGCCGTCAAGATCCCCGTGGATAAGATCGGCGAGGTCATTGGCCCCAAGGGCAAGATGATCAACCAGATCCAGGAAGACACGGGCGCGGACATCTCCATCGAAGATGACGGCACGGTCTACATTGGCGCCACCAACGGTCCGTCTGCAGATGCAGCCCGTTCCGCCATCAACGCCATCGCCAACCCGCAGGTGCCGGAAATCGGTGAGCGCTACTTGGGTACGGTCGTCAAGACCACCACGTTCGGTGCTTTCGTTTCCCTCACCCCGGGCAAGGACGGCCTGCTGCACATCTCCGAGCTCCGCAAGCTGGCCAATGGCAAGCGCGTGGACAACGTTGATGACGTCGTCTCCGTTGGCCAGAAGGTCCAGGTCGAGATCACCAAGATCGACGACCGCGGAAAGCTTTCCCTCTCCCCGGTAGTTGCCGAGGAAGAAGGAGCAGCCTCCGAGGACGCTCCGGCCGAGGCCGCTGAAGAGTCCGCAGAGTAG MEGPEIQFSEAIIDNGRFGKRVIRFETGRLAKQAAGASMVYIDEDTALLSATTAGKQPREGFDFFPLTVDVEERMYAAGRIPGSFFRREGRPSTEAILACRLMDRPLRPAFVKGLRNEVQIVVTVLAINPDELYDVVAINASSMSTQLSGLPFSGPIGGVRVALIADEQGSQWVAFPKHSQLENAVFNMVVAGRIAGDDVAIMMVEAEATDNSWNLIKEQGATAPTEDVVSEGLEAAKPFIKALCEAQADLAARAAKPTVEFPVFLDYQDDVYAAVEAAAADKLAAVFQIADKQDRDNASDELKDEVLGSLAGQFEGREKELSAAFRSVTKHVVRQRILKDQVRIDGRGLTDIRQLTAEVEVLPRVHGSAIFERGETQIMGVTTLNMLKMEQQIDSLSPVTRKRYMHNYNFPPYSTGETGRVGSPKRREIGHGALAERALVPVLPTREEFPYAIRQVSEALGSNGSTSMGSVCASTLSMLNAGVPLKAAVAGIAMGLVSDQVDGQTRYAALTDILGAEDAFGDMDFKVAGTSEFVTAIQLDTKLDGIPASVLAAALKQAREARLHILEVINAAIDTPDELSEFAPRVIAVKIPVDKIGEVIGPKGKMINQIQEDTGADISIEDDGTVYIGATNGPSADAARSAINAIANPQVPEIGERYLGTVVKTTTFGAFVSLTPGKDGLLHISELRKLANGKRVDNVDDVVSVGQKVQVEITKIDDRGKLSLSPVVAEEEGAASEDAPAEAAEESAE NA NA NA NA NA D3-18_02748 270 rpsO 30S ribosomal protein S15 GTGGCACTTGACGCCGCTGTAAAGCAGTCCATCATCAAGGAATACGCAACCTCTGAAGGCGACACCGGTTCGCCCGAGGTGCAGGTTGCAGTCCTGACTCAGCGGATCAAGGATCTGACTGAGCACATGAAGGAGCACAAGCACGACTTCCACACCCAGCGCGGTCTGCTGGCCATGGTTGGTCGTCGCAAGCGCATGCTTTCCTACCTGAAGAACACTGACATCGCCCGCTACCGTGCGCTCATCGAGCGTCTCGGCCTGCGCCGCTAG MALDAAVKQSIIKEYATSEGDTGSPEVQVAVLTQRIKDLTEHMKEHKHDFHTQRGLLAMVGRRKRMLSYLKNTDIARYRALIERLGLRR NA NA NA NA NA D3-18_02749 984 ribF Bifunctional riboflavin kinase/FMN adenylyltransferase ATGGTCCACATCTGGAACGATCCCACCGAAGTCCCCAAGGACTTCGGACCTACTGTCGTTACCATCGGGAACTTTGACGGCGTCCATCGTGGCCACCAGCACGTCCTGTCGCAGTTGACCGATACAGCAAAGCTGCACAACATTCCGTCGGTTGCCGTGACGTTCGATCCCCACCCCGCGCAGGTGCACAGGCCGGATTCTGCTCCGGAGCTCATCATGGGGCTTCAGGACAAACTTGAGGCCCTCGGCGATACCGGGGTGGATGCTGTCCTGGTGATGAAGTACACCTTGGACCTCGCTGCAATGACTCCGTTGGAGTTTGTCCGGGAGATCCTTCTCGACGGACTTCACGCCGCACACCTCGTCGTGGGGCACGACCTCCGCTTCGGCGCCGGCAATGCAGGCGACGTAGTCACCATGCAGGAGCTGGGTGACCAGCTCGGCTTCGGCGTACAGGTTGTCAATGAATACGGCGCGGGAGGCTTTCCGGTCCACGACGACGGCGATGCTGACCGCCGCTGTTCCTCCACTTGGGTGAGGGAGGCCTTGTCCGAAGGTGACGTAGTTACAGCTGCCGCTGTACTGGGCCGGCCACACCGCATGCGCGGGGAAGTGGTGCACGGTGCTGCCCGTGGCCGGGATCTTGGTTTCCCTACTGCCAACCTTTCCCACGATTCCACCGGTTACGTCCCGGCGGATGGCATCTATGCCGGGTGGCTGATCGACCAGGCCGGCACTCGGTGGCCCGCCGCCATTTCCGTTGGCTCCAACCCCACGTTTGATGGGGTGAGCCGACAAGTTGAGGCACACGTGATCGACCGTCCTGAAGAGAACGTTGAAGACTTCGACCTCTACGGGCAGACCGTTGCAGTCGAATTTACGCAACGCCTGCGGGGCATGGTGGCCTACCGGGGACCGGAAGCGTTGGTCGAACAAATGTGCCTGGACGTAGCCCAGGCGCATGAGCTGTTGACCCGGCACTAG MVHIWNDPTEVPKDFGPTVVTIGNFDGVHRGHQHVLSQLTDTAKLHNIPSVAVTFDPHPAQVHRPDSAPELIMGLQDKLEALGDTGVDAVLVMKYTLDLAAMTPLEFVREILLDGLHAAHLVVGHDLRFGAGNAGDVVTMQELGDQLGFGVQVVNEYGAGGFPVHDDGDADRRCSSTWVREALSEGDVVTAAAVLGRPHRMRGEVVHGAARGRDLGFPTANLSHDSTGYVPADGIYAGWLIDQAGTRWPAAISVGSNPTFDGVSRQVEAHVIDRPEENVEDFDLYGQTVAVEFTQRLRGMVAYRGPEALVEQMCLDVAQAHELLTRH PGPT0008625_802 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 D3-18_02750 453 hypothetical protein ATGAAGGAAGAACACAACGTGACTGGAACCGAGACCAACCCGGCAAACCGGCAGTCGGGGCAGAAAGACACCCGGAACACAGGGCCCGGACGCCTGCTGATCGCGGTCTACGCCGTCTTCGCGTTGTCCGCAACGGCACGTGCCGGCTACCAGATCGCCACCAAGTTCGCCGAAGCTCCGTTGGCGCACATCCTGTCGGCGTTCGCCGCCGTCGTTTACATTGTGGCCACCATCTCGCTCGCAAAGCCGGGCCGGACCTGGTTCAAGGTTTCCGTGGCCGCCGTGCTTACTGAACTTGTGGGGGTGCTGGTAGTTGGTGCAATCAGCCTCTTTGATCCTGTTGCATTCCCGCACGACACTGTATGGTCCCTCTTTGGCCGCGGTTATGGCTTTGTCCCGCTGGTCCTGCCGATCCTTGGCCTTCTTTGGCTCAACAAACGCCGGCCGTCCTGA MKEEHNVTGTETNPANRQSGQKDTRNTGPGRLLIAVYAVFALSATARAGYQIATKFAEAPLAHILSAFAAVVYIVATISLAKPGRTWFKVSVAAVLTELVGVLVVGAISLFDPVAFPHDTVWSLFGRGYGFVPLVLPILGLLWLNKRRPS NA NA NA NA NA D3-18_02751 354 hypothetical protein ATGGACGGATATTTTTACGCCATCCTCATCGTCGGATTGGTGTCCACGATCATGTGCATCGTGGCCGGCCTGATGAAGAAAGCCCCGAACGACCCCACCATCTTTTCCGTACTCGCCGTCGAGCTTGTCCTGGTGGTGTATTTGGTGGGCTCGATCGTCCGCGTTGCCATGGGTGAGCAGATGGCCGGTGAAGCATGGGAATTCTGGGGTTACCTCATTGTTGCCCTGATGATTCCTTTGGGGGCCGTCTATTGGGCCATCCTTGAACGAACCCGCTGGAGCAACTTCGTCCTTGCTGCGGTGGGCGTTACCGCACTGGTAATGGCCGCACGCATGAACCAGATCTGGTACTGA MDGYFYAILIVGLVSTIMCIVAGLMKKAPNDPTIFSVLAVELVLVVYLVGSIVRVAMGEQMAGEAWEFWGYLIVALMIPLGAVYWAILERTRWSNFVLAAVGVTALVMAARMNQIWY NA NA NA NA NA D3-18_02752 858 truB COG0130 tRNA pseudouridine synthase B ATGCGGCGGCTGGCCGGCACCCGGAAAGTGGGCCACGCCGGCACGCTTGATCCTATGGCCACCGGCGTTCTGGTGCTCGGCATCAACAAGGCCACGCGCCTGCTGACCTACATCGTGGGCACGTCCAAGACGTACACCGCCACTATCAGGCTCGGCGAAACCACCATCACCGACGACGCCGAGGGCGAAGTCACGGAGGCCCGCACCGCAGCGGACGTTACTTACGACGCCGTTGCCGCTGGTGTCGCCGCGCTCACCGGGCCCATTCAACAGGTTCCCAGCAGCGTCAGCGCCATCAAGGTCAACGGCGAACGCTCCTACGCCCGCGTCCGCTCGGGTGAAGAGGTCAAGCTCGCGGCTCGTCCGGTCACCATCCACCGCTTCGATGTCCACTCCATCACCAGGATCGACGCCGGCAGGGTAGTTGACGTCGACGTCACTGTTGAATGTTCTTCCGGTACGTACATCAGGGCGCTGGCCCGGGACCTCGGCAACGCCTTGGGCGTCGGTGGGCATCTCACAGCCCTGCGCAGGACCCAAGTTGGCCCTTACTCCCTCGATCAAGCGCGCACGCTCGAGGAGCTGGCAGAAGATCTCGAGGTGCTGGAGATGTCCCTGGCGGCACGCTCACTGATGCCCAACAGGGAGCTGAGCGAGGAAGAAACCACCGAAATCTCCTTTGGTCGCCGCATCGCGGCCGGGCCGGGAGCAGGGACGCCGGACGCCGCCACGGTTGAAAAGCCTGCCGCAGCATTCGCGCCGTCGGGGGAGCTCGTGGCACTGCTTGCAGACACGGGCAGCTTCGCTAAACCGGTGCTGGTCTTTGCCCCGGGAACTGGAACAGGGCAGGCAAAATAG MRRLAGTRKVGHAGTLDPMATGVLVLGINKATRLLTYIVGTSKTYTATIRLGETTITDDAEGEVTEARTAADVTYDAVAAGVAALTGPIQQVPSSVSAIKVNGERSYARVRSGEEVKLAARPVTIHRFDVHSITRIDAGRVVDVDVTVECSSGTYIRALARDLGNALGVGGHLTALRRTQVGPYSLDQARTLEELAEDLEVLEMSLAARSLMPNRELSEEETTEISFGRRIAAGPGAGTPDAATVEKPAAAFAPSGELVALLADTGSFAKPVLVFAPGTGTGQAK NA NA NA NA NA D3-18_02753 1155 aatA COG0436 Aspartate/prephenate aminotransferase ATGCCTGAGCTTGCCGCACATGTCCGCGACGTCCCCGTGAACCAGATCCGTGAGATCACCGAAGCTGCGTGGTCCACCCCCGGAGCAATCGTCCTCAGCATCGGGGAGCCGGGCTTTGCGCTACCCCGGCATATCCTCGACGCCGGCATTGACTGCCTGGACCGCGATGAGACCAACTACACACCCAACGCCGGGATTCCAGCCCTCCGCGAAGCCTTTGCCGCCCGCTTCCGCGAACAGCAAAGGGTGGATATCGGCGCGGAGCGTGTGTACGTAGTGGACGGCGCCCAGCAGGGGCTGCACTTCGCCATGAGCCTCCTTCTCTCCCCCGGCGACGAGATTCTCCTCCCTAATCCCGGCTACCCCACCTTCGCCATGACCAGCAGGCTGCTGCACGCCGTGCCGGTGCAGTATCCGCTTTATCCGCAGAACGATTTCCAGCCGCGCATCGAGGACATCGAGGCCCTCATCACGCCAAAGACCCGCGTCCTCATGTTGAACTCCCCGTCCAATCCCCTGGGCGCCGTCTTCAGCGAGGAATCCACGCGCCACTTGGTGGAGCTTGCCGTTCGCCATGACCTCTGGATCATCTCTGACGAATGCTATGAGGCCTTCACTTTCGATGTCCCCCATGTCAGCCCTGCGCGCTTCGACAGCGACGTCGCCGGCGAAGCCCGGGTCTTCACTTCCCTGACACTGTCCAAGACCTATGGGCTAACAGGACTTCGGATTGGAGCGTTGATCTGCCCACCCGGGTTGGAACGGAAGATGAACAACGTCATGGAGTCAATCGTTTCCTGCGTAGCGTCTCCTTCCCAGTACGCCGCCTTGGCGGCCCTGACAGGCCCGCAGGACTATGTTTCCCAGGCTCGCGACCACTATCGGAGTAACCGGGATTCAGCCTCAGCCATTTTGGCGAAGAAAGGAATTCCGTTCCTGGGCGCTCAGGGGGCTTTCTATCTGTGGGCTGACGTCTCGCATGTGAGCGGCGGGGATGTCAGGACCTGGGTCCGGGCCTTTCTGGCTGAGTCCGGAGTGTCCTTCGCTCCGGGGACGGCATTCGGCTCGATCGGCGAGGGCTGGATCAGGATAGCCCTCTGTGGGGACCAACAAGACCTGCTCGACGGCGTCAGCCGCCTCCCAGCCAAGGTCTAG MPELAAHVRDVPVNQIREITEAAWSTPGAIVLSIGEPGFALPRHILDAGIDCLDRDETNYTPNAGIPALREAFAARFREQQRVDIGAERVYVVDGAQQGLHFAMSLLLSPGDEILLPNPGYPTFAMTSRLLHAVPVQYPLYPQNDFQPRIEDIEALITPKTRVLMLNSPSNPLGAVFSEESTRHLVELAVRHDLWIISDECYEAFTFDVPHVSPARFDSDVAGEARVFTSLTLSKTYGLTGLRIGALICPPGLERKMNNVMESIVSCVASPSQYAALAALTGPQDYVSQARDHYRSNRDSASAILAKKGIPFLGAQGAFYLWADVSHVSGGDVRTWVRAFLAESGVSFAPGTAFGSIGEGWIRIALCGDQQDLLDGVSRLPAKV PGPT0020110_4066 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020110-aspB-K00812 NA NA D3-18_02754 495 guaD_2 COG0590 Guanine deaminase ATGATCGGGAGCATGTCGCCGCACAGTGCTCAGCAACGTGATGAATACCTGAACCTGGCCATCAAGCTGGCCGTGCAAAACGTTTCCGACGGCGGCGGCCCCTTCGGCGCCGTCGTGGTCACCCCGGACGGAACCGTCCATGAGGGAGTCAACCGGGTAACGCGGGACCACGATCCCACAGCACATGCCGAAGTGGTGGCGATTCGCCGGGCCGCAGCTGCAAGCAAGAGGTTCGACCTCACGGGCTCCGTTCTCTACGCCAGCTGTGAGCCATGCCCGCTGTGCTTATCCGCCACACTTTGGGCCAGGATCGGACACGTCTACTTCGCGGCAGATCGGCACGGCGCGGCCAGGGCGGGCTTCGACGACGCTGTGTTCTATGAGTATTTCGCAGGCACCAGACCAGAACTGCTGCCCGTGGAGCATGCCGAGCTGGCCGCTTCCGATGAACCCTTCGACGCGTGGCGGAACCACGCGCGACGTACGGCCTACTGA MIGSMSPHSAQQRDEYLNLAIKLAVQNVSDGGGPFGAVVVTPDGTVHEGVNRVTRDHDPTAHAEVVAIRRAAAASKRFDLTGSVLYASCEPCPLCLSATLWARIGHVYFAADRHGAARAGFDDAVFYEYFAGTRPELLPVEHAELAASDEPFDAWRNHARRTAY PGPT0021515_2151 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021515-guaD-K01487 NA NA D3-18_02755 504 rbfA Ribosome-binding factor A ATGGCTGATCCCGCACGCGCTGCCAAGCTGGCACAGCGGATAAAGGTCGTCGTCGCTGAGGCCCTTGGACGCCGGGTCAAGGATCCTCGCGTCGAGTCCATCACGGTCACGGACGCCCGCGTCACCAACGACCTTCAGCACGCCACCATCTACTACACCGTTTTTGGTGACGACGTAGCCCAAGCAGATGCTGCCAGGGCGCTGGAGAAGGCCAAGGGTGTGTTGCGCCAGGAAGTCGGCCGCAACATTACTGTTCGCCTCACTCCGACACTCGAGTTCGTGGCTGACCAGATTCCGGTCAATGCCTCCAACCTTGAGGAGCTCCTCCGTGAAGCCAAACGTCGCGACGCAGAGGTAGCCGCTTTGGCTGCCAGTGCCAAGCACGCAGGCGAGGCAGACCCTTACAAGGGCGACTCTCCGGAGGACCTCGACGAGGACGACTTCGACGAAGAGGACACTGACCTCTCCGGCGATAACGAACTCGACGAAGACGCCAACCGCTAG MADPARAAKLAQRIKVVVAEALGRRVKDPRVESITVTDARVTNDLQHATIYYTVFGDDVAQADAARALEKAKGVLRQEVGRNITVRLTPTLEFVADQIPVNASNLEELLREAKRRDAEVAALAASAKHAGEADPYKGDSPEDLDEDDFDEEDTDLSGDNELDEDANR NA NA NA NA NA D3-18_02756 2886 infB Translation initiation factor IF-2 GTGGCCAAGGTCCGCGTACATGAGCTCGCCAAAGAGCTCGGTATTACTTCCAAAGATGCAGTAACCAAACTGCAGGAATTGGGCGAATTCGTTCGCTCCGCCTCTTCAACCATTGAGGCCCCCGTCGTGAAGAAGCTTCGCGACGCCTACCCGGGTGCCGGCGCTGCGAAAGCCGCCGCACCCGCTGCAGCCCCCAAAGCTCCCGCAGCATCCCGTCCGGCAGCTCCGGCACCGGGTCCTGCAGCGCCGAAGGCTCCCGCCCCGGCGCCTGCAGCCTCCGCTCCGGCAGCTCCGGCCGCCTCTACACCGGCAGCTCCGGCGGCCTCTACACCGGCAGCACCAGCGCCGGCGGCCCCTGCGGCTCCTGCCGCATCCACCTCGGTTTCGGCCAAGCCCGGCGCCCGTCCTGCCCCCAAGGCAGAGACTCCGGCTCCGGCACGTCAAGGTGGCCAGGCTCCGCGTCCCGGCGGTCCCCGTCCGGGCAACAACCCGTTTGCTACGTCCCAGGGCATGCCCCGCGGCCGTGGTGGCGACGGAGACCGTCCGCCGCGTCCGGGTAACAACCCGTTTGCACCGTCCCAGGGCATGCCCCGAGGCGAACGCCGCAACGATGGCGAACGCCCCGGTGGCCCCCGTCCCGCGGCTGGCGCAGGCGGACCCCGTCCCGCAGCAGGTACCGGTGGACCCCGTCCGGGCGCACCGCGTCCCGGTGCACCCCGTCCGGGCGCACCGCGTCCCGCCGGCGGTCCGGGTGCCGGAAACCGTCCTACTCCGGGCATGATGCCCAACCGCACTGAGCGTCCGGCTCCCGGTGGCGCAGGCCGTCCGGGTGGCGCAGGCCGTCCCGGTGGCGGCCCCGGTCGTCCCGGTGGCGCACCTGGTGCAGGTACCGGTGGCGGAGCTCCCGCCGGCGGTGGCTTCGGTAAGGGTGGCCGCGGTCGCGGTGGCACCCAGGGTGCCTTCGGTAAGGGCGGCGCCGGCCGTGGCAAGCAGCGCAAGTCGAAGCGTGCCAAGCGCCAGGAACTGGAGCAGATGAGTGCTCCGTCACTGGGCGGCGTATCAGTACCCCGCGGTGACGGCGAGACCATCATCCGCCTGCGTCGTGGCTCGTCCATCACGGACTTTGCCGAGAAGATTGATGCGAACCCCGCATCGCTGGTAACCGTGCTGTTCCACCTCGGTGAGATGGCAACGGCTACGCAATCCCTCGACGAAGACACCTTCGGACTGCTTGGCGCCGAACTCGGCTACAAGCTCCAGGTTGTTTCACCCGAGGATGAAGAGCGCGAGCTGCTGGACCAGTTCGACATCAACATCCAGGATGAACTCGACGCCGAAGGCGACGACGTCCTCGAGGCCCGTGCACCGGTTGTCACCGTCATGGGTCACGTTGACCACGGTAAGACCCGCCTGTTGGACGCTATCCGCAACTCGAACGTTGTGGCCGGCGAGCACGGTGGCATCACCCAGCACATTGGTGCTTACCAGATCAGCCACGTCCACGAGGGCACGGCCCGCGATATCACCTTCATTGACACCCCCGGTCACGAGGCCTTCACGGCCATGCGTGCACGTGGTGCCAAGGTCACCGACATCGCGATCCTGGTTGTCGCAGCCGACGACGGCGTTATGCCGCAGACGGTGGAAGCACTCAACCACGCCCAGGCAGCAAACGTGCCGATCGTCGTCGCCGTGAACAAGATCGACAAGGAAGGCGCCAACCCGGACAAGGTCAAGGGTCAGCTGACTGAGTACGGCCTGGTTCCCGAAGAATACGGTGGCGACACCATGTTCGTTGAGGTCTCTGCCCGCCAGAACCTCAACATCGACGAGCTGATCGACGCTGTCCTGCTGACGGCCGATGCCGCACTGGATCTGCGCGCCAACCCGGACAAGGACGCTCGAGGCATTGCCATCGAAGCGAACCTCGACAAGGGCCGCGGTGCCGTTGCTACGGTCCTGGTGCAGTCCGGAACCCTGGCAGTGGGCGACACGATCGTGGCCGGTACGGCTCACGGCCGCGTTCGCGCCATGTTCGACGAGAACGGCGAGGCACTCGATGTCGCACTGCCGTCCCGCCCGGTCCAGGTCCTCGGCCTGTCCAACGTGCCGCGTGCAGGTGACACCTTCCTGGTGACCCCTGACGAGCGTACGGCCCGCCAGATCGCTGAGAAGCGTGAAGCTGCCGACCGCAACGCTGCACTGGCCAAGCGTCGCAAGCGCATCAGCCTGGAAGACTTTGACCAGGCCGTTGCCGAAGGCAAGATCGACACCCTTAACCTCATCCTCAAGGGTGACGTGTCCGGTGCCGTGGAAGCCCTCGAAGACGCCTTGCTCAAGATCGACGTCGGAGACGACGACGTTCAGCTTCGTGTCATCCACCGCGGTGTGGGTGCCATCACGCAGAACGACGTCAACCTCGCCACGGTGGACAACGCCATCATCATCGGCTTCAACGTCAAGCCGGCCGAGCGTGTTGCCGAACTGGCCGACCGTGAAGGCGTGGATATGCGCTTCTACTCGGTCATCTACGCAGCAATCGATGACATCGAGATGGCCCTCAAGGGCATGCTCAAGCCGGAATACGAAGAAGTCCAGCTCGGTACTGCCGAGGTTCGCGAAGTCTTCCGTTCTTCCAAGTTCGGAAACATCGCCGGCTCGATCGTCCGCACGGGCATCATCCGCCGTAACACCAAGGCACGTGTCAGCCGCGACGGCAAGGTCATCGGTGACAACCTCACCGTTGAGACGCTCAAGCGCTTCAAGGATGACGCCACCGAAGTCCGCACCGACTTCGAGTGTGGTATCGGTCTTGGCTCCTTCAATGACATCACTGAAGGTGACATCATCGAGACCTTCGAAATGCGCGAAAAGCCGCGTAGCTAG MAKVRVHELAKELGITSKDAVTKLQELGEFVRSASSTIEAPVVKKLRDAYPGAGAAKAAAPAAAPKAPAASRPAAPAPGPAAPKAPAPAPAASAPAAPAASTPAAPAASTPAAPAPAAPAAPAASTSVSAKPGARPAPKAETPAPARQGGQAPRPGGPRPGNNPFATSQGMPRGRGGDGDRPPRPGNNPFAPSQGMPRGERRNDGERPGGPRPAAGAGGPRPAAGTGGPRPGAPRPGAPRPGAPRPAGGPGAGNRPTPGMMPNRTERPAPGGAGRPGGAGRPGGGPGRPGGAPGAGTGGGAPAGGGFGKGGRGRGGTQGAFGKGGAGRGKQRKSKRAKRQELEQMSAPSLGGVSVPRGDGETIIRLRRGSSITDFAEKIDANPASLVTVLFHLGEMATATQSLDEDTFGLLGAELGYKLQVVSPEDEERELLDQFDINIQDELDAEGDDVLEARAPVVTVMGHVDHGKTRLLDAIRNSNVVAGEHGGITQHIGAYQISHVHEGTARDITFIDTPGHEAFTAMRARGAKVTDIAILVVAADDGVMPQTVEALNHAQAANVPIVVAVNKIDKEGANPDKVKGQLTEYGLVPEEYGGDTMFVEVSARQNLNIDELIDAVLLTADAALDLRANPDKDARGIAIEANLDKGRGAVATVLVQSGTLAVGDTIVAGTAHGRVRAMFDENGEALDVALPSRPVQVLGLSNVPRAGDTFLVTPDERTARQIAEKREAADRNAALAKRRKRISLEDFDQAVAEGKIDTLNLILKGDVSGAVEALEDALLKIDVGDDDVQLRVIHRGVGAITQNDVNLATVDNAIIIGFNVKPAERVAELADREGVDMRFYSVIYAAIDDIEMALKGMLKPEYEEVQLGTAEVREVFRSSKFGNIAGSIVRTGIIRRNTKARVSRDGKVIGDNLTVETLKRFKDDATEVRTDFECGIGLGSFNDITEGDIIETFEMREKPRS NA NA NA NA NA D3-18_02757 264 hypothetical protein GTGCAGCCACGCACCCCTGCCGGCCATCCGGCGTCGTTCATCCACCAGGACAGCGGACGAACCGCTGCCTTGGGCGACCAGCCGGACAAGCTCGGACCGGGAGCCTTGCTTCCGGCATCCGATGCACGTGCGAACAGGCCCGTGGCCATGTTCAAGCAGTTCAGCCACGACGTGTCCAACCTGCCTTACGCTACTGGCACCCGACGGGCCCCGGTCCTGCGCATGCAGCTGAGGCACGCCAAAGCGCGCGGATACCGGACGTAA MQPRTPAGHPASFIHQDSGRTAALGDQPDKLGPGALLPASDARANRPVAMFKQFSHDVSNLPYATGTRRAPVLRMQLRHAKARGYRT NA NA NA NA NA D3-18_02758 981 nusA COG0195 Transcription termination/antitermination protein NusA ATGGATATTGACATGAGCGCACTGAGACTCCTGGAGCGTGAGCGTGAAATCCCGCTGGATCTCCTGATTCCCACCATCGAGCAGGCGCTGCTGGTGGCGTACCACAAGACGCCCGGTGCCTTCGAAAAGGCCCGCGCTGAACTGGACCGCAAGAGCGGTCACGTGACCATCTGGGCCACGGAAATCGACGACGACGGCGAGCCCATCGGTGAGTTCGAGGACACGCCGGCCGGGTTCGGTCGCATCGCCGCCAGCACCGCCCGCCAGATCATCTTGCAGCGTCTTCGCGACGTGGAAGACGACAATGTGCTGGGCGAGTTCAAGGGCCGTGAAGGCGAGCTTGTTGCCGGCATGATCCAGCAGGGCAACAACCCGCACATGATTCAGGTCAACCTTGGAGCTGTGGAAGCGTTGCTGCCGCCGCCCGAGCAGGTTCCTGGTGAGAAGTACCTCCACGGAAGCCGTTTGCGTGCCTTCGTGGTGGACGTACACCGTGGTGCTAAAGGCCCATCAATCACGTTGTCCCGCTCGCACCCCGGCCTGGTCCGGAAGCTGTTCGAAATGGAAGTTCCGGAAATTGCGGACCATTCCGTGGAGATCGTGGCCCTGGCCCGCGAAGCCGGTCACCGCACCAAGATTGCCGTTAAGGCGAACACTCCCGGCGTGAACGCCAAGGGTGCCTGCATCGGTGAAATGGGTTCCCGTGTCCGGGCAGTCATGACCGAACTCAACGACGAAAAGATCGACATCGTCGACTTCAGTGACGATCCCGCGACCTTCATCGCCAACTCATTGTCGCCGTCGCGAGTGAATTCTGTCACTATCACTGATGAGTCCACCCGTTCCGCCCGTGTGGTTGTGCCCGATTACCAGCTTTCACTGGCGATCGGGAAAGAGGGCCAGAACGCCCGACTCGCAGCCAAGCTGACCGGCTGGCGCATTGATATTGTCTCGGACGCTGCTCCGGCCAAGACGGACTAG MDIDMSALRLLEREREIPLDLLIPTIEQALLVAYHKTPGAFEKARAELDRKSGHVTIWATEIDDDGEPIGEFEDTPAGFGRIAASTARQIILQRLRDVEDDNVLGEFKGREGELVAGMIQQGNNPHMIQVNLGAVEALLPPPEQVPGEKYLHGSRLRAFVVDVHRGAKGPSITLSRSHPGLVRKLFEMEVPEIADHSVEIVALAREAGHRTKIAVKANTPGVNAKGACIGEMGSRVRAVMTELNDEKIDIVDFSDDPATFIANSLSPSRVNSVTITDESTRSARVVVPDYQLSLAIGKEGQNARLAAKLTGWRIDIVSDAAPAKTD NA NA NA NA NA D3-18_02759 612 rimP COG0779 Ribosome maturation factor RimP GTGAGTGACTCGGAAGCCACGACTTCAACAGACCGTTCTGAATCGAACTCAACGGCCACCATCCACAACCCGGAAGAGAGCAGGCTTAAGGCGCTGCTTGAACCGGCTGTCCTTGCCAGCAGGCTCTACCTCGAGGATGTTTCCATCCACGTTGCCGGTTCACACCGCACGGTCCACGTCGTCGTGGACCTTCCGCAGGAAGAGACCGGGGGCGTCAGCCTTGACGCCATCGCGGAGGTCTCCCGCGGGCTGTCCGATATTCTGGACAACGATCCCCATGACGATGGCCGTCCGTACGACCTTGAGGTTTCTTCCCCGGGAGTAGGTCGTCCCCTGACCGAACCGCGTCACTGGCACCGCGCCCGCGGCCGCATGGTCAGGGTCAACGTCATCCAAGGGGATAACCTCCTGGGCCGCATCGCCTCGGTTGGCGATGACGCAGTGACGCTCATCCCGGAGCACGAGGTCAAGAAGGGCATGAAGCCCAAGCAGGGCGAACCCATCACTATTCCTTTCGACAGGATCCGCCAAGGAAAAGTCGAGATTGAATTCAGCCACCTCCACGAGGCTGCGCTGGAAGACGAGCACAACGGACCTTCCGAGGAGGCCTAA MSDSEATTSTDRSESNSTATIHNPEESRLKALLEPAVLASRLYLEDVSIHVAGSHRTVHVVVDLPQEETGGVSLDAIAEVSRGLSDILDNDPHDDGRPYDLEVSSPGVGRPLTEPRHWHRARGRMVRVNVIQGDNLLGRIASVGDDAVTLIPEHEVKKGMKPKQGEPITIPFDRIRQGKVEIEFSHLHEAALEDEHNGPSEEA NA NA NA NA NA D3-18_02760 1032 hypothetical protein GTGGTGGCGCTGCTTGTTGCGGGTACCGGAATGGTGCTGATTCCGCGTGATTCCGGCACTCCCCCGGCGGTTCCCTTCTCCGAAACCGCCCGCGTCGCGGCGCTGGAGGACACGCAGCGGTTGCGGGAATCAGCCACCTTACTGGCGGAGGCGTCTGCTTCTGATGCCGGAAAGCCGACGCTCGGCGACGCTGTGACTTTGCTGACAACCCATGCGCAGGCTCTGCAGGGCCCCAATGGTGTCACGTCCCGCGGCCCGTCGTCCGCTGTTCCGGCCACTGCTGATCAAGAGAGTGCAGCCAAACCAACCAGCCGCGCATCTTTTCTGACCGGGTTGGCCGCCAGCGGGCAGAAGCGACTGGACGATGCCCGTGAGGCCGACGGCGGGATCGCCCGCCTGCTCGCCGCCGTCGGTACCGCCCAGCTGCTTCAGGCGGAAAGTCTGGCCGCGGAGTGGCAGCTGCCGCTGCCACTCACGACAGCGGCGTCCGACACGGGAGCTACTACGGCGACGCCATTGGCGGCCTCCTGTCCGTCAGTGAGCCCGACCCCGGAGCCGACATCCGCTTCTACCGACACCGCCCTGGCTGCGGTGGTTCGCTCGCAGCAGGAAGCGATCTACGTTTACCAGGTGGCACTGAAGCGGGTGGACACATCGAACTCGGCGGCTGCTGCCAAGTACTTGCAAATGCACGAGGTACTGCTCCAGCAGGCAGAATCGCTCATCAGCGTCAACTGCGCAGACGCGCCTGCCGGCGAGGCGGGCTACCGGCTGCCGGAACAGTTTGCCCAGGACCCTGCTGCTTTCCTGGGTTCCGTGGAACTTGCTTCCCTGCCTCGACTCGGTGATCTGGTGGCACTGTCTACGGATGAGACCCGGATGTGGGCCGTTGACTGCCTCCTGGCGGCTGCCCGTAGGAGCGCTGCCTGGGGAGCGCCGCTCCCTGCGTTGCCGGGACTCATGCTCGACGCCGGCGAGCTGCCTTCCCTGCCGACGCCCACTCCAGCCACTTCCACTTCCAACGGCGGATAG MVALLVAGTGMVLIPRDSGTPPAVPFSETARVAALEDTQRLRESATLLAEASASDAGKPTLGDAVTLLTTHAQALQGPNGVTSRGPSSAVPATADQESAAKPTSRASFLTGLAASGQKRLDDAREADGGIARLLAAVGTAQLLQAESLAAEWQLPLPLTTAASDTGATTATPLAASCPSVSPTPEPTSASTDTALAAVVRSQQEAIYVYQVALKRVDTSNSAAAAKYLQMHEVLLQQAESLISVNCADAPAGEAGYRLPEQFAQDPAAFLGSVELASLPRLGDLVALSTDETRMWAVDCLLAAARRSAAWGAPLPALPGLMLDAGELPSLPTPTPATSTSNGG NA NA NA NA NA D3-18_02761 729 hypothetical protein ATGGCTTCCACAGAAACTGCCACCACGCACGAGAACGAACCCCACCGGGACGATCTGGCCCACCGCCTGAATTGGTTGCGGGCAGGAGTTCTGGGTGCCAATGATGGCATCGTGTCCGTCGCCGCGATTGTGGTGGGCGTAGCAGGCGCGACGACCAGTACGGGCAGTATCCTCGCCGCAGGCACCGCCGGCCTGGTGGGTGGCGCCATCTCCATGGCTTTGGGTGAATACGTGTCAGTCAGCAGCCAAAGCGACACGCAAAAAGCGTTGATCGAAAAAGAAAAACGAGAACTGGCGGAGCAACCGGAGGATGAACTCAGAGAGCTGGCCGCGATCTACGAGGCCAAAGGGCTCAGCACCAAGACAGCCCGGGCCGTTGCGCAGGAACTAACCGAACACGATGCGTTGGCCGCCCACCTCTCGGCCGAGCTGAATATCCATGAAGACGACATCGTCAGCCCTTGGAACGCCGCATTGGCTTCTGCCGTGGCATTCACCTTGGGAGCGGTGCTTCCGCTGCTGGCCATCCTGCTTCCTCCCCAGGAGATGCGGGTGCCTTTGACGTTCATCGCAGTTCTCCTGGCCTTGGCAATCACCGGCGCCGTTGGTGCATGGATAGGTGGCGCTTCCCGCTTCCGCGCGGCAGTCCGGGTAGTACTCGGCGGTGCTTTGGCGCTGGCCGCTACATTCTCGATCGGAACCCTGTTGGGAGCGAGCGGCGTTTTCTAG MASTETATTHENEPHRDDLAHRLNWLRAGVLGANDGIVSVAAIVVGVAGATTSTGSILAAGTAGLVGGAISMALGEYVSVSSQSDTQKALIEKEKRELAEQPEDELRELAAIYEAKGLSTKTARAVAQELTEHDALAAHLSAELNIHEDDIVSPWNAALASAVAFTLGAVLPLLAILLPPQEMRVPLTFIAVLLALAITGAVGAWIGGASRFRAAVRVVLGGALALAATFSIGTLLGASGVF NA NA NA NA NA D3-18_02762 1023 hypothetical protein GTGACCCTTCACGCGATGATTCCCATTCCGGGCGACCTCCACGCCCGGTACAACCGCGACTCAGCGGGCAGGGATTGGCTCGCCAGCCTCCCGGGGCTCATCTCCGGGGCTCTGGACCGTTGGCAGCTCTCGGTGGACCTTGCACCAGGCGCTGAGCCTTGGAATGGTCATGGAGCTTTGGTGGTCCCGGTTCTTCAGAACGGCACGCCCGCAGCCCTTAAGATCGCTTATCCCCATGAAGAAGCGCTGGTGGAGCGCCACGCGCTGGCGCTCTGGAATGGCCGCGGCGCGGTTCGCCTCCTCGCGTCCGACGCCGCAAGTTGCTCCATGTTGCTCGAACGCCTTGATGCCTCCCGCTGGCTCCAGGACGCCCCATTGGATAAAGCCAGGGACGTGTGGGGCGCGATCATGCGCAAGCTCTCGATCCAGCCTGATGACCGACTCGAGTGGCGGGCTTTCGAGCATGTTGCTGCGACCGCCGAGCGGTGGAGCGATGAACTCCCCGCAGAGTGGGAGCACTTGGACCGCCCCTTCCCCAGGTGGCTGCTGGAGGCGGCACTGGAGGTGTGCCAAACGCGCGGGGCCGTGGGACGCCGTTCCGGCACGGATGTCCTGGTGCACACTGACCTTCACTTCATGAATATCCTTGCCACCACAACTGCCGAAAGGCTGTCCCTCCGCGGAGACTATCTGGCCATAGATCCCCAACCACAGATAGGCGAGGCGGAGTTCGCCGCCGCCCCCATCCTGTGGAACCGCATCCACGACCTTCCGCGGACCGACCCGGAGGCCGGGTTGCTGGAGCGGTGCCAGGACTTCAGCCACGCCGCTGGATTGGACCCTGAAGTTGCCCGCCAATGGAGCATCGCCCGTGAGGTGGAGAATGCTCTGTGGTACGCCGCAAAGCCCGGACATGGAGGAGACCTTGCCCGCTCCTTATGGGTCGCCAGCACCCTCGCCGGCAGCACGCTGGCGGACCTGCCATCTCCCCATGATCTCCCCGATCCCGGCGAAGCGGCCTGA MTLHAMIPIPGDLHARYNRDSAGRDWLASLPGLISGALDRWQLSVDLAPGAEPWNGHGALVVPVLQNGTPAALKIAYPHEEALVERHALALWNGRGAVRLLASDAASCSMLLERLDASRWLQDAPLDKARDVWGAIMRKLSIQPDDRLEWRAFEHVAATAERWSDELPAEWEHLDRPFPRWLLEAALEVCQTRGAVGRRSGTDVLVHTDLHFMNILATTTAERLSLRGDYLAIDPQPQIGEAEFAAAPILWNRIHDLPRTDPEAGLLERCQDFSHAAGLDPEVARQWSIAREVENALWYAAKPGHGGDLARSLWVASTLAGSTLADLPSPHDLPDPGEAA PGPT0028755_23 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-AMINOGLYCOSIDES_RESISTANCE-STREPTOMYCIN|KANAMYCIN|AMIKACIN,PGPT0028755-strB-K04343 NA NA D3-18_02763 798 yfcA COG0730 putative membrane transporter protein YfcA GTGATTTCCGGCTTCGAATCGATCCAGCTCACCACACTCATCCTGATTGTGGTGGCCGGATTCGCAGCAGGCTGGGTTGACGCCGTAGTTGGGGGCGGGGGACTGATTCAGCTCCCCGCCCTGCTGCTGGTCCCCGGCATCACGCCCGTCCAGGCCTTGGCCACGAACAAGATGGGCTCCATCTTCGGGACCACCACCAGCGCGGTCACCTACTACCGCCGCGTCGGCCCGGATCTCAAGACCGCGATTCCCATGGCGGTCATCGCACTCGCCGGGAGCTTCGGTGGAGCCATCCTTGCCGCGTCTCTTCCGCCCAGCGTCTTTAAACCGATCATTGTGGTGGCGCTGATCGCCGTCGCTGTTTTCACTGCCTTGCGTCCCAGCGCCGGTGAACTGACAGCGCTCCGCCACGATGGCCATAAGCATTACGTGGTGGCCTGCCTCATCGGTGCCGTCATCGGCTTTTATGACGGTCTGATTGGCCCTGGTACTGGCTCCTTCCTGGTGATTGCCCTCGTTTCGGCGATGGGTTACGCCTTCCTCGAGGCCAGCGCAAAAGCCAAAATCGTTAACATGGCAACCAATGCCGGAGCCTTGATCTTCTTCCTCCCGCACGGTTCATTGCTCTGGGGCGTGGGACTGGTCCTGGGTCTGGCTAACATGGCGGGCGGCTATCTCGGGGCCAGGACCGCCGTGGCAAGGGGAAGTAAGTTTGTACGCCTCGTTTTCCTGGTGGTGGTGGCGGCGCTGATCATCAAACTTGGCATGGACGTCTGGAATGAGAACTTCGCAGCATAG MISGFESIQLTTLILIVVAGFAAGWVDAVVGGGGLIQLPALLLVPGITPVQALATNKMGSIFGTTTSAVTYYRRVGPDLKTAIPMAVIALAGSFGGAILAASLPPSVFKPIIVVALIAVAVFTALRPSAGELTALRHDGHKHYVVACLIGAVIGFYDGLIGPGTGSFLVIALVSAMGYAFLEASAKAKIVNMATNAGALIFFLPHGSLLWGVGLVLGLANMAGGYLGARTAVARGSKFVRLVFLVVVAALIIKLGMDVWNENFAA PGPT0027725_1575 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-AbrB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027725-antitoxin_abrB-K07120 NA NA D3-18_02764 1812 proS COG0442 Proline--tRNA ligase GTGGTCCTTCGCCTTTCCCAGCTGTTCCTGCGCACCCTGCGTGAAGATCCCGTCGACGCCGAGGTCGCAAGCCACAAGCTCCTGGTGCGCGCCGGCTACATCCGCCGCGCTGCACCCGGCATCTACACGTGGCTGCCGCTGGGGTTGAGTGTCCTGCGGAAGGTGGAGGACATCATCCGCCAGGAAATGTCCGCCATCGGAGCCCAGGAAGTCCACTTCCCGGCGCTGCTTCCCCGCGAGCCCTATGAGGCCACCAACCGTTGGACCGAATACGGCGAAGGCCTGTTCCGCCTCCAGGACCGGAAGGGTGCGGACTACCTCCTTGCCCCCACGCACGAGGAAATGTTCACGCTCCTGGTCAAGGACCTGTACTCCTCGTACAAAGACCTGCCGCTGAGCCTCTACCAGATCCAGAACAAGTACCGCGATGAAGCGCGTCCGCGGGCAGGACTCCTCCGTGGCCGCGAGTTCATCATGAAGGACTCCTACTCCTTCGACATTGACGACGCCGGCTTGGACGCAAGCTACGCCGCCCACCGCGGTGCTTACCTGAAGATCTTTGCGCGCCTTGGCCTGGAAGTCATTCCTGTTGCCGCCACCGCTGGTGCAATGGGCGGCTCCAAGAGCGAGGAATTCCTGTTCCCCACCGAGATCGGCGAGGACACGTTCGTCCGCTCGGCCGGTGGCTACTACGCCAACGTTGAAGCCGTGACCACCGTGGTTCCGGACGATATCGACTTCACCAACGCTCCGGCCGCTGAGGTCCTGGATACCCCGAACACCCCCACCATCGATACTTTGGTGGACGCCGCCAACCAACTCGCTCCCCGCAGCGAGGCCGACGGCGGCGCCTGGACTGCCGCTGACACGCTCAAGAATGTTGTCCTGGCCGTCACGCTGCCCACCGGTGAGCGCCAGATCGTAGTTATCGGCGTTCCCGGCGACCGCGGCGTGGACCTCAAGCGCGTGGAAGCCAATATCGGGTCCCACCTGCCCATCGCCGGCGAAATCGGCCTCGAGGCCGCCAACGAAGAGGACCTCAAGAAGCTGCCGTGGCTGGTCAAGGGCTACATCGGGCCTGGCCTGTCCCTCGAAGAGCCCGTCCTTGGCCTTGAAGGATCCTCCAAGGTGCTCTTCCTTGTGGATCCCCGCGTTGTCTCCGGCACCAGCTGGGTGACCGGTGCCAATGCCGAGGGCAAGCACGTTTTCGGACTGGTCGCCGGCCGCGACTTCACATGGGACGGCGTCATCGAGAGCACTGACGTGCGTGCCGGCGATCCCGCCCCGGACGGTTCCGGACCGCTTGAAACCGCGCGCGGTATTGAAATGGGCCACATCTTCCAGCTTGGACGCAAGTACGCTGAGGCCCTGGACCTGAAGGTCCTGGATCAGAACGGCAAGCAGCAGGTTGTCACCATGGGCTCATACGGCGTTGGCGTGACGCGTGCTGTCGCAGCCTTGGCCGAAGCAAACCATGATGACCGCGGCCTGGTGTGGCCGCGCTCCGTGGCTCCGGCAGATGTCCACGTTGTGGCAGTCGGCCGTGGCGATGAGATCTTCGAAGCCGCTGAAAGGCTCTCGGCTGAGCTTGAAGCTGCCGGCTTGGATGTCATTTTCGACGACCGCCCGAAGGTATCTCCCGGCGTGAAGTTCGGTGACGCCGAACTCGTCGGTGTGCCCACCATCCTGGCCGTTGGGCGCGGGCTGGTTGATGGTGTGGTTGAAATCAAGGACCGCCGCAGTGGTGAAGCCGAGAACATTTCGGTGGACAAAGCCGTGGATTACGTGGTCAACGCTGTACGAACCCGGTGA MVLRLSQLFLRTLREDPVDAEVASHKLLVRAGYIRRAAPGIYTWLPLGLSVLRKVEDIIRQEMSAIGAQEVHFPALLPREPYEATNRWTEYGEGLFRLQDRKGADYLLAPTHEEMFTLLVKDLYSSYKDLPLSLYQIQNKYRDEARPRAGLLRGREFIMKDSYSFDIDDAGLDASYAAHRGAYLKIFARLGLEVIPVAATAGAMGGSKSEEFLFPTEIGEDTFVRSAGGYYANVEAVTTVVPDDIDFTNAPAAEVLDTPNTPTIDTLVDAANQLAPRSEADGGAWTAADTLKNVVLAVTLPTGERQIVVIGVPGDRGVDLKRVEANIGSHLPIAGEIGLEAANEEDLKKLPWLVKGYIGPGLSLEEPVLGLEGSSKVLFLVDPRVVSGTSWVTGANAEGKHVFGLVAGRDFTWDGVIESTDVRAGDPAPDGSGPLETARGIEMGHIFQLGRKYAEALDLKVLDQNGKQQVVTMGSYGVGVTRAVAALAEANHDDRGLVWPRSVAPADVHVVAVGRGDEIFEAAERLSAELEAAGLDVIFDDRPKVSPGVKFGDAELVGVPTILAVGRGLVDGVVEIKDRRSGEAENISVDKAVDYVVNAVRTR NA NA NA NA NA D3-18_02765 114 hypothetical protein ATGACCAAGACCTTGAAGGGCGCCATCGGCGGCCGTGCCATCCGCGTGTTCGGCAGCGATCAACGCCTCCCAGCTGCAGGCGATCCCGTTCCGCTGGAGGGAACGGCGATCTAG MTKTLKGAIGGRAIRVFGSDQRLPAAGDPVPLEGTAI NA NA NA NA NA D3-18_02766 750 ybhF COG1131 putative multidrug ABC transporter ATP-binding protein YbhF ATGACACCTGCACCATTAGCCATCAAGGCGACGGGACTTCATGTCTCCCGTTCACGTACCAAGATCTTGCGAGGCCTGGACTTCACGGTTGACGCCGGACGCATCACCGGGCTCCTGGGCCCTTCGGGCAGCGGCAAAACGACACTCATGCGGGCTATCGTCGGCGTCCAGCGAATTACTCGGGGCACGGTTACCGTCCTCGGCCGGCCGGCAGGCACCCCACCGCTCAGGCACGACGTCGGATACGTCACCCAAGGCGGGAGCGTTTATGGAGACCTCAGCGTCGAAGCGAACGTTCGGTACTTCGGAGCCATGCACGGCGCAACGGCGGCTGATGCCGCGGAGGCAATTGCCGCCGTCGGGCTTCAGGAATTTTCCCGCCAGAAGGCGGCGGACCTGTCCGGCGGGCAATTCAGCCGGGTGTCCCTTGCCTGCGCGCTGGTGGCCCATCCGCGGCTTCTTGTCCTGGACGAGCCCACGGTGGGGCTGGATCCCGTACTCCGCGCCGAGTTGTGGGAGCGTTTCGCCGCCATGGCTGCTGGCGGAACCACCCTGCTGGTGTCCAGCCACGTCATGGAGGAAGCATCCCACTGCTCGTCACTGCTGCTGCTGCGCGATGGTCTTCTGCTGGCTCAGTTGACTCCTGCAGAACTGGCCGAACGAGGCCGGAGCGAGGATCTGGAACGGGCGTTCCTGACAATCATCAAAGCCGCGGAGCATGGCCAGGAAGAGAGCCAGGTGACTTCATGA MTPAPLAIKATGLHVSRSRTKILRGLDFTVDAGRITGLLGPSGSGKTTLMRAIVGVQRITRGTVTVLGRPAGTPPLRHDVGYVTQGGSVYGDLSVEANVRYFGAMHGATAADAAEAIAAVGLQEFSRQKAADLSGGQFSRVSLACALVAHPRLLVLDEPTVGLDPVLRAELWERFAAMAAGGTTLLVSSHVMEEASHCSSLLLLRDGLLLAQLTPAELAERGRSEDLERAFLTIIKAAEHGQEESQVTS PGPT0006725_22426 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D3-18_02767 756 hypothetical protein ATGAACCCCCGCATGACGCTGGCCACGACAACTCGGGTCCTGGGACAACTGCGACACGATCACCGGAGCGTCGCGTTGATCCTGGTGGTCCCGGCGCTGCTCCTGACGGCCGTCTATTTCCTCTTCGAGAACGAAACACTCCCACCCGGGTTCCCCCGCACCTTCGACCGCGTAGGCCTGATGATGCTTGCGATCTTCCCCTTCGTGGTCATGTTCCTGGTCACGTCCATCACCATGCTTCGGGAACGCACTTCCGGGACCCTCGAACGCCTCCTGACCACCCCGATCCACAAGGCAGACCTGTTGTTTGGCTACGCCCTGGCCTTCTCCATCATGGCCGCCCTGCAATCCTTGGTGGCAACGGCTGTGGCCTACTGGATTTTCGACCTCGACATCAAAGGAAGTCCCGGCTTCGTGGTGATGATCGCCGTCATCAACGCCGTCTTGGGCGTCGCTTTGGGGCTGTTGTGTTCAGCATTCGCCCGCACCGAGTTCCAAGCCGTGCAGTTCATGCCCGTGGTGGTGGTGCCCCAGATCCTGTTGTGCGGCTTGTTCGTGGCGCGCGACGATATGAACGAGGTCCTGGAAGCAATCTCCGGCGTTTTGCCGCTTACGTTCTCCGTGGACGCATTGCAGGAGATCGCCGGAAATGCCGACGCCACGTCGGTAATGTGGCAGGACGCCCTGATCATGGGCGGGATTGTTGTAGGAATCCTGGTCCTGGCATCACTGACCCTTCGCCGGCAAACCCGATGA MNPRMTLATTTRVLGQLRHDHRSVALILVVPALLLTAVYFLFENETLPPGFPRTFDRVGLMMLAIFPFVVMFLVTSITMLRERTSGTLERLLTTPIHKADLLFGYALAFSIMAALQSLVATAVAYWIFDLDIKGSPGFVVMIAVINAVLGVALGLLCSAFARTEFQAVQFMPVVVVPQILLCGLFVARDDMNEVLEAISGVLPLTFSVDALQEIAGNADATSVMWQDALIMGGIVVGILVLASLTLRRQTR PGPT0006730_22275 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D3-18_02768 612 hypothetical protein ATGAGCCTCCCGCAGGCGCGTCGAGGCCGCCGCAGCGCAGGAGATCACTCGCGGGAAGCCATCCTCGCAACTGCACGGAAACTGTTCGCTGAGCAGGGATTCGAGGGGACAAGCCTGCGGCAAGTAGCCCGCGAATCATCAGTGGATCCGGCCATGGTGCACCACTTTTTCGGGGGCAAGGACGAGCTTTTTGCCGCCAGCGTGGAGTTGCCCGCTGACCCGGCAGAGGTTCTTGCCGGCGTCGAAACCCTGGACCCGACCGTAAGGGCGGAAGCGATTGTCCGGGCCGTACTGCGGCTATGGGAAAGCCCCGCCCAGCACGGCCTGGTGGCCTTTGTTCGTGGAACCATCGGCTCCAAAGCCAAGACGGCACTCATGCGCGAGATGGTCAACCGCACCATCCTGTCCCGGATCATGGCGGGGCTGCCAGGTTCCCCCGAAGAAGTACGCGTGCGCGGAAATCTTGTGGCCACGCAAGTGGTAGGGCTAATGCTGGTCCGCTACGTGATCCGGCTCGAGCCCCTGGCCTCGGCGGATCAGGAAGACGTGGTCCGCTTCGTCGCACCAAACATCCAGCGCTACCTCACAGGAGACCTGGACTCGTCGACGTAG MSLPQARRGRRSAGDHSREAILATARKLFAEQGFEGTSLRQVARESSVDPAMVHHFFGGKDELFAASVELPADPAEVLAGVETLDPTVRAEAIVRAVLRLWESPAQHGLVAFVRGTIGSKAKTALMREMVNRTILSRIMAGLPGSPEEVRVRGNLVATQVVGLMLVRYVIRLEPLASADQEDVVRFVAPNIQRYLTGDLDSST NA NA NA NA NA D3-18_02769 879 hypothetical protein ATGCTGTCAAGGGTAGCCCCGTGGTTAGCGTCTCGTAACGAGACCGGCTTGGGAGTCAGGGTGCTCGGCAGTGCCGACACCCTGGCTCTTCGCGCCCTGGCCAGGGAAGACGTGGTAGCCAACGTTTTCATCCTCGCCCACTTGGAAAGCACCGGAACAGCGGCGCCCACCAGCGGCGGTGCCAGTATTTTCGGAGTCTTCGACGGCGAAACGCTCCTTGGCGCGTGTTGGGCGGGAGCCAACCTGGTCCCTGTGCAACTCGATCCCGGCCTGGCGGGGTACGTGGCCAGTGCGGCACACGAAACAGGCCGCCGCTACGCGTCCATTTTTGGGCCGGCGGAAACTGTCTTGGCCCTCTACTCGCGATTCGAGCAATTGGGACACGGCGCGCACGAAGTTCGCTCCCAGCAACCGCTACTTACTATTTCAGGCCCGCCGGTCACCGGCGCCAACCCTGCCCTGACTTTCGGCACCATGGCTGACTTCGATCGCATCCTGCCCGCCTGCGCAGCCATGTTCGAAGAAGAAGTTGGCTACTCGCCTTTTCTCGGAGGGCAGGAGTTCTACAGCAGGCGCGTAGCTGGCCTTATTCGTGAGGGCCATTCCTTGGTCCACATCGATGCCAACGGCACTGTGGTCTTCAAAGCCGAATTGGGGGCAGTTACGCGGGACGTCACTCAGGTCCAAGGCGTATGGATGAACCCCGAATTACGGGGGCGCGGCCAAAGCAGCGGTTACATGGCCGCCGTCGTAAATCTCTCAAAAACGTTTGCCCCGGTGACTAGCCTTTATGTCAACGACTACAACGCCAAGGCCCGCGCCACGTATGAGCGGGTCGGCTTCGAACAAGTGGGCACTTTCGCAACGGTGCTGTTCTAA MLSRVAPWLASRNETGLGVRVLGSADTLALRALAREDVVANVFILAHLESTGTAAPTSGGASIFGVFDGETLLGACWAGANLVPVQLDPGLAGYVASAAHETGRRYASIFGPAETVLALYSRFEQLGHGAHEVRSQQPLLTISGPPVTGANPALTFGTMADFDRILPACAAMFEEEVGYSPFLGGQEFYSRRVAGLIREGHSLVHIDANGTVVFKAELGAVTRDVTQVQGVWMNPELRGRGQSSGYMAAVVNLSKTFAPVTSLYVNDYNAKARATYERVGFEQVGTFATVLF NA NA NA NA NA D3-18_02770 1167 ispG COG0821 4-hydroxy-3-methylbut-2-en-1-yl diphosphate synthase (flavodoxin) GTGACCTCGGTCAGCCTGGGAATGCCAGCAGCCCCACCCCCCGTCCTTGCCCCGCGTCGTAAGACGCGGCAGATCAAGGTAGGGTCCGTTGGCGTCGGCTCTGACTCGCCCATCAGCGTGCAGTCCATGACCACCACGCCCACCACGGATATCAACGCTACGCTGCAGCAGATTGCTGAGCTGACGGCGTCCGGCTGCGACATTGTGCGTGTTGCCTGCCCGTCAGCCGACGATGCCGAGGCTTTGCCGATCATTGCCCGCAAATCCCAGATTCCCGTGATCGCGGACATCCACTTCCAGCCGAAGTACGTCTTCGCCGCAATTGAAGCCGGATGTGCGGCAGTTCGCGTGAACCCGGGCAACATCCGCAAGTTCGATGACCAGGTCAAAGAAATTGCTGCAGCGGCGCGTGACCACGGAACATCCATCCGGATCGGTGTCAACGCAGGCTCCCTTGAACCCGGCATCATGAAGAAGTACGGCAAGGCCACCCCGGAGGCACTTGTTGAGTCCGCAGTTTGGGAAGCCTCGCTGTTCGAAGAGCACGGATTCCATGACTTCAAGATCTCCGTCAAACACAACGATCCTGTGATCATGGTGGCCGCGTACGAGATGCTGGCCGAGAAGGGCGACTGGCCCTTGCACCTCGGCGTGACCGAGGCCGGACCGGCATTCCAGGGCACCATCAAATCGGCAACGGCTTTCGGTGCACTCCTGTCCCGCGGCATTGGCGACACCATCCGTGTTTCCCTCTCGGCTCCGCCAGTGGAGGAAATCAAGGTGGGCAACCAGATCCTGCAATCCCTGAACTTGCGTCCGCGCAAGCTCGAAATCGTCTCCTGCCCGTCCTGTGGCCGCGCGCAAGTGGACGTGTACACGCTGGCCGAGCAGGTAACCGCAGGTTTGGAAGGCATGGAGATCCCGTTGCGCGTAGCCGTCATGGGTTGCGTCGTCAACGGACCCGGTGAGGCCCGTGAAGCGGACCTCGGTGTGGCCTCCGGAAACGGCAAGGGCCAGATTTTCGTGAAGGGTGAAGTCATCAAGACTGTGCCTGAGAGCGAAATTGTTGAGACACTGATCGAAGAGGCCATGCGCATCGCCGAAGAGATGGGGGAGGCCGATGGCGAAGATGCTGTCAAGGGTAGCCCCGTGGTTAGCGTCTCGTAA MTSVSLGMPAAPPPVLAPRRKTRQIKVGSVGVGSDSPISVQSMTTTPTTDINATLQQIAELTASGCDIVRVACPSADDAEALPIIARKSQIPVIADIHFQPKYVFAAIEAGCAAVRVNPGNIRKFDDQVKEIAAAARDHGTSIRIGVNAGSLEPGIMKKYGKATPEALVESAVWEASLFEEHGFHDFKISVKHNDPVIMVAAYEMLAEKGDWPLHLGVTEAGPAFQGTIKSATAFGALLSRGIGDTIRVSLSAPPVEEIKVGNQILQSLNLRPRKLEIVSCPSCGRAQVDVYTLAEQVTAGLEGMEIPLRVAVMGCVVNGPGEAREADLGVASGNGKGQIFVKGEVIKTVPESEIVETLIEEAMRIAEEMGEADGEDAVKGSPVVSVS PGPT0007580_1638 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007580-gcpE|ispG-K03526 NA NA D3-18_02771 294 hypothetical protein ATGACTGTTTTCGCTGTTGAGTATGTATACGTCGCCGAATCCGACGCCCTCCGCGATGAAGCCCGCCCCGCACACCGTGCCTGGCTCGGCGATCTGGCCGAGGAAGGCAAACTGCTTGCCAGTGGCCCCTACGGTGACGGCGCCGGCGCTCTGCTGATCTTCAAGTCCGCGGACGAAGCCGAACTCAATGACCTCCTCAAGCAGGATCCGTTTGCAGAAGCCGGAGTTATCGCCGGTATCCGCACCACGGAATGGGCGCCCATCATCGGCGTCCTGGCTCCCCACGCGTCCTAG MTVFAVEYVYVAESDALRDEARPAHRAWLGDLAEEGKLLASGPYGDGAGALLIFKSADEAELNDLLKQDPFAEAGVIAGIRTTEWAPIIGVLAPHAS NA NA NA NA NA D3-18_02772 1332 rip1 Zinc metalloprotease Rip1 ATGAGTCCCGTCCTTCTCTTCATTCTCGGAGTCGTCTTCGTCGCGATCGGCGTAGCTGTCTCCATTGCGCTTCACGAGGTGGGCCACCTGGTTCCTGCCAAGCTGTTCAAAGTGCGCGTCACCAAGTACATGATTGGTTTCGGACCCACCCTGTGGTCCAAGAAGAAGGGCGAGACGGAATACGGCTTCAAGGCGCTTCCGTTGGGCGGCTACGTGTCCATGATCGGCATGTACCCGCCGAACAAGGAAGACGGCGCCGTCCGCCCCTCCAGCACAGGGATGTTCCAGACGCTCGCCACTGAGGCGCGCTCCATGGCGCACGAGGAAGTGGGACCCGGAGACGAAAACCGCGTCTTCTACAAGCTTCCCGTCTGGAAAAAGATCATCGTCATGCTCGGCGGTCCTGCCATGAACATGCTGATCGGGTTGATACTGCTGGCTGTCCTGCTCATGGGCTTCGGCATGGCTACAGCAACCACCACCATCGCGGACGTTTCCAAGTGCCAGGTTGCCGCAGGGGAGACCGTGGACCCCGACTCGGCCGAATGCAAACTGACTCCCGCCGCGGCTGCGGGCCTCCAGCCGAATGACACCATTACTTCCTTCGACGGAAAAGCCGTCACCAGCTGGGACGAACTCACCAGCTGGATCCGCGCGTCCGCCGGAAGAGACGTGCCCATCACCGTGGAGCGCAACGGATCAACGGTGGAAACTACCGTGACGCCCGTACTCTCCTCGCGGCCTGTGGTCGGGGCCGACGGCCGGCCTGAACAGGACGCCAACGGGGTGCTGAAATACCAGGAAGTCGGATTCCTTGGTATCGGGGCCCAAAGCGAACTGGTTCCCCAGCCGGCGTCGGCCGTTTTGCCCATGGCCGGAGAGAACATCAAACAGATATCAGGTGTGATCTTCAACCTGCCGGCCAGGGTGGTTGGAGTGGCGAAAGCGGCCTTCAGCGAGGAGCCCCGCGACCCGAACGGACCGATCAGCGTGGTGGGTGTAGGCCGGGTTGCGGGCGAAGTCGCGGCCATGGAGCAGGTGCCCATGCAGGCCCGCATCGGCACCCTGATCGGGTTGCTCGCCGGGCTCAACTTCGCCCTGGCGATCTTCAATCTCATTCCCCTTCTGCCCCTCGACGGCGGCCACGTAGCCGGCGCGCTCTACGAAGGGGCACGACGCCGGGTGGCCAAGCTACTGGGCAAGCCGGACCCGGGCGCGTTCGACATCGCCAAGCTGCTGCCGGCCACGTATGTTGTTGCAGCGCTGCTGATGGCCATGGGCGCACTCCTGATCTATGCGGACATCGTGAAGCCCGTGAACATTTTCGGCTGA MSPVLLFILGVVFVAIGVAVSIALHEVGHLVPAKLFKVRVTKYMIGFGPTLWSKKKGETEYGFKALPLGGYVSMIGMYPPNKEDGAVRPSSTGMFQTLATEARSMAHEEVGPGDENRVFYKLPVWKKIIVMLGGPAMNMLIGLILLAVLLMGFGMATATTTIADVSKCQVAAGETVDPDSAECKLTPAAAAGLQPNDTITSFDGKAVTSWDELTSWIRASAGRDVPITVERNGSTVETTVTPVLSSRPVVGADGRPEQDANGVLKYQEVGFLGIGAQSELVPQPASAVLPMAGENIKQISGVIFNLPARVVGVAKAAFSEEPRDPNGPISVVGVGRVAGEVAAMEQVPMQARIGTLIGLLAGLNFALAIFNLIPLLPLDGGHVAGALYEGARRRVAKLLGKPDPGAFDIAKLLPATYVVAALLMAMGALLIYADIVKPVNIFG NA NA NA NA NA D3-18_02773 1185 dxr COG0743 1-deoxy-D-xylulose 5-phosphate reductoisomerase ATGCAGCCGCGCAAGATCGTCATCCTCGGGTCCACCGGTTCCATCGGCACACAAGCGATTGACGTCGTCGATGCTGCCCCGCACCGTTTCGAGGTGGTGGCCCTCAGCGCCGGCGGAGGAAACCTTGAACTCATTGCGCAGCAGGCCGTCCACACCAGGGCGCAAGCCGTGGGCATTGCGCAAGGAGACCCAGCAGCGCTGCGGCAATTGATTGACTCCGCGGCAGCCGCTGCCGGCGTGAGCAACTTCGCGCCGGAAATCTTTGTGGGGCCGGACGCTTCCACGCAGATCGCGGCCATCGAGTGCGACGTCGTCCTCAACGGCATTACTGGTTCCATAGGACTGGCGCCCACCCTGGCCGCGCTCGGCACCGAAGCCACCCTGGCACTTGCCAACAAGGAATCACTGATTGTCGGCGGTGCCTTGGTCAAAGCTGCTGCGAGCCCCGGCCAGATTGTTCCCGTCGACTCGGAGCACTCTGCCATCGCCCAATGCCTCCGTTCGGGCTCGGACCAGGAAGTCGAAAAGCTGATCCTGACCGCGTCAGGCGGCCCTTTCCGCGGGCGCACACGGGAACAGCTTCACAATGTCACACCGCGGGAGGCGCTCGCCCACCCCACCTGGGACATGGGCCTCATGGTCACCACCAACTCAGCCAGCCTGGTCAACAAGGGCCTTGAAGTGATTGAGGCCCACCTGCTGTTCGACGTTCCCTTGGACAGGATCGATGTTGTGGTTCACCCACAGTCGGTGGTCCACTCCATGGTCCAGTTCGTGGACGGCTCCATCATTGCCCAGGCATCGCCGCCTGACATGCGACTGCCGATTGCCCTCGGGCTGGGCTGGCCGGACCGTGTTCCCCGTGCTGCCCAAGCATGCGACTGGACCCAAGCGACCAGTTGGACGTTCGAACCCCTGGATACGGTTGCCTTCCCGGCGGTGGACCTCGCCAAGGACGCAGCCAAGCAGGGCAGCACGTTCCCCGCAGTCTTCAACGCCGCCAATGAGGAAGCCGTAGAGGCCTTCCATGCTGGCCGCATCCGCTTCACGGACATTGTGGATACCGTGGAATGCGTCCTCAGCGAACATTCAGGCTCTTCTGAGCTAACGGTGGAGTCCGTGTTGGATGCTGAGAAGTGGGCACGCGCCCGCACCCTTGATCGTTTAGCCAGCAGCGCCCTGTAG MQPRKIVILGSTGSIGTQAIDVVDAAPHRFEVVALSAGGGNLELIAQQAVHTRAQAVGIAQGDPAALRQLIDSAAAAAGVSNFAPEIFVGPDASTQIAAIECDVVLNGITGSIGLAPTLAALGTEATLALANKESLIVGGALVKAAASPGQIVPVDSEHSAIAQCLRSGSDQEVEKLILTASGGPFRGRTREQLHNVTPREALAHPTWDMGLMVTTNSASLVNKGLEVIEAHLLFDVPLDRIDVVVHPQSVVHSMVQFVDGSIIAQASPPDMRLPIALGLGWPDRVPRAAQACDWTQATSWTFEPLDTVAFPAVDLAKDAAKQGSTFPAVFNAANEEAVEAFHAGRIRFTDIVDTVECVLSEHSGSSELTVESVLDAEKWARARTLDRLASSAL PGPT0007585_2070 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007585-ispC|dxr-K00099 NA NA D3-18_02774 1452 hypothetical protein ATGTCCTGGTTTGATGCTCGGGACTACGAGTTCGCCCGGCAGGTCTTGCAGCGCGGCACCGCCGCGCTCTTTGCAGTTGCGTTCCTCTCCACGGTGAACCAGTTCCCGGCACTCCTCGGCGAGCGCGGTCTGTTGCCTGTACCGGCTTTCCTGGACATGGCCCGCAAGCTGGCCAGACCCACACTGTTCCAGTGGCGTTACTCCGACGCGCTGCTCAAGGCCGTGTGCTGGACGGGGATCAGCGTTTCCATTCTGCTGGTGGCCGGCCTCCCCCAAATGGGTCCACCGTGGCTGCCTATGCTCGCTTTCCTCGCCCTCTGGTTCCTTTACATGTCGATCGTTAACGTCGGCCAAACGTTCTATGGTTTTGGTTGGGAGATTCTTCTCCTTGAGGCCGGATTCACGGTGGCATTCCTTGGCTCGGACCAGACTCCGCCGCCCACAACCATCCTCATTCTCATTCTGTGGTTGGTATTCCGGCTTGAATTCGGTGCTGGAATGATCAAGATCCGGGGCGGCCGCGAGTGGCGCGACCTGACGGCGATGTTCTATCACCATGAAACACAGCCAATGCCGGGCCCGCTCAGCAGGCAGGCGCACCTTTTGCCGCGTCCGCTGCACAAGGTGGAAGTGGTGGGCAACCATTTCGCGCAGTTGGTAGTGCCGTTCTTCCTGTTCGCGCCTCAACCGCTGGCGAGTATTGCCGCCAGCATCATCATCGTGACGCAGCTGTGGTTGGTGGGTACCGGGAACTTTGCCTGGCTGAACTGGGTGGCGATCGTCCTGGCTTTCGCGGCCGTCAGTGATCCCGTGGCCCATGCGGTTTTTCCGTTCATCCCGCTGGAGTGGCACCAAGGTGCCGCTACCCCGGCGTGGTGGCTCGCCGTCGTCGTGCTTGTCACCGTTCTCTTGCTGGTGTTCAGCTACCGGCCGCTCCTCAACCTGTTCTCCAGCCATCAGTTAATGAACGCCAGTTTCAACCGGTGGCGCTTGGTGAATGCCTATGGAGCTTTTGGGACGGTGACCAAGCAACGGATCGAGATCGTGGTGGAGGGCACCCTGGCTGAGGAGCCGGACGCACCGGAGGAGCACTGGCTTGAGTACGGCTTCAAGGGCAAGCCCGGCGACGTTCGGCGACTCCCCCGGCAATGGGCGCCGTACCACCTGCGCTTGGATTGGCTGATGTGGTTCCTGCCGCTACGGACCGTTCATGAGGACTGGTTTTATGTGTTCCTGCACAGACTGTTGGAGGCGGACAAGCCCACGCTTGGACTGCTGCGCCATGACCCGTTCGACGGCGAACGCCCCCGTTGGGTGAGGGCGCGCAGCTACCTCTACCGTTTCGCCAGCCGCGCGGAGTTCCGTGAGACGGGCGAACGTTGGGTTCGGGTGCTGCTGTATGACGCGATCCCGCCACTCTCGCTTAGTCCTCGACGGCGGCGGCTGCCCTAG MSWFDARDYEFARQVLQRGTAALFAVAFLSTVNQFPALLGERGLLPVPAFLDMARKLARPTLFQWRYSDALLKAVCWTGISVSILLVAGLPQMGPPWLPMLAFLALWFLYMSIVNVGQTFYGFGWEILLLEAGFTVAFLGSDQTPPPTTILILILWLVFRLEFGAGMIKIRGGREWRDLTAMFYHHETQPMPGPLSRQAHLLPRPLHKVEVVGNHFAQLVVPFFLFAPQPLASIAASIIIVTQLWLVGTGNFAWLNWVAIVLAFAAVSDPVAHAVFPFIPLEWHQGAATPAWWLAVVVLVTVLLLVFSYRPLLNLFSSHQLMNASFNRWRLVNAYGAFGTVTKQRIEIVVEGTLAEEPDAPEEHWLEYGFKGKPGDVRRLPRQWAPYHLRLDWLMWFLPLRTVHEDWFYVFLHRLLEADKPTLGLLRHDPFDGERPRWVRARSYLYRFASRAEFRETGERWVRVLLYDAIPPLSLSPRRRRLP NA NA NA NA NA D3-18_02775 1068 cytR_3 COG1609 HTH-type transcriptional repressor CytR GTGGAACCAGATCCCCGCCCGTCCAAGCTCACCTTGGCAGCGGTGGCAGCCGAGGTAGGAGTCTCCGCGCCCACTGTTTCCAAGGTGGTCAACGGCCGTGAGGACGTAGCGGAAGCCACCCGCGCCAGGGTGTTGGCGGCTTTGCAGCGCACCGGCTACAAATCGCCACTACAACGCAAGAGCATTCCCGAGCATCGTGCAGTGGAAGTCGTCTTCGATTCCTTGAACTCTGCTTACGGGGTGGAAGTCCTCAATGGAGTGATGGAGCACGCGGCAGTCTCGGACATGGAGGTGATCCTCTCCATCACCGGAAGGCAGGCGGGCTCGCCACTGGGGCCCGAGGAACGGGCGCAGCGCCTGATCGACGAGGGCCGTGCCGGCATGATCGTGGTGACCTCCGCTTTCGGCGCAGCGCAGTTGGAGGCATTCAAGCGGCGCCAGATACCCATCGTGGTGGTGGACCCCCTGAATCCGCCACCCGCTGACGTCTACAGTGTTGGCGCCAGCAATTGGGCCGGCGGTAAGGCTGCGGCATCACACCTTCTGGAGTTGGGGCATCGAAGAATCGCTTACATCGGCGGTCCCTCTACTGCGGAGTGCAGCCAGGCCCGCCTGCACGGTTACATGGCGGCATTGATGGCGGAAGGAGTGGCCGTCGACCACGAGTATGTTTCCGATGGGCCCTTCAAGCCGGAAAACGGAGTGCGTGCCATGAAAGCCCTGCTGGCACTCGACAATCCGCCCACGGCGATCTTTGCCGGCAGCGACAGCATAGCGTTGGGGGTGCTGGCCGAAGCGCGGCGCCAAAATGTGCGCATTCCCGAGGACATGAGCCTTGTTGGCTTTGACGGCACCCACCAAGCCGAGGAATCGGTGCCTCCGCTGACGTCAGTGTCCCAACCTTTGCAAGAGATGGGACGGTCGGCCCTGAGGTTTATCCTCCGTCAGAAAAATGGCGAGGAAATCGACTCGCGAAGAGTGGAGTTGGCTACGCACCTCGTCGTCCGCGAGTCCACCGCTCCACCGCGGGCGTCGAACGCTAGGGCAGCCGCCGCCGTCGAGGACTAA MEPDPRPSKLTLAAVAAEVGVSAPTVSKVVNGREDVAEATRARVLAALQRTGYKSPLQRKSIPEHRAVEVVFDSLNSAYGVEVLNGVMEHAAVSDMEVILSITGRQAGSPLGPEERAQRLIDEGRAGMIVVTSAFGAAQLEAFKRRQIPIVVVDPLNPPPADVYSVGASNWAGGKAAASHLLELGHRRIAYIGGPSTAECSQARLHGYMAALMAEGVAVDHEYVSDGPFKPENGVRAMKALLALDNPPTAIFAGSDSIALGVLAEARRQNVRIPEDMSLVGFDGTHQAEESVPPLTSVSQPLQEMGRSALRFILRQKNGEEIDSRRVELATHLVVRESTAPPRASNARAAAAVED PGPT0017992_2255 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 D3-18_02776 1320 hypothetical protein ATGAATAATCTCAAGTTGCGCACCGCCGGAATGGCCGTTTCTGCAGCCGCTATGTCGATCGCGCTCGTAGCCTGCGGGTCCTCTGGCCCGGCCGGAACAGGAGCTTCGGCGGACTCAGCAACCATGTGGGGACTCACCGGTGGTGACCAGCCCGTGTTCCAGGCATCCATTGACTCCTGGAACAAGTCACACCCGGACTCCGCCATCAAGCTCGACTTCTTCGCCAACGATGCCTACAAGACCAAGGTCCGCACCGCCGTAGGTGCCGGTCAAGGGCCCACCCTGGTTTACGGCTGGGGCGGAGGGGTGCTCAAGTCCTACGTCGACGCCGGCCAAGTGGATGATCTGACGGGATTCCTTAAAGAGAACCCTGACGTCCAGAGCCGCTACCTTCCTTCCATCCTCGAGAGCGGCGTGATCGACGGAAAGACCTACGCACTGCCCAACAACAAGGTGCAGCCCGTGGTGCTCTACTACAACAAGGAAGTCTTCGACAAGATCGGGGCTGTCGCGCCCAAGACCTGGGATGAGCTCATGGCGCTGGTCCCCAAGTTCAAGGAAGCCGGCGTGGCGCCTTTCTCCCTGGGCGGCCAGTCCAAATGGCCGGACCTGATGTGGCTTGAATACCTTGTAGACCGTATCGGCGGCCCTGAAGTCTTCGCCAACATCGCAGCCAACAAGCCGGAAGCATGGTCCCACCCCGCAGTAATCGAGGCCTTGACCAAAATCCAGGAACTCGTTGACGCCGGCGGCTTCATCAACGGTTTCTCCTCCATTGCCGCTGACAGCAACGCGGACCAGGCACTGCTGTACACAGGCAAGGCCGCCATGATCCTGCAGGGAAGTTGGATCTACCAAGGCATGAAGAAGGACGCCGCCGACTTCGTCTCCAGCGGCAAGCTCGGATACGCCCCCTTCCCCACCGTTGAAGGTGGCAAGGGTGACCCTGCGAACGTTGTGGGTAACCCGTCCAATTTCTGGTCCGTATCCTCCAAGGCCACCGAGGACCAGAAGAAGACAGCCTTGGAGTACGTCAAGGACGGAATGTTCACGGACGAGAACGTTCAAAGCCTGATCGACTCAGGAGCCGTACCTGTGGTGACGGGTATCGAAGACAAGCTCGCTGCCTCCCCTGACAAGGACTTCCTGAGCTACGTCTATGGCCTGGCCAAGGATGCCCCGGACTTCACACTGTCCTGGGACCAGGCGCTCAGCCCCGCGCAGGGAGATGCAATGCTGGCCAATCTCGATCAAATCTTCCTGAAGAAGATCACTCCGGAGCAGTTCGCTTCCACCATGAACGCGACGATCGGGAAGTAA MNNLKLRTAGMAVSAAAMSIALVACGSSGPAGTGASADSATMWGLTGGDQPVFQASIDSWNKSHPDSAIKLDFFANDAYKTKVRTAVGAGQGPTLVYGWGGGVLKSYVDAGQVDDLTGFLKENPDVQSRYLPSILESGVIDGKTYALPNNKVQPVVLYYNKEVFDKIGAVAPKTWDELMALVPKFKEAGVAPFSLGGQSKWPDLMWLEYLVDRIGGPEVFANIAANKPEAWSHPAVIEALTKIQELVDAGGFINGFSSIAADSNADQALLYTGKAAMILQGSWIYQGMKKDAADFVSSGKLGYAPFPTVEGGKGDPANVVGNPSNFWSVSSKATEDQKKTALEYVKDGMFTDENVQSLIDSGAVPVVTGIEDKLAASPDKDFLSYVYGLAKDAPDFTLSWDQALSPAQGDAMLANLDQIFLKKITPEQFASTMNATIGK PGPT0016330_1183 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 D3-18_02777 939 melD_5 COG1175 Melibiose/raffinose/stachyose import permease protein MelD GTGTCCGCAACTACCACCACTCCCCCGCGGTCAGTGGGCGCGGAGCGCTCCCCGGGCACCCGACGGACCCTGGAAAAGGGTCCGTCAGGGTGGCTGGCCGTACCGGCCCTCGCGTTCTTCATGCTCTTCGCCATCCTCCCGCTCCTGGGAGTCCTGTTCCTTAGCTTCACCCGTTGGGACGGACTCGGCGAGATCAAGCTCGACGGCCTGTCCAGTTGGAACACCGTCCTGGCCGACCCCGTCACGGGCAACGCTTTGCTGGTGACGGCCAAGATCATGTTTTTCTCCTTCATCGTCCAAGCACCCATCAGTCTCCTTCTCGGCGTGTTCACAGCGGCCAGCCAGAAGTACCGCGCAGCACTGGCTGTCCTCTACTTCGTGCCCCTGCTCCTCTCCTCTGCCGCAGTGGCCATCGCCTTCAAAGCGCTGCTGGATCCGAACTTCGGGCTCGGGCCCGGCTTGGGTCTGCCGTTCCTCGCCCAAGACTGGCTGGGCAACTCGGATCTGGTGCTGTTTGTAGTGGTGTTCGTGATCGCCTGGCAGTTCGTACCGTTCCACACCTTGATCTACCAAGGCGGCGTACGGCAGATTCCTGCCTCGCTGTACGAGGCCGCGCAAATTGACGGCGCCGGCCGTGTCCAGCAGTTCTTCAACATCACGCTGCCCCAGCTGAAATACACGATGATCACCTCCTCCACCCTCATGGTGGTGGGCTCGCTGGCCTACTTCGACCTGATCTTCGTGCTGACTGCCGGCGGCCCGGGCTACTCCACCAGGCTCCTGCCCCTGCACATGTACCTCACAGGCTTCAAAGCGAACGACATGGGAGCGGCGAGCGCCCTGGGCGTCATCCTCGTTGTCATCGGCCTGGCCTTGGCACTGTTCCTTCAACGACTCGGCGGCAAGAACCGCAACGCCAGCCAACTGGAAGGTGCGTAA MSATTTTPPRSVGAERSPGTRRTLEKGPSGWLAVPALAFFMLFAILPLLGVLFLSFTRWDGLGEIKLDGLSSWNTVLADPVTGNALLVTAKIMFFSFIVQAPISLLLGVFTAASQKYRAALAVLYFVPLLLSSAAVAIAFKALLDPNFGLGPGLGLPFLAQDWLGNSDLVLFVVVFVIAWQFVPFHTLIYQGGVRQIPASLYEAAQIDGAGRVQQFFNITLPQLKYTMITSSTLMVVGSLAYFDLIFVLTAGGPGYSTRLLPLHMYLTGFKANDMGAASALGVILVVIGLALALFLQRLGGKNRNASQLEGA PGPT0016335_654 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 D3-18_02778 900 dasC_3 COG0395 Diacetylchitobiose uptake system permease protein DasC ATGGCTTCCACCACCCAACTCCCCACAGCACCGGCAACGCTGCCCCAACCGGTAACCACCCGCCGTCGGCCCCCAAAGCTTGGCCGTTCGCGGCCAAACTTCCTGGGCGGACTGGGCGGCTGGCTCTGGCTGGCGATCATTATTGTGCCTGTGTACTACGTGGTGATTACCAGCCTGAAGAACCAGGCGGGGTTCTTCACGTCGAACCCGATGCTGCCACCTGCAGAGCCAACCCTGGACAACTACAAGCTCGTCCTGGAAAACGACTTCGCCAAGTACTTCACCAACAGTCTCATCGTCACCGTTGGCAGCGTGGTTCCGGCACTGTTTGTCGCTTTTATGGCCGCCTACGCCATCGTGAGGGGAAAGGGAAAGTTCCTCAGCTGGACCAATAACGTCTTCCTTCTGGGCCTGGCCATTCCGCTGCACGCCACCATCATTCCGATCTACTGGATGATCACCAAGGCCCATATGTACGACACCCTGTTGGCGTTGATCCTGCCCTCCATTGCGTTCGCGATCCCAGTATCCGTGCTCATCCTGTCCAACTTCATGCGGGATGTGCCCAATGAACTGTTTGAATCGATGCGCCTGGACGGTTGCTCGGATTGGGCCATGATGTGGCGCCTCGCCTTGCCCATGACCAAGCCCGCTGTCATCACGGTTGGCATCTACAACGCACTACATGTGTGGAACGGATTCCTGTTCCCGCTGATTCTTACGCAAAGCCCGGACACACGGGTTCTGCCGCTTTCACTGTGGACCTTCCAGGGTGAGTTCAGCGTCAACATCCCGGCGGTACTCGCCTCCGTGGTACTGGCTACGCTCCCCCTGCTGGTGATTTACGTAGTGGCACGGCGGCAGTTGCTCAGCGGCCTGACTGCAGGCTTCAGCAAGTAG MASTTQLPTAPATLPQPVTTRRRPPKLGRSRPNFLGGLGGWLWLAIIIVPVYYVVITSLKNQAGFFTSNPMLPPAEPTLDNYKLVLENDFAKYFTNSLIVTVGSVVPALFVAFMAAYAIVRGKGKFLSWTNNVFLLGLAIPLHATIIPIYWMITKAHMYDTLLALILPSIAFAIPVSVLILSNFMRDVPNELFESMRLDGCSDWAMMWRLALPMTKPAVITVGIYNALHVWNGFLFPLILTQSPDTRVLPLSLWTFQGEFSVNIPAVLASVVLATLPLLVIYVVARRQLLSGLTAGFSK PGPT0016340_235 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 D3-18_02779 1221 iolG_13 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGACAGACCTTCAACCCCTGCGGGTCGGCATGGTGGGCTATGCCTTCATGGGCGCCGCCCACTCCCACGCCTGGCGGACAGCGCCGCGCTTCTTCGACCTCCCACTTGCTCCGGAATTGACCGCAGTGGCGGGCCGGAGCAAGGAAGGTGTACGGGCGGCGGCCAACAAATACGGCTGGTCCTCCACCGAGACAGATTGGCGCCGCCTTATTGAGCGCGACGATATTGATCTCATCGACATCTGCACTCCCGGCAACACTCATGCGGAGATAGCCATCGCAGCGCTCGAAGCCGGCAAGCACGTCCTGTGCGAAAAGCCGTTGGCCAACTCAGTGGAGGAAGCCGAAAAGATGACGCTGGTAGCCCAGGCAGCTGCCGAACGCGGGGTGTTCTCCATGTGCGGCTTTAGTTACCGACGCACGCCCGCCCTGGCGTTGGCCAAGCGAATGGTGGATGACGGCCGTTTGGGCGAGATCCGCCACGTCCGCGCTCAATATCTTCAGGACTGGCTCAGTGACGCCGATGCTCCGCTGACCTGGCGACTGGACAAATCCAAGTCCGGGTCCGGTTCCCTCGGTGACATCGGCGCGCACAGCATCGACGCCGCGCAATGGATCACAGGACTCAACATCACGGGTGTCTCGGCGTTGCTGGAGACGTTCGTGAAAGAGCGCCCTGTGGGTGGGGACTTTGTGGGTCTGGGAGGTCAAGGGGGTGCGGACGGTCCTCGCGGGCCAGTGACGGTGGACGACGCGGCGCTGTTCACCGCCCGCTTTGAGGCAAAGCACGACGACGGCGCTGACGCAGGCTTAAGCAACAGCGGCTCTTCCGGCCCGATCGGCATCTTCGAAGCCACCCGTTTTGCTTTGGGACGCAAGAACGCCATGCGCCTGGAACTCAACGGCACCAAGGGGTCCATTTCCTTCGACTTCGAGGATATGAACTCGCTGCAGTTCTACGATGCCGCGTTGGAACCCGACGCAGGCTTCCGAAAAATCATGGTCACCGAACCGTCCCACCCCTACACAGCAAACTGGTGGCCCACAGGGCATGGACTCGGCTATGAGCACGGCTTCACGCATCAGGTGGTGGACCTCGTGACTGCCATCAGCGCAGGCGAGCAACCCTCGCCGTCGTTCGCTGACGCCTTGCAAGTGCAAAAGGTGCTGGCCGCCGTCGAGGCAAGCGCAGACAACTCAAGCCGCTGGCAGAACGTGTGA MTDLQPLRVGMVGYAFMGAAHSHAWRTAPRFFDLPLAPELTAVAGRSKEGVRAAANKYGWSSTETDWRRLIERDDIDLIDICTPGNTHAEIAIAALEAGKHVLCEKPLANSVEEAEKMTLVAQAAAERGVFSMCGFSYRRTPALALAKRMVDDGRLGEIRHVRAQYLQDWLSDADAPLTWRLDKSKSGSGSLGDIGAHSIDAAQWITGLNITGVSALLETFVKERPVGGDFVGLGGQGGADGPRGPVTVDDAALFTARFEAKHDDGADAGLSNSGSSGPIGIFEATRFALGRKNAMRLELNGTKGSISFDFEDMNSLQFYDAALEPDAGFRKIMVTEPSHPYTANWWPTGHGLGYEHGFTHQVVDLVTAISAGEQPSPSFADALQVQKVLAAVEASADNSSRWQNV NA NA NA NA NA D3-18_02780 1005 hypothetical protein ATGACCCGACCCATTACCCTTTTCACTGGTCAGTGGGCCGACCTTCCATTCGAGGAAGTGGCCCGGCTTGCTGGAGAGTGGGGCTTCGACGGATTAGAGATCGCCTGCTGGGGTGATCACCTCGATCCCGAACGCATTGTGGCAGACGACAACTACCTGCAGGGCAAGCTGGACATCCTGGAAAAGCACAAGCTGACCGTCCATGCAATCGCCAACCACCTCACCGGGCAAGCGGTCTGCGACGACCCAATTGACGAACGCCATCAGGACATCCTGAGCCCTTCAATCTGGGGCGATGGTGAGCCGGAGGGTGTTCGTCAGCGGGCTTCGGAAGCTATGAAGACTACGGCACGCGCTGCCGCGAGGTTGGGAGCAAAGACGGTTACTGGCTTTACCGGCTCGTCAATTTGGAAATGCGTGGCCATGTTCCCACCGGCCTCGGATGCCATGATCGAGCGCGGCTACCAGGACTTTGCCGACCGGTGGAATCCCATCCTTGATGTGTTTGACGAAGTGGGCGTCCGATTCGCCTTGGAAGTCCATCCCTCTGAAATCGCCTACGACTATTGGACGGCCAAACGTACGTTGGACGCGGTAGGACACCGGGAGAACTTTGGCCTCAACTTTGATCCGTCCCATTTCATCTGGCAGGACCTGGACCCGGTGATGTTCCTCCAGGACTTCGCGGACAAGATCTTCCACGTCCATGTGAAGGAGTCGGTCAGGCAACTCAACGGACGGAACGGCCGGCTGGGTTCGCACCTGCCATGGGCTGATCCACGCCGGGGTTGGGACTTTGTCACGGCCGGTCACGGTGACGTGAAGTGGGAGCCAATCTTCCGAACCCTCAACGCTATTGGCTATGAAGGACCAACCAGCATCGAGTGGGAGGACGCCGGCATGGACCGACTCGTAGGAGCTCCCCAAGCGCTGCGCATGGTCCAGGAACTGGCCGCAATACGCCCGCCGGCTGCCGCTTTTGATGCCGCTTTTGCGACTCGCTGA MTRPITLFTGQWADLPFEEVARLAGEWGFDGLEIACWGDHLDPERIVADDNYLQGKLDILEKHKLTVHAIANHLTGQAVCDDPIDERHQDILSPSIWGDGEPEGVRQRASEAMKTTARAAARLGAKTVTGFTGSSIWKCVAMFPPASDAMIERGYQDFADRWNPILDVFDEVGVRFALEVHPSEIAYDYWTAKRTLDAVGHRENFGLNFDPSHFIWQDLDPVMFLQDFADKIFHVHVKESVRQLNGRNGRLGSHLPWADPRRGWDFVTAGHGDVKWEPIFRTLNAIGYEGPTSIEWEDAGMDRLVGAPQALRMVQELAAIRPPAAAFDAAFATR NA NA NA NA NA D3-18_02781 702 hypothetical protein ATGACGAGCAACAACAAGACAGCGCTGGTGGTTCGCGGCGGCTGGGACGGACACCAGCCAGTGGAAGCCACAGAGCTGTTCATTCCCTACCTGAAGGACAACGGCTACGACGTCCGCGTGGAGGAATCCCCCAAGATCTACGCGGACCCCGAATATATGGCCACCGTGGACCTGATCGTGCAATGCATGACCATGACCACCATTGAGAAGGATGAGTTCGAGGGCCTGCGCGCTGCGGTCGAAAACGGCACCGGCCTGGCTGGCTGGCACGGCGGGATTGCCGATTCCTACCGCAACAACTCGGACTACCTGCATCTGATCGGCGGCCAGTTCGCCTGTCACCCCGGCAAGCATGCTGACGAACGGATCGGCGAACAGTCAGACAACTACATCCCTTACACCGTTAACATGCTGCCCGCTGCGTCCGAACACCCGATCACGCAGGGCATCGGCGACTTTGAGCTCGTCACGGAACAGTACTGGGTCCTGTCCGACGACTACATCGACGTCCTGGCTACCACCACCCAGAAAGTCCGCGAGTGGGACCCGTGGAACCGCGAAGTCACCTCACCGGCCATCTGGACCCGTCAGTGGGGCAAAGGAAAGATCTTTGTCTGCACACCAGGCCACCGCGTGGAGATACTCCAGGACAGCAACGTCCGAACCATCATCGAAAGGGGCATGCTGTGGGCATCTCGATAA MTSNNKTALVVRGGWDGHQPVEATELFIPYLKDNGYDVRVEESPKIYADPEYMATVDLIVQCMTMTTIEKDEFEGLRAAVENGTGLAGWHGGIADSYRNNSDYLHLIGGQFACHPGKHADERIGEQSDNYIPYTVNMLPAASEHPITQGIGDFELVTEQYWVLSDDYIDVLATTTQKVREWDPWNREVTSPAIWTRQWGKGKIFVCTPGHRVEILQDSNVRTIIERGMLWASR NA NA NA NA NA D3-18_02782 1140 apsD D-apiose dehydrogenase GTGGGCATCTCGATAAATGAGGCCAAGCCGCTGAGCACCGATACACCGCTGAACGTGGGAGTTATCGGCTGCGGTGCCATCATCGCCCAGTACCTGGCCAACTTCCGTCGGCTGGATTCGATTAACCTGGTGGCGGTCGCGGACCTTGATCCGGCGCGTGCACAGGCCGTCGCTGATTCGTACGAGGGAGTTCGGGCACTGACCGTGGACCACCTTTTGGCCGCGGACGACGTGGACCTGGTCCTGAACCTGACCATTCCTGCCGCCCACGCCGACATTGCGCTCAAGGCCGTCGCGGCCGGCAAGTCCGTCTACGGTGAAAAGCCGCTGGCAGCCACCACGGCAGAGGCCCGGCAGGTGCTGGATGCGGCCGCCGCGGCCGGAGTCACTGTGGGTTGCGCACCCGACACTGTGCTGGGAACGGGCATCCAGACAGCCCGCAAAGCGATCGACGACGGGCGGATCGGCTCACCTGTTTCCGCTACAGCCACCATGGCGACGCCCGGGCACGAACGCTGGCACCCCAACCCTGATTTCTACTACCAACCAGGCGGTGGACCGTTGCTGGACATGGGCCCCTACTACGTCTCGGCGCTTGTCACGTTGCTTGGACCCGTGGTCTCCGTGGTGGGCGCTGCCAGCCACACCCGCAGCGAGCGCACTATTGGTTCAGGCCCGCGACAAGGCCAAAAAGTCCCGGTGGATATTGACTCGCACGTCACCGGAGTTTTGGTACATGCCTCCGGTGCTTTATCCACCCTGTTCATGAGCTTCGACGCCGTAAAAACGAAGAGCCCCAACATTGAGATCCACGGTGAAACGGGTTCGCTGATCGTCCCGGACCCCAATCATTTCGACGGCGATGTGCAGTTGTTCGCACTTGGCGCCGAAGATTGGGAGACGCTCCCCGTCTCGGCCGGCTACGTGGATTCAGGGCGTGGCTTTGGAATTGCCGACCTCGCAGCGACCCCGGCCGGACAGGAACCCCGCGCCGGCGGCCAATTGGCTTTCCACGCCTTGGACGTCATGGAATCGGTGCTGGAATCGGCCAAGAGCGGGAAGGCCGTGGCCATCCAGAGCACCGCCTCCCGGCCCGCTGTGGTTGAACTGACAGAGCTCTCGACGCCGGTGCGCGCCTAA MGISINEAKPLSTDTPLNVGVIGCGAIIAQYLANFRRLDSINLVAVADLDPARAQAVADSYEGVRALTVDHLLAADDVDLVLNLTIPAAHADIALKAVAAGKSVYGEKPLAATTAEARQVLDAAAAAGVTVGCAPDTVLGTGIQTARKAIDDGRIGSPVSATATMATPGHERWHPNPDFYYQPGGGPLLDMGPYYVSALVTLLGPVVSVVGAASHTRSERTIGSGPRQGQKVPVDIDSHVTGVLVHASGALSTLFMSFDAVKTKSPNIEIHGETGSLIVPDPNHFDGDVQLFALGAEDWETLPVSAGYVDSGRGFGIADLAATPAGQEPRAGGQLAFHALDVMESVLESAKSGKAVAIQSTASRPAVVELTELSTPVRA NA NA NA NA NA D3-18_02783 849 citE_1 COG2301 Citrate lyase subunit beta-like protein ATGCTTTCTTCCAACGCGACTCCGTTCACCATGGGTCCAGCACTCTTGTTCTGCCCTGCAGACCGGCCGGAGCGTTTCGGCAAGGCCGCTGATCGATCCGATGCCGTCATCCTGGACTTGGAGGACGCCGTAGCTCCTGCGGACAAGCCGGGGGCCCGCGAAGCGATTCTTGAGCAGACCGGTACCGGTGGCCTGGAGCCAAGCCGCACCATTGTTCGGGTCAATCCAGTGGGGACGCCCGAGTTCGACCTCGACCTTGAGGCTCTGGCAAAAACGCCCTACCGCACGGTGATGCTGGCCAAAGCGGAGAGTGCGGAGCAGCTCAGGTCTTTGGAGGGCTATCAGGTCATCGCATTGTGCGAAACTGCTGCGGGAATCGTCAACGCCTCTGCTATCGCCGCCGAACCGAACGTCGTAGGGCTGATGTGGGGCGCCGAAGATTTGCTTGCGTCGCTGGGTGGCCTCTCCAGCAGGAACGACGACGGCGGATACCGGGCTGTTGCCCTGCACTCCCGGTCCGCTGTACTGCTCGCCGCCAAAGCCGCGGGCAAGGAAGCCATCGACTCCGTGTACGTGAACATCCCGGATCTCGAAGGCCTGTTGGCCGAGTCGCGCGACGCCATTTCCAGTGGTTTCGGCGCGAAGGCCTGCATCCATCCGAATCAGGTAGCAGTAGTCCGTGAGGCTTATGCGCCCACTCCCGAAGTCATAGCCCAAGCTACCGAGCTCCTGGAAGCGGCAGCATCTGTGGGCACGGGAGTGTTCCAGTTCAAGGGCAGGATGATCGACGGACCCATTCTCAAGCACGCCGAGGCGACACTTCGCCGCGCCGGGCACCCCGCGAGATGA MLSSNATPFTMGPALLFCPADRPERFGKAADRSDAVILDLEDAVAPADKPGAREAILEQTGTGGLEPSRTIVRVNPVGTPEFDLDLEALAKTPYRTVMLAKAESAEQLRSLEGYQVIALCETAAGIVNASAIAAEPNVVGLMWGAEDLLASLGGLSSRNDDGGYRAVALHSRSAVLLAAKAAGKEAIDSVYVNIPDLEGLLAESRDAISSGFGAKACIHPNQVAVVREAYAPTPEVIAQATELLEAAASVGTGVFQFKGRMIDGPILKHAEATLRRAGHPAR PGPT0019480_2187 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_CITRATE_SENSING|UTILIZATION,PGPT0019480-citE-K01644 NA NA D3-18_02784 486 paaZ_2 COG2030 Bifunctional protein PaaZ ATGACGCGGGTGGTTGAGCAGCGTGGGCTCTACTTCGATGAACTCGAAGAGGGCGTGATCTATGCCCACAAACCCGGCCGCACTGTCACCGAGGCGGACAACGTCCTCTTCACCACCATGACCATGAACACCCAGGCGCTGCATTTGGACGCGGCGTGGAGCTCGGGGCAGCCGTTCGGGCAGCGCCTGATGAACTCCATGTTCACCCTGTCCACCATGGTGGGGCAGTCCGTGACCCAGTTGACGCAGGGGACCATCATTGCGCAGTTGGGTTTGACGGATGTCACCTTCCCCCACCCGCTGTATCACGGCGATACCCTGTATACGGAAACGGTGATTACGGGAAAACGGCTATCGTCGTCCCGCCCGGGTCAAGGCGTGGTGACCATGCAGCACACCGGCCGCAACCAGGAAGGGGCAGTGGTGGCCTTGGCTACCAGGACCTGCCTGATGTGGACCAAGGAAGCGCACGCCGCGCAGTCCTGA MTRVVEQRGLYFDELEEGVIYAHKPGRTVTEADNVLFTTMTMNTQALHLDAAWSSGQPFGQRLMNSMFTLSTMVGQSVTQLTQGTIIAQLGLTDVTFPHPLYHGDTLYTETVITGKRLSSSRPGQGVVTMQHTGRNQEGAVVALATRTCLMWTKEAHAAQS NA NA NA NA NA D3-18_02785 753 scoB_1 COG2057 putative succinyl-CoA:3-ketoacid coenzyme A transferase subunit B ATGACCGACAATACCTACCACGACATCCCGCCCCGCCCGGAAGCCGTCCGTCATGAGTACCGTCGCGCCGACGTCGAACATCACGAGGCCAAAGGCTGGACCCGCAACGAACTGGCCGCCCGCGTTGCCAGGGAACTCACCAACGGGCAATATGTGAACCTGGGAATCGGGATGCCCACGCTGATCCCCAACTACATTCCCGATGGCGTGGAGGTCATTCTTCACTCCGAGAACGGGATCCTTGGCGTCGGTCCCTACCCCACCGAGGACAAGGTTGATCCCGACCTCATCAACGCGGGCAAGGAAACCGTCACCACGAATGCGGGGGCTGCGTTCTTCGACTCGGCGTCGTCCTTCGGCATGATCCGCGGCGGGCACGTGGATGTGGCCGTCCTGGGCGCCATGGAGGTGGCCGCGAATGGTGACCTGGCCAACTGGATGATTCCAGGCAAGATGGTCAAGGGCATGGGCGGCGCCATGGACCTGGTGTTCGGTGCCAAGAAGGTCATCGTCATGATGGAACATGTAGACCGCAGCGGCCGGCCGAAAATCGTCCAGGACTGCACGCTCCCGCTCACAGGGAAAGGCTGTGTGGACAGGATCATCACGGATTTGGCGGTGATCGACGTCGTCAAGGACGAAGGTGACCCGCGCTTGGTCCTCCGCGAGTTGGCGCCTAACGTCACCCTTGAGGACGTCCTGGCCGCTACCGGTGCCGAGCTCTTTGAGGAAGACCAGGAGCTCACCGTATGA MTDNTYHDIPPRPEAVRHEYRRADVEHHEAKGWTRNELAARVARELTNGQYVNLGIGMPTLIPNYIPDGVEVILHSENGILGVGPYPTEDKVDPDLINAGKETVTTNAGAAFFDSASSFGMIRGGHVDVAVLGAMEVAANGDLANWMIPGKMVKGMGGAMDLVFGAKKVIVMMEHVDRSGRPKIVQDCTLPLTGKGCVDRIITDLAVIDVVKDEGDPRLVLRELAPNVTLEDVLAATGAELFEEDQELTV PGPT0008330_14 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008330-scoB-K01029 NA NA D3-18_02786 768 scoA_1 COG1788 putative succinyl-CoA:3-ketoacid coenzyme A transferase subunit A ATGATTGACAAGGTTGTTGCCAGTGCCGCGGAAGCGGTGAAGGACATCCCGGACGGTGCCTCGCTGGCGGTGGGAGGTTTCGGATTATGCGGCGTCCCCGTTTCCCTCATCGATGCCCTTCACCAGCAAGGCACCACGGATCTTGAGACGGTCAGCAACAACTGTGGCGTGGACGACTGGGGCCTTGGCATTCTCCTTAAGGATGGTCGAATCCGGCGGACCATCAGTTCGTATGTGGGCGAGAACAAGGAGTTTGCCCGGCAGTATCTGGCGGGGGAGCTGGAAGTAGTCCTCACCCCGCAGGGCACCCTGGCTGAGAAGCTGCGCGCCGGTGGAGCCGGCATCCCGGCCTTCTACACCAAAGCAGGTGTGGGAACCCAGGTGTCAGAAGGCGGCCTTCCACAAAAGTACGACGCCGCCGGAAACGTTGCGCTGGCCTCTCCACCGAAGGAAGTGCGAACCTTCAACGACGCGGACTACGTGCTGGAGGAGTCCCTGACACCGGACTTCGGCCTTATCCACGCCTGGAAGGGAGACCGGCACGGCAACCTGGTCTTCCACGCGACAGCGATGAACTTCAACCCCCTCTGTGCCATGGCTGCCAGGACCACCATTGCCGAAGTAGAGGAGTTGGTGGAACCCGGCGAGCTTGATCCGGAGCACATCCACTCTCCGGGGATCTTTGTCCAAAGGGTAGTGGTGGCAACCTCGAACGAGAAGCGGATAGAAAAGCGGACGGTAGCGCTGACGGCAGGAGCGGATCAATGA MIDKVVASAAEAVKDIPDGASLAVGGFGLCGVPVSLIDALHQQGTTDLETVSNNCGVDDWGLGILLKDGRIRRTISSYVGENKEFARQYLAGELEVVLTPQGTLAEKLRAGGAGIPAFYTKAGVGTQVSEGGLPQKYDAAGNVALASPPKEVRTFNDADYVLEESLTPDFGLIHAWKGDRHGNLVFHATAMNFNPLCAMAARTTIAEVEELVEPGELDPEHIHSPGIFVQRVVVATSNEKRIEKRTVALTAGADQ PGPT0008325_31 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008325-scoA-K01028 NA NA D3-18_02787 1164 acdA_1 COG1960 Acyl-CoA dehydrogenase ATGAGCACGTTTGAACTCAATGAGGAATACCAGGACCTTAGCGACTCCGTCCGCGAATTCGCTGACGAGGTAGTCGCACCGGTCTCCGCCAAGCACGACGAAGAGCACAGCTTCCCCTACGAGGTTGTGAAGCAGATGGGGGAGATGGGTCTGTTCGGCTTGCCTTTCCCCGAGGAATTCGGCGGGATGGGTGGCGATTATTTTGCCCTGGCGCTGGCATTGGAACAGCTGGGCCGCGTTGACCAGTCGGTGGCCATCACCCTTGAAGCCGGTGTGTCGCTCGGCGCCATGCCGGTGTACCGCTTCGGCACGGAGGATCAGAAGCAAGAGTGGTTGCCGCAACTGGCGTCCGGGCGTTCCTTGGCCGGCTTCGGCCTGACGGAGCGCGAAGCCGGTTCCGATGCCGGCGGCACCAAGACCAACGCCCATCTGGAAAACGGCGAATGGGTCATCAACGGCAACAAGGAGTTCATCACCAACTCCGGCACGGACATCACCACGCTGGTCACCGTCACGGCAGTCACGGGCCATAAAGAAAACGCCGACGGCAGTACCAAGAAGGAAATCTCCACCATCCTGGTACCCACTGACACGCCCGGTTTCAGGGCGGAAAAGCCGTATAACAAGGTGGGCTGGAACGCGTCCGACACTCACCCGCTCACTCTGGACAATGTCCGTGTTGCCGAAGCCAACCTCCTGGGCGAGCGTGGCCGGGGTTATGCCAACTTCCTTTCCATCCTCGACGAGGGCCGCATCGCGATCGCCGCACTGGCCACCGGCGCAGCCCAGGGTTGCGTGGACTTGTCCGTGAAGTACGCCAAGGAACGCAGCGCGTTCGGGCAGAACATCGGCAAGTACCAGGCCATCCAGTTCAAGATCGCCCGGATGCAGGCAAGGGCCCACACTGCCCGCCTTGCCTACTACGACGCCGCCTCCCGGATGCTGGCAGGCAAGCCGTTCAAGACCGAAGCGGCCATCGCTAAGATGGTCGCAGGCGAGGCAGCCATGGACAACGCGCGGGACGCCACCCAGGTGTTCGGCGGCTATGGCTTCATCAACGAATTCACGGTGGCACGGCATTACCGCGACTCCAAGATCCTTGAAATCGGGGAGGGCACCACCGAGGTCCAGTTGATGCTCATCGCCCGTGAGCTGGGTCTGTAA MSTFELNEEYQDLSDSVREFADEVVAPVSAKHDEEHSFPYEVVKQMGEMGLFGLPFPEEFGGMGGDYFALALALEQLGRVDQSVAITLEAGVSLGAMPVYRFGTEDQKQEWLPQLASGRSLAGFGLTEREAGSDAGGTKTNAHLENGEWVINGNKEFITNSGTDITTLVTVTAVTGHKENADGSTKKEISTILVPTDTPGFRAEKPYNKVGWNASDTHPLTLDNVRVAEANLLGERGRGYANFLSILDEGRIAIAALATGAAQGCVDLSVKYAKERSAFGQNIGKYQAIQFKIARMQARAHTARLAYYDAASRMLAGKPFKTEAAIAKMVAGEAAMDNARDATQVFGGYGFINEFTVARHYRDSKILEIGEGTTEVQLMLIARELGL PGPT0008385_8094 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008385-acd-K00249 NA NA D3-18_02788 2142 accA1 COG4770 Acetyl-/propionyl-coenzyme A carboxylase alpha chain ATGAGCCTCCCAACAACAACCACAGCCCCGCCCACCCCGGCAGTCGAAGCCCGAACCTTCAACGCCGTCCTTGTTGCCAACCGTGGTGAGATCGCCTGCCGCGTTATCAAGACGCTGAAGGAGATGGGCATCCGCTCCGTCGCCGTGTACTCGGACGCGGACAAAGACGCCAAGCACGTGGCCCTCGCCGATACCGCGGTCGCCATCGGTGGTACGGCACCCGCGGACAGCTACTTGAAGATCGATGCCATCATCGACGCGTGTCGTCGAAGCGGGGCGGAGGCAGTCCACCCGGGCTACGGTTTCCTGTCCGAGAATGTGGAGTTCGCCAAGGCGCTGGACGCCGCGGGCATCACGTTCATCGGGCCGGGAATTGGCGCCATTGAAGTAATGGGCGACAAGATCCGGTCCAAGAACCACGTGATGGCCTACGACGTTCCCTGCGTTCCGGGCATCGCACAACCAGAACTCACCGATCAGGAGTTGATTGAGGCGGCACAGGGGGTCGGTTTCCCCTTGTTGATCAAGCCGTCCGCAGGTGGCGGCGGCAAAGGCATGCACATTGTGGAACGCCCCGAGGACATGGCCTCCACGCTCGTCACGGCAAGACGCGTGGCAGCGTCCGCGTTCGGCGACGACACTCTCTTCCTTGAGCGGCTCATTCGCGCGCCCCGGCACATCGAGGTCCAAGTCCTGGCTGACAATCACGGCAACGTCATTCACCTCGGCGAGCGCGAGTGCTCACTGCAACGACGCCACCAGAAAGTCATCGAAGAAGCCCCGTCCGCCCTCTTCGAATCACTGCCGGATGGCGCAAGGGAGCGGGCGCGCATCGGCGAGGCGGCCTGCAATGCGGCACGTTCGGTCAACTACAGTGGCGCCGGTACGGTCGAGTTCCTGGTCTCCGACGAACACCCCGACGAGTTCTTCTTCATGGAGATGAACACCCGGCTGCAGGTAGAGCATCCTGTCACGGAGATGGTTACGGGCATCGACCTGGTGGAATGGCAGGTGAGGATCGCCGCCGGTGAGGTGCTCACCGTGGCGCAGTCCGACGTCGTACTTAAGGGCCATGCCGTTGAGGCGCGCGTCTACGCCGAGGTGCCCGAGCGGAATTTCATGCCGTCGATGGGGCGCATTGTGGCGCTCTCAGAGCAGGGCCCGGTGGATGCCGCCGTTTCCGGGCACCAGCAGGCCCATGCGAACGTGCGCATCGATTCCGCCATGCGGGACAACCTGGAGATCACGGGGGACTACGATCCCATGCTCGCTAAGGTCATCGCGTGGGGCGAGGACAGGGCAGCAGCACTAGATACCCTTGACGCTGCGCTCGGCCGGTACACCTTGCTGGGCGTGGACACGAACGTTGAATATTTGCGGTTGCTAATCAATGATCCCGAGGTCCGCGCCGGGCACCTGGATACGGGACTGATCGAACGCAAGCTGCCGTCCATGGAATTCAGGCACTTTGGTCCCGCCGAAATGATCGCCGCCGCCATCGCCCTATGGCTGGAGCGCACGGGTTCTGCGCTCTCGGGAGACGCGTGGAAGACGCCCGACGCCTGGCGCATCGGGGGCCGTGGCGCATGGACAGCCAGCTTTGGTGTTCCGGGCGGTGACATTACTACCGTGTCCATCATCGAGGAGGACGGTATCGTCACGGCAAGCATCGACGGCGGGAATCCAGTACGGGTGAAGGTGGCGGATCGCAGCGCGAACAGCATCGCGTTGGAGTTCGACGACGGATCGGTCACCTTAGCGGTTGGCATTGCCCAGGATGATGCCGGCGAAATTTACGTCGGCAACGATGGCTGGTCCTGCAGGTTCGAGATCCTGAACCGTGCTGAGCGCCTGCGGCGGATGCTGGCCGGCATCCAACGCGAGGAAGGGGCTGCGGACCCGGAGGTGCGCTCGCCGATGCCCGGGACGGTGGTTTCCGTGTCCGTGGCCGACGGTGACTCGGTGGAGGAAGGCCAGGCCCTCCTTGCCGTGGAAGCGATGAAGATGGAGCACCAACTGGTGGCGTCCGTTGCAGGAGCCGTCCACCTCACCAGCAAACCCGGCGACCTGGTCAAAGCGGACCAGGTACTCGCCACCATTCACGTAGACAAGACCAGCACAGACGAGGAAGTCCAGCGATGA MSLPTTTTAPPTPAVEARTFNAVLVANRGEIACRVIKTLKEMGIRSVAVYSDADKDAKHVALADTAVAIGGTAPADSYLKIDAIIDACRRSGAEAVHPGYGFLSENVEFAKALDAAGITFIGPGIGAIEVMGDKIRSKNHVMAYDVPCVPGIAQPELTDQELIEAAQGVGFPLLIKPSAGGGGKGMHIVERPEDMASTLVTARRVAASAFGDDTLFLERLIRAPRHIEVQVLADNHGNVIHLGERECSLQRRHQKVIEEAPSALFESLPDGARERARIGEAACNAARSVNYSGAGTVEFLVSDEHPDEFFFMEMNTRLQVEHPVTEMVTGIDLVEWQVRIAAGEVLTVAQSDVVLKGHAVEARVYAEVPERNFMPSMGRIVALSEQGPVDAAVSGHQQAHANVRIDSAMRDNLEITGDYDPMLAKVIAWGEDRAAALDTLDAALGRYTLLGVDTNVEYLRLLINDPEVRAGHLDTGLIERKLPSMEFRHFGPAEMIAAAIALWLERTGSALSGDAWKTPDAWRIGGRGAWTASFGVPGGDITTVSIIEEDGIVTASIDGGNPVRVKVADRSANSIALEFDDGSVTLAVGIAQDDAGEIYVGNDGWSCRFEILNRAERLRRMLAGIQREEGAADPEVRSPMPGTVVSVSVADGDSVEEGQALLAVEAMKMEHQLVASVAGAVHLTSKPGDLVKADQVLATIHVDKTSTDEEVQR PGPT0019850_122 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TERPENE_UTILIZATION vCITRONELLOL-CITRONELLAL-CITRONELLATE_DEGRADATION,PGPT0019850-atuC|atuF-K13777 NA NA D3-18_02789 1611 COG4799 Methylmalonyl-CoA carboxyltransferase 12S subunit ATGGAGACAATTGCCAGTCTGACGGGAGCCGCCAGCGGCACCTTTGCAGCCAACCAGGAAGCGCAACTGGCCTTGGTGGATGAACTGAGGGAGCGCCTGGCGACGGCGGCCCTTGGCGGCCCTGCCAAGTCCCGGGAGCGGCACATCGCCCGCGGAAAACTTTTGCCGCGGGACCGCATTGACTACTTGCTCGATGACGGCAGCCCGTTCCTTGAGATCGCGCCCTTGGCTGCGAATGGCATGTACAACGACGATTCCCCGGGCGCAGGGGTTATTGCAGGCATTGGCCTGGTCCATGGCCGCCACGTTCTGGTGATTTCCAACGACGCCACGGTCAAGGGCGGCACCTACTATCCCATGACGGTGAAGAAGCACCTCAGGGCTCAAGAGATCGCCTTGGAAAACAAGCTTCCGTGCATCTACCTCGTGGATTCCGGAGGAGCTTTCCTGCCCAAGCAGGACGAAGTCTTCCCGGACAAGGAGCACTTTGGCCGGATCTTCTACAACCAGGCCAAAATGTCCGCCGCCAAGATCCCGCAGATCGCCTCCGTCATGGGGTCGTGCACGGCTGGCGGCGCCTATGTACCAGCAATGAGCGACGAGACCGTCATAGTCCGGAACCAGGGCACCATCTTCCTGGGCGGTCCGCCCCTGGTTAAGGCAGCGATTGGTGAGATCGTCACAGCAGAGGAACTGGGCGGCGGCGACGTCCACTCAAGGATTTCCGGGGTCACGGACCACCTCGCCGAAAATGACCAGCATGCCTTGGAGATCGTTCGGGACATTGTGGCGACGTTGCCGAAGCCGGCGCAGCCGGCGTGGGACGTGTCCGACGTCGTCCTGCCGCCCGTCGTCGACCCTTCAGAAATCCATGGTGTGGTTCCGACGGACGTCAACGCCCAATACGACGTCCGGGAAGTCATCGCAAGGCTGGTGGATGGATCGGAATTCCACGAGTTCAAGAAGAACTATGGCACCACCCTCGTGACCGGATTCGCGCACCTGCACGGCCATCCCGTGGGCATCGTGGCCAACAATGGCGTCCTTTTCAGTGAATCTTCCTTGAAGGGCGCCCATTTCATTGAACTCTGTGATCAGCGAGGAATTCCCCTCATCTTCCTGCAAAACCTCTCCGGATTCATGGTGGGCAAGGACTACGAGCAAGGCGGCATTGCCAAGAACGGCGCCAAAATGGTCACAGCAGTGGCTACTGCCCGCGTGCCCAAGCTGACGGTGGTCATCGGTGGATCCTTCGGCGCCGGCAACTACTCCATGTGCGGCCGGGCCTACTCACCACGGTTCCTGTGGATGTGGCCGGCCGCCCGCATTTCCGTCATGGGTGGAAACCAAGCCTCCAGCGTCCTGGCAACGGTCAAAAGGGACCAGTTCGAGGCAGCTGGCCAGGAATGGTCCGCGGAGGACGAGGAAGCCTTCAAAGCCCCCATCAAGCAACAGTATGAGGACCAAGGAAGTCCGTACTACTCCACTGCGCGCTTATGGGACGACGGCATTATCGATCCCGCTGACACGCGGCGCGTCCTGGGAATGGCCCTGGACGTCGTCTCACGCCAACAACTGCCCGAGACCTCCTTCGGTCTCTTCAGGATGTGA METIASLTGAASGTFAANQEAQLALVDELRERLATAALGGPAKSRERHIARGKLLPRDRIDYLLDDGSPFLEIAPLAANGMYNDDSPGAGVIAGIGLVHGRHVLVISNDATVKGGTYYPMTVKKHLRAQEIALENKLPCIYLVDSGGAFLPKQDEVFPDKEHFGRIFYNQAKMSAAKIPQIASVMGSCTAGGAYVPAMSDETVIVRNQGTIFLGGPPLVKAAIGEIVTAEELGGGDVHSRISGVTDHLAENDQHALEIVRDIVATLPKPAQPAWDVSDVVLPPVVDPSEIHGVVPTDVNAQYDVREVIARLVDGSEFHEFKKNYGTTLVTGFAHLHGHPVGIVANNGVLFSESSLKGAHFIELCDQRGIPLIFLQNLSGFMVGKDYEQGGIAKNGAKMVTAVATARVPKLTVVIGGSFGAGNYSMCGRAYSPRFLWMWPAARISVMGGNQASSVLATVKRDQFEAAGQEWSAEDEEAFKAPIKQQYEDQGSPYYSTARLWDDGIIDPADTRRVLGMALDVVSRQQLPETSFGLFRM PGPT0008345_26 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-VOLATILE_RELATED_FATTY_ACID_METABOLISM,PGPT0008345-accD-K01970 NA NA D3-18_02790 633 mce3R_2 Transcriptional repressor Mce3R GTGACCGGAGGTCCGGAAGCAAGCATCAACGGCACCCGCGCCGCCGGCACGCAACGTGGCCAGGCAAAGGAGCTCCGCAGGTTGGCCTTGTTGTCCGCTGCTGCCGGACTCTTTGCGGAAAACGGTTTTACCCGGGTGTCGCTCGAGGACCTCGGAGCAGCAGCAGGCGTCAGCGGCCCCGCCGTCTATCGGCATTTTCCCGGCAAGCAAGCGGTCCTCGGAGAGTTACTACTCAGCGTCAGCCGTGACTTGCTGGACGGCGGATTGCGGGTGGTGTCGGAATCCGATGATCCCCGGATCGCACTGAAGGGGCTCATCCAGTTCCAGGTTGATTTCGCCCTCAGCAATCCTGACGTCATCCGTGTCCAGGACCGGGACTTCGGAAGTCTCAGCGACGCCGACCAGGCAGAAGTCAGGTCCCTCCAGCGCAGTTACGTCGAAACGTGGGTAGACGTCTTGGCCCGCATTCACCCTGACGCAGATGTCCCTGGCCTCCGTGTGCGGGCACACGCAGCCTTTGGTTTGATCAACTCCACGCCCCACTCGGTGCGCCACCACGGCAGGAAGATCGCTGTGAAGTCAGCCAGGCCCATCCTGGAACAGATGGCTTTGGCCGCTCTCACTTCAGCCTGA MTGGPEASINGTRAAGTQRGQAKELRRLALLSAAAGLFAENGFTRVSLEDLGAAAGVSGPAVYRHFPGKQAVLGELLLSVSRDLLDGGLRVVSESDDPRIALKGLIQFQVDFALSNPDVIRVQDRDFGSLSDADQAEVRSLQRSYVETWVDVLARIHPDADVPGLRVRAHAAFGLINSTPHSVRHHGRKIAVKSARPILEQMALAALTSA NA NA NA NA NA D3-18_02791 1980 hypothetical protein ATGGAAGAAATAGGGCAGTTGACAGCACTTCGGACGGAACCGTCCCCTGTTGTCACTGCCCTTGTTGCGGCCCGGTCACGTCGCTTCTTGAGCATGCCGGACATGGTCAAGGCCGGGTTCAAGGATTCGACGACGCCCATCACCGTGATCAGCCATTTCCACGGCGTCGGGCTGGGCAACAGAGCCGGGCTGGGCAACAGAGCCGGGCTGGGCAACAGAGCCGGGCTGGGCAACAGAGCCGGGCTGGGCAACAGCAAGGCCAAGTTCGCCCGGACTTCGGAGTCCGCGGGCGCCATAGCTACGGTTACCGGGTCAACAGGCGACAGTTCCCCGGCCACCGGCCGGGACCTGGCGGCGCTTCTTGAAGACGGCGCGGCTCTTCTGGACCCCATGCAGTTGTCCGCTGCGGCCGATGAGGCGCGGTTGTTCGGGTTCGTTGAGGCTGCTGACTTTGCGGGCAGGATTGAGGAGATCTCCCGGTCGTTGGAGTACTTGCAGGTTGTCGCGGCGCAGGCGGTGGAACGAACCCGGAGGGAAGCACAGCAAGCGTCGCCGGGGTCATCAGGGGCGGCGGGGTCGTCGGGGGCGTCGGCAGCGGCGCCGGAATGGCGGACCGGTTGGACTGAACCAGAGCCCACATTCGGTGTGGCATCGGTTTCCGCTGGTGAAGTACGCTCCACAAGCGCAGGGGCTTCCGTGAGCGGAGCAGGCTCCGCGACCAGTCCAGGGCCGGCACCTGGGCCCGGTTCCGTCTTCGGCGCGGACTCCGGAGGACCGACCGCCGATTCAAAAGTGAGCCCTTTGGATGACGGCTACCGGAACGCCGCTGAGTTCCTCCGGGCCCGGCTGCGGATCAGCATCGCGGAGGCCCGGCGCAGGTTGGCCCTCGCCCCCGAGGTGCTGCCGCAGGCCGGAATGGCCGGGCAACAGATCCCGGCCCGGCGCGAAGCGCTGGCCGACGCGGTGGCCTCAGCCCTGGTATCTTCCCGATCCGCGACGATCATCAGCACCGCGTTGGACCACGTCCGGCAGCTCACCGATGACCAGACCATCACCCGGATGGAACACGCCCTCACCGCCACAGCCATTGACTCCGACCCGGACTTCCTCACCAAAATGACCAAACGCTGGACCGACATGATCGACCAGGACGGCCCCGAACCCTCCGAAGAAGTCCTCCGCCAACTCCAAGGCGCGTTCCTCCGCCGTCGACGCCGCCACGGACTTCACCACATCGAAATCTTCGCCACCGCCGAACAATACGAAACCCTGGCCACCGCGATGAACACCGCCACCAACCCACGACTCACCACCAGCCAGGACGATGGCGCCAGAACAGCACCTGACCTGGACCGGCGCAGCCGGGCCCAGAAACTCCTCAACGGACTCGTCGGAGCCTGCGCCCTCGCGATGACCACCAGGAAACTGCCCTCCAACGGAGGACTCCGACCCCAACTCACCGTCACCATCGACGAACGAGACCTCTTCGAACGACTCAACAACCACAACAACCACCAACAACCCGGCACCGGACCCGCACGGAACCCACTCAGCACCGGCACAGCAACCTTCACCGGCCCGATCCACCCGAACACCATCCGCAAAATCGCCTGCGACGCCGACATCATCCCCGTCCTCCTCGGAACCGACTCCCGCGTCCTGGACATCGGCCGCACCACCCGGATCTTCCCACCCCACATCCGCAAAGCCATCACCGCCCGCGACGGCGGCTGCGCCTTCCCCGACTGCACCATCCCCGCACCCTGGTGCGAAGCCCACCACACCACCTACTGGTCAAACGGCGGCACCACATCAACACACAACGGCACCCTGCTCTGCAGCCACCACCACCACCTCATCCACAAAGAACAATGGCGCATCAACATCACAACCGGGACCCCCTGGTTCATCCCCCCACCCCACATCGACCCCAAACAAACACCCCGACGCAACCACCACCACACACCCCACAGGACATAA MEEIGQLTALRTEPSPVVTALVAARSRRFLSMPDMVKAGFKDSTTPITVISHFHGVGLGNRAGLGNRAGLGNRAGLGNRAGLGNSKAKFARTSESAGAIATVTGSTGDSSPATGRDLAALLEDGAALLDPMQLSAAADEARLFGFVEAADFAGRIEEISRSLEYLQVVAAQAVERTRREAQQASPGSSGAAGSSGASAAAPEWRTGWTEPEPTFGVASVSAGEVRSTSAGASVSGAGSATSPGPAPGPGSVFGADSGGPTADSKVSPLDDGYRNAAEFLRARLRISIAEARRRLALAPEVLPQAGMAGQQIPARREALADAVASALVSSRSATIISTALDHVRQLTDDQTITRMEHALTATAIDSDPDFLTKMTKRWTDMIDQDGPEPSEEVLRQLQGAFLRRRRRHGLHHIEIFATAEQYETLATAMNTATNPRLTTSQDDGARTAPDLDRRSRAQKLLNGLVGACALAMTTRKLPSNGGLRPQLTVTIDERDLFERLNNHNNHQQPGTGPARNPLSTGTATFTGPIHPNTIRKIACDADIIPVLLGTDSRVLDIGRTTRIFPPHIRKAITARDGGCAFPDCTIPAPWCEAHHTTYWSNGGTTSTHNGTLLCSHHHHLIHKEQWRINITTGTPWFIPPPHIDPKQTPRRNHHHTPHRT NA NA NA NA NA D3-18_02792 873 hldD ADP-L-glycero-D-manno-heptose-6-epimerase ATGAGGATTGCCGTAACCGGCGGAAGCGGAAAACTGGGCAGGAGCGTGGTCCGGCGGCTTACGCAGGACGGCCACGAGGTGCTCAACATGGACCGCGCAGGCACGCGCGGCCGGGGTTACGTCAGCGTTGACCTCCGCAACTATGGACAGGTCCTGGATGTCGTCCTGGGCTTGGACGATCAGCACGACGGCTTGGACGCGATAGTTCACTTGGCAGCCATTCCAGCACCGGGGCTGGCCCCGGATGCTGCAATCTTTGAGAACAACATGGTGTCCACTTACAACGTGTTCCAGGCGGCACGGAGGGCGGGCATTAAGAAGGTGGTCTATGCTTCCAGCGAGACCGTGCTGGGACTCCCCTTCGACATCGAGCCTCCCTACATTCCCGTGGATGAGGAGTACGCAGCCCGACCGGAAAGCACCTACTCGCTGGTTAAGCACTTGGAGGAGCAGATGGCCATCCAAATGACGCGCTGGGATCCGGAGCTGAGCATCACGGCGTTGCGGTTCTCCAACGTCATGGACCCCGAGGACTATGACGCTTTCCCGTCCTTCGACTCCGACGCAACGCTCCGGAAATGGAATCTCTGGGGCTACATCGACGCCCGGGACGGCGCCCTTGCCGTGGTGCGGGCCTTGGAGCATGGGGAACCGGGCTTCGAGACCTTCATCATTGCCGCCGCTGATACCGTGATGAGTAGAAGCAGCGCCGAATTGGCAGCCGAAGTCTTTCCCGGCGTCGAGGTCCTTAAGGAACTGGGCGAGCACGAAACCATGCTCTCCATCGACAAAGCCCGCAGGCTGTTGGGCTTTGAGCCGGAGCATAGTTGGCGCAACGTCCACTCCAACCGCACCACGCCAACCGAAGACTGA MRIAVTGGSGKLGRSVVRRLTQDGHEVLNMDRAGTRGRGYVSVDLRNYGQVLDVVLGLDDQHDGLDAIVHLAAIPAPGLAPDAAIFENNMVSTYNVFQAARRAGIKKVVYASSETVLGLPFDIEPPYIPVDEEYAARPESTYSLVKHLEEQMAIQMTRWDPELSITALRFSNVMDPEDYDAFPSFDSDATLRKWNLWGYIDARDGALAVVRALEHGEPGFETFIIAAADTVMSRSSAELAAEVFPGVEVLKELGEHETMLSIDKARRLLGFEPEHSWRNVHSNRTTPTED NA NA NA NA NA D3-18_02793 1458 pdhC COG0508 Dihydrolipoyllysine-residue acetyltransferase component of pyruvate dehydrogenase complex ATGACCGCCACCATGATCAAGGAATTCAGGCTGCCGGACCTTGGCGAGGGCCTGACCGAATCGGAAATCCTGAGCTGGAAAGTGGCAGTGGGGGATACCGTTACGCTGAACCAGGTCATCGCTGAGGTTGAAACCGCCAAGGCCGTTGTCGAGTTGCCCTCGCCGTTCGCAGGAGTCGTGGCGGAACTTCATGAGCAGCCCGGCACTGTGGTGGAGGTTGGCAAGCGGATCGTTTCGTTCGAGGTTGACGACGCCGGGTCTTCCAACGGGAGCAGCGCACCTGTTGCTGTTAAAGAGCTTGCTGGGACGGGGTCCGCCGCTGACACGTCCAGTGGTAAGGGGTCCACAGGTGACCGTGCCGCCGTCGAGACATCTGCCAATGATGCCGCCGCCGCTGCCACCGACGGGGTGGGGAGCCCCGCGAAACGTGAGCCGAACCTGGTGGGATACGGCGCCGTCGTCGAACATTCCGGCCGCCCAACCCGGCGTGCCCGCGGTCAAGCCCAGGAAGTGAAGTCTCCAACGCCGGAGGCGCCGGCAACCGCCCAGCCCGTGGTGTCACGTCAGGCAGAGCCCGAAACCTCTGAGCGCCCGCGCTCAACCCCGCCGGTCCGGAAGCTCGCCCGTGACCTCGGGATCAACCTGGAACTCGTTCCCGGCACCGGACCGGGCGGGCTCATCACTCGCGAGGACGTTCAGAGCTTCTCCGCTACGCCGGAAGCGCCAGCTGGGGCCCCGGTTTCTGCTGCACAGGGTGAGCGGGAAACGCGAACGCCTATCAAGGGTGTTCGCAAGTTCACAGCCGCCGCCATGGTGCAGAGCGCGTTCACTGCCCCGCATGTGACTGAATTCCTCACGGTGGACGTCACGGCAACCATGGAATTGCTGGCCAGGCTCAAAGGCAATAAGGCATTCGAAGGCTACAAGCTGACGCCACTGACCATTGCGGCTAAGGCGGTTCTGGTGGCGCTGCGGAACAATCCATCGCTGAATTCGCGGTGGGATGAAGCCAACCAGGAAATTGTCCAGTTCAATTACGTGAACCTGGGCATCGCGGCCGCAACGCCTCGAGGTCTGACCGTCCCGAACATCAAGGACGCGGACCGGCTGACGCTGCGTGAGCTCTCCACGGCGCTAACTGAACTGACCGATACGGCGCGGGCAGGAAAGACGTCGCCGTCCGAGTTGTCTGGTGGCACCATCTCCATCACCAACATCGGCGTGTTTGGCATCGACGCCGGAACTCCCATCCTGAATCCGGGCGAGGCCGCCATTGTGGCTTTGGGTGCTGTGCGGAAGGCGCCCTGGGTTGTGAACGACGAACTCGCCGTTCGGCAGGTCATGTCGCTCAGCCTGTCCTTCGACCACCGCTTGGTGGATGGGGAACAGGGTTCGCGATTCCTAGCGGACCTCGGCTCAATCCTGGCCGACCCCGCCATGGTCATGACCATGATCTGA MTATMIKEFRLPDLGEGLTESEILSWKVAVGDTVTLNQVIAEVETAKAVVELPSPFAGVVAELHEQPGTVVEVGKRIVSFEVDDAGSSNGSSAPVAVKELAGTGSAADTSSGKGSTGDRAAVETSANDAAAAATDGVGSPAKREPNLVGYGAVVEHSGRPTRRARGQAQEVKSPTPEAPATAQPVVSRQAEPETSERPRSTPPVRKLARDLGINLELVPGTGPGGLITREDVQSFSATPEAPAGAPVSAAQGERETRTPIKGVRKFTAAAMVQSAFTAPHVTEFLTVDVTATMELLARLKGNKAFEGYKLTPLTIAAKAVLVALRNNPSLNSRWDEANQEIVQFNYVNLGIAAATPRGLTVPNIKDADRLTLRELSTALTELTDTARAGKTSPSELSGGTISITNIGVFGIDAGTPILNPGEAAIVALGAVRKAPWVVNDELAVRQVMSLSLSFDHRLVDGEQGSRFLADLGSILADPAMVMTMI NA NA NA NA NA D3-18_02794 1011 bkdB_4 COG0022 3-methyl-2-oxobutanoate dehydrogenase subunit beta ATGTCCAAGCTCACTTTTGCCCGCGCCATCAATGCCGGCCTCCGGAAGTCCCTCGAGAATGATCCCAAAGTAGTCCTCATGGGAGAAGACATCGGTTCGCTCGGCGGCGTTTTCCGGGTCACGGATGGGCTGCAGAAAGATTTCGGGAAGCACAGAGTCATTGATTCGCCGCTGGCTGAGTCCGGCATTATCGGTACCGCGGTTGGCTTGGCCTACCGTGGCTACCGGCCGGTGTGCGAGATCCAGTTCGATGGTTTCATTTACCCGGCGTTCGACCAGATCGTCAGCCAGGTAGCCAAGATGCATTACCGGACCCAAGGGCGCGTCAAGATGCCCATCACTATCCGTGTTCCCTTCGGTGGTGGCATCGGATCGCCGGAGCACCATTCCGAATCACCCGAGGCGTACTTCACGCACACCTCCGGCCTCCGGGTTGTAGCTGTGTCGAATCCGCAGGATGCCTACACCATGATCCAGCAAGCCATCGCGTCCGATGATCCTGTCCTCTACTTCGAGCCCAAGCGGCGTTATCACGACAAGGGCGATGTGGATGAGACCCTTGACCTTTCCACTGCACTTCCTTTGGACAAGGCTGCCGTGGTGAGCCCGGGTTCTGATGTCACGCTGGTTGCCTACGGTCCACTTGTTAAGACGGCCAAGGACGCTGCCATGGCCGCGGCCGATGAAGGCATTTCCGTGGAAGTCATCGATCTCCGCTCCCTGGCCCCTGTGGACTACCCCGTCGTCGAAGCTTCTGTCCGCAAGACCGGTCGGCTGGTTATCACCCACGAGGCCGGCCAATCCGGTGGTCTCGGCGCCGAGATTGCTGCAAGCATCACCGAACGCTGCTTCCATTACCTGGAGTCCGCTCCGGTCCGCATCACCGGTTTCGATGTTCCGTACCCGTATTCGAAGCTCGAAATGCACCACTTGCCCGACCTGGACAGAATTCTCGACGGCGTGGACCGCGCCCTGGGCCGCCGCAACTCGCTGAGTGGACTGGAAGGATGA MSKLTFARAINAGLRKSLENDPKVVLMGEDIGSLGGVFRVTDGLQKDFGKHRVIDSPLAESGIIGTAVGLAYRGYRPVCEIQFDGFIYPAFDQIVSQVAKMHYRTQGRVKMPITIRVPFGGGIGSPEHHSESPEAYFTHTSGLRVVAVSNPQDAYTMIQQAIASDDPVLYFEPKRRYHDKGDVDETLDLSTALPLDKAAVVSPGSDVTLVAYGPLVKTAKDAAMAAADEGISVEVIDLRSLAPVDYPVVEASVRKTGRLVITHEAGQSGGLGAEIAASITERCFHYLESAPVRITGFDVPYPYSKLEMHHLPDLDRILDGVDRALGRRNSLSGLEG PGPT0008862_1151 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 D3-18_02795 1170 bkdA_4 COG1071 3-methyl-2-oxobutanoate dehydrogenase subunit alpha GTGTTAACGGATCATGCGGGCAAGGGAGTGCACCATGACACTCCACGCCCAGGACATAGTGCACAAAATCCCTTGAGGACTGGCGGCGATCTGCTCCAGTTGGTGTCGCCGGACGGCGAGCGCATCAGCCACCCCGAATTTGATATCTGGGTCAAGGACATCGGCGATGAGCAACTGTGCTCCTTGTATGAGGACATGACGGTTATTCGGCGAATTGATGCGGAAGCTACGGCATTGCAGCGGCAGGGAGAACTCGCGTTGTGGCCGCCGTTGCTGGGGCAGGAAGCGGCCCAGATCGGCTCAAGCCGCTCCCTGCGGGACGACGACTTCGTCTTCCCGAGCTACCGGGAAAGCGGCGTGGCATACGTGCGTGGCGCCCACCTCTCCGAAATCGCCCGCGTGTGGCGAGGCAACGCCTCCTATGGCTGGGATCCCCTGCGCATCAATCTGGCGACGCCTCAGATCATTATTGGTTCCCAGAGCCTGCACGCCACCGGCTATGCCATGGGTGTCCAGCTGGATGGTGCCAACACCGCGGTCCTTGCCTACTTTGGCGATGGTGCCACGAGTGAAGGCGATGTGAACGAGGCCATGGTGTTCGCTGCGAGCTACCAGGCCCCCGTGGTGTTCTTCTGCCAGAACAACCATTGGGCAATATCCGAGCCAGTTCGTGTGCAGTCTCACGTTCAACTGGCCGACAGACCCACCGGATTCGGTATCCCGAGCATGCGGGTTGATGGCAATGATGTCCTGGCTGTCATGGCGGCGACCCGTGTTGCCTTGGACCGGGCGCGCAAGGGCGGCGGACCTACCTTCATTGAGGCCGTTACCTACCGCATGGGTCCGCACACCACCGCTGATGACCCCACCCGGTACCGTGACCCGATCGAGCTGGAGGATTGGGCTGCCAAGGATCCGATCCTGAGGCTGCGCAAGCTGTTGGAGGCCAAGGGCCTGCTGACCGAGGACGTTGAAACCCGCGTGAAGGCAAAGGCTGATGCGGTTGCCGCAGAACTCAGGTCCAGCTGTATCGACATGCCCGACCCGCAACCGTTGGACGTTTTCAATCACGTCTATAGCACCCCCAATTCCTGGATTGAACGCCAGAAGGACCAGTACTCCCGCTACCTGAACAGTTTCAACCAGCCAGCCGAGGAAGGTGCACTCTGA MLTDHAGKGVHHDTPRPGHSAQNPLRTGGDLLQLVSPDGERISHPEFDIWVKDIGDEQLCSLYEDMTVIRRIDAEATALQRQGELALWPPLLGQEAAQIGSSRSLRDDDFVFPSYRESGVAYVRGAHLSEIARVWRGNASYGWDPLRINLATPQIIIGSQSLHATGYAMGVQLDGANTAVLAYFGDGATSEGDVNEAMVFAASYQAPVVFFCQNNHWAISEPVRVQSHVQLADRPTGFGIPSMRVDGNDVLAVMAATRVALDRARKGGGPTFIEAVTYRMGPHTTADDPTRYRDPIELEDWAAKDPILRLRKLLEAKGLLTEDVETRVKAKADAVAAELRSSCIDMPDPQPLDVFNHVYSTPNSWIERQKDQYSRYLNSFNQPAEEGAL PGPT0008861_1382 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_LEUCINE_DEGRADATION,PGPT0008861-bkdA1-K00166 NA NA D3-18_02796 489 hypothetical protein GTGCTAATCTTGCGCATTATGCAACCCTTGGATGGCACTGACACCCGGCTCCTTTCCGCCATGGCCAAGGACCCCCGCGGGACGGTGGTGGCACTGGCGCAAAAGCTGGGATTGTCTCGCAATACAGTGCAAGCCCGCATGGCGCAGCTCGAGAAGAAGCACGCCTTCCTGTCCTTCGAGCGCAGGATCAATCCGGTGGCCCTCGGCTACCCGCTGACGGCATTCATCACCGTCCATGTGCAGCAGCAGAAACTGGCCTCCCTTGCCCAGGACCTGGCCGATATTCCGGAGATCCTGGAAGGTTTCGGCCTGACGGGTTCCGCGGACCTATTGCTGCGGGTTGTGGCCTTGGATGCGGAGGACCTTTACCGCATCAACGGGAAGATCCTCGGCTGCGACGGCGTGGACCGGACAGACACGGCACTCGCTATGCGGGAGATGATCCCCTACCGGGTGCAACCATTGCTGGGGCGTCGCACGGAGGCCTGA MLILRIMQPLDGTDTRLLSAMAKDPRGTVVALAQKLGLSRNTVQARMAQLEKKHAFLSFERRINPVALGYPLTAFITVHVQQQKLASLAQDLADIPEILEGFGLTGSADLLLRVVALDAEDLYRINGKILGCDGVDRTDTALAMREMIPYRVQPLLGRRTEA NA NA NA NA NA D3-18_02797 372 hypothetical protein GTGCTGGCCGTGGTGGGCATACTGTTGTTCGTCAACGTGGTGGGCAACGCAACCTCCAAGGCGAGATCCCTGGCCGACGAATTCACCAATTTAGTGGTGTCAGGCCAAACGGAGCAGGCCTACGACAACTACCTCGGCCAGCCATTGAAGGACGAACTGGACAAGCAATCGTTCATGGATGGCATTGCGAGCCTGGAGCTCGACAGCTCATGCAAAGCAAACTACAACTCCGTGAGCGTGAACTCGGAGAACGGAAACAACAAGGCGGACCTTGCCGGCAAGCTCCAGTGTGAGGGCAAAACCATCGATCTCCAGTACATCTTCGAGGGCACCGACGACCTCAAGATGAGCAGTATCCGCCTGCGCCCCTAA MLAVVGILLFVNVVGNATSKARSLADEFTNLVVSGQTEQAYDNYLGQPLKDELDKQSFMDGIASLELDSSCKANYNSVSVNSENGNNKADLAGKLQCEGKTIDLQYIFEGTDDLKMSSIRLRP NA NA NA NA NA D3-18_02798 408 hypothetical protein ATGCGTACTTCGCCCAACCGCTTGATCGCCACCATTTTTGGAGCCATCTACCTCTTGGTAGGCGTGCTCGGATTCTTTGTCACCTCGGGAATCGGCTTCTTCGCCACCGAGGGTGCCAACTTGATCATCTTCGCAGTCAACCCGCTTCACAACATCATCCACTTGGCCATTGGTGCCGCCCTTCTCTATGCCGGCATGAACAGCGTGACACTGTCCAAGTCCGTCAACACGGCTGTAGGAGGCGTCTACCTCCTGGTAGGTATCGTCGGGCTCTTCTTGGTGGGTTCCTCACTGAACATCATCGCCCTCAACGGCGCCGACAACGTCCTGCACCTTGCCAGCGCAGTGGTCCTGTTGGGCGTCGCCCTGTCGCAGGATAAGGCCGCAGTAGCTTCCGCCCGCGCCTGA MRTSPNRLIATIFGAIYLLVGVLGFFVTSGIGFFATEGANLIIFAVNPLHNIIHLAIGAALLYAGMNSVTLSKSVNTAVGGVYLLVGIVGLFLVGSSLNIIALNGADNVLHLASAVVLLGVALSQDKAAVASARA NA NA NA NA NA D3-18_02799 606 hypothetical protein ATGGAAAGCAGCAACCATCCCACGCTGAAGGCAGCCACCCTGCTGTTTGTGTACTTTGCTGCCATGGCGGCCGGGATGGTTGAGCTTTCCCTTGCCGCCGGGTATCTCACCGGAACCACCTCCTTGACAGTCGGCTTGGTGGTTTCAGGTTTGGCTACCCTCATGGGTGGCCTGGCTTTCCTGGCGTGGTCTTTGTGGGGCCTGCATCGCAACTCGCTCGTCTTCGCCCGCTATGCCGTTCCAGCTTTGGCAGTGGCTGCCGCGGCCCACGTCGCAGTCATGGCGGCTGGAATCTCCACCCAGCGCTCACTTGACGTGAGCCACCTTGCCGCCCTCGGCCTGACGCTCATGGCACTTGCCGGAGCGGGCTGGTTGAGGCGGCAGCACAAGACCAACGACGGCGGCGCCCACGGCCAGCCAAGGACCGGGCGGCTTCTGGCAGCCGCGTTCGGAGCCGCCGTCGTTGTTGCAACAGTGGCAACACCAGGCCTGGCAGCATCGATGGCCGGACAGCACGCCGTCCCCCATGGCGAACACGGCCAGTCGCCGGACGGAAAGAACGGCCAGGGCTCCAATCCCGCCCTGGATCCGGGTCGCCACCACTAG MESSNHPTLKAATLLFVYFAAMAAGMVELSLAAGYLTGTTSLTVGLVVSGLATLMGGLAFLAWSLWGLHRNSLVFARYAVPALAVAAAAHVAVMAAGISTQRSLDVSHLAALGLTLMALAGAGWLRRQHKTNDGGAHGQPRTGRLLAAAFGAAVVVATVATPGLAASMAGQHAVPHGEHGQSPDGKNGQGSNPALDPGRHH NA NA NA NA NA D3-18_02800 1020 ycdX phosphatase YcdX ATGGATCCCATCGAGGCGCTCGACGAAATTTCCTTCTGGCTGGAACGAAGCCAAGCCCCCACTTTCAAGGTCCAAGCCTTCCGCAAGGCGGCCGACGCCGTTCGGCAGCTTCCGCCGGAAGAGCTGGCAAAGCTGGTCGGCAGCGGGCGGATAACGAGCCTCAAAGGCGTCGGAAGCCGGAGCGCGGAAGTCATCACCCAGGCCATGGAGGACCGTATTCCCGACTATCTGGCCGATCTGCGTGAACGTGGAACGGAATCTTTGGCCTCAGGCGGTGACACCCTGCGGGCCGCGTTGCGCGGGGACCTTCACAGCCACAGCAACTGGTCCGATGGCGGCTCACCGATCGCAACCATGGTTGCCGCAGCCCGCACTCTCGGCCGGGAGTATCTTGCCCTGACGGACCACTCCCCCAACCTCACCATCGCCAACGGCCTCAGCGTCGAACGGCTCGAGAAACAACTGGGCGTGGTGGAAGGCATCAACGCCGCACAGGATGGCTTCCGGTTGCTCAAGGGCATTGAGGTGGACATCCTTGAGGACGGAACCCTGGACCAGACCCCGGACATGCTGGATCGTCTGGACGTGGTGGTGGCTAGCGTTCACTCCAAGCTTCGGTCAGACAAGAAGACCATGACTAAGCGAATGCTGGGCGGCATCAGCGACCCCCATACCAACGTATTGGGGCACTGCACGGGCCGCCTTGTCCAAGGATCGCGGGGTACCAGGCCTGAGTCTGAGTTCGATGCCGCCACGGTTTTCAAAGAGTGCGCCGAGTGGGGCGTGGCGGTTGAAATCAACTCACGGCCAGAGCGGCAGGACCCACCGGACAACCTCATCAGGATGGCCCTCGACGCCGGTTGCCTGTTCAGCATCGACAGCGACGCCCACGCTCCCGGGCAGCTCGATTTCCTGCAGTACGGGGCGGAGCGGGCCGAAGCTCTTGGCGTGCCGAAAGAACGGATTGTCACCACGTGGCCGCTTGAACAGTTGAAAGAGTGGCTGAGCCTGAAGAAGTGA MDPIEALDEISFWLERSQAPTFKVQAFRKAADAVRQLPPEELAKLVGSGRITSLKGVGSRSAEVITQAMEDRIPDYLADLRERGTESLASGGDTLRAALRGDLHSHSNWSDGGSPIATMVAAARTLGREYLALTDHSPNLTIANGLSVERLEKQLGVVEGINAAQDGFRLLKGIEVDILEDGTLDQTPDMLDRLDVVVASVHSKLRSDKKTMTKRMLGGISDPHTNVLGHCTGRLVQGSRGTRPESEFDAATVFKECAEWGVAVEINSRPERQDPPDNLIRMALDAGCLFSIDSDAHAPGQLDFLQYGAERAEALGVPKERIVTTWPLEQLKEWLSLKK PGPT0016200_201 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS OTHER_MOTILITY_REGULATING_FUNCTIONS MOTILITY-SWARMING_REGULATOR,PGPT0016200-ycdX-K04477 NA NA D3-18_02801 1620 mctC COG4147 Monocarboxylic acid transporter ATGAACACCATGATCCCGGCAGCAGTCAACGTCGAAGCGCTGAAAGACACCACACTGCTCAACATGGGGATCTTCGCCCTCTTCGTGGCGGTCACCATGGTGATCGTCTTCCGGGCAAGCCGGAACAATAAGACCGCGGCAGACTATTACGCAGCTGGCCGATCGTTCACCGGTTCCCAAAACGGCACGGCCATTGCTGGCGACTATCTCTCGGCGGCATCATTCCTCGGCATCACAGGCGCCATTGCCATCAACGGCTACGACGGGTTCCTGTACTCCATCGGCTTCCTGGTTGCGTGGTTGGTAGCCCTGCTGCTGGTGGCTGAACTGCTCCGCAACACCGGCAAGTTCACCATGGCCGACGTCCTCTCGTTCAGGCTGCGTCAGCGCCCGGTCCGTATCGCGGCAGCCCTGTCCACCCTCGCCGTCTGCTTCTTCTACCTCCTGGCGCAGATGGCCGGCGCAGGCAGCCTGATCTCGCTCCTGCTGGGCATCAGCGACTGGGGCGGCCAAGCCTTGGTGATCATCGTCGTCGGCGCCCTGATGATCATGTACGTACTGATCGGCGGCATGAAGGGCACCACCTGGGTACAGATCATCAAAGCCATCCTGCTGATAGCCGGTGCCGGAGTCATGACGGCCATGGTGCTTGCGATCTACGGCTTCAACCTGTCCAGCCTGCTGGGCTCCGCAGCTGAGGCCGCCAACAACCCGGCCATCCTGAACCCGGGCCTGCAGTATGGCAAGACCGAAACATCCAAGCTCGACTTCATGTCTCTTGGCCTTGCACTGGTGCTCGGAACCGCGGCGCTCCCGCACGTCCTGATGCGCTTCTACACTGTCCCCACGGCCAAGGAAGCCCGGAAGTCCGTTGTCTGGGCGATCTGGCTGATCGGCCTGTTCTACCTCTTCACCTTGGTACTGGGTTACGGTGCAGCAGCCCTGGTGGGCGCAGAAACCATCAAATCCGCACCTGGCGGCGTCAACTCCGCCGCCCCGCTGCTGGCCTTCCACCTGGGTGGACCGCTGCTTTTGGGCTTCATTTCGGCTGTCGCCTTCGCCACCATCCTGGCGGTGGTGGCCGGTCTGACCATCACGGCGGCAGCATCCTTCGCCCATGACATTTACGCCAACGTCATTGCCAAGGGCAAAGCCGACGCCACTACCGAAGTGAAGGTGGCCCGACGCACTGTCTTGGTGATCGGAGTCCTGGCCATCCTGGGCGGCATCTTTGCCAACGGTCAGAATGTGGCCTTCCTGGTGGCTTTGGCCTTCGCAGTTGCAGCCTCGGCGAACCTGCCCACCATCGTGTACTCCCTGTTCTGGAAGAAGTTCACTACACAGGGCGCGGTCTGGAGCATGTATGGCGGCTTGGCCGCGGCCATCTTGCTGATCACGTTCTCGCCCGTTGTTTCGGGGGCCAAGACCTCCATGATCCCGGGCGCGAACTTTGCCCTCTTCCCGTTGAGCAACCCGGGAATCGTGTCCATTCCGCTGGCCTTCTTCCTCGGCTGGCTCGGTACGGTCTTGGACAAGCGGCGGGAGGATCCGGCCAAGCAGGCGGAAATGGAGGTGCGCTCGCTGACCGGCGTCGGTGCTGAGAAGGCCGTAGACCACTAG MNTMIPAAVNVEALKDTTLLNMGIFALFVAVTMVIVFRASRNNKTAADYYAAGRSFTGSQNGTAIAGDYLSAASFLGITGAIAINGYDGFLYSIGFLVAWLVALLLVAELLRNTGKFTMADVLSFRLRQRPVRIAAALSTLAVCFFYLLAQMAGAGSLISLLLGISDWGGQALVIIVVGALMIMYVLIGGMKGTTWVQIIKAILLIAGAGVMTAMVLAIYGFNLSSLLGSAAEAANNPAILNPGLQYGKTETSKLDFMSLGLALVLGTAALPHVLMRFYTVPTAKEARKSVVWAIWLIGLFYLFTLVLGYGAAALVGAETIKSAPGGVNSAAPLLAFHLGGPLLLGFISAVAFATILAVVAGLTITAAASFAHDIYANVIAKGKADATTEVKVARRTVLVIGVLAILGGIFANGQNVAFLVALAFAVAASANLPTIVYSLFWKKFTTQGAVWSMYGGLAAAILLITFSPVVSGAKTSMIPGANFALFPLSNPGIVSIPLAFFLGWLGTVLDKRREDPAKQAEMEVRSLTGVGAEKAVDH PGPT0001400_2669 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-CATION_TRANSPORT,PGPT0001400-actP-K14393 NA NA D3-18_02802 381 hypothetical protein ATGGGTAATGAGGCCCAACCCCAGGACGCAACGGCGTCCGTGGACTTCCAGGAAGTCCAACAGACGGAACGGTTCAAGACACTGCGCAAGCGGCACCGCAGCTTTGTCTTTCCAATGGCAGTGGTATTCCTGCTCTGGTATTTCGCATACGTTCTCTTGGCCGACTACGCAGTCGGCTTCATGTCCATCAAGGTTTGGGGCAACATCAATGTCGGCCTGATTCTCGGCCTGCTTCAGTTCGTTACCACCTTCGGCATCACGGCCTGGTACGTGAGCTACTCCAACAGGAAGCTGGACCCCATCGCTGCTGAAATCCGCAACGAGATCGAGGGCCACGAATTCGATAAGGACGGCAATGTGATCAGCGGGGCAGCCAAATGA MGNEAQPQDATASVDFQEVQQTERFKTLRKRHRSFVFPMAVVFLLWYFAYVLLADYAVGFMSIKVWGNINVGLILGLLQFVTTFGITAWYVSYSNRKLDPIAAEIRNEIEGHEFDKDGNVISGAAK NA NA NA NA NA D3-18_02803 1200 btsS COG3275 Sensor histidine kinase BtsS ATGCCCGATTCCCCGCTTTTCACCGCAGCTGCGATCGCCGTGATCGTGCTGGCAGTCGCCGTCGTCGTGGGTGTTGGCCTCAAAGTGATCCGCTCGTTCCGCGACCTTGGCACGGACGCCGAACGTGCCACCTACAACACACTCCATGCAGCCTCCAAGGCTGGACAGCACCTTCGCGGTGGCCTCCATCCCTCCAGCGCAGCCAAGGCCAGCAAGCAATTACGGGCCCTGCTGGGCTGCGATGCGTTGGCCATCACGGACACGGACGGCGTGCTCGCCTGGGATGGCGTCGCCGAGGAACTCCGGCCTTCGTTGATGCGGCTCGCGGAGGAAGTGTTGACCACTGGCCGCACTGTTGTGGTGGCTGTAGGGTACCCCTCAGCCGCTAAGCCGGATCACGGCAACCAAGACTTCAGCGCTGTCATCGCACCGATCCGGGCGGGATCCAGGGTTGTTGGTTCTGTGGCCGCACTTGCCCCTGCGGCCGGGGCCGGTCTGGTGAGGGCAACAAGCGAGGTGGCCGACTGGATCGCAGCGCAGCTGGAACTCGCGGAGTTGGAATCATCGCGCACCCTCCTGATGGAGGCCGAGGTCCGTGCACTGCGGGCCCAGATAAGCCCACACTTCATCTACAACTCGTTGAATGCCATTGCCTCGTTCATCAACACCGATCCGGCCCGGGCCAGGGAGCTGGTGGTGGAATTCGCTGATTTCACCCGCTATTCGTTCCGCCGGCACGGCGACTTCACTACTGTGGCGGAGGAACTCCGGTGCATTGATCGCTACCTCTTGCTGGAGCGGGCCAGGTTCGGCGAACGGGTCCAAGTGAGCCTGCGGATCGCTCCGGAGGTCCTCAGCACGGTCATCCCGTTCCTTAGCCTGCAACCCCTGGTGGAAAACGCCGTCCGGCACGGTTTGGAGGCCAAGGAAGGACCCGGACACATCACCATTTGCGCGAATGATTCCGGAGCGTTCGCTGAAGTGACCATCGAGGACGACGGCGTCGGCATGGACCCGGAGCATCTGCGGTCTGTGCTCGCCGGGCACACGGACGGGGTCCACGTGGGACTTCGCAATGTGGACGCCCGCCTGCGACAGGTCTACGGCGACGAGCACGGACTTGTCATCGACACAGCTCCGGGAGAAGGAACCATGATCACGATGCGGGTCCCGAAATCCCAGCCGGAACACGACGCCTGA MPDSPLFTAAAIAVIVLAVAVVVGVGLKVIRSFRDLGTDAERATYNTLHAASKAGQHLRGGLHPSSAAKASKQLRALLGCDALAITDTDGVLAWDGVAEELRPSLMRLAEEVLTTGRTVVVAVGYPSAAKPDHGNQDFSAVIAPIRAGSRVVGSVAALAPAAGAGLVRATSEVADWIAAQLELAELESSRTLLMEAEVRALRAQISPHFIYNSLNAIASFINTDPARARELVVEFADFTRYSFRRHGDFTTVAEELRCIDRYLLLERARFGERVQVSLRIAPEVLSTVIPFLSLQPLVENAVRHGLEAKEGPGHITICANDSGAFAEVTIEDDGVGMDPEHLRSVLAGHTDGVHVGLRNVDARLRQVYGDEHGLVIDTAPGEGTMITMRVPKSQPEHDA PGPT0026305_1348 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 D3-18_02804 723 ypdB COG3279 Transcriptional regulatory protein YpdB ATGATGATCAACGTGCTCGTCGCTGATGACGAACTGCCAGCCGTGGAGGAGCTCGCCTTCCTGCTGGGCCGGGATGAGCGGATAGGCGCCATCCACCGGGCATCTTCCGGCGCAGAGGCGCTACGGACCTTGGAAACAGAGTCGGTGGACGCCGTTTTCCTGGACATCCATATGCCGGCGCTCTCCGGGCTGGATATCGCGCGCGCCATTTCCCGCAGCAGCAGTCCGCCCGCCGTCGTGTTTGTCACTGCAGACGAAGACTGCGCACTTGAAGCCTTCGACCTCGCGGCAATCGACTATCTGCTGAAGCCCCTGCGCGCTGAACGGCTTTCCCGATCCGTGGACCGCATCAGTGAGCTCATCAAGGACGGAACGCCCGCGCCGGAGATGATCACGGTGGACCTCGGCAGCACAACCCGCATGATCCGCCGCGACGACGTCACGTATGTGCAGGCCCAGGGCGATTACGCAAGACTGCACACGGCCGAGGCCAGCTATCTGATCCGTGTGCCCCTCAGCGATCTCGAGCAGAAGTGGGCGGACGCCGGCTTTATCCGGATTCACCGCTCGTATCTCATCGCCTTGAACCATGTGCAGCACCTCAAGCTTTCAGCAACGGGACCCAGCGTAGCGGTGGCTGGCGCCGAGCTGCCCATCAGCCGCAGGCACCTGCCATCGGTAAGGGACAAGCTGCAGTCCACCCGCATCCGGCCGCAGGGATGA MMINVLVADDELPAVEELAFLLGRDERIGAIHRASSGAEALRTLETESVDAVFLDIHMPALSGLDIARAISRSSSPPAVVFVTADEDCALEAFDLAAIDYLLKPLRAERLSRSVDRISELIKDGTPAPEMITVDLGSTTRMIRRDDVTYVQAQGDYARLHTAEASYLIRVPLSDLEQKWADAGFIRIHRSYLIALNHVQHLKLSATGPSVAVAGAELPISRRHLPSVRDKLQSTRIRPQG PGPT0026304_580 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 D3-18_02805 372 hypothetical protein ATGACACGCGTCCGCGTCACCGCCCCGCGCCAATCAGCCACGGCGACACCGAGGGCCTTGGGACAGTTGCCGCATCCTGGAGAAGTTGCCGAGGATTCCGATGCAGGCCGGATTTTCATCCGCTCGCTCATCCGCTCCCAATTGCGGTTAGCCTTGGTGGTGGCTTGCGGGTTCCTGGTCATTCTTGCCGTGATCGCAGCTTTCCTGGTCTATGGACCGGGCGTAGCGGAAACCCGCATCTTCGGCATTCCCTTGGATTGGCTGGTTCTGGGCGCGGGCATCTACCCCGTCATTGGACTGAGCGCTTGGCTCTACAATCGTGCCGCGGCCCGGAACGAGGCACGTTACCAGGACCTTGTGGAGGATAAGTGA MTRVRVTAPRQSATATPRALGQLPHPGEVAEDSDAGRIFIRSLIRSQLRLALVVACGFLVILAVIAAFLVYGPGVAETRIFGIPLDWLVLGAGIYPVIGLSAWLYNRAAARNEARYQDLVEDK NA NA NA NA NA D3-18_02806 1467 actP COG4147 Cation/acetate symporter ActP GTGAACCCTGCCGTTGGCCTGTTCGCCTTTCTGGCCGTTTCCCTCGCGACGGCGGTGATTGGCTTCTACGGCTTGCGCATCTCACGCACCACCGGCGACTTCTACGTCGCCTCCCGAACTGTCCCGCCGTGGTGGAACGCCTCCGCGATCGGTGGCGAGTACTTATCCGCCGCCAGCTTCCTGGGCGTCGCGGGGCTGATCCTGCTTTCAGGAACTGACGCGCTTTGGTTCCCCGTGGGGTACACCGCCGGCTACCTGATGCTGCTGCTCTTCGTAGCCGCTCCCCTTCGCCGCTCCGGTGCCTACACCATTCCGGATTTCACTGAAGCCCGGCTGGACTCCAAGCTGGTCCGCCGGGTGACGAGCCTGGTGGTGGTGGCCGTCGGTTGGCTATACATCGTTCCCCAACTCCATGGCGCGGCGCTCACTATCCGGATCACCACAGGACTTCCGTCGTGGGTAGGTTCGACGGCGGTGGTGCTGGTTGTGTGCCTCACCGTGGTGGCAGGTGGAATGCGCTCGATTACCTTCGTTCAGGCCTTTCAGTACTGGTTGAAATTGACCGCGTTGGCGGTGCCTGTGGTCTTCGTTCTTCTAGCGCTGGCAGGCAATGGTGAACAGCCACAGGCGCCCCTGCCCCTCAACCCCACCGGCCAAAGTGCTGCCGGGGCATACCAACACATCTCACTCTTAGTGGCATTGCTCTTCGGAACCCTGGGCCTACCGCACGTTCTGGTGAGGTTTTATACCAACCCGGACGGCCAATCGGCACGACGGACAACACTGATCGTGTTGGGGCTGCTCTCCGTCTTTTATCTGTTCCCCACGCTGTCTGGTGCTTTGGGGAGGATGTTCGCACCCGACCTCGCGCAGTCCGGCCAGGCCGACGCCCTGGTCTTGTTGCTGCCCGGAAGGCTTGTAGGCGGCCTGGCCGGTGACATGCTCTCTGCCTTGGTGGTAGCCGGCGCCTTCGCCGCTTTCCTGTCCACGACGTCCGGGCTGGTTGTTTCGCTATCCGGCGTCATCAGCCAGGACCTCTTTGGAGGAAGCGTAAAGGGCTTCCGCCTCGCAGCGTTGCTCGCCGCCGTCGTGCCTTTAGGTTTTGCCTTGATGACTGACACACTTGCGCTGGCCGGAAGCGTTGGCTTGGTCTTCGCCTTCACGGCGTCCACCATCTGCCCGGTACTGCTCCTGGGGATCTGGTGGCGTGGGCTGACGGATGCGGGCGCTATCGCGGGGATGCTGATTGGCGCGCTTCTTTGTGGCGGCGCCATGGTGGCGGGCACCCTCATGGGCCCGGGCAACGCGCCCGCGTGGTTGGCGCAGCCTGCAGCGTGGAGCGTCCCGGCCGCCTTCGCGGTGACCGTGGCCGTGTCAATCATGACGAAGAACCGTGTGCCGGCCTCAGTGAACCGAGTGATGTCACGACTACATGTGCCGGAGCGTCCGGTCGTCACGGAGAGATAG MNPAVGLFAFLAVSLATAVIGFYGLRISRTTGDFYVASRTVPPWWNASAIGGEYLSAASFLGVAGLILLSGTDALWFPVGYTAGYLMLLLFVAAPLRRSGAYTIPDFTEARLDSKLVRRVTSLVVVAVGWLYIVPQLHGAALTIRITTGLPSWVGSTAVVLVVCLTVVAGGMRSITFVQAFQYWLKLTALAVPVVFVLLALAGNGEQPQAPLPLNPTGQSAAGAYQHISLLVALLFGTLGLPHVLVRFYTNPDGQSARRTTLIVLGLLSVFYLFPTLSGALGRMFAPDLAQSGQADALVLLLPGRLVGGLAGDMLSALVVAGAFAAFLSTTSGLVVSLSGVISQDLFGGSVKGFRLAALLAAVVPLGFALMTDTLALAGSVGLVFAFTASTICPVLLLGIWWRGLTDAGAIAGMLIGALLCGGAMVAGTLMGPGNAPAWLAQPAAWSVPAAFAVTVAVSIMTKNRVPASVNRVMSRLHVPERPVVTER PGPT0001400_3380 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-CATION_TRANSPORT,PGPT0001400-actP-K14393 NA NA D3-18_02807 693 hypothetical protein ATGTCCGATGAAGCGGGTGCCGCGAGCCCGGAACCGCCGGCGCCCACCCCGGAGCTATCTCCCAGCGTCCGGGCGCAATTGCTGGCCACGGAACACTGGAGCCTGCTTGCTTCAAGGAGTACCACCCAAGGCGAAGTCCTCACCCGCATCAGCATGTTCCTGACGTTCACTTCGGCAAGCCTGCTCAGTGTGGCGCTCGTAGGCAACGCCACCCAATTTTCAGATGACTTCAGGGCCTTCGCGCTGACGATTCTCAGCATCGACGTCGTCGTAGGACTGTTAACACAGATCCGGGTCTTGAACGTCGGCATGGAGGACCTCATGTACGTCCTCGCCATGAACAGGTTGCGTGCCGCTTACGTCGAACTGGATCCCGGCATGGCGCGCTACTTGATGGCGGGCTACCACGACGACGAGGCAGGCTCGGAGCAGACGTACTACTTCCTGGGCGGGCGGGGCTCATTCAGCCAGGTAGCAGGCAGCAGCATGATGTTCATCATGACGGCCAACTCGGCGTTGCTTGCACTGCTGATCGGCTCTGTCTTGACTGTCCTTCAGGTGCCCACGCCCGTCTCAATCAGCGTGGCTGTGGTGGTCGCACTGGCCTTTTTTGCATTCACCATGATCCGCGGCGGGCGCCGGTATTACGCGGTGTGGAAGATCAACCAGCCAGTCTCCCCCACCCCGCATTAG MSDEAGAASPEPPAPTPELSPSVRAQLLATEHWSLLASRSTTQGEVLTRISMFLTFTSASLLSVALVGNATQFSDDFRAFALTILSIDVVVGLLTQIRVLNVGMEDLMYVLAMNRLRAAYVELDPGMARYLMAGYHDDEAGSEQTYYFLGGRGSFSQVAGSSMMFIMTANSALLALLIGSVLTVLQVPTPVSISVAVVVALAFFAFTMIRGGRRYYAVWKINQPVSPTPH NA NA NA NA NA D3-18_02808 585 hypothetical protein GTGGCCTTGGATATTCGACGCCAGATTCCCGCAACGTTTGATCGCGTGGATCGCAGCAAGTACGGCTATAACGCCAAGCAAGTGGATGAGTTCCTCCAGCGAGCCAGGACGTCGTTTGAGAACCCTGTGGGCACGGCCGACCAAGTGGCCAGCGTAGATGTACGTGCTGTGGCTTTCGACCCCGTCAAGGGTGGCTACGACGCCAACAGTGTGGATGCTGCGCTGGACCGGCTGGAGGACGCCTTTGCGCGTCGGGAGAGGGACGACCTCATCAGCCAGCAGGGCGAAGAGGCCTGGCTGCGCGAGATTGGCAAGCTCTCCGGCATCCTGCGCGGCAGGCTGCACCGGCCCGACGGCGAGCGCTTCCGGCGCCCGTCCGGGAAAAGGACACGCAGCTACAACGTCCAGGATGTCGACGCCTTGTGCGCCGAGCTCATTGGGTACCTCGAGCACGATCAGGCCTTGAGCGTAGACACTGTTCGCCGTGCCGTTTTCCGTGCGGCCAAGGGCGCCGATGGCTACGAAGAGGCGCAGGTAGATGCCTTCCTCGCGCGTGTTGTAGAGCTCATGGCGGCCATCGATTAG MALDIRRQIPATFDRVDRSKYGYNAKQVDEFLQRARTSFENPVGTADQVASVDVRAVAFDPVKGGYDANSVDAALDRLEDAFARRERDDLISQQGEEAWLREIGKLSGILRGRLHRPDGERFRRPSGKRTRSYNVQDVDALCAELIGYLEHDQALSVDTVRRAVFRAAKGADGYEEAQVDAFLARVVELMAAID PGPT0014806_11 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014806-gpsB-NA NA NA D3-18_02809 936 cdsA COG0575 Phosphatidate cytidylyltransferase ATGAACCAGGCTGAGCCGGCGCCCGCTGAGCGGGTCCCGACACGCGATACCCCCAAGCGCGTCAGGCGCGTGCGGAAGAACCCCACACCCAAGGCAGGGCGGAATCTTCCGGCGGCCATCGGCGTCGGGCTTGCCATGCTTTTGGCCGTTTTGGGTGGATTGCTTTTCCTCCCGCTGGGATTCGTCCTGCTCACTACTGCTTTCGCCGTACTGGGTGTTTGGGAGGTTTTCCGGGCGCTTGAGGCCCAGGGGACCAGGATGCCGATCGTTCCCGTGATGATCGGCAGCCTGGTGATGCCGGTGTCGGCCTACTTTGGCGGACTTGAGGGTTTGCTTTTCACTATGACGGCTAGTTCGGTGGCCGTTTTGCTGTGGCGCTCCATCGAGAGTGCTGCCGGGGCGCCGCGCAGCGTGTTTGCCGGCGTTTTCACCTTGGCTTGGATTCCGTTCCTTATCAGCTTCGCGGCATTGCCCCTCCACGCCACCGGTGGTGCCACCCCCATCGGCTTCTGGCCGAACGGGATTCCCGACGGCGCGTGGCAGATAGCCACTTTGTTGCTGTTGGTGGTCTCGAATGACACGTTTGGCTACATCGTTGGTGCTACCTTCGGGAAGCACCCCATGGCCCCCAAGATCAGCCCCAAGAAGTCCTGGGAGGGCTTCGCCGGCTCGGTGGGTGGGGCCATGGTCATCGGCGTCCTTGCCTGTATCTTCCTGCTCGACAAGCCTTGGTGGGTGGGCCTTGTGCTGGCCGTGGGCATGGTGGCCGCATCAACCGCCGGAGACCTCGCCGAGTCCATGGTCAAACGCGAACTTGGCGTCAAGGACATGAGCAGCATCTTGCCCGGCCACGGCGGCGTGATGGACCGCTTGGACTCCATTGTGTTCGCAGCCCCTGTAGCCTATGTTCTGTTCGCGCTGCTGAGCGGCGTCTGA MNQAEPAPAERVPTRDTPKRVRRVRKNPTPKAGRNLPAAIGVGLAMLLAVLGGLLFLPLGFVLLTTAFAVLGVWEVFRALEAQGTRMPIVPVMIGSLVMPVSAYFGGLEGLLFTMTASSVAVLLWRSIESAAGAPRSVFAGVFTLAWIPFLISFAALPLHATGGATPIGFWPNGIPDGAWQIATLLLLVVSNDTFGYIVGATFGKHPMAPKISPKKSWEGFAGSVGGAMVIGVLACIFLLDKPWWVGLVLAVGMVAASTAGDLAESMVKRELGVKDMSSILPGHGGVMDRLDSIVFAAPVAYVLFALLSGV PGPT0007685_1624 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_CYTIDYLYLTRANSFERASE_ACTIVITY,PGPT0007685-cdsA|ynbB-K00981 NA NA D3-18_02810 558 frr COG0233 Ribosome-recycling factor GTGATCGAAGAGACCTTGCTCGAAGCCGGCGAGAAGATGGATAAGGCGGTGGAGGTAGCCAAGGACGATTTCGCCTCGATCCGCACTGGCCGGGCCAACCCCGCCCTCTACAACAAGGTGATCGTCGAGTACTACGGCACACCTACTCCGCTTCAACAGCTGGCCTCCTTCGGTGTGCCGGATGCCCGGACCATCCTGATCACCCCCTACGACAAGACCGCGTTGCGCGACATTGAGAAGGCACTGAGCGACTCTGAGGTTGGCGCCAACCCTTCCAACGACGGCAACGTTATCCGCGTGACCATCCCGGAGCTCACCAAGGAGCGCCGCAAGGAGTACGTGAAGATCGTCAAGGGCAAGGGTGAGGATGCCAAGGTATCCATCCGAAGCATCCGCCGTAAGGCAAAGGACTCCCTGGACAAGCTCGTCAAAGACGGCGAAGCCGGAGAGGACGAGGGTGCACGCGCTGAGAAGGAACTCGACGCCCTGACCAAGCAGCACGTGGACAGCATCGACGAACTGCTCAAGCGCAAGGAAGCCGAGCTGCTCGAGGTCTGA MIEETLLEAGEKMDKAVEVAKDDFASIRTGRANPALYNKVIVEYYGTPTPLQQLASFGVPDARTILITPYDKTALRDIEKALSDSEVGANPSNDGNVIRVTIPELTKERRKEYVKIVKGKGEDAKVSIRSIRRKAKDSLDKLVKDGEAGEDEGARAEKELDALTKQHVDSIDELLKRKEAELLEV NA NA NA NA NA D3-18_02811 738 pyrH COG0528 Uridylate kinase ATGGAAACCGTCAACACTGCTATCCAGCCCGAGAAGACCCGTCGACGTGTACTTCTGAAACTTTCCGGCGAGGTCATCGGCGGAGGCAAACTCGGCGTCGATCCTGAGACCGTACGCGCCATCGCCAAGCAAATCGCGGCAGCGGTCACCGAGGTAGAAGTGGCAATTGTTGTCGGCGGCGGTAACTTCTTCCGCGGCGCCGAACTGTCGCAAAGCGGTATGGACCGCTCCCGCGCCGACTATATGGGCATGCTGGGCACTGTGATGAACTGCCTGGCGCTGCAGGACTTCCTGGAGCAGGCCGGTGTGGAGACCAGGGTCCAGAGCGCTATCACCATGGGCCAGGTCGCGGAGGCCTACATTCCCCGCCGTGCGATCCGCCACATGGAAAAGGGTCGCGTGGTCATTTTCGGCGCAGGCGCCGGGTTGCCCTACTTCTCCACCGACACCGTTGCGGCGCAGCGGGCCCTTGAAGTGCACGCGGACGTGGTCCTCATGGCCAAGAGCGGTGTGGACGGCGTCTACACCGCTGATCCCAAGAAAGACCCCACGGCCGAGAAGTTGGATGTCCTCAGCTACGATGACGCCTTGCGCCGTGACATCCGGGTCATGGACCAGACGGCAATGACCATGTGCAAGGACAACAGTCTTTCCATGGTGGTCTTCGGCATGGAGGGTGAGGGCAACGTTACCCGCGCCATCCTGGGTGAAACGCTGGGAACCTTGGTTACTCCCTAG METVNTAIQPEKTRRRVLLKLSGEVIGGGKLGVDPETVRAIAKQIAAAVTEVEVAIVVGGGNFFRGAELSQSGMDRSRADYMGMLGTVMNCLALQDFLEQAGVETRVQSAITMGQVAEAYIPRRAIRHMEKGRVVIFGAGAGLPYFSTDTVAAQRALEVHADVVLMAKSGVDGVYTADPKKDPTAEKLDVLSYDDALRRDIRVMDQTAMTMCKDNSLSMVVFGMEGEGNVTRAILGETLGTLVTP PGPT0021205_138 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021205-pyrH-K09903 NA NA D3-18_02812 837 tsf COG0264 Elongation factor Ts ATGGCGAACTACACTGCTGCTGACATCAAGGCCCTGCGCGAGCGCACCGGCGCCGGCATGATGGACGTCAAGAAGGCTCTTGACGAAGCCAACGGTGACGCTGAGAAGGCCATCGAGATCATCCGCATCAAGGGCCTCAAGGGTGCTACCAAGCGCGAAGGCCGTTCCACTGCTGAAGGCCTGGTTGCTGCCAAGGTCAACGGCGGCGTCGGCGTAATGATCGAGGTCAACTGCGAGACTGACTTCGTCGCCAAGGCTGACAAGTTCATCCAGCTGGCTGACAAGGTCCTCAACGTTGCAGTCGAGTCCGGCGCAGCCGACCTCGAGACCCTGCTGGCCACCGAGGTCGACGGCAAGCCGTTGTCCGAGGTTGTTGTCGAAGAAGGCGCAGTCCTCGGCGAGAAGGTTGTTGTCCGCCGTATCTCCCGCGTTGAGGGCACCACGGTTGACGCTTACCTGCACAAGACGTCCAAGGACCTCCCGGCCCAGGTCGGCGTCCTGTTCGCTGTCGACGGTGAAGGCGAAGCCGCTGCCACCGCCGCGCACGACATCGCTGTCCACGTTGCAGCCATGGCTCCGAACTACCTGACCCGCGAGGATGTCCCGGCCGAACTGGTCGAGTCCGAGCGCCGTATCGCGGAAGAGACTGCAAAGGCTGAAGGCAAGCCCGAAGCTGCTCTTTCCAAGATCGTGGAAGGCCGCGTGACGGGCTTCTACAAGGGTGAAGTTCTGGTTGACCAGGCATTCGCCAAGGACTCCAAGAAGACTGTTGCACAGGTCCTCGAAGAAGCCGGCGTCAAGGCAACCGCAGTAACCCGTTTCCGCGTCGGAAACTAG MANYTAADIKALRERTGAGMMDVKKALDEANGDAEKAIEIIRIKGLKGATKREGRSTAEGLVAAKVNGGVGVMIEVNCETDFVAKADKFIQLADKVLNVAVESGAADLETLLATEVDGKPLSEVVVEEGAVLGEKVVVRRISRVEGTTVDAYLHKTSKDLPAQVGVLFAVDGEGEAAATAAHDIAVHVAAMAPNYLTREDVPAELVESERRIAEETAKAEGKPEAALSKIVEGRVTGFYKGEVLVDQAFAKDSKKTVAQVLEEAGVKATAVTRFRVGN NA NA NA NA NA D3-18_02813 873 rpsB COG0052 30S ribosomal protein S2 ATGCCCGTCGTAACTATGCGCCAGCTGCTTGACAGCGGCGTCCACTTTGGACACCAGACCCGTCGTTGGAACCCGAAGATGAAGCGCTTCATCTTCACGGAGCGCAACGGCATCTACATCATTGACCTCCAGCAGTCGCTGTCCTACATCGACCGCGCCTACGAGTTCGTCAAGGCTACTGTCGCCCACGGCGGCACCGTCCTGTTCGTTGGCACCAAGAAGCAGGCTCAGGAAGCAATTGCTGAGCAGGCCACCCGCGTTGGCCAGCCGTACGTCAACCAGCGTTGGTTGGGTGGTATGCTCACCAACTTCCAGACCGTCGCCAAGCGTATTCAGCGCATGAAGGAACTCGAAGAGATCAACTTCGACGACGTCGCTGGCTCGGCTTACACCAAGAAGGAGCTCCTGCTCCTCAAGCGTGAACTCACCAAGCTTGAGTCCAACCTCGGTGGTATCCGCAACCTGACCAAGGCCCCCTCGGTTCTCTGGGTTGTTGACACCAAGAAGGAACACCTTGCTGTTGACGAAGCCAAGAAGCTGAACATCCCGGTTGTTGCCATCTTGGACACCAACTGCGACCCCGACGAAGTTGACTTCCCGATCCCGGGTAACGACGACGCCATCCGCTCCGTCAACCTGCTCACCCGCGTTGTTGCCGACGCCGTAGCTGAGGGCCTCATCGCCCGCAACCAGCGCGCAACGGGCACCACCGAAGCTCCGGAAGAGCCGCTGGCTGAGTGGGAGCGCGAGCTCCTCGAAGGCAGCAAGGCCGAAGAAGCAGCGGCAACCGAGGCACCGGCAGCAGAAGCTCCCGCAGCCGAGGCTCCCGAAGCAACTGAAGCTGCAGCCGGCGAAGCCGAAGCAGCCAAGTAA MPVVTMRQLLDSGVHFGHQTRRWNPKMKRFIFTERNGIYIIDLQQSLSYIDRAYEFVKATVAHGGTVLFVGTKKQAQEAIAEQATRVGQPYVNQRWLGGMLTNFQTVAKRIQRMKELEEINFDDVAGSAYTKKELLLLKRELTKLESNLGGIRNLTKAPSVLWVVDTKKEHLAVDEAKKLNIPVVAILDTNCDPDEVDFPIPGNDDAIRSVNLLTRVVADAVAEGLIARNQRATGTTEAPEEPLAEWERELLEGSKAEEAAATEAPAAEAPAAEAPEATEAAAGEAEAAK NA NA NA NA NA D3-18_02814 630 hypothetical protein GTGTACTACAGCGACCCCACCGATTTGACCGCGGGGAACCGCCCGTTGTCCACATACGGCAGTCAACGTATCGCGTCGCCGGGGTTGCCCCGGAAGGCTGGCTCCATGACCGTTTTGAAACTCATATTGACCACCCTCATTGCCTTCGCCCTCGCTGTTGGCAACGCAAGCGCAGCTACGCCGGCAGATCCGGATTCCGCGATTACCCAGTCGGGACAGGGGCAGTGGAGTTGGCCACTCTCCCCCAAGCCTTCCGTCCTGCAGACGTTCGACCCACCGGACAGACCGTGGCTCAGCGGGCATCGCGGCGTGGACCTGGGACCAACTCACGACGGCGCTCCGGTCACCGCGCCGTCGGATGGCGTGGTGACCTTTGCCGGCGTCGTGGTTGATCGTCCGGTATTGACCATCGATCAGGGAAATAGCCGCAAGAGCAGCTTCGAACCCGTGACCAGCGAACTCAAAAGCGGAGATGCTGTCCGCAAAGGGCAGGTCATCGGCATTGTGGAACCCGGCCACTGCGGCGGGGCCCCCTGCCTGCATTGGGGCGTGCGGCGTGGCGAGGACTACGTCAATCCGTTGGGCTTCGTGTCGCACATACGGCCATCCGTACTGCTGCCGCTCAAGTGA MYYSDPTDLTAGNRPLSTYGSQRIASPGLPRKAGSMTVLKLILTTLIAFALAVGNASAATPADPDSAITQSGQGQWSWPLSPKPSVLQTFDPPDRPWLSGHRGVDLGPTHDGAPVTAPSDGVVTFAGVVVDRPVLTIDQGNSRKSSFEPVTSELKSGDAVRKGQVIGIVEPGHCGGAPCLHWGVRRGEDYVNPLGFVSHIRPSVLLPLK NA NA NA NA NA D3-18_02815 1191 mmgC_2 COG1960 Acyl-CoA dehydrogenase ATGTCCAACGCCGCTTTCGACGCCACCAACCTCCCGTATGCCGATGGTGACTTCTACGCCTTTGAGCAGATGCTGACAGGAAAAGAGCAGGACAGACTGGCGGAGGTCCGTGAATTTCTCGCCCGCGAGGTCAAGCCCATCGCGGTGGATTGCTGGAACCGTGGCGAGTTCCCCATGGACCTCATTCCCAAGCTCGGCGAACTGGACCTGGTCAGTCCCGTCCGCCGCCAGGGGTACTCCAACCTGTTCGCGGGCATGCTCCACGCGGAAGTGACCCGTGCCGATGCTTCGATTGCAACCTTTATGGGTGTCCACGACGGCCTGTTCACGGGCTCAATCGAGGCCCTCGCGTCGCAGGAGCAGAAGGATGCTTGGCTCCCGGACATTTACTCGCTGAAAAAGATTGGCGCCTTCGGGCTGACCGAGCCGCTGGGTGGCTCGGATGTCGCTGGCGGAACGCGCACCACAGCGAGGCGCGACGGCGACACCTGGGTCCTCAACGGCGCCAAGCGCTGGATCGGCAACGCCACCTTCTCCGATTGGGTGGTCATCTACGCCAAGGACGTGGCAGACAACCAGGTCAAGGCATTCCTGGTGGACACTTCGCTGCCCGGCTACTCGGCCACCAAGATTGAAAACAAGATCTCCCTGCGTACGGTGCAGAATGCGGACATCATTCTTGACAATGTGGTGGTTCCGGACTTCTTCAAGCTTGCCAACGGCAACAGCTTCCGCGACACAAACAAGGTCCTCAAAGTAACCCGCCTGGCCGTCGCGTGGCAGGCCGTGGGGCTGCAGATGGCCGCCTTCGATGTCGCCCGCAGTTACGCTGTGGATCGCCAGCAGTTCGGGCGTCCACTTGCAGCGTTCCAGTTGGTGCAAAACCAGCTGGTGCAAATCCTCGGAAACACTGTTGCCTCCATGGGCATGATGGTTCGTCTGGCCCAACTCGAAGACGCAGGTGTGGCCAAGGACGAGCAGTCGGCTCTGGCAAAGGCTTTCACTACAGCGCGTATGCGCGAAAGCGTCGCTCTGGGACGCAGCATCCTGGGTGGTAACGGCATCGTCACGGACTATGGCATGGCCAAGATCTTCTCGGATGCAGAGGCCATCTACTCTTACGAGGGCACGCACGAGATCAACACCCTGGTGACCGGCCGTGCCATCACGGGAGTTTCGGCCATCGTCTAG MSNAAFDATNLPYADGDFYAFEQMLTGKEQDRLAEVREFLAREVKPIAVDCWNRGEFPMDLIPKLGELDLVSPVRRQGYSNLFAGMLHAEVTRADASIATFMGVHDGLFTGSIEALASQEQKDAWLPDIYSLKKIGAFGLTEPLGGSDVAGGTRTTARRDGDTWVLNGAKRWIGNATFSDWVVIYAKDVADNQVKAFLVDTSLPGYSATKIENKISLRTVQNADIILDNVVVPDFFKLANGNSFRDTNKVLKVTRLAVAWQAVGLQMAAFDVARSYAVDRQQFGRPLAAFQLVQNQLVQILGNTVASMGMMVRLAQLEDAGVAKDEQSALAKAFTTARMRESVALGRSILGGNGIVTDYGMAKIFSDAEAIYSYEGTHEINTLVTGRAITGVSAIV PGPT0021815_1452 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021815-GCDH|gcdH-K00252 NA NA D3-18_02816 657 hypothetical protein GTGTCAAACCTTAAATTCACTGCCTTGGCAGCTGGCAACATCCTCCGCGGTGTCAGCATTGATGTCGCATTGGCTAGAGCGGTACTTCATGAGGTTAGTGACGTGCTCTCATCGGTTCCGTGTACGAAGCATCCCTTGGGATTCGCGCATGTAGAACTTACGAGCCTCGTGGAGGGGCCGTTTCGGACGCGGTTACACCTGTGGACGCGGCAGACGGGCGCTTGGGCTGATGACCTCGGGAGCCTTCATGACCACACATGGGAACTTCGCAGCGCCGTACTCGCCGGGGCTCTAACTGACACATATCTTGAGCCGAAGCAAGACCCGGATGGGGAATATAGCGCCTACCAGATTGAGTACGGGGCAGACGTCAACGCTACGCGGCGTCTAGATGGCCGGTGGTCCCTCGAAAAGAAGGAATCTAGGACGGTTCGGCAAGGCGACTCATACTACCTGCCGCCGCGAGCTGTGCATCGCACTCAGGTGCAGGCGTTTCCTACCGCAACCCTCGTTACTGCCAAAGACCTTGGTGGGCCGGGGCCGATGGTGTTTCTTCCTGGTGCTACATCGGAACTACCGGCAGGGGAACGGACTGAATTAGATGCCGAGTGGATGCAAGCTTGCTTAGCGCAAGCTGCTGAGTCCCTGTATCTTTAG MSNLKFTALAAGNILRGVSIDVALARAVLHEVSDVLSSVPCTKHPLGFAHVELTSLVEGPFRTRLHLWTRQTGAWADDLGSLHDHTWELRSAVLAGALTDTYLEPKQDPDGEYSAYQIEYGADVNATRRLDGRWSLEKKESRTVRQGDSYYLPPRAVHRTQVQAFPTATLVTAKDLGGPGPMVFLPGATSELPAGERTELDAEWMQACLAQAAESLYL NA NA NA NA NA D3-18_02817 1002 hypothetical protein TTGAGTAAGAAGAGATTTTTGGCTGAGACATTGTCTCTCGCCAAGGCAGACCCAGCTGGTGCGGTTACTGGTCTTGCCGGTGTAGTTGGAATTTTGGTCGCTCTAGCAGACCTGTTTACACCGTTTGAGTTACCAGACAATGTCCCGGATGAGGTCTTCCTTTTCGGGCTGTCGGCCTTTCTCCTGAGCGTCTACGGCGCTTCTCGCTTACGGCGGATCCGCGACGTTGCGGAAGCTAGCCGGGACACGCGGCACGATCTGCTTCTCAACCAGATCGCACAGTTGGTGAAAGAGGCCGAACTCCGTCAGGTTGCAAGTGGGGAAATTGGTGAGCTATTGCTGACGGAATTGCGCAGGACCTCTGGTTGGTGGTTCCGAGGGGGCTCCGGGCGCTGGTTCCGAGATCAGGTATTGCCGAACTTAGCCTTGCGACAAGAACCACAACCTGTTTCAGTCCAAATACTCGATCCCAGAGACGAGCATTTGTGCGAACGATACTCTTCCTACCGCAGTAAGCAGCGTGATCCTGCTGACCGGCGCGATGATGAATCTGATCCCCGAGCCATCCAGACCGACCTGCTCGCCTGCATACTGTCGACCTTTGTGTACGCCGCACACTCTCGGATAGCGCCGGAGGTAGTCCTTCTGCGCACCTATAGCCCATTGCGTATAGACATGGGGTCGAGCATGCTCCTTGCAACCGTGGCATCACAGACGGCCCCGGCTTTAATGGCTAGAAGCCATAGCTTCTACTACAAGAGCATTAGGGACGAATTCGAGAATGCGGCTCACGGTCATGGAGTCCTGGAGAGTTTAGTGCCCCTGCGCGACGTCCCAAAACCGACTGATATGACAGCAGACTCGGCCAAGGCAGTGCTCGAGGGATGCTATGTCACGTCAGGTGGCTTGGGTGAGCGTACCGCCCTGCTGTCAGGCTTTGCGGAGCCAGACGAGCTAGATTTCGACACCATCAACAGGAAGGCGTTCGGTGTCAAACCTTAA MSKKRFLAETLSLAKADPAGAVTGLAGVVGILVALADLFTPFELPDNVPDEVFLFGLSAFLLSVYGASRLRRIRDVAEASRDTRHDLLLNQIAQLVKEAELRQVASGEIGELLLTELRRTSGWWFRGGSGRWFRDQVLPNLALRQEPQPVSVQILDPRDEHLCERYSSYRSKQRDPADRRDDESDPRAIQTDLLACILSTFVYAAHSRIAPEVVLLRTYSPLRIDMGSSMLLATVASQTAPALMARSHSFYYKSIRDEFENAAHGHGVLESLVPLRDVPKPTDMTADSAKAVLEGCYVTSGGLGERTALLSGFAEPDELDFDTINRKAFGVKP NA NA NA NA NA D3-18_02818 423 hypothetical protein TTGGACTTCGACATACTCAGCAAAGTCATCGCAGCGATCGTCCCGCTTCTCGTCGCAGCACTTAGCCTCCTGGGCGGGCGTCGTTCAAACCGCGGCGAGATCAAGGAGGATCTCGAAATGTTGGCAGCGCTTCCCGAGGGTAGCGGCCTCAAGCCAAAGTTGGAAAAGATCGTGGAGACTCAGCTGGATCGTATCCAGAACGAGATCCACTACACGCGGAACTTACCAATGATTGTTGTGGCAATCGCCGGCTCAGGGATCTTCATCTATTTAGGCATCTACCTGTTCCAGCTCAACACCTGGTGGTGGACCATAGCCGCTGTGTTGTCAGTCTTGATGGCGTCCATCTTCATGTACGGCATCTTCGAAAGTGTCCAAAAGAAGGACAGACGAAAGCCCCCGACTCCCGCTTCTTCACAATGA MDFDILSKVIAAIVPLLVAALSLLGGRRSNRGEIKEDLEMLAALPEGSGLKPKLEKIVETQLDRIQNEIHYTRNLPMIVVAIAGSGIFIYLGIYLFQLNTWWWTIAAVLSVLMASIFMYGIFESVQKKDRRKPPTPASSQ NA NA NA NA NA D3-18_02820 1197 mgs COG0438 Alpha-monoglucosyldiacylglycerol synthase GTGACCATTCCCGACACCAACAAGCCCCTCACTATTCTGATCGCCGCGGATACCTACCCGCCGCACGTCAACGGTGCCGCACAGTTCGGCTACCGCCTGGCCAAGGGGATGACTGCACGTGGGCACAACGTGCATGTGTTGGCCTGCCGTCCGGACACGGGCAAGAGCTACACCGAGTTCCGCGACGAAGCCACCGTTCACCGGCTCCGCTCCCATGGTGTCTTCACCCACGAGTACTTCCGGATCTGCTTCCCGTGGGAAATCAAGAAGGAAATCAGCCTTCTTTTCGACAAGGTCCAGCCGGACGTCGTCCATATCCAGAGCCACTACATGATTGGCGAGCACGTCCTCTACGAGGCTGTTAAGCGCGGCATCCGGATTGTGGCCACCAACCACTTCATGCCCGAGAACCTCAACCCGTTCCTTCCGTTCCCGCAGTGGTTCAAGGACATCGTCGGCCGGATTTCCTGGAAGGACATGGGCAAGGTCATGGGGCAGGCGGACGTGGTCACAACGCCGACGCCGCTCGCTGCTAAGGCCATGCACCAGCACGCTTTCCTGCGCAAGGTCCTGCCCCTTTCCAACGGGATCGACTCTTCGGCCTACGAGCTCCAGCCCGGCGAAGTCATAGAGCCGCACGCCAACCCCACGGTCCTGTTCGTGGGCCGCCTTGCCGAAGAGAAGCACATCAACGTGCTGATCGACGCCGTGGCCAAAACCCCGCGCGAACTGAACGTGAACCTGGAAATCGTGGGTGGTGGCGAAGTCCGGCCCGCCCTTGAAGCCCAGGTTGCGAAACTTGGCCTAGGGGATCGGGTAAGGTTCCTCGGGCTTGCCAGCGACGAGGACCTTCGTGAGGCGTACATCAAGGCCGACATCTTCTGCATGCCCGGCACGGCCGAGCTTCAGTCACTGGTGACATTGGAGGCCATGTCTGCTTCCACTCCTGTGCTGCTGGCCAACGCCATGGCACTTCCGCACCTCGTTCGTGACGGGGAGAACGGCTACCTCTTCACCCCCAACGACAGCAACGGACTCGCTGCCCGGATCACCCAGCTCGTGGAGCTTCCCAAGGACGAGCTTGAGGCCATGGGCAAGCTGAGCCGCGAGATGGTGGAACCGCACAGCATCAACGGCACCCTCCAGACTTTCGAGGACCTTTACCGGGGCGCATCCTACGAGGACATGGTGGTGTGA MTIPDTNKPLTILIAADTYPPHVNGAAQFGYRLAKGMTARGHNVHVLACRPDTGKSYTEFRDEATVHRLRSHGVFTHEYFRICFPWEIKKEISLLFDKVQPDVVHIQSHYMIGEHVLYEAVKRGIRIVATNHFMPENLNPFLPFPQWFKDIVGRISWKDMGKVMGQADVVTTPTPLAAKAMHQHAFLRKVLPLSNGIDSSAYELQPGEVIEPHANPTVLFVGRLAEEKHINVLIDAVAKTPRELNVNLEIVGGGEVRPALEAQVAKLGLGDRVRFLGLASDEDLREAYIKADIFCMPGTAELQSLVTLEAMSASTPVLLANAMALPHLVRDGENGYLFTPNDSNGLAARITQLVELPKDELEAMGKLSREMVEPHSINGTLQTFEDLYRGASYEDMVV PGPT0023395_597 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-TEICHOIC_ACID_METABOLISM CE-EPS-LIPOTEICHOIC_ACID_METABOLIC_PATHWAY,PGPT0023395-mgs|bgsB-K19002 NA NA D3-18_02821 906 hypothetical protein ATGGTCTGGCTGGCGGTTTTTCTCGCGGTACTTGGTGCCTTCTTCCTCGCCATCGGCGCCCAGCGGCAAGGCAGCGCGGTAAAAGCTGACACCGGTGGCTTGGCGCTCAGCTCCAATGGGTTCCTGCGGCTCCTGCGTAACCCCCGCTGGATGCTCGGGCTGTTGTTCCTTGCCCTCGGTATGGTGATGAACGCTATCGCTTTGGTGTCTGCACCCCTCACAGTGGTGCAGCCCATCGGTGCCATCGCCTTGGTCATCACTACGGTGGTCAACGCCAAGGACCAAGGCCTCAGCATCAACCGCGCCACTGTGGTGGCCATCAGCGCCTGTGTCACGGGTTCAGCGCTGTTCGTGCTGCTGGCAGTCAACGTCACGCAGGAGAACCATCACGTAAATAGCGACGACGAACTGACGATTGTTCTCCTACTGGCTCTCGCCGTGGGCATTTTTGGCACGCTGGCCGTGATGTTTAAACACCGCATGAGCGCCTTTATCTACATCCTGGGGGCCGGTGTCCTGTTCGGCTTTGTCGCCGTGCTGACCCGCATTATCGGCAAACACTTGCTCGATCCCAATGGCCTGTTCCTGCTCAATGTCCAGTGGTACACGCTCATTGCCATTGTGGCCGCCGGAGGACTGGGCTCCTGGTTCGTTCAGAGTGCATATTCCGGTGGTCCACCTGATCTGGTCATCGCAGGCCTGACCGTTATCGACCCCATGGTGGGCATCGCAATCGGCATCGTGATCCTTGGTGAACTTCGTCCCGATGTCCACGCCGTGATGGCCATCGCCATGGCCACGGCCGCTACGCTTGCTATCGTGGGGGTTATTGCCCTGAGCCGGCACCATCCGGAAGTCACCAAACGCAAGAAGGACGCGAAAGCGGCTGCCAACCGGAAGGCTTAG MVWLAVFLAVLGAFFLAIGAQRQGSAVKADTGGLALSSNGFLRLLRNPRWMLGLLFLALGMVMNAIALVSAPLTVVQPIGAIALVITTVVNAKDQGLSINRATVVAISACVTGSALFVLLAVNVTQENHHVNSDDELTIVLLLALAVGIFGTLAVMFKHRMSAFIYILGAGVLFGFVAVLTRIIGKHLLDPNGLFLLNVQWYTLIAIVAAGGLGSWFVQSAYSGGPPDLVIAGLTVIDPMVGIAIGIVILGELRPDVHAVMAIAMATAATLAIVGVIALSRHHPEVTKRKKDAKAAANRKA NA NA NA NA NA D3-18_02822 624 pgsA2_2 COG0558 Putative cardiolipin synthase ATGAGATTGATCGGAGCTGGGTCGAACCCCGACCGGCCGCAGGTCGATCATGACCTCATCTTCACTGTCCCCAACATCCTTACGGTCCTTCGCTTCATGGGTGTCCCGCTGTTTGTCTGGCTCGTGTTGTCGGAGCAGGAGTACGGCTTCGCGGTGCTGGTGCTGGTGGTCATGGGCAGCACCGACTGGGTGGATGGCTACATCGCCAGACGCTTCGACCAGACTTCCAAGCTTGGCCGGATCCTGGATCCGATGGCCGACCGGGCCGCCCTCCTGGCCGTCGCGTTCACGCTGGCGATTGCCGGCGTCGTGCAGTGGTGGTACCTGGCCGCGCTGCTGGTGCCTGACGCCGTCCTGGCCATCGCATCTTTCATCTACTTCCGCAGCCATCCGGACCTACCGGTGAGCGTCATCGGAAAAATCCGTACGGCGCTGCTGCTGGTTGGCACGCCGTTGCTTGTCCTGTCCAAGCTGCCCATTGCTTTTACCGAGGTCTACTTCGTGGCTGCTTGGACGTTCCTGGGTTTCGGCCTGATCGGCCATTGGATTGCGGCCTACAACTATTTTTGGGCCATCTTGCGTAAGGGTAAAGAATTGAAAACCGACGACGGCGGACGAGGCTGA MRLIGAGSNPDRPQVDHDLIFTVPNILTVLRFMGVPLFVWLVLSEQEYGFAVLVLVVMGSTDWVDGYIARRFDQTSKLGRILDPMADRAALLAVAFTLAIAGVVQWWYLAALLVPDAVLAIASFIYFRSHPDLPVSVIGKIRTALLLVGTPLLVLSKLPIAFTEVYFVAAWTFLGFGLIGHWIAAYNYFWAILRKGKELKTDDGGRG PGPT0007735_862 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_CARDIOLIPIN_SYNTHASE_ACTIVITY,PGPT0007735-pgsA-K08744 NA NA D3-18_02823 849 hypothetical protein ATGAGTGGACGTCACACCGGCCGGCCCAGTCAAGGACCAGCCATTCGTACTTTGCCGAAGACCCTCAAGCTCGTAGCAAGGCTGGCTCCGAGGCAACTCAACGACGAAATCGCCCTGGCGAAAGTAGAACTCAAGCGTAAGGCCACTCAGGTTGGCATCGCTGGTGCCTTCTTCGGAGTGGCGCTTGTCTTCCTGGCGTTACTGGTGATCGCGCTGGTTGTCGCAGCGATCCTTGGTCTGGCCACCATCATGCCCGGCTGGCTCGCGGCACTCATTGTTGCAGCCTTCTTCCTGGTGATTGTGGCAATCGCATCCCTGATCGGCATCGCTAAATTCAAGAAGGCCATGCCCCTGGTCCCCGAAGACACCATCCGTGGGATCAAGCACGATCTCGGAATCGCCAAGGAAGGTTCCGACTTCGACGAGTCGATCCTGGATCCCAATTCGCCTGCAGCCAAGGCAGCCAAGGCTGAAAAGGAAGCGGCAGCAGAGAAGGCCAAGGCAGAAAAGGCTGCAAAGGAAGCCGCCAAGGAAGCAGACGCCGTCAAGGCGCCTACCGAAGCTGAGCTTCGCTCGCGCCTGAAGCGGCGCCGTGAACACCTGACCGGTGTCCGCGACGAACTTGGTGAACAGCTGGACGTCAAGAAGCAGGGCCAGGCTTTGCTGGAAAGCGCCAACGGAAAGTTCCAAGAGGGCAAAGAGTTCGCTGCCGCGAAGTTCGCCGACCTCGGAGACTCCGTTCCCGAAAGCCTCACCGAACGGCTCGCCGCCCGGTGGAAGGACCTCGCGGCGTTTGCCACTGCCGCCGTGGTCTTCGTTGTTGCGCTTCGGAAGTTGCTGAAGAAGTAG MSGRHTGRPSQGPAIRTLPKTLKLVARLAPRQLNDEIALAKVELKRKATQVGIAGAFFGVALVFLALLVIALVVAAILGLATIMPGWLAALIVAAFFLVIVAIASLIGIAKFKKAMPLVPEDTIRGIKHDLGIAKEGSDFDESILDPNSPAAKAAKAEKEAAAEKAKAEKAAKEAAKEADAVKAPTEAELRSRLKRRREHLTGVRDELGEQLDVKKQGQALLESANGKFQEGKEFAAAKFADLGDSVPESLTERLAARWKDLAAFATAAVVFVVALRKLLKK NA NA NA NA NA D3-18_02824 1224 bcr Bicyclomycin resistance protein GTGACCTCTCCCATTGCTCCGGGCGATTCTCTGAGCCGACGCGAAAAACTTGTCTACATTCTCCTGCTGGGTGCACTGACTGCCCTGGGTCCTTTCACTATCGACCTGTATCTTCCGGCGTTCCCCGCCTTGGAAGAGAGTTTTGATGTATCGGCGGCAGCAATCCAGCTCACGCTGACCGGGACAACGGTTGGCTTCGGGCTCGGCCAGCTATTGGTGGGTCCCTTCAGTGACAAAGTGGGTCGCCGGCTGCCCTTGATCCTGGCGACGGCTGTGCACATCGGCTCTTCGCTCGGGGCGGCACTGGCCACGGACATCGGGATGCTCTCCTTGTTCCGAGTGCTCATGGGAATTGGTGCTGCCGGAGGTGGCGTGGTGGCCATGGCCATGGTCCGGGACCTCTTTCACGGCTACTCCATGGTCCGGATGTTTTCAAGGATGTCACTGGTCAACGGCCTGGCACCGATCCTGGCGCCGGTCATCGGATCCCAACTGCTGCTCGCGTTTCCCTGGCCGGGCATCTTCTACTTCCTGGCGGGCTATGGCTTGCTGGTGATCCTTGCCTCCATCTTCTTCATTCGGGAGACACTTCCGGCAGACCAGCGTGGAAAGTCCACCATCACGGCTGCTCAACGCTATAAGACCGTCCTCACGGACAGGATTTTTGTGGGCATGGTGCTCGTGGGAAGCCTGAACTTCGGCGGGCTTTTCGCCTACCTCTCGGCTTCCACGTTCCTCTTTCAGAACGTTTACGGCTTTTCACCGCAGGAATACGGGATCCTGTTCGGCATCAACTCCCTGGGCATCGTGGCCGGCGTGCAGATCAGTTCGCGCCTGATCCGGCGGGTGGCCCCGCAGTGGATCGTGGCGGGAGCCACGGTGTTCATGCTGTTCACTGCCCTCCTGATCGTGGTGCTTGACCTGTTCCACGTGGGGCTGTGGGGAATCCTCATTCCGTTGTGGTTCTACATCTGCGCAACCGGCTTCATGTTCCCGTGCGTTCAGGTCCTGTCCCTGGCCAACCACGGCGCACAAGCAGGCACCGCTGCTTCTCTCCTGGGCGCGTCCCAGTTCATGATGGCCGGAATTGTACCGCCGGTCGTCGGTTGGCTGGGTGTCAGTTCCGCCGTCCCCATGGGTGCCGTCATGGCCGCCTGCATCACCGGCGCGATCGCCGCGTTGTGGCTGGTAGTGCGGCCCGGATCTGTTCCATCCATCCATTAG MTSPIAPGDSLSRREKLVYILLLGALTALGPFTIDLYLPAFPALEESFDVSAAAIQLTLTGTTVGFGLGQLLVGPFSDKVGRRLPLILATAVHIGSSLGAALATDIGMLSLFRVLMGIGAAGGGVVAMAMVRDLFHGYSMVRMFSRMSLVNGLAPILAPVIGSQLLLAFPWPGIFYFLAGYGLLVILASIFFIRETLPADQRGKSTITAAQRYKTVLTDRIFVGMVLVGSLNFGGLFAYLSASTFLFQNVYGFSPQEYGILFGINSLGIVAGVQISSRLIRRVAPQWIVAGATVFMLFTALLIVVLDLFHVGLWGILIPLWFYICATGFMFPCVQVLSLANHGAQAGTAASLLGASQFMMAGIVPPVVGWLGVSSAVPMGAVMAACITGAIAALWLVVRPGSVPSIH PGPT0029005_1774 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 D3-18_02825 180 hypothetical protein ATGACTAATAAACCGCACCGCAACGGCAGGGGCTTGTTCCTCGGTGCTTTGCTCGGCGCCGTCGCCGGTGCACTTCTCGGTCGCGCCGCGGGCAGTGCGCTGTTTGGCGCCATCCTGGGTGCCGTGATCGGCGCCGCTGTGCTGTACCGCGTGAATCCTGGCCCTTGGAAGCGGGACTAG MTNKPHRNGRGLFLGALLGAVAGALLGRAAGSALFGAILGAVIGAAVLYRVNPGPWKRD NA NA NA NA NA D3-18_02826 2526 hypothetical protein ATGAGCACGGCTGTTGGATTTCGGGGCAATGTGCGCGGGCTGGCAGCCGTGCGGAGGTTGCCACTGACCCTGGCTCTCGTAGTGCTCTTCTGGGTGCTGGGTGCCGTCTCCGGCAGCATCCTCAACGGGCCCGGCCAAGCCTTGTTGGATCAAGTAGGAATCGGCCTGGCGGTGGAACCCGGACCGTGGTGGTCCATCTTCACGTCAGCATTCTTCGCCTCCTCCTTGCTGGATTACCTGGCCTGTACAGCCGCGATCCTGGTAGGCGTCGGCATTGCCGAACGCGTCATGGGCCCTTGGCTGGCTCTGGCTGCCTTCATAGCCGGTTCAGCCCTTAGCGCCCTGGTTCTTGTGGTCCTGGTGACCTTCGGAACGGACGCCAGCGACCAGTGGCTGAGTTTTCTGGGCGGCGAATATGTGGTGGGTGCTTATGGCGGCGCTGCCGCTGCGTTGGGATGCTCGACGGCGGCGCTCGAGGCTTTGTGGCGTCGCCGCCTGAGGACGTGGCTGCTCGCCGCCACGCTGATGTTTGCCCTGTTCGTAGGCGTTGCCCAGACCCTGCAGGCACTTGCCGGAGCCGTGATCGGCATCCTGGTCGGTTGGGCCATCCAGTCGCTGGTGCTACGCCGCCGGGCGGGATCGCTCCACTCCTCAAGCCTTCGGGAAACGCGTTTCCTGGTGGGCACCGTGGTGGGTGTCTTCGCGGTTGGACCTTTGCTCACGCAGCTGACCGGAACGTGGGAAATCGGGCCCCTCTCCGTTGTTTCCGAGGTCATGCTCCAGGCCAGTCCCGACGCGGATGAGGTTCAGGAAGCGTGCAACAACGACACCAACTGTGTCACCTTGCAGAGCATCGTCGGCGTCCAGAGCTTCGGAGCGGCAATCCTGACACTGATTCCGGTCCTTCTGCTGCTCGTCTGCGCCGAGGGGCTCCGGCGCGGCCGTCGGCTCGCCTACAGGCTGACGCTCGTTATCCAGCTGTATCTGGCTGCCGTGACCGTTCTGTCCATCGTCCAGTACGTTACAGATCCGGACGTCACGTTAGGCGACGACGACTTCGCGTACCTCCTCCTGTACGCGGTCCCCGCGGTCCTCGCCCCTGTCATCATCGTGGTGCTGCTGCTGATAAACCGGCATAAGTTCAGGGTCGAATCGAGCGACGCCGGTTACCGGGTCCTCGGCAAGACCTCGCTCATCCTCGCCGTCGCGGCCGTGATCTTCTATGTCGCGTTTTGGTTCATTGAAGGCAACCCGGGCCGCTCTACGTTGTTGGATCTTGCCGGGCAGCTGACACATATCCTGGTTCCCTTCCCTGTCCCGTTCGTGGTGGCTCTCCCGCAAGGCCTGCTGAGCACAGTGGTCTACGGACTGGGCGGGGACATCATTTGGCTCTGCATCCTTGTACTTGTCCTGAATAACTTCCGTCGGTTCCGGATGCTCGCCACTGATCCGGCAGCAGACCTGGGCCACGCCAAGGAGCTATTGCATGATGGCGGCGGATCGTTGTCCTGGATGGCGCTGTGGGACAACAACCAGTACTGGTTTACCCCGGACAGGAAGGCCGGCGTTGCGTATCAGGTCCACAACGGTGTGGCCCTCACAGTTGCGGGGCCCTTTGGCGCAAGCGAACTCCATGCCGGAGCAGCCACGGGTTTCGTAAAGCACTGCTCCAGCCTTGGGTTGATTCCGTGCTTCTACTCAGCCACGGCAGAGCTCGACGCTGCGCTGCTCCCCCATGGCTTCAGGAAACTGGAAGTGGCGGAAGAGACACTCCTCAACGTCCAGGCCATGACCTTCAAGGGGAAGGAATGGCAGAATGTCCGCACGGCCCTGAACCGCGCAGACAAGCTCTCCATCAAGGATCACTGGTACAGCTACCCCGGGATGCCGCCGGGAATCAGGGCACAGCTCGCCGAGATTTCCGAAGAGTGGGTGGCTGATAAGGCACTTCCTGAGATGGGCTTCACCTTGGGTGGCTTGAACGAACTCAAAGACCCCGAGGTGCTCTGCTGTGTGGCCGTGGATGATGACGGCCTGGTCCATGGAGTCACCAGCTGGCTGCCCGTCTTCAGCGACGGGGTCATCTCAGGGTGGACCCTGGACTTCATGCGCCGCCGCACCACAGGCTTTAAGGGCGTCATGGAGTTCCTCATCGCTTCTGCCGTGACGCACTTCAAAGAAGAAGTACCCCAAATCTCGTTGTCCGGATCTCCGCTCGCCAATACGGGCGCCGAGGCAGGAGCCGATGTCGGCGAGGGAGACCACAGCGCTCCGGACCACAGCACCCTGGACCGCGTCCTTGCGCTGCTCGGGAACGCGCTGGAGCCCATGTACGGCTTCAAGTCGTTGGCCGCCTTCAAGTCGCGGTTCCAGCCTGAGCATCGCACCTTGTACATGTACTACCAGGATCCTTTGGCCTTGCCGTCCATCGGTATCGCCGTGGGTTCCGCCTACCTGCCGGGACTCTCCCCCGCACAAAGCGCGGGGCTGTTGCGGCAGATGGTGGCCAAGGAGCCCGCCGCATGA MSTAVGFRGNVRGLAAVRRLPLTLALVVLFWVLGAVSGSILNGPGQALLDQVGIGLAVEPGPWWSIFTSAFFASSLLDYLACTAAILVGVGIAERVMGPWLALAAFIAGSALSALVLVVLVTFGTDASDQWLSFLGGEYVVGAYGGAAAALGCSTAALEALWRRRLRTWLLAATLMFALFVGVAQTLQALAGAVIGILVGWAIQSLVLRRRAGSLHSSSLRETRFLVGTVVGVFAVGPLLTQLTGTWEIGPLSVVSEVMLQASPDADEVQEACNNDTNCVTLQSIVGVQSFGAAILTLIPVLLLLVCAEGLRRGRRLAYRLTLVIQLYLAAVTVLSIVQYVTDPDVTLGDDDFAYLLLYAVPAVLAPVIIVVLLLINRHKFRVESSDAGYRVLGKTSLILAVAAVIFYVAFWFIEGNPGRSTLLDLAGQLTHILVPFPVPFVVALPQGLLSTVVYGLGGDIIWLCILVLVLNNFRRFRMLATDPAADLGHAKELLHDGGGSLSWMALWDNNQYWFTPDRKAGVAYQVHNGVALTVAGPFGASELHAGAATGFVKHCSSLGLIPCFYSATAELDAALLPHGFRKLEVAEETLLNVQAMTFKGKEWQNVRTALNRADKLSIKDHWYSYPGMPPGIRAQLAEISEEWVADKALPEMGFTLGGLNELKDPEVLCCVAVDDDGLVHGVTSWLPVFSDGVISGWTLDFMRRRTTGFKGVMEFLIASAVTHFKEEVPQISLSGSPLANTGAEAGADVGEGDHSAPDHSTLDRVLALLGNALEPMYGFKSLAAFKSRFQPEHRTLYMYYQDPLALPSIGIAVGSAYLPGLSPAQSAGLLRQMVAKEPAA PGPT0024390_984 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHATIDYLGLYCEROL_LYSYLTRANSFERASE,PGPT0024390-mprF|fmtC-K14205 NA NA D3-18_02827 1284 hypothetical protein ATGAACGACCTCCTGAAGGTAGAAATCAGTGGACCTGTGGTCATGACGATTGCCGGGGTGATCGGCGTCGGGTTCTTCCTCCTGCTGTTCCTTAGGCCGTCAGCGCGCTGGGCCCTGACCGCGATCACCGCCGTCGTGGTGGCAGCGCTGGTGGGATGGCTGACGGTGTGGATCGTGGAGGACGTGATGGATGTCTTCCACGTGGGGCTGACACCGCGGGTGTGGTTCTGGGCGATTTCCTGCTTCGCTGCCCTGGGTCTCGCCGTGGTCAGCTTCCGCCATAGCCCACGGTGGCGCAAAGCGGTGGCCGCGGTATCCGTTCCAGTGTTCGTGGTGGTCGCGGCCCTTGGCATCAACACGGAGTTCGGACTGAACAAGACCTTGGGCTCGGCATTGGGAATCTCTACGGAGGACGCCATTCAACTGGCCAAACCGGACCCGGACGCCTCCATTCCGGCCGGTCCCCTGTGGCAAAGCTGGAAACCCCCGGCCAACATGCAGGCGAAGGGCGAAGCGGGCACCCAGGTCATTCCAGCCACCGCCTCCGGTTTCGACGCCAGGCCCGCCGGCATCTACTTGCCCCCTGCCGCCCTGACTGCCAATCCGCCTAAGCTGCCCTTGTTCGTCCTCATGATGGGCCAGCCGGGACTCCCCGATCCCCAGTACGTTTCGGCCGCATTGGATGAGTTCGCGGCCAAGAACAACGGGCTGGCCCCCATAGCGATCGTCGCGGACCAGATAGGTCCGGACCAGAATGACACGCTCTGCCTGGACACCGCGAAGTACGGCAACGTGGAGAAGTACATCAACGAGGACGTGGTGAACTGGGCCAAAGCCAACTTGAACATCCTCCCCGACCGCGAACACTGGACCATCGCCGGGTACTCCAACGGCGGCCAATGTGCCATTTCCTTCGCGGTCAAATACCCGCAGATGTGGGGCAACGTGGTGGACATCTCCGGCGAAGAGTTCCCCGGTGCGGAGGATCCGGCCGGCAACCTCGCAACGATCTTCAACGGCAACCAAGCTGCCTACGATGCCCAGAAGCCCATCAACATCATGAAGGGGAAGCAGTTCCCCAACACAACGGCAGTGTTCACCGTAGGTTCGGACGATACTACGTACGTGGCGGCCGCCAAAGCAGTCTCCGCAGCAGCCCGGGATGCAGGGATGACGGTGACGTACTACGAGGTGCCCAATGGCGGTCACGTGGGCCTGGCGCTGAACGCGGGACTTACCAAAGGCTTTGAGGTTCTTTATCCGAGGCTGGGCCTGTCCCAGTAG MNDLLKVEISGPVVMTIAGVIGVGFFLLLFLRPSARWALTAITAVVVAALVGWLTVWIVEDVMDVFHVGLTPRVWFWAISCFAALGLAVVSFRHSPRWRKAVAAVSVPVFVVVAALGINTEFGLNKTLGSALGISTEDAIQLAKPDPDASIPAGPLWQSWKPPANMQAKGEAGTQVIPATASGFDARPAGIYLPPAALTANPPKLPLFVLMMGQPGLPDPQYVSAALDEFAAKNNGLAPIAIVADQIGPDQNDTLCLDTAKYGNVEKYINEDVVNWAKANLNILPDREHWTIAGYSNGGQCAISFAVKYPQMWGNVVDISGEEFPGAEDPAGNLATIFNGNQAAYDAQKPINIMKGKQFPNTTAVFTVGSDDTTYVAAAKAVSAAARDAGMTVTYYEVPNGGHVGLALNAGLTKGFEVLYPRLGLSQ NA NA NA NA NA D3-18_02828 315 hypothetical protein GTGACCAGTCCCCAGTCGGCCGCCCTCTACGCCGCCGGGCTCTTTACAGACGACCGTCGCCGCCCCATTGCCCAGTGGTATAACCCCGAAACGGACGCCGCGCTCCTGGTCGCGCCGGAGACCTCCCCTGAATGGCCGGTCCAGCGCTTCGGCATCTTCTATGCCCCACCAGGCGGTGGGTTCACCCGTGTCTACTCGGCGCCCCACGAGTGGCATCCCCGCGAGCCCAGGACTCCTCCTACCGAGCAGGATTCGTTCCTGGCCGCAGTGGCCGAGGCAGCCCGTTTCCTGCAAGTGGAGATGGATTTCGTCTGA MTSPQSAALYAAGLFTDDRRRPIAQWYNPETDAALLVAPETSPEWPVQRFGIFYAPPGGGFTRVYSAPHEWHPREPRTPPTEQDSFLAAVAEAARFLQVEMDFV NA NA NA NA NA D3-18_02831 1899 dnaG COG0358 DNA primase GTGGCTGGCCTGATCAAACGTGAAGATATCGACGAAGTACGCCAGCGCACGGATATCAAGGAAGTCGTTGACGGTTACGTCACGCTCAAGGGCGCCGGCCTGGGTAGTTTCAAGGGACTGTGCCCCTTCCACGACGAACGTTCTCCCTCCTTCACAGTCCGCCCGCAGGTAGGCAGGTACCACTGCTTTGGCTGCGGTGAGGACGGCGACGCCATCTCCTTCGTGCAGAAAATGGACCACAGCTCCTTCCATGAAGCCGTGGAGAAACTTGCCGCCAGAATCGGCTACGAGCTGCGCTACGAGGACGGCGGCACCGGCCCCAGCCGCGAGGAAGTGGGCAAACGGCAGCGCTTGCTGGATGCCCACAAGATCGCCGATGAGTTCTTCCGCGCCCAGTTGCTGACGCCCGGAGCAGCCGAGGGGCGCAACTTCCTGGATGGCCGCGGTTTTGACCGCGCTGCCGCAGAGCATTTCGGCGTAGGCTATGCGCCCCAGGGCTGGGACGCCCTCCTGAAGCACCTGCGCGGCCGTGGGTTCACTGATGCCGAGTTGAAACTCACAGGCATGTTCTCCGAAGGTAACCGCGGAATTTACGATCGCTTCCGCGGCAGGCTGATCTGGCCAATCCGGGACATCGCGGGCGACACCATCGGGTTCGGTGCACGCAAACTCTTCGAAGACGATCAGGGCCCCAAATACCTGAACACCCCTGAGACCACGCTCTACAAGAAGTCCCAGGTCCTGTATGGGATCGACATCGCCAAGCGGAACATCGCCAAGGAACGGCAACTGGTCGTGGTCGAGGGGTACACGGACGTCATGGCCTGTCACCTCGCAGGGGTCGCGACGGCGGTGGCCACCTGCGGTACTGCCTTCGGTACCGAGCACATCAAAGTTGCCCGGCGGCTGCTCTCCGACGACGGCAGCGGGGGAGAGGTCATCTTTACCTTCGACGGCGATGCCGCCGGCCAGAAGGCGGCTCTGCGGGCTTTCGAGGAAGACCAACGCTTCACCGCCCAGACGTACGTCGCAGTGGAGCCCTCCGGCGCCGACCCCTGTGATCTTCGCCAACTAAAGGGCGACGCCGCGGTCCGTGAACTCATCAGCACCCGCAAGCCACTCTTCGAGTTCGCTATCCGGGCCACTCTCCGCCGCCATAATTTGGATACCGTGGAAGGCCGTGTGGCTGCCCTCCGGGAAGCCGCCCCCGTGGTGGCACAAATCAGGGATTCCGCCACCCGGCCTGGCTATACTCGCAACCTGGCCGGCTGGTTGGGCATGCCCATTGAGGAAGTCAGCGGTTACGTTGGAGCAGCTGCCAAGCGGGCCGCTTCCGGCAGTGGCACCGCTGGCGCCAGCTCTGCAGGCCCCGCAGGACAGGCGACGACGGCGGCAGCACCGCCGTCGAGCGGCCCGGTCTTCCAGCGGCCCGACCCCAGGGACCCCGTGGCCGGTATGGAACGCCAAGCGCTTGAGGTTGTCCTCCAAGAGCCGGGAGTGCTGGGCGGGGGAGCCTGGGAACGCTTCGAGGCCTCACACTTCACCACGCCTGCTTATGCGGCTGTCCACACCGCCGTGAGGGCCGCCGGCCTCGCCCACTCGGATGACCCTGTGGCCTGGGTGGAACAGGTCCGCCAGGAAGTCCCTGAGCCGCTACGGCCTTTGGTCTCGGAGCTGGCCGTAACGCCCTTGCCGGCGAGCACCCCCGAGGCCATGCAGCGATATTGCCGCGACATCCTGGCCCGCCTCTTCGAATTGCAGATCACCCGGATCAAGGCAGACAAGATGGGGCAGCTGCAGCGCTTAGATGCAGGAGCCAACCCGGAGGAATTCCAGCGGCTGAACCGGGAGCTGATGCAGCTCGAGATGGAGCGCAGGGCGCTTCGTTCGGACGGCTGA MAGLIKREDIDEVRQRTDIKEVVDGYVTLKGAGLGSFKGLCPFHDERSPSFTVRPQVGRYHCFGCGEDGDAISFVQKMDHSSFHEAVEKLAARIGYELRYEDGGTGPSREEVGKRQRLLDAHKIADEFFRAQLLTPGAAEGRNFLDGRGFDRAAAEHFGVGYAPQGWDALLKHLRGRGFTDAELKLTGMFSEGNRGIYDRFRGRLIWPIRDIAGDTIGFGARKLFEDDQGPKYLNTPETTLYKKSQVLYGIDIAKRNIAKERQLVVVEGYTDVMACHLAGVATAVATCGTAFGTEHIKVARRLLSDDGSGGEVIFTFDGDAAGQKAALRAFEEDQRFTAQTYVAVEPSGADPCDLRQLKGDAAVRELISTRKPLFEFAIRATLRRHNLDTVEGRVAALREAAPVVAQIRDSATRPGYTRNLAGWLGMPIEEVSGYVGAAAKRAASGSGTAGASSAGPAGQATTAAAPPSSGPVFQRPDPRDPVAGMERQALEVVLQEPGVLGGGAWERFEASHFTTPAYAAVHTAVRAAGLAHSDDPVAWVEQVRQEVPEPLRPLVSELAVTPLPASTPEAMQRYCRDILARLFELQITRIKADKMGQLQRLDAGANPEEFQRLNRELMQLEMERRALRSDG NA NA NA NA NA D3-18_02832 1317 dgt COG0232 Deoxyguanosinetriphosphate triphosphohydrolase-like protein ATGGGAACCGAAGCGATACTTGGCCAAGACGGGACGGCTCACGATTTTGTGCTGGCCATCCCCGGTTACGTCGAGGCAGATTCCGCGCGATGGGTCGAAGAGCCGCGCAAGAGCAACTATCGCTCGGATTTTGAACGGGACCGCGCGAGGGTCCTGCACTCCTCCGCGTTACGCAGGCTCGGTGCCAAAACGCAGGTAGTTGCCCCGGACACGGATGACTTTGTCCGCACCCGGCTTACGCACAGCCTCGAAGTCGCCCAAGTGGGCCGCGAACTTGGCCGCTCCCTGGGGTGCGATCCGGACGTGGTGGACACTGCGTGCCTGAGCCACGATCTTGGACATCCGCCCTTCGGCCATAACGGTGAGTCTGCGCTGAACGAAGTAGCGCACACGATTGGTGGTTTCGAAGGCAACGCCCAGACCCTGCGGCTGCTGACGCGGCTCGAACCCAAAGTACTCGCCGAGGACGGCAGGCCGGCAGGGCTTAACCTGACCCGTGCCAGCCTGGATGCTGCGTCCAAATACCCGTGGTCCGCCGTCGACGCCCCCGTCATCCATGGCCACCGCACCAGTAAGTTTGGCGCGTACGAAGACGATCTTCCGGTGTTCGAATGGCTCCGGGAAGGCGCTCCGGGCAACCGTTCGTGCATCGAGGCCCAGGTGATGGACCTTGCCGACGACATTTCGTACTCCGTACACGACGTCGAGGACGCGATCGTTGCCGGCCACTTCCAGCTCAAATGGATGGAAAACCCGGACCATCGTGCGCGCGTGGTGGGGTACACCAAGCAGTGGTACCTGCCACACAACGATCCCGCCGAAATTGATGCCGCCCTTGCGCGGCTGGAAGCAACCAAGGTCTGGGTCCGCGAAGCTGATGGCAGCCGGAAATCCATGGCTGCCTTGAAGGACATGACCAGCCAACTGATCGGCCGCTTCTGCCAGAGCGCCATGGAAACAACGCGCGCTCACTTCGGACCAGCCAATCTGACCCGCTACGACGCTGAACTCATGGTCCCCGAGGACACTGTCACCGAGATTGCGGTCCTCAAGGGCTTGGCCACCACGTTCGTGATCTCCACCGATCACCGTCAGCCGGTGTACGAGCGCCAACGCGAAGTGCTGCATGCACTGGTGGGTGTTTTGAACGCCACGGGCGACCGTCACCTGGAGCCAATGTTCGCCTCGGACTGGCGTGACGCCGTCGACGACGGTGCGCGGCTGCGCGTAGTGATCGACCAAGTGGCGTCGCTGACGGATGTGTCGGCGTTGGCTATGTACGAGCGGCTCGTGGGCAGCCTCCCGTCGCTCTGGTAA MGTEAILGQDGTAHDFVLAIPGYVEADSARWVEEPRKSNYRSDFERDRARVLHSSALRRLGAKTQVVAPDTDDFVRTRLTHSLEVAQVGRELGRSLGCDPDVVDTACLSHDLGHPPFGHNGESALNEVAHTIGGFEGNAQTLRLLTRLEPKVLAEDGRPAGLNLTRASLDAASKYPWSAVDAPVIHGHRTSKFGAYEDDLPVFEWLREGAPGNRSCIEAQVMDLADDISYSVHDVEDAIVAGHFQLKWMENPDHRARVVGYTKQWYLPHNDPAEIDAALARLEATKVWVREADGSRKSMAALKDMTSQLIGRFCQSAMETTRAHFGPANLTRYDAELMVPEDTVTEIAVLKGLATTFVISTDHRQPVYERQREVLHALVGVLNATGDRHLEPMFASDWRDAVDDGARLRVVIDQVASLTDVSALAMYERLVGSLPSLW PGPT0021495_1739 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021495-dgt-K01129 NA NA D3-18_02833 1113 dus COG0042 putative tRNA-dihydrouridine synthase GTGGACACCCCGGTAATCCTTGCCCCCATGGCGGGTATCACCAACTCTGCCTTCCGCAGGCTCTGCCGTGAATATGGTGGCGGCATGTACGTGGCTGAGATGGTGACCTCGCGTGCCTTGGTGGAGCGCACGCCGGAATCGTTGCGCATCATCTCGCATGATGAGGACGAGAAAGTCCGGTCCGTGCAGCTCTATGGTGTGGATCCGGTGACAGTGGGCGCCGCAGTGCGGATGCTCGTGGAAGAGGACCGAGCTGATCACATCGACCTCAACTTCGGCTGCCCGGTGCCCAAGGTTACCCGGCGCGGTGGCGGATCGGCGCTGCCTTGGAAGATCGATCTCTTTACCTCCATTGTCCAGACCGCGGTCAAGGAAGCGTCCAAGGGAGATATTCCCCTGACGATCAAGATGCGCAAGGGCATCGACGAGGACCACCTGACGTACCTCGACGCCGGCCGCATCGCCCGCGACGCCGGAGTGGCCGCTGTTGCCCTCCACGGCCGGACCGCAGCCCAGTTCTATTCCGGCCAGGCCGACTGGTCTGCCATTGCCCGGCTCCGTGAGGCGCTCCCTGACATCCCTGTGCTGGGCAACGGCGACATTTGGTCCGCCGAGGACGCAGTCCGCATGGTGCGGGAGACCGGCGTAGACGGTGTGGTGGTGGGCCGTGGATGCCAGGGCAGGCCATGGCTGTTCGGTGACCTGCAGGCCGCCTTCGAAGGCAGCGAGCAGCGGCACCGCCCGGGCCTTCGCGAAGTTGCTGAAGGCGTCTATCGTCACGCCGAGCTCATGGTGGAAACGTTCGGGAACGACGAATACAAGGCGCTCCGCGAGATCCGCAAGCACATGGCCTGGTACTTCAAAGGCTACGTAGTGGGCGGCGAGCTCCGCGCAAAGCTGGCCACCGTGCCCACCCTTGAGGTGTTGCGCGAATACCTTGATGAACTGGATATGGAGTCGCCTTACCCAGGAGTCGATTCCGAGGGCCCCCGCGGCCGCGCAGGCTCGCCCAAGAAGCCTGCCTTGCCTAAGGACTGGCTGGTGAGCCGTCAGCTGAACGCTGAACAGAGCGCTGATATCTCGGCCGCGGAGCTGGACGTTTCGGGCGGCTAG MDTPVILAPMAGITNSAFRRLCREYGGGMYVAEMVTSRALVERTPESLRIISHDEDEKVRSVQLYGVDPVTVGAAVRMLVEEDRADHIDLNFGCPVPKVTRRGGGSALPWKIDLFTSIVQTAVKEASKGDIPLTIKMRKGIDEDHLTYLDAGRIARDAGVAAVALHGRTAAQFYSGQADWSAIARLREALPDIPVLGNGDIWSAEDAVRMVRETGVDGVVVGRGCQGRPWLFGDLQAAFEGSEQRHRPGLREVAEGVYRHAELMVETFGNDEYKALREIRKHMAWYFKGYVVGGELRAKLATVPTLEVLREYLDELDMESPYPGVDSEGPRGRAGSPKKPALPKDWLVSRQLNAEQSADISAAELDVSGG NA NA NA NA NA D3-18_02834 1497 hypothetical protein ATGGGCCACTCCCACGGTCATTCTGAAAATTCCGAGCCAACGCCGCAGGCTCTTGCATCGCGGAAGAGGGCCAATTGGATCCTGGCGGCCATACTTGTCCCGCTGGGCGTCCTGACGCTCGTGGCCATGATGGTCATGTGGCCCTCCGGCAGTCGGGAAGGGATCTCGTTCTCGAGCCCGTACCAGGCTGCCCCGGGGGTCACGTTCGATACCGGCCGGATCCAGAGCGTGGTGGTGGAGAGCTGCACGCAGACGGGCCAAAGCAACACGGGCCAAAGCAACACCGGCCAGCCCAACACCGGCCAGACTGACACTGGCCAAAACAACCAGTCCGGCGGATCCCAGTGCACCTTCGCCTTCACGGAGCCGGATAAGGGCGGGGACGTGGTCAAGGTTGTCATTAACCCTGACGTCGCCATGTCCCACGGCGTGGACGTGGGGGACTCCATCCGCTATCTCAACCTGTCCGCGGTCCAAGGTACTAATGCCGGAAGTGGCGCTCCCGCCTACGTTTTCGTGGACTTCGTCCGCAGCATCCCCATCGCACTCCTGGCCGTCCTCTACGCCGCCGTTGTCATCGCGGTGGCCCGTTGGCGGGGGTTCCGGGCGCTTCTTGGTTTGGTAGGTGCCTACTTCGTCCTGGTCAGCTTTATCCTGCCGGGCTTGGTGGAGGGCAAGCCGCCGCTCTTGCTCGCGTTGGTGGGATCCACTGTGATCATGATCGGGGTCCTGTATTTCGCGCACGGATTCTCGGCGCGAACGTCCACAGCTTTGTTGGGCACCATTTTTGGACTCAGTATCACTGCCTTGCTGGCGGCGTGGGCTACGGATGCCGCCAACCTGGCTGGAGTGGGGAACCACGACGCCTCAACGCTGGTGAACATGTCACCCCAGATCTCTATTTCGGGGATTATCCTGTGCGGCCTCATCATCTCCGGCCTTGGCGTGCTTAACGACGTCACCATCACGCAGTCCTCTGCGGTGTGGGAACTGTACGAACTCGCCCCCAACACCAGCGCCCGCAAGCTGTTCTCCTCTGCCATGAGGATCGGTAGGGACCACATCGCTTCCACTGTCTACACCATCGCTTTTGCGTACGCCGGAGCCGCGCTTCCGATCCTCATCATCGTGATGCTTTATGACCGCCCTCTCGATGAAGCACTGACCAGTGCGGAGCTATCCGAGGAAGTCATCCGTACTTTGGTGGGGTCCATCGGCCTCGTCCTCGCCATCCCGGTCACTACGCTGATTGCCGTCCTGGTGGTTAAAGCCACCGGCATGAAGCGCCTCGTCGCGGCCGGTGGGCCGACCGTAACTGCTGATGAGCTTAATGACACCGGTTCGCTGGCAGCAGCCGCCGCCGTCGTAGGTTCAGATCAGCATGACAAGCACGACGCCGGTACGCGCCTTGACGATTCCGGCAAGCCGGCGCGGCCCGGCAGCCGCCGTGCCCAGCGGGAAGCTGAGCGGCGCGGAGACACGAACGACGCCACCTAA MGHSHGHSENSEPTPQALASRKRANWILAAILVPLGVLTLVAMMVMWPSGSREGISFSSPYQAAPGVTFDTGRIQSVVVESCTQTGQSNTGQSNTGQPNTGQTDTGQNNQSGGSQCTFAFTEPDKGGDVVKVVINPDVAMSHGVDVGDSIRYLNLSAVQGTNAGSGAPAYVFVDFVRSIPIALLAVLYAAVVIAVARWRGFRALLGLVGAYFVLVSFILPGLVEGKPPLLLALVGSTVIMIGVLYFAHGFSARTSTALLGTIFGLSITALLAAWATDAANLAGVGNHDASTLVNMSPQISISGIILCGLIISGLGVLNDVTITQSSAVWELYELAPNTSARKLFSSAMRIGRDHIASTVYTIAFAYAGAALPILIIVMLYDRPLDEALTSAELSEEVIRTLVGSIGLVLAIPVTTLIAVLVVKATGMKRLVAAGGPTVTADELNDTGSLAAAAAVVGSDQHDKHDAGTRLDDSGKPARPGSRRAQREAERRGDTNDAT NA NA NA NA NA D3-18_02835 963 hypothetical protein GTGGCTTTGGAGTACCGCGAATGGAAGGAGGGCGACGACCTCGCCCTCCTGGAAATCTGGGGTGGCCCGGAGACCCTTCCTGCTGAGCAGTTCCGGGCGGCCCTGGCACCCTCCAGCAACCAGCCTTGGCGCCGCTGCATCGTGGCCGAGGACGTGGTGGACGGCGTGCGGATTCCCGTTGCCGCCGGCGTTGTCCACGAGGCATCCCTGCACCCGGAGCGACTCTGGGCCTACATCGAGGTTGCCAAGGACCACCGGCGTGAAGGCGTGGGTGCAACCCTGCTGACCATGCTTCGCCGCGAAGCCGGGAACTCGCCGTCGGGCGTGTCCAAGCTGCGCAGCAAGGTGGAGCCGGATACCGCAGGCGCGGCATTCGCTGCGGCTGCGGGACTTGCGCCCATCCAGCGTTCGCAGCTTGTGGTGGTGGAACCTGAACCCCTGTCATTGCCGCGATTCGGCGATGGTTCCGAGGAAGCCGCTTCCGAGCGCGTGGAGGACCTGGCCACGGGTTCGGTGGAGCTAAGCGATGTGGTGGGTAGGTACTACTCGCACGTCCACCATTGGGACAGCCCGGGGGAGCTCAGCATCCCCACGGTACAGCGCTTGTTCCTGCATGACCTGACTGGCGCCCACGGCGCAATCGTCCTGCGCGCGCCTAAGGCCAGTGCCTTCGGTCAAGGCGTTCCGGCGAGCCGCAAGGGCAAAATCCAGGCGTTCGCCATCAGTTACGCCCAAGGCGACTCGGATGAGCCGTCGGATGTCTTCCTGGGACACGATCCCGAGCTGTCCGCCGAGGACGCAGCTTTTGCAGTGCGGGACCTCTTGGCGCTCATCGCCTACCAACACCCCGTGCTGCTGGAAGTCGATGAGTCCATGACGGCGCTGCGCGCAGTTCTGGAGCCGCTGCTGGAATCCGGAAAAGCCCACGTGCCGGGTGCCGACACGTTGATCGTTAGCGACTAA MALEYREWKEGDDLALLEIWGGPETLPAEQFRAALAPSSNQPWRRCIVAEDVVDGVRIPVAAGVVHEASLHPERLWAYIEVAKDHRREGVGATLLTMLRREAGNSPSGVSKLRSKVEPDTAGAAFAAAAGLAPIQRSQLVVVEPEPLSLPRFGDGSEEAASERVEDLATGSVELSDVVGRYYSHVHHWDSPGELSIPTVQRLFLHDLTGAHGAIVLRAPKASAFGQGVPASRKGKIQAFAISYAQGDSDEPSDVFLGHDPELSAEDAAFAVRDLLALIAYQHPVLLEVDESMTALRAVLEPLLESGKAHVPGADTLIVSD NA NA NA NA NA D3-18_02836 1386 glyQS COG0423 Glycine--tRNA ligase ATGGCAGCAAAATCCGTCCTTGACCAGGTCATTTCCCTCTCCAAGCGGAGGGGCTTTGTCTTCCAGGCCGGTGAAATCTATGGTGGCTCCCGTTCGGCATGGGATTACGGTCCCCTCGGTGCGGAACTGAAGGAAAACATCAAGCGCCAGTGGTGGCAGAGCATGGTCCGCGGCCGCGAGGACGTTGTAGGCCTGGATTCCTCCGTCATCCTTCCCCGCCAGGTATGGGAAGCATCCGGCCACGTGGAGGTCTTCTCCGACCCCCTGGTTGAATGCCTTTCCTGCCACAAGCGCTACCGTGCCGACCACCTCGAAGAAGAATACGAGGAAAAGAAGGGCCGCCCGGCAGAAAACGGCCTCAAGGACATCGCCTGCGCCAACTGTGGCACCCGTGGCGAATGGACTGAACCGCAGGAATTCTCCGGCCTCCTGAAGACCTTCCTCGGCCCCGTGGCCAGCGATGAAGGCATGCACTACCTGCGCCCCGAAACGGCCCAGGGCATCTTCGTGAACTTCAACAACGTGCTCACCACGTCCCGTAAGAAGCCGCCGTTCGGCATTGGCCAGATCGGCAAGTCGTTCCGTAACGAAATCACGCCGGGCAACTTCATCTTCCGTACCCGCGAATTCGAGCAGATGGAAATGGAATTCTTCGTCGAGCCCGGCACAGATGAAGAGTGGCACCAGTACTGGATGAAGGAGCGCATGTCCTGGTACACGGACCTGGGCATCCGTGAAGACAACCTCCGTTTCTTCGAGCACCCGCTGGAGAAGCTCAGCCACTACTCCAAGGGCACCACGGACATCGAATACCGCTTCGGTTTCCAGGGCTCCGAGTGGGGCGAGCTCGAGGGCATCGCCAACCGCACCGACTTCGACCTCTCCACGCACGCCACGGCCTCCGGAACGGACCTGAGCTACTTCAACCAGGCAACCAACGAGCGCTACACGCCGTACGTGATCGAGCCCGCCGCTGGCCTGACCCGTTCCTTTATGGCCTTCCTGATCGACGCCTACACCGAGGACGAGGCCCCCAACGCCAAGGGCGGCGTCGATGTCCGTACGGTGCTGAAGCTGGATCCGCGCCTGGCGCCGGTCAAGGCCGCAGTCCTGCCGCTGAGCCGCAACGAGGACCTGTCCCCGAAGGCCAAGGCGCTGGGCGCCCAGCTGCGCAAGAACTGGAACATCGACTTCGACGACGCCGGCGCAATCGGCCGCCGCTACCGTCGCCAGGACGAGATCGGTACCCCGTTCTGCATCACGGTGGACTTCGACACCCTCGAGGACCAGGCCGTCACCATTCGTGAGCGCGACACCATGAGCCAGGAACGCGTGTCCTTGGACAAGGTTGAGGGCTACCTGGCAGCACGCCTGATCGGCGCCTAG MAAKSVLDQVISLSKRRGFVFQAGEIYGGSRSAWDYGPLGAELKENIKRQWWQSMVRGREDVVGLDSSVILPRQVWEASGHVEVFSDPLVECLSCHKRYRADHLEEEYEEKKGRPAENGLKDIACANCGTRGEWTEPQEFSGLLKTFLGPVASDEGMHYLRPETAQGIFVNFNNVLTTSRKKPPFGIGQIGKSFRNEITPGNFIFRTREFEQMEMEFFVEPGTDEEWHQYWMKERMSWYTDLGIREDNLRFFEHPLEKLSHYSKGTTDIEYRFGFQGSEWGELEGIANRTDFDLSTHATASGTDLSYFNQATNERYTPYVIEPAAGLTRSFMAFLIDAYTEDEAPNAKGGVDVRTVLKLDPRLAPVKAAVLPLSRNEDLSPKAKALGAQLRKNWNIDFDDAGAIGRRYRRQDEIGTPFCITVDFDTLEDQAVTIRERDTMSQERVSLDKVEGYLAARLIGA NA NA NA NA NA D3-18_02837 996 hypothetical protein GTGCCGCAGCCTTCTCCCCGTCCCGCCCTTCCGCTGGTCATTGGCCTTCCCATTGCAGTAGCGACGGGCCTGGTCATCCCGCTTCAAGGAAGGATCAACGGGGCCCTCGGCGCCAAACTGGGAGACGGCATCGCCGCGGCTGTGGTGAGCTTCACCACAGGACTCCTCCTCATCAGTGCCATCTCACTTGCCACCCCCAAGGGCAGGGCAGGGCTCCAGCGCATCATTCCTGCCGTCCGGAACCGCAGCTTCCCCCGGTTTTACGTCATGGCCGGTGCCATCGGAGCGCTGTTCGTCGTTGCCCAGTCGTTCACTGTTGCCCTGCTGGGTGTCGCGTTGTTCACAGTCGCAGCCGTGACTGGGCAGACGTTGAGTGGACTGCTCGTGGACCGGATGGGCATCGGACCGGGAGGAAAACGCGCCATCACAGGAGTCCGGGTCATAGGCAGTGTCCTGACGGTGGCCGCCGTCGCGTGGGCAGTTTCCCCGCGGTTCAGCGGCGACACCGACATCGCCTCGCTCGTCCTGCCCGTTCTCCTGCCGCTGGCCGCCGGCTTCTTCATGAGCTTCCAGCAGGCCATGAACGGAACTGCAACGGTCCACTACGGAACGCCAATCGCAGCCACGCTGGTCAACTTCATTGCGGGGTCGCTCATTCTGTGGATCGCGTGGATTATCAAGCTGTCTGTGGCCGGGCCTGGAAATCCGCTTCCCAGCGAGTGGTGGTACTACCTTGGCGGCCCCATGGGCTGCCTGTTCATCGGGCTGGCGGCGCTGTTGGTCCGCAGCCTTGGGGTCCTGATCACCGGTTTGGGGATGATTGCCGGGCAGTTGGTGGGGTCGCTGGTGCTCGACGTCGTGATCCCCAGTCCCGGCGCGGTGGTCGCCTTGCCCACGGTGCTGGGTACGGTCCTGACGCTCGCCGCGATCATCGTGGCCACGCTGCCCTGGCCCAAGGGAGCTTTCGCACGAAGAGTCCCTCCCAAAGGCCGGTAG MPQPSPRPALPLVIGLPIAVATGLVIPLQGRINGALGAKLGDGIAAAVVSFTTGLLLISAISLATPKGRAGLQRIIPAVRNRSFPRFYVMAGAIGALFVVAQSFTVALLGVALFTVAAVTGQTLSGLLVDRMGIGPGGKRAITGVRVIGSVLTVAAVAWAVSPRFSGDTDIASLVLPVLLPLAAGFFMSFQQAMNGTATVHYGTPIAATLVNFIAGSLILWIAWIIKLSVAGPGNPLPSEWWYYLGGPMGCLFIGLAALLVRSLGVLITGLGMIAGQLVGSLVLDVVIPSPGAVVALPTVLGTVLTLAAIIVATLPWPKGAFARRVPPKGR PGPT0009795_59 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_HERBICIDIAL_STRESS HERBICIDIAL_STRESS-TOXOFLAVIN_METABOLISM,PGPT0009795-toxF-K09936 NA NA D3-18_02838 228 hypothetical protein ATGAGCAACCCCGAAATTGAAGAGATCCCCATCCGCGACGACATGATCCGACTCGGCCAGCTGTTGAAGCTCGCCAACTTGGTGGAGGACGGGGTTGAAGCCACGGAGCTCATCAAGAACGGCTTGGTCAAAGTCAACAACGAAATCGACGATCGCCGCGGACGCCAGCTCCACGTTGGCGATACCGTGACCGTCAATGGCCAGACGGTCCGGATCACCGCCGCCTGA MSNPEIEEIPIRDDMIRLGQLLKLANLVEDGVEATELIKNGLVKVNNEIDDRRGRQLHVGDTVTVNGQTVRITAA NA NA NA NA NA D3-18_02839 675 hypothetical protein GTGGGTAACTGCAAGAATGGACCCATGACTGAAGCACCCACATTTCCCGCCCCCGTTGTCCTGTGGTCCCATGACGAATCAGAGCGTGCAGGCAAGCCGCTCCTGGTCCTGCTGCACGGTTACGGCTCCAACGAGGACGACCTGTTCAGCTTGGCCGGATTGCTGCCCGACGGTTTTGTGGTGGCCGCCCTTCGAGCGCCGATGCCCATGGGGCCGGGGTTCACGTGGTTTCCCCTTACGGCGTCCATCGACTATTCGTTGGAAGCTGTAAAGCAGGCAGCCGAGTACGCCCTTGAGTGGCTGGACACAGTCAAAGCCAACCACTCATCCGTGACGCTGCTGGGCTTCTCCATGGGCATGGCGATGGCTACCACCATGCTCCGCTACCGTCCCGCGGACTTCGCCGCCGTCGTCGGACTTTCAGGCTTTGTGATCGACGCCGGCGCTGACGCCGACTTCCGGGACGACGATTTGGACGGAACGCTACCGATGTTCTGGGGCCGCGACCAACAGGATCCCGTCATTACCCAGGACAAGATCGAATACACCATGGGCTGGGTGCGCAAGCACGTTGACCTCACCAAAGTGCTTTACACGGGAATGTGGCACGGCATCAACCAGCAGGAGATCGGACACGTGGGCGAATTCCTCACCCACAAGGTGCTTGCTGACTGA MGNCKNGPMTEAPTFPAPVVLWSHDESERAGKPLLVLLHGYGSNEDDLFSLAGLLPDGFVVAALRAPMPMGPGFTWFPLTASIDYSLEAVKQAAEYALEWLDTVKANHSSVTLLGFSMGMAMATTMLRYRPADFAAVVGLSGFVIDAGADADFRDDDLDGTLPMFWGRDQQDPVITQDKIEYTMGWVRKHVDLTKVLYTGMWHGINQQEIGHVGEFLTHKVLAD PGPT0028515_318 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 D3-18_02840 837 hypothetical protein GTGAGTGAGAACAATCTTTTACTGAAGCCGGGCGAGCCCGTTCAAAAGCACCCTTGGACCCGTTATGTGGCCCTGGGCGACTCCTTCACGGAGGGCATCGGCGACCCCGAGCCCCGAAACCCCGGCGGTCACCGTGGTTGGGCGGATCGGGTTGCCGAGGAACTGGGCCGCAGCCAGGAAGACTTCGCCTACGCCAACCTTGCTATCCGTGGCAGGCTGCTGCAGCAGATTATCGATGAACAAGTTGGCCCCTGCTTGGAACTGCAGCCTGACCTTGTCTCCATTTCAGCCGGCGGAAACGACCTCATCCGTCCCGGCGGTGATCCCGACCTGTTGGCCGAAAAGCTCGACGCCGCGGTCGCGGAGTTGAGCTCGGGCGGTGCCACTGTGGTGCTTTTCAACGGCCCGGACACGGCAGCATCAGTACTGGGGCGTATCCGCGGCAAGGTGGCCATCTACAACGAGAACCTCAGGACGGTCGCTGCACGCCACGATGCCATCATCGCGGACATGTGGTCCTTGCGGCAGTTGGCGGATCCCCAGATGTGGGACGTTGACCGCCTTCACTTCTCGCCGCTGGGCCACCACACCATCGCGATGATGGTTTTGGAGGCGTTGAACGTCCAGCACACGCTTGAGCCCCTGATGCCCAAGTCCCTTCCTCCCCGCACATGGCGTGAAGCCCGGTCTTCGGACCTCGTCTGGGCACGTGAGTACTTTGTCCCGTGGGTGATCCGGCGCCTTCGACACCAGTCCTCCGGCGACGGAATCACGCCAAAGCGTCCGACGCCGGGACCCGTCTTCGGCTCCACCGGCACCTTGCTGCCCCGCCGCTGA MSENNLLLKPGEPVQKHPWTRYVALGDSFTEGIGDPEPRNPGGHRGWADRVAEELGRSQEDFAYANLAIRGRLLQQIIDEQVGPCLELQPDLVSISAGGNDLIRPGGDPDLLAEKLDAAVAELSSGGATVVLFNGPDTAASVLGRIRGKVAIYNENLRTVAARHDAIIADMWSLRQLADPQMWDVDRLHFSPLGHHTIAMMVLEALNVQHTLEPLMPKSLPPRTWREARSSDLVWAREYFVPWVIRRLRHQSSGDGITPKRPTPGPVFGSTGTLLPRR NA NA NA NA NA D3-18_02841 1176 hypothetical protein GTGCCGGGTGACAGCTCTCTCTTCACCGCGACGATCCGGAGGATTCGGTTACGGCGACAGCAGTTGCGGGCTCCCTACGCCGGAAGTCCCGGGGATGTGGTCCGCAACCTCCTGGCCGTCCAGTCCCAGGAGTTCCCCTACGCGAGGTGGACGCTTGCGCAGCGAAGCTCCACCAGCGCTTCATCGACGGTCACGGCGTCAGACGTTGAGCAGGCCGTAGCCGACGGGACTATCCTGCGGACACATATCCTCCGGCCAACCTGGCATTTTGTGCACCGGGACGATCTTGGCTGGTTGGTGGCATTGTCCGCAGATCGCCTCCACCAGGGCAACAAAGGCATGTACCGCCAAACAGGAATCGATGAGGAATCCGCAGCCAAGAGCGGCCGGATCCTGGGCGAAGCCGTGGCAGACGGAGCCCACAAAACGCGCGAGGAACTGGCCGAAGTCCTGGGAGAGTCCGGATTTGCCAGCAAGGGGCTTGGCTTCATTTACCACCTCATGCACGCGGAAATCAGCGGCGTCCTGGCCAGCGGCTCACCCGTCCGCTCTGCCGGGGGCGCCCTGAAACAGACCTATGCCCTGTTCGACGAACGAGTACCGGGCGCGGTGCTTTCACCGCTGACCCCCGAAGGTCGCGACGAAGCTCTTGGACAGTTGGCACTCCGCTACTTCACCAGCCGGGGACCCGCCACTGTCAAAGACTGTGCCACGTGGTCCGGGTTGACCATGAAGGACGTCAAGCGGGGAATCGAAGTGGCTGGTGACATGTCTCCCGGGAGTTTAGGCTCGGTGCAGTGTGATGGTCTCGGCTTCCATCTGGCCTCCGAGGAAGTGGACGCTCTCGAAGGTGGCGTTCATCCTTCGCCCGCTGAAGATTCCGGGGTCCCCCGCATGGATCTCATCCAGTGCTACGACGAATACGTGATGGGCTACTCACAGTCCCGGCACTTCCTTGGCGGAACAGCGCCGTACTTCCCCGAGGACAATGGACCCATGCACGTGGTCCTGCTTGGCGGCAGGTTGGCCGGCTGGTGGCGCCACGGGTTCTCCGGCGGAACCTGCGAATTGGACGTCCGAATGAACCAGCCCACAACTGCGGAAGAGCAGGTCGCCCTGCAGTCCGAGGTGGATCGCTACGGCCGTTTCCTCGGCATGGAGACCAAGCTGGTCTGA MPGDSSLFTATIRRIRLRRQQLRAPYAGSPGDVVRNLLAVQSQEFPYARWTLAQRSSTSASSTVTASDVEQAVADGTILRTHILRPTWHFVHRDDLGWLVALSADRLHQGNKGMYRQTGIDEESAAKSGRILGEAVADGAHKTREELAEVLGESGFASKGLGFIYHLMHAEISGVLASGSPVRSAGGALKQTYALFDERVPGAVLSPLTPEGRDEALGQLALRYFTSRGPATVKDCATWSGLTMKDVKRGIEVAGDMSPGSLGSVQCDGLGFHLASEEVDALEGGVHPSPAEDSGVPRMDLIQCYDEYVMGYSQSRHFLGGTAPYFPEDNGPMHVVLLGGRLAGWWRHGFSGGTCELDVRMNQPTTAEEQVALQSEVDRYGRFLGMETKLV NA NA NA NA NA D3-18_02842 465 hypothetical protein GTGAACAATTTGATCTTCTGGATCATCGTCTGCTCGTGGCTGATTCCACTCGGGATCCGCATGTACAACCGCTCCCGGGCGCGTCGGATCCAGGATGGTAACTTCCGCGGCCCCGGCTACCCGCAGCAGAATCTGCCCGGACCAGGGTATCCGCCACAGAATTACCCGCAGCAGAATTACCCAGGGCCGGGATACTCGAATCAGGGTTATCCAGGTCAGAGCTACCCGACGCAGAACTACCCCGGGTACCCGTCTGACCCAACCGTTATCCGCCCCGCGGATTCGACACCGCAGGCCGGGCCGCCGTCGAGGCCTTCATCCCCTGCCCCATTCCCCGCGGCGAGCGCTTCGGAGCCGCAGGGATACCGCGCTCGCAAGTTGGCGGAGCTGGACACGAAGTTCAGCAACGGCGAGATTGCCATGGAGGATTACATGAAGCAGCGCGGCGACATCATGAACGGCTAA MNNLIFWIIVCSWLIPLGIRMYNRSRARRIQDGNFRGPGYPQQNLPGPGYPPQNYPQQNYPGPGYSNQGYPGQSYPTQNYPGYPSDPTVIRPADSTPQAGPPSRPSSPAPFPAASASEPQGYRARKLAELDTKFSNGEIAMEDYMKQRGDIMNG NA NA NA NA NA D3-18_02843 1122 metXA COG2021 Homoserine O-acetyltransferase ATGACCATTACTGCTACAGCCCTTCCAAAATCCGGAGAAGAAGACGGAACCGTCAAGTACGCCGGTATCGGGCCGTTGGAACTTGAAGCCGGCGGATTCCTCCCCGACGTCGTCCTCGCGTATGAGACCTGGGGACAACTGAACGCCGATGCCTCCAATGCCGTGCTTATCCAGCACGCGCTGACGGGCAGCACTCACGTAGCCCGTGGAGCCACCGACGAGGAAGGTTGGTGGGAGCAACTGGTTGGGCCGGGTGCCACCATCGACACCAACAAGTTCTTCGTCATCTCCATCAACATCGTGGGCGGTTGTTATGGCAGTACCGGCCCATCATCGGAAGCACCGGACGGACGTCCTTGGGGCTCACGTTTCCCGTTGGTCACGCTGCGCGACAGCACGGAGGCTGAGGCACGCCTCGCCGATGCCTTGGGAATTGATGCCTGGCACGCCGTTTTGGGGGGTTCAATGGGAGGTGCCAGGGCCCTTGAATGGGCTGTTACGTTCCCTGACAGGGTCAAACGCTGCGCCGTAATCTCGGTGGGCGCCTACAGCACGGCCGAGCAGATCGCCTTCGCGCAGGCCCAAACCTTGGCCATCCGGCAGGACCCGAACTTCAAAAACGGCGACTATTACGGCGGCACTGCACCTGAACATGGTTTGGCACTGGCCCGACGCATCGCCCACATCACTTACCGCTCAGCCTTGGAGCTGGATTTCCGCTTTGGCAGGGAAGCCCAGCACCAGGAGACACCACTCGCCGCCGCAGTGTTGGGGGAGCGTGGCCGCTACCAGGTGGAAAGCTACTTGGACCACCAGGGAACAAAGCTGGTCCGCCGTTTTGATGCCAACAGCTACATCGCCATCACCGAAGCCCTGATGTCCCATGACGTCACGCGTGGCCGCGGCTCCCTGGAACAGGCGTTGTCGCGCACCACGGCTGAGTTCTTCGTGGCCGCGGTGGACAGCGACAGGCTCTACTTCCCTGCACAGTCGCGGGAACTTGCCGCGGCGCTACCCGGGAATGTGCCGGTCCACCTCATTGAGGCGCCGATTGGTCACGATGGCTTTCTCACTGAGATCGGCCAGCTCTCGGCGCAACTCCGCGAATCATTCTTCGCCTAA MTITATALPKSGEEDGTVKYAGIGPLELEAGGFLPDVVLAYETWGQLNADASNAVLIQHALTGSTHVARGATDEEGWWEQLVGPGATIDTNKFFVISINIVGGCYGSTGPSSEAPDGRPWGSRFPLVTLRDSTEAEARLADALGIDAWHAVLGGSMGGARALEWAVTFPDRVKRCAVISVGAYSTAEQIAFAQAQTLAIRQDPNFKNGDYYGGTAPEHGLALARRIAHITYRSALELDFRFGREAQHQETPLAAAVLGERGRYQVESYLDHQGTKLVRRFDANSYIAITEALMSHDVTRGRGSLEQALSRTTAEFFVAAVDSDRLYFPAQSRELAAALPGNVPVHLIEAPIGHDGFLTEIGQLSAQLRESFFA NA NA NA NA NA D3-18_02845 1317 metY COG2873 O-acetyl-L-homoserine sulfhydrylase ATGTCCCAAGGATGGTCTTTCGAAACCCGCCAGATCCACGCAGGCCAGGAGCCTGACGCCGCCACTGGAGCGCGTTCGCTCCCGATCTACCAGACCACATCCTTCGTCTTCCCCAGTGCCGAGAGCGCCGCCAATCGCTTTGCCCTGGCCGAGCTCGCCCCCATCTACACCCGGATAGGCAACCCGACGCAGGATGCAGTGGAGCAGCGGGTCGCGAGCCTTGAGGGTGGACTGGGTGCCCTCTTGCTCAGCTCCGGACAAGCTGCGGAGACGTTCGCCATCCTGAATATCGCCGAGGCAGGCGACCACATCGTAGCGAGCCCCAGCCTGTACGGCGGCACGTACAATTTGCTGGCGCACACGCTGAAGAAGTTCGGCATTTCGGTCACGTTCGTGGAGGACCCGGACAACCTGGACCAGTGGCGGGACGCCGTCCAGCCGAACACCAAGCTGTTCTTCGGTGAGGTGGTGTCCAACCCCCGGCAGGACGTGCTGGACATCGAAGGCATCGCCCGCACCGCCCACGAGGCCGGCGTGCCCCTCATCGTCGACAACACCCTGTCCACGCCCTACCTGATCCGTCCCATCGAGTGGGGAGCGGACATCGTGGTCCACTCCGCAACCAAGTACCTCGGTGGTCATGGTTCCGCAATCGCCGGTGTGATTGTGGACTCCGGCAACTTTGACTTCGGCAAGGACCCGGAGCGCTTCCCTGGCTTCAATACCCCTGACCCCAGCTACAACGGCCTGGTCTACGCCCGGGACCTGGGCAAGGACGGTGCACTGGGCGCCAACCTCTCCTACATCCTCAAGGCACGCGTGCAGTTGCTTCGGGATCTCGGCTCTGCCGTGTCCCCGTTCAACGCCTTCCTCATTGCCCAGGGCCTGGAGACCTTGAGCCTGCGCGTGGAACGCCACGTTGCCAACGCCACCAAGGTGGCCGAATGGCTGGAAAACCACGACGACGTCGAATCGGTCGCCTATGCGGGCTTGCCGTCCAGCCCGTGGTATGACCGAGGCCGGAAGTACGGTCCCAAGGGCACGGGTGCCATCGTGGCCTTCAACATCAAGGGCGGCGTAGAAGCGGGCAAGCGCTTCGTGGACGGCCTGGAGCTGCACTCGCACGTTGCCAACATCGGTGATGTCCGCTCGCTGGTCATCCACCCGGCGTCGACTACCCACAGCCAATTGACGGTGGAACAGCAGGTGGCTGCCGGCGTCAACCCTGGCCTCGTGCGCTTGTCCGTGGGCATCGAGCATGTCGATGACATCATCGCCGACCTCGAAGCCGGCTTCCGGGCTGCCAAGGGCGCCTAA MSQGWSFETRQIHAGQEPDAATGARSLPIYQTTSFVFPSAESAANRFALAELAPIYTRIGNPTQDAVEQRVASLEGGLGALLLSSGQAAETFAILNIAEAGDHIVASPSLYGGTYNLLAHTLKKFGISVTFVEDPDNLDQWRDAVQPNTKLFFGEVVSNPRQDVLDIEGIARTAHEAGVPLIVDNTLSTPYLIRPIEWGADIVVHSATKYLGGHGSAIAGVIVDSGNFDFGKDPERFPGFNTPDPSYNGLVYARDLGKDGALGANLSYILKARVQLLRDLGSAVSPFNAFLIAQGLETLSLRVERHVANATKVAEWLENHDDVESVAYAGLPSSPWYDRGRKYGPKGTGAIVAFNIKGGVEAGKRFVDGLELHSHVANIGDVRSLVIHPASTTHSQLTVEQQVAAGVNPGLVRLSVGIEHVDDIIADLEAGFRAAKGA 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 D3-18_02846 729 hypothetical protein ATGACGCCCACTACCACCGGTTATACACATCCCACCTTAGTTAGGCTTGACTTAGCTGAGACCCCGATCACAAAGTGCCAAGATGAAGCCATGCGCATGGATCACGTCTCTTACGCCTGTGAACGAGATGGCCTTTTGGCCACTACCGAACGAATTTCCGCGGCATTGGGAGTGGACGCTGTCCGGGGCGGAGTGCACCCGCGCTTCGGTACCCGGAACATGATCATTCCCCTTGCGGATAACAAGTACCTGGAAGTGGTGGAGGTCCTGGACCACCCCGCTTCCGACAAAGCACCCTTTGGCCAGGCCGTCCGTGCCCGCTCGGCTGCCGGTGGTGGATGGATGGGCTGGTGCGTCGCCGTTGACGACCTTGCCCCGTTCGAAGACCGCCTTGGCCGCTCGGCTGTTCCGGGCAACCGCAAGTTCCCCGACGGACGCGAACTGGTGTGGCAGCAGATTGGCATCCTCGGCCTGATCGCGGATCCTCAAGTGCCCTACCTGCTCAAGTGGGAGGGCGACCCCTCGCTGCACCCGTCCAGGATCTACGAGAGCGACGTCAAGATGTCCAGCCTCACCATCGCGGGCTCGGCTGAGCGCGTCACCGAATGGTTGGGCGAACCGGTGGAGAAGCCGCTGGAGGACGTCGCCGTTCAGTGGATGGCCCCGCACGGTACTCCTGGCATTCTCGCTGTAACTTTCGAGACCGCCTCCGGAGCCGTCACCATCTGA MTPTTTGYTHPTLVRLDLAETPITKCQDEAMRMDHVSYACERDGLLATTERISAALGVDAVRGGVHPRFGTRNMIIPLADNKYLEVVEVLDHPASDKAPFGQAVRARSAAGGGWMGWCVAVDDLAPFEDRLGRSAVPGNRKFPDGRELVWQQIGILGLIADPQVPYLLKWEGDPSLHPSRIYESDVKMSSLTIAGSAERVTEWLGEPVEKPLEDVAVQWMAPHGTPGILAVTFETASGAVTI NA NA NA NA NA D3-18_02847 774 hypothetical protein ATGTTCCTTGCTTCCCGCCGCCGGCTGCGCGCCGAAGTACTAATTGTGCTGGGCCTGTCCTTGGGCCAGTCAGCCGTCTACTCCATAGTTCAGCTGCTGGACAAGATGACGAGGGCACCCCTGGCGGATGCCACGTCAACCCTGAACAGGTCCCAAAGCACGCGCGAGTACTTTGACCTGACCTACCAACTACTGGACATTGTGTTCGCGCTGGTGCCCGTGGCGTTGGTGTTTTACTTTCTGTCCACCCATGCTCCCGGCGGCAGGGAAAGCGGGGGCGGCTCGGCATTCGCCCGGCTCGGTTTCAACTTATCCCGGCCCGGCAAGGACCTTCTCCAGGGTGTTGGCCTGGCCGCTGCGATTGGCATCCCCTCGCTGGGCCTGTATGCCGCCGGTCGTGCGCTGGGAATCACTACTGCAATTGTGCCCAGCGGCCTGGACGCTTACTGGTGGACAGTGCCGGTGCTGGTCCTTTCGGCCATGCGCCATGCGATCGTGGAAGAAGTGATCGTGGTGGGCTACCTCATGGACCGCTTCGGTAAATTCGGGTGGAGCATGCCGGTGGCCATTGTGGTCAGTGCCGTCCTGCGGGGAACCTACCACCTGTACCAAGGCTTTGGGCCGTTCATAGGGAACGTGGTCATGGGCCTGCTGTTCGCGTGGATCTATACCAAGACCAAGCGGGTAATGCCTTTGGTGATTGCCCACGCATTGCTGGACATTGTGGCGTTCGTTGGATTCAGCCTGTTCGGCAAGGCAATGGGCCTGGGGTAG MFLASRRRLRAEVLIVLGLSLGQSAVYSIVQLLDKMTRAPLADATSTLNRSQSTREYFDLTYQLLDIVFALVPVALVFYFLSTHAPGGRESGGGSAFARLGFNLSRPGKDLLQGVGLAAAIGIPSLGLYAAGRALGITTAIVPSGLDAYWWTVPVLVLSAMRHAIVEEVIVVGYLMDRFGKFGWSMPVAIVVSAVLRGTYHLYQGFGPFIGNVVMGLLFAWIYTKTKRVMPLVIAHALLDIVAFVGFSLFGKAMGLG NA NA NA NA NA D3-18_02848 693 gpmA_1 2,3-bisphosphoglycerate-dependent phosphoglycerate mutase ATGCTTGGTTGGATGGGTGCCCCTGAGAGAATCTTCATGATCCGGCACGGCCAGTCTGCCGCCAATGCCGACACGTCCATCTACAACCGTGTGCCGGACTATCGGATCCCGCTGACGGAGCGCGGAGTGGAGCAGGCACGGATCGCCGGGGAGGCCCTACGCCGGAAGCTCGATGGAGAACAGGTCTGCGTCTACGTCTCCCCCTACCTGCGGGCGTACCAGACCCTCGAAGCCATGAATCTCGGTCCCCTGATCGAGCGGGTCATTGAGGAACCCCGGCTTCGCGAGCAGGACTGGGCCAACTTCCAGATCGCCGGGGAGATCGAAGACCAAAAAGAACTGCGCAACCTCTACGGACATTTCTTCTACAGGTTCCGCGAGGGCGAGTCCGGTTCGGATGTTTATGACCGGGTGTCATCCTTCATGGAGACGCTGTACCGGCACTGGCAGAAACCCACCTATGCACCAAACACGCTCCTGGTGACGCACGGGCTGACCATGCGCCTGTTCTGCATGCGCTGGTTCCACTGGACGGTGGAGTACTTCGAGTCGCTCAACAACCCGGACAACGCCGAGCTGCGCACCCTGATTAAGAACGACGACGACCAGTACAGCTTGGACATACCGTTCAGCCAGTGGGTGCCAAGGGAGGTAGACGACTCAGTGCTGCACGCACCGAGAATGCGCTTCTAG MLGWMGAPERIFMIRHGQSAANADTSIYNRVPDYRIPLTERGVEQARIAGEALRRKLDGEQVCVYVSPYLRAYQTLEAMNLGPLIERVIEEPRLREQDWANFQIAGEIEDQKELRNLYGHFFYRFREGESGSDVYDRVSSFMETLYRHWQKPTYAPNTLLVTHGLTMRLFCMRWFHWTVEYFESLNNPDNAELRTLIKNDDDQYSLDIPFSQWVPREVDDSVLHAPRMRF NA NA NA NA NA D3-18_02849 792 glpR_2 COG1349 Glycerol-3-phosphate regulon repressor ATGACCCGCACCGATCGGCTCACTGCCATACTCGACCTCCTGGCCGAGTCCGGCCATGTGGAAGTCGAGGACATCGTGACCCGCCTGGGCGTCTCACCTGCCACGGCACGCAGGGATCTTGACAGCCTTGCCAAGCAGCGACTGCTCAGCCGCACCCGCGGCGGCGCCACTACGGGGTCCGTTGCCTACGACCTTCCGGGCCGCTATAACCGTGACGACCATGCTGAGGCCAAGCAGGAAATCGCCCTGGCCGCGTCAGCATTGATCCGCCCTGGTGCCGTGATTGGCCTCAGCGGCGGTACCACCAACACTGCTTTGGCCCAGCTGCTGTCCACCCGCGAGGACCTCAACGCGCCGTCCCACACGCCCACGCTGACCGTGGTCACCAACGCCATCAACATCGCTTCCCAGTTGGCGGTGCGGCCGAACATCAAGATCATGGTCACCGGTGGCATCCTCAACCCGCGATCCTATGAGCTGGTGGGTCCCTACACAGACGTCATCATGCAAAAAGTCGCCCTCGATATTGCGTTCATCGGTGTCAACGGCGTCGACCCGGACCTCGGCCCAACCATCACCGACGAAGGCGAAGCCATGGTCAACACGGTGATGGCACGCCGGGCCACCGAGTCCTATGTGGTTGCCGACTCTTCCAAAGTGGGCCGCCGCTCCTTTGCCGCCATGGCAGGCTACGACTTCAGGCACCTCATCACGGACTCCGGCATCAGCGCCGAACATAAAGCTGCGTTCGAGGCCAAGGGCACCGAAGTCATCGTCGCACCCGCCGGCTGA MTRTDRLTAILDLLAESGHVEVEDIVTRLGVSPATARRDLDSLAKQRLLSRTRGGATTGSVAYDLPGRYNRDDHAEAKQEIALAASALIRPGAVIGLSGGTTNTALAQLLSTREDLNAPSHTPTLTVVTNAINIASQLAVRPNIKIMVTGGILNPRSYELVGPYTDVIMQKVALDIAFIGVNGVDPDLGPTITDEGEAMVNTVMARRATESYVVADSSKVGRRSFAAMAGYDFRHLITDSGISAEHKAAFEAKGTEVIVAPAG PGPT0017955_313 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_TAGATOSE_DEGRADATION,PGPT0017955-agaR-K02081 NA NA D3-18_02850 840 fba_1 Fructose-bisphosphate aldolase GTGACCCTGGTCAACACTCGGGAACTCATGGACAAGGCCGCCGCCGCGGGCACAGGCCAAGGTGCCTTCAACATCATCCACATCGAAACTGCCGAAGGCCTGGTGGCAGGGGCCGAAGCGGCCGGTGTCCCACTGCTTCTGCAGATTTCCGAGAACTGCGCCAAATACCACGGCGGACTCGAACCCATCGCGGCGGCGGCCCTGGCAATCGCCCGTTCCGCCGCCGTGCCTGTTGCCCTTCACCTGGATCACGCAGAATCCGAAGACCTGGCCATTGCCGCGGTGGACTTGGGTTTCGGTTCCGTCATGTACGACGGCGCGCACCTGCCGTACGAATGGAACGTGGAAGTCACGCAACGGGTGGCCAAGTATGCCCACGAGCGCGGTGTCTATGTGGAGGCGGAGCTTGGAAAAGTGGGTGGCAAGGACGGAGCCCACGCTCCCGGTGTCCGCACAGACCCCGGCGAGGCCCACGCATTCGTTGAGGCAACCGGCGTGGACGCGCTCGCCGTTGCTGTCGGCTCCTCCCACGCCATGACCGAACGCAGCGCCGCGCTGGACTTGCACCTCATCACCAGACTGAAGACTGCGGTGGGAAAACCACTGGTCCTCCACGGCTCTTCCGGTGTGGCAGATGACATGCTCATAGCCGCTATCCGCGCGGGTATGACTAAGATCAACGTATCCACACATTTGAACGGGTTCTTTACCCGCGCCGTCCGTGAGTACCTCGATGCCAATCCTGCAGTGGTGGATTCCCGGAAATACATCAAGGCCGGCCGGGATGCCCTTGTGCTGGAGTCCGCACGTATGCTGACGCTGTTCGCCAAAGCGAATTAG MTLVNTRELMDKAAAAGTGQGAFNIIHIETAEGLVAGAEAAGVPLLLQISENCAKYHGGLEPIAAAALAIARSAAVPVALHLDHAESEDLAIAAVDLGFGSVMYDGAHLPYEWNVEVTQRVAKYAHERGVYVEAELGKVGGKDGAHAPGVRTDPGEAHAFVEATGVDALAVAVGSSHAMTERSAALDLHLITRLKTAVGKPLVLHGSSGVADDMLIAAIRAGMTKINVSTHLNGFFTRAVREYLDANPAVVDSRKYIKAGRDALVLESARMLTLFAKAN PGPT0017615_5271 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 D3-18_02851 969 lacC_1 COG1105 Tagatose-6-phosphate kinase ATGAAACGAGCCAACGTGAACCGTATTATTACGGTCACTCCCAATCCGGCCATCGACATGACCTACACCGTCCACGGAATCATCGAGGGCTCCAGCCACCGGGTACCCACGCCCTTGAGCCGTGCGGGAGGCAAGGGCATCAACGTAGCCCGTGTCACTCACCAGCTCGGCTACCCGGTGCTCGCCATTGCCCCTACCGGCGGTGCGGCAGGGCAGACACTGGCAGCCGAACTGTGGACCAGCGGGGTGCCGCACGCCCTGGTGGGAGTCGCCGCAGAGACGCGCCGAAGCATCGCGCTGGTGGATACCGTCGCGGGGGAGACCTCCATCTTCAATGAGGAGGGCCAGGCTCTTCTGCCCGACGACTGGCGCTCACTGCGGATCGCCGTGGTTGACGCTGTGAGCGGCAACCGCAACCTGCCGGCCTCCGTCCTGGTCGGTTCGGGAAGCCTGCCGCCGGGCGCTCCTGCGGATTTCTACCCGGAGCTGGTGCGCCTTGCCCACGACGCCGGTATCCCGGCCATCATCGACACCTCCGGTCCGGGGATCATCGCCGCGGCGAAGGCCGGCGCCGACATCCTCAAGCCCAATCATCACGAGCTGGCCGAAGCCACGGGCGAGTCCAGCCTCGAAGCAGCCGCATTGGCGCTGATCGACATGGGTGCCCGCACGGTCCTTGTCAGCGCCGGTGCGGACGGCATGCTCGCCTTCGACCATGCCGCCCCGGGCGGTTATTGGAGTGCCCGCCTGCCGGAAGCGCTCAGCGGCAACCCCACAGGGGCGGGCGACGCCGGTGTGGCCGCTGCCGCCGTCGCACTCGCCGAAGGCATCACCGAGCCCCGGGAAATTCTTCGCCGGGCCACCGCATGGTCGGCCGCGGCCGTGCTCATGCCTGCCGCAGGTGAAATCTCGCCGCGATACCAGGAACTCCAGGACCAATTGATCGTGACATGGAAGGAGACCCGGTGA MKRANVNRIITVTPNPAIDMTYTVHGIIEGSSHRVPTPLSRAGGKGINVARVTHQLGYPVLAIAPTGGAAGQTLAAELWTSGVPHALVGVAAETRRSIALVDTVAGETSIFNEEGQALLPDDWRSLRIAVVDAVSGNRNLPASVLVGSGSLPPGAPADFYPELVRLAHDAGIPAIIDTSGPGIIAAAKAGADILKPNHHELAEATGESSLEAAALALIDMGARTVLVSAGADGMLAFDHAAPGGYWSARLPEALSGNPTGAGDAGVAAAAVALAEGITEPREILRRATAWSAAAVLMPAAGEISPRYQELQDQLIVTWKETR PGPT0017940_172 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_TAGATOSE_DEGRADATION,PGPT0017940-lacC-K00917 NA NA D3-18_02852 936 glkA_2 Glucokinase ATGGTTCTCGGAGCCGCGGAATCACCGGTCCTTTCGTTCGACGTTGGCGGGACAGACATCAAGGCTGGTTTGGTGGATATCCGTGGGACAGTCCTGGGCATGCGCCGCGTCCCTACGCCGTTGGATCCTGCCCGCCCCGGCGAAGCGGTCCTGGACAGGCTTGCTGAGCTTAAAGCCGAGTTGGCCTCGGAGTTTCCTGAAGCCCCCGCCAAAGCAGCAGGCATCATCGTTCCTGGAATCGTGGACTCCGTGAGCGGAGTGGGCATTTATTCCGCCAACCTCGGATGGCGTAACTTCCCCTTCACTGCCGAAGCTGAAAAACGGCTTGGCATCCCCGTTGCGTTCGATCACGATGTCCGTTCCGCTGCAGCAGTTGAACACAGTTTTGGAGGGTCCAAAGAGTTCAACGATGTTGTAGTGATGGTGGTGGGAACCGGCATTGCTGCAGCCGTATTCTCGGGCGGCAAGGCGGTCACTGCAGGTGGTTTCGCCGGCGAGCTCGGCCACGCCCAGGTTCCGGACCCCGACGCCGGGCCGGGCGCCGCAGGCTCCACCATCCTGGAAGCAGTGGGCTCAGCAGGGGCAATTGCCAAGCGTTACCACCGGGCATCGGGAAACCGGGTGGACGGTGCGCGCGGGGTGCTGCTCAGGGCAAGCGCAGGAGACGCAGTGGCCGCACGTGTTTGGGCCGATGCTGTTGATGCTCTGGCCTTCACTATCTGCCAGTGCGTGAACATCATTGGGACAGAAGCCGTGGTGATCGGCGGAGGCCTCGCTGAAGCAGGCGAGGAGCTGCTCGAACCACTCCGTAAACGGGTTGACGCCATCCTGGAGTTCCAGCGCAGGCCCCAACTCATCCGTGCCCAATTGGGGCAGGACGCCGGCTTGCTCGGCGCGGCACTGAACGCCCGGGCACTTTTGGGAGGCACACGATGA MVLGAAESPVLSFDVGGTDIKAGLVDIRGTVLGMRRVPTPLDPARPGEAVLDRLAELKAELASEFPEAPAKAAGIIVPGIVDSVSGVGIYSANLGWRNFPFTAEAEKRLGIPVAFDHDVRSAAAVEHSFGGSKEFNDVVVMVVGTGIAAAVFSGGKAVTAGGFAGELGHAQVPDPDAGPGAAGSTILEAVGSAGAIAKRYHRASGNRVDGARGVLLRASAGDAVAARVWADAVDALAFTICQCVNIIGTEAVVIGGGLAEAGEELLEPLRKRVDAILEFQRRPQLIRAQLGQDAGLLGAALNARALLGGTR NA NA NA NA NA D3-18_02853 918 hypothetical protein ATGAGCGAGAACACACTGGGCGCCTTCATGGAGGAAGAGCTGGTTTCCCAGCCCGACGTTTGGCAGCGGGCCGTAGAGCAGGCCCGTACGGAGCAGTTGCTTCCAGCGGACGGTATGCGCATTGCCGTCATCGGGTGTGGCACATCATGGTTCATGGCTCAGAGCTACGCCGCTGCCCGCGAATCTGCGGGCAAGGGGGTTACGGATGCGTTCGCCGCGTCAGAAGCTTTCCTGAACAGCAACAGCGCCGATCGCGGGTACGACGCCGTCGTGGCCATTACCCGGTCAGGTACCACCACTGAGGTGCTCGGGATTCTGGCTGAGTTGAAGGGGATTGTCCCCACCGTAGCCATCATTGGCGACACCTCCTCGCCAATCGTCGAGCTGGCAGACGCCGTGGTGGGCCTCCAATACGCCGATGAGCGCTCCGTGGTGCAGACCCGCTTCGCCACCACGGCATTGGTCTACATGCTGACCAGCCTTGGCATCGACGTCCAGCAGGCAATCGATGATGCCCGTGATGCTGTGACTGCACCGGTCTCCCAGGAACTCTTGGACGCCGAGCAATTCACCTTCCTCGGCACCGGCTGGACCGTTGGACTGGCCCACGAAGCCGGCTTGAAGATGCGCGAAGCCGTGCAGGGTTGGACCGAGTCCTACCCTGCCATGGAATACCGCCACGGCCCCGTCTCCATTGCTGCCCCTGGCCGCGTCACCTGGCTGTTCGGAACCCAGCCCGAGGGTCTGGACAGCGATATGGCCGTCACCGGCGCCCTCTACATCCACACGGATAAGCACCCGCTGGCTGAACTGGCACGTGTCCACAAAGTCACCCTGGAGCGTGCGCGCGTTCGTGGACTGAATCCGGACCTGCCCCGCAACCTGACGCGCTCCGTTATTCTCGACGCCTCGGCCTAG MSENTLGAFMEEELVSQPDVWQRAVEQARTEQLLPADGMRIAVIGCGTSWFMAQSYAAARESAGKGVTDAFAASEAFLNSNSADRGYDAVVAITRSGTTTEVLGILAELKGIVPTVAIIGDTSSPIVELADAVVGLQYADERSVVQTRFATTALVYMLTSLGIDVQQAIDDARDAVTAPVSQELLDAEQFTFLGTGWTVGLAHEAGLKMREAVQGWTESYPAMEYRHGPVSIAAPGRVTWLFGTQPEGLDSDMAVTGALYIHTDKHPLAELARVHKVTLERARVRGLNPDLPRNLTRSVILDASA PGPT0017630_7467 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_METABOLISM,PGPT0017630-glmS|nodM-K00820 NA NA D3-18_02854 1230 hutI_2 COG1228 Imidazolonepropionase ATGACGAGCGGAAACAAAAGCAGCACGGTCATCACCAACATCGGTGAACTGATGACCCAGGACCGGGAGCACCGCGTCCTTAAGGACGCCGCCATCGTGATCGAGGGCGAGCGCATCGCTTGGTTGGGGGCTAGCAAAGATGCTCCGGAGGCTGAGGCAAGGATCGATGCCGAGGGCCGTGCTGTCCTGCCAGGTTGGGTGGATTCGCACTCGCATCTCGTTTTCGCAGGAGACCGCACTGCCGAGTTCGAGGCTCGAATGGCCGGCGAAAGCTACAGCGCTGGTGGTATCGCCGTCACCATGGGTGCCACACGCAGCGTCAGCGACGACGAACTTACGCGCCTCGTGCGGGACCGCGTGGCTGAGGCAGTTTCGCAAGGGACCACCTACCTGGAGAGCAAAACCGGTTACGGGTTGGACGTGGAGAACGAGGCCCGCAGTGCCCGCATCGCAGCAGGCGAAGTGGACGAGGTAACCTATCTTGGCGCGCACCTGGTTCCCAGCGGCTCCGATCCTGAGGAGTACACGGATCTGGTGTGCGGCCCCATGCTCGACGCCGTCCTCCCTCATGTCCGCTGGGCTGATGTGTTCTGCGAGCGCGGTGCGTTCAGTGAGGACCAGTCACGCCGAGTCCTCACTGCTGCCCGCGATGCCGGTCTGGGGCTAAGGGTTCACGGAAACCAGCTTGGGGAGGGACCCGGTGTGGCGCTGGCAGTTGAGTTCGCGGCTGCGAGCGTCGACCATGTGAACTATCTTTCGGACAAGGACGTCCGGGCGCTCGCGGAAACGTGGGCCGGCTGGGATGTGGCCTCCGGAACGGGCACGCGCGGTACCGTGGCCACGTGCCTTCCCGCTTGTGACCTTTCCACCCGCCAGCCCTTGGCGCCCGGCCGTGAACTGATCGACGCGGGCGTACAGATTGCCCTTGCGGCCAACTGCAATCCGGGGACCTCGTACACCAGCTCCATGGCCTTCTGCGTCACCACGGCTGTGCTTCAGATGCACTTGAGCGTTCACGAAGCCGTCCGCGCGGCGACGTACGGCGGTGCGCTGGCGCTGGGCAGGGAGTCCGGGAACGACGTCGACGGCGAACGGGCGGTGGGTTCGCTCGCGGTCGGACATCGCGCCGATTTGCACATGCTGAAGGCTCCGTCGGCTACGCATCTGGCGTACCGTCCCGGGATCCCGTTGACCCATTCGGTGTGGCGGGCCGGCGTACGGGCTGTCTAA MTSGNKSSTVITNIGELMTQDREHRVLKDAAIVIEGERIAWLGASKDAPEAEARIDAEGRAVLPGWVDSHSHLVFAGDRTAEFEARMAGESYSAGGIAVTMGATRSVSDDELTRLVRDRVAEAVSQGTTYLESKTGYGLDVENEARSARIAAGEVDEVTYLGAHLVPSGSDPEEYTDLVCGPMLDAVLPHVRWADVFCERGAFSEDQSRRVLTAARDAGLGLRVHGNQLGEGPGVALAVEFAAASVDHVNYLSDKDVRALAETWAGWDVASGTGTRGTVATCLPACDLSTRQPLAPGRELIDAGVQIALAANCNPGTSYTSSMAFCVTTAVLQMHLSVHEAVRAATYGGALALGRESGNDVDGERAVGSLAVGHRADLHMLKAPSATHLAYRPGIPLTHSVWRAGVRAV PGPT0020235_1374 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020235-hutI-K01468 NA NA D3-18_02855 1098 dauA_1 FAD-dependent catabolic D-arginine dehydrogenase DauA ATGGCTTCGAATTATGACGTGGTAATCGTTGGCGGCGGCATCGGTGGACTGTCCTTGGCAGCGGCTCTCGCGGGCAAGTGCTCGGTGGCCCTTGTCGAGGCTGAGCAGTCCCTGGCTTTCCACACTTCCTCGCGGTCGGCCCGGCAACTGATCCCCAGCTACGGACCGGCCGTGGTCCAGGATCTGACCATCCGCACACTCGACATGCTGTCCGCCCGGGACGCAGAGGCAGGAACGCCGATCCTGACTCCCCGGGGCTTCATGCTGGTGGGCGACGAGGCCACCGTGAGCGCCGAAGCCAGCGGAAACATGCATCCCATCTCACACGACGAAGCCATGCGTCTCTGCCCGGCCCTGAATCCCGCATCCTTCACCGCCGCGGGGCTGGATAACGGCTCCTTCGGCTGCAACGCGCCCCTGCTTCTCGAGGAGCACCGCCGGACGGCGGAAACTGCGGGCGTGGACATCATCACCGGAGCCAAAGTGCACTCGGCCCAGCGGTTGGGGAGCGGCTGGCAACTGGGCGCGGGCACGGAAGGCTTCCAGTCCGGCGTCGTGGTTAACGCAGCACGTGCCTGGGCGGATGAGCTGGCGGTCATCAGCGGAGTGGAGAAGCTGGGACTGCAGCCATACCGCCGGACTGCGGCGATTGTGAACGTTGAGAATCCACTGACGCCGGAAACGCCCATGGTGTGTGCCGCTGATAATTCTTTCTACTTCCGCGCCGAGGGCAGCCAGGTGTTGATTTCGCCGTCGGAAACCGTGCCCAGTGGAGCCGAGGACGCCAAACCCTACGCCGGGGATGTGGAGACATTGATCGGCAAACTCAACACGGTCACTTCCCTTGGAATCCGCTCCGTGGAGCGTGCCTGGACGGGCCTCAGGACAGAAGCGGCGGACGGAATCCCGGTGGTGGGTTTCGACGCCGAAGCGCCGGGCTTCTTCTGGCTCGCCGGTCAGGGGGGTTACGGTTTTCAAACATCTTCCGCCATCGCCGAGCTGGCCGCCGCACTGATCCTCGGCGGGATACAGGATGACAGTCCGGAATCCCGGACAGCGGAGCAGCTCGCGGCCGTACGCTGGTCCATCCGGCGCTGA MASNYDVVIVGGGIGGLSLAAALAGKCSVALVEAEQSLAFHTSSRSARQLIPSYGPAVVQDLTIRTLDMLSARDAEAGTPILTPRGFMLVGDEATVSAEASGNMHPISHDEAMRLCPALNPASFTAAGLDNGSFGCNAPLLLEEHRRTAETAGVDIITGAKVHSAQRLGSGWQLGAGTEGFQSGVVVNAARAWADELAVISGVEKLGLQPYRRTAAIVNVENPLTPETPMVCAADNSFYFRAEGSQVLISPSETVPSGAEDAKPYAGDVETLIGKLNTVTSLGIRSVERAWTGLRTEAADGIPVVGFDAEAPGFFWLAGQGGYGFQTSSAIAELAAALILGGIQDDSPESRTAEQLAAVRWSIRR PGPT0020092_425 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ARGININE_DEGRADATION,PGPT0020092-dauA-K19746 NA NA D3-18_02856 1194 kbl COG0156 2-amino-3-ketobutyrate coenzyme A ligase ATGTATTCAGCCATCAAAGACCAACTGCAGGGCGAACTGGACGAGATCCGCAGCGCCGGACTGTTCAAGACCGAACGCCACATCGATTCGCCGCAGGCCAGCCACATCGCAGCAGGCCAGCTCGGGCAGCCGGCCAACAAGGTCCTGAACTTCTGCGCCAACAACTACCTGGGCTTGGCCGACCACCCGGACATCATCGCCGCCGCCAAGTCCGCAATGGACGAGCGCGGCTTCGGCATGGCATCCGTGCGCTTCATTTGCGGAACCCAGGACCTCCACCTGGAGCTTGAGACCCGAGTCTCCGAGTTCCTGGGAACCGAGGACACCATCCTCTTCTCCAGTTGCTTTGACGCTAACGGCGGCGTGTTCGAGTCCCTCTTCGGTCCTGAAGACGCCATCATCTCGGACTCCCTGAACCACGCGTCCATCATCGACGGCATCCGCCTCAGCAAGGCCAAGCGTTTCCGGTACGCCAACCAGGACATGGCCGACCTCGAAGCCAAGCTGGTGGAGGCCGAGGGCTCCCGCCGCAAGATCATCGTCACGGATGGTGTGTTCTCCATGGACGGGTACCTCGCTCCGCTTGAGGCCATCTGCGACCTCGCCGAGAAGCACGACGCCTTGGTCATGGTGGACGACTCCCACGCCGTCGGCTTCATGGGCCCCACCGGCGCCGGCACCCCGGAGCACGCTGGTGTTTCCGAGCGCGTAGACATCTACACGGGTACGTTCGGCAAGGCACTCGGCGGTGCCTCAGGTGGATACGTTTCAGGCCGCGGCGAAATCGTAGCGATGCTACGTCAAAAGGCGCGCCCCTACCTGTTCTCCAACTCGCTTGCCCCGGCCATCGTTGCGGCAACCATCAAGGCGATCGAGCTCGTGCAGGAATCCGGCGAACTCCGGACCCGCCTGTTCGAGAATGCAGCGCTGTTCCGTCGGCGCATGAGCGAAGAAGGCTTCGAACTCCTTGACGGAGAACACGCCATCATCCCCGTGATGTTCGGCGATGCCGTGGTTGCTGCAAAGGTTGCCGACGAAATGCTCAACAACGGCGTTTTCGTCACGGCCTTCAGCTTCCCTGTGGTGCCGAAGGGTGTGGCCCGCATCCGTGTGCAGCTCTCCGCTGCGCACAGCGCGGACGACGTCGAAGCGTGCGTTCAGGCGTTCGTCAAGAGTCGCGCCGCGGTCGCCTAG MYSAIKDQLQGELDEIRSAGLFKTERHIDSPQASHIAAGQLGQPANKVLNFCANNYLGLADHPDIIAAAKSAMDERGFGMASVRFICGTQDLHLELETRVSEFLGTEDTILFSSCFDANGGVFESLFGPEDAIISDSLNHASIIDGIRLSKAKRFRYANQDMADLEAKLVEAEGSRRKIIVTDGVFSMDGYLAPLEAICDLAEKHDALVMVDDSHAVGFMGPTGAGTPEHAGVSERVDIYTGTFGKALGGASGGYVSGRGEIVAMLRQKARPYLFSNSLAPAIVAATIKAIELVQESGELRTRLFENAALFRRRMSEEGFELLDGEHAIIPVMFGDAVVAAKVADEMLNNGVFVTAFSFPVVPKGVARIRVQLSAAHSADDVEACVQAFVKSRAAVA PGPT0020495_1548 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020495-kbl-K00639 NA NA D3-18_02857 1047 tdh COG1063 L-threonine 3-dehydrogenase ATGAAGGCTCTCTACAAATCCGGACCCCACGCAGGGTTCGAACTCGTCGAACGTCCCGAGCCCCAAGCTGGCCCCGGCGACGTCAAGATCCGTGTGATGACCACCGGTATCTGCGGCACCGACCTCCACATCCAGAGCTGGGACGCCTGGGCCCAGGGCATCATCGAAACGCCCCTCATTGCCGGCCACGAGTTCTATGGCGAAGTAGTGGAAATTGGCGAGGACGTCCGCGACGTCAAGATAGGGGACAGGGTCTCCGGCGAGGGCCACGTGGTGTGCGGAATCTGCCGCAACTGCCGTGCCGGCCGCCGCCAGATGTGCATTCATACCGTTTCCGTTGGCGTGCAGCGCGACGGCGCCTTCGCTGAATTCGTCGTCATCCCGGAAACCAATGTCTGGGTTCACCACGACGAGTCAGTTACCCCTGAACTCGGCGCCATCTTCGACCCCTTCGGCAACGCCGTCCACACCGCTCTGAGCTTCCCGCTGGTCGGGGAAGACGTGCTCATCACCGGTGCCGGTCCCATCGGTTTGATGGCTATCGCCGTCGCCCGCCACGCAGGTGCCCGCAAGATCGCCATCACGGACGTGTCCGCACCGCGCCTTGAGCTGGCTCGCCAGATGGGCGTGGACCTTGCAGTCGACGTTTCAAAGATGCGCGTTCGCGAAGCGCAGCAGGAACTGGGCATGCGCGAAGGCTTCGACATCGGACTGGAAATGTCGGGACACCCCACGGCGCTGCCTGAGATGATCGACAACATGAACCACGGCGGCCGCATCGCCATGCTCGGCCTACCCAGCCAGTCCATCGACATCGACTGGGGCAAGGTAGTAACCCACATGCTCACGCTTAAGGGCATCTACGGCCGTGAAATGTTCGAGACCTGGTACGCCATGAGCGCCATGCTGTCCTCCAACCCCGTGCTGCACCGCAGCATCTCCGCCGTCGTCACAGACAAACTGTCCGCAGCCGACTGGGAAAAGGGCTTCGAGATCGCCCGCAACGGGACCGGCGGCAAAGTGGTCCTCGACTGGACTGAACTGTAA MKALYKSGPHAGFELVERPEPQAGPGDVKIRVMTTGICGTDLHIQSWDAWAQGIIETPLIAGHEFYGEVVEIGEDVRDVKIGDRVSGEGHVVCGICRNCRAGRRQMCIHTVSVGVQRDGAFAEFVVIPETNVWVHHDESVTPELGAIFDPFGNAVHTALSFPLVGEDVLITGAGPIGLMAIAVARHAGARKIAITDVSAPRLELARQMGVDLAVDVSKMRVREAQQELGMREGFDIGLEMSGHPTALPEMIDNMNHGGRIAMLGLPSQSIDIDWGKVVTHMLTLKGIYGREMFETWYAMSAMLSSNPVLHRSISAVVTDKLSAADWEKGFEIARNGTGGKVVLDWTEL PGPT0020460_230 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_THREONINE_DEGRADATION,PGPT0020460-tdh-K00060 NA NA D3-18_02858 939 cysL_2 COG0583 HTH-type transcriptional regulator CysL ATGGAAATTCATCAGTTGCAGATGCTTCGTGAACTCCGAGACTTGGGAAGCGTCAAGGCTGTAGCCGAGACATTGATGGTGACTTCCTCGGCAGTTTCACAACAGCTCGCACTGTTGCAGAAATCTGTGGACGTGCCGTTGACGCGCAAAGAAGGCCGGGCTTTGGTGCTCACGGATGCAGGCCGCGTCCTCGCTGAGGCGGGTGCCGCCGTCGTGAATGCCATGGCAGATGCGCGGGCTGCGATCGGCGCCTATCACGACGCTCCGGGCGCGCCGGTGAGCGTCAGCGCGTTTCACAGCGCAGGGCAGGCGCTGTTTGCGCCGTTGGCCGCTCTGTTGGCGTCCGACGGCGGGGAATCGCCCCGCCTCCGCCTGTCCGATGAGGATGTGGCCCAGGAGGATTTCCCGGGGTTGGCTGCCAGGTACGACCTCGTCTTGGCCCACCGGATGGACAACAGCCCGTCCTGGCCGGAAGACAAGGTAGCGGTGATTCCACTGGCCGACGAGCCTTTGGACATCGCGCTTCCTGCAGATCACCCACTGGCGAACCGGCGCGAACTGGAGCCGTCCGACGTCGTGGGTGAATCCTGGGTGACCAGCCGCGACGGCTACTCCCCTGCAGACGTCCTTGCCGCCGTCGTTGCTGTAAGCGGGCGGCCGGCAGAAGTACTGCACCGCATCAACGACTATTCCACCGTGGCGGCGTTGGTCTCGGCGGGAGGGGCGATCGGTCTACTCCCGCGGTTCACTGCACGCCGCGTGTTGGACGCCGGAGTGGTGCTGCGTCCGCTGTCCGGGGTGAATTCGGTCCGCAAGATCGACATCCTGGCCCGGCCGGAGACACTGAAGCGAAAATCGGTCATGACGGTTTGCGAGTCACTTCAAACCGTCATGACCGAGCTTGTCGAGCTTTCGAGCCCCGCTCACCCAACTAAGTAG MEIHQLQMLRELRDLGSVKAVAETLMVTSSAVSQQLALLQKSVDVPLTRKEGRALVLTDAGRVLAEAGAAVVNAMADARAAIGAYHDAPGAPVSVSAFHSAGQALFAPLAALLASDGGESPRLRLSDEDVAQEDFPGLAARYDLVLAHRMDNSPSWPEDKVAVIPLADEPLDIALPADHPLANRRELEPSDVVGESWVTSRDGYSPADVLAAVVAVSGRPAEVLHRINDYSTVAALVSAGGAIGLLPRFTARRVLDAGVVLRPLSGVNSVRKIDILARPETLKRKSVMTVCESLQTVMTELVELSSPAHPTK NA NA NA NA NA D3-18_02859 1194 yteT_2 COG0673 Putative oxidoreductase YteT ATGGAAAAGGATTTGAAGGTCGGCATCGTGGGTTTCGGCCTGCGTTCAGGGCTGTGGAAGCACGCCCACAAGCCGGGCCAAGGCTCCGAGGTCACTGTTGTTTGTGACCTCAGTGAACGTGGCCGGGCAGACGCCGCAGAACGCATCCCGTCGGCTCAGGTTACGGGGGATCTTGAGGAGCTGCTGGGCAGCGGGATCGACGCCGTCCTGGTCCTGACCCCCGATAACCAGCACGCCGCCGTCGCTGTCCGAACGCTCAAGGCGGGCATCCCCACCTTCTGCGAGAAGCCACTGGACATCACGGTGGAGGCTGCGGACCGGATCCTCAAGACGGCTTACGAGACCGGGACTCGTTTGTACGTGGGCCACAACATGCGCCACATGCCCGTGGTGGTCCAGATGCGCAAACTGATCGAGGACGGCAGGATCGGCGACGTCAAAGCGGTCTGGTGCCGCCACTTCGTGGGTCACGGGGGAGACTACTACTTCAAGGACTGGCACGCCCAGCGCGCCAACGTCACGTCCCTTCTCCTCCAAAAAGGTGCCCACGACATCGACGTGATCCACTGGCTGGCCGGCGGATACACCAAGCGGGTTGCCGCCGTCGGAGATCTAGCGGTCTACGGCGACGTGGCCAACCGCAGCAACAACGCCGGCAAGCGCATGGGGGACTGGTTCTCCATGGACAACTGGCCGCCCACGGAGCAGAAGGATCTGGCCGAGGTGATTGACGTTGAGGACATCTCCATGATGAACATGGTGCTGGATAACGGCGTCCTCGCCTCCTACCAGCAGTGCCACTTCACGCCGGACTATTGGCGCAACTATACGGTCATTGGCACCAAAGGCCGGATCGAGAACCTTGGCGATGGACCAGGGGAAACTATCAACGTATGGACCAGCCGGACGTCCGGCTACGCGGCGCCGGACGAGGTCATCGCCATTCAGGACGGCGAAGGTGGCCACGGCGGTGCGGACCCTCGCCTGATCGAGGAATTCCTGCGCTTCGCCTCCGAAGGGGGCCAGACCCAGACAAGCCCGATTGCAGCGCGACAGGCGGTAGTGGCCGGCGTCCTTGCGGCAGAATCGCTACGAGGTGACGGCTCGGCTCGGGAGGTACCGGAGCTCCCGGCCGAACTAGTGGAGTACTTCGACGCCGGCCAGCCCGCCCTCGTCCGCGACGGACCCAAGTAG MEKDLKVGIVGFGLRSGLWKHAHKPGQGSEVTVVCDLSERGRADAAERIPSAQVTGDLEELLGSGIDAVLVLTPDNQHAAVAVRTLKAGIPTFCEKPLDITVEAADRILKTAYETGTRLYVGHNMRHMPVVVQMRKLIEDGRIGDVKAVWCRHFVGHGGDYYFKDWHAQRANVTSLLLQKGAHDIDVIHWLAGGYTKRVAAVGDLAVYGDVANRSNNAGKRMGDWFSMDNWPPTEQKDLAEVIDVEDISMMNMVLDNGVLASYQQCHFTPDYWRNYTVIGTKGRIENLGDGPGETINVWTSRTSGYAAPDEVIAIQDGEGGHGGADPRLIEEFLRFASEGGQTQTSPIAARQAVVAGVLAAESLRGDGSAREVPELPAELVEYFDAGQPALVRDGPK NA NA NA NA NA D3-18_02860 1044 purR COG1609 HTH-type transcriptional repressor PurR ATGGCAAAAGCGAGCAGCACAGGAGTCAGGCCAACCATCCGCATGGTGGCCGAACTGGCGGGCGTCTCCACAGCCACGGTTTCCTACGTGCTGTCGGGTCGCCGCGGTGATGGCGGACCAGGAGTGTCGGATCCGACGGCGGAAAAGGTCAAGGCCGCTGCGGAGCGGCTTGGCTATCGCCCCAACCAGGCGGCTCGGGCCATCCGGACGGGACGCACGAATACAGTGATCCTGTCATTGACCATGCTGTCCGATCCGTGGTCGCTGTCCGTCATTGAGGCTGTTCAGAAGGCGGCAGTCCCGCTGGGCATCACACCGATGATCCTGGGTGACGCCGATTGGGTCAAGGTTCTGGGCACGCACAATGCCGATGCTGTTTTCGTGGATGCAGTTCGTCCTGATCAGCGGGAAGCCCTGCGCAAGCTCGCCGAGCACGGCACCACGCTGGTGGTCTTTGACGAAGAGGTGCAAGCAGAAGGCTTCGATGTCATCCGTTCCATCGCCGGACCCGGCTGCCGCATGGCCGTGGAGCATCTGCTCCACGGCCACCGGAGGATTGCCTGCCTGACCCCGGCAACGGCAGCGGGCACCTCTGGTGGGACAAGGTATCGGGCCTACTCGGATGCTTTGGCCGCGGCGAAGATCAAGGAACGGGACGATTACGTTGGCCTGTTCGACGGCACCAGCGCAGGGGCTTACGCTGCGGCAACGAGGCTGCTCGGCATGCCGGACCATCCCACCGCCATCTATGCCACCACGGACTACGCAGCAGTAAGCGCCATCAATGCCGCCCAGCGCCTGGGCCTCGCTGTGGGCACCGACGTGGACATCATCGGTGTGGGCAACACCGTGGAGGGCGAACGGATGTCACCGTCATTGAGCACGGTAGGCCCTGTTGACTTCTTCGACAAACTCGCCCGGCTGCTCCTTCGGCGGGCAACAGGTCACACCGCGCCGGAGTCACCCGGCCTCCTCGACTTCCCCTGGCACTTGTTCGTGCGCGAATCGGCGCCGCACCGCAGCGCCGCAACCAGACTTTACTAA MAKASSTGVRPTIRMVAELAGVSTATVSYVLSGRRGDGGPGVSDPTAEKVKAAAERLGYRPNQAARAIRTGRTNTVILSLTMLSDPWSLSVIEAVQKAAVPLGITPMILGDADWVKVLGTHNADAVFVDAVRPDQREALRKLAEHGTTLVVFDEEVQAEGFDVIRSIAGPGCRMAVEHLLHGHRRIACLTPATAAGTSGGTRYRAYSDALAAAKIKERDDYVGLFDGTSAGAYAAATRLLGMPDHPTAIYATTDYAAVSAINAAQRLGLAVGTDVDIIGVGNTVEGERMSPSLSTVGPVDFFDKLARLLLRRATGHTAPESPGLLDFPWHLFVRESAPHRSAATRLY PGPT0017992_4389 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 D3-18_02861 1659 hypothetical protein ATGACGAGCACTACCTCTCAGGCTGGATTCAGCCGCCGCGGTTTCCTTGGCCTCGCGGGCCTTGCCGTGACCGCCGCAGGTTTGTCCGCCTGCGGCGGTGGCGGAACCGCGAGCAACGGAGGCGCTGCTGCCTCCGCTTCGGTCAAGCTGCCCACGTACAAGGAATTCACGGGCGTCACCCCGGACATCGCCGGTAACGCCAAGGGCCTCCAAGCCGGCTACTTCAAACTGCCCACTGCTGTGCAGTCCGTGAAGACGCCGCCGCTCAAGGGCAACGTGACAGGCCTGACCGAAACCTTCGAAACCATGAGCCCGGGCCTGAAGGACAACCCCTTCTGGCAGCGCCTCAACACCAAACTCGGCGGCGACCTGGAACTCCAAATAGCCGAAGACATCGGAGACGGTTACCCGGCAAAGTTCGCCACTGTCCTGGCCAGCAACGATCTTCCGGACATGATGTGGGTTCCACCGAACCAGGGCATCCCCAACGTCGGACCCATGCTGGAAGCCAAATTCCAAGACCTGACGCCGTACCTCTCCGGTGACGCTGTTCTTGAGTACCCCAACCTGGCCGCACTTAAGCCCGATTCCTGGAAGACCGCCGTCGTGAACGGCAAGATCTGGGGAGCTCCCATCCCCAGCACCCCGTTCGGTCAGGTGTACCTTGGCAACCACGACGCGTGGGCCCAGGTGGGTGGCTTCGAAGCTGCCAGCGCCGAGGAATTCCTGGAGAAAGCGAAGGAGCTGACCCGTCCCGGTGACCAGAAATACGCGCTGGAACCCGCCTACATCAATGCCCTCCACATGGTTACTGAGTGGTTTGGCGCTCCGAACAGTTGGGCTGTGAACAAAGACCGCACCCTCACCCACCTGTACGAGACCGACGAATACTTGGCCGGCGTCGAGTTCACGGCCAAGATGTTCGCAGCGGGCGTCTTCTACCCGGACTCCAAAGCAACTGACATCCGTTCGCGCGTAGCCAACGGAAGCGTTGCAGCCCAGGTGGTGGTGGGCCCGCACGATATCCGCAGCTACCGTGCCCTGAACAAGGACGCCCAGTTCGACATATTGATCCCCTTCAGTGCCGACGGCAAGGTCAAGCCCGTCTACGACATGGGCTACGGCACGGTGGGCTTCACCCCGTTTAAGAAGGCTGAAGAGGGCAAGATCCGCGAGCTGTTGGCGCTGATCAACTACCTGTCGGCACCGTTCGGCACGGTGGAGTACATGCAGAAGAACTTCGGCGAGCTGGGTCAGGACTACACCATCGATGCCTCCGGCAACCCCGCACGCACCGAGACGGGAAGCACCAACGCGCCCGGCCTTGTCTCAGCGTTGAACATCATGTCCAGCCCGGAGAATGTCATCTTCAACCCCGGTTTCGACGACGACACCCGGTACGTCAGCCAGCAGGAAGAAAAACTGCTCGAGTTCGCATGGCGCAACCCCACCAACGGTTCCTACTCGGACACCAACGCCAAGGTGGGCGCCAAGATCACCAAGCAGTTGCGAGACAAGGTAGTTGACATCATTACCGGCCGCGCCAAGATCGACGAACTCAAGGACGCGGTCAAGCGCTGGAAGAGCGAAGGCGGCGACAAGATGCGCGACGAGTACCAGGCCGCGTTGGACCCCAACGCGCCGGTATTCAGGAGCTAG MTSTTSQAGFSRRGFLGLAGLAVTAAGLSACGGGGTASNGGAAASASVKLPTYKEFTGVTPDIAGNAKGLQAGYFKLPTAVQSVKTPPLKGNVTGLTETFETMSPGLKDNPFWQRLNTKLGGDLELQIAEDIGDGYPAKFATVLASNDLPDMMWVPPNQGIPNVGPMLEAKFQDLTPYLSGDAVLEYPNLAALKPDSWKTAVVNGKIWGAPIPSTPFGQVYLGNHDAWAQVGGFEAASAEEFLEKAKELTRPGDQKYALEPAYINALHMVTEWFGAPNSWAVNKDRTLTHLYETDEYLAGVEFTAKMFAAGVFYPDSKATDIRSRVANGSVAAQVVVGPHDIRSYRALNKDAQFDILIPFSADGKVKPVYDMGYGTVGFTPFKKAEEGKIRELLALINYLSAPFGTVEYMQKNFGELGQDYTIDASGNPARTETGSTNAPGLVSALNIMSSPENVIFNPGFDDDTRYVSQQEEKLLEFAWRNPTNGSYSDTNAKVGAKITKQLRDKVVDIITGRAKIDELKDAVKRWKSEGGDKMRDEYQAALDPNAPVFRS PGPT0017245_1192 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318 NA NA D3-18_02862 924 araQ_4 COG0395 L-arabinose transport system permease protein AraQ ATGGCAACAACACTTTTCACCAAAAAACCCCGGGAACTTAGCTACAACCCCAAGCGCCCCGTGTGGAAGGAAAAACCTTCCGCCCTGTATCAAACGGTCAAAGCGGTAGTCCTGATTGTCTTCAGCTTGTCCATCCTTACGCCAATTCTGCTGGTGGTCTCAACGTCCCTCGCTGACACCGAACAACTTGTGGAGGCCGGCGGGTTCGTGCTCTGGCCCGAACGTCCAACGTTGGAGGCCTACGCCACCATCTTTAAGGGCCCCATGGTGTTGCAATCACTCGGGGTCAGCATGCTGGTCACAGCCGTTGGCACCATCCTGGCGCTGTTCGTGACCATCACTATGGCCTACGCCACCAGCCGCACGGTGCTGTTCGGCCGGCCGGTGATCCTTGCAGTCTTGTTCACGCTCCTGTTTGCGCCGGGTCTGATTCCGTCGTTCCTGATGATCCGCCAACTCGGTCTGCTGGACTCGTTGTGGTCACTGATCCTCCCGGGCATCTTCGGGGCCTTCAACTTTGTGGTGATGCGATCGTTCTTCATGAACATTCCCGGTGAACTCATCGAAAGTGCCAGGATCGACGGCGCCAACGACTGGCAAATCCTGTGGCGCATTGTGATGCCGCTCTCCAAGGCCGTGATCGCCGTCGTGGGACTGTTTTACGCGGTTGGTTTCTGGAACTCCTTCTTCAACGCGTTGCTCTACATCAACGATCACAGCAAGTGGCCCATCCAGTTGCTGCTCCGCAATTTCGTGGTCCAGGGCAGTGGCGCGGCGGACCAGTTGGGAATCACCACCACTCCGCCGCCGCAGTCCATCCAGATGGCCGTGGTGGTGGTGGCACTCGTCCCGATCCTGATGGTCTACCCATTCCTCCAAAAGCACTTTGCCAAGGGCGTCATCACAGGCGCCGTCAAGGGCTAG MATTLFTKKPRELSYNPKRPVWKEKPSALYQTVKAVVLIVFSLSILTPILLVVSTSLADTEQLVEAGGFVLWPERPTLEAYATIFKGPMVLQSLGVSMLVTAVGTILALFVTITMAYATSRTVLFGRPVILAVLFTLLFAPGLIPSFLMIRQLGLLDSLWSLILPGIFGAFNFVVMRSFFMNIPGELIESARIDGANDWQILWRIVMPLSKAVIAVVGLFYAVGFWNSFFNALLYINDHSKWPIQLLLRNFVVQGSGAADQLGITTTPPPQSIQMAVVVVALVPILMVYPFLQKHFAKGVITGAVKG PGPT0017255_462 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320 NA NA D3-18_02863 1035 yteP_1 COG4209 putative multiple-sugar transport system permease YteP ATGAACTCGACGACGGAACAGGCTCCGGCATTGCCCGAAGCTCGCCGAGTCCCGGGTCCGCCGGGCGGAAACGCCTCCGGACCCGGTCCGAAGAAGCGGAAAAGGAGCAAGGTCCCGCAGCAGAGTTTCCGATCGCGCCTGCGACGGGACAAACAGATGCTGCTTATGATGCTCCCAGGTGTGACCTTCTTGTTGCTCTTCTTCTACATCCCCATCCTGGGCAACGTCATAGCGTTCCAGGACTACCAGCCCTATCTGGGCATCGGTGACAGCCTGTGGGTCGGCTGGCAGAATTTCGTAGACCTTTTCGGCAATCCGGACTTCATTCACGCCTTCTGGAACACCCTGTACCTCGCCGCCTGGCAGTTGGTCTTCCTGTTCCCCGTGCCGCTGGTATTGGCGCTGATCGTGGATTCACTGATCAGCACCAGGGTTCGCCGGATTTTCCAAAGCATCGCCTACTTGCCGCACTTCCTTTCCTGGGTGTTGGTTATCGCGTTCTTCCAGCAGATGCTGGGCGGCGCGGGCTTCGTGAACAACCTTCTGAGGGACTGGGGCATGGAGCCCATACCGTTCATGACCAACCCGGAGACGTTCCCGGTCATGGTGGTGGTCCAGATGATCTGGAAAGATGCCGGCTGGGCCATGATCATCTTCCTCGCTGCGTTGGCCAGCATTGATGCCTCGCTCTACGAAGCTGCGGCGGCTGACGGCGCGGGACGATGGCGCAGGATGTGGCACATCACCTTGCCCGGCCTTAGGCCCGTAATTGTTCTCCTCCTCATTCTCCGCATCGGCGACATTCTTTCCGTCGGATTTGAACAGTTCATCCTGCAGCGGGATGCCGTGGGAGCCGGAGCCGCGGAAGTGCTGGACACCTTCACCTACTACACCGGCGTAGTGGGAGGCGGTTGGAGCTCGGGCGCGGCAGCCGGCCTGGCCAAGGGTGTAGTGAGCGCCCTGCTGATCTACGGCGCCAACAAACTTGCCCACCGCTTCGGCGAAGACGGAATCTTCGCAAAACAAGTGCGCTGA MNSTTEQAPALPEARRVPGPPGGNASGPGPKKRKRSKVPQQSFRSRLRRDKQMLLMMLPGVTFLLLFFYIPILGNVIAFQDYQPYLGIGDSLWVGWQNFVDLFGNPDFIHAFWNTLYLAAWQLVFLFPVPLVLALIVDSLISTRVRRIFQSIAYLPHFLSWVLVIAFFQQMLGGAGFVNNLLRDWGMEPIPFMTNPETFPVMVVVQMIWKDAGWAMIIFLAALASIDASLYEAAAADGAGRWRRMWHITLPGLRPVIVLLLILRIGDILSVGFEQFILQRDAVGAGAAEVLDTFTYYTGVVGGGWSSGAAAGLAKGVVSALLIYGANKLAHRFGEDGIFAKQVR PGPT0017250_97 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319 NA NA D3-18_02864 1032 COG1262 Formylglycine-generating enzyme ATGGCAGACTGCTGCAGCCCAGGCGCCGACGCAAGGGCGCATTCGACACCGGGGCTGAAACTCCCCCTGCGCACGGTGGGCGATCGTCCGAAGGCGAGCAACGTCGTCGAGCCTTCCGCGAACGCCGCACCTACCGCCAACGGTCCCGCAGCCTCTAGGAAAACAGGCGACGTCGAGATTCCCGCGGGAACCTTCGCCATGGGCGATCCCTTCAACGAGGGCTATGAGGACGACGGTGAGTCCCCCGTGCACGAAGTTAAGGTCTCAAAATTCCGCATCAGCGCCACAACCGTGACCAATGAAGAATTCGCTGAGTTCGTGGAGGCCACCGGTCACCGCACCGAGTCGGAAACCTTCGGAACATCGGCGGTGTTCCACCTCGCCGTGAAAGCAAACAAGGGGGATGTCCTCAACCGGGTCAGCAACGTCCCTTGGTGGCTCAACGTCCGTGGAGCCGACTGGGCCCACCCGGCCGGACCCCTCTCAAGCTGGGCAGACGTCCCTGACCATCCCGTCACCCATGTGTCGCACAACGATGCCTTGGCGTACTGCGAATGGGCCGGCCGCCGGCTACCCACCGAAGCCGAGTGGGAATACGCAGCACGCGGCGGACTGCCCGGGCAGCGCTACCCCTGGGGTAATGACTTGCACAACGATGTCCCGGGCAAAGCCGCTCACAACTGCAATATCTGGCAAGGGGAATTCCCCTCCCGCAACACGATGGACGACGGCCACCTCACCACCGCGCCCGCCAGGTCGTTCCGCCCAAACGGCTACGGACTGTACCAAACCAGCGGAAACGTATGGGAGTGGTGCAGCGACTGGTTCCTGCCCAAGTACTACAAGACGTGCCTCGCGCTAGGACCAGTGGAGGACCCGCAGGGTCCCTCGATCGGCCGCGGGAGGGTGATGCGCGGCGGCTCGTACCTGTGCCACGACTCCTACTGCAACCGTTACCGCCTCGCGGCCCGGAGCTCAAACACACCTGACTCGGCCAGCGCCAACCTCGGCTTCAGGACAGTGGCGCTCTAA MADCCSPGADARAHSTPGLKLPLRTVGDRPKASNVVEPSANAAPTANGPAASRKTGDVEIPAGTFAMGDPFNEGYEDDGESPVHEVKVSKFRISATTVTNEEFAEFVEATGHRTESETFGTSAVFHLAVKANKGDVLNRVSNVPWWLNVRGADWAHPAGPLSSWADVPDHPVTHVSHNDALAYCEWAGRRLPTEAEWEYAARGGLPGQRYPWGNDLHNDVPGKAAHNCNIWQGEFPSRNTMDDGHLTTAPARSFRPNGYGLYQTSGNVWEWCSDWFLPKYYKTCLALGPVEDPQGPSIGRGRVMRGGSYLCHDSYCNRYRLAARSSNTPDSASANLGFRTVAL NA NA NA NA NA D3-18_02865 558 hypothetical protein ATGGCCACTCTCAGACCAGGCCTTCGTAACGGCCTCCTCGCGGGCGGGATCGCTCTCGCCTTGACCGGTGGCGGGGCCGCCGCTGTGTGGGCGGGCACCCAACCCAGCCCTTCGCCGTCGAGCACTTCTGCTTCGCCCGGCCCATCCGCGTCAGCGAAAGCCAAGTCCATTGAAGGCCGCGGCCAGGCTATCCACGGCGAACACGTGGTGAAGCAGCAGGACGGGAGCTACCGCACGGTTCTGACGCAAGCCGGAACCATCGAATCGGTGAGTGAAACCGAGGTGGCTGTGAAGAGCGAAGACGGCTTCACGCAACGCTATTCGATCACCGCGGATTCGCGGATTACAAAGGTTCCCGCCGACCTTTCCGAGCTCAGAAACGGCAAGGGTAGGCCTTCGCTTCCCGCTGTCGCCGTCACGGATCTCAAGGTCGGCGACACAGTAAGAGTCACCGGCACCAAGGACGGCGACGCCGCGACAGCGACGCGGGTAGTATCCGGCGACTTGCCTGCGGGCCTCAAGGGCAACGGATTAAAGCGCGGACATGGTCCCAAGTAG MATLRPGLRNGLLAGGIALALTGGGAAAVWAGTQPSPSPSSTSASPGPSASAKAKSIEGRGQAIHGEHVVKQQDGSYRTVLTQAGTIESVSETEVAVKSEDGFTQRYSITADSRITKVPADLSELRNGKGRPSLPAVAVTDLKVGDTVRVTGTKDGDAATATRVVSGDLPAGLKGNGLKRGHGPK NA NA NA NA NA D3-18_02866 1509 gatB COG0064 Aspartyl/glutamyl-tRNA(Asn/Gln) amidotransferase subunit B ATGTCCGTCGATGCAACCCTGAGCTTCGAAGAGGCCATGGAGAAGTACGATCCTGTCCTGGGGTTTGAGGTCCACGTGGAGCTCAACACCAAGACCAAGATGTTCTCCTCCGCACCGAACGTTTTCGGCGACGAGCCGAACACCAACGTCAATGAGGTGGACCTGGGCATGCCCGGCGTCCTGCCCGTGGTGAACAAGACGGCGGTGGAGTCATCCATCAAGATCGGCCTTGCCCTTAACTGCAAGATCGCCGAGTCCTGCCGCTTCGCCCGGAAGAACTACTTCTACCCGGACACCCCCAAGAACTTCCAGACCTCGCAGTACGACGAACCGATCGCCTATGACGGTTACCTCGACATCGAGCTTGAGGATGGCACGGTCTTCCGCGTGGAGATCGAGCGCGCCCACATGGAAGAAGACGCCGGCAAGCTGACCCACATGGGTGGTGCCGCAGGCCGTATCCAGGGCGCCGACTACTCGCTGGTGGACTACAACCGTTCCGGTGTGCCGCTGGTTGAGATTGTCACCAAGCCCATCGAGGGCGCCGGTAGCCGTGCGCCTGAGCTGGCCAAGGCGTACGTCGCCGCAGTCCGCGAGATCGTAAAGAACCTTGGTGTTTCCGATGCCAAGATGGAGCGCGGCAACGTCCGTTGCGACGCCAACGTTTCCCTGCGCCCGCACGGCCGGGAGCGGTTCGGCATCCGTTCCGAAACCAAGAACGTAAACTCGCTACGCGCCGTCGAGCACGCCGTCCGTTACGAGATCCAGCGCCACGCTGCCGTCCTCGATTCCGGCGAACCGGTCATCCAGGAGACGAGGCACTGGCACGAGGACACACGCTCGACGACGTCGGGCCGGCCCAAGTCCGACGCCGACGATTACCGCTACTTCCCGGAGCCGGACCTGGTTCCCGTCGTCGCCTCCCGTGAGTGGGTGGAGGAACTCCGCGCCACCCTTCCTGAGCCGCCGGCCGAGCGCCGCAAGCGCCTCAAGGAAGCCTGGGGCTACTCGGATCTGGAATTCCGCGACGTTGTTAACGCCGGCGTCATGGATTCCATCGAGGAAACCATCGCAGCGGGTGCTTCCGCGGATGTTGCCCGCAAGTGGTGGATGGGTGAGATCGTAGGCCGCGCCAAGGTTGCCGACGTCGATCCTTCCGAGCTTGGTGTCACGCCGCAGGTCATCGTCGAGCTGAACAAGCTGGTTGAAGACGGCAAGATCAACAACAAGATGGCCACCCAGGTCCTGGACGGCGTGCTCGCCGGCGAAGGAACTCCTGCGGAAATCGTGGAAAAGCGCGGCCTCGCGGTTGTCTCCGACGACGGTCCGCTCCTGGAAGCCATCGACGCCGCACTCGCAGCACAGCCTGACGTGGCGGAGAAGATCCGCAGCGGCAAGGTCCAGGCCATTGGCGCGATTGTTGGTGGCGTCATGAAGGCCACCCGTGGCCAGGCCGACGCCGGACGTGTCCGTGAACTCATCCTGGAGAAGCTCGGCGTCGAGGGCTAA MSVDATLSFEEAMEKYDPVLGFEVHVELNTKTKMFSSAPNVFGDEPNTNVNEVDLGMPGVLPVVNKTAVESSIKIGLALNCKIAESCRFARKNYFYPDTPKNFQTSQYDEPIAYDGYLDIELEDGTVFRVEIERAHMEEDAGKLTHMGGAAGRIQGADYSLVDYNRSGVPLVEIVTKPIEGAGSRAPELAKAYVAAVREIVKNLGVSDAKMERGNVRCDANVSLRPHGRERFGIRSETKNVNSLRAVEHAVRYEIQRHAAVLDSGEPVIQETRHWHEDTRSTTSGRPKSDADDYRYFPEPDLVPVVASREWVEELRATLPEPPAERRKRLKEAWGYSDLEFRDVVNAGVMDSIEETIAAGASADVARKWWMGEIVGRAKVADVDPSELGVTPQVIVELNKLVEDGKINNKMATQVLDGVLAGEGTPAEIVEKRGLAVVSDDGPLLEAIDAALAAQPDVAEKIRSGKVQAIGAIVGGVMKATRGQADAGRVRELILEKLGVEG NA NA NA NA NA D3-18_02867 1554 gatA_2 COG0154 Glutamyl-tRNA(Gln) amidotransferase subunit A ATGACTGAGCTGAAGAACGAACTCATCCACCACTCCGCTGCCGATCTCGCTGCGAAGCTGGCTGCCCGCGAGGTTACCGCCGTCGAGGTGACGCAGGCGCATCTTGACCGCATTGCCGACGTCGACGGTCAGGTTAACGCGTTCCTGCACGTGAACACCGAAGAGGCTTTGGCTGTTGCAGCCGAGGTTGACGCTGCCCGTGCCGCCGGGGGGTCCGCTGCCGAGGAGCTGCACGCCCTTGCTGGCGTGCCGATCGCAGTGAAGGACCTCATCGTCACGGTCGGCCAGCCCACCACAGCTGGTTCGAAGATCCTTGAGGGCTGGCACAGCCCGTACGACGCCACCGTGGTGAAGAAGCTGCGCGCGGCTAAGATGCCCATCCTGGGTAAGACCAATCTGGATGAATTCGCCATGGGTTCCTCCACGGAGCACTCGGCGTACGGCCCCACCCGCAACCCGTGGGACCTGGACCGGATTCCCGGCGGTTCGGGCGGCGGCTCTGCTGCCGCCGTCGCCGCTTTCGAAGCGCCACTGGCGCTCGGTACCGATACCGGTGGCTCGATCCGCCAGCCGGGCGCCGTCACCGGAACCGTTGGCGTGAAGCCGACGTACGGTGCTGTTTCCCGTTACGGTGCTATTGCCATGGCGTCCTCGCTGGACCAGATCGGCCCGGTTTCCCGTACGGTGCTGGACTCGGCGCTGCTGCAGGAAGTCATCGGCGGCCACGACCCCTTTGACTCCACGTCGCTGACCGACCCGTTCAACGATCTTGTTGCTGCCGCCCGCGTGGGCAACGTTGCCGGCATGAAGATCGGCATCGTCAAGGAACTTCACGGCGAGGGCTACCAGGCCGGCGTCGAGAACCGTTTCAACGAGTCCCTTCAGCTGCTCAAGGATGCTGGCGCTGAAATCGTCGAGGTTTCCTGCCCCAACCTGAAGTACGCCCTGGGTGCGTACTACCTCATCATGCCGTCAGAGGTGTCCAGCAACCTGGCCAAGTTCGACGGCGTCCGCTTCGGCATGCGCGTCCTGCCCAAGGACGGTCCCATGACCATCGAGCGTGTCATGGGTGCCACCCGGGCCGCGGGGTTCGGCGACGAAGTAAAGCGACGCATCATCCTTGGTACCTACGCGTTGAGCGCCGGTTACTACGACGCTTACTACGGCTCAGCACAGAAGGTCCGTACGCTGATCCAGCGCGACTTCGACGCTGCTTTCGCCAAGGCCGATGTCCTCATCTCTCCGACGGCGCCCACTACCGCGTTCAAGCTGGGGGAGAAGCTGGACGATCCGCTGGCAATGTACCTGAACGACGTCGCCACCATCCCGGCCAACCTCGCCGGCATCCCGGGCCTGTCGCTGCCGGGTGGCCTGGCTGACGAAGACGGCCTGCCCGTTGGCATCCAGCTGCTGGCTCCTGCCCGCCAGGATGCCCGCCTTTACCGCGTGGGTGCTGTCCTCGAATCCATCCTTGAAGAGAAGTGGGGCGGCCCGATGCTTGCGCAGGCGCCTGTTCTTGGTTCTGCCACAACCACCGCCGGAGGTTCCAACTAA MTELKNELIHHSAADLAAKLAAREVTAVEVTQAHLDRIADVDGQVNAFLHVNTEEALAVAAEVDAARAAGGSAAEELHALAGVPIAVKDLIVTVGQPTTAGSKILEGWHSPYDATVVKKLRAAKMPILGKTNLDEFAMGSSTEHSAYGPTRNPWDLDRIPGGSGGGSAAAVAAFEAPLALGTDTGGSIRQPGAVTGTVGVKPTYGAVSRYGAIAMASSLDQIGPVSRTVLDSALLQEVIGGHDPFDSTSLTDPFNDLVAAARVGNVAGMKIGIVKELHGEGYQAGVENRFNESLQLLKDAGAEIVEVSCPNLKYALGAYYLIMPSEVSSNLAKFDGVRFGMRVLPKDGPMTIERVMGATRAAGFGDEVKRRIILGTYALSAGYYDAYYGSAQKVRTLIQRDFDAAFAKADVLISPTAPTTAFKLGEKLDDPLAMYLNDVATIPANLAGIPGLSLPGGLADEDGLPVGIQLLAPARQDARLYRVGAVLESILEEKWGGPMLAQAPVLGSATTTAGGSN NA NA NA NA NA D3-18_02868 297 gatC COG0721 Glutamyl-tRNA(Gln) amidotransferase subunit C ATGGCTGCGATCAACCGTGACGACGTCGCGCATCTTGCGCGTCTGGCTCACATTGAAATGAGTGCCGAAGAACTGGACAGGATGGCTGTTGAGCTTGCTGTCATTGTGGATTCGGTGAAGAGCGTGAGCGAAGCTGCGGGGGAGGACGTCCCGGCGACGTCGCACCCGATTCCGTTGACCAACGTGTTCCGCGAGGATGTTGTGGGCCACACCTTCACGGCTGAGCAGGCGTTGTCCGGCGCTCCGGATGCTTACGAGAACCGTTTCAAGGTCCCCGCAATCCTGGATGAGGACTAA MAAINRDDVAHLARLAHIEMSAEELDRMAVELAVIVDSVKSVSEAAGEDVPATSHPIPLTNVFREDVVGHTFTAEQALSGAPDAYENRFKVPAILDED PGPT0023460_1734 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 D3-18_02869 1503 hypothetical protein GTGCTGGTTTTGCTTGGATTCGCAATGATTGCGGTATTCATGGTCCTGATCATGACCAAAAAATTGACGCCAGTACTGGCGCTGATCATCGTCCCCACCGTCTTCGGCCTTTTCGCCGGAGCGGGCCTCGGCATCGGCGACATGGTGATGGACTCGATGAAGTCCATGACGTCCACGGCCGCGCTCCTCATGTTCGCCATCATCTACTTCGGCCTGATGATCGACGTCGGACTGTTCGACCCCCTGGTGAAGTTCATCCTGCGCAAGCTGGGCAACGACCCCGCCAAGGTTGTCCTCGGCACCGCCATCCTTGCAGCGGCAGTCTCTCTGGACGGCGACGGATCCACAACCTTCATCCTCACCACGGCTGCCATGCTCCCGGTCTACCTGCGTCTCAAGATGAGCCCAGTAGTCCTCACCTGTGTGGCCGGCCTCGCCAACGGCACCATGAACATCCTGCCCTGGGGCGGCCCCACCGCCCGTGCAGCCACAGCGCTTAAACTTGATGTGAACGACGTCTTCGTCCCCATGGTCCCGTCACTGATCGTCGGACTCATCGTGGTCATGGTCTTCGCCTGGCTGCTCGGCCTCCAGGAACGCAACCGCCTCCGCACCACTGCCCCCGAGATCTGGGGCGATGTCGCAGATCCCTCGGAAGCGTTCGACGGCGGCACGGGCCGCGGCGGTTCGGTAGCCGCCGGTTCGGGCTCGGGCTCGGGCTCCGGCTTCGGCGCTGGTCGCTTTGGCCGCAGCAGCGCAAGCGCAGGCAAGCCGCGCACTGGCGGAGGTTTCGGCGTCGCGATTCTTGAAGACCCGGCCACGCTGGTGGACGATCATGACACCGCCATGGCAGACACTGCCCTTGACCCTAACCGCTCAACGTTGCGTCCCAAGCTGTTCTGGTTCAACCTTGGCCTCACCGTTGCCGTCATGGTGGTCCTGGTGGCCAACATCGTTCCACTGCCGTTCGTCTTCATGGTGGGCTCGGCCATCGCCCTGCTGGTCAACTTCCCCAAGGTCAAGGACCAAGGCGCACAGCTGATCGCCCATGCACCGTCCATCGTCGCCGTCGTCAGCATGGTGATGGCCGCCGCTGTGCTCACCGGCGTCCTCAACGGCACGGGCATGGTCAAGGCAATGTCCGAGTGGCTGGTCCAGATCATTCCCGCCGAGATGGGCCCCTTCATGGCAGTCATCACCGGCCTGCTCAGCATCCCGATGACGTTCTTCATGAGCAACGATGCCTTCTACTTCGGAGTCCTCCCTGTGCTTTCCGAAACGGCCGCGCACTACGGCGTAGATGCAGTGGACATGGCCCGCGCCTCCATCACCGGGCAGCCCTTCCACCTGCAAAGCCCCCTGGTTCCTGCGATCCTCCTGCTGGTCTCCCTCGCCAAGGTAGACCTGGGCGACCACCACAAGAAGGTCCTCTGGCGCACGGCGGTCATCTCGATCGTCATGCTGGCGGTAGGGGTCCTGACCGGAGCAATCGGCATCGGCTAG MLVLLGFAMIAVFMVLIMTKKLTPVLALIIVPTVFGLFAGAGLGIGDMVMDSMKSMTSTAALLMFAIIYFGLMIDVGLFDPLVKFILRKLGNDPAKVVLGTAILAAAVSLDGDGSTTFILTTAAMLPVYLRLKMSPVVLTCVAGLANGTMNILPWGGPTARAATALKLDVNDVFVPMVPSLIVGLIVVMVFAWLLGLQERNRLRTTAPEIWGDVADPSEAFDGGTGRGGSVAAGSGSGSGSGFGAGRFGRSSASAGKPRTGGGFGVAILEDPATLVDDHDTAMADTALDPNRSTLRPKLFWFNLGLTVAVMVVLVANIVPLPFVFMVGSAIALLVNFPKVKDQGAQLIAHAPSIVAVVSMVMAAAVLTGVLNGTGMVKAMSEWLVQIIPAEMGPFMAVITGLLSIPMTFFMSNDAFYFGVLPVLSETAAHYGVDAVDMARASITGQPFHLQSPLVPAILLLVSLAKVDLGDHHKKVLWRTAVISIVMLAVGVLTGAIGIG PGPT0001500_64 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_CITRATE_TRANSPORT,PGPT0001500-TC_CITMHS|CitMHS_family|citN-K03300 NA NA D3-18_02870 1725 dcuS_2 COG3290 Sensor histidine kinase DcuS GTGCCGCGCAACAGCCGGGTCAGTATGCGTTTCTCCACCCAAACCCTTCTCCTCCAGTTGGGGGTTGTCCTGCTGGTGGTCCTTCTCAGCGGCACAGTCCACGCTTGGCTGGTGTACGAACGGATTGGCACCGAAGCCGAAAACCAAGCGCTCACCCTTGCCAGGACGGTGGCCGCGGACCCTGATATCAGGTCCGGCGTCCAAGCCATCAGCAAAGAAGAGGGAACGCCTCCCCCGGATGTCCTCGCTGGCGGCACGCTCCAAGCCGCGGCCGAAGCAGTAAGGATCCGGACCGGCGCCTTGTTCGTAGTCATCACCGACGAAACGGGACTGAGGCTGGCCCACCCGGAGATTGCACGGTTGGGCGAACGCGTCAGCACGGACCCATCAGTTGCACTGGGCGGTGAAGAAATAACCACCCGGAACACGGGGACACTGGGTCCCTCGGCCGGCGCGAAGGTGCCGGTGTACTCACCGTCAGGCTCTGAGGCAATTGTGGGCGAGGTCAGTGTTGGCTATTCCGTGGAGTCGCTCAGCAAAAGCCTGGCCCGGGACATCGTCCCCATTGCCCTCACCGCTGGCGGTGCACTCCTGGCCGGTATCCTGGCGTCCTTCCTTCTCCGGCGCAGGCTGCAGCGGCTCACGCTCGGCCTGGAACCTGAGGAAATCAGCACGCTGGTCCACGATCAGGTGGCAGTTCTCCAAGGTGTGGATGATGGCGTCATTGGCATCGCCGCGGACGGACGCATCTCGGTCTTCAACGCTGCCGCTGCACGACTCTTGGACGTGCCCGACGCCACCGGGCAGGACTGGGTAACCGCTGCTGTGCCGGGACAGCTCAAGCAACTCACCCAGCCGGCAGCCCGCGACGCCGAAGCCGTGGAAGTCGTGGCGGGCGGACGCGTTCTGGTGGCCAGTGCCCGCAAAGCCTGGCATCGGCAGGAGGACCTGGGCTGGGTTGTCATGCTGCGCGACCGTACGGAATTGCAGCAACTCACCCGCCAGCTCGACGCCGTGGGGACCATGTCCACGGCCCTCCGCGCCCAGCGCCACGAATTCGCCAACCAGCTCCACACCATTGCCGGTTTCATCAGCATCGGCCAGCACGACGCCGCCAAGGAGTACCTGGCGCGGATCTCGGCCACCGGTCCGCTGAAGTTCCCCGTGGAGCAGGCCGAATTGCTCCAGGACACGTATTTGCAGGCGTTTATTGGCGCGAAAAGCGTGGAAGCATCGGAGCGCGGCGTGGCCCTCCGCATCGGACCCGAAACACTGGTCCGTGGACACGTGGCCGATCCCCAGGACGTCACCACAGTGCTCGGCAACCTGATCGACAATGCCGTGAGTGCCGCCGTCGCCGGCTCTTCAGCGGAACGATGGGTGGAAGTTGAACTGCTGGACGATGTCACCCAGAACGGCGGGACCCTGCACATCGTGGTGGGTGATTCAGGCGACGGTTTGGGAAGCCTGGAGCCGGAGGAGGTTTTCGCCGAAGGATTTACGACGTCGGAACAACCGGTACGCTCGGGGGCTGGACAAGGTTTGGGGCTGGCGCTGGTGCGGCAGCTTGCGCGGCGGCGCGGAGGTGATGTTCGCGTGCTGGAGCCTGGTGCGAAGGGCGGTCCGGGCGCCGTGTTCATGGCCACCATCCCTGGTGTCATGGATTCCGCGGAGCACGTGGACGTAGGGGCCGACTCAACGTTGAGGGAGGACAGCAATGGCTGA MPRNSRVSMRFSTQTLLLQLGVVLLVVLLSGTVHAWLVYERIGTEAENQALTLARTVAADPDIRSGVQAISKEEGTPPPDVLAGGTLQAAAEAVRIRTGALFVVITDETGLRLAHPEIARLGERVSTDPSVALGGEEITTRNTGTLGPSAGAKVPVYSPSGSEAIVGEVSVGYSVESLSKSLARDIVPIALTAGGALLAGILASFLLRRRLQRLTLGLEPEEISTLVHDQVAVLQGVDDGVIGIAADGRISVFNAAAARLLDVPDATGQDWVTAAVPGQLKQLTQPAARDAEAVEVVAGGRVLVASARKAWHRQEDLGWVVMLRDRTELQQLTRQLDAVGTMSTALRAQRHEFANQLHTIAGFISIGQHDAAKEYLARISATGPLKFPVEQAELLQDTYLQAFIGAKSVEASERGVALRIGPETLVRGHVADPQDVTTVLGNLIDNAVSAAVAGSSAERWVEVELLDDVTQNGGTLHIVVGDSGDGLGSLEPEEVFAEGFTTSEQPVRSGAGQGLGLALVRQLARRRGGDVRVLEPGAKGGPGAVFMATIPGVMDSAEHVDVGADSTLREDSNG NA NA NA NA NA D3-18_02871 660 dpiA COG4565 Transcriptional regulatory protein DpiA ATGGCTGAGGATTTGCGGGTATTGATCGTGGATGACGACTTCCACGTGGCAAGACTCCATGCAGCCTATGTGGATTCCGTGGCCGGCTTCATGGCCTTGGCGCCGGCCGGTTCGGTTTCCCAAGCGCTGCAGGCGATCCACAGCCTGCGTCCCGATCTGGTGCTGCTGGACGTGTATTTGCCGGACGGCTCAGGCTTGGACCTGCTGGGTCAGCTGGACGTTGACGCGATCATGCTTACTGCTGCCTCGGACGCGCAGTCCATCAAGGTTGCCCTGCGGCGCGGCGCCTTGGGGTACATGCTGAAGCCGTTCACCGCCGAGTCACTATCCCAGCAGCTCCGGTCCTATGCGCGGTATCGCCGCATCCTCGGTCAGCAGACAGCCGTTGACCAAACCACCATTGAGCGGGCCAAGCGGTCTCTGATTCCGGGCGACGTCACACCGTCAGCCAAGCCGCGGTCCGCCACGGAGGCGGCGGTCCTGGAATCGTTGCTTCCCGGTGAGCAATATTCGGCTGCCGAGGTTGCGGAGAGGGTGGGCGTTTCCCGGGCCACAGCGCAAAGGTACCTGTCCTCGCTCGCAGACGATGGCGCCGTCGAGATTCAACTGCGCTACGGAAGCACAGGCCGCCCGGAACACCGCTACGGCGTCCCGGGCTAA MAEDLRVLIVDDDFHVARLHAAYVDSVAGFMALAPAGSVSQALQAIHSLRPDLVLLDVYLPDGSGLDLLGQLDVDAIMLTAASDAQSIKVALRRGALGYMLKPFTAESLSQQLRSYARYRRILGQQTAVDQTTIERAKRSLIPGDVTPSAKPRSATEAAVLESLLPGEQYSAAEVAERVGVSRATAQRYLSSLADDGAVEIQLRYGSTGRPEHRYGVPG NA NA NA NA NA D3-18_02872 381 yabJ_2 COG0251 2-iminobutanoate/2-iminopropanoate deaminase ATGCGCAAGACATTCGGCACGGGTTCTGTCTGGGAACAGACACTGGGTTACTCCCGGGCAGTCCAGGTGGACAACACACTTTTCATCTCTGCTACGGCTGCATCCGGGCCTGAGGGCATTGTTGGCGACGACTTCTACTCGCAGACCAAGTACATCCTGGAGAAGCTCGGGGCTGTGCTCGAAGACGCCGGGTTCTCCTACGAGGACGTCGTCCAGTCCAAGCTGTACCTGACGGACATCAGCAAATGGGAAGACGCCGGCCGCGCTCACGGTGAGGTCTTCGGCGAGATTCGTCCCACGCTGGCCTTGGTGCACGTCCTGCCGTTCTTGGACCCGGAAATGTTGGTGGAGATCGAACTGGTGGCGCAAAAGTCCGCGTAA MRKTFGTGSVWEQTLGYSRAVQVDNTLFISATAASGPEGIVGDDFYSQTKYILEKLGAVLEDAGFSYEDVVQSKLYLTDISKWEDAGRAHGEVFGEIRPTLALVHVLPFLDPEMLVEIELVAQKSA PGPT0020030_590 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 D3-18_02873 513 hypothetical protein GTGCTTTCGCCGATTACCGTCCGTCCCGCCCTGCCCGAAGACTACGACGCCGTTGCCCGCATTACGCAGGACTCCTACGTCACCGCCGGGTACTACGGCGACGCCGATCACCCTTACCTGCAGAAGCTTCAGGACGTGGCCGGACGCGCTGAGCACGCAGAGATCCTGGTGGCAGAGCGCAACGGCGAGGTCATCGGCTCTGTGACGGCAGCACCTGCAGGTGGCGGTTTTTCTGACATCGGCCTCGAGGACGAACTGGAACTCCGTACCCTCGTGGTGGACCCGGCAGTCCAGCGCTCGGGGGCGGGTCGCGCCTTGGTGCAGGCTGTCGTCGAGCAAGCAAAGGCCATGGATGGCATCAAGGCTGTGTCCCTGACGACGGGCGCCACATGGGAAAGCGCTAACGCCCTCTATGCACGGACGGGCTTTGACCGTGTCCCGCACCGCGACTGGTTCGTTCCCGGCACCGACATAAAGCTGTTCGTTTACCGGCTGGACCTCCCGCAGTCATAA MLSPITVRPALPEDYDAVARITQDSYVTAGYYGDADHPYLQKLQDVAGRAEHAEILVAERNGEVIGSVTAAPAGGGFSDIGLEDELELRTLVVDPAVQRSGAGRALVQAVVEQAKAMDGIKAVSLTTGATWESANALYARTGFDRVPHRDWFVPGTDIKLFVYRLDLPQS PGPT0018535_62 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 D3-18_02874 1368 ntaA Nitrilotriacetate monooxygenase component A ATGACCCCGCCAGACCGCCAACTGCATCTCAACGCGTTCCTGATGAGCACTGGACATCACGAAGCATCGTGGCGTCTCCCTGAAAGCGACCCGCTTGCCCCTACCAAAGTGGAGCATTACCAGCATCTGGCGCGCACGGCTGAACGAGGAAAGCTGGACTCCATCTTCTTTGCGGACTCCCCCGTCCTCTTCGGGGAGGTGGGCCGGCGTCCGGCCGGGAAGTTGGAGCCAACAGTGCTGCTGACAGTCCTCGCCGCAGCGACCCAAAAGATTGGCCTGATCGCTACCGCGTCCACCACCTACAACGATCCTTTCAACCTTGCCCGCCGCTTCGCGTCCGTTGACTGGGTCAGCGGAGGCCGCGCCGGCTGGAACGTTGTTACCACCGCTGGTCCCGATGCCGCCCGAAACTTCGGCGTGGACGACCAACCGGCACACGCGGTCCGATACGAACGGGCTGCCGAGTTCATTGAAGTGGCCCAAAAACTGTGGGACAGCTGGGAAGACGACGCCATCCTGGCGGACAAAGTCCACGGCGTATGGGGTGACGACACAAAGATCCGTACCATCGACCACGAAGGAAATCACTTCCGCGTCCGCGGACCATTAAACGTCCCCCGCTCACCACAAGGCCACCCACTGATCGTGCAGGCGGGGTCCTCTGAAAACGGTAAGAACCTGGCGGCACAGTACGCGGAAGCCGTCTTCACGGCTCATCAAACACTGACCGACGCCCAAGCCTTCTATGCCGACCTGAAGGCCCGCACCGCAACTGCCGGACGCGATCCGGAGGGCATCAAAATCCTGCCGGGAATCGTCCCGGTGATCGGCTCCACCGAGGCTGAAGCGCTCAAACTCGAGCGTGAACTGGACCAACTCATCAAGCCGGAGTATGCACGGGAGCAGCTGGCCAAGACGCTTCGCGTATCTCCAGAGGACCTCCCGTTGGACCGCCAGCTACCTGCTGACCTGCCCTCAGAGGATGAGATCGAGGGAGCAAAGAGCCGGTACACGCTGATCGTGGAGCTGGCCAGGCGCGAACAGCTCACTGTCCGGCAGCTGATTGGGCGTTTGGGCGGCGGACGCGGTCACCGGACCTTCTCCGGCACGCCCGAACAGGTGGCCGATGCTATCCAGGACTGGTTCCACGCCGGCGCCGCTGACGGTTTCAACATCATGCCGCCCGTGCTTCCTTCCGGTCTGGAGATCTTCGTGGACCACGTGGTGCCCATCCTTCAACGACGCGGGCTCTTCCGGACCGAATACACGGCGTCCACACTCCGGGGACACTACGGGCTCGCCCGTCCGGAGAACCGCTACGCCGGGAGCGCCCCGCAGGAGCTGACGTCCATTGGCTCTGCCTTCTAA MTPPDRQLHLNAFLMSTGHHEASWRLPESDPLAPTKVEHYQHLARTAERGKLDSIFFADSPVLFGEVGRRPAGKLEPTVLLTVLAAATQKIGLIATASTTYNDPFNLARRFASVDWVSGGRAGWNVVTTAGPDAARNFGVDDQPAHAVRYERAAEFIEVAQKLWDSWEDDAILADKVHGVWGDDTKIRTIDHEGNHFRVRGPLNVPRSPQGHPLIVQAGSSENGKNLAAQYAEAVFTAHQTLTDAQAFYADLKARTATAGRDPEGIKILPGIVPVIGSTEAEALKLERELDQLIKPEYAREQLAKTLRVSPEDLPLDRQLPADLPSEDEIEGAKSRYTLIVELARREQLTVRQLIGRLGGGRGHRTFSGTPEQVADAIQDWFHAGAADGFNIMPPVLPSGLEIFVDHVVPILQRRGLFRTEYTASTLRGHYGLARPENRYAGSAPQELTSIGSAF PGPT0003040_16 DIRECT EFFECT BIO-FERTILIZATION SULFUR_ASSIMILATION|MINERALIZATION S-ASSSIMILATION-SULFUR_METABOLISM S-METABOLISM-ALKANESULFONATE_DEGRADATION,PGPT0003040-ssuD-K04091 NA NA D3-18_02875 1209 hypothetical protein GTGATCAAAGCACTCGCCATCGCCAACTACCGTTCCATCCGGGATCTTGCCATCGAGTTGCATGGCTTGGACATCGTGACCGGAGCCAACGGCAGCGGGAAGTCCTCCCTCTACCGGGCGCTTCGGCTGCTCGCCGAATGCGCCGGCGGTGATTCGGGGAACGTGGTGGGCTCCCTGGCCCGGGACGGCGGGTTGGCTTCCACTTTGTGGGCTGGGCCCGAGTCAATCAGCGAGGCCATGCGCCGTGGCGAAGTACCGGTCCAAGGGACGGTTCGTCGGGAGTCGGTGAACCTGAAGCTGGGCTATTCCAGTGACGATTTTGGATACCTGGTGGACCTCGGCATGCCGGCATCAAGCGGGGCCGGTTTTGACCAGGAAACCGGCCGTTCCCGGCCTTCGGCGTTCAGCCTGGATCCGGAGATCAAACGGGAACAGATCTTCTCCGGCCCCGTAGCGCGACCCGGTTCGCTGCTGGTGGACCGCAAGGGCAGCCTCGCCAAGCTGCGCGGAGCGGATGGCGAGTGGACCGAACTGTCCCGGCGCTTGGACACCTTCCAGAGCATGCTGACGGAGGTCTCGGACCAGGATCGTGCGCCGGAAGTCCTGCGCGTCCGTGACTCGGTTCGTTCATGGCGGTTCTACGATCATTTCCGCACTGATGCCGAGGCGCCTGCACGTCAGGCGCAGCTCGGTACACGCACCCCTGTGCTGCATCACAGCGGCAAGGATCTCGCCGCCGCACTCCAAACGCTGCGCGAGGTGGGCTTCGAGCGGCAGTTGGATGCCGCCGTCGACCACGCCTTTCCCGGAAGCCGGCTGGAGATCGCCGTCGCCGACGGCCGATTCAGTGTGGAGTTGCGCCAGCCGGGCATGCTGCGACCCATGAAAGCCGCTGAACTTTCCGACGGAACGCTGCGCTTCCTCCTGCTCACCGCGGCATTGCTGACGCCGCGGCCCCCGGAGCTCATGGTCCTCAATGAACCCGAGACAAGCCTTCACGTTGACCTGATGCCGGCACTGGCTGGACTAATTGTCCAAGCCAGTGCCAACAGCCAGATGATTGTGGTGACCCACTCCGAGGCCTTACTCAAGGCACTTCGCGAAAGCGGAGCCGCCCACGAGCACGAGCTCTACAAGGACCTTGGTGAGACCAGAATCAAGGGTCTGGGACCGCTGGAAGGTCCGCTGTGGAGCTGGCCCAAGCGTTGA MIKALAIANYRSIRDLAIELHGLDIVTGANGSGKSSLYRALRLLAECAGGDSGNVVGSLARDGGLASTLWAGPESISEAMRRGEVPVQGTVRRESVNLKLGYSSDDFGYLVDLGMPASSGAGFDQETGRSRPSAFSLDPEIKREQIFSGPVARPGSLLVDRKGSLAKLRGADGEWTELSRRLDTFQSMLTEVSDQDRAPEVLRVRDSVRSWRFYDHFRTDAEAPARQAQLGTRTPVLHHSGKDLAAALQTLREVGFERQLDAAVDHAFPGSRLEIAVADGRFSVELRQPGMLRPMKAAELSDGTLRFLLLTAALLTPRPPELMVLNEPETSLHVDLMPALAGLIVQASANSQMIVVTHSEALLKALRESGAAHEHELYKDLGETRIKGLGPLEGPLWSWPKR NA NA NA NA NA D3-18_02876 825 suhB_1 COG0483 Inositol-1-monophosphatase ATGATGGACGCCAACGAGCTGCTTGCTGTAGCCAAACGTGCCGCGGCTGCGGGCGCTGCTGTCCTTGCAGAGCGGTCTGCAACCGGCACGGGCGGCGACGGTCTGGAAACCAGCAACAAGGGCGAGGCCGGCGACTGGGTCACTGCTTTTGACGTCGCAGCAGAGAATGCGGTCCGTGAAGCGATCATTGCCGAACGGCCGCACGACACCATCACGGGGGAGGAACACGGTACTACCAGACCGGAACAGCCCTCGGGATACCGCTGGTCCATCGATCCCCTGGACGGGACCACCAACTTCATCCGCAACATCGTCTACTACGCCACTTCCGTTGCCATAGCAGATTCCGACGGCGTCTGGCAGGCAGGCGTGGTTCACGCGCCGGCGTTGGGGCGCGTCTACTCGGCGGCCCGCGGTCACGGTGCTTGGATGGAAGCCGGGGGAGAGGCGACGCGCCTGGCAGGGCCGATTCCCGGGCGCACCGGCCTCATCCTTGCCACCGGCTTCAGCTACGATCCCGCTACCCGGGCCAGCCAATCCGAAGGTCTGGCCGGGCTCATGGACGGATTTGCCGACGTCCGACGCCTTGGATCGGCTGCACTGGACCTCTGCCTGGTGGCGGACGGAACCTTCGACGCCTACGGTGAACGGGGCCTCAACGAGCACGACTTCGCTGCAGGTGCGTTGATTGCGGAAGAAGCCGGTTGCTGGGTGCGCCGGCCTCGCCTGGAGAGCCCACTGGATGGCGGTCCGAGCATAGAAGACCGGTTGTCGGCCTGGATGTGCGCAGGGACGTTGGAACTCTCCGGCAAATTCCCCTTGTGA MMDANELLAVAKRAAAAGAAVLAERSATGTGGDGLETSNKGEAGDWVTAFDVAAENAVREAIIAERPHDTITGEEHGTTRPEQPSGYRWSIDPLDGTTNFIRNIVYYATSVAIADSDGVWQAGVVHAPALGRVYSAARGHGAWMEAGGEATRLAGPIPGRTGLILATGFSYDPATRASQSEGLAGLMDGFADVRRLGSAALDLCLVADGTFDAYGERGLNEHDFAAGALIAEEAGCWVRRPRLESPLDGGPSIEDRLSAWMCAGTLELSGKFPL PGPT0018535_2508 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 D3-18_02877 2307 ligA COG0272 DNA ligase A GTGAGCACACCAGAGAATCCGGATCCGGTCGACACCACAACCCAAGACGCCGCTGCGGCAATCGTCGCGGAGGAAGGGACTCCGCCGTCGGAGTCCCTGCGGGAGGAGTACGTGCAATTGGCGGACCTCGTCCGCAAGTACCGGTATGCCTATTACCAGGAAGACGCGCCAACGGTTTCCGACGCCGAGTTCGATGAACTCTACCGCCGGCTCGAGGAACTGGAAGCACTCCACCCGGAGCTCGTCTCCAATGACTCGCCCACGCAAGAGGTTGGCGGGGAGGTCTCGTCTGCTTTCGCTGCGGTGGAGCATCTGCAGCGGATGTACAGCCTCGACGACGTCTTCTCCTTGGATGAGCTCGAAGCCTGGGTCCGCAAGGCTGAAGCGTCGGTGGCGAAGCTCGGCGATTCCGTCCCGCGCATCGCGTGGCTGACTGAACTGAAGATCGATGGCCTTGCCGTCAATCTGTTGTACCGGGACGGGAAGCTGGTTCGTGCCGCAACACGGGGCGACGGCACTACGGGCGAGGACATCACGCACAACGTCCTCACCATCAAAGAGATCCCACGGCAGCTCAGTGGTTCGGGCTACCCATCGGAAGTGGAAATCCGTGGCGAGGTGTTCATTCCCTCCAAGGCCTTCGTCGAGTTCAACGAGACGCTCGTAGCCGCTGGCAAAGCGCCGCTTGCCAACCCCCGCAACGCCGCAGCCGGTTCGCTTCGCCAAAAAGATCCCACTGAAACTGCCAAGCGTCCGCTCAGCATGTTCGTCCACGGCATCGGAGCCCGTGAAGGGCTGGAGGCCAAGAGCCAGTCGGAAACGTACAAGCTCCTCGAAGAATGGGGGCTCCCTGTCAGCCCGTACCTCAAGGTATTGGACACGTTCGACGACGTCCTGAAGTTCATTGCCGACTACGGCGAGCGCCGTCATAAGCTCCTGCATGAGATTGACGGCATCGTGGTCAAGATCGATGACTTCGCCACCCAACGTGCACTTGGTTACACCTCCCGGGTTCCCAGATGGGCTGCTGCCTACAAGTACCCGCCCGAAGAAGTCCACACCAAGCTCCTGGACATTGCAGTCAACGTGGGCCGCACAGGGCGCGTGACTCCCTTCGGCCTGATGGAGCCGGTGAAGGTGGCCGGTTCCACGGTGGGAATGGCCACCCTGCACAACCAGGACGTGGTCAAGGCCAAGGGCGTCATGATCGGCGACATTGTCATTCTCCGCAAGGCCGGAGACGTCATTCCGGAGATCGTCGGCCCGGTGCTGGCCCTGCGTGACAAGCAGGATCCGCCGGTCCGCGAATTCGTGATGCCCACGGAATGCCCGTCATGCGGCACGCCGTTGGCTCCGTCGAAGGAAGGCGATGTGGACATTCGTTGCCCCAATGCCAAGTCCTGCCCTTCGCAGTTGCGGGAGCGCGTGTTCCACCTCGCGGGCCGCGGCGCGTTCGATATCGAAGCACTCGGCTGGGAAGCAGCCATTGCCCTCACACAGCCAGCTGAGCCCGAGACGCCGCCCCTCACCAGTGAGGCCGGCCTGTTCAGCCTGACGCGTGAGGACCTGGCGGACGTCAAGATCCGCAGGGAAAAGCGGTCCAAGGGCGTAGCAACCGGCGAATACGAGCTCGTCCCGTACTTCTACACCAAGGGAACGGCCAAGTCTCCCTCCAAGCCCACTGCTACGACGGAAAAACTGTTCGTGGAGCTGGAAAAGGCGAAGACGCAGCCGCTGTGGCGAGTGCTGGTAGCGCTCTCCATCCGGCACGTCGGGCCAACGGCTTCGCGTGCTCTTGCCACCGCATTCGGAAGCATGGATGCCATTCGCAATGCCACGGAAGAGCAGATGGCTCACGTTGATGGCGTAGGACCCACCATTGCGGTGGCGCTCAAGGAATGGTTCGCCGTGGACTGGCACAACGAGATCGTGGACAGCTGGGCCGCTGCCGGCGTGCGCATGGAGGATGAACGGGACACGTCGGTGCCTCGGACCCTTGAAGGGCTCACAGTGGTAGTCACCGGTACGCTGCCCAACTTCAGCCGCGACGAAGCCAAGGAAGCCATCATCATCCGCGGTGGCAAAGCCTCCGGCTCCGTCTCCAAGAACACCAGTTACCTGGTGGCTGGTGAAAGCGCCGGCACTAAGCTGGACAAGGCCGAGCAGCTGGGCGTACCGGTGCTGGACGAGGATGGCTTCCGCGAGCTCCTGGCCAACGGACCGGCACAGACCGGGACGGAATCCGAAGCGGCAACGGATATACCAACCGTAGTGGATGAAACACCAGCGGAAGCGGCCTCCGAATGA MSTPENPDPVDTTTQDAAAAIVAEEGTPPSESLREEYVQLADLVRKYRYAYYQEDAPTVSDAEFDELYRRLEELEALHPELVSNDSPTQEVGGEVSSAFAAVEHLQRMYSLDDVFSLDELEAWVRKAEASVAKLGDSVPRIAWLTELKIDGLAVNLLYRDGKLVRAATRGDGTTGEDITHNVLTIKEIPRQLSGSGYPSEVEIRGEVFIPSKAFVEFNETLVAAGKAPLANPRNAAAGSLRQKDPTETAKRPLSMFVHGIGAREGLEAKSQSETYKLLEEWGLPVSPYLKVLDTFDDVLKFIADYGERRHKLLHEIDGIVVKIDDFATQRALGYTSRVPRWAAAYKYPPEEVHTKLLDIAVNVGRTGRVTPFGLMEPVKVAGSTVGMATLHNQDVVKAKGVMIGDIVILRKAGDVIPEIVGPVLALRDKQDPPVREFVMPTECPSCGTPLAPSKEGDVDIRCPNAKSCPSQLRERVFHLAGRGAFDIEALGWEAAIALTQPAEPETPPLTSEAGLFSLTREDLADVKIRREKRSKGVATGEYELVPYFYTKGTAKSPSKPTATTEKLFVELEKAKTQPLWRVLVALSIRHVGPTASRALATAFGSMDAIRNATEEQMAHVDGVGPTIAVALKEWFAVDWHNEIVDSWAAAGVRMEDERDTSVPRTLEGLTVVVTGTLPNFSRDEAKEAIIIRGGKASGSVSKNTSYLVAGESAGTKLDKAEQLGVPVLDEDGFRELLANGPAQTGTESEAATDIPTVVDETPAEAASE NA NA NA NA NA D3-18_02878 636 hypothetical protein ATGCGACACCCCGTAGTTCCAGCCGTGGTGCTGGCCGTTGGATTGCTGTTTGCGCCCGCTGTAGCCGCACACGCCGCACCGTGCGATGGGAAGATCCTCTGCGTACCCTCGGAGGCACCCACGGAACCGGAACCCACGCAGCCCGGGCTCGCTCCGGAAACGGACAAGATCCCGTCATCAAAACCGGAGCCAACCCGGGTCAGGGAGCCCGAGGTTGCTCCTGCGCCTGCCCCGCCGGTTCAAGCCCCGCCGGTGCAAGCGCCGGTGCAAGCCCCGCAGCCTGTTCAGGTTCCGCCACAACCCGCGGTGACCCAGTTTGTCACTGTGGCACCCCAGGCGACCGGTGCGGCGTCGAGCTCGTCCGAACCCACCGCAACGTCTGGTACGACGTCGGCGTCAGCAACGCCGTCGCCCTCTCCGTCCACCGGCTCCGCAAGCGCCAGCCCGGGCAAGTCCTCCAACTGGAACACGCCGGTGGACAAGGGCAAGGAGACGGAAGCAGCCGCGTTGGCGTCGAGCTCATTCTCCGGTCCCAACATGCTTGGCCTGTTCGGCCTCCTGGGCGCCGTCCTGGTGGTTGGCCTGGGAGGACTGGCATTCGCGCTGTGGAGCAAGAACCGGCTGTCGTCGCACTAG MRHPVVPAVVLAVGLLFAPAVAAHAAPCDGKILCVPSEAPTEPEPTQPGLAPETDKIPSSKPEPTRVREPEVAPAPAPPVQAPPVQAPVQAPQPVQVPPQPAVTQFVTVAPQATGAASSSSEPTATSGTTSASATPSPSPSTGSASASPGKSSNWNTPVDKGKETEAAALASSSFSGPNMLGLFGLLGAVLVVGLGGLAFALWSKNRLSSH NA NA NA NA NA D3-18_02879 4455 hypothetical protein ATGAAGTTCCGCCTGACATTGCGGCGTGACCCTGCGGAAGCAAAGGACCTCGCCGTAACGGTGGATGGTCGTGCCACCGTGGCTGATATTGCCACCGAACTTTGGGCTGCCGACCCCGCACGAAAGGGGACCGAACCGCCGTCGAACCTGTCCATAAGTGTGGACGAGGCTTTCGTCGGCGGCGGGCTGTCCGGGCACGTCCTGCGGCCCACGGACAACCTGCTGGAGTCCGGGCTGCGGCCAGGGTCCAAGGTTTCGCTCGCGCAGGTCAGCGATCAATTCGCATCCAACGGGCACGCCAGCGGCAATGGCAGGGGACCGGCAGCTGCCACGTTGCGCGTGATGTCAGGGCCCGACGTCGGACGCGAATTTTCGCTGCCTTTCGGCACCAGCTACATTGGCCGTGACCGGGACGCCGACATCCGTTTGTCGGACCCGCTCACATCCAAACGCCATGCTCGGATCACGGTGGGCGAAACCGTGGAAATCGTGGACACGAACTCGGCCAACGGCCTCCTTATGGATGGGCTGCCGGTAACCCGGGCAACCCTGGAATCCTCCGACACCGTTACTTTGGGCGATACTTCCGTAGGCGTCGTTGCCCTGTCCCGTAACCACGGCGGTGGTCCGTCGTCGCCGCTGGTGGATTTCAACCGTTCGCCGCGCGTGCTGCCCAGGTTCGAGTCGCCCAAGCGCGTGCCACCGGCCGGACCCAAACGCCCGGAACACCAGCCCTTCCCATACATCATGCTGATCGCGCCGCTCCTGATGGGCGGCGTGCTCTTCGCTTTCACGCAGAACCTGCTCTCCGTGATTTTCATGGCGATGATGCCGCTGTTCATTGTCGGGCATTATGTGGACCACAAGATGCAGAGCAAGCGGCAGGCCAAGGAAGGCCACAAACAGTTCAAAGCCGCCATGCTGGAGTTCCGCGAGGACATCGACAAGCAGCAGAACATTGAACGCGCCGTCAGGCTCCAGGAAGCGCCGTCCGTGAGCGACACCGTGGACGCGATCTACAAGCTGGGGCCCCTTCTCTGGACCCACCGCCCGGAGCATCAGCACTTCCTGGGGGTCCGGTTCGGACTCGGCTCTGCACCGTCGCGCATCCAGTTCGACGAACCGGGAGCCAACGAAACTGAACCGCAGTACATGCGGGAAATTCAGGAGTGCCTGCAGCAAGTACGCGTCATTGAGGGCGTTCCGATCGTGTCGCAACTGCGCACCTCGGGCTCGTTTGGCGTTGCGGGGGAACGCAGCGTGGTGGATGACGTGGCCCGCGGCATGGTGCTCCAGTTGGTGGGGCTCCATTCGCCGGCTGAGGTTGTTCTCACGGCACTGACCTCAGCGCGTTCCCGTGAACGCTGGGACTGGTTGCAGTGGCTCCCGCATGTCGGTTCAGGCCACAGCCCCATATCCGGTGATCACCTCGCTGCCGGCCCTGGTGCCGGTGCTGCCTTGTTGTCCCGGCTCGAGAACCTCGTGGAAGAGCGCGAATCCATGGCCAAGGAGCCTGGCCCGTATCCGCGGCCTGGACTCAAGAACGAGCACGAAGAAGTTCCTGGTCCCGTGGTTCCGGCCGTCCTGGTGATCGTTGAAGACGACGCCCCCGTGGACCGCGGCCGCCTTACGCGGTTGGTGGAACGCGGCCCCGACTACGGCGTACACGTCATGTGGGTGGCGGCCAACGTACAGTCCCTTCCCGCGGCATGCCGTGACTTCCTCTCGGTGGACGGCGATCACGGCACCACTACTGGCCAGGTCCGCTTGGGTCGCCACACGTACCCGGTGAGCTGCGAAAGCCTTGACGCGGACCTTGCCACGCAGTTGGCGCGCATGATGTCGCCACTGGTGGATGTTGGAAACCCGCTCGACGACGATTCCGACCTCCCACGCGCCGTTTCCTACGCCACGTTGATCGGCAAGGAATTGATGGATAACCCACAGGCCGTGGCCGAGCGTTGGCAGGAGAACAACTCTGTCCACGCAACGGCGGTGCCCAACCGAAAGGACAACGGCAGCCTCCGCGCGCTGGTTGGTTCCAAAGGCGTGGAGCCGTTCTACCTCGACCTCAAGAACGAAGGCCCGCACGCACTGGTCGGCGGAACCACGGGTGCCGGTAAATCCGAGTTCCTCCAGTCCTGGGTGATGGGCATGGCGGCCGCGTACAGCCCGGACCGCGTCAGCTTCCTGTTCGTGGACTACAAGGGCGGCGCCGCATTCGCCGACTGCCTGCACTTGCCGCACACCGTTGGCCTGGTGACTGACTTGTCCCCGCACCTGGTTCGCCGTGCACTGACATCCCTGCGGGCAGAGCTCCACTATCGTGAACGGCTCCTGAACCGTAAGAAAGCCAAAGACCTCCTGGCGCTGCAACGCGAAGCCGATCCCGAGGCACCGCCGTATCTCATCATCATCGTGGACGAATTCGCGGCGCTGGCTACCGAAGTTCCCGAGTTCGTTGACGGTGTGGTGGACGTGGCTGCCCGTGGCCGGTCCTTGGGCCTGCACTTGATACTGGCCACGCAACGGCCTGCCGGTGTCATCAAAGACAACCTGCGCGCCAACACCAACCTCCGCGTTGCCTTGCGCATGGCCGACGAAGTGGACGCAACAGATATCCTGGGCGTTCCTACTGCCGCTTACTTTGACCCATCCATTCCCGGCCGCGGTGCCGCCAAGACCGGTCCTGGCCGTATCCAAGGCTTCCAGACCGGGTACGCCGGCGGCTGGACGACGGAAAAGCCGCAGCGACCCCGGATCGACATCGTAGAAATGGCGTTCGGGTCCGGCCCCACATGGGAACCGCCCTTGGTGTCGCAGGTTGAAGAAGAACCCGCCGGACCCAACGACATTGCCAGGATGACCGGAAACATCATCCGGGCAGCTGACGTCCTGTCCATCGAGCCTCCCCGGAAGCCATGGCTCAACGAACTCGCTACTACCTACGATTTCTCCAAGCTTCCCAATCCGCGCACCGATGAGCGGCTTCTGCTTGGCGTGGCAGATGACCCCGCCCACCAGGACCAGCCCACAGTGTTCTACGAGCCGGACAAGGACGGCAACATGGCCGTCTACGGCACGGGCGGATCCGGTAAGTCGGCGGCCCTGCGCGGGATCGCCATCGCCGCGGCTGTTACACCACGTGGTGGGCCGGTTCACGTCTATGGCATCGACTGTGGTTCCTCGGGACTCAAGATGCTCGATGGTCTTCCGCACGTTGGCGAAATCATCAACGGCGACGACGTGGAGCGCGTTGGGCGGCTGCTGCGGTGGCTCAAGGACGTGGCGGACGACAGGGCAGCACGGTTCGCTGAGGTCCGGGCGTCCACCATCGTCGAATATCGGCAGCTGGCCAACCGCCCGGAAGAGAAGCGCATCTTCATCCTGGTGGACGGAATGTCTTCCTTCCGTGAATCCTACGAGTACAGCAACTTGTCTGCCCTGTGGGACATCTTCCTCACTCTGGCCACAGACGGACGTCCCTTGGGTATCCACCTGGTAGTCAGCGGTGACCGCACCAACTCTGTTCCAGCGTCGCTCCTTGCCTCCATCCAGAAGCGGTTGGTCCTGCGTCTCAGCTCCGAAGACGATTACATGACCCTGGACGTTCCCAAGGATGTCCTCAATGCAGCCTCGCCTCCCGGGCGCGGCTTGCTGGACGGGCTGGAAGTTCAGCTCGCCGTGCTGGGAGGCAACTCGAACCTTGCGCTCCAGGCCCGGGAAGTGGCCAAGCTCAGCCAGGCGATGCTGCGCCAGGGCCTCGAGCAAGCACCGCAGATTCAGCGGCTTCCGGAGCTGGTGGACCTGGACATCCTGCCCACCGGCGCCCCGGACAACCCAGTGATTGGTGTCGACGACGAAACGCTGGGTTCGGCGGCCATCGCCGCCAAGGGATCACTTCTGCTGGCCGGACCACCAGGTTCCGGACGCACCGTCGCCTTGGTCACCTTGGCCTACGCCTTGCGGCGTTCCAACCCGCGCACGGACTTGATCTATATCGGTTCCCGGCGCTCCGCCGTGGCCGCACTGAATATCTGGAGCAGGTCCCTGGTGGGGCCGGACGAAGTCTCGGACGTGGTGGATGACCTGATCGACAAAGTCGCGGACAACCCTGGCACCATGGCCATCTTCATCGAGGGCCTCACAGAGTTCACGGACACCTTGGCCGAATCCGGCGTGGGACGGTTGGTTACGGCTGCGATCAAGGCCGATCAGTGGGTGGTGGGCGAGTCCGAGACCTCCACATGGTCCCAGGCATGGTCCCTTGCGCAGCCGTTCAAATCCGGACGCCGCGGGCTTTTGCTCAACCCCGGAGATGTGGAAGGCGACAGCCTCCTCAACACCTCCTTGGGCCGCATCAGCAAGGACTTCATCCCGGGCCGCGGGTACATTGTGGGACGTGGAAAGGTACGCAAGCTCCAGATCGCCATGCCGCCTGAAAACCGTAGCTAG MKFRLTLRRDPAEAKDLAVTVDGRATVADIATELWAADPARKGTEPPSNLSISVDEAFVGGGLSGHVLRPTDNLLESGLRPGSKVSLAQVSDQFASNGHASGNGRGPAAATLRVMSGPDVGREFSLPFGTSYIGRDRDADIRLSDPLTSKRHARITVGETVEIVDTNSANGLLMDGLPVTRATLESSDTVTLGDTSVGVVALSRNHGGGPSSPLVDFNRSPRVLPRFESPKRVPPAGPKRPEHQPFPYIMLIAPLLMGGVLFAFTQNLLSVIFMAMMPLFIVGHYVDHKMQSKRQAKEGHKQFKAAMLEFREDIDKQQNIERAVRLQEAPSVSDTVDAIYKLGPLLWTHRPEHQHFLGVRFGLGSAPSRIQFDEPGANETEPQYMREIQECLQQVRVIEGVPIVSQLRTSGSFGVAGERSVVDDVARGMVLQLVGLHSPAEVVLTALTSARSRERWDWLQWLPHVGSGHSPISGDHLAAGPGAGAALLSRLENLVEERESMAKEPGPYPRPGLKNEHEEVPGPVVPAVLVIVEDDAPVDRGRLTRLVERGPDYGVHVMWVAANVQSLPAACRDFLSVDGDHGTTTGQVRLGRHTYPVSCESLDADLATQLARMMSPLVDVGNPLDDDSDLPRAVSYATLIGKELMDNPQAVAERWQENNSVHATAVPNRKDNGSLRALVGSKGVEPFYLDLKNEGPHALVGGTTGAGKSEFLQSWVMGMAAAYSPDRVSFLFVDYKGGAAFADCLHLPHTVGLVTDLSPHLVRRALTSLRAELHYRERLLNRKKAKDLLALQREADPEAPPYLIIIVDEFAALATEVPEFVDGVVDVAARGRSLGLHLILATQRPAGVIKDNLRANTNLRVALRMADEVDATDILGVPTAAYFDPSIPGRGAAKTGPGRIQGFQTGYAGGWTTEKPQRPRIDIVEMAFGSGPTWEPPLVSQVEEEPAGPNDIARMTGNIIRAADVLSIEPPRKPWLNELATTYDFSKLPNPRTDERLLLGVADDPAHQDQPTVFYEPDKDGNMAVYGTGGSGKSAALRGIAIAAAVTPRGGPVHVYGIDCGSSGLKMLDGLPHVGEIINGDDVERVGRLLRWLKDVADDRAARFAEVRASTIVEYRQLANRPEEKRIFILVDGMSSFRESYEYSNLSALWDIFLTLATDGRPLGIHLVVSGDRTNSVPASLLASIQKRLVLRLSSEDDYMTLDVPKDVLNAASPPGRGLLDGLEVQLAVLGGNSNLALQAREVAKLSQAMLRQGLEQAPQIQRLPELVDLDILPTGAPDNPVIGVDDETLGSAAIAAKGSLLLAGPPGSGRTVALVTLAYALRRSNPRTDLIYIGSRRSAVAALNIWSRSLVGPDEVSDVVDDLIDKVADNPGTMAIFIEGLTEFTDTLAESGVGRLVTAAIKADQWVVGESETSTWSQAWSLAQPFKSGRRGLLLNPGDVEGDSLLNTSLGRISKDFIPGRGYIVGRGKVRKLQIAMPPENRS PGPT0030468_426 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 D3-18_02880 705 hypothetical protein ATGGGGGATCTAGCAATAGATTTCTGTGGGGAATGGTACGAACCATCCGACGAGGACATCTTCGATATTGGACGCGAAGGTGACTTGGAAGTGGATGACAACCCCTACCTGCACCGACGCTTCCTGCAGATCGCCCGCTACGACGGCATGTGGTGGCTCAGTAACGTTGGCAGCATGCTGTCCGCCACTATTGCTGACGGTTCCGGAGGCATGCAAGCCTGGCTTGCGCCTGGGGCGAGGATCCCCCTGGTCTTCAGCCACACCAACGTGATTTTCACGGCCGGACCTACCACTTATGAGTTCGCGGTTCATTTGAAGACGCCCTCCTTCCGGCACGAAGCACGCGACGACGACCAAGCGGGGGACACCACCATCGGCCCCGTGGTCTTCACTGATTCGCAAAAGGCACTCATCGTCGCCCTGGCTGAGCCCATGTTGCGACGCGATGGCACGGGCTTCAGCGCCATTCCGTCCTCTGCTGAGGCTGCCAAGCGCCTCGGCTGGGCCCTGACCCGCTTCAACCGCAAGCTGGATAACGTCTGCGACAAACTGGACCGCGTAGGCGTAGTGGGCCTGCGCGGCGGGGTGGGAAAACTCGCCACCAACCGCCGGGCGCGCTTGGTGGAACACGCCGTGACATCACACCTTGTGACTCCGGCTGACCTGCATCTCCTTGAAAAAATGAGTGGAGTCGACGAAGGATGA MGDLAIDFCGEWYEPSDEDIFDIGREGDLEVDDNPYLHRRFLQIARYDGMWWLSNVGSMLSATIADGSGGMQAWLAPGARIPLVFSHTNVIFTAGPTTYEFAVHLKTPSFRHEARDDDQAGDTTIGPVVFTDSQKALIVALAEPMLRRDGTGFSAIPSSAEAAKRLGWALTRFNRKLDNVCDKLDRVGVVGLRGGVGKLATNRRARLVEHAVTSHLVTPADLHLLEKMSGVDEG NA NA NA NA NA D3-18_02881 1776 pknD_3 Serine/threonine-protein kinase PknD TTGAGTTCCAAGAGGCCCCCTGCGCCGCCTCCACCCATCCCGGGTTTCAAGTACATCAGCCTGCTCGGCTCCGGTGGCTTCTCGGATGTCTACCTTTATGAGCAGGACCGCCCGCGCCGAAAAGTAGCGGTCAAGGTGCTGTTGTCCGATTTGAAGACCGAAGGGGCCCGCCGCCGCTTCGAGTCCGAAGCGAACCTCATGGCGCAGTTGTCGTCGCACCCTTACATCGTGACCATTTTCGAAGCCGAGATCACCGAGAACGGGCACTCGTACCTTGCCATGGAGTACTGCTCCAGGCCGAGCCTCGACGTCCGTTATCGTCGTCAGCGCTTCAGCGTGGACGAGGTCCTGGCCGTCGGCATCCAGGTGGCTTCCGCCGTCGAGACCGCGCACCGGGCCGGTATTGTGCACCGGGATATCAAGCCGGCCAACATCCTGGTCACCGATTACAACCGGCCTGCCCTGACGGACTTTGGCATCTCCGGCACCATCGGTGCCGACACCGAGGACGACGCCGGCATGTCCATCCCTTGGTCGCCGCCCGAGCAGTTCCGTGGAGGCGCCGTGGATGGTGTTCCTGTGGACATTTGGGCCCTGGGTGCCACGCTGTACACGTTGTTGGCGGGTCGTTCGCCGTTTGTCCTTCCGGGACAGGACAACTCGCAGCGGGAACTGATCTCCCGCATCACCAACTCGCCCCTGCCCAGGCTGGGCCGTGCCGACGTTCCGGAGTCCCTGGAACTCGTTCTGGCTACTTCCATGGCCAAGTCAGCGGAATCCCGTTACTCGTCAGCACATGCTTTCGCGCTGGCACTCCAGCGGATCCAGGCTGAACTGAACCTTTCCGTGACGCCATTCGAGGTTCTCGAAGAACCCGGGCACGGGGACGACCAGCACCCGGACGACAACTTCGAGGAAACCCGGGTCCGGAGCATCGCCTCGATCGATCCCGACGCCTCGGGAACCGCTACCACCGGGTCAGCGCCCACGTTCCCGGCGCGAACTTTCCCGTCCACCGTTCCGGGCGCCACCCAACAGCCGACACAACAACCGGCCCAGCCCGCCAACCCCCCGCAAACAGTCCAGTCCCACACGGGGTTGTCGACTCCGCCGCAGTTCCACGCTCCGGCGTCGGGACACGCAGCGTCGGGATACACAGCACCGGGATCATACACAGCCCCCGGCGGCCACAACGCTCCCGCCGAGCCTGACACGGCAGAGTCCACAGTGCTGCGTGGCTGGCAGCCCTCACGTCCCCAGGACGATCTTGGGGCAACGGTCAGCCGTTCCAACTCTCCCTCCGGTGCCTCGCCGGTCACGCAGGAGGACGCTCCGCCTGCAGACCACAGCAAGCGCAACCTCTGGCTAGCCGCCACCGGCGCTGCCGTGCTGGTAGTGGCCATTGTGGTGGGCGTGGTGTTGGGCGCACAGGCGCAGCCCAAGGTGGCACCCACGGAAACGACAAGCAAGCAGCCGGCTGACCCTCTGGGGGATGGCGGTGTTCCGGAGGTTGCGGGGATGTCTGCGGCGCGGGACACCAAGGACCGGAATATCGTTGTCTTCTCCTGGACAAACCCACAGCCGTTGCCCGGAGACACGTTCAAATGGCGCATCAAGTCGGCAAAATCCGAGGGCGTCTATGAGACCACGTCCACAGGAAAGGCGTTCCTCGGCGCGCTGGCTGACCCACCTATCTGCGTGCAAGCAATTATTGTCCGTGCTGACGGCAGTGCCTCACCCGGCGGGCCGGATTCCATCGCCTGCCTGGACGAGTAA MSSKRPPAPPPPIPGFKYISLLGSGGFSDVYLYEQDRPRRKVAVKVLLSDLKTEGARRRFESEANLMAQLSSHPYIVTIFEAEITENGHSYLAMEYCSRPSLDVRYRRQRFSVDEVLAVGIQVASAVETAHRAGIVHRDIKPANILVTDYNRPALTDFGISGTIGADTEDDAGMSIPWSPPEQFRGGAVDGVPVDIWALGATLYTLLAGRSPFVLPGQDNSQRELISRITNSPLPRLGRADVPESLELVLATSMAKSAESRYSSAHAFALALQRIQAELNLSVTPFEVLEEPGHGDDQHPDDNFEETRVRSIASIDPDASGTATTGSAPTFPARTFPSTVPGATQQPTQQPAQPANPPQTVQSHTGLSTPPQFHAPASGHAASGYTAPGSYTAPGGHNAPAEPDTAESTVLRGWQPSRPQDDLGATVSRSNSPSGASPVTQEDAPPADHSKRNLWLAATGAAVLVVAIVVGVVLGAQAQPKVAPTETTSKQPADPLGDGGVPEVAGMSAARDTKDRNIVVFSWTNPQPLPGDTFKWRIKSAKSEGVYETTSTGKAFLGALADPPICVQAIIVRADGSASPGGPDSIACLDE NA NA NA NA NA D3-18_02882 1815 hypothetical protein ATGGCAAGCAGTAACAACCTTTCCCTGACCCGCTATCAGCAGGGTGACTGGTTCGGCGTGGTGCGGAGCGGAACCGTGGTGCTCCTTGGCCCGGACACACCGCACGCTTTGATCGACACTGTCTGGGGGTTGCTGGCATCCGCGCCGGAAGCCCACGAAGTCCTGCATGAAGTGACGGATGCCTTTGGCGTTTCCCTCAGCCGCATCCCGCCCTTTGGGATCATCGACTCGAAGGACGCACTACGAGTGTTCCTCCGGGGAGACCTCGAACTTGTTGTGCAGACGGCCAGCGGCGAGGAACGCCTCACGGGGCGTGACGTCACCACTTGGACGGAACGACGACTCGCAAACGCCACCTCTTACAGTGTCCGGATAGGGAACAAGCCGGCCCCGTCTGCAGGGATCCCGACGTCGGGTGGAGGCCTGCCGCTGAACGGCTCACCCATGAACGGCTCGCCCCTGAACAGTCTTCCGCTGGGTGAAGGTGTGGTGCTCCTGGCCTCGCTCCAGGCCGCATCTCATGCTGCCGGGAAAGCGGATAGTAAACCTGGGATCCGGCCCGCAACGGCGTCCGACGAAACCATGATCGGCTACGCGGAAGCGGACCTTGGCCTGACGATTGCACCTGGTCACATGGTTCCCGCCAAGGAGTCGTCCACTCCCGAGTCAATTGTCGAGTCAATCGCCCAGGAGCCTGCGGCCGAGGTGCCAGCTCCACAGGAAGCGACGGCGCTGGCGGATCCGCTGACCGAGGAAGCTCCGGACCATGCCGAAGTGGCTGCGTCGGAGCAGTCGGCTGCGCTGGAAGAACCGGAGCTGGAACCAGCCAGTGAGGCAGATTCGGAAGCATCCGAGGTACCCGTCCACACGAGTACCACTGATCCAATACTTCCGTCGCTGGAAAACACCACAAACTATGACCACCTGTGGGACAAGACGGTGATGCGCAACATTGAGGACGCTGCAGTCCGTACGGACGAAGGGTCTGACGAGCACGACTCGCCTGCGTCCGCTATACCGGACGCCCCACCAGCTATCGAACCGCTTTCGCCGGCACCGGAGAGCCCGTCTCCAAGCCCATCAGTCGAAGCAGCGGGCGGGCTGATTGACTCCGTCCCGTGGCTGCGCAGCGGTTCCTCCACCCCTGAACCGGGCAGTGACCAGCAATCAGTTCCGCCCAAGCCCGCAGCCGATCCTGCGGCCCAAGTACCGGCCGCTTGGTCGTCGGCTCCAGCCGCCATGGCCGCGGAAGAGGACTCTGACCATGACGGACAGACCATCATGAAGAGCAGCCTTCCCACCGAGGATTCCGGCGCAAAAGCCCTTGTTGGCCGCGCGGAGACGTCGGCCGTCAACGGGCCGAGCGTTTTGGCACGGATGTGCTCCCAAGGCCACGCCAATCCGCCCACGTACCCGCAGTGTTCGGTGTGCGGGGTTGCCGTTTCCGGCGACGCCGTCCACGTCCCACGTCCAAGGCTGGGGAGGATGCGGCTCTCTACAGGTGAGTTGATTGATCTTGACCAGTCGCTCATCATCGGCCGCCAGCCGTCGGTTTCCCGGGTGCAAGGCGGCACAATGCCACGTCTGGTCCAAGTGGACAGCCCCGGTGGGGACATATCCCGCTCCCACGTCGAGGTCCGGCTTGAGGGTTGGCACGTCATGTTGTGCGACCTGAAGGCAACCAACGGCACCGTACTCATCAGGGAAGGCCAGGCACCCCGCCGGCTTGCCCAAAACGAAATGGCCATCCTGCTGGACGGCGACATCGCCGAGCTGGGCGACAACATTTCATTGCGTTTCGAGGAGATTCTTTGA MASSNNLSLTRYQQGDWFGVVRSGTVVLLGPDTPHALIDTVWGLLASAPEAHEVLHEVTDAFGVSLSRIPPFGIIDSKDALRVFLRGDLELVVQTASGEERLTGRDVTTWTERRLANATSYSVRIGNKPAPSAGIPTSGGGLPLNGSPMNGSPLNSLPLGEGVVLLASLQAASHAAGKADSKPGIRPATASDETMIGYAEADLGLTIAPGHMVPAKESSTPESIVESIAQEPAAEVPAPQEATALADPLTEEAPDHAEVAASEQSAALEEPELEPASEADSEASEVPVHTSTTDPILPSLENTTNYDHLWDKTVMRNIEDAAVRTDEGSDEHDSPASAIPDAPPAIEPLSPAPESPSPSPSVEAAGGLIDSVPWLRSGSSTPEPGSDQQSVPPKPAADPAAQVPAAWSSAPAAMAAEEDSDHDGQTIMKSSLPTEDSGAKALVGRAETSAVNGPSVLARMCSQGHANPPTYPQCSVCGVAVSGDAVHVPRPRLGRMRLSTGELIDLDQSLIIGRQPSVSRVQGGTMPRLVQVDSPGGDISRSHVEVRLEGWHVMLCDLKATNGTVLIREGQAPRRLAQNEMAILLDGDIAELGDNISLRFEEIL NA NA NA NA NA D3-18_02883 927 hypothetical protein ATGAATTCACAGCCGGCCACACCCGCCAACGCCGAAGCGGGTCCTGCCGCAGGCGGATCCTCTTTTCGGCTCAGCTACGGGTACGGAACGGATCGCGGGCTTCGCCGCGAACTGAACGAAGATTCGTTCATTGCTTCTGACCCCGTCTTCGCCGTGGCCGACGGCATGGGCGGGCATGAGGCGGGCGAGATTGCCAGCGGCATGTGCGTCAGGGCTTTGGGCAGCGCCCCTGAGTTGTCGGCCGGCGTCCGTACAGCTTCAGCGGCCGACCTTCAGTCATGCTTGCTGAAGGCCGACGCTGCCATCCGCAACGCAACGGGAGCCCGCGCAGGGACTACGCTGTCCGGCGTCGTGGTGGTGGAGCAGATGGGCCTGCCCTACTGGCTGGTGATGAACATCGGCGATTCCAGGACTTACCGCCTCAGCCAAGGGGAGTTTGCGCAGGTAAGCGTTGACCACTCCGAGGTGCAGGAACTGGTGGATTCCGGGGATATCACCGCGGAGCAGGCCACGGTCCACCCGCGCCGCCACGTTGTTACCCGCGCCTTGGGTACCGGCGACGAAACCGAGGCCGATTTCTGGTTGCTTCCCATCCAGGAAGGTGACCGGATCATGATTTGCTCGGACGGTCTCAACGGGGAACTGGGCGATGACCACATGTTCCGCATCCTTAGCACTGTTGCCCATCCGCAGGATGCCGTGGACGCCTTGATCCAGGCTGCCCTGAGAAGCGGTGGCAGGGACAACGTCACCGTCATCGTCGTGGACGCCAAGAACGTCTTGAACGACGCCGGCATCGCCACCACTGCGCCGCGCCCCGAGGTCGCGGCCGAGGTGGAAGAAGATACCCTTCCCCGCGCCTGGGTGAATGGCACCGGCGAGGTCGCAGGGGCTGGGCAGGAGGAAGGCGTCGATGGCAAGCAGTAA MNSQPATPANAEAGPAAGGSSFRLSYGYGTDRGLRRELNEDSFIASDPVFAVADGMGGHEAGEIASGMCVRALGSAPELSAGVRTASAADLQSCLLKADAAIRNATGARAGTTLSGVVVVEQMGLPYWLVMNIGDSRTYRLSQGEFAQVSVDHSEVQELVDSGDITAEQATVHPRRHVVTRALGTGDETEADFWLLPIQEGDRIMICSDGLNGELGDDHMFRILSTVAHPQDAVDALIQAALRSGGRDNVTVIVVDAKNVLNDAGIATTAPRPEVAAEVEEDTLPRAWVNGTGEVAGAGQEEGVDGKQ PGPT0030420_523 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 D3-18_02884 1551 hypothetical protein ATGAGTAATGAGACAGAACTTTGCCCGGCTTGCCGGCATGGGGTCCGTCCGGGAGCGACGTTCTGCACGCAGTGCGGTTCGCCGTTGAACAACCGTGGTGCCCGCAAGGAGGGCAACATCAACCATGCGCAGAAGGCAGCATTGGAGTTCGCCAACCGGCAAGGCTTCTCCGATCCCGGTAGTATCTCGGTAGTGTCGGCGCCGGCCTCGCCGATGCAGCACGGATCAAAAACCATGCCGGACCGTACGCCGGGGCCAGGGGGAGGGACCACTATGACCACCAAGCTCGAGTTGGCGCCCGCCTCTGCCGGGAAGCGCCTGGGCGCAGCTGTGCTGGATTGGTTGGGTCCCGTTGCCCTGCTCGCCACCACGTTCGCCATTGGAATTGCCGGCATCACTCAAACCCGCAGGAACGGCTTCATCGTCTATGACACGGGTCTCCTGGTTCTCTTGGGCAGCATCGGTCTGGGCGTGACCGTGGTTTACACCTTTGTCCTCCTTGGAATTGAGGCAAAGTCCGGTAACACCATCGGCAACCAGCTCATGAGCATCCGCAGTGCGGACTCCGATGGCTACGCACCCGGCGCTGGTGTTGTTTTCGTTCGCGGGATCCTGACAGGTGGACTCCTGCTGCTGGGGTCCATCGTTGCCGTCATCCTGTCAGCTCTTGGACACATCGGACTGGTGTTGTGGATCGCCCTGCCGCTCATGTTCCTCGGTGTTGTCTGGGCTTTCCTTGTAGTCGTATCCAACGCTTGGGACACCAACGGCAAGCTGCGTGGCTGGCAAGACAAAGCGGCAAAGTCCTTGGTGTTCGACGTGAACGCCGGTCGCAATCCGGTGACCACGGGCGGCATCCAAGGTCCCTACAGCTTCGCACCGATGGATCTCCCGCCGGTCCAGCCCGTCGCTTCCCCGGTCCCTTCCGGGCTTGGCCAGGGCACCCGTCCGAGTGAGAATCCACTGCCGGTTGCGGCGCAGTCCACTCCTGCAACACCCGCTGTGCAGCCTTCCCATGATCCGAACCAGTGGCGCCCACCCACGGCGCCCTTCACGCCGGCACCCCGCACACCAGCAGCACCGGGCGGGTCTACAGCACCGATCGCATCAGCGTCATCGAGCCCCGCCACGGTTGCACCACAACAGAGCCCCGCGACCGCCGCCCATCCGGACGATGACGTGGAACGGACCCAGATGCGCCCCGGGGCAGCCCGTGCCCAGGCCGTATTGCGGATTCGGATCGACGATGGCCAGGACATCCAGTTGGGCGGGTCGGTCCTCCTTGGCCGTAACCCGGCGCCACAGCCCGCGGAAATCGTGGAACAATTGCTGCCCGTGTCAGACCCCGGCCGGTCCATCTCCAAAACACATCTACACTTGCGCGTTGATGGTGACGGTATCTGGGTCACTGACCGCAACTCCACCAACGGCAGCGCTGTCACCACCCCCGACGGCATCCAGACCAGGCTCCACCCGGGCGAAGCGAGCTTTGTCCGTCCCGGTTCCACCGTTCACTTTGGGGACCGTTCCTTCCACCTAGGACAAGCATGA MSNETELCPACRHGVRPGATFCTQCGSPLNNRGARKEGNINHAQKAALEFANRQGFSDPGSISVVSAPASPMQHGSKTMPDRTPGPGGGTTMTTKLELAPASAGKRLGAAVLDWLGPVALLATTFAIGIAGITQTRRNGFIVYDTGLLVLLGSIGLGVTVVYTFVLLGIEAKSGNTIGNQLMSIRSADSDGYAPGAGVVFVRGILTGGLLLLGSIVAVILSALGHIGLVLWIALPLMFLGVVWAFLVVVSNAWDTNGKLRGWQDKAAKSLVFDVNAGRNPVTTGGIQGPYSFAPMDLPPVQPVASPVPSGLGQGTRPSENPLPVAAQSTPATPAVQPSHDPNQWRPPTAPFTPAPRTPAAPGGSTAPIASASSSPATVAPQQSPATAAHPDDDVERTQMRPGAARAQAVLRIRIDDGQDIQLGGSVLLGRNPAPQPAEIVEQLLPVSDPGRSISKTHLHLRVDGDGIWVTDRNSTNGSAVTTPDGIQTRLHPGEASFVRPGSTVHFGDRSFHLGQA NA NA NA NA NA D3-18_02885 2484 hypothetical protein ATGAGCACCGCTCCCAATCTCCGAGTGCGTCCCCGGGCAGCTAAGGGAACCCGGTCCGCTGCCCGCGCTACCGGAGGATCGATATTCGACGACGGCAGGCCACTATGGCATTTCGCCGTTGACTGCGGGGCGCTCCTGGTGCTGCTGTTCCTTGGCGTCCTTGGTTTCACGCTGAGCTTCGGGGGAGACGCCCACTACCTGGTCGCAGGTCTAGGTGGTGTGGTGCTGGGGCTGGGCATCGCTTTCCTCAACGTGCGCTTCCGCTTGGGACTGCTCATCACCACTGCCGTAACGTTCGGCGCCTACATGGTGTTTGGCTCGGCGTTGGCCGTGCCGGATTCGGCTGTCGTCGGATTCCTGCCCAGCCTCGATTCCTTGCGTACGCTCCTGCTGGGGATCGTGTTTGCCTGGAAGGACATGCTCACCGTCGGCGTTCCTGTGGGGACAGCGAATGGCATGCTCATTGTGCCGTTCCTCAGTTCATTGGTGACCGCTCTGGCAGCTGGTCTGCTGTCATGGCGTTTGAAGAGCCCGTACTGGCCGTTGCTGCCGGTGCTGGTCCTCTTTGTCACGGGAATCGCCTTCAGTACCAGTGCGGGCTTCCTCAATGTGGAACGCGGCGTCTCGCTGACCATTGTGTCCATCGTGTGGGCGACGTTCCGCCGTGACGTACTCCGGCGCAACAGCACCAAGACCGTTTCGGCCAATAGGCCGGGTTCCGACGCCGCTACAGCCCGCCGTGGCCAGCTCCGCCGCCTGGGGACTGCTGCAGCCGTTATCGCTGTTGCGGTGGGCGTCACCGCAATTGCCTCGCCGTTGGTCACCGCCAGCGACGACCGAAAGGTGCTCCGCAACACGATCGTTCCGCCGTTCGACCCCCGGGACTACATCACGCCGCTGGCGAGCTTCCGCAGCTTCGTCAAGGATGAGAAGGACAGCACGCTGTTTACGGTCAAGGGGCTGCCCAAGGATGCCCGCGTGCGGCTGGCTGCACTGGATGCATTCAACGGCTTGAACTACACCATGGATCCCAACAGCTCCGGTAACTTCAGCAAAGTGGGCGATGCCCGCTCGTTGAACACGTTGGCTGATTCCGGGAGCCCGGTGGAGGGCACCAACTACACGCTGGACATCACCGTGGAGGACTATCAGGGCTACTTTGTGCCGGGTGGCCGGCACACCACGGGCATGAGTTTTGCGGACACTTCCGGTGCCGCTTCCGGTCTTTACTTCAATGCCGGCACAGACACGGCTGTAACCACCAAGGGCCTGGCCAAGGGCGACAATTACACCGTGCAGGTTTCGGATCCCGGCACGCTGGAGCACGGCCAGCTCACGCAGTACGACTTCGCGAAGCTCACGCTGCCCGAGGCGGAGGAAGTGCCGCCGATCGTGGCTTCCCAGGCGAACCAGCTTTCCGCCGATGCCCCGACGGCCATTGACCGCGTCCGGCAGATTGAGGCGCACTTCCAAAAGAGCGGCGCTTTCAGCAACGGCTTGGTGGCCGAGGGGCAACTCCCGAGCCTTCCCGGCCACAGTGCTGCGCGCGTCCGCAACATGCTCTCGGCCAAGCAGATGCTGGGCGACGACGAGCAATACGCCGTCTCCATGTCCCTCATGCTCCGCCACCTTGGTATTCCTTCCCGCGTGGTCATGGGGTTCTATCCTGACCCCAAGAGCCCTGAGAATGGCGCCGGCGATATCAAGATCACTGGCAAGGACGTCCACGCCTGGGTTGAGGTGGCGTTTGACCGGGTGGGATGGGTTGCTTTTGATCCCACGCCGCCCAAGGACAACGTGCCCATCCCGCCCGATCCGGAGAACAAGTCCAAACCCAAGCCGCAGGTGCTGCAGCCACCGCCCCCGCCGCAGGAACCCGCGGACCTGCCGCCGGACTCCACCCCGGACGCCCTGGACGCTGACGAGAAGAAGAACAACCCGTGGCTCTTCTGGGGGCCGCTGCTGGCGGCCATCGGTGTGGCGCTGATTCCGCTGGGGATCCTCGCCTTGCCGCTGCTGCTGATCCTCCTGCTGAAATCACGACGCCGGAAGGCGCGTTTCCGTGACGGCCACCCCGCCCAGCGGGTCGGCGGAGGATGGAATGAAGTGCTGAGCCTGGTCACCGACATGGGTGCCTCCATTGACACCAAGTCCACAAGGCGTGAATCGGCCTCGGTCATCGCTGATGCCTTCCCCACCACCGGGACTACCACCACAATGCTTGCCCACCGGGCCGATGCTGCTGTCTTCGGTGCCGGTCAGCCAAGCGAGGAGGAGGTCAAGGAGTACTGGGAGATCGTTGATACGTCGCTGACGGACATCACGGGAAGCGTCGGTTTCTGGAAACGGCAGCAGGCACGGTTCTCACCGCGGTCGTTGCTGTCCGATGGCCGCGCGGCCCTTCGCCGCCGGCAACAGACGCCCGGCGATCCGGCCAAGCCCCGCTTCACGTTGCCGTTCAAGAAGGACACCACCGATGAGTAA MSTAPNLRVRPRAAKGTRSAARATGGSIFDDGRPLWHFAVDCGALLVLLFLGVLGFTLSFGGDAHYLVAGLGGVVLGLGIAFLNVRFRLGLLITTAVTFGAYMVFGSALAVPDSAVVGFLPSLDSLRTLLLGIVFAWKDMLTVGVPVGTANGMLIVPFLSSLVTALAAGLLSWRLKSPYWPLLPVLVLFVTGIAFSTSAGFLNVERGVSLTIVSIVWATFRRDVLRRNSTKTVSANRPGSDAATARRGQLRRLGTAAAVIAVAVGVTAIASPLVTASDDRKVLRNTIVPPFDPRDYITPLASFRSFVKDEKDSTLFTVKGLPKDARVRLAALDAFNGLNYTMDPNSSGNFSKVGDARSLNTLADSGSPVEGTNYTLDITVEDYQGYFVPGGRHTTGMSFADTSGAASGLYFNAGTDTAVTTKGLAKGDNYTVQVSDPGTLEHGQLTQYDFAKLTLPEAEEVPPIVASQANQLSADAPTAIDRVRQIEAHFQKSGAFSNGLVAEGQLPSLPGHSAARVRNMLSAKQMLGDDEQYAVSMSLMLRHLGIPSRVVMGFYPDPKSPENGAGDIKITGKDVHAWVEVAFDRVGWVAFDPTPPKDNVPIPPDPENKSKPKPQVLQPPPPPQEPADLPPDSTPDALDADEKKNNPWLFWGPLLAAIGVALIPLGILALPLLLILLLKSRRRKARFRDGHPAQRVGGGWNEVLSLVTDMGASIDTKSTRRESASVIADAFPTTGTTTTMLAHRADAAVFGAGQPSEEEVKEYWEIVDTSLTDITGSVGFWKRQQARFSPRSLLSDGRAALRRRQQTPGDPAKPRFTLPFKKDTTDE NA NA NA NA NA D3-18_02886 1422 hypothetical protein ATGTCCTCCAGCACACCCCTGAACAGGGCTGCTGACTCGTTCAAGCGCGTTACGTCTGCTGTTGGCAGCAAGATGCGCTCCTTGCGCGGCCCTGGCAGCGGGCCGGGCAAACGCCCCGGCCAGTCAAACAAGCGCGGCCTACCCGGCAAGCTTGGCCAGTCCAGCAAGCTCCACCCCGCAGCCGTGTGGTCGGAAGCAGCCGGAACTGCGGGGGACTTCCTTGCTCCAGGGTGGACCAAGGTCAGGGCTGTCTGGCTGAGGTTCGTCTGGCCGGTCCTGGCAGTGGTGAGCCTGCTCGGCTGGGTAGTGTTGGCTGCCTCGATCGGCCTTTGGTGGGCGGGGCAGGCGTGGGGTTGGCAGGAAGCCAAGTCAGCTGCCATGGTGGCGTTCCTGCTGTTCCTCCTTGCCATCGGCTTCATTGTGGGCCGCTCGGCCTATGGCGTGGTTCTGGACCTTGCCCGCACGCGGGTGGCAGTAGGGGATGACGCCGTGGGCAGCATTGCGGTGTCCAACGTATCCACGAGGCCGTTGTTGCCTGCAGCGCTGGAGCTGCCCGTGGGTTCCAACACGGCCGTTTTCCATTTGCCCCGCATGAAGCCGGCCCAGGTGCATGAGGATCTCTTCACCATCCCCACGGCGCGGCGTGCAGTGATTGTTGTGGGTCCCGTTCGATCTGTTCGCGCCGACCCACTCCACTTGTTGCGTCGTCGCGTGATGTGGACCGATCCGGTGGATCTGTTCGTCCATCCCCGGACCGTGTCGCTGGGCAGCTCGGCGGCCGGCTTTATCCGCGACCTTGAAGGCATGCCCACTACGGAGCTGTCCAGCGCGGATGTCTCCTTCCATGCTTTGCGCGATTACGTTCCCGGGGACGATCGGCGCCACATCCACTGGAAGACCACGGCCCGCACCAACAAGCTCATGGTTCGCCAGTTCGAGGAGACCCGGCGCGCACACCTGGCCATCTCGCTCTCCATTAACACAGACGAGTATGACTCCGAGCCCGAGTTCGAAATGGCCGTCTCTGTGGCCGCTTCCATTGGCAGGCAGGCCATTCGTGAGCAGCGTGAGTTGGACGTGCTGACCCAAAAGGGGCCGCTCCGCTGCGAAACCGGCCGGAACTTGCTGGACGACATGACCCGCATTGTCGGGGCACCCATGCGGAAGACCGCCGTCGACCTCGCCCGCACCCTTTCGGACACCGTCCCCAACGCCTCCGTGGTGTTCTTCGTAGTGGGCAGCCATGTGACAGCCACCCAATTGCGCTCGGCGGCTTCGTCCGTTCCCCCGGGTGTGCGGAGCCTGGCGGTCCGCGTCCAACCCGGAGCGGCGCCGTCGAGGGCAAACATCGCCGACCTGACGGTCCTCACGGTTGGCGACCTGGACGATCTCGCCATAGTTCTTCGAAAGGCGGCAGCATGA MSSSTPLNRAADSFKRVTSAVGSKMRSLRGPGSGPGKRPGQSNKRGLPGKLGQSSKLHPAAVWSEAAGTAGDFLAPGWTKVRAVWLRFVWPVLAVVSLLGWVVLAASIGLWWAGQAWGWQEAKSAAMVAFLLFLLAIGFIVGRSAYGVVLDLARTRVAVGDDAVGSIAVSNVSTRPLLPAALELPVGSNTAVFHLPRMKPAQVHEDLFTIPTARRAVIVVGPVRSVRADPLHLLRRRVMWTDPVDLFVHPRTVSLGSSAAGFIRDLEGMPTTELSSADVSFHALRDYVPGDDRRHIHWKTTARTNKLMVRQFEETRRAHLAISLSINTDEYDSEPEFEMAVSVAASIGRQAIREQRELDVLTQKGPLRCETGRNLLDDMTRIVGAPMRKTAVDLARTLSDTVPNASVVFFVVGSHVTATQLRSAASSVPPGVRSLAVRVQPGAAPSRANIADLTVLTVGDLDDLAIVLRKAAA NA NA NA NA NA D3-18_02887 972 hypothetical protein ATGACCATGACAAACGAGCAGGCCGCGTGGTTTGCAGAAACGTTCGAGAAGCTCGTTGCCAACGTGGGCAAGGCCGTGTTGGGCAAGGAACACGTCATCCGGCTGACGTTCACGGCGATGATGGCCGAAGGCCACGTGCTGTTTGAAGACGCGCCGGGCACGGGTAAGACCTCCCTCGCCCGTGCCCTGGCCGCGACGGTCCAAGGTTCGCATAACCGCATCCAGTTCACGCCTGACCTCCTGCCGTCTGACGTGACGGGTGTGACCATCTACGACCAAAAGACCCAGAAGTTCGAGTTCCACAAGGGCCCGGTGTTCAACAACATCGTGCTGGCTGACGAAATCAACCGTGCCTCCCCGAAGACGCAGTCAGCGTTGCTGGAAGTCATGGAGGAATCCCGGGTGACAGTTGACGGCACCACATACGAGGCCGGCCGCCCGTTCATGGTCCTGGCTACCCAGAACCCCATCGAACAGGCGGGCACCTACCGCCTGCCCGAGGCTCAGCTGGACCGCTTCCTGATTAAGACCTCCATCGGCTACCCGGATCACGCTTCCACCGTCCGGCTGCTGGGCGGTGCCAACCTGAAGGACCGTTCGAAGGACCTCAGCCCGTTGATCACCACCCAGGCCGTAGCTGACATGGCGGACCTGGCAGCCACCACCCACGTAGACACCGCCGTGCTGGAGTACATTTCCCGCCTCTGCGAAGAGACCCGCAATGCCTCTGAAACGCGGCTTGGTGTTTCTGTTCGTGGCGCTTTGGCCATGGTCCGCGCTGCCAAGGTGTGGGCGGCCAGCCAGGGCCGCAACTTCGTGTTGCCGGATGACATCAAGGAGCTTGCACCCGTGGTGTGGACGCACCGTTTGGTGATGGACCCGGAAGCCGAATTCTCCGGCGCAACGCCCGAGGTGGTACTCAACCGCGTCCTCGCCGACGTCGCTGCCCCGCAGCAACGCGCGAGCGCCTAA MTMTNEQAAWFAETFEKLVANVGKAVLGKEHVIRLTFTAMMAEGHVLFEDAPGTGKTSLARALAATVQGSHNRIQFTPDLLPSDVTGVTIYDQKTQKFEFHKGPVFNNIVLADEINRASPKTQSALLEVMEESRVTVDGTTYEAGRPFMVLATQNPIEQAGTYRLPEAQLDRFLIKTSIGYPDHASTVRLLGGANLKDRSKDLSPLITTQAVADMADLAATTHVDTAVLEYISRLCEETRNASETRLGVSVRGALAMVRAAKVWAASQGRNFVLPDDIKELAPVVWTHRLVMDPEAEFSGATPEVVLNRVLADVAAPQQRASA NA NA NA NA NA D3-18_02888 6099 hypothetical protein GTGACAACTTTCTTCGGCAAGCTGGGGCTGAAAAAGCGTCAAAACAAGAAGTTCATAGCGGGAACTGCCGCCACGGCGGCGGGCGCTTTGTTGATCACCGGGGCGATTCTGTACCCGGGGTTCAAGACCACCGAAGTGGACTTGAATGACGGCGGCGTGTGGGTCGTGAGCAAGACCAAGAACGCCGTGGGCAGGTTGAACTATCCGTCCCGCGTCCTGGACGGTGCCGTCACCCCTGCTACCACTACCTTTGATGTGCTGCAGCATGATGGCAACGTCTTCGTGGACGACGAATCCGGTTCCACCATCAACCAGGTATCCGCCGCAAACCTGAAGCTCGGCGGCGATAAGCAGCTACCGTCGTCGTCGCAAGTCAGCTACGGCTCCACCGTGCTCTCGGTGACCGACCCGGCCCGGGGGAAAGTCTGGGCTCTTTCTCCCTCCACCGTCAACGGCTTCGACGAAGAAGGAACCGAACCCGTACTGACCGGTTCCCCCGGCATGGTCTCCGCAGTGGGATCCGACAACCGGATCTACACCGCGGATCCTGGCAAGGGCGAAATCACCGTCACCACGGTGGATGCCAACGGGGAACGGACCGACTCACAGATCAGCAAGGTGGACGAGCTCAAGGGCGCCGGCGACCTTCAACTAGCCGTGGTGGGCGATAAGCCCGTGGTCCTTGACGCCGCCTCCGGCAACCTCTTCCTGCCGGGCGGCCGCAAGCTGCAACTTCAGGATGCCCGCGAAGCCAAGCTTCAACAGAGCAGTGAAGACAGCAGCTACGTCGCCATTGCCACACGAAAGGCCCTGCTGAAGCAGCCCTTGGACGGGTCCACGGCCGCAACAGTGAATGCTGACGGTGAAGGCGTCCCCGCAGCTCCGGTTCAGGTCAGCAAGTGTGTTCACTCAGCGTGGTCCGGCGCCAACAAGTACGTTCGTGACTGCGATAACGACGCCGACGACAAGAAAAACGACGTTCCCAAAGCGAGTGCGTCCCCAAGCTACGTTTTCCGCGTCAACAGGGACCTGGTTGTCCTCAACGACGTGAACTCCGGCAGCGTGTGGCTGGTCAACCAGAACATGCAGCTGGTGAACAATTGGGACGATGTTGTCCCGCCCAAGAACCAGTCCGATGACCAGGACCAGGAGTCCGCGGACAACAACACCATCAACGTCCTCCCGGACCGCACCAAGCCCAACCGTCCGCCTGAGACCAAACCGGACGAGTACGGTGTCCGACCGGGCCGGACTTCCATCCTGAGCGTGCTGGATAACGATTCAGATCCCGACGGCGATGTCCTCACCGCGTCGGTGGGCGCCAACGGTCCCAAGATGGGTGCGCTGGAAAACATCTACGGAGGATCTGCCTTCCAGATCAAGGTCCCGGCAGATGCGAAACCGGGCACGGAAGTCTTTGACTATAACGCCGCCGATGGCCGCGACTTGTCGGCCGGCGGCAAGGTCACACTGCGGGTGGTGGCTCCGGAAGAGAACAAACCGCCGCTCTTCAAGCGAGGCGAGCCCACCACCATGCTGGTGGAGCAGGGCAAGTCCGTCAGTCAGAACATCCTGACCGACTGGATGGACCCCGACGGCGATGACCTCGTCTTGTTGGATGCAAAGTCGGACAATGACCAGGACCAGGTGAAGGTACGCCGCGACGGACTCTTGACGTACCAGGACTCCGGCGCAGCACCGGGCAAGAAGAACGTCACCATCACAGTGTGGGACGGCAGGGCCACTACTACCGGCCGCATCGTGGTCAACGTCCAGCCGCCGGGTGCCCTCGCACCGGTGGTCAACGCGGACCACGTCACTGCGGTGGTTGGCCAGGACCTGGTCATTGCACCGCTGAAGAACGATGTGGACCCCAACGGTGGCGCACTTCGTGTCGCCCATGTTGAGGCCGCCGGCCCCGCTGAGCTCGGCCCGGTAACCGACGGCGGTACGTTCACGTTCCGGAGCACCACACCCGGCCCGATCTACCTGACGTACATCGCCAGCAATGGTCCCCAGAGCAGCCAAGGGCTGATCCGTGTGGACGTCGAGTCCGGCAAGGATGCCGGAGCTCCCGTCGCAGTCCACGACGTCGCATTGCTCCCGGTGGGTGGCAGCGTGCTGGTTGATCCGCTGGCCAACGACTCCGACCCTTCCGGCGGCGTGCTGGTCCTCCAATCCGTCACCGTGCCCGACGGCTCCTCGGCATCCGTGAGCGTGATCGACCACAGCGTCCTTCGCGTTACGGACGTCCTCGGTGCCAAGGAACCGTTTGTCTTCAGCTACACCATGTCCAACGGCCGTGCCTCAGCTACCGGCACAGTGGGCGTTGTCCCGGTGCCGGCTCCCGCCGTCGTCGAGGCTCCCCAGCCCAAACCCGACGAAGTCAACGTGCGCGTGAACGACGTCGTGACCATTCCGGTCCTGGACAACGACACCCACCCGCAGGGTGAGGAGCTGTCCGTGGATCCGATGCTCGCGCAGAGCATCCCGGAAGAGGACGGCAAAGCGTTCATTTCCGAGAAGAGCCTGCGCTTCATTGCCGGACCCACGCCCAAAACCGTGCGTGCCATCTACAACGCAGTGGATCCGCAGGGTCAGAAGAGCGCCGCAGCAGTCACCATCCACATCCTCCCGCTGGAAGGTACCCAGAATTCGCGTCCGCAGCCGCAAAACCTGACGGCACGCGTTGTGGCAGGTGGCAGCGTCCGGATCCCGGTTCCGCTGGACGGCATAGACCCTGACGGCGACTCGGTGCAACTTACCGGCATCGACAGCACTCCCACCATGGGAACCGCGACGGCGGGCAGCAGCTTCATTGATTTCGTCGCCGCCGGTGACGGCGCTGGTACCGACACGTTCCGGTACAAGGTGATCGACCGCCAAGGTGCGGTCAACACCGGAACGGTGACGGTGGGCGTCGCGCCTCGTGGCGAGGACAACCAGAAACCCGCTCCCGTCGATGACGAGGTCAAGGTCCGTCCTGGCCGCCAGATCGCTGTGGACGCGACCGCCAACGATACCGATCCCGATGGTGACATCATCCGGATCCTGACGGACAGCATCGAAGCCGACGCAGGTCTTGACGCCAAGGTCAGCAAAACCAGTGGCCGGATTCTGGTAACGGCTCCCGCCGTCGAGGGCACCCTCAACGTCCGTTATTCCGTTGCCGACGACCGCGACGCGGTGGGACAAGCCAGCATTCGGGTGGTGGTCCAGAACGATCTGCCATTGCAGGCACCGATCGCCCGTGACGACCGCGTCACGTCGGCACAAACACTCGGTAAAACGGCCGTGGATGTTCCCGTCCTGAAGAACGACGAGGATCCGGACGGCGTGGGGGAGAACCTTAAGGTGGCTACCGGACTGGAGACCGCGCGTCCCGGCCCCGAGGGCAACGTCATTGTTGACCTCACGGAGCAGCCGCAGCTGGTGCCCTACACCGTGGAGGACGTGGACGGCCAGAAGTCCACGGCCATCATTTGGGTTCCCGGTATTGGCCAGCAGGTTCCAACGCTCGCCAAGGACGAGGTAGTGGAACTTGTCTCAGGTCAGTCCGTGACGGTCAACCTCGCGGAGTGGGTCAAGGTCCGTGAAGGACGCTCACCGCGCCTGACCCAAGCTGACCGCATTAAGCTCATCGGTGCCGATGGCAGCGACCCCATAGCCAACGGTGGTACCGCCCTGAAATACACGGCCGGCGCGGAGTATGTTGGCCCCGGTTCCATCAGCTTCGAAGTCACTGATGGAACAGGTCCGGACGATCCCAACGGTCTGAAGTCGACGCTCAGCATCCGAACCAAAGTGCTGCCCGACCCGAACAAGAACAATCCACCTGTGCTCCTGGGTAGCGACGTGGAAGTTCCCAAGGGTGACTCTGCAAGCCTCGACCTGGAAAAGCTGACCTCGGACCCGGACTCGGATGACGTGCAAAACATGAGCTACGAGCTGGTGGGCGCAGCGCAGGGCGGCTTCAAAGTGAATGTGGAGGGCAAGACGCTCAAGGTCTCCGCGGATGATTCCGTGCAGATCGGGCAGTCGGGCACCGTCCAGGTGAAAGCAAAAGATCGCCGCGGGCTCGAAGCTGTGGCAACGTACAAGTTGTCCCTCTCGGCCTCCAACCGGCCAAAACCGGTGGCAAACGACGACGCTGAACCCGAGGCGCAATCCGGGAAGCCGGTAACGGTCAACGTGTTGGCAAATGATTCCAACCCGTTCCCGGAAACTCCACTGAAAATCGTCTCAGCGGTCACCGAAACGGGACAGGGAACGGCTGAACCAGGGGGCGACAGCGTGACCGTCACACCCGCGGGTGGATTCACCGGAACCATGGTGGTCGCATACACGGTGGAGGATAAGACTGGCGAGATTTCCCGCTACGCCACTGCCCGCATCCGTTTGACTGTCAAGGATAAGCCGGAGGCGCCTACAACGCCGCTGGCGCAGTCCGTGGGCGACCAAACCGCCTTGCTCACATGGAACGCGCCAGCCGACCGCGGTTCGCCTATCACCAAGTACACGGTGTACGGGGAGAACGGCTTCAAGCAGGACTGCCCAGCGAACACCTGTACGTTGACAGGGTTGACCAACAATGTGAAGTACCACTTTGCCGTCACCGCAACCAATGCGATCAAGGAATCGGAGCGTTCTCCGGTATCGGCTGAGGTCCGTCCGGACGTCAAGCCCGACACCCCCATTGCACCCACGTTGAAGTTCGGCGACAAGCAGCTTTCCGTGGCGTGGGTTCCTCCGGCCAGCAAGGGCTCGCCCATCAAGTCCTACGATCTTGAGATCTCGCCTGCTCCTGCCGGCCAGAACCCGCAGATCCAGAACCTGACGGCCAACAGCCATGTTTGGACCGGTCTGACCAACGGCGTGGCGTACAAGGTCCGGGTCCTGGCCAGGAACGACGCCAAGGAACCCTCGGAATGGAGTACCTACTCTGCTGCCGAAACTCCTGCGGGAGTGCCGGCAACCCCTGCTGCGCCCTCAGTGACCGGCGCAGGCTCCGTGGGTTCGCAGAGCCAGTTGCAGGTTAGTTGGGCGGCGCCGAATAACAACGGCGACGCTGTGTCCGCCTACACGTTGACCACGTACATGGGAGGCGCCGTCGTAGCTACGCAATCCGTCACGGCCACCTCCCAGAACGTCACGGTGGCGAACTCCGAAGCTGACTACACGTTTACGGTCTCGGCCACAAACAAGGCCGGCGTCAGTGGGGTCAGCCAACAGTCGGCTCCAATCCGGGCTGCAGGCAAGCCCGGCATGGTGGGCACCCCATCGGCTGCCTTGGTTGAAACCAACGCTGATGGCGGCAGGATCCAGGTAACGTTCAATCCCTTGACGGCTGCGGAACGAAACGGAGCCAACGTCAACGAGATCAGCTACAGGTATGCCCTGACGTCCGGAGGCGGCAGTGGCGCTATTCCCTCCGGAGGAGCCGTAGTGCCGGCCGCCAACGGAACCGACACAGCGGTAGTCGTGTGGGCAGTGTCTTCACGGAACCCCACACCCGGGGACAGGAGCCCGGCATCAAACACCGTCAATCCCTATGGGCTTGCCGCTGCGCCGGTGGTCACCGGAAGTAAGAGCAGCGGTGTTGGCGACAAGACGGTGTCGTGGACCTGGAGCGCCCCCAGTGGCAACGGACGCCCCGTGACGGGCTACCAGTACAGCCTCGAGGGCGGAGCGTGGACTGACACGGGGCAGAGGAGTTTCTCCACCACAGTGGGCTTCGACGAGACAAAAACGTTGCGAGTCCGCGCTATCAGTGGCGGCCAGGCCGGCCGGGTGGGCAGTGATACGTCACGGAGCGGGTCTGCACCACCACCGCCGCCTCCGCCCACTCCACCCCAGATCCTGGCGCACAACAGCACGTGTCCTGGCCAGCCCGGAAGGCCGGACACCTATAACCCCAGCGGACCCACATGTGGCGTCGGCTGGGTGGAGCGGTCCTGGGGCTGGATTGATGTCACCTGCAGGCAGGACATCTACAACAACGGAACTCCCTGGTACAAGCTCAACGGCTCGCCGAAGAGCGGCTGGTTCGTGAAGTCGACCACCGTGGACCTTCGCAATGGCATGCCCCCCGTCTGCTGA MTTFFGKLGLKKRQNKKFIAGTAATAAGALLITGAILYPGFKTTEVDLNDGGVWVVSKTKNAVGRLNYPSRVLDGAVTPATTTFDVLQHDGNVFVDDESGSTINQVSAANLKLGGDKQLPSSSQVSYGSTVLSVTDPARGKVWALSPSTVNGFDEEGTEPVLTGSPGMVSAVGSDNRIYTADPGKGEITVTTVDANGERTDSQISKVDELKGAGDLQLAVVGDKPVVLDAASGNLFLPGGRKLQLQDAREAKLQQSSEDSSYVAIATRKALLKQPLDGSTAATVNADGEGVPAAPVQVSKCVHSAWSGANKYVRDCDNDADDKKNDVPKASASPSYVFRVNRDLVVLNDVNSGSVWLVNQNMQLVNNWDDVVPPKNQSDDQDQESADNNTINVLPDRTKPNRPPETKPDEYGVRPGRTSILSVLDNDSDPDGDVLTASVGANGPKMGALENIYGGSAFQIKVPADAKPGTEVFDYNAADGRDLSAGGKVTLRVVAPEENKPPLFKRGEPTTMLVEQGKSVSQNILTDWMDPDGDDLVLLDAKSDNDQDQVKVRRDGLLTYQDSGAAPGKKNVTITVWDGRATTTGRIVVNVQPPGALAPVVNADHVTAVVGQDLVIAPLKNDVDPNGGALRVAHVEAAGPAELGPVTDGGTFTFRSTTPGPIYLTYIASNGPQSSQGLIRVDVESGKDAGAPVAVHDVALLPVGGSVLVDPLANDSDPSGGVLVLQSVTVPDGSSASVSVIDHSVLRVTDVLGAKEPFVFSYTMSNGRASATGTVGVVPVPAPAVVEAPQPKPDEVNVRVNDVVTIPVLDNDTHPQGEELSVDPMLAQSIPEEDGKAFISEKSLRFIAGPTPKTVRAIYNAVDPQGQKSAAAVTIHILPLEGTQNSRPQPQNLTARVVAGGSVRIPVPLDGIDPDGDSVQLTGIDSTPTMGTATAGSSFIDFVAAGDGAGTDTFRYKVIDRQGAVNTGTVTVGVAPRGEDNQKPAPVDDEVKVRPGRQIAVDATANDTDPDGDIIRILTDSIEADAGLDAKVSKTSGRILVTAPAVEGTLNVRYSVADDRDAVGQASIRVVVQNDLPLQAPIARDDRVTSAQTLGKTAVDVPVLKNDEDPDGVGENLKVATGLETARPGPEGNVIVDLTEQPQLVPYTVEDVDGQKSTAIIWVPGIGQQVPTLAKDEVVELVSGQSVTVNLAEWVKVREGRSPRLTQADRIKLIGADGSDPIANGGTALKYTAGAEYVGPGSISFEVTDGTGPDDPNGLKSTLSIRTKVLPDPNKNNPPVLLGSDVEVPKGDSASLDLEKLTSDPDSDDVQNMSYELVGAAQGGFKVNVEGKTLKVSADDSVQIGQSGTVQVKAKDRRGLEAVATYKLSLSASNRPKPVANDDAEPEAQSGKPVTVNVLANDSNPFPETPLKIVSAVTETGQGTAEPGGDSVTVTPAGGFTGTMVVAYTVEDKTGEISRYATARIRLTVKDKPEAPTTPLAQSVGDQTALLTWNAPADRGSPITKYTVYGENGFKQDCPANTCTLTGLTNNVKYHFAVTATNAIKESERSPVSAEVRPDVKPDTPIAPTLKFGDKQLSVAWVPPASKGSPIKSYDLEISPAPAGQNPQIQNLTANSHVWTGLTNGVAYKVRVLARNDAKEPSEWSTYSAAETPAGVPATPAAPSVTGAGSVGSQSQLQVSWAAPNNNGDAVSAYTLTTYMGGAVVATQSVTATSQNVTVANSEADYTFTVSATNKAGVSGVSQQSAPIRAAGKPGMVGTPSAALVETNADGGRIQVTFNPLTAAERNGANVNEISYRYALTSGGGSGAIPSGGAVVPAANGTDTAVVVWAVSSRNPTPGDRSPASNTVNPYGLAAAPVVTGSKSSGVGDKTVSWTWSAPSGNGRPVTGYQYSLEGGAWTDTGQRSFSTTVGFDETKTLRVRAISGGQAGRVGSDTSRSGSAPPPPPPPTPPQILAHNSTCPGQPGRPDTYNPSGPTCGVGWVERSWGWIDVTCRQDIYNNGTPWYKLNGSPKSGWFVKSTTVDLRNGMPPVC NA NA NA NA NA D3-18_02889 6135 hypothetical protein ATGGCTCTGCCTGACGGGTCCGGAAACCGCCGTGCCAGGAATCGCCGGCGGAAGGCCATCGCGGCAACCGCATTTTCCCTTGCTGCCGCAGTCTTAGTGACCGGTGCCATTCTCTACCCGGGGTTCAAGACCACCGAAGTGGACCTCAATGACGGCGGCGTCTGGGTGGTCAGCAAGTCCAAGAATGCCGCCGGCCGGCTCAATTACCCTTCCAAGTCCCTGGACGGTGCTGTGACGCCGGCGAGCAAGGATTTCGACATCCTCCAGCAGGCCGGCGATGTCTTCATTGATGACCCTGAAGGTGCCACCATCAACCCGGTCAGCGCCGCAAATATGCGCTTGGGCGGTGACCAGAAACTGCCCGGCTCCGCGGATGTAAGTTTCGGCCACAAAGTGCTGGCAGTCACAGACCCCTCAAAGGGTAAGGTCTGGGCACTGTCGCCCGGCTCCGTGGGCGGCTTCAGCGACGAGTCAGAGCCACTGTTCGAGCAATCGCCCGGAATTGTTTCGGTGGTGGGCGCAGACGACACCATTCACACTGTGGATCCGGAGTCCGGCAGCGTGACCGCCACCAAGGTGGATGCCAACGGCAGGTCAGTGGATTCGCAGGTACGCCAGGACGACGCCCTCAAGGGCGCCGGAAACCTGCAGCTCACCGCCGTGGGTGACAGGGCCGTGGTGCTCAATGAAGCTACCGGAAACATCGTTCTCCCGGGCGGTGCAACCGTTCATCTGGATGACGCCCGCGACGCGAAGCTCCAGCAAAGCGGACCAGCCGCAGATTTCGTGGCCATCGCCACCACCAAAGCGCTCCTGCTTCAGCCGTTGGACGGTGGCACCGCCAAAACCATCCGGCCCGACGGCGAAGGCATTCCCGCAGCCCCCGTGCAGCTGGGTACCTGCACTTACGGAGCATGGTCCGGTGCCAACAAGTACATCCGCGAATGCAGCAATGAGGCTGACAACCGCCGCGCCGACGTTCCCAAGGCGAGTGCGTCGCCGTCGTACGTTTTCCGGGTCAACCGAGACCTTGTGGTCCTGAACGACGTCAATTCCGGCAACGTCTGGATGGTCAACCAGAACATGCAGCTGGTCAACAACTGGGATGATGTCATCCCGCCCCAGCAAACATCGGACGACGCCGACAAGGACTCCGCGGATGAAGTCCAGCAGACGGTCCTCCCGGACCGAAGCAAACCGAACACCCCGCCTGTGGCCAAACCGGACACCTTTGGCGTGCGTGCCGGCAAGACGACCCTCCTTCCTGTTTTGGACAACGATGCCGATTCCGACGGCGATGTCCTGACGGTCTCCGCTGACCAGGCCGTGAGGTCGGGGGCGTTGGCGCCCGTCTACGGCGGGACGGGTTTCCAGATTTCCGTCCCTGCGGAGCAATCCGGAGCGGAGACTTTCAAGTACTCCGTGGACGATGGCCGTGGCGGTACAGGGGCAGCGAACGTTGACCTTCGGATCGTCCCTTCCGGGGAGAACAATGCGCCCCAGCAGAAGCCCAACAGGAACAATGCCCTGGTGGTGCAATCCGGGAAGATCGCCAACCAGTACATCCTCAGTGACTGGATAGATCCCGACGGCGATGACATCTTCGCAGTTGCTGCCAGCAGCAGCGATCCCGCCGACCAAATACGCATCAGGCCGGACGGGTTACTGACCTTCCAGGACTCCGGGGCGGGGCCCGGCAAGAAGACCATTTCCGTGACGGTGTCGGATGGCGCACTGAGCACTGAGGGGCGCATCAGTGTGGACGTTCGTGCCCCTGGTGCCCTGCCGCCCATCGCCAACGCCGATCACGTGGTGGCGGTGGCAGGCCAGGACACGGTGATCGCCCCGCTCAAAAACGATACTGATCCGCAAGGCGGCACTCTGCGGCTGGCACAGGCCCAGCCGGATGAACAAGCCACGGCTGTCATCGGTCCGGACCAGCAGACGTTTACCTTTAACTCCACGACTGTTGGCCCCCACTACGTCACCTATATGGTCACCAACGGCCCGGCGAGTGCGCAGCAGTTGGTGCGTGTCGACGTAGTTTCGGGTAATAACGACGGCGCTCCCGTCGCGGTTCGCGACATCGCGCTTCTGCCCAGCGGCGGCAGCACCGTGGTGGACGTGCTGGGCAATGATTCGGACCCGGCCGGCGGCGTGCTGGTTGTCCAGTCCGTCACCGCGGAGGACGGGCTGCCGGTCACGGTAGCGGTTCTGGACCATTCGGTGGTCAAGGTCACCGACATCCACGCGACCGGACAATTGTCCCTGAAGTACACGATTTCGAACGGCAAAGCGTCGGCCACGGGAGACATCTCAGTGCAGGTGGTGCCGGCACCGAGCAAGCTGCAGGCTCCGCAGGCCAAGCCCGACGAAGTGTCTGTACGCGTCGGCGACGTTGTGACCATCCCGGTCCTGGAGAACGATTCGGACCCCAACGGCGGAGAGCTCACCCTTGACCCCGCACTGGCACAACAGCCCGACGCCGCGGACGGCAGGACGTTCATTGCGGGCAATTCACTGCGCTTCATCGCAGGTGAGGTTCCCAAGACCGTCTATGCCATTTACAAGGTCAGCAACGCGTCAGGCCAGACCGATTCGCAGCAAGTCATTATCCGTATTCGAGCCAGGGACGACGCCACGAACACCCGCCCCGAGCCACGAAACCTGACCGCACGTGTGGTGGCGGGCATGACCGTCAAGATCCCCGTGCCGTTGGACGGCATTGATGCCGACGGCGACTCGGTGCAGCTCATTGGCGTCGATAAAGCGCCCGCACTTGGTACAGCCGTGGTGCGGGATGGATACATGGAGTTCACTGCTGCCGCCAATTCTGCCGGGACTGACACGTTCAGCTATCGCGTTCGGGACCGCATCGGAGCCGAAAACACCGGCACGGTGATTGTGGGCATCGCACCGGCAGAAGCGAACAATCAGAAGCCTATTGCCGTGGACGATGCAATTGACGTCCGGCCAGGTCGTCGGATTGCAGTAGATGCGTTGAAAAACGACTCGGATCCCGACGGCGATCCCATTGGCCTGGTGAATTCCTTCGAAGCCAATCCGGAACTGCAGGTTGAGGCTGCTACCGGCAAGATCTTGTTGACTGCTCCCGGCGCTGCTGGAGCTGAAAGCGTCAGTTACAGGATCCAGGACGACAAGAAGGCTGAAGCCAGCGCCGTGGTCAGGGTTCAAACGAGCCCGACGGCGGCACTCCACGTTCCGATCGCGGTGGACGACCGCATCACCCTGGCTGAGACGCTGGGCAAGACCGCCGTCGACGTCCCGGTACTGAAGAATGACTCTGATCCGGACGGCGTTGCGGAAGACCTGACCATCACCTTGCCGGATGCGAATCCGAACGCCCGGGTAGGGACTGCCGGCAACGTCGTGGTGACACTTACTCCCCAGGACCAGCTGATTCCGTACACCGTGACGGACATGGATGGTCAGTCAGCAACAGCAGTGATGTGGATCCCTGGCCAAGGCCTGCAGTATCCAACCCTTTCCAAGACCGAGCCTGTTGAGGTCATGTCCGGCAAGGAGATCACACTTTCGCTCCAGGAATACGTCCGCGTGCGGGAAGGCCGCCAACCCCGGCTTACGGTGGCGGACAAGATCCGTGTCCAAGGAGCCGATCCCAACAACGTCATCTCCGGCGATGGAAATGCTCTGAGGTATGCGGCACAGACAGATTACGTTGGCCCAGGATCCATCACCTTCGAGGTGACTGACGGTTCCGGTCCGGACGACTCGCAGGGGCTGAAGTCCACGTTGACCATTATCACCAAGGTCATACCGGACCCCAACGCGAACCACGTCCCCACTTTCAGCGGCGCTTCGATCGAGGCCCCCAAGGGTGAAACCACGGACTTGGAATTGGCAAACCTCGCTAAGGACGTGGACGAGCGGGATCAAGGGAACCTCAAGTTTGAGCTCGACGGCCAGCAACCCGCGGGCTTCGAAACCACGGTGGAAGGAACCGTCCTCAAAGTCACCCCGGACCTTTCTGCTAATCCCGGCGTGGTGGGCACCTTCCCGCTCAAGGTTACGGACGGCCGCTCTGACGCTGTTCGTGCCACGGTGACGGCCACGGTTGTCTCGTCCAACAGGCCGCGTCCTGCAGCTAACGACGACGCTGTTGAGAAAGCCAACGCCGGGCGGTCAGAGACCATCAATGTGCTGGCCAACGACTTCAACCCCTTCAACGATTCAGCGCTGACCATCGAGAGCGCCGCGGTGGAAACGGGCTCCGCGGCTGGTCAACCGACGGTCTCGGGTGATTCGGTCACCGTAACTCCTGCTGACGGCTTCAAAGGCGTCATGGTGGTGCGGTACACCGTGCTGGACAAGACCAAGGACCCATCCAGGCAGGCCGTCGGGCGTGTCCGGATCACAGTCCGGGACAAGCCCGACGCTCCGTCGGCGCCCGTAGCAACCGATGTCCGAAGCCGCACCGCAGTGCTCAAATGGGCACCGCCGTCGGACAATGGCGCAGCCATCACCAAGTACACCGTGAAGGCGGCCGGCTTTGAACAGGTGTGTCCCACCACTACCTGCACACTCTCGGGATTGACCAACAACGTGAAGTACGTGTTCACGGTGTTCGCCACCAATGAGGTGGGGGACTCGCCAGCGTCGATCGCGTCCAATGAGATCCGCCCGGATGAGAAGCCGTCGCCGCCGGACGCCCCCACGGTCAAAGCCGGGGACAAGAACATGGCTATTACGTGGACCCCTGCGAAGACCGAGGGCTCTCCTGTGAAGCACTACAACCTTGAGATCTCGCCGCCTCCGGCCAACGGCATTGCCGTCAAGAACGAGGTCACCGGCCTGAGCTACACGTGGCCCGGACTCAGCAATGGCGTGAAATACAAGGTCCGTGCCCAGGCCGTCAACGAGCTCGGGCCGTCTGACTGGGGCATGTACTCCCTTGAGGACAATCCCGCTGGCCTTCCTGCGGCCCCGGCTGCCCCCACTACCGCTGTGGTGGAGTCCGTGGGGACAAATAACCAGATCCGCGCGGATTGGACTGAACCGGACATCAACGGTGATCCCATCAAGACGTACTACGTCACCATGAGTGGCGGAAACGGCGTTCCCCAAACCCAAACAATCCCGGGAAACGTCCGGTCAGCCACCTTTACCGCCCAGAACGCCGAAGCCGGCTACACGTTCACAGTGCAAGCTGAGAACAAGGCCGGGAAGGGCGGCGTTAGTGCCGCCTCCGCCCCGCGCCGTGCCACAGGCAAGCTCGGCACCGTTAACAACGTCACGGCGACACCGGCAAATACCGGGGGAGCGGGCAAACAGCTGACCATCAACTTCGCGGTCCTCACTCCACAACAGCGGAACGGCTCCACCGAAAGTGAGGTCAGCTACCGCTATAACGCCAGTACCGGGCAGTCGGGACCCATCACTCCTGGTCAGACAGTTGGTGGATTTACCAACGGCCAGGCATCTTCCATTACAGTGACTGCGGTTTCCGCGGTTGCGCCAAGTTCCAATGCCAGTGCGCCGGCAACTGCTACGCCGTACGGTTCGCCCGGGACGCCGTCCGCTTCCGGTGCCAACGGCGGCCAGAACCAGACCACACTGACGCTGAATTGGTCATCACCCTCCACAGGCAGCAATGACGTAGCCGAAACCAAGATCAGGATCACCGGCGGTGGAACGGATACCGGGTGGATCAACGAATCCGCCTCCGGCAGCCGTGTAGTCAACACGGGTGGCTACAACCAGACCCGCACCATTGAGGTCCAGACGTTCAACTCCATAGGCCAAGGCGGCGGCGTGGCTTCCGCTAGTGCTCAGAGTGGGCCGCAGAAGACGTCGTGGGATGCGAACTTGCCATCCGGTAGCTACCGTACCTGCACGGATACTGCACCTTCCGGCCAGACGTCGTGGGATCCCAAGCCCAGCGAACACACGTGTGGCGGAAAGATCTACGGAGCGCCGTGGCAATACGAGTCCAATGGCACGTTCACGGTCAACTGCTTCGTGTACCGCAGCACCCCGTACATCAACTACGCGGCCTGGTACCGTCTGACCAGCGGCCCCAACGCAGGCCGATTCATCGCCCAGGGCAACACCACCTTGGGAGACCCCGGACCGCATCAGATTCCGCAATGCTGA MALPDGSGNRRARNRRRKAIAATAFSLAAAVLVTGAILYPGFKTTEVDLNDGGVWVVSKSKNAAGRLNYPSKSLDGAVTPASKDFDILQQAGDVFIDDPEGATINPVSAANMRLGGDQKLPGSADVSFGHKVLAVTDPSKGKVWALSPGSVGGFSDESEPLFEQSPGIVSVVGADDTIHTVDPESGSVTATKVDANGRSVDSQVRQDDALKGAGNLQLTAVGDRAVVLNEATGNIVLPGGATVHLDDARDAKLQQSGPAADFVAIATTKALLLQPLDGGTAKTIRPDGEGIPAAPVQLGTCTYGAWSGANKYIRECSNEADNRRADVPKASASPSYVFRVNRDLVVLNDVNSGNVWMVNQNMQLVNNWDDVIPPQQTSDDADKDSADEVQQTVLPDRSKPNTPPVAKPDTFGVRAGKTTLLPVLDNDADSDGDVLTVSADQAVRSGALAPVYGGTGFQISVPAEQSGAETFKYSVDDGRGGTGAANVDLRIVPSGENNAPQQKPNRNNALVVQSGKIANQYILSDWIDPDGDDIFAVAASSSDPADQIRIRPDGLLTFQDSGAGPGKKTISVTVSDGALSTEGRISVDVRAPGALPPIANADHVVAVAGQDTVIAPLKNDTDPQGGTLRLAQAQPDEQATAVIGPDQQTFTFNSTTVGPHYVTYMVTNGPASAQQLVRVDVVSGNNDGAPVAVRDIALLPSGGSTVVDVLGNDSDPAGGVLVVQSVTAEDGLPVTVAVLDHSVVKVTDIHATGQLSLKYTISNGKASATGDISVQVVPAPSKLQAPQAKPDEVSVRVGDVVTIPVLENDSDPNGGELTLDPALAQQPDAADGRTFIAGNSLRFIAGEVPKTVYAIYKVSNASGQTDSQQVIIRIRARDDATNTRPEPRNLTARVVAGMTVKIPVPLDGIDADGDSVQLIGVDKAPALGTAVVRDGYMEFTAAANSAGTDTFSYRVRDRIGAENTGTVIVGIAPAEANNQKPIAVDDAIDVRPGRRIAVDALKNDSDPDGDPIGLVNSFEANPELQVEAATGKILLTAPGAAGAESVSYRIQDDKKAEASAVVRVQTSPTAALHVPIAVDDRITLAETLGKTAVDVPVLKNDSDPDGVAEDLTITLPDANPNARVGTAGNVVVTLTPQDQLIPYTVTDMDGQSATAVMWIPGQGLQYPTLSKTEPVEVMSGKEITLSLQEYVRVREGRQPRLTVADKIRVQGADPNNVISGDGNALRYAAQTDYVGPGSITFEVTDGSGPDDSQGLKSTLTIITKVIPDPNANHVPTFSGASIEAPKGETTDLELANLAKDVDERDQGNLKFELDGQQPAGFETTVEGTVLKVTPDLSANPGVVGTFPLKVTDGRSDAVRATVTATVVSSNRPRPAANDDAVEKANAGRSETINVLANDFNPFNDSALTIESAAVETGSAAGQPTVSGDSVTVTPADGFKGVMVVRYTVLDKTKDPSRQAVGRVRITVRDKPDAPSAPVATDVRSRTAVLKWAPPSDNGAAITKYTVKAAGFEQVCPTTTCTLSGLTNNVKYVFTVFATNEVGDSPASIASNEIRPDEKPSPPDAPTVKAGDKNMAITWTPAKTEGSPVKHYNLEISPPPANGIAVKNEVTGLSYTWPGLSNGVKYKVRAQAVNELGPSDWGMYSLEDNPAGLPAAPAAPTTAVVESVGTNNQIRADWTEPDINGDPIKTYYVTMSGGNGVPQTQTIPGNVRSATFTAQNAEAGYTFTVQAENKAGKGGVSAASAPRRATGKLGTVNNVTATPANTGGAGKQLTINFAVLTPQQRNGSTESEVSYRYNASTGQSGPITPGQTVGGFTNGQASSITVTAVSAVAPSSNASAPATATPYGSPGTPSASGANGGQNQTTLTLNWSSPSTGSNDVAETKIRITGGGTDTGWINESASGSRVVNTGGYNQTRTIEVQTFNSIGQGGGVASASAQSGPQKTSWDANLPSGSYRTCTDTAPSGQTSWDPKPSEHTCGGKIYGAPWQYESNGTFTVNCFVYRSTPYINYAAWYRLTSGPNAGRFIAQGNTTLGDPGPHQIPQC NA NA NA NA NA D3-18_02890 1179 hypothetical protein ATGAGCGTTGAGGATCAGCAGTCCGGCGAGGACCTGGACCAGGAGTTCGACGCCGTACCGGAACCTTCCGTCGACGAGGAGACCGAGGTCGGGCCTGCTCCGGCGTCGGTGCAAACAGGTCCGCCCACTGGTGTGATGTCCGCGGAGCGCCTGGCTATTAAAGCGCTTGAGGCGAAGCTCCTTGGCGGAGAACGCAAGCTCCGGCGTCGTGAAGTTGCTGCCGGTGCGGGCGTGTCCATCCTGTCGGCACGCAAAATCTGGCGCGCGCTGGGATTCCCAAACTTTGGGGACGAGGACGTCGCGTTCACTGAACGCGACCAGGCTGCCTTATCCAGCATCTTGGACTTGGTCCGGGCGGGGCTCCTGACAGAGGAAGCCGCGATCTCCGTCACCCGTTCCATCGGCCAAATGACGGACCGCATGGTGGTTTGGCAAATAGAAGCCCTGGTGGAGGACATGGTTTCCGAACAAGGAATTCCTGATGCCGTGGCCCGCAAGCAATTGGTGGGGCAACTGCCTGCATTGGTGGATTCCCTTGAAGAGATCCTGGTGTACTCCTACCGCCGCCAACTCAACGCCGGCGTTCAACGGCTTGCCGTTCGGGCGGAAGCCGGGCTGCAGGCCAGCGAGGAGGGTCGCGAGGGTGACGAAGACGATTCCCCCCTGCCCTTGGCCCGGGCCGTGGGATTCGCAGACCTTGTTTCCTACACCAGCCTGTCGCGCCGCATGAACGAGAAAACGCTCGCCCAGTTGGTGCAGCGTTTTGAGAACAAATGCGCCGAGATCATTTCCGTGGGTGGCGGACGATTGGTCAAGACCGTGGGCGACGAAGTCCTCTACATCGCTGAAACCCCCGCGGCCGGAGCGGAGATTTCCCTTGCCTTGGCCCAGGCATTCACAGAGGACGAGATCCTGCCGCAGTGCCGCGTATCCATGGTGTGGGGCCGTATCCTTTCCAGGCTTGGCGATATCTACGGGCCCACGGTTAATCTGGCTGCACGGCTGACCACGCTGGCGCAGCCAGGAACGGTGCTCGTGGACGCCATGACTGCAGCTGCCCTTGGACAGGACGACCGCTTCGTCCTGGTTCCGCAGAAGTCGGAGAACGTCCGCGGCTTCGGCGAGATCCATCCCGTGATGCTCGCGCGCGGACGCGGCAAGGGTTTGGTGCTGGACTAA MSVEDQQSGEDLDQEFDAVPEPSVDEETEVGPAPASVQTGPPTGVMSAERLAIKALEAKLLGGERKLRRREVAAGAGVSILSARKIWRALGFPNFGDEDVAFTERDQAALSSILDLVRAGLLTEEAAISVTRSIGQMTDRMVVWQIEALVEDMVSEQGIPDAVARKQLVGQLPALVDSLEEILVYSYRRQLNAGVQRLAVRAEAGLQASEEGREGDEDDSPLPLARAVGFADLVSYTSLSRRMNEKTLAQLVQRFENKCAEIISVGGGRLVKTVGDEVLYIAETPAAGAEISLALAQAFTEDEILPQCRVSMVWGRILSRLGDIYGPTVNLAARLTTLAQPGTVLVDAMTAAALGQDDRFVLVPQKSENVRGFGEIHPVMLARGRGKGLVLD PGPT0021560_5439 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 D3-18_02891 594 hypothetical protein ATGCGTAAAGAGTTACTCCCGGGGGAACAGGTCATCACGATCACGCGCCAACAGGCCCGTTCACTCTTCTTTCCGGTGCTGGCCTTCGTCGTGGTTCCCGCGCTGACGGGCTTTGCTTGTGCTTGGATCGTCAGGGAAAACCCCCAGCGCCTGGCGCCGTTCATCACTGCGGAATGGACGCCTTGGCTCGTAGGTACTGTAGTAGTGCTAGCCGCGTGGTTCCTCGCTGCGTACAGCCTGAAACGCGTCTTGCGGTGGCGGTCGATCAAGTACATCCTGACGAGCAGGCGTGTACTTGCCAAGAACGGAATGTTTCGGCGAAGTGATTGGCAGGTATCGCTGATGGCCGTCCGCAACGTTGGTGTCCAGCAGAGCATGCTCCAACGGGCATTGCACTCAGGGAATATATCCTTGGATACCGGGCACTCCGGAACAGCCGTCTTGGCCGATGTCCCCGAAGTGGGGAAGTTCCGGGGCTTCATTCTTGACGCGATGGACGAACTCCCGCAAGGTGAGGTTTTTGAGGGTGAAGTACTGAGGGATTTTGAAGAATTGCCATGGGAGTTGAGAGAAGGTGGAAGAGATGAGCGTTGA MRKELLPGEQVITITRQQARSLFFPVLAFVVVPALTGFACAWIVRENPQRLAPFITAEWTPWLVGTVVVLAAWFLAAYSLKRVLRWRSIKYILTSRRVLAKNGMFRRSDWQVSLMAVRNVGVQQSMLQRALHSGNISLDTGHSGTAVLADVPEVGKFRGFILDAMDELPQGEVFEGEVLRDFEELPWELREGGRDER NA NA NA NA NA D3-18_02892 951 birA Bifunctional ligase/repressor BirA ATGGATGCCGAACAGCCGGAGAGCCGCGAACCCAAGGACTTGTCCGGAGAAGTCACGTCCGGGCAGTCCCGTTCCTCTGTGGATCGTGGGGCGTTGGACCGTGATGCTTTGCTTCAGTCGGACTTCTTGTCGGCTACCGGCATCTCGCAGCTGCAGATTGTCGAATCCACGGGTTCCACCAACCAGGACCTCGTCAGGGCTGTGACGGTGGAACCGAAAAAGTGGGCCGACCTCGCCGTGTTGACCGCCGAACACCAGACGGCGGCCCGCGGGCGGCTTGACCGCCACTGGGAATCACCCGAGCGATCGGCGGTGTCCGTTTCCATGGTGCTGCGCCCGGTAACGGCAGAAGGCATGCCGGTCCCGACGCAGAGCTACTCCTGGCTTTCGCTGCTGGCTGCGGTTGCCTTGCGGGAAGCCCTGCAGGAAACGGCCGGCATCACCGCGGAGATCAAATGGCCCAATGACGTGCTGGTTAACGGGCGGAAGGTGGCTGGCATCCTGGCCCAGATGACTCCGCTGGGCGACGGCTCCGTTCCGGCCGTCATCCTGGGCGTTGGGCTTAACGTGTCCTTGGCCGAGGAGGAACTTCCGGTTCCCACGGCTACTTCGCTTGCCCTGGAAGGGGCCACGACGACGGACCGCACCGCGCTGTTGAAGAGCTACCTTTCCCGCTTTGCCAGGTTGTACCGCAGTTTCTGCAACTCCGAGGGAGACCCCGCAGCGGGCTTGGTAGGTGGGCCATCGCTGCACAAGCGCGTTGAGTCTGCCATGGTGACGTTGGGCCGGGAAGTGCGGGCGCACTTGCCCGGGGACCACGAACTCGTGGGCCACGCCTCGCGTTTGGACGAGCACGGCTCGTTGTTGGTGGTGGACCACGGCGGCAGGGAGCACGTAGTGACAGCCGGAGATGTGGTGCACTTGCGCGCCACAGAAAGCGGTTATGCGTAA MDAEQPESREPKDLSGEVTSGQSRSSVDRGALDRDALLQSDFLSATGISQLQIVESTGSTNQDLVRAVTVEPKKWADLAVLTAEHQTAARGRLDRHWESPERSAVSVSMVLRPVTAEGMPVPTQSYSWLSLLAAVALREALQETAGITAEIKWPNDVLVNGRKVAGILAQMTPLGDGSVPAVILGVGLNVSLAEEELPVPTATSLALEGATTTDRTALLKSYLSRFARLYRSFCNSEGDPAAGLVGGPSLHKRVESAMVTLGREVRAHLPGDHELVGHASRLDEHGSLLVVDHGGREHVVTAGDVVHLRATESGYA PGPT0022055_1884 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 D3-18_02893 891 hcaB_4 3-phenylpropionate-dihydrodiol/cinnamic acid-dihydrodiol dehydrogenase ATGACTTCAAGCAACGGCGCTTCCTCCGCCTCAACAGAGGGTCACACACAACGCACCAGCCCCTACGTGGCCACCGCTTCGCTCAAGGGCAAGACCATCCTCATGTCCGGCGGCAGCCGCGGCATCGGCCTGGCAATCGCCACACGCGCGGCCCGCGACGGTGCCAACATTGTGCTCATGGCCAAGACCGGCGACCCCCACCCCAAACTCGAGGGAACCGTCTTTACCGCCGCGGAACAATTGGTCGAAGCAGGTGGCCAGGCGCTGCCGCTCGTCGGTGACGTCCGCAATGATGACGACGTCGCCGCCGCCGTCGCCGCCGCCGTCGAGCGTTTCGGGGGCATTGACGTCGTGGTTAATAACGCTTCGGCGATCGACCTGTCCCGTACCGATGCCGTGGACATGAAGCGCTACGACCTCATGCAGGACATTAACGTCCGCGGCACGTTCCTGCTGTCCAAGCTGGCCCTGCCCGCCTTGCGGGAATCGAGCCACGGCCACATCCTCACCCTGTCCCCGCCCCTGAATTTGGACCCCAAATGGGCCGGTATGCACTTGGCTTACACCATGGCCAAGTACGGAATGAGCCTCACCACCTTGGGGCTCGCCGAGGAGCTGAAGGACGACGGCGTCTCGGTCAATTCACTCTGGCCATGCACCTTGATTGACACAGCCGCGATCCGGAACATGCCCGGTGGCCAGCAAATCGTCCAAGCGGCCCGCGGACCGGAGATCATGGCCGATGCCGCGCACGCCGTGCTGACGGGTCCGGGTGCTACCGGGAATTTCTATACAGACGAAGAGGTGCTGCGCGCTGCCGGCGTTTCGGACTTCACTCCTTACAGCCTCGGCGCGCCCGAAGACCGCTTGGTGCCGGACATCTTTCTTTAA MTSSNGASSASTEGHTQRTSPYVATASLKGKTILMSGGSRGIGLAIATRAARDGANIVLMAKTGDPHPKLEGTVFTAAEQLVEAGGQALPLVGDVRNDDDVAAAVAAAVERFGGIDVVVNNASAIDLSRTDAVDMKRYDLMQDINVRGTFLLSKLALPALRESSHGHILTLSPPLNLDPKWAGMHLAYTMAKYGMSLTTLGLAEELKDDGVSVNSLWPCTLIDTAAIRNMPGGQQIVQAARGPEIMADAAHAVLTGPGATGNFYTDEEVLRAAGVSDFTPYSLGAPEDRLVPDIFL PGPT0019830_30 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TERPENE_UTILIZATION vCITRONELLOL-CITRONELLAL-CITRONELLATE_DEGRADATION,PGPT0019830-atuH-K13775 NA NA D3-18_02894 1584 accD5 COG4799 putative propionyl-CoA carboxylase beta chain 5 ATGAGCCACGATCTGACAACGACAGCGGGAAAGATTGCCGACTTCCGCGACCGCCAGGCCCGTGCAGAACAGCCTTCCGGCCCGGAAGCAATCGAAAAGCAGCACGCGCGCGGCAAGAACACTGCCCGCGAACGCATCGACCTCCTGGTCGATCCCGGATCGTTCGTCGAGTTCGACGCCCTCGCAGTCCACCGCTCCACCGCTTTCGGCATGGAAAAGAAGAAGCCGCTGGGTGACGGCGTTGTCTCCGGATACGGAACCGTGGATGGCCGCCTCATCGCCATCTACAGCCAGGACTTCAGCGTCTACGGCGGCTCACTCAGCCAGGTCAACGGCGAAAAGATTGTCAAAGTCCAGGAATTCGCCCTCCGCAACGGTTGCCCGGTGGTCGGGATCAACGACGGCGGCGGCGCACGCATCCAGGAAGGCGTCGCCTCGCTGGCCATGTTCGCGGACATCTTCCGCAACAACGTCCACGCTTCCGGCGTGGTCCCCCAGATCTCCCTCATCATGGGTCCCTGCGCCGGCGGCGCTGCCTACTCCCCCGCACTGACCGATTACGTGGTCATGGTGGACAAGACATCCCACATGTTCATTACCGGACCTGACGTCATCAAGACCGTCACCGGTGAGGACGTGGACATGGAAACCCTCGGTGGCGCACGGCAGCACAACGCCACCACCGGCACCTCCACCTACCTGGCTTCCGACGAAGCCGACGCGATCGAATTCGTCCGCGAACTCCTGGACTTCCTCCCCTCCAACAACCTGTCGGAGGCCCCCGTGGTGGAGCACGACCAGGAACTTGAACTGAACGACGACGACCACGCGTTGGACGGCCTGATCCCCGATTCCGCCAACCAGCCGTACGACATGCGCAAGGTCATCGAACAGATTGTGGACGATGCCCACTTCCTGGAAATGCAGTCGCTCTATGCTCCCAACGTGATGATCGGCTACGGCCGGGTCGAAGGACACACCGTGGGTATCGTGGCCAACCAGCCCATGCAGTTCGCGGGAACGCTCGATATCTCTGCCTCGGAGAAGGCTGCCCGCTTCGTCCGTCACTGCGACGCTTTCAATATCCCCATCATCACGCTGGTTGACGTCCCGGGCTTCCTGCCCGGCAAGGACCAGGAGTTCCAGGGCATCATCCGCCGCGGAGCCAAGCTCCTCTACGCCTACGCTGAAGCAACTGTTCCCAAGCTCACCGTCATCACCCGTAAGGCATACGGTGGCGCGTACATCGTGATGGGCTCCAAGAAGTTGGGCGCTGACCTGAACCTCGCCTGGCCGACGGCCCAGATCGGCGTCATGGGTGCCCAGGGTGCAGTGAATATCCTTTACCGTCGCGATCTCGCTGCCGTAGCCGAAGCCGGCGGCGATGTGGAGGCCAAGCGCGCCGAAATCATCCAGGGCTACGAGGAAGAACTGCTCAACCCGTACCAGGCAGCACAGCTGGGCTACGTTGACGCAGTCATCGCTCCATCGGATACCCGCCTGCAGATCATCCGCGGACTCCGGGCCCTCCGCGACAAGCGCGCGAGCCTGCCCACCAAGAAGCACGGAAACATCCCGCTGTGA MSHDLTTTAGKIADFRDRQARAEQPSGPEAIEKQHARGKNTARERIDLLVDPGSFVEFDALAVHRSTAFGMEKKKPLGDGVVSGYGTVDGRLIAIYSQDFSVYGGSLSQVNGEKIVKVQEFALRNGCPVVGINDGGGARIQEGVASLAMFADIFRNNVHASGVVPQISLIMGPCAGGAAYSPALTDYVVMVDKTSHMFITGPDVIKTVTGEDVDMETLGGARQHNATTGTSTYLASDEADAIEFVRELLDFLPSNNLSEAPVVEHDQELELNDDDHALDGLIPDSANQPYDMRKVIEQIVDDAHFLEMQSLYAPNVMIGYGRVEGHTVGIVANQPMQFAGTLDISASEKAARFVRHCDAFNIPIITLVDVPGFLPGKDQEFQGIIRRGAKLLYAYAEATVPKLTVITRKAYGGAYIVMGSKKLGADLNLAWPTAQIGVMGAQGAVNILYRRDLAAVAEAGGDVEAKRAEIIQGYEEELLNPYQAAQLGYVDAVIAPSDTRLQIIRGLRALRDKRASLPTKKHGNIPL PGPT0001712_817 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_USAGE-OTHERS PLANT_DERIVED_PROPIONATE|PROPANOATE_UTILIZATION,PGPT0001712-pccB-K01966 NA NA D3-18_02895 255 hypothetical protein ATGGCGCCCAAGCATCGCGCCGATTCGGCGCCCGACGGAACAGCCACCGAATCGCCTGCTGAACCGATGTTCTCGGTGGTCAAGGGCGAACCGACGGCCGAAGAGCTCGCGGCGCTTGCCGCCGTCGTGGTTTCACTCGGTGTCCAGCAGGAAGCGGCCTCGTCCAAGCCGAACGTCCGTCACTGGGTGCGTCGCCAACAACTCCGCCTGGACCCCACACCGGGTCCAGGTGCTTGGAAGCGCAGCCGGGGTTAA MAPKHRADSAPDGTATESPAEPMFSVVKGEPTAEELAALAAVVVSLGVQQEAASSKPNVRHWVRRQQLRLDPTPGPGAWKRSRG NA NA NA NA NA D3-18_02896 1683 hypothetical protein GTGACTACTGCAAACACTCCCGTACGCCCGAAGTCCGCCATCGATGCCGTCGCTGACGCGTACACAGAAAAGCTGATCGAACTCAATCCCAGCTTCGCCACCACACTGGGCTTGCCGGGACACGAAACGGAATACCAGGACTACTCGCCTGCCGGGGCTGAGGCCTATGCGGAGGCCACAAGGTTGGCCTTGGATGCTCTGGCGGGCCTTGAGCCTTCCGATGATGTGGACGCCGTCACCCTCGACGCCATGCGCGAGCGGCTCGGCTTGGACCTGGAGATCCACGAGTCCGGATGGGATGCAGCCGACCTCAACAACATCGCCTCCCCCGCCCAGGACATTCGTGCCATCTTCGACCTCATGCCCACGGACACGGTGGAACAGTGGGAGCACATTGCCGGCCGTGCTGCGAACGTTCCCGGTGCGATCGAGGGTTATATTGCATCACTTCGCTCGGCTGCTGCCGCCGGAAAAGTAGCCGCCGCCCGCCAAGTGCGGATCGTCATTGAGCAGACCGGGCGATACGCCTCAGAAGACGGCTTCTTCGCCAAGATGGCCTCCTCCGCTTCCCTTGGCGGGCAGCCGCTTCCGGCGGATGTTCAGTCAAAGCTCGACGCCGGGACTTCGGCCGCGCGTTCTGCGTACAGCGCCTTGGGCGAGTTCCTTCGGGACGAACTCCTTCCCGTAGCCCCGGAGAAGGATGCCGTGGGCCGTGAACGGTATGCCCTGGCGTCCCGTTCGTTTATTGGTGCCGAAGTCGACCTGGAAGAAACGTACGCCTGGGGTGTCCAGGAGCTCGAGCGGCTCATCAGCGAGCAGGAGAAGGTTGCCGGCCAGATTAAACCGGGCGCCTCCATTGAAGAAGCCAAGAGCATTCTCAATAACGATCCGGCACGCCAGATCAAGGGCACGGACGCCCTCCAGGCCTGGATGCAGGAACTCTCCGACCGTGCAGTCTCTGAGCTCGCCGACGTCCACTTCGACATCCCTGACGTCATGAAAACCCTCGAATGCATGATCGCTCCTACTGACGAGGGCGGGATCTACTACACCGGCCCATCCGATGACTTCTCCCGTCCCGGCCGTATGTGGTGGTCCGTACCGGCAGGCGAAGACACCTTCACCACCTGGTCCGAAACCACCACAGTGTTCCACGAAGGCGTTCCCGGCCACCACCTCCAGGTAGCCACGGCCACGTACCGCCGCGAACTCCTCAACAACTGGCGCCGTAATGTCTGCTGGGTGTCCGGACACGGCGAAGGCTGGGCGCTCTACGCCGAGCAGCTCATGCTGGAACTGGGCTACCTCAAGGACCCGGGCGACCACATGGGCATGCTCGACGGCCAGCGCATGCGTGCTGCCCGCGTGGTGTTCGACATCGGCGTCCACTTGGAACTGCCTGTTCCCGAACGCTGGGGCACGGGAACGTGGACTCCCGAGAAGGGCTTCGACTTCCTCAAAGCCAACCTCGACATCAGCGAAGGCCAACTCCAGTTCGAGTTCACCCGTTACCTCGGCTGGCCGGGCCAGGCCCCGTCCTACAAAGTGGGCCAGCGTTTGTGGGAGCAGATCCGTACAGAGCTTGAATCCCGCGAAGGCTTCGACCTCAAGTCCTTCCACAGCAAGGCGTTGAACATCGGCTCGGTTGGCTTGGACGTGCTCCGACGGGCGTTGCTGGGGTAA MTTANTPVRPKSAIDAVADAYTEKLIELNPSFATTLGLPGHETEYQDYSPAGAEAYAEATRLALDALAGLEPSDDVDAVTLDAMRERLGLDLEIHESGWDAADLNNIASPAQDIRAIFDLMPTDTVEQWEHIAGRAANVPGAIEGYIASLRSAAAAGKVAAARQVRIVIEQTGRYASEDGFFAKMASSASLGGQPLPADVQSKLDAGTSAARSAYSALGEFLRDELLPVAPEKDAVGRERYALASRSFIGAEVDLEETYAWGVQELERLISEQEKVAGQIKPGASIEEAKSILNNDPARQIKGTDALQAWMQELSDRAVSELADVHFDIPDVMKTLECMIAPTDEGGIYYTGPSDDFSRPGRMWWSVPAGEDTFTTWSETTTVFHEGVPGHHLQVATATYRRELLNNWRRNVCWVSGHGEGWALYAEQLMLELGYLKDPGDHMGMLDGQRMRAARVVFDIGVHLELPVPERWGTGTWTPEKGFDFLKANLDISEGQLQFEFTRYLGWPGQAPSYKVGQRLWEQIRTELESREGFDLKSFHSKALNIGSVGLDVLRRALLG NA NA NA NA NA D3-18_02897 465 hypothetical protein ATGATTGCTCGCACAACCCTGACGAGCCTGATCTGCCTCGTTGCCGTCATTGCGGTAGGATATGTTGGCGTATTCATTGAGGCCAGTTCCGGCGGCTATATAGCGGACTTACTCGGAAGACCCACTGCCGGTGTTGCACCGCGGTTCCCTTGGGAATTGCAGTTTGTCATAGTGGTTATCTGCTTTGCCGCGGTGCTAGTAGTACGGCAGGTTTTGGATGGCTTGCAGGGAAAGGGGCTGTTCTTTGCCTGTGTTGTTCCCGCTTTACTTCTGTGTGCGTCATACGTAATAGGCGTAAGCCTCCAAGGCGAGGTGCTCGTGAGTAATGTCCTTCTCAGGAGTTACGCAATCGGGGCACAGTCGCAAATGGTACTGCTCGCGGTGGGAACTTTCCTGGTACTGGTCTTCTCTTCAAAGATAAGAGTGCCTGACGAAGCCACCACTAATAATTCGGCGGTTAAGTAA MIARTTLTSLICLVAVIAVGYVGVFIEASSGGYIADLLGRPTAGVAPRFPWELQFVIVVICFAAVLVVRQVLDGLQGKGLFFACVVPALLLCASYVIGVSLQGEVLVSNVLLRSYAIGAQSQMVLLAVGTFLVLVFSSKIRVPDEATTNNSAVK NA NA NA NA NA D3-18_02898 615 hypothetical protein GTGAAAATTCCTAAAATGACCTCGATATTCTTTGCCGCAGGATTTGCCGCTGTCGTCACACTTGGGATCGGGGTCGCGCCGGCTCTGGCCGGTGAACAGCGAAGTGTCAGCGGTTTCGAGCTAGTGCCTGTTCTCGCTGCGAAACAGCATGAGGCGGATTCTGTTTCAGCTGACAAGATGGACAAGGCTCAAGCTGCGCATCTGGATAAGTCCTCGCTCAGGATAATCGCGATCGACGACAAGGCCACATACTCGGTCGGTCGCGACCATGCCGGTCGCGAGATATGCCTGATCGTACAGACGACAACCGCGGAGCATGCAAGCACAGCTGCCTGTATTGCGGCTGAGAAGTTTGTTCACAGCGGCTTAAGCGTCATGGCTTCAGGTTCCGACCCGAGCTCCAAAGTTGTTGCTCATTTGCTTCCTGCGGACGTAGATACAAGCAGCGTCCCTTCCGTTGCCTCACGCTCGACGTCTGCGTCACTCCGTCAAGTAAGGCCGGAAGCAGCGAAGCAGCTTGTTATCCAGCGTCCGCATGAGGATCTTCCGGATGTGAGTTTACTGCCCATTCGTGGTGGAACCAAAGCATTCCATCTCATCAAATTCCCTGGGTAG MKIPKMTSIFFAAGFAAVVTLGIGVAPALAGEQRSVSGFELVPVLAAKQHEADSVSADKMDKAQAAHLDKSSLRIIAIDDKATYSVGRDHAGREICLIVQTTTAEHASTAACIAAEKFVHSGLSVMASGSDPSSKVVAHLLPADVDTSSVPSVASRSTSASLRQVRPEAAKQLVIQRPHEDLPDVSLLPIRGGTKAFHLIKFPG NA NA NA NA NA D3-18_02899 378 hypothetical protein GTGCTTCTAATGGCGGCGATGCTCGCTGTATTATTCGTCATTCTGACTTCCACGGCGGCGCAAGCATATGTTCGTCGCTATCATTCCGATTACAACTATGCAAATCAGGTCCGAGGTAGCGGGTTCATTGACTATCTGACCGGTGGTCGAACCCATGTTGGCTACACGCCACCGCTGGGATTCCAGGCCTGGTCCTATGGGGGAACTTATAATTATTACAGCGGAAACTATGTCAATACCGGAGGGGCGACAGGTGAGGCATGGTCGCACTATGCACACGATGTCTATCGCTATGGGGAAAGCAAATGCTGGTGGAACACCAGTTATCCAGAGGCATTCCATAACCCGCAGCTTCTTTGCGAACAGTATGTCGGCTAG MLLMAAMLAVLFVILTSTAAQAYVRRYHSDYNYANQVRGSGFIDYLTGGRTHVGYTPPLGFQAWSYGGTYNYYSGNYVNTGGATGEAWSHYAHDVYRYGESKCWWNTSYPEAFHNPQLLCEQYVG NA NA NA NA NA D3-18_02900 1434 dctA_2 COG1301 C4-dicarboxylate transport protein GTGAGCACCTCAACCAACATCTCCCCCGCAGCTGGCAAGACTGGCTTCCGGCTCCCCAAGTGGGCCGGATCCTTCGGCGTCCAGATCATCGCAGCCCTCATCGTCGGCCTTATCCTCGGCCTCATCGCCAAGTACACGGGCAGCACCAAGACCGCTCCCAACGGTCTCGGTGCTACTCTCCAGACGATCGGTTCCAGCTACGTCTCGTTGCTGCAGACCGCCGTCGTTCCTTTGATTTTCACCGCCGTGGTGAGCTCCATTGCGAACCTGCGCCAGGTCTCCAACGCTGCGCGACTGGCGTGGAACACTCTGCTGTGGTTTGCCATTACCTCGCTGGTATCGGTACTGATCGGCATCGGCCTGGGTGTGCTCCTGCAACCAGGCGCCGCAACAGGCATCACCGAGGAGGCAAAGTACGCCGGCAAGACCGGTGACTGGTGGGCGTTCCTGATCGGCCTGTTCCCCAAGAACTTCCTTGGACTCGGCGCCAGCTCCACGGTCACCGAGAGCGCCAACGCTGCCACCACAGTCAGCACTGCCGTCAACTTCAACGTGCTTCAGATCCTGGTGATCGCGATCGCCATCGGCGTTGCCGCCCTCAAGGTAGGCAAGCAAGCCGAAGCCTTCCTGACGTTCAACGCATCCGCGCTGGCAGTCATCCAGAAGGTCCTGTGGTGGATCATCCGCATCGCCCCGCTGGGCACCATCGGCCTGATCGGTAACGCCGTGGCCATCTACGGCTGGGACACCATCGGCTCCCTGGGCAAGTTCACCGCCGCAATCTACATTGGCCTGGCCCTGGTGCTCTTCGTCCTTTACCCCATTCTGGTCCGCGTCCACGGCCTGTCCGTCAAGCAGTACTTCTCCGGTGTTTGGCCGGCTGTCCAGCTGGCGTTCGTCTCCCGCTCCTCGATCGGCACGCTTCCGCTCACGCAGCGCGTCACCGAGCGGAACCTTGGCGTCCCTTCCGGCTACGCTTCCTTCGCTGTCCCACTGGGCGCCACCACCAAGATGGACGGTTGCGCAGCGATCTACCCGGCTATCGCAGCGATCTTCGTGGCACAGTTCTTCGGCATCAACCTGGACTTCAGCCAGTACCTGCTGATCGTTCTGGTCTCCGTCCTCGGTTCCGCCGCTACGGCAGGCACCACCGGCGCCGTCGTCATGCTTACGCTGACCCTGTCCACGCTGGGACTCCCGCTTGCCGGCGTCGGCCTCCTGCTGGCGATCGATCCGATCCTGGACATGGGCCGCACCGCCGTCAACGTTGCGGGCCAGGCACTGGTCCCGGCCATCGTGGCCAAGCGCCAGGGCATCCTGGACGAATCCCTCTACAACGCACCCCGCAACGGTGCAGCATTCGCGGACGAGTTCGCCGCCGACAAGGCAGCGGCTGAAGGCAAAGAGCGCGAATTGGCCGATTCAAAGGCCTAA MSTSTNISPAAGKTGFRLPKWAGSFGVQIIAALIVGLILGLIAKYTGSTKTAPNGLGATLQTIGSSYVSLLQTAVVPLIFTAVVSSIANLRQVSNAARLAWNTLLWFAITSLVSVLIGIGLGVLLQPGAATGITEEAKYAGKTGDWWAFLIGLFPKNFLGLGASSTVTESANAATTVSTAVNFNVLQILVIAIAIGVAALKVGKQAEAFLTFNASALAVIQKVLWWIIRIAPLGTIGLIGNAVAIYGWDTIGSLGKFTAAIYIGLALVLFVLYPILVRVHGLSVKQYFSGVWPAVQLAFVSRSSIGTLPLTQRVTERNLGVPSGYASFAVPLGATTKMDGCAAIYPAIAAIFVAQFFGINLDFSQYLLIVLVSVLGSAATAGTTGAVVMLTLTLSTLGLPLAGVGLLLAIDPILDMGRTAVNVAGQALVPAIVAKRQGILDESLYNAPRNGAAFADEFAADKAAAEGKERELADSKA NA NA NA NA NA D3-18_02901 432 hypothetical protein ATGTTGATCGTCACCTCCAACGAAATCCCAGGCCACCGGATCGACGCCGTCTTCGGCGAAGTCATGGGCCTCACTGTCCGTTCACGCGATATCGGGTCGCAGATGCTCGCCGGCTTCCGCTCCCTTGGCGGCGGCGAGCTGCCCGAAATGACCAAGGCCCTCTACGAAAGCCGCCAGGAAGTCATGGCACGCATGGTCAACGAGGCACAGCAGCGTGGTGCCAACGCTATTGTGGCCATGCGCTTCGACACCTCGGAAATGGGCACCAACTGGACCGAAGTGTGTGCCTACGGAACCGCCGTATACGTGCTGCCGCTGGGTGAGGGTGAGCCCGGAGCAACGGGCCAGTCCATCTATCTGAACAAAACCGCAGCCCAACAGTCGTCCCAGCAGAGTCAGCCGACGCCGCCCGCTACCCCGACACAGTTCTAG MLIVTSNEIPGHRIDAVFGEVMGLTVRSRDIGSQMLAGFRSLGGGELPEMTKALYESRQEVMARMVNEAQQRGANAIVAMRFDTSEMGTNWTEVCAYGTAVYVLPLGEGEPGATGQSIYLNKTAAQQSSQQSQPTPPATPTQF NA NA NA NA NA D3-18_02902 726 hypothetical protein GTGACCCAAACCAGTAGCCAGGAAGCCACTGCGGAGTCGTCCACCACTGCTGAGCCCGCTACCCCATCACGGCGCGAACTCAACAAGGCGGCCACCCGCAGCTCCATCGCCTCCGCAGCCCTGGACCTTTTGCGCAGCAACGGGTCCGGGAATTTCACCGTGGAAGACATCGCGGCCAGCGCGGGTGTCTCACGGCGAACCTTTTTCAACTACTTTCCCAGCCTCGAAGCTGCCCTGGCCTCCGTTGCCGACGGCTTCATGGACCACGCGTTGGAGCAGTTCCGGTTGCGCCCGGCGGACGAGTCGATCCTCGAATCCGCGCAGGCCGCCCTCATGGCGCTGGCCGATCCCATGTCCGTAGCTCCCATGGCCGAACTGTTCAGCCTGACGCAGGACAACCGTCAGCTGGCCCGCTCCGAACTTGAGGCCTGGGAGCACTGCACCGAGCAGATCATTGACGCTGCCCGCGGCAGGCTCGGCGCCGGCATCAGTGAGCTCTACCTCCACGCCCTCGCAGGTTCCGTCATTTCCTGTGGCAAAGCGGCAATGACCGTCTGGTTCGCCGAACACGGACCGGACCTTTCCGCCAAATCCCTCGCCGTCCTTCGCCAGCACCTCATCGATGCGATGGGCCTTCTCGGCACAGGCTTCGCGCCGCCGTCGGACGCTTCCCTCCACGCCTCAGCAGCCTCACCTTCCGTTTCAACCACCAAAGATCGGTTCTGA MTQTSSQEATAESSTTAEPATPSRRELNKAATRSSIASAALDLLRSNGSGNFTVEDIAASAGVSRRTFFNYFPSLEAALASVADGFMDHALEQFRLRPADESILESAQAALMALADPMSVAPMAELFSLTQDNRQLARSELEAWEHCTEQIIDAARGRLGAGISELYLHALAGSVISCGKAAMTVWFAEHGPDLSAKSLAVLRQHLIDAMGLLGTGFAPPSDASLHASAASPSVSTTKDRF NA NA NA NA NA D3-18_02903 2526 hypothetical protein ATGGCCTCGTTCCTCTACCGTCTCGGCAAATTTTCGTATCGCCGCCGCTGGCTGGTCATCTCCATATGGCTGGCCGTCATGGTGGCAGTGGGCGGCTCGGCCGCAGCGTTCCACGGCACCATGTCCAACAACTTCACCATCCCGGGCACCGAAACCCAGCAGATGGCTGACAAGCTCAAGGAGGCCCTGCCCGATTCGTCAGGCGGCTCGGCCAGCGTGGTTTTCGACGCCGGAGATGCAGGTTTCGATCAGATCAAGAAGGACGCGGTTGCCGCTGCGCTCACCAAGCTTGAAGCCATGCCGGACGTGCAGGGCACGGTAAACCCGTTCACCACGCAGGAGCAACTGGATACGGCTGCTGCGGACATTGCCGCTGGCGAAGCCAAGGCTGCCGAGGGCCAGACCCAGTTGGACGCCGCGCGCGCCCAGCTGACTGCAGGCGAAGCTCAACTCGCAGGGGCTGAGCAGCAGCTAGCAGCCGCCGGCCTCACCCCGGCACAGATTGAAGCACAGCTGGCTCCGCAGCGAGCCGAACTCGCCGCAGGGAAGGAAAAGCTCGACGCCGGAACCAAAGAAGCTGCCGACGGCGCCGCCGCACTGGCCCTCGGCAAGCGACAGCTTGAGGCCTCTGAGGGCATGCGTTTTGTTTCCAGCGACAACAGGGCTGCAATCGCGCAGGTCCAGTTCAAGACCTCCATCAACGCCGTTGACCCCGCCGTCCGCGAGGAAGTCCAGGAGATCGTCCACGGAGTCTCTTCCGCCGGCGTCACGGCCTACGCCAGCAAGGAAATCACCGAGGACGTCTCTGAGATCTTCGGCATTGCAGAAATCGTGGGCGTCGCAGTGGCTGCCCTTGTCCTGATCCTGATGCTCGGCACGCTTATCGCGGCTGGCCTGCCTCTTTTGATGGCGCTGATCGGCGTCGCCGTGGGTGTCGGTGGAACATTCGCGCTCACCAGCGTGATCGACATGAGCTCCATCTCCCCCATGCTTGCCCTGATGCTCGGCCTCGCGGTTGGCATTGACTACTCCCTCTTCATCGTCAACCGCCACCGCACGCAGCTCCTGTCCGGTATGGACGCCGAGGAATCTGCAGCTTTGGCCACCGGTACCTCCGGTAACGCCGTGCTATTTGCCGGCCTCACGGTCATCATCGCCCTCGCCGCACTGGTGGTTCCCGGGTTGCCGTTCCTTGCAGTGATGGGTGTCGCGGCCGCCGCGACAGTCGGCGTGGCCGTCATCGTAGCTTTGACCCTGACGCCCGCCGTCCTGGCGCTGATCGGCCGTCGGCTTATTTCCAAGCGCGCTTGGGCCAAAGCTGCCAAGCACAATGCCGAGCCCGGCCACGAAGCTGCGGACCGGGAACGCGAGGAGAAGCGCAGCAGCGGGGGCTGGGGCGGTATGGTCACACGTCACCCGTGGGTTGCCCTCGTGGCAAGCGTCGCGCTGCTGGGCGCGTTGGCGTTGCCGGCGTCACAGCTGCGGCTGGCACTTCCCGACGGCGGCTCCGAGCCGGTGGATTCGCAAGCCTTCAAGGCCTACGACCTCACGCGAAGCAGCTTCGGCGAAGGCGTGACGGGACCGATCGTCGTCGTGGGCGAATTCCCCGAAGGCCTCAGCGAGAACGATGCCAGGAACAAGCAATTCGACGTCGCGGACCAGCTCCGCAGCGTTGAGAACGTCGTTGCCGCTGTACCCGTTGCATTGAGCGACGACCGCCGCACCGCCGTCTACCAGGTCATCCCGAAGGAGGGTCCCGCCAGCGCCGGCACCGTGCAGGTGGTGTCCGATCTCCGTGCCAAGGGCTCAGCAATTCACGACGACTTGGACGTGACGATCGGCCTGACAGGCCAAACCGCGGGCAACATTGACGTCTCCAACAAGCTCGGCGCGGCTCTGCCGCCCTACTTGGCGATTGTCGTGGGACTCTCCCTGCTGCTGTTGCTGCTGGTATTCCGCTCCATCGTGGTGCCCCTGCTGGCAACTGGCGGATTCCTGCTCTCGCTGGCCGCTGCTTTCGGCGCCGTGGTTGCCGTGTATCAGTGGGGCTGGCTGGGAGGCATCTTCGACGTCGCCAATCCGGGTGCCGTTCTGAGCTTCCTGCCCATCATCCTGATCGGCGTGCTGTTCGGCCTGGCGATGGACTACCAGGTGTTCATTACCTCCGGCATGCGGGAGTCGTTCATGCACGGCGAGTCCGCCAAGCACGCTGTCCGCTCCGGTTTCAGCCACGCCGCAGCAGTGGTCACCGCGGCCGCGATCATCATGGTCAGCGTGTTCTCCGGCTTCATCTTCAGCCACCTCACCATGGTCAGGCCCCTCGGCTTCGCCATGGCATTCGGTGTGCTGATTGATGCCTTCGTGGTCCGCATGACGATTGTTCCCGCCGTGATGTACCTCCTGGGCGAGAAGGCCTGGTGGCTGCCTAAGTGGCTGGAACGGATCCTCCCGGACGTGGATGTGGAAGGCGCCAAACTGGACCGCAGTGATCGCCGGAAGGCCGACGCCGAGGAACTCGTCCACTAA MASFLYRLGKFSYRRRWLVISIWLAVMVAVGGSAAAFHGTMSNNFTIPGTETQQMADKLKEALPDSSGGSASVVFDAGDAGFDQIKKDAVAAALTKLEAMPDVQGTVNPFTTQEQLDTAAADIAAGEAKAAEGQTQLDAARAQLTAGEAQLAGAEQQLAAAGLTPAQIEAQLAPQRAELAAGKEKLDAGTKEAADGAAALALGKRQLEASEGMRFVSSDNRAAIAQVQFKTSINAVDPAVREEVQEIVHGVSSAGVTAYASKEITEDVSEIFGIAEIVGVAVAALVLILMLGTLIAAGLPLLMALIGVAVGVGGTFALTSVIDMSSISPMLALMLGLAVGIDYSLFIVNRHRTQLLSGMDAEESAALATGTSGNAVLFAGLTVIIALAALVVPGLPFLAVMGVAAAATVGVAVIVALTLTPAVLALIGRRLISKRAWAKAAKHNAEPGHEAADREREEKRSSGGWGGMVTRHPWVALVASVALLGALALPASQLRLALPDGGSEPVDSQAFKAYDLTRSSFGEGVTGPIVVVGEFPEGLSENDARNKQFDVADQLRSVENVVAAVPVALSDDRRTAVYQVIPKEGPASAGTVQVVSDLRAKGSAIHDDLDVTIGLTGQTAGNIDVSNKLGAALPPYLAIVVGLSLLLLLLVFRSIVVPLLATGGFLLSLAAAFGAVVAVYQWGWLGGIFDVANPGAVLSFLPIILIGVLFGLAMDYQVFITSGMRESFMHGESAKHAVRSGFSHAAAVVTAAAIIMVSVFSGFIFSHLTMVRPLGFAMAFGVLIDAFVVRMTIVPAVMYLLGEKAWWLPKWLERILPDVDVEGAKLDRSDRRKADAEELVH NA NA NA NA NA D3-18_02904 672 COG0424 Nucleoside triphosphate pyrophosphatase GTGACCCGATTGATCCTTGCCTCCCAGTCCCCCGCCCGTACCAAGCTGCTCACGGAAGCCGGGATTCAGCATGACGTCCTGGTCTCGGATGTGGACGAGGATGCGGTTCAGGCCAAGTATGGCGTGACGGACGCCCACGACACCGCACTGTTGCTTGCCCGGGCCAAGGCCGAGGCCGTTGCGGCGCTGCCAGAAGCCGAGGGGGCCCTCGTGATCGGCTGCGATTCCGTGTTCGAGTTCGACGGCGAGTCCCACGGCAAGCCCTACACCGCGGAGGTCGCCCGGGAGCGAATGCTGCGGATGAGCGGCTCTCAGGGAGTGCTCCACACCGGCCATTGGCTGGTTGACTGCCGGGACACCGCCGCTGACGCGGACGAAGAGGCCGACGCAGATGAAACTCCCGAAGGCACGGGTGCCACCGTGGGAGCGGTATCGAGCGCTGAGGTCCACTTCGCCCAAATGAGTACCCAGGACATCGACGCCTACATCGCCACCGGTGAACCGCTTCACTGCGCCGGCTCCTTCACCATCGACGGCCTGGGTGGGGCCTTCATCCGTAAGGTGGACGGCGACCCGCACGCCGTCGTCGGGCTTTCCATCTCCACCCTCCGCGACCTGCTGGTCCATGCGAACGTGGGTATCACAGAGCTGTGGGACGCGAAGAGACAGTAG MTRLILASQSPARTKLLTEAGIQHDVLVSDVDEDAVQAKYGVTDAHDTALLLARAKAEAVAALPEAEGALVIGCDSVFEFDGESHGKPYTAEVARERMLRMSGSQGVLHTGHWLVDCRDTAADADEEADADETPEGTGATVGAVSSAEVHFAQMSTQDIDAYIATGEPLHCAGSFTIDGLGGAFIRKVDGDPHAVVGLSISTLRDLLVHANVGITELWDAKRQ NA NA NA NA NA D3-18_02905 1872 carB_2 Carbamoyl-phosphate synthase large chain ATGGGCGGAACCCTCACAATCGCGCTAGGCTCCTCAAGGACAGAAGGAGTCAACAACTTGTCAGCTAACCCGGCGCAGCCCATTTCCAGCCCTCTCACCAAGGTCTTGATTGCCAACCGCGGCGAAATCGCGGTCCGCATCATCCGAGCCGCCCGGGACGAAGGCATTGCCTCCGTAGCCGTTTACGCCGACCCCGACCGTGACGCCCTCCATGTCCGCCTTGCCGACGAGGCTTACGCTTTGGGTGGCAACACCGCTGCCGAGTCGTACCTGGTGATGGACAAGATCATCGACGTCGCCAAGCAGTCGGGCGCGGACGGTATCCACCCCGGCTATGGCTTCCTCGCCGAGAACGCCGAATTCGCGGCCAAGGTCATCGATGCCGGCATCACGTGGATCGGCCCCTCCCCCGAAGCCATCTCGGCCTTGGGCGACAAGGTCCAGGCCCGCCACATCGCCGAAAAAGTAGGCGCACCCCTCGTCCCCGGCACGGCTGACCCCGTGGAATCCGCCGATGAAATCCTGAAGTTCGCCGAGGAATTCGGCCTGCCTATTGCCATTAAGGCTGCCTTCGGCGGCGGTGGACGCGGCATCAAGGTCGCCCGCACCATGGACGAGATTCCCGAGCTCTACGAATCAGCTGTCCGTGAAGCAGTGGCCGCTTTCGGTCGCGGCGAATGCTTCATTGAGCGTTTCCTCGATGCTCCGCGCCACGTCGAAACCCAGTGCCTGGCCGATGCTTTCGGCAACGTTGTGGTGGTTTCCACCCGTGACTGCTCTTTGCAGCGCCGCAACCAGAAACTTGTTGAGGAAGCCCCGGCTCCGTACCTCAGCGAAGAGCAGAACAAGCGCCTGTACGAGTCTTCGAAAGCCATACTGAAGGAAGCCAACTACCTCGGCGCCGGCACCTGTGAATTCCTGGTGGGCCAGGACGGCACCATCTCCTTCCTCGAGGTGAACACCCGCCTCCAGGTGGAGCACTGCGTGTCCGAGGAAGTCACGGGAATCGACCTCGTCCGCGAGCAGTTCCGCATCGCCCGCGGTGAAGCCCTGGGTTACGAGGACCCCGAGGTCCGTGGCCACTCCTTCGAGTTCCGCATCACCGGCGAGGACCCGGGCCGCAACTTCATGCCCGCCCCCGGCACCATCAGCACGCTGAAGAACCCGACAGGCCCTGGCGTCCGGATCGATTCCGGCATTGAGCAGGGCGACGTCATCAGCGGCAACTTCGACTCCATGCTCTCCAAGCTGATCATCACGGGCGCCACCCGCGAGCAAGCCCTCCAGCGTTCACGCCGCGCCCTCGAAGAGATGGTGGTTGAGGGCATCCCCACCGTTATCCCCTTCGACCTCGCAGTGGTCACCGATCCCGACTTTGCTCCGGCGGAAGGACCCTTCAAGGTTCACACCCGCTGGATCGAGACCCAGTTCGTCAACAGCATCCCGGCTTGGTCTGCCAGCGGCGCGGGCGCTGAAACGTCCGACGCCGGTGACCGCCAGCGCGTCGTCGTCGAGGTTGGTGGCAAGCGGCTTGAGGTCGTCCTGCCGTCCGGCCTGGGCGGCAGCATCGCCGCGGTTTCGGGCGGTTCGGGCACCAAGTCCGGCAAGTCCAAGAAGCGCTCCCGTTCAGCTGGTGCAATGGCTGCGGCTGCGGGCGGTGACGCGCTGACGTCCCCCATGCAGGGCACCATCGTCAAGGTGGCAGCTTCTGAAGGCGACGTTGTGGCTGAGGGCGACCTGATCGTGGTCCTCGAAGCCATGAAGATGGAACAACCGCTCACCGCCCACAAGGCCGGTACCGTGCGGGGCCTCGCTGCCACCGCAGGCGAGACCGTCGCCGCAGGCGCAGTCATCGCCACCATCGAGGACTAA MGGTLTIALGSSRTEGVNNLSANPAQPISSPLTKVLIANRGEIAVRIIRAARDEGIASVAVYADPDRDALHVRLADEAYALGGNTAAESYLVMDKIIDVAKQSGADGIHPGYGFLAENAEFAAKVIDAGITWIGPSPEAISALGDKVQARHIAEKVGAPLVPGTADPVESADEILKFAEEFGLPIAIKAAFGGGGRGIKVARTMDEIPELYESAVREAVAAFGRGECFIERFLDAPRHVETQCLADAFGNVVVVSTRDCSLQRRNQKLVEEAPAPYLSEEQNKRLYESSKAILKEANYLGAGTCEFLVGQDGTISFLEVNTRLQVEHCVSEEVTGIDLVREQFRIARGEALGYEDPEVRGHSFEFRITGEDPGRNFMPAPGTISTLKNPTGPGVRIDSGIEQGDVISGNFDSMLSKLIITGATREQALQRSRRALEEMVVEGIPTVIPFDLAVVTDPDFAPAEGPFKVHTRWIETQFVNSIPAWSASGAGAETSDAGDRQRVVVEVGGKRLEVVLPSGLGGSIAAVSGGSGTKSGKSKKRSRSAGAMAAAAGGDALTSPMQGTIVKVAASEGDVVAEGDLIVVLEAMKMEQPLTAHKAGTVRGLAATAGETVAAGAVIATIED PGPT0001705_1632 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 D3-18_02906 1410 yhjE Inner membrane metabolite transport protein YhjE ATGTCTTCCACTGCACCATCCAAGGAAGGCGAGTCCACTAAGCCAGTGAACTCGCGGGGCAAGGTGATCTTCGCGAGCCTGATCGGCACGACGATCGAGTTCTACGACTTCTACGCCTATGCCACCGCGTCGGTACTCGTCTTCCCGAAGCTCTTCTTCCCGGACGCCACTGACATCAATGCGCTGCTCAGTGCGTTCGCCATCTTCGGTGTTGCCTTCTTCGCGCGGCCCATCGGCGCGGTGGTCTTTGGCCACTTCGGTGACAAGATCGGCCGCAAGGGCACCTTGGTCGCATCGCTGCTGACCATGGGTATCGCAACCTTCCTCATCGGCCTCCTGCCCACGGCCTCCATGCCGGGATGGGCCATCCTGGCTCCGATCATGCTGGTCATCCTGCGCTTCTTCCAGGGCCTGGCCCTGGGTGGAGAATGGTCCGGCGCAGCGTTGCTCGCCACTGAGAACGCGCCCCAGGGAAAGCGTGCCATCTACGGAACGTTCCCGCAGTTGGGCGCTCCCATCGGCTTCATCATCGCCAACGTCATCTTCATCTGGATGAACGTGTCCCTGAGCGCCGAAGAATTTCTCGCTTGGGGCTGGCGGGTTCCGTTCCTGCTCAGCGCGGTCCTGGTCATCGTGGGCCTGTATGTCCGTTTGAAGCTGGTGGAGAGCGTTTCCTTCACCAAGGTGATCGAGCAGGAAAAGGTGCAGAAGCTGCCCCTCGCGGCCACCCTGAAGAGCCACTGGCGCCCCGTGGTGGCCGGTACGTTCATCATGTTCGCCACGTACGTGCTCTTCTACATCATGACCACGTTCACGCTGTCCTACGGCACCAAGCCCACTCTGGCCGGCGCCCAGGCGGCGGCTGAGAAGGCCGGAACGCCCATGACGCCCGAGCAGGTCGCGGCCTTCGTCCCCGGCCTGGGCATCACCCGGTCCGACTTCCTCTGGATGCTGATCATCGGCGTCGTGTTCTTCGGTATCTTCACAGTGGTCTCCGGACCGCTCGCTGAGAAGTGGGGCCGACGCAAGTTCCTGCTGGGCGTCACCGCCGGCATTTTCGTCTTCGGTGCGCTCTGGTTCACCATGTTCGGACCCGGCCAGGCAGCGGCCATGGTCGGCCTCATTGTGGGCTTCACCCTCATGGGCCTGACCTTCGGTCCCATGGCGGCCATCCTCCCCGAGCTGTTCCCGGCCAACGTCCGTTACACGGGTTCAGCAGTGGCGTACAACCTGTCCTCCATGATCGGAGCCGCTCCGGCGTCCTTCGTGGCCATTGCCCTCTGGTCTGCAGCCAACGGCAGCACATGGCTGGTGGGTGCCTACATGGCTGCCGCCGCTGTGGTGACCTTCGTGGCGCTGTGGCTGACACGCGAAACCAAGGACACCGACTACGAGAACAATGTTGCCTAA MSSTAPSKEGESTKPVNSRGKVIFASLIGTTIEFYDFYAYATASVLVFPKLFFPDATDINALLSAFAIFGVAFFARPIGAVVFGHFGDKIGRKGTLVASLLTMGIATFLIGLLPTASMPGWAILAPIMLVILRFFQGLALGGEWSGAALLATENAPQGKRAIYGTFPQLGAPIGFIIANVIFIWMNVSLSAEEFLAWGWRVPFLLSAVLVIVGLYVRLKLVESVSFTKVIEQEKVQKLPLAATLKSHWRPVVAGTFIMFATYVLFYIMTTFTLSYGTKPTLAGAQAAAEKAGTPMTPEQVAAFVPGLGITRSDFLWMLIIGVVFFGIFTVVSGPLAEKWGRRKFLLGVTAGIFVFGALWFTMFGPGQAAAMVGLIVGFTLMGLTFGPMAAILPELFPANVRYTGSAVAYNLSSMIGAAPASFVAIALWSAANGSTWLVGAYMAAAAVVTFVALWLTRETKDTDYENNVA PGPT0002956_114 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_02907 1413 narK COG2223 Nitrate/nitrite transporter NarK GTGACTGTTGACCGCTCCGCAGATGAACTGGCCCCTGTCCAGTCCACTGCCACCGCCGCCCCCGCTCTTGAACACCGCCCCGGCCGCTGGATTGCCAACTGGGATGCCGAGGACAAGGGCCAGTGGGAAGCCGAAGGCCGGTCCATCGCCAAGCGCAATCTCTACTGGTCGATCTTCGCTGAATTCCTCGGATTCGTCGTCTGGCAGCTGTGGTCCATTGTGGTGGTCCAGCTCCCCGCAGCCGGCTTCCAGTTCGATACCAACCAGATCTTCTGGCTCATCTCCATCCCCAGCCTCGTGGGCGCTACTCTCCGTATCCCCTACACCTTCATGGTTCCCAAGTTCGGTGGCCGGAACTGGACCATCGTCTCGGCGCTGCTCCTGCTGATCCCCACCACAGGCCTTGCCATCTGCGTCTCCAACCCTGAGACGCCCTTCGGCATCATGCTCCTCATGGCCGCACTCGCCGGCTTCGGTGGTGGCAACTTCGCCAGTTCGATGGCCAACATCACCTTCTTCTACCCTGCCCGTGAAAAGGGTTGGGCGCTGGGCCTCAACGCTGCCGGCGGCAACCTCGGTGCCGCCGTCGCACAGCTTGTTGTCCCCATCGCCATCACGCTGCTGGCTGCCGGGACCGTCAACCTGCCCATGGCAGGCATTATCTGGATCCCGCTGATCATCATCGCCGCTTTCGGGGCCTACAAGTACATGAACAACCTCACCAGCGCCAAGGGTGATGTGGCTGGTTCCCTGGCCGCCCTCAAGGAACCGCACCTGTGGATCATGGCCTTCCTCTACATCGGCACCTTCGGCTCGTTCATCGGCTTCGCGGGAGTCTTCCCCAAGCTGATCAAGGACTACTTCCCGGACTTCTCTTCCATCCACGTCGGCGCGGTGGCACTCTCGCTGGCCTTCCTCGGACCGCTGGTCGGTTCCCTGGCCCGCCCCTACGGCGGACGCATGGCAGACCGCATGGGTGGTGCGCGGATGACCATCGCATCGTTCGCTTCCATGGCCGTCATCACGTTGACCATGATCTGGACGCTGCCCCTGAAGAACTTCTGGCTCTTCCTCACCTTGTTCCTGCTGCTCTTCCTGGCCAGCGGCTTCGGAAACGGTGCGACGTACCGCATGATCCCGGTCATCTTCGCAACATCCAGCCGGGCAGCCCGTGCAGGCGCTCCGAGTGCCACCACCGCCCGACTTGCTTCTTCCTCGCTGGGCCTGATTTCCGCGATCGGTGCCTACGGCGGCTTCGTGATTCCACAGGTTCTCAACGCTTCCAACACGGCCAGCGGCTCCTACACCCCGGCGTTCTATGGATTCGTTGGAGCCTATGTCCTGATGCTCACCGTCTGCTGGGTCTGCTACATCCGCCCCGCCCGGAAGCGCAACACGATCGGACACATCTAG MTVDRSADELAPVQSTATAAPALEHRPGRWIANWDAEDKGQWEAEGRSIAKRNLYWSIFAEFLGFVVWQLWSIVVVQLPAAGFQFDTNQIFWLISIPSLVGATLRIPYTFMVPKFGGRNWTIVSALLLLIPTTGLAICVSNPETPFGIMLLMAALAGFGGGNFASSMANITFFYPAREKGWALGLNAAGGNLGAAVAQLVVPIAITLLAAGTVNLPMAGIIWIPLIIIAAFGAYKYMNNLTSAKGDVAGSLAALKEPHLWIMAFLYIGTFGSFIGFAGVFPKLIKDYFPDFSSIHVGAVALSLAFLGPLVGSLARPYGGRMADRMGGARMTIASFASMAVITLTMIWTLPLKNFWLFLTLFLLLFLASGFGNGATYRMIPVIFATSSRAARAGAPSATTARLASSSLGLISAIGAYGGFVIPQVLNASNTASGSYTPAFYGFVGAYVLMLTVCWVCYIRPARKRNTIGHI PGPT0000300_1456 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000300-narK|nrtP|nrt|narU-K02575 NA NA D3-18_02908 2208 nasC COG0243 Assimilatory nitrate reductase catalytic subunit ATGCCCAACGGCGCCGATACCCACTGCCCGTACTGCGCGCTCCAGTGCGCCATGACGCTGACCCCGGCTGCCTCTGCAGCCGGGGCAGTGCCCGCGCCGGAGGCCGAACCCGCCAAAGTCGACGTGCCCTTGGAAGTATCCGGGCGCGACTTCCCCACCAATCGGGGCGGGCTGTGCCGCAAAGGCTGGACATCGGCGTCGTTGTTGCGTCACAACGGCCGCGTCACCGAGCCGATGCTCAAAGGTTCCGATGGCGTGCACCAGCCCATCTCATGGGACCAGGCACTCATGCTCATCACGGCTGCCGTCAAGGACACCCAGCAGCAGTATGGGAATGACGCCGTAGGTGTCTTTGGTGGCGGCGGCCTCACCAACGAGAAGGCGTACCTGTTGGGCAAGTTCGCCCGGCTGGCCTTGCGCACGTCGCGGATCGATTACAACGGCCGCTTCTGCATGTCATCGGCCGCGGCTGCGGGCAACCGGGCGTTCGGCGTGGACCGAGGCCTTCCGTTCCCTGTTACGGACCTGGACACCGCGTCCGTCATCCTCATGCTCGGTTCCAACGTTGCCGAGACCATGCCTCCGTTCGTCCAGCATCTGCAGGGCGCACGCGACGCCGGTGGACTGATCGTGGTGGACCCCCGCCGCTCGGCTACTGCGGCGTTCACGGGCGACGGCGGTGGCCTCCACTTGCAGCCGACGCCCGGCACAGATTTGGCCCTCCTTTTGGGCATCAGCCATGTGGTGGTCCACGAGGGCCTGGCCGACGCAGATTACATTGAGGCCAACACCACCGGCTACGCGGCCGTGCTGCGCAGCCTGTCCTCGTTCTGGCCGGAGCGCGTGCAGTCCATCACCGGCGTCCCCGCCACGCTGATCCGCGAGACCGCGCGCCGCTTGGCGCAAGGAGCCCGCAACGGCGGTAGCTATATCCTCAGCGGCCGCGGTGTGGAACAGCACGTGGACGGCACCGACACCGCCACCGCGGCGATCAACCTGAGCCTCCTTCTGGGCCTGCCCGGCTCGGCCCGCAGCGGCTACGGCACGCTCACGGGCCAAGGCAATGGCCAGGGCGGCCGCGAACACGGGCAGAAGGCCGACCAACTTCCCGGCTACCGCAAGATCACTGATCCTGCCGCACGCGCCCATGTCGCGGGCGTGTGGGGCGTCGATGAGTCGCTGATCCCCGGACCCGGCCTCCCCGCCGTCGAACTTCTTAAGTCACTCGGAAAGCCCGACGGCGTCCGGTGCCTTTTCGTGCACGGCGCCAATGTGGTGGTGTCAGCACCCGATACCAACGCAGTGATCCAAGGCCTCCGCAGCCTGGACTTCCTGGTGGTCTGTGACTTCTTCATGTCCGAGACCGCAGCTGAAGCCGACCTGGTCCTGCCTGTGACCCAATGGGCCGAGGAAGAAGGCACGCTCACCAATCTGGAGGGCCGTGTGATCCGGCGCCGCCGCGCGCTGACTCCTCCCGCGGGTGTCCGCAGCGAATTGTGGCTCATGGCCCGGCTCGCGGAACTGCTTGAGGCTCCTTCTACGTTCAGCGATGATCCCGAGACAGTGTTTGAAGAGCTTCGCGTGGCTTCCGCCGGTGGTTTGGCTGACTACTCGGGCATCGATTACGCCATGCTGGACCGTGGCGAAGCTGCTTACTGGCCCTACCCCGTGGGCAGCACAGGGACGCCGCGACTCTTTGCCGACGGGTTTGCCCATGCTGATGGCCGGGCAGTCATGGTTCCGGTGACGCCCTCCAAGCGGGCCGTTCGTTCGTTCGCGGACGATTCTTTGGCACTGGCAACCGGCAGGCTTCTGGAGCACTACCAATCCGGCGCGCAGACCCGACGCGTGAGCGAGCTTCTGGCATCGCAGCCCCAGGCCCGGCTCCTGATTCACCCGGGAACGGCGGCTTCACGCGGCATTGCCGACGGCGACTACGCCACCGTGACAAACGAGCGCGGTGAAGTGCTCTGCCGTGCCGAGCTCAGCAACTCGGTCCGCGCCGACACTGTCTTCCTGCCGTTCCACTTCCCCGGCCAGGAAAATGCGAACCGCCTCACAGAGGCGGCCACAGATCCCATTTCCGGCATGCCGGAGTTCAAGACCAGCCGGGTATGGGTCCGGAAGGCAGTCTCCACCCAGGAACCGGCCTCGTACAGAGTTCCTGCCGGGACGCGGCTGCCACTGCACGTCAAGGAGGCATCATGA MPNGADTHCPYCALQCAMTLTPAASAAGAVPAPEAEPAKVDVPLEVSGRDFPTNRGGLCRKGWTSASLLRHNGRVTEPMLKGSDGVHQPISWDQALMLITAAVKDTQQQYGNDAVGVFGGGGLTNEKAYLLGKFARLALRTSRIDYNGRFCMSSAAAAGNRAFGVDRGLPFPVTDLDTASVILMLGSNVAETMPPFVQHLQGARDAGGLIVVDPRRSATAAFTGDGGGLHLQPTPGTDLALLLGISHVVVHEGLADADYIEANTTGYAAVLRSLSSFWPERVQSITGVPATLIRETARRLAQGARNGGSYILSGRGVEQHVDGTDTATAAINLSLLLGLPGSARSGYGTLTGQGNGQGGREHGQKADQLPGYRKITDPAARAHVAGVWGVDESLIPGPGLPAVELLKSLGKPDGVRCLFVHGANVVVSAPDTNAVIQGLRSLDFLVVCDFFMSETAAEADLVLPVTQWAEEEGTLTNLEGRVIRRRRALTPPAGVRSELWLMARLAELLEAPSTFSDDPETVFEELRVASAGGLADYSGIDYAMLDRGEAAYWPYPVGSTGTPRLFADGFAHADGRAVMVPVTPSKRAVRSFADDSLALATGRLLEHYQSGAQTRRVSELLASQPQARLLIHPGTAASRGIADGDYATVTNERGEVLCRAELSNSVRADTVFLPFHFPGQENANRLTEAATDPISGMPEFKTSRVWVRKAVSTQEPASYRVPAGTRLPLHVKEAS PGPT0000390_1190 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-NITRIC_ACID_BIOSYNTHESIS,PGPT0000390-nasA|nasC|narB-K00372 NA NA D3-18_02909 1563 nasD_2 COG1251 Nitrite reductase [NAD(P)H] ATGAGCGAGCGCATTGTTGTAGTTGGATTCGGGCCGGTAGCTGCCCGACTCGTGGACGAATTGCTCCCCGCCGTCCGCTCCGGGCTGGTGCAACTCTTGGTGGTCGGCCAGGAGACTGAGGCAGCGTACAACCGCGTGATGGTGGCCGAACTGGGCGTTGGCCGCACCACGGCAGAGGCTCTCGCGATGGCTGATGCCTCGGAGCTGGAAGCCGACGGCGTGGAAGTGCGTTTGGGAGTCAAGGTCAAAAGAATCGACCGCGCCCGCCAAAACATAGTCCTGTCCGATGACAGCACTGAGCACTATGACCGACTGGTGTTCGCCACCGGGTCCCGTCCCGTCATTCCGAACCTCACAGGACTCAACCCGGATCCTTCCAGGCCGGTGCTTCCGGCCGGCGTCACTGCTTTGCGTGATCTACGGGATGCTGCCGTGCTACGTGCCGCGGTGGCCGACGGAAAGCGTGTGGTGGTGCTCGGTGGCGGTGTGCTCGGCTTGGAAACGGCCTTGGCTGCCTCGGAAGAAGGCGCTCAAGCCACAGTAGTTCACAATGGCCCCTTCCCACTCGGCAGAAGCATTGACCGCGGCAGTGGATCAGTCCTCATCAACAGCCTGCGAGCCGGCGGTGTGCGGATGGCAGGCAATGCGCGATCTACCGGTGTGGAGACGGCAGGACCCGGCGGCAGCTTCTCGGCATTGCTGCTGGATGACGGCTCGGCGATCGACGGCGACCTGCTGGTTTTGTCCTGTGGTGTGCGCCCCCGCATCGAATTAGCGGAAGGCTGTGGCCTGCCGGTTGCGACAGGTATCCTCGTGGACCACCACCTCCGGACCTATCACGAGCCCCACATGTTCGCGATGGGCGACTGCGCTGAAGTCCGCTGCCCCGACGCTGCCTGCGTTGATTGCCGGACAGCCGCCGGGCCCTCCGGTCTGGTGGGTCCGGGCTGGCGGCAGGCTGAGTGGTTGGCCGAATACCTCGTGGTCCTGGCCCGGGATGGCCAGGCCGCCGCAGATGCTCTGGAAGCGCTGCCCAAGGAGAAGCCCGGGGTGGTTGTCCTAAAGGCACGCGGCATCAACCTGGCCGTGGCGGGCGACAACCAGGCTGATCCTTGGGACGAGGAGTTGCTGGAAGCCGGTGCCGCGTCAGGGCGTGCCCGCCGGCAAATTTCCCAGTGGGCCGATCCCGAACACGGCCGCTACGTGAAGATGACCACCCGTGGCGGGGTGTTGGAAGGCCTGGTGGCCGTGGGCATGCCCCGGACTGCTGCCGAGCTGGTGGTGCTCTTCGAGCGTTCCTCGGAGCTGCCCGCGGACCGGTCCTTGCTGCTCCGCCTGGACGGACCTGACCAGTTGGATGCCGGCGCCACGAGCAACGATCCCCAAAGGACCGTGTGCCGCTGCGCCGGGGTGAGTGCGGCCAGCATCGAAGATTCCGTGGTGGAAGGCTGCAGCACCGTGGGCGAGGTATCCAGGGCCACCCGCGCCGGCACAGGCTGCGGAGGATGCCATGAGGACATCAAGGGGATCATCGAAAAACACTTCCAAGCGGCTGCCGCCTAA MSERIVVVGFGPVAARLVDELLPAVRSGLVQLLVVGQETEAAYNRVMVAELGVGRTTAEALAMADASELEADGVEVRLGVKVKRIDRARQNIVLSDDSTEHYDRLVFATGSRPVIPNLTGLNPDPSRPVLPAGVTALRDLRDAAVLRAAVADGKRVVVLGGGVLGLETALAASEEGAQATVVHNGPFPLGRSIDRGSGSVLINSLRAGGVRMAGNARSTGVETAGPGGSFSALLLDDGSAIDGDLLVLSCGVRPRIELAEGCGLPVATGILVDHHLRTYHEPHMFAMGDCAEVRCPDAACVDCRTAAGPSGLVGPGWRQAEWLAEYLVVLARDGQAAADALEALPKEKPGVVVLKARGINLAVAGDNQADPWDEELLEAGAASGRARRQISQWADPEHGRYVKMTTRGGVLEGLVAVGMPRTAAELVVLFERSSELPADRSLLLRLDGPDQLDAGATSNDPQRTVCRCAGVSAASIEDSVVEGCSTVGEVSRATRAGTGCGGCHEDIKGIIEKHFQAAAA PGPT0000395_36 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-NITRIC_ACID_BIOSYNTHESIS,PGPT0000395-nasB-K00360 NA NA D3-18_02910 1410 lpdA COG1249 NAD(P)H dehydrogenase (quinone) GTGACCACCCAAGTTGACTTCAGTGCCCCCCGTATCGCGATCCTTGGAGGTGGTCCCGGCGGATATGAAGCTGCCATGGTTGCCGCCTCGCTTGGCGCGCACGTCACCATCGTCGAACGGGCAGGCCTCGGCGGCTCCGCGGTGCTGACCGACGTCGTGCCTTCCAAAACCCTCATTGCCACCGCCGACCTCATGACGCGCGTGGGTGAGGCGGACGAACTCGGAGTGAAGTTCGACGGCGACGGCACGGCCTCCAAGCCGCGTGCCGACCTCAAGCACATTAACGATCGCGTCCTGACCCTGGCCCATGGCCAGTCCGACGACATCCGTGCAGGCCTCGAGCGCCTGGGCGTGGAGATCGTCATCGGGTCCGGCAAGCTGCTGGACAACAACACCATCGAGGTCCTCACGCTCGAAGGGACACGCACCATCGACGCCGACGCGATCCTGCTGGCTGTTGGTGCTCACCCGCGTGAACTTCCCACGGCCAAGCCCGACGGCGAACGCATCCTCAACTGGGCCCAGATCTATAACCTGGACGAGCTTCCCGAAGAACTCATCGTTGTGGGTTCGGGCGTTACCGGCGCCGAGTTCGCATCCGCCTACAACGGCTTGGGCTCCAAGGTCACCCTGATCTCCAGCCGTGACCAGGTTCTGCCCGGCGAGGACACAGATGCCGCCAAGCTGCTGGAAGGCGTCTTCGAACGCCGTGGCGTACACGTTCTGTCGAAGTCCCGCGCCAATGCAGTGGAGCGAACCGACGACGGCGTGAAAGTCACCTTGGGTGACGGATCGATCGTGACAGGTTCGCACTGCCTGGTGTGTGTTGGCTCCATCCCCAACACCGCGGGCATCGGTCTTGAAGAAGCAGGCGTGACCCTGACCGAGTCCGGGCACATCAAAGTGGACGGCGTTTCGCGCACCACTGCCCCCAACATTTACGCCGCGGGCGACTGCACGGGCGTGTTCGCTTTGGCATCCGTTGCAGCCATGCAGGGCCGCATTGCGGTTGCCCACTTCATGGGCGATGCGGTCAAGCCGCTGAAGCTCAACCAGGTGGCGTCGAACATCTTCACGTCCCCTGAAATCGCCTCCGTCGGCGTTTCCGAAGCCGACCTCGCGTCCGGCAAGTACCAGGGCGACGTTGTGATGTTGTCCCTGCTCAGCAACGCCCGCGCCAAGATGCGCAACACCAAAGATGGCTTCGTTAAAATCATCGCGCGTAAGGGTTCCGGCACCGTGATCGGTGGCGTAGTGGTTGGCCCGAACGCTTCGGAGCTCATTTTCCCGATCTCCGTCGCAGTGACCCAGAAGCTCCACGTTGATGACGTGGCCAGCGCTTTCACGGTGTACCCGTCACTGACTGGTTCCATTTCGGAGGCCGCGCGGCGCTTGCACGTGCACATGTAA MTTQVDFSAPRIAILGGGPGGYEAAMVAASLGAHVTIVERAGLGGSAVLTDVVPSKTLIATADLMTRVGEADELGVKFDGDGTASKPRADLKHINDRVLTLAHGQSDDIRAGLERLGVEIVIGSGKLLDNNTIEVLTLEGTRTIDADAILLAVGAHPRELPTAKPDGERILNWAQIYNLDELPEELIVVGSGVTGAEFASAYNGLGSKVTLISSRDQVLPGEDTDAAKLLEGVFERRGVHVLSKSRANAVERTDDGVKVTLGDGSIVTGSHCLVCVGSIPNTAGIGLEEAGVTLTESGHIKVDGVSRTTAPNIYAAGDCTGVFALASVAAMQGRIAVAHFMGDAVKPLKLNQVASNIFTSPEIASVGVSEADLASGKYQGDVVMLSLLSNARAKMRNTKDGFVKIIARKGSGTVIGGVVVGPNASELIFPISVAVTQKLHVDDVASAFTVYPSLTGSISEAARRLHVHM PGPT0020470_413 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020470-lpdA-K23842 NA NA D3-18_02911 819 punA Purine nucleoside phosphorylase GTGAGTAACACTGAGCTGATGAACACTGACCCTTTTGAAGCCGCGAAGGCCGCCGCTGACTTCATCGCCGCGGAGACCGGCGTCGAGTCCCATGACGTAGCCCTGGTGCTCGGATCCGGATGGGCGGAGGCCGCTGACCTGATCGGTGAAACCACCGCCACCCTGAACGCCTCCGAGGTTCCCGGCTTCCACAAACCAGCGGTGGTGGGCCATGTTGGAACCATCCGCTCTGTCCTCACCAAGGAGGGCAAACGAGCCTTGGTCCTGGGCGCCCGGACGCATTACTACGAAGGCCGCGGCGTGCGGTCCGTAGTCCACGGCGTACGCTCGGCCGCAGCAGCCGGATGCAAGACGCTGGTGCTCACCAACGGTTGTGGCGGGCTCAATGAAGATTGGACCCCCGGAACTCCGGTGCTGATAAGCGACCACATCAACCTCACCGCAACCTCACCGCTTGAGGGCGCAACGTTCGTTGACCTCACGGACCTCTACTCCTCCCGGATCCGCGACCTCGCCCGTGAAGTTGATTCCTCCTTGCAGGAAGGTGTGTACGCACAGTTCACAGGCCCGCACTACGAGACGCCGGCAGAGGTCCAGTACGCCAAGCGAATCGGCGCAGACTTGGTGGGCATGTCCACCGCGTTGGAAGCCATCGCAGGCCGCCACGCAGGGATGGAAGTTTTTGGTATTTCCCTGGTCACCAACCTCGCAGCCGGCATCAGCCCGGTTCCCTTGAGCCACGCGGAAGTCCTGGAAGCCGGTCACGCAGCGGGTCAGCGGATCTCCAAGCTTCTGGCGGAGATCATCGCCAAGCTCTAG MSNTELMNTDPFEAAKAAADFIAAETGVESHDVALVLGSGWAEAADLIGETTATLNASEVPGFHKPAVVGHVGTIRSVLTKEGKRALVLGARTHYYEGRGVRSVVHGVRSAAAAGCKTLVLTNGCGGLNEDWTPGTPVLISDHINLTATSPLEGATFVDLTDLYSSRIRDLAREVDSSLQEGVYAQFTGPHYETPAEVQYAKRIGADLVGMSTALEAIAGRHAGMEVFGISLVTNLAAGISPVPLSHAEVLEAGHAAGQRISKLLAEIIAKL PGPT0013380_1571 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013380-punA-K03783 NA NA D3-18_02912 1599 lsdA Levansucrase ATGAACACGCACTCAACCCCTCCACAGCCGCGCCGCCGGCTGCGACAGGCAGTAGCCCTCGCAGCAGCGGCCGGCGTGGCCGGCAGCATCTTGCTGGTGACGCCGGCTGCGCAAGCCAACCTGCCGGCCGACCCGCCGTCGAGCACCATGCCGGCGCCCACGCCCGGCTTCCCGCTGCCAACCACGCACACCCAGCAGGCGTACGATCCGGCAGCAGACTTCACGTCCAAGTGGACGCGAGCCGACGCCAAGCAGATCATGGCCCAGAGCAACCCCAACGTTGCCCCCGGCGAGAACTCCATGAGCCCCAACGTCACCATGCCGGAAATCCCCAAGGACTTCCCGGCCATGAACGACGACGTCTGGGTTTGGGACACTTGGTCCCTGACAGACGAAAACGCCAACCAGATCAGCTACAAGGGCTGGGATGTCATCTTCTCCCTGGTTGCTGACAGGCACGCTGGCTATGGCTTCGACCAGCGCCACTGGAACGCCAGGATCGGCTACTTCTTCCGCAAGACCAACGCTGATCCCGCCAAGGACAAATGGAACTACGGCGGACACCTGTTCCTGGACAACACGTCCATCGGCAACACGGAGTGGTCCGGCTCCACGCGCCTCATGCAGGGCAACAAGATCAACGTCTTCTACACCGCCACCACGTTCTACGACGTCGCCGAGCGGAATGCAGGCGGCGGCGGGATCGCTCCGGACGCTGCGATCGCCAAGGCACTGGGTAACATCCACGCCAACGAGGACGGCGTGACGTTCGACGGCTTCCAGCACACCAAACTGCTGGAGCCGGACGGAAAGATGTACCAGAACAAAGCCCAGAACCCCGGCTTCGCGTTCCGTGACCCGTACACCTTCGCGGACCCCGCCCACCCGGGCAAAACCTTCATGGTCTTCGAAGGCAACACCGGCGGCACCCGTGGCTCCTACAAGTGCAAGCAGGAAGACCTCGGCTACCAGCCGGGCGACCCCAACGCCGAGACTGTGGCACGGGTCAACAGCACCGGTGCCTGGTACCAGACTGCCAACGTGGGCCTCGCCGTGGCCGACAACAAGGACCTCACCAAGTGGAGCTTCCTGCCGCCGATCCTCTCGGCCAACTGCGTCAACGACCAGACTGAACGTCCGCAGATCTACATTCAGAACGAGAACGGCAAGAACAAGTACTACCTGTTCACCATCAGCCACCAGTTCACGTATGCGGATGGAATGCGCGGCCCGGACGGCGTGTATGGCTTCGTGGGTAACGGCGTTCGTTCCGACTACCAGCCGGTCAACAACAGCGGCCTGGCTTTGGGCTCTCCCACGGATCTGAACATGCCGGCCAACGCGCCGGAGGGTCCGGACCCGCGCCAGAATGGCCGTCAGTTCCAGGCCTACTCGCACTACGTGCAGCCGGGCGGACTGGTCCAGTCCTTCATCGACAACGTGGACGGCGTCCGCGGCGGTTCCCTCTCCCCCACCGTGAAGATGAACTTCAAGGGCGGCGTGACGCAGGTTGACCGCAGCTTCGGCCAGAACGGCCTTGGCCCGTTCGGTTACCTTCCCACCAACGTTCGCGTTGGCGGCGAGGGCCTCTATAAGTAA MNTHSTPPQPRRRLRQAVALAAAAGVAGSILLVTPAAQANLPADPPSSTMPAPTPGFPLPTTHTQQAYDPAADFTSKWTRADAKQIMAQSNPNVAPGENSMSPNVTMPEIPKDFPAMNDDVWVWDTWSLTDENANQISYKGWDVIFSLVADRHAGYGFDQRHWNARIGYFFRKTNADPAKDKWNYGGHLFLDNTSIGNTEWSGSTRLMQGNKINVFYTATTFYDVAERNAGGGGIAPDAAIAKALGNIHANEDGVTFDGFQHTKLLEPDGKMYQNKAQNPGFAFRDPYTFADPAHPGKTFMVFEGNTGGTRGSYKCKQEDLGYQPGDPNAETVARVNSTGAWYQTANVGLAVADNKDLTKWSFLPPILSANCVNDQTERPQIYIQNENGKNKYYLFTISHQFTYADGMRGPDGVYGFVGNGVRSDYQPVNNSGLALGSPTDLNMPANAPEGPDPRQNGRQFQAYSHYVQPGGLVQSFIDNVDGVRGGSLSPTVKMNFKGGVTQVDRSFGQNGLGPFGYLPTNVRVGGEGLYK PGPT0013775_19 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-LEVAN_METABOLISM CE-EPS-LEVAN_BIOSYNTHESIS,PGPT0013775-sacB-K00692 NA NA D3-18_02913 1623 sacC_1 COG1621 Levanase ATGACTTTTCCCAGCTCCCACCTGTCCCGCCGCCAAATGCTGGCCGCAAGTGCCGCCGTCGTGGTCGCCTTTTCCGCCGCGTCGTGCACGCAAACTGAAAGCCCGACGCCGATTCCCGCCCCGGGCGGACACCGTCCGTCCCCTTCAGACCCATGGCGGCCCCTCGCGCACCTGACGGCTGAGAAGAACTGGCTCAACGATCCCAACGGTCTCGTCTATCACGACGGCACCTACCACGCCTTTTACCAGTACAACCCGCGGGGCAACTCGTGGGGCAACATGTCGTGGGGCCACTCCACCAGCAAGGATCTGGTGCATTGGGAGCAGCAGTCCGTGGCCATGGAGGCGAGCCCCGAAGAGGAGATCTTCTCTGGGTGCATTGTGATGGATAAGAACAATGCCTCCGGCCTTGGCTCTGCAGAGAACCCGCCCATGGTTGCCCTCTACACCAGCGCCTATGGCAAGAACGGCGCTCTGCCTCAAGGCTCCCAGGCACAATCCGTCGCGTTCAGCCTGGACAACGGGACCACGTGGCAGAAGTACCAAGGCAACCCGGTCCTGAACCTTGCACCCACCAACAACAACTTCCGCGACCCCAAAATCACTTGGTACGAACCCGGCCGCTACTGGGTGATGACCACCGTGGTGGCAGACGCCCAAGTGGTCAAGATGTTCAAGTCCACGGACCTGCTCCGCTGGAAATACCTGAGCGATTTCTCCGGCGTCGGCGCCCAAGGAGGCCTATGGGAAGTGCCGGAACTCATTCACATGGACGTTGAGGACTCCACGGCGAAGAAGTGGGTCATGCTCCTGAGCATCAACCCCGGCGGCATTGCTGGCGGCTCGGGAATGCAGTACTTCGTGGGCGAATTCGATGGGACACGCTTTACCGCGGAAGACGCGGCAGCCCCCGGCGCCCCGCTCACCGAGTCCCAGTGGCTGGACCACGGCGCAGACTACTACGCCGCGAACTCCATCTCCGGCGCGCCTGGGGACAAGCCCGTTCTCCTGGGATGGATGGGTAACTGGGACTACGCCCAGGATGTGCCCACCACGCCATGGCGCGGCTCCATGGCTATTCCCCGCGAACTGACCTTGGTTCGGGGTGGGAAGCGGCTCGAGCTCCGATCTGCCATAGCCGGTGCGGCGCGGGAAACGCTGGACCGCTCCGGTGAAGTGAAGAGCAAAAACCTCACCGCTGGCTCCTCGCCCCAGGACCTTGGCCAGGAGTTCCGGGGACGTACCCAGCTGATCGAACTGGACATGGACCTGACGTCGGCGCGCGAAGCCGGGGTTCTCCTCCGCCACTCATCCTCCGCTTCCGAGACCGGACTGCGGATCTCGTATAACAAGGAGACAGGCAGTGTCCGGGTGGACCGGTCAAAAGCCGGAACAAGCAACTTCTCCGAAAAGTTCAGCCCATTTCATGAAGTGGCCCTGCCTTCCTCCGGCAGCAAGGTCCATCTCACGATCCTCCTCGATTCGTCCTCGGTGGAAGTCTTCGCTGCGGGTGGAACTGCGGTCATTTCGGATACGTTCTTCCCGGACTGGGACAACACGGGGGCGTCGGCCTTCAGCGTGGAGGGCGACACGGACTTCACCATCACGTCACGCGTTCTTTAA MTFPSSHLSRRQMLAASAAVVVAFSAASCTQTESPTPIPAPGGHRPSPSDPWRPLAHLTAEKNWLNDPNGLVYHDGTYHAFYQYNPRGNSWGNMSWGHSTSKDLVHWEQQSVAMEASPEEEIFSGCIVMDKNNASGLGSAENPPMVALYTSAYGKNGALPQGSQAQSVAFSLDNGTTWQKYQGNPVLNLAPTNNNFRDPKITWYEPGRYWVMTTVVADAQVVKMFKSTDLLRWKYLSDFSGVGAQGGLWEVPELIHMDVEDSTAKKWVMLLSINPGGIAGGSGMQYFVGEFDGTRFTAEDAAAPGAPLTESQWLDHGADYYAANSISGAPGDKPVLLGWMGNWDYAQDVPTTPWRGSMAIPRELTLVRGGKRLELRSAIAGAARETLDRSGEVKSKNLTAGSSPQDLGQEFRGRTQLIELDMDLTSAREAGVLLRHSSSASETGLRISYNKETGSVRVDRSKAGTSNFSEKFSPFHEVALPSSGSKVHLTILLDSSSVEVFAAGGTAVISDTFFPDWDNTGASAFSVEGDTDFTITSRVL PGPT0018745_293 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-FRUCTOSIDASE,PGPT0018745-fruA-K03332 NA NA D3-18_02914 1746 COG1109 putative phosphomannomutase ATGACATCCAGCGATGCCGCATTTGAACAGCTGCTCACCGACGCCCGCCAATGGGCTTCCCAAGACCCCGACCCGGCGACGTCGGCTGCTCTCCTTGAGTTGGCCGAGCTCGCCAGCGGTGGTGATGCGGGAGCAGCCCAGGAACTGGGCGACAGCTTTAACGGCACCCTGCAATTCGGCACAGCCGGCCTCCGCGCAGCGCTCGGCCCGGGCCCCAACCGAATGAACCGCGTTGTTGTCCGTCGGGCAGCTGCAGGCCTGGCGGCCTTCCTCACGGAAGCGGTAGCCGCAGCTGCGCCGGGAACCCGGCCGCGCGCCGTCGTCGGCTTCGACGCCCGCTACAACTCGGACATCTTCGCGCAGGAAACCGCTGCAATCTTTACGGCAGCAGGCATTGAGACCTTCCTGATGCCGGCAGCGCTTCCGACGCCGTTGCTCGCCTACGCGGTCAGGTCACTGGATTGCGACGGCGGTGTCATGGTCACAGCGAGCCACAACCCGCCACAGGACAACGGATACAAGGTCTACCTCGGGCGCCATGCAGTATCTGACAGCGGGCGCGGTTCTCAGATCGTGGCGCCGTACGACGCTGAGATCGCCGCGAAGATTGAGGCCGTGGAGGCGCTCGACTCGATTGAACTGGCAGAGAACGGCTGGACTGTGCTGCCAACGTCCATCGCCGCAGAATATGAAGCCGCCATGGCGGGACTGGTGGACAGAAAACACTTCCCGGCACGGGACCTCAAGATCGTCCTAACGCCCATGCACGGTGTCGGCGGTGAAACGGCCGTCGCCGTCCTGAATGCCGCCGGTTTCGCTGATGTCACGGTCGTGGCCGAACAGGCCGAGCCGGATCCGGACTTCCCCACCGTCGCTTTCCCCAATCCGGAGGAGCCAGGAGCACTGGACCTGGCCCTTGCCGCAGCTGCGGACTCGGCTGCGGACATCGTTTTGGCCAACGACCCCGACGCCGATCGGGCAGCGGTTGCCGCACTGGATCCCGCCACAGGAGCCTGGCGGATGCTTCGCGGTGACGAGGTGGGGGCGCTGCTGGGTGCTCACGTGGTGGCCCGTATGGCTGCCGGCGCCGGGGACGAGCCGCAGACCGGAGTCTTCGCCAACTCGATCGTGTCCTCCCGGCTGCTCTCACGCATCGCTGGTGCAGCGGGTTACGTCCACGAGGAAACGCTCACAGGCTTCAAATGGATTTCGCGGGTTCCCGGCCTTACCTACGGGTACGAGGAAGCACTGGGGTACTGTGTGGCGCCTGACTTGGTGCGCGACAAGGACGGCATTTCAGCGGCTGTGCTGATCGCGGAACTCGCCGCAACGGCCAAGGCTGAAGGCAAAACGATCTTTGACACCCTGGACGACCTGTATCTGGTGCACGGACTGCACGCGAGCGACCAACTCAGTATCCGGGTGGCCGATTTGGGACTGCTCGATGCCATGATGAACCGTCTGCGGGTCAACCCGCCCGAAGCGTTCGGAGGCTCCGCCGTCGAGGTTTCAACCGATCTTGCGGAAGGAAGCGAAGCCCTGCCTCCCACAGACGGCCTGCTGTACCTGACCCGGGACCAGAGCCGCGTCATCATCCGTCCCAGTGGCACCGAGCCCAAGCTCAAGTGCTACTTGGAGGTCATCCAGGCCGTGGAATCCGCGGCCGAACTTCCAGCGGCACGCCAGGCAGCGCGGACGTCCCTGGACGATGTCCTCAGGGACGTCCGCGAAGCCTTGGGCCTCTAG MTSSDAAFEQLLTDARQWASQDPDPATSAALLELAELASGGDAGAAQELGDSFNGTLQFGTAGLRAALGPGPNRMNRVVVRRAAAGLAAFLTEAVAAAAPGTRPRAVVGFDARYNSDIFAQETAAIFTAAGIETFLMPAALPTPLLAYAVRSLDCDGGVMVTASHNPPQDNGYKVYLGRHAVSDSGRGSQIVAPYDAEIAAKIEAVEALDSIELAENGWTVLPTSIAAEYEAAMAGLVDRKHFPARDLKIVLTPMHGVGGETAVAVLNAAGFADVTVVAEQAEPDPDFPTVAFPNPEEPGALDLALAAAADSAADIVLANDPDADRAAVAALDPATGAWRMLRGDEVGALLGAHVVARMAAGAGDEPQTGVFANSIVSSRLLSRIAGAAGYVHEETLTGFKWISRVPGLTYGYEEALGYCVAPDLVRDKDGISAAVLIAELAATAKAEGKTIFDTLDDLYLVHGLHASDQLSIRVADLGLLDAMMNRLRVNPPEAFGGSAVEVSTDLAEGSEALPPTDGLLYLTRDQSRVIIRPSGTEPKLKCYLEVIQAVESAAELPAARQAARTSLDDVLRDVREALGL PGPT0017865_163 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-COLANIC_ACID_METABOLISM CE-EPS-COLANIC_ACID_RELATED_PROTEINS,PGPT0017865-manB|yhxB-K01840 NA NA D3-18_02915 363 nirD COG2146 Nitrite reductase (NADH) small subunit ATGACCGTAATTCTGGACCGTGCCGAGGACCTGACCACAACCGCCACATGGCACCGTGTTTGCCCGGTGGACGAACTCGAACTGGCTTGGGGCGAGGCTGCACTGATCGCCGGCCGTCAGGTTGCGCTGTTCCGCACAGCGCCCACCGAGGTCTTCGCCGTGGCACAGCAGGACCCGGCTACGCTCGCCAACGTTATGGCCCGCGGAATCATTGGATCCCGCGGAAGCCGGCCGACCATCGCGTCGCCGCTGCACAAAGAGGTCTACGACCTCGAAACCGGTGAATGCTTCACCAACCCGGAACTCAAGCTCGACGCGTTTGCCACCCGTTTGGTGGATGGCTTCATCGAGGTTGAACTCTAA MTVILDRAEDLTTTATWHRVCPVDELELAWGEAALIAGRQVALFRTAPTEVFAVAQQDPATLANVMARGIIGSRGSRPTIASPLHKEVYDLETGECFTNPELKLDAFATRLVDGFIEVEL PGPT0000455_624 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000455-nirD-K00363 NA NA D3-18_02916 2631 nasD_3 COG1251 Nitrite reductase [NAD(P)H] GTGACCGGACACACTTCAAGTACAGAGAACCCGCGCCGCATCGTCGTCGTCGGCGGCGGCCCCGCTGCCCACCGTTTCGCCGATGCCATGTTCAATCGCGGACTTGAAGGTTGGCAGGTTACGGTGCTGACCGAAGAGGCACACCTCCCCTACGACCGCGTTGCGCTGAGCAAGGCCCTCACGGAAACCGATGTGGACCTCACCCTGGGTGATGCGTCCATGTGGGACCACGAAGCCCTGACGTTGATCACCGGCGAACGCGCCGTCAAGATCGACTCCGTTGCCAAGAGCGTCCTCACCGCCGCCGGCAACAAGTACGAATACGACCACCTGGTGGTGGCTTCGGGTTCCGACGCGGCCCGACTCCCCATCCCGGGTTCCGAGCACACCCACGTTTACCGCACGCTCGAGGACGTCTGGGCCATTAACAAGGCAATCGCCGAGCTGCGCGGGAAGCTCGGCCGCAAAGTCAACGCGGTCACCATTGGTGGTGGCTTGCTTGGACTTGAGTCCGCTGCCGGTACAGAACAGCTGGGCGCCACACCGATCGTCATCAACGGCGCACCATGGCTGATGAACACCCAGCTGGATGAGGGTGCCGGCCAGGCCCTCGGCCGCCTGATTGAGGCCAAGGGCTTCGAAGTCCACGGCGGCGTCTTCCCCTCCGAGGTAGTCACGGACGACGACGGCAACGTCACCGGCGTCCTGATGGCTGACGGCCGCACCATCGATGCCGACCTCGTGATCGTGGCTATCGGCGTCAAGCCCCGGGACGACCTCTTCCGCGCGGCAGAAGGCGAAGAGCAGCTGTTTAGCCTGGGCCAGCGCGGCGGCGTTGTCATCAATGATTTCTGCGCCACGGAAGTGGAGGGCATCTGGGCCATCGGCGAAGTGGCCAACTTCGAGGGCATGTGCCTTGGACTTGTTGCTCCTGCCAACACCATGGCCGAGATTGTTGCCGACCGCCTGCACGGTGGAGAAGCAACGTTCCCGGGCTTTGACACTGCCACCAAGCTGAAGTTGTCCGGCGTTGACGTGGCCAGCTTCGGCGACGCGTTTGCCCGAACCGAGCACTCCCTGGAAATCGTCTACGCCGACCCCGCTCGGGGCGTTTACCAGAAAATTGTCACCACTGATGATGCCAAGACCCTCCTGGGAGGCATCTTCGTTGGCGACGCTTCCCCGTACATGAGCCTCCGCCCGCTTCTGGGCCGCGAGCTGTCCGCCGAACCGGGCGCCTACCTGAGCGCGGCCGGCGGTGGCGAGGCTCCTGAAACCGAGCTTCCCGACGATGCCATCCTGTGCTCCTGCAACAACGTAGCCGCCGGAACTATCCGTGACACCATCAACGGCTGCGGTGCCTGCGAGGGCAACTCCCCGGTGCAGGAGCTCGGCGAGCTGAAGGGCTGCACCAGGGCCGGCACCCAGTGTGGTTCGTGCGTTCCCATGCTCAAGAAGCTCCTTGAAGGCGAACTGAAGAAGTCCGGCATTGAGGTCTCCAAGGCACTGTGCGAGCACATCAGCCTTTCCCGGCAGGAACTCTTCGATGCCATCCGCGTCCTTGAGCTCACTTCCTTCGAAGACATCATGGCCAAATACGGCACCGGCGCGGGTTGCGATATCTGCAAGCCCACCATTGCTTCCATCCTGGCCAGCCAGCACTCTGCTTACGTTCTGGATGCGGGGCGTGGTTCGCTGCAGGACACCAACGACCGCGCCTTGGCGAACATGCAGAAGGACGGCACCTATTCGGTGGTCCCACGTATCGCGGGCGGCGAGATCACACCCAAGGGTCTCGGCGTCATCGCGGCCGTAGCTGAGAAGTACAACCTCTATACGAAGATCACCGGCGGACAGCGCATCGATATGTTCGGTGCCCGGCTGGAGCAACTGCCGGACATCTGGAAGGAACTGGTGGACGCCGGTTTCGAATCCGGACAGGCCTACGGCAAGAGCCTTCGCACGGTGAAGTCCTGCGTTGGTTCCACGTGGTGCCGTTTCGGTGTGCAGGATTCGGTGGCCATGGCCATCGCGTTGGAGCTGCGCTACCGCGGCCTCCGAAGCCCGCACAAACTGAAAATGGGTGTCTCCGGTTGCGCCCGCGAGTGCGCCGAGGCCCGCGGCAAGGACGTTGGAGTGATCGCCACGGCCGACGGTTGGAACCTCTACGTAGGCGGTAACGGTGGCGCCACTCCGGCGCACGCCCAGCTGCTGGCCAAGGACCTGGACGACGAAACCCTGCTGAAGTACATCGACCGTTACCTCATGTACTACATCCGCACTGCTGACCGCCTCCAGCGCACCGCACGCTGGCAGGAAGAGCTCGACGGCGGCATCAAGCACGTAGAGGAAGTAGTGGTCAACGACTCCTTGGGCATCGCCGAAGAGCTCGAAGCCGCCATGGCCAAGCACATCGACACCTACGAGGACGAATGGGCCGAGACGCTGAAGGACCCGGAGCGCCTCCGCCGTTTCCGTTCGTTCGTCAACGCTCCCGACCAGAAGGACGAGTCCATTTCCTTTGTTCCGGAGCGCGGCCAGATCCGTCCGGCCACCAACGAGGAAAAGGGCGGCGTACTCATCGCTTCCACTATCCCGGTCCGCAGCGAAACCGTCGGCGCAGAAAACTAG MTGHTSSTENPRRIVVVGGGPAAHRFADAMFNRGLEGWQVTVLTEEAHLPYDRVALSKALTETDVDLTLGDASMWDHEALTLITGERAVKIDSVAKSVLTAAGNKYEYDHLVVASGSDAARLPIPGSEHTHVYRTLEDVWAINKAIAELRGKLGRKVNAVTIGGGLLGLESAAGTEQLGATPIVINGAPWLMNTQLDEGAGQALGRLIEAKGFEVHGGVFPSEVVTDDDGNVTGVLMADGRTIDADLVIVAIGVKPRDDLFRAAEGEEQLFSLGQRGGVVINDFCATEVEGIWAIGEVANFEGMCLGLVAPANTMAEIVADRLHGGEATFPGFDTATKLKLSGVDVASFGDAFARTEHSLEIVYADPARGVYQKIVTTDDAKTLLGGIFVGDASPYMSLRPLLGRELSAEPGAYLSAAGGGEAPETELPDDAILCSCNNVAAGTIRDTINGCGACEGNSPVQELGELKGCTRAGTQCGSCVPMLKKLLEGELKKSGIEVSKALCEHISLSRQELFDAIRVLELTSFEDIMAKYGTGAGCDICKPTIASILASQHSAYVLDAGRGSLQDTNDRALANMQKDGTYSVVPRIAGGEITPKGLGVIAAVAEKYNLYTKITGGQRIDMFGARLEQLPDIWKELVDAGFESGQAYGKSLRTVKSCVGSTWCRFGVQDSVAMAIALELRYRGLRSPHKLKMGVSGCARECAEARGKDVGVIATADGWNLYVGGNGGATPAHAQLLAKDLDDETLLKYIDRYLMYYIRTADRLQRTARWQEELDGGIKHVEEVVVNDSLGIAEELEAAMAKHIDTYEDEWAETLKDPERLRRFRSFVNAPDQKDESISFVPERGQIRPATNEEKGGVLIASTIPVRSETVGAEN PGPT0000450_282 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-DENITRIFICATION|NITRATE_USAGE DENITRIFICATION-NITRATE_REDUCTION,PGPT0000450-nirB-K00362 NA NA D3-18_02917 1035 cysG_2 Siroheme synthase ATGCAGCTCACCATTGATCTCACGGGCCGCGATGTCCTTGTCACGGGATCTGAAAAGTCCGCCCGCCAAGCGGTCCGCCGCTACCAGAGCGCCGGGGCCAACGTGTACCGGCTCAGCACCCCGGAAGGCGTGCCGGGCGACGGTCAACTTCCCGAGCGCCCGTTCCTGGTGGCGGTAGTGGACGACGGCGAGTCCGGCTGGCTGCCGCTGGTGGAACGCTGCCGCGCCGCCGGGATTCCCGTTGCTTTTGAACCTGCACCCGGTGCCGAAGGCCATGTGACGCTGGTGGGTGGAGGCCCGGGAGCCCTGGACCTGCTTACCGTGGGTGCTGTGGACGCCCTGCGCGATGCCGATGTGGTGTTTTACGATCGGCTTGCTCCCTACCAGGAACTGGCCGATCTGACCTCGGCTGAGCTCGTGGACGTTGGAAAGCAGCCCGGGCTTCACAAGGTGACTCAGAGGGACATCGAGAAGTTGATGGTGGAGGCTGCGCTGCTGGGCAAGAATGTGGTCCGACTTAAGGGCGGCGATCCATACGTGTTCGGCCGCGGCGGTGAAGAAGTGGCTGCGTGTGTTGCTGCCGGTGTCCCGGTGAAGGTCATCTCCGGTGTCACCAGTGCCATCTCCGTTCCGGCTGCAGCCGGAATCCCGGTGACGCACCGCGAGGTCAGCCACATGTTCACCGTGGTATCCGGCCATGCCCCGTTGACCGAGAAGGAACACACCCACCTTGCCGGACTTGGCGGGACTATCGTGGTCCTCATGGGCATCGGCACGCTGCCCCAGCTGGCGGCCGGCCTCCGCCGAGCGGGGATGAATTCGGACATGCCAATGGCCGTGGTGGAACGTGGGTACCGCCCGGGACAGCGCACCACCATCGCTGACCTCGGTACCATCGAAACGGCAGCTACCGGCTGCAGCAACCCGGCCGTGTTGGTCATCGGCGAGGTGGTCCGGGTTGCTGAAGCCAACCGTAATCATGCCGAAGCATCCGCTGAACTGAGCCGACTCGCGGCTTCGCTCCTTGAAGCCTGA MQLTIDLTGRDVLVTGSEKSARQAVRRYQSAGANVYRLSTPEGVPGDGQLPERPFLVAVVDDGESGWLPLVERCRAAGIPVAFEPAPGAEGHVTLVGGGPGALDLLTVGAVDALRDADVVFYDRLAPYQELADLTSAELVDVGKQPGLHKVTQRDIEKLMVEAALLGKNVVRLKGGDPYVFGRGGEEVAACVAAGVPVKVISGVTSAISVPAAAGIPVTHREVSHMFTVVSGHAPLTEKEHTHLAGLGGTIVVLMGIGTLPQLAAGLRRAGMNSDMPMAVVERGYRPGQRTTIADLGTIETAATGCSNPAVLVIGEVVRVAEANRNHAEASAELSRLAASLLEA PGPT0003685_166 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 D3-18_02918 1158 hypothetical protein ATGACTGTTGCACGTGCCATCGAAGTCCAGGACGCTACTGCCGCGCCGGAAGTGGCCGAAGCCGTAGAAGCGCCATTGGATGGGTTCCGAATCGGCGTCACCTCGCACCGCCGCTCCCGCGACCTCATTGAGGCACTGGAGCGCCGCGGTGCGAGCGTGTTGCACGCCCCCGCCTTGAAGATCGCCCCTGTGCAGGAGGACATGGTCCTCATCGAGGACACCCGCACCATCATCGAGGCCAAGCCGGACATCTGCATCGCCACCACCGCCTACGGCATGCGCCGGTGGTGTGAGGCCGCTGATTCCTTTGGAATCGGCGAGCAACTCCTGGACACGCTGTCCGCCTGCCGCATGTTCGTCCGCGGTCCCAAAGCCCGCGGCGCCGTTCGGGCGGCCGGCCTTGCCGACGTCGGAATCAGCAGTGACGAAACCACCGCCACGCTGGTGGACATGCTCCTGGCCGAGGGCGTACGCGGAAAGACCGTTGCCGTCCAGCTGCACGGCTACACGGATGTCCGCCAGCTGGAACGGCTCCGTATGTCCGGAGCTATTGTCTTGACGGTGACTCCGTACCGTTGGGTGAAGCCCGACGGCGAAGACAAACTGCCGCGGCTGATCGAAGCCGTAGTCAGCGGAAACCTCGACGTCCTGACCTTTACCAGTGCCCCGGCCGTGGACGCGATGTGGAGCACCGCCCACGAAATGGGCCTCTACCGCCAACTCATCGAAGCTCTCAAGGGCCCGGTAACTGTTGCGGCCGTCGGTCCGGTCACCGCTCAACCGCTTGTCGACGCCGGGCTCACCCCGTTGATCCCGGATCGCTACCGCATGGGTGCGCTCATCAGGCTGGTCACCGAACATCTTTCGCTTAACCACGTGCGGCGTTTGGAAACCAAGAGCGCCACCATCGAGCTGCGTGGACGCTGCTTGCGGATCAACGGTGAGGTGGTGGACCTTGCACCCGCTCCCCTCCTGCTGCTGCGAGCGCTGCTCGGCGCGGGCGGGGCTGTCCTGTCCAGGGAGGCTCTCTCTGACCTGTTGGACCTCCGCGGTTCCGTACACGCATTGGACATGACGGTCAGCAGGCTCAGGTCTTCCCTTCCTGATGGCAAACTTGTGGAAACCGTAGTGAAGCGCGGCTACCGGCTGCGGGCTTAG MTVARAIEVQDATAAPEVAEAVEAPLDGFRIGVTSHRRSRDLIEALERRGASVLHAPALKIAPVQEDMVLIEDTRTIIEAKPDICIATTAYGMRRWCEAADSFGIGEQLLDTLSACRMFVRGPKARGAVRAAGLADVGISSDETTATLVDMLLAEGVRGKTVAVQLHGYTDVRQLERLRMSGAIVLTVTPYRWVKPDGEDKLPRLIEAVVSGNLDVLTFTSAPAVDAMWSTAHEMGLYRQLIEALKGPVTVAAVGPVTAQPLVDAGLTPLIPDRYRMGALIRLVTEHLSLNHVRRLETKSATIELRGRCLRINGEVVDLAPAPLLLLRALLGAGGAVLSREALSDLLDLRGSVHALDMTVSRLRSSLPDGKLVETVVKRGYRLRA PGPT0003665_156 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_RELATED_HEME_METABOLISM PLANT_VITAMIN-HEME|SIRO-BIOSYNTHESIS,PGPT0003665-hemD-K01719 NA NA D3-18_02919 1299 umuC_1 COG0389 Protein UmuC ATGTCCAAGCCAGCGCTCATGCATCGGATGCAGGAGATCGCCCACGTGGATATCAACTGCTTCTATGCGTCAGCGGAACGAGCCTTCAACCCTGCGTTGGAGGGCAAACCGCTGATCGTCCTGTCCAACAACGACGGCTGCGCCGTGACCAGGTCGCCGGAGGCCAAAAGGCTGGGGATCGGGCTCGGGGAGCCTTGGTTCAAGCTTGCTCCACGCGCCCAGGAGTGGGGACTCATTGCACTCTCAAGCAACTATGAACTGTACGGAGACATCAGCTCGCGTGTAATGGAGCTCCTTGCTCGGTACTCAGCATGGCAGGAGGTGTACTCCATTGATGAAGCGTTCCTCGGAGTCAAAGGGCAACCCGACGATCTGCTGGAGTTGGGGCGCACCATCAAAGCTGCCTGCCAACGGCACGTGGGGGTTCCCGTTTGCGTAGGAATCGCGCGCACCAAGACGCTTGCCAAGCTGGCCAACAAGTGGGCAAAGCACAACGCGGCCTTCAACGGTGTGTGCCGGTGGGACTCCATCCCGGAACCCCAACGCGAAGCACTCATGGCGCGTCTCTCCGTGATCGAAATCTGGGGCGTTGCCACCAGGCTCACGAAACGCCTGAATGCCATGGGGATCTTCTCCATCCTGGACCTGGTCCGTGCCGACCCCGTGGCGTTGCGGGACAAGTTCTCCATCGTCATGATGCGGACTGTGCTGGAACTGCAAGGCACGCCCTGCATCCCCATGGAGGAGGAGCGGATGGGACGGGATCAACTGATCTTCTCCCGGTCCTTCTCCACACCAATCACGTCAGTGGAGGAGCTGCGGCAGGTACTGAGCGTCTACGGTCAGATGGCCAGCGCCAGGCTGGCCAAGCATGATCTGCAAGCCAAGCTGCTGACTGCTTTTGCCGCAACATCGGTCTACAACCCCAACGACAAATCGTTCCCCACTGTCAACGTCAAGCTGCCCATGCCCACCTCGGATCCGGTGTTGCTGACCAAGGCCGCACACGCGCTGGTTCCAAAAATGCAGGAAGGCGTGAGGTACGCCAAAGCCGGAATCATGGTCACTGACCTCCGACCCAGCGGCAACCAGAAACCGCTGGAAATCTTCGAGAACCGGCATGAGGAACGGGGCATAGGCCCCTTGCTGGAGCAGGTCAGCAAGCGGTATGGCCGCGGCTCCATCGGTTTGGGCCATGCGGGCATCAAAGGCGGCCCGGACTGGTCCATGAAACGCGATATGCTCAGCCCCCGCTACACCACCAACTGGGACGAGCTTCCCTTGGTGAAGGCGGCCTAG MSKPALMHRMQEIAHVDINCFYASAERAFNPALEGKPLIVLSNNDGCAVTRSPEAKRLGIGLGEPWFKLAPRAQEWGLIALSSNYELYGDISSRVMELLARYSAWQEVYSIDEAFLGVKGQPDDLLELGRTIKAACQRHVGVPVCVGIARTKTLAKLANKWAKHNAAFNGVCRWDSIPEPQREALMARLSVIEIWGVATRLTKRLNAMGIFSILDLVRADPVALRDKFSIVMMRTVLELQGTPCIPMEEERMGRDQLIFSRSFSTPITSVEELRQVLSVYGQMASARLAKHDLQAKLLTAFAATSVYNPNDKSFPTVNVKLPMPTSDPVLLTKAAHALVPKMQEGVRYAKAGIMVTDLRPSGNQKPLEIFENRHEERGIGPLLEQVSKRYGRGSIGLGHAGIKGGPDWSMKRDMLSPRYTTNWDELPLVKAA PGPT0014882_592 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ADAPTIVE_MUTATION CE-BACTERIAL_FITNESS-ENVIRONMENT-INDUCIBLE_DNA_POLYMERASES,PGPT0014882-umuC-K03502 NA NA D3-18_02920 1467 iolT_2 Major myo-inositol transporter IolT ATGTCTGCCACTCAAACCCAGCGGGGAGCCACCGATGGCGCCTCACTCCCTCCGCTGACGAATGGACCGCACAGAAAGCGCCTCGGCCTCGTTGCCTTGGTGGCTACCTTCGGTGGTCTTCTCTTCGGCTACGACACCGGCGTCATCAACGGTGCCCTGAGGCCTATGACCGTGGACCTTGCATTGACGCCGCTTACGGAAGGAATCGTCACCAGCTCCCTGTTGTTCGGAGCGGCTGCCGGAGCAGTTGGCGGTGGACGCCTGTCGGATGGTTGGGGTCGCCGCAAGACGATCATCCTGCTGGCCGTCCTGTTCTTTGTCGGGACGCTTGCCTGCGTCTTCGCACCGAGCTTCGAAGTCATGGTGCTGGGGCGGGTCATCCTCGGTTTGGCCGTCGGCGGCGCCTCTACCGTGGTCCCGGTGTTCCTTGCCGAGCTGGCGCCGTATGAAATCCGCGGCTCCCTTGCGGGGCGGAACGAACTCATGATCGTCATCGGGCAGCTCGCGGCTTTCGTGGTCAACGCCATCATCGGCAATGTCTGGGGTGAATTCGGGGGAGTCTGGCGCATTATGCTTGCGGTCGCAGCCCTGCCCGCCATAGCGCTGTTCTTCGGTATGCTGCGCATGCCTGAGTCGCCGCGTTGGCTCATTTCCAAGGGGCGCTCGCAAGAAGCGCTGGAAGTGCTGAAGACCATTCGATCCGTGGAGCGGGCCGAGGCTGAAATGGCCGATGTGAAGCACCTGGCCGATGAGGAGCGGGCTTCCAAAGCAACCTCTTGGGGAGCACTCAAGGACAAATGGATCCTGCGCATAGTGCTGGTAGGTATCGGCTTGGGCGTGGCTCAGCAGCTAACCGGCATCAACTCGATCATGTATTACGGCCAGTCCGTGCTGGTTGAAGCCGGATTCGACTCGAGTGGGGCCCTCCTGGCCAACATTGCCCCCGGTGTCATCGCCGTTGTCGGTGGCGTTATTGCGTTGACGCTCATGCAGCGGATTAATCGACGCACCACTTTGCTCCTTGGATTTACGCTGACCACTGTCTGCCACTTCCTCATTGGATTCGCCTCGATCGTCCTGCCCGTCGGCAATGCCGCACGCCCCTTCGTCATCTTGTTCCTGGTGGTTGCGTTTGTAGGATCCATGCAGACATTCCTCAACATCGCCGTGTGGGTGATGCTGTCCGAAATCTTCCCGCTGCATGTTCGCGGCTTCGCGATCGGCTTGTCGGTGTTCTGCCTCTGGATCGCGAATGCTCTCCTCGGCCTCTTCTTCCCCACTCTGGTGGCGGGCGTCGGAATTACGGGGACGTTCTTCCTCTTCGGGATTGTTGGAATCCTGGCCCTCATCTTCATCTACACGCAGGTTCCCGAAACCCGTGGACGCACACTGGAGGCACTCGAAGAAGATGTGACCACGGGGGCGATCTACCTGGTGCACAAGAAGGAACCGGCAGGGATTTCCTAG MSATQTQRGATDGASLPPLTNGPHRKRLGLVALVATFGGLLFGYDTGVINGALRPMTVDLALTPLTEGIVTSSLLFGAAAGAVGGGRLSDGWGRRKTIILLAVLFFVGTLACVFAPSFEVMVLGRVILGLAVGGASTVVPVFLAELAPYEIRGSLAGRNELMIVIGQLAAFVVNAIIGNVWGEFGGVWRIMLAVAALPAIALFFGMLRMPESPRWLISKGRSQEALEVLKTIRSVERAEAEMADVKHLADEERASKATSWGALKDKWILRIVLVGIGLGVAQQLTGINSIMYYGQSVLVEAGFDSSGALLANIAPGVIAVVGGVIALTLMQRINRRTTLLLGFTLTTVCHFLIGFASIVLPVGNAARPFVILFLVVAFVGSMQTFLNIAVWVMLSEIFPLHVRGFAIGLSVFCLWIANALLGLFFPTLVAGVGITGTFFLFGIVGILALIFIYTQVPETRGRTLEALEEDVTTGAIYLVHKKEPAGIS PGPT0016801_156 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_lNOSITOL_TRANSPORT_2,PGPT0016801-iolT-K06609 NA NA D3-18_02921 1023 ccpA_6 COG1609 Catabolite control protein A ATGGTTATCGGCAACCGCCATCGTTCGGCCACCCAAAGCGACGTCGCCAAGGAAGTCGGCGTCTCCCGAACCCTCGTGTCTTTTGCCTTCCGCGGCGCGCCGGGAGTCAGCGAGGAAACCAAACAGGCGATCTTCGATGCTGCAAAGCGTCTGGGCTACCGACCCAACGCAGTAGCTGCCGATCTCGCACGAAAGCATCGGTCCGCCGTCGGGCTCCATCTCTTGGACATCCGCAATGAGGTCTACGCTGACATCCTCAGCGGCGTCCGCATGGCACTGCCCCAGGACGGCAACAGGCTCATTCTGAGTGTCTCCCGGTCCGTTGACGGTGAGGACCACGGCGCGCTGGAATCACTGATTGAGGCGCGAGTGGGGATAATCATTGCCGCCACCCTGCTGGATCCCGACGAACGCGTCCATGAATTGGCCAAGATCGTTCCACTGGTCAGTGTGACGCGTCCCGTGGATGGCGTGGACAGCGTCTATTCAGACGATGCCGCGGGCGCCCGCGCAGCCACGGAACACCTCATCGGGCTAGGTCACACGAGAATCGCGCACCTGGCAGGTCCCGTCTACGACGGCCATACGGTCCGCAGGCAGAGTTACGCACAAACCATGCGCGACGCCGGACTGAAGCCACTATTGCTCGAGGCCGATGACTTTACGCAGGACGCCGGACAGCGGGCGGCCGCCAAATTGCTCGGCATGACTGACCGGCCAACGGCAATATTCACTCACAACGACCAGCTCGCGCTGGGCGCCCGCGAGGCTGCGTACGCGAACGGCCTTTCGTTGCCGTCCGAGCTTTCCCTGGTGGGATACGACAACTCGAGGACCTCCGGACTTCACGGCATCGACCTCACATCCGTTGACCTCCACGCTGTTGAACTCGGGCGGATTGCGGGAACCGTTGCCCTGGAACGCCTCAGCAATCCCGATGGGCCCGCGGCAGACAGGCGCCTCGCACCGCGGCTCGTAGTGCGAAACTCGACAGCCCCGCCGGTGGGAAACAGTCAAATGTGA MVIGNRHRSATQSDVAKEVGVSRTLVSFAFRGAPGVSEETKQAIFDAAKRLGYRPNAVAADLARKHRSAVGLHLLDIRNEVYADILSGVRMALPQDGNRLILSVSRSVDGEDHGALESLIEARVGIIIAATLLDPDERVHELAKIVPLVSVTRPVDGVDSVYSDDAAGARAATEHLIGLGHTRIAHLAGPVYDGHTVRRQSYAQTMRDAGLKPLLLEADDFTQDAGQRAAAKLLGMTDRPTAIFTHNDQLALGAREAAYANGLSLPSELSLVGYDNSRTSGLHGIDLTSVDLHAVELGRIAGTVALERLSNPDGPAADRRLAPRLVVRNSTAPPVGNSQM NA NA NA NA NA D3-18_02922 432 lexA_2 LexA repressor GTGGGCGTGATAGTCGGCCCCCGCGTGATAGATGCGGGCTTTTCCCTGATGTCAGTACTGCTGGCGCCTATCCCGGTGGCGGCGGGCTATCCGTCGCCCGCGCAGGACTATTTTGATGGTCGGATCGATCTCAACGAGCACCTGATCAAGGATGTCACCAGCACTTTCGTAGTGAGGGTGACCGGTGAGTCCATGGAGGGGGCCGGTATCAGTGACGGCGACGAGTTGATCGTCAACCGGGCGCTCGAGCCCAAGGACGGGTCCGTCGTCGTGGCTGTCCTCGATGGCGAGCTGACCATCAAAAGGCTACGGGTCACGCCCGCGGGAGTAGTGCTGCAGGCCGACAATCCCAAGTACCCGGACATACGCGTCCCTGCAATGTCGGAGTTGACCATTTGGGGTGTCGCCACCACGTGCCTGCATCACATTTGA MGVIVGPRVIDAGFSLMSVLLAPIPVAAGYPSPAQDYFDGRIDLNEHLIKDVTSTFVVRVTGESMEGAGISDGDELIVNRALEPKDGSVVVAVLDGELTIKRLRVTPAGVVLQADNPKYPDIRVPAMSELTIWGVATTCLHHI PGPT0015094_799 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ADAPTIVE_MUTATION CE-BACTERIAL_FITNESS-ENVIRONMENT-INDUCIBLE_DNA_POLYMERASES,PGPT0015094-umuD-K03503 NA NA D3-18_02923 816 hypothetical protein ATGAACCAGCTTCAACCAGATGAAGTGTTGAGCCAGGCCCTCCGCGCCGAACTTGTCTCACGGGTCCAGAAAGCGTCACCTGCACGCAAACGTAAAAGCGCCCGACTATGGCTGGGTACAGGCACTTTGGCGGGCCTCGGGCTTGTAGGTGGCGTGGGCGCGGCTGCCGCCGGATACTTCGTGATGCCCGGTAGCCAGAACGTCACGCCCTTGTCCGCGCCCGTAACCGGGACATACGTCGGGACGGCCACCATCGAACTCGGTGAGCCACCTGTTGGCACCACCGGAATAGAAATGGAACTCACCTGCCTGACGCCCGGATTTCTGAAGATCGGTGAAGCGGGAGGCGGGGTGGATTGCGGCAGTACCGATCTGCTCTCAGGTCCATATACGACGCGCGGTATCAACGCTTTGCTGCCCGGCCAGGGCAGCCTCACCATCAGCACCGGCTCAATCACTCGCTGGCAGATCACGGTGAAGTATGTGAACCAGGAAACGATGGACTGGGGTGTCAACCAGGACGGTAAGTCCTATGGCATGGAAAACGAGAAGGGGGCGCCGGACCTGATTGCCGTGATAGCAACCAACGGCGCCCGCGGCTACGTCTACAGGACTGATGAAGAGGAGGCCACCGGGACCGCCGCGATGAGGACTTTCAGAAGCCCTGCGGACGCCTTGGCTTGGCAGGAGGCTCGCGGTAATAGAGCTGTGGCGATTCCTGTCTACGACGTGAGCGGGAAAGAGGTGAATGGGGAATTTGTCATCGGCGGTGGTGACGGGCATATGGTCGAGGTGCCGAACGACGTTCCTCGGTGA MNQLQPDEVLSQALRAELVSRVQKASPARKRKSARLWLGTGTLAGLGLVGGVGAAAAGYFVMPGSQNVTPLSAPVTGTYVGTATIELGEPPVGTTGIEMELTCLTPGFLKIGEAGGGVDCGSTDLLSGPYTTRGINALLPGQGSLTISTGSITRWQITVKYVNQETMDWGVNQDGKSYGMENEKGAPDLIAVIATNGARGYVYRTDEEEATGTAAMRTFRSPADALAWQEARGNRAVAIPVYDVSGKEVNGEFVIGGGDGHMVEVPNDVPR NA NA NA NA NA D3-18_02924 582 sigE_2 COG1595 ECF RNA polymerase sigma factor SigE ATGGGGAACGATGAAACCGGCGATGCCGGGCTATGGGAGAAGAGCCTCCAAGGCGACGGCTCCGCGTTCGGTTTGCTGTTCGATCGCCACCGGGACAGGGTTTTCCGTCATGCGTACCGACTGGCCGGGAAACAGCAGGATGCTGAGGACGTCATGTCTACGGCGTTCCTTGAATTATGGCGTTGCCGGCGGAAAGTGCGACTCGTCGAAGGATGCGTTCTTCCATGGCTGCTGGTGACGACGACGAACGTTGCCCGGAATAGCAGTAGAGCCGCCCACCGGTACCGCAGGCTCCTCGATTCCCTCCCGCGCGGAGAGGGGGTGGTCAACCCTGCGGACCATGTGTTTCTCCAAGGCGAGTTGGATCTTGATGCAGCCCGGGCCTTGTCCACCTTGAACAACCTGGACCTGCAGCTGGTCAGCCTGGTCGTTTTCGAGGGATACACCATCGCCGCAGCCGCGGCCACCCTGGAGCTGACACCCGAGGCAGCGAAGTCCCGCATGCACAGGGCGCGACTGCGAATGAAGACGGCATTCAACGGGATGGCCCAGGCTGCGCCCGCCTTGGGAGGAGAACAGTGA MGNDETGDAGLWEKSLQGDGSAFGLLFDRHRDRVFRHAYRLAGKQQDAEDVMSTAFLELWRCRRKVRLVEGCVLPWLLVTTTNVARNSSRAAHRYRRLLDSLPRGEGVVNPADHVFLQGELDLDAARALSTLNNLDLQLVSLVVFEGYTIAAAAATLELTPEAAKSRMHRARLRMKTAFNGMAQAAPALGGEQ PGPT0014960_1446 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D3-18_02925 1287 hypothetical protein ATGTTGTCCGTGCTGAAAGACGTCACGTACCGTCGGCTCTTTGCAGCACAGGTCGTGGCACTGATCGGAACCGGCCTCCTGACGGTGGCCTTGGGCCTGATGGCGTTTGATCTTGCCGAAAGCAACGCAGGCGCAGTGATGGCAACTGCCCTAACCATCAAGATGCTGGCGTACGTAGGCTTCGCCCCGGTGGTGAACGCCCTTGTAGCACGGCTTCCCAAAAAGCCAGTGCTGATTGGAGCGGACCTCATCAGGGCATTGATGGCTTTGTGCCTGCCGTTCATCACTGAAGAGTGGCAAATCTATGCTGTGGTCTTCCTGCTGCAGTCAGCCTCCGCCACCTTCACACCAACGTTCCAATCCCTGATTCCCGAAGTGCTCAAGAAGGACCGGGACTACACCCGGGCATTGTCCCTATCCCGGCTGGCCTATGACATGGAGGCCCTCGTCAGCCCCGCCATCGCGGCGCTGTTGCTCACAGTGGTCAGTTACAGCAATCTCTTCCTGGGCACTGTGTTCGGATTCCTGTTTTCTGCCGGCATGGTGGCCATCACTGCGTTCCCTCCCACAGCCTCTGCCACTGGAACTACCGGAACTCTTTGGCACCGGACCAGCCTTGGTACGCGCATTTTCTGGAGCAACCGCAGGCTACGGTCCCTGCTTGCGCTCAACGTGGTGGTCGCCGCTCCGACAGCCCTGGTGTTGGTTAACTCTGTTCTTTACGTTCGCGAAGTCTTGCATCGACCCGAGACCGATTTGGCCCTTGCTTTGGCCAGCTTCGGGATTGGATCGATGACGGTGGCCATCTTGGCACCGCGTGCACTTCAGAGGTTTGGCGATGCAGCCGTAATGTTCACCGGCGCCGCAGTGATTTCCGCGGCCCTGGCAGTGACCACGGCGGTTACGTCCATGGCTTCACCGAACGGTGGCTGGTGGTGGTTGTTGGGGTTGTGGTTCCTGCTGGGCTCCGGCAATTCCGCGATCCTCACGCCATCTTCCAGACTTCTGCGGGACGCCTCCACCGAGGCCACCAGGCCCTACGTGTTCACCGCCCAGTTTTCCCTCTCGCATGCCTGCTACCTCCTCGCCTACCCGTTGGCCGGCTGGCTTGGCGCCGCCGCTGGTCTGGGTTGGGCTGCGTTGGCACTGACAATTCTTGCGATACTAGGCAGTGCAGGAGCTTTCCTGTTCTGGCCCCGGCAATCCGGCACGGGCGCCGAAGCATCCGTTGCGAGGGAGTACAGCGTTGAGCAGCCAACCAAGCAACCAGTCCCACGACGCTCCTGA MLSVLKDVTYRRLFAAQVVALIGTGLLTVALGLMAFDLAESNAGAVMATALTIKMLAYVGFAPVVNALVARLPKKPVLIGADLIRALMALCLPFITEEWQIYAVVFLLQSASATFTPTFQSLIPEVLKKDRDYTRALSLSRLAYDMEALVSPAIAALLLTVVSYSNLFLGTVFGFLFSAGMVAITAFPPTASATGTTGTLWHRTSLGTRIFWSNRRLRSLLALNVVVAAPTALVLVNSVLYVREVLHRPETDLALALASFGIGSMTVAILAPRALQRFGDAAVMFTGAAVISAALAVTTAVTSMASPNGGWWWLLGLWFLLGSGNSAILTPSSRLLRDASTEATRPYVFTAQFSLSHACYLLAYPLAGWLGAAAGLGWAALALTILAILGSAGAFLFWPRQSGTGAEASVAREYSVEQPTKQPVPRRS NA NA NA NA NA D3-18_02926 267 hypothetical protein GTGGGTGGGTTCGCCGGTGAGCCGATGATCGGCGTGGTTGATGGTTTCCTGTATCAGGCGGAGAAGGTGTCCGTCGTGGAGCGAATAGATGACGTGTCTCCCGTCTTTCCGGGTGTCCACCAGGCCGCTCAACCGAAGCTTGGCAAGATGCTGACTGACCACCGTGCGCGGGACCGTTGCTTCCCCCACAAGTTCTGTGACAGTTTTTGGTCCCTGGGCGAGCTGCCACAGCAAGTGCAGGCGTGTCGGTTCGGCCAGCATCCGTAG MGGFAGEPMIGVVDGFLYQAEKVSVVERIDDVSPVFPGVHQAAQPKLGKMLTDHRARDRCFPHKFCDSFWSLGELPQQVQACRFGQHP NA NA NA NA NA D3-18_02927 597 yyaP_4 COG0262 putative protein YyaP ATGAGCCAAGTCACGTGCGATCTGACTGTTTCCCTCGATGGATTTGTTGCCGGCCCCAACCAGCGCGTGGAGGAGCCGTTGGGCGACGGCGGAGAGCTCCTGCATAGATGGATGTTCGACGAACCGGAGGCGAATGCGCCCGAGATCGAAGGGATTCTCGCAGCCGGTGCCTTCATCATGGGACGCAACATGTTCGCAGGGCCCGGACCCGAGGCGTGGGACACGGAATGGCGGGGTTGGTGGGGCGAGGAACCGCCGTATCACGCACCGGTTTTCGTCCTCACCCACCATCGCCGTGAGCCGTTGGAGATGGAAGGCGGGACGACGTTCACCTTCGTCACAGACGGCATTGAATCGGCGCTGGCGCAGGCCCGCGAAGCTGCCGGTGACAAAGATGTAGCCATTGCCGGGGGAGCCCAGACCGCCCGCCAGTATCTTTCAGCCGGGCTCATGGACGAATTGCGGCTGCACATTTCACCCATGGTCCTTGGTGGTGGCGAGCGATTGCTCGACGGCGTCGGGGACCTGAAGCTTGAACAGGCAGAAGTGCGCGCGACTGGCCTGGTGACGCATGTTCGGTATCGGGTGGTCCGCTAG MSQVTCDLTVSLDGFVAGPNQRVEEPLGDGGELLHRWMFDEPEANAPEIEGILAAGAFIMGRNMFAGPGPEAWDTEWRGWWGEEPPYHAPVFVLTHHRREPLEMEGGTTFTFVTDGIESALAQAREAAGDKDVAIAGGAQTARQYLSAGLMDELRLHISPMVLGGGERLLDGVGDLKLEQAEVRATGLVTHVRYRVVR NA NA NA NA NA D3-18_02928 888 norW Nitric oxide reductase FlRd-NAD(+) reductase ATGTCCGCCATCCCGTCCGCACCTTCCCTCCACATCGTCATCGCAGGCGCCGGTCCTGCGGCCCAGGCTCTGGTGCGGCGACTTGCCGGAGAGCCCGACTCCCGGCAGCGCGCTTTCCACGGAACCATCACTGTGCTCAGCAACCGCGACGAGTGCCCGGACGCCCTGTTGGAACTCGCTGAACTTCCCCAGGTTTCGGTCCGCTTCGGGCAGGCTGCCAGCTTCATTGACGCCGATGCAAGGATCGTCACCACCGTGGATGGCATGGAGTTTTCCTACGACCAGTTGGTCATTGCAACCGGCTCGGCTCCGGCCCTTCCGCCGGTGGCAGGCGCGGAATCCAGCCTGAGCTACTCCACCATCGACGACGCCGCGAACATCGGCGAAGCGGTCAAGGACGTCACCCGCCTGGTGGGCCGCCGTCCATTGGGAATACTCGTCGGGAACGGGCCCGCGGCGGGGCAAGCCGAGGCTGTGCTGCGTGCCCGCGGAGTCCGCCCCGTCCGCACAACCCTCCGCCCTACCGCCGTCGTACCTTCCGCCACCACCGGCACGGGTGCGCAGGGTTCCATGCTGCCGGCCACCGGCATCCTCTTCGAAGACGGCAGCAGCATGAAAGGCGACCTGGTGGTGCTGGCCGAAGAGCGCACTGCCCGTAACGACCTCGCCGAAAGCGCCGGTCTCACAACCGCTCACGACGGCGGCATTTCAGTAGGTCGCGACCTCGCCACGTCCGTACCGGGCATCTGGGCGATTGGCGATGCCGCCTCCTGCGATGGACTTCGACTGGGCTTGCTTCTCTCCGCCGAGTCCTCCGCGATGCTGTGCGCCTCAGGCCTGCTCCTGAGTGCGGGCAAAGACGGTCAGCAGGCGTTGATCGCCGCCTGA MSAIPSAPSLHIVIAGAGPAAQALVRRLAGEPDSRQRAFHGTITVLSNRDECPDALLELAELPQVSVRFGQAASFIDADARIVTTVDGMEFSYDQLVIATGSAPALPPVAGAESSLSYSTIDDAANIGEAVKDVTRLVGRRPLGILVGNGPAAGQAEAVLRARGVRPVRTTLRPTAVVPSATTGTGAQGSMLPATGILFEDGSSMKGDLVVLAEERTARNDLAESAGLTTAHDGGISVGRDLATSVPGIWAIGDAASCDGLRLGLLLSAESSAMLCASGLLLSAGKDGQQALIAA PGPT0019730_2525 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,PGPT0019730-hcaD|cndC1-K00529 NA NA D3-18_02929 693 deoC COG0274 Deoxyribose-phosphate aldolase ATGAGCAACGAAGCCGTCGCGCCAGCAAATATTGCCTCCTACATTGACCACACACTGCTGAAGCCGGAGGCCAGCGAGGCTGATGTCCTCAAGGTGTGCACTGAGGCAGTCGAGTACAAGTTCAAGTCGGTGTGCGTTAACCCTGTCTGGGTCAAGACCGTCACCAAAGCCCTCAAAGGTTCGGGCGTGCTCACGTGCTCGGTCATCGGCTTCCCCCTGGGCGCCACCCCCAGCGACGTCAAGGCTTTCGAGGCCCGCGGAGCGGTGCTGGACGGCGCGGATGAAATCGACATGGTGATCAACATGGCCTCCGCCCGCGCCAACGACAAGGGCGCACTGGTGGACGACATCAGGGCCGTATCCGAGGTAGTCCACGCCGGGGAGGCCATCCTGAAGGTCATCATCGAGACCTCCATGCTGACCGATGAGCAGAAGGTCATTGCCTGCGAAGCGGCCGTGGAAGCCGGGGCGGACTTCGTCAAGACGTCCACCGGATTCAATGGCGGCGGTGCCACCGTTGAAGACGTTGCCTTGATGCGCCAGACCGTGGGACCGGAGCTGGGGGTGAAGGCCTCAGGGGGCGTGCGCTCCCTCGCCGATGCACAGGCTATGATTGCTGCTGGTGCAACACGTATCGGAGCGAGCTCCGGAATTGCCATTGTCAAGGGTGAACAGGGTTCATCCGCCTACTAA MSNEAVAPANIASYIDHTLLKPEASEADVLKVCTEAVEYKFKSVCVNPVWVKTVTKALKGSGVLTCSVIGFPLGATPSDVKAFEARGAVLDGADEIDMVINMASARANDKGALVDDIRAVSEVVHAGEAILKVIIETSMLTDEQKVIACEAAVEAGADFVKTSTGFNGGGATVEDVALMRQTVGPELGVKASGGVRSLADAQAMIAAGATRIGASSGIAIVKGEQGSSAY PGPT0017445_2115 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 D3-18_02930 228 hypothetical protein ATGTCCAAGAACGCCACAAGCGCCCCCATTGAAAAAGAGAACAGCCTGGGCACCAGCATTGTGCTGTTCCTTGTCATGATCGTGCTCTTCCTGGGCGCCATCTACTCGCTTTCTTTCCTCAGCCTGGATAACCCGTGGCCGATGGCCGTCTGCCTCGGGCTGTTCGCCCTCGCGTTCTGGATACCGCAGACCATTCTTGGCCGCTCCGACTCCGCCGGCGAAAGCTAG MSKNATSAPIEKENSLGTSIVLFLVMIVLFLGAIYSLSFLSLDNPWPMAVCLGLFALAFWIPQTILGRSDSAGES NA NA NA NA NA D3-18_02931 1137 hypothetical protein ATGACGCGGAATGGCCCGGGCCCCCGCCTGGGCCATTCCTTTTTGTTGGGCGTTTCCCTGGTGACCACACTCCTTCTCACGGGCTGCGGTCCAGCAAGTGCCCTCAGCCGGCCGGATGCACCGGACCGCATGGAACCAGCGTCCTGCGATGTGTTGGGAAGCAAGGCCGTCAGCGTCAAAGAATGGGTGGTGGAGGGATACGTCGACCCCGAGGACACCTCCAAATCCCTGCAACTGGCCATCGATAGCGCCTCCAAAAGTGGTGGAGCGATTGTGCAGTTACCCGAGGGCGTCTTCACCCTGGAACGTCCCTTGGTGATCAAGAGCAATGTTTCCCTCAAGGGAGCCGGGCCAACTACCGTCCTGAAAGCAGGCCCGGACTTTCTTGAATTCGAGGGGCCTTTCGGCGGCCATCCCCTGATCACCACCAACGGCGCACAAAACGTCACCATTTCGCAGCTCACAGCGGACCAAAACGGTGAAGAGTTGGATGGGAACCTTCCAGGACGCCTGCATGAGTACCTGGTGGATGTCCGCCACTCCAGCAACGCCCTGGTGGAGGGTGTCAGCACCCGGAATCCTTACACGTACTCCATCGCCGTGGTCGCCAGCAACAATTTCTGCATCCGTGATAACCACACATTGGTGACCAGCAGCGGCCGATACGATCAATTGGACGGCATCCACATCACTGACTCCCACGGAGGGTTGGTGGAGGGCAACACCGTTGACCAGCGTCAGGGAGATGACGGAGACGACGGTCTCGTGGCCCAAGCCCTCGGCGGGTCGGTTCATGACGTGACCTACAGAAACAATGACGTGCGCGGCGGATCCCACGGTTCGGGATTGCAGCTGGCCGTTGGTGAGCATGAAATCTACAACATCACTGTGGATGGCAACCGCTTTTGGGGTTCCCCCGATGGCGTCAAAACCGGATACTACGACGGCGGCACCGCGGCGGTTCACGATGTAGCGGTCACGAACAACGAATTTTTCAACCTTCAAGGCCCGTGGCTCAATTTCCACGGTGAGCTGGAAAACATCGTTGTGACCGACAACGGCACGTGCCAGGCCGGCACCATCATGCTCGAGGACGCACCCGGAAACGTTGTGGCCAACAACGGCACGAACTGCTGA MTRNGPGPRLGHSFLLGVSLVTTLLLTGCGPASALSRPDAPDRMEPASCDVLGSKAVSVKEWVVEGYVDPEDTSKSLQLAIDSASKSGGAIVQLPEGVFTLERPLVIKSNVSLKGAGPTTVLKAGPDFLEFEGPFGGHPLITTNGAQNVTISQLTADQNGEELDGNLPGRLHEYLVDVRHSSNALVEGVSTRNPYTYSIAVVASNNFCIRDNHTLVTSSGRYDQLDGIHITDSHGGLVEGNTVDQRQGDDGDDGLVAQALGGSVHDVTYRNNDVRGGSHGSGLQLAVGEHEIYNITVDGNRFWGSPDGVKTGYYDGGTAAVHDVAVTNNEFFNLQGPWLNFHGELENIVVTDNGTCQAGTIMLEDAPGNVVANNGTNC PGPT0018215_2039 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTURONASE,PGPT0018215-pglA-K01184 NA NA D3-18_02932 810 hypothetical protein ATGATGGGAGGACATCACGCCGCGTCTGGAGCCGCGGCGTGGATTGCTATTGCCTCGACCGGCCCGTACGCCTTGGGTTGGTATCCCTTGGATTCCACTGGAATCCTGATCGGCGCCATGGCGACGGCGGGAACTGCTTTGGTAGTCGATTGGGACCACCGCCACAGCACCATCGCGAATTCGCTGCCGCCGCTGTCCAATGTGATTGCAGTGGGAATCGAAAAAGCCAGCGGAGGTCACCGCCAAGGGACACACTCGCTGTTGGGGGCTTCCGCGTTTGTGGTGCTCGCAGCAATGGCGGCCCAGTTCCAGATGGTGACGCCGGTAGGCAAGCTCTCCATTGGAGCCGGGCTGCTGTGCATGTTCATGATCAACCTGGCAGCCAAGGCGTTGAACCTGTTTCCAAAATCGGGCTGGATTACCAACTGGCTGTTCGCTTTGGTGATGGCCGGCCTGGTGACGTGGTTTGCGCCGGACCAATGGGGTTGGCTGCCGCTGTCCATGCTTACCGGGGTGGTAGTGCACATCGTGGGGGACATGATTACGGTCGGCGGGGTGCCGCTTCTATGGCCCATCGTCATCAAACCACCCAAATTTCTCCGCAAATCCATGATCCGGGGAATCTGGCGGCCCAATGGGGCTTTCTCCATCCCGTTGTTGGGGCGGGCCGGTTCCCGACGTGAATGGCTGGTCCTGATCCCCGTCAGCGGCTACGCCATGGTGGGAATGGGGGCCGCTGCCTGGACGTTGGCACAACAGCATTGGCCGGGCGTGTTGGCGGCCTTGGGCGGAGTAGTGCAACTGCCCTGA MMGGHHAASGAAAWIAIASTGPYALGWYPLDSTGILIGAMATAGTALVVDWDHRHSTIANSLPPLSNVIAVGIEKASGGHRQGTHSLLGASAFVVLAAMAAQFQMVTPVGKLSIGAGLLCMFMINLAAKALNLFPKSGWITNWLFALVMAGLVTWFAPDQWGWLPLSMLTGVVVHIVGDMITVGGVPLLWPIVIKPPKFLRKSMIRGIWRPNGAFSIPLLGRAGSRREWLVLIPVSGYAMVGMGAAAWTLAQQHWPGVLAALGGVVQLP NA NA NA NA NA D3-18_02933 3633 mfd COG1197 Transcription-repair-coupling factor ATGAGCCTCAACGGTCTGCGCCGCGCACTGGCGGAGGACAAGACTTTTGCGCGCGTTCGTACGGAAGCACAGCGGTCCTTCAGCGACCGGAACGCCGACTACCAAATCAGCGCTCCCACTGGCATGCGTGCCGTGTTGCTCGCCGAAATGGCCGATGCCCTGGCTGACGCCGCTGCCGATGGCGCGGGCGCTCCCGTGGTCCTCGCCGTGACCGCCACCGGCCGGGAAGCAGAGGACCTCACCGCGGCGCTCGCCTCCTATCTCCCCGCGGAGTCCGTGGCCACCTTCCCCAGCTGGGAGACCCTCCCGCATGAGCGGCTTTCGCCCCGCTCCGACACAGTGGGCCGCCGACTCTCCGTCCTTCGCCGCCTGACACACCCTGAAAGCTCGACGGCGGCCCCCTTGCGCGTGGTGGTGGCCCCGGTCCGCGCCGTGGTCCAGCCCATCGTGGCCGGCTTGGGCGACCTCGTTCCGGTGACGCTACAGGTAGGGCAGGAGCGTTCCTTCACCGAAGTTGTCAGGGCCCTGTCCGACGCCGCATACGCCCGCGTGGACATGGTGACCCACCGTGGCGAGTTCGCGGTCCGCGGCGGCATCCTTGACGTCTTCCCACCCACCGAGGACCATCCCGTCCGCGTGGAATTCTTCGGTGACGAAGTGGACCAGATGCGCTGGTTCGCCGTGGCCGACCAGCGCTCGCTGTCCGCACCCGGGATCCACCACCCCACTGAGCTTCATGCCCCGCCGTGCCGGGAAATCCTGATCACCGCTTCAGTGATGTCCCGTGCGGCCAAGCTCAAGGCCGACATGCCTGCCGCGGCCGACATGCTGGAGAAGATCGCTGGCGGCATCGCTGTTGAAGGCATGGAGTCACTGGCTCCCGTGCTGGTGGATGCCATGGTCCCGTTCGTGGACCAGCTCCCGGCCGGCTCGCTTTCCGTGGTCATCGAACCCGAGAAGGTGCGCACCCGCGCGCACGACCTCGCAGCGACCAACGAGGAGTTCCTGGAAGCTGCTTGGTCAACGGCGTCCGACGGCGGTGCGGCGCCCCTTGACCTTTCGTCCCAGGCATCCACGGACTTGCACGCCGCCAGTTTCCGGTCGCTCACCGATACCCGTTCTGCGGCCTTGGAACATGGCGTGTCCTGGTGGTCCATCACCTCCCTCGCCTCGGATGAGGACCTGGTCCTGGACATCGATGTCCTCAACATGCGGGCACGCGAACCTCGTGGCTACCAGGGTGACGTGGCCGAAATGCTGGAGTTCATCGGCTCCCGCGTCCGCGAGCAGTGGCGTGTGGTGGTGGTAACCGACGGTCCGGGACCCGCCCAGCGCCTGGCCGAACTGTTCCATGACGCGGACATTCCTTGTTCCCGCGTGGAGTCCCTGGATAAGGAGCCCCAGCCGGGCATCATCGAGGTGACCACTGCCGCCGTCGGACGCGGTTTTGTCCTGGACGGCCTCAAACTTGGCTTGCTGACTGAAGCCGATTTGCTGGGCCGTGCAACAGCGAGCTCCACCAAGGACATGCGGCGCATGCCGTCCAAGCGCCGCAACGCCGTAGACCCGTTGCAGCTGCACGCCGGCGATTTTGTGGTGCACGAACAACACGGTATCGGTCGGTTCGTGGAGCTGATCCAGCGCAAGGTAACGGGAACGTCGTCGTCCGATGCCGGGCTGCGCGAGTATTTGGTGCTGGAGTACGCGCCGTCCAAGCGTGGTGCGCCTGGGGACCGGCTCTTCGTACCAACCGACCAACTGGACCAGGTGACCCGCTACGTGGGCGGAGATGCCCCGGCGCTGAGCAAGATGGGCGGCGCGGACTGGGCCAGCACCAAGTCCAAAGCACGCAAGGCTGTCAAAGAAATCGCGGGTGAGCTGATCCGGTTGTATTCCGCCCGCATGGCCTCCCGGGGCCACGCTTTCGCGCCCGACACCCCGTGGCAGCGTGAGCTTGAGGAAGCGTTCCCCTATGTGGAGACGCCGGATCAGTTGACCACCATCAACGAGGTCAAAGCGGACATGGAGCGGGAGATCCCCATGGACCGGCTGGTTTCCGGGGACGTGGGCTACGGCAAAACCGAAATCGCCGTCCGCGCTGCCTTCAAGGCCGTCCAGGACGGCAAACAGGTGGCGGTCCTGGTTCCCACCACGCTGCTTGCGCAGCAGCACTACGAAACGTTCACCGAGCGCTTCTCCGGCTTTCCCCTGCGGGTGAAGCCGCTGTCCCGGTTCCAAAGCGGCAAGGAAGCCAAGGAGACGGCTGAAGGCGTTAAGAGCGGAGCCGTGGACGTGGTGATCGGTACGCACCGGCTGCTGTCCAAGGACTTCGAGTTCAAAGACCTTGGCCTGGTAATTGTTGACGAGGAACAGCGCTTCGGCGTAGAGCACAAGGAAGCGCTCAAGAAGATGCGCACCAACGTGGATGTGCTGGCCATGAGTGCCACGCCGATTCCGCGAACCCTGGAGATGTCGCTGACGGGCATCCGCGAAACGTCCACCTTGGCGACGCCGCCGGAGGAACGCCACCCTGTGCTGACCTACGTGGGTCCGTACACGAACAAGCAGACATCCGCCGCGATCCGCCGCGAACTCATGCGCGAGGGACAGGTGTTCTTTGTACATAACCGCGTCTCGTCCATTGAACGTATCGCCGCGCAGATCCGGGAGCTGGTCCCCGAAGCCAGGGTTGAAGTAGCCCACGGGCAAATGTCCGAAAGCCGCCTTGAGAAGATCATCGTGGACTTCTGGGAGAAGCGTTTCGACGTCCTTGTCTGCACCACTATCATCGAGACCGGTCTGGACATCTCCAACGCCAACACCCTGATTGTGGACGGGGCCGATAAGTATGGCCTTTCGCAGCTCCACCAGCTCCGCGGGCGTGTTGGCCGTGGCCGGGAGCGTGCCTACGCCTACTTCCTGTACCCCTCAGAGAAACCCCTTGGCGAGGTGGCGTTGGAGCGGCTCAAGGCCGTGGCAGCCCACAACGAGCTTGGCGCCGGCATGCAGCTGGCCATGAAGGACCTGGAAATCCGTGGCGCCGGCAACCTGCTGGGCGGCGAGCAATCCGGCCATATCCAAGGCGTCGGCTTCGACCTCTACATCCGTCTGGTGGGCGAGGCTGTTGCCGAGTACCGCGGCGAGGCCGAGGAGAAGGCCGCCGAAATGAAGATCGAACTGCCAGTCAACGCCCACCTGCCACACGACTACGTGCCCGGCGAACGATTGCGCCTGGAAGCGTACCGGAAGCTGGCTTCCGCGATCACCTACGAGGCGATCGATGAGGTCCTGGCCGAACTCGTGGACCGTTACGGCGAGCCGCCGCTGCCTGCCCAGAACCTTATTGCAGTGGCCCGCTTCCGGGTGGGTGCCCGCGAAGCCGGCCTGTCCGACGTCGCACTCCAAGGCAACTTCATCCGCTTCTCGCCGGCGCAACTGCCCGAGTCCAAAACCATGCGCCTGAACCGCATGTATCCGGGTTCGCAGGTGAAGCCTGCCCTGGATGCGGTGCTGATTCCCAAGCCCAAGACAGCCAGGATCGGTGGACGGGATCTGCAGGACGCCGAGATCCTGCAATGGGCCAATAACGTCATTGAAGCGATTTTCGCTGAAGTACCTGTAAAGGCTGGCTAA MSLNGLRRALAEDKTFARVRTEAQRSFSDRNADYQISAPTGMRAVLLAEMADALADAAADGAGAPVVLAVTATGREAEDLTAALASYLPAESVATFPSWETLPHERLSPRSDTVGRRLSVLRRLTHPESSTAAPLRVVVAPVRAVVQPIVAGLGDLVPVTLQVGQERSFTEVVRALSDAAYARVDMVTHRGEFAVRGGILDVFPPTEDHPVRVEFFGDEVDQMRWFAVADQRSLSAPGIHHPTELHAPPCREILITASVMSRAAKLKADMPAAADMLEKIAGGIAVEGMESLAPVLVDAMVPFVDQLPAGSLSVVIEPEKVRTRAHDLAATNEEFLEAAWSTASDGGAAPLDLSSQASTDLHAASFRSLTDTRSAALEHGVSWWSITSLASDEDLVLDIDVLNMRAREPRGYQGDVAEMLEFIGSRVREQWRVVVVTDGPGPAQRLAELFHDADIPCSRVESLDKEPQPGIIEVTTAAVGRGFVLDGLKLGLLTEADLLGRATASSTKDMRRMPSKRRNAVDPLQLHAGDFVVHEQHGIGRFVELIQRKVTGTSSSDAGLREYLVLEYAPSKRGAPGDRLFVPTDQLDQVTRYVGGDAPALSKMGGADWASTKSKARKAVKEIAGELIRLYSARMASRGHAFAPDTPWQRELEEAFPYVETPDQLTTINEVKADMEREIPMDRLVSGDVGYGKTEIAVRAAFKAVQDGKQVAVLVPTTLLAQQHYETFTERFSGFPLRVKPLSRFQSGKEAKETAEGVKSGAVDVVIGTHRLLSKDFEFKDLGLVIVDEEQRFGVEHKEALKKMRTNVDVLAMSATPIPRTLEMSLTGIRETSTLATPPEERHPVLTYVGPYTNKQTSAAIRRELMREGQVFFVHNRVSSIERIAAQIRELVPEARVEVAHGQMSESRLEKIIVDFWEKRFDVLVCTTIIETGLDISNANTLIVDGADKYGLSQLHQLRGRVGRGRERAYAYFLYPSEKPLGEVALERLKAVAAHNELGAGMQLAMKDLEIRGAGNLLGGEQSGHIQGVGFDLYIRLVGEAVAEYRGEAEEKAAEMKIELPVNAHLPHDYVPGERLRLEAYRKLASAITYEAIDEVLAELVDRYGEPPLPAQNLIAVARFRVGAREAGLSDVALQGNFIRFSPAQLPESKTMRLNRMYPGSQVKPALDAVLIPKPKTARIGGRDLQDAEILQWANNVIEAIFAEVPVKAG NA NA NA NA NA D3-18_02934 1527 hypothetical protein TTGCAGCCTTCGGAAGCTACGCATTCCAATACCCCGCAGGACACCAAGACGGTGCTGGTCACCGGTGCCACGGGCTACATCGGCGGGCGGTTGGTCCCGCGGCTCCTCGAAGCCGGTCACAGGGTCAAGGTCCTGATCCGCACACCACAGAAGATTGCCGACGTCCCCTGGCACGATCAGGTGGAGATTGTCCAGGACAGCCTGTCCGATGCCCAAAGCCTGTCTAGTGCGCTGACCGGAGTGGATGTCCTCTACTACTTGGTCCACTCGATGGCCTCCGGCAGTGGGTTTGAAGCCAAGGAAGAAGCGATGGCGAGGCTCGTGGCGCGTGCGGCCACGGATGCGGGCGTGGACAGGATCGTCTACCTCGGCGGCCTGCACCCGGAAAACGCGGAGCTTTCCATCCATATGCGGTCCCGGGAGACCGTGGGCCGTGTGTTCCTCGAGTCTGGGGTCGACTCCATCGTGTTCCAGGCCGGTGTGGTGATCGGTTCGGGTTCGGCGTCTTTCGAGATGATCCGCCACCTCGCCGAAACCCTGCCGGTCATGCCTGCGCCCAGCTGGGTTAATAACCGTGTGGAGGCCATCGCCGTCCGTGACGTTCTCCATTATCTTGTTGCCGCGGCCGCACTCCCGGAGAAGCTGAACCGTTCCTTCGACGTCGGTTCCAGGGATGTCCTGAAGTACAAGGACATGATGAACGAGTACGCCGTGGAGCGTGGGCTCCCCCGGCGGCTGGTGGTCGCGCTTCCGGTGCCTGCCCCCAAGCTCGCGGGCTTGTGGGTAGCCCTGGTGACGCCCTTTCCGCTGTCCATGTCGCTGCCCTTGGTGCAGTCGCTGCAACACGACGCGGTGTCGCGGGAGCACGACGTCGACGATTACATTCCCCAGCCCGACGGCGGCCTGACTCCCTACCGGCGCGCCGTCGCCTTGGCGTTGGGCAAGGAACGGGACGGGCAGGTTGAGACGACGTGGGCGAACGCGGGCATTGACGCCGATCCCCTGCCGAGCGATCCCGACTGGGCCGGTTACAAGGTGTTCCTTGACGAACGGACCTTCCACAGCGAGGCCAAGCCGGAGCACGTCTGGACGATCATTGAGGGCATCGGTGGCAAAAACGGCTGGTATTCCCTTCCCTTGGCTTGGCGGGTCCGGGGTTGGCTGGACAAGTTGCAGGGTGGTGCAGGGCTGTTGAGGGGTCGCCGGCACCCGAAGACCCTGAACACAGGTGAAGTGGTGGATTGGTGGCGGGTGGAGGCCATTGACCGCGGACACCTGTTGCGGTTGCGCGCCGAGATGCGCGCCCCCGGCGGCGCTTGGCTTGAGTTGGCAGTGGAGCCCGACGGTGACGGCAGCCTCTATAAGCAACGCGCCATCTTCTTCCCGCGCGGCTTGGCGGGAAGGCTTTACTGGCTGGGCGTGTATCCCTTCCACGGGTTCATTTTTCCCTCAATGGCCCGCAACATTTCGGCCGCGGCCACTACCCTCCAGGAGGCCGGTTCAGTCGTGTCCACCCGGACCCCGTAG MQPSEATHSNTPQDTKTVLVTGATGYIGGRLVPRLLEAGHRVKVLIRTPQKIADVPWHDQVEIVQDSLSDAQSLSSALTGVDVLYYLVHSMASGSGFEAKEEAMARLVARAATDAGVDRIVYLGGLHPENAELSIHMRSRETVGRVFLESGVDSIVFQAGVVIGSGSASFEMIRHLAETLPVMPAPSWVNNRVEAIAVRDVLHYLVAAAALPEKLNRSFDVGSRDVLKYKDMMNEYAVERGLPRRLVVALPVPAPKLAGLWVALVTPFPLSMSLPLVQSLQHDAVSREHDVDDYIPQPDGGLTPYRRAVALALGKERDGQVETTWANAGIDADPLPSDPDWAGYKVFLDERTFHSEAKPEHVWTIIEGIGGKNGWYSLPLAWRVRGWLDKLQGGAGLLRGRRHPKTLNTGEVVDWWRVEAIDRGHLLRLRAEMRAPGGAWLELAVEPDGDGSLYKQRAIFFPRGLAGRLYWLGVYPFHGFIFPSMARNISAAATTLQEAGSVVSTRTP NA NA NA NA NA D3-18_02935 498 hypothetical protein ATGGCCCTGAGTGCATCCACCACCCTGCCCCACAGCGTTGACCGCGTAGCTGCTGTCTTCGTCAACGAAGATTTCCTGCGTCACACCAGCGAATACGTGGGCGGCTCCTTGGAATCGTTCACCGTTGACGGCGACACTGCCGGCGCTTTCACCACCACCACGGTTCGCACCCTGCCCACCACGCGCCTGCCGGACATCGCCCGCAAGTTCGTCGGCGAAACGCTGAAGGTGACCCAGACCGAGAAGTGGGAAGCCCCGGCTGCCGACGGTTCCCGGTCCAGCACGATTGCCCTGAAGATCTCGGGCGCTCCGCTTGACGTCACCGCGGTCCAGCGCCTTGTTGCCGAGGGTGGTAGCACCCGGATCGAGCTCGAAGGCAACGTGACCTCCTCGGTTCCGTTCCTTGGCGGCAAGATCGCTGATGCCGCCGAGCCCATGGTGGGCAAGGCTTTGGGCATTCAGTCGCAGCAGGCTCAGGCCTGGCTCGAAAGCCACTAG MALSASTTLPHSVDRVAAVFVNEDFLRHTSEYVGGSLESFTVDGDTAGAFTTTTVRTLPTTRLPDIARKFVGETLKVTQTEKWEAPAADGSRSSTIALKISGAPLDVTAVQRLVAEGGSTRIELEGNVTSSVPFLGGKIADAAEPMVGKALGIQSQQAQAWLESH NA NA NA NA NA D3-18_02936 222 hypothetical protein GTGGAAATCCCCGCAATCCTGGCGGTTGTCCTGATCGTCGCGGGTGTCTGGTCCTTGGTGGTGTGGCCGCAGTTCCTGAAGCGTGTCATGAAGGACCCGCGCGCCCGCGATGCTGCCGGGAAGGCCACCAAGTTCCTCACGGTCCACGTTGTGCTGGTCACCATTTCCATGGTGCTCGGACTTGCGACGGCGGCCATCGGGATCGCGGGCATGGTCGCCTGA MEIPAILAVVLIVAGVWSLVVWPQFLKRVMKDPRARDAAGKATKFLTVHVVLVTISMVLGLATAAIGIAGMVA NA NA NA NA NA D3-18_02937 1332 nhaA COG3004 Na(+)/H(+) antiporter NhaA GTGCCCCAGCCGACCAGCCAGCCGCAGCCACCAGGTCAGTCCCGGAACCAGACCGGCAAAGTTTTTTCACGCTCCAGCTACCCCGAGTACCGCAGGATCCTTTCGATCCTCCGCACGGAGACAGTTGGCGGCGCCCTCCTCCTGGCAGCCACAGTGGTGGCGCTCATCTGGGCGAACTCCCCTGCAGCAGACGGCTATTTCGCACTCCGCGACGTCAAGATCGGCTATGAACCCTGGCATCTTGAGCTGAGCCTGGGCCATTGGGCTTCAGATGGTTTGCTGGCGGTGTTCTTCTTCCTCGCGGGACTCGAACTCAAGCGCGAATTCGTAGCCGGGGAACTCCGGAAACCTGCCCGGGCAGTGGTCCCGGTGGCCGCTGCCGTTGGCGGAGTGGTAGTTCCCGCCCTGATCTACGTTCTGTTCAACATCGGAACGGCTGGAGAAACACTCAAAGGGTGGGCCATTCCCACGGCCACGGACATCGCCTTCGCCCTTGCAGTGCTGGCCGTCATCAACACGCATCTGCCCGCCGCGCTCCGGACATTCCTGCTGACGCTCGCAGTGGTGGACGACCTCATCGCCATCGGCATCATCGCCTTCTTCTACTCCAGCGGGCTCCAGCCCCTCATGCTTTTGGCTGCCCTGGTCCCACTGGCTCTCTTCACTTTCCTTGTCCAGAAGCGGATCCGCAGCTGGTATCTCCTGCTGCCGCTCGCCTTGGCCACCTGGGGCTTCGTTCACGCCTCCGGCATTCACGCCACCGTGGCAGGAGTGCTGTTGGGCTTCGCCGTTCCGGTCCTCGCCAGCGGCAAAAAGGGAGAACCGGCCGAGGGCCTGGCCGAGCACCTCGAACACAAACTACGCCCGTTCTCGGCAGGCTTCGCCGTGCCCGTCTTCGCGTTCTTCTCGGCGGGCGTTGCCTTGGGAGGGTTGGACGGCATGGGGGCCGCCCTCAGGGATCCGGTGGCTTTGGGCATCGTGGCAGCGTTGGTGGTAGGCAAGGCCGTGGGTGTCTTCGGCACCACGTTCCTGGTCACCAAAACCACCCGCGCAAGCCTGGATTCCAGCATCGCCTGGATCGACCTCTTCGGGCTGGCACTGCTGGCCGGCATCGGTTTCACTGTCTCGTTGCTGATCGGCGAGTTGAGCTTCGGCGCCGGCTCTGCCCATAATGACCACGCCAAGGTTGCCATCCTGGCAGGTTCCCTGATCTCGGCGCTGCTGGCCGCCGTCGTGCTCAAGGCCCGCAATCGACGCTACCGCCAGGTCCAGGCAGATGAAGAACGGGACGACGACGGCGACGGCGTCCCTGACGTCTTTGCGCGCGCCTAA MPQPTSQPQPPGQSRNQTGKVFSRSSYPEYRRILSILRTETVGGALLLAATVVALIWANSPAADGYFALRDVKIGYEPWHLELSLGHWASDGLLAVFFFLAGLELKREFVAGELRKPARAVVPVAAAVGGVVVPALIYVLFNIGTAGETLKGWAIPTATDIAFALAVLAVINTHLPAALRTFLLTLAVVDDLIAIGIIAFFYSSGLQPLMLLAALVPLALFTFLVQKRIRSWYLLLPLALATWGFVHASGIHATVAGVLLGFAVPVLASGKKGEPAEGLAEHLEHKLRPFSAGFAVPVFAFFSAGVALGGLDGMGAALRDPVALGIVAALVVGKAVGVFGTTFLVTKTTRASLDSSIAWIDLFGLALLAGIGFTVSLLIGELSFGAGSAHNDHAKVAILAGSLISALLAAVVLKARNRRYRQVQADEERDDDGDGVPDVFARA PGPT0013935_779 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013935-nhaA-K03313 NA NA D3-18_02938 570 hypothetical protein ATGCTTTCCTCGACGCCGTTTCCGGTGTCCGGGCTTACTTCCAAGCCTGACACGCGGCGCCGGCCCGCGGCCGTGCAGCGGTTAACCAACGATTTCCCAGAAGAGGCAATAGGCATCATGAGTCTTGACCAGCTGTACCAGCAGATCATCCTGGACCATTCCAAGCAGCGGCACGGCAGCGGCCTTGCCGGAACCGAGGCTCCGGACGGTACATCCACCGGTCAATCGCACCAGCTGAACCCCGTGTGCGGGGATGAAGTGACGCTGCGGCTGGCGGTGTCCGATGGAACCGTCCAACAGATCAGCTGGGACGGTGCTGGCTGCTCCATCTCCATGGCTTCTGCCTCGGTGCTCAGCGACCTGGGGGAGGGCCTGTCCGTGGAGGAACTGCACTCCGTCATTGATAACTTCCGCGAGGTTCTGCGTTCCCGCGGAAAGGTCCAGGCTGACCCGGAGATTCTGGGCGATGCCGCTGCCTTCGAAGGAGTGGCCCGCTACGCCGCCCGCGTGAAATGCGCCATGATTTCCTGGGTCGCTGCCGAGGACGCGCTAAACCAAGCCACCGCGTAA MLSSTPFPVSGLTSKPDTRRRPAAVQRLTNDFPEEAIGIMSLDQLYQQIILDHSKQRHGSGLAGTEAPDGTSTGQSHQLNPVCGDEVTLRLAVSDGTVQQISWDGAGCSISMASASVLSDLGEGLSVEELHSVIDNFREVLRSRGKVQADPEILGDAAAFEGVARYAARVKCAMISWVAAEDALNQATA PGPT0000075_903 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-ATMOSHPHERIC_NITROGEN_FIXATION N-FIX-NITROGENASE_BIOSYNTHESIS,PGPT0000075-nifU|iscU-K04488 NA NA D3-18_02939 1326 csd_2 COG0520 putative cysteine desulfurase TTGACTGCCGTATCAACTCCCGCCTCACTGCAGCGGTCCATGCACGCCATGGACAACGCGGAGGTGATGCGGATCCGGAACGATTTCCCGGTGCTGGACCAGATGGTCAACGGCAAACCCTTGATCTACCTTGACTCCGGCGCTACCTCGCAAAACCCGCTGAGCGTTATCGAAGCGGAGCAGGAATACTACGAGCAACGCAACGCCGCCGTCCACCGCGGCGCCCACCACCTTGCGGTAGAAGCCACCGAGGTCTTTGAGGACGCACGACAGACCGTGGCGGACTTTATTGGCGCACAGTATGAGGAAACCGTCTGGACCTCGAATGCCACGGAGGGCCTCAACCTCATCAGCTACGCGCTATCCAACGCCGCCCTGTGGGCTTCCCAAGGACGTGGTGGTTCGGCCCTGAAGGACCTCGCGATCGGTCCGGGCGACGAGATCGTCGTCACCGAAATGGAGCACCACGCAAACCTCATCCCTTGGCAGGAACTCGCCTTCCGGACCGGTGCTACGCTCAAGTACATCCCCGTGACTGACGACGGGATCCTGGGGCTTGATGCTGCCGCTGAAATCGTGGGCGAGCGAACCAAACTCCTGGCCTTCACCCATGCATCGAACGTCCTGGGCACCATCAACCCGGTAGCAGAACTGGTAGCCATAGCCCGCCGTGTGGGAGCTTTGGTGGTCCTGGACGCTTGCCAGTCCGTTCCGCACATGGCCGTTGACGTCAAGGAACTGGACGTCGATTTCGCCGTTTTCTCCGGCCATAAAATGCTGGCCCCCACCGGCGTGGGAGTGCTGTACGGGAAGCAGGAGCTCTTGGATGTCCTGCCGCCTTTCCTGACGGGCGGGTCCATGATCACCACGGTCACCATGGAACGGGCCGAATACTTGCCGGCACCACAGCGGTTCGAGGCCGGGACCCAGCGGATCTCCCAGGCTGTTGCGCTGGCAACTGCCGTGAACTACCTCACCGAGACGGGAATTGACCGCATCCATGCGTGGGAAACGGAGCTTGGCCAGCGCCTGGTTAAGGGGCTGGAAAGCATCGACGGCATTCGCGTGGTGGGTCCGGCGTCCGGTTCTGAACGAATCGGACTGGCAGCCTTCGACGTCGCCGGGGTCCACGCCCACGACGTCGGACAGTTCCTTGATGACCGCGGCATCGCCGTTCGCGTGGGCCACCACTGCGCCCAGCCGCTGCACCGCCGGCTCGGACTCACCGCCACCACCCGCGCGAGCACGTACCTCTACAACACCACGGACGACGTCGATGCTTTCCTCGACGCCGTTTCCGGTGTCCGGGCTTACTTCCAAGCCTGA MTAVSTPASLQRSMHAMDNAEVMRIRNDFPVLDQMVNGKPLIYLDSGATSQNPLSVIEAEQEYYEQRNAAVHRGAHHLAVEATEVFEDARQTVADFIGAQYEETVWTSNATEGLNLISYALSNAALWASQGRGGSALKDLAIGPGDEIVVTEMEHHANLIPWQELAFRTGATLKYIPVTDDGILGLDAAAEIVGERTKLLAFTHASNVLGTINPVAELVAIARRVGALVVLDACQSVPHMAVDVKELDVDFAVFSGHKMLAPTGVGVLYGKQELLDVLPPFLTGGSMITTVTMERAEYLPAPQRFEAGTQRISQAVALATAVNYLTETGIDRIHAWETELGQRLVKGLESIDGIRVVGPASGSERIGLAAFDVAGVHAHDVGQFLDDRGIAVRVGHHCAQPLHRRLGLTATTRASTYLYNTTDDVDAFLDAVSGVRAYFQA PGPT0020195_586 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 D3-18_02940 2532 hypothetical protein ATGTTGCCGGACCCCTGGCTGGACGAAGACACCGTCACAGCAGGGCTGAGGCCATCAACACTTCCGGACAGGGCGCAGCTGCTCGACCTCATCCTCTCCGCCGTTCCATCGGCCTCCACCAGTGGCATCGTGGTGGTGGGAGAGCGGGGCTCGGGAAAGAGCCACCTTTTACTCTCCCTCAAAGAGGGGCTCCCCAAAACCGTGGATGTCCGCACTTTCACGGGAAAGCCGGAACTCAGGGCTCTCCACTTCGGCGCATTGGGAGCCGTTTCCACCGGCGAAGGGGAGGAGGCTGTTGCTCCGGGCCTTCACGTCCTGCGGGCCCTCACCAATACTCTGGGGCCAGCCGACTACTTGTATACACCTCCGCTTGGACGACGCCGGAACAAGCGGCACGGTCAACCGGCACGGCCGCAGCTGGTCCTGTTGGTGGACGACATCCACCACATCGATCCCGCCTCACTGGCCGTCCTGCTGCAGCTCATCCCGGGCTTCGGTGCAACCTTGGTGGCTACGGCGGAAAGCCGCTATCCCCTTCCGCAGGACCTCTACCAGCTCTGGGAAGACGGCTTCCTGGAGCAGTACTTCCTGCCGCCCTTCAGCTTCAAGGAAGCTCATGCTCTGTGCGAGACCGTCTTGGGCGGACAGGTCCAGCGACGCGCGAGCAGCCTTCTCGCTGCCATGAGTGGCTTCAACGTTGGATTGCTTTGCCTCGCGGTGAATGATGCCCGCCGCGCCGGTTTCCTGGTACAGGTGGATGGATTCTGGACTATCGATGTCCGGGCGCACTGCGACTGGCCCAGCGTGGTTGAGCATGTCCGGGCGGAGAATGTTGCCCGCCCGCCGGAAGAACGCCAAGCGCTGGAACTCATCGCACTGGCCGAGCCGGTGGCGTTGGAGGTGGTGGAGCGCCACTTCGGGCAGAAAGCCACGGAGCATCTCTTGACGAACCATGACATCAGGTTGTTGCCGGGCCGGCCCCTGCTGATCCGTACAAGTTCGTGGCTGCGCGGCGAAGGAACCCGTTTGTCCGTGCCGCGCTCCCGGAGCATGGTGCTGCGACTGGGTTTGGAAGAGCCGGTGCTGACTACGGAGACGGCCCCCGCCATGCTGCGATGGATGACATGGACCCTCGACTGCGGCTTGAGCCTCTCCGACGAGCTTCTCTTGGCCGCCGCTCCCGCCGCTGACAGGCCGTCCACCGCCGAACTCGCCCGGAGGGCCGCCTCAGCAGTGACGGGCGAGGACCATGCTGACGAAGCCCGACTGCTGAGCGCGCGGGCGCTGATCGCCGAGGGCCAGCTCGTGGAAGCAGCTCCGGAACTTCGGCGCCTGGCGGCCGCGGGTGGGTCCCTTGGAGTAAAGGTGGACGCCGCACACCGGCTCATGGCCCTCGGGTTGTTGGGTGCCGCGCCCGGTGCCATGCTTCTTGACGCGGAGCCTGCTGAGTTGCAGCACGTGGGGCAGGCGCTTTCCCTCCAGGGCTCCGAGGAACCCACTGACCCTGCTGCCCTGATCATGTGGAAGGTGCGGGAAGCGGAGCGCCTGCTGCTTTCCGGGGCGGCGCCCGAAGCGCTGCAAAGCTCGTCTGTTGCGATGGAAACCATCAGCGCTGACCCGGCTATGGAGATGTTCCTGCCTGGGGCACTGCTCCGGCATGTCGTGAGTCTCCGGTACAACCTGGCATGGGGACTTGTTGACCCGCTCTTAGACTGTCCCGCCGATTACGCCATGCCGATGCACCTTTCGGCATGCCTGGACGTCGCCCGGGGCTACATCCAGCTGAGCCAGGGGCTACCGCGTGCGGCCCGCGCCACCTTGGAACCCGTCGTCGCTGAACTGCACGACGCCGGCCTACCGCCAGTGCTCGCTCTGGCTGCCGCCCTGCTGGCCTACTGCGAGGCTTTGTGTGGGAACCCGCGGCAGGCCATGGCCAAGGTCGGGCAGGGCATGGCCGCGCAGGAAGCTGCTCAGGAAGCCTCACGGGAAGCTTCGCAGGAACCCGCGCGGGATGCCGCTCCGAACACCGCACGCCCTGATGACCTCCTTCTACAGCTCAGCGCCGTGTATATCGCGGCAGCACAGGACCAAGCCGCCGGCACGTCAATTCATCTGTTGGCTCTGGCAGAAAAATTTCGCTCCCAAGGAAGCACACTGATGGAGGCGGAGGTGTTGTCGCTCCTGACACTTAACGCGGGCTGTGCCGCCGTCGACGATCCTGGGATCCTGCCCCGCCTGAGCGCTCTGGCCGCCACCCTTCACGGCCCCGGCGGTGCGGCGCTCCGAAAGTTCGCAGCGGCCTTGACGGACAACGACCCCAAGGCACTGGAGTCGGCTGGGAGGAGCCTGTCCGCGGACCGGCAGTTTGCCCATGCTGCGCTTTGCTATTCGCGGGCAGCCAGTGGTTACGAAGCCAGGACGCGCGCTGCAGCGAGTCGTCGGGCCTCGGTGCTCGTCGAGCGGCTCCGGACTGCCTTCGACAGCGGGATGGTTCCACCGCTGGGATGGGTGCCGGGGCGGGCCGGCAGCTGA MLPDPWLDEDTVTAGLRPSTLPDRAQLLDLILSAVPSASTSGIVVVGERGSGKSHLLLSLKEGLPKTVDVRTFTGKPELRALHFGALGAVSTGEGEEAVAPGLHVLRALTNTLGPADYLYTPPLGRRRNKRHGQPARPQLVLLVDDIHHIDPASLAVLLQLIPGFGATLVATAESRYPLPQDLYQLWEDGFLEQYFLPPFSFKEAHALCETVLGGQVQRRASSLLAAMSGFNVGLLCLAVNDARRAGFLVQVDGFWTIDVRAHCDWPSVVEHVRAENVARPPEERQALELIALAEPVALEVVERHFGQKATEHLLTNHDIRLLPGRPLLIRTSSWLRGEGTRLSVPRSRSMVLRLGLEEPVLTTETAPAMLRWMTWTLDCGLSLSDELLLAAAPAADRPSTAELARRAASAVTGEDHADEARLLSARALIAEGQLVEAAPELRRLAAAGGSLGVKVDAAHRLMALGLLGAAPGAMLLDAEPAELQHVGQALSLQGSEEPTDPAALIMWKVREAERLLLSGAAPEALQSSSVAMETISADPAMEMFLPGALLRHVVSLRYNLAWGLVDPLLDCPADYAMPMHLSACLDVARGYIQLSQGLPRAARATLEPVVAELHDAGLPPVLALAAALLAYCEALCGNPRQAMAKVGQGMAAQEAAQEASREASQEPARDAAPNTARPDDLLLQLSAVYIAAAQDQAAGTSIHLLALAEKFRSQGSTLMEAEVLSLLTLNAGCAAVDDPGILPRLSALAATLHGPGGAALRKFAAALTDNDPKALESAGRSLSADRQFAHAALCYSRAASGYEARTRAAASRRASVLVERLRTAFDSGMVPPLGWVPGRAGS NA NA NA NA NA D3-18_02941 2658 malT_2 HTH-type transcriptional regulator MalT ATGCAGGCTGAGCACCTTGTAGGGCGGGACGCCGAATTGGACCTGTCCATGGAGATTCTGCGGCAGGAAGGCGCCGGGGCCGTGCTCCTGGTTGCTGATCCCGGCATCGGCAAGACCGCATTGGCAGCCGAAATCGCAGCGCGGCTGGCTGGGGAAATGGTGGTGATGCGGGTTCATGGGAGTCCCGCATTGTCCGCCGTGCCCTACGGCGTCCTTGCCCCGTACTTGCTGGATCTTCCTGTTGAGCAGGCGACGTCGCCTGTGGCGATCCTGCGTGAGTTCTGGTCCCAGTTTGAGAAGCGGCGTGGCGGCGAAGGAGCGCGCCTGCTGTTGATTGTGGACGACGCACACGACCTCGATGAAGGTAGTACGCAGATTCTGGCCGAGCTGGTCACTGCGGGTTGGGCGCGGCTCGTAGCCACCAGCAGGCCCAGGCCGGGTTTGCCCGCGGCCCTGCTTCAACTCTGGTATGACGGACTCGCGGAACGGCTGGAGCTCCACCCGCTGGACAAGCAAACGGTCACTGAGCTGGCAGAAAAGACGCTCGGCGGGACCGTCATGTCCAGCGCGGCTGAGGTCCTGCACTCTGCGTCCGAAGGCAACCCATTGCTGCTTCACTGCCTCCTTGAGGACTCAAAGTCTGAGGGAAACCTGGTACGGCGGAACGGGGTCTGGCTCCTGACCCGAGCACTCTCCGGCAGGGGGGAAAGCCTGGCGGAGGTTGTCCGCAACAGGGTACTCCGGACCAGCGAGGCCGAACGGGAGGCGATGTACATCATTGCCCTGTCCGAGCCTGTCCCTGCCGCTGTGCTGGATACGCAGGTTGGCAGGGACACTGTTCGGGCATTGATGGACAGCCGGCTTGTATTCTCCGCCAATGGAGCTGGCGGGCCCCTCAAGTTGTGGCACCCCATGTACAGTGAGGCGCTCCGCAAGATCGTTTCGCCTGCCCGCAGCCTCCAAATCCGCCAGCGCATGGAGCAGCAATTGCCTGCTGAACCGTCCACAGCCGAGGGGCTGCTCCGGATGGTGAGCTGGGCACTGGACTGTGGTGCCGACGTCGATGATGAACGGCTGCTGCAGGCAGCAGTCCTGGCTGCCAAGCTGCTCCAGAATCCGCTCGCGATAGCGGCAGCGGGCAAGGTTCGATCGGAGGCGCTCCGTCCGCGGGCCAGCGCGGTCATGGCCATGGTCCATTACAACGACGGCGGCTACCGCACTGCCGTCCGGTTGCTGGAGGAAGGCTCTGGGTTCCTGGACGCTGATCCGTCGAGGCCTATGGGTGCAGGCCTTCTATGGGCTGCCGCGCGCACTGCCGCGGGCGATCCGTCAGCGGACATCGTGGCTGATGCGCGGACCGCTGCCAAAGCCCTGACGGGTGAGCGGGAGATCTCGGACCCGGTTGTCCAGCAAGTCGAAAGGCACGTGCGGGCGCTGGAATTGGCAGTACTCGCCAATGACGGCCGCTATGAGGAACTCCGTGAGGGCCTGGACCGGTTCGCTGAAGCGCTAGGGTCTGATGGACCTGACCTTGCCATGAACCGGATTTTCCTGTTGGCGATGCAGTGTGAGCTCCTGACGGTGGAGGGACAAGCCGTGCAGGCTTTGGAAGCTGGCCGGGAAGCCTTGCTGCTGTTGGAAGAGGACAACGACTTCCTGTACTTCAGCGACTTTGTTCTGCTGCGCTACGCCCTTGCCGCCTTGGAATCCGGAGACTGGGAAACGGCCGTTACAGCCCTTGACCGGTACGCCGTCGGTTCGGCCGCGGGACTCATCTATTTTGGTGGAGGCATTGAAGCGCTCAAAGGCATGTCACTGCTGCGCCAGGGCCGGCTGGAACAGGCCACGGAGCTGCTGGCGCCCACCGTCGAGGCGCTGCGGGTCAGGGACCCCCTGCAGTTGCGAAGCCTTGGTAACGCCTTGGCGTTCTACGCCGCAGCCAAGTCCGGCGACACACAGCTCGCCCGGCGCTTGGAAAGCGAACAAGGAGGGGCAGCCGGAGCAGGCGCCTTCGTGGAGGCCCTCGCCGAACTGTTCAGGCTTGCAGGGCAGGAACTTCTCAGCAAAGGCACAGGGCTGCAGAAATTGAGCCGACTTCCGGAATCCGGATATCTGCATCGGTTGCCGGGCATTCTGATGCAAAACCTGGTGCTCAGGGCCGAGCTCGGGGACGTTGAGGCCATGGAATCCATCCAGGAAACGGCGTCGTCGATGGCGGGAGGCTGGGCCGGGGGCTGGCAGTCGCTTGCGGCGGCACAGTTGCGCGGTGAGGGCCAAGGGCTCGTGAATGCGGGCAATCTCCTGGCTGCTTCCGGGATGCCCGGACCTGCCGCGGTGGCCTTCGACAGAGCTGCTGTGACCTTCGATGCTGAAGGAAAACGGCCCGAGGCGCGGCAAGCAGCTGTACTGCGCGATGTCAGCGAGGCCAGCCTGGGGGATGCCCTGGTTCACGACCCGCACACGGAGGCGGACCGATCCGTGCCACTGACCCGACGCGAGCAGGACATCGTGGCATTGGCCGTCTCAGGACTGACCGACCGCCAGATCGCCGAGAAGCTCATGGTGTCGGTCCGGACCGTGGAAGGTCATTTATACCGGAGCTACGCCAAACTGGGTATCCGGCGGCGTGAAGATCTGGGTGCGGCCGTCCGTCACTGA MQAEHLVGRDAELDLSMEILRQEGAGAVLLVADPGIGKTALAAEIAARLAGEMVVMRVHGSPALSAVPYGVLAPYLLDLPVEQATSPVAILREFWSQFEKRRGGEGARLLLIVDDAHDLDEGSTQILAELVTAGWARLVATSRPRPGLPAALLQLWYDGLAERLELHPLDKQTVTELAEKTLGGTVMSSAAEVLHSASEGNPLLLHCLLEDSKSEGNLVRRNGVWLLTRALSGRGESLAEVVRNRVLRTSEAEREAMYIIALSEPVPAAVLDTQVGRDTVRALMDSRLVFSANGAGGPLKLWHPMYSEALRKIVSPARSLQIRQRMEQQLPAEPSTAEGLLRMVSWALDCGADVDDERLLQAAVLAAKLLQNPLAIAAAGKVRSEALRPRASAVMAMVHYNDGGYRTAVRLLEEGSGFLDADPSRPMGAGLLWAAARTAAGDPSADIVADARTAAKALTGEREISDPVVQQVERHVRALELAVLANDGRYEELREGLDRFAEALGSDGPDLAMNRIFLLAMQCELLTVEGQAVQALEAGREALLLLEEDNDFLYFSDFVLLRYALAALESGDWETAVTALDRYAVGSAAGLIYFGGGIEALKGMSLLRQGRLEQATELLAPTVEALRVRDPLQLRSLGNALAFYAAAKSGDTQLARRLESEQGGAAGAGAFVEALAELFRLAGQELLSKGTGLQKLSRLPESGYLHRLPGILMQNLVLRAELGDVEAMESIQETASSMAGGWAGGWQSLAAAQLRGEGQGLVNAGNLLAASGMPGPAAVAFDRAAVTFDAEGKRPEARQAAVLRDVSEASLGDALVHDPHTEADRSVPLTRREQDIVALAVSGLTDRQIAEKLMVSVRTVEGHLYRSYAKLGIRRREDLGAAVRH NA NA NA NA NA D3-18_02942 2733 hypothetical protein ATGTCGGCGGAGTTGCTAAACAGGAGCGGGGGAGGCGTAGCGAGAGCTGCGGCTCCCGATCTTGTGGGCGGCCCAACAGACCGTCAAACATGGTCGCTGTTGGCCCGGAGCCACGATTTGTCCAAGGCGGGCAAACACCTCGAATCGCCAGACTCCTACGGTGTGGTCCTTACCGGGGAACGGGGAATCGGTAAATCAGGCCTGGCCAGGGCGGTGGTGTCATCGCTTGGCCCCAAAGTCCACAGCCTCCAGCTGCGCAACACCGTAGCAAGCGGCCAAACCCCCTATGGATGCCTTGGTTTCCTGCTGGCCCGGTTGCCCTCGGGCGCCGTGGGCTCGCCTACGGGCATCCTGCACGCGGTCACGAACCTGATCAGGGCAGAAGCCGCGGGCCGGGATACCGTTTTCATCGTGGATAACGCCGGTGGCATGGATCCCATGAGCACAGGGGTGCTGTTGAACCTCATGGCTACCGGCACCGCGAAGGTCATTGCCACCGTGCAACGCGCCAGCGACCTCCCAGCTGATTTCCATCGGTTGGTCCTTGAGGGAACGCTGGGTGAGGTGCATCTGAACACGCTCAGCGAGGAACAGACCAAGCAGGTCCTCGGCTCGGTCCTGGGGCACTACGTCTCTTCAACACTGGTAGGTTCACTTCACTCCGCCGTGGGGGGCAACCCCATGCTCCTGCATGCGCTTCTCGAGGAGCAGCGACACACGGGCAACCTGGTTCTCAACGACTCCGTCTGGACTCTCCGTGACCGAATCAAACTTGAGGGTGCCACGGTTGTGGAGGACTTTGTCCGCTCCAGACTGGCGCGCGAACCGCAAGCCAGCAGGACCGTCGTCGAAATCCTGGCTTGTGCGCAGCGCGCAACACTGTTGGATCTGGCAGGCATCTTCGGGACCGAAGTTCTGGTGGAGATGGAAGAGTCAGCCCTGCTGACTATTGAAAAGGACGGGGACCACTGGGTTTCGCTTCGGGACCCGTACGTTGGCGAGGTGGTGCGGGGCTGGTTGAGTACCCGCCGTATGCGTGAGCTGCGGTTGATGCTGCACGGCCCCAAAGAGCCTGAACTCCAAGCCCTGGCACCGCAGGACCTCCTGAGCTATGCGGCGTGGATGCATGCCTCCGAGGACGAACCCGCGCCGTCACCCGCTCATGCACTTGCGGCCGGGCGGGCCGCCTTGGATGACTATGACCCCAACTTCGCCATTCAATGCACGCTGTCACTGGACCCGAAGGACAGCGAATGGGTGCCCGGACAACGGCTCAAAGCTGCGGCCTACCTCTTGCTGGACCTGCCGTTGCACGCGGCCCAAGCGTTGGATGAGGTGTCCGATTCCCACATCGCGGTTTTGGAGCCGTTGGAGTTCGCTGAAGTCATCGCCGCAAAATGCCAGGCGATGACGTGGATCGACGGTCGGTCAGGAATGGTGCCGGGAGTTATCGCCGCCGGGCTGGAGACGCTCGAAGCCAAGGCCGGGGACTATCCGGCACAGGCCATGGCCGCGGCGCGCAACCGACTCCGGCTATGCAGCTACGAGTACCAAACCTACATGGGTGACTACGCCGCCATGATTGACGCGTTGGAGGAGGAACAGGCCAAGGATCCCGCGGAGGACCGTGAACACTGGCTCAAGTCATCCTTCTTCCTGATCGAGGCCCGCTGCATGCTGGGCAGGGAGTTGGAGGCACAACAACTCGCGCGAACCGTTTCACGGCACTTGGGGGACACGGACCGCCCCGCACAGCTGGAGGAATCCTTCGCCAGGCACGCGTTCCTGGTCCTCCTGTTGTCCGGGCAATGGCGGAAGTGCATCGAGCTCATGCGCCGCACACCCTCAGGGTCCTCACGACTTCAATACCGGGGTGCGCTCACCGAACTGGGAGTTGGGCTCGCGTTCGCTTATGCCGGCAAGCCCGCCAGCGCAATCGAGCCCCTGCGTTCGGCCGTTGCCCAACTGGAGCTCCGGCCCAGCATGAACATGAACAAGGTTGCCTATGCAGCCACCGCTTTTGCCTACGCTCAACTGGGCAATTCCGTGGAGGCAGGCCGCTACCTGGACCTCTACAGAACCTGCAGGGGAGTGGGGACATATTTCTCCGAATCCGTCGCTGAGTTCTGTGCGGAGATGGCCGGGCGGTGGATGGGCGACCCTGACGTGAAGCAGCGGCTCCTGGCCCGGGTACGCACAGACATCGAGCAGCAGCGCTTCACCACGGCCGGCATCTACCTTTTTGGTGCCACCGTGGAAGGCACGGATGAGGAATACCGCTTGCTGGAGGATATTGCCGGCCGTCGCCAAGGGCCTTTGGCCAGGATCTCCGGCGACCTTGCACGTGGTGCCCTGACCAAGAGCTCCCGCTCGTTGCTGGCGGCTGCTGATGCCGCAGCATCCCTTGACCTGTTGGTGGTGGAAGCCCGGTGCGTGGCCATGGCACTCGATTACGCCAGGGACGCCGGGGAAACAACAGCAGCCCGAACGGCGCAGCTGAGGCTTGAACGGCTGGAACATTCGGTCCCTGCATTGCCGATCCAGCCACGCAGCGACGCGCCGGTGTTGACCGAACGGGAACGCCAAATTGCTAAACTCGCGGGAAAGGGTGTCAGCAACCGTGAAATCGCGATGGATATTGGGGTGTCTGTGCGAACTGTAGAAGGTCATCTGTATCAGGTGTTCACCAAGCTCGGCGTATCGTCTCGGGGCGAGCTCAATGGACTGCTGTGA MSAELLNRSGGGVARAAAPDLVGGPTDRQTWSLLARSHDLSKAGKHLESPDSYGVVLTGERGIGKSGLARAVVSSLGPKVHSLQLRNTVASGQTPYGCLGFLLARLPSGAVGSPTGILHAVTNLIRAEAAGRDTVFIVDNAGGMDPMSTGVLLNLMATGTAKVIATVQRASDLPADFHRLVLEGTLGEVHLNTLSEEQTKQVLGSVLGHYVSSTLVGSLHSAVGGNPMLLHALLEEQRHTGNLVLNDSVWTLRDRIKLEGATVVEDFVRSRLAREPQASRTVVEILACAQRATLLDLAGIFGTEVLVEMEESALLTIEKDGDHWVSLRDPYVGEVVRGWLSTRRMRELRLMLHGPKEPELQALAPQDLLSYAAWMHASEDEPAPSPAHALAAGRAALDDYDPNFAIQCTLSLDPKDSEWVPGQRLKAAAYLLLDLPLHAAQALDEVSDSHIAVLEPLEFAEVIAAKCQAMTWIDGRSGMVPGVIAAGLETLEAKAGDYPAQAMAAARNRLRLCSYEYQTYMGDYAAMIDALEEEQAKDPAEDREHWLKSSFFLIEARCMLGRELEAQQLARTVSRHLGDTDRPAQLEESFARHAFLVLLLSGQWRKCIELMRRTPSGSSRLQYRGALTELGVGLAFAYAGKPASAIEPLRSAVAQLELRPSMNMNKVAYAATAFAYAQLGNSVEAGRYLDLYRTCRGVGTYFSESVAEFCAEMAGRWMGDPDVKQRLLARVRTDIEQQRFTTAGIYLFGATVEGTDEEYRLLEDIAGRRQGPLARISGDLARGALTKSSRSLLAAADAAASLDLLVVEARCVAMALDYARDAGETTAARTAQLRLERLEHSVPALPIQPRSDAPVLTERERQIAKLAGKGVSNREIAMDIGVSVRTVEGHLYQVFTKLGVSSRGELNGLL NA NA NA NA NA D3-18_02943 585 pth COG0193 Peptidyl-tRNA hydrolase ATGACTGACACCTGGCTGATTGTCGGCCTCGGCAACCCCGGCAGCGAGTACAGCAACAACCGGCACAACGTTGGCCAGATGGTGCTGGACGAACTGGCTTCCCGCATGGGTGGGAAGTTCAAGGTCCACAAGGCCCGCGCCCAGGTGGTGGAGGGCCGGCTGGGCATCGGAGGTCCTCGCGTCGTGCTCGCAAAGCCCATGACGTACATGAACGTCTCAGGTGGTCCGGTGGCAGGGCTGTGCAACTTTTTCGACATCGCACCGGACCATGTCATAGCCGTCCACGACGAGATCGACATCCCTTTTAACACAGTCAAGCTAAAAATAGGTGGCGGTGAGGGTGGGCACAACGGTCTGCGCGACATCTCCAAGGCACTTGCCACCAAGGACTACCTGCGCGTCCGTGTAGGGGTGGGCCGGCCGCCGGGGCGCATGGAGACGGCCGACTATGTCCTCCGGGATTTCGCTACCGCGGAGAAGAAGGAACTGCCGTTCCTGGTGGACGAAGCGGCTGACGCAGTGGAGCTGCTCATGGATCAGGGCTTGCTCGCCGCGCAACAGAAGCACCACCCTGCCAAAGCTTGA MTDTWLIVGLGNPGSEYSNNRHNVGQMVLDELASRMGGKFKVHKARAQVVEGRLGIGGPRVVLAKPMTYMNVSGGPVAGLCNFFDIAPDHVIAVHDEIDIPFNTVKLKIGGGEGGHNGLRDISKALATKDYLRVRVGVGRPPGRMETADYVLRDFATAEKKELPFLVDEAADAVELLMDQGLLAAQQKHHPAKA NA NA NA NA NA D3-18_02944 576 rplY COG1825 50S ribosomal protein L25 ATGTCTGAGCAGAAGCTCACCGCAGAACTGCGCACCGAATTCGGCAAGGGTTTTGCCCGCCGTGCACGCATGGCCGGCCAGATCCCGGCTGTCATTTACGGCCACGGCGCGGAGCCCATCCACATCAACCTGCCGGGCCGCGCCACCACGCTGGCAGTGCGCGTTTCCAACGCCCTGCTTGCAATCGACGTCGACGGCGAGCAGCACCTGACGCTCGTCAAGGACATCCAGCGCGATCCCGTAAAGCAGATCATCGAGCACGTTGACCTCCAGACCGTGAAGGCCGGCGAGAAGGTTACCGTCGACATCGCCATCCACGTTTCCGGTGAAGTTGCTCCGGGTGCTGTCGCCAGCCTCGAAGCCACCACGGTTTCCCTCGAAGCTGAGGCAACCCACGTTCCCACCGCCGTCGAGGTCAACATTGACGGCCTCAAGGCCGGCGAGAGCATCCACGCCTCCGACCTGGTTCTGCCGAAGGGTTCCATCCTGCTCACCGAAGGCGACACCCTGGTGGTCCGCATCGCTGAAGCCGCTGGTGCTGAAGAAGAAGAGAGCACGGAAGCTGCCGCTGAGTAG MSEQKLTAELRTEFGKGFARRARMAGQIPAVIYGHGAEPIHINLPGRATTLAVRVSNALLAIDVDGEQHLTLVKDIQRDPVKQIIEHVDLQTVKAGEKVTVDIAIHVSGEVAPGAVASLEATTVSLEAEATHVPTAVEVNIDGLKAGESIHASDLVLPKGSILLTEGDTLVVRIAEAAGAEEEESTEAAAE NA NA NA NA NA D3-18_02945 981 prs COG0462 Ribose-phosphate pyrophosphokinase ATGAGCGAAATTACCGCACACGGCGAGAAGAAACTGATTCTCGCCGCCGGAAGGGCGCATCCGGAGCTGGCGCAGGAAATCGCGAAGGAGCTGGAGACCGAGCTCCTGCCCATCGACGCCTACGACTTCGCCAACGGGGAAATCTACGTCCGTTCGGCCGAGAGCGTGCGAGGCACTGATGCCTTCGTCATCCAGGCCCACCCGGCTCCGCTGAACAACTGGCTCATGGAGCAGTTGATCATGATTGACTCCCTCAAGCGTGCCTCGGCCAAGAGGATCACGGTTGTTTCCCCGTTCTACCCGTACTCCCGCCAAGACAAGAAGGGCCGCGGTCGCGAGCCCATCTCCGCCCGTCTGGTTGCCGACCTTTACAAGACTGCCGGCGCGGACCGCATTATGTCCGTTGACCTGCACACCTCGCAGATCCAGGGCTTCTTTGACGGTCCTGTTGACCACCTGATGGCCATCCCGCTGCTGGCCGACTACATCCGCACCAAGGTGGAAGCCGACAACATCACGGTTGTTTCGCCTGACACGGGCCGCGTCCGGGTAGCGGAGCAGTGGGCTGAGCGCCTGGGCGGTGCCCCGCTCGCGTTCGTTCACAAGAGCCGCGACCTCACCGTCCCCAACCAGGCGGTCTCCAAGACTGTTGTTGGGCAGGTTGAAGGCCGCACCTGCGTCCTCATCGACGACATGATCGATACCGGTGGAACCATCTCCGGTGCCGTCCAGGTTCTGAAGAACGCCGGAGCCAAGGACGTCATCATTGCCTGCACGCACGCGGTCTTCTCCGATCCTGCTGCGCAGCGCCTCGCTGATTCCGGCGCCCGCGAAGTCGTGGTCACCAACACGCTGCCCATCCCGGCAGAGAAGCGCTTCCCGTCGCTGACGGTGTTGTCGATCGCACCGTTGATTGCCCGCGCCATTCGTGAAGTGTTCGACGACGGTTCGGTCACGAGCCTGTTCGACGGCAAAGCATAA MSEITAHGEKKLILAAGRAHPELAQEIAKELETELLPIDAYDFANGEIYVRSAESVRGTDAFVIQAHPAPLNNWLMEQLIMIDSLKRASAKRITVVSPFYPYSRQDKKGRGREPISARLVADLYKTAGADRIMSVDLHTSQIQGFFDGPVDHLMAIPLLADYIRTKVEADNITVVSPDTGRVRVAEQWAERLGGAPLAFVHKSRDLTVPNQAVSKTVVGQVEGRTCVLIDDMIDTGGTISGAVQVLKNAGAKDVIIACTHAVFSDPAAQRLADSGAREVVVTNTLPIPAEKRFPSLTVLSIAPLIARAIREVFDDGSVTSLFDGKA PGPT0021480_1861 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021480-prsA-K00948 NA NA D3-18_02946 1500 glmU COG1207 Bifunctional protein GlmU GTGAGCCCCGAAACCACCGGTCCCGCAGCGGTGATCGTTTTGGCCGCAGGTGCCGGAACGCGCATGAAGTCGCGGACTCCCAAAATCCTCCACGAAATCGGCGGCCGCTCCATGGTGGGCCACGCTCTCCTCGCCGCACGTGCCATCAACCCGTTGAAACTGGCCCTGGTTGTCCGCCACGAGCGTGACCGCGTAGCAGAGCACGTTACCGGGCTGGATCCGGAAGCACTCATTGTTGACCAGGACGATGTTCCCGGCACTGGCCGCGCAGTGGAAGTCGCACTCAACGCGCTGGACGCCGACGCCGAACTTTCCGGCACCGTGGTGGTCACTTACGGCGATGTCCCGCTGCTGACCGGTCAACTGCTCGGCGAACTAGTTGCCACGCACGAGGCTGAGGGCAACGCCGTCACGGTCCTCACCGCGGTGCTGGACGACGCAACCGGCTACGGCCGGATCCTGCGCGCCGAAGATGGCACGGTCACCGGTATTCGTGAGCACAAGGATGCCAGCGAGACCGAGCGCACCATCCGCGAGGTCAACTCCGGTATTTACGCGTTCGACGCCGCCGTTTTGCGCACCGCACTGGCAAAGGTCACCACGGACAACGCCCAGGGCGAGATGTACCTGACCGACGTCCTCGGGTTGGCCCGTGACGCAGGCGGCCGGGTTGCCGCCGTCGTGACTGAGGACCGTTGGCAGGTTGAAGGTGCCAACGACCGCATCCAGCTGTCCGCGCTTGGTGCCGAGCACAACCGCCGCATCATCGAGTCCTGGATGCGTGCCGGCGTGACCGTGGTGGATCCCGCCACCACCTGGATTGATTCCACCGTCACGCTCGATGAAGACGTCCGGTTGCTGCCAAACACCCAACTGCACGGTTCCACCACGGTGGCGCGCGACGCCGTCGTGGGTCCTGACACAACTTTGACCGACGTCAACGTTGGCGAGGGCGCAAAGGTGATCCGTACGCACGGTTCGGGTTCCACTATCGGTGCCAAGGCGAGCGTTGGGCCGTTCACGTACCTCCGCCCCGGCACCGTCCTGGGCGAAACCGGCAAGATCGGCGCGTTCTACGAAACCAAGAACGTGACAATCGGCCGCGGCTCCAAACTGTCCCACCTGGGCTACGCCGGTGATGCTGAGATCGGCGAAGACACCAACATCGGTTGCGGCAACATCACCGCTAACTACGACGGCGAGAAGAAGCACCGCACGGTGATCGGCTCGGGCGTCCGCACGGGTTCAAACACGGTCTTCGTGGCACCTGTGACAGTTGGCGACGGCGCTTACAGTGGCGCCGGGGCGGTCATTCGCAAGGATGTTCCCGCGGGCGCCCTCGCGCTCAGCCTGGCCGCACAACGGAACGCCGAAGGCTGGGTAGCAGCCAACCGGCCGGGCACCGCCTCCGCAAAGCTGGCCGAGGCCGCGCAGGAGCTTGCATCCGCATCCACATCTTCACAATCCCCGGCAACCATAGAAGAAGGCAAACAGGCATGA MSPETTGPAAVIVLAAGAGTRMKSRTPKILHEIGGRSMVGHALLAARAINPLKLALVVRHERDRVAEHVTGLDPEALIVDQDDVPGTGRAVEVALNALDADAELSGTVVVTYGDVPLLTGQLLGELVATHEAEGNAVTVLTAVLDDATGYGRILRAEDGTVTGIREHKDASETERTIREVNSGIYAFDAAVLRTALAKVTTDNAQGEMYLTDVLGLARDAGGRVAAVVTEDRWQVEGANDRIQLSALGAEHNRRIIESWMRAGVTVVDPATTWIDSTVTLDEDVRLLPNTQLHGSTTVARDAVVGPDTTLTDVNVGEGAKVIRTHGSGSTIGAKASVGPFTYLRPGTVLGETGKIGAFYETKNVTIGRGSKLSHLGYAGDAEIGEDTNIGCGNITANYDGEKKHRTVIGSGVRTGSNTVFVAPVTVGDGAYSGAGAVIRKDVPAGALALSLAAQRNAEGWVAANRPGTASAKLAEAAQELASASTSSQSPATIEEGKQA PGPT0018955_156 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-GLUCOSAMINE_MODIFICATION,PGPT0018955-glmU-K04042 NA NA D3-18_02948 798 hypothetical protein ATGCATGCTTCGCGACTTGACCACCCCGAGGCCGCTCCGCGATTCACACTTGCGCCCCTGGAGGACCCGCCCTGCGCCCGCTCCAGCAGCCACTTAGGGCATGATGGACACGTGAGCAACCGCACTGAACTCCCCCGGCCGGCGGCCGCCTCCGAGCCCGCAGAGCACGTCAGCGGAGGCCCGGCAGTGCGCATACGGATGACCGGACAGCAGCGGAAATCACAACTCGTCGGCATCGGTCGTGCCCTCTTCGCCGCCCGGGGACTGGATGGCACCACCATCGAGGAAATCGCCGCGGCCGCCGGGGTCTCCAAGCCCGTGATCTACGAACACTTCGGCTCCAAGGAAGGCTTGTACCGCCAGGTTGTAGAGACCGAATTCCGGATCCTCCTGGACTCCATCACCGAGGCCCTCAGCACCGAAGCCAAGCCCCGCGTACTGGTCGAACGGGCTGCATTGGCACTCCTTGGCTATATCGAGGACCGCACCGACGGCTTCCGGATCCTCGTGCGCGACGCCCCGCCCTCACAGCCCGAGGGCGCCTTCTCGACGCTGCTCACGCATGTGACGGCCCGTGTGGAACACCTGCTCTCCGACGAATTCGCGCGGCGCGGATTCAGCGCCGCGGACGGAGCCATGTATGCACAGATGCTCGTGGGAATGGTGGCCATGACAGGCCAGTGGTGGCTCGACAGCCGCACGCCAGACAAACGCGCTGTCGCCGCTCACTTGGTGAACCTTGCGTGGAACGGCCTTACCGGCCTGCAGAAGGAGCCCGGGCTCCGCTCCGAGGGCTAA MHASRLDHPEAAPRFTLAPLEDPPCARSSSHLGHDGHVSNRTELPRPAAASEPAEHVSGGPAVRIRMTGQQRKSQLVGIGRALFAARGLDGTTIEEIAAAAGVSKPVIYEHFGSKEGLYRQVVETEFRILLDSITEALSTEAKPRVLVERAALALLGYIEDRTDGFRILVRDAPPSQPEGAFSTLLTHVTARVEHLLSDEFARRGFSAADGAMYAQMLVGMVAMTGQWWLDSRTPDKRAVAAHLVNLAWNGLTGLQKEPGLRSEG NA NA NA NA NA D3-18_02949 402 hypothetical protein ATGACGGCACCACAGATCTATGTAAGTTTCCCCGGAACGGCTCGTGAGGCGCTTGGCTTCTACGCGAAGATCTTCGGTGGAGACCTTTCCCTGTACACCTTCGAGGAATTCAATCGCACCGACGGTCCTTCGGATGCGATCGCCCACGGGGTCCTCAGCGGGGTGGTTTCATTGGGCGGATCTGACGCTTCAAACGGCGAAAAGAGCATACGCACCGAAGGAGTCATGCTCTCACTGCTGGGAGCAGCCGAACCAGCAGTCCTTCACGAATGGTTCGGCAAGCTCGCCGACGGAGGCCGAATCGTGGACCCACTTGCGCCGAAACCATGGGGGGCATCAGACGGCCAGGTAGTGGACCGCCACGGCCTGCACTGGCTCATAGGCTACGAACCATCGCAGTAA MTAPQIYVSFPGTAREALGFYAKIFGGDLSLYTFEEFNRTDGPSDAIAHGVLSGVVSLGGSDASNGEKSIRTEGVMLSLLGAAEPAVLHEWFGKLADGGRIVDPLAPKPWGASDGQVVDRHGLHWLIGYEPSQ PGPT0030505_2306 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030505-phnB|yjdN-K04750 D3-18_02950 1833 ettA_3 COG0488 Energy-dependent translational throttle protein EttA TTGGCCCACCTGCTTGGCGGCGAAAACCTGACCGTTTCGTTTGCGACCCGCACTGTCCTTGATGGTGTCACCCTCGGCTTGGAGGATGGCGACCGCATCGGCATGGTGGGGCGCAACGGCGACGGTAAATCGACGCTCATGCGCCTGCTTGCCTTGCGTTCGACGCCGGACTCCGGCCGCGTCACCAAGCGCGGAGACGTGAACGTCGGCTACCTGGATCAAGGCGACGTGCTTGACGGCGACCTCACAGTAGGCGCTGCGATCGTCGGTGACCGCGCGGACCACGAATGGGCGGCCAACGCGAAGATCCGCGAAGTCATGGGCGGACTGGTGGGTGACGTCGACTGGCACGCCAACGTCCATGCTCTATCCGGTGGCCAGAAGCGCCGTGTAGCGCTGGCCAAGCTCCTCATCGAAGACCACGACGTCATCATGCTGGACGAACCAACCAACCACCTCGACGTCGAAGGTGTGGCGTGGCTCGCCCGGCACCTCAAGACACGGTGGCGCGCCAATCAGGGCGCGTTCCTGGTGGTCACCCACGACCGCTGGTTCCTCGACGAAGTCTGCAACTACACCTGGGAAGTCCACGACGCCATGGTGGACATGTTCGACGGCGGTTACGCTGCTTACGTTTTGGCGCGCGCCGAGCGCGACCGCATGGCCGCCGTCGTCGAAGGTAAACGCCAGCAGCTCGTCAAGAAGGAACTCGCATGGCTTCGGCGTGGGGCACCTGCCCGAACGGCCAAGCCGAAGTTCCGGATCGAAGCTGCCAATGACCTCATTGCAGACGTACCCGATCCCCGCGACTCGGTGGCCCTCAGCAAAATGGCTACGGCACGCCTGGGCAAGGACGTGCTGGACCTCGAGAACGTGACCCTTGATTTTCTCGACGGGGAGGACGGGCAGAAACTTTTCGACAACATCACCCTGCGGCTGGCACCGGGCGAAAGGCTTGGCCTGGTGGGCGTCAACGGAGCCGGCAAGTCCACGCTCCTGAGGCTGCTGAACGGTGAAATTCAGCCGAGCTCCGGCAAGGTCAAGCGGGGCAAGACCGTGGTCACCGCTGTGCTCACCCAGGACGTCAAAGAGCTCGACGAAGTCTCGGACCTGCGCGTCATTGAGGTCATCGAACGCGAAAAGCGGTCCTTCAGCGTGGGCGGCAAGGAATTCACCGCCGGCCAGCTCGTGGAACAACTGGGATTCACCAAGGAAAAGCAGTGGACACCCGTCAGCGATCTCTCCGGCGGTGAGCGTCGTCGGCTTCAGCTCCTGCGGCTGCTGGTAGGGGAGCCCAACGTCCTGATGCTCGACGAACCCACCAACGACCTCGACACCGACACCCTAGCCGCCGTCGAAGACGTCCTGGACGGCTGGCCCGGCACATTGGTGGTTGTCAGCCACGACCGCTACCTCCTGGAACGCGTCACTGACAACCAAATGGCACTCCTGGGAGACGGCAAGCTCCGTGGCCTGCCCGGCGGTGTGGACCAGTACCTCGAATTGCGTGAAGCTGCACTGGCTTCGGGCGCTGTTGGCGGCGGCTCCGGAGCGCCGACTGCTGCCAGTGGCGGTACTTCGTCGAGTGCCGCTACGTCCGGTGCCAGCGAAGCCGAAAAGCGCGAAGCCCGGAAGGACCTCAACAGGATCGACCGCCAACTCGGCAAGATCTCGCAGCAGGAAGAAAAGCTCCACACCCAGATGGCAGCCAAGTCCGAATCCGGTGACTTCGATGCCCTGGGGGAGCTCAACGTAAAGCTCCAGGAATTGCTCGAGGAGAAAGAGGGCCTGGAGCTGGAGTGGCTCGAGGCCGCCGAAATCCTCGGCGAGTAG MAHLLGGENLTVSFATRTVLDGVTLGLEDGDRIGMVGRNGDGKSTLMRLLALRSTPDSGRVTKRGDVNVGYLDQGDVLDGDLTVGAAIVGDRADHEWAANAKIREVMGGLVGDVDWHANVHALSGGQKRRVALAKLLIEDHDVIMLDEPTNHLDVEGVAWLARHLKTRWRANQGAFLVVTHDRWFLDEVCNYTWEVHDAMVDMFDGGYAAYVLARAERDRMAAVVEGKRQQLVKKELAWLRRGAPARTAKPKFRIEAANDLIADVPDPRDSVALSKMATARLGKDVLDLENVTLDFLDGEDGQKLFDNITLRLAPGERLGLVGVNGAGKSTLLRLLNGEIQPSSGKVKRGKTVVTAVLTQDVKELDEVSDLRVIEVIEREKRSFSVGGKEFTAGQLVEQLGFTKEKQWTPVSDLSGGERRRLQLLRLLVGEPNVLMLDEPTNDLDTDTLAAVEDVLDGWPGTLVVVSHDRYLLERVTDNQMALLGDGKLRGLPGGVDQYLELREAALASGAVGGGSGAPTAASGGTSSSAATSGASEAEKREARKDLNRIDRQLGKISQQEEKLHTQMAAKSESGDFDALGELNVKLQELLEEKEGLELEWLEAAEILGE NA NA NA NA NA D3-18_02951 993 ispE COG1947 4-diphosphocytidyl-2-C-methyl-D-erythritol kinase ATGAACCCGGGTAACCGCAAGCCAAGCAGCCTCCCGTTCGTGGGGGATCGCTTTCATGCCCGCACGGTTCGCGTCAAAGCCCCCGGCAAAATCAACGTCTCCCTGGGCGTAGGACCGCTGCGGCCCGACGGCTACCATTCGGTGGCCAGCGTGTACCTCGCCGTCTCCCTCTACGAGGAAGTGGCCGCCACGAGTACCGAGGCTGAAGGGATCACTGTCAGCATCAGCCCGGACAGCACACTGGATCTGGACGGCGTGGACATCCCCTTGGATGAGCGCAATCTCGCCTACAAGGCTGCGGCCATCATGGCCGAAATGTCGGAGAAACCAACCGGCGTCCACTTGGAAATTACCAAGCGTGTTCCCGTAGCCGGGGGCATGGGTGGTGGCTCTGCAGACGCTGCCGCCACCCTGCTGGCCTGCGATGCGCTCTGGAACAGCGGCCTTTCACGCGAGGAACTCGCGCACCTGGCAGCCGAATTAGGCGCAGACGTACCGTTCTCGCTCCTGGGCGGCACCGCCGTCGGGCTTGGTGTGGGAGATAAACTCTCGCCCGCACTGGCCAAGGCGCAAATGGATTGGGTGCTGGTTTTTGCCGACTACGGGCTGTCCACCCCTGACGTGTTCCGCACCCTTGACGGGCTTCGGGACTCAGAAGGCATCGAGATTCCCGAGCCCGTTGACGTGGACCCCACCATCCTGCAAGCCCTGCGGAACGGTGACCCCGAAACCCTCAGCCGAGTACTGATCAACGACCTCCAGCGGGCATCCATTACGCTCGCACCCCAGCTTCGCGACACCATAGGACTGGGTGAGGCGCGCGGTGCCCTTGCCGGCATGGTGTCCGGCTCGGGGCCCACCATCGCCCTGCTTGCCCGGGATTCCGTCTCAGCCACGGTCCTTGCAGAGGAGCTGGGCCACCGGGGACACAATGCCCTGGCCGTCCACGGTCCCGTGCCCGGCGCCCGGATCATCTCCGATACCCTCCTTTAG MNPGNRKPSSLPFVGDRFHARTVRVKAPGKINVSLGVGPLRPDGYHSVASVYLAVSLYEEVAATSTEAEGITVSISPDSTLDLDGVDIPLDERNLAYKAAAIMAEMSEKPTGVHLEITKRVPVAGGMGGGSADAAATLLACDALWNSGLSREELAHLAAELGADVPFSLLGGTAVGLGVGDKLSPALAKAQMDWVLVFADYGLSTPDVFRTLDGLRDSEGIEIPEPVDVDPTILQALRNGDPETLSRVLINDLQRASITLAPQLRDTIGLGEARGALAGMVSGSGPTIALLARDSVSATVLAEELGHRGHNALAVHGPVPGARIISDTLL PGPT0007605_248 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007605-ispE-K00919 NA NA D3-18_02952 882 ksgA COG0030 Ribosomal RNA small subunit methyltransferase A GTGACTGAACCGAATTCCGAACCCGCCGCCGTCGCGCCTCTGATGGGCGCCACAGATATCCGACGGCTCGCCGAGGAAATCGGTGTACGCCCCACGAAAACCCTGGGGCAGAACTTTGTGATTGACGGCAATACCATCCGCAGGATTGTGGCCGCAGCCAATATTGGCGACGACGAAACCGTTCTGGAGGTAGGCCCTGGGCTTGGCTCCTTGACACTCGGTTTGCTGGACGCGGCCAAGGCTGTGGTCGCCGTCGAAATCGATCCAGTGTTGGCTGAAAAGCTGCCTGCGACGGTGCGCGCTTGGCGGCCCGGGGCGGAGGACAACTTCCACCTGGTGTTGTCGGACGCCATGAAGGTCACCGAACTGCCTGTGCCACCCACCGCATTGGTGGCCAACCTGCCCTACAACGTGGCCGTTCCGGTGGTGCTTCACCTGCTGCAACATTTCCCCAGCCTCCAGCATGGCTTGGTCATGGTTCAGGATGAGGTTGCGGATCGTCTGGCCGCCACACCGGGTTCCAAGATCTACGGTGTCCCGTCGGTCAAGGCCGCCTGGTATGGCCACATGCGCAAGGCCGGCGTCATCGGGATGAACGTCTTCTGGCCTGCGCCGAAGATCCATTCAGGCCTGGTTGCCTTCACCCGGCATAACCCCCCGGAAACGCATGCCACGCGTGAACAAGTATTCGCCGTCATCGATGCTGCCTTTGCGCAGCGGCGGAAAACGCTGCGCGCGGCACTCGCCGGTTGGGCCGGGAGCGCCTCCGAAGCTGAGCGGTGCCTCGTGGCCGCCGGAGTTGACCCCACGGCGCGCGGCGAGGTCCTGGATATCCATGCCTACGTCAAGATCGCCGAAGCCCGCCACCCTGTGGACGCATGA MTEPNSEPAAVAPLMGATDIRRLAEEIGVRPTKTLGQNFVIDGNTIRRIVAAANIGDDETVLEVGPGLGSLTLGLLDAAKAVVAVEIDPVLAEKLPATVRAWRPGAEDNFHLVLSDAMKVTELPVPPTALVANLPYNVAVPVVLHLLQHFPSLQHGLVMVQDEVADRLAATPGSKIYGVPSVKAAWYGHMRKAGVIGMNVFWPAPKIHSGLVAFTRHNPPETHATREQVFAVIDAAFAQRRKTLRAALAGWAGSASEAERCLVAAGVDPTARGEVLDIHAYVKIAEARHPVDA NA NA NA NA NA D3-18_02953 1170 rpf2 COG3583 Resuscitation-promoting factor Rpf2 GTGATCAAGTTCTTCACAACGGATGGCAAGTTCAGTTTCCTCAAAGTAGGTACCCAGTTGCTGGTGGTTGCAGCGCTGGTGGTTGGTGTCGTCGCCTTTGTCGGCAACAACAAGACCGTCACCCTCAACGTGGACGGCAAAGTGAGCTCCATCCAGACCTTCGGCGGCACTGTTGACCAAGTGGTCAAAGCAGCCAAGGTCGAGTTGAAGGACGCAGACCGCGTTTCCCCGGCGCTTGACGCGCGGGTCGAAAACGGATCCGTAGTGAACGTCAACCTGGCCAAGGCCGTGTCCATTGAACTGGACGGCGCCCGGAAGACCGTGAACACCACTGCCCCCGACGTTGCAGGCCTGGTGAGCGAACTCGGTGTAGCAAGCTCCTCCGAAATCTCCCAGCCCAAAGAAGCGTCCTTGGAAGTCACCGGCTCCTTCGTTTCCATCTCCACTCCCAAGACCATCAGCGTTGTAGCTGACGGCAAGGACACCAGCACCACCACGACGGCGGACGACGTCGCCACCGTGCTCAAGGACACCGGAATCACCCTCGGTGCCAACGACCGCATCTCCCAGCCGGGCAATGCGCCCATCGTCCAGGACATGGTGATTAAGGTCTCCCGCGTGGACACCAGCAAGACCGCCGAAGCCACCGAAGAAGTACCTTTCGAAAGCGTGAAGAGTGATAGCGCTGAACTCTTCAAAGGTGAAGAGAAAGTGACCCAGGAAGGCGTGGCAGGGTCCTTGGTCAAGACGTTCAAGCTTGTCCTCGTGGACGGCCGTGAAGCGTCCCGCACCCTGGTTTCCAGCAACGTAGCCACCGAGCCGGTGACCGAAAAGATCAGCGTAGGCACCAAGGCCCGCCCCGTGCCCACCCCTGCCCCGCAGGCAGCAGCCGCAACCGCAGCACCGGCCGCCAGCGGCCCCACCGGCGCACCGAACGAAGCCATGTGGGACAGGATCGCCCAGTGTGAATCGGGCGGAAACTGGTCCATCAACACCGGCAACGGCTACTACGGTGGCCTGCAGTTCTCCAGCCCCACCTGGCTTGCCAACGGTGGTGGAGCCTACGCTCCCAACGCCAGCCTTGCCACCAAGGCCCAGCAGATTGACATCGCCAACCGCCTCTACGCCAAGAACGGCCTCAGCGACTGGGGCTGCGCCCACGCAGCCTGA MIKFFTTDGKFSFLKVGTQLLVVAALVVGVVAFVGNNKTVTLNVDGKVSSIQTFGGTVDQVVKAAKVELKDADRVSPALDARVENGSVVNVNLAKAVSIELDGARKTVNTTAPDVAGLVSELGVASSSEISQPKEASLEVTGSFVSISTPKTISVVADGKDTSTTTTADDVATVLKDTGITLGANDRISQPGNAPIVQDMVIKVSRVDTSKTAEATEEVPFESVKSDSAELFKGEEKVTQEGVAGSLVKTFKLVLVDGREASRTLVSSNVATEPVTEKISVGTKARPVPTPAPQAAAATAAPAASGPTGAPNEAMWDRIAQCESGGNWSINTGNGYYGGLQFSSPTWLANGGGAYAPNASLATKAQQIDIANRLYAKNGLSDWGCAHAA NA NA NA NA NA D3-18_02954 897 tatD COG0084 putative metal-dependent hydrolase TatD ATGTGCAATTCCCTCGCTCCCGCACCGTACCGGGCGCCTTCCGACGCAGCTGACGAAAAAGACTCACGCCGGGAGTACCCTCCTGCGCCCGAACCCCTGCCCGTGCCTGTGATGGACAACCACACGCATCTGGACTTCAGGCACGGCTTGATTGAGGTCTCGGTTCGGGACGCCATGGACTCAGCGGAAGCCGTTGGTGTGCAGGGCGCTGTTCAAGTTGGCTGCGACCTCGAATCCTCCCGGTTCACAGTGCAAGCGGTGGAAGCTGATCCCCGGCTCCTCGGTGCCGTGGCAATTCACCCCAACGATGCCCCCGAATATGCGTCCCGTGGTGAGCTGGAATCGGCGCTCGCCGAGATTGAGGCGCTGGCCGGCCACCCGCGAATCCGGGCCATCGGCGAGACCGGGCTGGACTTCTTCCGAACCCACGGTGAGGGACTCGCCCATCAGCGGTACTCCTTCCGGCGACACATAGATATCGCCAAAAGGCTCGGACTGACACTTCAAATCCACGATCGCGATGCCCACGACGACGTAGTGCAGGTCCTGCGGGAGGAAGGTGCACCGGATCGCGTGGTGTTTCACTGCTTCTCCGGAGATGAGGAACTGGCCCGGATCTGTAACGAGAACGGCTGGTACATGTCTTTCGCCGGCACCATGACGTTCAAGAACGCCGGAAATCTCCGCGCTGCCCTGGCCATTGCCGAACCTGGCAGGATTCTGGTGGAAACCGATTCGCCGTTCCTCACGCCGCATCCCCACCGCGGGAGGCCGAATGCGAGCTACATGGTTCCATACACAGTCCGATCCATGGCTGACGTGACAGGAGATGACTTGGCCGAGCTTTGTTCGCGGTTGGCCGAAAACACCCTGAATGCCTACGGTTCATGGGCCTAG MCNSLAPAPYRAPSDAADEKDSRREYPPAPEPLPVPVMDNHTHLDFRHGLIEVSVRDAMDSAEAVGVQGAVQVGCDLESSRFTVQAVEADPRLLGAVAIHPNDAPEYASRGELESALAEIEALAGHPRIRAIGETGLDFFRTHGEGLAHQRYSFRRHIDIAKRLGLTLQIHDRDAHDDVVQVLREEGAPDRVVFHCFSGDEELARICNENGWYMSFAGTMTFKNAGNLRAALAIAEPGRILVETDSPFLTPHPHRGRPNASYMVPYTVRSMADVTGDDLAELCSRLAENTLNAYGSWA NA NA NA NA NA D3-18_02955 1089 hypothetical protein ATGGAGTCCAAGCGACAAGTCACCGTTGAACCTTCTCCTGTTCAGGGCGAGGCTTACAGTCCCCTGCCGCGTGACGGTGCAGGACTCAATGGGCACAGGCCGCATGTCATGGACGCGGAACGGTTCCACGACGCCAGTGAGCGCGTCCTTGGTTCCATCAATAAGGTCATCGACGGAAAAGCCGACGCCGCCAAGCTCGCCCTTACTGTGCTGCTGGCCCAGGGGCATCTTCTGCTGGAAGATGTGCCGGGGGTTGGTAAGACCCTGCTGGCAAAGACACTGGCACGGACTGTTGACTGCACAGTGTCCCGCATTCAATTCACCCCGGACCTGCTCCCTTCCGACGTCACAGGGGTGTCCATCTACAACCAGTCGTCCCGGCAGTTCGAGTTCCGGCCCGGTGCCGTGTTCGCGAACATCGTGATCGGCGACGAAATCAACCGCGCTTCCGCCAAAACCCAATCCGCTTTGCTTGAGTGTATGGAAGAGCACCAGGTAACTGTGGACGGCCATTCGTATCAGCTGGGATTGCCTTTCATGGTGGTGGCTACGCAGAACCCTATCGAAATGGAAGGCACGTACCCGCTGCCTGAGGCACAGCGTGACCGTTTCATGGCCAGGATCTCCATGGGCTACCCGGACAAAGATGCCGAGATTGAGATGTTGGAGACGCATCAGGCATCCTCGCCCCTGATTAAGGTGACTCCCGTGGTCACGGCCGCCGATGTTGCTGCCATGATCTCCACCGTCCAGCAGGTTTATGTTTCCACTGCCATCAAGGAGTACACCGTGGCCATTGGACGGGCGACCCGTGACAGTGCCCGGCTCCGTCTTGGCGCCAGCCCGCGGTCCTTGCTGCAACTGCTCCGTGCGGCCAAGGCCACGGCCGCGCTGGATGGCCGCGATTTTGTCCTGCCGGATGACGTAGTGGACGTGGCCGAATCGGTGCTCGCCCACCGCATCATCCTGGACCGTAAAGCTGCGAGTTCGGGCGATACGCCGCAGAGCATTCTCCGCGGCATCTTCGCTTCCCTGCCCGTGGCCCAGGAACCGCCCGGCGCGTGGCGCAGGGACAGGCACAGCGTTTAG MESKRQVTVEPSPVQGEAYSPLPRDGAGLNGHRPHVMDAERFHDASERVLGSINKVIDGKADAAKLALTVLLAQGHLLLEDVPGVGKTLLAKTLARTVDCTVSRIQFTPDLLPSDVTGVSIYNQSSRQFEFRPGAVFANIVIGDEINRASAKTQSALLECMEEHQVTVDGHSYQLGLPFMVVATQNPIEMEGTYPLPEAQRDRFMARISMGYPDKDAEIEMLETHQASSPLIKVTPVVTAADVAAMISTVQQVYVSTAIKEYTVAIGRATRDSARLRLGASPRSLLQLLRAAKATAALDGRDFVLPDDVVDVAESVLAHRIILDRKAASSGDTPQSILRGIFASLPVAQEPPGAWRRDRHSV NA NA NA NA NA D3-18_02956 1467 hypothetical protein ATGGCGCTCATGGATAGGCTTCCCAAGCACTTATTCACCAACCGTGGCTGGGGGCTTCTGGCCGCCGGGGCCCTTTCCTTGGGGTGCGCCTATGTCATGGGCAGGCGTGACCTCCTGACTTTGGCTGTGCTGTTGATTATCCTTCCCTTGGTGGCGCTTGCCGGCGTCCGGGTGCTCAAACCCAAGTTCCAGGTGTACCGGGAGTTCAATCCGTCCACAGTGGAGACGTCGGGCACCACAACCGTTCGCCTCGCTGTAGCCCGGTCGTCATATTCCACGGGGCACGTGATCATGGAGGAGCAGTTGCCTCCCCGCTTCGGCGAGCCACCCGCTTTCCGTTTTCCCGCCCGATCAGCGTCCGGAGGCACCAGCCGCTACGAATATCACCTGCGCTCCGGCAAGCGGGGACAGTTCCGGATTGGTCCGGTCACGGCCGAGTTCAGTGACCCGTTCGGCTTATCGCTGCGGCGGCATGCAATTGACGACGGCGACATCCTCACCGTGACTCCTGCCGCCGTCGAACTTCCCGTCACGGGCCTCGCCGGTGCGCGCGGCAATGATGGCGTGACGGCCACCCGTATCCGGGCCAATCCCAGCGACGACGACATCATGACCCGTGAGTACCGGCACGGCGATCCCATGCGCCGCGTTCACTGGGCGGCTACTGCCCGCCATGGCCAGCTTATGGTGCGTCAGGAGGAGTCGGTGACCACCCCGGAGGCCACTCTCATCCTTGACCAGAGATTCACCGCCTTTGCCGCTGGAACCGGTTCTGTCTTCGGGAGCCATGACGAAGACTCGGACCTTGTCACCAGCATGAACTTCGAGTGGATGGTCACCGCGGCGATGTCCATTACCGCGCATTTGGCAGAACGGAATTATTCACTGCGGCTCCTGGACGCGTTTGGCGGCCCGGCGTTCCATCGCTCGCGGTCGGCGCCGGACCCGCAGACGGAGGAGTTCGCGGGCGTGGGCGGCCTTCAGGCCATCGCTGAGAGTCTTGCGGCAGTGGAGCTAAGCGGCCCGAGGCACACCAGGCTGGAGCACCACAGGACCGAGCACAGCTCAGAACGCAACCAAATCTCCGAACACAAAGAGGGCTCCCCCGGCTCGGCAGGCACGGAAAATGCTGATTCTCCTTTCAACGACCGTCTGATGGATAAACTCTCAGCGCACCGGTTGCGGGGTCCGCTGCTTGCCTTGGTGGGCAACCTGACGCTTGCCGAGGCAAGAACCCTCGCCCCGGCGGCCGGCTACGGTGCCAACGCTTTTGCCTTGGTGATAACCGATGCCTCACGGAACAACGAGGAAGTACTGGAGATCTTGCGCCTCGCTGGTTGGAGGGCAGCCGCTGTGACATCAAAGACCCAGTTGACGGCCGCCTGGTCAGCCTTCGATGCCGGCGGCATCGTAGCAGCCGCCGATGCGGCCATGGACGTCCGGCGTGGAGCGGCGGTGCCACGATGA MALMDRLPKHLFTNRGWGLLAAGALSLGCAYVMGRRDLLTLAVLLIILPLVALAGVRVLKPKFQVYREFNPSTVETSGTTTVRLAVARSSYSTGHVIMEEQLPPRFGEPPAFRFPARSASGGTSRYEYHLRSGKRGQFRIGPVTAEFSDPFGLSLRRHAIDDGDILTVTPAAVELPVTGLAGARGNDGVTATRIRANPSDDDIMTREYRHGDPMRRVHWAATARHGQLMVRQEESVTTPEATLILDQRFTAFAAGTGSVFGSHDEDSDLVTSMNFEWMVTAAMSITAHLAERNYSLRLLDAFGGPAFHRSRSAPDPQTEEFAGVGGLQAIAESLAAVELSGPRHTRLEHHRTEHSSERNQISEHKEGSPGSAGTENADSPFNDRLMDKLSAHRLRGPLLALVGNLTLAEARTLAPAAGYGANAFALVITDASRNNEEVLEILRLAGWRAAAVTSKTQLTAAWSAFDAGGIVAAADAAMDVRRGAAVPR NA NA NA NA NA D3-18_02957 2352 hypothetical protein GTGGCCGTCCTTGGTGCTGGATTGTCCTTGAACGGTGTCCTCAGGGGCTGGGCCTGGTTCATGCCGTTGATCACCACGGTGGTAGTGGTTGCACTGGCGCTTGCTGTCCTCCGGGCACTCCGGGCCCAGCCGCTGATCGCCACTTTGGGCGCCTTTGCCGCGTTGGCGGCTGCGCTGAGTTTCATCTTCTGCCGCCAGGAGAGCCTGGCGGGGTTCATCCCCACCACCGAAACCTTCACCGCCGTCGGACGCCTCATCAAGCGGGCCGCCGAGACAGTGGTGTCCGAAAGCGCACCAGTGGCACCCAACGCCGGGATCGTCTTCGTCATGTGTGCCTGTCTTGGGCTCCTGGTGATCCTCATCGATGCCCTGGCCGTTCCGCTTTCGATGCCTGCGGCCAGCGGCATTGGCCTGCTGGCGGTCATGGTGGTTCCGGCCACCATCAAACCGCAGAGCGTGGGGGTAGCCGGATTCATCGGCGCGGCCGTGGGTTACTTGCTCATCCTCGGTTGCAGCCACTGGTTCGCCCCTGATGCCAGGCTCCAGTCCGGTTCGGGCCGCGGTGCCGGCCAGTTCAAGCGCTCAGTTGTCACCGGTGGCTTGGCGCTGGCCTTGACAATGACCGTGCCCTTGGCCATACCCGGTTTCGAGACCGGCACCTTTCCGCAGGGTTCAAGGCTCAGCCCGTGGGGCACCTCCAATGGGCTCAATCCCATGATCACCCTGGGCAACAGCCTCAGGAGTCCTACCGGTTCGGGCCGCATCACGTATGCCACTAGCGCTGGCGCACCCCTGTATTTGAGGTCGGTCACTGTTGACCACTTCGACGGCGAAACCTGGGCCCCGGATGATCGTGCAGGCGACCGCCGCGTTGGTGCTGACAGGATCGAGACGGGGTACGCCGTCCAGGGCGAAGTGGTCAATGCCGTGACGTCCATTAACGCGGGCCTGTTCACCAGCCCTTACCTCCCTGCCCCGTTTGCTCCGGCTTCCGTGAACGGCCTCAACGGACGCTGGACCTGGGATCCGGCTACTTTGAGCATCATGAGCACGGAGACCACCACCCGCGCCCAACGGTACGTCGTCTTCTCCGCAGCCCCCAGGATCACATCAGAGTCCCTGTCCCAAGCCACTTCCGTCCCGCAGGGCATTTCAGATGACTTCCTCAGGATCCCGGGCAACCTTCCGGACATCGTGCGGCAAACAGCCGATACCGTCACGGCATCCGCGGGCAGCAACTACGCCAAGGCGCTGGCCCTCCAGAGGTATCTGCGTTCCGGCGAGTTCACGTACTCCCTGCAAGCTCCCGTGCAGAACGGCTATGACGGTAACGGCCTCTCGGTCCTGTCGGATTTCCTTGCCGTCAAGAGCGGTTATTGTGTTCACTTCTCCTCGGCTATGGCCGTCATGGCGCGGGCCGAAGGGATTCCGAGCCGCATCGCCGTGGGCTACGCGCCGGGCCGGCTCACGGGCGAGTCCGTGGCCTTGGTCGGTCAGGGTTCCTTCCCCGAGTACGAGGTGGACGCCCGGGATGCTCACGCATGGCCTGAACTGTATTTTGAGGGGCTCGGCTGGGTTCCCTTTGAGCCCACGCCGTCGCGGGGCTTCGTCCCCGACTACGCCGCGGAATCCTCAGTTCCCAGCAACCTCAGCACCAACGCCGACGAGAAAGAAGTCCTCACAACCCCCGCACCGCCGGCAGCAGCGCCCGTCCCGATTCCAGGGGTAGAGACCCCTGCTACGGGTTCGGGCGCCACGAACCCGCTCCCAGCGATCGGCGCCGCCGCAGCCGGGGTGTTGCTGCTCGTCGGATTCCTCTGGTCGCCGAGGCTGAGCAGGACGGTCCTCCGACGACGCCGGTTGAACCAGAAACCCCTGGATGAAGCCGGCATCCCGGGCTTTAAGGATCCTGCCCCTGAACTTGCGTGGGCGGAGCTGCAAGACCTCGCTATGGATTACGGCTTGCCATCGACACCCAGCGAGACGCCGAGGCATTTTTCCGCCCGGCTGCGGTCCAGCATCGCGCTTGGTGACGCGGGAGGACTCGACGACGCCGCACACGCCGCAGTGGCTTCCCTCACCTCTGACTTCGAACGGCAGCGCTACGGTCGCGTGGCGGGCCCGGCACCGGCAGCGGCGGGCCGTATCGCCGTCGTCCGTGAGGCGTTGAGAAACAATGCCCGCTGGTTGGTGCGCTTCCGCGCTGACTGGGTGCCGCCGTCGATGATGCAGCGCTGGGTCCACGCGCTCGGCGCACCGTTCCGGGCTGTGGGAAGGCTCGGCAAGACCACGGGTTGGGCACTTGCCCGGTGGTGGCACAGGCTCAGGGGCCTGCTTCCCCAGCGCAGATAG MAVLGAGLSLNGVLRGWAWFMPLITTVVVVALALAVLRALRAQPLIATLGAFAALAAALSFIFCRQESLAGFIPTTETFTAVGRLIKRAAETVVSESAPVAPNAGIVFVMCACLGLLVILIDALAVPLSMPAASGIGLLAVMVVPATIKPQSVGVAGFIGAAVGYLLILGCSHWFAPDARLQSGSGRGAGQFKRSVVTGGLALALTMTVPLAIPGFETGTFPQGSRLSPWGTSNGLNPMITLGNSLRSPTGSGRITYATSAGAPLYLRSVTVDHFDGETWAPDDRAGDRRVGADRIETGYAVQGEVVNAVTSINAGLFTSPYLPAPFAPASVNGLNGRWTWDPATLSIMSTETTTRAQRYVVFSAAPRITSESLSQATSVPQGISDDFLRIPGNLPDIVRQTADTVTASAGSNYAKALALQRYLRSGEFTYSLQAPVQNGYDGNGLSVLSDFLAVKSGYCVHFSSAMAVMARAEGIPSRIAVGYAPGRLTGESVALVGQGSFPEYEVDARDAHAWPELYFEGLGWVPFEPTPSRGFVPDYAAESSVPSNLSTNADEKEVLTTPAPPAAAPVPIPGVETPATGSGATNPLPAIGAAAAGVLLLVGFLWSPRLSRTVLRRRRLNQKPLDEAGIPGFKDPAPELAWAELQDLAMDYGLPSTPSETPRHFSARLRSSIALGDAGGLDDAAHAAVASLTSDFERQRYGRVAGPAPAAAGRIAVVREALRNNARWLVRFRADWVPPSMMQRWVHALGAPFRAVGRLGKTTGWALARWWHRLRGLLPQRR NA NA NA NA NA D3-18_02958 1482 sad_4 Succinate-semialdehyde dehydrogenase ATGACTGTCACGGTTGAACGCGAAAGCGAACTGCTGGCTTCCGTCCCTACCGGCCTGCTGATCAACGGTCAGTGGCGCCCGGCCGGATCCGGAAAGACCTTTGATGTTGAGGACCCGGCCACGGGAAAGGTCCTGCTCAGCATCTCCGACGCCGGCGCTGAAGACGGGGCTGCCGCCCTCGACGCCGCTGCTGCCGCCCAGGCTGATTGGGCCCGCACGGCGCCGCGCGAACGCGGCGAAATCCTGCGCCGCGCCTTTGAACTGGTCACCGAACGTGCTGAAGACTTCGCACTGCTGATGACCCTCGAAATGGGCAAGCCCCTTGCCGAAGCACGTGGTGAAGTCACCTACGGTGCCGAGTTCCTGCGCTGGTTCTCGGAAGAGGCCGTCCGCGTGTCCGGCCGTTACTCTGCAGCTCCGGATGGCAAGAACCGTCTCCTGGTGCAAAAGAAGCCGGTGGGCCCCTGCCTGCTGATCACTCCGTGGAACTTCCCGCTGGCCATGGCCACCCGCAAGGTAGCCCCCGCCGTCGCGGCTGGTTGCACCATGGTGCTCAAGCCCGCAAACTTCACCCCGCTGACCAGCCTGCTCTTCGCCCAGGTCATGCAGGAAGCCGGCCTCCCCGCCGGTGTCCTCAACGTCATCCAGACCTCCACCGCCGGCGCCGTCACGGGCCCGCTGATCAAGGATGACCGTCTCCGCAAGATCTCCTTCACCGGCTCCACTCCGGTGGGCCAGGCCCTGATCCGTGAAGCCGCGGACAAGGTCTTGCGCACCTCCATGGAACTGGGCGGCAACGCCCCGTTCGTGGTCTTTGAGGATGCTGACCTGGACAAGGCAGTTGAAGGTGCCATTGCGGCCAAGATGCGCAACATGGGCGAGGCCTGCACCGCAGCGAACCGCTTCATTGTGCACGAGTCCGTGGCTGATTCCTTCGCGGAAAAGTTCGCCGCCAAAATCGGTGCGCTGACCACCGCCCGCGGTACCGAGCCGGAGTCCAAGGTGGGCCCGCTCATCGATGGCAAGGCCCGCGACGGCGTTCACGCCCTCGTTTCCGAAGCCGTAGCAGGAGGTGCCACTGCCGTCACCGGTGGTGCCGCCGTCGACGGTCCCGGTTACTTCTACCAGCCCACCGTGCTGAAGAACGTTGCCGCTGACGCCCGCATCCTGCAGGAAGAGATCTTCGGACCTGTGGCGCCGATCATCACCTTCTCCACCGAAGACGACGCCGTTCGCCTGGCCAACAACACCGAATACGGTTTGGTGGCCTACGTCTTCACGAAGGACCTCAACCGGGGCCTGCGCATCAGCGAACGCATCGAGACCGGCATGCTCGGCCTCAATGCAGGCGTCATCTCCAACGCTGCTGCCCCGTTCGGTGGCGTCAAGCAGTCCGGCCTGGGCCGCGAAGGCGGCTCCGAAGGCATCGAAGAGTACCTCTACACCCAGTACGTAGGTATCGCGGACCCTTACGCCGACTAA MTVTVERESELLASVPTGLLINGQWRPAGSGKTFDVEDPATGKVLLSISDAGAEDGAAALDAAAAAQADWARTAPRERGEILRRAFELVTERAEDFALLMTLEMGKPLAEARGEVTYGAEFLRWFSEEAVRVSGRYSAAPDGKNRLLVQKKPVGPCLLITPWNFPLAMATRKVAPAVAAGCTMVLKPANFTPLTSLLFAQVMQEAGLPAGVLNVIQTSTAGAVTGPLIKDDRLRKISFTGSTPVGQALIREAADKVLRTSMELGGNAPFVVFEDADLDKAVEGAIAAKMRNMGEACTAANRFIVHESVADSFAEKFAAKIGALTTARGTEPESKVGPLIDGKARDGVHALVSEAVAGGATAVTGGAAVDGPGYFYQPTVLKNVAADARILQEEIFGPVAPIITFSTEDDAVRLANNTEYGLVAYVFTKDLNRGLRISERIETGMLGLNAGVISNAAAPFGGVKQSGLGREGGSEGIEEYLYTQYVGIADPYAD PGPT0001580_1238 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135 NA NA D3-18_02959 924 rsmI COG0313 Ribosomal RNA small subunit methyltransferase I GTGGACGAACAGCGCAGCACCCCGGACGAGACTCCCTACAACGACGACCTGGATGGGTCGGCCTCTGCTGCCGATTCCGGCGCAACTCCCGGCGTCGGCAGGATCGTGCTTGCCGCAACACCCATCGGCAACGTGGGCGACGCATCCGCACGCTTGGTTGAACTCCTTGGCACCTCGGACATTGTGGCTGCAGAGGACACCCGGCGTTTGCACCGGCTGGTAACGGCGCTGGGCGTCGAGGTTACCGGACGCGTCATCAGCTACCACGAGCACAATGAAGTGGCCAAGACTGGTGAACTCCTGGACCACGTGCGCGCCGGCAAGACCATCCTGATGGTCAGCGACGCTGGAATGCCAGCAGTTTCCGACCCGGGCTTTCGTCTGGTGGAGGGCGCAGTTGCCGCCGGACTGACGGTCACGGCCGTTCCAGGCCCTTCTGCGGTACTGACTGCCTTGGCGCTGTCCGGCTTGCCCACCGACCGCTTCTGCTTTGAGGGATTCCTTCCGCGGAAGTCGGGGGACCGGAACTCACGTCTCGCCGACCTCGCAAACGAACGCCGCACCATGGTCTTCTTCGAGGCCCCGCATAGGCTTGAGGTCATGTTGCGCGCGCTGCACGAGCGCTTCGGGGCCGATCGCCGTGTTGCTGTGTGCCGCGAACTGACCAAGACCTATGAGGAAGTCATCCGCGGCACCTTGCGTGAACTGCTGGAGTGGGCGGAAAACAATGAGGTCCGCGGCGAAATCGCAGTGGTGGTAGCCGGTGCACCTGAACAGGAACCGGGCAAGCCTGAGGACCACGTCGCCGCGGTGAACGAACTCATTTCCCAAGGCATTCGCTTGAAGGAGGCTGTGGCCGCAGTGGCCGACGATGCCCGGGTCAGCAAGCGGGAGCTTTACTCGGCGGTCCTCGCGGCGCGCTGA MDEQRSTPDETPYNDDLDGSASAADSGATPGVGRIVLAATPIGNVGDASARLVELLGTSDIVAAEDTRRLHRLVTALGVEVTGRVISYHEHNEVAKTGELLDHVRAGKTILMVSDAGMPAVSDPGFRLVEGAVAAGLTVTAVPGPSAVLTALALSGLPTDRFCFEGFLPRKSGDRNSRLADLANERRTMVFFEAPHRLEVMLRALHERFGADRRVAVCRELTKTYEEVIRGTLRELLEWAENNEVRGEIAVVVAGAPEQEPGKPEDHVAAVNELISQGIRLKEAVAAVADDARVSKRELYSAVLAAR NA NA NA NA NA D3-18_02960 1776 pmt COG1928 putative dolichyl-phosphate-mannose--protein mannosyltransferase GTGGCGTCCCCGGCGACCCCTGAACCCGAAGACACAACGCTGGAGGTAAGCAGCGGTCAGCCGGATGCACCGAAACGCGCCGTCGGGCCAGCGCCCCGACAGGCGGCGGCGTTGCACGGCAGCACTGGCGGAACTTTGCCCGGCCGTGGGCTGGAAGGTCACCGTTGGATCGCCCGACCGTCCGAGGCCTTCGCTGCCCAAGCATTGAAGGAACGCCTGATCGGTGGGGTCCAGAGCTGGCGTGACTACCCGGCCTCGTTGCGCTTGTGGTTTTGGCTGATCCCCACCATCACGGCAGTCCTGGGCGGCATCCTCCGCTTCTTCCGGCTTGATACCCCGCACAGCCTGGTTTTCGACGAAACGTACTACGTCAAGGACGCTTACTCCTATGTAGTGAGCGGTTACGAACGCAGTTGGCCGGCCAACGCCAACGATTCCTTCAATGCCGGCAACCCGGACATCCTCCTTAACACTCCTGAGTACGTGGTCCACCCGCCGGTGGGCAAGTGGATGATTGCCTTCGGTATGTGGCTGTTCGGCGGCGACAACCCCTTCGGCTGGCGGTTCAGTGCGGCCTTGGCAGGTACGTTGACGGTCTTCCTCGTTTCCCTCATCGCACTGAAGCTGTTCCGGTCGCACACCCTCGGGGCCGTTGCCGGGCTCCTGCTGGCCATTGATGGCCACCATCTGGTGCTCTCCCGTACGTCGCTGCTGGACGTCTTCCTGGCACTCTGGATACTGGCCGCTTTCGGCGCCCTGTTGATGGACCGCGACGACGGCCGCCGTCGTCTGGCTTCACGGCTCGCCGCGCAAGCGGCTGCTTCGCCGGGAGGCCGCCCCACACCCACCCAACTGGTTGCCGGCCCCTGGCTTGGCATGCGGTGGTGGCGACTGGTGGCAGGCCTCTGTCTTGGCCTGGCAGTGGGGACCAAATGGTCGGCGCTGTTCTTCGTAGCCGCCTTCGGGCTGATGACCGTGCTGTGGGACCTGAGCGCCCGGCGCATCGCAGGCGTCCGGAGCTGGTTCAGCGCCGGCATTATCAAGGACGGCCTCCCCGCTTTCGTGACCATCATCCCGATTGCCGCGGTCACCTATGTGGTGAGTTGGACGGGCTGGTTCCTCTCCAAGGACGCCTACTATCGACAATGGGCTGCCACCAACCCGGCCCCCGGCTGGGACTGGCTGCCCAACTCCGTGCGATCCCTGGCTCACTACCACCTTGAAGCCTACAAATTCCATCAAGGCCTCAGCTCCGACCATCCCTATGAGTCGAGCCCATGGACGTGGCTCATCATGGGCCGTCCCACCTCGTTCTTTTACCAAACCCCCAAACCGGGCACTCCGGGATGCGTAGTCGAGACCTGCTCCTCGGCTATCCTGCCGGTGGGCAATCCGGTGGTGTGGTGGGGCGGGACCATCGCTTTGGTCGTCCTGCTGTTCTGGTGGGCGGGGCGCCGCGACTGGCGTGCCGGCGCCATCCTCGCCGGTGTAGCCGCCGGCTACCTTCCGTGGTTCATGTACCCGGAACGGACCATGTTCATCTTCTACGCCGTGTCCTTTGAACCGTTCCTGGTTTTGGGCCTGACGTATGTGTTGGGGCTGGTGTTGGGACGCAGTGGCGACCCCATCTGGCGGCGACGATCCGGACTTTACATTGTGGCCCTGGTCCTGGTGTTGGCGGTGCTGACCACAGCATTCTTCTATCCTGTGCTCACGGCAGAAGTCATCACCTACCAGGAGTGGCGAATGAGGATGTGGATGCCATCGTGGATCTAG MASPATPEPEDTTLEVSSGQPDAPKRAVGPAPRQAAALHGSTGGTLPGRGLEGHRWIARPSEAFAAQALKERLIGGVQSWRDYPASLRLWFWLIPTITAVLGGILRFFRLDTPHSLVFDETYYVKDAYSYVVSGYERSWPANANDSFNAGNPDILLNTPEYVVHPPVGKWMIAFGMWLFGGDNPFGWRFSAALAGTLTVFLVSLIALKLFRSHTLGAVAGLLLAIDGHHLVLSRTSLLDVFLALWILAAFGALLMDRDDGRRRLASRLAAQAAASPGGRPTPTQLVAGPWLGMRWWRLVAGLCLGLAVGTKWSALFFVAAFGLMTVLWDLSARRIAGVRSWFSAGIIKDGLPAFVTIIPIAAVTYVVSWTGWFLSKDAYYRQWAATNPAPGWDWLPNSVRSLAHYHLEAYKFHQGLSSDHPYESSPWTWLIMGRPTSFFYQTPKPGTPGCVVETCSSAILPVGNPVVWWGGTIALVVLLFWWAGRRDWRAGAILAGVAAGYLPWFMYPERTMFIFYAVSFEPFLVLGLTYVLGLVLGRSGDPIWRRRSGLYIVALVLVLAVLTTAFFYPVLTAEVITYQEWRMRMWMPSWI PGPT0024545_1032 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_REMODELLING_SURFACE_GLYCOSYLATION_PATTERNS CE-REMODELLING_MANNOSYLTRANSFERASE_ACTIVITY,PGPT0024545-pmt-K00728 NA NA D3-18_02961 1833 COG1022 Long-chain-fatty-acid--CoA ligase FadD15 GTGAGGGAAGCAAGCACGGAGCTTCTGGTCGAGGCGGACCCGAACACCAACGTGACGGACCTCCTCCTGGAACGCTGCCACAAGGATCCGTTCGGTAACCTGTACGCGCACAAAACCGCGAACGGTTGGCTGAACATTTCCGCAGCCAGGTTTCTTGCCGACGTCACGGCTTTGGCCAAAGGCCTCATCGCGGGTGGGCTCAACCCCGGCGATCCTGTAGCCGTGCTTTCCCGCTCAAGCTTTGAATGGACGTTGGTGGACTTCGCCATCTGGATGGCCGGCGGAGTCACCGTCCCCATTTACGAGACGTCATCGGCCAGTCAGATCGAGTGGATTCTCACCGATTCCGGAGCCCGTCGCATCTTTGTGGAGGACACTGCCAAGGAGAGCCTCGTCCGCGCCTTGGTTGAACAGTCCCCGGCCCTGGGCGAGGACCCAGTGACCATCATCCGGATGGAGCACGACGGCGACGCACCCAACCTGACCAGCGTCTCCGCCGTCGGAATCGGCATCATGGACGCCGAACTGGAGCGCCAGCGCAGCGCAGCGAACCTGGCAAGCGTGGCATCCATCGTTTACACCTCCGGAACCACGGGCAAGCCCAAGGGCTGTGAAATCACTCATGGCAACTTTGTCCTCGTGGCCCGTAACGTCATCCCGTTCCTCCCCGAGCTGCTCATGCGGCAAGGCGCACGCACCCTGATGTTCCTGCCCCTGGCGCACGTCCTCGCCAGGGCTGTCCAGGTTGTTTGCCTCACGGCCGGCATCACGCTGGGACATAGTGCCGGCGCCAGCGGACTCATGGCGGATCTTGGATCCTTCAAGCCCACGTTCCTGCTCGCAGTGCCCCGCATCTTCGAGAAGGTTTACGCTGGCGCCAGCCACAAAGCGGCCATGAGCGGCAAGTCCGCCCTCTTCTCGGCAGCTTCGGCCACCGCGGTGCAATATTCGACGGCGGTGTCCCTCGCGGGCCGCGGCGAGGGACCGGGCCCGGGTTGGCTGCTGGGCCTGAAGCACTCCACGTTCAACAAGCTCTTTTATCCCAAGGTGCGCGAGGTTTTCGGCGGCGACGTCGGCTACACGGTTTCCGGAGCCAGTCCCCTAAGCCTCCGGGACAACCATTTCTTCCACGGCGCGGGAGTTCCCGTCCTTGAGGGCTACGGGCTGACAGAGACCACGGCACCCTGCACCGTCAACACCCCCAGCATGTCCCGCATAGGTACAGTGGGCATTCCCCTCCCCGGGACCACCATCAGGGTGGCGCAGGACGGCGAAGTGCTGGTCAAGGGCATTGGCGTCTTCAAGGGATACCACAACAACGAAAAGGCCACGCAGGCTGCCTTCGTTGACGGCTTCTTCCGTACCGGCGACCTCGGCGAGCTCGACGCCGACGGCTTCCTGACCATCACCGGCCGAAAGAAGGACCTCCTGGTCACGGCGGCCGGTAAGAACGTGGCGCCGGCTCCCTTGGAGGAGAAGCTCCGCGAACATCCCTTGGTGGGTCAGGCAGTAGTAGTCGGCGACGGCCGGCCCTTCGTCGCGGCAATGGTCGGTTTGGACCCCGAAGGGCTCGCTAACTGGTGCGCCGAGAACAAGGCGGGGGCCATGACCCCTGATGAAGCCGCTGGCGATGACCGGGTGAAGGCGGCTATTCAGTCAGCCGTGGACGAGGCCAACAAGCTCGTCTCGGCTGCCGAGTCGATCAAGAAGTTCGCATTCATCACGGCGGATCTCAGCGTCGAGTCAGGGCACCTGACGCCCTCGCTGAAGCTGAAGCGGGCCGCGGTGCTCAACGACTTCTCAGCGGCTGTGGAAAAACTCTACGCGAAGTAG MREASTELLVEADPNTNVTDLLLERCHKDPFGNLYAHKTANGWLNISAARFLADVTALAKGLIAGGLNPGDPVAVLSRSSFEWTLVDFAIWMAGGVTVPIYETSSASQIEWILTDSGARRIFVEDTAKESLVRALVEQSPALGEDPVTIIRMEHDGDAPNLTSVSAVGIGIMDAELERQRSAANLASVASIVYTSGTTGKPKGCEITHGNFVLVARNVIPFLPELLMRQGARTLMFLPLAHVLARAVQVVCLTAGITLGHSAGASGLMADLGSFKPTFLLAVPRIFEKVYAGASHKAAMSGKSALFSAASATAVQYSTAVSLAGRGEGPGPGWLLGLKHSTFNKLFYPKVREVFGGDVGYTVSGASPLSLRDNHFFHGAGVPVLEGYGLTETTAPCTVNTPSMSRIGTVGIPLPGTTIRVAQDGEVLVKGIGVFKGYHNNEKATQAAFVDGFFRTGDLGELDADGFLTITGRKKDLLVTAAGKNVAPAPLEEKLREHPLVGQAVVVGDGRPFVAAMVGLDPEGLANWCAENKAGAMTPDEAAGDDRVKAAIQSAVDEANKLVSAAESIKKFAFITADLSVESGHLTPSLKLKRAAVLNDFSAAVEKLYAK PGPT0008380_5182 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D3-18_02962 1224 hypothetical protein GTGGATGCCTACGGAAGTGAACCCGCTGTGAGCGACAAAAGCCCAAAACCACAAGAACCGGACACGGACGTCCACGAGGACCCCAACGAACCGGCTTTCGACTGGATGAAGCCGAAAACGTCCAGTGGTGCTTCTCCGGCCACTCCTGCAGCCAGCACCGGAGCCGCAGCCACACACACAACCGGAGCAACGCCGTCGGCCGCCACCGCGTCCACTCCCACTTCAGCGACGCCTGCCAACGGCCAGCCCGGGAGCCGCGCGGACCGGAAAGCTGCAGAAGCGGCCGACGTCGAGGCTGAGCCGCCGCTGTTCGCCGACACCCTGGCAGGCGCTTCCACCACCAAGCAGCCGTCGCACTATTCGGAGCCCCTGCCGACGTCGGCTCTTCAGATCCGCCCGCCGGAAGACGAAGTGGCGCGCCGAAACGCCGAACGCGAGCAAGCAGCAAAGGTGAAGCCGATAGGCCCGCGGATCTTCCAGGTGCTTTTGGCGGTCTTCTACCCGGTGATCCTCCTGGTGCTTGCCGTCCGGGCAGTCACCAGCCCCCTGTTCCTGTGGGTAGAGTACAACCGCCCGGGTTTCCCCGGCGACGGCTATGGTTTCAGCACTGACGATCGTATGACGTACGGCTCTTACGCCGTTGATTACCTCAGCAACTGGGCCGGCCCGCGTTACCTGGGCGGTTTGGTCAACCAGGACGGCGACAAGCTCTTCACCGACAGCGAAGTGTCGCACATGGCCGACGTGAAGCTGGTCATTCTGTCCTCCTTCGGGGCCGGGCTTTTGCTCATCATCCTTAGCATCATCGCCATCCTGTATCTGCGTAAGCGAAGCACGGGCGGGATCCGCCGCGGTCTCTTTGCCGGTTCAATCGTCACGCTGGTCATCATCATTGGACTCGCAGTGTTGGCCGTCTTGAGCTGGCAGCAGTTCTTTACGGAGTTCCACCGCATCTTCTTTGCCAATGGAACATGGACATTCTCGCTGGAAGACACCCTTATCAGGCTCTTCCCGGGACAGTTCTGGATTGACGCGGGCATTGTCATCGGCGCGCTGGTGTTCCTTGCAGCGACGCTGACGTTCATCTTCACGTGGCCTACCAAGCGGCGTCGCGGCCTTGCGACGGCACAAGCGGCCGAGGACCGCGAGGAGTCTGAAGAGGCAGCTTTCACAAACGACGATGCCGACAGCCTTCGCAAGGAACCGACGGGCGTTACGCGCTAG MDAYGSEPAVSDKSPKPQEPDTDVHEDPNEPAFDWMKPKTSSGASPATPAASTGAAATHTTGATPSAATASTPTSATPANGQPGSRADRKAAEAADVEAEPPLFADTLAGASTTKQPSHYSEPLPTSALQIRPPEDEVARRNAEREQAAKVKPIGPRIFQVLLAVFYPVILLVLAVRAVTSPLFLWVEYNRPGFPGDGYGFSTDDRMTYGSYAVDYLSNWAGPRYLGGLVNQDGDKLFTDSEVSHMADVKLVILSSFGAGLLLIILSIIAILYLRKRSTGGIRRGLFAGSIVTLVIIIGLAVLAVLSWQQFFTEFHRIFFANGTWTFSLEDTLIRLFPGQFWIDAGIVIGALVFLAATLTFIFTWPTKRRRGLATAQAAEDREESEEAAFTNDDADSLRKEPTGVTR NA NA NA NA NA D3-18_02963 996 hypothetical protein GTGGACATAGATGCCTTCTCGGCCGTACATGGGGACAAATGGTCGCGGCTTCATTTCCTGGCTCATAAGCGAAGGCTTACGGGTGCTGAGGCCGATGAACTTCTGCGCCTGTATCAAACGGTGTCCGGGCACCTGTCGCTGATCCGGTCCGTGGCGCCGGAGACGGGATTGTCGGCGTCCTTGTCTGCAGCATTGGCCCAGGCCCGGACGAGGTTCACGGGGGCCCGCTCCAATTTCATGGAGGACTTGGCGCGGTTCTTTGTTATTTCCCTCCCTGCGGCCTTCTACCGGATCCGGTGGTTGACTCTATGGTGCGGGCTTGCCTTTGTCCTGGTGGCGGGTGCCTATGCTTTGTGGATTGGCACTTCGCCGGAGGCCCTGAGGGCCGTAGCGTCCAGTGATGCCAAGGTGCAGCAGTATGTGGAGGAAGACTTCATTGACTACTATTCCGAGAATCCTGCGGCTTCGTTCGCCGGCTTGGTGTGGACGAACAACGCCTGGATTTCCGCTCAAGCTGTGGCCTTTGGCATTACCGGGTTCTGGGTGCCCTTCATCTTGTTCATGAATGCGCAGGGGTTGGGAATCGCGGCGGGACTTTTCCTGGCCACGGGGAAGATGGACATCTTTTTCAGCTACATCCTTCCTCACGGCCTCATGGAACTCACCGCTGTCTTCATTGCCTGCGCGGCGGGGCTCAAGATCTTCTGGGCCATGGTGCGGCCGGGCCCACGCACAAGGCTGCAGGCTGTGGCTGATGAGGGCCGTTCGTTGATTACCATTGCCTTGGGATTGGTGCTCGTCCTGCTGGTTTCGGGAATTGTTGAGGGCTTTGTGACGCCGAGCCCGCTTCCCGTGTGGGCCAAGATCACCATCGGTGCACTGGTTTTGGCCGGGTATTGGGTCTACACGTTGGTGCTGGGCGGGAAGGCGGTCCGCGCAGGCGTCACAGGAGATATGGATGCCAACGACGCCGGTTATCGCAGCATTGCCGCATAG MDIDAFSAVHGDKWSRLHFLAHKRRLTGAEADELLRLYQTVSGHLSLIRSVAPETGLSASLSAALAQARTRFTGARSNFMEDLARFFVISLPAAFYRIRWLTLWCGLAFVLVAGAYALWIGTSPEALRAVASSDAKVQQYVEEDFIDYYSENPAASFAGLVWTNNAWISAQAVAFGITGFWVPFILFMNAQGLGIAAGLFLATGKMDIFFSYILPHGLMELTAVFIACAAGLKIFWAMVRPGPRTRLQAVADEGRSLITIALGLVLVLLVSGIVEGFVTPSPLPVWAKITIGALVLAGYWVYTLVLGGKAVRAGVTGDMDANDAGYRSIAA NA NA NA NA NA D3-18_02964 804 hypothetical protein ATGAGTTCAATCATCACAGGCGAGGCCGTGGTCCTCGAGCTTCGCCCAGCCTCCTTCGCCGCACGTGCGCTGGGGCTCATCATTGACGTCATCTCCCAAATCGCCCTCGCGATACTGCTGATCATCCTGATCACCAGCGCCTCCCGGGATCTGGACGACGCCGCCATACAGGCAATGGTCCTCAGCAGCATCGTATTCTCAGTGGTCATCGTCCCCGTCACCGTGGAAACCCTGACACGAGGGCGATCCCTGGGAAAGCTCGCAACAGGGCTCCGCATAGTCCGCGACGACGGCGGCTCCATCCGTTTTCGGCACGCGCTCATCCGCGGGCTCCTCGGATTCCTGGAGATCTACCTGACCTTCGGCGGCCTCGCAATCGGAGTGGCACTGTTCAACGACAAGTCCAAGCGGCTCGGCGACATCGTTGCAGGCACCTACTCCCTCCGGCAACGCGTACCCTCAACGCCCCGGATCATGCCCGTAGCACCGCACCACCTGCAGGCATGGGTGGCCATGGCAGATATCGGCAGAGTACCGGATGCCACCGCTCGCCGGGCCGGAACCTTCGTGCAGCAGGCCTACCTCATGGCACCCGCCTCACGCGTCAACATGGCTGCCTCGCTCGCATCAGAACTTGCAAGGTACGTCGCACCACCCCCGCCCGCCGGCACCATCCCCGAAGACTACATAGGCGCAGTCCTCGGGGAACGGCGCAACCGCGAACTCACACGGCTCCGCCAAGCGGAGCAGCGGAACGCCACCGTAGGGGAACGACTCAGGAAGCTGCCGTTCACTAACGGTTAG MSSIITGEAVVLELRPASFAARALGLIIDVISQIALAILLIILITSASRDLDDAAIQAMVLSSIVFSVVIVPVTVETLTRGRSLGKLATGLRIVRDDGGSIRFRHALIRGLLGFLEIYLTFGGLAIGVALFNDKSKRLGDIVAGTYSLRQRVPSTPRIMPVAPHHLQAWVAMADIGRVPDATARRAGTFVQQAYLMAPASRVNMAASLASELARYVAPPPPAGTIPEDYIGAVLGERRNRELTRLRQAEQRNATVGERLRKLPFTNG NA NA NA NA NA D3-18_02965 843 hypothetical protein ATGACCATTTCACCTACGTTCAGCCCCGACTGCGGCAACTGCTTTGCCCTTTGCTGCACCGCGCTCGGATTTGCCCGATCAGCTGACTTCGCCATCGACAAACCTGCCGCTTCGCCGTGCCCGAACATGGCCGACGACTTTTCCTGCACCATCCACCAACGCTTACGGCCTCGAGGCTTCCGCGGTTGCACAGTATTTGATTGTTTCGGCGCCGGCCAAGTGGTGTCCCAACACACCTTCTCCGGCACTAGTTGGACGCAGGACCCATCGTCCAAGTCCTCGATGTTCGCCGTGTTCAAAGTAGTCAGGCAACTCCACGAGATGCTCTGGTACCTGGCCGAAGCCCGGCAACGGACGTTCGATCCCGACCTCGCGTTCACGGCCCACCACCTTTCCGAGCGCATAACAGCTTCCGCACAAGGCGACGCGTCCACGGTCCTGGCCACCGACGTCGAAATTTTGCATGGAGAAGTCCGCACGCTCCTGATGGAGGTTAGCGAAGAACTACGCGCCTCCTACGGGGCCGAGGACAAGCCAACTTTCGACGCCGGCCGCCAACCGGGTGCCGACGCCAAGCTGGGCGGCGCTGATCTGATGGGCGCCGACCTTGCGAACCAAAGTCTCTGCGGATCGGATCTCCGCGGTGCATACCTGATCGGAGCCAATCTGAGGAAGTCCGACCTCACAGCCGTAGACCTTCTGGGAGCAGATCTCCGTGGAGCACAACTCCACGGAGCCGACCTCACCAAGGCGCTCTACCTGACCCAACCGCAGATCAACGCGGCCGAAGGCGACCCCTCCACCCTCCTACCCCCACGACTCACAAGACCGGCTCACTGGTGA MTISPTFSPDCGNCFALCCTALGFARSADFAIDKPAASPCPNMADDFSCTIHQRLRPRGFRGCTVFDCFGAGQVVSQHTFSGTSWTQDPSSKSSMFAVFKVVRQLHEMLWYLAEARQRTFDPDLAFTAHHLSERITASAQGDASTVLATDVEILHGEVRTLLMEVSEELRASYGAEDKPTFDAGRQPGADAKLGGADLMGADLANQSLCGSDLRGAYLIGANLRKSDLTAVDLLGADLRGAQLHGADLTKALYLTQPQINAAEGDPSTLLPPRLTRPAHW NA NA NA NA NA D3-18_02966 1221 ldtB COG1376 L,D-transpeptidase 2 ATGACGGAAGTCGCCAAACGTAAAAAGGGCAAGATCCTTGCCATCATTGGAGTCTGCGCAGCAATTGTCGTGGGTGGAATTGGCGTGGTCACCGTGCCGGGCCTGCTGGCAGGTTCTACGCAGGATGCGGCCGTAGCGCCGTCGGCGACTCCTACCGTGGAAGCCAAACCCGTAGAGCTGGGCATTACCCCGCTGGATGGCGCCGTGGAGTGGAACCCCGTTGTGGGTCCCCAGATCAAAGCAGTCAACGGCAAGCTGAAGGACGTTGTGCTGGCGCCGGTGGGCGGCGGGACACCTGTGGAAGGCAAGACCAGCCCTGACGGCAGCACTTGGACAACTCTGGAAGTCCTGAAGTTCAAAACACAGTACAGCTACTCCTTCACCGTCGTGGATACGGCTGGGAAAGAGACTAAGAAGTCCCAAACCTTCACTACGGTTTCCGCCGCCTACGAGGCCGACGCTTCCATCTACCCCCGCCACGGCACCACGGCCGGCTCCGGGCAGCCTATCGAAATCAACTTCAGTGAGCCCGTCGTAGACAAGGCGGCAATGGAAAAGCGCGTCGCCGTCACGGTTTCCTCCGGCCAGCCCGTGGCTTGGCATTGGTATTCGGACAAGAAGGTCAGGATCCGTCCGGAGGCTTTCTGGGCGTCCGGCACCACTGTCACCGTGGATATGAAGCTTTTGGGCGTGGACTTCGGAAACAACATGATCGGCAACGCTGACGTGGTCTCGACGTTCACCACTGGCCCGCAGCGTGTGGCCGTGGTTGACGACAACACCAAGACCATGAACGTTTACTCCGACGGCCAGTTGGTTCACACGGCTCCCGTGTCCTTGGGCGGGGAAGATTGGCTTTCGCCCACCGGATACGCGGTGATTATGGAACAGGAACGCCACTCGAACTTCAACGCCGGAACAATCGGCCTGAAGCCCGGCGACAAAGGCTATTACCCGCCCCTCGTGGTGGAATATGCCAACCGCCTCACGTGGTCCGGCGTGTACGTTCACCAGGCCCTCGAAGCCGCTTGGAGCTCCATTGGGGTGGCTAACGTCTCGCATGGCTGCGTGGGCCTGCTGCCGGCTGATGCTGAGTGGTTCTTCAACAACATGAAGACCGGTGACGTTGTCCAGATCCTGAACACCGGCGCGCCGGCAGTTGAACCACTGGAAGGCTTCGGCGACTGGAACATTCCGTGGGCGAGCTACGCCCAGCGGTAG MTEVAKRKKGKILAIIGVCAAIVVGGIGVVTVPGLLAGSTQDAAVAPSATPTVEAKPVELGITPLDGAVEWNPVVGPQIKAVNGKLKDVVLAPVGGGTPVEGKTSPDGSTWTTLEVLKFKTQYSYSFTVVDTAGKETKKSQTFTTVSAAYEADASIYPRHGTTAGSGQPIEINFSEPVVDKAAMEKRVAVTVSSGQPVAWHWYSDKKVRIRPEAFWASGTTVTVDMKLLGVDFGNNMIGNADVVSTFTTGPQRVAVVDDNTKTMNVYSDGQLVHTAPVSLGGEDWLSPTGYAVIMEQERHSNFNAGTIGLKPGDKGYYPPLVVEYANRLTWSGVYVHQALEAAWSSIGVANVSHGCVGLLPADAEWFFNNMKTGDVVQILNTGAPAVEPLEGFGDWNIPWASYAQR NA NA NA NA NA D3-18_02967 1479 ahcY Adenosylhomocysteinase ATGACTTTTGACTTCAAAGTGGCTGACATCACTCTTGCGGAGGCCGGCCGCCACCAAATCCGTCTCGCCGAGCACGAAATGCCGGGCCTCATGTCGCTCCGCGCGGAGTTCGGTGCGGAGCAGCCCCTCAAGGGTGCAAGGATTGCCGGTTCCCTGCACATGACGGTCCAAACCGCAGTACTCATCGAAACCCTCACTGCCTTGGGCGCAGAAGTTCGTTGGGCTTCCTGCAACATCTTCTCCACCCAGGATGAAGCCGCTGCCGCCGTCGTCGTCGGCAAGGGCACCCCGGAAAACCCGCAGGGTGTTCCGGTTTTCGCTTGGAAGGGCGAAACCCTTGAGGAGTACTGGTGGACTGCGGAGCAGATCCTCACTTGGCCTGGCGCTGACACCAATCCGGACTTGGGTCCCAACATGATTCTCGACGACGGCGGCGACGCCACGCTGCTGCTGCACAAGGGCGTCGAATTCGAAGCTGCAGGTGCCGTGCCGACCGCCACCGAAGATGATCCGGAGGAATACGTCCTCATCCTGGATCTCCTGCGCAGGACCCTTGCCGCCGATCCGCAAAAGTGGACCCGCCTGGCTGCCCGCATCGAAGGCGTCACCGAGGAAACCACCACTGGTGTGCACCGTCTGTATCAGCTCGCGGAGCAGGGCAAGCTGCTGTTCCCGGCCATCAACGTCAACGACTCCGTCACCAAGAGCAAGTTCGACAACAAGTACGGCATCCGCCACTCCTTGCCGGACGGCATCAACAGGGCCACGGATGTCCTGATGGGCGGCAAGGTGGCAGTTGTGTGCGGTTATGGCGACGTCGGCAAGGGCGCCGCTGAAGCGCTGCGTGGCCAGGGCTCGCGTGTCATCGTCACTGAAATTGACCCCATCTGTGCCCTACAGGCCGCTATGGACGGCTACCAGGTGGCCAGGTTGGAGACGGTGCTCGCCCAGGGTGACATCTTCATCACCACCACAGGCAACAAGGACGTGATCATGGCCGAGCACATGCTCGGCATGAAGAACAAGGCGATCGTTGGCAACATCGGCCACTTCGACAACGAAATCGACATCGCCGGACTTGCCAGGATTCCGGGCGTCAAGAAGGTTGAGATCAAGCCGCAGGTCCACGAGTGGGTCTTCGAGGCCGGGACGGATTCCGAACGGTCCATCATTGTGCTTTCCGAGGGCAGGCTGCTCAACCTGGGCAACGCCACGGGCCACCCGTCATTCGTGATGAGCAACTCGTTCGCCAACCAGACCATTGCGCAGATCGAACTCTGGACCAAGAAGGACCAGCCCGCCGGTGAGCGCGAGTACCGGAACCAGGTTTACGTCCTTCCCAAGATCCTGGATGAGAAGGTTGCACGCCTTCACTTGGATGCATTGGGCGTGGAGCTGACGGAGTTGAGCAAGGACCAGGCGGATTACCTGGACCTCGATGTTGCAGGTCCCTACAAGCCTGAGCACTACCGCTACTAG MTFDFKVADITLAEAGRHQIRLAEHEMPGLMSLRAEFGAEQPLKGARIAGSLHMTVQTAVLIETLTALGAEVRWASCNIFSTQDEAAAAVVVGKGTPENPQGVPVFAWKGETLEEYWWTAEQILTWPGADTNPDLGPNMILDDGGDATLLLHKGVEFEAAGAVPTATEDDPEEYVLILDLLRRTLAADPQKWTRLAARIEGVTEETTTGVHRLYQLAEQGKLLFPAINVNDSVTKSKFDNKYGIRHSLPDGINRATDVLMGGKVAVVCGYGDVGKGAAEALRGQGSRVIVTEIDPICALQAAMDGYQVARLETVLAQGDIFITTTGNKDVIMAEHMLGMKNKAIVGNIGHFDNEIDIAGLARIPGVKKVEIKPQVHEWVFEAGTDSERSIIVLSEGRLLNLGNATGHPSFVMSNSFANQTIAQIELWTKKDQPAGEREYRNQVYVLPKILDEKVARLHLDALGVELTELSKDQADYLDLDVAGPYKPEHYRY NA NA NA NA NA D3-18_02968 219 hypothetical protein ATGCCAAAGGTCAGTCCTGAACTGTTGTCCATCTTGCGTTGCCCCGTGACGGGTTCACCGCTGGTCCAAGAGGGCGATGAGTTGGTTTCCACCGATGCCGCTGCGGACGGCGAAAAGCTCCGCTACACCATTGAGGACGGCATCCCGCTGCTCCTGCCTCCGGAACTGCTGGCCGCAGCCAATGCGGCAACCTCAGGCCAGCACGATTCCAAGGCCTGA MPKVSPELLSILRCPVTGSPLVQEGDELVSTDAAADGEKLRYTIEDGIPLLLPPELLAAANAATSGQHDSKA NA NA NA NA NA D3-18_02969 408 hypothetical protein ATGCGCCCAATGGCGCTAATCTGGGATGTTGTGGGTGCCATTCGTCAGTGTTCCAGATCAGCCTGCCGCCAGTCCGCGGTGGCCACTTTGACGTACGTGTACGCAGAGTCAACCGCAGTCCTGGGTCCTCTGGCCACGTACGCAGAACCGCATGCGTACGATCTTTGCTCGCAGCATGCGGAGTCACTCACGGTTCCGCGTGGCTGGGAAGTCCTGCGCCTTGCCATGCCCACAACGCCGCAAGAGCCGGGCCCGGATGACTTGCTGGCACTTGCCAACGCGGTCAGGGAGGCTGCATCGGCCACCACCGAGACTCCAACCCGGCACAGCCACCCTCAGATGGAGCCACCCGCCGGCACCGAAGGCACTCGTCGAGGGCACTTGCGCATCCTCCGCGAGCCGTCTTAG MRPMALIWDVVGAIRQCSRSACRQSAVATLTYVYAESTAVLGPLATYAEPHAYDLCSQHAESLTVPRGWEVLRLAMPTTPQEPGPDDLLALANAVREAASATTETPTRHSHPQMEPPAGTEGTRRGHLRILREPS NA NA NA NA NA D3-18_02970 372 hypothetical protein ATGCTCCCCAATCTTCCTGGTTTCCGCACGCGCTCGGAACGCTTCGATGACATGGTGCTGGACTCCGCCGAGCGCCTCCAGGACATGTGGGGCAAACAGCTCGACGGCGTTCTCTTCGCAGTCGATGAAATTCCACCCAACCTTGAGCAGCTGGTTGCTACGGGAAACACTGCCCCCATGGGCTCCTACACCCCTGGTGGCCGCGGCGAGGCACCCATGATCACGGTGTACCGCCGGGTGGTTGAGCAGGGCGCTGCCACGCGCGAAGAACTGCAGGACCTTGTCCACGACGTCGTAGTGGAGTACACCGCCGAGATGCTCGGCGTGCCCCCGGAGACCTTGGACCCGGTCTACCGCCGCCGCTACCAATAA MLPNLPGFRTRSERFDDMVLDSAERLQDMWGKQLDGVLFAVDEIPPNLEQLVATGNTAPMGSYTPGGRGEAPMITVYRRVVEQGAATREELQDLVHDVVVEYTAEMLGVPPETLDPVYRRRYQ NA NA NA NA NA D3-18_02971 1719 hypothetical protein GTGTCTGAGGACCAGAAGAACCTGTCCCGCGAAAGGCCTGGAACCCCGGAAGCCCCGAAGTCCCGTGCGGGGAACAACGGAGAAACAAGCAGGTCGGGCAAGGATTCCCGGAGCTCGAGCTCCAGCTCCCGAAGCACGAAATCCCGCAGCTCCAACAAGGGAGTGATCACTGGCGCCCTGTCAGCAGTGGTCATCCTTGCGGCTGGCGGAGGTGCCGTGGCCGCGACGTCGATGGTCCCGGAACCTTCCGGGGGTACCACCATGGATATCCGCCAGGCAGACGTTCCCGCGGGCCGTTCCATGGGTGTCTGTCCGGAACCCGCGAGGCTTGTGAGCGGAACCGTGGTGGGCACAGATGCCGATTTCAGCCCGGTCTCCACTACTGCCACCAGCGCCCTGAACGCCGTGGTGCTGAGCAACCCGGCCGGTACGGTGCCCGAGAGCAACGTGACCTCGCTGGGCGGTGAGATGGTGGAGGAGATCGCCAAGGCTCCTACCAGCACGCCTACACCCACGGTTGGTCCGCCCGTACTCGCGGCCGGAGTGGCGAACATCAGCCCGGTGGCGTCTCCCACCGTTGTGGGAGCCGAGGCCCTTGGAAACGAGCAGGCCTCCCTGGCTGCCAACCTTAGCTACTCAGCTACGGACGGCGATCTTCGCGGCCTTGCATCTACCCAATGCCAGCCGCCGGGCAACGACGCTTGGCTCCTGGGGGCCAACACGTCCGTGGGCCGAACTGCCGTCCTGAACGTGAGTAATGCCTCCGAGACCCCGGCGACAGTGAGCCTTGACCTCTATGGATCCGAGGGGCAGATCCAAGCTCCCGGGGCCCGTGGTCTCCTGGTGGCTCCCGGAACCACCCGCTCGGTGAACCTGGCTGGACTCGCTCCGGGCGAATCGCAGCTTGCCGTGCACGTGCGCAGCACGGGCGGTCCTGTTGCCTCCACCATCCAGCAGAGCGTGTTGCGTGGAATCGCCCCTGGTGGTGTGGAGTACCTCTCGCCAGGTGCGGCGCCGTCCAACCTGCAGGTGATGTCCGGCGTCGACATCCAGGACCCGGCGGCCGTCAAGGCACTGGCTGGTAAGTCAGGTTTTGCGGACGCCATACCGGCACTCCAGATCGCAGTGCCCGGATCCACCGACGCCGTTGTGCAAGTAAGCCTTTATGGCGCTAACGGTGAACGAAAGATTCCCAATGGGGGAGTGGTGACGGTTAAGGGCGGGACAGTATCCACCGTCAACCTTGAGGGCGTCCCGGCCGGTAGCTACACCGTCAGAGCCAGCTCGGATGTCTCGTTCCTGGCATCGGCGAGGGTCACCCGCGGTTCCAAGGCCGAGGAGGCAACCGACTTTGGGTGGTCGCCGTCGTCGGCCCGTCTTGGCAGCCAGCACTTGGTGGCCGTACCACGGGAAGGCCAGCGGTCCTTGAGCTTCGGTGTTCCGGAGGGGCGCGCTACGGTCAGTTACGCTCCAGTGACCGCTGACGGAAAAGTCGGCAAGGCCGTTGACGTGGACTTGTCCGGCGGCACCACATCGGTGATCGGGCTACCGGACAAGTCCGGCAGTTCGGCTGTGGTGGGCTACGTGGTTTCCGCTTCGGGTGACCCGGTGTACGGCGCGCTGGTACTTGGAAAGCAAGCACGGACAGACGTTTCCGTCGTGGCAATTCAGGACGCAGCAGCGGGACTTGAGAAGGTCCCGGTCTCCGTCGGTTACTAG MSEDQKNLSRERPGTPEAPKSRAGNNGETSRSGKDSRSSSSSSRSTKSRSSNKGVITGALSAVVILAAGGGAVAATSMVPEPSGGTTMDIRQADVPAGRSMGVCPEPARLVSGTVVGTDADFSPVSTTATSALNAVVLSNPAGTVPESNVTSLGGEMVEEIAKAPTSTPTPTVGPPVLAAGVANISPVASPTVVGAEALGNEQASLAANLSYSATDGDLRGLASTQCQPPGNDAWLLGANTSVGRTAVLNVSNASETPATVSLDLYGSEGQIQAPGARGLLVAPGTTRSVNLAGLAPGESQLAVHVRSTGGPVASTIQQSVLRGIAPGGVEYLSPGAAPSNLQVMSGVDIQDPAAVKALAGKSGFADAIPALQIAVPGSTDAVVQVSLYGANGERKIPNGGVVTVKGGTVSTVNLEGVPAGSYTVRASSDVSFLASARVTRGSKAEEATDFGWSPSSARLGSQHLVAVPREGQRSLSFGVPEGRATVSYAPVTADGKVGKAVDVDLSGGTTSVIGLPDKSGSSAVVGYVVSASGDPVYGALVLGKQARTDVSVVAIQDAAAGLEKVPVSVGY NA NA NA NA NA D3-18_02972 3417 hypothetical protein TTGGGGCGGGCTCTCCGAGCGGGAGCGTCGTCGGCTAAGGAAGCGAGCGGTCTAATTCTCAAGGAAGTGCATGTTACCGCCGTCGTGGTTTCCCACGACGGCGGCAACTATCTGCCCAGGACATTGGCGGCATTGTCGGACCAGACGCGTCCGGCCGATGCCGCCATTGGCATTGATACAGGTTCCACCGACAACTCGCTGGACTTGCTCCGCGAGGCTCTCGGCCAGAACAGCGTCACCTCTTTCCACCATGCAAGGTCCGGTTTCGGGGCGGCTGTTCGCGCTGGCCTGCAAGAGCTCGCCCCCGCCGACGGCGACACGCAGGGTGATTCCGTGCAATGGATCTGGCTATTGCACGACGACGCTGCGCCTGCGCCTGATGCTTTGGCGGAACTGCTCCATGCGGTTGAACGCGCCCCCTCGGTAACCGTGGCGGGCTGTAAGCAGCTTGGTTGGGACAACAAGCGGCATCTGGTTGATGTGGGCCTTTCAACCAGCCGCTGGGCTGAGCGCCTTACCCTGATTGACGCCGACGAAGTTGACCAAGGGCAATACGATGCCCGCACTGATACTTTCGCGGTGAACTCCGCAGGTATGTTGATCCGCCGCGATGTCTGGGAACTGCTGGAAGGTTTTGATCCGGCCTTGCCCGGCAGCGGCGATGACGTGGACTTCTGCTGGCGTAACTGGCTTGCGGGCAATCGCGTAGTTGTAGTCCCCAGCGCCCGCATGTTCCACGTGGAGCACCGCCCGCATGGCCTGGGCACATCCTCAGCGGCACGTAAAGCCCAGATCCACATGCGGCTCAAGCACACATCCTGGTGGAAAGTGCCGTTCCAAGCCGGGGGCGCCTTGTTCGGTGCCATCATCCGACTCATGCTGAGCATCCTGGTTAAAGAACCGGGATATGGCTTCTCCCAATTCACCGCCACCGTCGCTGCCCTTATCCGTCCCGTGGCCATAGCCAGAGGCCGCCGCGTTGCGGCCAGGACGCGCCGCGTACACAGGTCCGTGGTCCGGGGACTTCAGACACCCACGCGGGACGTGCGTGCCAACAGGCGCTCCTTATTGGAAGCAATCCGCCCCGCCGAAGAAACTCCCGCTGTCTCTGACCTTCTGGCCCCTGAACCCAGCGGGGATGCGGCGGACGACTTCACCGCACTGGCCACCAATGAGCGTGGCTGGGTGGGCACAGGTGCCGTCGCAGCTGCACTGATTGCCCTGGCCGCAGCACTCGTGGGACTGCTGGGGCTGCTCCGCTCAGGCACCGTTGCCGGTGGTGGGCTGCTCCCTCTGTCGGCGTCACCAGGCGACATCTGGGCGAATGCCTCCACCTGGTGGATCTCGTTGGGTGCAGGCCTGCCCGGACACGGCGACCCGTTCGGCTATGTGCTGTGGCTGCTCTCCCTCTTTGGAGGTGGGGACGGCAACGCAGCCATGGTGTGGCTGCTGATCCTTGCCATGCCGTTGTCCGCATTGGGCGCATGGTTCGCGGCGGGCGCGTTGACTACCAAGCGTCGCTTCCGGGTCGCGGCGGCCCTCGCATGGTCCGGTGCTCCCGCACTTCTGATCGCAATCAACGAGGGCCGTGTCGGCGCCCTGGTAGCTCACGTCATGATGCCGCTGCTGCTCCTCGCACTATTGCGTGCCTCGGGATCGGCCATCGCCCAAGGGCCTGCTTTGGCAGGGGCACAGCTCAGCCGCCGTCCGGCCCTGATAGTCGGTAAGCCCGGCATCAACGGAACACCATCATGGACTGCTGCAGCGGCCGCAGGTCTTGCCATGGCCGTTGTCACGGCCTCAGCGCCGTCATTGTTGGGGCCCATTATCGTCGCGGTGATTCTCGCTGCAGTGGTCCTCGGGCATCGGGGCAAAACGCTGTGGTGGTCGCTCCTGCCAACAGTCGCTTTGTTCCTTCCTTATGCGGTATCCGTGTTGGACAGGCCGCGCTCGTTGCTCGCCGATCCCGGAATGCCACTGACTTTTGAGGCTGCTCCGTTGTGGCAGCAGCTACTTGGCCAGCCGCTTGCCTTCGACATCGACGGCGGCTTGACCGGTTTGGCGGTCTTCGGTCCTGGCGCTGTGCCCTGGGCCCTGTTGCTGGCTCTGCTGGTCATCGCACCAGTCCTGATCCTGGCTGTTGCTGCCTTGTTCGTGCCCGGTAAGCGCGCTGCGCTGGCCCGGGTGTTCTGGTTGGTCGCTTTGGCTACCCTTTCGAGCGCTTGGCTGCTGGGCCACGTCGCCACCGGGGTCAACAACAACGTGATTGTCGGGCCATTCACCGGTCCTGCCGTATCGGCGGCGGGAATGTTGCTTCTAGGTGCTGCCGTTCTCGGTGCTGAGAAGCTCTTCACTGCACCGCGAACGACATCGAAGGCTCCCCGGCGCCACCTCCCGCTGCAGCGCGTAGCCTCGGCCGCGACCATGGCGTTTCTAGTTGCCGGCCCTCTTGCCGGCATGGCTGCCTGGACTGCTCAAAATGTCCTGCAGCCTACACCGACTGCCGTACCCATTGCGGCACCTAACACTGCCGAACAGACGTCCCTTGGCGCGGGCCGACAAATATGGCCGGTGGATACGGGCACATTGCCCGCCACCGCCGTCGACCGTGGCCAAGGACCCGAGCGAACCCGGACGTTGGTCATTACCAGCGGTGAGCAGGGCGCGTTCTCCTCTTCCCTGATGCGGGGAGCCGGAACCACGTTGGACAGTTTGTCCACCATTGCCTCTGCACGAACCATTATTGGCGCGCCAGGACGCGAGGAAATCGCGGCCGATGACGCTGCCACCACGTCCCTCCGCAGGGCCGTGGCCACTATCGTGGCGGGAACCGGCGTGGATCCCCGCCCCGACCTTGACCAACTTGGGGCCGGATTCGTGGTCCTTAAGGCAGCAGACAATGCCGCCCAGTTGACGGCCAGCAGGATCGACGCCGTCCCCGGACTCGTGGCTGTCGGCCAGACCGACGCCGGGTGGCTGTGGCGGGTGACGCCCCGGAACCAACCCGCGGCTACTGCCGCGGACACGGCACACCGGGTACGTATCGTGGACTCCCAAGGCGCTCTGCTGAGGGCGCTGCCATCCGAAGAAGTGGATGTGGATGCCACCGTTGAATCGGGGAACGAGGGCCGAAGGGTTGTCCTGGCCGAACGCTCCGATCCGGGCTGGAGCGCCTGGCTGGATGGCCGTCAACTGAAGGCCACCACATCCGGATGGTCCCAGGCGTTCGAGTTGCCCGCCAGCGGCGGCGACCTTGAAATCCGCTACACCAACCCTTGGGCCTTGTGGATCGGGATCCTGCAGGCTGTGGTGATTGGATTGACGGTCCTCTTGGCCGTTCCAATGCCCGCCCGCCGCAGCCGAACCGGCATGTCGAGGGATGAAGTCTCCCTCCGTAAGGAGTACAGCAGTGTCTGA MGRALRAGASSAKEASGLILKEVHVTAVVVSHDGGNYLPRTLAALSDQTRPADAAIGIDTGSTDNSLDLLREALGQNSVTSFHHARSGFGAAVRAGLQELAPADGDTQGDSVQWIWLLHDDAAPAPDALAELLHAVERAPSVTVAGCKQLGWDNKRHLVDVGLSTSRWAERLTLIDADEVDQGQYDARTDTFAVNSAGMLIRRDVWELLEGFDPALPGSGDDVDFCWRNWLAGNRVVVVPSARMFHVEHRPHGLGTSSAARKAQIHMRLKHTSWWKVPFQAGGALFGAIIRLMLSILVKEPGYGFSQFTATVAALIRPVAIARGRRVAARTRRVHRSVVRGLQTPTRDVRANRRSLLEAIRPAEETPAVSDLLAPEPSGDAADDFTALATNERGWVGTGAVAAALIALAAALVGLLGLLRSGTVAGGGLLPLSASPGDIWANASTWWISLGAGLPGHGDPFGYVLWLLSLFGGGDGNAAMVWLLILAMPLSALGAWFAAGALTTKRRFRVAAALAWSGAPALLIAINEGRVGALVAHVMMPLLLLALLRASGSAIAQGPALAGAQLSRRPALIVGKPGINGTPSWTAAAAAGLAMAVVTASAPSLLGPIIVAVILAAVVLGHRGKTLWWSLLPTVALFLPYAVSVLDRPRSLLADPGMPLTFEAAPLWQQLLGQPLAFDIDGGLTGLAVFGPGAVPWALLLALLVIAPVLILAVAALFVPGKRAALARVFWLVALATLSSAWLLGHVATGVNNNVIVGPFTGPAVSAAGMLLLGAAVLGAEKLFTAPRTTSKAPRRHLPLQRVASAATMAFLVAGPLAGMAAWTAQNVLQPTPTAVPIAAPNTAEQTSLGAGRQIWPVDTGTLPATAVDRGQGPERTRTLVITSGEQGAFSSSLMRGAGTTLDSLSTIASARTIIGAPGREEIAADDAATTSLRRAVATIVAGTGVDPRPDLDQLGAGFVVLKAADNAAQLTASRIDAVPGLVAVGQTDAGWLWRVTPRNQPAATAADTAHRVRIVDSQGALLRALPSEEVDVDATVESGNEGRRVVLAERSDPGWSAWLDGRQLKATTSGWSQAFELPASGGDLEIRYTNPWALWIGILQAVVIGLTVLLAVPMPARRSRTGMSRDEVSLRKEYSSV NA NA NA NA NA D3-18_02973 543 whiB Transcriptional regulator WhiB ATGGGGCAAGCGTTGCGTATCCAGGAAGATGCAGTCGTCGCAGAACATGCGTCGGTGAAATACCGTTCGAGGGAAGTGCCGGGAGATTGGTACGTAGACCCGGCGGACCCGGAAGCGGCAGGCCGATATAACCAGAATGTGCAGCAGTCCTTGGAGGATCAGGCAACTGCCCTCCTTGCGGCACATGAGGCGTTGGTGGGCGACCTGCCCGCTGGACCGGATGAAGATCTGGACGACCCTCCCATGGAGTTGCGTCGTCCGCTTGAAACGCCAGGGCAGCCCGTGTGGATCGGCTTGCCCCAAGGGGACTTCGATGACGAGGGCGAACTTGGCTGGCAGACGGACGCGCTGTGTGCGCAGACCGATCCTGAAGCTTTCTTCCCTGAAAAGGGTGGATCAACGAGGGACGCCAAGAAGGTCTGCGGTGCATGCAACGTCCGCTCGCAGTGCTTGGAATACGCTCTCGCGAATGATGAGCGGTTCGGAATTTGGGGCGGGCTCTCCGAGCGGGAGCGTCGTCGGCTAAGGAAGCGAGCGGTCTAA MGQALRIQEDAVVAEHASVKYRSREVPGDWYVDPADPEAAGRYNQNVQQSLEDQATALLAAHEALVGDLPAGPDEDLDDPPMELRRPLETPGQPVWIGLPQGDFDDEGELGWQTDALCAQTDPEAFFPEKGGSTRDAKKVCGACNVRSQCLEYALANDERFGIWGGLSERERRRLRKRAV NA NA NA NA NA D3-18_02974 696 hypothetical protein ATGAGCATCCCGGCAGCGAACCTGATGACCGCCCTGCGATCCGGTCATTCAACGTCACCACGACTCACCTGGTATGGCCCCGACTCGGAACGGGTGGAACTCTCGGGGCGTGTCCTGGATAACTGGGTAGCCAAAACCAGCAACCTGTTGCAGGACGAGCTGGATGCCGAACCCGGAATGTCAATCAGGCTGGACCTCCCGGCGCATTGGAAGTCCTTCGTCTGGGCTCTCGCGGCGTGGCAACTGGGAATGGAAGTGGTCTTTGACGACACCGCGGCGGATCTGCTGGCAACCGACAAACCAGACGACGGCGGCGGCGCCGGCTTCGATGCGGTGGTGGCCGTGCCGCTCGCCGCACTTGCCATGCGCTGGCCGGGCGAGCTGCCGTCCGGCGTCGTGGATTATGCGGCGGAGGTCCGTTCCCATGGCGACGTCTTCATGGCGCACAACGAACCCGAGCCGACCCTGCCCGCCATACGCGGAACATCAGGGCTTCCGCACGAGGACCTTATTGAAGGCTTTGCTGCCGCCCAGGAACCAGGCGTCCGTCTACTGGTACGCGCGGCGGACGGTCTGGAGTCGTGCCTGGCAGCTTCGCTGGGGGCATGGAAAGAGGACGGCTCCGTAGTACTGGTGCATCCCGACCTCGAAGTGACCAAGCACCTTCTGGAGAACGAGCGCGTCAGCCGTTCTTAA MSIPAANLMTALRSGHSTSPRLTWYGPDSERVELSGRVLDNWVAKTSNLLQDELDAEPGMSIRLDLPAHWKSFVWALAAWQLGMEVVFDDTAADLLATDKPDDGGGAGFDAVVAVPLAALAMRWPGELPSGVVDYAAEVRSHGDVFMAHNEPEPTLPAIRGTSGLPHEDLIEGFAAAQEPGVRLLVRAADGLESCLAASLGAWKEDGSVVLVHPDLEVTKHLLENERVSRS NA NA NA NA NA D3-18_02975 567 hypothetical protein ATGATCACCACACTTGCAGATCGCATCCGCGGACTTGCCTCACTTTTTTGGCGTGAGGTAGCAAAGTTCGGCGCCGTCGGCGGTGTTGCTTTCGTCATCGACTCGGCGGTCTTCATCTGGCTCTTTTCGGGCCCGATGCACGGCAGCGAAGTGTGGGCCAAGGCCATCGCCACCATTGTTGCAAGCATTTTCTCGTGGGTCGCGAACCGTTTCTGGACGTTCCGACACCGTAAACAGGCCAATGTGGTCCGTGAAGCTGTGCTGTTTGCCATCATGAACCTTGTAGGGCTCTTGATTGCTTCGGGATGTGTGTGGTTCGCGAAGTACATCCTTGACCTCAACGACAAGCCATCGCTGTTCATCGCCGGCAGCGTTGTGGGCCTTATCCTGGGCACCATCTTCCGTTTCTTCGCCTACCGCTTCTGGGTGTTCAACGAAGAACTTGATGCCGAACCCGAGTTCTCACACGACCACGAGATCATCGAACTGCACCACAAGCCCAAGACCAATTCCGAGTCCGGCGCCAACCCGGCTACCGGCGAATTCCCGTCGGTTAAGAACGGCTGA MITTLADRIRGLASLFWREVAKFGAVGGVAFVIDSAVFIWLFSGPMHGSEVWAKAIATIVASIFSWVANRFWTFRHRKQANVVREAVLFAIMNLVGLLIASGCVWFAKYILDLNDKPSLFIAGSVVGLILGTIFRFFAYRFWVFNEELDAEPEFSHDHEIIELHHKPKTNSESGANPATGEFPSVKNG NA NA NA NA NA D3-18_02976 1140 purK COG0026 N5-carboxyaminoimidazole ribonucleotide synthase ATGATGGCTCCGCCCGCTACCGCCCTGGGCTTCGAACTCCGTGTTTTGGCCGAGGGTGAGGACGTTTCTGCCGTGGCTGCAGTGGCCACTGCGCCTCTTGGCGACTACAAGGACCTGAACGCTCTTCTTGAATTCTCCAAGGGCCTGGACGTGCTCACGTTTGATCACGAACACGTGCCCACGGAACACCTGCAAGCCCTCCTGGACGCCGGCGTCAACGTCCAACCCGGCCCTGATGCGTTGGTTAACGCCCAGGACAAGCTGGTGATGCGGGCTGCGATCGACCGCTTGGGCTTGCCGAATCCCGAGTGGTCGGCTGTTAACAGCGTTGAAGAACTGGTGGCCTTTGGCGACAGAATCGGCTGGCCCGTGGTTCTGAAGACCCCCCGCGGTGGCTATGACGGCAAGGGAGTCAGAATTGTTGACTCCGCCGACGATGCCGCGGAAACTGCCGACTGGTTCCAGGCCATGAGCCCCCTGCTGGCAGAAGCCAAGGTTGATTTCAGCCGCGAACTCTCGGCCCTTGTTGCACGCAGCCCCAGCGGCGAGTCCCGTGCATGGCCGGTTGTTCACACTATTCAGGTGGATGGTGTTTGCGACGAAGTGATCGCACCCGCCCAGAACATTTCCGTCGAAGTGGCTGCTGCCGCCGAAGAGGCCGCCCTGCGCATTGCCAACGAACTCGGAGTCACTGGAGTCATGGCCGCAGAGCTGTTCGAAACTCCGGGAGTCGGAGCAGGCTTCCTCATCAACGAGCTCGCCATGCGTCCACACAACACCGGCCACTGGACGCAGGACGGTTCCATCACCAGTCAGTTCGAGCAGCACCTGCGGGCCGTGTTGGACCTTCCGTTGGGCGCAACGGATGCCCTGGCCCCCGTGGTGGTCATGAAGAACTTCCTGGGCGGCGACAACCAGGATCTCTTTAAGGCCTTCCCCATGGCGTTGGCCTTCGAGCCTGCGGCAAAGGTGCACTCCTACGGCAAGTCCGTCCGACCAGGTCGCAAGATCGGCCATGTGAACTTGGTTGGCAGCTCGGTTTCCGACGTCGACTCGGTCCGCCAGCGTGCCACCGCCGTGGCTAACATCATCCGTGACGGCCGCAAGCCGGAGCAGACCACCCTTGAGGAGACCGCATGA MMAPPATALGFELRVLAEGEDVSAVAAVATAPLGDYKDLNALLEFSKGLDVLTFDHEHVPTEHLQALLDAGVNVQPGPDALVNAQDKLVMRAAIDRLGLPNPEWSAVNSVEELVAFGDRIGWPVVLKTPRGGYDGKGVRIVDSADDAAETADWFQAMSPLLAEAKVDFSRELSALVARSPSGESRAWPVVHTIQVDGVCDEVIAPAQNISVEVAAAAEEAALRIANELGVTGVMAAELFETPGVGAGFLINELAMRPHNTGHWTQDGSITSQFEQHLRAVLDLPLGATDALAPVVVMKNFLGGDNQDLFKAFPMALAFEPAAKVHSYGKSVRPGRKIGHVNLVGSSVSDVDSVRQRATAVANIIRDGRKPEQTTLEETA PGPT0021550_651 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021550-purK-K01589 NA NA D3-18_02977 564 purE COG0041 N5-carboxyaminoimidazole ribonucleotide mutase ATGACTTCGGAAACAACAGCCCCGCTGGTTGGGCTCGTGATGGGCTCGGACTCCGATTGGCCGGTCATGGAGGCCGCCGCGGACGCCCTGGCCGAGTTCGGCATCCCCTTTGAGGCAGACGTCGTGTCAGCTCACCGCATGCCGACTGAGATGATCCGCTACGGCCAGACCGCCCACGAACGCGGCTTGCGCGTCATCATTGCCGGGGCCGGTGGGGCAGCCCACCTTCCCGGCATGCTGGCTTCGGTCACGCCCCTTCCCGTCATCGGCGTCCCCGTCCCCCTCAAAACGTTGGACGGCATGGACTCCTTGCTGTCCATCGTCCAGATGCCTGCCGGCGTTCCCGTGGCCACCGTGTCCATCGCTGGTGCCCGCAATGCGGGTCTCCTCGCCGTTCGCATGTTGGCTTCGGGAACTGACGAACTTGCATCGAAGCTCCGCACGGATCTCCTCGCCTTCGCCCAGGAACTGAACGACGTCGCCACCAAGAAGGGCGAAAACCTGCGCCACAAAGTAGAAGAGGTCTTCTCCCCTGCCAATGCCTCCGCCCGGAGCTCCCGCTAG MTSETTAPLVGLVMGSDSDWPVMEAAADALAEFGIPFEADVVSAHRMPTEMIRYGQTAHERGLRVIIAGAGGAAHLPGMLASVTPLPVIGVPVPLKTLDGMDSLLSIVQMPAGVPVATVSIAGARNAGLLAVRMLASGTDELASKLRTDLLAFAQELNDVATKKGENLRHKVEEVFSPANASARSSR PGPT0021545_206 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021545-purE-K01588 NA NA D3-18_02978 1617 tagU_2 Polyisoprenyl-teichoic acid--peptidoglycan teichoic acid transferase TagU ATGCACAAGACCCCGAGTCAGCCCGGTTCCGCCCTGACTGATCCCGTTCGCTACCCGTCCGGCGTCAGCGCTCCGGTGCGGACCAAACGTGCCTTCGTGCTGGTCCTCCTCACTCTCTTTGTTCCCGGCAGCGCCCAAATTGTTGCCGGGGACCGCAAACTTGGCCGCATCGCTTTGCGCGTCACCATCACGGTGTGGGCCCTTGCCCTGCTCACTTTGTTCATTGCCTTGGTGAACCGGACGATGCTGCTCAGCGTCGTCACCCACCCGGTGGGTTCGTTGTTCATTATCGTGATCCTCGTGGCGTTGGCGTTGGGTTGGGCCTTCTTGTTCCTCAATACCCTGAGGATCATCAGGCCCGCGCTCCTGGCACCGGGAATGCGCCCCATCATCGCCGTCGTCCTGGCGGTAACCACTATCCTCGCCAGCGGATCACTGGGCTATCTCGCCTACGTCCTGAACGTGAGCCGCAATGCGATCGGTAGTATCTTCAATGCCGGTCCCGCCATTGATCCGGTGGACGGACGGTACAACTTCCTCATGATGGGTGGCGACGCCGGGGACGACAGGACCGGCCGCCGCCCGGACAGCCTCTCCGTCATCAGCGTCGACGCGAAAACCGGCGAGAGTGCCATCATCTCGGTCCCCCGCAACCTTCAGAACGCCCAATTCAGCGAGGGCTCGCCCATGCGCGAGATCTACCCTGATGGCTACAACTGCGGTGACGAATGCCTCATCAACGCCGTCAACACCGAGGTCACCAACAACCACCAGGATCTCTATCCAGGGGTCGCCGATCCCGGAGCCCAAGCCACGCTCGAAGCCGTGTCCGGCACACTGGGCATCACCGTCCAGGCGTATGTCCTGGTGGACATGGACGGTTTCGCCAAACTCATCGATGCCATGGGCGGCATCCGCATCAAAGCCGGTGGCTGGGTACCTATTAGTGGTCCTGTGACTGACGAGGCCAACGGAATTCACGGCATGCCTGACGGCTGGATCCCCGCCGGCGACCAACACCTGAATGGCTTCCAAGCCCTTTGGTACGGACGGTCCCGCGAATTCGTGGATGACTACGCCCGCATCGCGCGCCAGCAGTGCGTACAGCAAGCCATGCTCAAGCAGTTGGACCCTGCCACGCTCCTCACCAAGTTCGAGGACATTGCCAACGCCGGCACCAAGGTGGTCGACTCCAACATTTCTTCGAACCAGCTGGGCAGCTTTGTGGACCTCGCCTTGAAGTCCAAGAACCAGCCCGTCAAGCGCCTCACTATCGGGCCGCCGGACTTTGATGCGTCCTTCTCCACGGTGCCTGACTTCGACCTGATTCATTCCAAGGTCCAGGAAGTGCTGGCTTCGTCCAACACTCCCAAGGCGAGCGACGCCGTCGTTTCCTATGATGGTGCCGGTGCAGGAGCCGTCATGGCCGCTGGCCCGGTTGCGGGTTCCGTTCCCGCGGGCCAGTTGCCCTCGCCGTCGGCCGATTTCACGCCGGTGACCACCACGCCGGACGGTACCCCGATCACCATCGAGTTGCTGAACGGCCTCAAGGCCCAAGGCGACGAGCAAGGCATCCGCGACCTTGTGGCAACCAACGGACAGTGCGCACCGCTGTAA MHKTPSQPGSALTDPVRYPSGVSAPVRTKRAFVLVLLTLFVPGSAQIVAGDRKLGRIALRVTITVWALALLTLFIALVNRTMLLSVVTHPVGSLFIIVILVALALGWAFLFLNTLRIIRPALLAPGMRPIIAVVLAVTTILASGSLGYLAYVLNVSRNAIGSIFNAGPAIDPVDGRYNFLMMGGDAGDDRTGRRPDSLSVISVDAKTGESAIISVPRNLQNAQFSEGSPMREIYPDGYNCGDECLINAVNTEVTNNHQDLYPGVADPGAQATLEAVSGTLGITVQAYVLVDMDGFAKLIDAMGGIRIKAGGWVPISGPVTDEANGIHGMPDGWIPAGDQHLNGFQALWYGRSREFVDDYARIARQQCVQQAMLKQLDPATLLTKFEDIANAGTKVVDSNISSNQLGSFVDLALKSKNQPVKRLTIGPPDFDASFSTVPDFDLIHSKVQEVLASSNTPKASDAVVSYDGAGAGAVMAAGPVAGSVPAGQLPSPSADFTPVTTTPDGTPITIELLNGLKAQGDEQGIRDLVATNGQCAPL PGPT0023440_111 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 D3-18_02979 1251 manA_1 COG1482 Mannose-6-phosphate isomerase GTGTACCAGATTGAGAATGTTTTGCGACCCTATGCGTGGGGTTCGACGACGGCGATCGCCGCCTTGCTTGGTCGGCCGGCATCAGGTGGTCCCGAAGCCGAGATGTGGATCGGAGCCCACCCGGACTCCCCCTCCACAGCCGTCCATCCCAACGGTGTCACCCAGCCCTTGGACGCGTTGATCGCCTCGGATCCCCTGCGCTGCCTAGGCTCGGAAAGCCTCGCCGAGTTCGGACCACGGTTGCCGTTCCTCACTAAGCTCCTGGCCGCAGAGCAGCCGTTATCCTTGCAGGTGCACCCCAGCCTTGACCAGGCCCGGGAAGGATTCGCCCGGGAGAATGCGGCCGGCATCCCCGCCGATGCAGCAAACCGCAACTACCGGGATGACAACCACAAACCGGAGATGATCTTCGCCCTCACTCCGTTCAAGGCATTGTGTGGTTTCCGTTCACCTGCTGAGTCCAAGGACATCTTTGGGCACCTGGCCCACGTCCTTGATTCCGCAGCAGTGGACGTTCCGGATGTGATCAGCGGCGTCATCGCAGATCTCGGCCAGCCCGAGGAGCCTGCAGCCCTGAAAGGAGCCTTCAGCCGGCTCATCCAGGGTGGCGCCGGCGTCTCCGACGCCATCAACGAGGTAGTCGCCGTCCTGTCCGCCGGCGCACCCCTGGAACCGCACCGCGAAGCGTTGACCGCCATGGTGGACATCAATGAAGCCTTCCCCGGAGATCCCGGCGTCCTCATTTCCCTTCTTCTCAACCATCTTTCCTTGCAGCCGGGTGACGTGGTTTACCTGCCGGCCGGCAACGTCCACGCTTACCTCCACGGATTAGGCGTGGAGGTCATGGCGTCCTCGGACAATGTTCTCCGTGGCGGACTCACGCCCAAGCACGTGGACGTCCCGGAGTTGCTGAAGACTGTACGATTCGAAGCACTCGGCGTGCCCCGCATCCAGGCGAGCGGGACCGAGTTCGGGCAGGAACTGTACCGGCCGCCCTTCAAGGAATTCCAGCTGCAGCGCATTGAGCTCGGCCCGGGCGCCGAGCCGGTGCCGCTGGCACAAACCGGGCCCGCCGTCGTCGTGGTGGTGTCCGGTTCGGTGTTGCTCGACTCCCCCAAGAGCGATCTCAGGCTACAGCGCGGCGCTGCCGCGTTCATCCCCGACATCGAAGCCCCCGTGAACGTCCACCCCGTGCAGGGAGCGACGGACACCAGTGTTGCCTTTGCGGTGACCACGGGGCTGGGGAACTGA MYQIENVLRPYAWGSTTAIAALLGRPASGGPEAEMWIGAHPDSPSTAVHPNGVTQPLDALIASDPLRCLGSESLAEFGPRLPFLTKLLAAEQPLSLQVHPSLDQAREGFARENAAGIPADAANRNYRDDNHKPEMIFALTPFKALCGFRSPAESKDIFGHLAHVLDSAAVDVPDVISGVIADLGQPEEPAALKGAFSRLIQGGAGVSDAINEVVAVLSAGAPLEPHREALTAMVDINEAFPGDPGVLISLLLNHLSLQPGDVVYLPAGNVHAYLHGLGVEVMASSDNVLRGGLTPKHVDVPELLKTVRFEALGVPRIQASGTEFGQELYRPPFKEFQLQRIELGPGAEPVPLAQTGPAVVVVVSGSVLLDSPKSDLRLQRGAAAFIPDIEAPVNVHPVQGATDTSVAFAVTTGLGN PGPT0017860_667 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 D3-18_02980 936 hypothetical protein ATGGAGTTTTTCCTGCAGACGCCCGCATGGGCGGCCGTCCAGCGTTCCCTCGGACGCCGTGTCCATGAGCAGTCCGGGCCCGGCTGGAGTTTCCTCGCCATCGAGGAAAAGAACCCCGCCGGCAAGGTCATTTACGCCCCGTACGGCCCCGTGGCGGAGTCTGTTGAAGCCTTCGACGCCGCCACTGCAGCCTTGGTGGCCCTGGCAAAGGCGGAGGGTGCGGTGTTTGTGCGGATGGAGCCCGCTGCCGCAGGGTTTACAGCGTCCGACGCCGATGCTCTCCTTCGCGCCCGCGGAATGACGCCGGCGCCGGTCAACCAGCAGCCTGAGCTCAGCTGGATCGTGGATCTTGAGGGCGAGTTCAAAGACGTCCTGGCGGGCATGAAGCCGACCAACAGGAACCTCTACCGGAATATCCACAAGAAGGGCGTGACCTTCCGTGCTTCCCAGGATCCCGCGGATATCTCGGTGCTCCTGCATTTCCTCCACCTGACAGCTGCCCGGAACGGCTTCAAGCCCCAAAGCGACGAGTACCTCACTCAAGTAGCTGCTTCCCTGCTGCCCAATGGCGCGGGAACGCTGTTCATCGCCGAGCTTGAGGGCGAACCGATCGCAGCTGCCTTCGCCTATGACTCTGCTGATACCCGTGTATACGCCCACGCTGCCTTGGACGACACCCACCGCAAGCTCAGCGCGGGCATCCCCCTCCTGGTGACTTTGATGGCCGATGCCAAGGAGAAGGGCCTGAAACACGTAGACCTTTGGGGTGTGGCACCAGAGGACCAGCCGGACCACAAATGGGCGGGCTTCACAGCGTTCAAAAAGTCATTCGGAGGCCGTGAAATCTCCTACCCGGGCACTTGGGACCTCCCGGTCAACAAGCTCCGCTACGGCGCCTACCAACTGGCCAGGAAGCTCCGCGACAAACTGCGCTAG MEFFLQTPAWAAVQRSLGRRVHEQSGPGWSFLAIEEKNPAGKVIYAPYGPVAESVEAFDAATAALVALAKAEGAVFVRMEPAAAGFTASDADALLRARGMTPAPVNQQPELSWIVDLEGEFKDVLAGMKPTNRNLYRNIHKKGVTFRASQDPADISVLLHFLHLTAARNGFKPQSDEYLTQVAASLLPNGAGTLFIAELEGEPIAAAFAYDSADTRVYAHAALDDTHRKLSAGIPLLVTLMADAKEKGLKHVDLWGVAPEDQPDHKWAGFTAFKKSFGGREISYPGTWDLPVNKLRYGAYQLARKLRDKLR NA NA NA NA NA D3-18_02981 1038 glpX COG1494 Fructose-1,6-bisphosphatase class 2 GTGTCTCCTGCACCAATGACCCAGCAGTATTCCACGATTTCGCCGTCGCTCGCCGTCGGCCTCGACGAACCCGACCGCAACCTTGCGCTTGAACTCGTCCGTGTCACCGAAGCCGCGGCAATTGCCGGTGGCCACTGGGTAGGTTTCGGCGACAAAAACAAGGCAGACGGTGCCGCCGTCGATGCCATGCGTTCGTTCCTTCACACTGTCCACTTCAACGGCGTCGTGGTCATCGGTGAAGGCGAAAAAGATGAAGCCCCCATGCTGTTCAACGGCGAGCAGGTTGGTGACGGCACCGGTCCCGAGTGCGACGTCGCCGTGGACCCCATCGACGGAACGCGCCTGACCGCCCTGGGCATCAACAACGCCCTCGCAGTGCTGGCCGTTGCCGAGCGCGGATCCATGTTCGACCCCTCCGCTGTGTTCTACATGGAGAAGCTCGTCACCGGCCCCGAAGCCGCCGACATGGTGGACCTGCGCCTGCCCGTCAAGCAGAACCTGCACCTCATCGCCAAAGCCAAGGGCGTCAAGGTCAACCAGCTCAACGTCATGATCCTTGACCGCGACCGCCACCGCCCCCTCGTGGAAGAAATCCGCGAAGCCGGTGCCCGCACCAAGTTCATCATGGACGGGGACGTCGCCGGCGCCATCGCCGCAGCACGCTCCGGCACCGGCGTTGACGCCCTCATGGGCATCGGCGGCACCCCGGAAGGCATCGTTGCCGCCTGTGCCATCAAGTCGCTCGGCGGCGTCATCCAAGGCCGGCTGTGGCCGACGTCGGACGAAGAGAAGCAGAAGGCCATCGACGCCGGACACGACCTCGACCGCGTCCTGTCCACCAACGACCTCGTCACCTCGGACAACTGCTACTTCGCAGCCACCGGCATCACCGATGGCGACCTCCTCCACGGTGTGCGCTACCAGAAGGATCGCGTTATGACGCAGTCCATCGTGATGCGCTCCAAGTCCGGGACGGTCCGCTTCGTAGAGGCTGAGCACCACGCATCCAAGTGGGAGACGTACGCGCGCAAGCCGTAA MSPAPMTQQYSTISPSLAVGLDEPDRNLALELVRVTEAAAIAGGHWVGFGDKNKADGAAVDAMRSFLHTVHFNGVVVIGEGEKDEAPMLFNGEQVGDGTGPECDVAVDPIDGTRLTALGINNALAVLAVAERGSMFDPSAVFYMEKLVTGPEAADMVDLRLPVKQNLHLIAKAKGVKVNQLNVMILDRDRHRPLVEEIREAGARTKFIMDGDVAGAIAAARSGTGVDALMGIGGTPEGIVAACAIKSLGGVIQGRLWPTSDEEKQKAIDAGHDLDRVLSTNDLVTSDNCYFAATGITDGDLLHGVRYQKDRVMTQSIVMRSKSGTVRFVEAEHHASKWETYARKP PGPT0017655_416 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 D3-18_02982 777 hypothetical protein ATGACCACGGCCCGCAATACCGGTGGTGAGGTTGGCGGATGTGTGTTCCCTGCCGCGATAAGGGATCATGGAGGGGTGAGTGAAACGCAGGACAAGCCCGCTGCCGGCAATGAGCCGGATGCCGCGGAAGCTAACCAAACAAGCGCCCAGGCAGCCCCGGGTGCCCCCTATAAACCCGTCATTGCGGCGAAAGCTGCCAAGCGGGCAAACGCTTCGGTCATCGGCATGGTCATAGCGCTGCTTGTCTGTGTACTGGCTTTCCTCCCCATCGTTTTGATGAACCCGGCTCCCAAGGGCGAAGGTTTCAGGCCGGATGTTGACGTCGCGGCGATCGCCCGCAACGCCACGGGTGTGGCGGGATTCACACCTGTCACTCCGGATACGGGCGACACATTCAAGCCCAACTACGCCCGCTGGGAGTCCGGCAGCGGAAGCGGCGTTCCTACCTGGGAGATTGGTTTCCTGACTCCCAAGGAAAACTTCATCGGGCTCACCCAGACCAGCCAGGCAAATCCCACGTGGGTTCTGCAGCAAACGGAGAACCTTCCTGTCACTGGCACGCGTAGTGCAGGCGGCCAGGAATGGGAGTTGCGCGACTCAGGCAAGGAAAAGCGCAGCATGGTCCTGGAGTACCGGGGCACCACCATTGTCCTGAACGGCACTGCCAACCTGGATGAGTTTGCAACGTTGGCGGCCGCCGTCGTGAAGTCCGCAGAGCAGGCGCCGCCTGCAAGCGCACCGGCTACCGCGACTGCTTCCGCCCAACCGTCTGCCTGA MTTARNTGGEVGGCVFPAAIRDHGGVSETQDKPAAGNEPDAAEANQTSAQAAPGAPYKPVIAAKAAKRANASVIGMVIALLVCVLAFLPIVLMNPAPKGEGFRPDVDVAAIARNATGVAGFTPVTPDTGDTFKPNYARWESGSGSGVPTWEIGFLTPKENFIGLTQTSQANPTWVLQQTENLPVTGTRSAGGQEWELRDSGKEKRSMVLEYRGTTIVLNGTANLDEFATLAAAVVKSAEQAPPASAPATATASAQPSA NA NA NA NA NA D3-18_02983 615 cynT COG0288 Carbonic anhydrase GTGCCTACTTACCTGACTCCAGCCCTGGCGTGGCGCCGTCTCCGCGAGGGCAACGAACGTTTTGTTTCCGGCGAATCCCTGCACCCCAACCAGGATGCTTCGCGACGATCATCACTCATTGAGAACCAGAACCCGTTTGCCGTGATCTTCGGCTGCTCGGATTCGCGACTCGCTGCAGAAATTATCTTTGACTTGGGGCTCGGTGACGCCTTCGTGGTGCGCACCGCCGGCCAGGTCATTGATGATGCGGTCCTGGGTTCCCTCGAGTACAGCATCAGCGAACTCCGGGTGCCACTGATCGTCATCCTCGGCCATGACAGCTGTGGTGCCGTGAAGGCCACCAAGGCGGCTGTGGAAACGGGTGAGATGCCCCCGGGCTTCATCCGCGACCTCGTGGAGCGCATTACCCCCTCCGTCCTGACAGCCAAGCGCAATAGCCAGGAAGACGTCAACGACATGGTGGTGGAGCACGTCAAGCAGACTGCTGCCCGCCTGGCTGACAGCTCACGTGTGATTTCCGACGCCATCGACGACGGCCGGGTTGCCGTGATCGGCTTGTCGTACAAGCTCGACGAGGGCCGCGCGGCCCTCGTTTCCGGGATCGGCAAGCTCTAG MPTYLTPALAWRRLREGNERFVSGESLHPNQDASRRSSLIENQNPFAVIFGCSDSRLAAEIIFDLGLGDAFVVRTAGQVIDDAVLGSLEYSISELRVPLIVILGHDSCGAVKATKAAVETGEMPPGFIRDLVERITPSVLTAKRNSQEDVNDMVVEHVKQTAARLADSSRVISDAIDDGRVAVIGLSYKLDEGRAALVSGIGKL PGPT0002415_5773 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION K-SOLUBILISATION-OTHER_ACID_METABOLISMS K-SOLUBILISATION-CARBONIC_ACID_BIOSYNTHESIS,PGPT0002415-cynT|can-K01673 NA NA D3-18_02984 1428 fumC COG0114 Fumarate hydratase class II ATGACTTCCACCACTGAGTTCCGTATTGAACATGACACGATGGGCGAAGTTCGCGTCCCCGTGAACGCCCTGTACCGCGCCCAGACGCAGCGTGCTGTGGAGAACTTCCCGATCTCCGGCAAGACGCTTGAGCGCACACACATCGAGGCTCTTGCCCGCGTGAAGAAGGCAGCTGCACTGGCGAATGCCGAGCTGGGGGTGCTCGATGGCGAGCTCGCCGAGGCTATTGCCGCCGCTGCCGATGAGGTTGCCACCGGTAAGTACGACGGCGACTTCCCGATTGACGTTTTCCAGACCGGCTCGGGCACTTCCTCCAACATGAACACCAACGAGGTCATTGCCGAACTGGCATCGCGCGCCCTCGCGGCCGCAGGGAGTGACAAAGTTGTCCACCCGAACGACCACGTGAACGCGTCGCAGTCCTCCAACGATGTCTTCCCGACGTCCGTGCACGTCGCCGCCACCTCAGCCTTGATCAACGACCTGATTCCGGCACTGGAGTACCTGGCAGCTTCCCTCGATCGGAAGGCCGTGGAGTTCAAGGACGTCGTAAAGTCCGGCCGTACCCACCTCATGGACGCCACGCCGGTCATGCTCGGCCAGGAATTCGGCGGTTACGCTGCCCAGGTCCGGTACGGCATCGAGCGCATCAACGCCGCACTCCCCCGCGTTGCCGAAGTTCCCCTGGGTGGCACGGCTGTTGGTACCGGAATCAACACTCCGGCCGGCTTCCCCGAGCGCGTCATCGAACTCCTCGCCGCCGACACCGGCCTGCCGCTGACCGAGGCACGCGACCACTTCGAAGCACAGGCAAACCGTGACGGCCTGATCGAAGGTTCCAGCCAGCTCCGCAACATCGCGATCTCCTTCATGAAGATCAACAACGACCTCCGTTGGATGGGCTCCGGCCCCAACACGGGCCTCGGCGAAATCGCTATTCCGGACCTTCAGCCGGGCTCCTCGATCATGCCGGGCAAGGTCAACCCGGTCATCTGCGAAGCATCCATCATGGTCTGCGCCCAGGTCATCGGCAACGACACCGCCATTGCCTGGTCCGGCACCAACGGCGCCTTCGAACTCAACGTCGGCATCCCCGTTATGGCCGCCAACCTGCTCGAGTCCATCCGCCTGTTGGCCAACACCAGCCGCGTCATGGCCGACAAGATGATCGACGGCATCACCGCCAACGTTGAGCGTGCACGCTTCCTTGCAGAGGCTTCCCCGTCCATCGTGACCCCGCTGAACAAGTTCATTGGATACGAGAACGCCGCGAAGATCGCAAAGATCGCCGTCAAGGAAGGCCTGACCATCCGCCAGGCCACCGAGAAGCTTGGCTTCGTCGGCGAGGGCGAAGGCAGGGTCACCGAGGCAGAGCTCGACAAGGCCCTCGACGTCACCACCATGACGTCCCCCGCTCACAAGAACTAA MTSTTEFRIEHDTMGEVRVPVNALYRAQTQRAVENFPISGKTLERTHIEALARVKKAAALANAELGVLDGELAEAIAAAADEVATGKYDGDFPIDVFQTGSGTSSNMNTNEVIAELASRALAAAGSDKVVHPNDHVNASQSSNDVFPTSVHVAATSALINDLIPALEYLAASLDRKAVEFKDVVKSGRTHLMDATPVMLGQEFGGYAAQVRYGIERINAALPRVAEVPLGGTAVGTGINTPAGFPERVIELLAADTGLPLTEARDHFEAQANRDGLIEGSSQLRNIAISFMKINNDLRWMGSGPNTGLGEIAIPDLQPGSSIMPGKVNPVICEASIMVCAQVIGNDTAIAWSGTNGAFELNVGIPVMAANLLESIRLLANTSRVMADKMIDGITANVERARFLAEASPSIVTPLNKFIGYENAAKIAKIAVKEGLTIRQATEKLGFVGEGEGRVTEAELDKALDVTTMTSPAHKN PGPT0001650_772 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 D3-18_02985 687 hypothetical protein GTGAGTAATAGTGCAAATAGTGATGGCGGCCTCCGCGAGCGCAAGCGGGCTGCCACGAGGACGGCGATCACCGCCGTCGCGCGTTCCATGACTGCGGCGCATGGCCTGAATGGTTTTACCGTTGAGGAAGTCTGCCAAGAGGCGGGGATTTCACGCCGGACCTTCTTCAACTACTTCCACTCCAAGGAAGACGCCGTGATCGGTTCGTTTTCGGATGAGTTGCCCGAGGACGCCTTGGAAGTGTTCAACCAGAACCCTTCCCGCACACCGGACAGCATCTCCGGGACCCTCTTGGCAGCCCTGCACGTGCTCACCGTGACCCTGATGGAGCGTTCATCCATCAGCAGGACCGAGGTCCAACAGTTCATCGCTGCCATTACGGCCGAACCGCAGCTCCTGGCGCGGCTCACCCTCGAAGGGGAGGCTCGCGAACGACAATTCGCCGCGTTGGTGGCCGCCCGCGAAGGGCTGGACCCCGAGCACCCCGAAGTCATGACGGCAACAGTGGTGTTCGGGGCGGTCTCCAAGAAGACAGCACAACAGTTCTTCTCGGAGGATAATGCGCGCCCTTACCGCGGGATCCTCGAACAGAACCTCAACGCCGCACGGAAACTTTTTGCGCAACCACTGGCCACGAACCAGGAGTTGGGCGCCAACCCCCTTGAAACCACGAAGGAACCCGCATGA MSNSANSDGGLRERKRAATRTAITAVARSMTAAHGLNGFTVEEVCQEAGISRRTFFNYFHSKEDAVIGSFSDELPEDALEVFNQNPSRTPDSISGTLLAALHVLTVTLMERSSISRTEVQQFIAAITAEPQLLARLTLEGEARERQFAALVAAREGLDPEHPEVMTATVVFGAVSKKTAQQFFSEDNARPYRGILEQNLNAARKLFAQPLATNQELGANPLETTKEPA NA NA NA NA NA D3-18_02986 1677 bmr3_1 Multidrug resistance protein 3 ATGAGTACTCTCTCGAAAGCAGCCGAACCGCTGCTGCTGACCCAGAAACGAATCTGGATCATCTTCTCGGCGCTGATCGCGGGCATGCTGCTGTCAAGCCTCGACCAGACGATCGTTTCCACCGCCATGCCCACCATCGTGGGCAAGCTGGGCGGCGTGGAGCACCAGGCTTGGATCACCACGGCATACCTCCTTGCCACCACCATCGTGATGCCCATTTACGGCAAGTTCGGTGACATCCTGGGGCGTCGCAACCTGTTCCTCGTGGCCATAGCCCTGTTTACCCTCGCATCCGTGGGCTGCGCGTTTGCCACCGACTTCTGGGGCTTCGTCATCTTCCGCGCCATTCAGGGCCTGGGCGGCGGCGGCCTCATGATCCTTTCGCAGGCGATCATTGCTGACATCGTTCCCGCCAAGGAGCGCGGCAAGTACATGGGCCCGCTGGGCGCAATCTTCGGCCTCTCCGCTGTGGCCGGTCCTCTGCTCGGTGGCTTCTTCGTTGACCACCTCACCTGGGAATGGGCTTTCTACATCAACATCCCCATCGGCATAGCTGCGTTCATCACCGCTTGGTTCACTTTGACCCTGCCGAATAAGAAGGCCGAGAAGAAGATCGACATCCTGGGTGTCCTGTTCCTCTCCGCTGCCACCACCTGCCTCATCTTCTTCACGGACTTCGGCGGCAAGAAGGACGAGGGCTGGGACTCGCCCCTTACGTGGGCGTTTGGTGCAGGCATGGTCCTGGCAGCCTTCGCCTTTGTGATGGTTGAACGTCGCGCCGAGGACCCCATCATTCCGTTGAGCCTGTTCAAGAACCCCATCTTCATCAACGCAACGGCCATCGGCTTCACGTTGGGCCTGGGCATGTTCGCTGCCATTGCTTTCGTTCCCACGTTCCTGCAGATGTCCTCCGGAACATCAGCGGCTGAATCGGGCTTGCTGATGCTGCCCATGATGGTGGGCCTGATGGGCACGTCCATCTACTCCGGTATCCGCATTTCCAAGACCGGCAAGTACAAGATGTACCCCATCCTGGGTGCAGCGCTCACCATTGCTGCAATGCTGTGGCTGACCACGCTCACAGCAGCAACGCCCATCTGGGTCATCTGCGTACAGCTCTTCATCTTCGGTGCGGGCTTGGGCCTGATCATGCAGGTCATCGTCCTGGTTGTTCAGAACTCGGTTCCCGCTGACCAGATTGGTACGGCGACCAGCACCAACAACTACTTCCGCGAGGTAGGTGCATCGCTGGGTGTCGCCGTCTTTGGAGCCATCTTCACCAACCGTTTGGCCGAATCACTCACCGAGGCCTTTACAGGAGCCGGTGCCTCTGCCGAGCAGGCTTCACAGTCCACCAGCACGCTGGATCCCCAGGCCTTGGCACAGATGCCTGAACAGTTGCGTGATGCGATCGTCAACGCCTACGCCAACTCGCTGGCACCGGTCTTCTGGTACTTGGTGCCGTTCATCGCCATCGCACTGATCCTTGCCATCACCCTGAAGCAGATACCGCTCTCAGACACCGCCGGCATGGTGGCGCGCGGCGAGGCTGTGGGTGGCGAAGAGGCAGACCGGCTTGAGGCCGAGCGCCTCGAGACGGCACGACTGGAAGCGGAGTTGGCTGCTTCGGATGGCGTCGAAAAGGGCCGCCCAACTGCCGATGCCGGCAGACGGTAA MSTLSKAAEPLLLTQKRIWIIFSALIAGMLLSSLDQTIVSTAMPTIVGKLGGVEHQAWITTAYLLATTIVMPIYGKFGDILGRRNLFLVAIALFTLASVGCAFATDFWGFVIFRAIQGLGGGGLMILSQAIIADIVPAKERGKYMGPLGAIFGLSAVAGPLLGGFFVDHLTWEWAFYINIPIGIAAFITAWFTLTLPNKKAEKKIDILGVLFLSAATTCLIFFTDFGGKKDEGWDSPLTWAFGAGMVLAAFAFVMVERRAEDPIIPLSLFKNPIFINATAIGFTLGLGMFAAIAFVPTFLQMSSGTSAAESGLLMLPMMVGLMGTSIYSGIRISKTGKYKMYPILGAALTIAAMLWLTTLTAATPIWVICVQLFIFGAGLGLIMQVIVLVVQNSVPADQIGTATSTNNYFREVGASLGVAVFGAIFTNRLAESLTEAFTGAGASAEQASQSTSTLDPQALAQMPEQLRDAIVNAYANSLAPVFWYLVPFIAIALILAITLKQIPLSDTAGMVARGEAVGGEEADRLEAERLETARLEAELAASDGVEKGRPTADAGRR NA NA NA NA NA D3-18_02987 477 nudC_2 NADH pyrophosphatase ATGGGTGCACCCGAGTTCGTGCTCAAACTGCGGGAAAAGATCGGCAACGATCCCCTCTGGCTGCCGGCCGTGCGGGGAGTGGTGTTTGACGATGAAGGCAGGGTGCTTTTAGGCCAGCGCGCCGACAACGGTCACTGGACACTCATCACGGGAATGCTTGAACCAGGGGAGCATCCAGCACCGGGTTTGATCCGTGAAATCTTCGAGGAAACAGCGGTGGTGGCCGAGACTGAGCGCATCATCGGCGTCGGAGTTGTGGGGCCTGTGACCTTCCCCAACGGCGACGTATGCGATTTCCTGGACATCACATTCCGCTGCCGATACGTCTCGGGAGAAGCCAAGGTCAACGACGACGAGTCACTGGCCGTCGGGTGGTTTGCGCTGGACGAGCTTCCGGAGATGAGCGCCGGAAACCTGGAGGCCATCAGGCTTGCCACGGAGCCCGAAGGCCCCGTGGCGTACCAAGTGGAGGACTAA MGAPEFVLKLREKIGNDPLWLPAVRGVVFDDEGRVLLGQRADNGHWTLITGMLEPGEHPAPGLIREIFEETAVVAETERIIGVGVVGPVTFPNGDVCDFLDITFRCRYVSGEAKVNDDESLAVGWFALDELPEMSAGNLEAIRLATEPEGPVAYQVED NA NA NA NA NA D3-18_02988 585 hypothetical protein GTGCTCAAGGACGGCAGGAGGGCTGTTGTGGGGCAGATCAGGTTGAGGTTCTTGCTGGCAGCGCCCATTGCCTTTGCAGTCTTGCTGGGCGGATGCGGGCAGGCAGCCAATGATTCTGATGTTCCGGCAGCATCCGGCATCCCATCCGGGGCTGGTATTCAGCCGGGGATTACGCAGCAGTCCGGTGACACGCAACAATCAGACCCCACGAGAGGTCCGGAGACCCCCTGCGAAGGTGGTCCGCTGGGCTGTTCAGAGTTCACGTCCGTGCGGGGAACCGACGCCACGGGAGATGTGGCATGGATCGGAACGGACCCGCTGAGAGTGAGCTCGAGGCATGCCAACGGAGAGTGGACCCTCTTCGTCCACACACCGTGCAATTATCTTCAGGTGGCAGTTTCAGTGCAGGATGATGTCTTAACGCAGCTTTGGATGATGGTCACCGACCACGGCTGCGTGGCGCCAACGGATAATTACCAGGCGTGGACAGAGGAGCTCTTTGAGCAGCCTGTTCAGTGGAAGCTCGACGGCGACACCCTCACCTTGAAAAACTCACACGCGACCATTGAATTGAAGGAAAGCTGA MLKDGRRAVVGQIRLRFLLAAPIAFAVLLGGCGQAANDSDVPAASGIPSGAGIQPGITQQSGDTQQSDPTRGPETPCEGGPLGCSEFTSVRGTDATGDVAWIGTDPLRVSSRHANGEWTLFVHTPCNYLQVAVSVQDDVLTQLWMMVTDHGCVAPTDNYQAWTEELFEQPVQWKLDGDTLTLKNSHATIELKES NA NA NA NA NA D3-18_02989 552 hypothetical protein GTGATCCGACGACTCTCAGACCTCTGGACCGACAGCCTACTCGGCTTTTGGCTTGTGGTGGCAGCCTGCCTGTACTTCGTGGTGATGGCAGTGCGGCTCACGGTGATAGATGTCCGGAGCCATTTGCTGCCGAATCGAATCGTGTTCCCTTCCTATGCAGTGGCCGGGGTGCTCCTACTGGCCTCGGCACTGGTGGTGCACTTCGCTGACTCTGCCTCGGAGGGCATACCGGCGGCTGTGCTCTTTGGTGTGCCCGGCCTGGGTGTGATTGCCGGGGGTGCGCTGCTCTGGACGTTCTACTTTGTGTTGAGGCTCGTTCACCCACCCGGTATGGGCTTTGGCGACGTCAAACTGGCCGGGGTGCTGGGCCTCTATTTGGGCTACCTGGGATGGACCCACATCTTTGCCGGGACGTTCGCTGCGTTCCTTCTAGGCGGGCTGTGGAGCTTGGGCATCTTGGTAGCCCGGCGAGGCACGCTGCGTTCGGCTATTCCGTTTGGCCCCTTCATGCTGGCCGGGGCAGCGGCTGCCATGGTGGTCCTGCCTGCGTGA MIRRLSDLWTDSLLGFWLVVAACLYFVVMAVRLTVIDVRSHLLPNRIVFPSYAVAGVLLLASALVVHFADSASEGIPAAVLFGVPGLGVIAGGALLWTFYFVLRLVHPPGMGFGDVKLAGVLGLYLGYLGWTHIFAGTFAAFLLGGLWSLGILVARRGTLRSAIPFGPFMLAGAAAAMVVLPA PGPT0015925_2718 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_SECRETION CE-TYPE_II_SECRETION_SYSTEMS CE-T2SS-TYPE_IV_PILIN_SECRETION|FIMBRIAL_ASSEMBLY,PGPT0015925-pilD-K02654 NA NA D3-18_02990 762 hypothetical protein ATGGGGCGCTACAGTGCAGCTGGACCGGGTTTTGACTTGTCCTCCACATTCCGCAATCTTTGCCGTTCTTCGCCTTGGAAGTGGACCAGCCTCCGCTTTGAGTACCTCGAACGCCCCGAGTCCGACGCCACCATGGTCAGAGCGTGGCTCAGGCGCCCGGGTGCCCTCCGCCTCGAGACGCCGGACGGCCTGCTTTTGCACAGCACCACCGGCATCAACGACTCCAGGGACGATTTGTACGTCAGTGCCACCCGCCGTTCGTGGCTACTTCCGGCTCACCTCGTGACCCCGGTTTATGACGACGCCGGCCTGGTCCGCCGTCGACCTGAAGCCGCGTACGGTGAGCCCTCCTTCGGCAATGGTCGCCTTGCTGCCGCCCTCGATCCCGTTGAGCTTGCCGGCAACGCGCCAGTCCCCCTTGAGTTCCCGGACACGAACCGGGTCTTCCTTGAGCAACCGCGCGAGGTGGACCATGAAGGTCGCCTGGCAGTGGAAACCATCGTCACGCCGAGCCGGACGTACGTCCCCTCAGACCCGGATGCACCCTTGGCGCACACCGGCCGGACGTTGATCAGGATCGATGCAGGCACAGGCGTTTGCGTGGCCAGCCAGGGCCTTGACGGTGACTCCTCAGGCAAGGGCCACTGGCTCACGATCCTGGCAGTGGACGAGTACATGCTGGACGACCTTTTCTTGGCCGAATCGATGAACCTCACGGACGTCCGGCGCCACATCTCGTGGGACATCGGCCCTGCCGCCTGA MGRYSAAGPGFDLSSTFRNLCRSSPWKWTSLRFEYLERPESDATMVRAWLRRPGALRLETPDGLLLHSTTGINDSRDDLYVSATRRSWLLPAHLVTPVYDDAGLVRRRPEAAYGEPSFGNGRLAAALDPVELAGNAPVPLEFPDTNRVFLEQPREVDHEGRLAVETIVTPSRTYVPSDPDAPLAHTGRTLIRIDAGTGVCVASQGLDGDSSGKGHWLTILAVDEYMLDDLFLAESMNLTDVRRHISWDIGPAA NA NA NA NA NA D3-18_02991 645 COG1670 Putative succinyl-CoA transferase ATGACATCGCTGGCAGAAATGTGGCCCCCGTTCGGACTCACCCTCACCACTCCGAGGCTGATTATCCGTCCCGTCCTCGACGAAGACATCCCTTCCGCCGTGGCTGCGGCCCGTTCCGGTGTTCACGAGCCCGGCAAGAGCCCGTTCAGCATGCCGTGGACAGAACTTCCCGAGGATGAGCTCGCTCCCAACATGGCCCAGTGGTACTGGCGCTGCCGCGCCAACTTCACCAAGGACTCCTGGACCCTCCTCCTTGGAGTCTGGCATGACGACGAACTCCTCGGCGTCCAGGACATCGGCGCCAAGAGCTTCAACACCCTCAAAACAGTCAGCACGGGCTCGTGGCTCAAGCAGTCCGCGCAAGGCCAGGGTTTCGGCAAGGAGATGCGTGCCGCCGTCGTGAGTTTTGCCTTTGATCACCTGGGCGCCGAAGTAGCCGAGTCCGAAGCAGCGATCTGGAATCAGCAGTCCCTGGGCGTCTCCGCCAGCCTCGGCTACGAACTGAACGGTACCTTCCGCGACGGCTGGGGCGAAAAAGTGGAAGAAGTCCAAAGAGTCCGCCTCACCCCCACCACGTTCACCCGCCCCCACTGGCCCCTAAAAGTCCAAGGCCACGAAGAACTAAAAACCTATCTGAAGCTCTGA MTSLAEMWPPFGLTLTTPRLIIRPVLDEDIPSAVAAARSGVHEPGKSPFSMPWTELPEDELAPNMAQWYWRCRANFTKDSWTLLLGVWHDDELLGVQDIGAKSFNTLKTVSTGSWLKQSAQGQGFGKEMRAAVVSFAFDHLGAEVAESEAAIWNQQSLGVSASLGYELNGTFRDGWGEKVEEVQRVRLTPTTFTRPHWPLKVQGHEELKTYLKL NA NA NA NA NA D3-18_02992 1596 hypothetical protein ATGCGACTTGCCGACTCAGGTTTCGGAATTTTCTGTGAGGGGGATTACGTTAATCCCATCAGCAGGCAAAACCGCCCGCTGATCGGGGAGGCCAGTATATGGAGCGGACTATCGCACCAGTTACATGGGAGGCCACGCCCGGCCTTCCGGCCGAGCCGCTTCACCATTAGGCCGGGCGAACTGCCCGGGGCTGGAGTCGATGTGGCTATTTCTGAGCAACTGCCCGCAATGGTTTCCGACGGGGAAAGTGCAGCTACCTCTCGCACCAAGCGGGTCTCACAAAAAGCGCGGACCGCACCGTCCGCCACAGGCCGCAGCTACGTGATCGATACGTCCGTCCTGCTATCCGATCCACACGCACTGTTACGCTTCGCGGAACACGAAGTCATCGTCCCCATCGTGGTCATCAGTGAACTGGAAGGAAAACGCCACGATCCCGAATTGGGCTACTTCGCCCGAAAAGCCCTCAGGCTCCTGGACGACCTCAGGATCGAACACGGCGGCTTGGATCACGCCATCCCCCTCGGGAAAGACGGTGGCCTCCTCAGGGTGGAGATGAACCACATCTCCCCGGAAGTGCTGCCTGCAGGATTCCGCGGAGGCGACAATGACAGCCGCATCCTGGCCGTCGCCAAAAACCTGGCAAACGAAGGCCACAACGTCACCGTCGTCTCCAAAGACCTCCCCATGCGCGTCAAAGCCTCCGCCATGGGTCTCCACGCCGACGAATACCGCAACGAACTCGTCAAAGACTCCGGCTGGACCGGCATGGCCGAAGTGGACGCAACCGAAGAAGAAATCACCACCCTCTACGGCCACGAACCCGCCTTCATCCCGGCAGCCGCAGAACTTCCCGTCAACACGGGACTGGTTCTTCTTTCCAACCGCGGCTCCGCCCTCGGCCGCGTGGGAGCAGACAAACAAGTCAGGCTCGTCAAAGGCGACCGCGACGTCTTCGGACTCCACGGACGCTCGGCAGAACAACGCCTCGCCATCGACCTCCTCATGGACCCCGCTGTCGGGATCGTCTCCATAGGTGGCCGCGCAGGCACCGGCAAGTCCGCACTCGCCCTCTGCGCGGGCCTGGAGGCCGTACTGGAACGCCGGGAACACCGCAAAGTAGTAGTGTTCCGCCCCCTCTACGCAGTGGGCGGCCAGGAACTCGGCTACCTCCCGGGCTCCGAATCCGAAAAGATGAACCCCTGGGCGCAGGCAGTGTTCGACACCCTCGGGGCGCTCGTCAGCCAGGAAGTCGTGGAGGAAGTCATGGACCGCGGCATGCTCGAAGTCCTGCCACTGACCCACATCCGCGGCCGTTCCCTGCACGACGCCTTCGTGATCGTGGACGAAGCACAGTCACTCGAGAAAAACGTGCTCCTCACCGTGATGAGCCGCATCGGACAAAACTCCAAAATCGTCCTCACCCACGACGTCGCCCAGCGCGACAACCTCCGCGTGGGGCGGCACGACGGGGTGGCCGCCGTAGTGGAGACGCTCAAGGGCCATCCGCTGTTCGGGCACATCACGCTGACCCGCTCTGAGCGGTCGCCGATCGCGGCACTGGTGACGGAGTTGCTCGAAGGGGCCGAGATCTAA MRLADSGFGIFCEGDYVNPISRQNRPLIGEASIWSGLSHQLHGRPRPAFRPSRFTIRPGELPGAGVDVAISEQLPAMVSDGESAATSRTKRVSQKARTAPSATGRSYVIDTSVLLSDPHALLRFAEHEVIVPIVVISELEGKRHDPELGYFARKALRLLDDLRIEHGGLDHAIPLGKDGGLLRVEMNHISPEVLPAGFRGGDNDSRILAVAKNLANEGHNVTVVSKDLPMRVKASAMGLHADEYRNELVKDSGWTGMAEVDATEEEITTLYGHEPAFIPAAAELPVNTGLVLLSNRGSALGRVGADKQVRLVKGDRDVFGLHGRSAEQRLAIDLLMDPAVGIVSIGGRAGTGKSALALCAGLEAVLERREHRKVVVFRPLYAVGGQELGYLPGSESEKMNPWAQAVFDTLGALVSQEVVEEVMDRGMLEVLPLTHIRGRSLHDAFVIVDEAQSLEKNVLLTVMSRIGQNSKIVLTHDVAQRDNLRVGRHDGVAAVVETLKGHPLFGHITLTRSERSPIAALVTELLEGAEI NA NA NA NA NA D3-18_02993 762 COG0020 (2Z,6E)-farnesyl diphosphate synthase GTGGAGCTGCCCGGTTTCCTGTATGGCTTCTACGAGCGCAAACTCCTGCGCTCCCTCAAGCAAGACAGAATCCCGCGGCATATCGGCGTGATGGTGGACGGAAACAGGCGGTGGGCACGCCAGTTCAACGCACCCACCAGCCAGGGGCACCAAGCGGGCGCGGACAAGATCCACGAATTCCTCGGCTGGTGCCAGGAACTCGGCGTCAAAGTAGTGACCCTCTACATGCTCTCCACGGACAACATGAGCCGCTCCGGTGAAGAACTGGACCTCCTCATGGGCATCATCGCGAACACCATGGACCGGCTGGATGAAGACGAAGACGTCTCCGTCCACGCTATGGGCGCACCGGAACTCCTCCCGGACTACCTGGCCGAACGGCTCAACAAACTGACCGCCCGCACCCCGGTCCACGAAAAGATCCACGTGAACGTGGCCGTCGGCTACGGCGGGCGCCGCGAAATTGTCGACGCCGTCCGGGAACTTCTTCACGATGCCGACGCAAAAGGACGCAAGATGTCCGACGTCGCAGATGAACTTTCGGTGGACGACATCTCCAGGTTCCTCTACACCCGTGGCCAACCCGACCCGGACCTCGTCATTCGCACCTCCGGCGAGCAGCGGCTCTCAGGCTTCCTCATGTGGCAAAGCGCTTACAGCGAGTTCTACTTCTGTGAAGCCCTCTGGCCTGCCTTCCGCAAAGTCGACTTCCTGCGTGCGCTCAGGGACTACGCCGGACGCCAGCGGCGATTCGGCACCTGA MELPGFLYGFYERKLLRSLKQDRIPRHIGVMVDGNRRWARQFNAPTSQGHQAGADKIHEFLGWCQELGVKVVTLYMLSTDNMSRSGEELDLLMGIIANTMDRLDEDEDVSVHAMGAPELLPDYLAERLNKLTARTPVHEKIHVNVAVGYGGRREIVDAVRELLHDADAKGRKMSDVADELSVDDISRFLYTRGQPDPDLVIRTSGEQRLSGFLMWQSAYSEFYFCEALWPAFRKVDFLRALRDYAGRQRRFGT PGPT0007535_94 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007535-uppS-K12503 NA NA D3-18_02994 642 hypothetical protein ATGGCTGAGCTCCTCGAAACCAAGCCCCTATGGCGTGGGTGGATCCACGCCGTCGCCGCTCCATTTGCACTCGCGGCAGGGATCGTCCTGGTGACCGTCGCACCCACCCCCGATCGCAAGATCACCTCCGCCATTTATGCGTTGACAGGCTTCCTGCTGTTTGGCGTCAGCGCCGTTTACCATCGCGGAAATTGGTCACCCAAGGTCCGAATGCTGCTCAAACGGCTGGACCACACCAACATCATGCTGGTAATCGCCGGCAGCTACACGCCCCTGGCGTGGTCCTTGCTGGAGCGCTCACAGGCTGTGACGTTGCTATGGCTTGTGTGGTCCGGAGCAATAGTCGGGGTGCTCTTCCGAATCCTGTGGACACACGCTCCACGCTGGTTGTACGTGCCGGTTTACATCGCGCTAGGCTGCGGCGCGTTGTTCTACCTGCCCCAGTTCTTCACCGCCAATGCCCCGGCAGCCATACTTATCTGCGTGGGTGGAGCGCTGTACATCGCAGGCGCGGTGTTCTACGCCATCAAAAAACCGAACTTCAGCGTCCAGCACTTCGGATTCCATGAGCTCTTCCACGCCTTCACGGTGCTGGCGTTCGCGGCGCACTTTGCTGCCATCATGATGGCAGTGCTGAGCTAA MAELLETKPLWRGWIHAVAAPFALAAGIVLVTVAPTPDRKITSAIYALTGFLLFGVSAVYHRGNWSPKVRMLLKRLDHTNIMLVIAGSYTPLAWSLLERSQAVTLLWLVWSGAIVGVLFRILWTHAPRWLYVPVYIALGCGALFYLPQFFTANAPAAILICVGGALYIAGAVFYAIKKPNFSVQHFGFHELFHAFTVLAFAAHFAAIMMAVLS NA NA NA NA NA D3-18_02995 2175 hypothetical protein ATGGCGGCCCCCGGACCCGCTGAGCCGGGTCAACCCGCCGAAACCGGCGGACCCAACTGGCCCGGGGCAAGTAACGCCCTGGGTTCGGAACCTTCTGCTTATTTGCGGCAGCACGCGGACAATCCCGTGTTCTGGCGCCCGTTCGGTGATGAGGCTTTTGCCTTTGCTGCCGAGCGTGATGTTCCCGTCTTCCTCTCCATCGGCTACGCGGCATGCCACTGGTGCCACGTCATGGCCCACGAGTCCTTCGAAGACCAGGAAACTGCGGATTACCTGAACGCCCGTTTTGTCCCGGTGAAGGTTGACCGGGAAGAGCGCCCTGACGTCGACTCCGTGTATATGGCGGCTACGCAGGCCATCAGCGGCGAAGGTGGGTGGCCGATGTCCGTCTTCCTCACCCCGGACGGGCTCGCCTTCCATGCTGGAACGTACTTCCCACCGGTTCCCTTGCCCGGCCGGCCGTCGTTCCGCAATGTCCTGGAGGCGGTCCATGAGGCGTGGATGGAGCGACGCGATGCCGTGGAGCAGAATGCCACGGGACTGGCAGCGAACATGGCCAATGCGCATTTTGCCGGGGTGGTCCGGCTCGACGGCCCGCCCGAAATGCTGGATGCACGCCTCCTTCCGGAGGCCGTAGCGCTGCTTGCCCGTTCTGAAGACCCCGACGCCGGTGGGTTCGGCACCGCTCCCAAGTTCCCGCCGTCGGCGGTTCTTGAGTTCCTCATCCGGCACGCAGCCGCACCGTCGGATACTGCCCTTGCAGCCCGCGACATGGCAGAGCGCGCCCTTGCCGGCATGGCCAGATCGGCGCTGTGCGACCAGCTCGACGGCGGATTCGCCCGCTACTCGGTGACGGCGGACTGGTCCGTGCCGCACTTCGAAAAAATGCTGTATGACAATGCGCAGCTGCTGCGGGTCTACGCACACTGGACCCGGCTTGGCGGCAATGACGTCTTCCCGGTGAGTGAAGCAGCATCCGTGGCCTCAAGGTGTGCCGATTGGCTCTTGGGTTCCCTCAAGCTGTCCAACGGCGCGTTGGCCTCCTCCCTGGACGCCGACACCGTGGTTGGCGGCGTGCACCATGAGGGCGCAACCTATTTGTGGACTCCCGAATCTCTCGTGGACGTCCTTGGCCCGGGTGACGCCGAGGCCGTGGCGACCATGATGAACGTCGGTGGCGAGGGGACTGTCTCCGAGCTGGGCTCGCCGCTTCATCCTGCGCGGGCGTTGACAGATGAAGAGAGCAGGCTCTGGGAGCGCGTACGGCCGGTGCTGTTGGCCTCCCGCAACCTTCGGAGCCAGCCGGCCCGGGACGACAAAGTGGTGGCCGGGTGGAATGGCCTCGCCGTAGGAGCTCTCGCGGAAGCTGGGGCCATTCTTGACCGCCCTGACTTGATTGCCGCGGCCGAAGCCGTGGCGGAGTACCTCGCGGACGTTCACTGGGACAGCGCGTCCCAGCTGCTGGTCCGGGTTTCACATGACTCGCAGGCACGGGGCATTGGCGGTCTGCTTGAGGATTACGCCTTCTGCGCAGATGGCCTCCTGACGCTTTATGCCGTCACGGGCGCCACGCGCTGGTACCGTTTCGCGGAAGAGCTCACCCTGGCCGCGTCTTCACGTTTTGTGGAGAACGGTCAATTGGCCGACTCCGCGGGGGAGTCCGCGCAGGTTTTCAACGCCCAGGGCCGGAAAGCTGCACTGGACCCGTTCGACAATGCCACGCCCAGCGGTGCCGCCGGTTTTGCGGGCGCGCTGTTGTCCTACGCCGCGTACTCCGGTTCCCACGAGCATCGCCTGATGGCGGGCAATATTCTGGGCCTGTTACCACCCCTCGCCACGCGGGCACCGCGTGTTGCCGGTTGGCTGCTGGCTACTGCCCAGGCTGCGCTTGCCGGCCCGGTGGAGGCCGCCGTCGTGGGTTTGGACTCGCCGCTTCTGCGCGAGTTGCACAGTGCGCTGTTGAAGTCTCCCAGTCCTGGCCTGGTTGTCGCCGTGAAAACGGGCGACGCCGCGTCCCCGGCAGGGGAGGCCGAAGTTCCCCTGCTGCTCCACAGGTCAGGCGCGCCGGACGGATCGGCGCAGGTTTACTTGTGCCGCGACATGGTGTGCGAGAGGCCGTTGGGTGATGTGGCAGCGGTTCAGTCCCGCTTGGCGGGGATGGCGTCAGGCGACTGA MAAPGPAEPGQPAETGGPNWPGASNALGSEPSAYLRQHADNPVFWRPFGDEAFAFAAERDVPVFLSIGYAACHWCHVMAHESFEDQETADYLNARFVPVKVDREERPDVDSVYMAATQAISGEGGWPMSVFLTPDGLAFHAGTYFPPVPLPGRPSFRNVLEAVHEAWMERRDAVEQNATGLAANMANAHFAGVVRLDGPPEMLDARLLPEAVALLARSEDPDAGGFGTAPKFPPSAVLEFLIRHAAAPSDTALAARDMAERALAGMARSALCDQLDGGFARYSVTADWSVPHFEKMLYDNAQLLRVYAHWTRLGGNDVFPVSEAASVASRCADWLLGSLKLSNGALASSLDADTVVGGVHHEGATYLWTPESLVDVLGPGDAEAVATMMNVGGEGTVSELGSPLHPARALTDEESRLWERVRPVLLASRNLRSQPARDDKVVAGWNGLAVGALAEAGAILDRPDLIAAAEAVAEYLADVHWDSASQLLVRVSHDSQARGIGGLLEDYAFCADGLLTLYAVTGATRWYRFAEELTLAASSRFVENGQLADSAGESAQVFNAQGRKAALDPFDNATPSGAAGFAGALLSYAAYSGSHEHRLMAGNILGLLPPLATRAPRVAGWLLATAQAALAGPVEAAVVGLDSPLLRELHSALLKSPSPGLVVAVKTGDAASPAGEAEVPLLLHRSGAPDGSAQVYLCRDMVCERPLGDVAAVQSRLAGMASGD NA NA NA NA NA D3-18_02996 312 hypothetical protein GTGCATCACTTGATTCTTGCCCTGACCGTCACTCCGTCGCCCGATCCCACGGGCACGCTGCGGCCCGGCCTGTCCGAGGATCAGGTGACGCCCGGTACTTGGGGCTTCGTCCTCACGGCCTTCATCGTGATCCTTACAACCTTCCTGATCGTGGACATGGTTCGCAGGATTCGCCGCGTCCGCTACCGCGCCCAGGTGGAGGAAGCACGCTTGGCGGCAGAAGCGGGGAACACGGACGGCGGAAGCGAAAGCGCTGCCGAAGCAGGTAGCTCCACTGACGAGAATGGCGATGGCGGCCCCCGGACCCGCTGA MHHLILALTVTPSPDPTGTLRPGLSEDQVTPGTWGFVLTAFIVILTTFLIVDMVRRIRRVRYRAQVEEARLAAEAGNTDGGSESAAEAGSSTDENGDGGPRTR NA NA NA NA NA D3-18_02997 906 mca COG2120 Mycothiol S-conjugate amidase GTGACAGCGTCCAGCAGTTCCGAGCAGCAGTTGCGTCTGCTCGCCGTCCACGCCCATCCGGATGATGAGTCCAGCAAGGGCGCAGCAACCATGGCGATGTACGCCGCGGCGGGTGTGGACGTCATGGTTGCCACGTGCACGGACGGTTCGCGCGGCGACATTCAGAACCCCGCCATGGAGGACGCCCCCCATCCCAAGCGGGACATGGCCGGCGCCCGGCGCCTCGAGATGGCCAACGCGGCAGCGGTCCTGGGAATCCAACAACGCTGGCTCGGTTTTGTGGATTCGGGCCTTCCCGAAGGCGATCCGCTCCCGCCCTTGCCCCCGGGTTGCTTCGCCCTGCAGCCGTTGGAGCGCGCCACGGCGCCCTTGGTCCGGCTGGTCCGGGACTTCAAGCCGCACGTCATCCTCAGCTACGACGAAAACGGTGGCTACCCGCACCCTGACCACATCATGGCCCACAAGGTTGCGGTGGAAGCTTTTGAAGCCGCAGGCGATCCTGAGCGCTATCCCGGCATGGGTGAGCCATGGACGCCCAGCAAGCTCTACTACGACCGCGCTTTCAGCCCCGAACGATTCCGTGCGCTGCATTTCGCCCTGGAAGAAGCCGGGCTGCAATCCCCGTATGCCGAGCGGCTAGCGGCCTGGCTTGAAGCCGACGCGGAAGGTCACACTGCGCCGGTGGCGGGGCACCAGACCACCACGCAGGTTGATTGTGGTGACTTCTTCGAGGCAAGGGATGATGCCCTGCGGGCCCACCGGACCCAGATCGATCCCCTCGGCTTCTTCTTCGCGGTATCGCCGGACCTGCAAAGGACCGCTTGGCCGTGGGAGGACTACACCCTGATCAAGTCCAGGGTGCCTTCCGAACTGCCGGAGAAGGACCTCTTCGCGGGGATAAGATAG MTASSSSEQQLRLLAVHAHPDDESSKGAATMAMYAAAGVDVMVATCTDGSRGDIQNPAMEDAPHPKRDMAGARRLEMANAAAVLGIQQRWLGFVDSGLPEGDPLPPLPPGCFALQPLERATAPLVRLVRDFKPHVILSYDENGGYPHPDHIMAHKVAVEAFEAAGDPERYPGMGEPWTPSKLYYDRAFSPERFRALHFALEEAGLQSPYAERLAAWLEADAEGHTAPVAGHQTTTQVDCGDFFEARDDALRAHRTQIDPLGFFFAVSPDLQRTAWPWEDYTLIKSRVPSELPEKDLFAGIR NA NA NA NA NA D3-18_02998 378 hypothetical protein ATGACCCGCAAAACCAAGCGGAACATTGTCATCGCTGCCTTGGTCCTCGGAATTGGGTTCGCCGCCTACGTGGCAACAGGCTCAGCCCAGGCCCCGGTCACCTTCAAGGACATCGGCTACAGCACCGTGGACGATACCCAGGCCGAGGTGGACTACCAGGTCACCAAATACCCCGGAGCCACTGCCAAATGCGCCATCAAAGCCCTGGATTCCAAGTTCGCGGTGGTCGGCTGGAAAGTAGTGGAGATCGGACCCAACGATCCCCGGGACGATCCCGACGGCGGCAGCACCACCATGCAACGCACTGTCCTGAGGACCGAGTCCCCGGCAGTCTCCGGAGTCGTGGACAACTGCTGGATCGTGGACAGCGGGAAATAA MTRKTKRNIVIAALVLGIGFAAYVATGSAQAPVTFKDIGYSTVDDTQAEVDYQVTKYPGATAKCAIKALDSKFAVVGWKVVEIGPNDPRDDPDGGSTTMQRTVLRTESPAVSGVVDNCWIVDSGK NA NA NA NA NA D3-18_02999 495 greA COG0782 Transcription elongation factor GreA GTGTCTACCACCAATAGCGCCACTGCGGCTTGGCTCACCCAGGAAGCTTTCGACCGCTTGCAGGCTGAGCTGGACCACCTTTCCGGCGCGGGCCGGGCGGAAATCGTCCAGAAGATCGAAGCTGCTCGCCAGGAAGGCGACCTCAAGGAAAACGGTGGCTACCACGCCGCCAAGGAGGAGCAGGGCAAGATCGAGGCCCGCATCCGCCAGCTCACCGCGCTCCTGCGCGATGCCCAGGTGGGCGAAGCCCCGGCCGACGACGGAATTGTCGAACCGGGAATGCTGGTTGTTGCCCGCATCGCCGGCGACGAAGAGACGTTCCTGCTGGGATCCCGCGAAATCGCCGGAGATTCCGACCTTGACGTTTTCAGCGAAAAGTCCCCCTTGGGTGCCGCCATTATCGGCCACAAGGAAGGCGACAGCCTGAGCTACGTCGCCCCCAATGGCAAGGAAATCCCGGTGGAGATCGTTTCCGCCAAGCCTTACGTCGCCTAA MSTTNSATAAWLTQEAFDRLQAELDHLSGAGRAEIVQKIEAARQEGDLKENGGYHAAKEEQGKIEARIRQLTALLRDAQVGEAPADDGIVEPGMLVVARIAGDEETFLLGSREIAGDSDLDVFSEKSPLGAAIIGHKEGDSLSYVAPNGKEIPVEIVSAKPYVA PGPT0030495_686 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-TRANSCRIPTIONAL_CONTROL PUTATIVE-TRANSCRIPTIONAL_CONTROL-1,PGPT0030495-greA-K03624 D3-18_03000 615 hypothetical protein ATGGTGCTTGGAATGCCTGAGGGCTCAAAAGAAGCGGCAAAGGAGTCGCTCGCTGGTCGGGCGAAGGGCGGGCTGCTCTTCATGGGCGGATTCGTCATTTTGCTCTATGTCATCGAGATCCTTAACACCTTGATGCGCCACGGGCTCAACCCAACCTTTGGTTTGCGACCCCGTTCCATGGACGGTGTGCTGGACATCCTGACGTTTCCGTTGCTGCACGCGAACCTGAACCATCTGCTGTCCAACACGCTGCCGCTGATCATCTTCGGTTTCCTGGTGTTCCTGTCCGGAATCCGGGTGTTCATCACCGCGTTGGCCTTCAGCTGGCTCGGATCAGGACTTGCGGTGTGGCTGATCGGCGGGGGAGGGGTAACAGTTGGAGCTTCCGGCCTGGTGTTCGGCTTTTTTGCATTCCTGTTGGTGCGGGGATTTTTCAACCGAAGCTGGTGGCAGATCCTGCTCTCCGTGGTCCTGTTCATGGCGTACGGCAGCATCCTCTTCGGCGTTCTACCCACGGTGCTGGGCTACATCTCCTGGCAGGCGCACCTCGGTGGAGCCGTAGGGGGCGTGGTAGCGGCCATCCTGCTCCGCCCCAAGGCTAAGCTCACCCCCTGA MVLGMPEGSKEAAKESLAGRAKGGLLFMGGFVILLYVIEILNTLMRHGLNPTFGLRPRSMDGVLDILTFPLLHANLNHLLSNTLPLIIFGFLVFLSGIRVFITALAFSWLGSGLAVWLIGGGGVTVGASGLVFGFFAFLLVRGFFNRSWWQILLSVVLFMAYGSILFGVLPTVLGYISWQAHLGGAVGGVVAAILLRPKAKLTP NA NA NA NA NA D3-18_03001 1239 tdcB_2 COG1171 L-threonine ammonia-lyase GTGAATACCCTCGAAACCCTGCCCGTCACTCTGGACGATGTCCTCAAGGCGCAGGAGCTGCTCGAGGGCATTATTACCAAGACTCCTGTGGAGTCGTCCCGTGCGCTGGGCAGCCTCGTGGGCGGCAACGTTTTTTTCAAGTGCGAGAATCTGCAGCGTGCAGGCTCCTTCAAGGTCCGTGGCGCCTACGTGCGGATGGCCCGGCTAACGGACGAGGAAAAGAAGCGCGGAGTGGTGGCGGCTTCGGCCGGCAACCACGCCCAGGGTGTGGCAGTGGCTGCCAAAAGCCTGGGCATCAACGCCCGCATCTATATGCCCCTTGGCGTAGCCCTTCCCAAGCTGGCGGCCACCCGCAGCCACGGTGCTGAAGTGGTCCTGCACGGCCACAATGTGGATGAAGCGCTGGCGGAAGCGCAGCGTTACGCCAACGAAACAGGCGCGGTTTTTGTCCACCCCTTCGACAACGTGGACGTTGTTGCCGGGCAGGGCACCATCGGCTTGGAAATCCTGGACCAAATCCCCAACGTGGACACCATTCTCATGGGAGTCGGCGGGGGCGGGCTGTTGGCCGGTGTAGCTGTCGCGATCAAGGCCAGGGCCAAGGAACTCGGCCGTGAGATCAGGGTCATTGGCGTGCAGGCAGAGAACGCTGCCGCTTACCCGCCATCACTGGCCGCGGATGCATTGGTGCCGCTGAAGAAGGTCACCACCATGGCCGACGGCATCGCGGTTGGACGTCCCGGGCAGCTTCCCTTCAGCATCATCCGCGAACTTGTGGACGACGTCGTGACCGTGAGCGAGGATTCCCTCGCCCGGGCCCTGATCTTCCTGCTCGAGCGCGCCAAGATGGTTGTTGAGCCTGCCGGGGCTGTGGGAGTAGCCGCGCTGATGGACGGCAAGATCGAAAACCCGGGGAACACCGCCGTCGTGCTTTCCGGCGGCAACATAGATCCCATGCTGATGCTCAAAGTCATCCAGCGCGGTCTGTCGGCCGCTGGCCGTTTCATGACGGTTCGGATGATGCTGGACGACCGTCCGGGTTCATTGGCCACCATCGCCCGCATCATCGCTGAAAATGACGCCAACGTTACCGGTCTGGACCACACCCGTTTGGGTGGTTCCATCAGCATGGGCGACGTCTCCATCACTATCAACCTGGAAACCAAGGGCCACGAACACGGTGAGCAGGTTCTCGGTGCACTCCGGGCCGAGGGCTTCCAGCCAATCGTGGTGCACTGA MNTLETLPVTLDDVLKAQELLEGIITKTPVESSRALGSLVGGNVFFKCENLQRAGSFKVRGAYVRMARLTDEEKKRGVVAASAGNHAQGVAVAAKSLGINARIYMPLGVALPKLAATRSHGAEVVLHGHNVDEALAEAQRYANETGAVFVHPFDNVDVVAGQGTIGLEILDQIPNVDTILMGVGGGGLLAGVAVAIKARAKELGREIRVIGVQAENAAAYPPSLAADALVPLKKVTTMADGIAVGRPGQLPFSIIRELVDDVVTVSEDSLARALIFLLERAKMVVEPAGAVGVAALMDGKIENPGNTAVVLSGGNIDPMLMLKVIQRGLSAAGRFMTVRMMLDDRPGSLATIARIIAENDANVTGLDHTRLGGSISMGDVSITINLETKGHEHGEQVLGALRAEGFQPIVVH PGPT0001960_3625 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 D3-18_03002 1281 hypothetical protein ATGACGCCAACACCGGACGCCAAAACACGTTCTGACCGCCAAATTGCCGAAGACATCCCCTACGGGGTGCGTATCGCTGCAGCCTGGTCCTGGCGGGCAGGGCTGATCCTTCTCATGATCGGCGCCCTCGTCTGGTTGTTGGGCAAAGTCAGCTTCCTCATTATCCCGGTGATGGTTGCGGCGCTGCTGGCCGGTCTGCTGCATCCGGTGGTGGCGTGGTTGCGCAACCGCAAGGTTCCCAACGGGGGAGCCGTCGCCATTACCGTGCTTGGTTTCATTGGCGTGATTGGTGGTGCCCTGGCGCTGGTGGGCAGGCAGCTCGTTACGGGCTTCGGTGCGCTCTGGCACGAAGCACTGGCGGGCATCCAGCAGATCCAAACCTGGCTCGCAGATGGCCCACTGCACCTGACCGCAGACCAGATTGACCAGTACATTTCCGACGGCGCCGATGCCCTCCAGAACAACAGCAGCAGCATCCTCAGTGGTGCACTCTCCTTCGGCAGCACCGCCGGACACTTTGCGGCAGGCCTTGTCCTGGCGCTGTTCATCCTCATCTTCTTCCTGCTGGAGGGGCCGCGGATCTGGGCCTTCATGGTCCGGCTCCTGCCCAGGAGCGCGCGGAGGGCTACCGATGGCGCAGGGCGCCGGGGCTGGACGTCCATGGTCAGCTATGTGCGGATCCAGATGTTCGTTGCGTTCGTAGATGCTGTTGGCATTGGCGTTGGTGCAGCCATCATCCAGGTTCCCCTGGCTCTCCCCTTGGCGGTACTGGTGTTCATCGGCTCGTTCATTCCGGTGGTCGGTGCCTTGGTTACGGGTGCCATCGCTGTGTTGCTCGCCCTCGTTGCCAACGGGCCCATCAACGCGCTGATCATGTTGGCGATCGTTCTGGTAGTGCAGCAGTTGGAAAGCCACATCCTGCAGCCACTGGTCATGGGCAAGGCCGTGGCACTACACCCGGTGGCCGTGATCCTGTCGGTTGCCGCCGGTTCCTACCTCGCAGGCATCCCCGGGGCGCTGTTCGCGGTCCCATTGCTCGCCGTAGTAAACACGGCAGTTCGCTACATTGCGGGCCGGACGTGGGAACATGATGAAGGATTGGGTGGTGTGGAACTCCAGCCGGCAGCAGCTTCGGCGGGGACAAGCGGCGACGCCAACTTCAAGGAGGTCCACCTCCCACGGCCCGAATCCCGCCTCGGCAAAGGCGTGGCCGGCAAGACCAAGGCTTCGGGGAGCACCTCTGTTGAGGATCCTCAAGCCGACACCAACAAAGGAGAATAG MTPTPDAKTRSDRQIAEDIPYGVRIAAAWSWRAGLILLMIGALVWLLGKVSFLIIPVMVAALLAGLLHPVVAWLRNRKVPNGGAVAITVLGFIGVIGGALALVGRQLVTGFGALWHEALAGIQQIQTWLADGPLHLTADQIDQYISDGADALQNNSSSILSGALSFGSTAGHFAAGLVLALFILIFFLLEGPRIWAFMVRLLPRSARRATDGAGRRGWTSMVSYVRIQMFVAFVDAVGIGVGAAIIQVPLALPLAVLVFIGSFIPVVGALVTGAIAVLLALVANGPINALIMLAIVLVVQQLESHILQPLVMGKAVALHPVAVILSVAAGSYLAGIPGALFAVPLLAVVNTAVRYIAGRTWEHDEGLGGVELQPAAASAGTSGDANFKEVHLPRPESRLGKGVAGKTKASGSTSVEDPQADTNKGE NA NA NA NA NA D3-18_03003 969 yihR_2 COG2017 putative protein YihR ATGCAGTACGGTATTGCCATGCCTGCCTCCCCGTCGCCTGCCGACAGCACCCACCAGTCCGAATCCCGTCGCTTTGCTACTGGTCGCCAGTTCGAGCTCCGCAGGGACGATGCGCTCGCCGTCATCACCGAGCTCGCCGCGGGCTTGCGCCTCTACTCCCGGGGTGGAGTTCAGTTGACTGAAAGCTACGGCGACGGCGAAATTCCGCCCGGAGCTACCGGCATCACCCTGGCGCCGTGGGCCAACCGCATAGAAGACGGGGTCTGGTACCTGGAAGGCAAGAAGCAGCAACTCGATATCACGGAAGCCTCACGCAACAACGCCAGCCACGGCCTGTTACGCAACACCGGGTACACCCTGGTGGACGAGTCCGAGTTTTCCGTGACGCTCGAAGCCACGGTCTTCCCGCAACACGGCTACCCTTTCCTGCTGCGGCATCGGGTGCGTTATGAGCTCGACCAGAGCCTGGACCTCCGGGTCTCGCAGATGCTGATCAATGACTCCCAGGCCACGGCTCCCTTTGTCCTGGGCGCGCACCCTTACCTCCGGATCGGCGATGTTGCTCCGGAGGAGCTGGTCCTGACGGTGCATGCAGGCACCCGGCTGGCGGCGGACGAGCGACTCATCCCACGCAGCACCGCTCCTGTGGAGGGCGAGTATGACTTTTCCGGTGGTGCCGCTGTGGGCACCTTGTTGGTGGATGTTGCACTGACGGACCTGGCGTTCGACGGCGGGACGGCGCGCCACACGCTTACCGCGCCGGATGGCCGCAGCGTAAGCCTTGAGCAGGACGAGAGCTGCCAATACGCCCACGTTTTCGTCACTGACACGTTCCCAGGCCGCTCCAAAGCTGTGGCTATCGAACCGATGACCGGCCCGGCCAACGCATTCAATAGCGGCGATGGCCTTCGCTGGTTGGCGCCCGGCGAAGAGTTCACCATGCGATGGGGAATCACAGCGTCCCTCTAG MQYGIAMPASPSPADSTHQSESRRFATGRQFELRRDDALAVITELAAGLRLYSRGGVQLTESYGDGEIPPGATGITLAPWANRIEDGVWYLEGKKQQLDITEASRNNASHGLLRNTGYTLVDESEFSVTLEATVFPQHGYPFLLRHRVRYELDQSLDLRVSQMLINDSQATAPFVLGAHPYLRIGDVAPEELVLTVHAGTRLAADERLIPRSTAPVEGEYDFSGGAAVGTLLVDVALTDLAFDGGTARHTLTAPDGRSVSLEQDESCQYAHVFVTDTFPGRSKAVAIEPMTGPANAFNSGDGLRWLAPGEEFTMRWGITASL PGPT0017825_4270 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 D3-18_03004 1149 galT COG1085 Galactose-1-phosphate uridylyltransferase ATGAGCCGCATCACCAGCACCCGCCTCGCAGACAGCCGAGAGCTGATCTACTTCGACGACCCCGGGACTCCTGAACGAACACCGGACTCGCTGGTGGACCACCGCGAGCTCCCCGCTCGCGGTGAGCCCGGTGAAGTCCGGTATGACGCCTTGTCGGGCGACTGGGTAGCCGTGGCCGCCCACCGCCAGACGCGGACGCACCTCCCCCCTGCTGATCAGTGCCCCATCTGCCCCACCACAGCTGCGAACCCCTCCGAAATTCCGGCACCGGATTACGACGTCGTGGTGTTCGAGAACCGCTTCCCGTCCCTGGGCCCGGCTTTGGGCGATATTCCCGCGATTCCTGCCCTTGGACACTCCGGCCACAACGTCAAGGGAGCGGCATACGGCCGCTGCGAGGTGGTTGCCTTCACGCCACAGCACACCGGCTCCTTCGCCGAACTGGGCGAAACGCGCGCCCGTACGGTCATTGAAGCCTGGGCCCAGCGGACCGAGGCGTTGAGCGCCCTTGCCGGCATCAAGCAGGTGTTTCCGTTCGAGAACCGCGGTGCGGACATCGGAGTCACGCTGCACCACCCCCACGGCCAGATCTACGCGTACCCCTATGTAACTCCCCGCGCCGCCCAGCTCGGTGCGGTGGCACGGAAGTACTACGACGACGTCGACGCGAAGGAAACGCTCGGAGCCTCACTCCTCAACGCTGAACGCGCGGACGGCAGCCGGATGGTCCTGGAAGCCAAGTATTTCAGCGCCTACGTACCTTTCGCGGCCCGGTGGCCCTTGGAAATCCACCTCGTTCCGCATCGCAATGTCCCCGATCTTGCGGCACTCACCGGGGAAGAACGCGATGAGCTTTCGCACGTCTATTTGGACCTGCTGAAGCGGCTCGACGCCCTCTACCCCACCCCCATGCCGTACATCTCGGCCTGGCACCAGGCTCCGCTGGACCCTGTTCTCCGCCCTGCGGGCCAGCTGCACCTGCAGCTGACCTCACCTCGCCGCGCTGCCGATAAGCTCAAGTATCTGGCAGGCTCCGAGGCCGCCATGGGAGCGTTCATCAACGACACCACCCCCGAAGCGGTGGCGGAGCGGCTGCGCAGCGTCGCCGCAGTACCCTCAAACAAGACCTTGGAAGGCACACGAGCATGA MSRITSTRLADSRELIYFDDPGTPERTPDSLVDHRELPARGEPGEVRYDALSGDWVAVAAHRQTRTHLPPADQCPICPTTAANPSEIPAPDYDVVVFENRFPSLGPALGDIPAIPALGHSGHNVKGAAYGRCEVVAFTPQHTGSFAELGETRARTVIEAWAQRTEALSALAGIKQVFPFENRGADIGVTLHHPHGQIYAYPYVTPRAAQLGAVARKYYDDVDAKETLGASLLNAERADGSRMVLEAKYFSAYVPFAARWPLEIHLVPHRNVPDLAALTGEERDELSHVYLDLLKRLDALYPTPMPYISAWHQAPLDPVLRPAGQLHLQLTSPRRAADKLKYLAGSEAAMGAFINDTTPEAVAERLRSVAAVPSNKTLEGTRA PGPT0017835_866 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0017835-galT-K00965 NA NA D3-18_03005 1161 galK COG0153 Galactokinase ATGACCACCACCACCCAGACCGGCGTCCTCGCCGCCCGTTTCCAGGAATTGTTCGGCGCAGCTGCCGACGGCGTGTGGCAGGCACCGGGACGCGTGAACCTGATCGGTGAGCACACGGACTACAACGAGGGCTTCGTGCTCCCCTTCGCCATCGATAAGACGGCAAAGGTGGCACTGCGAGTCCGCGACGACTCAAGGGTGCGTATGCTGTCCACCTTTGGCGGGCACGGCGTGGTGGAAGCTGACCTCACGGACTCGGAACCCGGGTCCAGCGAGGGATGGTCCCGCTACCCGCTCGGCGTCGCCTGGGCGCTCAAGGAACGCGGCATCGAGGTGCCTGGCTTTGACCTCCTGCTTGATTCCGATGTTCCCTCCGGAGCCGGCCTCTCTTCATCACATGCCATTGAGTGCGCCGTCATTTCGGCCCTCAATGAGTTGACCGGCGCCGGTTTCGCTGCCGAGGAGCTGGTGCTCGCAACCCAGCGCGCCGAAAACGTGTTTGTGGGGGCACCCACCGGCATCATGGACCAGTCAGCGTCCCTGCGCGGCGCCAAGGGACACGCTGTGTTCCTGGACTGCCGTGACCAACATGTGGAGCTGGTCCCTTTTGACGCTGAAGCTTCCGGCCTGGTCCTGTTGGTGATCGACACCAAGGTGTCGCATTCGCATGCCGACGGCGGATATGCCTCCCGCCGTGCGTCCTGCGAGTTGGGTGCAGAGATACTAGGCGTCAAGGCACTGCGCGACGTCGGCGTGGAGCGTTTGGAGGAAGCGTCAGGTCTGCTGGACGAAACTACCCTTCGGCGGGTCCGCCACGTGGTCACCGAGAACGATCGGGTCCTCCAGACGGTGGAAGTCCTGGGCACCCAGGGCCCTGCCGCCATCGGAGCATTGCTGGATGCCAGCCACCTTTCGATGCGCGATGACTTTGAAATCTCCTGCCCGGAACTCGACCTGGCCGTGGATACTTCCCGGGCCAACGGCGCTATCGGTGCCCGCATGACAGGCGGCGGTTTTGGCGGTTCCGCCATCGCGCTGACTCCGGTTGGCCAGGAGCAACAGGTGCGCGACGCCGTCGTGCGTTCGTTCTCAGAGGCGGGCTTCATCGCCCCGGACATCTTCACCGTTACCCCTGCCGCTGGAGCGCTGCGCCTGGTCTAA MTTTTQTGVLAARFQELFGAAADGVWQAPGRVNLIGEHTDYNEGFVLPFAIDKTAKVALRVRDDSRVRMLSTFGGHGVVEADLTDSEPGSSEGWSRYPLGVAWALKERGIEVPGFDLLLDSDVPSGAGLSSSHAIECAVISALNELTGAGFAAEELVLATQRAENVFVGAPTGIMDQSASLRGAKGHAVFLDCRDQHVELVPFDAEASGLVLLVIDTKVSHSHADGGYASRRASCELGAEILGVKALRDVGVERLEEASGLLDETTLRRVRHVVTENDRVLQTVEVLGTQGPAAIGALLDASHLSMRDDFEISCPELDLAVDTSRANGAIGARMTGGGFGGSAIALTPVGQEQQVRDAVVRSFSEAGFIAPDIFTVTPAAGALRLV PGPT0017840_1790 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 D3-18_03006 1239 fadA_1 COG0183 3-ketoacyl-CoA thiolase ATGACTGAGGCTGTCATCGTTGCTACTGCAAGAAGCCCTATAGGCCGAGCCTTCAAGGGTTCCCTCAAAGACGAACGTCCGGATGACCTGGCCACCGCCATGGTGCAGGCCGCCCTCGCAAAGGTCCCGGGCTTCGATCCCGGAGCGGAGGACGGCCAAGGCTTGGACGACATCCTGCTGGGCTGCGCCGAACCCAGTGGCGAGGCCGGATCCAACATGGCACGGGTGGTGGCTGTCCTTGCCGGGATGGACCGCGTGCCGGCGGCCACCATCAACCGTTTCTGTGCATCAAGCCTGCAAACCTTGCGGATGGCCTTCCACGCCATCAAATCCGGGGAAGCCCACGCAATTGTCGCCGCTGGAGTGGAGAGCGTGTCCAGGTACCAGAACTGGGCCGGTGCCGGCGAAACCGACTCCTCCAACCACAATCCGCTGTTCGAGGCGGCAGCCCAACGTACGGCCTCCCGTGCGGCGTCCAACATCCCTTGGACCGACCCACGGCTCGGCGGCCGGCTGCCCGACATCTACATCTCCATGGGCCAGACGGCAGAGAACGTTGCCACTAGCTATGGCATCAGCCGGGCGGAGCAGGACGAGTGGGGCGTCCTGAGCCAGAATCGGGCCGAAGCCGCGATCGCCTCAGGGTTTTACACCCGGGACATCACACCCTTCACACGCAAAGACGGCACCGTCGTGGAGCGGGACGATTCCCCACGCGCAGGCGTGACCCTTGAAGCGGTTTCCGCCCTGCAACCCGTGTTCCGTACGGAGGGGACCGTCACAGCCGGCAATGCCTGCCCCCTCAACGACGGCGCCGCCGCGGTGGTGGTCATGAGTGACTCACGTGCGCGCGAACTGGGCCTGCAGCCTCTCGCGCGGGTCGTTTCAACCGCCGTCAGCGCCCTCTCCCCCGAACTCATGGGCATGGGGCCCGTGGAATCCACGCGACGGGCTCTCAGGTTGGCTGGTCTGACCATGGATGACATCGATCTGGTGGAGCTCAACGAAGCCTTCGCTGTGCAGGTGGTGGCGAGCGCCCGTGAGTTGGGGATCGACCCCGCAAAGCTTAACGTCCATGGCGGGGCCATTGCCTTGGGTCACCCCTTCGGCATGACCGGCGCCCGGATGACAAGTACTCTCCTCAACGGCCTCAAGGAACGAGACGGAACCCTGGGGCTTGCCACCTTGTGTGTAGGTGGCGGCCAGGGCATGGCAGTTGTTTTCGAACGCTTGAGCTAG MTEAVIVATARSPIGRAFKGSLKDERPDDLATAMVQAALAKVPGFDPGAEDGQGLDDILLGCAEPSGEAGSNMARVVAVLAGMDRVPAATINRFCASSLQTLRMAFHAIKSGEAHAIVAAGVESVSRYQNWAGAGETDSSNHNPLFEAAAQRTASRAASNIPWTDPRLGGRLPDIYISMGQTAENVATSYGISRAEQDEWGVLSQNRAEAAIASGFYTRDITPFTRKDGTVVERDDSPRAGVTLEAVSALQPVFRTEGTVTAGNACPLNDGAAAVVVMSDSRARELGLQPLARVVSTAVSALSPELMGMGPVESTRRALRLAGLTMDDIDLVELNEAFAVQVVASARELGIDPAKLNVHGGAIALGHPFGMTGARMTSTLLNGLKERDGTLGLATLCVGGGQGMAVVFERLS PGPT0008320_2222 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626 NA NA D3-18_03007 912 hypothetical protein ATGGCACTTGGCGGAAACCCAGTCTTCAACGGAAAGAATTTCCGTGGAGCAAAGCAGGCCCCGCCTGTACCGCAGAACCCGTACGGCCAGCAGTTCAACCAGGCACCCGGCCGTGCACCGAGCCAGGTCATGGACGGCCATGCAGCATGGTCTGCCCAGCAGCAGAACATGACCAATGAGCAGCTGCAGCAGATGTACAACCAGCCCGCTGCAGGCCCGGCCCACACCGGCCGCATGACTTATGACGACGTCATCATGAAGACCGTCGCCTGCCTCGTGGTTCTCATCCTCGGTGCCGGCGTCACGCTCTTCGTGGCGCCCGCGCTCTCCACCATGCTCATGATCGTTGGTGCCTTGGGCGGATTTGTCCTGGCACTGGTCAACACTTTCAAGAAGCAGCCTTCACCGGCCCTGATCCTTGCCTACGCCGGCCTTGAGGGCCTGTTCCTCGGTGGCCTCACCCGCATCCTGGACGGCATGTTCCCCGGCGTCGGTCTCCAGGCCGTCATCGGTACGCTGGCTGTCTTCGGCGTCACCCTGGCGCTCTTCAAGAGCGGCAAGGTTCGCGCCACCCCGAAGATGATGCGCTTCTTCCTGATCGCCACCATTGGTTACGCGGTCTTCGCACTGATCAACATGGTGATGATGTGGACCGGCGCTGTGCAGGAGCCTTTCGGCCTCCGGACCGGCATTGAAATTGCCGGCATCCCGCTGGGTGTGTTCATCGGCATCCTGGCCATCGGCCTGGCAGCGTTCTCGCTGATCATGGACTTCACCAGCATCGAAGAAGGCGTCCGTGCAGGCGCCCCGGAGCGTTACTCCTGGGTTGCAGCCTTCGGCCTGACGGTCACGCTGGTTTGGCTCTACGTGGAAATCATCCGCCTCTTGGCGATCCTGCGAGGCGACGACTAG MALGGNPVFNGKNFRGAKQAPPVPQNPYGQQFNQAPGRAPSQVMDGHAAWSAQQQNMTNEQLQQMYNQPAAGPAHTGRMTYDDVIMKTVACLVVLILGAGVTLFVAPALSTMLMIVGALGGFVLALVNTFKKQPSPALILAYAGLEGLFLGGLTRILDGMFPGVGLQAVIGTLAVFGVTLALFKSGKVRATPKMMRFFLIATIGYAVFALINMVMMWTGAVQEPFGLRTGIEIAGIPLGVFIGILAIGLAAFSLIMDFTSIEEGVRAGAPERYSWVAAFGLTVTLVWLYVEIIRLLAILRGDD NA NA NA NA NA D3-18_03008 1398 hypothetical protein ATGACCGTTCGCACCGGCTGCAAAGGCGCAGCCGGGACCACCCCCACTGTGGAGGTTTCCATTTTGAGAAGCACACTGCGCGACCCGTCCATGAGACGGTCCAAGGGACTGCAGAGAGTTGTGGGGGCGCTGTTCGCAGCCCTCATCACCGCTCTGTTGATCGCCGCCCCTTCGGCACAGGCAACCACCCCCTCGCCTTCGCCGTCACCGACGACTTTCCAGAACAACATCAGCGGGTTCCTCCGCGATGATGCCCGGGCCCCCATACCCGGCGTCAAGATCAAAGCAACGGGCAACGGGTTTGAAGGTGAAGCTACCTCTGGAGCCAACGGAGCCTGGACCATCGGCGTTCCCGTCCAAGGCACCTACACCATCGAGCTGGACACCTCCACCTTGCCGGAGGGCATCGCCCTGGCCGAAGGCCAGGACAATCCCCGCGATGTCACGTTCAGCCAGACGTCCAACTTGTCGGTGATCTTTGCCTTCGGCGAGGGCATCGTGGTCCAGCAACAGGACTTCGGCCAGAACCTCCTCAATCGCCTCGTTGCAGGTCTGAGCTTTGGCCTCCTCCTTGCACTCGCCTCGGTGGGCCTTTCCCTGATCTTCGGAACCACCGGCCTGACCAACTTCGCCCACGGTGAGATGGTGACGCTGGGCGCAGTACTGGTGTTCATGTTCAACGCCTTCGGACTCCCCTTCTGGCTGGCCATCCTGCTTGCCTTGGTAGGTGGCGGTCTCTTCGGCTACGTCCAGGACGCAGGTCTTTGGCGGCCCCTGAGGAAACGTGGCTCCGGCCTGGTGCCCATGATGATCGTCAGCATCGGTTTGGCGTTGGCCATCCGCTACGTCATCCAGTTCTTCTTCGGCGGTGCAACACAGCAGCTGCCCGGCGCCCAGAGTGCCGAGATCCAGATCGGCCCTGTTTCGATCTCTCCGAACAACCTGTGGTCCCTGATCATCAGTGCGGTGGTCATCGCCCTGATCGGCATCGTCCTGCTGAAGACCCGTCTTGGCAAGGCAACCCGTGCAGTAGCCGACAACCCGGCACTGGCAGCCGCCTCCGGCATCGACGTCGACTCCGTTATCCGCATTGTGTGGATCGTCGGCGGCGTGCTCGCCTCCCTCGGTGGCATCCTGTGGGCGTACTACCGTCCGGGCGTCACCTTCGACATGGGCTCGCAAATCCTGCTGCTCATCTTCGCCGGCGTGACGCTGGGTGGTTTGGGAACCGTCTTCGGTGCCTTGATCGGCTCGATCGTCGTCGGCATTTTCGTGGAACTGACCACAGTGTTCGGCCTCCCCGCCGACCTCAAGTACGTCGGTGCCCTTTTCATCATGATTGTTGTTCTTCTGTTCCGACCGCAGGGTATCCTCGGCCGGCGTGAGCGTGTGGGTTAG MTVRTGCKGAAGTTPTVEVSILRSTLRDPSMRRSKGLQRVVGALFAALITALLIAAPSAQATTPSPSPSPTTFQNNISGFLRDDARAPIPGVKIKATGNGFEGEATSGANGAWTIGVPVQGTYTIELDTSTLPEGIALAEGQDNPRDVTFSQTSNLSVIFAFGEGIVVQQQDFGQNLLNRLVAGLSFGLLLALASVGLSLIFGTTGLTNFAHGEMVTLGAVLVFMFNAFGLPFWLAILLALVGGGLFGYVQDAGLWRPLRKRGSGLVPMMIVSIGLALAIRYVIQFFFGGATQQLPGAQSAEIQIGPVSISPNNLWSLIISAVVIALIGIVLLKTRLGKATRAVADNPALAAASGIDVDSVIRIVWIVGGVLASLGGILWAYYRPGVTFDMGSQILLLIFAGVTLGGLGTVFGALIGSIVVGIFVELTTVFGLPADLKYVGALFIMIVVLLFRPQGILGRRERVG PGPT0020770_412 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020770-livH-K01997 NA NA D3-18_03009 969 hypothetical protein ATGGACTTCGGATTCATTTTCTCCAGCGCCCTTGGCGAATTATTCAGCCCGACGACGGCGGCCTACGCACTTGCCGCTTTGGGCCTCGCGGTGCACTTCGGCTACTCAGGCCTGTTGAACTTCGGCCAGGCCGGTTTCATGGCCGTTGGTGCCTACGGTTTCGCCATCTCCACCCTGAGCTTCGACGCCCCGTTCTTCCTGGCACTGATCATCTCTATTCTCTGTTCGGTGATCTTCGCCTTCATCCTGGGTATTCCTACGCTGCGGCTTCGTGCCGATTACCTGGCTATCGTCACCATCGCCGCCGCCGAAATTGTGCGGTACGTGGTTACCACCAACCAGCTCACCAGCGTCACAGGCTCCGCCAACGGTCTGGCAGCGTTTGAGAACACCTTCTATGCCATGAACCCCTTCCCCGAGGGGTCCTACATGGGCATGAACAACCGCGACTTCTTTATCCGCGTCGTCGGGTGGGGCCTGGTCATCGTGTGCTGCCTCCTGGTGTGGCTCCTGATGCGCAGCCCCTGGGGCCGCGTCCTGAAGGGCATCCGGGAAGACGAGAACGCCGTCCGCTCGCTCGGCAAGAACGTCTACGCCTACAAGATGCAGGCACTGGTCATTGGCGGCGTGCTCGGCGCCTTGGCGGGCATGATCTTCACCCTCCCCCGCGGTGCCGTCCAGCCATCCAACTACGGCACAGAGCTCACGTTCTTCCTGTGGACCTGCCTCCTGCTCGGCGGCATGGCCACGGTCCTGGGGCCCGTTATTGGAGCAATGATCTTCTGGGTGGTGCTCTCGCTGACCCAGAGCCTGCTCTATGGCCTCATCGAATCAGGGGCAGTCACCTGGCTGACCACCGTCCAGGCAGGCCAGCTGCGCTACATCCTGGTAGGCGTTGCACTGATGCTCCTGATGATCTTCCGCCCGCAAGGCGTCTTCGGCAATAAGAAGGAGCTTGCTTTCGCATGA MDFGFIFSSALGELFSPTTAAYALAALGLAVHFGYSGLLNFGQAGFMAVGAYGFAISTLSFDAPFFLALIISILCSVIFAFILGIPTLRLRADYLAIVTIAAAEIVRYVVTTNQLTSVTGSANGLAAFENTFYAMNPFPEGSYMGMNNRDFFIRVVGWGLVIVCCLLVWLLMRSPWGRVLKGIREDENAVRSLGKNVYAYKMQALVIGGVLGALAGMIFTLPRGAVQPSNYGTELTFFLWTCLLLGGMATVLGPVIGAMIFWVVLSLTQSLLYGLIESGAVTWLTTVQAGQLRYILVGVALMLLMIFRPQGVFGNKKELAFA PGPT0020570_251 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_NEUTRAL_AMINO_ACID_TRANSPORT,PGPT0020570-natC-K11955 NA NA D3-18_03010 993 btuD_11 Vitamin B12 import ATP-binding protein BtuD ATGAGTGAGACCAACGAACGCAACACCGAAAATATCGACTACATGACCGATTCGCGGCCCATCGCCGTCGGGGAGAATACCCCCGGCTGCAAGAAGCGCGACCCCATTGTGGTGGCAGAGGACGTCACACGTTCCTTTGGCGGCATCAACGCAGTGGACGTGGAATACCTCGAGATCCCCCGCCACAAGATCACCGCCTTGATCGGTCCTAACGGAGCCGGCAAGACCACCCTGTTCAACCTGCTCACGGGCTTTGACACCCCCAACACGGGCAAGTGGCAGTTTGAAGGCAACAGCCTGGCCGGCGTCTCCTCTTACAAGGTTGCCCGCATGGGCATGGTCCGCACGTTCCAGCTGACCAAAGTGATGGGCAAGCTGACCGTCATGGAAAACATGCGCCTTGGTGCTGCGGACCAACCCGGAGAACGGCTGTCCAAGGCCCTGTTCAAAGGCATATGGGGAGGTCGCGAAAAGGAAATCACGGCCCAAGCCGACTTGCTGTTGGAGAAGTTCAAGCTGGATACCAAGAAGGACGACTATGCAGCGTCCCTCTCCGGTGGCCAGCGGAAGCTCCTGGAGATGGCACGCTCCTTGATGGTGAAGCCCAAGCTGGTGATGCTGGATGAGCCCATGGCCGGCGTGAACCCCGCGTTGACGCAGTCGCTGCTGGACCACATCAAGAACCTCAAGGCCGAGGGCATGACCGTGCTCTTCGTGGAGCACGACATGAACATGGTGCGCCATATCGCCGACTGGGTTGTGGTCATGGCTGAAGGCAAAGTTGTTGCCGAAGGACCTCCGGGCGAGGTCATGAAGAACCCCGCCGTCATCGACGCCTACCTTGGTGCCCACCACGATGTGGACCTTGGCGACGCTGAAGGCATCAAGGTGCTCGAGGCAGAACTCGAAGCTGACGAAGAGTCCGTGGTGGGAACTGAAGACGCCGGCATCCTGTCCGAGATCGAAGAAATTAAGAAGGAGGACGGGAAATGA MSETNERNTENIDYMTDSRPIAVGENTPGCKKRDPIVVAEDVTRSFGGINAVDVEYLEIPRHKITALIGPNGAGKTTLFNLLTGFDTPNTGKWQFEGNSLAGVSSYKVARMGMVRTFQLTKVMGKLTVMENMRLGAADQPGERLSKALFKGIWGGREKEITAQADLLLEKFKLDTKKDDYAASLSGGQRKLLEMARSLMVKPKLVMLDEPMAGVNPALTQSLLDHIKNLKAEGMTVLFVEHDMNMVRHIADWVVVMAEGKVVAEGPPGEVMKNPAVIDAYLGAHHDVDLGDAEGIKVLEAELEADEESVVGTEDAGILSEIEEIKKEDGK PGPT0020580_78 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_NEUTRAL_AMINO_ACID_TRANSPORT,PGPT0020580-natA-K11957 NA NA D3-18_03011 774 livF_2 COG0410 High-affinity branched-chain amino acid transport ATP-binding protein LivF ATGAGCAGCAGCACCAGCGCAATGCCCGCCTCGGCGCCAGCGCCGGCCAGCGATTCCGTGGTCAAGGTCACTAACCTCGTGGCCGGCTACATTCCTGGCGTCAACATCCTCAATGGCTGCAGCATAGAGGCCCGCAAGGGTGAGTTGATAGGCATTATCGGCCCCAACGGCGCCGGCAAATCCACGCTCCTGAAGGCCATGTTCGGCCTGGTAAAGGTGCACTCGGGCACGGTGGTAGTTCGTGGCCAGGACCTCACAGGGTTGAAGGCCAATAAGCTGGTCACCCAGGGTGTGGGCTTCGTCCCGCAGACAAACAATGTCTTCGCCACGCTGACCATTGAAGAGAATCTCCAAATGGGCATGTTCCAGCGGCCCAAGGATTTCTCCGAACGGTTCGACTTTGTCACCAGCCTCTTCCCGGAGTTGGGAAAGCGGCGTGCCCAACGTGCAGGGTCCCTGTCCGGCGGTGAACGCCAGATGGTGGCCATGGGCAGGGCTCTCATGATGGACCCGGCCGTGCTGCTGCTGGACGAGCCGTCAGCAGGCCTCTCCCCCGTCAAACAAGACGAGACCTTCCTCCGTGTCCACGAGATCAACCGTGCCGGAGTCTCGGTGATCATGGTGGAACAGAACGCCCGCCGTTGCCTGCAGATCTGCGACCGCGGCTATGTCCTGGATCAGGGCAAGGACGCGTACACCGGCACGGGCCGTGAGCTCATGAAGGACCCCAAGGTCATCCAGCTCTACCTGGGTACCTTGGCGGACGAAGTCTAA MSSSTSAMPASAPAPASDSVVKVTNLVAGYIPGVNILNGCSIEARKGELIGIIGPNGAGKSTLLKAMFGLVKVHSGTVVVRGQDLTGLKANKLVTQGVGFVPQTNNVFATLTIEENLQMGMFQRPKDFSERFDFVTSLFPELGKRRAQRAGSLSGGERQMVAMGRALMMDPAVLLLDEPSAGLSPVKQDETFLRVHEINRAGVSVIMVEQNARRCLQICDRGYVLDQGKDAYTGTGRELMKDPKVIQLYLGTLADEV PGPT0020785_1486 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020785-livF-K01996 NA NA D3-18_03012 939 dagK_2 COG1597 Diacylglycerol kinase ATGAAGCTAACCCGGGAAGCCCGCTCCATCGCCGTGGTCATCAACGCCGGTTCACGCAAAGGTTCCGCGGCTCAAAAGTTGGTGGCCGACAGTCTCGCAAAGGCGGAGCTCCCGGTCTCAGCGGTGTATACGGTGTCTGGGGGCGGGGACCTCGGCCGAGCGCTGGAGCAAGCGGTCGCCGAGGGTCACGATTTTGTGGTGGTTGGGGGAGGCGACGGAACAGTTGCCTCGGCAGCAGGACTCGTGGCGGGTACCGACGTCGTGTTAGGTGTTCTTCCGCTGGGCACCGCGAATGACCTTGCCAGGACGCTGGAAATCCCCCGGGACCTGGGCAGCGCCTGCGCTGCCCTCGCGGACGGAAAAGTAGTGGACATCGACCTCGGGCGTGCGAACGGCCAACCCTTCCTCAACGTGGCTTCAGCCGGACTGTCAGTGGCAGTCACGCAGGCGCTCAGTCCCCGCCTCAAACGACTCATTGGGCCTCTGGCATATGGGGTGGCTACACTTCGCTCCTACGCCACGCACAAGCCGTTCCACGCCCGCCTGGAATTCCCGGATGGGGACCATGAGCCCGTGGAGTTGGAGGACCTGTTGCAGGTGGCAGTGGGAAACGGAAGGTACTACGGAGGAGGCAACGCTGTTTCTCCGACAGCGGGGATCGACGATCACACACTGGACATCTACGCGATCCAGGCGGCGCCGTTGCGGGAGCAGGCAAAGATCGCGCGTTCGCTCAAGAATGGCAGGTTTGTGGAAAACGAGCGGGTGCTCCACCTGACCAGCCGGAACGTCAGGCTGGTGACCAGTCCGCCACTGCCGGTTAACCTCGACGGCGAGATCACAACAAGCACGCCCACCGACTTCACGGTTGAACGAAATGCGGTGCATGTGGTGGTGCCGGGGAACAGCAGCAGCGCGACGTTTGAGGGACGCAACTGA MKLTREARSIAVVINAGSRKGSAAQKLVADSLAKAELPVSAVYTVSGGGDLGRALEQAVAEGHDFVVVGGGDGTVASAAGLVAGTDVVLGVLPLGTANDLARTLEIPRDLGSACAALADGKVVDIDLGRANGQPFLNVASAGLSVAVTQALSPRLKRLIGPLAYGVATLRSYATHKPFHARLEFPDGDHEPVELEDLLQVAVGNGRYYGGGNAVSPTAGIDDHTLDIYAIQAAPLREQAKIARSLKNGRFVENERVLHLTSRNVRLVTSPPLPVNLDGEITTSTPTDFTVERNAVHVVVPGNSSSATFEGRN PGPT0024345_785 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0024345-dagK-K07029 NA NA D3-18_03013 1356 braC COG0683 Leucine-, isoleucine-, valine-, threonine-, and alanine-binding protein ATGTTTGATCTTTCCCCAGCGGCGCCCCGAGCCGCCAAGCTAACCGCGCTTGGCATTGGGGTCGCTCTCTTGGCCACAGCTTGTGGTGGGTCTTCGACACCTACCCAGACTGGGTCTCAATCCGCCGCCGCGGCAGGTATCGCCTGCCCGGCACCGAGCGGCGGGGCGGGAGCCGGCAACAGCCAGGCTGCCACCAACACGGGACCTGTACCTCCCTCGACCACCACCACGGCTACGCCGCTTAAGCTTGGATCGCTCCTGCCGACAACGGGGTCGCTGGCGTTCCTCGGCCCGCCCGAAATTGCCGGCGTCAACCTCGGCGTCAAGGAAGTCAACGACGCCGGTGGCGTTTTGGGTGCCCCGGTGGAAGTAACCCACCGCGACTCCGGTGATACCAAGACCGACATCGCCACGCAGTCCACCACAGCCTTGCTGGGCCAGGGTGTGAGCGCAGTAATCGGTGCGGCCTCGTCAGGCGTTTCCAAGACGGTCATCAACCAGATCACCGGCGCCGGCGTCATCCACTTCTCCCCGGCGAACACCTCACCTGACTTCACCACCTGGGACGACAAGGGCCTCTACTGGCGCACGGCACCGTCCGACGTCCTGCAGGGCAAGGTCCTCGGCAACTACATGGCCACCTGCGGCGCCCAGACTGTTGGCATGATCGTTCTCAACGACGCCTACGGAACCGGCCTGCAGAAGAACGTCAAGGAAGCCTTCGAGGCAGCCGGCGGCAAGGTTGTGGCTGAAGAGCTCTTCAACGAGGGTGATTCACAGTTCAGCAGCCAGGTGGACAAGGTCCTCGCAGCCAAGCCGGATGCGATCGCACTGATCACCTTCGACCAGGCCAAGAGCATCGTCCCGCTGATGACCGGCAAGGGCGTCAAGCCCACGCAGCTGTTCATGGTTGACGGCAACACTTCGGACTACAGCAAGGACTTCCAGGCAGGCACCATGAAGGGCGCACAGGGAACCATCCCCGGTACGTTCGCCAAGGACGCCTTCAAGCAGAAGCTCCTCGCGATCGATCCCGCCCTGAAGGATTACAGCTACGCAGGCGAGTCCTACGACGCCGTGAACCTGATCGCGCTGGCATCTGAGGCAGCCAAGAGCACCAAGGGCACGGACATCGCGGCCAAGCTCAAGGAAGTCTCTGAAGGCGGCGAGAAGTGCACTGACTTCCCGTCATGCGTCACCCTGCTCCGTGAGGGCAAGGACGTTGACTACGACGGCCAGTCGGGTCCGGTAACGTTCTCCGATGCCGGTGACCCCACCGAGGCATACATCGGTATCTACGAGTACCAGGACGACAACACCTACAAGCCGGTCCGCGAAGAGTTCGGCAAGCTCTAA MFDLSPAAPRAAKLTALGIGVALLATACGGSSTPTQTGSQSAAAAGIACPAPSGGAGAGNSQAATNTGPVPPSTTTTATPLKLGSLLPTTGSLAFLGPPEIAGVNLGVKEVNDAGGVLGAPVEVTHRDSGDTKTDIATQSTTALLGQGVSAVIGAASSGVSKTVINQITGAGVIHFSPANTSPDFTTWDDKGLYWRTAPSDVLQGKVLGNYMATCGAQTVGMIVLNDAYGTGLQKNVKEAFEAAGGKVVAEELFNEGDSQFSSQVDKVLAAKPDAIALITFDQAKSIVPLMTGKGVKPTQLFMVDGNTSDYSKDFQAGTMKGAQGTIPGTFAKDAFKQKLLAIDPALKDYSYAGESYDAVNLIALASEAAKSTKGTDIAAKLKEVSEGGEKCTDFPSCVTLLREGKDVDYDGQSGPVTFSDAGDPTEAYIGIYEYQDDNTYKPVREEFGKL PGPT0020765_580 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-GABA_PERCIPITATION|SIGNALLING,PGPT0020765-livK-K01999 NA NA D3-18_03015 921 hypothetical protein ATGTCCGGTGAAACTGATCTGAAGACACTCCTGGAGTCGCTTCATCCCGTAGCCCGCGATGGCGACTACGTTTACGCGTTGTGGCCGCATGGCCGTCCTTTGGAGGGTGGCATCGAAGCGGCCGTTCGCGAGGCCGAGGGCCTGACGGTGGTCCTTCACCGCGACGAAGCCGATTCTTTGGGCCTTAGCTACGATTTCGTGGCCACATGGATCACGCTCCAGGTCCATTCGGCTTTGGAAGCCGTGGGGCTCACTGCTGCTGTCAGTGCTGCGCTGACGCACGCGGGGATCAGTTGCAACGTCCTGGCAGGTTTCCATCACGATCACCTCCTGGTGCCCTCGGCGGACGCGGGCCGGGCCATGGACGTGCTGCGGCTGCTGGCACGCGGCGTGGTCTTGCGGTCCGAGCGGCCCGAGGACCGGGCCGAGATCCTTGAGCTCACTGCCCGCGCGTTTTCCGTCTCCCCGGTGACCGGTGAACCCGTTGAAGGCACGCCAATTGAAGTGGGGCTTTTACGGGAGCTTTTTGAGTGCAGCGAGTACGTCCCGGAACTCAGCATCGTGGCGGAAATGGGCGGGGAAATCGTGGGTCATGCCATCAGCACCAAGGGCTGGGTGGGAGAGCTCGAACTGCTGGGCTTGGGTCCCATAGGCGTGCTCCCACCATTCCAGCGGCGCGGGGTTGGTTCGGCGTTGATGCGCGAGACTGAGGCCCGTGCCACGGCACTCGGAGTACCGGGAATCGCATTGCTCGGCAGCCCTCTCTACTATCCCCGCTTCGGCTATGTGCCGGCCACCTCCAAGGGCGTAGAACCGCCTGAGGCGATCTGGGGCGAGCACTTCCAGCTTCTAGCCCTGCCGGAATGGCCCGACGGCGTTCGTGGCACCTTTCGCTACGCCGCGCCATTCAACCGGCTCTAG MSGETDLKTLLESLHPVARDGDYVYALWPHGRPLEGGIEAAVREAEGLTVVLHRDEADSLGLSYDFVATWITLQVHSALEAVGLTAAVSAALTHAGISCNVLAGFHHDHLLVPSADAGRAMDVLRLLARGVVLRSERPEDRAEILELTARAFSVSPVTGEPVEGTPIEVGLLRELFECSEYVPELSIVAEMGGEIVGHAISTKGWVGELELLGLGPIGVLPPFQRRGVGSALMRETEARATALGVPGIALLGSPLYYPRFGYVPATSKGVEPPEAIWGEHFQLLALPEWPDGVRGTFRYAAPFNRL NA NA NA NA NA D3-18_03016 1455 ndbB Demethylphylloquinone reductase NdbB ATGGCAACCACCCCAGAGCTCATTGACCGTCCCCGGGTTCTCGTCGTCGGCGGCGGCTACGTCGGCCTGTACGTAGCACTCAAACTGCAGAAGAAGATCGCGAACGCAGGCGGAATCGTCACCGTCGTTGATCCACTGCCGTACATGACCTACCAGCCCTTCCTTCCGGAAGTAGCCGGTGGCAACATTGAGGCACGCCACGCCGTCGTCTCCCACCGTCAGCACCTCAAGCAGACTGAGCTCATCCAGGGCCGCGTCACCAGCATCGACCACGCCAACCGGACCGCGGTTATCGCCCCTTCCGATGGCGGCGAGAACTTCGAGATCCCGTACTTCGACGTCGTGATCGCAGCCGGCGCCATCACCCGCACGTTCCCCATCAAGGGCCTCGCGGACAAGGGCATCGGGCTGAAGACCATCGAGGAAGCCGTTGCACTGCGCAACAAGGTGCTGGAGCGCATCGAATCAGCTTCCACCATGACCGACCCCGCAGAGCGCGCCAAGGCACTGACCTTCGTTGTGGTGGGTGGCGGCTTTGCCGGCATCGAATGCCTCACCGAAATGGAAGACCTCGCCCGCGCCGCTGTGCGCAACAACCCGCGCATCCGCCAGGAAGAAGTTCGCTTCATCCTGGTTGAAGCCATGGGCCGCATCATGCCCGAGGTCACCGCCTCGCAGGCCGAATGGGTTGTGGAGCACCTCCGCAGCCGCGGCATCGAAGTACTCCTCAACACTTCCCTTGACAGTGCCGAGGGCAACCTCAAGCTGATCAACCTTCCGGACAAGACCCCCGCCGGTGAAGTTGAAGCAGACACCTTGGTATGGGCTGCCGGTGTGCAGGCCAACCCGATGATCCGCTCCACCGACTTCCCGCTGGAACCGCGTGGCCGTGTTCGCGTCCTGCCTGACCTGCGCATCGCAGGCGACGAAGGCATCGTGGAGAACGCCTGGGCAGCCGGCGACATCGCCGCTGTTCCGGACCTCACGGGCAAGGGCCTGCCGGACGGCACCTGCGTCCCCAACGCCCAGCACGCCCTGCGTCAGGCCAAGAAGCTCGCTAAGAACCTCTGGGCCTCCCGCTGGGACAAGCCGCTGCACGACTACAAGCACAAGAACCTCGGTGCTGTAGCCGGCTTCGGCGAGTGGAAGGGTGTTGCAAACATCAACCTGCTCGGCCGCATCGGCCTCAAGGGCGGCCTCGCCTGGCTGGCCCACCGTGGTTACCACGGCATGGCGATGCCCACGGTGGAGCGCAAGTTCCGCGTGATCCTCGGCTGGATCCTGGCCTTCTTCGCGGGCCGCGACACCACTCCGCTGATGGACTTGGACAACCCGCGCGGTGCCTTCGTGGCCGCAGCGACGCCGGCTCCGAAGCCTGCTGCCGCTCCGGCGCCGGTGGAAGCCAAGCCGGTTGCCGAGGAAGTCAAGACTCCGGTAACTGCTGACGCCAAGTAG MATTPELIDRPRVLVVGGGYVGLYVALKLQKKIANAGGIVTVVDPLPYMTYQPFLPEVAGGNIEARHAVVSHRQHLKQTELIQGRVTSIDHANRTAVIAPSDGGENFEIPYFDVVIAAGAITRTFPIKGLADKGIGLKTIEEAVALRNKVLERIESASTMTDPAERAKALTFVVVGGGFAGIECLTEMEDLARAAVRNNPRIRQEEVRFILVEAMGRIMPEVTASQAEWVVEHLRSRGIEVLLNTSLDSAEGNLKLINLPDKTPAGEVEADTLVWAAGVQANPMIRSTDFPLEPRGRVRVLPDLRIAGDEGIVENAWAAGDIAAVPDLTGKGLPDGTCVPNAQHALRQAKKLAKNLWASRWDKPLHDYKHKNLGAVAGFGEWKGVANINLLGRIGLKGGLAWLAHRGYHGMAMPTVERKFRVILGWILAFFAGRDTTPLMDLDNPRGAFVAAATPAPKPAAAPAPVEAKPVAEEVKTPVTADAK PGPT0004020_519 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 D3-18_03017 1413 hypothetical protein ATGACGTTGCGGCACCGACGCACCCTGTCCGCTGCGCTTGCCACCACATTGGCCGGCGGGGCGCTTGCAGGTGCGCTGTTGTCGGCTCCGGCAGCCAACGCGGACGCGTGGCGTGACAAGGAGTACTGGCTCAAGGAATCGGGCGTCACCAACGCCTGGCAAGTGTCCAAGGGTGCCGGCGTCAAGGTCGCGATCATCGATAGCGGTATTGACGGAAGCCACCCTGACCTTAAAGGCGTTGTGGTGGGAGGGACGGATGTCTCCGGGGCCGGGGCCCCGAACGGACAAAAGAGTATCGGCGCCAAGACCGAACACGGCACCCTTGTGGCAACGATGCTCGCCGGGCGCGGCCACACCACGCCCACCCCACCGCCCTCGGCATCGGCATCAGCATCAGCGTCGGCAGCTCCAAAGCCACCACCAGCGCCCCCAACCACCCCGCCCGCCGGGGGACCGGATGGGATCACTGGCGTGGCGCCCGAAGCGGAGATCCTCGCCATCTCGACGTGGCTGGGTTCGCCCAACCCGGGAGGCAAGACCGACCAGGAACAAATACCTGAGGCCGTGCGCTGGGCGGTGGACAACGGCGCCCAGGTCATCAATATTTCCCTGGGCAGTACTTCGCCGGATTGGCCGCAGAGCTGGGACGCAGCGTTCCTCTACGCGGAGCAAAAGGACGTGGTGATTGTTGCCGCAGCGGGAAACCGGGTGGGTGGCAACATTCAGGTTGGAGCCCCGGCAACCATCCCCGGCGTCCTCACGGTAGCCGGTCTGGACGGCGAGGGACGCGCCAGTGTCGACTCATCGTCCCAAGGCATCAGTATTGGAGTAGCAGCTCCTGCTGAGAAGCTGGTGGGCGGCATTCCCGGAGGTTCGTATGCCGAGTGGGCAGGAACGTCCGGAGCGGCACCCATCGTTTCAGGTGTGGCGGCACTCATCCGTTCCAAGTGGCCGGAAATGAGCGCTACCCAGGTCATCAACCGGATCGTCAGCACCGCTAAGGATGCCGGCGCCCCGGGCAAGGACCCTTTATATGGCTACGGCATCCTCAACGCTGAGGCCGCGCTGAAGAACGACGTACCCACCACCAGCACCAACCCGCTGGGTTCCATCGCGGATTGGATCCGCGTCCACCGCCGCGGCGTCTTTAGCGAACCCTCACAGGCGCCGGTGGCGAGTCCTACCAGCGCCGCTCCGACGCTCGCCGATCCGACTGTCCCTGTTGCCAAGACGCCTGCCACCGTGGATGAAGCCCTTCCTGCCGCCGTCGTACTGGGTTTTGGCGCGCTGTTTGTGGCCCTCGTGACGGGTGCGGCCATCCAACTGCGGAGGGTCCTGAAGAACCCGCCAGCGGTGCCCGAAGAGGCCGAGACAGGTGCGCTCATGAAGGTGGATCCACCCTCAAGGAAGTAG MTLRHRRTLSAALATTLAGGALAGALLSAPAANADAWRDKEYWLKESGVTNAWQVSKGAGVKVAIIDSGIDGSHPDLKGVVVGGTDVSGAGAPNGQKSIGAKTEHGTLVATMLAGRGHTTPTPPPSASASASASAAPKPPPAPPTTPPAGGPDGITGVAPEAEILAISTWLGSPNPGGKTDQEQIPEAVRWAVDNGAQVINISLGSTSPDWPQSWDAAFLYAEQKDVVIVAAAGNRVGGNIQVGAPATIPGVLTVAGLDGEGRASVDSSSQGISIGVAAPAEKLVGGIPGGSYAEWAGTSGAAPIVSGVAALIRSKWPEMSATQVINRIVSTAKDAGAPGKDPLYGYGILNAEAALKNDVPTTSTNPLGSIADWIRVHRRGVFSEPSQAPVASPTSAAPTLADPTVPVAKTPATVDEALPAAVVLGFGALFVALVTGAAIQLRRVLKNPPAVPEEAETGALMKVDPPSRK NA NA NA NA NA D3-18_03018 969 ppx2 COG0248 Exopolyphosphatase 2 ATGAGCCGCGTGGCTGCCATCGACTGCGGTACCAACTCCATCCGGCTGCTTATCGCAGATGTCTCCAATGGACTACAGGAGAAAGATGCACAGGGCCCGCTGACCGACGTCGTGCGTGAAATGCGCGTGGTGCGGTTGGGCCAGGGCGTCGATGCTACGGGAGAGCTGGCTCCGGAGGCCTTGGAGCGCACGTTCGCTGCTACGCGGGACTACGCCCGGCTCATCCAGGAACACGGTGCCGAACGAATCCGGTTCGCCGCTACGTCGGCAACTCGTGATGCCCGTAACCGCCAGGTCTTTGTGGACGGCATCCGGGATCTTCTGGGCGTGCAGCCAGAGGTCATTTCCGGTGACGAGGAAGCTGCTTTGTCCTTCGCGGGAGCCAGCAGCGTCCTGCCGGCCACGGGGGATGACGTCATTCTGGTGGTGGACCTCGGCGGAGGGAGTACCGAATTCGTGCTGGGCGACTCCAGCGGCGTTATCGCAGCGCGCTCGGTGGACATTGGTTGCGTTCGGCTGACTGAACGTCACCTTCGCAGCGATCCGCCCACGGCTGCGCAAATCTCCGCAGCAGAGGCCGACGTCGATGCCGCACTTGATCTTGCCGCTGAGACGGTGCCCCTCGACCGCGCCACAGCGGTGGTTGGCGTCGCTGGTTCCATCACCACCATTACCGCGCACGCGCTGGGCCTGAGCGAATACGAGCCGGGCCGAATCCACGGTGCTTCGCTGGACCTCGAAACCATCACCGACGCATGCACCAGCCTGTTGGAAATGACCCGCGACGAACGTGCTGCCCTTCCCTATATGCACCCGGGACGCGTGGACGTGATCGGAGCGGGAGCTTTGGTATGGCGCCGCATTCTGGTCCGGATGGCAACTGTCAGCAACGGAACCATCCGCGCAGCTGTTTCCAGCGAACACGACATTCTTGACGGCATCGCCCTGAGTATCCGGGACGGCGAATGA MSRVAAIDCGTNSIRLLIADVSNGLQEKDAQGPLTDVVREMRVVRLGQGVDATGELAPEALERTFAATRDYARLIQEHGAERIRFAATSATRDARNRQVFVDGIRDLLGVQPEVISGDEEAALSFAGASSVLPATGDDVILVVDLGGGSTEFVLGDSSGVIAARSVDIGCVRLTERHLRSDPPTAAQISAAEADVDAALDLAAETVPLDRATAVVGVAGSITTITAHALGLSEYEPGRIHGASLDLETITDACTSLLEMTRDERAALPYMHPGRVDVIGAGALVWRRILVRMATVSNGTIRAAVSSEHDILDGIALSIRDGE PGPT0002595_4295 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0002595-ppx|ppx_gppA-K01524 NA NA D3-18_03019 747 hypothetical protein GTGCCCGCCGCCGTCGTGTCCGCATGGGACGTGACAAAAGGGGCAGGAAGGTTGGCAGCGCAAGTGGAAGAGAACACGGCAGCCGTGCCGCAGGAATCCCGCCAGCCATCAGCACACGATCTTGAGGTCCTCAGCCGACAGCTGGGCAGGCCGGTCCGGGATGTTGTCGAGATCCCGGCGAGGTGCGTCTGCGGCAACCCCTTGGTGGCAGCGACAGCTCCGCGGCTCAGCAACGGAACACCGTTTCCCACCACGTTTTACCTGACCCACCCCGTCATCACTTCCGCGGTGTCGCGCCTTGAAGCGGGCGGACTCATGAACGAGATGAACGAGCGACTGACCGCTGACCAGGAGTTGGCCGGTGCCTACCACGGGGCCCATGATGCCTACCTGGAGGCGCGCAACCAGATCGCTGATCGCTCCGGCACCGGGGCAGTGCCCGAGATCGACGGTATCTCTGCTGGCGGTATGCCCACCCGCGTGAAGTGCCTGCATGTCCTGGTGGGTCATTCGTTGGCTGCCGGCCCGGGCGTCAATCCGCTGGGGGACGAGGCGCTGGATGCCATCACGGAGTGGTGGACCAAGGACCGTTGCTATTGCGACGGCGCCTGGGACACAGCCGGAGAGGCTCCTTCGCGCGATTTGAGCCGCCATGGTCCGCAGGGGCTGCCGGACATCGTGGGGCGTCCCGCGCCGGTACGGAAGTCAAAGATCGAATCCCCGGACGAGCAGGCGGGCACCGTATGA MPAAVVSAWDVTKGAGRLAAQVEENTAAVPQESRQPSAHDLEVLSRQLGRPVRDVVEIPARCVCGNPLVAATAPRLSNGTPFPTTFYLTHPVITSAVSRLEAGGLMNEMNERLTADQELAGAYHGAHDAYLEARNQIADRSGTGAVPEIDGISAGGMPTRVKCLHVLVGHSLAAGPGVNPLGDEALDAITEWWTKDRCYCDGAWDTAGEAPSRDLSRHGPQGLPDIVGRPAPVRKSKIESPDEQAGTV PGPT0002595_54 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0002595-ppx|ppx_gppA-K01524 NA NA D3-18_03020 705 hypothetical protein ATGGCCACCCGTCGTCCAAAGGTACCCAGGGCCGACGCCCTTGGTCGCCCGTCAAGTGGTGCCCGTCCGTCAAGTGGTGCCCGTCCGGCCGGCGCAGGCGGCGCTGCCGGCAAGGTGTCTGAAGGCTCAGGTTCCGAGGGCGCCGACGTCATTAAAGCCGAGTTCGGCGGGCCGCGGGCTTCGTCCAAGAGCGGGACGGCGGCGGTTGGCGCCAAAGCTCCGGCGAACAGCAAGACGCCCGCCGATGCCAAGAAGAGCAACAACAGCCAGGAAAAACCACGGTCCGGGGCGAAGGATGACCGCGACCTGGATCCCGTGCCGGCCAAGGCGTTCTCCGGGAGGATGCTCGCACTGGCCGTGGTGATGATTGCCATCACTATCCTGCTGGCCCCCACCGTGAAGATTTTCCTGGAGAAACGCGCCGAAATCTCCGCACTGGAAGCAGAAATTGCCAGCAGGAAAGCGGAGCAAACCGAGCTGAACAAACAGCTCTCCCGGTGGCAGGACCCCAACTACGTGAAACAGCAGGCCCGCGACCGCATTAACATGGTTATGCCGGGTGAAACAGGTTACTGGGTGTTTGGGGGAGAAGAAGCCGCCGGCACACCGGGTGGCCGCACCGGCTCCGGATCGTCGGCAAACCCGGAGAATCTGCCCTGGGTGGATGCTCTCTGGGAGTCAATCAGGCGATCGGCAACTGACTAG MATRRPKVPRADALGRPSSGARPSSGARPAGAGGAAGKVSEGSGSEGADVIKAEFGGPRASSKSGTAAVGAKAPANSKTPADAKKSNNSQEKPRSGAKDDRDLDPVPAKAFSGRMLALAVVMIAITILLAPTVKIFLEKRAEISALEAEIASRKAEQTELNKQLSRWQDPNYVKQQARDRINMVMPGETGYWVFGGEEAAGTPGGRTGSGSSANPENLPWVDALWESIRRSATD NA NA NA NA NA D3-18_03021 1281 eno COG0148 Enolase ATGGCGCTTATCGATGCCATCCACGCACGCGAGATCCTTGATTCCCGCGGAAACCCGACCGTAGAAGTTGAGGTCCTGCTCTCCGACGGCCAGATCGGCCGCGCAGCAGTTCCCTCCGGTGCCTCCACCGGCGAGCACGAAGCCGTTGAGCTTCGCGACGGCGACAAGGGCCGTTACCTCGGCAAGGGTGTCCAGAAGGCCGTTGACGCAGTCATCGACGAGATCTCCCCGGCCCTGATCGGCTTCGACGCCACTGACCAGCGCAGCATCGACCAGGCCATGATCGACCTGGACGGAACGCCCAACAAGGGCAAGCTCGGCGCCAACGCCATCCTGGGTGTTTCCCTGGCCGTGGCCAACGCTGCCGCAGCTTCTGCTGACCTGCCGCTGTACAAGTACCTGGGCGGCCCGAACGCCCACGTCCTGCCCGTTCCGCTGATGAACATCCTCAACGGCGGCTCGCACGCCGACTCCGATGTTGACATCCAGGAATTCATGATTGCCCCGATCGGTGCCGAGACCTTCTCCGAAGGCCTGCGCTGGGGCGTTGAGGTCTATCACAACCTCAAGGCTGTCCTGCAGGAAAAGGGCCTTTCCACCGGCCTCGGCGACGAGGGCGGCTTCGCCCCCAACCTGCCGTCCAACCGCGCTGCACTGGACCTGATCCAGGAAGCCATCAAGAACGCCGGCTACACCCCGGGCACGGACATCGCCCTGGCACTGGATGTTGCATCTTCCGAGTTCTACAAGGAAGGTGCTTACCAGTTCGAAGGCAAGGCACTTTCTGCCACCGAGATGAGCGCCTACTACGCTGAGCTCGTTGCCGACTACCCGCTGGTTTCCATCGAAGACCCGCTGGACGAAAACGACTGGGAAGGCTGGAAGACCCTCACCGACACCATTGGTGACAAGGTCCAGCTTGTTGGCGATGACCTCTTCGTCACCAACCCGGTCCGCCTGCAGCAGGGCATCGAGACGGCCACGGCCAACTCCCTGCTGGTCAAGGTGAACCAGATCGGTTCATTGACCGAGACGCTCGACGCCGTTTCCCTGGCTCAGCGCTCCGGTTACACCACCATCACCTCGCACCGCTCCGGCGAAACCGAGGACACCACCATTGCTGACATCGCCGTTGCCACCAACGCGGGCCAGATCAAGACCGGTGCCCCGGCCCGCTCCGAGCGCGTTGCCAAGTACAACCAGCTGTTGCGCATCGAGGAAGAACTCGACGACGCCGCACGCTACGCCGGCCGCAGCGCGTTCCCGCGTTTCAAGGGCTAG MALIDAIHAREILDSRGNPTVEVEVLLSDGQIGRAAVPSGASTGEHEAVELRDGDKGRYLGKGVQKAVDAVIDEISPALIGFDATDQRSIDQAMIDLDGTPNKGKLGANAILGVSLAVANAAAASADLPLYKYLGGPNAHVLPVPLMNILNGGSHADSDVDIQEFMIAPIGAETFSEGLRWGVEVYHNLKAVLQEKGLSTGLGDEGGFAPNLPSNRAALDLIQEAIKNAGYTPGTDIALALDVASSEFYKEGAYQFEGKALSATEMSAYYAELVADYPLVSIEDPLDENDWEGWKTLTDTIGDKVQLVGDDLFVTNPVRLQQGIETATANSLLVKVNQIGSLTETLDAVSLAQRSGYTTITSHRSGETEDTTIADIAVATNAGQIKTGAPARSERVAKYNQLLRIEEELDDAARYAGRSAFPRFKG PGPT0018050_5321 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 D3-18_03022 738 mazG COG1694 Nucleoside triphosphate pyrophosphohydrolase ATGCCTACGCCAACCTCGGCTGACGATTCCATCCGCCCGGAGCTGCATGGGCCCACAGCAGCCGGGGTCCCTGGCCGAGCTTGCGAGGTCGGGGAGCTGCTGGGGACGATTGCCGCCCTCCGGGAGCACTGCCCATGGATGGGCGCCCTGACCCACGAGTCGCTGGTGGAGTACCTGATCGAGGAAGCCTACGAGGTGGTTGATTCGATCGAAGCCGGTGCTGTTGATGAAGAGCTCCGCGGCGAGCTGGGCGATGTGCTGCTTCAGGTAGTGCTTCATGCCCGGCTCGCCGAGGAGCGCGGCAGTTTTGATTTCGGGGACGTGGCACGCAGCATCAATGCCAAGATGGTCCGACGAAACCAGCACGTCTTCAAGACCGACGGTTCCCTGCAGGAGAGTTTCCCGGCCAGCGTCGAGGAAATCATCGTCAAATGGGACGCCGCCAAACGCGCGGAGAAGCCGGAGCGGAAAGACCCCTTCGAGGGGATTCCGCCCCATCTGCCGGCGTTGGCAGGAGCGCAGAAGTCCATCGACCGGGCAGTTCGCGCCGGCATGCCCGTTGACGCCCAAAGCCGACTGGCCGCCGTCGGACTTCCTGTCATCCCGGCCTCGGAAGAGGCGCTGGGGGAGCTGCTGCTCGCTGTCGTTGCGGGCGCCCGGGAGCAAGGACTCGACGCCGAACGAGCCCTCCGTGCCGCAGTTCGATCGTTTCAGAACAACCAGGCGCAGCCTTCATGA MPTPTSADDSIRPELHGPTAAGVPGRACEVGELLGTIAALREHCPWMGALTHESLVEYLIEEAYEVVDSIEAGAVDEELRGELGDVLLQVVLHARLAEERGSFDFGDVARSINAKMVRRNQHVFKTDGSLQESFPASVEEIIVKWDAAKRAEKPERKDPFEGIPPHLPALAGAQKSIDRAVRAGMPVDAQSRLAAVGLPVIPASEEALGELLLAVVAGAREQGLDAERALRAAVRSFQNNQAQPS PGPT0021590_929 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021590-rdgB-K02428 NA NA D3-18_03023 1143 add COG1816 Adenosine deaminase GTGACTGAGCCCATTCTTGACGCTGCCCCTGCCCTTGACTTCGATCTGAAGAGCCTTCCCAAGGTTTCCCTCCACGATCATCTGGACGGAGGACTCCGCCCGGCCACCATCATCGAGCTGGCCGAGGCCGCCGGCCACACCCTGCCCTCCACCGATCCGGTGGCGCTGGGTGAGTGGTTCCGTGAATCCGCTGACTCCGGTTCGCTGGTCCGCTACCTCGAAACGTTTGACCACACCGTCGCCGTCATGCAGACCAAGGAAGGCCTGTTCCGGGTCGCCAAGGAGTTCGTGGAGGACCTGGCCGAGGACGGCGTCGTGTACGGCGAAGTCCGGTGGGCTCCTGAACAGCACTTGCAGCAGGGCCTGACCCTGGACGAGGTTGTGGAAGCAGTCCAGACCGGGCTGGAAGCCGGCATGGATTCGGCCGAAGAGCGCGGCCAGCAGATTCAGGTCGGGCAGCTCATCACTGCCATGCGGCACGCTGATCGCGGCCAGGAGATCGCCGAGCTGGCTGTCCGCCACCGCGCCAACGGCGCGGTCGGCTTCGACATTGCCGGCGCTGAAGACGGGTTCCTCCCGTCCCGCTTCAAGGACGCGTTCACCTACCTGGCCGAGAACAACTTCCCGGCAACGGTCCACGCAGGCGAGGCTGCCGGACTGGAGAGCATCCAGTCTGCCCTGGTGGACGGCCGTGCCCTGCGCCTTGGCCATGGCGTGCGGATCGCCGAGGACATCTCGGTGGAGTTTGAGGACAACTCCGACGACGACGGCGAGGACACCATCGGCATGGTGACCATCGGCAGCGTGGCGGCCTGGGTCCGCGACCGCGGAATCGCCCTTGAAATCTGCCCTTCCTCGAATCTCCAGACCGGTGCCATTTCCGGTTTTGGCGACGGCATCGAAAGCCACCCGGTGGACATGCTGTTCCAGCTCGGCTTCAACGTCACCATCAACACCGACAACCGCCTCATGAGCGGCGTCACCCTGACCGACGAGTTCGAACTCCTGGTGGAGACCTTCGATTACGACCTCGATGATCTGCTCGAGCTGACGCTCAACGCGGCCGAGGCAGCGTTCCTGCCGCTGGACGAGCGTGAAGCCTTGGTTGAGTACATCAACGATGCCTACGCCAACCTCGGCTGA MTEPILDAAPALDFDLKSLPKVSLHDHLDGGLRPATIIELAEAAGHTLPSTDPVALGEWFRESADSGSLVRYLETFDHTVAVMQTKEGLFRVAKEFVEDLAEDGVVYGEVRWAPEQHLQQGLTLDEVVEAVQTGLEAGMDSAEERGQQIQVGQLITAMRHADRGQEIAELAVRHRANGAVGFDIAGAEDGFLPSRFKDAFTYLAENNFPATVHAGEAAGLESIQSALVDGRALRLGHGVRIAEDISVEFEDNSDDDGEDTIGMVTIGSVAAWVRDRGIALEICPSSNLQTGAISGFGDGIESHPVDMLFQLGFNVTINTDNRLMSGVTLTDEFELLVETFDYDLDDLLELTLNAAEAAFLPLDEREALVEYINDAYANLG PGPT0021520_503 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021520-add-K01488 NA NA D3-18_03024 729 hypothetical protein GTGGAGTTTTTGAATCAAATGCTCGAGCATGCAGCCGGGCAGCCCTGGATATACCCGGTACTTCTGGTCTTCTTCTTCATTGACGGATTCGCCACTATCCTCCCCAGCGAAACAGCCATCGTGGGCCTCTCGGCGCTGTCCCTTCACAGCGGAGAACCCAACCTGTGGATCCTGGGGGCAACTGCCTTGGTGGGTGCAATGGCCGGCGACAATATGGCCTACATGTTGGGCCGCAAGATCGGTCTCACCCGCTGGAAGTGGATGCGGCGCCCCAAAGTCCAAAAGATGTTCGCGTGGGCGCAGTACGAGCTGGACAAGCGCGGTGCGGTGCTCATCTTCACGGCCCGCTACATTCCGTGGGGTCGGGTAGCGGTGAACTACGTGGCCGGGCAGACCGGATTCCGCCACCGCACCTTCTTCTGGCTGGATGCCTTCGCCTGCATCACGTGGGTGGCCTACTCAATCGGCATCGGCTTGCTCGCAGGTCAGTGGGTGCACCACAACCCGCTCCTCGGCGTCGGAATTGCAGTGGCCTTCGCTGTGGTCCTCGGTATCGTGGTGGACCACGCTTTGCGCTGGTGGCACAAGTACCTGGAGAAGAAGGACCTGGCCCGTGATGCGGCCGCAAGCAATGCAGCACCCGCAGCGGAGTCGTCAAACGCAGCGGAGACGTCCAATCTCTCGCAAAAAGCAGTTGCCGGGGCCGACCTCTCCAATCCTGCCGGCTAA MEFLNQMLEHAAGQPWIYPVLLVFFFIDGFATILPSETAIVGLSALSLHSGEPNLWILGATALVGAMAGDNMAYMLGRKIGLTRWKWMRRPKVQKMFAWAQYELDKRGAVLIFTARYIPWGRVAVNYVAGQTGFRHRTFFWLDAFACITWVAYSIGIGLLAGQWVHHNPLLGVGIAVAFAVVLGIVVDHALRWWHKYLEKKDLARDAAASNAAPAAESSNAAETSNLSQKAVAGADLSNPAG PGPT0004890_673 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_SELENIUM_RESISTANCE SELENIUM_RESISTANCE-SELENIUM_TRANSPORT,PGPT0004890-dedA-K03975 NA NA D3-18_03025 651 hypothetical protein GTGCAGGGCATCAACGATTTCATCCTCGCCGCGGCGGAACAGCCGTGGGTGTTGGTCCTGGTGCTGGCCTGCTGCGTGATTGACGGTTTCTTCCCGCCCATCCCCAGCGAATCCGTGGTGGTGGGCCTGAGTGCCGTTTCCGGCAGCAGCGGCTCACCCAACGTATGGCTGCTGGGCTTGATGGCAGCCATCGGCGCGTTCTCCGGGGATAACATCGCCTACATCATTGGACACCGCATTGGTATCCAACGCTGGCGCTGGATGCGCACCCAGCGGATGCAGGGCGCCTTTCGTTGGGCGGGCAAGGAACTCCGACGCCGGTCAGCCTCGCTCATCATGGTGGCCCGGTTCATCCCCATTGGCAGGGTGGCCGTCAACCTGACGGCCGGCGCCACGCACTTCCACCACCGCAAATTCGTCGCCCTTACCGCGATGTCCGCAGTCCTGTGGGCAACATATTCGGTGATCCTCGGCTACTTCTTCGGTGTCTGGTTCGAAGACAACCACCTGCTGGGCGCCGTCATAGCGATCGTGGTGGCCGTGATCCTTGGAATCATCATCGATCGCATCATCAGCAAAGTCCGGGGATCAGTGCCCTTGGATGGCAAGAACATTCCTGAGGAAGACGCCCCGGCTCCACCCACGGTATGA MQGINDFILAAAEQPWVLVLVLACCVIDGFFPPIPSESVVVGLSAVSGSSGSPNVWLLGLMAAIGAFSGDNIAYIIGHRIGIQRWRWMRTQRMQGAFRWAGKELRRRSASLIMVARFIPIGRVAVNLTAGATHFHHRKFVALTAMSAVLWATYSVILGYFFGVWFEDNHLLGAVIAIVVAVILGIIIDRIISKVRGSVPLDGKNIPEEDAPAPPTV PGPT0004890_1839 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_SELENIUM_RESISTANCE SELENIUM_RESISTANCE-SELENIUM_TRANSPORT,PGPT0004890-dedA-K03975 NA NA D3-18_03026 1311 deoA COG0213 Thymidine phosphorylase GTGACCATCACTGAAGCGTTCGACGCCGTCCAGATCATTTCCATCAAGCGGGACAAGGGCACGCTCACTCCCGAGCAGATCGACTGGACCATTGATGCCTACACCCGCGGCGTGATCGCCGAGGAACAGATGGCGGCACTGAACATGGCCATCCTGCTGAACGGCATGGATCGCGCCGAGATTTCGCGCTGGACCTCGGCCATGATTGCCTCAGGCGAGCGGATGGACTTTTCGTCCCTGACAAGGCCCGACGGCGGCCGGAAGCCTACCAGCGACAAGCACTCCACCGGTGGGGTGGGGGATAAGATCACGCTGCCGCTGGCGCCGCTGGTTGCGGTGTTCGGTGTCGCGGTTCCGCAGCTTTCGGGCCGCGGCCTTGGCCACACCGGCGGGACGCTGGACAAGCTGGAGGCCATCCCCGGGTGGCGGGCCAACCTGAGCAACGACGAAATCATGGCCCAGCTCCAGGACGTAGGCGCAGTCATCTGCGCTGCAGGTTCAGGGCTCGCACCTGCGGACAAGAAGCTGTATGCCTTGCGTGACGTCACGGGAACGGTGGAGGCCATTCCGTTGATTGCCTCCTCGATCATGAGCAAGAAGATCGCCGAAGGAACCGGCTCCTTGGTGCTGGACGTCAAAGTGGGGTCCGGTGCCTTCATGAAGGACGAAGCACGGGCCCGGGAGCTTGCAGAGACCATGGTGGCTCTGGGCAAGGATGCAGGCGTACACACTGTCGCGCTGATCACTGACATGTCCACGCCACTTGGGTTGACCGCTGGTAACGCCATTGAGGTGGAGGAATCAGTGGAGGTCCTTGCTGGCGGGGGTCCGGAAGACGTCGTCGAACTGACCGTCCGCCTGGCCGAGGAGATGCTGGCCGGTGCCGGAATCCACGATGCCGATCCCGCCGCAGCCCTGAAGGACGGGCGCGCCATGGACGTCTGGAACCGGATGATCGAAGCCCAAGGTGGAGATCCCCGGGCGGCGCTGCCCGTGGCCAAGGAATCTGAGGTCCTCTACGCTCCGGCGGACGGCGTCCTGGTGGAACTGGATGCGCTGTCCGTGGGTGTTGCCGCCTGGCGCCTGGGTGCCGGCCGTGCCCGCAAGGAAGACCAGGTCCAAGCCGGAGCCGGTGTCCGCCTGCACGCCAAGCCCGGCGCCCTGGTTCGGGCGGGAGAGCCCCTGATGACACTTCTGACGGATACCCCGGAGAAGTTCGAACGGGCCAAGGAAGCGCTCCAAAATGCCGTGGTGATTGCACCCGAGGGTTCGCGCCCGGCTCATCAGCTCATCATCGACCGCATCGCCTAG MTITEAFDAVQIISIKRDKGTLTPEQIDWTIDAYTRGVIAEEQMAALNMAILLNGMDRAEISRWTSAMIASGERMDFSSLTRPDGGRKPTSDKHSTGGVGDKITLPLAPLVAVFGVAVPQLSGRGLGHTGGTLDKLEAIPGWRANLSNDEIMAQLQDVGAVICAAGSGLAPADKKLYALRDVTGTVEAIPLIASSIMSKKIAEGTGSLVLDVKVGSGAFMKDEARARELAETMVALGKDAGVHTVALITDMSTPLGLTAGNAIEVEESVEVLAGGGPEDVVELTVRLAEEMLAGAGIHDADPAAALKDGRAMDVWNRMIEAQGGDPRAALPVAKESEVLYAPADGVLVELDALSVGVAAWRLGAGRARKEDQVQAGAGVRLHAKPGALVRAGEPLMTLLTDTPEKFERAKEALQNAVVIAPEGSRPAHQLIIDRIA PGPT0021365_1195 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021365-deoA-K00758 NA NA D3-18_03027 405 cdd COG0295 Cytidine deaminase ATGCCAGCGGAAGTTATCGACTGGCAGGCCTTGAAAGATGCAGCAAAGCAGGCAATGCAACGGGCCTACGCGCCATATTCCAAGTTCCCGGTGGGGGCCGCGGCCCTCACCGAGGACGGCCGGATCATCAGCGGATGCAACGTGGAGAACGCCAGTTACGGGCTGACCCTCTGCGCCGAATGTGCCCTTGTTGGCCAGCTCCACATGACAGGCGGCGGCAAAATCGCCGCTTTCTACTGCGTGGACGGGCAAGGCAACATCCTCATGCCGTGCGGGCGTTGCCGCCAGTTGCTCTACGAATTCAGGGCACCAGGAATGCAGCTCATGACAACGCAGGGAATCAAATCCATGGACCAGGTACTTCCTGACGCCTTTGGTCCCGAACATCTGGAGGAAACCACGTGA MPAEVIDWQALKDAAKQAMQRAYAPYSKFPVGAAALTEDGRIISGCNVENASYGLTLCAECALVGQLHMTGGGKIAAFYCVDGQGNILMPCGRCRQLLYEFRAPGMQLMTTQGIKSMDQVLPDAFGPEHLEETT PGPT0021360_2569 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021360-cdd-K01489 NA NA D3-18_03028 1290 hypothetical protein GTGAGTGCGACAACCACCGCTCCCAAGTCGGGATCAACGGCCCTGCCAGCGTTCCGGCCTTCCATGAAGGTTCCGCTTTCGCTCGGCATCCTGGCGCTCATAGCCTTGGTCTTCTTCGGCTTCCTTGGCCCGGACCAGACAGCCGAGATGAAGATCAGCGACGCCGGCGACGCCGTTGCGGTCCCTGCCCTGATGATTCCAGGGCAGGTGGGCGGAATTGTCCTCGGCATCCTGCTGCTGGCCATGGCTGCCTACTCGATCTACCTCTGGACCCAAGGAGAGCGGTCGCCCAAGTGGCTGCCCATCGCGTTTGCAGTGGTGTTCGTGTTCGCCTTGCTTGTTTGGATCGTGGCAGGCGCCCGCCAGCCCTCCATCTCGCTGGCCGGCCTCGTTGCCGGCTCGGTAACACTGGCAGTGCCACTGGTCTTCGGCTCGCTCTCCGGCGTGCTCTGTGAGCGTGTGGGCGTTGTGAACATTGCCATCGAGGGACAACTCCTGGGCGGAGCATTCACTGCCGCCCTGGTGGCCACCATGACGGGGAGCCCGTACATCGGCCTGATTGCAGCCGCTGCGGCAGGTGCTGCCGTGTCCATGGTCCTGGCCGTGTTCAGCATCAAATTCCTGGTCAACCAGCTCATCGTCGGTGTGGTTTTGAACGTGTTGGTCTCCGGCCTCACAGGCTTCCTGTACGGCACGTTGATGGTGCCCAACAAGGAGCAGTTCAACACTCCAGGCCGGCTGGACATCCTGCCGATCCCGCTCCTTTCGGACATCCCCATCATCGGGCCCATCCTGTTCGAACAGTCCATCGCGGGCTACCTCATGTATATTGCGGTGGCCGTGGTGTGGTTCGGTTTGTTCAAGACCCGCTGGGGTTTGCGGGTCCGCGCCGTCGGTGAACACCCGCAGGCTGCCGACACGTTGGGTATCAACGTCAACGCAACCCGTTTCTGGAACGTCACCTTGGGTGGTGCCATCGCGGGCATCGGGGGCGCCGTCTTCACACTGGTGACCATCGACTCCTTCACCAAGGACATCTCCGGCGGCCGGGGCTTTATCGCCCTTGCTGCCCTGATCTTTGGGCGGTGGAACCCGATCGGCGCTTTCCTGGCCTCGCTGCTGTTCGGCTTCGCCTACAACCTGCAGTCCATCCTGGGCATCATCGGTACCCCGGTACCGAGCCAGTTCATGGCCATGCTGCCGTACCTGGTGACCATTTTCGCCGTCGCAGGTTTGGTGGGTAAGTCCCGGCCACCGGCCGCAAGCGGCATACCGTACGTGAAGGGTTGA MSATTTAPKSGSTALPAFRPSMKVPLSLGILALIALVFFGFLGPDQTAEMKISDAGDAVAVPALMIPGQVGGIVLGILLLAMAAYSIYLWTQGERSPKWLPIAFAVVFVFALLVWIVAGARQPSISLAGLVAGSVTLAVPLVFGSLSGVLCERVGVVNIAIEGQLLGGAFTAALVATMTGSPYIGLIAAAAAGAAVSMVLAVFSIKFLVNQLIVGVVLNVLVSGLTGFLYGTLMVPNKEQFNTPGRLDILPIPLLSDIPIIGPILFEQSIAGYLMYIAVAVVWFGLFKTRWGLRVRAVGEHPQAADTLGINVNATRFWNVTLGGAIAGIGGAVFTLVTIDSFTKDISGGRGFIALAALIFGRWNPIGAFLASLLFGFAYNLQSILGIIGTPVPSQFMAMLPYLVTIFAVAGLVGKSRPPAASGIPYVKG PGPT0021050_156 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021050-nupC|yufQ-K23536 NA NA D3-18_03029 1347 hypothetical protein ATGACAACTAGAGACGAGTCAGGCAAGGACCAAACACCCGAGGAATCCACCTCCGAAGTGCGGGCGGCAGACGTTGCCTTGGACACCGCCGGAGGGACACTGGAACCATCCATAGTGCCTGTTTCCTCCCAAAGCGGGGACCCGGGACACAAGCAAGGCAGCCTCATGCGCCGGATCGTGATGGGCAGCGGCTTTGTCTCCGTCCTGGCGGTCATTGTGGCGCTGTTCCTCGGCGGCTTGCTGATTGCCAGTACTGACGCCCAGGTGGTCAAAACCGCAGGTTACTTGTTCGCACGCCCCACGGACTTCCTGAGTGCGTTGTGGACAGCCATGACCGAGAGCTACGTTGCACTCTTCCAGGGCGCTGTGTTCAATCCACGTGAAGGCTTCAAGCCCTTACTCGAAACAATGACCGTGGCAACCCCGCTGATCTGTGCCGGCCTTGGTGTCGCACTGGCATTCCGCGCCGGCTTGTTCAACATCGGCGCCCAGGGGCAGATCATCATCAGCGCCACTCTCGCTGCCTACGTAGGGTTCGCCTGGCACCTGCCGTTCGGACTGCACCTGCTGGTGGTCATCATCATGGGCGTCTTGGGCGGTGCTCTGTGGGGCGCCATTGTGGGCATTCTCAAAGCCCGGACCGGCGCGCATGAGGTCATCGTTACCATCATGCTGAACTATGTGGCCTTGTTCTTGCTCGACTTCCTGCTGAACACTGCTGCTTTCCGGCGTCCGGGGGACAACAGCCCCATTTCGCCGCGCCTCGATGAATCGGCAACGTATCCCGTCCTGATCCCGGGATCCCGACTCCATGTGGGCTTCCTGGTGGCAATCGCGCTGACCTACGGTGTGTGGTGGCTGCTGAACCGATCAACCATCGGCTTCGAGTTCCGTGCCGTCGGTGCCAACCCCGTCGCAGCGCGGACCGCCGGCGTCAAAGTCTCCCGAGCCACGATCCTGGTGATGGCCATGGCCGGCGCCCTCGCCGCGTTCGGTGGTATTGCCCAAGTGGCCGGTACCGAAAAGGTGCTGACAGGCGGCGTTGCTGCCCAGATCGGCTTCGACGCGATGACTGTTGCCCTGTTGGGACGCAGTACACCGTGGGGAACGTTCTTTGCCGGACTGCTGTTCGGAGCTTTCCGGGCAGGCGCAGTGCAGATGCAGATCCAGACCGGGACGCCCATTGACATCGTGCTGGTGGTGCAATCGCTGATTGTGCTCTTCATCGCCGCGCCGCCCCTCATCCGTTCGATCTTCCGGCTTGAGCCCAAGAAGAAGAACAAGAACAAGACACCGAAGGCGGCCCCCAAAGCTGCCCTTGCCAACGCCACCGGAGGTGCCAAGTGA MTTRDESGKDQTPEESTSEVRAADVALDTAGGTLEPSIVPVSSQSGDPGHKQGSLMRRIVMGSGFVSVLAVIVALFLGGLLIASTDAQVVKTAGYLFARPTDFLSALWTAMTESYVALFQGAVFNPREGFKPLLETMTVATPLICAGLGVALAFRAGLFNIGAQGQIIISATLAAYVGFAWHLPFGLHLLVVIIMGVLGGALWGAIVGILKARTGAHEVIVTIMLNYVALFLLDFLLNTAAFRRPGDNSPISPRLDESATYPVLIPGSRLHVGFLVAIALTYGVWWLLNRSTIGFEFRAVGANPVAARTAGVKVSRATILVMAMAGALAAFGGIAQVAGTEKVLTGGVAAQIGFDAMTVALLGRSTPWGTFFAGLLFGAFRAGAVQMQIQTGTPIDIVLVVQSLIVLFIAAPPLIRSIFRLEPKKKNKNKTPKAAPKAALANATGGAK PGPT0021045_197 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021045-nupB|yufP-K23535 NA NA D3-18_03030 1530 rbsA_2 COG1129 Ribose import ATP-binding protein RbsA GTGGGAGTTGTGAAACTCGAATTGAAGGGGATCTCGAAAGCCTTCGGGACCTTCTACGCCAACCAAGACATAGACCTCGTGGTCGAATCCGGCCAGATCCATTGCCTCCTTGGCGAAAATGGAGCCGGCAAATCAACCCTGATGAACGTGCTGTACGGGTTATACGAGCCCACAGCCGGCCAGATCCTGGTGGATGACCAACCGGTCAATTTCCGCGGACCCGGTGACGCCATGGCGGCCGGCATCGGCATGGTGCACCAGCACTTCATGCTGGTCCCCGTCTTTACAGTGGCGGAAAACGTTGCCCTCGGCGCGGAACCGACCACGTTTGGCGGTGTGCTGAGCATCGACGAAACCCGGAAGAAAATCCGGGAGATTTCCGATCAATACGGCTTCGACGTCGATCCCGACGCCCTGGTGGAGGACCTCCCCGTGGGCGTCCAGCAGCGGGTTGAGATCATCAAGGCGCTGGTGCGTGAGGCAAGAGTCCTCATTTTGGACGAGCCCACGGCCGTGTTGACGCCTCAGGAAACCGATGAACTCCTGGACATCATGAGGCAGCTCAGATCCGGCGGAACGTCCATCGTCTTCATCTCGCACAAGCTGCGCGAAGTGAAGGCTGTCTCGGACGTCATTACCGTCATCCGCCGCGGCAAGGTGGTGGGCGATGCGCCTCCCACTGCGTCAGCCACGGAACTGGCCTCCATGATGGTGGGACGCCCGGTAAGCCTGAGCCTGAACAAAGCTCCCGCGCAGCCCAAGGAAACCACGTTTGTGGTGGAAAACCTGACGGTCCGTGCGGCCAACGGTACCAATGTGGTGGACGGAATCAGCTTCGACATCGCCCAAGGTGAGATCCTCGCCGTCGCCGGTGTCCAAGGCAATGGCCAAACGGAACTGACCGAAGCCATCCTCGGTGTCCAAGAGCATGTAACCGGTTCCGTGACCCTTGATGGCAAGCAACTGCTGGGCCTTCCGGTCAAGGACGTCCTGCGCTCCGGCGTCGGGTTTGTTCCGGAGGACCGGACGGTAGACGGGTTGGTTGGGCCGTTCTCCGTGGCAGAGAACCTGGTCCTGGACCTTTACGACCAAGCACCCTTTGCCAGTGGCATCAGCATGAAACCTGCCAAGGTTGTGGAGCACGCGAAGGCCAAGATCGAGGAATTCGATATCCGGACTCCTTCCGCGGCATCGGCTGCCGGAACGTTGTCCGGCGGCAACCAGCAGAAAGTGGTCATGGCCAGGGAACTGTCCCGGCCCTTGCGGCTGTTTATCGCGAGTCAGCCCACACGCGGCGTGGATGTCGGTTCCATCGAGTTCCTGCACAAGCGCATCGTTGCCGAACGCGACGTCGGAACGCCGGTCATGATCGTTTCCACTGAACTTGACGAGGTCATTGAGCTCGCCGACCGGATTGCCGTGCTTTACAAAGGCAAGCTCGTGGGCATTGTCCCTGCTGGAACACCCCGCGACACCCTTGGCTTGATGATGGCCGGCGTCGGCCCTGAAGGAGGCTCCGATGACAACTAG MGVVKLELKGISKAFGTFYANQDIDLVVESGQIHCLLGENGAGKSTLMNVLYGLYEPTAGQILVDDQPVNFRGPGDAMAAGIGMVHQHFMLVPVFTVAENVALGAEPTTFGGVLSIDETRKKIREISDQYGFDVDPDALVEDLPVGVQQRVEIIKALVREARVLILDEPTAVLTPQETDELLDIMRQLRSGGTSIVFISHKLREVKAVSDVITVIRRGKVVGDAPPTASATELASMMVGRPVSLSLNKAPAQPKETTFVVENLTVRAANGTNVVDGISFDIAQGEILAVAGVQGNGQTELTEAILGVQEHVTGSVTLDGKQLLGLPVKDVLRSGVGFVPEDRTVDGLVGPFSVAENLVLDLYDQAPFASGISMKPAKVVEHAKAKIEEFDIRTPSAASAAGTLSGGNQQKVVMARELSRPLRLFIASQPTRGVDVGSIEFLHKRIVAERDVGTPVMIVSTELDEVIELADRIAVLYKGKLVGIVPAGTPRDTLGLMMAGVGPEGGSDDN PGPT0021040_3012 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021040-nupA|yufO-K23537 NA NA D3-18_03031 1107 tmpC COG1744 Membrane lipoprotein TmpC TTGAAGAAACCACTGCGTGCCACCCTGAAGCGCGGTTCAATGGCCGGTGTTGCCACCCTCGGTGCGGCAGCGCTCCTGCTGACCAGCTGCGGCCAAGCTCCCGACGCCGGATCCGGCGCGGCGACCAAGAGTGACTTTACTGGCTGCATCGTGTCGGACTCCGGCGGATTCGATGACCAGTCCTTCAACCAGTCTTCGTTCGAAGGCCTCAAGAAGGCGGAGTCTGATTTGGGCATCACGGTAAAGTCGGCCGAATCCAAGGCCAACAGCGACTTCGAAACCAACCTCAACGGCATGATCTCCGCCGGCTGTAACCTCACTGTCACCGTTGGCTTCCTCTTGGGCGATGCCACTAAGGCCGCCGCGGAAAAGAACGCCGACAGGCACTTCGCGATCGTCGACTACACGTACGAGACTCCGATCGCCAACGTCAAGCCGATTGTCTATGACACGGCACAGGCGGCATACCTGGCAGGCTACGCAGCTGCCGCAACATCCAAGACCGGCAAGGTGGGCACCTTCGGCGGCATCAAGATCCCCACGGTCACCATCTTCATGGACGGCTTCTACGATGGCGTACAGGCCTACAACAAGGCCAAGGGCAAGACCGTCCAGGTTGTTGGCTGGGACAAGAACACCCAGGACGGTTCGTTCACGGGCGACTTCGAGAAGCAGGACACGGGCAAGCAGGTCACCATCAACCTGCTGGACCAGGGCGCGGACATCATCATGCCCGTAGCCGGACCGGTTGGTAAGGGTGCCGGCGCTGCGCTGAAGGAAGCCAAGGCAGCCGGCAAGGACGTCAAGCTCATCTGGGTTGACTCCGATGGCTACCTCACCGCGCCCGAGTACAAGGACCTGATGCTGACCTCCGTGGTCAAGCAGATGGGCGAAGCTGTTGAAGCCGTGGTGAAGGACGACACGGAAGGCAAGTTCAACAACGAAGCCTACGTCGGCACGCTGGCGAACGATGGCGTTGCCATCGCTCCGTTCCACGATCTGGACTCCGCTGTCACCGCTGAAACCAAGTCCGAGCTCGATGCCCTGAAGGCTGACATCGTCTCCGGCAAGCTGGTTGTTGAATCGGCAGCGAGCCCCAAGAAGTAA MKKPLRATLKRGSMAGVATLGAAALLLTSCGQAPDAGSGAATKSDFTGCIVSDSGGFDDQSFNQSSFEGLKKAESDLGITVKSAESKANSDFETNLNGMISAGCNLTVTVGFLLGDATKAAAEKNADRHFAIVDYTYETPIANVKPIVYDTAQAAYLAGYAAAATSKTGKVGTFGGIKIPTVTIFMDGFYDGVQAYNKAKGKTVQVVGWDKNTQDGSFTGDFEKQDTGKQVTINLLDQGADIIMPVAGPVGKGAGAALKEAKAAGKDVKLIWVDSDGYLTAPEYKDLMLTSVVKQMGEAVEAVVKDDTEGKFNNEAYVGTLANDGVAIAPFHDLDSAVTAETKSELDALKADIVSGKLVVESAASPKK PGPT0021055_299 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021055-bmpA-K07335 NA NA D3-18_03032 1014 yfmJ COG2130 Putative NADP-dependent oxidoreductase YfmJ ATGAGCGTCCTGGCAACCGAAACCCGCGAAATCCAGCTTGCCTCCCGTCCGGTTGGCCGTCCGGCTCCGGAGAACTTCCGGCTGGCAGCGGCGCCGCTCCCAGAGCTCGCCGAGGGCCAGCTCCTGGTGAAGAACCAGTTCATGTCCGTTGATCCCTACATGCGCGGCCGCATGAATGACGTCAAGTCGTACTCGGCGCCGTTCCGTTTGGATGCAGCGCTCGACGGCGGTGCGGTAGGTGAGGTGATCGCGTCCCGTTCGGACGCGCACAAGGTGGGTGACGTCGTCGTGCATCAACTTGGCTGGCGGGAGCACTCGGTGGTGGACGCCGCGGCGACTACGCCGGTCCCCAGTGGCCTTGCACCAACATCAGCGTTTCTTGGTGCCTTGGGAATGACCGGCCTGACTGCCTACGCCGGTTTGCTGAAAGTTGCCGAGTTCAAAGAGGGCGACGTGGTTTTCGTGTCCGGAGCGGCAGGTGCGGTCGGCTCCATGGTTGGTCAGATCGCCAAGGCCATGGGCGCGTCCAAGGTCATCGGCAGCGCCGGATCGCCGGAGAAGGTTGCCCGTTTGGTGGAGCTGGGCTTCGATGCTGCCTTCAACTACAACGATGCTCCTGTGCTGGATCAACTGAAGGAAGCAGCGGGGGAGCGCGGCATTGACGTCTACTTCGATAACGTCGGAGGTGAGCACCTCGAAGCAGCCCTGGCGACGCTTACGGTTGGCGGGCGCGTAGCGATGTGCGGCGCTATTGCCCAGTACAACTCCACGGAGCCCTCGGTGGCCCCGCGGAACCTGGCGGTTGCTATCGGGAAGCAGCTCACCCTGCGCGGATTCCTGGTGGGCGGGCAGCGACAGCATGCCGCCGAATTCGCGCAGAAGATGGCCGGATGGCTGGCCGATGGGTCCGTCAGTTACGACGAAACAATCGTGGATGGACTGGAGAACGCACCGCAGGCATTCATTGATCTGTTGGACGGCGCGAACACTGGAAAGATGCTGGTTCGCCTCTAG MSVLATETREIQLASRPVGRPAPENFRLAAAPLPELAEGQLLVKNQFMSVDPYMRGRMNDVKSYSAPFRLDAALDGGAVGEVIASRSDAHKVGDVVVHQLGWREHSVVDAAATTPVPSGLAPTSAFLGALGMTGLTAYAGLLKVAEFKEGDVVFVSGAAGAVGSMVGQIAKAMGASKVIGSAGSPEKVARLVELGFDAAFNYNDAPVLDQLKEAAGERGIDVYFDNVGGEHLEAALATLTVGGRVAMCGAIAQYNSTEPSVAPRNLAVAIGKQLTLRGFLVGGQRQHAAEFAQKMAGWLADGSVSYDETIVDGLENAPQAFIDLLDGANTGKMLVRL PGPT0023605_281 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 D3-18_03033 432 ohrB COG1764 Organic hydroperoxide resistance protein OhrB ATGAAGACTCTTTACACCGCCGAGGCATTGGCATCCGGCGAAGGCCGCGACGGCAATGCCCGCACCAACGACGGCAAACTGGACGTCGCCCTCGCCAGCCCCGTGGAGCTCGGAGGCAACGGCGAAGGAACCAACCCGGAGCAGCTGTTCGCAGCAGGCTACGCAGCGTGCTTCCACTCGGCCCTGCGCCTGGTGGGCCGCAAGGAACGCGTTGACCTCAGCGACTCGGCCGTTGCCGCCAAGATTCACTTCGGCGCGCTGACGGACAGCGAAGGATATGGACTGGCCGCCGAACTCGAAATCGCGCTGCCCGCCCTGGACCGCGGCACTGCGGAGCAACTGATGGCCAAGGCGCACAAGATCTGCCCCTACTCCAACGCAACGCGCGGCAACATGGCCGTAGACCTCAAGCTCGTGGAGTTCGCAGCATGA MKTLYTAEALASGEGRDGNARTNDGKLDVALASPVELGGNGEGTNPEQLFAAGYAACFHSALRLVGRKERVDLSDSAVAAKIHFGALTDSEGYGLAAELEIALPALDRGTAEQLMAKAHKICPYSNATRGNMAVDLKLVEFAA PGPT0013160_1098 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 D3-18_03034 435 ohrR_1 Organic hydroperoxide resistance transcriptional regulator ATGAGTGATGCACCCCGCCTCCGCCATCAGGTCTGCTTTGCGCTGTACTCGGCATCCAAGGCGGCGACGGCGGTCTACCGCCCCGTGCTGGAGGACCTCGGCCTGACATACCCGCAGTACCTGGTGATGTTGGTCCTCTGGGAGCAGGAACCGCGCAGTGTGCGCGAACTCGGTGCGGAACTGGGCCTCGACTCCGGCACTTTGTCGCCCCTGCTCAAGCGCCTGGAGGCCATGGGGCTGGTGGAACGCCACCGCTCGGCCGAGGATGAGCGCCGGGTGGATGTCCTCCTCACCGACGCCGGCACCGCCTTGAGTGCCCGGGCCCAGGCTGTGCCCAAGCGTCTCGCTGACGCCGCCGGCCTATCGCCCGAAGAGATCGAGCAGCTCCACGCAACGCTCGGCAAGCTCACGGCAGCACTCAACGGCTCACTCTGA MSDAPRLRHQVCFALYSASKAATAVYRPVLEDLGLTYPQYLVMLVLWEQEPRSVRELGAELGLDSGTLSPLLKRLEAMGLVERHRSAEDERRVDVLLTDAGTALSARAQAVPKRLADAAGLSPEEIEQLHATLGKLTAALNGSL PGPT0013155_1856 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775 NA NA D3-18_03035 1206 scmP COG1473 N-acetylcysteine deacetylase GTGCGCAATTACACGACTGAAACCGAGCCCGCTCCCGTTGTGAGTCCTTGGGTCGATGAACTGCTTCCCGGGCTCATCGACTTCCGGCGTGACCTCCACGCGCACCCCGAACTGTCCTTCAAGGAATTCCGCACCACCGACAAACTGGTGGAGCGCCTTGAAGCAGCCGGACTGAAGCCGCGGCGCCTGGAGGAGACCGGACTGACGGTGGACGTGGGTGAGGGCCCCATTGCCACAGCCCTTCGAGGGGACATCGACGCACTGCCGATCATTGAGGAAACCGGCCTGCCGTTCGCGTCGAAGAACCATGGCGTTACCCACGCCTGCGGCCACGACGTCCACACCACTGCCATGCTCGGCATTGCCTTGACGCTGCAGCGGATGCACAAGAACAATCCGCTGGGCGGCACGGTCCGGATCATCTTCCAACCCGCCGAGGAAACCATGCCGGGTGGCGCGCTGTCCTGCATTGAGCAGGGAGTGCTTGAAGGCGTACCGCGTATTCTTGCGCTGCACTGCGATCCCCGGATCAACGTGGGCCAGATCGGCACCCGCATAGGTGCCATTACGTCCGCCTCGGACACTATCAAAATTGAGCTCTCCGGCCGTGGCGGACACACATCGCGGCCGCACCTGACCGAGGACCTGGTCTTCGCACTGGCGCAAATAGCGGTCAACGTCCCGGCTGTCCTTTCCCGCCGGGTGGACGTCCGCAGCGGCGTGTCGGTCGTATGGGGCCAGATTTCGGCTGGCTCCGCACCGAATGCCATCCCGGGCTCCGGCTACATGGCCGGCACCATGCGTTGCCTCGATCGCGATGCCTGGCATAGCGCGGGGGAGTTGCTGGACGACGTCGTGAGGCAGGTTGCCGCGCCCTACGGCGTAGACGTTCATCTTGAACACACCCGTGGCGTACCGCCTGTAGTGAACTCCGAGCATGAAACGGCCCTCATTGAAGCCTCTGCCCGCGCCGAGCTGGGTGAGAACGCGGTGGTCCTCACTCCGCAGTCCATGGGTGGCGAGGACTTCGCCTGGTTCCTGGCCGACCTTCCAGGGGCCATGATGCGCCTGGGCACGCACACCCCTGGTGGCGAAGAATATGACCTCCACCGCGGTGACTTCATCGTTGACGAGCGCGCTCTCGGCTATGCCATCCGCGTCCTGACGGCAGCCGCCCTCCGCACCATCCGCGACCTCGAACCGTAA MRNYTTETEPAPVVSPWVDELLPGLIDFRRDLHAHPELSFKEFRTTDKLVERLEAAGLKPRRLEETGLTVDVGEGPIATALRGDIDALPIIEETGLPFASKNHGVTHACGHDVHTTAMLGIALTLQRMHKNNPLGGTVRIIFQPAEETMPGGALSCIEQGVLEGVPRILALHCDPRINVGQIGTRIGAITSASDTIKIELSGRGGHTSRPHLTEDLVFALAQIAVNVPAVLSRRVDVRSGVSVVWGQISAGSAPNAIPGSGYMAGTMRCLDRDAWHSAGELLDDVVRQVAAPYGVDVHLEHTRGVPPVVNSEHETALIEASARAELGENAVVLTPQSMGGEDFAWFLADLPGAMMRLGTHTPGGEEYDLHRGDFIVDERALGYAIRVLTAAALRTIRDLEP PGPT0026300_499 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0026300-gshA|ybdK-K06048 NA NA D3-18_03036 1134 rfbM COG0662 Mannose-1-phosphate guanylyltransferase RfbM GTGAGTACAGAAGACGCGAAATACCCGGAATCGCCATTGAACCGCTTCCATGCGGTTATTCCGGCGGGCGGTGTGGGGACCCGGCTATGGCCACTCTCGCGTGCCGCTGCGCCCAAGTTCCTCCACGATCTGACCGGTTCGGGCAGCACGTTGTTGAGGGCTACCTATGACCGCCTGGAACCGCTGGCCGGTGAACGGGTCCTTGTTGTTACCGGCGAAGCGCACCGCGCAGCCGTATGCCGCCAACTCCCCGAAGTGGGGGATGACGAGTTGGTGCTGGAAAGTGAGCCCAAGGACTCCGGTGCCGCCATCGGGCTCGCAGCAGCCATCCTTTACCGCCGCGATCCTGACACCATCATGGGTTCGTTTGCGGCGGACCATGTCATCAGCCCGGACAATCTTTTCCAGGAGACTGTGCGCGAGGCCATTTACACTGCGGCCACAGGGAAGATCGTCACCATCGGCATCAAGCCCACTCATCCATCTGTCGGATTCGGATACATCCGCTCCGGTGCAGCGCTGAATGTTGAGGGTGCCCCGAACGCACTTGCTGTTGCTGAGTTCGTGGAGAAGCCCAGCCAGGAAGTGGCCAACAAATACGTCGAAGCGGGAGACTACGTCTGGAATGCTGGCATGTTCGTTGCTCCCGTGGCGCTCATGCTCAAGCACCTTGAGGCCAACCAGCCGGAGTTGTTCAAGGGCCTTCAGGAAATCGCCGAGGCTTGGGACACGCCGGAGCGCTCGGAAGTGACGTCGCGCGTGTGGCCCACGCTGCCGAAAATTGCCATCGATTACGCCGTGGCGGAGCCCGCAGCGGAAGCCGGAGACGTCGCCGTCGTGCCTGGTACTTTCCGTTGGGACGATGTTGGCGACTTCGCCGCGATCGGCCGCCTCAACAACGCCGGCGATGTTGATGAAGTGACGGTGCTTGGTGAAGGCGCGCGCGTCTTCGCGGAGAATGCCAGCGGCGTGGTGGTTTCCGATACCAAGCGCGTCATTGCGTTGATCGGCATCAAGGACGTGGTCATTGTGGACACGCCGGACGCGCTCCTTGTTACCACCAAGGAGCATGCGCAACTGGTCAAGGGCACTGTTGATGCCCTGAAAGCCAGTGGCGACACGGACGTGCTGTAA MSTEDAKYPESPLNRFHAVIPAGGVGTRLWPLSRAAAPKFLHDLTGSGSTLLRATYDRLEPLAGERVLVVTGEAHRAAVCRQLPEVGDDELVLESEPKDSGAAIGLAAAILYRRDPDTIMGSFAADHVISPDNLFQETVREAIYTAATGKIVTIGIKPTHPSVGFGYIRSGAALNVEGAPNALAVAEFVEKPSQEVANKYVEAGDYVWNAGMFVAPVALMLKHLEANQPELFKGLQEIAEAWDTPERSEVTSRVWPTLPKIAIDYAVAEPAAEAGDVAVVPGTFRWDDVGDFAAIGRLNNAGDVDEVTVLGEGARVFAENASGVVVSDTKRVIALIGIKDVVIVDTPDALLVTTKEHAQLVKGTVDALKASGDTDVL PGPT0022660_1027 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 D3-18_03037 381 sdhC COG2009 Succinate dehydrogenase 2 membrane subunit SdhC GTGCCGACAAAACCAGCTGGCACCTTGTACCGCGGCCGTGAAGGCATGTGGTCCTGGGTTGGACACCGCATTACAGGTGTAGTGATCTTTTTCTTCTTGTTGGTCCATGTGCTGGACACCTCATTGGTGCGCGTGTCCCCTGAGGCCTACACCGCCGTCATTGGCGCATACAAGAACCCCCTCATGGCCCTGGGTGAAACGGGCCTGGTCGCCGCGATCATTTTCCACGCCTTCAACGGCCTGCGTGTGATCGCCATTGACTTCTGGAAGAAGGGCGCGAAGTACCAGCGCCAGTTGCTGTGGGTCGTGCTTGCGCTGTGGCTTGTCACGTTCGCAGGCTTCGCCATCCGCCACCTTTCCCTCGCGCTGGGAGGCCACTAA MPTKPAGTLYRGREGMWSWVGHRITGVVIFFFLLVHVLDTSLVRVSPEAYTAVIGAYKNPLMALGETGLVAAIIFHAFNGLRVIAIDFWKKGAKYQRQLLWVVLALWLVTFAGFAIRHLSLALGGH PGPT0001595_3153 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 D3-18_03038 477 hypothetical protein ATGACAACCATCGAATCCCCACGCAGCGGAAAAATCGGCTCCGGGAAGATCGCTCCGAAGTACAACCGCACCGGCTCCAGCCGCGGCAACTTCGAGATGATCGCCTGGCTGTTCATGCGTCTCTCCGGCATCGTCCTGGTGGTGCTGATCTTCGGCCACCTGTTCGTGAACCTGCTGGTGGGCGAGGGCATCCACGCAATCGACTTCGGCTTCGTTGCCGGCAAGTGGGCCGATCCGTTCTGGCAGTTCTGGGACCTTGCCATGCTGTGGCTTGCCATGCTGCACGGCACCAACGGCGTCCGCACCATCATCAACGACTACGCCGAGAAGGATTCCACGCGCTTCTGGCTCAAGATGGTCCTCTACGCGGCCACCCTGGTCATCATCATCCTCGGCACGCTGGTGATCTTCACCTTCAACCCGTGCCCCGTCGTCGACGGCGTTCAGTTGCCTGGCGGTTTCTGCCCGGCCCCGTAG MTTIESPRSGKIGSGKIAPKYNRTGSSRGNFEMIAWLFMRLSGIVLVVLIFGHLFVNLLVGEGIHAIDFGFVAGKWADPFWQFWDLAMLWLAMLHGTNGVRTIINDYAEKDSTRFWLKMVLYAATLVIIILGTLVIFTFNPCPVVDGVQLPGGFCPAP PGPT0001590_128 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0001590-sdhD|frdD-K00242 NA NA D3-18_03039 1800 sdhA COG1053 Succinate dehydrogenase flavoprotein subunit ATGCAGGTCCATAAGTACGACGTCGTCATTGTCGGTGCAGGTGGCGCCGGCATGCGCGCCGCGATCGAATCCGGTCAGCGAGCACGCACCGCGGTACTGACCAAGCTCTACCCCACCCGCTCGCACACCGGTGCAGCCCAGGGTGGAATGTGCGCAGCACTGGCCAACGTCGAAGAAGACAACTGGGAATGGCACACCTTTGACACCATCAAGGGTGGCGACTACCTGGTTGACCAGGACGCAGCCGAGGTCATGGCGAAGGAAGCCATCGACGCCGTGCTGGACCTGGAAAAGATGGGTCTGCCGTTCAACCGCACGCCCGAGGGCCGGATTGACCAGCGCCGCTTCGGTGGCCACACCCGTGACCACGGCAAAGCACCCGTCCGCCGTGCTTGTTATGCAGCCGACCGTACGGGTCACATGATCCTTCAGACGCTTTACCAAAACTGCGTCAAGCACAACGTTGAGTTCTACAACGAGTACTACGTCCTTGACCTGCTGATCGTCGAAGAAGACGCAGTACGCGAAGACGGAACCCCGTACAAGCAGAAGCGGGTTGCCGGCGTGGTCTCCTACGACCTCGCTTCCGGTGAACTGCACGTCTTCCAAGCCAAGTCCGTGGTGTTCGCTTCCGGTGGCGCCGGCAAGGTCTTCAAGACCACCTCCAACGCACACACCCTCACCGGTGATGGCATGGGCATCGCGTTCCGTCGCGGCATCCCCCTGGAAGACATGGAGTTCTTCCAGTTCCACCCGACCGGCCTGGCAGGCCTGGGCATCCTCCTTACCGAGGGTGCACGTGGTGAAGGTGCCATCCTGCGTAACTCGGAGGGTGAGCGCTTCATGGAGCGTTACGCCCCCACCATCAAGGACCTCGCACCCCGTGACATCGTGGCACGCGCAATGGCCAACGAAGTACGCGAAGGCCGTGGCTGTGGTCCGAACAAGGACTACGTCCTCCTGGACCTGACCCACCTTGAGCCTGCGCACATTGAGGCCAAGCTTCCGGACATCACCGAGTTCGCCCGCACCTACCTTGGTGTGGAACCGTTCACCGATCCCGTTCCCGTGTTCCCCACGGCGCACTACGCTATGGGCGGCATCCCCACCAACATCACCACCGAAGTGCTGCAGGACAACGACACAATCGTGCCGGGCCTCTACGCAGCCGGTGAAGTTGCCTGTGTCTCCGTGCACGGCTCAAACCGTCTTGGCACCAACTCGCTGCTGGACATCAACGTGTTCGGTAAGCGCGCGGGCATCGCCGCTGCGGAGTACTCGAAGACCGCTGACTACGTGGAGCTTCCCGAGGACCCCGAGGCAATGACCCGGGGCATCCTGGACGGCCTGCTCACCGGCAACGGCACCGAGCGTGTTGCGCAGATCCGCAAGGAACTGCAGGACACCATGGACGCCAACATGCAGGTGTTCCGTACCAAGGAATCCCTGGAACAGGTCCTCCGCGATATCGCTTCCTTCGAGGAGCGGTACAAGCATGTCACCGTTCAGGACAAGGGCAAGCGCTTTAACCTGGATCTCCTCGAAGCAGTGGAACTGGGCTTCCTGCTGGACATGGCCAAGGTCATGACCGTAGGTGCGCTGCACCGTGAAGAGTCGCGCGGTGGCCACTACCGCGAGGACTTCCCGGACCGCAATGACGAAAAGTTCATGAAGCACTCCATGGCTTACCTGGACACTTCCGTCACCGTCGACTCCTCGGCGGAATCTGTTGCGGGCATCCGTCTTGAGACGAAGCCCGTCATCTTCACCCGTTACGAGCCGATGGAGCGTAAGTACTAA MQVHKYDVVIVGAGGAGMRAAIESGQRARTAVLTKLYPTRSHTGAAQGGMCAALANVEEDNWEWHTFDTIKGGDYLVDQDAAEVMAKEAIDAVLDLEKMGLPFNRTPEGRIDQRRFGGHTRDHGKAPVRRACYAADRTGHMILQTLYQNCVKHNVEFYNEYYVLDLLIVEEDAVREDGTPYKQKRVAGVVSYDLASGELHVFQAKSVVFASGGAGKVFKTTSNAHTLTGDGMGIAFRRGIPLEDMEFFQFHPTGLAGLGILLTEGARGEGAILRNSEGERFMERYAPTIKDLAPRDIVARAMANEVREGRGCGPNKDYVLLDLTHLEPAHIEAKLPDITEFARTYLGVEPFTDPVPVFPTAHYAMGGIPTNITTEVLQDNDTIVPGLYAAGEVACVSVHGSNRLGTNSLLDINVFGKRAGIAAAEYSKTADYVELPEDPEAMTRGILDGLLTGNGTERVAQIRKELQDTMDANMQVFRTKESLEQVLRDIASFEERYKHVTVQDKGKRFNLDLLEAVELGFLLDMAKVMTVGALHREESRGGHYREDFPDRNDEKFMKHSMAYLDTSVTVDSSAESVAGIRLETKPVIFTRYEPMERKY PGPT0001605_2201 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 D3-18_03040 783 sdhB COG0479 Succinate dehydrogenase iron-sulfur subunit ATGACGACCGAAATGGCAGAGCCCGCTTCCAAGATCGAGCTCCCGGCAAGCGTTGCAGGCGACGGTGAAATCCCCACCTTCCACATCACGCTGCGTGTGCGCCGCTACGATCCCGAAATCTCGGACGAAGCACGCTGGGATGACTACAAACTGACCATGTACGGCACCGACCGCGTGTTGGATGCCCTCCACAAGGTCAAGTGGGAGATTGACGGCAGCGTTTCCTTCCGCCGCTCCTGCGCCCACGGTGTGTGCGGCTCGGACGCAATGCGCATCAACGGCCGCAACCGCCTCGCTTGCAAGACGCTGCTGAAGGACCTGGACACCACCAAGCCCATCACCGTCGAGCCGATCAAGGGCCTCCCCGTGGAGAAGGACCTGATCGTGGACATGGAACCGTTCTTCCAGTCCTTCCGCGAAGTCATGCCGTTCCTGATCAACAAGGGCCACGAGCCTACCAAGGAACGCCTGCAGTCCGTCGAGGACCGTGAGCGCTTTGACGACACCACCAAGTGCATCCTGTGCGCGGCCTGCACGTCGTCCTGCCCCGTCTTCTGGACCGATGGTCAGTACTTCGGTCCGGCTGCGATCGTCAACGCCCACCGCTTCATCTTCGATTCCCGTGATGACGCCGGCGACATGCGCCTTGAGATCCTGAACGACAAAGAAGGCGTGTGGCGCTGCCGCACCACCTTCAACTGCTCCGAAGCATGCCCCCGTGGCATCCAGGTGACCCAGGCAATCGCCGAGGTCAAGCAGGCGATCCTGGCCCGCAAGATCTAG MTTEMAEPASKIELPASVAGDGEIPTFHITLRVRRYDPEISDEARWDDYKLTMYGTDRVLDALHKVKWEIDGSVSFRRSCAHGVCGSDAMRINGRNRLACKTLLKDLDTTKPITVEPIKGLPVEKDLIVDMEPFFQSFREVMPFLINKGHEPTKERLQSVEDRERFDDTTKCILCAACTSSCPVFWTDGQYFGPAAIVNAHRFIFDSRDDAGDMRLEILNDKEGVWRCRTTFNCSEACPRGIQVTQAIAEVKQAILARKI PGPT0001600_921 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 D3-18_03041 777 hypothetical protein GTGCCACGCTCTGAGAAGATCAGTTTCACGGGAAGCACCGGCGACACCCTGGCTGGCATCGTGGACGTGCCCGAGGGTCCCGTCCGGGGTTGGGGCCTGTACTCGCACGGCCTGACACTCGGCAAGGACAGCCCGGCCGCGTCCCGGATCTGCAAAGGACTCGCGGAGCAGGGTGTGGGGATGCTGCGCTTCGACAACCTGGGCTTGGGCAGCTCCGCAGGTGAATGGTCTGCGGGGTCGTTCAGCGTCAAGGTAGCCGACACCATCCTGGCCGCGAACTTCATGCGGGAGCAAGGCCGGGGAATCTCACTCCTGGTGGGTCATTCGTTTGGAGGCGCAGCGGTGCTGGCCGCGGCCCGCGACATTCCAGGGCTCAACGCCGTGGTGACGGTTGGCGCACCTTACGAGCCCAAACATGTTGAGCACATGTTCGACGCCGAGATCGAGTCCATTCTGCGCGATGGCAGTGCGGTGGTGGACCTTGGCGGACGGCCTATGGAGATTCGCCGCCATTTTGTGGAGGACGTGGAACGCGCAGATCTGCGCGACTGCATCCGCACCCTCCACAAGCCGCTCATGGTGATGCACTCCCCCACCGATAACACCGTGGGGATCGACAACGCCAGCGAAATCTTCCGGACTGCCCGACACCCCCGGAGTTTTATCTCCCTGGAGGGCAGCGAGCATCTCCTCACCGGGAAGGGCCAGGCAGCACGTGTTGCGCGGATCATCAGCGCTTGGGCGGACCCTTACCTCGAGGTCCGCGACGCTAGCTGA MPRSEKISFTGSTGDTLAGIVDVPEGPVRGWGLYSHGLTLGKDSPAASRICKGLAEQGVGMLRFDNLGLGSSAGEWSAGSFSVKVADTILAANFMREQGRGISLLVGHSFGGAAVLAAARDIPGLNAVVTVGAPYEPKHVEHMFDAEIESILRDGSAVVDLGGRPMEIRRHFVEDVERADLRDCIRTLHKPLMVMHSPTDNTVGIDNASEIFRTARHPRSFISLEGSEHLLTGKGQAARVARIISAWADPYLEVRDAS NA NA NA NA NA D3-18_03042 1326 yesO_3 COG1653 Putative ABC transporter substrate-binding protein YesO TTGAGTCTGAAAGAAGCTTACCCAATGGCGCGTAAATCTCTCCGAAGTATCCGCAAGTCAATAGCGTTCTTCACGGCGGTAGGCCTGCTTGGCCTTACCACAGCGTGTTCCAGCCCGACGTCCAACCAGGCCGAAGACGGCCCTGTAGAGATCCGGTTTTCGTGGTGGGGTAACGCCACCCGTGCCGAATTGACCAACAAGGCCATCAAGGAGTTCGAGGCCGCCAACCCCAACATCAAGGTGAAGCCGGAGTACGGAGACATCGGGGGCTACTTCGACAAACTGGCTACCCAAGTCGCTGCAAATGATGCCCCTGATGTGATCACCATGGGTGGGGCCTACCCGGCCGAGTACGCCAACCGAGGCGCACTGTTGGACCTTTCCAAAGTTGAAGACTCCCTCGACCTCTCCAAAATGGACCAGGGAGCCTTGGAAAACGGGCAGGTGCAGGGCAAGCAGTACGGTGTCTCGACTGGCGCCAACGCTTTGGCCATCGTAGTGAACCCCGCCGTCTTCCAAGCTGCCGGGGTGCCCCTTCCGGATGACAGCAAGTGGTCCTGGGATGACTTCGCAAAGACAGCCGCGGACATCACTGCCAAGAGTCCTAAGGGAAGCTACGGGACAGCCACGGTCCTCACACACGACTCGCTGGATGCCTTTGCCCGGCAACGCGGGGAATCCCTCTACACGCAGGACGGCCAGCTAGGACTGGGCAAGGAAACCGTTCAGGACTACTTCGATTTCTCCGTCAAACTCAGTGAATCCGGCGCAGCCCCGAGCGCCTCCGAAACCGTGGAGAAACTCAACGTCAGCACCGAGCAGACACTCATGGGTATGGGGCAGGCCGGAATGATGCTCACGTGGACCAACTCCTTGGGCGCCCTCAGCAAAGCATCAGGAGCTGAACTGAAGCTGCTGAAGCTGCCCGGCGAGACTCCCACACCCGGCATCTGGCTCCAGTCCTCGCAGTTCTACACCATCTCCGCCCGCAGCAAACACACGGACGCTGCAGCCAAGTTGGTCAGCTTCCTGGTGAACAATGAGGCCGCAGCCAAGATCATCCAGAGCGACCGTGGCGTGCCCAGCAACTCCGGCATGCGCACGGCCATCCAAGACCTGCTGACACCCCAAGGAAAGGTGGAAGCCGCTTACATCGACCAGATCGGCAAAATGGACTTCGCCCCAACGTTCATCGGCCCCACCGGTTCAACCGCCGTCTCCGAGATCACTGCCCGCATCAACACCGAGGTCCTGTTCAAGAGGCTGACCCCGGAGAAGGCTGCCGAGCAATGGCTCAGTGAGAGCAAGGCGGCCATAGGCAAGTAA MSLKEAYPMARKSLRSIRKSIAFFTAVGLLGLTTACSSPTSNQAEDGPVEIRFSWWGNATRAELTNKAIKEFEAANPNIKVKPEYGDIGGYFDKLATQVAANDAPDVITMGGAYPAEYANRGALLDLSKVEDSLDLSKMDQGALENGQVQGKQYGVSTGANALAIVVNPAVFQAAGVPLPDDSKWSWDDFAKTAADITAKSPKGSYGTATVLTHDSLDAFARQRGESLYTQDGQLGLGKETVQDYFDFSVKLSESGAAPSASETVEKLNVSTEQTLMGMGQAGMMLTWTNSLGALSKASGAELKLLKLPGETPTPGIWLQSSQFYTISARSKHTDAAAKLVSFLVNNEAAAKIIQSDRGVPSNSGMRTAIQDLLTPQGKVEAAYIDQIGKMDFAPTFIGPTGSTAVSEITARINTEVLFKRLTPEKAAEQWLSESKAAIGK PGPT0016545_6153 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 D3-18_03043 3108 hypothetical protein TTGACCTACCACTTGGACCAGATCCAGATCCGGGATCCCTTCGTCGTCACGCTGCAGGAATCCGGGCAATATCTGCTCTTCGGAAGCACCGACAAGAACATCTGGTCTGGGCCAGCCACGGGTTTCGACTGCTATCGGAGCAATGACCTTATGACGTGGGAAGGTCCCATCGAGGCCTTTCGGCCGCCGCACGGGTTTTGGAGCCGGGAACAGTATTGGGCACCTGAGGTGCACGAGTACCAAGGCCGTTACTTCATGTTTGCCACCTTTACCGCTCCGGGACGTTCCCGGGGAACGCAGGTACTTTCTGCCGCGAAGCCGGAAGGTCCCTATGAACCATGGAGCAATGGCCCCGTCACTCCCCGCGATTGGGAGTGCCTGGACGGCACGCTTCACGTTGACCACGAAGGTGCACCATGGATGGTCTTCTGCCACGAGTGGAAACAGGTCCAGGACGGCACCATCATGGCCCAGCGCCTCAGCCCGGATTTGCGGCACGCCGCAGGCGAGCCAATCTTCCTGTTCAGCGCGTCCCAAGCACCGTGGACCCGCGCTCTGGATGTCCCGTCAGCCCGGGACAAGGAGCTCCCCGTGTATGTCACTGACGGGCCGTTCCTCTTCAGGCTTGGTAGCGGAAAGCTCATCATGCTGTGGTCCAGCTTTGGTGACCAGGGCTATTCCATGGGCATCGCCAAGAGCGAGTCCGGCACAGTGCTGGGGCCCTGGAGTCAGGAGACTGAGCCGCTGTGGGGCACGGATGGCGGGCATGGCATGATCGGCCGGGCTTTGGACGGCAGCCTGTTCCTCACACTTCACCAGCCCAACAACAGCCCTGAAGAACGCGCCGCGTTCTTCCCGCTCCGCGAGCTTGAGGACACCGTGGTCCTGGAGTCGGCCGATCCCGGCCCCGCTGGCAGCGCCGGTATCAATCGCAAGGCCCTGGTCCAGCGGCACAACGTCCGGCAGCAGCATCTGGACCCGCGAAGCCCGGTCTCGGTGGGCAACGGAGAATTCGCCTTCACCATGGACCTCACCGGGCTTCAGTCGCTCCCCAACCACTACCCCGTGGGAGCACGTGATGATTTGCCGCCGGGAACGCTTCTCGGGACGCAGGCGCAGTGGGGCTGGCATTCCGTTCCTTCGCCCCAGCCCTACGACCTGGCCGGCTCAACCGTCCTCTACGATTCACCCCGAGGCCCGGTCCCCTACGTGGACATGGTGGGAGACATCGTGAACGACCGCGAAACCGACACTTCCTTGGCCGAAACGTGGCTCCGGGCGAACGTGCACCGGCTGGATTTGGGGCGAGTCGGCTTCCGTTGGCTGGAAGACGGCGCGGAACGTCCCCTCATGCCAGCCGACATCGCTGACACCGAACAAACGCTCAACCTTTGGACCGGCATAGTGACCAGCCGCTTCACAGTGGCGGGTCATCCCGTCACCGTGACGACGGCGTGCCACCCCGACCGCGACGAGCTCGGCATTCGTGTGGAGTCGCCTGCGCTTGCCGCCGGCTTAGTTGTGGGCGTGGACTTTCCTTACGGCTCCGAGGCATGGCATGACGCCGCGGACTGGAAGCACCCGGAGTCCCACACCACATCCCTCGAAGGCCCGGACCTCCCCGCACATGGGCATAACGGTGCCGCAGCATGGACAGCCCAACGCGAGCTGGACGATTCCCGCTACCGGGTGGTCATCACAGGTCAAGAGCTGACAGTAGAACAGACCGCCCAGCACCGGCTCCGAGTCTCGTCCGCCTCAGCGGTCACCACCATGGACGTCTCCATTGCTTTCCTGTCCGCCGGGGACGGTGACTGCATCCCCCGAGGCAACAACAGGCTTGCCGGACCCACATCGGGAGTAAGCCAGGACGCCCAGGCCGGTTCCGGCGTCGGACATTCACCTGCGCGCACCGTCGAGGACGCTTCGGCAGCGTACTGGCCTGCATTCTGGTCTTCAGGAGGCGCGATCGAGCTTGATGCCACGGATGATCCCAGGGCCAGGGAATTGGAACGGAGGATCGTGTTGTCGCAGTACCTGACGGCGATCAATTGCGCGGGTTCGTTGCCGCCGCAGGAGACCGGGCTGGTCTGCAATTCTTGGCGCGGCCGCTTCCACCTGGAGATGCACTGGTGGCATGCCGCGCACTTTGCGCAGTGGAATCGCGGAGAACTGCTCCTGCCGTCATTGCGGTGGTACTCCACGGTGCTGGAGACCTCACGGCAGACGGCGAAAGCACAAGGATTCGACGGCGTGCGCTGGCCGAAGCAGGTAGGACCGGACGGGCGGGAAAGCCCGAGCCCCATCGGAACCTTCCTGATCTGGCAGCAGCCCCACCCCATCCACCTGGCGGAGCTGATGTACCGCGCCAATCCGAGCCGGGAAGTGTTGGAGGAATTTGCGGAGATAGTCTTCGAATCTGCCGCGTTCATGGCCAGCTTCGCGCATCCCACGTCGCGCGGGTTTGAGCTGGGCCCTCCCCTGATTCCGGCGCAGGAAAGCTACGGCTCCATCCGGGCCAAGGTCACTAATCCCACGTTCGAACTGGCGTACTGGCAGTGGGGCCTGCGGACTGCTTCTGCGTGGCGGGAGCGGCTGGGTCTGGAGCCAGTCCAGACATGGTGGGACGTGGCGGATGGCATGGTGCCACCACGTGTGATTGACGGCGCGTACGCTGCGATCGACGTCGAACCGTTCACCATACGCACGGACCACCCATCCATGCTGTGCGCCTTGGGAGTCCTGCCCCAGACGGATCTCATTGATCCGGCCATCATGCGAGCAACCCTTTCAGACGTCCTGGCCGACTGGGACTGGGGCAGCACCTGGGGTTGGGACTACCCGGTGATGGCCATGACGGCCGCACGACTCGAGGACCCTGAGGCCGCAGTTGATGCGCTCCTCCTCAGCGCGGGTAAAAATACCGTCCTCCCCAACGGGCACAACCGCCAAACCGACTCACTACCGCTTTATCTGCCCGGCAATGGCGGACTTCTTGCCGCTGTCGCGCTGATGGCCGCCGGCTGGGACAACGGACCGGACCGGCACGCTCCCGGATTCCCGACCGACTGGACCGTTGCATGGGAGGGGCTGGTCAAGGCGCCCTAG MTYHLDQIQIRDPFVVTLQESGQYLLFGSTDKNIWSGPATGFDCYRSNDLMTWEGPIEAFRPPHGFWSREQYWAPEVHEYQGRYFMFATFTAPGRSRGTQVLSAAKPEGPYEPWSNGPVTPRDWECLDGTLHVDHEGAPWMVFCHEWKQVQDGTIMAQRLSPDLRHAAGEPIFLFSASQAPWTRALDVPSARDKELPVYVTDGPFLFRLGSGKLIMLWSSFGDQGYSMGIAKSESGTVLGPWSQETEPLWGTDGGHGMIGRALDGSLFLTLHQPNNSPEERAAFFPLRELEDTVVLESADPGPAGSAGINRKALVQRHNVRQQHLDPRSPVSVGNGEFAFTMDLTGLQSLPNHYPVGARDDLPPGTLLGTQAQWGWHSVPSPQPYDLAGSTVLYDSPRGPVPYVDMVGDIVNDRETDTSLAETWLRANVHRLDLGRVGFRWLEDGAERPLMPADIADTEQTLNLWTGIVTSRFTVAGHPVTVTTACHPDRDELGIRVESPALAAGLVVGVDFPYGSEAWHDAADWKHPESHTTSLEGPDLPAHGHNGAAAWTAQRELDDSRYRVVITGQELTVEQTAQHRLRVSSASAVTTMDVSIAFLSAGDGDCIPRGNNRLAGPTSGVSQDAQAGSGVGHSPARTVEDASAAYWPAFWSSGGAIELDATDDPRARELERRIVLSQYLTAINCAGSLPPQETGLVCNSWRGRFHLEMHWWHAAHFAQWNRGELLLPSLRWYSTVLETSRQTAKAQGFDGVRWPKQVGPDGRESPSPIGTFLIWQQPHPIHLAELMYRANPSREVLEEFAEIVFESAAFMASFAHPTSRGFELGPPLIPAQESYGSIRAKVTNPTFELAYWQWGLRTASAWRERLGLEPVQTWWDVADGMVPPRVIDGAYAAIDVEPFTIRTDHPSMLCALGVLPQTDLIDPAIMRATLSDVLADWDWGSTWGWDYPVMAMTAARLEDPEAAVDALLLSAGKNTVLPNGHNRQTDSLPLYLPGNGGLLAAVALMAAGWDNGPDRHAPGFPTDWTVAWEGLVKAP NA NA NA NA NA D3-18_03044 153 hypothetical protein GTGAACAACCAACTGTGGATCGCCTGCCTGCTCGGGGCTGCAGCGGGACTCGTGGTTGGCCAGCTGATCTTCAACTCGCCCTTTCTGGGTATCCTCATTGGCGTTGGGCTCGGCGCCTTGGTCGGAGCCGCGGTGGGACCCCGCCGGGGTTAG MNNQLWIACLLGAAAGLVVGQLIFNSPFLGILIGVGLGALVGAAVGPRRG NA NA NA NA NA D3-18_03045 876 yhjD COG1295 Inner membrane protein YhjD ATGCGTTCCTTCCAGCACTACACCCGGCAGCACGGGCCGCTGTTGAGTGCCGGCATCGGTTTCAACATGTTCTTCTCCGTGACTGGTCTGCTCACAACCGGCTTCGCCATCGCGGGAATTGTTCTGGGCGGTAACCCCGCGCTGCAGGACGCCGTGGTCGACAGTGTGGCCGCGGCTGCCCCTGGCCTCCTTCAAGTGGATGGCGGCGAAGGGCTGGTGGATCCACAATCCTTGCTGAACCCGTCGGGCCTAGGATGGACGGCCGTCATTGCAGCCGTTGTTACGGTCTTTGTTTCCCTTGGCTGGATCGCCAGTATCAGGGAAGGCCTTCGGGGGGTAATGAACGCCGACCCTTTGGTCCGCAACCCGATCCTTCAGAAGCTTATCGACGCCGGCACCCTGCTGCTCCTCGGCGTCATCCTTGTCATCAGCGCAGGTGTCTCACTGGTCTTTGGAACGGCAGCGGACTGGCTGATCGCTTTGCTCAAGTTTGACGAGGGCGTTGCCGAGCCCATAGCGGCCACCGTCAAGATCGTGATCCCTCTTCTGCTGAACTGCGCGACGGCGGCAGTGCTGTTCCGCATTGCAGGTGGCCTGAAACTGGGACGCCGCGCATTCCTGGAAGGCGTTGTGCTGGCGGGCTTTGGGACCACGGTCCTGCAATTCTTCAGCACCGAACTTCTGGCCCGGTCCGGCAACAATCCGGTCCTGGCGTCCTTTGCCATCATTATCGGCCTGCTGATCTGGTTCAATCTGGTGAGCCAGGTGTATCTCGTCTCGGCGTCATGGTCTGCTATCCGCGAGGCTGACACGGCCTCGGGGGAGTCCCCCCGCAAGAAAGTCCTGGGTTCGCGTCGCGTGGCGCCCCGCACCTGA MRSFQHYTRQHGPLLSAGIGFNMFFSVTGLLTTGFAIAGIVLGGNPALQDAVVDSVAAAAPGLLQVDGGEGLVDPQSLLNPSGLGWTAVIAAVVTVFVSLGWIASIREGLRGVMNADPLVRNPILQKLIDAGTLLLLGVILVISAGVSLVFGTAADWLIALLKFDEGVAEPIAATVKIVIPLLLNCATAAVLFRIAGGLKLGRRAFLEGVVLAGFGTTVLQFFSTELLARSGNNPVLASFAIIIGLLIWFNLVSQVYLVSASWSAIREADTASGESPRKKVLGSRRVAPRT PGPT0014525_4652 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0014525-yfkH-K07058 NA NA D3-18_03046 678 thpR RNA 2',3'-cyclic phosphodiesterase ATGTGCTCCGCTGGCCAGCTCAACGTCAAGACCGGCACCCGACAGGGTGCCGGTCCGGACGATTCCCGCCAGCCAGCTGTTTCCGGCACTGATTGCGGCGAGGATGAGACTATGTGCGTGGGCGTCATCCTCGGTTTCCCGCCGGAGATCGCCCGTGAACTCCAGGAATGGCGGGCCTCCTTCGGCGACCCGATGGCTGAGGTCATTCCGGCGCACATCACCCTGATCACCACCACACCCACCCAGGACTGGGCCGCTACCCGGGAGCATGTCAGGGAAGTTGCACGGACCCAGGAACCATTCGACATCACTATTTCCGGCACGGGTTCTTTCCGCCCTGTCTCGCCGGTGGTGTTCGTCAATGTGGAGGAGGGCTTTGAAGAGTGCGTGAAATTGCACGAGAAACTTCAAACCGGCCCGCTGGAACGGATGCTGCCTTTCCCATACCATCCGCACGTCACCGTGGCCCACGATGTCGCCCAGGAAAACCTCGACGAAGCCGAAACGGTCCTCAGGGATTACCGGGCCACCTTCCCTGTGGTTAGCATGGGACTTTACGAGCACGACACCAATGGAATTTGGCAGCTACGGGAAGAGCTCGACTTTGGCGGCGATACTGACGAAGCACAGCAAGCGGATCCAAGCCACAGAGGCGGACGTTCCTCCGCTGCCAACTGA MCSAGQLNVKTGTRQGAGPDDSRQPAVSGTDCGEDETMCVGVILGFPPEIARELQEWRASFGDPMAEVIPAHITLITTTPTQDWAATREHVREVARTQEPFDITISGTGSFRPVSPVVFVNVEEGFEECVKLHEKLQTGPLERMLPFPYHPHVTVAHDVAQENLDEAETVLRDYRATFPVVSMGLYEHDTNGIWQLREELDFGGDTDEAQQADPSHRGGRSSAAN NA NA NA NA NA D3-18_03047 1125 trpS COG0180 Tryptophan--tRNA ligase ATGACTAGTTCCACCACGACTGAAACCGGCGCATCGGCTGACGCTGCGACCGAACCGAAGCCCGTGACGTCCACCAAGCTTGCCGTTGGCGCCAAGCACCGGGTCCTGTCCGGCATGCAGCCCTCCGCCGATTCCCTGCACCTTGGCAACTACCTGGGCGCCTTGGTCAACTGGGTCCGGATGCAGGATGAGTACGATGCCGTCTATTTCATTCCTGACCTGCACGCCATCACCGTGCCGCAGGATCCGGCGGAACTCGCCCGGCGCACCCGGGTTACGGCAGCGCAGTACATCGCCGGCGGAGTGGACGTGAACAAGTGCACCCTCTTCGTCCAGTCCCAGGTTCCCGAGCACGCCCAGTTGGCGTGGGTCCTGAACTGCATCACGGGCATGGGCGAAGCCGCCCGCATGACCCAGTTCAAAGACAAGGCGCAGAAGCAGGGTTCGGACCACGCCAGCGTTGGCCTGTTCACTTACCCCATCCTGCAGGCCGCTGACATCTTGCTTTACCAGCCGCACGGTGTGCCGGTGGGTGAAGACCAGCGCCAGCACGTGGAACTGAGCCGAGACCTCGCCAACCGCTTCAACAGCCGCTTCGGCGAGACGTTCCAAGTGCCTGAGGCCTTCATTCAGAAGGAATCGGCCAAGATTTACGATCTCCAGAACCCCACCGCGAAGATGTCCAAGTCGGCGGAGTCCCCAGCCGGCTTGATCAATCTCTTGGATGACCCAAAGACTGTGGCAAAGCGGATTAAGTCAGCTGTTACGGATACCGAAACCGAGATCCGGTATGACCGCGAGAACAAGCCGGGCGTATCCAACCTGCTGACCATCTACTCGGCCATCAGCGGGACGCCGGTGGACAAGATCGTGGCTGATTATCAGGGGAAGATGTACGGCCACTTGAAGGTTGACTTGGCCGAACTTGTCTCCGGCCACCTGGCACCCATCCGGGAACGAGCCAACGAACTCCTGGCCGACCCCGCAGAACTCGACCGGCTGCTGGCCCTCGGCGCGGACAAGGCACGTGAAATTGCGGCCGCAACCCTCGCGGACGTCTACTCCAAGGTTGGTTTCCTGCCATACCGCGGCGATGCCTCCCACGGAATCCAGGGAGTCCGCTAA MTSSTTTETGASADAATEPKPVTSTKLAVGAKHRVLSGMQPSADSLHLGNYLGALVNWVRMQDEYDAVYFIPDLHAITVPQDPAELARRTRVTAAQYIAGGVDVNKCTLFVQSQVPEHAQLAWVLNCITGMGEAARMTQFKDKAQKQGSDHASVGLFTYPILQAADILLYQPHGVPVGEDQRQHVELSRDLANRFNSRFGETFQVPEAFIQKESAKIYDLQNPTAKMSKSAESPAGLINLLDDPKTVAKRIKSAVTDTETEIRYDRENKPGVSNLLTIYSAISGTPVDKIVADYQGKMYGHLKVDLAELVSGHLAPIRERANELLADPAELDRLLALGADKAREIAAATLADVYSKVGFLPYRGDASHGIQGVR PGPT0007120_1854 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 D3-18_03048 834 exoA COG0708 Exodeoxyribonuclease GTGAGTACGGCATTGAAGAAGGACTTCCTTCGCATCGCATCAGTTAACGTCAATGGCCTGCGGGCTGCCTACAAGAACGGCATGGCGGAATGGCTGGAGCCACGCGAGGTAGACATTCTCTGCCTGCAGGAAGTGCGCGCCCCTGACGACATCGTCAGGAAGCTGATTGGCGAAGGTTGGCACATCCTCCACACCGAGGCCGAGGCCAAGGGCCGCGCCGGTGTTGCCATCGCGTCCCGCGAGGAGCCCACCACCACCCGAGTTGGTGTTGGCGACGACTACTTCGATACGTCCGGGCGCTGGGTCGAAGCGGACTACACCGTCAGAAACACAGCGGGCGACCCCACCACACTCACCGTTGTCAGTGCCTATGTGCACTCCGGAGAAGTGGGAACCCCCAAGCAGGATGACAAGTTCCGTTTCCTGGATGCCATGACCGTCCGCCTGCCTGAGCTCGCGAAACACAGCGACCATGCTTTGGTGGTTGGCGACCTCAACGTCGGACACACCGAACTGGACATCAAGAACTGGAAGGGCAACGTCAAGCGTGCCGGCTTCCTCCCGGCGGAGCGGGCATACTTTGACCGCTTCCTCGGCGAAGAAATCGGATGGAGGGATGTCCACAGGGGCCTGGCAGGTAATGTCGCCGGCCCCTACACCTGGTGGTCCCAGCGCGGTAAGGCCTTTGACACAGACACAGGCTGGCGCATCGACTACCACTTGGCCACTCCGGACCTTGCAGCAGCCGCTTTCTCGGCTGTGGTCGACCGGGCGCCTTCGTGGGACACCCGCTTCTCTGACCACGCACCGCTGGTAGTCGACTACCGGCTCTAA MSTALKKDFLRIASVNVNGLRAAYKNGMAEWLEPREVDILCLQEVRAPDDIVRKLIGEGWHILHTEAEAKGRAGVAIASREEPTTTRVGVGDDYFDTSGRWVEADYTVRNTAGDPTTLTVVSAYVHSGEVGTPKQDDKFRFLDAMTVRLPELAKHSDHALVVGDLNVGHTELDIKNWKGNVKRAGFLPAERAYFDRFLGEEIGWRDVHRGLAGNVAGPYTWWSQRGKAFDTDTGWRIDYHLATPDLAAAAFSAVVDRAPSWDTRFSDHAPLVVDYRL NA NA NA NA NA D3-18_03049 567 hypothetical protein ATGCAATCTCTCGGTGACCCGCACCCGTCCACGTCCCCCGCCGGTAAAGGCCTGTTCAAGGGCTTCCGCATCGGCGGCCTGGGGATGACAGTCGTCATCATCGCTTTCCTGGTAGCCGTCATCTTTGCGGCCAACCAGAACGATGTTGTGGGCTGGGTTGTTGCCGTGGTTGCTTTCGGGTGGCTTGCCCTTGCAACGTTCGTGGTGCTGAGCATCCGCAAAGCCGCGCAGCGGGCCGGCGCCAAGCTGACCGAAGCGCAAAATGCCTTCAACGCCGCAGCCGGCCGTGCGCCGTCGTCGTCCGCTGCTGACAACGGTGGCACGCGCGTAGTTGCCGAGCGCAGCAAAGTCGATGAAGTCCGCGACCTCAAGCTGGACCACTCTTTCAAGATTGTGCAGGTGCAGGTCCGCGTGGTCGACGAGGAGCGAGCCAAGGGCGCAACGGCCAACCAGGACACCATCAACCGGGCGCTGGAAACCATTGCTATTACGGCAACGAATGCGCGGGACATGATCAAGTCTTCGGGTGGCTCGGACGAGCCCGTGGCCGGCACCATCATCGACTAG MQSLGDPHPSTSPAGKGLFKGFRIGGLGMTVVIIAFLVAVIFAANQNDVVGWVVAVVAFGWLALATFVVLSIRKAAQRAGAKLTEAQNAFNAAAGRAPSSSAADNGGTRVVAERSKVDEVRDLKLDHSFKIVQVQVRVVDEERAKGATANQDTINRALETIAITATNARDMIKSSGGSDEPVAGTIID NA NA NA NA NA D3-18_03050 1053 exuR COG1609 putative HTH-type transcriptional repressor ExuR ATGGCCCGCGAACTACAACACGGCGCCACGATCTGGGACGTAGCGCGGAAAGCCGGAGTCTCGATTACCACGGTGTCGCACTCCCTCAATGGCAAGGGCAACATCAGCGAGGCCACCCGGGAACGGGTCCGCGCCGTCGCCTCGGAGATGGGTTACGTTGCAGACGCCATGGCGCGGGGGCTTCGAAGTTCCAAGATGAATGCGATAGGGCTGGTGTTCCGCTCCTTGGACAGCTTGGGCAACTATGGTCCCAATGGCGTGGACGTCTTCATGAGACTCGCGGGAGCAGCCGCGGCCGAGACGCTGAATCGGAATCTGGGCCTGATGCTCGTCCCCGACTTGAGCCGTGGACCGCTTCCTCCGTTTTCCATGTCCCTGGACGGTTACATAGTTTTCGCCCCGCATCTGGATGACCCAGTGGTGGCTTTGCTGGAGAAGCGTGGAATTCCCTATGTGACCTGGGACCGCGATCCGGGCCGCCCCGAGTTCCGGAACTGGGTCGCTCACGACGACGCAGCGTCCACACGAGTCGTCTTGGACCACCTGGCAGCGGCGGGCACTGGATCCATCGCCTACGTGGGCGGCACAGACAGGAACGCCTGGAACTTCGATTGCGAGGCCGCCTACGTTGCCTGGTGCCTGGAAACCGGCAAGGAGCCCCGGATTTATCACGTACCGGAACGGGACGGCGTGGAGGGTGGTCGGCAAGTGGGCGCCAGGATTTTGGGCGACGGCCTGCCGGGCGCAGTTTTTTGCTTAACGGGTAGGCACGCCAGCGGCGCAGCCCAGGCAATGCAGGAACGTGGAGTCCGTATCCCGGGGGACCTGCTGGTGTGCACGGGCTCGGACTCTGAGCACTCACGGCAGCATAAGCCCCCGATTTCCGCCCTCGACGTGGATATTCCTGCTGCAGCCGCCGCGCTGGTCCAGCGACTCTGCGAAGTCATGGAAGGTGAGCTGGAACCTGAACCGGTGCTGCTGGCGGCGAGGTTCCTGCACCGCAAATCCACGTCGCCTGGCAAAACCCGGAATCAGCAGAGGCGCGGACCCTAG MARELQHGATIWDVARKAGVSITTVSHSLNGKGNISEATRERVRAVASEMGYVADAMARGLRSSKMNAIGLVFRSLDSLGNYGPNGVDVFMRLAGAAAAETLNRNLGLMLVPDLSRGPLPPFSMSLDGYIVFAPHLDDPVVALLEKRGIPYVTWDRDPGRPEFRNWVAHDDAASTRVVLDHLAAAGTGSIAYVGGTDRNAWNFDCEAAYVAWCLETGKEPRIYHVPERDGVEGGRQVGARILGDGLPGAVFCLTGRHASGAAQAMQERGVRIPGDLLVCTGSDSEHSRQHKPPISALDVDIPAAAAALVQRLCEVMEGELEPEPVLLAARFLHRKSTSPGKTRNQQRRGP NA NA NA NA NA D3-18_03051 1092 hypothetical protein ATGCAGCTTCACCGCCACACATCCGCCCCGCACGATCCCCGCGAGCGCGGCTTCGACATCGGCCGCATATGGGAGGCACAAACACGCAACACCGCAAAGCTCTACTTTGACTTCTTCGCCACACTTGGCATCGCCCCGCAGAAGATCCGGGACGTTGCGGAGCAGAGCCATGCAGCCCTCCATGCTTGGTGCCCGGCACTGGCCAAGGAAGCCGAGGGCTGGGCCGCCGGCGCAGGAATCAAGACCTGGGAGCTGAGTGTGGTCAACGCACGCACTGAGATTCTTGCGGCAGCACCCCGGAAGGTCGGCTCCCATGAATGCTCGACGGCGGTCTACGCACCAGCCCGGGCTTCGGCGCCGGAAACCATTCAGACCTGGGACTGGCATGACCACCTCGCCCCCGACGGACTCTTGCTCGAGCTAACCCCATCCCCCGGTCGGATCACCAAGACGTTCACGGAGTTCGGGACGCTGGGCAAGATCGGTGTTAACAGTGAGGGCCTCGGCCTGCATTTCAATATCCTTGCCCACTCCACGGATGATGACTCCGCTGGAGTTCCGGTCCACGCAATCGCCCGCCGCATCCTCGATGAGGCCTCGACCATCGACCAAGCCATCGCCATCGCGTCCTCAGCCAGGGTTAGTGCCTCTACGGTCTTCACGGTGTTCACAGCTACCGCCGACACCACCAGCACCCCACGCCGAGCCGCCAGCATCGAGGTCTCTCCGGCCGGCACCGCCGTCGTGGACGCTGGCAGCGACGGCTGGCTGCTCCACACAAACCACTTCCTGGACCCCGTCCTCTCGGAAGAGGACGCAATCGACGACGCCGCGTTGTCGCCGCAGCGCCTGGTTCACCTTGGGCGGGTGAGGACGGAGCTGGCCGGCTTGGGCATCTCGGACCGGGCCAGGCAGTTCTGCTCGTCCGAGGGAGCGTCGTCCGTGGTTTGCTTCCACCCCGATGCCTCGGCACCACTGCACGAGCAGTGGCGGACGCTGCTGACCATCAGCATCGATACCGGAGACTGCTCCCTCAACTACGCAGCTGCCAACCCTGCCGATGCGACACGCGACGGCTTCCAGATCTTCTAA MQLHRHTSAPHDPRERGFDIGRIWEAQTRNTAKLYFDFFATLGIAPQKIRDVAEQSHAALHAWCPALAKEAEGWAAGAGIKTWELSVVNARTEILAAAPRKVGSHECSTAVYAPARASAPETIQTWDWHDHLAPDGLLLELTPSPGRITKTFTEFGTLGKIGVNSEGLGLHFNILAHSTDDDSAGVPVHAIARRILDEASTIDQAIAIASSARVSASTVFTVFTATADTTSTPRRAASIEVSPAGTAVVDAGSDGWLLHTNHFLDPVLSEEDAIDDAALSPQRLVHLGRVRTELAGLGISDRARQFCSSEGASSVVCFHPDASAPLHEQWRTLLTISIDTGDCSLNYAAANPADATRDGFQIF NA NA NA NA NA D3-18_03052 1326 abaF_7 Fosfomycin resistance protein AbaF TTGCCGCAATCCCTTCAGCCCAATGTTGCGCTGGAACCACAAGGTCCGTCGTCCAAGCGCCCCGTCTCAGCTGCCCGTACTTTCTTCGTCTCCTGTTTTGGAACCGCATTGGAGTTTTATGACTTCACCATCTACGGATTGGCTGCAGCCTTGGTGTTTCCGCAGCTCTTCTTCCCCAACCTTGATCCTCTGACTGGAACATTGGTGGCCTTCGCTTCCTTCGGTGCCGGCTTCCTGGCCAGGCCCTTGGGTGGCATCGTTCTGGGCCACTTCGGTGACCGTCTTGGTCGGCGCAAGATCCTGATCCTCACGCTCATCCTGATGGGTGGTAGCACCTTTCTGATCGGCTGCCTGCCCAGTGCGGATTCGATCGGCGCCACGGCCCCTATGCTGCTCATCGCATTGCGTCTGGTTCAAGGATTCTCTGCCGGCGGTGAATGGGGAGGCGCTGCCTTGTTGGGAATCGAGGCGGCACCGGCGGGTCGCCGAGGACTGTGGGGAAGCTTCACCAGCATGGGCATCGGGTTGGGCGTGCTGATGGGTTCCGGCGTTTTTACGCTCACTGACGCCATCGCGGGCGGCGAAGTGGCCAGCTTCGCTTGGCGGGTACCCTTCTGGATCGGCGGCCTGCTGGTGCTGGCTGGCCTTATTGCCCGGCTGACCCTCCCCCAGGACGAACGCCCTTCCGGGACCCAGGCACCCCGGATTCCACTGTTGGCAGTCCTCAGGTCGCATCCGCGGCAGATCCTGATGTCGATCGGCGTCAGCTACGGCTACAACACCTTCACTTACATCGCCACAGTGTTCCTCATGTCGTACGTGCTCCAGCGCGGCTATTCCGACAGTGAATCACTTCAGTTCCAGCTGTGGGGTGCCCTGGCCAGCGTCATCTCCGCACCTCTCGCGGCGATTCTTTCCGACAGGATCGGCCGTAAGCCGGTGATGATAGGTGGTTCGGTGATGCTCATCATCTACTTCCTGGCGTTCTTCCCGGCCATCGAGACACACACCGGCTGGCTTGCCCTCCTCATGTTCACGCTGGGCGGCGCGCTGAACACTGTTCCGCAGGGCCCGTTGCCGGCATTCCTTGGAGAACAGTTCCCGGCAGCTTCCCGCTACTCGGCCATTTCGGCCAGCTATCAGATCGGCTCAGCCTTGGGTGGCGGCACGGCAGCCACTGTGGCCACGGCATTGCTGATCGCCACGCATGGCGACCCGATCGGCGTCGTGATTTACACAGTCTCCGCGCTGGCAGTCATGGGACTGTGCTCCTGGGGCCTGCGCGACAACGCGAAACTGACCATGGCTGAGATCGAGACGGCCTAG MPQSLQPNVALEPQGPSSKRPVSAARTFFVSCFGTALEFYDFTIYGLAAALVFPQLFFPNLDPLTGTLVAFASFGAGFLARPLGGIVLGHFGDRLGRRKILILTLILMGGSTFLIGCLPSADSIGATAPMLLIALRLVQGFSAGGEWGGAALLGIEAAPAGRRGLWGSFTSMGIGLGVLMGSGVFTLTDAIAGGEVASFAWRVPFWIGGLLVLAGLIARLTLPQDERPSGTQAPRIPLLAVLRSHPRQILMSIGVSYGYNTFTYIATVFLMSYVLQRGYSDSESLQFQLWGALASVISAPLAAILSDRIGRKPVMIGGSVMLIIYFLAFFPAIETHTGWLALLMFTLGGALNTVPQGPLPAFLGEQFPAASRYSAISASYQIGSALGGGTAATVATALLIATHGDPIGVVIYTVSALAVMGLCSWGLRDNAKLTMAEIETA PGPT0002956_696 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_03053 834 hypothetical protein GTGAGTGTCCTGACAGGTGGCCACAGCGCCACGGATCTTGCCCGTGAGCGCAAGTTCGGTTCGCTGTACTCCCGCAACGCCAAGGCAGTGGTGGGCCGTGGGCTGATGGCTGCCAAGAGCAGCACGTGGCTGGTGATGGTGTCCGGTTTCTTCGAGCCTGTTCTGTTCCTGCTGGCCATGGGCGTGGGCATGGGTTCCATCGTGGGCACAGTCCAAGGTCCAGGCGGCGAAGAAATCAGCTATGCGGCGTACATTGCGCCGGCACTCCTGGCGGTCTCGGCCATGAACGGAGCCATTTACGACTCCACCTGGAACGTCTTCTTCAAGATGAACTTCGCCAAGCTCTATCAGGGGATGCTCTACACATCCTTGGGGCCGCTGGACGTGGCGATCGGCGAGATCTTCCTGGCTCTCCTTCGGGGCCTGCTGTACGCCACCGGATTCACTGCTGTCATGGGGGTGATGGGCCTGCTCACGAGTTGGTGGGCCATCTTGGTTATTCCCGCCTCGGTGCTGATCGCGTTCGGTTTCGCAAGCTTCGGGATGGGCATCACCAGCTTCATGAAGACCTTCCAGCAGATGGACTGGATCAACTTCTTCCTGCTGCCCATGTTCCTGTTCAGCGCCACGTTCTACCCGCTCAGCGTCTACCCGCAGGTCATCCAGTGGTTCATCCAGGCCATGCCGCTGTGGCACGGGGTGGAACTCCTGCGCCAGATCAGCGTGGGCTCGTTCAGCCCGGCCACCGCAATCCATGTTGGCTACTACGTTGTGATGATCGCGCTCGGGATCATGTTGACCACCGCGAGGTTGCGCCAGCTGTTCCTGAAGTAG MSVLTGGHSATDLARERKFGSLYSRNAKAVVGRGLMAAKSSTWLVMVSGFFEPVLFLLAMGVGMGSIVGTVQGPGGEEISYAAYIAPALLAVSAMNGAIYDSTWNVFFKMNFAKLYQGMLYTSLGPLDVAIGEIFLALLRGLLYATGFTAVMGVMGLLTSWWAILVIPASVLIAFGFASFGMGITSFMKTFQQMDWINFFLLPMFLFSATFYPLSVYPQVIQWFIQAMPLWHGVELLRQISVGSFSPATAIHVGYYVVMIALGIMLTTARLRQLFLK PGPT0015280_173 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM ADAPTION_TO_PIS-INHIBITION_OF_SALICYLIC_ACID|JASMONIC_ACID ADAPTION_TO_PIS_REGULATION_BY_Nod_FACTORS,PGPT0015280-nodJ-K09694 NA NA D3-18_03054 879 hypothetical protein TTGACTGAGGAACCGTTGACTGACTCGGCGAACAAATTAATCACGACGGCGGAGCAGCCGTTGCGTGCCCACTCACCTGAGGTTTCGGCTGCCAGGGCGCGACGCTGGGGTTCCTTCTTCTACGCCGAGCAAGTGCTCCGCGTCATGCGGAACTACGGCTGGTCCGTGATCCTGTACAGCGTGGGGCAGCCCGTGGCGTATCTTTTCGCCATGGGAGTGGGGCTCGCCAGCTTGGTGGATGCCAACAGCGAGGCTGCCTTCGGAGGCGTCAGCTACTTGGAGTTCGTGGCTCCTGCGTTGTTGGTCTCCGCCGCGGTGATGACGGCGTCGGGGGAATTTTCGTACCCCATCATGGACGGCTTCAAATGGCGCCGCGTGTTTTATGGCCCGCACGCCTCGCCCCTGATTCCACAGCAGATCGCCAGTGGCCACATCATGGCCAGTTCCCTGCGCTTCCTGCTGCAGTCGGTGGTCTATTTTGTGGTGGTGGCCATGTTTGGTGCTTCGCCGAACCCCTGGGGTTGGGTTTCGGCGATCGTGGCTACCGTTGCGGCGCTCTCTTTCGGCTTGCCGCTGATGGCCTATGCCGCCAGCATTAAGCAGGACAAGGGTCAGTTCGCGCTGGTGCAGCGGTTCATCGTCATGCCGCTCTTCCTGTTCTCCGGGACGTTCTTCCCGCTGGATTCGCTGCCGATCGCAGTTCGTTGGATCGGTTGGATCTCTCCCGTGTGGCACGGTACTGAGTTGGGCCGGGTCTTCACCTACGGGATGGACCAGAACCCGTTGCTGACCATCACCCACGTGGTGTTCCTGCTGGTGACCGCCACTGTTGGCTGGATACTTGTCCGCCGCCAGTTCGTGAAAAGGATGGGCTCGTGA MTEEPLTDSANKLITTAEQPLRAHSPEVSAARARRWGSFFYAEQVLRVMRNYGWSVILYSVGQPVAYLFAMGVGLASLVDANSEAAFGGVSYLEFVAPALLVSAAVMTASGEFSYPIMDGFKWRRVFYGPHASPLIPQQIASGHIMASSLRFLLQSVVYFVVVAMFGASPNPWGWVSAIVATVAALSFGLPLMAYAASIKQDKGQFALVQRFIVMPLFLFSGTFFPLDSLPIAVRWIGWISPVWHGTELGRVFTYGMDQNPLLTITHVVFLLVTATVGWILVRRQFVKRMGS PGPT0015280_288 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM ADAPTION_TO_PIS-INHIBITION_OF_SALICYLIC_ACID|JASMONIC_ACID ADAPTION_TO_PIS_REGULATION_BY_Nod_FACTORS,PGPT0015280-nodJ-K09694 NA NA D3-18_03055 930 lnrL_4 COG1131 Linearmycin resistance ATP-binding protein LnrL ATGAACCCACCATCCGTCATCAGCGCGCGGAACCTCACCAAGGCCTATGGTGATCTCACCGCCGTGGACAACATCTCCTTCGACGTACCGGCGGGGGAGTCCTTCGGGCTGCTGGGCCCCAATGGTGCCGGCAAATCCACCACCATGAAGATGATCGGTGGCGTCTCCCAACGCACCTCGGGCACGCTGAGCATAATGGGCTTGGACCCCGAGTCGCACGGTCCGGAGGTCAGGGCGCATCTTGGTGTCGTCCCGCAGCAGGACAACCTGGATGAAGAACTCAAGGTTCGCGAGAACCTGATCGTCTATGGGCGCTATTTCGGCCTGCCCTTGAGCTATCTGCGCCCGAAAGCCGACGAGCTGCTGGAATTCGCGCAGCTGACCGACAAAGCCAATTCCAAGGTGGATGCGCTCTCCGGCGGCATGAAGCGACGGCTCACAATAGCGCGGTCGCTCATCAATGAGCCCCGGATCCTGCTCCTCGACGAACCCACTACAGGCCTGGATCCGCAGGCGCGCCACATTCTCTGGGACCGCCTGTTTCGGCTCAAGGAAAGCGGCGTCACCCTCATCCTCACCACCCATTACATGGACGAGGCCGAGCAACTCTGCGACCGTCTGATCGTGGTGGACAAGGGCAAGATTATGGCGGAAGGATCTCCGGCGGCCCTGATTCGCGAGCATTCATCGCGCGAAGTACTGGAGCTCAGGTTCGGGTCCGAGCGGAACGCGACCATCGGCGTCGAACTTCAAGGCATTGGCGAGCGGCTGGAAACGCTGCCGGACCGCGTGCTCATCTACGCACACGACGGCGAGGCCGCGCTGGAGCAGGTCACTGCCCGCGGGCTGCACCCCATGACCTCACTGGTGCGTCGCTCGTCGCTGGAGGACGTCTTCCTGCGGCTTACCGGTAGGAGTCTCGTTGACTGA MNPPSVISARNLTKAYGDLTAVDNISFDVPAGESFGLLGPNGAGKSTTMKMIGGVSQRTSGTLSIMGLDPESHGPEVRAHLGVVPQQDNLDEELKVRENLIVYGRYFGLPLSYLRPKADELLEFAQLTDKANSKVDALSGGMKRRLTIARSLINEPRILLLDEPTTGLDPQARHILWDRLFRLKESGVTLILTTHYMDEAEQLCDRLIVVDKGKIMAEGSPAALIREHSSREVLELRFGSERNATIGVELQGIGERLETLPDRVLIYAHDGEAALEQVTARGLHPMTSLVRRSSLEDVFLRLTGRSLVD PGPT0015275_250 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-ADAPTION_TO_PLANT_IMMUNE_SYSTEM ADAPTION_TO_PIS-INHIBITION_OF_SALICYLIC_ACID|JASMONIC_ACID ADAPTION_TO_PIS_REGULATION_BY_Nod_FACTORS,PGPT0015275-nodI-K09695 NA NA D3-18_03056 321 hypothetical protein ATGTTCACCGCAATCACTTCAATCGTTGGGGAGACCACAACCCTCGGGGGAGCCCTGGTACAAGTGCCGGCCGCCGTCGCCATGCACGGTTCGTGGGGAGACGGAACTCCCTGGCCGTTCTTCCTGCTGTTCCCCTTGTTCTGGATCCTCGTGATCGGGCTGATCATCTTCGTCGCGCGCCGGACGTGGCGCCGGAACCATCAGTGGGCCGCGACGCAAGGCGCCGAGGGAGTACTCCGTGAGCGGTATGCCCGCGGCGAGATTGACGAGACCGAGTTCCGGCAGCGGCTGGAGGTGCTGCGCTCGCAGCCGGTCGCGTAA MFTAITSIVGETTTLGGALVQVPAAVAMHGSWGDGTPWPFFLLFPLFWILVIGLIIFVARRTWRRNHQWAATQGAEGVLRERYARGEIDETEFRQRLEVLRSQPVA NA NA NA NA NA D3-18_03057 666 liaR_4 COG2197 Transcriptional regulatory protein LiaR GTGATCCGCATCCTCCTTGCTGACGACCAAACCCTTATCCGGGCAGGCTTTCGCGCACTCCTGGACGCCGAGCCGGACATGGAAGTGGTGGGAGAAGCCGGCACCGGCCGGGATGCTGTGAGCTTGGCTGCGCGGGACAAGCCGGACGTCATCCTCATGGACATCCGCATGCCGCACGACGACGGCCTGACCGCCAGCCGCAAGATCCTCAGCGACCCGAACCTGACTGGGACGCGCATCATCATCCTCACCACCTTCGAACTCGACGAGTACATTGCCGAAGCCGTCCGGGCCGGTGCAGCAGGGTTCCTCGTCAAAGACACCGAGCCCGCGGAGCTCATCCGCGCTGTCCGGGTGGTCCACGACGGTGATGCGTTGCTTTCGCCGTCAGTGACCCGGCGGATCATGGCCCAGTTGGCATCGCAGAGCAGGGCTGCAGCCAAAGTGATCCCGCTGAAACACGTCACGGAACGCGAACGGGAAGTCCTGGCCCTGGTGGGCGAGGGGCTCAACAACGCTGAGATCGCTGAACGGCTTTTCATCACACCCCTCACGGCGAAGACCCACGTTTCACGCATCATGACCAAACTCATGGTCCGCGACCGCTCACAACTGGTGGTCCTCGCCTACGACTCCGGCCTGGTTCGCCCGGGGTGGAGCAGTTGA MIRILLADDQTLIRAGFRALLDAEPDMEVVGEAGTGRDAVSLAARDKPDVILMDIRMPHDDGLTASRKILSDPNLTGTRIIILTTFELDEYIAEAVRAGAAGFLVKDTEPAELIRAVRVVHDGDALLSPSVTRRIMAQLASQSRAAAKVIPLKHVTEREREVLALVGEGLNNAEIAERLFITPLTAKTHVSRIMTKLMVRDRSQLVVLAYDSGLVRPGWSS PGPT0014870_135 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 D3-18_03058 1185 hypothetical protein ATGCAGCCCCGTTTCCCTGAATCACAGCGGCACCCGGGGTCCCAGCGAATTCCGGGCCAGCGCCGATTCGCCCGTCCGCCCACGAGTTTCATCGTCATCACTGTCGCTGTGATTCAGATGGTGGGGACACTGGCTTCCGCGAGCCACCAGGACGCGGCACGTCCCTTGGACGCACTGGCAATCTTTTTGCTCCTGGCCGGGCCCGCCGGGCTGGCGTTCCGGAAACGCGCCCCGCAGATGATGCTCCCCGTCGCCCTCCTTGCTACCGGCACGTATCTGGCATTGGGCTACGCCTGGGGTCCGATCGTGGTCTCGCTGGCGGTGGCCATCGTGTTGACCGCAGCTGCAGGCCTGCGATGGCAGGCTTGGGCAGGTGCGGGGATTGCAGCGACCTCGGTGATCACAGGAGCGGCCATGAGCGGCGACGCCACTTGGCCCGTGCGTGCTTCCGCAGGCGTAGCGTGGGCAGCCATTCTGGTGCTGATCGGGCAGGGAATCCGACGCCGGAGCGAACGTTTGGCGGAATACCGGCGGCGCCGCGAGGAAGCGCAGAAGGCCGAGCGCGATGAATACAGGCTTACTTTAGCCAGGGACATCCACGACGTCGTGGCGCATTCCCTGTCCATGATCAACGTGCAGGCCTCTGTGGCGCTGCATGTTGGTGCCGATGATCCGGAAAAGCTAAGGCCCGCCCTCGAAGCCATCAAGGCTGCCAGCAAGGAATCGCTCACGGAGGTCCGGCAACTCCTCGGCGTGCTGCGCGAGGACGTTCCCCTGGCACCGGCAGCCAGACCTACCCTGGCCAGAATCCCCGAGCTTGTGAAGAACGCGGAGCTGAGCGGGTTGCGGGTGGCCCTTGAGGACCACTCGAACCACCAAGCGGTCGGAGAGGCCCAACAGGAAGCCGCCTACCGGATGATCCAGGAAGCCCTCACTAACGTCGGGCGGCACTCAGGTGCCCAATCCGCCGTCGTACGGGTCATCGACTCCGCCGGACTGCTGACCGTGACCGTAGACGACGACGGCGCCGGCATGCGTGGCGCGCTCCCGGGCAATGGACTCACGGGAATGCGGGAGAGGGCAGCCGCCTTGGGCGGGACGCTCTCAATACACGAACTCGACCCCGGCCTCCGGGTCGAAGCGATCCTGCCCAGCCAACCATCAGCAGAAGGAAACCTCCAGTGA MQPRFPESQRHPGSQRIPGQRRFARPPTSFIVITVAVIQMVGTLASASHQDAARPLDALAIFLLLAGPAGLAFRKRAPQMMLPVALLATGTYLALGYAWGPIVVSLAVAIVLTAAAGLRWQAWAGAGIAATSVITGAAMSGDATWPVRASAGVAWAAILVLIGQGIRRRSERLAEYRRRREEAQKAERDEYRLTLARDIHDVVAHSLSMINVQASVALHVGADDPEKLRPALEAIKAASKESLTEVRQLLGVLREDVPLAPAARPTLARIPELVKNAELSGLRVALEDHSNHQAVGEAQQEAAYRMIQEALTNVGRHSGAQSAVVRVIDSAGLLTVTVDDDGAGMRGALPGNGLTGMRERAAALGGTLSIHELDPGLRVEAILPSQPSAEGNLQ NA NA NA NA NA D3-18_03059 894 folD_1 COG0190 Bifunctional protein FolD protein ATGACACAGTCCACCGCACAGATCCTTGACGGCAAGGCCACCGCCGCAGCCATCAAGGCAGAACTGACCGAACGCGTTTCCGTCCTCGCAGCAAGGGGCATCGTCCCCGGCCTGGGCACCATCCTGGTGGGTTCCGACCCCGGCAGCACTTGGTACGTTGGCGGCAAGCACAAGGACTGCGCCGAGGTTGGCATCCAGTCCATCCGCCGCGACCTCCCCGAAGACATCTCACAGGAAGACCTCCTGGAAGTTGTCCGCGAGCTCAACGACAACCCGGAATGCACCGGCTACATCGTCCAGCTTCCGCTGCCCAAGCACATCGACCAGGACGTCATCCTGGAAGCCATGGACCCTGACAAGGACGCGGACGGCCTGCACCCCATGAACCTTGGCCGCTTGGTGGCCAACGTCAACGGCGAAATGAAGTCCCCGCTGCCCTGCACGCCCAAGGGCTGTGTGGAGTTGCTCCGTCGTCACAACATTGAACTCAAGGGCAAGCGTGTCCTGGTTGTTGGCCGCGGCGTCACCATCGGCCGCCCCATCGGCCTCCTGCTGACCCGCAAGGAAGTCAACGCCACGGTCATCCTGGCCCACACCGGAACGGTGGACCTGCCCGCGGAACTCAAACAGGCCGACGTCGTGATTGCCGCTGCCGGCGTACCGCACATGATCAAGGCCGAAGACCTCAAGCCCGGCGCCATAGTGCTCGACGTCGGCGTCAGCCGTGTGGACGACGGCAACGGCAAGGCGGTCGTTACCGGAGACGTGGACCCGGCAGCTGCCGACGTCGCCGCCTGGCTATCCCCGAACCCCGGCGGCGTGGGTCCGATGACCCGTGCCATGCTGCTCGCGAACGTTGTGGAGAGTGCGGAGCGCCAGGCGGGCATCGCCTAG MTQSTAQILDGKATAAAIKAELTERVSVLAARGIVPGLGTILVGSDPGSTWYVGGKHKDCAEVGIQSIRRDLPEDISQEDLLEVVRELNDNPECTGYIVQLPLPKHIDQDVILEAMDPDKDADGLHPMNLGRLVANVNGEMKSPLPCTPKGCVELLRRHNIELKGKRVLVVGRGVTIGRPIGLLLTRKEVNATVILAHTGTVDLPAELKQADVVIAAAGVPHMIKAEDLKPGAIVLDVGVSRVDDGNGKAVVTGDVDPAAADVAAWLSPNPGGVGPMTRAMLLANVVESAERQAGIA PGPT0008075_1003 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008075-folD-K01491 NA NA D3-18_03060 1296 glyA1 COG0112 Serine hydroxymethyltransferase 1 GTGACTACCACAACCACTTCCGCGTCTGTCAGCAACCAGTCGCTCGCCGATCTCGATCCCGAGATCGCAGCAGTCCTTAACCAGGAACTCGGCCGCCAGCGCGGCACCCTGGAAATGATTGCGTCCGAAAACTTCGCCCCCCGCGCCGTCATGGAAGCCCAGGGCTCCGTCCTGACCAACAAGTACGCCGAGGGCTACCCGGGCCGCCGCTACTACGGCGGTTGTGAATACGTCGACGTCGCCGAGCAACTCGCCATCGACCGCGTCAAGGAACTCTTCGGCGCCGAGTACGCCAACGTCCAGCCGCACTCCGGTGCACAGGCAAACGCTGCAGCACTGTCCGCCATGATCACCCCGGGCGACAAGATCCTTGGCCTGTCCTTGGCACACGGTGGACACCTGACCCACGGCATGAAGCTCAACTTCTCCGGCAAGCTCTACAACGTAGCTGCCTACCAGGTTGAAGAAGACAACTTCCGCATCGACATGGAGAAGCTGCGCGAGCAGGCCATCGCCGAGAAGCCGCAGGTCATCATCGCCGGCTGGTCCGCGTACCCGCGCCACCTCGACTTCGCTGCCTTCCGCTCCATCGCCGACGAAGTTGGCGCCCTCCTCTGGACGGACATGGCACACTTCGCCGGCCTTGTTGCAGCAGGCCTGCACCCGAGCCCGGTCCCTCACTCCGACGTCGTCACCTCCACGGTTCACAAGACCCTCGCAGGTCCGCGTTCCGGTGTGATCCTGGCCAAGCAGGAGTGGGCCAAGAAGCTCAACTCCAACGTCTTCCCCGGCCAGCAGGGCGGCCCGCTCATGCACGTCATCGCAGCCAAGGCCGTTGCCTTCAAGATCGCCGGCAGCGAAGAGTTCAAGGAGCGCCAGGAGCGCGTCCTCGAGGGTGCCAAGATCATTGCTGACCGGCTGAACCAGTCCGACGTCGCCGAAGCCGGCGTCTCGGTCCTCACCGGCGGCACCGACGTTCACCTGGTCCTGGTTGACCTGCGTAACTCGCAGCTGGACGGCCAGCAGGCCGAGGACCTCCTGCACTCCGTGGGCATCACCGTGAACCGCAACGCTGTTCCGTTCGACCCCCGCCCGCCGATGGTCACCTCCGGCCTCCGCATCGGTACGCCTGCCCTGGCTACCCGCGGCTTCGGTGCCACCGAGTTCACCGAGGTTGCCGAGATCATCGCCACCGCGCTGAAGGCAGGCTCCGCCGCCGACGTCGAAAGCCTCCAGGCACGCGTCGACAAGCTGGCCGCTGACTTCCCGCTGTACCCGCAGCACGAGCAGTGGTAA MTTTTTSASVSNQSLADLDPEIAAVLNQELGRQRGTLEMIASENFAPRAVMEAQGSVLTNKYAEGYPGRRYYGGCEYVDVAEQLAIDRVKELFGAEYANVQPHSGAQANAAALSAMITPGDKILGLSLAHGGHLTHGMKLNFSGKLYNVAAYQVEEDNFRIDMEKLREQAIAEKPQVIIAGWSAYPRHLDFAAFRSIADEVGALLWTDMAHFAGLVAAGLHPSPVPHSDVVTSTVHKTLAGPRSGVILAKQEWAKKLNSNVFPGQQGGPLMHVIAAKAVAFKIAGSEEFKERQERVLEGAKIIADRLNQSDVAEAGVSVLTGGTDVHLVLVDLRNSQLDGQQAEDLLHSVGITVNRNAVPFDPRPPMVTSGLRIGTPALATRGFGATEFTEVAEIIATALKAGSAADVESLQARVDKLAADFPLYPQHEQW PGPT0008090_2735 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008090-glyA-K00600 NA NA D3-18_03061 852 purU_2 COG0788 Formyltetrahydrofolate deformylase GTGACTGACTCCACCGCTTTCGTAGTAACACTCTCCTGCCCCGACCGCCCCGGCATCGTGCATGCGGTAGCTGGCGCCCTCCTTGAGGCCGGCTGCAATATCGCCGACTCCCAGCAATACGGAAGCCCCAGCACAGGCAACTTCTTCATGCGCGTGGAGGCAACGACGTCGTCCCCCCAGGACGAACTGGCCACTGCCCTGCGGCCTGTAGCCGAATCGTTCGGCATGACCTGGCAGATCAACCCTGTTGGCGAAAAGGTCCGCACCATCATCCTGTGCTCCAAGGACGCGCACTGCCTTAATGACCTCCTGTTCCAGCAGCGCACCGGCACCTTGCCCATTGACGTTCCGGCCATCGTGTCCAACCACCGTGACCTCGAAGAACTGGCCAATTTCTATGGCATCCCGTTCCACCACATCCCAGTCACGCCTGAGACCAAGTCCCAAGCCGAGGCGCAGCTGCTGAAGCTGATTGCCGAGCACGACGTGGAACTCACTGTCCTGGCCCGTTACATGCAGGTCCTCTCCAACGATCTGTGCACGGAGTTGAACGGCAAGGCCATCAACATCCACCACTCGTTCCTTCCCTCGTTCAAGGGTGCCAAGCCGTATCACCAGGCCCACGCCCGTGGGGTGAAGATCATCGGCGCCACGGCACACTACGTGACTGCGGACCTCGACGAGGGCCCGATCATCGAGCAGGAAGTCATCCGCGTTGACCACGCACGCACGGCTGCCCAGTTCGTCCAGATGGGCCGCGACGTCGAAGGCCGCACCCTGGCCCAGGCGGTCCAGTGGCACGCCGAACACCGGGTGCTCCTGGACGGCACCCGCACCGTGGTGTTCAACTGA MTDSTAFVVTLSCPDRPGIVHAVAGALLEAGCNIADSQQYGSPSTGNFFMRVEATTSSPQDELATALRPVAESFGMTWQINPVGEKVRTIILCSKDAHCLNDLLFQQRTGTLPIDVPAIVSNHRDLEELANFYGIPFHHIPVTPETKSQAEAQLLKLIAEHDVELTVLARYMQVLSNDLCTELNGKAINIHHSFLPSFKGAKPYHQAHARGVKIIGATAHYVTADLDEGPIIEQEVIRVDHARTAAQFVQMGRDVEGRTLAQAVQWHAEHRVLLDGTRTVVFN PGPT0008155_2855 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008155-purU-K01433 NA NA D3-18_03062 678 hypothetical protein ATGCGGGGCATCCCTGACGCCGACCACGAGGCTGACCTGGCTGTCTTTTACGACCGCCAAGCACCGGTGCGGAACACCCGCGCGCTGACACCGCACCGGGTTGAATGCCGGGAATGGTTCATCCGGCTGTTGAAGTCCGAACACCGTCATTCGTTGTTTGAACTGGGTTGTGGCACTGGGGTTGAGGGCGTGGAATTTGTCCGCGCCGGGTTGCACTACACCGGAGTGGACCTGTCCTCGGAGAGCGTTCACTTGGCGCGCTCCGCCGGGCTTGATGCCACTGTTGCCAGCGGTCGCAGCTTGCCCTTTCCGGATGCCGTCTTTTCGACTGCCTGGACCATGAGCACTCTTCTGCACGTCCCCAACAGCGGAATTCACGACGTCGTCCGCGAACTTGTGCGGGTCACCGCACCTGGTGCGCCAATCGCCGTCGGGCTCTGGTCAGGTGAGGACGATGAAGTCCTGAACCCGGAAGATCTCGAGGAACCGCGGCGGTTCTTCAGCCGTCGCAGCGACGAAACCGTCCAGCGTATTTTTGGCGAGCACGGCTCGGTGGAGCATTTCCGGACGTGGCCGGAGGGCGTGGGGGTAGAGTCCGGGCCGGGCGCAGGAAACTGGTCCCAGCACTACCAATTCCTGATCCTCCGCACCCCTTCCCCCGCACCCGCACCCAACTAG MRGIPDADHEADLAVFYDRQAPVRNTRALTPHRVECREWFIRLLKSEHRHSLFELGCGTGVEGVEFVRAGLHYTGVDLSSESVHLARSAGLDATVASGRSLPFPDAVFSTAWTMSTLLHVPNSGIHDVVRELVRVTAPGAPIAVGLWSGEDDEVLNPEDLEEPRRFFSRRSDETVQRIFGEHGSVEHFRTWPEGVGVESGPGAGNWSQHYQFLILRTPSPAPAPN NA NA NA NA NA D3-18_03063 519 yrdA COG0663 Protein YrdA ATGGCTCCCTCTTACACTTTCGCCGGGGACACCCCGGCCATCCATGAAACCGCCTTCGTGGCACCCACGGCTTCCGTTATTGGCAAGGCCACGTTGGCCGAGGACTCCAGCGCTTTCTACGGCGTCTCCGTCCGGGCAGATACGGCGGCCATCAGCGTCGGCGCAGGGTCCAACCTCCAGGACAACGTAGTCCTCCACGCCGACCCCGGTTTCCCCTGCACAGTGGGCGAGCGCGTCTCCGTGGGGCACAGCGCCGTGGTCCATGGATGCACTGTGGAGGACGACTGCCTCATCGGTATGAGCGCGACCATCCTCAATGGCGCGGTGATCGGCACCGGCTCGCTCATCGCTGCCGGCGCAGTCGTGTTGGAAGGTACCGTCATTCCCCCGCGTTCCTTGGTTGCCGGCGTGCCCGCCAAGGTCCGCCGTGAACTCACCGACGAAGAGTTCGACGGCGTCAAGCACAACGCCGCCCACTATAAGGAACTCGCTGCGGCGCACAGGGAAATGCACGCTTAA MAPSYTFAGDTPAIHETAFVAPTASVIGKATLAEDSSAFYGVSVRADTAAISVGAGSNLQDNVVLHADPGFPCTVGERVSVGHSAVVHGCTVEDDCLIGMSATILNGAVIGTGSLIAAGAVVLEGTVIPPRSLVAGVPAKVRRELTDEEFDGVKHNAAHYKELAAAHREMHA NA NA NA NA NA D3-18_03064 1707 iaaM Tryptophan 2-monooxygenase ATGACCATCGCCACAGAACTCCCCGTCATCGAGGAACCAGGGGCGCCCGCCGCAGCCGCTGGAGCACCTATCACCATGCTGAACCCGGACTTCCCGTTCAGCTACGACCACTACCTGGCGCACCCTGATGGGCTCGGCTCAATCCCGGAAGCGCTCTACGGCACGGAAGTAGCCATCATCGGTGCAGGCCTGTCCGGGCTGGTCACGGCCTATGAGCTGATGAAGCTTGGCCTCAAGCCGGTCATCTACGAGGCCGACCAGATTGGTGGACGACTCCGGACTGCGAGCTTCCCGTCTGCTCCCGGCGTCGTGGCGGACCTTGGCGGCATGCGTTTCCCGGTCTCCGGCAAAGCGTTCTACCACTACGTGGACCTGCTGGGCCTGGATACCAACGATTTCCCTAACCCCATGGCGCCGGCAACTTCCTCCACAGTGATCGAGCTCGCGGGCAAGAAGCACTACGCCACCACTGCAGACGAGCTGCCGGAGTTCTTCCTCGAAGTAGCCGACGCTTGGAAAGCAGCAGTCAACGATGGCGCGGCCTTTGCTGAGATGCAGGAAGCCATCAAGGCCCGCGACACCAAACGGATCAAAGAACTCTGGAACGCGCTCCTCCCGGAGTTGGACGAACAAACCTTCTACGGCTTCATCGCCGCCAGCAAGTCCTTCAAAGAGGCCGGCTTTGCACACCGCGAGGCATTCGGCCAGGTAGGTTTCGGTACGGGCGGTTGGGACACCGACTTCCCCAACTCCATCCTCGAAATCCTCCGCGTGGTCTACACCGACGCCGACGACCAGCACCGCTCCATTGCGGGAGGAGCACAAAGGCTCCCCGAGGCACTCTGGAACCACGCGCCGTCGGACCTGAAGTACTGGCCGGAGGGCACCTCACTGGCGTCGCTGCATTCCGGCTCGCCCCGCGGAGCCGTGGACAACATCCGCCGGGTAGAGAACGGCGACCTCCTGGTCCGCGAGAACTGGGGACGCGAAGCCACCTACCAGGCCGTGGTGACCACCTGCCAGTCCTGGCTGCTGTCCACACGCATCCACACTGAGGAAGCCCTGTTCCCGGCCGAGCTGTGGACCGCTATTGAGCGTTCGCACTACATGCAGTCGTCCAAGACGTTCGTGATGGTGGACCGCCCGTTCTGGAAGGACATCGATCCCGAGACCGGACGTGAAGTCCTTTCCATGACCCTCACCGACCGCCTTAACCGGGCCACGTACTTGCTCGACGACGGTCCCGATAAGCCCGCTGTCATGCTCCTGTCCTACACGTGGAACGACGACGCCCTGAAATGGCTTGCACTCACTGCAGAGGAGCGCGTGAAGCTCATGCTGCACTCCTTGGAACAGATCTACCCGGGCGTTGACATTGCGAGCCACATCGTGGGGCAGCCGATCACGGTGTCCTGGGAAGCGGATCCCAACTTCATGGGCGCGTTCAAAGCCAACCTGCCGGGCCACTACCGGTACCAGCAGCGCCTGTTCACCCACTTCAAGCAGGATCAGTTGCCGGAGCACCAGCGCGGCATCTTCCTCGCCGGTGACGACGTGTCCTTCACCGCCGGCTGGGCTGAGGGTGCTGTAACTACGGGCCTGAATGCCGTGTGGGGAGTAGTAAATCACCTGGGCGGTTCGTCGGCTGCCGGGAACCCCGGACCGGGTGACCTCCTGGACGAGCTCGGCCCGATCTCCCTGGACTAG MTIATELPVIEEPGAPAAAAGAPITMLNPDFPFSYDHYLAHPDGLGSIPEALYGTEVAIIGAGLSGLVTAYELMKLGLKPVIYEADQIGGRLRTASFPSAPGVVADLGGMRFPVSGKAFYHYVDLLGLDTNDFPNPMAPATSSTVIELAGKKHYATTADELPEFFLEVADAWKAAVNDGAAFAEMQEAIKARDTKRIKELWNALLPELDEQTFYGFIAASKSFKEAGFAHREAFGQVGFGTGGWDTDFPNSILEILRVVYTDADDQHRSIAGGAQRLPEALWNHAPSDLKYWPEGTSLASLHSGSPRGAVDNIRRVENGDLLVRENWGREATYQAVVTTCQSWLLSTRIHTEEALFPAELWTAIERSHYMQSSKTFVMVDRPFWKDIDPETGREVLSMTLTDRLNRATYLLDDGPDKPAVMLLSYTWNDDALKWLALTAEERVKLMLHSLEQIYPGVDIASHIVGQPITVSWEADPNFMGAFKANLPGHYRYQQRLFTHFKQDQLPEHQRGIFLAGDDVSFTAGWAEGAVTTGLNAVWGVVNHLGGSSAAGNPGPGDLLDELGPISLD PGPT0020330_57 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_LYSINE_DEGRADATION,PGPT0020330-davB-K00468 NA NA D3-18_03065 1578 yhdG_4 COG0531 putative amino acid permease YhdG ATGCCAGTCTTGTGGAGGGGAAATCGAAACTACTTTGAAGGGACGTCAAGGGTGACTGTGCCTGTGAACACCAAAAACCCGGCCGCGGCTAGCGTCGCCAGGCCGAGCCTCGGCGCGCAACTCCTGCGCCGTAAGCCAATTGGCCAGATGGTCAGCGAAGCCGGTAGCGGCGAAGGCGGAACGCCGCTGGTCCGCAGCTTTGGCGTCTTCCAACTCACCATGATCAGCGTCGGAGCTACGCTCGGCACCGGCATCCTGGTGATCCTCGGCGAATCAGTGCCGCTGGCCGGTCCGGCCATCTGGATCTCCTTCGTCATTGCCGGCCTCGCCGCGCTGCTTTCGGCAGTGTCCTATGCCGAAATGGCTGGGCTTGTCCCTGTGGCAGGCTCCAGCTATTCCTACTCCTACGCCACCATGGGCGAGGGCATGGCCTGGATTTGTGGTTGGTGCTTGGTGCTGGAGTACGCGGTCTCCGTGGCAGCCGTTGCTGTGGGCGCCGGCCAGTACGTGAACGAGACACTCGCCGCGTTTGGCCAGTTCCTGCCGGACGCGATGAGCCAGCCGCCGGGGGACGGCGGGCTGGTGAACGTGCCCGCCATGGTGATCGTGATCCTGGCTATGCTCCTGCTGGTCCGGGGTGCCCGCGAGAGTGCCTGGATCAACACGGCGATCGTCGTGATCAAAGTAGGCATCCTGATCTTCTTCTGCGCAGTAGCCTTCACCGCTTTCAACGCCGGTAACTTCGAGCCCCTGCTGCCCATGGGTGCCGCCGGTGTTTCCGCTGCCGCATCCAGCGTCTTCTTCTCCTACATCGGCTTTGACGCCGCTTCCACCGCCGGCGAGGAAGCCAGGAACCCCAAGCGCGACCTTCCCCGGGCCATCATGCTCTCCATGGTCATCGTCACCACCATCTACGTTCTGGTTGCCGTTGCAGCCATCGGCGCCCGCCCGTGGGGTTGGTTCGACGGCACAGAAGCTGCACTGGTTCAGATCCTGCACGAGATCACCGGCCAGCCATGGATCGCCCTGGTCTTCTCGGTGGGTGCTGTACTAGCCATCGCAAGCATCGTTCTGACCGTGCTCTACGGCCAAACCCGCATCATGCTCTCCATGTCCCGCGACGGCATGGTTCCCAAAATCTTCGGCCGCGTTTCCCGCCGTACCGGCACTCCGGTGGCTGGGACGCTGATCATAGGTACCGCCGTCGCCCTCACTGCGGGCTTGGTCCCGCTCGGTGCCCTGGCGGATGCCACCAGCATCGGAACCCTCTTTGCCTTCGCGCTGGTCAACGTGGCCGTCATCTACCTGCGACGCAACCGCCCCGACCTTGAGCGCAGCTTCCGGGTCCCGCTGTACCCCATTACACCGATCCTGGGCACCCTGATGTGCGCCTACTTGATGCTCAACCTGGGAGCCGACACCTGGATCACCTTCGGTATCTGGATGCTGGTAGGCGTCGCCATCTACTTCGGCTACGGACGCCGGAACTCCAAGGTAGCCGCGCTCAGCGAGCAGGACTACCGTGAACTAACCACCAGGGCCGTGAGCCCGGAATCTGTGAAAGCAGCAAATTCATGA MPVLWRGNRNYFEGTSRVTVPVNTKNPAAASVARPSLGAQLLRRKPIGQMVSEAGSGEGGTPLVRSFGVFQLTMISVGATLGTGILVILGESVPLAGPAIWISFVIAGLAALLSAVSYAEMAGLVPVAGSSYSYSYATMGEGMAWICGWCLVLEYAVSVAAVAVGAGQYVNETLAAFGQFLPDAMSQPPGDGGLVNVPAMVIVILAMLLLVRGARESAWINTAIVVIKVGILIFFCAVAFTAFNAGNFEPLLPMGAAGVSAAASSVFFSYIGFDAASTAGEEARNPKRDLPRAIMLSMVIVTTIYVLVAVAAIGARPWGWFDGTEAALVQILHEITGQPWIALVFSVGAVLAIASIVLTVLYGQTRIMLSMSRDGMVPKIFGRVSRRTGTPVAGTLIIGTAVALTAGLVPLGALADATSIGTLFAFALVNVAVIYLRRNRPDLERSFRVPLYPITPILGTLMCAYLMLNLGADTWITFGIWMLVGVAIYFGYGRRNSKVAALSEQDYRELTTRAVSPESVKAANS PGPT0020810_1394 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GENERAL_AMINO_ACID_TRANSPORT,PGPT0020810-TC_APA|yhdG-K03294 NA NA D3-18_03066 1248 alr_2 COG0787 Alanine racemase ATGAGACGTAATGCACACTATCAAGAGGCTGCCGCCGCAGCCCTTTCCGGGCAGGTCAACGTGGATCTGTCCGCCATTTCAGACAATGTCAAAGCCCTGAAGAAGCGCACCGAGGCGCCACACTTCATGGCTGTAGTCAAGGGCAACGCCTACGGTCATGGCCTGGTGGAAGTTGCCCGGACAGCAGTGGAAGCTGGTGCAGATTGGCTCGGCACGGCACAGCTCAGCGAAGCAATCACACTCCGTCAAGCGGGCATCACTGTTCCCATGCTTTCTTGGCTATATCTGGCATCCCAGACAAGTGCGACCATCCTGGAGGCACTGGAAAACGACATTGATGTGTCCCTCGGAAGCGTCAGCCAACTGGAGGTGCTGGCAGGGATCGCCAAGCGCCTTGGGCGTCCCGCCGTCGTGCATCTGGAACTGGACAGCGGCCTCAGCCGAGGTGGAGCACGCAAGGAAGACTGGGCCGAACTTGTGGCGCAGGCACGATCAGCTGAACTCGATGGGACCCTGCTGGTACGAGGCCTCTGGACTCATCTGGCCTGGGCCGATGTCCCGGCCCACCCTGGTAACGTCACCGCCGTCGCGGAGTTCGAAGAAGCAGTCCAGCAAGCGCACGAGGCAGGACTGGAGCCGGAACTCAGGCATGTTTCCAGTTCGGCGAACATCCTGGACCGGCCCGAATTCCACTTCGACATGGTCCGCGCAGGGCTGGCCATCTACGGGCTCGCCCCGGCCGATCACCTGAACCCGGCTGACTTCGGCCTGCGTCCGGCCCTCAGCGTGACTGCTCCGCTGGTCATGGTCAAAAAGGTCCCCGCAGGCACGGGCGTCAGTTATGAACACCAGGCCATCACCTACGAGCCGCGCTACCTCGGGCTCATCCCGCTCGGCTACGCGGACGGCATCCCCAAGGGCATCAGCGGCCGCTCCGTAGTAAACATCGCCGGCCGCACAGTGCCGGTGATCGGCAAGGTCTGCATGGACCAGTTCATGGTTGACCTCGGTCCGGACGCTTCGGGAATCGACGTCGGGGACACCGCAGTGCTGTTCGGTGACCCGGCCTGCGGGGCGGCGAGCGCCGACGACTGGGGTGCCGCGATCGGAAGCCACGGCGACGAGATCATCAACAGGATCGCCCCGCGCCTGCCGCGCGCCTATGCAAGCGGCGCCAACCAGCACACCGCTTACGAGTGCCCCGACTACCAGGAGCCGGCCGCCGCCGGGCAGGGCAATGTCGCCTGA MRRNAHYQEAAAAALSGQVNVDLSAISDNVKALKKRTEAPHFMAVVKGNAYGHGLVEVARTAVEAGADWLGTAQLSEAITLRQAGITVPMLSWLYLASQTSATILEALENDIDVSLGSVSQLEVLAGIAKRLGRPAVVHLELDSGLSRGGARKEDWAELVAQARSAELDGTLLVRGLWTHLAWADVPAHPGNVTAVAEFEEAVQQAHEAGLEPELRHVSSSANILDRPEFHFDMVRAGLAIYGLAPADHLNPADFGLRPALSVTAPLVMVKKVPAGTGVSYEHQAITYEPRYLGLIPLGYADGIPKGISGRSVVNIAGRTVPVIGKVCMDQFMVDLGPDASGIDVGDTAVLFGDPACGAASADDWGAAIGSHGDEIINRIAPRLPRAYASGANQHTAYECPDYQEPAAAGQGNVA PGPT0020040_767 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_RELATED_RACEMASES,PGPT0020040-alr-K01775 NA NA D3-18_03067 1614 hypothetical protein ATGTCGCCTGAGCCCGCCACCGCCCGCCTGAGTTTTGTCACGCTCGAACAGTTCCTGGAGCAGCTGCCGCCGGAGTTGAAAATGCTTCACGACGGCGGCAGCGGCGCCTCGCTGTTGCGGTGGGTGGAACCCAGTGAGCTCGAAGACCCCACGCCGTACCTGCCGGAGGGCGAGTTCCTCCTCACCGCCGGGTTGCCTTTCCTTGGGAAGGGCGGCTCGGCGGCCAAGGTTGACGCCTACGTCCGGCGTCTCGTGGATGCCAAAGTTGCGGCGCTCGGTTTCGGCATCAGGCCCTATTTCGACGCCGTCCCGGACGTCCTGCTGGACGCTTGCCGCACGCATAACCTCACCTTGTTCGAGGTACCGGAGTCTGTGCCTTTCGCGGCGATCGGCCTGGAGTTCTCCCAGCTCCTGGAGACTGACAACGCGAGGGTCTTCCGGCAACTGGCAGACACCAACCGCCAACTCATGCGGGCGGTCCTCTCCCCCCGGCCGGAGCATGAACTGTTGGCCGCCCTGGTGCAGAGGGTTCCCGTGTGGGCTGTTCTGGTCGGCGCTGACGGACGGGTCCGCGCCAGGGGGCACAGCGGTGGCGGCAGCAGCGGCGTCGAGCATTCCTTGCTGGCACCGCTACTTGAGCGGTTGCTGTCCGGCAGCGGTCCGCGTGTGGAGATGGACGGTTTCGACCAGCCAGGTTCAGCGCTGGTGTTCGGGCACCCGTTGCGCAGCACCAAGGACGCCAACCTTGGCGCTTTGATCCTCGGTTCGGATGCGCCCCTGACACCTGCGCAAAACAACGTGGTGCAGTCGGCCGTGGGCTTGCTGGAGTTGTTGGTGAGGCAGCGGACCAGTGGCTCGTTGGCTCCGAGCCAGCTGGCTACGGCTGTTTTATTGCACCCGGATTCGCTGGCCTCCGGCGGCACCAAACATGTCAACGGGCTCAAGGACCTGCTGGCGCAGAGCTTGTCCTCCACCCGTTCGGCGCAGATGCGGGTGGTGCAGGGCATCCGGGTGGACGGTGCGGCAGACGACGGTCCGGTGCGGGAACTACTGCAGTGGCGGAGGCTGTTCGATACCAAACTGGTGGAAATTACCGAGTATGGTTTCGCAGCGATTACGCGTTTGAGGGTGGATGACTCTTTGCTTGCCGACGTGGAGAAGCTGGGCTGGCGGCTGGTCATCGGGGAACCGACCGAGCTCCTTGGACTCCAAGCGGCCTACCAACGTGCAAGCTCCCTCCGCGGCCGCGTTCTTTCCACCGGGAAAAGCACCCGTGTTGATGAGGTCACATGGTCTGTCACAGGACTGCTGGGCCGCGAAGCCGGGACCATGCTGGCCGAACGACTCCTTGCCCCCGTGCTCGCGCTTGAACCGGACCGTCGGGACCCGCTTCTTGCTGTCTTGCGCGGTTGGCTTAGCGAAAATGGCAGTTGGGACGGCTCGGCCAAGCTGCTGGGGCTGCACCGAAACAGCGTTCGGCGGCAGATCGGTGTGCTCGGCGATCTGTTGGACATGGACCTCAACCAGGCGCAGGTTCGGGCCGAGTTGTGGTTTGCGTTGCAGTACGGGGATGAGCTGGTGGCTCGTCTTTCCACTGATGGGACGGGCGACTAG MSPEPATARLSFVTLEQFLEQLPPELKMLHDGGSGASLLRWVEPSELEDPTPYLPEGEFLLTAGLPFLGKGGSAAKVDAYVRRLVDAKVAALGFGIRPYFDAVPDVLLDACRTHNLTLFEVPESVPFAAIGLEFSQLLETDNARVFRQLADTNRQLMRAVLSPRPEHELLAALVQRVPVWAVLVGADGRVRARGHSGGGSSGVEHSLLAPLLERLLSGSGPRVEMDGFDQPGSALVFGHPLRSTKDANLGALILGSDAPLTPAQNNVVQSAVGLLELLVRQRTSGSLAPSQLATAVLLHPDSLASGGTKHVNGLKDLLAQSLSSTRSAQMRVVQGIRVDGAADDGPVRELLQWRRLFDTKLVEITEYGFAAITRLRVDDSLLADVEKLGWRLVIGEPTELLGLQAAYQRASSLRGRVLSTGKSTRVDEVTWSVTGLLGREAGTMLAERLLAPVLALEPDRRDPLLAVLRGWLSENGSWDGSAKLLGLHRNSVRRQIGVLGDLLDMDLNQAQVRAELWFALQYGDELVARLSTDGTGD NA NA NA NA NA D3-18_03068 807 nadE_1 Glutamine-dependent NAD(+) synthetase ATGCTGCTCTCAGTCCTGCAGGCGAACGCTTCCGTCATGGACGTTGAGGCGAACCTGCGCACAATCGACGACGCCGCGCAGCGCGCCGCCCAAGCCGGGGCCGGGTTGCTCCTCACGCCGGAGCTCTTCCCCGTGGGCTACGCACCCTTACGCCTCCACGCTGAACTGGACCCGTCAACGCTCCCGGCCATCCGTGAACGGCTGGCCGGGATCGCCCGCACCAACGGTATTGGCTTGGTCTACAGCCTTCCGGCACCGGCCGCTGGCAGCGAAGGGACCTGGCACATCACCGCCACCCTCCTGGACGCCAAAGGCAAAGAGGTCCTCAACTACGCCAAGGTGCACCTCTTCGGTCCGGAGGAGCACAAAGCGTTCGTCGGCGCCCAAGAACCTCCCGCCGTCGTGGACTTCAACGGAATCCGCACATCGATGGTGATCTGCTACGACGTCGAGTTCCCGGAATCCGTGCGGGCAGCGGCCACACGAGGCGCTGAACTCCTCCTCGTGCCAACAGCCCTTTCGGCTGGTTTCGACAACGTGCCGCAGGTCCTGATCCGTGCCCGCGCGTTGGAGAGCCAACTCAACGTGGCCTACGCCAACCACAGTGGGCACGAGGACATCTACAACTTCCTGGGCGGCAGCGTTGTTGCCGGACCGGACGGATCGTTGCTTGCCGCTGCGGGGGAGTCCGCCGCTTTGTTGTTCGCGGAGGTCGGCACGGAGTCAGTAAAAGCGGCACGCGAAGAAGTCCCGTACCTGCGCGAACGCCGGCCGGAACTCTACGAGGAGTGGGACAACCGCGGCTAG MLLSVLQANASVMDVEANLRTIDDAAQRAAQAGAGLLLTPELFPVGYAPLRLHAELDPSTLPAIRERLAGIARTNGIGLVYSLPAPAAGSEGTWHITATLLDAKGKEVLNYAKVHLFGPEEHKAFVGAQEPPAVVDFNGIRTSMVICYDVEFPESVRAAATRGAELLLVPTALSAGFDNVPQVLIRARALESQLNVAYANHSGHEDIYNFLGGSVVAGPDGSLLAAAGESAALLFAEVGTESVKAAREEVPYLRERRPELYEEWDNRG NA NA NA NA NA D3-18_03069 1191 nagC_5 COG1940 N-acetylglucosamine repressor ATGCCCGCTACGCAGCGCTCAACGAAGAGCCAACCAAGAAAACCCGGCTCGCAGTCCGCGCTCCGCCACCTCAACCAGCAGCGCATCATCGAATGTTTGCTGAGCGGGCCGTCTACCCAGGCGGAGCTTTCCCGGCAGACCGGACTTTCCACGGCCACCATCTCCAACATCGTGAAAATCATGCAGGACGCCGGGTTGGTTTCCACCGAGCCGACCACCAGCTCCGGGCGCCGGGCAACCAACGTAAGACTCAACAGCAACGGTGCTGTGGCCGTCGGAATCGACTTCGGGCGCCGGCACCTGCGGGTGGTGTTGGCTTCGCTCGGCTACCACGTGATCGCAGAGGATTACATTGAGCTGCCGCTGGGCCACCGAGCGGAAGAGGGCATCGCCGCGGCAGTTCCACTCCTTGACAAGCTGCTGCGTGCAAATGGCATAGACCGCACCGCGGTGGTGGGGGCGGGTGCAGGTATTCCGGGGCCCATCGACCGCCGCACAGGAACGGTTGCCCAAGGCGCCATCCTCCCCGAATGGGTGGGAATCGACATTCTTCATCGCTTGGAGGAGGCGCTCAACTGCCCAGTCTTTGTTGACAACGACGCCAATCTTGGCGCCTTGTCCGAGGTGACATGGGGACCGCATAGCGGGGTCTCAAATCTCATGTTCCTCAAGATCGGCTCCGGCATCGGTGCCGGGCTGATTCTCAACGGCCTCCCCTACTACGGAAACGTGGGCATCACCGGTGAAATTGGCCATGCAACCATCCATGAACACGGTTTGATATGCCGCTGCGGCAACCGCGGATGCCTGGAAACAATAGCCTCAACCACCACCATGATCGAGTTGTTGGGTCGCGGGCAGGAGAAGCTGCTTACCCCGCAGGACATCGTCCGCAACTGCCTGGCGGGAGACTCCGCAACCCAGCGAGTGGTTGACGATGCCGGCTTGGCAGTGGGCCGGGCCCTGGGCAACGTTTCCAACTTGATCAACCCTGAAGTGATTGTTGTCGGCGGACCCTTGGCAGGCCTCGGCGACCTGCTTCTGGACCCCATTCGCCGAGGTCTGGTCCGGCATGCCGTGCCCGTGGTGGGCGAAACGACCCACCTGGCAATGTCCTCCTTGGGAGCGAGGGCAGAGGCCCTTGGAGCGGCGGCCTTAGTGTTCCAACACGCAGGAATTACCGGCAGGTAA MPATQRSTKSQPRKPGSQSALRHLNQQRIIECLLSGPSTQAELSRQTGLSTATISNIVKIMQDAGLVSTEPTTSSGRRATNVRLNSNGAVAVGIDFGRRHLRVVLASLGYHVIAEDYIELPLGHRAEEGIAAAVPLLDKLLRANGIDRTAVVGAGAGIPGPIDRRTGTVAQGAILPEWVGIDILHRLEEALNCPVFVDNDANLGALSEVTWGPHSGVSNLMFLKIGSGIGAGLILNGLPYYGNVGITGEIGHATIHEHGLICRCGNRGCLETIASTTTMIELLGRGQEKLLTPQDIVRNCLAGDSATQRVVDDAGLAVGRALGNVSNLINPEVIVVGGPLAGLGDLLLDPIRRGLVRHAVPVVGETTHLAMSSLGARAEALGAAALVFQHAGITGR NA NA NA NA NA D3-18_03070 1569 xylG_1 COG1129 Xylose import ATP-binding protein XylG ATGACAACCCTCGACACGCAAGGTGAACCCATCCTTTTGGAAATGCGGTCCATCACCAAGGAATTTCCCGGAGTGAAGGCCTTGTCGAATGTGAGCCTGCGCGTAAAGGCTGGCGAAATCCACGCGATTTGTGGTGAGAACGGCGCTGGAAAATCCACCTTGATGAAGGTCCTTTCCGGCGTCTACCCCTACGGCAGCTACACGGGCGACATCGTGTACCAGGCCGAAACCCAGCAATTCAGGGACATCCGGGCAAGTGAAGCTGCCGGCATCGTGATCATCCACCAGGAACTGGCGTTGATCCCGGAGCTATCCATCACGGAGAACATCTTCCTCGGCAACGAACCTACCAAGTGGGGTGTCATCGACTGGGCAGAAGCGCGCAAACGTTCCTTGGAACTGCTGGCCCGAGTCGGGCTTCGTGAGGACCCTGACACGCCCGTCAAGGAAATCGGCGTCGGCAAGCAGCAGTTGGTGGAAATCGCCAAGGCACTGAACAAGTCCGTCCGCCTGCTGATCCTGGATGAACCCACGGCGGCGCTGAACGAATCCGACTCGCAACACCTGCTGGACCTGATCATTGGCCTGAAGGCCAAAGGCGTCACCTCGATCATCATTTCGCACAAGCTCAACGAGATCGAACAGATCGCTGACGAGATCACCATCATCCGCGATGGAAAGTCCATTGAAACGCTGAACGTCAAGCGCGACGGCGTGGACGAGGACCGCATCATCAAGGGCATGGTGGGACGCTCGCTTGAGTCCCGCTTTCCTGAGCACACACCGCAGATTGGCGACGTGTTCTTCGAGGTGAAGGACTGGACCGTGGCACACCCCCAGGTGCCCGACCGGCTGGTATGCAAGAACTCCTGCTTCACGGTTCGCCGCGGCGAAATCGTTGGCTTTGCCGGACTGATGGGTGCCGGGCGCACCGAACTGGCACGCAGCTTGTTTGGCCGCTCCTACGGCACATACATCTCCGGCCGGGTCTACAAGGATGGCAAAGAGGTGACCCTACGCAGTGTCCCCCAAGCCATCGACGCCGGCCTGGCCTACGTCACCGAAGACCGAAAGTCCCTCGGCCTCAACCTCCTGGACGACATCAAGACCACCACTGTGGCTGCCAACCTCAAAGCCATTACCCGCGGCCTGGTAGTGGACGACCGCGAGGAATACAGGGTTGCTGAGCAATACCGCAAGGATCTACGCACCAAGGCGCCCACGGTCAACGAAGGTGTTGCCAAGCTTTCCGGCGGCAACCAGCAGAAAGTTGTGCTGGCCAAGTGGATGTTCACTGATCCGGATTTGCTCATCCTTGATGAACCCACCCGAGGCATCGACGTCGGAGCGAAGTACGAGATTTACGGCATCATCCAGCAACTGGCCAGCCAAGGGAAGGGCGTCATCGTCATTTCCAGTGAGCTGCCGGAACTGCTGGGCCTGTCCGACCGGATTTACACCATCTTCGAAGGTTCCATCACCGGAGTCCTGGACAAAGACCAGGCCGACCAGGAAAGCCTCATGAAGCTCATGACGCAGCCCGCGAGGCCACAGGCTTCCGTAGCTTGA MTTLDTQGEPILLEMRSITKEFPGVKALSNVSLRVKAGEIHAICGENGAGKSTLMKVLSGVYPYGSYTGDIVYQAETQQFRDIRASEAAGIVIIHQELALIPELSITENIFLGNEPTKWGVIDWAEARKRSLELLARVGLREDPDTPVKEIGVGKQQLVEIAKALNKSVRLLILDEPTAALNESDSQHLLDLIIGLKAKGVTSIIISHKLNEIEQIADEITIIRDGKSIETLNVKRDGVDEDRIIKGMVGRSLESRFPEHTPQIGDVFFEVKDWTVAHPQVPDRLVCKNSCFTVRRGEIVGFAGLMGAGRTELARSLFGRSYGTYISGRVYKDGKEVTLRSVPQAIDAGLAYVTEDRKSLGLNLLDDIKTTTVAANLKAITRGLVVDDREEYRVAEQYRKDLRTKAPTVNEGVAKLSGGNQQKVVLAKWMFTDPDLLILDEPTRGIDVGAKYEIYGIIQQLASQGKGVIVISSELPELLGLSDRIYTIFEGSITGVLDKDQADQESLMKLMTQPARPQASVA PGPT0016530_171 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 D3-18_03071 1287 xylH_1 COG4214 Xylose transport system permease protein XylH ATGAATCCATTGAAAAGGATCTTCGGCGGAGACACCCGCCAGTTTGGCATGATCATCGCACTTGTTGCGCTGGTGTTGTTCTTCCAGACATTCACGGGGGGCAAGGTCCTCACCCCCACAAACATGATCAACCTGTTCAACGGCAACTCCTACATCCTGGTCCTGGCCATTGGCATGGTCATGGTCATCATTGCTGGGCATATCGACCTTTCCGTTGGTTCAGTCGCCGCTGCTGTAGGCATCGTTGTGGCAATATCCATGCGGGACTGGGGCTTTCCATGGTGGGGTGGTATCCTGCTCGGTTTGGCGTTGGGGGCAGTCATCGGTGCATGGCAGGGATTCTGGGTCGCTTACATCGGCATACCCGCCTTCATCGTCACACTTGCCGGAATGCTCTTGTTCCGCGGCCTAAACCAGTTCATTGGAAAATCGCTCACCATCCCGGTGCCGGAAGAATTCCGGATTATGGGAGCCGGATTCCTTCCTGAAATCGGCAGCTTTGCACGTTACAACTGGCCCACGGTCATCATCGGCGTTTTGCTGATCGCCGTCCTCGTGGTCCTCGAATTCCGCAAGCGGAGCGTCGAGAAGAAGACGGGCGCCACCCCTGATCCTCTCTGGGTACCCATCGTGCGCCTCGGACTCCTGGCCGCCGCGCTCCTTTACGTCACTTGGCTATTCTCGACCGGCCGCTACGGTACGTCCTTCCCGGTCTCCGGATTGATTCTGGTGGGCCTCGCCGCACTCTACGTCTTCATCACCACCAAGACCGTGGTGGGTCGCCATGTCTACGCCGTGGGTGGTAACCGCCACGCCGCCGAGCTGTCCGGGGTGAAGTCCAAGAAGGTCAACTTCCTGGTGATGATGAACATGTCCATACTGGCCTCCCTCGCCGGCATGATGTTCGTGGCCCGGTCCACCAGTTCAGGACCTGCAGACGGCGTCGGCTGGGAACTCGACGCGATTGCAGCTGTCTTCATCGGCGGCGCTGCTGTCAGCGGCGGCGTCGGCACGGTTGTGGGATCGCTCGTCGGTGGCTTGGTGATGGCCGTTTTGAACAATGGGCTGCAGCTCCTGAGTGTTGGTGCGGATGCGCAACAGATGATCAAGGGCCTGGTGCTCTTGCTCGCCGTTGCCGTGGACGTTTACAACAAGAGCCAGGGCCGGCCTTCCATCATTGCCCTGTTGACCCGAGGCTCACGCGGCGGCTCCAGGCCAGAACCATCCGCCAAGACTGAAACCACCAAGACCTCCGAACTCATCTCGCCGTCCGGTCCGGCCAACTAG MNPLKRIFGGDTRQFGMIIALVALVLFFQTFTGGKVLTPTNMINLFNGNSYILVLAIGMVMVIIAGHIDLSVGSVAAAVGIVVAISMRDWGFPWWGGILLGLALGAVIGAWQGFWVAYIGIPAFIVTLAGMLLFRGLNQFIGKSLTIPVPEEFRIMGAGFLPEIGSFARYNWPTVIIGVLLIAVLVVLEFRKRSVEKKTGATPDPLWVPIVRLGLLAAALLYVTWLFSTGRYGTSFPVSGLILVGLAALYVFITTKTVVGRHVYAVGGNRHAAELSGVKSKKVNFLVMMNMSILASLAGMMFVARSTSSGPADGVGWELDAIAAVFIGGAAVSGGVGTVVGSLVGGLVMAVLNNGLQLLSVGADAQQMIKGLVLLLAVAVDVYNKSQGRPSIIALLTRGSRGGSRPEPSAKTETTKTSELISPSGPAN PGPT0016525_92 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 D3-18_03072 1098 chvE_1 COG4213 Multiple sugar-binding periplasmic receptor ChvE ATGCGAAAGATCGCCAAAACCCTGACTGTGCTGGCCGCCATTGCCACGCTGTCGCTGACCGCTTGCGGGCGTTCGGACGTCGATGCCGAGGCCGCTAAGGCCGGGACGGGGCTGTCCGGCTTCGCCGCCGACTCCGTCATTGGTGTCGCACTTCCCAAGAAGACCTCGGAAAACTGGACGCTGGCAGAAAATCTGTTCAATGACGGCCTGACCAAGGCCGGATACAAGCCCAGTGTGCAGTTCGCCAGCGGCGGTGTTTCTGATCAGCAGAACCAGATCAGCGCCATGATCACCTCAGGCGCCAAAGTCATCGTGGTCGGTGCCGTTGACGGCGCCCAGCTCGGTGCCCAACTGCAGCAGGCCAAGGATGCCGGCGCTGTCATCATCGCCTACGACCGCATGCTGACCAACACCGCAGCCGTGGACTACTACGTGGCCTACGACAACTTCGAGGTTGGAAAACTTCAAGGCGAGGCACTCCTGAAGGGCCTCGCTGCCAAGAAGCCCGCCGGCCCGTACAACATCGAACTCTTTGCCGGTTCCCCGGATGACGCCAACTCCAAGGTGTTCTTTGACGGCGCCATGAGCGTACTCCAGCCGAAGATCGCTGATGGGACGCTGAAGGTTGTTTCCGGTCAAGCCGACTTTGGTCAGGCTGTGACACAGGACTGGAAGGCAGAGAACGCCCAGAAGCGCATGGACTCACTGCTTTCGGGCAGTTACGCCTCCGCTCAGTTGGACGGGGTCTTGTCCCCCAACGACATGCTCGCCCGGGCAATCATCACCTCGGCGAAGTCCGCCGGCAAGAGCGTCCCGGTTGTCACAGGTCAGGACTCCGAAGTTCAGTCCGTGAAGTCCATCATGGCCAACGAGCAGTACTCCACCATCAAGAAGGACACCCGCAACCTGGTTGAGCACACCATCACCATGGTCAAGGACCTGCAGCAAGGCGTTGCTCTGGAAGTGAATGACAACAGAAACTACAAGAACGAGTTCAAGCGCGTTCCTGCATACCTGCTGCCTCCCGTAATCGTGACGGCAGAGAACGTCAAGACGGCTTACGTTGACGATCCGGAACTCGGCCCGATCACCAAGTAG MRKIAKTLTVLAAIATLSLTACGRSDVDAEAAKAGTGLSGFAADSVIGVALPKKTSENWTLAENLFNDGLTKAGYKPSVQFASGGVSDQQNQISAMITSGAKVIVVGAVDGAQLGAQLQQAKDAGAVIIAYDRMLTNTAAVDYYVAYDNFEVGKLQGEALLKGLAAKKPAGPYNIELFAGSPDDANSKVFFDGAMSVLQPKIADGTLKVVSGQADFGQAVTQDWKAENAQKRMDSLLSGSYASAQLDGVLSPNDMLARAIITSAKSAGKSVPVVTGQDSEVQSVKSIMANEQYSTIKKDTRNLVEHTITMVKDLQQGVALEVNDNRNYKNEFKRVPAYLLPPVIVTAENVKTAYVDDPELGPITK PGPT0015735_439 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 D3-18_03073 1464 hypothetical protein GTGAGCGTCCTTGCCCGAAGCGTAGGCAATGCCTTCCGCAACAAAATCAGAACGGCGGCGGTTGTCGCCGTGCTGGCCGTAGCCATCGGCCTGGCACTGGCCATGCTTGTGGCCAACCAGGCAGTGGGCGCCAAGGTCCAGGAGCTCAACGCCTCCGTTGGCACCACCTTGACGGTGAATCCGGCGGGCGGTCAAGGCTTCGAAGGTGGCGGCGAACCCCTCACGACGGCGGAGGCTGAGACTGCGGCGTCGGTGGCCAACGTGACGTCAGTAGTTGGCACCAAGGCACTGCGCCTTCAGACAGCGACCACCACGACAGGGACCACCGACGCAGCCACCACACAGCAGACCGGCCCGGGCGGCTTCGGTCCCGGCGGGCAGCAGGCGACGGTCAGCACCAACCTGACGGCCGCCGTCGACGCCGGCACGCTCGGCAACCGGAACAACGCGAGCGGCACAACGGGCACAACTACCCAGCCCGCGCGCACCCTGCCGATCACCGCTACGGGCATCGGCGCCGAAGTGGACAGCACCGGCAAGGCCCTGGAGATCACCAGCGGCACGGGCCTGGGCGACTACACGGCATCCGAGGCGAAGGCTCTGGTGGGCACGTCCTTGGCTGAGAAGAACGGCCTGACCGTAGGCTCCACGTTCACCATCCAGGACACGACCTTCACGGTAGCGGGAATCTTCGACGCCGGAACCACGTTTGGGAACAACGCCGTTTATGTCACGCTTCCTGAAGCGCAGACGCTGGCGGGGACCTCGGATGAGCTGTCCACCATGATCGTCACGGTCAACAGCATGGAGAACGTGGACAGCACCAAAACTGCCGTTCAAGACGCGCTCGGCACCGAAAGGGCCGACGTCACCCAAGGCCAACGCAACCTCGAAACCGCCGTCAGCTCACTGGACAGCGTCAAGAACATCTCGATGATCGCCTTCATCGCGGCCCTAGCAACCGCTGGAATCATCATCCTGCTCATCATGGTCATGCTGGTCCGCGAGCGCCGGCGCGAAATCGGCGTCCTGAAGGCCATCGGTGCCCGGAACCGCACTATCGGCCTGCAGTTCGTCCTCGAGTCATTGGTCCTGGTTGCCTTGGGCAGTGTTGTGGGCGCTGTGATCGCTTCGCTGGCCAGCGGTGGTATCGCGTCGGCACTCATTAGTTCAAACACCACCACGACGGCGGCCACCACCACCCAGCGCGGCGGCGGACTTGCAGGGGCCATGCCCAACGGCACAGTCCCGGGCGCCGGGATGCCTGGCGGTGGAATGGGCGGCGGCCAGGGTGGCCCCTTCGGCGGAGCGTCGCAGTTGCTCACCTCCGTCACGGCGAGCGTCTCCCCCGGCGTCCTCGCTGCAGGCATCGCCGCAGTCTTCGCAGTAGCCATCATCGGTGCGCTGGTCCCGGCACTGCTGACCGCCCGCATCCGTCCCATCGAAGTACTCCGAGGAGAATAG MSVLARSVGNAFRNKIRTAAVVAVLAVAIGLALAMLVANQAVGAKVQELNASVGTTLTVNPAGGQGFEGGGEPLTTAEAETAASVANVTSVVGTKALRLQTATTTTGTTDAATTQQTGPGGFGPGGQQATVSTNLTAAVDAGTLGNRNNASGTTGTTTQPARTLPITATGIGAEVDSTGKALEITSGTGLGDYTASEAKALVGTSLAEKNGLTVGSTFTIQDTTFTVAGIFDAGTTFGNNAVYVTLPEAQTLAGTSDELSTMIVTVNSMENVDSTKTAVQDALGTERADVTQGQRNLETAVSSLDSVKNISMIAFIAALATAGIIILLIMVMLVRERRREIGVLKAIGARNRTIGLQFVLESLVLVALGSVVGAVIASLASGGIASALISSNTTTTAATTTQRGGGLAGAMPNGTVPGAGMPGGGMGGGQGGPFGGASQLLTSVTASVSPGVLAAGIAAVFAVAIIGALVPALLTARIRPIEVLRGE PGPT0013350_11513 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004 NA NA D3-18_03074 693 lolD_3 COG1136 Lipoprotein-releasing system ATP-binding protein LolD GTGATCGTAGTCAAGGACCTGGTCCGTCAGTTCAAGTCCGGTGATCGGACCATCAAGCCAGTAAACGGGGTCAGCTTTGAGCTCGACAAGGGCTCGCTGGCGTCCATCGTCGGCAAGAGCGGCAGCGGCAAAAGCACACTGTTGTCCCTCCTGGGTGCGCTGGACAAGCCCACCTCGGGAGACGTCGTCGTGGACGGCGTCAGCCTGGCCGGGCTGCCGGACGCCAAGCTGACCGAGTACCGCCGCCGGGACATCGGCTTCGTGTTCCAGCAGTTCAACCTGATTCCCAACCTCAGTGCCGTGGACAACGTCATGCTGCCCATGGAGTTCGCGGGCATGCGCAAGGCAGCACGGCTGCAGCGGGCCAAGGAGCTGCTGGAGCAGGTGCAGTTGGATCCGGAGAAGCACACGCGCCGCACCAACCGGCTATCAGGTGGCGAGCAACAGCGCGTCGCAATTGCCCGTGCTTTGGCCAATGAGCCCAAGCTGATCCTCGCCGATGAGCCCACCGGAAATTTGGATGAGCAAACCGGCGAGCACATCATCGAGCTGTTGAGTTCCCTGAGCCGCGATCACAACACCACCATCCTGGTGGTCACGCATGATCGCAGCCTGGCGCAGAAAACCGAGCGCTGCTTCCGTCTTCAGCAGGGCAGGCTCACCGAGGAGGTCAGAACCGGATCGCGTCGATGA MIVVKDLVRQFKSGDRTIKPVNGVSFELDKGSLASIVGKSGSGKSTLLSLLGALDKPTSGDVVVDGVSLAGLPDAKLTEYRRRDIGFVFQQFNLIPNLSAVDNVMLPMEFAGMRKAARLQRAKELLEQVQLDPEKHTRRTNRLSGGEQQRVAIARALANEPKLILADEPTGNLDEQTGEHIIELLSSLSRDHNTTILVVTHDRSLAQKTERCFRLQQGRLTEEVRTGSRR PGPT0013345_11231 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D3-18_03075 1182 macB_2 Macrolide export ATP-binding/permease protein MacB ATGACCGGCTTCATTTCCACGCTCGTTGAAGCGTGGCAGGAACTCCGCATCAACAAGGTTCGCATTCTCCTGGCCCTGCTGGGTGTTGCCCTGTCCGTTGCCGCGTTGACGTCGGTGGTGGGCGTAGGCAGTTTGGCCCGGGAAGGCATGAAAGTTCAGTCCGAACGTAACGGCGGCCGGGTGGCCACACTGTCCTTGAACGTCCAGGGGCCAACCATGCCGGACCCGGAAAAACTTGAGAAGGCCTACCAAGGTATTCAACAGCGCTACGGCATCACTACCTCCACGCACGTCAGCCAGACCCAGGCCGGCTTTCAATTTCCCCGCGGTGTAACAACCGTGAATATGACCATTGTGGATGTCGGCTACGGCATCATCCACCGCGTTCCGCTTCAGCAAGGAAGCTGGTTCGCTGCAGACGACGGCAAAAGGCTCGCACCCGCCGTCGTCGTCTCTGAATCCTTCTATAACCAAGCGGGAAGGCCCAACCTCACCACCCATCCCACGGTGAGCATCCCTGGTGACCAGCCAGCGACGGCGGTAATGATCGGCGTCGTACCTGATTCCTACCCGGACTCGCCGCCTTCCGCGTTCATTCTTGCCGAGGGTGCGGCCATGACCGGAATCAAGCCGCAGATGTCCGAGTTCAAAATCTGGGTTGGCGAGGCACAAGCCGGAGCCCTCACCGCAGCAATTACCGCCGATCTCCAAGGCCAGTTCCCCGGCTATTACGCCCAAGCCAACCGCATGGATTATGCAGCATGGGGAGATCCCTTGGCTCCCGTCCAACTGGTGGTGGGCGGCGTGGCCGGGCTGGTGCTCCTGCTCGGAGCCGTGGGGATGCTCAACATCTCCATGGTCACTGTGCGCTACAGGGTCCGCGAAATCGGCATCCGGCGCAGCTTCGGGGCAACGTCCGGGCGGATTTTCGTGGGCGTCATGATGGAATCCGTGGTGGCCACCGCAGTCGCCGGCCTGGCGGGAGTCATGCTGGCAGTCGCGGTGGTGAAGCACCCGTGGATCGAATCGAAGGTAGCGCCGGGACTCACCGAGTACCCGGCCTTCCCCATCGACGCCGCGCTGATGGGCTTTGGCGCGGCTGTCCTTGTGGGCGCACTCGCCGGAGCCATCCCTGCGCTCGTGGCGGTGCGCGTCAAGGTCATCGACGCGATCCGGTTCTGA MTGFISTLVEAWQELRINKVRILLALLGVALSVAALTSVVGVGSLAREGMKVQSERNGGRVATLSLNVQGPTMPDPEKLEKAYQGIQQRYGITTSTHVSQTQAGFQFPRGVTTVNMTIVDVGYGIIHRVPLQQGSWFAADDGKRLAPAVVVSESFYNQAGRPNLTTHPTVSIPGDQPATAVMIGVVPDSYPDSPPSAFILAEGAAMTGIKPQMSEFKIWVGEAQAGALTAAITADLQGQFPGYYAQANRMDYAAWGDPLAPVQLVVGGVAGLVLLLGAVGMLNISMVTVRYRVREIGIRRSFGATSGRIFVGVMMESVVATAVAGLAGVMLAVAVVKHPWIESKVAPGLTEYPAFPIDAALMGFGAAVLVGALAGAIPALVAVRVKVIDAIRF PGPT0013350_18206 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004 NA NA D3-18_03076 729 btuD_12 Vitamin B12 import ATP-binding protein BtuD ATGGACGAATCACCTAAAGAAACCCTCGTCAGTCTCAGGGCAGTCACCCGATCTGTCAGGCTGCCCGACGACAAGCAGCTGAATATTCTCCGGGGTATCGACCTCGAGGTCCGCAGCGGAGACCACACAGCCATCGTGGGCCGTTCCGGCTGCGGCAAGTCAACACTGCTGAACCTGCTTGGCCTCCTGGACATCCCGACGTCGGGCGAGCTGGATTTCCTAGGCCAGCCCGCAAACCGGCTGGGCAACAACGCCCGCGCCCGGCTGCGGGGCTCCAGGGTGGGCTTCGTGTTCCAGCAGTTCAACCTGTTGCCCGGACGCAGTGCGCTGGACAACGTCATTACGCCGCTCTTCTACGCCAAGGGCAAGGAGTTCTGGCGGCGTCGCGAGATTGCCATGGACATGCTGGACCGGGTTGGCCTGGCCTCCCGCGCCAAGACCATGCCCAACATGCTGTCCGGTGGCGAGCAGCAGCGCGTAGCTATCGCCCGTGCCTTGGTCCGCAGGCCGAGGCTGATCCTCGCCGATGAACCAACCGGTGCGCTGGACGTGGAAACCGGGCAGTCGGTGATGGCCCTGTTGGATACTGTGGCGACGGAAACGGCCGCCGCGCTGGTGACCATCACGCACGACACCAATGTGGCAGCCCTGGCCCGCGCCTGCTACCGGCTGGATTCCGGGGTGCTCAGCCCGCTACCGGCACCGGCAGCGGCAGGAGTCGGCGCATGA MDESPKETLVSLRAVTRSVRLPDDKQLNILRGIDLEVRSGDHTAIVGRSGCGKSTLLNLLGLLDIPTSGELDFLGQPANRLGNNARARLRGSRVGFVFQQFNLLPGRSALDNVITPLFYAKGKEFWRRREIAMDMLDRVGLASRAKTMPNMLSGGEQQRVAIARALVRRPRLILADEPTGALDVETGQSVMALLDTVATETAAALVTITHDTNVAALARACYRLDSGVLSPLPAPAAAGVGA PGPT0013345_4934 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013345-ABC_CD_A-K02003 NA NA D3-18_03077 1095 hypothetical protein ATGGGTACTTTTCGGCGTGTCATTTTGCCGGTTGCCTGGTTGTTGGTTTTCGCGATTATTGCGGTGGCCTTGGTTAAGATCGCTTTTGTGGATGGCCTGGAATCGGCCGCTGCCGAGCCCGCACCTTTGGCTCAGGTGGATATCCCGGTAGTCCCGGCCACTCGAGCTACCGTTACGAACACCGTGGAAATCAAAGGCACCGTTCAGAGCGATGCAGCCGAAACTGTCCGCAGCACATCAGCGGGAAAAGTGGTCCAGATTTTCGTTGAGCAGGGCGCCACCGTCGCCAAGGGTGAGGTCCTTTTCCAAGTCAAGGCGGAGCGCGCGGTTACCCCCACGCAGACTTCACAGGAGGGGCCGCAAACAGCTCCCAAGCCCGTGTACGACTACTTCGACATCCTCGCTCCGAGTGCCGGAACCTTGCAGCAGCTCACAACCCTCATTGACCAGCAGGTCACTGTGGGCGAGTCCGTGGGCAAGATCGATCCCGGAACGTACACCGTGGCGGGATCCGTCACCGCCGCGCAGCAGTACCGCCTGCTGGGCAAACCCGGTCCTGCGGAAATCGCTTTGGTAGGTGGACCGGCGCCGTTCCAGTGCGCCGACGTGACGCTCAAGAACAACTCGTCCGACGACGGCGGGGCTGCCTCGGGCGGGCTGGCCGCCACAGGTGGAGGTGCCGGGATGGGCGTGGGCGCAGCGATTGCGGGTCCCGGCGGAGGCAACCAACCGGAAGAGGGCGGCACTCCCACGGGAACGCTGAGCTGCCCGATTCCTTCAGGCCAACAGGTCTTCGCAGGACTTGGCGCCACCATGACGGTCAGTGCCGGTGTTGCCCCCGACGTAGTGACTGTTCCTCTGACATCCGTGAAGGGCAGCGTGAAGGACGGGATTGTGTGGATCGCCGGGCCGGGAGGAACGGGTGCCGCGCCCGAGCAGCGCACTGTCCAGCTGGGGCTCAACGACGGCTCTGTGGTGGAAGTGACCTCCGGCCTGACCGAAGGCGAACAGGTCTTGGAATTTGTTCCCGGGGCACCGGCCGTTGAAGGTCCCATGATGGGTCCGGGCCAGGCCGCCTACGGCCCGATGGGCTAG MGTFRRVILPVAWLLVFAIIAVALVKIAFVDGLESAAAEPAPLAQVDIPVVPATRATVTNTVEIKGTVQSDAAETVRSTSAGKVVQIFVEQGATVAKGEVLFQVKAERAVTPTQTSQEGPQTAPKPVYDYFDILAPSAGTLQQLTTLIDQQVTVGESVGKIDPGTYTVAGSVTAAQQYRLLGKPGPAEIALVGGPAPFQCADVTLKNNSSDDGGAASGGLAATGGGAGMGVGAAIAGPGGGNQPEEGGTPTGTLSCPIPSGQQVFAGLGATMTVSAGVAPDVVTVPLTSVKGSVKDGIVWIAGPGGTGAAPEQRTVQLGLNDGSVVEVTSGLTEGEQVLEFVPGAPAVEGPMMGPGQAAYGPMG NA NA NA NA NA D3-18_03078 1071 iolU_3 COG0673 scyllo-inositol 2-dehydrogenase (NADP(+)) IolU ATGACACTTCCTATCGCCGTGCCGTGGCTTTCCACCCAAACCAACCAGGATCCCCGGGCAGCCACCGGCCGGCCCCTGCGATGGGGAGTGGTGTCTACAGGCAACATCGCCAACAGCGTTTCCCAAGACTTGGCGCTCCTTGAAGACGCGGAGCTGTACGCCGTGAGCTCCCGCACCCAGGCTGCCGCGGATGCGTTCGCCCATACGCTCGGCTTCACCAAGGGCTACGGGGACGACGACGGCGTACCCGGCTACCAGCGCTTGTTCGACGATCCCGCCGTGGACGTGGTCTACGTTGCTACGCCGCATGCCCAGCACTTCCGGATTGCATCCGCCGCTTTGAGGGCCGGGAAGCACGTGCTGTGCGAAAAGGCCCTCACCATCAACGCCCGCGAAGCCAGCGAACTGGTGAAACTTGCCCGGGAACAGAACGTGTTCTTCATGGAAGCCGTATGGAGCCGCTTCCTGCCGAGCATGCAGCGGGCGTTCGAGATCGCGGCCTCCGGCGAGCTGGGACAGATCCAGTGGGTCAGCGCCGACCTCGGATTCCCAGCACCGTACGATCCCGCCGCACGGATTTGGGCCCTCAACGACGGCGGCGGGGCACTCCTGGACATCACCGTATACCCGTTGCTCTGGGCACTGGGAACGTTGGGCTTTCCACAATCGGTCACCGCGATCGGCACCCTCAACGAGGACGGCGTGGACAGCCAGAACGCACTGACCCTCGGCTACGACACGGGTGCCCAGGCGCAGCTGACGTCGTCGTTGATGGCGCATGGGCCTCGGACCGCGACGGTGGCCGGCGGGCTCGGGTTCCTGCAAACCGTGGGCTCCGTGAACAACCCCCGTGAGCTGATGATCCGGATTGGTTGGGACGAGCCGCGTCGCGAACATTTTGACGTAGTGGGCATCGGCTACACCTACGAACTCCGGGAAGTGACCCGCTGCATCCAGCAAGGCCTCACCGAGAGCCCGGTCATGCCGCTGGAGGACTCGGTTAACGTCATGCGCCTTTTCGACGGCGTGCGGTCGCAGCTCGGGATTCGGTACCCCAACGACGCCAGGTAA MTLPIAVPWLSTQTNQDPRAATGRPLRWGVVSTGNIANSVSQDLALLEDAELYAVSSRTQAAADAFAHTLGFTKGYGDDDGVPGYQRLFDDPAVDVVYVATPHAQHFRIASAALRAGKHVLCEKALTINAREASELVKLAREQNVFFMEAVWSRFLPSMQRAFEIAASGELGQIQWVSADLGFPAPYDPAARIWALNDGGGALLDITVYPLLWALGTLGFPQSVTAIGTLNEDGVDSQNALTLGYDTGAQAQLTSSLMAHGPRTATVAGGLGFLQTVGSVNNPRELMIRIGWDEPRREHFDVVGIGYTYELREVTRCIQQGLTESPVMPLEDSVNVMRLFDGVRSQLGIRYPNDAR NA NA NA NA NA D3-18_03079 441 hypothetical protein GTGAAATTCCTGCACCCGTCTCCCAAGTCCTCTGCTCGCGGAGTCACCATCCTGCGAGTGGTGTTCGGTGCGCTCCTGATGGTGCACGGCTTCCAGAAGTTCATGGCCGGGCATGCTGCATTCGCGGCGTCGGTAGCTGCCATGGGCGTGCAGAAGCCGGAGATCGTGGCGTGGCTGGTGATCGCCGGTGAGCTGGGCCTTGGCCTGCTCCTGGTGCTGGGCGCCCTGACCCGGGTGGCCGGATTCCTGGCTGCGATCATGTTCGCGGGGATCTGGTTCGTCACGGAAGCGGGAAAACCCCTGCTCACCGACAAGTCCGGCGTCACCGCCGAGCTCCTGATCGTTTACGTCGCCATCTCCATAGCGTTCGTCTTCCTTGGCCCCGGCGCGCTGTCCTTGGACCGCAAGCTGGCAAGGCAACCTGCCCGCCAAGGGCGTTAG MKFLHPSPKSSARGVTILRVVFGALLMVHGFQKFMAGHAAFAASVAAMGVQKPEIVAWLVIAGELGLGLLLVLGALTRVAGFLAAIMFAGIWFVTEAGKPLLTDKSGVTAELLIVYVAISIAFVFLGPGALSLDRKLARQPARQGR PGPT0028505_3129 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 D3-18_03080 672 phnX_1 Phosphonoacetaldehyde hydrolase ATGATTCAGCTTGTTGCCTGCGATATGGCCGGAACCACCATCGACGAACACGGCGACGTTTACGTAGCCCTTGCCCGCTGCGTTGAAGAAACGGGGGTGACCACCACGGCAGAGGCTGTGCAGGAGTGGATGGGCGCGGACAAGGTTGAGGCCATCACCGCGCTGATTAAAGCCGGGGGAGGAACGGCCACGCCCGAAGTAGTGGCTGCCGCCTTCAAGCGCTTCAAGGAACTGCTCGTGGAGTTCTACGACGCCAACCCGCCGGTTGCGCTTGAGGGTGTAGAAGACGCATTCCGGGAACTCCGCCGCCTAGGCATCAAGGTGGCCCTGACTACCGGCTTCTCGCGCGACGTCGCCGAGCCCCTCCTTGAGCGGCTGGGCTGGAGCGTCGACGACGATAACCTGCTGGACGCCGTCGTATGCTCCGACGAAGTGGCCGCTTGCCGGCCGGCACCGCACATGATCCACCGGGCCATGGAACTGACGGGTGTGCAGGACGTCCGCGCCGTTATCGCTGCGGGAGATACCGTGAACGACCTCGCCGCAGCTAACAACGCGGGCGTCACCGCCGTGGGTGTCCTCACCGGCAAGCTGGACCGCGACGCTTTGGCCGCGCACCCGCACCACCACCTTCTGGACGGTGTGAAGGACATTCCTGCGCTTCTGTCCTAG MIQLVACDMAGTTIDEHGDVYVALARCVEETGVTTTAEAVQEWMGADKVEAITALIKAGGGTATPEVVAAAFKRFKELLVEFYDANPPVALEGVEDAFRELRRLGIKVALTTGFSRDVAEPLLERLGWSVDDDNLLDAVVCSDEVAACRPAPHMIHRAMELTGVQDVRAVIAAGDTVNDLAAANNAGVTAVGVLTGKLDRDALAAHPHHHLLDGVKDIPALLS PGPT0001730_3728 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0001730-gph-K01091 NA NA D3-18_03081 717 yurK COG2188 putative HTH-type transcriptional regulator YurK ATGCGTCGGATCACTGATGGCGATTGGCCTCCGGGCTTCCAGCTGCCCAGCGAGGCGGAGCTGTGCCGCGAGTTCGGAACGTCGCGCGGTCCGATTCGCCAGGCACTCGCCTTTCTGCGATCTGAGGGTGCGGTGACCGGTGGCCGAGGCCGACCTCCCATGGTTCGTTCGTCGGTGCCGTCGCAGTCCTTCTCCACTTTCAACTCGTTCACCGAATGGGCCAGCGGGATCGGCAAAAAGCCCGGCCAGCGGACTCTGGAAGTAGCAAGGCGGGAAGCCAGCCCGGAAGCGGCGGAGGCACTTGGCTTGATGCCCGGGACCACCGTCGTGGAGGTCTTGCGCGTCCGCTATCTGGATGAGGCTCCCGCCATGATCGAACGCACCACGTTCATCCTGGACGTTGGCCGGAAGCTGTTCGACTTCGACACCGATTCCGGGTCCATCTTCGCGTTCCTCAAGGAACAAGGCGTGGACCTGCACAGTGCCCGCCACACCATCGACGCCGTCGCCGCCAGTGACGAGGACGCCGAACTGTTGGAGCAACCCGAGGGCATTCCGCTCCTGCGCGAACGCCGCATCACCCGATCCGCCGATGGGCAACCCCTCGAATACTCCGAGGACCGCTACCTGCCGGCTTTGACCAACTTCACCATCGACAACACCGTGGACCGCCGGGCCGCCCTGGTCCGCATCCACACTGAAGGAGCCACCCCATGA MRRITDGDWPPGFQLPSEAELCREFGTSRGPIRQALAFLRSEGAVTGGRGRPPMVRSSVPSQSFSTFNSFTEWASGIGKKPGQRTLEVARREASPEAAEALGLMPGTTVVEVLRVRYLDEAPAMIERTTFILDVGRKLFDFDTDSGSIFAFLKEQGVDLHSARHTIDAVAASDEDAELLEQPEGIPLLRERRITRSADGQPLEYSEDRYLPALTNFTIDNTVDRRAALVRIHTEGATP NA NA NA NA NA D3-18_03082 1257 mnmC tRNA 5-methylaminomethyl-2-thiouridine biosynthesis bifunctional protein MnmC TTGATTCCCCTTCCCGGAGCGGCCAATGTCAGTGGTGTGAACAACCCGAGCACCTCTTCCAAAGCCGCCAACAGCAGCCCAAGCCAGCCTGTCGACGTCGTAATTGTCGGCGCTGGAATTGTGGGACTGGCCCACTCCGCCCACGCTGTTGCCAACGGCCTGACCGTCACCATCATCGAGCGTGACCACCACGCTGCCGGCGCTTCCGTGCGCAACTTCGGCCACTGCTGCATCACGGCCCAATCCGGCGAACTATATGAACTCGCGCAGACCTCGCGGAAGTACTGGCTCGAGTTTGCCCAACGCGCCGGATTCTGGGCGGCCGAAGCCGGAGCCGTGGTCCTTGCCCGAACTGAAGCCGAAATGAAGGTCTTGCGTGAACTCTCCGCGGTGCGGGAACCGGGACAGGTCGAGCTGCTGTCCCCCGCCGGGACGCGGGCCCGGTTGGCTGGTTCTGTGTCCACCGCTGAAGAAGCGCACGACGACGGCGGTACTTCAGGCGGCGAATGGCCCGGCTTGGTAGGCGGCGCCTTCCTCCGGGACGACCTGCGGGTAGATCCCCGCACCACGGTGGCAAAGTTGGCCGAGTGGCTAAGCCAGCAGCCCGGCGTCGAACTTCATTGGAACACGGCCGCGCTGGGCTTCAACCAGAATGCTGACGGTGTCACCGTCCAGACGTCGCGCGGCGACCTCCGTGGGCGGCAGGTCTTCGTGTGCGTCGGCCACGACGTCGATTACCTCTTCCCGGACCTTGCCGAAGAACACCGGATCCAGCGGTGCGCGCTGCAGATGTCGCTGGCGGCCAAGCCCACCGGCGTCGAGTTCGCGCCAGCGGTTCTCACAGCGACATCGATGCTCCGGTACCCGGCTTTCACGGACATGCCCGCTGCTGCAGCCCTGCACTCCGAAGTATTGGAGAAGCAGCCGGAACTGCTGGAGATCGGCGCCAATGTCATGTTCACCCAACGCCCCGACGGCACCATCATCCTGGGCGACTCGCACCATTACCACCGCACGGCCGATCCCTTTCTGGACGAGTCCGTGACCGACACACTCAACTCTGAAATCACCGGCCGGATCGGTGAACCGCTGGAGATCATCCAGCGCTGGCAGGGCATCTACGCGTCCTCGGACGTGGCACCGATCCTGGTCCGCGACGTCCAGCCCGGCGTCACGGTGGTGTCCGTGACCTCCGGCGTCGGCATGACCCTTTCCTTCGGCCTGGCACACCGCAACGTGTCGCGCCGCCTGCACTGA MIPLPGAANVSGVNNPSTSSKAANSSPSQPVDVVIVGAGIVGLAHSAHAVANGLTVTIIERDHHAAGASVRNFGHCCITAQSGELYELAQTSRKYWLEFAQRAGFWAAEAGAVVLARTEAEMKVLRELSAVREPGQVELLSPAGTRARLAGSVSTAEEAHDDGGTSGGEWPGLVGGAFLRDDLRVDPRTTVAKLAEWLSQQPGVELHWNTAALGFNQNADGVTVQTSRGDLRGRQVFVCVGHDVDYLFPDLAEEHRIQRCALQMSLAAKPTGVEFAPAVLTATSMLRYPAFTDMPAAAALHSEVLEKQPELLEIGANVMFTQRPDGTIILGDSHHYHRTADPFLDESVTDTLNSEITGRIGEPLEIIQRWQGIYASSDVAPILVRDVQPGVTVVSVTSGVGMTLSFGLAHRNVSRRLH PGPT0020390_126 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0020390-lhpB2-K21061 NA NA D3-18_03083 915 hypothetical protein ATGAAAACCACGCACCTCACCGGTTCCGCGCTTGCCCTGGCCACCGTTCTGGCGCTTACTGCCTGCGGCGGCTCGGCACAGTCCTCCCCCGAAGCCACAACGGCTACCTGCCCGAACGGCGAGATCAAGTTCGGCATCGAGCCCTATGAGGACCCGGCCAAGCTCAAGCCGGCTTACGATGTCCTGGCTGCAGCCCTGTCCAAGAAGCTCGAATGCCCGGTCAGCGTCCAGGTTGTTGAGGACTATGCCGCCGAGGTGCTGGCCATGCGCAACGGCAAGCTGGACCTGGGCCAGTTCGGCCCCTTGGGCTACGTGTTCGCAGACGCCAAAGCGGGTGCTGAGCCCTTGGTTTCGTTCGGCACAGCGGAGAAGGAACTCAGCACCTACACGGCGGGGATTTGGGTTTCCAAGGACAGCCCCATCCAAGAGATTGGTGATTTGAAGGGCAAGTCCCTCGCGTTGGGCAGTGTTGGATCTACCTCAGGCGATGTGCTGCCCCGTTTCGGTCTCCGTGAAGCCGGAATCGCCGATGCTGACATCAAGATGGACTACACAGGTGGCCATCCTGAAGCCCTGCTGGCACTGACGAACGGCAAGGTGGATGCAGCGCAAATCAACTCGCAGACGCTCGCCACGGCCATTGCCGCCGGCACCTTCACTCCGGCTGACTTCCGCCAGGTGTGGACGTCCAACCCCATCCCCAACGATCCCATCACCGTCCGCGGCGATGCCGATCCCGCGTTCAAGGCGGCCGTGAAGGATGCGTTCCTGAATCTGGAACCCGCCGATGTAGCCAAAGTGGGCGAGTTCCTGGATGTCACCCCTCCGGGACCATTGCTGCAGGTCACCAAGGACAACTACACGCCCTTGTTTGAGCTCGCCGACACCATGGGCCTCACCGAGAAGGATCTGTAA MKTTHLTGSALALATVLALTACGGSAQSSPEATTATCPNGEIKFGIEPYEDPAKLKPAYDVLAAALSKKLECPVSVQVVEDYAAEVLAMRNGKLDLGQFGPLGYVFADAKAGAEPLVSFGTAEKELSTYTAGIWVSKDSPIQEIGDLKGKSLALGSVGSTSGDVLPRFGLREAGIADADIKMDYTGGHPEALLALTNGKVDAAQINSQTLATAIAAGTFTPADFRQVWTSNPIPNDPITVRGDADPAFKAAVKDAFLNLEPADVAKVGEFLDVTPPGPLLQVTKDNYTPLFELADTMGLTEKDL PGPT0002525_1711 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-OTHER_ACID_METABOLISM P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002525-phnD-K02044 NA NA D3-18_03084 840 artM COG1126 Arginine transport ATP-binding protein ArtM ATGCCTCTCTCCGCTCAGGGCCCACTCCTCTCTGTGCAGGGCTTGCGCAAATCATTCAACGGACGGACCGTGCTGCAGGGTGTCGACTTCTCCGTTGCAGCCGGTGAGCTGGTGGCCTTCCTGGGCGCCAACGGCTCCGGCAAGTCCACCACCCTGCGCTGCGTCATGGGCATCACTTCGCCGGATTCCGGAAGCATCAGGATCGACGGAGCTGCGCTGGATTCCTTGCAGGGCCGTGAACTGCAGCAGACGAGGCAACGGATGGCCATGATCTTCCAGAAGATCCATTTGGTCCCCCGTCGCACGGCCTTGGACAACGTCTGCGCAGGAGCCCTGTCGCGGATCCCGACCGTCCGCTCACTCACTCCCTTTCTGTTCCCGGCCGACGTTCAGCAGGAAGCCCTCGACTGCTTGGACCGGGTAGGCCTGGCGGACCGCGCCTTTGACCGCGTGGGTCGGCTTTCCGGCGGACAGCAGCAGCGCGTGGCCGTAGCCCGGGCACTTTGCCAGCGGGCCGACGTCGTACTCGCAGACGAGCCGGTGTCCGCGTTGGATCCGCACGCCGCCGAGCAGGTCATGGCGCTGCTGAGGGAACTCGCGCATTCGGAAGGACTGGCCGTAGCCGCTGTGCTGCACCAGCCCGATCTCGCACTTCGGTACGCGGACAGGTCCATCGGCCTCCTCCAAGGCTCCATGACTTTCGACCTCCCCTCCACAGAGGTCACGGCGGCGCACCTCGACACTTTGTACGCCCCGGACAGGATCGTTTCAGACGGGGCCGTTCCGGACAGAAACGTTCCGGACAGGAACCTTTCCGTAGACAGGACGCAGGCAGCATGA MPLSAQGPLLSVQGLRKSFNGRTVLQGVDFSVAAGELVAFLGANGSGKSTTLRCVMGITSPDSGSIRIDGAALDSLQGRELQQTRQRMAMIFQKIHLVPRRTALDNVCAGALSRIPTVRSLTPFLFPADVQQEALDCLDRVGLADRAFDRVGRLSGGQQQRVAVARALCQRADVVLADEPVSALDPHAAEQVMALLRELAHSEGLAVAAVLHQPDLALRYADRSIGLLQGSMTFDLPSTEVTAAHLDTLYAPDRIVSDGAVPDRNVPDRNLSVDRTQAA PGPT0002520_940 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-OTHER_ACID_METABOLISM P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002520-phnC-K02041 NA NA D3-18_03085 855 phnE COG3639 Phosphate-import permease protein PhnE ATGACTCCCCATACCTTGACCCGGGCCGTCCCGCGACGGGGCTCTTCGGCCCAAAGCCGGGTGGCACTGGTCCGCCCGAAGAAGCCGCTGCGGTGGATCACGACGGCGGCAGTGGCGGCCGCCGTCGTCGGACTTCACGCCGTGGCCATCGAAGGGACGGACTTCAAACCCGAGCTTTTGGTGGATGGCTGGAAGGGCATGGCTGCGTTCGTCGGCGACGCCTTCCCACCGGACCTCAGCTGGGAAAAGACGCTCAAGCCCGGCCTCGAAGCCACGCTGGTGACCCTGTGGATCGGGCTCCTTGGCACCACGTTATCCGTGCCGTTCGCCCTGTTGCTTGCAGCGCTGGCTGCTGAGAACACCACCCCGCACCGGCTTGTATATCAGGCAGCCCGCGCCATCCTGTCCTTCTTCCGCGCCGTGCCGGACATCGTGTTCGCGTTGATCTTTGTCACCGCCGTCGGCCTTGGACCGTTCGCGGGCGTACTCGCGCTGATCTGCCACAACACCGGTGTGATGGGGAAGCTGTGGGCGGAATCGATGGAGGAGATCGATGCTGGCCCCCAGGAAGCGCTAAGAACGGCCGGCGCCAACCGGATCCAGCAGGTAGCCAACGCAACGCTGCCCATGGTGGTTCCGCAGTTCGTGGGCCTATTGCTCTACCGCTTCGACGTCAACGTGCGGTCCTCGCTGGTTCTTGGCCTGGTGGGCGCCGGTGGCATTGGCCTGCTGATAAACCAGTCCATCAAGTCGTTCCAGTTCGACTCCATGCTCACCCACATCCTGATCGTGCTGGTGCTGATCATCGTGGTGGACCAGTTCTCCGCGTGGATCCGCAGGCGCCTGGCTGCGTAG MTPHTLTRAVPRRGSSAQSRVALVRPKKPLRWITTAAVAAAVVGLHAVAIEGTDFKPELLVDGWKGMAAFVGDAFPPDLSWEKTLKPGLEATLVTLWIGLLGTTLSVPFALLLAALAAENTTPHRLVYQAARAILSFFRAVPDIVFALIFVTAVGLGPFAGVLALICHNTGVMGKLWAESMEEIDAGPQEALRTAGANRIQQVANATLPMVVPQFVGLLLYRFDVNVRSSLVLGLVGAGGIGLLINQSIKSFQFDSMLTHILIVLVLIIVVDQFSAWIRRRLAA PGPT0002530_1317 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-OTHER_ACID_METABOLISM P-SOLUBILISATION-PHOSPHONATE_TRANSPORT,PGPT0002530-phnE-K02042 NA NA D3-18_03086 1158 hypothetical protein ATGGTGAAGTTCACGAATCGTTTGGTTGCTGAGGTTGTCCAGTCGTTCTGGCAGCAGGTTGCGGACGGTGCCCGTTTTGAAGATGCTGGTGCGTTCGTCGGGTGGTCCGTAACGACGGTCCGCCGTGAGCTGAGGTCCTCAGGAGGGGTCCGGCCCCGTCGGGGCCGGACCCTGACCGGCCGTTCCCTATCGTTCCAGGAGCGGGAGTTGATCTCGTTATGGCGGGGCAAGGAATCGGTCCGTGAGATCGCCAGACGTTTGGGTCGTTCCCCGTCAACGATCTCCCGGGAGCTCCGGCGGAACGCTGACAAGGTCTTTTTCTACCGGGCTACCACCGCCCATGCCCGCGCCCACGCCCGGGCAGCCAGGCCCAAGACCGCTAAGCTCAACAGCAACAAGCCCTTGCGCCTGGAAGTCGAAAAGCGGCTCGAAAAGAAAGACTCACCGGTCCAGATCGCTGGCAGACTCCGCAAGGACTTCCCGAACAACCCGGAGATGTGGGTGTCACACGAGACCATCTACCAGTCCCTCTATCTCGAGTCCCGGGGCGGGCTAAAGCGGGAACTGGTCAAGAACCTGCGCACCGGCCGGACCCTGCGCAAACCCCAACGCCGCCCCGACGAACGCCGCGGCAGAATCCAGGACAAGGTCATGATCGCCGACCGTCCCGCCGAGGTCGAAGACCGTGCCGTGCCAGGGCATTGGGAAGGGGACCTGATCGTAGGCAAGGACGGAAAAACCGCCATCGGCACCATCGTGGAGCGCACAACCGGGTTCGTGATGCTCCTCCATGTCCCGACCGGTCAAAACCGTGCCGAGTCTGTTCGGGATGGGCTGATCCGCAAAATGGGCGCCCTTCCCGACGAACTGAGGCTCTCACTGACCTGGGACCAAGGCACCGAAATGCGCAGGCACAAGGAAGTGAAGATCGCAGCCGACATCGACATCTACTTCTGCGATCCCCACTCACCTTGGCAACGCGGCTCGAACGAGAACACCAACGGGCTCCTGCGCCAGTACTTCCCCAAAGGCGCAGACCTAAGCATCTACAGCCAAACCGACCTCGACTACGTCGCCCACGAACTCAACGACAGACCCCGCCAACGATTCGACTTCTGCACCCCCAATGAGATGATCAGAACCTTCCTGTTGCGATAA MVKFTNRLVAEVVQSFWQQVADGARFEDAGAFVGWSVTTVRRELRSSGGVRPRRGRTLTGRSLSFQERELISLWRGKESVREIARRLGRSPSTISRELRRNADKVFFYRATTAHARAHARAARPKTAKLNSNKPLRLEVEKRLEKKDSPVQIAGRLRKDFPNNPEMWVSHETIYQSLYLESRGGLKRELVKNLRTGRTLRKPQRRPDERRGRIQDKVMIADRPAEVEDRAVPGHWEGDLIVGKDGKTAIGTIVERTTGFVMLLHVPTGQNRAESVRDGLIRKMGALPDELRLSLTWDQGTEMRRHKEVKIAADIDIYFCDPHSPWQRGSNENTNGLLRQYFPKGADLSIYSQTDLDYVAHELNDRPRQRFDFCTPNEMIRTFLLR PGPT0030610_168 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482 NA NA D3-18_03087 1074 soxA_5 Monomeric sarcosine oxidase ATGGGATCGGCTGCCGCGTGGCAACTCGCCCGGGCGGGTCGCTCGGTGGTTCTGTTGGAGCAGTTCGAGGCCGGACACCACATCGGCGCATCCCACGGCGCCACCCGCAACTTCAACACCGCCTACGCAGAAGCGGACTACCTGGACCTGCTCGCCGAGTCGAAAATCCTCTGGGACGAGCTCGCCGCAGAGCACGGCGCACCACTCCTGGATATGGTGGGGCTCGTGAACCACGGAAACGTCCCCCGCCTGCAACAGGTGAGGGAAGCACACGAGGCCCGTGGCATTGAAAGCTACTTCATCTCCCCCGATGAAGCCGCCAACCGCTGGCTGGGAATGAATTTCGCCACCGATGTCCTCTTTGTGCCAGGCTCCGGCCGGATCCGCTCCGCTGACGCTTTACTCGCGCTGCGAAAATCAGCTGAAGCCCACGGTGCCGTTTTTGAATACTCGACGCCGGTTAAGGACATCCGCGTCACCGGCGGAGAATCAGCGGTGGTTGTCACGGAGGACGTGGAGTACACAGCCAGGCGCGTGGTAGTTACGGCCGGTGCTTGGACTCCGAAGCTCATCGGCAAGCTCACTGATCTGCCGGCATTGGTGGTAACCCAAGAGCAGCCGGCCCACTTCACTCCCAGGGATAACACGCTGGTGTGGCCGAGCTTCAACCACAGCCCGGACCCCGATCCGAACAACGAAGCGTACGAGTACTGGTACAGCCCCGTCTACGGAATGCTCACCCCCGGCGAAGGCGTGAAGGCCGGCTGGCACGGAGTTGGTCCGGTCATGGATCCGGACGAGCGCACGTTCGAGCCCATCCCCCACCAAATGGAAGCCTTGGTGCGGTACGCAGAAGAGTGGCTTCCCGGCGTCGACCCTTCCACCGCCGTGCCCATCAGCTGCACCTACACCACCACGCCCAACGAGGACTTCGTGCTGGACCATTTCGGTCCGCTGGTGGTGGGCGCTGGTTTCTCGGGTCACGGTTTCAAGTTCACGCCGGCTATTGGCCGGGTGCTGAAGGACATCGTCGACGGCGGTGTGGCACCGGAGCGGTTCCACGCGGAACGGTGA MGSAAAWQLARAGRSVVLLEQFEAGHHIGASHGATRNFNTAYAEADYLDLLAESKILWDELAAEHGAPLLDMVGLVNHGNVPRLQQVREAHEARGIESYFISPDEAANRWLGMNFATDVLFVPGSGRIRSADALLALRKSAEAHGAVFEYSTPVKDIRVTGGESAVVVTEDVEYTARRVVVTAGAWTPKLIGKLTDLPALVVTQEQPAHFTPRDNTLVWPSFNHSPDPDPNNEAYEYWYSPVYGMLTPGEGVKAGWHGVGPVMDPDERTFEPIPHQMEALVRYAEEWLPGVDPSTAVPISCTYTTTPNEDFVLDHFGPLVVGAGFSGHGFKFTPAIGRVLKDIVDGGVAPERFHAER PGPT0013530_516 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013530-soxA|solA-K00301 NA NA D3-18_03088 2220 icd COG2838 Isocitrate dehydrogenase [NADP] ATGGCCAAGATTATCTATACCCACACAGACGAAGCGCCGATGCTGGCAACTTACTCATTCCTGCCGATTGTGGAAGCGTATGCCTCGACCGCAGGAGTGGAGGTTGAGACCCGCGATATTTCGCTGGCCGGCCGCATCATCGCCGTCTTCGGTGATTTCCTGACTGAAGAACAGCGCACGGGCAACGCCCTTGCTGAACTTGGTGAACTGGCAAAGCAGCCGGAAGCCAACATCATCAAGCTGCCCAACATCAGCGCCTCAGTACCGCAGCTCAAGGCTGCCATCGCCGAGCTCCAGGCCCAGGGCTACGCCCTCCCGGACTACCCGGACAACCCCTCCTCGGACACCGAGACGGACATCCGCTCGCGCTACGACAAGATCAAGGGCTCCGCTGTGAACCCGGTGCTGCGTGAAGGCAACTCGGACCGCCGTGCACCCCTGTCGGTAAAGAACTACGCCCGCCAGAACCCACACTCCATGGGTGCCTGGACCGCTGACTCCAAGACCAACGTTGCCACCATGGGCGAGAACGACTTCCGCTCCAACGAGAAGTCCGTGGTCCTGAAGGCCGACGACTCCCTGACCATCCAGCTGGTGCGCGAAGACGGCACCACCAAGGTCCTGAAGAAGGACTTCCCTGTCCTGGCCGGCGAAGTTGTGGACGCTACCGTCCTGCGCGCCGAGGCACTGGATGAGTTCCTCAAGGCTCAGGTTGCCCGCGCCAAGGAAGAGGGCATCCTCTTCTCCGCACACTTGAAGGCCACCATGATGAAGGTCTCGGACCCCATCATCTTCGGCCACGTGGTCAAGGCTTACTTCTCCGAGCTGTTCGACACCTATGGCAAGCAGCTCGCCGCCGCAGGCATCAGCCCCAACAACGGCCTCGCAGCCATCCTCAGCGGCTTGGAAGACCTGCCCGAGGACGTCCGCGAGGGCGTCAAGACAGCCATCACCAAGGGCCTCGAAGACGGTCCGGCGCTGGCCATGGTCGATTCCGACAAGGGCATCACCAGCCTGCACGTCCCGTCCGACATCATCGTTGACGCCTCCATGCCTGCCATGATCCGTTCCTCCGGCCACATGTGGGGCCCGGACGGCAAGGAAGCCGACACCCTGGCTGTTATCCCGGACAGCTCGTACGCCGGTATTTACCAGGTTGTGCTGGACGACTGCCGTGCCAACGGTGCCTTCGATCCCACCACCATGGGTACGGTTCCCAACGTGGGCCTCATGGCACAGGCAGCCGAAGAATACGGCAGCCACGACAAGACCTTCGAGATCCAGGCAGCCGGCACTGTCCAGCTCGTGGACAGCAAGGGCAACGTCCTCACCGAGCACCAGGTCTTCCCGGGCGACATCTGGCGCGCATGCCAGACCAAGGATGTCCCGGTCCGCGACTGGGTCAAGCTGGCCGTCACCCGTGCCCGCGCTTCCCAGACTCCGGCCGTGTTCTGGTTGGACGAGACCCGCGCCCACGACGCCAACCTCATCGCCAAGGTCAACGAGTACCTCAAGGACCACGACACCGAGGGCCTGGAGATCAAGTTCCTTTCCCCGGTTGAGGCCACGGCCTTCACCTTGGAGCGCATCCGCAAGGGCGAGGACACCATCTCCGTCACGGGTAACGTCCTCCGCGATTACCTCACGGACCTGTTCCCGATCCTCGAGCTCGGCACCAGCGCCAAGATGCTCTCCATCGTTCCGCTGATCAACGGTGGCGGCCTGTTTGAGACCGGCGCCGGTGGCTCCGCTCCCAAGCACGTCCAGCAGCTGGTCAAGGAAAACCACCTCCGCTGGGACAGCCTGGGCGAGTTCCTTGCGCTGGCCGTGAGCTTCGAGCACCTTGCCACCACCACGGGTAACGCCCGCGCACAGGTCCTGGCTGACACGCTGGACCGCGCCACGGGTACGTTCCTGCTGGAAAACAAGTCTCCGCGCCGCAGCGTTGGCGAGTTGGACAACCGTGGAAGCCACTTCTACCTGGCCACATACTGGGCCCAGGAACTGGCCAAGCAGACCGAAGACGCCGAGCTGGCCAAGGACTTCGCCGCAATCGCTGAAGCCCTGACCTCCAACGAAGAGGCAATCGTCGGCGAGCTGGCAGCAGTCCAGGGTCCCGGCGTCGACCTCGGCGGTTACTACCGTCCGGACGCCGCCAAGGCCGCTGAGATCATGCGCCCGTCGGCTACCTTCAACAAGGTCCTCGCGACCCTGAAGTAG MAKIIYTHTDEAPMLATYSFLPIVEAYASTAGVEVETRDISLAGRIIAVFGDFLTEEQRTGNALAELGELAKQPEANIIKLPNISASVPQLKAAIAELQAQGYALPDYPDNPSSDTETDIRSRYDKIKGSAVNPVLREGNSDRRAPLSVKNYARQNPHSMGAWTADSKTNVATMGENDFRSNEKSVVLKADDSLTIQLVREDGTTKVLKKDFPVLAGEVVDATVLRAEALDEFLKAQVARAKEEGILFSAHLKATMMKVSDPIIFGHVVKAYFSELFDTYGKQLAAAGISPNNGLAAILSGLEDLPEDVREGVKTAITKGLEDGPALAMVDSDKGITSLHVPSDIIVDASMPAMIRSSGHMWGPDGKEADTLAVIPDSSYAGIYQVVLDDCRANGAFDPTTMGTVPNVGLMAQAAEEYGSHDKTFEIQAAGTVQLVDSKGNVLTEHQVFPGDIWRACQTKDVPVRDWVKLAVTRARASQTPAVFWLDETRAHDANLIAKVNEYLKDHDTEGLEIKFLSPVEATAFTLERIRKGEDTISVTGNVLRDYLTDLFPILELGTSAKMLSIVPLINGGGLFETGAGGSAPKHVQQLVKENHLRWDSLGEFLALAVSFEHLATTTGNARAQVLADTLDRATGTFLLENKSPRRSVGELDNRGSHFYLATYWAQELAKQTEDAELAKDFAAIAEALTSNEEAIVGELAAVQGPGVDLGGYYRPDAAKAAEIMRPSATFNKVLATLK PGPT0001170_1221 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 D3-18_03089 840 hypothetical protein ATGCACCAGCACCACGTCGAGACCGGCCCACCAGGCATCCTGATCATCCTCATCGCGCTCGCAGCCGTGTATGTGGTCTTGGCTGCTCAGCAAAGCAAGCAACCCAAGGGTTGGCCGCGCTGGCGAACGGTCCTCTTCCTCGCAGGGCTGGTTGTCCTAGGAGTCGGCCTGGCCCCGCAACTCTCGCCCTACCGGCACGGGAGCCTGCCCGCCCACATGTTCCAGCATCTCCTGATCGGCATGTATGCGCCCATCGGGCTGGTCCTCGGGGCGCCCGGGACGCTGCTGCTCCGGACTATTCCGCGGAAACAGGGCCGAATACTGGGGCGAATCCTTCGCTCCAGACCCGTGCATGTCATCGCGCACCCCGTCACGGCGTTGGTCCTCAACGTCGGCGGCCTGGCAGTCCTGTACTTCACGCCGCTGTACGAGGCAGCAACGCATAACCCCACTCTGCACATGCTCATCCATGTCCACTTCATTGCAGCCGGAATCCTCTTCGCCTGGGCGATTGCCGGACCGGATCCTGCTCCACGAAGGCCCTCCGTCCCAGCCCGACTGGTGGTGTTGGGCGTGGCAATCGCCGGCCACGCGGTCATTTCCCAGTTGCTCTACGCGGGCCTGATTGTCCAGGTCACCGGCCAAAGCGTGGAGCGAAGGCAAGCGGGAGAGCTCATGTACTACGCCGGCGACATTGCCGAACTATTGTTAGCGTTCGCCCTCGTTTCGTCATGGCGGCCCGCTCGGGGCAGCGTCAGGGGGAGGCAAGCCGGAACGGAAAGCAGCCAGCGCTCGACGGCGGCGGGCAGCAAAGGCGGTCAGGCCGCCGTCGGGCGCTAA MHQHHVETGPPGILIILIALAAVYVVLAAQQSKQPKGWPRWRTVLFLAGLVVLGVGLAPQLSPYRHGSLPAHMFQHLLIGMYAPIGLVLGAPGTLLLRTIPRKQGRILGRILRSRPVHVIAHPVTALVLNVGGLAVLYFTPLYEAATHNPTLHMLIHVHFIAAGILFAWAIAGPDPAPRRPSVPARLVVLGVAIAGHAVISQLLYAGLIVQVTGQSVERRQAGELMYYAGDIAELLLAFALVSSWRPARGSVRGRQAGTESSQRSTAAGSKGGQAAVGR NA NA NA NA NA D3-18_03090 567 hypothetical protein ATGGCCCAAACATCATCGGACAGCAAATTCGGCCGCAGGCTGGGGGATGTCGGCCTGCCGGGAATCATTCTGGGAATCGGCCTAGGCGGGTTCGTGGACGGAATCCTGCTCCACCAGATTCTCCAATGGCACCACATGTTGTCCAGTTCAGAGACGGCAAATATCGACGTCGGCGCCTACCCCGTGACCACCGTTCACGGTCTGCAAATGAACACCTTATGGGACGGGTTATTCCACACGGTGACCTGGCTGGCCGTACTGATCGGGCTCGGGATGCTCTACTCGCGGCTGAACGACACGCGCTTCCGGAACAGGGTCTGGGCCTCGCGACTGTTGTGGGGCTGGATGTTGTTCGGCTGGGGTTTGTTCAACGTGGTGGAGGGCCTCATCGACCACCAGATCCTGGGCATCCATCACGTGATCACCGGCGAGTTCCAACTCGTGGCCGATGTTCTGTTCCTGGTGTTCGGTGGGCTGTTGATGGTGGGCGGCTGGCTGCTTCAGCGCAGCGGGAGACGCACTCAGCGCGAACCGCTGAGCGTGCGACCCACGCAACGGGAGCGCTGA MAQTSSDSKFGRRLGDVGLPGIILGIGLGGFVDGILLHQILQWHHMLSSSETANIDVGAYPVTTVHGLQMNTLWDGLFHTVTWLAVLIGLGMLYSRLNDTRFRNRVWASRLLWGWMLFGWGLFNVVEGLIDHQILGIHHVITGEFQLVADVLFLVFGGLLMVGGWLLQRSGRRTQREPLSVRPTQRER NA NA NA NA NA D3-18_03091 1005 hypothetical protein GTGACAAAAACCAAGACCCTGGCCACAAGCCTGCTGAGTCTGTCCGCTGCCGCAATCCTGGCGCTGGTTGGAACCACCAGTGCCAACGCGGCTCCGGCCAACAACACAGACTCCAGCGGCGCTGCGGTCAGCAGCCATGTAGTGTCGGACGCCGGCGCTGCAGACTACTGGACGACGGAACGCATGAAGAATGCCAAATCCGGCGAAATCCTTGCCGCCAAAGCACTGGAACGCGGCAAGCTCCTCAACCTCGGCAAAGCCCCGGTCACTGAAGCCCCGGGCGCCGTCAGCAGCATCGCAGGGCAGCCTGCAGCAACCGACTCCAAGACAATTGACCGGAAGGTGAACCAGAGCGAAACGCCGGTCAAGCACATCGGCAAGATCTTCTTCACCCTGGGCGGCTCCAACTACGTCTGCTCAGGCAACTCCGTCATCGCAGCCAACAAGAGCACCGTGTCCACCGCCGGACACTGCCTCAACGAAGGCCCAGGCGCTTACGCCACCAACTTCGTCTTCGTTCCCGCCTACCTCAACGGTGCAGCACCCTACGGGAAGTGGACGGCAAAGGCGCTGTACGCCCCCACCCAGTGGGCTTCCAACGGCAACATGCAGTACGACACCGCGTTCGCCGTCATGAACACCCTCAACGGCCAGCGCCTCGCCGACGTCGTAGGTTCCTCGGGCGTCCAGTTCAACGCCGCCCGCGGCCTGAGCTACAAGGCCTTCGGCTACCCTGCAGGCTCGCCCTTCAACGGTGAATCGCTCAAGAGCTGCTCCGGCAAGGCCACCAACGATCCCTACAACCCGCAGTTCAACAGCCAGGGAATCCCCTGCAACATGACCGGTGGATCCTCGGGCGGTCCGTGGTTCATTGGCACCAGCTCCACCGGCTACCAGAACTCCGTAAACAGCTACGGATACGGCAGCAACTCCACCACCATGTACGGCCCGTACTGGGGCACCGTGATCCAGTCCACGTACAACACTGCAGCGGCGGCTTCGTAG MTKTKTLATSLLSLSAAAILALVGTTSANAAPANNTDSSGAAVSSHVVSDAGAADYWTTERMKNAKSGEILAAKALERGKLLNLGKAPVTEAPGAVSSIAGQPAATDSKTIDRKVNQSETPVKHIGKIFFTLGGSNYVCSGNSVIAANKSTVSTAGHCLNEGPGAYATNFVFVPAYLNGAAPYGKWTAKALYAPTQWASNGNMQYDTAFAVMNTLNGQRLADVVGSSGVQFNAARGLSYKAFGYPAGSPFNGESLKSCSGKATNDPYNPQFNSQGIPCNMTGGSSGGPWFIGTSSTGYQNSVNSYGYGSNSTTMYGPYWGTVIQSTYNTAAAAS NA NA NA NA NA D3-18_03092 1671 purH COG0138 Bifunctional purine biosynthesis protein PurH GTGAGCTTGACGCAGCTTGACCGTGTTCCCATCCGCCGTGCACTGATCTCGGTTTACGACAAGACGGGACTGGAGGAGCTCGCGAAGGGCCTGCATGCAGCGGGCGTCTCCATTGTTTCCACCGGCTCCACCGCCAAGAAGATCGCCGCCGCAGGCATCCCGGTCAAGGAAGTCGAAGAAGTCACCGGCTCCCCGGAAATGCTGGACGGCCGCGTCAAAACCCTGCACCCGCGCGTGCACGGCGGCATCCTGGCCGACCGCCGCGTCCCGGCCCACATGGACACCCTCGCCGGCATGGAGATCGAAACCTTCGACCTCGTTGTGGTGAACCTCTACCCATTCGTCGAGACTGTGAAGTCCGGCGCGGCACAGGACGACGTTGTTGAGCAGATCGACATCGGAGGCCCCGCCATGGTGCGTTCGGCTGCCAAGAACCACGCCGCCGTCGCCATTGTCACCGACCCGAACTTCTATGGCGCAGTAGTCGACGCCGCAGCACACGGCGGTTTCGACCTGAACACCCGTCGCCGCCTGGCTGCCAAGGCCTTCGCGCACACGGCCAGCTACGACAACGCTGTGGCCACCTGGACCGCCAGCCAGTTCCTGGACGAAGATGGCGACGGCATCATCGACTGGCCCGCTTACGCCGGTCTGTCCTTGGAGCGCTCCGAGGTCCTCCGCTACGGCGAAAACCCGCACCAGCAGGCCGCACTGTACGTGGATAAGGCTGCTCCGGCGGGCATCGCCCAGGCTGATCAGTTGCACGGCAAGGCCATGAGCTACAACAACTTCGTCGACGCCGATGCCGCCCTGCGCGCTGCCTTCGACTTCGCAGAGCCCGCCGTTGCGATCATCAAGCACGCCAACCCCTGCGGCGTAGCTGTTGGTTCCGCCGACGCCGCAGATCCGATCGCTGACGCACATGCCAAGGCCCACGCCTGCGACCCCGTCTCCGCTTTCGGTGGCGTCATTGCTGCCAACCGCACCGTCACCGCAGGCATGGCCCGCACGGTTGCGGACATCTTCACCGAGGTTGTCATCGCCCCCGACTTCGAGCCCGAAGCCGTGGAGATCCTCTCCAAGAAGAAGAACATCCGCCTCCTCGCCCTGCCCGAGGGCTACGGCCGCTACCCCTCCGAGATGCGCCAGGTTTCCGGTGGCGTCCTCGTCCAGATGAGCGACAAGGTAGACGCCGACGGCGACAACCCCGCCAACTGGACCCTCGCAGCCGGCGAAGCCGCCGACGAAGCAACCCTGGCTGACCTCGCCTTCGCCTGGACTGCCTGCCGCGCTGCGAAGTCCAACGCCATCCTGATCGCCAACCACGGTGCAGCCGTCGGCATCGGCATGGGCCAGGTCAACCGCCTGGACTCCTGCCGTCTGGCCGTGGAGCGCGCCAACACGCTGGGCGTGAAGGTGGAGTCCGACGTCGAAGGTGCAGGCGGCGCGTCCAACACCAGCGGTGGCGACGCACCGGAGCGCGCACGCGGTGCCGTTGCATCCTCGGACGCGTTCTTCCCGTTCGCTGATGGGCTGCAGATCCTGATTGACGCCGGTGTCCGCGCCGTCGTCCAGCCGGGCGGTTCCGTCCGTGACGAGGAAGTCATCGCCGCAGCCAACGCTGCCGGCATCACGATGTACTTCACGGCAGCACGCCACTTCTTCCACTAA MSLTQLDRVPIRRALISVYDKTGLEELAKGLHAAGVSIVSTGSTAKKIAAAGIPVKEVEEVTGSPEMLDGRVKTLHPRVHGGILADRRVPAHMDTLAGMEIETFDLVVVNLYPFVETVKSGAAQDDVVEQIDIGGPAMVRSAAKNHAAVAIVTDPNFYGAVVDAAAHGGFDLNTRRRLAAKAFAHTASYDNAVATWTASQFLDEDGDGIIDWPAYAGLSLERSEVLRYGENPHQQAALYVDKAAPAGIAQADQLHGKAMSYNNFVDADAALRAAFDFAEPAVAIIKHANPCGVAVGSADAADPIADAHAKAHACDPVSAFGGVIAANRTVTAGMARTVADIFTEVVIAPDFEPEAVEILSKKKNIRLLALPEGYGRYPSEMRQVSGGVLVQMSDKVDADGDNPANWTLAAGEAADEATLADLAFAWTACRAAKSNAILIANHGAAVGIGMGQVNRLDSCRLAVERANTLGVKVESDVEGAGGASNTSGGDAPERARGAVASSDAFFPFADGLQILIDAGVRAVVQPGGSVRDEEVIAAANAAGITMYFTAARHFFH PGPT0008110_582 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0008110-purH-K00602 NA NA D3-18_03093 975 hypothetical protein GTGGATAACGCAACGCTGCTGACCGTTTCCGGCAAGCATGGTCCAATGCGGAAACCCATTCCTTTGCCGGGAGAGATCGACCCGGGAGGCTTCCTTGTCAGAGACGCGTACGCGGCCGGCGTGCCACGGGGGAGGCTGCAATCGGCAGGCCTCGTCACACCTAGCCGGGGAATCCGGCTTGACCGGAGCGATAACCCCAACGTGGCGCTACTTGCACGGCTGCATACGGCCGTCACTCCCCGTTGTGCGGTCAGCCATGTGACCGCTGCGCTCATGTGGTCGATCCCTCTTCCGATATATCTGGAGGAGGAGGGCAACAACGGCGTTATTCACGTGACGCGACGACACGAGATCGGTCGGGTCAAGCGCCGCGGTGTGATCGGGCATCGGGCTCCGCTGCTGGCCCGAGATGTTCGTGCAGTGAACGGAGTTCAACTGACGTCGCCCGAGTGGACCTGGGTGGATTTGGCCCGGCATTTGGGGAGGTCTTCGCTCGTGGCGGCCGGAGACTTTCTGTTGGCACGGGACGAACCGTTGTCGTCGATCGAAGCGATCCAGGAAGTCATTGACAGGCGCCCCAAGGTTAAGGGGATCAGGATGGCCCGGGAGATACTGCCGTTGCTGCGCGTCGGGGTGGACTCTCCTCAGGAATCCCGGCTGCGGTTGAAAATCGTCGACGCCGGGCTGCCGGAGCCAGCGGTCACGCAGCCCGTCTTCGATGAACACGGTAGGTACGTATCCACGCCGGATCTCCAATACAAGGAGTACAAAATTGCCATGGAGTATGAGGGGGATCATCATCGGTCCGACCCCGTGCAGTGGGGAAAGGACATCGAACGCGACGACCGTCTTCGCGCCTTGGGGTGGATCGTGCTGAAGTTCTCGGATGTTCAGATGAAAAGTGGATGGGCCAACGCCGAACGTAAGGTGCGCGAAGCGTTGGTGTCGCGCGGGTGGCGAGGGCCGGCGTCGTAG MDNATLLTVSGKHGPMRKPIPLPGEIDPGGFLVRDAYAAGVPRGRLQSAGLVTPSRGIRLDRSDNPNVALLARLHTAVTPRCAVSHVTAALMWSIPLPIYLEEEGNNGVIHVTRRHEIGRVKRRGVIGHRAPLLARDVRAVNGVQLTSPEWTWVDLARHLGRSSLVAAGDFLLARDEPLSSIEAIQEVIDRRPKVKGIRMAREILPLLRVGVDSPQESRLRLKIVDAGLPEPAVTQPVFDEHGRYVSTPDLQYKEYKIAMEYEGDHHRSDPVQWGKDIERDDRLRALGWIVLKFSDVQMKSGWANAERKVREALVSRGWRGPAS NA NA NA NA NA D3-18_03094 948 hypothetical protein ATGGAAGCCACCGAGGTCGTTCTTGTTGCCGATGTAGGGAAGAGCCGCTGCCGCGTTGAGTTGCGCAGCGATACCGAGTTACTGGGCGCCGCCGACCAGCATGGCTTCCCCGGCGTACACGTGGACAACGGGCCCACCCTCGCGTTCGAGCTCCTCCTCGAGACGGTCAGCCTGTTGCCTCCCACGCTTCCCCTGGCTGGGGTTACCAGCGTTGGAGCGGCTGTGGCTGGCGTCGAAGCGTCCGCGGAAAAGTCGCAGGAACTCGCCACCATGTTGTCCCAAAGGTTCTCTGTTCCTGCGGCAGTCCTGTCCGACGCCACGGCCGCCCAACTCGGCGCACTTCAAGGCGCCCCCGGCACCACGCTCATCGTGGGCACGGGTGCCGTGGCCTTCCGCTTCGACGAAGCCGGCGTCCTGCACCGGGCCGACGGCTGGGGACCCTATCTTGGGGATCGCGGCAGCGGACGATGGATCGGTCAGCAGGGGCTCCAGGCAGTTCTTGAAGCGCACGACGGCGGCCCGGCCACGTCATTGTCGGCCGCAGCCGGCGCTCTGGTGGAATTACCGGAAATGCTTCCGGCGTGGCTCGCCTCAAACGAAAACCCCTACCGGGCGATGGCCCGTTTCGCGCCGCTGGTTCTGCACGCAGCGGAGGCGGGCGACGCCGTCGCACATGGCATCATCGCTGAGGCTTGCCGCATCCTGACCCATACCGTGGTGCTCGCGTCCGGCGGCGACAACGGCAGCACGCCGCGCGTGGCGATGCTGGGCGGAGTGGTGGAATCGGACTTCTTTGCTGCGCTCTTGCGGAAGTCCCTCGCTTCGGCTGGGATTGAGGTGGTTGCACCGCTCGGCGATGGCTTGGACGGTGCCGCCCTCGCTGCGACGCGCCGCGGGCTCATCCAGGAAAGGTACATCCACCGTGACGGAACAAACTGGCCCGACTAA MEATEVVLVADVGKSRCRVELRSDTELLGAADQHGFPGVHVDNGPTLAFELLLETVSLLPPTLPLAGVTSVGAAVAGVEASAEKSQELATMLSQRFSVPAAVLSDATAAQLGALQGAPGTTLIVGTGAVAFRFDEAGVLHRADGWGPYLGDRGSGRWIGQQGLQAVLEAHDGGPATSLSAAAGALVELPEMLPAWLASNENPYRAMARFAPLVLHAAEAGDAVAHGIIAEACRILTHTVVLASGGDNGSTPRVAMLGGVVESDFFAALLRKSLASAGIEVVAPLGDGLDGAALAATRRGLIQERYIHRDGTNWPD PGPT0018875_206 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 D3-18_03095 951 murQ COG2103 N-acetylmuramic acid 6-phosphate etherase GTGACGGAACAAACTGGCCCGACTAACGCCGACAAACTTGCGGGCCTGCGCACGGAACTCGCCGGATTGGCGACTGAGGCCACGGCCGAGGGCCTTGAAAACCTGGACATCCTGGGCACCGAAGAACTGGTTGCGGCGATGCTTGCCCACAGTGCAGGAGTACACGCTGCGGTTGAGGCTGCGAGTCCCGCCATTGTTCAAACCGTCGACGCCGTTGCGGAGCGACTCCAGCGCGGTGGCCGCCTTTTGTATGTGGGAGCCGGAACGGCCGGACGGCTGGGTGTGCTCGACGCAAGCGAATGCCCGCCTACGTTCGGCACCCCGCCTGGACTCGTCGTCGGACTTATTGCGGGCGGAGTGCAGGCGATCCAGAAACCCGTTGAGTATGCCGAGGACAACGCGACTGCCGGCGCGCGCGACTTGCACGACATCAACGTGACCGAAGCCGACGCCGTCGTGGGTATTACAGCCTCGGGCCGGACGCCCTACGTGATCGGTGCACTGGAAGAGGCCCGAAAGCGGGGCGCGTTTACGGCGTCGCTGGCCTGCAACAAGGGCTCAGCCGTGAGCCACCTGGCGGATGCCGCGATCGAGGTTGTTGTGGGTCCGGAGTTCATCGCGGGCTCCACCAGGCTGAACTCGGGCACGGCGCAGAAACTTGTCCTCAACATGATCAGCACGTTGGTGATGGTGAAGCTGGGCAAGACCTACGGGAACCTCATGGTGGATCTGCGGGCCACCAACGAGAAGCTGCTGGCCCGCTCGCAGCGGACGGTTCAGCATGCAACCGGCGTGGACGCGCACGAGGCTGCTGCTGCTTTGGACGCTGTGGGCGGTTCTGTGAAGGCGGCCATTTTGGTGCTCCTGACGGGCATCGAGGCTGGTCAGGCCAAGGGTGCTTTGGAAGAAGCCGGCGGTTTCCTGCGAAGGGCGATTGAGAACCAGAAGTAA MTEQTGPTNADKLAGLRTELAGLATEATAEGLENLDILGTEELVAAMLAHSAGVHAAVEAASPAIVQTVDAVAERLQRGGRLLYVGAGTAGRLGVLDASECPPTFGTPPGLVVGLIAGGVQAIQKPVEYAEDNATAGARDLHDINVTEADAVVGITASGRTPYVIGALEEARKRGAFTASLACNKGSAVSHLADAAIEVVVGPEFIAGSTRLNSGTAQKLVLNMISTLVMVKLGKTYGNLMVDLRATNEKLLARSQRTVQHATGVDAHEAAAALDAVGGSVKAAILVLLTGIEAGQAKGALEEAGGFLRRAIENQK PGPT0019040_227 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 D3-18_03096 1353 naiP_2 Putative niacin/nicotinamide transporter NaiP ATGAATACATACACAGCCGTGCCCAGCGGCGAACAAGTTGTGCAGGAACTGCCATGGCGGTGGAAAGTCCAAGGACGGATTTTCCTGATCGGCGGGCTCGGGTTCATGTTCGACGCGTGGGATGTCACGCTCAACGGCATCCTGATTCCGCTGCTGTCCAAGCACTGGTCGCTGCAACCGGCTGACGCCGCGTGGATTGGCACGGCCAACCTGATCGGCATGGCTGTGGGCGCGTTCGCGTGGGGCACCATCGCGGACACCATCGGCCGCAAGAAGGCGTTCACTGCCACCCTCCTCATTTTCAGCATCTTCACGGTTCTGGGTGCTTTCGCCCCGGACATCGTGTGGTTCTGCATCTTCCGCTTCATGGCCGGCTTCGGCTTGGGCGGCTGCATCCCCGTGGACTATGCACTGGTGGGTGAGTTCACGCCCCGCAAGCAAAGGGGCAAGGTGCTCACGGCCATGGATGGTTGGTGGCCGATCGGCGCTGCGCTCTGCGGTTTCGTCTCGGCCGGGCTGGTTGCGGCCTTTGGCGACTGGCGACTCACCATGCTGATCATGGTGCTGCCCGCGCTGCTCGTGTTCTGGGTTCGACGTTCGGTTCCCGAGTCGCCGCTGTTCCTGATTCGTGCGGGTCGGCGAGCTGAGGCGGCCGCAGTGATTGATGGTTTGGTCGAGGCAACCGGTGCAGAGCCGCGCGCTTACAGCCTGCCCGAACCCCAGGCCGCACCGCGCCTCTCCCCCGGCAGCGCGTGGACGCAGCTCCGTCGGATTTGGGAGTTCAACTGGAAAATCACGACGGCGGCCTGGGCCCTGTTCTTCAGCATCCTGTTGGTCTACTACTTGTCGCTGACGTGGATGCCCCGGATTCTCATTGGTGCGGGATTCGAGGAGTACAAGGCGTTCGTCACGACGGCGAGCATGGCCGCCGTCGGACTCCTGGGCGTCATTGTTGCAGCGCTGCTCGTGGAGCGGGTGGGTCGTAAGTGGATCCTCGCCGTGACTGGCCCTCTGTCCGCGTTGACCCTGGTGATCGTGGCGATCGTGGTTGATGTGCCGTCGGCCGCGGTGTTCTGGCTGCTGGTGTTCGGGTTCGTGGTCCAGGTGGCCATTCCTGTGCTCTATGCGTATGTGTCCGAGCTGTACCCCACCGAGCTTCGCGGCTCGGGCTTTGGCTGGGCATCGACGTTCTCCCGTATCGGCGCAGGGTTCGGCCCTTTGGTGTTTGCCTCGTTCTTCTGGCCGGAGTTCGGGTTGGCGCAGTCGTTCGCGATGGCTGGTGGCCTGGTGCTGCTGTCCGTGCTGTGGATGGCGTTCTTCGCTCCGGAGACAAAGCAGCGCGTCCTCGAGTAA MNTYTAVPSGEQVVQELPWRWKVQGRIFLIGGLGFMFDAWDVTLNGILIPLLSKHWSLQPADAAWIGTANLIGMAVGAFAWGTIADTIGRKKAFTATLLIFSIFTVLGAFAPDIVWFCIFRFMAGFGLGGCIPVDYALVGEFTPRKQRGKVLTAMDGWWPIGAALCGFVSAGLVAAFGDWRLTMLIMVLPALLVFWVRRSVPESPLFLIRAGRRAEAAAVIDGLVEATGAEPRAYSLPEPQAAPRLSPGSAWTQLRRIWEFNWKITTAAWALFFSILLVYYLSLTWMPRILIGAGFEEYKAFVTTASMAAVGLLGVIVAALLVERVGRKWILAVTGPLSALTLVIVAIVVDVPSAAVFWLLVFGFVVQVAIPVLYAYVSELYPTELRGSGFGWASTFSRIGAGFGPLVFASFFWPEFGLAQSFAMAGGLVLLSVLWMAFFAPETKQRVLE PGPT0014435_1408 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_SYMPORTER,PGPT0014435-ydjE-K08369 NA NA D3-18_03097 936 hypothetical protein ATGAAGACTTCGCGGCCGCTCCCGGCAGACCTCACTTCGAAACCATTTACAAGGCAGGAAGCGCTCGACGCCGGAGTGTCAGTTGGACGCCTGCGTTACCGGGATCTGGACTCACCAAGCCGTCAGATATACATACCCAGCTCCCTTGACGAGCTGCCATTGACCGATCGCGCCAGACCCCTGACGTTGGTCACGCCGTTCTCCGCGGCTTCGCATGCCACGGCGTTCCTTCTTTGGGGGTTTCCCGGTTTCCTCCCGCGCAGCCATGAGGCGGGTACTCACATTTCCCGCCCTGACACCGTCGGGATCCCTCGCCGCCGGGGCGTGATCGGGCATAGGGGACAGTTCTTCGAAGACGAAATCACCACGCTCGATGGCCTGCTTATTACCAGCCGTGCCCGGACGTGGCTGGATTGCGCGCGGAAGATGGATATCGACGAGATCACGGTTGTGGCCGATCATTTGCTGCGTATACCGAGGCCGGAATTCGAAGGACGCAGTGAGCCACACTGCACTACGGATGAGCTGGAGGAGATGCTGGACAGACACTGGGGGACACCGGGTATTCGGAAGGCCCGCCTCGCTTTGGAGCAAGCCTGCGTGGGGGCCGACTCTGCCCCCGAAACGCGACTGAGGCTGGCGCTTGAGCGGGCTGGGCTTCCCGCCCCGGAAGTAAACGTGCGCACAGAACTAGGTCCCGGCGTCGTGCGCCAACCGGACCTGGCCTATCGCGAGCGGCGGGTCGCCGTCGAATATGAAGGTGAGGGCCACTCGGATCCGGAGCAGATCGTGAGGGACATTGCCCGTGAAGAGGACTTCAGCCGTGCCGGATGGATCCTTGTGCGAATCTCCAAGCGCCACATGTCTACGGGCGCGACGACCGCCGTGGCCAAGGTCCGGAGGGCGCTGGAGCAGCATGGGTGGGCTCCCAACTAG MKTSRPLPADLTSKPFTRQEALDAGVSVGRLRYRDLDSPSRQIYIPSSLDELPLTDRARPLTLVTPFSAASHATAFLLWGFPGFLPRSHEAGTHISRPDTVGIPRRRGVIGHRGQFFEDEITTLDGLLITSRARTWLDCARKMDIDEITVVADHLLRIPRPEFEGRSEPHCTTDELEEMLDRHWGTPGIRKARLALEQACVGADSAPETRLRLALERAGLPAPEVNVRTELGPGVVRQPDLAYRERRVAVEYEGEGHSDPEQIVRDIAREEDFSRAGWILVRISKRHMSTGATTAVAKVRRALEQHGWAPN NA NA NA NA NA D3-18_03098 582 purN COG0299 Phosphoribosylglycinamide formyltransferase ATGCGCATTGTTGTCCTTGTCTCCGGTACCGGTTCAAATCTTCAGGCTGTCATCGACGCCGTGAAGTCGGGTGAACTGGATGTCGAGATCGCGGCTGTGGGCGCGGATCGGCCCGACACGTACGGCGTCGAGCGCGCAGACGAGGCTGGTATTGAGACGTTCGTGGTCAACTTCAACTCGTTTGAAACCCGCGCCGAATGGGATTCCGCCTTGCGCGACAAAGTCCTGTCCTACAAGCCGGATGTGGTGGTTTCTTCCGGTTTCATGAGGATTGTGAGCGCCGACTTCATCGACGCTTTCGGCGGCAAGTACGTCAACACGCACCCCGCGCTGCTGCCGTCCTTCCCGGGCGCCCACGGAGTGCGCGACGCCATCGCATACGGCGTAAAAGTTACGGGCTGCACAGTCCATTGGGCCGACGCCGGCGTAGACACCGGACCCATCATTGCGCAGGAAGCCGTCGCTATCCTCCCCGAGGACTCCGAAGAATCCCTGCACGAGCGCATCAAGGTTGTGGAGCGCCGCCTGCTGGTCCAGACGCTGGCAGACCTCGCCGCCGCACCCACCCCCTTACCCAACTAA MRIVVLVSGTGSNLQAVIDAVKSGELDVEIAAVGADRPDTYGVERADEAGIETFVVNFNSFETRAEWDSALRDKVLSYKPDVVVSSGFMRIVSADFIDAFGGKYVNTHPALLPSFPGAHGVRDAIAYGVKVTGCTVHWADAGVDTGPIIAQEAVAILPEDSEESLHERIKVVERRLLVQTLADLAAAPTPLPN PGPT0008095_4045 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0008095-purN-K11175 NA NA D3-18_03099 423 hypothetical protein ATGAATCCCGACGTCGGTTCCAAGCCGAGCCAACAACCCCGCTCCGAGGCCGAAAAGTCCGCCCTCGGCGTGAGCCAGAACCTCTTCCGTGCTTTCCTTTTGGCGGCTTTGGGTGCGTTCTTCGTGTTCTCGCTGAACGTGAACTACGTGTGGTTGAGCGCCATCCTCACGCTCGCAGCATTGGTGCTGGGCATCGTCGTCCTGGTGCGGACGCTGAAGCACAAGCACCCAAAACTGATGCTGTTCGGGACCATCTCTGGCCTGGTTGTCACCGCCGTCATGTGTTTGCTGATCCTGACATCCGTGCTTTTCTTCAACCAGGTCAGCACGTACCAGGACTGCTCACGCGGAGCTCTGACGGAATCCGCCAAGACACAGTGCCTGACGCAGCTCGAGGACTCAATGCCGGGCCCGCTGCGGTAA MNPDVGSKPSQQPRSEAEKSALGVSQNLFRAFLLAALGAFFVFSLNVNYVWLSAILTLAALVLGIVVLVRTLKHKHPKLMLFGTISGLVVTAVMCLLILTSVLFFNQVSTYQDCSRGALTESAKTQCLTQLEDSMPGPLR NA NA NA NA NA D3-18_03100 1290 hypothetical protein ATGCCCCTTTGGCTGCAGGGTGGTTTGGAAGCGGCTCAGGCAGCGTTCATTTCAGCCATTGTCGTGATTCTTCCCCTGGTGGGAGTGTGGGCTACCGACGGATTCCAGAACCGGAACGTGGACGCCTTGGCGCGCCTCGCTGGCCAAGCCTGGCTGCTGATCCACGGGGTCCCGTTGGAGTTGGCGCACGTCAACCTCGGCACTGCGGCTCAACCCGGCTCAGGGCTACTGTCCCTCATCCCGCTTGGCCTGACACTCATTCCGTTCCTGCTCGCTTGGCGTGCGGGCCGTCGGCTAGCCCGGGCGTCGTACACGGACCAGCTTTGGCAGGCGTTCCTTGGCGCGTTCGTGGTGTACGCGGCATTCGGGACGGCCACGGGATTCGTCTGCCGCACCCCCGAAGTTGTCATCAACCTGTGGTTCGCCATGACCATCCCGCTGATCTCCTTCGGCCTCGGCATGATCGTCGGCGCCAGACGCGAAGCGGGCTCGTGGAGCCGACTGATCGGCGTCGACGCCGTCACCTGGCTCGCGAAGACCAGCCAACATTCCCGCTGGGCAGGCTCATATGTAGGCTCAGCGTTGAAGGCCGGATTCGTAGCGGCGATGGCCGCCGTTTGCTTGGCCGCACTGCTGCTGGCTGTGACTATCGTGTGGCATTGGACAGACATCATTGCCGTCTACGAAGGTCTGCAGGCGGGCGCCATGGGCGGGGCCGTGCTCACCATCGCGCAGCTCGGTTTCCTGCCAAACCTCGTCATTTTCGCCCTGTCCTGGTCCACCGGTGCAGGCTTCTCACTCGGCGTCGGCTCAACAGCGGGTCCGCTGGGTACCGCCGTCGGACCGCTTCCGGCCGTCCCTGTCCTCGGGGCACTTCCCGCAGGACAGCTCGACGCCGGCGCCATGGCCCTGGCGCTTCCCGTCGTTGCCGGCATCCTGGCGGGTTGGTGGTTCCTGCGTGAAGGCGAGAACCATTTCGACGAGTGGCTCTCCATCAAGGTCAAAGCCCGCTGGTTCACGGCTACCGCCTCCACCCTGTTCCTGGGCGCGTTCATAGGCATCGTTGCAGGGCTTCTCGGCGGGGCCTTGGCATGGATCGCGCGTGGGTCAGCCGGTATTGGTCGGCTCACGGAGATCGGACCCCACCCGCTGTGGACGGCAGTCTGGCTGGCCGCCGAAGTGGGCATCGGCGTCGTGATTGGCTACGCCGTGGGGCCGTGGCTGGAACGCCGCCAGAAGCTGCGCGAGGCCAACCTCGACGAAGTGGCGTACGACGACGAACACGCCTGA MPLWLQGGLEAAQAAFISAIVVILPLVGVWATDGFQNRNVDALARLAGQAWLLIHGVPLELAHVNLGTAAQPGSGLLSLIPLGLTLIPFLLAWRAGRRLARASYTDQLWQAFLGAFVVYAAFGTATGFVCRTPEVVINLWFAMTIPLISFGLGMIVGARREAGSWSRLIGVDAVTWLAKTSQHSRWAGSYVGSALKAGFVAAMAAVCLAALLLAVTIVWHWTDIIAVYEGLQAGAMGGAVLTIAQLGFLPNLVIFALSWSTGAGFSLGVGSTAGPLGTAVGPLPAVPVLGALPAGQLDAGAMALALPVVAGILAGWWFLREGENHFDEWLSIKVKARWFTATASTLFLGAFIGIVAGLLGGALAWIARGSAGIGRLTEIGPHPLWTAVWLAAEVGIGVVIGYAVGPWLERRQKLREANLDEVAYDDEHA NA NA NA NA NA D3-18_03101 1038 hypothetical protein ATGACTGCGGCAGACCCGAGCATCAGCACAGTTCCTACCGGTTACTCCACCGTCAGCCCCTGGCTGATCACCCGCGACACCAACGCCCTTTTCGAATTCATCACGGCCGCGTTCAGTGCAAAGGAGATCCACCGCGTTGTCGGTGAGGATGGCAGCATCGGGCACGCGGAGGCGCGGATCGGCGACTCAGTAGTCCTCGCTTTCGACAGCCGACCGCATTGGCCAGCAACGCCGTCGTACCTCCGCCTTTACACGCACGACGCCGATGCCGCCTTCCATGCCGCCCTTGCCGCGGGGGCCACCACAGTTTCGGTCCTCGACAACAGTGCCTGGGGTGATCGGGGCGCCCGCGTCCAAGACCCGCTGGGAAACGTCTGGTGGATTATGTCCCACATGGAAGACGTCTCCGATGACGACTCGGCGAGCCGATGGGAAGCCCCTGAGTACGCGGCCGGTATGAGCTACGCCATGGAGTCGCTTCATCGGCACATGACCCGTCAGCCGGAGGCGCCGGTCCCGGATGAGGTCAAAGCGATGGAACCACTGGTTCGTGCCGACGGAGTGAGTGCCGTCCCGGCAGGGTACCGGTCCGTGGAGCCTTGGATCATTTCCCGCAGCACTACTGAGCTCTTTGAGTTCATCACGGCCGCTTTCGGCGCCCAGGAAGCGTTCCGCGTGCCCATGGAGGACGGCTCCATCGGACATGCGGAGGCGAAGATCGGCGACTCCAATATCCTCGCCTTCGATTCGCGTCCCGACTGGCCTCCCACTCCCGCTTTCCTTCGTGTGTACGTTGACGACGACGATGCCACCTTCTCTGCTGCACTCGCCGCCGGGGCCACGGCGGTCACCGACATGACGGAGATGTTCTGGGGCGAAGCAGTGGGACGGGTCCGGGATCCGTTGGGGAATCTTTGGTGGATCCATTGCCGGGTGGCAGAGCTGTCTGAGGTGGAGGCATACGCGCGGATGGGCGATCCGAAGTTCGTGAAGGCTATGGAATATGTATCGGGCGTGGACTTCTTCGCGAGGGGTTAG MTAADPSISTVPTGYSTVSPWLITRDTNALFEFITAAFSAKEIHRVVGEDGSIGHAEARIGDSVVLAFDSRPHWPATPSYLRLYTHDADAAFHAALAAGATTVSVLDNSAWGDRGARVQDPLGNVWWIMSHMEDVSDDDSASRWEAPEYAAGMSYAMESLHRHMTRQPEAPVPDEVKAMEPLVRADGVSAVPAGYRSVEPWIISRSTTELFEFITAAFGAQEAFRVPMEDGSIGHAEAKIGDSNILAFDSRPDWPPTPAFLRVYVDDDDATFSAALAAGATAVTDMTEMFWGEAVGRVRDPLGNLWWIHCRVAELSEVEAYARMGDPKFVKAMEYVSGVDFFARG NA NA NA NA NA D3-18_03102 378 hypothetical protein ATGAGTGCTTGGCGTCCGTACGACGGTCATATCATTCCAGCGTTCTACGAGCGGTTCGAGAAACGTTGGGGGAGAGGGACGGCCCCGTTCCTGGACCCTGAAGTCCATGAACAACCGTTGCCCCGCGCTCAATGGATCAACCCGGACACCGGGGCTGCCGTCGCCGTGGTCCCCATCTGGACCGACGACCCCGAGCACCGCTCCTTCGGCGTCTTCTACCTCCCGCCGGCCGGGGACATCTGGATGCTTCGCCCAGGACCAACGACGTTCCTGGAACCGAGCGGGGGTGCCAACAAGGAGCAGGTGACACTCCGCAACGACGCGTTCAAGAAGGCCGTCAACCATGCCAAGGAGTTCATTTACGGACCGCAGCTTTGA MSAWRPYDGHIIPAFYERFEKRWGRGTAPFLDPEVHEQPLPRAQWINPDTGAAVAVVPIWTDDPEHRSFGVFYLPPAGDIWMLRPGPTTFLEPSGGANKEQVTLRNDAFKKAVNHAKEFIYGPQL NA NA NA NA NA D3-18_03103 423 18 kDa heat shock protein ATGCTGATGCGCACTGACCCGTTCCGCGAATTCGACAGGCTCGCCCAACAGGTTTTTGGCACAACAGCTCGCCCGGCCGGTATGCCGATGGATGCATGGCAGGAGGACGGACAATTTGTTGTTGCCTTCGATCTGCCTGGTGTAAGCCCTGATTCAGTTGAGTTGGACGTCGAACGGAACGTCCTCACGGTAAAGGCAGAACGTAAGTCGCCCGCGGGCGAGAACACCGAGATGATCGCAGCCGAGCGCCCACAGGGCGTCTTCAGCCGCCAGCTCATCCTCGGTGACACCTTGGATACCGACGGCGTCCAGGCCAGCTACGACGCCGGGGTGCTCACACTCCGCATCCCCGTCGCCGAGAAGGCAAAGCCGCGGCGCATCGAGATCCAATCCAGCGGGCAACGGCAGGAGATCAACGCCTAA MLMRTDPFREFDRLAQQVFGTTARPAGMPMDAWQEDGQFVVAFDLPGVSPDSVELDVERNVLTVKAERKSPAGENTEMIAAERPQGVFSRQLILGDTLDTDGVQASYDAGVLTLRIPVAEKAKPRRIEIQSSGQRQEINA PGPT0014635_7409 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014635-hsp20-K13993 NA NA D3-18_03104 447 hypothetical protein ATGGCAGCTTCGGATGCTGAGACTGCCGCAGAAGAGTACGACGGCGGCCTGGCTCCTTCCGGTGCGGACGGCGCCTCAGGTGAGGGCTCGGCCGCCGACCGGGACGCGCGCGGGGTCTATGCCATCTCGGTGGCAGCTGAACTCGTCGGCACAGGACAGCAGAACATCAGGCAGTACGAGCGCAAAGGCCTGCTCACCCCTGAAAGGACCGACGGCGGCACTCGCCGCTACAGCGACAGCGACCTCGCGAGGCTGCGCAGGATCGGGGTGTTGTTGGACGAGGGGCTGAACCTGGCCGGCGTGAAATTGGTGCTCGAGTTGGAGGCGGAGAACCGGGGGCTGACGGAGGACAACAAGGGGCTGGCTGACGACAACCGGGAGCTGCGGGCGGACAACCGGGGGTTGCGGAAGGATCTGAAAAGGGCGCGGGGTGGGGGGCAACCCTAA MAASDAETAAEEYDGGLAPSGADGASGEGSAADRDARGVYAISVAAELVGTGQQNIRQYERKGLLTPERTDGGTRRYSDSDLARLRRIGVLLDEGLNLAGVKLVLELEAENRGLTEDNKGLADDNRELRADNRGLRKDLKRARGGGQP PGPT0014625_423 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014625-hspR-K13640 NA NA D3-18_03105 1035 hypothetical protein GTGGAATATACGAAGGATTTTAAGGAGCGCGCTGAGCTACTCGCGCAGCTGGAGGCGCGAGGTCTTTCCATTCAGGATCGCGACGCTGCGCTGAAGTTCTTGACCCGCGTAGGCTACTTCCGATCCGGGGCCTACCGATACGTTTTTCGTGAGTTGCTTCCGCCGAGTGAGGTGAACGAACGGCTACGACAGTATCGCCGGGACAGGTATGTGCCGGGCGCCGACTTTGAACATGTAGTGAAGCTCGAGGCGTTCGACTTCAGGCTCTCGCGAGTTTGCCTCGAAGGGCTGCTGGACTTCGAAGTCCGGGTACGCGCCGCAATTGCACACACCTTGGCTGAAAAGAATGTTGCCGCGCACCTGTCCGAGGACCACCTGGACAAGCAGATCTGCAGGCAATTGATCGGAGACAAGACCAAGTTTGACGCGTGGCTAAACACCTGCGAGGAAGCGGTGCGTTTAGCCGCAGGGGACGAGGATTTCATCACTCACCACGTATTGAAGTACCCACAGGATCCTGTGCCTATTTGGGCACTTATCGAGGTCTTGAGTTTTGGAAAACTCCCATACCTTTTTGACCTTATGGAACCTGCCGATGCTCGACACGTTGCCCGCATGTTCGGCTTTGTCCATCCCCGGCCGTTCGCTTCCGTTCTTCGTATGATGGTTGACTTTCGGAACACCTGCGCGCACGGCTCTCGTTTATTCAATCGGGCATTCAAACGGGCACTGGTTCTTAGGGAGCACGAAACTGAAGGTGACTTGTTGGCGCACCTTGCGGCTCCAGACTTCACCCAAGCCCCTAAGCCCCATCAGAGGTTGTATATCTACGCAGCAACATTGGCCTTCATGCTCCGGTCCCACGTGGGCGGGTCAAATTGGCCTCTGACGTTTCGGACGCAGATACGAAAATTCAATGTCGAGTTGATAGCGCCCGATGGATCCAGGCTCATCTCACCGGAAGCAAGCATGGGCTTCCCAGTCGACTGGCAAGCGTTGGCCCTTTGGGACAAAGGAACCGGCTCCAGCGGGTGA MEYTKDFKERAELLAQLEARGLSIQDRDAALKFLTRVGYFRSGAYRYVFRELLPPSEVNERLRQYRRDRYVPGADFEHVVKLEAFDFRLSRVCLEGLLDFEVRVRAAIAHTLAEKNVAAHLSEDHLDKQICRQLIGDKTKFDAWLNTCEEAVRLAAGDEDFITHHVLKYPQDPVPIWALIEVLSFGKLPYLFDLMEPADARHVARMFGFVHPRPFASVLRMMVDFRNTCAHGSRLFNRAFKRALVLREHETEGDLLAHLAAPDFTQAPKPHQRLYIYAATLAFMLRSHVGGSNWPLTFRTQIRKFNVELIAPDGSRLISPEASMGFPVDWQALALWDKGTGSSG NA NA NA NA NA D3-18_03106 1170 mgtA COG0438 GDP-mannose-dependent alpha-mannosyltransferase GTGAGGATCGCAATCGTCGCCGAATCATTCCTGCCACTGATGAATGGGGTAACCCACTCGATACTGCGGGTGCTGGAGCATCTGCAGGAGCGCGGGGATGAGGTGATGGTGATCGCGCCGTCGACGTCGGACACTGATGTTTCGAGCGTCGAGAAGGGTGCGTATGTGCACCGGCTTCCTTCGGTGCCGCTGGCCGGCTACACGAATGTGCGGGTTGCGTTGGGTGGTGTGAATCGGGTCAAGCGAATCCTTGCCGATTTCTCCCCTGACGTAGTGCACCTCGCTTCCCCGTTCGTCCTCGGCTGGCGCGCCGTGCAGGCCGCCCATCAGCTCGGCATCCCGACTGTCGCGATCTACCAAACCGAAGTTCCCAGCTACGCCGCCCGCTACGGTGTGCCGTTCCTGGAGAACTGGGCTTGGAACCGCGTGGACAACATCCACCTCCTGGCCACCCGAACACTGGTGCCGTCAACGTTCGCGCTGAACCAGCTGCGCGGACGCGGCATCCTGCGCGTGGACATGTGGCGTCGCGGTGTGGATACCGCGCGTTTCAATCCCGCAAAGCGTTCGACGGCGTGGCGCAGCTCAGTGGCGCCCGACGGTCACCGCATCATCGGCTACGTCGGCCGACTCGCCGTCGAGAAGCAGGTTGAGGATCTGGCCGTGCTGGCTGATTTGCCGAACACGAAACTGGTCATCGTTGGTGATGGCCCGCAACGGGAAGCACTCCAAGCGGCGCTGCCGAACGCCCACTTCGCCGGTTTCCTCGGCGGGGATGCGCTGGCTCAAGCTGTCGCCGGCTTCGACCTCTTCGTCCATCCCGGCGAGTTCGAGACCTTCTGCCAAACCATTCAGGAGGCCATGGCATCGGGTGTGCCTGTGGTCGCGACCGGCCGCGGCGGTCCCTTGGACCTCGTGGAGAACTCACGCACGGGCTGGCTGTATGAGCCGGGAAACCTCACCCAGTTGCGCGGCTATGTGCAGGACCTGATTGGCGACGACGCCAAGCGCCGCGCGTTCGCAACGGCAGCTATCGCTTCAGTCCAGGGGCGGACGTGGCCTGTCCTCAGCGCGGACCTGGTGCGCCATTACAACGACGTCATCTCCGGCATTCCCACCGGAACAATCGGGCCCAGTGAATTCACCTCAAGCAAAGGACGCTCCTCATGA MRIAIVAESFLPLMNGVTHSILRVLEHLQERGDEVMVIAPSTSDTDVSSVEKGAYVHRLPSVPLAGYTNVRVALGGVNRVKRILADFSPDVVHLASPFVLGWRAVQAAHQLGIPTVAIYQTEVPSYAARYGVPFLENWAWNRVDNIHLLATRTLVPSTFALNQLRGRGILRVDMWRRGVDTARFNPAKRSTAWRSSVAPDGHRIIGYVGRLAVEKQVEDLAVLADLPNTKLVIVGDGPQREALQAALPNAHFAGFLGGDALAQAVAGFDLFVHPGEFETFCQTIQEAMASGVPVVATGRGGPLDLVENSRTGWLYEPGNLTQLRGYVQDLIGDDAKRRAFATAAIASVQGRTWPVLSADLVRHYNDVISGIPTGTIGPSEFTSSKGRSS PGPT0017895_202 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_MANNOSE_METABOLISM|DEGRADATION,PGPT0017895-mgtA-K12583 NA NA D3-18_03107 1386 tuaD COG1004 UDP-glucose 6-dehydrogenase TuaD ATGAAGATCTCCGTGATCGGCTGCGGCTACCTCGGCGCAGTCCATGCAGCAACGCTCGCTTCGATGGGCCACACCGTGGTGGGTATCGACGTCGAATCCTCCAAGGTTGAGCAGCTCAACAAGGCGATGGCGCCCTTCCACGAGCCCGGACTGGATGAGCTCCTCAAGGACGGTCGCACCACCGGCCGGCTCGTTTTCACCACGGATTTTGCGGCTGCCGCAGATGCCCAGGTCCACTTCCTCTGCGTGGGTACGCCGCAGTCCAAGACCTCAGACACCGCCGATCTCTCATACCTGATGGGCGCCACGAAAAGCCTCCTGCCGCACCTGGCCAAGGGCGCCGCCGTCGTGGGTAAATCGACGGTGCCGGTAGGCACGGTGGAGACGCTCCGCGCGATCCTGGCCCGACGCTCGGACGTGCTGCTCGGCTGGAATCCCGAGTTCCTGCGTCAGGGCACGGCCGTAAAGGATTCGCTGGTGCCTGACCGGTTGGTTTACGGCGTTCCTGGCGGCAAGGGTGCCGCAGCGGGTACGCCGATCACCGCCGTGTTGGATGCGGTGTACGAACCCCTGATCAGCGCCGGCATCCCGCGGCTGGTTTGCAACTTTGCGACGGCTGAGCTCATCAAGTCGGCGTCGAACGCGTTCCTGGCCACGAAGGTCAGCTTCATCAACGCGATGGCTGAGCTATGCGACGCGTCGGGCGCCGACGTGAGCGAGCTGAGCGAAGCCATGGGCTTGGATCCGCGCATCGGCAACCGATACCTGCACGCCGGGCTCGGCTTCGGCGGCGGCTGCCTGCCCAAGGACATCAGGTCATTCCGTGCTCAGGCGCGCGAACTTTCGGTGCCGTCTGTAGACGAGTGGATGGCCTTGGTTGATTCGGTGAACCTGGACCAGCGTTCCCGTGCTGTGGAGGTCGCCCGCGAGATGTGCCGCGGCTTCTTGTCCGGCCGCACGGTGACCATCCTTGGCGCCGCGTTCAAGCCCGACACCGACGACATCCGGGACTCCCCCGCCTTGGACGTCGCCCAGCAACTCGCCGCCGCTGGCGCACACGTGACCGTCACGGACCCCAAAGCCATCAACAACGCCTGGATCCGCTACCCGCAAATCCGCTTCGAAGCCTCTACTAAGCGCGCCCTCGAAGGCGCCGAACTGGTGCTGCTGCTCACCGAATGGGACGAATACGTGTCGCTCTCGCCCGTTGTTGCGGGAGCACTCGTACGACGCCGGATGGTGCTGGACGCCCGCAACGCACTGGACGCTGAGGCTTGGCGGAGTGCGGGTTGGACGGTCCGCGGGTTGGGGACGGGCGCTTCGGTTGTGCTTGCTGATGGAGGCCAGGCGAAGCCCGCCGACCGGAAGAAGCACGCGGCGCGCTAA MKISVIGCGYLGAVHAATLASMGHTVVGIDVESSKVEQLNKAMAPFHEPGLDELLKDGRTTGRLVFTTDFAAAADAQVHFLCVGTPQSKTSDTADLSYLMGATKSLLPHLAKGAAVVGKSTVPVGTVETLRAILARRSDVLLGWNPEFLRQGTAVKDSLVPDRLVYGVPGGKGAAAGTPITAVLDAVYEPLISAGIPRLVCNFATAELIKSASNAFLATKVSFINAMAELCDASGADVSELSEAMGLDPRIGNRYLHAGLGFGGGCLPKDIRSFRAQARELSVPSVDEWMALVDSVNLDQRSRAVEVAREMCRGFLSGRTVTILGAAFKPDTDDIRDSPALDVAQQLAAAGAHVTVTDPKAINNAWIRYPQIRFEASTKRALEGAELVLLLTEWDEYVSLSPVVAGALVRRRMVLDARNALDAEAWRSAGWTVRGLGTGASVVLADGGQAKPADRKKHAAR PGPT0017855_1388 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 D3-18_03108 429 hypothetical protein ATGACGTGGTTGGACTCTGCGAGTGCGAAGAAGTTGTCCGATCAGCGAACTGCGGAAGCGGCGGCAAAGGCAGCTGCTGAGAAGGCTGCAGCCGACAAGGCGGCTGCAGATAAAGCCGCGGCGGACAAAGCCGCGGCCGATGCCGCAGCAGCCATTCAAGCTGCGGCCGACAAAGCGGCCGCCGATAAAGCTGCTGCGGACGCTGCCGCAGCGCAAATCCAGCCGAAAGTAGTTCCCGCTGCCCCTCCTGCCCAAAGCAGCTGCGACCCCAACTATGCGGGAGACTGCGTGCCCATTGCATCGGACGTAGATTGCGCCAGCGGCAAGGGCAACGGTCCGGCCTACGTGAAGGGTCCTGTGACCGTGATCGGTACGGATATCTACCAGCTCGACGGCAGTGACAATGATGGGATCGGCTGCGAGAAGTAG MTWLDSASAKKLSDQRTAEAAAKAAAEKAAADKAAADKAAADKAAADAAAAIQAAADKAAADKAAADAAAAQIQPKVVPAAPPAQSSCDPNYAGDCVPIASDVDCASGKGNGPAYVKGPVTVIGTDIYQLDGSDNDGIGCEK NA NA NA NA NA D3-18_03109 1272 hypothetical protein ATGGCGGGTATGGAGTCACCCACCACCGTTCCGGCCGTTGTGTTGCGCATTTCTATCAGTGAGACTGAACCGCTCATTTGGCGGCAACTCGTCCTCCCCGAAACCGCCACAGTCGCTGAGCTGCACGGTGCTATCCAGACGGCATTCGGGTGGAAGGACGCTCATCTCTACGCCGTTGCCGGCCACGACCGCGCGGGCAAGAAACGCATCATCATGGGAGTCGACGACGGCGACGGTCCAGATGGTACTGAGCTCGCGGTTGACGTTCGGCTAGCTGAGCTTTTTGACCCACACTCGCCAGGGCTGTCGGACCTTCAGTACGACTACGACTTCGGGGACAACTGGACCCACGAGATCGAAGTTGTGGGACCGGCCGTGCTCCACGAGAACACCATCACCTGCCTTGACGGCGCGATGCGGGGGCCGATAGAGGATTCCGGGGGAGTGGGTGGGTATGCCAACGTGGTTGCCGTTGTGTCCAACCCCAAGCATCCAGAGCACAGAGAAGCCGTGGAATGGCTCGAGTTGGTGACTCAGGAGCGTGTGTCCAAGTTCGATCCCGCTGCTTTCAATCTAGTGGCAATCAACGATCAGCTCCGACTGTTGGCTCGTCGGCTGTGGCCGGGGGATGTCACCGAAGAGGACGTAGTGTTCGTCTTGGGGCCCGCCCTTTGGTTCCTAAAGCAGGCGGACCCAGATGGGTTGCCGCTGACATCGGCGGGCTATCTCAAACCGATCGTGGTTAAGCGAGCGATGACAGAACTCGGATGGATCGAACCTTGGAACACGAACGTCTCCACAGAAAGTCACGCAGCACCTGTCCGCATCGTGCGCGAACGGCTCCAAGAATGGAAACTCCTTCGCAAGAGCAAGGACAGGCTGCTCCTGACACCGGCAGCCAGGAAGCTCATAAACAGGCCCGCGATGCTCTGGCATTACATCGCTGACCGATTGGCGTCACCCGGGCACGAGGGCGTGAAGATCGCGACTCAGCTGAGGGTGCACTGGGACTTGTCGGCAAGCCAACCGCCCCGCAAAATCGTGGACGATGTGGTTCAGCTCGCGCTCCACGAATACGGTCTGCGAACCGCGACGGGTGCCGATATTCCACTGGACTGGGCACGTGGCTTGAGGATCGATGTCCATCAGAGCTTGCTCTGTCTGAGGCTTCGGGGCTCGACAAAATGGGGTTCCGATGAGCTGGGACTGTCCGACGCCGGCGTCAAGTTCTTGCTCGACGTCCAGAGCCGCTGGGACGGCCGCAGCGTCTGA MAGMESPTTVPAVVLRISISETEPLIWRQLVLPETATVAELHGAIQTAFGWKDAHLYAVAGHDRAGKKRIIMGVDDGDGPDGTELAVDVRLAELFDPHSPGLSDLQYDYDFGDNWTHEIEVVGPAVLHENTITCLDGAMRGPIEDSGGVGGYANVVAVVSNPKHPEHREAVEWLELVTQERVSKFDPAAFNLVAINDQLRLLARRLWPGDVTEEDVVFVLGPALWFLKQADPDGLPLTSAGYLKPIVVKRAMTELGWIEPWNTNVSTESHAAPVRIVRERLQEWKLLRKSKDRLLLTPAARKLINRPAMLWHYIADRLASPGHEGVKIATQLRVHWDLSASQPPRKIVDDVVQLALHEYGLRTATGADIPLDWARGLRIDVHQSLLCLRLRGSTKWGSDELGLSDAGVKFLLDVQSRWDGRSV NA NA NA NA NA D3-18_03110 414 hypothetical protein GTGATCACGCACTTCTACCCAGCAGCGCTTCGCATCATCACCTGCGTCATAGCTGTTTGCTCGGCGGTGTCAGCCACCTTGCTCGGAACTGCGCCCCCTCCAGAAGGCCTGGAAATCCTTGATCCTTCAGATATGCGGACCACGGCTGTCGTTTTCACGATGGCTCTGGGTGTTGTGGCGCCCGTAGCGATGTTGATTGTCGAACCACTCACCTGTCTGCTCCTGAAAGCCGGACTCTTCGCTGCATCCGGCTTTGGCAATGCCATGATGCTCAGCCCGCTGGTGGTGGTGCCGTTCCAGGAAGCGTCTACTGCGCTGGCTGTTGTCTGCTCGGTAGCCCTGACTATTGCGAGCATCGTCACCTACATGGAGTCCGTGGAACGCAGGAACGCTCGACGGCGGGCCAACACCTAG MITHFYPAALRIITCVIAVCSAVSATLLGTAPPPEGLEILDPSDMRTTAVVFTMALGVVAPVAMLIVEPLTCLLLKAGLFAASGFGNAMMLSPLVVVPFQEASTALAVVCSVALTIASIVTYMESVERRNARRRANT NA NA NA NA NA D3-18_03111 1263 COG0531 putative transporter GTGAGCAACTCTCCGGCTTTGGCTCGCCGACTAGGCACGTTTGACGCATCGCTGATTGGCCTAGGATCCATGATCGGTGCGGGAGTCTTCGCGGCGTTCACCCCAGCCGCTGCAGCCGCCGGATCAGGGCTGCTGATCGGGTTGGTAGTGGCCGCCTTCGTTGCCTTCTGCAACGCGACATCGTCCGCCCAACTAGCTGCGGCCTACCCAACCTCAGGCGGTACCTACATCTACGGTTGGGAACGGCTCGGGCCTTGGTCCGGATTCCTGGCAGGATGGGGATTCGTCATCGGCAAAACGGCGAGTGCCGCTGCTATGGCGATGACCTTCGCCGCCTATGCCGCACCGCAAGGTTGGGAGCGCCCGGTAGCGATCGCCGCCGTCGTAATTCTGACAGCTGTGAATTATCACGGAGTGACCCGCACCGCCGGGCTGACGCGCGTGCTGGTGGTCGCTGTACTTGCTGCCCTGACTATTGCTGTCGCGGCGGTCTGGGGTGGCTCCGGTCCTGACTTTGCCAGCTTTATGGGGGAGGGGCTGCTGGCCCACGGCTGGTACGGCATCCTTCAATCAGCGGGGCTGCTGTTCTTCGCGTTTGCCGGGTACGCAAGAATCGCGACGATGGGTGAGGAAGTGCGTGAGCCCAAGCGCACCATACCCCGGGCGATCAGCATTGCCCTGGGGATCACCATCATCATCTACGCCGTTATAGCGGTTACTTTGCTGGCGGCGCTCGGACCCGACGGCGTGGCTGATACGGCCACACCGTTGGCCGATGTGGTAGGTGCCGGCACCTTGGCGTGGGCTTCGCCCGTGGTCCGAATCGGTGCCGCTGTTGCTTCTCTGGGAGCGTTGTTGGCACTCGTCGCAGGGCTTGGCCGAACGAGCCTGGCCATGGCCCGCGAACACGATCTGCCGCACTGGCTCTCCGCTGTGCATCCGCGCTACAAGGTCCCGCATCGTGCTGAAGTCACACTAGCCGTGGTGATCTGCTTGATCATCGCAATTGCTGATCTTCGAGGGGCGATAGGCTTCTCGTCATTCGGAGTGCTGCTCTACTACTTGGTTGCCAACATCGCCGCCTACACTCAGCCCCGGGAAGACCGCCGCTACCCGAAGTTCCTTCAGGTGGCTGGTGCTGTTGCATGCGTAGTTCTTGTTGCCACCCTTCCGCCTTTGTCAGCGGGATTGGGTGTCCTGATGTTCGCCGTGGGCATCGTGTACCGCCTGGTGCGTTTGCGGTTTGATCGCCGCGCCGGCTGA MSNSPALARRLGTFDASLIGLGSMIGAGVFAAFTPAAAAAGSGLLIGLVVAAFVAFCNATSSAQLAAAYPTSGGTYIYGWERLGPWSGFLAGWGFVIGKTASAAAMAMTFAAYAAPQGWERPVAIAAVVILTAVNYHGVTRTAGLTRVLVVAVLAALTIAVAAVWGGSGPDFASFMGEGLLAHGWYGILQSAGLLFFAFAGYARIATMGEEVREPKRTIPRAISIALGITIIIYAVIAVTLLAALGPDGVADTATPLADVVGAGTLAWASPVVRIGAAVASLGALLALVAGLGRTSLAMAREHDLPHWLSAVHPRYKVPHRAEVTLAVVICLIIAIADLRGAIGFSSFGVLLYYLVANIAAYTQPREDRRYPKFLQVAGAVACVVLVATLPPLSAGLGVLMFAVGIVYRLVRLRFDRRAG PGPT0020810_6512 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_GENERAL_AMINO_ACID_TRANSPORT,PGPT0020810-TC_APA|yhdG-K03294 NA NA D3-18_03112 2559 hypothetical protein GTGTTCGATTCAGAGGTTCAGCGAATCCTCGACTTTGTTGCCCGCGGCATCGGTGTGCGGGTTGTCGGCGCACCGGGTAGCGGTAAGACGTCGGTAGTACGCAGCGTCATGAGCAATCTGGAGAAGACCGGAGTTTCCGTGCACTTCATCAGTGGACTCCGTACACACCGCACCATCCCGTACTCGGCCATCAAGGGTCTTGGCTTGGAAATGAGGCCTGGCCGAAGCGGTGTCTTCGATATCGCCGATGTGTTCTCGAGCCAGCTGGCCAAGGCCGGCAAACACCTGCTGGTTGTTGACGATCTCCACCTTGTGGATAGCGAATCCCTGGCAGTCTTGGAGGCTGTGAGGCGGAGATCCGATTGTCCTATGGTGGCTACGGCCCCGGAAACATGGGCTTTCTCCCGGGGCCAGCTGGCCGTGCTCAACAACGGTAGGGAGGCGCACCTGCAGTTGGACCCACTCCACTACGAGCAGGTCCACCTACTCATCGCGAAGGTTCTCGGTGCCCCGGCAGACGCTGACACAACTGCTCGCATCCTCACCAAGTCGGCTGGCAATCCGCGGCTCATCGTGCGGATCGCAGAGACAGCCTCGCTAAGCAACCTCCTGGTCATGAAGAACAAGCAGTGGTGCATGACGGCCGACACCCTATGGAACGAACACCTTCGCGGCACACTTGAGGCTCTCCTGGCCGAACTGAATGCTGAGGAGTTCACGGCGCTGCACATCATGGCGATTCTGGGTACCGCACGGGTTGATGTTCTCCACAAAGTCATCCAGCCGGACGCCTTGGAAGGCTTGGAGCGCAGGGGATTCCTGTCCGTCTTGGCGGACCACCACAATGGCTCAATAGCGGCCATTAGTCCGCCCGTCATCGCTGATTACTTCCGAGGGAACAAGAAGCTCCGGGACCGGAAATTGCTCCGCAGCAAGATCGCTGGCGTCCTTGAAGCTGCCCCTCAGGTGGCCCCGGAGAAGCACACCACGGCAGACTGCCTCTCCCGCGTGCTTTCATCTCTTCGTCTGGAGAAGGGCGACGACGACGCCATTACTTCCCGGCACTTCCACGACCACAACGCGGATCGGGAACACATCCGTTTCGAACGCTGGCAAGCCAACAAGTCAGCCGCTAATGCCGCAGCCCTACTCCGCATCTACTGGGGTGCTCCCGTGAATGTGGCGCGTGCCAGTCTTGTCTGCGCCGAAACAACAGACTTCGACGCCGATCCCAGGGACCGCCTGTTTGTCACCATCACAGAGGCCCTGCTTGCGATCCAAACAGGGCGGGGGCCAGGTGCCGCCGTCGACATCCTCCAAAAGTTCGCCGGGGACAATCCGCAGCTGGTAGCTGAAGTGGAGAATGCCATTCTGTTCATCAGTGCTTCTCATGGCAGGGTTCCAGCTGATCCCGCTGACGAGCCAGGCGTTTCCGGGGGCCAAGGACCGGGAATGGGGATGTTGGTCCATGGTTTGCTTGAGCTGTACCGCTTCAAGCCAGGCGCAGCGTTGGAAGCCGTTGACGGTGCAGGCGACGATGATGCTTTTTCCCATCTTCGGCCGTTCATACACGGCTTCGGCCTCTTTGCCGCTGGACGCGTAGAGGAGTCGTTGGTCTTCGCCTTGGACTGGCGGGCAGAAGCCCGCAAGAATCTGGACCAATTCGGCGTGGTCACCAGCAGCTACGTGGCCGCACACGGACTGCTTTACCGAGGCCACTTTGAAGAGGCCGAGTACCTGATGAGCAGCGTCTTTGCGATGGGGCGGCCCGGCTTCGTTGTCGACTCGCTCTACGATGCCATGCTCAGGTTGGCTGGGCTCAGGCACGCGACAACTGCCATAGTGCCGACGCTTTCCATAGCCGCACAGGCGCGGACTGAGGTGCCGGACGTCGGTCCGATACCCGGCATCGGCAAGGGAGCTTACGAGCTCATCGCTCATAACAACGCCCAACCTTCAGTGTTCGACCGCAAAGCCGCCAAACTCATCCGGCGGCAGCTTAAGAGCGGCTACGTCCTTGAAGCCATGATGACTGCGCTTCTTTGTACTTGCCTTTGCCCGGGCCGCCCCGTTTTGGATCTGCTGCAGAAAATCCTGCGGGAGAGCGCCATCCCGGTCCATGACCAGCTCATTGCCATTGCCACCGCTGTGGTTGAAGGTGACCATAAGCTGCTCGGACTGCTCCTCAAGCACTACGAACCTGACATCGACACCTACCAAGTGGGGATGCTGCTCCGAGGAGCCCTCAAGCGCCACGTGATCGACGGTGATGCTGCCGCAGCTGACGCCATGGCGCAAGCTTCCTCCATCTTCGCTGTCCGCTTCCCATCGGCCAACGAGCAGCTCTCCTTCAATTCGTTCAGGACCACACCGCTGACCGAAAGGGAGATTGAGGTCGCTGTACTAGCCGGACACCGCACCAACGTGGAAATCGCGGAACACCTCGGCATCAGCGCGAGAACAGTTGAAAACCATATCTCCAACGCGCTGCGGAAGACGGGTGCAACATCCCGCAATAGTCTTTTCATGCTGGTGGGGAATTCACTTCCGCCGCGCTGA MFDSEVQRILDFVARGIGVRVVGAPGSGKTSVVRSVMSNLEKTGVSVHFISGLRTHRTIPYSAIKGLGLEMRPGRSGVFDIADVFSSQLAKAGKHLLVVDDLHLVDSESLAVLEAVRRRSDCPMVATAPETWAFSRGQLAVLNNGREAHLQLDPLHYEQVHLLIAKVLGAPADADTTARILTKSAGNPRLIVRIAETASLSNLLVMKNKQWCMTADTLWNEHLRGTLEALLAELNAEEFTALHIMAILGTARVDVLHKVIQPDALEGLERRGFLSVLADHHNGSIAAISPPVIADYFRGNKKLRDRKLLRSKIAGVLEAAPQVAPEKHTTADCLSRVLSSLRLEKGDDDAITSRHFHDHNADREHIRFERWQANKSAANAAALLRIYWGAPVNVARASLVCAETTDFDADPRDRLFVTITEALLAIQTGRGPGAAVDILQKFAGDNPQLVAEVENAILFISASHGRVPADPADEPGVSGGQGPGMGMLVHGLLELYRFKPGAALEAVDGAGDDDAFSHLRPFIHGFGLFAAGRVEESLVFALDWRAEARKNLDQFGVVTSSYVAAHGLLYRGHFEEAEYLMSSVFAMGRPGFVVDSLYDAMLRLAGLRHATTAIVPTLSIAAQARTEVPDVGPIPGIGKGAYELIAHNNAQPSVFDRKAAKLIRRQLKSGYVLEAMMTALLCTCLCPGRPVLDLLQKILRESAIPVHDQLIAIATAVVEGDHKLLGLLLKHYEPDIDTYQVGMLLRGALKRHVIDGDAAAADAMAQASSIFAVRFPSANEQLSFNSFRTTPLTEREIEVAVLAGHRTNVEIAEHLGISARTVENHISNALRKTGATSRNSLFMLVGNSLPPR NA NA NA NA NA D3-18_03114 204 cspA COG1278 putative cold shock protein A ATGGCTACAGGTACCGTGAAATGGTTCAACTCCGAAAAGGGCTTCGGCTTCATCTCTCCTGAAGATGGCAGCCAGGACGTTTTCGCTCACTACTCTGCGATCAACTCCTCGGGCTACCGCTCCCTCGAAGAGAACCAGAAGGTTTCCTTCGACGTCGAGCAGGGCCCCAAGGGTCCCCAGGCAGTAAACATCCAGGCTATCTAG MATGTVKWFNSEKGFGFISPEDGSQDVFAHYSAINSSGYRSLEENQKVSFDVEQGPKGPQAVNIQAI PGPT0014675_6666 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704 NA NA D3-18_03115 366 hypothetical protein ATGCAGATGCCCAAGCCCTCTGACGCCGATAAGGAACGCTTCCGTTCGGTGCTGCCCGATCGTCCGGATGTCATCGTCAAGCCGATGTTCGGCAATCTGGGCGCATTCGTGAATGGCAACATGTTCGCAGGACTCTTCGGCCCCACCATCGGCGTCCGCCTTTCCGAGACTGACAAAGCTGAGCTCGAGGCTGATCATCAAACTCAACCGTTCGGTCCCGAAGAACGTCCTATGGGCGGATACTCAGGTCTTCCCGAAGCTTGGAACGATGACGCCGAGAAGGCCGAGCCCTGGGTGGCCAAAGCCTTTGACCACGTGGCCTCGTTACCGCCGAAAGCGCCAAAGTCGCGTCCGACGAAGAAGTAA MQMPKPSDADKERFRSVLPDRPDVIVKPMFGNLGAFVNGNMFAGLFGPTIGVRLSETDKAELEADHQTQPFGPEERPMGGYSGLPEAWNDDAEKAEPWVAKAFDHVASLPPKAPKSRPTKK NA NA NA NA NA D3-18_03116 873 hypothetical protein ATGGGCTCGATGGATGGACGAACAGCGCTCGTTACCGGCGCTACGGGTGGTCTTGCTAAGGCCATCGCCACTGCACTGGCCCGCGAAGGTGCCACCGTCGTCGTGGTTGGACGGACAGAAGCTCGGGCAGAAGAGGCTATGCGCGACATCCGTGCGGTGGTCCCGGCCGCTACCCTGGAACCCCTTGCCTGCGATCTGTCAGGCCAAGCTTCAATCCGCTCCGCGGCGGAGGCGTTCCTTTCCCGCCACGATGAGCTGAACGTCCTCGTCAACGCGGCCGGTGTTTTCCGCAAGGAACGCCACGTGACCGCCGATGGCCTCGAGCTCACGTTCGCTACCAACGTGATGGGCTACTTCCTTCTCACGAATCTGCTCCTGGATGCACTCAAACGCGGCGCGACCAGGGATCAGGGACATCCATCGAGGATCGTAAACATCGCCTCCAAGTATTCGGGCGGGCCCTCAGTGACCAAGATTGATTTCGACGACCTTCAAACTGCGAAAGGCACCTACAGTTACCTGCGCTCAACCCCGCCAACCATGCTCGGCCGGGTTTTGTTGACGCAAGAGTTCGCAGAGCGCCTTCGCGGATCAAACGTGGTGGCCAACGCAGTGCATCCGGGCCTCGTCAAGAACACCGGTCTTCTGCAGGACGTTGGCGGGCCGTTCCGATGGGTGACAAATACCTTCGGCAAGACGGCAGAGAAGGCAGCTGACACGGCCGTTTGGTTGGCCACCTCGTCAGAAACTGCGGCGGTCACCGGCAAACTCTGGGCGAAGCGCAAGGAACTGCCGACGCCGGGCATGGGCTCTGATCCCGCCGCCCGGAAGCGACTGTGGGAAGAGTGCACGCGGCTGTCGAAAATTTTGTGA MGSMDGRTALVTGATGGLAKAIATALAREGATVVVVGRTEARAEEAMRDIRAVVPAATLEPLACDLSGQASIRSAAEAFLSRHDELNVLVNAAGVFRKERHVTADGLELTFATNVMGYFLLTNLLLDALKRGATRDQGHPSRIVNIASKYSGGPSVTKIDFDDLQTAKGTYSYLRSTPPTMLGRVLLTQEFAERLRGSNVVANAVHPGLVKNTGLLQDVGGPFRWVTNTFGKTAEKAADTAVWLATSSETAAVTGKLWAKRKELPTPGMGSDPAARKRLWEECTRLSKIL NA NA NA NA NA D3-18_03117 1248 dcm COG0270 DNA-cytosine methyltransferase ATGGACAAGGTAACCGCGCTTCTCAATCAAGCCCGCGCACGATACACACAACGACAGCTCGCGGAGCAACTCAACGTCTCAGACCGCACCGTGGCGCGGTGGGAAAGCGGAGAAACAGCATGTCCGACGATGCTTGCCCCAGCATTGAAAGAACTCCTTGGCATCCGCCCGGATGTTGGCTCGGATGATTTCACATTCATCGACCTCTTTGCCGGAATCGGAGGCATTCGCAAAGGCTTTGAAGCCCACGGTGGCCGCTGCGTGTTCACGAGCGAGTGGAACAAGTATGCCGAAAAGACGTACCTAACCAACTTCCCCGATGACCAAGGAGAGTCGCACACCTTCGTCGGCGACATCCAGCCGTTCCCGGCCAGCGATGTCCCTGACCATGACATCCTGTTGGGCGGCTTCCCCTGCCAACCGTTTTCCATCGCCGGCGTAAGCAAGAAAAACTCCCTCGGCCGGCTGCACGGTTTTGAAGACGCCACCCAAGGCACCTTATTCTTCGACGTGGCCCGGATCATCAACGAAAAGCGCCCGGCCGGCTTCATGCTCGAGAACGTCAAGAACCTCCGCTCGCACGACAAGGGCCGGACCTTTGCAGTGATTATGGAAACCTTGCAAGAAGAGCTCGGTTACGAAGTCCACACGAAGGTCATCGACGCCATAAAATTCACCCCACAGCACCGCGAGCGAATCATCATCGTCGGATTCCGGGAGCAAACTGACTTCACTTGGGAGGATCTGGAGATCCCGCCCGTTGGCCCGAAACTGGACACCATCCTGCACAGGACCGACGGCACTGAACCGTTCCTAGAGTGGGATGGGGACCGCTTCTTTGATCATGACAATGCAGAAGTGCAGCCCAAGTTCACTCTGACCCCCAAACTGTGGGCCTATCTTCAGGCGTACGCCGCCAAGCACAAGGCCGCGGGTAACGGCTTCGGCTTCGGTCTAGTTCACCCCACGGGGACGAGTCGGACACTGTCTGCCAGGTACTACAAGGACGGTTCCGAGATCCTTGTGGCACAGGACGGGCTTCGGCCTCGCAGGCTCACGCCGCGGGAATGTGCCCGACTGATGGGCTACGAGGACACCTTCCGGATCCCTGTCAGCGACACGCAGGCCTACAAGCAGTTCGGAAACAGTGTCGTCACCCCGGTGATGTCCGAAATCGCCCGGATCATGACGCCTCACATCTTGAAAATTACGGACAAGGAGGCCGCCGCCGAGCCGATTTCTGCCTGA MDKVTALLNQARARYTQRQLAEQLNVSDRTVARWESGETACPTMLAPALKELLGIRPDVGSDDFTFIDLFAGIGGIRKGFEAHGGRCVFTSEWNKYAEKTYLTNFPDDQGESHTFVGDIQPFPASDVPDHDILLGGFPCQPFSIAGVSKKNSLGRLHGFEDATQGTLFFDVARIINEKRPAGFMLENVKNLRSHDKGRTFAVIMETLQEELGYEVHTKVIDAIKFTPQHRERIIIVGFREQTDFTWEDLEIPPVGPKLDTILHRTDGTEPFLEWDGDRFFDHDNAEVQPKFTLTPKLWAYLQAYAAKHKAAGNGFGFGLVHPTGTSRTLSARYYKDGSEILVAQDGLRPRRLTPRECARLMGYEDTFRIPVSDTQAYKQFGNSVVTPVMSEIARIMTPHILKITDKEAAAEPISA PGPT0020015_2812 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM CE-BACTERIAL_FITNESS-TYPE_II_R-M_SYSTEM,PGPT0020015-dcm-K00558 NA NA D3-18_03118 1281 hypothetical protein ATGGACTTCGGAGACTTGGCAGACCACTTTGACGGCGTTGCGGCCAAGATTCTGAGCGCAGTCGAAACTGTCGGCCGCAGCTCGAATCAGCACGAGCTCGACGGAGTGCGAGCACTCCAAGCATTATTCGGCCGCCCAACCGAGAAACTTTTCGTTCCCACCCGCTTTCTTCAGGTTTCCGACGACTCGGATGAACCTGTTACTGAGGACGGGATTTTGACGTTTTACGACGCCCGCATCAACATTCCGAACCGGTCTGAATACCGTCTCTACTATCCGGCATCCATCAATGCGATGAAGATGGCCCAACCTGGCGACATCGTCTTCATCGCAAAACAGAAGACCGGTGGCGTCCTGTTCATCGTGGCACCGGCGGACTCAAGCGTCGCCGCTCAGCTCGACTGGCTCTTCGGCACGGACGTCTTGCAACACCGAGGCTTCTCAGTCCGGAGCGGCCTCGAGACCGGCCACGACAGCCTCAGCCTGCCCGCGATGTATTTGCTGGACATGCTCGGTATTGCCGTCGAGCCAGGCAACGAGGACTGGCTGGACAGGATTCTGCAAAAGTTCGGGCCCCGGTTCCCTACGTCGGCGGAATTCGGCGCCTTCGCCCGTTCTACCCTGCCCGATCTTCACCCTGCCCATAACCCGGACGGTGTACTCATGGCTTGGATCGAACAGGAAGAAATGCTCTTCAGAACTTTGGAACGACACTTAGCGGCTGACACCCTCGATGCGCTCTATGCAGACGGACACGTGGATGTCGACAGCTTCATAGAGGTATCACTTTCCCTACACAACAGACGCAAAAGCCGAGCTGGCAAGGGTCTGGAAAACCACCTCATCGCACTCTTTAAGATGTTGAACGTCCGCAACACTTTCAATCCCGTCACAGAGAACAGGGCCCGTCCGGACTTCGTCTTCCCAAGCATTGACCAGTACAGGGACACCAGTTTTCCTTCACCGGATCTCACCATGCTCGGCGTTAAGACCACGTGCAAGGACAGATGGCGACAAGTGCTTAGTGAAGCAAAACGAATAGACCACAAGCACCTCCTGACACTGGAAAGCCCTATCAGTCCTGCACAAACCGACGAGATGAAGGATCACAAAATTCAACTCGTCATCCCCCAACCCTTGCACGGACCATACAAGCCCGAGCAACAGAAGTGGCTCATGAACGTTGACGACTTCATCGTTATGGCCAAAGAACGCGACGGCAAAGGACGCGAAGCACTTGCATCCGACCTGCAGGTCCCGACAGAGGAATCATCCAGATGA MDFGDLADHFDGVAAKILSAVETVGRSSNQHELDGVRALQALFGRPTEKLFVPTRFLQVSDDSDEPVTEDGILTFYDARINIPNRSEYRLYYPASINAMKMAQPGDIVFIAKQKTGGVLFIVAPADSSVAAQLDWLFGTDVLQHRGFSVRSGLETGHDSLSLPAMYLLDMLGIAVEPGNEDWLDRILQKFGPRFPTSAEFGAFARSTLPDLHPAHNPDGVLMAWIEQEEMLFRTLERHLAADTLDALYADGHVDVDSFIEVSLSLHNRRKSRAGKGLENHLIALFKMLNVRNTFNPVTENRARPDFVFPSIDQYRDTSFPSPDLTMLGVKTTCKDRWRQVLSEAKRIDHKHLLTLESPISPAQTDEMKDHKIQLVIPQPLHGPYKPEQQKWLMNVDDFIVMAKERDGKGREALASDLQVPTEESSR NA NA NA NA NA D3-18_03119 828 hypothetical protein GTGACACTCATGGACGAAGGCATATATCTCTATCCGCGTCTCGATCCCGCCACGGCATTACGGGAGTTAGACGATCAGGCCTCACAGGCCCTCTCTGGCCTCCGAATGCGTACGGACACTTCGCATATTCACGCGGCCGCCTCTGCTACTGGTGGGATCCCAGTACCCCTTGGACTGTTGGGAGACTTACAAACGCTTCTTCGGGAAATAGCCGACGACTTCAAATTTCCAGAACCCCTGAATTTAGAACGTCAGCAGGAATTTGATCGTATCTGCGGAACTGTACTATACGATCGAATGCGGGTGGTGCCAGGTGACGCGGCTGAGGAGGGAGTGTGGTCCTTCATTTCGCTGGTCCTTGTCCCAGAAATAGCCCCTTGGCGTTTTCCGAGTCGACATCCCAATCGTATACTCGGAAAACCGAGAAATACATTTCGAAGGCTGTGGTGGCGGGCATGGTCCCTTGGCCCCGATCTAACCTCGACACCTGCAGGATCGCAACCCCTAAAGGAAGACGACTATTTCCAGATTATGGAGAGGACTAGTATATCGGGGGATAGAAGGACGGCGCAGGCATTGCAGGCACGCATTTTGGCGATCAATCCCGTTCTGACTGGCGTGGACAATAGTGTCACCCGCAACGATTTGCTTCGCGAGCTTATAATACGACTACGTGCACAAAAATCTCATATAGCATTCCAAGCTCTTGAAGAAGATCAATTATCAATACTGATAGATGGTTGCTTGGTATCGTCGGCCGCGGCACTAGGTATTGATCTAAAATTGAATAGCGTCGATTCCTTGCCAAATTTGAGAGTCACAGTCTGA MTLMDEGIYLYPRLDPATALRELDDQASQALSGLRMRTDTSHIHAAASATGGIPVPLGLLGDLQTLLREIADDFKFPEPLNLERQQEFDRICGTVLYDRMRVVPGDAAEEGVWSFISLVLVPEIAPWRFPSRHPNRILGKPRNTFRRLWWRAWSLGPDLTSTPAGSQPLKEDDYFQIMERTSISGDRRTAQALQARILAINPVLTGVDNSVTRNDLLRELIIRLRAQKSHIAFQALEEDQLSILIDGCLVSSAAALGIDLKLNSVDSLPNLRVTV NA NA NA NA NA D3-18_03120 885 hypothetical protein GTGAAACTAAGCGTGCCGCCGTTTAGGATGGCCAAGACAGAACACGTGGAATTCTCGGGTTGGTTCTTCGCCGGCGACGGTCGTGATGTGCAATTACATGATGAGCTAGAACATTGGGACTACCAGGCAACGCTGCAAGTCAATTCGCGATTGGCCCTAATTCGTGCAGATTTGCTGTCATGGTGTGAACTTGGTTCGTCAACGAAGCTTGCGTGTCTAGTGACGGCCAAATCAGACAAGACAAGAGTTGAGATGCTCTTAGCACGCGTCGAGATTCCAATAACTGCTGAGTCGCTGAACCTGAAAGTCGCCATCCCCGGGCAAGAAATGGGTGGGCGTCTCACCATAACCACCTCCGTTGTGGTCTTGGACGCTCATCCTCTGTCGGCAGTTTCCGCGAGGCGGCCGGGGAGTGTTCTGTGGAGCACAAGAACGCACACGCACCTTCAAGGCGTCGGGTCTCAATTCCCGACGTATGCGGAGAGCTTTTCTGAACGATACCCTGACTTTAGGGACGCATCTTGGTTTCTCCAAATTGAAACCTCCGATTTGGAAGCATCCTTCTTGTCTAGCGTGAGACTTTTTCTGAATGCCGATAAGACTCAGGTGAGAAGACTATTAGCGGGTAGCAAGGATACAGCAACGCAATTGCTTAGGCGCACCATTGACACTGATGTGACCAGACAGCTAGTTCACTGCGCCCTCAACCTTACAGAAGTCATGGATGCTGAAGTTGATTTTGACGAACTGGACCTGTTACACGGTCTTCGCAATATCCTTCAAATGATTTGGCCGGCGACGGACGCTAAACAACTTTGGAACGACTATAAACGGACACCTTGGAAAATTGAGGCAAAGATTCAAGCAGTACGGAAGTTGACGTGA MKLSVPPFRMAKTEHVEFSGWFFAGDGRDVQLHDELEHWDYQATLQVNSRLALIRADLLSWCELGSSTKLACLVTAKSDKTRVEMLLARVEIPITAESLNLKVAIPGQEMGGRLTITTSVVVLDAHPLSAVSARRPGSVLWSTRTHTHLQGVGSQFPTYAESFSERYPDFRDASWFLQIETSDLEASFLSSVRLFLNADKTQVRRLLAGSKDTATQLLRRTIDTDVTRQLVHCALNLTEVMDAEVDFDELDLLHGLRNILQMIWPATDAKQLWNDYKRTPWKIEAKIQAVRKLT NA NA NA NA NA D3-18_03121 1863 hypothetical protein GTGCTTGATTGGATTCCAGAAGCGTTGCCGCCGAGCGGTGGACTATCGGCTGAAGGTTTCACTAAACTCCTTGGTCGCCCTAGCCTTGATCCTCTAACTGTTCTCGTACGAGAAACAGCGCAGAACAGTTGGGATGCGAGGAAAAGTGATGACCTGCCGGTCAAGTTCTCTATGAATTTAACTGACATTCAGGATTCAGTTAGGCTTCTGCTCCGTGACGAGGTTTTTCCAGGAGCTAGACGCGTAATCGGAACAGATTTAGCCAAGACGCTAGACAGTCCTGGTCTCAACGGCCTCTTTATTTCAGATAGAAATACCAAAGGACTCGGAGGTCCGGTTCGGGCCGATGTTCTCGACCCCACTGATTCTTATGATTGGGTCGATTTTGTTCTCAACGTCGGAAAGGCAAATCATCAGGTTAAGACCGGTGGAACATATGGATTTGGGAAGACAATTTCGTTTGTTGTCTCCCAAGCTAATACAATCGTCATATATTCGAGAACTGAGTATGATCAGCAGCCTGCAACTAGGTTGATTGCCTCGGCTATTGGCGACAAGTTCAACGATGGCAGAAGCAACTTCACGGGCCGCCACTGGTGGGGAAGCGACGTAGACGGTGTTCCGACGCCCATAGTGGGTGAGGTAGCCGATACTTTGGCCTCGAAGATAGGCTTTCCGCCATTCCTGCCTGGTGAATATGGAACGACAATTTTGATTTTGGCTCCTTCCTTCGGAGGTAGAACGCCGGAGCAGGCAATGAACTTCTTGGTCGAATCTGCACTTTGGCACCTTTGGCCTAAGTTACTGGCCGGTGCAAAAGGTCTAATTCCCATGGAAGTTGCCTTCTTCCACAATGGCCAACCGGTTCCAGTCCCCAGCTTCGCTTCGACCCCTCCCTTGAGTAAGTACGTCGACGCATTTCTGGGTCTTCGTTCTTCTGACGTTCGACCTCTTGGCTACGTGGAGGAGACATTGAAGAGACATGCGGGTGGAAGCGTGTCTACCTTGGGTCGCCTTGCTACTGTGCCGTTCGTTCGTGAGCCCCGCAGAATTGTCGATGACGGGCATGACCCTGAAGACGATGACTCACCTGCTCCTGCTTCGCCCTTTGGCAATCTGGCCAGCCACCATGTGGTGCTCATGAGATCGCCCGAACTTGTCGTTGAGTATCTTCCAGGCCCAGAGGCTCCAGATCACTCCGTGGAATGGGGTGGAGTCTTTCGTGCCGACGAGGGGTTGGATGAAGTGTTCGCTAAAGCGGAACCGCCTACGCACGATGCTTGGACTCCGGACTATTTGGAAGACAAACAGGATCGACTTATAGTTCAAAAGTGTCTTCGAGACATCAGGAAGCTAGTCGAGGGACGATGGGGTACGCAGCCGCAGCCTGAGGCAACTTCGGCGTTGAGCACAGCTCTCGTTGCGGACGCTTTGTCTCACCTGGTAATAGGATCTCCAGGTGCGGGTAGGGGGAGGCCCGAAAAGCCTCCGGTACCTAGAACGAGGAAGGCTGTCGCCCAGAGCGGGTTGGTATCCAACTGGACCGACGTTATCCAACGCGAGGATGCCTTGGTTTCCGTAGCCAGTTTTACTTTGAACTCAGATGCAAGCCGGCCCATTACGATTTCTGTTGCAGTGGGGGTAGCTCTTGAAGGATCGCAGAGGGACGTCTCTCTCGACGAGAACCTAGCGTTGCGCGCTGCCTGGGTTGACAGCGAGGTGATCTCACTGGTTGGCCTGAACGCATCGTTCACAATCGAACCAAGGAAGTCTTGTGAGATTCTGCTGGAGGCAGCTTGCTCCGGCCAAACTTCCGTTCTATGGGAAGTCAAAGCTGGCCCGGCGGACGAGGGACCCGAGTGA MLDWIPEALPPSGGLSAEGFTKLLGRPSLDPLTVLVRETAQNSWDARKSDDLPVKFSMNLTDIQDSVRLLLRDEVFPGARRVIGTDLAKTLDSPGLNGLFISDRNTKGLGGPVRADVLDPTDSYDWVDFVLNVGKANHQVKTGGTYGFGKTISFVVSQANTIVIYSRTEYDQQPATRLIASAIGDKFNDGRSNFTGRHWWGSDVDGVPTPIVGEVADTLASKIGFPPFLPGEYGTTILILAPSFGGRTPEQAMNFLVESALWHLWPKLLAGAKGLIPMEVAFFHNGQPVPVPSFASTPPLSKYVDAFLGLRSSDVRPLGYVEETLKRHAGGSVSTLGRLATVPFVREPRRIVDDGHDPEDDDSPAPASPFGNLASHHVVLMRSPELVVEYLPGPEAPDHSVEWGGVFRADEGLDEVFAKAEPPTHDAWTPDYLEDKQDRLIVQKCLRDIRKLVEGRWGTQPQPEATSALSTALVADALSHLVIGSPGAGRGRPEKPPVPRTRKAVAQSGLVSNWTDVIQREDALVSVASFTLNSDASRPITISVAVGVALEGSQRDVSLDENLALRAAWVDSEVISLVGLNASFTIEPRKSCEILLEAACSGQTSVLWEVKAGPADEGPE NA NA NA NA NA D3-18_03122 1008 hypothetical protein ATGGACACTAATCCGACGGTTGAATCCGTGTGGGGTGTCGTTGAAGCGTTAGCCATGAAACAAAGCTCAGTGCTTACGTGGCATGCGCTTCCGTACAGTGTCGGTGCAGGTGAGCTTCAAGCCGCAGTTGACATGGATGGCCACTTCGTAGTTCTGGTGCCGCTGACGCACGGTGAGACAGTCCCAAGCGACAACACAGCGTCAACAGTTCAACTGCGTCGTCAGGAAGCAGGCGGTAAGGCGTACGTGGGCGTTTCCTGTCTGAAGCCAGATCTCAACGATGTCTTTCTTATGTTTGTTCACGATTTGATTCGGTCGTTGCCCCACCGCGGCAAGGTGTGCGACGTAGTTGTGGATGTCGTTCACCGCTGGCGCTCGTTGTTCGCGGAAGCGGAGAAGGCAGCCATACTTTCGATCCCCCAGATCATAGGCCTACTTGCGGAACTTCACACTCTCGAGAACATCCTAATAGGCGATCCATACCGTGACCTGAACGTCTGGACTGGGCCAGGAAAGTCGCAACACGATTTTCGAACAGTAGGACACGCGCTTGAGGTTAAGGCAACAACGGGCAGAGAGGGACTCAGGGTAAGGATTAGCAGCGTTGAACAGCTCAACAGCGACGCAGACGTAAGTCTCCACCTTGACGTTTATCGCTACGAACCTAGCCCAGAGGGCGACTCTCTTCCCGCCGCCGTGGCTAGGATCCAAGCGTTGCAGGTTGAGCCCGGACTCTTGAGCAGTTTACTTCTGAAGTCCGGATACCGGGGCCAATTCAGTGATGTCTATCAGGCGTATCGATTTAAGACGTCGGGCCACTATGTCTACGACGTAAAAGAGTCTGGCTTTCCCCGCATCACCCCATCCTCTTTCGTTTCAGGGCGTCTTCCTAGCGGAACGGAGAGGCTTTCATACACGATAGATTTATCGAACGCTTCTACATCGCCCCTCAGCCCTGACGAGCTCGGAGAGGTCTACGTCAACATGAAGGGTGTAAAGGGTGCTTGA MDTNPTVESVWGVVEALAMKQSSVLTWHALPYSVGAGELQAAVDMDGHFVVLVPLTHGETVPSDNTASTVQLRRQEAGGKAYVGVSCLKPDLNDVFLMFVHDLIRSLPHRGKVCDVVVDVVHRWRSLFAEAEKAAILSIPQIIGLLAELHTLENILIGDPYRDLNVWTGPGKSQHDFRTVGHALEVKATTGREGLRVRISSVEQLNSDADVSLHLDVYRYEPSPEGDSLPAAVARIQALQVEPGLLSSLLLKSGYRGQFSDVYQAYRFKTSGHYVYDVKESGFPRITPSSFVSGRLPSGTERLSYTIDLSNASTSPLSPDELGEVYVNMKGVKGA NA NA NA NA NA D3-18_03123 2640 hypothetical protein ATGACGTGGACGTCAAAGCACGAGACAGCACTTGAACAGCTAAATTTGCTGATCAAACAAGGCAAGAGTCGCGAAGAAGGCGGAAGAACCCTGGCTGTGCTTGGCCTTGACGGAGACTTCATTGAGCAGGTAGTGGAACGACACGTGGCCATCGCCGCGGATGTTTTCAGGTTGAAAACGAGCCCGACTGTTGACGCGTCTGACGCCGAGCCTTGGTACGCCGGTGTCCAGCCTGGAGATATATTCTGGCCGAAGTTGCGGGACCATCTTATGCAGGACGCGAACTGGGCCCCGGCGGTAACGTCGCTGGACAGCACTTCTCGAGATGTTGTGGCGCGACTCGGTGACCCCTCGTTGACGCACTTCGCGAAGCGTGGCCTTGTGGTCGGATATGTACAATCGGGAAAAACTGCTAACTTCACAGCAACGATTGCAAAAGCAGCGGACACAGGATATCGCCTGTTCGTTGTATTGTCCGGCGTCCACAATTCGCTGCGACGGCAGACACAACTTCGCCTAGAGAAGCAGATAGTCGATCTCAACCCGATAAACTGGATCACCCTCACCTCTGAAACTGCAGATTTTGGCAACCCGGTCCAAGCCCTCCCGCTGTTGGCAGGGAGCCCTCTTCGCCTATTGGCCGTCGTAAAAAAGAATGTTTCACGTCTTTCCAATCTCGTCGAATGGCTCAGCACGGCTCAAAAGCACGGTGCGTTGGATGACTGCCCAGTGCTCATCATTGATGATGAAGCCGATCAAGCCAGCGTCAATACGGCTAAAGATGCTGAACTCGATCAGACGGCCATTCATGCCAAGATCAAGGAGCTTTTGAGTCTTCCAAAGGTGAGCTATCTTGGTTACACTGCGACTCCCTTTGCAAACGTTCTATGCAATCCCAAGGATGCTTTAGGAATTTATCCTAGGGATTTCATTTATTCACTTCCGAAGCCCGAGGGGTACTTTGGGGCCGAAGAGCTGTTCGGCGCGGCCGTGTTGGAAGACGAAGAGTCACGGGTCATGCCCGGACATGACATGATTCGTTTCGTTCCCGCGCAAGAAGCATTAGGTTATGCCGTAAAGAACAAACAAGCCTACTCACCGTTGATTTCCCCGTCTTTAGGGGATGCGATTCGCTGGTTTGTGATGGCCACCGCAGCACGCAGGGCGAGGTCTGGGGAAGTCTCCCACTCCAGCATGCTTGTGCATACGACCATGAGAGTAGCGCCTCAAATGCAGTTCGTTCCTGTCGTACGCAAATTCCTAAAGGCTTTAGCCGCTGAATGGGCGTCTGGGCATGTTGACTCTTGGCGTTCGCAATGGGATTTTGAAACAATTGCGGAACCGGCTGAGAGGCACGGTCTCACGCCCATTTCATTTTCTGAGATGTCTGTATCCGTCAACGATGTTCTGTCGAAGGTCCATGTGGTGGCAGATAACAGCTCCTCAGATGATCGCCTAATTTACTCGGACGATCCAGCAACAGTAATTGCCATCGGTGGGAATACGCTTTCGAGGGGCTTGACCCTCGAAGGTCTCGTTTCGTCATTCTTCCTACGAAGCTCCGGGATGTATGATTCTGCTCTGCAGATGGGTCGGTGGTTCGGATATCGTCCTGGCTATGCAGACCTCCCTCGCGTTTGGACTACTGCCGCCCTGGCCAGCAATTTCGAATTCTTGTCACGCGTAGAGGCTTCCATTCGTGAAGACATAAATCGATATGCGGAGAAAGGTATCACGCCAAGCAAACTGGCTGTTCGCCTCCTCCTTCATCCTAAAATGCAGGCAACTGCGAAACTGAAAATGCAATATGCCGTACCGGTGACATCGTCCTTTAGTGAATCACGCCCACAAACCATTCACTTTGAACACAAGAACTACGAGATCGTCAACCGTAATCTCGATGTCGCACGGGCACTCCTAGAAAATGTCGGGCTCACTGCCGAATTCTCCGGTCAGCTACATTCGGGTACCAAGGTTCTTCGCGGAGTCGATGCGAAGGAAGTAATTAGATTCCTTGACAGGTACAGTTTCCACGCTGATAGCGAGATGGCTGGCGGCTATGTGGCTGAGTATGTGAAACGACAAGTGGACTTTGGTGGACTCCGTAAGTGGAATATTGCCATCGTAGGAAATAAGAATGCCTCAAATAATTCGGTAAAGCCCGTCGAAATTGGGGGTGGTTTATGGTTCCATCCTGTAAATCGATCTCAGATTCAGGGGTACCAGTCCGATGTTCCAAACACAGCATACCTGAAAGCCATAACGTCCACTGCGGACTTTAGTGCAGATATTGCCGAGGAATACTCGATAAGCAACACTCAGGATGCAATCGCAGCCAGGAACGATAGCGGAGTGCCGCTCTTGGTGCTGTATCCGATCGAAGCCAATTCGGTTCCAGGCCCACAGGCTAACAGGCAACCTAACGGCGTGGTGCGCGTTCCACTTGAGGCTGTGAACACGCTCGTTGGCGTCGCGCTTTCACTGCCCCAGGCAGTGGATGGCTCTGAACCAGAGGACATGATTCAAGTCGATCTTCGGAGCCTGAGTTCAACGGACGTTAGCGACTCATACGATGCCGATGATGCAGAATACGAAGACAGCGAAAGCTCCCTGAACCAGGTTTCGTTCGATGGACACTAA MTWTSKHETALEQLNLLIKQGKSREEGGRTLAVLGLDGDFIEQVVERHVAIAADVFRLKTSPTVDASDAEPWYAGVQPGDIFWPKLRDHLMQDANWAPAVTSLDSTSRDVVARLGDPSLTHFAKRGLVVGYVQSGKTANFTATIAKAADTGYRLFVVLSGVHNSLRRQTQLRLEKQIVDLNPINWITLTSETADFGNPVQALPLLAGSPLRLLAVVKKNVSRLSNLVEWLSTAQKHGALDDCPVLIIDDEADQASVNTAKDAELDQTAIHAKIKELLSLPKVSYLGYTATPFANVLCNPKDALGIYPRDFIYSLPKPEGYFGAEELFGAAVLEDEESRVMPGHDMIRFVPAQEALGYAVKNKQAYSPLISPSLGDAIRWFVMATAARRARSGEVSHSSMLVHTTMRVAPQMQFVPVVRKFLKALAAEWASGHVDSWRSQWDFETIAEPAERHGLTPISFSEMSVSVNDVLSKVHVVADNSSSDDRLIYSDDPATVIAIGGNTLSRGLTLEGLVSSFFLRSSGMYDSALQMGRWFGYRPGYADLPRVWTTAALASNFEFLSRVEASIREDINRYAEKGITPSKLAVRLLLHPKMQATAKLKMQYAVPVTSSFSESRPQTIHFEHKNYEIVNRNLDVARALLENVGLTAEFSGQLHSGTKVLRGVDAKEVIRFLDRYSFHADSEMAGGYVAEYVKRQVDFGGLRKWNIAIVGNKNASNNSVKPVEIGGGLWFHPVNRSQIQGYQSDVPNTAYLKAITSTADFSADIAEEYSISNTQDAIAARNDSGVPLLVLYPIEANSVPGPQANRQPNGVVRVPLEAVNTLVGVALSLPQAVDGSEPEDMIQVDLRSLSSTDVSDSYDADDAEYEDSESSLNQVSFDGH NA NA NA NA NA D3-18_03124 1254 hypothetical protein ATGGTTGCTACTGTCGCAACTGGGTACTTCGGTTGTTCGACGACTGACCGCCCTGCGACCCCGCTGGCGGCCCGGTTCAAGATTGCGAGCAAGGCTATGCTCTCTTCCTTCAATTCACTCTCCACCCGTCCGATGCGGACTGCGCTGCTGTTGATGGCATTTCTCCTTGGTGCCGGTGGGTTGGTCGCCGCCACCGGCACCACGCAAACGACCTCCGCGCAGGTAGCGGAGCGTCTAGACCTGGCTGCGTTGGACGAGATTCGTTTTACAGACAATCGGCGTCCAGCGGGAACCCTGCCAACCAATGCCGAGCTGGAAGCAACCTACAAGGCTGTTGATGCCATTGAGGGTGTCGAACGTGTTGGTCTGACTTCCATCGCCGCCCCCGCCGACGCTCAGATAACACGAACATCCCCCTCAACTGCATACTTCGACGGACTCATCGAGATAGCCGACGCCAATCGCCTGTCGATTTTGGATAGCCAACTGATCCCGCAGACTGCGGAGAGCAATCTGGCAGCTTACCCGGACCTTCCCGCCACCGTTGTGGGGAGTAAGGCGGCCGCCACGATCGGCATCGAGAGAGCTGCGCCAGGGGTTGTCATCTGGGTCGGGGGAAAGCCTGTTCCCGTCATCGCCCTCATTCAAAGCAGCACGCGGGACGCATCGGCCGAGGACAAAGTCTTCCTTAATCCGGCCGCCGCCTCCAGTATCAAGAACCTGCAGCCCTCCTACATCGCAAGGACCAAGCCCGGCTTCCCAGCACCGCTAAGCGACGCAATTCCACTGGCTTTGAGTCCTGATAACCCCGGGGCCATCAACGTCCAGACGGTAGCTGATCTGCGGAACCTGAAAACAGGGGTCAGCGACCAACTCGGTCTTATGGTCGGCCTCGTTTCAATCGTTCTGTTGGTGTTGGCCTCGCTAACGGCCGCAACTGCCATGTACTTGTCAGTACAGGCGAGAGCCGGAGAAGTGGCGCTACGACGTGCATTGGGCGCAAGCAAATGGTCTATTGCACGCATGTTTCTTTTGGAGGGCATATTCGTTGGCGTTGCGGGAGGCGTCGCCGGCAGCGTCCTCGGCACCACTGCGGTCATAGCCATTTCAGCCGCCAACGTGTGGACACCAGTGATTACGCCCAACATGCCTCTGATCGGGATCGCAATCGGAGGGCTGACAGGAGCGATCTCGGCCGCATACCCAGCAATTGTCGCAGCGCGCGCCGACCCAGCGATGATACTCAGAAGCTAG MVATVATGYFGCSTTDRPATPLAARFKIASKAMLSSFNSLSTRPMRTALLLMAFLLGAGGLVAATGTTQTTSAQVAERLDLAALDEIRFTDNRRPAGTLPTNAELEATYKAVDAIEGVERVGLTSIAAPADAQITRTSPSTAYFDGLIEIADANRLSILDSQLIPQTAESNLAAYPDLPATVVGSKAAATIGIERAAPGVVIWVGGKPVPVIALIQSSTRDASAEDKVFLNPAAASSIKNLQPSYIARTKPGFPAPLSDAIPLALSPDNPGAINVQTVADLRNLKTGVSDQLGLMVGLVSIVLLVLASLTAATAMYLSVQARAGEVALRRALGASKWSIARMFLLEGIFVGVAGGVAGSVLGTTAVIAISAANVWTPVITPNMPLIGIAIGGLTGAISAAYPAIVAARADPAMILRS PGPT0013350_22027 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0013350-ABC_CD_P-K02004 NA NA D3-18_03125 900 hypothetical protein ATGGTTAAGGCGTCTCCCCGGGATCTATTCATCACTGCACTGGCGCCCATGGTCTGGGGGTCCACTTACTTGGTGACCACCGAGTTTCTCCCCGCCGACAGGCCGCTCCTGGCCGCAACCGTCCGTGCCCTTCCGGCTGGCATCGTGCTGATGCTCGTCACCCGCACATGGCCGCGGGGGAGCTGGTGGTTCAAGGCGGCCGCCCTGGGCGCACTCAACATCGGGCTGTTCTTCTTCCTCCTGTTTTTCACCGCCTACCAACTGCCCGGCGGGGTGGCGGCGCTGGTCGGGTCGATTCAGCCGCTGTTCGTGTTGCTTCTTGGAGTGCCGCTGCTGGGGGAGCGGATCCGCATGACGCACATCGTCGCGTGCGCTGTGGGAGCGGCGGGAGTCGGCTTGCTTGTCCTGCGGTCCACCGCGACGCTGACGGTTATCGGTGTGATTGCCGGGATGGCCGGCGCGCTGAGCATGGCGGCGGGGATTGCGCTCACCAAACGCTGGGGAAGGCCCGACGGCGTGGGGCTGCTTGGGTTCACCGGCCTGCAGTTGGCGATGGGCGGGGTCATGCTCCTGCCGGTGACGCTGGTGGTTGAAGGGCTGCCGGGGTCCGTTTCGCTGCCCAACCTGGCAGGGTTTGCGTACCTCAGCGTGATCGGTGCGCTGGCTGCCTACGCGGTCTGGTTCCGGGGGATTCAACGATTGCCCACGATGGTGGTCTCGTTCCTGGGATTCCTGAGCCCTTTGGTAGCTACGGTGTTGGGGTTTGCGTTCCTGGGGGAGGCGTTGTCGGGCTGGCAGATTGTGGGGGCTCTGTTAGTTCTGGCGGCTGTTTTTTTGGTGCAGCGGCCGGGGGCTGTCGTTGATCGGCAGGCGCGGCGCAAGGCGATACCGATTCGATGA MVKASPRDLFITALAPMVWGSTYLVTTEFLPADRPLLAATVRALPAGIVLMLVTRTWPRGSWWFKAAALGALNIGLFFFLLFFTAYQLPGGVAALVGSIQPLFVLLLGVPLLGERIRMTHIVACAVGAAGVGLLVLRSTATLTVIGVIAGMAGALSMAAGIALTKRWGRPDGVGLLGFTGLQLAMGGVMLLPVTLVVEGLPGSVSLPNLAGFAYLSVIGALAAYAVWFRGIQRLPTMVVSFLGFLSPLVATVLGFAFLGEALSGWQIVGALLVLAAVFLVQRPGAVVDRQARRKAIPIR NA NA NA NA NA D3-18_03126 504 hypothetical protein ATGGACCGCGACGCAGTAGACACGATTCTTGAGCAATGGAACAAGGAGCGCCCCGACCTGGACGTCAGTTCGATGGGCGTCCTGGGCCGGCTGAACAGGGCCAGCCGACTGGCATCACTGGACGTGCAGAAGTTCATGAGCCAGTTCGGCCTGGAGCCGTGGGAGTTCGACGTGCTGGCAACGCTCCGGCGCTCGGCAGCAGAAGCGCCGCTGACTCCCGGACGATTGGCCAGCCTGACCATGATCGGTTCCGCAGCCATGACCAACCGCGTGGACCGACTCGTAAACCGGGGGCTGGTTCATCGTGAGACCAACCCGGACAACCGGCGGCAACTGCTGATCAGCCTCACCCCTGAGGGACTCGCGTTGGTGGATGAAGTGGTAGACCACCACGTGGAGAACCAGCACAAGATGCTTGAAGGACTGTCCAAGACAGAGCGAGCGCAGCTGGCGAACCTCTTGCGTAAGTTCCTACTAACAATTAACGACGGCGAACACTCCTAA MDRDAVDTILEQWNKERPDLDVSSMGVLGRLNRASRLASLDVQKFMSQFGLEPWEFDVLATLRRSAAEAPLTPGRLASLTMIGSAAMTNRVDRLVNRGLVHRETNPDNRRQLLISLTPEGLALVDEVVDHHVENQHKMLEGLSKTERAQLANLLRKFLLTINDGEHS NA NA NA NA NA D3-18_03127 486 hypothetical protein ATGGAGCTTCTTGCGGCGCGCGCTCTATGGCTTATGAAGCAGGATGCAGCAGAGGTCGGGGTTACCGCTGCAACGAATGCCCTTCTAGAGGGTCATGACAGCGAAACGCTCCGTGAACTCGCTGGAGCATCCGTGAAGATCAACGTGTTTCACCTCGGAGCTCTCATTGAAGAAGCTCTTCGGGAGCAAGGTCTGGCGACTGCAAGCATGACGCTAGACGACGCTCAGCTAATCGCAGCCCACTTTAATGCCCGCCGAGTCATTGAAGGAACACTTCAAATACGCGAGCTTGCGGCTTGGGCGCACACCGTGGTGCGGCATGAAGGACACCCGCTCGCCCAAGGTCTGGTTGAACTGGACGACGCTTATGACGCCGACGTATGGGGATGGAGAGAAGGGCCGGCACCCATGCAAGCGCTCGTCGATTTTCTCGATGCATCCACGGACGAAGTTCGCAAACTTCTTGAAACTGCAAGGGACCAGTAA MELLAARALWLMKQDAAEVGVTAATNALLEGHDSETLRELAGASVKINVFHLGALIEEALREQGLATASMTLDDAQLIAAHFNARRVIEGTLQIRELAAWAHTVVRHEGHPLAQGLVELDDAYDADVWGWREGPAPMQALVDFLDASTDEVRKLLETARDQ NA NA NA NA NA D3-18_03128 231 hypothetical protein GTGGCAAATCTCATCGCATGGAAATGGCCGGCTGCTCGCCAAGGCGACAGCGTTATGCAGTGCCTCGTCGACTACGGCTTCGGCATAACAACAGAGAGCGGAATGGCGCTCAGGATTGAATGCGCCTTTACATACAGAAAACCCGATTCGGTCCCGGTCCTGTATGACCCCCAATGGGGATCCTCCGCTGCTCGGGCCGGTGCTTGGTATCGTCCGTTCGGCTGTCGTTAA MANLIAWKWPAARQGDSVMQCLVDYGFGITTESGMALRIECAFTYRKPDSVPVLYDPQWGSSAARAGAWYRPFGCR NA NA NA NA NA D3-18_03129 240 hypothetical protein GTGGAAGCTTGGCAGTGGATCTTGGTGTTGTTGGCGGGAGCGTCCGCTATTTTCGTTATGGGATCGATCATCTGGGCAGTCTTTGATGTGCTCAGCGAGGTTCGTCTCGACCAAACCACCCGGGTGCTCTGGGTGGTCCTACTTTTTGTACTCCCGCTCCTCGGACTCCTCGCGTGGCTCTACGCGAAACCGCGCCTGGCCAGCTTCGGAAATAGCGCCAGGTTGCGGAAGACACTCTGA MEAWQWILVLLAGASAIFVMGSIIWAVFDVLSEVRLDQTTRVLWVVLLFVLPLLGLLAWLYAKPRLASFGNSARLRKTL NA NA NA NA NA D3-18_03130 306 hypothetical protein ATGAGCACACCAGCAGAACACCCGCGGCACAAGCTCAACGAGCTCGTCCACTCGCCAGTCCGTTTCTCCATCATGGCGGCCCTCTCCAGGGCTGAGGCGTTGGACTTCAAGGACCTGCGAGATGCCATCCAAGTGAGCGACTCCGTGTTGAGCAAGCAGCTCTCAATTTTGGAGAAGGCCGAGTTCGTGAAGATCAAGAAGAGCTTCGCCGGCAAGATGCCCCGAACGTCGGCTAGCCTGACGGCTGCCGGCCGGGACGTATGGGCGGTGCACTTGCAGACGCTGCGGGAGATTGCCGGCGGCTAG MSTPAEHPRHKLNELVHSPVRFSIMAALSRAEALDFKDLRDAIQVSDSVLSKQLSILEKAEFVKIKKSFAGKMPRTSASLTAAGRDVWAVHLQTLREIAGG NA NA NA NA NA D3-18_03131 465 hypothetical protein ATGTCACAACTTGGGGGAATCATGAACGAGAACACAGGCAACGTGTCAGCAGCTGAAGCGCGCGAACTCTTGGCTAAAGCGGATTCGCTGGGCGCAACATCAATTAATGCTGCCGCTTGGCCGGTCGCCGTCACTTTCACCAGCCTGGCAATCATGGGTTCACTGCTAATGATCGGGATGCACATTGTGACCCATACCGGATACGGCGCGGCCCTTCTGGCATGTTCAGTGGGCGTCTGGGGTGCGATCACTGCGTGCATCTGGCCTACGTTCCAAAGGTCAACGAAAGCCGGCTTCACCAAACGCTTCCTCACATCCCTCACCGCCTACTTCGCTTTATACGTTGTGGCGCTGGTTGGCGGTGCTTACTTCTTCCCGAACGGTAGTCTCTGGTTCTACATCCCGGCCGCTATCGCCCTGGCTGCCATCGGCCTTGCCGCAGCATTCCGTGAGCTGCGCGCATGA MSQLGGIMNENTGNVSAAEARELLAKADSLGATSINAAAWPVAVTFTSLAIMGSLLMIGMHIVTHTGYGAALLACSVGVWGAITACIWPTFQRSTKAGFTKRFLTSLTAYFALYVVALVGGAYFFPNGSLWFYIPAAIALAAIGLAAAFRELRA NA NA NA NA NA D3-18_03132 1188 COG0861 putative membrane protein ATGACTGTCTCTCCCCTCATTTGGGGCATCACCATCGTCGTTATTCTGGCGCTGCTCGCCTTCGACTACTTCTTCCACATCCGGAAGGCGCACGTCCCCACCTTGAAGGAAGCGGCCGTCTGGTCCTCCATCTACGTGGGACTGGCTGTGGTCTTCGGCATCTTGGTGTTGATCTTCGGCGGCGGCCAAATGGGGTCGGAGTACTTCGCCGGCTACATCACGGAGAAGGCCCTCTCAGTGGACAACCTCTTCGTGTTCCTGATCATCATGGCGAGCTTCCGGGTACCGCGTGAAGATCAGCAGAAGGTCCTGCTTTTTGGCATCGTGTTCTCCCTGATCGCCCGGACAGGGTTCATTTTCCTGGGCGCAGCGCTGATCAACTCGTTCGCCTGGGTGTTCTACATCTTCGGCCTGATCCTGCTGCTGACGGCAGGAAACCTGCTCAAGCCCGACGGCCACGGCGACGATCAAGCCAATAACTTCATGATCCGGCTCGCCAAGAGGTTCTTCCACACCACGGACAAGTACGACGGCGACAAGCTCTTCACCGAGGTCAACGGCAAGCGGGCCCTTACCCCCATGCTCCTGGTGATGGTGGCCATCGGCGGCACGGACATCCTCTTTGCCCTGGACTCCATCCCGGCGATCTTCGGCCTGACGCAAAACGTCTTCATCGTCTTCACAGCCACGGCCTTCTCGCTGATGGGCCTGCGCCAGCTTTACTTCCTCATCGACGGCCTGCTGGATCGCCTCATCTACCTCTCCTACGGCCTGGCGGCGATCCTCGCGTTCATCGGCGTCAAGCTGATCCTGCACGCCCTGCACGAAAACAACCTGCCGTTCATCAACGACGGCGAGCACGTCAACGTCATCGAAATCACCACCGGCCTCTCGCTGAGTGTCATCGTCGGTACGCTGATCATCACCGTGGTGCTCTCGCTCCTCAGCCCTGCCGGCAAGGCCCAGACTGCTATCAACAACGCCCGCCGTCACGCCGTCAATTACCTCGACCTCGACTACACGGCCGACGCCAACGAGCGCGAGCGTATCTACCGTGCGTTGACCGCTGAGGAAGCGCAGATCGTACAGATGCCCCTGAAGTACAGGAACAAGGCCAAGGACGTGGAGACGATCCGCGAGCAAGTGGCCGAAGCGCACCGCCAGCACGAAGCGTTCCTCAACCGCTAA MTVSPLIWGITIVVILALLAFDYFFHIRKAHVPTLKEAAVWSSIYVGLAVVFGILVLIFGGGQMGSEYFAGYITEKALSVDNLFVFLIIMASFRVPREDQQKVLLFGIVFSLIARTGFIFLGAALINSFAWVFYIFGLILLLTAGNLLKPDGHGDDQANNFMIRLAKRFFHTTDKYDGDKLFTEVNGKRALTPMLLVMVAIGGTDILFALDSIPAIFGLTQNVFIVFTATAFSLMGLRQLYFLIDGLLDRLIYLSYGLAAILAFIGVKLILHALHENNLPFINDGEHVNVIEITTGLSLSVIVGTLIITVVLSLLSPAGKAQTAINNARRHAVNYLDLDYTADANERERIYRALTAEEAQIVQMPLKYRNKAKDVETIREQVAEAHRQHEAFLNR PGPT0004905_109 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_TELLURIUM_RESISTANCE TELLURIUM_RESISTANCE-TER-SYSTEM,PGPT0004905-terC-K05794 NA NA D3-18_03133 603 hypothetical protein ATGCAGCCTGCGCCCCAGACACTTGGCCGACGTGAGCGGAATAAGCAGGAAAAGCTTGACCGCATCACCGCGGCCGCACGAGAACTTTTCACCCAGTACGGAGTAGATGAGGTCACCACCCAGCAGGTGGCGGAGAAGGCCGACGTCGGATCGGGAACCTTATTCTTGTACGCCAAGACCAAGGCGGAGCTACTTCTCCTGGTGCACAACGTGAAATACGCCCAGGCCCTGGACTCGGGAATCGAAGCCGCCTCCACGGAAAGATCGGTGCTCGACGCCGTGATGGCCATCATTCGCCCCATCATTGAATGCAACCGCGTTCAGATCGAAAATGGCCGCACTTACCTGAGGGAAATCGTCTTCGGCGATCCTTCAGAGCCGCACCATGCAGAGGCGTTGTCGCTCACTATTCGCACTGAAGCCGCCATTGCAGAGATTTTTTCCCGGGATGAGCAGCTGGTGGCCCGTGATCCGGAGAAGCTGGCCCGGATCGTCTCGTCGATCATGTTCATCAGCATGACGTCATCAGCCAACGTCGGACACACGGACGCCCAGGTTGGCGACGAGATCCGGGATCAGATCAACGTGCTCCTGGGCGCCTGA MQPAPQTLGRRERNKQEKLDRITAAARELFTQYGVDEVTTQQVAEKADVGSGTLFLYAKTKAELLLLVHNVKYAQALDSGIEAASTERSVLDAVMAIIRPIIECNRVQIENGRTYLREIVFGDPSEPHHAEALSLTIRTEAAIAEIFSRDEQLVARDPEKLARIVSSIMFISMTSSANVGHTDAQVGDEIRDQINVLLGA NA NA NA NA NA D3-18_03134 855 bpoC_1 COG0596 Putative non-heme bromoperoxidase BpoC ATGAGCAGTGAACAACACAACCAGAGCAGATACTTCCAGGTGCCCGCGAAGACCGTGACGGCTAACGGCGTCAGCTACGCGTACCGCGAATTGGGGCCAAAAGGCGGTGTCCCGGTGGTTTTCCTCATCCACCTTGCGGGGACCATGGACAACTGGGATCCGCGCATCATCGATCCCATCGCGGAGAAACATCATGTGATCACGTTCAGTAATCGCGGGGTGGGCGCATCCACAGGGTCCGTTCCGGACAGCATTGAAAGCATGGCCGACGATGCCGCGAGCTTCATCAAAGCCCTCGGATATCAGAAGGTGGATCTCTTCGGCTTCTCACTCGGAGGCATGATCGCCCAGTCGCTAGTGGTCAAGCATCCCGGGCTGGTCCGCAAACTTGTGCTCGCCGGCACGGGTCCTGCCGGTGGAGAAGGAATCCAGAAAATCATTGGCACCACGTACTACGACATACTCCGGGGCACCTTGACCAGGCAGGACCCCAAGGAGTTCCTGTTCTTCAACCGCAATGCTGCCGGAAAAGCTGCGGCACGGGCTTTCATCGAGCGGCTGAAACAGCGCACCACCAACTGCGAGACGCCCATCAAGCTCCAGGCGTTCCAGACGCAACTGAAGGCCATTCGCCGGTGGGGACTGTCGCCGTCGGCCGATCTGGGCGCCATCACCCAGCCGACGCTGATCGCTAACGGTGACAACGACCGCATGGTGCCCTCGGTTCTTTCGAGCGACATGCACCGGCGGATTCCCGGGAGCGAGCTGGTTATCTATCCTGACTCAGGGCACGGCGGCATCTTCCAGTTCCATGACAAGTTCGTCCCTGTAGCCCTCGAATTCCTGGGCCGCTAA MSSEQHNQSRYFQVPAKTVTANGVSYAYRELGPKGGVPVVFLIHLAGTMDNWDPRIIDPIAEKHHVITFSNRGVGASTGSVPDSIESMADDAASFIKALGYQKVDLFGFSLGGMIAQSLVVKHPGLVRKLVLAGTGPAGGEGIQKIIGTTYYDILRGTLTRQDPKEFLFFNRNAAGKAAARAFIERLKQRTTNCETPIKLQAFQTQLKAIRRWGLSPSADLGAITQPTLIANGDNDRMVPSVLSSDMHRRIPGSELVIYPDSGHGGIFQFHDKFVPVALEFLGR NA NA NA NA NA D3-18_03135 996 Zinc-type alcohol dehydrogenase-like protein GTGAAAGCCTTCGTCCTCACGCAGTACAAGCAGCCGTTGCGGCAGATCGATGTGCCTGAGCCCGTGCTCGGAGACCACGATGTGTTGGTGGAAGTGAAAGCTGCCGGCCTGAATCAGTTGGACGAGAAGATCCGGCTGGGTGAGTTCAAGCGGATCCTCCCTTACAAGTTGCCGCAGGTTCTTGGTCACGACGTCGCAGGCGCGGTTCTCCAGGTCGGGGCGAAGGTTCGGTCCTTCAAGCCCGGCGACGAAGTATTCGCCCGTCCCGGAAATGACAGCATCGGGACGTTCTCCGAGCGCATTGCCGTAGCCGAGGAAGACCTGGCCATCAAGCCGGCAACCATCAGCATGGACGAGGCCGGATCGCTTCCACTGGTGGCGTTGACTGCCTGGCAGGCGTTGGTTGAGCGGGGCTTGGTGCGACCGGGCCAAAAGGTACTCATCCATGCCGGTGCCGGGGGAGTAGGCTCCATCGCTATCCAGCTCGCCAAGTATCTCGGGGCCACGGTGGCTACAACGGTCAGTGCGGGAAATAAGGACTTCGCCCGGGAACTCGGCGCGGATGTGGTGATCGACTACCGGAGCGAGGACTTCGCGGAAATCGTCCACGACTATGACCTCGTCCTGGACAGCCTCGGTGGCGAGAACCTCGAGCGATCCCTGACAGTCCTGAAGCCCGGTGGAAAAGTCATCGGCATCGCCGGGCCTCCGGACGCCGGCTTCGCTCGCCAAATAGGTGCGAACGCGCTGTTGCGGGGTGCCATGACCCTGATGAGTTCAGGTGTGCGCCGCAAAGCCAAGTGCCTTGGCGTCACCTATGAGTTTCTTTTCATGCAGGCCAGCGGCAAGCAGCTGAGGGAGATTGCGGGACTCATCGATGCCGGAGACATCAAGCCGGTAGTAGGACGGGTGGTTCCGTTTGATCAGACCTCCGATGTCCTGGCAGCACTCGAAAAGGGCGGCATCCGCGGCAAGACCGTCGTCAGCCATTTCTAG MKAFVLTQYKQPLRQIDVPEPVLGDHDVLVEVKAAGLNQLDEKIRLGEFKRILPYKLPQVLGHDVAGAVLQVGAKVRSFKPGDEVFARPGNDSIGTFSERIAVAEEDLAIKPATISMDEAGSLPLVALTAWQALVERGLVRPGQKVLIHAGAGGVGSIAIQLAKYLGATVATTVSAGNKDFARELGADVVIDYRSEDFAEIVHDYDLVLDSLGGENLERSLTVLKPGGKVIGIAGPPDAGFARQIGANALLRGAMTLMSSGVRRKAKCLGVTYEFLFMQASGKQLREIAGLIDAGDIKPVVGRVVPFDQTSDVLAALEKGGIRGKTVVSHF PGPT0006375_1232 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 D3-18_03136 213 hypothetical protein ATGGCAACCTGCGATACATGTGGCAACGATTACGACAAGACCTTCACCATCACCCAAGGCGAGCGAACCGGCACCTACGACAGCTTCGAATGCGCCATACACGCCATGGCCCCCAACTGCGGACACTGCGGCTGTCGCATTCTGGGTCACGGCGTGGAAAACGAACGCGGCATGTTCTGCTGCGAGCACTGCGCGCAGCACACCGGCGCATAG MATCDTCGNDYDKTFTITQGERTGTYDSFECAIHAMAPNCGHCGCRILGHGVENERGMFCCEHCAQHTGA NA NA NA NA NA D3-18_03137 1365 ribZ_1 Riboflavin transporter RibZ GTGACCGCCAATAAACCCCACCCCGGCCTTGCGATCGCCGCGCTGAGCCTCGGGACGGCACTGAACCCGTTGAACTCGTCCATGATTGCTGTGGCGCTGGTGGTTCTGCGGGAGCATTTCGAGCTCGACGTCGCCACTGTCACTTGGGTGATCACGTCGTTCTATCTCGCGTCCGCGGCGGGCCAGCCTCTCATGGGCCGGCTGGCCGACCGTTTCGGTCCGCGCCGACTGTTCATGTTTGGCATGGCGTTGGTTGCGGTCACGTGCGCCATCGCACCGTTCCTGCCCAACTTCGCGTTGGTCTGCGTGGCCCGCGCGCTCATGGCTGTAGGGACCGCGACGGCGTACCCGTCCGCCGTCGTGATGGTCACCGAGTTGAGCCGGCTGGCTAACCTGCCGTCCACGCGTCCGTTGGGCCGGATCCAGATGGCGAACACGTCGGCTGCGGCTGTGGGCCCCGTGGTGGGCGGGCTCTTGGTGAGTTTGGTGGGGTGGCAGGCGTTGTTCGCGATCAATGTGCCCATCGCCTTGTTGGCAATGATCGTGGTGTACAAGGTGGCACCGGTGGATTCCGGGCGCGAGACCGGCAAGCTCGGGCAGCTAATCCGCGATTCCGACATCCCCGGCATCCTCGCGTTCGTCACTTCGCTGATGCTGGCCATGATGGCGCTGCTCAACGTGATGCCCGGATACCGCTGGTATCTGCTGGGCGCCGCCACGGTGATCGGCGCGCTGTTCGCCTGGCGCGAGCTGCGTTTCCAGCCGCCGTTCCTGGACCTTCGCTTGCTGGGCCGGAACCGTCCGCTGCTACTGGTCTACCTGCTGTTCGTCGTGTTCAGCGGCGTCTACTACTTTGCGTTCTTCGGGCTTCCGCAGTTGCTGCAGGAGGCGGGGAATTACGACGCCGGTGTGGTGGGCCTGCTGATGCTGCCCCTTGCGGCGTTGTCGGTTGTGGTGACGCCACTGACCGTGCGGCTTATTGAGCGGTTCGGCGTGCGTTCCGTACTGATCACCGGGGTGTTGATCCTGACCATTGCGGCCGGCACGCTCGGGTTCCTCACCATGACCCTGTGGGCTCCGCTGGTGTTCGTACTGACCGCATTGATGGGGGTGCCGTATGGCGTGGTGAGCACCGCTTCCAACCAAGGCCTTTACGTTTCCGCCCGCCCCGAAGAAAGGGGAGTGGCCGCCGGGATCTTCCAGACGTGCCGTTACCTTGGGGCCATCACCGCGACTGTACTGATCGGCGTGCTCTATGGCCCCGGCGTGAATCAGGCGAACTGGGGGATTATGGTCCTGGTGATGCTTGGCCTCAGTGCTGTGGTGCTGGCGCTGGCCGTGATGTGGCGGAAGCCCGCGGTATAA MTANKPHPGLAIAALSLGTALNPLNSSMIAVALVVLREHFELDVATVTWVITSFYLASAAGQPLMGRLADRFGPRRLFMFGMALVAVTCAIAPFLPNFALVCVARALMAVGTATAYPSAVVMVTELSRLANLPSTRPLGRIQMANTSAAAVGPVVGGLLVSLVGWQALFAINVPIALLAMIVVYKVAPVDSGRETGKLGQLIRDSDIPGILAFVTSLMLAMMALLNVMPGYRWYLLGAATVIGALFAWRELRFQPPFLDLRLLGRNRPLLLVYLLFVVFSGVYYFAFFGLPQLLQEAGNYDAGVVGLLMLPLAALSVVVTPLTVRLIERFGVRSVLITGVLILTIAAGTLGFLTMTLWAPLVFVLTALMGVPYGVVSTASNQGLYVSARPEERGVAAGIFQTCRYLGAITATVLIGVLYGPGVNQANWGIMVLVMLGLSAVVLALAVMWRKPAV NA NA NA NA NA D3-18_03138 1389 hypothetical protein ATGTTTGAAGACTTCTTTGGAGACCTGGAAAAGGAATTCGAAGACAGGGTGGTGGGTGCAGTAGTGGACGTAGGCTTTGACGCCATGGGAGTCGGGCCGAAGAGAGACCCCAAACCAGCCCTGGACCTGAAGCCTGTTCTGGATTCTTTGACTACGATCATGGACCAGGGTTCCCAGCTCATCGAAGTCCTTCAACGTCCTACTGAGACGGCTGGCAACGAACTGTGTCAGCGGGCCGCAACGGCCCTGTCCCATGGCTGGTTTGACGATTCCCTTCGTGACGCTTTGGCCAGTGTTGAAAAGTATCCGTACAGGGCTACGCCGTATCTCATTGGCGCGCTGGCAGCCTTCCGGCTGGGGGATCTTCCCCACGCGATGAGACTTCTTGTTGCATGTGTGAAGTACTCAGCGAATGGCGAGCGGGAGGTCGGTGCGGTTGCAGCCTTGCTTGGCGCCGGCCTGGCAAAAATCGCTGAACTGCCGCAGTTCAGCATCAGCCTGCTGCAGTTGGCGGATCGGATTACGGAGCGGTCATGTCCACCCGTCGTCGCGGCCCTTGCTGCCATGACGTCGGACCCGTCCAGAGAGGACCAGCTTGTCCAATTGTGGTGGGCTGCCGAGGGTGGCGGAGCTAAGGAACAGGTAGCCGCCGGATGGAGTGGAAAAATTACTGCTTTTCCCTCTGCGGAAACCACACCCTATTCAAGTGCCGGAGTGACTTTCCGGGCGGGTGCTGCGGCCATTGCCGGTGCCGTTGCCCAATTATCCGGAGCCAGAGACAGGCTCCTGATCCAGCTGGGTCACTTGGAAAGTGCCGTTGGGCAAACTTTGCCGGCCAATGACGCCCTTGATTCTGTTCTGAAGTACCGGTATGGCATCAGGACTCCGCTGTACTCCAACCACACGCTCAAGAAGACTTTGCTGGCCCTCATACAGTTCGATAATCCAAACAATAAGTCGGATCGCCTGTTCATGTTTGGCGGGGCGAAAGATATCGACGAGCTCCGCCGCTCGTTGGGTATCATCCGGCTCGGCGCCCATTTGCTGATGGACCTCGTCAACCTTGGTATGGAGTCCCCCCAGACACTGACCAAACTGGTGAGCGATTGGCCGTCGTTGGGCTTACCTTCCCAGCAACTCCTCTACAAGTTGTGTAGTCCTGCCGCGGCTTCCACATGGCCGGGTTCACACCAAGAGTCGGGGCGAGTCCTGCAATCCCACTCACGGTACCTGGAAGTTTGGGCCGGGCTCATCGAAGCAACCCGGCAGGACAACATCGACGCTGTGAGTACAGCGACCAAGAGCTATCAGGTTCTCACTGGCTCTTTGCCTGAACTCCGTCTGGTTACCTTGCCTGCGAATCCGTGGTTGCCGAATCTTGAGAGCTGA MFEDFFGDLEKEFEDRVVGAVVDVGFDAMGVGPKRDPKPALDLKPVLDSLTTIMDQGSQLIEVLQRPTETAGNELCQRAATALSHGWFDDSLRDALASVEKYPYRATPYLIGALAAFRLGDLPHAMRLLVACVKYSANGEREVGAVAALLGAGLAKIAELPQFSISLLQLADRITERSCPPVVAALAAMTSDPSREDQLVQLWWAAEGGGAKEQVAAGWSGKITAFPSAETTPYSSAGVTFRAGAAAIAGAVAQLSGARDRLLIQLGHLESAVGQTLPANDALDSVLKYRYGIRTPLYSNHTLKKTLLALIQFDNPNNKSDRLFMFGGAKDIDELRRSLGIIRLGAHLLMDLVNLGMESPQTLTKLVSDWPSLGLPSQQLLYKLCSPAAASTWPGSHQESGRVLQSHSRYLEVWAGLIEATRQDNIDAVSTATKSYQVLTGSLPELRLVTLPANPWLPNLES NA NA NA NA NA D3-18_03139 738 hypothetical protein ATGGTCAACCCCCGCCCTGAGCAGGAAGCTCTCCAGAATGGATACTTTTTGGATCTAGTCCTGGGCAGCGAAGATGTCGAAGCTTTTCTCGGCGATCTCGCGGCTTTCTCCGCCGAAAGCCTCTCGCACCCGGAAACACCCGTCTTTTGTGGCATCACTGTATTGCGTCGTAAGAAGTCGGCCACCGCAGCCAGCAGTGATGATCGCGCCAGAGCGATGGATGAGCTCCAAAACGACTTTGATGGCCCTTGCCTCACCGCCATGGACAAGCTCACCGCCGTAATGGTGCGCGATCTTCTTCGGGAGCACCGTTGGCCGGAGTATGTGCAGGCTGCCTCGCATTCAGGCCTGCGGTCCATCCTCAGCGTCCCACTCTTGGTGGAAGGCGATACACGTGCTGCGTTGAACCTTTACTCGGAGCAGCCGGATGCCTTCAGCGATGACGATATTGAGCGGGCTGAAGTTTTTGCGTCCCACGCCTCAAAGTCGTTGCGGCTCGCCCTGAAGATCGCGCAGCTCAGTGATGCCCGGAACGATCTCGCAGCGGCCATGCAGTCCCGCACGGTGATCGACCTTGCCGTAGGGGCAATCATGGCGCAGAACCATTGCAGCCAGGACGAGGCCTTCACCATCCTCCGCACCGCGTCCAGCAACCGCAACATCAAGCTGCGGCATTTGGCGAAGTCGATCATCTCTGCAGTCTCGTCGGGGAAGATCACCACGCACTTCGAGGAGTAA MVNPRPEQEALQNGYFLDLVLGSEDVEAFLGDLAAFSAESLSHPETPVFCGITVLRRKKSATAASSDDRARAMDELQNDFDGPCLTAMDKLTAVMVRDLLREHRWPEYVQAASHSGLRSILSVPLLVEGDTRAALNLYSEQPDAFSDDDIERAEVFASHASKSLRLALKIAQLSDARNDLAAAMQSRTVIDLAVGAIMAQNHCSQDEAFTILRTASSNRNIKLRHLAKSIISAVSSGKITTHFEE NA NA NA NA NA D3-18_03140 435 hypothetical protein ATGGGCGTAGAAGACAGCATCCGCAAGGCCACCGAAAACGCGATGGAAGATCTGGCAGGCACCTCCGACCCTGTCGACGACGGGCATGTCCCCGAGCCGGGCGACAAAGACGACGACATCCAGGTCCACTCCTCCATCAGCGAAGGCTCCAACGCCATGGATGAGGACCTCTCTCCGAATGACACCCAGCGGAGCCGCACCGCGACAGGTGACGCGCCAAGGCACCGCGACGCTGGCGCGAACGACACTGGCACGCACCACGGCGGCACGCACGACGGCGGGACTCGCCAGGACGCCGAAACTGACGCTGACGTTTCTTCAGGCTCCGGCGACGTGTCAGGCCCGGCGGGTTTGCCGAGCGGCGACCCTGATGACCTACGCGCCGACCCCTCAGAAGGTGGCGGCGACCCGTCGACGAGCATGGGCCGCGGCTAA MGVEDSIRKATENAMEDLAGTSDPVDDGHVPEPGDKDDDIQVHSSISEGSNAMDEDLSPNDTQRSRTATGDAPRHRDAGANDTGTHHGGTHDGGTRQDAETDADVSSGSGDVSGPAGLPSGDPDDLRADPSEGGGDPSTSMGRG NA NA NA NA NA D3-18_03141 1020 cytR_4 COG1609 HTH-type transcriptional repressor CytR ATGGTGGCCAAGCAGGATTCAGGGCGGGCAACGATCAGTGAGATCGCGCGGGAGGCCGGGGTGTCCGTGCCCACGGTTTCCAAAGTCCTCAATGGCCACGCCCACGTCGCCGCGGCTACCCGCGCCAAAGTTGAAGAAATTATTGCCAAGCGCGACTACGCCCGCCGACCTGCCAAGCGCAGCAAGAAGGCTGGGCTCATTGACTTGGTGTTTCCCGGAATGGGCTCGGAGTGGGCGTGCGAGATCATCGAGGGCGTGGAACGCGTGGCCCAGGAGGCCGGTTACGGGACCGTGGTCAGCAGCCTGTCGTTGGACGGTTCGCGGATCCGTCCATGGCTGGCCAACCTGGCGGAGCGCAAGTCCGACGGCGTGTTACTTGCCGTTTACGAACTGGACTCCAAGCAGATCCAGCGCATCAAATCCCTCGGCATTCCCGTGATCCTGATCGATCCTGTGGGGCAGCCGGGGCCGGACCTCATGACTGTTGGCGCTGCGAACTGGGACGGTGCATTCTCGGCCACCGAACACCTGCTGAAGCTCGGTCACACCCGAATAGGCATGATTGGCGGCCGTGAGGATCTGCAGTGCAGCAGTGCCCGAGAGGATGGGTACGTGGCTGCTTTGCGGCGAGGGGGAATCGAGGCCGATCCTGCGCTCATGGTGCCGGGCGACTTCTCCACTGAGTCCGGCGCGCGGGGAACCGAAGCCTTGCTGGCGCTAAAGAACCGGCCCACCGCAATCTTCACCGGCAACGACGCTCAGGCCCTCGGCGCGTATCGGGCGGCCCGATCCGCTGGACTTCGCATTCCGGAGGATCTCTCCATTATCGGCTTTGACGATATCCCGGCCGCCGAGTGGATCGAGCCCGGCCTCACTACCATCCGCCAGCCAGTGGTCCAGATGGCTGAAACTGCCATGCGCGCACTCCTTCGCCACCTGGAAGGTGACGAGGAGTTGCCGCAGCGGATTGAACTGGGAACGGAACTGGTGGTGAGGGGCTCGACTGCAGCGGCTTCCTAG MVAKQDSGRATISEIAREAGVSVPTVSKVLNGHAHVAAATRAKVEEIIAKRDYARRPAKRSKKAGLIDLVFPGMGSEWACEIIEGVERVAQEAGYGTVVSSLSLDGSRIRPWLANLAERKSDGVLLAVYELDSKQIQRIKSLGIPVILIDPVGQPGPDLMTVGAANWDGAFSATEHLLKLGHTRIGMIGGREDLQCSSAREDGYVAALRRGGIEADPALMVPGDFSTESGARGTEALLALKNRPTAIFTGNDAQALGAYRAARSAGLRIPEDLSIIGFDDIPAAEWIEPGLTTIRQPVVQMAETAMRALLRHLEGDEELPQRIELGTELVVRGSTAAAS PGPT0017992_8086 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 D3-18_03142 747 hypothetical protein ATGTGCAACTCTTTCCCGGGTGCCACAGCGGTGTCCGAGGTCAGTATCTATGACTGGCCCGGCTTGGACGGCGCGGCCGGCGGCTCCCCGCATATGCATACGGCGTCGACGGAGGCTTATGTGGTGCAGCAAGGGTTTGGCCGCTTGGAGTCGCTGGATTCGCGGGGCTTTACCTCTACATCGCTGGCGCCGGGGACTGTTGTCTGGTTTACGCCCGGCACCATCCACCGCGCCATCAATGACAGTGGCGACCTCAGGGTGCTCGTCATTATGCAGAATGCCGGGTTGCCGGAGAATGGTGACGCCGTCCTGACCTTCCCGGCGGAGCATCTGGTGGACGTCGACGCTTACTCGCGCGCCGCGACTCTGAAGTCAAGAGACGCCGACGGCGGTGACGTGGCAGCCGAGGCGGCTGCGCGCCGTCGTCGTGATCTGGCGTTGGAGGGGTATTTGGAGCTGAAGGCTGCCGTGTTGGAATCGGGAGTCGCGGCACTGACTGATTTCCACGCCGCAGCGGCACGGTTGGTGAGCGCCAAGACTGCAAATTGGCGTGACCTTCTCATGGGGGGAGCGGAGCGGCAGGCCGTCGTGACGGGGCAGCAGTTGGATTCTCTCGGGTCATTGGAAAGTTTCTACTTGCAGGAGGCGAGGACTACGATGGGCGAACGGAAAACCCGCAGGATCTACGGCATGTGCGGCCGGATTCAGGCGTGGGAACTTTCCGAAACTGTTATCGCCGGGACATAG MCNSFPGATAVSEVSIYDWPGLDGAAGGSPHMHTASTEAYVVQQGFGRLESLDSRGFTSTSLAPGTVVWFTPGTIHRAINDSGDLRVLVIMQNAGLPENGDAVLTFPAEHLVDVDAYSRAATLKSRDADGGDVAAEAAARRRRDLALEGYLELKAAVLESGVAALTDFHAAAARLVSAKTANWRDLLMGGAERQAVVTGQQLDSLGSLESFYLQEARTTMGERKTRRIYGMCGRIQAWELSETVIAGT NA NA NA NA NA D3-18_03143 963 hypothetical protein ATGACAAAAGCACCTGAATCCACCTTGACCGAGACCCTCAGCTACACCGACGACGGCCGCTCCCTGACCTTCACTGTCGGAAACCAGGACATCGCCAGCTACACCTACCTCCCCAGCGATGACCAGTACGAGAGCCCCCGCCCGTATTTCCACCCGTTAACCACCCTGGAAGGGGACGACGTCACCATTTCCCGGCCGTGGGACCACGTATGGCACAAAGGTCTTTCCTGGGCGCTGCCCAACGTCGGCGAGCACAACTTCTGGGGCGGAGCCACGTACACCCGGGAAACCGGCTACGCCAACCTGGACAACAACGGGGCCATGAAACACGAGGCGTTCACCAGCATCGAAGACTCGGAGACCTCAGTTATGGCGGCGGAAACGCTGCTCTGGACAGCCCAGCCGCACGAGGCCGGACAGGAAGCTGAACCCCTGATCAGGGAGCAGCGTCGCTTCGCCATCCAACTCCTGCCCGCCGAAAACGTGTGGACGCTTCTTTTCGAAACCACCATGGACAACGTCTCCGGCGGACAGATCGACATTGGCAGCCCCACCACGGAAGGCCGCGACAACGCAGGCTATGGAGGGTTGTTCTGGCGCGGCCCCCGATCCTTCACCGGCGGTAAGTTCCAATCAGCAAACGGAACCGGTGCGGACGATTTCATGGGCACACGCTCACCCTGGATCGCGTTCACCGGCCAGCATGACGTCACGTGCCGAAAGTCCAGCATCCTGTTCGTCGAGGACCAAGCCAACCCGGGCGCCTCCAACCAATGGTTCGCCCGCTCCTCCATGTTCGCCTGCCTCGGCTCGGCCCCGTTCTTCAGCGAGGTGGTCCCGTTGAAGGTGAGCGAACCACTCACATACCGGTACGCCGTCGTGATCGCAGATGGCGCGCTTGAGGACGAGCGAGCCGCCGCACTCGCCGACGCCGCAAAGTCCGCGCTGAATGCCTGGGCCTGA MTKAPESTLTETLSYTDDGRSLTFTVGNQDIASYTYLPSDDQYESPRPYFHPLTTLEGDDVTISRPWDHVWHKGLSWALPNVGEHNFWGGATYTRETGYANLDNNGAMKHEAFTSIEDSETSVMAAETLLWTAQPHEAGQEAEPLIREQRRFAIQLLPAENVWTLLFETTMDNVSGGQIDIGSPTTEGRDNAGYGGLFWRGPRSFTGGKFQSANGTGADDFMGTRSPWIAFTGQHDVTCRKSSILFVEDQANPGASNQWFARSSMFACLGSAPFFSEVVPLKVSEPLTYRYAVVIADGALEDERAAALADAAKSALNAWA NA NA NA NA NA D3-18_03144 1107 iolG_14 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGCAGAAGTACAGAGTGGCCATCGTGGGCACAGGCGGGATCGCGGCAGTGCACGCATCAAACCTGGCCCGCACAGACAACCGGGCCGAGCTGGTGGCCGCATGCGACGTTGACGACGCACGACTCCAAGCCTTCGCCGAAGAGCACGGAATAGAAGGCCGCTACCAGAGCCTCACGGAGTTGCTGGCTGAGTCCAAGCCGGACGTCGTGCACCTCTGCACGCCGCCCATGATGCACATCGACCAAGCGATCGAGTGCCTTGAGGCCGGGGTGCACGCCCTTTCCGAGAAGCCCCCAGCCCTCAGTTTGGCCGACTTCGACCGCCTCAATAAAGCGGAGGCGAAGGGTGGCGCGCAGTTCTCTTGCGTGTTCCAGCACCGCTTCGGCGACGCGTCGGCTGCGGCGCGGAACTTGATCGGCGGCAGCGACTTTGGGCGTCCGCTCGTGGCCCGCTGCGACACCCTCTGGTACCGCCCCGACGAGTACTTTGAGCTCCCATGGCGTGGCACTTGGGCGGCAGAGGGCGGCGGGCCGACCATGGGGCACGGCATCCACCAATTCGATCTTCTCCTCCACCTGCTCGGCCCATGGGAAGAGGTCAACGCCATCGCCTCGCGCCAGGCCCGTGCCACGTCAACCGAGGACTTCTCCGCCGCGCTGGTCCGCTTCGAAAATGGCGCCGCTGCCACCGTGATCAACTCGCTGCTCTCACCGCGGGAAACCTCAGACATCCGCATCGACTGCGAATTCGCCACGATCGAACTCAGCCACCTCTACGGCTACAGCACCAAGGACTGGACCATCACCGCGGCACCCGGGCACGAGGACGCTGTTTCGCGCATCTGGACCGGGCAGCCGTTGGAGCGGGGAAGCGGACACTCCGCCCAGTTCCTCGCCATGTATGACGCGCTCGACGCCGGACTGCCGCTCCCAGCCGGCGCGGATTCAGCACGGCAAACACTGGAGTTCGCTGCCGCGATTTACGCCTCGGCGTTCACCGGACAGTCCGTGCGACGCGGAGACATCGTCCCCGGTCACCCTTTCTACGAAGGCATGGACGGCGAGGGTCAAGGCACCCGCGTCCTGGCCACTACAGCCCGCGCCTAG MQKYRVAIVGTGGIAAVHASNLARTDNRAELVAACDVDDARLQAFAEEHGIEGRYQSLTELLAESKPDVVHLCTPPMMHIDQAIECLEAGVHALSEKPPALSLADFDRLNKAEAKGGAQFSCVFQHRFGDASAAARNLIGGSDFGRPLVARCDTLWYRPDEYFELPWRGTWAAEGGGPTMGHGIHQFDLLLHLLGPWEEVNAIASRQARATSTEDFSAALVRFENGAAATVINSLLSPRETSDIRIDCEFATIELSHLYGYSTKDWTITAAPGHEDAVSRIWTGQPLERGSGHSAQFLAMYDALDAGLPLPAGADSARQTLEFAAAIYASAFTGQSVRRGDIVPGHPFYEGMDGEGQGTRVLATTARA NA NA NA NA NA D3-18_03145 2355 Beta-xylosidase GTGAGCACCGGCGCCGCCGATCAGCAAGCACTTGCCCGTAAACCCGCATCAGACATCGTCGAGCACCTCATCCGTGAGATGACCCTCGAGGAAAAGCTCGCGCAGCTGGTGGGAGTGTGGGTCAACGCCTCCACTGACGGCGATTCCGCGGCTCCGCTACAAAGCCAAATGGCCGGTGACACGCGTTCCTGGGAGGACATCATCGCCAACGGTCTCGGGCAGATCACCCGCATGTACGGGACTGTTCCCTTGGAGCCTTCAGAAGGCGCCCGCCGCCTCGCCGCCGCCCAGGAACAGATCATGGCCGCGTCCCGTTTTGGGATACCGGCACAGGTCCACGAAGAATGCCTGGCCGGTCTGGCCGCATGGAAGGCGACGGCTTTCCCCGTACCGCTCGCGTGGGGTGCTACGTTCAACCCGGCCTTGGTGCGGGAGATGGCTTCACGGATCGGGACCAGCATGCGGACCTTGGGCGTTCACCAAGGTTTGGCTCCCGTGCTCGATGTTGTGCGTGATCTCCGTTGGGGCCGCGTGGAGGAAACCATCGGCGAGGACCCGTACTTGGTAGGGACGGTTGCAACTGCCTACGTCCAAGGCCTGGAATCCGCCGGAATCGTGTCCACGCTCAAACACTTCGTGGGCTACTCAGCATCCCAAGCCGGCCGCAACCACGCTCCCGTCTCCATGGGCCCCCGTGAAATCGCCGACGTGATGCTCCCGCCGTTTGAAATGGCGATCCGTCACGGCGGTGCGCGTTCGGTAATGCACGCCTATACCGACGTCGACGGCGTACCGGCCGCCGCGAATCGCACCCTTCTGACCGGGCTGCTTCGTGAGGACTGGGGCTTCGGCGGTACGGTGGTGGCCGACTACTTCGGCGTTGCCTTCCTGGACATCACGCACGGAGTAGCCGCAAACTCCGGTGACGCTGCTGTGCTGGCATTGCGGGCCGGCGTCGACGTTGAACTTCCTACCGTCAATTGTTTCGGTGAGCCGCTGCTTCGTCGCATCCGCGAGGGTGCCCTGGACGAGTCGGTGGTTGACGATGCACTGCGCCGGGTCCTCACGCAGAAGGCCGAGGCTGGGTTGTTGTCGCCGGACTTTTCCGCCGTTCCCCCGGTGTTGGCCGGTGTGAATGGAATTGAGCTGGATCCTGCGGAGAACCGGGCGTTGGCGCGGCAGTTGGCCGCTCAGTCCCTGGTGCTGTTGAGCAATCGGGAGTTCATGGGTACTCCGGCGCTGCCCCTCGATGTGGTTTCGAACGGTTCGCTGGGCGTTGTGGGACCGTTGGCCGAGGACCCCTTCGCGATGCTGGGCTGCTACTCCTTCGACGCCCATGTTGGTGCGTCGCACCCGGAGGTGCCCATGGGTATATCTGTTCCTTCGGTTGCGGCTGTTGCAGCTGAACGGTTCAGGAGTGTGCTCACCTCCGTCACCGGTAATTGCGAAGCTGCCACCGACGAGCAGATCGCCGAAGCGTGCCGGATAGCATCCTCCGTGGACACGTGTGTGGTGGTAGTCGGGGACAACGCCGGACTGTTTGGCCGTGGCACCTCGGGCGAGGGAAACGACGCCGCCGACCTCCGCCTTCCCGGCGACCAGCATCGGATGCTGGACGGTGTTCTCTCCGCATGCGAGGCGTCCGGGACACGAGCCGTGGTGGTGGTGCTCAGCGGACGACCCTATGCCTTGGGCGACTTCATTGACCGTGCCGACGCTATTGTCCAGGGGTTCTTCCCCGGCGAAGAAGGCGGCGAGGCACTCTGGGACCTGCTCACCGGCGTCGTCAATCCATCCGGCAAGCTGCCCGTATCCGTTCCGCGCTCCCCCGGCGGTCAACCCGGTACCTACCTACATTCCAAGCTCGCAGGACCCAGCGGGGTCAGTGCGCTGGACCCCTCGCCACTGTTCGCTTTCGGGCACGGATTGTCCTTTACGACATTTGAGTTGACCGGTCACCAATGCAGCGCACCCACAATGTCGACGTCGGACTCGGTCACCGTCAGCTGTACGGTCACGAACACCGGGACCCGTGGCGGCGCCGAGATCGTTCAACTTTACTTGGAGGATCCGGTGGGTGAAGTGGTTCGCCCGGTCCGCGAGTTGATCGGCTACGCCCGCGTCGAACTGGACGCCGGCGCGTCCGCCGTCGTGGATTTTGTGGTTCACGCGGACCGCACGTCCTTCACGGGGTTGGACCTTCAGCGCGTCGTGACTCCCGGGCTAGTGAAGCTGCACGTTTCCACGTCCAGCACGTCCGACGCCGCTTCCCATGAGGTGATCCTGCATGGGCCTCGACGCATTGTGGGGTTCGAACGCGAAATGTTGACTCCGGCGAAGGTGCGGCAGGGATAG MSTGAADQQALARKPASDIVEHLIREMTLEEKLAQLVGVWVNASTDGDSAAPLQSQMAGDTRSWEDIIANGLGQITRMYGTVPLEPSEGARRLAAAQEQIMAASRFGIPAQVHEECLAGLAAWKATAFPVPLAWGATFNPALVREMASRIGTSMRTLGVHQGLAPVLDVVRDLRWGRVEETIGEDPYLVGTVATAYVQGLESAGIVSTLKHFVGYSASQAGRNHAPVSMGPREIADVMLPPFEMAIRHGGARSVMHAYTDVDGVPAAANRTLLTGLLREDWGFGGTVVADYFGVAFLDITHGVAANSGDAAVLALRAGVDVELPTVNCFGEPLLRRIREGALDESVVDDALRRVLTQKAEAGLLSPDFSAVPPVLAGVNGIELDPAENRALARQLAAQSLVLLSNREFMGTPALPLDVVSNGSLGVVGPLAEDPFAMLGCYSFDAHVGASHPEVPMGISVPSVAAVAAERFRSVLTSVTGNCEAATDEQIAEACRIASSVDTCVVVVGDNAGLFGRGTSGEGNDAADLRLPGDQHRMLDGVLSACEASGTRAVVVVLSGRPYALGDFIDRADAIVQGFFPGEEGGEALWDLLTGVVNPSGKLPVSVPRSPGGQPGTYLHSKLAGPSGVSALDPSPLFAFGHGLSFTTFELTGHQCSAPTMSTSDSVTVSCTVTNTGTRGGAEIVQLYLEDPVGEVVRPVRELIGYARVELDAGASAVVDFVVHADRTSFTGLDLQRVVTPGLVKLHVSTSSTSDAASHEVILHGPRRIVGFEREMLTPAKVRQG PGPT0018670_209 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION PLANT_DERIVED_CELLULOSE|HEMICELLULOSE_DEGRADATION,PGPT0018670-bxlA-K17641 NA NA D3-18_03146 501 COG1670 Acetyltransferase ATGCTTCCCCACCCGACAGCCCGCCTCCGCTTTCGCGAGATGACACTCGATGACCTGGACGAGATGAGCTCGATGCTCGGCGACCCTGCAGTGATGACGTACTACCCGGCTCCCAAAACGAGGGATGAAGCAGCGGCGTGGATTGAGTGGAACCAGACGAATTACGCTCGCGACGGTTTTGGGTTGTGGATTGTGGAAACGCACGACGGCGGGTTCGTCGGCGACTGCGGGCTGACGTGGCAACAAGTCAACGGGCGGTCCGAGCTCGAAGTCGGTTACCACGTTCGCCGGGATCTGCAGGGCCGGGGTTATGCAACGGAGGCGGCCTTAGCATGCCTGGAACTTGTGCGGGATGTTCTCAGGGTTGGTCGCCTAGTGGCGATTATCCACCCGGACAACGTAGCCTCGCGCCGAGTGGCTGAGCGGCTAGGAATGCGGCAGCTTGAGGACGATCGGGGCGCGGAGTTGGTGCGGACGGTGATGGGTGTCGAGTTTGGTTAG MLPHPTARLRFREMTLDDLDEMSSMLGDPAVMTYYPAPKTRDEAAAWIEWNQTNYARDGFGLWIVETHDGGFVGDCGLTWQQVNGRSELEVGYHVRRDLQGRGYATEAALACLELVRDVLRVGRLVAIIHPDNVASRRVAERLGMRQLEDDRGAELVRTVMGVEFG NA NA NA NA NA D3-18_03147 690 hypothetical protein GTGGAACCCCTCTTCGACTTCCTTGGCAGTTACTGGTGGCTCATTTTTCCTATCGGCGGGATGGCTGGTGGCTGGGCAAGGTCGTGGTCCAAGGCCAGCGAGGAGCGGCACCGGCGCAAGGTTGAGTTGCTCAAATTACGGAACCAACTGGCGGTCCATGAGGAAGCCAATCAAGCAGAGGTGGTCTCGTTGATGGCCGCACATGACTCCGTGAACCACCGATGGCTGGAGTACGAGCTCGACGTAGGCAACCTCATTGATTTCCCGCTCATGACGGACGTCCGCGAACCCCTTACAGTCGCGTTCCTCAGGGCAAAAAAAGAAGCCGACGGCTTACGCCCCGCAGCAGCGGAGGACATTACGACGCCGGCGCGCTTGGCTGAGTATCGAGCAGCTGTCCACAGCTTTGAACTCGCTTTCGACGTTGCCGAACGGGAAGCCAGGCGCATCAAGGACGGCAACTTCAGCGGCCCGGAACGGCAGCGATTGGCTACGGCAAGAAAGCTGCTCCGCATTGCTGAAGACACCGCAGCAACCCCCGCCGAACGTCAAACGGCGTACAAGCGTGCACGTAAGGAACTCGATGGCCTGATCGTCCTCCCTGAGGCAACCGTCGCCGCGCTTGAAAGCAAGATCATCAGCATGCTGGACACCCGCAAGGACCCCGATACGGACGTCCGGTTCGCTTGA MEPLFDFLGSYWWLIFPIGGMAGGWARSWSKASEERHRRKVELLKLRNQLAVHEEANQAEVVSLMAAHDSVNHRWLEYELDVGNLIDFPLMTDVREPLTVAFLRAKKEADGLRPAAAEDITTPARLAEYRAAVHSFELAFDVAEREARRIKDGNFSGPERQRLATARKLLRIAEDTAATPAERQTAYKRARKELDGLIVLPEATVAALESKIISMLDTRKDPDTDVRFA NA NA NA NA NA D3-18_03148 336 hypothetical protein ATGGCATTCACAGCCATGACGCCTGGGGCGGAGTTCAAAGGGACTTCCACCGTGAAGGTGAACCCGCCGGCATCCGCCATGGGTGCTGTCGAGTTGAGTACCTCTACCCCAGCCGCGTCAATGAAGACGATACTGATCCGCGCGTCGTCACCGTATCGGGGATCGCACTTGGCATCCGGTGCAGAAACAGTCACTGACTCACCCGGTTTCGCCGAGGACGGACTGACGCTATGTTCCGGCGGCAAACACGGCGGGGCCCCGCCTGCGGAGGGACCGCAACCTGCAGAAGCCAAGGTCACCAACATCGCCGTCGATATCGGCAGGGCCGCGCGTTGA MAFTAMTPGAEFKGTSTVKVNPPASAMGAVELSTSTPAASMKTILIRASSPYRGSHLASGAETVTDSPGFAEDGLTLCSGGKHGGAPPAEGPQPAEAKVTNIAVDIGRAAR NA NA NA NA NA D3-18_03149 432 hypothetical protein ATGGACCAGCGACTGCATTTTCTTACGTTCGCCACAAAGGACCTCGACGCCGCGCGAGCCTTCTACAAGGACGGGCTCGGTTGGGATCCGACCATGGATGTTCCCGGCGAGATCCTTTTCTTCCAAGTTGCGCCCGGACTGATGCTCGGCCTCTTTGACGCCGAAAAGTTCGATCAGGACCTCGGCGCACCAGCCTCAACGCCAGGTGTCAGCGGCGTGACACTTTCACACAACGTCGGCAGCCGTGCTGAGGTGTCCAGCACCATCGACGCCCTGGCAGCGGCCGGTGCCACTGTGGTGAAACCCGCCCAATGCGGGGCGTTTGGCGGCATCTTCCACGGTCACGTGAAGGACCCGAATGGGATTGTTTGGGAAATCGCGCACAACCCCGGTTGGGGCATAAACGACGACGGCACAGTGGTTTTCGGATGA MDQRLHFLTFATKDLDAARAFYKDGLGWDPTMDVPGEILFFQVAPGLMLGLFDAEKFDQDLGAPASTPGVSGVTLSHNVGSRAEVSSTIDALAAAGATVVKPAQCGAFGGIFHGHVKDPNGIVWEIAHNPGWGINDDGTVVFG PGPT0028555_465 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 D3-18_03150 495 hypothetical protein ATGAGTGCCACACCGCCGACCTTGGCTGAAGATGCCATCCAGCTCGATCCCCGAATGCAGTTCGACGCCTTTCTGGACGAGCACCGCAGAGCCCTCAATGAGTGCTTGGACGGGCTCACGGAGGAGCAAGCGCGGCGCTCTTTGGTGTCTTCCCGAACAACACTTCTGGGTTTGGTGAAACACGTGACCTTTGTGGAGAAGGTGTGGTTCGACGAAGCCATCACTTCTCGGCCGCGGAGCGAGATTGGCATCCCGGCCACGCCTGACGAGTCGTTCATTCTGGACGACGAAGACACCATTGCCAGTATTCAGGCAGCGCATCGAGAGGCGTGCGAAGCCTCCAGACGGGCGGCCGCTCCCCTTGGACTCGATGACCTGGTGCTGGGCAACCGACGCGGTCCGCTGCCCCTCAGATGGGTGTACCTGCACATGCTCCGCGAGCTCGCACAGCACTGCGGTCACGCCGATATCCTGCGTGAGCAGATCACCCGGTAA MSATPPTLAEDAIQLDPRMQFDAFLDEHRRALNECLDGLTEEQARRSLVSSRTTLLGLVKHVTFVEKVWFDEAITSRPRSEIGIPATPDESFILDDEDTIASIQAAHREACEASRRAAAPLGLDDLVLGNRRGPLPLRWVYLHMLRELAQHCGHADILREQITR NA NA NA NA NA D3-18_03151 711 hypothetical protein GTGGCAGCGAAGAAGGCTGAATACGGCTCCGGGCCGCTCTTCAAAGCGGCAGGCACGGCGTACGGAGTAATGGTGGGCAGCGCTTTGCTGGTGCTGGCCAACGTGTTGGTGGTTCTCCTTCCTCTGCTGCTCGGGCTAAGTGGTATTTCAGCACTGCTGGGCTTTGTGCTGCTTGGGCCCTCTGTTGTGGCTTCGTGCTACGCCTTCAACAGGCTCCTGGCAGGCGAGGACAGCGGAGTTTTCCACGACTTTCTCAGGTCGTATCGGCGAAACTTCGGCCAAGCACTAGTGGTGTGGCTGCCGTACTTGCTGTTGCTGGGCATAATCGCGTTGAACCTTGCTGTGCTGCCTGGAGGAGTGGCCGATCCTGCGCAGATCGCTGCACGAATAGGACTGGTGGGGTTCGCGCTCATGGTCGGCGCCGCCGCCATCAACGCGATGCTCCTCCTGTCCCGCTTCACCTTCCGCGTGAGGGACGTATACCGATTGTCCCTCTACAGTCTGGCCGCGCAGAGGAGGGTGTCGTTCGGGAATGCCGGGATCCTCTTTGTCACCGCATTCGTTTTGATGATGACCACGGCCTGGCTGATCGTGTTTGTCTGTGGATTGTTGATTTACCTGCTCTGCCTCAACTCCCGATCATTGCTCAAGGTGATCGAGGAGAAGTTCACCGTGGGCGAACCTTGTCCGTACCTAGCCCGACAGCAATAG MAAKKAEYGSGPLFKAAGTAYGVMVGSALLVLANVLVVLLPLLLGLSGISALLGFVLLGPSVVASCYAFNRLLAGEDSGVFHDFLRSYRRNFGQALVVWLPYLLLLGIIALNLAVLPGGVADPAQIAARIGLVGFALMVGAAAINAMLLLSRFTFRVRDVYRLSLYSLAAQRRVSFGNAGILFVTAFVLMMTTAWLIVFVCGLLIYLLCLNSRSLLKVIEEKFTVGEPCPYLARQQ NA NA NA NA NA D3-18_03152 1650 hypothetical protein ATGATCCACAAACCTGAGTTCCGAACACGAGAGTTCCGTAGGCGCGACTTCCTTGGACTTGCGTCCGTGGTGACCATCGGCTTGATGATGACCAGTTGCGACTCTGACACCAGCGAGAAAGTAGACACCACCAAATCCCGCAATGGTGCGATGGACAGCTTCGGCGTAGGTGACACTTTCAAGGCGACGGTGCCTTTGACGTTCACGTTCCTTTTCTCTGACCAGCCCACCTACCCATACAAGAAGGACTGGCTGCTGTTTACCAAGATGGCCAGCGATAACAACGTCACGCTGGAACCCACCATCGTTCCCAACAGTGATTACGAGCAGAAGCGCAGCTTGCTCATCAGCTCCGGCAGTGCCCCGGAAATCATCGCGAAAACATACCCCGGGCAGGAAGCAGCGTTTGTTTCCGCCGGTGCGGTGCTGCCAGTCAGTGACTACGTGGACCTGATGCCGCACTTTCAGGAGAAGGTGAAGAAATGGAAGCTCGAGCCCGAGATTGAAGCACTCACTCAGGAAGACGGTAAGTACTACGTCCTTCCAGGCCTGCACGAGGAACTGTGGCCGGACTACTCGCTTTGCTTCCGAAAGGACATCCTGAAGAAGGAAGGGCTTTCCGAGCCCACCACCTGGGACGAATTCCGCGAAGTGCTGCGGTCGCTCAAGAAGTCTTATCCCGACGTCGTGCCCTTTTCGGACCGCTTCAAAGGCGACTGCGTCCTCAATGTTGCCGCCCCTTCCTTTGGAACTGTTGCCGGGTGGGGACTGGTGGATGGGCTGCAGTTTGATGAAGACAAGAAGGAGTTCGGCTTCGCAGCCGGCACGGGCGAGTTCAAGGAAGTGGTGACCTACTTCAACTCTTTGGTTTCCGAAGGATTGATGGACCCCGAGAGCTTTACGCAGACCGACGATGCTGCCATTCAGAAGTTTGTGTCCGGCAAGTCCTTTGTGATCAGTGCCAATTCGCAGAACGTCATCACCTACCGCACCTCAATGGAGCAGTCCGTGGGGAAAGGCAACTTCGAGATCGGCAAAATAACGGTTCCCGGAGGTCCCGCAGGAGACATCATCGGCGGGACCCGGCTGGAGAACGGCCTCATGCTGAACTCGTCCGTGAAGGACAAAGACAGCTTTGTGGCGCTCATCCAATACATCGACTGGTTGTTCTACAGCGACGCCGGTCAGGAATTCAGTAAGTGGGGTGTGGAAGGAACTACGTTCACCAAGTCAGGCGGCAAGCGACAACTTGCGGCCGACATCAACTTCCAAGGGCTCAACCCAGCCGGCACCAAGGACCTGCGGGTGGACTATGGGTTCGCAGGTGGCAACTTCGCCTACGGAGGCGCCACGGAGCTGCTGCACTCCACGTTCAATGACGAAGAACTCGCCTTCCAGAAGGCCATGAAGTCCAAGAAGCCGCGCCCGGTTGCACCTCCGGTGCCGTTCAACGATGTCGACCGCGAACAAGCCACGTTGGCGCTCACCCCGCTCAAGGACCACGTCAAACAGAACACGCTGAAGTTCATTACGGGGCAGCGCAACCTCAGCGAGTTCGACGCCTACGTGAAGGAATTAGACAGCAAGGGCCAGACCAAGTACGTCGACCTGGCGAACAAGGCCTACAAGGCTTACGCGGACAAGAAGTAG MIHKPEFRTREFRRRDFLGLASVVTIGLMMTSCDSDTSEKVDTTKSRNGAMDSFGVGDTFKATVPLTFTFLFSDQPTYPYKKDWLLFTKMASDNNVTLEPTIVPNSDYEQKRSLLISSGSAPEIIAKTYPGQEAAFVSAGAVLPVSDYVDLMPHFQEKVKKWKLEPEIEALTQEDGKYYVLPGLHEELWPDYSLCFRKDILKKEGLSEPTTWDEFREVLRSLKKSYPDVVPFSDRFKGDCVLNVAAPSFGTVAGWGLVDGLQFDEDKKEFGFAAGTGEFKEVVTYFNSLVSEGLMDPESFTQTDDAAIQKFVSGKSFVISANSQNVITYRTSMEQSVGKGNFEIGKITVPGGPAGDIIGGTRLENGLMLNSSVKDKDSFVALIQYIDWLFYSDAGQEFSKWGVEGTTFTKSGGKRQLAADINFQGLNPAGTKDLRVDYGFAGGNFAYGGATELLHSTFNDEELAFQKAMKSKKPRPVAPPVPFNDVDREQATLALTPLKDHVKQNTLKFITGQRNLSEFDAYVKELDSKGQTKYVDLANKAYKAYADKK PGPT0017245_1324 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017245-lplA-K17318 NA NA D3-18_03153 945 araQ_5 COG0395 L-arabinose transport system permease protein AraQ GTGGTGAACAAGACAGCGACCAAGACTCCCTCTACGTTGCCTGCAGCTTCCGGCGATGGTGTCCTCCTCAAAGACATGAAGGTCTCCGTTGGCATGCGGGTGTTTCGTGCCCTCAACCTGGTGTTCCTGCTGCTCGTGGTGTTCTTGACGGCATACCCGTTCCTGAACATCATTGCCCAATCATTCTCCAGCGAAGGCTTCATCAACGCCGGTCAGGTCAACCTGTTCCCCATGGGGTTCAACACCGAAACGTACAAGCTGATCCTGGCCGACTCCACATTCTGGAACAACTACGGGAACACCGTGCTGTACACGGTGGTAGCGACGGCCATATCCATGGTGCTGACGACGTCCTTCGCGTACGCAATCGCCAAGAAAGAACTCAAAGGCCGCAGCGTTTTCATTGGGCTGGCAGTGTTCACCATGTTCTTCAACGGCGGACTCATTCCCAACTATGTGCTCATCAGTTCGCTTGGTATGCGGGACACCATCTGGGCCGTGGTGCTGCCGAACGCCATCAGCGTCTTCAACCTGCTCATTATGAAGTCGTTCTTCGAGAACATGCCCCGTGAGTTGGAGGAAGCAGCGTCCATTGACGGGCTCACCCAGTACGGGGTTCTGTTCAGGGTTGTCCTGCCGCTGAGCAAGGCAATCGTGGCCACCATGGTGCTGTTTTACGCGGTGGCCAACTGGAATTCCTGGTTCCAGGCCTTCCTCTATCTGGACAACCCGGATCTCTTTCCGGTCACCATCTACCTGCGCAACATGATCGCCGGAGTCACCACAGCGGGCTCAGCCGGCGGCACAGCGGAGAACGTCGGCCAGATCGCCGCGAACATCCAGTCGGTCACCATCGTCCTGACCGTCATCCCCATCCTTTGTATCTACCCGTTCGTCCAGAAGTACTTCTTCTCGGGCGTGATGCTCGGTTCCGTCAAGGAATAA MVNKTATKTPSTLPAASGDGVLLKDMKVSVGMRVFRALNLVFLLLVVFLTAYPFLNIIAQSFSSEGFINAGQVNLFPMGFNTETYKLILADSTFWNNYGNTVLYTVVATAISMVLTTSFAYAIAKKELKGRSVFIGLAVFTMFFNGGLIPNYVLISSLGMRDTIWAVVLPNAISVFNLLIMKSFFENMPRELEEAASIDGLTQYGVLFRVVLPLSKAIVATMVLFYAVANWNSWFQAFLYLDNPDLFPVTIYLRNMIAGVTTAGSAGGTAENVGQIAANIQSVTIVLTVIPILCIYPFVQKYFFSGVMLGSVKE PGPT0017255_2669 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017255-lplC-K17320 NA NA D3-18_03154 981 yteP_2 COG4209 putative multiple-sugar transport system permease YteP ATGGCACTACGAGTGGATGTTCCTCCCAAAATTGTCCCGAAGGCTGAGCCCGGTAAGGCGAAGAAACGGCGCGACAAGCCCGGCAGTTGGAAGTTGGCATTCAAACGCGACTGGCGCTTATACACGCTGTTGGCGCTGCCGTTGCTTTACTTGCTGATTTTCCGGTATCTGCCGATGGCCGGAAACGTGATCGCGTTCCGCCAGTTTCAGCCTGGTGGGAGTATTTTCGGCGAGAAATGGGTGGGCCTCAAATACATCACCCTGTTCATCAACGATCCCAGCTTCTGGCAGGCCTTTCAGAACACCATCATCCTGGGTGTCCTGACCCTGGTGTTCTGCTTCCCGATGCCCATCATCTTCGCGCTGATGCTCAACGAACTCAGATCCCAAAAGTTCAAGAAGTTCGTGCAAACCGTGGCCTACCTGCCGCACTTCATGTCAGTGGTGATCATCGCCGGCATGATCCTGCAGAACTTCTCCATGACCGGAACCGTGAACCAGATCGCGGAATCGCTCTTCGGAACCACCGTGAACTTCACGCAGGATCCCGGCTGGTTCCGGCCCATGTACATCAGCTCCGAAGTGTGGCAGACCATGGGTTGGGGCGCCATTCTCTACCTCGCCGCCCTGACTCGCGTGGATGAGTCCTTGTACGAGGCGGCAAGGATCGATGGTGCCAACCGCTGGCAGCAAACCTGGCATGTGACCCTTCCCGCCATCAGGCCAACGATTATCACGCTGCTCATCCTGAACATCGGCACATTCATGGCGGTGGGCTTCGAGAAGATCCTCCTCATCTACAACCCGCTCAACTACGCGACCTCAGATGTCATCTCCACCTACCTGTACCGGGTGGGTTTGGAATCCAGCAACTTCAGCTACGCGGCCGCCATCGGAATGTTCGAATCCGTCATTGGCCTCACGCTGATCCTCTCAGCGAACGCTATTTCCAAGCGCGTCGCAGGAACGAGCCTGTGGTGA MALRVDVPPKIVPKAEPGKAKKRRDKPGSWKLAFKRDWRLYTLLALPLLYLLIFRYLPMAGNVIAFRQFQPGGSIFGEKWVGLKYITLFINDPSFWQAFQNTIILGVLTLVFCFPMPIIFALMLNELRSQKFKKFVQTVAYLPHFMSVVIIAGMILQNFSMTGTVNQIAESLFGTTVNFTQDPGWFRPMYISSEVWQTMGWGAILYLAALTRVDESLYEAARIDGANRWQQTWHVTLPAIRPTIITLLILNIGTFMAVGFEKILLIYNPLNYATSDVISTYLYRVGLESSNFSYAAAIGMFESVIGLTLILSANAISKRVAGTSLW PGPT0017250_485 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_ALDOURONATE_TRANSPORT,PGPT0017250-lplB-K17319 NA NA D3-18_03155 2049 bgaB Beta-galactosidase bgaB ATGACCATCCACCCTGAGGACGCGCGGACCGCTGAGGCGCGGCTGCAGCAACTGCATCAACGATTAGGCGGGATCGCCTACGGCGGGGATTACAACCCCGAGCAATGGCCCTGCGACGTATGGCTCGAGGATGCCAAACTCATGCAGCAAGCAGGAGTGAACTTGGTTACCTTGGCGGTGTTTTCATGGAGCCGTTTGGAAACCAGTGATGGTGTCTTCGACTTCGGCTGGCTGGATGACGTCATGAACCTCATGCATGAGCATGGCATTGGTGTGGACCTGGCCACGCCCGATGCCGTTCCGCCCGCATGGCTGGTTGAGCAGCACCCGGACATGATGCCGGAACGAGCGGACGGCAGCATCTTCGGCTTCGGGTCCCGCCAGCACTTCGACGTTTCCCATCCTGTGTATCGGGCCAAGTCACTGGCTTTGGCGGAGAAGATGGGGGAGCGTTACGCCAATCATCCTGCCCTCCGCATGTGGCATGTTGGCAACGAATACGGGCCCGTGTCCTACGGTCCTTGGGCTGAGAAAGCTTTCCGCGAGTGGCTGCAGCGGAAGTACTCGTCGCTGGATGAGCTGAACGAGGCCTGGAGCACCGCTGTTTGGGGCCAGCTCTACTCCGATTGGAACCAGGTGCGGGTCCCCGCCCAGCCCCGTACGTGGTCCAACCCCTCGCGCCGCTTGGACTTTCATCGCTTCACCTCGGACAGCATGCTGGAGCACTTCACCGCGGAGCGGGACATTCTCCGGCGGCATAGCCCGGACCTGCCGATCGTCACCAACTTCATGCGCTTCTACAAGACCAACGACTACTGGGCCTGGGCGGCTGAAGAAGACGCCGCCGCACTGGATATCTACCCGGACCCACGCGAAAAAGACGCGCACATTGCTGCTGCCTTGAATTTCGACCTCATGCGCTCGCTGCGCAACGGCCAGCCATGGATGGTGATGGAGCAAGCTACAGGAGCGGTCAGCCAATGGTCCGTCAACGTGTCCAAGCTTCCCGGCAAGATGCGCCTGGGTTCGTACCAGGCCATTGCCCAGGGCGCCGACTCGATCCTTTTCTTCCAATGGCGGCAGGCAAAGGGCGGGACGGAGCGCTACCACTCGGCCATGGTGAACCACGCTGGTCCCAACACCCGGATCTTCCGTGAGGTGTGTGAGTTGGGCCAGGAACTCAGGGCGTTGGGGGATCTGACCGGGACTCGGTCCAAGGCTCAGGTGGCCATCGTGTTCGACTGGGACTGCTGGTGGGCATTGGAGCTGGGCAACTCTCCCCGGTCCGACCTGAACTATGCGCAGGAAGTCCTGCGCTTCTACCGACCACTCTTCGACGCCAACATCACCGTTGATTTTGTCAGCGCGAACAGCGACCTTTCCGGATACAGCCTGGTGATCATGCCGGCGTCGTATCTCCTCACGGACGACGCTGCGCGGCGCTTCGAGACCTACGTCGCCGACGGCGGACGGCTGGTGGTTTCGTACCTCTCAGGCATCGTCGATCAGAACAACACCATCCGCTTGGGCGGCTACCCCGGGGCGTTGAGGAACGTCCTTGGCGCATGGAGCGAGGAGATGCATCCGCTCGCGGGGGAAAGTGAGCAAGTAAAACTTTCAACACCCGACGGCGGGACCTCCTCTGCGAGCTACTGGACTGAGCATCTGCACACCGAAACGGCGGAGGTCCTGGCCAGCTACTCATCAGGTCGCTTGTCAGGAACTCCTGCTGTCACGCGCAATTCTTTTGGGCTTGGCACCGCGCTGTACTTGTCGGCACGAGTTGACGACGGACTGCTTGGCCAGTTCCTCGACGACGAACTCCTCGCCGCCGGTGTCGAACCGGAACTGAAGACGCCTGCGGGAGTCCAGGTCCGCCGTCGTGCCGGTACCAACAAAAGTTTCCTCATGGTGCTCAACCACAACGACGCACCGTCCAGTGTGAATGTCCTCGACGGCGGCACCGACCGCATCAGCGGACGGGCGGTTCAGGGGTCGGTTGAGCTCCCTGCCAATGGCGTCCTGATCCTCGAAGAAGCAGCAGGATAG MTIHPEDARTAEARLQQLHQRLGGIAYGGDYNPEQWPCDVWLEDAKLMQQAGVNLVTLAVFSWSRLETSDGVFDFGWLDDVMNLMHEHGIGVDLATPDAVPPAWLVEQHPDMMPERADGSIFGFGSRQHFDVSHPVYRAKSLALAEKMGERYANHPALRMWHVGNEYGPVSYGPWAEKAFREWLQRKYSSLDELNEAWSTAVWGQLYSDWNQVRVPAQPRTWSNPSRRLDFHRFTSDSMLEHFTAERDILRRHSPDLPIVTNFMRFYKTNDYWAWAAEEDAAALDIYPDPREKDAHIAAALNFDLMRSLRNGQPWMVMEQATGAVSQWSVNVSKLPGKMRLGSYQAIAQGADSILFFQWRQAKGGTERYHSAMVNHAGPNTRIFREVCELGQELRALGDLTGTRSKAQVAIVFDWDCWWALELGNSPRSDLNYAQEVLRFYRPLFDANITVDFVSANSDLSGYSLVIMPASYLLTDDAARRFETYVADGGRLVVSYLSGIVDQNNTIRLGGYPGALRNVLGAWSEEMHPLAGESEQVKLSTPDGGTSSASYWTEHLHTETAEVLASYSSGRLSGTPAVTRNSFGLGTALYLSARVDDGLLGQFLDDELLAAGVEPELKTPAGVQVRRRAGTNKSFLMVLNHNDAPSSVNVLDGGTDRISGRAVQGSVELPANGVLILEEAAG PGPT0017815_714 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSIDASE,PGPT0017815-bgaB|lacA-K12308 NA NA D3-18_03156 789 hypothetical protein TTGACACGTGACCAATTGGTCACCTATTCTGAGCCCATGGACGTAGTGTTCAAGGCCTTGGCAGACCCGACCCGCAGGGAACTCCTGGATGAGCTGTTCCGCGAGGACGGTCAGTCTGCCTCTGCCTTGGGGGCCCGGTTCGAGATGACCCGTTTCGGCATCGCCAAGCACCTCAAGTTGTTGGAGGATGCGGGCTTGGTGGTCACCCGCCGTCGGGGACGTGAAAAGCTGCACTTCCTGAATCCGGTTCCCATCCGCCTCATCCACGATCGCTGGGTGAGCAAATACGCAGAACCATGGGCCGCTGCCCTCAGCGACCTCAAATCCAGATTGGAAAGTCCCATGGAAAAGATCTTCGAAATTTACATCAAGACCACCCCGGAGCGGCTCTGGGAAGCCATCACCAATAGCGAGATCCGCAGCAAATACCAGTTCGGAAACACCTTCACCTCGGACTGGACTCCGGGCAGCCGCTTCGAGATGCACAACGTCAAGGCGGACGCGCCGCTCGGCGAGGGCGAGAACATCGAGGTGGATCCCCCACGCCGGCTCGTCCAAACCATGCGTGCCCTCTGGGGCGAGGATGTGAAGGCCGAGGGAACGTCGCGGATCACGTGGGAAATTGAGCCCGTCGGCGATTCCTGCCACCTCACTGTGACGCACGATCAGCTCCGCGAAGGTGCCAACGACCAACTGTACGGCGGCTGGCCCATGATCCTCTCGGGCCTCAAGACCTGGCTGGAAACCGGCGAAACCCTCACCACACCCGGCTCGCTCATGTACGCGTAG MTRDQLVTYSEPMDVVFKALADPTRRELLDELFREDGQSASALGARFEMTRFGIAKHLKLLEDAGLVVTRRRGREKLHFLNPVPIRLIHDRWVSKYAEPWAAALSDLKSRLESPMEKIFEIYIKTTPERLWEAITNSEIRSKYQFGNTFTSDWTPGSRFEMHNVKADAPLGEGENIEVDPPRRLVQTMRALWGEDVKAEGTSRITWEIEPVGDSCHLTVTHDQLREGANDQLYGGWPMILSGLKTWLETGETLTTPGSLMYA NA NA NA NA NA D3-18_03157 993 rihA_2 COG1957 Pyrimidine-specific ribonucleoside hydrolase RihA ATGACCCAGCCCGCGCCCTTCTTCCTCGACTGCGATACCGGCATCGACGACGCCCTCGCCCTGGCCTATCTCCTTGCCTCCCCGCGGGCCGACCTCGTGGGCATTGGCACCGTGAGCGGCAACGTCAGTGCAGCCGGCGGTGCCCGGAATACCCTGGACCTGCTGAACTTGGCCGGCCACCCGGACATTCCCGTGGCTATCGGCGCCCACGATCCGCAGGTTGGCGCGTTCCACGGCGGAGCTCCGCACGTCCATGGTGATAACGGCATCGGCGGGGTAGAGCTGGTCCCGTCCGACCGTGAACCCGTCAAGGCCACAGCCGCGGAACTGCTGGTCCAGTTGGCGCATCAGTATGCGGGGGAGCTTCGCCTTGTGGCCATCGGCCCGTTGACCAACATCGCCGAAGCGCTGCGTCTGGAACCGAAACTACCTGAGCTGATCGCCGAGGTCACCATCATGGGCGGCGCAGCGCTGGCTCCGGGAAACATCACGCCTGTTGCCGAGGCCAACATCGCCAACGATCCCGAGGCTGCCGCGGAAGTCCTGGCCGCCGACTGGAACGTGACGCTGGTGCCGTTGGATGTCACCATGACCAACGTCCTGGAGGAAAACCACCGCCAGGAACTACTCGCCACCGAGCACCCGGTCTCGCAGGCACTGGGCCAAATGCTTGGCTACTACTTCGGCTTCTACGTGGACATCTTCGGCCGGGCTTGCTCGGCGATGCACGATCCCCTTTCCGCGGCCATTGCTGTCAGGGGAGTGGAGCTCACGCTTGCACCGACTGTCCGGGTTCAGGTGGATACCACCGACGGGCCCAGTCGCGGCCAGACGGTCTGCGATCTCCGTGGCCTGTATGCGGGATTCCCCGAGCAGCGCGGTGCACGTTGCCGCGTAGTGATGGAAATTGGTGAGGATTTCGCACCGCACCTCCTGGGTACCATGCAGGCGGCCTGGCTGACTGAGGCGCAGGCGGCGGCATCGGTCGCCTGA MTQPAPFFLDCDTGIDDALALAYLLASPRADLVGIGTVSGNVSAAGGARNTLDLLNLAGHPDIPVAIGAHDPQVGAFHGGAPHVHGDNGIGGVELVPSDREPVKATAAELLVQLAHQYAGELRLVAIGPLTNIAEALRLEPKLPELIAEVTIMGGAALAPGNITPVAEANIANDPEAAAEVLAADWNVTLVPLDVTMTNVLEENHRQELLATEHPVSQALGQMLGYYFGFYVDIFGRACSAMHDPLSAAIAVRGVELTLAPTVRVQVDTTDGPSRGQTVCDLRGLYAGFPEQRGARCRVVMEIGEDFAPHLLGTMQAAWLTEAQAAASVA PGPT0013465_657 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013465-iunH-K01239 NA NA D3-18_03158 1473 hypothetical protein GTGAACATCCCCAATACCGCGGTTGAGCCGCAGTCTGAAGATCCCCAAGCTCTAGATCAGACGGCCCCATCACAGGTGACACCAACTGAAGCAGCCACGGAGGAAGGCCGCTTCCACGGCAAGGCCGCCGCGCTGCTGATCACCACGCTGGTCCTGGCTGTGCTGGCATTCCAGCTCAACGCCAGCATGATCACCCCGGCCCTGCCACACATCGGCTCCTTCTTCGGCGAAACGCCCGAGGCCGTGGCCCAAGTGCAGTCCATGTTCTTCCTCGCCGGCGCCATCGCTGGACCTGTGATCGGCCGCTGGAGCGACTTCATCGGACGCCGTAATGCACTGCTCCTGGTGCTTGCCATCATGGGCGCGGGGACCGTGCTGTGTATCTTCGCTCCCACCCTGCCGTTGCTGGTCACCGGCCGCTTCATGCAGGGTGTTTCCAGTGCCATCTTTGCGCTCTCCTACATCGTCCTGAATGAGTACCTGCCTGCCCGACTCTTCGGAACATCCATCGGCATCATCGCTGCCATCAACGGCGGGGTTGGCGGCGTGGATGGCTACTTCGGCGGACTCATGGCTGAGACCCTTGGCTTCCAGTCGATCTTTGTCGCCGTCCTGGTACTGGCCGCGATCGCCGTCGTGTGTGTCATTAAAGTGGTCCCGAGCGGCAAGTCAGCTGTTGCTCCAGGCCGGATGGATTGGTGGGGCGCGGGGTCGCTGTCCGTGTTCCTGGTGTTCATCACCTACTTCGTGTCCACGGGCTCGTCGGCGGGCTGGACTTCACCGGCGGCCCTTGGCCTGCTTGCCGGCAGCATCGCGTCCTTCACGGCTTTCTGGCTCATCGAGAAGAAGCGCGAAACCCCTCTCGTGGCCGTTCACCACCTTCGGTCACGTCAGGTGTGGCCGGTCATCGCCACCACCGTGCTGACGCTCGCGGGCATCTTCGCCATCATCAACTTCACTGTGGTTTTGCTGAGCCAGGACAAGGAAAACGGCTTCGGACTGTCAGCTTCGGTCGCCGCCCTGCTGTTCCTCACACCCGCAGCACTCATTGGTGTGTTCGCAGCTCCGCTCGCCGGCTGGATTGCCGACCGCCGCGGCTGGATCAAGACCGTCCGTGTTGGCACGGCAACCAGCCTCGCCTGCGCAATCATCGCGGCGCTTTTCGCCCACAACCAGGTAGCAGTCCTCATCGCCGTCGCCGCCCTCGGCATCTTCTACAACGGCTTCTTCCTCACCGCCATCAACGGCCTGTCCGTGCTGCTCTCGCCAAAGGAAGCGCCGGCTGCACTGCCGGGCATCAACGGTGCCTCCTTCGGAATCGGGGCGAGCCTCGGCGTCGTAATTGTTGCACCGTTCGCAGGCCAGGGCACCGCAGCCGGATACTCGGCGGCCCTCTGGATTTCGGTGTCCATCACGGCGCTTGCCTTCATCGTTAGCCTGTTCATCGCGGCCCCCAAAGGCGAAAAGATCTAA MNIPNTAVEPQSEDPQALDQTAPSQVTPTEAATEEGRFHGKAAALLITTLVLAVLAFQLNASMITPALPHIGSFFGETPEAVAQVQSMFFLAGAIAGPVIGRWSDFIGRRNALLLVLAIMGAGTVLCIFAPTLPLLVTGRFMQGVSSAIFALSYIVLNEYLPARLFGTSIGIIAAINGGVGGVDGYFGGLMAETLGFQSIFVAVLVLAAIAVVCVIKVVPSGKSAVAPGRMDWWGAGSLSVFLVFITYFVSTGSSAGWTSPAALGLLAGSIASFTAFWLIEKKRETPLVAVHHLRSRQVWPVIATTVLTLAGIFAIINFTVVLLSQDKENGFGLSASVAALLFLTPAALIGVFAAPLAGWIADRRGWIKTVRVGTATSLACAIIAALFAHNQVAVLIAVAALGIFYNGFFLTAINGLSVLLSPKEAPAALPGINGASFGIGASLGVVIVAPFAGQGTAAGYSAALWISVSITALAFIVSLFIAAPKGEKI NA NA NA NA NA D3-18_03159 774 hypothetical protein TTGACCGACAACGCCGTCCAGTTCCTGTCACGACCCATCGCTGCCCCACCTGGGCAGCCTTTGCGAGTCGCGGCCTACTCCCGAATCGCCGAAGCGATCCGGACCAAAATCCTGCCGCCGGGTTCCTTGCTCCCTACGGAGACTGAGCTGGGCATCATGATGGACGTCAGCCGCACCGTGATCCGGGAAGCGCTGATGTTGCTGGAAGAAGATGGCCTCACCCGGGCACGACGCGGAGTTGGTCGGTTTGTTGCCGATTCGCTCCCGCGCATCGGCATTGAACACATTCGACCGTTCGATCAGCTTCTTGGCGGAACCGACCAGGACATCCAGGTCAAACGGGTAGCCGCGATCAAGCAACCGGCTTCGGAATTCGTGGCGCCGGGCATCGGTGTCCAGCCTGACGAGGACGTGTGGTTCTGGGAAAGCGTGCTGATCCGGAACGGTGAGCCCCTGGCGCATCTCCAGGAGAACGTTGCCCAAGGAATCCCTGAGGCCGAGGCCCTGGCCGAAGCTGCAGAGGCTCCCACGCTTTCCGCGTCAACGCTCCTGGAAGTCCTCAGCGGTCTGCCCGGCACCACCCTTGGCCCCGGTGAGTGCCAGATCAGCCTGAGCACCGCCGGCCCCAGCCGCGCGAAGTTGCTGGGCCTCCGCCCCTCCGATCCCGTGCTGGTCCTCACCCAATACGTCCGCCGGAGTGGTTCTCCGTTCTATCTCGCCAAATGCCTGGTGGCTGCCAAGGCCGGGCACCTCTCCGTCATCCAGTCCTCCTGA MTDNAVQFLSRPIAAPPGQPLRVAAYSRIAEAIRTKILPPGSLLPTETELGIMMDVSRTVIREALMLLEEDGLTRARRGVGRFVADSLPRIGIEHIRPFDQLLGGTDQDIQVKRVAAIKQPASEFVAPGIGVQPDEDVWFWESVLIRNGEPLAHLQENVAQGIPEAEALAEAAEAPTLSASTLLEVLSGLPGTTLGPGECQISLSTAGPSRAKLLGLRPSDPVLVLTQYVRRSGSPFYLAKCLVAAKAGHLSVIQSS NA NA NA NA NA D3-18_03160 894 rbsK_2 COG0524 Ribokinase ATGAGCACGTCCCTGCAGTCCCCTGCGCCCAAATTGGCCTCCACGCTCACGGTTGTGGGCAGCATCAACCTCGACATCACGGCGACAGCCGACCGCCTCCCCTCGCCCGGTGAAACCGTAGGCGGAGGCGTTCTCCGCCAGCAACCCGGCGGGAAGGGCGCCAACCAGGCCGTTGCTGCGGCGCGGCTCGCCGGACGCTCCCGCATGGTGGGGGCAGTAGGCCAGGACGACGCCGGCCTCAGCCTTCTCAGCGCTATGGCGACCGCCGGCGTCGACGTCCAAGACGTTTCCCGCGCGGATGCTGCCACGGGAACCGCCCTGGTGCTGGTGGACGGTGAGGGAGAAAACCAGATAGTGGTGTGCCCCGGCGCCAACGCTTCCGTGAGCTTGGAAGGTGTTACGTTCGCTGACGACGAGGCCGTCCTCTGCCAACTCGAAGTGGACCAGGAAGTTGTGCTGGAAGCCGCGCGCCGGGCCAAGGGCTTCTTTGTCCTGAACGCTGCACCGGCAGCACCGCTCATTCCCGAGCTGCTGGAGCGCTGCGACCTGGTGATCGTGAACGAGACGGAATATGAACTGATTCCGGCCCTCCGCGACGCTCCCCTGGTTGCTGTAACCTACGGCGGCGACGGTTCGGCGATCTTCGTCGACGGCGAAAGGGCGGCTGAAGCTCCGGCAGTGCGAGTCACTGATATTGCCAACACCATCGGTGCCGGGGATGCATTCTGTGCAGCGCTGGTCCTGGCGCTCCAGTCCGGGCTTGAGTACGCGCACGCCCTCGCCGCAGCCAACACCGTTGGTGCCGACGCTGTCAGGGACAGTTCCTCTCAGCCTGCGCTGAAGCCGCTGGAGCACTACATCGAGGCATCGCGCGCTGCCATTCAGCCTGCCTGA MSTSLQSPAPKLASTLTVVGSINLDITATADRLPSPGETVGGGVLRQQPGGKGANQAVAAARLAGRSRMVGAVGQDDAGLSLLSAMATAGVDVQDVSRADAATGTALVLVDGEGENQIVVCPGANASVSLEGVTFADDEAVLCQLEVDQEVVLEAARRAKGFFVLNAAPAAPLIPELLERCDLVIVNETEYELIPALRDAPLVAVTYGGDGSAIFVDGERAAEAPAVRVTDIANTIGAGDAFCAALVLALQSGLEYAHALAAANTVGADAVRDSSSQPALKPLEHYIEASRAAIQPA PGPT0017405_4267 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 D3-18_03161 267 hypothetical protein ATGACAACTATTCCGCACCGGGAACTGCGTAATCAGAGCAGTAAGATTCTGGAACGCGTCAAAAATGGGGAAGTCATCGACGTCACCAACAACGGCGAGGTGGCGGCAACCCTCATTCCACCGTCGGCTTCACCCTTTGAGCGTCTACTCCAAGCAGGTAGCGTCCGGCCGGCAAGCGAGACACCTGTGGACTTCACAATCTTGCCCCGCGTCAGCAGCGACATGACTACAGCCGACATCCTGGCCGATCTGCGCGGCGACAGGTGA MTTIPHRELRNQSSKILERVKNGEVIDVTNNGEVAATLIPPSASPFERLLQAGSVRPASETPVDFTILPRVSSDMTTADILADLRGDR NA NA NA NA NA D3-18_03162 393 Ribonuclease VapC47 GTGATCGTTTACGTTGACACTTCTGCGGTCATGAAGTTGGTGGTTAGCGAACAGGAGTCAGCCGCCGCTGCTGCCTACTTGGTGGAGATGGCGGCCTCCGGAGCACATCTCGTGGCTTCCATGCTGCTCTACACGGAACTGCACTGTGCGGCTCGTCGGACGAACATGGCGTTCGACGTCGTCAATTCCGTTTTGACCGGAATCAACTTGGTTGACGTAACCCGCTCAGACCTCATGTACGCAGCGGCACTCCCGGGACAGTTGAGAAGCGCGGACGCTATTCACTTGGCAGCAGCCATTCGACTTCAGACCGACAGGCTGGTCGCCTACGACCACGAGCTACTACTCGCCGCTACCGAATCAGGGCTCACCACGGTGTCGCCCGGGACCTAG MIVYVDTSAVMKLVVSEQESAAAAAYLVEMAASGAHLVASMLLYTELHCAARRTNMAFDVVNSVLTGINLVDVTRSDLMYAAALPGQLRSADAIHLAAAIRLQTDRLVAYDHELLLAATESGLTTVSPGT PGPT0027605_1108 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-TOXIN-ANTITOXIN_SYSTEM CE-BACTERIAL_FITNESS-VapC-VapB_TOXIN-ANTITOXIN_SYSTEM,PGPT0027605-toxin_vapC_like-K07064 NA NA D3-18_03163 285 acyP COG1254 Acylphosphatase ATGACTGATGAAGCCCTTCGCCTCACAGCCCGAATCACCGGAGTGGTCCAAGGGGTCGGGTTCCGTTATTGGACTGCCCGTAAAGCTGACGAGCTGCTGCTGAAGGGAACGGTCCGCAACGACCACGACGGCTCGGTGCTGTTGGTCGCAGAGGGGGAAGCATCCGAGGTCAGTCAGCTCACCTCTTGGCTCCACTCCACGCAAGCACCAGGGCGGGTAGCGAATGTTGACTTTGAGGTTTCCGAAGCAACCGGAGAGTTCGACGACTTCCGTATTTTGGGCTAG MTDEALRLTARITGVVQGVGFRYWTARKADELLLKGTVRNDHDGSVLLVAEGEASEVSQLTSWLHSTQAPGRVANVDFEVSEATGEFDDFRILG PGPT0001372_1600 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-ACETIC_ACID_BIOSYNTHESIS,PGPT0001372-acyP|yccX-K01512 NA NA D3-18_03164 951 hypothetical protein ATGGGCGCGAATACCGCCGAGAACACCAACCTTCGTCTGAAGGCCGTACTGGACATCCTCGCTGAGAGCGTATGGTCCGGGGCAACGTTGAACGCCGGCGAGGTGCTGGCCGAAGCGATCGTCCGAGTACCTTTCAATGACCACGAGGCTGAACTTCTCAGTGGCGGCATCCCCCGCGGCCACAAGACCCTGACGTCGGCCTCGGCGAAGCTGGTCAAGGCTGGCTGGCTGGTCAAGGGCCGCTCGGGTTGGACCATCCCGGAGGACGGCCTCCGTGCGACAGTGGCCTTCCCGGACGCGGAAGCATTTGGAGCAGCGCTCGACGCCGGAACTCCAGTACCGGCCGACGTCGCCGTTCCAACGGCCCCGCCTGTGAAGCCCCAAGTCAAGAAGACAGCTGCGACCAAGCGGGCCGCTGCGAAGAAGGCCACCGAGCCTAAAGTCGCGGCCGCTGACGTAGCTGAGCCGAAGGTTGCTGCCGCCAAGGTGTCCGCGCCGAGGGCCAAAGCAGCAACAGCCAAGGCTTCCTCCGCCGCGGCTGCACCCGCGGCTGCACCCGCGGCTGCACCCGCGGCGACGAAGTCCACCGCGAAGAAGTCCACCCGCAAGGCGCCGGCGAAAGCAGCAGCAGCCTCCGCCGTCGAGACCCTGCCGCAGCCTGACGCCGTGGCGATCGCCGGTGACTTCAACAAGATCCTTGGAGCACCCGAGGATTGGGCGCCGCAGTACGACGAAGCCCAGATGGAGTTCAACCCGCTGGTCCAGGTGTGGACGCTGACGGCTGAACTGCCCGCCGGCTTTTACACCTACAAGATCGCGCTGAACCGCTCATGGGACGAAAACTACGGCGCGTTTGGCGCCCGTGATGGCGCGAACCACGAGTTGAACCACGACGGCGGTCCCGTCACCATCACGTACAGCCACGCGACCCGGGACATTGTGGTCGGCTAG MGANTAENTNLRLKAVLDILAESVWSGATLNAGEVLAEAIVRVPFNDHEAELLSGGIPRGHKTLTSASAKLVKAGWLVKGRSGWTIPEDGLRATVAFPDAEAFGAALDAGTPVPADVAVPTAPPVKPQVKKTAATKRAAAKKATEPKVAAADVAEPKVAAAKVSAPRAKAATAKASSAAAAPAAAPAAAPAATKSTAKKSTRKAPAKAAAASAVETLPQPDAVAIAGDFNKILGAPEDWAPQYDEAQMEFNPLVQVWTLTAELPAGFYTYKIALNRSWDENYGAFGARDGANHELNHDGGPVTITYSHATRDIVVG NA NA NA NA NA D3-18_03165 1032 COG1816 Adenine deaminase GTGGAAACTTTTGGCGAGAAAACTACGACCACGGCGCCTCCGGTTGCCGAACTGCACCTGCACATCGAAGGGACTCTCCAGCCAGAGCTGATCTTTGCCCTGGCCGAACGAAATGGCATCGAACTGCCGTACGAAGACATTGAGGAACTCCGGGAAAAGTACGAGTTCACTGACCTGCAGTCTTTCCTGGATCTCTACTACGCCAATATGGCCGTCCTTCAGACAGAGCAGGATTTCACTGACATGACGCGCGCCTATCTGACGCGGGCCGCTGTCGGGGGAGTGCGCCATGCGGAAATCATGATGGACCCCCAGGCCCACACGTCCCGGGGTGTGGCGCTGGAAACCTGCGTCAACGGTGTGGCCAACGCACTGGCCACCTCCGAGGAAGACTTTGGTGTCTCCACGCTCCTCATCGCTGCGTTCCTGCGCGACATGTCCGAGGACTCGGCGCTTGAGGTGCTGGACCAGCTCCTGGCCATGCACGCTCCGATCGCCGGCATCGGCTTGGACTCCGCAGAGGTGGGCAATCCGCCGTCGAAATTCGAGCGCCTGTACCAGCGCGCCGGGGAGGCCGGCTTGCGGAGGATCGCGCACGCGGGCGAGGAAGGACCTGCTTCCTACATCACCGAGGCGCTGGATGTGCTCCACGTGGAGCGGATCGATCACGGCATCCGTTGCATGGAAGACACAGATGTAGTGCAGCGGCTCGTGGCTGAACAGGTTCCCTTGACCGTTTGTCCGCTCTCCAATGTCCGGCTCCGTGCGGTGGACAAACTGGCTGACCACCCCTTGCCCGAGATGTTGGCGATTGGCTTGAACGTCTGCGTGAATTCGGACGACCCCGCCTACTTTGGCGGCTACGTGGACGACAACTTCGAGCAACTGGTCAAGGTCCTGGAATTCTCGGTTCCGGAGCAGGCCACCCTGGCTGCCAATTCCATCCGCTCCTCCTTCGCCGGTGACGCCCGCAAAGCGGTGCTGTTGGACGAGGTCACCGAGTGGGTCAAGGCGTCCGTAACGCCCGCTTGA METFGEKTTTTAPPVAELHLHIEGTLQPELIFALAERNGIELPYEDIEELREKYEFTDLQSFLDLYYANMAVLQTEQDFTDMTRAYLTRAAVGGVRHAEIMMDPQAHTSRGVALETCVNGVANALATSEEDFGVSTLLIAAFLRDMSEDSALEVLDQLLAMHAPIAGIGLDSAEVGNPPSKFERLYQRAGEAGLRRIAHAGEEGPASYITEALDVLHVERIDHGIRCMEDTDVVQRLVAEQVPLTVCPLSNVRLRAVDKLADHPLPEMLAIGLNVCVNSDDPAYFGGYVDDNFEQLVKVLEFSVPEQATLAANSIRSSFAGDARKAVLLDEVTEWVKASVTPA PGPT0021520_1672 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021520-add-K01488 NA NA D3-18_03166 915 hypothetical protein ATGCAGACTTTCCTCCCTTTCGCCGATTTCCGTGAGAGTGCCGCGGCGCTCGACACTTCAAGGCTCGGCAAACAGCGCGTCGAAGCCCTCCAGGTTCTCCGCGCGTTGGTGATCCCGGAGTACGGTTGGCAGTCCCACCCCGCCGTGCGCATGTGGATGGGCCACGTCCCCGCGCTCACCATGTACGGCCTGGCCATGGCCGACGAGTGGATCAGGCGCGGCCACCCGGACAACACCCGCACCAACATCACGGAGTTCGCGCCGCAGGCGGCCCACCCGGACTACGCCTCCAGGATCATCATGCCGCCGTGGCTCGGACACGAGGACCTGCACCTCAGCCACCGGTCCAAGCTGATCTCCAAGGATCCCAAGCACTACTCCCAGATCTTCCCCGGCACCGAGGAAAAGCTCGAGTACGTGTGGCCGGAACCCAAGCACGAGTTCCACCCGGAGGACCCGGAAGAGGATCGCCTGTTGATCCTGCGCGCCAATGTGGAAGACCTCCGTCCGGAGCAACTCACCACCGTCGCCATGCCGCCGCACGGCAAGGCCCGCGCCGCCGCACCGTCAGACCCGGACGAGTACCAGTTCGTTTACGCCGAGGAAAAGTCCCGCCGCCAGGTCAAGGGCCCCAAGAAGCGGCCCGTCAAACAGCTTGAGAAGAAGCCCACGCGAAAGCGCCAAGCCCAGGAACAGGCGTTCAACACTCTGCCCGGCAAGACCGAGCTGGCCGTGCCCTTCGATGGTGGCCAAATCTTCGCTGTTGGCCTGATTCAGGGCCGACCCATCACCGTTGACGGCCGATTCGCGCGCAACTTCGAGGTCACCAACGTGATCAAGCGCACCGACTTCGACTATCCCGCACTGCTTCAGGATCCCCGGGTGTTCTTCCCGGTCCCGGCACCGGCACTGTAG MQTFLPFADFRESAAALDTSRLGKQRVEALQVLRALVIPEYGWQSHPAVRMWMGHVPALTMYGLAMADEWIRRGHPDNTRTNITEFAPQAAHPDYASRIIMPPWLGHEDLHLSHRSKLISKDPKHYSQIFPGTEEKLEYVWPEPKHEFHPEDPEEDRLLILRANVEDLRPEQLTTVAMPPHGKARAAAPSDPDEYQFVYAEEKSRRQVKGPKKRPVKQLEKKPTRKRQAQEQAFNTLPGKTELAVPFDGGQIFAVGLIQGRPITVDGRFARNFEVTNVIKRTDFDYPALLQDPRVFFPVPAPAL NA NA NA NA NA D3-18_03167 627 hypothetical protein GTGCAACCCAACACCACTCAGCCAAGTGACACCGCACCCTCCACCGCCTGGCGCACCCTTTCCCGCGCCGCGCACCACACGATCGCCGGCACCGCACCCTTTCGCACCATTCGCACCAGCGGTTACAGGGGCAATTGGCGGCACCAGGTGCGAGCAACCCACCACCACTCAGCCATGCGGCACCGCACCCTCACCCGACAGGCGCACCCTTTCCCGCGCCGCGCACCACACGATCGCCGGCACCGCACCCTTCCGCACCATTCGCACCAGCGGTTACAGGGGCAATCGGCGGCAACAGGTGCGAGCAACGCACCACCACTCAGCCAAGTGACACCGCACCCTCCACCGCCGGGCGCACCCTTTCCCGCGCCGCGCACCACACGATCGCCGGCACCGCACCCTTCCGCACCATTCGCACCAGCGGTTACAGGGGCAATTGGCGGCACCAGGTGCGAGCAACCCACCACCACTCAGCCAAGTGACACCGCACCCTCCACCGCCGGGCGCACCCTTTCCCGCGCCGCGCACCACACGATTGCCGGCACCGCACCCTTTCGCACCATTCGCACCAGCGGTTACAGGGGCAATTGGCGGCAACAGGTGCGAGCGGGCGATTACTCTCTGTGA MQPNTTQPSDTAPSTAWRTLSRAAHHTIAGTAPFRTIRTSGYRGNWRHQVRATHHHSAMRHRTLTRQAHPFPRRAPHDRRHRTLPHHSHQRLQGQSAATGASNAPPLSQVTPHPPPPGAPFPAPRTTRSPAPHPSAPFAPAVTGAIGGTRCEQPTTTQPSDTAPSTAGRTLSRAAHHTIAGTAPFRTIRTSGYRGNWRQQVRAGDYSL NA NA NA NA NA D3-18_03168 363 hypothetical protein ATGGATTTCCAGCACGTCATCGAAGAAGTCGGCCGGTACATGGACTTCGCGGGGGTGGCAGTCATGGTGATCGGAGCCCTGGTGTCCGTCCCTCTGGCCCTGCGCGGGTATCAACCAAAACGCGCCAGGGGCCTCGCTCCTTTTTCTCCCTACCGCTCGTATCGGCAGCTGCTGGGCAGGTCCATCCTGCTGGGGCTCGAGCTCCTGGTGGCCGCCGACATCATCCGAACTGTCGCCGTGACCCCGACATTCGAGAGCGTCGGCGTCCTGGCCATCATCGTGCTCATCCGCACTTTCCTCAGCTTCTCCCTCGAGCTCGAAATAACGGGCCGCTGGCCGTGGCAGAAGGAAAAAGAATCATGA MDFQHVIEEVGRYMDFAGVAVMVIGALVSVPLALRGYQPKRARGLAPFSPYRSYRQLLGRSILLGLELLVAADIIRTVAVTPTFESVGVLAIIVLIRTFLSFSLELEITGRWPWQKEKES NA NA NA NA NA D3-18_03169 1032 hypothetical protein ATGACGCAGCAGTGGAGCCCGGACATCCTTGGCCAAGGATTTGAGCAACAAACGCTGAAGCTCGACGGCGGCGCTACCGCCACCTTGGTGCGGTACCTTGGCTTTGCTCCGGAGTGGTTCGCGGTCTCCGGCGAAACTCCGGACGACGCTGGAATCGACGCCGACGTCCTGTACGTCCATGGCTGGTCCGACTACTTCTTCCAAAAGCATGTGGCCGAGTTCTGGCATCGGGCCGGCGCTCGCTTCTACGCCCTGGACCTGCATAATTACGGCCGGAGCCTCAGTCCGGGAATGGTGCCGGGCTTCGTCACGAACCTCGCCGAATACGATGCCGACATCGAAGCAGCGCTGTCAGCCATGGGCCGCTCTGTTGTTCCGGGCGTGGACCGGCCGCTTATCCTGTTGGGACACTCCACCGGTGGGCTCACTCTTAGCCTGTGGGCCGCCCGCCATCCCGGGATCGCATCCGCCGTGATCCTCAACAGCCCTTGGCTGGAATTCCAAGCAACCGAGCTGGGCAGGCGGGCGATCGCACCCCTTGTGGGGCTCCACGCCCGCCTTCATCCCTTGACGCCGCTGCCGCCAGTAGATCCGGGAATCTACACGCGAGCCGTATCAGCCACTCTTGATGGCGAATGGGACTACAACCTCGAGTGGCGCCCCGACCGCGGATTCCCCATCACTCCGGCCTTTCTCGATGCCGTGTTCCGTGGCCAGGCGACCGTCGCAGCCGGCTTGGGCATCGAGGTTCCCGTGCTCGTGTTGCTCTCGGACAAGAGCTATCTCCAACCAAAGTGGTCCGCCGACGCGCTCACCGCTGACGTGGCACTCAACGTCGATGCCGTAGCCCACCGCGCACTGTCCCTGGCGGACACCGTCACGGTGAGCCGGCTGCCGAACGCGTTCCACGACATCTTCCTCTCGCCGGAACCCGTCCGGCGGCAGGCCTTCGAACGCATTGGGCGCTGGCTACCGATGGCTCTGCAAGCTTCAAACGCAGAGGCGTGGGAGGCCAGGACGGCGGGTTTGTGA MTQQWSPDILGQGFEQQTLKLDGGATATLVRYLGFAPEWFAVSGETPDDAGIDADVLYVHGWSDYFFQKHVAEFWHRAGARFYALDLHNYGRSLSPGMVPGFVTNLAEYDADIEAALSAMGRSVVPGVDRPLILLGHSTGGLTLSLWAARHPGIASAVILNSPWLEFQATELGRRAIAPLVGLHARLHPLTPLPPVDPGIYTRAVSATLDGEWDYNLEWRPDRGFPITPAFLDAVFRGQATVAAGLGIEVPVLVLLSDKSYLQPKWSADALTADVALNVDAVAHRALSLADTVTVSRLPNAFHDIFLSPEPVRRQAFERIGRWLPMALQASNAEAWEARTAGL NA NA NA NA NA D3-18_03170 2478 yhgF COG2183 Protein YhgF ATGGTGACTTCAAATCTCCAACACCAGTCAGCTGACTCCGCCATCCATGCACTGATCGCCGAAGAACTCGGCGTCAAAACCTGGCAAGTCAAAGCCGCGGTGGAACTGCTCGACGCCGGATCCACCGTCCCCTTCATCGCCCGCTACCGTAAGGAAGTCACCGGGACGCTCGATGACACCCAGCTCCGCGACCTCGAGGAACGCCTCAGATATCTGCGTGAGCTGGAAGAACGACGCAAGTCCGTCCTGGAAGCGATCGCCGCCCAAGGCAAGCTGACCCCGGAGCTGGAAGCCGCCGTCGTCGGGGCCGATACCAAAGCGCGCCTGGAGGATATTTACCTCCCGTTCAAGTCCAAGCGCCGCACCAAAGCCCAGATCGCGCGCGAAGCCGGGCTGGAGCCGCTGGCCGATGCCCTGCTGGGCAACCCGCAACTGGACCCCGCCATTGAGGCCGCCAAGTACTTGAATGCCGAGCACTCCATCGACGACGCCGCCACCGCGCTCGCAGGAGCCCGCGCAATCCTGGTGGAGCGCGTCGGGCAGGACGCAGACCTCGCGGAGGACCTCCGTGAACGCCTCTGGAAGCAGGGACGCATGGTGTCGCGCGTCAAAAAAGGCATGGAAGCTGAAGGCCAGAAATTCAAGGACTACTTCGACTTTACCCAGGTGCCGTCCGGCATGCCCTCGCACCGTGTTCTTGCCCTGTTGCGTGGTGAGAAGGACGGTGTCCTTGAGTTGGATCTCGCCGAAGCAGACCCAGCCGACGACGACGCCCTGGCCGCCGCCCGCGGTCGCTATGAAAACGCTGTGGCCAAGTGCCTTGGGGTCGCCAGCCAGGGGCGGCCTGCGGACGCCTGGCTGACACAAACCGCGCAGCTGGCTTGGCGGGGACGCATTCTGGACCGGCTGACCACGGACCTTCGCGGACGCATGTTCGCCGACGCAGAAGATGAAGCTGTTCGAGTGTTCGCCGCCAACCTGCGGGATGTCCTGCTTGCCGCTCCGGCCGGTAACCGGGCAACGCTTGGCCTCGATCCCGGACTCCGGACCGGCGTGAAAGTGGCCGTTGTGGACGGCACCGGCAAGGTTGTCACTACGGACACCATCTACCCGCACGCACCCGCGAAAAAGTGGGACGAGGCGTTGGCCACGCTCGGACGGCTCGCCAAGCAGTACAACGTGGAGTTGGTGGCGATCGGTAATGGAACGGCTTCCCGCGAAACGGACAAACTGGCCACTGAACTCATCAAATCCCTCGAAGCTTCAGGCTCCACGGGGATCCAGAAGCTGGTGGTGTCCGAGGCCGGGGCTTCGGTGTACTCAGCCTCTGCCCTCGCGGCTTCCGAACTCCCGGGCATGGACGTTTCCCTTCGGGGTGCTGTTTCCATCGCCCGGCGGCTTCAGGACCCCTTGGCCGAATTGGTCAAGATCGAACCCAAGTCCATCGGCGTGGGGCAGTACCAGCACGATGTCACCGCCGCCAAGCTCGACCGCTCGCTGGATGCCGTGGTGGAAGACTGCGTGAACGCCGTGGGCGTGGATGTGAACACAGCATCACCCGCACTGCTTAGCCGCGTGGCCGGTGTCGGGCCGCTGCTGAGCGAGAACATCGTGGCCTACCGGAACGAGAATGGGCCGTTCGCCAAGCGCAGCGACCTCAAGAAGGTGCCCCGGCTGGGCGCCAAGGCGTTCGAGCAATGCGCGGGCTTCCTCCGGATCACCGGGGGAGCGGAGCCATTGGATGCCTCCAGCGTGCACCCGGAAGCCTACTCCGTGGCTCGGAAGATCGTCGTAGCAGCTGGTGGCGGTCCCGCCACAGCGCTGGATCCGCAGGCATTCGTCGATGGCACGTTCGGCCTGCCTACGGTCAAGGACATCATGTCCGAGCTGGAGAAGCCCGGCCGCGACCCCCGTCCCGCGTTCAAGGCGGCATCCTTCTCTGAAGGCATCGAGAAGATCTCGGACCTCAAGCCCGGCATGATTCTGGAGGGCACTGTCACCAACGTGGCTGCGTTCGGCGCCTTCGTGGACGTCGGCGTGCACCAGGACGGATTGGTCCACGTCTCGGCACTGTCCAACAAGTTTGTCTCGGATCCACGAGAGATCGTGAAGTCCGGCCAGGTGGTACGGGTCAAGGTGCTCGAGGCCGATCCCGAGCGTAAGCGCATCTCCCTGACCCTGAGGCTCGACGACGAACCCGGCACAGCTGGTGGGCGCACCTCGGGCGGACGTGCTTCGGGCGGCCAGGGTGCTGGCGAACGTGCTGGCGGTCAGCGCGGCGGCGGCCAGGGGGCTGCCCAACGTGGTGGCGGCCAGCCCGGACAGCGTTCGGGACAACCCGGCCAGAGTTCACAACGGCAGGGCCAGGGCGATCGCCGTCAGGGCGGCGCGCGCCAAGGCAAGCCTCAGCAGGCTCCGGCCGCTCCCGCCAACACAGCCATGGCTGAGGCGCTGCGAAGGGCCGGGCTGGGCAAGTAA MVTSNLQHQSADSAIHALIAEELGVKTWQVKAAVELLDAGSTVPFIARYRKEVTGTLDDTQLRDLEERLRYLRELEERRKSVLEAIAAQGKLTPELEAAVVGADTKARLEDIYLPFKSKRRTKAQIAREAGLEPLADALLGNPQLDPAIEAAKYLNAEHSIDDAATALAGARAILVERVGQDADLAEDLRERLWKQGRMVSRVKKGMEAEGQKFKDYFDFTQVPSGMPSHRVLALLRGEKDGVLELDLAEADPADDDALAAARGRYENAVAKCLGVASQGRPADAWLTQTAQLAWRGRILDRLTTDLRGRMFADAEDEAVRVFAANLRDVLLAAPAGNRATLGLDPGLRTGVKVAVVDGTGKVVTTDTIYPHAPAKKWDEALATLGRLAKQYNVELVAIGNGTASRETDKLATELIKSLEASGSTGIQKLVVSEAGASVYSASALAASELPGMDVSLRGAVSIARRLQDPLAELVKIEPKSIGVGQYQHDVTAAKLDRSLDAVVEDCVNAVGVDVNTASPALLSRVAGVGPLLSENIVAYRNENGPFAKRSDLKKVPRLGAKAFEQCAGFLRITGGAEPLDASSVHPEAYSVARKIVVAAGGGPATALDPQAFVDGTFGLPTVKDIMSELEKPGRDPRPAFKAASFSEGIEKISDLKPGMILEGTVTNVAAFGAFVDVGVHQDGLVHVSALSNKFVSDPREIVKSGQVVRVKVLEADPERKRISLTLRLDDEPGTAGGRTSGGRASGGQGAGERAGGQRGGGQGAAQRGGGQPGQRSGQPGQSSQRQGQGDRRQGGARQGKPQQAPAAPANTAMAEALRRAGLGK NA NA NA NA NA D3-18_03171 297 hypothetical protein ATGCAGGAGCTGCTCATCATCCTTCAGGACGGGTTTGTTTCCGATGACGTGACCGTTACCGTCAACGGCAAGGAGGCCGTGTCCGAGCGGGATGTATCCACAAAGATGCTGTTGGGGATGGCCGATGAACTAACAGTGGAGCTGCCAGCGAAGGGCGCCACCGTGGGTGTGGAGGTCAGCAGCCGAAAACTTAGCGCCACGAAGAAGCTCGCGGGGAAACCCAAGAGCCTGCTCGTCTCCATAGAAGACGGCGAACTCGTGTTGCGTGAAGGAACGGGCCGCGAGGCGTTCCTCTAG MQELLIILQDGFVSDDVTVTVNGKEAVSERDVSTKMLLGMADELTVELPAKGATVGVEVSSRKLSATKKLAGKPKSLLVSIEDGELVLREGTGREAFL NA NA NA NA NA D3-18_03172 435 hrp1_1 COG0517 Hypoxic response protein 1 ATGAGTGCCGTACGTGAATTCATGACAACCAACGCTCAGTGCATCGAAGAGGACAAGACTCTTCAGGAAGCCGCCAGGCTGATGAGGGATATGGACTGCGGTTCACTTCCCATCTGCGGCCACGACGGCAAACTCACTGGCTTCATCACCGACCGCGACATTGTGGTCAAGTGTTTGGCCGAAGGTAAGGACGCCCGCGAAGTCCGCGCCAGCGAACTCGCCACCGGCAAGCCTTTCTGGGTGGACGCTGATGCCAACGTTGACGAGGCCGTCACCATGATGGAGGAACATCAGGTGCGCCGCTTGCCCGTCATCAGCGACCACAAGTTGGTAGGCATCATCAGCCAGGGCGATATCGCGCGCAACCATTATGCAGAACAGCGCCTCGGCGAGATGGTGGAGCATATTTCAGCCAAGGAACGCATGTCGCACTGA MSAVREFMTTNAQCIEEDKTLQEAARLMRDMDCGSLPICGHDGKLTGFITDRDIVVKCLAEGKDAREVRASELATGKPFWVDADANVDEAVTMMEEHQVRRLPVISDHKLVGIISQGDIARNHYAEQRLGEMVEHISAKERMSH PGPT0021445_4413 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021445-guaB-K00088 NA NA D3-18_03173 2331 hypothetical protein GTGCGGACGCATATTGGCTGCTTGCAGAGCGAGAAAGATCCCCCCATGGACTCCCCCAACGTCCCCGGTTCCCAGCACACCCCTGTCCCTGACGGCCCTACCCCAAGCCCGGTCCCGCCGTTTCCTCCGGACCCTTCGCCGTTTCCGGAACCGCCCTTCCCACAACCATTTCCCATCCCCCGGCCACCGGATGATTGGTGGAAGTGTTGGCGTTCCTCACCCATCAGTGGTCGCTATGAAGGAACCCAGGCCGGGCCAGCCCTGATTGGGAGTTCGCTGGACCTCCGTTTGGATATGGATCCCCGCCGCGATGTGGAATCTCCAGTGCTGAACAAGGTCAGTGGTGACTTCTACAGCACGCGATTCGTGCGAATCGCCGGCCGCTTCCAACTGGTGAAAACGTATGTTGAGTCGTGGGTCGTGGATAACCCCACCGTGTCCATCACCCGCTGCAACGCCCGAATTTCCGGAACCGTCCGGTACTGGAAAGGAAACCACCCGGCCACCGCAGTGGACATCCTGGTCTCCTGGTTCCAAGGGGCTATCACCGGTGCCGTGGCTTCCTTTACTGCCGGCGGTGTTGCCGGCAGGCCATACTCCTGCGCTTACCGCTCGGATTCCTTCCGGGACATGAATCTGGAGTTGGACTACTGCTCCTCCGTGGACGTTGAGCCGAAGATTCCCGTCTACAACAGCCACGCGCACAACAACCGTCCCGCCGATCTTTCCAACAGGACCATCACCATCGAGTCGTCGTACCGGGACGCCGGGATCGCCGTCACGGTTGATCCGCTGCATACAGTCATCGACGACAGTGCCCCCGGTTTCGCTTCCTGGAATGTTGGCGAACTCCATGACGCCATGGAAACCTCGTTCGGCAAGTTCAATGCCGGCTGGCCGGCCTGGAACATGTGGGGCATCCAGGCAGGCATTTTCGACAGCGCCGGGGTGGGTGGCATCATGTTCGACGCCGCAGCAGGCTTTGGTGGCGCGGGTCGCGGACCCGATCGCCAAGGTTTTGCGGTATTCCGGAACCACTCCTGGTTCACCAACCTCGTCTCCAACCCGACTACCCAGGACGAGGCCTGGGCCATGCGCCATTTCCTCTACACCTGGGTTCACGAGGCCGGGCATGCTTTCAACTTCCTGCATGCGTGGGACAAGGCCAGACCGGACTCATTGTCCTGGATGAACTACGACTGGAAATACGATCAACGCAATGGCACGGACACTTTTTGGGGTAACTTCCGTTTCCGCTTCGACGACGATGAGCTGCTCCACATGCGTCACGGCGATCGTGCAGCCGTGATAATGGGCGGCGATCCGTGGGCATCCGGCGGCCACTTGGAATCCCCTGCAGGCGCCATGACCGTGAGCGGCCCGGGCAGCGACGTTGAACTGACGTTGTCGGCGAAGAGCCATTTCGACTACATGGAGCCGGTCTTCGTGGAGTTCCGGCTGCGCAACACCAGCGATGCACCGGTGCTGGTGGATGGCAGGTTGGACCCTCGCTACGGCAACACCACGGTCTACGTCCAGAAGCCGAACGGGAACATCGTGCTGCATGAATCGGTGGTGTGCTTTTACGGCCTTCCGGAAATGATAGAGCTTGGCCCCGCACCACGTGGCGAAAGCGATGGCGGTGACCGCTACAGCCAACTGGTCCAGCTCGCCTATGGCGTGGAGGGCTTCGCTTTCGACGTGCCCGGGCAGTACTTGATACGGGCTGTCTACTCCACGGACGGCATCATCCAAGCGTCCAATACGCTGCCACTTCGCGTCGGTTTTCCTGTTACACGGGAAGAGGATCGTTTTGCGCCGGAATTTTTCACCCGGGAAGTCGGATTGACGCTGGCGTTCGAAGGTTCCATGTCACCCTATTTGGCTAAGGGATTGGATGCTCTCACGGAGGCGGCCGAGCGCTTCGGTGGCGAGCCTTTGGGCGTCAAGGCGGCAACCGCCGTCGCACAGTCTGTAGGAGATGACTTCTACCGGCGCAGGGACGAAAAGATGGTCAAGCACCATAGCGCAGATCCGCAGCGCGCCCTTGAGCTGACAGACGCAGGTCTAGCCAGTTACCAGCAGGCAGGTGGCGCGGCGAGCAACCTTGCCTACCGGGGCTTGGTGGAATTGCGGACGGAATTGCACGCGAAGGCGGACGATTCTGCGGCCGCAAAAACTGAGGTGGAGACTCTGGTCAAGGATTTGGGCAGCCGCGGGGCCAACGCTGCTGTTGTAGCGCAGGTCAAGGAACTGATCCCATCAACTCCGTCGGCCCGTTCCCGCCGGTCGGCTCCGAGGAAACCTGGCAAAAAGCCGTCGGATGGCTAG MRTHIGCLQSEKDPPMDSPNVPGSQHTPVPDGPTPSPVPPFPPDPSPFPEPPFPQPFPIPRPPDDWWKCWRSSPISGRYEGTQAGPALIGSSLDLRLDMDPRRDVESPVLNKVSGDFYSTRFVRIAGRFQLVKTYVESWVVDNPTVSITRCNARISGTVRYWKGNHPATAVDILVSWFQGAITGAVASFTAGGVAGRPYSCAYRSDSFRDMNLELDYCSSVDVEPKIPVYNSHAHNNRPADLSNRTITIESSYRDAGIAVTVDPLHTVIDDSAPGFASWNVGELHDAMETSFGKFNAGWPAWNMWGIQAGIFDSAGVGGIMFDAAAGFGGAGRGPDRQGFAVFRNHSWFTNLVSNPTTQDEAWAMRHFLYTWVHEAGHAFNFLHAWDKARPDSLSWMNYDWKYDQRNGTDTFWGNFRFRFDDDELLHMRHGDRAAVIMGGDPWASGGHLESPAGAMTVSGPGSDVELTLSAKSHFDYMEPVFVEFRLRNTSDAPVLVDGRLDPRYGNTTVYVQKPNGNIVLHESVVCFYGLPEMIELGPAPRGESDGGDRYSQLVQLAYGVEGFAFDVPGQYLIRAVYSTDGIIQASNTLPLRVGFPVTREEDRFAPEFFTREVGLTLAFEGSMSPYLAKGLDALTEAAERFGGEPLGVKAATAVAQSVGDDFYRRRDEKMVKHHSADPQRALELTDAGLASYQQAGGAASNLAYRGLVELRTELHAKADDSAAAKTEVETLVKDLGSRGANAAVVAQVKELIPSTPSARSRRSAPRKPGKKPSDG NA NA NA NA NA D3-18_03174 453 tadA_1 tRNA-specific adenosine deaminase ATGACTGAAACAGCCCCGACCCCGGATCCCGCGTTCGAAGCCGCCTACCAAGCCGCACAAAAGAGCCTCAGCGAGGGCGGCATCCCTATTGGAGCCGCATTGGCACGCGGAGGGGACGTCATTGCCAGCGGTCACAACGAACGCGTCCAGCACGGCGACCCGATCGCGCACGGCGAGATGTCCGCGCTGAGGGCCGCCGGGCGTCAAAAGAGCTACCGCGACACCACCCTCTACACCACCTTGGCACCATGCGCGATGTGCACGGGAACCATCATCCAGTTCAAAATCCCGCGAGTTGTTGTGGGTGAGGCCGCAACGTTCCCCGGTGAATTTGACCTCCTGCGTTCACGCGGCGTGGAAGTCGTGGTGCTGGACGACCCCCGGTGTGTGGACATGATGCGTACATTCCAGGAGGAACACCCCGAATTGTGGGCTGAGGATATCGCCGAATAA MTETAPTPDPAFEAAYQAAQKSLSEGGIPIGAALARGGDVIASGHNERVQHGDPIAHGEMSALRAAGRQKSYRDTTLYTTLAPCAMCTGTIIQFKIPRVVVGEAATFPGEFDLLRSRGVEVVVLDDPRCVDMMRTFQEEHPELWAEDIAE PGPT0021320_286 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021320-codA|cdd-K03365 NA NA D3-18_03175 3588 hypothetical protein GTGTTCTTTCTCGATCCTCAGATCGCGGGCGCCCCGCAGGACTTGGTGTTCTCGGCCAGCGACCTCGTTATCGCCGCCACCTGCGAGTACCAGCTACTCCGGAAACTCGACGAAAAACTGGGCCGCACGCCTAAGCCGGACTTCGCAACTGATGCCATGTTGGAGCGCACAGCCAAACTGGGTGACGTCCACGAGCACCGGGTACTGGATGAATTCGTGGCTGAGTTCGGGCCATGGGACGCGGCCACCGGAAAAGGCGTTTACGACGTCGTCCCCGCCACAGCGATGGACCGCGCCAACCTTTCGGCCAAGCATGCGGAATCCATCGACGCCCTGCGCTCCGGGGCAGACGTCGTCTTTCAGGCCGCCTTCTTCGATGGCCAGTTCCATGGCCGATCCGACTTCCTGCTGAAGCGCCCCGGCGGGCAGTATGCCGTCTTCGACACCAAGCTCGCACGGCATGCCAAGGTCACAGCCCTCCTGCAGCTTGCCGCCTATGGAGATCAACTCCTCCAGGCAGGGATCACACCGGACCCAACGGTCACCCTGGTGCTGGGCAACCGTGTCCACAGCGACCACCCCCTTGCCCAGATCCTTCCCGTCTTCAGGGAGCGCCGGGAACGCTTCCTTGGCATGACCGAGACGCACGTTTCGGAAAACGGGCCCGTGGAATGGGGTGACTCCCGCTATTCCGCCTGTGGCCGGTGTGATTACTGCGTTGAGCAAGTACAACTTCATCGGGATCTCCTCATGGTGGCGGGCATGCGGATCAGCCGGCGGAAGAAGCTGATCGAGGCCAGCGTCACCACTATCGACGAATTGGCAGCCCTGCCCGAAGCGGGTGATCCCACGCTGCTGCGGCTCCGTGAGCAGGCGCGGCTGCAGACCGGAACAGGCACGCCTGATGGCACGGTCAAGTACATGGACAAGTCTGGTGAAGCCAAAGCCATCAGCTACAACGTCCTGCCGGACCACACGTTGGGCAGGCTACCCGCTCCGGATCCGGGCGACATCTTCTTCGACTTCGAAGGCGATCCCCTGTGGCAGGACCCCGTCACCGAAAAGTGGGGGCTGGAGTACCTCTTCGGGGTCATCGAGAACCCTGCAGAACCCGGTGCCGAGCCGGTGTTCAGGCCCTTCTGGGCGCACTCACGGGCTGAAGAAGGCAAGGCCTTTGTGGACTTCCTTGAGTACGTGGCCAAGCGGCGAGCACAATATCCGGGCATGCACATCTACCACTACGCTGCCTACGAAAAGACTGCTCTGCGCAACCTGTCCCTGACGCACGTGGTGGGCGAAACCGCCGTCGACGACCTCCTGCGCCAAGGTGTTCTGGTGGACCTCTACGACACCGTCCGGCACAGCATCCGGATCTCGGAGAACTCCTACAGCATCAAGAAGCTCGAACCTCTCTACATGGGCCAACACCTGCGCTCGGGTGACGTGACCGACGCCGGTGCCTCAGTTGTTGCCTACGCGGACTACTGCATGGCAAGGGATACGGGAAACCTCGAGGAAGCGGCCGTGATCCTCGAAGGCATCCGGGACTACAACGAATACGACTGCCTCTCGACGCTGGAACTGCGCAACTGGTTGCTTGCCCGCGCTGCGGAACGTTCCATCGTGCCCGTGGGTGGAACGGACGAAGCGCCCCTAACAGATACCGGAGCGGATAAGACCGAACCGGATCAATACGAGGCGGCGCCGGAAGAGAAAGCACTCTTCGACTACATCGCAGGACTGCCCGAGGAGCAGAGAGCTACTCCCGATTCGCTCGCAATTGGTATTGTCGCCGCGGGAGTCGGGTATCACCGTCGCGAGGACAAGCAGCACTGGTGGGGACACTTCGACCGTTTGGAAAAGCCAACCTCCCAGTGGCCTGACGAGCGCGACCTCTTCGTTGTCGACCACGCCGAATTGCTGCAGGAATGGGCAAAACCGACACCTCGGAGCAACCCTGCGCGGCTCGTGAAACTCTATGGCCGGTCCGGTGACGGCGCGGGGCTGGAACCCGGCAAGAAATACTTCCGCATGTACGGCCCTCCTCTGCCGGACTCGCTCCAAGGCAAGGAATCCGAGGCGCTTGGCCGTGCAGGCTGGAACGGAACCTTGGTCACGGAGGTCGGGGACGACGAGGACTTCGAAACAGTCACCATCGCCGAAGGCCTGCGCAAGGACTCCAAGGCGTTCAGCCAACTGCCCATGGCGCTTACTCCGGATCCGCCCATTGCCACCAATGGACAGCGGGCAGCACTCGCGGCTTTGGCCACGAAACTCAGCGCTGCCCTGCCGCAGTGGCCTCGGGACTGCTCCTTGGATCTGGTACGGAGGCAGCCTCCGAAGCTTCGTAGACTGCCAGCTCTCCCCGCCGTCGCGGCCGGAGCGGACGGGTACGTTGATGCCATCACAGCAGCGGTGGAGGACTTGGACAATTCCTATCTGGCCGTGCAGGGACCTCCGGGCAGCGGCAAAACGTATGTCGGATCGCACGTCATCGCCCGGCTCGTCGCTGCTGGCTGGAAAGTGGGTGTCGTAGCCCAGTCGCACGCCGTGGTGGAGAACATGCTGTGTGCTGCTGTGGACAAGGCTGGAGTAGATCCCCAGCGGGTGGCGAAGGAGGTCAAACACGACGACCCCGTGCCATGGACACAGTGCGCCAAAGGCGACGTTGAAGAACTGTTATCCAAGCCAGGCGGGGCCTTGATTGGCGGCACAGCCTGGACCATGGTGGGCAGTTCGGTTCCGGCGGGCTCGCTGGATCTCCTGGTCATCGACGAAGCCGGACAGTTTTCGTTGGCAAACACCATGGCCGTCAGCCGGGCTGCTAAACGCCTTCTGCTTTTAGGCGACCCGCAGCAGCTTCCGCAGGTCACCCAAGGGAAGCATCCGGAACCCGTTGATGAATCAGCACTCGGCTGGCTCTCAGACGGGTACAACACGTTGCCGCCGGAACTGGGCTACTTTTTGGCGCTCTCATGGCGTATGCATCCAGAGCTGAGTGGGGCAGTTTCCGAGCTTTCCTATGACAACCGACTTGAAGCAGCCCCCGCGGCCAAGGAACGACACCTGGACGGTGTCGCTCCGGGCATTTCCTGCGTCTACGTCCCGCATACCGGTAACGCAACGTCCTCACCCGAGGAAGCTGGGGAGGTGGTTCGGCAGGTCCAGGCCCACCTCGGCCTGACTTGGCTCGACCCTTCGGAATCGCCGGACCCCCGTCCCCTTGAAGAGACCGACGTCCTGGTGGTCGCCGCGTACAACGCCCAAGTGCAGCTGATCAAGCACCATCTCCGCGTCGCCGGACTAGGCAAGGTGCGGGTGGGTACCGTTGATAAGTTCCAAGGTCAGCAAGCTCCCGTGGTGATCGTTTCCATGGCCGCGTCAGCAGCTGGAGAAGTCCCGCGGGGTATGGAGTTCCTGCTATCCCGGAACCGGATCAACGTGGCAGTGTCACGCGGTCAGTGGCGTGCCGTCGTCGTGCGTTCACCAGAACTGACCAACTACCTGCCGACGCATCCCGAGGGTCTTGAGAACCTCGGCGGCTTCGTGGCCCTCTGCCAGCGAGCAGTCGCCCCGGCGCACCTCTGA MFFLDPQIAGAPQDLVFSASDLVIAATCEYQLLRKLDEKLGRTPKPDFATDAMLERTAKLGDVHEHRVLDEFVAEFGPWDAATGKGVYDVVPATAMDRANLSAKHAESIDALRSGADVVFQAAFFDGQFHGRSDFLLKRPGGQYAVFDTKLARHAKVTALLQLAAYGDQLLQAGITPDPTVTLVLGNRVHSDHPLAQILPVFRERRERFLGMTETHVSENGPVEWGDSRYSACGRCDYCVEQVQLHRDLLMVAGMRISRRKKLIEASVTTIDELAALPEAGDPTLLRLREQARLQTGTGTPDGTVKYMDKSGEAKAISYNVLPDHTLGRLPAPDPGDIFFDFEGDPLWQDPVTEKWGLEYLFGVIENPAEPGAEPVFRPFWAHSRAEEGKAFVDFLEYVAKRRAQYPGMHIYHYAAYEKTALRNLSLTHVVGETAVDDLLRQGVLVDLYDTVRHSIRISENSYSIKKLEPLYMGQHLRSGDVTDAGASVVAYADYCMARDTGNLEEAAVILEGIRDYNEYDCLSTLELRNWLLARAAERSIVPVGGTDEAPLTDTGADKTEPDQYEAAPEEKALFDYIAGLPEEQRATPDSLAIGIVAAGVGYHRREDKQHWWGHFDRLEKPTSQWPDERDLFVVDHAELLQEWAKPTPRSNPARLVKLYGRSGDGAGLEPGKKYFRMYGPPLPDSLQGKESEALGRAGWNGTLVTEVGDDEDFETVTIAEGLRKDSKAFSQLPMALTPDPPIATNGQRAALAALATKLSAALPQWPRDCSLDLVRRQPPKLRRLPALPAVAAGADGYVDAITAAVEDLDNSYLAVQGPPGSGKTYVGSHVIARLVAAGWKVGVVAQSHAVVENMLCAAVDKAGVDPQRVAKEVKHDDPVPWTQCAKGDVEELLSKPGGALIGGTAWTMVGSSVPAGSLDLLVIDEAGQFSLANTMAVSRAAKRLLLLGDPQQLPQVTQGKHPEPVDESALGWLSDGYNTLPPELGYFLALSWRMHPELSGAVSELSYDNRLEAAPAAKERHLDGVAPGISCVYVPHTGNATSSPEEAGEVVRQVQAHLGLTWLDPSESPDPRPLEETDVLVVAAYNAQVQLIKHHLRVAGLGKVRVGTVDKFQGQQAPVVIVSMAASAAGEVPRGMEFLLSRNRINVAVSRGQWRAVVVRSPELTNYLPTHPEGLENLGGFVALCQRAVAPAHL NA NA NA NA NA D3-18_03176 768 lerI COG0149 L-erythrulose-1-phosphate isomerase ATGAAGCTGCTTGCTACTGACACCCTGTTCATCGGTGTGAGCACCAAGATGTACATGGGCTACGCACAGAGCCTGGAATGGTTGGAACAGTTGATAGCGGAAGTGGACGCCCGTCCGGCCCTCGCGGCCGGGCGGGTGGTCCCGTTTGTGATCCCTTCCTTTCCGGTGCTGCCCGAGGCGGCGCGGCTGCTTGGAGGCACGCCGCTGATCCTGGGCGCCCAGAACTGTGGTTGGTCGGACGGTCCGTGGACGGGCGAGGTTTCCCCGTCGATGCTCGGGGAACTCGGCGTCGGCCTCGTGGAGATCGGTCATGCAGAACGTCGCCGGTACTTCGCTGAAGATGAGTCGATGATTGCCCTTAAGGTGAGCGCGACGGTCGACGCCGGGCTGACGCCGCTGCTGTGTGTGGGGGAGCCGGAAATACTGAACCCGGCGGCAGCGGCGGACACGGTTTACCGGCAGATCAAGGCAGCAGTTTCCGGCGACTGGTCGGTTGCCTCCCGGGTGGTCATTGCCTACGAGCCTGTTTGGGCGATCGGTGCTGCCGAGCCGGCTTCCGCAGGGTATGTTTCGCAGGTGGTGGAGGCACTGCGGGATTCACTGGCCCAGCATGGGCTGACCGGACTGCCCATCATCTATGGAGGTTCGGCCAGGCCAGGCCTCCTGCCGCAGCTGAACGGGGTGTCCGGGCTTTTCCTCGGCCGTTTTGCGCACGACGCCACCAACTTCGGACGAGTCCTCGACGAAGCACTCGCCCTCCCCAACTAA MKLLATDTLFIGVSTKMYMGYAQSLEWLEQLIAEVDARPALAAGRVVPFVIPSFPVLPEAARLLGGTPLILGAQNCGWSDGPWTGEVSPSMLGELGVGLVEIGHAERRRYFAEDESMIALKVSATVDAGLTPLLCVGEPEILNPAAAADTVYRQIKAAVSGDWSVASRVVIAYEPVWAIGAAEPASAGYVSQVVEALRDSLAQHGLTGLPIIYGGSARPGLLPQLNGVSGLFLGRFAHDATNFGRVLDEALALPN PGPT0018375_44 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_D-ERYTHRULOSE|D-THREITOL_DEGRADATION,PGPT0018375-eryH|lerI-K21910 NA NA D3-18_03177 1350 rhmT Inner membrane transport protein RhmT ATGTCTGTTGCCACCAATTCCACTAAGGAGTTGCTGGATACGCCGGTCCTGAAATCGGCGATCTCCAAAGCCTCGCGGCGGCTCATGCCAATGCTCGTCATCCTGTACGTGGTGGCCTTCCTGGACCGCACTAACGTTGGCTTCGCCGAAGCCGCGCTGGAAGTGGATAAGGGTATTACCGCTGGTGCCTACGCGCTGGGCGCCGGTATTTTCTTCATCGGCTACGCCCTGTTCGAGATTCCCAGCAACCTGCTGCTCACCAAGTTCGGAGCGAAGGTGTGGCTCGCCCGCATCGCCATTACGTGGGGCATCGTTTCGGCGTGCTTCGCTTTCGTCCAGGGTGAGACATCCTTCATCATTCTCCGGTTCCTGCTGGGCGTCACCGAGGCGGGCCTGTTCCCGGGCGTCATCATGTTCCTGGCGGCGTGGTTCCCCAACAAGGTCCGCGTGAAGATGTTCGCCATCTTCTACCTGGCCCAGCCCTTCTCCCAGATGATGGGAGCACCGCTGTCCGGGTGGCTCATCAACATCGGCGACCAGGTGCCGGGCGTCGCTGGCTGGCAGGTCATGTTCTTCGTAGAAGGCATGCTCGCCGTCGTGGCCGGTATCGCAGCCTACTTCTTCCTCATCAACAGCCCCCAGGACGCCAAGTTCCTCACCAAGGAAGAGAAGCGGGCCCTGTCCGACGTCATGGCGCTCGAAGACACTGTGAAGGAAGAAACGGGTCCCCGCGGCGTTCTGGCGTCCATGCGCAACGGCCGGGTCTGGTACTTCACTGTCATCTACTTCTGCCTGCAGGTTGCGGTCTACGGCGTGACGTTCTACCTGCCACAGCAGGTGGCGCAGTTGACCGGGCAGAAGGTGGGTATCGCCGTCGGACTCCTGGCCGCGATCCCGTGGTTCTTCGGCATCTTCGCTTGCTACTTCATCGGGAAAGCTGCCAACACTGTGGAACGCCGCCGCCGTTGGGGCACGGCATTGTTCATCTCCACAGGCCTTTGCATCTTCGGCTCCGCATGGGCAGGCGCGAACCAGATGCCCGCCGTTGGCATCATCTTCATCACCCTCGCGGTGTGCAGCTTCCTGTCGACGGGCCCCATCTGCTGGTCATACCCGACGGCGTTCCTCACCGGAACTGCAGCGGCTGCGGGCATCGGTCTGATCAACTCCCTTGGAAACCTGGGTGGGTTCGTTGCCCCGATCTTGCGAACCACGGTCAACCAGGTCACCGCCTCGGACACCGGCACCATGGGTGTTTACGCGCTGGGTGTGCTGCCCTTCGTAGCGGCCCTGTTGATGTTCGGTACCAAGCGCTTCAGCAACAAAGCCGACGAACTGCTGGGGAAGTAG MSVATNSTKELLDTPVLKSAISKASRRLMPMLVILYVVAFLDRTNVGFAEAALEVDKGITAGAYALGAGIFFIGYALFEIPSNLLLTKFGAKVWLARIAITWGIVSACFAFVQGETSFIILRFLLGVTEAGLFPGVIMFLAAWFPNKVRVKMFAIFYLAQPFSQMMGAPLSGWLINIGDQVPGVAGWQVMFFVEGMLAVVAGIAAYFFLINSPQDAKFLTKEEKRALSDVMALEDTVKEETGPRGVLASMRNGRVWYFTVIYFCLQVAVYGVTFYLPQQVAQLTGQKVGIAVGLLAAIPWFFGIFACYFIGKAANTVERRRRWGTALFISTGLCIFGSAWAGANQMPAVGIIFITLAVCSFLSTGPICWSYPTAFLTGTAAAAGIGLINSLGNLGGFVAPILRTTVNQVTASDTGTMGVYALGVLPFVAALLMFGTKRFSNKADELLGK PGPT0002325_78 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-ORGANIC_ACID_METABOLISM P-SOLUBILISATION-TARTARIC_ACID_TRANSPORT,PGPT0002325-ttuB-K13021 NA NA D3-18_03178 93 hypothetical protein ATGAAGACCTGGACACGAGAACGCAAGATCTACCTTGCCGTGGGCGTCCTCGCTTGCGCAGTGGGCATGGTGCTCATTTTCTTCCCGCGCTGA MKTWTRERKIYLAVGVLACAVGMVLIFFPR NA NA NA NA NA D3-18_03179 765 fabG_3 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGACATTCCCCGCTGAACGCACCGCAATCGTCACTGGCGCCGTCTCTGAACGCGGCATTGGCCGCGCTACCGTCAACTACCTGGCCGCCCAAGGCTGGAACATCGGCATCATCGATCTTGATGACGCCGCCTGCAAGGTCGCAGCCAAGGAAATCGCCGCAGAGTACGGCGTGCAGGCTCACGGTGTGGGCGCAAATGTGGCCAGTGAAGCTGAGGTCCGTGCGGCCATTGACGAACTTGAGGTGGAACTGCCGCAGATCGTTGCACTGGCCAACGTTGCCGGTGTCAGCTCGCCCATCGGGTACCTGGAACTCGAACCTGCTGAGTGGGACCGCGTACTGAACATCAACCTCAACGGCGTCCACTACGCCACCCGCCGTGTTGCCGAATCCATGGTCAAGAACCGGATCGGTCGCATCGTGAACATCTCCTCCGTTTCCGCCCAGCGCGGCGGCGGCACGTTCTCCAAAACCCCGTACTCCGTGGCCAAGGCCGGCGTCATCGGTTTGACCCGCGCTACCGCCCGCGAACTTGGCGAGTATGACATCACCGTCAACGCCATCTCTCCCGGCCCCATCGACACCGACATCATGGGCGGGACGCTGAGCCAGGAACGCAAGGACGAACTCACCAAGGACCTTGTAGTGAACCGTGTGGGTTCCACCCGGGACATCGCCGCCGCCATCGCCTTCCTCATCAGCGAGGACTCCGGATACATCTCCGGCCAGACGCTGAATGTGGATGGCGGACTGTACATGCACTAG MTFPAERTAIVTGAVSERGIGRATVNYLAAQGWNIGIIDLDDAACKVAAKEIAAEYGVQAHGVGANVASEAEVRAAIDELEVELPQIVALANVAGVSSPIGYLELEPAEWDRVLNINLNGVHYATRRVAESMVKNRIGRIVNISSVSAQRGGGTFSKTPYSVAKAGVIGLTRATARELGEYDITVNAISPGPIDTDIMGGTLSQERKDELTKDLVVNRVGSTRDIAAAIAFLISEDSGYISGQTLNVDGGLYMH PGPT0005315_332 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_CYCLOHEXANECARBOXYLIC_ACID_DEGRADATION,PGPT0005315-badH-K07535 NA NA D3-18_03180 999 COG1250 3-hydroxybutyryl-CoA dehydrogenase ATGACCGAGACAAACACACCTGTTGCAAGCGAAGGCGCCGCGAACAGCGCAACCCGGAAAATCGCCGTCGTAGGCTCGGGCTACATGGGCGGCGGCATCGCCCAAGTGCTGGCGCTCGGTGGCGCCCGCGTTGCGCTTGCCGATGTCTCCGCTGAGGTAGCGCAGAAAAACTTCGACCGCTTGCTGGTGGAGTCGGACCAGTTCGTTGCCGATGGCCTGTTCCCGGCCGGTTCAACCGAAATCCTGAAGCAGAACCTGTGGGCAGCCAAGGACATTGAGGAAGCTGTTGCGGACGCTGACTTCATCGAGGAGTGCGTTCCCGAGGTGCTGGAGATCAAGCACCAGTCCTTGGCCCGGATCAGCGCCGCAGCCCGCCCGGATGCCGTGATCGGGTCCAACACCTCGACTATCTCCATCGCCGCCCTCGCCGAAGCCGTCACCCATCCCCAGCGCTTCCTGGGTGTGCACTTCTCCAACCCGTCGCCCTTCATTCCCGGCGTCGAGATCATCCCTCACGCTGAGACCTCGGCTGCGACGGTGGCCGTATCGCGCGAACTGGTCCATGCGGCCGGCAAGCAGACCGCCGTCGTCAAGGACGTCACCGGTTTCGTGCTGAACCGCCTGCAGTACGCGTTGTTCCACGAGGCAGCGCAGCTGGTGGAGCAGGGGATCGCAACGGCGGACGACGTCGACACCCTGGTGCGTACCACCTTCGGCTTCCGCTTGCCCTTCTTTGGTCCGTTCGCCATCGCGGATATGGCCGGTTTGGACGTTTACAACTTCTGCTACAAGTCGCTGCAGACCGGTTTCCCGGAACGCTTCGCGACGCCGAAGATCCTCTCCGACCTGGTGGAAGCAGGCAAGCTCGGCACCAAGACCGGCGCAGGCTTCCTCAACGTGCCCGCCGAGCGCACTCCGGAACTCATCGCCTACCGCAACAAGGCCTACGTCGCCATGCAGAAGCTCATTGAAGAGCTCGGCCCGGCCCCCATCAACTAA MTETNTPVASEGAANSATRKIAVVGSGYMGGGIAQVLALGGARVALADVSAEVAQKNFDRLLVESDQFVADGLFPAGSTEILKQNLWAAKDIEEAVADADFIEECVPEVLEIKHQSLARISAAARPDAVIGSNTSTISIAALAEAVTHPQRFLGVHFSNPSPFIPGVEIIPHAETSAATVAVSRELVHAAGKQTAVVKDVTGFVLNRLQYALFHEAAQLVEQGIATADDVDTLVRTTFGFRLPFFGPFAIADMAGLDVYNFCYKSLQTGFPERFATPKILSDLVEAGKLGTKTGAGFLNVPAERTPELIAYRNKAYVAMQKLIEELGPAPIN PGPT0006075_1283 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_PHENYLACETATE_DEGRADATION,PGPT0006075-paaH|hbd|fadB|mmgB-K00074 NA NA D3-18_03181 483 derI1_2 COG0698 D-erythrulose-4-phosphate isomerase 1 ATGAGCAACACCCAAGGCTGGCGCATTATCGTCGGCAACGATGAGGCCGGTGTCGAGTACAAGCAGGCACTTGTTGCCTTGCTGGAAGCAGATCCGCGTGTGGCCTCGGTGACGGACGTCGGCGTTGGCTTCAATGACTCCACCGCCTACCCGCACGTAGCCGTCGATGCCGCGCGCAAAGTTGCTGGTGGTGAAGCAGACCGGGCACTCTTGATCTGCGGCACTGGACTCGGAGTGGCCATCGCGGCCAACAAGGTCCCCGGAATCCGCGCTGTCACAGCCCACGACAGCTACTCCGTTGAACGATCGGTGTTGAGCAACAACGCCCAGGTCCTCACGCTCGGACAGCGGGTGATTGGCTTGGAACTGGCCAAAAAGCTCGTAGGGGAGTGGCTCGACCACCGCTTCGACCAAAACTCATCCTCCGCCGCCAAGGTGGACGCCATCTGCTCGTACGAGCCCGATTACACGAAGGCAGTCTGA MSNTQGWRIIVGNDEAGVEYKQALVALLEADPRVASVTDVGVGFNDSTAYPHVAVDAARKVAGGEADRALLICGTGLGVAIAANKVPGIRAVTAHDSYSVERSVLSNNAQVLTLGQRVIGLELAKKLVGEWLDHRFDQNSSSAAKVDAICSYEPDYTKAV PGPT0017395_504 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 D3-18_03182 1755 lerK COG2376 L-erythrulose kinase ATGACACAGATTTTCGACAACCCGGCAGACTTTGCCGATGAAGCGCTGGACGGCTTTGTAGCCGCCAACCGCGGCTATGTTACCCGAGTGAACGGCGGCGTGGTCCGCTCCACGGAGGTCCCTTCCGGTCAGGTGGCCCTGGTAGTCGGCGGCGGCTCGGGACACTACCCGGCGTTCGCCGGACTGGTAGGCCCCGGACTTGCGACGGGATCAGCTTGCGGCAATATGTTCGCCTCCCCGGCAGCCGGTCAGGTGTACCGCGTCGCGAAGGCGGCCAACGCCGGTGGCGGAGTCCTTCTCAGTTACGGCAACTACGCCGGCGACGTCCTGCACTTCGGCCAAGCACAGCTCCGGCTCAACGCCGAGGGCATCGAAACACGAACCGTCACCGTCACCGATGACATCGCCAGTGCGCCGATCGAGCAACTGGAGAAGCGCCGGGGAATCGCCGGCGACCTGACAGTTTTCAAGATTGCCGGTGCCGCCGCAGAAGCGGGACTGAACCTCGACGACGTCGAGCGTCTGGCCATCAAGACCAACTTCCGGACGCGGTCGCTGGGCGTGGCCTTTGACGGCTGCACGCTCCCAGGCGCCAAGGATCCGCTGTTCCACGTTCCTGCCGGACAAATGTCGCTGGGCCTCGGAATTCATGGCGAGCCCGGAATCTCGGAACACCCGATGCCCACTGCTTCCGAGCTGGCGGAGCTGCTGGTGACCAAGCTGCTCGCGGACAAACCTGAGGACGCCGGCCAGCGCGTGGTGGCTATCGTCAACGGCCTTGGCACGGTGAAGTATGACGAACTCTTCCTGCTGTTCGGCAAGATCGAGAAGCTTCTCAGCGCTGCGGGCCTCACCGTGGTGGAGCCCGAGTGCGGTGAGCTGGTGACCAGCCTGGACATGTCCGGACTCTCCCTGACGTTGCTGTGGTTGGACGATGAACTTGAGCAGTACTGGGCTGCGCCAGCTGACACTCCGGCGTTCCGCAAGGGCAGCATGTCGCCTCGCGCCCTTCGCGCGGAGGCAGCAATCGACGACGCCGAAACCGCCGACGTCGAACAGCCCACCCCCGCAGCCGCTGAACTCGGGCGGCAGGCAGTGGCCATCCTCGCTCAGGCGCGTGACGTCGTCGTCGAGCATGAAGAGGAACTCGGCAAGCTGGACGCGATTGCAGGCGATGGCGACCACGGTATCGGCATGCGGCGCGGTGTTGATGCTGCAGCGGCCGCAAGCGAGGCTGCTAACGGTTCTTCAGTAGCGCGTGTCTTGACATCAGCCGGGGAAGCCTGGAGTGAACGTGCGGGCGGAACCTCGGGCGCATTGTGGGGCTCGGCGGTCATTGCGGCCGGGCAGTCGCTCGGGAACCGCGAAACGTACACCTCGGAGGACGCGGCGGCCGCTGTGAAGGCCTTCGTCCGCGCTATCACTGAACTCGGCAAAGCCGACCCCGGGGACAAAACCATGGTGGATGCACTCCTGCCCTTCCGGGACGCCTTCCTTACGGAGCTCGACGGCGGGACTCCCGTTGACAGGGCCTTGGCAGTTGCCGCTGCGGCAGCTGAGTCCGCTGCCGCGAAGACAGCTGAGCTCAGGCCGCTCAAGGGACGGGCGCGTCCCCTCGCGGAAAAGAGCATCGGCCATCCTGATCCAGGCGCAGTGTCCTTTGGCTTGATCGCCGCCAGGATATCCCACTTCATCGATTCACAACTGGCCACCGCGTCTTCAGCGGCAGCGGCAGGAAACGGAGCCCAAGCATGA MTQIFDNPADFADEALDGFVAANRGYVTRVNGGVVRSTEVPSGQVALVVGGGSGHYPAFAGLVGPGLATGSACGNMFASPAAGQVYRVAKAANAGGGVLLSYGNYAGDVLHFGQAQLRLNAEGIETRTVTVTDDIASAPIEQLEKRRGIAGDLTVFKIAGAAAEAGLNLDDVERLAIKTNFRTRSLGVAFDGCTLPGAKDPLFHVPAGQMSLGLGIHGEPGISEHPMPTASELAELLVTKLLADKPEDAGQRVVAIVNGLGTVKYDELFLLFGKIEKLLSAAGLTVVEPECGELVTSLDMSGLSLTLLWLDDELEQYWAAPADTPAFRKGSMSPRALRAEAAIDDAETADVEQPTPAAAELGRQAVAILAQARDVVVEHEEELGKLDAIAGDGDHGIGMRRGVDAAAAASEAANGSSVARVLTSAGEAWSERAGGTSGALWGSAVIAAGQSLGNRETYTSEDAAAAVKAFVRAITELGKADPGDKTMVDALLPFRDAFLTELDGGTPVDRALAVAAAAAESAAAKTAELRPLKGRARPLAEKSIGHPDPGAVSFGLIAARISHFIDSQLATASSAAAAGNGAQA PGPT0018355_54 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_D-ERYTHRULOSE|D-THREITOL_DEGRADATION,PGPT0018355-derK-K20902 NA NA D3-18_03183 1002 hypothetical protein ATGGCGTACACCGCCGAGAATTGGCCCATCACCGCGGCCCTCCTGCAGTTCCCCGGCACCGATGCTTCGGGACAGCACGTCAACGACGCCGACGCTTCCGTTTGGGCGGCCGTTCTCCGGGAAGTGAAAGAGGCGGGGTTCGCAAACGCGGACCTGACCGACAGCTGGGTCCGCCCGGGCGATCTCAGCAAAGAACGCCTCACCGAGTTCAAGCAGACCGCTGACGAAGTGGGAATCGGCGTCCCCGTCATCTCCGCCATTCGCCGCAGCGTCATCCACGCCACGGATTGGGCCGACAACCTCGCCTACAGCCACCGCACCATTGACGCCGCTGCCGAGCTCGGCTGCGAAGTTGTCTCCTTCGGACTCCACCAGGCCATCACCCCGGAACAGCAGAAGCAACTGTGGTTCTGGACCGTGGAGGGCTACAAGGACCCCGTGGGTGACCAGGAAGCATGGGGCAACGCAGTTTCCAGGATCCGTGAGCTCGGAAAGCATGCGGCAGAAGCCGGCATCCTGATCTCGCTGGAAATGTACGAGGACACCTACCTTGGGACCGCTGATTCCTCCGTGCAGCTGGTCCAGGACATTGGCCTGGACAACGTTGGCCTGAACCCCGACCTCGGCAACCTGATCCGCTTGCACCGGCCGATCGAGGACTGGCGCGAAATGGTGGCGAAGACCCTCCCGTACTCCAACTACTGGCACATGAAGAACTACATCCGCGACGAAGACGTGGCCCGCGACAGCTACATCACCATGCCGGCTCCCATGGAAAGCGGGCTCATCAACTACCGCGAGGCGTTCAAGGTTGCGCTTTCCGTCGGCTTCCAAGGCATTCTCTGCACAGAGCACTACGGCGGCGATGGACTCAGCGTCACAGCCAGCAACCAGGACTACCTCCGCAGGCATGTCCTGCCGAAGACCGAGGGCTACGAACTCGGCAAGAGCGAAGTGGCCCAGGGACGCCAAGTACCGGCAACCCAGCTCGCAGGAGTCTAG MAYTAENWPITAALLQFPGTDASGQHVNDADASVWAAVLREVKEAGFANADLTDSWVRPGDLSKERLTEFKQTADEVGIGVPVISAIRRSVIHATDWADNLAYSHRTIDAAAELGCEVVSFGLHQAITPEQQKQLWFWTVEGYKDPVGDQEAWGNAVSRIRELGKHAAEAGILISLEMYEDTYLGTADSSVQLVQDIGLDNVGLNPDLGNLIRLHRPIEDWREMVAKTLPYSNYWHMKNYIRDEDVARDSYITMPAPMESGLINYREAFKVALSVGFQGILCTEHYGGDGLSVTASNQDYLRRHVLPKTEGYELGKSEVAQGRQVPATQLAGV PGPT0018355_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_D-ERYTHRULOSE|D-THREITOL_DEGRADATION,PGPT0018355-derK-K20902 NA NA D3-18_03184 471 hypothetical protein ATGCGTGTGAAGGGGGTCACGGATTGGTTCATTGGGCGTGTGCTCCGCCCGCACCCCTACCCGCCGACCGCACGCTCCGCACAGCCAGGCGGCCCGCACCCCTACCCGCCGACCGCACCCGTAACCTCTGGCGCATTCGGCGCGAAAGGGGGCGACACCAAGCACGAACGGGTGCGGCGGGCGGAAACGGGTGCGTTGGGCGGAAACGAGCGCGCAGGTGACACACTCACCCCTACCCGCGAACCCACGCTCTGCAGCCAAGCGGCCCGCACCCGTACCCGCCGACCGCACCCGAAACCTCTGGCGCATTCGGCGCTAAAGAGGGCGACACCCAGCACGAACGGGCGCGGCGGGCGGAAACGGGTGCGTTGGGCGGAGACGAGCGCGCAGGTGACACCCTCACCCCCACCCGCCGACCCCACGCTCCGCAGCCAAGCGGCCCGCACCCGTACCCGCCGATCGCACCCGTAA MRVKGVTDWFIGRVLRPHPYPPTARSAQPGGPHPYPPTAPVTSGAFGAKGGDTKHERVRRAETGALGGNERAGDTLTPTREPTLCSQAARTRTRRPHPKPLAHSALKRATPSTNGRGGRKRVRWAETSAQVTPSPPPADPTLRSQAARTRTRRSHP NA NA NA NA NA D3-18_03185 699 gntR_4 putative D-xylose utilization operon transcriptional repressor ATGGCTGATCCTTCCACGTCCGTTGCCCGTGCTGGCTTTCCCGTCAGCAGGCAAGTGCTGGCCGACCATGTTTACGAGGCCCTCCTCGAGTGGCTGATGGATGGCCGGCTGGAGCCCGGGGCAGCAGTCAGCATTGACGGGATGGCGAGGGAACTCGACGTTTCGCCGACTCCTGTGCGGGAGGCTTTGGCCCGATTGGAGCACACCGGCATGGTGCGGCGTGTCGCTTTGAAGGGCTATCGGGTGGCTCCGGTTTTCACGCGCGAGGACTTCGCTGAGCTCATGGAAGCGCGATTGTCCATTGAGCCGGTCAACGCACGATTGGCCTGTTCGCGTATGACGCCGGACGGCCTCGAGGCTTTGAAGCAAGCTGTGGAAGATCTCAAGACCGCGCCCCGCGGTGGCACTTTCGCTGAATATCGCAGCTATCTCGAAGCAGATGAACGCTTCCATCAGCTCATCGCTGCGCAGGCCAACAACCAATTCCTGCTCGCGGCCTACAACACCTTGGGTGGCCAGATCCAGCGTTTCCGATTGTTCGGGGGAGTGGGTATTACAGACGCCGAACAGGCAATTGCCGAGCACCAGGCAGTGCTCGATGCCATGACTAGCGGCGACTCCGAGAAGGCCGCCGCCATGATGGTGGATCACGTCGAGAAGGTGCGTGGCCGGGCGATGGCAGACGCGCCGGAGGACTAA MADPSTSVARAGFPVSRQVLADHVYEALLEWLMDGRLEPGAAVSIDGMARELDVSPTPVREALARLEHTGMVRRVALKGYRVAPVFTREDFAELMEARLSIEPVNARLACSRMTPDGLEALKQAVEDLKTAPRGGTFAEYRSYLEADERFHQLIAAQANNQFLLAAYNTLGGQIQRFRLFGGVGITDAEQAIAEHQAVLDAMTSGDSEKAAAMMVDHVEKVRGRAMADAPED NA NA NA NA NA D3-18_03186 1071 nemA COG1902 N-ethylmaleimide reductase ATGCTGTTTTCCCCACTGGCCCTCGGCGAACTTGAACTGTCCAACCGACTGGTGATGGCGCCTTTGACCCGTCTCCGTGCAGGTCAGAACGGTGTGCCAGGTTCATTGATCGCCGAGCATTACCGCCAGCGGGCTTCCCTTGGGCTGATCGTCAGCGAAGGAACGTACCCGACGCCCGCAGGCCAGTCGTACCCGGGACAGCCGGGACTCGTCACGGAGGAGCAAATCGCTGGCTGGAAGAAGGCCACCGACGCTGTTCACGCTGAGGGCGGCCGCATCTTCGCCCAGATCATGCACGGTGGCCGGGTTTCGCACGCCGACATCACCGGAGGCCACGAGATCGTTGGCCCCAGCGCCGTCGCTATCGACGGCGAGGTCCGCACTCCCAACGGCAAGCAGCCCTACCCGGTGCCGCGTGAACTCCGGACGGACGAACTCCCGGGAGTCATCCAGGAGATCGTCACCGCCTCCAAGAACGCGATCGAGGCAGGTTTCGACGGCGTTGAGCTCCACTCCGCCAACGGCTACCTGCTGCACGAATTCCTTGCACCCAACTCGAACGTTCGCACCGATAGCTACGGCGGCTCCCCGGAGAACCGGGCCCGCTTCGTGATCGAGACCGTGAACGCGGTGGTCGAGGCCCTCGGCGCCAACCGCGTGGGGATCCGCATTTCCCCGGAGCACAACGTGCAGGGAATTGCCGAAACTGACGCCGCTGATGTCCGGGCAACCTACGAGGTGCTGGTGGAAACCATCGCTCCGCTGAACCTGGCCTACTTGAGCATCCTCCACCATGACCCCAAGAGCGACTTGGTGCAGGACCTCCGCGAGCGATTCAACGGCACGTTCCTGGTGAACACCGGCTTCAGCGAAATCACCACCCGTGACGAAGCCTTCGCAATCATCGAAGACGGCCTCGCCGACGCCGTGGTGGTGGGTCGCCCTGCCATCGCCAACCCGGATCTCGCCCGCCGCTGGCGTGAAAGCCTGCCGCTGAACGAGCCGGATGCTTCCACCTTCTATGCCGACGGCGCCGAAGGTTACACCGACTACCCGTTCTACGCGAACTAA MLFSPLALGELELSNRLVMAPLTRLRAGQNGVPGSLIAEHYRQRASLGLIVSEGTYPTPAGQSYPGQPGLVTEEQIAGWKKATDAVHAEGGRIFAQIMHGGRVSHADITGGHEIVGPSAVAIDGEVRTPNGKQPYPVPRELRTDELPGVIQEIVTASKNAIEAGFDGVELHSANGYLLHEFLAPNSNVRTDSYGGSPENRARFVIETVNAVVEALGANRVGIRISPEHNVQGIAETDAADVRATYEVLVETIAPLNLAYLSILHHDPKSDLVQDLRERFNGTFLVNTGFSEITTRDEAFAIIEDGLADAVVVGRPAIANPDLARRWRESLPLNEPDASTFYADGAEGYTDYPFYAN PGPT0005930_2737 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_TOLULENE|DERIVATE_DEGRADATION XENOBIOTIC_NITROTOLULENE_DEGRADATION,PGPT0005930-nemA-K10680 NA NA D3-18_03187 624 gmhA_1 Phosphoheptose isomerase GTGAGTATCGTGGTGAGGCGAACAGGCCAGGCACTGCGGTCGACCGAAAAGAAGCCGAACCGGCATGCAGTCGACGTGGTTCTGGGACACTTAGGCGAGATCGGACCTGCCGTTGCGGCACTGCGTCGCGAATCTTCAAGGCTCGCTGAATGGGGCGAAGAACTGGCCCGTGTCAGGCTGCGCGGAGGCAGCGTCTTTGCCGCGGGCAGCGACGGATCCTCGCACGAAGCGCAAAGGTTCACCTCCGAGCTGAACGCCCACGATCCCACGAATGGATCCGGGTTTAAAGCCATCTCCATCAAGGGCGCCGATCCCAAGGGAGACGGTGCGGGCGGCACCATCAGCAGCCAGGTATCGGACCAAGTGCGTCGTGGTGACATTGTGGTGTTGCTTGCCGCAAAAGGCATCACCGACGATCTGCGGGAGGCCGCTGCGGCCGCGAAATCCAAAGGCGCTCGCGTGTGGGCCCTCACCGGTAAAGAATCCAAGGACCTGGCGAAGTCAGTCAACGAGGCAATATGCATCGACACTGATCCTCCCCACGCCGAGGAAGCGCACCTCGTGGCCGTACTGGCTCTGTGCGAGTGTTTCGACGACGCCCTGAAGACCATCAACCCGGAGTAG MSIVVRRTGQALRSTEKKPNRHAVDVVLGHLGEIGPAVAALRRESSRLAEWGEELARVRLRGGSVFAAGSDGSSHEAQRFTSELNAHDPTNGSGFKAISIKGADPKGDGAGGTISSQVSDQVRRGDIVVLLAAKGITDDLREAAAAAKSKGARVWALTGKESKDLAKSVNEAICIDTDPPHAEEAHLVAVLALCECFDDALKTINPE PGPT0023030_1093 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-MANNO-HEPTOSE|-PHOSPHATE_MODIFICATION,PGPT0023030-gmhA|lpcA-K03271 NA NA D3-18_03188 558 hypothetical protein ATGGATACAGGACAACTGGTACTTATCATCGTGCTGGCCGTCGTCGTCATCGCCGCTGTGATCGTTGCGGTTGTCATCGGGCGCCGCAAAAAAGCAGAGGTCAACCGCCATCGCGCGGAGGAGTTGCGCGAGAAGGCGGCTGAAGAAGCCATCGGTGCGCACCAGGCGAAAGCCGAGTCAGCCCAGGCCGAGGCCGCCGCGCTGCAGGCAGAAGTTGAGGCGAACCGACTCCGCAAGGATGCGGAAAACCACGCGCATAAGGCCGGCGAAGCCCACGAGCGCGTCGAGGAGCACCTTCGCCGCGCCGACAAACTGGACCCGAACTCGAATCCGGGCAGGTCCAATGCTGCAGACAGCAGGGGCGGGGACCTGGACCGGGATCGTCCGGCGGACGCTGATCGCTCACGCGAAGGAGAAGGCTCGCGCGACGGAGATCGCAATAGGTCAGATATCGCCGAGGGCGAGCGACTTACCCGGGACCGCAGCGGGCGGGACGGCTCAACGAGGGACGGCTCAACGCGCGACGGCTCAACGCGTGAGGGTGACAGGAACTTGTAG MDTGQLVLIIVLAVVVIAAVIVAVVIGRRKKAEVNRHRAEELREKAAEEAIGAHQAKAESAQAEAAALQAEVEANRLRKDAENHAHKAGEAHERVEEHLRRADKLDPNSNPGRSNAADSRGGDLDRDRPADADRSREGEGSRDGDRNRSDIAEGERLTRDRSGRDGSTRDGSTRDGSTREGDRNL NA NA NA NA NA D3-18_03189 432 hypothetical protein TTGTCCACCATGAAGAACCCGCTGGTTACCGGGGGCGTATCGCACCTGCCTGCGAAAGCGCTGAGCTGCACCAAGTGCCGGACGAGTGATCGCCTGAGCTTGGAGACCATCGAATCCATCGAACCGCATGCAGGCGAATTGATGGTCTGGGTTTCCTACACCTGCTTGGGCTGCGAGGCATCATATGCTCACAACGCCGCGTTCCGAGACGTCGCCGCCGTCCTTAACCGGAACGGTGCCGTGTCCGGCTTGCTCCAGTTCGGTGGGTCATATTTTCACTGTGGCGAGCCCATGTCTTTCGCTAAATCCTCTGCTCGCAGCGTGTACGCCCCCATGACAACCGACGACGTGGATGACGGCCTGCTGGATGTGTATCTCCAGACCCGGGTCATCCAATGCCGGTGCGGCTTCCGGATGGAGCTGCCCGCCTGA MSTMKNPLVTGGVSHLPAKALSCTKCRTSDRLSLETIESIEPHAGELMVWVSYTCLGCEASYAHNAAFRDVAAVLNRNGAVSGLLQFGGSYFHCGEPMSFAKSSARSVYAPMTTDDVDDGLLDVYLQTRVIQCRCGFRMELPA NA NA NA NA NA D3-18_03190 204 hypothetical protein ATGAGCGAAGAACCGAGCGAAGCTGAACAGACGCCCTCCAAAGCCTCGGAATCCAAGGTGCCTGCCGGCGTCGAGCATGACAAAGATGCCGCGGGCACGGGTGACTTCACCACCGAGCTGGACCCCACCTTCATCCCGGACGAAAGTGCTGAGACGCCGGAAGAGAAGCGCGCCAGGGAGCACCCGGAAGCCACCGGAAGCTGA MSEEPSEAEQTPSKASESKVPAGVEHDKDAAGTGDFTTELDPTFIPDESAETPEEKRAREHPEATGS NA NA NA NA NA D3-18_03191 1176 COG1063 putative zinc-binding alcohol dehydrogenase GTGAAAGCAGTGACATGGCAAGGCCGGCGCTCAGTCAGCGTCGAAGACGTACCTGATCCCTCCATCCAGGAACCCACGGACGCGATCGTCCGGATCACGTCCACAGCCATTTGCGGCTCAGACCTTCACCTTTACGAAGTGCTGGGCCCTTACATGCACAAGGGCGATGTGATCGGGCATGAGCCCATGGGAATCGTGGAAGAAGTAGGCTCCGGGGTCCACCGGCTCAAAAAGGGCGACCGCGTGGTGGTACCGTTCAACATCTCCTGTGGTCATTGCTACATGTGCAACCAAGGCCTTCAATCGCAGTGCGAAACCACCCAAGTGACAGCAAAAGGATCAGGGGCGGCACTTTTCGGTTATTCGGAACTGTACGGCTCCGTTCCAGGCGGACAGGCGCAATACCTGCGCGTCCCCTTCGCGGATTACGGACCCGTGAAAATCGACTCGGACGCACCGGACGAGCGCTACTTGTTCCTTTCAGACATCCTGCCCACAGCATGGCAGGCAGTGGAGTACGCGAATGTGCCGGACGGTGGCACGCTTGCCGTGCTCGGGCTGGGCCCCGTGGGCCAGTTCGCCGCAAGGATAGGTGTCCACAAGGGCTTCCGGGTGATTGGTGTGGATCCAGTCCCCGAACGCCGCGCGATGGCGGAGACGCACGGCGTAGAAACCATGGACTACAGTTCCGACGTCGCCTCCCACATCAGGGAGCAGACACTCGGCCGCGGCCCCGACTCCGTGGTGGACGCCGTGGGCATGGAAGCTCACGGATCCCCCGTGGCATCATTCCTTCACCGGGCGGTCTCCTTGTTGCCGGACAAACCTGCACAGGTGGCCATGGAAACCATGAGCGTTGATCGGCTTGCGGCCCTCCACACGGCCGTGGACCTGGTGCGACGCGGTGGGACGGTTTCCTTGAGCGGTGTCTATGGCGGCCAAGCCGATCCCATGCCCCTCATGACCATGTTCGACAAGCAAATCCAGCTCCGCATGGGCCAATGCAATGTGCGCAGCTGGACCGACGATCTGCTCCCCTTGGTAGAGGACGACGCCGATCCGCTGGGGGTCATGCATCTGGTCACCCATACTGGAGGGCTAGAGGAGGCACCTGCCCTCTACGAGAAATTCCAGAAGAAGCAGGACGGCTGCATCAAAGTAGTGCTCAAGCCCTGA MKAVTWQGRRSVSVEDVPDPSIQEPTDAIVRITSTAICGSDLHLYEVLGPYMHKGDVIGHEPMGIVEEVGSGVHRLKKGDRVVVPFNISCGHCYMCNQGLQSQCETTQVTAKGSGAALFGYSELYGSVPGGQAQYLRVPFADYGPVKIDSDAPDERYLFLSDILPTAWQAVEYANVPDGGTLAVLGLGPVGQFAARIGVHKGFRVIGVDPVPERRAMAETHGVETMDYSSDVASHIREQTLGRGPDSVVDAVGMEAHGSPVASFLHRAVSLLPDKPAQVAMETMSVDRLAALHTAVDLVRRGGTVSLSGVYGGQADPMPLMTMFDKQIQLRMGQCNVRSWTDDLLPLVEDDADPLGVMHLVTHTGGLEEAPALYEKFQKKQDGCIKVVLKP PGPT0006355_1007 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 D3-18_03192 981 yghA_2 putative oxidoreductase YghA ATGGCTGAGGAGACCCGCAACGAAAAAACGGAGCAGACCGACCTTGACGAGGACATCGCCATGGCATTGGTGAACCACGTCATCAACACCCCGGACGAGTCCGGGGAAACGGATCCGAGGACCAAGTATCCGTCCGATGAATTCGAGCCGCAGACCCAGGATTATCCCGGGTGGACCGAAGCTATGAAGCCCCGGCCCGATCATGGCGAGCAAAGCTACGTGGGGCATCACCGCATGATGGGCCTGCGGACGTTGATCACTGGTGGTGACAGCGGGATCGGCAGGGCGGTGGCCATTGCCTATGCCCGCGAAGGCGCGGATGTCGCCTTCACGTACCTGCCTGAGGAAGAACAGGACGCCGAGCAAACCGTCCAGCTCATCGAAGACGCCGGCAGCAGGGCATTGGCTTTGCCCGGGGACTTGCAGGACGAGGAATTTTGCCAGGAAGTCATTGCCCAGACTGTGGCCGAATTCGATGGACTCAACGTCCTGGTGAACAACGCGGGCTTCCAGATGACCACGAGTGAGGGCATCGAGGACCTCCACAGCGAACAGTTTGATCGGACCTTCAAGACCAATGTGTATGCGCTCTTTTGGCTCACCAAGGCCGCCTTGCCACACATGAAGCCCGGCGCCGCAATCATCAACACTTCTTCGATTCAGGGCTACCACCCGAGTCCGTCGCTGATTGACTATGCAGCCACCAAGGCGGCGATCAACAGCATGACCTTCTCGCTGGCAGAGTCACTGGGGCCTAAGGGCATCCGGGTCAACGCTGTGGCGCCGGGTCCCGTGTGGACACCCCTGCAACCACCCACCCAGCCGTCGGAAAAGATCGAAAAGTTCGGCCAGGACACCCCGCTGGGTAGGGCGGGGCAGCCTGCCGAACTAGCCGCCACCTACGTTCTTTTGGCAACGGAGGAATCCAGCTACATTTCCGGATCAGTCATCGGTGTGACCGGCGGAAAGCACCTGGCCTAG MAEETRNEKTEQTDLDEDIAMALVNHVINTPDESGETDPRTKYPSDEFEPQTQDYPGWTEAMKPRPDHGEQSYVGHHRMMGLRTLITGGDSGIGRAVAIAYAREGADVAFTYLPEEEQDAEQTVQLIEDAGSRALALPGDLQDEEFCQEVIAQTVAEFDGLNVLVNNAGFQMTTSEGIEDLHSEQFDRTFKTNVYALFWLTKAALPHMKPGAAIINTSSIQGYHPSPSLIDYAATKAAINSMTFSLAESLGPKGIRVNAVAPGPVWTPLQPPTQPSEKIEKFGQDTPLGRAGQPAELAATYVLLATEESSYISGSVIGVTGGKHLA NA NA NA NA NA D3-18_03193 186 hypothetical protein ATGGGACTCGGAGACAAGATCAGCAACAAGGCACAGGAAGTCACCGGCAAGGCGAAGGAAGCCCTGGGTGACGCCACCAATAACGAGAAACTGCAGGCCGAAGGTGTCGCTGACCAAGCGGCTGCCAAGACCAAGCAGGCGGGCGAGAACGTGAAGGACACCGCAAAGGACACCTTCGACAAGTAA MGLGDKISNKAQEVTGKAKEALGDATNNEKLQAEGVADQAAAKTKQAGENVKDTAKDTFDK NA NA NA NA NA D3-18_03194 1728 hypothetical protein ATGAGCGACGACAAGACGAGTACCGCCACATTGGAGCCGTCGACGGCGGCAGGAACCGCCGTCGGAACCGGCACTTCAGGTGTGCCGGCGGCAGGCAACGCCGACGCGATGAGTGCCGCGAAGGAGAGCTTGGAGGACTACACACTCCGGTTCGCCCCGCGTTCCTACCGGAAGTGGAGTGCCGGGGTAGTGGCGACGAGTGCCCTGGGTGGCATCGCGTACTTGGCCGACTTCTCGATCGGCGCGAATATCGGCATTGCCTACGGAACCGTGAACGCGATCTTCGGCATCATCGTGGCCGCGGTCATCATCTTCGCCACGGGTTTCCCGCTGGCCTACTATGCCGCGCGGTACAACATTGATCTGGACCTGATCACCCGCGGCTCAGGATTTGGCTACTACGGCTCGGTGGTCACCAACATCATCTTTGCCACCTTCACGTTCATTTTCTTCGCCCTCGAGGGCTCCATCATGGCTCAGGGCCTGCAACTGGGCCTTGGCATCCCGCAGTGGATCGGTTACGCCGTGTCCACCGTCATCATCATTCCGCTGGTGATTTATGGGATGAAGACCCTGGCTACCCTGCAGGTGTGGACAACACCCCTGTGGCTGCTGCTCATGGTGGTTCCAGTGGGCTATCTGCTCCTGTCCCATCCGGAGAGCATCGATGCCTTCTTCGCTTTCACCGGTGCTTCCGGCGAGGGCGGCCCCAACCTGGCGTCGGTGATGCTGGCCGCTGGTGTCTGCTTGTCCCTGATGGCGCAGATCGCCGAGCAGATCGATTACCTTCGCTTCATGCCGCCCAAGACGGCCGAAAACAAGGGCGCTTGGTGGCGCGCGGTGATCCTCGCCGGACCGGGCTGGGTCATCTTCGGTGCCATCAAGCAGATCATTGGTTTGTTCATCGCGATCTACCTCATCGCCAAACTTGACCCCGCAGCAGCCGCTTCCGCCAATGAACCTGTCCACCAGTTCCTGGGTGTTTACGAAGAAATGATGCCGGCCTGGCTCGCCATGACCCTGGCCGTGGTGCTGGTGGTCATTTCGCAGATCAAGATCAACGTCACCAACGCCTACTCCGGCTCGTTGGCGTGGACCAACTCCTTCACGCGCATCACAAAGACCTACCCGGGACGCATGGTATTTGTAGTGGTCAACCTGGTCATCGCGCTGATCCTGATGGAGTCCAACATGTTCGAGTTCCTCAACACGATCCTGGGTTTTTACGCCAACTGCGCCATGGCCTGGGTTGTCACGGTGGCCTCCGATATCGCCATCAACAAGTACCTGCTGAAGATCTCGCCCAAGGTTCCGGAGTTCCGCCGCGGGATGCTCTACGCAGTGAATCCCGTGGGGTTCGTGTCCATGCTCGTCTCCGCCGGGGTGTCCATTGCAGTGTTCTTCGGGGCGTTCGGTGCAGCTGTCCAGCCGTTCTCGCCCATCTTCGCGGTTGGTCTGGCCTTGGTGCTGCCACCTGTGCTGGCTCTGTTGACCAAGGGCCGCTACTACCTTCGCAGGACCGACGACGGAATCGACCTGCCCATGTTCGACGCCGACGGAAACCCCAGCGACGCCAAGCTGCTCTGCCATGTCAGGGGGCTTGAGTTCGAACGCCCGGACATGCTCCGCTCAGCCCAGGACGGGCCCGACGGCGAACCCCAGTACATCTCGTCCCTCGCCTTGTCCACGGATAAGTCGGGCGAGCTGGTACTCCCCCCGCAAAAGTAA MSDDKTSTATLEPSTAAGTAVGTGTSGVPAAGNADAMSAAKESLEDYTLRFAPRSYRKWSAGVVATSALGGIAYLADFSIGANIGIAYGTVNAIFGIIVAAVIIFATGFPLAYYAARYNIDLDLITRGSGFGYYGSVVTNIIFATFTFIFFALEGSIMAQGLQLGLGIPQWIGYAVSTVIIIPLVIYGMKTLATLQVWTTPLWLLLMVVPVGYLLLSHPESIDAFFAFTGASGEGGPNLASVMLAAGVCLSLMAQIAEQIDYLRFMPPKTAENKGAWWRAVILAGPGWVIFGAIKQIIGLFIAIYLIAKLDPAAAASANEPVHQFLGVYEEMMPAWLAMTLAVVLVVISQIKINVTNAYSGSLAWTNSFTRITKTYPGRMVFVVVNLVIALILMESNMFEFLNTILGFYANCAMAWVVTVASDIAINKYLLKISPKVPEFRRGMLYAVNPVGFVSMLVSAGVSIAVFFGAFGAAVQPFSPIFAVGLALVLPPVLALLTKGRYYLRRTDDGIDLPMFDADGNPSDAKLLCHVRGLEFERPDMLRSAQDGPDGEPQYISSLALSTDKSGELVLPPQK NA NA NA NA NA D3-18_03195 1035 bioB COG0502 Biotin synthase ATGACCACGCAAGCAACAGAAGAAGCCCATGAAACCGGCACCTATGCCATCCTGGACACCGCCCGGCAACAGGTACTCGAACACGGCGAAGGCCTGAACGAGTCTCAACTCAAAGAAATCCTCGAGCTGCCGGACGATGCCATCCCCGCTGCCCTGCAACTCGCCCATGAAGTTCGCCTCAAGCACTGCGGCGAGGATGTGGAAGTGGAAGGCATCATCTCCATCAAAACCGGCGGCTGTCCCGAGGACTGCCATTTCTGCAGCCAATCCGGCTTGTTCGACTCCCCCGTCCGCGGTGTGTGGCTGGACATCCCGGAGCTCGTCAAGGCCGCGAAGGAAACCGCCGCAACGGGTGCCACCGAGTTTTGCATCGTCGCCGCCGTCAGGGGCCCGGACATCAAACTCATGAACCAGATCAAGTTCGCGATCGACCGCATCAAGGAGGAAGTGGACATCAACATCGCTTGCTCCCTGGGCATGCTCACGCAACGCCAAGTGGACCAGTTGGCCGAGTGGGGCGTCCACCGTTATAACCACAACCTTGAAACCGCCCGCAGCTTCTTCCCGGAAGTCGTGACCACGCACAGCTATGAGGAACGCCTGGAAACCTGCGCCATGGTGAAGGCTGCCGGGATGGAACTGTGCTGCGGTGCGCTGATCGGCATGGGCGAATCAGTGGCGCAACGAGCTGAACTCGCAGCCCAACTCGCTGCCCTCGAACCCCACGAAGTCCCCCTTAACTTCCTCAACCCGCGCCCCGGCACACCGCTGGAGAACCAAGGCATCATGGATGGCAAAGACGCTCTCCGTGCCATCGCCGCATTCCGGCTCGCCATGCCGCGCACGGTCCTTCGGTATGCGGGCGGGCGTGAATTGACCCTCGGCGACCTCGGCACCCGCGAGGGCCTGCTCGGCGGCATCAACGCCGTCATCGTGGGCAACTACCTCACCACTCTGGGCCGGCCGGCAAACGCTGACCTCAACCTCCTGGTGGAGCTCAACATGCCCATCAAGGAATTCCAGAAGTCGCTGTGA MTTQATEEAHETGTYAILDTARQQVLEHGEGLNESQLKEILELPDDAIPAALQLAHEVRLKHCGEDVEVEGIISIKTGGCPEDCHFCSQSGLFDSPVRGVWLDIPELVKAAKETAATGATEFCIVAAVRGPDIKLMNQIKFAIDRIKEEVDINIACSLGMLTQRQVDQLAEWGVHRYNHNLETARSFFPEVVTTHSYEERLETCAMVKAAGMELCCGALIGMGESVAQRAELAAQLAALEPHEVPLNFLNPRPGTPLENQGIMDGKDALRAIAAFRLAMPRTVLRYAGGRELTLGDLGTREGLLGGINAVIVGNYLTTLGRPANADLNLLVELNMPIKEFQKSL PGPT0022120_994 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022120-bioB-K01012 NA NA D3-18_03196 1338 bioA COG0161 Adenosylmethionine-8-amino-7-oxononanoate aminotransferase ATGAGCTCGCTGATCGAGCGGGACCGGGCTACGTTGTGGCACCCGTACGCGCCGGCCTCGGCCACCTTGCCGTTGTGGGAAGTGGAAGCGGCCGACGGCGTGGCGCTGCGGCTGCGCGACGAGCAAGGGCGGACGCATGCGGTGCTCGATGCCATGTCGTCGTGGTGGTCGGTGATCCACGGCTACCGGAACCTTGTCGTGGACGCCGCCATCCGACGCCAATTGAGCAGTTTCAGCCACGTGATGTTCGGCGGGCTTACGCATCAACCTGCTGTTGAACTCGCGGAAAGGCTGCTGGGCATGGCACCGGGCGAACCGGGGCGTCGCCTGGAGCGCGTGTTCCTGGCAGATTCCGGTTCCATCTCCGTAGAGGTCGCCCTCAAGATGGCTATCCAATTCCAGACGGCGAGCGGCCGGCCCAAGCGGCAGCGTTTCCTGACCATCCGCGGCGGCTACCACGGGGACACGTTCGCGGCCATGGGCGTCTGCGATCCTGTGGACGGCATGCATTCATCCTTCCCCGGGTTGCTGGCGCGCAACGTTTTTGCGCCGCGCCCGCCTGCGGCTGCAACTGCAACCACAACAGCCATCAGCACAGCCATCGCCAGGTGGCGGGCAGAAGTGGAGGAACTGGCCAGGCAGCATGCCAACGAGCTCGCGGCAATCATTGTGGAGCCGATGCTGCAAGGTGCCGGCGGCATGTTCATCTATCCGGCCGAGTGCGTGCGGATTCTGCGCGACATCGCGGACCACCACGGCTTGTTGCTGATCCTGGACGAGATCGCCACGGGCTTCGGGCGAACCGGCGAACTCTTTGCCGCGCAGCACGCCGGCGTCGTCCCGGAGATCCTGTGCGTTGGCAAGGCGCTCACCGGCGGCTACCTCACCCTCGCTGCCACGCTGTGTACGGGCGAGGTGGCCCGCACGGTTTCCGCAGGCGAGGCCGGAGCACTCCTGCACGGGCCCACCTTCATGGCCAACCCCTTGGCATGCGCCGCGGCCAACGCCAGCCTCGGCATCCTTGCAACGGGGGCTTGGCGTGAGGACGTCACACGCGTTGGTGCCCGTCTCACAGCGGGGCTGACTCCTGCGTTGAAGCTCGACGCCGTTGCTGACGTCCGCACCCTCGGCGCCGTGGGGGTCATTGAGTTAACGGACGCCGTGGACGTCCCCGCGGTGACACGTGCCGCCGTCGAACACGGCGTGTGGATACGCCCCTTCAGAAACCTCGTCTACGCAATGCCGCCGTACACCAGTTCCACCGCCGAAGTGGACGTGATGGCAACCGGAATGGTGGCTGCCGTGGAAGAAGCTGCCAAACAAAGGGCGGCTGCGTGA MSSLIERDRATLWHPYAPASATLPLWEVEAADGVALRLRDEQGRTHAVLDAMSSWWSVIHGYRNLVVDAAIRRQLSSFSHVMFGGLTHQPAVELAERLLGMAPGEPGRRLERVFLADSGSISVEVALKMAIQFQTASGRPKRQRFLTIRGGYHGDTFAAMGVCDPVDGMHSSFPGLLARNVFAPRPPAAATATTTAISTAIARWRAEVEELARQHANELAAIIVEPMLQGAGGMFIYPAECVRILRDIADHHGLLLILDEIATGFGRTGELFAAQHAGVVPEILCVGKALTGGYLTLAATLCTGEVARTVSAGEAGALLHGPTFMANPLACAAANASLGILATGAWREDVTRVGARLTAGLTPALKLDAVADVRTLGAVGVIELTDAVDVPAVTRAAVEHGVWIRPFRNLVYAMPPYTSSTAEVDVMATGMVAAVEEAAKQRAAA PGPT0022100_710 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022100-bioA-K00833 NA NA D3-18_03197 1158 bioF COG0156 8-amino-7-oxononanoate synthase ATGACCCGGTGGCTGGAGGAGCAAGCCCGGGTCCGCGAGCGCAGGGGCTTGGTGCGAAGTCCGCTGGTGCGCGGAGTGACGGACCGGATGATTGATCTGGCCAGCAACGACTATCTCGGCTTGGCCACGGATGCCAGGCTCGCCAAAGCCGCAAAGGAAGCCATCACGAAGTGGGGCACGGGCGCTACGTCATCGAGGTTAGTGGCGGGCACCACCGAGCTTCACATGGAGTTGGAGCACGAACTCGCTGAGCTGACGGGAATGGACGCAGCGTTGGTCTTTTCCTCCGGTTACCTCGCGAATCTTGGAGTCACAACGGCTTTGGGCGGTCCAGGTACGTTGATTGTGGCCGACGAGCAATGCCATGCCTCGTTGATCGACGGCTTCCGGTTGAGCCGCTCCGAAGTGAAGAATTTCAGGCACAACGATGTGCAGGACGCAGCGGACAAACTGGCCGACCGCACCCAGCCACGGGCCCTCATCGTTGTGGAGTCCATTTATAGCGTAGGCGGGGATGCGGCACCGCTAATGGAACTCCTGGAGTTGGCGGAAGCACACGACGCCATGCTTCTGGTTGACGAAGCCCACAGCCTGGGTGTCTCGGGCTCGGGGCCCAGGGCCGGGCACGGCACCGTAGCAGGGACCAGGTTGGCCGGACATCCCAACGTCATCGTCACCGCCACCCTTTCCAAGGCACTCGGCAGCCAAGGCGGCGCTGTCCTTGGCTCACTGTTACTCAGGGAGCACCTGGTCAACCGGGCCAGAAGCTACGTCTTCGACACCGCATTGGCTCCCCCTGCGGCAGCAGCCGCGCTCGCGGCCATTGGCGTCATCAGGGATGAGCCGTGGCGTGCCGAATCAGTCCACCACAATGCAGCCGCGTTGGCCGCCGGACTGCAAGCTGCGTACGGAAGGCTCGGCACCGCCGTCGACTATTCCCTGGGAGCAGTCCAGTCCATTCGCACGCCGTCCGCCGAAGCTGCCCTCGCGGCCGGCAAAGCAGCATACGAGGCTGGCATCCGTGTGGGGTGTTTCCGTCCACCGTCCGTCCCGGATGGGGTGTCGCGGCTTCGTCTCACGGCGCGCGCCACCCTCACACCGGCGGACATCGAGCAAGCCTGCGCAACGTTGCGCAGCATCCTGCAGAGAACATCATGA MTRWLEEQARVRERRGLVRSPLVRGVTDRMIDLASNDYLGLATDARLAKAAKEAITKWGTGATSSRLVAGTTELHMELEHELAELTGMDAALVFSSGYLANLGVTTALGGPGTLIVADEQCHASLIDGFRLSRSEVKNFRHNDVQDAADKLADRTQPRALIVVESIYSVGGDAAPLMELLELAEAHDAMLLVDEAHSLGVSGSGPRAGHGTVAGTRLAGHPNVIVTATLSKALGSQGGAVLGSLLLREHLVNRARSYVFDTALAPPAAAAALAAIGVIRDEPWRAESVHHNAAALAAGLQAAYGRLGTAVDYSLGAVQSIRTPSAEAALAAGKAAYEAGIRVGCFRPPSVPDGVSRLRLTARATLTPADIEQACATLRSILQRTS PGPT0022095_2623 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022095-bioF-K00652 NA NA D3-18_03198 684 bioD COG0132 ATP-dependent dethiobiotin synthetase BioD ATGAAACTGCCTCCCGTCATTCTGGTCACCGGTACCGATACCGGCGTCGGCAAGACCATCGCGTCGGCCGCCATCACGGCCGCACTTCATGCACGTGGCCGAACGGTTGCCGTTTACAAACCGTGCCAGAGCGGGAATGCGCTGGGTGATTCAGATTGCGCCGAGGTGGCACGGTTGGCCGGTCCGGTGACGTCGGAAGCCGGAATCGTTCTCGAAGAGCCCATGGCACCCGTCCCTGCCGCAGCACTGGACGAGGTCACGTTGCCGTCGCTCGCCGCCCACGACGGCCGGATCCGTGAGCTGACCGCCAGACACGACCATGTGCTGGTGGAAGGCGCAGGCGGCTTGCTGGTGGAGTTGGACCACGACGGCGGCACGCTGGCTGATCTCGGCACGCACCTTGGAGGCATGGCTGGATTTGCCGTGGTGGCCAGGCCGGCGTTGGGCACGTTGAACCATACGGCGCTTACCCTGGAGGCCTTGGACGCCCGGACCCTGCCGGTGGTGGGGGTAGTCCTCGGGAGCTGGCCGGCAACTCCAGGTGCCGTGGAGCTCAGCAACCGGGCGACTCTGAGGAGTTGGCCTGTCCCATTCCTGGGTGCCGTTCCTGCCGACGCCTCCCGACTGGATCCGGCCGATTTCCGCTCTCATGCATCCGAGTGGCTTGAAGGGTTGCCGGTATGA MKLPPVILVTGTDTGVGKTIASAAITAALHARGRTVAVYKPCQSGNALGDSDCAEVARLAGPVTSEAGIVLEEPMAPVPAAALDEVTLPSLAAHDGRIRELTARHDHVLVEGAGGLLVELDHDGGTLADLGTHLGGMAGFAVVARPALGTLNHTALTLEALDARTLPVVGVVLGSWPATPGAVELSNRATLRSWPVPFLGAVPADASRLDPADFRSHASEWLEGLPV PGPT0022115_1664 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0022115-bioD-K01935 NA NA D3-18_03199 1173 thcB Cytochrome P450 116 ATGAGCGCGGCGTTGTCTGCTGTAGCTGGACTTCCCGGGACCGGCCGCTGTCCTTACCGGGTCTTGCGGAACCCCGACACTGTGCGGGAAGTGCTGCACAGGCCCCAGGACTTCAGCCCGGCCAATGCCCTGCTGGCGGTAACTCCCTTGAGCGGACAGGCGCTGCGCATATTGCAGAAGGCCCGGTTTGCGCTGCCGCCGATCCTTGCGAGCAACGATACCGAGACCCATGCAGGGATTCGAAAAGTGGTGGCTGGCTTCTTCACCCCGGCAAGAGTGGCGGCCATGGAGCCCCGTATTCGCGGCCTGGCCCGGGAATCGGCAGCCCGCGCCGCGCAGCGCCTGGCCTCGGAGGGCAGCGTGGACTTGGTGCAGGCCGTCGCCGCAAATCCTCCGGCGGTCATCATGCTGGAAATGTTGGGGCTGCCCGTGCGTGACCTGCCCGTGTTGAAGGCTTGGAGCCTGGACTCGCTGGAGCTGTTCTGGGGTTGGCCCGATGCTGACCGGCAACTCGAATTGGCACACAGCGCTGCGGATTTTTACCGCTGGTTGAGGGAACTGGTTGTGGAGTTTGTGGCATCCTCGGACACCAACCTCTTCAACGCGCTGGCTCGCCACGGGCTGAGCACAGCGGAGATCTGCTCTCTGGGCTATTTCCTCCTGATCGCCGGGCAAGAGACCACTACCCAACTCATCAGCACCACGCTGTTCCGGCTGGCCGAAGGCTCCCGGGGTATCTCGTGGAGCGAGGCAGCAACCGCTCTAAAGGCACGCGACCTGGTCCGGCACGTCCTTGCAACCGAGTCCTCCGTCCCCACATGGCGGCGTGTTGCAATGCAGGACACCTTTTTGGACGGACGAGCCGTCGCGGCCGGCGAGGAGCTGCTGCTGGAATTGACCGGAAACCACGGATTCCCCTGGACCGAATCAGCGGGGGCGGAACCAGGAGACTCCGAGGCTTCCGGCCGTTCGGGACCGACACCCTACGGCCTGGCGTTCGGCTCCGGGATCCACCGCTGCCTCGGCGCCAAACTCGCGGAACTGGAGGCCGCCGTCGTCGTTCACGAAACAGCAGCGGCCCTTAAAGGAATCCGGCTGCAGGATTCAAATCCGGACTGGATCCGGCTACTGTCCTTCCAGGCCCCCCGAACAGTGGTGGTGGAGCCTGGGTAG MSAALSAVAGLPGTGRCPYRVLRNPDTVREVLHRPQDFSPANALLAVTPLSGQALRILQKARFALPPILASNDTETHAGIRKVVAGFFTPARVAAMEPRIRGLARESAARAAQRLASEGSVDLVQAVAANPPAVIMLEMLGLPVRDLPVLKAWSLDSLELFWGWPDADRQLELAHSAADFYRWLRELVVEFVASSDTNLFNALARHGLSTAEICSLGYFLLIAGQETTTQLISTTLFRLAEGSRGISWSEAATALKARDLVRHVLATESSVPTWRRVAMQDTFLDGRAVAAGEELLLELTGNHGFPWTESAGAEPGDSEASGRSGPTPYGLAFGSGIHRCLGAKLAELEAAVVVHETAAALKGIRLQDSNPDWIRLLSFQAPRTVVVEPG NA NA NA NA NA D3-18_03200 459 vsr COG3727 Very short patch repair protein ATGGCCGAAAGCCGGGACCTTCTGACGCGGGAGCAGCGCAGCCGCAACATGTCCAAAATCCGTGGGAAGAACACGAAACCTGAGTTGCTGGTCCGCAGGCTCCTGCATGCGAAAGGCTACCGGTACCGGCTGCACGGAAAAGCCGGAACGGCGAAACTACCGGGTAGCCCGGACCTGGTGTTCGCGGGGCGTCGCAAGGTCATTTTCGTCAATGGCTGCTTCTGGCATTTCCATGATTGCAAGGCAGGGCAGCACGCCCCGGCAGCGAACGCGGAATTCTGGGAAGCCAAGAGAACGCGAACCCGCGAAAGGGACGCGCTGCAGCGGAAGCAGTTGGAGGCTGCCGGGTGGGAGGTGCTCACGGTGTGGGAGTGCCAGCTGAAGGACAGGTCCATGCTCGAGGACCGGCTTACGGAATTTCTGGAATCAGCTGTGGACGAAGGCGCAACGGTGGACTAA MAESRDLLTREQRSRNMSKIRGKNTKPELLVRRLLHAKGYRYRLHGKAGTAKLPGSPDLVFAGRRKVIFVNGCFWHFHDCKAGQHAPAANAEFWEAKRTRTRERDALQRKQLEAAGWEVLTVWECQLKDRSMLEDRLTEFLESAVDEGATVD PGPT0020015_1155 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESTRICTION|MODIFICATION_SYSTEM CE-BACTERIAL_FITNESS-TYPE_II_R-M_SYSTEM,PGPT0020015-dcm-K00558 NA NA D3-18_03201 174 hypothetical protein ATGGAAAGTGGTGCTCGCCCGTCACCGGGCCTCATGCTCATCATCGTGGTCTGCATGACTGTGCTGCTGGGCATTGGTGGGTCGGCTGCCTTTGCCCTTTGGCAGCAGAGCTCCCAAACGTCTGTCACAGATCGATCCCTGGAGTCCGCACCGACCAGCACCACCACGCCTTAG MESGARPSPGLMLIIVVCMTVLLGIGGSAAFALWQQSSQTSVTDRSLESAPTSTTTP NA NA NA NA NA D3-18_03202 381 hypothetical protein GTGTCTGAGTATGAAGAATGCACCGACGCCCTGGTGGATCCCACCGTCCTCACCGAACTCCAAGCTGAACTCGGCGGCGACCCAACCATCATCAGCACCTTCGTCGGCAACTACGTGGAGCTTCTGCCGTGGCGCGTGGACCGGCTTCATCATGCCCTGGAAAAGCTTGACATTGAAGACGCCATGGATGCGGTCCTAAGCCTGAAGACATCCAGCCACATGGTGGGTGCCATCTGCATGAGTCGATTGGCCACGGAGCTGGAGATCAGCATCAGGCTCCTGCCCAACGCAGCCCACTTGGACGAGCTCCGCCCGCTGGTCAATGAAATCGAGCACTTCGTCCCGGCGACGATCCGGGAGCTGGGAACCCCGCTTTTGTAA MSEYEECTDALVDPTVLTELQAELGGDPTIISTFVGNYVELLPWRVDRLHHALEKLDIEDAMDAVLSLKTSSHMVGAICMSRLATELEISIRLLPNAAHLDELRPLVNEIEHFVPATIRELGTPLL PGPT0025855_123 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_SENSING_REGULATORS CE-QSR-QUORUM_SENSING_REGULATED_FLS,PGPT0025855-hptB-K20976 NA NA D3-18_03203 600 sutR_1 COG1396 HTH-type transcriptional regulator SutR ATGACAACCGAGACTCCTGCTCCACCAGCCACCAGCGAACTGCTGGCAACTGTGGGAAACAAGGTGCGCACCATGCGCAAGGCAAAGGGCATGACCCTCGCCCAACTCTCGGACATCACCGGCCTCAGCCAAGCGATCGTCAGCCAAATCGAACGCGGCATGGCCAACCCTTCCTTCACCACGTTGGCCCAGCTGGCCCACGGCCTGGACATCCCCGTAGGGAGATTCTTCATCGGCCAGGACGAATCAAAGTCCCCCGTGGTCCGCAGATCCGATCGACGCAACCTTAAGAACGTCACCCGCGAATCCGTGGGCGAAGCAGTGCACGAGCTGCTCACCCCGAACCGCGATGGAAGCATCGAAGCGCAGTGGATCAGTACGCCCCCAGGGCACGACACCAGCGACACCCCCTTTACCCACAGCGGTGAAGAGTTCTGCTACATCATCTCCGGCCGTAAGGACGTCTATTTGGACGGCGTCTGCTACAGCCTTGAAGAGGGCGACTCCATCACCTACTCCTCAGAGATCCCCCACTGGTACAAGAACAGCTACGAAGAGGTATGCGTAGCCATTTGGGTCAACGCACCACACGCGTGGTAG MTTETPAPPATSELLATVGNKVRTMRKAKGMTLAQLSDITGLSQAIVSQIERGMANPSFTTLAQLAHGLDIPVGRFFIGQDESKSPVVRRSDRRNLKNVTRESVGEAVHELLTPNRDGSIEAQWISTPPGHDTSDTPFTHSGEEFCYIISGRKDVYLDGVCYSLEEGDSITYSSEIPHWYKNSYEEVCVAIWVNAPHAW NA NA NA NA NA D3-18_03204 1332 proP_4 Proline/betaine transporter ATGCTCCACAGCACAACGACGGACAACGTAGTCCCGTCACCTAATACCAGCCACTCATCCCCCGTAAAGAACACCAAGTTCACCCCCGAAGTCCGTAAAGGCTTACTCGGGCTAGGCCTGGGCAACGCCCTGGAATGGTACGACTGGATGGTCTTCGGCCTTCTGTCCGCCTTCATCGGCCCTAATTTCTTCCCCAATACCGATCCGCTCTCGGCGACGCTGAACGCGTTGGCCGTGTTCGCCGTCGGGTTCGCCTTCCGCCCCTTGGGCGGCATCCTCCTCGGAACCCTGGCAGACCGGATCGGCCGACGCCGCGTGATGCTGCTCTCCATCATGTTGATGGCCGGCACCACCCTGATCATCGCCGTCACGCCGAGCTATGAGACGATCGGCCCCGCAGCGGGCATCATTTTGGTGGTATGCCGCGTCCTGCAAGGTATCTCCACCGGCATCGAAGCGCCGCTGTCCACCTCGCACGCTGTGGAACTCGCACCTGCTGGCCGCGAGGGCTACGTAGCCGGCATCATGTCCTTTTACGTCAACATCGGGATCTTGCTCGCCTCGCTCATCAGCTTCCTGTGCAGCCTCGTCCTAGGCGGCGCAGCAATGGCCGAATGGGGCTGGCGCGTACCCTTCATCATCGGAGCCCTCTTCGGATTCGTGGTTCTCTACCTCCGCCGTTCCCTGCCAGAAACCCTCAAAGCCGAGGAAATGGCCACCAATACTCCCCGCGCAGTCTGGTCCGGAGTCCGTAAGCACTGGCTGTCCGTCCTTGCCATCATCTTCGTGGTGGGTGCAGCACAGGCCTACAACTACGCTTGGAACGTTGGCCTCCCCAGCGCAGCACGCAGCGGGTTCAAAGAAGACCCCACCGCAGTCTTCGCCCTCACCACCATCCTGGGCGTCATCTTGGTGGTTGGCAGCTGGATCATCGGCAAGCTGGCCGACGGCAAGGCAATGTCCAAGTGGTTCCTGGTCACCCGCATCCTCGCCATTCCTTCCGTGTTCCTCATGCTCATGTACGTCCAGCCCGGCATCGGTGGCTTCGCAGCTGTCCTCCTGGGTGGTTCGATCGTCCTGGTTTTGAACATGACCCTCTACAACGTGGTCAGCTCGTCCCTGATGCCCAAGAACATCCGCGGCACAGGCGTGGCCCTGGGCTACGGCGTCGGTGTGGCGCTCTTCGGCGGTACAGCCTCCTATCTCCTGGTCTGGCTTCAATCGCTGAACCTCACCTGGGTTTTCCCGGTCTACGTGGCCATCCTCTCCATTCTCAGCATCGTTTTCTATCTCGCCGCTCGCCGTTCCAACGGCATCTTCGTCGGAAAGTAA MLHSTTTDNVVPSPNTSHSSPVKNTKFTPEVRKGLLGLGLGNALEWYDWMVFGLLSAFIGPNFFPNTDPLSATLNALAVFAVGFAFRPLGGILLGTLADRIGRRRVMLLSIMLMAGTTLIIAVTPSYETIGPAAGIILVVCRVLQGISTGIEAPLSTSHAVELAPAGREGYVAGIMSFYVNIGILLASLISFLCSLVLGGAAMAEWGWRVPFIIGALFGFVVLYLRRSLPETLKAEEMATNTPRAVWSGVRKHWLSVLAIIFVVGAAQAYNYAWNVGLPSAARSGFKEDPTAVFALTTILGVILVVGSWIIGKLADGKAMSKWFLVTRILAIPSVFLMLMYVQPGIGGFAAVLLGGSIVLVLNMTLYNVVSSSLMPKNIRGTGVALGYGVGVALFGGTASYLLVWLQSLNLTWVFPVYVAILSILSIVFYLAARRSNGIFVGK PGPT0001525_358 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_KETO-|OXOGLUTARATE_TRANSPORT,PGPT0001525-kgtP-K03761 NA NA D3-18_03205 1365 thi4 Thiamine thiazole synthase ATGAACTCGCTTGAACTCAGCACTACGACGGCGGACCTCACCGCCCCGGTCATCTCACGTTCCGACGTCCTGGTAGTGGGCGGTGGCCCCGCAGGCGTGGCTGCTGCGGTTACCGCGGCCCGCTCCGGGGCCAAGGTCACTCTGCTGGAACGCTACTCATCGTTGGGCGGTCTGGCCTCCGGCGGCATGGTCCTGGTGTTGGACGACATGATCAACGGCCAGGAAATCACCGTCACGGGCATCGTCTCCGAATACGTCGAGCGCCTACAGAAACTTGGCCTCGCAATCGTCCCGCCAGCTGATGACCGTAAGACCTCCGAGGAACTCTGGAACAAGTGGGGCCGGTTCGGAACTTTCGACTTCCACTCCCACACCAATCCCAAGCCCATCTGCTACGCAGCCGCCTTCGATCCCGATGGCTGGAAGCGCGTCTCCAACGACCTCGTCCGCGAGGCCGGCGTGGACCTCCGCCTGCACTCTTGGTTCTCCCGCCCCATCGTGGACAACGGCATCATCAAGGGTGTCATCTGCGAAACGAAACTGGGCCCGCAGGCCTTCATGGCCGACGTCGTGATCGACACCACCGGCGACATCGACGTCGCTTCCCGTGCCGGTGCCAGCTACGCCAAGGACAACTACCTCACCACGCTCGTGTTCCGCCTTGGCAACGTGGATACCAATGCCGCAGAAGCTTTCGAACAAGCCAACCCGAAGGAAGCTCGCGCCATCAACCGCAAGATCAAGCGGCTCCTTGGTGGCGCCTGGGAACTGTGGTGGCTCAAGACTCCCATCGACGGCGTGGTCTGGTGCAACGCCCCGCACATGTCAGGCTTCGACGGCGTGGACCCTGCCGACATGACCGCGGCCGAGTTTGCAGCCCGGGATCGTATCTCCGAGGCCGTGGACTACGTCCGCGCCCACCTCCCCGGCTTCCAAAACTGCTACATGCTGGACGTCGCATCCCAGATGGGTGTCCGCCAGACCCGTCTTCTGGAAGGTGAATACGTCATGACCAAGGACGACGTCACCCAACGCCGCCACTTCGAGGACACCGTGGCACGAGGCCGTGACTACTACTACCCGTACCGCTCCCTGCTGCCCAAAGAAGTGGACCAGCTCCTGGTGGCCGGCCGGCACTACTCCGCCACACCGGAAGCGCAGAAAATGTCCCGCGAGATCCCGCCCTGCATGGCAATGGGCCAAGCCGTCGGCGTCGCCGCAGCCCTCGCCGTCGAGAACAACCTCCTTGTCCGCGACGTCTCCGCACTGGACATCCAGCAGGGCATGCGCCGCCACGGAGCAGACCCCGGAGACGTCCCGTCGTCGAACGCCACCGTCAACGAAACCGCGGCGGTGCCGGCATGA MNSLELSTTTADLTAPVISRSDVLVVGGGPAGVAAAVTAARSGAKVTLLERYSSLGGLASGGMVLVLDDMINGQEITVTGIVSEYVERLQKLGLAIVPPADDRKTSEELWNKWGRFGTFDFHSHTNPKPICYAAAFDPDGWKRVSNDLVREAGVDLRLHSWFSRPIVDNGIIKGVICETKLGPQAFMADVVIDTTGDIDVASRAGASYAKDNYLTTLVFRLGNVDTNAAEAFEQANPKEARAINRKIKRLLGGAWELWWLKTPIDGVVWCNAPHMSGFDGVDPADMTAAEFAARDRISEAVDYVRAHLPGFQNCYMLDVASQMGVRQTRLLEGEYVMTKDDVTQRRHFEDTVARGRDYYYPYRSLLPKEVDQLLVAGRHYSATPEAQKMSREIPPCMAMGQAVGVAAALAVENNLLVRDVSALDIQQGMRRHGADPGDVPSSNATVNETAAVPA NA NA NA NA NA D3-18_03206 1251 frc_2 COG1804 Formyl-CoA:oxalate CoA-transferase ATGAGCATTGTGACTTTGGAACAGGCAGAAGGCACGACGGCGGCACTCACCAACGCGGACCCGGCAACTACCCCGCTCCCCCTGGACGGCATCAAGATCGTGGACTTCACCCAAGTGTTCATGGGCCCTTCCTGCACGCAACTGCTGGGCGATTACGGCGCGGACATCATCAAAGTGGAACGACCGGGCGCCGGGGACATTTCCCGCAACTCGTTCCCGGACCAGGACGGCCAGGACAACCCGATCTTCCTGTCCATCAACCGAAACAAACGCAGTGTCTCCGTAGACACGCGCACCGCCGAAGGCCGTGAGGTGCTGCACCGCCTCATGGCTGATGCTGACGTAGTGGTCAGCAACTTCCGCTCCGGCGTCATGGAGCGCATGGGCTTCGGCTACGAAGAACTCAAGGCCAGCAACCCTGGGATCATCTGGGCCTCGGGCACCGGCTTTGGACCTGCCGGCCCTTACTCACACAAAGGGGGCCAGGACGCGATCGCCCAGGCCTACTCCGGTGTGATGTGGCGGCGGGAGTCCGAGGACTCCAAACCGTCCATCTACCCCACAACGCTCTGTGATTACATCACCGGCATGCACCTCATGCAAGGCATCCTGCTGGCACTGCGCACGCGTGAAACCTCGGGCATCGGCCAAAAGGTGGAAGTGACCATGTACGACTCCATGTTGCACCTGCAGATGCAGGAGGCGTGCATGCAGCTCAACCGCGGCTACGAGGTCAACTGGGGTGCCATGCCGCTGAGCGGTGTCTTCGAAACCACCGACGGCGCCGTCTGCATGGTGGGTGGCTTCACCCCGGACCCGTTGGCCCGCATTTCCGAGGCCCTAGGCCTGGATGAAGACCTCACCCAGCGCCCCGAGTTCTGCAACCTGGAGCAACAGTTCAAGAACAAGCCGGCTTTGCAGGCGATCTTCCATGAGCGCATCGCCACAAATTCCACTGAGTACTGGACTCACCAACTTGAGGAGCAAGGGCTGCTCAACGCTCCGGTTCACACACTGGAACAAGCTCTGGCCGATGCCCAGACGGAGGCCAACGGCATGATCGTGGAAGCGGAACACCCCGCTGTAGGTACCATCCGTATGTTGAACGCACCCATCCGGCTTTCGGCCACCCCTCCGACGATCCGCCGTGCTGCTCCGCGTCTCGGCGAGCACAACGTGGAGGTGCTGTTGGAAAACGGCTTCGATGAGGAAACCATCGAGCGCCTGCAGCAGTTGGGAGTCCTGCGATGA MSIVTLEQAEGTTAALTNADPATTPLPLDGIKIVDFTQVFMGPSCTQLLGDYGADIIKVERPGAGDISRNSFPDQDGQDNPIFLSINRNKRSVSVDTRTAEGREVLHRLMADADVVVSNFRSGVMERMGFGYEELKASNPGIIWASGTGFGPAGPYSHKGGQDAIAQAYSGVMWRRESEDSKPSIYPTTLCDYITGMHLMQGILLALRTRETSGIGQKVEVTMYDSMLHLQMQEACMQLNRGYEVNWGAMPLSGVFETTDGAVCMVGGFTPDPLARISEALGLDEDLTQRPEFCNLEQQFKNKPALQAIFHERIATNSTEYWTHQLEEQGLLNAPVHTLEQALADAQTEANGMIVEAEHPAVGTIRMLNAPIRLSATPPTIRRAAPRLGEHNVEVLLENGFDEETIERLQQLGVLR PGPT0002130_678 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0002130-frc|yfdW-K07749 NA NA D3-18_03207 807 dpgD Enoyl-CoA-hydratase ATGACCGCTTTCGTACAAGAGCGCGTTGACACTGTCACCCTCACCATTGAGAACCATGTGGCGACCGTGGTCATTGACCGCCAGCACGTGCTCAACGCCGTAGACAACCAGGCCCAGGGCCGGCTCAATGGGATCTGGGCCCAGCTGGAGAACGATCCCTCGGTACGTGTCGTGGTGATTACAGGTGCCGGGTCCCGGGCGTTCTCCGTTGGCGCAGACATGTCTGCCTCAGCCGTGGATAAGACCGGCCTGGAGTACTGGGCCAGTCTGGACCCCAATGGCTTCGGCGGCCTGAGCCTGCGCACCACCCTCAATATCCCAGTGATAGCCCGCGTCAACGGCTACGCCCTCGGCGGCGGGATGGAGATGGTGCTCGGCGCAGACATCGTGGTGGCCGCCGATACAGCGAGGTTCGGTTTGACCGAGCCCCGCGTTGGGCGGTTGGCGCTCGACGGCGGCATCCACCAGTTGGTGCGGCGGATCCCGCATACGCAGGCCATGGGCATGTTGTTGACCGGACGGAAAGCCGACGCGACGGAAATGCAGTCGATGGGACTCGTCAACGAGGTAGTTCCGGCCGAAGAGCTCGACGCCGCGGTGCAGCGTTGGGTGGACCAGATCCTTGCCTGCGCGCCCACGTCAGTCAAGGCAGTAAAGCAGATGGTCACGCAAACTTCGCACCTGACGCCCCAGGAGGCCCGGGGCCTGCGCTTGCCAGCCCTGATGGCTGCCCTGGACAGCGAAGACTCAGCCGAAGGCGTGCGTGCTTTCCAGGAAAAGCGCCAGCCAGTGTGGCCGGGCCTCTAA MTAFVQERVDTVTLTIENHVATVVIDRQHVLNAVDNQAQGRLNGIWAQLENDPSVRVVVITGAGSRAFSVGADMSASAVDKTGLEYWASLDPNGFGGLSLRTTLNIPVIARVNGYALGGGMEMVLGADIVVAADTARFGLTEPRVGRLALDGGIHQLVRRIPHTQAMGMLLTGRKADATEMQSMGLVNEVVPAEELDAAVQRWVDQILACAPTSVKAVKQMVTQTSHLTPQEARGLRLPALMAALDSEDSAEGVRAFQEKRQPVWPGL PGPT0008320_40 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626 NA NA D3-18_03208 963 araD L-2-keto-3-deoxyarabonate dehydratase ATGCAGCCATCAGTTGCGCTCGAATCCCTTCGCCGTGAGTCCTTGCCCGGAGGCGTTTGGGGCGTCGTTGCCACACCCTTCCAGGGCAGCACTTTGGATGTGGATCTGGACAGCTTGGCCGAGCTCGTGGAGCACTACGAGTCCATTGGCGCCACTGGGCTAACCGTCCTTGGCGTCTTTGGCGAAGCAGCAGCCCTCACACCTGACGAACGCCGCGATGTCTTGGAAACCGTGGTCGAGTGCCCTTCGCTTCCGCTGGTGGTGGGTGTGACCGCTTTGGCCACGCGGCCGGCCATTGAGGAAGTCCTGGCAGCTCAAGAAGTGGCCGGCAGCCGTCTCGCGGCTGTGATGGTGCAGGCCAACTCTGCCAGGGCGGAGACCGTCATTGCGCACCTGGATGCCATTCAACGCACTACCGGCGCCAAAATCGTCCTCCAGGATTATCCGCTGGCCAGCGGTGTCAGCATCGCGACGTCGGCGCTGATTTCTGTTGTCATTGCCTGCGAGTCCGTCATTGCCGTCAAGGCTGAGGCGCCGCCCACCAGCGTCGCGATCGCAGAACTGAGTGCCGCCGTCGGGGTGTCTGTTTTTGGCGGTCTCGGCGGGCAGGGACTGCTGGACGAACTCATGGCCGGCGCGGCGGGAGCCATGACGGGTTTCTCGTACCCCGAAGCACTGATCGCCTGTGTCCGGGCATGGCACCAGGACGGCTACGAGGCCGCCCATCGCGAGCTGCTGCCATACCTGCCGCTCATCAATTTCGAGCAGCAGGCCAAGGTGGCGTTAGCCATCCGCAAGGAGTGCCTGCGCGAGCGCGGACTCATCAAGGACTCCGGTGTCCGGGTACCGGCAGCGGGTTTCCCCGAGAACCTTCGGAACAGCATGGAGATTCATCTCCGCGAAGCAGCCGTGGCGCTGGAAACCGCGAAAACAACAGTGAAGACAACTGCAGGGAGCTTCTAA MQPSVALESLRRESLPGGVWGVVATPFQGSTLDVDLDSLAELVEHYESIGATGLTVLGVFGEAAALTPDERRDVLETVVECPSLPLVVGVTALATRPAIEEVLAAQEVAGSRLAAVMVQANSARAETVIAHLDAIQRTTGAKIVLQDYPLASGVSIATSALISVVIACESVIAVKAEAPPTSVAIAELSAAVGVSVFGGLGGQGLLDELMAGAAGAMTGFSYPEALIACVRAWHQDGYEAAHRELLPYLPLINFEQQAKVALAIRKECLRERGLIKDSGVRVPAAGFPENLRNSMEIHLREAAVALETAKTTVKTTAGSF PGPT0002080_1005 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714 NA NA D3-18_03209 813 fabG_4 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGGACCTCGGAATCGCCGGCAAGACAGCCTTAGTTGCTGCCTCCACGGGCGGGCTGGGCTTGGCCGTTGCCCGTGCTCTCGCAGCTGAGGGCGTCCGGGTAGCGATCGTGGGCCGTCGCAGGGACCGCGCCAAGGAGATCGTCGAAGAACTGCAGGCTGCGTACGGAAGCGGTTCGCTCGGTGCCACCGGCTTCGATGCCGTGGCCATCGAGGCTGATCTAACAACCCCCGAGGGCATCGAGTCAGCCGTGGAACAGACCGTCGCGGACCTCGGGCCCATTGACATCCTGGTCCTGAACGGTCCCGGCCCCAAACCCGGCGCCGCTGCGACCCTGGGCTCCGACGACATCGCGGCGGCGTTCGATCTGCTGGTCAAGCCGCACCATGCCCTGGTCACGCACGTCCTTCCCGGCATGCGGGAACGGCGTTGGGGTCGCATCCTGGCCATCGGGTCCAGCGGTGTGACAGCCCCGCTGCCCAATTTGGCAGTGTCCAACACCGGACGCGCCGCACTTGCCGGGTACCTCAAGACACTCGCGGCTGAAGTCGCTCTGGACGAGGTCACCGTGAACCTGCTGCTGCCCGGAAGGATCGCCACTGACCGGGTGACGCAGCTGGACCATGCTGCCGCCAAACGACGCGGCACCACACTGGAAGACATTCAGCTCGAGTCCCGCAAGACCATCCCCGCCCGCCGCTATGGAGAAGCCGCCGAGTTCGGTGCGGCTGCCGCCTTCCTGTGCAGCGCGCCGGCGTCGTACATCACCGGAGTCGCACTCAGGTGCGACGGCGGCCTGATCCGCAGCCTCTAA MDLGIAGKTALVAASTGGLGLAVARALAAEGVRVAIVGRRRDRAKEIVEELQAAYGSGSLGATGFDAVAIEADLTTPEGIESAVEQTVADLGPIDILVLNGPGPKPGAAATLGSDDIAAAFDLLVKPHHALVTHVLPGMRERRWGRILAIGSSGVTAPLPNLAVSNTGRAALAGYLKTLAAEVALDEVTVNLLLPGRIATDRVTQLDHAAAKRRGTTLEDIQLESRKTIPARRYGEAAEFGAAAAFLCSAPASYITGVALRCDGGLIRSL PGPT0003180_2281 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 D3-18_03210 1479 aldHT Aldehyde dehydrogenase, thermostable ATGACGTCCATAGCCTTGGAAACCGCCACCACCAACGACACCGAAACGAGCACCGCCCAACACCTCATCAACGGCAAGTGGCTGGGCGAAGCCGACACTCAGCGGATGAACCCGGCCAGGCCCGGGGAACTCGCCGCCCTCTCCCCCAGCGGCACAGCTCACGACGTTGACGCAGCCATCACGGCAGCCGCAGCAGCGCAGCCGGGCTGGGCTGCCATGCCTGCGCCATCGCGTGGCGCCGTCCTCATCGCTGCCGGGAACCTGCTGATCGAGCGGCAGGCCGCCATCGCCGAGGACTTGGTCCGCGAAGAAGGCAAGACACTGGCCGAGGCCAAGGGCGAAGTGAAACGTGCCTCGGACGTCCTTCATTTCTTCGGCTCGCTCGGTTGGGCAGCCACCGGTGAGGTCCTGCCCAGCGGCCTGCCGGACACCACCATCACCACGCGCCGCGAACCGCTGGGCGTCATTGGGCTCATCACTCCGTGGAACTTCCCCATCGCCATCCCGGCATGGAAGACCGCCCCGGCGCTGATCAGCGGCAACACCGTGGTCATCAAGCCGGCGGAGCTCACACCATTGTCCGCCACGCACCTGGCTCGTGCCCTGCAGGATGCCGGGCTTCCGGCCGGAGTGTTCAACGTGGTGCACGGCAAGGGACGCGTGGTGGGCGATGCTCTAGCCCGTGATCCGCGCATCGCTGGCCTTTCCTTCACCGGCTCCACCAACGTGGGCCTGGGACTGCAGGAAATCCTGAACGCTCGTCGCGCCCGGGTCCAGTTGGAAATGGGCGGCAAGAACGGGGTTTTGGTCCTTGACGACGCGGACCCCCGCAAGGCTGCCCAGGTGGTGGCAGCAGGTGCATTCGGCCTCACCGGACAGGCATGCACAGCGACATCACGTGTCTACGTGACGCCGGGAATCCGCGCTGCCTTCACGGAAGCTTTGGTCGAGGAAGCCGCTGCCTACACCACCGGTGACGGCTCGGGAAGCGGCATGCGAATGGGTGCTGTGGTGAGCAGGCAGCAATTCGAACAGGACCAAGCCGCGGTGCGCACCGCCGTCGAACGCGGTGCCACCCTCCTTCACGGCAGCTACGACGGAGACCCGAACGGCCCGCTGTTCTTCCTGGCCGCGGTTCTCACGGACCTGCCGATGGACGATGCAGCGGTAACAGAGGAGATCTTTGGACCGGTAGTTACGGTACTTGAGGTGCCCGATTACGAGGCTGGATTGAATGCCATCAACGATTCCCGCTACGGCCTCACCGCCGGCATCTGCACGGACTCGTTGGCCCTCGCTACGGACTTCGCTGCCCGGGTGCAGGCGGGTGTGATTAAGGTAAACCGCCCCACCGCAGGCTTGGACCTTAACGTTCCCTTCGGTGGCGTGAAGGATTCATCCACCAACACGTTCCGCGAGCAAGGGAGGTCCGCTTTGGACTTCTACACATGGGGCAAAACCGTTTACACAGGGGTGTAG MTSIALETATTNDTETSTAQHLINGKWLGEADTQRMNPARPGELAALSPSGTAHDVDAAITAAAAAQPGWAAMPAPSRGAVLIAAGNLLIERQAAIAEDLVREEGKTLAEAKGEVKRASDVLHFFGSLGWAATGEVLPSGLPDTTITTRREPLGVIGLITPWNFPIAIPAWKTAPALISGNTVVIKPAELTPLSATHLARALQDAGLPAGVFNVVHGKGRVVGDALARDPRIAGLSFTGSTNVGLGLQEILNARRARVQLEMGGKNGVLVLDDADPRKAAQVVAAGAFGLTGQACTATSRVYVTPGIRAAFTEALVEEAAAYTTGDGSGSGMRMGAVVSRQQFEQDQAAVRTAVERGATLLHGSYDGDPNGPLFFLAAVLTDLPMDDAAVTEEIFGPVVTVLEVPDYEAGLNAINDSRYGLTAGICTDSLALATDFAARVQAGVIKVNRPTAGLDLNVPFGGVKDSSTNTFREQGRSALDFYTWGKTVYTGV PGPT0006875_6807 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128 NA NA D3-18_03211 321 COG1146 Ferredoxin ATGAGCTACGTGATCGCCCAGCCGTGTGTTGATGTGAAGGACAAGGCGTGCATCCAAGAATGTCCGGTGGATTGCATCTACGAGGGTGATCGCTCGCTTTACATCCATCCGTCAGAATGTGTGGACTGCGGCGCGTGCGATCCCGTGTGTCCCGTTGAAGCGATCTATTATGCAGAGGATGTCCCGGACGAATGGGCAGATTACGTTAGGGCCAACGTTGAGTTCTTCGAGGAACTGGGCTCACCGCAAGGTGCGGTCGGGCTAGGCAATTTGGGCCGCGACCATTCCGTCGTCGCTGCAGAGCCCCTGCGCGTCCGCTAA MSYVIAQPCVDVKDKACIQECPVDCIYEGDRSLYIHPSECVDCGACDPVCPVEAIYYAEDVPDEWADYVRANVEFFEELGSPQGAVGLGNLGRDHSVVAAEPLRVR PGPT0030810_836 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENERGY_METABOLISM PUTATIVE-FE-S_CLUSTER_BIOGENESIS,PGPT0030810-fdxA-K05524 D3-18_03212 741 phoP COG0745 Alkaline phosphatase synthesis transcriptional regulatory protein PhoP ATGAGTGAAGCACGTGTGGGGCTGGTCATTGAAGATGACCAGGATATCCGCGAATTGGTACGCGTAGTTCTATCCCAGGCGGGATTTGATGTACATGTTGCGTCCACGGGATCCGCAGGTGTTACATCGGCCCGCGAGCTGAATCCGGACGTTATTACGCTGGATCTCGGCCTCCCCGATATTGATGGTTTTGAGGTAGCACGCCAGATTCGGAAATCCTCAGACGCCTACATCATTATGTTGACTGCCCGAGCCGAAGAGCTGGACACCCTCATGGGTCTGGAAGCCGGCGGCGACGATTACCTCACCAAGCCTTTCCGCCCCCGGGAATTGCGCGCCCGTGTTGAAGCCATGATGCGGCGTCCCCGCGCGTCGTCGGAGTCCAAGAGCGTCCCGGAAGAAGTGGATCCCGAAGTGAGCCACAACGGGCTGGCCGTTTCTGCCGGTTCCCGCACCGCGGTCCTGAACGGCAAAGAGCTCAAGCTGACCCGCACGGAGTTCGACCTCCTGCTCGCCTTGCTGGAGACCGGAAGGATAGTGCGGACCAAGGCAGACCTCGCGCGTCGCCTCCGTAATGAACCGTACGACGTCGGCAGTTACGTCAGCGACGCAGACGAGCGCGCCGTTGAGGTCCACATGGGAAACCTGCGCAAGAAACTTGGCGACAGCATCCAGGCGCCGCGCTGGCTTGAGACGGTCCGCGGGGTTGGCTACCGGCTGGCTCCCTCAAGCAACAACTAA MSEARVGLVIEDDQDIRELVRVVLSQAGFDVHVASTGSAGVTSARELNPDVITLDLGLPDIDGFEVARQIRKSSDAYIIMLTARAEELDTLMGLEAGGDDYLTKPFRPRELRARVEAMMRRPRASSESKSVPEEVDPEVSHNGLAVSAGSRTAVLNGKELKLTRTEFDLLLALLETGRIVRTKADLARRLRNEPYDVGSYVSDADERAVEVHMGNLRKKLGDSIQAPRWLETVRGVGYRLAPSSNN PGPT0012985_11 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 D3-18_03213 1671 sasA_5 Adaptive-response sensory-kinase SasA ATGACCCACCCTTCAACTTGGGATATTGGTGACAAGAAGAAATTGTTGGTTTTCAGGCGCTCTTTCCACGAACATACCCTGCGTATGCGCGTTGTCCTCAGCCAACTGCCGTTGTCTGTGTGTGTCTGTATTTCAGCCATCCTGGTTTGGCTGTATTTCCCCGCCACACTTGAGAATCCGCTGTTCCTCATTTTCCTGCTGAGTCAGGCACTCCTGCTTGCACTGTGCATCATTGTGCCGTGGCACCGGCTCCCCTTCGCCAGCTTCCTCAGCATCCCCATCCTGGACATGGTCTCCATCGGATTTGCCAGGGAAGGCGCGGTGGAATCCATCACCGGCCTCAGTGTCCTGGTGGTACTCCCGGTCATCTGGCTGTGTGCCTCAGGGTTGTACCCGAAGCTCGCCATTGTCATGTCCTTCCTGGGACCGTTGGGAATCGTCTGGGTTCCCCTGTTCGTGCGCGGAACCCTCAGTGAACAGGACTTCACCAAGCCGCTGCTGTTCCCCATCCTCATGCTGGGAATTGGAGTTTCCGTCAGCGTCCTGACGCTGAGCATGGTCCGCCAGCAGCGCGCCTTGGAAGAGAAGGACGAGGCACTCAAGGAAGCCTTGAGCGTCAGTACCAAGCAGGAACGGCTCCTCAACACCGTCATGGAAGCCCTGCCGCTGGGTGTGGTAGCTGTGGATGGCGATGGGCACGACATCCTCATGAACCGCCGGCAACGCCAAACACATGCCCTGGCAACTCCCCCGGGCAATGATGATCCCAACGAATCCCAATTGCTGATCTTCGACACTGACAGGACATCGCCGATGCCTGCGGACAGGCGACCGGTGCGTCGTGCCGTCTTGGGTGAAAGGTTCACGGACCAGTTGGTGTGGTTGGGCACGGGAAGCGAACAGCGAGCCTTCACCGCGAGCGCACGGCCCATGGTGGACGACGCCGGGAAGTTCGCCGGTTCGGTGGTGGTGTTCAGCGATGTCACGGACCTGGTGAACGCGCTGGCCGCCAAGGACGACTTCGTTGCCAATGTCTCCCACGAATTCCGTACCCCGTTGACGTCCATTCTTGGCTACGTCGAGCTCATCCTGGACGAGCCGGACGCCCTCAACGCCCGGGCACGCAAACAACTCGATATCGTCAGGCGCAATGCAGAGCGGCTGCTAACCCTCGTCTCAGATCTGCTGGCCGTGCGCTCGGGACAGATCGTCATTCAACCGCACTCAGTGGACGTGGCGGAGTTGGTGCGGGGCAGCGTCACCTCTGCAGAACCACGCGCAGCCAAGGCGGGCATCCGGTTGTCCGTGGACCTCCCGGATGCGCTGGAAGCCCACGTTGACTCATCGCGGATTGCGCAGGTGCTGGACAATCTGGTGTCCAATGCGATCAAGTACTCCCCCGACGGCGGGGATGTGGAGGTAGCTGCCTGGGAGGAGCAGGACTTTGTTTTTTGCCGGGTCACTGACACCGGAATGGGCATGAACGAAGAGGAACAGGCCGAGGCTTTCACCAAGTTCTTCCGCGCCGGCGGGGTACGCAAGAGTGCCATTCCCGGCGTCGGGCTGGGGTTGCCCATCAGCAAAGCCATTGTTGAAGCGCACGGCGGGACCATCACCTTGGAGAGTGTCCCCGGGCAGGGCACCACTTTTACGGTGAAGATGCCCGCCTGA MTHPSTWDIGDKKKLLVFRRSFHEHTLRMRVVLSQLPLSVCVCISAILVWLYFPATLENPLFLIFLLSQALLLALCIIVPWHRLPFASFLSIPILDMVSIGFAREGAVESITGLSVLVVLPVIWLCASGLYPKLAIVMSFLGPLGIVWVPLFVRGTLSEQDFTKPLLFPILMLGIGVSVSVLTLSMVRQQRALEEKDEALKEALSVSTKQERLLNTVMEALPLGVVAVDGDGHDILMNRRQRQTHALATPPGNDDPNESQLLIFDTDRTSPMPADRRPVRRAVLGERFTDQLVWLGTGSEQRAFTASARPMVDDAGKFAGSVVVFSDVTDLVNALAAKDDFVANVSHEFRTPLTSILGYVELILDEPDALNARARKQLDIVRRNAERLLTLVSDLLAVRSGQIVIQPHSVDVAELVRGSVTSAEPRAAKAGIRLSVDLPDALEAHVDSSRIAQVLDNLVSNAIKYSPDGGDVEVAAWEEQDFVFCRVTDTGMGMNEEEQAEAFTKFFRAGGVRKSAIPGVGLGLPISKAIVEAHGGTITLESVPGQGTTFTVKMPA PGPT0002705_910 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002705-phoR-K07636 NA NA D3-18_03214 261 hypothetical protein ATGGCCCGCAAGAAATCGTGGCGCGATATGACCAAAGGCCAACGGATCATGCTGTTGGTAAGTGGAGCGGTGAATATGGCCCTGCTAGGTGCTGCGCAGAGAAGCATCGGCAAGACCCCGGACGATCAGATCAGGGGCAAGAAGGCCATCTGGCGTGCGGTCTCTTTCATTAACTTCTTCGGGCCCGTCAGCTACTTCCTCTTCGGACGCCGTCGGGATGCAGAACATGCAGGGAAGGGCGCAGCGACAGTAAAGCGCTGA MARKKSWRDMTKGQRIMLLVSGAVNMALLGAAQRSIGKTPDDQIRGKKAIWRAVSFINFFGPVSYFLFGRRRDAEHAGKGAATVKR NA NA NA NA NA D3-18_03215 1209 hypothetical protein ATGGACGAGCTCTCCCGCGGGGTGGTGGACAAACTCGATCCCGAATCGGCTGCGTTCATCAATACCAGCGGCCTGGCCAAAGCGTCGCCTATGGGCATGGGCCTTTACAGGATTGAGCCCGTTGGCAAGGTGGGCTCAGTCCGGACCTCCACAGTGCAGCTTGAAGTCCGCCCCAAGGATCGGCTTGGCCTCAGCCGGCTTCTCTTCCTGCTCAGTTACGCCGGGGACCAAGGCTTCCGTGACCATTCCGTGGAGGCCGTGGAGCACCCGGATTTGTGGAGTGCACTGGCCGAATCCCTCGCTCAATTGGCAGATAAAGCCCTGAGCCGTGGCGTCCTGCAGGGTTACCTGACCGTGGAAGAGTCCCTGCGAACCGTCAAGGGCCGCATCCGCATTTCGGACCAGATTTCCCGGCGTCCCGGAATGATGGTGCCGCTGGAGGTCTCCTACGACGAATTCACGGAGGACATTGCTGAGAACCGCATTCTCCGTGCTGCGTTGGAGCGCATGGGAAAGGTTCCCGGGGTGCGGCCGGATGTCCTGAGTCGCTTGCGGCAGCTCAAGGGAAAGCTCGACGCCGTTACCCGGCTTCAGTCCGGAGCGCCGCTGCCGCCGTGGCGGGCCAGCAGGATGAACCTCAGGTATCACGCCGTACTGCGGCTGTCCGAGGTAATTCTGCGCAATGCCTCCGCCGAGGCGGGCGAGGGAAAGCATCAAACCGCGTCCTTCGTGGTGGACATGGGCCAGGTGTTTGAAGAATTCGTGGGAACCGCGCTGAGGTCCGCCATGAGCGCCCATCCGGGGGAGATGCGCCTCCACTACGGGGCGCTGCTCAACGAGGCCGTCAGGGACTCTGATCGACTGACTGTCCGTCCGGACGCCGTCCACTTCCTTGGTGGCCGCCCCGTGGTGGTCTATGACTCAAAATACCAAGCAGCCTCCGACGTCGGTGCCTCCCTGAGCGCAGACCACTACCAGCTGCTGGCGTACTGCACGGCCTTGAGGGTTCCCACCGCTTGGCTCGTCTATGCGGGGGCGGGGGAAATGAAGCTCCGCCGCATTCTCAACACGGACATCGACATCGTGGAGTATCCGCTGGACCTGTCCATGCCGTCGTCGGAAATTCTGGCCGCTGTAGCTGACCTGGCCGAACAATCATGGGGCGAAGTAGTACGCCAAGCGGTGGCGGGCCGGTCGGCGTCGGACTAG MDELSRGVVDKLDPESAAFINTSGLAKASPMGMGLYRIEPVGKVGSVRTSTVQLEVRPKDRLGLSRLLFLLSYAGDQGFRDHSVEAVEHPDLWSALAESLAQLADKALSRGVLQGYLTVEESLRTVKGRIRISDQISRRPGMMVPLEVSYDEFTEDIAENRILRAALERMGKVPGVRPDVLSRLRQLKGKLDAVTRLQSGAPLPPWRASRMNLRYHAVLRLSEVILRNASAEAGEGKHQTASFVVDMGQVFEEFVGTALRSAMSAHPGEMRLHYGALLNEAVRDSDRLTVRPDAVHFLGGRPVVVYDSKYQAASDVGASLSADHYQLLAYCTALRVPTAWLVYAGAGEMKLRRILNTDIDIVEYPLDLSMPSSEILAAVADLAEQSWGEVVRQAVAGRSASD PGPT0027245_562 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 D3-18_03216 2235 hypothetical protein ATGGTGATTCCCTCCGTAAAAACTGCCATTGACCGTGCCCCCGGAGTCTCCAAGGAGATCGAGGACGCAGCCTGGTATGTGCTCGGTCCGGCGCTTCACGGGAGACCTTCGGCGCTGGACGGCAGGACGTTGACGTGGACGGCGGATGCGGCCGGAGAGCTTCTCGAAAGGCTCGAACGCGGAGTCGAGGACTCAAAAGCTCCCATGATGACCAACCTTCGGCAGAACCTGGAAGGCGCGTCCCGGGAGGCCAAACTGCTGGCCGTGGAACTGCTGTTCCTGCAGTCACTGCCGCTCGCGCATGAGGTCAAATCCCTCAGGGTCAAGCGGGCTCGAGTTGCGGAAGCGGCGTCCTGGGTTGAGCCGCCCATCGAGCTGCCGGAAGAACTCTATGAGGGCATGACGGACCACGGCGTTATCCGGGACCGCACAGCCGAGTTCAACTGGACCATTTGGGACCACTTGAAGTGGCTGTGCCGTTTCGTGGCCCACGTGGACAGCCAAAGTACGGCCACCATCAACCAAGCGCTTGCGGACCCGTTGAAGTTCCACGAACTCGCCGCAGCGACGCCCGAGGATCAGCCCGCACTTCGCCGCAGCATCGAGTACCTGGTGTGGCCGAGCTACTTTGAGCCCGTGGTGGCCGATGTTGAACGCCAGGAGATCCGGGACGCCTTCGCTTCACTCGTGGGCGGTGCCAAAGGTGACACGGACGAGGACATCACCGCGGACATTCACCGCATCCGCCTCCACTTGGACGAGCAAGCCGGGCAGCGCATCGACTGGTATTCCCGCCAGCTGGTGAGTCAGTGGCGCAAGGTGGGGGATCCGGGCCGTCGATCCTGGCTCCTGCGCACCCATCATGACAATGGTGACCTCTTGGCCAGCTGGGTCGCCGAGGAAAAGGCCACCCTGGACGTGGAGCACCTGCGTACCCTCACGGCGGGCGTTACGGCCGGCGTGGTTCAGCATGCCGTGGACGAGGATTACAAGCACCTGGGCTACGTGGAACGCGAAGACACCAAGACGGCTGTTTTCGCTTTCCTGACGGTCATGAAACCGGGTGACCTCACGCTGTATCAGCATGCCGGCCGGGTACGGGTGGGCGTGGTTCTTGGCGAGCCTGAACACCACGAGGACAATCGCCGCATCCGCCGCAAGGTCCGCTGGTTCGAGGACAGTTACGCCATCCCCGAGCTCCCCCGTCATGCGCAGCGGCAGCTTTCCACGCCTGGCATCATCGTGGACGTCACCAGGGTGATCCAAGCCCTGCAGGAACTGCTGCCGGTGGAGGCCGAAACCGATGGTGAGGACGAAGCTCCGCCCACCACCGTCGTCGAGGTTGTCCAGCAAGGTTTCCGGCCCCTGACGGAAGAGTTCGCGGCGTCCCTGCACATGGACCTCGAACCGCTCAAGGAAATTGCGGAACTGCTCGAAGACAACCGCCAACTGGTTCTGTACGGTCCTCCGGGGACCGGCAAGACCTACCTGGCCAAGCACCTCGCCGCGGAGCTGGCCGGCGACCACACCGACGAACGGGTGAAGCTGGTGCAGTTCCACCCCTCGTATGCCTACGAGGACTTCTTCGAGGGCTACCGGCCGGACAAAACCGATGATGGCCAGGTGTCCTTCAAACTCGTGGCCGGGCCGTTGAGGCGTCTAGCGGAGGAAGCCGCCAAGGCCGAGAATGCGCACAAACCGTATTTCCTGATCATCGATGAAATGAACCGCGCCAACCTGGCCAAAGTCTTCGGTGAGCTCTATTTCCTTTTGGAGTACCGGGACGATCGCATTTACCTGCAGTACAGCCCCAACGAGCCTTTCAGCCTGCCGGATAACCTCTACATCATCGGCACCATGAACACCGCGGACCGCTCCATTGCCATGATGGATGCCGCCATCCGCCGCCGGTTTGCCTTCATCGAGCTGCACCCCAAGGAGGAGCCGATCCGCGGTACGCTGCGTCGTTTCCTGGAAGCCCGAGGGCTGGACACCCTCAACGCGGACCTGCTGGACGCGCTCAACGACGCGATCGACGATTGGGACAGGGACCTGATGATCGGACCGTCCTACTTCATGAAGAACGCCGCGCAGAACCCCACAGGACTACGTCGCATCTGGAAGTACGAGCTCATGCCGTTGCTGGAGGAGCACTACCACGGGCAGCTGAACCGCGCGCAGCTTGAGGAACGCTTCGGCCTTGACCAGTTGCTGGGACGTCTTGCAGCCCGCTAA MVIPSVKTAIDRAPGVSKEIEDAAWYVLGPALHGRPSALDGRTLTWTADAAGELLERLERGVEDSKAPMMTNLRQNLEGASREAKLLAVELLFLQSLPLAHEVKSLRVKRARVAEAASWVEPPIELPEELYEGMTDHGVIRDRTAEFNWTIWDHLKWLCRFVAHVDSQSTATINQALADPLKFHELAAATPEDQPALRRSIEYLVWPSYFEPVVADVERQEIRDAFASLVGGAKGDTDEDITADIHRIRLHLDEQAGQRIDWYSRQLVSQWRKVGDPGRRSWLLRTHHDNGDLLASWVAEEKATLDVEHLRTLTAGVTAGVVQHAVDEDYKHLGYVEREDTKTAVFAFLTVMKPGDLTLYQHAGRVRVGVVLGEPEHHEDNRRIRRKVRWFEDSYAIPELPRHAQRQLSTPGIIVDVTRVIQALQELLPVEAETDGEDEAPPTTVVEVVQQGFRPLTEEFAASLHMDLEPLKEIAELLEDNRQLVLYGPPGTGKTYLAKHLAAELAGDHTDERVKLVQFHPSYAYEDFFEGYRPDKTDDGQVSFKLVAGPLRRLAEEAAKAENAHKPYFLIIDEMNRANLAKVFGELYFLLEYRDDRIYLQYSPNEPFSLPDNLYIIGTMNTADRSIAMMDAAIRRRFAFIELHPKEEPIRGTLRRFLEARGLDTLNADLLDALNDAIDDWDRDLMIGPSYFMKNAAQNPTGLRRIWKYELMPLLEEHYHGQLNRAQLEERFGLDQLLGRLAAR PGPT0027240_282 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 D3-18_03217 603 hypothetical protein TTGATCCCCGAAATAGCAGGACTCCCATCCTTGGAGTGGACGTCGTCCGCCGGTCACGCCAATTATGACGAGACCGAGGGGACGCTGACTCTCACGGCCGCGCCCGGGGTTGACTGGACCAACGACTCCCTCGGGGGAGAACCGCAGCACGGCGCCACTGCGCTGGGGTTCAGGGCGCCGGCGGCTTTCTCGTTGTCGGCCAGGGTTCTGGTGGCCTCACCACGGACAACGTTCGACGCCGGGGTGTTGACCCTGTGGGCGGACAGCGAGCACTGGGCCAAGCTCTGCTTCGAGTATTCTCCGCAAGGGGAAGCCATGGTGGTCAGCGTGGTGACCAACAGCTATTCGGACGATTCCAACGGGCCTGTGGTGACTGCCCCGTGGGTTTATCTGCGGGTCAGCCGGGTGGGTCCAGCGTGGGCTTTCCACTGGTCACCGGATGGCCGGGAATGGTCTTTCGTCCGGCTGTTCAGGCTGGATACGGAGAAACCTATGCACGTAGGATTCATGTCGCAAGCCCCGATGGGGGAGAGCTGCGAGGCCCGATTCGACGCCATCGAATTGAAGGACGAACCCCCGGCGGACCTCCGCGACGGAAGTTAG MIPEIAGLPSLEWTSSAGHANYDETEGTLTLTAAPGVDWTNDSLGGEPQHGATALGFRAPAAFSLSARVLVASPRTTFDAGVLTLWADSEHWAKLCFEYSPQGEAMVVSVVTNSYSDDSNGPVVTAPWVYLRVSRVGPAWAFHWSPDGREWSFVRLFRLDTEKPMHVGFMSQAPMGESCEARFDAIELKDEPPADLRDGS NA NA NA NA NA D3-18_03218 1974 hypothetical protein ATGGGCGCGGCCTCCTTCTCACGATCGGATACTGACGTGGCCATCACCGCAAGCTCCAACCTCACCGTCACCACTATCTCCCTGACAATGGCTGAGCTCGGCCCATTGAACCCGCTGCCGGTGGTGGCAGCGGAACTGGACCAGCCCTACACCGTGGGCGAGGGTGTGCCTGAGGAACTCCAAGCCTCGGCCCGCTACGGAGTGGTGCCCAACGTGTACCCGTACCTCATGCAGGACGGCTACAGCAGGGACGCGGCACCCAAGGAGTTTCCCGCCGTCGTGCTTGAAAACAGCAAACTCAAGGTGACCGTCATCCCTTCATTGGGTGGCCGCATCTGGGAGTTGTTCGACAAAGCCACAGGCAAACAGCTCCTGCACACCCACGATGCCCCGCAACTGGCCAACATTGCGCTGCGCAAGGCGTGGTTCGCGGGCGGGCTGGAATGGAATATCGGCACCCGTGGACATTCGCCCACCAGTTGCGATCCGCTGCACACGGCAATCGTTCACACCCCGGATGGCAAACACATCCTGCGCGTGTGGGAGTACGAGCGGCTGAGGGAAGTGGTGTTCCAAGTGGACATCTGGTTGCCTGCGGACTCGGACGTCCTCTTCGCCGCGGTCAGGCTGCGGAACCCGAACGATCACGATGTCCCCATGTATTGGTGGAGCAACGCAGCCATCCCGGAAACGGATCGTACTCGGGTCATCGCTCCGGCGGACGAGGCTTTCGGCAGCGACTACGCCACGGATATCACCAGGGTGAAGCCCACTGACCACGAAGGGTATGACGGCACGTGGCTGGTCAAGAGCCCGCACGCGGCTGACTTCTTCTTCGACATCGACCCTTCCGAACGGCGTTGGGTTGTGGCAGCGGACGACGACGGCGACGGGCTGGCGATGCTGTCCACGGGCCTCCTACGGGGAAAGAAGCTCTTCGTGTGGGGCCAAGGACAAGGCGGCAAACGTTGGCAGGAGTGGTTGAGTCCAGGGGCAGGACCGTACGCCGAAATCCAGGCCGGCCTCGCGCAGACGCAATTCGAACACCTGGTGATGCCCGCCGGCGCCGAGTGGGCATGGGTTGAAGCGTACGGAAACGGGCACCTTGATCCGGACACTTCGCACGGTGCCGACTGGAATGCTGCGGTGGCACACGCCAGCGAACGATTGGAACAACTCCTGCCCCACGAGGAACTCGAGTCCATGCTTCCCGCAGCCATCAGCAATGCCGATGTCCCGCCGTCGAAAATGCTGCTGCACGGCAGCGGTTGGGGCGTTGTGGAGCGTACCCGGCGCAGCAGGTCAGGCATGGCCTGGATTGATGAAAGCGGCACACCTTTCGTGGAGGAGAGCGTCACGGCCGAGCAGGAACCGTGGCTTGGGCTACTGCACGGAAAAGCGTTCGACGGCGCGCCCAGCTTCGTCGCCGGGGCGGATTGGGAGGAGCTGCTGGCGGCGCAGAACAACGTTGAAGCGAAACTCCACCTGGCCACCATGAGGCATGCACGGCAGGACTTGGACGGGGCGAAGGGGCTGTATCGCGAGGTCCTTGCGGCCGGTGATGTGGGGCCGCGGACCAAGGCACTCGCGCATCGTGGGCTGGGCTTGGCACTCCTCGCCGAGGGACAGGAAACCGAAGGACTTGCCGAGCTTCGGAACGGCGTGGAGGCTGACCATTCCGCCACAGCCTTGCTCACGGAGGCGGCCACGCTCAGCATCCGCCACGGAGACCCGGCCCTGGCTCTGGAAGTGATGGAGTCGGCACCCAAGGAGGGTGCCGCCGTCGGACGTTTAAGGTTCCTCCGGGCGCTTGCGTTTGCGCGGACGGGAAACCCCGGAGAGGCGGCCGCCATCCTGCGTGAGGGCGTTGAAATTCCGGATCTCCGCGAAGGGGAGGACGCCATCGCAGCGTTGTGGGAAGAGGTATGTCCGGGCGAGCCTGTTCCGTTCAGCTATCAGTTCGGGATGCACTAA MGAASFSRSDTDVAITASSNLTVTTISLTMAELGPLNPLPVVAAELDQPYTVGEGVPEELQASARYGVVPNVYPYLMQDGYSRDAAPKEFPAVVLENSKLKVTVIPSLGGRIWELFDKATGKQLLHTHDAPQLANIALRKAWFAGGLEWNIGTRGHSPTSCDPLHTAIVHTPDGKHILRVWEYERLREVVFQVDIWLPADSDVLFAAVRLRNPNDHDVPMYWWSNAAIPETDRTRVIAPADEAFGSDYATDITRVKPTDHEGYDGTWLVKSPHAADFFFDIDPSERRWVVAADDDGDGLAMLSTGLLRGKKLFVWGQGQGGKRWQEWLSPGAGPYAEIQAGLAQTQFEHLVMPAGAEWAWVEAYGNGHLDPDTSHGADWNAAVAHASERLEQLLPHEELESMLPAAISNADVPPSKMLLHGSGWGVVERTRRSRSGMAWIDESGTPFVEESVTAEQEPWLGLLHGKAFDGAPSFVAGADWEELLAAQNNVEAKLHLATMRHARQDLDGAKGLYREVLAAGDVGPRTKALAHRGLGLALLAEGQETEGLAELRNGVEADHSATALLTEAATLSIRHGDPALALEVMESAPKEGAAVGRLRFLRALAFARTGNPGEAAAILREGVEIPDLREGEDAIAALWEEVCPGEPVPFSYQFGMH NA NA NA NA NA D3-18_03219 591 hypothetical protein ATGTTCGTCACCTGTCAAGATGGTTACATGAGCTTTGTTTTTGTCAGCGGCAACGCCGCATTGGACTTCATCGGGACGTTGAAGTGGCGCCGCTCGGACCTTGAGGAGTTGCTCAATTCGCCCCATGATCTTGAGGTTTGGGCTGCCGAAGCGGGGATCATAACCACCCCACTGGCCGTTTCCGATGATGACTTTGCTCAGTTACTTGGACTTCGCGAGGCCCTATACCGCATGGTGACCACCCATATGGCGGGTTCGGCCCTTCCAGATCCCGATGTGCGGATAGTGAATAAGAAGCTCGAAGGCAGGACTCCTCACCTCAGGCTCAAGGGAGCGGATTTGATTCGATCCGGAGATGCAACCAGCCTCGCCACGAGCATTGCAACGGCTGCGGTCGAACTGTTGACAGGGGACGAGAAATCGAAGCTTAAGGAATGCGGGCGCGAGAACTGCACGCGAATATTTATTGATCGATCCCGTAGCGGCACCAGAACGTGGTGCGGTATGGAGGAATGCGGCAACCGCATCAAAGCTGCAAATTATCGCTCGCGTCGCAAGGCGAAATCAGAGCAACTCGCTGCGGTTTCCTAG MFVTCQDGYMSFVFVSGNAALDFIGTLKWRRSDLEELLNSPHDLEVWAAEAGIITTPLAVSDDDFAQLLGLREALYRMVTTHMAGSALPDPDVRIVNKKLEGRTPHLRLKGADLIRSGDATSLATSIATAAVELLTGDEKSKLKECGRENCTRIFIDRSRSGTRTWCGMEECGNRIKAANYRSRRKAKSEQLAAVS NA NA NA NA NA D3-18_03220 501 hypothetical protein ATGCTAGACCGTCAGGATTACTTGTATTTCACGGAGCGCGCCCTTGATGGCATGGCTTCGATTGTCCGCGGACTGGGCGATGACCTCGCAAACCGCAAACCCTCACTCCAGGGAGCCAATTCACCTTTCGCCCTTCTTACCCATTGCGTTGGAGTCATCGAGTATTGGGTGGGGGATCTGGTCGCGGGTCGACACACCGACCGGGACCGCGAATCGGAATTCCTCTCTTACGGACCCATCGAGCCGCTCCTTCGTGAAGTTCAAGCCACCAAGGTGCAACTGATCGAGGACGTACTCAGTGCCGACCCCCAGGCACCCCTGCGAAGCGTGCCACCAGCGGACTTCCAGGGCCCGGACCGGATGCTCACTCAAGGCGGGGCACTCCAACACGTTTACGAGGAACTGGCGCAGCACCATGGGCAGATGGAACTGATGCGGGACGTCATTGTCGCCGAAGACTCCGGGCAATTGATTCCAGTGATCAACATGGTCCGGCCATGA MLDRQDYLYFTERALDGMASIVRGLGDDLANRKPSLQGANSPFALLTHCVGVIEYWVGDLVAGRHTDRDRESEFLSYGPIEPLLREVQATKVQLIEDVLSADPQAPLRSVPPADFQGPDRMLTQGGALQHVYEELAQHHGQMELMRDVIVAEDSGQLIPVINMVRP NA NA NA NA NA D3-18_03221 1221 patB COG1168 Cystathionine beta-lyase PatB ATGAGCACTGGTCAGTTCGATGCCGTCAATTTGGAACGACTCCGGGGTGGCCACGGAGTGAAGTGGGGTGCAGTGCCCCCCGATGTCCTGGCGTCTTGGGTGGCGGACATGGATTTCGGAACACCGCCCGCGGTTCGTGCCGCCATCCATGAGGTGGCCGAAAGGCAAGACCTCGGGTATCCGTTTTGGCAGGGTGAGGATCCTGTTGTCGCGGCATTCGAAGCCCGAATGACCAACCATCACGCTTGGACGCCTGGCCCCGGCAGGACACGTATCTATACAGACCTTATCCAGGTACTCCAAGTCATGATCGAACATTCGACGTCCCCTGGGGAGGGCATCGCAATCCACGTACCCACTTATCCGCCGTTCTTGGCGACAATTGAGCGATCCGGTCGCAAAATAGTCCCCCTACCCATGATCGACGCTGGCGATACGTGGAAGTTCGACACCGAGGGACTCACAGATAAATTGCGGCAAGAGAACTGCAGAATGCTGATCCTGGTCAACCCCCACAACCCCACGGGGAGAGTCTTCACCGCGGAAGAACTAACCACCTTGGCAAACACGTCCAAAGAACTCGATCTTGTGGTGCTTTCAGACGAAATCCATTCCGATCTGACTTTCGATGACCATCGCCACATACCGTTCGCGTCACTGGGAAAGGATGCGGCGGCCCGCACAATCACTGCAACCTCGGCCACTAAAGCCTTCAACATCGCAGGCATGCGGTGCGCAGTTGCGCACGTAGGGCCGCAAGCGGTTTGGGATGCCCTGGAAAGTGAACCACTGGACTACTTCGGGCAACCAAGCATTCTCAGCAGAGTGGCAACCGTTGCCGCTTGGACACAAAGTGACTCATGGCTGGCTGAACTGAAAGTCACGCTCTCAGCCAACCGCCGAATCATCCAGCAGTGGGTTCAAGACCTTCCCTATGAAGTACCGAGCCATGCGCCGGAGGCGACCTACCTGAGTTGGCTCGACCTCTCCGGAGCTGGAGTGGATCTGCACGACCCCGCAGCTGACCTGGAACGCAGAGCCCGGGTAAGGGTCAGCCAAGGGGCCGAGTTCTCGCAGCACACCGGCGTAAACACCACGACGTTTGTTCGCATCAACTTCGCCACCAGCACATCGAATCTTGTGGACATACTGGGGCGCATCCGTGGTGCCACGACCCGAGCCGCCGTACGGCAGTGGTCCGAAAAGAGCTGCGTCTTCTGA MSTGQFDAVNLERLRGGHGVKWGAVPPDVLASWVADMDFGTPPAVRAAIHEVAERQDLGYPFWQGEDPVVAAFEARMTNHHAWTPGPGRTRIYTDLIQVLQVMIEHSTSPGEGIAIHVPTYPPFLATIERSGRKIVPLPMIDAGDTWKFDTEGLTDKLRQENCRMLILVNPHNPTGRVFTAEELTTLANTSKELDLVVLSDEIHSDLTFDDHRHIPFASLGKDAAARTITATSATKAFNIAGMRCAVAHVGPQAVWDALESEPLDYFGQPSILSRVATVAAWTQSDSWLAELKVTLSANRRIIQQWVQDLPYEVPSHAPEATYLSWLDLSGAGVDLHDPAADLERRARVRVSQGAEFSQHTGVNTTTFVRINFATSTSNLVDILGRIRGATTRAAVRQWSEKSCVF PGPT0001990_2837 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 D3-18_03222 1392 naiP_3 Putative niacin/nicotinamide transporter NaiP GTGTTAGAACCCTCAACAACCCACACTGCCGTCGCGCAGCAGACCCCCGGGTCGCCGTCGTCCGTGTCCGCACGGCTGGAACGGCTTCCGTGGAGCCGGTTTCAAAGGAACATTTTCCTCGTCGTAGCCACCGCCTGGCTCTTCGACTCCATCGACCTCGGCGCCATTACTTTTCTTCTGTCACCGATTAGCACCGAATTCCATCTCTCCGCTGCGCAAGCAGGTCTGCTGGGAAGCGCCAGCTTCGCCGGAATGCTCACCGGCGCCATTGCCGCCGGCTCACTGGCAGACCGCATCGGGCGGCAGAAAGTGTTCCAATACAGCATCTTCATTTGGGGAGCAGCCAGCTTGGCACTTGTCTTCGCCTGGGACTTCAACAGCGTCGCAAGCTTCCGGTTCCTCCTGGGAGTGGGTATGGGCGCGGAATTCCCCGTCGCCGCGGCCCTTATCGCCGAGTTCATGCCCGCCAGCAAACGGGGCAGGTACGCAGCACTTCTCGAGGGCGCCTGGCCTGTTGGATTTATCGCTGCCGGGGCAATCGCCTACTTTATGGTTCCTGCCTGGGGCTGGCGCGGATTCTTCGCCCTCCAAGCTGTCCTGGCTCTCTGGGCACTGGTCATCCGCCGGAGCGTCCCGGAATCCCCGCGCTGGCTGGCCTCACGTGGGCTGACCCTCGAAGCGGACCGAGTCATGACTGCCATTGAAACTGCCGTTACCAAAGCATCCGGCTCTCCGCTCCCCGACTACGAGGTGGCTGGCACCGCTGGCACAACCTCCGAACAACCCCGAGGTATTCGCGCTCTCTTTGTTCCGGAGTACCGCCGTCGCACCCTCATGTTGTGGCTCGTCTGGTTCTGCATCCTCTTCGGCTATTACGGCCTCACCACATGGATCGGCAAGCTACTGACCGATAGCGGATTCGATGTCGTCAAGAGCATAGGTTTCGTTCTCCTCATGGCCCTCTGGGGCATTCCCGGGTTCCTCTCGGCGGCCTTCCTCATCGAAGTCATCGGCCGCAAATACTGCCTCGCCCTCTACACGGTGCTATCGGCTGCGGCTGCCTTCTTCTACGGCCAAGCGGCCGGCGAAACGCAACTCATGATCTACGGTTCCCTTTTGCAGTTCTTCTTCTTCGGGATGTGGTCCTCCATCTATGCCTTCACCCCCGAGTTGTTTCCCACCAGAGCCCGCGGCATCGGCGTCGGAACGGCCACGGCCGCCGGGCGGCTCGGCGCGCTGCTGGGACCGATAGTCGTCCCCATCTTGCTGGCGGCCGGCGGCACAAGCTTGGTCTTCAGCGCCAGCGCCGCCTTGTTTGTCCTAGCCGCAGTCATCGTCTTGATCGCCTTGCCCGAGACGAAACACGCCGTCCTCGAAGACATATCCCACTAA MLEPSTTHTAVAQQTPGSPSSVSARLERLPWSRFQRNIFLVVATAWLFDSIDLGAITFLLSPISTEFHLSAAQAGLLGSASFAGMLTGAIAAGSLADRIGRQKVFQYSIFIWGAASLALVFAWDFNSVASFRFLLGVGMGAEFPVAAALIAEFMPASKRGRYAALLEGAWPVGFIAAGAIAYFMVPAWGWRGFFALQAVLALWALVIRRSVPESPRWLASRGLTLEADRVMTAIETAVTKASGSPLPDYEVAGTAGTTSEQPRGIRALFVPEYRRRTLMLWLVWFCILFGYYGLTTWIGKLLTDSGFDVVKSIGFVLLMALWGIPGFLSAAFLIEVIGRKYCLALYTVLSAAAAFFYGQAAGETQLMIYGSLLQFFFFGMWSSIYAFTPELFPTRARGIGVGTATAAGRLGALLGPIVVPILLAAGGTSLVFSASAALFVLAAVIVLIALPETKHAVLEDISH PGPT0014435_1217 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_SYMPORTER,PGPT0014435-ydjE-K08369 NA NA D3-18_03223 432 yabJ_3 COG0251 2-iminobutanoate/2-iminopropanoate deaminase ATGAACGCGCTAAGAGAATCACAGGCCATCAGCAGGATCGTGACAGACACCGCGCCGCCTGCGGCCGGTCCATACGCCCAAGCGGTGAGGCACGGCAACGTTCTTCATGTCAGTGGACAGTTGCCGATCAATCCCTTGTCCCTCCTCGTAGAGAGCCCCCACGACGCGTCGGCTCAAGCAAGACAGGTCCTCGCCAACATAGCCAGCATCTTGAACCATGCCGGTGGGAGCCTGGAAAACGTCCTTAAGGCAACCATCTTCCTGACAAGAATTGAGGACTTCGCTGAAGTCAACCAGGTCTACAAGCAGGTGTTCGGTGAGACTTTCCCCGCAAGATCGTGCATAGCAGTTTCCGCGCTTCCCCATCCTGAGGCTTTGGTGGAGATCGAAGTGACAGCGGCCCTTTCCAGTCCTGTTGAAGTAGCGCTCTAG MNALRESQAISRIVTDTAPPAAGPYAQAVRHGNVLHVSGQLPINPLSLLVESPHDASAQARQVLANIASILNHAGGSLENVLKATIFLTRIEDFAEVNQVYKQVFGETFPARSCIAVSALPHPEALVEIEVTAALSSPVEVAL PGPT0020030_2229 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 D3-18_03224 765 cutC COG3142 Copper homeostasis protein CutC ATGAAACTTGAAATTGCCGTGGTGAGCGCGGCCGGTGCAGGCACGGCCGCCGCCGAAGGAGCCAACCGCGTTGAGCTGTGCAGCAGCCTCGAACTTGGTGGCATCACTCCAAGCCAAGGACTCATGGAAGCGAGCATGGAGCACGTCGATGGCCGTCTGGAGATTCATCCCCTGATTCGCTCCAGGCCAGGCGATTTCCGGTACTCGGCTTCCGACCTGGACACCATGGTCCACGAGATCCGCCACCTTCTCGCCCAAGGAGCCCATGGGGTGGTGGTTGGCGCGCTCACCCCGTCAGGAGAGGTGGACGTGCAAGCAGTGCAGCGTCTGGTGGGCTCAGCCAGGGATGCCAATCCTGAAGCGCAACTGACCTTCCACCGGGCCATCGATCAGTCAAAAGACCCCTTGGCCGCCCTTGAGCAACTCATGGAACTGGGCTTCACCCGGGTCCTGACGTCAGGGCATGAAGCTACCGCCGGAGCAGGCCTGCGAACCCTGACCTCCATGGTGGAGCGTGCAGGGGGCGCTCTGGAAATCATGGCCGGCGGGGGACTGTCCTTGGAGGACATCCCGGCAATGCACGCGGCTGGCCTGTCCGCCGTTCATCTCTCGGCAAAGAAGACCGTCTCCACCCTTGGAGAAGGAGCGATCTCCCTGGGCGCCGAGGATGGCGGCGATCCGACTGCCTATACCGTCACTGACCGCGAGGTTGTGAGAGCAGCCAAGGCGAAAGTCAATGCGCTGGGGTTGGGTACACGGGCGTAG MKLEIAVVSAAGAGTAAAEGANRVELCSSLELGGITPSQGLMEASMEHVDGRLEIHPLIRSRPGDFRYSASDLDTMVHEIRHLLAQGAHGVVVGALTPSGEVDVQAVQRLVGSARDANPEAQLTFHRAIDQSKDPLAALEQLMELGFTRVLTSGHEATAGAGLRTLTSMVERAGGALEIMAGGGLSLEDIPAMHAAGLSAVHLSAKKTVSTLGEGAISLGAEDGGDPTAYTVTDREVVRAAKAKVNALGLGTRA PGPT0004085_323 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE-COPPER_TRANSPORT,PGPT0004085-cutC-K06201 NA NA D3-18_03225 450 hypothetical protein ATGGCACCCCGGCGCATTGAGGTCCTCGTACCCATGCGCTGGGGTGACATGGACGCCTACGGACACATCAATAACGTCCAGATTGTGCGCATGCTCGAGGAAGCCCGTATCGCAGCCTTCGGGCCGCCCCGCGGTGCTGGCCTCCCCGGCGTCGAACCTCCCGCTGCCCTCTTCAACGATGTTGAGGAGGGGATCATGACCCTGGTTGTGGAGCACAAAGTCCGCTATGTCCGGACGCTGGACTACCGCAACATCCCGGCCGTTGTTGAGATCTGGGTCGGCGCCATCAAGGGCGCGAGCTTCGATCTCCACTACGTCATTAAGGACCCCGTCACGCGGGAAGACTGCGTCAAAGCCACCACTCATTTGGCTTTCGTGGCGGAGGCTACGGGACGGGTCCTCAGGCTCACTCCGCAGCAAAAGGAAAAGCTCGAACGCTACCGCGCGTAG MAPRRIEVLVPMRWGDMDAYGHINNVQIVRMLEEARIAAFGPPRGAGLPGVEPPAALFNDVEEGIMTLVVEHKVRYVRTLDYRNIPAVVEIWVGAIKGASFDLHYVIKDPVTREDCVKATTHLAFVAEATGRVLRLTPQQKEKLERYRA PGPT0001850_3080 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0001850-ybgC-K07107 NA NA D3-18_03226 2079 COG1132 Fatty acid ABC transporter ATP-binding/permease protein ATGAGCGAGCAGAACCAGCAGAAGAAGCGTGGCTGGGCTGCCAAGGCAGAGGCCGCCAAAGATGCCAAGGCAACGGCCGAGGCCGAAGTAGCAACAGAGCTGATTGATGACGAAGACTTCGTCGAAGAGGAATACGTCCCTTCCGAAGCCGATGGCGGCATGTTCGGCGACGTTCCGGCAAAGAAGGCCAAGGAGTTCTGGCCGTCTGCTAAGCGGCTCATGGGCCTGCTGAAGCCCGAGAGCGTTGGTGTGTACATCGTGATCGGCCTCGTCATCGTCTCGGTGGTGCTCAACGTGATCGCGCCCAAGGTCCTGGGTACTGCCATGGACGTCATTTTCGGCGGCGTCATTGGCAGGCAGGTCCCCGAGGGAGTCTCCCAAGAGCAATTCGTGGAGCTCATGCGTCAGCAGGGGCAAGGCAACTTTGCGGACATGGTTTCCAAGATGGAGCTCACAAACGGGATTGACTTCCCCAAGCTGACGTTCCTGATTTCGATCGTGCTGCTCATGTACTTTGTGGCAAACATCTTCCTGTGGGCTCAAGGTTGGTTGCTCAACAGAATCGTCATGCGGGTCATCAAGAAGCTACGCAACGACGTCCAGGCCAAGCTCAACCGACTCCCGTTGAACTACTTCGACACCCGCCAGCGTGGCGACATCCTGTCCCGCGTCACCAACGACGTCGACAACGTCCAGCAGGGTCTTCAGCAGGCGTTCTCCCAACTGGTCAGCTCCGTGCTCACGGTCCTTGGCATCACGGTCATGATGTTCATCGTGTCCTGGGAGCTGGCGCTGATTGCCTTGATCGCCCTGCCGCTGTCCGGCATTGTTGCGGGCGTCATTGGTGCCCGCAGCCAGAAGCTCTTTGCCGCTCAGTGGAAGAACACCGGCGCACTCAATGGCCAGATCGAGGAGTCGTTCTCCGGCCACGATCTCGTCAAGGTCTTCGGGCGCGATGCCGACATGCTGGAGCGGTTCGATGAGAAGAACGAGGAACTCTACAAAGCATCGTTCGGTGCACAGTTCGTGTCCGGCGTGATCTTCCCGGCCATGAACTTCGTCTCCTACCTGTCCTACGTCGGCATTGCCGTGGTGGGCGGGCTCCGTGTTGCCTCGGGCTCCATGAGCCTCGGCGACGCCACGGCGTTCATCCAGTACTCCCGTGAATTCACCCAGCCGCTGGGCCAGATTGCAGGCATGGCCAACATGCTGCAATCCGGCGTCGCCTCAGCAGAGCGCGTCTTCGAGTTCCTGGACGCCGATGAAGAAGTTGAAGAGAACGCTACGCGCCACCTGCCCTCCAAGACCGACGGCCACGTGGAGTTCGAGCACGTCTCCTTCAGCTATGTGGAGGACAAGCCGCTGATCGAGGACCTGTCCTTCGCTGCGGAACCCGGTCACACCGTGGCCATTGTTGGCCCCACCGGTGCCGGCAAGACCACGCTGGTGAACCTCGTGATGCGTTTCTACGAGCTCAACGCCGGCCGTATCACCTTGGACGGCGTGGACATCAAGGACCTCAGTCGTGCCGAGCTACGGTCCAAAGTCGGCATGGTGTTGCAGGATGCCTGGCTCTTTGGCGGGACCATCTACGACAACATCAAGTACGGAAACCTGGACGCCACCGAAGAGCAGATCATGGAGGCGGCCAAGGCCACCTACGTGGACCGCTTCGTGCGTGCCCTTCCGGACGGTTACCAGACGATCATCGACGAAGAAGGTAACAACGTCAGTGCCGGTGAAAAGCAGCTCATCACCATCGCCCGTGCCTTCGTCTCCGATCCTTCGCTGTTGATCCTGGATGAAGCCACGAGCTCCGTGGACACCCGTACCGAGCTATTGCTGCAGAAGGCCATGGCAGCTCTCCGAACGGACCGTACGAGCTTCGTCATCGCACACCGACTCTCCACGATCCGGGACGCCGACACCATCCTGGTGATGGAAAACGGCAAGATCGTGGAGCAGGGAAACCACACCCAGCTGCTCGCTTTCCAGGGCGCGTACTACCGCTTGTACATGTCCCAGTTCGCAGGTGAGGAAGAAACCGCTGTGGACGACTCGACGGCGGTGCACAGCTGA MSEQNQQKKRGWAAKAEAAKDAKATAEAEVATELIDDEDFVEEEYVPSEADGGMFGDVPAKKAKEFWPSAKRLMGLLKPESVGVYIVIGLVIVSVVLNVIAPKVLGTAMDVIFGGVIGRQVPEGVSQEQFVELMRQQGQGNFADMVSKMELTNGIDFPKLTFLISIVLLMYFVANIFLWAQGWLLNRIVMRVIKKLRNDVQAKLNRLPLNYFDTRQRGDILSRVTNDVDNVQQGLQQAFSQLVSSVLTVLGITVMMFIVSWELALIALIALPLSGIVAGVIGARSQKLFAAQWKNTGALNGQIEESFSGHDLVKVFGRDADMLERFDEKNEELYKASFGAQFVSGVIFPAMNFVSYLSYVGIAVVGGLRVASGSMSLGDATAFIQYSREFTQPLGQIAGMANMLQSGVASAERVFEFLDADEEVEENATRHLPSKTDGHVEFEHVSFSYVEDKPLIEDLSFAAEPGHTVAIVGPTGAGKTTLVNLVMRFYELNAGRITLDGVDIKDLSRAELRSKVGMVLQDAWLFGGTIYDNIKYGNLDATEEQIMEAAKATYVDRFVRALPDGYQTIIDEEGNNVSAGEKQLITIARAFVSDPSLLILDEATSSVDTRTELLLQKAMAALRTDRTSFVIAHRLSTIRDADTILVMENGKIVEQGNHTQLLAFQGAYYRLYMSQFAGEEETAVDDSTAVHS PGPT0029030_73 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 D3-18_03227 1734 COG1132 putative ABC transporter ATP-binding protein ATGCTTGTCACCCTTATACGGCGCTACTCCAAGCCGTATTTGCCGCAGATTGTGGCTGTGCTGATTTTTCAGTTGGCGTCCACCATCGCCACGCTCTATCTCCCCAGCCTCAACGCCAAAATCATTGATGAGGGAGTTTCCCGCGGAGACACCGACTTCATCTGGCAAACCGGTTTGCTCATGCTCGGTGTCGCCCTTGGACAGGTGCTTACCGCCATTATCGCCGTGTACTTCGGCTCCCGCGTTGCCATGGCAATCGGCCGCGACCTGCGCCGAAGTGTCTACCGGCAGGTCAGCAGCTTCTCTGCCCAGGACGTCAACCGTTTCGGTGCTCCCACGCTGATCACCCGCGGCACCAACGATGTCCAGCAGGTGCAGATGCTGGTGCTCATGGGCCTGAACTTCATGGTTTCCACGCCTATCATGTGTGTTGGCGGCATCATCATGGCCCTCCGCGAGGACCTCAACCTTTCCTGGCTCGTATGGGTTTCCGTTCCGGTGCTGGTGGCCGTTGTGGGCTACCTCGTAGTCCGTCTGATGCCGCTGTTCCGTTCCATGCAGACCAAGATCGACGCGATCAACGGTGTCCTGCGCGAGCAAATCATCGGCATTCGCGTGGTCCGCGCCTTTGTGCGTGAACCCCATGAGGCAAAGCGCTTCGGCGATGCCAATGAAGACCTCACCGCAGTGTCCGTGAAGATCGGCAACCTGTTTGTCCTGATGTTCCCGGCCATCGGCATGATCCTGCACCTGTCTACGGCAGCCGTGCTGTGGTTCGGCGGCCAGCGCGTTGATTCGGGTGAAATGCAGGTGGGTGCGCTCACGGCCTTCCTCCAGTACTTGTTGCAGATCCTGATGGCGGTCATGATGGGCACGTTCATGGCCATGATGATTCCCCGCGCGTCCGTCTGTGCAGACCGCATCGGCGAGGTGCTCGACGTCGAGCCGTCCATTCACAACCCCACCTCCCCGGTGGTGCCGGCTGAGAAGAAGGGCCGCGTGGAATTCCGCGACGTCACGTTCAAGTACCCGGGTGCGGAGGCGCCGGTGCTGAGCAACATCTCCTTCACCGCCGAGCCGGGTAAGACCCTGGCCATCATCGGATCCACGGGCGCAGGCAAGACCACCCTGGTTTCGCTCCTTCCTCGGCTTTACGACGTCGCCTCGGGCGACGTGCTGCTCGACGGCGTGCCCGTCACCAAGATGGACGCATCGGAAATCACCAGCCGGGTCTCGGCGGTTCCGCAGAAGCCCTACCTGTTCTCCGGGACCATCGAGCACAACCTGCGCTTCGGTAAGCCCGACGCCACCGACGAAGAACTGTGGGAGGCGTTGGAGACGGCGCAGGCCAAGGGCTTCGTCGAGGAAAAGTCGTCCGGTTTGAACCGGCGCATTGCCCAAGGTGGCACCAACGTATCCGGTGGCCAGCGCCAGAGGCTGTCCATCGCCAGGGCGCTGGTTACCAAACCGAATGTGTACCTCTTTGATGATTCCTTCTCCGCTCTGGACGTCGCTACCGATGCCAGGCTGCGCAAGGCGTTGAAAGCCAAGACCCGGGACGCCACGGTCATCATTGTGGCCCAGCGTGTCTCAACCATTGCGGACGCGGACGAGATCCTTGTGCTGGATAACGGCCGGATTGTTGACCGTGGAACGCACGACGAATTGCTGGAGACGTCACCCACGTACCAGGAAATCGTTGAATCCCAGCTGAGCGTGGAGGAAGTGGCATGA MLVTLIRRYSKPYLPQIVAVLIFQLASTIATLYLPSLNAKIIDEGVSRGDTDFIWQTGLLMLGVALGQVLTAIIAVYFGSRVAMAIGRDLRRSVYRQVSSFSAQDVNRFGAPTLITRGTNDVQQVQMLVLMGLNFMVSTPIMCVGGIIMALREDLNLSWLVWVSVPVLVAVVGYLVVRLMPLFRSMQTKIDAINGVLREQIIGIRVVRAFVREPHEAKRFGDANEDLTAVSVKIGNLFVLMFPAIGMILHLSTAAVLWFGGQRVDSGEMQVGALTAFLQYLLQILMAVMMGTFMAMMIPRASVCADRIGEVLDVEPSIHNPTSPVVPAEKKGRVEFRDVTFKYPGAEAPVLSNISFTAEPGKTLAIIGSTGAGKTTLVSLLPRLYDVASGDVLLDGVPVTKMDASEITSRVSAVPQKPYLFSGTIEHNLRFGKPDATDEELWEALETAQAKGFVEEKSSGLNRRIAQGGTNVSGGQRQRLSIARALVTKPNVYLFDDSFSALDVATDARLRKALKAKTRDATVIIVAQRVSTIADADEILVLDNGRIVDRGTHDELLETSPTYQEIVESQLSVEEVA PGPT0029025_1177 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 D3-18_03228 2070 mdtD_3 Putative multidrug resistance protein MdtD ATGGCTACACCAGCAGTACAAAACTCCCAGGCGGTGGACGCCTCAGTTACCCGGGCCTCCGCGCCCATGACCCATCGGCAGATCATGGAAGCCCTGACCGGGCTTCTCGCCGCCTTCTTTACAGCGATCCTCAGCAGCACGATCGTGGCGAATGCGCTGCCCACCATCATGTCCGAGCTCAAGGGCACGCAAACCGACTTCGCCTGGGTTATCACGGCTGCGCTGTTGGCAAACGCTGCCACCACGCCCATTTGGGGCAAGCTCGCGGACCTTTTCGACAAGAAGCTTCTGGTCCAGCTGAGCATCATCATCTTCGTGGCGGGCTCGGTCATGGCAGGCCTGTCTGAAACCATTCCGCTGCTGCTGACCGCCCGTGTCATCCAAGGCGTGGCGATGGGTGGCCTCACCGCCTTGGCCCAGGCGATCATCGGCTCCATGATTCCGCCGCGTGACCGCGGCAAGTATTCCGGTTACATGGGTGCTGTCATGGCCGTAGGAACCGCTGGCGGCCCGCTGCTGGGCGGCTTCATCGTTGACAGCCCGCTCGGCTGGCGCTGGACGTTCTTCGTCTGTGTGCCGCTGGCCGTCCTCGCGCTCATCCTGCTCCAGGTGACGCTGAAGATCCAGCACATCAAGCGCCCGGCGAAGATCGACTGGCTGGGTTCCATCCTGCTGACGTCCGGCGTGAGCTTGCTCCTCATTTGGGTTTCCTTCGCCGGCAACCCTGACTACTACGACTGGTTCTCCTGGCAGTCCGCGCTCATGGTGGGCGGCGGCGTAGCCCTGCTGGCACTTCTGGTGCTGGTGGAAACGAAGGTTCCCGAGCCCATCATTCCGCTCAAGATCATCTCCGAACGCACCACCGCATTGGCTATCGTTGCCTCCGTTGCCGTTGGTATCGCCATGTTCGGTTCCTCCACCTTCCTGGGCCAGTACTTCCAGGTTGCCCGCGGTGCCACGCCCACCGAGGCCGGCCTCCTGACGCTGCCAATGATCGCCGGCAACTTGATCGGTTCCGTTGCATCCGGCATCCTGATCAGCCGTTTCGGCAAGTGGAAGAGATTCCTGATTGCAGGGTCCGTCCTCCTCATCGGCGGCCTCGCGTTCGCCGGAACCATGGACCACACCACTGAACTGTGGATCGTGGCGATTTACACCGGCGTGTTCGGCCTCGGCCTCGGCATGCTGATGCAAAACCTGGTGCTTGCTGTTCAGAACACTGTCCAGGCCAAGGACATCGGAACAGCCAGTGCTTCGGTGGCGTTCTTCCGCTCCGTGGGTGGCGCGATCGGCGTATCCGTCCTGGGCGCCATCATGTCCAACCATGTGAAGGAACTTGCCGTTGAAGGCATGACTGCCGCGGGCATTCGGGCTCAGGGTGGTGCCTCCGGAGCCAGCATGGACCTGGCCGATATGCCCGCTCCCATCGCCGGGATCATGCGGGCAGCCTACGGTGACGCCACCGCACAGATCTTCCTGATCTCGGCGATCATCAGCGTTGTGGCCCTCCTGGCTGTGCTGTTCATCAAGGAACGCCCACTGCGCCGCACGGTTGATGCTGCTCCGGAAAAGGAACTCATTGCCACGGCTTCAGGAGACGCTGGAATGTCGCTGGACACCGCGTCCATGGACGCAGTGAAAGCGTCCGACGACGGCGCACACGGGTTGGGTGCCGACGCTGCGGTTCCACGGGGCGCCCGTCAGGTTCCGGTGGCGGAGCGACCGGCTTCGAACGAGCAGTCCGGATCCGATCTTGACCTCGAGTTTGCCCGGATCCTCACCAAGGAACGACCCCAAGGCACGGCTGATGTGAAGGAAGTTCAGGAACAGCTGTCCCGTACCCAGTACGTCCTGGCAGAACAGCAGCTGCAGCTCAGTCGGGCCAACGTGGAGCTACAGGCCCGGTTGCGGGAGCAGCAAACCATTGCGGAGCAGCAGGCCCATACCGCGGAGGAGCTCGCCGCGATCCGTAAGGAGCTCAAGCGCGAACGCAGGCAGCAGGAACGGATGGCGTTGTTGCTCCTCCAGGGCGTCGAAGCCCGTGCAGACCACGGCAAGCACGCGGGCTGA MATPAVQNSQAVDASVTRASAPMTHRQIMEALTGLLAAFFTAILSSTIVANALPTIMSELKGTQTDFAWVITAALLANAATTPIWGKLADLFDKKLLVQLSIIIFVAGSVMAGLSETIPLLLTARVIQGVAMGGLTALAQAIIGSMIPPRDRGKYSGYMGAVMAVGTAGGPLLGGFIVDSPLGWRWTFFVCVPLAVLALILLQVTLKIQHIKRPAKIDWLGSILLTSGVSLLLIWVSFAGNPDYYDWFSWQSALMVGGGVALLALLVLVETKVPEPIIPLKIISERTTALAIVASVAVGIAMFGSSTFLGQYFQVARGATPTEAGLLTLPMIAGNLIGSVASGILISRFGKWKRFLIAGSVLLIGGLAFAGTMDHTTELWIVAIYTGVFGLGLGMLMQNLVLAVQNTVQAKDIGTASASVAFFRSVGGAIGVSVLGAIMSNHVKELAVEGMTAAGIRAQGGASGASMDLADMPAPIAGIMRAAYGDATAQIFLISAIISVVALLAVLFIKERPLRRTVDAAPEKELIATASGDAGMSLDTASMDAVKASDDGAHGLGADAAVPRGARQVPVAERPASNEQSGSDLDLEFARILTKERPQGTADVKEVQEQLSRTQYVLAEQQLQLSRANVELQARLREQQTIAEQQAHTAEELAAIRKELKRERRQQERMALLLLQGVEARADHGKHAG NA NA NA NA NA D3-18_03229 483 hypothetical protein ATGTCCGTCGGTTCTGCCACAGCAACCGATCTTGTGCATCAGATTTTCGATCTTCAGCGCACGCTGCGCTGTGTGGTGACCGCCCACATGGCCCGCGTTCCCGACGTCGGAATGGCTCTTCAGGGGGTGATGCGTTTCATCGGCGAGGGGGAGACCCGCGCTACCCAGCTGGCCACGCGACTCGGCGTTAGCGCCCCGGTCCTTAGCCGGCACATTACCGAACTCGAGGAGCTCGGCTTTGTGGCCAGGCGGCCTGATCCTGCTGATGGTAGGGCCCAGCTCCTCGCCCTGACGGAAAGCGGCGCGGCGAAACTGCGCGAATTCGAAGAACAACGCAGCGTGAGACTGCGGGATTACCTGGCGGATTGGAGCGAGGCCGACGCCCTCGAGGCCTCCCAGGTCATCAACAAACTCACTGTGTCCCTCAAGGACTCAATCCGGGCAACGGCGGCCGGCTCCATCACAACAAACCAGACAGCTTAG MSVGSATATDLVHQIFDLQRTLRCVVTAHMARVPDVGMALQGVMRFIGEGETRATQLATRLGVSAPVLSRHITELEELGFVARRPDPADGRAQLLALTESGAAKLREFEEQRSVRLRDYLADWSEADALEASQVINKLTVSLKDSIRATAAGSITTNQTA NA NA NA NA NA D3-18_03230 1140 Cyclohexane-1,2-dione hydrolase GTGCCGCCGGTTGAGGACGCCCTCGCCGAGGCATTCGATAACCCGCCGCGCGTCGAGCTGATCCGCGAGGCCGTGAAGTGGCTTTCGACGGCGGAACGTCCGGCGATCATCGCCGGTGGCGGTACGCGCCGTGGCCGGGCTGAGAAGTCGTTGCTCTCGATTGCAGAGCAGTTGCGCGCACCGGTGATTTGCACGCCCGGTGGTAACGGCGCGTTCCCGTGGACTCACGAGCTGTCATTGCAGTCGTGGATCGAGGACCGGTACATGACCGACGTCCTGGAAGACGCCGACGTGTTGATCGTGATCGGCTCCTCCTTGGGTGAGGTGACCTCGAACTACTTCACGTTTGAACCCCGGGGCCGGATCATCCAGATCGACGCCGAGCCCCGGGTCCTTGAATCCAACCGGCCTGGTTTGGGCATCCGTGCCGACGCAGGGCAAGCACTCGCAGCCTTGGACGAAGCCCTCGCAGCAGCTGGAGCCGCGGACGCCGCCCAGCGGTCCTGGCACGGCGCCAGCCCGGAAGATGTGGTCAAGGAGTCCCTGGTCAAGGTCAAGGCACGCCTGGAATCACAGGACCTGGCCAAGGAACTGAAGTTCATGTCGGACATCCGCGAGGCTGTCCCTGCTGACATGCAGACGTTCTGGGATATGACCATCTCCGCTTACTGGGGTTGGAGCTGCTGGGACGCCCGGCAGGGTCAGTTCCACTCCGCCCAGGGCGCTGGAGGCCTGGGTTACGGCTTCCCAGCGGCAATCGGCGGTGCCGTGGGTCTTGAAACCACTGGCAAGCCGAGTCGCGTGCTCGCCGTATCCGGTGACGGCTCCTCCATGTACTCCATCTCCGAGCTCGCCACCGCCAAGCAGCACAACGTCCCGGTCACCTGGCTGATCGTGGACGACGGCGGCTACGGCATCCTGCGCGAATACATGGTGGGCGCCTTCGGCCAAGCCACCGCCACCGAACTCGCCCGCCCGGACTTCGTGAAGCTTGCTGAGTCTTTTGGCGTCCCGGCCCGCAGGGTTGCGCCCGAGGAAGTGGGGGACGCGCTCAAGGCGTCCTTCGAAGCAGACGGACCCAACGTCGTCGTGGTTGAAACACTGCTGAAGATGTTCGGCCCCACTCATTTGGACAACTAG MPPVEDALAEAFDNPPRVELIREAVKWLSTAERPAIIAGGGTRRGRAEKSLLSIAEQLRAPVICTPGGNGAFPWTHELSLQSWIEDRYMTDVLEDADVLIVIGSSLGEVTSNYFTFEPRGRIIQIDAEPRVLESNRPGLGIRADAGQALAALDEALAAAGAADAAQRSWHGASPEDVVKESLVKVKARLESQDLAKELKFMSDIREAVPADMQTFWDMTISAYWGWSCWDARQGQFHSAQGAGGLGYGFPAAIGGAVGLETTGKPSRVLAVSGDGSSMYSISELATAKQHNVPVTWLIVDDGGYGILREYMVGAFGQATATELARPDFVKLAESFGVPARRVAPEEVGDALKASFEADGPNVVVVETLLKMFGPTHLDN PGPT0008185_5588 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 D3-18_03231 624 hypothetical protein ATGATTGATTTCGACCCCGGCACGGCAGCCCCCACGAAGGGCACCAACCAGCGCAACGGCGGGGACCTCGTCGTCGAGACCCTCGAGGCCCTGGGCGCCAAGACGGTCTTCGGCATTCCGGGCCAGCACGCTCTCGGGCTGTTCGATGCCATGGGCCGCGGCAACCTGCACTTTGTGTCCTCCCGTGTGGAGAACAACTCGGCGTTCGCCGCTGATGGTTACTCCCGTGCCACCGGCGAGGTAGGTGTGCTGTTCCTGTCCACCGGTCCGGGCGCACTGACGTCCCTTGCTGGTTTGCAGGAGGCTTACGCTACGGGTGTTCCCATGGTGGTTGTGGCCAGCCAGATCCCGCTCGACGGTCTCGGCGCTCGCCGTAAGGGCATGCTGCACCAGCTTGATGACCAGAAGGCTTCGGCCGCGAACGTCACCAAGAGCCAGCGCCTGATCCAGCACGCTTCCGGTATCCCGTCGGCCATTCAGGACGCCTGGACCGAGGCCATCTCCTCGCCGCAGGGCCAGTCTGGATCGAAATCCCGCAGAACGTCCTGCTGGACCCCATTATGGTGCCGCCGGTTGAGGACGCCCTCGCCGAGGCATTCGATAACCCGCCGCGCGTCGAGCTGA MIDFDPGTAAPTKGTNQRNGGDLVVETLEALGAKTVFGIPGQHALGLFDAMGRGNLHFVSSRVENNSAFAADGYSRATGEVGVLFLSTGPGALTSLAGLQEAYATGVPMVVVASQIPLDGLGARRKGMLHQLDDQKASAANVTKSQRLIQHASGIPSAIQDAWTEAISSPQGQSGSKSRRTSCWTPLWCRRLRTPSPRHSITRRASS PGPT0008185_5856 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 D3-18_03232 1071 gbh_2 Guanidinobutyrase TTGGAAGAGCTTCGCATTACGGCCAACGGGAACCTTGGACCCATCGATTCATCCCGCATTCCGCGTTACGCCGGTGCCGCCACCTATGCCCGCCTGCCCCGGCTGGACCAGGTCTCCAAGGCTGACGTCACAGTAGTCGGCGTTCCCTTCGACTCCGGTGTCTCCTACCGCCCCGGCGCGCGCTTCGGTGCCAACCACGTACGCGAAGCCAGCCGACTCCTGCGCCCGTACAACCCTGCCTGGGACGTCAGTCCCTTCGAGAACATCCAGGTTGCCGATGCCGGCGACATGGCTGTGAACCCGTTCAACATCAACGAGGCAATCGAGACTGTCCAGCAGAACGCCTTGGACCTCACGGCCAACGGCAGCAAGCTGGTAACCCTCGGTGGCGACCACACCATTGCACTCCCGCTCTTGAGGGCAGCAGCGGAGCGGGCAGGCGAGCCCATTGCGATGCTCCACTTCGACGCCCACTTGGACACCTGGGACACGTACTTCGGCGCTGAGTACACCCACGGCACCCCGTTCCGCCGTGCGGTGGAAGAAGGCATCCTGGACACCGAAGCCATCAGCCACGTAGGTACCCGCGGCCCCCTGTATGGCAAGAAGGACCTCGACGACGACCACCGCTTCGGCTTCGGAATCGTCACCTCCGCTGACGTCTACTACCAAGGCGTCCTGGAAACCGTAGCCAAGATCCGTGATCGCATCGGCAACCGCCCGTTGTACATCTCTGTGGACATCGACGTTTTGGACCCGGCCCACGCACCCGGCACCGGCACCCCCGAAGCCGGCGGCATCACAAGCCGCGAACTTCTCGAAATCATCCGTGGCTTCCGCGGCATGAACCTCGTTGGAGCGGACATTGTTGAAGTTGCTCCTGCCTACGACCACGCAGAGATCACCGGTGTTGCAGGCAGCCACGTAGCGTACGAGCTCGTGACCCTCATGGCGGACAACGCCGTGGAAGGCGACCGCCAAGGTGCCCCGAACGGTTACGCGCAGCAGGCGCTCGGCGCTCGCATGGCAGAACTCGCACAGGCAACCGGAACAGCCGGAGACCAGCGATGA MEELRITANGNLGPIDSSRIPRYAGAATYARLPRLDQVSKADVTVVGVPFDSGVSYRPGARFGANHVREASRLLRPYNPAWDVSPFENIQVADAGDMAVNPFNINEAIETVQQNALDLTANGSKLVTLGGDHTIALPLLRAAAERAGEPIAMLHFDAHLDTWDTYFGAEYTHGTPFRRAVEEGILDTEAISHVGTRGPLYGKKDLDDDHRFGFGIVTSADVYYQGVLETVAKIRDRIGNRPLYISVDIDVLDPAHAPGTGTPEAGGITSRELLEIIRGFRGMNLVGADIVEVAPAYDHAEITGVAGSHVAYELVTLMADNAVEGDRQGAPNGYAQQALGARMAELAQATGTAGDQR PGPT0007775_596 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 D3-18_03233 1809 hypothetical protein ATGTGCCTCACTGGACTCGACTACTTCTCCACACTCGGCTACCAGCCGGCCATCGCCGCCCTTGCCGCCGGATTGCTCTCCCCATTGGCCACGCTACTTCTGGTCCTGGCAACCCTCGCCGGCGCGCTCCCCGTCTACAGGCGCGTGGCCAAGGAAAGCCCCCGCGGCGAAGGGTCCATCGCCATGCTCGAACGCCTGCTTCCACGATGGGGAGGCAAGCTCTTCGTCCTTGCCCTCCTTGGCTTCGCCGCAACCGACTTCATGATCACCATCACGCTCTCCGCCGCCGACGCCACAGCCCACCTCATCGAGAACCCCTTCGCCCCGCATTTCCTCGAAGGCCAACAAGTAGTCATCACCCTGGCTTTGATCGCCGGCCTGGGCGTCGTCTTCCTGCGCGGATTCAAGGAAGCCATCAACGTGGCCGTAGTGCTGGTGGCGGCGTTCCTTGCACTCAACCTGGTGGTGATCGCCGTCTCCATGACTCACCTCTTCACGGAATCACGCGTCATCACCGACTGGTGGACCGCACTCACCACCTCCCACGGCGACCCCATCATGATGATCGCCTTGGCACTACTGGTGTTCCCGCGCCTGGCACTGGGACTCTCCGGATTCGAGACCGGCGTCGCCGTCATGCCCCAGATCAAAGGCCACGCCACAGACACCGAAGCCAACCCTGCAGGCCGGATCAAGGGTGCCCACAAACTCCTCACCACCGCCGCCATCATCATGAGCTCGTTCCTCATCACGTCCAGCTTCACCACCGTCATGCTAATCCCCGCCGCAGAATTCCAAGACGGCGGCAAGGCCGAGGGCCGCGCGCTCGCCTACTTGGCCCACAAATTCCTCGGCGACGGCTTCGGAACTGTCTACGACGTCAGCACCATCGCCATCCTCTGGTTCGCAGGCGCGTCAGCCATGGCCGGGCTGCTGAACCTTGTCCCCCGATACTTGCCCCGCTACGGCATGGCACCGGCTTGGGCCCGGGCTCTCCGCCCACTCGTCCTGGTGTTCACAGTCATCGCCTTCTTCGTCACCATCATTTTCCAGGCGGACGTCAACGCCCAAGGTGGCGCCTATGCCACAGGCGTGCTGGTCCTGATTACCTCTGCCTCAATAGCCGTAACCCTGTCCGCGAGGCGAAAGAAGCAGCGGGCGCAGGTCATTGGATTTGGGCTGATTTCGCTCGTTTTCGTCTACACCACCGTGGTCAACTCGATCGAGCGCCCCGACGGCCTGAAGATTGCGGCCCTCTTCATCCTGGGCATCATGGTGGTCAGTTTTACCTCCCGCATGCGCCGCGCTTTCGAGCTCCGCGCAACCCACATCAAGATGGACGAGAAAGCCCTCGAATTCACCGCCAACGCCGCCGAAGGACCTGTCCGGATCATCGCCCACGAGCCCAAGCACCTCAGTGCCAGCCGTTACAGGGAGAAGCTTCAGCACGCTCAGCAGGCCAGCCACCTGCCCGTTGACTGTGACGCCGTATTCATCGAAGTCATCGTGGACGACAGCTCAGATTTCGAGCAGGAGCTCCAGGTGGTGGGAAAGCTCCGGCATGGGTTCAAGATCCTGGAGGTGCACAGCAACAATGTGCCCAACACCGTGGCCGCAGTACTCCTCCACATCAGGGACGTCACCGGGTTCATGCCGCATATCTACTTCCGCTGGACCGAGGGCAACCCGATTTCCAACCTCAGCAAATTCCTGTTCTTTGGTGAAGGAGAGATCGCGCCGGTAACGCGCGAAGTTCTGCGGGAAGCCGAGCCGGACATCACCCGCAGGCCGTGGGTGCACGTGGGCTAA MCLTGLDYFSTLGYQPAIAALAAGLLSPLATLLLVLATLAGALPVYRRVAKESPRGEGSIAMLERLLPRWGGKLFVLALLGFAATDFMITITLSAADATAHLIENPFAPHFLEGQQVVITLALIAGLGVVFLRGFKEAINVAVVLVAAFLALNLVVIAVSMTHLFTESRVITDWWTALTTSHGDPIMMIALALLVFPRLALGLSGFETGVAVMPQIKGHATDTEANPAGRIKGAHKLLTTAAIIMSSFLITSSFTTVMLIPAAEFQDGGKAEGRALAYLAHKFLGDGFGTVYDVSTIAILWFAGASAMAGLLNLVPRYLPRYGMAPAWARALRPLVLVFTVIAFFVTIIFQADVNAQGGAYATGVLVLITSASIAVTLSARRKKQRAQVIGFGLISLVFVYTTVVNSIERPDGLKIAALFILGIMVVSFTSRMRRAFELRATHIKMDEKALEFTANAAEGPVRIIAHEPKHLSASRYREKLQHAQQASHLPVDCDAVFIEVIVDDSSDFEQELQVVGKLRHGFKILEVHSNNVPNTVAAVLLHIRDVTGFMPHIYFRWTEGNPISNLSKFLFFGEGEIAPVTREVLREAEPDITRRPWVHVG NA NA NA NA NA D3-18_03234 576 puuR HTH-type transcriptional regulator PuuR ATGAAGGCTCTACCCGTTGAACCGAGCAATGTTCCCGTTGCCATCGGTTCCAGAATCCGCGCAGCCCGGCAAGCGCAGCGCCTCACCATCGAGCAGGTGGCAGATGCTACCGGGCTGACCAAGGGCTTCCTCAGCCGTGTGGAGCGTGACCTGACATCGCCGTCGGTCGCCTCGCTGGTCACTCTTTGCCAAGTGTTGTCCGTATCCGTAGGCGACTTGTTCGCAGCTCCGGAGACCCATCTGACCAAGCGCGACGACGGCCCCCGCATCTCCCTGGGTGGCCAGGGCATAGTGGAGCGTTTGTTGACAGCCCGCTCGGAGCGGCGGCTTCAAATCCTGCAGGCCACCATCGAGCCGCGGGGCCGTGGTGAAAATGAGCTCTACGCCGTGGACTGCGATGTAGATGTCCTGCACGTGGTCAAGGGCAGGATCAAGCTCATCCTCACCAATGAGGAGTATGACCTTGAAGAAGGGGACACCCTCTCCTTCCCCGGCCGTGAACCCCACACGTGGATCAACCCCACGGATGAGACCGTCGAGGTGCTCTGGGTCCTGGTTCCTGCGGCGAGCCGCTAG MKALPVEPSNVPVAIGSRIRAARQAQRLTIEQVADATGLTKGFLSRVERDLTSPSVASLVTLCQVLSVSVGDLFAAPETHLTKRDDGPRISLGGQGIVERLLTARSERRLQILQATIEPRGRGENELYAVDCDVDVLHVVKGRIKLILTNEEYDLEEGDTLSFPGREPHTWINPTDETVEVLWVLVPAASR NA NA NA NA NA D3-18_03235 1518 opuE COG0591 Osmoregulated proline transporter OpuE ATGGAATCTTCGGCTATAAACATCGCAATCGTGGTGGTGTACCTGCTCGCCATGCTGGCATTCGGCTGGTGGGGCAAGTCCCGCACCAAGAACAACAGCGACTTCCTGGTGGCCGGCCGCCGCTTGGGACCCTTCCTTTACACCGGCACCATGGCCGCAGTTGTCCTCGGTGGCGCATCCACCGTGGGCGGCGTCGGCCTCGGTTACAAGTTCGGCATCTCCGGCATGTGGCTGGTAGTGGCCATCGGTTCAGGCGTGCTGCTGCTCAGCCTGCTCTTCGCCGGGACCATCCAGAAGCTCAAGATCTACACGGTCTCCCAGATGCTGACCCTCCGCTATGGCAGCACGGCAACCCAGACCTCGGGCATCGTCATGCTGGCCTACACGCTGATGCTGTGCGCCACCTCCACCGGCGCCTACGCCACCATCTTCGTGGTCCTCTTCGGCTGGGAGCGTTGGCTCGCCATCGCCATCGGCGGCGCAATCGTGCTCGTCTACTCCACCATCGGCGGCATGTGGTCCATCACCCTGGCCGACCAGGTACAGTTCGTCATCAAGACCGTGGGAATCTTCTTCCTCATGCTCCCCTTCGCCCTGAACGCTGCAGGTGGCCTCGACGGCATCCGAGCCCGCGTCGATGAGAGCTTCTTCGACATCGGCGGCATCGGCCTCCAGACGATCATCACTTACTTCGTCGTTTACACCCTTGGCCTCCTCATCGGCCAGGACATCTGGCAGCGCGTGTTCACCGCCAAGACCCCCACGGTTGCCCGTTGGGGCGGCGCTACCGCTGGCGTCTACTGCATCCTCTACGGCTTCGCAGGCGCCCTCATCGGCATGGCCGCCAGCGTGGCCCTCTCCGGCGTCGAAATCGCTGCCAAGGACGACGTCTACGCAGAGGTCGCTACCCGGCTCCTGCCCATCGGCATCGGCGGCTTGGTGCTTGCGGCAGCTGTGGCCGCCATGATGTCCACGGCGTCAGGCGCACTGATTGCTGCAGCAACAGTTGCCCGCGCAGACGTTATGCCTTTCGTTGCCAGCTGGTTCGGCAAGAAGGTAGACACCTCCGACTCCGACAACCCTGAGCACGACGTCAAGGCCAACCGTTACTGGGTCCTCGGACTGGGTATCGTTGCAATCATCATCGCCATCTCCACCAAGGATGTGGTGGCCGCACTGACCATTGCCTACGACATCCTGGTTGGTGGCCTCCTCGTAGCCATCATCGGCGGCTTGGTCTGGAAGCGTGGAACAGGCATCGCGGCTGCATGGTCCATGGCGGCAGGATCAGTGATAACCCTCGGAACCATGATCATCCTTGAGATCAACGCCGAAGTTCCCCTCGATGGCATCTACGCCAACGAACCCATCTACTTCGGTTTGATTGCCTCGGCTTTGGTGTACGTTGTGGTCTCCTTGGCGAGCAAGCCCACGGATCCGGCAGTCATGAAGGCTTGGACGGACCGCGTTGCCGGCACCCGAGTGGCCGAGGAAGAGCTCACCACCCCCGCTTCCTAG MESSAINIAIVVVYLLAMLAFGWWGKSRTKNNSDFLVAGRRLGPFLYTGTMAAVVLGGASTVGGVGLGYKFGISGMWLVVAIGSGVLLLSLLFAGTIQKLKIYTVSQMLTLRYGSTATQTSGIVMLAYTLMLCATSTGAYATIFVVLFGWERWLAIAIGGAIVLVYSTIGGMWSITLADQVQFVIKTVGIFFLMLPFALNAAGGLDGIRARVDESFFDIGGIGLQTIITYFVVYTLGLLIGQDIWQRVFTAKTPTVARWGGATAGVYCILYGFAGALIGMAASVALSGVEIAAKDDVYAEVATRLLPIGIGGLVLAAAVAAMMSTASGALIAAATVARADVMPFVASWFGKKVDTSDSDNPEHDVKANRYWVLGLGIVAIIIAISTKDVVAALTIAYDILVGGLLVAIIGGLVWKRGTGIAAAWSMAAGSVITLGTMIILEINAEVPLDGIYANEPIYFGLIASALVYVVVSLASKPTDPAVMKAWTDRVAGTRVAEEELTTPAS PGPT0013955_3235 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013955-TC_SSS|yerK|opuE-K03307 NA NA D3-18_03237 312 hypothetical protein TTGCCGTACCAAGGCGATACCACTCAGGTAAACACAACGTCAGCGCGCACCCTCGCCAAAACCGCCACACGAACAGTGGCGGTGATTCCCGCCGTCGACCTCTTCCTGGGCACGGTGACCATCACTGCCAAGGCTGGAACCGAGCAGTTCAGACATGCCCAACCGCAACTTATCGCGCAGGCGTTGGCGCAAGCCGTCCGGCCGACGAGCTGGTGTGAGTCGTCCAAGACCCTAACGGTGACTGTTGCCGCCGTCGGCAAACGGGCGGGCCTCCAACGTCACTTCACACTGAGGCACGAGGAACAGGCTTAG MPYQGDTTQVNTTSARTLAKTATRTVAVIPAVDLFLGTVTITAKAGTEQFRHAQPQLIAQALAQAVRPTSWCESSKTLTVTVAAVGKRAGLQRHFTLRHEEQA NA NA NA NA NA D3-18_03238 192 hypothetical protein ATGAACACCACCGAATCACACGCCAACTACCCGGAACGGACAACCATTGAGTCCGACCCGGCCTACGACTACGCCGAAGACCAGGAAGTGGACGAGCCCTGGGTGGAGGAAGTCGACGTCCCCGAGGACGACGAACGCGTTGTCCCCCTTGACGAAACCGAAGAGTTCCGCGAGGAAGACGAGGAAATCTAA MNTTESHANYPERTTIESDPAYDYAEDQEVDEPWVEEVDVPEDDERVVPLDETEEFREEDEEI NA NA NA NA NA D3-18_03239 1173 hypothetical protein GTGCAGATGCACCAGGAATCCCATAGTTCGTCGAGCTCCGCTCCGGACCCAACCCCCGAATCAGCAGCCGCCGAAAACGCCGCGACTCAGCCAGCGACGCCCTCGCATGCGGACATCCGCCGGTGGCGCCAGTACCTGGCCGATGAGCGTGCCGAGGCCGCCGTCTACCGCGAACTGGCGCAGCGACGCGACGGCGAAGAACGCCAAATCCTGCTCGCCCTGGCCGAAGCCGAAGGCAGGCACGAAGCCCATTGGCTCAAGCTTCTTGGCGAGCATGCCGGTATGCCCAAGGCAGCTTCCACCCGCAGCCAGTTCCTGGGCTTCCTGGCCCGCAACTTCGGGTCAGTGTTTGTCCTCGCTTTGGCACAGCGCGCCGAAGGCCGTTCCCCGTACGGTACCGAACCTGCCGCGACGCCTGCCATGGTGGCCGATGAACAAATCCACGAAGAAGTAGTCCGGGGCTTGGCCACGCGTGGACGCAACAGGCTCTCCGGAACCTTCCGCGCCGCCGTTTTCGGTGCCAACGACGGCCTGGTCAGCAACCTTTCCTTGGTCATGGGCATGGCCGCAACCGGCGTGCCCAGCCCCGTGGTGCTCATGAGTGGCGTCGCGGGTCTCCTCGCCGGGGCCCTATCCATGGGTGCAGGCGAGTACGTTTCGGTTCGTTCCCAGCGGGAACTCCTTAACGCCACGTTGCCCACGCAGGCCACACTGACCGCAGCGCCGTCATTGGACATCGAGCACAACGAGCTGGTCCTGGTGTACTTGGCCCGTGGCATGACGCGTGAAGCCGCGGAGCATCGTGCTGCCGAGCGCATGGGATTGTTTAGCTGCGACTGCGACCCCAGCCTCTCCTTGCAGCCGGAAAAGCCACCCACTGACGATCACGAATCCGTCGGTTCGGCGTGGGGTGCAGCGATGTCCAGCTTCTGTTTCTTCGCCTCGGGGGCAATCGTGCCCATCCTGCCGTTCATTTTCGGCATGACGGGCATCGCCGCCTTGCTGGTGGCCGGCGTTCTGGTGGGCATCGCGCTTCTGGCTACCGGCGCCGTCGTCGGCTTGCTGTCCGGAACCTCGCCGCTGAGCCGCGGGCTCCGGCAGCTTGCCATCGGCCTGGGAGCGGCGGCGGCCACGTACGGGCTGGGCCTGGCGTTCGGGGCAGCGATCGTCTAA MQMHQESHSSSSSAPDPTPESAAAENAATQPATPSHADIRRWRQYLADERAEAAVYRELAQRRDGEERQILLALAEAEGRHEAHWLKLLGEHAGMPKAASTRSQFLGFLARNFGSVFVLALAQRAEGRSPYGTEPAATPAMVADEQIHEEVVRGLATRGRNRLSGTFRAAVFGANDGLVSNLSLVMGMAATGVPSPVVLMSGVAGLLAGALSMGAGEYVSVRSQRELLNATLPTQATLTAAPSLDIEHNELVLVYLARGMTREAAEHRAAERMGLFSCDCDPSLSLQPEKPPTDDHESVGSAWGAAMSSFCFFASGAIVPILPFIFGMTGIAALLVAGVLVGIALLATGAVVGLLSGTSPLSRGLRQLAIGLGAAAATYGLGLAFGAAIV NA NA NA NA NA D3-18_03240 837 hypothetical protein ATGCGTGTTCTCCGCGGCGTCCTCATGGCCATCATCGCCGCCGTCGTTGCCGTTCTGGTCAGTGGATTCCTGCAGGGCGACCCTCGCATCACTGCGCTGTTCCCGGGTGTGAGCGTGCCGGGAACCACACAGGACCAACCGGGTGGAGCAGAACCGGCGCGCCCCCTCGACGCGCCGCCGCCCGGACTTGAGGAGGCGGAAGCCCCACTGGCCTCGCCCCCAGCGCCCGGCACCACCAACGATTCGTACAAGTTCCTGGCCACCAACGACGACGGTACCCCGGTAGGCTACTCGCCTTGCCGCCCGCTCCATTACGTTGTGAACGATGCGTCCGCACCCCTTGGTTCCGAAGCCCTCCTGACCGCTGCCCTGGCAAATATTTCCGCGGCGTCCGGCATTCAGTTCATCGACGACGGCACCACGGACGAGTTGCCAGTGGACCGGCGTGAACCATACCAGCCGTCCAAGTACGGCGACCGGTGGGCTCCCCTGCTGATCTCCTGGACCACACCCCTGGAAGCACCTGCGCTGGCAGACAACGTCATCGGCACGGGAGGCAGCACCATGTACTCCCTCAACAAGGGACCCAAAAGCTACATCACCGGGAGCTTGGAGCTGGACACGCCACAGGTAACGGAACTGCTCGCCAGTCCCGGCGGGGCTGACTACGTCTTGGCGGTGATGCAGCACGAGCTGGGCCACGTCATGGGCCTGGACCACGTGGATGACCCGATCCAACTCATGTACCCGGAAATCGGGGCCCCCGACGGACTCGCGGCGGGCGATCTTAATGGCCTGCACCTACTTGCTTCGGCACCCTGCCGCAAGGACATCTGA MRVLRGVLMAIIAAVVAVLVSGFLQGDPRITALFPGVSVPGTTQDQPGGAEPARPLDAPPPGLEEAEAPLASPPAPGTTNDSYKFLATNDDGTPVGYSPCRPLHYVVNDASAPLGSEALLTAALANISAASGIQFIDDGTTDELPVDRREPYQPSKYGDRWAPLLISWTTPLEAPALADNVIGTGGSTMYSLNKGPKSYITGSLELDTPQVTELLASPGGADYVLAVMQHELGHVMGLDHVDDPIQLMYPEIGAPDGLAAGDLNGLHLLASAPCRKDI NA NA NA NA NA D3-18_03241 1002 hypothetical protein ATGCTGACGAATACGGCCGACGGCGGCGCCCCACTTCCCGCCGCAGCCGCCACGTCAGGGGGTTCCATGGAACCTTACGGGTCGCCCAAGTGGCCGGACCCCGATCCCCCTCGTCCGAATTACCTTCCGCATGCCCCACGCCCGCCGGACCCTCCACCGGTCAGGCCGCCGATCAAGCACAGCAGCATCGCGGCCATCCTGTTCCTTTTCAGCGTGCTGGGCCTGGTGTGCGCGGGAGCCTACTTCAGCGGCGAACTCCAGCAGCTCCTTTACGGATCGTCCGCCACTCAGAGCGAGGCGCCCCGACCCGGGCTGGTACCGTTTGGCCAACGCCAGGAGCCCGTCCCGGGACTTGAGGAAGCTGACGCACCGCTGGGAACGCCGGCACCATTGAACCGCACCAGTTCCTCGTACAAGTTCCTGGCCGTCAAGGAAGACGGAACTCCGCTGGCGTACTCGCCGTGCCGGCCCATCCACTATGTGATCAACTCGGACCTCGCACCGCCCTCCTGGCAGCCGCTGGTGGAAGAAGCCGTGAGGCAGGCGGGCGAAGCCACTGGATTGAAGTTCATCTACGACGGCCCCAGTTCCGAAATTCCCTCCCCCAACAGGTCCGGGTACCAGCCCGAAAGGTACGGAGACCGCTGGGCTCCTGTCCTCATTGCGTGGAGCACGCCGGAGCAGGTGCCACGCCTGAGCGGGCAGACCGTGGGCCTTGGCGGAAGCTCCTCCATTGGCCTCAGCAACGGCTACAAGGCCTATGTGACAGGCACAGTGTCCCTGGATGCCCCACAATTCGCGGATATCGTGGACGCTCCCAGCGGAGAAGAGATCGGCGTAGCAGTCATCATGCACGAGCTGGGACACGTCCTCGGCTTGGACCACGTGGATGATCCCCGCCAGCTCATGTTCGACCAAGCGTCCTGGGTGCGCGGCTACGCTGCGGGCGACCGGACGGGTTTGGCCCAACTGGGCACCGGCCCCTGCAGCAAGGACTTCTGA MLTNTADGGAPLPAAAATSGGSMEPYGSPKWPDPDPPRPNYLPHAPRPPDPPPVRPPIKHSSIAAILFLFSVLGLVCAGAYFSGELQQLLYGSSATQSEAPRPGLVPFGQRQEPVPGLEEADAPLGTPAPLNRTSSSYKFLAVKEDGTPLAYSPCRPIHYVINSDLAPPSWQPLVEEAVRQAGEATGLKFIYDGPSSEIPSPNRSGYQPERYGDRWAPVLIAWSTPEQVPRLSGQTVGLGGSSSIGLSNGYKAYVTGTVSLDAPQFADIVDAPSGEEIGVAVIMHELGHVLGLDHVDDPRQLMFDQASWVRGYAAGDRTGLAQLGTGPCSKDF NA NA NA NA NA D3-18_03242 1206 hypothetical protein ATGATGCACCGGACTGCTGCCGCACACCCAAACACCCGGCCGTCGAGCCCGGCGGACCACTACGCTGAAACCATGAATCGCTCCGGAGCCTTGAACCCGAGTCCGCGAACGCTCGACGTCGAAAGCGTCATCCACTTCCACCAACTGGTAAGCGCCGGGGCAGAGTCCATGAACGGCTGGCACGCACAGTCTTTGGACCTTCGGGGCCATTCACGGGACCTGAAGGCGCTGGATCCCCAAGGCGCGATCTTCCTGGGGTGCACTTTCGATGACGGTGTGGAAGAGAGCCTCCGCCGGCGCGGAGCCCTCATCTTCCCCCAGCTTCACAACGTGCCCTTCAACCCGTACCGAAGCAGCGTTTACACGGCTAGTGAACTGTACGAGGACATCGCTTCCACGGAGTACGAATCCACTCTCGATGCGCGCGTCTACCAGTGGAGCATCCTACCCGGGCAGCGGGGCAGCCTGGACGCCACCCTCGCCGCAGCATTGCACGATCACGCAATCGGCGACGCCTTGGACGAGCTGCTGGACCATGGCGCGCTGTCCGGAACCAAGCTGGTGGGCGTCATGGGTGGACACGCCGCGCAACGGGGAACCAAAGAATTCGCCGACGCCGCGCAGTTGGGACGGCTGCTGGCCCAAGCGGGCTTTACGGTAGCCACGGGCGGGGGTCCCGGCGCCATGGAAGCCGCCAACCTTGGCGCCTACTTAAGCGGACTGCCCGACGCCGACTCCACCGACGCGCTTGGGGCGCTCGCCGCTGTGCCGGGGTTCATGCCCTCCGTGACGGCTTGGGCTCGGCAAGCAGCCGCCGTCGTCGAACGTTATCCTGGCGGCACCCCGACGCTCGGTATTCCAACATGGTTCTACGGGCATGAGCCGCCAAATCTGTTCGCCACCCACATCGCCAAATACTTCGCCAACGCTGTCCGCGAAGCCATCCTGCTGGAGCTCTGCAACGGTGGGATCGTGTTTCTCCCGGGCGCCGCAGGGACAGTGCAGGAAATTTTCCAGGACGCGTGCGAGAACTACTACGGAGCCCCCGAGACCATCACGCCCATGGTTCTGGTAGGCCGCGAACACTGGGAACAGACGTTTCCTGCCTGGCCCATGCTGCGGAGCCTCGCGGCCGGAAAGCCCATGGAAGACCGGATTTTCCTGGTGGATACGGTGGAGGACGCGCTAGCAGTGGTTGCCGGGTAG MMHRTAAAHPNTRPSSPADHYAETMNRSGALNPSPRTLDVESVIHFHQLVSAGAESMNGWHAQSLDLRGHSRDLKALDPQGAIFLGCTFDDGVEESLRRRGALIFPQLHNVPFNPYRSSVYTASELYEDIASTEYESTLDARVYQWSILPGQRGSLDATLAAALHDHAIGDALDELLDHGALSGTKLVGVMGGHAAQRGTKEFADAAQLGRLLAQAGFTVATGGGPGAMEAANLGAYLSGLPDADSTDALGALAAVPGFMPSVTAWARQAAAVVERYPGGTPTLGIPTWFYGHEPPNLFATHIAKYFANAVREAILLELCNGGIVFLPGAAGTVQEIFQDACENYYGAPETITPMVLVGREHWEQTFPAWPMLRSLAAGKPMEDRIFLVDTVEDALAVVAG NA NA NA NA NA D3-18_03243 792 carA_2 Carbamoyl-phosphate synthase small chain ATGAAGAGTTCAAGAGTTGTTCGTCCGCGCATCGGCGTTCCGGTCCGTCTCAGTAGTTCGGACACCCCCGATGCCCGCGTGGGTGAAGCCAACGAGCTCTTTACGTACATTGTGGACCTGCTGCGCGAGGCAGGCGCAGTTCCGGTGCTGTTGACCCCTGTTTCCGCTGACAGCGCCGGGCGGCTGGCCACCGAGATGCAAACGCTCGACGGCGTGTTGTTGCCGGGTGGCGGCGACATCAGCCCACGCCTCTATGGGCAGGACCCTGTCGATTCCCTTTACGATGTGAACCCCGAGCAGGACCACCTGGACATGGACGTTGCCCGGGCGACAATTGACGCAGGGCTGCCGCTGTTAGGCATCTGCCGCGGACACCAACTGCTGAACGTCCTCTACGGCGGAACACTGATCCAGGACATGGCGCCGTCGGCGGTCAACCACAACGGCCTGGATCCGCACGATCCCGAGGCCAGCGAATGGGTCTGGCATGATGTCCTGCTAACGGCCGGTTCCAAGGCTGCAGGCCTGTATGGATCTCCTGATGGAAGTACCATCAAGATCGCCTCGGGACACCATCAGGCCGTGTCCAGGGTAGGCGAAGGCCTGCAGGTCACGGCGGTGGCGGATGATGGAACCTTGGAAGCCTTGGAAGACCCTTCGCGGTGGGTCGTTTCGGTCCAATGGCATCCGGAGGCCTCCCAGCTGCCCGACACTGAGCGGTTGATGCCCTTCAGGAATTTTGTGGATGTTTGCCGGAACCCTACCCATGGTCCATCTGCCGGAGTACAGTAG MKSSRVVRPRIGVPVRLSSSDTPDARVGEANELFTYIVDLLREAGAVPVLLTPVSADSAGRLATEMQTLDGVLLPGGGDISPRLYGQDPVDSLYDVNPEQDHLDMDVARATIDAGLPLLGICRGHQLLNVLYGGTLIQDMAPSAVNHNGLDPHDPEASEWVWHDVLLTAGSKAAGLYGSPDGSTIKIASGHHQAVSRVGEGLQVTAVADDGTLEALEDPSRWVVSVQWHPEASQLPDTERLMPFRNFVDVCRNPTHGPSAGVQ NA NA NA NA NA D3-18_03244 129 hypothetical protein ATGTTTGCCGGAACCCTACCCATGGTCCATCTGCCGGAGTACAGTAGCGCTCACTGCATCGCTTTCACACCGCTGATAAACGGGGCAGTGTATAACTCCATTCGAAATGACGTCCTGGGGGCGTCGTAA MFAGTLPMVHLPEYSSAHCIAFTPLINGAVYNSIRNDVLGAS NA NA NA NA NA D3-18_03245 2913 hypothetical protein GTGGACCGTCCAAAATACGCTCGTCGTCATACCCGCTTATCATTCATCAGCACCCGTTCATTCGTCCGGCGAATCCTTGGATTCCTGCTGGGCCTTTCTGTTGCCCTTTCTTCGCTGGTCTTCGGCTTGGCCATGCCCGCTTCGGCAGCCGTACCTCCTTGCCCAGGCACCGGCGGTGCGCAAATGATTGTCGCTCATACAGATGACGATCTGATCTTTGTCAGCCCGGACTTCATGCGGGATGTTCAAGCAAAGCGTTGTGTCCAGACGATCTACCTCACTGCGGGTGATGCCGGAGAGGGCCAATCCTATTGGGCCGGCCTTGAGGACGGGATCCGGTCAAGCTACGCCTTAATGGCGGGGGTCGCGAACGCATGGACGGCGTCGGACGCCGGCGTTCCCGAGCGTCCGGTAACTGTGCACACGCTCAACGCGGCGCCGAATATCTCGGTGGTTTTCCTGCGGCTCCCGGACGGCTTCCCCAACGGTAATGGCAGCAGCCGTTTCAATGGCCAGAGCATCCTGAAGTTGTGGGACGGACGCATTTCTTCAATTCGACCTGTGGACGGATCGGCCACCTATTCAAAATCGCTGCTGCAGACGGTGTTGAACCGGCTGGTTGCCAACTACAAACCCACCACGTTCCGCACCCAGGACTGGACAGGCAATTTCACCACTCCCTATGACCACAGCGACCACTGGGCTGCGGCAAAGTTCGGGCAGTTGGCCACTCGCGCCTACACCGGACCGCATACCTCGTCCGCGTACGACGCTTACGTGATCGACGAGTACGCACAAAACGTGCACGGCGCCGAACTCACCAGCAAGGTCAACACCTTCAGGCACTTTGCCGAATTCGATGAGTTCCTGTGCGGGAACATCTGCCCGGACGTGCCTTACAGCGACTGGCTAAAACGGCAGTACATCACCGCCATCGAGTGGACCGGCAATGCGGCGAAATCGGCAGGAACCACCGTCTCAGCGTCTTCCCAGAGGGCCTCGGGACAGAGTCCGGAGAAAGCGCGGGACGGATATGCCTGGGGAACCCCCATGGATGCCAACCGGGAGTGGGTCACCAATGGCGGCCGTGCAGGGAGTTGGATCCAGTACAACTTCACCCCCGCACGGACCATCAACGCCGTGACGCTTTTTGACCGCCCTCTACCCAGTGACCAGGTAACCGGTGGCAATCTCACCTTCTCGGATGGAAGCACAGTCCCGGTTTCCGCCCTCCCGAATAACGGGTCAGGACTGACAGTGAATTTTCCTGCCAGGACCGTCAGCTCCGTGCGCTTCAACATCAGCTCCGTCAGCGGTTCCACCACCAACGTGGGCCTGGCGGAGTTCGAGGCGCACATCACCGCTGACGTCGTTGCCCCCGTGGTGACAGCTACACCCGCGGGCGGCACCTATGACATCGGGCAAAAAGTCACGCTGACCGTGAATGAGCCGGCTACCATCTACTACACCGTGGACGGGTCCACGCCCACAGTGGCCAGCAGCAAATACGCCACCCCCATCACTGTGAACGGCCCGCTGACCCTGAAGTACTTCGCGGTGGACTCTGCGAACAATCCCTCCGCCGTGGTCACGCAGACATACTCCACCGGCCCGGATGTGACTAAACCGGTGGTAACGGCAAACCCGGCGGGCGGCGCCTACGCTCCCGGCACCACCATCACCCTCACGGTCAACGAGGCCAACTCGGTGATCAAATACACCACCGATGGTACCGACCCAATGACAGCCGGACAGGTGTACTCCACACCGATAGCGTTCCCCGGCACAGCTCCAATGACGCTGAAGTACTTTGCCACGGATCCTGCGGGGAATGTCTCCACCGTGGTCACCCAGACGTACACCGTACCGCCGGACACCACGGCTCCCGTGGTCACCGCCAACCCCACCAGCCGGGCCTTGGCCAGCGGGGCCACCGTCACCCTCTCGGCGAATGAACCAGGAGCGGCCATCTACTACACCACCGATGGCAGCACACCCACGGCAACGGAATCGGCCACGAATATCAAGTACGCGGCTCCGATTGTCATGGGGAATTCCACCCTCATCCTCAAGTACATCGGGGTGGACACCGCGGGCAACACTTCGTCAGTGGGCAACCAGACGTACACCGTGCCCGCCGCCGGACCTCCGTCGGCCCATGATTACAACGGTGACGGCAAAGCCGATGTCCTCGCCTCCGACACTGCCGGCAATTTGTATCTTTACCCAGGAGACGGCGCAGGGGGCCTTTTGCCCCGGCAGGTAGCCCTGCCAGCACCTGCATGGTCCACCGTGACTGACACCATCACCCCGGGTGACTTCAACAAGGATGGCAAACCTGACCTGTTGGCCCGTGCCGGTGACGTCCTGTGGTTCTACCCAGGCAACGGTGCAGGCAGCTTCGGGGCTCGGGCACAGGTCAGTACCGGCTGGAGCACCATGAGCCAACTGTTCTCCCCCGGAGACTTCAGCGGCGACGGTATTCCGGACTTCATTGGCCGGCTCAGCTCAGGGGAGTTGCGGCTCTACGAAGGCAACGGAACCGGTGGTCAGCGGACGCCCACCACCATTGGGTCCGGCTGGAATGTTATGAATGCAATCTTCAGCACGGGGGACTTTAATGGAGATGGTAAGGGAGATGTGCTGGCGCGACGCTCGGACACAGGCGCCCTCTGGCTGTACCCCGGAAACGGAACCCGCGGATGGCTTCAATGGAAGCAAATCTCCACGGGTTGGGACAATCGAACATCGATGGCAGGGCCCCGCGACCTCAACGGCGATGGCAGCAACGACGTCATAGGCCGCATCGCAGACACCCTGTGGCTGTATCCCGGCACAGGCAGTGGAGCGTTCAGCACCGTGCCGCCCATCAGCCTCGGCACCGGCTGGCAGGCCATGAAGATCATCGCCTAG MDRPKYARRHTRLSFISTRSFVRRILGFLLGLSVALSSLVFGLAMPASAAVPPCPGTGGAQMIVAHTDDDLIFVSPDFMRDVQAKRCVQTIYLTAGDAGEGQSYWAGLEDGIRSSYALMAGVANAWTASDAGVPERPVTVHTLNAAPNISVVFLRLPDGFPNGNGSSRFNGQSILKLWDGRISSIRPVDGSATYSKSLLQTVLNRLVANYKPTTFRTQDWTGNFTTPYDHSDHWAAAKFGQLATRAYTGPHTSSAYDAYVIDEYAQNVHGAELTSKVNTFRHFAEFDEFLCGNICPDVPYSDWLKRQYITAIEWTGNAAKSAGTTVSASSQRASGQSPEKARDGYAWGTPMDANREWVTNGGRAGSWIQYNFTPARTINAVTLFDRPLPSDQVTGGNLTFSDGSTVPVSALPNNGSGLTVNFPARTVSSVRFNISSVSGSTTNVGLAEFEAHITADVVAPVVTATPAGGTYDIGQKVTLTVNEPATIYYTVDGSTPTVASSKYATPITVNGPLTLKYFAVDSANNPSAVVTQTYSTGPDVTKPVVTANPAGGAYAPGTTITLTVNEANSVIKYTTDGTDPMTAGQVYSTPIAFPGTAPMTLKYFATDPAGNVSTVVTQTYTVPPDTTAPVVTANPTSRALASGATVTLSANEPGAAIYYTTDGSTPTATESATNIKYAAPIVMGNSTLILKYIGVDTAGNTSSVGNQTYTVPAAGPPSAHDYNGDGKADVLASDTAGNLYLYPGDGAGGLLPRQVALPAPAWSTVTDTITPGDFNKDGKPDLLARAGDVLWFYPGNGAGSFGARAQVSTGWSTMSQLFSPGDFSGDGIPDFIGRLSSGELRLYEGNGTGGQRTPTTIGSGWNVMNAIFSTGDFNGDGKGDVLARRSDTGALWLYPGNGTRGWLQWKQISTGWDNRTSMAGPRDLNGDGSNDVIGRIADTLWLYPGTGSGAFSTVPPISLGTGWQAMKIIA NA NA NA NA NA D3-18_03246 903 sucD COG0074 Succinate--CoA ligase [ADP-forming] subunit alpha ATGTCTATCTACCTCAACAAGGACTCCAAGGTCATCGTTCAGGGCATCACCGGCGGTGAGGGCACCAAGCACACCGCCCTGATGCTCAAGGCCGGCACCAACATTGTTGGTGGCGTCAACGCCCGCAAGGCCGGCACCACGGTCCTGCACGGCGACAAGGAAATCAACGTCTTCGGCACCGTCAAGGAAGCCATCGCTGAAACCGGCGCCGACGTCTCCATCGTCTTCGTTCCCCCGGCATTCACCAAGGACGCCGTGGTTGAAGCAATTGAAGCCGGCATCGGCCTCGTCGTTGTGATCACTGAAGGCGTGCCTGTTCAGGACTCCGCCGAATTCTGGGCACTCGCCCAGTCCAAGGTGGACGCTGACGGCAAGCAGATCACCCGCATCATCGGACCGAACTGCCCCGGCATCATCACCCCCGGCGAAGCCCTGGTTGGCATCACCCCGGCGAACATCACGGGCAAGGGCCCCATCGGCCTCGTGTCCAAGTCCGGTACCTTGACCTACCAGATGATGTACGAACTCCGCGACCTCGGCTTCTCCACTGCGATCGGCATTGGTGGCGACCCCGTCATCGGCACCACGCACATCGACGCCCTGGCAGCTTTCGAAGCTGACCCGGAAACCAAGGCAATCGTCATGATCGGTGAGATCGGTGGCGACGCTGAAGAGCGCGCAGCCGACTTCATCAAGGCCAACGTCACCAAGCCGGTTGTTGGCTACGTTGCCGGCTTCACCGCTCCCGAGGGTAAGACCATGGGTCACGCTGGCGCCATCGTTTCCGGTTCCGCCGGTACGGCCCAGGCCAAGAAGGAAGCTCTCGAAGCCGCTGGTGTGAAGGTCGGCAAGACGCCGTCCGAGACCGCCAAGCTGCTGCGCGAAGTTTACGCAACGCTCTAG MSIYLNKDSKVIVQGITGGEGTKHTALMLKAGTNIVGGVNARKAGTTVLHGDKEINVFGTVKEAIAETGADVSIVFVPPAFTKDAVVEAIEAGIGLVVVITEGVPVQDSAEFWALAQSKVDADGKQITRIIGPNCPGIITPGEALVGITPANITGKGPIGLVSKSGTLTYQMMYELRDLGFSTAIGIGGDPVIGTTHIDALAAFEADPETKAIVMIGEIGGDAEERAADFIKANVTKPVVGYVAGFTAPEGKTMGHAGAIVSGSAGTAQAKKEALEAAGVKVGKTPSETAKLLREVYATL PGPT0001540_610 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 D3-18_03247 1170 sucC COG0045 Succinate--CoA ligase [ADP-forming] subunit beta GTGGACCTGTTTGAATATCAGGCGCGCGATATGTTCGAGGCGCACGGTGTACCCGTGCTCGCCGGCATCGTGGCGCACACTCCTGAAGAAGCGAAGGCAGCTGCCGAGAAGATCGGCGGCGTAACTGTCGTAAAGGCACAGGTTAAGGTTGGTGGCCGCGGCAAGGCTGGCGGCGTCAAGGTTGCCAAGACCGCCGAAGAGGCACTTGAGCACTCCACCAACATCCTGGGCATGGACATCAAGGGCCACACCGTCAACAAGGTGATGATCGCCCAGGGTGCTGACATCGCCGAGGAATTCTACTTCTCGGTCCTCCTGGACCGCGCCAACCGCAACTACCTGGCCATGTGCTCGGTAGAAGGCGGCATGGAAATCGAGCAGCTTGCAGTCGAGCGTCCCGAGGCCCTGGCCAAGATCGCCATCGACCCCGCTGTGGGCATCGACCAGGCCAAGGCTGACGAGATCGTTGCAGCCGCTGGTTTCGCCGAGGAACTGCGCGGCAAGGTAGCCGACGTCATTCTGAAGCTCTGGGACGTTTTCAAGAAGGAAGACGCAACCCTGGTTGAGGTCAACCCGCTGGTCCGTACCGGCGCAGGCGAGATCGTTGCCCTCGATGGCAAGGTCTCCCTGGACGAGAACGCTGACTTCCGCCACGTGCACCACGCACACCTGGAAGACAAAGACGCAGCTGACCCGCTCGAGGCCAAGGCCAAGGCGCAGGACCTCAACTACGTCAAGCTGGACGGCGAAGTAGGCATCATCGGCAACGGCGCCGGTCTTGTGATGTCCACCCTCGACGTCGTTGCTTACGCCGGCGAGAACCACGGCAACGTGAAGCCCGCCAACTTCCTGGACATCGGCGGTGGAGCATCCGCCGAGGTCATGGCCAACGGTCTGGACGTTATCCTTGGCGACTCCCAGGTCAAGAGCGTATTCGTGAACGTCTTCGGTGGCATCACTGCTTGTGACGCCGTTGCCAAGGGCATCGTCGGTGCACTGGCTGAGCTTGGTACCTCCGCGAACAAGCCGCTGGTAGTTCGCCTCGACGGCAACAACGTTGAGGAAGGCCGCCGCATCCTGACCGAGGCCAACCACCCGCTGGTTACCCTGGCCGCCACCATGGACGAGGGCGCCGACAAGGCCGCCGAGCTCGCCAACGCAGCTAAGTAA MDLFEYQARDMFEAHGVPVLAGIVAHTPEEAKAAAEKIGGVTVVKAQVKVGGRGKAGGVKVAKTAEEALEHSTNILGMDIKGHTVNKVMIAQGADIAEEFYFSVLLDRANRNYLAMCSVEGGMEIEQLAVERPEALAKIAIDPAVGIDQAKADEIVAAAGFAEELRGKVADVILKLWDVFKKEDATLVEVNPLVRTGAGEIVALDGKVSLDENADFRHVHHAHLEDKDAADPLEAKAKAQDLNYVKLDGEVGIIGNGAGLVMSTLDVVAYAGENHGNVKPANFLDIGGGASAEVMANGLDVILGDSQVKSVFVNVFGGITACDAVAKGIVGALAELGTSANKPLVVRLDGNNVEEGRRILTEANHPLVTLAATMDEGADKAAELANAAK PGPT0019515_1813 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 D3-18_03248 717 hypothetical protein ATGAAACGGCACGGCATAATGAGGGGCATGCGACGGACTGTTTGGGGGATCCTGGCCGCCTTGATCATGGTGCTGGCCACCGGATGCTCCTTCGCCACCGAAGATCCCGACTATGTGCCACCGGCTCCTTTGCCGCCGCTGGAGCAGCTCCAACAGGTTCCTGTCACCGAGCAGACCACCCTGTCCGCGGGCGAGGACGTTACGGCGTTCGTCACTGCTGACAAGAACATCGTGTGCGCCCTGACATCTTCCCGGGGCGGGCACCTCAACCTGCCCTATGAGGCCAACTCCTACTCCGACGCGGCCAACAACAAGTTCGCAGTTGTACCTGTGGCTCATTGCGAGTTGGCGAAGTATGCCAAACCGGAACTGGATGACATTGTGGAGGATTGCGCGGGAACAGGCCTTGGCTACCTCGGCGGGACGGCACTACTGACTCCTGAGAAGGCGGTCTACGGCTCATGTCGTTCGGGCGTAACACAAATGGAGTCAGAGTTCGGGCCGAAGGGCAGTGGCGGGGGTCCCATCTCCAAACTCCGGGAGCTTCCGGACGGGCAGAACATCGAGCGCAACGGTCTCCGGTGTTCGGCCTATAACGGCGGCGTTGCCTGCGGAAACGTCTCAGGTGGGGTGGCATTCTTCGTGAACCGCGAGGGATACCAGTTGATTTCCGACGGCGGCAAAACGGTCCGCGGGAACCTGAAAGATGTGTCCTGA MKRHGIMRGMRRTVWGILAALIMVLATGCSFATEDPDYVPPAPLPPLEQLQQVPVTEQTTLSAGEDVTAFVTADKNIVCALTSSRGGHLNLPYEANSYSDAANNKFAVVPVAHCELAKYAKPELDDIVEDCAGTGLGYLGGTALLTPEKAVYGSCRSGVTQMESEFGPKGSGGGPISKLRELPDGQNIERNGLRCSAYNGGVACGNVSGGVAFFVNREGYQLISDGGKTVRGNLKDVS NA NA NA NA NA D3-18_03249 2541 uvrD1 COG0210 ATP-dependent DNA helicase UvrD1 ATGTTGTTTGACCCCTACGCAGACGGACCCTTCAAAGCTGGCACCAAAGCCGCAGTCAAGGCTGCCCCGGAGCTTTCCCATTCCGGCGGAGGTGCCTCCGGGCCCCGCCTCCAAGAGGGAACCGGCGGGTCAGGGAACGCTTCCCAAGCGCCCGCCCCAGGGGGATGGGGCGGCCAGGGGGCCCACGGGTTGCCGACCGCTGAGGCACTTCTCCAGGGACTGAATCCGCAGCAGGAAGAGGCTGTGAAGCATGCCGGAAGCCCGCTGCTGATCGTTGCGGGCGCAGGCTCGGGGAAGACCCGTGTACTGAGTAACAGGATCGCCTACCTCATTGCCACCAAGCGTGCGCATCACGGCGAAATCCTGGCCATCACCTTCACCAACAAAGCGGCGGCCGAAATGCGGGAACGCATCGAAGCCTTGGTCGGCGCCCGCGCAAAGGGCATGTGGATCTCAACGTTCCACTCGTCCTGCGTGCGCATCCTGCGCCGGGAAGCTGCCAACGTCGGGCTGAATTCGAACTTCTCCATCTACGACTCCGCTGATTCGCTGCGCCTGATCACCCTCGTGGCAAAGAACCTGGACCTGGATCCCAAGAAGTTCGCACCCAAGGCCATCCAGCACAAGATTTCGGCGCTCAAGAACGAACTCATTGATGCCGACTCCTACGTCTCCTCGGCAAACCACAACGACCCCTTCGAACAAGCTGTGGCCGAGGTGTTCAAGGGCTACACGCAGCGTCTCCGGCAAGCCAATGCGATGGACTTCGATGACCTCATCGCCGAAACCGTGTACATGTTCCGGGCCTTCCCTGCGCTCGCGGAATCCTACCGGCGCCGCTTCCGCCACGTGTTGGTGGACGAGTACCAGGACACCAACCACGCGCAGTACGCACTGGTCAGGGAAATCGTGGGCCTGGGAACGGACACGGACGTGGCTCCCAGCGAACTGACGGTGGTGGGCGATTCCGATCAGTCCATTTATGCTTTCCGCGGGGCGGACATCCGCAACATTGTGGAGTTTGAACACGACTACCCCAACGCCCGCACCATCAAACTGGAGCAGAACTATCGCTCCACTCAGAACATCCTCAGCGCTGCCAACTCGGTCATCTCCCGCAATCCCAACCGCCAGGAAAAGCGTTTGTGGACCGCGGAAGGTGACGGTGAGAAAATCATTGGCTACGTGGGTGAGAACGAACACGACGAAGCCCAGTTCATCGCCAAGGAAATCGACCGGCTGCAGGATGAGGAAGGCCTGCGTCCCGGCGACGTCGCCATCTTCTACCGCACCAATGCACAGTCGCGTTCCATTGAAGACGTTCTGGTCAGGGTGGGACTGCCGTACAAGGTTGTTGGTGGGACGCGCTTCTACGAGCGCAAGGAAATCAAGGATGCCCTGGCCTACCTTCGCGTCCTGGTGAACCCGGACGACGACGTCAACCTCCGCAGGGTACTGAACGAACCCAAACGCGGGATCGGCGACCGTGCTGAGGGCGCCGTGGCTGCCTTGGCCGAACGGGAACGCACCTCGTTCATGGCCGCTGCGCGCCGTGCCGACCAAGCGCCCGGCATGGCCACACGCTCCGTCAACGCCGTCCTGGGCTTCGTTAAGCTGCTCGATGACCTTGCGGAGGTAGCCTCCGGCTCTGGTGCTGCCGCTGCGTTGGAAGCCGTCCTCGAACAGACCGGCTACTTGGCCGGGCTGCGGGCCAGCAACGATCCCCAAGATGAATCCCGGGTGGAGAACCTCGCCGAACTGGTGGCAGTCGTCCGGGAATACGAACGCGACAATCCGGACGGTTCGCTCGGCGAATTCCTGGAGCAGGTCTCCCTTGTGGCCGATGCCGACCAGATTCCGGATGCCCCGGGGGCGGACATCGATGCCGCCGTCGCGGAGGCCAAGCGGATGGGCGTTGTCACGCTCATGACGCTGCACACAGCCAAGGGCCTGGAGTTCCCGGTGGTCTTCCTCACCGGCATGGAGCACGGCATCTTCCCGCACCAGCGCTCCGCCACGGATCCCAAGGAACTCGCGGAAGAACGGCGACTGGCCTATGTGGGCCTCACCAGGGCACGCAAGCGTCTCTACGTGACTCGCTCTGAGGTCCGCAGCATGTGGGGCCAGAGCCAGTACAACCCCGCCAGCCAGTTCCTGGAAGAGATTCCGTCCGAGTTGGTGGAGTGGAAGCGCGAGGGAATGAGCCGTCAGGCCGCGGGTGGCTGGGGGAGCGCCCCCATCGGGTCCAACCGTTATGGTGGCTCGTTCTGGGGTGCGGGCACGTCCCGCGGTGCTGCCGCGAGCCCAACCGCAGGGTTCGACGCCGACGTCCCTGCCGCCGTCGTACGCAACAGGGTCCAGCCGCAGAAAGAAGTCATTTCCGTGGTGGTGGGAGACAAAGTCAACCACACCAGCTTCGGCAACGGCGTGGTGCTGGGCATCGAAGGCGCGGGGGACAAGACGGTTGCGAAGGTGAAGTTCGACGTCGGCGAGAAGCGGCTGCTGTTGCGGTACGCACCCCTGACCAAACTCGATGCATGA MLFDPYADGPFKAGTKAAVKAAPELSHSGGGASGPRLQEGTGGSGNASQAPAPGGWGGQGAHGLPTAEALLQGLNPQQEEAVKHAGSPLLIVAGAGSGKTRVLSNRIAYLIATKRAHHGEILAITFTNKAAAEMRERIEALVGARAKGMWISTFHSSCVRILRREAANVGLNSNFSIYDSADSLRLITLVAKNLDLDPKKFAPKAIQHKISALKNELIDADSYVSSANHNDPFEQAVAEVFKGYTQRLRQANAMDFDDLIAETVYMFRAFPALAESYRRRFRHVLVDEYQDTNHAQYALVREIVGLGTDTDVAPSELTVVGDSDQSIYAFRGADIRNIVEFEHDYPNARTIKLEQNYRSTQNILSAANSVISRNPNRQEKRLWTAEGDGEKIIGYVGENEHDEAQFIAKEIDRLQDEEGLRPGDVAIFYRTNAQSRSIEDVLVRVGLPYKVVGGTRFYERKEIKDALAYLRVLVNPDDDVNLRRVLNEPKRGIGDRAEGAVAALAERERTSFMAAARRADQAPGMATRSVNAVLGFVKLLDDLAEVASGSGAAAALEAVLEQTGYLAGLRASNDPQDESRVENLAELVAVVREYERDNPDGSLGEFLEQVSLVADADQIPDAPGADIDAAVAEAKRMGVVTLMTLHTAKGLEFPVVFLTGMEHGIFPHQRSATDPKELAEERRLAYVGLTRARKRLYVTRSEVRSMWGQSQYNPASQFLEEIPSELVEWKREGMSRQAAGGWGSAPIGSNRYGGSFWGAGTSRGAAASPTAGFDADVPAAVVRNRVQPQKEVISVVVGDKVNHTSFGNGVVLGIEGAGDKTVAKVKFDVGEKRLLLRYAPLTKLDA NA NA NA NA NA D3-18_03250 846 suhB_2 COG0483 Fructose-1,6-bisphosphatase/inositol-1-monophosphatase ATGACCACCGGCAGGCACACAGCAACTGAACTCGATCCATCACTGGATGACTACCAACTGGCCAGCGCCCTGGTCCGCGAGGCGGGCCAGCTGGCGCTGCTCATGCGGATGGGTGGACTGCAGGGCGAACGCAAGACGTCAGTGTCCGACGTCGTCACTGCAGCCGATCACGCGGCCGAGGCTTATGTCCTGGAACAGTTGCGGCGCTGCCGTCCGGAAGACGGCATCCTCGGCGAGGAGGGTGCCTCCTTTGCGGGGACGAGCGGCCGGACCTGGGTGATCGACCCCGTTGACGGCACCTACAACTTCCTGCACGGGTCCACGTACTGGTGCTCGGCCATTGCCCTCAAGCGTGACGATTCGGACCATGGCGGCAACCCGGTTGCCGATCCGGACGTGTTGCTCGGGGCCATCTACCAGCCCGAACTGGATAAGCTCTGGCTGGGAGGGGAAGAGCGCCCGGCCACCTTGAACGGCGAGGCGATCACCGGTTCGGGCGACCTCCCCGTTGGCCAAATCTCCGCAGCGACGTACATCCACCCCACTTGGCTCGCAGACCCGCGGGCTGCCATGCCCTGGCACGCGGCCGCGGTGTCCGCGGCGTCCCTGCGCATGTTCGGGTCAGGCTCCTGCGACCTCGGCCGGGTGGCTGACGGGGAGCTCGGCTGCTGGTTCCAGCACAGCTGCCCGGAATGGGACTGGCTCCCCGGCAAGGCGATCGTCCGCGCTGCCGGCGGGGACACCGCCGTCGTGCAGGTCAACGGATTGAATTGGTTCGTGGCGGGAGGCCCGACGGCGGTGCGCGAGTTGAGTGCAGCCCTCACCTCTGTTCCCCAATTTGCCTAG MTTGRHTATELDPSLDDYQLASALVREAGQLALLMRMGGLQGERKTSVSDVVTAADHAAEAYVLEQLRRCRPEDGILGEEGASFAGTSGRTWVIDPVDGTYNFLHGSTYWCSAIALKRDDSDHGGNPVADPDVLLGAIYQPELDKLWLGGEERPATLNGEAITGSGDLPVGQISAATYIHPTWLADPRAAMPWHAAAVSAASLRMFGSGSCDLGRVADGELGCWFQHSCPEWDWLPGKAIVRAAGGDTAVVQVNGLNWFVAGGPTAVRELSAALTSVPQFA PGPT0018535_1601 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 D3-18_03251 633 hypothetical protein ATGGATGACATGGCCAAGACACCAGCCCAGCGCGTCAAGAAGCACGGAGCAAAGGCAGTGGTTCCCGATCACTCGCTGCCTCCTGTGATCAACACCACCACGCAGCGCACTCCACAAAAGGCGCAGAGCAACTCCAAACTCATTGTGATCGCGGGTGTGGTGGCCAGCCTGTTTCTGTTCTGGTACCTGCACCTGCTCACCTTGAACCAGATGACGCAGCTCTCCGGTGGCCTGGCGATGCCGGATTCGCTGATTGGCGGCTTCTCGCAGGACTACATCGTCCAGCTTCGAGAGGCCATGGATGATTCGGCGCGCGGCCAGCTCAATTACGTCCACAAGACTGCCGGCACACTGTTTCCGCTGATCTTCGGCTTCAGTTGGCTCCTGCTGATCGGCACCAATGTGGCGCAAAAATCGTGGCGTTGGGCCATGTGGGCCGCTCCCCTGCTGTTCGCCGTGGCCCACCTGTGGTCCAATGTCGCCATCGATTCCGTGCTGGCCGCGGAAACGCCCGACGCCGGTTCGGTGGATCTGGCCTCAGCTGTCACCGTCGCGTCGTGGGTGCTGTTCCTGATCAGTCTCCTGTGCGGAGTGCTGGCCGTGTTCCTTGGCAGGAAGAGCCCCAAACAGTGA MDDMAKTPAQRVKKHGAKAVVPDHSLPPVINTTTQRTPQKAQSNSKLIVIAGVVASLFLFWYLHLLTLNQMTQLSGGLAMPDSLIGGFSQDYIVQLREAMDDSARGQLNYVHKTAGTLFPLIFGFSWLLLIGTNVAQKSWRWAMWAAPLLFAVAHLWSNVAIDSVLAAETPDAGSVDLASAVTVASWVLFLISLLCGVLAVFLGRKSPKQ NA NA NA NA NA D3-18_03252 426 hypothetical protein GTGAGCTTCCGAAGATTTTTCAAACCGGCCGTTTCAGCCATAACCGTGGGCCTGCTCATCGTGGGCGCCTCCGCCTGTGGACTCGGAGGCCCGTCCAAAGCGGAGCGCCTGGGCAAAGACCTGGAGACAGCCGCATTGTCGGTACCCGGAGTTGAGTCCGCCAAGCTCAACGTCAACATGAACACGTCAGGAAATTTCATCACCGTCAAGTTGGTCGGAAGCAGCCACGACGCGGACGTCCTCGCTGACGTGCTCGGGAACGCGCTTCCGCCCATGCTCGAGGAAACTGAAGAGCTTCAGTCAGGTACGTTCGGGATCGGTATCTTCTCACCGGATGATGCCGTGTCCGCCAGCGCGGGAGATCTGGGCTACTCGGGCGGTTCCTCCCTTAACAGCTTCCGCGAATACTTCCTCAGCGGGCCCTGA MSFRRFFKPAVSAITVGLLIVGASACGLGGPSKAERLGKDLETAALSVPGVESAKLNVNMNTSGNFITVKLVGSSHDADVLADVLGNALPPMLEETEELQSGTFGIGIFSPDDAVSASAGDLGYSGGSSLNSFREYFLSGP NA NA NA NA NA D3-18_03253 786 hypothetical protein ATGAAAGGGCATGCGACTGCACCGGCGCCAGCTGGATGGTTCCTTCCGGATACCCGTAGCATCAGGGCGAACATCGGAGGGTGGGCGCAGCTGAGCGTGGTCCAATACTTCGTAGCCGAGGCCGCCGTGATCGAGGCCTGGGCAGGTCCGGAGCCCTATAGCAGGGCCACCGGATTCATCAGTGACCTGGGAGCAATCTCCTGCGGGATCTACGAGGACAGAGCTGTCTGCTCCCCTTTGCACTGGCTGATGAATGCCTCGTTCTTGGTTCAAGGCCTGGCCCTGGTCCTTGGCGCGCTGTTCCTGACGGCAGGGTTGCTGAGCGTGGCCGCGCGGCCCGGAGTAACGGCACGACGATTTCGTGCCGTAGCAGGAGATTCCCCCCAAACCCGGGTCTTGACCGTTCCTTGGATACTGGCTGTTGCCATCCGGATCCTCACCGGTGTTGCGGGAGTGGGAACGGTGCTAGTGGGTCTGGTTCCCGAAGACGTGGGTTCCCCTTGGCACTTTGCGGGTGCACTCATGTTCTTTATCGCTGGAGGGTTTGCCCTCCTGCTCCTGGGAATCCTATGGTGGCGGCAGACGCCGGTGAGCTGGTTCCTGGCCGCGTGCGGACTCGTCTGCATCGGGGCACTCATCATTGGTGCCATCACCGGGATGGAGGTGCCCCTGCCGGGTTTGCTGGAGCGGTTCATGGGCTACCCGGTGACCATCGGCCTGGCAGCGGCCGGCTTGGTGATCGCCCAGCGTGTCCACACGGAACGAAAAGTACTCAGGGCCCGCTGA MKGHATAPAPAGWFLPDTRSIRANIGGWAQLSVVQYFVAEAAVIEAWAGPEPYSRATGFISDLGAISCGIYEDRAVCSPLHWLMNASFLVQGLALVLGALFLTAGLLSVAARPGVTARRFRAVAGDSPQTRVLTVPWILAVAIRILTGVAGVGTVLVGLVPEDVGSPWHFAGALMFFIAGGFALLLLGILWWRQTPVSWFLAACGLVCIGALIIGAITGMEVPLPGLLERFMGYPVTIGLAAAGLVIAQRVHTERKVLRAR NA NA NA NA NA D3-18_03255 459 hypothetical protein TTGAACCACCAGCAGCCCACCCAGGACTTGCAGGCCTACTTGGCCGGCAGCTGGATTGTGGAGCGCACCCTCCTGGACCGGACGTCCGGCACCAACGGAACCTTTACCGGCGTCGTGCGCTATACCCGGAACGCCGACGGCGGCCTGGACTACCGCGAAGACGGAACCATGCACTGGCCTACCCATTCGGGTCCGGCATTCCGTGAGTATCTCCTGAAACCCGGTTCCGAGCCGGAGTCGATGGACGTATTTTTCCCCGACGGCAGGGCCTTCCATGTGATGAGCTTCTCCGAACAGGGCAACCAGGACAAACACTGGTGCGACCCCGACGACTACCGCGTCAAGTACACATGGGAGGGTCCGGACTCGTTCAACTTCACCTGGGACGTCCGTGGGCCCGCCAAGAATCTGCTCCTCGAATCGCACTTGGTCCGAATCGACGCCGGGAGGCAACCATGA MNHQQPTQDLQAYLAGSWIVERTLLDRTSGTNGTFTGVVRYTRNADGGLDYREDGTMHWPTHSGPAFREYLLKPGSEPESMDVFFPDGRAFHVMSFSEQGNQDKHWCDPDDYRVKYTWEGPDSFNFTWDVRGPAKNLLLESHLVRIDAGRQP NA NA NA NA NA D3-18_03256 414 hypothetical protein ATGAATGGAACCGGCACTGACCTGATCATCGTGAGCGCCGTCTGCGTCTACAACGACGAAGGCCAGCTTCTGACCGTCCGCAAGCGTGGCACTGACAAGTTCATGCACCCTGGCGGCAAACCCGAACCCGGTGAAACCGCCGCGGAGGCCGCTTCCCGTGAGCTCCTGGAGGAAGTCGGCATTGACGTGGCCCCGACCCACCTCGAGCCACTCGGCGTGTGGTTGGCCGTGGCGGCGAACGAGGCAGCGACGAACATCGAAGCCACCGTTTTCACTGCGCCCGGAACGTGGGAGGCACACCCGTCGGCGGAGATCGCCGAGATTCGCTGGCTGGACCTCGACGCGCCTCTTCCCACGGACTTGGCCCCACTGCTGACGGACCACGTACTTCCAGCGCTCGCCCCGCCCAAGTAG MNGTGTDLIIVSAVCVYNDEGQLLTVRKRGTDKFMHPGGKPEPGETAAEAASRELLEEVGIDVAPTHLEPLGVWLAVAANEAATNIEATVFTAPGTWEAHPSAEIAEIRWLDLDAPLPTDLAPLLTDHVLPALAPPK PGPT0021230_1511 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021230-udk-K00876 NA NA D3-18_03257 1158 hypothetical protein ATGGTGAAGTTCACGAATCGTTTGGTTGCTGAGGTTGTCCAGTCGTTCTGGCAGCAGGTTGCGGACGGTGCCCGTTTTGAAGATGCTGGTGCGTTCGTCGGGTGGTCCGTAACGACGGTCCGCCGTGAGCTGAGGTCCTCAGGAGGGGTCCGGCCCCGTCGGGGCCGGACCCTGACCGGCCGTTCCCTATCGTTCCAGGAGCGGGAGTTGATCTCGTTATGGCGGGGCAAGGAATCGGTCCGTGAGATCGCCAGACGTTTGGGTCGTTCCCCGTCAACGATCTCCCGGGAGCTCCGGCGGAACGCTGACAAGGTCTTTTTCTACCGGGCTACCACCGCCCATGCCCGCGCCCACGCCCGGGCAGCCAGGCCCAAGACCGCTAAGCTCAACAGCAACAAGCCCTTGCGCCTGGAAGTCGAAAAGCGGCTCGAAAAGAAAGACTCACCGGTCCAGATCGCTGGCAGACTCCGCAAGGACTTCCCGAACAACCCGGAGATGTGGGTGTCACACGAGACCATCTACCAGTCCCTCTATCTCGAGTCCCGGGGCGGGCTAAAGCGGGAACTGGTCAAGAACCTGCGCACCGGCCGGACCCTGCGCAAACCCCAACGCCGCCCCGACGAACGCCGCGGCAGAATCCAGGACAAGGTCATGATCGCCGACCGTCCCGCCGAGGTCGAAGACCGTGCCGTGCCAGGGCATTGGGAAGGGGACCTGATCGTAGGCAAGGACGGAAAAACCGCCATCGGCACCATCGTGGAGCGCACAACCGGGTTCGTGATGCTCCTCCATGTCCCGACCGGTCAAAACCGTGCCGAGTCTGTTCGGGATGGGCTGATCCGCAAAATGGGCGCCCTTCCCGACGAACTGAGGCTCTCACTGACCTGGGACCAAGGCACCGAAATGCGCAGGCACAAGGAAGTGAAGATCGCAGCCGACATCGACATCTACTTCTGCGATCCCCACTCACCTTGGCAACGCGGCTCGAACGAGAACACCAACGGGCTCCTGCGCCAGTACTTCCCCAAAGGCGCAGACCTAAGCATCTACAGCCAAACCGACCTCGACTACGTCGCCCACGAACTCAACGACAGACCCCGCCAACGATTCGACTTCTGCACCCCCAATGAGATGATCAGAACCTTCCTGTTGCGATAA MVKFTNRLVAEVVQSFWQQVADGARFEDAGAFVGWSVTTVRRELRSSGGVRPRRGRTLTGRSLSFQERELISLWRGKESVREIARRLGRSPSTISRELRRNADKVFFYRATTAHARAHARAARPKTAKLNSNKPLRLEVEKRLEKKDSPVQIAGRLRKDFPNNPEMWVSHETIYQSLYLESRGGLKRELVKNLRTGRTLRKPQRRPDERRGRIQDKVMIADRPAEVEDRAVPGHWEGDLIVGKDGKTAIGTIVERTTGFVMLLHVPTGQNRAESVRDGLIRKMGALPDELRLSLTWDQGTEMRRHKEVKIAADIDIYFCDPHSPWQRGSNENTNGLLRQYFPKGADLSIYSQTDLDYVAHELNDRPRQRFDFCTPNEMIRTFLLR PGPT0030610_168 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482 NA NA D3-18_03258 1914 COG1132 putative ABC transporter ATP-binding protein ATGAGCATGGACCGCGTGGCCTGGAGCTCGCTGTACAACATCACTACTGCCAAGAGTGGCTCGAAACCGTTCTCCAAGGAGACCTTGAAGCGGGTGATGGCTTTTGCCGCGCCGCATAAGGGCAAGCTCATCGCCTTTGTGATCGCCTCCATTGCGGGTGCTTTCCTGGCCGTCGCTACTCCGGTGTTGGCCGGTCAGGTGGTGGATGCCATCATCGCCAACGCCGGCGTGGGCACTGTGATCTGGTTGGCTGTCCTGATCGCCATCGTCGCCGTTGGCGAGGCGGGTGTGGGCTTGTTGACCCGATGGCTGTCTTCCATCATTGGCGAGGGTGTCATTGTGGACCTCCGCACACGGGTTTTCGATCATGTGCAACGCATGCCAATCGCCTTTTTCACCCGAACTCGAACCGGTGCCCTGGTCAGTCGCCTGAATAACGACGTCATCGGAGCGCAGTCGGCCTTCGCCGGCACGCTGTCCGGGGTAGTCAGCAACGTGGTGGCTTTGGCCCTGACTCTTGTGGTCATGCTCAACACCTCTTGGCTGGTGACCGTGCTGGCCATGGTGTTGCTGCCGATCTTCCTGATTCCGGCCCGGCGGATGGGCTCCAAACTGGCGGACCTCCGCCGCGAAGCTGCCGCGCACAACGCTGCCATGGGCACGCAGATGACCGAGAGGTTTTCGGCGCCGGGCGCCACGCTGGTGAAATTGTTCGGCCGCCCGGATGAGGAATCCCGTGAGTTCGCTGATCGGGCCGGCCGGGTCCGGGACATCGGAATCCGGACTGCCATGTTGCAGTTCACGTTTGTGACCGCCCTGACCTTGGTGTCGGCGCTGGCTCTGGCCTTGGTCTATGGACTGGGCGGTTGGCTGGCCATTGGCGGGCAGTTGGCACCCGGTGACGTGGTGGTTCTTGCCCTCCTCCTCACCCGGCTCTACGCCCCACTGACGGCGCTGTCCAATGCCCGCGTGGAAATCATGAGTGCTTTGGTCAGCTTTGAGCGGGTCTTTGAAATTCTTGACCTTAAGCCGCTGATCACCGAGAAGCCGGACGCCGTGACAGTTCCGGCGGGCCCGGTTGCCGTGGAATTCAACGACGTCCGTTTCTCCTACCCTTCCGCCGAGAAGGTGTCACTGGCTTCCCTTGAGGACGTTGCCACCTTGGATACCCGTGGAGGCGAGGAAGTCCTGCACGGAGTCAGCTTCCGGGTGGAACCGGGGCAGACCGTTGCCCTGGTGGGTTCCTCCGGGGCGGGCAAGTCCACGGTGGCACAGCTGCTCTCGCGTTTGTACGACGTCGACTCCGGCTCAGTGCGCCTTGGCGGGCAAAAGCCCGGAACAGGCGTGGACGTCCGCGATCTGAGCTTCGATTCGTTGCGGGACACCATGGGCATGGTGACCCAGGACGGCCATCTTTTCCACGAAACCATCGCGTCCAACCTGCGCCTCGCCCGGCCGGACGCTACGGAAGCTGACATGTGGGATGTGCTCCGGCGCGCTCGTCTGGAGCCGATGATCCGGTCCTTGCCCGATGGCTTGGAAACCGTGGTGGGGGAGCGCGGCTACCGGCTCTCCGGTGGCGAACGCCAAAGGCTCACCATCGCCCGCCTGCTGATCAAGCAACCTCGTGTTGTGATCCTCGACGAAGCAACCGCTGCCTTGGACTCCACCAACGAAGCCGCCGTCCAGGCGGCCTTGGGCGAGGCACTCGAGGGGCGCACCGCCGTCGTGATTGCCCACCGGCTGTCCACCATCCGTGCGGCCGATGCCATTTTGGTGGTTGAGGACGGCAGGATCGTGGAGCGTGGCACGCACACCGAGCTGCTGGCCGCGGACGGACGATACGCCGAGCTGTATCAAACCCAGTTTGCCGAAGCCACGGCGGTGGCCCAGGAAGCGGTCCCGGAGCTGTAA MSMDRVAWSSLYNITTAKSGSKPFSKETLKRVMAFAAPHKGKLIAFVIASIAGAFLAVATPVLAGQVVDAIIANAGVGTVIWLAVLIAIVAVGEAGVGLLTRWLSSIIGEGVIVDLRTRVFDHVQRMPIAFFTRTRTGALVSRLNNDVIGAQSAFAGTLSGVVSNVVALALTLVVMLNTSWLVTVLAMVLLPIFLIPARRMGSKLADLRREAAAHNAAMGTQMTERFSAPGATLVKLFGRPDEESREFADRAGRVRDIGIRTAMLQFTFVTALTLVSALALALVYGLGGWLAIGGQLAPGDVVVLALLLTRLYAPLTALSNARVEIMSALVSFERVFEILDLKPLITEKPDAVTVPAGPVAVEFNDVRFSYPSAEKVSLASLEDVATLDTRGGEEVLHGVSFRVEPGQTVALVGSSGAGKSTVAQLLSRLYDVDSGSVRLGGQKPGTGVDVRDLSFDSLRDTMGMVTQDGHLFHETIASNLRLARPDATEADMWDVLRRARLEPMIRSLPDGLETVVGERGYRLSGGERQRLTIARLLIKQPRVVILDEATAALDSTNEAAVQAALGEALEGRTAVVIAHRLSTIRAADAILVVEDGRIVERGTHTELLAADGRYAELYQTQFAEATAVAQEAVPEL NA NA NA NA NA D3-18_03259 1662 ettA_4 COG0488 Energy-dependent translational throttle protein EttA ATGACTGCAACTTTGGTGGCCAAGGATCTTGCCGGTGGTCATGGCCATCGCACACTTTTCTCGGACCTGTCCCTGACCGTCGCGCCAGGCGATGTTGTGGGGGTGGTGGGCGCGAACGGTGCCGGTAAGTCCACGCTGCTGCGCATTCTCGCCGGCGTGGACCAGCCCCAGGCGGGGAGCGTCAATCTGGCGCCTTCGGACGCCTTCATGGGCTGGTTGCCGCAGGAACACGAGCGCGCCGCCGACGAGACAATCTCGGCCTATATTGCCCGTCGCACTGGCTGCGCCCAAGCAACAAGCGACATGGAATCCACCGCCGAAGCCCTCGGCTCGGGGGCTCCCGGAACCGATGACGCCTACTCCTTGGCCTTTGACCGCTGGATGGCCTCCGGCGCCGCGGACCTGGAGGACCGGATTCCCGCTGTCCTCGCCGACCTCGGCTTGGAGCTTGGCGCCGACGCCCTCATGACGGGCCTTTCCGGCGGTCAGGCTGCGCGCGTGGCTTTGGCCGCCCTGCTGCTCAGCCGCTTCGACGTGGTCCTCTTGGACGAACCCACCAACGACCTCGACCTTGACGGACTTGCCCGGCTTGAGGCCTTCGTTCAAGGCCTCCGGGGCGGTGTGGTCCTGGTGTCGCACGACCGCGAATTCCTTGCCCGTTGCGTCACTACCGTGGTGGAACTGGACCTCGCCCAGAACTCTGTGGCCGTCTACGACGGTGGCTACGAAGCGTTCCTCGAAGAGCGCGCCGTGGCAAAGCGCCACGCCAGGGAACGTTACGAAGAGTTTGCCAACACCAAGGCCGATCTCGTCTCCCGCGCACGCACCCAGCGTGAGTGGAGCTCCCAAGGCGTCCGGAACGCCATGAAGAAGAACCCGGACAATGACAAGATCCGTCGCGCCGCGAGCAGCGAATCTTCGGAGAAACAGGCCCAGAAAGTCCGCCAGATGGAGTCGCGCATCGCAAGGCTCACTGAGGTGGAGGAACCGCGCAAGGAATGGCAGCTGCAGTTCAGTATTGGCCAAGCGCCCCGCTCAAGTGCCGTCGTCGCTACCTTACGCAACGTCGTCGCCCGCCAAGGTGACTTCACCCTGGGTCCTGTGAACCTCCAGCTCAACGGGGGCGAGCGCATAGGCATTACCGGACCGAACGGCGCCGGGAAGTCGACGCTTTTGCGCCTGTTGTTGGGGACGCAGGAGCCGGACGACGGCGACGCCTCCATGGGTGCGTCTGTGGCCATCGGCGAAATTGACCAGGCGCGCGGACTGCTCGACGGCGGCCGGCAGCTTGGCGACGCTGTGGAAGCGGTGCTGGTGGACTGGAACAGCGCGGATGTGCGGACGCTCTTGGCAAAGTTCGGCCTCAAGGCGGATCACACCTCCCGCACAGTGGATTCGTTGTCCCCGGGGGAGCGGACCCGCGCTGCTCTTGCGTTGCTGCAGGCCCGTGGCGTGAACCTGCTGGTGCTGGACGAACCCACCAACCATTTGGATCTTCCAGCCATTGAGCAACTGGAGGAGGCGCTGGAAAGCTACGAGGGCGCGCTCCTGCTGGTCACCCATGACCGAAGGTTGCTGGAGAACGTCAGGCTCGATTCGCGCTGGCATCTGGAAAACGGACAAGTGCAAGAGCTTCATCACACCCCAAGCCAGGAGAAGTAA MTATLVAKDLAGGHGHRTLFSDLSLTVAPGDVVGVVGANGAGKSTLLRILAGVDQPQAGSVNLAPSDAFMGWLPQEHERAADETISAYIARRTGCAQATSDMESTAEALGSGAPGTDDAYSLAFDRWMASGAADLEDRIPAVLADLGLELGADALMTGLSGGQAARVALAALLLSRFDVVLLDEPTNDLDLDGLARLEAFVQGLRGGVVLVSHDREFLARCVTTVVELDLAQNSVAVYDGGYEAFLEERAVAKRHARERYEEFANTKADLVSRARTQREWSSQGVRNAMKKNPDNDKIRRAASSESSEKQAQKVRQMESRIARLTEVEEPRKEWQLQFSIGQAPRSSAVVATLRNVVARQGDFTLGPVNLQLNGGERIGITGPNGAGKSTLLRLLLGTQEPDDGDASMGASVAIGEIDQARGLLDGGRQLGDAVEAVLVDWNSADVRTLLAKFGLKADHTSRTVDSLSPGERTRAALALLQARGVNLLVLDEPTNHLDLPAIEQLEEALESYEGALLLVTHDRRLLENVRLDSRWHLENGQVQELHHTPSQEK NA NA NA NA NA D3-18_03260 723 hypothetical protein ATGCCCTTACCGTCCAAGGCGTTCCAGCGCTGGCTTCATGGCATTGCGCCCGAGGCCAGCACTGCTGACGTCTGCAGGATTGCCGGCATCAAGCGAACAACACTGGCCCAGCAGCTGGTTCGCGGCAAGGTTGCCGAGTCCACTTTGGTGAGCATCAGCCGCGGCTTCCACATCAATCCTGTGCAAGCCCTGTCCACTTTCGATCTTTACGCCGAGCTTCGGGGCGACCCCGTCCCGCCCACGCCCTGCGAACTCGTCAGCCAGGTGGCCACCATCGATTTGCTACGTGCAGTTGTGGACCGCAACGAGCCCGGCACCGCCCCCGCTCCCCGCCTTTCTGAACCACCGCACCCCACCTCGGTGCGTAACTGGGTGGATGCGATCGACGACGGCGAGTTGCGGCACCGGGTCAGCCATACCACCGGGATCGCGCCACAGAACTTCTCCGCCCACTTGACGGCCAACAGGCTTCCGCCCGAGTTGGCCATCGCCACATCGCGCGCGGCGGGGGTTGGACCTGCAGGAGGTTTGGTGGCTGGTGGGCTGATCACGGAGGCCGAAGCCGGATGGCCGCCCAATGCCCGCCAGGAAGCGCTGGACAAGTTGTCGCAGGGACGCCTGGTGACGTTGGCCGGCGAACGGCTTTTGGCGCTCGGCAAGACACTGCGCCGGCAGGAACAAGACCACGAACGAACTGAACGAATTTGGGAGAACCTCGGATGA MPLPSKAFQRWLHGIAPEASTADVCRIAGIKRTTLAQQLVRGKVAESTLVSISRGFHINPVQALSTFDLYAELRGDPVPPTPCELVSQVATIDLLRAVVDRNEPGTAPAPRLSEPPHPTSVRNWVDAIDDGELRHRVSHTTGIAPQNFSAHLTANRLPPELAIATSRAAGVGPAGGLVAGGLITEAEAGWPPNARQEALDKLSQGRLVTLAGERLLALGKTLRRQEQDHERTERIWENLG NA NA NA NA NA D3-18_03261 708 hypothetical protein ATGACGGCTGTCCTGCCCTGGGTCACGCTGGCAGTGTGCCTGGCGATTACCCTTGCCCGGGTTCCGAGCGCCTTGCGCGGGGAAAACCGTGAGGTTTTCTACATTTTCTCGCTGATCTCGTTGAGCATCTTAATCAGCATTGAGGCCCCCTACCTGGTGATCGACGGGTGGCTCGGCGGGATGAACATCGGCAACCTGATCCTGCGTTTCCTGCTGTACGGAACTTTCTTTTTCATGGGGATCAAGATCGCTACCGCTTTCGGCTCAGCCTCAGCCGTGCGCGCTATCCGGGGGCCCCTCGGGATAGCCGCGGCGGTCATTGTTGGCGCCCTGACTATCTACTTCTTCGTCATCACGGACACGCAAGGATCCTCGGCGGGGATGAGCGGACTGAAATGGGGCCCTTCCCTGGATGGATATGCGGCGATGGGTCGCTTGTATCCGGGGTTCGTGGCCGCCTGTTTGGTACCTGCCATCTGGCGCACGGTGGTAAGCACGGCGCCCGTCCTGCTCCGGGTGGCCTCGGGGGTCTTGCTGTTGGGACTTTCTTTGCTCCTGTCATCCCAACTCTTTCCCCTCATTCCTTTCTCGGAGGCCTGGTTGCGGGTACTCATCAACTATTCGGCCGCCCTGTTCACGTGCCTGGGACTCGCGGGAATTTGGTTTTCCAAGTCATTTGCGCGGAGAAAGCAACGTCTCTCGACGTAA MTAVLPWVTLAVCLAITLARVPSALRGENREVFYIFSLISLSILISIEAPYLVIDGWLGGMNIGNLILRFLLYGTFFFMGIKIATAFGSASAVRAIRGPLGIAAAVIVGALTIYFFVITDTQGSSAGMSGLKWGPSLDGYAAMGRLYPGFVAACLVPAIWRTVVSTAPVLLRVASGVLLLGLSLLLSSQLFPLIPFSEAWLRVLINYSAALFTCLGLAGIWFSKSFARRKQRLST NA NA NA NA NA D3-18_03262 816 tcyA COG0834 L-cystine-binding protein TcyA ATGAACAGCCTTCGCACCCGCCGCTCTGTCCTCGCAGCCACCCTGGCCTCGGCCGCCCTTGCGCTTTCTGCATGCGGTGGAGGATCGGCACCCACCCAGACCGGTGGGGACACGTCCCTTTCGGACGTGAAATCCAAGGGCGAACTCGTCATCGCCACCGAAGGCACCTACCGTCCGTTCAGCTTCCATGCTGACGGAGCCGGGGAGCTCACCGGGTTCGACGTCGAAATTGCCCAGGCCGTGGCAGGGAAACTTGGAGTGAAGGCTACCTTCCAGGAAACGCAGTTCGACGGCATCTTTGCCGGGCTGGAATCCAAGCGGTTCGACACCATCGCCAACCAGATCTCCATCAATGACGAGCGCAAGGCCAAGTACGAGTTCTCAACGCCGTACACCATCTCCACCGGCGTAGTAGTCACCAAGTCGGACAACAACAGCATCAACAGCTTCGCAGATCTCAAGGGCAAGACCACCGCCCAGTCGTTGACCAGCAACTTCTACAAAATGGCCGTTGAAGCCGGCGCCAACGTCCAGGCAGTGGAAGGCTGGGCGCAGTCTGCCACACTGGTGCAGCAAGGACGCGTGGATGCCACGGTGAACGACAAACTCACGTACTTGGACTACGCCAAGAACACTCCTGATTCCGGCCTGAAGGTCGCCGCCGAAGCACCGGAAAAGACCGAGAGCGCCATGGTCTTCCGCAAGGGGTCTACGGAACTTACGGCAGCAGTGGACAAGGCGCTGGCTGAACTCCAAGCCGATGGCACCTTGGCCAAAATTTCGGAAAAGTACTTCGGCGCGGACGTCACCAAATAG MNSLRTRRSVLAATLASAALALSACGGGSAPTQTGGDTSLSDVKSKGELVIATEGTYRPFSFHADGAGELTGFDVEIAQAVAGKLGVKATFQETQFDGIFAGLESKRFDTIANQISINDERKAKYEFSTPYTISTGVVVTKSDNNSINSFADLKGKTTAQSLTSNFYKMAVEAGANVQAVEGWAQSATLVQQGRVDATVNDKLTYLDYAKNTPDSGLKVAAEAPEKTESAMVFRKGSTELTAAVDKALAELQADGTLAKISEKYFGADVTK PGPT0015635_567 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 D3-18_03263 660 tcyB COG0765 L-cystine transport system permease protein TcyB ATGAACTGGGACCTCATCTGGAGTTCCTTCGGTCCGCTCATCACCGGCGCTGTCACGGGGACCATACCGCTGACGCTCGCGTCCTTCGCCTTCGGCCTGGTGCTCGCGCTGGTGGTTGCCCTGATGCGCCTGAGCCCAAACTGGTTGCTCTCAGGGATCGGCCGGTTCTACGTCTCGGTGATTCGCGGCACTCCCCTGCTGGTGCAGCTCTTTGTCATCTTCTTCGGCCTGCCCAGCGTCGGCATCCGGCTTGATCCCTGGCCAAGCGCCATCATCGCCTTCTCCCTGAACGTGGGCGGCTACGCAGCCGAGATCATCCGTGCTGCCATCCTCTCCGTGCCCAAAGGCCAATGGGAAGCCGGCCACACCATCGGAATGTCCCGTCCGCAGGCCTTGGTGCGCATCATCCTTCCGCAGGCAGCACGGGTGTCCGTTCCTCCGTTGTCCAACACCTTCATTTCGCTGGTGAAAGACACGTCCCTCGCCTCGCTCATCCTGGTTACTGAACTGTTCCGCAACGCACAGCAGATCGCCGCGTTCAGCCAGGAGTTCATGGCCCTTTACCTGCAGGCAGCCCTGGTTTATTGGGTCATTTGCCTGGTCCTTTCCACTGCGCAATCCGCCGTGGAAAAGAGATTGGACCGCTATGTCGCTCACTAA MNWDLIWSSFGPLITGAVTGTIPLTLASFAFGLVLALVVALMRLSPNWLLSGIGRFYVSVIRGTPLLVQLFVIFFGLPSVGIRLDPWPSAIIAFSLNVGGYAAEIIRAAILSVPKGQWEAGHTIGMSRPQALVRIILPQAARVSVPPLSNTFISLVKDTSLASLILVTELFRNAQQIAAFSQEFMALYLQAALVYWVICLVLSTAQSAVEKRLDRYVAH PGPT0020715_1262 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0020715-tcyB|yecS-K10009 NA NA D3-18_03264 807 tcyC_2 COG1126 L-cystine import ATP-binding protein TcyC ATGTCGCTCACTAACGAACCCACCCGGCAGCCGCCCGTCACGTCGGTCCTGAAGGCACGGAGCCTTGCCAAAGCCTTCGGAAGCAATGTGGTCCTGCGCGACATCGACATCGATATCCGGCGCGGCCAGGTGGTGGCCCTGATCGGGCCCTCAGGCTCCGGCAAGACCACGGTCCTGCGTTCCCTCAACGGCCTGGAAATTCCCGACGCCGGCACTGTCACCTTTGGCAGCGGCGACTCCTCAGCTGAGCTCGCCATCGACTTCGGTGCCAAGGTAGGGAAGAAGGAAGTGGCTGCGCTCCGCGACCGCAGCGCCATGGTCTTCCAGCACTACAACCTTTTCCCGCACATGACCGTGCTGAAGAACATCATCGAAGGCCCCGTACAGGTCCAAAAACGGCCTCGCGCCGAGGCAATTGCCGAAGCCGAACGCCTGCTGGAACGTGTTGGTCTTGCAGACAAGCGCGACGCCTACCCATTTGAGCTCTCAGGCGGCCAGCAGCAGCGCGTGGGAATCGTCCGGGCATTGGCACTCAAGCCCCAACTGCTCCTGTTCGACGAGCCCACGTCCGCGCTGGACCCCGAGCTTGTGGGGGACGTCCTGGGCGTCATCAAAGAACTCGCCGAAGAGGGCTGGACCATGGTGATCGTGACCCATGAGCTCGCCTTTGCCCAGCATGTGGCGGACGAGGTAATTTTCATGGACGGCGGCGTCGTAGTCGAACGCGGGCCGGCAGCCGAGGTATTGCGGGCACCGCGCCAGGAACGGACCAAGCTCTTCGTAAAGAGGCTCCAGCACGACGTCTAA MSLTNEPTRQPPVTSVLKARSLAKAFGSNVVLRDIDIDIRRGQVVALIGPSGSGKTTVLRSLNGLEIPDAGTVTFGSGDSSAELAIDFGAKVGKKEVAALRDRSAMVFQHYNLFPHMTVLKNIIEGPVQVQKRPRAEAIAEAERLLERVGLADKRDAYPFELSGGQQQRVGIVRALALKPQLLLFDEPTSALDPELVGDVLGVIKELAEEGWTMVIVTHELAFAQHVADEVIFMDGGVVVERGPAAEVLRAPRQERTKLFVKRLQHDV PGPT0020720_29 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_CYSTEINE_TRANSPORT,PGPT0020720-tcyC|yecC-K10010 NA NA D3-18_03265 897 hypothetical protein GTGGAAGAGACAATCAGCGAACCCAGGCGGAGTGGTTCCAAGCGTACGGCAATCATTGTGGTTGCCGTAGTGGTGGCCTTGGTAGCCGCCGGGCTTGGCACTTGGTTCGCCCTCTCCCGGCCGGCAGGACCAGGCCGTGCCGACGTTGTCCGCTTGGACAAACAACGCGTCATCGTTGACAACTCGATGAACCTCTACGATCCCCTGGTGCAACAGTTTTCGGGCCGCTACTCGAACGCCATTTCCGAAAAAGCGGGACAGGCGGAAGAGGATAAAGTCCTCAGCCTGGACCGTGAGCGCATCGTGCGTGAGTCACAGGTAAATCGTGACCGCCTGCAACAGATGGCGGAATCGCCGGGGCTGCAGGATCAGGAAGTCGCCGAATCCTTCAACCGCTTCAAGGATCAGTACAGTGCGGTGATCGCCTACAACGATCAACTGGTGGTCAACACTTCCAACATCTACCGCTCTGTGGGCGGGCCGTGTGCGGCCCTGCATTCATCGCTGAACGTTGCAAGTGAGTCCTACGCCCAGGACTACGTCAGGAGTGCCGATGAGTGCCTGGCCGCGCTGGGCACCGCCAAGGATGGTGCCGACGCCGAGACCACCACCCTGCTCACGGAGGTAGAGGCTGTCATTCGCGGGCAGCGGGACAAGCAACAGGAAGTGGTTGATAGCAAGGACACCTTGGAGCGCCTCAGCAAGAGCACCCTTGCTGGCCTTGCACTGTTGGATATCAATGATGCGTTCGCCAAGGCGCAAACAACCTATGAAACTGCCACCAAGGACAAATACTCAAAGATCATCGAAAGCGCCAACAGCTCAAACTCCGAATTCGAAGGCGTTCTCAAGAAGAGCCTGGAACAGTTTGATGCAGCATCCGGTGAGGGGAAATAG MEETISEPRRSGSKRTAIIVVAVVVALVAAGLGTWFALSRPAGPGRADVVRLDKQRVIVDNSMNLYDPLVQQFSGRYSNAISEKAGQAEEDKVLSLDRERIVRESQVNRDRLQQMAESPGLQDQEVAESFNRFKDQYSAVIAYNDQLVVNTSNIYRSVGGPCAALHSSLNVASESYAQDYVRSADECLAALGTAKDGADAETTTLLTEVEAVIRGQRDKQQEVVDSKDTLERLSKSTLAGLALLDINDAFAKAQTTYETATKDKYSKIIESANSSNSEFEGVLKKSLEQFDAASGEGK NA NA NA NA NA D3-18_03266 1008 hypothetical protein ATGACCATTGAGCCCGTTCGCAGTAAGCGCCGTCCGGTCCTGATTGCCCTCGTCATTGCCGTTGTGGTGGCGGTGGTTGCCTCGGTAGTGGTGATCGCCTTGACCAATCTCGCAAGTCAACAGCGCAGGGAAGGCCTGGCCCTCCTCAAGGACGACCGCCTGACGGCACTCGTTGAGGCAAAGAGCAAGATCCAGCCCGCAGCCAACGCCTATCTGGCCGCATATAAGAAGGCGCGCAACGCCCCCGCTTCACGGGAGGAGGCGGAGAAAAACTCCGTCAAAGAGCGCGACGAGTTTCAACAGGCCACCAACTCCGCACGCACTGCCTTGAGCAATGTGCACACTGGCTACAGCGCAGGTGAAGAAGCGGATGGGATCGGTGTGGCTGAAGCCCAGCTAAGCGATTCCTACCAGGCCTACCTCGACTCCATGGAGGGCCTTGTGGAGTCGTATCCCCAGTTCGAAGGCTTGTTCAGGGAGGATGCAGGGTGCAGCGGACTCTTTGTGGGCTCCAAAGCAGCCAACCTCCGGGAACGCCAAACACTTCTTGGACAGGCAGCCGTCCCGTGCCGGGAAGCCGTGAACCAACTCAAACAGTCCAAGAACATCTCCTATGTTGAATTTGCCCGCACCTTGGACAACGAGATTGCACAGCTGGAATCGCACGCAGAAACAACGGCCAAGTCCGAGGAGAACTACAACGAATTTGTCCGGCTCAAGGATGAGTACGTCAAGAAGGTTGATGACGCCACCTCCCGGAATGCCCCGGAAGCGGAATACCTCAAGATTGCCGACGAACTCAAGGCGCTCAACACCCGGATAAAGAACAACAGGTCAGAGTTCGACTTTGCCGCCAAGCGCTACCTCAACGGCGTGAAGGACATGCCCACCTTGGTTGAGGACGTCTTCTCGAAGAACGTCTCAGACCAAATCAAACACCATGACACTGTGATTCCCCTTCGGGTCCAAGTGTTAAAGGATGCTATCGAGGCGGAACTGGCGGAGTAA MTIEPVRSKRRPVLIALVIAVVVAVVASVVVIALTNLASQQRREGLALLKDDRLTALVEAKSKIQPAANAYLAAYKKARNAPASREEAEKNSVKERDEFQQATNSARTALSNVHTGYSAGEEADGIGVAEAQLSDSYQAYLDSMEGLVESYPQFEGLFREDAGCSGLFVGSKAANLRERQTLLGQAAVPCREAVNQLKQSKNISYVEFARTLDNEIAQLESHAETTAKSEENYNEFVRLKDEYVKKVDDATSRNAPEAEYLKIADELKALNTRIKNNRSEFDFAAKRYLNGVKDMPTLVEDVFSKNVSDQIKHHDTVIPLRVQVLKDAIEAELAE NA NA NA NA NA D3-18_03267 3030 hypothetical protein TTGCACGACGACCGCCGGATCACTGAACAGCGTCTCGATCGATTTGTTCGGGAACGCATTCTTCCGGCCATTTACGGCAGGGCGATTCCGCTTCAGCTCAGCAGCTGGGACGCGCCGGGCGAACCCGTGCCCGTCGCGGAAGCGCTGCGCCAGGTCTTCACTCCGCAGGAGCCCGCCGCCGCGTGGGGCAAGGCCTGGAGCACCAAGTGGCTGCGCCTCCAAGGTGAGGTGCCGCAGGACTGGGGAATGACGGATTCCACCACTGTGGAGATCATCGTCGATCTTGGCTTCAACAGCGATGTCCCGGGGTTTCAGTGTGAAGGCACCGCATGGCGCTCTGATGGAAGCATCATCAAGGCGATTTCGCCCAGGAACTTCCACGTTCCGCTCAAGCTTCTGGGCGGAGGGCACTCCGTGGACTTCTATGTGGAGGCTGCCGCCAACCCGGATGTAGCGCAGGGATGGTCCTTCGCTCCCACCCCGCTGGGGGATAAGGCCACCTCCGGTGATGAGCCCCGGTACCGTCTGGGTCGCATAGCAATCGCTGAACTGAACGAAACCGTGTGGGAACTCAACCAGGACATCTGGACCCTCAGCGGCTTGATGCACGAACTTCCCATGGACATGCCCAGGCGCTACGAGATCCTGCGCGCACTTGAACGCATGCTGGACATCATGGATCCGGACGACGTTGCGGGAACTGCTGCCGCAGGCCGTGCAGAGTTGGCGCAGGTCCTCAGCCGGCCCGCCTACGCATCCGCCCATGAACTCCTGGCTACAGGCCACGCACACATCGACTCCGCCTGGCTGTGGCCCGTTCGTGAAACCATCCGCAAATGTGCCCGTACTTTCTCCAACGTGGTGGCCTTGATGGATGAAGACCCGGACTTTGTCTTCTCCTGTTCTTCGGCGCAGCAAATGGCGTGGATGAAGGAGTTCTTCCCTGAGCTCTTTGTGCGCATCAGGGAAAAAGTGAAGGCCGGCCAGTTCGTTCCGGTGGGCGGCATGTGGGTGGAATCAGACACTAATATGCCAGGCGGCGAGGCCATGGCCCGCCAGTTCGTGGAAGGCAAGAGTTTCTTCCTGAACGAGTTCGATATCGAGTGCCAGGAAGCCTGGCTGCCGGATTCATTTGGCTATTCCGGTGCCATCCCGCAGATCGTCAAGGAAGCCGGTTCGCGCTGGTTCCTCACACAGAAGATCTCCTGGAACAAGGTTAACCGGATGCCTCACCACACCTTTGCGTGGGAGGGCATCGACGGCACGCGGCTGTTTACGCACTTCCCGCCAGTGGACACCTACAACGCTGAACTGCACGCACGTGAATTGGCCCATGCAGAGCGTAATTACCGTGATCACGGCCACGGGACCATGTCCTTGGTGCCGTTCGGCTATGGCGACGGCGGCGGCGGACCTACGCGCGAAATGGTTGCCGCCGCTCATCGCACGGCGGATTTGGAAGGCTCCCCGAAAGTCCGCATGGGCACTGCCAAAGGCTTCTTCACCAAGGCCGAGGCGGAGTACACCAACCTGCCCGTCTGGGTGGGTGAGATGTACCTGGAAATGCACCGTGGAACGTACACCAGCCAGGCCAAGTCCAAGCGTGGCAACCGTCGGAGCGAACACCTCCTGCGCGAGGCTGAGCTGTGGTGTGCCACTGCTGCTGTCCGGCTCGGTGCAAGCTACGCGTATCCCACGGAGGAACTCAAGCGACTCTGGCGTTTGGTCCTCCTACAGCAGTTCCACGACATCCTTCCAGGCAGCTCCATTGCCTGGGTCCACCAGGACGCAGAGCGCAACTACGAGGCCATAGCCAGGAATCTCGAGGACATCATCAGCCAGGCCGCTCAGGCCTTGGTAGGGGACGGCGATCAGCAGTTCCTCTTGAACGCTGCGCCACATCAACGCAACGGCGTGCCTGCATTGGGCGCAGCGGAGGCCACGAAGCCCGACTCCAGTGTTCAGCTGGACGAACTCGACGACGGCTACGTCTTGGACAACGGCATCATCCGCGCGGTCTTGAACCAGGACGGCCTGCTTACCTCCCTGATTGACCACGCCAGCGGCCGCGACGCCATCGCTCCAGGACAGGCCGGAAACCTGCTGGAGCTTTTCAGGGATACTCCAAACGAGTGGGATGCCTGGGACATTGAAGAGTTCTATCGCCGAAATGTCACACCGTTGACCCAAGCCGACGGCGTCGATGTTGAGCGTTCGCCGGCGGGCGTCGTCGTGGTGGTCAAACGCAAGGTGGGTGCCTCCAGCATCACGCAACGCCTGACTCTAGACGCCGGTGCGGCGTCGCTGGGGATCGCCACCACAGTGGACTGGCAGGAACGTGAAAAGATGCTCAAGATCGCCTTCCCGCTGGACGTCAGGGCGGATCGTTCAGCGTCCGAGACGCAGTTCGGCCACGTCTTCAGGCCGACGCACACCAACACATCCTGGGAAGCGGCCAAGTTCGAGATCTGTGCCCACCGCTGGATCCACGTAGCCGAGCCCGGCTATGGCGTCGCAGTGAGCAATTCCTCCAGTTATGGGCACGACGTCACCCGGGCCGTCCGTGCCGATGGCGGAACCACGACGACGGTCCGCACCTCGCTGCTGCGCTCGGCCCGGTTCCCGGACCCGGAAGCTGACCGGGGTGAGCACACACTTGAGGTGTCCATCAGGCCCGGCGCCGCGATCGCTGACGCAGTGGAAGAGGGATACCGCACCAACCTGAAACCCAGGTTCATCTCCGGCGGCCGGCCCGTGGAACCGCTGCTTTCCGTGTCCAATCCCGCAATCGTGGTGGAGGCAATCAAGCTGGCCGAAGACGGCTCCGGCGATGTTATTGTCCGGCTCTACGAATCGTTGGGAGAGCGCTCAACAGGCCTCCTGACGGCCAACTTCGAGTGCTCTGATGCAGTGGCCACGGACTTGCTGGAGCGCCCCACGGAGGCCCCCGGTGTGGCTGTGGAGGAGGGGCCTGCCGTCAAGCTGGTGCTCCGGCCCTTCCAGTTGGTCACGCTGAGGTTTGTTCGCTGA MHDDRRITEQRLDRFVRERILPAIYGRAIPLQLSSWDAPGEPVPVAEALRQVFTPQEPAAAWGKAWSTKWLRLQGEVPQDWGMTDSTTVEIIVDLGFNSDVPGFQCEGTAWRSDGSIIKAISPRNFHVPLKLLGGGHSVDFYVEAAANPDVAQGWSFAPTPLGDKATSGDEPRYRLGRIAIAELNETVWELNQDIWTLSGLMHELPMDMPRRYEILRALERMLDIMDPDDVAGTAAAGRAELAQVLSRPAYASAHELLATGHAHIDSAWLWPVRETIRKCARTFSNVVALMDEDPDFVFSCSSAQQMAWMKEFFPELFVRIREKVKAGQFVPVGGMWVESDTNMPGGEAMARQFVEGKSFFLNEFDIECQEAWLPDSFGYSGAIPQIVKEAGSRWFLTQKISWNKVNRMPHHTFAWEGIDGTRLFTHFPPVDTYNAELHARELAHAERNYRDHGHGTMSLVPFGYGDGGGGPTREMVAAAHRTADLEGSPKVRMGTAKGFFTKAEAEYTNLPVWVGEMYLEMHRGTYTSQAKSKRGNRRSEHLLREAELWCATAAVRLGASYAYPTEELKRLWRLVLLQQFHDILPGSSIAWVHQDAERNYEAIARNLEDIISQAAQALVGDGDQQFLLNAAPHQRNGVPALGAAEATKPDSSVQLDELDDGYVLDNGIIRAVLNQDGLLTSLIDHASGRDAIAPGQAGNLLELFRDTPNEWDAWDIEEFYRRNVTPLTQADGVDVERSPAGVVVVVKRKVGASSITQRLTLDAGAASLGIATTVDWQEREKMLKIAFPLDVRADRSASETQFGHVFRPTHTNTSWEAAKFEICAHRWIHVAEPGYGVAVSNSSSYGHDVTRAVRADGGTTTTVRTSLLRSARFPDPEADRGEHTLEVSIRPGAAIADAVEEGYRTNLKPRFISGGRPVEPLLSVSNPAIVVEAIKLAEDGSGDVIVRLYESLGERSTGLLTANFECSDAVATDLLERPTEAPGVAVEEGPAVKLVLRPFQLVTLRFVR PGPT0018760_1330 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-MANNOSIDASE,PGPT0018760-mngB|ypdB|manA-K01191 NA NA D3-18_03268 912 fdhD_1 COG1526 Sulfur carrier protein FdhD ATGGGACGAGTAACCCAGCGCCGCAAGGTGCATAAGTTTGTCCTGGATGGCTCACCGCAGGCCTTGGAGCATCCCATCCGCTTCAAGGAAGACGTCCTGGCTGTGGAGGAGCCGCTGGAGATCCGCTTGGGTGACATGTCTTTCTCCGTGACCATGCGGACCCCCGGGGACGACTTCGACCTCGTTGCGGGATTCCTGGTCTCGGAAGGGATCGTGTGGGAGCCGGGTCAGCTGGTCTCGGAGCGTTTCTGCGCTGGTGAGGACGAGAACGGCGTGCAGACCTTTAACGTGGTGGATGCGCAGCTTCGTCCTGACGTTGCACGGCCCGACACGGGCCGAAACGTCTACACCTCCAGCTCGTGTGGAATCTGCGGCACGGACTCCATTGATGCCGTTCGCAAGTCCTCGCACCATAGCCCCAAGGAAGACCGCGTCACTGTTCCGGTACGGGCGCTCGCCGCATTGCCGGACCGCCTCCGTGAGGCGCAGGCGGTCTTTGACAAGACCGGTGGCGTGCACGCTGCCGGCCTTTTCAGGATCCACGACGACGGCGCTACTGAGTTGCTTTGCCTCCGGGAGGACGTGGGCAGGCACAACGCCGTGGATAAAGTTGTGGGCTGGGCGTTGCGTGCGGGCATGTTGCCGCTCAAGGGGACTGTTCTTCAGGTTTCGGGCCGGGCTTCATTTGAACTCGTCCAGAAGGCTGCCATGGCGGGGATTCCCGTGTTGGCGGCTGTGAGCGCCCCCTCCAGCCTTGCGGCGGAACTGGCGGAGGAAACGGGGATCACCTTGGCGGGTTTCAGCCGCGGGCTCAGCCTTAACGTCTATGCCGGACGGGACAGAATTGTGGCAGAAGCTGCGGGAACGGACTCGCAGGCGGTGGGGGATAGCCGGCAATCACTTGGCTATTGA MGRVTQRRKVHKFVLDGSPQALEHPIRFKEDVLAVEEPLEIRLGDMSFSVTMRTPGDDFDLVAGFLVSEGIVWEPGQLVSERFCAGEDENGVQTFNVVDAQLRPDVARPDTGRNVYTSSSCGICGTDSIDAVRKSSHHSPKEDRVTVPVRALAALPDRLREAQAVFDKTGGVHAAGLFRIHDDGATELLCLREDVGRHNAVDKVVGWALRAGMLPLKGTVLQVSGRASFELVQKAAMAGIPVLAAVSAPSSLAAELAEETGITLAGFSRGLSLNVYAGRDRIVAEAAGTDSQAVGDSRQSLGY NA NA NA NA NA D3-18_03269 2307 COG0243 putative oxidoreductase ATGAACAGGCATGCTCCAGAACAGGACATCAACGAAGATGACCTGCAAATCCATCCGCCCAAACAAGCCGCGGCAGGCCTTAAAGCTGTCACCGTTGCCCTTGAACGAGGTTACGCCCAGGCCGGAGTGACCCGTACGGTCCGTTCCATGCTCAGGGTCAACCAGCATGATGGTTTTGACTGCCCGGGGTGTGCTTGGCCGGAATCGATCACCGGCAGGCGCAGCCCCGCAGAGTTTTGCGAGAACGGCGCCAAGGCCATCGCCGAGGAGAGCACCACCCGGACAGTCGGGGCTGAATTCTGGGCCAAGCATTCTCTTGCGGACCTCGAGGACAAGACGGAGTACTGGCTGGGAAGCCAGGGAAGACTTTCCGAGCCGGTGGTCATCAAACCAGGCGACACCCACTATTCGCCGATCAGTTGGACTGAAGCTTTCGCATTGATCGGTGAACACATCAAGGCCACCACGCCTGACAAGTGTGTGTTCTATACCTCCGGCCGGACGGCCAACGAGACCGCCTTCATGTACCAGTTGTTTGCACGGAGCCTTGGCACCAACAACCTTCCCGATTGCTCCAACATGTGCCACGAGTCCTCCGGCAGCGCCCTCAACCCGACCATCGGAATCGGCAAAGGCACTGTTTCCTTGGAGGACATCCACCATGCGGAGCTGGTTCTGGTTGTGGGCCAAAACCCTGGAACCAATCACCCGCGCATGCTGTCCGCCCTCCGTGACTGCAAGAACAACGGCGGAAAAATCATCGCGGTCAACCCGCTTCCCGAAGCCGGCCTCCTGAACTTCAAGGACCCCCAGTCCCTCAACGGCGTTATCGGTGGCGGCACCACCATCGCTGATGAGTTCCTGCAGATCAAAGTGGGTGGCGATCTCGCGCTGTTCCAGGCACTGGGCCACCTGCTCCTGGAGGAAGAGAAACGCAACCCAGGGACCGTAGTGGACCATTCCTTCATCGGGAAGCAGACCGAAGGCTTCGAAGCCTATGAGGAAGCCCGTTCGGTGCTGGACTGGGACGAGACGGAGCGGGCAACAGGGCTGAGCCGGGAAGAGATCACCAAAGCAGCGGGGATGATGGCGGCGTCGAAGGCGACCATCATTTGCTGGGCGCTCGGATTGACCCAGCAACCGCACTCTGTGGATACGCTCCGCGAGATCATCAACCTCCTGCTGCTCCAGGGCAACTTCGGCAAGCGGGGCGCCGGCGCCTGTCCCGTCCGGGGCCACTCAAACGTGCAGGGCGACCGGACCATGGGCATCTGGGAGAAACCCAAGGAGTCGTTCCTTGCCGCGCTGGACAAGGAGTTCGGCTTCCACATGCCGCGTGATCACGGCTTTGACTCAGTGGAAACCCAGCACGCCTTGGAAAAGGGCGAAGTGGATGTTTTCGTCTCGATGGGTGGGAACTTCGCGGCAGCCGGATCGGACACCGCAGCGCTGGAACAAGGCTTAAAGAAAGCAGGACTCACCGTCCACATCTCCACCAAACCCAACCGGGCACACATCGTCCACGGCAAGACGTCCCTGATCCTGCCCACGCTGGGCCGGACGGACACTGACGACAAACACCCCAAAGGCAAACAATTCCTCTCGGTGGAGGACTCCATGTCCGTCATCCACAAAACGCAAGGGCGGCTGGAGCCGGTTTCAGAACACCTGCTGAGCGAACCGGTGATTGTGGCACGAATGGCCCAGGCGACACTGGGGGACAACCACACAGTGGACTGGCGCGCCATGGCCGAGGACTATGACGTCATCCGCGACCATATCTCGCGCGTCATTCCCGGCTTTGAGGATTTCAACCACCGGGTCCGTACCAAGAACGGCTTCGTCCTCCCCAACCCTCCCCGGGATACCCGTACCTTTGCCACGGACATCGGCAAGGGGCGTTTCTCTGTTCGGCCGCTTGAGTACCTGGAGGCACCGGATGGCCATCTGATCCTCCAGACTGTCCGCAGCCATGATCAATACAACACCACGTTCTACGGACTGGATGACCGGTACCGCGGTGTCTCGGACGGCCGCCGGGTGGTCCTGGTCCATCCTGGTGACCTGGAGGAACTGGGCTTTGAGGACCGTGACCTGGTGGATGTCATCTCCACCTTCGCGGGAACGGAACGCCGTGCCAACAAGTTCCGCCTCATCGGGTACCCCACGGCCAAAGGATGCGCCGCGGCGTACTTCCCGGAGGCCAACGCCCTGGTGCACCGTGAACTGGTGGCCCGGGAATCCAACACCCCCGGCTACAAAGCAATGACCGTACGCTTCGTGAAGCATGAGGAGAGCGGGTCCTGA MNRHAPEQDINEDDLQIHPPKQAAAGLKAVTVALERGYAQAGVTRTVRSMLRVNQHDGFDCPGCAWPESITGRRSPAEFCENGAKAIAEESTTRTVGAEFWAKHSLADLEDKTEYWLGSQGRLSEPVVIKPGDTHYSPISWTEAFALIGEHIKATTPDKCVFYTSGRTANETAFMYQLFARSLGTNNLPDCSNMCHESSGSALNPTIGIGKGTVSLEDIHHAELVLVVGQNPGTNHPRMLSALRDCKNNGGKIIAVNPLPEAGLLNFKDPQSLNGVIGGGTTIADEFLQIKVGGDLALFQALGHLLLEEEKRNPGTVVDHSFIGKQTEGFEAYEEARSVLDWDETERATGLSREEITKAAGMMAASKATIICWALGLTQQPHSVDTLREIINLLLLQGNFGKRGAGACPVRGHSNVQGDRTMGIWEKPKESFLAALDKEFGFHMPRDHGFDSVETQHALEKGEVDVFVSMGGNFAAAGSDTAALEQGLKKAGLTVHISTKPNRAHIVHGKTSLILPTLGRTDTDDKHPKGKQFLSVEDSMSVIHKTQGRLEPVSEHLLSEPVIVARMAQATLGDNHTVDWRAMAEDYDVIRDHISRVIPGFEDFNHRVRTKNGFVLPNPPRDTRTFATDIGKGRFSVRPLEYLEAPDGHLILQTVRSHDQYNTTFYGLDDRYRGVSDGRRVVLVHPGDLEELGFEDRDLVDVISTFAGTERRANKFRLIGYPTAKGCAAAYFPEANALVHRELVARESNTPGYKAMTVRFVKHEESGS PGPT0019635_3102 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_FORMATE_UTILIZATION,PGPT0019635-fdoG|fdhF|fdwA-K00123 NA NA D3-18_03270 1359 hypothetical protein ATGACGGCGGCCCCCAACGAGGGCCATCACGCGGCACACACGTGGCAGGAGGCCCGGCAGCGCGCGTTCGATGTTGCTGCCCCCATCCCGCCCGGCCCTGTGCCGCTCAGCTCCGCACTCGGCCGCACCTTGGCGTCCGATGCCTTGGCCCTGCAGGACATGCCCCACTATGCTTCGTCGGCCATGGACGGCTGGGCTGTTAACGGCAGCGGTCCATGGATCCTGAGTGAGCCCGGGCAGCGGCTGGCACCCCACCAAGCGAGTCCCATTGTGACCGGCGGGCTGATACCGCCCGGTGCCAAGGCTGTGCTGCGCAGCGAGAGTGGTGTTATCAGCACGGACGACGACGGCCTGCCGGTTCTCGTGCTGGGCGGCACCGCCAAACCGGGGGAGCCTCGGAACGGCCAACACATCCGTAAAGCTGCAGAAGAGGCCGCTGAGGGTGACGTCCTGTTGAAAGCCGGCACGGTATTGAATCCGGCGCACATTGCCTTGGCGGCGCTGGCGGGTTTGGACCACTTGGAAGTCCTCGGAAAACCGTTGGTCCGGTTCCTCCTGACGGGTTCGGAAGTGGTGGCCCGGGGTGTTCCTTTGCCCGGGCAGGTCAGGGACACCTTCGGCCCGCAGCTGGGCGCCGTCGTCGAGCTCTTGGGCGGTATCGCAGGGGAGCAACTCAAGGTGGGCGACAGCTACGAAGAGTGGATTGCCGCACTTCGGGACACGGAGCCCTCATCAGATGAACTGACACCGGACGAACCCTACGTTGAAGCGGAGGCCCCTGCCGACGTCGTTATTACCACGGGCGGGACGGGCCGCTCGGGAACGGACCACCTCCGTAAAGCGGTGGCGGAGCTGGGTGGCCGTTTGCTGATTGATGGCATTGCGATGCGCCCGGGTCATCCTGCCGTGTTGGCGGAGTTGCCCGATGGCAGGTTTGTGCTGGGACTTCCAGGGAATCCGCTGGCCGCGATGGTGGCCTTGTTTACAGTGGGCGGCCCCCTGCTGGCTGCTTTGGGCCACGGTCGCTTGGAAGAAGTGGGTGAGGTTCCCTGTGGCACCACTATCGACGCGGACCCCGGACGCACCCGCTTGCTGCCGTTCAAGTTGGTGTACGGGCTGGCGTCGCCGGCGCAACATGCAGGCCCGGGAATGATGCGTGGCCTGGCGGGTGCAGACGGGGTGATGGTGGTGCCGCCCCACGGAGTCCAGTTGGGCGAGATGGTGCCTGCGTTCGCCTTGCCATGGGGCAAACCGCTGCCCGTGCCGAAGGCGCCGAAGGATAAGACCCGAAAAGCGGCGCCCCGGCAACAGAGGAAGGCTTCTTCCGGCCCGGTTGACTGGAGCGCGTTGGACGCTTGA MTAAPNEGHHAAHTWQEARQRAFDVAAPIPPGPVPLSSALGRTLASDALALQDMPHYASSAMDGWAVNGSGPWILSEPGQRLAPHQASPIVTGGLIPPGAKAVLRSESGVISTDDDGLPVLVLGGTAKPGEPRNGQHIRKAAEEAAEGDVLLKAGTVLNPAHIALAALAGLDHLEVLGKPLVRFLLTGSEVVARGVPLPGQVRDTFGPQLGAVVELLGGIAGEQLKVGDSYEEWIAALRDTEPSSDELTPDEPYVEAEAPADVVITTGGTGRSGTDHLRKAVAELGGRLLIDGIAMRPGHPAVLAELPDGRFVLGLPGNPLAAMVALFTVGGPLLAALGHGRLEEVGEVPCGTTIDADPGRTRLLPFKLVYGLASPAQHAGPGMMRGLAGADGVMVVPPHGVQLGEMVPAFALPWGKPLPVPKAPKDKTRKAAPRQQRKASSGPVDWSALDA PGPT0008430_846 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008430-moeA-K03750 NA NA D3-18_03271 900 mobA_2 Molybdenum cofactor guanylyltransferase GTGATTTTGGCGGGTGGCCGGGCCGCCCGCCTCGGTGGTGTGCCCAAACCATCGTTGAAGTACGACGGCGACACCCTCCTTTCGCATGCCCTGCAGGCAGCCCGGGGTGCTTCGGCTGTGGTTGTCGTGGGACCGGACGTTCCAGATGATGAGGCAGGGAGTAGCAAACGCTTGCCGGACGGTGTCTTGCGGGCACGGGAAGAACCGGTGTTCGCCGGTCCTGCTGCGGCAATCGCGGCGGGCATGGCTGCACTGAAGAAGAACAGTCCGACCACCCCGTGGACCTTGGTGCTGGCATGCGATATGCCGCACGCTTCCCGCGGTGTAGGCCTTCTTTGGGCCGCACTCTCATCCAGTCCGAACGTGGAAGGAGCCATGGCTGTCTCTCCTGATGGACGGAAGCAGCCACTTCTGGGTGCCTACAGTACAGCTGCGTTGGAAAGGGAAGTGGCCGTAGCTTCCGAAGGCTCGGGGTTAACGAACTCTTCAGTGTTCCGCCTGCTTGCTAGGCTGAACGTGCTGGACGTTGACGTCCCCGCGGGGTCCACGGATGACGTGGACACATGGGAGGACGCCGCGGCTTTGGGCATTAATTACGAGTTGGAGGCGGACGTGAAGAGCCAGGAAGAGACGCTCGAGGAATGGTGCCGCACACTGCTGCAGGCTTTCGAGCTTGAGGGCGTGGAGGTGGACGTCAACGAGGTACTCGCGGTTGCTGGGGTGGCAGCACATTCAGTGGTGCGCCCCGCCGCACCCCTGACTACGTTCATTGCCGGATACGCGGCAGGCATGGCCCGCGGGATCGGTCAGGCCAGCGATGACGCGTCCATGAACGCTGCCCTTGACCTGGCCCGCAAAGTAGCCAAGGAGTACTCGGAGTCCGGGACTGACCCGGAATGA MILAGGRAARLGGVPKPSLKYDGDTLLSHALQAARGASAVVVVGPDVPDDEAGSSKRLPDGVLRAREEPVFAGPAAAIAAGMAALKKNSPTTPWTLVLACDMPHASRGVGLLWAALSSSPNVEGAMAVSPDGRKQPLLGAYSTAALEREVAVASEGSGLTNSSVFRLLARLNVLDVDVPAGSTDDVDTWEDAAALGINYELEADVKSQEETLEEWCRTLLQAFELEGVEVDVNEVLAVAGVAAHSVVRPAAPLTTFIAGYAAGMARGIGQASDDASMNAALDLARKVAKEYSESGTDPE NA NA NA NA NA D3-18_03272 501 hypothetical protein ATGCGCACACTCGTTCTGAATGCTGGATATGAACCGCTGGCGGTAATAACATTCCGCCGGGCGCTGGTCCTTGTGCTGACTGGGAAAGCTAGCGTGGTGGCCGAAGGCGACGAGCCTGTCGTCGGGCCACAGGAGATCCTCGGAAGACCTTCCGTGATCCTCCTCAACCGCTACATTCGTCCCCGGTACAACAGGATTACTGCCGTGAGTCGCCGCGGGGTACTTCGCCGCGACGGCCATCGCTGCGCCTACTGCGGGAAAACAGCCCACACAATAGACCACGTCCACCCCAAATCCAGGGGCGGCGCGGATTCCTGGGAAAACCTGGTTGCGGCGTGCTTGACATGCAACAACGCCAAGAGCGACCACACACTGGCAGAGATGGGTTGGAAACTCCGTTTCAAACCCGGTGTGCCCCAGGGAACCATGTGGCAAATTAAGGAACTCGAGAAACCTGCGCCGGACTGGGACCCGTTCCTGTTGCCGGAATCCGCTGCCTGA MRTLVLNAGYEPLAVITFRRALVLVLTGKASVVAEGDEPVVGPQEILGRPSVILLNRYIRPRYNRITAVSRRGVLRRDGHRCAYCGKTAHTIDHVHPKSRGGADSWENLVAACLTCNNAKSDHTLAEMGWKLRFKPGVPQGTMWQIKELEKPAPDWDPFLLPESAA NA NA NA NA NA D3-18_03273 798 hypothetical protein ATGACCAGTGCAAACAAGGTTGCACGGCACCGCGCTGAGGCCCCCAAGACCACTTCGCTTGCCGTCATCGCCAAGGCCGTCAGCAACAACGCCGGTGGCGTTGGACGCCAGGCAGCAGTTATTGCCGCAGCTTCAGGCCTGGTCCTGACCAGTGGCATCGCCGCCAACGCTGCCGACACCAACGTGGACCGTGAATCGACGTCCACCTCCACTTTGGATGTGCAGTCGGTAGTCCAGGCCACCATCGCCGCGGACTCCACTGTGGCCATCTCCTACGAGCGACCCGTGGTCACCACGGTGGAAGCCCCGGCTCCCGTAGTAGTAGAGGAAGCTCCGGCCAAGGTTGAAGCCACGGTCGAAGCCGAAGAGGCAACCGCGGTTACCGCCACTGCCGCTCCGGCAGCCAATGCAACCGTTGCCGTCAACAACGCGACCCCCGCTCCGGCAGCCCCCGCCGCATCCAGTGGTCTCGGTGCCGCTATCGCTGCTGCAGCTTACGCGCAGCTCGGCGTGACACAGGACTGCACCATGCTGGTGACCAACTCCCTGGCTGCCGTGGGTATCAACTTCCACGACTGGCCCGCTGGCTACCTCTCCCTGGGCCGCACAGTGAGTGCAGCTGAGGCCCAGCCTGGCGACCTCGCCTACTATGCCAACGGCGGTTTGGCCGGACAGGCCCACATCGCTGTATACGTGGGCAACGGCCAAGCAGTTCATGGTGGATGGAACGGATCCACCACGGCACTGTTCAGCGCCAACGTTGGCTCCGGCCCGGTCTTCATCCGCGTCAACGGCTGA MTSANKVARHRAEAPKTTSLAVIAKAVSNNAGGVGRQAAVIAAASGLVLTSGIAANAADTNVDRESTSTSTLDVQSVVQATIAADSTVAISYERPVVTTVEAPAPVVVEEAPAKVEATVEAEEATAVTATAAPAANATVAVNNATPAPAAPAASSGLGAAIAAAAYAQLGVTQDCTMLVTNSLAAVGINFHDWPAGYLSLGRTVSAAEAQPGDLAYYANGGLAGQAHIAVYVGNGQAVHGGWNGSTTALFSANVGSGPVFIRVNG PGPT0023995_3532 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_DL-ENDOPEPTIDASE_ACTIVITY,PGPT0023995-cwlO-K21471 NA NA D3-18_03274 801 hypothetical protein ATGACTCCCATCCGAATCCGACAGCTCACCTCGCAGGCATTGGGAGAGGCTACCTACGTGTCATCACGCACTACCCCTGCGCGCCATCGCGCCCAAACGGTTCGCACGAACCCGTTAAACACTCTTTCCAAGGCTGTTTCCTCCAATGCAGGGACCATGGGCCGTCAGGCCGCCGTCCTTGCAGCAGCCTCAGGCCTCGTCCTCACCGTCGGCTTGCCGGCACAAGCAGCAGACACCGACGTTTCCAAGTCGGAAGCCTCCAGCACCCAACAGCTGGTTGCTACCGCGGTGGTTACCGCGGAACCGACAGCCACTGTTTCCTTCGAGAGCCCCACCGTGGCCACCCAGGAAGCCCCAAAGGTAGTCCAGCGCGCAGCGCAGGTTACCGAGCGCGCAGCAGCCACCACTGAGGAAACAGCGGAAGCAGTTACGGCAAAGTCCTCCGAGGCCAAAGATTCGGCCTCCAGCGCAGCTGCCTCCGGTCTCGCCGCCATTGCCTACACCGGCATCGGTTCTCCCTACGTTTGGGGCGGAACCACACCTAACGGTTGGGATTGCTCCGGCTTCACCCAGTGGGTCTACGCACAGGCCGGGATCAGCATCCCCCGCGTCAACGCTTGGACGGCTATGACGCCCACCAGCACTCCTGCTCCCGGCGACCTCGTCATGCAGAACGGCGGAGCCCACGTGGGCATCTACGTCGGCAACGGCATGATGATCAGCGCCTTGAACCCCGGCCAAGGAACGCTCCTGCACTCCGTAGCGTCCACCGGCACCTCCTCGTTCTACACCCTCCGCTAA MTPIRIRQLTSQALGEATYVSSRTTPARHRAQTVRTNPLNTLSKAVSSNAGTMGRQAAVLAAASGLVLTVGLPAQAADTDVSKSEASSTQQLVATAVVTAEPTATVSFESPTVATQEAPKVVQRAAQVTERAAATTEETAEAVTAKSSEAKDSASSAAASGLAAIAYTGIGSPYVWGGTTPNGWDCSGFTQWVYAQAGISIPRVNAWTAMTPTSTPAPGDLVMQNGGAHVGIYVGNGMMISALNPGQGTLLHSVASTGTSSFYTLR PGPT0023995_3428 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_DL-ENDOPEPTIDASE_ACTIVITY,PGPT0023995-cwlO-K21471 NA NA D3-18_03276 837 lss Lysostaphin TTGACATCGCAGAACGTCAGGGGCCGCCGCCGTGCGTCCGGCCCCGCTGCTGAGCTGCGGCCAGCCACCGTCGTAACGGAGATCCGGCCTCGCGACACCGAGCGTCAGGTGCGCCGCCGTAAGAGCCCGATGCGCCAGGTTGCCGACTTCGCCGCTGCCAGCGGCGTCGGGCAGAAGGCCGGTGTTGCGCTAGCCGCCACCGGACTTGCCCTGACTGTCGGGCTGCCCGCCACGAGTCCCGTCATGGCCACCTCGGAATCAGGCCAAACCGAGTCTGCCCTTGCCGTTGCCGCACCTGCGGGCAGCCAGCCCGAGGTTTCCGCTGCCGCATCAGCCAAGATCGACTTCAGCCGCGCCGCCGTCGCTACTACTGCCGACCCGGATGGGAAGCTGAAGCAGTTGCTCAGCGCCCAGTCGGCTGACAGCATCCAGCGGGCCTCGTCCGTTGGCAGCATGGCCAGCCCCCTTGACACGCTCACCACGGCATCCCCCTTTGGGTACCGCATCAGCCCCCTCACGGGTGGTGCCGGTGATTTCCACCGCGGCCAGGACTTCGTTGCCCAGTGCGGCACGGCTGTGCACGCCGCAGCCACCGGCAAGGTCACCTTCGCCGGATGGCACGAGTACGGCGGAGGCAACCGCGTGGTCGTTGATCACGGCAATGGCCTCGAGACCACGTACAACCACCTGTCGTCCTTCACCGTCCAGGTAGGGCAGACCGTAAACCGTGGCGACACCGTCGCCCTGAGCGGCACCACGGGCGCTTCCACTGGCTGCCACCTCCACTTTGAGGTCCAGGTCAACGGTGAAGTCGTAGACCCCATGGGCTGGCTCTAA MTSQNVRGRRRASGPAAELRPATVVTEIRPRDTERQVRRRKSPMRQVADFAAASGVGQKAGVALAATGLALTVGLPATSPVMATSESGQTESALAVAAPAGSQPEVSAAASAKIDFSRAAVATTADPDGKLKQLLSAQSADSIQRASSVGSMASPLDTLTTASPFGYRISPLTGGAGDFHRGQDFVAQCGTAVHAAATGKVTFAGWHEYGGGNRVVVDHGNGLETTYNHLSSFTVQVGQTVNRGDTVALSGTTGASTGCHLHFEVQVNGEVVDPMGWL NA NA NA NA NA D3-18_03278 696 ideR COG1321 Iron-dependent repressor IdeR ATGACGGATCTGATCGATACCACTGAGATGTATCTTCGGACCATTTTGGAGCTTGAAGAAGAAAACATTGTGGCTCTCCGGGCCCGCATTGCTGAGCGATTGCGCCACTCCGGACCCACTGTTTCCCAAACCATCGGACGCATGGAGCGCGACGGACTGGTGATCGTGTCCAACGACCGCCACCTGGAACTCACTGAAGTGGGCCGGAAGCGCGCTACCGAGGTCATGCGCAAGCACCGCCTTGCGGAGCGGCTGTTGGCCGACGTTATTGGTCTGGACTGGGCCTACGTGCACGACGAAGCGTGTCGCTGGGAGCACGTCATGAGCGAGCGGGTGGAGCGCCGGCTGTACGAGCTCCTGGAGCACCCCACGGAGTCTCCCTATGGCAACCCTATTCCTGGACTTGAAGCACTGGGTGGCCTTGCCAGCCAGCCCTTCCCCCGGCTTGATGTCAACCTGCTGCAGGCCATGGACGGCTACGCTACCGATTCCCGCGTAGTTGTGAGCCGCCTCGCGGAGCCCATCCAGGTGGAGCCTGAGCTCCTCACCCAATTGGACGAAGGCGGAATCCGTCCGGGTGCCAGCGTCTCGTTGGAACGCGTCGGCGAGTACATCTCGGTCCGGGTCCCCGGTATCGAGGGCGCCTTGGAGCTACCTCCCGAAGTTGCTGCGCACGTCTTCGTCTCACTTAGCTGA MTDLIDTTEMYLRTILELEEENIVALRARIAERLRHSGPTVSQTIGRMERDGLVIVSNDRHLELTEVGRKRATEVMRKHRLAERLLADVIGLDWAYVHDEACRWEHVMSERVERRLYELLEHPTESPYGNPIPGLEALGGLASQPFPRLDVNLLQAMDGYATDSRVVVSRLAEPIQVEPELLTQLDEGGIRPGASVSLERVGEYISVRVPGIEGALELPPEVAAHVFVSLS PGPT0003890_576 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-IRON_UPTAKE_REGULATION,PGPT0003890-troR-K03709 NA NA D3-18_03279 1131 serC COG1932 Phosphoserine aminotransferase GTGAGCGACAACAGCATCACCATTCCCGCCGACCTGCTGCCCAAGGATGGACGCTTCGGCGCTGGACCGTCCAAGGTTCGCCCGGAACAGATCGAAGCGTTGTCTGCCGCGTCGACCACCATCCTCGGCACCTCCCACCGTCAGGCTCCGGTCAAAAACCTGGTGGGTTCTGTCCGCGAAGGACTCAGCCAGTTCTTCCGCGCACCTGAAGGCTATGAGGTTGTCCTCGGCGTTGGCGGCTCCACGGCGTTCTGGGACGTGGCTGCGTTTGGCCTGGTCGAGAAGAAGGCCCAGCACCTCTCGTTCGGCGAGTTCGGCTCAAAGTTCGCTGCCGCCACCAACAAGGCACCGTTCCTGGATGCTTCGTCAATCATCAAGGCTGAACCCGGCACCCGCCCCGTGGCTGCGGCCGAAGCCGGAGTGGACGTCTACGCTTGGCCCCAAAACGAAACATCAACCGGTGTGGCCGCTCCGGTGAAGCGCGTTCAGGGTGCCGATGAAGGCTCCCTCGTCCTGGTGGACGCCACCTCCGCGGCCGGCGGGCTGGACGTAGATGTCGCCGAGTCGGACGTTTACTACTTCGCCCCGCAAAAGAACTTCGCCTCCGACGGTGGCCTCTGGCTGGGTCTCTTCTCCCCCGCCGCCCTGGAACGTGCAGCACGGGTCAAGGCGAGCGGCCGCTGGATCCCGGACTTCCTGGATCTGCAGACCGCCATCGACAACTCCAAGCTGAACCAGACCTACAACACCCCTTCGCTGTCCACCCTGGTAACCCTGGACGCCCAGGTGCAGTGGCTCAACAGCAACGGCGGCCTGGACTTCGCCAGCAAGCGCACGGCAGACTCCGCCAACCGTATCTATTCCTGGGCCGAGGCCTCGGAGTACGCAACGCCCTTCGTTGCCAACGCTGAAGACCGCTCCAACGTCATCGCCACCATCGACTTCGATGACTCGATTGACGCTGCGGCCATTGCCAAGGTCCTGCGCGCCAACGGCGTTGTGGACACCGAGCCGTACCGTAAGCTCGGCCGCAACCAACTGCGCATTGCCACGTTCGTCGCCATTGAGCCGGACGACGTTTCCGCTCTGCTCGCAAGCATCGACTACGTCGTGGGCGAGCTCAAGAAATAG MSDNSITIPADLLPKDGRFGAGPSKVRPEQIEALSAASTTILGTSHRQAPVKNLVGSVREGLSQFFRAPEGYEVVLGVGGSTAFWDVAAFGLVEKKAQHLSFGEFGSKFAAATNKAPFLDASSIIKAEPGTRPVAAAEAGVDVYAWPQNETSTGVAAPVKRVQGADEGSLVLVDATSAAGGLDVDVAESDVYYFAPQKNFASDGGLWLGLFSPAALERAARVKASGRWIPDFLDLQTAIDNSKLNQTYNTPSLSTLVTLDAQVQWLNSNGGLDFASKRTADSANRIYSWAEASEYATPFVANAEDRSNVIATIDFDDSIDAAAIAKVLRANGVVDTEPYRKLGRNQLRIATFVAIEPDDVSALLASIDYVVGELKK PGPT0009160_1203 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 D3-18_03280 1308 entS_4 Enterobactin exporter EntS ATGTCCACCTTTAGGTCACTCGGAATCCTCAACTACCGCATCTGGTTCTTCGGTGCGCTGATCTCCAACATCGGCACCTGGATGCAGCGTACGGCGCAGGACTGGTTGGTCTTCGACCACCTGACAGCGCACGACGCCGGTGCCATGGGTATTACTTTGGCACTCCAACTAGGTCCCCAGCTTTTCCTTGCTCCGTGGGCGGGCCTGCTGGCCGACCGATATAGCCGGCGGAAGCTGCTTCTCCTCACCCTGGTGGCCATGGCCCTCCTCAGCACGGGCTTGGGAGTGCTGGTGCTGCTGGGCATCGCCGAACTTTGGCATGTCTACCTCTTTGCCTTGCTGTTGGGAATCGTGACCGCCCTGGACGCTCCGGTCCGACAGACTTTCGTCTCCGAACTCGTCACCGACGATTACCTTCCTAACGCAGTGGCCCTCAACAGCGCGTCCTTTAATGTGGCCCGTATGATCGGGCCCGCTGTCTCAGGCGTGCTGACGGTGGTGGTGGGGCCCGGCTGGGTGTTCCTCATCAATACCGTGTCCTTCGTGGCCATGCTGTGGGCGCTCAAACTCATTCCCGCGGCGTCCCTCCGCATCCAGCCCAGGGCGGCGGCCGGTAAAGGGCGCATCCGGGAAGGATTGCGCTACGTCAGGAACAGGCCGGATATTCAGGTGGTCCTGGTGGCGATCTTTATTGTGGGTACCTTCGGACTGAACTTCCCGTTGTTCATCGCCGCGATGGTGGGGACCCAATTCGGCATGGACGCCGGCGCGTTCGGAGCGTTGAACTCGGTCATGGCCATCGGGTCGGTGACTGGTGCACTCTTGGCTGCCCGACGCGGGAGACCGCGTCTCAGGTTGATCTTCGGGGCCGCTGGCGGCTTCGGCGTTGCCAGCGCCTTGGCCGCCCTGGCACCCAATGCGGTGCTCTTCGGGCTCGCTTTGGTTCCCTGTGGCCTCTTCGCCCTGACTCTGATCACCAGCGCCAACGGCTACGTGCAATCCACCACCGAGGCTGTCATGCGAGGGCGGGTCATGTCCCTCTACATGGCCATTTTCATGGGCGGCACTCCCATCGGTGCACCGTTGGTGGGCTTGGTGGCCAACGCCGGCGGCCCACGGTGGGCGGTCGGCGTTGCGGCGGTTGCCGGCGTCAGCACCGCCGTCGTGGGTTTGCTGTGGATCATCCGTGCGAATCAGCTGCGGCTCCGCTTCGACCGCCGGGCCCGCGGACTGAAGCACTTCCGGGTGGAGTCGCTGCTTTCCCGTCCAGAGAGCGACGACGACGGCGCAGGTCGGCAGGGCGGATAA MSTFRSLGILNYRIWFFGALISNIGTWMQRTAQDWLVFDHLTAHDAGAMGITLALQLGPQLFLAPWAGLLADRYSRRKLLLLTLVAMALLSTGLGVLVLLGIAELWHVYLFALLLGIVTALDAPVRQTFVSELVTDDYLPNAVALNSASFNVARMIGPAVSGVLTVVVGPGWVFLINTVSFVAMLWALKLIPAASLRIQPRAAAGKGRIREGLRYVRNRPDIQVVLVAIFIVGTFGLNFPLFIAAMVGTQFGMDAGAFGALNSVMAIGSVTGALLAARRGRPRLRLIFGAAGGFGVASALAALAPNAVLFGLALVPCGLFALTLITSANGYVQSTTEAVMRGRVMSLYMAIFMGGTPIGAPLVGLVANAGGPRWAVGVAAVAGVSTAVVGLLWIIRANQLRLRFDRRARGLKHFRVESLLSRPESDDDGAGRQGG NA NA NA NA NA D3-18_03281 597 hypothetical protein ATGACATCGGAATCCGCACAGGACACCAAGGCCGGCCCTGACGCTGCCCAGGCTCCTGGAAACGGGGACGCCCCCGCGCGGAAGCCCGTCGCGGCCAAGTCCCGCGCCGGTTTGCCCGTGTGGCGCACCGGTAAGCCGGACGCCTTCCTGACTGCCGCCGTCGATACTGCGCGTGAGGCAGTTGAAGGCATAGCCAACCCGGGTGAGGTGGGGGCGCACCTTGGCGCCAAGTCGGAGGGCGACCGCGTGGTCACCCACCTGTTCGAGTCCCGGCTGGCCGGCTACGGCGGCTGGCAGTGGTATGCCGTGGTGACCCGTAACTCGCGCTCCAAGATCGTGACGGTGAGCGAGCTCGGTTTGCTGCCCTCCGAGGACTCCATCCTGGCTCCTGAATGGGTGCCGTGGGCCAAGCGCGTCCGCCCCGAGGATGAGAAGCCGCTGGTGGAAGAGACCGTTGAAGACGTCACGGAAGAGTCCGTGCAGGCGGACGAAGACGAGGCCACGGAACCGGCCGAAGCTGAGTCCGAGGACGAGGCCACCGAGCTGGCCGACGATGAAACCGAGGACGACGAAGACGACGAAACCGGGGCTGAATAG MTSESAQDTKAGPDAAQAPGNGDAPARKPVAAKSRAGLPVWRTGKPDAFLTAAVDTAREAVEGIANPGEVGAHLGAKSEGDRVVTHLFESRLAGYGGWQWYAVVTRNSRSKIVTVSELGLLPSEDSILAPEWVPWAKRVRPEDEKPLVEETVEDVTEESVQADEDEATEPAEAESEDEATELADDETEDDEDDETGAE NA NA NA NA NA D3-18_03282 384 hypothetical protein GTGCCTACCGGCAAGGTCAAGTGGTATGACAAGGAAAAAGGCTTCGGATTCCTCGCGGCTGAAGATGGCCAGGAAGTGTTCCTGCCCAAGACATCCCTGCCTGCGGGCGTAACGGAGCTCAAAGCTGGAACCCGCGTGGAGTTCGGTGTGGCCGACGGTCGCCGCGGAGCACAGGCATTGGGACTCCGCGTCCTGGAGAAGACACCGTCCATTGCCAAGGCCAAGCGCATGAACGCCAGGGACCTCGCACCCATGGTGCAGGACCTGGTCACCGTGCTGGACAACCTCTCGGGCTCCTTGTCTTCAGGCAAGTATCCTGATGGCAACAAGGCCAAGGCCATCAGCATGGCACTGCGCAAGGTTGCCGACGAGCTGGAAGCCTAG MPTGKVKWYDKEKGFGFLAAEDGQEVFLPKTSLPAGVTELKAGTRVEFGVADGRRGAQALGLRVLEKTPSIAKAKRMNARDLAPMVQDLVTVLDNLSGSLSSGKYPDGNKAKAISMALRKVADELEA PGPT0014675_1427 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704 NA NA D3-18_03283 363 hypothetical protein GTGACAGCCCGGTCCGTGTTGGTCTGTTCCTTCAAGGTTATCCTGCCGAACCCCCTATTCCCGCTTTGCCGCGACCACGCAGTACACGAACAGGGCAAGAGCAGCCGCAATGAATCGTCCCGGCGTGCTGCTGCTAGCGTTGTGGGCATGACTTCCCCGGGTTACCGCCGCCCCATCATGATCACTGCAGCCGTCATTGCCGTCATCTCTTTGGTTGCCGTCGGCACGGTCATGGCTGTGGCGTTCAACGGTGGCGTGCCGCCGGTATGGGTGACGTGGACGGCCCTTTACGGACTGCCGGTGGCCTTCATGCTCGCCGTAGTCCTGGTTGTCGACTCCGTTCGCCAGCGCCGCCGACAGTAA MTARSVLVCSFKVILPNPLFPLCRDHAVHEQGKSSRNESSRRAAASVVGMTSPGYRRPIMITAAVIAVISLVAVGTVMAVAFNGGVPPVWVTWTALYGLPVAFMLAVVLVVDSVRQRRRQ NA NA NA NA NA D3-18_03284 2463 hypothetical protein ATGTCCCTTATACGCGCGCTCAGCAAGGAACTCGAAGCGCGCAGCGACAATTCGCTGCGGGCCTTGTTTGCCGCGCGACCGGACCTGATCTCCCCCATGGCTCCAGACTTCCCGGCTTTGGCTGCCAGGGCTAGCGCCCGGGTCAGTGTCCAGAGGGCTTTGGAGCGGCTGAACAAGCCTGAAATGCAGGTCCTGGAAACACTGCACCTGTGCACCAATGCCGATACCGGCCACAGTATTTCCGCGGCCGGGCTGAAGAAGGTTATTGCCGGTTCCACCCTGTCGGCGCTGGACCCCATCCTCGCCAAATTGCAGGAATTGGCACTAGTACACAGGGCAGATCCACCCACTGGCTCCCCGGCAACGTCGTCCCGTCAGCGCTTCTACCTTCCCGTGGGCAGCCTCAAGGACGTCATCGGCATCTATCCGGCCGGCCTTGGCCGCAGCTACACCGAACTTGTACGGCTCCAACCGGCCTTTGCCCAGCGGGTGGTGCAGTTGGTAGCCGAGCTACATCAAAGCGGTGCGGGCATTCACCCCGCCAGCACTCCGATGGACGCAGCTTTGGCCCTGCAGCGGTGGACGTCCACTCCTGAGAACCTTCGTGCCATCCTGGCTACGGCACCGGAGCGGACCGTGGGCCTATTGGACAAGTTCGGCAGCTGGGCCATGGGCGCAGTACCCCAAGCGCAGCGCCGGGCGTCGGTCACCCACGAAAGTCACGACGTCGGGCCTATCGATTGGCTGTTGGCGCGCGGCTTGCTGGTCCCCTTGGATGCCGGCCACGTGGAGCTGCCCCACAGTGTGGGTCTTGCCTTGCGCGGTGGTGCAATCGTGGATGACTTCACGCTGGCCCCGCCTGTTCCGGAGCTTGGCCATACGAGCGCTGCCCTGCGACGCAACGCAGCAATGGGTGCCATCGCCGAAATCCTGCGGTTGACTGCTGAGCTGCTGTTCGCAGTCAGGGAGCAACCCCTGGCCACCCTCCGTAGCGGTGGCGTGGGTGTGCGTGAACTGAGGCGTTTGGCGGAGTCCATCCGTTTGGGCGTCCATGAGGCCGCCATCCTCTTGGAGTTGTGCGCCATGGCCGGGCTGCTCCGCCTGGACGTGGACAGTTCCACGTGGATACAGCCGCCGTCGCTTGAATGGCTCAACCTGCCCCGGCAGGAACAGTGGCTGTGGCTGGTCAACGCTTGGTTGGCCAGTGAGAGGGCACCTTCACTGGTGGGGCAGCCGCTCAGTGGTTCGTCGTCGTCAGCCCATCAAGGCGCAGCCGGCACCACCATCAACGCCTTGTCCGCGGAAGCACAGCGGCCCGACGCCCCGGTGGTACGCCGCCGGGTCCTGGAGATCCTGAACGAGCTCACCGTAGAGGCCGCAGCGCCGGATGGAAAGGCACCCGTTTTGGATGCTCGAGCCGTCCTGCAGCGCGCCGAATGGGCGCAGCCGCGCATGTCCCGCCGGTTCAGTTCCCTGGTGCGCGGCATCTTGGAGGAGGCCACAATCCTGGGCCTCATGGGCTCCGGTGCATTGACGCAGCTCGGTTCGGCTATGGCTGACGGCCAGCCGGAAAAAGCCATGACCATCCTCGGCGAGCACTTGCCGGCTGCCGTAAACCACATCCTCCTCCAAGCGGATCTCACGGCGGTGGCCCCCGGTTACCTTGCGCCGGAACTCAGCGAAACCCTCTTATTGATGGCCGACGCCGAGGGCCAAGGCCCGGCGTCGATCTATCGGTTCTCTGCCGCCACCATCAGGAGGGCGCTCGACGCCGGACAGGATGCGGAATCGCTGTTGGCGTTCCTCCGTGAGCATTCCGCCACGGACGTACCCCAACCGTTGGAGTACCTTGTTCAGGACACGGCTTCCCGACATGGCCGCCTTCGTATCGGCACCAGTGCCAGCTTCATCCAGAGCGACGACGAAACAGCCATCACCGATCTCCTCCGCGAGGCCCGCACGTCGGCGTTGAGCCTGGTGCGGATCGCCCCCACTGTCCTGACGTCCTCTGCCAGTCCGCGCGAAACTGCGCGTGTCCTCCGCGAGCTGGGACTCTCGCCTGCCGTGCAGGAGGCCGAACCCGCCGTCGTGCGTTTCAAACGGACCACGGCGGTGCCCGGGAGCGCCCGCCCGGTTTATACAGCCCCCCGAACTGCACCGCCGGACGACGACGTCGAGGCACAGCTTTCGGTCCTGCGGCAACACCGCGCGGTCCCGGCCGAAGCGACGGGCGAGGCGGCCACCCAGCTCGGTCTGGAGACACTCCAAACCGCGATCCGGCTCAAACAGGCTGTCACTATGAACGTGGTGGACAGCTTGGGGAATGCCAACACCGAAACTGTTGTTCCTGTATCCGTCTCCGGTGGGCGCGTCAGGGTTTTCGATCCCGCCAAGGACACCGAAAGGGTGTTGTCCATCCACAGGATCATCGATGTGGAACCCGCCGGAGAACTGCGTTCATGA MSLIRALSKELEARSDNSLRALFAARPDLISPMAPDFPALAARASARVSVQRALERLNKPEMQVLETLHLCTNADTGHSISAAGLKKVIAGSTLSALDPILAKLQELALVHRADPPTGSPATSSRQRFYLPVGSLKDVIGIYPAGLGRSYTELVRLQPAFAQRVVQLVAELHQSGAGIHPASTPMDAALALQRWTSTPENLRAILATAPERTVGLLDKFGSWAMGAVPQAQRRASVTHESHDVGPIDWLLARGLLVPLDAGHVELPHSVGLALRGGAIVDDFTLAPPVPELGHTSAALRRNAAMGAIAEILRLTAELLFAVREQPLATLRSGGVGVRELRRLAESIRLGVHEAAILLELCAMAGLLRLDVDSSTWIQPPSLEWLNLPRQEQWLWLVNAWLASERAPSLVGQPLSGSSSSAHQGAAGTTINALSAEAQRPDAPVVRRRVLEILNELTVEAAAPDGKAPVLDARAVLQRAEWAQPRMSRRFSSLVRGILEEATILGLMGSGALTQLGSAMADGQPEKAMTILGEHLPAAVNHILLQADLTAVAPGYLAPELSETLLLMADAEGQGPASIYRFSAATIRRALDAGQDAESLLAFLREHSATDVPQPLEYLVQDTASRHGRLRIGTSASFIQSDDETAITDLLREARTSALSLVRIAPTVLTSSASPRETARVLRELGLSPAVQEAEPAVVRFKRTTAVPGSARPVYTAPRTAPPDDDVEAQLSVLRQHRAVPAEATGEAATQLGLETLQTAIRLKQAVTMNVVDSLGNANTETVVPVSVSGGRVRVFDPAKDTERVLSIHRIIDVEPAGELRS NA NA NA NA NA D3-18_03285 1659 hypothetical protein GTGACCGACGGTCCGCTGATCGTACAAAGTGACAAGACCATCCTGCTGGAGGTCGACCATGAGCTGGCTACGGAGGCCCGGCACGCAATCGCCGCCTTCGCCGAGTTGGAGCGCGCCCCGGAACATATGCACAGCTACAGGCTGACGCCGCTGGGTCTCTGGAACGCCCGGGCGGCAGGTCTGGATGCGGAGCAGGTGCTGGACACGCTGCTGAAGTATTCCCGTTTTCCCGTGCCGCATGCGCTGCTGATCGATATCGAAGAGACCATGTCACGCTACGGCCGGCTCAGGCTTGAGAAGGATGCCCAGCACGGACTGGTGATGCGGACGGACGATTACCCCGTGTTGGAGGAAGTCATCCGCGCTAAAAAGATCGCTCCCCTGCTGGGGCCGCGGATCGACGGCGAAACCGTGGTGGTGCATTCGTCCCAGCGTGGACAGTTGAAGCAGCTGCTCCTCAAGCTGGGCTGGCCCGCAGAGGACCTTGCCGGCTACGTGGATGGGCAACCGCACCTCATCATGCTGGACGAGAGCGGATGGCAGTTGCGTCCGTACCAAAAGCTGGCCACGGAAAACTTCTGGGCTGGCGGCAGCGGCGTCGTCGTACTTCCCTGTGGTGCGGGAAAAACACTGGTGGGTGCGGCAGCGATGGCCACGTCCTCCACCACAACGCTGATCCTGGTCACCAACACGGTCTCTGCCCGGCAGTGGAAGGATGAACTGCTCAAGCGGACATCGTTGACCGAAGACGAGATCGGCGAATACTCCGGTGCCGTCAAAGAGGTCCGGCCCGTCACCATAGCCACCTATCAGGTCCTCACCACGAAGCGCGGTGGGCTCTACCCGCACCTGGAACTCGTTGATGGGCATGACTGGGGCCTCATCATCTATGACGAGGTGCACCTGCTGCCCGCCCCGATCTTCCGGATGACCGCGGACCTCCAGGCCCGGCGTCGGCTCGGCCTCACGGCAACGTTGGTTCGGGAAGACGGCCGGGAAGGTGAGGTGTTCAGCCTCATTGGTCCCAAGCGCTACGACGCACCCTGGAAGGACATCGAGGCGCAGGGTTACATCGCGCCGGCCGACTGTGTTGAAGTCCGCGTCGACCTCCCCCGTGACGAACGGGTGGCCTACGCAATGGCAGATGACGCCGATAAATACCGGCTCTGCGCTACGTCGGAGACCAAGACAAAACTGGTGGAAGACCTCGTGGCAGTCCACAAGGGTGAGCAGTTGCTGGTGATCGGCCAGTACATCGACCAACTCGATGAGATCGCTGAACGGCTGGACGCTCCCCTGATCAAGGGCGAAACCAGCGTCAAGGCACGGCAGAAGCTCTTCGACGCGTTCCGCAAGGGTGAGATCCACACCTTGGTGGTGTCCAAGGTGGCCAACTTCTCCATTGACCTCCCTGAAGCATCGGTCGCCATACAGGTTTCAGGTTCCTTTGGCTCGCGGCAGGAAGAGGCCCAGCGGCTGGGGCGCCTCCTTCGGCCCAAGCAGGACGGCCGTGCGGCCAGGTTTTACTCGTTGGTAGCGCGGGACACCCTGGATCAGGATTTCGCGGCGAAGCGCCAAAGGTTCCTCGCCGAGCAGGGCTACGCGTACAGGATCATGGATGCCAAGGATGTTGGCAAGGACGTTGGACAGGAGCAGTAA MTDGPLIVQSDKTILLEVDHELATEARHAIAAFAELERAPEHMHSYRLTPLGLWNARAAGLDAEQVLDTLLKYSRFPVPHALLIDIEETMSRYGRLRLEKDAQHGLVMRTDDYPVLEEVIRAKKIAPLLGPRIDGETVVVHSSQRGQLKQLLLKLGWPAEDLAGYVDGQPHLIMLDESGWQLRPYQKLATENFWAGGSGVVVLPCGAGKTLVGAAAMATSSTTTLILVTNTVSARQWKDELLKRTSLTEDEIGEYSGAVKEVRPVTIATYQVLTTKRGGLYPHLELVDGHDWGLIIYDEVHLLPAPIFRMTADLQARRRLGLTATLVREDGREGEVFSLIGPKRYDAPWKDIEAQGYIAPADCVEVRVDLPRDERVAYAMADDADKYRLCATSETKTKLVEDLVAVHKGEQLLVIGQYIDQLDEIAERLDAPLIKGETSVKARQKLFDAFRKGEIHTLVVSKVANFSIDLPEASVAIQVSGSFGSRQEEAQRLGRLLRPKQDGRAARFYSLVARDTLDQDFAAKRQRFLAEQGYAYRIMDAKDVGKDVGQEQ NA NA NA NA NA D3-18_03286 474 hypothetical protein ATGCGCAAAGCCCTCCTGGTCCTCTCCGCGATCGTCCTGCTGTCAGCACTCGCACAGCTGTTTTTCGCCGGATACTTCCACTTCCAAAACACCATCGAAGCCCAGCGTGAAGCTGGCGTCTACCATGCCGTCAACGGCCAATATGTGCTGCGATACTCGGCATTGCTGGCCGCGATCGTAGCTGCCATTGCCAAGGTTGGATCCCGCACCATCTGGTTGGCCGCGGGCATCTTCCTGCTGACCTGGCTTCAACTGTTCATCTTCATCATCGGCGGCATGTTGACCGGTTCCTCACCGGAATTCATCACTCCGGCAGGCTCGTGGGTAGTCTCCATCCACCCGATTGTTGGAGTGCTGATGATCTTCATGTCCTATTGGTTGTTCAAGCGTGCCCGCGCGGCAGCCCTCAACCCTCAACCGCTGCCTCCCAAGGCTGCCTCCTCGGATGCTTCCACGTCGTCCAGCACAGCGTGA MRKALLVLSAIVLLSALAQLFFAGYFHFQNTIEAQREAGVYHAVNGQYVLRYSALLAAIVAAIAKVGSRTIWLAAGIFLLTWLQLFIFIIGGMLTGSSPEFITPAGSWVVSIHPIVGVLMIFMSYWLFKRARAAALNPQPLPPKAASSDASTSSSTA NA NA NA NA NA D3-18_03287 2151 hypothetical protein GTGAACACCTCGCAGCTGCTGGCGGTGGACCTGCTGCTGTCCGTGTTTGCGGCCGGCGCGTGGATTGCCGCTGCTTGGATGACCGCGTCCTTGAGGGACAAGTCCCGCCGGACTGATCTGGCATTGCTGTTAGTGGGTATAGCCGTCGCGGTGACAGTGGGGCGGTATGCATTGCTTCCTGCTTTGGTGGCGGGCAGTTGGTGGTTTGCCAGCGAACGCATAACCATCAACGTGCTCCTGACCGCCATCCCCGCGGCTTGGGCCGCGGCGGCCGGTGTTCCGTTCTTGCTGAGGAGGCGGAACGCCGGCCCCCAATCAGTTACTGAAGATCCGCGACCGTACCGTGAGTGGGCGGTGCTGGCTGTGATTGCAGCTGCCGCCTCTGCCGTGGCATCACTTGCCCTGACATTGCTTCTCGGGCCGTTCCCGGCTCCTTGGAGCCGTGTGGTGCTGCTGTTTATGGTGGCCGCGTCCGTGCTGATCGCCAAGCTCGCACTGTTTTCGCCGCGGCCTTCGTTGCGACGCGGTACGCAGTTAAGCGCTGCCGTTCGGGCGGGACGCAGTGGCGGCGCTTCACCCGCCGGCAGGCGTCCGACGGCGGCTACCGCCGTTGCCGGGCTCATGATCTGTACCGCTTTGGGCTCTGGAGTCTTTGCGTGGCTTGGGAGCCGGTCCGCCGACGGCGCAACCATCGCTGCCGCCGTCGCGCATCACGGTGGTGCTGACGTCGTGGTGACGGATCCGACGTCGGTCAACAGCTTGGTAGGCGAAACCCCCACCAACGCTATGGTCCGGCACTACGAACTGACTGCCCGAGTGGAACAGGTGGTGCTGTCATCCGGGCAAACCACGGAGGCCTGGACCTACGGCAGCCTTCCCGGTCCAGCCTTGGAGGCCCAACTGGGCGAAGTAATGGAAGTGGTGCTGACCAACCGCGACGTGACTGCTGGCGTGACCCTTCATTGGCACGGTTACGACGTCCCCAACGCCATGGATGGTGTAGCCGGGGCGACACAGGACGCCATCATGCCCGGGGAATCCATGACCTATCGTTTCCTGGCGGCCCAAACCGGCACCTATTGGTACCACACGCATCAAGATTCAGCCGAGGGGGTCCGCAGGGGCCTCTACGGCACGTTCGTCGTGCACCACCCGACTTCGCCCCGTGCTGACACGGACATTGTGGTGGCCGGGCACGACCTCAGCGGTCTGGGGTTGCTGGGCTCCTCAGACCGTGCCACCGGGCATACTGCTACCCCTGGCTCAAGCGTGCGGGTCCGGCTCATCAACACCGATTCCGTGCAGCAGCGATACCTGATCCAGGGCACGGCCTTCAAAGCCGTTGCGGTTGACGGAACTGAAGTGAACCAGCCGCAGGAAGTGCACGACAAACTGGTCCGGCTTGGCGCCGGCGGCCGCATGGACATCGCCTTCACCATGCCTGACTCACCAGTCACCGTACGTTCCGATGCTGCGGCCAACGCCGTCGTCGTCATCGCTCCGGGTGGATCCGCTGGCTCGGCTGGCTCGGCTGGCTCGGCTGCCGCAGATCAAGCCACCAAACCTGAGGAGATGGTTCCCGAAAAGGCGCCAGCAGGCGTTTTCGCCACCATGCCCGTGCTCGACCTTTTGGAGTATGGCAAACCCCTGGCCGAGGGAGTGGATGGTGCCGGGGAACTGGAAGATGCCGGCAAGGCGGCAGAGCCCGTACGTCCTATCGCCCGCGAAGAGGTGATGGTGCTCGACCGGCAGTTCCGTTTTGTTGACGGCATACCCCGGTACGCATTCACCGTGAACGGGGCAGCATATCCGCTGGTTCCGTCCATTGAGGTTGCCGAGGGCGACACCATCAAGGTGACCGTAGTGAACCGCACCTCCGAGCCGCATCCCATGCATCCCCACGGGCATCACGTGCAAGTACTGAGCAGGAATGGCGTAGCTCCAAGCGGGTCACCGCTCGTCCTGGACACCGTGGATGTGTTACCCGGCGAAGTGTGGGAACTGCTGCTTCATGCCGATAACCCGGGCATCTGGATGGACCACTGCCACAACCTGGACCACGCAGCCGAGGGAATGATGATGCTGCTGAAGTACCAGGGTGTGTCGTCGCCGTTCGTGCACGGCGGACACTCCAACAACCGGCCCGAGTGA MNTSQLLAVDLLLSVFAAGAWIAAAWMTASLRDKSRRTDLALLLVGIAVAVTVGRYALLPALVAGSWWFASERITINVLLTAIPAAWAAAAGVPFLLRRRNAGPQSVTEDPRPYREWAVLAVIAAAASAVASLALTLLLGPFPAPWSRVVLLFMVAASVLIAKLALFSPRPSLRRGTQLSAAVRAGRSGGASPAGRRPTAATAVAGLMICTALGSGVFAWLGSRSADGATIAAAVAHHGGADVVVTDPTSVNSLVGETPTNAMVRHYELTARVEQVVLSSGQTTEAWTYGSLPGPALEAQLGEVMEVVLTNRDVTAGVTLHWHGYDVPNAMDGVAGATQDAIMPGESMTYRFLAAQTGTYWYHTHQDSAEGVRRGLYGTFVVHHPTSPRADTDIVVAGHDLSGLGLLGSSDRATGHTATPGSSVRVRLINTDSVQQRYLIQGTAFKAVAVDGTEVNQPQEVHDKLVRLGAGGRMDIAFTMPDSPVTVRSDAAANAVVVIAPGGSAGSAGSAGSAAADQATKPEEMVPEKAPAGVFATMPVLDLLEYGKPLAEGVDGAGELEDAGKAAEPVRPIAREEVMVLDRQFRFVDGIPRYAFTVNGAAYPLVPSIEVAEGDTIKVTVVNRTSEPHPMHPHGHHVQVLSRNGVAPSGSPLVLDTVDVLPGEVWELLLHADNPGIWMDHCHNLDHAAEGMMMLLKYQGVSSPFVHGGHSNNRPE NA NA NA NA NA D3-18_03288 222 hypothetical protein ATGGCAAACACAGCAGCTCCTGCAAGCATCCACCAGCACCGTGACAGTGACGTCGAGTTCCACGTGACGTACCTGGATACCGATTCCGGCCGCATCCGGCGGGAAGATTTTGAGAACCTGGCCGCAGCCGAACGGTTCGCCAGTGCCCAACTGCGCGATGAAGACGGCTGGGCAGTGGTAGACCACGTCAAGATCGAGGTCACCAGCCGGATGGTCGCCTGA MANTAAPASIHQHRDSDVEFHVTYLDTDSGRIRREDFENLAAAERFASAQLRDEDGWAVVDHVKIEVTSRMVA NA NA NA NA NA D3-18_03289 942 COG0583 putative HTH-type transcriptional regulator ATGCCTTACTTTCCGTCCGAGCAGCTGTTGACCTTCGCGACCGTCCTCTCCGAGGGCACGCTGGACGCTGCTGCGCGCCTGCTTCACATCACTCCGTCGGCCGTCTCCCAGCGGCTAAAGGCGCTCGAACAGTCCGCTGGCAGCGTGCTGTTGCAACGCAGCAACCCTGCCAGAGCCACTGAAGCAGGCGAGGTTGTGCTGCGTCTTGCCCGGCAGGTGGCGCAACTGGAAGCTGATGCCGGGCGGGAACTGGGCTTGGGCGCCGACGGGGCGCAGTTGGCTGTGCCGATCGTGGTCAACGCGGATTCGCTGGCGGTGTGGTTCCTCGCAGCGTTGGCCAAAGTTCCCGCAGACCTTAACGTCACGTTCGACCTTCACCGGGACGACGAACAACACTCCACTTCATTGCTGCGCTCCGGCACGGTCATGGCTGCCGTCACCGCCACACCAGAGCCTGTGCAGGGCTGCCGCGTGGAGAGCCTCGGCGTCATGCGGTACCGCGCGGTTGCGGCAAAGCATTTTGTGGACCGTTGGTTCCCGGAATTGTGGAAGGGCCTGGACTCGGGAAGGGGCTTGACCGGGGCCGCGCTCAATGCCGCGACCACCGTGGACTTCGACCGCAAGGACACGTACCAGTGGGCCTTTGTGAAGTCGGCATTCAAAGCTGAGGGCGAGGCGCTTCCGGAACGGAAAGGACCGCGCCATTACGTCCCTGCGTCCCAGGACTTCGGTGACGCGATCCGTTTGGGGCTCGGCTGGGGGCTCATTCCGGAAGTTCAATGCGGACCGGAAATCGCCGACGGCAGGCTGATCGAGCTCGCCCCCGGCCATCCCATCGATGTGCCGCTCTACTGGCAACGCTGGCGGACCGCCTCCCGTGTGCTTGATGTGCTCAGCGAAACCGTCCGCGACGTTTCAGCGCTGTATCTGCGGAAACCCTGA MPYFPSEQLLTFATVLSEGTLDAAARLLHITPSAVSQRLKALEQSAGSVLLQRSNPARATEAGEVVLRLARQVAQLEADAGRELGLGADGAQLAVPIVVNADSLAVWFLAALAKVPADLNVTFDLHRDDEQHSTSLLRSGTVMAAVTATPEPVQGCRVESLGVMRYRAVAAKHFVDRWFPELWKGLDSGRGLTGAALNAATTVDFDRKDTYQWAFVKSAFKAEGEALPERKGPRHYVPASQDFGDAIRLGLGWGLIPEVQCGPEIADGRLIELAPGHPIDVPLYWQRWRTASRVLDVLSETVRDVSALYLRKP NA NA NA NA NA D3-18_03290 597 argO Arginine exporter protein ArgO ATGGCCACCGGACTCGCCCTTATTGTCGCCATCGGAGCCCAGAATGCTGTCGTACTCCGCCAGGGAATCCGGGGCGAGCACGTCGTCCCTGTCGTGGTGGTGTGCGCGTTGAGCGACGCCGTCCTTATCGCTGCCGGAGTCCTTGGCACCGGTGCCCTTATTACGGCAGCTCCGACCGCCGTCGTCGTTCTTCGCTACGTGGGGGCTGCCTTCCTGGTGACTTATGGCATCATGGCCGCCCGCCGGGCGTTGCGTCCGCAATCGCTGACAACAAGTAAAGGACCAGTCAACGACGGCGGCGCGAAGCGCAGTCTCCCTGCCGCCGTCACCACAGTCCTGGCATTGACGTGGCTGAACCCGCATGTCTACTTGGACATAGCCCTCCTTGGCTCGATTGCCAGCGCTCAAGGCGCTCAACTGCAATGGTGGTTCGGTGCCGGCGCCATGCTGGGCAGCATCATATGGTTCTCGTCGTTGGGATTCGGCGCGCGTTTCCTCCGCGGTTTCTTCGCCCGGCCACTGGCTTGGCGATTCTTGGATGGGGGGATAGCTGTGACCATGGTTGCGCTGGGAACAGGGTTGGTGTTGGGGGCCTGA MATGLALIVAIGAQNAVVLRQGIRGEHVVPVVVVCALSDAVLIAAGVLGTGALITAAPTAVVVLRYVGAAFLVTYGIMAARRALRPQSLTTSKGPVNDGGAKRSLPAAVTTVLALTWLNPHVYLDIALLGSIASAQGAQLQWWFGAGAMLGSIIWFSSLGFGARFLRGFFARPLAWRFLDGGIAVTMVALGTGLVLGA PGPT0020651_589 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 D3-18_03291 720 tcrX_1 COG0745 putative transcriptional regulatory protein TcrX ATGGATGTCATGAAAAAGAACGGTCCCGAAGCCAAGCTTCTCGTTGTCGACGACGAGCCCAACATCCGCGAGCTGCTTTCCACGTCGCTGCGTTTTGCAGGCTTCGAGGTCGTCGCGGCCGCCAACGGTCGCGAAGCACTTGCCGCGGCCGATCTGCATTCCCCGGATCTGGCCGTCCTGGACGTCATGCTGCCGGACATGGATGGCTTCACGGTGACCCGGCGCCTCCGCGCTGCCGGCAAGCACTTCCCCGTCCTCTTCCTCACGGCGAAAGACGATACCGAGGACAAAGTCACGGGCCTCACTGTGGGCGGCGACGACTATGTCACCAAGCCCTTCAGCTTGGACGAAGTGGTGGCCCGCATTCGTGCCGTCCTTCGCCGCACGCAGCCGCTTGAGGACGACGACGCCGTGATCCGCGTCGACGATCTTGAACTCGACGACGACGCCCATGAGGTCCGCCGGGGTGGCACCGTGATCGAGCTGTCCCCCACGGAGTTCAAGCTCCTGCGCTACCTCATGCTGAATCCCAACCGTGTACTGTCCAAGGCCCAGATCCTGGATCACGTCTGGGAGTACGACTTCAACGGCGACGCCTCGATCGTGGAGTCCTACATCTCCTATCTGCGACGCAAGGTGGACATCGATCCCGATGCCGCTGCCCTCATTCAGACCAAGCGCGGCGTGGGCTACGTGCTGCGAACGGCAGAGAAGCGCTGA MDVMKKNGPEAKLLVVDDEPNIRELLSTSLRFAGFEVVAAANGREALAAADLHSPDLAVLDVMLPDMDGFTVTRRLRAAGKHFPVLFLTAKDDTEDKVTGLTVGGDDYVTKPFSLDEVVARIRAVLRRTQPLEDDDAVIRVDDLELDDDAHEVRRGGTVIELSPTEFKLLRYLMLNPNRVLSKAQILDHVWEYDFNGDASIVESYISYLRRKVDIDPDAAALIQTKRGVGYVLRTAEKR PGPT0002665_544 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0002665-phoP|phoB1-K07658 NA NA D3-18_03292 1464 sasA_6 Adaptive-response sensory-kinase SasA TTGCTGCTTCGCTGGAAATCGGCCTCCCTGAGGTCGCAGCTCGTCGCCATCATCATGGGCCTGCTCCTGCTTGCCCTGGCGGCTACGGGCGCGGGAACGCTAACGCTCGTCAAGAGTTACCTGCAGGGTCAGGTGGATGACAAGCTCAAGGCCGCGGTTGCTTTGGCACAGGATCAGCAATCCTTTGACAGGCTGGCTCAACCCAACCCTGCGACTCCCACCGACTCCGCCGTGCCCACGGACTACTCGCTGACGCTGTATGTACCGGGCCTCGAACCGTACCCCTTCGGCGGCAGCCAGAGTGATCGTCCCGCGATCGCCAACATCACCGCAGCTGAAGCTAAACTCCGTGGCAACTCCCCCTTCCAGGTCAAGGGCACTGCCGGTACCAACTGGCGCGTGGTGGCCATCGGCGTCACTGCAAATGGCCAAAACGGCGTAGTCATCATCGGGCTGCCTCTCACGCCCGTAGACAAAGTGATGGAGCATGCTGTCCTGGTGGTTGTCGGCGTTGGCCTGTTAACGCTCGTCTTGGCGTTCTTCATCGCCACCTGGACTGTTGCACGCTCCTTCCGTCCCCTCGCCAAGGTGGAAAAGACTGCTGCGGCCATCGCGGCCGGTGATCTGTCCCGCCGTGTGGAAGTGGACAATCCCCACACCGAGGTTGGCCGGCTGGGCGGTTCCCTGAACGCCATGCTTGCCCATATTGAGGCTTCCTTTGCTGCCCGCGCCGCTTCTGAGGGGCGCATGCGCCGCTTCGCAGCCGACGCCTCCCATGAGCTGCGTACCCCCTTGGTAACCATCCGTGGCTTCTCTGAGCTATACCGTCACGGCGCCTTGGGCACCAAAGAGGATGTGGCGATGGCGATGGGCCGGATCGAAAGCGAAGCCAAGCGCATGGGCTCCATGGTGGAAGACCTGTTGATGCTGGCCCGCCTTGATGAACAGCGCCCACTTCAGCTCAAGCCTGTGGACCTGCAGCTCCTTGCACACGATGCAGTGGTTGATACCAGGGCCTCATCCGGAGACCGGAGTATCACGCTCACCGGACTCGACGACGCCGCCCCCACTGCCGCGCCGGTCCAAGGTGACGAGGCCAAACTTCGGCAGGTCATCGGGAACCTCGTGGGAAATGCGCTGCGGTACACGCCCGAGGGAAGCCCCATAGAACTGGCCGTCGGTGTTCGAAACTCCCCCAGCGGTTCAGTTTCCGTCATCGAAATCCGCGATCATGGGCAGGGCATTCCGGAGTCTGAAACCAACAAGATTTTCGAGCGCTTCTACCGTTCGGACACCTCGCGGACCCGCGAGACGGGCGGCAGCGGCCTCGGTCTCGCGATTGTTGCCGCGATCGTCGGTTCCCATGGCGGTACGGTCCAAGTGGCAGAGACCGACGGCGGCGGTGCCACTTTGGTGGTCAGCCTTCCGTTCCACGAGGAATCGGCCGAGCTCCTGTCCACCTGA MLLRWKSASLRSQLVAIIMGLLLLALAATGAGTLTLVKSYLQGQVDDKLKAAVALAQDQQSFDRLAQPNPATPTDSAVPTDYSLTLYVPGLEPYPFGGSQSDRPAIANITAAEAKLRGNSPFQVKGTAGTNWRVVAIGVTANGQNGVVIIGLPLTPVDKVMEHAVLVVVGVGLLTLVLAFFIATWTVARSFRPLAKVEKTAAAIAAGDLSRRVEVDNPHTEVGRLGGSLNAMLAHIEASFAARAASEGRMRRFAADASHELRTPLVTIRGFSELYRHGALGTKEDVAMAMGRIESEAKRMGSMVEDLLMLARLDEQRPLQLKPVDLQLLAHDAVVDTRASSGDRSITLTGLDDAAPTAAPVQGDEAKLRQVIGNLVGNALRYTPEGSPIELAVGVRNSPSGSVSVIEIRDHGQGIPESETNKIFERFYRSDTSRTRETGGSGLGLAIVAAIVGSHGGTVQVAETDGGGATLVVSLPFHEESAELLST PGPT0004100_2211 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 D3-18_03293 291 hypothetical protein ATGAGCGTCATCTCCGTCGATACCGAATTGCTCCAGCTAAAATCGGCCAACGTCAAAGGAACTGTTGATCGCATCAGCTCCGACGTGCAGACCATGCGGCGCGGCCTGGAGGAACTTGAGGCGACTTGGCGGGGAACAGCTGCCACAAATTTTCAGGCGCTCGTCATGGAGTGGGCACTGACTCAGAGCAAGGTTGAGGCCTCCTTGGCTTCCATCAACATTGCCCTGTCCTCAGCAGCCACGAGCTATTTGGAAGTGGAGCAGGGAAACACCCAGCGCTTCACGTACTAA MSVISVDTELLQLKSANVKGTVDRISSDVQTMRRGLEELEATWRGTAATNFQALVMEWALTQSKVEASLASINIALSSAATSYLEVEQGNTQRFTY NA NA NA NA NA D3-18_03294 1047 rnhA Ribonuclease H ATGACGATTATTGCTGCCGCCGATGGCTCCGCCCTCGGTAATCCTGGGCCGGCCGGTTGGGCCTGGTATGTTGACGACTCCTGTTGGCGAGCAGGAGGTTGGCCGCACGGTACCAACAACCAGGGCGAATTGATGGCCGTCCTCGACCTGTTCCGGTCCACTGCCCACGTGCCACAAGAAGAATTGCTGATCCTTTGCGACAGTCAGTACGTCATCAACTGCATCACCAAATGGATGCCGGGATGGAAGCGGAAGGGCTGGCGGAAAGCTGATGGAAAGCCCGTGCTGAACGTGGACCTTCTCAAGGACATCGACCAAGCAATCGTTGGCCGCAAATATACCTTCGAATGGGTTAAGGGCCATGCCGGCCACGACCTCAACGAAGCCGCTGATGAGCGAGCACGCGCCGTTGCTACGGCGTACCAGCAGGGCGTAGCGCACCGGGCGGGCCCCGGCTTCCCTGGTGCGCACGAGCAGAACGATTCTCAGCCGCAGGTGGAAGCACGGGCAGCACAAACCCGTTCTTCAGAGCCGGTCCCTGCAAGCGCTGCTGCCGGGGTCTCCTCCGCAAGCGTTGGTTCTGCGTCCGCAAAGCCTGATCGCACTCCGCGGCCGCACTTTGAGCCCACGCTCTTTGGCGAGTCCGGCATCTTTGGCCAAGCCGATCTCTTCAGCGAACTTGAAGATGACGCTTCGGCGCAGCAACTGTCAGCTGAGGACACAGTCCTGGCGTTGGAACGGGAACTGCTCAGGCCCGACGTGAGGGCTGACATTGGCAGGATCGGTGTGCTTCTCCACCCTGACTTCGCGGAGATCGGCAGCTCGGGCAGGTTTTGGACACGGGACGCCATGATGATGGCGCTGGAAGAGGACCCCGGTGAACCGACTGAACTTGAACTACTTAGCGCAGACAGGCTCAGTGACAACACCATCCTGCTGAATTACCGGAGCTTCGCGCACACAGGCTCGGCGCTCCGGAGTTCCGTCTGGATGCTCGACCGCGGTCAATGGCGTCTGCGGTTCCACCAAGGGACTGTCGAGAACTAA MTIIAAADGSALGNPGPAGWAWYVDDSCWRAGGWPHGTNNQGELMAVLDLFRSTAHVPQEELLILCDSQYVINCITKWMPGWKRKGWRKADGKPVLNVDLLKDIDQAIVGRKYTFEWVKGHAGHDLNEAADERARAVATAYQQGVAHRAGPGFPGAHEQNDSQPQVEARAAQTRSSEPVPASAAAGVSSASVGSASAKPDRTPRPHFEPTLFGESGIFGQADLFSELEDDASAQQLSAEDTVLALERELLRPDVRADIGRIGVLLHPDFAEIGSSGRFWTRDAMMMALEEDPGEPTELELLSADRLSDNTILLNYRSFAHTGSALRSSVWMLDRGQWRLRFHQGTVEN NA NA NA NA NA D3-18_03295 1626 groL1_2 COG0459 60 kDa chaperonin 1 ATGGCCAAGATCATTGCATTTGATGAAGAGGCACGCCGCGGCCTCGAGCGGGGCCTGAACATCCTCGCAGACGCCGTCAAGGTCACCCTCGGCCCGCGTGGACGCAACGTCGTCCTCGAAAAGAAGTGGGGCGCCCCCACGATCACCAACGATGGTGTTTCCATCGCCAAGGAGATCGAGCTGGACGATCCTTACGAGAAGATCGGTGCAGAACTGGTCAAGGAAGTTGCCAAGAAGACGGATGACGTCGCTGGCGACGGTACCACCACTGCAACCGTTCTCGCCCAGGCACTGGTGAAGGAAGGGCTGCGCAACGTTGCCGCCGGCGCCGACCCGCTGTCCCTCAAGCGCGGTATCGAGAAGGCTGTTGAGGCAGTCATCAGCGAACTGCTCGCCTCCGCCAAGGAAATCGAAACCAAGGAAGAGATCGCAGCTACGGCTTCCATCTCCGCCGGTGACCCGGAAATCGGCAGCCTCATCGCCGAAGCCCTGGACAAGGTGGGCAAGGAAGGCGTCATCACGGTCGAGGAATCCAACACCTTCGGCCTGGAGCTCGAACTCACCGAAGGTATGCGCTTCGACAAGGGTTACATCTCCGCTTACTTCGTTACTGACGCAGAGCGCCAGGAAACGGTCCTCGAAGACCCGTACATCCTGATCGTCAACTCCAAGATCTCCAACGTGAAGGAACTCGTCACGGTTCTGGAGAAGGTCATGCAGTCCAACAAGCCGCTGCTGATCATCGCCGAAGACATCGAGGGCGAGGCCCTGGCCACCCTGATCGTCAACAAGATCCGTGGCACCTTCAAGTCCGTTGCCGTCAAGGCTCCGGGCTTCGGTGACCGTCGCAAGGCTCAGCTGGCCGACATCGCCATCCTCACCGGTGGCCAGGTCATCTCCGAAGAAGTTGGCCTCAAGCTCGAAAACGCTGGCCTGGAACTCCTCGGCACCGCCCGCAAGGTTGTTGTCACCAAGGACGAGACCACCATCGTTGAAGGTGCCGGCGACGCCGAGCAGATCGCAGGCCGTGTGGCCCAGATCCGCGCCGAAATCGAGAACTCCGACTCCGATTACGACCGCGAGAAGCTGCAGGAACGCCTGGCCAAGCTGGCCGGCGGCGTTGCAGTCATCAAGGCCGGTGCCGCAACCGAAGTTGAGCTCAAGGAACGCAAGCACCGCATTGAGGACGCAGTCCGCAACGCAAAGGCTGCTGTTGAAGAAGGCATCGTTGCCGGTGGTGGCGTTGCCCTCATCCAGGCCGGCGCCAAGGCATTTGCCAACCTCACCCTGCAGGGTGACGAGGCAACCGGTGCCAACATCGTCAAGGTTGCCATCGACGCACCGCTGAAGCAGATCGCCTTCAACGCCGGCCTCGAGCCGGGCGTTGTGGTGGACAAGGTTCGCGGCCTGCCTTCCGGCCACGGCCTGAACGCTGCCACGGGTGTCTACGAAGACCTTCTGGCTGCCGGCGTCAACGACCCCGTAAAGGTCACCCGCTCGGCTCTCCAGAACGCTGCTTCCATCGCTGGTCTCTTCCTGACCACCGAGGCTGTAGTTGCCGACAAGCCCGAGAAGAACGCTCCGGCTCCTGGCGGCGACGACATGGGTGGCATGGGCGGCTTCTAA MAKIIAFDEEARRGLERGLNILADAVKVTLGPRGRNVVLEKKWGAPTITNDGVSIAKEIELDDPYEKIGAELVKEVAKKTDDVAGDGTTTATVLAQALVKEGLRNVAAGADPLSLKRGIEKAVEAVISELLASAKEIETKEEIAATASISAGDPEIGSLIAEALDKVGKEGVITVEESNTFGLELELTEGMRFDKGYISAYFVTDAERQETVLEDPYILIVNSKISNVKELVTVLEKVMQSNKPLLIIAEDIEGEALATLIVNKIRGTFKSVAVKAPGFGDRRKAQLADIAILTGGQVISEEVGLKLENAGLELLGTARKVVVTKDETTIVEGAGDAEQIAGRVAQIRAEIENSDSDYDREKLQERLAKLAGGVAVIKAGAATEVELKERKHRIEDAVRNAKAAVEEGIVAGGGVALIQAGAKAFANLTLQGDEATGANIVKVAIDAPLKQIAFNAGLEPGVVVDKVRGLPSGHGLNAATGVYEDLLAAGVNDPVKVTRSALQNAASIAGLFLTTEAVVADKPEKNAPAPGGDDMGGMGGF PGPT0014570_5754 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CHAPERONE|PROTEASES,PGPT0014570-groEL|mopA-K04077 NA NA D3-18_03296 204 csp_2 Cold shock protein ATGGCTCTGGGAACCGTCAAATGGTTCAATGCCGAAAAAGGTTACGGCTTCATCACTGTGGATGAATCCGGCGACGACGTCTTTGTGCACTGGTCCGCCATCCAGATGGATGGCTTCCGCGCCCTCGAAGAAGGACAGCGGGTTGAGTTTGAACTAGGGGAGGGCCAGAAGGGTCCGCAAGCCGAAGGCGTCCGCGTCGCGTAG MALGTVKWFNAEKGYGFITVDESGDDVFVHWSAIQMDGFRALEEGQRVEFELGEGQKGPQAEGVRVA PGPT0014675_3906 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE COLD_SHOCK_PROTEINS,PGPT0014675-cspA-K03704 NA NA D3-18_03297 633 hypothetical protein ATGACCAAATATGCCAAGGACGAATTCGACCAGGTTCCGCAGAACACGTCCCGCCAAGGCGTTCACCGCGACGCCCAAGAGACTGCACGCCCCACTCTGTGGCCTGTTCTGACCGTTGGGGCAGTGGCCCTGGTGCTCGGGCTGGTGGCCTTCCTGATCCTCCCCAACCTTGGACTGGTAGCACCCAGCGCTTCGTCCAACACCACGACGTCGGCACCCCTGCAGACGTCTGCGGCACCGTCCGCTGCCCCCACTGAATCCAGCAGCGCGCCCCCCGCTTCCAGTGAACCCAGCACCGAGCCCAGCACCGAACCGACGCCGTCGGAAACTCCTTCTGCCACTCCGACATCGGCTCCCGTGGATAAGGCCACTCCTGTGGCTGTCTACAACGGCGCCGGGACGGCAGGATTGGCCGGGCGGGTGGCTGGCCTCGTCCAGGGCGACGGTTGGGCGCTCAGCACCGTAGGAAACTGGGGCGGACTGCCGCAGCAGACATCCGTGATCTTCTACAACGCTCCGGAGCAGAAGGCCAACGCGGAGGCGCTGGGTACCCTGCTGGGCATCCAGACCATCGTTGAAACGCCTGAGGTTCAACAGCCACTTGTGGTTGTGGCCGGGCCCGGATACCAGTAG MTKYAKDEFDQVPQNTSRQGVHRDAQETARPTLWPVLTVGAVALVLGLVAFLILPNLGLVAPSASSNTTTSAPLQTSAAPSAAPTESSSAPPASSEPSTEPSTEPTPSETPSATPTSAPVDKATPVAVYNGAGTAGLAGRVAGLVQGDGWALSTVGNWGGLPQQTSVIFYNAPEQKANAEALGTLLGIQTIVETPEVQQPLVVVAGPGYQ NA NA NA NA NA D3-18_03298 336 hypothetical protein GTGGCAGAACCAGCACCGGAACCGATGGCGTCGCAGGCAACAGGCTTTGCCCTTGAGGACCTCGCGGCCGAGACCCGCAGTGACTCTCCGTTGAGTGAGCGGGACCAGCAGATGCTGGCGCTGGAGCGGCAATGGTGGAAGTACGCCGGAGCCAAGGAGCAAGCTATTCGCGAGCTGTTCGATCTCTCCGCCACACACTATTACCAGATCCTGAACGCGCTCATAGATACCGAGGGCGCGTTGGCCCACGATCCCATGCTCGTCAAGAGACTGCGTAGACTACGTACGTCCCGCCAGCGTGCGAGGACTGCACGTCGCTTGGGGTCCGACGCGTAA MAEPAPEPMASQATGFALEDLAAETRSDSPLSERDQQMLALERQWWKYAGAKEQAIRELFDLSATHYYQILNALIDTEGALAHDPMLVKRLRRLRTSRQRARTARRLGSDA NA NA NA NA NA D3-18_03299 771 ung COG0692 Uracil-DNA glycosylase GTGGTGACTGGCGTGGATGCACTCTTTGATCTCGAACCTGCCGATGCTGCTGACCAGGACTTCGCCGCCCTGCTCAAACAGCCGCTGGAGGAGCTGATGGCTCCCGATTGGGCCGATGCATTGCGCCCTGTTGAAGCTCAACTCCGTGAGGCACTGGACTATGTCGCGGGCCAATCGGCCAACGGCGCCCAAGTTCTGCCTGCTGCAAGGAACCTCTTGCGCGCCTTCAAACAGCCGCTGGCCGACGTCAAAGTCTTGATTCTCGGCCAAGACCCCTACCCCACCCCGGGACACGCCGTCGGGCTGTCCTTCGCCGTCGCCCGCCCTACTCGGCCCATCCCTCGAAGCCTCGCCAACATCTACCGCGAACTCCACGACGACCTCGGACTCCCGCCCCGCGTCCACGGCGACCTCAGCGCTTGGACGGATCAAGGCGTCCTGCTCCTGAACCGCGTCCTCAGTGTCGAAGCGGGAAACGCCGGCTCTCACCGCGGCAAAGGGTGGGAGGCCATCACGACGGCGGCGGTCACCGCCGTTGCCAACCGCACTGACGGCGCAGGGCGGCAAAGTCCGCTGGTGGCGATCCTGTGGGGCAAAGATGCCCAGGGCGTGATGCCCCTGCTGGGCGGGGCGCCTTCCATCGTCTCGGTCCATCCGAGTCCCCTCTCTGCATCACGGGGATTCTTCGGCTCCAAGCCCTTCAGCCGGACCAATGAACTGCTGATTGGCTTGGGGGCTGAACCCATCAATTGGGAATTACCTGTTCTGTAA MVTGVDALFDLEPADAADQDFAALLKQPLEELMAPDWADALRPVEAQLREALDYVAGQSANGAQVLPAARNLLRAFKQPLADVKVLILGQDPYPTPGHAVGLSFAVARPTRPIPRSLANIYRELHDDLGLPPRVHGDLSAWTDQGVLLLNRVLSVEAGNAGSHRGKGWEAITTAAVTAVANRTDGAGRQSPLVAILWGKDAQGVMPLLGGAPSIVSVHPSPLSASRGFFGSKPFSRTNELLIGLGAEPINWELPVL 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 D3-18_03300 840 COG2375 putative protein ATGACTGCTCTCCCCGTCACTTCGTCCGCCTCACGCAAAACCCGTCCACAGGTAAACCTGACCGTCCTTCGAAATGAACGCCTGTCACCGCATATGGTGCGGATCGTGGCGGGCGGGCCTGGTTTCAGCGACTACGCGAACAACGAATACGTGGACCGCTATATCAAGATCGTGTTTCCGCAGCCGGACGTCGAGTACGAACTCCCGCTGGACTTGTGGGCCATCCGCGACACCATGCCCCGTGAGCAATGGCCCCACACCCGCACGTACACCATCCGCTGGGTGGACCTTGAAGCACAGGAACTGGCTATCGACTTTGTGGTGCACGGTGATGAAGGACTGGCCGGTCCTTGGGCTGCCGCTGCCAAGCCCGGCGATTCGCTGATCTTCACGGGCCCGGGCGGTGGGTACAACCCCTCCCCCGCTGCCGATTGGTACTTGTTCGCCGGCGACGACGCCGCGATACCGGCCATCGCAGCCTGCGTCGAGGCACTTGCTCCTGAAGCCCGCGGAACGGTGTTCCTTGAGGTGGATAGCGAGGCCGACATTCTTCCGATTTCCGCCCCTGCCGGAGTGGAGTTGCACTGGCTCCTCCGCAAGGGAGTTCACGCGGGGTCCAGCGAGCTGCTGCTTAAAGCCCTTCGCACTACCGAATGGTTGCCCGGACGCGTGGATGTCTTCGCCCACGGCGAGCGGGGCTACATGAAGGGACTCCGCGAGATCTTCTTCGCGCAGCGCGGCTTGGAACGTTCGCAGGTCTCACTGTCCGGCTATTGGGCCCAGGGTCGCGTAGAGGAAGTTTTCCAAGCTGAGAAGAAGCTGCCAGTGGGACAGATCTAG MTALPVTSSASRKTRPQVNLTVLRNERLSPHMVRIVAGGPGFSDYANNEYVDRYIKIVFPQPDVEYELPLDLWAIRDTMPREQWPHTRTYTIRWVDLEAQELAIDFVVHGDEGLAGPWAAAAKPGDSLIFTGPGGGYNPSPAADWYLFAGDDAAIPAIAACVEALAPEARGTVFLEVDSEADILPISAPAGVELHWLLRKGVHAGSSELLLKALRTTEWLPGRVDVFAHGERGYMKGLREIFFAQRGLERSQVSLSGYWAQGRVEEVFQAEKKLPVGQI NA NA NA NA NA D3-18_03301 1488 hypothetical protein GTGACTGAACGCCCCGACGGGTCCGCCGACAGGCCCCATACCGACGGTTTGCCCAAGACACAGCCGTTGCGGCCGTCCCAGGTCCGGCAGAATGTCAACGCCAAACGCATGCTGATGCGTTTGGTTCAAGGCGACAGCCCGCCAACAGCCCCCATGAACATCGTGGACCGGCTGGCCGGAAGTCCTTACGCCAACCCCACCATTCAAGTTGTGGGTGTAGACGCTTCCGCCCGCAAGACCATCGACTTCGCTCTTCACCTTGCTGAGGTCATGTTCCGTTACGGTGCAGGTGCCCTCGAGGTGGAGACCAGCATGATTGCGGTGACTGCCGCCCTTGGCTTGAAGAACGTTGAAGTGGACATCACCAACCAGTCGGTGGCCATCAACTACGCGCCCAAGGACCAGACGCCCATCACGCTGCTGCGTGTGGTGCGCTCGTGGACCAACAACTACGCCGGCCTTGCCCAGGTTCACCAGTTGGTCACGGACATCGTGGCCGGGGGAGTGGGCCGCGACGAAGCCGTGCGCAGGTTGAATGAAATCATCCGCAGTGCCAAACCCTTCCCACGGTGGATGGTCACCATAGCGTTCGGCATCTTCGCGGCAGTATTCGTGGGCGTCCTCGGCGGCGGCATCGGTGCATCCGCGGTGGCTTTTGGTTCCAACATCCTCATCAGCCTGCTCTCCAGGCAACTTGCCAGATGGCGGACGGCAGACTTCTTCAACACCATGGCATGCGCGTTCCTGGTCACCTTCATTGCGCTGATGCTGCGTTGGGCAGGTGTGGAAATTGCGCCATCCATTGTAGTGGCGGGCGGAATCCTCCTGCTGCTCCCCACGGGCCGTCTCGTTTCATCGGTACAAGACGCCATCAACGGCTTCCCGGTAACGGCCGCGGGCCGGTTCCTCTCCACGTTGCTCACCTTCGGTGCAATCGTTGCGGGAATTGGTGTCGCAGTGGTGGTGGGAACGCTGATGGGCAGCGCAGTCTTGGACGTCACCCAGACATTCCCCGACGCGTATCCCTTGTGGATTCAAGCAGTCCTTATTGCTATTGCGGTGGTCGCCATCGGCGTCACCGAGCAGACGCAGATGCGGTTGTTACTCCCGACGGCGGCAGTGGGCATAGTGGGCTTCTTCGTCTTGTGGGGTGTCGGCGAAGCCGGCCTCGGCGACCGTTTGTCGCCGGCCGTCGCTGCGGTGGTCATCGGCTTGCTGGGCCGCGTGGTGGCGCTCAAGCTGGGTGCTCCGCAACTCGTAGTGGCCGTCCCCGCCGCGTTGATCCTGCTGCCCGGTCTGACGATCTTCCGTTCCATGTACGCCCTGACCGTTGAAGGCGGCAACATCCTGCTCGGTGCGGGTGGCATGCTCAACGCCGGCGCCATTGTGCTGGGAGTGGCGGCCGGCATCGTGCTCGGTGACAACCTGGCCAGGCCCCTGACGAAGGGCCTGTCCAGCAACGAACGGCGCAGGGTACGCAGGCGCTGA MTERPDGSADRPHTDGLPKTQPLRPSQVRQNVNAKRMLMRLVQGDSPPTAPMNIVDRLAGSPYANPTIQVVGVDASARKTIDFALHLAEVMFRYGAGALEVETSMIAVTAALGLKNVEVDITNQSVAINYAPKDQTPITLLRVVRSWTNNYAGLAQVHQLVTDIVAGGVGRDEAVRRLNEIIRSAKPFPRWMVTIAFGIFAAVFVGVLGGGIGASAVAFGSNILISLLSRQLARWRTADFFNTMACAFLVTFIALMLRWAGVEIAPSIVVAGGILLLLPTGRLVSSVQDAINGFPVTAAGRFLSTLLTFGAIVAGIGVAVVVGTLMGSAVLDVTQTFPDAYPLWIQAVLIAIAVVAIGVTEQTQMRLLLPTAAVGIVGFFVLWGVGEAGLGDRLSPAVAAVVIGLLGRVVALKLGAPQLVVAVPAALILLPGLTIFRSMYALTVEGGNILLGAGGMLNAGAIVLGVAAGIVLGDNLARPLTKGLSSNERRRVRRR NA NA NA NA NA D3-18_03302 1317 femA Aminoacyltransferase FemA ATGGAATTCGTGATTCTCAGTGACGCTGATTTCGAGACATTCGCCAAGGGACACCCTCAGGGCAGCTTCATCCAGTCCATGGACCTCACGCGCTTCCAGCGTGCCCGTGGCCAGGAAGTTGAGCTTTTTGGTGTGACGCGCGGCGACAGCCTCATTGCTGCGGGGAAGCTCGTCTACTCGTCCAACCGCCTGGGCTACAAAACCGCAGACTGCGCCAAGGGGCCCCTGATGGACTACAGCGACCCCACAGTGGTGCGCTTCGTCGTCGAGCAGTTGAAAAAGCATGCAGCCTCGAAGAAGGCTGCAGAGCTCAGTATCTCGCCCAACATCCGGTACATAGCGCGGGATGAAGAAGGTGCGGAACACCCCGAAGTTGAGGACAACCGTCCGCTGCTGAAGGAGTTCGAAGGCCTGGGCTTCAAGCACCAGGGCTTCGACATGAACTTCGCCAACATCAACTGGATGTTCATCAAGCAGCTGGACGGGATCGCTGATTCCGAAGAGCTCATTATGGGCATGAACTACCGCACCCGCAAGGCCATCCGTAAAGCCGAGAAGAACGGCGTCTACCTGGAGCAGGCCACGCTGGAAACGCTGGATGAGTTCTATAACGCCCTGAGCACGGCCGGCGATGAGAAGGGCTTCACGTACCGCGAACGCGAGTACTACGAGCAACTCCTCCGGAACACTTCGGATGAGTTCACCAAGCTCATGATGGCCAAGATCAATATCCCCGAATATCGAGCTTCCATCACGGAGCGCCTGGATGCTGAATCCAAGACCTTGGCAGACCTCAAGCGTGAGGTCGAGGAGACCGGGAGCAAGAAGAAGGCCAACCGTGTCAAAGTTGTCCAGGACCTCGTGGATAGCTACGAGCGCAGCCTCAAGGACATCGAACGTTTCCCCAATTCCGTCGGTGTCGCCACCGTGGCAGCCATCCACTTTGCCTGCTCCGGTGACGAGCTGGTGTGCGTCATTGGTGGCACTGTTCAGGACTACATCTACTTCAACGGTGCCACGTCGTTGTACTGGGGCATGATGCTGCACGCCCTGAACAACGGCTATTCGCGCTACAACTTCTACGGCACGTTCGGCATCCAAGGCCAGGATGAGACCGGGCACGGCGGGTACGAATTCAAGAAGGGCTTCGGTGGTGAGGTGGTCCAATTGGTGGGCGATTTCGTTGCACCGGTGAACCCCTTCGTCTTCCATGGCTACCGGGCGGTCAGGAAGCTTGCAGGGGTCGCCCAGACAGTACTGGGACGATTGCCACTTGAGAAATTGCCGGTAGTAGGAAAATTGCGCAGGAACCGCTAA MEFVILSDADFETFAKGHPQGSFIQSMDLTRFQRARGQEVELFGVTRGDSLIAAGKLVYSSNRLGYKTADCAKGPLMDYSDPTVVRFVVEQLKKHAASKKAAELSISPNIRYIARDEEGAEHPEVEDNRPLLKEFEGLGFKHQGFDMNFANINWMFIKQLDGIADSEELIMGMNYRTRKAIRKAEKNGVYLEQATLETLDEFYNALSTAGDEKGFTYREREYYEQLLRNTSDEFTKLMMAKINIPEYRASITERLDAESKTLADLKREVEETGSKKKANRVKVVQDLVDSYERSLKDIERFPNSVGVATVAAIHFACSGDELVCVIGGTVQDYIYFNGATSLYWGMMLHALNNGYSRYNFYGTFGIQGQDETGHGGYEFKKGFGGEVVQLVGDFVAPVNPFVFHGYRAVRKLAGVAQTVLGRLPLEKLPVVGKLRRNR PGPT0023740_3 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-AMINO_ACID_ADDING,PGPT0023740-murN-K12554 NA NA D3-18_03303 1194 hypothetical protein TTGGTAAATCAGCAGAATCGGGGGATATCCACATACCCCGATAGACTTGGGGCTGCATGTCCGCATGCGCACTACGCTTTTGAACACTGCATCAAAACCCTGAGATTGGACACGGCCACCTTGCGAGAATTTACCGCCCGCTTTGCCACCGCCGAGGAAATCGATAACTGGGACAAGCACGTGACGGCGAATCCGAACGGCGGCAACATGCTGCAGTCGGACGCCTACGCGGCAGTCAAGGACGGTAACGGCTGGTTGGTCCGCCGGCTCGTCATCGAGACTCAGGAGTACAGCAGTTACAACTTACTCCTGGAGAAGAAGTTCCCTGTGATGGGGCGCCTCTGGTACCTCATCAAGGGACCGGATGTCGCAGATATCAGCGACATCCAGCCCGCCTTGAAAGCAGTAGCCACCCTGGCCCGTGAGAAGAAGATGAACGTCTTCACCATCAAGATCGAGCCTGACATTGAGGACTCGGCTAAGGCCGTGGCAGAACTTCAGGCTGCTGGCCTGGTGAAGGCTCCCAACATCCAATCCAACGACTCCACGGCCCTGCTGGACATTTCAGCGCCCGCAAATGAAGTCTTGCGCAGCATTTCCTCACGTGCCCGCAACGCAGTTCGCAGGGCTGAACGCGAAGGCTGCGAAGTGATTCAGGCCGAGCCTGGCGAAGACAGCTACCGCAAGCTCTACGCCCTCATGCAGAACACCGTTAATGCCAAGGGCGCCATGCCGCTGCGGAGCTACGAGTACTACTCCAAGTTCTGGGAAGAGTTCTGCAGCCGCGGCCAGGGTCACTTCTTCTTCATCCACGAGGACGGTGCACCAAGTGTTGGTGCTTTCGTCATCAACTACGGATCCAAAGCAACGTACAAGGACGGCGGTTCCACGCAGAACCGCAAGCAGTACGGTGACTCCCATCTGGCCCAGTGGGCGGCGATTCAGCGCATGCAGGAACTTGGATGCGTGGAGTACGACTTCTGTGGCACGCCCCCCGCCGCGAGGATCAAGGACAAGACCCACCCTCTGTACGGCATGGGATTGTTCAAGACGAGCTTCACCAAGACCGTCACGGACTTTGTGGGTTGCTATGACCTTGTCCTGGGACCTTTCCGCCACAAGCTGTGGCTCAAGGGTGCGGAACGCATCTTCCGCCGACTCGAAACCATGCGTACCGGCGGCCAGTTCTACTGA MVNQQNRGISTYPDRLGAACPHAHYAFEHCIKTLRLDTATLREFTARFATAEEIDNWDKHVTANPNGGNMLQSDAYAAVKDGNGWLVRRLVIETQEYSSYNLLLEKKFPVMGRLWYLIKGPDVADISDIQPALKAVATLAREKKMNVFTIKIEPDIEDSAKAVAELQAAGLVKAPNIQSNDSTALLDISAPANEVLRSISSRARNAVRRAEREGCEVIQAEPGEDSYRKLYALMQNTVNAKGAMPLRSYEYYSKFWEEFCSRGQGHFFFIHEDGAPSVGAFVINYGSKATYKDGGSTQNRKQYGDSHLAQWAAIQRMQELGCVEYDFCGTPPAARIKDKTHPLYGMGLFKTSFTKTVTDFVGCYDLVLGPFRHKLWLKGAERIFRRLETMRTGGQFY PGPT0023735_162 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-REGULATION_FACTOR,PGPT0023735-murM-K05363 NA NA D3-18_03304 822 hypothetical protein ATGAGCGGGGGATACAGCAGGGACTTTTTGCGGACACGGCTTGAACTGCCCAGTCCGTCGGCAACGACGACACTTTTGGACTACACCCACTTTTCTGTACGCTTCCGGGCTTCCCGGAAGCTCGCAGCGATTGTGGGTGTGAACATCAACGGCAAGGAACTGATACCCCTGGCCCGCGAGGGTTCTTGGCATTTGGATGACAGGATCCCACGGGAGCAGCAGGCTGGCCCGGATCTGTACAAGAACAATGCGTTTGATCGCGGGCACTTGGTCCGGCGGCTGGATCCGGTGTGGGGCGATGCCGCAACAGCCAAAAAAGCCAACCAGGACACCTTTAGTTACACCAACGCGGCACCACAGATTGATGACTTCAATCAAGGCAAGGAACTTTGGGTAGGGCTCGAAGACCACGTTTTGGGCCACGCCGACGCGCATGAAGCAAAGCTGAGCGTTTTCACGGGGCCGGTGTTCCTCCATGACGATCCTGTCTATAGGGGAGTTCAGATCCCTCGAAAGTTCTGGAAGATCGCGGCATGGACCAACGATGCCAATCTGGCCAGCGTCGGCTTTGTCCTGGATCAATCGCCGATGTTGGGCAAAGTAGAGCTGAATAAAGCGATCAGCCAGCGGCTCCTTGACGGTGAGCCGCCGCCGCTGGGACCGTTCAGGACGTTCCAAGTCCCTATTGGGCAGATCGCGGACCTTACCGGGCTCCGCCTCAGCAGGCTCATCAATGCGGACCGCCTTGTCAGGGGCCAGCTGCGATCCGGCCTTGAGCCGCGGGCCATCAGGCTGGAGAAGGCAGACCACATAAGGCTCTAA MSGGYSRDFLRTRLELPSPSATTTLLDYTHFSVRFRASRKLAAIVGVNINGKELIPLAREGSWHLDDRIPREQQAGPDLYKNNAFDRGHLVRRLDPVWGDAATAKKANQDTFSYTNAAPQIDDFNQGKELWVGLEDHVLGHADAHEAKLSVFTGPVFLHDDPVYRGVQIPRKFWKIAAWTNDANLASVGFVLDQSPMLGKVELNKAISQRLLDGEPPPLGPFRTFQVPIGQIADLTGLRLSRLINADRLVRGQLRSGLEPRAIRLEKADHIRL NA NA NA NA NA D3-18_03305 252 hypothetical protein ATGAAAGATGAAGTAAATCCCATAATTCCAACGGTTTGGGAGACCGCAGTACTGGGAGCCGGAGCAGTGGCGGTTCTCCTGGTCGCGGCTGCTCTGATTCTGGTACTCAGCACGAAATCCTTCTCACCCGGAGTTCGGATTGCGTTGGCGGTGCTGGTGTTCGCTGCCCCTGTCGCTGGCCCGCTGGTGGGCATTGTTTTGGTGCTCCTTGAGCGGCGAAAGGCCCGACGCCCTATTTCTGTCAGTCCCTGA MKDEVNPIIPTVWETAVLGAGAVAVLLVAAALILVLSTKSFSPGVRIALAVLVFAAPVAGPLVGIVLVLLERRKARRPISVSP NA NA NA NA NA D3-18_03306 1413 sdaA_3 COG1760 L-serine dehydratase ATGGCTGTTGGCGTTTTCGATCTGTTTTCCGTGGGTATTGGCCCGTCGAGTTCTCATACCGTGGGGCCGATGCGGGCCGCTGCTGTGTTCGCTGGTGAGCTCAAGGACGCCGGTGTCCTGGGCTCGGTGGCGTCGTTGCGGGTTGACCTATATGGCTCGTTGGCTGCCACGGGTCGTGGGCACGGCACCATGACGGCCACGCTGCTGGGCTTGGAGGGGTATCACCCGGAGCTGATCCTGCCTGACGAGGTAGAGGAGCGGCTCGCGACGATCGCTGAAACTGGTGTCCTGAATCTGGCCGGTGCCTCCGGCGAAGGCGTGGAGCTGCCGTATACGGTGGAGGATATGGTCTTGCATCCGTTGACGGTGTTGCCGCGGCATACGAATGGGATGAAGTTTGCTGTCTCTGATGCTGAGGGGAAGGTGCTGAGGGAGGCGACGTTCTTTTCGGTTGGTGGTGGGTTCATTGTCCGTGAGGGTGAGGAGAGCGCTGCGCAGCGGGAGTTGGAGGAGTCGAAGAAGGAGTTGCCGTTGCCGTTCAGGACGGCTGCGGAGTTGCTGGGCCGGTGCGCGTCGAAGGGTTTGGGGATTTCCGAGATCATGTTCATCAATGAGCGTGCGTCCCGGTCCGAGGAGGAGATCCGGGAGGGTCTGCTGCATATTTGGTCCGTGATGGAGGCCTGTGTTGAAACGAGCCTGAAGCGTGAGGGTGTGTTGCCTGGGGGGTTGAAGGTTCGTCGTCGTTCTCCTGATTGGTTGGAGCGGTTGTTGAAGGAGGACAAGGACCGGAACGATCCTAAGTACTGGCAGGAGTGGGTGAACCTGATCGCGTTGGCGGTCAATGAGGAGAACGCTTCTGGTGGGCGGGTGGTGACGGCGCCGACGAATGGTGCTGCGGGGATCATTCCTGCGGTGCTGTATTACGCGTTGAATTACGCGCCGGGGATGGACAAGGCCACGCAGGCCGATCGGGACGATGTGGTGGTGAAGTTCCTGCTTACTGCGGGTGCGGTGGGTGTGTTGTATAAGGAGCAGGCGTCCATTTCCGGGGCTGAGGTTGGTTGTCAGGGTGAGGTGGGTTCGGCGTCGTCGATGGCTGCTGCTGGGTTGGCTGAGGTGATGGGTGGTACGCCGGGTCAGGTGGAGAACGCGGCGGAGATCGCGATGGAGCACAATCTGGGGTTGACGTGTGATCCGATCGGGGGGTTGGTGCAGATTCCGTGTATTGAGCGGAACGCGATCGCGGCGGCGAAGGCGATCAACGCGGCGAAGATGGCGTTGTGGGGTGATGGGACGCATCGGGTGTCGCTGGATGAGGTGATCGTGACCATGCGTGAAACGGGCAAGGACATGTCCTCCAAGTACAAGGAAACCGCGATGGGCGGCCTCGCCGTCAACGTCGTCGAATGCTGA MAVGVFDLFSVGIGPSSSHTVGPMRAAAVFAGELKDAGVLGSVASLRVDLYGSLAATGRGHGTMTATLLGLEGYHPELILPDEVEERLATIAETGVLNLAGASGEGVELPYTVEDMVLHPLTVLPRHTNGMKFAVSDAEGKVLREATFFSVGGGFIVREGEESAAQRELEESKKELPLPFRTAAELLGRCASKGLGISEIMFINERASRSEEEIREGLLHIWSVMEACVETSLKREGVLPGGLKVRRRSPDWLERLLKEDKDRNDPKYWQEWVNLIALAVNEENASGGRVVTAPTNGAAGIIPAVLYYALNYAPGMDKATQADRDDVVVKFLLTAGAVGVLYKEQASISGAEVGCQGEVGSASSMAAAGLAEVMGGTPGQVENAAEIAMEHNLGLTCDPIGGLVQIPCIERNAIAAAKAINAAKMALWGDGTHRVSLDEVIVTMRETGKDMSSKYKETAMGGLAVNVVEC PGPT0001975_553 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-PYRUVIC_ACID_BIOSYNTHESIS,PGPT0001975-sdaA|sdaB|tdcG-K01752 NA NA D3-18_03307 387 gcvH_3 COG0509 Glycine cleavage system H protein ATGCCCAAAGTAGCGCCCGAACTTCAGTACTCCGACGAACACGAGTGGGTTTCCCGCGGAGATGGGAACTCCGTGTCCGTTGGTATCTCCGAGGTTGCCACCGACGCACTGGGTGACATTGTGTACGTTGACCTGCCTGAGGTTGGTTCTTCCGTGACTGCGGGCGAGACCTGCGGTGAAGTTGAGTCCACCAAGTCGGTATCGGACTTGTACTCGCCCGTCACCGGTGAAGTCACGGAAATCAACGACGCCGTTGTTTCCGACCCCGCCCTGATCAACAACGACCCCTATGGCGCCGGTTGGTTGTTCAAGGTTGCCGCCGAGTCCGAGGGCCCCCTGCTCTCGGCTGAGGAATACGCCTCCAAGAATGGCGGAGACCTCTCCTAG MPKVAPELQYSDEHEWVSRGDGNSVSVGISEVATDALGDIVYVDLPEVGSSVTAGETCGEVESTKSVSDLYSPVTGEVTEINDAVVSDPALINNDPYGAGWLFKVAAESEGPLLSAEEYASKNGGDLS NA NA NA NA NA D3-18_03308 1149 gcvT_3 COG0404 Aminomethyltransferase ATGACTGAGAACTACACAGCTCTGTACGAAGAGCACAAGAAACTCGGCGCGTCCTTCACCGACTTCGGCGGCTGGCAGATGCCCCTCAAGTACTCCTCGGAGTTGGCTGAGCACCACGCCGTCCGCAAGACCGCGGGCCTGTTCGACCTCTCCCACATGGGCGAAGTCTGGGTCACCGGTCCCGAGGCTGCTGCCTTCCTGGACTACGCCTTGGTGGGCAAGATCTCCGCCATGGCCGTCGGCAAGGCCAAGTACTCGCTGATCTGCCAGGAAGACGGCGGCATCATCGACGACCTCATCACCTACCGTCGCCCCTCTCCCCAGGAAGGCACCGACAAATTCCTGGTGGTTCCGAACGCCGGTAATGCCAAGGTTGTTGCCGCGGCGCTGCTGGAGCGCGCTGCAGCTTTCGACGTGGTTGTTGAGGACGCTTCCGCTGAGACTTCGCTGATCGCAGTTCAGGGGCCGCTTGCTGAGGCCATCCTCCTCCGCCTGGTCCCGGCCGAACAGCACGCCCTGGTCACCGACCTCAAGTACTACGCGGCGGTTGAAGTTCCGTTCACGTTCGACGGCGGCACGCAGGACCTGCTGCTGGCCCGCACCGGGTACACCGGCGAAGACGGCTTCGAAATCTTTGTAGCCAACGACTCCGCAGCAGCGCTCTGGCAGGCCATCGCCAACGCTGCTGAAGAAGGCGAGCTGATCCCGGCCGGCCTTGCCTCCCGCGACTCACTCCGCCTCGAAGCCGGCATGCCCCTCTACGGCAACGAACTCTCCCGCGAAGGCAACCCCTTCGCAGCGGGACTCGGCCCCGTGGTGGCACTGTCAAAGGAAGGCGACTTCGTAGGCAAAGAGGCACTCGCTGCCCTCAAGGCCGACGGTGCCGGCTCCACCAGCGGCCGCAAACTCGTTGGCCTCAAAGGCCTGGGCCGCAGGGCCGGACGCGGTCACTACCCGGTCCTCAAGAACGGCGCAGTGGTCGGCGAAGTCACCTCCGGTCAGCCCAGCCCGACGCTTGGCTACCCGGTAGCGTTGGCGTATGTCGACGTCGAGCACTCAGAGCTTGGAACCGCGCTGGACATTGACCTGCGGGGCAAGTCTGAGCCGTTCGAAGTCGTCGCACTGCCGTTCTACAAGCGCCAAAAGTAA MTENYTALYEEHKKLGASFTDFGGWQMPLKYSSELAEHHAVRKTAGLFDLSHMGEVWVTGPEAAAFLDYALVGKISAMAVGKAKYSLICQEDGGIIDDLITYRRPSPQEGTDKFLVVPNAGNAKVVAAALLERAAAFDVVVEDASAETSLIAVQGPLAEAILLRLVPAEQHALVTDLKYYAAVEVPFTFDGGTQDLLLARTGYTGEDGFEIFVANDSAAALWQAIANAAEEGELIPAGLASRDSLRLEAGMPLYGNELSREGNPFAAGLGPVVALSKEGDFVGKEALAALKADGAGSTSGRKLVGLKGLGRRAGRGHYPVLKNGAVVGEVTSGQPSPTLGYPVALAYVDVEHSELGTALDIDLRGKSEPFEVVALPFYKRQK PGPT0008130_1455 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0008130-gcvT-K00605 NA NA D3-18_03309 2847 gcvP_2 COG0403 putative glycine dehydrogenase (decarboxylating) GTGACGGTTAGTTCTGCCTCCACCACCTTCGTCGATCGGCATATCGGCGCCCGCCGCCAGGCCGACATTGAGACCATGCTCAAGTCCGTCGGCTACGACACTGTTGATTCGCTGGTCGACACCGCCGTCCCGAACGACATCCGCCAGGAAGTTGCCCTTACCCTGCAGAACGCGCTGAGTGAAGTTGAAGTTCTGGCCGAGCTGCGCAAGCTCGCTTCCAAGAACAAGACGGCCGTTCAGATGATCGGCCAGGGCTACTACGACACCGTGACGCCGCCCGTGATCCGCCGGAACATCCTCGAATCGCCGGCTTGGTACACCGCCTACACCCCTTACCAGCCGGAAATCTCGCAGGGCCGCCTCGAAGCGCTCCTGAACTTCCAGACCATGGTCCAGGACCTGGTTGGGCTTCCGATTGCCAACGCGTCCCTACTGGATGAAGCAACTGCAGTGGCCGAAGCCGTGCTGATGATGCGCCGAGCCAACAAGAACAAGGCTGTCCAGGATGGCAAGACCGTCCTCGACGCTGACTGCCTCCCGCAGACCATCGCCATCGTCAAGGGGCGTGCCGAGGCGCTCGGCTTCGAAGTCGAGGTGGCTGACCTTTCCTTGGGTCTGCCGGAAGGTGCCATCAACGGCGTCGTCCTCCAACAACCCGGCGTTTCCGGCCGCGTGTTCGATCATTCTGCCGTGATTGCCGACGCCAAGGAGCGCGGTGCGCTGGTTACCGTTGCTGCCGACCTCCTGTCCCTGACCCTCATCACCCCTCCAGGCGAGCAGGGCGCCGACATCGCCGTTGGTTCGGCGCAGCGCTTGGGCGTTCCGCTCTTCTTCGGCGGCCCGCACGCCGCATACATGGCCGTCCAAAAAGGCCTTGAGCGTTCCATGCCCGGCCGTCTGGTGGGCGTTTCCAAGGACGACGCCGGTGTCCCCGCCTACCGCTTGGCGCTGCAGACCCGCGAGCAGCACATCCGCCGCGAGAAGGCGACGTCCAACATCTGCACCGCGCAGGCGCTGTTGGCCATCGTGGCCTCGATGTACGCCGTTTATCACGGCCCTGAAGGTTTGAAAGCGATCGCCGAAACCGCCCACGGCCACGCCCGCACGCTTGCAACGTCACTGAAGGCTGCCGGTGTCGAGGTCCTCCACGGTTCCTTCTTCGACACCATCACCGTCCGCGCTCCCGGCAAGGCTGCTGAAATCGTCGCCGCTGCCGAGGCCAAGGGCATCAACCTCCGAGGCATCGACGCTGACACGGTTGGCATCTCTGTTGATGAAACCACTACTTCCGAGATTGTCGCCGACGTCGCCTCGGTCTTCGACGCTTCAATACTTGAGTCCGCCGAAGGCTTCGCGCTTGAGGCTTCCGTTGAGCGTACGAGCGATTTCATGCAGCACCCGGTGTTCAACACCCACCGCTCCGAAACCCAGCTCCTTCGCTACATCCGTAAGCTCTCGGACCGCGACCTGGCACTGGACCGCACCATGATCCCGCTGGGTTCCTGCACCATGAAGCTGAACGCCACGGCTGAGATGGAAGCCATCTCCTGGCCGGAGTTCGCCTCCATCCACCCCTTCGCTCCGGATTCCCAGACCGAGGGCTGGCGCGAACTCATCACCGACCTCGAATCCCAGCTGACCGAGATCACCGGCTACGACCAGGTCTCCATTCAGCCGAACGCCGGTTCCCAGGGTGAGCTCGCCGGTCTGCTGGCCATCCGCGGATACCACCTGTCGCGCGGCGACGAGCAGCGCAACGTCTGCCTGATCCCCGCATCGGCCCATGGCACCAACGCAGCCTCTGCTGTGCTGGCGGGCATGAAGGTTGTGGTGGTGGCCACGGCTCCCGACGGCACCATCGACCATGTTGACCTCAAGAACAAGATCGAGGCCAACCGGGACGCGCTCTCGGCCATCATGATCACCTACCCATCCACGCACGGTGTGTACGACGCCGACGTCCGCGAAGTCTGCGATGCCATCCACGAGGCCGGCGGCCAGGTGTACATCGACGGTGCCAACCTCAACGCCCTGGTCGGCCTTGCACAGCCGGGTAAATTCGGCGGCGACGTCTCCCACCTGAACCTGCACAAGACGTTCTGCATCCCTCACGGTGGTGGCGGTCCGGGCGTTGGCCCGGTTGCTGCCAAGGCACACCTCGCGCCGTTCATGCCCGGTGACGCTGCATCGTGGACCGAAGGCAACGACGTCCCGATCTCGGCGTCCCGCTTCGGTTCGGCCGGTGTCCTGCCGATTTCCTGGGCCTACGTGAAGCTCATGGGTGGCCAAGGCCTCACCGAAGCAACCAAGTCCGCGCTGTTGGCCGCGAACTACATCGCTTCCCGCCTCAACGAGCACTTCCCGGTCCTCTACACCGGCGAGGGCGGACTCGTGGCTCACGAGTGCATCCTGGATCTCCGCGAACTGACGGCCAAGACCGGCGTCACCGCTGAGGACGTTGCCAAGCGCTTGATCGACTTCGGCTTCCACGCCCCCACCCTTGCCTTCCCGGTTGCCGGAACCTTGATGGTGGAGCCAACTGAGTCCGAGGACCTTGTGGAGATCGACCGCTTCATCGAAGCCATGATCACCATCCGCAAGGAAATCGACCAGGTCGCCCATGGTGATTTCACCGTCGAGAACTCGCCGCTGCGCAAGGCACCCCACACCGCTGCCGCCGTCGTGAGTTCTGACTGGGATCGTGCGTACCCGCGCGAGCAGGCCGCCTTCCCGGTCCACCACCTCAAGCAGGACAAGTACTTCCCGCCCGTCGGCCGCATCGACGGCGCAGCCGGTGACCGCAACTTGGTGTGTTCCTGCCCGCCGATCGAAGACTTTGAAAACTAA MTVSSASTTFVDRHIGARRQADIETMLKSVGYDTVDSLVDTAVPNDIRQEVALTLQNALSEVEVLAELRKLASKNKTAVQMIGQGYYDTVTPPVIRRNILESPAWYTAYTPYQPEISQGRLEALLNFQTMVQDLVGLPIANASLLDEATAVAEAVLMMRRANKNKAVQDGKTVLDADCLPQTIAIVKGRAEALGFEVEVADLSLGLPEGAINGVVLQQPGVSGRVFDHSAVIADAKERGALVTVAADLLSLTLITPPGEQGADIAVGSAQRLGVPLFFGGPHAAYMAVQKGLERSMPGRLVGVSKDDAGVPAYRLALQTREQHIRREKATSNICTAQALLAIVASMYAVYHGPEGLKAIAETAHGHARTLATSLKAAGVEVLHGSFFDTITVRAPGKAAEIVAAAEAKGINLRGIDADTVGISVDETTTSEIVADVASVFDASILESAEGFALEASVERTSDFMQHPVFNTHRSETQLLRYIRKLSDRDLALDRTMIPLGSCTMKLNATAEMEAISWPEFASIHPFAPDSQTEGWRELITDLESQLTEITGYDQVSIQPNAGSQGELAGLLAIRGYHLSRGDEQRNVCLIPASAHGTNAASAVLAGMKVVVVATAPDGTIDHVDLKNKIEANRDALSAIMITYPSTHGVYDADVREVCDAIHEAGGQVYIDGANLNALVGLAQPGKFGGDVSHLNLHKTFCIPHGGGGPGVGPVAAKAHLAPFMPGDAASWTEGNDVPISASRFGSAGVLPISWAYVKLMGGQGLTEATKSALLAANYIASRLNEHFPVLYTGEGGLVAHECILDLRELTAKTGVTAEDVAKRLIDFGFHAPTLAFPVAGTLMVEPTESEDLVEIDRFIEAMITIRKEIDQVAHGDFTVENSPLRKAPHTAAAVVSSDWDRAYPREQAAFPVHHLKQDKYFPPVGRIDGAAGDRNLVCSCPPIEDFEN PGPT0020480_2955 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_GLYCINE_DEGRADATION,PGPT0020480-gcvP-K00281 NA NA D3-18_03311 540 hypothetical protein ATGCCACGAAAACCAGTTGCCCGGGACGCCGTCCTGGATGCCTTCGAAGCCCTCCTTATTGAGGTGGGGGAGCGTGCCGCCACGCTCGACGCCGTTGCCAAGCGGGCAGGCGTGTCCAAAGGCGGGCTGCTCTATCACTTTCCCAATAAGGAAGCGTTGATCGCGGCACTTCTGGAACGCCTGGACTTGCTCGCCCAAGAAGATACCGAACTGATGAAGGCTGCCCCCGATGGTTCAGCCACCTACTTCATCCGATCCTCGCTCTGGGCAGATACGCCCATGGACCGGGCCTTCGTCGCTGCCACAAGATTGGCCGAAGTTGCCCACGAGGAAACCCGTCGCAGGTTTGCCGCGATCCAGCAGCGGTGGTTGGACGTGCTCGCTGAGGACGTTGGGCCGGAGGTCGCCAAGGCCGTCAGCTACATGGGTGACGGCCTCTATTTCAACGCGATTTTTGAAGGCGGACAGGAGGGAGGCAACGCCGGGCGGGAGGCCGACGTCGAAATCCTGCTGGGAGTCCTTGAGCGGTTGCGGAAGTAG MPRKPVARDAVLDAFEALLIEVGERAATLDAVAKRAGVSKGGLLYHFPNKEALIAALLERLDLLAQEDTELMKAAPDGSATYFIRSSLWADTPMDRAFVAATRLAEVAHEETRRRFAAIQQRWLDVLAEDVGPEVAKAVSYMGDGLYFNAIFEGGQEGGNAGREADVEILLGVLERLRK NA NA NA NA NA D3-18_03312 1551 lfrA COG0477 Multidrug efflux pump LfrA ATGTTCTCGCCGTCCTCAACCCAAGCACCCCGTTCCGCTCATCCCGTTAAGGGCCAGGCAGCACCGTGGCGCGACTGGACGGCACTGGCGCTCCTGATGTTTCCGGTGCTGCTGGTGGCCGTCGACAACACCGCGCTCACTTTCGCTCTGCCCGAAATCGCCCGTTCCCTGGATGTGGGCGGTGTCCAATTGCTGTGGATTGTTGATGCATACCCGCTGGTCCTCGCCGCATTGCTGGTGTCGATGGGCAACTTGGGCGACAGGATCGGACGACGTCGGCTGCTTTTGATCGGCAGCACGGGCTTCGCTGCGGTTTCGGCTGCTACGGCCTTCGCGCCTTCCGCTGAGTGGCTCATCGCCGGCCGCGCGGGCCTGGGTGTCTTCGGCGCCATGCTGATGCCGTCAACCCTTTCCCTGATCCGGAACATCTTCACCGATCCCAACCGGCGTCGGCTCGCGATCGCCGTCTGGGCCGCCGGTTTCTCCGGTGGTGCCGCTCTTGGTCCGATCTTCGGTGGCTGGCTGGTGGAGCACTTCTGGTGGGGTGCCGTGTTCCTGGTGGCGGCTTTCCTGCTCCTGCCGCTCCTGGCCTTCGGCCGGGTGCTGATCCCCGAGTCCAAGGACGCCAATCCTGGCCGGGTGGATGTGCCCAGCATTGTCCTGTCCGTAGTCACCATGGCGCCGTTCGTTTACGGCATCAAGGAATTCGCGGTTCATGGTTTCGGGGCGTCCGCGGTTGCCTTCATGGGGTTTGGCGTAGTGATGGGCATTATCTTCGTTCGCCGCCAGCAGCGGATCGCGAGCCCCATGCTGGACGTCTCTTTGTTCAAGAACAAGGTGTTCAGTACCGCAATCGTGGCGAACGTCCTGTCCCTCTTCTCCATGACGGGTTTCATCTACTTCTTCGCCCAGCACCTGCAACTTGTTGAGGGCCAGTCCCCCATGGAGGCCGGCATCGCGATGATTCCCGCTCTCCTGGCCACTGTCGTCGCCGGCCTGCTGGTGGTGCCGCTGGTCAAGCGCGTTCGGCCTGGTTTCGTTGTGGCCGCGGGCCTGACGCTCAGCGCCGCGGGATACCTGATTGTGGTTGTGGGTGACCACGGCAGCGGACCCGTGTTTCTGTTGTCAGCCCTGACCGTACTCGCAGTGGGCGTTGGGGCCGCGGAGACCATCTCCAACGACCTCATCCTTGCCTCAGTACCGGCCGACAAGTCCGGGGCAGCCTCGGCTATTTCCGAGACCGGTTATGAGTTGGGGTCCCTCCTGGGAACGGCGGTGCTTGGGTCGATCCTCACTGCTTCCTACCAGCACAACCTCATCATTCCGGACGGTGTATCCACGCAAGCGGCCGGCAAGTCCACTGAAACGCTCGCAGGCGCTGTTGATGCGGCGTCTGCCCTTCCGGCCCCATTGTCGGAGGCGCTGACGGTGGCCGCCCGGACAGCTTTCGAGTCCGGCGTCCACATCACTGCGGCGATTGGGCTGGTACTGATGGCCGGCGCGGCAGTGCTCGCCGCCGTCGTACTCCGGCGTGTGCCGAAGGCGCAGTAA MFSPSSTQAPRSAHPVKGQAAPWRDWTALALLMFPVLLVAVDNTALTFALPEIARSLDVGGVQLLWIVDAYPLVLAALLVSMGNLGDRIGRRRLLLIGSTGFAAVSAATAFAPSAEWLIAGRAGLGVFGAMLMPSTLSLIRNIFTDPNRRRLAIAVWAAGFSGGAALGPIFGGWLVEHFWWGAVFLVAAFLLLPLLAFGRVLIPESKDANPGRVDVPSIVLSVVTMAPFVYGIKEFAVHGFGASAVAFMGFGVVMGIIFVRRQQRIASPMLDVSLFKNKVFSTAIVANVLSLFSMTGFIYFFAQHLQLVEGQSPMEAGIAMIPALLATVVAGLLVVPLVKRVRPGFVVAAGLTLSAAGYLIVVVGDHGSGPVFLLSALTVLAVGVGAAETISNDLILASVPADKSGAASAISETGYELGSLLGTAVLGSILTASYQHNLIIPDGVSTQAAGKSTETLAGAVDAASALPAPLSEALTVAARTAFESGVHITAAIGLVLMAGAAVLAAVVLRRVPKAQ PGPT0028045_565 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 D3-18_03313 660 hypothetical protein ATGAACGATTCTGAATCAGTCACCACCCAGCAATCCACCGTTGAGGAATGGACTAAGGCCTTGGCGGAATCCACGGGCTCGCCAGGCGGGGGCGCGGGGACCGGGGTCATGCTCTCCATCGCGGCCTCCTTGACGTCCATGGTGGCCGGATATACCGAGGCGGAAGAGACCCAGCGCGAACAGCTGACCGGCATCCACTCCCGGGCGCACGAACTTCGACGAACTGCCCTTCAACTAGCCGACGACGACGCTTCCGCCTCCAACGCCTTCGGCGCTGCCTTCCGCCTGGACCCCGGCCCTGAACGCGACGACGCGATACATCAAGCATCCGTCGACGCTGCCAAGGCATCAGCAGTTCTGGGGGAGCGGGCCATCGACGCCATTGAAGACCTCGGCTGGCTCGCTTCCAACGGAAATCCGGCGCTGATCGCTGACGTCGTAGTTGGCTTCGGAGCCCTCCGCGCAGCAATAGCCGGAGCCAGAACCAACGTGAGCTTCGACCTCGCATCCCTGACCTCCGCAGGCGCCACACTCGAGGGAGTCAGGGAACAGCATCCAGAGCTATGGAATACGGTCACTCGGCTCAGCGACGCCCTCGACAGGATCGACGAACTAACCGCCGGCGTCGACAAAAAAGCGGCGCCGACCGAAGCTATCTAG MNDSESVTTQQSTVEEWTKALAESTGSPGGGAGTGVMLSIAASLTSMVAGYTEAEETQREQLTGIHSRAHELRRTALQLADDDASASNAFGAAFRLDPGPERDDAIHQASVDAAKASAVLGERAIDAIEDLGWLASNGNPALIADVVVGFGALRAAIAGARTNVSFDLASLTSAGATLEGVREQHPELWNTVTRLSDALDRIDELTAGVDKKAAPTEAI NA NA NA NA NA D3-18_03314 1224 hipO_2 COG1473 Hippurate hydrolase ATGACCATTGACCTCGAAGAGCTTTATAAGGACCTACATGCCCATCCTGAGTTGTCCTTCCAGGAGACCCGAACGGCCGGGATCGCCGCGGGCTATCTCGAAGATCTTGGCTTCACCGTTCATCGCAACATCGGAAAGACCGGGGTTGTGGGCGTTATGGACAATGGGCCTGGACCGGTGGTGATGCTCAGGGCCGACATGGATGCCCTGCCGGTCAAGGAAGCAACAGGTTTGGATTATGCAAGCTCCGCTGTGGGTGTTGATCATGAAGGCAAGGACATGCCGGTCATGCATGCTTGTGGACATGACGTGCACGTGAGCTGCCTCGTTGGTGCTGTGGATGTTCTGGCCGCGCAGCGTCATGAGTGGCAAGGCACCCTGATCGCGCTCTTCCAGCCGGCTGAAGAATGGGGCGGCGGGGCCGAAACCATGGTTGCCGACGGATTGTACGATTCAGTGCCCAAACCCGATGTCGTCCTGGGCCAACACGTGGCCCCCTTCCCCGCCGGATGGTTCGGTATCCGTCCCGGCGTCACCATGGCATCTGCCGATTCCCTCAACATCACCTTGCATGGGCGGGGTGGTCACGGATCACGTCCGGAGACCACCATTGACCCGGTTCTGATGGCTGCGGCAGCCACTGTGCGGTTGCAGGGCATTGTGTCGCGTGAGCTCGCCGCCAGTGACTCCGCAGTGGTGACCGTTGGGCAGATTCACTCTGGCACCAAGAACAACATCATCCCGGAAACGGCCACTTTGGGCCTCAGCGTCCGTACATTCAGCAATGCCACCAGGGATAAGATCCTCGGTTCAATTGAGCGCATTGCCAAAGGGGAAGCCACAGCTTCGGGTGCCCCAAAGGAACCGGAGATTCATTTCGAAGAGCATTTCCCCCTGACCGTTAACGACCAAGCTGCCACCGAGAGGGTGTCCGCAGCGTTTAAGGCAAAGTTCGGCGAAACCCGGATCATCGACCCTGGACCTGTGTCCGGAAGCGAAGACGTGGGAGCATTGGCAAAGGCTGCCGGCGCCCCACTGGTCTTCTGGTTCCTTGGTGGTGCCGAGCCTTCCTTGTTCAAGGAGTGGGCCACAACCGGTCGCCTTCCCGAGGACATTCCGTCGAATCACTCGCCGTACTTTGCGCCCGTCATCCAGCCGACGCTGGCGCACGGAACGGAAGCACTGGTGACGGCTGCCCGGGAATACTTGGCTGCTAAGTCCTAG MTIDLEELYKDLHAHPELSFQETRTAGIAAGYLEDLGFTVHRNIGKTGVVGVMDNGPGPVVMLRADMDALPVKEATGLDYASSAVGVDHEGKDMPVMHACGHDVHVSCLVGAVDVLAAQRHEWQGTLIALFQPAEEWGGGAETMVADGLYDSVPKPDVVLGQHVAPFPAGWFGIRPGVTMASADSLNITLHGRGGHGSRPETTIDPVLMAAAATVRLQGIVSRELAASDSAVVTVGQIHSGTKNNIIPETATLGLSVRTFSNATRDKILGSIERIAKGEATASGAPKEPEIHFEEHFPLTVNDQAATERVSAAFKAKFGETRIIDPGPVSGSEDVGALAKAAGAPLVFWFLGGAEPSLFKEWATTGRLPEDIPSNHSPYFAPVIQPTLAHGTEALVTAAREYLAAKS PGPT0019000_1 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSAMINIDASE,PGPT0019000-csxA-K15855 NA NA D3-18_03315 213 hypothetical protein ATGTGCTACGCGTACTATGACGACTTCGAGCGGCGCACGAAGAAGGACTCCGTGCGCAAGCCTGAAGCGCACACGTCTGAGACACCCAAGGATCAGGAACCTGCACAGAACCGTCCACGGACGGAAGGAACACTGTGGACTTTCCTGGCCCGCCGTCGCAGGGAATCCGAGGTTTCCGAACCGAGGATCGACCGCATCCGCGAGAAGGTCTAG MCYAYYDDFERRTKKDSVRKPEAHTSETPKDQEPAQNRPRTEGTLWTFLARRRRESEVSEPRIDRIREKV NA NA NA NA NA D3-18_03316 1002 trxB_3 COG0492 Thioredoxin reductase ATGGAAACAGCGAACAACCGAGTGGGCGAGGAGTACGACGTCGTGGTGGTGGGAGGTGGCGCGGCTGGGTTAAGTGCTGCTGTTACCTTGGGCCGGGCCTTGCGGTCCGTCTTGGTTATCGACGCCGGCGAGCCCAGGAATGCGCCCGCAGCCGGGGTGCACGGATTCCTGTCCCGCGACGGGATCAATCCCAAAGAACTGCTTGAACTGGGACGAGCAGAGGCGCTCCAGTACGGGGCGGACCTCGTGTCCAGCGTCGCGGTTGGGGCACGTTCGACGGCGAACCCAACGGACGGATCCGATCTCACCTTCGAGGTGGACCTGGCAGATGGCAAAACAGTGAGGGCTCGCCGCTTACTCGTCACCACGGGGCTTGCCGACATCCTGCCCGACGTTGAGGGCATCCGGGAACGTTGGGGCCGTGACGTTCTGCACTGCCCGTATTGCCACGGTTGGGAGGTTCGGAACAAAGCCATCGGAATCCTGGGTTCAGTGCCAATGGCCCTGCACCAAGCGTTGCTGTTCCGCCAATGGAGCCCCAACATCACCTTGTTCCTCAATGACGTTGTGGAGCCGACGGAAGAACAGTGGGAGCAACTGGCTGCCCGCTCCATCACGGTGGTGGACGGGAAAGTCCAGGCGCTCGAAGTAACTGACGACGCGTTGACTGGAGTGGTCCTGGCCTCGGGAACGGTGATACCGGCGGACGCCGTTGTCACCGGCCCACGGTTGGAGGCGAGGTCCAGCGTGTTGGAGTCTCTGGGCGTCCCAACTGTGGAGCACCCGATGGGCGTCGGGACCCATGTTGAAGTGAACCCTCTTGGAGGGGCAACATCGGTACCCGGAGTATGGGCCGCCGGGAACGTCACGGATCTGACCGGGCAAGTGATGGCCTCCTCAGCCGCAGGTGTCATGGCAGGCGCTTCCATCAATGCGGATCTCATGATGGAGGAAACCAGGAGGGCTGTAGAGGAAGCGCGCCAGACAGCACTAGCCCACTAA METANNRVGEEYDVVVVGGGAAGLSAAVTLGRALRSVLVIDAGEPRNAPAAGVHGFLSRDGINPKELLELGRAEALQYGADLVSSVAVGARSTANPTDGSDLTFEVDLADGKTVRARRLLVTTGLADILPDVEGIRERWGRDVLHCPYCHGWEVRNKAIGILGSVPMALHQALLFRQWSPNITLFLNDVVEPTEEQWEQLAARSITVVDGKVQALEVTDDALTGVVLASGTVIPADAVVTGPRLEARSSVLESLGVPTVEHPMGVGTHVEVNPLGGATSVPGVWAAGNVTDLTGQVMASSAAGVMAGASINADLMMEETRRAVEEARQTALAH PGPT0013060_3456 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-THIOREDOXINES|THIOESTERASES,PGPT0013060-trxB-K00384 NA NA D3-18_03317 582 hypothetical protein ATGACTACCGATTTCAGCACAATGCTCGACGCCGTCGGCCCTCGCCTGCGTGCCATGCGGACCCAACGCAATGTGACCCTCGCGGAGGCTTCGGAAGTTACAGGCATTTCTGTCAGCACGCTCTCAAGGCTGGAATCAGGCCAACGTAAACCGACACTGGAACTTCTCCTTCCCATTGCCAGGTTGCATCAGGTGCCGCTGGAAGAATTGATTGACGCTCCGGAAACGGGCGATCCCCGCATTCACCTCAAGCCGCACGTTCACGAGTGGGGAACTGCGGTTCCCCTGACCCGACGCCCCGGCGGCATACAAGCCTTCAAAATGGTGCTGAAGAGCGGCACTGGAAAAGAGATTCCACAGCCCCAATCCCATGAGGGGTACGACTGGATGTACATCCTCAACGGCAAGCTGCGGTTGGTACTGGGTGAGAACGACTTTGTCCTGAAACCGGGCGAGGTGGCGGAATTTGATACGCGCACACCGCATTGGTTTGCCAGCGCCACCACAGAACCCGTGGAGTTGCTAACCCTCTTCGGGCAGCAGGGTGAACGGCTTCACGTGCGGGCACGGCCCAAACGCTGA MTTDFSTMLDAVGPRLRAMRTQRNVTLAEASEVTGISVSTLSRLESGQRKPTLELLLPIARLHQVPLEELIDAPETGDPRIHLKPHVHEWGTAVPLTRRPGGIQAFKMVLKSGTGKEIPQPQSHEGYDWMYILNGKLRLVLGENDFVLKPGEVAEFDTRTPHWFASATTEPVELLTLFGQQGERLHVRARPKR NA NA NA NA NA D3-18_03318 216 hypothetical protein ATGCTGGAGACGGCGCTCGACGCCCGCGTCTCGCCCGAGACGCTACGAAAGATCGAGTCGGGCCGGGTTGCGACACCGGCTTTTCCTACCGTTGCTGCAATTGCCGATGTCCTCGGACTCTCCCTCGACGAGGTGTGGGCCGAAATGAACAGGCCAGACCATGGTGTTGAGTCAGGCAGCTCGCGTCGGAACGCGCGCGAATGGTTGGCTTCGTAG MLETALDARVSPETLRKIESGRVATPAFPTVAAIADVLGLSLDEVWAEMNRPDHGVESGSSRRNAREWLAS NA NA NA NA NA D3-18_03319 780 map_3 COG0024 Methionine aminopeptidase 1 ATGATTGAGATCCTGAGCCGCACAGAACTAGGCCGTGCAAAGGAGGCCGGCACCCTGGTCGCCAACATTTTGCACACGCTCAAGGGCCGCGCAACTGTAGGCACAAATCTCTTGGACATAGACCGGTGGGCAAAGAGCATGATCCTGGAAGCCGGGGCCGTCTCCTGTTACGTCGACTACGCTCCTTCCTTCGGCCGTGGACCGTTCGGCCACTACATCTGCACGGGCGTCAATGACGCCGTCCTTCACGGATTGCCCACGGATTACAAACTGGCCGACGGCGACCTGCTGACCCTCGACCTGGCCGTTCTGAAGGACGGAATCGCAGCAGACTCGGCTATCAGCTTCATCGTGGGCGAGTCGAAGGCGGCGGAGAGTGTCGCGATGATCGAAGCAACCGAACGGGCATTGCGCGCAGGCATAGCGGCGGCCCGGCCCGGTGCCCGCATTGGGGATCTCTCCTACGCAATCGGTTCGGTCCTCAGCGACGCAGGCTACCCCGTCAACACCGAGTTCGGAGGCCACGGCATTGGCTCCACCATGCATCAGGACCCGCATGTGCCGAACATGGGACGCCCCGGCCGCGGTTACAAGCTGCGCCCCGGTTTGCTGCTCGCGCTGGAACCATGGGTCATGGCCGACACCGCCGAGCTTGTCACCGACGCCGACGGATGGACGCTCCGCAGCGTGACAGGATGCCGCACCGCCCACAGTGAGCACACCATTGCCATCACCAACGACGGAGCAGAGATCCTGACTCTACCGACACTCGTCAGCTAA MIEILSRTELGRAKEAGTLVANILHTLKGRATVGTNLLDIDRWAKSMILEAGAVSCYVDYAPSFGRGPFGHYICTGVNDAVLHGLPTDYKLADGDLLTLDLAVLKDGIAADSAISFIVGESKAAESVAMIEATERALRAGIAAARPGARIGDLSYAIGSVLSDAGYPVNTEFGGHGIGSTMHQDPHVPNMGRPGRGYKLRPGLLLALEPWVMADTAELVTDADGWTLRSVTGCRTAHSEHTIAITNDGAEILTLPTLVS PGPT0020010_6740 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 D3-18_03320 1626 hypothetical protein ATGGAGCAACTACGGGAGGGCGAGGCGATTGATGCAGTCGTGCTTCGTCGCGATCCGGAGGGCTCTCCGGATGGGCCCCGGGTTTCCGATGTCCTCTCGCTCCTGAGCACTGTCCGCTTGGGCGCCGATAGTGCCGGGCTGATCGAGCAAATCCGGGGGTTGGAGAACCTGAAATCGGCAATTTCCGCTGTGCATGCACGGGCGGCTGTGGCTTTCGATCTCGCCCAGCGCCGGGAGCAGGAAGCAGCCGGGGTCCCTGTGTCCGATCGTGGCCAGGGCGTGGGTGCTCAGGTGGCGTTGGCGAGGCGGGAGTCACCGAACCGCGGGTCCCGGTTGCTTGGTTTGGCGAAGGCCCTCGTGATGGAGATGCCACGGACTTTGGCTGCGTTGGAGACGGGCCAGTTGAATGAATGGCGTGCCACGCTTTTGGTGAAAGAGACCGCGTGCCTCTCTGTTGAGGACCGGTGCGCGGTGGATGAAGAGCTCGCCGCCGATACCGGGACCTTCGATGGTGCCGGGGATAAGGTGATCGTTGCGGCGGCGAAAGCTGCCGCGTATCGGCGGGATCCCCGGTCCGTGGTCGGGCGTGCCAGCCGGGCCGCCGCCGAACGGACCGTGAGCCTGCGCCCGGCGCCGGACACCATGACCTACCTGACCGCCCTGCTTCCCGTCGCCCAAGGCGTAGCCGTCTACGCAGCCCTGAGCCGGGCGGCCGATTCGGCACGTTCCAGCGGTGATCCAAAATCCGTCGGGGGCGCGGGGTCTGTCGGGGTTGTCCGGAACCGTGGCCAGGTCATGGCCGACACCCTGGTCGAACGCGTCACGGGCGCACCCGGCGGGGTCTCGGGGGTCAACCTGGACCTCGTCATGACCGACCGCACCCTCTTCCAAGGCGACAGCGAACCAGCCCGGCTTCAGGGCTACGGAATCGTCCCGGCCGAATGCGCAAGGGAACTGCTCGGATCGGGACAAGCCGAAAGTTCACGGCCGCCAGCTAACTCCGGACGGTCAGCAGCCCCACCGCAGGGTGCCGGTGGCGTACCAACCGGAACCGGGAAAGCTCCCTCGATGCAAGCGAACGCAAGTCACGAGCAATCAGCCCAGGACCAGGAGCTCACCGTCTGGCTTCGCCGGCTCTACACCGCGCCGGGCACGGGCGAGCTCCTGAGCATGGACTCCAAAGCACGGCTCTTCCCTGGCCGTATGCGGCGCTTCATCGAAACCCGCGATGACATCTGCCGCACCCCTTACTGCGACGCGCCCATCCGGCACATCGATCACATCGTCCCGTGGCACTCAGGCGGAACCACCACCCTGACCAACGGAGCAGGTCTGTGCGAAGCCTGCAACCACACCAAAGAAAACCCGGGATGGAAGTGTAGGCCGCTTGCCGAAGACGTGCACACTCTGGAACTTCGCACGCCCACAGGACATACGTATCGGTCCAAGGCGCCAGCGCTGCCAGGTTACGTCCGATCTGCGGCGCCTTCATCGGAGCTGCCCGAGCCTGCTGCACGCCCAAGCCCGTCGCCAACTAAACCTTCCACTGAGGCTGCCGACTCTCTGCGCCCAGGCAGGGAATCACCAGCGGCCATGGTCGGAGTCCAAGGGTGCGCGGTCGTTTGA MEQLREGEAIDAVVLRRDPEGSPDGPRVSDVLSLLSTVRLGADSAGLIEQIRGLENLKSAISAVHARAAVAFDLAQRREQEAAGVPVSDRGQGVGAQVALARRESPNRGSRLLGLAKALVMEMPRTLAALETGQLNEWRATLLVKETACLSVEDRCAVDEELAADTGTFDGAGDKVIVAAAKAAAYRRDPRSVVGRASRAAAERTVSLRPAPDTMTYLTALLPVAQGVAVYAALSRAADSARSSGDPKSVGGAGSVGVVRNRGQVMADTLVERVTGAPGGVSGVNLDLVMTDRTLFQGDSEPARLQGYGIVPAECARELLGSGQAESSRPPANSGRSAAPPQGAGGVPTGTGKAPSMQANASHEQSAQDQELTVWLRRLYTAPGTGELLSMDSKARLFPGRMRRFIETRDDICRTPYCDAPIRHIDHIVPWHSGGTTTLTNGAGLCEACNHTKENPGWKCRPLAEDVHTLELRTPTGHTYRSKAPALPGYVRSAAPSSELPEPAARPSPSPTKPSTEAADSLRPGRESPAAMVGVQGCAVV NA NA NA NA NA D3-18_03321 975 aguA_2 COG2957 Putative agmatine deiminase ATGGCTTTCCCCACCGGCGGATACACCCTGGGTGACACCGAAAAAGAGGCCCACGCGGCACGTTCCACTTGGGCTGCGGTGGCTAACGCCATCCTTGAGTTCGAGCCGGTCACCATGGTTGTATCGGCCGACGACGTCGACACCGCCGCGCGCTATCTGGACCCTCGCGTTGAGGTAGTTACCGCTGAACTCAACGATGCCTGGATGCGGGACATTGGACCGTCGTTCGTACTGGATTCCAACAAGCAACTGGGCGCCGTGGACTGGATCTTCAACGGCTGGGGCGCTCAGGACTGGGCGGAGTGGGACAAGGACTCGCTCATTGCCGAGGACATCAGCCGCCGCGCCAACGCCCAGCATCTCCCTTCGGGGATCGTCAACGAGGGCGGTGGCATTCAGGTTGATGGTGAAGGCACCGTCCTGGTCACTGAGACTGTTCAGCTCGACCAGGGTCGCAATCCCGGCCTGACCAAGGCAGACATTGAGCAGGAACTTGCCCGCACCATCGGCGCTACCCACGTGGTGTGGCTTCCTCGCGGCCTCACTCGGGACTCCGAAAAGTTCGGCACCCGCGGTCACGTGGACATCGTGGCCGCGATTCCGAGCCCGGGCACCCTCCTGGTCCATTCCCAGCAGAACCCCGAGCACCCCGATTACAAGGTGTCCCGCGAGATCATCGACTTCCTGCGCACCACCCATGACGCAGCTGGCCGGGACTGGAACATCATCGAAGTTCCCGCCCCGGTAACCCTTAGCGACGACGAGGGGTTTGTGGACTACAGCTACATCAACCACCTCGTGGTCAACGGCGGTGTTATCGCCTGCACTTTCAACGACCCCATGGACGAGAAAGCACTCCGCATTCTCGCCGACGCCTACCCCGGACGCCGCGTAGTCGGTGTTGACGCGCGCGAACTCTTCGCACGGGGCGGCGGTATCCACTGCATTACCCAGCAGCAGCCTTCGGCCATCTAG MAFPTGGYTLGDTEKEAHAARSTWAAVANAILEFEPVTMVVSADDVDTAARYLDPRVEVVTAELNDAWMRDIGPSFVLDSNKQLGAVDWIFNGWGAQDWAEWDKDSLIAEDISRRANAQHLPSGIVNEGGGIQVDGEGTVLVTETVQLDQGRNPGLTKADIEQELARTIGATHVVWLPRGLTRDSEKFGTRGHVDIVAAIPSPGTLLVHSQQNPEHPDYKVSREIIDFLRTTHDAAGRDWNIIEVPAPVTLSDDEGFVDYSYINHLVVNGGVIACTFNDPMDEKALRILADAYPGRRVVGVDARELFARGGGIHCITQQQPSAI NA NA NA NA NA D3-18_03322 1539 hypothetical protein ATGAGCCAGACAATCCGCCGCAGCGGCAATGAAGCTGCAGAGTCGCACAACATTAGCGGCAAGGGACTTAAGACGGGGCAGTTGGGGCTCCTCGCCGTCGTCGTTCTTGGCATTTCAACCATCGCCCCGGCGTACACGCTGACCGGTGCGCTTGGTCCAACCGTCAATGAAGTCGGGCTCCAGCTGCCCGTCATTTTCCTGATCGGGTTCATCCCGATGATCCTCGTATCGCTGGCCTACCGGGAACTCAACGCAGACTCCCCGGACAGCGGCACCACCTTCACCTGGGTCACCAAGGCCTTCGGTCCGTGGGTAGGCTGGATGGGCGGTTGGGGCCTGCTCGCAGCCAACATCATTGTCCTGTCCAACCTGGCCGGCGTCGCCGTGGACTTCTTCTACCTCTTCCTTGCGCAGGCCACGGGCTCACCCGAGCTCGCCGACCTCGCCTCAAACAAGCTGCTCAACGTTGCCACGTGCTTCGTTTTCGTGGCGCTTGCCGTCTGGGTGAGCTACCGCGGACTGCACACCACCAAGATCGTCCAGTACGGTCTGGTCGGTTTCCAGTTGCTGGTACTCGGACTGTTCGTCGCCATGGCCTTCGCTAACTGGTCCACGTCCGAAACTGCTGTCCCGTTCAGCTGGGACTGGTTCGACGTCACCAAGATCGAGACCTTCGGCCAGATCGCTGCCGGCATCTCGTTGTCAATCTTTGTCTACTGGGGCTGGGACGTCTGCCTCACGGTGAATGAGGAAACCGCCAACGGCAAGAAAACCGCCGGTCTTGCCGGAACCCTGACGGCCGTGATCGTCTTGGGCATCTACCTCCTGATCACTATCGCCACGTTGATGTTCGCAGGCGTCGGAGACACCGGAATCGGCCTGAACAACGAGGAAAACCACGCCAACGTCTTCACTGCACTCGCATCTCCGGTGATGGGTCCGTTCGCCATCCTCATGTCCCTCGCAGTGCTCTCCAGCTCTGCAGCGTCCCTGCAGTCCACGTTCACCTCGCCTTCGCGCAGCCTGTTGGCGATGGCCCACTACGGCGCCCTGCCGGAGCGCTTCAGCCACATGAGCAAGAAGTTCTCGACGCCGGGCTTCGCCACCATTGCGGCGGGTGTCCTTTCCGCGGGCTTCTACGCGGTGATGCACGTGATCAGTGAGAACGTCCTGAACGACACCATCCTGGCCTTGGGCCTGATGATCTGCTTCTACTACGGACTCACAGCCATCGCCTGCGTCTGGTACTTCCGTAACAGCGTGTTCTCCAGCGCCAGGAACTTCTTCCTGCGACTCGTATGCCCGCTGATCGGTGGCGTAGGGCTGTTCGTGGTGTTCCTGCAAACCGCCGTGGACAGCTGGGCTCCCGAGTTCGGCAGCGGCTCGGAGATCTTCGGCGTGGGGCTCGTGTTCGTCCTGGGCATCGGGATCCTGGCCTTGGGTGCCGTGGTCATGCTGATCATGTCCCGCGTTCGGCCCGGCTTCTTCCGCGGCGAGACCATCCGGAAGGATACTCCCGCCCTCGTAGTTCCGGAGTAA MSQTIRRSGNEAAESHNISGKGLKTGQLGLLAVVVLGISTIAPAYTLTGALGPTVNEVGLQLPVIFLIGFIPMILVSLAYRELNADSPDSGTTFTWVTKAFGPWVGWMGGWGLLAANIIVLSNLAGVAVDFFYLFLAQATGSPELADLASNKLLNVATCFVFVALAVWVSYRGLHTTKIVQYGLVGFQLLVLGLFVAMAFANWSTSETAVPFSWDWFDVTKIETFGQIAAGISLSIFVYWGWDVCLTVNEETANGKKTAGLAGTLTAVIVLGIYLLITIATLMFAGVGDTGIGLNNEENHANVFTALASPVMGPFAILMSLAVLSSSAASLQSTFTSPSRSLLAMAHYGALPERFSHMSKKFSTPGFATIAAGVLSAGFYAVMHVISENVLNDTILALGLMICFYYGLTAIACVWYFRNSVFSSARNFFLRLVCPLIGGVGLFVVFLQTAVDSWAPEFGSGSEIFGVGLVFVLGIGILALGAVVMLIMSRVRPGFFRGETIRKDTPALVVPE NA NA NA NA NA D3-18_03323 546 hypothetical protein ATGAGGAAATTTGGAGCGGGTTTGGCAGCGGTCCTGGCAGCTGCAGGGCTCGGTCTAGTGGCGCCGGGGCCAGCCTCGGCAGCAACATACTGCGGTATCTCGTGGGGTTCCATGGCTAAGGCCGATCTCGACTGGAGCTCCGCCCATGTCACTGGCGTTCGCACTGGACAACAGCCCTGCTACGACCGTCTGGTGATTGATATGACCGGCAAGGTGGCCGGTTACGTGGTTCAGTACGTTCCAGTGGTGACCCAGGATGCCACTGGCTACCCCATTCCTGTGCTGGGGGACGCCGATCTTCAAGTGATGGTGACGGCGCCGTCGTACAACCAGTACAGCCAGCCGACCTACGAACCGGCAGCCAAGGCCGAACTGTCCAACGTTTCCGGGTACCAGACGTTCCGGCAGGTTGTTTTCGCTGGCAGTTTTGAAGGCACCACGAGCGTCGGGCTGGGCGTCCGGGCTCGGCTTCCGTTCCGGGTGTTCACCTTGGACGGGCCCGACGGCGGTTCTCGCCTAGTGGTGGATGTGGCCCACCGCTGGTAG MRKFGAGLAAVLAAAGLGLVAPGPASAATYCGISWGSMAKADLDWSSAHVTGVRTGQQPCYDRLVIDMTGKVAGYVVQYVPVVTQDATGYPIPVLGDADLQVMVTAPSYNQYSQPTYEPAAKAELSNVSGYQTFRQVVFAGSFEGTTSVGLGVRARLPFRVFTLDGPDGGSRLVVDVAHRW NA NA NA NA NA D3-18_03324 303 hypothetical protein ATGGCTACTGATTACGATGCCCCGCGCAAGACAGAAGAAGAGTCTCCCGCTGAGTCGCTTGAAGCCCTTCAGGCATCACGTGGGAACACTGCACAGACTGCGGTCATCGACGTCGAGGAAAACGATACGGCTGAAGGAATCGACCTCCCCGGCGCCGACCTTTCCGGTGAAGAACTGACCGTCATTGTGGTCCCGGAGCAGTCTGACGAATTCACGTGTGGCTCCTGCTTCCTGGTCCGCCACAGGTCCCAGATTGCGCTGGAAAAGAACGGTCTTAAGTACTGCAAGGACTGTGAAGGCTAA MATDYDAPRKTEEESPAESLEALQASRGNTAQTAVIDVEENDTAEGIDLPGADLSGEELTVIVVPEQSDEFTCGSCFLVRHRSQIALEKNGLKYCKDCEG NA NA NA NA NA D3-18_03325 216 hypothetical protein ATGATCGGATCACTGGCCTCGCTTGCCACCTCAATCGGCACCACCATTGCGGCCTGGATCGAGGCAGCCTACGTCCTGGATTGCACGGCCGAAGAGCACGCCGAGGCCCAGGGATACATGACTAATCTGGCGTGGCTCCCGGCTCTCAGCGGTGTAACAGTGGCCAGCGCCCAGGCCATCCAAGCGCACGCCGCGAGGGCGGGCACAGGGTCCTAG MIGSLASLATSIGTTIAAWIEAAYVLDCTAEEHAEAQGYMTNLAWLPALSGVTVASAQAIQAHAARAGTGS NA NA NA NA NA D3-18_03326 1221 lhgD COG0579 L-2-hydroxyglutarate dehydrogenase ATGTCCAACCCTCTACAGATGAGGACCATCAAGCGTTGCGCCGTGGTGGGTGGTGGCATCATTGGTGTCGCGGTGGCGAGGGAACTTGCCAACAAACTGGACGAGGCCCAGGTCACCGTCTACGAAAAGGAAGACCGGCTCGCCGCACACCAAACCGGGCATAACTCGGGCGTCGTCCATGCCGGCCTTTACTACGAACCCGGAGGGCTAAAGGCAAAGCTGTGCCGCAGGGGAGTGGAGCTGCTGCAGGAATTCTGCGCCATGAAGAACCTGCCCTACGAAGCATGCGGGAAGCTGGTCATCGCCCAAACACCCGGGGAATCCCAGCGGCTGGACAACATCTTCGCCCGAGCCGTTGCCAACAGCGTTCCCGGCGCACGGATGCTGCATGGCAAGCAGATACGCGAGGTGGAGCCGAACGCCGTCGGACTTTCAGCTTTGCACTCACCGGAAACGGCGATCGTTGACTACCCGGCCATCACCAACGCGCTCGCCGACGACGTCCGCAGCTCGGGCGGGACCATCCGCCTGGAGCAGGAGGTCATAGCGCTCGAGCAGCAGGGCAGTGGAGTGGTGGTCACCACCAAGGACGGCGGCGAACACTACGACCTTGTTGTGGCCTGTGCGGGCCTCCAGTCAGACCGCGTGGCCGAGGCGGCTGGCGAACCGGAGACGCCGCGCATCGTGCCATTCTTCGGGCAGTACTTCCTCTTGGGTAAGGAAGCCCGGGATCAAGTGCGTGGCCTGATTTACCCGGTGCCGGACCCCAAACATCCGTTCCTCGGAGTACACCTCACCAAACGCATCGACGGTGAAATGATGCTTGGTCCGAATGCGTTTATTTCCTTCGGACGCGAGTCCTATGCATGGAGTGAGGTGAATGTGCGCGACGTCCTGAATTACACGCTCTTTCCAGGATTCTGGAACTTCGCCCGGCAAAACGTGCCCTCAGCTGTTCGTGAATTCCAGACCGTCGTGAGCAAGAAAAAGTTCATCCGGGAGGCCATGCGCTTTGTACCCTCACTGGAGGGTGCCACCATTCTTCCGGGCACCCGCGGCGTCCGCGCGCAGGCCATGAACGGTGACGGTTCGCTGGTGGACGACTTTGTGATTGCACGACGACGGGACGCAGTTTTGGTGCGCAACGCACCGTCCCCCGGGGCTACTTCGTCCATGGCGATAGCGGAGTACATCGTGGAGCAGGCTTTGCAGGACCGATAA MSNPLQMRTIKRCAVVGGGIIGVAVARELANKLDEAQVTVYEKEDRLAAHQTGHNSGVVHAGLYYEPGGLKAKLCRRGVELLQEFCAMKNLPYEACGKLVIAQTPGESQRLDNIFARAVANSVPGARMLHGKQIREVEPNAVGLSALHSPETAIVDYPAITNALADDVRSSGGTIRLEQEVIALEQQGSGVVVTTKDGGEHYDLVVACAGLQSDRVAEAAGEPETPRIVPFFGQYFLLGKEARDQVRGLIYPVPDPKHPFLGVHLTKRIDGEMMLGPNAFISFGRESYAWSEVNVRDVLNYTLFPGFWNFARQNVPSAVREFQTVVSKKKFIREAMRFVPSLEGATILPGTRGVRAQAMNGDGSLVDDFVIARRRDAVLVRNAPSPGATSSMAIAEYIVEQALQDR PGPT0013225_369 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_GLUTARATE_UTILIZATION,PGPT0013225-lhgO|ygaF-K15736 NA NA D3-18_03327 498 hypothetical protein ATGAGCACATACCCGCAACAACCGCAGCAGACCGAACAGTACGGTGCACAGGCCGGCGAGCCGCCGCTGTGGGCCCCGTACTACGGCGCCCCGATTGGCGCCGCCGTCAAGCGTTTCTTCAAGAAGTACGCCGACTTCTCCGGCCGTGCGAGCCGTAGCGAATACTGGTGGTGGACCCTGGTTTCCGCCATCGTAACCACCATTCTCAACACCCTCGCAACAGTCGTCGGCTCAGCAGGAGCAACCGTCAGCGATTCTGGAACGGTCACTCTCGGTGGCGGAGCCATTGCGTTCTATGTCATCCTCGGCATCTGGGGCCTCGCAACGCTAGTCCCGTCGCTGGCACTGCTGGTTCGGCGCCTGCATGACGGTAACTTCACTGGCTGGCTTGCACTGCTTGTCCTGGTGCCGTTCCTTGGCGTCCTTGCAGTATTCGTCCTCTCGCTCCTGCCGTCCAACCCGGCCGGTCAGCGCTTCGACAAGCCCACGGCTGCCTAG MSTYPQQPQQTEQYGAQAGEPPLWAPYYGAPIGAAVKRFFKKYADFSGRASRSEYWWWTLVSAIVTTILNTLATVVGSAGATVSDSGTVTLGGGAIAFYVILGIWGLATLVPSLALLVRRLHDGNFTGWLALLVLVPFLGVLAVFVLSLLPSNPAGQRFDKPTAA NA NA NA NA NA D3-18_03328 471 hypothetical protein GTGAGGACCATTCCGGAGCCGCCCGCGTTGACTTTCCTGGCAACCTTGAGAGTCGAAGTAGGCGAACCAATTGATGTCGGTATCACTCCGGAGGGACACCGGCGGATCGTTCCCATCATTGGGGGCACTGTAACGGGGCCACAGTTACAAGGGCGTGTACTGCCAGCCGGGGCTGACTACCAAATTCTCCGAAGCGCCCAACTGACGGAGCTGGATGCCAGGTACGCCATGGAGCTCGATGGTGGAGCCGTGGTTTACGTACATAACCTGGCTCTTCGCCATGGGGAGGCGGAGGACATTGCCCGGCTTAATAGGGGAGAAGATGTGGACCCCGGACTGATCTACTTCCGGTGCACCCCGCGGTTTTCCACTGCAGCGCCGGAATGGGCCTGGCTAAATCACACAATTGCGGTGGGAACGGGCCGGCGCCGCCCGGATGCGGTGGAAATCGACGTCTTCACAGTCGGCTAG MRTIPEPPALTFLATLRVEVGEPIDVGITPEGHRRIVPIIGGTVTGPQLQGRVLPAGADYQILRSAQLTELDARYAMELDGGAVVYVHNLALRHGEAEDIARLNRGEDVDPGLIYFRCTPRFSTAAPEWAWLNHTIAVGTGRRRPDAVEIDVFTVG NA NA NA NA NA D3-18_03329 1551 COG0318 Long-chain-fatty-acid--CoA ligase FadD13 ATGAACAACAACGGAGTTGGATCCTGGCTGCACCGGCGCCGGATCAAGTCCGGGACCAAAACGGCAGTCATTTCCGGTGAACGGACTGTGAGCTACGCGGACCTCGCAGACAGGACCGACCGCTTGGCCAACGCCCTCAAGGACAGGGGAGTGGCCAAGGGGGACAGGGTGGCTTACCTCGGCGAGAATGACCCGTCTTTTGTGGAGGCGTTCTTCGCCTGCGGACTGATTGGCGCGATCTTCGTCCCGCTCAACACTCGTTTGGCGGCCCCTGAGCTGCAGTTTCAACTGCAGGACTCAGGCGCGCGGCTCGTGGTCGGTTCCGCTGCCTTGGAGTCCGTAGCCGCCGCGTCCTCCCTCGACACAGAGGTAACCCACCGTCTTGTGGTGGCGCCCGACAACGTCACTGAGGCATCCGCTCCCAAGCTGCCATCCGGCGTCGAGCACTATGGCGAGGTGCTTCAGGCCGCATCCGCGACGCCGATGGATGAAGCCGTAACGCTGGACGACGCCGCCATGATCCTCTACACCTCAGGTACCACGGGCAAGCCCAAGGGGGCGCTCCTCACCCACGGCAACATCACCTGGAACTGCATCAACACGGTGGTGGACATGGACCTGAACCGCAACGATGTGGCGCTCATGATTTCGCCGCTGTTCCACGTAGCGTCCCTGGATATGGGCCTGCTTCCGATGCTGCTCAAGGGCGCAACGGTGGTGCTTGAATCCAAGTTCGACGCCGGCCGCGTACTGGAACTGGTGGGGCAGCACAAGGTCACCACGCTTAACGGCGTCCCAACCACGTTCCAGATGCTCTGTGACCATCCCGGATGGTCGACGGCGGACCTCACCTCACTGGACAAGCTCACCTGCGGCGGTTCCGCAGTTCCGCAGAGGGTGCTGGACGCGTACGAGCAGCGCGGCATAGGGTTTACCAGCTGCTACGGCATGACTGAAACCGCGCCCGGGGCCACCATGTTGCCGGTCTCCGCCTCCAAGGAGAAGGCTGGCTCTGCCGGGTTGCCGCACTTCTTTACGGACGTGCGAATTGCCGATCCCCTGGGCGGCGTTGCCGGCCTGGGCGAGGTGGGCGAGATCCAAATCTCCGGCCCCAACGTGATCAAGGAGTACTGGAACCGGCCGGAGGCCACCGCCGAAAGCTACTCCGATGCGTCGTGGTTCCGCTCCGGCGACATGGGCTACCAGGACAGCGAAGGCTTCCTGTTCGTCTCCGACCGCATCAAGGACATGATCATTTCCGGCGGGGAGAACATCTACCCGGCCGAGGTAGAGGCTGCGATAGCGGAGCTGGCCGCTGTGGGGAGCGTAGCCGTGATCGGAGTTGAGGACGAGAAATGGGGAGAAGTGCCCCGGGCGATCGTCACTTTGCGTGAGGGTGCATCCTTGACCGAGGAGCAACTGCGCTCGCATCTTGAGGGCCGGCTGGCAAGGTACAAGATTCCCAAGTCCGTGGTGTTCGTCGAGGAGATGCCGCGAACCGCCAGCGGGAAAATCCGGAAGATGGACCTTCGAAAGCAATACGCCCGGTGA MNNNGVGSWLHRRRIKSGTKTAVISGERTVSYADLADRTDRLANALKDRGVAKGDRVAYLGENDPSFVEAFFACGLIGAIFVPLNTRLAAPELQFQLQDSGARLVVGSAALESVAAASSLDTEVTHRLVVAPDNVTEASAPKLPSGVEHYGEVLQAASATPMDEAVTLDDAAMILYTSGTTGKPKGALLTHGNITWNCINTVVDMDLNRNDVALMISPLFHVASLDMGLLPMLLKGATVVLESKFDAGRVLELVGQHKVTTLNGVPTTFQMLCDHPGWSTADLTSLDKLTCGGSAVPQRVLDAYEQRGIGFTSCYGMTETAPGATMLPVSASKEKAGSAGLPHFFTDVRIADPLGGVAGLGEVGEIQISGPNVIKEYWNRPEATAESYSDASWFRSGDMGYQDSEGFLFVSDRIKDMIISGGENIYPAEVEAAIAELAAVGSVAVIGVEDEKWGEVPRAIVTLREGASLTEEQLRSHLEGRLARYKIPKSVVFVEEMPRTASGKIRKMDLRKQYAR PGPT0008380_13740 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-DSF_BIOSYNTHESIS,PGPT0008380-fadD-K01897 NA NA D3-18_03330 1326 abaF_8 Fosfomycin resistance protein AbaF ATGTCAGGACAAACTGCGCTCGCACCATCGAGCACGGCCGCGAAGCGCAAAGAGGCGCGCACGGTCATCATGTCCAGCTATCTGGGCAGCACCATCGAGTTCTACGACTTCCTGCTGTACGCAACGGCTGCAGCGGTTGCCTTCCCCAAGGTGTTTTTCGCCGGTACTGACGAGTGGGTGGGCGTCGTGGCCGCATATGCCACGTTCGCTGCCGGCTATGTTGCCCGCCCTTTGGGTGGCATCATCTTCGGACACTTCGGCGACAGAATCGGCCGCAAGGGCATGCTGATCATCTCCATGGCCATGATGGGTATTGCCTCCACGTTGATTGGCCTGATTCCTGGAGCCAACGTCATCGGTCCTTGGGGTGCCGTGATTCTGGTGGTCCTGCGCGTCTGCCAGGGAATCGCCGTCGGTGGTGAATGGGGTGGGGCCGCACTCATGGCTTTGGAGCATTCGGATCCCAAGCGGCGTGGCTTCGCGGCGTCATTCGTGAACGCCGGTGCCCCGACGGGCGCAGTCCTTGGCACCGTAGTGATGGGAATCTTCTCGGCCCTTCCTCAGGACGCGTTCTTGGCCTGGGGCTGGCGTGTGCCGTTCCTGTTGTCCTTCGTGCTTTTGATCGTAGGCATGTTCGTAAGGCTGCGGGTTTCCGAGAGCCCCATCTTCGCCGAAGCTGTCGCTAAGGAAAGCGCCCAAAGCACCAAACGCAAGATCCCGCTGCTGGAAGTGCTGAAACGTCCCAAGGCGCTCATTATGATCATGTTTGCCGGTGCCGCCGGATTCGGCCTGCAGGTAGTGCTGCCCACGTTCTCCGTGACCTATGCAGTATCAAAGGGCGCACCTCAGCAGGGCGTGCTCTATGCATTTGCAGGCGCCTCGGCTATCTCAATCCTGTTCGTCCTCCTGGGTGGCAGGCTCTCTGATCGATTCGGACGCCGTCCCGTCATGGTCACCGGCCTGGCATTGTTCATCCTGTACCTGTTCCCGATGTTCGGAATGCTTGGTTCCGGCAGCATCGCCTTGGTCTTCCTGGCCTTCACGGTGGCGCTGATCCTGCATTCTTCCCTTTACGGACCGCTGGCAGCGTTCGTTTCCGAGCAGTTCGGTACCACTAACCGCTATACCGGTGCTGCCGTTGGTTACCAGTTGGCAACCCTGATCGGTGCTGGTTTCACCCCAGGAATCGTTGCCGGACTCTACAAGGACGCCGGCCAGAGCATCGTCCCGGTGGTGGTGTTCCTGTCCGTCATGTCGCTGGTATCGATTGTCTTCATCCTGCTGACGCGGGAGTCTAAGAACAACGACCTCTCTACGGTCAGTTAG MSGQTALAPSSTAAKRKEARTVIMSSYLGSTIEFYDFLLYATAAAVAFPKVFFAGTDEWVGVVAAYATFAAGYVARPLGGIIFGHFGDRIGRKGMLIISMAMMGIASTLIGLIPGANVIGPWGAVILVVLRVCQGIAVGGEWGGAALMALEHSDPKRRGFAASFVNAGAPTGAVLGTVVMGIFSALPQDAFLAWGWRVPFLLSFVLLIVGMFVRLRVSESPIFAEAVAKESAQSTKRKIPLLEVLKRPKALIMIMFAGAAGFGLQVVLPTFSVTYAVSKGAPQQGVLYAFAGASAISILFVLLGGRLSDRFGRRPVMVTGLALFILYLFPMFGMLGSGSIALVFLAFTVALILHSSLYGPLAAFVSEQFGTTNRYTGAAVGYQLATLIGAGFTPGIVAGLYKDAGQSIVPVVVFLSVMSLVSIVFILLTRESKNNDLSTVS PGPT0002956_118 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_03331 456 COG2030 putative enoyl-CoA hydratase 1 ATGCCCAATCTCGTCGTCGATTTCGACACCCTGCTCACCATGTCCGGTAAGGACCTCGGCACTACTGACTACCGCGAAATCACCCAGCAACAGATCAACCTGTTCGCCGACGCCACGGACGACCAGCAATGGATCCACACTGACCCCGAACGCGCCAAGGACGGCCCCTTCGGCGCCCCCATCGCGCACGGCTTCCTTACCCTGTCCCTCATCATCCCCTTCTGGGGAGAGCTCTTCGACGTGGACGGCGTGACTACCAAGGTCAACTACGGCCTGGACAAAGTCCGCTTCACTTCCCCGGTCAAGGTCGGCTCCAAGGTCCGTATGCAGGGCGCCATCGCTGAGGTTACCGAAGTCAAAGGTGGGGCCCAGATCAAGGTGAACGCCACCATCGAAATTGAAGGCCAGGAACGTCCCGCCGTCGTCGCCGAGTTCCTCGCCCGTTTTTACAAGTAG MPNLVVDFDTLLTMSGKDLGTTDYREITQQQINLFADATDDQQWIHTDPERAKDGPFGAPIAHGFLTLSLIIPFWGELFDVDGVTTKVNYGLDKVRFTSPVKVGSKVRMQGAIAEVTEVKGGAQIKVNATIEIEGQERPAVVAEFLARFYK PGPT0015282_21 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_BY_NODULATION ROOT_NODULATION_METABOLISM,PGPT0015282-nodN_like-NA NA NA D3-18_03332 1218 mmgC_3 COG1960 Acyl-CoA dehydrogenase ATGACGACGACGACAGCAACAGTTACGGATCAGCGGCTGTATTCCGTAGCGGACTGGTACGACGCCGAAGCGCTCCTGACCATCGAGGAACGCCGGGTGTTGGGCCGGCTGCGAAATTTCCTGGACGCCGAGGCAAAGCCCTTGATGGCCGAGTATTGGGAGCGTGGAGAGTTCCCGGAACAACTTGCGCAACCTTTGATCGACCTTGACTTAATGGAACCGGCCGACCTTACTGTCGAGGCACCCGCAAGGGGGATTTACCACGGTTTCCGGATCTTCGAACTTGCCCGTACGGACGCGTCCTTGGCCACGTGGTACACCGCCCAGGCGGGCCTGTTCCGGACTGCGATCCGGGTGGGCGCCTCCGAGGCACAGCAAAAGGAGTGGATGCCCCAGGTCATCGACTTCTCGCTCAAGGGCGTCTTCTCCCTCACCGAACCGGAGCATGGTTCGGACATCGCCGGCGGCCTCGCCACCACCGCTCGCTTTGAAAAAGATACCGACGGCGGTAGCTGGGTTCTACACGGTGCGAAGCGGTGGATCGGCGGTGCTTCCACAGCGGACGTCTTGTGTGTGTTCGCCCGCGATGTCGCCGACGGACAGGTCAAGGCGTTCCTCGTGGACCGAACTGCTGCGGGCGTCTCTCTGGAGAAAATCCAGGGGAAGACCTCGCTGCGAATGATGCAGAATGCCCACATCACCCTCGATACAGTGCGGGTTCCCGAGGCCATGCGCTTGCAGAACGTGAATTCGTTCAAGGACGTCGCCGCGATGCTGCGGGCGATGCGCTCCGACGTTGCGTGGATCGCCACCGGTATCCAAGCAGGCGCGTTCGAGTCTGCTTTGGCGTACGTCAAAGAACGCCAGCAGTTCGGCCGCTCCCTGGGTTCCTTCCAACTGGTGCAGGAAAAGCTGGCACGGATGCTTGGAAACATCACTGCGTCACTCTCGCTGGTGGTTAGGCTCACCGAACAGCAGGGCTGGGGGATCTATCGTGACCAGGACTCGGCCCTGGCCAAGATGCAGACGTCCCTGATGATGCGCGAAACCGCCGCCCTTGCCCGCGAAGTGGTAGGCGGTAACGGCATCACTCTCGCCGCCGACGTCGCGCGCTTCCATGCCGATGCGGAAGCTGTCTATTCGTACGAAGGCACCCACGAGATCAACGCCCTCATCGTCGGCCGCGCGCTTACGGGCGAGAGCGCCTTTACCAGCTAA MTTTTATVTDQRLYSVADWYDAEALLTIEERRVLGRLRNFLDAEAKPLMAEYWERGEFPEQLAQPLIDLDLMEPADLTVEAPARGIYHGFRIFELARTDASLATWYTAQAGLFRTAIRVGASEAQQKEWMPQVIDFSLKGVFSLTEPEHGSDIAGGLATTARFEKDTDGGSWVLHGAKRWIGGASTADVLCVFARDVADGQVKAFLVDRTAAGVSLEKIQGKTSLRMMQNAHITLDTVRVPEAMRLQNVNSFKDVAAMLRAMRSDVAWIATGIQAGAFESALAYVKERQQFGRSLGSFQLVQEKLARMLGNITASLSLVVRLTEQQGWGIYRDQDSALAKMQTSLMMRETAALAREVVGGNGITLAADVARFHADAEAVYSYEGTHEINALIVGRALTGESAFTS PGPT0021815_765 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021815-GCDH|gcdH-K00252 NA NA D3-18_03333 891 hypothetical protein ATGACCGACCGCTATGAGTTGGGCATCGATGCCTCCGCGGTTGAAGCGATCGACATGCACGTCCACCTCGAAGTGGATAGCTGCGGGCATGGGTCGCTTCCGGAAGCGTTAACGGAGGCTTCGGCGAAGTACTTCAAGGCCGAGGACCGGACGCCGTCGCTGGACAGGATCGCCGAGCTATACCGGGAGCTGAACATGGCCGCCGTCGTTTTCACCGTCGATGCCCGGACCCAGCTCAAGCACCAGCCGAACAGCATTCCGGAACTGATCGCGGGAGCGGCACGGAATAACGATGTGTTGATTCCGTTCGGTAGCGTGGATCCCCGCACGGGCGAGGACGCGATCGCCGGTGCGAAGCATCAGGCTGTTGAACTCGGTGCCCGTGGGTTCAAGTTCCACCCGTCGCTGCAGGGCTTCGACCCCTCCAACGAGACGTTCTACCCGCTCTGGGAAACCCTCCAGGAGTTGGGGTTGCCGTGTATTTTCCATACAGGCCAGAATGGAATGGGTGCGGGCCTTCCGGGCGGGTACGGGATCAAGCTCGCGTACTCGAACCCTTTGTTGCTGGATGCTGTGGCCGCTGACTTTCCTGGGCTGCAGATCATCATGGCCCACCCTTCTGTACCGTGGCAGGACGAGGCGAACTCCATCGCGACCCACAAGTCCAACGTCTTCATTGATCTGTCCGGCTGGTCGCCCAAGTACTTCCCGGAGTCGCTGGTTCGTCTATCCAATTCGGTGCTGCAGGACAAGGTGCTGTTTGGCACGGACTTCCCGCTCATCACGCCGCAGAAGTGGCTCGGTGCGTTCGCTGACCTGCCACTGAAGGACCAAGTGCGGCCCAAGATTCTCAAGGACAACGCAGTCCGGCTGCTCGGATTGAGTGGCTGA MTDRYELGIDASAVEAIDMHVHLEVDSCGHGSLPEALTEASAKYFKAEDRTPSLDRIAELYRELNMAAVVFTVDARTQLKHQPNSIPELIAGAARNNDVLIPFGSVDPRTGEDAIAGAKHQAVELGARGFKFHPSLQGFDPSNETFYPLWETLQELGLPCIFHTGQNGMGAGLPGGYGIKLAYSNPLLLDAVAADFPGLQIIMAHPSVPWQDEANSIATHKSNVFIDLSGWSPKYFPESLVRLSNSVLQDKVLFGTDFPLITPQKWLGAFADLPLKDQVRPKILKDNAVRLLGLSG NA NA NA NA NA D3-18_03334 939 fabG2_2 putative oxidoreductase ATGAGCTTGAACGGCAAGGTTGCAATCGTCACTGGAAGTGGACAGGGTCTTGGACTCGCTTACGCGAGGGAGCTCGCCCGCCAGGGTGCCGCCGTCGTGATTAACGACGTGAACGGTGAGACCGCTGCGGAGGCCGTTGCACAGATCGAGGCCGACGGCGGCCGGGCCACCGCCGTGGTGGTTCCGGTTGGAGGTACGGATGCCGCGAAGGCTTTGGTGACAGGTGCTGTTGAGGCGTTCGGCCGTTTGGACATCCTGGTGACGAATGCCGGGATACTGCGGGATAAGAGTTTGTTGAAGATGACCGATGAAGATTTTGACCTGGTCATCAACGTGCACTTGAAGGGCACGTTCACGTGCGTCCGTGAGGCATTCGCGTACTTCAAGGAAAACAACATCGCGGGCCGGATCATCACCATCGGTTCGCCCACCGGGCAGCGCGGCAACTTCGGGCAGACAAACTATGCGGCAGCAAAAGCCGGGATTGTGGGCATGGTCCGGACCTGGGCGTTGGAGATGAAGAAAGCCGGAGTGACGGTTAATTCCGTGATCCCGGTGGCTGCTACGGCCATGACCGAGACTGTTCCGTACTTCCAAAAGGCTGTGGAAGCGGAGCAACGTGGCGAGGCGATGCCGTCCTTCTTTCGTCATGACCTCGGTTTTGGAACGGCCGACGACGTCGCCGGACTTATCGCGTTCCTTGCCTCGGATGCGGCTGTCGGGATCACCGGCCAGGCGATCGGTGCCGGGGGTGACCGATTGCAGGTGTGGACGCACCCGACGGCGGCGAGCACCGAATACCGCGAGGGCGGCTGGAGCTACGAGGCACTGAAGGAAAACGCCGACTCGCTGTTTGGCCCGCAGGTATTGCAGAGCTTCGGTGAGGAATTCCTGCCGTTGCCGGCGGAACTACAACCGGAACCGGCACAGGTGCGCTGA MSLNGKVAIVTGSGQGLGLAYARELARQGAAVVINDVNGETAAEAVAQIEADGGRATAVVVPVGGTDAAKALVTGAVEAFGRLDILVTNAGILRDKSLLKMTDEDFDLVINVHLKGTFTCVREAFAYFKENNIAGRIITIGSPTGQRGNFGQTNYAAAKAGIVGMVRTWALEMKKAGVTVNSVIPVAATAMTETVPYFQKAVEAEQRGEAMPSFFRHDLGFGTADDVAGLIAFLASDAAVGITGQAIGAGGDRLQVWTHPTAASTEYREGGWSYEALKENADSLFGPQVLQSFGEEFLPLPAELQPEPAQVR PGPT0003180_16057 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 D3-18_03335 459 hypothetical protein ATGGGCCCGCAAAGCACAGAAGTGGAAACCCCGCGCCTGGCCGCAGCAAAAATCGGCAGTGATGTGGGCCTGTTGCTGGCCAAACTGCACGCCACAGGTTCACTCCTGAACAACAAAGCACTGGCTGATTACGGTCTCCGGGAGCGGTCTTTCTCTGTGCTGACACTCGCGTGCAGCGGGCTGGAACCCACCCAGCGTGAGCTCGCCGATTTCCTCAGCCTGGATCCGAGCCAGGTGGTCAGCCTCGTTGACGACCTCGAACACCGCGGACTGGTTAAACGAGCCCAAGGCAAGCAGGATCGACGAGCCAAGATCATCGTTTCCACAGCCGAGGGTCGGCGGATCCACAACAAGGCGCGGGCGGCACTGGAAGTGTGCGAGCAGACCCAACTCGCGGCGCTTAGTGAGGAAGAGAACGTACAGCTCAGGGCACTGCTGAAGAAGGCGCTGTGGGGCTAG MGPQSTEVETPRLAAAKIGSDVGLLLAKLHATGSLLNNKALADYGLRERSFSVLTLACSGLEPTQRELADFLSLDPSQVVSLVDDLEHRGLVKRAQGKQDRRAKIIVSTAEGRRIHNKARAALEVCEQTQLAALSEEENVQLRALLKKALWG PGPT0013155_4704 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775 NA NA D3-18_03336 219 hypothetical protein ATGAACTTCCCTCTCTTCCACGATCCGCTGCAGGGCACCGTCACCGTTGACGCCCCTGTTCGTGATCCTCAAATCCACCGCCCAACCCGCACCTCCAATCGACCAGCCAGGCCCGCAACACACCGACCGGAACAAGCAAGAAGCGTCAGGCAGCGGGAAGTAGCCAAGGTTGCCGAAGACCTCCGCGCCCTCATGCAAAGGTCCGCGGCCAAAAGCTGA MNFPLFHDPLQGTVTVDAPVRDPQIHRPTRTSNRPARPATHRPEQARSVRQREVAKVAEDLRALMQRSAAKS NA NA NA NA NA D3-18_03337 873 hypothetical protein GTGAGCTGGAAGACTTCCAATCGATGGGCGGAGCGCCGAAACTCCCCCGAGATGGCGATCCTGGATGTGCTCATCCCGACCTGCAACCGTCCTGCGGAAGCAGCAGTGACTTTGGCCGGCTTGGCCGCTCAATCCCAACCAACGTTCAGGGTGGTGATGAGCGACCAATCGGATGGTAGCCCTGACTGGGAACATCCCGCGGTTGCTGCCATGATCCGGCTACTTGAGGCACAAGGGCGTCCGGTTGCCATGTTCCGCCACTGGCCGCGGCAAGGCCTCGCCGAACACCGGCAGTTCTTACTGGAGCAGTCCACTGCCCCACAGTGCCTCTTTCTTGACGATGACGTGTGGCTGGAACCCGGCGCCCTTCAGCGGCTAAGCCAAGCTTTGGACGAACTGGGCTGCGGTTTTGTGGGTATGGCGCCGCAGGGACTGTCCTATCTTGGGGACAGGAGACCGGAGGAAACTGCAGTTTTTGAACGGTGGCATGGGCCGGTAACGCCGGAACGCATCCGACCCGGCACCAGCGCCTTTGACCGTTGGCCTCTTCACAACGCGGCCAACCTGAGCCACCTCAGCTCCGAGCTTCCCTTGCCTCCGGAAGGATGGGTGCCATACCGGGTAGCTTGGTTGGGCGGCTGCGTGCTCTATAACAGGCAGGCCTTGATAGATTCCGGTGGTTTTGCTTTTTGGCCAAGCCTTCCCGCCAACCATTCGGGTGAGGATGTGGTGGCGCAGTGGCAGGTCATGGAAAGGTTCGGGGGCGCAGGAATCCTGCCTTCAGGTGCCGTCCATCTCGAATCGCCAACCACTGTCAGTGATCGACGTGTTGAGGCGTACGAGGTCGTATTGGGTGCCAAGCCACGCACGTGA MSWKTSNRWAERRNSPEMAILDVLIPTCNRPAEAAVTLAGLAAQSQPTFRVVMSDQSDGSPDWEHPAVAAMIRLLEAQGRPVAMFRHWPRQGLAEHRQFLLEQSTAPQCLFLDDDVWLEPGALQRLSQALDELGCGFVGMAPQGLSYLGDRRPEETAVFERWHGPVTPERIRPGTSAFDRWPLHNAANLSHLSSELPLPPEGWVPYRVAWLGGCVLYNRQALIDSGGFAFWPSLPANHSGEDVVAQWQVMERFGGAGILPSGAVHLESPTTVSDRRVEAYEVVLGAKPRT NA NA NA NA NA D3-18_03338 1266 hypothetical protein ATGGAACTGGGGGCCACACGCGTCGAAGTGTTTGCCGACGGCAGGGTAACAGTAGGCGGGGAAACCATTTCTCCGCCCGAGGGAATTGATCCCTACTCGGCTGCAATAGCGGTACTCGCGGACTATGCCAAGTCGTCCGGAGCGCCGGTTTTGGCGGATGCGATCGACCACGCCAAGGGGCAGGAAGGCCGGTTCCACGTGCATCCGGACGGCCGCGCGGAGGCGGTGGCAGGATTCCCGGGCGCCGTGGACTCCCCCGCTGCACAATCGACCCAGCCCACCGCGGAATCAGCCGACGCCGGCCCGGCAAACACGAGCGCTGCTCCAACAACCGCAAGCTACGGTTCTGCGCACCTCGAGACCCAATTCGTGAGGCCGGACAGGCCACGCCCCACCACAGGCTTCCGCGGCGTGCTGTATTCGGCTACGGGCGGTTTCGTGAACCTCGGCCCCAGCGCAAAGGACCAGGACGAAGCAGAACTGGAACGCCGGATCGCCCGTCCGCTCTCCGGCAGCTTCAACACAGCGATCCTCAGCCTCAAGGGCGGCATCGGCAAGACATCCACCACGGTGGGCGTGGGCATGATCCTTGCCGAGTACCGTGGTGACCACCCGTGCGCGATCGATGCAAACCCTGACAGCGGTGACCTGGCCGAGCGGGCCCTGGGCGAAATGCTCTACCAAAAGGTCAAGCCTCGCACCATTACGGACATCGTCCGGGACATCGACCAGATCACTTCGCTCACCATGCTGACCGACTACATGCACCACGCCAACCGGCTGCACCTGGTGGCAGGCGAGCAAGATCCGGCGTTGTCCGATGCCCTGACGGCCGCTGAGTACCTCAAGATCAAACAGTTGGTTTCCCAGTACTATTCGGTGACCCTCACCGATTGCGGCACGGGTGTGTCACACCCGGCCATGGCCGGCGTGCTCCCCGAAGCAACCAATCTGGTCATCGCGTCCGGCTATGCAGTGAGCGGCGCGAAGCGTGCCCGCAATACGCTTCAGTGGCTGGCCGACCATGGGTACGAGGACTTGGCACGGAACGCCATTGTGGTGGTCACGGACAAGGACCAAGTGTCCAGCCGTGTCAACAAGCGTGCCATCGAAGAGCACCTCGCCGGCTTCTGCCGGCAGCTCATTACAGTGCCTCACGACCGCGGCGTGGCAGATGGCGACCGCATTTCGTTGGACAAGATCTCGGGCGGGACCCGCCGGGCGTACAAGGAGATTGCCGCAGCGATCGTGGACGGCTACATCTAG MELGATRVEVFADGRVTVGGETISPPEGIDPYSAAIAVLADYAKSSGAPVLADAIDHAKGQEGRFHVHPDGRAEAVAGFPGAVDSPAAQSTQPTAESADAGPANTSAAPTTASYGSAHLETQFVRPDRPRPTTGFRGVLYSATGGFVNLGPSAKDQDEAELERRIARPLSGSFNTAILSLKGGIGKTSTTVGVGMILAEYRGDHPCAIDANPDSGDLAERALGEMLYQKVKPRTITDIVRDIDQITSLTMLTDYMHHANRLHLVAGEQDPALSDALTAAEYLKIKQLVSQYYSVTLTDCGTGVSHPAMAGVLPEATNLVIASGYAVSGAKRARNTLQWLADHGYEDLARNAIVVVTDKDQVSSRVNKRAIEEHLAGFCRQLITVPHDRGVADGDRISLDKISGGTRRAYKEIAAAIVDGYI NA NA NA NA NA D3-18_03339 885 hypothetical protein ATGAGGTCAATACCTTTCGTCCCCGTCTCAACTCCCGCGGCCCGTCCGTGGCTCAGCAGGACGTTGCGCAGGGATCTGCAGCAAGCTGCGGTTGCAACGGCGGGGACCGGCGTAGTGGCCCTGCAGTCGCTTCCTGACGCATCCGCGAGTTATCCCCTGGTGGCATTTCTCAAAGCCGCCGGAATCCCTTGGGTTGTAGAAGGAACCGGCGGCCAGCTGCACGATGCATTGGTGGCCACCGGTGCACCCAAGGTGAATCCCGCCGTCGTGATCTATGGCAGTGTGCTGCACGCAGCCTCGGCCGAGTTAATGCTGGGGACCTTCACATCAGGGATGTTGGCTTCCGCGGGATGTACTCCGGAATATATGGGTCCCGTAGAGCCGCTTCAGGAGCCTTGGGATCCGGCCGTGCTGACTACCAGGCTTCGGGAGAACATGCCCTGGGGGATTGAACTGGTGTCGGGTCAGGGGTTCGCCGGGGCAGTGACTGCCTACCGCACGGAAGCAGGTGTGGTGGAGGCTTTCGATGTGTTGATTTCTGCCCCCGACGTTGATGCTCTTCCCGATCCTGCTGCCCTTGAGGCCGCTGCCGTGGGGGCGAACGCACAGGAAATCGGCTTGGAACTGCACTTTGGGGCTTCAGGGCTCAGCGTCCCTGCAGGCAGGGAGGCCTTGAGGGTGCCGCAGCTGCTGATGCTGGGTCCGTCCCTGCACCGAAGCATTCCTGAAACCCTGATAAAGCAGCCTGAAGGCATGGCAATGGAAATCCTTGGCCAGGCGCCTTTTCAGCACCTGGCGGTACGGTACCCCGTGGTTTCCGCGTGGGATGGTGGCGTAGCCCGCGTCACGCAGCAACGGATCCTCAGCGCGGCGCAGGGCAAGTAG MRSIPFVPVSTPAARPWLSRTLRRDLQQAAVATAGTGVVALQSLPDASASYPLVAFLKAAGIPWVVEGTGGQLHDALVATGAPKVNPAVVIYGSVLHAASAELMLGTFTSGMLASAGCTPEYMGPVEPLQEPWDPAVLTTRLRENMPWGIELVSGQGFAGAVTAYRTEAGVVEAFDVLISAPDVDALPDPAALEAAAVGANAQEIGLELHFGASGLSVPAGREALRVPQLLMLGPSLHRSIPETLIKQPEGMAMEILGQAPFQHLAVRYPVVSAWDGGVARVTQQRILSAAQGK NA NA NA NA NA D3-18_03340 381 hypothetical protein ATGAGCTATGACTTTCACCTGATTTGCGATCAGGACCCTCGGGAAGGCCGCTTTGCCTATGCATGTGAGCAGTTCGAGAACAAGTTCCAACTCAATGCCGTAGAGGGCTCAGAGAATCTTGTGGTGAACCTGGCGGGGGAGGACCTGGGGCTCGTCAGCGTTCCCAGCCGGGTGTCGAACCCTGAAGTGCGCCGGATCTTCGGTGAGGATGTGGCCCACCAGCTTGGCGGTGACGCCTGGGTGTCCGAGGTCAACTGCCCCTATGACAAGGACACTGCCGAAGCCGTGCGAGCCCTTCTGATGATTACGGTAATCGGTACCAAAGGACTCCTGATCGACCCGCAATCCAATGAGGTCATCAACGCGGAATGGGGAGCATGA MSYDFHLICDQDPREGRFAYACEQFENKFQLNAVEGSENLVVNLAGEDLGLVSVPSRVSNPEVRRIFGEDVAHQLGGDAWVSEVNCPYDKDTAEAVRALLMITVIGTKGLLIDPQSNEVINAEWGA NA NA NA NA NA D3-18_03341 3978 eccC COG1674 ESX secretion system protein EccC ATGACCACACGGATAGTCCATCGTCCTGCGCGGACCACACTTCCCGAAAAGGCACCCGAAGCTTCAGTCCTGGATGCCCCGCCGCAGCTGGCCGGGGGAGCAGGCGGGATGAACCTACTTGCCTTGGTGCCGATGCTGGGCGCTGCCACGTCGGTTACGGTCATGATGCTCTTCCGGGGATCATCCTTGGCCGGCATAGGCGCGATCATGATGGTTGCCACCGTCCTCGCTTCGGTGGTGCTGATGTTCTCACAGCGCGGCAAGGCCACTCGGCAAAGGGCGGCCAAGCGCCGTCTGTACATGGACTACCTCAGGCGCCGCCGCTCAGACTTTGAGGCTGAAGAGCAACGCGCGCGGGCTGGCGCAAATGCGGCCCATCCGCCGGTGAATCGCTTGGTGCAAAGCGTGGTCAACGATCCCCACCGGCTCTGGGAACGCCGCCGGACCAGCCCTGACTTCCTGGTCACCCGTTTGGGAACCGGCAGCGTTCCGCGAAGGCCCATCACGATCCAGGACAGCGGCGACGCCGTTGAACGCCCGGATGCCTTCATGCTCTCTGAAGCTGAGCAGCTCCGCCAACGTTTTGGGAGCAACCCGGATATGCCGCTGACTCTGCCGCTGGGTGCAGTGTCTGACGTATCAATCGTGGGTGATCGGGAAACGGCACTGATGGTGTGCCGCAGCCTGGTCTGCCAGCTCACCTCGGCGCAATCTCCCGAGGACGTGGAGCTCGCGATTGTTGTTACCGGTGCCGAGCTGGAGGACTGGGAGTGGACCAAATGGCTTCCCCACCTGCAGGACCGCGGAACACTGCGGAGGGCCGATTCCTTGGCCGATCTGGCCGGCTTGCTGGAAAACTCCCTGGGTGCCCGGCTCGCCGCAGTGAACAGCGCCGCCCGTAACTTTCAACAGGTCCCCGCAGATGCCCTTCCGCGACTGATAATTATCACGGACCTGCCAGGGCAAAACGCTGTGGCGCTGCCCGGGTTGCCCGCTGACCTTCCATTGTCCCGGCTCGCGGTGACCCGGATACATGTTCTGGCTGAGCAACAACAGGAGCCGGAACGGGTAGACCTCCGCCTGACGGTCTCTCCTGGAGCCCTGACGCTGGAAGCCACAGCAACTGGCCAAACCATGCGGGGCATTGCTGATGACGTGCCTCCGGTAGTCGCCGAATCCGTAGCCCGGGCCTTGGCGCCGCTGCGTCTTTCAGAGTTGTCCCACGAATTCGGGGAGCACAAGTCTTCGCGCAGCTATGCCGAAGCCCTGGGCCTCACCGAGTACACGGCCGAGGCCATGCTCCGGTTGTGGAAGAGCCAACGCGGCTCAGATTTCCTGAGGGTTGCCATCGGAGAAGACGAGGACGGAACACCCGTTCACCTCGACCTGAAAGAACCCGCCCAACAAGGCATGGGTCCCCACGGGCTATGCGTGGGCGCAACTGGTTCGGGTAAGTCCGAGCTCCTGCGAACCATTGTCCTGTCGTTGATTGCCACGCATTCCCCTGAGGACCTCAGCATGGTCCTGGTCGACTACAAAGGTGGAGCGACGTTCGCTCCGTTCGAGGCCGCGCCGCATGTTTCGGGGTTGGTCACCAACCTGGTCAGCGACGCCAGCCTGGTGGACAGGATCTACTCCAGCCTGGCGGGGGAGGTAAAACGCCGTCAGGAGTTGTTGAAGGATGGTGGCGATTTCGCCGACATCAACGATTATCGGAGCGCCCGTAACAGGAACCCGGACAACCCGGCACTCGCCGAACCGTTGCCCTACTTGTTCGTGTGCATTGATGAGTTCGGTGAGCTGCTGACCGCCCGCGCAGACTTCATAGATCTCCTGTTGTCTATCGGCAGGATCGGCCGTTCCATCGGCATCCACCTGCTCCTGGCGTCGCAGAAAGTGGAGCAAGGGATGCTCCGCGGCCTCGATACCTATCTGGCCTACCGCATTGCCCTCCACACCAATTCGGAGAGCGAAAGCCGGACCATCATCGATGTCCCCGATGCCTACCACCTGCCCAGCACCCCCGGTCACGGCATCCTGAAAGTAGACACCACGGTGTTCAAACGATTCCGTGCGGCTTACGTTTCGGGTGCGTTGCCTTCACCGGATGACGACGCCGGAAGTACAGTTGCGGAGTCTGTCCCCGTGCAGTCCTTCCGCCTGGCAGCGGATTCAGTCGCCGAAGTGCCGGGTCTCGCCTTATCACCGGATTTCGCCTCTGCGAGAAGCGGTGCGTTGGAAAGCAAGGGCCCCTCAGTCGAAGCTGAAAGCGCAACTATCCTCTCCGCCGTCGTGGGTTTCGCCGCTGCGCAGCCGCGATTGACGCAACCCGTGTGGCTTCCGCCCTTGCCGGTAGCCGTGTCACTAGCGGGGGCCGGCGCCTCACTCGACCTCACCTCCACAGGCCCCAGGCTTGCCCAACCCCAGTACCTGAGCCCCGCCGTCGGAATCCTGGACGACCCTGCCCGGCAATGGCAAGGGCCATGGCACCTGGATTTATCCGCCCGGGGCGGGAACCTCGCCATCATCGGTGCACCACAGAGTGGGAAATCCACAGCGCTCCGCACCATCGCCGCCTCGCTGGCTCTGAGCCATGGGGTGGAGGACGTCAACATCTACGCGGTGGACCTGCTCGGAAATGCGCTCGCCGGGCTGGCGGGGCTCCCGCACTGCAGCGGTGTGGCCGGCCGTGGCAACCGGGAACTGCTCCGGAGAACCATTGAAGAAGTCCAGGGCCTGTTGAACATCCGGCAAGCCGTGTTCGATCAGCACAAGCTGGATTCCCTTCAAGCGATGCGTGTGCTCCGGTCCCGCGGTGGGCTCAGCGATCTGGCATGCACCGACGCCTTCCTTTTCATCGACGGCTTCGGAAGCCTGACGTCCGAATTCCCTGAACTGGAAGACGCTGTGCACGACGTCATGACACGCGGCAGCACCCTGGGCGTGCACGTGGTGGTCAGCCTGCGGGGTTGGTCGGAGGTCCGGATGTCCCGACAATCACTTTTGGGAACCAGGATCGAGCTGCACCTTGCCGACCCCGCCGATTCGCTCGATCGTCGCCTCGCAACAACACTCGGGGCAAACCGGCCAGGGCGCGCCCTGACAATGGACAAGACGATTGGGCATTTCTCCCTTCCGTCGTTGTCCGCAACCCCGGATGGGGACAATGCAGGACAGGAACTGGCGGAGCTCAGCGCCGTCCTGCGCAAGTACAACGCCTCAACGGCACCGCCCGTGCGCGTCCTGCCTGCACTGACGCGGCTTTCGCCGGACCGCCGTCCGGTCGGCGGCAGCGTTGCGCTGGGTATCCGGGAGCACGACGCCGGCACCGAGAACCTTGATCTGTTCGGCGCGGACAGGGGAGCGGTGGTGGTGGGCGATCCCGAAACAGGCCGTACCAACTTGCTGCGGACGGCGGCCTCGCAGTTGATGGCATCGCACGAACCAGGTGAGCTGGCCTTTGCGGTGTTCGATCCACGCCAACAGCTGCAGGACTTCATCCCCGAGGTGTATCTGGGGGAGTATGCCTCCAACGGGCAAAGAGCGGCCCAGTTGGCCGAGTTCGTTGCCGGCCAAGCGCGGGACCGGCTGGGCGATGGGGGCAGCGCACCAGTCCAGACTCCAAAGATTGTCCTGTTGGTGGATGACTACGACATCCTGGCCGCAACGGGAAACCAGCCGCTGCGCGCACTCGCAAGTTACCTTCCCTCGGGGGCCGATATTGGGCTTTTTGCCATGGTTACCAGCCGGACGACGGGTAGCGGCATGATGATGCACGATCCCTTCATCGCAAGTCTTCGAGCCGCTGGCGCTCCTGTTGTCATGTTCTCGGGAGACCGTTCAGAAGGAGTGATCGCTAACGGTGAGCGCCCCGTCCCACTTCCGACGGGGAGGGCAAGGATCCTTCGCACCAGCCGTCCGGCTGTAACGGTTCAGACCTTCCACCACGATCATGAGGTTGTCCACCATGAGCTATGA MTTRIVHRPARTTLPEKAPEASVLDAPPQLAGGAGGMNLLALVPMLGAATSVTVMMLFRGSSLAGIGAIMMVATVLASVVLMFSQRGKATRQRAAKRRLYMDYLRRRRSDFEAEEQRARAGANAAHPPVNRLVQSVVNDPHRLWERRRTSPDFLVTRLGTGSVPRRPITIQDSGDAVERPDAFMLSEAEQLRQRFGSNPDMPLTLPLGAVSDVSIVGDRETALMVCRSLVCQLTSAQSPEDVELAIVVTGAELEDWEWTKWLPHLQDRGTLRRADSLADLAGLLENSLGARLAAVNSAARNFQQVPADALPRLIIITDLPGQNAVALPGLPADLPLSRLAVTRIHVLAEQQQEPERVDLRLTVSPGALTLEATATGQTMRGIADDVPPVVAESVARALAPLRLSELSHEFGEHKSSRSYAEALGLTEYTAEAMLRLWKSQRGSDFLRVAIGEDEDGTPVHLDLKEPAQQGMGPHGLCVGATGSGKSELLRTIVLSLIATHSPEDLSMVLVDYKGGATFAPFEAAPHVSGLVTNLVSDASLVDRIYSSLAGEVKRRQELLKDGGDFADINDYRSARNRNPDNPALAEPLPYLFVCIDEFGELLTARADFIDLLLSIGRIGRSIGIHLLLASQKVEQGMLRGLDTYLAYRIALHTNSESESRTIIDVPDAYHLPSTPGHGILKVDTTVFKRFRAAYVSGALPSPDDDAGSTVAESVPVQSFRLAADSVAEVPGLALSPDFASARSGALESKGPSVEAESATILSAVVGFAAAQPRLTQPVWLPPLPVAVSLAGAGASLDLTSTGPRLAQPQYLSPAVGILDDPARQWQGPWHLDLSARGGNLAIIGAPQSGKSTALRTIAASLALSHGVEDVNIYAVDLLGNALAGLAGLPHCSGVAGRGNRELLRRTIEEVQGLLNIRQAVFDQHKLDSLQAMRVLRSRGGLSDLACTDAFLFIDGFGSLTSEFPELEDAVHDVMTRGSTLGVHVVVSLRGWSEVRMSRQSLLGTRIELHLADPADSLDRRLATTLGANRPGRALTMDKTIGHFSLPSLSATPDGDNAGQELAELSAVLRKYNASTAPPVRVLPALTRLSPDRRPVGGSVALGIREHDAGTENLDLFGADRGAVVVGDPETGRTNLLRTAASQLMASHEPGELAFAVFDPRQQLQDFIPEVYLGEYASNGQRAAQLAEFVAGQARDRLGDGGSAPVQTPKIVLLVDDYDILAATGNQPLRALASYLPSGADIGLFAMVTSRTTGSGMMMHDPFIASLRAAGAPVVMFSGDRSEGVIANGERPVPLPTGRARILRTSRPAVTVQTFHHDHEVVHHEL PGPT0030468_923 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 D3-18_03342 996 hypothetical protein TTGGCTGAAGTATCGCGTTCAGGATTCCCGATTGGCCAGCCGCCCGCACCGGTGGGCGGTTTTCCCGGGATGGGCGGCACCACCGCGGAGGTACCGCCGTTGACCCCTCCTGCCCCTGCGCCACAAACCGCACCCGTCACCGCAACTGTCCCGCAAGCCGCATCACGCAAGAGAAGTGGCGACACCTGGTGGGAACGCGTCCGCTTCGAGGTGACCGACGCCGTGACCTCAGGGGCGTTGTCCGAGCGCCTGATCCGGGCGAGTTCCGCGGTTGAAGCCCCCATCACCACCGGGCGGCGGATCGTAATTTTGGGGACGGCAGGCGGCGCGGCCACCACCACCGTGGCGGCACTATTGGCTAAGTTGCTGGGCAGCATCCGGCAGGAGCCGGTCATCGCCGTGGATGCCACCGATCACAGCGGAAACCTCCTGCGCTACCTCGGGTCCTGGCAGGCCGCCCTTTTGACCGAGCTCATGCAGCAATTCCGTACACAATCGGTCCGTACGTTGCCCGACGCCGTCAAGCACGCCGCGTCCTGCGGCAGCCAGGTCTTCGCCGCCGGGAGAGCGGACGTTCCCGCTCTGGCGGACGCGCCCATCGCTTTGCAGGAATGGACGGACGTCTCGTCCACGCTGTCGCGCTTCATGGCCGTAACAGTCGTCGACGGCGGCGCATCACCTTTGTCCCGACACGCAGCCGCGCTACTGGGAACCGCGCATGCCGTGGTGCTGGTTTCTCCTCCGGGAAACCCGGAAGCAGCCAAACTCGCTTCCATTCAAGAGTCTCTGGGCAAGTCATTCCCGGAGGTTCACCAGATATCAGTGGTGGTAAGGTCCCGGCAGAACCATGAGGCAGCGCTGAGCGATGGCATGTTGCCCTACGACCGGCACCTGGCCAGTGGCAGCAGCCTGCAACTCAGCCGTCTGGGCTCCCGAACCAGGATCGCGGCCACGGAACTCACCGGCAAGGCCTTGATGGCCGCGAACAGGGCCTAG MAEVSRSGFPIGQPPAPVGGFPGMGGTTAEVPPLTPPAPAPQTAPVTATVPQAASRKRSGDTWWERVRFEVTDAVTSGALSERLIRASSAVEAPITTGRRIVILGTAGGAATTTVAALLAKLLGSIRQEPVIAVDATDHSGNLLRYLGSWQAALLTELMQQFRTQSVRTLPDAVKHAASCGSQVFAAGRADVPALADAPIALQEWTDVSSTLSRFMAVTVVDGGASPLSRHAAALLGTAHAVVLVSPPGNPEAAKLASIQESLGKSFPEVHQISVVVRSRQNHEAALSDGMLPYDRHLASGSSLQLSRLGSRTRIAATELTGKALMAANRA NA NA NA NA NA D3-18_03343 1353 hypothetical protein ATGAGCACAGCCTTGAGCCGGGTCACAGTTATTGCGGCCCACCGGCACCTTGATGTGAGGCTCCCTTCCGATGAGCCCATAGCATCGCTCATGCCCCAGATCCTGGACCTGATGAATGAGCCCGCCAGTGCCGGAACATCCGCTGGCACCACTACCGCGCTCCTTACCTCGTTGGTGCTGACCACCAGCGTTGGTGTCACTTTGGAAAGCTCACTGACGCTACGCCAAGCAGGCATCTCCGATGGCTCCATGCTCTACCTCCGCGACGAACGCGATGTTCCGTCAGCGCCGGACGTTTACGACGTCCCCTCCTTCACGGCCGAATCCACAGAGCGCCTCCCGGCACTGTGGGCGGATAACCTGAGGTCCATAGGTCTCTCGACCGTAGCTGGTTTGTTGATGGCCGCTGCCAGTTCGTCGTTCGTGGTAGTTCTGCGCGGAACAGGAAACAGGGACGCCGCCCTCATCGGCATCGCGATCGCGGCCGCCCTCATGTTGCTCGGCGCCATAGCCGGCCGCGCACGTTCCATCCCGGCAGGACTCGCGCTCGTATCCGCCGGGCTGGCGACTGCTGCGGCCACATGTTTCATAGTGACACCTTTCGCGACTGGAGCTCTGCTCCTGTCCGCGGCCTTGATCGTCGCATTAGCTGCCTCGGGCGTCGCGACGGCCAAATATATACCTTTCCTTTCAAGCGCTGGACTGCTCCTCACTTTGGGTGGTTTGTGGGCATTGCTGGGCATCAGCACACGGGACCAGCCACTCTCGGCCGGTATCGCAGGCATCGTGGCCATATTTGCCCTGGGTGTGGCGCCCCGACTGGCCACAATACTGACAGGCCTTAGCGGTTTGGATGACGATCAACGCCAAGGCAAGCGGATTACCCGCAACACGACGCTGGACGCCGTTCACGCGGCGCACGCCACCCTGACGGGCTGGACGCTCACTGCATCCATGATTGCCGGCGTGGCAGTGGTGGTTGTTGCGACGGCGAAGAACCGGCCCGTCTGGGCGGTCCTGCTCGCGGTGGCCTTATTGGGGGCCCTCACGTTCAGGGGGCTGGCCTTGCCGTTGCTTGCACAACGTGCCGGTGTCTATGTGGCAGCGGTTGGTGCCTGCTGGGGCGCCACCCTGATCTTTGTCCTGGCATCCAAGCAGCCTCTCTGGCTTGTGGTCCCAGCAGCGCTGGCCGTTCTGGTGCTGGTGGCCTGCGTGGTCAAGGTCCGGGAACAGACTGCCGCCCGGCTTCGCGTCATCGCCTCGCGGCTCGAACTCCTGTGCGTGCTCGCCACGATTCCCTTAGTGCTCGGACTTTCCGGTGCCTACACACAGCTAGGACAGACTTTTGGCTGA MSTALSRVTVIAAHRHLDVRLPSDEPIASLMPQILDLMNEPASAGTSAGTTTALLTSLVLTTSVGVTLESSLTLRQAGISDGSMLYLRDERDVPSAPDVYDVPSFTAESTERLPALWADNLRSIGLSTVAGLLMAAASSSFVVVLRGTGNRDAALIGIAIAAALMLLGAIAGRARSIPAGLALVSAGLATAAATCFIVTPFATGALLLSAALIVALAASGVATAKYIPFLSSAGLLLTLGGLWALLGISTRDQPLSAGIAGIVAIFALGVAPRLATILTGLSGLDDDQRQGKRITRNTTLDAVHAAHATLTGWTLTASMIAGVAVVVVATAKNRPVWAVLLAVALLGALTFRGLALPLLAQRAGVYVAAVGACWGATLIFVLASKQPLWLVVPAALAVLVLVACVVKVREQTAARLRVIASRLELLCVLATIPLVLGLSGAYTQLGQTFG NA NA NA NA NA D3-18_03344 264 hypothetical protein ATGGCTGAAGATTACGATTCCCGGCTGCTTGAGTCTGCCCGGGTAAGGAAGCATAGACTCGACGATTCCCTGCTGTTCGGGCAGAACCCGCAGGAACGCAACTATAAGACGGCGACACCGCGGTTGATGCAATCACTTCTGATTGCGGCCCTCATCGCTGCCATTTGTGTTGGTTTCAGTTTTGTCCAGCATCTGCTTAACGAACAGGCTGCCAAACAAGCAGGGCCTTCAGCAACAGTAACTCTCATCGAAGGAACCCCATGA MAEDYDSRLLESARVRKHRLDDSLLFGQNPQERNYKTATPRLMQSLLIAALIAAICVGFSFVQHLLNEQAAKQAGPSATVTLIEGTP NA NA NA NA NA D3-18_03345 339 hypothetical protein ATGGCCATCTTTGATATGGGTGCCGAGACACTCGGTAACCTGACCAAACAAACCGACGCATCCCATCAGGACCTCGGCGCCTTGGTGCGCCGGTTCGTGGACGCCGTCACCCCGCTGGAAGGTAAATTCAGCGGCGCCGGCAAAGCCGCGTTCGACGCGTTCAAGAACCGCTCGGACCTGGTCGCGTCCGAACTGAACACCGCCCTGGCCGGGATCGTCCAAGGCCAGTCCGGAATGAACACCGCCTTCACCCAAGGCGACCTGTCCGCATCGGACAACGCGCGCCGCTCCGAAGGAGCCGCGAACTTCGACGCCGCACGATTCCAAGGCAGGGCATAA MAIFDMGAETLGNLTKQTDASHQDLGALVRRFVDAVTPLEGKFSGAGKAAFDAFKNRSDLVASELNTALAGIVQGQSGMNTAFTQGDLSASDNARRSEGAANFDAARFQGRA NA NA NA NA NA D3-18_03346 306 hypothetical protein ATGACCAGCAACCGCATCGCCTACGACACCAACGTCTCCGCCCAGGTCCAGTCCGACATCCAAGCCCTCGCCGCGCAACTGGAAACTCTCATCGCCGCCCGCCAGTCCGACGTGAACCAGGCCATGGCCGACTTCCGCGCCGACGGCGTCGACGCGGAATACCAGGCTGTCGAAGCGCGATGGACCTCCGCCGCGGACGAAGTCAAAGCCATCATCGCCCTGGTCCGGACCACTTTGGGCACCAACGACGACACCGCCACCACCGCCGCGACCTCTGCCCGCAACGCCGTGCAGAGCATCGGCTAA MTSNRIAYDTNVSAQVQSDIQALAAQLETLIAARQSDVNQAMADFRADGVDAEYQAVEARWTSAADEVKAIIALVRTTLGTNDDTATTAATSARNAVQSIG NA NA NA NA NA D3-18_03347 372 hypothetical protein ATGGCTGCATGGAATATAGACGTCGCCGCCTCTTCTTCGACCATCAAGGCCACCGCGGCCCAGGTTGAAGGTGTCCAGCCCTCCCTTGAAGGCATGGGCAAGGCCTTGGAACAGGCCGCTGCCGCGCTTCCTGGAGACGCGGGCGTGGTCCTCGCGGCGCTGAACGATGTGGTGGCTCTCAAACTTGCGCCAGCGGCCACTGAAGTGGTGAGCCGCTCGGAAAACGTCATCACCTCGACCGCCCAGGCGCTGAACTTTTACCAACAAGGTGACCTGACCATGGCTACGGCTGCTCAACGGAGCGCTGGCCAGGTAGATCAACACCCCACTACTGCGCCCCATGGCGGTCCCGTGAAACTCGTAAGGGACTAA MAAWNIDVAASSSTIKATAAQVEGVQPSLEGMGKALEQAAAALPGDAGVVLAALNDVVALKLAPAATEVVSRSENVITSTAQALNFYQQGDLTMATAAQRSAGQVDQHPTTAPHGGPVKLVRD NA NA NA NA NA D3-18_03348 2415 hypothetical protein ATGTCAAACAGTTCGGACGTTGGCCCCTCCGGGTTGAACCCCACCGGCGGGTTCGCACTGCCCGACGTTGATTCCCTGGACGCTGCGGCGCAATCGCTAAGGCAGCACGCCGATGATTTCCTCTCCGGCGTAGCTACCTCCACGGCGATCTGGCGCGGACTCTCCGGTTCCTACTCCTCGGACGAGTCACCCACCGTGCTCGCGGCGTTCGGCACCATCATGCCCTCAGCCCAGCGCGTGCAGGGAGCCGGGGCATCCACGTCTACAGCTTTGGCGACCTTCTCCTCGACATGCCGGGACCTGAAGCAACGCCTCGAGGCCTACGGCCGGCAGGTTCATGCACTGGATGCTGACATCGGGGCCTTTCCCACGTCGGTGGAAAAAGTCACCATGGTCAAGGGTGAACGTATAGTTCGGAATGAACAGCAGCACTGGACCGGAGAAGCCGACCTAACCGCCCGGCACGACACGCTCGCCGCTGAGGTCAAAGCCATCCACGATGACTACCTCGCAGCACAAAACACCTGCGCAGGCGCCCTCGCCGCTGCCTCCGGCGGAGAAACATATACCGTCTCCCGCCCCGCCGCTCCAGACCTGAAAACCGGAAACTGGATGGACGAACTCCTCTGGAACGCCGGGACCTTCCTCGGAAAAGAACACCCTCAAGAGGAGCAGCCCTGGGGCAAAGCAACAGTCCCCTATCGCCCCAACGGGGTTGTAGGGCTCTTGCAGGGCTTCGGCGCCGGATTGATCGAGACCGTTGATGGAGTCTGGTCTCTGACAGGAACGTTGAACCCGGGAAAGCGCGACCAAGCCTGGGGCGGAGTGAACGCAATGGTGGGCGCAGCCGGAACACTTGCGCTGGTGCCCCTGACCTCCTTCGATGCCAAACGTCGGGAAGAGGACGCACCAAAGGTCCAAGAAGCCTTGGACCTGTTCGGGTCGATAGGCCCGGCTTTCATTCACCAAGACGAAGCAGACACAAACGCAGGTTGGGCCGCCGGAGCAACCACCTTCAACGTGGCTAGCCTTTTTGTTGGTGCTGGGGCTGGCGCCGGTGTGAAGGCCGGAACCCTGGCAACAAAGACTGGAATGGCGGCGGAAAGACTCAGTGTCGTCGCATCCCAGAGCACGCGGCTGAGCGGGACGTCGGCCATGCTAGGCACTACTGCGAGTGCGCTGAAGGTAACTGGCATCTTCCTCGACAAGCCAGGCTCGCTCGCGTTGAAGGTCTCCGACATCCTCATGCCGAACACCACTGCCAAGGTCCAGGACACAATGACCAAGACGAGCGTAGCCACCTGGGCTGCGATCACAGACGCGAAATCCACGGCCGTGGAGGCCGTCGGCGGTGCCAAGCGGCTGGTGGCCAGCGGGTTCGAAAAGCTCGCCGACGACGTCAGGACTGTGGAAGCCAGTTTCCCTGGGGCCCTGATTCCGGAACCCAGCGGTGTCATGACCCGCACCGGTATCCACACTGGCCTTCCGGAGTTAATGGACAACAAAGCGGCCACCATCCGAGAGAACAATCCCCCCGCATTCGTGCCACCCAAGGCTGCCAGCACAGACGTGCCCACCCATCCGGCCGAACCAACCGTCGTGCCAGACCACTTCGTCCACCCGACCAAAGTCGAGAACACGATAATTGTCAGGCACGGAGACCTGCACTTCCCCGTCAGCCGGAGAGACAACTTCGCCGCCAAAACCGGGTTGGAGCCAAACACCGAGTACATCGTGGACCACCGCACCAAAATGAAGGACGCCGACGGGGGCCACGACGCCAATACGTTGGAGAAGTTCTACACCGACGAAAACGGCAACGTGACCATCGTCAACACCTACGCCGGCGTCAGAGGTGGCTGGTCCGTGGAGCTGAACAAGCCCATGCCCAACGTCACCTACAACGTCGTCGCCCAGGTCGACGGTGGACTGCAGAACACCTTCACCCTCAAGATGGACAACAACGGACACCTCGCCTCAGCCAAGGGCCACATCGTCTCAACCTTGGTCGGCGACGCCAACCGCAACGGCTATCAACAACGCAAAGCCGGCTGGCTCGGCGGCCGGGGCTACGATGGCGGCCACGCAGCACCATCCGCCCTAGGATTCATCGGTGAGCGCGGCGGGATCTTCCCCCAACACGAATGGCAGAACCGCAAGGCGGGAACACCCAACGAAATCGACGAGGCAAACAACTTCCACGACACAGAGATGGAAGTCATCAGGGACCTGAAGGCGCGGCTGGCAAGCGGTCAACCCGTAAGCTTGAACTGGGAGATGGAGTTGGTCCCGAGCTCAAAACCCGCTCTACCTTCCACCATTCGGCTCCGCTATAACTTCGCAGGAGAAGAGATAGAAAGGGTTCGTTTCAATAACCTAAACAGGGATGGAGTTCCTGCCGATGCGCGAAAGTAG MSNSSDVGPSGLNPTGGFALPDVDSLDAAAQSLRQHADDFLSGVATSTAIWRGLSGSYSSDESPTVLAAFGTIMPSAQRVQGAGASTSTALATFSSTCRDLKQRLEAYGRQVHALDADIGAFPTSVEKVTMVKGERIVRNEQQHWTGEADLTARHDTLAAEVKAIHDDYLAAQNTCAGALAAASGGETYTVSRPAAPDLKTGNWMDELLWNAGTFLGKEHPQEEQPWGKATVPYRPNGVVGLLQGFGAGLIETVDGVWSLTGTLNPGKRDQAWGGVNAMVGAAGTLALVPLTSFDAKRREEDAPKVQEALDLFGSIGPAFIHQDEADTNAGWAAGATTFNVASLFVGAGAGAGVKAGTLATKTGMAAERLSVVASQSTRLSGTSAMLGTTASALKVTGIFLDKPGSLALKVSDILMPNTTAKVQDTMTKTSVATWAAITDAKSTAVEAVGGAKRLVASGFEKLADDVRTVEASFPGALIPEPSGVMTRTGIHTGLPELMDNKAATIRENNPPAFVPPKAASTDVPTHPAEPTVVPDHFVHPTKVENTIIVRHGDLHFPVSRRDNFAAKTGLEPNTEYIVDHRTKMKDADGGHDANTLEKFYTDENGNVTIVNTYAGVRGGWSVELNKPMPNVTYNVVAQVDGGLQNTFTLKMDNNGHLASAKGHIVSTLVGDANRNGYQQRKAGWLGGRGYDGGHAAPSALGFIGERGGIFPQHEWQNRKAGTPNEIDEANNFHDTEMEVIRDLKARLASGQPVSLNWEMELVPSSKPALPSTIRLRYNFAGEEIERVRFNNLNRDGVPADARK NA NA NA NA NA D3-18_03349 651 hypothetical protein ATGCGCGAAAGTAGGACGTTAGAGAACGAGTTTGTGAGAGAGGGGCTCACACGCCTTCAGGAAGAGGCATTCTCTGAGCGCGGACCCGGTTACGGTGCCGAAGAAGTGGTGAGTACTTCGGTCGTCCAACAAGCGATTTCGCGCCGGTACGACGACGTCAGGCTTAACGGGAAGTGGGGTCAGGCGGATATCTCCTCGGACTTCTCAGACGAGGCCATGGACAGGTGGCTCCTTGAGTTGCGAGAACGTTGCTATGTAGTCGGTGAGGGTACGTGGATGACCTACCGGGTGTTCCTTTATCCCGATGAGCCCGGGCGACTTGAAGTCTTCGACGAAGAGATACTAACGAAAGGTCTTCACTCCACGTCAGGCCGGCTCAACGCACCCTCAAGCGCGGCAACACTAGCATCTGAACTCATTGCATTCCCTCGTACAGCGGAGAACATCCCACAGTGGATGTGGGCGACGTTCAGCGCGGAAGGCGTAACACCTCCCTTATATAATCCGGAGTTCCAGTCCGTGGACTGGAAGAACCGTCGCCGACCGGTCACTGACAGAGGAACCGACTTCACAGTCGAACCGACAGTTATAGACCCTTCGTTGGAGCCGGGCGTCTTCGCCAAAATCAGCAAGAAGCTCTTCGGAGCATAA MRESRTLENEFVREGLTRLQEEAFSERGPGYGAEEVVSTSVVQQAISRRYDDVRLNGKWGQADISSDFSDEAMDRWLLELRERCYVVGEGTWMTYRVFLYPDEPGRLEVFDEEILTKGLHSTSGRLNAPSSAATLASELIAFPRTAENIPQWMWATFSAEGVTPPLYNPEFQSVDWKNRRRPVTDRGTDFTVEPTVIDPSLEPGVFAKISKKLFGA NA NA NA NA NA D3-18_03350 855 hypothetical protein ATGGATGTCATCAGAGAAGCCAAAATACGTCTAGAAGAGGGCAGCGCACCGGACTTAACGTGGGAGATGGAACTCGTTCCAGGGAAGAAACCCGGAGTACCCGACTCCATGGAATTGAGTTATGCATTCGGAGATGAAGAGGTCAGCTTCGAGAGATTCAATACCTCCCCCGCAACCCGAGTTAGGCTAGTCGCGATGCGCAACAACTTCTTGAACTCCGAGGCCCTGGTTATTGATGGACTGCAGAGGCTGTCATATGAAGCTTACGGTCCTGAAGGTTTCGCCCGCGGATCGGATGAGGTCATCCACGTTCTAATTCATCGCGGTTCCAGAACGATGGGTTATGGATACCTAATTGCAGGCGCCCAGAAGACCAGCAGGGGTCTAAAGGGAGGGAAAGACGAATTTTCTCGAGAAGCCCTCCATGATTGGCTGGACGAGTGCCGCGACCTCGCGTACTCCCCAGGAATCGGAACTTGGACTACGGCTGAGGTCCACGTCTTCCCGGACAAGCCAGGACGACTGGACTTTTTCGAAGAGGAACGCCTCCGAAAAATGAGCAACGGCCGCTGGTACCCCGGCGCCGAGCCAGCGGACGCTGTTGTGTGGACCAAACAACTACTGAGATATCCAAGAACGGCGGATAACATCCCCTCTTGGATGTGGGACGTTTTTCGCGCCGAAGGCGTAACTCCGCCGATTTACAACCCTGAGTTCAAGTCGGTTGACTGGAAGAACCGTCGCCGGCCGGTGACTGAACGTGGAGCTGACCTCACCGTCGAACCAACTGTGATTGATCCCTCGCTGGAGCCGGGTGTTTTCGCCAAAATCAGCAAGAAACTCTTCGGTGCATAG MDVIREAKIRLEEGSAPDLTWEMELVPGKKPGVPDSMELSYAFGDEEVSFERFNTSPATRVRLVAMRNNFLNSEALVIDGLQRLSYEAYGPEGFARGSDEVIHVLIHRGSRTMGYGYLIAGAQKTSRGLKGGKDEFSREALHDWLDECRDLAYSPGIGTWTTAEVHVFPDKPGRLDFFEEERLRKMSNGRWYPGAEPADAVVWTKQLLRYPRTADNIPSWMWDVFRAEGVTPPIYNPEFKSVDWKNRRRPVTERGADLTVEPTVIDPSLEPGVFAKISKKLFGA NA NA NA NA NA D3-18_03351 657 hypothetical protein ATGGTCACGTTTGACTTGAATTCAGAACCCTTTGTCGAGCTCGGATTGCTGCGCCTATCCGGCGAAGCGTTCGGCCCTCAAGGCTTCGCCCAGGGAATGGACGAGGTTTTTCATATGTTGATCCATCGCAGAACCAGCACATTTGGGTATGGCCATATGGTTTCAGGCGAACGTCTTATCTTCACTGGACGGTCAGATGCCGATAGGTTCTCCTATGACGGCTTGAACGCCTGGCTCGATGAATGTCGATTTCTGGCGTATTCGCCGGGTGTAGGAACGTGGACTACGGCCGTCGTCCATGTCTTTCCAGATCGGCCCGGACGGCTCGACCTCTACGACGAAGAGATTTTGGAGAGAGATGCCCAAGGTAACTGGCCGCCCGGCGGGCAGCCTGCCGGGGCCCAAACGTGGGCCCAGCAGCTCCTCGCTTTCCCGCGACTCCTCAACAATATCCCTGGGTCTATGTTGGAGATCTTGAGGACTGAAGGCGTTACCCCTCCGATTTACAACCCGGAGTTCACTTCGGTGGACTGGAACAACCGTCGCCGACCGGTCACTGACAGAGGAACCGACTTCACAGTCGAACCGACAGTTATAGACCCTTCGTTGGAGCCGGGCGTCTTCGCCAAAATCAGCAAGAAGCTCTTCGGAGCATAA MVTFDLNSEPFVELGLLRLSGEAFGPQGFAQGMDEVFHMLIHRRTSTFGYGHMVSGERLIFTGRSDADRFSYDGLNAWLDECRFLAYSPGVGTWTTAVVHVFPDRPGRLDLYDEEILERDAQGNWPPGGQPAGAQTWAQQLLAFPRLLNNIPGSMLEILRTEGVTPPIYNPEFTSVDWNNRRRPVTDRGTDFTVEPTVIDPSLEPGVFAKISKKLFGA NA NA NA NA NA D3-18_03352 165 hypothetical protein GTGGCCGCGGTCGTAGCCGGGGCCGCCGGGCCAGCCGGCTTTGCGTTGTTGATAGCCGTTGCGGTTGGCGTCGCCGACCAGGGTGGAGACGATGTGGCCCCCGTCGGCGTCCTTCATTTTGGTGCAGTAGTTGATGCCACCGCGGCAGATCTCCTGAAGGTTTGA MAAVVAGAAGPAGFALLIAVAVGVADQGGDDVAPVGVLHFGAVVDATAADLLKV NA NA NA NA NA D3-18_03353 651 hypothetical protein GTGACCACCTTTGATCTGAACGAGGACCCGTGGGTTGAAAGCGGACTGAACCGACTCCACGATGAAGCTTTCGGAAGTTCGGGGTTCGCTCACGGCGCCAGTGAACTGGTCGATGTCCTCGTGCACAGAACCAGCGGCACATTCTGGCGCGGACAAATGTATCAGGGCGGTAGGCGCGTCCCCCGCGGAAGTGATTTTCACTTCTCGGACGATTTCTTGGCAACGTGGCTGGATGAGTGCCACGTCCGAGCTTATAAGCGCGGCACGGGGACATGGACCACGGCCGAGGTTCACATCTACCCCGACCGGCCCGGAAGACTTGATCTTTTCGAAGAGGAGATTCTGGAGAGGATGCCGGACGGGCATTGGTACCCCGGAGCCAAGCCCTCTGGAGCCGCAACCTGGGCGCAGCAGTTGCTGAGCTTTCCAAGGACTGTAGACAATATCCCTCCGTGGTTGTGGGACCTCTTCCGGGCTGAGGACGTGACTCCACCGATTTACAACCCGGAGTTCAAGTCCGTTGATTGGAAAAACCGTCGCCGACCGGTTACCGAAAGCGGAACGGACTTCACCGTCGAACCGACCGTGATCGACCCATCCCTAGAACCAGGCACTTTTACCAAAATCAGCAAGAAGCTCTTCGGAGCATAG MTTFDLNEDPWVESGLNRLHDEAFGSSGFAHGASELVDVLVHRTSGTFWRGQMYQGGRRVPRGSDFHFSDDFLATWLDECHVRAYKRGTGTWTTAEVHIYPDRPGRLDLFEEEILERMPDGHWYPGAKPSGAATWAQQLLSFPRTVDNIPPWLWDLFRAEDVTPPIYNPEFKSVDWKNRRRPVTESGTDFTVEPTVIDPSLEPGTFTKISKKLFGA NA NA NA NA NA D3-18_03354 189 hypothetical protein ATGGAAGTCATCAAGAAAGCCAAGACGCTCTTGCAAAGTGGAGCCCCGTTAGATCCAAGGTGGGAAATGAAACTGGAGCCGGGATCGAACCCAGGCATGCCGCAGATCCTCAAGTTGCTTTACTCCTTTGATGACGAGCTTTCTGTTACAAAGGAATTCAATAACCTTCGAAGCAAGCAGATAAGGTGA MEVIKKAKTLLQSGAPLDPRWEMKLEPGSNPGMPQILKLLYSFDDELSVTKEFNNLRSKQIR NA NA NA NA NA D3-18_03355 657 hypothetical protein GTGACTGCTGCGGATTTGAACGCCAACATTTTCGTAATTGAAGGTCTTCAGAGGCTCGCTGAGGAGGCTTTCAATCCGGAGGGATTTGCGCACGACGTGGACGAAGTGGTTCATGTTCTGGTCAATCAAGGATCAGGAACCTTCGGGTATGGACACAAGGTTGTCGGCGACAGACAAATCCACAAGGGGCGTAGTTTTGACGATGACTTTTCTCACGATGCGCTAAACAACTGGCTGCGTGAGTGCAGGGCTCTCTCCTACTCCCCGGGCTACGGAACGTGGACAACGGCCGAGGTCCACGTCTTTAGGGACAGGCCAGGGAGATTGATCGTTTTTGATGAAGAACACCTACCGCGAATGAAGGATGGTGGATGGTACCCGGGAGGTAAGCCTGCCAGGGCAGCTTCATGGTCCGATCAACTCTTGGCATATCCGCGGACGGTGGACAACATCCCGTCGTGGATGTGGGATATCTTCCGTTCTGAGGGCGTTACCCCTCCGATTTACAACCCTGAGTTCAAGTCGGTTGACTGGAAGAACCGCCGCCGACCGGTCACTGACAGAGGAACCGACTTCACAGTCGAACCGACAGTTATAGACCCTTCACTGGAGCCGGGCATCTTCGCCAAAATCAGCAAGAAGCTCTTCGGAGCATAG MTAADLNANIFVIEGLQRLAEEAFNPEGFAHDVDEVVHVLVNQGSGTFGYGHKVVGDRQIHKGRSFDDDFSHDALNNWLRECRALSYSPGYGTWTTAEVHVFRDRPGRLIVFDEEHLPRMKDGGWYPGGKPARAASWSDQLLAYPRTVDNIPSWMWDIFRSEGVTPPIYNPEFKSVDWKNRRRPVTDRGTDFTVEPTVIDPSLEPGIFAKISKKLFGA NA NA NA NA NA D3-18_03356 213 hypothetical protein GTGACGTTGGACAACTTCCACGACACCGAGATGGAAGTCATAGCCAGAGTAAAGAACGATTTGACCGAGGGTATGCCGGTCGATCTTCAATGGGAGATGGAACTGGTCCCCGGACGTCGGGCCGGGCTCCCAAACAATCTGCGATTGAAGTACAGATTTGGACACGAGGAGTGGCAGGATTTCGAGTTCAACAACCCTAATAAGGAAGGCTGA MTLDNFHDTEMEVIARVKNDLTEGMPVDLQWEMELVPGRRAGLPNNLRLKYRFGHEEWQDFEFNNPNKEG NA NA NA NA NA D3-18_03357 651 hypothetical protein ATGACTGAGTACAATCTCGGCTCACAGCCGTTAGTTCTTCAAGGACTTGCACGGCTTCACGAAGAAGCGTTCGGTGCATCCGGTTTTGCTTTGGGGATGGATGAGGTGGTTGACATCGTCATTAAGCGACCATCGTCGACGTACAGGCGCGGGCACATGAAGTTAGGCGCTGAAATTGTGCCGCGTGAACGTGATGCCAAGTACTCAAGGGAGGCACTTAGCAAGTGGCTGGACGACTGTAGAGCCCTCGCGTATGTTCCTGGTCGAGGAACGTGGACAACAGCCGAAGCACACGTTTTCGCGACGAGCAGTGGTCTGCTGAATCTCTTTGACGATGAACATCTGGATCGGATGCCCAACGGCGATTGGTACCCGGGAGCCAAGCCCTCTGGAGCCGCAACCTGGGCGCAGCAGTTGCTGAGCTTTCCACGGACTGTAGACAATATCCCTCCGTGGTTGTGGGACATCTTCCGGGCTGAGGACGTGACTCCACCGATTTACAACCCGGAGTTCAAGTCCGTTGATTGGAAAAACCGTCGCCGACCGGTCACCGAAAACGGAACTGACTTCACCGTGGAACCAACCGTGATTGACCCATCCCTTGAACCAGGCATTTTTACCAAAATCAGTAAGAGGCTATTCGGTGGTTAA MTEYNLGSQPLVLQGLARLHEEAFGASGFALGMDEVVDIVIKRPSSTYRRGHMKLGAEIVPRERDAKYSREALSKWLDDCRALAYVPGRGTWTTAEAHVFATSSGLLNLFDDEHLDRMPNGDWYPGAKPSGAATWAQQLLSFPRTVDNIPPWLWDIFRAEDVTPPIYNPEFKSVDWKNRRRPVTENGTDFTVEPTVIDPSLEPGIFTKISKRLFGG NA NA NA NA NA D3-18_03358 657 hypothetical protein GTGGATTCCCTCAGGCTAAACTCTGACCCTTTTGTTGTTACCGGTCTCCAACGGCTTTCTTCTGAGGCCTTCGGCCCCGCGGGTTTTGCTCTCGAAATGGATGAAGTAGTCCATGTTCTGGTTCACTACGGGACGCGCACTTTCGGCTATGGCCATAAAGTCAGCGGAAACGAAATCATCTACAAGGGCCAAAGCTTCGAGGACGATTTTTCAGCGCAAGCCCTCGATCACTGGCTGGATGAATGTAGGGATCGGTCATATACTCGCGGTGTTGGATCTTGGACAACAGCAGAAGTCCACGTTTTTCATAACAAAGCTGGCCGCTTGGATGTGTTCGATGAGGAACATCTCGAACGAATGAGCAACGGTCGTTTGCACCCCGGCGGCAGGCCCGCCGGTGCCCAAACCTGGGCTCAACAGCTGCTCAGGTACCCCCGGACCGTGGAAAACATTCCGGCTTGGATGTGGGATATCTTCCGGGCAGAAGACGTGACTCCGCCGATTTACAACCCTGAGTTCAAGTCGGTTGACTGGAAGAACCGCCGCCGACCGGTCACTGACAGAGGAACCGACTTCACAGTCGAACCGACCGTGATCAACCCTTCGCTGGAGCCGGGTGTTTTCGCCAAAATCAGCAAGAAGCTCTTCGGAACATAG MDSLRLNSDPFVVTGLQRLSSEAFGPAGFALEMDEVVHVLVHYGTRTFGYGHKVSGNEIIYKGQSFEDDFSAQALDHWLDECRDRSYTRGVGSWTTAEVHVFHNKAGRLDVFDEEHLERMSNGRLHPGGRPAGAQTWAQQLLRYPRTVENIPAWMWDIFRAEDVTPPIYNPEFKSVDWKNRRRPVTDRGTDFTVEPTVINPSLEPGVFAKISKKLFGT NA NA NA NA NA D3-18_03359 732 hypothetical protein ATGGGCATCCACATCGGCACCTCGGGCTGGAGCTACGACCATTGGGAGAACGTGCTGTATCCACCGGGCCTCCCTGTTGCCAAGCGTCTGGCCCATTACACAGCGCGTTTCAACACGGTGGAGCTGAATGCGAGTTTTTACCGGTGGCCTCGCGACACGTCCTTCGCAAGTTGGAGGGAGCGGCTCCCGCCCGGCTTTGCCATGTCGGTGAAAGCGCCGCGGGGCCTCACGCACGGCAAGAAACTATATAGTCCAGAAGTCTGGGTGGAACGGATCGTCCGCTGCTGGCACGAACTCGGCGATAAGAGGGCTGTGCTGCTGGCCCAGCTCCCGCCAGATTTTGAACGCGACGACGCCCGACTCGACTACTTCCTGGCTACCCTGCCGCAGTGGATTCGCGTCGCCGTCGAGTTTCGCCATGACAGCTGGGACCACCCGGACGTCTACACCCTGCTGGAACGCCGAGCTGCTGCCTACTGCATCATGAGTGGTGCCCATCTGCCGTGCATCCTCCGGGCCACCGCACCATTCGTGTACGTTCGACTGCACGGCCCGGACCATCAGCACCTCTACGGCGGCTCATACTCCGATGACGATCTCCAATGGTGGGCGGACCGGATTCGCGAGTGGGACGGCGCCGGCAAGGATGTCTACGTCTACTTCAACAACGACGGCGGTGGTAACGCCGTGCGGAATGCTGACACTTTGCGGTGGCTGCTTGGGGTCGGCTGA MGIHIGTSGWSYDHWENVLYPPGLPVAKRLAHYTARFNTVELNASFYRWPRDTSFASWRERLPPGFAMSVKAPRGLTHGKKLYSPEVWVERIVRCWHELGDKRAVLLAQLPPDFERDDARLDYFLATLPQWIRVAVEFRHDSWDHPDVYTLLERRAAAYCIMSGAHLPCILRATAPFVYVRLHGPDHQHLYGGSYSDDDLQWWADRIREWDGAGKDVYVYFNNDGGGNAVRNADTLRWLLGVG NA NA NA NA NA D3-18_03360 462 yqeY COG1610 putative protein YqeY ATGACACTCAAAGAGCGCTTGAAAGCCGACGTCGTCGACCACATGAAGGCCGGCAACAAGACCGCCCTTACTACTGTCCGCAACGTGCTGGGCGAGATTACTACCCGCGAGAAGTCCGGGAAGACTCCGGTGGAGCTGGACGACGCCCAGGTCACATCACTGCTTCAAAAGGAAGCCGCCAAGCGCCGGGACACAGCCCGCATCTACACGGAGGCCGGCGAAACCGACCGTGCAGCCGCCGAAGTTGCTGAGGCTGAAATCATCGAGGCTTACCTGCCGAAGGCCCTCAGCAGGGAAGAAGTAGAGGCGATCGTCGACGACGCCATCCAGGCACTGAAGGCTGACGGTCAGGAACTCTCCATGCGCTCCATCGGAGCCGTCATGAAGCCCGTCACCGCCAAGGTTGCAGGACGTTTTGACGGCAAGACTGTCAGCGAGATCGTGCGCGGACGCTTGGCGTAG MTLKERLKADVVDHMKAGNKTALTTVRNVLGEITTREKSGKTPVELDDAQVTSLLQKEAAKRRDTARIYTEAGETDRAAAEVAEAEIIEAYLPKALSREEVEAIVDDAIQALKADGQELSMRSIGAVMKPVTAKVAGRFDGKTVSEIVRGRLA PGPT0030490_532 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-TRANSAMIDASE_ACTIVITY PUTATIVE-TRANSAMIDASE_ACTIVITY-1,PGPT0030490-gatB|yqeY-K09117 D3-18_03361 285 hypothetical protein ATGCCACTTTCAGAAAGGGAGCGCAAAGTACTGCAGCAGCTTGAGCGCGAGCTCTTCATCCAAGACCCGGATTTGGCCCGACAATTGGAATCCGGGGTTCCCGTACGCGGTCCTGTTCAACCCCGCATCCGCGACGTCATGGCCGCCGCCGTCGGAGTGCTGTTGATCCTGCTGTCCATCCCCCTGCACGTCTTTCCGCTTGCCCTCGGTGGCATACTTCTTGTTGCCCACGCATTCCTGGCTCACAGGACTTACAAAAACGAGTCCTCGTCAAGACTCCTTTGA MPLSERERKVLQQLERELFIQDPDLARQLESGVPVRGPVQPRIRDVMAAAVGVLLILLSIPLHVFPLALGGILLVAHAFLAHRTYKNESSSRLL NA NA NA NA NA D3-18_03362 1296 yjlD COG1252 NADH dehydrogenase-like protein YjlD ATGGAGGACTCATACCCAGTCATCGTTGTCGGTGCCGGATTCGCGGGCGTAGCAGCGGCCAAGGAGCTCGGGCGCAAGGGAGTTCGCGTCTTACTGATCGACTCGAACAACTACCACCAGTTCCAGCCGCTCCTGTATCAGGTGGCAACCTCGCAGATCGGAGTGTCAGCCATCGCCCGGCCTCTTCGTTCGGTTTTCCGCCGCTACAAGACAGTCAAGGTTCTAACGTCGAAGGTGGAATCCGTTGACGCCGCTGAGCGTGTGGTCAGGACTGCTGATGGCCGTTCCATGCGTGCCGATATCCTGGTCATCGCTGTTGGGGCGGTCCCGAACTTCTTTAATACGCCCGGCGCGGAAGAGCATGCATTCCCGCTGTATTCAGTCACCGATGCCACGAGGCTTGGGACGGGCCTCACCCGGTTGCTGGATCAGGCTGACAGAAACCCCGACGGGTCTGTGGATGTCGTTGTGGTGGGAGGCGGACCCACTGGAGTCGAAACGGCTGGGGCAATGGCCGAAAACGTCAAATACGTTGTGAGCAAGTACTTCTCGCCGGAGCTGGCAGAGCGCTGCCGTGTGCACCTGGTGGATATGGTTCCCAGTGTCCTGAACATGTTCTCCAAGAAGTCCCAGAGCTATGCCACGGACCACTTGAAGAAGGTGGGAGTCCAACTGCACATGGGAGTGGGCGTGACTGAAGTCCGGCAGGACGGGGTGACTTTGGCTGACGGGAGTTCTGTACCTGGACAAATCGTGGTGTGGGCGGGCGGATTGAAGGCGGGGGACCTCATTGCCGGATCGGGTCTTGCCCAGGGGAGAGGCGGGCGTATCGATGTCCGTCCTGACTTGACTGCCCCCGATGCGGAAGGCGTCTACGTCATTGGAGATGCAGCCAACATCACGGATTCAACGGGTGCAAAATTGCCGCAACTGGGTTCGGTCGCTCAACAGGCCGGAAAATGGGCCGCTAAGAACATCCTCGCGGAGCTCAGTGGTGGCAGCCGGACACCCTTCCGCTATGTGGACAAAGGCTATATGGCGATGGTGGGGCGTGGCGCCGCAGTGGCAGAGCTGGGCCGCAAGCGCCTCCAGTTGCAAGGCATCCTTGCCTTCTTGTCCTGGCTTTTGGTGCACCTCGCACTGTTGTCCGGGGTCCAACAAAAGATCCGGGCCTTGTTCTCCTGGCTCAACGGCTACCTCCTCCACAGCCCTGCGCAGGTAGTGGTCAGCGGACCGATTGAGAAGGAACCAACGGAACAGGACCCGCCGGGCGCATTGCCTTCAAAGGAGTCTTGA MEDSYPVIVVGAGFAGVAAAKELGRKGVRVLLIDSNNYHQFQPLLYQVATSQIGVSAIARPLRSVFRRYKTVKVLTSKVESVDAAERVVRTADGRSMRADILVIAVGAVPNFFNTPGAEEHAFPLYSVTDATRLGTGLTRLLDQADRNPDGSVDVVVVGGGPTGVETAGAMAENVKYVVSKYFSPELAERCRVHLVDMVPSVLNMFSKKSQSYATDHLKKVGVQLHMGVGVTEVRQDGVTLADGSSVPGQIVVWAGGLKAGDLIAGSGLAQGRGGRIDVRPDLTAPDAEGVYVIGDAANITDSTGAKLPQLGSVAQQAGKWAAKNILAELSGGSRTPFRYVDKGYMAMVGRGAAVAELGRKRLQLQGILAFLSWLLVHLALLSGVQQKIRALFSWLNGYLLHSPAQVVVSGPIEKEPTEQDPPGALPSKES PGPT0004020_3102 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 D3-18_03363 777 gpmA_2 2,3-bisphosphoglycerate-dependent phosphoglycerate mutase GTGAATGAGGACGGGCTGACGGACGCAGTGCAGGAAGCCGGCGCTGTGGAGTTGATCCTGATCCGGCATGGCGAGAGCGAAGGCAACGTGGCCGCAACAGAGGCTCGTTTGGCTGGAGCCGAAGTGATTGATGTTCCGGCCAGGGATGCTGATGTGAACCTATCGGGTACCGGAAGGGACCAGGCCAAGGCACTGGGAACGGCGCTGGCCCGGATCGCCGATGAGCTCCGCCCGGATGCAGTTGTCTCCTCCCCCTATGTGCGGGCCCGGCAGACCGCGGAAATCGCTGTCGAAACGGCCGGCTGGCCCGTGAAGGTGCTCACCGACGAACGCCTCCGTGACCGGGAACTGGGCATCTTGGACCGGCTTACACGTTTGGGCGTGGAGACCCGATATCCGGACGAAGCTGAGCGACGGCTATGGCTGGGCAAGCTCTACTACAGGCCGCCGGGCGGTGAATCGTGGGCCGACGTCGCACTCCGACTACGTTCAATTCTGGATGAGCTCAACACCTTGGGAACAGGGCACCGGGTGATGCTCGTCTGCCATGACGCCGTCATCCTGCTGGTCCGTTACGTCCTGGAGGGCATGTCCGAGCAGGAAATCCTTGACCTTGCGGCCACGACATCGGTGCTGAACGCATCGATCACCCGGTACGTGCGGCCTTCGGGCGCGGGGCCTTGGCAACTGGAGAGCTTCAATGTGGCTGACCACCTTACGGAGCAGGGTGTCACTGTCACAGAACACGCAGGAGATGCCAGTGTCCACCCACAGTGA MNEDGLTDAVQEAGAVELILIRHGESEGNVAATEARLAGAEVIDVPARDADVNLSGTGRDQAKALGTALARIADELRPDAVVSSPYVRARQTAEIAVETAGWPVKVLTDERLRDRELGILDRLTRLGVETRYPDEAERRLWLGKLYYRPPGGESWADVALRLRSILDELNTLGTGHRVMLVCHDAVILLVRYVLEGMSEQEILDLAATTSVLNASITRYVRPSGAGPWQLESFNVADHLTEQGVTVTEHAGDASVHPQ PGPT0018035_121 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 D3-18_03364 918 nnr_2 COG0062 Bifunctional NAD(P)H-hydrate repair enzyme Nnr GTGTCCACCCACAGTGATTCCAGCGCACTCACACTGGTAACACCGTCGCTTCTGCGTGATTGGCCGCTGCCGTCGCCCGGAGAGGACAAATACTCACGCGGTGCAGTGTTGGTCATTGGTGGAGCCCGGGCGACCCCTGGCGCGGCTTTGCTCGCCGGGACCGCGGCCCTTCGCGCGGGCGCGGGAAAAATTACCTTGGCCGTGGCCGAATCCGTAGCGGTGCAAGTGGGAGTCGCGCTGCCGGAGTGCGGCTCAATCGCCCTGCCCGAGACCGCCGACGGGTCCGTGACAGGTGAAGGATTGGACCGGATCTCGTCGTACTTGGAACGGGCCGACGCCGTGCTGATCGGCCCGGGTTTGGATGATCCCGAACTCGCCGAATCGCTGCTGCGAGCGCTGCTGGAGCGGGAGGAAACCCGCAGTGCCACGGACGACGGCGGAGCTCCCGCCGTCGTTCTTGATGCCTACGCCTTGGGCGGAATGGTAAAGATCGAGGACGAGTTGGGACCGTGGCGTGGCCGGATGATCCTGACTCCGAACCCCACGGAAACCGGAATTCTTCTGGGCAGGGACGTGGAGGATCTTGGGGCTGATGTTGCTGAGGTCGCCCGGCGATTTGATGCGGTGGTGAGTTGCCAGGGATACATCGCCGCTCCGGAGCCCACGGAAGACTCGACTCTGTGGAAGATCACCACGGGCTACGGCGGCCTGGGAACATCGGGAAGCGGCGATGTTTTGGCGGGGGCCATCGCCGGACTCCGGGCGCGCGGTACCAGCGATGCCCAAGCCGCGTGCTGGGGCACCCATCTTCACGCGGCCGCCGCCGACCGGCTAGCGAGCAAGCTCGGGCCCCTGGGTTTCCTGGCCCGGGAACTCGCGGACGAACTGCCAGCCCTCATGCTGGAGCTCAATACCTGA MSTHSDSSALTLVTPSLLRDWPLPSPGEDKYSRGAVLVIGGARATPGAALLAGTAALRAGAGKITLAVAESVAVQVGVALPECGSIALPETADGSVTGEGLDRISSYLERADAVLIGPGLDDPELAESLLRALLEREETRSATDDGGAPAVVLDAYALGGMVKIEDELGPWRGRMILTPNPTETGILLGRDVEDLGADVAEVARRFDAVVSCQGYIAAPEPTEDSTLWKITTGYGGLGTSGSGDVLAGAIAGLRARGTSDAQAACWGTHLHAAAADRLASKLGPLGFLARELADELPALMLELNT NA NA NA NA NA D3-18_03365 507 hypothetical protein ATGGGGACAAAGGGAAGCAGCAGTCAATCATCGCGTGCAATCGTCAGCATCGTTGGGCTGCTTGCAATAGCGGCCTACGCTCTCTGCGCGGCGTTGCAGATCCTCGTGTGGAATCCTCTCGCTGCTATTCCGGGTGCCACCCTGGACGAAATACATGAGGGGCTGACCCGACGCAACGAATCAATTTCGTTGGCCGCGGTGTTGACGTGGTCAAGCATTGGAACGGTTCTTGGTGCCGTTGTGGTCCTGCTGACTGCGAGACGCGTTATTTCACGGATGAGAACCGTTGTGATTCTCCAGCTCTTGATCCTGGTGCTCGGCGCTCCTATGTATTTCTTCGCGTCATTCTCTGCCGGAATGGCCTTGGCGGACGCGTTTTTCATCTCCGGCGGCGATTACTCTCCTTGGGGCAGTCTGCTGTATCTCGTCAGCGGGACGGCATTGACCGGACTGCTAATGGTGATGATCTTTCGTGGAAAGTCCGGCGTGCATCCGGCCCGCGCCTAG MGTKGSSSQSSRAIVSIVGLLAIAAYALCAALQILVWNPLAAIPGATLDEIHEGLTRRNESISLAAVLTWSSIGTVLGAVVVLLTARRVISRMRTVVILQLLILVLGAPMYFFASFSAGMALADAFFISGGDYSPWGSLLYLVSGTALTGLLMVMIFRGKSGVHPARA NA NA NA NA NA D3-18_03366 1665 deaD_2 ATP-dependent RNA helicase DeaD ATGTCCGATGACCTTGCCCTGACCGCCCTGGCGGCCTCTTCCTTTTCCTTGCCTGAGCTGCGCGACGGCCAACTCGCCGGCATGACCGCGCTCGCAGAAGGGCGTGATGTGCTGGCTGTCATGCCCACCGGGTATGGAAAGTCTGCTACCTATCAAGTCGCAGCGCTGCACCTTTACAACCAAACGGGCCGACCCGCCGTCGTCGTTTCTCCTCTCATTGCCTTGCAGGAAGACCAACTGGACGGGTTGACTGAAGACTTGGGTGAGGGCGCCGCCGTCGCCATCAATTCTTCCCGCAGCGATTCAGAGGTGGAATCAGCCTGGCAGGCAGCTGAGACCGGTAAAGCGGTCTTCCTGTTCCTTGCCCCCGAGCAATTGGCCAAGCAGGAGACCGTAGAGCGGATCGCCAAGCTGGACATCACCATGTTCGTAGTGGACGAGGCACATTGCGTCTCCTCATGGGGCCATGACTTCCGGCCGGACTACCTCGAACTGGGCAATGTCCGCGAACGTCTGGGTAAGCCGCCGGTCATAGCCCTCACCGCAACGGCGTCCCCACCTGTGCGTGACGAAATCGTGAAGCGACTCGGCATGACAGAGCCGCTGGTCCTGGTTCGAGGTTTCGACCGCCCCAACATCAGCCTCGACGTTATCCGGCACCAAGAGGACAAAGGCAAGCGAAAAGCCGTGGTGGAACAAGTCGTAGGGCTAGCCAAGGCGGAGGGCCTGGGGCTGCTGTACGCCGCCACCCGCAAGGACACTGAGAAGTACGCGGCCAAGCTGACAGAAGAAGGTCTTCGTGCAGAGGCCTACCACGCAGGCCGCACGGACACCGACCGGGAGAGCATCCATGAGCAATTCCTGGATGACCAACTGGACGTAGTGGTTGCTACCACTGCCTTTGGCATGGGCATTGACAAACCCAATGTCCGGTTTGTGGTGCACGCGGATATTCCGGAGTCCCTGGACTCCTATTACCAGGAAATCGGTCGGGCCGGCCGCGATGGTGAACCGGCAGCTGCGATACTGCACTACCGTGCCGAGGACTTGGGGTTGCGCAAGTTCTTCGCAACCCACTCCCCGGACGCGGAGTCGCTCATGGCCGTCCTGAAAGTCATCAAGAACGCCGGCGCGCCTGCTCCGAAGACGGCCTTGGTGGAGCTCAGCGGTTTCCCTGCCCGCCGGGTCACGGCACTGGTAAACCAGCTGGAGGAAGCCGGCGCGGTGACAACAGGTAAGCGGGGCACCCGGCTCAGCTCCAAGGCCAAGCTGACCACATTGGTGGACCGCGCCGTCGAACTGGCTGAGGCGCGGCAGCGCGTGGACCAGTCGCGGCTCACCATGATGCGAGGCTTTGCGGAGACGGATGCCTGCCGTCGTCAGTTCCTGCTGGGCTACTTTGGGGAGAACCTGCCGGAGCCCTGCGGCAACTGCGATGCCTGCACTGAAATTCACGACGACGCCGGGCCGGGTTCCGCCGGACACCCCACCTCAGACGCAGAGAACCTGTTCCCCTTGCAGTCCACGGTGATCCACAAAGAATGGGGTCCGGGCCTGGTGATGCGGCATGAGGACGACGTCATGACTGTTCTGTTCGAACAGGAGGGCTACAAAACCCTGTCGCGCACCGCCGTCGTCGAGCATGAATTGCTGAAGCCTGCCTAG MSDDLALTALAASSFSLPELRDGQLAGMTALAEGRDVLAVMPTGYGKSATYQVAALHLYNQTGRPAVVVSPLIALQEDQLDGLTEDLGEGAAVAINSSRSDSEVESAWQAAETGKAVFLFLAPEQLAKQETVERIAKLDITMFVVDEAHCVSSWGHDFRPDYLELGNVRERLGKPPVIALTATASPPVRDEIVKRLGMTEPLVLVRGFDRPNISLDVIRHQEDKGKRKAVVEQVVGLAKAEGLGLLYAATRKDTEKYAAKLTEEGLRAEAYHAGRTDTDRESIHEQFLDDQLDVVVATTAFGMGIDKPNVRFVVHADIPESLDSYYQEIGRAGRDGEPAAAILHYRAEDLGLRKFFATHSPDAESLMAVLKVIKNAGAPAPKTALVELSGFPARRVTALVNQLEEAGAVTTGKRGTRLSSKAKLTTLVDRAVELAEARQRVDQSRLTMMRGFAETDACRRQFLLGYFGENLPEPCGNCDACTEIHDDAGPGSAGHPTSDAENLFPLQSTVIHKEWGPGLVMRHEDDVMTVLFEQEGYKTLSRTAVVEHELLKPA NA NA NA NA NA D3-18_03367 585 hypothetical protein ATGTCCCTTGATGGATTCATCGCCCGTGAGGATGACGGAATCGGCCCTTTGTTTGATTGGTACGAGGCCGGATCCGTGGAAACCTGGCTGCCCGGCCACCCTGTGCCGTTTCATCTCAGCGAAGCCGACGCCGACTACTGGAGGTCACTTCCGCGGGAGGGCGCGTTCATCTCCGGCCGACGTATCTTCGACGTGGCAAAGGGGTGGCGTGGTCACCCGCCCAACGAGTCACCAACCGTTGTCCTGACGCACCGCGAACCCCCGCCGGACTGGCCACCGGTCCGCCGGGATGGCAAACCCGCGCCGTTTGAATTCGTAGGGGACCTGGAAACGGCACTGGAGCGTGCCGCCCACCTGGCGGTTGGTAGGGAGATTGGCGTCGCCGGCGCCGACGTGGTGCAGCAGTGCTTGCGCCGCGGCGTGGTGGACGAACTGCGTGTTGACCTGGTGCCGGTACTGCTCGGAAGCGGAATCCGTTGGTTCGGGGACTTGGCAAGTGACATCGTGCTCGATGATCCCGTGATCCTTCCTGGAACCCGCGTCACCCATCTTGTCTATCAGGTACGCTCGCCGGGTCCGCGCTAA MSLDGFIAREDDGIGPLFDWYEAGSVETWLPGHPVPFHLSEADADYWRSLPREGAFISGRRIFDVAKGWRGHPPNESPTVVLTHREPPPDWPPVRRDGKPAPFEFVGDLETALERAAHLAVGREIGVAGADVVQQCLRRGVVDELRVDLVPVLLGSGIRWFGDLASDIVLDDPVILPGTRVTHLVYQVRSPGPR NA NA NA NA NA D3-18_03368 1560 levB_2 COG1621 Levanbiose-producing levanase ATGACGTACGACATCTCTCGCCGCACTGCACTGCAGGGCGCAGGCGCTGGCGCCATCGCGCTGTTCTTGAGCAACGCCGCTCCAGCAGCCGCAGACGCCCCGGCGTCACTTCGGGCCGTTTACCACATGACTCCGCCTTCGGGCTGGCTGTGCGATCCCCAACGCCCCGTCCATACCAAGGGCGCCTACCAGCTCTACTACCTCCACTCCGGGCAGAACAACGGCCCGGGTGGATGGGACCACGCAACTACAGGCGACGGCGTGGCCTTCACGCACCACGGGGTGGTGATGCCCTTGCGGCCCGACTTCCCGGTGTGGTCGGGATCGGCGGTGGTGGACGCCGCGAACACCGCTGGTTTCGGTGCCGGGGCCGTAGTCGCGCTGGCTACTCAGCCGACCGGGGGCATTCGAAAGTTCCAGGAGCAGTACCTCTACTGGTCAACCGACGGCGGTTACACGTTCTCCGCCCTCCCGGACCCAGTGATCGTGAACACTGACGGACGAACTGCCACCACCCAAGCTGAGATTGAGAACGCAGAGTGGTTCCGGGACCCGAAGATCCACTGGGACGCGGCACGCAATGAGTGGGTATGTGTGATCGGACGGGCGCGATACGCAGCGTTTTATACCTCAGCAAACCTGCGGGACTGGAACTGGATATCCAACTTCGACTACCCGAACCACGCCCTGGGAGGTATCGAATGTCCTGATCTGTTTGAGATGACCGCCGACGACGGCACGCGGCATTGGGTGTTTGGCGCGAGCATGGATGCATACAGCATCGATCTGCCTATGACCTTTGCCTATTGGACGGGTACATGGACCGGCACAGCGTTCATTGCTGATGACCTCACTCCGCAGTGGCTCGATTGGGGATGGGACTGGTACGCCGCCGTGACGTGGCCGTCCGTCGAGGCCCCCGAAACGAAGCGCCTGGCCATCGCCTGGATGAACAACTGGAAGTACGCCGCCCGCCACGTGCCTACAGATGCCTCCGATGGTTACAACGGGCAGAACTCCATTACGCGTGAACTGCGGTTGGAGCGCCAGTCCGGAGGCTGGTACAGCTTGCTCAGCTCCCCGGTTGGCGCGCTGGAGGGTTATGTTACCGCCACTACGTCCCTACCTGATCGAACGGTTAACGGCAGCGTGGTACTTCCGTGGAACGGGCGTGCTTACGAGCTGGAGCTCCACATTTCCTGGAACGAGGCCGCCAACATTGGGGTATCTGTTGGCCGTTCCCCGGACGGCTCCCGTCATACCAATATCGGCAAGTACGGCGACGAGATATATGTTGATCGTGCGCCTTCAGACCAGGGCGGCTACACGCTGGTGCCATACACTCGGGCCGCAGCGCGTATTGATGCCAACGCGCGGTCAGTCCACCTACGCATCTTTGTGGACACACAGAGTGTTGAGGTGTTTGTGAACTCGGGGCACACCGTGATTTCACAGCAGGTTCACTTCGCAGACGGCGACACGGGGCTTTCACTGTATGCGGACGGTGGCCCCGCGAACTTCACCGGAATCACCATCCGGGAGTTTGGCAATCCGCTGTAG MTYDISRRTALQGAGAGAIALFLSNAAPAAADAPASLRAVYHMTPPSGWLCDPQRPVHTKGAYQLYYLHSGQNNGPGGWDHATTGDGVAFTHHGVVMPLRPDFPVWSGSAVVDAANTAGFGAGAVVALATQPTGGIRKFQEQYLYWSTDGGYTFSALPDPVIVNTDGRTATTQAEIENAEWFRDPKIHWDAARNEWVCVIGRARYAAFYTSANLRDWNWISNFDYPNHALGGIECPDLFEMTADDGTRHWVFGASMDAYSIDLPMTFAYWTGTWTGTAFIADDLTPQWLDWGWDWYAAVTWPSVEAPETKRLAIAWMNNWKYAARHVPTDASDGYNGQNSITRELRLERQSGGWYSLLSSPVGALEGYVTATTSLPDRTVNGSVVLPWNGRAYELELHISWNEAANIGVSVGRSPDGSRHTNIGKYGDEIYVDRAPSDQGGYTLVPYTRAAARIDANARSVHLRIFVDTQSVEVFVNSGHTVISQQVHFADGDTGLSLYADGGPANFTGITIREFGNPL PGPT0019215_12 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-LEVAN_METABOLISM CE-EPS-LEVANBIOSE_BIOSYNTHESIS,PGPT0019215-lf2|levB-K18775 NA NA D3-18_03369 1437 hypothetical protein ATGAAACGCTCAGTCTTCTTCCAACCCGCCAACGGCTGGGTTGGGGACCTCATCCCCTTCGAGAAGGACGGGGAGTTCTGGCTCTTCTACCTTCACGAAGACCGCTCTTCGCCTAAACCTGGCACCTCATGGAACCTGGTCACCACAAAAGACCTCACTCAGTTTGAGGACCACGGCGTTTCGTTGCAGCACGGCAGCGAAACCGACCTGGACTTCAACGCCTACACAGGCAGCATCATCACGGACCAGTCCGGCGTGCACCACCTGTTCTACACCGGCCACAACCCCCGCAACCTCGGCCAGGACGGCGCGCCCCTTCAACTAGTCATGCACGCCACAAGCACTGACGGCATGGGAAGCTGGCAAAAACACCCCGAGCTCACCTTCGGAGCTCCGGACGGCTACGAGTCCGGTGACTGGCGCGATCCCTTTGTGTTTTGGGACGACAGCAAGAACCAGTGGCGGATGCTTCTCGCGGCAAGGCACTCAACCGGTCCGGAACGTCGCCGCGGCGTCATCGCACAGTGTGTGTCCACGGACCTCACCACCTGGCAGCACACCGAACCGTTCTGGGATCCGCGTCGGTACATTACCCACGAATGCCCGGACGTCTTCTCGTGGGGAGACTGGTGGTACATGGTGTACTCCGAATTCTCGGAATCGTTCACCACCCGGTACCGCATGTCCAAAAGCCCCGACGGGCCTTGGACCGTGCCCGCCTTGGACAGCATCGATGGCCGCGCCTTCTACGCGTCAAAAACCGCAGAGCGGGAAGGACGGCGCTTCTTCTTCGGATGGATTGCCAGTAAAGAAGGCAACGCAGATCAGGGTCCATGGCAGTGGGCCGGAACAATGTCCGTGCTGGAAGCCCTCCAAAACCCCGACGGGACACTGGGGTTTTCGTTCGCAGATGAACTCGTGGAGAGCTTCTGGGACGAGGTCCCCCTGTCCCTTGCCAGTTCCTTGCCGGCTCGCCTCCACGTGCCGGACGGTTACACAGCCATGGTCTCCGACGAGGAACTGCCCCAGCAGTTTTACGCCAAGGCTGTCATTGACATCGCCGCCAACACCACCGAGTGCGGGCTGCTGCTGCGTTCAAGCCCCGACGGCGATCAGTCCTACGTTCTGCGATTGGAACCCAAACGCGGGCGGCTTGTCTTCGACCACTGGCCGCGCAGCATCACCGGGGACGCACAGTGGCATGTCTCGGGCGACGTCCCCTTCGACATCGAGCTCGAGCGGCCCTGCGACCTCACCCCGGGCGAGCACACCCTTGAGGTCATCGTCGACGGCGACATTTGCGTCGCCGTCGTCGACCGTCAGGTTGCGCTCAGCACCAGGATCTATGACCTGACGGCAGGGAGGATCGGCGTCTTCGCCGGCGAAGGAACCGCCACCGTCACCGAATTTGAGATACGTCAGCGCACCGACAACTGA MKRSVFFQPANGWVGDLIPFEKDGEFWLFYLHEDRSSPKPGTSWNLVTTKDLTQFEDHGVSLQHGSETDLDFNAYTGSIITDQSGVHHLFYTGHNPRNLGQDGAPLQLVMHATSTDGMGSWQKHPELTFGAPDGYESGDWRDPFVFWDDSKNQWRMLLAARHSTGPERRRGVIAQCVSTDLTTWQHTEPFWDPRRYITHECPDVFSWGDWWYMVYSEFSESFTTRYRMSKSPDGPWTVPALDSIDGRAFYASKTAEREGRRFFFGWIASKEGNADQGPWQWAGTMSVLEALQNPDGTLGFSFADELVESFWDEVPLSLASSLPARLHVPDGYTAMVSDEELPQQFYAKAVIDIAANTTECGLLLRSSPDGDQSYVLRLEPKRGRLVFDHWPRSITGDAQWHVSGDVPFDIELERPCDLTPGEHTLEVIVDGDICVAVVDRQVALSTRIYDLTAGRIGVFAGEGTATVTEFEIRQRTDN PGPT0018815_2259 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-FRUCTOFURANOSIDASE,PGPT0018815-sacA-K01193 NA NA D3-18_03370 1338 hypothetical protein ATGAAGAAACTATTCCGTGCCGCTGCCGTCGCAGCCGCCGCTGCCCTGGCTTTGACAGCCTGCGGGGGCGGAGGAGCCGCCAGTGACCCCTCCAACGTCAGCCCTACCGGCGAGATCAAGCCCCGCGAAATATCCTGGTTGCTCTCCAGGCCCGCCGATGGAGCTGTCATCAACATCATGAAGAAGCTGGCGGACGACTACGCCAAGGAACACCCAGGCTTCGTACTGAACCTCATCACCACCCCGGACCGGCCCTCATACATTCAAAAGCTTGAAACCCTGGCCGCGGCCAACAAGCTACCGGAGTTGTTCGACACGGATGCCACCCCCTTCGCCCAGGAATTGGCCAAGCAAGGCAAAATGGTTGACGCCGACAAGCTCCTGAAATCACTGGACGTCTACGACGATTACCGGCCTGGTGCACTGGACTACCAACGCTTCGACGATGGCTCCTTGTACATGATTCCGTTCCAGTTCGAACTCGAATTCATCTGGTACAACAAGGCCTTGATGGAGAAGGCCGGCGTTTCCGTGCCAAAGTCCCTCGATGACATCCCCGCCATGTGCACGGCCCTGCGGAATGCCGGGATCACACCGATCGCCATCGACGGGCAGGACCAGTGGCCGCTGGAACGCTACGTCGCGTACCAGCCGTTCCGTGAAGCGGGGCCCGATTTCATTCAGAAGCTGAAGAAGGGCGAGGCGTCCTTCTCGGATGCCGCCGGCCAGAAGTCCGTGAAGTGGATGGCTGACCTTGGCAAGGCCAAGTGCTTCCAAGAAGGTTTCTCGGCCCAGGGTTACTCGGACGCACAGAATCAATTCACCTCGGGACAGGCCGCCATGTACAACATCGGCACTTGGGAACTTCCGAGCCTCGCCACAGACAAGCTCAACCCTGAGGTCCGCGACGACATCGATTTCTTCACCTTGCCCACCACGGAAGGTTCGGTGACCGCTGCAAACGAATTCGTCTCACCCTCCGGCATTGGAATGGCAGTGAACTCGAAGACCTACGATCCGTTGGTGAGCGACTTCCTGAAGTTCGCCCTGGAGAAGTACCCGGCTGAATACGCTGCCACCGGAGCTCTCTCCCCCACCGCCAACGTACAAACGGCCATCCCGGCGAACGCGACTCCGCTGTACAAGAAGGCGCTGGAAACGGCCAACACCCTTGGGGACAAGCAAGCAATGCCGTGGGATACCCAGCTGGACCCCACCACCAACGGCCGGCTGCAACAGGAACTCGTCCTCCTGGTCCAGGGCAACATCACGCCCGAACAGTTCACCAAGACCATGGACGACGCCATCAAGCAGAACGCCCCCAAGTTCTTCAAGTAA MKKLFRAAAVAAAAALALTACGGGGAASDPSNVSPTGEIKPREISWLLSRPADGAVINIMKKLADDYAKEHPGFVLNLITTPDRPSYIQKLETLAAANKLPELFDTDATPFAQELAKQGKMVDADKLLKSLDVYDDYRPGALDYQRFDDGSLYMIPFQFELEFIWYNKALMEKAGVSVPKSLDDIPAMCTALRNAGITPIAIDGQDQWPLERYVAYQPFREAGPDFIQKLKKGEASFSDAAGQKSVKWMADLGKAKCFQEGFSAQGYSDAQNQFTSGQAAMYNIGTWELPSLATDKLNPEVRDDIDFFTLPTTEGSVTAANEFVSPSGIGMAVNSKTYDPLVSDFLKFALEKYPAEYAATGALSPTANVQTAIPANATPLYKKALETANTLGDKQAMPWDTQLDPTTNGRLQQELVLLVQGNITPEQFTKTMDDAIKQNAPKFFK PGPT0016330_726 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 D3-18_03371 882 lacF_4 Lactose transport system permease protein LacF ATGCTACCCAACAGGTCAAGGACCTCGGTCCTGGTTTTCCTGCTTCCACCGCTGCTCCTCTACTGCGCAGCCGTACTCTTCCCGATTCTTCAGTCGTTGTTCCTCAGCTTCTTCTCGTGGAACGGCATCAGCGAGATGGAGTTCGTAGGGCTCGCCAACTATGTCCGGATGCTCACCGCGGACGACATTTTCTGGAGGTCCTTCTTCAACGCACTCCTGTACCTGGCTATCTGCCTGGTGCTGCAGCTCGGCGGAGCGCTGGTTGTAGCCAGCCTGCTCACGTCACTTCGCCGGGGCCGGGAGCTCATCAAAACCCTTTACTTGCTGCCAGCCGTGATCTCCACCGTCGCGATCGCATTCCTCTTTGTCCGCATCTACTCCATTGACCCCGTCGGTTTGTTGAACCAGCTGCTGCATTGGGTCGGTTTGGGTTCCTTCGAGCGGGCCTGGCTGTCCGATGTGAACACCGTGTTGGCCGCCGTATCCGCCCCCGAAGGCTGGCGGTTTACAGGGCTGTACATGCTTATCATCTACGCCGCGCTGATCGCCGTGCCCAAGGAACTGGAAGAAGCAGCGGTCCTGGACGGCGCCTCGAAGTGGACCCTCTTCACCAAGATCCGGTTCCCCTACATACGTCCTGTGTGGATTACCACCACCATCATGGCCACTACCTACGGCCTGCGAGGCTTCGATATCCCGTACCTCATGACCAACGGTGGCCCGGGGCAGTCCTCCGAACTGCTCACCACCTACATGTATAAGACAGCCTTCACCAGCACGGACTTCGGCTACGCAAGTACCATCTCCGTCTTCATCGTGATCGAGTGCCTCGTCGCCGTCGGCCTCATCTTGTTCATGCTCAAGCGGAAGGCAGATTCATGA MLPNRSRTSVLVFLLPPLLLYCAAVLFPILQSLFLSFFSWNGISEMEFVGLANYVRMLTADDIFWRSFFNALLYLAICLVLQLGGALVVASLLTSLRRGRELIKTLYLLPAVISTVAIAFLFVRIYSIDPVGLLNQLLHWVGLGSFERAWLSDVNTVLAAVSAPEGWRFTGLYMLIIYAALIAVPKELEEAAVLDGASKWTLFTKIRFPYIRPVWITTTIMATTYGLRGFDIPYLMTNGGPGQSSELLTTYMYKTAFTSTDFGYASTISVFIVIECLVAVGLILFMLKRKADS PGPT0016335_1776 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 D3-18_03372 903 ngcG_5 COG0395 Diacetylchitobiose uptake system permease protein NgcG ATGATCACCCAGACAGCCCCTTCTTCCCCGCGCGCTTCCGCTCCGACGTCGCCGGTTCTTAAACGACGGCGGCGTAAGCCCAGCCTGTACCGGACACTCTCCCGGGTCCTCATCCTGCTCATCGTGATCGTGCAGGTCTACCCGCTCGCTTGGCTGTTCGTTACCAGCCTGCGGACGGAACACGACTTCGCAACCGGCGATCCCTTCGCGCTCCCCAGCTCGTTGACGTGGGAAAACTATGCGAGGGCCTTTGAAACCGGCGACTTGGGCCGGAACATCCTGAACAGTTTCATTGTCACCATGGGCGCCAACATCCTCATTGTGTTGTTCGGCATGATGGCTGCGTACGCCATTCAGGTTCTCGGCTTCCGTCTGAGCCGCTTTGTGCGCGGTTTGTTCCTGGTGGGAATCATTGTTCCCGTTCAGATCGCTTTGGTCCCGCTATTCATCGACTACTCCGCAGTGAACCTGTTGGACACGTACCAGTCGATGATCATCCCCTTGGCCGGCTTTGCCTTGCCCATGTCCATATACCTGTTCTCATCCTTCTTCGAGTACATTCCGCGGGAAACCTACGAGGCCGCATCCTTGGATGGTGCCGGCCCGTACAGGATTTTTGGTTTGATAACCCTGCCCCTGTCACTGAACACCGTGGTCACTGTTGTCCTGGTGAACAGCATCTTTATTTGGAACGACTTCATCTTCGCCAACACTTTTGTTCTCTCCGAGGACTTGAAGACGATTCCGCTGGGCCTGCAAAACTACATCGGCGCCATGGGCAAGGTGGATTGGACGGCCACCTTCGCTGCGGTCTGCGTGACCATCACTCCGCTGCTCCTGGTCTTCCTGGTCCTGAACAAGGCCATGATTCAAGGCCTTGAAAGCGGAGCGACGAAGGGATGA MITQTAPSSPRASAPTSPVLKRRRRKPSLYRTLSRVLILLIVIVQVYPLAWLFVTSLRTEHDFATGDPFALPSSLTWENYARAFETGDLGRNILNSFIVTMGANILIVLFGMMAAYAIQVLGFRLSRFVRGLFLVGIIVPVQIALVPLFIDYSAVNLLDTYQSMIIPLAGFALPMSIYLFSSFFEYIPRETYEAASLDGAGPYRIFGLITLPLSLNTVVTVVLVNSIFIWNDFIFANTFVLSEDLKTIPLGLQNYIGAMGKVDWTATFAAVCVTITPLLLVFLVLNKAMIQGLESGATKG PGPT0016340_200 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 D3-18_03373 1080 ccpA_7 COG1609 Catabolite control protein A ATGATTTCGCAGGAGAAAAATTCAGGCAACGCGGCCGCCCCCGTCGTTCATGCCAGAGCGGGCCGCGCCCATCCGGTGACCCTCCGCGAAGTAGCTGAACTAGCGGGCGTGTCCACTGCCACGGTCTCCCTGGTCATCAACAAAAAGAAGAACGCGCGCATTGCAGACGAGACTCGTCGACGGGTCACGGAGGCGATCGCTCAACTGGGATACCGTCCAAATGCCATGGCCAAAACACTGGTCAGCGGAAGCTCGAAGTTCATCGGGTTGGTAGCCGACGGCGTAGCCACCACGCCCTTCGCCGGCCAGATCATCCATGGTGCCCAGGATGAAGCTTGGAAGCATGGTTACGCCCTGCTGATCGCCAATACCGAAGGCAACCAAGACCTCGAAAAAGATGCGATCGCCATGATGTTGGAATACAAAGTCCGCGGCATCCTTTACTCAACGTGGTTCCACCGCCCCACCGACGTCCCGGATACCCTTCGTGAGGCGGATTTTGTCCTGGTCAACTGCTTTTCCCCCGACGCCGGGACCGCGCGGGCCGTAGTACCGGATGAGGCGCAAGGTGGACAATCTGCCACTGAGATCCTGCTCCGCGGTGGCCACCGGCGCATCGCGTTCATCAACACCACCACCCCTGCACCGGCCAAGGACGGTCGACTCCAGGGCTACAAGGACGCACTCGAAGCCGCTGGAATTCCTTTCGATCCCGATTTGGTGCTCGAAGCGTACCCGGATCAGGAAGGCGGATACGGTGCCACGGAGGATTTGCTCAATCTTGGGGTCAGCGCCGTGTACTGCTACAACGACCGCATGGCCATGGGGCTTTACGACGGCCTGCGGGAAAACGGCCTCTCCATTCCGGAGGACATTGCCGTGGTGGGTTTCGACAACCAGGAAGTCATCGCGGCCCACCTCCGGCCGCCGCTTTCAACGGTGTCACTGCCCCACTATGAACTAGGCGCTGCGGGTGTTCGGATGCTCTTGGGCCTTGACGCTGCGCCTCTCGAGTCCGCTGTGAAGATCGCCTGCCCGGCCGTTGAGCGCGACTCCGTTGCCGTTCACTCACCTGCCTAG MISQEKNSGNAAAPVVHARAGRAHPVTLREVAELAGVSTATVSLVINKKKNARIADETRRRVTEAIAQLGYRPNAMAKTLVSGSSKFIGLVADGVATTPFAGQIIHGAQDEAWKHGYALLIANTEGNQDLEKDAIAMMLEYKVRGILYSTWFHRPTDVPDTLREADFVLVNCFSPDAGTARAVVPDEAQGGQSATEILLRGGHRRIAFINTTTPAPAKDGRLQGYKDALEAAGIPFDPDLVLEAYPDQEGGYGATEDLLNLGVSAVYCYNDRMAMGLYDGLRENGLSIPEDIAVVGFDNQEVIAAHLRPPLSTVSLPHYELGAAGVRMLLGLDAAPLESAVKIACPAVERDSVAVHSPA PGPT0017992_980 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 D3-18_03374 753 hypothetical protein GTGGAAGCCCAGTGGTCCCCCATCACTGGGCTTCCCTTTGGAACCGGCAGCTTGCGCTTCAGGCCTCTACGGCAGCGTCGCTTAGGAAAGGAGATCGACCTGATCAGTTTTCTCAAGGCGACTGCTGCAGCCGATGAATTGACCGGGATTGTCGGTATGGCCGCGAAAGTAATCGAAGCCCTCGGTGAATGGGGCGTGGGGTTGCTGACGCTTCTGGAGACTGTCTTCCCGCCCATACCCAGTGAGGTGATCCTTCCGCTGGCTGGATTCCTTACCCAGCAGGGAAGCATGAACCTGATCCTGGTGTTCGTCACCAGTACCCTCGGGGCATATGCCGGCGCAATGCTCCTCTATTGGCTGGGGTACAAGGTGGGGCTGGAACGGTCCATCAAGCTACTTTCGAAGCTGCCGCTGGTTGATCGGGAAGATTTCGAGAAGGCCGCTGATTGGTTCGAGCGCCACGGTAAGTCAGCTATTTTCTTTGGTCGACTGCTACCCGGCGTGCGCAGCCTTATCTCCCTCCCGGCAGGCGCCGAACGCATGAATCTGGTGACGTTCAGCCTCTTTACCGTGGCCGGGACCGGTGTATGGAACGCCCTGCTCATAGGGGCAGGGTCGCTGCTCGGCACGCAATATCACCTTGTCGACCAGTACTCACGGTTCCTCAATTACGCTGTGTACGCCGGACTTGCCGCCTTCGTAGTGTGGCTCATCATCCGACGGGTCAACAAGCGCAAAGAAAGCACCAAGTAG MEAQWSPITGLPFGTGSLRFRPLRQRRLGKEIDLISFLKATAAADELTGIVGMAAKVIEALGEWGVGLLTLLETVFPPIPSEVILPLAGFLTQQGSMNLILVFVTSTLGAYAGAMLLYWLGYKVGLERSIKLLSKLPLVDREDFEKAADWFERHGKSAIFFGRLLPGVRSLISLPAGAERMNLVTFSLFTVAGTGVWNALLIGAGSLLGTQYHLVDQYSRFLNYAVYAGLAAFVVWLIIRRVNKRKESTK NA NA NA NA NA D3-18_03375 495 hypothetical protein ATGCCCTCGCCATGGACCTTCCTCATCACCCTGCACGCCATCGCAGCCGGCTACGCCTTACTCTTCGGCGCCGTGAACCTGCTCCGCCGCAACAAAGGCAGCGCAGCGCACAAGATCCTGGGCCGCATCTGGGCAGTGGCCATGTACGTAGTCGTCCTCACCTCCTTTGGGATCAGAACCATCGACGGCGGCTTCAACTGGCTCCACGCCCTCTCCGTGCTGACGTTCTGCACGCTGACCATGGGCTTATGGTCCGTCCGCCGCGGCAATATCCGTGCACACCAGCGGTTTATGACCGGCAGCTATTTCGGACTGGTCGGTGCATTCATCGGGGTCGTAGCCGTACCGGACAGAAGGCTCCCGCAGATGGCCATCCATGACCTCGCCGGCCTCACCCTCTGGGTGGCGGCCCTCGCACTTACCGCCGGGCTGACCGTCGCGGGGCTGATGCAACTGCGCCCGAAACAGGTACTTAGCCCGAGCAGCCGGAAGTAG MPSPWTFLITLHAIAAGYALLFGAVNLLRRNKGSAAHKILGRIWAVAMYVVVLTSFGIRTIDGGFNWLHALSVLTFCTLTMGLWSVRRGNIRAHQRFMTGSYFGLVGAFIGVVAVPDRRLPQMAIHDLAGLTLWVAALALTAGLTVAGLMQLRPKQVLSPSSRK NA NA NA NA NA D3-18_03376 1023 cdhR_2 COG4977 HTH-type transcriptional regulator CdhR ATGCAGCACGATGGGTTCGTCGCTTTCCTTGTGTTCGATGGGGTGACCATGCTCGATGTAGCAGGGCCTGCAGAAGTTTTTACCGAAGCGAACAAGCTCGGCGCTTCCTACACCCTGAAATACATTTCTGTCTCCGGGAAGCCCGTCAGCACTTCCATCGGTCTGCCAGCAGGGGTGGACGGACGACCCGGCGACTTAAGAAACCTCGATACGCTGATCGTTCCGGGCGCTGATCACCTGCCCTGTTCCCCTATCGCAACGGAACTGGTGGCGGCCGTTCAGTCCATTCAGGGACGTTCCCGGAGGGTGGTTGCCATCTGTACCGGCGCGTTCGTTCTTGCTGCTGCCGGTCTTTTGGACCAACGACGGGCGACAACGCACTGGCAGCACACCAGGCTCCTTGCCGCGGCCCATCCCGAGATCCGGGTGCAGCCTGATGCGCTTTTCGTCGAAGACGGAAATGTCCTCACATCTGCCGGTGTCTCTGCCGGCATTGATCTTGCACTGGCGTTAGTGGAGAAAGACCACGGCCCTGCCCTCGCCCGTGAGGTGGCTCAGAAGTTGGTTCTGTTTATGCAGAGGCCAGGAGGACAGTCACAGTTCTCGGCACCCCTATCCGTAGAAAAGCCCAAGAATCAACCCTTGCGTGAAGCGGTAGAACTGATCTCGGCGCATCCGGAGCAAAACCACACGCCCCGCTCCATTGCCAGGCTGGTGGGACTGAGCCCCCGGCAGGTGGCGCGCCTTTTTGCCTCGGAACTGCAAACTTCCCCGACGAAGTTTGTTGAGCAGGTTCGTCTTGACCGGGCGAAAGCACTTCTTGCGGCCGGACAGGGCATCGCAAAAACAGCAGCGGTGGCAGGGTTTGGAAGCTCGGAGTCCATGCGGAGGATCTTCAACCAGCGTCTTAGTGTGTCGCCCAGTGAATATCGAGCCCGCTTCCAGTCAACGATGGCCCGCACGGATGACCGCGTTGCGCTGGACGACGTTCGCAACGCCAGCGAAAACATCAAAGACGGTTAA MQHDGFVAFLVFDGVTMLDVAGPAEVFTEANKLGASYTLKYISVSGKPVSTSIGLPAGVDGRPGDLRNLDTLIVPGADHLPCSPIATELVAAVQSIQGRSRRVVAICTGAFVLAAAGLLDQRRATTHWQHTRLLAAAHPEIRVQPDALFVEDGNVLTSAGVSAGIDLALALVEKDHGPALAREVAQKLVLFMQRPGGQSQFSAPLSVEKPKNQPLREAVELISAHPEQNHTPRSIARLVGLSPRQVARLFASELQTSPTKFVEQVRLDRAKALLAAGQGIAKTAAVAGFGSSESMRRIFNQRLSVSPSEYRARFQSTMARTDDRVALDDVRNASENIKDG NA NA NA NA NA D3-18_03377 639 hypothetical protein ATGACCGAATTTATCGCCGGCGTCGAAGTGCCCGAAACTGAACTGGTCCGCGAAGCCACATCACTGGTGACGGATGCAGCAGAGGAAGCTGTCTTTCACCATTCCCGCAGGGTCTTCCTCTGGGGAACGCTGCAGGCCCGCGCACGGAATTGGGAAGTGGACCCCGAACTCGCCTACGTCGGTGGGCTGTTCCACGATTTGGGACTAACAGCCAAGTACAGAACCATCGGGCAGCGTTTCGAAGTTGACGGCGCCGATTTGGCGTTTGATTTCCTGAAGGAGCACGGCCGTTCCGAGGAAGACGCCCGGAACGTCTGGTTGGCGATCGCACTCCACACAACACCTGGGATTCCCGAGCATCTGGGTCCTGACGTGGCGGTCGTATCGCTGGGGGTGGAGACTGACGTGCTGGGAATGAACCTTGATCGGATCTCGCCGAATGAACGTGCGAACGTCCTCGCTTCGCATCCCAGGCCAGGGTTCAAAGGAAAAATTCTGGAGGCTTTCTACGAGGGAATGCGGGAGCGCCCGGACACGACGTTTGGAACAATGAACGACGACGTGCTCGCTCACTTCGATCCGTCATTCGTGCGAGCGAACTTTGTGGACATCATCCAGAAAAACCACTGGCCGGAATAA MTEFIAGVEVPETELVREATSLVTDAAEEAVFHHSRRVFLWGTLQARARNWEVDPELAYVGGLFHDLGLTAKYRTIGQRFEVDGADLAFDFLKEHGRSEEDARNVWLAIALHTTPGIPEHLGPDVAVVSLGVETDVLGMNLDRISPNERANVLASHPRPGFKGKILEAFYEGMRERPDTTFGTMNDDVLAHFDPSFVRANFVDIIQKNHWPE NA NA NA NA NA D3-18_03378 1011 hypothetical protein ATGTCGGAATCGACAAACAGATCAAACAACCATCAGTTGCCCCCGGCGCAGCATCGGGACGCAGGAGTCAAACGGGCTCCGCGCGGATTGAGGACCCTTGCCAAGGGTGCGATCATGCTGACCACTTGCTTGCTCGCCTTGTCCGCGTGCACTAATGCTTCCGGGTCCGGAGCGAGCCCCACCTCTGGCTCGTCCAATGCCACGTTCGACCCCGTCAGCCTAACGGCGGATGAAACGCTCGCGTCACAGGTGCCGGAAGCCATTAAATCCAAGGGCACCTTGGTCATCGGCTCCGACACAACGTACGCTCCGGCTGAGTTCCTCGGTGGCGCGGATAACCGCACTCCCATGGGCTACGGCGTCGACCTGGCGAAGGCCATCGGAGCGACCCTCGACTTGAAAGTGGACGTACAGACCGCAGAATTCACGGGCATCCTCCCTGCCCTCGGACCCAAATATGATCTCGGCATCAGTTCCTTCAGCATCACCAAGGAGCGGCTCGAAGCCGTCAACTTCGTCAGCTACCTCAACGCCGGGACTACCTGGGCCGTCCAGAAGGGCAACCCCAAGAACTTCTCCCCCGATGATGTCTGCGGCAAATCCGTGGGAGTGCAGACGGGAACAACCCAGGAAGATCCTGACCTCAAGCACCGCAACGATGAATGCCTCAAAGCCGGCAAGCAACCCATCGACATTGTCACGCTGAAGAACCAGACGGATGTCACGACACGCTTGGTCAACGGAAGCATCGACGCCATGATCGCCGAGTCCACCCTGATCGGATACGCCATCCAACAGACCAATGGAGCCGTGGAAAAAGCCGGAGGCGTCTACAACACCTCCCCGGTAGGCATCGCTGTCCCCAAGAATGACACGGCGCTGGCCGAGCTCGTCCGAAAAGTGGTTGCCAAGTTGATCGCCGACGGAACGTACCAGCGCATCCTCGATTCCTGGAACAACTCCGACGGCGCCATCACCAAGCCCGAAGTCAACCCTGCGGTGCAGTCATGA MSESTNRSNNHQLPPAQHRDAGVKRAPRGLRTLAKGAIMLTTCLLALSACTNASGSGASPTSGSSNATFDPVSLTADETLASQVPEAIKSKGTLVIGSDTTYAPAEFLGGADNRTPMGYGVDLAKAIGATLDLKVDVQTAEFTGILPALGPKYDLGISSFSITKERLEAVNFVSYLNAGTTWAVQKGNPKNFSPDDVCGKSVGVQTGTTQEDPDLKHRNDECLKAGKQPIDIVTLKNQTDVTTRLVNGSIDAMIAESTLIGYAIQQTNGAVEKAGGVYNTSPVGIAVPKNDTALAELVRKVVAKLIADGTYQRILDSWNNSDGAITKPEVNPAVQS PGPT0020800_947 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 D3-18_03379 990 hypothetical protein ATGAGCATTACCACAGACGCATTGAGCACCACGCAGGGAAACCGTTCACCGGAGCTGATCAAGGCAGTTCCCGTCCGCCACCCCGGGCGCTGGGTGGGGGCCGCCGTCATTCTCGTGGTGGCCGCCGTCGGTATCCAAAGCCTGGCCACCAACCCCAACTTCCATTGGGATACTTTCGGCCTGTATGTCCTCGACGAGAACGTTATCCGAGGCGTTGGGTGGACTCTTCTGCTCACCGTCCTGTCCATGGCGATAGCGGTGACCCTGGCTATTTTGCTGGCCTTCATGCGCCAGTCTGACAACCCCATCTTCCGGTGGTCCAGTTGGTTCTGGGTGTGGTTCTTCCGGGGCACACCTGTCTACACCCAGTTGATCTTTTGGGGATTGGTGGCCGTCCTTTATCCCAAGATCACTCTCGGAGTGCCCTTCGGCCCGGAACTGCTCAGTCTGACAACCCAAGACCTGCTGAACGCTTTCTGGGCTGCCGTTCTGGGCCTCGCCCTGAACGAGTCGGCCTACTTGGCGGAGATCTTCCGCGCCGGCCTGAAATCAGTGGACAAGGGACAGATTGAAGCCGCTGAAGCCTTGGGCATGCGTGGCACGAAAATCATGTGGCGGATTGTCCTTCCACAGGCGATGCGCATCATCGTCCCGCCAACCGGCAATGAAACCATTGGAATGCTCAAGACAACCTCCCTGGTGCTCGCAGTGCCTTTCACACTGGATCTAACCTTCGTCACCAACACCCTTGCCAACAGAAGCTACCTCCCCATCCCGTTGCTCATCGTGGCGGCGTTCTGGTACCTGGTCGTCACCAGCATCCTGATGGTGGGCCAGCACTTTATCGAGAAGCACTACGGGAAGGGCATCGATATTTCCACTCGAATCACAATCAACCCCGCAGCCATTCAGGTAGCCGGCGCAAGAGTCAACCGGGCACCGGCCACCACCCCTGATAGCGCACCAGCCATTGAGGAGAGCGGCCGATGA MSITTDALSTTQGNRSPELIKAVPVRHPGRWVGAAVILVVAAVGIQSLATNPNFHWDTFGLYVLDENVIRGVGWTLLLTVLSMAIAVTLAILLAFMRQSDNPIFRWSSWFWVWFFRGTPVYTQLIFWGLVAVLYPKITLGVPFGPELLSLTTQDLLNAFWAAVLGLALNESAYLAEIFRAGLKSVDKGQIEAAEALGMRGTKIMWRIVLPQAMRIIVPPTGNETIGMLKTTSLVLAVPFTLDLTFVTNTLANRSYLPIPLLIVAAFWYLVVTSILMVGQHFIEKHYGKGIDISTRITINPAAIQVAGARVNRAPATTPDSAPAIEESGR PGPT0020795_926 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 D3-18_03380 774 glnQ_6 COG1126 Glutamine transport ATP-binding protein GlnQ ATGAGGGCAGCAACCACCGATCTGGTCAGGATCGAGGGAGTCCACAAGTATTTTGGGGACCACCACGTCCTGAGTGGCATCGATATGACCGTCAAACAAGGTGAAGTCGCAGTCCTGATCGGCCCCTCGGGGTCAGGAAAGTCGACCCTCCTGCGCTGCATCAACCATTTGGAGAGCATTAGCGCCGGCCGGATCCGCGTCAACGGCGAACTCATTGGATACCGCGAAAAGGACGGAAAGCTCCACGAACTGCCTCTCAAGGACGTCGCCCGCCAACGCCGGAACATCGGCATGGTCTTCCAACGCTTCAACCTCTTTGGGCACAAGACAGCCCTGGAGAACATCATTGAGGCTCCCGTACAGGTCAGAGGGCTCGAAAAAGTTCCCGCCAAACGCCGTGCCCAGGAGCTTCTCGACCGCGTGGGACTCGCCCACCGTGCCAGTTATTATCCGGCGCAGCTCTCCGGAGGCCAGCAACAGCGCGTTGCCATCGCCCGGGCTTTGGCCATGGATCCGGAGTTGATGCTCTTCGATGAACCGACCTCCGCGCTCGACCCCGAACTGGTGGGAGACGTCTTGGATGTTATGAAAGACCTCGCAAGGTCGGGCATGACCATGATCGTGGTAACCCACGAGATCGGTTTCGCCCGGGAGGTCGGAGACACTTTGACGTTCATGGACGGCGGAATCGTCGTAGAGTCGGGCAATCCCCGCGAGCTCATAGCCACCCCTCAGCAGGAACGCACCAAGAGTTTCTTCAGCAAAGTCCTGTAA MRAATTDLVRIEGVHKYFGDHHVLSGIDMTVKQGEVAVLIGPSGSGKSTLLRCINHLESISAGRIRVNGELIGYREKDGKLHELPLKDVARQRRNIGMVFQRFNLFGHKTALENIIEAPVQVRGLEKVPAKRRAQELLDRVGLAHRASYYPAQLSGGQQQRVAIARALAMDPELMLFDEPTSALDPELVGDVLDVMKDLARSGMTMIVVTHEIGFAREVGDTLTFMDGGIVVESGNPRELIATPQQERTKSFFSKVL PGPT0020790_908 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 D3-18_03381 867 COG0583 putative HTH-type transcriptional regulator ATGAACTTCGAACATCTGAAGGCTCTGAGCGCCATCGTCGAGACCGGATCTTTCGATGCTGCCGCGACCCTGCTCGGCATCACGCCTTCCGCTGTCAGCCAACGCATAAAAGCCTTGGAAACCTCCGCCGGGCAAATACTGGTCCGCCGCAGCCTGCCGAGCAGCCCCACGGAAGCCGGCGCCGTACTCTTGCGCACAGCCCGACAGATTCAGGCGCTGGAGGCAGACGCCCTGCAGTCGTTGGGCCAAGGCCCTGAAGGACGGGCCACTGTTGCCCTCGCCGTAAACGCCGATTCGCTCGCCACGTGGTTTATCCCTGTTCTGCACGATGCAGCCACATGGTCGGATGCAGTGCTGGACCTACACATCGAAGACCAAGACCATAGCAGCCGGTTACTGCGCCAAGGAGACGTACTGGGGGCAGTCACCACCGATCCCAAAGCCGTCGGGGGATGCCGTGCAGAGCCGCTCGGCGTAATGCGCTATGTCCCGGCCGCCTCGCCCGCACTGCGGCAACGGCACGAAGCTTCTGATGGGGTGAACTGGTCGGAAATGCCGATGCTCCGCTTCAGCACCAACGATGACATGCAGCACCGTTTCCTTCGTTCCCAGGGTGTTGAACACTTTCCCCCAACCCATACCGTCCCTTCCTCCGAAGCGTTCCTTGCGGCCGCATGCGCCGGACTGGGATGGGGCATGATCCCCGAGCAGCAACTCCAGCAGGACCTGCCCCGAGGCCTGGTCCCCCTTCCCGGGGCCCCAAATGACGTAGCGCTGTACTGGCAGTGCTGGGCAATGGCCTCACCACGGCTCGAACGAATCACTGGAGCCGTACGGGCGGCCGGCAGTAAGCTGCGCCAAATCTGA MNFEHLKALSAIVETGSFDAAATLLGITPSAVSQRIKALETSAGQILVRRSLPSSPTEAGAVLLRTARQIQALEADALQSLGQGPEGRATVALAVNADSLATWFIPVLHDAATWSDAVLDLHIEDQDHSSRLLRQGDVLGAVTTDPKAVGGCRAEPLGVMRYVPAASPALRQRHEASDGVNWSEMPMLRFSTNDDMQHRFLRSQGVEHFPPTHTVPSSEAFLAAACAGLGWGMIPEQQLQQDLPRGLVPLPGAPNDVALYWQCWAMASPRLERITGAVRAAGSKLRQI NA NA NA NA NA D3-18_03382 720 hypothetical protein ATGGAAACTTCTACCCTTCTCGTGGACGCCAGCTACGTTGATCCGGCCATCTATGAATTGCGCCCGGACTATCGAGCTCTACTGCTCACCGTCGATGGCCTCGTACCGGGGGCAAGCAATGACGCAAGCGAGGCGCTACTCCATAGAGCGGAAACTTCCGCCCGGCTGGCACTTCAGGAGCAAAAGGTGGAGGCACTCCCCCATGTCGCCGCGTGGCGAGCGGCCTATCAAGGCTTCGGTGCCAAGCCAAACCGAACACGGAACAGCCTTGAGGCGCTCCTCCGGCGCGCTGCCACAGGACTCCCCAGAGTGAACCGGCTGACAGACATCTACAACGCCATCTCCGTGCTTTACCAAATCCCGCTCGGCGGTGAAGACCTCTCCAAATACAGCGGCCCACCCCGGCTCATCCGCGCTACCGGCGAGGAGCCTTTCGACACAACAGCCAACGGCGAGGCCGTCGTCGAGTATCCCGAACCAGGCGAAGTCATCTGGTGCGACGACGACGGCGTGACTTGCCGACGCTGGAACTGGCGGCAGGGCCGACGGACACAGCTACGGGACGAAACCTCCAGCGCGTTGTTCATCCTGGATGCCCTGGATCCTGTTAGCACTGAGGCCCTGCAGGCGGCCGCCGAGGAACTGGCAACCCATCTGGCCGGGCTCGGGCCCGGCATCACCATCACAGACCATCTCATCAACAAAGCCACCCTGACGTGA METSTLLVDASYVDPAIYELRPDYRALLLTVDGLVPGASNDASEALLHRAETSARLALQEQKVEALPHVAAWRAAYQGFGAKPNRTRNSLEALLRRAATGLPRVNRLTDIYNAISVLYQIPLGGEDLSKYSGPPRLIRATGEEPFDTTANGEAVVEYPEPGEVIWCDDDGVTCRRWNWRQGRRTQLRDETSSALFILDALDPVSTEALQAAAEELATHLAGLGPGITITDHLINKATLT NA NA NA NA NA D3-18_03383 879 rhtA COG5006 Threonine/homoserine exporter RhtA ATGACCACTTCCAACCCCGCAATACCACCGTGGGCGCTGACCATAGCAGCCATGTTTTCCATCCAACTTGGCTCCGCCCTGTCCGCAGGATTGATGCCGGCGCTAGGACCCATCGGAACGGCATGGCTTCGACTCAGCATGGGCGCGCTCATCCTGCTCCTCCTGGCCCGTCCACCACTGAAGTCCCTCCGCCTTCGTGACGCCCCGGCCGTCCTGGGTCTTGGCATCGCCGTTGGGGTCATGTCAGTGACGTTCCTCGCCGCCATGGAACGCCTTCCACTTGGCACCGCTGTAGCCATTGAATTCCTTGGCCCACTCAGCGTCGCCGCCCTTCGAGGGCGGGGAGTCCGCTCGTTGGTCCTGCCAGCAACTGCACTGGCAGGAGTCCTCCTGCTCACCGAACCTTGGACCGGCGAAGTAGATCTGATCGGCGTTGGTTTTGCTGCCATGGGCGCGGTCGGATGGGCAGCCTACGTCCTCTTGACCCAAAAAGTCGGTGACCGGTTCAACGGAATCGGCGCCCTTGCGCTGACCATTCCTATTGCAGCCGTGGTTGTGACACCATTCGGACTGCCCCAGGCTTTCGGGCACTTAACGTGGGAACTCGTTGCCGTGGCCGCCGCCCTGGCGGTACTGATACCGGTGCTGCCCTACATCCTGGAAATGCGGGCGCTACGTCGGATGACGCACACAGCGTTCGGCACCCTGCTGGCCTTGGAGCCGGCCATCGGCCTCCTTCTGGGTATGGTCGTGCTCGCCCAATCCCCTTCGGCTCTCCAATTCGCGGGAATCCTGCTGGTTATCTTTGCAGGCGCAGCGGCACAACGCGGAGGGCGCCGCCAACAGCAGCCCCACACATTTGCGCCTGTACAAGCGTGA MTTSNPAIPPWALTIAAMFSIQLGSALSAGLMPALGPIGTAWLRLSMGALILLLLARPPLKSLRLRDAPAVLGLGIAVGVMSVTFLAAMERLPLGTAVAIEFLGPLSVAALRGRGVRSLVLPATALAGVLLLTEPWTGEVDLIGVGFAAMGAVGWAAYVLLTQKVGDRFNGIGALALTIPIAAVVVTPFGLPQAFGHLTWELVAVAAALAVLIPVLPYILEMRALRRMTHTAFGTLLALEPAIGLLLGMVVLAQSPSALQFAGILLVIFAGAAAQRGGRRQQQPHTFAPVQA NA NA NA NA NA D3-18_03384 1047 hypothetical protein GTGACTACTTACAATCTGGCCCTCATCGGTTTCGGAGGCGTCAACCGCGCCCTCGCCGAACTGATCCGCGACGAATCCCAGCGCTTCACTTCCCTCGGGTTCGAGCTCCGCGTCGTAGCCATCACCGACCTTGCTTTCGGATCTCTCGTCCAAGGCGACGGCATCGACCTTGCAGCCGTCCTGGCCATGCCCCGCGGATCCTCCTTCGACGGGCTCCCCGGCGGCAGCTCCGACCCCCGCAACGAAGACGTCATCAAGAACAGCCCTGCCGACATCGTCGTCGAAGCGACCTTCACCAGCCCAATCGACGGCGAACCCGCTGTCTCGCACGTGAAGTGGGCCATCGAGTCGGGCAAGCACGTGGTGACCACCAACAAGGGACCCGTCGCACTCCGAGGCCCTGAACTGAGCAAACTCGCCGCAAGCAACGGTGTCCGCTTCGAATACGAAGGCGCCGTCATGAGCGGCACACCTGTTATTCGTCTTGCACACAAGATGCTCGGAGGTCTCGAGTTGACCGCAGTGCAGGGGATCCTGAACGGTACCAGCAACTATGTGCTGGGCCGTATGGAAGCCGGTTTGCGCTTGGACGAGGCGATCGCCGAAGCCCAGGATCTCGGCTACGCGGAGGCTGACCCGACCGCGGACATCGGCGGCTCCGATGTCCGGCTCAAGGTCGCCATTCTGGCCAACGAACTGCTCGGCGCCAGCATGAACCCCAGCGATGTAGAGACCACTGGCATCCAAGACATCAAGAGCGATGACGTGGCCAAGGCCTTGGCACGTGGACTTCGTTGGAAGTTGATCGGTGAAGCCCGCCGCGAAGCGGATGGCCGGGTCGTTGCCACCGTCAAGCCGATCGCCCTGCAGGCCGATCACCCACTCGCAGGCATTTCCGGTGCAACCAACGCGGTGTCCTTCACCACCGACCTGCTCGGGGCAGTCACCGTATCCGGCCCGGGCGCTGGTCGTGTGGCGACCGCCTACGCCCTCATCTCGGACATCATGGCCGTCAACGAATTCTTCAAAGGAGCCGTCCGTGCCTGA MTTYNLALIGFGGVNRALAELIRDESQRFTSLGFELRVVAITDLAFGSLVQGDGIDLAAVLAMPRGSSFDGLPGGSSDPRNEDVIKNSPADIVVEATFTSPIDGEPAVSHVKWAIESGKHVVTTNKGPVALRGPELSKLAASNGVRFEYEGAVMSGTPVIRLAHKMLGGLELTAVQGILNGTSNYVLGRMEAGLRLDEAIAEAQDLGYAEADPTADIGGSDVRLKVAILANELLGASMNPSDVETTGIQDIKSDDVAKALARGLRWKLIGEARREADGRVVATVKPIALQADHPLAGISGATNAVSFTTDLLGAVTVSGPGAGRVATAYALISDIMAVNEFFKGAVRA PGPT0020155_3949 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_SERINE_DEGRADATION,PGPT0020155-hom-K00003 NA NA D3-18_03385 1416 safD COG1012 Sulfoacetaldehyde dehydrogenase GTGCCTGAAACAGCGATTGCCGAAGCGAACTCCCCAGTGACAACTCAAGATCTGGTGGTGCACAACAAATTTGACGGTTCCGTTTTGGCAGCCTTGCCCCAGTGCAGCCAGGCAGATGTACAGGTGGAACTGATCCGGGCCGCTTCCGCCGCTCCGGCAGCCGCCGCCGTGCCCCGCCACGAGCGCGGCCGGATCTTGGACACCGCCGCGGACCTTCTTCAGGAGCGGTCCCAAAAAGTCGCGGAACTAATCGTGGCCGAAGCCGGCAAGACCATCAAACAGGCACGCAAGGAAGTGGCGCGGGCCGTCAACACGCTCAAGCTTTCTGCAGCGGAGACGCGCCGGAATGTCGGCGAAGTAGTTCCCTTCGACTCCTTCGCAGGCTCCGAGAACCGGCAGGGTTGGTTCACCCGTGAACCGCTCGGACTCATTGCGGCCATTACCCCGTACAACGACGCTTTGAACTTGGTGGCCCACAAGCTCGGCCCAGCGATTGCCGGCGGCAATACCGTGATTCTGAAGCCATCGCAGCTGACTCCGTTGACAGCCATCCTTCTCGTGGACCTGCTGCGTGAGGCCGGCCTGCCGGCGGAGTTCGTCACCGTTGTCTTGGGTGATCGCACTATTGCGCAGACCATCATTGCCTCCAAACTGGTCCGCATGGTTTCCTTCACCGGAGGTTTTGCTACCGGGCGTGCCATCGCGGCGAACGCCGGTATCAAACGCCTGTCCATGGAACTCGGCGGCAACGCGCCCGTCATTGTGTTCGACGACGCCGACCTTGCCACCGCCGTCGAAGCCTGTGTCTCCGGCTCCTTCTGGGCAGCCGGACAGAACTGCATCGGCGCCCAGCGAATCCTTGTCCAAAGGACTGTCTTCGATGCCTTCTTGAAGGACTTCGTCGCCCAAACGGCTGCTTTGAAAACCGGCGACCCGCGCAACGAACAAACCGACGTCGGACCCATGATCAGTAACGGCTCCGCGGTCGAAGCGAAGCGCAAGATCGATGACGCAGTGGCTGCCGGGGCACAGCTACTCACTGGCGGCACCCTCACCGGGCCAGTCCTGACGCCCGCTGTGCTCACAGGCGTCCCCCGCAACTGTGAGGCCTGGAGCGAGGAACTGTTTGCCCCCGTAGTCCTGGTGGAACCGTTCGAGACCGCCGAGGAAGCCATCAAACTGGCCAACGACAGCGAATACGCCTTGCAGGCCGGGGTATTCACCAAGGACCTGGGCCGAGCACTGGCAACCGCCAAAGCGATTGACGCAGGCGGCGTGATGATCAACGACTCCTCGGACTACCGGCATGACGCAATGCCATTCGGTGGTTCAAAATACGGCAGCATGGGCCGCGAAGGTGTCCACTTCGCGTACGAAGAAATGACCCAGCCCAAAGTCATCGCGATCGCCTCATGA MPETAIAEANSPVTTQDLVVHNKFDGSVLAALPQCSQADVQVELIRAASAAPAAAAVPRHERGRILDTAADLLQERSQKVAELIVAEAGKTIKQARKEVARAVNTLKLSAAETRRNVGEVVPFDSFAGSENRQGWFTREPLGLIAAITPYNDALNLVAHKLGPAIAGGNTVILKPSQLTPLTAILLVDLLREAGLPAEFVTVVLGDRTIAQTIIASKLVRMVSFTGGFATGRAIAANAGIKRLSMELGGNAPVIVFDDADLATAVEACVSGSFWAAGQNCIGAQRILVQRTVFDAFLKDFVAQTAALKTGDPRNEQTDVGPMISNGSAVEAKRKIDDAVAAGAQLLTGGTLTGPVLTPAVLTGVPRNCEAWSEELFAPVVLVEPFETAEEAIKLANDSEYALQAGVFTKDLGRALATAKAIDAGGVMINDSSDYRHDAMPFGGSKYGSMGREGVHFAYEEMTQPKVIAIAS PGPT0018005_767 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-GENERAL_USAGE PLANT_DERIVED_CARBOHYDRATES-GLYCOLYSIS|GLUCONEOGENESIS,PGPT0018005-gapN-K00131 NA NA D3-18_03386 1377 aspA_2 COG1027 Aspartate ammonia-lyase ATGACCACAGGCGTGAGAATTGAACAGGACAGCCTGGGGACCTTGGCGGTCCCCAGGTCCGCCTTGTGGGGAATCCATACTGAACGGGCCATCCTCAACTTCCCCATTAGCGGCATCCAGCTGGGAACCCACCGGCATCTGGTCCGAGCCCTTGCCCACGTGAAGAAGGCTGCGGCGCTGACCAACACCGAGTTGAGCCTGATCCCGGCAGACATTGGCCACGCCATCGTTGCAGCCTGTGACACTGTGGCCTCAGGCGACGTCGATCACGCTTTTCCGGTGGATGTCATTCAAGGTGGCGCCGGAACTTCCACAAACATGAACGCCAACGAGGTCATCGCCAACCTAGCCTTGGAAGCCTTAGGCCATCCCCGAGGCTCCTACGATGTGGTCGACCCCATCGGGCACGTCAACAAGTGCCAGTCCACCAACGACGTCTACCCGACGGCGGTGCGCCTTGCCCTCGTGTTCGCGTTGGAGGATCTGTTGGAGCGTCTGGCCCTGCTTTCGGCTGCGTTCGCCGAACGAGGTCAGGCGTTCGCCTCCATCCCGAAGGTTGGTCGTACGCAGTTGCAGGACGCTGTGCCCATGACCCTTGGTCAGGAGTTCACCGCATTCTCCGTGACCTTGGAGGAAGACCAGCGCCGGCTGCGCGAGGCAGCCGCGCTGTTGCTTGAGTGCAGTCTGGGTGCCACGGCCATCGGCACGGGCATCACCGCCGATCCTCGCTACGTTGAGCGCGTCATCGACAAGCTTTCAGCAGTGAGCGGTGTGACGTTGGTCCGTGCCCACGACTTCGTCGAAGCAACATGGGACACCGGCGCCTTTATGACGTTCTCCGGAGCGCTCAAACGCACCGCCATCAAGCTCTCCAAAATCTGCAGCGACCTGAGACTGCTTTCCAGCGGACCACAAACGGGACTCGCCGAAATCCGGTTGCCCCCGCGCCAAGCGGGCTCCTCGATCATGCCCGGCAAGGTCAACCCAGTGGTGCCCGAGGTCGTCAATCAGATCGCCTTCTTCGTCGCCGGAGCTGACGTAACAGTAACCATGGCGGCAGAAAACGGACAGCTTCAGCTGAACGCATTCGAACCAGCCATAGCTCACGCCCTGCTTCAGTCAGTGAGCTGGCTGACCAACGGTGCCGACGTGCTGCGGGACCTTTGCGTGGAGGGCATTGAAGCGAACGAGGCTTTACTGCGCTCCCGGGCGAGGGCCTCCACAGCGCAGGCCACTGCGCTGCTCCCGTTGCTGGGCTATGCAGTGGCGGCAGAGCTCGCACACCGCGCCCTTGCTTCAGGGCACAGTGTCATGGACCTCGCTGTCACCGAAGGCCTGCTCCTGCCCGAGCAGGTCGAGGCGCTAATGGGCGCCTGA MTTGVRIEQDSLGTLAVPRSALWGIHTERAILNFPISGIQLGTHRHLVRALAHVKKAAALTNTELSLIPADIGHAIVAACDTVASGDVDHAFPVDVIQGGAGTSTNMNANEVIANLALEALGHPRGSYDVVDPIGHVNKCQSTNDVYPTAVRLALVFALEDLLERLALLSAAFAERGQAFASIPKVGRTQLQDAVPMTLGQEFTAFSVTLEEDQRRLREAAALLLECSLGATAIGTGITADPRYVERVIDKLSAVSGVTLVRAHDFVEATWDTGAFMTFSGALKRTAIKLSKICSDLRLLSSGPQTGLAEIRLPPRQAGSSIMPGKVNPVVPEVVNQIAFFVAGADVTVTMAAENGQLQLNAFEPAIAHALLQSVSWLTNGADVLRDLCVEGIEANEALLRSRARASTAQATALLPLLGYAVAAELAHRALASGHSVMDLAVTEGLLLPEQVEALMGA PGPT0020125_2188 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0020125-aspA-K01744 NA NA D3-18_03387 456 lrp_3 COG1522 Leucine-responsive regulatory protein ATGCCCAAGAATCCACGCGATGAGATAGACGCGCAGATTCTTGCCGAGCTTCGTCGAAACGCCCGCATCAGCCTGGCTCAACTTGGCGAGAAGGTGCTGCTTTCCCGTAACGCTGTGCGGCAGCGCGTCGAACGGCTGGAACGGGACGGCTTCATCAACGGTTACACCATCAAAGAATCCACGGGGAACGGAACGCCCACAGTCAACGCCGTGCTCCTGATTCAGCGTCAGGACAGGATGAGGGGTGGTGACGTCATCGCCGGGTTGCGGGCGATTCCGGAAATCATCACCTGCGACGTAGTAAGTGGGGAGCTTGATCTGATCGCCCGGGTGGAGGCACCTGACGCAGCCAGAATCCAGGAAATCTGGCGGCAGGTTTCTGAGTTTCCCGGAGTCCGCGACACAACCACTGCCTTGTCCCTCTCAACGGTGATAGACAGGCAGACTCCACGCTAA MPKNPRDEIDAQILAELRRNARISLAQLGEKVLLSRNAVRQRVERLERDGFINGYTIKESTGNGTPTVNAVLLIQRQDRMRGGDVIAGLRAIPEIITCDVVSGELDLIARVEAPDAARIQEIWRQVSEFPGVRDTTTALSLSTVIDRQTPR NA NA NA NA NA D3-18_03388 1065 hypothetical protein ATGAGTGCTGATTCCAGCGAGGGTGACCAATTCCTTTGTTTCTTCCTGGCGGAGCCGGGATTGGCCGAAGCCGAGCGCCCATGGGATACGTTGTTATCAACGATTAAGGTAAGGCTTATGGATCCATATCAACTTAGCGTCTTGCGCGAGCTCGGTGATCATGGCAGTGTGGCCGCTACGGCACGCGCTCTTGGCGTCAGTCCCTCGGCGATTTCCCAGTCACTCGCCGCGCTTCAACGTAAGTTCAAGGCCCCCTTAACCCAGAAACGGGGGCGATCCGTTGAACTCACTGATGCCGGACAGGCTCTAGCGGTAGCGGCTATCGCTGTTTCCGAGGCGATCACCCGCGCTGAAGCAACGGTGGATGAGTTTGTCGGAGGCATCGATCGGACTGTGCGCGTCAGTGCTTTCCACAGCGCCGCGATGACGTTCTTCCCAGAGCTGGCCGCCTTGGAACATACGGAAGGATTCCCCGTGGTTGAATGCGTCGATGAAGACGTCGACCGTGTTTCGTTCCCGGCTCTGACGGCCAGCTACGACATTGTGATCGGCCACAGAATGAGTCACACACCGCCGTGGCCCAGGGACAGGCTTGCGGTCTTGTCGTTGTTGCGGGAACCCATGGACGTTGCAATGCACTCGTCCCATGATCTGGCGATGAAGAAGACGCTGAAACCTTCTGACTTGGTGGGAACGACGTGGATTTCCACCCATGCTGGTTTCTCACCAGCCGACATGCTTGACGCCGTAGCCGCTGCGGCCGGGTATCCGATGCGCGTTGTGCACAGGATCAATGACTTCAGCACTGCCGCGGCCATGGTGTCCGAAGGCGGACACCTTGCATTGCTGCCCCGGCATACCATTCGGATTCCTGCATCCCAGGACGTGGTCCTGCGTCCGTTGGAAGGCGTCCAGACAGTTCGCCACGTGGACATGCTGGTCCGCCCCGAACGGGTAATTCACCGGGCAGTGGCAGTCGTTATTGATGCTTTGCGCGGGATCGCCCAATCGCATGTTCAAACCCCCTCAGTCAGGAGCGCCCATGCCCAAGAATCCACGCGATGA MSADSSEGDQFLCFFLAEPGLAEAERPWDTLLSTIKVRLMDPYQLSVLRELGDHGSVAATARALGVSPSAISQSLAALQRKFKAPLTQKRGRSVELTDAGQALAVAAIAVSEAITRAEATVDEFVGGIDRTVRVSAFHSAAMTFFPELAALEHTEGFPVVECVDEDVDRVSFPALTASYDIVIGHRMSHTPPWPRDRLAVLSLLREPMDVAMHSSHDLAMKKTLKPSDLVGTTWISTHAGFSPADMLDAVAAAAGYPMRVVHRINDFSTAAAMVSEGGHLALLPRHTIRIPASQDVVLRPLEGVQTVRHVDMLVRPERVIHRAVAVVIDALRGIAQSHVQTPSVRSAHAQESTR NA NA NA NA NA D3-18_03389 603 sutR_2 COG1396 HTH-type transcriptional regulator SutR ATGGATGAAAACATCGCAACTTTGGCTTCGGCCATCGGCATACGGGTCAAGCAGGAGCGCTTGACTCGGCGCATGACGCTGGATCAACTGGCCGAAGCCGCGGGCGTGAGCCGTCGCATGCTGATCAACGTTGAGCAAGCCACCATGAATCCGAGCGTCGGCACTCTGCTAAGGATCAGCGACGCCTTGGGCGTCGGGCTGCCGGACTTGGTCCAGTCGCCCGAACCCAAGGCCGTCAAAGTGACCCGCAAGGGTGAAGGTGCCGTGCTGTGGACCAGCGATTCAGGCGGACGGGGCGTTTTGGTCGGCGGAACAGAGCCACCGGAAGTAGTGGAGTTATGGGACTGGATCCTCGGACCGGGCGACCAGCACTCAAGCGAAGCACATACTTCCGGCACCAAGGAACTCCTACAGGTTCAAGAAGGCACCGTCACTGTGGGCATTGCGGACCAAACGGTCATTCTCGAAGTCGGGGACTCGGTCACCTTCCCCGGGGACGTAGCCCATTCGTACGGCAACAGCACATCCGAGCCGGCACGATTCTCCCTCGCGGTCTTTGAACGCGGCGTCGGGTCAGGACATCGGGAGGCAGGCAATGCCTAG MDENIATLASAIGIRVKQERLTRRMTLDQLAEAAGVSRRMLINVEQATMNPSVGTLLRISDALGVGLPDLVQSPEPKAVKVTRKGEGAVLWTSDSGGRGVLVGGTEPPEVVELWDWILGPGDQHSSEAHTSGTKELLQVQEGTVTVGIADQTVILEVGDSVTFPGDVAHSYGNSTSEPARFSLAVFERGVGSGHREAGNA NA NA NA NA NA D3-18_03390 774 hypothetical protein ATGCCTAGGACCCAAGCCCTTCAGGAAACCCTGGACGCCGCCCGAGTTGAATCCGATGTTTTCGAACTTCGACCCGACTACCGGGCCCTGCTGATTGCGGTCGATGGCCTCGTCCCCGGCGCCAGCGATGAAACTAGCAATGCCTTGCTGGAGCAAGCTGAGGAAGGTGCCCGGGAAGCCCTCCGCGAGCAGAAGGCCGAACACCTTCCGCACATTGCCGCCTGGCGAGAGGCGTACCAAGCCTTCGGAGCCAAGCCCAACCGCACACGCAACAGCCTTGAAGCATTGGTTCGGCGGGCGGACGCGGGTCTCCCAAGGGTCAACAAGCTCACGGACCTTTACAACGCAGTCTCGGTACTGCACCAGATTCCGCTCGGCGGTGAAGACCTTGTCCGTTACAGCGGGGCACCACGACTGATCCGTGCGACGGGTCAGGAACCCTTCGACACCATAGCCAGCGGCGAACCAATCATCGAATACCCCGACGCCGGTGAAGTTCTCTGGTGCGACGACGACGGCGTCACCTGTCGCCGATGGAATTGGCGTCAAGGTCGCCGCACGCAATTGCGTGACGAGACCACCTCAGCTTTGTTCATTTTGGACGCACTTGCACCCATGAGCACCGAATCGTTGCTTGCTGCAGGAGCTGACCTTACGAAGCACCTGTCCACGCTGGGTTCAGAGGTCGTCAGCGCCCAGCGACTGATCGGCCACCAGATCTCCCCCTTGACCGCTGACGAGGGCATACCCTCCGAAAGGAAACCTGAACAATGA MPRTQALQETLDAARVESDVFELRPDYRALLIAVDGLVPGASDETSNALLEQAEEGAREALREQKAEHLPHIAAWREAYQAFGAKPNRTRNSLEALVRRADAGLPRVNKLTDLYNAVSVLHQIPLGGEDLVRYSGAPRLIRATGQEPFDTIASGEPIIEYPDAGEVLWCDDDGVTCRRWNWRQGRRTQLRDETTSALFILDALAPMSTESLLAAGADLTKHLSTLGSEVVSAQRLIGHQISPLTADEGIPSERKPEQ NA NA NA NA NA D3-18_03391 1218 mgl COG0626 L-methionine gamma-lyase ATGAACCGCACACCTGACAAGCACAACCGGGCCTCCGTCCATGACGCTACCTGGGCCGTCCATGGAGGAAACAGCATCGACAAAGGCACCGGCGCCCTCCGCACTCCCCTGGTCATGGCCAACTCCTACCTTCTCCCGGACGACCCCTCGGACATGGACTGGTCCAGCGTTGACGACGGACTGGTCTACACCCGAAACGCCGGAGCAAATCAGGTCGCCCTTGAAACAAAGCTTGCCGCCATGGAAGGCGCCGAAGCGGCAGCCGCTTTCGCCACCGGCGTCGCCGCCTTGCATGGAGTGTTCTTCGCCCTCCTGAAGTCCGGCGATCATGTTGTGGTTTCCAACGTCACCTACGAAGCGGTCTACCGTCTCTTCGGGGAACTTCTTCCGGAAAAGTACGGCATTGAGGCCACCTTCGTTGATGCAGACGACTTGGACGCAGTCCGGGCAGCCGTTCGTCCGAACACCAAGCTGATTCACGCTGAAACCATCGCCAACCCCACCACCAAGGTGGCCAACGTCGCAGCCCTGTCCAGGATCGCCAAGGACGCCGGCGTCATGCTGACCATTGATGCCACGTTCACTCCGGCACCTTTCTACCGGGCCCTCGACGACGGCGCAGACTTGGTCATCCACTCGCTGACCAAGTACATCAACGGTCATGGCGACGCCATGGGCGGTGTGGTCATTGGACGGCGTGAACTCGTCCAGCACATCCGACACGATGCCATTGTTGACGCCGGCGGCGTCATTTCCCCTTTCAACGCCTGGATGATCATGCGCGGTTCCGTGACGCTGCCGCTGCGCCTCAAGCAGCAATTCTCCAGCGCGGAGAAGGTAGCAGCGGTTCTCGAATCCGACCCGCGGATCGCGTACGTCCTCTACCCTGGTTTGGTCTCCCACCCGCAGCACGAACTGGCCGGCAAACAATTCGGAGGCCGCGGCTTCGGGGGCGTTCTCGCATTCGCTGTGGAGGGTGACTCAAGCACCCAGAACACCTTCGTGAAGAACCTGCAGGTCATCACGTCGGCAGTCTCCCTCGGACACGATGAAACGCTGATCGTCCACGTGGGCCCGGATGCCCGAGGCGGTTCGGAAAACTACCCGGCATCGTTCCACAAGTACGGCCACCTGCGTCTGTCCATCGGGCTTGAAGACCCTGAGGACATTATTGATGACATCCTCAGCGCCCTGGACAAGACCTTCGGAGACAAGTAG MNRTPDKHNRASVHDATWAVHGGNSIDKGTGALRTPLVMANSYLLPDDPSDMDWSSVDDGLVYTRNAGANQVALETKLAAMEGAEAAAAFATGVAALHGVFFALLKSGDHVVVSNVTYEAVYRLFGELLPEKYGIEATFVDADDLDAVRAAVRPNTKLIHAETIANPTTKVANVAALSRIAKDAGVMLTIDATFTPAPFYRALDDGADLVIHSLTKYINGHGDAMGGVVIGRRELVQHIRHDAIVDAGGVISPFNAWMIMRGSVTLPLRLKQQFSSAEKVAAVLESDPRIAYVLYPGLVSHPQHELAGKQFGGRGFGGVLAFAVEGDSSTQNTFVKNLQVITSAVSLGHDETLIVHVGPDARGGSENYPASFHKYGHLRLSIGLEDPEDIIDDILSALDKTFGDK PGPT0020020_687 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_METHIONINE_DEGRADATION,PGPT0020020-mdeA-K01761 NA NA D3-18_03392 372 hypothetical protein GTGAAGCTCGAAGTGACAGCCAGCCGTGACGGCCGGCTGTGGTTCTTGGAATCAGCTCAGATTCCGGGTTTGACCACGCAGGCCCGTACGGTTTCGGAAATCCCGGACATGGTTCGTGACTTGGCGTCCCTGCTCACCGGGCGACCGGAAGCGGATTTCGAAGTCCATATTAGGTTCGACGCCCCTGAGGTCACCGCGCACCTGCGTGCTGCCGAGGAACTGGCGGCCAAAGCCGATGAACTGAAGGCGGCGTCGGCGAAGGAACGCCACGAGGCGGCGATGGTGCTCAAGCGCCAGGGCGTCACTGTCCGCGACATTGGGGCAGTCCTGGGAGTCTCCCATCAGCGGGCGCAGCAGCTCGTCAGCCACTGA MKLEVTASRDGRLWFLESAQIPGLTTQARTVSEIPDMVRDLASLLTGRPEADFEVHIRFDAPEVTAHLRAAEELAAKADELKAASAKERHEAAMVLKRQGVTVRDIGAVLGVSHQRAQQLVSH NA NA NA NA NA D3-18_03393 1278 hypothetical protein ATGTCTCAGATTGAATCTTCCGAAACAACCGAAGGCAGAGGGCACAGCGCGGCAGTCACCCTGGCAGGGAAGAACCAGCACCGTCGGACGAACCAGCCAGGCTCTCCGGGTGGCCTTGCACGCTATGTCGTGGCTGCCACCCTGGCGCGTAGTGCCGATGGCGGCGCAGTTGTCGCGATAGTCCTGCTGGCAACTACGAGCGGAGCGCCCGGCTGGTTGGCGGGAATTTTGGGTGCTTGCATCACGGCGCCGCATCTCTTCGGGCCCCTCATTGCGCGCAGCCTGGATACAGCCAAGGATGGCAGGACAGTAATTGCGTGGGCTTGTGTTGTCCATGGGGCAACCCTGGCGGCCGCGGTTCTTCTTTTCCCGGTAACTCCGCCCATCGTCCCCGGCCTCCTGCTCATCGCCTCCGGCCTGGTCGGTCCTCTGCTCACGGGCGGCATCAGCAGCAGATTGGCAGCAATCGCGGGCCCTGAGCGCACCAGCCAACGGCGCGCTCAGGGCTGGGACGTGGCCACGTACGGCATCAGCGGGACGATCGGACCGTCCTTGGTGGCGGCCGTCTCGGCCTGGGCCAACCCCGCCACTGCCGCACTGATCCTTGCAGGATCAACGTTTCTGGCCGCTGCTGTCATCAGGCTGTTGCCCTACACGCCTCCGGCTTCGGTTGCCGCCGAAGTTCCCCGGCCTGGCCGGACACTGCTGATGATGATCTCCAACGGCCCGCTGCGACGAACCCTCTACATGACCGTTGTCGTGGCCCTGTCAGTGGCCGCACTACCGATCACCGCTGTGGCATCCACGGGCGAGCTGGGAGTAGCGCCGGCAGCAGCCGGCATTTTGACAGCAGCCTATGGACTGGGCGGACTCCTGGGATCAGCGGGCGTCATGATCCGGCCCCTGCAAACAGACGCAGACCCATTAATGACCTGGCTGGCCGCTGCGGTAGGGATTGCCCTGGGCGGTGCAGCCATAGCGGGGATATTCCCGACGGCGGTTGGAGCCTTTGCTTGCGCCGGCGTGCTGAACTCCTACTTTTTCGCCTCCACCTTGGCGGCCCGCAGCGAATACGCGCCGCCCGCGGCGCGAGGTCAGGTATTCGTCTGGATCGGCGCACTGAAAATCACTGCCGGTTCGGCCGGGACAGCGCTGGCGGGGGCACTCATCGCGCCCACGGCGCAGCTGCCCTTGTACCTGGCAGCCGGGCTCGTCGTCTCGGCTGTGGTGGTCTCCTTGGTTGACCGCCATCTCGATCGGTCCCGAAGCTCACCGTAG MSQIESSETTEGRGHSAAVTLAGKNQHRRTNQPGSPGGLARYVVAATLARSADGGAVVAIVLLATTSGAPGWLAGILGACITAPHLFGPLIARSLDTAKDGRTVIAWACVVHGATLAAAVLLFPVTPPIVPGLLLIASGLVGPLLTGGISSRLAAIAGPERTSQRRAQGWDVATYGISGTIGPSLVAAVSAWANPATAALILAGSTFLAAAVIRLLPYTPPASVAAEVPRPGRTLLMMISNGPLRRTLYMTVVVALSVAALPITAVASTGELGVAPAAAGILTAAYGLGGLLGSAGVMIRPLQTDADPLMTWLAAAVGIALGGAAIAGIFPTAVGAFACAGVLNSYFFASTLAARSEYAPPAARGQVFVWIGALKITAGSAGTALAGALIAPTAQLPLYLAAGLVVSAVVVSLVDRHLDRSRSSP NA NA NA NA NA D3-18_03394 888 dapA_2 COG0329 4-hydroxy-tetrahydrodipicolinate synthase GTGTTCAACGGCCTCAGTGCATTCCCCCTCACCCCCATGGCCGCTGAAAGCGTCGACCTCAAGGCGCTTGGCCGGGTGGTGAACCGTGCTGCGAAGGCCGGAGCGGATTCGCTGGGTGTTCTCGGTTCCACCGGAAACTACGCCTATCTCTCCCGCGAGGAACGTAGGGCAGTCCTTGAAGCTGCAGTGGAGGCTGCCAACGGGGTGCCTGTTCTCGCCGGAGTCGGCGCAGTGCGCACCCGGGACGTGCTGCTGTCCGCGGCTGATGCGCATGCAGCAGGTGCTTCCGCATTGCTCCTGGCCCCGGTGTCCTACCAGAAGCTATCGGAGGCCGAGGTTTTCGGACTTTTCGATACTGTGGCGGCAGAGTCGGATCTTCCAATTGTTGTCTACGACAACCCAAACACCACCGGCTTCACCTTCAGCGATGACCTGCACGCCAGGATTGCCAGGATCCCGGGAATTGCCTCCATAAAGATTCCTCCGCCCGCCTCCGGTGAAGTAGGGGCCAGGGTTGCCAAACTCAAGGCCGGTTTGCCAAAGGAAACATCACTGGGCATCAGTGGAGACTGGGCTGCCGCCGAGGCGCTGCTGGCCGGATGCAACGTTTGGTACTCAGTGATTGCCGGGGTGTTGCCTCAACAGGCAAGGACCCTTGTTGATCATGCTGTCGCGGGCCGAGGCGATCTGGCATTGGCCGCCTCCTCCGATCTGGAACCCCTCTGGTCTCTGTTCCGTAGCTATGGAAGCCTTCGCGTCACCGCAGCCCTGGCTGAGGACCTAGGCGTCGTGCCGTCCTCGGCTTTGCCGTTGCCTCTCCGCGGCTTGGATTCCGAGGGGCGGGAAAGGGTGGCCGAGGCTATTCGGCAATGCGGTTTGGAAGCTTAG MFNGLSAFPLTPMAAESVDLKALGRVVNRAAKAGADSLGVLGSTGNYAYLSREERRAVLEAAVEAANGVPVLAGVGAVRTRDVLLSAADAHAAGASALLLAPVSYQKLSEAEVFGLFDTVAAESDLPIVVYDNPNTTGFTFSDDLHARIARIPGIASIKIPPPASGEVGARVAKLKAGLPKETSLGISGDWAAAEALLAGCNVWYSVIAGVLPQQARTLVDHAVAGRGDLALAASSDLEPLWSLFRSYGSLRVTAALAEDLGVVPSSALPLPLRGLDSEGRERVAEAIRQCGLEA PGPT0002080_5637 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714 NA NA D3-18_03395 1398 gabR COG1167 HTH-type transcriptional regulatory protein GabR GTGAGCGAAGCGGAAATACCGATTGAACTGGACAGGAACAGTCCAACGTCGCTCACGGCACAAGTGGCCAGCAAGCTACGCACCGCAATCCTCGATGGCATTCTCCAGCCAGAGCACACGCTGCCTGCGACCCGAAGACTCGCAATGGAATTGGGAATTTCGCGAGGTGTGGTGGTGCGCGCCTTCGAACAACTGGCAGGCGAGGGGTTCCTTGAGAGCAACGGAGCGGGCGGGACCAAGGTGGCCGTCCGTCCCGACATCCACCCCCGCCCCTTCAACGGGAGACAACCCAGCAGGAGCACACCCCCGGCCGACGTAATCGACCTGACGCCGGGCCGCCCATCCGGGTCACCGTTTCAGGACAGGCAATGGCGTAGCGCGTGGAAGTCGGCCCTGGCAGAACAGGGGAACATCCAACTCCCGCCGGCCTTGGGGACCACGGCACTTCGGGAGGCAGTGGCTGATCACCTTGCTGTATCCCGAGGGCTCGCCGTCGATGCAGAAGATGTCATCATTACCGCTGGCACCAGTGACGCTCTGCATCTCGTAGTAGCCATGCTCCGCAACCGATCGGCACAGCCGCGCATCCTGGTAGAGGATCCCAGCTACCCCACAGCACGCCGGGTCATGACGGCGGCCGGCGCTCAGCTGGCGACAGTTCCGGTGGATGAAAACGGCCTCAACAGCTCGCAGCTGGCCGTGCTGGAGGAAGTACCGGATGCAGTCCTGGTGACCCCGAGCCACCAATACCCCTTGGGCGGCAGGATGGCCGTCCAGGAAAGGCTGGGGCTGCTCAAATGGGCAGAACAACATGGTGTTCTGGTGCTGGAGGATGACTATGACAGCGAATTCCGCCACAGCAGAATGCCCCTTCCGGCCATGGCATCCCTCCCAAGCGCGGCCGACGTCGTCCTGCTGGGAACGTTCTCCAAGAACCTCAGCCCGTGGCTGCGATGCGGATATTTAGTGGTTCGGGGCAACGCCGGCGAAGTGCTGAAGGCCACGAGGGAGGCCCTGGACACGCCGGTGGCCGGGGTGCTGCAATCAGCCATCGCCCACTACATCAAGGGCGGCGGGCTTTCCCGGCATATCACTCGCGCCAGGCGCGAATATGCGCACCGCCGGTCCCTCCTCATCGACCGTCTGGGCCCGCGGGATGACTTGGAGCTCACCGGACTCGACGGCGGACTGCATGCCGTCATTCGCTTCAAAAGCCCCGACGCTGCAAGCGTGGCAACAAAGGCCTTGGAGTTAGGAGTTCGAGTGGTTCCCTTGGCCGGATACTACGCCGATCGCCCAGTCGAAAACGGCCTGGTTGTGGGGTATGGGGCCGTCTCCGACCTGCAACTTTCCAAGGCCCTGACCGTTCTTTCGGGCCTGATAGGGGGCAGCGCCTAA MSEAEIPIELDRNSPTSLTAQVASKLRTAILDGILQPEHTLPATRRLAMELGISRGVVVRAFEQLAGEGFLESNGAGGTKVAVRPDIHPRPFNGRQPSRSTPPADVIDLTPGRPSGSPFQDRQWRSAWKSALAEQGNIQLPPALGTTALREAVADHLAVSRGLAVDAEDVIITAGTSDALHLVVAMLRNRSAQPRILVEDPSYPTARRVMTAAGAQLATVPVDENGLNSSQLAVLEEVPDAVLVTPSHQYPLGGRMAVQERLGLLKWAEQHGVLVLEDDYDSEFRHSRMPLPAMASLPSAADVVLLGTFSKNLSPWLRCGYLVVRGNAGEVLKATREALDTPVAGVLQSAIAHYIKGGGLSRHITRARREYAHRRSLLIDRLGPRDDLELTGLDGGLHAVIRFKSPDAASVATKALELGVRVVPLAGYYADRPVENGLVVGYGAVSDLQLSKALTVLSGLIGGSA PGPT0016790_4374 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 D3-18_03396 315 gdx_2 Guanidinium exporter ATGGCGTGGCTCGTACTCATCCTTTCCGGCGTGCTGGAAGCCGTCTGGGCAACAGCTTTGGGAGCCTCAGACGGTTTCAAGCGCAAGCTTCCTACGTTCACCTTCATTGCCTCCATGGCCGTCAGCATGGCCGGCCTGGCCTACGCGATGAGAGAACTGCCCACCGGCACGTCCTACGCCGTCTGGGTGGGCATCGGCGCGGTGCTCACCGCCGTGCTTGCCGTCCTTCGCAAACAGGAGAAACTTTCCCTTTCACGCGCCGCACTGCTCACCGCCCTGATTGGGTGCGTCATCGGGCTGAAGGTGGTCAGCTGA MAWLVLILSGVLEAVWATALGASDGFKRKLPTFTFIASMAVSMAGLAYAMRELPTGTSYAVWVGIGAVLTAVLAVLRKQEKLSLSRAALLTALIGCVIGLKVVS PGPT0028785_2428 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 D3-18_03397 351 gdx_3 COG2076 Guanidinium exporter ATGCACTGGATAATACTTCTTGCCAGCGCCGTCCTCGAAGCCGTATGGGCCACCGCCCTCGGGCAAAGCGAGGGATTCACCAACACCATTGCAACAAGCGTGTTCACTGTAGGTCTGGTGCTCAGCATGCTCGGTTTGGGATTTGCAGCCAAACGGATTCCAATGAGCACCGCCTACGCCGTATGGACCGGCACAGGAGCCGCACTGACAGTTACGTGGGCAATGATTGAAGGCAACGAGACACCCACTGCGCTCCGAATATTCTTCCTTGTGGGCATCATCGCCTGTGTCATCGGCCTGAAACTCATACCCGCAAAAACCATCAAGTCAGCCGACACATCAATTCCGTGA MHWIILLASAVLEAVWATALGQSEGFTNTIATSVFTVGLVLSMLGLGFAAKRIPMSTAYAVWTGTGAALTVTWAMIEGNETPTALRIFFLVGIIACVIGLKLIPAKTIKSADTSIP PGPT0007985_511 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 D3-18_03398 108 hypothetical protein GTGACGATCGAAACGCCCAACCCGTGGCACACGTCCCCAACCCGAGCCTCCTATCTCAATAATTACGACGGCGATCCCGCCCTGAGCGCCGCGCTTCTGGACGCTTGA MTIETPNPWHTSPTRASYLNNYDGDPALSAALLDA NA NA NA NA NA D3-18_03399 312 ppnP COG3123 Pyrimidine/purine nucleoside phosphorylase ATGATCGGCCAGAACGAATACTTCGAGGGACAGGTACGCAGCCTCGAATTCAAGAACGAGCAGGGCAACTTCACCGTCGGGGTGATGGAGCCCGGCGAGTGGAAGTTCGAAGCTCCCGTCAAGGAGTGGATGCATCTCGTGCGCGGTACCTGGGATGTCCAGCAGCCTGCCGGTCAGGGGGAGTGGACCACCTACAAGGAAGGCGAACGGTTCGAGGTCCCTGGGGGTACCGACTTCACGGTCCGTGTAAATGACACGGTCGCCTACCTTTGCCCATATACCGGAGAGTTCCTCGGCCACCTGGACATGTAG MIGQNEYFEGQVRSLEFKNEQGNFTVGVMEPGEWKFEAPVKEWMHLVRGTWDVQQPAGQGEWTTYKEGERFEVPGGTDFTVRVNDTVAYLCPYTGEFLGHLDM PGPT0021300_551 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021300-ppnP|yaiE-K09913 NA NA D3-18_03400 1563 hypothetical protein ATGGCACTTGAATCAAAGTCGTTCACGGTGGCCAGGCTTGCTTCCATTCCAAACATCGGGCTGACCATGGCGCAAGGAGGCAGCGGAGTTGAACGAGCCGCCGGTATCCCGATCTCCGTCGAGCGGAAGGGGCGGTTCCCTGAGCTCCACGGCGGTGAGATAGTGCTTACCAGCGGGCTGCACATCGGTGAGGATTGGACAGCCTGGAAGAATTTCCTGCTGGCAGCTTCGGGCGCCGGCGCCTCCGGGCTCATCATTGGCCTCGGCACAGAGGCAGCCTTCGAAAGCCTCCCGGCACAGGTGCTGACCCTGGCAAGCGAACATGACCTGCCACTGCTGACCTGCGACATTTCCGACTTCGGGCGGATTGCGCACACTATCGCCGTTCTCCACTCGGAGGGACAACGGGAATCGTTCAGGCAACCACTCGACCTTCAGATGGAGATCACCGCGATCGTGGCCCGCGGCGGTTCGTTTGGAGACCTGCTCGCTGGCTGGCAGCAACGGACCGAGGAGCCGGTAGCCGCGTATGATCGCCTCGGGCGGGTCATGGCCAGAAGCTCGTCCTTCCCAGCGAACCTGCTCGCTCCGCTGGGCAAACGCCTCGCCGGTCAGGAAGCTCCACGACTCGGAGAACAACTTCGCCTGAACGCAACCGAGCTGGCTGCCGATCCCGATGGCACGCCTGCAAGCCCCGAAGGAACGGTGGAAGTCTCCCCCTTCGCGGGCAACGACACTGTACGCGGGTTCTGTGTCCGCATTACTACAGGCCATGAGACGGCCGAACTCGCTGCACCGGCGCTGCGTTCCCTCCTTGCCCTCGAATTTGAACGTGTGTGGTTCCTTGACGAGTCAGCGCGCCGCAAACGCGCTGAACGGTTTGCCCGTCTCCTGACGCTTACGGAGCCGGGCAGTGCTCGGACATTCCTCCGCAGTATCGGCATCGATTCGGGTCCGCTGTGGGGTGTAAGCATCGAAGCTCGCAATGAGACACATGCTGAAGTTCTCATCGACGACATCGCCGTGGTGCTCGCCGCCCCCTTCGTCCGGCATCGCCACCGGATCGTGGAGTGCTTGGCAACTGTCGATCCCCGGCAGGCATTGGCTGACTACGGCCTTGCCGTCCCCACGGGCATCGGCACGCGGGGGGCTCCCGAGCATTCAGCCCGCAGCATCAGGCAGGCTACCCTGGCACTGGAGACCAGCCGTCGGGCCGGCACTCCCATCGAATACGTCGACGGGGCCTCGCACGAGTTCCTGATCAACGCCGCCCCATCGGACTACCTGGAATCTTTCTCCAGCGCCGTCCTTGCCCCCATCGAGAAGTCGCGAGGAGGCGAAGCCCTCCTGAACACACTGCACACGTGGCTTCTTGAGCGCCGATCCGTCGAGGCGACGGCGGAACGGATGGGGGTCCACCGACACACTGTGCGGAACCGGATGCAGCGGATCGTCCAGATCACCGGTCACGATCTGGACGGCATCGATGCGCAAACCGAGCTGTGGCTCGCGCTGAAAGTCCGAGGCTTCCGCGACAATGGAGACTCACCCATAGGGCGATAA MALESKSFTVARLASIPNIGLTMAQGGSGVERAAGIPISVERKGRFPELHGGEIVLTSGLHIGEDWTAWKNFLLAASGAGASGLIIGLGTEAAFESLPAQVLTLASEHDLPLLTCDISDFGRIAHTIAVLHSEGQRESFRQPLDLQMEITAIVARGGSFGDLLAGWQQRTEEPVAAYDRLGRVMARSSSFPANLLAPLGKRLAGQEAPRLGEQLRLNATELAADPDGTPASPEGTVEVSPFAGNDTVRGFCVRITTGHETAELAAPALRSLLALEFERVWFLDESARRKRAERFARLLTLTEPGSARTFLRSIGIDSGPLWGVSIEARNETHAEVLIDDIAVVLAAPFVRHRHRIVECLATVDPRQALADYGLAVPTGIGTRGAPEHSARSIRQATLALETSRRAGTPIEYVDGASHEFLINAAPSDYLESFSSAVLAPIEKSRGGEALLNTLHTWLLERRSVEATAERMGVHRHTVRNRMQRIVQITGHDLDGIDAQTELWLALKVRGFRDNGDSPIGR NA NA NA NA NA D3-18_03401 1368 proP_5 Proline/betaine transporter ATGCCCATCACCGTAGCCACCACAGATTCAGTCCCCCGATCCATACTCCGCCGAGTCGTCATCGCCAGTGGGCTTGGCACCTTGCTGGAGTACTTCGACTACGCCAGCTACAGCTACCTCGCGACCACCATCGCCATGGTCTTCTTTCCCCCGGAGGACCGGGCAGTTGCGCTGATGAGCACCTTTGCGGTGTTTGCACTTTCGTTCCTTGTTCGCCCGCTCGGGGCCTTCGTTTGGGGCAGCCTTGGCGACAAAATCGGCCGTAAGAGCATCCTCGCCACGACAATCATCCTCATGTCCGGAGCCACCTTCCTCATCGGATTCATACCGAACTACGCCACCATCGGCATCGCAGCACCCATCCTGCTCCTGCTGCTCCGCGTAACACAGAGCTTCTCAGCCTCCGGCGAATACGCCGGCGCAGGCACCTTCGTCGCCGAGTACGCCCCCGTCGCCAAGCGCGGACTGCTCACGAGTGTGGTACCCATCGCAGCTGCCGCAGGGTTCCTGGCAGCCTCGCTCATGGCGACCATCCTCTACGCCAGCACCTCACCGGAATTCATGCAGGAGTGGGGCTGGAGGATCCCGTTCCTCATCGCAGGCCCGCTCGGAATCGTTGGTCTCTGGCTTCGCCTGCGTTTGGAAGACACCCCGCAGTTCCGCCGGGTGCTGGAACTCGAAAAGAAGCAGCGCCAGAGCGCAGTTGATCAGCCTGCAGCCGCAAACCGCTGGTCCGAGACCCGCAAGAGCCTCCCGTCGATGTTCAAGGCACTGCTCGTCATGTCCCTCAATGCCGGCGCCTACTACCTCCTGCTCAGCTACACACCCTCATTCCTCATCGAGGAGGCGGGGATGAGCGAGGCGACCGCAACACTGGTTGTCACGATCGGACTCGTCGCACACATCATTTTCATCCCACTGGCGGCCCGCCTCTCCGACCGGATCGGACGCAAACGGACCTTGATGATCTCGAGCATCGCCTTCATCGTGCTGAGCTACCCGATCATGACGCTGCTCTCTTTCGGAGGAGTGGTCCTCGCCTCCACGGTCCTCATCGTGTCCCTGATGTTCTTCGCCATGAACGATGCCGTCTTCCCTTCCTTCTTCACCGAGCTGTTCGGCACCCGCTCCCGCTACCTCGGGTTCGCGCTGCCCTTCAACGTCGGAGCCATGCTCTTCGGCGGCGTCGCACCACTCATCGGCACCTGGCTGATCGCCACCACCGGCAACCCCAGCTCACCGGCATTCTTCCTGATGGGTATCGGAGTCCTCTCACTGGTTGGACTCCTCATGAGCGCAGAAACCGCACGCAAACCACTCGCCGACGAGCAAGCTGAAGTAAGCAAGGCGCCGGTCGCCACGGTGTAG MPITVATTDSVPRSILRRVVIASGLGTLLEYFDYASYSYLATTIAMVFFPPEDRAVALMSTFAVFALSFLVRPLGAFVWGSLGDKIGRKSILATTIILMSGATFLIGFIPNYATIGIAAPILLLLLRVTQSFSASGEYAGAGTFVAEYAPVAKRGLLTSVVPIAAAAGFLAASLMATILYASTSPEFMQEWGWRIPFLIAGPLGIVGLWLRLRLEDTPQFRRVLELEKKQRQSAVDQPAAANRWSETRKSLPSMFKALLVMSLNAGAYYLLLSYTPSFLIEEAGMSEATATLVVTIGLVAHIIFIPLAARLSDRIGRKRTLMISSIAFIVLSYPIMTLLSFGGVVLASTVLIVSLMFFAMNDAVFPSFFTELFGTRSRYLGFALPFNVGAMLFGGVAPLIGTWLIATTGNPSSPAFFLMGIGVLSLVGLLMSAETARKPLADEQAEVSKAPVATV PGPT0013645_973 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013645-proP-K03762 NA NA D3-18_03402 189 hypothetical protein ATGGGGCTCAACGACTATTGGGGGGTAGCAGTGAATTTAAGTCCGGCTTTCGGAATCATCGGGATTCTATACGCGGTCTTCGTTATCGCGGTGGCCGTCTTGGCCGTGTATGCCCTGGTCTTGTCCATCATCTTCTTGCGGCTGAGGATCGCAGAGTTGAAGAGGGGTGCAGGGACCGAGGACAGCTGA MGLNDYWGVAVNLSPAFGIIGILYAVFVIAVAVLAVYALVLSIIFLRLRIAELKRGAGTEDS NA NA NA NA NA D3-18_03403 1062 btuD_13 Vitamin B12 import ATP-binding protein BtuD GTGAGGATCGGGGCACACTTTCCACCGGGAGCCGGTTTTGCGGCACTCATATCCATCGGGTACGTTGTGGTTACTTTGTCGAATGGGGACGACATTTGTTGCCCCATAGAACTGTTTCAAGGCACACAGTGGGGGCTATGCGTGACCAGTAACGTCATTAAAATCAGTAACCTAAGCAAGAGATACGGCTCTTTGCAGGCCGTCCAGGATTTGTCCCTGCAAGTAGAGCGCGCATCCATCTTTGCCTTTCTGGGAACCAACGGTGCCGGCAAGTCCACCACCATCGGCTGCATCACCACGACTCTCGGATTCGACAGCGGAACCATTCAGGTCGCCGGCCATATCGTGGGCAAGGAAGACGATGAGATTCGACGCAAGATTGGCGTCGTTTTCCAACAGTCGCTGCTGGATCCGACACTGTCGGTCAGGCAGAACCTCGACATACGAGCAGGTTTTTATGGACTCACGAGGCCCGAGCGGACCCAGCGCATCAGTGAACTCGCCCAGCTCATAGGTCTCGAATCTTTCCTTGAGAAGCCCTTCTACGGGCGGCTCTCCGGTGGCCAGAAGCGCCGGGCGGACATCGCGCGGGCTCTTATCCATCGACCCGAGATTCTTTTCCTTGACGAGCCGACCGCCGGCTTGGACCCGCAGAGCCGGGAACAAGTCTGGCAAACCATTCATAAACTTCGCGATGACGACGGCCTGACCGTTTTCCTCACGACCCACTACATGGAAGAGACCGAGGTGGCAGACCAGGTCTCCATCATCGACTCCGGAAAATTGGTCGCCCAGGGAACGCCTGCGCAACTGCGTGAACAGCACAGCAACAGCATCCTCACCGTCACCACAGACGATCATGAATTCCTCGCGGAGTACTGCAGGACCGCCGACCTGAGCTGGACACTCGACAATGATGTTTATCGCGTTGAGGTAGATGACTCGAAGCAGGCCCGGCACCTGCTCATTGTGGGCGCAGAACGCGTCCACGACTTCGAGTTCCGGCACGGACGCATGGACGATGTCTTCCTTGCACTGACATCCAAGAGGAGCGAACCGTGA MRIGAHFPPGAGFAALISIGYVVVTLSNGDDICCPIELFQGTQWGLCVTSNVIKISNLSKRYGSLQAVQDLSLQVERASIFAFLGTNGAGKSTTIGCITTTLGFDSGTIQVAGHIVGKEDDEIRRKIGVVFQQSLLDPTLSVRQNLDIRAGFYGLTRPERTQRISELAQLIGLESFLEKPFYGRLSGGQKRRADIARALIHRPEILFLDEPTAGLDPQSREQVWQTIHKLRDDDGLTVFLTTHYMEETEVADQVSIIDSGKLVAQGTPAQLREQHSNSILTVTTDDHEFLAEYCRTADLSWTLDNDVYRVEVDDSKQARHLLIVGAERVHDFEFRHGRMDDVFLALTSKRSEP PGPT0028990_5 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028990-ABC_2_CYL_A|cylA-K11050 NA NA D3-18_03404 879 hypothetical protein GTGAACAGCATCATGATTCTCAGCGGCCGTAACCTGATGATCTTTTTCCGCGACAGGGCCGGGGTATTTTTCTCCCTGCTCTCGGCGCTGATTCTCATCGCCCTTTACGCCCTGTTCCTCGGCAACCTGCAAGTGGATAACCTGCAGACAAGATTCCCTGACGCAAGCAGCTCGGAAATCAGCGCTTTCGTCAACGCCTGGGTTTTTGCGGGCATCACGATGATCACTACCCTAACCACCGGACTTGCCGCCCTCAACGTATTTGTTGACGATGCGTCGACCGGGCGTTTCCGTGACTTCCTCGTCTCCCCTATAAGGCGGACGAACATGATTCTCGGATACTTGATCGCGAGCTTCGTCATCTCCGTCATCATGACAGCGGTGGTTATCCTGGTAGGCCAGCTCTACATCCTCTTCCGCGGGGAACCCTTGATGACCTTGGCCCAGCTTGGACAATGCGCCGCCGTCGTCCTGGTTTCATCTGCGGCGTTTGCCGCGCTGTCCAGCTTCGTAGTCACGTTCATCAAGTCCAGCACCGCCTTCTCAGCCCTGAGCACCATCGTTGGAACCATCATCGGCTTCCTTGCCGGCGCTTACATCCCGGCTGGCACCCTGCCCTCCGGTGTGGTCAATGTCCTGAACGCACTTCCTTTCGCGCAATCAGCCATGTTGATCCGCCAGCCTTACACGTCGCAGGCACTTGAAGCGCTGACAAATAACCAAGACCAGGCCGTTGACGCAGTCCAGACGTTCTACGGCATCACAGCTTCAGTCGGGGATCTCGCTGTGACGAACACACTGGCGATCTCGGTGCTCCTTGGAATGGTTGTCGTCTTCATCGCACTGGGCTCCTGGCGAATCGGTCGGCGCATACGATGA MNSIMILSGRNLMIFFRDRAGVFFSLLSALILIALYALFLGNLQVDNLQTRFPDASSSEISAFVNAWVFAGITMITTLTTGLAALNVFVDDASTGRFRDFLVSPIRRTNMILGYLIASFVISVIMTAVVILVGQLYILFRGEPLMTLAQLGQCAAVVLVSSAAFAALSSFVVTFIKSSTAFSALSTIVGTIIGFLAGAYIPAGTLPSGVVNVLNALPFAQSAMLIRQPYTSQALEALTNNQDQAVDAVQTFYGITASVGDLAVTNTLAISVLLGMVVVFIALGSWRIGRRIR PGPT0028995_68 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0028995-ABC_2_CYL_P|cylB-K11051 NA NA D3-18_03405 918 fenF Malonyl CoA-acyl carrier protein transacylase ATGACCGGCAACGAGGACCTGTGGGGAGGCCTCGAGTCCACCGTCGCTATGTTCCCGGGCCAAGGCAGCCAGCGTCCGGGAATGGGCAAGGCCCTGACAAAGAATTTCCAGGTGGCCGGCGATGTCTTTGATGAATGTTCCGATGTGCTCGGCATTGATGTCCGTGAACTTGCCTGGGATTCAGCCCCGGAGGATCTGGGGAAAACCGAAAACACGCAAGTGGCGCTCGTCGCGGCCAGCATCGCCGCTTGGAGGGTGTGGACCCAGGTGGGCGGCAACCTGGCCCACGCAGTAGCCGGACACAGCATCGGGGCGCTGTCAGCGGCCATTGCAGGCGGATACCTACCGTTGGCAGATGGCATCAAACTTGCCAGGCGCCGAGGTCATTTGATGGCCTCGGCCCCTGGACGAGGGTCGATGTTGGCCGTGGCTGTCCGAGGAGAGGAACAACGAGATGGACTCATCGCCTCGGCAGCAACGTTCGGTCTCGACGTAGCCGCAGTCAACGGCGAACGCCAGATCGTTCTCTCCGGGCCCATCAACGACATTGAGGACGCGCGGAAACACTTCGGGGCTAAATCAACCCAGCTCAACGTCAGCCACGGATTCCATTCCCGGTTGATGGACCCTGTGATGGGCGAATGGCGGGAGTTACTGCGCCACGCGCCGTTCCGCGACGGGGACGTACCACTGCTGGGCTGCACCTCACCCCAGCGCCTGGAAACCGCGATGGAGGTCTCCAACGAGCTCTATTTCGGTATCCGACAACCGGTGCGATGGGACCAGGTCCTTCAAAGCGCGGACAGTTTCGGGACCTGGGTTTACTTGGGAACAGCAAAATCACTTTCCCGTCTCAGACGGAATCAAACTCAAACAGTTCAGATCGTGGAGGACACGTATGTTGGACGTCGAACCTAG MTGNEDLWGGLESTVAMFPGQGSQRPGMGKALTKNFQVAGDVFDECSDVLGIDVRELAWDSAPEDLGKTENTQVALVAASIAAWRVWTQVGGNLAHAVAGHSIGALSAAIAGGYLPLADGIKLARRRGHLMASAPGRGSMLAVAVRGEEQRDGLIASAATFGLDVAAVNGERQIVLSGPINDIEDARKHFGAKSTQLNVSHGFHSRLMDPVMGEWRELLRHAPFRDGDVPLLGCTSPQRLETAMEVSNELYFGIRQPVRWDQVLQSADSFGTWVYLGTAKSLSRLRRNQTQTVQIVEDTYVGRRT PGPT0008350_4731 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 D3-18_03406 747 fabG_5 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGTTGGACGTCGAACCTAGCCTTATCACCTTGGTTGTGGGCGCATCCCGGGGCATCGGCAAAGCCTGCGCGCTGGAACTTGCCAGGAACGATCATGACATCGTGATCTTCTACCGGCAGGACGACGAGGGCGCTGCTGGAACAGTTGAAGCGATACGGGAACTGGGACGCAGGGCCTTGGCGGTCCGCGTCGACGTTTCCGTTGAAGCCGACGTCCGCGCAGCCTTCCGCACGGTTCTCAAAGACTTCGGACGAATCGGCTCCGTTGTTTACAGTTCCGGAATCACCGCTGACGGGCTCCTGGCAACAATGTCCCTGAACAACTGGGAGCGCGTCATCAGCACCAACCTGACCGGCGCGTTCCTGGTCTGTCGCGAAAGTGTCAAGGCGTTACGCAAAACAGGCGGCTCAATCGTGCTCATCAGCTCCACCTCGGGTATCAGCGGCCAGCCCGGCCAAGCGAACTACAGCGCGACCAAGGGCGGAATCAACGCCCTGACCCAATCCATGGCCAAGGAAATGGCGTCCTTCGGCATCAGGGTAAACGCTGTGGCACCCGGTTTTACGAACACCGACATGCTCAAACAGATGGATGCCAGAGCACGTCGCGAATATACCCAGCACATCCCGCTGCAACGAATCGGTGAACCCCACGAGATAGCTGCAGCTGTGGCATTCCTCATAGGACACCAAAGCTCATACATCACCGGTCAGGTCCTCGCCGTCGACGGCGGCCTGACCTCCTGA MLDVEPSLITLVVGASRGIGKACALELARNDHDIVIFYRQDDEGAAGTVEAIRELGRRALAVRVDVSVEADVRAAFRTVLKDFGRIGSVVYSSGITADGLLATMSLNNWERVISTNLTGAFLVCRESVKALRKTGGSIVLISSTSGISGQPGQANYSATKGGINALTQSMAKEMASFGIRVNAVAPGFTNTDMLKQMDARARREYTQHIPLQRIGEPHEIAAAVAFLIGHQSSYITGQVLAVDGGLTS PGPT0003180_12952 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 D3-18_03407 294 acpP_2 Acyl carrier protein ATGAACGACATTTATGAAGCCTCCCTGTCCGCCGGGCGGAAGAGGACCGAACTCAACGCCCGCCTGAAAAATCTGCTGTCCGAAGGATTGGAGTTGCCTATCGCCGGTGACCAGATCGAGGACGACCAGCCCCTCTTTGGGCGCGGCCTCGAACTCGACAGCCTCGACACCCTTGAAATCGTGAGCTTGGTTGAAGAGGAGTTCGGTGTCTACATTACCGACGAGGACCGGACAGTTTTCGGGTCAATCAACAAGATTGCCGATTTCATCGCTGCCAACAGCGACGACGACTAA MNDIYEASLSAGRKRTELNARLKNLLSEGLELPIAGDQIEDDQPLFGRGLELDSLDTLEIVSLVEEEFGVYITDEDRTVFGSINKIADFIAANSDDD PGPT0011375_663 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-ARYLPOLYENE_BIOSYNTHESIS,PGPT0011375-acpP-K02078 NA NA D3-18_03408 453 fabZ 3-hydroxyacyl-[acyl-carrier-protein] dehydratase FabZ ATGACCATCGCCCTCAAGGCCAGCGACATCCTGGCCAGGCTCCCACACCGTCACCCCATGGTCCTCCTGGATAGGGTTGAAGACTTCAACTACGGCAAATCCGCGACTGGAATCAAGAACATCACGATCTCGGACCCCGTCTTCCAAGGCCACTTCCCCAACAACCCTGTGTACCCTGGCGTCTACATGATTGAAGCCTCGGCACAGCTGTGCGGGCTGCTGTTGGGCTCCCCTACAGGTGAAGACGGCCCCGTCCTTGGGTACCTGGCGTCAGTGCGCAAATTCAAGTTCATCACCCCGGTCTTCCCTGGCGATGTGCTGAGCATCCAAGCACGAGCGGGCGTAAGCCACGCCAATCTTGCGGACTTCAGCGTCGACATCAAAGTCAGCGGCAAGATCGTGGCCTCCGGGTCCCTGGCGCTTGCACGCATAGACCCGGACCCATCAACATGA MTIALKASDILARLPHRHPMVLLDRVEDFNYGKSATGIKNITISDPVFQGHFPNNPVYPGVYMIEASAQLCGLLLGSPTGEDGPVLGYLASVRKFKFITPVFPGDVLSIQARAGVSHANLADFSVDIKVSGKIVASGSLALARIDPDPST PGPT0008365_2100 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008365-fabZ-K02372 NA NA D3-18_03409 2160 hypothetical protein ATGAAACCGGCAGTAAGGCTCTACGACCCGGAAGTGGATGCGGCACGTGTCGCGGAGCTCTACAACCGAAACAACTACGGCACGATCCAGAGCGGCTCACCTCTTACTGGCAACGACGTTAACGCAGTGTTGAAAGAACGCGGCGCAGCACTGTTCATGGTGGGGGAAGACCGCGGGAACATTGTTGGCACCATAGGTTACCTGAAGGTCTCGGGCCGACGGGTCGCCGGCGACGGAGAACTCTTTTCCGGCATGTTCCTCATCGACCCGGGCTACCGGATGGGCTTCCTGGCCGGTGACCTGTTCATGCAGTCCTTCATCAAGCTGGTCGAACAGGGTGTCCGGGCTCTGCGCCTTGAAGTTGACCCAGCCAACCAAAAGGCTTTCCCGCTCTACGGACGGGTTGGCTTCAGGACGGCAGGCATCATCAGGCCTGATGAGGATGGCTACATCGAACTCATCAGTTTCCTCCCCGGCGTCGTATCAGATCTGCTTCAAACACCCTTTGCCGGCGCCTCCCCAGAGGACATGTTTTCGAAGTACTCCTGGCGAAGCATGGGCTCAGCCCGCGGCAGAGACCTCATGGACGGCGTCTCCGTCCAGGACGGCACCCCGCTGCTGACCTACACCTTCCCCGTGAAGAAGGACGTCGTTGAAGTCCAGGTCAACATGTCAACAGGTGCCGTCGTCCAGGCGCGCCACAACGGCAAACTCTTCGACTGGCCGGAATCCCCTCAACGCGCTGCTCCGAACGGCAACCACGGGCCTTCAATCGGCTCCCGCCGGCTTGGCGCTTTCACTATCTCCCTGGACGCGGCAGGGACGTTGACGATTGAGCATCCTCGACACCCGGGTCCGGTACTGACCGATCATTTCCCCGTAGGAGCCGACGGTGCACCTTTCTGGCGGCGTCCCGCCGCGTTGAACGTCACGTGCCAGGATCTTCCCGACGGATGGACGACCCGGCGGGGACCGATTTCCCGCGAAATCCGTGTTCATGGCAGCAAAGTCAGCATCGCAGTGAGCCACCAAAGAAATCAAAAGGTGACGGCGTTCCCGTGGGTGAATCTACGTTCAGGGGAATTCCACCTCAACACGAAAAACCGCCAGCGCCCCTTAGGCGGTCCAATCGTCCGCGGTATCTGGCCGCCGGACAGGACCGACTTTGAAGCCGCCGAAAGTGCCTTCGATGATCAAAGCAACGGCGCTTCCGCCCTCTGGACCGATACGGCGCTGGGGCTCGCATTGGCTGCTACCTGGAACTCGGATGGGAAGCTCCGCGTCGAAGGCTCCCATCTTCCGGCGGCGTCCTCCGAAAACGGTTCCATCCTGTATGACGTGGACCTCTTCGACGGCGCAGATGCTATGCCCGTTCCCGAAAACCCGGAAATCCTTACTTCATTAACACCGGTGTTTCACTCCTTGTCCTCCGGAACCCAGGGGGATTGGAAGCCCATCCAGTGGGTGGCGGCGGAAAGGTCGCGTGTCGATGTGCTTGAGGCCGTAGGGAGCAACGGGTTTTTGCTCGTCGCTCCCGACCGGGGCATCGTTTCGTGGAAGTCAGGCCAAACGCAGGTCCTCGCGGCGCCGTTCCCGAAAACCCGGACACTTGGGCCCCTGACGGCATGGCATTCCGGTCTTTGGGTCTCGGACCAAGGAGGGCGAGAAGACCCGGAGCAAGGCATCGAGTGGGGCTGCGATGGTTGCACATCCCACCTAGCTGACAGCCCATCAGATCGACCCCGCTGGGAAATCCAGCAGTGCGACAGCGATCTGACAGCGCTCCGCATCGTCGTTGACGGCGCCAACGGGTCTGAACAGGTCACGCACCTCACGCCGAACGCCCAAATGCAGGCCCGAAACCGGGCGCCGATACTTTTTCAGACGGATACCAACACCGACCTGTGGTGGGCAGCAGCCCGGGACCGGACTCCGTGGCGGGCCTCAGTGCGGAGAGCGGCCATAGGTCTCGGCGGGACGACCTGGTTGGTCATCGAAAACGACGAAGGCAGCCATCCCGAAATTTTGATCAGGTCCTCCGGTGAGTACCTCCTGCTGTCCCTCCTTGCCAGAGCCGGGGACACCAACACGACATCATGGCTCCTTTCCGCTCAGGAACTAGGAAGCCCCACCACAACCATCAAGGAGAATCCGTCATGA MKPAVRLYDPEVDAARVAELYNRNNYGTIQSGSPLTGNDVNAVLKERGAALFMVGEDRGNIVGTIGYLKVSGRRVAGDGELFSGMFLIDPGYRMGFLAGDLFMQSFIKLVEQGVRALRLEVDPANQKAFPLYGRVGFRTAGIIRPDEDGYIELISFLPGVVSDLLQTPFAGASPEDMFSKYSWRSMGSARGRDLMDGVSVQDGTPLLTYTFPVKKDVVEVQVNMSTGAVVQARHNGKLFDWPESPQRAAPNGNHGPSIGSRRLGAFTISLDAAGTLTIEHPRHPGPVLTDHFPVGADGAPFWRRPAALNVTCQDLPDGWTTRRGPISREIRVHGSKVSIAVSHQRNQKVTAFPWVNLRSGEFHLNTKNRQRPLGGPIVRGIWPPDRTDFEAAESAFDDQSNGASALWTDTALGLALAATWNSDGKLRVEGSHLPAASSENGSILYDVDLFDGADAMPVPENPEILTSLTPVFHSLSSGTQGDWKPIQWVAAERSRVDVLEAVGSNGFLLVAPDRGIVSWKSGQTQVLAAPFPKTRTLGPLTAWHSGLWVSDQGGREDPEQGIEWGCDGCTSHLADSPSDRPRWEIQQCDSDLTALRIVVDGANGSEQVTHLTPNAQMQARNRAPILFQTDTNTDLWWAAARDRTPWRASVRRAAIGLGGTTWLVIENDEGSHPEILIRSSGEYLLLSLLARAGDTNTTSWLLSAQELGSPTTTIKENPS NA NA NA NA NA D3-18_03410 996 gcvT_4 COG0404 Aminomethyltransferase ATGACAGCTACGACTGACTACGAGGCAATTCGTTCCACCGCCGCCGTTTACCCCACCGGTGAACTGGTTCTCGAGATCGCCGGCGAGCAGCGGGAGGAACTGGTTTCCTACCTGCTAGCCAAACGCACCGAATTCGCCCAACCCGGAAGCGTCGTTGAATCATTGGTGCTCCGGGAAGATGCTTCCGTTGCAGGCCACGTCGCGGCCTATATCGAAGAGGAACGCGTCCTGCTGATTGCAGAACAGCCCATCGACGTCGACATCATCACCATCGCGAAGCAACGCGGACTGGAGTCCGTCCGCGTCACCGACCTGTCCGCGTCCACAGCCGTCGTAGCTGTGGAAGGACCCGTGGCCTGGAAAGTTGTCCAAGACTTCGCCGACGAAGAAATCGCAGGCGTCCTCTTGGGCGAAAGCTGCACTGCGACGTTGCCGGTATCAGAGCAGCCGGCGACCATTATCCGTACCGGCACCACCGCCGAGTACGGCTACCTGATTCTCGCTCCGGACACCGACCGCGACGCGCTGCTGAAGTTAATCTCAACGATCGCCACGGAATTCGGCGGTCAGCGGGTCGGCACCGAGGCACTACAGCGCGCTCAGGCCGAAGTCAGCCACCCCCTCTACCCTGAACAATTCAGTGGCCTGACCGTCCGGGAAGCTGCTGCCCTCTGGATGCTCTCAGCGGACCGTGATGACGACTTCCTCGGCAGCGACCAGCTTGAGAAGGAAAAAGCCGCGCGTTCACTAGTTGCAGTCACTGCCACCACGTCATCGATCCCGGCGGCAGGAACCAGCGTTACCGCAGGGGAAACCGAAATCGGCCGGATCCACCACACGCTTCCCTCCGCTGGTCAACCTCAAGGGTTCGCCCTGGCCCTCTTGGATGCCCCCTTTAACGTGCCGGGTCTGGAACTGCAAGCAGGCGGAGTGACTTTGACGACGATTTCGCGCCCCTCAGTTGATCCGGTCTCCTGGACCGAACCGATCGGTTAA MTATTDYEAIRSTAAVYPTGELVLEIAGEQREELVSYLLAKRTEFAQPGSVVESLVLREDASVAGHVAAYIEEERVLLIAEQPIDVDIITIAKQRGLESVRVTDLSASTAVVAVEGPVAWKVVQDFADEEIAGVLLGESCTATLPVSEQPATIIRTGTTAEYGYLILAPDTDRDALLKLISTIATEFGGQRVGTEALQRAQAEVSHPLYPEQFSGLTVREAAALWMLSADRDDDFLGSDQLEKEKAARSLVAVTATTSSIPAAGTSVTAGETEIGRIHHTLPSAGQPQGFALALLDAPFNVPGLELQAGGVTLTTISRPSVDPVSWTEPIG NA NA NA NA NA D3-18_03411 2388 hypothetical protein ATGAAAATAGTTGTCACCGGATTCGGCCTCAGAGCAGCAGTAGGCCCGGACGCAGAACAAAGCTGGGAATCCATATCCAACGGAAAATCGGGGATCGTTCGAACGACCGTAGTTCCTACCGATGGTCTGGTTAGTTCAATGGGTGGCCAAGTCGAGTCGGAAGTGGAAACGGGGCCCCCGTCGTCCCGGACCACTTACGTTGATCGCTGCCACAGGCTTGCTTCAGCCGCCGCGACCGAAGCTTTGACCCATGCCCGGGTCGACCAGGCCTCCGTTGACCGGACCAGAATCGCGTTGTCATTGGGAACATCGTTGGGTGGGGCCCGCAGTGGAGAAGAATTCCATCGCCAGTGGATACAGGACGGATTGCGTAAAGCAAACACCGGTCTGCTGCGGCAATACCCACTCCATAGCGTCGCGGACTACCTTGCCTCTGAGTTCCAGCTGTTCGGACCCCGGAGTGTCCAATCCAACGCCTGCGCGGCCGGCGCTGTCGCCATCGCCTACGGGATCGAACTCCTCGAATCCGACGCCGCTGACATGGTCCTCGCCGGCGGCGTTGACCCGCTCGCGCTGTTGTCCTTCGGTGGTTTCTCCAGCCTGAAGGCACTGGATCCCCTGCATTGCGCACCGTACACCCGGAGTTCGGGACTCAACCTGGGTGAAGGAGCTGGTTTCCTTGTTCTGGAAAGTGAAGCTTCGGCTGTCGGCCGGGGAGCTGCGATCTACGCTGAAATCGCAGGGTACGGGCTCAGCGCCGACGCTTACCACGCTACAGCTCCGGACCCCATGGGCCGAGGAGCGTTACGGGCCATGCACGCGGCACTGCGGATGTCCGGGAACACTGTCGACGACGTCGACTACGTCAACGGCCACGGAACCGGAACGGCTGCTAATGACAGCGTCGAAGCCAAAGCCATAGCCAACCTGCGAGAGGGCGCCGCTCCGCCGGCAAGTTCCACGAAGTCCATGATCGGACACACCCTTGGTGCCGCCGGAGCCATTGAAGCGGTGACATCAGTGCTTGCCATCCAAAACCAGGAGATGCCTCCAACGGTCACACCCGATGGCCTGCGCTCACCCACAGGCCTGGACATCGTTGCAGAAACAGCCAAGAAGGCGCGGCTGAAAACCGTGCTTTCAAACTCGTTTGCCTTCGGCGGCAACAACGCTTCGCTAGCCATCCGGGAATACAGCGCTGACCCCTCAGCCCAAGCACCAAAGAGCGTACGACCGGTGGTCATCACCGGCATCGGCGCACTTGCCGGTGATGCCGTCACCACTGAGGACGTAAAGGCCGCCCTTTTCGAGGGCCGGCCCGTCTACGGTGACGGGACTGTCGAGGTCGAGGGATTCGGTTCCTTCCCCTTTGGCGACATTCCGGTCGACAAGCTCAAAAAAGGGATCGACCCGAAGTACCTGCGTCACATGGACACCTTGGGACGCAGGTCGGCGCTGGCTGTCAGCCAACTCCTGAAACAACGGGGCCTCTCACGAGCGGAGGCAACCAGCACCGGGCTGTTGTTCGCCACCGGCACCGGACCGATCTCCACCGTTGAGGCGTTCGAACGTGAGCTCCTGACTACGGGCAGCGGCAACGCCCTGCTGTTCCCGAACACGGTCATGAACGCCGCGCCCGGGCACGTCGCGTTGTTGAACAAGCTGCAAGGACCCACCGCGACCATATGTGCCGGCAACACGGGGGCTATCACTGCGCTCCATTTCGCCCAGAACCTCATCTCGAACGGGGTCGTGGACCGGATGATCGTCTTGGCGGCGGACGAAGCACCGCACGCGATGCTCGCCGCCTACGCGCCGATTCCGGGCTACTTGGCACGTTCGGTCTGCCTCCCCTACACGAACTCGGGCCGGGTCATCTCCGGTGCCGCCGTGGCCATCCTGTTGGAAAGCGAAGACAGCGTCGATCCCGGGAGAGTTCTTGGCCGCATCGAGAACTTTGGCATGACCGGTGACGGCAGTGGCCCCAGCCGTCTGCGCCAAGGGTCAGGGGCTTGGGCGCGGTCCTTCCGGCTGGCCCTCGACGGCCATTCACCGGAAACCGTTGATGCCGTTGTTGCTGCCGCTTGCGGGCGGGAAGCCGTGGATACCTTGGAGATCGAGGCATTGGCGGCAACTGGCCTGAGCAGGCGGCCTATTTCGACGCCCAAGGCAATCTTCGGCGATGCGGGCGCCTCAGGTGGTCTGTTGGGTGTCGCACAAGCAGTGTGGATGAGCCAGGAAAAGTTCATCCCAGGCAACGCCGGAGTCGTCGCGTCCGGCCCTGCAGGACTCGTACCAGGCAGCGGCAAGGCCGGAGAGGTCTACCGGACCCTGGTATCCACTTGTGAGGCCGGAGGCAGTTTCCAGTCCGTCACCATCGCGACGTAA MKIVVTGFGLRAAVGPDAEQSWESISNGKSGIVRTTVVPTDGLVSSMGGQVESEVETGPPSSRTTYVDRCHRLASAAATEALTHARVDQASVDRTRIALSLGTSLGGARSGEEFHRQWIQDGLRKANTGLLRQYPLHSVADYLASEFQLFGPRSVQSNACAAGAVAIAYGIELLESDAADMVLAGGVDPLALLSFGGFSSLKALDPLHCAPYTRSSGLNLGEGAGFLVLESEASAVGRGAAIYAEIAGYGLSADAYHATAPDPMGRGALRAMHAALRMSGNTVDDVDYVNGHGTGTAANDSVEAKAIANLREGAAPPASSTKSMIGHTLGAAGAIEAVTSVLAIQNQEMPPTVTPDGLRSPTGLDIVAETAKKARLKTVLSNSFAFGGNNASLAIREYSADPSAQAPKSVRPVVITGIGALAGDAVTTEDVKAALFEGRPVYGDGTVEVEGFGSFPFGDIPVDKLKKGIDPKYLRHMDTLGRRSALAVSQLLKQRGLSRAEATSTGLLFATGTGPISTVEAFERELLTTGSGNALLFPNTVMNAAPGHVALLNKLQGPTATICAGNTGAITALHFAQNLISNGVVDRMIVLAADEAPHAMLAAYAPIPGYLARSVCLPYTNSGRVISGAAVAILLESEDSVDPGRVLGRIENFGMTGDGSGPSRLRQGSGAWARSFRLALDGHSPETVDAVVAAACGREAVDTLEIEALAATGLSRRPISTPKAIFGDAGASGGLLGVAQAVWMSQEKFIPGNAGVVASGPAGLVPGSGKAGEVYRTLVSTCEAGGSFQSVTIAT PGPT0008360_39 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008360-fabF-K09458 NA NA D3-18_03412 654 hypothetical protein ATGGTGGATGTATGGATTCATTCGACAGGCCCAGCACCTACTGACGACTTTGGGCGGTACAGGTCCCGGTCCGGTGCCCGCTTTCTCGCGGAAGCGGCAAAGTCGACCCGATGCCCGGATGACCTGTCCCGACCCTGCCACGTCATCCGGGCAGAGGACGGCAGGTGGTTTTGCGGAAGCTGTTTGTCAGGCTGGTCGGTTTCACACACGCAGAATATTCTTGTCGCAGCACGGGCAAGAAGTTGGGTCGGTGTGGACATTGAAACACCAAAGAGACGGAACGCCGCCTTCAGATGGCTGGGGCGCGTCACGGGTGTGCCCAGTGTCGGCATCGAGCAATGGACCCAAGGTGAAGCCTTATGGAAAGCGATGGGCAACGCGGCACGGCGCCCAAAAACGGGCGAACTCCGTCTCAGCCCACAGTGGCACTATGGCTGGCAGAGCTCTGCGGACGGGGATTGGTACGTCCACACAGCCGCCAGCCGGGATGCCGTCTGGAGCCTGGCGTCACAGAACATCGAACCACTAACACTGCACTCGTGGAGCCCCCTGTCGGATTCGAACCGACGACCCGCGCTTTACATATTGGGGTATCCCGGAAGTGCCCGGCAGCTCCCTGAATTTAGGCCTGACCAGCGATTTTGCGACATTTGA MVDVWIHSTGPAPTDDFGRYRSRSGARFLAEAAKSTRCPDDLSRPCHVIRAEDGRWFCGSCLSGWSVSHTQNILVAARARSWVGVDIETPKRRNAAFRWLGRVTGVPSVGIEQWTQGEALWKAMGNAARRPKTGELRLSPQWHYGWQSSADGDWYVHTAASRDAVWSLASQNIEPLTLHSWSPLSDSNRRPALYILGYPGSARQLPEFRPDQRFCDI NA NA NA NA NA D3-18_03413 171 hypothetical protein ATGACCGGTTCAGAGCTCAGGAGGAGCAGTAATGGAAGCGAGGTGATCGCGTACGCTCACGAGTGTCTGCAGGCTCGCCTGAGCATCCTCGTGACGGAGCCGGTCAGTGTTCCCTTCTCGTTGTGCCGTCAAGCGAGCTCGGCAAGGAAAGCGTCTTCGCATGTGGGGTGA MTGSELRRSSNGSEVIAYAHECLQARLSILVTEPVSVPFSLCRQASSARKASSHVG NA NA NA NA NA D3-18_03414 1194 hypothetical protein ATGACTGACGCCTGGCCGCCGCACAGCTCCAAACCCATACCTTGGACGACTTCTGGGAGGGCCCCACGCGAAGACCGTGAGTTCACCGAAGTCGAGGTTTCCCTGCCACCCATGATCGGGGACCTCTGGTACAGCCCGAGCCGGGAAACCATCGTCGCATTGGAAAAAGCTGCGGTCTCAGTCGCCTCCCTGGATGTCACGGCCGGAACGCGCATGGCCGCCATCAGCGGGTTCCTCCTGCGCAGTGAGGCTGTGTCGTCCTCAAAGATCGAACACGTAGACGCCAACCGCAACGACTACGCGAAGGCCATGATCGGCTTGAAGGCCAGCGAGAACGCCAGGTCGATGGTCGCCGCCGCTGACGCCGTGCAGTTCATGATCGACGACGCCGGAAAGAGTGGCATGGTGCGTCTGGAGTCTCTCCTCAAGGCCCACCACACCTTGATGAAGGACGACCCGCTGGACTGGAAGCACGCCGGGAAGATCCGGGACGTCCAGAACTGGATCGGCGGCAGCGATTACTCACCGCGCGGAGCCGTCCATGTTCCCCCTCCGCCGGAAATGCTGTCAGAGCTGATGGAGGACCTAATAGTGTTCTGCAACCGGGACGACGTGCCGATCATGGCGCAGGCCGCGATTGCCCACGCGCAGTTCGAATCCATCCACCCCTTCACGGACGGCAACGGCCGCATCGGGCGGGCGCTCATCGGTGCCATCTCCCGTCGGCGCGGCCTGACGAAGAATACGGTCACGCCCATCGCCTCGGCGATGGTTGCCGATGTGCAGCGGTACTTCACCCTCGTCAACAATTACCGGACAGGCGACGCCGACCCGTTCGTGCTTTACCTGGCCAGCTCCGCCCTGCGCGCTGCGGATGCCGCGAGGGAAAGTGTGGCCGCTCTGGACGCCTTGCCGGCGATGTGGCTGGAGATGTCCAAGCCGCGCAAGGGCTCCGCCGAGGAGAAGATCATCCCGTGGCTTTTGGAGCGGCCCGTGTTCGAAGCGAATCATGCAGCGCACATCGCCGGAGTGGCCGAGACGTCCGTGTACGGCGCCCTGGACAGACTTACGACGGCTGGTGTCATCACGCCAATCACCCAGAGCAAGCGCAGCAAGGCGTGGGCAGCCACCGAGGTCCTCGACGAAGTAGACCGGCTCAACGCCCGGCTGGCGAAGGTGGAAGCGGCCGCCTAA MTDAWPPHSSKPIPWTTSGRAPREDREFTEVEVSLPPMIGDLWYSPSRETIVALEKAAVSVASLDVTAGTRMAAISGFLLRSEAVSSSKIEHVDANRNDYAKAMIGLKASENARSMVAAADAVQFMIDDAGKSGMVRLESLLKAHHTLMKDDPLDWKHAGKIRDVQNWIGGSDYSPRGAVHVPPPPEMLSELMEDLIVFCNRDDVPIMAQAAIAHAQFESIHPFTDGNGRIGRALIGAISRRRGLTKNTVTPIASAMVADVQRYFTLVNNYRTGDADPFVLYLASSALRAADAARESVAALDALPAMWLEMSKPRKGSAEEKIIPWLLERPVFEANHAAHIAGVAETSVYGALDRLTTAGVITPITQSKRSKAWAATEVLDEVDRLNARLAKVEAAA NA NA NA NA NA D3-18_03415 222 hypothetical protein ATGGACAATCTCCCTGCAGCCTTGGCCACGCTGGTGGCCAGACATGAAGTCGATCCGATCAAGGACTTTGACGCCCTCATCACGGAGGTGAAAGAGGTGGCCGGCTATCGGTCGCTCACTGCCGGCGAAAACGTGGAGTTGGATTGGGAAGCCGTCGAGCAGGACGGGTACGCCTTCAGGGCGATCTCGGTCAGGACAGCTGAGAGCGAGACTCAACCATGA MDNLPAALATLVARHEVDPIKDFDALITEVKEVAGYRSLTAGENVELDWEAVEQDGYAFRAISVRTAESETQP NA NA NA NA NA D3-18_03416 402 hypothetical protein ATGCAGTACTGGGACCTGGAGCCACTCACCGAGTACTACCTGGAGGACAGTTTCGTGCTGGACGTCCGGGCCACCCCGGGCAGGTTTTCCATCATGCTCGACTTTGTCCTCCGCGAAGGCCACCCGCAGTACGCCTCTCCCCTGCCGGGAGAACAGTACTGCTACCGAAAAGGCCGCCTAGTGTTCAGCGGAGTCAAAGAAATTTCATGGAGCGGTCAGGGCCGCATCAACCCGGCGATCGACGCCAACGACGAGATCGATTACGGCGGAATCGACTCCTTCAGAATCGAAGACAACGTCTACCGCTTGGAAGGTGATTTTGGGCTAGTCGAGGTCAGCGCCGCCTCAGTCGGTGCCGAGCTAGAGGAGGGCATGACTACTGGCCCAAAGGTGTCATCATGA MQYWDLEPLTEYYLEDSFVLDVRATPGRFSIMLDFVLREGHPQYASPLPGEQYCYRKGRLVFSGVKEISWSGQGRINPAIDANDEIDYGGIDSFRIEDNVYRLEGDFGLVEVSAASVGAELEEGMTTGPKVSS NA NA NA NA NA D3-18_03417 348 hypothetical protein ATGAGTACCTTCCTGGAACGCTTCGCTGCAGCGACCGATGAAGAGGGTCTGCGGTCCGGATGGTCACCGGCTGCCTACTTGGAGGCTTGGGCGGCCTTCACGGAGGACTGCGATGAGGGCTACCAAGGAAACATCTACGAATACGAGAACGACATCAGTGTCCGGGACGTGATCGAGAAGGCACTGACTTCGCTTGGTCCGGCCGAAGACGCTGCAGTTGCCGTCTTCGCGGATGCTGTCGCTGAAATCGATGCCCGTTTCGCCGCCGTTCTGAACTCCGGCCCAGCAATACGAGTCGAAACCGTCCCCTGGTGGCGCCGACGGCTGCCCAGCAGCACTTCTCCGTGA MSTFLERFAAATDEEGLRSGWSPAAYLEAWAAFTEDCDEGYQGNIYEYENDISVRDVIEKALTSLGPAEDAAVAVFADAVAEIDARFAAVLNSGPAIRVETVPWWRRRLPSSTSP NA NA NA NA NA D3-18_03418 525 hypothetical protein ATGACCGAGACGATGAACGAGGCGATGCGGCCGCTCCGCGCCTTGGCGGAGCCTTTCGTTGAATCTGGCCGCTTGGATCCCCCACTGCAGGCCCAACTCGATGAGGGTCTGACAATCCGGGACGGGTGCCTGCTCTTCGTCTCGCAACTCCGCAACATCCGGAGCCAAAGCGCCGCCGAATTCGGCGGCCCCAGCGGCGTCGAGGGTTACATCAACAAGCTCCCGCTGGGCTGGCTGATCGACGGTGCCGACGATTCACCGACGTGGCAGGATTTGGTCGGCACGAGCGAGTGGGCGGCGCGTTGCCTGGCACAAGGCATCTTGCTGGGCCGTAGCATCGCATCGGCGGCCTCTGATCTAACTCAGGCCCCCATCGACGTGTGGGTGTCCGTCGATTACGGGCCAGACGAGGAGTACCCCTCCTCTGCCTTTCGCTTCGTGACCTACAGGGAAGACGACTTGTGGGCTTACAATGTTGCAGGTTTCGAGCAACCAGTCCTGCGGATGACGTCGGGTGGCACATAG MTETMNEAMRPLRALAEPFVESGRLDPPLQAQLDEGLTIRDGCLLFVSQLRNIRSQSAAEFGGPSGVEGYINKLPLGWLIDGADDSPTWQDLVGTSEWAARCLAQGILLGRSIASAASDLTQAPIDVWVSVDYGPDEEYPSSAFRFVTYREDDLWAYNVAGFEQPVLRMTSGGT NA NA NA NA NA D3-18_03419 405 hypothetical protein GTGATCGCGTCCGCTGATGAGTTCGTTGCTCTGCGGTGTAGCGAAGACCCCGCGGAGTATCAGAGGGCAGCCCATGACGAGGCTGACCTTGCAGTGTGGGTCGAGGTCATAGATAAACACCCGGACATGCGGTTTTGGGTGGCCCAGAACAAGACCGTCCCCTTGGAGATCCTTGAGCTGCTCGCCTCCAGTCCGGACGTGCGGGTCCGCTCGTTCGTGGCCATGGAACGCAGGATCGGCATTGATCTCCTGCTAAAGCTCGCCCTGGACGAAGACGACGCTGTCCGGGCGAACGTTGCCCGCCACCGCCGCGCGACACCCGAGCTGATCGAAACGCTGCTTCATGACGAATCATGGGTCGTCAGAAAAGCCGCGACGGAGGCGTTGGCCAAGAGAGCGGGCTAA MIASADEFVALRCSEDPAEYQRAAHDEADLAVWVEVIDKHPDMRFWVAQNKTVPLEILELLASSPDVRVRSFVAMERRIGIDLLLKLALDEDDAVRANVARHRRATPELIETLLHDESWVVRKAATEALAKRAG NA NA NA NA NA D3-18_03420 810 hypothetical protein ATGTCCAAGGAGGCACGGAAGACCGCGGCTTTGCGGACACTGTCAAAGTTTGTGCTGCGCGCACGTTTGGTACAAGAACACTCCTTGGCCGCAGACAAGCAACTACTCGTGAAACATGCTGCATGGACGCTGACATTCAACATGGTCTTCAACACTGTCACTGGTGCGAAGTCCGTCGAGATGAAACCGGCACCATTGCTCCCTACGGAGCAGGTTGAGTCGGCCGCAGCGAGGGTCCGGCCATTGTTCCTGAAGGACGATGGGGTTCATTACGACAAGGTCCTGAATGCGCTCACTGAGTTGGTGAGCGGCTCGCCCGCGCATAGGAAAGAAGTGGAGGCCATCCGTGCAAAGTTCAGGGAGGCAGACCCTGACTATCCGCATGGCCGGCCCCGTGCACGTCGATCAGCGCTCATGACGTCGAACAAGGAGATCGCCGGAGCCTGGCTGTACGGCCACCTTCTGCATGAAGATGATGTACGCCGCTCCTACGCGGAGGGCATTGCCGCCGAAGAAATGCTGCTGAACGCCACGAAAACCGTGTGCAGCGAAATGCTCGCAACCGTCGAGGGCCTCCATCTGATAGAGCGGCTCGTCGTTGACGGGTTACTGGACCTCCCGGACGACCTGTTCACAACCCAGGTCACGGTGACCGCCACGGAATGGGTTCCGCCGGGGGACGTCAAAATGTACGTGGCAGACATGAACACGCCGATGCCGACAAGCCTCGCGGAGCCCCTTTCCAGCGCTTGGAGGGAAGTCCATGATGAATTCGGCCCCGCCAGGACCTCCCAAAGGCAAGAACGCTAA MSKEARKTAALRTLSKFVLRARLVQEHSLAADKQLLVKHAAWTLTFNMVFNTVTGAKSVEMKPAPLLPTEQVESAAARVRPLFLKDDGVHYDKVLNALTELVSGSPAHRKEVEAIRAKFREADPDYPHGRPRARRSALMTSNKEIAGAWLYGHLLHEDDVRRSYAEGIAAEEMLLNATKTVCSEMLATVEGLHLIERLVVDGLLDLPDDLFTTQVTVTATEWVPPGDVKMYVADMNTPMPTSLAEPLSSAWREVHDEFGPARTSQRQER NA NA NA NA NA D3-18_03421 198 hypothetical protein GTGCAGCTGGAAGCCGGCGCTGCCCTTTCCCCGACCAAGCTGGGACGGCTAATCCGGATCGCGCGCATTGCCGTCTATGACGACTACCAGGGGGCAGGCTGGGAGTGGATCCACGTCACGCCCTACAGCCAGCAGGAAGCCGAGCAACTGCTGCAGCAAGCAGAGACGGAACTGCAGGCACTCCGCAATCAAAACTGA MQLEAGAALSPTKLGRLIRIARIAVYDDYQGAGWEWIHVTPYSQQEAEQLLQQAETELQALRNQN NA NA NA NA NA D3-18_03422 510 hypothetical protein ATGAGCCTTCAACTTCCGCGCCCAAGCGACTTACCTGCAGCTGAAACGCCCCCTGCGGACACGAAACAACTCCGCAGGGGGCGAACCAGTATTGGTATCGCCCTTCTTATTGTTGGCGCCTTCAATGTGTACAGCATGATCTGGGCGTACTCGACCTACGGGTATCTTCTCGAAACCCTTACCGCGAGCCAAAAGAGCGAAGTCGTCGTGGCGGATGCTCTCGTCGTTCTTCTCATTCTGGCGCTGGTCGGGATTGGAATCTGGAACATTCTCGCCCGGAGAAGCACATCGTTGGTGCCCCTCATCGCTGCCCTGGTCATAGCGGGGATCAGCTTGGCGTCTGATCTCTTGAGCATTGTCGACACCCTCGAAGTCAATGGCAGTTTTCCGTACTTCATACTGTTCCTCCAGTTCGGCCTCATCGTGCAGACGATCAGACTCCTGCGGCTCAAGCCTGGCGCTGCAGTTGCGGACTCCAGCAGCCGGCAGGCGAGTCAGAACGTCGGATAA MSLQLPRPSDLPAAETPPADTKQLRRGRTSIGIALLIVGAFNVYSMIWAYSTYGYLLETLTASQKSEVVVADALVVLLILALVGIGIWNILARRSTSLVPLIAALVIAGISLASDLLSIVDTLEVNGSFPYFILFLQFGLIVQTIRLLRLKPGAAVADSSSRQASQNVG NA NA NA NA NA D3-18_03423 456 hypothetical protein ATGGCCAAGTTGTGGTTACCTCTGACCATGGGATTTTTTCGCAAGAAGGTCCACGGCCCACCGCTGGCTGTCCAAGCAGTGAGCACAGCGGCCGCCGAGAACGAGGCACAGACACCGCTGCTATTGACGGCTGAGGAGCTGCCCGAGGGGTTCGTATACCCGCGGGGACTGCTGCGGCTAGTGGAACTGGAACTGTTCGAATTGGAGCCTTGGTGGATCCTCACCAGTGATCAGCTTCGACGACACAACCGGGGCCTGGCCGACCGCTATCCCGACCGAAGGCTGATCTTGTTCGCCAGGCGTCAGGACAACGACGACACTGCCTGCTGGGATCTGAACACCGGCAAGGTCGCGATCGTTCACGATTTCGCCTCCCCCGGGTGGGAGGCCCAAGGCGAATTCGAAGACTTCGACGCCTGGTTGCACTCGGCCATCGATGACCTCATCGAGTTCTAA MAKLWLPLTMGFFRKKVHGPPLAVQAVSTAAAENEAQTPLLLTAEELPEGFVYPRGLLRLVELELFELEPWWILTSDQLRRHNRGLADRYPDRRLILFARRQDNDDTACWDLNTGKVAIVHDFASPGWEAQGEFEDFDAWLHSAIDDLIEF NA NA NA NA NA D3-18_03424 345 hypothetical protein ATGCACCTGGTTCAGCACATACATGATGCAGTCGATCGCTACTGGACGGTGGACGTGCAGATCATCGGCATCTGGGAGGACGGACCGGCCACCTGCGTAGTACACCGCCGCACCATCGACCCGACCACGATCCTGGGACACCGGTTCGAGTTCACCCCCACCGCAGCAGACGGCACCATTGAAGGCTACGCGCGGGACATAGCGATCAACCTTGCCGAGCCGATCGGAATCCTCGCGGCCACCACCCGTGAGGACGAGCACGGCATCGTGTGGGTGGTCATCCCCGAGGACCGGCCAACACCAGTGCCACCTGCCGACGTCTTGGAAAAGCTCGGCAATCGGTAG MHLVQHIHDAVDRYWTVDVQIIGIWEDGPATCVVHRRTIDPTTILGHRFEFTPTAADGTIEGYARDIAINLAEPIGILAATTREDEHGIVWVVIPEDRPTPVPPADVLEKLGNR NA NA NA NA NA D3-18_03425 1335 pcaK COG0477 4-hydroxybenzoate transporter PcaK ATGTCCCAAACCAATGTCGCCACCGTCGTCGGCAGCGCCAAAATCTCCCGTTTCCACCTCAAGGCAGCCGCTATCTGCGCTCTGCTTATGATTGCCGATGGATATGATCTTGTATCCTTTGGCTCCGTCATTCCCCACCTAATGAAAGACTGGGGCACTGACCCCGTCACCCTCGGCGTCGTGGGTTCCATGGCCCTCGCCGGCATGTTCGCCGGCGGGCTCATGGTCGCACCATTGGCTGACAAGTACGGCCGCCGCAAACTCATCGTCGCCGGGCTGATCCTCGCCAGTGTCGCTGCATTTGCGTGTGCGTTCGCCGACACCCCGATGGTTCTGGGTGCGCTGCGCTTCGTCGTAGGCGTGGCCCTGGGCGCGTTGGTTCCAAACTTCATGGCGCTCATGGGAGAACTCTCTCCCACCAAGTCCAAGGCGTTCTTCGTCGCCACCGTCTCGGCGTTCTACGCAGTAGGAGGAGTCGGCGCAGCGCTGCTGGCCATCTACATCGAGCCTGTACTGGGCTGGCGCGGAGTGTTTTACGTGGCCGGATTGTCCATTCTGCTGGTGCCCTTGGTGCTCAAGCACCTTCCTGAATCCCCGGAATACCTGGCCCACGTCGGGCAGCGGGAACGCCTGGACGCAGTGATGAAGCAGATCGAACCCAGCTGGAGTCCGAATACGGTAATCGCACCCCCGATCCCGTCCTCCGGCAAGTCACGCATCGCGCAGCTCTTCACTCACGGGAACGCCCTGGCAACCTCACTCATGTGGGTCTTCTTCATCATGACGATGGTCCTCAGCTACGCCCTGAACACCTGGCTGCCCAAGTTGATGCAAAACGCCGGATTCGAGCTCGGCCCGGCCATGTGGACGCTCGTTATCCTCAACGCCGGCGGTCTGTTCGGCTCAATCGCAGGTGGCTGGATCGCCGGACGGACCTCGTACCGCAAGACCCTCGTTGGCTACTTCGCCTTGGCCATTGTGTCCTTAGTCCTTCTGTCCATAAAGCCCAACGCGTTCATGCTGAATGTCCTTCTGTTCACTGCTGGAGCCGCAGTGATCGGGATCCTGGCCGTAATCCATGCCTTCGCAGTGGAGTTCTACCCGGTCCACGTCCGCAGTACCGGCGTCGGATGGGCAACCGGCACAGGACGTATCGGCGCCATTGCCGGACCCATTCTCGGAGGCGCTCTGGTCGCGTCGGGCCTGCCATTACAGATGAATTTTGTGCTGCTGACTATACCCGCAGTTCTTGGCGTGACGGCTGTCATCATCGTCACAGCGCGCCGATTCAAATCAGCAGCCACCAAAGCCGAAAAACCCGTCCTCATACCCTGA MSQTNVATVVGSAKISRFHLKAAAICALLMIADGYDLVSFGSVIPHLMKDWGTDPVTLGVVGSMALAGMFAGGLMVAPLADKYGRRKLIVAGLILASVAAFACAFADTPMVLGALRFVVGVALGALVPNFMALMGELSPTKSKAFFVATVSAFYAVGGVGAALLAIYIEPVLGWRGVFYVAGLSILLVPLVLKHLPESPEYLAHVGQRERLDAVMKQIEPSWSPNTVIAPPIPSSGKSRIAQLFTHGNALATSLMWVFFIMTMVLSYALNTWLPKLMQNAGFELGPAMWTLVILNAGGLFGSIAGGWIAGRTSYRKTLVGYFALAIVSLVLLSIKPNAFMLNVLLFTAGAAVIGILAVIHAFAVEFYPVHVRSTGVGWATGTGRIGAIAGPILGGALVASGLPLQMNFVLLTIPAVLGVTAVIIVTARRFKSAATKAEKPVLIP PGPT0005390_158 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_BENZOATE|DERIVATE_DEGRADATION XENOBIOTIC_BENZOATE-DEGREDATION-BENZOATE_TRANSPORT,PGPT0005390-benK-K05548 NA NA D3-18_03427 912 hypothetical protein ATGCACTTTGACGTCGAATACCCCGAGGAACTGATGAGCCCCGCAAACGAACCACGCCTGTCCAAGGCCGAAAAGACCGCCCAGGCGCGGGAGAAGGCGCGGGCTATCCGCGAAGAACAGCTGAAGAAGGAGAAGCGCAACAAGCTTCTTGTCGGCTGGGGCATCGTGGTGGCCGTGGTTGTCATCATCGCTTTGATTGCGTTTGTGGTTATCGGAAATGCTCAGAACAACGCGCCTGTGGCCGATCAGGGGCCAACACCGGCGAACGGCAACGTGCACGGCGGCATCACGCTGCTGGCCAACACTGAAGTTGTGAAGTCCGAACCCGCCACCGTCAACGTGGCAGACGTGCCGGCTCCTCTTGCTACCAAGCCGGCTACGGTAGCCGTTCCGGGTGGCGAGGCCGAGGCCGGCAAGCCCGTCAAGGTGATTGCCTACATCGACTTCATCTGCCCGGTCTGCAAGCAGTTTGAGACCGCTTACGGCGAGTCACTCACGAACCTTCGCAACGAAGGCAAGATTTCCGTCGAGTACCGCGCCCTCGGCTTCCTGGACCGCCAGTCCACCACTAACTACTCATCCCGCGCAGCCAACGCTGCTGCCTGCGTAGTCAACTCTTCCCCCGAGAAGTACGCGGAATTCTTCGACCTGCTCTTCGAACGCCAGCCGGCTGAAGGCGGAGCAGGCATCTCTGACAACGACCTGAAGAAGATGGCCACCGAAATCGGCGCGGCCAACATCGACTCCTGCATCGACAGCAAGCAGTTCCGTCCGTGGGTGAAGGTTGCCACGCAGGAAGCTGCAGCGATCGGCGTCACCGGTACGCCCACAGTGTTCATCGACGGCAAGCAGTGGGACGGCAGGTCCGACCTCAACGCCGAGATCCAGACGGCAATTACCGCCAAGGGCTAA MHFDVEYPEELMSPANEPRLSKAEKTAQAREKARAIREEQLKKEKRNKLLVGWGIVVAVVVIIALIAFVVIGNAQNNAPVADQGPTPANGNVHGGITLLANTEVVKSEPATVNVADVPAPLATKPATVAVPGGEAEAGKPVKVIAYIDFICPVCKQFETAYGESLTNLRNEGKISVEYRALGFLDRQSTTNYSSRAANAAACVVNSSPEKYAEFFDLLFERQPAEGGAGISDNDLKKMATEIGAANIDSCIDSKQFRPWVKVATQEAAAIGVTGTPTVFIDGKQWDGRSDLNAEIQTAITAKG NA NA NA NA NA D3-18_03428 1503 otsA COG0380 Trehalose-6-phosphate synthase ATGCAGGATTTGGCAAGCGAAAAACTCACTACCGAACAAAGCGCCAAGGCTTCTCCAACAAAGAAGCCTACGGCGAGCACGTTCGATTTCATGGTGGTTTCCAACCGGCTGCCCGTGGATCGGTGCAGCAGCGACGGCAACGACGACGGCGGAGATGGCTGGCGTCGTTCGCCCGGCGGCCTGGTCACTGCTCTCGCCCCGATGATGACGAAGTCCGACGGCGCGTGGGTGGGTTGGCATGGCGCCCCGGACGAGACTGTGCGCCCGTTCAGCCACGAAGGCATGGACCTGGTTCCGGTTCAGCTCAGCAGCCACGAGGTGGAGCTGTATTACGAAGGTTTCTCCAATGCGACCATCTGGCCGCTCTACCACGATGTCATCGCACCGCCCGAGTTCCACCGTACGTGGTGGGATTCGTACCGCCAGGTCAACAAGAAATTCGCCGACGCCGTCATTCGCCACGCCGCCGACGGCGCCACTGTCTGGGTCCAGGACTACCAGCTCCAGCTCGTTCCGCGAATGCTCCGCGAGGCACGGCCGGATCTGAAAATCGGCTTCTTCAACCACATCCCTTTCCCTCCCCCGGAGATTTTCGCGCAGCTCCCGTGGCGCCGGGAGATCATTGACGGACTGCTGGGCGCTGACCTTCTGGGCTTCCAGCGCCCCAGCGACGCAGGCAATTTCATGCGCTCTGCACGCCGGTTCCTGGGTGCCAGCGTCAAGCAGCAGCAAGTTCACGTGAAGGGCCCGGACGGCGAAGTCACCCACATCGCCCGTGCGCAGGCCTTCCCTATCTCGATCGACGTTGATCAGATCCGCGAGCTCGCGGCCAGGCCGGACATCATCGAGCGGGCCAAGCAGATCCGCAAGGACTTGGGCGATCCCAAGACCATTCTGTTGGGTGTGGACCGGCTGGATTACACCAAAGGAATCGGCCACCGCCTCAAGGCATTCGAGGAACTCCTTCGCGAAGGCAGCATCAAGGTGGAGGACGCCACACTCATCCAGGTGGCGAGCCCCAGCCGTGAACGCGTGGAACAGTACAGACTGCTGCGCGAGGAAATCGAAGGCACAGTTGGCCACATCAACGGCACCTACGACACCATCCAGAACACGGCAGTCCGCTACCTGCACCACAGCTATCCGGTGGAGGAAATGGTGGCGCTGTACCTTGCCGCGGATGTCATGCTCGTAACCGCCCTGCGCGATGGCATGAACCTGGTGGCAAAGGAGTATGTCACCGCCCGCTCGGAAGACGACGGCGCCTTGGTACTCAGCGAGTTCGCCGGTGCCGCCGATCAACTCAAGCAAGCACTCCTGATCAACCCGCACGATATTGACGGACTAAAGTCGGCCATTTTGCGTGCGGTGAACCTCCCGCCCAAGGAAGCCCGCCGCCGCATGAAGCTGATGCGCAAGCAGATCCTGGATCACGACGTAGATCACTGGTCAGCTGAGTTCCTGGCCGCCTTGGAGGAAAAGGTGGTGCGCGATGACAGCTGA MQDLASEKLTTEQSAKASPTKKPTASTFDFMVVSNRLPVDRCSSDGNDDGGDGWRRSPGGLVTALAPMMTKSDGAWVGWHGAPDETVRPFSHEGMDLVPVQLSSHEVELYYEGFSNATIWPLYHDVIAPPEFHRTWWDSYRQVNKKFADAVIRHAADGATVWVQDYQLQLVPRMLREARPDLKIGFFNHIPFPPPEIFAQLPWRREIIDGLLGADLLGFQRPSDAGNFMRSARRFLGASVKQQQVHVKGPDGEVTHIARAQAFPISIDVDQIRELAARPDIIERAKQIRKDLGDPKTILLGVDRLDYTKGIGHRLKAFEELLREGSIKVEDATLIQVASPSRERVEQYRLLREEIEGTVGHINGTYDTIQNTAVRYLHHSYPVEEMVALYLAADVMLVTALRDGMNLVAKEYVTARSEDDGALVLSEFAGAADQLKQALLINPHDIDGLKSAILRAVNLPPKEARRRMKLMRKQILDHDVDHWSAEFLAALEEKVVRDDS PGPT0014135_332 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_TREHALOSE_METABOLISM,PGPT0014135-otsA-K00697 NA NA D3-18_03429 798 otsB COG1877 Trehalose-6-phosphate phosphatase ATGACAGCTGAAAACCTTTCCCTGTCACCGGAACTGTTGGACGCTGTCCGCCGCATATCCGGCACGGAGCACCTCCTGGTCGCCCTCGACTTCGATGGGACCCTGTCCCCTATCGTGGACCACGCTGAGGACGCACGCCCCCTGCCCCGCTCCGCTTCTGCGCTGGAAGCCCTCGCCCGACTTCCACGCACGACGACGGCCCTCATCTCGGGCCGCGCACTGGACAGTTTGCGGCTGGTCGCCTCGCCTCCGGTGGACACGCTGCTGATCGGCAGCCACGGCGCCGAGGTCTGGCTGGGCGAGGGGTCTTTGGGCCTGGAACTGGACGAAGACCAGCGGCTCAAGCTGGCCTCGGTCCGTGAGGTCCTTGCGGAAATCGTGAACATCGCTCCAGGGACGTTGCTGGAGGACAAACCCGCCGGCGTCGTCCTCCACACGAGGATGGCCGACGACGACGTTGCGGAAGACGCCGTCGAGGCCGCGATGAGGGTGCTCCGCGAGCATCCAGGGGTCTACCTGAAGACGGGCAAGCGCGTGCTGGAGACGTCAGTAGTCCACGCATCCAAGGGTGAGGCCGTGGAATTCCTCCGTCAGGCAACCGGCGCTACGGCCATCCTGTTCGCAGGCGACGATGTGACCGATGAGGATGCCTTGGGCCGGTTGATGGGCGACGACGTTGGCATCAAGGTGGGCTTGGACTTCACTCAAGCGCAGTACCGCGTTGAAGCGCCGGTGCATGTGGCGGAGCTGTTGGAAGCCCTGCTGCGGGAGCGTCGGCGGGTCACGGCTGAGGCCTGA MTAENLSLSPELLDAVRRISGTEHLLVALDFDGTLSPIVDHAEDARPLPRSASALEALARLPRTTTALISGRALDSLRLVASPPVDTLLIGSHGAEVWLGEGSLGLELDEDQRLKLASVREVLAEIVNIAPGTLLEDKPAGVVLHTRMADDDVAEDAVEAAMRVLREHPGVYLKTGKRVLETSVVHASKGEAVEFLRQATGATAILFAGDDVTDEDALGRLMGDDVGIKVGLDFTQAQYRVEAPVHVAELLEALLRERRRVTAEA PGPT0014140_1633 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_TREHALOSE_METABOLISM,PGPT0014140-otsB-K01087 NA NA D3-18_03431 1083 msiK COG3839 Diacetylchitobiose uptake system ATP-binding protein MsiK GTGGCTACAGTTACTTTTGATAACGCTACGCGTCTGTACCCGGGCACAGATAAGCCCGCCGTCGATAAGCTCAACATCGACATCGCCGATGGCGAATTCCTGGTCCTCGTTGGACCCTCCGGTTGCGGTAAGTCCACCTCGCTGCGCATGCTCGCAGGCCTTGAGGACGTCAACGCCGGCCGCATCCTGATCGGTGATCGCGACGTCACGGACGTCCCGCCGAAGGACCGCGATATCGCAATGGTCTTCCAGAACTACGCCCTGTACCCGCACATGACCGTTGCGGACAACATGGGCTTCGCACTCAAGATCGCCGGCGTCTCCAAGGAAGAGCGTGCCGAGCGTGTCCGCGAAGCCGCCAAGCTTCTCGACCTTGAGCAGTACCTGGACCGCAAGCCGAAGGCACTCTCCGGTGGTCAGCGCCAGCGTGTTGCCATGGGCCGTGCAATCGTCCGTAACCCGCAGGTCTTCCTCATGGATGAGCCGCTTTCCAACCTTGACGCCAAGCTCCGCGTCCAGACCCGTACGCAGATCGCGTCCCTGACCCGTCGCCTCGGCGTCACCACGGTTTACGTGACCCACGACCAGGTCGAAGCAATGACCATGGGCGATCGCGTTGCAGTCCTGAAGGACGGCCTGCTGCAGCAGGTCGACACCCCGCGCAACCTGTACGACCGCCCGCAGAACGTCTTCGTCGCAGGCTTCATCGGTTCCCCGGCCATGAACCTGCTCGAACTGCCTGTAGTCGACGGCGGCGTCCAGTTCGGTGGAACGGTATACCCCGTGCCGCGCAACATCCTCGAAGAAGCTCACGGCCAGACCGTCACCGTCGGTTCCCGTCCGGAAGACCTCGAGACTGTCGGCAACGGCGAAGGCCTCCAGGTTGAGGTTGACGTCGTCGAAGAACTCGGCGCCGATGCCTACGTCTACGGCCACACCATCCTGGATGGCAAGAGCCACGACATCGTTGCGCGCGTCGACGGTCGTCGCCCCCCGATGAAGGGTGAGTCCATCTTCGTCCGTCCGCAGTCCGGCCACGTGCACCTGTTCGACACGAAGACCGGCCTCCGCTTGGGCGACTAG MATVTFDNATRLYPGTDKPAVDKLNIDIADGEFLVLVGPSGCGKSTSLRMLAGLEDVNAGRILIGDRDVTDVPPKDRDIAMVFQNYALYPHMTVADNMGFALKIAGVSKEERAERVREAAKLLDLEQYLDRKPKALSGGQRQRVAMGRAIVRNPQVFLMDEPLSNLDAKLRVQTRTQIASLTRRLGVTTVYVTHDQVEAMTMGDRVAVLKDGLLQQVDTPRNLYDRPQNVFVAGFIGSPAMNLLELPVVDGGVQFGGTVYPVPRNILEEAHGQTVTVGSRPEDLETVGNGEGLQVEVDVVEELGADAYVYGHTILDGKSHDIVARVDGRRPPMKGESIFVRPQSGHVHLFDTKTGLRLGD PGPT0016310_4663 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 D3-18_03432 1626 COG3525 Beta-N-acetylhexosaminidase ATGAACACCACAGATAACCTGATCCCACGGCCTTCGCACGTGGCACTCCTGGACGGCCAGGCTTTCACGCTCGCATCCGCAGCACGGATCGCCGCTCCCCACCAAGCAGTACCGGTCGCTGAGCAGCTCGCCTCGGTGTTGCGCCGCGGCACCGGATTTGGACTGCCCATAGTTGAGGACACCCGACCAGGTGACATAACACTGGAGTTGGTGGAAGCGTTCGACGGCGGCGCGGAAGCTTACGCGATCAGCGTCACCGAGGGTGGGGTCAGGCTCACGGCCTCCACTTCCGCGGGTCTTTTCAACGGAATCCAGACGCTTCGCCAGCTCTTCCCGGCGGCCGTTGAGGGCGCTGAGGGCGCTGAAGGCGCTGAGGGCGCTGAAGGCGCTAGCTCAAGCGAACACGCGTGGGTGATTCCCGCCGTCGAGATTGCGGACGCCCCGCGCTTCGCGTATCGCGGGCTGATGCTGGACGTTGCCCGCAGCTTCTTCACAGTGGAGGAGGTGAAGGAGCAGATCGATGTCATGACGCAGTTCAAGCTGAACGCCCTGCACCTGCACCTTACTGACGATCAAGCATGGCGGATCGAGATCCACGATCCAGGGTCCGCGCGCAACCCTTCGGGAATGCCCTACGCAAATCTCACCGGGCTGGGCGGCCGAGGCGCTGTTGAGGTCCCCACGGCAATGCCTGCGCGGGGCCGTGAAGGTTATTACACGCAGCAGGACTTCAAAGACATCCAGGCCTATGCCGCCAGCAAGAACGTCCTGGTGGTGCCCGAGATCGACCTCCCGGGACACGTCAATTCCGCCCTCGCCGCCATTCCGCAGCTCAATCCGGATGGCGTGGCCAAAACCATGAGCACAACCTCGGCCGTCGGTTGGTCAACGCTGGACGAGTCGCTTCCTGCCACCTACGAGTTCGTCCGGGAAGTCCTCGGCCAGCTCGCGGCCATCACGGTGGGCCCGTACCTCCACATCGGTGGCGACGAAGCCCTGGTGACCGGACATGAGAACTACGTGACCATGGTTCAGGAGTTTGCCAACATTGCCGCCGGGACCGGCAAAACGGTGGTGGGCTGGAACGAGTATGCCGCCGGCGACCTTCCCCGGGGCGCGGTGATCCAGTACTGGTTCGGCGATCTCGCTCCGGTAGTCAAGCAGGCGGAGATCGGTGGTTCACCTGTGATCATGTCGCCGGCCGCCAACACGTACCTGGACCAAAAGTACGCTCCGGACTCGCCCATTGGACTCGAATGGGTGGAAGGAGGCCCGTTCACCTGGGCCGAGTACTACAACTGGGATCCTTCCCAAGGCGGGCTGAAGGACCACCACATCCTCGGCGTCGAGGGTCCCCTGTGGACTGAAACAGTCCGTGACAACCAGCAAGCCCAGTGGCTCCTTTATCCGCGGGGGGTTTCCTTGGCCGAGGTTGCCTGGTCCGGTCAGGAGGTCCGGAACGCGGGTGACTTCCGACGCCGTTTGGGCGCCTTGGGTGAGCGGCTCGCCAGGCAGGGAGTCGCCTTCCAGGAGGCGCCCGACGTCGAATGGTCCGCGACGTCTAACTGGCCTTTTCCGGACGCGACACCGTCCTCCCCTTCCAAGTACGGAACAATTGAGGCATGA MNTTDNLIPRPSHVALLDGQAFTLASAARIAAPHQAVPVAEQLASVLRRGTGFGLPIVEDTRPGDITLELVEAFDGGAEAYAISVTEGGVRLTASTSAGLFNGIQTLRQLFPAAVEGAEGAEGAEGAEGASSSEHAWVIPAVEIADAPRFAYRGLMLDVARSFFTVEEVKEQIDVMTQFKLNALHLHLTDDQAWRIEIHDPGSARNPSGMPYANLTGLGGRGAVEVPTAMPARGREGYYTQQDFKDIQAYAASKNVLVVPEIDLPGHVNSALAAIPQLNPDGVAKTMSTTSAVGWSTLDESLPATYEFVREVLGQLAAITVGPYLHIGGDEALVTGHENYVTMVQEFANIAAGTGKTVVGWNEYAAGDLPRGAVIQYWFGDLAPVVKQAEIGGSPVIMSPAANTYLDQKYAPDSPIGLEWVEGGPFTWAEYYNWDPSQGGLKDHHILGVEGPLWTETVRDNQQAQWLLYPRGVSLAEVAWSGQEVRNAGDFRRRLGALGERLARQGVAFQEAPDVEWSATSNWPFPDATPSSPSKYGTIEA PGPT0012150_3739 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 D3-18_03433 1416 hypothetical protein ATGAGCGAGCAAAACGAAGCCCAGTGGCACGACGAACCCACCGACTACGGGCAGATCGGCAAGCTCCCCAGGACCGAGGCCGCCAGTGCGCAGGACACCGCGCCGCCTGCGAGTGTCATCGGTTCCCTTAACATCACTGCAGCTGCTGCGGATCCGGAATTGCTGGACCTCCCGTGGCATATCGCCTTGGAAGACTGGCCCGCCGAAAACCTGGCCGCGCTACCCCGCGGTATTTCCCGGCACATCGTCCGCTTCGCTCACTTGGGTGGCTCGGTGATCGCCATCAAGGAAACCTCGGAGCACGTTGCCCGCCACGAGTACCACATGCTGCGGAAGCTGGCCCGGCTGGACGTTCCCTGTGTGGAACCCGTGGCTGTCATCACGGGCAGGACCACCGCGGACGGCAGGCCGCTGAACCCCGTGCTGGTCACACGGCACTTGAAGTTCTCCATGCCGTACCGCGCACTGTTCTCACAGATGCTCCGCAAAGACACCTTGACGCGCCTGATTGATGCCCAGGCACTGTTGCTGGTGCGCTTGCACCTTGTGGGCTTCTACTGGGGTGATGTTTCGCTCTCCAACACGTTGTTCCGCCGCGATGCCGGCGCCTTCGCCGCGTATTTGGTGGATGCCGAGACGGGCGAGCTCTACCCGGACCTCTCCATGGGCCAACGTGAATACGACCTCGAAATCGCCCGCGTGAACATCGCCGGCGAACTGATGGACCTGCTGGACGGCGGGCTCATCGAGGAAAAAGTGGATCCCGTAGCCACCAGTGAGCTGATCATGGACAGTTACCGCCGGCTCTGGACTGAGTTGACGGAGAAGGAGTCCTTCGAGCTTGGCGAAAGGTGGCGCGTGGCCGCCCGCATCAGGCGTCTCAACGAGCTCGGCTTCGACGTGGAGGAGTATGCCATCAAGACCACGGCGGACGGCTCCACCATCCAGCTCCAGCCCAAAGTCGTCGACGCCGGTCACCACCAGCGTCGCTTGCTGCGCCTTACCGGACTGGACGCCCAGGAGAACCAAGCCCGCAGGCTCCTCAATGACATGGACCAGTTCCGTGCGGACAACAACCCGGACCTGGACGAGGAAATCAGCGCCCACATCTGGGTCAGCCAGATCTTCGAGCCCATTGTGCGTTCCATTCCCCGGCACTTGGCCGGGAAGTTGGAGCCCGCGGAAGTGGTGCACGAGGTTCTGGAGCACCGCTGGTACATGAGCCAGAAGCAGGACAGGTACGTCCCGTTGGCTGAGACCGTTCAGTCCTACCTGGACACGGTGCTGCAGCACCGCCGCGACGAAGCTGCCATCATGCTGAACCCGGACACGGAGCTGCTCAAGATCCTTGAGGTCGAGGTGGAGGAATCCGGCCGGTACGACGAAGTGGATGAGTACCCGGACGCTGACGACTAA MSEQNEAQWHDEPTDYGQIGKLPRTEAASAQDTAPPASVIGSLNITAAAADPELLDLPWHIALEDWPAENLAALPRGISRHIVRFAHLGGSVIAIKETSEHVARHEYHMLRKLARLDVPCVEPVAVITGRTTADGRPLNPVLVTRHLKFSMPYRALFSQMLRKDTLTRLIDAQALLLVRLHLVGFYWGDVSLSNTLFRRDAGAFAAYLVDAETGELYPDLSMGQREYDLEIARVNIAGELMDLLDGGLIEEKVDPVATSELIMDSYRRLWTELTEKESFELGERWRVAARIRRLNELGFDVEEYAIKTTADGSTIQLQPKVVDAGHHQRRLLRLTGLDAQENQARRLLNDMDQFRADNNPDLDEEISAHIWVSQIFEPIVRSIPRHLAGKLEPAEVVHEVLEHRWYMSQKQDRYVPLAETVQSYLDTVLQHRRDEAAIMLNPDTELLKILEVEVEESGRYDEVDEYPDADD NA NA NA NA NA D3-18_03434 702 rspR_3 COG1802 HTH-type transcriptional repressor RspR ATGAAGGGAAGTTTGACAGTGGCTGAGGCGATGCCGGAAACCGGAAATGGCCGCGATGAAGAGGCCCGCGCGGAGAACGTCTACCAACTGGTGTTGGAGGGCATCGTCACGGGCACGTACGCGCAAGGTATGCGGTTGCGGGAACGCGAACTCTCCGAGCTTTACAACGTCTCCCGCATTCCCGTCCGCGAAGCCATCCAGCGCCTGGAGCAGGACGGATTCGTCGCGACCTTCCCACGGCGCGGTGCCGTGGTGCGCCAGCTGACCCTGACCGATGTCAACGAGCTCTTCGATGTTCGCCTCTGCCTGGAGACGTTCGCCGCCCGGATGGCTGCCACGCGTGTAGCCGAAGGCAGCGATGGCGGCCGGCTGGAAGAACTTATGGAGGCTTCAAAGGCAGCCATCGACGACGAACGTACCGACGACGTGGCCGTGATCAGCGCCGAGCTTCATGCCGAGATCGTGCGCCTCTCTGGGAACAGGCTGCTGATTGAATCCGTGAAACCGCTGTTCGGACGGATGCGCTGGATCTTCGGGCTGGCGCACAACCGCAGCAACGAGCTGCAGCGCGATGAACACACCGAACTATGCAACGCGATTCTGAAGGGTAAGCCGGACCTGGCCTATTCGCTGGCGTACTCGCACATCGAACTGGGCCGCGAACCAGTCCTGGCTGGCCTCGCCGAGACCCTGGAACCGTAG MKGSLTVAEAMPETGNGRDEEARAENVYQLVLEGIVTGTYAQGMRLRERELSELYNVSRIPVREAIQRLEQDGFVATFPRRGAVVRQLTLTDVNELFDVRLCLETFAARMAATRVAEGSDGGRLEELMEASKAAIDDERTDDVAVISAELHAEIVRLSGNRLLIESVKPLFGRMRWIFGLAHNRSNELQRDEHTELCNAILKGKPDLAYSLAYSHIELGREPVLAGLAETLEP NA NA NA NA NA D3-18_03435 1467 COG0402 8-oxoguanine deaminase GTGCTTACCAAGGTCACCGCCCGTTATGTGCTGGGCCACCACAAGGGATGCCACGTGCTGCTGGAGAATGCATGCGTGGTCTACAGCGGCCACACCATTGACTACGTGGGGAATGACTACACGGGCCCGGTGGACGAAGAAGTCCACGTAGGCGAAGCCTTGCTCATGCCCGGATTGATCGACCTCGACGCCCTCACGGACATTGACCACCTCATCCTGGACAGTTGGGCCGGGCCGGAGCAGGCCAAGGGGCACCAGTGGTCCGAGGATTACTTCAGTCGGCGCCGCGCCGACGTCTTCACGGCCGAAGAACGACAGGAGATTCGCGAGTACGCACTGATCCAGCTGGTTCTGCACGGCATCACCACCTACATGCCCATCGCATCGGAAGTTCATTCCGAGTGGGCAGAACCCTTTGAGGAACTGGTAGGCATGGCCGAGACCAGTCGACGCCTGGGCCTGCGAGGCTACTTGGGACCGGCCTACCGCTCGGGCGTCAACGTGGTGTTGGAGAACGGCGAACGTTCAGTGATGTTCGACGTCGACCGCGGGCGGAAGGGGCTGGCCGATGCCCTGCGCTTCATTGACCACGCAGCGGAACTCGATGACCCATTGGTCAACGGAGTCCTGCTCCCGTGCCGGATCGAGACGCTGGATCTCGAGCTGCTCAAGGAGACAGCGGCGTCCTCCGCGGAACGCGATGTGTTGGTGCGCCTGCACTCACTCCAAGGCCTCGTGGAGCGCGAGCTCATTCTGGACTGGCACGGCGTGACGCCCCTTGAGCTTTTGGAGCAGGTAGGGATGCTCAACGAACGCCTGCTGATCCCCCATGCCACCTACACGGACCGGAATCCGGCGGTACACGGCGAGGACCGCGGCGACCTCACCCAGCTGGCAGCCAGCGGTGCCAGCATCATTCACTGCCCTTTGACTTCCATGCGTTACGGCAGCACGTTGGATTCCTTCAACGCCTATAAGGCGGCAGGCATCAACATTTCCCTGGGCACTGACTCGTTCCCGCCAGACCTGATCCGGGGCATTGATGCCGGTGTGCAGCTCGCCAAAATCATGGCGGGGACCAACGACGCCGGCGACGTCGCCGGATACTTCGACGCCGCCACAGTGGGAGGAGCGCATGCACTGCGCCGTCCTGACCTTGGGCGGCTCGAACCCGGTGCCCAAGCAGACCTTGTGGCCTTCTCGCTGGGAGACATCCGCGACGGTGTCCATGATGACCCGCTCCGGACGCTCCTCCTGAACGGCACAGCCCGCCAGGCCGTGCTCTCAGTGGTGGCAGGCAGGACGATCATGACCAACGGTGTGATCGAGGGAGTGGACCTGGACTACTGGCGCCTCAAGGGGCAGGAACTCTTCGACAAGATGCGCAACGCCTACACCGTGCGGGATGCCCGGAACCGTGCGGCAGATGAGCTGTTTCCTCCCGTGTATGCTCGGTTGGAACGCTGA MLTKVTARYVLGHHKGCHVLLENACVVYSGHTIDYVGNDYTGPVDEEVHVGEALLMPGLIDLDALTDIDHLILDSWAGPEQAKGHQWSEDYFSRRRADVFTAEERQEIREYALIQLVLHGITTYMPIASEVHSEWAEPFEELVGMAETSRRLGLRGYLGPAYRSGVNVVLENGERSVMFDVDRGRKGLADALRFIDHAAELDDPLVNGVLLPCRIETLDLELLKETAASSAERDVLVRLHSLQGLVERELILDWHGVTPLELLEQVGMLNERLLIPHATYTDRNPAVHGEDRGDLTQLAASGASIIHCPLTSMRYGSTLDSFNAYKAAGINISLGTDSFPPDLIRGIDAGVQLAKIMAGTNDAGDVAGYFDAATVGGAHALRRPDLGRLEPGAQADLVAFSLGDIRDGVHDDPLRTLLLNGTARQAVLSVVAGRTIMTNGVIEGVDLDYWRLKGQELFDKMRNAYTVRDARNRAADELFPPVYARLER PGPT0023665_272 DIRECT EFFECT COLONIZING_PLANT_SYSTEM OTHER_COLONIZATION_RELATED_PROTEINS COLONIZATION-HOST_INVASION_FACTORS HOST_INVASION-SAM|QUEUOSINE|LIPID_METABOLISM,PGPT0023665-mtaD-K12960 NA NA D3-18_03436 1032 gsiD_4 COG1173 Glutathione transport system permease protein GsiD TTGACCCAGATACAGTCCGTCGAACCGAGCATCGGCAGCCCGCCGCTCCCTCCGGCAACGTCGCCGGAGGACAAGGCACCTGCCGAAGCACGTTCCCTCCTCGCCACAGCTTGGATGAGGATCCGGCGCAGCAAGATTGCCCTCCTCAGCCTGTGCGTGGTGGTGGCCATCCTGTTGTTCGCCATCCTGGCTCCCGTCCTGAGTGCCATGTCCGGCAACGACCCCTACACGTCAAATACCAGCCCCGAAGTTCTGGACGACTTTCAAACGCCCGGACTGCCGCTGCCCGGCTACATGTACCCGTCGGCCCAGCACTGGTTGGGCGTGGAGCCCGGGCTGGGACGCGATCTCTTCGCGAGACTCGCATACGGCGGACAGGTCTCCCTCACCATCGCCCTGCTCTCAACCGTTGTTTCGGTGGTCCTCGGAACCGTCCTCGGCGCGGCAGCCGGCTACTTCGGTGGCAAGACCGACGCCATCATCAGCCGCATCATGGACTTGTTCCTGGCCTTCCCGCACCTACTTTTGGTCCTCTCCCTGACGCCCATCCTGCAGTCACGGCTCAGGGATACGCCGCTGGGTGAAGGAAGCTTCCTGCCCATGGCCTCCTTGGTCATCATCCTGGGCTTCTTCGGGTGGGCGTACCTCGCCAGAATCGTCCGCGGGCAGGTGTTGAGCCTCCGCGAGCGCGAGTTCGTGGAAGCCGCCCGATCCTTCGGCGCCTCACACCTCAATATTCTCTTCCGGCAGATCATCCCCAACGTCATGGGAGTGGTCCTGGTGTACGCCACCATGCTGATCCCCACCAACATCTCGGCCGAGGCAGCATTGTCCTTCCTGGGCGTCGGCGTCAAGGACCCCACACCGTCGTGGGGCCAGATGCTCAACGCTGCCCAATCCGGCAACTGGTACCTCAGTGATCCGTGGTTCCTGGCTGTTCCAGGCATCATGCTCATCATCACCGTCCTGGCCTTCAACCTCCTGGGCGATGCCGTCCGGGATGCCTTGGACCCTAAAGCTTCGCGCCACTAA MTQIQSVEPSIGSPPLPPATSPEDKAPAEARSLLATAWMRIRRSKIALLSLCVVVAILLFAILAPVLSAMSGNDPYTSNTSPEVLDDFQTPGLPLPGYMYPSAQHWLGVEPGLGRDLFARLAYGGQVSLTIALLSTVVSVVLGTVLGAAAGYFGGKTDAIISRIMDLFLAFPHLLLVLSLTPILQSRLRDTPLGEGSFLPMASLVIILGFFGWAYLARIVRGQVLSLREREFVEAARSFGASHLNILFRQIIPNVMGVVLVYATMLIPTNISAEAALSFLGVGVKDPTPSWGQMLNAAQSGNWYLSDPWFLAVPGIMLIITVLAFNLLGDAVRDALDPKASRH PGPT0004450_2960 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 D3-18_03437 1725 hypothetical protein ATGAAAACCCCTGCAAGAGCTCTGGCACTTTCGGTGTTGATCGCCATGGCCGCTACTGGTTGCGGCGCCGGCCAAAGCCAGCCCAGCAGTTCCAAGCCCGCCGGGTCGGTCACGGAGCTGGCCCCCAACGTGGTCAAATCCGGATTCAATGGCAAGGGCGGCAATATCAACGTCCTGATGTCCTCCGATTTCCAGACACTGGACCCCGGAAACAGCAACTACGTTCAGACGGCCAACGTCGGCCAGCTCTACTACCGCACCCTGACCATGGCCAAGGAGACAGCCGGCCAGCCGCCAACAGTGGTCCCCGACCTCGCAACGGACACTGGCATGGTCTCGGATGACGGCCTCAGCTGGACGTTCACCCTCAAGGAAGGCGTGAAGTTCGAGGACGGAACACCCATCACCTCAGCCGACATCAAGTACGGCGTGGAACGCACCTTCGCGCAGGACGTCTTCACCCAGGCACCCCAAGAGCTGAACGCAGCGCTCGACGCCGGCGGGTACAAGGGGCCGTACAAGGATCCTTCGGCTGTGCTCCAGGCGGTTGAAACGCCCGATGACCGCACGGTGGTGTTCCATCTGAAAAAACCGTTTGCAGAGTTCCCGGCGCTGGCATCACGCTCCAACACGGCTCCTGTCCCGAAGGCTAAGGACACCAAGCTGGACTACACCAACCACCCGGTGTCCTCGGGTCCGTACATGGTGGAGTCCTATAACCGCGGCAAGTCCCTGAAACTGGTCCGCAACCCGCACTGGGATCCCGCCACGGACCCCAACCGCTCCGCGCTCCCGGACACTTTCAGCTTCTCGCTCTCGACTTCCCAGGCCACCATCAGCCAGCAACTCCTGGCCGACTCGGACCCCAATGCCATCACTTTGGACTCCAACGGCGCGCTTCAGACCTCTGACTCCGCCAAGCTGGCAGACGCCAAGGTCAAAGACCGGGTGGCCTCGGGTCTCCTGGGTTGCAACGACGTACTGAGCTTGAACACGGAAAAGATCAAGGACCCGGACGTCCGTAAGGCGATCGCGTTGGCCCTGGACCGCCAGTCCATCCTGGTGCAGTATGGCGGACGACGCTTTGGTGAAATCACGCAGAGCCCGCTGAACTCCAAGATGCGCGGCTATGTGGAGACCGAACTGGAACTGGACCCCGCTGGAAAACCAAAACTGGAAGAAGCCAAGAAGCTCTTGGAAGGCAAGGACTTCCCCAAGACCTTGACTTACGGTTACGCCAACAACAGGGATGCCTTCAAGAACACCGGCACAGTTGTCCAGCAGAACCTCAAGGCCCTGGGCATCGAGGTTGAACTGGTTCCGATTCCGGCACCCAACTACTACTCCGTCCTGGCCAGTGAGCAGCTGCCGGACATGGGCCGTTCCGGCTGGTGCGGCGGAGCCGACCCGGCTTCAGTCCGAACCTCCGCGGATCCCCTGCTGGGACCCAACAACGAGGGCACCAGCTACGGCTTCTCCAACACGTCCCGGTACTTCGATCCCGTAGTTTCCAAGGCCATGTTCGACCTGCGAAATACAGACGGCAGCTCCGAGGAACTTGGCAAGAAGTGGTCCGAGGCGTTCGGCTCAGCCCTGAAGACCTACCCCATCATCCCGCTCATCCGCAGCCACACCAACAGCGTGGTGGGTTCCAACGTCCGCAATGCCCAGGTGGGCTACTTCTTCGGCGGCATCGATCTCTCGATCGTCGGCGTCGAGCAATAA MKTPARALALSVLIAMAATGCGAGQSQPSSSKPAGSVTELAPNVVKSGFNGKGGNINVLMSSDFQTLDPGNSNYVQTANVGQLYYRTLTMAKETAGQPPTVVPDLATDTGMVSDDGLSWTFTLKEGVKFEDGTPITSADIKYGVERTFAQDVFTQAPQELNAALDAGGYKGPYKDPSAVLQAVETPDDRTVVFHLKKPFAEFPALASRSNTAPVPKAKDTKLDYTNHPVSSGPYMVESYNRGKSLKLVRNPHWDPATDPNRSALPDTFSFSLSTSQATISQQLLADSDPNAITLDSNGALQTSDSAKLADAKVKDRVASGLLGCNDVLSLNTEKIKDPDVRKAIALALDRQSILVQYGGRRFGEITQSPLNSKMRGYVETELELDPAGKPKLEEAKKLLEGKDFPKTLTYGYANNRDAFKNTGTVVQQNLKALGIEVELVPIPAPNYYSVLASEQLPDMGRSGWCGGADPASVRTSADPLLGPNNEGTSYGFSNTSRYFDPVVSKAMFDLRNTDGSSEELGKKWSEAFGSALKTYPIIPLIRSHTNSVVGSNVRNAQVGYFFGGIDLSIVGVEQ PGPT0004430_3791 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 D3-18_03438 1002 dppB_4 COG0601 Dipeptide transport system permease protein DppB ATGATGACTTTCATTCTTCGCCGGACCGGCTCGTTGGTCCTGCTTCTCGCCGCGGTCAGCTTCATCACCTTCACGCTTTTCCAGCTCGGCCCCTCTGATCCCGCAGCCGCTGCCTGTGGGCAGGAATGCACGCCGGAACGAGTCGCCGAGGCCCGCGTTGCCTTGGGCATGGATCAGCCCTTTTTCGTCCAGTACGCCGACTACATCCGCGGGCTCTTTTCGTCACGAATGATCGGCGCCCCGGGTGCGCAGACTCTGTGCGAATGGCCGTGCCTCGGAAAGTCCTTCCAAACCAATGAGAACGTAGCCGACATCATCGGCCGTTCACTCCCCTACACCTTCTCCATGGCCATCGGCGCGCTGGTGCTGTGGACCATCACCGGCGTCGGGCTTGGCCTTCTGGCCGCCCTCCGCAAAGGCTCTCCCGTGGATAAGTTCATTGTGGGCGCCGCCTCCGTGGGCGTTTCACTGCCGATCCCCGTCACAGGCCTGTTCCTGCTGCTCCTGTTCGTCAACCAGTTGCACCTTTTGCCCTTTACTACCAATGAGATCAACAGCCCGTTCGGTCCCCAAGGGCCTGGAGCCTGGGTGGCCAACTACCTGCTGCCCTGGATTGCGTTGGCGGTGCTCTTCAGTGCCTCCTACATCCGGGTAACCCGCACCAACATGATCGAGACGTTCGGCGAGGACTTCATCCGGACGGCCCGCGCCAAGGGCCTGGCACCGCGGACGGTCACGTTCAAGCACGGCGTACGGGCAGGCATCACGCCGGTCGTGACCATGTTGGGCATGGACATCGGCTTGTTGCTGGGCGGGGCAGTCCTCACCGAACAGATCTTCTCTGTCCCCGGCCTGGGCTTCACGGCCGTACACGCCGCCATTTCGGGTGACCTCCCCGTCACCATGGCCATCACCATGCTGGCCGCGTTCTTCGTCATCGTGGCCAACGTCGTAGTGGACCTCGCCTACGCCGCCATCGATCCCCGAGTGAGGCTCCAATGA MMTFILRRTGSLVLLLAAVSFITFTLFQLGPSDPAAAACGQECTPERVAEARVALGMDQPFFVQYADYIRGLFSSRMIGAPGAQTLCEWPCLGKSFQTNENVADIIGRSLPYTFSMAIGALVLWTITGVGLGLLAALRKGSPVDKFIVGAASVGVSLPIPVTGLFLLLLFVNQLHLLPFTTNEINSPFGPQGPGAWVANYLLPWIALAVLFSASYIRVTRTNMIETFGEDFIRTARAKGLAPRTVTFKHGVRAGITPVVTMLGMDIGLLLGGAVLTEQIFSVPGLGFTAVHAAISGDLPVTMAITMLAAFFVIVANVVVDLAYAAIDPRVRLQ PGPT0004445_4092 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 D3-18_03439 1059 oppD_1 COG0444 Oligopeptide transport ATP-binding protein OppD ATGATCCAGTTGCATACCACTACCAAGACGGCGAGCGCCCTGGCTGGCAGCACCGCCACCGTCCCGTTTCTGGAGGTCCGCGACCTTACCGTGAAGTTCCCTACGGATGACGGCGTTGTCTCCGCAGTTAATGGGATGGACTTCTCGCTGGATCGCGGCCAGACCCTAGGCATTGTGGGCGAGTCCGGTTCCGGAAAATCCGTTACCAGCCAGGCCCTCATGGGCCTGCTCAAAGGCACTTCGGCGCAGGTCACCGGCCAGGCGCTATTCCAAGGCAAGGACCTGGTCACCCTGCCCGAGTCAGCGATGCGGCCGCTCCGTGGCCGCAACATCGGGATGATTTTCCAGGATCCCCTCTCGGCACTGCACCCTTTCTATACCGTGGGACACCAGATCGCCGAGGCATACCTGGTCCACAACAAGGCGAGCAAAAAGCAGGCCCGGGCTGCCGCCGTCGACATGCTGGGAAGGGTGGGTATCCCCAGCCCGGAACAGCGCTACGATGAGTACCCCCACCACTTCTCCGGCGGCATGCGCCAGCGTGCAATGATCGCCATGGCTCTGATCTGCGAGCCTGAGCTCTTGATCGCTGATGAACCAACAACGGCTCTGGACGTGACGGTTCAGGCGCAGATCCTGGACCTCATGTCAGAGCTCCAAGAAGAAACCAACTCCGCGTTGATCCTCATCACTCACGACCTCGGGGTGGTGGCTGAAGTCTGCGACAACGTGCTTGTCATGTACGGCGGGCAGTGCGTCGAATCCGGGCCAGTCGACGAAATCTTCTACGACACCCAGCACCCCTACACCTTGGGCCTGCTCAACTCGATGCCCACCCTGAACAGCGCATCGGGCCAGCTGAACCCCATACCCGGCCAGCCGCCGTCGCTCCTTGACCTGCCCAAAGGCTGCATCTTCAGCGCAAGGTGCCAATACGCAGAACTCGCCGGCGACGGTATCTGCGCCAGCCAGCGGCCTGAACTGCTGGTTGAGGAAGGGCACGGCAAGCGCTGCCATCTGAGCGGCCCGCAGATCATCACCATTCGGAATTCGCGTTAG MIQLHTTTKTASALAGSTATVPFLEVRDLTVKFPTDDGVVSAVNGMDFSLDRGQTLGIVGESGSGKSVTSQALMGLLKGTSAQVTGQALFQGKDLVTLPESAMRPLRGRNIGMIFQDPLSALHPFYTVGHQIAEAYLVHNKASKKQARAAAVDMLGRVGIPSPEQRYDEYPHHFSGGMRQRAMIAMALICEPELLIADEPTTALDVTVQAQILDLMSELQEETNSALILITHDLGVVAEVCDNVLVMYGGQCVESGPVDEIFYDTQHPYTLGLLNSMPTLNSASGQLNPIPGQPPSLLDLPKGCIFSARCQYAELAGDGICASQRPELLVEEGHGKRCHLSGPQIITIRNSR PGPT0004435_7383 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 D3-18_03440 1023 oppF_1 COG4608 Oligopeptide transport ATP-binding protein OppF ATGGAACATCAGCCAATCCTCCAGGTGGAGAACCTGCAAAAGCACTTCCCGCTGAAGGGAGGCCTGCTTCCGGGAGCCGCGAAGCGCTCAGTCAAAGCGGTCGACGGCGTATCGTTCAGTCTCGCCCGAGGCCAGACTTTGGGTCTCGTGGGTGAGTCCGGGTGCGGTAAATCGACCACTGGCCGGATGGTGGCGCGTCTTATGGACCCGACGGGCGGGCGGATTCTGGTGGACGGCGAGGACATCAGCCAGCTTCGAGGCAAGGATCTGTATAACTTCCGGCGCAAAGTCCAGATGATCTTCCAGGACCCCTTCGCGTCCCTGAATCCGCGGCAGACAGTGGGTACGGCCATCGCAGCTCCCATGGTGGCGCAGAAGATGAGTCCGCCCGGTGGCCTTAAGAACCGGGTGAAGGAACTACTGGACCAGGTGGGGCTCAATCCGGAGCACTACAACCGTTTCCCGCATGAGTTCTCCGGAGGCCAGCGTCAGCGCGTGGGTATTGCCCGGGCAATTTCCCTGAATCCGTCAGTGATTGTGTGCGACGAACCAGTGTCCGCGTTGGACGTCTCAGTGCAGGCACAGGTGGTGAACCTGTTGCAGCAGATCCAGCGCGACACCGGCGTTTCCTACATCTTCATCGCGCACGATCTCTCTGTGGTCCGGCACATCTCCCACGAAGTCGCTGTGATGTACCTGGGCAAGATCGTAGAGCAGGGGCCTCGGAACGCGTTGTTCAGCGATCCCTTGCATCCGTACACCAAGGCATTGCTCTCGGCAGTGCCCCTGCCGGATCCCCGGGCAGCACGTGAACAGGTGAAGATCCGGCTTCGTGGCGACCTCCCCTCGCCAGCCAACCCACCCAGCGGCTGCGTCTTCCGGACACGGTGCCCGCTTATTGGCACGCTTCCCGACGAACAGCGCCAAAAATGCATGGACCAGATCCCCACACCCGCCAAGCCCGAGGCGCCCGCCTGCCACCACACAGGTATGGCCGCGACGGTGCTGGCGGGCGTGCAATAG MEHQPILQVENLQKHFPLKGGLLPGAAKRSVKAVDGVSFSLARGQTLGLVGESGCGKSTTGRMVARLMDPTGGRILVDGEDISQLRGKDLYNFRRKVQMIFQDPFASLNPRQTVGTAIAAPMVAQKMSPPGGLKNRVKELLDQVGLNPEHYNRFPHEFSGGQRQRVGIARAISLNPSVIVCDEPVSALDVSVQAQVVNLLQQIQRDTGVSYIFIAHDLSVVRHISHEVAVMYLGKIVEQGPRNALFSDPLHPYTKALLSAVPLPDPRAAREQVKIRLRGDLPSPANPPSGCVFRTRCPLIGTLPDEQRQKCMDQIPTPAKPEAPACHHTGMAATVLAGVQ PGPT0004440_7267 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 D3-18_03441 1230 atzC N-isopropylammelide isopropyl amidohydrolase TTGAATACCCTGATCCGCGCCGTCCGCCCTTGGGGGCAAGCGCTCAGCGACGTCACCCTGGTGGCGGGCGAAGCAGGCGGCAAGATCACCGCCGTCGAACCGCATGATCCGGCCCGTGTGGTGCCAGGCGGCGTTACGGTGGTGGAAGGCCGCGGACGTTTGCTGCTCCCGTCCTTCTCGGATGTCCACGTTCACCTTGATTCCACCCGGATCGGCCTCCCGTTCCGTGAGCACACCGGAGGTCCGGGCGTGTGGACCATGATGATGAACGACCGTCAAAACTGGCGCAACGCTGAGGTCCCGCTGCAGGATCGCGTGAATGACACCCTCGCCCGGATGATCGCACGGGGCACTACTCGCGTCCGCTCCTACGCGCAGGTTGACGTGGACTGCAGGCTTGAGCGTTTCGACGCCGTTGCTGCCGCCAAGGAGAAGTTCGCAGGCCAGGCTTCCGTGGACATCATCGCTTTCCCGCAGGCTGGACTGTTGCTGGAGGAGGGGACGGTGGAGCTCATGGAAGAGGCGCTGAAAGCCGGCGCCAACGTGATGGGTGGCATCGATCCCTGCACCCTGGACCGCGATCCGGCGAAGCACCTGGACATCGTATTTGGCTTGGCAGAGAAGTATCAGGTTCCCATCGACATCCACCTCCACGAGCCCGGCGAATTGGGTGTTTTCAGCACCGACCTGGTGCTCGAGCGCACCCGGGCTTTAGGAATGCAAGGGAAGGTAACAATGTCCCACGCCTACCAGTTGGGCAGCGTTAATGAGGCCACTACGCGCAGGCTCATTGATGCCTTCGCGGAACTGGACGTGTCCTTGGCCTCGGTTGCTCCGTCTGCTGCTGGCCAACTACCCATCCCCCTGCTTACCGAAGCCGGCGTTCGTTTGGGCTTGGGCGAGGACGGCCAGCGCGACTACTGGTCCCCGTACGGCAACACGGACATGCTGGACCGCACGTGGCAACTCGCCTTCACCCACGGTTTCCGCAAGGACGAGCTGATCGAGCATTGCCTGGCCATTGCCACTATCGGTGGTGCGAGCATCCTTGACCCCGGCGCCACCAGGCTGAAGGACACCGCGCATCGTCCCGGCGTCGAGGTTGGCGATCCTGCGGAACTGTTGCTGGTGGATGGCGAAACCGTGGCTTCCACAGTGATGGACCGGGGCAAAGACCGGACCGTCATCCACGCCGGAAGAGTTGTGGCTGACCAGCTGGAACTGGTCTAG MNTLIRAVRPWGQALSDVTLVAGEAGGKITAVEPHDPARVVPGGVTVVEGRGRLLLPSFSDVHVHLDSTRIGLPFREHTGGPGVWTMMMNDRQNWRNAEVPLQDRVNDTLARMIARGTTRVRSYAQVDVDCRLERFDAVAAAKEKFAGQASVDIIAFPQAGLLLEEGTVELMEEALKAGANVMGGIDPCTLDRDPAKHLDIVFGLAEKYQVPIDIHLHEPGELGVFSTDLVLERTRALGMQGKVTMSHAYQLGSVNEATTRRLIDAFAELDVSLASVAPSAAGQLPIPLLTEAGVRLGLGEDGQRDYWSPYGNTDMLDRTWQLAFTHGFRKDELIEHCLAIATIGGASILDPGATRLKDTAHRPGVEVGDPAELLLVDGETVASTVMDRGKDRTVIHAGRVVADQLELV PGPT0021315_1811 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021315-codA-K01485 NA NA D3-18_03442 540 hypothetical protein ATGGTGTTCGGCCACTGTCGGCAGGCTATGCTGCGGCGTATCCTCGGCGTTATGACGAACTCACCATCAGGGACTCAACAGCCGGAAACACCTGCTACGGAAATCCTGGAAACCAACGAATGCTGGGAGCTCCTCCGCGGTGTCTCAGTGGGCAGGCTTGCAGTCGTGGTTGATGACCACCCGGACATCTTTCCCGTGAATTACAAGGTTGACCACGGGACCATGGTGTTCAGGACCGGTGAAGGGACCAAACTTCATGCAGCCCTGGGCGACGCGCCTGTGGCCATCGAAGCCGACGGCGTCAACGCCGAAACAGGGGTGGCGTGGAGTGTGGTGGTCAAGGGTCAGGCGTCGGCCGTGAAGCTGACGCAGGACGTGCTGGATACCATCGGACTCCTGCTGTTCCCGTGGGAAGCCGGCCAGAAGGACCAGTTCATCCGCATCACACCCAGTGAAGTGACAGGCCGTCGCTTCACCGTCACTCCCGCTGTGACATGGTGGTCGCCGCTGGATGATGCGCCCACGGCCAGAGGCGAGTAG MVFGHCRQAMLRRILGVMTNSPSGTQQPETPATEILETNECWELLRGVSVGRLAVVVDDHPDIFPVNYKVDHGTMVFRTGEGTKLHAALGDAPVAIEADGVNAETGVAWSVVVKGQASAVKLTQDVLDTIGLLLFPWEAGQKDQFIRITPSEVTGRRFTVTPAVTWWSPLDDAPTARGE PGPT0028780_1110 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 D3-18_03443 1281 yycB_3 COG2807 putative transporter YycB GTGCGTGTGAAGCGGTTGGCTGAGGCCGGATTGAATCCGAGGTTGATGACTGGCCTCGTGCTGCTCGCACTTGTTGTGGTGTCAGTTAACCTTCGACCGGCGATTACCACCGTCGCCGGGGTCATGGACCAGGTTCCGGGAGTTTTCGGCTTGGACCCCGCGCTGCTGCCGTTGTTGGGGACCTTGCCCGTGCTGGCGTTTGGTATTTCCGGTCCAGTCGGGCCTTGGCTGGCTCGACGATTCGGCACTGGGCGGGCTGTGGCTCTTGCCTTGCTGGTTCTCGCTGCCGCCCTGGTGGTTCGGGCGACCGTGCCGGCACTCCTGCTACCGGGCACGTTCCTGGCCGGCATGGCAATCATGACCGCGAGTGTACTGGTGCCCCAGATCGTCAAAGCAAACCGAGGCACCGGCTGGTGGACAGGGCTATGCACCATGGGATTCGGGCTCGGAGCGGCACTTGGGGCCGGACTGGTCCAACCACTGGAGCAGGCCTTCGGCGGCAACCTGCCATCAGCACTGGCTGTGTGGGCTGTTCCGGCACTGTTGGGAGCCTTCTTGATCCACCGAACAGGAGGGCCTAAGGGCGGCGCGGTGACGACGCCGGGCGGGGACGCGCCGTCGACGACTGCCACGGGAAAGCGGGCGGTCCCGCTCCGGAAGCAGCGCACCGCGTGGGGGGTGACAGCGTTCTTCGGCCTGCAAGCCATGCTCTACTTCGCGATCACGTCCTGGTTGGCGGTGTTTTTGGTATCCCGTGGGCTCGCAACAGCCGATGCCGCTGCCCTGCTCGCTTGGTTCAGCCTGGCCGGGCTACCGGCAAGTTTGTTGGCACCCGTGCTGGCCGGTCGTCCTGCCATCCTGCGGATCATGGCCCCGGGGCTCGGCGTGTCCGTGGCGCTCGCGCTGCTGGGAGTCCTGACATCGCCGGTTGAGCTGCAGTTCCTCATGGTCGGGATTCTGGGGGTTGTCCAGAGTGCCGGATTCGGGCTGGCCATGGCGTTGGTGGTGATCCGATCCGACGGACCACAATCTGCGGGAAAGCTTTCGGCAATGAGCCAGGGAATTGGCTTCGCGTTGGCGTCCCTCGGTCCGTTAGGCGCAGGGTTACTGCACACCATGACAGGCGGCTGGGAGCTGACGTTCTGGGCGCTCGCCGCCGAAGCCGTTGTGCTGGCCGGTGCCGGGTTCCTGGCAATCCGTGGGCCGGTGGTCAACGTTGAGCCATCGAGCCGAAATTCGTCCTCCAACGGACTGTTCACCCTCGCACGCAGGGGTGAATAG MRVKRLAEAGLNPRLMTGLVLLALVVVSVNLRPAITTVAGVMDQVPGVFGLDPALLPLLGTLPVLAFGISGPVGPWLARRFGTGRAVALALLVLAAALVVRATVPALLLPGTFLAGMAIMTASVLVPQIVKANRGTGWWTGLCTMGFGLGAALGAGLVQPLEQAFGGNLPSALAVWAVPALLGAFLIHRTGGPKGGAVTTPGGDAPSTTATGKRAVPLRKQRTAWGVTAFFGLQAMLYFAITSWLAVFLVSRGLATADAAALLAWFSLAGLPASLLAPVLAGRPAILRIMAPGLGVSVALALLGVLTSPVELQFLMVGILGVVQSAGFGLAMALVVIRSDGPQSAGKLSAMSQGIGFALASLGPLGAGLLHTMTGGWELTFWALAAEAVVLAGAGFLAIRGPVVNVEPSSRNSSSNGLFTLARRGE PGPT0005211_124 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_CYANATE_DETOXIFICATION XENOBIOTIC_CYANATE_UPTAKE,PGPT0005211-cynX|yeaN-K03449 NA NA D3-18_03444 1464 COG0277 putative FAD-linked oxidoreductase TTGTCGGACGAAACGGCCATCGCCGGAACATCAGGGGAAAGCATCAAGGAACGCACGGTGGGCGGGGCGGAAGCCACCCAGCCACCTGCCATCCAGGGGACTTTCCTGGAGGAGCTTGCAGCTGGACTTGGGGCCGGGCAAGTGGCGGGCGATGAAGAAACCCTCACCGTGTACTCGGTGGATCAAGGACCAATGCTGGAAAGGCACCTGCCCCTCGCTGTGGTGTGGGCTGAGTCAGTGGAAGATGTACAACACATTGTTCGCCGCTGCGCCGCCTATCACGTGCCGATCGTTCCCCGGGGAGCCGGAACCGGAGTCTCCGGAGGAGCGCACGCCACCCAAGGCTGTATCGTCCTGAGCCTGGAACGGATGAACCGCATCCTGGACCTCAACCCCGACGACGAGACCGCCGTCGTCGAACCCGGCGTTATCAACGCCGAACTGAACGCTGCCGCCGCCGAACACGGTCTGATGTATGCGCCCGACCCCGCCAGCTACAAAATGTCCACCATCGGGGGCAACGTGGCCACTAACGCCGGAGGACTGCGCTGCGCCAAATACGGCGTAACACGCGATTCCGTACTGGCCTTGGACGTTGTTATGGCCGACGGCTCACTGATGCACACCGGCCATCAGACCTTCAAAGGCGTGGCAGGCTATGATCTGACCGCGCTGCTTGTTGGGTCTGAAGGAACGCTGGGAATCGTAGTGGGCGTGACCGTCCGCCTGAAGTACCTGCCTCGCGAGGTGCACACCATCGCTGCCTTCTACCAGGACTTCCGCAGCGCCGCCGCCGGAGTCCTCGCCGTGGGCAGGGCCAGGGTACAGCCCGCCATCATGGAGCTCCTGGACAATGGCACTTTGGAGCAGCTCGACGAACTCCATGGCGGAGACCTCCAAAAGCGCGGCAAGTCCTTGCTGTTGATCCAGACTGACGGCTTCGGTGCTGCCGCGGAGGCCGACGTCGTTCGGCAGGTCCTCGCTGAAGGCGGCGCCACGGTGACCACGGAAGTCAGCGCCGAAGCCGAAATGCTGGTGGAAATGCGACGCAACAGCCGCGGCGTCGAAGTGGACGACGAATTCAGGGTAGGTGAAGACATCGCCGTCCCGCGCTCCAAGCTGGTAGATTTCGTCGCCGAACTCGAAGCGATGGCAGCCCGCTTCCAAGTGCGCCTCAAAGTAGTAGCCCACGCCGGCGACGGCAACCTGCACCCCACCTTCTGGATGGACAGGGTTGACCCTGCTACCGATGCGGAGGCCCTGAAGAGGCTGAATGCTGCCTTGGACGAATCCATTCGAGTCGGCCTTGATATGGGCGGCACTATTACGGGCGAGCACGGCGTTGGCCAATACAAGCTGCGATGGCTGGGCCTGGAGCAGCCAGAGCCCGTGCGGGAGCTGCAACGGCGCATCAAAGAACTGTTCGACCCGCAGGGGATCCTGAACCCGGGGAAAGCTATCTGA MSDETAIAGTSGESIKERTVGGAEATQPPAIQGTFLEELAAGLGAGQVAGDEETLTVYSVDQGPMLERHLPLAVVWAESVEDVQHIVRRCAAYHVPIVPRGAGTGVSGGAHATQGCIVLSLERMNRILDLNPDDETAVVEPGVINAELNAAAAEHGLMYAPDPASYKMSTIGGNVATNAGGLRCAKYGVTRDSVLALDVVMADGSLMHTGHQTFKGVAGYDLTALLVGSEGTLGIVVGVTVRLKYLPREVHTIAAFYQDFRSAAAGVLAVGRARVQPAIMELLDNGTLEQLDELHGGDLQKRGKSLLLIQTDGFGAAAEADVVRQVLAEGGATVTTEVSAEAEMLVEMRRNSRGVEVDDEFRVGEDIAVPRSKLVDFVAELEAMAARFQVRLKVVAHAGDGNLHPTFWMDRVDPATDAEALKRLNAALDESIRVGLDMGGTITGEHGVGQYKLRWLGLEQPEPVRELQRRIKELFDPQGILNPGKAI PGPT0028045_1 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 D3-18_03445 1944 hypothetical protein ATGCCAATCGCCCTTCCGCACCACGACGGCTCGAGCCTTTTCGTATCCAGCACCATGCCTGGGTCCGTGTCCCTCGGCGATACCGTTCGCCTCCGGGTCCGCATACCGCAGGGCTGGGGGCCGGCGTCGAAAGTCTGGGTCCGTTCAGTCCAGGACGGTGAACCCCGCTACGACGCCGCCATCCGGCTCGGTTCGACGGATGGCTGGGATTGGTGGGAAGCGGCGATGCTCGTGGCGAATCCCGTGGCCAAGTACCGCTTCCTGCTGGAAGTCACCAGTACCTCCGCTGTTGCCGGTCCAGGGCGGCGGCGCTACTGGAACCTCAACGCCCAAGGCCTGTTCGCCAGGGACGTTTCGGATGCAGCAGACTTCAGGCTGACGGCATTCGCCCCTGCTCCGGAGTGGCTGCGGAAGGGCATCATGTACCAGGTATTCCCGGACCGGTTCGCCCGGTCCACCCAAGCAGACGGACACCCCACACCAGACTGGGCCATCGCTTGCTCCTGGGATACGCCGGTGGTGGGGACGGGCGAGCAAGCCTCCACACAGTTTTATGGGGGAGACCTCCCCGGGATCACCGGCAAACTGGACCACCTGCAGGAACTGGGCGTCGATGTCCTCTACCTGACGCCGTTCTTCCCTGCACGTTCCAACCATCGCTACGACGCGTCCACCTTCGATTCTGTGGACCCGCTCCTGGGTGGCGACCAAGCGTTGGTGGATTTGGTTGAAGCGGCTCACGCGCGGGGCATCCGCGTCATGGGAGACCTCACCGCGAACCACTCCGGCGCTGCCCACGAGTGGTTCGTCAAAGCGCTCGCCGATCCGGGATCAGAGGAAGCCGGCTACTACTACTTCAGCCCGGACCATTCCAGCTATGAGTCATGGTGGGGCGTGCCGTCACTGCCTAAGTTCAACTGGTCCTCGGAAGCCCTCCGCCGGCGTTTCGTGACCGACCATGATTCCGTGGTTGCCCGTTGGCTCAAGCCGCCGTTCAACCTGGATGGTTGGAGGATCGATGTAGGCAACATGACGGGTCGCCTGGGCGCGATAGACCTCAACCATGAAGTTGCCCGGCTCATCGCTGACCGCGTGCGTGACTTCAACCCGAACGCGGCCCTGCTCGCTGAGTCCACCTCCGATGCCGCCCCCGACGCTACGGGTGAGCACTGGCAGGGTGCCATGACGTACTCCAATCTCACCCGGCCGCTATGGTCCTGGCTTGCAAAAGACGCACCGAACGTAAACTTCTTCGGCTCGCCCCAGTCCGGACCCAACAGGATCTCCGCTGAAGAGTTCCTCGCGACGCACCAGGACCTCGCAGCGGGATTTAGCTGGGGTGTGCGACAAAACAACATGAACGCCCTCGATACGCACGACACAGCGCGTGCAGCAACCGTGATGGTCGACGGCGGCCCGGAAGTGGGCGCGGTGCTCACCTTCTGCTTGCCGGGACTTCCGGTGTTGTTTGCCGGCGATGAGTTCGGATTCGAAGGGTTCAACGGCGAGGACTCCAGGACTCCCATGCCATGGCCTGATTCGGGATCGGCCGGTAAGCCGGCTGCTGTGGTCAAGCATCGCGTGGTCAAGGACCTGCGGACCGTCTACGCAAACCTCGCGCGGCTTCGCAGGGAACTGCCCGCGCTGACTAAGGGCGGGGTGAGATGGTTGCACGCAGAGGGCGACGCCATGGTCTTTGTTCGGGAAACCGTGGAGTCGTCAGTGCTGGTCTTCGTCTCGAGGGACGCTGCCAATGTGGTCCTCGACGATTCGGTTCTTAGCGACGCGCAGCTTGAGGCGTTGCTTCTGTCGCCACTTCACCACTCCGGAATGGTGGCATCGGCAACTGCCGGTCCATCCGGCGTCGAAGGTGTCCGTCTTCAGGCGGACGGTATCGCCGCGGCAGTCTGGCCGATCCCCGGAACCCCGCTTCCCGTGCACTAG MPIALPHHDGSSLFVSSTMPGSVSLGDTVRLRVRIPQGWGPASKVWVRSVQDGEPRYDAAIRLGSTDGWDWWEAAMLVANPVAKYRFLLEVTSTSAVAGPGRRRYWNLNAQGLFARDVSDAADFRLTAFAPAPEWLRKGIMYQVFPDRFARSTQADGHPTPDWAIACSWDTPVVGTGEQASTQFYGGDLPGITGKLDHLQELGVDVLYLTPFFPARSNHRYDASTFDSVDPLLGGDQALVDLVEAAHARGIRVMGDLTANHSGAAHEWFVKALADPGSEEAGYYYFSPDHSSYESWWGVPSLPKFNWSSEALRRRFVTDHDSVVARWLKPPFNLDGWRIDVGNMTGRLGAIDLNHEVARLIADRVRDFNPNAALLAESTSDAAPDATGEHWQGAMTYSNLTRPLWSWLAKDAPNVNFFGSPQSGPNRISAEEFLATHQDLAAGFSWGVRQNNMNALDTHDTARAATVMVDGGPEVGAVLTFCLPGLPVLFAGDEFGFEGFNGEDSRTPMPWPDSGSAGKPAAVVKHRVVKDLRTVYANLARLRRELPALTKGGVRWLHAEGDAMVFVRETVESSVLVFVSRDAANVVLDDSVLSDAQLEALLLSPLHHSGMVASATAGPSGVEGVRLQADGIAAAVWPIPGTPLPVH PGPT0018560_2284 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0018560-malz-K01187 NA NA D3-18_03446 933 malG COG3833 Maltose/maltodextrin transport system permease protein MalG ATGAGCGTACGCACACTCGCCTCCAGCAAGGAAACAACGTTCGACGGCGGCCCCTCGCCGCTGGCTCCCAAGCGCCGTCCCTTTGGGGTCTGGTTCAAGGACAAAGGCTGGCGGCATGTGGTGGGCATCGTCACCACCATCTTCGCCGTGTTCCCGCTCCTCTATGTGCTCTCTGCTGCCCTCGATTCCAATGGCACGCTGGTGGGTTCCAATGGACTGTTCTCCAGATTCGACACCGGCAACTTCGTGGCACTCTTCAGCGACCCCACCCGGCCCTTCGGCCGCTGGTTCGTGAACACCCTGGTGGTAGGTACGGTGACGTCCGCCGCTACCGTTTTCCTCGGCGCCATGGCCGCTTACGCATTCTCCCGCATGCGCTTCAAAGGCCGCCGGATGGGGCTCTTGACCCTCCTCCTGCTGCAGATGTTCCCGCAACTGTTGGCCGTCGTCGCGATTTTCCTGCTCCTCAGCGGGATCTCGCAAGTTATTCCGGCTTTGGGGCTGGGCAGCCAGCTGGGCCTCATCATGGTCTATCTCGGCGGCGCGCTGGGTGTGAACACCTACCTGATGTACGGGTTCTTCAACACGGTTCCGCAATCACTGGATGAAGCCGCAAAGATCGATGGTGCAAGCCACGTGCAGATCTTCTTCGGCATCATCCTGCGCCTTGTTACGCCCATTCTGGCGGTTGTGGGTCTTTTGGCCTTCATCGGCATTTCCAGCGAGTTCGTCATCGCCAGCGTGGTGCTGACGGATCCGGACAGCCAGACACTCGCCGTCGGACTTTACTCCTACGTGGCCCAGCAGCGCTCCGAGAACTGGGGTGTCTTCGCGGCCGGGGCTGTGATCGCCGCGATCCCGGTCATGGCACTGTTCCTCTTCCTCCAGAAGTACATCGTCAGCGGACTTACCGCCGGCTCAGTGAAAGGCTAA MSVRTLASSKETTFDGGPSPLAPKRRPFGVWFKDKGWRHVVGIVTTIFAVFPLLYVLSAALDSNGTLVGSNGLFSRFDTGNFVALFSDPTRPFGRWFVNTLVVGTVTSAATVFLGAMAAYAFSRMRFKGRRMGLLTLLLLQMFPQLLAVVAIFLLLSGISQVIPALGLGSQLGLIMVYLGGALGVNTYLMYGFFNTVPQSLDEAAKIDGASHVQIFFGIILRLVTPILAVVGLLAFIGISSEFVIASVVLTDPDSQTLAVGLYSYVAQQRSENWGVFAAGAVIAAIPVMALFLFLQKYIVSGLTAGSVKG PGPT0016325_176 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 D3-18_03447 1659 malF COG1175 Maltose/maltodextrin transport system permease protein MalF ATGCCAAAACCAGATCTCCGCGAACTGCCCTCAAGTCAAGGCCAAGGGGCCCCGGCTGAGGCCGCCAACAGCAGCGCCAGCCGCCCAGCCAAACCCGCGCGCCCAGCCAAGCCCGCACGCCATCCGGATTCCCTCAAGGGCACCATTCTCAAAGTTGTCCTGCTGGGACTTGTGGATGCCTTCGCGGTGTACGTCCTGATGATGCTTTTCCTCAGCCAGTCGTGGGCGGCACTGGCGGTGTCGTCCCTGGTGGTTCTGGCCATTAACTGGATCTACCTCCGCAAGGGCGGGCTCCCGGCCAAATACCTGGCTCCCGGGGTGCTGTTCCTGCTGGTGTTCCAAGTCCTGGTGGTGGTGTTCAGCGGTTACATCGCCTTCACCAACTACGGCGATGGGCACAACAGCACCAAGAACGATGCCATTTCGGCAATCCAGCTGACAGCGCAGAAACGCGTCCCGGATTCGCCTGCTTACAAGGCATCCGTGCTGACCAAGGACAACGAGTTCTATCTGCTGTTCACCGATCCGGAAGGAAAGGCGCAACTCGGCAGCAGCGAAGATCCGCTCGCCGAAGCCCCCGACGCTGGCAAAGACTCAACAGGCAAGGCCAACTCCTTGCCGGGCTACCAGACGCTGAAGTTCCAGGAAATCGTGGCCAACCAGCAGGAGATCCTGAAGATCACGGTCCCGGTTTCGGATGATCCGGCCGATGGAACGCTGCGTACAGCAGACGGCAGCACGGCTTACCAGTTCAAACCGGCGCTCAATTACGATGCCGCCACGGACACCTTCGTGGACACCGAAACCGGCACGGAATACCGCGACAACGGCAAGGGCGCCTTTGCTGGTGCCAACGGGGAGACCTTGGCCACCGGCTGGAAAATCGATGTGGGCATGGACAACTTCGTCCGGGCCTTCACGGATCCCAGCCTTCGCGGACCGCTGGTGGGCGTGATTTTCTGGACGTTCACCTTCTCCATCGCGTCCGTCGCCCTCACCTTTGTGATGGGCCTCTTCCTGGCAATGACGTTCAACCGTGAGGACCTCCGGGGCAAGAAGGCGTACCGGATCCTGATGATCCTGCCCTACGCCTTCCCCGCCTTCCTGTCCGGCTTGGTGTGGTCCGGCATCCTCAACCCCGAGTTCGGCTGGCTGAACCAAACATTGCTCGGCGGCGCGAACATCGGTTGGCTTACGGACCCGGTCCTGGCCAAAATCAGCGTGCTGGTAGTCAACGTCTGGCTCGGCTTCCCGTACATGTTCCTGGTCTGCACGGGCGCCCTGCAATCCCTGCCTTCCGAAATCGACGAGGCAGCCCGTATGGATGGAGCCTCTGCCTGGCGGGTGTTCCGATCCATCAAGTTGCCCCTGTTGCTGGTATCCGTGGCACCGCTGCTCATTTCTTCCTTCGCCTTCAACTTCAACAACTTCAACGTCATCTACATGCTCACCGGCGGTGGGCCGCGCTTCGCGGACACTGACCGCGATATCGGGTCCACCGACATCCTCATCACGCTGGTGTACAAAGTGGCGTTCGGCCAAGGCACGGGGCGCGACTACGGCCTGGCCAGCGCGCTCGCCATCATCATCTTCATCATCGTGGCCACCATTTCGGCCATCAGCTTCAAGCAGACCAAAGCACTCGAGGACGTGAACTGA MPKPDLRELPSSQGQGAPAEAANSSASRPAKPARPAKPARHPDSLKGTILKVVLLGLVDAFAVYVLMMLFLSQSWAALAVSSLVVLAINWIYLRKGGLPAKYLAPGVLFLLVFQVLVVVFSGYIAFTNYGDGHNSTKNDAISAIQLTAQKRVPDSPAYKASVLTKDNEFYLLFTDPEGKAQLGSSEDPLAEAPDAGKDSTGKANSLPGYQTLKFQEIVANQQEILKITVPVSDDPADGTLRTADGSTAYQFKPALNYDAATDTFVDTETGTEYRDNGKGAFAGANGETLATGWKIDVGMDNFVRAFTDPSLRGPLVGVIFWTFTFSIASVALTFVMGLFLAMTFNREDLRGKKAYRILMILPYAFPAFLSGLVWSGILNPEFGWLNQTLLGGANIGWLTDPVLAKISVLVVNVWLGFPYMFLVCTGALQSLPSEIDEAARMDGASAWRVFRSIKLPLLLVSVAPLLISSFAFNFNNFNVIYMLTGGGPRFADTDRDIGSTDILITLVYKVAFGQGTGRDYGLASALAIIIFIIVATISAISFKQTKALEDVN PGPT0016320_84 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 D3-18_03448 1299 cycB COG2182 Cyclodextrin-binding protein ATGAAGGTGCACAATACCCTCGCGACTCACACTACCCGGCGTGTTTTCGCCACCGGGGCGCTCTCCGTTGCCGCAGCCTTGGCACTGAGCGCCTGCGGTGGAAGCGCCTCCACCACACCAAGCTCGGAAGCCGCAAAACCGGACCTCAAGGCCGCAGGCGCCGGTGTCATCACCATGTGGGTGGACGCGGAGCGCTCCCCGGCATTGAAGGACATCACGGAGAAGTTCAAGTCCGATACCGGCATCGAGGTGAAGCTCGTGGTCAAGGACTTCGCCGCTGTGCGCGACGACTTCATCACCCAGGTGCCAACCGGCCAGGGGCCGGACTTGATTGTCGGACCCCATGACTGGATTGGAAAGTTCGTCCAGAACGGCGTGATCGCACCTGTCGAGCTGGGAGACAAAGCCGGACAGTTCCAGGATTCTTCCATCAAGGCCATGACCTACAACGGCGCTGTCTACGGCGTCCCTTACGCCATCGAAAACATTGCCCTGCTGCGCAACACCAGCATCGTGGACAGCAAGGCTGCCACCTTGGACGAAGTAGTGGCCAACGGTAAGAAGGCCGTGGCAGATGGCAAAGCCACTTTCCCCTTCCTGGTGGGCATGGACCCGAAGCAGGGCGATCCGTACCACCTGTACCCGCTGCAGTCCTCCATGGGTTCGCAGGTCTTCGGTAAGAACGCCGACGGCGAATATGATCCCAAGCAGCTCCTCATCGGTGACGCTGCCGGCGTCGAATTCGCCAAGAAGCTGGCTGCTTGGGGCGACGCCGGTGAGAAGATCATCAACTCCAACATCACGGGTGACATTGCCAAGGAGAAGTTCCTGGCCGGCGAATCCCCGTACTTCGTGACGGGCCCGTGGAACGTTCCGGATGTCCAGAAGAAGGGCATCAAGTTCTCCGTAGATGAGCTGCCTACCGCCGGCGGCGAGCCAGCCCAGCCGTTCATCGGCGTCAACGGATTCTTCATCAGCGCCAAGAGTGCCAATGCCTTGGCCACCAACGAGTTCGTCACCAACTACCTCACCTCCGAGTCGGCGCAGGACTCCATGTATGCAGCTGGCGGACGGCCCCCGGCGCTCAAAGCGTCATTCGAGAAGGCGGCAAGCGATCCCGTCGTGGAGGCGTTCGGCAAGATCGGTGCCACCGGCGTTCCCATGCCGGCCATCCCGGAAATGAGCGCGGTGTGGGCTGACTGGGGTGCTACCGAACTGGCCATCATCAAGGGCCAGGGCGATCCGGCTGAGGCCTGGACCAAGATGGCCGACAGCATCAAGTCCAAGATCGGCGGCTAA MKVHNTLATHTTRRVFATGALSVAAALALSACGGSASTTPSSEAAKPDLKAAGAGVITMWVDAERSPALKDITEKFKSDTGIEVKLVVKDFAAVRDDFITQVPTGQGPDLIVGPHDWIGKFVQNGVIAPVELGDKAGQFQDSSIKAMTYNGAVYGVPYAIENIALLRNTSIVDSKAATLDEVVANGKKAVADGKATFPFLVGMDPKQGDPYHLYPLQSSMGSQVFGKNADGEYDPKQLLIGDAAGVEFAKKLAAWGDAGEKIINSNITGDIAKEKFLAGESPYFVTGPWNVPDVQKKGIKFSVDELPTAGGEPAQPFIGVNGFFISAKSANALATNEFVTNYLTSESAQDSMYAAGGRPPALKASFEKAASDPVVEAFGKIGATGVPMPAIPEMSAVWADWGATELAIIKGQGDPAEAWTKMADSIKSKIGG PGPT0016315_286 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 D3-18_03449 1842 malL_2 COG0366 Oligo-1,6-glucosidase TTGAAAAGCCCACCCCTCCCGAGCAGCGCAAAGACAGCACCCTTAGGACTGGAAACGTTTACAACTTTGCGATTTCTCTTCTACGATGTGTTCATGTCCGTTGATTCCTTGCTCTCGGTTGCGAGCCCCGAGCCCACTACTGTTTTCACGCATCTGACCCCGGTCCACGACGCCTCAAAGGCGCACGGATGGTGGCGTTCCGCTGTGATCTACCAGATCTATCCGCGGTCCTTCCGGGACCTCAACGGTGACGGCGTGGGAGACCTGGCGGGCATCACTGCCGAATTGCCGCAGCTGGCGACATTGGGGGTCGACGCCGTCTGGCTGTCCCCCTTCTATCGCTCACCTCAGCGGGATGCAGGATACGACGTCAGCGACTACTGCGACGTCGACCCCCTGTTCGGTACCTTGGCTCACTTCGACGCCCTCATCGCAGAGGCCAACAGACTCAACCTGCGCGTCATCGCGGACCTCGTCCCCAACCACTGTTCTGACCAGCACGTCGCTTTCCAAGCAGCACTTACCGCCGGCACAAACAGTGCAGAACGGGACATGTTCATCTTCCGGGACGGCCTGGGACCCGACGGCAACGAGCCACCCAACAACTGGCAATCACACTTCGGCGGCCCAGCGTGGACGCGCATCATCGAACCTAACGGACAGCCCGGCCAGTGGTTCCTGCACCTCTTCGACTCCTCACAGCCGGACTTCAACTGGGACAACCCTGCCGTCCACGCCGAGTTCGAACGCGTCCTCCGTTTCTGGCTGGACCGCGGCATCTCCGGCTTCCGGGTGGACGTTGCCCATGCGCTGGTTAAAGCCGCCGGCCTCCCCAATTGGGGTGGGCGTGCAGACGGCAACAGCACCGACGGCTTCCCTGGCCAGGATGCTCCCATGTTCGGCCAGCCCGCCCTGCACGATATCTATCGCAGGTGGCGGTCCATCCTGGAAGAGTACGGACCGGACCGCATCCTTTGCGCTGAAGCGAACGTGGACCCGCTCCCCCGGCTGGCTCAATGGGTCCGCCCCGACGAAATGCACCAGGCCTTCAACTTCCCGTACCTGCACGCAGGATTGGACGTGAACCGCCTCCGCCACGTCATCACTGACTCACTGGTCTCACTGGACGCTGTGGGTGCCCCGAGCACCTGGGTGTTGTCCAACCACGATGTCGTAAGGCACGTGTCCCGCTTTGGCTACGACGGACCGGGGCCCCGCGACGGTGATGGCATTGGGCCAGATGACGTTCAACCCAACGAAGAACTCGGACGACGACGCGCTGCCGCGGCCACCATGTTCATGCTTGGACTCCCCGGCGGTGCGTACCTCTACCAAGGCGAAGAGCTGGGCCTTCCCGACTCTTCCAGCATCCCCGGCAGCATGCGCCAGGACCCCACGTTCGCCCGCACCGGCGGAGCCCGCATTGGCCGCGATGGCTGCCGCGTGCCGCTCCCTTGGCGTTCGTCCGAACCACACTCCGGGTTCGGCAGCGGCCTGAACCCGTGGTTGCCCCAGCCCGAGTCCTGGCCCGCACTGGCAAGGGATAAGCAAGTGTCAGATCCGGCGTCGCACTTGAACCTTTACCGCCGGATGCTCGCCCTCCGGGCCACACACCGGCTCGGCGAAGGCTCCCTCGCCTGGGTGGAGGACTACTGTAGCGAGACCTCGCTCGCCTACCTCAACGGCGAGACCCTGGTGATCATGAACGTCGGGGCTGATGCCATGCTACTTCCGGCAGGCGAAACCATCCTGCGGAGCTCCGCTGCAGAAGAGGGCGCCGCTGATCTACCAGGCGTTGATCTACTAGGCTCGGGGGAGACAATCTGGCTCAGGGCCAGCTAA MKSPPLPSSAKTAPLGLETFTTLRFLFYDVFMSVDSLLSVASPEPTTVFTHLTPVHDASKAHGWWRSAVIYQIYPRSFRDLNGDGVGDLAGITAELPQLATLGVDAVWLSPFYRSPQRDAGYDVSDYCDVDPLFGTLAHFDALIAEANRLNLRVIADLVPNHCSDQHVAFQAALTAGTNSAERDMFIFRDGLGPDGNEPPNNWQSHFGGPAWTRIIEPNGQPGQWFLHLFDSSQPDFNWDNPAVHAEFERVLRFWLDRGISGFRVDVAHALVKAAGLPNWGGRADGNSTDGFPGQDAPMFGQPALHDIYRRWRSILEEYGPDRILCAEANVDPLPRLAQWVRPDEMHQAFNFPYLHAGLDVNRLRHVITDSLVSLDAVGAPSTWVLSNHDVVRHVSRFGYDGPGPRDGDGIGPDDVQPNEELGRRRAAAATMFMLGLPGGAYLYQGEELGLPDSSSIPGSMRQDPTFARTGGARIGRDGCRVPLPWRSSEPHSGFGSGLNPWLPQPESWPALARDKQVSDPASHLNLYRRMLALRATHRLGEGSLAWVEDYCSETSLAYLNGETLVIMNVGADAMLLPAGETILRSSAAEEGAADLPGVDLLGSGETIWLRAS PGPT0018560_2458 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0018560-malz-K01187 NA NA D3-18_03450 1023 ccpA_8 COG1609 Catabolite control protein A ATGACCGGCATCAAGGACGTAGCCGAGCGAGCAGGGCTGTCCGTTGCCACGGTCTCACGGGCGTTGAGCGGGAAGGGCAACGTTTCCCCAACAAGCCGGGAGCGTGCCCGTGCTGCAGCTGCCGAATTGGGATTCGTGCTTTCCTATCATGCGTCGAGCCTGGCCTCCGGCCGTACGCACAACGTCGGCTTGGTGGTGCCCTCGGTCCACCGTTGGTTCTTCTCAGCGGTGATCGAGGGCGCTTCAGCGGCATTGCTTGAGGCCGGCTACGACCTCACCCTGTACAACATCGGCGAAAACCCCGCGCACCGGCAGAGCGTCTTCAGCGATTTCCTGCTCCGCAAGCGGGTGGACGCGGTCATTGCAGTATCCCTGGAGCTCAGTGAAGACGAAATCGAGCAGCTTCACGCGGTACACCGCCCCATTGTGGGTATCGGCGGCCCCTTACCGGGGGCGTCCACCATTAGGATCGACGACTCCGGGATCGCCCTGAAAGCCACCAACCACTTACTGGGTCTGGGTCACACCAAGATAGCGCACATCACCGGTCACGAAGCCTATGACCAAGACTTCCACCTTCCGGGAACCCGGCGCAGCGGTTTTGAAAAAGCAATGAACGACGCCGGCTGCCCGGTCAGGCCGGAATGGATCGTTTCCGCGGACTTCACTATAGAAGGCGCGTACGCGGCTGCCCGGCAACTGCTGGCCAGCGCACCGGAACGCCCCACGGCCGTTTTCGCAGCGTCGGACGAAATGGCTATCGGCACCATCCTCGCCGCCCGGGACTTCGGCTTGCGAATCCCCGACGATCTCTCGGTCATGGGCATCGACGGGCACGACCTGGGCAATGTCCTTGGCCTTACTACCATCGATCAGGATGCCAAGGGACAGGGGGCATTGGCTGTCCGGACCCTCTTGGGTGCCATCAACAACGGGCTGGTTCTGGAACCCGCAGACACGGAGCACCCCACCAAGCTGGTGGTGCGGACAAGTACCGCTGTGCCCAGGCCCGGAACATCCTAG MTGIKDVAERAGLSVATVSRALSGKGNVSPTSRERARAAAAELGFVLSYHASSLASGRTHNVGLVVPSVHRWFFSAVIEGASAALLEAGYDLTLYNIGENPAHRQSVFSDFLLRKRVDAVIAVSLELSEDEIEQLHAVHRPIVGIGGPLPGASTIRIDDSGIALKATNHLLGLGHTKIAHITGHEAYDQDFHLPGTRRSGFEKAMNDAGCPVRPEWIVSADFTIEGAYAAARQLLASAPERPTAVFAASDEMAIGTILAARDFGLRIPDDLSVMGIDGHDLGNVLGLTTIDQDAKGQGALAVRTLLGAINNGLVLEPADTEHPTKLVVRTSTAVPRPGTS PGPT0021075_1052 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021075-cytR-K05499 NA NA D3-18_03451 522 hypothetical protein TTGCCTAGGATCCGCAGGCTCCACGCGAACGACTGGCCCCTGTTGAGGGCCGTCCGGCTGGAGATGCTCACAGATACGCCCATGGCCTACGTGGAAAGCCTGGATGCTGCCCGCCGGCAAACGGACACCCAGTGGCAGGAACGCGCTGCCGCGATGTCCGGGGAGGCCAGTATCACCCTGGTTGCCGATGGCGGCGAAGATGGCAGCAAATTCTGCGGCCTGATGCGCGTGGTGGCCAAACACCCCCAGAGCCCGGAGAAGCCGCTGCAGGCTATGCTGATCAGCGTTTATGTCGCCCCTGAGCATCGCGGGCTGGGACTGGCCGACGAACTACTCAACGAGGCGTGCAAGACCGCAGCTGAAGAACTGGCAGCGGAAAGCATTGAGCTCGGGGTGCATGAGGACAACTCAAGGGCGCTTGCGTTCTATAGGCGTCACGGATTTGAGAGCACGGGTGCCAGTCGACCCTATCCGCAGGACACGTCAAAGCTGGAGCTCGTGATGGAACGGCCGCTGCCCTAG MPRIRRLHANDWPLLRAVRLEMLTDTPMAYVESLDAARRQTDTQWQERAAAMSGEASITLVADGGEDGSKFCGLMRVVAKHPQSPEKPLQAMLISVYVAPEHRGLGLADELLNEACKTAAEELAAESIELGVHEDNSRALAFYRRHGFESTGASRPYPQDTSKLELVMERPLP NA NA NA NA NA D3-18_03452 495 hypothetical protein ATGGAAAACCTCTTCAGCCATCCCGAATCGGCGCCCGAGCCGTCCCAGCAGGACAATGACGCCCTTGAGCCGCTCATCATCACCGTGGTTGTCCCCACGAACGTCTCACACGCGTTCCAGGGATTCACAGATCACCCGCATCTTTGGTGGCCGTTGGGACAAGAGAGTGTGTTTGGCGAGGGATCACATGTTGAGTTCGAGGAGAACCTGATCCTCGAAACGGCCGAGGATGGACGTACTTCCGTGTGGGGAACCATCGACGATTGGCAGCCGCCGTTGTCCTTCCACGCCAGCTGGTATCCGGCGAGTACACCCCTCTGGTCCACTGAGATCCGTGTAGCGTTCCGCGCCGTGGACGAGGGCACTGAGGTTCGCTTGGTCCATGACGGTTGGGAGGGTGCCGAAGACCCTGCGGCCTCGCGTGCGTCCTACGCCGAAGGCTGGCCCCATGTCCTGGAGCGTTATGTGAGATTCATGGGCGGAGCAGTTGCCTAG MENLFSHPESAPEPSQQDNDALEPLIITVVVPTNVSHAFQGFTDHPHLWWPLGQESVFGEGSHVEFEENLILETAEDGRTSVWGTIDDWQPPLSFHASWYPASTPLWSTEIRVAFRAVDEGTEVRLVHDGWEGAEDPAASRASYAEGWPHVLERYVRFMGGAVA NA NA NA NA NA D3-18_03455 117 hypothetical protein GTGTTTCTTTTGTTCCTGCTTCCGGTTCTTACCATCGTGTCCCCGTTTTGCGGGGTGGTGGTGGTCTGGTTGACGGGGTTGTTGTTTGAGAACTACATAGTGGACGCGAGCATCTAG MFLLFLLPVLTIVSPFCGVVVVWLTGLLFENYIVDASI NA NA NA NA NA D3-18_03457 3663 glgB_2 1,4-alpha-glucan branching enzyme GlgB ATGAGCAAGGAAAACTTGAACCCCTCCATTGAAGGACTTCTCCGGAACTGGCTGCCAGGCAAGCGCTGGTTCCCGGTCAAGAGCCCCGACTTTGCGCTGGAGCAGGTGGGCGGTTTCAGACTGCCGGATACCGGCGGAGAAGCGGCGCTGGAAGTTGTGCTGCTGGCAGTGACACACAGAACTGCCGACGGCGGTTCGCGGACCGACGTCGTCCAGGTTCCATTGAGTTACCGAAGCAAGCCTCTGGCGGATGCTCCTACGGCTTTGCTGGGCGAGTTCACGGATCCTGACCTAGGGCTACAGCTCGTGTACGACGCCGTCTACGATGCGGATTTTGTCACTGCCTGGCTGGAACTTATGCGCAGTGAAGGGAAGGTAGGCGGTGCCCAGGGGCACCTTACGCGCGGCCGTGTGGCACTTCCGAAAAAACCCACCTCCGTCAAGGTCCTGTCCGGCGAGCAATCCAACACATCCGTCATTATTGACGACGGCGACTCGGCAGCGATCGTCAAAATCTTCCGCGTGCTCGCCGCCGGCAAGAATCCCGAAGTGGAACTTGGGGCCGCCTTGACAGCAGCGGGAACCAGCGAGGTTCCCGCAACGCTCGGCTGGATTACCGGCTTGTGGGCGGGACCGGCGTCGAACGGTGGCATTGCGGCCACGGGCGAGCTGACTGTCGCCCACGAATTCCTCGTCGGAGGTTTGGATGCCTGGCGCCTGGCGGTAGAGGCAGCGGCCGCCGGCAAAGATTTCACGGCAGAAGCCCGCGGGCTCGGCGCTGCAACCGCCACGGTTCACGCCAGGCTCGCCGAAACCTTTGGTACCCAGGACGGGCAAGAGCAGGGCCAGGACATCATCGCCACAGTAGCCCGGCGCGTCCGGGGCTCATGGGCGGAAGCGTCATCCGCCGTCGGGCCCTACGACGAAAACCTTGATGAGCTGCTGGCGGCCTTGGATCCCAGCGACGTCGGTCAGCTGCAGCGCGTCCACGGTGACCTCCATCTGGGACAGATCCTGTTGGTTCCCGGCGCTGAGGGGCAGCCGGCACGATGGGCCATCCTCGACTTTGAAGGCGAGCCGCTCCGGACCATCGATGAACGCAATACTCCTGATCTGCCCCTGCGGGACGTTACGGGCATGCTGCGTTCATTCGACTACGCAGCCGGTGCCGCCGCGCGTGAAAACGAAAAAGCGGCCGTCAAGGTGCCTGAAACCTGGGTGGATGACTGCGCTGCCGCGTTCCTTGAGGGTTACAGCGAAGTCACCCCGGGAACCATAGACCGCCGCTCGCCTCTCTTTGTGGCATTGTGGCTGGACAAGGCCTTATACGAGGTTGTTTACGAGTTGCGGAACCGGCCCGACTGGCTGTCGATCCCGGTGAACGCATCACGACGAATCCTCGACAACACAAGCCGCGGCAAGCATGCGGCAGCTACAGCGGAAGGTAATGACATGACTGGCTCAGCACGCACCGAACGGCCCCGAGTTCCCCTGCACGTGGACTCCGAGACCTTGGAACGCGTGGCCGCCGGCGCTTACCACGCGCCGCATTCAGTACTTGGCGCGCACTTGGACGATCATGGCCACGTCACTATACGTACTGTGAAACACCTGGCAAAGTCCGTGGTTGTAGTGACTGAAGCCGGCCGCACGGAAATGGCCCATGAGGCCCACGGTGTCTGGGCTGCAGTCCTGGAACCGCTTCAGGCCGGCCACGTGCCGGATTACCGTTTGGAAGTGGTGTACGACGCCGAACCCGTCACCATCGATGACCCATACCACTACTTGCCTACCGTAGGTGAGGTGGACTTGCACCTGATCGGTGAGGGGCGCCACGAACGCCTTTGGGATGTCCTCGGCGCGCACGTCCAGCACTACCGCTCCGCGTTGAGCGAGGTGGACGGAGTCTCGTTCGCTGTCTGGGCCCCGAATGCGCAAGCCGTCCGCGTGAAGGGCGACTTCAACGGGTGGGATGGTCGCTCCCATGGGATGCGTTCCCTAGGTTCCTCGGGCGTGTGGGAACTCTTCATCCCCGGCGTTGTAGCAGGGGCGTGCTACAAATACGAGATCCTCACCAAAGCCGGTCACTGGGTAGAGAAAGCCGACCCTTTGGCTTTCGGCACTGAGGTTCCGCCGCTGACTGCCTCACGTGTGGTTGACGCAAGCTACCGGTTCAAGGATGCGGAATGGATGAGTGCCCGCGCCCAGAAGGATCCGCACAACTCGCCTATGAGCGTTTACGAAGTCCACTTGGGCTCGTGGCGGCTTGGCCTTGGCTACAAGGAACTCGCCAAGGAACTCGTGGACTACGTGAAGTGGCTTGGGTTCTCCCATGTTGAGTTCATGCCGGTCGCGGAGCACCCCTTCGGTGGTTCGTGGGGTTACCAGGTGACGTCTTATTTCGCGCCGACCTCACGTTTCGGACACCCCGACGAGTTCCGGTTCCTGGTGGATTCGCTCCACCAAGCCGGCATCGGCGTCCTCCTCGACTGGGTCCCCGCACACTTCCCCAAGGACGCCTGGGCGCTGGCCCAGTTCGACGGCCAGCCGCTGTACGAGCACTCAGACCCCGCCCTGGGCGAACACCCCGACTGGGGGACCCTGATCTTCGACTTCGGACGCAGCGAGGTCCGCAACTTCCTGGTGGCCAACGCTCTGTATTGGCTGGAGGAATTCCACATCGATGGCCTGCGCGTGGATGCCGTGGCCTCGATGATCTACTTGGACTACTCCCGTGAAGAAGGGCAGTGGAGGCCCAACAAGTTCGGCGGCCGCGAGAACCTTGAAGCCATTTCCTTTATGCAGGAAGTCAACGCCACCGTCTACAAGTCCCACCCCGGCGCCATCATCATCGCCGAGGAATCCACAGCATTCCCGGGTGTTACGGCGCCCACCAACCACGGCGGGCTGGGCTTCGGGCTCAAATGGAACATGGGCTGGATGCATGACTCGCTCAAGTACATCTCCGAAGACCCCATCAACCGCAAGTGGCACCACGGCACCATCACGTTCTCCATGGTCTATGCCTTCACCGAGAACTTCCTGCTGCCCATCAGCCACGACGAAGTAGTTCACGGCAAGGGCTCCATGCTGCGCAAGATGCCCGGTGACCGCTGGCAGCAGCTGGCAAACCTGCGTGCATTCTTTGCCTACCAGTGGGCGCACCCCGGCAAGCAGCTGATCTTCATGGGTACGGAGTTCGGCCAGGAAGCCGAGTGGTCCGAACAGTATGGTTTGGATTGGTTCCTTGCTGATATCCCCGCGCACCGCGGACTGCAGCTTCTGGTTAAGGATCTCAACGAGCTCTACAGGTCTACGCCGGCCCTTTACCAGCGGGACAACGAAGCCGGCGGATTCCAGTGGATCAATGGCGCGGATGCCGATCACAACGTTCTGACTTTCATCCGCTGGGATCAGGATGGCAAGCCGTTGGTTTGTGCAGTGAACTTCTCTGGCGGTCCTCACAAGGACTACATCCTGGGGGTTCCGGCAGCAGGGGAGTGGACGGAAGTCCTGAACACCGACTCTGAAACGTACGGCGGTTCCGGAGTTGTCAACGCTGGAGCCTTGAAGGCTTCAACGCCCGGAACTGATGGCCAGCCCGCAGCTTTGACTGTCACGCTTCCCCCGCTCGGGGCGTCCTGGTTCACGCCGGCTGAGTAG MSKENLNPSIEGLLRNWLPGKRWFPVKSPDFALEQVGGFRLPDTGGEAALEVVLLAVTHRTADGGSRTDVVQVPLSYRSKPLADAPTALLGEFTDPDLGLQLVYDAVYDADFVTAWLELMRSEGKVGGAQGHLTRGRVALPKKPTSVKVLSGEQSNTSVIIDDGDSAAIVKIFRVLAAGKNPEVELGAALTAAGTSEVPATLGWITGLWAGPASNGGIAATGELTVAHEFLVGGLDAWRLAVEAAAAGKDFTAEARGLGAATATVHARLAETFGTQDGQEQGQDIIATVARRVRGSWAEASSAVGPYDENLDELLAALDPSDVGQLQRVHGDLHLGQILLVPGAEGQPARWAILDFEGEPLRTIDERNTPDLPLRDVTGMLRSFDYAAGAAARENEKAAVKVPETWVDDCAAAFLEGYSEVTPGTIDRRSPLFVALWLDKALYEVVYELRNRPDWLSIPVNASRRILDNTSRGKHAAATAEGNDMTGSARTERPRVPLHVDSETLERVAAGAYHAPHSVLGAHLDDHGHVTIRTVKHLAKSVVVVTEAGRTEMAHEAHGVWAAVLEPLQAGHVPDYRLEVVYDAEPVTIDDPYHYLPTVGEVDLHLIGEGRHERLWDVLGAHVQHYRSALSEVDGVSFAVWAPNAQAVRVKGDFNGWDGRSHGMRSLGSSGVWELFIPGVVAGACYKYEILTKAGHWVEKADPLAFGTEVPPLTASRVVDASYRFKDAEWMSARAQKDPHNSPMSVYEVHLGSWRLGLGYKELAKELVDYVKWLGFSHVEFMPVAEHPFGGSWGYQVTSYFAPTSRFGHPDEFRFLVDSLHQAGIGVLLDWVPAHFPKDAWALAQFDGQPLYEHSDPALGEHPDWGTLIFDFGRSEVRNFLVANALYWLEEFHIDGLRVDAVASMIYLDYSREEGQWRPNKFGGRENLEAISFMQEVNATVYKSHPGAIIIAEESTAFPGVTAPTNHGGLGFGLKWNMGWMHDSLKYISEDPINRKWHHGTITFSMVYAFTENFLLPISHDEVVHGKGSMLRKMPGDRWQQLANLRAFFAYQWAHPGKQLIFMGTEFGQEAEWSEQYGLDWFLADIPAHRGLQLLVKDLNELYRSTPALYQRDNEAGGFQWINGADADHNVLTFIRWDQDGKPLVCAVNFSGGPHKDYILGVPAAGEWTEVLNTDSETYGGSGVVNAGALKASTPGTDGQPAALTVTLPPLGASWFTPAE NA NA NA NA NA D3-18_03458 1797 treS COG0366 Trehalose synthase/amylase TreS GTGAGTTTTTCTCCGCAGAACCCCAGCCAGTACTTCACTCCGAAGAACACCTTCGAGTTGAACGCCCCAGGTCTCCAGCATGATCCGCACTGGTACCGCAAGGCAGTCTTCTATGAGGTACTGGTGCGGGCCTTTGCGGATGCCAACGGGGATGGTTCCGGCGACTTCCACGGCCTGATCGAGAAACTGGATTACCTCCAGTGGCTGGGCGTTGACTGCCTGTGGTTGCCGCCGTTCTTCCATTCCCCGTTGCGCGATGGCGGCTACGACATCGCGGACTACACGTCTGTGCTGGATGAGTTCGGCACAATCAGCGACTTCAAGCGATTGGTTGCCGAGGCCCACGCCCGTGGCGTCCGGGTGATCATCGATCTGCCGTTGAACCACACCTCGGACCAGCATCCGTGGTTCCAGGAGTCGCGAAAGGATCCCACGGGTCCCTACGGCGACTTCTATGTGTGGAGCGATACCGACGAGAAGTACCAGGACGCGCGCATCATCTTCGTTGACACCGAAGAATCGAACTGGACGTTCGATCCCATCCGCCGCCAGTTCTTCTGGCACCGCTTCTTCAGCCACCAACCGGACCTCAACTTCGAGAACCCCAAGGTGATTGAGGCGCTCTATGACGTTATCCGGTTCTGGCTGGACCAAGGGATAGATGGCTTCCGGGCCGACGCCATTCCCTACTTGTTCGAAGAAGACGGCACCAACTGCGAGAACCTGCCAGCCACGCACACGTTCCTGCAGGATCTTCGCAGGATGGTGGACTCGAACTATCCCGGCAGGGTGATCATCGCTGAGGCAAACCAACCTCCGCATGAAGTGGTGGAGTACTTCGGCACCGAGGAAGCCCCGGAATGCCACATGGCCTTCCATTTCCCCATCATGCCGCGGCTGTACTACGCCCTGCGGGACCAGAAAGCCGCTCCCATCATTGAGACCCTGCGGAACACCCCGGAGATTCCGAAAGGTGCTCAGTGGGGGACTTTCCTGAGGAACCACGACGAACTGACGTTGGAGATGGTGCCCGCGGAAGAGCGCGCCGCCATGCTCGGATGGTATGCCCCGGATCCCCGGATGCGGGCCAACATTGGTATCCGCCGACGTTTGGCTCCGCTGCTGGATAACTCCCGCTCCGAGATCGAGCTCATCAACGCGCTGCTGCTTTCCCTGCCGGGAAGCCCCTTCCTGTACTACGGGGACGAGATCGGCATGGGAGACAACATCTGGCTCGACGACCGCGATGCCGTCCGTACCCCGATGCAATGGAACCCCGATCGCAACGCCGGCTTCTCAGGGGCCGATCCGGGCAAGCTTTACCTTCCGGTCATACAGTCACTGGTTTACAACTACAGCATGGCCAACGTTGAAGCCGAGGCCGCGCACTCCGGTTCGCTGCTGCGCTGGACCCGCCAGATCCTCAGCGTCCGGAAGAACCACCCGGTCTTTGGCTTGGGCGGATTCCGGCATATTGAGGCGGACCATGAGGTGGTGCTGGCCTACGTCAGGGAATTGCCGGCGGGCAACCCTGAAGGAGAGGACGGGGAGACCATTCTGTGCGTTTTCAACCTCTCACAGCACCCCGTTGCGGCAACGTTGGACGTGCCTGAGTTCGCAGGCCGCGGCCTGCGCGATATTTTCGGCGGCCAGCCTTTCCCGGCTGTCGGTGACAACGGTCAATTGACCGTGATGCTGGGGAGCCACAGCTTTTATTGGCTGCGGGTCCGCTCGGCATTTTCGAATCCCTCGTCGCCTTTTACCCAGGCGATTCCCGTGGTGACCTCCAAAGGATGA MSFSPQNPSQYFTPKNTFELNAPGLQHDPHWYRKAVFYEVLVRAFADANGDGSGDFHGLIEKLDYLQWLGVDCLWLPPFFHSPLRDGGYDIADYTSVLDEFGTISDFKRLVAEAHARGVRVIIDLPLNHTSDQHPWFQESRKDPTGPYGDFYVWSDTDEKYQDARIIFVDTEESNWTFDPIRRQFFWHRFFSHQPDLNFENPKVIEALYDVIRFWLDQGIDGFRADAIPYLFEEDGTNCENLPATHTFLQDLRRMVDSNYPGRVIIAEANQPPHEVVEYFGTEEAPECHMAFHFPIMPRLYYALRDQKAAPIIETLRNTPEIPKGAQWGTFLRNHDELTLEMVPAEERAAMLGWYAPDPRMRANIGIRRRLAPLLDNSRSEIELINALLLSLPGSPFLYYGDEIGMGDNIWLDDRDAVRTPMQWNPDRNAGFSGADPGKLYLPVIQSLVYNYSMANVEAEAAHSGSLLRWTRQILSVRKNHPVFGLGGFRHIEADHEVVLAYVRELPAGNPEGEDGETILCVFNLSQHPVAATLDVPEFAGRGLRDIFGGQPFPAVGDNGQLTVMLGSHSFYWLRVRSAFSNPSSPFTQAIPVVTSKG PGPT0014120_685 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-AMYLASE,PGPT0014120-treS-K05343 NA NA D3-18_03459 2109 glgE1 COG0366 Alpha-1,4-glucan:maltose-1-phosphate maltosyltransferase 1 GTGATTTTTGTCGCTAACGTCGTGGTTGTGACGAAAACCGCGCGAACCATCACCGCTCTGAAATCCAAGACGACTACGGACATCACCGACGGACTTCGCTTCGGCCGGTTCCCCATCACGGCCGTGCAGCCGGTGGTTGAGGGTGGCCGTTTCCCGGCGAAGGCCTTGCCTGGCGAAGACTTGGTTGTCGGCGCCACGGTCTTCCGTGAAGGCCATGACCAGCTCGGCGTCTCCGCTGTGCTGCTCGATCCCAGGGGTAAGGAGCGTCAGCGAGTCCGCTTGACCCCCGCCCAGGGCGAGCAATGGAAGGGCCTGGACCGCTGGGAGGGCCTGATTACGCCCACCGGCACCGGCGCCTGGTCCTTCGTCATTGAGGCCTGGCATGACCGGTACGGCACCTGGCACCACAACGCCGAAGTCAAGGTAGGGGCCGGCATTGACGTCGAGTTGATGCTCGCCGAAGGCTCTGCCCTCCTTGCGGAAGCCGCAGACGACGACGCCGGGCGCAGCGCCGTGGAGAAGCGCACCTTGCGCGCCGCTTCCGTCGTGCTGGCCGACACCACCAAGACTGCCGAGGAGCGCCTTGGCGCCGGTTTCAGCCCCGAGGTGCTGGCCGCCGTCGGACGCGTACCGATCCGTGAGCTGGTGACCGTCTCGGAACGCTTCCCGTTGCAGGTGGAACGCGATCTCGCAGGCCGCGGTTCCTGGTACGAGTTCTTCCCCCGGTCAGAGGGTGCCGTGTTGGATCACTCCACTGGCGTCTGGACCTCCGGCAACTTCCGTACGGCAGCCAAGAGGCTCGACGCCGTCGCGGATATGGGCTTCGACATCATTTACCTCCCGCCCATCCACCCGATCGGTTACCAGCACCGCAAGGGGCGCAACAACACGCTGACGCCGGGGCCGCAGGATCCGGGTTCGCCGTGGGCCATTGGTTCCAAGGACGGTGGACATGACGCCATCCACCCGGAACTGGGTACGTTTGAGGACTTTGATGCTTTCGTGGCGCGCGCCAACGAACTGGGACTCGAAGTTGCCTTGGACCTGGCGTTGCAAGCAGCCCCGGACCACCCCTGGGTGACGTCCAACCCTGAATGGTTCACCACGCGCGTTGACGGTTCCATTGCCTACGCAGAGAACCCGCCGAAGAAGTACCAGGACATTTATCCCCTGAACTTCGACAATGATCCGGCCGGTCTCTCCAAGGAAATCCTGCGGATCGTCCAGCTGTGGATCAGCCACGGTGTCAAGGTTTTCCGCGTGGACAATCCCCACACCAAGCCTGTGTGGTTCTGGGAATGGCTGATCGGCAAAATCAATAAGAAGAACCCCGAGGTTGTCTTCCTGGCGGAGGCCTTCACACGCCCGCCGATGATGCACGCTTTGGGCCGCGCAGGATTCCAGCAGTCGTACACCTACTTCACTTGGCGGAACACCAAGACCGAGCTGGAGCAGTACTTCCACGAGGTCAGCCACGAGACAGCCGCATTCTTCCGTCCGAACTTCTTCGTGAACACCCCGGACATCCTCACCGAGTACCTGCAGTACGGCGGCCCGGCCGCGTTCCGCATCCGGGCTGTGTTGGCCGCTACCGCGAGCCCGCTGTGGGGCGTCTATGCCGGTTATGAGCTGTACGAGCACGTGGCCCGCCCGGGCGCCGAGGAGTACATCGACAACGAAAAGTACGAGTACAAGGCGAGGGACTGGGAAGGCGCTGCCGAATCAGGGCGCACCCTGGCGCCGTACATCACCAGGCTCAACACCATCCGCAAGGACCACCTGGCCTTGGGCGATCTGCAGAACCTGACGCTGCACAGCAGCACAGACGACGCAACGATTGTGTACTCCAAGCACAAGACGCTCCCGGACGGCACCAAGGACACTTTGATCATTGTGGTCAACGTGGACCCTCACAGCACCCGTGAAAGCACGGTGTCCCTGAACTTGGAAGCGCTGCAACTGGCCCCCTCGGACTTCAACGAGGACGGCCGGTTCCGGGTGGACGACTTGATCAGCGGCGAGAGCTGGGAATGGGGCGAGCACAACTACGTCCGCCTGGATGCCCACGTTGAGCCGGCCCACGTACTTAGCATCCGGAGGCAGCCTTAG MIFVANVVVVTKTARTITALKSKTTTDITDGLRFGRFPITAVQPVVEGGRFPAKALPGEDLVVGATVFREGHDQLGVSAVLLDPRGKERQRVRLTPAQGEQWKGLDRWEGLITPTGTGAWSFVIEAWHDRYGTWHHNAEVKVGAGIDVELMLAEGSALLAEAADDDAGRSAVEKRTLRAASVVLADTTKTAEERLGAGFSPEVLAAVGRVPIRELVTVSERFPLQVERDLAGRGSWYEFFPRSEGAVLDHSTGVWTSGNFRTAAKRLDAVADMGFDIIYLPPIHPIGYQHRKGRNNTLTPGPQDPGSPWAIGSKDGGHDAIHPELGTFEDFDAFVARANELGLEVALDLALQAAPDHPWVTSNPEWFTTRVDGSIAYAENPPKKYQDIYPLNFDNDPAGLSKEILRIVQLWISHGVKVFRVDNPHTKPVWFWEWLIGKINKKNPEVVFLAEAFTRPPMMHALGRAGFQQSYTYFTWRNTKTELEQYFHEVSHETAAFFRPNFFVNTPDILTEYLQYGGPAAFRIRAVLAATASPLWGVYAGYELYEHVARPGAEEYIDNEKYEYKARDWEGAAESGRTLAPYITRLNTIRKDHLALGDLQNLTLHSSTDDATIVYSKHKTLPDGTKDTLIIVVNVDPHSTRESTVSLNLEALQLAPSDFNEDGRFRVDDLISGESWEWGEHNYVRLDAHVEPAHVLSIRRQP PGPT0018610_398 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_COMPLEX_SUGAR_UTILIZATION PLANT_DERIVED_MALTOSE_DEGRADATION,PGPT0018610-glgE-K16147 NA NA D3-18_03460 2634 glgP COG0058 Glycogen phosphorylase GTGGCGCTCGTGAAGGCTATTCGAAGGTTTACAGTCCGTACCGTCCTCCCTGAGCCCATCAGGCCCCTGGCCCGTCTGGCGACCAATTTGCGCTGGTCCTGGCACCGGCCCACACGGGAACTTTTTGCGAGCCTTAACCCGGCTCTCTGGGAGGAATCGCAGCACGACCCCATAGCCCTGCTGGGGTCGATCAGCCGCGAGCAACTGCAGGACCTCGCGAATGACGGCGATCTGGTGAACCGTGTCCAGGACGCCGCAGCGGACCTGGACCGCTACCTCAGTGAACCGCGCTGGTACCAAGGCCTCGGCGAAGACGCTCCGGCTTGCATCGCGTACTTCTCGCCCGAATTCGGCATCACCGAAGTGCTCCCGCAATATTCCGGGGGCCTCGGCATCCTCGCGGGCGACCACCTCAAGGCCGCCTCCGACCTCGGCGTGCCACTGATCGGCGTCGGGCTTCTGTACCAGGCCGGATACTTCAAGCAGTCACTCTCCCGCGACGCTTGGCAGCAAGAGACCTACCCAGTGCTGGACCCAGACGGCCTGCCGCTGACGCTGCTCCGGCACCCCGCCAAGGACGGCGCCCAAGGCAAGCCGGTCCACATCTCCCTGCCGCTGCCCAACGGCCGGGAGCTCCACGCGCACGTGTGGCGTGCCGACGTCGGACGCGTTCCGCTGCTGCTGCTGGACTCCAACGTCCCCTCCAACGACGAAGCCGCCCGTGGCATCACCGACCGCCTGTACGGCGGTGGCGGCGACCACCGGCTCCAGCAGGAACTCCTCCTGGGCATGGGCGGCGTCAAGGCGCTGCGCATCTACCAGGAGCTCACCGGCACACCCGCTCCGGAAGTGTTCCACACCAACGAAGGCCACGCAGGCTTCCTGGGGATCGAACGCATCCAGGAAGCCATGTCCGACACCAACTCGCCCCTGAGCTGGGACGAGGCCCTCGCCGCCGGCCGCGCGTCCACAGTCTTCACCACGCACACGCCCGTACCCGCCGGCATCGACCGCTTCGAGAGCGTGCAGATCAAGCACTTCTTTGAAGCCGGCCTGGCGCCTTCCGTGCCGACCGAGCGGATCCTTGAACTGGGCCGCGAAAACTTCGACGGCGGCAACCCGTCCGTGTTCAACATGGCAGTCATGGGCCTTCGCTTGGCGCAGCGTGCCAACGGTGTGGCCAAGCTGCACGGTGTGGTCTCCCGGGAAATGTTCGCCGGTCTCTGGCCGGGATTCGACCACTCCGAAATCCCCATCACCTCCGTTACCAACGGCGTCCACGTGCCCACGTGGGTGGACCCCCGCATTTCCTCCCTGGCACGGAACCAGTTCGGCGCGGAAGCCGAAGCCCTTGGACGCTGGGACCTGGCGTACAACGTCAGCGACGAAGACGTCTGGGCCCTCCGCCGGGAGCTCCGCGCACAACTCATCGAAGACGTTCGACGCCGGCTCCGGGCATCATGGAAGAAGCGTGGCGCTGCCGATGCCGAACTCGGCTGGACCGACTCCGTACTTGACCCGGACGTCCTCACCATCGGATTCGCACGCCGTGTGCCCACCTACAAGCGGCTCACGCTCATGCTGCGCGACCCTGCCCGTTTGAAGGCCTTGCTGCTTGACCCCAAACACCCCATCCAGCTGGTCATCGCGGGCAAGTCGCACCCGGCAGACGACGCCGGCAAGAAAATGATCCAGGATCTGGTCAAGTTCACGGACGACCCGCAGGTCCGGCACCGGATCGTGTTCCTGCCCAACTACGACATCGCCATGGCGAGGACACTGTTCCCCGGCTGCGACGTCTGGCTCAACAACCCCCTCCGTCCGCTGGAAGCCTGCGGCACCTCCGGCATGAAAGCCGCCATCAACGGCTCGCTCAACCTCTCCGTCCTGGACGGCTGGTGGGACGAAATGTACGACGGCGAGAACGGCTGGGCAATCCCCACCGCCAACAACAATGCATCATCCGAGGAACGCGACGACATCGAGGCATCAGCACTCTACGAGCTGCTGGAAACCCAGGTAGCACCGCGCTTCTACGGAACCACCGTTGCCCAAGGCGCCGGTGCAGCAGGACCCTCCGAATCCAGCCGTGAACCCGTGCCTACCCACTGGGTGTCCATGATCAAGCACACCCTGGCTAACCTGGGCCCCGCAGTCTCGGCGGAACGCATGCTCCACGACTACGTCAACAACCTCTACTGCCCCGCCGCTGTATCCGGGCGGCGCGCTGTTGCCGAGTCCTTCAAAGAAGCCAAGGAACTCGCGGCCTGGACCACCAAGGTCCGGAACGCCTGGCCCGAGGTAGTGGTGGAGCACGTTGACTCCGTAGGCGTCTCTGAGGAACCCCAGGTGGGCGACTCACTCCAAGTCAACGCCTACGTGGCCCTCAACAACCTCACCCCGGACGACGTCTCCGTGGAAGTGGCCTTCGGCCGCGCGGAAGACACCGACGAGCTCGAGGACATCGTGGTGGCCGAACTGGACTCTTTGGAAGACCTCGGCGGCGGACGCCACCTGTTCAGCGGCTCCCTGGTGATCAACCGCTCAGGGTCCTTCGGCTACACCGTCCGCGTGTTCCCGAAGCACTCTGCGCTGGCTTCCAAGGCTGAGCTGGGATTGATCGCGAACGCCTAG MALVKAIRRFTVRTVLPEPIRPLARLATNLRWSWHRPTRELFASLNPALWEESQHDPIALLGSISREQLQDLANDGDLVNRVQDAAADLDRYLSEPRWYQGLGEDAPACIAYFSPEFGITEVLPQYSGGLGILAGDHLKAASDLGVPLIGVGLLYQAGYFKQSLSRDAWQQETYPVLDPDGLPLTLLRHPAKDGAQGKPVHISLPLPNGRELHAHVWRADVGRVPLLLLDSNVPSNDEAARGITDRLYGGGGDHRLQQELLLGMGGVKALRIYQELTGTPAPEVFHTNEGHAGFLGIERIQEAMSDTNSPLSWDEALAAGRASTVFTTHTPVPAGIDRFESVQIKHFFEAGLAPSVPTERILELGRENFDGGNPSVFNMAVMGLRLAQRANGVAKLHGVVSREMFAGLWPGFDHSEIPITSVTNGVHVPTWVDPRISSLARNQFGAEAEALGRWDLAYNVSDEDVWALRRELRAQLIEDVRRRLRASWKKRGAADAELGWTDSVLDPDVLTIGFARRVPTYKRLTLMLRDPARLKALLLDPKHPIQLVIAGKSHPADDAGKKMIQDLVKFTDDPQVRHRIVFLPNYDIAMARTLFPGCDVWLNNPLRPLEACGTSGMKAAINGSLNLSVLDGWWDEMYDGENGWAIPTANNNASSEERDDIEASALYELLETQVAPRFYGTTVAQGAGAAGPSESSREPVPTHWVSMIKHTLANLGPAVSAERMLHDYVNNLYCPAAVSGRRAVAESFKEAKELAAWTTKVRNAWPEVVVEHVDSVGVSEEPQVGDSLQVNAYVALNNLTPDDVSVEVAFGRAEDTDELEDIVVAELDSLEDLGGGRHLFSGSLVINRSGSFGYTVRVFPKHSALASKAELGLIANA PGPT0018545_479 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 D3-18_03461 2019 macB_3 COG0577 Macrolide export ATP-binding/permease protein MacB GTGACGGTTTTACGATCGAAGCGACTAGCTGGTACTGCGGAATCTACGGACTCGGATGACGCATTGGCCATCAGCCTGCAGGGAGTTTCCCGCACCTTTCCCGGCGCCGAGGCTCCGGCTCTATTGGACGTCTCACTGGCTATTGAGTGCGGTGAGTTCGTTTCCATTGTGGGCCCTTCAGGCTCTGGGAAATCGACACTTTTGAACATCATGGGCTTGTTGGATAGAGCAAGCTCGGGGAGTCTCGCTATTCGTGGGCAAGCCGTCGAGACCGCATCGGAACGAAGCCTTGACACGGTGCGGCTGCATCGGATTGGGTTCGTTTTCCAGTCCTCGAACGTCATCGGTGACGACAGTGTGATCAGTAACGCAGCAATCGGATTGCGTGTCCAAGGTGTGCCGATGGATGAACGGGCCGTGGCTGCCTTGGACGCGCTGGAGTTCGTTGGGCTGGTGCATAAGCGCAAGGTCCAAGCGAAGCTTCTCTCAGGCGGTGAGCGACAACGACTTGCCATTGCACGAGCGATTGCGACGCACCCGCAGATCATCCTTGCCGACGAACCGACAGGCAATCTTGATTCCAACAACAGCAGTCGGGTCATCGAATACCTTCGGAAGCTCAACTCCGGAGGCGTCACAGTGATCATCATCACCCACGATTTGGATGTGGCGAACCAAACAGATCGCCAGATTGAAATCCGGGACGGTCAAATCAGCCGTGATGTCCAAAACGATTCTCACATAAGACGGAATCTTATGGTCCCGTCCGCCCCAGAGGCCTTCGATGCATCAAGACAGCAGACTTGGTTATCCCGCGTCGCGCGCTCCCTACTGGATGATTGGGGCGATGCAGTTACCGCCCTCTCCGCTCGTGCTCTCCGAACAATGCTTCTTATCACCGCGTTCGCGATTGCTATTGGCGGGATGACGGGTGCCCTTGGCATCAGTTCGACGACTTCGAATGCCATAAATAATCGGCTGGCAATCGCGTCACAGGATCGGCTGTCCATCTCCGTCGGAGGCGGACCTGCTGTGCTTCGAGACGATTTCGATGGACTTCGTTCCGGGGTAGATCGAATCGCCAGCCTTCCTCATGTAGTTGGCGCATCCTATGTGTACTCAGCTGTACCGGCAGACGTCCGTATTACGCGAGTTGGACCCACCGACCTGGAACCCGAAACACCTTTGTCACTTCATTCCTCCTCGAAGACCTACTTCGATGACTTCGACATGCAGCTAATTCCCCACAACAGCCGAAGTGCCCTCGACGACCCAGGAGCGGGTCCGCTCGCAGTAGTCTCGACCAAGGCAGCAATTGCGCTAGACGTCGCGTACAGCAAGCAAACCGGACCGTCGGCAGGGGCGAGCATTTGGATCGATGACCGACTTGTGCCGGTTGTTGGCGTATTCGAGCCCGGCTCAAATTTTCCTGAGTACACTAACTCCGTATTCGTGGATGCCAGTGTCATGAGTGCTGTCTCCAGAGCAGAACTAAAAATTCAAGTTCGAACCGAAAAGGGCTTCTCCGCTGCGATCGCGCGAGTAGCTCCGCTGGCATACTCGCCGAGCGACCCAGGGCAGGCAAGGGTAGACGTCACGGCCGATATTCAGTCAATCAGGCAGGGTGTCTCAAATGATCTAGGGTCACTCATCGCATTGCTGTCCCTTGTCCTGATGCTCCTGGCTGTCATCACTGCGGCGTCCGCGATGTACCTGACCGTTCAGAACCGATCGGAGGAGATAGCGCTGCGACGAGCGATCGGTTCAAGTCGATGGCTAATTTGCCGCTCCTTTATCTTGGAGGGCTTAATCGTGGGAATTACAGCAGGTTCACTTGGCGGCATCATCGGAAACTTGACCACGCTTTATGTCTCTTGGATCCAGGCTTGGCCGCCCGTGCTGCCCCCAGAGCTTTGGCTGGTAGGACTCTCCCTCGGGGTGACCACCGGCATTCTAAGCGCCATATACCCTGCGTGGGTCGCCAGTCGTAAAGATCCCGCTATTGCCATTCGCGGCTAG MTVLRSKRLAGTAESTDSDDALAISLQGVSRTFPGAEAPALLDVSLAIECGEFVSIVGPSGSGKSTLLNIMGLLDRASSGSLAIRGQAVETASERSLDTVRLHRIGFVFQSSNVIGDDSVISNAAIGLRVQGVPMDERAVAALDALEFVGLVHKRKVQAKLLSGGERQRLAIARAIATHPQIILADEPTGNLDSNNSSRVIEYLRKLNSGGVTVIIITHDLDVANQTDRQIEIRDGQISRDVQNDSHIRRNLMVPSAPEAFDASRQQTWLSRVARSLLDDWGDAVTALSARALRTMLLITAFAIAIGGMTGALGISSTTSNAINNRLAIASQDRLSISVGGGPAVLRDDFDGLRSGVDRIASLPHVVGASYVYSAVPADVRITRVGPTDLEPETPLSLHSSSKTYFDDFDMQLIPHNSRSALDDPGAGPLAVVSTKAAIALDVAYSKQTGPSAGASIWIDDRLVPVVGVFEPGSNFPEYTNSVFVDASVMSAVSRAELKIQVRTEKGFSAAIARVAPLAYSPSDPGQARVDVTADIQSIRQGVSNDLGSLIALLSLVLMLLAVITAASAMYLTVQNRSEEIALRRAIGSSRWLICRSFILEGLIVGITAGSLGGIIGNLTTLYVSWIQAWPPVLPPELWLVGLSLGVTTGILSAIYPAWVASRKDPAIAIRG PGPT0027920_481 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-MACROLIDE_RESISTANCE,PGPT0027920-macB|ybjZ|pvdT-K05685 NA NA D3-18_03462 1041 hypothetical protein ATGGCTGACGTCCCGGTCTATGCAAAGGTTGAGAACCGCATCGTCGATGACCGTCTTGCATTCTCCGGAGTTATAAAATCCGGCCCGGCAGTGCCAATCCAGATCGATCTGGAGGGACAAGAACCGATTGTCGTGCGCCAGACACTTCAGGCTGGGGAGGCCCTAAAGTGGGGCGACCTGGCTGGTGTAGTCTCTGGCAAGCCCTATTTCGTGCTGCCAGGTCCGCTCCCGTTGTATCGTGATCTCTCACTAGGCGATGAGGGAGATGACGTCTCGGCTTTGCAACGGGCGCTGATGCAGGTGGGGTATCTCTCTTACGAAACTGGTCGCATGGACAGCGCAACCATGGAAGCTGCATCCTCGTTCTTTGCTAGCGAGGGATTCACCTTGAGCAGCGGAAGAAAAACTGCCGTGAAAAATCATCAGGTCGAACCTAGTGCGACACCCGAATCCCCTGCACTAGACGACTCGAAAACCCCTGAGGTGACGATCCCGTTCAGGCAACTGATAGTCCTCCCCGTTGCCAGTACGACCGTCGTCTCCTCTCTGGAGGTAGGGCAGAAGGTTACGGCCGAAAGCCCTCTCGCCAGGTTCCAGGCCGAAGACAACTTCGTCGAGTTCATCGCTGAGGTCCAGCAGGCTGGATTCCTCAAGACTGGGCAGGAAGTCTCTGTCAGGGTCGTTGAGAAGCTAGTGACGGGACGGATAACTTCAGTAGGTCCATTCACGGATGTGGGGAATGGCCAGCGTGCGGGACATGCCGTGATGGTGGAGCCTACGAACAAGGCAGATCTTGCCCTATTGACTCCCAACCTAAGCGTCACTGTGGCTGGTCAGGGTACTGCGGAGCAGGCCCTCGCTGTACCGTTATCTGGCATTCGACAGGATGCCGAAGGGACCTACGTTCTGAGAAGCTCGCCGGACGATAGAGCTTCGAAGGTGTCTGCAACGCGTGTCCCTGTAACGGTTCTTCGGTCAGGGGGAGGTTTCGCCGCAGTCTCTGGCGACCTCGCCCAAGGAGACGAGGTCCAAATATCGTGA MADVPVYAKVENRIVDDRLAFSGVIKSGPAVPIQIDLEGQEPIVVRQTLQAGEALKWGDLAGVVSGKPYFVLPGPLPLYRDLSLGDEGDDVSALQRALMQVGYLSYETGRMDSATMEAASSFFASEGFTLSSGRKTAVKNHQVEPSATPESPALDDSKTPEVTIPFRQLIVLPVASTTVVSSLEVGQKVTAESPLARFQAEDNFVEFIAEVQQAGFLKTGQEVSVRVVEKLVTGRITSVGPFTDVGNGQRAGHAVMVEPTNKADLALLTPNLSVTVAGQGTAEQALAVPLSGIRQDAEGTYVLRSSPDDRASKVSATRVPVTVLRSGGGFAAVSGDLAQGDEVQIS NA NA NA NA NA D3-18_03463 657 hypothetical protein ATGACTACATGCATGAAGAAATTTGGCTTCATAGATGATCCGAATGCAGCTTATCCAAAGGCGGAAAATCGGAACTTCGGGGTGTGGAACGTTGACCGTGTGAGGCAGTACGGCTTCCGGCTTATTGGAGAAGACGGTCCATCGAACCAGAAGCATGATGAGGCAGGCGAGTGGGGGGACGCCCGATATGAGTGTCTCGCCAGCGAAAAGAGCAGGATCGAAGAAATCACTCCCCCCGACGATCTGATGAATGGCGGGGCAGCGGCTGAGATCGCGTTGAAAAGCCTCAGCATGGCATCAGAAACTGATGCTTGGAAGGATGCCAAGGACAACTGGGACAAGTGCATCTCAGCGGCAGGCCTGACGCCGGGGCGGGACGCCGATAAAGCCAAGTGGTCGAGCCAGCAGTCCTTTGACCTGCAGATGAGGGCAGATCAGCAAAACCCGTCGACATCGGATGCCGCCGAGGGCATCCGAATCGCTACGGTTGAGGCCGAATGCAATCAAAAAGTCCGGCTAACCCAAACGCTTGGTGATATTCAGGCAAGCTACCAGCTGCCCCTCATCAGACAGAACGAGGCAGTTCTTACTGAACTCAAGAAGAAGAGCCAGAAGTACGTGGACGTCGCTCAGAAGTTCTTGAAAGAGACGCAGTGA MTTCMKKFGFIDDPNAAYPKAENRNFGVWNVDRVRQYGFRLIGEDGPSNQKHDEAGEWGDARYECLASEKSRIEEITPPDDLMNGGAAAEIALKSLSMASETDAWKDAKDNWDKCISAAGLTPGRDADKAKWSSQQSFDLQMRADQQNPSTSDAAEGIRIATVEAECNQKVRLTQTLGDIQASYQLPLIRQNEAVLTELKKKSQKYVDVAQKFLKETQ NA NA NA NA NA D3-18_03464 327 hypothetical protein ATGAAAAAACTCACACGGGCCGCCGCTGTCGTTGCATTGTCCACTGCTGCACTTTTTGCTGCGAGTCAATCTGCGAATGCCAGTATTTTCTATGACAACAATAACTACAGCGGTGCTACGTACGGAGCAGACAATTCGACTTGGGTGGGATCGTTTGACAACAAGGCAAGTTCGGTAAAGAACTTCGGCTACTACGTAACTTGGTGGGAAAACATCAATTACGGCGGTGCTGGATTCGGAAGCGCTAACGATTACAGCGCCATGGGTTGGTACGTGCCCTTCCTGGGAACGTGGAATGACAACATCAGCAGTTTTCACCGTGGCTAA MKKLTRAAAVVALSTAALFAASQSANASIFYDNNNYSGATYGADNSTWVGSFDNKASSVKNFGYYVTWWENINYGGAGFGSANDYSAMGWYVPFLGTWNDNISSFHRG NA NA NA NA NA D3-18_03465 360 hypothetical protein ATGAAAATCTACTCCGCGGACACCTGGACCCTCGAAGAACTGCAAGAGCAGGTCTCCGACGCCGGCCGACGGACCCTCCTGGTCCCGCCGGCAACCACAAAGCAGGCAGTCCTCGAGGTCTTCGGCCAGGTCCTCGATTTCCCTGAGTACTACGGCGTGAACCTCGACGCCCTGAACGATTCCCTGCACGACTACGCCGATGCCCTCTCGGAGGATGATGGCAGCCCCGTCACCATGATCTGGCAGGTCCCCGCGGCCTACCGTACGGACCGGTCCTTCGGCGTCGTCTGCGAAATCCTCCAAGACGCAGAGCGCTACGCCGGACGAGACTTGGCAGTCATCGCTGTCTTCGAGAATTAG MKIYSADTWTLEELQEQVSDAGRRTLLVPPATTKQAVLEVFGQVLDFPEYYGVNLDALNDSLHDYADALSEDDGSPVTMIWQVPAAYRTDRSFGVVCEILQDAERYAGRDLAVIAVFEN NA NA NA NA NA D3-18_03466 474 hypothetical protein ATGAACCGCAACCGCAACAAACTGGTGGCCTTCGCGGGACTGGTGATCGCCGTCGTCGTGCTGGTGGTCGCGATGGTGGGCGGCGGCTCACTGACGACGCAAAGCACGACGCCGGCACCTAACTTCTCGTCAGCGTCACCAGCCGTAGTCAGTCCGGCATCTACGAACCCGGCCAGTACAAACCCTTCCACGCTGCCCACCATCAATGCTGCGCAGTTGCCCAAGGAAGCGCGCCAAACCCTTGCCCTGATTGCGAAGGGCGGCCCGTACCCTTACGAGCGCGACGGCGTGAACTTCGGCAACTTCGAGGGTTTGCTGCCCAAGAAGTCCGGCGGTTTCTACAAGGAATACACCGTGCCCACGCCGGGAGAGCCGGACCGGGGTGCCCGCCGGATCATTGTGGGCAAGGACTCCGCCAAGTACTACACCCCTGACCATTACGAGTCGTTCATGTTTATCGTCGAAGGCAAATAG MNRNRNKLVAFAGLVIAVVVLVVAMVGGGSLTTQSTTPAPNFSSASPAVVSPASTNPASTNPSTLPTINAAQLPKEARQTLALIAKGGPYPYERDGVNFGNFEGLLPKKSGGFYKEYTVPTPGEPDRGARRIIVGKDSAKYYTPDHYESFMFIVEGK NA NA NA NA NA D3-18_03467 2115 glgX_2 COG1523 Glycogen operon protein GlgX ATGGTTATGCCTATTTTTGACACAGAAGCTGCCCTGGATGCGTCGCAGCCCAGGCCCCTCGGACTGAGCACGCCCCAGCCCGGAGTTTTCGACGCCGAAACTACACAGAACCATTCGGTGAACGTGGCCGTTTTCGCTCCTGACCTGGAACGGGTGGAGGTGGTGTTCCAAGCCCCAGGTGAACCTTGGCGCGCGCGTATTCTGTCCAATGTGCAGGACGGCGTGCACTTCGGCCTTGTGGACGGCATGCCGCCCGGCACTCGCTACGGTTTCCGAGCTGCCCCCAGTGAGGGCGGCCTCCCGCTGTCCATCCCGGCTTTGGACCTGGACGACGACGGCGACCAGCCAGTGCTGCTCGACCCCTACGGCCGCGCAGTGGACCAGCGGGGCGAGTTCCTCACAAGCGTCCACGTGGAGACAGGCTTTGACTGGGGCGACGATCATGCGCCGCGAACGCCCATGCGCACTTCGGTGATTTATGAGGCACACGTCCGTGGCCAGACGATGCTCCACCCGGACATCCCGGAGCACCTGCGCGGAACGTACGCTGGCATGGCCCACCCGGTGATGATCCAGCACCTGACTGAACTTGGCATCACTGCCGTCCAGCTGCTCCCCATTCATTTCCACTTGGATGAGTCGCACCTCCAGGACCTGGGCATGACCAACTACTGGGGCTACAACACAGCAGCCTTCTTCGCTCCACACTCGGACTACGCAACGGAAGCGGCGCGGAATACGGGCCCCCACGCGGTGCAGGATGAGCTCAAGGGAATGATCAAACTGCTCCATGCGGCGGGGATCGAGGTCATCCTGGATGTGGTGTACAACCACACCGCCGAAGCAGGGCCTGACGGACCGCCGCTGAGTTTCCGCGGACTGGCAGAGAAGCGTTACTACCGGCACGATGCTCACGGGCGCTATCTGGACACCACCGGATGCGGCAACACCTTGGATTTCAGTGATCCCGTAGTGGTGGATCTGGCACTGGATTCCTTGCGGTACTGGGTAAATGACTTCCATGTGGACGGTTTCCGCTTTGACCTGGCCGTTACCCTATGCCGGGATGCCGGCAACACTTTCGATCCCCAGCACCCTTTCTTGCAAGCCATTGCCGAGGACCCGGTGCTCTCTGAGGTCAAGCTGATCGCTGAACCTTGGGATGTTGGCTACGGTGGCTGGCAGACCGGCCGTTTCCCGCAGGGATGGTCCGACTGGAATGACCACTTCCGCGATGGCGTCCGAAGCTTCTGGCTGTCCGACCGTGCTGCCATGGAGGCCGGTGGCCAAGGTGGCTCGGTGGCGTCCTTGGCTGAGCTCATGGCGGGCTCTGCCAATCTCTTCGCATCATCCGGTCGCACCCGCCTGGCCAGCGTCAACTTCATCACCGCCCATGACGGCTTCACGCTTAAGGACCTGGTCAGTTACGACCGCAAGCACAACGAGGCCAACGGCGAGCAGAACCGCGACGGTCACGGCGACAACCGAAGCTACAACCATGGTTTCGAGGGCCGGAGCGAGAACGAGGCCATCGTGGCTGCCCGGGCGCTGTCCATCCGCAACCTTATGGCGACGCTCCTGCTGTCCATTGGCGTTCCCATGATCACAGCCGGTGACGAGATCGGGCGTACGCAGCAAGGCAACAACAACGCCTACTGCCAGGACAACCCCACGGCATGGCTGGACTGGAGCCGGACGCAGGAAGCGAACGCCATGTTCAGGACTACCCGTGAACTGGTCCGGCTCCGCCGCTGGTTCCTGCGTCACCAACCTGAGAGCTTCCCGGGCCAGGCCAACGATTCAAGCCTTCAATGGTTTGACGACAAGGGTAAGAAGATGACTCCGGCGCGCTGGAATGATCCCAATGTCCGCTCGGTCCAGCTGCTCATGGGTCACGAGGATAGTGAGATCCGTGGCTTGATCTCGGTGAACGGCAGCAACCAAGACGTCAAGATGGTCTTGCCGGAGATCCTGAGCGAGTCGGGCATCGGCAAGCGAATGTTTGAACTTCGCTTCACCACTTCGGTGTTGCACGACCGTCGGAAAGGCGCGTTGGTGGCCTCGGGCGAGCGGGATATCCTGCAAGCCAACACCATCAACATCTACCGCACGTAG MVMPIFDTEAALDASQPRPLGLSTPQPGVFDAETTQNHSVNVAVFAPDLERVEVVFQAPGEPWRARILSNVQDGVHFGLVDGMPPGTRYGFRAAPSEGGLPLSIPALDLDDDGDQPVLLDPYGRAVDQRGEFLTSVHVETGFDWGDDHAPRTPMRTSVIYEAHVRGQTMLHPDIPEHLRGTYAGMAHPVMIQHLTELGITAVQLLPIHFHLDESHLQDLGMTNYWGYNTAAFFAPHSDYATEAARNTGPHAVQDELKGMIKLLHAAGIEVILDVVYNHTAEAGPDGPPLSFRGLAEKRYYRHDAHGRYLDTTGCGNTLDFSDPVVVDLALDSLRYWVNDFHVDGFRFDLAVTLCRDAGNTFDPQHPFLQAIAEDPVLSEVKLIAEPWDVGYGGWQTGRFPQGWSDWNDHFRDGVRSFWLSDRAAMEAGGQGGSVASLAELMAGSANLFASSGRTRLASVNFITAHDGFTLKDLVSYDRKHNEANGEQNRDGHGDNRSYNHGFEGRSENEAIVAARALSIRNLMATLLLSIGVPMITAGDEIGRTQQGNNNAYCQDNPTAWLDWSRTQEANAMFRTTRELVRLRRWFLRHQPESFPGQANDSSLQWFDDKGKKMTPARWNDPNVRSVQLLMGHEDSEIRGLISVNGSNQDVKMVLPEILSESGIGKRMFELRFTTSVLHDRRKGALVASGERDILQANTINIYRT PGPT0018555_85 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-HYDROLASE,PGPT0018555-glgX-K02438 NA NA D3-18_03468 810 COG0388 Hydrolase GTGCGCGTGGCACTTGCCCAAGTCATCACCGGCCGGGATCTGGCCGAGAACCTGCGGCTCCTTGAGGAGTACGCCCGCCGGGCCAAGGACGACGGCGCCGAGTTGGTGGTCTTCCCCGAGGCGATGATGCGCGCGTTCGGAAACTCGCTGCTGGACATCGCCGAACCACTGGATGGGCCATGGGCGAGCCGGGTACGATCCCTCGCTGACGAACTTCAGTTGGTGATCGTGGCGGGCATGTTCACTCCGGGCACTCCCTCCAATTCGGGATCCGCGCGCGTGCGGAACACGCTTCTCGCCACCGGACCCGGCGTGGAAACGAGCTACGACAAAATACACCTTTTCGACGCATTCGGCTTCGCGGAATCAGACACCGTTGAGGCGGGTACAGATCCGGTGACGTTCGACGTCGGTGGCCTCACCTTTGGTTTGGCCACCTGCTACGACATCCGTTTCCCTGCCCTGTTCACGGCCAACGCCCAACGCGGAGCCATGGTGAATATTGTTTCTGCGTCCTGGGGATCCGGTCCGGGCAAAGCCGAGCAGTGGCAACTCCTGGCCCGCGCCCGCGCAGTGGACACCACCACGTTCGTGCTCGCCTGCGGCCAAGGCGATCCGGCCACCCAAGGCGTTGAGGTCAAAGGCACCGCGCCCACCGGAGTGGGGTACTCCGCCGTCGTATCCCCGTTCGGCCAGGTGCTGGAAGCCCTGGAAGGCGAACCGGGTGTCATTTTCTACGATCTCGACCCTGCCGTTGTGGAAGAAGCCCGCACCAAACTCCCGGTGCTGGCCAACCGCCGCGAATTCTAA MRVALAQVITGRDLAENLRLLEEYARRAKDDGAELVVFPEAMMRAFGNSLLDIAEPLDGPWASRVRSLADELQLVIVAGMFTPGTPSNSGSARVRNTLLATGPGVETSYDKIHLFDAFGFAESDTVEAGTDPVTFDVGGLTFGLATCYDIRFPALFTANAQRGAMVNIVSASWGSGPGKAEQWQLLARARAVDTTTFVLACGQGDPATQGVEVKGTAPTGVGYSAVVSPFGQVLEALEGEPGVIFYDLDPAVVEEARTKLPVLANRREF NA NA NA NA NA D3-18_03469 300 hypothetical protein ATGAGCACGCCCAGAAGAAAATATGATGCCGCGTTCCGTGAGGAAGCAGTGCGGTTGGTTTTGTCCACGGATCGTTCGGTGAAGCAAGTCGCCGAGGAGATCGGGGTAAAGGAAAGCACGTTGGGGAACTGGCTCGCTCGGGCTCGTGCGCGTTCAGCGGACGGGCCGGTCCCGGTGCCCGATCGTGGGCCCGTGGCGTGGGAGGAGCACCGGAAGGCTTTGGCCGAGAATGAGCGGTTGAAGGCCGAGGTCGAGTTCCTGGGAAAAGTCAGCGCATTCTTTGCCGCGAAGCAAAAGTAG MSTPRRKYDAAFREEAVRLVLSTDRSVKQVAEEIGVKESTLGNWLARARARSADGPVPVPDRGPVAWEEHRKALAENERLKAEVEFLGKVSAFFAAKQK NA NA NA NA NA D3-18_03470 990 COG0566 putative tRNA/rRNA methyltransferase ATGGCCAACAATGGTCGCCGGTCGGTCAAGCAGAAGAAGGGCCCCACCACCGGAACCGGTGGCCACGGCCGCAAGGCCTTGGAGGGCAAGGGTCCCACGCCCAAGGCGGAGGAACGCACCTACCACAAGGCATACAAGAACAAGCAGCTGGCTGAGCGCTCGGCTGCCAAGCGCGGAACGGGCACCCGTCCCGGTGGCGCCGGCGCCCGCTCCGGCCCCAAGGGCCGTGCCACTGAAGAGCTGGTGACGGGCCGTAACTCGGTGGTCGAAGCGCTCCGCGCCGGTATTCCGGCTAAGGCCCTGCACGTCGCCATCCGCATTGAGATGGACGACCGCGTCAAGGAATCCCTCAAACTCGCGGCCGAGCGTGGCATCCCGCTGCTCGAAACCGGCAAGGCTGAGCTGGACCGCATGACCGAGGACGCCGTCCACCAGGGCCTCGTTCTGCAGATCCCGCCCTACGAATACGAGGACGCTTACGACCTCGCCGAGGAAACCCTCGCCAAATGGAAGAAGGGGCACATCTCCAACGCCCCCATCTTCGTTGCACTGGACGGCATCACCGACCCCCGCAACCTCGGCGCGATCATCCGCTCCGTGTCTGCCTTCAGCGGCCACGGCGTCATCGTCCCCGAGCGTCGCTCCGTCGGCGTCACAGCATCCGCATGGAAGACCAGTGCCGGCGCCGCCGTGCGCGTCCCCGTTGCCCGTGCTGCGAACCTCAACAACGCGCTCAAGCAGTTCAAGAACATGGGCATTTATGTCCTTGGCCTGGACGGCGACGGCGACGTCTCGCTGCCCGACCTCACCGTTGCCACCGAACCCGTCTGCATTGTGGTCGGTTCCGAAGGTAAGGGCCTCAGCAGGCTGGTCCGCGAGAACTGCGACCAGATCGTCTCGATTCCGATCGACTCCGCCATGGAGTCGCTCAACGCATCCATGGCCGTCGGAATCTCGCTGTACGAAGTGTCGAGGCAACGCGCTAGCTAG MANNGRRSVKQKKGPTTGTGGHGRKALEGKGPTPKAEERTYHKAYKNKQLAERSAAKRGTGTRPGGAGARSGPKGRATEELVTGRNSVVEALRAGIPAKALHVAIRIEMDDRVKESLKLAAERGIPLLETGKAELDRMTEDAVHQGLVLQIPPYEYEDAYDLAEETLAKWKKGHISNAPIFVALDGITDPRNLGAIIRSVSAFSGHGVIVPERRSVGVTASAWKTSAGAAVRVPVARAANLNNALKQFKNMGIYVLGLDGDGDVSLPDLTVATEPVCIVVGSEGKGLSRLVRENCDQIVSIPIDSAMESLNASMAVGISLYEVSRQRAS NA NA NA NA NA D3-18_03471 1455 cysS COG0215 Cysteine--tRNA ligase GTGACCCTGCGCTTCTATGACACCGCCTCCGCCGAAGTCCGCGACTTCGTTCCCCTCGAAGACGGCAAGGCCAGCGTGTACTACTGCGGGGCCACCGTCCAAGGAATGCCGCACGTGGGCCACGTCAGGTCGGCCATCGCCTTCGACCAACTGACCCGCTGGCTCGAATTCCGCGGCCTCCGGGTTACGGTGGTGCGCAACGTCACGGACATCGACGACAAGATCCTGGCCAAGTCCGCGCAGTCGTTCGGTCCGGACTGGGACGCTGAACCGTCGGCGCGCCAAGCCGAAGAGTGGTGGGCCCTGGCGTACCGCTACGAGCAGGAGTTCGAGAACGCCTACGAATCCCTCGGCGTCCAACGGCCCACTTATGAACCCCGTGCCACCGGCCACATCCCGGAAATGCACGCGCTCATCCAGCGCCTCATCGACCGCGGCCATGCCTACCCCGCACTGGACGATTCCGGCGACGTCTACTTCGACGTCCGTTCCTGGAGCAAGTACGGCTCGCTGACGCGGCAGAATATCGATGACATGCAGGGAGCGCCCGACGCCGACCCCCGCGGCAAGCGCGATCCCCGCGACTTCGCGCTGTGGAAGGGTTTCAAAGACGGCGAACCCGTCACCGCCAAGTGGGAGTCACCGTGGGGTGCCGGCCGTCCCGGATGGCACCTCGAGTGCTCAGCCATGGTCACCAAATATCTTGGGCCGCGGTTTGATATCCACGGTGGAGGACTTGACCTTCGCTTCCCGCACCACGAGAACGAGATGGCCCAGTCCCAGGCTGCCGGTGACGAGTTCGCCAACTTCTGGATGCACAACGGCATGGTCACGTACGAGGGCGAAAAGATGTCCAAGTCCATCGGCAACACCGTGAGCCCGGCCGAAATGCTGGAGCTCGCCTCACCGCGCGTGGTTCGGTACTATCTCGGCCAGGCGCACTACCGCTCCATCCTGGATTACCGGCCTACGTCGCTGCAGGAGGCCGCAGCCGCCGTCGAGCGCATTGACGGTTTCATTCACAAGGCATCCTCCAAGGTGGGCACGGACGCCTCCGACGTTTCCCCGCAGGCCAACATGCCCACTGCTTTCATCGCGGCCATGGACGACGACCTCAACGTGCCCCAGGCCCTCGGCGTGCTGCACGAAACCGTGCGGGCCGGAAATACGGCCTTGGCTTCCGGCGATCTGGAGAGTGCGAAGACGGCTCTCTACAGCGTGCTGTCCATGACCGAAGTTCTTGGCCTGGATTCCGTGAAACGTCCGGAAGCTGTTCAAGGGCGCGAGCATACGGCTCTGGAAGTGCTGATCGAAGCTCAACTCGAAGCCCGTGCCGCTGCCAGGGCCAACAAGGACTGGGCAGCATCCGATGCTATCCGTGACACACTCGCCGCGGCCGGCGTCGTCGTCGAAGATGGTGCGGATGGCGCCAGCTGGAGCCTCAAACGCGACTGA MTLRFYDTASAEVRDFVPLEDGKASVYYCGATVQGMPHVGHVRSAIAFDQLTRWLEFRGLRVTVVRNVTDIDDKILAKSAQSFGPDWDAEPSARQAEEWWALAYRYEQEFENAYESLGVQRPTYEPRATGHIPEMHALIQRLIDRGHAYPALDDSGDVYFDVRSWSKYGSLTRQNIDDMQGAPDADPRGKRDPRDFALWKGFKDGEPVTAKWESPWGAGRPGWHLECSAMVTKYLGPRFDIHGGGLDLRFPHHENEMAQSQAAGDEFANFWMHNGMVTYEGEKMSKSIGNTVSPAEMLELASPRVVRYYLGQAHYRSILDYRPTSLQEAAAAVERIDGFIHKASSKVGTDASDVSPQANMPTAFIAAMDDDLNVPQALGVLHETVRAGNTALASGDLESAKTALYSVLSMTEVLGLDSVKRPEAVQGREHTALEVLIEAQLEARAAARANKDWAASDAIRDTLAAAGVVVEDGADGASWSLKRD PGPT0002985_2107 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H2S-VOLATILE_PATHWAY,PGPT0002985-cysS-K01883 NA NA D3-18_03472 354 hypothetical protein ATGGCTAAGCCAAGTGCCGGCGTCGTGCGTTCCGCTATGGTGTCCGCAGGCTTGGCTGCATCGCTTCTGCTGAGCGGCTGTGGCGGGACCCAAACGATGGACGTGGCAGCTAGCTGCGAGTTCCTGAACAATGACACCTTCAAGCCCGACGGCAATCAGCAGCAGCAGTCCAAGCAAATCGCTGAGCACTATCACCAGATCGCAGGCAAACTCGCTCCCGAGATCGGAAACCCCATCAAGGAAATGGCTGCGATCATGGACCAAGCGGCGTCGTCATCCCTCGGGGCAGCTACCCAGGACCAGCAGGAGAAGCTCAAGGTGCAGTTCAACAAGATCGGCGAATACTGCAAGTAG MAKPSAGVVRSAMVSAGLAASLLLSGCGGTQTMDVAASCEFLNNDTFKPDGNQQQQSKQIAEHYHQIAGKLAPEIGNPIKEMAAIMDQAASSSLGAATQDQQEKLKVQFNKIGEYCK NA NA NA NA NA D3-18_03473 558 ispF COG0245 2-C-methyl-D-erythritol 2,4-cyclodiphosphate synthase ATGACCCTGAACCAAAACATGGTGCTTCCGCGTACCGGCGTCGGCATAGACGTCCATGCGTTTGCTCCGGAAAATGACCCACAGCCGCTGTGGTTGGGCGGGCTCTTCTGGGAAGGCGAACAGGGGCTTTCAGGGCATTCCGACGGCGATTGCGTGGCTCACGCCGCTGCCGACGCACTCTTTTCCGCGTGCGGCATCGGTGACCTGGGCACCCACTTCGGTACTGACCGCCCCGAGTTTGCAGGTGCCTCCGGGGTCAAGCTCCTTGGTGAAGCGGCACGCATTGTGCGGGCGGCAGGATTCGAGATCGGCAACGTCGCAGTGCAGTTTGTGGCCAACCGTCCCAAGTTCGGTCCGCGCCGGGAAGAATCCCAGCGGGTCTTGAGCGAAGCTGCCGGCGCGCCGATCAGCGTCACGGCAACCACCAGTGACGGCCTCGGTTTCACCGGCCGCGGCGAAGGTATCTCCGCTGTTGCCACGGCGTTGGTGTACCCGGTCTCCGGATACGAAGCGACGGCATCCGAGCCCGGTCCAGCGAAAGGTGCGCCACATGGCTAA MTLNQNMVLPRTGVGIDVHAFAPENDPQPLWLGGLFWEGEQGLSGHSDGDCVAHAAADALFSACGIGDLGTHFGTDRPEFAGASGVKLLGEAARIVRAAGFEIGNVAVQFVANRPKFGPRREESQRVLSEAAGAPISVTATTSDGLGFTGRGEGISAVATALVYPVSGYEATASEPGPAKGAPHG PGPT0007595_210 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007595-ispF-K01770 NA NA D3-18_03474 840 ispD COG1211 2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase GTGCGGAGTTACCCGGCATGTGGGTTTTCCATGCACATTCCGCATAATCTTGGGCGCATGAGTATTCCTTCCAAGCGTGCCGTCACGGCCGTGATCGTTGTTGCCGCCGGCTCCGGTGAGCGCCTCGGCTACGGCATGCCCAAAGCCCAGGTTCCACTGGGTGGCGAAACCATCCTGATGCATGCCCTCCGCGGTGTGGTTGCCTCTGATGTTGCGCGCCAGATCTGCGTCGCCGTGCCCAAGGGGGACACAGCCCTGCGCGAATCGATCTCCGAGTTCACCATTGACCTGGTGGACGGAGGCCCCGAAATTTCAGTTGTCGACGGCGGTTCCTCCCGCGCGGATTCCGTCCGAGCCGCCATGGGTGCTTTGGAGGACGGCACCGAACTGGTCCTGGTCCACGACGCCGCACGTGCCCTCACCCCCGAACGGGTTTTCCAGCGTGTCTCCGACGCTTTGGCTTCCGGCGCGAAGGCCGTCATTCCCACCATGCCGGTGGTGGACACCATCAAGACCGTCACCGAAACGAACGGCTCAGACTCCTCGATCGCCCCGGAAGTTGTCACGGGAACAGCACCCCGTGAGCAGCTGCGCGCCGTGCAGACTCCGCAAGGTTTCGAACTGGCCGTGCTGCGAAAAGCACACGAAGCCGCTGAACTTTTCGACGACAAGCAATCCGCAGCTGTCACCGACGACGCCATGCTGGTGGAGCTCCTCGGCGTTCCGGTCCATGCTGTCCGCGGGGCCAGCCAGTCGCTGAAGATCACCACGCCCTTGGATCTCATCATTGCCGAGGGATTGCTGGAAGGCCCGCTGGGAATTCGTTGGGTTGAAGGCTGA MRSYPACGFSMHIPHNLGRMSIPSKRAVTAVIVVAAGSGERLGYGMPKAQVPLGGETILMHALRGVVASDVARQICVAVPKGDTALRESISEFTIDLVDGGPEISVVDGGSSRADSVRAAMGALEDGTELVLVHDAARALTPERVFQRVSDALASGAKAVIPTMPVVDTIKTVTETNGSDSSIAPEVVTGTAPREQLRAVQTPQGFELAVLRKAHEAAELFDDKQSAAVTDDAMLVELLGVPVHAVRGASQSLKITTPLDLIIAEGLLEGPLGIRWVEG PGPT0007590_302 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0007590-ispD-K00991 NA NA D3-18_03475 483 carD COG1329 RNA polymerase-binding transcription factor CarD ATGGTTTTTGAGGTCGGCGAGACAGTAGTTTACCCTCACCACGGTGCAGCAAAAATTGAGGAAATCAAGATGCGCACCATCAAGGGCGAAGAGAAGATGTATCTCAAGCTCAAGGTGGCTCAGGGTGATCTGACCATTGAAGTTCCAGCAGAGAATGTTGACCTTGTTGGGGTCCGGGACGTAGTGGGCAAAGAAGGCTTGGAGCACGTGTTTGACGTTCTCCGCGCCGAGTTCACTGAAGAGCCTACCAACTGGTCACGTCGTTACAAGGCGAACCTGGAGAAGCTTGCTTCAGGCGATGTCATCAAGGTGGCAGAGGTCGTTCGCGATCTTTGGCGTCGTGATCACGATCGCGGCCTTTCCGCAGGTGAGAAGCGGATGCTGGCCAAGGCGCGGCAGATTCTGATTTCAGAACTGGCCCTGGCTGAGAAGACAGACGAAGAGAAGGCCGCAAGCGTTCTCGACGAGGTCTTGGCTTCCTAA MVFEVGETVVYPHHGAAKIEEIKMRTIKGEEKMYLKLKVAQGDLTIEVPAENVDLVGVRDVVGKEGLEHVFDVLRAEFTEEPTNWSRRYKANLEKLASGDVIKVAEVVRDLWRRDHDRGLSAGEKRMLAKARQILISELALAEKTDEEKAASVLDEVLAS PGPT0014830_1274 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-STRINGENT_STRESS_RESPONSE,PGPT0014830-ydeB|carD-K07736 NA NA D3-18_03476 558 hypothetical protein GTGCGCAATACTGCGATGAACCCTGTCCAGCGCGGCAAGCTGGCAATTGCGGCGGCTGCAATCGGCGTCGGTCTTCTGTCCGTCACCGGCTGTGGATTCGTCAACGCCCAGCAGACTACCCACCAGTACTCGGCATCGGACGGGATCAAAGCTGATCTCGGTCCCCTGCAGTTGCGCAACATCCTGATTGTTGCCTCAGGCGAGAACGAGCCCGGCCGCGTCATCGGCGCCGTTTTCAACACCTCAGCCACCGACGCCACCCTCACCGTGAGTGGTGCCAACGGCGCCCAGACCGAAATCCCGGTCAAGGCCAATGGGGAGACGTTCCTGACCGACACCGCCGATGCAGCGATCCTCAGCACCGCGGGCGTCATCCCAGGTGGTCTGGTACCGGTCACCATCCGCAGCGGTTCCGACTCCGCTACCGTCAACGTCCCGGTGCTTGACGGCACTCTGCCTGAGTACGCCAAGTACCTGCCCACCACGCCGACCCCGACGGCAACGCCGACGTCGACGTCCACGGCTACGTCCTCGGAGGCTCCGGCGGCCGGCCACTAG MRNTAMNPVQRGKLAIAAAAIGVGLLSVTGCGFVNAQQTTHQYSASDGIKADLGPLQLRNILIVASGENEPGRVIGAVFNTSATDATLTVSGANGAQTEIPVKANGETFLTDTADAAILSTAGVIPGGLVPVTIRSGSDSATVNVPVLDGTLPEYAKYLPTTPTPTATPTSTSTATSSEAPAAGH NA NA NA NA NA D3-18_03477 681 regX3_1 COG0745 Sensory transduction protein regX3 TTGAGCCGGATTTTGATAGTGGAGGACGAAGAGTCCTTCAGCGACCCCCTGTCCTATCTTCTGGGCAAAGAGGGTTTTGACGTCGAGGTAGTGGACAACGGAAGCGACGCCTTGGTGGAATTCGACCGGAACGGTGCCGACCTGGTCCTTCTGGACCTGCAGTTGCCAGGAACGCCGGGCACTGAAGTTTGCCGACAACTCCGCCAGCGCTCCAGTGTCCCCGTCATCATGCTGACGGCCAAGGACTCGGAAATCGACAAGGTTGTTGGCTTGGAGTTGGGCGCGGATGACTATGTCACCAAGCCCTATTCTTCCCGGGAGCTCGTGGCCCGCGTCCGTGCGGTGCTGCGCCGGCAGGGTGAGCCGGAGGAACTGATTACGTCCACCGTACAGGCCGGTCCTGTCCGCATGGACATCGAACGTCACGTGGTGAGCGTCAACGGTGAGCAGGTTTCGCTGCCTCTCAAGGAGTTCGAGCTGCTGGAGATGCTGCTCCGCAACTCAGGCCGGGTGTTGACGCGTGGACAATTGATTGACCGTGTCTGGGGTTCGGACTATGTGGGGGACACCAAGACACTGGATGTGCACGTGAAGCGACTTCGCAGCAAGATTGAGCCGGACCCGTCGGTGCCGCGTTACTTGGTCACCGTGCGCGGACTGGGTTACAAGTTCGAGCCGTAA MSRILIVEDEESFSDPLSYLLGKEGFDVEVVDNGSDALVEFDRNGADLVLLDLQLPGTPGTEVCRQLRQRSSVPVIMLTAKDSEIDKVVGLELGADDYVTKPYSSRELVARVRAVLRRQGEPEELITSTVQAGPVRMDIERHVVSVNGEQVSLPLKEFELLEMLLRNSGRVLTRGQLIDRVWGSDYVGDTKTLDVHVKRLRSKIEPDPSVPRYLVTVRGLGYKFEP PGPT0002675_691 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002675-regX3-K07776 NA NA D3-18_03478 1290 sasA_7 Adaptive-response sensory-kinase SasA GTGGATCCATTGCTCATAGGTGTCGTCGCAGGTCTCGTAGGCCTGTCGTTGGGCGTCTTTGGCATGCTCGCATTCAGGATCAGCGAGCGGCAACGCAGCATCGTGGACCTGGACGTAACTGAGCCACTGCTTCCTGAGGGCGCAGCGGAAGTACTTGCCGTCGTCGGACGCGCCTTTGTTGTGGTGGACGCGATCGACGGCGTGGTCCGCGCAAGTCCGGCAGCGTATGCCTACGGCCTGGTGCGTGGCCACACGGTGGTCCACAAGCAGCTCCTGGACATGACCGCCAAAGTCCGCCGGGACGGTGTGATCCTTGAGGAACAGTACGAACTCCCGCGTGGCCCGCTGGGCAAGGGCACCATTGTGGTCCAGGTCCGGGCAGCCATGCTCGGTTGGGAATACATCGTGCTCCTGGCCGACGACCGCACTGAGATCACCCGCACCGAGGAAATCCGCAACGACTTCGTGGCCAACGTTTCCCACGAACTGAAGACCCCGGTGGGCGCCATCTCGCTCCTGGCTGAGGCCTTGGAAGCGTCGCCGGATGACGAAGAAGCCGTGCGAAGGTTCGCCAAGCGCATGCACAAGGAGTCCGGCAGGCTGGCAGCCCTGGTCCAGGACATCATCGAACTGTCCCGCCTGCAGGGCGCAAACGTCGCCCAGCAAGGCCACCCCGTGGATATCAATACGGTGATCACAGAGGCAGTGGACCGTTCGCAGCTGCCGGCCGAGAGCAAGAACATCCAGATCGTGGTCGGCGGGCACTCTGAGTCGCTGGTCTTCGGTGACCGCGACCTCTTGGTGACAGCCCTCCGCAACCTGATCGATAACGCCATCCGCTATTCACCCGAAAACACGCGGGTGGGTGTCGGCGTCCGGACTCGGGAGGGCGTGGTGGCCATCTCTGTCACGGACCAAGGCGAAGGCCTGACGCCGGAGGACCAGGAGCGTGTGTTCGAGCGCTTCTACCGCGTCGACGCGGCACGATCCCGGCATACCGGTGGCACAGGCCTGGGGCTCAGCATCGTCAAGCACGTCGTGTCCAACCACGGTGGTGAGGTGACCGTGTGGTCCCAGCCCGGCCAAGGATCCACCTTCACCATCCGCCTGCCCGAGATGGAAGGCCAGGACGACGACGCCGGCCTTCCGGCTTCCGCTGCGGCTGTACCTTCCGAACTTCCGGCGGCTGCCGCCGCCGCCGTCGAGCCTCATCACGCGATTCAACAACCCCATCACGTGAATCATCAAGGGGGCGCCAGCGGCGCCCAAGAGCAAGGAGCCAGCGCTTGA MDPLLIGVVAGLVGLSLGVFGMLAFRISERQRSIVDLDVTEPLLPEGAAEVLAVVGRAFVVVDAIDGVVRASPAAYAYGLVRGHTVVHKQLLDMTAKVRRDGVILEEQYELPRGPLGKGTIVVQVRAAMLGWEYIVLLADDRTEITRTEEIRNDFVANVSHELKTPVGAISLLAEALEASPDDEEAVRRFAKRMHKESGRLAALVQDIIELSRLQGANVAQQGHPVDINTVITEAVDRSQLPAESKNIQIVVGGHSESLVFGDRDLLVTALRNLIDNAIRYSPENTRVGVGVRTREGVVAISVTDQGEGLTPEDQERVFERFYRVDAARSRHTGGTGLGLSIVKHVVSNHGGEVTVWSQPGQGSTFTIRLPEMEGQDDDAGLPASAAAVPSELPAAAAAAVEPHHAIQQPHHVNHQGGASGAQEQGASA PGPT0002670_84 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPAHTE_HOMEOSTASIS|REGULATION,PGPT0002670-senX3-K07768 NA NA D3-18_03479 654 phoU2 COG0704 Phosphate-specific transport system accessory protein PhoU GTGCGCAAGGTTTTTCAGGAGGAGCTCACCCAGGTAGGTGACGACCTCATCGAGATCTCCAAGCTGGTTCACGAAGCAATCACGAAGGCTACTACGTCCTTCGAAGGCGCCGACGTGGATCTTGCCCAGGACGTCATCGCGGCAGATGCCCGCATCGACTTCCTGCAGAACAGCCTCGACGAGCGCGCCATCGACATCCTTGCCCTGCAGGGTCCTGTCGCGAGCGACCTCCGCATGATTGTGGGTTCGCTGCGTATGAGTGCCTCGCTGGAACGCATGGGAGACCTGGCCCGCCACGTCGCCCAGCTGGCGCGCCTGCGCTACCCGGCCACCGTGATCCCCGCTTCGCTGACCCAGACCTTCAAGGCCATGGCCCAGTACGACATCGAGATCACCGCCAAGGTGATTGAACTGTTGGAGACCCGCGATCTTGAGGTAGCCCGCGACATCCTCAAGATCAACATCGCGGTGGACGACCTCCACCTCAGCGTCTTCAAGGCCATCGCTTCTCCCGAGTGGAACGAAACTCCTTCCACCACTGTGGACGTCGCCTTGGCCAGCCGCTATTTCGAGCGCTTTGCGGACCACGGCGTCTCCGTCGCCCGCAAGGTCACCTACCTGGTGACGGGCGAATGGCAGCCTGAAGGCTTCTAG MRKVFQEELTQVGDDLIEISKLVHEAITKATTSFEGADVDLAQDVIAADARIDFLQNSLDERAIDILALQGPVASDLRMIVGSLRMSASLERMGDLARHVAQLARLRYPATVIPASLTQTFKAMAQYDIEITAKVIELLETRDLEVARDILKINIAVDDLHLSVFKAIASPEWNETPSTTVDVALASRYFERFADHGVSVARKVTYLVTGEWQPEGF PGPT0002630_3874 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ARSENIC_RESISTANCE ARSENIC_RESISTANCE-PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002630-phoU|phoY-K02039 NA NA D3-18_03480 747 gpmA_3 COG0588 2,3-bisphosphoglycerate-dependent phosphoglycerate mutase ATGACTTACAAGCTGATTCTGCTGCGCCATGGCCACAGCGAATGGAACGCCAAGAACCTGTTCACCGGTTGGGTGGACGTTGACCTGAACGATCAAGGCCGCGAAGAAGCAGTGCGCGGTGGAGAGCTCCTTGTTGAGAACGAGATCCTCCCGGACGTCCTCTACACCTCGCTCCTGAAGCGTGCCATCAACACCGCCAACATGGCTCTGGACAAGGCCGACCGCGGCTGGATCCCCGTCAAGCGCGACTGGCGCCTGAACGAGCGCCACTACGGCGCCCTGCAGGGCAAGGACAAGGCCCAGACCCTGGCCGAGTTCGGCGAAGAGCAGTTCATGGAATGGCGCCGGAGCTACGACACCCCGCCGCCGCCCCTGTCCGACGACAGCGAATTCTCGCAGGCACATGACGTCCGCTACAAGGATCTCGGCGACGCACTGCCGCGCACCGAATGCCTCAAGGACGTCCTGGTCCGCCTGCTCCCTTACTGGGAATCGGACATCAAGGAAGACCTCAAGGCCGGCAAGACGGTCCTGGTCACCGCCCACGGTAACTCCCTGCGTGCCCTTGTGAAGCACCTGGACGGCATCAGCGACGACGCCATCGCCGGGTTGAACATCCCCACAGGCATCCCGCTGGTCTATGAACTGGATGAGGACTTCCAGCCCATTAACCCGGGCGGAACCTACCTGGATCCCGACGCAGCAGCACAGGCCATCCTCGCGGTGGCTAACCAGGGCAAAAAATAA MTYKLILLRHGHSEWNAKNLFTGWVDVDLNDQGREEAVRGGELLVENEILPDVLYTSLLKRAINTANMALDKADRGWIPVKRDWRLNERHYGALQGKDKAQTLAEFGEEQFMEWRRSYDTPPPPLSDDSEFSQAHDVRYKDLGDALPRTECLKDVLVRLLPYWESDIKEDLKAGKTVLVTAHGNSLRALVKHLDGISDDAIAGLNIPTGIPLVYELDEDFQPINPGGTYLDPDAAAQAILAVANQGKK PGPT0018030_1022 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 D3-18_03481 831 hypothetical protein GTGGGGGCCGTGGTGCAAAAAGCGGAACGGGTGGGCTCTCCCCGCAGTCGGGGCGGAAAGCCGGTTGGCAATATCACTCGCGGAACCACGAATCCCAATCGCATGCGCCGCTTGGACCGCTGGTTGGCGGGACCGCAAGCGTGGCGGCTGCGCGCCGCCGTCGACCCCCTTGTTGTGGACCTTGGCTATGGCGCCTCGCCGACCACCGCCGTCGAGCTTTTCGAACGGCTGCAGGTCGTGCGACCGGATGTCCGGGTCTGCGGGATCGAGATTGAACCGGAGCGCGTACGGAGCGCCAAAGCACTCGAGCAACCAGGCCTGAGCTTCCACGTCGGCGGCTTCGAAGTCCCTGTTTCCGGTGACCCGGTGTTGGTGCGGGCCTTCAACGTGCTGCGGCAGTATGAGGAAGCGGATGTCGCCGGAATTTGGCGGTTGGTGCAGTCACGGCTGGCACCGGGCGGCCTGTTCATTGATGGCACTTGTGATGAAATCGGCCGGCGCGTCACGTGGGTGGCGTTGGATAAAGAACGTCCTTTGAGCCTGAGTTTATCCGTGCGGTTCGGCAGTTTCGAGCTGCCTTCCGAGGTGGCGGAGCGGCTGCCCAAAGCCCTGATCCACAGGAATGTGCCGGGCGAACCGATCCACGCGTTTCTACAGGCCATGGATAAGGCGTGGCTGGAAGCGGCACCCTTGGCGTCGTTCGGAAACCGCCAGCGCTGGACGGGCATGTGCCGTTCACTGCGCGACGCCGGATGGCCGCTTCAGGATGGTCCGGCCCGGTGGCGCTTGGGTGAAGTGACCGTAGCGTGGGACGCCGTAGCGCCGCGCTAA MGAVVQKAERVGSPRSRGGKPVGNITRGTTNPNRMRRLDRWLAGPQAWRLRAAVDPLVVDLGYGASPTTAVELFERLQVVRPDVRVCGIEIEPERVRSAKALEQPGLSFHVGGFEVPVSGDPVLVRAFNVLRQYEEADVAGIWRLVQSRLAPGGLFIDGTCDEIGRRVTWVALDKERPLSLSLSVRFGSFELPSEVAERLPKALIHRNVPGEPIHAFLQAMDKAWLEAAPLASFGNRQRWTGMCRSLRDAGWPLQDGPARWRLGEVTVAWDAVAPR NA NA NA NA NA D3-18_03482 342 hypothetical protein GTGGACGGAAAATTCTTGATCGCGATTGTCACCAACGCGGTGTACTTCATCCTTGGCTTGGTAGCCCTTGCCTTGGAACTGTGGGCCTTCGCGGACTGCCTGCGCCATAAGCCGACGCTCTTCGTGGCGGCCTCCAAGCGCACCAAGACCTTTTGGCTTGCGCTCACTGGCGTGGCGCTGGCGATCGGCGCACTGACCGTCCTCACCGGCGGCAGCGGCCTGGGGTTGTTCGGCATCGCTGCCGTCACCGCTGCTTGCGTCTACCTTGCCGATGTCCGTCCCGCTGTGCGTGAGGCCGGCAGTGGCGGCAACCGAAATGTCGGTCCGTACGGCCCTTGGTAA MDGKFLIAIVTNAVYFILGLVALALELWAFADCLRHKPTLFVAASKRTKTFWLALTGVALAIGALTVLTGGSGLGLFGIAAVTAACVYLADVRPAVREAGSGGNRNVGPYGPW NA NA NA NA NA D3-18_03483 1185 metB_2 COG0626 Cystathionine gamma-synthase ATGAGCCTTTCCGATCAGCACGCCGCCGATTTGTCTCCGGAAACCGTTGTCGTCGCGGCCGGTCGCCCCGACCGCGCTCACGACGAGCCGGTGAACCCGCCAATCGTCCTGTCCTCCACATACTTCGGAACAGGTTCATTGGGCGACGGCGACCGCGGTTACGGACGCTACGCGAACCCTACCTGGGATCCTTTCGAGGACGCGCTGGCCAAACTTGAAGGCGCCACCTTGCCGGGCCTGCTCTACGCCTCCGGTCTGGCCGCGGTCAGCTCAGCGTTGTCGCTTGTTCCCGCTGGCGGTGTGGTAGTGATGCCCTCGCACAGTTACGCCGGTTCGCTGGTAATGGCCACTGAACTGGCGGAGAAGGGCTTCCTGGAACTTCGCACCGTGGACATCACGGACACGGACGCGGTGAAGGCCCTCATCAGCCCTGAAAGCGGCAAGAAAGCGGACCTGCTCTGGCTGGAAAGCCCCACCAACCCGATGCTCGGCATCGCCGACGTCCGCGCGCTCACTGAAGCCGCACACGCAGTCGGCGCAATTGTGGTCACGGACAATACTTTCTCCACACCCTTGGTGCAGCAGCCCCTCAGCCTGGGTTCCGACGTCGTGCTTCACTCAGTGACCAAGTACCTGGCCGGCCATTCGGACGTTGTCCTTGGTGCCCTGGTGACATCCAACCCGGAACTGCGCGCCACCCTGCTTCACCACCGGATCATTCACGGCGGTATCGCCGGACCCTTTGAGGCCTGGCTGGCACTGCGCGGCCTTCGCACCTTGGCGCTGAGGATAGAGCGTTCCCAAGCCTCGGCGGCGACGCTCGCTGAACGACTCAGCAGCCACCCTCGCGTGGAAGCCATCCGCTTCCCGGGCCTCCCCACGGATCCGGGACACGAGCGCGCCAAAGAGCAGATGAAGGGTTTCGGTTCCATCCTCTGCATCCAAATCGCCGGCGACGAACAACGCAGCGGTGCCGATGCCGCAGACGAATTGGTCCGGGCATTGCAGCTCTGGCTTCCGGCGACGTCCCTGGGTGGGGTCGAGTCGCTGATTGAACGCCGACGCCGGCACACGGCCGAGCCGCTCAGCGTTCCGGAGAACCTGGTCCGGTTGAGTGTCGGGATCGAGAACGTGGACGACCTCTGGTCCGACCTTGAGCAAGCGCTGAAGTCGCTGGACGGTTAG MSLSDQHAADLSPETVVVAAGRPDRAHDEPVNPPIVLSSTYFGTGSLGDGDRGYGRYANPTWDPFEDALAKLEGATLPGLLYASGLAAVSSALSLVPAGGVVVMPSHSYAGSLVMATELAEKGFLELRTVDITDTDAVKALISPESGKKADLLWLESPTNPMLGIADVRALTEAAHAVGAIVVTDNTFSTPLVQQPLSLGSDVVLHSVTKYLAGHSDVVLGALVTSNPELRATLLHHRIIHGGIAGPFEAWLALRGLRTLALRIERSQASAATLAERLSSHPRVEAIRFPGLPTDPGHERAKEQMKGFGSILCIQIAGDEQRSGADAADELVRALQLWLPATSLGGVESLIERRRRHTAEPLSVPENLVRLSVGIENVDDLWSDLEQALKSLDG PGPT0001980_871 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_CYSTEINE_DEGRADATION|CONVERSION,PGPT0001980-metB|met|cysA-K01758 NA NA D3-18_03484 684 tmk_2 Thymidylate kinase GTGAGTATTAAGAGCCCAGGCCTTTTCATCGCCTTCGAAGGCGGGGACGGAGCGGGCAAGTCCACGCAGGCCGCCCGGCTCTCTGACGCCCTCGAGTCACAGGGCCTTTCCGTGCTGCGCACGCGCGAACCAGGCGGCACCCCCATTGGCGAGAAACTGCGTTCCCTGGTTCTGGACCATGGGCACGGCACCATCGATCCCCGCACCGAAGCCCTCATGTTCGCCGCCGCCCGCGCCGCCCATGCCAGCCAGGTGATTCGTCCCGCGCTAGCCGACGGAACCGTTGTCATTACTGACCGCTACATCGATTCGTCCGTTGCCTATCAAGGTGCCGGCCGCGGCCTCGGCGCCGAGGGTGTTTTGTCACTCAACGAATGGGCCACCGAAGGCCTGCATCCGGACCTGACGGTACTTCTCGACGTCGACCCCTCCGACGGTCGCCAGCGCCGCACCGCCGGGGACGCCACCGAGGACAGGCTGGAATCTGAGCCTGACGACTTCCACTCCGCCATACGGCACGCTTTTTTGGACCTCGCGGCAGCTGCACCATCCAGCTACCTGGTGCTGCCCGCCAAGGCCGACATTGAAACGTTGGCCGCCCGGATCCTGGAGCGGGTGGAGTCGCTGCTCGTTAACAACGGCGTGCCAGTAGTGGGCGAAACGACTTCGGGCGATCGCCCGTGA MSIKSPGLFIAFEGGDGAGKSTQAARLSDALESQGLSVLRTREPGGTPIGEKLRSLVLDHGHGTIDPRTEALMFAAARAAHASQVIRPALADGTVVITDRYIDSSVAYQGAGRGLGAEGVLSLNEWATEGLHPDLTVLLDVDPSDGRQRRTAGDATEDRLESEPDDFHSAIRHAFLDLAAAAPSSYLVLPAKADIETLAARILERVESLLVNNGVPVVGETTSGDRP PGPT0021395_861 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021395-tmk-K00943 NA NA D3-18_03485 1152 hypothetical protein GTGAGCGTCTGGGACGACCTCCAAGGGCAAGCGCCGGTGGTTGCCCAACTCAAACAGGCGGCGCAGGGCGAGACCGGACTTACCCATGCCTGGCTCTTCACCGGGCCGCCCGGATCCGGCCGTTCGAACGCTGCCAAGGCCTTCGCCGCCGCCTTGAACTGCGAGCAGGACGACGTCACCATGCGTGGCTGTGGCGAGTGCGCAGCGTGCCACACGATCCTCGGTGAGACGCACTCTGATGTGACGTTCGTGCGCACCGAGAAGGTCACCATCACCATCGACGAAGCCCGCGAACTCGTGTCCAAAGCAGGCGACCGGCCAGCCACCGGACGGTGGCGGATCATCGTGGTCGAGGACGCTGACCGCATGGCCGAGCGCACCACCAACGTTCTGTTGAAAGCCATCGAGGAACCCACCCCCAGGACTATCTGGATGCTGTGCGCGCCCTCCCCCGCCGACGTCCTGGTCACCATCCGTTCGCGATGCCGTCCCGTGAGCCTGCGACTGCCGCCAGCTTCCGACGTCGCTGACCTTTTGGTGAGGCGCGACGGCGTCGAACGCCAACTCGCGGACCGTGCGGCGCGGGCCGCGCAAAGCCATATAGGAATTGCCCGGCGCTTGGCCCGGGACGCCGATGCGCGGCAACGTCGGCTGGATACCGTTCGTATCCCGCTTGGCCTGCGAGGCGTCACCGCTGCCGTGATGATGGCCGAAAAGTTGGTCAAGATTGCCACCGAAGAAGCCAACAGCTCCAACGACGAACGCGACGCCGCGGAGAAGATCGCGCTCCTGGCGAGCCTGGGCGCTCCCGAATCCGGCACGCTCCCGCCCTCCATGCGTAGCCAGGTCAAGCAACTTGAGGACGACCAGAAGCGGCGCGCCAAGCGCTCCATTACTGACTCGTTGGACCGCACGCTGACGGATCTGCTGTCCTTCTACAGGGATGTCCTCATCATCCAATTGGGGAACGCAGTGGAACTGGTCAACGTTGAACTCAAGAGCGAACTGGAAGAATACGCGGGCCATTCAACGCCGGAAACCACCCTGGCCCGGATGGACGCCATCAACAAAGCCCGTGTCCGAATCACCACCACCAACGTGGCGCCGCTGTTGGCGGTCGAGTCCATGGCTACCAGCCTCATCCAGCAATAG MSVWDDLQGQAPVVAQLKQAAQGETGLTHAWLFTGPPGSGRSNAAKAFAAALNCEQDDVTMRGCGECAACHTILGETHSDVTFVRTEKVTITIDEARELVSKAGDRPATGRWRIIVVEDADRMAERTTNVLLKAIEEPTPRTIWMLCAPSPADVLVTIRSRCRPVSLRLPPASDVADLLVRRDGVERQLADRAARAAQSHIGIARRLARDADARQRRLDTVRIPLGLRGVTAAVMMAEKLVKIATEEANSSNDERDAAEKIALLASLGAPESGTLPPSMRSQVKQLEDDQKRRAKRSITDSLDRTLTDLLSFYRDVLIIQLGNAVELVNVELKSELEEYAGHSTPETTLARMDAINKARVRITTTNVAPLLAVESMATSLIQQ NA NA NA NA NA D3-18_03486 1665 caeB Carboxylesterase B ATGAAGTCCGCACCCCGCCGGTCCGCCGGTACCCCTTCAAGGGACCGGTCTGCCCAGCTTGATGCGGGTGGTGATCCGGCAAACCGGGGTGTCGCAGGGCGCGGCGCTGCAGGGCGGGGTTTCGCAGGGCAAGGATCCCGTGGGTTCGCGGGGCTATGCATTGCCCTCGCTTCCATGCTGGTACTGAGCGCCTGCACCATTCCGTTCCTGCCAACCCCAACGGCCAAGCCATCCACCAGCACGGTGGATCCGTCCATCGCTGCCTCAGCTCCTGAAGGCTTGGAAAAGTTCTACTCGCAGTCGGTGGAGTGGAGTTCATGCGAGGACGGCTACCACTGCGGCAAGGTCCAAGTGCCTAAGGACTACGCTAATCCTGCGTCCGGGGACATCACGCTTTCCGTCATCAAGTTGCCCAGCATCGGCAACAAGCAAGGGTCAATCCTGGTAAACCCCGGTGGACCTGGGGGCTCCGGCGTAGATTTCATCAAGGATGCCGGCAACACCCACTTCACCGAGAAGCTACGGGCCAACTACGACGTGGTTGGTTTTGATCCCCGGGGCGTGGGCCGCTCCGCTCCTGTGACCTGCATGACCGACGCTGAACGTGACGCCGCCCGTGAAAAAGTGTTCCGCAAGAACACCGACGAAGGTCTGGCTGCCGCACTTGCCTTCAACAAAGCATTCGCTGAGCAGTGCGCCCAGCAGACCGGTGATGTCTTGGGCCACATCGATACCGTGAGCGCTGCCAAGGACCTGGACATCCTGCGCGCCGTAGCGAACGATGCCAAGCTCAACTACCTGGGCTTCTCCTACGGCACGTTCCTCGGATCCACCTATGCTTCGCTCTTCCCGGACAACGTGGGCCGCGTGGTCCTTGACGGCGCCGTGGATCCAGCCATCAGCAACGAGGAACTAACAGCCGGTCAGGCACGCGCCTTCGAAAGGGCCCTCCGCACTTACGTGACCAGCTGCCAGGGACAACAACAGTGTCCCCTAAGCGGATCCGTGGACAACGGCGTGCAGGAAATCCGTGACCTCATCAACGCCGTTGACCAGAATCCCCAGACCGCCAAGGACGGCCGCTTGGTGACGTCCAACGACTTCGTCAACGGCCTCATTCTGCCCCTCTACAACGACCAAAGCTGGCCGGCCCTTACCCAGGCCCTGGAGAGCGCCTTCTCCGGTGACGTCTCGCAGATGATGCGGCTTGCGGACCTGGGTGCCGACCGCGAACCCAACGGCACATACAGCTCCAACTCCGCATTCGCGTTCCAAGCCATCAACTGCCTGGACTACCCGATGGTGACGGACACTGCCGGCATGCGGGCCGAGGAAGTCCGTCTCTTGCAGGACTCCCCCACGTTCGGTGCGTTCTTCGCTTACGGAGGTGTCACCTGCAAGGATTGGCCCTACGCCAGCACCCGCACACCGGCACCAGTGGAATACAACGGATCTTCGCCCATTGTGGTGGTGGGCACCACCGGCGATCCCGCCACCCCGCTCGAATGGTCCCAGTCACTGCGCAAGCAACTTGAGAATGCTTCACTCGTCACGTGGGAAGGTGAGGGGCACACAGCCTACGGCCGCGCGAACTCGTGCATCAGCACCGCCGTCGACGACTACTTCGTAGATGGAAAGCTGCCGCAGGACGGCCTCAAATGCTAA MKSAPRRSAGTPSRDRSAQLDAGGDPANRGVAGRGAAGRGFAGQGSRGFAGLCIALASMLVLSACTIPFLPTPTAKPSTSTVDPSIAASAPEGLEKFYSQSVEWSSCEDGYHCGKVQVPKDYANPASGDITLSVIKLPSIGNKQGSILVNPGGPGGSGVDFIKDAGNTHFTEKLRANYDVVGFDPRGVGRSAPVTCMTDAERDAAREKVFRKNTDEGLAAALAFNKAFAEQCAQQTGDVLGHIDTVSAAKDLDILRAVANDAKLNYLGFSYGTFLGSTYASLFPDNVGRVVLDGAVDPAISNEELTAGQARAFERALRTYVTSCQGQQQCPLSGSVDNGVQEIRDLINAVDQNPQTAKDGRLVTSNDFVNGLILPLYNDQSWPALTQALESAFSGDVSQMMRLADLGADREPNGTYSSNSAFAFQAINCLDYPMVTDTAGMRAEEVRLLQDSPTFGAFFAYGGVTCKDWPYASTRTPAPVEYNGSSPIVVVGTTGDPATPLEWSQSLRKQLENASLVTWEGEGHTAYGRANSCISTAVDDYFVDGKLPQDGLKC NA NA NA NA NA D3-18_03487 747 phnX_2 Phosphonoacetaldehyde hydrolase ATGACAGGTGATGCAACAACCGGGGATGAAACTAGCAGGGACGCCAGCCATACACCGAACCGGCTGAGACTCGCCGTTGTGGACATGGTGGGCACCACCATCACGGATGATGGCCGAACAGAGCGGGCCATGTCCAAGGCACTTGTGGAACACGGCATCGAACCGGGCACCAACCGGTTCGAGAGCATGCTCGGCTATGCCCGGGACACCATGGGCTTCTCGAAAATGACAGTCTTCAGCCACCTCTTCGAGGATTCCGCTGTGGCCGAAAGCGCCAACAAAATATTCGAAAACACCTATGACGAGCTCATTGAAGACGGCGGTGTTCGCGCCATTGCCGGAGCGGAGGACGCCATTCTGTGGATGCGTGAGTCCGGCATGCAGGTTTGCCTGGCCACGGGATTCGGCCGCCACACGCAAAACATGGTGCTGGAATCGCTCGGGTGGATGGGCTTGGCGGACCTTAGCCTCTGCCCTGCCGATGCCGGGCGTGGACGTCCCTACCCGGACATGATCCTGACAGCCGTGCTCGCACTGGACCTCGATGACGTGCGGGAGGTGGCAGTGGTGGGCGATACGAGCTCGGACATGCTGTCGGGCGTTCGTTCCGGAGCATCCCTCGTGGCGGGCGTCCTCACAGGCTCCCACTCGGAGGCGACGCTACGCGCGGCCGGAGCCACCGTCGTCGTGGATTCCATCAAGCAACTCCCGCTCCTGGTGGAGAAACGGGAAGCCCGGCACCTTTAG MTGDATTGDETSRDASHTPNRLRLAVVDMVGTTITDDGRTERAMSKALVEHGIEPGTNRFESMLGYARDTMGFSKMTVFSHLFEDSAVAESANKIFENTYDELIEDGGVRAIAGAEDAILWMRESGMQVCLATGFGRHTQNMVLESLGWMGLADLSLCPADAGRGRPYPDMILTAVLALDLDDVREVAVVGDTSSDMLSGVRSGASLVAGVLTGSHSEATLRAAGATVVVDSIKQLPLLVEKREARHL PGPT0001730_808 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0001730-gph-K01091 NA NA D3-18_03489 303 hypothetical protein GTGACTGGTAGCTGCGCCGGCTGGACCAATGGTACGGCCAACTCCAACCGCAACCGCCGTTTCCGGCCGTATTACCATTTCAGCGACTCCCGCGGTGTTGTCTACGGGGGAGAATCTGATGTCTCAACGGTGAACGAAACCCTACCCGGCTCACCGCTGGCCGTGACCTACAACCCTGCAGACCCACAGGAGTCCTACCAAGTCGTCAGCCAGTCCAAAATGCTGGTTGGTTGCCCGATTCCCGTCTTTGTGGTCTTCGCTGCGGGCTCATTGTGGTTCATCGGGATTTTCCCCGTGGGATGA MTGSCAGWTNGTANSNRNRRFRPYYHFSDSRGVVYGGESDVSTVNETLPGSPLAVTYNPADPQESYQVVSQSKMLVGCPIPVFVVFAAGSLWFIGIFPVG NA NA NA NA NA D3-18_03490 1170 hypothetical protein ATGGGGGATATCGAAGGTCTTTTTGACGGGTCTGCATCCGAGCTGCCTGCGCCAATATCCTACAAGGCTGCGCTATACAAGCTAGCTTCGGAGAAAGATGCTCCGGTCAGGCATCTTGCTGGTTATGCGCCGTTTGTGGTGTTCTGCGCAAGCAGCGGCGTGCCCGCAGAGGAGCTTGCTTTCGATGTAGTCAAATTGCTCGCCTTCTTGCGAAACAGCGTCGACCACATCCTGGGCGACCCCAAGCTACGCGATGCGGCCACCATATTCGTGGGGAACGTCATTGTGTCGATGCACCCGGAAGCACACTGGAGGGTCTTGGCGGACGGATCCCGCGAAGTAGGAACCCGGGATATGCAGATCACGGTGGATCGCCTTTTTGATGGGCTGGGGGAAGCCGACGATGCCATGGTGGCCGGACTCGTTAGCCACCTTGTGGTGTGGTCAACTGACGAGCCGGACGAATCTGAGCTTCCGGAATTGCGGCCCGTTCCTGTGGGGCAAGCCCATGAACTGTATGAGCGGCCGGACCTGCCATGGCACGAATATCGCGACGTTGACGGCCAAGTCATCCAGTACGGGAACCGGTGGGGCGGTGTTAGCCCACCGGAGGACTCCTACAGCGTGGAGACCCACGTTGAACGCTTTGAAGGACTCCACAAGGTAGCCCGATCCCTCCTCGAGTACTTGGAGAGCTCATTCGACGTCGATGTCAGCCTGGATCCCGCCCACGCGGCGGATGTCTTCACGAACATCGGCGACGTGATCGACGTCGCGCGCCTGACACCGCGCGACCCGCTCGCGGCGCCATTGACTTTCGTCTGGACCAGTTTCCCGGGTGTAGTGGTCCATGCGGGTGTGCTGCACGACTTCCCGTTTCCCATCTGCGGCTGTGACGCTTGCGACGAGACGGCTGAGAGTGAAGCGTCCCGCCTGGAGGAGCTGGTCCTTGGCGTTGCTGCAGGCGGGTTTGGCGAACGCTACCCGGTGGGACGTGAACGGTGGGCTGAATACGCGCTCTTTGCTGCTGACGGATCCGGGAGCCGCAGCGGAAGGGGCCCCCGGGGCTCCACGCCGGAAAAACTCGCCGCCGCGGAGGAACGACTCAAAGCTGTACAAGATGGCTGGCGGCCCTGGCCGCCGAGGAAGACCCGGCGTGCCCGCGACTGA MGDIEGLFDGSASELPAPISYKAALYKLASEKDAPVRHLAGYAPFVVFCASSGVPAEELAFDVVKLLAFLRNSVDHILGDPKLRDAATIFVGNVIVSMHPEAHWRVLADGSREVGTRDMQITVDRLFDGLGEADDAMVAGLVSHLVVWSTDEPDESELPELRPVPVGQAHELYERPDLPWHEYRDVDGQVIQYGNRWGGVSPPEDSYSVETHVERFEGLHKVARSLLEYLESSFDVDVSLDPAHAADVFTNIGDVIDVARLTPRDPLAAPLTFVWTSFPGVVVHAGVLHDFPFPICGCDACDETAESEASRLEELVLGVAAGGFGERYPVGRERWAEYALFAADGSGSRSGRGPRGSTPEKLAAAEERLKAVQDGWRPWPPRKTRRARD NA NA NA NA NA D3-18_03491 840 COG0656 putative oxidoreductase/MSMEI_2347 ATGACTTCGTCACCAACACTTACTTTCAACGACGGCAACACCATCCCCCAGCTCGGCTACGGGGTGTGGCAAGTTGAAGACGATGTAGCCGAAAAGGTGGTGCGCCAGGCATTCGAGGCCGGGTTCCGCCACATCGATACCGCCAAGATCTACGGCAACGAGGCAGGCGTGGGCCGGGCTATTGCTTCCTCCGGCCTTACCGCCGAGGAAATCTTCATCACCACCAAGCTGTGGAACGCGGACCAAGGCTACGAATCCACGCTCGCAGCATTCGAGGAGTCCATGGATCGTCTCGGCCTCGAGACCCTGGACTTGTACCTGATTCACTGGCAGCAGCCCAAGCAGGAAAAGTACGTGGACACCTGGAAGGCGCTCATCGAGCTCAAGAAGCGCGGCCGGGTCAAGTCCATTGGCGTCTCCAACTTCACCAAGGAAGGCCTGCAGCACATCATCGATGAAACCGGCGTTGTTCCGGCCATCAACCAGGTTGAGCTGCACCCGTTCTTCAACCAGGCCGACTTGCGTGAGTTCAATGCTTCGAAGGGCATCCTGACGCAGGCATGGTCCCCGCTGGGCCAGGGTGGCGAACTCCTCGAAAGCGCTACCGTGGCGGAGATCGCCGCCAAGCATGATGCCACTCCGGCCCAGGTGATCATCGCCTGGCACCTGGCCATCGGCAACGTGGTAATCCCCAAGTCCGTCACTGAGTCCCGCATCCAGGAGAACTTCGCAGCTCTCAACGTCACACTGGACGCCACCGACGTCGAGGCCATCAACGGCCTGGACCGCGGCGCTGAAGGCCGCATCGGACCGGACCCGGCAGTCTCCGACTTCGCCTAA MTSSPTLTFNDGNTIPQLGYGVWQVEDDVAEKVVRQAFEAGFRHIDTAKIYGNEAGVGRAIASSGLTAEEIFITTKLWNADQGYESTLAAFEESMDRLGLETLDLYLIHWQQPKQEKYVDTWKALIELKKRGRVKSIGVSNFTKEGLQHIIDETGVVPAINQVELHPFFNQADLREFNASKGILTQAWSPLGQGGELLESATVAEIAAKHDATPAQVIIAWHLAIGNVVIPKSVTESRIQENFAALNVTLDATDVEAINGLDRGAEGRIGPDPAVSDFA PGPT0001320_1197 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 D3-18_03492 441 hypothetical protein GTGGGTTTCTTTGGGGTCGTCCGGCAAGGGCGGAAGGACGATTTGGAGCTTGGCAAGGGGCTGTGGCGCCGCGCCCATGACCGATTTCATCGTGGACTGGATCGGTACCACCAGGTCCTTGAGGGCGTGGATGATGAGCAGCTCTACAACGAGCTCGTGCAAATAGCCAACGAACTCGCCGAATTATCGCCCCGGGTCAGGACCATCTGCGTTGAGGCACAGAAAAGGTCTCCCAGCGACGGTTTGGATGTCCCGGGAGGGCTTGCCGGTGTGCACCGGGCTTTGTCCAAAGCAGGAAATTCCCTCGCCACCACGGCAGAGGCCGCGGCCATGTTGAGGTTGGCCGTTGGACCCGTCCCGGTAGGTGCTTTGTCGGTGCGGCGGCGCGCTGAGTCTGTTTTTGAACAGGTTGCTGACGCGGAGCGCCAACTCGCCGCCTGA MGFFGVVRQGRKDDLELGKGLWRRAHDRFHRGLDRYHQVLEGVDDEQLYNELVQIANELAELSPRVRTICVEAQKRSPSDGLDVPGGLAGVHRALSKAGNSLATTAEAAAMLRLAVGPVPVGALSVRRRAESVFEQVADAERQLAA NA NA NA NA NA D3-18_03493 654 hypothetical protein ATGAGCGATCTGAACAACATTCAGCCCACGGATGAGGCTTCGGACGACACCCCCGTGGAGGGAACCACGCTGGACGAGGGCCTGGAGAAGCCCGCGGCACAGCAACCTTTGGCGGAAGAGGTGGCGAAGGATGCCAAACCCAAGGTAGGTAACCTTCACGAACTCGTTGATGAGCCGGCCAAGGTGATGAGGATCGGCACCATGGTCCGCCAGCTCCTTGAAGAGGTGAAGGCCGCACCTTTGGATGACGCTGCACGCGGCCGCCTTGCGGAGATTCATGAGCGCTCCATTAAGGAACTCGAAGACGGGTTGGCTCCGGAACTTATTGAGGAGCTGGAACGAATCAGCTTGCCTTTCCCCGACGAGAAGGCGCCTTCCGATGCGGAGCTTCGCATCGCCCAGGCACAACTCGTTGGCTGGCTGGAGGGCTTGTTCCATGGCATCCAGGCCGCCATCGCCGCTCAGCAGGCTGCCAAAGAGCACGCGGCCGCGCAGATGCAGCTCCGTCAGCTCCCGCCGGGAACGGTGATTGCGCCGGGCATCATCATTGGTGAGAACGGACAGCCCCAACGGGCGGCTGCACCCGGTGCGCCCGGCGCTGCCGCCCAGGGCCGCAGGGAAGACCCCGACCACGGTCCGGGTCAGTACCTCTGA MSDLNNIQPTDEASDDTPVEGTTLDEGLEKPAAQQPLAEEVAKDAKPKVGNLHELVDEPAKVMRIGTMVRQLLEEVKAAPLDDAARGRLAEIHERSIKELEDGLAPELIEELERISLPFPDEKAPSDAELRIAQAQLVGWLEGLFHGIQAAIAAQQAAKEHAAAQMQLRQLPPGTVIAPGIIIGENGQPQRAAAPGAPGAAAQGRREDPDHGPGQYL NA NA NA NA NA D3-18_03494 192 hypothetical protein ATGAACACGGTCGTTAAGGGCCTTCGGGGCTTCGCCACCTACATGGGCTCGCTCATGGGGGCGGACGCGTACAAGAAGTACCTGGAGCATTTTGAAGCTACGGCCCATTCCGGTCCCGCCATGACTGAACGCGAGTTCTGGCGGGACCGGATGGACCGGCAGGACAGCAACCCGCAAGGCAGGTGCTGCTGA MNTVVKGLRGFATYMGSLMGADAYKKYLEHFEATAHSGPAMTEREFWRDRMDRQDSNPQGRCC NA NA NA NA NA D3-18_03495 2271 cstA COG1966 Peptide transporter CstA ATGGGAAAGATTCCTGACCAGGCCGGACTCGCGGAAGGACTGGATCCCACGCTGCCCGCCCCGGCTGTGGACGACTCGGTGCGCGAAGCGGAGGAACGCAGGTGGACCCCGGCCAAGATCGGTCTTTGGGTTGCTATTTCCCTGCTGGGAGCTGTGGCGTGGTTCATGCTCGCCCTGGTGCGCGGTGAAACCGTCAACGCCATCTGGTTCGTTTTCGCCGCTGTCTGCACGTACCTGATCGGCTACCGCTTCTATTCCAAAGTCATTGAGCGTTACCTGCTCAAACCGGACGATCGCCGCGCTACCCCTGCCGAGTACAAAGCCGATGGCAAGGACTACGTCCGTACTGACAGGAACGTGTTGTTCGGCCACCACTTCGCCGCCATTGCCGGTGCCGGACCGTTGGTGGGACCCGTTATCGCGGCCCAGATGGGCTACCTTCCCGGCACTATCTGGATCATCATCGGCGTCGTTCTTGCAGGCGCCGTACAGGACTACCTGGTCATGTTCTTCTCCATGCGCCGCGGTGGCCGTTCACTCGGCCAGATGGCGCGCGAGGAACTCGGTGTCATTGGTGGCACGGCAGCACTCGTTGCCACGCTGCTGATCATGATCATCATTGTGGCCATCCTCGCCCTGGTGGTGGTCAACGCCCTTGGCGAGAGCCCGTGGGGCGTGTTCTCGGTGGGTATGACCATTCCCATTGCGTTGTTCATGGGTGTCTACCTGCGCTTCATCAGGCCGGGCAAGGTGATGGAGGTTTCCATCATCGGCTTCGTGCTCCTGATGGCAGCCATCATAGGTGGCGGCGCCGTAGCCGGAACCGAGTGGGGTGCGGCCTTCTTCCACCTGGACAAGGTCACCATTGCCTGGGGCATCATCATCTACGGGTTCATCGCCGCAATCCTGCCCGTCTGGCTCCTCCTGGCTCCGCGTGATTATCTCTCCACGTTCATGAAGATCGGCGTAATCGTGATGCTCGCGGTAGCCATCATCGTGGTGCGCCCGGAAATCACCGTCCCTGCGTTCAGCGAGTTCGCCAGCCGGGAGAACGGCCCTGTGTTCTCCGGCGCCCTGTTCCCGTTCCTGTTCGTCACCATCGCCTGTGGCGCCCTGTCCGGGTTCCACGCACTCATCTCCTCGGGAACAACCCCCAAGCTGATTGAGAAGGAACGGCAGACCCGCTTCATCGGTTACGGCGGGATGCTCATGGAATCTTTCGTGGCCATTATGGCCCTGGTCGCTGCGATCTCCATCGACCGTGGTATCTACTTCGCCATGAATGCGCCTCTCGCCCTAACCGGCGGCACCGTGGAATCCGCAGCGCAGTGGGTGAACAGCCTTGGCCTCGCCAATGTGAACATCACCCCCGACGTGCTGGCCCAGACTGCCAAGGACGTCGGCGAGGAGAGCATTATTTCCCGTTCAGGTGGCGCTCCCACGCTGGCAGTCGGTTTGGCGCACATCATGCAGCAGTTCATCGGCGGACCGGGAATGATGGCCTTCTGGTACCACTTCGCCATCATGTTCGAGGCCCTCTTCATCCTTACCGCAGTGGACGCAGGTACGCGTGTTGCCCGCTTCATGCTGCAGGACTCCATCGGCAACTTTGTTCCCAAGTTTAAGGAAGCCTCATGGCGGCCCGGGGCCTGGCTTTGCACCGCCATCATGGTGGGTGCCTGGGGTGCGGTCCTGTTGATGGGCGTCACCGATCCTCTGGGTGGCATCAACACGCTCTTCCCGCTTTTCGGCATCGCCAATCAGCTGCTGGCCGCCATTGCGCTGGCCGTGTGCCTCGCCATCACGGCAAAGCGTGGAGTGTTCAAGTGGCTGTGGATCGTGGCCGTTCCGCTGACGTTCGCCGCCGTAGTGACCATCACCGCCAGCTTCCACAAGATCTTCTCGCCAGTCCCGGCAGTGGGTTACTTCGCCAACAATCAGGCGTTCTCCAAGGCACTCGCTGACGGCAAGACGGAGTTCGGTACAGCCAAGACCGTTGCAGCCATGGAAGCCGTGGTCCGCAACACCATGATCCAGGGCGTGCTTTCCGTCATCTTCGTGACCCTGAGTATTATCGTGATCGTCGCCGCCCTCTTGGCGACCATCAAGGCAATCCGCGCTGGCGGAGGCCAGGACCATGAAGACCCGCCCGTTCCTTCCAAGGTTTACGCACCGGCGGGGCTGTTCCCCACTGCTGCCGAGAAAACGTTGCTCGCAGAATGGAACGCCCTGCCTGTAGAAAAACGGGCCCAGAAGGCCGGCCACCACTAG MGKIPDQAGLAEGLDPTLPAPAVDDSVREAEERRWTPAKIGLWVAISLLGAVAWFMLALVRGETVNAIWFVFAAVCTYLIGYRFYSKVIERYLLKPDDRRATPAEYKADGKDYVRTDRNVLFGHHFAAIAGAGPLVGPVIAAQMGYLPGTIWIIIGVVLAGAVQDYLVMFFSMRRGGRSLGQMAREELGVIGGTAALVATLLIMIIIVAILALVVVNALGESPWGVFSVGMTIPIALFMGVYLRFIRPGKVMEVSIIGFVLLMAAIIGGGAVAGTEWGAAFFHLDKVTIAWGIIIYGFIAAILPVWLLLAPRDYLSTFMKIGVIVMLAVAIIVVRPEITVPAFSEFASRENGPVFSGALFPFLFVTIACGALSGFHALISSGTTPKLIEKERQTRFIGYGGMLMESFVAIMALVAAISIDRGIYFAMNAPLALTGGTVESAAQWVNSLGLANVNITPDVLAQTAKDVGEESIISRSGGAPTLAVGLAHIMQQFIGGPGMMAFWYHFAIMFEALFILTAVDAGTRVARFMLQDSIGNFVPKFKEASWRPGAWLCTAIMVGAWGAVLLMGVTDPLGGINTLFPLFGIANQLLAAIALAVCLAITAKRGVFKWLWIVAVPLTFAAVVTITASFHKIFSPVPAVGYFANNQAFSKALADGKTEFGTAKTVAAMEAVVRNTMIQGVLSVIFVTLSIIVIVAALLATIKAIRAGGGQDHEDPPVPSKVYAPAGLFPTAAEKTLLAEWNALPVEKRAQKAGHH PGPT0015060_220 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CARBON_STARVATION_RESPONSE,PGPT0015060-cstA-K06200 NA NA D3-18_03496 549 hypothetical protein ATGTCCATCCGGCACAGCCTGCTGGCCCTGCTCCAGGACAAGCCGCGGTACGGTTATGAGCTGCGTGTCGAATTCGAGGACCGTACCGGTGCCGCCTGGCCGTTGAACATCGGGCAGGTCTACACAACCTTGGACAGGCTTGAGCGCGACGGTTTAGTAAGCAAGGACGGCGACGACGGCGGCGGGCACGTCATTTACAGCATCACTGACGCGGGGGCTGAGGAAGTTGAGGCCTGGTTTGCTGGTGCAGTGGACAGGGGCAATCCTCCTAGGAACGAAATTGCCATCAAGCTGGCGCTCGCAGTGACGCTTCCTGACGTGGATACTTCTGCGGTGATCCAGTCCCAACGCGAGGTCTCGGTCAAGGCTCTGCAAGAGCATACGCAGGCGAGAAAGGCGGTCTCCGCCAACCAAAGATCGTCGGATACTGCCTGGCTGCTGGTGCTCGATTCATTGATTTTCCAGGCAGAGGCGGAAGTTCGCTGGTTGGATCTCTGCGAGGCCCGCATGGTGCAAGGGCGCGGCAACGGCGGGGCCGGCATTGCTTAG MSIRHSLLALLQDKPRYGYELRVEFEDRTGAAWPLNIGQVYTTLDRLERDGLVSKDGDDGGGHVIYSITDAGAEEVEAWFAGAVDRGNPPRNEIAIKLALAVTLPDVDTSAVIQSQREVSVKALQEHTQARKAVSANQRSSDTAWLLVLDSLIFQAEAEVRWLDLCEARMVQGRGNGGAGIA NA NA NA NA NA D3-18_03497 984 2-haloacrylate reductase ATGAAAGCCGTCTATATCTCAGAGCCAGGCGGACCCGAAGTCCTCGAAGTCCGTGAGGTCCCGTCACCAGTGCCGGGCGAGGGCGAGGTCCTGATTGACGTAGTGGCCGCGGGATTGAACCGCGCCGACGTCCAGCAGCGGCGCGGCTTCTACCCGCCGCCCCCGGGAGCATCGGAAGTTCCCGGGTTGGAAGTCTCCGGCCGCATTTCAGCTTTCGGCCCCGGCGTCACCAAAGCATTCTCCGTTGGAGACAAAGTAGTGGCACTGTTGTCCGGCGGCGGCTACGCCCAGCAGGTCGCTGTCCCCGCGGAGCAGGTACTCCGGATCCCTGAAGGCGTGGACCTGGTTACAGCCGCTGCCCTGCCCGAAGTGGCCGCCACCGTGTACTCGAACCTGATCATGACCGCACAGCTGCAACCCGGCGAGACCGTACTCATCCACGGCGCGACCGGTGGCATCGGCACCATGGCTATCCAGCTGGCCAAAGCATATGGCGCAAACGTAGCCACCACGGCCGGTACTGACGAGAAGGTCGGCACCGCCAAGGCCTTCCTCGGCGCCGATATCGCCATCAACTACACCGAAGAAGACTTCGCTGAAAGCCTCAAGGCGCACAACGGAGGCAAGGGGGCCGACGTGATCCTCGACGTCGTGGGTGCCAAATACCTGCAACAGAACGTCGATGCGCTCGCCGATTACGGACGACTCATCGTCATCGGCCTGCAAGGCGGAACAAAAGCCGAGATCAACCTGGGGCAGCTCCTCAGCAAACGTGCAGCCGTTATCGGAACAGCCCTCCGGCCTCGACCGGTCGCCGAAAAGGGAATCATCATGTCCGCCGTCCGCGAATTCGTGTGGCCCATGCTCACCGATGGCAGGATCAGGCCCCTCGTCGCAAAGTCCTTCCCCCTGGCGAATGTTCGGGAAGCGCACGAGTATTTCGACTCAGGGGAGCATGTGGGCAAGGTCCTCCTGCTCCTCTGA MKAVYISEPGGPEVLEVREVPSPVPGEGEVLIDVVAAGLNRADVQQRRGFYPPPPGASEVPGLEVSGRISAFGPGVTKAFSVGDKVVALLSGGGYAQQVAVPAEQVLRIPEGVDLVTAAALPEVAATVYSNLIMTAQLQPGETVLIHGATGGIGTMAIQLAKAYGANVATTAGTDEKVGTAKAFLGADIAINYTEEDFAESLKAHNGGKGADVILDVVGAKYLQQNVDALADYGRLIVIGLQGGTKAEINLGQLLSKRAAVIGTALRPRPVAEKGIIMSAVREFVWPMLTDGRIRPLVAKSFPLANVREAHEYFDSGEHVGKVLLLL PGPT0013255_4957 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013255-qor-K00344 NA NA D3-18_03499 786 COG3324 Putative glyoxylase CFP32 ATGCCCACGCCTGACATCACTCCCGGTTCCCCTTGCTGGATCGACCTCATGACGTCCGATACGGAGAAGGCCAAGGCCTTCTACACCGCACTTTTTGGCTGGACCTATGAAACCGGAGACCAGGAGAAGTACGGCGGCTACATCACAGCTTCCAAGGACGGTCGGATGGTTGCGGGCATCATGGAGAAGCAGGCGGATATGGGTGCAATGCCTGACGTTTGGTCCACCTACCTTCGCACTGACGACATCGCAGCCACTACCGAGGCCGCGGCAGCTAACGGCGGCCAGGTGCTCCTGGAGCCTATGGAGGTCCCTGAGCAAGGCAGCATGGCCATGTACGGCGACGCGTCCGGTGCCGCTATAGGCGCCTGGCAGTTCGGTGAAATGAAGGGCTACGAGATTGCGGCGGAGGCAGGAGCTCCCGCTTGGCATGAACTTCTGGCCAAGGACTACGAATCTGCGGTCACGTTCTACCAGAGTGTCTTCGGCTGGGACACAGAGGTCATGAGCGACACTCCGGAGTTCCGTTACACAACCCTCGGCGCCGGTGACGACGCCAAGGCAGGCATCATGGACGCTTCCGGATTCCTGCCCGAACAGGTCCCCTCCATGTGGAGCGTGTACTTCGCGGTGGAGGATACGGATGCCGCCGTGGAGAAGGCCGCAGCCCTCGGTGCCACTGTCATGCAGCCCGCCGAGGACACGCCGTTCGGACGTTTGGCCACGTTGTCGGACCCCACGGGAGCTGTCTTCAAGGTCATTCAGGACTTGGGGCAAACCGCCTAG MPTPDITPGSPCWIDLMTSDTEKAKAFYTALFGWTYETGDQEKYGGYITASKDGRMVAGIMEKQADMGAMPDVWSTYLRTDDIAATTEAAAANGGQVLLEPMEVPEQGSMAMYGDASGAAIGAWQFGEMKGYEIAAEAGAPAWHELLAKDYESAVTFYQSVFGWDTEVMSDTPEFRYTTLGAGDDAKAGIMDASGFLPEQVPSMWSVYFAVEDTDAAVEKAAALGATVMQPAEDTPFGRLATLSDPTGAVFKVIQDLGQTA NA NA NA NA NA D3-18_03500 4533 hypothetical protein ATGCATCAACAACATTGGAAATTAGTTGCAGGAACGGTCCTGTCAGTCGGGTTGCTTGCAGCACCACTGACGGCTGTCCCGGCCCTGGCCGCGGACGATCCGTCCGCGGCCGGCACCTCACCGGTGGTGATCAACGAGGCCTATCTCAGCGGTGGCAGCAGCGGTGCCGCCTTCAAGAATAAGTTCGTGGAACTCTACAATTCCTCGGACGCACCGGTCAGCCTGGCTGGCTGGTCGCTGCAGTACCGGTCCGCAACGGCCACGGCGGCACCCACGGGGGTCACCCCTCTGACGGGCAGCATTCCCGCGAAGGGGTATTTCCTGGTTCAGGGCGCCACCAATAGCGGCACTTCCACGGCACCGGCGCTTCCCACAGCCGATGTCCAGGCAACGGGTACGCTGAACCCCGCCGGGACTGCTGGAACCCTGGTTCTGGCCAAGCAGCAAACCGCGGTCTCTCCGCTTCCGGCGGGGTCGGTGACGGGCAACGCCGCCATCGCTGATCTTTTGGGCTACGGCGCCTCCAACACCTTTGAGACCGCCTCTGCCACCGCACCTACCAGCAACGCGGACGTCAAGAGCCTGAACCGCGCCACTGGTGTGGACACCGACTCCAACGCCGCAGACTTCAGCCTCAATGCAACCATCACCCCCACTGCCTCCGGCGGCGGCGGAACCCCGCCGGTTGACCCTCAGCCGGAGCCGGGCGTCAAGACCATTGCCGAGATCCAGGGAACAAGTACGGCAAGCCCCTTTGTCGGCAGCACCGTGACCACCCACGGCAAGGTCACCGCTGTCTACGCAACCGGCGGCTTCAACGGCTACTACGTACAGACCGCCGGAAGCGGCGGTGAAAGCGCGGGGGCGGCAAGGACGGCGTCGGACGCTTTGTTCGTCTATTCACCCTCAACGACGTCAGCGGTCCAGACCGGCGACTACGTGCAACTCACCGGTGTCGTCAGCGAGTTCGCCAGCCAAACCCAGCTGACCGTTGAGGCGGCAGGGTTGCAGAAGCTCACCGAGGCTGCGCCGGAGGTAAAGTCCACGCCGTTCACGCTGCCTGCCAATGAGGCCGCGAGGGAAAGCCTGGAGGGCATGCTTCTGGCTCCCCAGGGTGACTTCACGGTCACGGACAACTACTCCCTGAACCAGTACGGCGAGATCGGCCTCGCGGCCGGCACTTCACCGTTGGTGCAGCCGACGGCGGTGGCCACCTACGGTTCGCCTGAATACGCCGCGGTGGTTGCCGACAACGCGCTGCGCGGCATCAAACTCGACGACGGCGCGTCCACCAACTTCCTCAAAGACGCCACCACCAAGGCTCAGCAGTTGCCGTATCTGACCACATCGGATCCTGTACGTGTTGGCTCACCTGCGCAGTTCCGGACCGACGTCATCCTGGGCTATGGCAACAACTCATGGAAGTTCCAGCCCCTTACCGCGCTCACTCCGGCCAACGCCGAGTCCGTCCAGCCGGCAAGCTTTACTGCAACCCGTCCCGAAGGTCCCGCGGAGGTAGGAGGCAACCTCAAACTGGCTTCCTTCAATGTGCTGAACTACTTCCCCACCACCGGTGACCAGCTGGCTGGCTGCGTTTTCTACACCGACCGCGACGGCAACCCCATCACGGTCAAGGAAGGCTGCAACGCCCGAGGTGCAGCCAACGCCGAGAACTTCGAGCGCCAGCAGACCAAGATCGTTGCCGCTATCACCAAGTCCGGCGCCGACGTCGTATCCCTTGAAGAAATCGAAAACTCCGCACAGTTCGGTAAGAACCGCGACGACGCCCTGTCCAAGCTGGTGGACGCCCTCAACGTCAAGACCCCTGGGGTCTGGGACTACGTGCGCACACCCGCCAACGCTCCCCCGCTCAGCGACGAAGACATGATTCGCACTGCATTCATCTACAAGAAGGCAGTGGCCGAGCCCGTGGGTGAGTCCATCATCCACAACGACACCGTGGCCTTTGCCAGTGCGCGCAAGCCCCTCGCACAGCTCTTCAAGCCGGTTGGCGGAGATGACGACAAGAAGTTCATCGCGATCGTGAACCACTTCAAGTCCAAAGGCTCTGCCGCCACCCCGGATGACACAGACAAAGGCCAGGGAGCCTCGAACATTGCCCGTACAAAGCAGGCAGAATCACTCCTCGCCTTCTCCAAGGACCTCCAAGCGTCCAAGGGCACGGACAAGGTTTTCCTGATCGGTGACTTCAACGCCTATGCCAAGGAAGACCCGATCAACGTCCTCACCGCAGCCGGCTACACAGACCTCGAAGCGGGTACAGGCAAGCACTCGTACCTCTTCGGCGGCATGGTGGGCTCCTTGGACCACATCCTGGCTTCCCCGGCCGCCCAAAAGGTTGTCACCGGAACCGACATCTGGAACATCAACTCCGTAGAGTCCGTCGCGCTGGAGTACAGCAGGTATAACAACAATGTGACCAACTACTATGCCGGGGACGAGTTCCGGGCCAGCGACCACGATCCCGTGGTGGTGGGCTTGAACCTGACCGCTGACGAGCCGGCAACCGTTGACCTGCAGTTCCTGGGTATCAACGACTTCCACGGCCGGATCGACTCCAACACAGTCCTCTTCGCCGGAACGGTTGAGAAACTCCGCGCTGCAGCAGCTCCTGGCGCTACGGCCTTCATTTCTGCCGGTGACAACATCGGTGCTTCCCTCTTCGCTTCTTCGGTGGCGAAGGACCAACCCACCATTGATGTCTTGAACGCGCTCGAGCTGCAGGCTTCGGCTGTGGGCAACCATGAGTTCGACGGCGGGTGGGCGGACCTGCGCGACCGCGTCGCAGCTGGAGGTACCAACGCGAAGTTCGCCTACCTCGGCGCGAACGTCTACCAGAAGGGCACCACCACTCCTGTCCTGCCGGAGTACAAGGTCCTGGACATGAACGGCATGCGGGTGGCAGTGATCGGTACTGTCACGCAGGAAGTTCCTTCCCTGGTGACCCCCGCTGGTATCGCCGATCTTGAGTTCGGCGACCCTGTGGAAGCAATCAACCGGGTGGCCGCAAAGATCAAAGCCGAAAACCTGGCCGACCTCATCGTCGTGGAAAACCACGACGGCGCTGCATCGGGAACGCCTGAGGGCGCCACGTTGGAGCAGGAAGTTGCAGCCGGCGGACCATTCACCAAGCTGGTCAACGAAACCACTCCTGACGTCGCCGCCATCTTCACGGGTCACACGCACAAGGAGTACGCCTGGGACGCCCCGGTACTGGACGCCAACGGCCAGCCGACCGGCAAGACCCGACCCATCGTACAGACCGGCAACTACGGCGAGAACGTGGGCAGCGTGACCCTCACCGTGGATACCGCAAGCAAGTCAGTCACTGCTTACAAGGCCGCCATTGTGGACCGGACAACCGATACCGCTGAAAGCCTCGTAGCAGCCTACCCACGGGTGGCGACTGTGAAGACCATCGTGGACAAGGCCCTCGCCGAGGCTGCCGTCATCGGCAACCAGTCGGTGGGCGCGGTGACCGCTGATATCACCACGGCCTTCACACCCGATCCCGCTGGCGGTGCCCCCAAGCGGGACGACCGCGCGAACGAATCCACGCTCGGCAACCTGGTGGCGGACTCCCTTGTGGATACGCTCAAGGCGCCCGAACTGGGTGCCGCGGAGATCGGCGTCGTGAACCCCGGCGGGCTGCGTAACGAGCTGTACTACGCGCCGGACGGCACTATCACCTACGCCGAGGCCAACGCGGTCCTGCCGTTCGTGAACAACCTCTGGACCACGTCCCTCACAGGTGCGCAGTTCAAAACACTCCTGGAGCAGCAGTGGCAGACCAATGCTGACGGGACCATCCCCAGCCGCCCCTACCAGCAGCTGGGAGTATCCAAGAACGTCAACTACACCTATGACGCCGCCCGTCCCGCAGGTGACCGCATCACCGGCATCTGGGTCGACGGCGCTGTGATCGATCCTGCTAAGCAGTACAGGATCGGAACATTCAGCTTCCTGGCTACCGGCGGTGACAATTTCCGGATTTTCAAGGAGGGCACGAACACGAAGGACACAGGCCTGGTGGACCGCGATGCGTGGATCAAGTACCTGCGCGAGCACAATCCTGTCTCACCGGACTTCGCACGCCGTTCCGTTGCCGTGGCCAACACCACAGCGGCTGAGGTCAAGTCCGGCGACTCCATTACCTTGGCCGTCACCAAACTGAACCTCACCTCGATCGGCAGCCCGACCAACGCAACGCTGAACGCGGTGTTCGTGGACGCCAAGGGCGCCGCGGTGGCGCTCGGTTCCGTCCCCGTGTCCTCAGGGGCGGCCACAGTGGACCTTAAGGTTCCCGCCGCGGCGGTTGCAGGCACCGGCACAGTGGTGCTCACCGCCGTCGAGAGTGGAACGGTGGTGAAGGCGCTGGTCCAGGTGGCTGAGAGCGGGCCGAATCCGCCGCAGTGCACCGCCCCTACCAAGCCGTCCAAGTGGTACGACATCGCAGGATGGCTCCGGTACGCCTTTGCCTGGCTGGAGTATCAGAGGTGCCTGAGGGGCTAA MHQQHWKLVAGTVLSVGLLAAPLTAVPALAADDPSAAGTSPVVINEAYLSGGSSGAAFKNKFVELYNSSDAPVSLAGWSLQYRSATATAAPTGVTPLTGSIPAKGYFLVQGATNSGTSTAPALPTADVQATGTLNPAGTAGTLVLAKQQTAVSPLPAGSVTGNAAIADLLGYGASNTFETASATAPTSNADVKSLNRATGVDTDSNAADFSLNATITPTASGGGGTPPVDPQPEPGVKTIAEIQGTSTASPFVGSTVTTHGKVTAVYATGGFNGYYVQTAGSGGESAGAARTASDALFVYSPSTTSAVQTGDYVQLTGVVSEFASQTQLTVEAAGLQKLTEAAPEVKSTPFTLPANEAARESLEGMLLAPQGDFTVTDNYSLNQYGEIGLAAGTSPLVQPTAVATYGSPEYAAVVADNALRGIKLDDGASTNFLKDATTKAQQLPYLTTSDPVRVGSPAQFRTDVILGYGNNSWKFQPLTALTPANAESVQPASFTATRPEGPAEVGGNLKLASFNVLNYFPTTGDQLAGCVFYTDRDGNPITVKEGCNARGAANAENFERQQTKIVAAITKSGADVVSLEEIENSAQFGKNRDDALSKLVDALNVKTPGVWDYVRTPANAPPLSDEDMIRTAFIYKKAVAEPVGESIIHNDTVAFASARKPLAQLFKPVGGDDDKKFIAIVNHFKSKGSAATPDDTDKGQGASNIARTKQAESLLAFSKDLQASKGTDKVFLIGDFNAYAKEDPINVLTAAGYTDLEAGTGKHSYLFGGMVGSLDHILASPAAQKVVTGTDIWNINSVESVALEYSRYNNNVTNYYAGDEFRASDHDPVVVGLNLTADEPATVDLQFLGINDFHGRIDSNTVLFAGTVEKLRAAAAPGATAFISAGDNIGASLFASSVAKDQPTIDVLNALELQASAVGNHEFDGGWADLRDRVAAGGTNAKFAYLGANVYQKGTTTPVLPEYKVLDMNGMRVAVIGTVTQEVPSLVTPAGIADLEFGDPVEAINRVAAKIKAENLADLIVVENHDGAASGTPEGATLEQEVAAGGPFTKLVNETTPDVAAIFTGHTHKEYAWDAPVLDANGQPTGKTRPIVQTGNYGENVGSVTLTVDTASKSVTAYKAAIVDRTTDTAESLVAAYPRVATVKTIVDKALAEAAVIGNQSVGAVTADITTAFTPDPAGGAPKRDDRANESTLGNLVADSLVDTLKAPELGAAEIGVVNPGGLRNELYYAPDGTITYAEANAVLPFVNNLWTTSLTGAQFKTLLEQQWQTNADGTIPSRPYQQLGVSKNVNYTYDAARPAGDRITGIWVDGAVIDPAKQYRIGTFSFLATGGDNFRIFKEGTNTKDTGLVDRDAWIKYLREHNPVSPDFARRSVAVANTTAAEVKSGDSITLAVTKLNLTSIGSPTNATLNAVFVDAKGAAVALGSVPVSSGAATVDLKVPAAAVAGTGTVVLTAVESGTVVKALVQVAESGPNPPQCTAPTKPSKWYDIAGWLRYAFAWLEYQRCLRG PGPT0013395_58 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 D3-18_03501 1950 hypothetical protein GTGGCTAAATCCCAAACCAACCGTGTTGCCCTGATCGGGGCCGGCCCTCGGGGCACCAGTGTCCTCGAGCGGTTGCTCGCGAATTGGGCTGCGGACAGCCCGCCAGGAACCACCCTTCACATTGACGTTGTGGACCCCTACCCTGCCGGTTCGGGGCACGTGTGGCAGCCGGAGCAGTCACGCCTCTACTTGATGAACACCCAATCGTTCTATCCCACCCTCATCCCCGAGGACCCTCAGCTCGCACCGCCGCTCGCGGGTGGATCGTTCGATCAGTGGCGGGAGGCCCGTCGTCGTGATGGCCAAGGGCTGAACGATGCCGAGAAAGCTGAACTAGCAACCCTTGAATCGCACGACTTCCCCAGTCGCGCGCTGTACGGGCGGTACCTGCGCCAAACTTTGGCAGCGCTGCTGGAACGGCTTCCCGACGGCGTCGAGGTCACCTTTCACGAGGCGCTCGCCGTCGCTGCGCAGCCCCTGAAGGGCGTAAAGGAACACGGGTTCGACGTCGAACTCGACAACGGCGAGACGCTCACCGTCGGTTCCGTGGTCCTCGCTCTGGGCCACATCAAGTCCCGGCTGAACCCCGAGCAACGGGCCTTCAAGAGCGCCGCGCAGGAACAGGGCCTCATGTACTTCCCGCCCGCGCCGCCTGCCGATGTTGATTGGCAGGCAGTGCCGGACAACGAACCCGTGCTGGTCCGTGGCATGGGCCTGAACTTTTTCGATGTCATGGGCCAGTTGACGGAGGGGCGCGGAGGCAAGTTCGTCGAGGCTGGTACGCCCGGCGCGAGTATTCTCGAGTACCGGTCGTCGGGCCGGGAGCCCAGGATCATTGCAGCGTCCCGCAGGGGCACCCCTTATCGCGCGAAGGCCGGGCTGGCCGGCTATTACCCCAGCAGCATCACCATGCGCTACCTGACAGAAGACGCCGTGGACCGTTTCCGCGCAGCCGGTATCCAGCCGGGGTTCGATCATGACCTCTGGCCGCTGCTTCACCGGGATGCGCTTTGGGCCTATTACTCAACGCTTGCGCGGTCCCAGCCCGCCGCGATCAAGGACCCCGCGCAGTTCCTCGCCGACCTTGAGGATGCGCTTCAACCGCATGCGCACACCACCGCGAACTGGGAAATCGAGGTGGGAAACGTCGTGGAAAAACACGTCGTCGCCTCCCGCCGGCTGAACCTACGGGGGCTCGCGGCGCCGCTCGCCGGGCGGACCTTCGCTTCCCGGCGCGAGCTGGACGCAGCCATCACGGCGTACCTTGATGATGATGCCCGACGATCAGCATTGGGCGAGGCGGACCCTGTCAAGATGGCGATCGGTGCCCTCCACACTGGGAGGGCGATCCTCAAATCCGTAGTAGCGGACGGGGGAATCACCGATGAATCGTGGCTGGGTGGTTTGCGCGGCTGGTTCGAATCTTTTGTTGAAGGTCTGGCAAGCGGAGCACCTGCGCTGCGCTCGGAGCAGCTGGCCGCTTTGGCGCGTGCCGGCGTCGTGAGTTTCGTAGGACCTGACCCGAAGTTCAGCGTGGACCGTGGAGCCAAGGTGTTCCGGGCGGTTTCGCCGTGGGTCCACGATGCTCCGGTTGAAGCAAGGACTCTTGTGGAGGCGATGTCGCCGGCCAATAGGGTGGGCATCAACCTGTCGCCCCTTCTGGAACAGCTCATGGCCGATGGGCTGGTGCGCACCAAGATCATGATGAGTGTTGAGGGCACACCCATGCAGACCACAGGCCTTGACGTTGAACCGCATCCTTACAGGCCTCTGGGGGCAAATGGTTCCATCACCAGGAACTTGTATGTCCTGGGCCTCCAACTGTCTGCGTCGCAGTGGGGGACAGCCATTGCCGCTGAGGCCCGTCCGCGCACCGGACCTGCCTATGCGAGCGGCCAACGGACCCTCCGCGATGCCGATGAGATAGCACGTAGCATACTCGGCCGGTGA MAKSQTNRVALIGAGPRGTSVLERLLANWAADSPPGTTLHIDVVDPYPAGSGHVWQPEQSRLYLMNTQSFYPTLIPEDPQLAPPLAGGSFDQWREARRRDGQGLNDAEKAELATLESHDFPSRALYGRYLRQTLAALLERLPDGVEVTFHEALAVAAQPLKGVKEHGFDVELDNGETLTVGSVVLALGHIKSRLNPEQRAFKSAAQEQGLMYFPPAPPADVDWQAVPDNEPVLVRGMGLNFFDVMGQLTEGRGGKFVEAGTPGASILEYRSSGREPRIIAASRRGTPYRAKAGLAGYYPSSITMRYLTEDAVDRFRAAGIQPGFDHDLWPLLHRDALWAYYSTLARSQPAAIKDPAQFLADLEDALQPHAHTTANWEIEVGNVVEKHVVASRRLNLRGLAAPLAGRTFASRRELDAAITAYLDDDARRSALGEADPVKMAIGALHTGRAILKSVVADGGITDESWLGGLRGWFESFVEGLASGAPALRSEQLAALARAGVVSFVGPDPKFSVDRGAKVFRAVSPWVHDAPVEARTLVEAMSPANRVGINLSPLLEQLMADGLVRTKIMMSVEGTPMQTTGLDVEPHPYRPLGANGSITRNLYVLGLQLSASQWGTAIAAEARPRTGPAYASGQRTLRDADEIARSILGR NA NA NA NA NA D3-18_03502 2211 Prolyl endopeptidase ATGACCACCACAGAAGCTGATCAGTCGCCACTCCCCGAGAACGAGACCGCCCCGGCCCCCGGCCCGCGGCATGCAGCGGATGTCGCGCCTGAGCCCACGGATGAAAACGTCTGGCTTGAGGACATCCACGGCGAAGAGCAGCTGGCGTGGGTGCGCGAGCAGAATGCCCGCACTGAGGAACTGCTGGAGGATGCCGAGTACGCGGCCGTTGAGGCCGGCATCCTGGAGGTCCTCGACTCCACCGATCGCATCGCAATGGTCTCCAAACGCGGGGATTTCTACTACAACTTCTGGAAAGACCAGGAACACCCCAAGGGCCTTTGGCGTCGAACCACGTGGGAAAGCTATCTCACCGAGGAACCGGAGTGGGATGTCCTGCTGGATATCGACGCCCTTGCCGCCACCGAAGGCGTTGAGTGGGTCTTCCATGGTGTCGGCTTCCTCCGTCCTGCCGACGGCTCCGAGTACCGCCTGGCCATGGTTTCGCTCTCCCCCGACGGCGGCGACGCTAACCGCCATCGCGAGTTCGACGTCGAATCCCGCACCTTCGTGGACGGCGGCTTTGACGTGCCCACAGCCAAGGGCAACGTCAGCTGGCTCGATGCCGACACTTTGCTCGTGTCCAGCACGGCGGACGGGCTCCCCGCAACTACGTCCTCCTATGCCCGGACCGGGGTGAAGCTTCGCCGCGGCCAATCGCTGGCCGAGGCAGAGCGCCTCTTCGAAATCCCGGAGGACCACATGTTGGCCATGGTGGCCCACGATTCGACCCCGGGCTATGAGCGGACCTTCGCCGTGGACTACATCGACTTCTACAACCGGAGTACGTCCCTGCTGCGTGGCGGCTCCTGGGTGGCAATCGACGTTCCCACGGATGTGAACATCAGCGCCCACCGGGATTGGCTGCTGTTCCGTCCGCAGAAGGACTGGGATGTTGCCGGTGTTCTCTACCCTGCCGGGTCCTTGCTGGCCGCGGACTTCGAGTCTTATCTGGCGGGTTCCCGGTCATTGCTGGTCCTGTTCACGCCGGATGCCCACACGTCGCTACAGTCCTGGAGCTGGACCAAGGACTACCTCCTGCTGAACCTCCTGCGCGATGTGTCTTCCGAAATCCGGGTGCTGGATCCAGCCCGTCCCGATTCTGAAGGCGGCTGGGCCTCCACCGTCCTGGACGCCTGCCCTCCCCTGCATGACGTCAATGCCTATGCCGTGGATGATGAAGACCCGGGCGCTGAAGGCAATGATTTCTGGCTGGTGGCCACCGGCTTCACCACGCCCACCACCCTGACCAGGGGGACACTTGTTGCCGGCGCGGCGAGCCGGCACGCCGAGGTGAAGCGGTCGCCGTCGTTCTTCAACGAGGCCGACTACGAAGTCCAGCAGCACTTCGCTGTTTCTGACGATGGGACCAAGGTTCCCTACTTCCAGGTCGCCTCCAAGGACCTGGTGTTGGACGGCCAAAACCCCACCCAGCTCTCCGGCTATGGCGGGTTCGAAGTTTCCCGGACTCCGGCCTACAGCGGAACCATTGGTCGGGCATGGCTGGAGCGCCGCACCCTGGGTGTATCCTCCGACGACGGAGCTGCCGCACACTCACGCGGCGGCGTCTACGTTGTTGCCAACATCCGCGGTGGTGGCGAATACGGTCCGTCCTGGCACCGTGCAGCACTCCAGGAGAACCGGCACCGTGCCTACGAAGACTTCGCGGCCGTGGCGAAGGACCTCATCTCGCGGGGCGTCACCAGCCGCCGTCGACTCGGCTGCGTAGGCGGTTCCAACGGCGGCCTTCTGGTGGGCAACATGCTGACCCAGTACCCGGAACTGTTCGGGGCTGTTTCCTGCGGGGTGCCGCTCCTGGACATGCGCCGCTACACCAAGCTCTCCGCCGGATACTCCTGGATCGCCGAATACGGTGACCCTGATGTTCCGGTCCAGTGGGAGTTCATCCGCACTTTCTCGCCGTACCACTTGCTACACGACGGTGTGGAATACCCTGAGACCTTCATTTGGACAGCCACCTCCGATGACCGTGTGGGACCTGTGCAAGCCCGCAAAATGGCGGCGCGCATGCAGGCCATGGGCATCCCGAACGTCTGGTTCCATGAAGCTCTTGAAGGCGGCCACGCGGGCGCCTCTGACAACAGGCAGGCGGCGGCGCTTCAGGCCCGGAGCAACCACTTCCTGTGGCGTTCCCTGGCTGGAAGCAACTGA MTTTEADQSPLPENETAPAPGPRHAADVAPEPTDENVWLEDIHGEEQLAWVREQNARTEELLEDAEYAAVEAGILEVLDSTDRIAMVSKRGDFYYNFWKDQEHPKGLWRRTTWESYLTEEPEWDVLLDIDALAATEGVEWVFHGVGFLRPADGSEYRLAMVSLSPDGGDANRHREFDVESRTFVDGGFDVPTAKGNVSWLDADTLLVSSTADGLPATTSSYARTGVKLRRGQSLAEAERLFEIPEDHMLAMVAHDSTPGYERTFAVDYIDFYNRSTSLLRGGSWVAIDVPTDVNISAHRDWLLFRPQKDWDVAGVLYPAGSLLAADFESYLAGSRSLLVLFTPDAHTSLQSWSWTKDYLLLNLLRDVSSEIRVLDPARPDSEGGWASTVLDACPPLHDVNAYAVDDEDPGAEGNDFWLVATGFTTPTTLTRGTLVAGAASRHAEVKRSPSFFNEADYEVQQHFAVSDDGTKVPYFQVASKDLVLDGQNPTQLSGYGGFEVSRTPAYSGTIGRAWLERRTLGVSSDDGAAAHSRGGVYVVANIRGGGEYGPSWHRAALQENRHRAYEDFAAVAKDLISRGVTSRRRLGCVGGSNGGLLVGNMLTQYPELFGAVSCGVPLLDMRRYTKLSAGYSWIAEYGDPDVPVQWEFIRTFSPYHLLHDGVEYPETFIWTATSDDRVGPVQARKMAARMQAMGIPNVWFHEALEGGHAGASDNRQAAALQARSNHFLWRSLAGSN PGPT0020970_214 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0020970-PREP-K01322 NA NA D3-18_03504 1431 hsrA putative transport protein HsrA ATGAGCACAAAACCCAACACGGACGTCGAATCGGCCAACGAGACCAGTTGGCGACCACGGCTGGCCCTGTTGGTGGCGGCAACGTTCTTTATGGAGTTCCTCGACGGGACCATCCTCACCACTGCCATCCCCAGCATCGCTTCCGATTTCCGGGTAGCGCCGGCAGACATCAACATCACCATGACCGCATATTTGGTGACGGTGGCGATGGGAATTCCTTTGAGCAGTTGGCTTGCCGAGCGGTTCGGTGCCAGGCGGATCTTCTGTCTGGCGATATCGGTGTTCACCATCGCCTCCCTGCTCTGCGCCATCAGCACGGACCTGACAATGCTGACGGTGAGCCGCGTGGCCCAGGGCGTGGGCGGAGCCATGATGGTTCCGGTTGGCACCCTGGTGGTGTTGAGGGGCACCCCCAAATCGGAGCTTCTCCGCGCCACCGCATATCTTGTGTGGCCGGGCTTGTTGGCCCCGGTCTTGGCCCCGATGGTGGGTGGTGCTCTCACCACCTTCCTGTCATGGCACTGGATCTTCATCATCAACGTCCCTCTCGGCCTGGCCGCCTTCATTGCCGCCCTCAGGCTGGTGCCGCGAACACAGTTTGATGCGAAGCGTCGGCTGGACTGGTTCGGGCTGCTGCTCACCACGCTGGGCGTGGGTGCTTTGGTAGTGGGGCTGGAGACCTTGGGAGGCCACGCGTCCAATGTGCTTGCTGTGGCGGTGGTTGCTGCCGGGGTGCTGTCCCTGGGTGGTGCCGTGTGGTGGATGAGGAAAGCCCGCGTTCCCCTGTTCAACCTCAGCGTTTTTGGAACCAGGACTTTCAGGGCGACTTCCACTGGCGGCTTCATTTACCGGCTGACCATTAGTTCGGTCCCTTTCCTGCTGCCGTTGATGTTCCAGGACGGCTTTGGCTGGGATCCCCTCAAAGCCGGTGTCATGGTTGCCGCAGTATTCGTGGGCAACATCGGAATCAAGCCAGCCACCACGCCACTCATCAGGCGATTCGGGTTCAAGCCGGTGCTCGTCTTTGCCTCGTTTGCTTCAGCAGTGACATTTGCGTTGTGCGCCTTCCTCGACGCCCAAACACCGGAACCACTGATCTTTGCGTTGCTGCTGTTCAGCGGCGCATTCCGTTCCATCGGTTTTTCCGCGTACGCCTCCGTACAGTACGCAGACATCGTCCCGGGCCAGCTGCCCTCAGCCAACGCCATTTCTGCGACGCTCGTTCAGTTGGCGGCGGCGGCAGGCATCGCGGTGGGTGCCCTGTTCCTGCGCCTGTTCGAAGCCACGCAGGTGTTGGGGGCGGACCACGTGGCGGGGTACAAGGGGGCGTTCATTGCCATGGCCCTCCTGATGCTGATCAGCACGGGGGATAGCCTTGCCCTCCATCGTCATGCCGGAGCGGAAGTCAGCGGCGGAGTAAAGCGGGCTTAA MSTKPNTDVESANETSWRPRLALLVAATFFMEFLDGTILTTAIPSIASDFRVAPADINITMTAYLVTVAMGIPLSSWLAERFGARRIFCLAISVFTIASLLCAISTDLTMLTVSRVAQGVGGAMMVPVGTLVVLRGTPKSELLRATAYLVWPGLLAPVLAPMVGGALTTFLSWHWIFIINVPLGLAAFIAALRLVPRTQFDAKRRLDWFGLLLTTLGVGALVVGLETLGGHASNVLAVAVVAAGVLSLGGAVWWMRKARVPLFNLSVFGTRTFRATSTGGFIYRLTISSVPFLLPLMFQDGFGWDPLKAGVMVAAVFVGNIGIKPATTPLIRRFGFKPVLVFASFASAVTFALCAFLDAQTPEPLIFALLLFSGAFRSIGFSAYASVQYADIVPGQLPSANAISATLVQLAAAAGIAVGALFLRLFEATQVLGADHVAGYKGAFIAMALLMLISTGDSLALHRHAGAEVSGGVKRA NA NA NA NA NA D3-18_03506 1419 algC COG1109 Phosphomannomutase/phosphoglucomutase GTGACTAGCGAGCAGAACAAAACATTCGACCTCTCGGCTTCCTTCAAGGCGTACGACGTCCGGGGCATCGTGGGTGAAACCATCACGGCTGAAATCGTCGAGGCCGTTGGCGCTGCCTTCATCGACGTCCTGGGTTTGGAGGGTGAAACGGTACTGGTTGGCGGCGACATGCGTCCCTCCTCTCCGGAGTTCAGCCAAGCCTTTGCCAACGGGGCAGCCACGCGTGGCGCGAACGTCCAGTTGCTGGACCTCATCTCAACCGACGAGCTCTACTACGCATGCGGGGCCCTGAACGCTGCGGGCGCAACGTTTACCGCCAGTCACAATCCGGCCGCGTACAACGGGATCAAGATGGCCAAGGCAGGCGCCCAGCCCATCTCTTCTGAGAGCGGGCTTAAGGAAATACAGGCGCTGGCTGAGCAGTACCTGAACACCGGCATCATCCCCGCAGCAGCCACCCGTGGCGAGATCGGCGTCCATGACGTTCTGAAGGACTACTCCGAGTACCTGCGGAAGCTCGTGGACCTTTCCGGCTCCCGCCCACTGAAGATTGTGGTGGATGCAGGTAACGGCATGGCCGGCCTCACCACGCCTGCCGTACTCGGCGACAAACTCCTCCCGGCGCTGCCCTTCGAAATTGTTCCCCTCTACTTCGAACTCGATGGTTCGTTCCCCAACCACCCGGCCAACCCCTTGGAGCCGGAAAACCTGCGCGACCTTCAGGCCGCCGTCGTCAAGCACGGCGCCGACATCGGCCTCGCGTTCGACGGCGACGCGGACCGCTGCTTCGTCATTGATGAAAAGGGCGAGCCCGTTTCCCCGTCTGCGATCACCGGCATGGTGGCCCGTCGTGAGATCGCCCGCGCCCAGGCTGCAGGGGAAGAGACCCCGGTGATCATCCACAACCTCCTCACCTCCAAGGCCGTTCCCGAGCTCGTAGCCAAGGACGGCGGCCGTGCCGTACGGACCCGGGTGGGACACTCCTTCATCAAGGCCGTCATGGCCGAGGAAGCTGCCGTGTTCGGCGGTGAGCACTCAGCACACTTCTACTTCCGGGATTTCTGGAACGCTGACACCGGCATGCTTGCTGCCATGCACGTCCTCGCTGCTTTGGGTGAGCAAGACGGCCCACTCTCCGAACTCGGCCGCCAATACGAACCCTACGTTTCCTCTGGCGAGATCAACTCCGAGATCGAAGACAAAGCCGGCGCCGTCGAGCGGGTTCGCGTTGACTTCGAAACCGAGGACATCGACATCGACCACATGGACGGCAGCACGTTCACGGCCAAGGACGGCAGCTGGTGGTTCAACCTTCGCCCGTCCAACACCGAGCCCTTCCTGCGCCTGAACGCCGAAGCCAAGGACCAGGCGACCATGGAGAAGATCCGTGACCGCGTCCTTGCGCTGGTTCGGGCCTAG MTSEQNKTFDLSASFKAYDVRGIVGETITAEIVEAVGAAFIDVLGLEGETVLVGGDMRPSSPEFSQAFANGAATRGANVQLLDLISTDELYYACGALNAAGATFTASHNPAAYNGIKMAKAGAQPISSESGLKEIQALAEQYLNTGIIPAAATRGEIGVHDVLKDYSEYLRKLVDLSGSRPLKIVVDAGNGMAGLTTPAVLGDKLLPALPFEIVPLYFELDGSFPNHPANPLEPENLRDLQAAVVKHGADIGLAFDGDADRCFVIDEKGEPVSPSAITGMVARREIARAQAAGEETPVIIHNLLTSKAVPELVAKDGGRAVRTRVGHSFIKAVMAEEAAVFGGEHSAHFYFRDFWNADTGMLAAMHVLAALGEQDGPLSELGRQYEPYVSSGEINSEIEDKAGAVERVRVDFETEDIDIDHMDGSTFTAKDGSWWFNLRPSNTEPFLRLNAEAKDQATMEKIRDRVLALVRA PGPT0017865_1479 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-COLANIC_ACID_METABOLISM CE-EPS-COLANIC_ACID_RELATED_PROTEINS,PGPT0017865-manB|yhxB-K01840 NA NA D3-18_03507 918 hypothetical protein ATGACGCAGATTCCGTCCGAGGATCGAACCTCGCCCGAATCCGAATTGGCTGCAGTCGTGGCCGAAGCCCTTAAACTGGCCGACGCTCAGTTGGTCATCAACAAGAGTTTTGCCCCGTTCGTCTTCATGCTCGGCACTGACGGCACCATCCACCGCGGCGAAGTCCCCAAGGAAATTCAGGGGACCATGCCCCCGGACCCGCTGCTGTCCGTGAAGCTGACCATTGATCTCTTCTCGGGCAATGCCGAAAATCTCCTCGCGATGGTTGCTGTACTGGACCCGCAGGCGGGCAAGAACGAGGACACGCTCCACTTCTGGGCTGAACACCGCAGTGGCATCAGCCAAATCATCCGTGTGGATTTCACCCGCAAGAAGTTCCTGAAGCACCCCGTCTTGAGTGACCCCCGGGTAGAAGCCCAGGAACCCTACGTATGGGCTGGCGGAGCCGCTCCTGCGGAGGAATGGTGGCATGAAGGACTCTCCGAGCAGGCCATTCAGGATGTTTTCGACCTTGTAGGCGTCGCGGTTCCTTTCGCCCAGGATCAGTTGAGTAAGAACGGCGCGTTGGCGCCATATGGTGTCACCACCGATCTCACGGGTGAGATCGGGCATCATATGGGCTACCAAGAGCCCAACGAAGACGGCGAGGTTGATTCGGAAGAGTCCCTCCAGCTCTTGACAGACGGTTTCCGCCAAGACGTTGAGTCGTTGCGCGGTACGTGCGTCATCAGCGATGTCCGCGTCCGCCCCAGTGACGGCGAAGGCGCTGCCTTTGACGCTCTCAGGCTCCACTTAGAACACACCGAAGGTCTCTCGATGCTGATCCTGAAACCCTACGAAGTCGACGAACAGTCCCGGAGCGTCGCGTTCGGTGAGACAGCAGTAACGCCCACGGCTGCACGGGTGTGGTCCGCATGA MTQIPSEDRTSPESELAAVVAEALKLADAQLVINKSFAPFVFMLGTDGTIHRGEVPKEIQGTMPPDPLLSVKLTIDLFSGNAENLLAMVAVLDPQAGKNEDTLHFWAEHRSGISQIIRVDFTRKKFLKHPVLSDPRVEAQEPYVWAGGAAPAEEWWHEGLSEQAIQDVFDLVGVAVPFAQDQLSKNGALAPYGVTTDLTGEIGHHMGYQEPNEDGEVDSEESLQLLTDGFRQDVESLRGTCVISDVRVRPSDGEGAAFDALRLHLEHTEGLSMLILKPYEVDEQSRSVAFGETAVTPTAARVWSA NA NA NA NA NA D3-18_03508 453 hypothetical protein ATGAGCGAGCCCACCAACGCGCCGGATGAGGGCGAGTCAGTCCAGGAACGCGAACTCCGCGAGACCTTGGGCACAGCACTTGGAACCGCCCAGGAGCACATCCAGCAGAACGGTGGATTCTTCCCGTTCGGCATCACGCTCTCGAACGATGGTGAATTGCGGATAGTGATGATTGCCCCAGGCGAGCCGGACGAGAACGGCGACGTGGATGCGGGCCAGATGTTGACCGACATCCATGAACTACTGCGGCAAGGCCGCGATGATTTCAAGGCTGTAGCTGTTGTGAGTGACGTCAGCCTGCCGGATCATGGTTCTGACGGCATCCATGGTGCCGCCGAACACCGGGACGGCGAAGTCCTCGCGGCAATCATTCCGTACACTCCCACGGTGGACGGTTTCGCATTCCGTGCCATGGAGCCCGATACCCACGAACCATCCATCTGGGTGGACTAG MSEPTNAPDEGESVQERELRETLGTALGTAQEHIQQNGGFFPFGITLSNDGELRIVMIAPGEPDENGDVDAGQMLTDIHELLRQGRDDFKAVAVVSDVSLPDHGSDGIHGAAEHRDGEVLAAIIPYTPTVDGFAFRAMEPDTHEPSIWVD NA NA NA NA NA D3-18_03509 471 nsrR COG1959 HTH-type transcriptional repressor NsrR ATGAAAATCAACGCCTTCGCAGATGTCAGTCTTCGCGCAATCATGGTCTTGGCCGCGGCTCCAGACGGCATGCTGCTGACTACCCAAGCGGTGGCGGACGCGGTGGGGACACCGTACAACCATGTCAGCAAGGCGATGGTCCGCTTGCGTGCACTGGGTTACATCGACGTTGAACGCGGGCGGCTGGGTGGTTCCCGGCTCAATGAATCCGGTCGGAGGGCCACCGTCGGCGAAATCCTTCGGCATCTTGACAGCCGGCAGGATCCAGCAGAGTGCCAATCCCCCACCAAGAACTGCCCGCTCATCAATGAGTGCGGGCTGCGCCATGCGATGAACCGGGCCAGGGAAGCCTTCTATCGCGAGCTCGATGCCGTGGTTATTGCGTCCCTCCCCCATGCACGGCAGATGAACCCGGTGTTCCAATCCATCGGGCTCCGGCCGGAGTTCAGGACCCCCGCGGCACAGTCTTAG MKINAFADVSLRAIMVLAAAPDGMLLTTQAVADAVGTPYNHVSKAMVRLRALGYIDVERGRLGGSRLNESGRRATVGEILRHLDSRQDPAECQSPTKNCPLINECGLRHAMNRAREAFYRELDAVVIASLPHARQMNPVFQSIGLRPEFRTPAAQS PGPT0013005_392 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING NITRIC_OXIDE_REDUCTION,PGPT0013005-nsrR|yjeB-K13771 NA NA D3-18_03510 1158 hmp_2 Flavohemoprotein ATGCTCTCGGAAAAGTCCCGCCCCATCATTGAAGCCACGCTGCCGCTGGTTGGTTCACGGATCGGCACGATCACCGTCGACTTCTACAATCGACTCTTCACCGCGCACCCTGAGTTGCTCGATGGACTCTTCAGCCGCTCCAACCAGCGTTCCGGAGATCAACAGCGGGCGCTGGCCGGGAGTATCGCCACCTTCGCCACCCACCTCATCAACAACCCGGGCACCCTTCCGGAAAAGGTACTTTCCCGCATTGCGCACAAACACGCTTCCCTCGGAATCACCGAGGATCAGTACGCAGTGGTCTACGAACACCTCTTTGCAGCCATCGCCGCGGATTTGGCCGACGTCATCACTCCGGAGATCGCCGAAGCATGGACAGAGGTGTACTGGCTCATGGCAGATGCCCTGATCAAACTGGAGAAGGACCTCTACGCAGCGCAGGCGAACAACAAAATGTGGATGCCGTGGCGCGTAACCCGCAAGGAACCGGCAGGCACTGATGCGGTGACGTTCACCTTGGAACCGGCAGACGGCACCCCGGTCACGCCAGCAAAGCCCGGTCAGTACGTCAGCGTCAAGGTCCAACTCCCCGATGGCTTGCGCCAGGTGCGCCAATATTCACTATCCGGCGACGCGGGCATCCGTCGGACCTTCACTACCAAGTTGAACGACGGCGGTGAGGTGTCCACCGCCCTTCACACCGGCGTCGAACCCGGCGACATCCTCGAAATTTCTAACCCTTACGGGGAAATTACCCTCAGGAACGGTGCCGGCCCTGTCATCCTGGCCTCTGCGGGCATTGGCTGCACCCCAACGGCTTCCATTCTGCGGTCGCTTGCGGAGTCGGGCACGGATCGGCAGGTCTTGGTCCTTCACGCCGAGAAGACCATGGAGAACTGGGCACTCAGCGGCCAGATGACCGCCGACGCAGCCCGGATCAACGCAGACCTGCAACTTTGGCTCGAGTCTCCCCATCCCGGAACCAACCACGGCTTTATGTCTCTGCGTGAACTGGACATGCCCGCAGACGCTTCGCTTTACCTTTGCGGCCCCCTCCCCTTCATGAAGAAGATCCGCGATGAAGCCATCGATGCCGGAATTCCAGCCACCCGTATTCACTACGAAGTGTTCGGCCCGGACGTGTGGCTCGCCAGCTAG MLSEKSRPIIEATLPLVGSRIGTITVDFYNRLFTAHPELLDGLFSRSNQRSGDQQRALAGSIATFATHLINNPGTLPEKVLSRIAHKHASLGITEDQYAVVYEHLFAAIAADLADVITPEIAEAWTEVYWLMADALIKLEKDLYAAQANNKMWMPWRVTRKEPAGTDAVTFTLEPADGTPVTPAKPGQYVSVKVQLPDGLRQVRQYSLSGDAGIRRTFTTKLNDGGEVSTALHTGVEPGDILEISNPYGEITLRNGAGPVILASAGIGCTPTASILRSLAESGTDRQVLVLHAEKTMENWALSGQMTADAARINADLQLWLESPHPGTNHGFMSLRELDMPADASLYLCGPLPFMKKIRDEAIDAGIPATRIHYEVFGPDVWLAS PGPT0013000_1839 NA NA NA NA NA D3-18_03511 1827 pckG COG1274 Phosphoenolpyruvate carboxykinase [GTP] ATGGGCGATCTGGCGCGACTGCCGCTGCTTGAGAAGGCACCTACTACGCATGCACGCCTGCTGGCCTGGGTTGAGGAAGTTGCCGAGCTGACTCAGCCGGACCGCATCCACTGGGTCGATGGCAGCGAAGCAGAAAACAAGAAGCTCACCGACGAACTCGTCGAGGCCGGCACGCTGAAGCGGCTGAACCCGGAAACGTTCCCGAATTCCTTCGCGGCGTTCTCTGACCCCGCTGACGTTGCCCGTGTAGAAGAGCAGACCTTCATCTGCTCGGAGAACGAGCGCGACGCAGGCTTCACCAACAACTGGATGGCCCCGGCCGAGATGAAGCAGAAGCTACGCGGACTCTTCGCCGGCTCCATGCGTGGCCGCACCATGTACGTCATTCCGTTCGTCATGGGCCACCTGGATGCCGAGGACCCGAAGTTTGGCGTCGAGATCACCGACTCCGCCTACGTTGTGGCCTCCATGCGAATCATGGCCCGCATCGGTACGGACGTCCTGGACCGCATCACGCAGACCGATGCTTTCTTTGTTCCGGCCCTCCACTCACTTGGCGCACCACTGGAAGCCGGCCAGGCCGACGTCGCATGGCCGTGCAACACCGACAAGTGGATTGTGCACTTCCCCGAAGAGCGCTCCATCTGGTCCTTCGGCTCCGGCTACGGCGGCAACGCCCTCTTGGGCAAGAAGTGCTACGCCCTGCGCATCGCTTCGGTAATGGCCCGCGACGAAGGCTGGCTGGCTGAGCACATGCTCATCCTCAAGCTGACCTCCCCCGAGCAGAAGACCTACTACGTCTCCGCCGCTTTCCCCTCCGCCTGCGGCAAGACCAACCTCGCGTTGCTCGACCCCACCATCAAGGGGTGGAAGGTGGAGACCCTTGGCGACGACATCACCTGGATGCGATTCGGCAAGGAAGGCGAGCTCCGCGCCGTCAACCCCGAAGCCGGCCTGTTCGGCGTTGCTCCGGGCACTGGCTGGGGCACCAACCCCAACGCCATGCGCGCCATCGCCAAGGGCAACAGCATCTTCACCAACGTTGCACTGACCGACGACGGTGGCGTCTGGTGGGAAGGCATGACCGAGGAAACTCCGGCACACCTGACCGACTGGCGCGGCGAGTCCTGGACTCCGGACTCCGACGCACCCGCTGCCCACCCGAACTCGCGCTTCTGCACGCCGATCGACCAGATCGACATGCTGGCCGAAGAGTACTTCAGCCCGGAAGGCGTGGAACTGTCCGCGATTCTGTTCGGTGGCCGTCGCAAGACCACCATCCCGCTGGTCACCGAGGCCCGCGACTGGTCAAACGGCATCTTCATGGGTTCCACGCTGTCCTCCGAAACCACGGCTGCTGCCGCCGGTGCCGTTGGCGTGGTCCGCCGCGACCCGATGGCCATGCTGCCGTTCATTGGCTACGACGCAGGTGACTACCTGAACCACTGGGTGAACCTGTCCGCCAAGGCCAACCCGGAGCGTCTGCCCAAGATCTTCCTGGTCAACTGGTTCCGTCGGACGGCTGAAGGCGGCTTCGCCTGGCCTGGCTTCGGAGACAACGCCCGTGTGCTCAAGTGGGCTATCGAGCGCCTCGAGGGCAAGGCTGACGCCGTGGAAACCCCGATCGGTTTCGTGCCGACCGGTGAATCCATCGACCTCGAGGGCCTGGACATGACCCCGGCCGAGGTTGAGTCGGCCGTTCGTGTCGACCCCGAGGAATGGGCAACCGAGCTCGCGTCCATCGAGGAATGGTTCGCCAACTTCGGCGAGTCGCTCCCGGCGGCACTTCAGTCCGAACTGGACGGTCTCAAGACCCGTCTGGGCTAG MGDLARLPLLEKAPTTHARLLAWVEEVAELTQPDRIHWVDGSEAENKKLTDELVEAGTLKRLNPETFPNSFAAFSDPADVARVEEQTFICSENERDAGFTNNWMAPAEMKQKLRGLFAGSMRGRTMYVIPFVMGHLDAEDPKFGVEITDSAYVVASMRIMARIGTDVLDRITQTDAFFVPALHSLGAPLEAGQADVAWPCNTDKWIVHFPEERSIWSFGSGYGGNALLGKKCYALRIASVMARDEGWLAEHMLILKLTSPEQKTYYVSAAFPSACGKTNLALLDPTIKGWKVETLGDDITWMRFGKEGELRAVNPEAGLFGVAPGTGWGTNPNAMRAIAKGNSIFTNVALTDDGGVWWEGMTEETPAHLTDWRGESWTPDSDAPAAHPNSRFCTPIDQIDMLAEEYFSPEGVELSAILFGGRRKTTIPLVTEARDWSNGIFMGSTLSSETTAAAAGAVGVVRRDPMAMLPFIGYDAGDYLNHWVNLSAKANPERLPKIFLVNWFRRTAEGGFAWPGFGDNARVLKWAIERLEGKADAVETPIGFVPTGESIDLEGLDMTPAEVESAVRVDPEEWATELASIEEWFANFGESLPAALQSELDGLKTRLG PGPT0019595_1421 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ORGANIC_ACID_USAGE-TRICARBOXYLIC_ACID_CYCLE,PGPT0019595-pckA-K01596 NA NA D3-18_03513 729 lutR_4 COG2186 HTH-type transcriptional regulator LutR ATGACAACTTCCGGTGTGGTTCCGCAGGCGCGGTTCAGTGCACAGGCCCGGCTGCGCGCCTTGCAGTCGGACATTATGGAATTGATCCTTGAGCGCGAGCTTGAGGCAGGCGACCCGTTGCCGACCGAAAGTGAGCTCTCTGCCGCGCTTGGCGTGGGACGAAACACGCTCCGCGAATCTCTCAAAGTTCTCCAAGCCTTGGGTGTCATCGAGATCCGGCATGGTTTCGGCATGTTCGTGGCACCGAGCAACTTTGACGCCCTGGCGGACGGACTGACGTTCCGCGGCCGGCTTTCGCTTCGCCATCAGGGACTTGAAGCCTTGCAGCTGGTAGATGTACGCCAAGCTCTCGAATCCGGGCTTATTGGGTCCTCCATGGATGTCATGACCAAGGAACAGCTGGCCTCCATCGAGGAAGCCGTGAAGCAGATGGAAGATCTGGCTGCAGCTGGCGAGAACTTCGTCGCCGCTGATGCCGAGTTCCACCGCAGGCTGTTCGAACCCCTCAACAATGAACTCCTGATCAACCTCATGGGTGTCTTTTGGAAGGTCTATCGGAAGATTCACGTAGAGATTGGCCCAGGCAACGAGGACTTGGCAAAAACCGCTGCAATGCACCGCAGTATCTATGCGGCAGTTGCTGCCGGCGACAAGGTTTCGGCTTCTGAACTGCTCAACCGGCACTTCGACGGCATCCGCCGCCGCATCAGCGAGGCCGTGGGGGAGTAA MTTSGVVPQARFSAQARLRALQSDIMELILERELEAGDPLPTESELSAALGVGRNTLRESLKVLQALGVIEIRHGFGMFVAPSNFDALADGLTFRGRLSLRHQGLEALQLVDVRQALESGLIGSSMDVMTKEQLASIEEAVKQMEDLAAAGENFVAADAEFHRRLFEPLNNELLINLMGVFWKVYRKIHVEIGPGNEDLAKTAAMHRSIYAAVAAGDKVSASELLNRHFDGIRRRISEAVGE NA NA NA NA NA D3-18_03514 1623 gsiB_2 COG0747 Glutathione-binding protein GsiB ATGAGCAAGACGATCCAAAGCCTGCCGCTGGTCAACGACGCCAGCCGCCGGAACTTCCTGAAGCTAAGCGGCGCAGTTGGTGCAGCAGCCGCCTTCACGGCAACCCTCTCCGCGTGCGGCGGCGCCGCCAGTACCACCACCGGCTCAACCACCAACACCGCGGCCGTCAACAAGGACCTCATCATTGAGGCAGGCATCTCCTACGCACTGTCCACCGGCTTCGATCCCCTGAGCTCGTCCGGAGCCACACCGATGGCAGCTAACCTTCACATCTTCGAAGGCCTCATTGAACTCCACCCGGCCACGCGTCAGCCCTACAACGCCTTGGCAGCTACGGATCCCAAGAAGGTCAACGACACCACCTATCAGGTGACCATCCGCGACGGCGCCAAGTTCCACGACGGCTCCCCCGTCACCACCGAAGACGTCGCTTTCTCCTTCACGCGCGTCATGGACCCGGCGAACAAGTCACTGTTCTCCCAGTTCATCCCCTTCATCCAGGACGTCAAGCCGCTCGATGCAAAGACCGTGGAATTCACGCTCAAGTACGCTTTCCCCGGTTTCGGACCGCGCATCTCTGTAGTGAAAATCGTCCCCAAGGCACTCGCCACCGATCTGAAGGCGTTCGACGCCGCACCTGTCGGCTCCGGCCCCTACAAGCTCGTTTCCGCCGTAAAGGACGACAAGATCGTCTTCGAAGCATTTGCCGATTACAACGGTCCTAAACCTGCACTGGCCAAGGGCATGACCTGGCTGCTGCTCTCCGACGCAGCAGCGCGCGTTACCGCAGTCCAATCCGGCCGCGTCCAAGCCATCGAAGACGTTCCCTACCTGGACGTCGACGGCCTGAAGTCCAAGGTCAAGGTTGAATCCGTCCAGTCCTTCGGCCTGTTGTTCCTCATGTTCAATTGCGCCAAGGCCCCGTTCGACAACAAGCTGGTCCGCCAGGCCTTGCACTTCGGCATGGACAAAGAATCCATCATCAAGAAGGCCCTGTTCGGCAACGCCAAGGCCGCGACTTCCTACTTCCAGGAAGGACACCCGGACTACGTCAAGGCCAAGAACGTCTACGGTTTTGATACTTCCAAAGCTGAGGAACTACTGAAGCAGGCGGGTGTCACCAACCTGGAGTTCGAGCTCCTCACCACGGACACCGCCTGGGTCAAGGACGTTGCCCCGTTGATCCTTGAATCCTGGAACAAAATCCCGGGCGTCAAGGTCACCGTCAAGAGCATCCAGTCCGGCGCCTTGTACAGCGACCGCGTTGGCAAGGGTGACTTCTCCGTGGTGGCGGCCCCGGGCGACCCCTCGGTGTTTGGCAACGATGCAGACCTTCTTCTGAGCTGGTTCTACTCGGGTGCAACCTGGATGGACAAGCGCGCATTCTGGACCACCCCGGAGCGCACCCGACTGCAGGAACTCATGAACAAGGGCTCGCAAGCTTCGGGTGAAGAGGCCAAGAAGATCGTCGGCGAAATCGTGGACATGGTCTCGGACGAAGTTCCGCTGTACCCGGTGTTCCACCGCCAGCTACCCAGCGCCTGGGACGAGAAGAAGCTCAACGGCTTCCAGCCCCTGCCCACCACCGGCCTGTCGTTCATCGACGTCGGACGAACTGCCTAA MSKTIQSLPLVNDASRRNFLKLSGAVGAAAAFTATLSACGGAASTTTGSTTNTAAVNKDLIIEAGISYALSTGFDPLSSSGATPMAANLHIFEGLIELHPATRQPYNALAATDPKKVNDTTYQVTIRDGAKFHDGSPVTTEDVAFSFTRVMDPANKSLFSQFIPFIQDVKPLDAKTVEFTLKYAFPGFGPRISVVKIVPKALATDLKAFDAAPVGSGPYKLVSAVKDDKIVFEAFADYNGPKPALAKGMTWLLLSDAAARVTAVQSGRVQAIEDVPYLDVDGLKSKVKVESVQSFGLLFLMFNCAKAPFDNKLVRQALHFGMDKESIIKKALFGNAKAATSYFQEGHPDYVKAKNVYGFDTSKAEELLKQAGVTNLEFELLTTDTAWVKDVAPLILESWNKIPGVKVTVKSIQSGALYSDRVGKGDFSVVAAPGDPSVFGNDADLLLSWFYSGATWMDKRAFWTTPERTRLQELMNKGSQASGEEAKKIVGEIVDMVSDEVPLYPVFHRQLPSAWDEKKLNGFQPLPTTGLSFIDVGRTA PGPT0004430_7024 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 D3-18_03515 957 gsiC_2 COG0601 Glutathione transport system permease protein GsiC TTGGTCACGATATTGCGTCTGCTTGGCCGCAGGCTTGCAGCATTGCCATTGATGATCCTGGGCATCACGTTGCTCGTCTTCCTCGTCCTGCAGGCCGCTCCCGGCGACCAGGCAAGCTCGGCCCTCGGCGACGGTGCCAGTGAAGAAGCGAAGCAGCAGTACCGCCAGGAAAATGGCCTGAACGATCCCTTGGTCCTGCAGTACTTCCGATTCCTCGGCAAGCTCCTGCAGTTCGACCTCGGCGTCACTACCCCGCCGGCCAAGTCGGTGGCTTCCATGATTGGCTCGGCGTTCCCCCTGACGTTGCAGCTCACCTTCCTGGGTGTCCTCATCGCGATAGTGCTCTCGCTCGCCTTCGGCATCCTCGGCGCCCTCTACCGCGACAAGTGGCAGGACCAGCTGGTCCGCGTCTTCTCCATCGCCGCGATCGCCACGCCGTCATTCTGGCTGGGCATCCTGCTCATCCAGTGGTTCGCGCTCGGTGCCAACCCGATGTTCCCCTCAGGCGGAATTGCGACGCCGGAATCCGGCTTTGGCGGTTGGCTCAACTCCATGGCCCTCCCGGCTTTGGCGCTCGGCATCCCTGTATCAGCGTCCCTGATCCGCGTGGTCCGTACCTCCATGGTTGAAGAACTGGACCGCGACTATGTCCGCACCGCTATCGGCAACGGCGTCCCCTACCGCGAAGTCGTTTCAAAGAACGTCCTCCGCAACGCGCTCGTCACCCCGGTGACGGTGCTGGGACTCCGCGTGGGCTACCTGCTGGGTGGCGCCGTCGTGATTGAAATGATTTTCGCCCTGCCCGGCATGGGCCAGCTGATCCTCAACGGCATCACCAACCTGGACGTCAACCTTGTCCAGGGCGTAGTGCTCACCATCTCGGTCACCTTCGTTCTGGTGAACATCGTGGTGGACCTTCTCTACCTGCTCATCAACCCCCGAATCAGGACGGTATAG MVTILRLLGRRLAALPLMILGITLLVFLVLQAAPGDQASSALGDGASEEAKQQYRQENGLNDPLVLQYFRFLGKLLQFDLGVTTPPAKSVASMIGSAFPLTLQLTFLGVLIAIVLSLAFGILGALYRDKWQDQLVRVFSIAAIATPSFWLGILLIQWFALGANPMFPSGGIATPESGFGGWLNSMALPALALGIPVSASLIRVVRTSMVEELDRDYVRTAIGNGVPYREVVSKNVLRNALVTPVTVLGLRVGYLLGGAVVIEMIFALPGMGQLILNGITNLDVNLVQGVVLTISVTFVLVNIVVDLLYLLINPRIRTV PGPT0004445_9385 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 D3-18_03516 2112 btuD_14 Vitamin B12 import ATP-binding protein BtuD ATGCGCAGCAAGCTCGCAGAACGGCTAAGTGCCCCGGGCATTCGCTTCAAGGCCCTGCCCTGGGGCTCCCGCATCGCCCTGCTCTTTCTCCTCATGATTGTCCTGGCGGCCATCTTCGCGCCGGTGATCGCACCGCACGATCCCCTGGAGACCTTCATTCCCGCCACCCCGCCGGGCGCCGAACACTTCTTCGGTACTGACCGGTTGGGCCGCGACATCTTCTCGCGGCTCCTCTTCGGTGCACAGTCGTCACTCCTGATCGGCCTCGGCGCAGTTGCGTTGGCCATCCTCGCCGGCGCGCTCCTCGGGTCCTTCGCCGCGACGTCCAGCAAGTCCGTAAATGAGATCATTATGCGGCTCATGGACATCCTCATGGCATTCCCCGGCATTGCGCTGGCTGCTGTGTTACTGGCCGCTTTCGGCAACTCGGTCCCGACAATCATCATCGCGATCGCCATCATCTACACCCCCCAGCTGGCACGTGTGGTCCGCGCAAACGTGCTGGCCCAATACGGCGAGGACTACGTTCGTGCTGAGCGAGTGATTGGTGCAGGCCGCTTCTACATCCTGGTCAAGCACATCGTCCGCAACACCGCAGCTCCCGTGTTGGTGTTCGCCACGGTCATGGTGGCCGACGCCATCATCCTCGAAGCCTCGCTCTCCTTCCTGGGCGCCGGCGTGCAGGACCCCGCTCCCTCTTGGGGCAACGTGATTTCCTACGGCCGCAACCTGGTCCTGTCCGGCGGTTGGTGGGCCACCACGTTTGCCGGTGTAACCATCCTGCTGACCGTACTGTCCCTGAACATCCTGGCCGAGGGCCTCACCGACGCCATGGTGAATCCGAAGCTGCGCCGCGCACCGGTGGTAAAGGACGACGACGGCTCCACCGCAGTTCTGGCCGTGGACAGCGAGGTGGCAACCTCCGTCGCCCAGCCCTCCGTAGTTGAGGAACACGAGCTCGACGGCGTCCGCGCGGCTTCCGCCGACACCATCACTTCTGATGTCGGCACTTCAGCCCTCCTCACCGATGTGAAACTGGCCGCCGCCAACCCGCACCTCCTGTTGGACCGCGAACTGGAACTTCTGGCAGCCATCGAAGCGAAGCGCACCGATCGCCTCCCGCAGGTCTCTCCCGAGGCCCGCAATGTGCTGGAAGTGAAGAACCTGTCCATCCGCTTCCCGGGCCGCTTCGGCGACATTGCAATCGTGGATAACGTCTCCTTCACGGTCCGCGAAGGAGAAACCATGGGTCTGGTGGGCGAATCCGGTTGCGGTAAATCCATCACCTCGCTGGCAGTAATGGGGCTCTTGCCCAAGACAGCCCAGGTCACCGGATCCATCAAGTTCGATGGCAAGGAACTGCTCGACTCCACCTCCCAGCACAGTAATCCCAAGGCTTACGAGGGCCTGCGCGGGGAACAGATTGCCATGGTCTACCAGGACGCGCTCAGCTCGCTGAACCCTTCCATGAAGATCAAGGACCAGATGGAGCAGCTCACCAAGCGCGGCGGCCGCAAGACTCCTGCCGAGCTGCTGGAAATGGTCAAACTGGATCCCGTCCGGACGCTCGCCAGCTACCCGCACGAGCTCTCCGGTGGCCAGCGCCAACGCGTCCTGATCGCCATGGCCCTGTCCCGTTCGCCCAAGATCGTTGTGGCGGATGAGCCCACCACCGCCTTGGACGTCACGGTCCAAAAGCAGGTGGTGGATCTCCTCAACGAACTCCGGGAGCAGCTCGGCTTCGCCATGGTTTTCGTCAGCCACGACCTCGCCTTGGTGGCTTCCCTGGCACACCGGATTACGGTCATGTACGCCGGCCAAGTGGTGGAGTCCGCACAAGCCTCCGAGCTTTTGCAGAACCCCAAGCACGAGTACACCCGCGGTCTGCTGGGCGCAGTCCTCTCCATCGAGGCCGACGCCGTCCGGCTTCATCAGATCCCCGGCACGGTCCCCTCCCCGCGGGACTTCGCAACGGGAGACCGCTTCGCACCACGATCGCAGCGTGCCGACGCCGACCCCCACCAGAAGCTGGTCCTCACCACTGTGGCCTCGCCGAGCGGTGACGATGCCGACCACTACTGGGCCAGCCACTTGAAGGAGGACGCGAAATGA MRSKLAERLSAPGIRFKALPWGSRIALLFLLMIVLAAIFAPVIAPHDPLETFIPATPPGAEHFFGTDRLGRDIFSRLLFGAQSSLLIGLGAVALAILAGALLGSFAATSSKSVNEIIMRLMDILMAFPGIALAAVLLAAFGNSVPTIIIAIAIIYTPQLARVVRANVLAQYGEDYVRAERVIGAGRFYILVKHIVRNTAAPVLVFATVMVADAIILEASLSFLGAGVQDPAPSWGNVISYGRNLVLSGGWWATTFAGVTILLTVLSLNILAEGLTDAMVNPKLRRAPVVKDDDGSTAVLAVDSEVATSVAQPSVVEEHELDGVRAASADTITSDVGTSALLTDVKLAAANPHLLLDRELELLAAIEAKRTDRLPQVSPEARNVLEVKNLSIRFPGRFGDIAIVDNVSFTVREGETMGLVGESGCGKSITSLAVMGLLPKTAQVTGSIKFDGKELLDSTSQHSNPKAYEGLRGEQIAMVYQDALSSLNPSMKIKDQMEQLTKRGGRKTPAELLEMVKLDPVRTLASYPHELSGGQRQRVLIAMALSRSPKIVVADEPTTALDVTVQKQVVDLLNELREQLGFAMVFVSHDLALVASLAHRITVMYAGQVVESAQASELLQNPKHEYTRGLLGAVLSIEADAVRLHQIPGTVPSPRDFATGDRFAPRSQRADADPHQKLVLTTVASPSGDDADHYWASHLKEDAK PGPT0004435_258 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 D3-18_03517 816 oppF_2 COG4608 Oligopeptide transport ATP-binding protein OppF ATGAGCGAGTTCGTTCCCCAAGGGTCACAGCCGGTCATCGAGCTCAAAGACGTCAAGGTCTACCACCATGCACGGACGGGTGGCCTCTTCCGGCCGAACGTCGTCAAAGCCGTGGACGGCGTGGACTTCACCATCAGCCGCGGCGAAACCGTGGGCATCGTCGGTGAGTCCGGCTGCGGCAAGTCCACGCTCGCGTCAGTGCTTGTGGGACTTCAGCCGCCGACGTCGGGCAAGGTCTTGTTCCATGGGAAGCCCGCCATCAAGCGGAACGCCGCCATGCGAAAGCAGTTCGGCCGCTCAGTCTCCGTGGTGTTCCAGGACCCGGCGACGGCACTGAACCCGCGCATGACCATCCAGGACATCCTCACTGATCCGCTGCAGATCCACGGCATCGGCAACGCTTCCTCCCGCGCTGCCAAGGTCAAGGAACTGTTGGCGCTGGTGGGCCTGCCGCAATCGGCAGCCGAGGTGACGCCGTCGCAGGTTTCCGGTGGCCAGCGCCAGCGCGTGGCGATCGCCCGCGCACTGGCGTTGGACCCGGACATCATCGTGGCTGACGAGCCGACGTCGGCACTGGACGTTTCGGTCCGTGCTCAGGTCCTGAACCTGCTGTCCGACCTGAAGAAGCAGCTGAACCTCGGCATGGTGTTCATCTCGCACGATATCCAGACCGTCCGCTACGTCTCAGACCGCATCTGCGTCATGTACTTCGGCAAAATCGTCGAACAAGGCACAGCCAGCCAGGTCTTCGACAACCCCAGCAACGACTACACCAAGAAGCTGCTGGGCGCCGCGCCGAGCCTGCTGCACATCTAG MSEFVPQGSQPVIELKDVKVYHHARTGGLFRPNVVKAVDGVDFTISRGETVGIVGESGCGKSTLASVLVGLQPPTSGKVLFHGKPAIKRNAAMRKQFGRSVSVVFQDPATALNPRMTIQDILTDPLQIHGIGNASSRAAKVKELLALVGLPQSAAEVTPSQVSGGQRQRVAIARALALDPDIIVADEPTSALDVSVRAQVLNLLSDLKKQLNLGMVFISHDIQTVRYVSDRICVMYFGKIVEQGTASQVFDNPSNDYTKKLLGAAPSLLHI PGPT0004440_8931 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 D3-18_03518 918 dapA_3 4-hydroxy-tetrahydrodipicolinate synthase GTGTCCACTCAGTTCCAAGGCGTCATCCCCCCGGTCATCACCCCCCGCCACGCCGACGGCAGCATCGACACCGCGTCGCTGAAGAACGTCACCAAGCACCTGATCGACCGCGGTGTTTCCGGCCTTTTCGTCCTCGGCTCCTCCGGCGAAGTCCCGTACCTGACCAACGACGAGCGTGAGCTGGTGGTCTCCACCATCGCCGACGCCAACGCCGGCGCGGTCCCCCTGGTCGTGGGCGCCAACGAGCAGACCACCACCCGCGTGATTGAGGAAGCTCGCAAGGTGGTTGACCTCGGTGCTGACGCGATCGTAGTCACGTCCATGTACTACGCGATCGGCAATGCGGCGGAGACCGAAACGCACTTCCGCAGCATCCACGCCGCTATCGAGAAGCCGATCTTCGCCTACGACGTCCCGGTCCGCACGCACTTCAAGCTGCCCACCGATCTTCTGGTCCGCCTCGGCCGCGATGGCGTCATTGCCGGCGTCAAGGACTCCTCAGGTGACGACGTTTCCTTCCGCCAGCTTCTCCTGGCAGCCAAGGACATCCCCAACTTCGACATCTTCACCGGTCACGAAGTCGTGGTGGACGGCGCCCTCCTGGGTGGCGCGCAAGGTGTTGTCCCGGGCCTTGGCAATGTTGATCCGGCCGGTTACCGCCGCCTGTTCGACGCGGCCCAAGGCGGTGACTGGGCTCTCGCGGCAAGGGAGCAGGACCGCTTGGCCGACGTTTTCGAAATCGTCTACGCCCCCAATGGCCGCGTTTCCGGCGGCGCTGCAGGCTTGGGGGCTTTCAAGACCGCCCTCCAGGTCATGGGCGTGATCGAGTCCAACACCATGAGCTCGCCGATGCTGTCGTTGAATGAATCCGAGACGGCCGTGATTCGCGAAATCCTGGAGCGGAACGGGCTGGTTTAG MSTQFQGVIPPVITPRHADGSIDTASLKNVTKHLIDRGVSGLFVLGSSGEVPYLTNDERELVVSTIADANAGAVPLVVGANEQTTTRVIEEARKVVDLGADAIVVTSMYYAIGNAAETETHFRSIHAAIEKPIFAYDVPVRTHFKLPTDLLVRLGRDGVIAGVKDSSGDDVSFRQLLLAAKDIPNFDIFTGHEVVVDGALLGGAQGVVPGLGNVDPAGYRRLFDAAQGGDWALAAREQDRLADVFEIVYAPNGRVSGGAAGLGAFKTALQVMGVIESNTMSSPMLSLNESETAVIREILERNGLV PGPT0002080_1722 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RHIZOPINE_METABOLISM CE-BACTERIAL_FITNESS-RHIZOPINE_BIOSYNTHESIS,PGPT0002080-dapA|mosA-K01714 NA NA D3-18_03519 993 nagK_2 COG1940 N-acetyl-D-glucosamine kinase ATGACCGCTTCGATGACCCACGTGATCGGCGTTGACCTCGGCGGCACCAAAACCGCCGCCGGGGTTGTTTCCCCTTCCGGCGAGGTGCTGATGTCGGAGACCATTCCGACGTTGAACCGGGCCGGCGGCGAAGCCATCCTCGACGCCACCGCTGCGCTGATCGCGGGCTTGGTGGAGCGCGCTGCCGACGCCGGAATTTCAGTTTCCGGCGTCGGTATCGGCTCCGCCGGGGTCATCGACGCTACTACGGGAATGGTTGTGTCTGCGACGGATGCGATTCACGGTTGGGCAGGGACTGAGCTTGTTTCGGGCTTGTCCTCGCGACTTTCGCTCGCTCCTTCGATGGTGCGCGCCGTCAACGACGTCCATGCCCACGCCCTCGGCGAAGCCTGGCTGGGTGCGGCCGCAGGCTCCTCAAGTTCACTCATGGTGGCGTTCGGAACGGGAGTTGGCGGAAGTTTTGTGCTGAACGGCGCTCCTGTTTTGGGTCACCGCTTTGTGGGCGGGCATGTAGGCCACTTCGCCTCACCCTACGCCGCGTCTGGTGGAACTCCCCTGCCGTGTGTTTGCGGTGGATCCGGGCACGTTGAGGCCATCGCCTCCGGCCCCGCTCTTTATGAGGCGTTTCTGCACTTTGGTGGTTCTGCCTTCGAGGCTCTGGACACGCGGGGCGTGTTTGAGCTCGCTGCTTCTGAAGCTCACGACGGCGGTGCTGCCGCAGCTTCTGCGGACAGCCGCGCCGCCGCACTGCGTGCCATCGAGGTTGGCGCAGCAGCGGCGGGCCAAGCCGTGGGCGGACTCATCAATATCCTCGACCCCGAAACCGTGGTGATCTCCGGTGGCTTGGCCGACGCCGGCGAACTCTGGTGGAAGCCCATGGAAGCTGCCCTGCGCCAGGAACTGCTCTCGCCTCTGGTCTCCGTGCCGGTTCTCCGGGCAACTCTCGGCAACACCGCTGCCATTGTTGGCGCCGCAAAACTCGTCCTTAAGTAA MTASMTHVIGVDLGGTKTAAGVVSPSGEVLMSETIPTLNRAGGEAILDATAALIAGLVERAADAGISVSGVGIGSAGVIDATTGMVVSATDAIHGWAGTELVSGLSSRLSLAPSMVRAVNDVHAHALGEAWLGAAAGSSSSLMVAFGTGVGGSFVLNGAPVLGHRFVGGHVGHFASPYAASGGTPLPCVCGGSGHVEAIASGPALYEAFLHFGGSAFEALDTRGVFELAASEAHDGGAAAASADSRAAALRAIEVGAAAAGQAVGGLINILDPETVVISGGLADAGELWWKPMEAALRQELLSPLVSVPVLRATLGNTAAIVGAAKLVLK NA NA NA NA NA D3-18_03520 687 nanE Putative N-acetylmannosamine-6-phosphate 2-epimerase ATGATTCTCACCCCCGAAGGCCTCGAAACACTCCGCTCCCAGCTGATCGTCTCCTGCCAGGCCTACCCCGGAGAGCCCATGCGCGATCCCCGGACCACAGCACAGGTGGCCGCATCCGCGGTCATCGGCGGCGCTGCGGCGATCCGCGTCCAAGGGTTGGCCGACGTGCAGTTCACACGCACCGCCGTCGAGGTCCCTGTCATAGGCCTCTGGAAAGACGGGCACGACGGCGTCTTCATCACACCAACCCTTCGCCATGCCCTGGCCGTTGCGAATGCCGGAGCGCATGTGGTGGCGATTGACGGAACGCGCAGGTCCCGCGCGGATGGGCTAACCCTTGCCGAAACGGTGACGGGCATTCACGCAGAGTCCCACGCGCTGGTGATGGCAGATTGTGGCTCGTTCGACGACGCCGTGGCTGCAGTCGAGGCCGGAGCGGACCTGATAGGCACCACGTTGTCCGGTTACACCGGCGAGCGCCCCAAGACGGAGGGACCGGACTTGGCGCTCTTGGAGCAGATCGCTTCCGCTGAGTTGGGCAAGCCACTCGTCGCCGAAGGCCGCATCCACACCCCAGCCCAGGCACGACAAGCCCTCGACGCCGGAGCGTTCGCCGTGGTGGTGGGCACCGCCATCACGCACCCGGCCAGCATCACGGGCTGGTTCAAGGGCGCGATGCACGCGTAG MILTPEGLETLRSQLIVSCQAYPGEPMRDPRTTAQVAASAVIGGAAAIRVQGLADVQFTRTAVEVPVIGLWKDGHDGVFITPTLRHALAVANAGAHVVAIDGTRRSRADGLTLAETVTGIHAESHALVMADCGSFDDAVAAVEAGADLIGTTLSGYTGERPKTEGPDLALLEQIASAELGKPLVAEGRIHTPAQARQALDAGAFAVVVGTAITHPASITGWFKGAMHA PGPT0018900_806 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 D3-18_03521 1458 lpd COG1249 Dihydrolipoyl dehydrogenase ATGACTGCCGAGAGCTCCCGGGAATTCGACGTAATCGTTATCGGCGCGGGCGCCGTAGGGGAAAACGTGGCGGACCGGGTGGTTCGCGGCGGCCTGACGGCAGTGATTGTCGAGAGCGAATTGGTGGGCGGTGAGTGCTCTTACTGGGCGTGCATCCCGTCCAAGGCGCTCCTCCGTCCGGGGAGTGTGCTCCACGCCGCCCAAGTGGTGCCGGGTGCGAAAGAGGCGATCACGGGAACCATTGATCCCGAGGCCGCTCTGAAGCACCGGGATTGGTTCACTAACAATTGGCAGGACGGCAGCCAGGTTGAATGGCTGGACAGCGCCGGCATTGAGTTGATCCGTGGACGGGGCCGTATCACAGGCCCGCGCGAGGTCCAGGTGGATGGGCTCGATGGCAACAGCTACGCGTTGAAGGCCCACCATGCCGTGGTGATCGCGACAGGTTCAACCCCTACCATCCCGGACATTGACGGCTTGGAAGACGTACCGTTCTGGACAACCCGCGGCGCCACGGCGGCCAAGGAGATTCCCAAGCGTTTTGTGGTGCTCGGCGGCGGTGTTGCAGGCGTGGAAATAGCGCAGGCATTCGCCCGGCTCGGTTCGGATGTCACGCTGATCGCCCGCGGCCGCTTGCTGAGCAGCTACCCCGAGGAAGCCGCGAACCTGGTCTTGGCAGGGCTTCGCGCCGACGGCGTCGCTGTTCATCTGCACACCGATGTGGAAAAAACGGAGAAGAACGACGACGGCTCGGTGACGGTCACGTTCGACGACAAAAAGACCATTGCCGACAAACTGCTGGTCGCCTCCGGACGGCACCCCGCTTTGGCCAATCTGGGCCTGGAAAATGTAGGTGTGGAAGCACAGGACGGCAAGCCCCTGCGACTCACAACCGAAGCCAGCGGTTTAGTGGAAGGCCCCGCCAGTGATGGCACCAGCGGACTATGGCTTTACGCTGCCGGAGATGCGGCCGGCAAGGTTCTCCTGACGCACCAAGGAAAATACGAGGCCCGGGCTACCGGCGACGCGATTGCAGCCAGGGCCAACGGCAAGCTTATTGGCTCCCCGAAACCGTGGAGCCCCTATGCCCACACAGCCAATGACCACGCCGTCCCCAGCGTGGTCTTCACCGATCCCGAAGTTGCCTCAGTTGGCCCGAGCCTGGAGCAGGCGCTGCTGCGGGGTAAGAACGTCACCGGCGTGGAACTGCCCATCGATGTGTCAGGCTCCCAGTTGCACTCCCCCGATTACAAAGGCTGGGCGCAGATAGTGGTGGACGAAGACCGGAAGGTGATCCTTGGCGCTACCTTTGTGGGCCCCGGCGTCGCCGAGCTCCTCCACTCTGCAACCATCGCGATCGTGGGCGAAGTCCCGCTGGACCGCCTCTGGCACGCAGTTCCGTCGTACCCCACGATCAGTGAAGTATGGCTCAGGCTTCTGGAGAAGTACGGCCTCTGA MTAESSREFDVIVIGAGAVGENVADRVVRGGLTAVIVESELVGGECSYWACIPSKALLRPGSVLHAAQVVPGAKEAITGTIDPEAALKHRDWFTNNWQDGSQVEWLDSAGIELIRGRGRITGPREVQVDGLDGNSYALKAHHAVVIATGSTPTIPDIDGLEDVPFWTTRGATAAKEIPKRFVVLGGGVAGVEIAQAFARLGSDVTLIARGRLLSSYPEEAANLVLAGLRADGVAVHLHTDVEKTEKNDDGSVTVTFDDKKTIADKLLVASGRHPALANLGLENVGVEAQDGKPLRLTTEASGLVEGPASDGTSGLWLYAAGDAAGKVLLTHQGKYEARATGDAIAARANGKLIGSPKPWSPYAHTANDHAVPSVVFTDPEVASVGPSLEQALLRGKNVTGVELPIDVSGSQLHSPDYKGWAQIVVDEDRKVILGATFVGPGVAELLHSATIAIVGEVPLDRLWHAVPSYPTISEVWLRLLEKYGL NA NA NA NA NA D3-18_03522 807 hypothetical protein GTGCTGTCCGTACAGCAACTCCAGATCAACGGCCGCCGGGACGATCTCCTACCGGCAACGTCACTCCAAGTCCGGCGCGGCGAACTCCTGCTCGTCGCTGGAGAGGGCCAGGACCAGCGAACCGCATTGGCGTTGGCCTTGAGCGGCCGCATGAAGCCAAGCAACGGTGTGCTGAGTTGGGACAACACCACCAAGACCAAGAAGATCCGCCTCGCAAGCGCCTTGGTGGACTCCCCGGGCGTTAACGAACCCGAGCAGCACCTCAGCGTCCGCGATCTGGTCACCGAAGACCTCTCCCTCATCCCCCGCCGTTACCGTGGCGCCCTCCTGAGCAAACCCTGGCTGAAGGTCAACAGCTTCGAGGACATCGCCGGACTCTGGATAGAACAAATTCCGGCCACCCGTCGGCTCGAACTCCTCACCGCGCTCGCTCTGGCAGATCCAGCCACCGACCTCCTTGTTGTCGACTCCCCGGATCGCCACAGTGCTGATTCCTCGTCTTGGTTACCCCGACTTCAGGCCTTGGCGTCCGACGCCGGGCGGCCGCTTGCCGTCGTCGCCGTCGTGGGTGCCCTCCCGGAGAACTGGACCGGCCCCGCGGCGGTGATCGGCAACTCCGTCTCGCACCCGCCTGAACCGGAAGCGAAAGCCGCGCCCGCCCAGCCCAAGCCAGCAGCCGTCGTCGAGCCCAAGGCCAAGCACGCGGCCGAGCCTTCACCGGAAACACGCGGGGCACCTGAAACATCCGCAGCTACCACAGCAGCTGCCGAAACTGAATCCGAAAACCTTCAAAGGACTGCAAAGTGA MLSVQQLQINGRRDDLLPATSLQVRRGELLLVAGEGQDQRTALALALSGRMKPSNGVLSWDNTTKTKKIRLASALVDSPGVNEPEQHLSVRDLVTEDLSLIPRRYRGALLSKPWLKVNSFEDIAGLWIEQIPATRRLELLTALALADPATDLLVVDSPDRHSADSSSWLPRLQALASDAGRPLAVVAVVGALPENWTGPAAVIGNSVSHPPEPEAKAAPAQPKPAAVVEPKAKHAAEPSPETRGAPETSAATTAAAETESENLQRTAK NA NA NA NA NA D3-18_03523 2037 hypothetical protein GTGACTGTTCTGCGGCTCGCCCGCTCCGAACTCAAGCGCATGACCGGCGGGCTCCTGCCCAAGCTGACCATCCTCGCCCTGACCATGGTCCCGCTGCTCTACGGCGCCGTGTACCTTTACGCGAACTGGGATCCGTACGGCAACCTGAACCAGATCGACGCCGCCTTGGTAGTGGAGGACACGGGAGCAACGTCGTCGGACGGTACCGAACTGCAAGCCGGCAAGAAGGTGGCGGACAGCCTGGTGGAGGGTCACGTCTTCAACTGGAAGCAAGTGTCAAGCGCTGAGGATGCAGACGCGGGTGTTCGCACGGGTGAGTACGCTTTCGCGCTGCGCATTCCCAAGGATTTCTCCGCCAACTTGGTCTCCCCCGGCAGCTTTGACGCCGCCAACCAGGCCATGCTGCACGTCACCACCAACGATGCCAACAACTACCTCCTGAGCACCATCGTGGACAAGCTCACCACAGCCGTACATTCAACGGTGGCCAAGGAGGTGGGCGAGGAAACAGCAAACCAGCTCCTCACCGGTTTCGGCACCATTCATGCGTCCATCGTGAAGGCTGCTGATGGTGCGTCGGAACTGGCCACTGGCGTTGGCAAACTCAGTGACGGCGCCGCCACCCTGCACGACGGCACCACCCAACTGGTCACCGGTGCCGACCAACTCGTAGCCGGCCAGACCCAATTGCGGGATGGCGCGGTACAGCTGAACACCGGTGCCGGCCAGCTGAGTTCGGGACTGACCGAGCTCAAGAACAAAACCACTACCCTTCCTGGTGATTCGCAGAAACTCGCCGACGGCGCAGCGCAAGTAGCCGCCGGAAACGCCGAACTGAACGCCAAAGTCCAGGACGTCGTCGGGCAGCTCGAAGCGGCAGACAAGGGCCTCCGCAACCGCGTGGTGGAATCGAACGCACGGTTGGTGACTGCCGGTGTCCTGACACAGGAGCAGGCGGACAAAGTACTGGCGGACTTTGACGCCGCCGCAGCATCGAGCCCGGTAACGGACGCGAAGACCAAGATCACTGGTGATGCTGCCAAGATCCAGCAGCTATCGGACGGTTCAGCTGCCGTCAGTGCCGGAGCATCCAAGCTCGCCGCCGCGACACCAGCCCTGACCGACGCGATATCGAAGGCCGCCGACGGAGCCGGACAACTAAGCACGGGAGCCTCAACTTTGGCTGCTGGGCAGCAGACCGCCCTGGACGGGGCCGGCAAGCTCGACGACGGCGCTCGCCAACTGGACAGCGGCGCCAGCCAGCTCGCCAGCGGCGGCGTCACAGCCTCAGACGGCGCCCACACCCTGGCCACGGAACTCGCCAAGGGCGCGGGAGACATCCCTAACCCAAACGATGAACAGAAGACCAGCGTATCCAAGGTGATCGCAGATCCCGTCGCCGTGGACAACGTCTCACAGGCCAAGGCTGGCTCTTACGGTGCCGGGCTGGCACCGTTCTTCCTGACGCTGGCACTGTGGATCGGTGTTTTCATGCTGGTCCAGGCCATGCGACCCATCACCCAACGGGCCCTCGCATCGAACGCCCCCGCCTGGAAAATCGCCGTCGGAGGCTGGCTGCCGTTCTTCGTGGTCTCCGTGCTGCAGGCCACCATCCTCACCCTCGTGGTGAATCTCGGCCTGGGCCTGAACCCTGCACACCCCATCGGGATGTGGCTGTTCATGCTGGCAGCAGTGATGGCGTTCAGCGCGATCATCCAAGGCATCGTGGCGCTCATGGGCACGCCCGGAAAGTTCGTGGTGCTGATCCTGTTGGTCCTGCAGCTCGTGTCTTCGGGCGGTACGTTCCCGTGGCAGACCACCCCCATGCCGCTCCATGTTGTTCACGAGGTCCTGCCTATGGGATACGTGGTGACCGGCATGAGGCACCTGATCTACGGCGGTGAGCTCAGCATGATCTGGCCCACCGTACTGGGTCTGCTTGGATACACTTTGCTGGGAGCGGCACTGTCAACGCTCGCTGTTCGCAAGCACAAGATGTGGACCCTCAAGACGCTGAAGCCGGAGATCGCAGTATGA MTVLRLARSELKRMTGGLLPKLTILALTMVPLLYGAVYLYANWDPYGNLNQIDAALVVEDTGATSSDGTELQAGKKVADSLVEGHVFNWKQVSSAEDADAGVRTGEYAFALRIPKDFSANLVSPGSFDAANQAMLHVTTNDANNYLLSTIVDKLTTAVHSTVAKEVGEETANQLLTGFGTIHASIVKAADGASELATGVGKLSDGAATLHDGTTQLVTGADQLVAGQTQLRDGAVQLNTGAGQLSSGLTELKNKTTTLPGDSQKLADGAAQVAAGNAELNAKVQDVVGQLEAADKGLRNRVVESNARLVTAGVLTQEQADKVLADFDAAAASSPVTDAKTKITGDAAKIQQLSDGSAAVSAGASKLAAATPALTDAISKAADGAGQLSTGASTLAAGQQTALDGAGKLDDGARQLDSGASQLASGGVTASDGAHTLATELAKGAGDIPNPNDEQKTSVSKVIADPVAVDNVSQAKAGSYGAGLAPFFLTLALWIGVFMLVQAMRPITQRALASNAPAWKIAVGGWLPFFVVSVLQATILTLVVNLGLGLNPAHPIGMWLFMLAAVMAFSAIIQGIVALMGTPGKFVVLILLVLQLVSSGGTFPWQTTPMPLHVVHEVLPMGYVVTGMRHLIYGGELSMIWPTVLGLLGYTLLGAALSTLAVRKHKMWTLKTLKPEIAV NA NA NA NA NA D3-18_03524 654 betI_5 HTH-type transcriptional regulator BetI ATGAGCACCACCGAGCCGGTTCCTTTCCCAGCAGATTCGCGGGAACCCGGTCCCGCGGAGAAGAAACTTCGTCCCGGGCGCACTAACGCCACCAAGCAACGCCTGTTCGAAGCCTCCATGGAGCTGATCGGCGAGCGCGGCGCTGCGGGGGTGACCGTTGATGAAATCGCGGCCGCCGCAGGGGTTTCCAAGGGGACTGTCTATTACAACTTCGGCAGCAAGTCCGACCTCATCGCCCAGCTCTTGCGGCATGGTGTGGACATCATGCTGGTCCGGCTCCAGGATGTCCGCGGGCAGGCCAACGACCCCCTGGAATCCATGACTAACATGGTGGGCCAAGCCATGGAGTTCATGGACGACTACCCCTCCTTCGCCCGCCTGTGGATCAGCGAAAACTGGCGCACCCCCGGCGAGTGGAGCGCCGTGTTTGCCGAGCTTCGCGCTGAGCTCTTGGCCGTGATCGGTTCGGCCGTTGAGAGCGTTGCGGCCGGGTACAAGGTTGACGAGAGCATTGCCCGGGGCTCCTTGGAGGCAGCGATTTTCGGAGCGATTTTCGTGGTGGGCCTCGACCGGCAAACGTACAACCCTGAGCGCACCCGCGAGCAGAGCGTCGCTGCCGTCATGACCATCATGCATGGGTACGTCATTAAGTAG MSTTEPVPFPADSREPGPAEKKLRPGRTNATKQRLFEASMELIGERGAAGVTVDEIAAAAGVSKGTVYYNFGSKSDLIAQLLRHGVDIMLVRLQDVRGQANDPLESMTNMVGQAMEFMDDYPSFARLWISENWRTPGEWSAVFAELRAELLAVIGSAVESVAAGYKVDESIARGSLEAAIFGAIFVVGLDRQTYNPERTREQSVAAVMTIMHGYVIK NA NA NA NA NA D3-18_03525 657 hypothetical protein ATGATTAACCTCATGCGTCACATGGGGAACAGTGGGAAGCTTGCGGTGGTGTCCGCGTTCGTCTCGCTCGGGCTGTTGGTGCTGGCTGCCGTTGTGCTGGAGGAATTGGTGTTGTACCTGTTCCTGGGTTCCGTAGGGATCTGCTATCTGGCGTCCATCGTGCAGGTCTTCAACCGGCGACGCTACTTTGTGGTCCTCCTTGGCGCAGTGGGCACCAGCCTTTTCATCGGTTGCAGCATCGCCTTCCTGCGAATGTGGGGCATCGCGTTCAACCAGGACGCCAATGCTCTGGGGAGTGCCGTAAGCACTCAAGATTCAGACATCTACTTCTACTTGGCAGCCGTGGCAGGGTTTGGGACGCTGGGTGTGCTCTTTCTAGGTGCTGTGGTGCCATCGTTCGGTTCGCGAACAGCGGCTCCCGTTCGACGGCCTCCGGCTGTAAAGCGCACCCCCGCACCCCGCAAACCCGCTCCGCGTGCAGGAACCCCCACCAAGCGCCCTGCTACTACGGTCCCGCGGTCGTCCGGCGCAGCGAAGGCATCCAATGCAGCGAAGGCCCCCGCCGTGAAGCTTCCCACTTCCCGTACGCCAACCACGGCAGCCAAACGTCCGACGTCGAACTCTTCCACCCAACGCAAGCCGGCCCCGAAACGCTAA MINLMRHMGNSGKLAVVSAFVSLGLLVLAAVVLEELVLYLFLGSVGICYLASIVQVFNRRRYFVVLLGAVGTSLFIGCSIAFLRMWGIAFNQDANALGSAVSTQDSDIYFYLAAVAGFGTLGVLFLGAVVPSFGSRTAAPVRRPPAVKRTPAPRKPAPRAGTPTKRPATTVPRSSGAAKASNAAKAPAVKLPTSRTPTTAAKRPTSNSSTQRKPAPKR NA NA NA NA NA D3-18_03526 1419 puuB_2 Gamma-glutamylputrescine oxidoreductase GTGAATACCACCGTTTTCGAACGGAATGTCCCGCAGGCCGCCGTCGTATCCCAAGCCTTGGAAGGTGCGGCTCATAGGCCGTTCTGGATCGACGACCTCAAGGATTCAGCCACGCGCTATCCACGACTTGACGGAGATGCTGCCGCGGATCTCGTGATCGTTGGTGGCGGCTATACCGGACTGTGGACGGCGCTGCGTGCCAAGGAACGCGATCCCGGCCGGACGGTGATCCTGCTGGAAGGGGAGCGGGTGGCATGGGCAGCTTCCGGCCGCAACGGCGGCTTCTGCGAGGCGAGCCTCACCCACGGCCAGGAGAACGGCAAGAACCGCTGGCCTGATGAATTGGCAACCCTCGACCGCTTAGGCATGGAGAACCTGGACCGCATGCAGGAAGCCATTGAGAAGTACGGCATGGACTGCGAATGGGAGCGCACCGGTGAGCTCAACGTTGCCGTGGAACCGCACCAGGTGGCTTGGCTCAAGGAGGACGACAGCCCCGGCAGCGTCTACCTGGACCAGGAAGCCGTGCGGGCAGAGGTCAACTCACCCACCTACCTGGCGGGCCGCTGGCATAAAGACTCCGTGGCGATGGTCCACCCGTACAAACTGGGACTTGAGCTGGCTCGGGTGGCAACGGAGCTGGGCGTGGTGATCTACGAGGACACCCGCGTGCGCGAGTTGAAGGACCACGAACAGGGCGTCACGGTGGTTACGGAGCGAGGCAACGTGGAAGCGGACAACGTGGTCCTCGGTACAAACGTGTTTCCGTCACTGCTCAAACGTAACCAGCTGATGACGGTGCCCGTGTATGACTACGCGCTCATGACCGAGCCGCTTAGCGCGGCACAGTTGGAGTCCATCGGGTGGTCCCAGCGGCAAGGGATCGGGGATGTTGCCAACCAATTTCACTACTACCGCATTACCAAGGACCACAGGATCCTGTTCGGTGGCTACGACGCCCTCTACTTCTGGGGCCGGCGCGTGGACCAACGTCATGAGCACCAGCCAGCGACGTGGGAGAAGATCGCCTCGCACTTCTTCACGACGTTCCCTCAACTGGAGGGCCTGAAGTTCACCCACAAGTGGGCCGGACCCATCGATTCGAGCACCCAGTTCTGCGCGTTCTTCGGCACGGCGCGGAAGGGACGGGTGGCGTATGCGGCAGGATTCACGGGTCTGGGCGTGGGTGCTACGGCATTTGCCGCCGACGTCCTCCTGGATCTCCTGGCCGGCCTGGATACCGAACGCACCCGGGTGGAAATGGTCCGGAAACGGCCCCTGCCCTTCCCTCCTGAGCCGCTCGCTTCCCTGGGCATCAATCTGACGCGCTGGTCCATGGACCGTGCCGACCACAATCAAGGAAAACGGAACCTGATCCTCAAAGCGCTCGACGCCGTCGGGCTGGGCTTCGACTCCTGA MNTTVFERNVPQAAVVSQALEGAAHRPFWIDDLKDSATRYPRLDGDAAADLVIVGGGYTGLWTALRAKERDPGRTVILLEGERVAWAASGRNGGFCEASLTHGQENGKNRWPDELATLDRLGMENLDRMQEAIEKYGMDCEWERTGELNVAVEPHQVAWLKEDDSPGSVYLDQEAVRAEVNSPTYLAGRWHKDSVAMVHPYKLGLELARVATELGVVIYEDTRVRELKDHEQGVTVVTERGNVEADNVVLGTNVFPSLLKRNQLMTVPVYDYALMTEPLSAAQLESIGWSQRQGIGDVANQFHYYRITKDHRILFGGYDALYFWGRRVDQRHEHQPATWEKIASHFFTTFPQLEGLKFTHKWAGPIDSSTQFCAFFGTARKGRVAYAAGFTGLGVGATAFAADVLLDLLAGLDTERTRVEMVRKRPLPFPPEPLASLGINLTRWSMDRADHNQGKRNLILKALDAVGLGFDS NA NA NA NA NA D3-18_03527 1605 yejF_2 COG4172 putative ABC transporter ATP-binding protein YejF ATGAGCCAGCTCTTGCAAATCGAAAACTTTACGCTCGGATTTCCGGGCCGGCCGCCGCTGCTGGACAGCGTCTCCCTGCACGTGAACGACGGCGAAGCGGTCGCCTTGGTGGGGGAGTCCGGCTCAGGCAAGTCGCTGACTACGCGGGCCGCACTGGGGTTGTTTCCTGCGGGCTCGCAGTCCTCCGGCACCGTTTCGGTTCAGGGCCTCGATACCCTGACGGCCGGCAAACAGCGCCTCATGGAGCTGCGGCGGAAGCATGCTTCCATGATTTTCCAGGACCCCAGGGCGGGCATCAACCCCGTCCGGACCGTGGGGGACTTCCTCACTGAAACCTTGGTGAGGCTTGATGGTTTGTCCCGGGCCGAAGCCACGGAACGGGCCGTGACGCAATTGGAGCAGGTTGGCTTGCGGCGTTCCAAGGAGCTCATGGACCAGCACCCGCATCAGCTCTCGGGCGGCATGCTCCAACGTGTCATGATCGCAGCTGCACTCCTGAACTCACCGGATCTGTTGCTGTGCGACGAGCCCACCACCGCCTTGGATGTCACTACCCAGGCGGGGATCGTGAGGCTCCTCCGCGACGAACAACAGTCACGGGGAATGGGCATGCTCTTCATCACGCACGACCTCAATCTTGCCGCAAGCTTGTGTGAGCGCGTTTATGTGCTTCGCCGGGGGGAAGTGGTGGAGCATGGATCAACGCAGACTGTTTTCCTGACGCCCCAGCAGGATTACACCAGGCAGCTGGTGGAGGCTACCCCTGTGATTGAAGTGGGCGGCTTGGCTGCGCCTGTGGTCGCGGGGTCCCCTCTGCTGAAGGTTTCGGGGCTATCCAAAACGTACCAACTGCCCCGCGGCGAAATCATCACCGCCTTGGATGACGCCGGTTTCACCCTGCCGGAGGGTGGATCTTTGGGCATCGTAGGGGAGTCCGGTTCCGGTAAGTCCACCCTTGCCCGGCTGGTGGTGGCCTTGGAAACCGCTACATCCGGTGAACTCCTGTTGCGGGATGTCCCCCGGCCGAACCGGCATCTGAAAGCCTCCGAACGGAAAGTCCTGGCCAAGGACGTCCAGATCGTGTTCCAGGATCCCTACCTGTCTTTGGACCCGCGCATCCCTGTAGGAAACGCAGTGGCTGATGTCTTCCGCCTGCACCAGAAGCAAGGGCGCAAGGAAGCCAAAGACAGCGCCCGAGCCTTATTGGGGCGGGTCGGAATCGGACAGGAACGTTTCGACGCACGGCCGCGCGCACTCTCGGGTGGGCAGAGGCAACGGGTCGCGCTGGCCAAAGCGCTCGCTGCCCGCCCCCGCCTTCTGGTGCTGGACGAGGCCACCAGTGCCTTGGACGTCTCTGTCCAAGCCCAGGTTCTGGAGCTCGTCGAGGAACTGCGTGACCAGCTCGGACTGACCATCCTGTTCGTTACCCACGATCTGGCTGTGGTCTCACGGCTTTGTTCCGAGCTCCTGGTGATGCATCAGGGACGGATCGTGGAGCAGGGGCCAACGGCTCGAATCCTTGAGGACCCCGGAGACGACTACACGCGGAACCTCATCGCCTCCCGTCCCCGGCCATTGTGGGACGCCGAGCCGGTCATTGCCTGA MSQLLQIENFTLGFPGRPPLLDSVSLHVNDGEAVALVGESGSGKSLTTRAALGLFPAGSQSSGTVSVQGLDTLTAGKQRLMELRRKHASMIFQDPRAGINPVRTVGDFLTETLVRLDGLSRAEATERAVTQLEQVGLRRSKELMDQHPHQLSGGMLQRVMIAAALLNSPDLLLCDEPTTALDVTTQAGIVRLLRDEQQSRGMGMLFITHDLNLAASLCERVYVLRRGEVVEHGSTQTVFLTPQQDYTRQLVEATPVIEVGGLAAPVVAGSPLLKVSGLSKTYQLPRGEIITALDDAGFTLPEGGSLGIVGESGSGKSTLARLVVALETATSGELLLRDVPRPNRHLKASERKVLAKDVQIVFQDPYLSLDPRIPVGNAVADVFRLHQKQGRKEAKDSARALLGRVGIGQERFDARPRALSGGQRQRVALAKALAARPRLLVLDEATSALDVSVQAQVLELVEELRDQLGLTILFVTHDLAVVSRLCSELLVMHQGRIVEQGPTARILEDPGDDYTRNLIASRPRPLWDAEPVIA PGPT0004435_5831 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 D3-18_03528 858 gsiD_5 COG1173 Glutathione transport system permease protein GsiD ATGACGTTAGCCATCCAGCTGCCCCAGGCAGGTCTTCGCCGTTACGGCAGCCTCCTGTCACCCATGGCGTGGGGCGCGCTTGCCGTGGCCGCCGCCGTCGTACTTCTCTCTCTTTTCGCGCCGGTCCTGGCGCCGTACGACCCCGACTACGTGGACCTCAACAACGTCCTTGCCGGTCCCAGCGGACAACACCTGCTGGGGACCGACGCGCTGGGCCGTGACCTGCTCAGCCGGCTCATGCACGGCGGACGTACCTCGCTGCTGGGGCCCACCATCGTGGTGATCGGCTCCACTGTCCTGGGTCTGCTGCTTGGCCTGGTCGCCGGCTGGTCTGAAGGCTGGCCGGGCAAGGTTTTGGGCCGCCTTTTCGATCTCCTCTTTGCTTTTCCCGCATTGCTCATGGCCATGCTCGCGATCGCGTTGTTCGGTAAAGGGCTCTTCGCACCCATCCTGGCCATGACCATCGCTTACGTTCCGTATGTTGCCAGGCTCACGCAGTCCCTGGTGGTGGCTGAGCGGGGCAGGCCCTATGTCCAGGCTTACCGGGTGCTCGGATTCCGGACGCCCTGGGTGGTGCTGGGACGGGTTCTCCCCAACCTGGTTCCGACCGTTGGCGCCCAATCAACATTGAACTTCGGCTACGTGCTGGCCGACCTCGCTGCACTCTCCTTCATCGGACTCGGGGTCCAACCACCAACCAGCGACTGGGGCGCCATGATCGAGGAATCCCGGGGCGCGCTGCTGGGTGGCTACATCCTGCCCGCCTTCTGGCCCGCCTTGGTAGTGGTCCTGGTAGTGGTGGCCGTCAACGTCATCGGCGAGGAACTCTCAGACCGCATCGGAGGAAAACTTTCATGA MTLAIQLPQAGLRRYGSLLSPMAWGALAVAAAVVLLSLFAPVLAPYDPDYVDLNNVLAGPSGQHLLGTDALGRDLLSRLMHGGRTSLLGPTIVVIGSTVLGLLLGLVAGWSEGWPGKVLGRLFDLLFAFPALLMAMLAIALFGKGLFAPILAMTIAYVPYVARLTQSLVVAERGRPYVQAYRVLGFRTPWVVLGRVLPNLVPTVGAQSTLNFGYVLADLAALSFIGLGVQPPTSDWGAMIEESRGALLGGYILPAFWPALVVVLVVVAVNVIGEELSDRIGGKLS PGPT0004450_10626 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 D3-18_03529 1026 gsiC_3 COG0601 Glutathione transport system permease protein GsiC ATGACCGCTACCGATGACGTGCAGGCACCAGCCCCGGGCGCTCCCGCCCGCAAGCGGGAAAAACGCAGCGCAGTCCGCCCGGCGGTGTACATAGTGAAGAAGCTGCTGGCCCTGCTGCTGACGTTGTTTGTTGCCTCCCTGGCCGTGTTCTTCTCACGTTTCCTGGTCCCCGGCGACCCGGCACGCTTCCTGCTGAGGGGACGTAGCCCCAAGCCCGAGGCACTGGAAGAGATCACCCGGCAGTTCGGCCTGGATAAACCGGCCTGGGAACAATACCTGAACTGGCTCGGCGGCATACTCCAAGGTGACTGGGGCCGTTCGCTGACCTACCGCCAAGACGTCTCCGATGTCTTGCTGGGTCGGCTGCCCACCACCCTGCAACTCGTGGCACTCGCAGCAGTTTTCATTACTGTCCTGGGGCTGTTCGCCGGCATTGTGGCCAGCCTCAACAAGGGCTTCGGTGACCGCTTCATCCTTATCACCCTCACCGCCGCCGGGGCAGTGCCTCCTTTCGTGGCAGCCATCGCGTTGGTAGCGCTCTTCTCCGTGGGCTTGGGCTGGTTCCCCTCCTTTGGAAGCGGCGACGGCGGATGGGACCGGATCTGGCACCTCACCCTCCCGGCGCTCGCCTTGGGCATCACCTACATCGCCATGGTGGCGCGGGTGACCCGTTCTTCGATGAACGAGCAACTGCTTCGCGAACACGTGGAGGTGGCCACCAGCCGCGGCCTCACCCGAGGATCCGTGGTGGCGCGCCATGTGCTGCGCAACGCCTTAGGTCCCATCCTGACCGTGAGCGGCGTGCTGGTTGCCGGACTTCTGGTCTCCAGCGCCATCATCGAGCGGACGTTCGGCCTCTCCGGCATCGGGCAGCTCCTGGTTCAGTCCATCGACAGGCTCGACTTCGGCGTCGTTCAAGCGATCGTCATGGTGGTGGTGGCAGCCTTCGTCTTGGTCAACACCGTGGTGGACCTCGTCCAACCCCTTATTGATCCGCGTATCGCGGCCGGAACGGAGTCACGATGA MTATDDVQAPAPGAPARKREKRSAVRPAVYIVKKLLALLLTLFVASLAVFFSRFLVPGDPARFLLRGRSPKPEALEEITRQFGLDKPAWEQYLNWLGGILQGDWGRSLTYRQDVSDVLLGRLPTTLQLVALAAVFITVLGLFAGIVASLNKGFGDRFILITLTAAGAVPPFVAAIALVALFSVGLGWFPSFGSGDGGWDRIWHLTLPALALGITYIAMVARVTRSSMNEQLLREHVEVATSRGLTRGSVVARHVLRNALGPILTVSGVLVAGLLVSSAIIERTFGLSGIGQLLVQSIDRLDFGVVQAIVMVVVAAFVLVNTVVDLVQPLIDPRIAAGTESR PGPT0004445_2268 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 D3-18_03530 1710 hypothetical protein ATGAAGTCGCTGCCAGCGCCGCAGCCAGCGCCCCAACCTGCACAGGGCGCCGTGCGCTTGAAACCGCGGACGACGCCGTCGCGCATCACCGCGGTTGGCGTCGCCGCCGTCGTGGCCGGGCTGGTCCTGGGCGGCTGCGGCGTCCGGCCCGCCAGCGTGACTGACGCCGTCGGCGGAGCCAAGTTCACCATGTCCGACTCCACGCCGGCCCCCACCAAGGAGATAGACAACTTCAACTGGGCCATGTACGCGGAGCCGTTCTCCCTCGACTATGCGTACGCGTTCGACTACCCGGACAACACGGTGTTGTCCAACGTGTGTGAGTCGCTGTTCCGCTGGAACGCTGACCTTTCCACGTCGCCGGGCCTGGCCACTGGCGTGGAGAATCCCGATCCGCTGACCTGGATTTACACTATCCGGCAGGGCGTGAAGTTCCACGACGGCAGTGAGATGACAGCGGACGATGTCGTGGCCTCCTTGAGCCGCCATGTGGACCCGGAAGTAGGTTCCTTCTGGGCATCGGCGTACCAGAACGTGGAGTCCATCGAGAAGACCGGCGACTTCGAGGTCACGGTGACCACCACCCGGCCGGACTACGTGTTCAACAGCTCCTTGGTGGGAGCAACAGGTGTGGTTGAGTCCGCCGAAACGCTGGAAGCTGCCGGCAAGGACTATGGCAACTCAAGCACCGGCGTGAACTGCACCGGCCCCTTCCAATTCGAGCAATGGGAAGCCGGTGAAAGCATCACCCTCAAGCGCTTCGATGACTACTGGGACCCGGAACTCAAAGCCAAGTCCCAACAGGTCACCTTTAAAATGCTTCCCGATGCCACGTCGCGCATCAACGCGTTCCAGACGGGCGAAATTGATGGCGGCTTCGCGATCCCTTCCAATGCCATGGACATCCTGAAAGCCAATGAGGATGCCGGCTCGCTGTACTTCGGCGAGGACACATCGGTGCAAAGCCTGGTCTTCACCAACCTCGGCGGCACCTTCCAGGACGTCCGGGTCCGTAAGGCGCTGATGATGGCCATCAATCGTGAAGCCTTGATCAAGGCGGCCGAACAGGGATACGCGAAGAAGACAGACGCGTTGACCACCAAAAGTGTGTGGAAGGACGTGACATCGCAAACTACGGATGCGGCTTTTGACGGCCTGCTGTCCACACCCTATGACCTGGAAGAAGCCAAGAATCTCATCAAGGAAGCAGGAGCCGAGGGCAGTAAGTTCGTCTTCGCCACTGCCTCACTGAACGCAGCCTTCGACATCACGGCACGGGCCATCGCCTCGGCAGCCAAAGAAATTGGGCTGGAGCCCGAAATCCAGACCATGTCCAACGACAAATACACCACGCTGTTCTCAGACCCCGAGTCGCGCAAGAACGTAGACCTCCTGGTGACCTCTTGGTACCTCTCCAGCACCGAACCCTTGGAAATGTACAGCGTGCTGCGAACCGGAGATTTCAGCAACTATGGCGGCTGGAGCAACCCGGAATTCGATGACCTGGTGAACTCCGCGTACGGCGTGCAGGACCCCGACGCCCGGGGCAAACTGACGGGCCAGGCCGCCAAACTGGCCAGCGAAGAAGTGGTGTGGGGGCCACTTTACGAGACCGTCACGTCCATGTGGCTGGGTAAACGCATTACCGGGGCGGATCCGTCCATCAACTACATGTATTTCCCGTGGGCAGCCCAGATAGGAGGTCGCTGA MKSLPAPQPAPQPAQGAVRLKPRTTPSRITAVGVAAVVAGLVLGGCGVRPASVTDAVGGAKFTMSDSTPAPTKEIDNFNWAMYAEPFSLDYAYAFDYPDNTVLSNVCESLFRWNADLSTSPGLATGVENPDPLTWIYTIRQGVKFHDGSEMTADDVVASLSRHVDPEVGSFWASAYQNVESIEKTGDFEVTVTTTRPDYVFNSSLVGATGVVESAETLEAAGKDYGNSSTGVNCTGPFQFEQWEAGESITLKRFDDYWDPELKAKSQQVTFKMLPDATSRINAFQTGEIDGGFAIPSNAMDILKANEDAGSLYFGEDTSVQSLVFTNLGGTFQDVRVRKALMMAINREALIKAAEQGYAKKTDALTTKSVWKDVTSQTTDAAFDGLLSTPYDLEEAKNLIKEAGAEGSKFVFATASLNAAFDITARAIASAAKEIGLEPEIQTMSNDKYTTLFSDPESRKNVDLLVTSWYLSSTEPLEMYSVLRTGDFSNYGGWSNPEFDDLVNSAYGVQDPDARGKLTGQAAKLASEEVVWGPLYETVTSMWLGKRITGADPSINYMYFPWAAQIGGR PGPT0004430_4145 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 D3-18_03531 1698 nfdA_5 N-substituted formamide deformylase GTGCACGCCGAGATTTTGTTTGAGAACGGATGGGTGTACACCGGCAATGACGCCGGCCCCCTCCGCGCAAACCTTGCCATTGCCGGAGGCAGCATCATCGCCGTCGGAACACCCGAACACGTCAACGGAACGCTCACACCGGACACCCGCAGGGTGGACTTGAAGGGGCAACTGGTGGTGCCTGGCTTCCAGGATGCGCACATCCACCCCATCTTTGCCGGGATCGAATTGCTTCAATGCGATCTGACAGAGGCCACCAGCGCAGATGAAGCCGTGGCGAGAGTGGCCCGCTACGCAGCAGAAAACCTTGATGAACCCTGGATCCTGGGGGCCGGCTGGTCCATGGATTTCTTCCCGGGCGGCACTCCAACACGGGAACTGCTGGACGCCGTGGTGCCGGATCGGCCCGTCTACCTCCTTAACAGGGACCATCACGGGGCGTGGGCCAACACGGCCGCCTTCGAGGCAGCAGGAATCGGCGCAGGAACACCTGATCCGGAGGGCGGACGGCTGGAACGCGAAGAAGACGGGACGCCCGCCGGCACAGTTCATGAGGGGGCCATGGATCTGTTCAATGCGGTCAAACCAGCGGTGCCGTTCGAGTTGGCGTACCAAGGCCTCCTCGCTTCCCAACAACTGTTGCTTGCGCAGGGCATCACTGCCTGGCAGGACGCTTGGGTTCCCATCTCCGAGGGCGGACATACCGACCATCTGGACGTCTACCTGGACGCGGCGAAGGTGGGAGACCTGAAAGTCCGGGTCACCGCATGCCAATGGTGGGACCGCACTGCCGGAATGGCCCAGCTGGAAGCAATCGCGGATCGCCGGGACAGGGTGGCCGATTCCTTCGACCACCATCAGCTCAACGCCAACACGGTGAAGGTGATGGTAGACGGTGTGGCGGAGAACTACACAGCCGCAATGCACCACGTCTACCTCGATCATCACGGCCACCACACTGAAAACCGGGGCATCGAGTTCTTCGAGCCCGAGGCGCTGAAGGAGTTCGTCACCGCGATAGATGCCGCCGGCATGCAGGTTCACTTCCATGCCCTCGGCGACCGCGCCGTGACTGACGCTTTGGACGCACTTGAAGCGGCACGGGACAGCAACGGGACGAACGATAATCGGCACCATCTGGCGCATCTTCAGGTGGTCCGCAGCGAGGATGTTCCCCGGTTTGCCGGACTCAATGCGGCGGCCAACGTCCAGGCTCTCTGGGCTTGCCACGAAGAACAGATGGACACCTTGACCCTCCCGTTTCTGGAGCCGGGTGCCGAGGACAGGCACTACCCCTTTGGCGAGCTTGCTTCCGCGGGAGCCCGATTGGTGGCAGGAAGCGACTGGCCGGTCTCCACGGCGGATCCCATCGCGGCCATCCACATTGCTGTAAACCGCATAGCACCCGGGGAGGACCTGCCCCCGCTCGGACCGGAATCGCAAAAGCTCAACCTCAAGCAGATCCTCGATGCCTACACACACGGATCAGCGTGGATCAACCACCTGGACACGAAGACGGGAACGCTGGAACCCGGAAAACTCGCCGATCTCGTAGTTTTGGACCTCAACGTTTTCGAGCTCCCCGCGGAGGAACTGCATCGGGCGGTGGTGACGCAGACGTGGATTGGGGGCGAGTGCGTCTACGACCGCGCGCTCACCCAAAACAGCCAAGCCCAACCTGCTCCGGTGATGCCATGA MHAEILFENGWVYTGNDAGPLRANLAIAGGSIIAVGTPEHVNGTLTPDTRRVDLKGQLVVPGFQDAHIHPIFAGIELLQCDLTEATSADEAVARVARYAAENLDEPWILGAGWSMDFFPGGTPTRELLDAVVPDRPVYLLNRDHHGAWANTAAFEAAGIGAGTPDPEGGRLEREEDGTPAGTVHEGAMDLFNAVKPAVPFELAYQGLLASQQLLLAQGITAWQDAWVPISEGGHTDHLDVYLDAAKVGDLKVRVTACQWWDRTAGMAQLEAIADRRDRVADSFDHHQLNANTVKVMVDGVAENYTAAMHHVYLDHHGHHTENRGIEFFEPEALKEFVTAIDAAGMQVHFHALGDRAVTDALDALEAARDSNGTNDNRHHLAHLQVVRSEDVPRFAGLNAAANVQALWACHEEQMDTLTLPFLEPGAEDRHYPFGELASAGARLVAGSDWPVSTADPIAAIHIAVNRIAPGEDLPPLGPESQKLNLKQILDAYTHGSAWINHLDTKTGTLEPGKLADLVVLDLNVFELPAEELHRAVVTQTWIGGECVYDRALTQNSQAQPAPVMP NA NA NA NA NA D3-18_03532 705 hypothetical protein ATGGAAGGCGGACAACTGATGGTGCAGCCAGCACAGTCGACGGACCGCCGAACGCGCCTTGACGCGGCCACCATCATCGACGCCGTCCTGCGGATTTCCAGCCAGGAACTCGGGGAACGGCTGACCGTGCGACGACTGGGACAGGAACTCGAGGTGGACGCCACTGCCGTCTACCGGCATTTCCGGAACCGGGACGCGATCGTCAGGGCCGCACTGGACCAGTTGTTCATGATGTCCGTGGAGCGCACACTGGCCACGGCACGCGACCAGGATTGGCGTGCCCGGCTCGAGGCCTACCTTGACGAACTCCTCAAAGCCTTCATGCAGCATCCCTCCCTAGGCAGCGAGTCGTTCGCCACGGACACCTACGGCCCCGGCGAGCTGAAAGCGATCGAGTTCGTCCTGCAATGCCTCACCGACGCCGGGCTGGAAGATGACCGCGTGGTGCACTACTACGCGGCCCTGGAAAGCTACACCCTTGCGCTCGGCGCCGGCATTGCGGTCGAAATCCAGCGACTCCCGGACTCCGAGGGCCACGATCCTTGGCTCAACCCACGGGTTTTCACGCGCATCACCGGTCACCCGCTCCTTGAAAAACACCACGCTGCACTGCAAAACCTTGATTCCCTCAAGGCGTTCCAAGCCGGCCTCTCGGCTATCCTGGACAGCGCCGAACGCGAAAGCACCCGCCGACCGCAGGCCTGA MEGGQLMVQPAQSTDRRTRLDAATIIDAVLRISSQELGERLTVRRLGQELEVDATAVYRHFRNRDAIVRAALDQLFMMSVERTLATARDQDWRARLEAYLDELLKAFMQHPSLGSESFATDTYGPGELKAIEFVLQCLTDAGLEDDRVVHYYAALESYTLALGAGIAVEIQRLPDSEGHDPWLNPRVFTRITGHPLLEKHHAALQNLDSLKAFQAGLSAILDSAERESTRRPQA PGPT0027886_125 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 D3-18_03533 1479 prr_3 COG1012 Gamma-aminobutyraldehyde dehydrogenase ATGCACCAGTTCATCAACGGAAAACTGCTGTCCGGAACCTCTGGTAGCAGCCTCGATGTCATCAATCCCGCTACCTCGGAGGTGGTGGAAACGGTGGGGCTCGCTTCACTTGCGGATCTGGAGTCGGCAGTGGCAGCGGCCCGCAGCGCCTTCCCGTCGTGGTCCCGCACCCCGCCGGGTGAACGCGCCGGGATCCTGCAGAAATTCGCCCGCATCATCGAAGATCGCGCGGAGGAATTCGCCCGGGTTGAGAGTGCTCAGACAGGCAAACCGCTTCGGCTAACCCGGGAGTTCGACGTCCCCGGCACCATCGACAACATCGACTTCTTCGCCGGCGCCGCACGGCACCTCGAGGGAAAAGCCACCGCCGAGTACTCTCCCCAGCACACCTCCTCCATCCGAAGGGAAGCGATTGGCGTAGTGGGATCCATCGCGCCCTGGAACTACCCCCTGCAAATGGCCGCGTGGAAGATCCTTCCGGCCATCGCCGCAGGCAACACAATCGTTCTCAAGCCCGCCGAGATCACTCCGTTGACGTCCCTGATGTTCGCGCAAGCGCTCAGTGACGCCGGACTGCCCGACGGCGTGGTGAACGTGGTGGTAGGCGACGGCGCCAGCGTTGGGGCTGCGCTCATGCGGCACCCGGATGTGGCCATGGTCTCCTTCACGGGGTCCACCGCCATTGGCCGCACGGTCCTGGAAGCAGCAGCCGTCAATGCGAAGCGCGTGCACCTCGAATTGGGCGGCAAGGCACCCTTTGTTGTGTTCGACGACGCCAACCTGGACGCTGCCGTTCATGGCGCCGTGGCCGGTTCTCTGATCAACACAGGTCAGGATTGCACCGCAGCCACCAGGGCTATCGTTCACCGGAGCGTGTATGAGGAGTTCGTCGCGAAGGTGGCCGCCCGCTTTGACGGGATCGTCATCGGTGCACCCGGGGATACTGATGCAGACCTCGGCCCCCTCATTTCCTTCAAACAGCGCGACCACGTAGCCGGGATGGTGGACCGTGCGCGCAGCTACAGCAAGGTGATGGCAGGCGGCTACGCTCCTACGGACGAGGGCTTGGGAAACGGCGCCTTTTACCGGCCCACCCTGGTTGTTGACGCGGCGCCGGACTCGGAAATCGTCAAGGACGAGGTGTTTGGCCCGGTCCTGGTGGTCCTCCCGTTCGAAACGGACGACGAAGCGATCCAACTGGCCAACGACACTGTCTACGGATTGGCCGCGTCTGCCTGGACGAATAATCTCCAGCGGGCCTTGCGGGCCACCCGTGAGATCAAGGCCGGCTGCGTGTGGGTCAACGACCATGTTCCGATCATCTCCGAGATGCCCCACGGCGGCTTTAAGCAATCCGGGTTCGGCAAGGACATGTCCGCCTACTCCTTTGAGGAATACACCCAGGTCAAGCACGTGATGTTCGAGTTGGAAGGCGTTACCGAGAAGGACTGGCACCGGACCATCTTCAAGCTGCGCTGA MHQFINGKLLSGTSGSSLDVINPATSEVVETVGLASLADLESAVAAARSAFPSWSRTPPGERAGILQKFARIIEDRAEEFARVESAQTGKPLRLTREFDVPGTIDNIDFFAGAARHLEGKATAEYSPQHTSSIRREAIGVVGSIAPWNYPLQMAAWKILPAIAAGNTIVLKPAEITPLTSLMFAQALSDAGLPDGVVNVVVGDGASVGAALMRHPDVAMVSFTGSTAIGRTVLEAAAVNAKRVHLELGGKAPFVVFDDANLDAAVHGAVAGSLINTGQDCTAATRAIVHRSVYEEFVAKVAARFDGIVIGAPGDTDADLGPLISFKQRDHVAGMVDRARSYSKVMAGGYAPTDEGLGNGAFYRPTLVVDAAPDSEIVKDEVFGPVLVVLPFETDDEAIQLANDTVYGLAASAWTNNLQRALRATREIKAGCVWVNDHVPIISEMPHGGFKQSGFGKDMSAYSFEEYTQVKHVMFELEGVTEKDWHRTIFKLR PGPT0007165_1250 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0007165-betB_homologous-K00130 NA NA D3-18_03534 915 eamA COG0697 putative amino-acid metabolite efflux pump GTGAACCTTCGCCACTCTGCCCTTGCCGTTGTGGTTGCTGTCCTGTGGGGCATCAACTTCGTCGCGATCGACCTCGGTCTGCACACCAACGGCAGGGAGGTCCCGCCCCTGCTCTTCGTCGCTATGCGCTTCTTGCTGGTGGTCTTTCCCTTCATCCTCTTCATCCGCAAACCAGAGGTGGGCTGGAAGGCGATTATCGGCGTCGGACTCTTCATGAGTGCCGGCCAGTTCGGTCTCCTGTATCTGGGCATGGCACTTGGCATGCCGGCAGGCCTGGCATCGCTGGTACTTCAGGCGCAGGTGTTGTTCACCATCTTGCTTGCGGCGAAAATCCTCGGCGAGAGCCCGAGCCGTCGTCAACTGGCGGGTGTGGCGCTGGGCATCGCAGGCTTGGCCGTGGTGGCTTTGGGGCGAAGTGCCGTGGCTCCGGTTCTGCCACTCATGATCGTTCTGGCCGCAGCGTTGTCGTGGGCGGTCGGGAATGTGGTGGTCCGGCACACGAAGGCTGCTTCCGGCTTGGGGTTAGTGGTCTGGTCCGGCGCTGTGGTGCCTGTTCCGTTGGCGGGCTTATCGTTGGTGGTGGATGGGCCCGACGCCGTGCTGGCAACGCTCACGGACCTGCAACCGGCCACTATCCTGAGCGCGATCTACACGGCCGTGTTCGCGTCGCTGATTGGATACGGCATTTGGAACCGCTTGTTGTCGCTGTACCCGAGTTCCGACGTCGTGCCCTTCACGCTTCTGGTCCCGGTGGTGGGGATGACGGCCGCGTGGCTGGTCCTCAACGAGATTCCCACGCTGACCGAGATCCTGGGCGGACTGATCCTGCTCCTCGGAGTTGCCATCGCAGTGCTCGGCGCCGGACGCAAGATCCGTCCGGAAACGCCCGTTGTGAGGCCCGCTCTGCTGCCCTAG MNLRHSALAVVVAVLWGINFVAIDLGLHTNGREVPPLLFVAMRFLLVVFPFILFIRKPEVGWKAIIGVGLFMSAGQFGLLYLGMALGMPAGLASLVLQAQVLFTILLAAKILGESPSRRQLAGVALGIAGLAVVALGRSAVAPVLPLMIVLAAALSWAVGNVVVRHTKAASGLGLVVWSGAVVPVPLAGLSLVVDGPDAVLATLTDLQPATILSAIYTAVFASLIGYGIWNRLLSLYPSSDVVPFTLLVPVVGMTAAWLVLNEIPTLTEILGGLILLLGVAIAVLGAGRKIRPETPVVRPALLP NA NA NA NA NA D3-18_03535 918 oxyR_2 Hydrogen peroxide-inducible genes activator ATGATCGATATTTCGGCCTTGAGGGCATTGGTTGCCGTGGAGCAGCACGGCTCAGTGGTAGCGGCATCTGACGTCATGGGTTTCAGCCCATCGGCCATTTCGCAGCAAATCAAGAAACTTGAGAAGCAAACGGGCGTCACCGTGCTGGAGCGCAGGGGTCGCGGGGTGCTCCTCACAGAGCGTGGACTTGCCCTTGCAGGCTACGGTCGGCGGATTATGGGCGAGCTTGAAGAGCTGCAGGCCACCCTGCTCGCCGACCCCGCAAAGCCTTCGGGGATCCTGAGGCTTGTCGCGTTCTCCACGGCTTGCCGGGGTCTGGTGGGACCCATGCTGGGGCGTATGGCAGCCGCGCATTCCGACCTGAACGTTACCGTCCTCGCCGAAGATCCCCGCGAAGCCGTGCAAAGAGTCGCCTCAGGCGAGGCCGAACTCGCGGTGGTCCACAACTGGAACTCGGTGCCCTTGGTGATCCCCGGAAACCTGGTGCATGAGGACCTCTGCATCGACCAAGCCGATATCCTCGTCAACAGCACCCATTCACTGGCGGCGCGCACCGCCGTCGAACCTGAAGACCTTCTGGACGAGACGTGGATCAGCACCCCGGCAGGAGCCATCTGCAACGAAGCACTCCTGCAGATCTTCGCTGGGCTGGGCAAGGTCCCCGATATCCGTATCTACGATCCCGACTTCTCCACTCACATCGCCATGGTGGAACAGGGTGTGGCCGTGGCACTTGTACCGAGACTCGGCAGGCCTCCGCTTCCTGATGACGTCGCTGCCATCCCGGTGATCCGCCCAGTCCAACAGCGGTCCGTTGGTGTTGTCTACCGCAAGACGATGACAGCCAGTCCCAGCATTCGACTCGCCGTGACCATGCTGCGCGAGATAGCGGCTGAGCTACCGCTCCCGCGAAGCTGA MIDISALRALVAVEQHGSVVAASDVMGFSPSAISQQIKKLEKQTGVTVLERRGRGVLLTERGLALAGYGRRIMGELEELQATLLADPAKPSGILRLVAFSTACRGLVGPMLGRMAAAHSDLNVTVLAEDPREAVQRVASGEAELAVVHNWNSVPLVIPGNLVHEDLCIDQADILVNSTHSLAARTAVEPEDLLDETWISTPAGAICNEALLQIFAGLGKVPDIRIYDPDFSTHIAMVEQGVAVALVPRLGRPPLPDDVAAIPVIRPVQQRSVGVVYRKTMTASPSIRLAVTMLREIAAELPLPRS NA NA NA NA NA D3-18_03536 327 hypothetical protein GTGGAAGCAATCCTCTTTCCCACGGACATGAATCACCATCACACGTATGGCTTGGTCAGCTACATCATGATCGACGACGGCCTCTACCCGAGCGCCCACAACCGGCGGGATCCCTACGCGCTTCCTGCTTTCGACATCCGTGGTCAATGGGTCTACCCCAGCCGGTACAACGAATACATGGCTCCGCAGTTACCGGTGTACATGTTCGACGGCGAATACCTCATCGCAACAGGTCATGGCGAAGAAGCGGCGGGCCTGCCGGTGTTCGAGATCCGCTGCATGTGCATGCCGCAGCTGGCTTACGGAGACCCAAGTACCTCGCAATAG MEAILFPTDMNHHHTYGLVSYIMIDDGLYPSAHNRRDPYALPAFDIRGQWVYPSRYNEYMAPQLPVYMFDGEYLIATGHGEEAAGLPVFEIRCMCMPQLAYGDPSTSQ NA NA NA NA NA D3-18_03537 525 COG2062 putative protein ATGAGTGACCATCACATTAAGCGCCTGGTGATCATGCGGCATGCCAAGGCTGATTGGCCCATGGGCGTGCCTGATCATGAGCGCCCCTTGGAGGAGCGTGGGCACCGGGAGGCTCCGTTGGCTGGGAAGTGGTTGCTCAAACATGGTGTGGTGCCGGACTTCATCCTGTGTTCGTCCGCGTTGAGGACTCGTCAGACCTGCACCTGGGTGTGCGATGAGTTGGGGGACAAGGCGCCGACGCCCAAACTCGAGGACGGCCTGTACTCCGCCTCAGCCAACCGTATGTTGACGGTGATAAATCACGTCCCCGACACCGTGACCACGTTGATGGTTATCTCGCATATGCCTGGAGTTCAGGATCTTGCCATGCAGCTGGCTTCCCGCGATTCGGACCACGACGCTTACATGGATGCTGCTACCCGTTACCCAACGAGTGCGTTGACGGTACTGGAAACGGAAAAGTCGTGGGCTGAGCTCGACGGGCAGGATGCCAGGCTGACGCATTTCACGGTGCCCCGCAGATAG MSDHHIKRLVIMRHAKADWPMGVPDHERPLEERGHREAPLAGKWLLKHGVVPDFILCSSALRTRQTCTWVCDELGDKAPTPKLEDGLYSASANRMLTVINHVPDTVTTLMVISHMPGVQDLAMQLASRDSDHDAYMDAATRYPTSALTVLETEKSWAELDGQDARLTHFTVPRR NA NA NA NA NA D3-18_03538 867 hypothetical protein ATGTCAGTTGCATCTGGATACGTCCACATCTCCGTCCGTAACGCCAACAAGGCCGCGTCAAACGCAGGGCTTCGCCCCGGCTTCGGCAACCGTCCCGGCTACTCTCCTGCTCCGCAAGGCGCCGGTCAGCAGGCCCCCGGATACGTGCCTCAGGGCTATAACCCCAACTCCTATGGCCAGTTGCGCGCAGTCCCCGCCGCGGAGCCGGCGCCCATGACTGCGCCAACCCCTGTGATCGCGCAGTCGGACAAGCTCCGCCCTGTTGCCAACGACAACGTGGCCCGCGGGTTCGTCCTCTACATGGGCATTGACGAAGAAACCGCAGCTGCCGCCGGAACCTCCATTGCCAAGCTTGCCCAGGAAATCCGGGCCTACGCTCAGTCCCTCGTGACCGGTGCCGAGAGCTATGCCGCCGTCGCAGTTGCCCCCGCCGGGGCACCCGGGTCCGCACTCGACGTCGTGCGGTCCACCTTCGGCGACCCCACCGTCGCCGCACGCCAGCGCACCGAAGCCGCCCGCCCGGCGCCCCAGCAGGAAGCCCGTCCGTCCGGCGTGCTGATCGACCTCGCCCGCCGCGAAGTGCACCTCGACGGCGAATCGCTGAATCTGACGTTCAAGGAATTCGAGCTCCTCAACTACCTCGTCGAGAACGGAACCCGCACCGTGGGCCGCGACGAGCTCCTTGAGGGCCTGTGGCGCAACGCCGAAGAGGTGCCCAACGAGCGCACCATCGACGTCCACATCCGCCGCCTCCGCTCCAAGCTCGGCCGCCTCGCCAACACCGTCCGCACGGTCCGCGGCCAGGGCTACCGTTTCTACGAGCACCCCGAAGTTATCGTCTGGGCCGCTCCGGAATACTCGATCTAA MSVASGYVHISVRNANKAASNAGLRPGFGNRPGYSPAPQGAGQQAPGYVPQGYNPNSYGQLRAVPAAEPAPMTAPTPVIAQSDKLRPVANDNVARGFVLYMGIDEETAAAAGTSIAKLAQEIRAYAQSLVTGAESYAAVAVAPAGAPGSALDVVRSTFGDPTVAARQRTEAARPAPQQEARPSGVLIDLARREVHLDGESLNLTFKEFELLNYLVENGTRTVGRDELLEGLWRNAEEVPNERTIDVHIRRLRSKLGRLANTVRTVRGQGYRFYEHPEVIVWAAPEYSI NA NA NA NA NA D3-18_03539 741 tcrX_2 COG0745 putative transcriptional regulatory protein TcrX ATGGCCTCCTCGCACTCCATGACCAATAACCTTCCCCAGCTCTCCCACCCGGACGGCTCTCCCATCCGTGCCCTGGTGGTGGATGACGAACCCAGCCTCGCCGAACTGATGAGCATGGGCCTGCGCATGGCAGGCTGGTCCGTTGCGGTGGCGGGCGACGGTCCGGAGGCAGTAAAGCTGGCCAAGGACTTCCGCCCTGACGTGTTGGTCCTGGATGTCATGCTTCCCGGATTCGACGGCGTCGAGGTCCTGAACCGCATCCGCACCTTCGCCCCGGAGGTTCCCGCACTGTTCCTCACGGCCAAGGACGCCGTGCAGGACCGCATTGTGGGACTCGCAGCAGGCGGGGACGACTACGTCACTAAACCCTTCAGCATGGAGGAAGTCCTCCTGCGCCTCCACCGCTTGGTCCAGCGCTCCGGCGTAGCTGCAATGGACACCGCGGAGCTGGTGGTAGGCGACCTTACGCTCAACGTAGATACCCGTGAAGTCACCCGCGCCGGCCAGGATATTGCGCTCACTGCCACCCAGTTCGAGCTGCTTCGCTACCTCATGGAGAACCCCAAACGGGTTGTCAGCAAGGCCCAGATCCTGGACCGCGTGTGGGACTACGACTTCGGCGGCCAGGCCAACATCGTGGAGCTCTACATCTCTTATCTGCGCAAGAAGATCGAAGCCAACCATCCTCCGATGATCCACACCATCCGGGGTGCCGGATACGTCATCAAGCCTGCGGATTAG MASSHSMTNNLPQLSHPDGSPIRALVVDDEPSLAELMSMGLRMAGWSVAVAGDGPEAVKLAKDFRPDVLVLDVMLPGFDGVEVLNRIRTFAPEVPALFLTAKDAVQDRIVGLAAGGDDYVTKPFSMEEVLLRLHRLVQRSGVAAMDTAELVVGDLTLNVDTREVTRAGQDIALTATQFELLRYLMENPKRVVSKAQILDRVWDYDFGGQANIVELYISYLRKKIEANHPPMIHTIRGAGYVIKPAD PGPT0004105_1307 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 D3-18_03540 1515 tcrY putative sensor histidine kinase TcrY TTGAGCACCCTCTCAGGAGTGGCCAGGAAGTCCGGACCGGCCGGACAGTCTCAGCGCAGTTGGCTCAACCCTTCCACCTGGCACTTGCGTACACGCCTGGTCCTGGTGGCCATGGCACTGCTGGTCGCCATTTGCGCTGCGGTGGGAGTTGTCAGTTACGCGTCCATGGACATGGTCTTCGACAGGCAGCTCGACAGGCAGTTGGAGCAGGCGTCCAGCCGCGCGAATGACTTCGGCAGGCCGCCGTCGAACTTTCCGTCATCCCCCGGCAGGCCGGATCCTCTGGAAGCGCGCGGGCAAGCTGCGGGCACGCTTAATGCGAGGATCGACGGCTCCACCGTGCGTAGCTCGGGTTTAATTGACGCCCAGGGTAACCGCGTCTCGCTCTCAGCGGACGACGAACAGGTCCTTGTGTCGCTCCCCACGGACAATCAACCCGTGGACCGATCACTCTCCAACGGCGATTACCGGCTGGTGGCAGTCAACACCAATTACGGCGACGTGATTGTGACGGGCTTGCCGCTCGCCGACAAACAGAGCGCCGAAGCCTCGCTGGTGTGGACCATGGTGCTGGTCTCGCTGGGTGGACTCGTGGTGATCGGCCTCGTGGGAACGGTCATCATCCGCCGGACCATGCGGCCGCTGGAACAGCTCTCCGAAGTGGCCACAAAGGTCTCGCGCCTGCCTCTCGACGCCGGTGAAGTGGCACTTGCGGTGCGCGTGCCGCCCTCGGCATCCCACCCTGGAACGGAAGTGGGCAGCGTCGGCTATGCCTTGAACCAGATGCTGAACAACGTTTCGAGCGCTCTGGAAGCGCGGCAGGAAAGCGAAACCAAGGTGCGCCAATTCGTGGCAGACGCCTCGCACGAGCTGCGGACTCCCCTGACCGCCATCCGGGGTTACACCGAGCTACTGAGGATGACGGAGAATTTTACCGAGGATGGCCGGAAGTCACTGGCGCGTGTCCAAAGCCAGTCCGAACGGATGACCACCTTGGTGGAGGACCTTCTTCTGCTGGCGCGGCTGGACGAGGGTCAACCCGTCAAAGTTGAGGACGTGGACCTGACACAGCTGGTGATCGAAACGGTCAGTGACGAGAAAGTCATGGCACCGGACCACATTTGGCAGCTCCAGCTCCCCGATGAGCCCACCACGGTGCGAGGGGATGCCACCCAACTTCACCAGGTGCTGGCCAATTTGCTGTCCAATGCCCGCAAACACACCGATCCCGGCACCACTGTGGTTACAGGTGTCATGCTCTCCGCCGACGGCAGCGCCGTGGTCACGGTGACGGATAACGGCCCCGGAATTCCTGAAGATTTCCAGGGCCGGATCTTCTCCCGGTTCGCCCGCGCTGATGTCGCAAGGTCAGGCACCGAGGGCACCTCCGGACTGGGCTTGTCCATTGTGGAATCCATCGTTTCAGCGCATGGCGGGAGCGTGGAAGTGACCTCGCGGCCGGGGCGCACTGAATTCGCCCTCCGACTCCCTACCGTGACCACCGAAGGCCTATAA MSTLSGVARKSGPAGQSQRSWLNPSTWHLRTRLVLVAMALLVAICAAVGVVSYASMDMVFDRQLDRQLEQASSRANDFGRPPSNFPSSPGRPDPLEARGQAAGTLNARIDGSTVRSSGLIDAQGNRVSLSADDEQVLVSLPTDNQPVDRSLSNGDYRLVAVNTNYGDVIVTGLPLADKQSAEASLVWTMVLVSLGGLVVIGLVGTVIIRRTMRPLEQLSEVATKVSRLPLDAGEVALAVRVPPSASHPGTEVGSVGYALNQMLNNVSSALEARQESETKVRQFVADASHELRTPLTAIRGYTELLRMTENFTEDGRKSLARVQSQSERMTTLVEDLLLLARLDEGQPVKVEDVDLTQLVIETVSDEKVMAPDHIWQLQLPDEPTTVRGDATQLHQVLANLLSNARKHTDPGTTVVTGVMLSADGSAVVTVTDNGPGIPEDFQGRIFSRFARADVARSGTEGTSGLGLSIVESIVSAHGGSVEVTSRPGRTEFALRLPTVTTEGL PGPT0004100_1239 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 D3-18_03542 864 hypothetical protein ATGTCTGAACTTAACGATCAGACGCGCCCTTCCGCGCGTCACCGCGACGAACACAACGCACCGCTCACCAAGTCGCAGTCCGTCCTCAAGAACGCAGCCCGCCAGGGTAAGTCCGGCCACCGCATGTCCGTAGTCGCCGGTGTCGTGGCAGCCGCACTGGGCGTTGCATCGCTCGGAACCGCCGCAAACGCCGCACTGACCCTCCCCGAGGCGAGCCGCGTAGCTGGAACCCAGGCCAGTGCGCAGGTCAACACCAACAAGTCGGCTGAGATCTCCGCGTCGCTGAATGCTGCAGCCGAAAAGGGCGCAGCCGACAGGGCCGCTGCGGATGCTGCCGCCAAGGCAGCTGCTGACAAGGCCGCTGCGGAGAAGGCTGCCGCTGACCGGGCCGCAGCTGAGAAGGCCGCAACCGAGAAGGCTGCCGCTGACCAGGCCGCCGCCCAGGCCGCAGCTGAGAAGGCTGCCGCTGACGCTGCTGCCAAGCAAGCCGCCGACGCCGCTGCTGCCGCTGCCGCTGCGGAGGCCGCTGCAGCTGCTGCAGCCCCCAAGGCTGTGGACGACCCCGCTGCTGCCAAGGCGTACGCACTGAGCATCCTTGGCAACTACGGTTGGGGTCCGGGCGAAATGACTGCCCTGAACACGCTGTGGGAGAAGGAATCGAACTGGAGGACCACGGCGATGAACGCTTCCAGCGGCGCCTACGGCATCGTCCAGTCCCTGCCTGCTTCCAAGATGGCTACCGTTGGTCCTGACTGGGAAACCAACTACCAGACCCAGATCAAGTGGGGCCTGAATTACATCAAGGAGCGTTACGGATCCCCGTCCGCAGCTCTGGGCTTCCACTTGGCCAACAACTGGTACTAA MSELNDQTRPSARHRDEHNAPLTKSQSVLKNAARQGKSGHRMSVVAGVVAAALGVASLGTAANAALTLPEASRVAGTQASAQVNTNKSAEISASLNAAAEKGAADRAAADAAAKAAADKAAAEKAAADRAAAEKAATEKAAADQAAAQAAAEKAAADAAAKQAADAAAAAAAAEAAAAAAAPKAVDDPAAAKAYALSILGNYGWGPGEMTALNTLWEKESNWRTTAMNASSGAYGIVQSLPASKMATVGPDWETNYQTQIKWGLNYIKERYGSPSAALGFHLANNWY NA NA NA NA NA D3-18_03543 837 hypothetical protein ATGACGCTCACAGATCCCAAGCCGGTGGTGCACCATCAGCTGCAGCGCGCCCCCGTGAAAATACAAGGTTTGGTTCCCGTCCTGGACGTCACCATCCCCGTGTTCAACGGTGAAGCCCATCTGGAACACAAGCTGCGCAGCCTGCACGGACACCTCGCCGATTCCTTCCCGCACACATTTCGGATCACGGTGGCCGACAACGCCAGCACGGACAACACTTTACGGATCGCCGAACGTCTGGCCAGGGAACTCCCCGAACTGATGGTGATGCATTTTCCGGAACGGGGACGCGGAAACTCGCTCCGCCGGGTCTGGCTTTCTTCTCCGTCTCCCCTGCTGGCGTACATGGACCCTGGTCTGTCGATCGACCTTTCGGCGGTGGCGCCCCTACTGGCCCCGCTGATCTCCGGGCACTCCGACCTCGCCGTCGGAACGCGACTGGCAAGGGCTTCACAAGGGACATCCAGCCGCCACCATGACGTCATGGCGCGCGCCTACAATTTTCTGCTGCGCGTCATGACGGGGGCGCGCTTCTCCGATGCCGAATACGGCTTCAAAGCCATACGTGCCGATATCGCCCAAGAGCTGCTCCCCCACACCCGCAATGAGGCATGGTTCTTCGACACCGAACTGCTCGTCATCGCCGAACTCTCCGCTTTGCGGATTCATGAAGTCCCCGTCGACTGGACCGACGATCCCGACCCGGGCGTCGACGTCGTACGTACCGTCCTGGCTGACCTTCGCGCAGTGGCCCGCCTGACCCGCGAGCTGCACCGGGGGACAATTCCCGTCAGTGAGTTACGGGCCGAACTGGGCCGAGGACACCACCGGCCCTGA MTLTDPKPVVHHQLQRAPVKIQGLVPVLDVTIPVFNGEAHLEHKLRSLHGHLADSFPHTFRITVADNASTDNTLRIAERLARELPELMVMHFPERGRGNSLRRVWLSSPSPLLAYMDPGLSIDLSAVAPLLAPLISGHSDLAVGTRLARASQGTSSRHHDVMARAYNFLLRVMTGARFSDAEYGFKAIRADIAQELLPHTRNEAWFFDTELLVIAELSALRIHEVPVDWTDDPDPGVDVVRTVLADLRAVARLTRELHRGTIPVSELRAELGRGHHRP NA NA NA NA NA D3-18_03544 1392 COG0076 Tryptophan decarboxylase ATGTCTGCGATGCCGGAGGCGTACGGTGCTGCATTGGAGCGGGCCATGGTCCACGCCGGTGAGTGGCTTGCGTCGGTTCCCACCCGTTCTGTCCGCCCTTCATCCGATGCCGACCAAGTGGCCAAGACCATCCTGCCGCGTCTCCCGGACGGAGCAACCGATGCCGCGGAGGTAGTGGACGAGCTCGCCGCGCTGGCTGAGCCCGGCTTGATGGCGATCCAGTCCGGACGGTTTTTCGGGTGGGTCATGGGCGGAACCTTGCCCGCCGCCATGGCCGCCGATTGGCTCGTCTCTGCTTGGGATCAAAACACCGGGCTCCGGTTCGCCACCCCCGCTGCCGCTGCCATCGAGGAATCTGCCGCCGCCTGGCTTTTGGACCTCCTGCACCTGCCCGTGACGGCCGACGTCGGATTCACCACGGGTGCCACTACTGCCAACTTCGTGGGCTTGGCAGCGGGCCGCCAATACCTGATGGACGAGGCCGGATGGGACCTCGAAGCGCTCGGCCTCAGCGGTGCACCGCGCATCACAACCTTTGCGGGCAGGGAACGGCATGCCGCAGTGGATCTGGCTTTGCGATACCTCGGTTTGGGTGCCTGTGTTCCGGTGGACGCCGACGACGAAGGGCGGATATTTCCTGACGCCCTGGCTGATGCCATGGATCAGCAACCCGGCCCATCATTGGTCTGCCTGCAAGCGGGCAACCTCCACTCCGGGGCATTCGATCCCATGGAGGAAGCCATAGCCGTGGCGCACGATCGCGGTGCGTGGGTGCACGTGGATGGTGCCTTTGGTTTGTGGGCCGCGGTAAGCCCGAAGCTGCGAGGCCGGCTGGCGGGTGTCGAGGACGCAGATTCGTGGGCAACGGATGCCCATAAGACCCTGAACGTCCCCTACGACTGTGGCCTGGCAATCGTTGCCCGCCCGGAAGCCTTGAGGCGTGCCTTCAGCGTTCACACGAGTTACCTCATTGCCACGGACGCCGGACCGGGGGATCCTTTCGAGAAAGTTCCGGAGATGTCCCGCCGCGCCCGGGGCATTCCGGTATGGGCGGCACTCAGGCAACTGGGCCGGGACGGCGTGATTTCCATGGTGGAGCGCTTGGCAGCTAATGCCCGCGCTTTGGCTGAAGGCCTGTCCTCGATCCCTGGCGTGGAGGTGCTCAACGACGTCGTGTTCACGCAGGTCTCGGTGACTTTCGGAAGCGATGACCGTACACACCGGATCACCCAGCGGCTCATGGCAGAAGGCGCGGTCTGGATGTCAGGTTCGTCGTGGCGTGGTCGCGAGATTCTACGGATCTCGGTCAGCAACTGGACTACGGACGCCGGGGATGTCGCGGCCTCCATCGCAGCCGTGCGGGGTGCGGTGGAGGCCGAACCGGAGACGTAA MSAMPEAYGAALERAMVHAGEWLASVPTRSVRPSSDADQVAKTILPRLPDGATDAAEVVDELAALAEPGLMAIQSGRFFGWVMGGTLPAAMAADWLVSAWDQNTGLRFATPAAAAIEESAAAWLLDLLHLPVTADVGFTTGATTANFVGLAAGRQYLMDEAGWDLEALGLSGAPRITTFAGRERHAAVDLALRYLGLGACVPVDADDEGRIFPDALADAMDQQPGPSLVCLQAGNLHSGAFDPMEEAIAVAHDRGAWVHVDGAFGLWAAVSPKLRGRLAGVEDADSWATDAHKTLNVPYDCGLAIVARPEALRRAFSVHTSYLIATDAGPGDPFEKVPEMSRRARGIPVWAALRQLGRDGVISMVERLAANARALAEGLSSIPGVEVLNDVVFTQVSVTFGSDDRTHRITQRLMAEGAVWMSGSSWRGREILRISVSNWTTDAGDVAASIAAVRGAVEAEPET NA NA NA NA NA D3-18_03545 699 ppaX Pyrophosphatase PpaX ATGAGCCATCCTGCCGAACCCGTCTCTCCATCATCAGTGCTGACCGTCCGCGCCGTCCTTTTCGACATAGACGGCACGCTGGTTGACTCAACGGCGATCGTTGAGCAGGTGTGGCTTGAGTTCGCCGAGCGCTACGGCTTGGATTTCAACGAGATCCTGCGCACCTCGCACGGCGTCCAAGCCGGCGACACTGTTCGCCGGTACGCGCCCGCCGGCGCTGACTTTGAAGCACTGACCGCCGAGTTGGGCGAGATGGAACGCTCCCGGACCGACGGCGTCATTGCGCTTCCCGGGGCAGAAGCCCTGCTGGCAGGACTCCCGGATGACGCTATCGCGTTGGTCACCTCCGCGGACCGCATCCTGGCAGATATCCGCATGCAGGCGGCCGGGCTCACCATGCCATCAACAACAGTCACTGCGGAGTCCGTCACCCGCGGTAAGCCGCACCCTGAGGGGTACCTGAAGGCGGCGGCGCTCCTGGGAGCCGACCCGGCCGACGTCGTGGTTTTCGAGGATGCGCCTGCCGGTATCGCTGCCGCGCGCGCCGCCGGCATGCGGACCGTTGTGGTGGGCAAGGCCGCTGCCAGGCACAATGCGGAGCTGGAGCCGGGCATGTGGCGGATCCCGGATTACTCGTCGGTCACCGTCACTGCTGTGAAGGACGACGGCGGCGGTCACCTCCTGACGCTCACCCTCTAG MSHPAEPVSPSSVLTVRAVLFDIDGTLVDSTAIVEQVWLEFAERYGLDFNEILRTSHGVQAGDTVRRYAPAGADFEALTAELGEMERSRTDGVIALPGAEALLAGLPDDAIALVTSADRILADIRMQAAGLTMPSTTVTAESVTRGKPHPEGYLKAAALLGADPADVVVFEDAPAGIAAARAAGMRTVVVGKAAARHNAELEPGMWRIPDYSSVTVTAVKDDGGGHLLTLTL PGPT0018405_70 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_SORBITOL_DEGRADATION,PGPT0018405-hxpB-K19270 NA NA D3-18_03546 378 hypothetical protein ATGGACTGGAAACTTGAACTGGTGTTTGTCCCTGTGTCCGACGTCGACCGCGCGAAGGATTTCTACGTCAACAAGGTTGGTTTCAACGCCGATTTCGATGAGCGTCCCATGGACGGCATCCGCTTCGTGCAACTGACACCGCCTGGTTCGGCGTGTTCCATCGCTATCGGTGAGGGGCTCAGCGATGCCCCTCCGGGAACAGCGCCCAGCCTCCAAGTGGTGGTGGCGGACATTAATAAGGCGCATGAACAGCTCAAGGCCAACGGCGTGGACGTCAGCGATATTGACGTTCAGGATTGGGGCCACTTCGTCTACTTCGCTGACCCCGACGGCAACAAGTGGGCGGTGCAGTACCTACCTCAGCGGCCAAACGGCTAA MDWKLELVFVPVSDVDRAKDFYVNKVGFNADFDERPMDGIRFVQLTPPGSACSIAIGEGLSDAPPGTAPSLQVVVADINKAHEQLKANGVDVSDIDVQDWGHFVYFADPDGNKWAVQYLPQRPNG NA NA NA NA NA D3-18_03547 636 upp Uracil phosphoribosyltransferase ATGCGCACACTCGTCGTGGACCACCCGCTGGTCGCTCACAAGCTCACCGTTCTGCGGGATAAGAACACCCCTTCACCGGTCTTCCGGCAACTCACCGAAGAACTCGTCACCCTCCTGGCCTATGAAGCCACTCGCGAGGTCAAGACGCAGCCAGTCGAGATCGAGACCCCCGTGACAAAAACCGTGGGCACGGCTTTCACCAAGCCCACTCCGTTGGTAGTCCCGATTCTGCGCGCAGGCCTTGGCATGCTCGAGGGCATGACCAAGCTGGTCCCTACCGCTGAGGTGGGCTTCCTGGGCATGGCCCGCGACGAAGAAACCTTGGACATCATCACCTACGCCGAGCGCCTTCCCGAGGATCTCACCGGCCGCCAGATCTTCGTGCTGGACCCCATGCTCGCCACTGGCGGCACCCTGCGCGAGGCCATCAAGTTCCTCTTCAAGCGCGGTGCCTCCGATGTGACGTGCATCTGCCTGCTGGCCGCTCCGGAGGGATTGTCCAAGCTGGAAGAGGAGCTCTCGGACGCCAACGTCAAAATCGTCCTGGCCTCGATTGATGAGAAGCTCAACGAAAAGTCCTACATCGTGCCGGGCCTGGGCGATGCGGGTGACCGCCTTTACGGCGTAGCGGGTTAA MRTLVVDHPLVAHKLTVLRDKNTPSPVFRQLTEELVTLLAYEATREVKTQPVEIETPVTKTVGTAFTKPTPLVVPILRAGLGMLEGMTKLVPTAEVGFLGMARDEETLDIITYAERLPEDLTGRQIFVLDPMLATGGTLREAIKFLFKRGASDVTCICLLAAPEGLSKLEEELSDANVKIVLASIDEKLNEKSYIVPGLGDAGDRLYGVAG PGPT0021240_1900 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021240-upp-K00761 NA NA D3-18_03548 513 tadA_2 COG0590 tRNA-specific adenosine deaminase ATGAGCGCCACCGAGCCGTATCACGCAGAACACATGGCCTGGATGGGCCTTGCCCTGGACGAAGCCCGGTTGGCGTTGAAAACTGACGACGTACCGATCGGCGCCGTCGTGTTGGGGCCCGACGGCGGAGTGCTGGGTTCCGGACGCAATGAACGGGAAGCGCATGGGGACCCGACCGCCCACGCGGAGGTGGTGGCCATTCGTCAGGCTGCTGCTTTGCTTCGTCAGCGCGCTCACGATGCGGGCGCCGATGGCGACGGCTGGCGCTTGGAGGACTGCACTTTGGTGGTCACCCTTGAACCCTGTGCCATGTGTGCCGGGGCAATTGTCTTGGCCCGTATTCCCCGCGTCGTGTTTGGCGCGTGGGACGAGAAGGCAGGAGCGGCGGGTTCTGTGTTCGATATCCTCCGCGAGCGCCGCCTTAATCACTGGGTTGAGGTCTACGCGGGCGTCCGCGAGGACGAGTGCGCTGCCTTGCTCAGGGACTTCTTCGTTTCGCACCGCGTGCCCTGA MSATEPYHAEHMAWMGLALDEARLALKTDDVPIGAVVLGPDGGVLGSGRNEREAHGDPTAHAEVVAIRQAAALLRQRAHDAGADGDGWRLEDCTLVVTLEPCAMCAGAIVLARIPRVVFGAWDEKAGAAGSVFDILRERRLNHWVEVYAGVREDECAALLRDFFVSHRVP PGPT0006855_39 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_DICHLOROPROPENE_DEGRADATION,PGPT0006855-dhaA-K01563 NA NA D3-18_03549 999 mshA_4 D-inositol-3-phosphate glycosyltransferase GTGCACATCCGCTTCCTGGTCCCTGGGAACGTCCGGCACGGCTCCGGCGGCAACAAGTACAACGCCAAACTCGCCGAGCATTTGAGTGCCCTTGGCGTGGACCTTGAGATAGTAACGGTCGACGGCGACTGGCCCGTTGGGAGCCCGACGGACCGGCAGCGGTTCGCTGACATGCTCGACGGCGGCACAACAGTGATTGCCGACGGCTTGGTAGCGAGCGGGGCACCGGAAGAGATCGCCGGCGCGGTGAATGCCGGGACCAAGGTCTGGGTCCTCTCCCACATGGCGTTGGCGGACCACGACCTTGAGGCTAAGGCGCTGGCTGCAGCAACCGGGGTCGTCTGCCCGAGTGCTCACGCAGCGGCGGAGTTGGAGGCAAAGCACGGGATACAAAACATCGTGATCGCCACGCCCGGTGCTGAGAAGGCAAACCCCGCAGAAGGATCCGAACCACGGCACATCGTGGTGGTCGCGGCGTTGCTGCCCAACAAATGCCAGACGTTCCTGGTGCAGGCGCTCAGTGAAATACAAGTTCTCCCTTGGACCGCAGCCCTCATCGGCTCCCGCGACGCTGACCCGGGTTACGCGGCCACGGTGAGGGCCGTCGTCGAGCATTACGGTCTCGAAAACCGGATTTGCATCACTGGCGAGCTGACCGGCGATGCCCTCGAAGAGCAATGGCACCGGGCAGACCTGAGTGTTCTGATTTCACGTGCCGAAAGCTTCGGGATGTCCGTAACGGAGTCGTTGGCTCACGGCATCCCCGTGCTCGTTCGGCAGGGAACGGGAGCAGTGGAAGCACTGGGTACCTCCCGGGCTGGCACGGCCTTGGATCTCAGCGACCCTCGAAACCTCGCCGGCACCCTCCGAAGATGGCTCACCGATCACGCCCAGCAACAAACCTGGCGGAACGCAGCCATGACAGCCCGGGAGCACCTCCAAGGCTGGGACACCACCGCGGCCACTGTCATGGAGGCCCTGGAACGCCCACCGAGGTGA MHIRFLVPGNVRHGSGGNKYNAKLAEHLSALGVDLEIVTVDGDWPVGSPTDRQRFADMLDGGTTVIADGLVASGAPEEIAGAVNAGTKVWVLSHMALADHDLEAKALAAATGVVCPSAHAAAELEAKHGIQNIVIATPGAEKANPAEGSEPRHIVVVAALLPNKCQTFLVQALSEIQVLPWTAALIGSRDADPGYAATVRAVVEHYGLENRICITGELTGDALEEQWHRADLSVLISRAESFGMSVTESLAHGIPVLVRQGTGAVEALGTSRAGTALDLSDPRNLAGTLRRWLTDHAQQQTWRNAAMTAREHLQGWDTTAATVMEALERPPR NA NA NA NA NA D3-18_03550 399 queD COG0720 6-carboxy-5,6,7,8-tetrahydropterin synthase ATGTTCAGCCTGACCGTCCGACGCCACTTCATGGTCGCCCACAGCCTTCCCCGGGAAGCGTTCGGCCCAGCCCAGGGGCTCCACGGTGCCACGTTCGTTGCAGAAGTCACCTTCCGCCGGCCCAACCTCAATGACGACGCAATCGTCCTGGACATCGGTGCGGCCGGGGGCATCCTTGAGGAAGTGCTCGCCGACCTGAACTACAAGAACCTCGACGAACACTCCGCCTTCAAGGGCAAGCTCTCCACAACGGAGGCTCTCGCGAAGCACATCGCCGACGCCATGGCTGCCCAAATTCAGGACACGGCGGACGGTCCGGCACTCACTGGCATCGACGTCGTCCTCCGCGAGAACCCTGATGCCTGGGCGGGCTACTCGCTGGAGCTCCCGGTCAAGTAA MFSLTVRRHFMVAHSLPREAFGPAQGLHGATFVAEVTFRRPNLNDDAIVLDIGAAGGILEEVLADLNYKNLDEHSAFKGKLSTTEALAKHIADAMAAQIQDTADGPALTGIDVVLRENPDAWAGYSLELPVK NA NA NA NA NA D3-18_03551 1002 hypothetical protein ATGACTATCTCGCGCGAACAAGAACACGAAGCCCAGGCCTATTGGGTCACTGAGACGGGCAATGGCGAGCTGCGCCCGGAGGCCCTGCCAGCAAGGCAAGAAGGAGAAGCGCTGGTCAGGACCCTGTACTCGGGGGTCAGCCGCGGCACTGAGCGTGTTGTCCACGAGGGCCGCGTTCCGGAGCGAGTGGCTGACCTGATGCAGGCGCCGCACCAGGAAGGCGACTTCCCGGGCCCGGTCAAATACGGCTACCTGAACGTCGGCATAGTGGAGCAAGGCCCGGAGGAATGGATCGGCAAGACCGTCTTCAGCCTGCACCCGCACCAGGACTTCTACGTGATCCCCGCTGGCCAACTCACTGCAATCCCGGAGGACGTACCAGCACGGCGGGCTGTCCTCACGGGCATCGTTGAGGTGGCGATCAATGCCCTTTGGGAAGCCGGACCGAGGCTGGGCGACCGTGTCGCCGTCGTCGGTGGTGGTTTGGTGGGTGGCGTCCTGGCGACGCTCCTGCGGAACTATCCGCTGGGCCGCCTGCAACTGGTGGACGCCGACCCCGAGAAGCGAAAGCTGGCCGAAACCATCAACGTGGACTTCGCCCTCCCCGAGGAAGCGAGGGATGACAACGACATCGTCTTCCACTGCTCCGCCTCCAACGAGGGCCTCAAGTTGAGCCTCCAACTGACTGGCGACGACTCCGATGTCATTGAACTTTCCTGGTTCGCGGACAAGGAAGTCACCCTCCCGCTCGGGGAGGACTTCCACGCCCGCAGGCTCAACATCCGCTCGAGCCAGGTGGGTGCTGTCGCCCTGCCCAGAAGGCACCGGCGAACCAACGCCCAGCGATTGGAACAGGCGGCACTCGAACTAAGGGATCCGCTGTTCGACACTTTCCTGACCAGCGAATGCCTGTTCCGGAACCTGCCCAGCACACTCACAGAATTGTTCGAACGGCCCGGCGGTTTCTGCCATGTGGTCGCCTACCCCAACCCGGAGGATTAA MTISREQEHEAQAYWVTETGNGELRPEALPARQEGEALVRTLYSGVSRGTERVVHEGRVPERVADLMQAPHQEGDFPGPVKYGYLNVGIVEQGPEEWIGKTVFSLHPHQDFYVIPAGQLTAIPEDVPARRAVLTGIVEVAINALWEAGPRLGDRVAVVGGGLVGGVLATLLRNYPLGRLQLVDADPEKRKLAETINVDFALPEEARDDNDIVFHCSASNEGLKLSLQLTGDDSDVIELSWFADKEVTLPLGEDFHARRLNIRSSQVGAVALPRRHRRTNAQRLEQAALELRDPLFDTFLTSECLFRNLPSTLTELFERPGGFCHVVAYPNPED NA NA NA NA NA D3-18_03553 804 xerC_2 Tyrosine recombinase XerC GTGCAGCAATGGGTTTCAGATATGACGCAAGGGGATCCCGATGCGACTCCGCCGCGTAAGGCAAAGGGCGCCACTCTCGTTATCCGGGCTTATGGGGTTCTTGCGGCCATTTTGGATGATGCTGTTGCGGACCGCAGGACAATTAGCAACCCTGCACGTGGCGTGTCTTTGCCTCGAAAGGTGAAGAAACCACACGTCTACTTAACTCACGAACAAGTTCATGCCCTGGCGGAAGCGAGCAAGTACCCCGCCCTCGTCCTTGCATTGGCGTACTGCGGCCTCAGATGGGGTGAAGCGACCGGGCTTAGGGTCAAGCATTTGGACATGCTTAGGAGGCGTTTCTTGATCGAGGAAAACGCCGTTCAGGTCGGTTCCGTTATCGAGGTTGGAACGCCGAAGAACCACAAGCGTCGCACGGTGCCGTTCCCGAGATTCTTGGCAGAGCGCCTAGCGGTGCAATGCGAGGGTAAGGGCCGTGAGGATCTGGTGTTCCCCGGTGAGAATGGTCATCACCTCCGGCTGGCGAGAGTCCATGAAGACAATATGAGTTGGTTTGCAAGTGCTGTGAAGCGTTCCGGGATCCCACGCATAACGCCCCACGATCTTCGGCACTCAGCAGCCAGCTTCGCCGTTTCTGCCGGCGCCAACGTCAAGGCGGTCCAAAAGATGCTTGGCCACAGTTCCGCGGCTATGACCCTGGATGTCTATGCAGACTTGTTCGACGGGGATCTGGACTCAGTTTCAGACGCTCTAGATCACGCGGTTTCACAGTCGAGTGTGGGCAAAATGTGGGCAGACGCTTAG MQQWVSDMTQGDPDATPPRKAKGATLVIRAYGVLAAILDDAVADRRTISNPARGVSLPRKVKKPHVYLTHEQVHALAEASKYPALVLALAYCGLRWGEATGLRVKHLDMLRRRFLIEENAVQVGSVIEVGTPKNHKRRTVPFPRFLAERLAVQCEGKGREDLVFPGENGHHLRLARVHEDNMSWFASAVKRSGIPRITPHDLRHSAASFAVSAGANVKAVQKMLGHSSAAMTLDVYADLFDGDLDSVSDALDHAVSQSSVGKMWADA NA NA NA NA NA D3-18_03554 615 hypothetical protein ATGCCTCAAACGACAGTGGAATCTTCATATACCCCAGACCATGGGGCTATACCGCACCTGCTGGGGCCGGTGACCATTGACCTGCCGGGGACCTTGACTGTTGCCCATGCGCCGGCTGCAAATCTGGATGTGTCCTTCCGTGTCGCGTTGGTAGATGGCGGTCTTAGACCTACAGCCGTAACCGTTTCCTCACGGATTGGGTACGAGGTAACTTCAACCGACCTGCGCGCAGTGAACGTCAAACATCTTTGGCGTTCCGCAATTTTGAAGCACCTCGGATACCTCCGCGACTTTTACTCATGGGAAGGCGGGGGAGCGAACAGCATCATGGCTGAGAGTCCGGTTCAACTTCCAGATGAAGAACTTCAAAATCTCCGGTTGCGGGGACCTGTTCGGGAGACTTTGGAGTACGTCGCAGACATCTACACCCTTGGTCTTATCCTGGGACTCGCGCCGGCCCTTTATGTACAACAGACCTTTGCGGGAGAAAACCTTGATCCGTTGCCCAGGACTACGGCAACGAAGTGGATCAAGAAAGCGCGAGATTCGGGGATGATCCAGGTGGGCGATATTGGCCCGTACGACCCGCAGGAAGACGCGCATGGCGACAATTGA MPQTTVESSYTPDHGAIPHLLGPVTIDLPGTLTVAHAPAANLDVSFRVALVDGGLRPTAVTVSSRIGYEVTSTDLRAVNVKHLWRSAILKHLGYLRDFYSWEGGGANSIMAESPVQLPDEELQNLRLRGPVRETLEYVADIYTLGLILGLAPALYVQQTFAGENLDPLPRTTATKWIKKARDSGMIQVGDIGPYDPQEDAHGDN NA NA NA NA NA D3-18_03555 147 hypothetical protein ATGACTTCTGAACTCATGAAGCCAGCCGACCTCGGGGCGCGGATTGAAACTTCCCCAGCCGTGTTGGCGAACTGGCGATACCTCGGCATCGGGCCGAAGTTCATCAAGCTAGGCCGCTCGGTCCGCTACAGGGTCTCTGATGTCTAA MTSELMKPADLGARIETSPAVLANWRYLGIGPKFIKLGRSVRYRVSDV NA NA NA NA NA D3-18_03556 255 hypothetical protein ATGAATAGCACCGCATCAACCGTGCCCACCGTCCGCCGTATGACGCAGGAGCAAGCCAGCAAGCTTGCCGCGTTCGTTGTCACGATTCGCCCCGAATGGTTAGCCGCACCAATCCGCGGCCTACTCCAATCCCACACCTACGGAACCCGCGGGGTGGAAGAAATCGAAGTTGAGGAACTAACGCGCCGCACCGTCGCCGCAGCGTTCACCTCAACGCAGGAACAACTCACCGAACTGCCAGGAGCATCGGCGTGA MNSTASTVPTVRRMTQEQASKLAAFVVTIRPEWLAAPIRGLLQSHTYGTRGVEEIEVEELTRRTVAAAFTSTQEQLTELPGASA NA NA NA NA NA D3-18_03557 336 hypothetical protein GTGATTAGCAAAAAGATAGTTATCGACGTAGCCCGATACGACACAAGCACTCGCGGATCCGTTTCCTACGACCCAACCGAACTGGACCGTAATCACTCCTGGGACATTTCGCGGCTACCTCACGGCGCCGTCCTTGAACTTTTGGTACACAGCTACAGGCCCTTCCGCTACCCAAGCGAGTACGGGCCTGCCATGTTCCCGAACCCTCACGCGTGGGGAGGAACAGAAGCTTTACACATAATCATTACCGCGGACTCCCATGGGGTTGCTGCGGATTGGGAAGAACTGTTCGTCAGGCAGGCAGCGGACATCCGAAAACACAAGCAGGCTGCTTGA MISKKIVIDVARYDTSTRGSVSYDPTELDRNHSWDISRLPHGAVLELLVHSYRPFRYPSEYGPAMFPNPHAWGGTEALHIIITADSHGVAADWEELFVRQAADIRKHKQAA NA NA NA NA NA D3-18_03558 870 hypothetical protein TTGACCGAACAGCTCGCCCCGGACCACCACATCCCCGGATACTTCCGCGCCGAAGCCTACGAAGACGAATCGCCCTCAAAGCTCAAGAAGGCGTTCACAGGCGCATGGCTCTTGGAACAGGTATTCCCCCAACTCGTCTACATCGTCGATGGCATCATTCCCGAAGGGCTAACGCTCCTTGTAGCAGCACCGAAGATCGGGAAATCATGGCTTGTCCTCGGCATCGCAATCGCCATAAGCACCGGCCAGAAAGTACTTGGCTGCGTCAATACAACAGCAGCTCCTGTCCTATACCTCGCCCTCGAAGATGGACCGAGACGGCTGCAATCGAGGCTAAGAACCCTGGGCGTCACAAGCCTCAGCAATAATCTGACATTCATCACCGACGTTCCCCGCGGGGACATGGTGGAAACCATCCGCGAATTCATGGACAGGCACCCCGGCGAAAATCCGTTGGTTATCCTGGACACCCTCGGCAAAGCAATGCCCTCAGCAGTCGGAGGGGAAACACAATACGACCGGGACTACCGCGTCATGGGTGCGCTCAAACGACTTGCAGACGACAACCCAGGGTCCAGTGTCGTCATCGTGCACCACACACGCAAGATGGACGGCGCAGACTTTCTCGATGCAGTCAGTGGAACTCAAGGCATCGCTGGGGCAGCGGACCCAATCCTGCTGTTGAAACACTCACGCCACGAAACGCAAGCGCAGCTACAAGTAACCAGTCGCGATGCAGCGGAAGGCGAATACATCTTGGAGCAGGCAGGCACCGGCAAGTGGGTGCTAGCTGGCGGATCCCGAGCCGAGGCAGCGAAAGCAGCTACCGACGCAAGGACAACCGATGGAGTAAATGACCGCATGGCCTAG MTEQLAPDHHIPGYFRAEAYEDESPSKLKKAFTGAWLLEQVFPQLVYIVDGIIPEGLTLLVAAPKIGKSWLVLGIAIAISTGQKVLGCVNTTAAPVLYLALEDGPRRLQSRLRTLGVTSLSNNLTFITDVPRGDMVETIREFMDRHPGENPLVILDTLGKAMPSAVGGETQYDRDYRVMGALKRLADDNPGSSVVIVHHTRKMDGADFLDAVSGTQGIAGAADPILLLKHSRHETQAQLQVTSRDAAEGEYILEQAGTGKWVLAGGSRAEAAKAATDARTTDGVNDRMA NA NA NA NA NA D3-18_03559 198 hypothetical protein ATGACTGATGCGGAACTCGCTGAGTACTGGAAACGCCAGACAATCCACTGGCGAAACCTCGCCATCGTCTATCAACAGCAGCTCCTAGCAACCAAGAACCGTCCCGAACGTCACTACGGGAAAACCACCCTTCATCGCGACCCGACAGGCAACGCAGCAGTAAGTGCCGTCGAAAAAGAACGCAAGAACAGGAAGTAG MTDAELAEYWKRQTIHWRNLAIVYQQQLLATKNRPERHYGKTTLHRDPTGNAAVSAVEKERKNRK NA NA NA NA NA D3-18_03560 156 hypothetical protein ATGGCTTACGAGTACACGGAACGTCAACTGACCCAGTGGGATTGGGCTGCGCAGGCCGCAGCCTGGAAGGAGAAGGCAGAACACGAAGCACGACGCGCCGCCTTCTATCAGCGCAAAGCCGCCCACTACGAAGCGCGTGCAGAGGTTGCAGCATGA MAYEYTERQLTQWDWAAQAAAWKEKAEHEARRAAFYQRKAAHYEARAEVAA NA NA NA NA NA D3-18_03561 198 hypothetical protein ATGAGCGGGTTCTTTGATGACCCGCGGGTGGCTAAACACCTTGACCCGGAGATACTGGCCTACCTCAAAGCCAACCAGCCGCTAGCCGACTCCAGTGCGGACGTGGAGGCAGGGCATTGGATCGCCCACACAGTCGCACTGCTTCAACAAGTCCGCGACCTCAAGCAGCGAGTAAAGGAATTGGAGGCGGACGTATGA MSGFFDDPRVAKHLDPEILAYLKANQPLADSSADVEAGHWIAHTVALLQQVRDLKQRVKELEADV NA NA NA NA NA D3-18_03562 159 hypothetical protein ATGACCCGCCACCCGTACGGATCCTTGGAGTACTACAAGAAAATCGCGGAGACTCGGCAGAACATCATCACGCGGGCGCACACCAAGCTTCGTTTGCTACAGCAGGAGTACGACGAGGTTGAGGCTGAGCTGCGCACCTATGTTGAGGGGCGCCGTTGA MTRHPYGSLEYYKKIAETRQNIITRAHTKLRLLQQEYDEVEAELRTYVEGRR NA NA NA NA NA D3-18_03563 204 hypothetical protein ATGAGCAAAAAATTCACGTACGAGGGTGGGCCGCGCAACGGGGAGAAGAGCGAGGCTGAGGAATCAGACTTCCCGCAGATCTACCCAGGCGGCGAGTATCAGTGGTCAGGTTTGTCTCACAGCAGCACAGGCGCCGGGGATCCCGACGGGCCGCTCAGAGACGCAAACTTGGCTACGGCGGTTTGGTCCGAAAAGGAGGCTTAG MSKKFTYEGGPRNGEKSEAEESDFPQIYPGGEYQWSGLSHSSTGAGDPDGPLRDANLATAVWSEKEA NA NA NA NA NA D3-18_03564 411 hypothetical protein ATGTCTCTGAATGACCCCACCGCACTGAACCCCCTCTACGAACTCGAACTTCAGCAACGCCCCGACTTGGTTGAAATCGCCATAAAAGAGGCACCCATCCCGACCATGTGGGCAACTGGTGACCTGCCGCCGTTCACAGCATCAGGCATCGACCCCGAAATGCTCCGCCACGTGCCCTGGCAGGCACGCCACGCAGCAGCCGCCGAACCGGACCGGGCCAAAGTACTCGGCATGATCGACAACTACCAGGGCGGAGCCGAACAAGACATTATCGAGGTCGAACACGAAGGACTCGCGGCCTACCGGGTCCGTATGCAGCGCTGGATGGCAGGGTTCGACAAGCCCAAGGACGCCCCAATGTCTCAGCAGGAGCAGGACGAACTGTACAACCAGATATACGGAGGCAAGTGA MSLNDPTALNPLYELELQQRPDLVEIAIKEAPIPTMWATGDLPPFTASGIDPEMLRHVPWQARHAAAAEPDRAKVLGMIDNYQGGAEQDIIEVEHEGLAAYRVRMQRWMAGFDKPKDAPMSQQEQDELYNQIYGGK NA NA NA NA NA D3-18_03565 276 hypothetical protein GTGAACTGGCCCCCTCCTGAACCTGCCGGGATCACTTGGGAGACTAGGCACGTCAGGCTCAACGGCAGAGAAGAAACCTACCGGCTGCGAACCATCAACATATCGGGCACCATCGTCCAGATCGACGCTGACGGCAGGTTCTTCTGCGAAGGATGCCAAGACGTGTTCACCCTTCAAGAAGTGACAGCTCAGGGAACAGGGCACATGGGCGGCAGGTTACGTCCCGCAATGACCAGCAGACTCATCAACGTCTACCCGCACCCGAGCGACCAGTAA MNWPPPEPAGITWETRHVRLNGREETYRLRTINISGTIVQIDADGRFFCEGCQDVFTLQEVTAQGTGHMGGRLRPAMTSRLINVYPHPSDQ NA NA NA NA NA D3-18_03566 600 hypothetical protein GTGGTTGGTTTGGTTTCCGGATCGATTGTTGCCTTGCTATCGGTGTTCATTCAGATCCATTTTGATGATGTTCGTTCTGACAAAGAAGCGCGCCAAGAGAACCTGAGATTTGTCCGGGATAGGTCTGGATTGGGAGAGACACCCAGACCCTTCGCCACATTGGACCTGGCAGGTCAAAGCCTCGCAGGCCTGCATTTAGAACGAGCAAACTTCAGGGACGGTGACCTCAGCCATGTGAGCGCCGAGCAAGGCATTTTCTCGGATAGTCAGTTCAAGGATGCCGACTTGTCCGATGCAGATTTTTTTGGCGCTCACATGGCTGGAAGCGGAATGACTGGAGCTGACCTGTCGCACGCTCGTTTCTATCAAACCGACCTCAAAGGCGCCTTATTTGAGAACGCTAATGTGGACGGTACCGACTTCGTGACAGCGGACCTGTCCGGCGCCGATTTTCGAGTGGTGAACATCGACAAAGCGAAGCTCGTTGATGAAGACGGTACAACGGTTTGCTACAACAAGACGACGAAGTGGCCCGACGACTTTCGACCCCCTCCTATGAACTCGGGAAACTGCCAGTGGCTTTGGACAGACACCCGATAG MVGLVSGSIVALLSVFIQIHFDDVRSDKEARQENLRFVRDRSGLGETPRPFATLDLAGQSLAGLHLERANFRDGDLSHVSAEQGIFSDSQFKDADLSDADFFGAHMAGSGMTGADLSHARFYQTDLKGALFENANVDGTDFVTADLSGADFRVVNIDKAKLVDEDGTTVCYNKTTKWPDDFRPPPMNSGNCQWLWTDTR NA NA NA NA NA D3-18_03567 1011 hypothetical protein GTGGCTATCACGACCACTCCACTCGGTTTCCAGAAACCGGACGGCAACGAACCGTTCCGGCAAGGAAACGATGTCATATCCGCCAACGCCCAAAAGGCACAAGACCTTATCGCAGCAGACAAGGCGCGTCTTGCCTTGTTGGAGCAGTCGGCAGGCTTTCCAGGTGACCCTATAGAGCTTGCTGACGATGTTGTGCACGTCCTTGTCACTGACCCCGGAAGCGCCACAGCAGCGGCACTCAACACCACCTTTGGCCCAGCATCAGAGGCCATGCAGGATGCATTCGCGCTCAAGCCAGGACCCGTCACCGCAGCAGCAGGCACTCACCGCTACCTGTCACTAGAGGCCGAAGACCTCCGCGACCTGAGCGAGCTTTGGGTTGGTGACTCCATCGGCAACGAGCAGCTTGAACACATCTTCCTCCTGCTCCAAGCCCGCGCATCCCTGAATCCGTCGCGTAGCTACATCTACCACCTGATCGATCCCAGAACGGGTGCAACGTGGACTACCCCTGTGACCCTCCAGACAGGGACAGGGGTAGGCAACGCAGGTGGCCCCTTCGTCACACACGTGTGGAACTTCGCTGTCTCGGGGATGAACGCATCCTATGCACAGGGATCCCGCTACCCGGTTCTTCTGGCGACGAACCCCGACCTGGTTGTGCTGCTCCATGGCAAGAACGAAGGCACGACGGCGGGTGGCTCAACGGACGCGCACTGGCGAGGTCAGTACCTAGCGTTCACTGAAACCATCAAGCAGGACCTTCCGTTCGCCGACCTCGTTTGCGTGCTGCAAATCCCGAACCGCGACAACACTGACATGGCGAAGAAGAACCGCATCTACGCCCAGATAGCGGGGCTACGGAGTAATCGACCTCCACCAGCTCTTCCTGTCGGCCATCAAGAAGCTGGGCGGCACGCTCACTCAGTACATGAAGGCCGACGGCATCCACCCCACAACCTCTGCGGACGCTCCATCACCAAATGGCTCGCTGCTCATGGCTCAGCTTGA MAITTTPLGFQKPDGNEPFRQGNDVISANAQKAQDLIAADKARLALLEQSAGFPGDPIELADDVVHVLVTDPGSATAAALNTTFGPASEAMQDAFALKPGPVTAAAGTHRYLSLEAEDLRDLSELWVGDSIGNEQLEHIFLLLQARASLNPSRSYIYHLIDPRTGATWTTPVTLQTGTGVGNAGGPFVTHVWNFAVSGMNASYAQGSRYPVLLATNPDLVVLLHGKNEGTTAGGSTDAHWRGQYLAFTETIKQDLPFADLVCVLQIPNRDNTDMAKKNRIYAQIAGLRSNRPPPALPVGHQEAGRHAHSVHEGRRHPPHNLCGRSITKWLAAHGSA NA NA NA NA NA D3-18_03568 1149 hypothetical protein ATGGCTCAGCTTGAACTTCCGTTCTGGACGTACAGCAAGGACACTGGTGCAATTAGGGCTCAGCAGGTAAGCGCCATTGAGACTAACGCTGATCAGCTCATTCCTAACGGCAACTTCTCTGACTGGACCAGCACGCTGCCGGCAGGGTGGGAATCCAGCAACGCCATCGTGACCAAGGATGTACGCGCGGGGTACTTCGAGAACGTCACCGGTAACGGGTACGGTTTACGAGTCCAGGCTGTGGACGGCAGTTCCGCCGCTTACATACGTATGTCCTTCGATGCTGCTTTCCGTGCCCAGTGGGCGGGTAAGCCCATCACCGCCATTGTCCGCGTCCGCGTTGACACCAAGACCCCGACTGATCCAGTCACTCAAGGTCGATTCGGTTGGACCGACGGCGTTCAGAGCGCAGTCAACTCTGGGAACTACGCCTACGCACGCGATGGTTTCCACTACCGGGTGCTGACGTTCACTCCCAGCGCCGGCGCCGCATACCTGCGACTCACTCTCTGGGCGGACAGCGCAGCCAACGCCTCCGCAGACGTAACGTTTGATCGAGTGTGGGTGGTGCCTGGTGTGCTACCTTGCAAGGGCAGCATGGGCCAAGCGGGCGCGACAGGCCCGGCAGGTGATCCCTCGCTGACGCAGGTTGACTTCTGCTCCACGGTGGGCAGCAATCCGGTAGTGGCGGCCTTAGCAGTCGCGGGCACGAACTCGGCAGTGATCGGTATCGCCAATATGGGTATCGTCATGCCAGTGAAGCCGCACCGGAACATCAACCTGGCCGTTTTGGAGTGGATTACCGGAACCGTGCAGGCCGGCAACTATGACGTGGCAGTGCTGGACTCAGCAGGCGCCCGTTTGTGGTCAAAGGGATCAACCGCTTGGCCGGCGCCCAATACCAACGTCGTGGAAATAGTTTCTCCCGCGGTCTCTCTGCTGGCAGGGCAGACGTACTACATCGTCCTAGCCACAGATAGCGCAACTGCCACCTACAAAGGTCTGAACGCCACCGCCACTTTGCTCAAGCTAGTAACCGGGGCGGGGCACTCACGGGTGGTGGGAAGCATCTTCCCGATCCCGTCAGCCGTGTCACTTGGTTCGACGGCTACCGGCAAGCTTCCTTTGGTGATGTTGCGGGAGGCCTAG MAQLELPFWTYSKDTGAIRAQQVSAIETNADQLIPNGNFSDWTSTLPAGWESSNAIVTKDVRAGYFENVTGNGYGLRVQAVDGSSAAYIRMSFDAAFRAQWAGKPITAIVRVRVDTKTPTDPVTQGRFGWTDGVQSAVNSGNYAYARDGFHYRVLTFTPSAGAAYLRLTLWADSAANASADVTFDRVWVVPGVLPCKGSMGQAGATGPAGDPSLTQVDFCSTVGSNPVVAALAVAGTNSAVIGIANMGIVMPVKPHRNINLAVLEWITGTVQAGNYDVAVLDSAGARLWSKGSTAWPAPNTNVVEIVSPAVSLLAGQTYYIVLATDSATATYKGLNATATLLKLVTGAGHSRVVGSIFPIPSAVSLGSTATGKLPLVMLREA NA NA NA NA NA D3-18_03569 228 hypothetical protein ATGGTCCACATCGGCAGCGGCCCGAACGCCGAGGAAGTCAGCGTCCGCGACCTCAACCAGGCACACATCGGGCGAAGCTTCGCTTTTCAGCACGGCCAAGAAACCATCTACGGCCAACTCGCAGCTGTGAAGCTTTTCCCAACGACCGCCCATCTCTTCCTCGCGGGCGTCACGAATGAGGTGCAAGTAAATCTTGATCACCCGGTCTACTTCCATAAGGGCAACTAG MVHIGSGPNAEEVSVRDLNQAHIGRSFAFQHGQETIYGQLAAVKLFPTTAHLFLAGVTNEVQVNLDHPVYFHKGN NA NA NA NA NA D3-18_03570 615 hypothetical protein ATGTTCCTGTTCAGCAGCAGCACGCACCTCATCAGATGCCTTACCCGCCGTCGTACCCGCCTGCACAGGGCCAGAACTACCAGCCGTAGTTCCTTGAAAGCCAGCGAAATTGCTGCCCACATAGCCACGATGCGGGCAGCCTATGTCTATGCCACCATCGGTGGCGTTGGTCTATCAATGCATCCCAAGCGCGCGGATCTCCTAAAGGCGTGGGACTTGCCTTCAAGGGGCCACTTACACACTGGCCGTAAGTCGAAGGGCATCCACAAGATTTCACTGAATGAATACTTTGAGGATGGTTGGGGCGAGGGAGTAACCAATCTGACCATCCTTCGCGTGATGCCTTCTCTGATGGTTCTTGAGGTGTGGGACATGATCAAGCAGTTGTCCAAACCGCTACCCCCAACACCACATTTTGAGTTCTTGTTCCATGTGCGCAATGCCATCGCTCACAACTCGAAGATTCATATCATCCGCAAGATGCGTGGTCCCGCACACTTTGACGGGATTGAAATAAAGCCTGAGCATCACGGGACCCCGCTTAGCGATCTTGTTGCACCAGGAGACCTATTGGCACTATTGGACGCTCTGGAAGCTGAGCTGTTGGAGGCTTAG MFLFSSSTHLIRCLTRRRTRLHRARTTSRSSLKASEIAAHIATMRAAYVYATIGGVGLSMHPKRADLLKAWDLPSRGHLHTGRKSKGIHKISLNEYFEDGWGEGVTNLTILRVMPSLMVLEVWDMIKQLSKPLPPTPHFEFLFHVRNAIAHNSKIHIIRKMRGPAHFDGIEIKPEHHGTPLSDLVAPGDLLALLDALEAELLEA NA NA NA NA NA D3-18_03571 414 hypothetical protein ATGGATAAACAGGGGAAGTTGTTCAAGGTTTCTGGGATTGCGGCAATTGCTGGTGTTCTTTTGTCGGTCATCCTGATGGTCGCTTTTGGCAGGGTGACTGGCGGGGCTGTTGTTGTTCTGACTACTTCTGTTGTTGCGCTCCTTGTCATAGCAGCCGTGGCGATATGTGTAGCGCTGGCCGCTTACCGGGAGCAGGGGCGGAAACCAGGAAGCACGCCGCTTATCTATGCGGTGATTGCATTCCCGTTGGGCTGGGTTCTGGCGTTCGTTTATGTTGCTGCCCAGTTCCCACCGTTGATGATGATTGCGCTGGTTGGCCTCGTCACGAGCGTGCCGGCTCTCATCATCGGGATCGTGAAGAAGCTCTCAGTCAAAGCCCCGGTGGCACCGGTCGCCACCGAAGCTGCGCCCTAA MDKQGKLFKVSGIAAIAGVLLSVILMVAFGRVTGGAVVVLTTSVVALLVIAAVAICVALAAYREQGRKPGSTPLIYAVIAFPLGWVLAFVYVAAQFPPLMMIALVGLVTSVPALIIGIVKKLSVKAPVAPVATEAAP NA NA NA NA NA D3-18_03572 381 hypothetical protein TTGGGTACTCAAAGGAATATGACTAAGCCCAATTCGAGGGCTTACAGGCCGCAGTCCGCGGCTATCCGCGCTGCACTTGTGGAGCTGCCGGCAGAGGGGTGCACAGAAACCGTTCCGGATCTTCCGAAGTCGCGGGAGTGGAATGAAGTGGAACGGGCTCGTTGGACTGAGCTTTGGGAATCGCCGCAGGCCACCCAATGGGACGAATCTTGCCGGGGCACTCTGGCTTTGCTGGTGGCTTACGAGTCCAGGCTGCTTTCGGGGACCGAAGGTGGCAGTGCGTGGGTGGCTCAGGAGTGCCGGTACGCGTCAGAGGCTCTTGGGTTAACTCCTAAGGCCATGGCAACTCTTGGGTGGAGGATCGCTGATGGTCAGCAGTAG MGTQRNMTKPNSRAYRPQSAAIRAALVELPAEGCTETVPDLPKSREWNEVERARWTELWESPQATQWDESCRGTLALLVAYESRLLSGTEGGSAWVAQECRYASEALGLTPKAMATLGWRIADGQQ NA NA NA NA NA D3-18_03573 261 hypothetical protein ATGGTCAGCAGTAGAAGGGCCGCTAGGGGCCTTCCAGCGGCATCGGTTGATGTGGACCCAAACCGCATTACGCAACAGAGTTTCCAGTCCCCCCTGTTTGGTTTAGTCAGGGCTTGGCTCAGGGGCGGCGTTGTTTACCGCGTGAAGATCGCGGGCCGTCCGTATGGTTGGGGTGAGGGTCCCGCGGTTTGGGCTGCTGTGCAGGATGGCAGCTTTCGGCCCGAGGACTTCGGCAAGCACAACCAGCGCCCCACTTACTAA MVSSRRAARGLPAASVDVDPNRITQQSFQSPLFGLVRAWLRGGVVYRVKIAGRPYGWGEGPAVWAAVQDGSFRPEDFGKHNQRPTY NA NA NA NA NA D3-18_03574 246 hypothetical protein ATGACTAGTGACCCCGTGCATGATCGCTTGTTTGCTGCTGAGAAAGACTCCAAGGAGCATCTCGATTCATTGCTGAAAGAGAAGGGCGACCAACTTGGGATCGACTCATCCGCCGAGCCTGTACCCGTGGAACCTAGTGACTCGGAAATCATCGACACAACCGATGAACACCACGAGGCCAAGCTACAAACCCAGGCGCATGACGCCATGGAGTGGGGCGTAAGCCCCGCAGAAGACCTCGACTAA MTSDPVHDRLFAAEKDSKEHLDSLLKEKGDQLGIDSSAEPVPVEPSDSEIIDTTDEHHEAKLQTQAHDAMEWGVSPAEDLD NA NA NA NA NA D3-18_03575 3003 hypothetical protein ATGCCGGCTGATTTCGGCACATATGGCAAGCCCGCTCATGGCGGGTTTTTTCATGCCCAGAACAGGCTGCGTGTGCGGCTTGGGGCTCAGGAAGAGGTGGTCCCCATCGCGGATCGATCTATCAGTATCGCCCTAGAGGCGAAGGTAACGGACTTCGTGTCCGGAATGAAAACAGCAGCGAGGTCAGCCGAAGACTTCGCATCCCGTGTCGGTGACTTCGCCAAACGTAACGCGGATGATTTGGACCGGGTTGGTAAGGCTGGGATGGTCATGGGCACCACGCTTTTGGCGGGTGTTGCTTTGGCTATTAAGTCTTATGCGGAGTTCGATAAGCAAATGTCTGCGGTGCAGGCGTCTACGCATGCAACTTCTGCTGATATGGATTTGATGCGGCAGGCTGCTATTGATGCTGGTGCTGATACGTCGTTTTCTGCTACTGAGGCGGCTAAGGCGATTGATGAGATGGCCAAGGCGGGTGTTTCGACTGCTGACATTCTTGGTGGCGGTTTGAAGGGTGCCGTGTCTTTGGCGGCCGCTGGGTCGTTGGAGGTTGGTGAGGCGGCGGAGATAGCGGCTTCGGCTATGACTCAATTCAAGTTGAACGGCCAGGATTTGCCCCATATCGCTGACCTGTTGGCTGCTGGTGCTGGTAAGGCGCAAGGGTCGGTGCAGGACATGGGTATGGCGTTGAATCAGACTGGTTTGATCGCTAATCAGACTGGGTTGAGCATTGAGGAAACCACTGGTGGCTTGGCTGCGTTCGCTTCTGCTGGCCTGACTGGTTCGGATGCTGGCACGTCGTTCAAGACCATGTTGCAGCGTCTCACGCCTCAGTCGGTTGAGGCTAAAGACAAAATGGCCGAACTGGGCATCAGCGCTTATGATGCTCAGGGCCAGTTCATCGGGTTGTCGAAGTTCTCGGAGAATTTGAAGACCTCGATGCAGGGCCTCACCCCGGAGGCGCGTAACGCGGCGATGGGTGTGATCTTCGGTTCGGATGCTGTTCGTGCCGCGAATGTTCTTTATGAGCAGGGCGCATCCGGTATCGAGGCGTGGACTGAGAAGGTCAACGATGCAGGCTATGCGGCTGAGACTGCGGCACTGAAACAGAACAACCTTGCCGGCGATTTTGAGAAGCTGACTGGCTCCATTGACTCGGTGTTCCTTAAGTCTGGGTCTGGCGTGAACGAGGTTCTGCGGGACATTGTTCAGGGCGCTGAGGATCTGGTTGACGCTATCGGCAAGATCCCTGCTCCGATGCTTTCCGCTGGGTTGGGTATCGCCGCTGTCACTGGCGGCGCGCTGCTGCTCGGTGGCGCTTTCCTGACGGCACTGCCGAAGATCCAGGAAGGCGTTGAGGCTTTCAGGAACCTGGAAAAGGCCTCAGGTAAGGCCGGCGCAGCTCTTCGTGGCGCCGGACTGGTGGCCGGCCTCGCGGCTATAGCTGCCGTTCTTGGGACAATGCAGACCGTTGCTGATGACAGCGAAATTGAACGCTCCATAGGCCGGACAACTACTGCACTGATTGATATGGCGAAGCAGCGGGCCAACATCCAGGACACCTCAAAGGCCCTCGACCACCTGTTCCAGAAGAAGGACGGTTCACAGCTCATTTCCGGCGTAACTGATCTGGATTCAGCGCTGACAAGGATGTTCAAGAAGGACTGGCAGCAGTCTTTCAGTGACTGGGGTGAGGGAATCATTCACGGCATGGTTCCTGCGGTTAAGGGCGCTTCTCAGCAGCTTGAGGATTCGTTCAAGACCATCGATGATCAGCTTGCGTCGTTTGTGTCTTCCGGGAGTCCTGACGTTGCAGCCATGGCTTTCGAGCAGATTGCTTTGAAGGCTAAGGACCAGGGCATCAGCGTGGACCAGCTCAAGGAGAAGTTCCCTGAGTACAGCGAGGCGTTGAAGCAAGCCGCCGCGGATGCCGAGGTTGTCTCACAGGGCCAGGACCGTTTGACGACTTCGATGGGTCAGAGCGTGCCGGTGACTGATGAGGTCAAGAAGGCTTTGGAGGAACTGGGGCTTACCGCTGAGGGCACTGTCGTGGCTTTGGATAAGTACGCTGCGGCTTTGGTTCGGGCAGGCTTGTCGAACCTTTCCACTGCTGACGCTGCCCGTAATTACTATGCTGCGTTGGATGCTGTCACGGCGTCCATTGCTACCAATGGCACGTCTCTTGATACTCACACTGAGAAGGGGCGCGCTAACGAGGCTGCTCTGCTGGGTATTGCTTCGGCTGGTTTGGCTGAGGTGCAGGCCCTTGGTGCTGCGACCGACGCTTACGGGAATCAGATCTATTCTTCTGATCAGCTCCACACGAAGATGGTCACGACTTACAACGATCTGATTGCTGCTGCGGGTCAGTTCGGTGTCACTGGGAATGCTGCTGAAGCCCTCGCTAGGAAGGCCTTGGGTATCCCGGACAACGTTGACATCGAGGCGTGCTTGAAGGATCTTGCGTCTTCTCAGTTGGACGCTGTTGGCGCTAAGGCAAGGGCTCTGGACGGCACACAGTCCACTGTGACCATCACGACGATTGAGCGGATCCAGCGGAACTACGAGTCGGATATCAATCCTGGCGCGGTGCCTAATGGTGGTCCGCAGCAGATCCTTGGTCAGGCTACTGGTGGCGCCGTGGTTGGGCGCGGGCAAAAGGGTGTTGATTCGGAGCTGCGGTTGTTGGCTCCTGGTGAGCACGTTCTGACGGATTCCGAAGTGGATGCTATGGGTGGTCAGGCTGCGGTGTATGACTTCCGCAGGCAGTTACGTTCTGGTGCTAATCCTATGGGTTATCAGTATGCGCCGGCTGGGGCTCCTGTTGTCACAGCGCGTCCTGCTGCGGTTGCGTCTGCTGGCCCTACGCAGATGACCGGCACTTTGATCCTTGACTCTGGTCAGGTGTTTGGCGCGTTCCGCTGTGTTGCTGTGGAAGTGGCGAATGGTGCTATCAAGTCCGCCGATTCTGGCGCTAAGTACGCGAGGGTGGGTCGAGGCTAG MPADFGTYGKPAHGGFFHAQNRLRVRLGAQEEVVPIADRSISIALEAKVTDFVSGMKTAARSAEDFASRVGDFAKRNADDLDRVGKAGMVMGTTLLAGVALAIKSYAEFDKQMSAVQASTHATSADMDLMRQAAIDAGADTSFSATEAAKAIDEMAKAGVSTADILGGGLKGAVSLAAAGSLEVGEAAEIAASAMTQFKLNGQDLPHIADLLAAGAGKAQGSVQDMGMALNQTGLIANQTGLSIEETTGGLAAFASAGLTGSDAGTSFKTMLQRLTPQSVEAKDKMAELGISAYDAQGQFIGLSKFSENLKTSMQGLTPEARNAAMGVIFGSDAVRAANVLYEQGASGIEAWTEKVNDAGYAAETAALKQNNLAGDFEKLTGSIDSVFLKSGSGVNEVLRDIVQGAEDLVDAIGKIPAPMLSAGLGIAAVTGGALLLGGAFLTALPKIQEGVEAFRNLEKASGKAGAALRGAGLVAGLAAIAAVLGTMQTVADDSEIERSIGRTTTALIDMAKQRANIQDTSKALDHLFQKKDGSQLISGVTDLDSALTRMFKKDWQQSFSDWGEGIIHGMVPAVKGASQQLEDSFKTIDDQLASFVSSGSPDVAAMAFEQIALKAKDQGISVDQLKEKFPEYSEALKQAAADAEVVSQGQDRLTTSMGQSVPVTDEVKKALEELGLTAEGTVVALDKYAAALVRAGLSNLSTADAARNYYAALDAVTASIATNGTSLDTHTEKGRANEAALLGIASAGLAEVQALGAATDAYGNQIYSSDQLHTKMVTTYNDLIAAAGQFGVTGNAAEALARKALGIPDNVDIEACLKDLASSQLDAVGAKARALDGTQSTVTITTIERIQRNYESDINPGAVPNGGPQQILGQATGGAVVGRGQKGVDSELRLLAPGEHVLTDSEVDAMGGQAAVYDFRRQLRSGANPMGYQYAPAGAPVVTARPAAVASAGPTQMTGTLILDSGQVFGAFRCVAVEVANGAIKSADSGAKYARVGRG NA NA NA NA NA D3-18_03576 936 hypothetical protein ATGAAACGTACGACAAAGAAGCGCCTATACTCCCATGTGTGGGAAACGGAGGAACAAGTGGTTAGCATGAAGTTCGCTGCACGTATCTCTTCTGTGTTCTCCACCTCCGTGTTCGCCAGCTTGGCGTCACCACAAGGGGGCGGGGCTGCATCTCGGCTCACGGTGCTCCATGAGCTGGTAGAAGCTCATGACGCCACTCTCACGCTCGGAGAAGCCTTTGACGCTGCCCATGGACTGCTAGGACACTCGTATCGGAACGAGTACTACTTTAAGAACAACCTTGTGTCCAAAATTGTTCTTGGCAGACATAGCGTTCGGACAGCCTCAGCGCTAATGGAAGTCCCCTCAGGACGATCTATCGTGGATCTGGTAATTTTCAACGGAACCTCCACGGCCTACGAAATAAAGACCGATCTTGACAGTTTTGCGCGACTCCCGGCGCAACTTGACGACTACAGTTCTCGGTTTGAACACGTAAACGTTGTCACATCCATCGAGAGGGCCGCAGAAGCTGAGCGGGTAACACCGGATACCGTGGGAATTATAGGGATTCGGCAGAACGGATCTCTTTCAGTGGTGCGTCCGAGCAGTAGCGGATTTTCCCGACTAAAGCAGGCTTCGATTTTTCAGCTTCTTCGACAGAAAGAAGCCGTAGAAGCTCTGAACCGCGCCGCAGGTTATGAAATAGATGTTCCCTCTGGTGATGTATGGGCGCGCTGTAGGTCGCTTTTTACCGCCCTTCCTATTGAGGTCGCTCACGCGGAGGCTTTGCATCAGCTGAAAAAGCGCGGCATGCGGGCGTCTGCACTAGTCGAAAGGGCTGACTACCCCAAGTCTCTCCGAGCCCTTGCATATGGAACGGAGACGTCAACAGCGGGACACGCTAGGATTGCTCGCCGTCTAGCCGCGCCTTTGGGAGATTGTCACAAGTTTTGA MKRTTKKRLYSHVWETEEQVVSMKFAARISSVFSTSVFASLASPQGGGAASRLTVLHELVEAHDATLTLGEAFDAAHGLLGHSYRNEYYFKNNLVSKIVLGRHSVRTASALMEVPSGRSIVDLVIFNGTSTAYEIKTDLDSFARLPAQLDDYSSRFEHVNVVTSIERAAEAERVTPDTVGIIGIRQNGSLSVVRPSSSGFSRLKQASIFQLLRQKEAVEALNRAAGYEIDVPSGDVWARCRSLFTALPIEVAHAEALHQLKKRGMRASALVERADYPKSLRALAYGTETSTAGHARIARRLAAPLGDCHKF NA NA NA NA NA D3-18_03577 945 hypothetical protein ATGTATTTCCCGTACCTGTACGCGCGGCAAGGCGAATGCCGTGCGATTGAGGACCTCGCTCCCGGACTTGGCGCCAGTGCACAAAAAGTCTTCCCAGTTCTCGAACCTGCGGCCACCAACAGTCGAGACTTAGTTAGGGCCTTAAGTGCTCTCGCGCAACACAGTGCGGCCACTTATCTGATTATCAACCCGTCTAAGAAGTCATTGGACCAAGGCGCTGTTTTCGGCCCCTGGATGGCGGACGTAAGTCCGTTTTTGAGTGATGCTCGGATAACAAGGCCGACCTTAGAAGTCAGGGCGAGCACAAGCTTGACCGATATTACGTCATTCCTGACCAACTATCCTGGCCGGAGTCTTGGACTCTCAATACGCTCTTCGCACATTCCTGCGGCGAACGTGGCAGCAGCGACGTCAGGGTACGACGTTCTCCACTTCCTGCACTCAAGCGCTGATCCTGTTGGCTATTCAGCCGCTGTGGGTGCTAGCAGGTCAGTGGAAGTGCGAGATAGCTTCCGCACAGAGGCAAGGAACGCCGACTACGTGGGTGCGGAACAGTTCACCGCTGCGCACCTGTACTTTGCGGGCGACGGCAGGCCGGGATTCTCCGATTACACGCTGCTGCCTGGAAAATACAGCGACTCGGGAGGCCCCTTGGGTGCTGCGGTGATCCATCTTTCCTTCGTGGAGAATGCTAGCAAGTCCATTTGGGTCGAGCACTTCGTTTCCATTGAGACTCGCCAGTACGAGGGTTCACAGCCGAGCAAGCTAATGGAGGCTATGACAAAGCTTGATGCAGCCATAACGGCGGACTCATCGAAATTCGTAACCTCGCCGGGGCTATCCAGTTACCAAGCCCAGTTTGCAAGTCGCAGGCCTACCAGCCCGACTTACAACAAACGGCAGCAAGTCTCGCACCACATCGCCACTGCCGCGACGGTTGTCTAG MYFPYLYARQGECRAIEDLAPGLGASAQKVFPVLEPAATNSRDLVRALSALAQHSAATYLIINPSKKSLDQGAVFGPWMADVSPFLSDARITRPTLEVRASTSLTDITSFLTNYPGRSLGLSIRSSHIPAANVAAATSGYDVLHFLHSSADPVGYSAAVGASRSVEVRDSFRTEARNADYVGAEQFTAAHLYFAGDGRPGFSDYTLLPGKYSDSGGPLGAAVIHLSFVENASKSIWVEHFVSIETRQYEGSQPSKLMEAMTKLDAAITADSSKFVTSPGLSSYQAQFASRRPTSPTYNKRQQVSHHIATAATVV NA NA NA NA NA D3-18_03578 513 hypothetical protein ATGGTAGACGATGAACTCATATCAAAGCTGATGATCCAGTTGAACGTAGCGGGCGACTCCAAGTTCCTCGCAGGCTCCGGAGACTACACCAAGTGGTTTGGGCAGGCGATTTCGCAGATCCTTGTCCTTACAGGTGAGGACGACATCATTACGGTCGGTCATACGTTGGAGGCCTACAACGTGTACGACGTGAAGCGTGATGAAGACGATACAGCTACAGGAAAATTTCAAGTACTCACTGACAAGCTGCTGATTGTCACAGAATTCCAAGCTCCAAGTCATGTCACTACAACCGCTTACCCTCTACGTGACACGACATCAGTCACGATCAAAGAGGTTCAAGACACCAAATTGCGCAGACGCGATGGACAGTGGCCAGAATATGTGACGTTCCAAGTGGAAGTAGCAGGGAAGACATTCAACTTCCCCCCTGGCGCTGATACGAGTTCGTACCAAACCGAAGAGATTCCAGCCGCCTTCAAGGCGGTCAGGGCGGCACTGACACAGGGCTAG MVDDELISKLMIQLNVAGDSKFLAGSGDYTKWFGQAISQILVLTGEDDIITVGHTLEAYNVYDVKRDEDDTATGKFQVLTDKLLIVTEFQAPSHVTTTAYPLRDTTSVTIKEVQDTKLRRRDGQWPEYVTFQVEVAGKTFNFPPGADTSSYQTEEIPAAFKAVRAALTQG NA NA NA NA NA D3-18_03579 1017 hypothetical protein ATGAGTCAAGATCAGCCTGGCTACACGCCACCACCGGTGCCCCAGGGCTACCAGCCGCCCGCACCCCAGGGGTACCAGGCGCCGCCGGCGTTCGGTCAGCAGCCGCAGGAGGGTTTCCAGCAGCCGTACGGCCAGCCTTTCCAGCCGCCACAGGGATTCGCGCAGCAATACGAAGCTCCATCCACGCCGACCAAGTCCTTCCTTGTGACGTGGCTCCTGGCATTGCTGGTGGGCGTCCTCGGCGTTGACCGCTTCTACCTTGGCAAGATCGGCACCGGTATTGCCAAGCTGCTTACCTTTGGTGGCCTCGGAATTTGGGCATTGGTGGACCTCATCCTGGTTCTGGCCAACAAGCAGACGGACAAGTATCGTCGCCCGCTGGAGGGCTACGACCGGCACAAGCTGGTCGCCCTCATCGTTTCCGCTGTAGTGATCCTTGCCAGCATCGCGTTCAACGTAAGCCAGGGCATCGCAACAACCGCAGCCCTCTCTGCCCCGGTAACTGCTCCGTCTGTTGAACCTGTCACCAAGTCAACCCCGACGCCCGCACCTGCGGACGATGTGGAAACCAACAGTCGTGGAAACCTCGTTATGGCCTTTGGCGACATAGGCACCATTAGCGACGGCAGGAGCGGTGACGTCCACACCAAGTTCACCGTCAACAGCATCGCGCCGGTTACTTGCACCGAACCGTATGCTCGTCCCTCCGAGAACGGCAACGTGGTGGCGGTTGATATCACCGTTGAGACCACGCCTGAGCTGGCTCAGTCTACGTACCCGAAGTTCACCTTGAGCGGTTTCGACTTCAAGTACATTGCAGCCAACGGCACCAGCTTCAATGGCTCCCTCGCCAGCATGGCGACGTACTCGTGCATTCCTGACGCGGAGCAGTTCCCCAGTGCTGGCATGGGACCCGGCGAGAAAGTCACTGCAAAGGTTGTGCTGGACGTGCCAGCGGCAACGGGAACCCTGGTTTTCGAGTCCGGCCTCGAGGGTGGTTTTGAGTACAAGTTCTAA MSQDQPGYTPPPVPQGYQPPAPQGYQAPPAFGQQPQEGFQQPYGQPFQPPQGFAQQYEAPSTPTKSFLVTWLLALLVGVLGVDRFYLGKIGTGIAKLLTFGGLGIWALVDLILVLANKQTDKYRRPLEGYDRHKLVALIVSAVVILASIAFNVSQGIATTAALSAPVTAPSVEPVTKSTPTPAPADDVETNSRGNLVMAFGDIGTISDGRSGDVHTKFTVNSIAPVTCTEPYARPSENGNVVAVDITVETTPELAQSTYPKFTLSGFDFKYIAANGTSFNGSLASMATYSCIPDAEQFPSAGMGPGEKVTAKVVLDVPAATGTLVFESGLEGGFEYKF NA NA NA NA NA D3-18_03580 492 hypothetical protein ATGCGTTGCCGCATCATAATGATTGCTATCGCTGCCGTTTCAGTTGGACTGACTACGGGCTGCTCCGCCGCCACCCCGCTTGAAGTGGACCCGTCGAGGACGTCAGTCGAATACACGTTTCGAGACAGTTCCGTTCCGCCCGAATACCATCGCAGTTACGTGATCAAGGCCTCGGACACAGAAGCCAGCATCACCGTGGATTCTTATGGTGATGTCCTCCGTCAGGAAACGACTGCAGTGCCGGCGGATACGTGGACCAAGGTGACGGATCTGGTTCGCAGCCTGCCGGAACGGACCAAAAACATCAAAACCCAGAAACCTGGCTGTGCCGGTGGCACTGCCTCGACAATCGTAGTGCGGGAAGGCGATGAGGCGCGCTACTCCCGGCACATCGAAGACTGCGGTGGAGGCCCTGTTGCACCCCTAACGGATACAGCTGCCCCGCTGGAAGCACTCTTCGACATGAAAGACCTGCTGAAAACCGATGGCTGA MRCRIIMIAIAAVSVGLTTGCSAATPLEVDPSRTSVEYTFRDSSVPPEYHRSYVIKASDTEASITVDSYGDVLRQETTAVPADTWTKVTDLVRSLPERTKNIKTQKPGCAGGTASTIVVREGDEARYSRHIEDCGGGPVAPLTDTAAPLEALFDMKDLLKTDG NA NA NA NA NA D3-18_03581 549 hypothetical protein ATGGCCAAGCGCACGCAGAAGAGCACCGACTACGCGTTCGTCACAGAGTGGCGGGTGGCGGGTACACGCGAGGAAGTAGTGGACGTCCTGGGCGACGCCGCGGCTCTCAAACAATGGTGGCCCTCCGTCTACCTCAAGGTCACGCCCGTGGCCCAAGGCGGACCGGATGGAGTTGGTGCATGCTTTGACCTTCATACCAAGGGATGGCTCCCGTACACCCTGCGTTGGCGACTCACTGTCACTGAACCAGTGACACTCGACGGCTTCGCGCTCACCGCTGAAGGGGACCTCAACGGCACCGGCCGATGGACTTTCGAGACCGACGGCCCGGAGGTGGTCATCACCTACGACTGGCGCGTCAGTGCCACCAAGCCCTTGCTTCGCCGTCTGAGCTGGCTCTTCAAACCGGCATTCTCTGCCAATCATCACTGGGCCATGGCTCGCGGTGAGGAAAGCCTGAAACTTGAGCTCCGCCGTCGACGGTCCGGATCTGCAGCGAATGTTCCGGAGCCGCCGAAGCCAACTTTCGTTCGCTCCTCGAGGCGTTAA MAKRTQKSTDYAFVTEWRVAGTREEVVDVLGDAAALKQWWPSVYLKVTPVAQGGPDGVGACFDLHTKGWLPYTLRWRLTVTEPVTLDGFALTAEGDLNGTGRWTFETDGPEVVITYDWRVSATKPLLRRLSWLFKPAFSANHHWAMARGEESLKLELRRRRSGSAANVPEPPKPTFVRSSRR NA NA NA NA NA D3-18_03582 621 hypothetical protein GTGCGCACATCGCAGTCCCGGGCGCCCTTTCATGCTTTGCGGTCGGGAGCCATCTCGATTGTGGTGGTTCTCCTCGCTGCAGGGGCCCACGTCGTGGGTGGCGGAGAACTTCCCACAGCACCGGTTCTGCTGGCGCTCGTTGCGCTGACGGCTCTGGCTGCCACGCTCGCTACCCGGTTCAAGCTCAACTTTTTCACTCTGGCGGGGCTCTTAGGCGCGGGGCAGTTGGCTCTACACGAAGCCTTCACCACGTTGAGTCCCATAACAGCCAGCAAGCAGGGAATGAACCACCACCTCGGTGGCGAAGCCTTGACCCCCGGGCTGGATATTGCGGCGACGCACACCCATGAGCTCGGCACAGCCTTTGGCACCATGATGTTCGTAGGCCACGTCCTCGCCACCTTTGCGTCTGCGGTGGTCCTGGCAAAGGGTGAAAATGCATTGTGGCAGCTCGCCGCCTGGCTGCGGCCGCTGCTCGCCCTGCCCACGTTGCTGTTCAGGCCCGACGCCGGGGCCTCACCTGTCGCAGTCGGCGCACCCGACGTCTTCATCCCCCGCCCTTGGCGGAACCTTAGGCAAGACAGCCGCCGCGGTCCGCCCGCCGTCGTCGTTCTTCCCTAG MRTSQSRAPFHALRSGAISIVVVLLAAGAHVVGGGELPTAPVLLALVALTALAATLATRFKLNFFTLAGLLGAGQLALHEAFTTLSPITASKQGMNHHLGGEALTPGLDIAATHTHELGTAFGTMMFVGHVLATFASAVVLAKGENALWQLAAWLRPLLALPTLLFRPDAGASPVAVGAPDVFIPRPWRNLRQDSRRGPPAVVVLP NA NA NA NA NA D3-18_03583 735 hypothetical protein ATGAAATCCTCGATTCGCCGCACCCTTTCCGCTACCGCCGTCGCTGGTGGAACAGCCGCCCTGATGATGGCCGGTATCGCAGGTGCATCGGCCCACGTTGGCGTCGACCCGAACAAGACAGCAGCAAAATCCTACTCACTGTTGACGTTCGGCATTCCCCACGGTTGCGACACCTTCGGCACCACCAAAGTTGCCATTTCACTCCCCGAGGAACTGAACGACGCCCAGCCCACGGTCAACCCCAACTGGACTGTTGAGAAGGTCACCGAAACCTTGGCCGAGCCCAAGAAGCTCGACGACGGAACCACCATCACCAAGCGCACAAGCCAGATTGTGTACACGGCCAAAGCACCTTTGGATCCGCACTTGCGCGACGCCTTGGTTTTGTCGGTCAAGCTCCCGGATGCCGCGGGCAAGACCATCTACTTCCCCACGCTGCAGACTTGCGAACAGGGCCAAACTGACTGGTCCGAAATCGCCAAGGAAGGTCAGGACCCGCACGATCTGAAGGCTCCGGCACCGTCGGTTACCATCACTCCCACCGACGTCGCAGGCGAGCACCAGGCTCCGGCTGCTGAGTCCACCGAGCAGGCCTCCGCAGTAAGCGACGACGGCTCTCAGGCACGCAGCTGGGCAGGCCTGATCGCGGGCATCGCGGGCCTCGGCCTGGGTGGCGCAGCGTTCTTCCGCAGCCGCTCGGCGAAGCCCGCAGCCGTGAAGGTAAACGCCAAGTAA MKSSIRRTLSATAVAGGTAALMMAGIAGASAHVGVDPNKTAAKSYSLLTFGIPHGCDTFGTTKVAISLPEELNDAQPTVNPNWTVEKVTETLAEPKKLDDGTTITKRTSQIVYTAKAPLDPHLRDALVLSVKLPDAAGKTIYFPTLQTCEQGQTDWSEIAKEGQDPHDLKAPAPSVTITPTDVAGEHQAPAAESTEQASAVSDDGSQARSWAGLIAGIAGLGLGGAAFFRSRSAKPAAVKVNAK NA NA NA NA NA D3-18_03584 648 hypothetical protein ATGTGGACTCAGCGCATCAAAACCGGTCTTGTGACGACGACGGCAGCCGCTGCGCTGTTGCTTCTTGCTGCTTGTGGGCCAAGCCCTAGCCCGTCGGGAACCAGTAGTGCCCCGCCAACCTCCGCGACGCCGTCGGCCTCGTCCTCGGCGACCTCAAGCTCTCCCCCTGCAACGGCCACCACAGCGCCGTCACCCTCAGAGACAGCGACGTCCGCGGCCCCCGCAGCGCCCGCACTTTGCAAGGCAGCGTCCCTCAGCGCCGCAAGCGACGCGACTGGCGGCGGTGCAGCCGGCAGCATCTACGAGAAGTTGATCCTGACAAACTCCGGCACCGCCCCGTGCATTCTGGAAGGCTTCGCCGGCGTCTCCCTGACTGCCGACGCCAGTGGTGAACCAATCGGCGAACCCGCAACCCGCGAAACCACAACTCCGGTGACCAAGATTGAACTGGCTCCAGGAAAGTCGGCGTGGGCCGAAATCCGCTATACCCAAGCCGGCAACTACGGCGACTGCACCAAGGTGCCCGCCGCCGGTTTCCGGATCTACCCGCCGAACGATACGGCGTCTCTGTTCATCCCTGAGCCCCACGATGCGTGCAGCAACGCCGGTATTAAGCTCCTGACCATCACAGCATTCCAGGCAGTCTGA MWTQRIKTGLVTTTAAAALLLLAACGPSPSPSGTSSAPPTSATPSASSSATSSSPPATATTAPSPSETATSAAPAAPALCKAASLSAASDATGGGAAGSIYEKLILTNSGTAPCILEGFAGVSLTADASGEPIGEPATRETTTPVTKIELAPGKSAWAEIRYTQAGNYGDCTKVPAAGFRIYPPNDTASLFIPEPHDACSNAGIKLLTITAFQAV NA NA NA NA NA D3-18_03585 4944 rhlE ATP-dependent RNA helicase RhlE ATGCAGGAGCCGCAGGCGTCGGATGGCGCCATCAGCCGATTCAGCCAGGCAACCAGGGAATGGTTCCTAGGCGCTTTTTCCGAGCCCACACCCGCGCAAGACGGGGCGTGGAACGCGATATCCTCTGGCTCTCATGCCTTGGTCGTGGCTCCTACTGGTTCCGGCAAAACCCTCGCTGCTTTCCTTTGGGCCCTCGATCGCCTGCATTCCACGCCCAGTGACACTCTGCCGGGGCTTGAGACCGTCCCGGCAAATGGCAAGGGCCGGGCAAAGCGCCCCAAAACCAAAACGCGTGTCCTCTATATCTCGCCGCTGAAGGCGCTGGGTGTGGATGTGGAGCGAAACCTCCGCGCACCCCTCATCGGCATCACCCAAACCGCCAAACGTTTAGGTCTCCCCGCACCACTGGTGACAGTGGGCGTACGTTCGGGAGATACGACGGCGGCGGATCGCCGCACGCTGCTGACCAACCCACCAGACATCCTCATCACTACCCCGGAATCCCTGTTCCTTATGCTGACGTCCCGCGCCCGGGAAACGCTCAGCGAAGTGGACACCATCATCATTGACGAAGTGCATGCTGTAGCCGGCACCAAGCGTGGCGCACACCTGGCCGTTTCCCTGGAGCGCCTGGATGCCCTGCTTCCGAAGCCTGCCCAGCGCATCGGGCTCTCCGCTACAGTTCAGCCGCGCGAATTGGTGGCCCAATTCCTGGCCGGTCAAGCTCCCGTGGAGATCGTCGCTCCGCCGTCCAAGAAGAACTGGAACCTTACCGTCACGGTTCCAGTGGAGGACATGTCGGATCTGCAGGGCGCTGCGGGAGCATTCGACTCCGGGCCGGCATCCGGCCTGCAACCCCAGGCTTCCATCTGGCCGCATGTGGAGGAGCAGATCGTGGATCTGGTCCTGTCCAAGCAGTCCACCATTGTCTTTGCCAATTCCCGTCGCTTGGCGGAACGTCTCACGGCCCGACTCAACGAGATCTACGCTGAACGCCAGTTGATGGCGGTGGGAGGTAGCGAGTGGGCGGTTCCCGGGGCGTCCGAAGCCAACCCCGGAACCCCGGCCTCCACGGCCACTCCTGCGCACATGATGGCGCAGGCTGGAAGCACTACCGGCGCCGATCCTGTGCTGGCCCGCGCGCACCATGGTTCGGTTTCCAAGGACCAGCGGGCCATGATCGAGGACGATCTCAAGTCCGGCAGGCTCCGCTGCGTTGTGGCAACCTCGTCGCTGGAGCTCGGCATCGACATGGGTGCCGTGGACCTTGTGGTCCAAGTCGAGTCGCCCCCGTCGGTGGCTAGTGGGTTGCAGCGCGTCGGGCGTGCCGGGCACCAGGTCGGCGAGATCTCCGAAGGCGTGCTCTTTCCCAAGCACCGCGCGGATCTCCTGCATACCAGCGTCACCGTTGAACGCATGCTGAGTGGGCAGATTGAACGCCTGAGCATTCCCGCCAACCCGCTCGATATCCTGGCCCAGCAAACAGTGGCGGCTACCGCCTTGGGCAGCATCGACGTTGAGGACTGGTTCAGCACTGTCCGTCGCTCAGCGCCGTTCGCGAGCCTGCCACGCTCAGCTTTCGAAGCCACCCTGGACCTCCTGGCCGGAAGGTATCCTTCGGACGAATTTGCAGAACTACGGCCCCGCATCGTCTGGGACCGGCACGCCGGGACCATCGAGGGCAGGCCCGGCGCCCAGCGCCTTGCTGTCACGTCAGGCGGCACCATCCCGGACCGTGGGCTATTCGGGGTTTACATCATCGGTACGGAAGTGGAGGGCTCAGCTTCCCCCAGCAGCGGGGACGGGAGTGAACCGAGCGCCTCTGCCCGTGCTGCCAAGGGAGGACGCCGCGTTGGTGAGCTCGACGAAGAAATGGTTTACGAATCCCGTGTGGGAGACGTCTTCGCACTCGGAGCCACCAGTTGGAAGATCGAGGACATCACCCACGATCGCGTGCTGGTCTCCCCTGCCTTTGGCCAACCCGGCAAACTTCCCTTCTGGAAGGGCGATTCCCTCGGCAGGCCCGTAGATCTGGGCCGCGCGCTGGGTGCCTTCATCCGGGAACTCTCGGCCGCAGACGAAGCCCCGGCCATGGAACGTTGCCAAGCCAGCGGATTGGACGCCTTCGCCGCAAGCAACCTGCTCCAATACCTCCGGGAGCAAAAGGAAGCCACGGAGATTGTGCCTAGCGACCGAACTCTGGTGGTGGAACGCTTCCACGACGAACTCGGCGACTGGCGGGTAGTCCTCCACAGCCCGTTCGGCATGCCTGTTCACGCCCCGTGGGCACTCGCTGTAGGGCAACGACTTCAGCAGCGATATGGCTTGGACGGATCGGCGATGGCTGCGGATGACGGGATCGTGCTGCGCGTGCCCATGATGGAAGACGAGCCACCCGGTGCCGAACTTTTCCTCTTCGACCCGGAGGAGCTCGAACAAATCGTCACTGCGGAAGTAGGCGGCAGCGCCCTGTTCGCATCCCGTTTCCGCGAATGTGCAGCCCGTGCCCTGCTTCTCCCCCGGCAGAATCCGGCCAAGCGCCAGCCCCTATGGCAGCAACGCCAGCGCTCTGCCCAGTTGCTGGATGTCGCCCGGAAGTATCCTTCGTTCCCCATCGTGCTCGAAACAGTCCGGGAATGCTTGCAGGATGTTTACGATCTGCCCGCACTGAAAGACATTGCAGCATCCGTCGAGCGCAGGGAACTGAGGATCGTGGAGACCACCACGCAGCAGCCCTCCCCTTTCGCGAAGTCCCTGTTGTTCGGTTACGTTGCCCAGTTCCTCTACGAGGGCGACTCCCCCTTGGCGGAACGGCGGGCTGCTGCCCTCGCCCTCGACTCCACACTCCTTAACGAACTCCTGGGCCGCGTGGAACTGCGCGAACTCCTGGACGCAGCAGTCATCGATTCAACGGAGTTGGAACTGCAGCGCCTTGCCCCGGACCGACGGGTTCGTGGGCTGGAAGGCGTCGCGGATCTGCTGAGGCTGCTGGGTCCGCTCAGCGTTGAAGAAGTAGCTGAGCGGCTACAAGGGCTGGAGCAATCTGAGCTCGAGGCAGTAGAAGACCTCGAAGAAACCCCGGTGGCGGCGCCACACGGGAGCATTGTGGACGCCGGGTCCCACCTCGCGGCATTGCAGAAAGCCAACCGCGCACTCAAGGTAACCATCGGCGGCGTCGAACGTTTTGCGGCAATTGAGGATGCCGCACGGCTCCGTGACGCCATCGGTGTTCCGCTGCCCATGGGCGTGCCACTCGCGTTCATTGAACCCGTCCACGATCCTTTGGGCGACCTCGTTTCCCGGTACGCGCGCACCCACGGCCCGTTCACGGCCGCCGAAGCTGCGGCGAGGCTGGGACTGGGCGTCGCGGTGGTCAATACTGCCCTTAAGCGACTGGCTGGCGATGGTCGGGTGGTGGAAGGCGAATTCCGCCCACACGCCGTCGCAGAGCAGCCTTTGGAGGCAGCCGACTCAGAGCTCATGAGCGTGGACGCCCCACCGTCCAGCGAGTGGTGCGATGCCGAGGTCCTGCGGAAACTGAGGCGTCGCTCGCTCGCTGCACTGCGGGCCGAAGTAGAGCCCGTGGACACCGCCGCCTACGGCCGGTTCCTGCCGGCATGGCAAAACGTGACCTCGCCGGGTAAGTCCCGAAGCCAGGCGCTAAGGGGGTTGGACGGCATCATCACGGCAGTGGACCAACTGTCCGGAGTGCCCATCCCGGCATCCGCATGGGAACCCTTGGTACTCGCGAGCAGGGTGGCGGACTACAAACCGGCAATGCTGGACGAACTCATGGCCGCCGGCGAACTCCTCTGGTCCGGCGCAGGATCCCTGCCCGGAAACGATGGCTGGATCAGCCTCCATGTAGCCGATTCCGCTGAGCTGACGCTCAACCCGGACCCCGAATTCGAACCCGGTGATGCCCAGCAGCGCCTCTTGGAACATTTCAGCGCAGGCGGCGGCTACTTCTTCCGGCAACTCACGGATGTAGCCGGTGGCATGGACGCGGTATTGAGTGACGACGCCGTGGTGTCTGCTCTCTGGGACCTCGTCTGGGCCGGCCGCGTAACAGGTGACACTTTCGCTCCCGTGAGGGCCATGATCGCCGGCGGGAAAACCGCGCACCGGCAGGTCGCCAAGGCACCGAGGGCCCGGGCCCCTCGCATGAGCAGGCTTGGCCGTTCCCATGGAACTGGCCTCCTGGGCTCCCCCGGGCTAACGGGTGGTCGCTACGGCCCGGTAACAGGTGGCGTTGCGCCTGCACCGCCGTCGGCAGTCGGCCGATGGTCAGCGCTTCCCTCGCCTGAACTGGACCCCACCATCCACGCCCGCGGAACGGCTGAGCTTCTGTTGGACCGCTACGGCGTGGTGACGCGTGGTTCGGTCATGGCGGAGAACATCATCGGTGGCTTCGGGCTCATGTATAAGGTGCTGGCCCGCTTGGAGGAAGCCGGGCGTTGCCGCCGCGGTTACTTCATCGAGCATTTGGGGGCCGCCCAGTTCGCCGTCCCTGCCACGGTTGACCGGTTAAGGTCGTTCACGGAGGACACCCGCATCTCCAAAGCCGAGCCCTCCGCGCTCGCACTTGCCGCGACTGACCCCGCCAACCCCTACGGCGCTGCCCTTCCTTGGCCTGCGCTCTCTGTCGACGCCGGTTCCGGGCACCGGCCCGGGCGCAAGGCCGGAGCGCTGGTGGTGATGGTCGACGGCGCGTTGGTCCTTTACGTGGAACGCGGCGGCAAGACCCTGCTCACCTTCAGCCAGGACGACGCCGTGCTGACAGTTGCGGCACAGGCGCTGGTGGATGTGGTGCGCCGCGGTGCCGTGGACAAACTCTTCATGGAGAAAGTCAACGGCCACGATCTCCTGGAAACTCCGATCGCCGTTGCCCTGGCGGCTGCAGGGGCCTACTCCACTCCGAAGGGACTCCGTATCCGTGCCTGA MQEPQASDGAISRFSQATREWFLGAFSEPTPAQDGAWNAISSGSHALVVAPTGSGKTLAAFLWALDRLHSTPSDTLPGLETVPANGKGRAKRPKTKTRVLYISPLKALGVDVERNLRAPLIGITQTAKRLGLPAPLVTVGVRSGDTTAADRRTLLTNPPDILITTPESLFLMLTSRARETLSEVDTIIIDEVHAVAGTKRGAHLAVSLERLDALLPKPAQRIGLSATVQPRELVAQFLAGQAPVEIVAPPSKKNWNLTVTVPVEDMSDLQGAAGAFDSGPASGLQPQASIWPHVEEQIVDLVLSKQSTIVFANSRRLAERLTARLNEIYAERQLMAVGGSEWAVPGASEANPGTPASTATPAHMMAQAGSTTGADPVLARAHHGSVSKDQRAMIEDDLKSGRLRCVVATSSLELGIDMGAVDLVVQVESPPSVASGLQRVGRAGHQVGEISEGVLFPKHRADLLHTSVTVERMLSGQIERLSIPANPLDILAQQTVAATALGSIDVEDWFSTVRRSAPFASLPRSAFEATLDLLAGRYPSDEFAELRPRIVWDRHAGTIEGRPGAQRLAVTSGGTIPDRGLFGVYIIGTEVEGSASPSSGDGSEPSASARAAKGGRRVGELDEEMVYESRVGDVFALGATSWKIEDITHDRVLVSPAFGQPGKLPFWKGDSLGRPVDLGRALGAFIRELSAADEAPAMERCQASGLDAFAASNLLQYLREQKEATEIVPSDRTLVVERFHDELGDWRVVLHSPFGMPVHAPWALAVGQRLQQRYGLDGSAMAADDGIVLRVPMMEDEPPGAELFLFDPEELEQIVTAEVGGSALFASRFRECAARALLLPRQNPAKRQPLWQQRQRSAQLLDVARKYPSFPIVLETVRECLQDVYDLPALKDIAASVERRELRIVETTTQQPSPFAKSLLFGYVAQFLYEGDSPLAERRAAALALDSTLLNELLGRVELRELLDAAVIDSTELELQRLAPDRRVRGLEGVADLLRLLGPLSVEEVAERLQGLEQSELEAVEDLEETPVAAPHGSIVDAGSHLAALQKANRALKVTIGGVERFAAIEDAARLRDAIGVPLPMGVPLAFIEPVHDPLGDLVSRYARTHGPFTAAEAAARLGLGVAVVNTALKRLAGDGRVVEGEFRPHAVAEQPLEAADSELMSVDAPPSSEWCDAEVLRKLRRRSLAALRAEVEPVDTAAYGRFLPAWQNVTSPGKSRSQALRGLDGIITAVDQLSGVPIPASAWEPLVLASRVADYKPAMLDELMAAGELLWSGAGSLPGNDGWISLHVADSAELTLNPDPEFEPGDAQQRLLEHFSAGGGYFFRQLTDVAGGMDAVLSDDAVVSALWDLVWAGRVTGDTFAPVRAMIAGGKTAHRQVAKAPRARAPRMSRLGRSHGTGLLGSPGLTGGRYGPVTGGVAPAPPSAVGRWSALPSPELDPTIHARGTAELLLDRYGVVTRGSVMAENIIGGFGLMYKVLARLEEAGRCRRGYFIEHLGAAQFAVPATVDRLRSFTEDTRISKAEPSALALAATDPANPYGAALPWPALSVDAGSGHRPGRKAGALVVMVDGALVLYVERGGKTLLTFSQDDAVLTVAAQALVDVVRRGAVDKLFMEKVNGHDLLETPIAVALAAAGAYSTPKGLRIRA NA NA NA NA NA D3-18_03586 831 nei1_2 COG0266 Endonuclease 8 1 GTGCCTGAAGGCGATTCCATTTGGCGGGCTGCGTCACGGCTGAACGAGGCGTTGGCCGGGAAGACCATCATGGCCTCCGACTTCCGCGTGCCACGCTTTGCCACCTTGAACCTGGCGGGCTGGACCATGGCCGAGGTTGTTCCCCGTGGAAAGCACCTGCTCATGCGTCTGACAGGACCTGCTGACGAGGAACCCGGCGCCAGCAGGAAACCCCGTGCCCTGACCATCCATTCCCATCTCAAGATGGAGGGGAACTGGATGATCTACCCACCGGGTGGTCGCTGGACCAAACCTGGCCACACTGCCCGGTGCGTGCTCCGCACGGACTCCGCGGACGCCGTCGGATTCTCGCTGGGCATCCTGGAAGTGGTGCCCACAGCTGAGGAAGACAAGATCGTCGGGCACCTCGGGCCGGACCTGCTCGGCCCCGACTGGGACGAGGAGGAAGCGCTGCGCAGGCTTCGCGCCGAACCGGATGTCACCGTGGGATTCGCGTTGCTGGATCAGCGGAAGCTTGCGGGCATTGGCAATATCTATCGATGCGAGGCGTGCTTCTTGTCCGGCATTCACCCTGCCCTGCCTGTAGGGAACGTCCCTGACCTTGGCAAGACAGTCAACGACGCCAAACGGCTCCTCGGCGAAAACCTGGGTCCCGGGCGGAGGACTACCCTGGGGCCGCGCGCCATGCGTCCCGGATATTGGGTGTACGGCCGGGAACGCCAACCCTGCAGGCGCTGCGGTACTGCCGTACGCCGTGGCCTCCTTGCAGGACCGGACGGCACAGAAGAACGGGACATCTACTTCTGTCCGCGCTGTCAGCCGGCTCCGTAG MPEGDSIWRAASRLNEALAGKTIMASDFRVPRFATLNLAGWTMAEVVPRGKHLLMRLTGPADEEPGASRKPRALTIHSHLKMEGNWMIYPPGGRWTKPGHTARCVLRTDSADAVGFSLGILEVVPTAEEDKIVGHLGPDLLGPDWDEEEALRRLRAEPDVTVGFALLDQRKLAGIGNIYRCEACFLSGIHPALPVGNVPDLGKTVNDAKRLLGENLGPGRRTTLGPRAMRPGYWVYGRERQPCRRCGTAVRRGLLAGPDGTEERDIYFCPRCQPAP PGPT0004020_18 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 D3-18_03587 1263 hypothetical protein ATGAAGCGAAGACTCATGCCCCTGACGATGCTCGTCGCCGGCCTGACCATCGCAGCTACCCTCATAGCCCCGGAACCGTCAGCACTGGCAGCCGCAGGTATGCCCGCCCCGGGTGCGCTGGTGTGGAGCGACGAATTCAATGGCCCTGCCGGCACGGCACCGGACCCTGGAAACTGGACTCACGACACCGGAGGATCCGGGTGGGGCAACGGCGAACTGCAGTACTACACCAACAGCACAAATAATGCTGCAGCGGATGGGCAGGGAAACATGGCCATCACTGCCCGGAGGGAAAATCCTGCTGGATACGAGTGCCACTACGGGGCGTGCCAGTACACATCCGCGCGCCTCCTGACGTCAGGAAATTTCAGCCGGACGCAAGGCCGGTTCGAAGCCCGACTCAAACTGCCCAAGGGGCAAGGCATGTGGCCCGCCTTCTGGATGCTCGGCGACAACGTCTTCACCGACGGTTGGCCCGCTAGCGGCGAACTCGACATCATGGAAAACGTCGGCAAGGAACCTGGAACGGTCTGGGGGAGTATCCACGGCCCCGGTTACTCCGGGGCCAACGCCTCCAACGCCAGCTACACTCTGCCCGCTGGTAAAGCTCTGGGCGATGCTTTCCACACGTTCACAGTGGACTGGGGGCCTGAGTCCATCACTTGGTACATCGACGGAATTCCCTACTCACAAAAGACCAAGGCCACTACTCCCGGCCCCTGGGTGTTCGATCACGACTTCTTCCTCCTGCTGAACCTGGCCGTGGGCGGCTACTGGCCGGGGGCACCGGATTCGGACACGGCGTTTCCGCAGTCGCTGCTGGTTGATTACGTCCGCGTGTATGAGCTTGCTTCGGTTCCAGCGGCGCCTTCCTCTGCAGCCGGCACCCGCATCCAGGGCTATGCAGGCAAGTGCATTGACGTGGCCGGTCGGCAGGCTACAGACGGGGTCCCCTTGCAATTATGGGACTGCGATACGGCAGCGTCGGAGCAGTGGACCTTTGCTGACAACGGCACCATTCGGTCACTGGGAAAATGCATGGACGTGGCATGGGGATCAACGGCCAACGGTGCACGAGTCCAACTCACCAGTTGCAACGGCAGTCCGGCGCAGCAATTCGTCCTGAACAATGCCGGGGATCTGGTGAACCCGCAAGCCGACAAATGTGTGGACGTGGTTGACTGGAATTCATCCGACGGTGCGAGGTTGCAGCTCTGGGATTGCGCCGGTTCCATCAACCAAAAGTGGTGGCGGATGGCGTAG MKRRLMPLTMLVAGLTIAATLIAPEPSALAAAGMPAPGALVWSDEFNGPAGTAPDPGNWTHDTGGSGWGNGELQYYTNSTNNAAADGQGNMAITARRENPAGYECHYGACQYTSARLLTSGNFSRTQGRFEARLKLPKGQGMWPAFWMLGDNVFTDGWPASGELDIMENVGKEPGTVWGSIHGPGYSGANASNASYTLPAGKALGDAFHTFTVDWGPESITWYIDGIPYSQKTKATTPGPWVFDHDFFLLLNLAVGGYWPGAPDSDTAFPQSLLVDYVRVYELASVPAAPSSAAGTRIQGYAGKCIDVAGRQATDGVPLQLWDCDTAASEQWTFADNGTIRSLGKCMDVAWGSTANGARVQLTSCNGSPAQQFVLNNAGDLVNPQADKCVDVVDWNSSDGARLQLWDCAGSINQKWWRMA NA NA NA NA NA D3-18_03588 1884 hypothetical protein ATGGGCGTTTACAGACAAATACTGGTAAGGATCCTTGCAGTTCTTGTAGTTTCCTTTGGATTGATTTACATCAGCTGGCGCTGGTCGAGCACTGTCGCGTGGGATGCCTGGTGGATCTCGCTGCCCCTCGTGGCCGCCGAGACTTACAGCCTTGGCGAATCGGCGCTTTACGCAGTGACAATGTGGAATGCACGACGACGTCCGCCTCCCCCACCTGCCCTGCCGGGCAGATCGGTGGACGTTTTCATCGCCACCTACAACGAGCCGCTGGACTTGGTGCTCAAAACGGCGATCGCAGCCAGGGACATGGAGTACCCGCACGAAACGTGGATCCTTGACGACGGCGACCGGGCTGAATTTGCCACCGCAGCCCGGCAGATCGGCGTCGGGTATATTACCCGCGGTCCTGAGTGGGATGGTCGGCAGCGCTTCGCAAAGGCAGGAAACGTCAACAACGCCCTGTCCATGACAACGGGCGAGTTCGTCGCCATCTTTGACGCAGACCAAGCCCCTGAACCGCGTTTCCTGGACCGCGTCCTGGGCTATTTCGATGCCGAGGAAGTGGCTTTCGTCCAGACCCCGCAGCACTTTTGGAATGTTCCGGAACGGGACCCGCTGGGAAGCCAGGCGGAACTCTTCTACGGCCCCATCCAACAAGGCAAGGACGGCTGGGACGCAGCGTTCTTCTGCGGTTCGAATGCTGTCCTACGCCGTGAAGCCCTCATGGCCCTGGGCTTGACGCGCTACACGCGGTCAGCCACTGAGCAGACCTGGCGCGCTTTGCGTCGTGGCCGATCGCGTTTGCAGGACCTTCACGGCGAGCTGGGCAGGCGTCATCCCGCGGCCATGATCGTTGCAGAACAGGCCTTGGAGGCAGTGGCACGCGCGGAGCATCAGGTGCGCAGGGGCGATGTCCTCGCCGAGATCACTTTCGAACTCCGCGTCGCCTTCCATTCAGCAGCTCTGGCAGTTCCTGATGCCATGGAGGACGTGGTGCCGGAGCTGGACGCCGTCCTGGAGTCAGTGGATGTGGCCCACACTGACCAAGCACTGGCCATCCACCCCATGGACACCACCACCATCACCGAGGACATGGCAACGGCCATGCACCTTCACGCGATGGGGTGGGGCAGCGTCTACCACCACGAGGTCCTGGTCCACGGGTTGGCCCCTGAGGACGTGTCCACCATGCTCTCCCAGCGGCATCGATGGGCGGCCGGCACCATGCAGGTGTTCTTCAGTGACAATCCGTTGTTTCTTCGGGGCCTCACCGTGGCTCAGCGCCTGATGTATCTGGGCACTATGACGAGTTATCTGAATGGCTTCGCTGCCCTGAGCTATATCGCGGCGCCTGTGGTGTTCCTGGTGGCTGGTACCTACCCGCTGACTGCCAGTCCCGTGGTGTTCTTCTGCCTCTTCCTGCCCTTCTTTATTTCGTGCCAGCTGCTCTTCCAAGTAGCGGGCAACGGGTCGAAGGGATTGTGGCGCGGCCAGCAATGGTCCTTTGCCCTGTTTCCCACCTGGATCGCGGCCACGTGTTCAGGTGCGGCAGCGGTTTTCCTTGGCAAGCACCTCGCGTTCTCGGTGACGGCCAAGAGTAAACAGGTCACGGGCCGTGGATTCCAGCACGTCAGGATACAGGTGGCTGCCATGGCGTTGCTGGTCGTGTCCTCGTTCATCGGCGTTGCCCGTGTGTCATCCGGGCAAGCGGCGCTCTATCCCACCCTCATCACGTTGGCCTGGGTTGTCTTGGACCTGGCGCTTTTGAGCGTGGTGATCGGTGCCGCACGGTATCGGGGGCCCGGCGACCACCTCGTTGAACCGATTCCCACTCCTAAGGAGCTCACCAGCGTTCAGAGCGCTCCGCCCAAACCCGCACCCTAA MGVYRQILVRILAVLVVSFGLIYISWRWSSTVAWDAWWISLPLVAAETYSLGESALYAVTMWNARRRPPPPPALPGRSVDVFIATYNEPLDLVLKTAIAARDMEYPHETWILDDGDRAEFATAARQIGVGYITRGPEWDGRQRFAKAGNVNNALSMTTGEFVAIFDADQAPEPRFLDRVLGYFDAEEVAFVQTPQHFWNVPERDPLGSQAELFYGPIQQGKDGWDAAFFCGSNAVLRREALMALGLTRYTRSATEQTWRALRRGRSRLQDLHGELGRRHPAAMIVAEQALEAVARAEHQVRRGDVLAEITFELRVAFHSAALAVPDAMEDVVPELDAVLESVDVAHTDQALAIHPMDTTTITEDMATAMHLHAMGWGSVYHHEVLVHGLAPEDVSTMLSQRHRWAAGTMQVFFSDNPLFLRGLTVAQRLMYLGTMTSYLNGFAALSYIAAPVVFLVAGTYPLTASPVVFFCLFLPFFISCQLLFQVAGNGSKGLWRGQQWSFALFPTWIAATCSGAAAVFLGKHLAFSVTAKSKQVTGRGFQHVRIQVAAMALLVVSSFIGVARVSSGQAALYPTLITLAWVVLDLALLSVVIGAARYRGPGDHLVEPIPTPKELTSVQSAPPKPAP PGPT0022275_1303 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-CELLULOSE_METABOLISM CE-EPS-CELLULOSE_BIOSYNTHESIS,PGPT0022275-bcsA|yhjN|celA-K00694 NA NA D3-18_03589 438 hypothetical protein ATGTCCACGCTTTCCCATGCCCCGAACACCACCTCCACCGTCTTGAAATCGGTGGATCTGACCATTACCGGCGCCTTGGACGCCGCTACCGTTCCGGCTATTCGCCAAGCATCCGTCAAGGCCGCCGCGGACGGCCCCGTCCTGGTCCTGCTGAATGTCGCGGCGGTGACATCGGTGGGAGCATCAGGCGTAGTCGGGGTGCTTGAGGTGCTGCACCTGCTCCGCTCGCGCGGCGGCGATCTCCGCCTTTTCGGGAATTCAAGCGAGCTCCAGGAAACCCACCTCCAAGCCCATCTGGGTCGCGTCGCCCGTATATATGCAACGCACCAAGATGCGGTCGACGGCGGTGCAGCACTCGTGCGGCCACGGGGGCTTGCGCCTCGCTTCAGTTGGCGGACCCTCTTCAAGCGTCGTCATCGCTCCATCGGATGGGGCTGA MSTLSHAPNTTSTVLKSVDLTITGALDAATVPAIRQASVKAAADGPVLVLLNVAAVTSVGASGVVGVLEVLHLLRSRGGDLRLFGNSSELQETHLQAHLGRVARIYATHQDAVDGGAALVRPRGLAPRFSWRTLFKRRHRSIGWG PGPT0014350_125 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-TRANSCRIPTIONAL_REGULATION,PGPT0014350-rsbV-K04749 NA NA D3-18_03590 1218 hypothetical protein ATGCACACTCCTCCCACTTTCACGGGGCACCCGGACAAAAAACGCCGGCGGGCCAGCCTGCTCATTCCCTTGGTGGTGACGGCTCTGGCTGCCACGGGCTTGGGTTTTGCTTCCAAGGAGATAGTCCCCGTAGTCCAGGCTTTGTCTCTCTGCCGTGCCGGGGATGCTTCCACAATGATCCCCAAGGATGGTGTGCTTCTGGGCGTGAACCTGGATTGGGACTCGGAGACGTTGGCCGAGCACCGTAAAAACCTGGGCCATGATCCGGCGGTGGTGGTGCAGTTTTCGGATATCCCCTACGACGACGAAACGTGGGCTCACACCACCAACGCCGTCACCCAGGTCCGCCCAACAGGCGGCGTGTTGCTCCTGACCCTGGAACCTCACGGCGGCCTGGAGACCATGAGCGAGGAAGTGATCGCCAAACTGGCCACCGACTTACGGGCCATCAACGATCAGGGGACGCCCGTCGTCGTACGTTTTGCGCATGAAATGAACGGGTCCTGGTATTCCTGGGGCCAGCAACCGCTGCGTTATGTGGAGGTATTCCGCAAAGTGGCCGCTGCAGTTCATGCCGGGGCGCCGGGCTCGTCCATGATGTGGGCCCCGAACTATGGTGGCGGCTACCCGTTTACAGGGGGCCAGTTCGCGGCCCGTCCGGGCACTGCCGATTTCGCTGCCCTGGACACGGACCGTGACGGCACCTTGACCATGGCTGACGACACCTATGCGCCCTACTACCCCGGGGACGACGCCGTGGATTGGGTGGGAGTTTCCCTGTATCACTGGGGCAACCAGCGGCCGTGGGGAAACAACGACATCTCGGAGCCAGGCAAGTTCCTCGCCATGCTGACCGGCACCTACAGCGGCACCGCCGGCGACGACAGTTCCGTTCCGGACTTCTACCAGGTGTACGGGGTGGACCACAAGAAGCCGGTAGCCATTCCGGAGACCGCGGCTATCTTCACCCCGGCTCGCGGTGGAGCGTCTGAGCTTGACGTCAAGCAGGCATGGTGGCGTCAGGTCTTCTCCGCTGATACCCAGCAGAAGTACCCGCAGTTGAAGATGATCAATTGGTTTGAGTGGAAGAAGTACGAGATCGAGATTAACGACGACGTCGACTGGCGGAGCGCTGGATCGCCCGCCATTCGAGACGCCTTCAGTGAGGACCTACCGGACTGGTTGCAGTATGGCGAGGACCTGGAGGCCTGCCGCTAA MHTPPTFTGHPDKKRRRASLLIPLVVTALAATGLGFASKEIVPVVQALSLCRAGDASTMIPKDGVLLGVNLDWDSETLAEHRKNLGHDPAVVVQFSDIPYDDETWAHTTNAVTQVRPTGGVLLLTLEPHGGLETMSEEVIAKLATDLRAINDQGTPVVVRFAHEMNGSWYSWGQQPLRYVEVFRKVAAAVHAGAPGSSMMWAPNYGGGYPFTGGQFAARPGTADFAALDTDRDGTLTMADDTYAPYYPGDDAVDWVGVSLYHWGNQRPWGNNDISEPGKFLAMLTGTYSGTAGDDSSVPDFYQVYGVDHKKPVAIPETAAIFTPARGGASELDVKQAWWRQVFSADTQQKYPQLKMINWFEWKKYEIEINDDVDWRSAGSPAIRDAFSEDLPDWLQYGEDLEACR NA NA NA NA NA D3-18_03591 630 hypothetical protein ATGATGACCCGAAGAATCACTCAACTCCTGATCGGCCTCGCGATGTACGGCATCTCCTTGGCCATGTTCATCCGTGCCGGCCTGGGCTTGGACCCTTGGGATGTGTTCCACCAAGGCGTATCCGAAAAGACCGGCTTCAGCATCGGTGTTGTGGTCATCGTTGTCAGCTTCCTGGTTCTTCTCCTGTGGATCCCGCTCCGGCAGATGCCAGGGATTGGAACCATCGCCAACGCGGTTCTTGTGGGGCTCTTCGCCGATCTGGGACTGTGGCTCATCCCGGAGTTTTCCCACTTGGGCGGACAGATCGCCATGCTCGCCGGTGCCGTGATCCTCAACGGCATCGCGTCCGCTTGCTACATCGGTGCCCGCCTTGGACCCGGCGCCCGTGATGGCCTGATGACTGGACTTGTCCGCCGCACCGGTTGGTCCGTGCGCCTGGTCCGCACGGGAATTGAAGTAGTTGTCCTGGCTGTCGGCTTCCTGCTGGGCGGCTCCGTTGGTGTTGGTACGGTGGTCTACGCCTTGGCGATCGGGCCGATCGTGCAGCTGTTGCTGCCGAAGTTCATGGTCCCGGAGCAGGGAAAGGCAACGGCCCCCACGGAGGACCTGGAGGCCGCGCCGGCTGCCTGA MMTRRITQLLIGLAMYGISLAMFIRAGLGLDPWDVFHQGVSEKTGFSIGVVVIVVSFLVLLLWIPLRQMPGIGTIANAVLVGLFADLGLWLIPEFSHLGGQIAMLAGAVILNGIASACYIGARLGPGARDGLMTGLVRRTGWSVRLVRTGIEVVVLAVGFLLGGSVGVGTVVYALAIGPIVQLLLPKFMVPEQGKATAPTEDLEAAPAA PGPT0026395_859 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_RELATED_GENES CE-BIOFILM-SURFACE_PROTEIN,PGPT0026395-yczE|yyaS-K07149 NA NA D3-18_03592 1455 hisC_2 Histidinol-phosphate aminotransferase ATGTCCGGCTCCCTGAATCCCACCGCCCTCGTCCGCCTCCTCGGCACTTGGAGCTCCGGCGCCCTGCCCGCCTACCGCGAGCTGGCCGACGTCGTTCGCTTGCTGGTGATGGACGGACGCATCCCCTTGGACGTCGCGCTACCCAGCGAGCGGGCACTCGCCCAAACACTCGGGCTCAGCCGGACCACCGTCACTGCCGCGTATGCGGCCCTGCGCGAACAGGGATTCCTCACGGCAGGTCAGGGCAGTCGCGGACGGACATGCATCCCCCACCGCACTACACCAGTGAGCGCGCCCGGACTCGCGGTTCCCGAGGGACTCCTGGATCTGGCTTACGCGTCACTACCGGCGGCCGGCGAGGTAGTGCATCGCGCCTTCGCTGACGCTCTGACCGAGCTTCCGGCCCTCTTGCCCGGGTTCGGGTACGATGCCGTGGGCGTGCCGGCCCTCCGCGAAGCCATCGCAGAGAAGTACACAGCCGAAGGGGTGCCAACGACGCCGGGCCAGATCCTTGTCACGTCCGGCGCACAGCATGCCCTCAACATTGTGCTGCGCGCCCTGGCCGGAAAGCAGGACCGGGTCATGGTGGAGCACCCCACATACCCCAACGCCCTGGACGCCATCCGCGCCGCCGGCTGCAAGCCCCTGCCAGTGGCGCTGCCCTCGGGCACCTCGCCAGCGTGGGACATCGATTCAATGGTGGCCACCATGAACCAGCAGCGCCCCGCCATGGCCTACTTGGTGCCGGACTTCCACAATCCGACCGGACGCATCATGTCCGACCTCCAACGCCGACGACTTACACGGGCGGCCGCTGCTTCCGGGACCGTGCTGGTAGTGGATGAAACACTGCGTGGGCTGAATCTCGACGGCGTCCGCACCGCGCCGATGTCGCGGTTCAGTCCTGCGGTGGTTTCCATCGGGTCGCTGAGCAAATCGCACTGGGCGGGACTCAGGACCGGGTGGATCCGGGCAGACGAGTCCCTCATTGCCCGTTTTGTGGCCACAAGAACAATCATGGATCTGGGCGGGCCAGTGGTTGAACAACTGGCGGCGGCGCGCTTGGTGCAGTCCTTCGCCGAACCGCTTGATGCCCGGCTTGAGGAACTCCGGCACAACCGGGAAACGCTGTTGGGGTTGCTCGCGGAGCACTTGCCCTCCTGGGAGGTGGAGCGACCGCGGGGTGGACTGACAGCATGGTGCCGCCTGCCGTCTGCCTCCAGCACCGCCCTGACCGTGCTCGCGCCCGACTTCGGCGTCCGGTTGGCAGCGGGACCCCGCTTCGGGGTGGGTGGCGCGTTCGAGCACTACCTGCGCGTTCCCTACACCTTGCCCGCCGCACAACTGGAGTTCGCCGTCGGTGCGCTCCGCGCCGCCCAGGACAAGCTCGACGCCTCGCCCCACCTCCGCCGGACCCTTAAGGCTGAGCGGCCAGCCGCCGTCGCGGTCGCCTAA MSGSLNPTALVRLLGTWSSGALPAYRELADVVRLLVMDGRIPLDVALPSERALAQTLGLSRTTVTAAYAALREQGFLTAGQGSRGRTCIPHRTTPVSAPGLAVPEGLLDLAYASLPAAGEVVHRAFADALTELPALLPGFGYDAVGVPALREAIAEKYTAEGVPTTPGQILVTSGAQHALNIVLRALAGKQDRVMVEHPTYPNALDAIRAAGCKPLPVALPSGTSPAWDIDSMVATMNQQRPAMAYLVPDFHNPTGRIMSDLQRRRLTRAAAASGTVLVVDETLRGLNLDGVRTAPMSRFSPAVVSIGSLSKSHWAGLRTGWIRADESLIARFVATRTIMDLGGPVVEQLAAARLVQSFAEPLDARLEELRHNRETLLGLLAEHLPSWEVERPRGGLTAWCRLPSASSTALTVLAPDFGVRLAAGPRFGVGGAFEHYLRVPYTLPAAQLEFAVGALRAAQDKLDASPHLRRTLKAERPAAVAVA NA NA NA NA NA D3-18_03593 510 hypothetical protein ATGGCACAAGAGATCTTCCCCGGCCGCTTCACCGCGGACATCGGGCGCGATACAGTGACCGTCTTCCTCATCGGGATGCGGGCCAACCGGTGGTGGAAGCTGGGCCGCGTCGCCAAGGTGGCCTCGGCCATGCCCACCATGATGCAGCACCTTGCCAAGAACCCGGACGCCGGTCTCCTGGGCAGCGAGCAATGGTTCGGGCGGACCACTATCCTGCTCAGCTACTGGGAAAGTCCGGAGCATCTGAGGCGCTTTGCCGCAGACAGGGATTCGCCGCATCTGGGCCCATGGCGGAAATTCATGAAGAAGTTCGCGGGCAGCGGCGACGTTGGCGTGTGGCACGAGACGTACCAAGTACCGGCGTCGGGTATTGAAGCGGTGTACAACGGCATGCCGCTGTTCGGCTTGGCCAAGGCGACCTCGCATGTACCCATCGGACCCGGCAGCAACACGGCTAAGCAGCGGATGGGCGGGAGGGCGCGATCCACAGACCCGGCCCCAACTAAGTAG MAQEIFPGRFTADIGRDTVTVFLIGMRANRWWKLGRVAKVASAMPTMMQHLAKNPDAGLLGSEQWFGRTTILLSYWESPEHLRRFAADRDSPHLGPWRKFMKKFAGSGDVGVWHETYQVPASGIEAVYNGMPLFGLAKATSHVPIGPGSNTAKQRMGGRARSTDPAPTK NA NA NA NA NA D3-18_03594 525 hypothetical protein GTGACCGCCGAACTGGTGGACCGCGAGGGGCCGGCCCGCGTCACCCTCCGCGACGTAGCAGCAGCGGCAGAAACGTCCACCACGGCGATCTACTCCCTCTTCGGCGGGAAATCGCAACTGTTGACCGCCGCCGTCGACGACGGTTTCCGCTCTTTTGGTGAGTCCCAACGCGATGCGGCCAAGGATGGGCTACTGGGATTGGGCCGGGCCTACCGCGTCTGGGCACTGGAGCACCCTGCCCTTTACCGCCTCATGTTTGGCGGCGCGCTGGCCGCCTATGTTGATTGCAGCCCGACGCCGGAAGTCGCCTCCGATTCAATGCTCCCCCTCGTGGAGGCGGTAGTTGCCGCCCAGTCAGCGGGCGCGCTGCGCGAGGACGACCCCGCGCTCATGGCAATGGCCATCTGGGGACAGGTCCATGGACTCGTCAGCCTGGAGCTTGCGCAGATGAATGATCCCGCCACCGATTGGGCCTCGATCTACGAGGCCGCCCTGGAATCCGTGGCGCGGGCCTGGGCGGCCTAA MTAELVDREGPARVTLRDVAAAAETSTTAIYSLFGGKSQLLTAAVDDGFRSFGESQRDAAKDGLLGLGRAYRVWALEHPALYRLMFGGALAAYVDCSPTPEVASDSMLPLVEAVVAAQSAGALREDDPALMAMAIWGQVHGLVSLELAQMNDPATDWASIYEAALESVARAWAA NA NA NA NA NA D3-18_03595 693 hypothetical protein ATGACTGACAATCGGAAATTCGAAATCGAGACGGACGTCGAACTGCCAGCCACTCCCGAGCGCGTGTGGCAGGCGGTCACCAAGGACACTCCTGCATGGATGTTCCCCACGGATCAGTGGCCGGACGTCAAGACCACCGAGGAATACCCCAGCCACTTGGTGTCCCGCATGGATGGCCCGGATGGATGGTTCAACCAGCTGGAACATATCCTTGAGCCGCTGGAAGGTGGCCGCGCCAAGCTGCACTACGTTCACAGCGGGATCTTTGCCGAGAACTGGGATGAGCAATACGACGGCGCCAGAAAGCACACCGAGTTCTACCTGCACACGTTGGGCCAGTACCTCCAGTACTTCGACGGCAAGCCGGTGGTCTTCACGGATATCCAGGCGCCTGCGGCTTCCCAAGCAGTGGATGGTTTCGTGCAGCTGAAAAAGGCCTTGGGTGTGGATGGTATGGCAGTCGGTGCCGCCGTGGATGCCGACGTCGACGGCGTTGGGCGGCTGACCGGGGTGGTGGACTTCTCCAACGAGAACTTCCTGGGCCTCCGGACGGCGGACACGATGTACCGCTTCTTCGGTCGGAACGCCTTCGGTGCCCCGGTCGGGATGACGGTGCACGAGTTCAGTGCCTCCGGCGATGCAGAACTTACGGCCAAGGCCTGGGGTGCGTTCCTGGAGAAGGTGTACGCGTAG MTDNRKFEIETDVELPATPERVWQAVTKDTPAWMFPTDQWPDVKTTEEYPSHLVSRMDGPDGWFNQLEHILEPLEGGRAKLHYVHSGIFAENWDEQYDGARKHTEFYLHTLGQYLQYFDGKPVVFTDIQAPAASQAVDGFVQLKKALGVDGMAVGAAVDADVDGVGRLTGVVDFSNENFLGLRTADTMYRFFGRNAFGAPVGMTVHEFSASGDAELTAKAWGAFLEKVYA NA NA NA NA NA D3-18_03596 651 hypothetical protein GTGATCGAGGACCCGGCCGCAGCGGAAGCGTCCCTGGATCCGATCCGCACCCGCATCCTGCAGGAGCTCGTCGAACCGGCGTCCGCCACTCAGCTGGCCGCGAAGGTTGGGTTGCCCAGGCAGAAGGTGAACTACCACCTCAAAGCCCTCGAGCGGCACGGCTTGGTGGAGCTGGTGGAGGAACGTCGCAAGGGCAACGTCACCGAGCGCGTACTCCGCGCGACGGCGGCGTCGTACCTGATCTCGCCTGTTGCCCTGGCGTCTGTGGCACCCGATCCGCGGCGCTTCTCCGACCGGTTCTCCGCTTTCTGGTTGTTGTCACTGGCCGCCCGCACCGTGCAGGAGATGGGCAAGCTCATCGCCGGTGCTGCCGTGGCAAAGAAGAAGCTGGCCAGCTTTGCGATCGACGGCGAGATCACCTTCCGCTCGGCTGCCGAACGCGCGGCATTCGCGGAAGAGCTCGGCGTAGCGGTGACCCGACTCGTGGACAAGTACCACGACGGCGGTGCTGCCGCCGTGGCGGGCGGCGGACGTAAGCACCGCCTCGTCGTCGTACTTCACCCTGCTCTCAAGACCGGGGCACTCAAGGCCCCTTCAACTCAGCAAGCCTCCCCAAAGCAATCAGCAGAAAAGGATCAAAGCAATGACTGA MIEDPAAAEASLDPIRTRILQELVEPASATQLAAKVGLPRQKVNYHLKALERHGLVELVEERRKGNVTERVLRATAASYLISPVALASVAPDPRRFSDRFSAFWLLSLAARTVQEMGKLIAGAAVAKKKLASFAIDGEITFRSAAERAAFAEELGVAVTRLVDKYHDGGAAAVAGGGRKHRLVVVLHPALKTGALKAPSTQQASPKQSAEKDQSND NA NA NA NA NA D3-18_03597 930 hypothetical protein ATGCAATCCCCCCTCCCCGTGCGCGACGGCGTAAACGCGACCCGCCTTCGCCTGCCGGACGAGGGACCGTGGACCACCGCAATGCACTACATGATGCACCGCTGGGGCCACATCGATCCGCAAGGGATCGAGGACCGCTTCGACGCCGGCGAGATCGTGGGCGAAGGCGGCGTACCGCTGAACCGCAGCACCAAGCTGGAGGACCACACCTTCATCTGGTACTACCGCACACTCCCGCCCGAGACCCGCCTGCCCGTCGAAATCAACATCCTCCACCAAGACGGACACATCCTGGTGGTGGACAAACCGCACTTCCTCCCCACCACGCCCGGCGGCACCTACATCCAGGAATCCGCGCTGGTCCGGCTCCGGAACCTGCTCAACCTCCCGGACCTCATCCCCATGCACCGCTTGGACCGCATGACGGCCGGCCTGCTGCTGCTCTCCACCAATCCGGAGACACGCGGCAAGTATCAGGTCCTCTTCGAGAAGCGCCAGGTCCAGAAGGAATACGAGTGCGTGTCAGCCGCGACGCCGGCCGCAGGCTATCCCGCCGTCGAATTCCCGGTAGTTGTCCGCAACCGCATGACCAAGTCCCGCAGCTACCTGCTTGCCGAAGTCATCGACGGAGAACCGAACGCGGAAACCCGCATTGAACAGACAAAAACGTTCGACGCCGGAACTCACCAGCGCGCGCTGTACCGGTTGGAACCGCACACCGGAAAGACGCACCAGCTCCGCGTACACATGGCCTCGCTTGGATTGGGAATCGTCAACGATGCCTTCTACCCGGACCTGCTGGACAAAGCCCCGGACGACTACTCCAAACCCCTTCAGTTGCTGGCCCGCGGCATCACATTCGTGGACCCCATCAGCAAGCAACGCGTGGAATATCGCAGCAAACTGGAGCTCAGCGAAGCCCACGACTAG MQSPLPVRDGVNATRLRLPDEGPWTTAMHYMMHRWGHIDPQGIEDRFDAGEIVGEGGVPLNRSTKLEDHTFIWYYRTLPPETRLPVEINILHQDGHILVVDKPHFLPTTPGGTYIQESALVRLRNLLNLPDLIPMHRLDRMTAGLLLLSTNPETRGKYQVLFEKRQVQKEYECVSAATPAAGYPAVEFPVVVRNRMTKSRSYLLAEVIDGEPNAETRIEQTKTFDAGTHQRALYRLEPHTGKTHQLRVHMASLGLGIVNDAFYPDLLDKAPDDYSKPLQLLARGITFVDPISKQRVEYRSKLELSEAHD NA NA NA NA NA D3-18_03598 558 ymdB COG2110 O-acetyl-ADP-ribose deacetylase ATGCGAATCGAGATTCTGCGCGGAGATATCACCACCCGCGGCGTTGATGGGATCGTCAACGCCGCGAATTCGTCACTACTGGGTGGAGGGGGAGTGGACGGTGCAATCCATAGGGCCGCGGGCGCGGAACTTCTTGAAGCATGCCGCGAGCTGCGCCGAACGCAACTGCAGGACGGACTTCCGGTGGGTGCCGCCGTCGCTACGCCCGCCTTCCGGCTCCCCGCGCGCTGGGTGATCCATACAGTGGGACCCAACCGGCACGCGGGTCAAACCGATCCGGCGCTGCTCGCGTCGTGCTTCCGCGAGAGCCTGAAGGTGGCGGCCGGGCTTGGTGCCCGATCCATCGCTTTCCCTGCGATCAGTGCCGGAATTTACGGCTGGGACGCCGGTCAGGTCGCGGAGGTAGCGTTCGACGCCGTGAGGACGTTTTCGTCGTCAGCTTCAGCTCCCGGGGCTGAGGACAGCCCGCTTGAGTTGGTGGAGTTCGTGCTGTTTTCGGAGGAGACGACGGCGGTCTTCCGGGCTGTGTTCGACTCCTCGCCCCGGGTTGACTCCTAG MRIEILRGDITTRGVDGIVNAANSSLLGGGGVDGAIHRAAGAELLEACRELRRTQLQDGLPVGAAVATPAFRLPARWVIHTVGPNRHAGQTDPALLASCFRESLKVAAGLGARSIAFPAISAGIYGWDAGQVAEVAFDAVRTFSSSASAPGAEDSPLELVEFVLFSEETTAVFRAVFDSSPRVDS PGPT0027680_1012 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 D3-18_03599 663 hypothetical protein GTGCGGTACCTTGTGCCCATGGACATCATCGCTCCAGAGACATGGGGATCCGCAATTTACCTGTGGATTGTTCCCATTGTGTTGGGCGATGCCATCTTCCCGCCCATCCCCTCCGAGATGGTGGTGATCACTGGCGGGGCACTGGCAGCCGACGGCCACGCAAACTTCTGGCTCATCCTGTTCCTGGCTGCCTTCGCTTCCTGGCTGGGCGACATGGCCGTGTTCATGCTGTTCAAGCGGCGTATCAGCCACGTTCTGGACCGGTGGTCGTGGGGCCGCCGGGTCCACCGCGGAATCCACGAGGCCATCGCCAAAGCCGGCCGCTCGTCAACCTACGGCGCCATCATCGGCGCTCGGTTTATCCCCGGCGGCAGGCTCGCCACTTCATCCGCGGCAGGCATCGCCAACGTTTCGGTCCGCGGGTTCAGTCTCTGCGCGGGATTGGGCGCAGTGCTGTGGGCGGTGTGGCAGGTCGGCTTGGGATACTTCACAGGCTCCACCACCAAACTTCCCTTTTGGGCCAGCTCACTCATTGGGGTGGGACTGGGATTGGTCATCGGCGTGGTGGTCGGTTTGATCGTCACCCGGCGCCGCGGCAGCCGATCCCCCGTGGACGAACCGTTCGACGCCGACAAGCCCGGTGACGTGCCACAGCCCGAGTAG MRYLVPMDIIAPETWGSAIYLWIVPIVLGDAIFPPIPSEMVVITGGALAADGHANFWLILFLAAFASWLGDMAVFMLFKRRISHVLDRWSWGRRVHRGIHEAIAKAGRSSTYGAIIGARFIPGGRLATSSAAGIANVSVRGFSLCAGLGAVLWAVWQVGLGYFTGSTTKLPFWASSLIGVGLGLVIGVVVGLIVTRRRGSRSPVDEPFDADKPGDVPQPE PGPT0004890_1909 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_SELENIUM_RESISTANCE SELENIUM_RESISTANCE-SELENIUM_TRANSPORT,PGPT0004890-dedA-K03975 NA NA D3-18_03600 306 hypothetical protein ATGCCGTCGTTCCAGACCAAGTTGAAGATCACTGGCCTCAAGCCGGGCAACGCACCCGAATCGGTGATGGCCGCGGCGGTGGAAGCGTTGGAAACCCGCCACCATGTCGAATCGAACCAGCTCGACATCGTGGGAGGCGTACCGCAGATCAGCCTGCGCTTCACAGTGGGCGACCGGGATTACTCCGGCGAGAACGACGAAGCCCGGACGTCGGCAGCCATGATGCGTGACGCCGTCGAACGTGTAGCGGTCACTGGAAGCCTTTACGTGTTGCGCCGCAGCCGCGGCCGTTGGTCGCCGGTTTAG MPSFQTKLKITGLKPGNAPESVMAAAVEALETRHHVESNQLDIVGGVPQISLRFTVGDRDYSGENDEARTSAAMMRDAVERVAVTGSLYVLRRSRGRWSPV NA NA NA NA NA D3-18_03601 2799 ppc COG2352 Phosphoenolpyruvate carboxylase ATGGTTCACACTGCCCATCAAGACACCGATCTCGCAGCAGAACTGCGTGCCGACGTACGTCGCGTATCCACGCTTCTCGGCGAGTCCTTGGTAAGACAACACGGTCCGGAACTGCTCCAACTCGTGGAGCAGGTTCGCTTGCTGACCAAGGAGTCCAAGGAAGCCGCACGGGGCGGCGCGGATGCCACCGGCCCCTGGAGCGCGCACGACGTCGTTGCCCAGGTCCGCGAGTTGCTCGCCTCCCTGCCGCTGGACCAGGCTACTGATTTGGTCCGTGCCTTTGCGTTCTACTTCCACCTCAGTAATGCGGCTGAGCAGGTACATCGCGTTCGTGGACTGCGTACCCGGAAGGAAAAAGACGGCTGGCTGGCAAAAGCGGTCTCAGAGATAGCCGGCCAAGCGGGTCCGCAGGTCCTGCAGGATGTGATCAACGAACTCGACGTCCGCCCTATTTTCACGGCGCACCCCACAGAGGCTTCACGACGCTCGGTGTTGGATAAGGTCCGGAAACTATCGGACGTCCTTGCGGAGCCCACCACGGAGGGGACCTCCGCGCGACGCCGCCAGGACCGACAACTCGCCGAGATCATCGACCAAATGTGGCAAACCGACGAGCTCCGCCAGGTCCGCCCCACCCCTGTGGATGAGGCTCGAAACGCGATCTACTACCTGAACAGCATCCTCACCGACGCCATGCCGGAAATGCTGACCGACCTTTCAGAACTCCTAGCCGAGCATGGTGTCACGCTCCCGGCAGCCGCTGCACCGCTGAAGTTTGGTTCGTGGATCGGCGGCGACCGTGACGGCAACCCGAACGTTACTGCTGCTGTCACCAGGGAAATCCTGCAGTTGCAGAACCAGAATGCTGTCCGTATCAGCATCGCCCTCATCGACGAACTCATCTCGGTGCTCTCCAATTCCACGGCTCTTTTTGGGGCCGACCAGGAGCTGCTGGATTCGATCGCCAAGGATCTCAAGAACCTCCCTGGACTGGACAAGCGCATCCTTGAACTGAACGCGCAGGAGCCCTACCGGCTCAAGCTGACCTGCATCAAGGCCAAGCTCATCAACACCGGACGCCGTATCTCTGCTTCCACTTATCACGAGCCGGGCCGTGACTACGCCACCACTCCTGAGTTGCTTGCGGAGTTTGGGCTGCTTGAGGCCTCGCTGCGGAACCACTCCGCCGCGTTAGTGGCAGACGGCGCTTTGGCCCGCGTCCGGCGTGCAATCGCTGCCTTTGGCTTACATCTGGCAACACTGGACATCCGCGAACACGCCGATTACCACCACGATGCTGTGGGGCAGCTGGTGGACCGGCTTGGCACCGAAAAGCCCTACGGCCAATTGACGCGTGAGGAACGTTTCACCTTCTTGGGGGCAGAGTTGGCTTCGCGCCGCCCGCTCTCCGGCCATCCGATCAAGCTTGACGGCACTGCGGACGGCACGTACGACGTCTTCCGGAGTATCCGTCAGGCCCTGCACACTTACGGTCCGGACGTCGTGGAAACGTACATCATTTCCATGACGCGCGGCGCCGATGACGTCCTGGCCGCAGCAGTTCTTGCCCGCGAGGCTGGTCTGATCGACCTCTTCAGCGGCAAACCGCACGCCAAGATCGGGTTCGCTCCACTGCTGGAAACGGTGGAGGAACTCCGGGCTTCGGCCGAGATCGTGGACCAGTTGCTCTCCGATCCGTCCTATCGGGAACTTGTCCGTCTGCGGGGAGACATCCAGGAGGTCATGCTGGGTTACTCCGATTCCAATAAGGAATCCGGCGTCATGACCAGCCAGTGGGAGATTCACAAGACCCAGCGCAAGCTGCGTGACGTAGCTGCCAAGCATGGCGTCCGCGTTCGCCTCTTCCATGGCCGCGGAGGATCCGTGGGCCGCGGTGGCGGACCCACCTACGATGCCATCATGGCCCAGCCGAACGGCGTGCTTGAAGGCGAGATCAAGTTCACCGAGCAGGGTGAGGTCATCTCGGACAAGTACTCCCTGCCCGAGCTCGCCCGCGAAAACCTGGAACTCTCCTTAGCCGCGGTGATGCAGGGGTCGGCCCTGCACCGTACTCCACGCACCTCGGATGACGAGCGTGAACGGTACGCCAACGTCATGGAGACCATTTCGGATGCAGCATTCGCCCGCTACCGGACCTTGATTGACGATCCCCAGCTTCCCGCCTACTTCCTTGCTTCTACACCCGTGGAGCAGCTGGGTTCATTGAACATCGGTTCGCGCCCCTCCAAGCGTCCGGATTCAGGTGCCGGACTCGGTGGCCTGCGGGCAATTCCGTGGGTTTTCGGTTGGACCCAGTCACGCCAGATCGTTCCCGGCTGGTTCGGCGTGGGCTCCGGCTTGAAAGCCGCCCGCGAAGCGGGTGACACCGATCAGCTGCTGGAAATGATGGACCGCTGGCACTTCTTCCGCTCTGTGATCTCCAATGTGGAGATGACCTTGGCCAAGACGGACATGGAAATTGCCGGCCACTACGTTTCGTCACTGGTCCCGGAGGAACTGCACCGGCTGTTCCACATGATCCGCGACGAGTACGAGCTCACTGTGGCCGAGATTGAGCGTCTTACCGGCGAGATCGAACTTCTCGATGCCCAGCCGACGCTGAAGCGTTCACTCGAAATCCGCGATCAGTACCTGGACCCGATCAGCTACCTGCAAGTAGAGCTGCTCCGCCGTGTGCGCGAGGAGCAGCTGTCCGGAGGCGAGATCGACGAGCGGCTCCAAAGGGCCATGCTTATCACCGTCAACGGCGTAGCTGCAGGCCTGCGCAACACCGGCTAG MVHTAHQDTDLAAELRADVRRVSTLLGESLVRQHGPELLQLVEQVRLLTKESKEAARGGADATGPWSAHDVVAQVRELLASLPLDQATDLVRAFAFYFHLSNAAEQVHRVRGLRTRKEKDGWLAKAVSEIAGQAGPQVLQDVINELDVRPIFTAHPTEASRRSVLDKVRKLSDVLAEPTTEGTSARRRQDRQLAEIIDQMWQTDELRQVRPTPVDEARNAIYYLNSILTDAMPEMLTDLSELLAEHGVTLPAAAAPLKFGSWIGGDRDGNPNVTAAVTREILQLQNQNAVRISIALIDELISVLSNSTALFGADQELLDSIAKDLKNLPGLDKRILELNAQEPYRLKLTCIKAKLINTGRRISASTYHEPGRDYATTPELLAEFGLLEASLRNHSAALVADGALARVRRAIAAFGLHLATLDIREHADYHHDAVGQLVDRLGTEKPYGQLTREERFTFLGAELASRRPLSGHPIKLDGTADGTYDVFRSIRQALHTYGPDVVETYIISMTRGADDVLAAAVLAREAGLIDLFSGKPHAKIGFAPLLETVEELRASAEIVDQLLSDPSYRELVRLRGDIQEVMLGYSDSNKESGVMTSQWEIHKTQRKLRDVAAKHGVRVRLFHGRGGSVGRGGGPTYDAIMAQPNGVLEGEIKFTEQGEVISDKYSLPELARENLELSLAAVMQGSALHRTPRTSDDERERYANVMETISDAAFARYRTLIDDPQLPAYFLASTPVEQLGSLNIGSRPSKRPDSGAGLGGLRAIPWVFGWTQSRQIVPGWFGVGSGLKAAREAGDTDQLLEMMDRWHFFRSVISNVEMTLAKTDMEIAGHYVSSLVPEELHRLFHMIRDEYELTVAEIERLTGEIELLDAQPTLKRSLEIRDQYLDPISYLQVELLRRVREEQLSGGEIDERLQRAMLITVNGVAAGLRNTG PGPT0001165_1249 DIRECT EFFECT BIO-FERTILIZATION CARBON_DIOXID_FIXATION CO2_FIXATION-ALTERNATIVE_PAHTWAYS CO2_FIXATION-PHOSPHOENOLPYRUVATE_CARBOXYLASE_BIOSYNTHESIS,PGPT0001165-ppc-K01595 NA NA D3-18_03602 1614 hypothetical protein ATGGCACAGAGTTCACACGCAGGCAGCAAATCAAAAATCGACGACGATGGGCGTCTTATTGAGTTGGTCCGGGGCGGAGATATGTCCGCGTTCGATGGTCTCTACGAGCGACACGTGTCCATTGCATCCACCGTCGCCCGACGCAACGTGGACAATCCAAGCGATGCCGAGGATGTAGTGGCAGAGGCTTTTCAAGCTGTGCTGCAAGGCCTCGTGGCTGGGAGGGGGCCCGACACGTTCTTTCGGGCATACCTGTTATCGACAGTTACCAGGTTGTCCCATCAACGGAACCGAAAAGCCGGCAAGGTCCTGCCCAGTGGTGATGATTCTGTTCTGGATCACGCCTTGGCCGATTCAGACGCCGCCATCAATGCCTTCGAGTCGCGCACGGTGGCCAAAGCCTTCCGGACCTTGCCGGAACGGTGGCAGGCGGTGCTGTGGTACTTGGACGTGGAACGCATGAAACCTGCAGCCGTTGCGCCCATTCTTGGGCTTTCTCCCAATGCCGTTTCAGCGCTCGCCCTCCGTGCGCGCGAAGGCCTCAGGAGGCAATACCTGCAGTGCCATATCGCTGAGCAGGCCGATGGCAGGTGTTCCGAGTTCGCGTCAAAACTCGGCAACTTCATCCGCGGTGGACTGTCAGCAGCCACCGAGCGCAAGGTTCGGGATCACCTCAGTGGCTGCTCTACATGTACGGCCGCCCTCGCGGAGCTGAAGGACGTTCAAGGGAGCATGCGAGCCGTGCTCCTTCCCATGGTTACGGGTGTTCCCATCACGATCTGGGCGGGAAAAAGCGCGGGGCTGGGCGTTCTGGGCGCGGTTTTTCCCGCTAAAGCTGCACTGATCGCACCAGCGATTGCTCAACCGATAGTCCTGGCCGTCGTCGCGGCCGCCGGGGTGGGGCTTGTGTTGGGGTCCATAGGAATCGTTGATCACCTGACTCCGGAGACTTATTCGCAGCAGCGTGCTTTGCAGACTGGCAGTCCACCCTGGGGAAGTGAACCGGCGACGCCCACCGCTACATCTACGCCAAGCGGCACACCATTCCCTGCGTCTTCCTCTTCGGCAGAGCTGACTCCTGTCCCGGAGGAATTGCTACCAACCCCGGTGGAGGTACCTTCCGGCGCGCAAGTACCCACGCTGCCCGTACAGGAGAAGCCCGCAGAGAATAAAACCACAGCGCCCTCCGCAACCCCATCCCCGGTTGCACCGCCTTCCCCCACCCAGAGTCCCGCACTCGCTGCGGGCCCCACGACCACGGTTCCGGTGGATGTCCAGGGCTCTGTGCGGCAAGTACCGGACCGGAGTTCAGGGAAGATCACCATGGAAATCGACTTCCAGGTCTCAGGTGCAAGCCCCTTGGGTAGCGGCAAAGCGGTATTCTCGGTGGCCGCGGATGCATGGATACTGGAAGATTCCCTTCAAGCTCCGGATGGATGGACCTGCGCGCTGGAGAGCCGACGCGTTGCTATTTGTGCCAGCAGCTCTCTGCGACGGGACGATCTTCAATTCCGTGTAGTGACCGACTCCCAGGGCAATAAGAAAAACCGCGAACTGAGCTATACCTTGAGTGGCCCGGGGTTGGCTCCTAACGAGTTCTCCTACAACTACTGA MAQSSHAGSKSKIDDDGRLIELVRGGDMSAFDGLYERHVSIASTVARRNVDNPSDAEDVVAEAFQAVLQGLVAGRGPDTFFRAYLLSTVTRLSHQRNRKAGKVLPSGDDSVLDHALADSDAAINAFESRTVAKAFRTLPERWQAVLWYLDVERMKPAAVAPILGLSPNAVSALALRAREGLRRQYLQCHIAEQADGRCSEFASKLGNFIRGGLSAATERKVRDHLSGCSTCTAALAELKDVQGSMRAVLLPMVTGVPITIWAGKSAGLGVLGAVFPAKAALIAPAIAQPIVLAVVAAAGVGLVLGSIGIVDHLTPETYSQQRALQTGSPPWGSEPATPTATSTPSGTPFPASSSSAELTPVPEELLPTPVEVPSGAQVPTLPVQEKPAENKTTAPSATPSPVAPPSPTQSPALAAGPTTTVPVDVQGSVRQVPDRSSGKITMEIDFQVSGASPLGSGKAVFSVAADAWILEDSLQAPDGWTCALESRRVAICASSSLRRDDLQFRVVTDSQGNKKNRELSYTLSGPGLAPNEFSYNY NA NA NA NA NA D3-18_03603 642 hypothetical protein GTGCCGGAGGTCCGCACAATCGTAACGTTGCTCGCCACTGGAACAGTGGTTCCGGCCCGCCGGGCCAAATTGCTCGGAGCGGCCCGTGCCACGAATGGCGTGAGCATCAATGAGACCATGAACGACTTCCGCGCGTTGTTTGCGGCTGCGGAACAGCCCGTTGACATCGACGCCCTTCAAGCACTGGCAGAAGGCTGGGCGGAGGTCGCAGAAACAGCCGCACCCCTCTCATGCACGGATGTCTACACAGGTTTGGTCACCCACGCACACTTTCAGCGACGGATCCACGAGGTATCCACGTTAGGGCCGGAGTCCACGGGTTCGCATGCCCTGGCGATCATCCGGCTGCCCGGCTCCCGCCATAACCGTGGACACTGCTGGACACTCCTTGCCCGACTCGGGGAAGCCGTCAAAGGCCAGCTGCACGGAACCGGATCCACGGCAATGTATCAAAATTCTGCCGTCCATATCCTCTTCCCTCTTGGAGAACGCAGCCTGTCCCGGCTACTGGGATGCAAGGCCGTGCTGGAGGCTTTGGGGGATGGGACGCTGAGCCCTGCGCGCATGGTGTTCTATCCGCTTTCTGCAGCGGGAGCGCCGACGTCAGCACCCCCCATTGCCGCAGAGCAGGACCCCCGATGA MPEVRTIVTLLATGTVVPARRAKLLGAARATNGVSINETMNDFRALFAAAEQPVDIDALQALAEGWAEVAETAAPLSCTDVYTGLVTHAHFQRRIHEVSTLGPESTGSHALAIIRLPGSRHNRGHCWTLLARLGEAVKGQLHGTGSTAMYQNSAVHILFPLGERSLSRLLGCKAVLEALGDGTLSPARMVFYPLSAAGAPTSAPPIAAEQDPR NA NA NA NA NA D3-18_03604 1320 hypothetical protein ATGAACAATCAGATCCATCTAAAAACTGTGTCGCTGGTGACTGCGCTGCTGGCCGTTGTCATGGCTGTCTTGGGCTTGGGGCTGACCGCCCTTCCGGCCACTGCGGCAAATATTCCGGAAGCAGAGATCACCATCAGCACGGAATCAGTAGTTACCAAGCAATGGGACCAAGTGGATGTGAAATGTGAATGGTCTGTCCCCGACAAATCGCAACCCGGGGACACCTTCAGTCTTCGACTCCCCGCTGAACTGCGCTGGTTTGGCGATACTACCTTTGACCTAAAGAACCCTGCTGGCCGCACAGTTGCCACCGCAGCCGCGAATGACGCCGGTCTGGTGGTCTTCACCCTGACCGATTTCGTGGCTTCGCATCCCTTGAATGTTGGCGGCAAGTGTTCCTTCACTACCCAGTACTCGCGTGAGCTCACCAACGGAGGAACCCAGGAGCTGAACTTCGTTGTTGGTGACAGCGTGGTTCGCGTTCCCTTGTCCACTGAACCCTGCACAGAGGATTGCAGCCCGGGGGTGCCAACGTCTGCCGGAAAGTCCATGCGGTGGGCAGACCCCGCCCAGACGAAACTGGAGTCGATCTTCTACATGCCGCCCATGGCGTTCGAAACCAACGATGTTGTGGTGACGGACGTCCCTGCGGCAGGCATGGAAATCAATTGCAGCGAAGTCACACCCCGCGTTGGCAAGGTAGTGAGCGCCGCCGGCAACATTGTTGAACCTTTCGATAATGAGCAATATCCGGCGACCATCCAGTGCACCCCGCAGTCTCTGACAGTAAGTTGGCAAGGGCTTCCGGAAGGCGAGCATGTGGAGCTCTTCGTGCTCACAACGGTGACCGACTCTTCCCTGGATGTCTACGAGAACAACGGAACAGTCAACATCTCGGGCGAACAGCACCCCGTTGGTGCCGAGACGCGTCGAAGCGTCGCTGCCGGAACAGGCGACGGAACAGTCGATACCACCCCAACACCGAGCCCGAGCACAGCACCCGTAACACCGACACCGACGCCGACGCCGAGCACCAGCACCAGCACGCCCACGGCACCCGCAACACCGAGCCCGAGCCCGGCAACGCTGACGCCTCTCCCGAGCCCGGCAACACTGGAGCCGATGCCCAGCATCACCTCTCCGATTGACCTAGTGATTCCCGAGGAACCAGCGGAACCCACCGAGGTGGATAGCCCTGAGCAGCTGGCCAACACGGGCGCCCAGGGGCAGGGCGTCATCTTCCTTGCTGCGGCACTTCTGGCCGTAGGATCCCTGTTTGCCTTTGCAGGTGCCCGTAAGTACGGGCAGCGGTCGCACTAA MNNQIHLKTVSLVTALLAVVMAVLGLGLTALPATAANIPEAEITISTESVVTKQWDQVDVKCEWSVPDKSQPGDTFSLRLPAELRWFGDTTFDLKNPAGRTVATAAANDAGLVVFTLTDFVASHPLNVGGKCSFTTQYSRELTNGGTQELNFVVGDSVVRVPLSTEPCTEDCSPGVPTSAGKSMRWADPAQTKLESIFYMPPMAFETNDVVVTDVPAAGMEINCSEVTPRVGKVVSAAGNIVEPFDNEQYPATIQCTPQSLTVSWQGLPEGEHVELFVLTTVTDSSLDVYENNGTVNISGEQHPVGAETRRSVAAGTGDGTVDTTPTPSPSTAPVTPTPTPTPSTSTSTPTAPATPSPSPATLTPLPSPATLEPMPSITSPIDLVIPEEPAEPTEVDSPEQLANTGAQGQGVIFLAAALLAVGSLFAFAGARKYGQRSH NA NA NA NA NA D3-18_03605 828 hypothetical protein ATGAGCTCGCCCACCACCGCAACTGACGCCCAACTCGCCCGCTGGGCGCGGTTCCGTGCAGGTCGACATGCAGCTCTTGCCACCGATCACGGCTGGCTGACGCTCACATCTTTCCAATGGCTTGAGGCCGAACCGTCCGAGGTCGAACTCGTCCCTGGCCTCTGGTCCACCGACGGCACCACAGCTTTCCTGACGGCGAGCGCTGCGGATGGGCTCACGCTCGTTGAGACGGGACAGGGCGTCGATGGGACCATCCCGGCCACACTGAAGGACGAAGAGTCGCTCATGTGGGTGCAGTTTGGCGGCAAGGACGGCAAGCAAGTTGTGGTGGAACTGGCGATGCGCGCCGACAAGTACGCTGTTCGCACCCGCGACAACAACTCCCCCGTATTGACTGGGTTCAAAGGTGTCCCCACCTACGAATACAACCCCGGCTGGGTGATCGAGGGCCGGTTCGAAGCCTACGATGAGCCCAAGGACGTGCCCATCGGCACCGCGAACCCCTTGGTGGACGGTATCCATAGCTCGGTGGGCGAAGTGGCGTTCCGGGTACCGGGTATTCCCCACGAAATCCGGCTTCACGCGGAAGAAGAGAAGCTGGGCGCGCTCAACGTAACCTTCCACGATGAAACCAACGGAGAGACCACGGACGAGTGGCGCAAGGTATTCATCCCCCGGCCTCGGCCCGACGGGACCGTGGTGATCGACTTCAACCGCGCCATCAACTACCCGAGTGCATTCACCCCGTACGGCACCTGCCCAATGCCTGTCCGGGGCAATTCAATCGATGTTCGGGTGGAAGCCGGAGAGAAGCTCCCGCAGGACTAG MSSPTTATDAQLARWARFRAGRHAALATDHGWLTLTSFQWLEAEPSEVELVPGLWSTDGTTAFLTASAADGLTLVETGQGVDGTIPATLKDEESLMWVQFGGKDGKQVVVELAMRADKYAVRTRDNNSPVLTGFKGVPTYEYNPGWVIEGRFEAYDEPKDVPIGTANPLVDGIHSSVGEVAFRVPGIPHEIRLHAEEEKLGALNVTFHDETNGETTDEWRKVFIPRPRPDGTVVIDFNRAINYPSAFTPYGTCPMPVRGNSIDVRVEAGEKLPQD NA NA NA NA NA D3-18_03606 1293 acdA_2 COG1960 Acyl-CoA dehydrogenase ATGATGGGCGATTACAGGGGCTCTCCAGGGTCATTGCCTGGAACGCTTGTCCCCGGTCCGGGAGGGCCAGGCCCGTCGTCCGTAGCGGACCTTCCCACGGCTGACTTCTTCGACTTCGAATCGCTGCTCAGCGTCCAGGAACAACGGAAGCTCAATGAACTCCGGGCCTTCCTTGCCTCCGAGATCGCCCCATACGCCGGGCAGTGGTGGGAGAAAGCAGAGTTTCCCGAACACATCCTCCCTAAGCTCGCGGCCCTCAGGCTCAGCGCGCCAGCCCAGCGCGGATATACCCACCTGTTCGCCGGCCTGGTCATAGCCGAGATGACACGGGTCGACACCTCGATCGCCACCTTCTTCATGGTTCACCACGATCTCTTCGTGGAGTCGCTGTACGACTTTGGCAGCGACGCTCAGCAGGACCGCTACCTCGACGACGCCTCCAACCTCCGCACTACCGGCGCCTTCGCGCTGACAGAGCCGAATCACGGGTCCGACGTCGCCGGTGGAATGGAGACCACTGCCCGCCGTGTCGAGCGGACTGATTCCGACGGCGGCGATTACTGGGTGATTAACGGTGCCAAACGCTGGATTGGGAACGGGACGTTCTGCGACTACATGTTGGTGTGGGCCAAGGACGAAGCAGACGGCGCCGTGCGTGCCTTCATCGTTGACGCATCCTTGCCGGGCATCACCCGGAGCCGCATCGAGAACAAGATTGCCCTGCGGACCGTGCAGAACGCCGACATCATGTTTGTGGACGTGGAGGTAGCTGAGGCAGATCGCTTCGCTGGCATCAGCAGCTTCGTCGACACCAACCACCTACTCCGTGGCTCCCGCATCATGGTGGCCTGGCAGGCCGTTGGCCAACAACTTGCAGCTTTCGACGTCGCCCGGCAGTACGCCGTCGAGCGCATGCAGTTCGGTAAGCCGCTGGCCAAATTCCAGCTCATCCAGCAACACCTGGTGGACATGCTGGGAAACGCGGTGGCCAGCATGGGGATGATGGTTCGGATAGCGCAGCTGCAGGAGGACATCTTCACAGATGCCCAGGGAGTGCGGCACGGAGGCGGAGAGATGGCGCAGGTGGCGCTTGCCAAGGCCTACTGCAGCGCCAGGATGCGGGAAACCGTGGCGTTGGGTAGGTCAATCCTGGGCGGAAACGGAATCGTCACCGATTACCGCATCGCGAAGATCTTCGCCGACGCCGAAGCCATTTACACGTACGAAGGCTCCTACGAAATCAACTCGCTGATCGTTGGGCGTGCAGTGACAGGGGTTTCCGCAATCGCTTAG MMGDYRGSPGSLPGTLVPGPGGPGPSSVADLPTADFFDFESLLSVQEQRKLNELRAFLASEIAPYAGQWWEKAEFPEHILPKLAALRLSAPAQRGYTHLFAGLVIAEMTRVDTSIATFFMVHHDLFVESLYDFGSDAQQDRYLDDASNLRTTGAFALTEPNHGSDVAGGMETTARRVERTDSDGGDYWVINGAKRWIGNGTFCDYMLVWAKDEADGAVRAFIVDASLPGITRSRIENKIALRTVQNADIMFVDVEVAEADRFAGISSFVDTNHLLRGSRIMVAWQAVGQQLAAFDVARQYAVERMQFGKPLAKFQLIQQHLVDMLGNAVASMGMMVRIAQLQEDIFTDAQGVRHGGGEMAQVALAKAYCSARMRETVALGRSILGGNGIVTDYRIAKIFADAEAIYTYEGSYEINSLIVGRAVTGVSAIA PGPT0021815_286 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021815-GCDH|gcdH-K00252 NA NA D3-18_03607 807 putative oxidoreductase ATGGACATCAAGGGCACGGTGGCGCTGGTAACCGGCGGGGCATCAGGGCTAGGGGCCGCTACCGCAAAGCGCTTGTTCGACGCCGGAGCTTCGGTGGTGCTGGTGGATCTGCCGCAATCGGCTGGTGACGAATATGCGGCCGAGCTGAATTCGGCACGTTCGGATCAGGGGGAGTCGGGCCCACGTGCTGTCTTTGCTCCAGCCGACGTCACCAACGAATCTCAAGTACAGGGCGCCGTCGACTCCGCCATGTCTATGGGACCACTCCGGATCGTGGTCAATTGCGCAGGTATCGCGACACCTGGAAAAGTCATTGGCCGCGAAGGGGTGCTGCCGCTGGAGAACTTCAACAAGGTCATCCAGATCAACCTCGTGGGAACCTTCAATGTGATCCGCTTGGCTGCTGCCGCCATGGTGGAAACCGAACCCGTCTCCACGGACCTGGGTGGGCCTGAACGCGGCGTCATCATCAACACCGCCTCCGTGGCCGCCTTTGAAGGCCAGATCGGCCAGCCAGCCTACGCCGCCTCCAAAGGTGCTGTAGCAGCCATGACGCTCCCCTTGGCACGGGAGTTTGCCCGATCACTGATTCGGGTAGCCACCATCGCGCCCGGCATCTTTGAAACGCCCATGATGGCCGGACTTCCCCAAGCGGCCCAGGACTCCCTTGGACAGCAGGTCCCGCATCCCGCACGCCTGGGCCGTGCTGCGGAGTACGCTAACCTGGCGGCCCACATCGTGGAAAACGCGATGCTCAACGGGGAGACCATCCGACTCGATGGCGCCATCCGTATGGGACTCAAATGA MDIKGTVALVTGGASGLGAATAKRLFDAGASVVLVDLPQSAGDEYAAELNSARSDQGESGPRAVFAPADVTNESQVQGAVDSAMSMGPLRIVVNCAGIATPGKVIGREGVLPLENFNKVIQINLVGTFNVIRLAAAAMVETEPVSTDLGGPERGVIINTASVAAFEGQIGQPAYAASKGAVAAMTLPLAREFARSLIRVATIAPGIFETPMMAGLPQAAQDSLGQQVPHPARLGRAAEYANLAAHIVENAMLNGETIRLDGAIRMGLK PGPT0002265_65 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895 NA NA D3-18_03608 1164 hypothetical protein ATGACCAGCCAGATCGAACCATCCGGGATGCCTGCCCCCTCCACAGACGCCACCGAATGGGCAGCGCGTGCCAACCAGGCTGCCCGGTCAGTGACCAGAAGCTTCGGCAGGCGGCTACTGTTCCTTCCAGGTACGCACATAGGGGCAGTGAGCCTGCCAAGCAACACCGTCAAAAGCGTCACAGGCCCTTGGCACTACTGGTGGCAAGCGCATTACGTCGATTGCCTGGTGGATGCGGGACGCCGCGAACTCGCGAGTAAAACAAAGTTCGACGGCGACTCCCGCCCGAGCGCGGGCCGGCTCGCTTCGCGGCTGGTCACCACAATCCGGTTGCGGAACCTGCTGCGATTCGTCAACGACTACTACGACGACATGGCGTGGCTGGCACTCGCCACGCTGCGCTTGGAGAAGTTGGCGGAGGAGACCAGGAAACCTGGTCGGCGGCGTAACGCGTATGTCCGCAAGAGCCTGACATTGCAGTTCGATTCAGCTTCTACGGACGACCTTGGCGGCGGCACGTACTGGAGCACCAAACGGGACTTCAAGAACACCCCTGCCACAGCTCCCGTGGCACTTTATTACGCTCGGACCGACCACACGGAGCGTGCACAGAAGTTGGTGGACTGGCTCAACAGCAAGCTCCTGCACCCGGAACGTGGCGTGTATCGGGACGGGCTTCGGCTCAGTCAGGGCAAGGTGGTGGTGGATGAAGCCATTTACACCTACAACCAAGGCCCGGTCCTGGGTGCCTTGCTGGAACTGGGCGGTGATGACAACCTGCGCAGGGCCGCCCTGCTTGTGGATGCAGTGAAACGCGAGCTGACGCTGCCCGGCACACAGGTCATCCGCGGTGACGGGACGGGCGATGGTGGTCTTTTCACCGGCATCCTGCTCCGCTATCTCGCTTTGGCAGCCCGGGACGCCAGGCTTCCAGCCCCAACCCGGGAAACGGCCAGGTCCTTGGTTCGCAGCACAGCCGAAGCGTTCTGGGCCGGGCGCCGCGAGGACCCGAACCGTGCCAAGAGTCGTAGGGGAACTCCAGCCATTGTGTTCTCTTTCGATCCCCAGCGACCGGCGAGTGAAACATATCCGGCGGGGGCCGCCGTCGAGCTTTCCACGCAGCTTCAAGCTTGGATGGCACTGGAAGCTGCCGCCACGCTCTAG MTSQIEPSGMPAPSTDATEWAARANQAARSVTRSFGRRLLFLPGTHIGAVSLPSNTVKSVTGPWHYWWQAHYVDCLVDAGRRELASKTKFDGDSRPSAGRLASRLVTTIRLRNLLRFVNDYYDDMAWLALATLRLEKLAEETRKPGRRRNAYVRKSLTLQFDSASTDDLGGGTYWSTKRDFKNTPATAPVALYYARTDHTERAQKLVDWLNSKLLHPERGVYRDGLRLSQGKVVVDEAIYTYNQGPVLGALLELGGDDNLRRAALLVDAVKRELTLPGTQVIRGDGTGDGGLFTGILLRYLALAARDARLPAPTRETARSLVRSTAEAFWAGRREDPNRAKSRRGTPAIVFSFDPQRPASETYPAGAAVELSTQLQAWMALEAAATL NA NA NA NA NA D3-18_03609 606 hypothetical protein ATGCCCATTGAACTTGAGGAACTCCTTGTCTCCGACGGAGCCGCTTGGCGCTCTTGGCTTTCGGAACATGCCGCTGAGAGTCCCGGCGTGTGGTTGATTCTGCACAAGAAGGGCGGCAACGTCACGGAGTTGGACTACGACGCCGCTTTGGATGAGGCCCTGTGCTTTGGCTGGATCGATGGCCAAGCGAGGAGCCGCGACGCCGAAAGTTACTTCCAGCGAATGACGCCCCGCGGCCGCAAGAGCATCTGGTCAGCGCGCAATGTGGGCCACGTTGCGCGACTGGAATCCGAGGGCAAGATGACGGATGCCGGACGAGCGGCCGTCGAAGCCGCAAAAGCTGATGGACGCTGGGAAGCCGCCTACGCCGGGCCAGCCGATTCCGTGGTTCCGGATGACCTCGCGGCAGCCATCGCTGCAGTCCCGGAGGCCCAGGCAATGTTCGATTGCCTGACCTCCCAGAACCGCTTCGCCCTCATCCACCGCACCAACGGGGTCAAACGGGCAGACACCCGGGCGCGCAAGATCGCCGGTTTCGTGGAGATGCTTGCCCGTCACGAAGCCCCCTACCCGCAAAGAAAGCGTCCCGCTTCCAACGGCAGCTAG MPIELEELLVSDGAAWRSWLSEHAAESPGVWLILHKKGGNVTELDYDAALDEALCFGWIDGQARSRDAESYFQRMTPRGRKSIWSARNVGHVARLESEGKMTDAGRAAVEAAKADGRWEAAYAGPADSVVPDDLAAAIAAVPEAQAMFDCLTSQNRFALIHRTNGVKRADTRARKIAGFVEMLARHEAPYPQRKRPASNGS PGPT0006365_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006365-adhP-K13953 NA NA D3-18_03610 714 hypothetical protein ATGTTGCGAGCCCGCCCCATCCACTACACATCGCACTTTGAGCAGTGGGCCACGCTGCTGCAGGCGCTGGGTCTGGTGAAGACGGTGGACGACGGCGACTGGCAGGAGTTCGACGCCGGTTCGGGTCGCGTCGCGTTGGGCCGGCTGGAGCACGGCCACCCCCTTGATGGCTACACGATTTTCAGTGTCGAGGTAGGAAACCTGGAAGAGTTCGCACGGCGCACCGAGGAAGACGGTACCCAGGCGGAGCTCCATGAAGCCTCCTACGGACCCACTGTGCGTATCTCGGCCGATGACGGTTTCGAGTTCTTTGCTTTCCCCGCGCAGCGGGCAACAGATGGCAGTTGGGCCACATCAAGTGATGCCGATCCAGCACTCACGGTGGCAGCGACGTGGGTCAGCCCCTTGGTGACGTTCTCCGCAAATGTTTTGCGAAACATCGGCGCCCGGCCACGCACGGAGGACGACGAATCGGCCACGTTCACCACCAAGAACGGCGGAATCCTTCAGATTATTCACGGCGCGGACGCCACCAACGGGGACCTCGCCTTTGAGTACGACGGCGATCTGGAACCACTGCTGGCGCGCCTCAAGGCTGCAGACATGGAGGCCAGGATCACCGAAGACGTCCTGTACGTCGCCAACCCGGATGCGGTGAGCGGCGCGGCGCCGGCGTCAATTGTGGTGGAGAAGCCACCAGTCACGGCCGCGTAA MLRARPIHYTSHFEQWATLLQALGLVKTVDDGDWQEFDAGSGRVALGRLEHGHPLDGYTIFSVEVGNLEEFARRTEEDGTQAELHEASYGPTVRISADDGFEFFAFPAQRATDGSWATSSDADPALTVAATWVSPLVTFSANVLRNIGARPRTEDDESATFTTKNGGILQIIHGADATNGDLAFEYDGDLEPLLARLKAADMEARITEDVLYVANPDAVSGAAPASIVVEKPPVTAA NA NA NA NA NA D3-18_03611 540 hypothetical protein ATGAGCGTACGTACACCCGACCCGTATCCAGGCTGGCTTTCAGATGAAGACCTCTTCGAAGCCCGCGGCCGCCTCCCCATGGTCTACGTGGAGGCCGTTCCGGTCAGGTTGGATCCGCTCGGTTATGTGAACGAAGTGGGCACCCTCCTTCAGGGCGACGCCGACGGAAATATGGTCCGCTACCTCGTCTCCGGCCGTGTTCTCTACCGCGAAACCATCCGTGCAGCGCTCCTGCGGCACATGGAAAAGGACCTCGGCCCCCTGGCTTTCCCGCAGTTGCCCATCAGCCCTGTTCCCTTCACGGTGGCCGAATATTTCCCGGCCCCGTCGCAAACAGGCTTCACGGATGACCGCCAGCACGCCGTTTCACTGGCTTACATCATTCCTGTGACCGGCGAATGTGAACCCCGCCAGGACGCTTTGGAGCTCACCTGGATGACGCCGCAAGAGGTGCTCAGCGACAACGTCCAGCAGGAATTCGACGGCGGCCGCGGGAACCTCGTCCGCCAGGCCCTGGCTTTCTCGGGCATCGTTCTCTAG MSVRTPDPYPGWLSDEDLFEARGRLPMVYVEAVPVRLDPLGYVNEVGTLLQGDADGNMVRYLVSGRVLYRETIRAALLRHMEKDLGPLAFPQLPISPVPFTVAEYFPAPSQTGFTDDRQHAVSLAYIIPVTGECEPRQDALELTWMTPQEVLSDNVQQEFDGGRGNLVRQALAFSGIVL NA NA NA NA NA D3-18_03612 1029 hypothetical protein ATGACTCACAGCCCAGCCACACAGCAATACATGGAAAAGCAGGCTGGGGACCTGCGGCCCGGGGATTTTGTGTTCCCACCCGGTGACGGGCCGGCCGAGGAAATTGCCGCCGTTGAGGTGGAAAACGACGATTACGGCGTGGCCGCGTTGCTGCTGGTGACAATGGTCGACGGCGGTACGTTACGGATCGCCGTAGGATCCAGTGTTCCTGTGGGTGACGGAGTTCCCGTTGACTCCGACGGTTCCGTCTCCAGCGCCGTGGATGAAAGCACCCCCGACTCCAGCGCCGCCGACTCAAGCAACTCCGACTCCGGCACCTCAGCGGGAGGCGACGCCGACGCTCCCGCGGGACCCGCCGTCGTCGTTCCTCCGCGCCCGGAAACGCCCCCGACGTACACCGGCCCCAGCGCCGAGGAGCTGGCCCTCATCCCTGAACCGGACGGCACACCCGAAGCCGTGGTCCGCGCCGCCGCCGCCAACCATAAGGGCAAGAACGGCGTTCAAGTCCTGGCGGATCGGCTCGCGAAAGGCATCAATACCAAGTCGGGAAGTTGCCTACGGGACCTCAGCAATCTCGCCTTCGATCTCTGCATTGTGCTGCGCGATCCAGACCACGCTTTGGCAGTCGCCGACTTGCTGAATGTGCTGCCCTTTGACGGCAACCTGGACCGCTGGGCATCGATCGAACGTGCCCTGGCGCTATCCAGTTTCATTTGCCGCGAGGCCGGACAAACCGAACGTGCCGCGGTTTACGAGAAACTGCTGCGCGCGCCCGAGTCCCAGGAAGAAGACCCCTTCAAGGCCCGGATCAATGCCCGCGTCCGGCAGCGCTCGCTGAATGAACCCAATCTGTACGACAAGGAAATCTTCCGTGCAATCGACAACGGGAACCACGAAGCCGAGCGTGAATGGCGGTTCCTCCGGCTCGAGGCGCTGATGTTCCTGCGCGCCCACGGTGGATCGAAGACCATCGACGAGGACGAGCTGGCCCGGCGTATCGGGAATGAACTTGAGTCGGTGCGCGCCTAG MTHSPATQQYMEKQAGDLRPGDFVFPPGDGPAEEIAAVEVENDDYGVAALLLVTMVDGGTLRIAVGSSVPVGDGVPVDSDGSVSSAVDESTPDSSAADSSNSDSGTSAGGDADAPAGPAVVVPPRPETPPTYTGPSAEELALIPEPDGTPEAVVRAAAANHKGKNGVQVLADRLAKGINTKSGSCLRDLSNLAFDLCIVLRDPDHALAVADLLNVLPFDGNLDRWASIERALALSSFICREAGQTERAAVYEKLLRAPESQEEDPFKARINARVRQRSLNEPNLYDKEIFRAIDNGNHEAEREWRFLRLEALMFLRAHGGSKTIDEDELARRIGNELESVRA NA NA NA NA NA D3-18_03613 657 hypothetical protein ATGCTGCGTGAACCGTCGTTGGTGGCTCAATGGCACGGCTGGGAAGCCGACGATCTTGCCGACGAAATCAAACAGATCTACTTCAACACCGATGTTGTGGAGGGGCCCGATCACACGAGCCTGACCGTCAACGGCGGTGATGTCTTTGAACTCCACCCCGTCTCCGGTGGTACGGAAGTGCGGGTCACCAGGGCCGCATTGGACCACAACTCGGAATGGGCCGAGTGGGATGAGGACATCACTCAGGGTTGGCTCACGTTCCTTCATCAGCTGCGGTTTGCGCTGGAACGGCACCCCCACGGGCATCGGCGGACCCATTTCATTTCCCTGCCGGGTAAAGGTGGGCCTGCGATCGAGAAGCTGGGGCTCGGGGATTTGCCGCCTGTTGGGGAGGAGTACTCGCTCACTCTCGCTACCGATGAGAAGATCTCCGGCAAGGTCTGGTTCAAGAGCCGGCACCAGGTGGGCCTCACCGTCCACAGCTATGCCGCTCATGGGGACGGACTGCTGATTGTCGCGGAGCAACTGCCCATTCCGGAGAAAAGGCCCGACGGCGGCTCCATGGTGATTGCGTCCACCTACGACTTGGGGGCCCACACGTTGGCGGACGTACGGTCCTCATGGGACAACTGGAAGGCTGAGAACTACGGTTCGTAG MLREPSLVAQWHGWEADDLADEIKQIYFNTDVVEGPDHTSLTVNGGDVFELHPVSGGTEVRVTRAALDHNSEWAEWDEDITQGWLTFLHQLRFALERHPHGHRRTHFISLPGKGGPAIEKLGLGDLPPVGEEYSLTLATDEKISGKVWFKSRHQVGLTVHSYAAHGDGLLIVAEQLPIPEKRPDGGSMVIASTYDLGAHTLADVRSSWDNWKAENYGS NA NA NA NA NA D3-18_03614 1230 tgt Queuine tRNA-ribosyltransferase GTGGGTAAGCGCCTCACGGAAACGTGCTCGCCGTCGGACGCTCAGGTAGACGCCAACGGCGGCGCTTTCCTGGGCCGTACCGGAACCATCACCACACCGCACGGGACCATCCAGACGCCCGCGTTCATCGCCGTCGGGACCAAAGCAACCGTGAAGGCAGTGCTGCCGGAGTCCATCGCCCAGCTCGGTGCGCAGGCTGTGCTTGCCAACGCCTACCACCTGTATCTGCAGCCGGGGCCGGAGATTCTCGACGCCGCTGGCGGGCTTGGCGCGTTCATGAACTGGTCGGGGCCAACCTTCACTGACTCGGGCGGGTTCCAGGTGATGAGCCTTGGCTCCGGGTTCAAAAAAGTCATCGACATGAAGAACGTGGACAGCTCAGGACCGGACGATGCAGTAGCGCCCGGCAAGGAGCGGCTGGCGCACATTGACGACGACGGTGTCTGGTTCAAATCGCACCTCAACGGGGATCGGCACCGCTTCTCCCCCGAGATCTCCATGCAGGTCCAGCACCAGATCGGCGCCGATATTATGTTCGCCTTCGACGAGCTCACCACGTTGCAGAACTCCCGGGCCTATCAAGAAGAGTCGTTGGAACGAACCCGCCTGTGGGCACTGCGATGCCTGGAAGAACATGCTGCGTTGACGTCATCACGCGCCGATAAGCCGTACCAAGCGCTTTTTGGCGTAATCCAGGGAGCCCAGTACGAGGACCTCCGACGCAAGGCATGCCAGGATTTGGGTGCCATGCCCTTTGACGGATACGGGATCGGCGGTGCATTGGAGAAGGAAAACCTGGGCACTATTGTGCGCTGGTGCAACGAGGAACTTCCCGAGGACAAACCCCGGCACCTGCTGGGCATCTCAGAACCGGACGATATCTTCACTGCTATCGAGAACGGTGCCGACACCTTCGACTGCGTCTCCCCCACCCGTGTTGCCAGGAACTCTGCGTTCTACACCCCGTTTGGCCGGTTCAACTTGTCCGGGGCCAAGTACAAGACGGACTTCGGGCCACTACAGGACGGCTGCGACTGCTACACCTGCGTGAACTATTCACGGGCCTACATCCACCACCTGTTCAAGGCCAAGGAAATGCTCTCTGCAACCCTGATCTCCATCCATAACGAGCGCTTCGTGGTGAAGATGGTGGACGACGCCCGTCTGGCCATCGAATCCGGGGAATTCTTCGAGTTCAAGGCGGAGACCCTGGGCCGGTACTACTCGTAG MGKRLTETCSPSDAQVDANGGAFLGRTGTITTPHGTIQTPAFIAVGTKATVKAVLPESIAQLGAQAVLANAYHLYLQPGPEILDAAGGLGAFMNWSGPTFTDSGGFQVMSLGSGFKKVIDMKNVDSSGPDDAVAPGKERLAHIDDDGVWFKSHLNGDRHRFSPEISMQVQHQIGADIMFAFDELTTLQNSRAYQEESLERTRLWALRCLEEHAALTSSRADKPYQALFGVIQGAQYEDLRRKACQDLGAMPFDGYGIGGALEKENLGTIVRWCNEELPEDKPRHLLGISEPDDIFTAIENGADTFDCVSPTRVARNSAFYTPFGRFNLSGAKYKTDFGPLQDGCDCYTCVNYSRAYIHHLFKAKEMLSATLISIHNERFVVKMVDDARLAIESGEFFEFKAETLGRYYS NA NA NA NA NA D3-18_03615 711 queuosine precursor transporter ATGCCCTCGCCCTCAGGCTCCAGTACTCTGAGCAAGCCCGCTCCGCGCTTCGCTTCGATCGGCTCCCCGTATTTCGGCATCATGCTGGCCATCATGGCCGTGGTGCTGATCCTGTCCAACATCGGCGCTTCCAAGGGCGTGGTGATTGGACCGATCATCACCGACGGCGGGTTCTTCCTCTTCCCGATCGCCTACATCCTGGGTGACGTGATGAGCGAGGTCTACGGCTTCAAAGTGGCGCGCAAGGCCATCATTACTTCGTTCGCGCTTTCGGTGTTCGCATCGCTCTGCTACTGGATCATCATCGTGCTTCCCGGCTTCAGCGACGAGTACGGCACCGCAAAGCAGGCAGCCATCGAAGGTGCCCTGGGCCCGGTTCCGCTGATCGTCCTCGGTTCCCTGCTCGCTTTCCTGGCCGGGCAGACCATCAACTCCTGGATCCTGGTGAAGATGAAGGCGCGCACGGGCGAGAAGTCATTGTGGGCGCGCCTGATGGGCTCGTCCGTGGTGGGCGAATTCGTGGACACCCTGATCTTCTGCACCATCGCAGCGTCGGTCATCGGCATCACGGACTTCGGCTCGTTCCTGAACTACGTCCTGGTTGGTTTCGTCTACAAGACGGCCGTGGAGTTCCTGTTCGTCCCCGTCACCGTACTGGTGGTCGGCTGGATCAAGAAGCGCGAGCCCAGCTATGGGGTAGCCGCAGCCTAG MPSPSGSSTLSKPAPRFASIGSPYFGIMLAIMAVVLILSNIGASKGVVIGPIITDGGFFLFPIAYILGDVMSEVYGFKVARKAIITSFALSVFASLCYWIIIVLPGFSDEYGTAKQAAIEGALGPVPLIVLGSLLAFLAGQTINSWILVKMKARTGEKSLWARLMGSSVVGEFVDTLIFCTIAASVIGITDFGSFLNYVLVGFVYKTAVEFLFVPVTVLVVGWIKKREPSYGVAAA NA NA NA NA NA D3-18_03616 663 hypothetical protein ATGGCAGCAAAAAGCGAGCAGACCCGGCAACTGGTGGCGGACGTCGCGCTGAAGATGTTCCGTGAGGTCGGCTTTGAGAAGGCCACCATGCGTGCCATTGCCCAGGAGGCGGAAGTCTCCGTGGGCAATGCCTACTACTACTTCGCTTCCAAGGACGAACTCGTCCAGGAGCTCTACCTTCAAGTGCAAGATGAACACGCCGTGGTGGCGGCGCAGGCACTCGAAGGCGTCCAGGATCTCGCCGGACGCCTCAAAGCGGTTCTGCACACAGGAGTGGACGTCATGGCGCCGTACCACCAGTTCGGTTCCGACTTCATCGCGACGGCAATCCGGCCGTCGTCGCCCGTTAACCCGTTCGGCGAGGCTTCCGCCGCCGCCCGCGAGGCTTCCCTCGCGATCTTCCGCTCCGCCGTCGAAGGCTCCTCCCCCGCCGTCGCCAAGAAGCTGCGTGCAGATCTGCCCGAACTGCTGTGGCTGGCGTACATGGGCGTCGCGCTCTTCTGGGTTTACGACCGGTCCGAGGGCCAACGCCGCACGCGAAAATTGATCGACGGCGCAGCCCCGCTGGTGGCCCGAGGCTTATCGCTCGCGAAAATTCCTGGAGTCAGCAAGGTCTTCGACGACGTCTTGGGGCTCGTGCGAAGTGTCAAGGAAGACTCGTGA MAAKSEQTRQLVADVALKMFREVGFEKATMRAIAQEAEVSVGNAYYYFASKDELVQELYLQVQDEHAVVAAQALEGVQDLAGRLKAVLHTGVDVMAPYHQFGSDFIATAIRPSSPVNPFGEASAAAREASLAIFRSAVEGSSPAVAKKLRADLPELLWLAYMGVALFWVYDRSEGQRRTRKLIDGAAPLVARGLSLAKIPGVSKVFDDVLGLVRSVKEDS NA NA NA NA NA D3-18_03617 894 Epimerase family protein ATGCCGAGGACAGTGGTGATTGCCGGTGCTAGTGGCTTCATCGGAAGCTACTTCCGGCGGAGGTTTGTTGCTGAGGGTTGGCGGGTCAGGACAGTTGGGCGGGACGCTTCGGCTGACGCTCAATGGCACGACGACGGCGCCGTCGCCAAAGCGCTTGACGGTGCCGAACTACTGGTGAACCTCGCCGGACGCTCCGTGAATTGCCGGTACGACGAACAGCATCGGCGCGAGATTCTGGACTCCCGGGTGTTGACGACACGGGCGTTGGGCCGCGCGGTTGCCGCTTGCGCCCAACCTCCACGGACCTGGATCAATTCGAGCACCGGCACCATCTACCGGCATGCGGAAGACCATCCACAGTCTGAGGTTTCCGGCGAATTGGGCAGCGGGTTCTCTGTGGAGGTTGCCCGCGCGTGGGAAGACGAGTTGGCAGCCGCTTCCGTTCCTGACACACGGAAGGTGGCGCTTCGGATTGCGATCGTTCTGGGTGCCGGTGGTGTTATGAATCCCCTCCGGAATCTTGCCCGGCTTGGTTTGGGCGGGCACATGGGTCCGGGAACGCAGAAGTTCAGCTGGATCCACGTGGAGGACTTGTTCCGTGCAGTGCTGTTTGTGCACGATCACGCTGAGCTGACCGGTCCCATTAACGCGGCAACGCCCTATCCGGTGGACAACCGCGGACTAATGTCCTTGGTACGGCAAAGCATGGGTGTCCCGTTCGGCATCCCAACGCCGGCCTGGCTGCTCGAAGCCGGTGCCGTCCTGATCCGCACACAAACAGAACTGGTGCTGAAGAGCAGGTGGGTGGAGCCTCGGAAACTGCTCGACGCCGGGTTCGCGTTCGAGCACCCGACCTCGGCGGGCGCCCTCAACCAAATCGCGGCTACTCGATGA MPRTVVIAGASGFIGSYFRRRFVAEGWRVRTVGRDASADAQWHDDGAVAKALDGAELLVNLAGRSVNCRYDEQHRREILDSRVLTTRALGRAVAACAQPPRTWINSSTGTIYRHAEDHPQSEVSGELGSGFSVEVARAWEDELAAASVPDTRKVALRIAIVLGAGGVMNPLRNLARLGLGGHMGPGTQKFSWIHVEDLFRAVLFVHDHAELTGPINAATPYPVDNRGLMSLVRQSMGVPFGIPTPAWLLEAGAVLIRTQTELVLKSRWVEPRKLLDAGFAFEHPTSAGALNQIAATR PGPT0014730_1359 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS LOW_TEMPERATURE_TOLERANCE LOW_TEMPERATURE-RELATED_ENZYMES,PGPT0014730-yfhF-K07071 NA NA D3-18_03618 459 hypothetical protein ATGAACCCCACTCACCACCTGTCATTCTGGCCCTACGATTACCGGGACCGCGTAGTCCTGGGCTGGAAGGGACTTCTAGTTGGCGTCGGCGTCGCCGACGTTGTGTTCTTCCTGGTGCCCGGGGTCATTAAGGCGAGTCTAGATCCACAATATGCCGCATATCAGCTTTCATTTCTACCCATACTCATGGTTTTTGGTGCGCTCCCCATCGGTTTGGTTGGCCTGCCCACCGCGATGCTGCTGGGCAAGCTACTGAGGGGTATTCGCAATCAGTGGATCCACGTGGCTGCCTTTATCGTCGCCGGAGCTTTGGTGGGAACCTTGGTTGGAGCTGCGCACACCGGTTGGACCATTCACACTTTGGCCTACATGACACTTCCTGCAGCGCTTGGAGCCGGCATTGGCCGACTGGCCGTTTGGAAGCTCGTCCTCATCAACGACCATCCCTCTCTCACATAA MNPTHHLSFWPYDYRDRVVLGWKGLLVGVGVADVVFFLVPGVIKASLDPQYAAYQLSFLPILMVFGALPIGLVGLPTAMLLGKLLRGIRNQWIHVAAFIVAGALVGTLVGAAHTGWTIHTLAYMTLPAALGAGIGRLAVWKLVLINDHPSLT NA NA NA NA NA D3-18_03619 522 hypothetical protein ATGAGCCAGTCGCCATGGACTGACGAAGATGAGTACTCGTTGGCGACGCGGAGTCCGTCGGGAGGCTGGCGATACGGTTCCAAAGACCGGGTGGTGCTCGGCGCAAAGGGATTGGCTGTGGGAATCGCCGTAGCGCACCTGACATTCTGCGCCTTCTGGGGCATTCAAGCACCAGGATGGGCGAGCATTTTCTTCGGTTACAGTCTGCTCCCGGTCTGGGCCGTTGGTGCCGCAGTGGGGTCACTTCTCGGTTTGGCCTTGCGTCGAGTCCGGAATCAGTGGCTTCACGTTGCCGCGTTTTTCGCCGGGGGTTTGCTCATGTGTGCGCCGTTTGGCGGACTTTCAGCGACGGGTCCGCTACTTTTTTCGTCTTCGATTGCCTTGGCCGCCGGTATCGGCCGACTCGCCGCGTGGAAGCTCGTGCGGATCAACGACGCACCCAAACCCGAGGGACCTGAGAGAGCGACCCATCCAAACCCGAGGGACCTGAAAGAGCGACCCACCCAAACCCGAGGGACCTGA MSQSPWTDEDEYSLATRSPSGGWRYGSKDRVVLGAKGLAVGIAVAHLTFCAFWGIQAPGWASIFFGYSLLPVWAVGAAVGSLLGLALRRVRNQWLHVAAFFAGGLLMCAPFGGLSATGPLLFSSSIALAAGIGRLAAWKLVRINDAPKPEGPERATHPNPRDLKERPTQTRGT NA NA NA NA NA D3-18_03620 1398 kgtP_2 Alpha-ketoglutarate permease ATGAGCACCCAACAAGCTGCACCTCTGAGCGAAGCCGCCCAGACACGTAAAGCCGTGAGCAACATCCTCAAGGGCTCCGCGGGCAACCTCGTGGAGTGGTTCGACCTCTACGTCTATACGGTTTTCGCGGCGTATTTCCAGTCGCACTTCTTCAACTCCTCGGACGATCTTCAGGCGGGCCTTGAGGCGATGGCCGTCTTCTCGACGTCGTTCCTCATGCGCCCGATCGGCAGCTGGTTCTTCGGACGGTATGCCGACCGTAAGGGCCGCAAAGCTGCGCTGACACTCAGCGTGACCATGATGTCCGCCGGTTCCTTCGCCATCGCCATCCTGCCGACGCAGGATGTCATCGGCCTGTGGGCCCTGATTCTGCTGGTGTTTATCCGCATGGTCCAGGGTTTCTCGGTGGGCGGCGAGTACGGTACCAGCGCCACCTACATGTCCGAGGCCGCTACGGCCAAGCGCCGCGGCTTCTTCTCCAGCTTCCAGTACGTCACGCTGATTGGTGGTCAGATGCTGGCCCTCCTGGTGCTGGTCATCCTGCAGAACACCATGAGCAAGGACGACCTGACCGAATGGGGCTGGAGGATTCCGTTTGCTATTGGTGGCGCCGCTGCACTGGTTGTTCTCTGGCTTCGCCGCTCGATGGAGGAAACCCTCTCTGCTGACCAGCTCCGCGCTGCGCACGTCAAGGTTGCTGGCGAAGCACGGCCCGGCACCATGAAGCTGCTGTTCACCAAGCACTGGAAGCCGCTGCTCATCTGCATCGGTATCACCCTTGGCGGCACCGTCGCGTTCTACACGTACACCAACTTCATCCTGAAGTTCATGAACGATACGTCCGGCATCGCCAAGACCGATACTTCCGTGATCAACTTCTGGGCGCTGTTCATCTTCATGTTGCTGCAGCCCGTGTACGGCATGCTCTCTGACAAGATTGGCCGGAAGCCGCTGCTGATCTGGTTCGGCGTGACCGGTGTGCTGTTCACTTGGCCGCTGCTCTCCACGCTGGCCGGAACCAAGGATCCGTTCGTGGCCTTCCTCCTGATGTTCGGCGGCCTCCTGATGGTGGGTGGCTACACCTCCATCAACGCGTTGGTGAAGGCTGAACTGTTCCCGGCATCCATCCGCGCGCTCGGCGTCGGACTCGGTTACGCGATTGCCAACTCGCTGTTCGGCGGCACTGTACCGCTGATCGGTGCGGCCCTTCAGAAGTCGGGCCAGGTGGATATGTTCTTCACCTACGTCACTGCCGCCATCTTCATCTCCCTGCTGGTCTACATCTTCGCTCTGAAGAACAAGAAGCCGACGCACTTGGATGCGGAGCAGGGCAACGCCTTCGCGGCAAAGGGCATTGCGAAGGACGACGACGACAAGAAGGATCTCGTCAACGCCTGA MSTQQAAPLSEAAQTRKAVSNILKGSAGNLVEWFDLYVYTVFAAYFQSHFFNSSDDLQAGLEAMAVFSTSFLMRPIGSWFFGRYADRKGRKAALTLSVTMMSAGSFAIAILPTQDVIGLWALILLVFIRMVQGFSVGGEYGTSATYMSEAATAKRRGFFSSFQYVTLIGGQMLALLVLVILQNTMSKDDLTEWGWRIPFAIGGAAALVVLWLRRSMEETLSADQLRAAHVKVAGEARPGTMKLLFTKHWKPLLICIGITLGGTVAFYTYTNFILKFMNDTSGIAKTDTSVINFWALFIFMLLQPVYGMLSDKIGRKPLLIWFGVTGVLFTWPLLSTLAGTKDPFVAFLLMFGGLLMVGGYTSINALVKAELFPASIRALGVGLGYAIANSLFGGTVPLIGAALQKSGQVDMFFTYVTAAIFISLLVYIFALKNKKPTHLDAEQGNAFAAKGIAKDDDDKKDLVNA PGPT0001525_50 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_KETO-|OXOGLUTARATE_TRANSPORT,PGPT0001525-kgtP-K03761 NA NA D3-18_03621 663 regX3_2 COG0745 Sensory transduction protein regX3 GTGCACGTGCTCATCGTCGAGGATGACGACGCCATGGCGTCGGCCTTGAGCGCAGCCGTCGCCTCCGCCGGCCACAAGCACACCCGGGTATCCCGCGGCGAGGACGCACTCCTGGCCCACCGGCAACACGAAGTGATCCTGCTGGACCTCGGTCTCCCGGATCTGGATGGCCTGGACGTCCTGCGGAAACTCCGCCAGGTCACGCAGATTCCTATCCTGATCCTGACCGCCCGCGACGACGAACGCAGCGTGGTGCTGGGCCTCCGATCCGGCGCCGACGACTACCTGGTCAAGCCCGTGAAGCTCGTGGAATTGCTCGCCAGAATCGAGGCAGTCACCAGGCGCACCAACCGTTCCGGCCAGGATGCTCCGCACGCAGTCGTCCTCGGAGAGTTGGAAGTGGACCTCGACCGGAGGGTGGCCTCGGTGGGCACAAGACAACTCGCCCTGACCGCAACCGAATTCGACCTCCTCAGCCTGCTGGTCAGGAATGCAGGCTCAGTGGTGACCAGGGAGCAAATCCTGGACGCACTTTGGGGCGATGCGTTCCTGGCGCACTCCCGGTCCTTGGATGTGCACCTGACAGGCCTTAGGTCCAAGCTCCAACTTCCCGGGTTCATCATCAATGTCCGAGGCGTCGGCTACCGCGTAGAGCAACCGTGA MHVLIVEDDDAMASALSAAVASAGHKHTRVSRGEDALLAHRQHEVILLDLGLPDLDGLDVLRKLRQVTQIPILILTARDDERSVVLGLRSGADDYLVKPVKLVELLARIEAVTRRTNRSGQDAPHAVVLGELEVDLDRRVASVGTRQLALTATEFDLLSLLVRNAGSVVTREQILDALWGDAFLAHSRSLDVHLTGLRSKLQLPGFIINVRGVGYRVEQP NA NA NA NA NA D3-18_03622 1413 sasA_8 Adaptive-response sensory-kinase SasA GTGAAAGTCCGCGTCCTGGGCATCCTCAGCCTGCTGGTGGTGGTCATTGTGGTGACGGTTTCCAGTGTGATCCTGACATCGGCCGGCAGGGAACTCACCCAGGAACTGCAGATAAACCGCGTCGCTGCCCTTAACCGCTTCGCGCAACTGGCCAGCGACGCCGTGGAGGACACCAACACAACCCAACTGCAGCGCGAGATGGACCGGTATTCCGAGCTTTATGGTGAAGGAATCCTCATCCGGCTCCAACAGAAAACCGTTCGCTCCGGGGGCCTCAGCGACGACCAACCAGAGGTCAGCGACGCACTGAATCGGGCGAGCCTCAATCTCAGCGACACTACGCTGAACCCCATCCGGGCATTCGGCACAGGCAATGACTTCATCTCCAGGTCCTTCGGCACGGCCAGCCAGGTACTCGGCGAAGTGGTTGTTGAAGTCAACCTCGACGCAGCACGGCAGAAGCTACGGGAGCGGTGGCTCGTCGTCGGGCTTGCCGCGGTGGCACTGGGTATGCTGCTGCTCGTGGCGGCGTCCCGGATCACGGCTTGGGTTTTGCGCCCGGTCCACCGTCTAAGCAAGGCAGTCCACGAGCTCGAAGCGACGGGCAAAACCAGCCAGCTTCCCGAAGCCGGTCCGCCTGAGCTGCGTGAGTTGAGCCGCTCCTTCACGGCCATGGCCGACACCGTGACCCGGAGCATGGAGTCGCAGCGCCAGCTCATCGCCGATACTTCACATCAACTCCGGAACCCTGTTGGGGCACTGCGCCTGCGGATCGATCTGCTGCAGCTCGCCTTGCGCTCGGAGCCTGAGAAAGAAGCGGCAGCCGGCGTAGTGGCCGAACTTGAGCGGGTGGAGGAAATGCTGGACGGCGTGCTGAAGCTGGCAACCGCTGAGCACCGCGCCTCCGAAGGGCATGCCCGGGTGGAGCCTTCAGAGCACAAGCGTCTGGCCGTCATCGACCCCTTCCCGGTCCTCCAGGGTGAAGTGGAGAGGGCGACGCCGGCCGCTCGCCTTGCAGGATCGGAGCTGGCGTTGGAGGGCCCAGCGTCCGAAAACCAGATCGTTTGTGACCCGGATGAACTCGCGCACATGGTAGGTGAGCTCCTCGCCAACGCCCTTAAATACGCTCCAGGGGCACGCATAACGGTGGCGAGCCGGCAGACGCAAGGAGGCACCGCCGTCGAGGTTTCCGACGACGGTCCCGGCCTCCCAGCCGATCAACTCGCCGCATCCACGACCAGATTCTGGCGGGCACCACAGCACAGCAAAATCCCCGGCAATGGGTTGGGTATGACCATTGTGGAACGTCTCGCCGAAGCGAACGGCGCGAAGCTGATCCTGGAAGCGAATAAGCCACACGGGCTGACCGCCAGGCTCGAATTTGCGGGGCCCAGGGAGTCGGCCCATGCGTGA MKVRVLGILSLLVVVIVVTVSSVILTSAGRELTQELQINRVAALNRFAQLASDAVEDTNTTQLQREMDRYSELYGEGILIRLQQKTVRSGGLSDDQPEVSDALNRASLNLSDTTLNPIRAFGTGNDFISRSFGTASQVLGEVVVEVNLDAARQKLRERWLVVGLAAVALGMLLLVAASRITAWVLRPVHRLSKAVHELEATGKTSQLPEAGPPELRELSRSFTAMADTVTRSMESQRQLIADTSHQLRNPVGALRLRIDLLQLALRSEPEKEAAAGVVAELERVEEMLDGVLKLATAEHRASEGHARVEPSEHKRLAVIDPFPVLQGEVERATPAARLAGSELALEGPASENQIVCDPDELAHMVGELLANALKYAPGARITVASRQTQGGTAVEVSDDGPGLPADQLAASTTRFWRAPQHSKIPGNGLGMTIVERLAEANGAKLILEANKPHGLTARLEFAGPRESAHA NA NA NA NA NA D3-18_03623 990 hypothetical protein ATGCGTGAGTTACCTATGATCTCCCGGCGAAGCGCCCTCAAAGCGGTTGCAGTGCTCGGCTTGGGCGGCAGTCTACTCACATCATCAGCGGCCTGCACACCGGAGGAACGGCCCCAGGAACTGGCCGTCGCCGGCGGCGAATCCGGCGGCTTCTACTTAGAGTTTGCCACCCTCCTCGCGAACCTGCTGCAGCGGGAGCGAGTGGCTGAAAAGGCAGTCGCGCTAACCACCGGGGGAAGTCTCGAGAACATCCAGCGGGTCTTATCCGGGGAGGCAACGCTCGCCGTCGCACTGGCCGACGCTGCCGCGCAGGCCACAGCCCTTGGCAAGGACGACGGGCAATTGGTAGCTCTGGGGAAGGTTTACCAAAACTACGTCCACTGTATTGTGCGCGAGGACAGCGGCATCCGAACCTTCGCCGATCTCGCCGGGAAGACCGCGGGCGTGGGCGAGGTGGGCTCGGGAACTACTTTGACGGCCGGGCGAATCATTGCCGCCGCAGGACTGTCGGGCGAGACGGCCGGGCCTGGGAGGGCTGTGCGGCAGGTCAACCTTGGGCTGAACCAAGCGCTGGCGTCCCTGAGAGAGGGTTCGATTGACGTGATGATCCAGTCCGGAGGTGTCCCGACGGCGCCCATCGCCGCCGCGGCACAGGACCTTGGCGTGCGGCTCCTCGACCTCTCCGAACTCATCCCGGCAACCCGGGCTCAATCAGAGTTCTTTTACGACCGCGTCCTCATCCCCGCGAATAACTACGGGAACGCACCGGCCGTGTGGACTGTGGGAGTGGCCAACCTGCTTCTGTGCCGCAAGGACTTGGCGGATCACGTTGTTCGGAAAACCGTGGAGCTGCTGGTGGGGCAGGCTCAGGATTTGGTGCCGAAGTCCAGCACTGGCGTTCAATTCCTCAGCCCGGAAACTCTCATCAACACAGCTGGCCTGCCTCTGCATCCCGCTGCAGAGGCAGCCTACCGGGCGCTCCACGGTTAA MRELPMISRRSALKAVAVLGLGGSLLTSSAACTPEERPQELAVAGGESGGFYLEFATLLANLLQRERVAEKAVALTTGGSLENIQRVLSGEATLAVALADAAAQATALGKDDGQLVALGKVYQNYVHCIVREDSGIRTFADLAGKTAGVGEVGSGTTLTAGRIIAAAGLSGETAGPGRAVRQVNLGLNQALASLREGSIDVMIQSGGVPTAPIAAAAQDLGVRLLDLSELIPATRAQSEFFYDRVLIPANNYGNAPAVWTVGVANLLLCRKDLADHVVRKTVELLVGQAQDLVPKSSTGVQFLSPETLINTAGLPLHPAAEAAYRALHG NA NA NA NA NA D3-18_03624 837 pdxK COG0351 Pyridoxine kinase ATGACTTCAGCCGTTGCCCCTGCCATAGCCCTGACCATCGCCGGCTCCGAAGCGACCGGTGGCGCCGGCGCGCAGGCCGACCTCAAGACCTTCCAGGAACTCGGAGTGTTCGGCATCGCGAACCTCACCTGCATTGTTTCCTTCAACCCGCAGGACAACTGGAACCACCGCTTTGTCCCGGTGGACCAGCAGGTCATCACAGACCAGTTGGAAGCCACGACGGCGGCATATGGTGCCGCTTCCGGCGCACCGTCCGTGCTGGACACCGTGAAGATCGGCATGCTCGGAAGCCCGGCGACCATCAGCACCGTGGAAAAGGCACTGGCCGACGGCTCCTTCAGGCACATCGTGCTGGACCCGGTCCTGATCTGCAAGGGACAGGAACCGGGCCACGCCTTGGACACTGACCAGGCTTTGAAGGCGCAGATCCTGCCGCTGGCTACCTTCGTCACCCCCAACCACTTCGAGGCTGAATCCTTGTCCGGTCTGACCATCACGGACGAAGAGTCACTCAAAGCTGCCGCCATTCGCATCCACCAGATCAGCGGCGCAGCAGTCCTTGCCAAGGGTGGGGTTCGGCTGGAAGGCCCGGACGCCGTCGACGTGTACTACGACGGCGAGACGCTGGAGGTCCTTCGCGCCCCGAAGGTTGGCGAAGTCGCCGTCTCGGGTGCCGGTTGCTCGTTGGCCGCCGCAGTGACCGCCGAACTGGCCAAGGGTGCGACGCCGCTGGAAGCTGCCCGGACGGCGAAGGCTTTCGTGACCGCCGGCATCAAGAACCGCGTGTCCTCGGGTGCTCCGTTTGATGCCCTTTGGCAGGGCGGTGCTCTGTCCTAG MTSAVAPAIALTIAGSEATGGAGAQADLKTFQELGVFGIANLTCIVSFNPQDNWNHRFVPVDQQVITDQLEATTAAYGAASGAPSVLDTVKIGMLGSPATISTVEKALADGSFRHIVLDPVLICKGQEPGHALDTDQALKAQILPLATFVTPNHFEAESLSGLTITDEESLKAAAIRIHQISGAAVLAKGGVRLEGPDAVDVYYDGETLEVLRAPKVGEVAVSGAGCSLAAAVTAELAKGATPLEAARTAKAFVTAGIKNRVSSGAPFDALWQGGALS PGPT0009125_2193 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 D3-18_03625 933 hypothetical protein ATGTCCGTTTCAAGCAAGTCGTCCGGGATCACGTCGAACAGGTGGTTCAAACCCGTCGTCGTCACCGCAGGAGCTTTGGTGGTGGCACTCATCCTGGTGCTCGTTGCGCAATGGCTCCGGACCCTCCAGCCCGTGCAGCAGTTCCTCACTGACTACCCGGGGCACTCGGCCATTCCTGAAGGCGCCCCTACAGGGTTCCCGGCCTGGCTTGGCTGGCAGCACTTCCTCAACATGTTCTTCATTGTGCTGATCATTCGCTCCGGCTGGCAGGTGCGCACCACCACGCGCCCGGCTGCCAACTGGACCCGGAATAACAAGGGTTTCATCAAGACCAAGAATCCCCCCACCAAGATCAGCCTGGACCTGTGGTTCCACCTGACTCTGGACGCGCTGTGGGTCCTGAACGGCATCATCTTCATTGTGCTGCTTTTCGCTACCGGTCAGTGGCTGAGGATCATTCCCACCAGCTGGGACGTCTTCCCGAATGCCGTATCGGCGGGGCTGCAGTACGCGTCACTGAACTGGCCTGTAGAAAACGGCTGGAACAACTACAACAGCCTCCAGCTCCTCACCTACTTCATCACGGTCTTCATCGCCGCGCCCTTGGCCATCATCACGGGCATTCGGATGTCCGGGGCATGGCCCAAGAAGGCTGCTATCAACAAGTTCTACCCGATCGAGCTGGCCCGTAAGATCCACTTCCCGGTGATGATCTATTTCGTGGCCTTCGTGATCGTCCATGTGACCCTGGTGCTGGCAACCGGTGCTCTGCGGAACCTCAACCATATGTACGCCTCCAACGACGACAACAGCAGTTGGTGGGGTTTCGGGATCTTCGCAGCATCCATCGTGTTTACGGCGGCCGCTTGGTTCCTGGCCCGGCCCCTGTTCCTGCGTCCGATCGCGTCGCTCATGGGCAAGGTCTCACGCTAG MSVSSKSSGITSNRWFKPVVVTAGALVVALILVLVAQWLRTLQPVQQFLTDYPGHSAIPEGAPTGFPAWLGWQHFLNMFFIVLIIRSGWQVRTTTRPAANWTRNNKGFIKTKNPPTKISLDLWFHLTLDALWVLNGIIFIVLLFATGQWLRIIPTSWDVFPNAVSAGLQYASLNWPVENGWNNYNSLQLLTYFITVFIAAPLAIITGIRMSGAWPKKAAINKFYPIELARKIHFPVMIYFVAFVIVHVTLVLATGALRNLNHMYASNDDNSSWWGFGIFAASIVFTAAAWFLARPLFLRPIASLMGKVSR PGPT0013075_28 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-SULFOXIDE_REDUCTASES,PGPT0013075-msrP|yedY-K07147 NA NA D3-18_03626 615 hypothetical protein GTGGTTCGCAAAACATCCGATGCAGCCACCACTGCCGGCTCCTGGCAGTGGACCCGCACCGCGGCAACACAGCGCAATCTCCTGGACGCGGCCGCCAGCGTTTTCGTGGAGCATGGCTTTACTGACGCGAGCATCTCGGACATTGTGGCACGGGCCGGATCCAGCGTGGGCAGCCTCTATCACCACTTCGGTGGGAAGACGGAGCTCTTCCTCGCACTCTGGGACGACTACCAAAACGAACATGAGCGCCTGGTCGCCGCGTCCGTGGCGAAGGCGCGCAAGGCCGGCGAGAACGAACCCCTCGCACTGTTCAATGTGGGCAGCCGCAGCTACTTCGACTACACCTGGAAACACCGCGACCTTGAGCGGGTGTTCATTGAGGGCGACACTCCCCCGGGTTTCGAGGTACTCCGGCGGGAACGTGGACGTGAATGGGTGCGCCAGAATTCAGTGCTCCTTGGCGCCAGCGATGACACCTTGGGCCGGCTGACAGTCGCCGTAATAACGGACATTATCACCGTGGCGGGGCAGGAAGTGGCCCTCAGTCCCACAAAACGGGAGGCCGACGAGGTTGTCGAAGCAGCCGCGGTGCTGGTGCAACGCCTGGCGAGCTAG MVRKTSDAATTAGSWQWTRTAATQRNLLDAAASVFVEHGFTDASISDIVARAGSSVGSLYHHFGGKTELFLALWDDYQNEHERLVAASVAKARKAGENEPLALFNVGSRSYFDYTWKHRDLERVFIEGDTPPGFEVLRRERGREWVRQNSVLLGASDDTLGRLTVAVITDIITVAGQEVALSPTKREADEVVEAAAVLVQRLAS NA NA NA NA NA D3-18_03627 1323 hypothetical protein ATGAAACGAATCCGCAGAGTGACAACGCTGCTCGCGGCAGTAGCGCTGGCGAGCGGTTCCGCAACGGTCAGTGCCTGCGCGCCGCAACCGGCCGACGTCGGGCTCCAAACCGCCGACGGCGTGACTCGCGTTTCGGTCCAGACGACGGACTACTCGGTGCAACTTGCGGCGTTCAATGAATCGGCGCGTCAGCTCGGCGCCACGCTACTCGCCGATGGTGGTGACTCGGATAACGGCAATGTAGTGTCGTCGCCCGCCAGCTTGCTGATTGCGTTGAGCATGCTTCGGGCCGGGGCATCCGGGTCCACTGCTGCGGAGATGGACTCAGCGCTTGGGCTGCCCAGGGAGGGGCGCGACGAAGCGATGAACGCACTGCTTGCCTCCCTCGAAAAGTTCGACGGCGACCCCGGCTCAGTGGATGAAGAGAACCCGCCGCGTAAGCCGGTCATGCACGCCGCCAACGGGCTGTTCGTTGACAAAGGCGTGCCCACCGGCGAGGCCTTTCTCACCACGCTTGCCGAACATTTCGGCACAGGCGTCTACCCGGTGAACTTTCAGGACGAGGCCGTGACCAAACCTGCAATCGACCAGTGGGTCAGCAGGAACACCGGCGGCCGGATCAAGGAAGCACCCGCGCAATACGATCCTGACAACACCTTCAGCCTGCTCAATGCCCTTTACTTCGCCGCCGCGTGGCAAACGCCGTTCGACGCGAACGACACGGCGGACGGCCCCTTCACCAAGGGTGGTGGGGAAGTAATCAACGTGCCAATGATGCACTCTTCGCTCACCATGGCGTACGCCGAAGCTCCCGGATGGAAGGCCGTTGATCTGCCTTACGCCGAGGGTTTCATCATGCGTCTGGTACTGCTCGACGGCGGTGCGTCGGGTTCCGCTGGTGCGTCAGGTGCGGCGGGTCAGGCCGCCGTTTCTGCGGCAGTGCTGACGGACGTGGCTAAAGGGCTGGGTGACGCGAAGCAGGGCATGGTCCAGATCAGCCTCCCCAAGTGGGACCACAAGACCACGTTTGAGCTGCGGAAAGTCTTCAAAACCCTCGGACTCAACCAGATGCTGGCCACGGACAAAGATTTCGACGCGATCCAGCAGGGCATGAAACTGACGCAGGCGGCTCAAGCTGCCAACATCACCGTTGCCGAAAAGGGAACCATTGCCTCCGCAGTGACCCAGATGAATGTGGAGGCCTCCAGTGCCGTGGTTCCGCAGCGGGCGATCGTCCTCGACCACCCCTTCCACTACCAAATCGTTCACGTCGAGACCGGAATGCCGCTGTTCACTGGTTGGGTTGCGGATCCGCGCAGCTAG MKRIRRVTTLLAAVALASGSATVSACAPQPADVGLQTADGVTRVSVQTTDYSVQLAAFNESARQLGATLLADGGDSDNGNVVSSPASLLIALSMLRAGASGSTAAEMDSALGLPREGRDEAMNALLASLEKFDGDPGSVDEENPPRKPVMHAANGLFVDKGVPTGEAFLTTLAEHFGTGVYPVNFQDEAVTKPAIDQWVSRNTGGRIKEAPAQYDPDNTFSLLNALYFAAAWQTPFDANDTADGPFTKGGGEVINVPMMHSSLTMAYAEAPGWKAVDLPYAEGFIMRLVLLDGGASGSAGASGAAGQAAVSAAVLTDVAKGLGDAKQGMVQISLPKWDHKTTFELRKVFKTLGLNQMLATDKDFDAIQQGMKLTQAAQAANITVAEKGTIASAVTQMNVEASSAVVPQRAIVLDHPFHYQIVHVETGMPLFTGWVADPRS NA NA NA NA NA D3-18_03628 1515 hypothetical protein ATGCACTTCTTCGCGTATTCTCAAGAAATGTCGCCTGTGAGCTGGAATCGCGAAGTCGCGTCGCCGTCGTTGTCCGCTGCGTCCCCTGAACTGGACGTCATCAGCCTTGGCCGCCGCGTGCGCCATCTGCGCAAGCAGGCCGGGCTGACCCTTGACGACTTGAGTGCCGCCGTCGGGACCGCGCCGAGCCAGCTGAGCCTCATAGAAAACGGCAAACGCGAACCCAAGTTGGGGCTCCTTCAGCAGCTTGCTGCATCGCTGAATGTGACTATCGATCAGCTTCTGGGAGCGGAGCCGCCGAGCCGTCGCGCGGCCTTGGAAATTGAGCTGGAGCGGTACCAGCGGGGACCGCTGTATGAGTCCCTCAACTTGCCCAAAATCCGCATCAGCTCGCGGCTTCCGCTCGATGTGCTGGAGTCACAGGTGGGGCTGCTTCAGGAGCTCGAACGCAAACTCAATGAGCAAGTCGCGACGCCGGAAGAAGCCCGGCGCGCGAACGGCGAGTTGCGTGCCATGATGCGCGAGCGCGGCAACTATTTCCCCGAGTACGAGGCGGAGGCGCAGAAGGTCCTCAAAGGGGTGGGTTACACCACCGGTCCGCTGAGCCAGCACGTCATCGCGGACATCGCCGACAACCTGGGTTTCACCTTGCACCATGTGGGTGATCTTCCCCATTCCACGCGGTCCGTGACCGATTTGAAGAACCGCAGAATTTATCTAACGCAGAATCAACGCCAGGATCACGACCCCCGTTCAGTGCTCCTGCAGGCGCTGGGTCACTACGTCCTGGGGCATGAAACTCCGCGTAACTATGGGGATTTCCTGGCGCAGCGAGTGGCCACCAACTACTTCGCAGCCGCTTTGCTGCTTCCGGAGCAGGCAACGGTGGAGTTCCTGCAAAAAGCCAAGGCCGCCAAGGAAATCGCCGTGGAGGACATCCGTGACGCGTTCGCCGTGTCCTACGAAACCGCCGCGCACCGCTTCACCAACCTCGCCACCAAGCACCTGGGCATCACTACGCACTTCCAGAAGACGCACCAGTCCGGCATCATCTACAAGGCCTACGAGAACGACGGCGTCACCTTCCCGCAAGATCACACCGGGGCGATTGAAGGTCAGCCGTCGTGCAAAGCCTGGACCAGCCGGGCGGTGTTTGACGTGCCGGACAAGTTCAGCGCCTACAGCCAGTACACGGACACACCATCGGGCACTTACTGGTGCACTGCCCGCACGGAGCGCTCCGCTGCCGGCGAATTCTCGTTGAGCATCGGGGTGCCGTACCAGCACGTGAAGTGGTTCCGCGGCCGGGAGACCACCGCCCGCGCTACGTCCAACTGTCCGGACCCGAACTGCTGCAAGCGGCCCCCGGAGTCCCTGGCAAACGAGTGGGCCGGAAACGCGTGGCCGTCCGCCCGGGCGCATTCGCACCTGCTCGCCGCCATGCCTCCCGGCGCGTTCCCCGGCGTGGATGAGACCGAGGTGTACTCATTCCTGGCGGCACACTCCGAACGCTGA MHFFAYSQEMSPVSWNREVASPSLSAASPELDVISLGRRVRHLRKQAGLTLDDLSAAVGTAPSQLSLIENGKREPKLGLLQQLAASLNVTIDQLLGAEPPSRRAALEIELERYQRGPLYESLNLPKIRISSRLPLDVLESQVGLLQELERKLNEQVATPEEARRANGELRAMMRERGNYFPEYEAEAQKVLKGVGYTTGPLSQHVIADIADNLGFTLHHVGDLPHSTRSVTDLKNRRIYLTQNQRQDHDPRSVLLQALGHYVLGHETPRNYGDFLAQRVATNYFAAALLLPEQATVEFLQKAKAAKEIAVEDIRDAFAVSYETAAHRFTNLATKHLGITTHFQKTHQSGIIYKAYENDGVTFPQDHTGAIEGQPSCKAWTSRAVFDVPDKFSAYSQYTDTPSGTYWCTARTERSAAGEFSLSIGVPYQHVKWFRGRETTARATSNCPDPNCCKRPPESLANEWAGNAWPSARAHSHLLAAMPPGAFPGVDETEVYSFLAAHSER NA NA NA NA NA D3-18_03629 1317 icl COG2224 Isocitrate lyase ATGACCGCATCGTTTGAACCAGCAGAGCAGACCGCCGAGCAGCAGGCAGCAGCGCTGGAACTTGAATGGTCCGCCAACCCGCGTTGGGAAGGCGTCACCCGTGATTACTCGGCCACCGACGTCGTCCGCCTCCGCGGTCGCGTCTCCGAAGAGCACACCTTGGCCCGCCGCGGCTCGGAGAAGCTCTGGAAGCAGCTCACCGAGGAAGCTCCCACCGGCGGTTACACCAACGCTCTGGGCGCACTGACCGGAAACCAGGCAGTGCAGCAGGTCAAGGCCGGCCTCCGCGCCATCTACCTGTCCGGTTGGCAGGTGGCAGCTGACGCCAACCTCTCGGGCCAGACCTACCCGGACCAGTCCTTGTACCCCGCCAACTCGGTACCCCAGGTTGTCCGCCGCATCAACAACGCCCTGCTCCGCGCAGACCAGATCGAATACGCCGAGGGCGTCAAGACTGTTGAGGACTGGTTGGTCCCGATCGTCGCCGACGCCGAAGCCGGTTTCGGTGGCCCGCTGAACGCCTACGAGCTCATGAAATCCATGATCACCGCAGGTGCCTCGGGCGTTCACTGGGAAGACCAGCTCGCATCGGAGAAGAAGTGCGGCCATCTGGGCGGCAAGGTCCTGATCCCCACCCAGCAGCACATCCGCACCCTGAACGCCGCCCGCCTGGCAGCCGACGTCGCTGGTACGCCGACGGTGGTCATTGCCCGCACCGACGCCGAGGCAGCAACGCTGATCACCTCAGACGTTGACGAGCGCGACCAGGAATTCACCACTGGCGAACGCACTGCAGAGGGCTTCTACAAGGTCCGCAACGGCATCGAGCCCTGCATCGCCCGGGCCAAGGCCTACGCACCGTACTCCGACCTCATCTGGATGGAGACCGGCACCCCGGACCTGGAACTGGCCCGCAAGTTCGCCGAATCGGTCAAGGCCGAGTTCCCGGACCAGATGCTCTCCTACAACTGCTCCCCGTCCTTCAACTGGCGCAAGCACCTGGATGACACCACCATCGCCAAGTTCCAGCGCGAACTCGGCGCCATGGGCTTCACGTTCCAGTTCATCACCCTGGCCGGCTTCCACGCCCTGAACTACTCAATGTTCGACCTCGCCCACGGCTACGCCCGTGAAGGCATGAGCGCCTACGTCGAGCTCCAGGAGAAGGAATTCGCCTCCGAGTCCCGCGGCTACACCGCCACCAAGCACCAGCGCGAAGTCGGCACCGGCTACTTCGACGATATTGCTACTGCGCTCAACCCGAACGCATCCACCCTCGCCCTCGTGGGATCCACCGAAGAGGGTCAGTTCCACTAA MTASFEPAEQTAEQQAAALELEWSANPRWEGVTRDYSATDVVRLRGRVSEEHTLARRGSEKLWKQLTEEAPTGGYTNALGALTGNQAVQQVKAGLRAIYLSGWQVAADANLSGQTYPDQSLYPANSVPQVVRRINNALLRADQIEYAEGVKTVEDWLVPIVADAEAGFGGPLNAYELMKSMITAGASGVHWEDQLASEKKCGHLGGKVLIPTQQHIRTLNAARLAADVAGTPTVVIARTDAEAATLITSDVDERDQEFTTGERTAEGFYKVRNGIEPCIARAKAYAPYSDLIWMETGTPDLELARKFAESVKAEFPDQMLSYNCSPSFNWRKHLDDTTIAKFQRELGAMGFTFQFITLAGFHALNYSMFDLAHGYAREGMSAYVELQEKEFASESRGYTATKHQREVGTGYFDDIATALNPNASTLALVGSTEEGQFH PGPT0001550_1061 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-GLYOXYLIC_ACID_BIOSYNTHESIS,PGPT0001550-aceA-K01637 NA NA D3-18_03630 1653 aceB_2 Malate synthase ATGAACAGCTTCACTGACAACTTCACTATCAATGGCATCACCATCACCGCGCAGCCCATCTGCCGGCAGAACGAGGTCCTCACGCCGGACGCCTTGGAGTTCATCGGCAAGTTGCACAGGGCTACTGCTGATCGTCGTCAGGAGCTGATGCAGGCTCGGCACGCCCGCCGTGGGCAAATCGCGGCCGGCCAAGACCCGCGGTTCCGCCCTGAAACTGAGGGCATCCGGAACGACCCGTCGTGGCGTGTGGCTCCCCCGGCTCCGGGCTTGGAGGACCGCCGCGTGGAGATCACGGGTCCGGTGGATAAGAAAATGACCATCAACGCCCTGAACTCGGGTGCGAAGGTCTGGCTCGCTGACATGGAAGACTCCTCCACGCCGACGTGGCGCAATGTCATCCAGGGCCAGCTGAACCTGACCGATGCACTGGAGCGCCGCATCGACTTCACCTCCCCTGAGGGCAAGGAATACAAGCTCAAAGCTGCCGAGGACCTCCCCACCATCGTGGTCCGCCCCCGTGGCTGGCACCTGCCGGAGAAGCACATGCTGGTCGACGGCAAGCCGATCGCCGGCGGCATCGTGGACTTCGGCCTGTTCTTCTTCCACAACGCCCGCCGCCTGCTCGCCCAGGGCAAGGGACCGTACTTCTACCTGCCGAAGATCGAGAACCACCTCGAAGCCCGCCTGTGGAATGACATCTTCGTCCTGGCCCAGGACCTGCTCGGGATTCCGCAGGGCACCATCCGTGCCACGGTGCTGATCGAAACCATCACGGCCGCGTTCGAAATGGAGGAGATCCTGTACGAACTGCGCGATCACGCCTCGGGGTTGAACGCCGGACGTTGGGACTACATCTTCTCCCTGATCAAGAACTTCCGTACCCGTGGACCGCGTTTCGTGCTCCCGGACCGCGGCCAGGTGACCATGACCCAGCCCTTCATGCGTGCCTACACCGAGCAACTGGTCCGTGCCTGCCACCGCCGCGGTGCCATGGCGATCGGTGGGATGGCTGCCGCTGTTCCCAACCGCAAGGACGAAGCAGCCAACTCCGCCTCGTTCGAGAAGGTCCGTGCCGACAAGACCCGTGAGGCCAACGACGGCTTCGACGGATCCTGGGTGGCCCACCCCGACCTGGTGCCGGTATGCCGCGAAGTGTTCGACTCAGTTCTCGGAGACCGCCCCAACCAGCTGGACCGCTCCCGCGAGGACGTCACCCCCGATGACCGCGCACTGATTGACATCGCCAGCACTGAAGGCACCATCACCGAGGGCGGCGTTCGCCTGAACATCGAGGTGGGCATCCGCTACATCGAGTCCTGGTTGCGCGGCAACGGAGCTGTGGCCATCCACAACCTCATGGAAGACGCCGCCACCGCCGAAATCTCACGCTCCCAGCTCTGGCAGTGGATCCACTCCCACGCCATCACCGACCACGGCGACATCATCACCCGCGAATGGGTGGAAGACATGCTGGACGAGGAATACGCCCGCCTGGAACGCTTCGATGGAGACCGCTTCGCTGACGCCCGCGCCATCTTCGAAGAAGTCACCCTGGCCGAAGAATTCCCCACCTTCCTGACCATCCCCGCGTACGCCCGCTTCCTCACCGAGGCCCGTGAAGAGGCCACGGAAGAGGAACTCGTCGCCGCCTAG MNSFTDNFTINGITITAQPICRQNEVLTPDALEFIGKLHRATADRRQELMQARHARRGQIAAGQDPRFRPETEGIRNDPSWRVAPPAPGLEDRRVEITGPVDKKMTINALNSGAKVWLADMEDSSTPTWRNVIQGQLNLTDALERRIDFTSPEGKEYKLKAAEDLPTIVVRPRGWHLPEKHMLVDGKPIAGGIVDFGLFFFHNARRLLAQGKGPYFYLPKIENHLEARLWNDIFVLAQDLLGIPQGTIRATVLIETITAAFEMEEILYELRDHASGLNAGRWDYIFSLIKNFRTRGPRFVLPDRGQVTMTQPFMRAYTEQLVRACHRRGAMAIGGMAAAVPNRKDEAANSASFEKVRADKTREANDGFDGSWVAHPDLVPVCREVFDSVLGDRPNQLDRSREDVTPDDRALIDIASTEGTITEGGVRLNIEVGIRYIESWLRGNGAVAIHNLMEDAATAEISRSQLWQWIHSHAITDHGDIITREWVEDMLDEEYARLERFDGDRFADARAIFEEVTLAEEFPTFLTIPAYARFLTEAREEATEEELVAA PGPT0001445_1715 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-OXALACETIC_ACID_BIOSYNTHESIS,PGPT0001445-aceB|glcB-K01638 NA NA D3-18_03631 1194 yycB_4 COG2807 putative transporter YycB GTGAGCCAATTTCTTGCCAAGATTCCCCGCGGTTGGCTGATCCTCGCGTGCATCGGGCTGATCGCCCTCAACATGCGAGGCCCTTTCGTGGCCGTGGCGCCCGTGGTGGACTCCCTTCAGCAAGACCTTGGGTTCTCCCCGGTTGAGCTTGGACTGCTGACCGGCATCCCGGTGCTCTGCTTCTCCCTCGCCTCGCCCTTGGCCTCACTGGCGGGCCGCCGTCTCGGGGCAGAAGTCGCCGTGATGCTCACCCTTCTTGGTGTGCTGGCTGGCGTAGTGATCCGCTCCAGCGGTGCTGGCGTTTCGGTCATGGTGGGCACGGTCATCATTGGTGTGGCCATCACTATCGGCAACATAGCAGTGCCACTCATCATCCGACGCGATTTCGCGCCCCGGCGCCAGGCAACGGCCATGGGCGTCTACACGGCCGCTCTCAACGTTGGCTCGTTCCTCACTTCCGTGGCCACGGCACCCCTTGCAGAGCTGGTGGGATGGCGACTTGCCTTGGCTGCGAGCGCGTTGTTGGCTTTGGCAGCCATCCTGTTCTGGGTGCCCACTGTTGGTGCTCGGAAGGCCTTTGTTCCCCTGGCAGTTCCTGCCCCGACTGCTTCCTTGTCCGGTCGTGTTGCGGGTGTTCGGTGGCTGACCGTTGGCCTCACTCTGGGCTTCGCGGGCCAAGCTTTTTCCTACTACGGGGTTACCGCCTGGCTGCCGAGCTTCCTGTCCGACGAACTCGCCATGGGCACCGCCGACGCCGGTGCAGGCTCCTCGCTCTTCCAGATCTTCGCCATTGTGGGTGGCCTGGGCGTGCCGCTCCTGGCCCGTTTCGCCAGTACGACGACGGTGGCGGTCACCTTGAGCGCGTTGTGGCTTACCGTTCCCGTGGGTCTATTGCTGGCGCCTTCGTGGTGGTGGATGTGGTCCTCGCTGGGCGGAGTTGCCCAGGGTGGCGGCATCACGGTGATCTTCATTGCCATCATCAAATTCGCGCAATCACAGGCCGCCGCCGGGAAGATGTCCGCCGTGGTGCAAGGCGTTGGTTACTGCTTCGCTGCACTGGCTCCCACGGTCGTTGGCTTCGTGCACAGTGTTACCGGGGGTTGGACGGTTCCGCTGTTCGTGATCCTTGGCTCGGTGCTCGCGTTCTGCGTGTGCACCACGTTGTCCGTGCGCTGGGTGGCCCGGCAGCGCTAG MSQFLAKIPRGWLILACIGLIALNMRGPFVAVAPVVDSLQQDLGFSPVELGLLTGIPVLCFSLASPLASLAGRRLGAEVAVMLTLLGVLAGVVIRSSGAGVSVMVGTVIIGVAITIGNIAVPLIIRRDFAPRRQATAMGVYTAALNVGSFLTSVATAPLAELVGWRLALAASALLALAAILFWVPTVGARKAFVPLAVPAPTASLSGRVAGVRWLTVGLTLGFAGQAFSYYGVTAWLPSFLSDELAMGTADAGAGSSLFQIFAIVGGLGVPLLARFASTTTVAVTLSALWLTVPVGLLLAPSWWWMWSSLGGVAQGGGITVIFIAIIKFAQSQAAAGKMSAVVQGVGYCFAALAPTVVGFVHSVTGGWTVPLFVILGSVLAFCVCTTLSVRWVARQR PGPT0005211_1836 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_CYANATE_DETOXIFICATION XENOBIOTIC_CYANATE_UPTAKE,PGPT0005211-cynX|yeaN-K03449 NA NA D3-18_03632 1218 nagC_6 COG1940 N-acetylglucosamine repressor ATGACAACCGCCGCCGGAAACGACCCCGGAATTACCTCCGTCCTGGAGGCCGGCAATCTCTCGCGTGCTGGTGACCTCTTCCAACTTCTCCGCGACGGCCAGGCCCGCACCCGGGCCGAGCTCGCAGTCACCACTGGGCTGGCCCGTTCCACTGTCGCTTCCCGCATTGATGCGCTGATCAGTTCGGGTCTGGTTGGACCCGCTGGTGAGGCGAGCTCCAGCGGAGGAAGGCCGCCGTCGCGCTTTGCCTTCAACCCCGCCGCGCGCGTGGTCCTGGCGGTCGACGTCGGTGCTACCCACGTGATTGTTGCCGTCACTGACCTCGGCGGCAGCATCCTCGCCGAACGGCGACTGGGGCAGGAGGTTGCAGACGGACCAGAGGTAGTCCTGGGTCGCGTAGTGTCCGCCGGCCGCGAGCTTCTTGCCGAGGCAGGGCGGGAACCCGGCGACCTCGCCGGCATGGGCATCGGACTGCCCGGGCCCGTTGAACATGACACAGGGCGGCCGGTGAAGCCGCCCATCATGCCGGGATGGGACGGATTCGACGTCGCCACTTACGTTCAGCGCTCGTTGCCCGTTCCGGTGTTGGTGGACAACGACGTCAACATCATGGCTTTGGGCGAACGCACCGCGTACTGGCCGGACCACGACAATTTCCTGTTCATCAAAGTCGCTACCGGCATCGGCGCAGGCATTATCAGCAGCGGACAATTGCAGCGTGGTGCCAACGGCACCGCCGGCGACCTCGGCCACGTCCGGGTTCCCCGCGGCGACGACGTCCTGTGCCGGTGTGGCAACCATGGCTGCCTTGAGGCGCTTGCCTCAGGTCCCGCCGTCGCGCGCCAACTCCAATCGCAAGGACTGGAAGCTACCAACGGCGCGGACGTCCTACGGCTTGTTGATGAAGGCAACCTGCAGGCAATCCAGGCGCTTCGGCAGGCCGGGCGTGACGTCGGCGATGTTCTGGCAACCGTGGTGAACCTGCTCAATCCGTCCATGATCATCATCGGCGGAAGTGTGGGCGAGGCCGGCGAGCACCTCGTGGCAGGCATCCGCGAAGTGGTCTACCGGCGCTCCCTGCCCCTGGCCACCACACACCTGCGCATCGGTATTTCCATGGCTGGAGACCGGGCGGCCATCCTCGGCGCCAGCCAGATGGTCACGCAGCATGTCTTGTCGCCGGCAGTGATTGAAGCCACGCTCCAAGCAACGGGATAA MTTAAGNDPGITSVLEAGNLSRAGDLFQLLRDGQARTRAELAVTTGLARSTVASRIDALISSGLVGPAGEASSSGGRPPSRFAFNPAARVVLAVDVGATHVIVAVTDLGGSILAERRLGQEVADGPEVVLGRVVSAGRELLAEAGREPGDLAGMGIGLPGPVEHDTGRPVKPPIMPGWDGFDVATYVQRSLPVPVLVDNDVNIMALGERTAYWPDHDNFLFIKVATGIGAGIISSGQLQRGANGTAGDLGHVRVPRGDDVLCRCGNHGCLEALASGPAVARQLQSQGLEATNGADVLRLVDEGNLQAIQALRQAGRDVGDVLATVVNLLNPSMIIIGGSVGEAGEHLVAGIREVVYRRSLPLATTHLRIGISMAGDRAAILGASQMVTQHVLSPAVIEATLQATG NA NA NA NA NA D3-18_03633 1095 iolG_15 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase TTGTCCAGCCACACTGACGCCGCCCGTACTTTGGGTGTTGGCATCCTCGGCGCCGGCCCGGTCACCCAGGCCATCCACTTGCCGTCCCTCGCCCGACTGGGCGACATCCTCACCGTCCGCCACATCATGGACGTCGACCCCGCCGTGGCTGAGTCGGTTGCAGCCCGGGTGGGTGCCGCACACAGCACCAGCATCGAAACCCTCCTCGGTGACCCTGACGTCGAGATTGTCGCGATCTGCAGCCCTCACCAGTTCCACGCAGAACAGGTGGTCGCCGCCTGCCGCGCCGGTAAGAAGGCCGTCCTGTGCGAGAAGCCCTTCGCCATGAACGCGCAGGAAGCAGCACAGATCTCCGCCGTCAGCGCGGAAACCGGGGTGCCGATCATCGTCGGCGCCATGCACACCTTCGATCCAGGCTGGCTCGCCGCAAGCGAAAACTGGGGAGATCTGCCAGAGAACGTCCACACGATCCGCTCCTCCATCGTCCTTCCGCCCAACGCCCGCTTCGAAGACTTCGCCACCGAGATCATTACCCGTCCAGCGGGCGGCGCCCCCGACTACTCAGATCCGGAGGTCATCAAGGGCGCACTCCGCGGCGGCATCATGGGCTTGGCCATCCACGACCTTCCCTTGATTCGCAGGTTCACCCCGGACTTCAAGGACATCGAAGTTCTGGATGCACGCCATGTCCGCCCCTTCGGCTACGTCATCTCCCTGCGCACGCCCACCCGGACCATCGAACTCCGCGCCGCCATGAACAACACCTGGAAGCCCGAGTGGAGCTTCGAAGCCATCTCCGACGACGCCGCCCTCCGCCTCGACTTCACTCCGTCCTATGTGCAGGCGGGGTCCGCCGTGGCCACCTTCACCCGCGGAACCGGAACAACAGTGCTTGGCCCCTTCGACCACAACGGCTACGAGGGCGAGTGGCGTGAACTGGCCGCATTGGCCGCTGGAACCAAGCAGCCCCCTTCGGCGCAGACCCTCATTGACGACCTCACCTTCGCACTCGACATTGCCGACGCCACGGTTGCCAACCTCGAGGCCCAACAGCAAGCAGTCCGTCCCGGCGTCACCGAAGGAGCCCACGCATGA MSSHTDAARTLGVGILGAGPVTQAIHLPSLARLGDILTVRHIMDVDPAVAESVAARVGAAHSTSIETLLGDPDVEIVAICSPHQFHAEQVVAACRAGKKAVLCEKPFAMNAQEAAQISAVSAETGVPIIVGAMHTFDPGWLAASENWGDLPENVHTIRSSIVLPPNARFEDFATEIITRPAGGAPDYSDPEVIKGALRGGIMGLAIHDLPLIRRFTPDFKDIEVLDARHVRPFGYVISLRTPTRTIELRAAMNNTWKPEWSFEAISDDAALRLDFTPSYVQAGSAVATFTRGTGTTVLGPFDHNGYEGEWRELAALAAGTKQPPSAQTLIDDLTFALDIADATVANLEAQQQAVRPGVTEGAHA NA NA NA NA NA D3-18_03634 801 hypothetical protein ATGAGCCAGCAGTACACAGTCCGGGCCACTCCGGAGGCCCAGGTGGCCGGAGCCGTAGCACTGGCCGTCGCTTCCCTTCCCGAGTCCTTCGGCCCGGCCGCTGGCGAAAACCACGCCGACGTCCATGTCATCGCCGGCTGGCCTGGCTGGACCGCACAAGCCGCCCAAGCCATCACCGCAGGAGCCCGTGGCGTGGTTGTGGTCAACCCCGCAACCGAGGACACCGGGCCCCTGCAGACAACTGCTCAACAAAGCGGCACCGTTATTGTCCTCGACCAGCGGTGGGCCTCCAACCCCGCTATCCCCGCAGCCGAGGACGCGGTCCGTTCCATGGCGGGCCGCGCCGCCGTCCTCGACACTGTCGCCACCGCTCCGGTGGGAACCGACTCCGGTGAGCTGCTCGCGGACCATCTTGCCGCCGTCGTACGCGTCACCGGACCGTTGGCCAACCTCACAGTCCTGACCCGTGGACCCCGCGGCTACACGACGACGGCAGTACTCGCCAACGGCGCGCCGGTTGCCCTGCAGGGCATCGTGACCAGCGCCCGTCCGGCCGGCGTGAACATCACCCTGTTGACCGACGACGGCGGCGTCAGCGTCGCGCTGCCGGAACCGCTTGCTGCATGGCCGGCGATTGTCAGGGTCACTGGCCCGCAAGGCGAACTGCTTCTTCCCACGATCTACGAATCTGCTCACCGCGCCACTTGGCGCCGGCTCAAGGAACACCTCGACGCCGGCACCAGCCCCTCCGATCTGCAGCGATTCGCCGCGACGTCGGAATCCATCGCAATCCTCTCCTGA MSQQYTVRATPEAQVAGAVALAVASLPESFGPAAGENHADVHVIAGWPGWTAQAAQAITAGARGVVVVNPATEDTGPLQTTAQQSGTVIVLDQRWASNPAIPAAEDAVRSMAGRAAVLDTVATAPVGTDSGELLADHLAAVVRVTGPLANLTVLTRGPRGYTTTAVLANGAPVALQGIVTSARPAGVNITLLTDDGGVSVALPEPLAAWPAIVRVTGPQGELLLPTIYESAHRATWRRLKEHLDAGTSPSDLQRFAATSESIAILS NA NA NA NA NA D3-18_03635 1329 hypothetical protein ATGAATGTTCAGTCCGCAGCTACTCGTGCCTTCTCCCGCCGCAATTTCCTTGGCCTGACCGCGGCAGCAGCGTCCGTTCCGCTGCTGGCCGCCTGCGGCGGTGGCTCAGCCACCCAGGGCGGAGGAGGCGGCGCCGGTGGAACGGTCAAGTTCTGGGATATGCCATGGGCAACGCCGGCCTACAACGAGTCCGCCAAGAAGATCGCTGAAGGCTTCTCCGGTGCGAACAGCGCCAAGGCCAACTACCAGATCATCCAGTGGAACAACTTCTACCAGACGTTCTCGTCGGCCATCGCATCCAAGACCGGACCGGCCGTGTCCACCGGTGGCGGCTTCCAGGCCTTCCAGTTCGAGCAGCAGGGCCAGATCGCTTACGCGGACAAGGTCATTGAAAAGTTGAAGTCCAATGGGCAGTTTGATGACTTCCTGCCCGGCGTGCTGGACCCGTTCAAGTCGGACAAGGGCTACGTAGCAGTGCCGTGGCAGCTGGACATGCGCGTGTTCTGGTACCGCAAGTCGCTATTCGAAAAGGCCAACGTGGCCCTTCCTACCGACTGGCCGTCCTTGCTGGAAGCCGGCAAGGCCTTGAAGAAGCTTGGCGCGTTCGGCTTCGCCACCGGCGCTGGCTCGGGCAACAACTACGGCAACCACTCCATGATCATGATGATGGTCAACAACGGCGGCGGCGTCTGGAGCAAGGACGGCGAGCTGGACCTCCTCAACGACCGCAACGTCGAAGCCATGGAATTCGTCCTGGAACTCGTTTCCAACGGCATCGTGGATCCCGCGGCCGTCAGCTACACCACGGACAACATGTCAGCACAGTGGAAGGACGGCAAGGCCGGCTTCGGCTTGTTCCAGGTCAATGTTCCGCAGCGCGTGGGTGACACGTCAGGCGATCTGCTGGTGGCCGACCCCATCACGGGTCCGCACGGCGACAAGGCCACCATCGTGTTCCCGAACAACATCATGATGTACAAGAACACGCCATCACAGGAAGCCTCGGAAGAGTTCTTGGTCTACTACCTGGGCCAGCTCAAGGAACTCTGGAAGCAGAAGCTCATGTCCGCCCTCCCCGTGTTCAAGTCCATCACTGAGATCCCCGAATTCGCCGATGACCCCAACAACGTCAAGATCGTCAAGGACTGGCAGCCCATTGCCAAGACGTTCGCTTCCCAGGGCAGCACCCTCAACGCCAACCTTGCAGCACTCGACGGCGGCCAGGCACTGAACCAGTTCAGCCAGTCGATCCTGACCGGCCAGGCAACCGACGCGAAGACCGCGTTGCAGACTTTCCAGTCCGGCCTCGAATCGGTCCTGAAGAAGTAG MNVQSAATRAFSRRNFLGLTAAAASVPLLAACGGGSATQGGGGGAGGTVKFWDMPWATPAYNESAKKIAEGFSGANSAKANYQIIQWNNFYQTFSSAIASKTGPAVSTGGGFQAFQFEQQGQIAYADKVIEKLKSNGQFDDFLPGVLDPFKSDKGYVAVPWQLDMRVFWYRKSLFEKANVALPTDWPSLLEAGKALKKLGAFGFATGAGSGNNYGNHSMIMMMVNNGGGVWSKDGELDLLNDRNVEAMEFVLELVSNGIVDPAAVSYTTDNMSAQWKDGKAGFGLFQVNVPQRVGDTSGDLLVADPITGPHGDKATIVFPNNIMMYKNTPSQEASEEFLVYYLGQLKELWKQKLMSALPVFKSITEIPEFADDPNNVKIVKDWQPIAKTFASQGSTLNANLAALDGGQALNQFSQSILTGQATDAKTALQTFQSGLESVLKK PGPT0016545_4290 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 D3-18_03636 960 hypothetical protein ATGTCATCAACTACCGCACCATCAGGCCTGTCCCGGGCCCGTCGGGGGCTCGCCCCCGGCGGCTCGGGGGCAGCCCCGGGGCGCAAGAGCAAGCTCAGCGCCCAAACCACCAGGACCTTCTTCTGGCTGTTACTCCCGTCGGTTGTCCTGCTGGTCCTGATCCACGGCTACCCGCTGATCCATGCCGCAGTCCAAGCCACCCACGACGGCGACCTGCTCCAGACCGGCAACTTCGTGGGCGGCGAGAACTTCGCCAACGTCCTGTCCTCGCCCGCGTTCTGGAAAGCCGCACAGTTCACGCTCTGGTTCACCATTGTGGGCGTCTTCGGCTCCTGGCTGGTCGGCCTGGGCCTGGCCCTGTTGCTGCGGACCAAAATCCCCGCCGGCAACACTTTCAAGGTGCTCCTGCTCCTGCCGTGGGTTGTCCCGATCGTGGTTTCCTCCACCGCCTGGAACTGGCTCGTTGCAACCCCGGACAGCCTGATCCCGTCGATCTTCAGGGGCCTCGGCCTGGGAACCCCGCTGTTCCTTGCCGATCCGACCCTCGCCTCCATCACCGTCATGGTCTTCAAGGTGTGGGTGTCCTTCCCCTTCATGATGATGATGATCTCCGCGGCCTTGGCTTCCGTTGACACCACCGTCTATGAAGCCGCCAGCATGGACGGTGCCAGCCCTTGGCAGCAGTTCACGCAGATCACCTTGCCGCTGATCGCACGCTCCACGTACATCTCGTGGATCCTCATGACGATCTTCTGCGTCAACGACTTCCCCACCATCTACCTGCTCACTGGCGGCGGTCCCGTCAGTGCCACCACCTCCCTGGTGGTACTGGCCTACCGCACGGTCTTCCAGGACTTTGCCACCGGCCCCGGCGTCGCCATCGCCTTCCTCATGACCATGACCTTGGTGGTCATCTCAGTCATCCTGTACCGCCAGATCCGAAAGTCGAGCGTCGAATAA MSSTTAPSGLSRARRGLAPGGSGAAPGRKSKLSAQTTRTFFWLLLPSVVLLVLIHGYPLIHAAVQATHDGDLLQTGNFVGGENFANVLSSPAFWKAAQFTLWFTIVGVFGSWLVGLGLALLLRTKIPAGNTFKVLLLLPWVVPIVVSSTAWNWLVATPDSLIPSIFRGLGLGTPLFLADPTLASITVMVFKVWVSFPFMMMMISAALASVDTTVYEAASMDGASPWQQFTQITLPLIARSTYISWILMTIFCVNDFPTIYLLTGGGPVSATTSLVVLAYRTVFQDFATGPGVAIAFLMTMTLVVISVILYRQIRKSSVE PGPT0016535_1663 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 D3-18_03637 894 ycjP COG0395 Inner membrane ABC transporter permease protein YcjP ATGAGCGCTGTACTCCACGCACACCCCGAATCCGGCCCGGCCCTCGGCATCACAGACACGGGCAAGAACCGCCGCGTCCTCTCCGAAGCCGGCATGCGCGGACGCTGGTGGCGGTTCGCCCTGATCCTGGCCATCACGGTGATCGTCCTGGTTCCCATCATGGTCACCGTGGTCCTCGCCTTTACCCCCGGCGTCAACAGCACGGCAACCGGGCTCACCTTCGAGAACCTCGCCAATGTCTTCAACGGGACCCTGGCTGCCACGTGGCTGCAGAACAGCCTGGTCACTACGCTCTCCACCGTGGTGGTCTCCGTGGCCGTGGCCGCACCCGCCGGCTACGTCCTCTCCCGCGGCCGGTCCAAGGCAGTCTCCGGCTACTCGCTGCTGCTGTTCGTCATGCAATCCTTGCCGATCATCACCTCAGTGGTCCCGCTGTTCATCCTGTTCGCAGGCATGGGGCTGGTGGACAACCTCCTGGGCATCACCATCATCTACGTCGGTTCCACCATGACTGTGGCCACGTGGATGATGGCCGCCTACTTCGACTCCATCCCCATCAGCCTCGAAGAAGCCTCCTGGATTGATGGTTGCTCGGTGTTTGGTTCCTTCACCAAAGTGGTGCTGCGGAACTCGCTGCCAGGCATCCTCTCCACGGCCATCTTCGCCTTCCTCCTGGCCTGGAATGACTACCTCGTGGCTATCGTTTTCCTGCGTTCCAACGAGATTTTCACGCTTCCGATGGGTGTCCAATCCTTCTTCCAGCAGAACGCCACGGACTGGACATCCGTGATGGCCTTGGCCGTGGTCATGATGCTTCCGCCGATCATCGTCTTCGCCACCCTGAATAAGTACTTCAGTGTTGGCGGAATCGGTGGCTCCCTTGCCGGGCGCTAA MSAVLHAHPESGPALGITDTGKNRRVLSEAGMRGRWWRFALILAITVIVLVPIMVTVVLAFTPGVNSTATGLTFENLANVFNGTLAATWLQNSLVTTLSTVVVSVAVAAPAGYVLSRGRSKAVSGYSLLLFVMQSLPIITSVVPLFILFAGMGLVDNLLGITIIYVGSTMTVATWMMAAYFDSIPISLEEASWIDGCSVFGSFTKVVLRNSLPGILSTAIFAFLLAWNDYLVAIVFLRSNEIFTLPMGVQSFFQQNATDWTSVMALAVVMMLPPIIVFATLNKYFSVGGIGGSLAGR PGPT0016540_2418 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 D3-18_03638 762 hypothetical protein ATGTCGTACTCACTCCAGCTGTACACCCTCCGCAATGCCATCCAGGAGGACCTGCCTGGAACCATCAAGAAGGTTGCCGAGATCGGCTTCACGCAGGTTGAACCGTACAACTTCGTGGCCACCGCCAAGGAACTTGGCGCGGCTTTGAAGGAGAACGGCCTGACCGCTCCTTCCGGCCACGCACCGCTTTTGAGCCAAGACCAGGACGAAATCTTCGCAGCCGCCAAGGAACTGGGCATCACCACCGTGATCGATCCCTTCCTCCCTGCCGAGCACTGGCAGGATGCCGAGACGATCCAGGGCACGGCAGCCAAGCTCAATGCTGCAGCCAAGAAGGGTGCTGAATACGGCATCCGCGTCGGTTACCACAACCACGCCTGGGAGCTGGAGTCCACCATTGAAGGCAAGACCGCCTTGGAGTACTTCGAAGGACTGCTGGATCCGGAACTCGTCCTCGAGGTCGACACGTACTGGGTTGCCGTCGGCGGCCAGGACCCCGTGGAACTGCTCGCCCGTCTGGGCGACCGTGTGAAGCTCATCCACATCAAGGATGGCCCGGGCAACACTGATACAAAGGCACAGCAGCCTGCCGGCCAAGGCACCATCCCCGTGCTGGACGTCATCGCTGCTGCCAAGTCCTTGGAAGTTGGCGTGGTTGAATTCGACGACTACTCGGGAGACATCTTCCAGGGCATCACTGAGAGCCTGAACTACCTCACCGCTGCAGCCAGCGCAAAGGCAGCCGAAGGAGTACAAGCATGA MSYSLQLYTLRNAIQEDLPGTIKKVAEIGFTQVEPYNFVATAKELGAALKENGLTAPSGHAPLLSQDQDEIFAAAKELGITTVIDPFLPAEHWQDAETIQGTAAKLNAAAKKGAEYGIRVGYHNHAWELESTIEGKTALEYFEGLLDPELVLEVDTYWVAVGGQDPVELLARLGDRVKLIHIKDGPGNTDTKAQQPAGQGTIPVLDVIAAAKSLEVGVVEFDDYSGDIFQGITESLNYLTAAASAKAAEGVQA NA NA NA NA NA D3-18_03639 1122 iolG_16 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGAGCTTCGCACCATCCACCCGCAAGGGCCCGGTCGGCGTGGCCGTCATCGGCGCGGGCAACATCAGCAAGCAGTATCTGGACAACCTCACCGTTTTCCCGGACCTCAAGGTCCTGGTGATCGCGGACCTCTTCGTCGAGGCCGCCGAGGCACGGGCCAAGGAATACGGTATCCCCGAATTCGGTGCCCCCGAGCTGGCACTGAACCATCCTGACGTCGAAATCATCGTCAATCTGACCATCCCGGCAGCGCACGTCGAGGTCGCCACCGCCGCCGTCAATGCGGGCAAGCACGTCTGGACCGAGAAGCCGTTCTCCCTGGACCGTGAATCCGGGCTCGGCCTGCTCAAAGCGGCGGACGCGGCGGGTATCCGCCTCGGCACCGCCCCGGACACGTTCCTGGGCGCTGGCCTGCAAACCGCGCGCCGGATCATCGAGCGTGGCGACATCGGCACGCCGCTGACCGGTATGACCACGTTCCAGACCCCCGGCCCGGAGTCCTGGCACCCAAACCCTGCTTTCCTGTTCCAGCACGGCGCCGGCCCCCTGTTCGACATGGGTCCGTACTACCTCACCGCCCTGATCCAGACGTTCGGCTCTATCCGCAAGGTGGCCGCCGTCGGCTCCTCCGCCAAAGCGACCCGCATCATCGGTTCCGGCCCCAAGGCGGGCGAGGAATTCGCCGTCGAGGTTCCCACGCATGTGTCCGCGATGGCGCAGTTCGAGGGCGGCCAGTCCTCGCACAGCGTGTTCTCCTTCGAGTCGCCGCGCCTGCGGATGGGCTTCGTCGAAATCACCGGTTCCGAAGCTACGCTGTCATTGCCGGACCCGAACTACTTCGACGGCGACCTGAAGCTGTGGCGTCCAGGCGCGGAAGAACCGGAGATCATCCCTGCCACGGGTCCGGCCAACGGCCGCGGCCTGGGCGTGCTGGACATGGCCCGCGCTTTGCGTGCCGGCACCGCACACCGCGCCACGGGTGACCTCGCCTACCACGTGCTCGACAGCATGGTTTCGATCGCCGAGTCCGTGGAATCCGGCTCATTCGTGGACGTCACCAGCAATGCACCCGTCTCGGCTGCCCTCCCTGAGGACTGGGCGCCCGAAACCGCAACGCTCTAG MSFAPSTRKGPVGVAVIGAGNISKQYLDNLTVFPDLKVLVIADLFVEAAEARAKEYGIPEFGAPELALNHPDVEIIVNLTIPAAHVEVATAAVNAGKHVWTEKPFSLDRESGLGLLKAADAAGIRLGTAPDTFLGAGLQTARRIIERGDIGTPLTGMTTFQTPGPESWHPNPAFLFQHGAGPLFDMGPYYLTALIQTFGSIRKVAAVGSSAKATRIIGSGPKAGEEFAVEVPTHVSAMAQFEGGQSSHSVFSFESPRLRMGFVEITGSEATLSLPDPNYFDGDLKLWRPGAEEPEIIPATGPANGRGLGVLDMARALRAGTAHRATGDLAYHVLDSMVSIAESVESGSFVDVTSNAPVSAALPEDWAPETATL NA NA NA NA NA D3-18_03640 1206 gfo Glucose--fructose oxidoreductase ATGACCACCCCCGCCCACCCGTCCGACCACACGCCTTCCCCGGCCGAAAGCCCGGCATCCTCCCCGTTAGGGGTTGCCGCCATCGGCTATGCCTTCATGGGAAAGGCCCATTCGAACGCGTGGCGGAACGTGGCCAGCTTCTTCGACGTCCCGGCCTTCGAGCAGAAAGTGCTCGTGGGCCGGGACGCCGGTGCGGTCGCCGAGGCCGCCGCCAAGTACGGTTGGGCCGAGTCTGCCACTGACTGGCGTTCCGTGATTGAACGGGACGACATCCACATCGTGGATATCTGCGCCCCCGGCTGGATGCACGCCGAAATCGCTACCGCCGCACTGGCCGCAGGTAAACACGTCCTGGTGGAGAAGCCGCTGGCCAACACCATCGCCGAAGCCGAAGCCATGACCGCAGCCGCCATTGCTGCCCGGTCCCGCGGCGTCCAGTCCATGATCGGCTTCAATTACCGCCGCGTCCCCGCCTTGGCCCTGGCCCGCGAGCTCATTGCCGAAGGACGTCTCGGCACCATTCGGCACGTCCGCGCGGCGTACTTGCAGGACTGGCTTTCCGACGCCGATTCCCCCATGACGTGGCGCCTCCGCAAGGAAACCGCCGGATCCGGGGCGCTGGGCGACATCGCCTCGCACGCCATCGACCAGGTCCTGTACCTCCTCGGCGATGCCGTCACCGAGGTTTCAGGCCGCCTGCACACGTTCGTGGACCGCCGCCCCGGCGTGAACGGCCCTGAAGATGTGACGGTCGACGACGCCGCTTGGGCCACGCTGACCCTCGCCTCCGGAGCGATCGCCTCGGTGGAAGTCTCGCGCGTGGCCACAGGCCAGAAGAACTCCCTCAAGCTCGAAATCTACGGTGACAAGGGCACGATCCTTTTCGACCTCGAGGCGTTGAATGAGCTCGGCTTCCTGGACGCCACAGCCCCCGTCCGCGAACAGGGTTTCCGTCGGATCCTGGTCAACGAACCCGAACACCCCTACCTCGAAGCATGGTGGCCACAGGGTCACATCATCGGTTGGGAACACACCTTCACGCACCAAATCCGGGACTTCCTGACGGCCATCGCCTCCGGAAAGGCTCCGTCGCCGTCGTTCGAAGAAGGCCTGAACGTCCAACACATCCTCGCCGCCGTGGAAGAGTCTGCCGCCGCCAAAAGCTCACTGATCCAGCTACACGCAAACCCTATTGAAGGAGCCTGA MTTPAHPSDHTPSPAESPASSPLGVAAIGYAFMGKAHSNAWRNVASFFDVPAFEQKVLVGRDAGAVAEAAAKYGWAESATDWRSVIERDDIHIVDICAPGWMHAEIATAALAAGKHVLVEKPLANTIAEAEAMTAAAIAARSRGVQSMIGFNYRRVPALALARELIAEGRLGTIRHVRAAYLQDWLSDADSPMTWRLRKETAGSGALGDIASHAIDQVLYLLGDAVTEVSGRLHTFVDRRPGVNGPEDVTVDDAAWATLTLASGAIASVEVSRVATGQKNSLKLEIYGDKGTILFDLEALNELGFLDATAPVREQGFRRILVNEPEHPYLEAWWPQGHIIGWEHTFTHQIRDFLTAIASGKAPSPSFEEGLNVQHILAAVEESAAAKSSLIQLHANPIEGA NA NA NA NA NA D3-18_03641 1002 hypothetical protein ATGCCCCGCCCGTACACCCTGTTCACCGGCCAGTGGGCTGACCTCCCCTTCGAGGAAGTCGCGCGCCTTGCCTCGGGCTGGGGCTATGACGGCCTGGAAATCGCCGTCTCCGGAGACCACCTGGACGCCTGGCGTTGGGACGAGCCCGGTTACGTCGAATCCAAACTCGCCGTCCTGGAGAAGTACAACCTGAAGGTCTGGGCCATCTCCAACCACCTCAAAGGCCAGGCCGTCTGCGATGACCCCATCGACTTCCGCCACGAAGCCATCGTCGGCTCGCGTGTGTGGGGCGACGGAGAACCCGAAGGCGTCCGCCAACGTGCGGCCGAGGAAATGAAACACACCGCCCGCCTCGCCCGCGCGTTGGGAGTGGATACCGTCGTCGGGTTCACCGGCTCCTCCATCTGGCAATACGTCGCCATGTTCCCGCCCGTCCCGGAAAAGGTCATCGAGGCCGGCTACCAGGACTTCGCGGACCGGTGGAACCCCATCCTGGACGTCTTCGACGAATGCGGGGTCCGCTTCGCCCACGAAGTCCACCCGAGTGAGATCGCCTACGACTACTGGACCACCGTCCGGACCCTCGAAGCGATCGGCCACCGGCCCGCGTTCGGCCTGAACTGGGACCCGTCCCACTTCATGTGGCAGGGCATCGATCCCGTGTCGTTCATCTGGGATTTCAAGGACCGGATTTACCACGTGGACTGCAAGGACACCAAGCTCCGCCCCACCGGCCGGAACACCGTGATGGGCTCGCACCTGCCCTGGGGTGACCCGCGCCGCGGCTGGGACTTCGTCTCCGCCGGGCGCGGCGACGTGCCCTGGGAATCATCCTTCCGTGCCCTCACTGCCATCGGTTACGACGGACCCATCTCGGTGGAATGGGAAGACGCCGGAATGGACCGTCTCCACGGCGCCCCCGAAGCCCTGGCGGCGCTCAAGAAGTTCGACTTCCCGGCGTCGCAAACCAGCTTCGACGCCGCCTTCAGCAGCAAAGACTAG MPRPYTLFTGQWADLPFEEVARLASGWGYDGLEIAVSGDHLDAWRWDEPGYVESKLAVLEKYNLKVWAISNHLKGQAVCDDPIDFRHEAIVGSRVWGDGEPEGVRQRAAEEMKHTARLARALGVDTVVGFTGSSIWQYVAMFPPVPEKVIEAGYQDFADRWNPILDVFDECGVRFAHEVHPSEIAYDYWTTVRTLEAIGHRPAFGLNWDPSHFMWQGIDPVSFIWDFKDRIYHVDCKDTKLRPTGRNTVMGSHLPWGDPRRGWDFVSAGRGDVPWESSFRALTAIGYDGPISVEWEDAGMDRLHGAPEALAALKKFDFPASQTSFDAAFSSKD NA NA NA NA NA D3-18_03642 897 COG0823 putative protein GTGATCCGCACCCTTCAACCGAACCAGCGCTGCGAGGTGTGGATCGCGTCGGTCACCGGCGACGCCGAGCTGGTGTTCTCCACCGATGAAGTACTGCTCGAGGCGCCCAATTGGACCCTGGACGGCACGGCACTCATCCTGAACGGGGACGGAAGGCTATGGCGCTTTGATCCCGGCGCTGGTTCACTTCGGGAAGTTCCGCTGACAGGCATCCCCGACCTGAACAATGATCACGTCCTGGCACCCGACGGCGAAAGCATCTTCCTCTCCGCGAACGATGGCCACATCTACCGTGCCGCGCTTTCCGGTGGCCCGGCCAGCAGGATCACCGATGATGACGGTTCCTTCCATTTCCTCCACGGGGTCAGCCCGGATGGTGCACAGTTGGCATATGTGGGCATCGAGGCGGGCGACTTCACGCGGCCCGGACGGCTGATGACCATAGCGTCCGACGGCGGCGCTGCCGCAAGCGTCGACGTCGGTCCCGGCCACTGCGACGGGCCGGAATATTCGCCCGACGGGAAGTGGTTCTACCTGAATACGGAGTCCTTCACTTCCGCGCCCGGCCACGCCCAACTGGCTCGGATCCAGGTGGATGGCAGCGGATTCGAGCAGCTCCTCACGTCCAAAACCGTCGACTGGTTCCCGCATCTCTCCCCCGATGGCCGCTACGCCAGTTACATCAGCTTCCCCAGCGGCACTGAAGGCCACCCAGCCGACTTGCCGGTCGACGTCGTACTTGTTTCAACCGAGGACTGGGCCGTTCCCCTCCATACATGGCCACTTTTCGGCGGCCAAGGTACCCTCAACGTCAACAGTTGGTCGCCGGATTCCGAGCGTTTTGCGTTTGTGGCGTACCCGCTCACTGACTCGTTTCCAGATTCCGCAAAGGACTAA MIRTLQPNQRCEVWIASVTGDAELVFSTDEVLLEAPNWTLDGTALILNGDGRLWRFDPGAGSLREVPLTGIPDLNNDHVLAPDGESIFLSANDGHIYRAALSGGPASRITDDDGSFHFLHGVSPDGAQLAYVGIEAGDFTRPGRLMTIASDGGAAASVDVGPGHCDGPEYSPDGKWFYLNTESFTSAPGHAQLARIQVDGSGFEQLLTSKTVDWFPHLSPDGRYASYISFPSGTEGHPADLPVDVVLVSTEDWAVPLHTWPLFGGQGTLNVNSWSPDSERFAFVAYPLTDSFPDSAKD NA NA NA NA NA D3-18_03643 1029 iolU_4 COG0673 scyllo-inositol 2-dehydrogenase (NADP(+)) IolU GTGACCCTCAGCAATGGCACCTCCGACGGAACGATCCGCTGGGGAATACTCGGCACAGGATTTATTGCCGGGCTCCAAACCCAGGACCTGAAAGAGAATGGCTTCACCGTACAGGCTGTGGGATCCCGTTCGCTGGACTCAAGCAAGGCTTTCGCCGAAAAGTACGGAGTGACCGCCGCGCACGGGAGCTATGAAGATCTGGTGGCAGACCCGCTGGTTGACGTGGTCTACATCGCCACGCCGCACCCCTTCCACCACGCGAACGCCCTGCTGGCACTGAATGCGGGCAAACACGTGCTGGTGGAGAAAGCGTTCACCATGAACGCCCGCGAGGCTCAGGACATCGTCGACCTGGCAGAGTCCAAGGGGCTTGTGGCCTTGGAGGCCATGTGGACGCGGTTCCTTCCCCACATGATCCGCGTCCGGGAGCTTATTGCCGCCGGCGCTATAGGTGACGTCCGGAAGGTGGTGGCCACACATAACCAGAGCCTTCCCAAGGACCCGGCCCACCGGCTCAACGATCCCGCGCTCGGTGGCGGAGCGCTGCTGGACCTGGGCATTTACCCGATCTCCTTTGCTTTCGACACTCTGGGCACGCCTGCGTCGATCAAGGCCAGCGCCTCCATGTCGGCTACCGGAGTGGACCGCCAAACGGCTGCGATCTTTGAATACGCCGACGGTGCTCAGGCGATCGTTGATTGCGAGTTGGACGCCGCCAGCGCCAACCGCGCGATGGTCATCGGAACCGAAGGTTGGATCGACATCGAGCACACTTGGTACAACCCCGTCCCCTTCACGGTTTTCGGCGTTGATGGCACTGTCGTGGAGCGCTATGACCAGCCCGTGAACAGCCGGGGCATGCAGTACCAGGCAGCAGAACTCGAACGCCTGATCCGTACGGGCGAGACTGCGGGCACGGTCCTGCCGCCGGGCGAGTCCGTGGCCATCATGGCTGCCATGGACGAGATTCGTCAGCAAATCGGGCTTCGCTATGAATCTGACACTGTCCTGGAAGGAACCCAAGAATGA MTLSNGTSDGTIRWGILGTGFIAGLQTQDLKENGFTVQAVGSRSLDSSKAFAEKYGVTAAHGSYEDLVADPLVDVVYIATPHPFHHANALLALNAGKHVLVEKAFTMNAREAQDIVDLAESKGLVALEAMWTRFLPHMIRVRELIAAGAIGDVRKVVATHNQSLPKDPAHRLNDPALGGGALLDLGIYPISFAFDTLGTPASIKASASMSATGVDRQTAAIFEYADGAQAIVDCELDAASANRAMVIGTEGWIDIEHTWYNPVPFTVFGVDGTVVERYDQPVNSRGMQYQAAELERLIRTGETAGTVLPPGESVAIMAAMDEIRQQIGLRYESDTVLEGTQE NA NA NA NA NA D3-18_03644 471 hypothetical protein ATGAGTGATTCACCGCGCCTTGCCGAACTGCGTCAGCAGGAAGAAGAGCTGGTCTTCGCTTCATTCGATCACCATGACGCATGGCGGCTCGGATCTCTGATCGCCAACCATGCCATCGCCTCGGAGTTCGGGGTAGCGATCGACATTCGCCGGCACAACTTGGTGCTCTTCCGCTGCGTCCTGCCCGGTTCCACCGCCGACCAGGAAGAGTGGATCCGCCGCAAGTCTGCTGCCGTGCTGCGGTTTGAGCACAGCACGGCGTTGTTGGGTGAACAATTTGCCGAACGCAACCCCCTTGGCGGCGGGTGGCTGGCCCCGGAGGACTACACGCTCGACGGCGGTTCGTTCCCCATCCGCGTACGAGGCGCCGGAGTGGTCGGCACAATCACGGTGTCCGGGTTGTCGTCGGACGAGGACCACCAAATGGTGGTGGACGGAATCCGCAACTATCTGAAAACGGTGGGGGCCTAA MSDSPRLAELRQQEEELVFASFDHHDAWRLGSLIANHAIASEFGVAIDIRRHNLVLFRCVLPGSTADQEEWIRRKSAAVLRFEHSTALLGEQFAERNPLGGGWLAPEDYTLDGGSFPIRVRGAGVVGTITVSGLSSDEDHQMVVDGIRNYLKTVGA NA NA NA NA NA D3-18_03645 2070 COG4124 Mannan endo-1,4-beta-mannosidase TTGAAATCATCAAGTGAGTTTCTTCGCCGCCTGCGCACGTGCGGCCTGACCGTGCTCATTGCCGCCTTAGCATCCTCTACTGCCGCACCGGCGTTGGCAGCCCTTCCACCTTCGCCGAGCAGTTCCGGGGCTCCGGAACGCGTCTCAATCGTTGATCCCCAAGCAACGCCCCGGACGGCTTCATTGTTTGCCTACCTACGCTCCCAGCAGGGCCAGGGCATCCTCTTCGGCCACCAGCAGGACACGGAATTTGGCGTAACGTTCCCCGCGGAGAGCGCCGACGGTTTCCAATCCGACGTCAAGGCAGCCACCGGAGAGCATCCAGCGGTCTTCGGCTGGGATTTTGGCCATGAAGGATACGGTTCTGCCCCCGGCAGCCCCACGCCGGAGGAGAACTTCCAGCACACGGTCAGCCTGGTCAAAGCAGCAGACGAAATTGGAGGTATCCAAACCTTCTCCGCCCACATGGACAACTTCGTTACTGGTGGAGCCTTTGACGACACTGACGGTGGCGTGGTCCCGCGGATTATGCCCGGTGGGGACAAAAACAGAGCTTTCACGGACTACCTTGACCGGGTAGCCAGGATCGCGAAGGCCGCTGTTGACGAAAACGGCGAGCCCATCCCGATCGTGTTCCGTCCGTTCCACGAAAATGCAGGATCGTGGTTCTGGTGGGGAGCAGCCCACGCCTCCTCCTCCCAGTACATCGAACTGTTCCGCTACACCGTGGAATATCTTCGAGACACCAAAGAAGTGCACAACTTCCTCTACTCCTACTCGCCGGGCGGCGGCTTCAGCGGTACCAGCGATGTTTTCCTGCGCACGTACCCTGGTGACGCCTTCGTGGACGTGCTCGGGTACGACAACTACGACAGTTCCGGCGGCTCACAACAATGGCTGGATGGGCTCGTAGCGGATTTGGGCATGATCTCGCGCCTCGCAGATGAGCGGGGCAAGGTGGCGGCACTGACGGAAGTTGGTGTTAGCGGAGCCCTCAAGCCGAACGGGCAGAACGCGGATACCGCCTGGTACAGCCATGTGCTGGCAGCACTCAAATCCGACCCCGATGCCCGGCGGATGGCGTGGATGCTGACATGGACCAACTATGGGACCGGCCAGTTCTTCGTGCCCTATCCGGCAACCGGGGAGTTGGCGGAGCACGAAATGCTTCCGGACTTCCAAGCGTTTGCGGCAGATGACTTTACGGTTTTCAGCGGAGGTTTGTCCGCGAGTGAGGTTTGGCAGCGAAAGGTAAAGGCCTCGGATCATGCGCCCGCCCTGCATGTGGTCTCCCCTGTTGATGGAGCCCGGATCACGGAGCTCAGCACAACTGTCCGCGTCCGTGTCAGCGACGCAAAAGCGAAGCACGCCTGGTTCACAGTGGGCGATGACGGGGCCAAGCAGCAACTGGCCTACGATGCTGCTTCCGGATACTTCATTGGCACCCTGGCTGTGCCCGAAGCTGCATTGACTAATACGCGGACCAGCCTCACTGTGACCGCCGAACTCGCCGGGAACGCCCAGCTCACCGCTCGGCAACAAATTGTCCTTGGCGCTAAGCCAGCTGCGGCTCCGGGTGTGGTGGACGACTTTGAAACGTACGCCGATGACAGTGAGCTCCGGGCTACGTACAGCGCAGTGGGGGCCAACTCCATTTCGCTGTCCAACAGCCCTGTGGGAGGCGGAGAACGTTCGTTGCGCTTCGACTACGACTTCAGGCTCCAGAATTACACCGGGATCACCCGCCGGATAGAAGGCGACTGGTCCGGCTTCAACGCTCTTTCCCTGTGGTTGAAGCCGGATGGATCACAGCAGAAACTTGTTCTGCAGCTGGTCTGCGGTGGGGTGGCTTATGAGGCGTATCCATCGCTGAATGGTACGGAAGGCCAAAACATCAGCATCCCCTTTGCCGATTTCCGGCCCGCACCTTGGGACACGGCCAACGCAACACGACGGATAACGGCGGAGGACCTCAAGGATCTCTCCCAGTTCAACATCTTCATCAACCAGGTTCCTGACGGTACGACCACCACAGGAACGATTTACCTGGATGAGCTGAAAGCCGGCTAG MKSSSEFLRRLRTCGLTVLIAALASSTAAPALAALPPSPSSSGAPERVSIVDPQATPRTASLFAYLRSQQGQGILFGHQQDTEFGVTFPAESADGFQSDVKAATGEHPAVFGWDFGHEGYGSAPGSPTPEENFQHTVSLVKAADEIGGIQTFSAHMDNFVTGGAFDDTDGGVVPRIMPGGDKNRAFTDYLDRVARIAKAAVDENGEPIPIVFRPFHENAGSWFWWGAAHASSSQYIELFRYTVEYLRDTKEVHNFLYSYSPGGGFSGTSDVFLRTYPGDAFVDVLGYDNYDSSGGSQQWLDGLVADLGMISRLADERGKVAALTEVGVSGALKPNGQNADTAWYSHVLAALKSDPDARRMAWMLTWTNYGTGQFFVPYPATGELAEHEMLPDFQAFAADDFTVFSGGLSASEVWQRKVKASDHAPALHVVSPVDGARITELSTTVRVRVSDAKAKHAWFTVGDDGAKQQLAYDAASGYFIGTLAVPEAALTNTRTSLTVTAELAGNAQLTARQQIVLGAKPAAAPGVVDDFETYADDSELRATYSAVGANSISLSNSPVGGGERSLRFDYDFRLQNYTGITRRIEGDWSGFNALSLWLKPDGSQQKLVLQLVCGGVAYEAYPSLNGTEGQNISIPFADFRPAPWDTANATRRITAEDLKDLSQFNIFINQVPDGTTTTGTIYLDELKAG PGPT0018725_126 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-MANNOSIDASE,PGPT0018725-manA-K01218 NA NA D3-18_03646 1224 nagC_7 COG1940 N-acetylglucosamine repressor ATGACCGTCCTGCCCTCCTCGTCCATCACACCCACCAGCAGGGCCTTGATCCTTGACCGCGTCAGGGCAGAAGGCCCTGTCAGCCGCGTGCAGTTGGCCGAACGAACCGGCCTGACGCAGGCGTCTATCTCCAACCTGGTCCGCTCTCTTCTGGGTGAAGGTTTGCTTGTAGAGACAGGTGAACGGACCTTCACCGGAGCAAAGGGCAAACCCCGCGTTCTTCTTGGGCTCAATCCCGCAGCGCGCTGCAGCGTAGGTGTCCAGCTCGGCGCGGACTGGATTGTTATTCTCGTGACGGATGCAGCCGGGTCTGTCCTCGCCCGGACACGGATACGCGGCGCCCGATCGAGGAATCCTCAGGAGGTGGTCCAGGACGTAGCCGGCCATGTGAACGTGCTGCTGGGAATGGCGAACCAAGAGCGGGACATTGTGGCGGGTATTGGTCTAGTGGCTCCCGGCGCGTTGGATCTCGACGCCGGTTCCATCCTCTCGTCGCCCAGCATGCCTTTGTGGGAAGGCTTCCCCGTGAGGGAAGCCATGAGGGAGGCTACGGCCCTGCCCACGTTGTTGGACAATGTTGCCACTGCTGCCGCCATGGGCGACTTTTGGAGCGGTGCCATCCCGGACGCCACAGCCCACTGCACCCTTTACATGGGTGCCAGCATCAGCGCCGGGTTGCTCATTTCCGGGTCGCTATATCGTGGCGCCAGCTCGAACGCCGGTCCCCTGGGAAGCGTGCGCTTCCAAGGGGACCGGCGGTCAGGTTTGACGCTGGAAGAAGTGGCTGGACCACGGGCTGTTGCCGAGCGCGCGCGGGAAGCCATATCAGCCGGCAAGACCACCATGCTCAAGCTCTCCAGTGATAACGATCCGTTCAGTGACTTCGCAGTGATTGCAACAGCAGCCGTCCATGGCGATCCGCTGTCAGTGGCCCTCATTGAGGAATCCGCAGAATATGTGGCCGATGCCGTCCTGGCTTTGGTGAACATCCTGGATCTGGATTCGGTGACCTTTGCCGGACCGTCTTTCACCACGGCCGGTTCGTTGTATTTGCCCATAGTTGAACAGCGACTCCGTGAAGAGGCTTTTGCTTCGCTGAAGCACGGCGTCACGGTGCGGTTGGCAACACAGGTAACGGACGCGGCGTCGGTGGGCGCCGCTGCCTTGATGCTTCAACAGAGCATCAACCAGCCGGCGGCCAACCTGCCGGGACAGTACAACTAG MTVLPSSSITPTSRALILDRVRAEGPVSRVQLAERTGLTQASISNLVRSLLGEGLLVETGERTFTGAKGKPRVLLGLNPAARCSVGVQLGADWIVILVTDAAGSVLARTRIRGARSRNPQEVVQDVAGHVNVLLGMANQERDIVAGIGLVAPGALDLDAGSILSSPSMPLWEGFPVREAMREATALPTLLDNVATAAAMGDFWSGAIPDATAHCTLYMGASISAGLLISGSLYRGASSNAGPLGSVRFQGDRRSGLTLEEVAGPRAVAERAREAISAGKTTMLKLSSDNDPFSDFAVIATAAVHGDPLSVALIEESAEYVADAVLALVNILDLDSVTFAGPSFTTAGSLYLPIVEQRLREEAFASLKHGVTVRLATQVTDAASVGAAALMLQQSINQPAANLPGQYN NA NA NA NA NA D3-18_03647 873 cytR_5 COG1609 HTH-type transcriptional repressor CytR ATGGACAATGCCGCATCGACAAGCAATCGGCCACCACGTTTTGGTCTGGCTGTTCAGAGTAAGAACGGACCGCACGGCACCGACCCCTTCTTCGAGGATCTCCTGACAGGCATGGAAGAGGCCCTTGATGTGGAGGGTGCCAGCGTTTTCCTGCGGCAGTTCACCTCCTATCAGGAGGAACTGAAGGCGTATCCTCGGTGGGCCGAAAGTGGAGACGTGGACGCGGTGGTTATTGCGGACTCACAAGAGGACGATTCCAGGGCGCAACTCTGCCTGGAGCTCGGCCTGCCTGTTGTCATCCTGGGTGGCCCACCGGTGGATGGCGCCTCACTGGTGGATGTCGATAATTCCGGCGGCATGGAAATGGCCGTCAACTACCTCTCCGGCCTCGGACATAAGATCATTGGACGCGTCTCCGGGCCGGCGCACCTCCACCACACAAAGTCCCGCAGTGTGGCTTTTGACCAGGCCCTTGAGCGTCGGGGAGTCACAGGGCTGTCAGTAGAAGGTGACTACTCGGCCGCTTCCGGGGATCTGCGAACACGGGAAATCTTGTCTGTTTCCACTCCTCCCACCGCAGTCATTTATGACAACAGCATGATGGCTGTGGCGGGTTTGGGCGCGGCCAAGGACTTGGGATTGGAAGTTCCCCACGATGTTTCCTTGCTGGCATGGGACGACGGGCCAGGTTGCCGGCTCGCCTCCCCTCCCCTGTCTGTCCTCAGCCTGGACGTCCATGAATTGGGGCGAACAGTGGCGGATGTCCTGATGGAGACGTACTCGGGCGCAGTCCAGAGTGTGGTCCACGTCCCCACGGGACGAATCGTGCAACGGGGCAGCACAGCAGACCCCGCGCACGTTCGCAGCATCTAA MDNAASTSNRPPRFGLAVQSKNGPHGTDPFFEDLLTGMEEALDVEGASVFLRQFTSYQEELKAYPRWAESGDVDAVVIADSQEDDSRAQLCLELGLPVVILGGPPVDGASLVDVDNSGGMEMAVNYLSGLGHKIIGRVSGPAHLHHTKSRSVAFDQALERRGVTGLSVEGDYSAASGDLRTREILSVSTPPTAVIYDNSMMAVAGLGAAKDLGLEVPHDVSLLAWDDGPGCRLASPPLSVLSLDVHELGRTVADVLMETYSGAVQSVVHVPTGRIVQRGSTADPAHVRSI NA NA NA NA NA D3-18_03648 2172 rafA_2 Alpha-galactosidase ATGACCCAGTCCCTACACCCCTCACCCTCCATCCAGCAGGTACAGCCGTTCACGGTGCTGCGCCGCGACGGCGTGAGCATCGTCCTGCGGCACCTGTCCGCGGGCCTGCCTTCAGTCCTTCACTGGGGCGCCGACGTCGGGCCCTTGGAGCACGACGATCTCCAAGCGATGGTCCTCGCCAGTGGCCGCCAAACGGCGCCCGGAACGCTCGACGCCGCATGGCAGCTCAGCATCCTTCCCCAAGAAGGTGACGGCTGGGCAGGCCGGCCCGGGCTGGTGGTGACCCGGGAAGGAGCACCGGTCTTCCCGCGATGGGCCGTTAAGGACGTCACGGCCAACGAGTACGCGGCGAGCATCACTGCTTCTGACGAAGGCAACGGGCTGGAAATCCACGCCGAGCTTGTACTCACGCCTGGCGGAGTCCTCACGGTGATGCACCGCGTGATCAATACAGGAACAACTCCGTTGGACGTCCATTGGGTGGAAGCGACCATGCCCCTCCCGAAGACTGCCGACCACCTGACGTCATTTTCGGGGCGGTGGACCAGGGAGAAAGCTCCCTTCACCACGGAAATGCCGCGAGGCGCAGTCAGCCGCGAAACACGGCGCGGCAGGGGCGGACACGATGCCCCCCACCTGGAAATCGCAAGCATCGGCAAGCCCGGGAACCGGAGCGGCGAAATGTGGGCCGTCCATCTGGGATGGAGCGCCGACTGCACGTACCGCACTGACCGGATGACTGACGCAGTGACGCTTTTGGGAGCCGGCGAGCTCCTGCGGACCGGTGAGATCAGGCTGTCCCCCGGTGAAAGTTACAGCACTCCCAAGGCCTGGTTCGCGTGGTCCGATGAGGGGCTCGACGGTCTGTCGGCCCGGTTCCATCAAGCATTGCGCTCGCGGGATCAACACCCCCGCAGTACCAGGCCTTTGGTGCTCAACACCTGGGAAGCCGTCTACTTTGACCATGACCCGGCGACTCTGATGCGCTTGGCAGAACGTGCTGCTGAGGTGGGAGTTGAGCGTTTCGTCCTGGATGACGGCTGGTTCATGGCTCGCCGTGACGACACCAAAGGGCTGGGGGACTGGACCATAGATCCTGCCGTGTGGCCACAGGGGCTGGGTCCTTTGGCGCAACGCGTCCACGATCTAGGCATGCAGTTCGGCCTGTGGTTCGAACCTGAAATGGTGAACCTGGACTCCCACCTTGCCCGGGCGCACCCCGAGTGGCTGCTGCACAATCCGGACCACGTTTGGGCGTCCCCTGACGAACTGTCCTGGCGGACCCAGTACGTACTGGACCTGGCCAATGCGGGCGCCTATGAGCACGTCCGGAACCAGATGAGCACACTCATCGAGGACCTGGGCATCGACTTCATCAAATGGGACCACAACCGCGATCTGGTGGAATCCGTGCATTCCGGAGTGCCCGGCATCCACGGACATACCCTCGCTACGTACCGGTTGATTCGTGAACTCAAGGAAAGCCACCCGGGACTGGAAATCGAGTCATGCTCCAGCGGAGGAGCCAGGACGGACCTGGGGATACTCGAGTTTGCGGACAGGGTGTGGGCATCCGATTCCAACGATGCCGTGGAACGGCAGGACATTCAGCGATGGACACAACTGTTGCTGCCCCCCGAGATGGTGGGAGGTCATGTGGGGCCAACGACGTCGCACAGTTCAGGCCGCACCCTGGAATTGTCGTACAGGGCTGCCACCAGCCTGATGGGATCCGCCGGCTTCGAGTGGAACCTGTTGGAATGCACCCCTGACGAACTGGAAACAGTGCGCGCTTTTAGTGCCTTGTACAAAGAGCTCCGTCACGTCCTGCACACCGGAGTTTCAGTGCATGCAGATGTCCTTGATCCGGCCTTGCGGGTGACGGGGGCCGTACTCCCGGACCAGAGCGAGGGTGTCTGGACCATCGCGTCGGTTGCCACCTTGGAGGATGCCCTTCCGGAGCGGATCAGGCTTCACGGCTTGGATGCGTCCCGGCGTTACCGTGTGAGGGTGAGGAAGGAACTCGGCGAGGCCCGCCATGGGTGGATCACTCCGCCGTGGGTTTCTGCCGGTGAGATCACTCTTCCCGGGAGTGTCCTGGTCCGGGATGGCCTGCAGATTCCGCTGTTGTGGCCGGCCCAGGCGCTGGTGCTGCATGTCCAAGGTGTGTAG MTQSLHPSPSIQQVQPFTVLRRDGVSIVLRHLSAGLPSVLHWGADVGPLEHDDLQAMVLASGRQTAPGTLDAAWQLSILPQEGDGWAGRPGLVVTREGAPVFPRWAVKDVTANEYAASITASDEGNGLEIHAELVLTPGGVLTVMHRVINTGTTPLDVHWVEATMPLPKTADHLTSFSGRWTREKAPFTTEMPRGAVSRETRRGRGGHDAPHLEIASIGKPGNRSGEMWAVHLGWSADCTYRTDRMTDAVTLLGAGELLRTGEIRLSPGESYSTPKAWFAWSDEGLDGLSARFHQALRSRDQHPRSTRPLVLNTWEAVYFDHDPATLMRLAERAAEVGVERFVLDDGWFMARRDDTKGLGDWTIDPAVWPQGLGPLAQRVHDLGMQFGLWFEPEMVNLDSHLARAHPEWLLHNPDHVWASPDELSWRTQYVLDLANAGAYEHVRNQMSTLIEDLGIDFIKWDHNRDLVESVHSGVPGIHGHTLATYRLIRELKESHPGLEIESCSSGGARTDLGILEFADRVWASDSNDAVERQDIQRWTQLLLPPEMVGGHVGPTTSHSSGRTLELSYRAATSLMGSAGFEWNLLECTPDELETVRAFSALYKELRHVLHTGVSVHADVLDPALRVTGAVLPDQSEGVWTIASVATLEDALPERIRLHGLDASRRYRVRVRKELGEARHGWITPPWVSAGEITLPGSVLVRDGLQIPLLWPAQALVLHVQGV PGPT0018835_1227 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSIDASE,PGPT0018835-rafA|galA-K07407 NA NA D3-18_03649 1272 nagC_8 COG1940 N-acetylglucosamine repressor GTGACCACCATCACGACGCATCCACCTCCGGCCGCCTCAACCAAGGCAAAGCTGCTGGACATCATGCGCACCCGCGGAACCGTCAGCAGGGTGGAACTTGTAGGCGCTACCGGGCTGACGCCGGGGACCATCACCAACGTGATCCGGGAACTGCTCGACGACGGACTGGTTCAGGAAGCCGGGCAAGCGCGCTCCACCGGGGGACAGCCGCGGCGGCTCCTCCGGCTCCGTGGCCAAGCCCACTACGCGGTGGGAGTTCAGATGGACCGATGCACGAGTTCGGTGGTCCTGGCCGACTTCACCGGTCGCTTGGTTTCGCAGCAGACTCTTCAAGGCTCGGGGAGCCATGCTCCGGGGGAGATGCTGGAGATCCTCTCGGCCCGGATCCACAGCCTGCTTGAGGACGAGGAAGTGCCGTTCGAGAGTGTTCTTGGCATCAGCCTGGTCACACATGGACCGCAGAACCGTGTTGAAGGAACTCTCCTGGCACCACGTCCTACTCCCCAGTGGTACGGCTATCCGTTGGTGCCCGCGCTGTCACGGCTGACCGGGCTGCCGGTCATTCTTGAGAACGATGCCACCGCCGCGGCCATGGGTGAGCAATGGTTAGGGGACGTCTCCGCAGAGTCCTTCGGAGTGATCTACATGGCGAGTGGCCTCGGTGGCGGGGCTGTGGTGAACAAGGAGGTTTACCGCGGCGGAGGTTCCAACACTGTTGAAATCGGACACATCACCCTCGACGCTTCCGGACCGCCCTGCGAATGCGGCAACAGGGGTTGTGTGGAGAACATTTGCGGTACTGCTGCAGTTGTAGCCCGCGCCGTCCGGGATGTTCCGCTTCGCGACAGGCTGGGCCTCAAAGACAACCGGGCGGAAACGCTGAACGACTTTGACCGTATTTCGTCCGCCGCAGTGGGCGGGGACCTTGACGCCCGACTCCTGCTGGAGGACGCGGCCCGCGGCCTCGGACAAGCCGCGGTAACCCTGGTGAACCTCTTCGACCTCAGCACCGTGGTGCTGGCAGGCCCGGCCTTCTCCACCGCCGGCACGCTTCTCCGGGATCACATCTCCGCCACGGTCAACGCCGCCGCTTTCAACCGTGAACTGCAACCCATCAACGTGGTCCTGTCCTCGCACGGTTCGCTTGCCGCAGCGATCGGAGGGTCATTACAGGTACTCCGCACCGTCGGCGACACCAAAGACCGAAGAACCGTTCCGCCGTCGTTCCTTACTCGACCAAACCAGCCACAGTTCGCCAGCCTCAACCCCTGA MTTITTHPPPAASTKAKLLDIMRTRGTVSRVELVGATGLTPGTITNVIRELLDDGLVQEAGQARSTGGQPRRLLRLRGQAHYAVGVQMDRCTSSVVLADFTGRLVSQQTLQGSGSHAPGEMLEILSARIHSLLEDEEVPFESVLGISLVTHGPQNRVEGTLLAPRPTPQWYGYPLVPALSRLTGLPVILENDATAAAMGEQWLGDVSAESFGVIYMASGLGGGAVVNKEVYRGGGSNTVEIGHITLDASGPPCECGNRGCVENICGTAAVVARAVRDVPLRDRLGLKDNRAETLNDFDRISSAAVGGDLDARLLLEDAARGLGQAAVTLVNLFDLSTVVLAGPAFSTAGTLLRDHISATVNAAAFNRELQPINVVLSSHGSLAAAIGGSLQVLRTVGDTKDRRTVPPSFLTRPNQPQFASLNP NA NA NA NA NA D3-18_03650 1701 appA Oligopeptide-binding protein AppA ATGCTCCTCACCTCTCGAAACCGGGCTGCCACCTTCCGGCGCAGCACGCTTGCTTTGGCCGCCGGCGCAACCGCACTCGGCCTTCTCCTCAGTGGTTGCTCAGGCGGCGGAACCACCGCGGCAAACGACTCAACACTGATCGCCTACACCGGCCAAGCCGGCGACTACCAGATCAACTTCAACCCCTTCTCCCCGTCCCAAGTGGCCGGGCCGGGAGCCATCTTCGAGCCGCTCTTTTACCAGAACAAGGCATCAGCAGACGCCAAGCCCGAGCCACTCCTGGGAACGGAATTTGCTTGGAACGCCGCGGGTACGCAGCTATCGGTCACCCTGCGGGAGGGCGTCAAGTGGAGCGATGGCGAAGCTTTCACAGCAGATGACGTAGCTTTCACCTTCAACCTCCTCAAGCAGCACCCTGCACTGAACAGCTTGGGTTTCAAGGGCACCGTGAACGTGGTGGACCAGAACCACATAACGTTCGTTTGGGACACGCCGGCCTTCGTCACCGGACCGGATATCCTTACCCAGGCCGTGATCGTCCCCGAACACATCTGGTCCAAGATCAACCCCGAAACCGACGTCGTGGAAAAGCCGGTGGGGACGGGCGCGTACCAACTGGCGGATTTCAAGCCCCAGGCATTCACCCTCAAGGCCAACCCCACTTACTGGGGTGGGGAACCCGCCGTCAAGAACGTCCGGTACATTGCGCTCTCGGGCAACACCGCCGGCGCCGACGCCATTGCCTCGGGCACTATCGACTGGCAGACGGGTCCCGTTCCGGACATCCAAAACGTGTCCAAGAATTTCCCTAAGTATGAAAAGCAAACAGTCGCCCAGAGCCAGCAGGTCCTGGCTGCCTGCGCCAACGTCCAGCTCGGCTGCACGGGGCCGCAAACGGACCCGGCCGTCCGCAAGGCCCTCTACCTGGCCATCGACCGGACCCAGCTCAACAAGCTGGCCTACGAAAACACGGCCTCACCTATCTCGCCGTCCTTCGCCCTGACAGATACGCAGTCTGAATGGATCTCGACGGCGGTCAAGCCTGCCATCGCGCCGGAAACGGCGGATGCCTCGTCCGCGCAGAAGACCCTGGAGGCAGCCGGCTGGGCCAAGGGCAGCGACGGAATCTACGCCAAGGACGGCCAGAAACTGACTCTGACCGTTGAAGTTGTCACCGGCTGGACCGACTACATCACGGCAATTCAAACCATTTCAGAGCAGGCCAAGGCGGCAGGAATCGACGTTCAGGCTTCACAGTCTTCTTGGAACGAGTGGACTGACAAGCGAACCAAGGGCAAGTTCCAGTTGGCCATCGATTCGCTTTACCAAGGGCCGGCCGCGGATCCGTATTACGTCTACAACTACTTCTTCTCCTCCGCCACCTCCGCACCCGTGGGGCAGTCGGCAGGAACCAACTACTCGCGCTACTCCAACCCCACCGTTGACGCAGCCCTGGAAACAGTCAAGAACCTCCCGTTCGACAACAAGGCAGAACGGCAGCAGCAATTCGACATCATCCAGTCGGCCATCGTTGAGGACATGCCCTACATCCCTGTTGTCACCGGCGGCACCACGAGTATTTGGAACAAGGCAAAGTTCAGTGGGTGGCCGAGCGAGGACAACATGTACGCCTTCCCTGCTGTGTGGTCCCGTCTGGACGCAGCGCAGGTCTTCAAGTCACTCAAGCCTGCCGAAGGCTAA MLLTSRNRAATFRRSTLALAAGATALGLLLSGCSGGGTTAANDSTLIAYTGQAGDYQINFNPFSPSQVAGPGAIFEPLFYQNKASADAKPEPLLGTEFAWNAAGTQLSVTLREGVKWSDGEAFTADDVAFTFNLLKQHPALNSLGFKGTVNVVDQNHITFVWDTPAFVTGPDILTQAVIVPEHIWSKINPETDVVEKPVGTGAYQLADFKPQAFTLKANPTYWGGEPAVKNVRYIALSGNTAGADAIASGTIDWQTGPVPDIQNVSKNFPKYEKQTVAQSQQVLAACANVQLGCTGPQTDPAVRKALYLAIDRTQLNKLAYENTASPISPSFALTDTQSEWISTAVKPAIAPETADASSAQKTLEAAGWAKGSDGIYAKDGQKLTLTVEVVTGWTDYITAIQTISEQAKAAGIDVQASQSSWNEWTDKRTKGKFQLAIDSLYQGPAADPYYVYNYFFSSATSAPVGQSAGTNYSRYSNPTVDAALETVKNLPFDNKAERQQQFDIIQSAIVEDMPYIPVVTGGTTSIWNKAKFSGWPSEDNMYAFPAVWSRLDAAQVFKSLKPAEG PGPT0004430_5441 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 D3-18_03651 990 dppB_5 COG0601 Dipeptide transport system permease protein DppB GTGAACTACGTCATCCGAAAACTGGGCTTCTACGCCGCTGCCCTGTGGGCGGCGCTGACCCTGAACTTCATCATTCCCAGGCTGCTGCCCGGAAACCCCGTGGACATCCTGCTGGCAAAGCTCCAGCAGCGGGGAGGCAGCATCACCGAAGAAACCCGAAAGTCCTACGCCATCCTCCTGGGCGGCGACGACACCCAGCCCATCCTTGCCCAGTACTGGACCTACCTGGTCAACATCTTCCAAGGTGACCTCGGCGTATCCATCAGCTACTTCCCCGCCAAGGTTACTGATGTGATCGGAGCATCGATGCCCTGGACCGTGATCCTGGTGGGCGTTTCCACCATCATCGCGGCCCTCTTGGGAATCCTGCTCGGAGCTTTGGTTGGCTGGAAGCCAGGCACGTGGTTGGACTCGCTGGTTCCGGCCACCACGCTCCTTGCAGCTGTTCCATACTTCTGGTTGGCCCTGGTCCTGGTGTACATCCTGTCCCGTGGGCTGGGACTGTTCCCCGGGCAGGGTGGCTACAACGTGGTCCTGGACCCCGGCTTCAACGGCCCCTTCATCCTGTCAGCCATAGAACACGCCATCCTCCCGGCACTCACCATCGTCATCGCGTCCCTCGGTGGATGGCTGCTGGGAATGCGCAACATGATGGTCTCCACGTTGTCCGAGGATTACGTCCTTACGGCGCGGGCCAAAGGGCTTCCGGATCGCTGGATCCTCCGTAACTATGCTGCACGCAACGCAGTCCTCCCCTCCGTAGCCGGCTTTGCCATCTCGTTGGGGTTCGTCGTCTCGGGCTCCGTGGTGACCGAACAGGTGTTTTCGTACCCGGGAATCGGATCACGGCTGCTGGCAGCAGTAACCAACAACGATTACGCACTCATGCAGGGCGTGTTCCTCTACATCACCATCGCTGTCCTGGCAGCGAACCTCCTGGTCGACCTCCTCTACAGCCTGGTCGATCCCCGCACACGGGCCAGGGGCTAA MNYVIRKLGFYAAALWAALTLNFIIPRLLPGNPVDILLAKLQQRGGSITEETRKSYAILLGGDDTQPILAQYWTYLVNIFQGDLGVSISYFPAKVTDVIGASMPWTVILVGVSTIIAALLGILLGALVGWKPGTWLDSLVPATTLLAAVPYFWLALVLVYILSRGLGLFPGQGGYNVVLDPGFNGPFILSAIEHAILPALTIVIASLGGWLLGMRNMMVSTLSEDYVLTARAKGLPDRWILRNYAARNAVLPSVAGFAISLGFVVSGSVVTEQVFSYPGIGSRLLAAVTNNDYALMQGVFLYITIAVLAANLLVDLLYSLVDPRTRARG PGPT0004445_4958 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 D3-18_03652 996 dppC_2 COG1173 Dipeptide transport system permease protein DppC ATGACCAACATTCAATCCATGACAGGGCAGGCCCCAGCCAGTCCAACAGAGGAACTCGCAACCATTTCCCGCGGCCGGGGCCAGCGACCCAAGCCGGCTTGGCGGCTCATGCTCCCCACCCCGACGCCTTGGCTGATCACGGGTCTCATACTGATCGGGTCCATCATAATTTTCGGAGCCATCGGTCCGTTGCTGGTGGGTGACCCCGCAGCCATCAGCAACGTGGGGCTCAGCGGCCCCTCGGCTGAACACTGGCTGGGCACCACTCAAACCGGCCAGGATGTCCTTGCCCAACTTGCCCACGCAACCCGCGGTTCACTGCAGATCGGTTTCCTGGTGGGCGTTCTTGCCACCGTCCTGTCAGCGTTCTTCGGTATCTATGGCGCCTACATCGGTGGCTTCGCCGATGAAGTGTTTTCGCTGCTCTCCAACGTGTTCCTGGTGATCCCCGGCCTCCCGCTGGTCATCGTCATTTCCGGCTTTGTTCCCCGCGAAAGCCGAGGGCTCTGGACCATTGCCGTGGTGCTGGCGTTGACCAGTTGGGCAGCGTCGGCCCGCGTGCTGCGGGCGCAAACACTGTCCGTGCGGAACAGGGACTATGTTGCGGCTTCCCGGGTGTCCGGCGAGCGCGCCTGGCGGGTCATCGCCGTCGAGATCCTCCCGAATCTCCTGCCGGTGCTGGCTTCCCAGTTCGTGTTCGCGGTGATTGCCGCGATCCTTGGCGAAGCCGGATTGTCCTTCCTGGGACTGGGCGCATCCAGCTCCTCCACTCTCGGAACCATGCTGTTCTACGCGCAGAACGGCTTCGCCCTGCCGCTGGGAGCGTGGTGGTGGTTCCTGCCGCCGGGCCTGATGATCGCTTTGTTCGGCATGGGACTCTCGCTGATCAACTTCTCCATTGACGAGATCATCAATCCGAAGCTCAAGAACGCCCGCTTGGTCCGTAAACGCGCACGCCAAGCGGCCCGGCTCCAGAAGAAAGCAGTGACGTCATGA MTNIQSMTGQAPASPTEELATISRGRGQRPKPAWRLMLPTPTPWLITGLILIGSIIIFGAIGPLLVGDPAAISNVGLSGPSAEHWLGTTQTGQDVLAQLAHATRGSLQIGFLVGVLATVLSAFFGIYGAYIGGFADEVFSLLSNVFLVIPGLPLVIVISGFVPRESRGLWTIAVVLALTSWAASARVLRAQTLSVRNRDYVAASRVSGERAWRVIAVEILPNLLPVLASQFVFAVIAAILGEAGLSFLGLGASSSSTLGTMLFYAQNGFALPLGAWWWFLPPGLMIALFGMGLSLINFSIDEIINPKLKNARLVRKRARQAARLQKKAVTS PGPT0004450_2677 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 D3-18_03653 936 oppD_2 COG0444 Oligopeptide transport ATP-binding protein OppD ATGAGCGCAGATCTCTCCCTGGACCACGCACCCGAACTGACGTCCCACGAGCCTGTCCTGACGGTTAGGGACCTGAGTGTCGTGTATGAGACGGAGCATCCTGTGCCTGCGGTCAAGAACGCAAACTTCCAGCTTGGCCGCGGCGAGATCCTGGGCCTTGCTGGGGAATCGGGCTGCGGAAAAACCACTCTGGCCTATGCCATCAACCGCCTGCATCAGCCGCCGGCCCGCATTTCGGCCGGCCAGGTAACCTTCCACGATCGCGACGGCCAGGACATCGACCTCCTTGCCTTGGAGGACGAGGCCCTCCGCCGCTTCCGCTGGTCCAAGCTGTCCATGGTCTTCCAAGGTGCCATGAACGCCCTGAACCCAGTCCGCACTATTGGCGATCAATTGGATGACACCTTGCGGGCGCATAACCAAGACCTCCGGAAGGCAGCCCGCCAAGACCGGTGCGCAGAGGTCCTCACGCTTGTAGGTGTAGACCCCAAGCGCCTGCGTTCATACCCGCATGAGCTGTCAGGTGGAATGCGCCAACGGGTGATGATCGCCATGGCCATGCTGCTGGAACCACAGGTCATGATCATGGACGAACCCACCACAGCCCTTGACGTGGTGGTTCAGCGGGACATCCTCCGGGAAATCGTGCGGCTGAAGGAAGAACTAAACTTTGCCGTCATCTTCATCACCCATGACCTTCCGTTGCTCTTGGAAATCAGTGACCGAATCGCAGTGATGCTTCGGGGAGAAATTGTGGAACTGGACACGGCCGAGGCCCTTTACCGTTCCGCCTCCCACCCTTACACGCGCAAGCTGCTCGCCTCATTTCCCAGCCTTAGCGGTGGCAGAGGAGCATTTATCCGTTCCGGCGACGACGCAGACTTTGATCGGGACAACGGCTTCCGCGAGGACCACGACTTTGAGGAGCAGCCATGA MSADLSLDHAPELTSHEPVLTVRDLSVVYETEHPVPAVKNANFQLGRGEILGLAGESGCGKTTLAYAINRLHQPPARISAGQVTFHDRDGQDIDLLALEDEALRRFRWSKLSMVFQGAMNALNPVRTIGDQLDDTLRAHNQDLRKAARQDRCAEVLTLVGVDPKRLRSYPHELSGGMRQRVMIAMAMLLEPQVMIMDEPTTALDVVVQRDILREIVRLKEELNFAVIFITHDLPLLLEISDRIAVMLRGEIVELDTAEALYRSASHPYTRKLLASFPSLSGGRGAFIRSGDDADFDRDNGFREDHDFEEQP PGPT0004435_12721 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 D3-18_03654 915 gsiA_5 COG1123 Glutathione import ATP-binding protein GsiA ATGACGTCTGTCTCGGTGACCAACCTGACCAAGGACTACGCACTGCGGGAAGGCATCCGACGGCGGAACCTGAGGGCGGTGGATCGCGTCAGCTTCGATCTGTTGCCGGGCAAAACGGTGGCCCTCGTAGGAGAATCAGGATCGGGTAAGTCAACAATCGCCAAGCTGCTCACAAAGATGGAGAAACCGTCCTCCGGGACCGTCTCCGTGCAGCTGGACGACAAGACGCCGGTACTTGGATCGGTCTATCGCCGGCATGTTCAGATGGTGTTCCAGGACCCGTTTGCGTCGTTGAATCCGTTCCATTCGATCGAGCACCATATTGCCCGCCCGCTGAGGATCCACGGCAGGACGCGGACGGCCGCCGAAACGCATCACCGTGTCCTGGAAATGCTGGAACGCGTCAATCTGACCCCTGCGGAGGTCATTGCCGCCAAGCGTCCCCATGAGCTTTCAGGAGGACAACGCCAACGCGTCGCCATCGCCCGGGCGCTGGCCCCGGGGGCCCAAGTGCTGATAGCCGATGAGCCGGTTTCCATGCTGGACGTGTCCATCCGTTTGGGCGTATTGAATCTCCTGGGCAGGCTGCAGCGGGAGGACAATCTTGCCGTTCTCTACATCACGCATGACCTTGCCACCGCCCGGCACTTCTCCGACGAAATCCTGGTCCTTTACCGGGGAAGAGTGGTGGAGCGTGGGCCATCGGATGATGTCATCCTCAATCCGCAACACCCCTATACCCAGCTTTTGGCCCAGGCTGCCCCTGATCCGGAACGACTCGGGAAGGTGGCCGCCAGCGAGCTTCCCCCGGATCGCGACGCCATAGACAACACTGTGTGCTTCAACCACTTCAGCAATCGGTGGGTGCACATGGATGAAATCAGCGCAGACCTTTCAACTCTCGAACACCGCTAG MTSVSVTNLTKDYALREGIRRRNLRAVDRVSFDLLPGKTVALVGESGSGKSTIAKLLTKMEKPSSGTVSVQLDDKTPVLGSVYRRHVQMVFQDPFASLNPFHSIEHHIARPLRIHGRTRTAAETHHRVLEMLERVNLTPAEVIAAKRPHELSGGQRQRVAIARALAPGAQVLIADEPVSMLDVSIRLGVLNLLGRLQREDNLAVLYITHDLATARHFSDEILVLYRGRVVERGPSDDVILNPQHPYTQLLAQAAPDPERLGKVAASELPPDRDAIDNTVCFNHFSNRWVHMDEISADLSTLEHR PGPT0004440_8223 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 D3-18_03655 2547 hypothetical protein ATGATCTCCACACCTTTGAACGCAGGATGGACCGTATCGCCCATTGCCGGCCCGGTACCCGCCAAAATTCCGGCACGCATCCCGGCCGAAGTCCCCGGTTCAGCACACACTGACCTGCTCCGTGCCGGGCTCATCCCGGATCCCTATTTGGATGACAACGAAAAGAAGCTGCAGTGGATGCACCACGTCGACTGGCGCTACGAACTCCCCCTGACGCTGCCTGTTCCGGCTCCGGAAGAACGCGTTGACCTGGTCTTCGACGGCGTGGACACCGTCAGCAGCATTGCCCTGGGGATGCACGAGCTGGGACGCACGGCCAACATGCACCGTTCCTACAGGTTCGATTGCCGCGCGGCCGCCGATGGCACCCTCCTCGATGGCAATCAGCAAACGCTTTCGGTCACCCTGCGATCAGCCACTGCCTATGCCGAGGAACTCCGATCCCGCCTGGGTGATCGGCCGAGCGCTTACCACCCGGTGCCTTTCAACTTCGTCAGGAAAATGGCGTGCAGCTTCGGCTGGGACTGGGGCCCGGACCTGCGGACGGCAGGGTTGTGGAAGGAAGCCAGGATCGAGCGGTGGTCCGTGGCGCGGCTCGCCCAGGTCACTCCGTTGGTGACGGTCACCGCCGAGGGCACCGGGCACGTGGAGCTTCGAATTTCTGTTGAGCGTTCGGGCTTGGGCCAAGCAGGCCCACTCACCTTGGCTGCCACCGTGCTGGGGCAGGCAGTCACAGCGCAGCTCCCTGCTGATAGTGACGCAACGGTCATTACCTTGGACGTGCCCAACGCTCCGCTATGGTGGCCTGCCGGTTACGGCGAGCAGCCGCTGGCGTCCCTGCAGCTCATCCTGCAAGGACCCGACGGCGAAGAACTGGATGCCTGGGAACGGCGGACCGGTTTCCGCACAGTGCAGGTGGACACCAAGGAGGACGACAACGGAACGGCGTTCACGCTCCTGGTCAACGGGCAAGCTGTTTTTGTTAAGGGCGCCAATTGGATCCCGGATGACCACTTGCTGACGCGGATCACCCGCGACCGGATCAACCGCCGGCTGGATCAGGCCCTCGGCGCCAACATGAACCTCCTGCGCGTATGGGGTGGAGGCATCTACGAAACCGAGGACTTCTACTCGGCATGTGATGAGCGCGGAATCCTGGTGTGGCAGGACTTCCTGCTTGCCTGCGCCGCCTACCCCGAAGAGTCACCGCTCTGGGAGGAGATCGAGGCTGAGGCACGTGAAAACGTTGTGCGGCTCGCTCCCCACCCCTCCTTGGTGATCTGGAATGGCGGGAACGAGAACGTGTGGGGACACGAGGACTGGGGTTGGAAGGAAGATCTGGCAGGCCGCAGCTGGGGTGCCGGCTATGCCCACGAACTCCTTAGTGCCATAGTGGCCGAACTCGATCCCACACGCCCCTACTGCGATAACAGCCCCTATTCCCCCGGTCGCAAAGCGGAGGACGTCCACCCGAACCATCCGGACCACGGAACTCATCACCAGTGGGAAGTCTGGAACAGGATTGACTACTCCCAGTACCGAAGCGAAGTGCCCAGGTTCTGTTCGGAATTCGGCTTCCAGGGTCCGCCAACCTGGCGCACACTGAGCGACTTTGTGCACGCGAACGACGGCGGACCGCTGGCTGACGCTGTAGACCCCAAGGAAGACCCGGTCTTCCTGGTGCACCAAAAAGCTGATGACGGAAACGGCAAGCTCGACCGCGGCCTCGCCCCTCATCTAGGCATCCCTACTGACTTCCAGGACTGGCACTGGGCTACCCAGCTCAATCAGGCCCGGGCGGTCCGTTACGCGATCGAGCACTACCGCTCCTGGTGGCCCCGCACCGCCGGTGCAATCGTATGGCAGCTCAACGACTGTTGGCCCGTGACCTCGTGGGCAGCCGTGGACTCCGAGGAACGACCCAAGCCGCTCTGGCACGCCCTCCGCCTTGCCTACGCGCCGCGGATCATTTCCCTTGGTGACCGGGACGGGCAGCTGTCGGTGTCATTGGTGAACGACACGGAGCAGCCCTGGGCCGGACCGCTTACCTTCTCCTTGCAGACTCTTGAAGGCGAGGTCCGGAACCACCACGAAGAACAGATCGAGGTCCCCGCCCGCGGTGTCCTCACCTTGCCGGTTGGGCAGGCACTCCAGACACCGCAGGACCCGTCCAACGAAGCGTTGATCGTGGGCATGGGGACAGAACTGACCGTTCACACTTTCGTGGAGGACATCGACCTGCAACTCAACCCTGCCCCGTTGGACGCCTCGGCCAACGCCGTGGCCGGTGGTTATGAAGTCACCGTGAAGGCTCACTCGCTGGTCCGCGACATCACCGTCCACGTAGACCGCGTGGATCCGGCGGCCAGCATTGATCACGCCCTGGTCAGTTTGCCTGCGGGAGCGGAATGGACCTTCAAGGTAAGTTCCGACGTCGAAGGTTTGGACCCGGCAGAGTTCATCTCCCCGGCAGTGCTGCGGACGGCCAACGATTTGCGGGCCGTACCCACCCAGGTTCTCGCCTCAACTGTTTCAACCACCGCATAG MISTPLNAGWTVSPIAGPVPAKIPARIPAEVPGSAHTDLLRAGLIPDPYLDDNEKKLQWMHHVDWRYELPLTLPVPAPEERVDLVFDGVDTVSSIALGMHELGRTANMHRSYRFDCRAAADGTLLDGNQQTLSVTLRSATAYAEELRSRLGDRPSAYHPVPFNFVRKMACSFGWDWGPDLRTAGLWKEARIERWSVARLAQVTPLVTVTAEGTGHVELRISVERSGLGQAGPLTLAATVLGQAVTAQLPADSDATVITLDVPNAPLWWPAGYGEQPLASLQLILQGPDGEELDAWERRTGFRTVQVDTKEDDNGTAFTLLVNGQAVFVKGANWIPDDHLLTRITRDRINRRLDQALGANMNLLRVWGGGIYETEDFYSACDERGILVWQDFLLACAAYPEESPLWEEIEAEARENVVRLAPHPSLVIWNGGNENVWGHEDWGWKEDLAGRSWGAGYAHELLSAIVAELDPTRPYCDNSPYSPGRKAEDVHPNHPDHGTHHQWEVWNRIDYSQYRSEVPRFCSEFGFQGPPTWRTLSDFVHANDGGPLADAVDPKEDPVFLVHQKADDGNGKLDRGLAPHLGIPTDFQDWHWATQLNQARAVRYAIEHYRSWWPRTAGAIVWQLNDCWPVTSWAAVDSEERPKPLWHALRLAYAPRIISLGDRDGQLSVSLVNDTEQPWAGPLTFSLQTLEGEVRNHHEEQIEVPARGVLTLPVGQALQTPQDPSNEALIVGMGTELTVHTFVEDIDLQLNPAPLDASANAVAGGYEVTVKAHSLVRDITVHVDRVDPAASIDHALVSLPAGAEWTFKVSSDVEGLDPAEFISPAVLRTANDLRAVPTQVLASTVSTTA PGPT0018765_772 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-MANNOSIDASE,PGPT0018765-manB-K01192 NA NA D3-18_03656 486 hypothetical protein ATGACACATCAATTCAGGGCAGAACTCACAACGGGCGCCCGCAACCGGGCACTCAGCTCCGGATGGCACATGCGCCTCGTTGAGGGACCAGCGCCCCGCGGTGTATCGGGGCAATTGATCCCTGCGTCGCGGCCTGGGGCCATCTCCCAGGACCTCACATCCGTGGGGCTCCTGTCCGGGGCAGCTGAGTCGGGAGCTTCCGGGTCGGTTCAATCTGCGGATTGGGTGGCGCGCTGTGGATGGGAATACAGCGTGGACTTCCCCTGGCGTTCGTCAGGGGAAGGCAGGGCCAAGCTGATCTTCCACGGCCTTGCCCCTACTGCTTCGGCAAGCATCAACGGTCATGCCCTGCAGCCCGGCCCCGGCCAGGAACCGGCATTCCACGACGTTGGCGCATTGCTCCTGAACGGCATCAATACCCTCAAAATCACCCTCACTCCGGAAGCTCCGCCCGTGCCCGCGGGTGTGAACACCCCCACCAGCTGA MTHQFRAELTTGARNRALSSGWHMRLVEGPAPRGVSGQLIPASRPGAISQDLTSVGLLSGAAESGASGSVQSADWVARCGWEYSVDFPWRSSGEGRAKLIFHGLAPTASASINGHALQPGPGQEPAFHDVGALLLNGINTLKITLTPEAPPVPAGVNTPTS NA NA NA NA NA D3-18_03657 942 hypothetical protein GTGATCTCTCCTTCCACCGTCGTCGCCATTGACGGCGGTCAGTCTTCCATCCGCGCCAGGCTCCTGGCCGGGACAATCACCGAGTTGGAGCGGGAATTTCCGCCGCTCCTTACCAGCGCACCGCTCATGCCCCAGCTCGAACGCGTTATCCGCTCGGTCCTCACCAACCAACCGCGACAACGAGTACACGTTGCCGCGGCGCTTTCCGGGCTCACTCCGGATAACGCCGACGCCGTGGGAGTCTTACGGGCCTGCGAAGATCTAGGCGTCACGGCGATCCGCTTGGCACACGACTCCATCTCGGGTTACCTCGGCTGCCTCGGCGGGCGCGGTGGAGCAGCGTTGGCTGCTGGCACCGGCGTCGTGACCCTCGCTACCGGCCCGGCCGGGTACTCGCGTGTGGACGGCTGGGGGAACATCATGGGCGACGCCGGAAGCGGGTACTGGATCGGTCGGGTCGGCCTGGACGCCGCCATGCGGGCACATGACGGCCGTGGCCGTCGCACCGCGATCCTGGACATCCTTCGCCGTGACTTTCCCGACGTCGAGACGGCGTACATCGACATCCAGTCCAATCCCGAACGAATCTCCTTTGTCGCTTCGTATGCCCGGGCCATCATCGATCTCTCGGATCACGACGAAGTCTCGGCCCGGATTGTTGGTCATGCTACCGATGAGCTGGCTCTCTCCGTAGGAGCCAGCCTGCGCAATACGGGATGGGCCGTGGAGGACAGTCCTGCCATTAGTTGGGTGGGGAAGATCCTGTCCAACCCCAAGGTTGCTTTGCCCCTGAAACACAAACTTGAACAGGCCTGGCCGTCTGCGGAGATCCTTGCACCCTTGGGTGGCCCCTTGGACGGGGTTGCCCAGCTCGCCATGCTGCCTCCGGACCACCCGCTTCACCCACAGTTACATTCGGCATCTCTTCAGGGCTTGTCGTAA MISPSTVVAIDGGQSSIRARLLAGTITELEREFPPLLTSAPLMPQLERVIRSVLTNQPRQRVHVAAALSGLTPDNADAVGVLRACEDLGVTAIRLAHDSISGYLGCLGGRGGAALAAGTGVVTLATGPAGYSRVDGWGNIMGDAGSGYWIGRVGLDAAMRAHDGRGRRTAILDILRRDFPDVETAYIDIQSNPERISFVASYARAIIDLSDHDEVSARIVGHATDELALSVGASLRNTGWAVEDSPAISWVGKILSNPKVALPLKHKLEQAWPSAEILAPLGGPLDGVAQLAMLPPDHPLHPQLHSASLQGLS PGPT0018875_179 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 D3-18_03658 1191 manA_2 COG1482 Mannose-6-phosphate isomerase GTGCATTTACTGACCGGCGCCCGGCGCTCCTATGACTGGGGTTCCACCACGTCCATGCCCGAATTTCTGGGCACGGATTCCGATGGCAAACCCTTTGCTGAGCTGTGGCTGGGAGCGCATCCAACGGGGCCGTCAACCATCATCGGGCCCACGGGAAACGAGGGCTTGGATGAGTGGGTGGCCCGGGACCGCCTCGGCAATCTCGGGCAAAGGGTTGATGCCGCTTTCGGACGCCTGCCGTATCTTGTGAAGCTCTTGGCACCCGCCAAGCCCTTGTCCATCCAGGTGCACCCCACCCGCGGGCTGGCCGCGAAGGGTTTCCTGGAGGAGGAACGGCAGGGCATTCCTTTGGATGCTCCCCACCGCACCTTCAAGGACATGAACAACAAGCCAGAGATGGTTTACGCCATCTCAAATTTCGACGGATTGGCAGGATTCCGTCCGCGGCAGGAGATAGCCCGGCTCCTTGAGGAACTCGCCGGACCGCTGGAACCTGCACGAGCTCGCCTCAGCACCACACCAGGTGAACATGGCATGAGGCTGATGTTGGAGATACTGGTGGGATTGCCCCCGGAGGACATCCAGACGGTGCTGGAAATTGCTGCGTCACTAGCCTTGCTTCATCCACATCCTGTGGTTCGGGCAGCCTGTGCCACCGTGCGCGAATTGGCCAACGCCTACCCCGGCGATGTTGGTGCCGTGGTTTCCTTGGTCCTGAACAGGGTGCACCTCGCACCCGGCGAGTCGATGTTCCTCGCTGACGGAGTACCGCACGCCTATTTGGGTGGATTTGGCCTCGAGGTCATGGCCAACTCCGACAACGTCCTCAGGCTGGGCCTGACAAGCAAGCACATTGATGTCGAGGCCATGTTGGGGGCGGTGGATTTCTCCTCCAGCGGCTTCGATGTCACCTCTGCACCAAAAGATGCCGCTACCCACACCTTCCGACCCCCCGTCCCCGATTTCGCATTGAGCATCGCCCATCCCGGGAAGACGGCCGAATGCCGCACCACTTTGCCGGGAGACGGTCCCCGCATCCTGGTGTGCCTCGATGGCAACGTGACAGTAGAAACGCGGTCCTCCGCCGGTACCTGCGCCCTGACCAAGGGGCAGTCACTCTTCGTTGCAGCAGCCGAAGGCAGTATCAGGGTTGAAGGCCCGGGCACTATCGCCCAGGCCTTCGTTCCCTGA MHLLTGARRSYDWGSTTSMPEFLGTDSDGKPFAELWLGAHPTGPSTIIGPTGNEGLDEWVARDRLGNLGQRVDAAFGRLPYLVKLLAPAKPLSIQVHPTRGLAAKGFLEEERQGIPLDAPHRTFKDMNNKPEMVYAISNFDGLAGFRPRQEIARLLEELAGPLEPARARLSTTPGEHGMRLMLEILVGLPPEDIQTVLEIAASLALLHPHPVVRAACATVRELANAYPGDVGAVVSLVLNRVHLAPGESMFLADGVPHAYLGGFGLEVMANSDNVLRLGLTSKHIDVEAMLGAVDFSSSGFDVTSAPKDAATHTFRPPVPDFALSIAHPGKTAECRTTLPGDGPRILVCLDGNVTVETRSSAGTCALTKGQSLFVAAAEGSIRVEGPGTIAQAFVP PGPT0017860_1121 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 D3-18_03659 825 fabG_6 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGAGCACGGCCTTTGCTGATGCCTCACTGATCCCTGTCAGGGACCTGCTTTCCCTCGCTGGACGCAGGGCTGTCATCACCGGCGCTGCCCAAGGACTGGGCAAAGCGATCGCGTTGCGCCTGGCCGAAGCAGGGGCGGACGTTCTTATCGGAGACCTCGACGGCGAACGGGCGCGGGAAGCTGCGGAGGAGATCGCTGCACGTTTCCCGGTCCGTTCCTACGGAGTCGACATGGACGTGGCTAGTTCGGAATCCGTGCGCACTGCCGCTTCAGCTGCCGTTGCTGAACTGGGAGGCATCGATATCTGGGTCAATAATGCGGGCATTTTTCCCAGCACACCGGTCCTGGATACTCAGGACGAAGAGTGGGAGAACGTGTTCGCCGTCAACACCCGAGGGGTATTCAACGGTTCCCGCGAGGCCGCACGCCACATGGCCGGTGGCGGGGTGATCATCAACATCGTCTCCACGGCCGGTTTTGAGGGAACGGCCCCGGGCCTTGCCTCCTACGTGGGGTCCAAGCACGCTGTTCGCGGTATGACCAAGCAGATGGCGCTTGAGTTTGCACCCTTGGGAATCAGGGTGCTGGGAGTCGCCCCCACCTTCGTACCCACTGAGGGCACCTTGGCGGCTGCCGCCACGCTACGAGCCGGGGACTCTGGTCCGACGCCGGACTCCGGGGCCGCCGGAGTCATGGCCGGCAGCCTCATGGGGCGGCTGGGAACACCGGACGACATTGCACGCGTAGTGCTGTTCTGCGCCAGTGATTTGTCAACGATCATGACAGGCAGCACGCTTCTGGCGGATGCCGGCAAGACCATCTGA MSTAFADASLIPVRDLLSLAGRRAVITGAAQGLGKAIALRLAEAGADVLIGDLDGERAREAAEEIAARFPVRSYGVDMDVASSESVRTAASAAVAELGGIDIWVNNAGIFPSTPVLDTQDEEWENVFAVNTRGVFNGSREAARHMAGGGVIINIVSTAGFEGTAPGLASYVGSKHAVRGMTKQMALEFAPLGIRVLGVAPTFVPTEGTLAAAATLRAGDSGPTPDSGAAGVMAGSLMGRLGTPDDIARVVLFCASDLSTIMTGSTLLADAGKTI NA NA NA NA NA D3-18_03660 1260 bglA_2 COG2723 Beta-glucosidase A ATGACCACTTTCCCTGAGAACTTTCTCTGGGGTGCGGCAACCGCCGGCCACCAGATCGAAGGCAACAACGTCAACAGCGATTGGTGGGCACGCGAACTGACCATGCCGGGCATGGAGCTCTCGGGAGACGCCTGCGACAGCTACCACCGCTACCGCGAAGACATCGATCTCCTGGCCGACGCCGGCCTGGGCTCCTACCGCTTCAGCCTTGAGTGGTCACGCATTGAACCTGCGCCCGGTGCCTTCTCCAGGGCCGAGCTTGCCCATTACCGCCGAATGATCGAGCATTGCTTCGCCCGGAACGTCACCCCGGTGGTCACCTTGCAGCACTTCACCACGCCGCAGTGGTTCGCGAACGACGGCGGCTGGTTGGCTGAGGACGCTTCGGAAAAGTTCCAGCGGTACGTCACGGAGGCCACCACCATCCTGGACGGCGTGGAATGGGTTGTCACCATGAACGAACCCAATATGCAGGCCGCCATCATGACGGCCATGCGCCGCATGCAGCAGAGCCAAGGCGCCGAGTGGCAAAGCCCCACTGTGGAAGGTGTTGAAGGTGGCGAGGAAAAGAAGCAGACGCACAGCGACTTCCTCACCTATGCAGATCCCGAGATCGGGCGGGCGTTCACAGCCATTCACCATGCTGCGCGGGACATCATCCGTGCCCGCACCAAAGCGAAGGTCGGTTGGACCATCGCCGCAGGGGCGCTCACTGCCGCTCCGGGTGGCGAAGAGAAGCTTCTTGAGATCCGCTACGGCAAGGAAGACGTCTATTGGGAAGGCAGCCGCGGCGATGACTTTGTTGGCGTGCAGGCCTATTCAAGTCAGGAAGTGGATGCCAATGGACTGGTGCCCCACCCGGTCCTCCCGGACAACACCCTGGTCGGAACCTCCTACCGCCCCGATGCGCTCGCCATGGCGGTACGTCATGCGTGGGCGGTGACAGGGGGTGTGCCGGTGATGGTCACCGAAAACGGCATCGCGACGGCCGACGACGACCAGCGGATCCGTTACACCACAGAGGCGCTGCAAGGTCTGCATCAGGCAATGACTGACGGCATCGACGTCCGCGGCTATCTCCACTGGTCCTTGCTGGACAACTTCGAGTGGGGCCACTGGGAGCCTACGTTCGGCCTGATCGCTGTGGACCGGGAGACCTTTGTCCGCACACCCAAGCCGAGCCTCGCCTGGCTGGGAAGTGTAGCCCAAGCCAATCAGCTCACCCCGCCACATCAGGTCAATGCGGCGGCGACCGTATGA MTTFPENFLWGAATAGHQIEGNNVNSDWWARELTMPGMELSGDACDSYHRYREDIDLLADAGLGSYRFSLEWSRIEPAPGAFSRAELAHYRRMIEHCFARNVTPVVTLQHFTTPQWFANDGGWLAEDASEKFQRYVTEATTILDGVEWVVTMNEPNMQAAIMTAMRRMQQSQGAEWQSPTVEGVEGGEEKKQTHSDFLTYADPEIGRAFTAIHHAARDIIRARTKAKVGWTIAAGALTAAPGGEEKLLEIRYGKEDVYWEGSRGDDFVGVQAYSSQEVDANGLVPHPVLPDNTLVGTSYRPDALAMAVRHAWAVTGGVPVMVTENGIATADDDQRIRYTTEALQGLHQAMTDGIDVRGYLHWSLLDNFEWGHWEPTFGLIAVDRETFVRTPKPSLAWLGSVAQANQLTPPHQVNAAATV PGPT0019165_2895 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0019165-bglB-K05350 NA NA D3-18_03661 2733 Alpha-L-rhamnosidase ATGGAAACAGCATTGAAGAAGGAAGAAGGAATCACTATGGACACCATGCCTTTCGGGCTCGCGGTGGATAGTGGCGGTGACCAGTTTCCCGTCACGGGACCTGCCCCGCGCTTGTCTTGGAAAATAGCCCCCGGAATATCGGCTGTTGCCTACCAACTGGAAGCAACGGTCGACGGCGTGGCGCAGCCACTTGCGACTGCCACTGGTCGCCTCTATGCGCCTTGGCCTTGGGCTGAACTGCGCAGCAGGCAGCAGGTGACCTGGCGGGTTCGCGTAGCGGAACCAGCGGCCGCTTGGTCAGCGTGGTCCTCTTTTGAGGCGGGACTTTTCGACGACGACTGGACGGCCTTGTGGGTTTCGCCGGTGGAAGGGGAGGACAAGCCATACGGCCAGCGTCCGGCGCACGTGCTTGCTACGGAGTTTGACCTTGCTGCCGGCGGAACGGACGTGACAACCGCCCCTGCTGTGGTCTCGGCCCGACTCTACGCCACAGCGTTGGGTGTTTACACTGCCACGATCAATGGTCAGCGGGCCGGTACAGCGGAACTTTCGCCCGGGTCGACGTCGTACGACAGTACTCTCTACGCCCAAGCGGCAGACGTGACGCCCTTGATCCGAGCGGGCCGCAACAGGGCGGAGATCGAGCTTTCGGATGGCTGGTACCGGGGACAGGTGGGAGCGTTCCGGCATCCCGCCCAATGGGGAACACAGCTGGGAGCCCGGGCCGAGCTGCACATCGAATTCGCCGATCGATCCCACCGGGTGATTGGCACGGACGACACGTGGACCAGCGCACCTTCCTCCACTACCCGTGCGGACCTGATGGAAGGGCAAACGGTGGACCTTACGGTTCCGTCCGTGGCGCCGTCCAAGGTGTTGGTAAACCGGGTTACCGCTCCGGGAATCGAGTGGTCGCCCGCTCCACCGGTCAGGGTGATCCAGTCGCGTCCACCGTACAGTCTTCATGAACTGCGCCCCGGTGTGTGGATAGCCGACTTTGGCCAGAACGCTTCCGGCTGGATCCGGCTCGAAGTTTCCGGAGGCGCGGGTGCTCGCACCGTCATCGAATATGGCGAACATCTTGGCCCCGACAGGGACCTGTCAACCTCACACCTTGACTCGCATCGGCCGGGTGAGCCAGCACGGATCTTTTCGCAACGGGATGAAGTTATAGCCGGAGCTGAAGATGCTGTGTTTGAACCACGGCACACTGTCCACGGGTTCCAGTACGCCCGCATCACGAGGGAGGACCCCACACCGCTAAGTCCTGCCGCCATCACCATGCAGGTTGTCCACAGCGACCTGCTGCGGGCCGGTGAATTTTCCTGCAGCGACGAGGACCTCAATGCCCTGCATAGGATCGGGGAGTGGAGCTTCCTGGGTAACGCGGTGGATGTCCCCACAGATTGCCCCACGCGTGAGCGCCTGGCATGGACCGGCGATTACCAGGTGTTTATTTCCACAGCTACCCGGCTGCGGGACGTGCTGGGTTTCAGTCGCAAGTGGTTGCAGTCCGTTCGGGATGACCAGCTCGATGACGGGCGCATCGCAAACTTTTCTCCCGATGGCCGCCAAATCAAGAATCATCTGGATGACCAGTTCGCCATGATGACCGGTTCCGCCGGGTGGGGAGACGCCGTAGTCGCTGTTCCTTGGGAGCTGTACGAGGCCTATGGAGATGAAGCGGTTCTTGTCGAAAACTGGGACGCCATGGTCCGGTGGGTCCAGTGGTCCCTGGAGATGGCGCGGACAACCCGCCATCACGAACGCGTGAAAGCGTCACTTACCCCCGAGCCCTACGAGGAATATCTGTGGGACGGGACCTTCCACTGGGGCGAATGGACTGAGCCCAAAAAGCGCGACGCCGAGGGGCGCCTGATTGACCCCGTCCAGGACAACCCCATGGTCTGGTTCATGGAAGACAAGGGAGAGGTTGGCACCGCTTACCTGTACCGGTCGTCCGCGACTCTTGGCTGCATCGCTGAGGTTCTGGGACGGACGGAGGACGCAGCAAAGTACGCAAACATCGCAGAGTCAGTACGTGATGCCTGGCGTCTGGCGTACCTTCGGGAAGACGGAACTACGGCGGCCGATACCCAGGCCAGCTACGTCAGGGCGTTGTCCTTCGGATTGCTTCCTACAGAGCGGCGCCAGCAGGCCGCGGACCGGCTGGTTGAGCTGATCCGCGCGGCAGGAACCCACCTCGGTACGGGCTTCCTGTCCACGGGCGACCTGCTGCCAGTCCTCGTCGAGGCGGGGAGGGCCGATGTTGCTTACGAGCTCCTTTTTCAGCGCACGGCGCCTTCCTGGCTATCCATGGTGGACAAAGGTGCCACAACCATTTGGGAGTCGTGGGAAGGGCTGGACGAGCACGGACACGCTCACGATTCCCTCAACCACTACAGCAAAGCCACAGTCCTCAAGTTCCTGCACGAGCACACACTGGGACTGAGGCAGGCGCCGGGATCAGTCGCGTGGCGCTCCATCGTGATCGCCCCGACGCTGGCCCCGGGTATCACGTGGGCGAAGGGAACGCACGAGTCCCCGCATGGCACCATCCGTGTCCACTGGCAGCTCGACGGCGACGACCTGCGGATCGATGCCGACATCCCGGCCGAAACAGAAGCGCGCATTGTCTTTCCGGACGGCTCCGAACACCGGGCAGGACCGGGTCGTTTCCGGGCCACCGCGCACCTTACCGCGCACGACCCCCTGGCTGTTCCGGTCGTCTGA METALKKEEGITMDTMPFGLAVDSGGDQFPVTGPAPRLSWKIAPGISAVAYQLEATVDGVAQPLATATGRLYAPWPWAELRSRQQVTWRVRVAEPAAAWSAWSSFEAGLFDDDWTALWVSPVEGEDKPYGQRPAHVLATEFDLAAGGTDVTTAPAVVSARLYATALGVYTATINGQRAGTAELSPGSTSYDSTLYAQAADVTPLIRAGRNRAEIELSDGWYRGQVGAFRHPAQWGTQLGARAELHIEFADRSHRVIGTDDTWTSAPSSTTRADLMEGQTVDLTVPSVAPSKVLVNRVTAPGIEWSPAPPVRVIQSRPPYSLHELRPGVWIADFGQNASGWIRLEVSGGAGARTVIEYGEHLGPDRDLSTSHLDSHRPGEPARIFSQRDEVIAGAEDAVFEPRHTVHGFQYARITREDPTPLSPAAITMQVVHSDLLRAGEFSCSDEDLNALHRIGEWSFLGNAVDVPTDCPTRERLAWTGDYQVFISTATRLRDVLGFSRKWLQSVRDDQLDDGRIANFSPDGRQIKNHLDDQFAMMTGSAGWGDAVVAVPWELYEAYGDEAVLVENWDAMVRWVQWSLEMARTTRHHERVKASLTPEPYEEYLWDGTFHWGEWTEPKKRDAEGRLIDPVQDNPMVWFMEDKGEVGTAYLYRSSATLGCIAEVLGRTEDAAKYANIAESVRDAWRLAYLREDGTTAADTQASYVRALSFGLLPTERRQQAADRLVELIRAAGTHLGTGFLSTGDLLPVLVEAGRADVAYELLFQRTAPSWLSMVDKGATTIWESWEGLDEHGHAHDSLNHYSKATVLKFLHEHTLGLRQAPGSVAWRSIVIAPTLAPGITWAKGTHESPHGTIRVHWQLDGDDLRIDADIPAETEARIVFPDGSEHRAGPGRFRATAHLTAHDPLAVPVV PGPT0019195_798 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-RHAMNOSIDASE,PGPT0019195-ramA-K05989 NA NA D3-18_03662 1350 hypothetical protein GTGACTACGAACAATCACGAGGCCCCCAGCCTCGCCGGGGGCGTTGCCGCCGCCCAACCGGTCCCCGGCAACCAGCCCTCAACCACGGATCCAAGCACTCATCTGTTGGAGGAACCCCAAAGTCCCGTCAGCAGGAGTTACATCTTTTGGCTGATGCTTGCCAGTTTCGGAGCCTCCATTGCCATGATGGTCCCGCTTTCCTACGGCATCGCCGTCAGGATCACCGAACTCGCTCCGGGCCAGGAACAGGTACTGGGCTTCATCACGGGCATAGCGCAGCTGGTCTACCTGATCATCAGTCCGATCGTCGGGATCTGGAGTGACCGGACGAGGTCCCGCTTTGGCCGCCGCAGCCCCTTTATCTTCCTGGGTACGGCCATCGGCCTGGCTGGCTTGGTAGTCATGGGTCTGGCGCCCAACCTACTGATAGTAGGGGCCGGATGGATCCTTGGCATGTCCGGTTGGTCGATCTCCGGCGCTGCCATCCAGAACCTGATGGCGGACAAACTGCCGGAAGCGCAGCGCGGACGGGTTTCGGCCCTGACGGGACTCATGACCCAGATTGCGCCCGTCCTGGGCATTGGTGTTGCCTACGCTGTCTCCTCGAACACCCTCCTGGTCTTTGTGGTTCCGGGCGTCATCGGCGCCGTGCTTTTGGCGCTTTTCCCGCTTATCAAGCCGGAGGGTAGCTCCAAGAATGTGGTGGTTGATTCGCAGGTGACCTTCCGTTCTGTGGTTGCCAGCTACGGTTTCAGTGTCCGGAGATACCCCGATTTTGCGTGGAACTGGTTGGGCCGCTTTGTCTTCTTCATGGGCCTGTACTTCAACACCACCTTCGGCACGTTCTTCTACGCACAGCGCCTTGGACTCCCCGTCCGGGAGGTCGCCGGAGTTGTAGCGACCATAGGGATGCTGGGCGTCGTGGCAGCAGCAGCGGGTGCCCTGCTCGGCGGCTTCCTCTCCGACAAGCTCCGGCGGCGCAGGCTGTTCGTCATCATCGCTGCCCTGATCTTCGTGGCCGGTGCTTTGGCTGAGGCCTTCGCCTGGTCATTGCCCCAGCTGATCATCGGTGCGGTCCTCATGCAGACTGCCATCGCCGTGTTTGCCACCGTTGACCAAGCCATCATCTTCGCCATCCTGCCCAACCGCACGGAAACTGCCCGCTACATGGCGGTAGTGGCCTTCGCGCAGAAGATCCCCAGTGCAGTGGCGCCCCTGATCGCCTCGGTCATCATCACCATTGGCATCACGGGAACCGATAAGAACTACACCTTCCTCTATCTGGCCGGCGCTGTCCTGGCACTGCTTGGCGGGCTGGTCATCGCCCTCAAGGTCAAGTCCGTCCGGTAG MTTNNHEAPSLAGGVAAAQPVPGNQPSTTDPSTHLLEEPQSPVSRSYIFWLMLASFGASIAMMVPLSYGIAVRITELAPGQEQVLGFITGIAQLVYLIISPIVGIWSDRTRSRFGRRSPFIFLGTAIGLAGLVVMGLAPNLLIVGAGWILGMSGWSISGAAIQNLMADKLPEAQRGRVSALTGLMTQIAPVLGIGVAYAVSSNTLLVFVVPGVIGAVLLALFPLIKPEGSSKNVVVDSQVTFRSVVASYGFSVRRYPDFAWNWLGRFVFFMGLYFNTTFGTFFYAQRLGLPVREVAGVVATIGMLGVVAAAAGALLGGFLSDKLRRRRLFVIIAALIFVAGALAEAFAWSLPQLIIGAVLMQTAIAVFATVDQAIIFAILPNRTETARYMAVVAFAQKIPSAVAPLIASVIITIGITGTDKNYTFLYLAGAVLALLGGLVIALKVKSVR NA NA NA NA NA D3-18_03663 627 betI_6 HTH-type transcriptional regulator BetI GTGACCACAACTACCGAGCAGGCAACCGGGACAAAACAAGCGTCCCGCCGTCGCGGACCTTACGCCACCACTCCCGCCAGGCGGGCTGAAATAGTCCGGGCCGCGTCGGCCAGCTTTGCTGAGCATGGCTACGAACGGGCCAGCCTCAGGGACATCGCCGCCCGCGCCAGCGTCACCCACGCCGCACTCCTGCGCCACTTCGCCACCAAGGACGAGCTCCTGCTAGCCGCCCTGGCACAGCGGGACCTCGACGACGCCGAACTCGCCAACCGCATCCTTGAATCAAAAGTTCCCCGCGAAAAAGTGCTGAGCAGCATCCTCCAGGAAGAGTTCGCACACCCGGAGCATCTCCGGAACTGGCTGGCCATCACCATCGCCGCTACCAACCCCAACCACCCGGCGCACGACTTCTTCATTTCCCGGCGCGCTAAGATGCGCGAACACTTCACCAGCAAGAAGCTGGCCACCACCGAAGACAGCCAGGAACTGAGCGCCGACGACAAAGTCACCATGGTGATGGCCATGGTGGACGGCCTCCGTATCCAGTTCCTCCTGGACCCCGAACGCGAAACGCTCCACCTCATGGACACACTGATGCGGTTCATCGCCTCTCCGGACGGGGCCTAG MTTTTEQATGTKQASRRRGPYATTPARRAEIVRAASASFAEHGYERASLRDIAARASVTHAALLRHFATKDELLLAALAQRDLDDAELANRILESKVPREKVLSSILQEEFAHPEHLRNWLAITIAATNPNHPAHDFFISRRAKMREHFTSKKLATTEDSQELSADDKVTMVMAMVDGLRIQFLLDPERETLHLMDTLMRFIASPDGA NA NA NA NA NA D3-18_03664 1032 hypothetical protein ATGCCCAGCCCTGAACGCCCCCTCCGGAAGCTTGGATTTCTGACTATTGGCCTGTTCGACCCGGCCGACCCTGCGGCCGGCCATCAATCGACGTTGGAGATCATCGAGCTCGGCGAGCAGCTGGGATTCGACAGCGCCTGGTTACGCCACCGCCATCTGCAGTTCGGGATCTCCTCCCCTGTCGCGGTGATGGCTGCCGCCAGCCAGCGAACGTCCAGGATTGAGCTTGGCACGGCGGTAACCCCGCTGGGTTGGGAGAACCCGCTGCGGCTGGCGGAGGACCTGGCAACCGTTGACCTGCTTGCCGGGGGACGGATTAATCCGGGCCTCAGCGTGGGAGAACCGATGCACTACGACACCGTGAAACACCATCTATACGCCGATTCCTGGGATGTCGAAGACTTTAGCTATGACCGCGTAGACCGGTTCGCCCGCCTGGTCGCCGGCGAACCGGTCCGGGACTTCTCCGGCAAGCAGGGTGTTGTGGAGGAATTCTCCAACCGGGTGGAGCCGCACTCCCCCGGACTGCGTAGCCGTCTGTGGTACGGGGCGGGAAGCATGAAGTCGGCCGTTTGGGCAGGGACAAACGGCTTCAACCTACTGTCCAGCAGTGTGATTTTTCCCGACAAGGATCAAGAACCGGACTTCGCAAGAGTCCAACAATCGCAGATTCGGGCATACCGCGACGCCGCCACCGCGTCCGGAAATACTGCCAGGGCGTCGCAGGGCTTAGTGGTGATCCCAACCGATTCCGCTTCGAGCACCCAGAAGGAGAAGTACCAGCGGTACGTCGATGAACGGACTCCCCGCACAGAGGCTCCGCAGGGCCCCAAGGGCATGATGTTCGCGAAGGATCTGATCGGCACCAGCGACGAAATCGCCGAGCAACTGTACGCCCATGCTGGTTTCCAGGAAGTGGACGAGGTGGCTTTCGCGCTACCCTTCAGCTTCGACCACCAGGACTATGTGCAGATCCTCACCGACATCGCGGAGAAGTTGGGCCCGGCCTTGGGGTGGAAACCGACCGACTAA MPSPERPLRKLGFLTIGLFDPADPAAGHQSTLEIIELGEQLGFDSAWLRHRHLQFGISSPVAVMAAASQRTSRIELGTAVTPLGWENPLRLAEDLATVDLLAGGRINPGLSVGEPMHYDTVKHHLYADSWDVEDFSYDRVDRFARLVAGEPVRDFSGKQGVVEEFSNRVEPHSPGLRSRLWYGAGSMKSAVWAGTNGFNLLSSSVIFPDKDQEPDFARVQQSQIRAYRDAATASGNTARASQGLVVIPTDSASSTQKEKYQRYVDERTPRTEAPQGPKGMMFAKDLIGTSDEIAEQLYAHAGFQEVDEVAFALPFSFDHQDYVQILTDIAEKLGPALGWKPTD NA NA NA NA NA D3-18_03665 669 citT_2 COG4565 Transcriptional regulatory protein CitT GTGATCAAGGTACTGATCGTCGACGACGACTTCATGGTGGCCAAGGTACACGCCGGGTTCATCCAGCGGACCCCGGGCTTTGGGGTGGTGGGCGTGGCGCATACGGGTGCTCAGGCTTTGGTGGAAACGCAAAGGCTCCAGCCCGACCTCGTGTTGCTGGACATCCATCTCCCGGACATCAACGGACTGGAGCTCATGCATCAGCTGCGCGATGTTGCTCCGGACCTCGATGTACTGGTGATCAGCGCTGCCCGCGAGGTGGAAACCGTCCGAAAGGCCTTGCGCGGCGGGATCGTCCACTACCTCATCAAGCCCTTCTCCCAAGCTGACCTGCAGGAGAGGCTGGAGCATTACCTCAGTGCTTACCAAGGTTTGGACGCCTCCAAAGTGGAGGCCGAGCAATCTGACGTAAACCGCGTCTTCGGACTGAGCGTTTCCGAGCGGACCCTGCCCAAAGGTTGCAGCGTTGAGACACTCGAACTGGTTGAATCAGCGCTGAAAACCGCACCGGGTGATCTCTCTGCCGCCGAGCTTGCCGAGCAACTCGGGACCTCGCGGGTGAGCGCCAGGCGTTACCTCGAGTACCTCCACGACGAGGGTGCGCTGGAGGTCAGACTCAAGTACGGCGTCGGACGCCCTGAAAGGCGATACGTGCTGAAGGGGCGGTGA MIKVLIVDDDFMVAKVHAGFIQRTPGFGVVGVAHTGAQALVETQRLQPDLVLLDIHLPDINGLELMHQLRDVAPDLDVLVISAAREVETVRKALRGGIVHYLIKPFSQADLQERLEHYLSAYQGLDASKVEAEQSDVNRVFGLSVSERTLPKGCSVETLELVESALKTAPGDLSAAELAEQLGTSRVSARRYLEYLHDEGALEVRLKYGVGRPERRYVLKGR PGPT0001490_12 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_CITRATE_SENSING|UTILIZATION,PGPT0001490-citS-K11638 NA NA D3-18_03666 1635 dcuS_3 COG3290 Sensor histidine kinase DcuS ATGTCCCTGGCAGGGCAGTACCTTGTCCTGCAGTTACTGATCGTCCTGGCAGTTCTTGTCGCCGTTGTGGCCATTTCGCTGGCGCAATCGGCCGCCACCTTCGAACGGACTGAAGGACGCCGGGCGCTGCTGGCTGCTGAAGCACTAGGCAGCAACCCCACTGTCCGCGCGTTGCTCCCGGAGGCCGAACCGCGTGTCGGTTCAGCACTCCCTGCCGTGGCCGAATCCGTGCGCACCGTTTCGGGATCATCGCATGTGGCCCTCGCCAAACTTGACGGCACCGTAGTGGCATCATCGGATCCCAGCCTGTTGGGCCAACCCCTGCCGCTGGGTGAGAGCCAAGTGATGGAAGGGCGCGCCTGGACAGGTGTCCTGCCAGGCAGCAGCGGCGCCGTGCTGTCCGCCCACGTCCCCGTCCTGGACGATTCCGGAAAAGTCATCGGCGTTGCATCCATCAGCAGGAACTACCCATCCACCATTGAGCGACTAGGCGACGCCGTTCCCAACCTGCTCACCTATCTGGGTGTCGCCAGCGTCCTGGGCGTCGCCGGATCCCTCCTGTTGTCCCGCCGCGTCAAACGGCAAACCCTGGGTATGGAACCGCGGGAAATCACCGGTCTCGTGGAGAACCGTGAAGCGATGCTGCAGGGCCTGAAGGAAGGCGTGGTCGCTCTGGATCCCCACGAGCGCATCACGGTGGCCAATGAAAGCGCCAGGCAACTTCTGGGTCTGCCACCGGATTGTGTGGGAAAGAAGCTGCGCTCCCTCCATGTAGACCCTGCGCTGAAAATAGTTCTCACCCGGGAACAGTCCGACCCCGACCAGTTGGTGCTCGTGGGGGAGCGACTGGTAGTGATGAACCGCGTTGCCCTGCGTTCCCACGGACGCGACATCGGCTCCGTCACCACGTTGAGGGACCGGACCGAGCTGTCCTCCCTGGAGAGTGAACTCGGCGCCACCAAGACCGTGACCGACACTTTGCGGGCCCAGGCCCACGAGTTCGCCAACCAACTCCACGTCATCTCCGGCCTGATCCAGATAGGCGAATACGATTCCGTGGTGCAGTTCGTCAACGGAGCCACCCTCGACCGGACACGGCTCAACGACGACGTCACGAGCCGCATCGAGGACCCCGCGCTCGCAGCCCTGCTGATCGCCAAGGCCAGCTTGGCAACGGAGCGCGGAGTGGAGCTGAAGCTGGACCCGAAGTCCGCGCTGCCACGCGTCAACGAGGAACTGTCCCGCGACCTCACCACAGTGGTGGGGAACCTGGTGGATAACGCGTTCGACGCCGTCACTGGACTTCCCGGGGCCTCGGTCCAAGTGTTGGTGGTTAACTCGGGTGAGAACGTCACAGTCACCGTCCGGGACAACGGTCCCGGTGTTCCTTCCGGCTCCGCGGAGGACATTTTTCGGCAAGGCTTCTCCACGAAAGAGCCTGGACCGGGCGATGCGCGGGGCTTTGGGTTGGCGTTGTCACGCGTAATCTGCCGGCGCTCCGGAGGTGACCTGACTGTCTCCAATGACCAAGGGGCGGTGTTCACTGCACGCTTCAACAAAAGCACCTCTAACTCGGACAAACCCGACTCCGACTCCAACAAGCTCGACTCCACGAAGGGGACAACCCAGCCGTGA MSLAGQYLVLQLLIVLAVLVAVVAISLAQSAATFERTEGRRALLAAEALGSNPTVRALLPEAEPRVGSALPAVAESVRTVSGSSHVALAKLDGTVVASSDPSLLGQPLPLGESQVMEGRAWTGVLPGSSGAVLSAHVPVLDDSGKVIGVASISRNYPSTIERLGDAVPNLLTYLGVASVLGVAGSLLLSRRVKRQTLGMEPREITGLVENREAMLQGLKEGVVALDPHERITVANESARQLLGLPPDCVGKKLRSLHVDPALKIVLTREQSDPDQLVLVGERLVVMNRVALRSHGRDIGSVTTLRDRTELSSLESELGATKTVTDTLRAQAHEFANQLHVISGLIQIGEYDSVVQFVNGATLDRTRLNDDVTSRIEDPALAALLIAKASLATERGVELKLDPKSALPRVNEELSRDLTTVVGNLVDNAFDAVTGLPGASVQVLVVNSGENVTVTVRDNGPGVPSGSAEDIFRQGFSTKEPGPGDARGFGLALSRVICRRSGGDLTVSNDQGAVFTARFNKSTSNSDKPDSDSNKLDSTKGTTQP NA NA NA NA NA D3-18_03667 1005 hypothetical protein ATGCGCCAGATCCGCGCATTGCGAGTCGCCGCCGTCGCCGCCGGCATCGCCCTGATGGCCACCGGCTGCGGTGCCACAGGCAAGTCCACCGGTTCTGACAGCACCGGTGCAGCAGGACCGATCACCGGACTCCAGATCATGGTTCCAAACACTCCCGGAGGTGGCTACGACACCACCGCTCGGGCCGCCGCCAAGGTACTGGACGACGAGAAGATCTCCACCAACACCGAGGTGTTCAACCTTGCCGGCGCCGGCGGTACGGTTGGCCTTGCCCGCATCGTCAATGAAAAGGGCAACGGCGACCTCACCATGCTCATGGGCCTGGGCGTTGTTGGAGCCAGCTACACCAACAAGTCCGAGTCGAAGCTGACGGAGACCACCCCGCTGGCAAAACTCATCGAGGAACCCGAAGCCATCATGGTCAGCAAGGACTCCCCGTACAAGACCATCGATGACCTGGTGACGGCGTGGAAGGCCAACCCCGGCTCCATCGCAGTTGGCGGCGGTTCTTCGCCCGGCGGCCCTGACCACCTCCTGCCCATGCAGTTGGCCGGCGCGGTTGGCATCGACGCCACCAAGGTTAACTTCGTCTCCTACGACGGCGGTGGCGATCTCCTCCCCGCCATCCTCGGTAACAAGCTCGGCTTCGCCGCTTCCGGTGCCGGCGAGTACCTGCAGCAGATCAAGTCCGGCGAGATCCGGGTCCTGGCCACCACTGGCGAGAACCGCTTGGAAGGTGTGGACGCTCCCACGCTGAAGGAATCCAACATTGACCTCATCTTCACCAACTGGCGCGGCATTGTGGCCCCTCCAGGCATCAGCGAGGACGACAAGAAGTCCCTGATCGCCGCCCTTGAGAAGATGCACGCCTCCGCAGCCTGGAAGGAAGCACTCAAGACCCACAGCTGGACCGACGCTTTCGTAACCGGCGACGAATTCCAGACGTTCCTGACAGACCAGGACAAGCGGGTGGCGGACGTCCTGACCAAGCTCGGGTTGGCGTGA MRQIRALRVAAVAAGIALMATGCGATGKSTGSDSTGAAGPITGLQIMVPNTPGGGYDTTARAAAKVLDDEKISTNTEVFNLAGAGGTVGLARIVNEKGNGDLTMLMGLGVVGASYTNKSESKLTETTPLAKLIEEPEAIMVSKDSPYKTIDDLVTAWKANPGSIAVGGGSSPGGPDHLLPMQLAGAVGIDATKVNFVSYDGGGDLLPAILGNKLGFAASGAGEYLQQIKSGEIRVLATTGENRLEGVDAPTLKESNIDLIFTNWRGIVAPPGISEDDKKSLIAALEKMHASAAWKEALKTHSWTDAFVTGDEFQTFLTDQDKRVADVLTKLGLA PGPT0017360_544 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017360-tctC-K07795 NA NA D3-18_03668 504 hypothetical protein GTGAGCTCCTTAACCACAGGCCTGAAAGGCCGCGCCGAGCTGGGGGTAGCCCTCCTGCTCGGCGTGGTCGGCGTCCTGGTCTTCCTGGACGCGAACGGTCTGGTCACCCCCTACTCGCAGTCGGACCCGGTGGGTCCCAAGACCGTCCCGTTCATTGTGTCCGGTTTGCTGATCGTCTGCGCTGTTCTGCTTGCCATCAACGTCCTCCGTGGCGGCAAGGGCGAAGCCGAGGGCGGCGAAGACGTCGACCTCGCTCACCCTGCCGATTGGAAGACTGTCCTTCCGCTGGCCGGTGCTTTTATCCTGAACATCCTGCTCATCGACTGGGCCGGCTGGGTCATTTCCGGAACGGTCCTCTTCTGGGGCAGCGTGCTGGCGCTCGGTAGCCGCCGCTACATTCGTGACGCCCTCATTTCCGTCGCACTGTCCTTGCTGACCTTCTACGGCTTCTACCTCGGCCTGGGCATCGCATTGCCGGCCGGGCTCCTGGAAGGAATCCTCTAA MSSLTTGLKGRAELGVALLLGVVGVLVFLDANGLVTPYSQSDPVGPKTVPFIVSGLLIVCAVLLAINVLRGGKGEAEGGEDVDLAHPADWKTVLPLAGAFILNILLIDWAGWVISGTVLFWGSVLALGSRRYIRDALISVALSLLTFYGFYLGLGIALPAGLLEGIL PGPT0017355_748 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017355-tctB-K07794 NA NA D3-18_03669 1602 hypothetical protein ATGGACGTCTGGTCCTCCCTGATGGACGGTTTCGCGACCGCCCTCACCCCCATGAACCTCTTGTTCGCCGTGATCGGCGTACTCTTGGGCACCGCCGTCGGCGTCCTCCCCGGGCTGGGTCCGGCCATGACGGTGGCGTTGCTGCTACCGGTCACCGCCGCCCTGGAGCCCACCAGCGCCTTCATTATGTTCGCCGGCATCTACTACGGTGGCATGTTCGGCGGTTCCACCACTTCCATCCTCCTCAACACACCAGGTGAATCGTCGTCGGTGGTGACTGCCATTGAAGGCAACAAGATGGCCAAAGCCGGCAGGGCCGCACAGGCGCTTGCCACCGCGGCCATCGGCTCGTTCATCGCCGGCACCATCGGCACCGCGCTACTGGCGGTCTTCGCACCCATCGTGGTGCAGTTCGCCGTGAGCCTGGGTGCTCCCAGCTACTTCGCCATCATGGTCCTCGCACTGCTCGCGGTGACCGCCGTCCTTGGTTCGTCCAGGCTCCGCGGGTTCGCTTCACTGGCCCTTGGCTTGGCCATCGGGCTGGTAGGCATCGACTCCGTGACCGGCCAACGCCGCCTGACCTTCGGCCAGCCGTTGCTGGTGGACGGATTGGACATTGTGGTGGTCGCCGTCGCGATCTTCGCCGTGGGTGAAGCCCTCTGGGTTGCCGCCCACCTGCGTCGCACGCCGCTCCACGTCATCCCGGTGGGTCGCCCCTGGATGGGCAAGAAGGACTGGGGCCGTTCCTGGAAGCCCTGGCTTCGCGGCACCGCCTTCGGCTTCCCGTTCGGTGCCCTGCCCGCCGGTGGCGCCGAGATCCCCACGTTCCTCTCCTACGTCACCGAGAAGCGGCTCACCAAGCACCCGGAAGAGTTCGGCAAGGGCGCTATTGAAGGCGTCGCCGGACCTGAAGCGGCCAACAATGCTGCCGCGGCCGGAACCATGACGCCGCTGCTCGCACTCGGCCTCCCCACCAACGCGACAGCCGCCGTGATGCTCGCTGCCTTTACGTCCTACGGCATCCAGCCCGGCCCGCAGCTGTTCTCCAGCGAAGGACCGCTGGTGTGGGCACTCATTGCGAGCCTCTTCATCGGCAACTTCCTGCTCCTGCTCATCAACCTGCCCTTGGCACCGGTCTGGGCGAAGCTGCTGCAGCTCCCCCGCCCCTACCTCTACGCAGGCATCCTGTTCTTCGCCACCTTGGGTGCGTACTCGGTCAACCTGCAGGCCTTCGATCTTGTGATTCTGCTGGTGCTCGGTGCCCTCGGATTCATGATGCGGCGCTTCGGACTTCCGGTCCTGCCGCTGATCCTCGGCGTCATCCTGGGCCCGCGCATTGAGGGCCAGCTCCGCAAGACGCTGCAGTTGAGCGCCGGTGATCCCGCAGGCCTGTTCAGCGAGCCAATCGCGATAGTGGTCTACATCATCGTGGCGCTCATTCTCGCTTGGCCGCTGATCTTCAAGCTGGTCCGCCGCAACCGTCCGGTGGCAGCCACAGCGGTTCCGGGTAACTCCGGCGCTACGGTCCCGAGGGAAGCCGGCGGCGTGAGCCACGGAAGCCACCGCGCTGACGGAACAGCAGACGGCGACGGCGACGGCTAG MDVWSSLMDGFATALTPMNLLFAVIGVLLGTAVGVLPGLGPAMTVALLLPVTAALEPTSAFIMFAGIYYGGMFGGSTTSILLNTPGESSSVVTAIEGNKMAKAGRAAQALATAAIGSFIAGTIGTALLAVFAPIVVQFAVSLGAPSYFAIMVLALLAVTAVLGSSRLRGFASLALGLAIGLVGIDSVTGQRRLTFGQPLLVDGLDIVVVAVAIFAVGEALWVAAHLRRTPLHVIPVGRPWMGKKDWGRSWKPWLRGTAFGFPFGALPAGGAEIPTFLSYVTEKRLTKHPEEFGKGAIEGVAGPEAANNAAAAGTMTPLLALGLPTNATAAVMLAAFTSYGIQPGPQLFSSEGPLVWALIASLFIGNFLLLLINLPLAPVWAKLLQLPRPYLYAGILFFATLGAYSVNLQAFDLVILLVLGALGFMMRRFGLPVLPLILGVILGPRIEGQLRKTLQLSAGDPAGLFSEPIAIVVYIIVALILAWPLIFKLVRRNRPVAATAVPGNSGATVPREAGGVSHGSHRADGTADGDGDG PGPT0017350_184 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_TRICARBOXYLATE_TRANSPORT,PGPT0017350-tctA-K07793 NA NA D3-18_03670 393 Universal stress protein ATGACCATCGTGGTGGGATACGTCCCCACACCAGAAGGCGAAGCGGCGTTGACGCAGGCCATCGCCGAGGCCAAGAAGAGCAATGACACCCTGCTGGTCATCAACTCCTCCAAGGGCGACGCCCTGGTGGACAACCGGTACGCACAAGAGCCGGACATCCAGAGCATCGAGGAACGGCTCGCTGACCAAGGCATCCAGCACATCATCAAGCAACCGGTCCGTGGCCATGACGCAGCTGCCGAGGTCCTGGACGCCGCCGATGAGAACGATGCCGATCTGATCGTCATCGGCCTTCGCCGCCGCAGCCCGGTAGGCAAGCTCATCATGGGCAGCGTCTCCCAGCGGATCCTGCTGGAGGCAGACTGCCCGGTCCTGGCAGTCAAAGCGGACTAA MTIVVGYVPTPEGEAALTQAIAEAKKSNDTLLVINSSKGDALVDNRYAQEPDIQSIEERLADQGIQHIIKQPVRGHDAAAEVLDAADENDADLIVIGLRRRSPVGKLIMGSVSQRILLEADCPVLAVKAD NA NA NA NA NA D3-18_03671 1278 hypothetical protein ATGTCCACTCGAAACACCATCTCCAGGCTCGTCACCCTTGGCGGCCTCTGCACCGCCGTCGCGCTCGCGGCTACCGGATGCGGCGCAGGGGGCCCGGCACCAACGTCGGGTAGCGCCGCAGGCACCGTCAACGTCCTGGTGGAAGCCGGCGGTCACGCCGAACTCACCGGAGTTGCCGAACAGTGCAAGAAGGACACCGGAATCGACGTCAACTTCGTAGAACTGCCGTACGACGGCATGTTCAACCGGCTCTCCAGTGAATTCTCCTCCGGCAACGTTTCCTTCGACGTCGCCGCACTCGACTCCGTGTGGCTTCCGAGCTTCAAGGACGCGGTCCAACCCATCGACGAAATCTTCACCGATGAGGCCAAGAAGGACATCTTCCCCGCGCTGATCAAGGAAGCAAACGTGGATGGCCACTTCATCGGCCTTCCGGCGTGGACCAATGCCGAGATCATTCTCTACCGCAAAGACCTCTTCGATGACGCCAAAAACAAGGCCGACTTCCAAGCAAAGTACGGCTACGAACTCGCTGCACCCACTACGTGGAAGCAGTACCAGGACATTTCGGAATTCTTCACCAAGGACGGCATGTACGGCACGGATGTGAAGGGCGCCGTGGAAACTGAATGGCTTGCCCACGTCCTGCAGGCCGGCTCCCCCATGGTCCTCGACGGCGACAACGTAGTAATAGACAACGCAGCCCATAAAGAAGCACTCGATTTCTACGTAAGCCTCACAAAGTCCGCGCCTCCAGGTGCTGCACAAGTTGACTGGGCTGCAGCGCAGAACCTGTTCAACCAGGGCAAGACCGCCATGACCCGCTTCTGGGCCCACGCTTACCGTCAGATCCCCAAGGATTCACCGGTGGCAGGCAAAGTGGGAGCTGCCGCAATGATTGGCGGCAGCGCCGGCGTCGCAGGTGTTCCGGGACCTTGGTACCTGTCTGTCCCGAAGGCCACCAAGAATGCAGACTCCGCAAAGAAGTTCATCAAGTGCGCCTACGACCACAACGGTCTGGGCATTGAATCCAGCCTTGGCTTGGCCTCCCGTATTTCCGCGTTCGAGAAGTACCAGGACCAGCCCGGCTACGAGAGCTTCAAGCCACTGATCGAAACCCTCAACGGCAAAGCCACCGCCACCCGCCCGGCAACAGCCAAGTGGCAGCAAATCGTTGACACCGTGCTGGTCCCGCTCCTGCAGAAGGCAGTGGCTGGCGGCGACTCCGCGACCCTCCTGGCCGAAGCCAAGAAGCAGATCCAGGACCTCCTCAAGTAA MSTRNTISRLVTLGGLCTAVALAATGCGAGGPAPTSGSAAGTVNVLVEAGGHAELTGVAEQCKKDTGIDVNFVELPYDGMFNRLSSEFSSGNVSFDVAALDSVWLPSFKDAVQPIDEIFTDEAKKDIFPALIKEANVDGHFIGLPAWTNAEIILYRKDLFDDAKNKADFQAKYGYELAAPTTWKQYQDISEFFTKDGMYGTDVKGAVETEWLAHVLQAGSPMVLDGDNVVIDNAAHKEALDFYVSLTKSAPPGAAQVDWAAAQNLFNQGKTAMTRFWAHAYRQIPKDSPVAGKVGAAAMIGGSAGVAGVPGPWYLSVPKATKNADSAKKFIKCAYDHNGLGIESSLGLASRISAFEKYQDQPGYESFKPLIETLNGKATATRPATAKWQQIVDTVLVPLLQKAVAGGDSATLLAEAKKQIQDLLK PGPT0016545_7957 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 D3-18_03672 888 sugA_2 COG1175 Trehalose transport system permease protein SugA GTGCGCATCTCCGATCGCCGCTTCGCCCTATACCTGATGACCCCGGCGGCGTTGTTCCTGGCCGTCTTCGTGGCCTACCCGCTGTTCCGCCTCATTGCAGACAGCTTCTTCAAGATCTCGCCCATCGCCGGCGGCCCGCGTGACTTCGTGGGATTCCAGAATTACGTCACCGCTTTCGCCTCCGAAGCCTTCATGGGGGCAGGGTGGCGAACCCTCGCCTACACCTTGGTAGTAGTTACCCTCGAGTTCGCCCTCGGCCTGGGCATGGCGCTCCTGTTCACCACGCTTGGGCGCAGCTCGCAGGTCTGGAGGACCGTCTTCCTGTACCCGCTGATGATCGCCCCGATTGTTGCCGGGTTGCTATGGAAGTTCCTGATGATCGACAACTTCGGCCTCATCGGAACCCTCTTGCACCAGGCCGGCATCCTCTCCAATCCGAACCAAATCGGGTGGTTGTCAGATCCGAACATTGTGCTGTTCTCAGTGGCAATCCCTGACATTTGGCTCACCACCTCCTTCATGTGCCTCGTGCTGTTCGCCGGCCTGCAGAACATCCCCGGCGATCTCATTGAAGCTGCACGCTTGGACGGCGCCAAAGCACCCGCGCTCCTGTTCCAGATCATCCTTCCGCTCCTCCGCCCGGTGATCGCAGTGGCGTTGGTTGTCCGGGGAATCGACGCCGCACGTGCCTTCGACACCATCCTGATTCAAACCAACGGCGGCCCCCAGTCCGCATCCGAAACCATGAGCCTGCTGATCTACCGCACCATGATCCGCTTCGGCGATCCCGGCTTGGCCAGCGCCATGGGCACCATCTACCTGCTGGCGATGCTCGCCGTCGCATTCTTCGCGGTGGCCACCATCTGGCGGCCAGGAAAGGACAACTGA MRISDRRFALYLMTPAALFLAVFVAYPLFRLIADSFFKISPIAGGPRDFVGFQNYVTAFASEAFMGAGWRTLAYTLVVVTLEFALGLGMALLFTTLGRSSQVWRTVFLYPLMIAPIVAGLLWKFLMIDNFGLIGTLLHQAGILSNPNQIGWLSDPNIVLFSVAIPDIWLTTSFMCLVLFAGLQNIPGDLIEAARLDGAKAPALLFQIILPLLRPVIAVALVVRGIDAARAFDTILIQTNGGPQSASETMSLLIYRTMIRFGDPGLASAMGTIYLLAMLAVAFFAVATIWRPGKDN PGPT0016535_7211 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 D3-18_03673 960 hypothetical protein ATGAGCTCCCGGACCGCGATTTCACGGAACCGAGCCGCAACTGAGGGCGACGTGACCAGCCAAGCCGCACAGCCGACGTCGAAAGTCACGCAAGGCCTGCGCAAGCGCCGCGGCGTCAACCGCGAAGGGCTGGAAGCCGGACGCCGAAGCACCCGGACCATCCTGTGGATCCTGTTGGCGGTGGCCATGGTGCTGTACGGCTTCCCGTTCCTGTACCTGCTGTTCACCTCGTTCAAGACGCCAATCGACACCATCGCCGTACCGCCCACCATTCTCCCCAAAGAATGGACGCTGGAGAACTACGCCAACGCCCTGGGCCGGAGCGGAGTGCTGGCCTCGTTTATCAACAGCGTGCAGACCGCCATCATCAGCACCGTGTTGTCACTGGTCCTGGCTATCCCGGCCGCCTACGGCATCACGCGCTACAAGACTCCCAGCGGCCGCGTGTTCATCATGGCGGCGCTGGTAACACGTATGGTCCCGCCCGTGGCCATCGGCATCCCGCTGGCATCAATGATGTCCTCCGTAGGGCTCGCAGACACGCCCATCGCTTTGTCCATTGCCCACACCACCATCTCGTTGCCACTGTCCATCTGGCTCATGTCCAGCTTCTTTGAGGCCGTGCCCCGCGACTTGGAGGAAGCGGCAACGGTTGATGGCTGCAGCAGGCTCGGAGCGCTCTGGCGGGTGGTCATCCCTGTGGTCTCCGGAGGCATCGCAGTCACCGCGATCTTCGCCTTCCTGGCCTCGTGGAACGAATTCCTGTTCGCCCTCCTCATGACCGCCATCCGCTCGCAAACAACCCCGGTGGTTATCGCGAACTTCCAGACCCAGTTCGGACTGGACTGGGGGTCCATGACCGCACTCGCAGCCGTCTACTCCATCCCCGTGATCCTCCTGACCCTTCTCCTGCAGCGCAAAATCGTCGCAGGCATGACGCTCGGCGCTGTTAAGGGCTAA MSSRTAISRNRAATEGDVTSQAAQPTSKVTQGLRKRRGVNREGLEAGRRSTRTILWILLAVAMVLYGFPFLYLLFTSFKTPIDTIAVPPTILPKEWTLENYANALGRSGVLASFINSVQTAIISTVLSLVLAIPAAYGITRYKTPSGRVFIMAALVTRMVPPVAIGIPLASMMSSVGLADTPIALSIAHTTISLPLSIWLMSSFFEAVPRDLEEAATVDGCSRLGALWRVVIPVVSGGIAVTAIFAFLASWNEFLFALLMTAIRSQTTPVVIANFQTQFGLDWGSMTALAAVYSIPVILLTLLLQRKIVAGMTLGAVKG PGPT0016540_571 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 D3-18_03674 1398 Inulin fructotransferase [DFA-I-forming] ATGTCCAACAGCAACTACTACGACGTCACCACGTGGCCTATCGGCAACCCGTCCGAGGACGTTGGTGAAGTCATCAACAGCATCATCGCTGACATCAAGGACCGGCAAACGGTCATGGATGAGAACGACGGCGGCAAGCCGGGAGCGGTGATTTACCTTCCGCCCGGGGACTATCACCTCCGCACGCAGGTGGTCATCGATGTCAGCTTCCTCAAGATCCAGGGCTCGGGACACGGCTTTACGTCCTCGAGCATCCGGTTCAATGTTCCTGAGGACGAATGGCCGGACCTCCATGAGTTGTGGCCCGGCGGTAGCCGCGTCATCGTCGACATTCCGCTCAGCGACGACTTACTCAGGGACGACGAATCCAAGGGCGCCGCCTTCTACATCGAACGTAGCGGGAGCCCCCGGATCAGCTCAGTGGAATTCTCCAACTTCTGCATCGATGGCTTGCACTTCACTCCGGATGGTTCAGGGCTGCCTGCGGAGAACAGCTACGTCAACGGCAAGACCGGCATCTATGTGGCAAGCGCCAATGACTCCTTCCGGGTCAACGGAATGGGATTCGTCTACCTCGAGAATGCGCTCACCATCTACAAGGCGGATGCCCTTTCCCTTCACGACAATTTTATTGCCGAATGCGGAAGCTGCATCGAACTCCGTGGCTGGGGCCAAGCGTCAAAGATCACCGACAACTTGATTGGGGCCGGTTTCAAGGGTCACTCGATCTACGCCCAGAACCATGGCGGGCTCCTGATCACCGCGAACAACATCTTCCCCCGCGGTGCCAGCAGCATCCATTTTGACGGCGTCACGCGTTCAAGTGTGTCCAACAACCGCCTGCACTCGTTCTACCCCGGGATGGTGGTTCTTGCAGGGAACAGTTCTGAGAACCTCGTGGCCACCAACCACTTCCTGAGGGACCACGAGCCCTGGACTCCCTTCCTGGGAGTAGATAACGGGCGAGATGACCTCTTCGGGTTGCTGAGCATCAGTGGCAACAACAACTCGGTGATCGGTAACCACTTCTCCGAAGTAGTGGACGCGCAGAGCATTCAGCCATCGGGGGCCACACCCGTGATCATCCGCCTGGGAGAGGGGGCAGGCAACTTCGTCTCCAACAACCACGTGGTGGCCATGGACGTTCGCGCTGCATCGAGTGACTCCTGCTTCTCGGCCCAAGTGGATGCGTTGCTGACCACCGGGGCTTCGGACGGCCTGGCCGTGACGTCGGTCCTTGTTGATTCCGCCTCCGCCCGGAATACCATCCTTGATTCAGGACATGACGCCCAAGTGATCGCAGACAGGGGCGTCAACGCTGTGAGGGCCACGCCGACCATTGGTTTCGACGCCGTAGGCAACGCCCAAACGAGCCAGGCAGCGGGTATTCCTCGATAG MSNSNYYDVTTWPIGNPSEDVGEVINSIIADIKDRQTVMDENDGGKPGAVIYLPPGDYHLRTQVVIDVSFLKIQGSGHGFTSSSIRFNVPEDEWPDLHELWPGGSRVIVDIPLSDDLLRDDESKGAAFYIERSGSPRISSVEFSNFCIDGLHFTPDGSGLPAENSYVNGKTGIYVASANDSFRVNGMGFVYLENALTIYKADALSLHDNFIAECGSCIELRGWGQASKITDNLIGAGFKGHSIYAQNHGGLLITANNIFPRGASSIHFDGVTRSSVSNNRLHSFYPGMVVLAGNSSENLVATNHFLRDHEPWTPFLGVDNGRDDLFGLLSISGNNNSVIGNHFSEVVDAQSIQPSGATPVIIRLGEGAGNFVSNNHVVAMDVRAASSDSCFSAQVDALLTTGASDGLAVTSVLVDSASARNTILDSGHDAQVIADRGVNAVRATPTIGFDAVGNAQTSQAAGIPR NA NA NA NA NA D3-18_03675 1089 degA_3 COG1609 HTH-type transcriptional regulator DegA ATGACCAAAAGATCTGTAGGTATCAAAGACGTGGCCGCCGCGGCCGGTGTCTCTGTCACCACCGTCTCCCATGTCCTCAATGACGTTGCCTACGCCCGCGTAGGTACCGAAACGAGGGAACGGGTCCACGAAGCCGCCCAGCGACTGGGTTACGGACCCAACCGGCTGGCCCAGGCCCTTCGCACCCAACGTTCGGGCATGATCGGTTTCATCAGCGAAGAGATTGCCACCACACCGCACGCAGGCAGGATCATCCTCGGTGCCGAGGAAACGGCGCGGGCACGTGGGTACAACATCATGATCATCAACTCCACCAGCACCGGTTCGCAGGATTCGCGCGAAAGCGACGTCGCTGACCTGCTGGATCGGCAGGTGGATGGCATTCTGTACGCCACCATGTACCACCGGAAGCTGTCCGTTCCCAAGAATCTGGCCGGGGTTCCGGCAGTCCTTGTGGACTCCGAGGACATCAACCACTCCGTCTCCTCAGTGATCCCCGATGAAGCCGGCGGCGCACGGCTCGCGGTGCAAACCTTGATCGACGCCGGTCACACGCGAATCGGCATGATCAACAACACCGACGACGTCCCGGCAACGCACTCCCGGCTGAAGGCTTTCAAGGACACGCTGGCCGATGCCGGGCTGGCGTTTCACGAAGAGCTGGTCCATTCGGAACTATCCGAGGTCCCGGGCGGCTACCAAGCGGCGCTGCGGGTCCTCGAATCTCCCAACCGGCCCACGGCCATCTTCTGCTACAACGACCGTATGGCCATGGGTGCTTACAGGGCGGCCGGGAAACTTGGGCTGCGGATACCCGACGACCTCTCAATCGTGGGATTCGATAACCAGCAGCTCATTGCCGAAAACCTTTACCCCTCGCTGACTACGGTGGCCCTTCCGCACTATGAAATGGGCGCGTGGGCTACGAAGAACCTGATCGACGCCATTGAGGGAAAAACGGACCTGCAGTTGTTTGCGGCCCACCCCACCGTTCTTCCCTGCCCCTTGGTTCTGCGTCATTCCGTGGCCTCCCCGCAGTCCGGGGCAGGCGACAGTAGCGCAGAACTGACCGCACGCACCAACACTTGA MTKRSVGIKDVAAAAGVSVTTVSHVLNDVAYARVGTETRERVHEAAQRLGYGPNRLAQALRTQRSGMIGFISEEIATTPHAGRIILGAEETARARGYNIMIINSTSTGSQDSRESDVADLLDRQVDGILYATMYHRKLSVPKNLAGVPAVLVDSEDINHSVSSVIPDEAGGARLAVQTLIDAGHTRIGMINNTDDVPATHSRLKAFKDTLADAGLAFHEELVHSELSEVPGGYQAALRVLESPNRPTAIFCYNDRMAMGAYRAAGKLGLRIPDDLSIVGFDNQQLIAENLYPSLTTVALPHYEMGAWATKNLIDAIEGKTDLQLFAAHPTVLPCPLVLRHSVASPQSGAGDSSAELTARTNT PGPT0017992_1472 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 D3-18_03676 1530 sacC_2 COG1621 Levanase ATGACTGACACAATCACTCACCCTGCCGCTCCCGCAGAGCACACGGTCCGGCCGGCACTTCACTACACCGCCAACAGCACGTGGCTGAACGATCCCAATGGGCTCGTGTTTTACGAAGGCGTTTACCACCTCTTTTACCAGAACAACCCCTTCGACAACGTCTGGGGCAACATGTCCTGGGGCCATGCCACCTCGGAGGACCTTCTTCACTGGGACGAGCATCCCGTAGCCATCGCCTGCGACGAGCAGGAGGACGTGTTTTCCGGAAGCATCGTCGTGGATGAGGGCAATACGACCGGCTTCGGCACCCCGGAAAACCCTGCCTTGGTTGCCATCTACACCAGCGCTTTCAAGGAAGGTTCGGGACTCGATGGGACTCAGGCGCAGTCTCTCGCTTTCTCCACGGACGCGGGCATGACGTGGCAGAAGTACGCGGGAAACCCGGTCCTCAATCGGGGCTCGGCGCATTTCCGCGACCCCAAGGTGTTCCGGTACGACGGTGCGTCGGCTTCATTCTGGGTGATGGTGGCGGTGGAGGCACAGCACCAGCAGGTTGTCCTGTACCGCTCGGCAGACCTCAAGGAATGGGAGTACCTGAGCACGTTCGGGCCTGCCAATGCCACGGGCGGCGAGTGGGAATGTCCTGATCTCTTCCCCCTCCCCGTCGACGGAAACCCGGACTATGTCAAGTGGGTCCTGGTGGTCAACATCAACCCCGGTGCCGTAGCAGGAGGATCGGGAGGACAGTACTTCGTGGGCCATTTTGATGGGGTTCAGTTCACAGCGGACAGCGATTCATTGGTTGAGGACGGGAATACCAACCTGAGGCAGTGTCTATGGCTCGATTGGGGACGCGATTACTACGCAGCAGTCTCGTTCAGCAATGTTCCGGGCAACCGCCGCATCATGATCGGCTGGATGAATAACTGGGACTACGCCAACTCCCTGCCCACGTCACCGTGGCGTTCCAGCATGTCACTGGCCCGCGAGGTTGAGCTGGCCACCATTGACGGCCTGCCCCGCTTGGTACAGCGCCCCGTTCTGCCGGCGGACCTCGGGCCAGCCATCTACACCATGGAGGACCAGGAGATTCACGATTCCACGGTGGTATTGCCGCACACAGATTCAGTCCAGCAGGTCAACTCAGTCCAGGTGATTGACGCCGAGATCGTACTAGGAACTGCCGGAACAACCACCCTGAGCCTTTTCGGCGCAGCAGGCGGGGATGCCGCAACACTTCTTAGCTTCGATACTGCGACGAGCCAACTAACCCTGGATCGCCGCAAGTCCGGCAACACCGCTTTCCATGAAAAGTTCGCATCAGCAGAGTCAGCACCCGTCGCCCTTGAGGATGGCGTGCTCAGGCTCCGCGTGATCGTCGACCACGGCTCCGTGGAGGTGTTCGCGCAAGGCGGCAAAGTTGTCATGACCGATCTGGTTTTCCCCGCGCCCGGAAACCTGGGCACCGAGCTGAATGTGGAGGGTGGCACGGCTACAGTACGGAAATTGACGGTCTCGGTCGTATCCTGA MTDTITHPAAPAEHTVRPALHYTANSTWLNDPNGLVFYEGVYHLFYQNNPFDNVWGNMSWGHATSEDLLHWDEHPVAIACDEQEDVFSGSIVVDEGNTTGFGTPENPALVAIYTSAFKEGSGLDGTQAQSLAFSTDAGMTWQKYAGNPVLNRGSAHFRDPKVFRYDGASASFWVMVAVEAQHQQVVLYRSADLKEWEYLSTFGPANATGGEWECPDLFPLPVDGNPDYVKWVLVVNINPGAVAGGSGGQYFVGHFDGVQFTADSDSLVEDGNTNLRQCLWLDWGRDYYAAVSFSNVPGNRRIMIGWMNNWDYANSLPTSPWRSSMSLAREVELATIDGLPRLVQRPVLPADLGPAIYTMEDQEIHDSTVVLPHTDSVQQVNSVQVIDAEIVLGTAGTTTLSLFGAAGGDAATLLSFDTATSQLTLDRRKSGNTAFHEKFASAESAPVALEDGVLRLRVIVDHGSVEVFAQGGKVVMTDLVFPAPGNLGTELNVEGGTATVRKLTVSVVS PGPT0018745_534 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-FRUCTOSIDASE,PGPT0018745-fruA-K03332 NA NA D3-18_03677 531 COG0454 putative N-acetyltransferase GTGACTGAAACCATCCGCACCGCAACAACGCACGACGCCGGGAAGCTGGCTGAGCTTGCCGCCGTCACCTTCCCGCTGGCGTGCCCGCCCGGCTCCTCCTTGGCGGACATTCAAGCCCACCTTGAAAAGACGTTGAGCGAGGCCAACTTTGAGGACTACCTCGCCGATGCGAACATCACCATCCTGGTGCTCGACGACGACGGGCAGCTCAACGGGTACACCATGCTGATTGCCAAGCCGGCCACCGACCCGGACGTGGCCTCTGTGCTCTCAGCGCTCCCCTCCACGGAACTCAGCAAGTGCTACGTCCACCCCGATCACCACGGGAAGGGCGCCGCGTCTCGACTCATCCAGGCATCGCTGGCTAATGCCGCGGACAAGGGCGCGGCCGGGGTGTGGCTCGGCGTCAACAGCGAAAATGCCAAGGCCATCCGCTTCTATGAGAAGAGCGGTTTCCAGCGCGTTGGCACCAAGTCGTTCAAGCTCGGCGACACCGTGGAGCACGACTTCGTGATGGAACACGCGCTTTAA MTETIRTATTHDAGKLAELAAVTFPLACPPGSSLADIQAHLEKTLSEANFEDYLADANITILVLDDDGQLNGYTMLIAKPATDPDVASVLSALPSTELSKCYVHPDHHGKGAASRLIQASLANAADKGAAGVWLGVNSENAKAIRFYEKSGFQRVGTKSFKLGDTVEHDFVMEHAL PGPT0007785_370 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 D3-18_03678 2136 hypothetical protein ATGACCGCTTGGAACGAAGACACGGAAGCCGGGGCGTCCGAACTGGGTGCCGTGACCGTCGTCGAAGGTTCATCTTTTTGTATTTCCTCGCACTCAGGCGACATCCACGGCGGCGGCTCCCAAGGTACCTACTATCAGGACACGCGGATCGTTTCGCGCTGGATCCTGAGGATCAACGGCGCACTCCGGGAACCGCTGGTGGCACGGAACCCCACGGCTTTCCAAGCTGAGTATGTGGGCCGGGCATGCGCTGCGGACGGGAGGTTCGACAGCCCCCTGGTAGTTCAGCATCAACGCCACGTCGGGGCAGGCCTGCGGGACGACATCACCATCAGGAACTACTCCGGGCAGGACGCGCCCTGCGAGATTGAACTGCTGATCGACGCCGACCTGGCCGACCTTTTCGACGTCAAGGGCGGCCGGACCAACAAAGCCGGAGCACCCACGAGGAAAGCACATAAGAAAGAACTGCACATCGACTCCCTCCACTCCAGCGGTCAACGCAGGGGAGTTTCCTTCCGGGCCTCAGGGGCCAAGGTGTCCGAGGACGGTTTACGGTTCCACATCAACATCCCCGCACGCAGCCAGTGGTCCACCAGCATCATCGCCCTCCCGCTGGTCAACGGAAAAGGGCCCAACGATCCCTTCACCGAAACCACACCGCTCCACCACACCCCGGGCGTTCGCCGCCACGTTGCCTGGGAAGAGCACGTTCCCCGGATCGCCGTGACGGACCGCAATGTGGAGGAGGTCCTGGAGCGGAGCCAACGCGATTTGGGCTCCCTGCGCATCTTTGACCCCGAACATCCGGACCGCGTGGCCGTGGCGGCCGGAGCGCCCTGGTTCATGGCTCTGTTCGGACGCGACTCCCTCCTTGCGTCCTACATGTCACTCATGGTGGACCCGCGCCTGGCCGCCGGAACCCTGCAGACCCTGGCCGCGCTCCAAGGCAGCAAAGTGGACGTGGATTCCGAGGAAGAACCCGGGCGCATCCCTCATGAGGTCAGGCTTGGCGTCACAGCCGGACTCTCGTTGGGCGGAACTGCCTACTACGGAACAGCTGACGCGACGCCCTTGTTCGTCTCTACGCTTGGAGAGCTCAGCCGATGGGGTCTGGGTTCGGACATCATCGAGTCCCTGCTCCCGCACGCGGACCGCGCCATCGAATGGCTGGAACAGTACGGGGACCGCGACGGCGACGGCTTCATCGAGTATCAACGGCCCAACGAGCACGGACTCGTCAACCAGGGCTGGAAAGACTCCTGGGACGGCATCAACTTCGCCGATGGCCGGATGGCGGAAACGCCCATCGCCCTCTGCGAGGTGCAGGCCTACACCTACGCGGCCTACGTGGGACGCTCCCTCTTAGCCCGCGCCGCGGGGGACACCGCCGTCGAACGCCGTTGCGCGGACCGCGCCGAAGCGCTGAAGACCGCCTTCAACGAGGCTTTTTGGCTCCCGGATCAGGGTTATTACGCGCTGGCGCTGGACAAGGATAAGAAGCCCGTGGACTCGTGCACGTCCAACATGGGGCACTGCCTGTGGGTGGGCATCGTGGATGAGGACAAGGCGCCCATGGTGGCGGAGCGGCTGATGTCCCCGGAAATGTTCACCGGCTGGGGCATCCGGACGTTGGGGTCCCACATGGGCGCGTACAACCCCGTCAGCTACCACAACGGTTCCGTGTGGCCCCACGACACCGCTCTCGCCGCCACAGGGCTCATGCGGTACGGCTTCGTGAAGGAGGCCAGCCGTGTTGCGAGCGGACTGTTCGACGCCGCCGAACACTTCGGCGGTCAGCTTCCGGAGCTTTTTTGCGGCTTCGACCGCGGAGATTTTGCGGAGCCGGTTCCCTATCCGACGGCGTGTTCCCCGCAAGCGTGGGCGGCTGCGGCGCCCGTCCAGCTCGCCCGGATCCTTCTGCGGTTCGATCCCGATTTCACCCGGAACGTGCTGCACCTGGCGCCCATCCTGCCCGACTCCTTGGGCACCTTCAAAGCCGACAACGTGCTGCTGGGGCGCTCGCGGATCACCATCGAGGCCTCTGGTTCATCCGGAAGCGTGACCGGGGTACCGGCCGGTCTTGAGCTGAGGTCCGATCCCCGGCCGCCCCTGACTGGGGAGATGTTCGGCTAG MTAWNEDTEAGASELGAVTVVEGSSFCISSHSGDIHGGGSQGTYYQDTRIVSRWILRINGALREPLVARNPTAFQAEYVGRACAADGRFDSPLVVQHQRHVGAGLRDDITIRNYSGQDAPCEIELLIDADLADLFDVKGGRTNKAGAPTRKAHKKELHIDSLHSSGQRRGVSFRASGAKVSEDGLRFHINIPARSQWSTSIIALPLVNGKGPNDPFTETTPLHHTPGVRRHVAWEEHVPRIAVTDRNVEEVLERSQRDLGSLRIFDPEHPDRVAVAAGAPWFMALFGRDSLLASYMSLMVDPRLAAGTLQTLAALQGSKVDVDSEEEPGRIPHEVRLGVTAGLSLGGTAYYGTADATPLFVSTLGELSRWGLGSDIIESLLPHADRAIEWLEQYGDRDGDGFIEYQRPNEHGLVNQGWKDSWDGINFADGRMAETPIALCEVQAYTYAAYVGRSLLARAAGDTAVERRCADRAEALKTAFNEAFWLPDQGYYALALDKDKKPVDSCTSNMGHCLWVGIVDEDKAPMVAERLMSPEMFTGWGIRTLGSHMGAYNPVSYHNGSVWPHDTALAATGLMRYGFVKEASRVASGLFDAAEHFGGQLPELFCGFDRGDFAEPVPYPTACSPQAWAAAAPVQLARILLRFDPDFTRNVLHLAPILPDSLGTFKADNVLLGRSRITIEASGSSGSVTGVPAGLELRSDPRPPLTGEMFG NA NA NA NA NA D3-18_03679 1074 COG0438 Glycogen synthase GTGCGAATCGGACTCATAGTTGGACCTTGGTTTACCGTACCGCCGGAAAAGTACGGCGGAACAGAGCGTGTAGTGGATGCGTTGGCGCGGGCCTTGTCCGACGCCGGCCACGAAGTCCTGCTGGCAACGGCAGCGGACAGTACTTGCCCAGTGCCCCAAATTCCTGGCTTTGGCCCAGCCGTTCCGGAGGACCTGGGGCAGAGCTTCAGCGAATTGGGGCATGTCATTAAGGCCTACGCGGAGTTGCGGGACGTGGACATCATCCATGACCACACCCTGGCCGGGCCGCTCTATGCGCGTAGACCACCGGGCATCCCCGTCGTCACCACCATTCACGGACCTTTGTCGCCCATCTACGCGCCGCTCTACCGGGACATGGCACAGGACACTGCCATCATCGCCATCTCCCATGATCAATGCAGCCGGGTGGAGGATCTTGAGGTCTCCGCAGTCATCCATCACGGGATTGACCTCTCGGCGGTGAGCGTCGGCCGCGGGGCCGGGGGATATGCCTGCTTTGTGGGACGTATGTGCCCGGACAAGGGGCTCATGGAAGCAGTAGCCATCGCCCGGGAAGCAGGAGTGCCCTTAAGGATCGCGGCAAAGATGCACGCTCCGGATGAGCAGGGCTACTTCCACGACGTGGTGCAACCCGCTTTGGGATCCAACGAAGAGTTCCTTGGCGAGCTCTCCGATCCCGAGAAATACGAATTGATGGGCGATGCGATGGCGCTGCTCAACCCGATTCAATGGCACGAACCCTTTGGGCTGGTAATGATCGAAGCACTTGCCACGGGAACCCCGGTGCTGGCCACGCCCATGGGTGCAGCTCCGGAAATCGTCAGGAATGGTGTCACCGGTTTTGTAGGGTCTGCCAGGGAGCTGGCCGACTCCGTTGCCCGCATCCCGGACCTGAGCCGCGAGGCGTGTAGACGCTCCGTGGAGGAGTCGTTCAGCGCTCAACGGATGGCAGCCGATCATGTGGACCTCTACGCCAAAGTGATCGAACAATTCCAGGCAAAACCTCTTCCCGGCGAGGGCCTGTTGCAAGAGAATCAGAGTCGAGCCCTTTAG MRIGLIVGPWFTVPPEKYGGTERVVDALARALSDAGHEVLLATAADSTCPVPQIPGFGPAVPEDLGQSFSELGHVIKAYAELRDVDIIHDHTLAGPLYARRPPGIPVVTTIHGPLSPIYAPLYRDMAQDTAIIAISHDQCSRVEDLEVSAVIHHGIDLSAVSVGRGAGGYACFVGRMCPDKGLMEAVAIAREAGVPLRIAAKMHAPDEQGYFHDVVQPALGSNEEFLGELSDPEKYELMGDAMALLNPIQWHEPFGLVMIEALATGTPVLATPMGAAPEIVRNGVTGFVGSARELADSVARIPDLSREACRRSVEESFSAQRMAADHVDLYAKVIEQFQAKPLPGEGLLQENQSRAL NA NA NA NA NA D3-18_03680 699 hypothetical protein ATGAAGATTGAGATCTGGTCAGACGTCGCGTGTCCGTGGTGCTACATCGGCAAGCGCCGTTTTGAGACCGCCCTGGCGCAGTTCCCGCACCGCGATTCCGTCGACATCGAGTGGAAGAGCTACCAGCTTGACCCCTCCGTCCCGGAGCACTACGACGGCACTGAGCTCGACTACCTGAGCAAACGCAAGGGCATGGCTCCCGAGCAGGTCAAGCAAATGTTCAGCCACGTCACGGAGACCGCCAAGGAAGAAGGCCTGGACTACCGGTTCCACCAAGTAGTGGTGGCCAACAGCTTCACCGCGCACCGCCTCATCCATCTGGCCGCCGCCCACGGACGCCAGGACGCCGCCAAGGAACGCCTGCTCAGCGACCACTTCGAGCACGGCAAGGACATCGGCAACCAGGAGTACCTCACGGAACTCGGCGCAGCACTTGAGCTGCCCACCGACGAGGTTGCCGAGCTCTTCACCTCCGACAAGTACGCGGACGAAGTCACTCAGGACATTAATGAGGCCCGCGCCATCGGCGTCACCGGTGTCCCGTTCTTCGTCATCGACCGCAAGTACGGCATCTCCGGTGCCCAGCCCGCTGATCTTTTCAGCCAGGCGTTGAACCAGGCGTGGCAGGAAGCCAATCCGCTGATCCCCGTGGGCGCCTCCGACGCCGAGGCCTGCGGCCCGGACGGCTGCGCAGTCTAA MKIEIWSDVACPWCYIGKRRFETALAQFPHRDSVDIEWKSYQLDPSVPEHYDGTELDYLSKRKGMAPEQVKQMFSHVTETAKEEGLDYRFHQVVVANSFTAHRLIHLAAAHGRQDAAKERLLSDHFEHGKDIGNQEYLTELGAALELPTDEVAELFTSDKYADEVTQDINEARAIGVTGVPFFVIDRKYGISGAQPADLFSQALNQAWQEANPLIPVGASDAEACGPDGCAV NA NA NA NA NA D3-18_03681 1539 abfA_1 Intracellular exo-alpha-(1->5)-L-arabinofuranosidase ATGTCCCGCGCACGCATCACCCTCGACCGCGACTTCACCATTGGCGAGGTACCCCGACGACTTTTCGGCTCCTTCGTGGAGCACATGGGCAGGTGTGTCTACACCGGCATCTACGAGCCCGGACACCCCGAGGCTGACCAGAACGGCTTCCGCCAGGACGTCCTCAAGCTCGTCAAAGAACTCGGCGCCACCGTCATCCGTTACCCCGGTGGCAACTTCGTTTCCGGATACAACTGGGAAGACGGCATTGGCCCGCGCGAGAACAGGCCCCGCAGGCTGGACGGAGCCTGGCACACCGTGGAGACCAACGCGTTTGGCCTGCACGAATTCGTGGACTGGTCCAAACAGGCCGGCACGGAAATCATGGAAGCCATCAACCTCGGCACCAGGGGAGTGGACGCTGCACGCGAGATCGTGGAGTACGCCAACCACCCGGGAGGAACCTACCTGTCCGACCTCCGTGCCAAGAACGGCCACAAAGACCCGTTCAACATCAAGCTCTGGTGCCTGGGCAACGAACTGGACGGGCAATGGCAGATCGGCCACAAAACTGCCGACGAGTATGGCCGGCTGGCGCAGGAAGCCGCCAAAGCCATGCGGTTCGTGGACCCCTCCCTTGAGCTGGTGGCTTGCGGCAGTTCCAGCTCCAGCATGCCCACCTTCGGCGCATGGGAGCAGACCGTCCTCACCCACACCTACGACGAAGTGGATTACGTTTCCCTCCACGCCTACTACCAGGAACACGAAGGCGACGTCGGGAGCTTCCTTGCCTCCGCCGTCGATACCGACTACTTCATCGAATCAGTGATCGCCACCGCGGACGCCGTCCGCGCCAAGGGGAAGCACAAGAAGCACATCAACCTGTCCTTCGATGAGTGGAACGTTTGGTACCAGCGCGGCCTGGACACCGAGGACCAGCCACACAACGTGATTAAGGCCGGATGGCGAGAGCACCCGCGCGTCATTGAGGACAAGTACAACGTCACCGATGCCGTGGTGGTAGGGACGCTGCTGAACTCGCTGCTCCGCCACGGTGACCGGGTCAAGATCGCCAACCAGGCGCAGCTGGTCAACGTGATTGCACCGATCCTTTCGGAAGAGAATGGACCGGCCTGGAAGCAGACCATCTTCCACCCGTTTGCGCGGATGGCCGAGCTCGCCAAGGGCCAGATCCTGCGACTCTCCGTGGACTCGGACAAGTACTCGAACAACCGCTTCGGCGACACGGACCTGGTGGATGTCAGCGCTACGTGGAACGAGGAAACGGGCCGGGTTGCACTCTTCTTCGCGAACCGCGGTTTGGAAGAAGCCGCCGACGTCGAGGTTGCCCTGCGCGGCTTCGATGCCCGCCAGGTGCTCCGCGCCGAGGTCCTTGAAATCCCCGAGGACGGCGACCGCTTCTCCATCAACTCCCAGGATCAGCCCGGCCGTGTGGGCTTGACGGCTCTGGACGGTGTGAAGGCGACCGGTGCCGAACTGCGCCTGACGCTGCCCGCCCTCTCGTGGGCCGTCGTCGAGCTTGACGTGGTGAAAGCCTAG MSRARITLDRDFTIGEVPRRLFGSFVEHMGRCVYTGIYEPGHPEADQNGFRQDVLKLVKELGATVIRYPGGNFVSGYNWEDGIGPRENRPRRLDGAWHTVETNAFGLHEFVDWSKQAGTEIMEAINLGTRGVDAAREIVEYANHPGGTYLSDLRAKNGHKDPFNIKLWCLGNELDGQWQIGHKTADEYGRLAQEAAKAMRFVDPSLELVACGSSSSSMPTFGAWEQTVLTHTYDEVDYVSLHAYYQEHEGDVGSFLASAVDTDYFIESVIATADAVRAKGKHKKHINLSFDEWNVWYQRGLDTEDQPHNVIKAGWREHPRVIEDKYNVTDAVVVGTLLNSLLRHGDRVKIANQAQLVNVIAPILSEENGPAWKQTIFHPFARMAELAKGQILRLSVDSDKYSNNRFGDTDLVDVSATWNEETGRVALFFANRGLEEAADVEVALRGFDARQVLRAEVLEIPEDGDRFSINSQDQPGRVGLTALDGVKATGAELRLTLPALSWAVVELDVVKA PGPT0018655_1013 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-ARABINOFURANOSIDASE,PGPT0018655-abfA-K01209 NA NA D3-18_03682 903 araQ_6 COG0395 L-arabinose transport system permease protein AraQ ATGGCAACCCCTACCCTGACCCGTCCCGCACCCAGTACCACCACCAGCAATGGCCTCAAGCTCCGCCAGCCCCGCAAGAAGCTGACCGTTGGCAGGATCGCGGCCATCGTCGTCGCTGCCTTCATCGCGGTGCTGTGGCTGATTCCGTTCGCGTGGGCCACGGCCACCGCTTTCAAGACCGAGACGGATGCCGCAGCCCCGGACGTGACGTGGCTGCCGCCGTCGGGCTTCACTCCCGAAGCGTTCGTCAAGGTGTTCCAGGACGGCAACATCCCGCTGTGGACTTGGAACTCGCTCTACACCTCGGCGGCCATTACGGCCATCACCCTGGTGATCTCGGCGCTGGTTGCTTATGCGCTGTCGAGGATCGATTTCAAGGGCAAGAAGGTGCTGATGACGGTGATCATCGCGTCCATCATCATTCCACCACCCGTGCTGATCATCCCGCTCTTCTACCAAATGCTGGCGCTGAACCTCATCGATACCTCGTGGGCCATCATCCTGCCGCAGGTCATCCACCCCGCCATGGTGTTCGTCCTGAAGAAGTTCTTCGACCAGATCCCGCGTGAACTTGAGGAAGCGGCCGTGATGGACGGGGCCAGCCGCTTGCGGATCTTCACGCAGATCATCCTGCCGTTGTCCCGTCCGATCCTGGCCGCCGTCGCGATCTTTGTCTTCATCGGCGCCTGGAACAACTTCCTGTGGCCGTTCATCGCCACCAACGACGGCAACCTGCTCACCCTCCCGGTAGGCCTGCAAACCATCAAGAGCGCCTACGGCATTCAGTACGCGCAGAACATGGCGTCGGCATTGCTCGCCGCGCTGCCGCTGATTGTCGTCTTCCTCTTCTTCCAGCGCCAAATCATCAAGGGCGTTGCGACGACGGGACTCGCCGGAACGTAA MATPTLTRPAPSTTTSNGLKLRQPRKKLTVGRIAAIVVAAFIAVLWLIPFAWATATAFKTETDAAAPDVTWLPPSGFTPEAFVKVFQDGNIPLWTWNSLYTSAAITAITLVISALVAYALSRIDFKGKKVLMTVIIASIIIPPPVLIIPLFYQMLALNLIDTSWAIILPQVIHPAMVFVLKKFFDQIPRELEEAAVMDGASRLRIFTQIILPLSRPILAAVAIFVFIGAWNNFLWPFIATNDGNLLTLPVGLQTIKSAYGIQYAQNMASALLAALPLIVVFLFFQRQIIKGVATTGLAGT PGPT0016540_1974 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 D3-18_03683 921 lacF_5 Lactose transport system permease protein LacF ATGAGTACCTCTACGCTGTCCCGGCCGAGGCCGGAGAGTCTGCGCAAACCCGGGAGCCGCACCCGAAGCAACCTGAGCGGCTGGGGATTTGCCACCCCGTTCCTTGTCTTCTTCCTCGTTTTCCTCGTCTGGCCCATTCTCTACGGCTTCTACATGAGCCTTACGGGCAAGTCCCTTACCGGCGCCAATGACGATCTGATTGGCTTCGCGAACTATGTTGAAGCCTTGGCCGACGCCGATATGTGGCGATCCTTGGGCAACACCCTCTACTTCACGGTGATCAGCACCGTCCCGTTGGTCCTCGTTGCCTTGGTCATGGCCGCCTTGCTCAACATCGGACTTCCAGCCCAGTGGCTGTGGCGACTCTCCTACTTTGCGCCCTACCTGCTCGCCTCCACAGTGGTTTCGCTGTTCTTCACGTGGATGTACAACCCGCAGCTTGGCCTCATCAACGAGTTCCTGACAGGCATCGGCCTCCCACGCGTTGCCTGGCTTAATGACCCCAACGTGGCCATGTGGGCCATTGTCATCGCCACGCTCTGGTGGACCGTGGGCTTCAACTTCCTGCTCTACCTGGCCGCGATGCAGAACATCCCAGCGCAGCATTATGAGGCAGCATCGCTGGACGGTGCGGGGGCGTGGCGCCAGTTCTTCTCCATCACGCTTCCGCAACTGACACCCACCACCGTGATGATCGTGCTGCTCCAGATTCTGGCGTCGCTGAAGATCTTCGATCAGGTGTATCAGATGACCGCCGGCGGACCCGGTGGATCCACCCGGCCCGTGGTGCAGTACATCTTCGAAACCGGGTTCACCGGATACCGGCTGGGTTACTCGGCAGCCATCTCCTACATCTTCTTCGGACTGATCGTGGTCATCTCGATCATGCAGTTCGTCATCACCCGCCGCAGGAGTGCATAA MSTSTLSRPRPESLRKPGSRTRSNLSGWGFATPFLVFFLVFLVWPILYGFYMSLTGKSLTGANDDLIGFANYVEALADADMWRSLGNTLYFTVISTVPLVLVALVMAALLNIGLPAQWLWRLSYFAPYLLASTVVSLFFTWMYNPQLGLINEFLTGIGLPRVAWLNDPNVAMWAIVIATLWWTVGFNFLLYLAAMQNIPAQHYEAASLDGAGAWRQFFSITLPQLTPTTVMIVLLQILASLKIFDQVYQMTAGGPGGSTRPVVQYIFETGFTGYRLGYSAAISYIFFGLIVVISIMQFVITRRRSA PGPT0016335_955 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 D3-18_03684 1335 hypothetical protein GTGAAGCAGTTTGAATCTTTGACCGGGAAACAGTTGTCCCGGAGACAGTTATTGACAGGATCGGCCCTTCTTGGCGGAGGCCTGCTGGCCACCGGCCTCACGGGCTGCGGAGGTGCGGCCCAGGCCGCCGCAGTGCAGGACATCGGGTTCTGGCACCTGCTTTCCGGCGGTGATGGCATCAAGATGCAGGCCATGATCAACAGCGCCAACCAAGCCAATCCCGGGTTCAAGGTGCACCCCACAGTGCTTGCTTGGGGTCCGCCGTATTACACCAAACTGGCCATGGCCTCGGCAGGTGGCCGCCCTCCCGAGGTGGCAATCATGCACGCCAGCCGGGTTCCCGGGTATGCACCGGGCGGGCTCATTGAGCCGTGGGACCTGGACCTGCTTGCGGAGAACGGTGTAAGGGCCTCCGATTTTGCCCCCAGGATCTGGGAGAAAAGCCAGCACGACGGCAGGGTCTTCTCCATAGCCTTGGATTCGCACCCGTTCGTCATGTTTTACAACACGGATATCGCAGGCAAGGCCGGAGTGCTGGGCAGCAACGGCCAGCTACAGGAAGTGACCTCGCCCCAGGAATTCAAGGCGATGGCCCTGGAAATGCAGAAGGTCACCAAGGCCCACGGCCTGTCCTTCGGCTATCTCGGCAGTGGTTCGCAGATGTGGCGCCTGTTCTACACCCTCTACAAGCAACACGGCGCGGACATGGAACTGACACCAGGGCAGCCCATGAAGGTGGACCGGGACGCGGCCATTGAATCGCTGGAGTTCATGGCATCCCTCTTTGATGACACCATTGCAGCCCAGGCCGGAGACATCAGCACGGGCATCGCGGAGTTTGCCCGCGGGGGCTCAGGGATGCTGTTCAGTGGCGTGTGGGAACTGCCCACCATGAAGAAGGCTGGAATACCCGTAGACGCGGCCACCATTCCTACGCTGTACGGAACGCCGGCCTCTTACGCAGACTCGCACTCGTTCGTCCTCCCACGGCAACTGAACCTGAACGAGGACAAGCGCCGGGACGTCTACAAGTTCGTCACCGATGTCCTCAAGGGATCCCTGTCCTGGGCAGAAGCCGGACACATTCCGGGCTTCCAGCCGGTGGTCCAATCACAGGCCTACCGCGAACTCACGCCCCAGATTCACTATGCCAACGCGGCGGACATCATTGCCTACGATCCCGAGTCCTGGTTCAGCGGTTCCGGCTCGGACTGGCAGACCTACTTCGCGGAGACCGTGCAGAACGTCCTCCTGGGAAGGGACAAGGCAGCCGCGGGATGGGCTGCCTTCGAGCAACGCACCAACACCCTCCTCTCCCGTCCCAACCCGGTCTAA MKQFESLTGKQLSRRQLLTGSALLGGGLLATGLTGCGGAAQAAAVQDIGFWHLLSGGDGIKMQAMINSANQANPGFKVHPTVLAWGPPYYTKLAMASAGGRPPEVAIMHASRVPGYAPGGLIEPWDLDLLAENGVRASDFAPRIWEKSQHDGRVFSIALDSHPFVMFYNTDIAGKAGVLGSNGQLQEVTSPQEFKAMALEMQKVTKAHGLSFGYLGSGSQMWRLFYTLYKQHGADMELTPGQPMKVDRDAAIESLEFMASLFDDTIAAQAGDISTGIAEFARGGSGMLFSGVWELPTMKKAGIPVDAATIPTLYGTPASYADSHSFVLPRQLNLNEDKRRDVYKFVTDVLKGSLSWAEAGHIPGFQPVVQSQAYRELTPQIHYANAADIIAYDPESWFSGSGSDWQTYFAETVQNVLLGRDKAAAGWAAFEQRTNTLLSRPNPV PGPT0016545_3754 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 D3-18_03685 1002 degA_4 COG1609 HTH-type transcriptional regulator DegA TTGCGCGCAACGGTCAAGGACGTGGCGCGCCGTGCAGGGGTCTCGCCTAAAACGGTATCGAACGTGATGAACGGGATCGTGCCGGTGAGCGGCCCCACGCGGCTCAGGGTTGAGCAAGCCATGGCGGAACTGGATTATGTCCCCAATCTCTCGGCGCGCGGACTGCGCAATGGCCGCTCTGGTGTTATTGGACTGGCGCTGCCGGATCTGGCGACTCCCTTTTCTGCGGAGATCGCCCAAAGCATTGTGGAAGTTGCCCATGAGCAAGGCTTTAGCGTGCAGATCGAGGAAACCGGCTCCGACCCGCACCGTGAGCATGAGTTGATGACGCGGGCGCGGGCCAACCTGATCGACGGACTGATCCTCAATCCCGTGGTGCTCAAGGAGAGTGCCGTGCAGGTGGGCGTCGCGCTGCCTCCGGTGGTTCTCCTGGGTGAAGTCACGCAGCAGCTGGCCGACCGCGTCTTCGTGGACAGCTTCGCGGCGGCGCGTGACATGACCCTCGCTTTGGCAAGGCCTGGACGTCGGCGCATCGCAGTTCTGGGTGTCAATCGGGGAAGGCAATCCGCTACGGCGATCCAACGGGCAGGCGGCTATGAAGCAGCACTTCAGATGCTGGGAATTGCCAAGGATGAGTCGCTGCTGATTTCTTGCGACAGTTGGACGCCTGCTTCGGCAGCTGCATCGTTGGATGAGTATCTGGACGCAAACCCCGTACCTGAGGCACTGTTCTGTTTCACCGACTCCATGGCTCTTGGCGCCTTGAATACCTTGTGGAAGAGGGGTGTGCGCGTTCCGGATGACATCGCGGTAGCCGGCTTCGACGACGTGATCGACGGACGGTTTGCGGTACCTTCCCTGACTACCGTGTCCTTCGACAAGCGGGCCATTGCCACGGAAGCCCTACGCCTGCTGACCGAACGCATGTCCGACAGGTCCCATGGGCAACGCTTGGTTGAAATCGAGTACACCATCGTGGAGCGGGACAGCAGCACGCCCTGA MRATVKDVARRAGVSPKTVSNVMNGIVPVSGPTRLRVEQAMAELDYVPNLSARGLRNGRSGVIGLALPDLATPFSAEIAQSIVEVAHEQGFSVQIEETGSDPHREHELMTRARANLIDGLILNPVVLKESAVQVGVALPPVVLLGEVTQQLADRVFVDSFAAARDMTLALARPGRRRIAVLGVNRGRQSATAIQRAGGYEAALQMLGIAKDESLLISCDSWTPASAAASLDEYLDANPVPEALFCFTDSMALGALNTLWKRGVRVPDDIAVAGFDDVIDGRFAVPSLTTVSFDKRAIATEALRLLTERMSDRSHGQRLVEIEYTIVERDSSTP PGPT0021075_1465 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021075-cytR-K05499 NA NA D3-18_03686 792 otnI COG3622 2-oxo-tetronate isomerase ATGAGCTTCCGCTTGGCTGCCTGCGCTGAAATGCTCTACGGCGAATTGCCCTTGACGGAGCGTGTGAAGAGGATCCACGAGCAAGGCTTTGAGGTGGAGTTGTGGGACACCCGGGGCCGGGACATTGCGGCCCTGGCAGCAACAGGAGCCCGGTTCTCGTCGATGAGCGGCTATTTTGGCGGTAGCCTCACTGATCCCGGCAGTGCCGATGAGGTGTTGGTATCGGCGGAGAAACTGATCCCTGTTGCGCTTGAACTTGGGGTCGAGCGAATGGTTGTCCACCCTGCTGAGCTCGGGGAAGGCGGCCGGGCTGTCCGCCCCGTTTACCGATCTACCGGCGAGATGTGGCTGACCGGCCGGAGCACGCTCGAACGCCTGGCGGCATTGGGCGAGAAGCACGGAGTGGTCTTCGCGTTGGAGAACTTGAACACCGTCCTGGACCACCCCGGCATCCCCTTGGCACGTGCAAAGGACACCTTGGCGCTGGTCTCGGGCGTTAACCACCCCAACGCCAGGATGATGCTGGACTTGTATCACGCCCAAATCGGAGAGGGCAACCTGATCGAACTTATCCGTGCCGCCTTACCCTGGGTAGGAGAAATACAAGTGGCCGACGTCCCCGGCCGGTGCGAACCCGGCACCGGGGAGCTCAACTACCGTGGCATCGCGACTGCTCTTAAGGAGGCTGGATACAAGGGGGTGGTCGGTCTCGAAGCGCAGGCGGCCGGAGGAGCCGGCCTGGAAGCGGGGGACACCGCGCTGGCGGCTTTCCGTGCGGCCTTTGCAGGCTAG MSFRLAACAEMLYGELPLTERVKRIHEQGFEVELWDTRGRDIAALAATGARFSSMSGYFGGSLTDPGSADEVLVSAEKLIPVALELGVERMVVHPAELGEGGRAVRPVYRSTGEMWLTGRSTLERLAALGEKHGVVFALENLNTVLDHPGIPLARAKDTLALVSGVNHPNARMMLDLYHAQIGEGNLIELIRAALPWVGEIQVADVPGRCEPGTGELNYRGIATALKEAGYKGVVGLEAQAAGGAGLEAGDTALAAFRAAFAG NA NA NA NA NA D3-18_03687 1122 iolG_17 COG0673 Myo-inositol 2-dehydrogenase ATGGGTTACCTTCAGCATCCGGTCACCGAAGACCGGCCGATTCGCATTGGACTGATCGGAGCGGGATGGATCGGAAGTTTCCACGCTGAGTCCGTTGCGCACCGCATCCCCAATGCCCGGCTTGAGGCAATTGCCGATCCTGCCCTTCCTGCCGTCGAGGCACTTGCCAACCGCCTGGGCGTTGCCAAGATCAGTAGTGACCCGGCAGATGTGCTGAATGATCCTGATGTGGATGCTGTTCTTATCGCCGCGCCGGCCCGTTTCCATTCGGGGCTGATCGCCGCTGCAGCAGGTGCAGGTAAGCACGCTTTCTGCGAAAAACCGGGCGGCCGTACCGTGGAAGAACTTGATGAGGCATTGGACGCAGCAGTGACCGCGGGCGTGATCGTCCACTTCGGTTTCAACCGCCGCTACTCAAACGACTTTGCCGCCGCCCGCAGGCTCATTGATGACGGTGCCATAGGAACTCCGCAGTTGCTGCGGTCCTTGACCCGCGATCCCGGCAACGCGGACGGGATTGCCAATCCGGAGCGGATTCCGCCGGGCACCATCTTTTTGGAGACCCTCATTCACGACTTCGACACCTTGAACTGGCTGAACCCGGGGGCTGTACCGGTTCGCGTTCATGCGGTGGCTGACGCGCTGGTAGCTCCTGAAGCAAAAGAGGGTGGACTGATGGATACCGCCGTTGTCACCGTGACCTACAGCAACGGGGCCATTGCTGTAGCTGAGGCCAACTTCAACGCACTCTACGGCTATGACGTGCGGGGAGAGGTTTTTGGCTCTGCCGGAATGGTGACGGCGGGAGGACCGCAGGCCAGCACGGCCATGAGCTACACCGCTGCCGGTATCAATGCGGCCACCGTACGCCTGAACGTGGACCTCTTTCACGATGCGTATACGGCTGAACTCGCCCACTTTGTGGACGCCGTGAAGGCTGACCGTGACGGTATGCAAGCCCCCGCCGCCCAAGCTGCCGGTGGAGCCGACGCGCGGAACGCCCTGGCCGTTGCCCTTGCCGCCTCCCGTTCAGCTCAAACCGGGCTGCCGGTTGATGTGGCAACTATTGCCGTACTGCGTCCAGCCGAACCCGCACTGCACACCGTAGGGGATGAAGCATGA MGYLQHPVTEDRPIRIGLIGAGWIGSFHAESVAHRIPNARLEAIADPALPAVEALANRLGVAKISSDPADVLNDPDVDAVLIAAPARFHSGLIAAAAGAGKHAFCEKPGGRTVEELDEALDAAVTAGVIVHFGFNRRYSNDFAAARRLIDDGAIGTPQLLRSLTRDPGNADGIANPERIPPGTIFLETLIHDFDTLNWLNPGAVPVRVHAVADALVAPEAKEGGLMDTAVVTVTYSNGAIAVAEANFNALYGYDVRGEVFGSAGMVTAGGPQASTAMSYTAAGINAATVRLNVDLFHDAYTAELAHFVDAVKADRDGMQAPAAQAAGGADARNALAVALAASRSAQTGLPVDVATIAVLRPAEPALHTVGDEA NA NA NA NA NA D3-18_03688 999 degA_5 COG1609 HTH-type transcriptional regulator DegA ATGTCGGAATTGCAGCGCCGCCCCACCTTGATGGACGTAGCAGAGGCGGCCGGTGTCTCCCGCGCCTTGGTTTCCATCGTCATGAGGGGTGCACCCGGCGCCGCGGAATCGACCCGGCAAAGAGTCTTGGAGGCGGCCCGCCAACTCGGATATCGGGCAGACTCCCGGGCGAGGCTGCTGCGGAGCAGCAGGACCAAGCTCCTGGGCCTCATCTTTTCCAGCTCACAACCCTTTCACGCGGAAATTGTGGATGCCGCGTACGCTGAAGCCTCAGCCAGGGGCTATGAAATAGCCCTGAGCGCAGTGGCCAGCGGCAGGCCCGAGGCCCGCGCCATAGAGACCTTGTTGGACGTCGGCGCCGAGGCGTTGATCATCATCGCTCCCACCCTCAGCGTGGATGACCTCGCACTGCACGCCCGCCAGGTACCGGTGGTGAGCCTCCTTCGCGACAATGTGGGTGACCTCGTGGATTCGGTCAGCAGTGACGATTACGCGGGCATCGCGATAGCCGTTGACCACTTGGTTAGTCTCGGCCATAGCCGGATCGTCCACGTCGACGGCGGCGCCGCCGTCTCTTCGGACAGACGCAGGGAGACGTACCGCTCGGAAATGATCCGGCACGGGCTGCAGCCCGTGGTTGTTCCCGGCGGCCCCGGAGAGGAGGACGGCATGGCAGCCGGGAAGATCCTTCAGGCTAATTTGCCCACGGCTGTCATCGCCTTCAACGACAGGTCGGCCCTCGGAATCATGGAAAGCTTCAGGGCTGTGGGAATCAGCATTCCCGCAGAGGTATCGGTACTCGGCTACGACAACAGCCACTTCGCCAAGCTCAGCTTCGTGCAACTGTCCTCCGTCAGCCAGGACGCTCCGCTCCTTGCCGCCGCCGCCGTTGGCCGTGCCGTGGACCGAATAGAAGGGGCAAAGTCACCGGGCAGCGTGGTCCGAACGCCGCATTTGGTCCTTCGCAAAACCACAGCCCGGGCTCCTGCAGGAACCTGA MSELQRRPTLMDVAEAAGVSRALVSIVMRGAPGAAESTRQRVLEAARQLGYRADSRARLLRSSRTKLLGLIFSSSQPFHAEIVDAAYAEASARGYEIALSAVASGRPEARAIETLLDVGAEALIIIAPTLSVDDLALHARQVPVVSLLRDNVGDLVDSVSSDDYAGIAIAVDHLVSLGHSRIVHVDGGAAVSSDRRRETYRSEMIRHGLQPVVVPGGPGEEDGMAAGKILQANLPTAVIAFNDRSALGIMESFRAVGISIPAEVSVLGYDNSHFAKLSFVQLSSVSQDAPLLAAAAVGRAVDRIEGAKSPGSVVRTPHLVLRKTTARAPAGT NA NA NA NA NA D3-18_03689 756 hypothetical protein ATGCCAAGGATCACGGCCGCCACGAACGCTGCCCAACGCGCCGAGACCCAACGTCGGATTCTGACCGCCTTCGGAGAGCTCCTCTTCACCCATGGCCTCCCCGGACTCACCATGACGGATGTCGCCCGGCACGCCGGCGTGGGACGCACCGCGGTCTACAACTATTACGCGGACATGGAGCAACTGCTGATCGCGTACGCCTTGGACGAGACCGAGCGCTTCATCGTGGACCTCCGCGATTCGCTGGCTGCGCTGGAGAACCCCGTTGACAGGCTTGCCCTCTATGTCCGGGCCCAGGTGGAGGATCTCAGCCGCCGTCACTTGCCGCCAGGACCGGCCATGGCCGCCGTCCTCTCCCCCGGTTCCTTCGCGAAGCTCGCCGACCATGTGGGCGACCTGAACGTCCTGCTTCAGGACATCCTCCAGGACGGTGTGGAGCAGGGCTACCTTCCGGATACCGACGTCGCCCAGTTGGCGCGGCTCATCCACGGAACGCTTTCCGCCAGCGCCGCACGACGCAACCGAACGCCCGACGGCGAGACTCCGCCGCCGCCAGCCTCCGACGTCGAGCTTCCCAGCGCCTCCGAACTTCACGCCGCCCCCGAAGTTCACGCCGCCCCCGAGGTTCACATGGCCCTCGAAGTTCACACCGCCCAAACGGTGCGGTTCATCCAATTGGGTGCGGGAGCCCGCTTCGACGACGCCGCCAAGCCGGTGCGCCTGGAATCGCCAGCCCGCGATGCCCTCGCCAGCTAG MPRITAATNAAQRAETQRRILTAFGELLFTHGLPGLTMTDVARHAGVGRTAVYNYYADMEQLLIAYALDETERFIVDLRDSLAALENPVDRLALYVRAQVEDLSRRHLPPGPAMAAVLSPGSFAKLADHVGDLNVLLQDILQDGVEQGYLPDTDVAQLARLIHGTLSASAARRNRTPDGETPPPPASDVELPSASELHAAPEVHAAPEVHMALEVHTAQTVRFIQLGAGARFDDAAKPVRLESPARDALAS NA NA NA NA NA D3-18_03690 678 hypothetical protein ATGGCTAGCAAGCGCAGGCGTCCCAAAGATGTGACGCAGCTCCACGGCCACCATGTAGTGACGGGCCCGGAGCTTCGGGCAACCTTTGCCGAGGACGCCCAGGCGCACAAAGGCCGCTTCCGGCGGCGGCTGTTCCATGGAATAGTCCTGGTGCTGCTGGTTGGCGTCATAGCGGCCGGAGCCGTGGGTGCCTGGGCGATCATGAACGGCGTGGTCAAGGTTCCAAGCTCAATCGCCAGCAAAGCGCCCACCAGCCTATGCCCCATCACTACGTACGACTACGTCCCGAACGAGACCGTGACTCTCAACGTTTTTAATGCCACGTCCCGCGCCGGGCTGGCCACTACAGTTGCTGATCAGTTCACTGCGCGTGGCTACAAGGTGGCCTCGGTGGACAACAGCGATACCGCTTACTCAGGCATTGGTGTGGTGGTCTCCGGGGTCAAGGGCCAGGCCGCAGCTTTCAACATCCAGCGGAATCTCGCCGGAACGGATTACTTCGAAGACAATCGCGAGGACGAGTCCGTGGATGTCATCCTGACGCCTGGTTTCGAAGGCCTGGTGGAACCCCAACTGGTGGACCAGACCCCTGGCACGCTGCAGTGCCCGCGTGAGGACCTGCGAATAGCGGACAACTCCAAGTGGCCCATCATTCCCACGCTGCCCGCGGATCAGTAG MASKRRRPKDVTQLHGHHVVTGPELRATFAEDAQAHKGRFRRRLFHGIVLVLLVGVIAAGAVGAWAIMNGVVKVPSSIASKAPTSLCPITTYDYVPNETVTLNVFNATSRAGLATTVADQFTARGYKVASVDNSDTAYSGIGVVVSGVKGQAAAFNIQRNLAGTDYFEDNREDESVDVILTPGFEGLVEPQLVDQTPGTLQCPREDLRIADNSKWPIIPTLPADQ NA NA NA NA NA D3-18_03691 300 hypothetical protein GTGATCTTCAAAGCTGTGGGCGAGGGACGCCCGTACCCTGACCATGGATACTCTGCGCCGCGGGACTGGGCTGCCCTGCCTCCGCGTCCTATCCGCCTCGATGAACTCGTTACTACCAAACGGACCCTGGACTTGGAGGCACTGTTGGCTGAGGACTCAACGTTCTTCGGTGATTTGTTCCCGCACGTCGTCCAATATCAAGGCGTCATGTACCTCGAGGACGGGCTTCACAGGGCCGTTCGCACAGCGCTCCACCAGAGGACGGCCATCCACGCACGTGTATTGGTGATCGATGGCTAG MIFKAVGEGRPYPDHGYSAPRDWAALPPRPIRLDELVTTKRTLDLEALLAEDSTFFGDLFPHVVQYQGVMYLEDGLHRAVRTALHQRTAIHARVLVIDG NA NA NA NA NA D3-18_03692 921 hypothetical protein ATGACTCAACCGCTGCAAGGTACTGACCGGACCGCTGCCCGCGCTACGCCCGCTTTGGCGCTGCTGCTGGATGTCGATGGCCCTATCGCCAGCCCTGTAACGCGCGACGTCAAGCCGGACATCATCGCGGACATGGTGGCCCTGGCTTCGGCCGGGATCCCCGTCATCTTCAACACGGGCCGCTCTGACGCGTTCATTAGCGAGCAAGTCATGGAACCCATGATTGCCGCCGGTATGCCGGCGGACACTGTCATTCACGCTATTTGCGAGAAGGGCGCCGTGTGGTTCAGCTACACAGCCGAAGGCCCCGGCCCCATCCACGTGGACCACGAACTCGCAGTTCCCAAAGCCTACGGCGACGATATCCGCAGGCTCGTGGCAGAGGATTATTCAGCACACATGTTCTTCGATGAGACCAAGCGCGCCATGGTGTCGGTGGAACAGCACCTGGACGTGGCCAGCGAGGATTACCTGGCCGAGCAGAAACTCTTCGACGCCGATGCCCTGGACATCATGGGGCGCCACGGCCTCAACGCGGCCATCCTGGACCACCACGCACCTGAGTCCGATGACACCGCGGACTACCGCCTGGACCCCACCATCATCTCCACGGACATCGAATCGGTCCGGTTGGGCAAGGACCTGGGAGCCAGCCGCGCGGTTGAACTCCTGGCGGCCCAGGGCATTACTCCGCTCTCCTGGCGGACTGTGGGTGATTCCCGCACGGACTACGCCATGGCAGACTGGCTTCACCACAACGATCACGATGTGAAGCACGTGGACGTCCGGCCCGCAGACGGCGTACCGGTGAAGCCCTACACCATCTTGACGGCAAGCGACCTTGAACTGGCGGATGACGTGATCCACGACGACGCCGGCGGCGCTTTCCTTCGCAGCTGGCGCGAAGCCCTTTCGATCTAA MTQPLQGTDRTAARATPALALLLDVDGPIASPVTRDVKPDIIADMVALASAGIPVIFNTGRSDAFISEQVMEPMIAAGMPADTVIHAICEKGAVWFSYTAEGPGPIHVDHELAVPKAYGDDIRRLVAEDYSAHMFFDETKRAMVSVEQHLDVASEDYLAEQKLFDADALDIMGRHGLNAAILDHHAPESDDTADYRLDPTIISTDIESVRLGKDLGASRAVELLAAQGITPLSWRTVGDSRTDYAMADWLHHNDHDVKHVDVRPADGVPVKPYTILTASDLELADDVIHDDAGGAFLRSWREALSI NA NA NA NA NA D3-18_03693 1413 cpsY Exopolysaccharide phosphotransferase CpsY GTGTCCGATCTTCTGGCTGTCAGGGCCGCTTTGGACGCTGCGGGTATCGATTTCATCCTGGTGCGCGGTAATGATGAGCGGCCCGTTATTGCCGTTGATTGGGAGTCACGCAAGGAGGTTCGCGAGGCACTGGTCACGGCGTTCCGGAATGAGCCCTTCTATTCCATGACCGTGGACGCCAAGAAGAAGACCTCCATGTTGGTGGCGGACGGCGATCTCACGGCAAACCGAAAAGCCCGCATCTTCCGTTTGTACCGGCCGCGCGTCGAGCTCGGCGGCGGACTTTGGTATGGCCCGGCCTTGGGCGTGCAGCTTGAGCTGTGGCGGTTCGAGGGCGATCATTTGGAACTCCCCGTGGAGAATTCCCTTACCCGTCGCACCATGCTTCGTCAGGACGCGGTGCGCGGCACAGTTCAGCGGCATGGCCTGTCCTGGCCCACCATCGAGAACATGTTCGCTGACCATGCCAGCGACATCGACTTCGATATCGACATCGTCTTCTCGTGGGTGGATGGCAGCGACCCCGAATACATCGCCAGGAGGCGCGCTCAGCAGGCCGAGGCCGTCCTCGGCGAGGGCGACGACCATGAGGCACGCTTCCGGCAGATCAACGAGCTGAAGTACGCGCTGCGCTCGGTGCACATGTTCGCGCCCTGGATCCGGCGGATCTTCATTGCCACCGACTCCCCCGCACCGGAATGGCTGGCCGACCACCCGTCGGTAACCATTGTGCGCAGCGAGGAGTTCTTCGCCGACCCCTCCGTGCTGCCCACCCATAATTCGCAGGCCGTGGAGTGCCAGCTGCACCACATCAAGGACCTCTCGGAGCACTTCCTGTACTCCAATGACGACATGTTCTTTGGCCGTCCCGTGGGCCCTGACATGTTCTTCACGCCCGGTGGCATTACCAAGTTCATCGAAGCTGACACCCGCATTGGCTTGGGCGAGAATGATGCCGAACGCAGCGGCTTCGAGAACGCAGCCCGGGTGAACCGCAAGCTGCTGTGGGAGCGCTTCGGCCGGATCACCACCCGGCACCTTGAGCACACGGCGGCGCCGCTGCGCCGCAGCGTGGTGGCCCGGATGGAGAAGGAATTCCCGGCCGAGTTCGCGAAGACCGCCGGTAGTCGGTTCCGGGCCGCGGACAACATCTCGGTGACCAACTCGTTCTACCACTACTACGCCCTGCTCACCGGCCGCGCAGTCACGCAGACCAGCGCCAAAGTGAGGTATGTGGACTCCACTATGTGGGCCGGACTGCACTACCTGCCCAAGCTCCTGGCCAAGCGCCACATGGACTTCTTCTGCCTGAACGACGGCAGCTTCCCCGAAGTCGAGGCAAATGAACGAGCCGACCTGGTAACCGACTTCCTGGAGAAGTACTTCCCCGTCAAGGCACCCTGGGAGAAATAA MSDLLAVRAALDAAGIDFILVRGNDERPVIAVDWESRKEVREALVTAFRNEPFYSMTVDAKKKTSMLVADGDLTANRKARIFRLYRPRVELGGGLWYGPALGVQLELWRFEGDHLELPVENSLTRRTMLRQDAVRGTVQRHGLSWPTIENMFADHASDIDFDIDIVFSWVDGSDPEYIARRRAQQAEAVLGEGDDHEARFRQINELKYALRSVHMFAPWIRRIFIATDSPAPEWLADHPSVTIVRSEEFFADPSVLPTHNSQAVECQLHHIKDLSEHFLYSNDDMFFGRPVGPDMFFTPGGITKFIEADTRIGLGENDAERSGFENAARVNRKLLWERFGRITTRHLEHTAAPLRRSVVARMEKEFPAEFAKTAGSRFRAADNISVTNSFYHYYALLTGRAVTQTSAKVRYVDSTMWAGLHYLPKLLAKRHMDFFCLNDGSFPEVEANERADLVTDFLEKYFPVKAPWEK NA NA NA NA NA D3-18_03694 1002 cpdA_1 COG1409 3',5'-cyclic adenosine monophosphate phosphodiesterase CpdA ATGGAGCTCATCGAGGCCGAATACCCCAAACCAGGTCATGTGCTTTTGCACCTGAGCGATCTTCATCTGGTGGGTGGTCCGGGCACGCTCCACGGCTCGGTGGACAGTGCAGCCAGGCTCCAGGAGATCTGCGAGCAAATCATCGCCTCCAGGATCAGGCCCGAGGCCATCATCTTCACCGGAGATCTCGCCGACAAAGGCGAGTTGGAAGCCTACAAGCAACTCCGCGAGATGATTGAACCCCTCTGCGCGTCGCTGGGAGCCAAAGCCATCTGGGCCATGGGCAACCATGACAACCGGGCAAACTTCCGTTCAGCTTTCGCCGATGCCTCTGCGGCCAGCAAGCCACAGGACCCCGTGGACCGCAGCTACTTTGTCAACGGACTCCGCATCATCACCCTGGATACCACAGTCCCTGGCCACCACTACGGCGAACTGTCAGAATCCCAGCTGGAGTGGCTGGCCTCTGAACTGGCCACGCCAGCCCCGGACGGCACCATCCTTGCCCTGCATCACCCGCCCGTCCCGTGCGTGCAGGACCTCGCCGTGTTGGTGGAGCTGCGCGGCCAAGCCGCACTGGCCGCCGTCGTCCGTAACACGGACGTCCGCACCATCCTGGGCGGCCACCTGCACTACTCGACGACGGCGAGCTTCGCCGGCATCCCGGTGTCGGTCGCCTCAGCCACCTGTTACACGCAGGACCTGGCGGTGCGCGCCGGCGGACAGCGCGGACGAGACGGGGCGCAGTCGTACAACATGATCCACGTCTACGAGCACACGATCGTGCACTCCGTGGTTCCGATGTCCGGTGGTGTCACTGTTGGCGAGACCTTGGATGCAGCCGAGGTTCAGCGGCGCCTGGCGGCGGCCGGCATCCGCATTCCGCACGAGTCCCGGGTGGGGGCCCACACTTCGCCGGGCACGCACACCTCGTCGCTCCCGCTTGTATCTCCCGGTGGCGCTGCTTCTCCCGGCGGCCTTATTTCTCCCAGGGTGCCTTGA MELIEAEYPKPGHVLLHLSDLHLVGGPGTLHGSVDSAARLQEICEQIIASRIRPEAIIFTGDLADKGELEAYKQLREMIEPLCASLGAKAIWAMGNHDNRANFRSAFADASAASKPQDPVDRSYFVNGLRIITLDTTVPGHHYGELSESQLEWLASELATPAPDGTILALHHPPVPCVQDLAVLVELRGQAALAAVVRNTDVRTILGGHLHYSTTASFAGIPVSVASATCYTQDLAVRAGGQRGRDGAQSYNMIHVYEHTIVHSVVPMSGGVTVGETLDAAEVQRRLAAAGIRIPHESRVGAHTSPGTHTSSLPLVSPGGAASPGGLISPRVP PGPT0021595_248 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-cAMP|VFR_SIGNALLING_PATHWAY,PGPT0021595-cpdA-K03651 NA NA D3-18_03695 483 bsaA Glutathione peroxidase BsaA ATGTCCAGCCTTTACAGCATTCCCCTCACCTTCAACGATGGCACCGAAGCAGACTTCGGCCAGTTCGAGGGCAAAGCGGTCCTGGTGGTGAACGTCGCTTCCGAATGCGGTTACACGCGCCAATATGCTGGCTTGGAAGAGCTCTACGGCAAGTATCGCGCGCAGGGCTTGGAAATCCTCGGAGTGCCCTGCAACCAGTTTGGTGGGCAGGAGCCAGGCGCTGACCAGGAGATTGCCGAGTTCTGTGAACGTAACTTTGGAGTGTCCTTCCCCCTGACCAGCAAAGCCAACGTCCTTGGCAAGCAGCAGCATCCCCTGTTCACGGAGCTGGCCCGGGACGAGGACGGGCAGCCGGCCAAGGTGAAATGGAACTTCGAGAAGTTCGTCATAAATCGCGGGGGAGAACTCGTGGCAAGGTTCCCATCCGCAGTGGAGCCTGACTCCGAAGACCTTGTGAAAGCAGTGGAAGAAGCACTGGCATAA MSSLYSIPLTFNDGTEADFGQFEGKAVLVVNVASECGYTRQYAGLEELYGKYRAQGLEILGVPCNQFGGQEPGADQEIAEFCERNFGVSFPLTSKANVLGKQQHPLFTELARDEDGQPAKVKWNFEKFVINRGGELVARFPSAVEPDSEDLVKAVEEALA PGPT0013115_4658 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013115-bsaA|gpx|btuE-K00432 NA NA D3-18_03696 1623 hypothetical protein GTGGGCAAGCATCATGAATCAGACCGGGCAGTAGATTTGATCCGCGCCGTTGGCTTCCATCGCGTTCTCATCGCGGGAAGTCTCGCCGTCCTGGCTTTCTTCGCCTTTGGCTTCCAACCCTTGAATTCGGTCTCCAGCAGCTCCGTTGGCGGAGCACTGGCGCAGGGGGTGGTGGAACCAACGGCTCTAGGCACCTTGGTACCGCCGGACGCCGAGACCTTGGTGATCGACTCCATGCCGGAGCCCCCCGAGCAAATCCCAGGCACGCCCATGGTCTACTTCGACCGCGCTCTGGTCAGAACCGTCAGCAAGGACGGTTCCACAGGACTTACCGTTGCCTCAGCCGGCCTGTCCCGGCCACCTGCCGGCAGTCTCTACTCACCGCTTGAGGTCCTCAATAAGAGCTCGTCCTACGGCTACCGCTACAGCCCCTTGACGGGCTTGGCAGGAGAGTTCCACTGGGGCCAGGACTATGCAGCCGCCTGCGGTACGCGGGTCTACGCCGCGGACGCCGGCGTGGTGCGGGCTGTGGGATGGCATGTGTGGGGCGGTGGCAACCGGGTTGAAATCGAGCATGGCAACGGCTTGGTCACCACGTACAACCACCTCCAGGCAATCGGCGTCACGCAAGGCCAATCGGTGCGGGTGGGCGAGGTCATCGCAGAGGTTGGGACCACGGGCTGGTCCACAGGATGCCACCTTCACTTCGAGACGATCGTCAATGGTCTCCATACAGATCCAGCGAACTGGACACTGCTGTCCATCCGGCAGACTGATCCGCTGCAGACCATCGCCATGGTGAACTACCAGCCAGGTGTTGGCAACGGCGCCTCGGGAACCCCGCAATGGGCCGTTCCTGTATCGGATGGAACCAACCGGGCTGTCATCGGTGGAGAGCACGAACACGACGAACCGCTCCCTGTTCTACCGCCTGCCCCCTCCGGCACCACTCCACCGACCACCACGACGCCGAGCAACCCTGGCGGAACTCAGACCACCCCGCCGGCCACCTCGACGCCGGTTCAAACCACGACGCCGACACCTTCCGTGACGGCTACGCCGACGCCAACCCCGACAACCACTGCTACACCGACGCCGACGACCACTGCAACGCCGACGCCGACGACCACTGCAACGCCGACGCCGACAACCACTGCTACACCGACGCCGACTGGCACCTCCACACCATCGCCGTCGACCAGCGCGCCGGAAACCAGTACCGTCCCGCCAACACTGACGACCCCGGTGGCACCGACCCTTCAATCGGCCATCGCCCCGCCGCCGGCAGTTGTTGAACCGGCTCCGGTCGCTCCCGCAGTTGTGGAACCGGCTCCGGTTGCTCCCGCTCCCGCGCCGGCAGTGGTTGAACCCGCGCCAGTTGTGCCGGCACCAGCGCCGGTGATAGTGGAACCAGCACCCGTTGCACCGGCACCCGTAGTTACCCAGGCCGTTCCGCCGGCTCCTGCACCCGTGGCACCTGCACCCGCGCCCGTCGCTGTCCTTCCAACGGCGCTCCCGGTAGTCGTGCTTCCGCCCGGATACATCCTGATCGCACCGGACCTGGTCCAGCGGCCGGATGGTGTGATCGTGCCGTTGTCCACGCTGATCCTCCCGGCACCCTAA MGKHHESDRAVDLIRAVGFHRVLIAGSLAVLAFFAFGFQPLNSVSSSSVGGALAQGVVEPTALGTLVPPDAETLVIDSMPEPPEQIPGTPMVYFDRALVRTVSKDGSTGLTVASAGLSRPPAGSLYSPLEVLNKSSSYGYRYSPLTGLAGEFHWGQDYAAACGTRVYAADAGVVRAVGWHVWGGGNRVEIEHGNGLVTTYNHLQAIGVTQGQSVRVGEVIAEVGTTGWSTGCHLHFETIVNGLHTDPANWTLLSIRQTDPLQTIAMVNYQPGVGNGASGTPQWAVPVSDGTNRAVIGGEHEHDEPLPVLPPAPSGTTPPTTTTPSNPGGTQTTPPATSTPVQTTTPTPSVTATPTPTPTTTATPTPTTTATPTPTTTATPTPTTTATPTPTGTSTPSPSTSAPETSTVPPTLTTPVAPTLQSAIAPPPAVVEPAPVAPAVVEPAPVAPAPAPAVVEPAPVVPAPAPVIVEPAPVAPAPVVTQAVPPAPAPVAPAPAPVAVLPTALPVVVLPPGYILIAPDLVQRPDGVIVPLSTLILPAP NA NA NA NA NA D3-18_03697 381 hypothetical protein ATGGCAACGACGCGTGACCGTCAACTGGTTGAGCAGTGGCGCAGCATCCAAAACTCCTACTTCCGCACCGCAGGAGCGATTGACCGCGCCCTCGAAGCGAAGTTCGACATTGGCCTCAACGAGTTTGAAATCCTGGATCTCGTGGCCGAAAGTGAAGAGTCTGCGTGCCGGATGAAGGCCTTGGGAGAGCGGACCCCCATGACCCAGAGTGCTGTCTCAAAGGTGGTGGACCGGCTGGAAAAAGCCGGCCTGGTGTCCCGCGAAACCTGCGCCGACGATCGCCGTTCCCTCTTCCTGGAACTGACTGAGGCGGGCCGGGCGCTCCACGCCAATGCCGCCGTCGAACACCGTGCCCTGCTGAAGGAAAACCTGGGCTCTTAG MATTRDRQLVEQWRSIQNSYFRTAGAIDRALEAKFDIGLNEFEILDLVAESEESACRMKALGERTPMTQSAVSKVVDRLEKAGLVSRETCADDRRSLFLELTEAGRALHANAAVEHRALLKENLGS NA NA NA NA NA D3-18_03698 1443 efpA_2 putative MFS-type transporter EfpA ATGACATCACCCACCACCCTCAAAACCTCAACTGAGCCGCCTTTGGTTTCAGCCGTTCACTGGACGCGTGCCCAGTGGCTGCTGCTCATGGTTGTGTGCACCGTCCTGGCTTTGGACGGGCTGGACGTCTCCATGGTCGGCGTTGCCTTGCCGTCCATCGGACAGGAACTCAACCTGGGAACCGACTCCCTGCAGTGGATCGTTTCCGCCTACGTCCTGGGCTACGGAAGCCTCCTGCTCCTCGGCGGCCGTCTCGCCGATCTGTTGGGCCGCCGTCGGATCTTCCTCATTGCGCTGACCGTATTTGCCGCGGCGTCGCTCCTTGGCGGGCTGGTGGACGATCCCGCCATCCTGATCGCAACACGGTTCATCAAGGGACTCGCCGCTGCCTTCACGGCACCCACGGGATTCTCCATCATCACCACCAACTTCGCCGAAGGCCGCGAGCGCAACAAGGCCTTGTCCATCTTCACCACGTTCGGTGCCAGCGGCTTCTCGCTGGGCCTGGTGGTGGGCGGCCTGATGACCAGCCTCAGCTGGCGTTGGACATTCCTGGTCTCGGTGCCCATCGCTGTGGTGGTTGTCTTCCTGGGCATGAAGTTCATCCCGAAGGACAAGCCGTCGGCGGAGAACAGCGGGCACGATATTTGGGGCGCCGTAACCCTCGCGCTGGGCATGCTCGGCCTCGTGTACACCTTGGTTTCAGCACCTGAGCAGGGCTGGGGATCTGTGGCAACAATCGCCGGGTTCGCAGTGTCCATCGCCGTGCTGGCAGCCTTCGCGGTGATCGAGAACAAAGTCAAGCATCCGCTGATCCGCTTCAGCATCCTCAAGGAAGGCTGGGTGGCCAGGGCCAATCTCAGCGCGGTGGGTTTGTTCGGCTCCTACCTCAGCTTCCAGTTCATCGTCACCATGTACCTGCAGTCCGTTTTGGGCTGGACGCCGCTGGGAATGGCGCTGGCCCTGCTGCCGGCAGGTCTGTTGGTGGCCACGAGTGCGCCGTTTGCGGATCGGCTGATTGAGAAGTTCGGGGCCACGCAGCTGATTCTCACCGGACTCACTGCACTGGGACTGGGCTACGTCCTGTTCCTCCGGGTGGGCACCACGCCGAACTACGTGCTGGATATCCTGCCGTCCGTGGTCCTGCTGGGCATCGGCTTCGCGCTGGCTTTCCCGTCCATCAACGTCCAGGCGACCGCCGGGATCAAGGATTCCGAGCAGGGGCTGGCCGCGGGTCTGATCCAGACCAGCACCCAGGTCGGGGCCGCCCTGGTTTTGGCTGTCACCACGGCACTGGTCAGCGGTCACGGCCAGGCCGCCGGAACCGTCAGCGCCCAAGCCATGCTGGAACAGTACCGTCCGGGCCTCATCCTGAGTGCCGCCGTCGCCATTGCCGCCTTGCTGGTTGCGGCAGCACCGTCGCGGCGCCGCGTCCGCTCCTAA MTSPTTLKTSTEPPLVSAVHWTRAQWLLLMVVCTVLALDGLDVSMVGVALPSIGQELNLGTDSLQWIVSAYVLGYGSLLLLGGRLADLLGRRRIFLIALTVFAAASLLGGLVDDPAILIATRFIKGLAAAFTAPTGFSIITTNFAEGRERNKALSIFTTFGASGFSLGLVVGGLMTSLSWRWTFLVSVPIAVVVVFLGMKFIPKDKPSAENSGHDIWGAVTLALGMLGLVYTLVSAPEQGWGSVATIAGFAVSIAVLAAFAVIENKVKHPLIRFSILKEGWVARANLSAVGLFGSYLSFQFIVTMYLQSVLGWTPLGMALALLPAGLLVATSAPFADRLIEKFGATQLILTGLTALGLGYVLFLRVGTTPNYVLDILPSVVLLGIGFALAFPSINVQATAGIKDSEQGLAAGLIQTSTQVGAALVLAVTTALVSGHGQAAGTVSAQAMLEQYRPGLILSAAVAIAALLVAAAPSRRRVRS NA NA NA NA NA D3-18_03699 924 hypothetical protein ATGGGATGCATGAGGAACTACCTCACGGAGTACAGGCACGAGCTGCAGCGCACCTTCACGGGAACGTCGGGCACGCCTCCAGAGTGGGTGCCGCGCCTCGCGGAAGGGAACGACGCCGGATATCACCTTCCGGGGTCGGCAGTCTGGGCTGTGCACGGCCATGTGGCTACCATCGTTGCCGGGATCAGGGTGCTGCTGATGCAGGCCCTGCATCCCGGCGCTTTGGCCGGAGTTTACGAGCACTCAGGCTTCCAAAAAGACCCTCTGGGACGGTTGGCTAACACGGTCCGATGGATTTTCACCGTGACCTACGGTTCCACGGAGGCCGCCGAAACTGCCACTGCGCGCGTGCGCAAAATCCACGAGCGCGTGCGGGGAACGTATGTGGACGGCAACGGTGTCCTGCGCGAGTACGCTGCCAACGATCCCGAACTCCTCCGCTGGGTCCACATCACCTACGCTGACTCCTTCATCACCGCCAACCGCATCTGGGGGCGGCCCATCCCAGGTGGACCCGACGCCTACGTTCGTGAATGGGCAGCGGCAGGGCGGCTCATGGGAGTGGAGGACCCGCCACTGACCGAGGCCCAGGTTCGCGAAGAACTTGAACAGTGGTACGCCTCAGGGGTACTCCGGTCTGATGAGCGACTCGCCGAGACGGTGTCCTTCATTCGCTATCCACCCCTGAGCCCGCTCCTCGAGCCCGGGTACACCATCCTGTTCGCGGCCGCAGTCGCAAGCCTTGAACCCCAATACCGCGAGCTTCTGGGTATTCGCCGTGCCGGGATGGGTCCGGTTCCGTTGCCCGTCATCACCGCTGCCCGGGCCGTGCTGGGCATGGTCCGGTTTGCGTTGGGCTCCCACGGGCCCAGCGAGCAGGCTGCCCGGCGGAGGTTGCAGAGGCTCGGCTACGCAGAAGCCTGA MGCMRNYLTEYRHELQRTFTGTSGTPPEWVPRLAEGNDAGYHLPGSAVWAVHGHVATIVAGIRVLLMQALHPGALAGVYEHSGFQKDPLGRLANTVRWIFTVTYGSTEAAETATARVRKIHERVRGTYVDGNGVLREYAANDPELLRWVHITYADSFITANRIWGRPIPGGPDAYVREWAAAGRLMGVEDPPLTEAQVREELEQWYASGVLRSDERLAETVSFIRYPPLSPLLEPGYTILFAAAVASLEPQYRELLGIRRAGMGPVPLPVITAARAVLGMVRFALGSHGPSEQAARRRLQRLGYAEA NA NA NA NA NA D3-18_03700 3462 rocA 1-pyrroline-5-carboxylate dehydrogenase ATGACCAGCACCCTCCCGGATGCCACCGCCCCGCGCACCCAGGATTCCGGACAGTTCGATGCTTTGGCTCAGGAAGCCATCGCCTTGGTCCGCCACTGGCTTACCGAAGCCAGCAAGATCCCCGTCGATGTGTCAGCGCAGCGCCTCGCGGGCGTCCTGAAGGACCCGAACGGCCTTGACTTCACTGTGGGATTCGTCGACGGCGTCATCCGCCCGGAGGACCTGTCGGTCGCCGGCCGCAAGCTCGCAGAGCTGGCCCCGAAGGTGCCCAAGTTCCTCCCGTGGTACATGCGCAGCGCTGTCCGAGTGGGTGGGGTCATGGCTCCGATCGTCCCGCAGGTAGTCATTCCGATCGCCCGCCGCGTGCTCCGCGAAATGGTGGGCCACCTGATTGTGGACGCCACTGACGCCAAGCTCGGCCCGGCCATTGCCAAGATCCGCCAGGACGGCGTTCACCTGAATGTGAACCTGCTCGGCGAAGCAGTCTTGGGCGAACACGAAGCGCAGCGCCGCCTCGATGGAACGCTGAAGCTCCTTGCCCGCGATGACGTGGACTACGTTTCCATCAAGGAATCCTCCACAGTGGCACCGCACTCCCCGTGGGCCTTCGACGAAGCCGTTGACCACGTGGTGGAGAAGCTCACCCCGCTGTACCGTCTCGCCGCGTCCTTCCCCAAGCCCAAGTTCATCAACCTGGACATGGAGGAATACAAGGACCTCAGCATGACCATCGCGGTGTTCAAGCGCATCCTGGACATGCCCGAGTTCAAGAACCTGGAAGCCGGCATCGTCCTCCAGGCCTACCTCCCGGATGCCCTCGGCGCCATGCAGGAACTGCAGGAGTGGGCCACCGCCCGCCGCGCCCAGGGTGGCGCTCCCATCAAGGTCCGCGTAGTCAAGGGAGCCAACCTCCCCATGGAGCAGGTTGAAGCTTCCCTGCACGACTGGCCGCTGGCTACCTGGGGCACCAAGCAGGACTCCGACACCAGCTACAAGAACGTCATCAACTACGCCCTCACCCCGGAACACATTGACGCCGTCCGCATCGGCGTCGCAGGACACAACCTATTCGACGTCGCCTTCGCCTGGCTGCTTGCCAAGGAACGTGGCGTGACACAGGGCATCGAGTTCGAGATGCTCCTGGGCATGGCAACCGGCCAGGCCACCGCAGTCCGCAAGGACGTGGGCAGCCTCCTGCTCTACACACCGGTGGTCCATCCGGGCGAGTTCGACGTCGCCATCGCCTACCTGATCCGCCGCCTCGAAGAGGGGGCCAGCCAGGAAAACTTCATGAGCGCAGTCTTCGAACTGAGCGAGAATGAAGCCCTGTTCAAGCGCGAGCAAGAGCGCTTCCTGAATTCCCTGGCCCGCATGACGGACGAGGTTCCCGGCCCCAACCGCCAGCAGGACCGCCGCCTCCCCGCAGAGCCGGCACCGCTGGAGGGCTTCAGCAACACCCCGGACACGGACCCGGCACTCCCGGCCAACCGCGCCTGGGGCCGCGACATCCTCAAGCGCATCCCGGGTTCCACCGCCGGCAATAAGATCGTGGAGTCCACCAAGGTCTCGGACGCCGCCGAACTGGACCGCATCATCGCCACGGCCGTGGACCACGGCAAGGCCTGGGGTGCCCGCCCGGCAGCCGAGCGCGCAGCCATCCTGCACCGCGCCGGCGACATCCTCGAGGCGCGCCGTGCGGAACTTCTTGAGGTTATGGCTTCCGAAACCGGCAAGACCATCGACCAGGGCGATCCCGAGGTCAGCGAAGCAATCGACTTCGCGCACTACTACGCCGAGCGCGCCAAGGACCTGGAAACGGTCGACGGCGCCACGTTCGTCCCAGCCAACCTCACCGTGGTGACCCCGCCGTGGAACTTCCCGGTGGCGATTCCCGCAGGCTCGACGCTCGCAGCGCTCGCCTCAGGGTCCGCCGTCGTGATCAAGCCGGCAAAGCAGGCCCGCCGCTCCGGTTCCGTCATGGTGGATGCACTCTGGGAAGCCGGCGTGCCGCGTGAAGTCCTGGCGCTCGTTCAGCTCGAAGAGCGCGAACTCGGCACCCAGCTGGTCTCGCACCCGAGCGTTGACCGCGTCATCCTCACCGGTGGCTACGAAACCGCTGAGCTGTTCCGTTCCTTCCGCCAGGACCTGCCGCTGCTGGCAGAGACGTCCGGAAAGAACGCCATCATCGTCACCCCGAGTGCCGACCTGGACCTCGCCGCGAAGGATGTTGTGTACTCGGCATTCGGCCACGCGGGCCAGAAGTGCTCGGCCGCCTCACTGGTGATCCTGGTGGGCTCCGTGGCCAAGAGCGCCCGCTTCCACAACCAGCTCATTGATGCCGCCCGCTCCCTGACCGTCGGTTACCCGGAGAATGCCACCACGCAGATGGGGCCCATCATCGAACCGGCCAACGGCAAGCTCCTGAATGCCCTCACCACCCTGGGCGACGGAGAAACCTGGGCCATCAAGCCCGAGTGCCTCGACGAGACGGGACGTTTGTGGTCCCCGGGCATCCGTTCCGGCGTCAAGCGTGGCTCCTACTTCCACCTGACCGAGTTCTTCGGCCCGGTCCTTGGCGTGATGACTGCTGAGACCCTCGAGGAAGCCATCGCCATCCAGAACGAGATCGAGTACGGCCTCACCGCCGGCCTGCACTCCCTGGACTCCGCTGAAATGGGCGTCTGGTTGGACACCATCCAGGCCGGAAACCTGTACGTCAACCGCGGCATCACCGGTGCGATCGTCCAGCGCCAGCCGTTCGGTGGATGGAAGAAGTCGGCAGTCGGCGCCGGAACCAAGGCCGGTGGACCGAATTACCTGATCGGCCTGGGTAGCTGGCTCCCCGCCGAGGCCAAGGCCAAGCGCGGCACGATGCTTCAGGGTGCTGCCGCGCAGATTCTCGCTGCTGCAAAGTCGGTGGACGTGTCCGCTGAGGAACTCCAGACCCTCCAGCAGTCGCTCTTCAGCGATGCCGAAGCATGGGAATCCGAGTTCGGCACCCGCAAGGACGTCTCCGCCCTGTCCGCAGAGCGCAACGTCTTCCGCTACCGCTCCCTCCCTGTCACCATCCGCCTCTCCGAAGGCGAGCGGCTCGCTGAGCTGCTCCGCGTGGTGGCAGCCGGCGCGGTGGCGGGTTCGGCGCTCAAGGTGAGCTCCGCCGTCGTGCTTCCCCACGCAGTGGTGACCGTGTTCGCGAACCTGGGCGTCAGCGTCCGTATCGAGGACGACGCCGCATGGCTGGCTCGTGCGGCTAACTTCGACGCCGGCCGGATCCGCCTGATCGGTGGCGACTTCGCCGCGCTGAGCGCAGCAATGGGTGGCCGTCCGGACGTCGCGGTTTACCACGGTGCTGTGACCCAGGCTGGCCGGATTGAGATGCTGCCGTTCCTCCGCGAGCAGGCTGTGTCCATTACCGCCCACCGCTTCGGCACCCCGAACCACCTGTCGGATCACCTGATCTAG MTSTLPDATAPRTQDSGQFDALAQEAIALVRHWLTEASKIPVDVSAQRLAGVLKDPNGLDFTVGFVDGVIRPEDLSVAGRKLAELAPKVPKFLPWYMRSAVRVGGVMAPIVPQVVIPIARRVLREMVGHLIVDATDAKLGPAIAKIRQDGVHLNVNLLGEAVLGEHEAQRRLDGTLKLLARDDVDYVSIKESSTVAPHSPWAFDEAVDHVVEKLTPLYRLAASFPKPKFINLDMEEYKDLSMTIAVFKRILDMPEFKNLEAGIVLQAYLPDALGAMQELQEWATARRAQGGAPIKVRVVKGANLPMEQVEASLHDWPLATWGTKQDSDTSYKNVINYALTPEHIDAVRIGVAGHNLFDVAFAWLLAKERGVTQGIEFEMLLGMATGQATAVRKDVGSLLLYTPVVHPGEFDVAIAYLIRRLEEGASQENFMSAVFELSENEALFKREQERFLNSLARMTDEVPGPNRQQDRRLPAEPAPLEGFSNTPDTDPALPANRAWGRDILKRIPGSTAGNKIVESTKVSDAAELDRIIATAVDHGKAWGARPAAERAAILHRAGDILEARRAELLEVMASETGKTIDQGDPEVSEAIDFAHYYAERAKDLETVDGATFVPANLTVVTPPWNFPVAIPAGSTLAALASGSAVVIKPAKQARRSGSVMVDALWEAGVPREVLALVQLEERELGTQLVSHPSVDRVILTGGYETAELFRSFRQDLPLLAETSGKNAIIVTPSADLDLAAKDVVYSAFGHAGQKCSAASLVILVGSVAKSARFHNQLIDAARSLTVGYPENATTQMGPIIEPANGKLLNALTTLGDGETWAIKPECLDETGRLWSPGIRSGVKRGSYFHLTEFFGPVLGVMTAETLEEAIAIQNEIEYGLTAGLHSLDSAEMGVWLDTIQAGNLYVNRGITGAIVQRQPFGGWKKSAVGAGTKAGGPNYLIGLGSWLPAEAKAKRGTMLQGAAAQILAAAKSVDVSAEELQTLQQSLFSDAEAWESEFGTRKDVSALSAERNVFRYRSLPVTIRLSEGERLAELLRVVAAGAVAGSALKVSSAVVLPHAVVTVFANLGVSVRIEDDAAWLARAANFDAGRIRLIGGDFAALSAAMGGRPDVAVYHGAVTQAGRIEMLPFLREQAVSITAHRFGTPNHLSDHLI PGPT0020210_1566 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_PROLINE_DEGRADATION,PGPT0020210-putA-K13821 NA NA D3-18_03701 930 gltC_3 HTH-type transcriptional regulator GltC TTGCTGGACGTCCGCAGGCTGCGTTTGCTGCACGAATTGAAGATCCGCGGAACCCTCGCGGAGGTGGCCGATGCAATGCAATACAGCCCTTCATCGGTGTCCCAGCAGCTGACCTTGCTGGAGAAGGAAGCGGGCGTGGAACTGCTGCGCAAAGCCGGGCGCCGAGTGCAGCTGACCCCGCAGGCGGAGATCCTCGTGGCTCACACTGCGGCGCTGCTGGAGACCTTGGAGCGTGCGGAAACCGAACTCGCAGCTTCGCTGTCCATGGTCACAGGCACCGTCCGGCTCGCCGTGTTCCAGTCCGCCGCCTTGGCATTGCTTCCGGACTTCCTCAGCATCATGCGGCAGGAGTATCCCGAAGTGCGGGTGGAAATGACCCAGCGCGAGCCCGAGACTGCCCTCTACGAAACGTGGGCCCGGGACTTCGACCTCGTGGTGGCCGAGCAGTATCCCGGCCATGCAGCTCCGCACCACAGCGGCCTGGACCGCGTGATCCTCACCAGCGACGCCATCCGCCTGGCCACTCCCCCGGTGGGATTGGGTGGGGAAACAGTTTCCTCCCTTGCCGACACCGCCTCGATGCCCTGGGTCATGGAACCCCGCGGTGCCGCCTCCAGGCATTGGGCCGAGCAGGCGTGCCGCTCGGCGGGTTTCGAACCTGATGTTCGCTACGAAACGGCTGATCTACAAGCTCAGATCCGCCTCATTGAATCCGGCAATGCCGTGGCCCTCATGCCTGACCTCGTCTGGACCGGCAGAACCCGCACTGTCCAACTCCTGGACCTCCCGGGCCTTCCGAAGCGAACCGTCTTTACGTCCACCAGGACGGCTGGCCGCATCCATCCTGCAACCGCAGCCTGCCGCGAAGTGCTGGAGAGGGTCGCGGCAACACAGCAGCAGAATGCCGAGCAGCAGGCCGACGCCGACTAG MLDVRRLRLLHELKIRGTLAEVADAMQYSPSSVSQQLTLLEKEAGVELLRKAGRRVQLTPQAEILVAHTAALLETLERAETELAASLSMVTGTVRLAVFQSAALALLPDFLSIMRQEYPEVRVEMTQREPETALYETWARDFDLVVAEQYPGHAAPHHSGLDRVILTSDAIRLATPPVGLGGETVSSLADTASMPWVMEPRGAASRHWAEQACRSAGFEPDVRYETADLQAQIRLIESGNAVALMPDLVWTGRTRTVQLLDLPGLPKRTVFTSTRTAGRIHPATAACREVLERVAATQQQNAEQQADAD NA NA NA NA NA D3-18_03702 417 hypothetical protein ATGACGAACTACCGCATGAACCCTAAGGTTCTTGCGGCACAAATGGGAATCCGCGTCCGGACGGCTCCGGTGCCGTCCGGCTGGTGGGGCGTGTATGACCATAAGCACCAACTGATCACTCTCCGGCCCGGGCTTATGGCGATCCAATATGCCTGCACTCTGATGCACGAGTTGGGCCACGCTCACTACTGCCACATAGGCGTCACGCCGAAACAGGAGCTATTGGCCAACCGTTGGGCCGCTTACAGGTTGATCGAGTTTGATCGGGTGGTTGAAGCTGCTTCCCACGTACAAAGCTCGGCGGCCGTGGCTGCGGAGATTGGGGTTCTTCCCAGTGTTCTGGAAACCTACCTGAAGACCTTGACTAAGCCTGAGCTGAGGGCCGTGCGAGAAGCTGCATTGCTGCGCGTTTCATAG MTNYRMNPKVLAAQMGIRVRTAPVPSGWWGVYDHKHQLITLRPGLMAIQYACTLMHELGHAHYCHIGVTPKQELLANRWAAYRLIEFDRVVEAASHVQSSAAVAAEIGVLPSVLETYLKTLTKPELRAVREAALLRVS NA NA NA NA NA D3-18_03703 564 hypothetical protein ATGAAGATCACGGCAGACGAACTCCGCTTCGTGCGGGCGCATATGGACCTGACGCAGGCTGAAATGGCCCAGCACTTAGGCATCTCAGCTCGGACCATCGTCAACTGGGAGACTAACGGGGTCCCTGATTCAAAGGTGGCCCGAGTTCACGCCGTGCTGCGGGACGAAATTGCAGAGGCTAAGGAAGTGCAGCGCTGGCAGGAAGAACTTGCTGAGATGCCGATGCCAGAACCGCCGTCCGATGATGACAAGTCAGGCTGGCTAGCTGCGGAGCACGCCGAGATGGAAGCGCGTCCCGGCAAGAGCCCAGACCAGCGGAGGTCTTACCTTCTCCAGGCCTTCACAGACTCGGACTTGCTGTCTGAGCTTCGGACGCGGGCTCTTCGGCGCGGGGACCGGACATCGACATGGGATGCGGCTCGCTTCGAGCGTTACCAGCAGTTCGTTGCGCCAAAGTGGGAAGACCCGGACTACTCACAAATGTCAGAGCATGATGCCTATGATCTTGCTGCTAGTAGGGGCGAGGAAAATATTGGACATGACGAACTACCGCATGAACCCTAA MKITADELRFVRAHMDLTQAEMAQHLGISARTIVNWETNGVPDSKVARVHAVLRDEIAEAKEVQRWQEELAEMPMPEPPSDDDKSGWLAAEHAEMEARPGKSPDQRRSYLLQAFTDSDLLSELRTRALRRGDRTSTWDAARFERYQQFVAPKWEDPDYSQMSEHDAYDLAASRGEENIGHDELPHEP NA NA NA NA NA D3-18_03704 228 hypothetical protein ATGAAACTCCGGATCAACGGCGCCGCAGTCCGTGTGATCCGAGAAGCGTTGGGAATCCGGCAGACAGATTTGGCCGCTCGGGCCGACATTTCTAAGAGCACACTCTCACACGTTGAGAAGGGCGCACGGCAGGTATCGCCAGCTACCCTGCGCAAGCTCGCCATAGGAATGGGCATCCCCAGCGAGGCCATCAGCTACCCGGACTTCACAACCTCAATCGCCGCATAA MKLRINGAAVRVIREALGIRQTDLAARADISKSTLSHVEKGARQVSPATLRKLAIGMGIPSEAISYPDFTTSIAA NA NA NA NA NA D3-18_03705 756 hypothetical protein ATGAACACCATACAGAACTTCGACTTCCACGGCCAGCAAGTTCGTACGGAACTCGACAACGGGGAACCTTGGTTCGTCGCCGCGGACGTCGCACGAATCCTCGGCTACCGGATGGCCTCGGATCTCACGCGCCGGCTTGACGAAGAAGACAAGGGTACGCGGCCAGTGCGTACCCCCTCTGGGACGCAGGAAATGACAGTCATTTCCGAGCCAGGTTTGTTTGCTGCGATCATCGGCAGTCACGTTGAAGGCGCAAAGGCCTTCAAACGATGGGTTACCCATGAAGTCCTCCCAACTATCCGCCGCACGGGCAGCTTTGGGCCTGCCGCCGCACCTCAGACCTACGCCGAAGCACTCCGAGAGCTGGCTAGTTCTGTAGAAGCTAAGGCCGCACTGGAAGCCAAGGTTGCCGCTGACGCTCCAAAGGTCCTCTTTGCTGATTCGGTGGCAACCTCGGACTCAACGATCCTTGTAGGTGACTTGGCCAAGATCCTTCGCGGTAACGGCGTAGAGATCGGCGCTAACAGACTCTTTGCCCAGCTTCGCGAAGACGGCTACTTGATCCGCCGCCAAGGGACTGATTGGAACATGCCAACGCAGCGAGCAATGGAGCTTGGTCTGTTCAAAGTCAAGGAGACGGCGGTTACGCATTCGGACGGCCATGTGACCGTTTCCAAGACTCCCAAGGTGACTGGCAAGGGTCAGAACTACCTCATCAACCGCTACTCCCCCGCCACTAAGGAGCTGTCCGCCTGA MNTIQNFDFHGQQVRTELDNGEPWFVAADVARILGYRMASDLTRRLDEEDKGTRPVRTPSGTQEMTVISEPGLFAAIIGSHVEGAKAFKRWVTHEVLPTIRRTGSFGPAAAPQTYAEALRELASSVEAKAALEAKVAADAPKVLFADSVATSDSTILVGDLAKILRGNGVEIGANRLFAQLREDGYLIRRQGTDWNMPTQRAMELGLFKVKETAVTHSDGHVTVSKTPKVTGKGQNYLINRYSPATKELSA NA NA NA NA NA D3-18_03706 228 hypothetical protein ATGGATGACGAACTGATGACAGTAGCCGAAGTCGCCACAGCTCTCAGGATGGATGAGCACTACGTTTACAGGTGCATCAACTCCGGGAAGCTCCTGGCCACCAAACATGGCAACCGCTACCGAATCCGAGCATCTGACTACCAAGCTTTCATCACCCCGGCACCCAAGGTTGTCGAGCGCCCAAAGACTCAGCGCAACAACATCCGACGCCTCATGAAGAGCGCGTAA MDDELMTVAEVATALRMDEHYVYRCINSGKLLATKHGNRYRIRASDYQAFITPAPKVVERPKTQRNNIRRLMKSA NA NA NA NA NA D3-18_03707 246 hypothetical protein ATGCCCGAAACACCCCCCTTTGTGAAGCTCAAGAAGATGTTTAAGGACGCGGCGGACGCAGCTGGTCATCCGATATCTTCCCGTGAAGCTCACCGCCAAGCGCAAGGCTTCATGCTCTCCAATGCCGCTGAGGATTCCGAGCTACAGCACAGCGACGAAACCGGGGAGGAAGCCGTCAAGCAAGCGCTTCTCTCCAACATTCGCAAGTACGGCAGCCTCCGCGCACCCATAGCCATGGTCGCATGA MPETPPFVKLKKMFKDAADAAGHPISSREAHRQAQGFMLSNAAEDSELQHSDETGEEAVKQALLSNIRKYGSLRAPIAMVA NA NA NA NA NA D3-18_03708 168 hypothetical protein ATGACCCGCCTACGCATCTATGTCGGCGTCCTGTCCCTACTGATAGGCGCGCCCCTGTTCATCTACTGCATCTCGGACCCGTCAATTGGCGCCGGCGCATTCATAGGCACGGCAGTGATAACCGCCGCCGGATTCGCCCTGCTGTATCCGGCCCGATGGACCGAGTAA MTRLRIYVGVLSLLIGAPLFIYCISDPSIGAGAFIGTAVITAAGFALLYPARWTE NA NA NA NA NA D3-18_03709 504 hypothetical protein GTGACGACTATACAAGAAGAGCCATCGCCAAAACCATCACGCGACGTCCTCATGTTGGATAGCGCGGGCCCAACAGCTACCGGCTTTGGACTCAAGATGCACGCCGGTGGACCACAAACAGCGGAGACTCTGCTGTTCATCGCGGACTCGATGCGCTCGATGCTGGACGAGCATGACGCGCCGAACTACTTGGAGATGGAACTGCAGGCGAGTGACCGAAAGCAGTACGTAATGACTCTGCAGCGTAAGGGCAAGATCACGCCGCATCAGGCGCGGGTAGCTGCTGAAGAAGCCTTAGCATCAGCCCAACCCCGCGCAGTGACCACTGTCGAGGACCTAGAAGCGCTGCCGTTTGAGGCTGTCATTCGTGACGCTGAGGGGCATGTGCTTGAGCGTTGGGGTGACGCTGAGCATGTGATGTGGTCAACGCCAGGGTGTCAGGGGTTTGTGCCTGCTGACGTGATCGCGTTGCCAGTGACGGTGCTGTACGAGGTGCAGCCATGA MTTIQEEPSPKPSRDVLMLDSAGPTATGFGLKMHAGGPQTAETLLFIADSMRSMLDEHDAPNYLEMELQASDRKQYVMTLQRKGKITPHQARVAAEEALASAQPRAVTTVEDLEALPFEAVIRDAEGHVLERWGDAEHVMWSTPGCQGFVPADVIALPVTVLYEVQP NA NA NA NA NA D3-18_03710 285 hypothetical protein ATGAGGGCGATGGCGTTTGAGCAGGATAAGGACGAGTGGTTGGAGGACGCGGTCGCAACCATCATCGGGATTGCTGAGAAGCAGGAGACGTTCACGGCTGATGATCTGCGCCGGGAGATGCGTGAGCCGGATGATTCGCATTGGCCTGGGACGGCGTTCACGAAGGCCCGCAGCTTGGGCTACATCGAAGGCTTCGAGGACCGCTATGTGAAGTCAACAACCCCGAGCCGTAACCACAGCGCACTCAAGCTGTGGACGAAGAAGAAGGAAGAGGCAAGGTCATGA MRAMAFEQDKDEWLEDAVATIIGIAEKQETFTADDLRREMREPDDSHWPGTAFTKARSLGYIEGFEDRYVKSTTPSRNHSALKLWTKKKEEARS NA NA NA NA NA D3-18_03711 198 hypothetical protein ATGATCGAGATCCCGGATAGCTTTCTTGTCCTGATGCTGGCCGCTGTGATCGTGGGCGGCTTCCTGACGTTCGGCAAGTCCCGGCAGCATGACGCCCGCCTGGAACCTGTGGAGCCGGTGGACTGGGACGCCATCGAAGAAGAAACCCAGACCCGCTACGAGGACGACGCGGATTCCGCAAGAAAGGGCGAACGATGA MIEIPDSFLVLMLAAVIVGGFLTFGKSRQHDARLEPVEPVDWDAIEEETQTRYEDDADSARKGER NA NA NA NA NA D3-18_03712 300 hypothetical protein ATGAGCGAGCAGACTAATCACCACACTGATTACCCGGTCTACAAGGGCGCCGAGGAATGCGGACACCCTGCGCCTGAAGATGAGGAATCAGAAGCCTACGAGCAGTGGGCATCTGACCACCCGGAAGGTGAAGGGCTGGATAGCTGCGTGCAAATTTGCGAGCTCTCACCCATTGGGATCTTCTGCCAAGACTGCTCCCACGATCAGGGCGACTGGACACCGCATCTGACCTACTGCGACGACTGCGGCTATCCCAAAGAGGAAGACGGCGGATGTTGCCCACCAGAGGACGAATCATGA MSEQTNHHTDYPVYKGAEECGHPAPEDEESEAYEQWASDHPEGEGLDSCVQICELSPIGIFCQDCSHDQGDWTPHLTYCDDCGYPKEEDGGCCPPEDES NA NA NA NA NA D3-18_03713 183 hypothetical protein ATGAAGGGAACAGTTCCGATCATCACGTGCGATGACGAGTACGGCTGCGATGAGTGGGAACTAGACCACTTCGAAATGGGCGTCATGAACTGGCGCGAACTGATGACCGGTTGGAAGTACGACCCCTACAACAGCGGCGACGACATGTTCTGTCCCGAGCACGCCAAAGACGACAAGCCATGA MKGTVPIITCDDEYGCDEWELDHFEMGVMNWRELMTGWKYDPYNSGDDMFCPEHAKDDKP NA NA NA NA NA D3-18_03714 153 hypothetical protein ATGACCGCCGACGAAGCAGCAACCACCCTCCCGCCGATCCTTGCAGCCAAAGCCCGCAACCCCTTGCAAGTTGAACTTGCAACAATCCTCACCGGCGCCACACCCCCGGAACAACTCACCCAACTACTCACAACCAAGGAACCCACCAAATGA MTADEAATTLPPILAAKARNPLQVELATILTGATPPEQLTQLLTTKEPTK NA NA NA NA NA D3-18_03715 315 hypothetical protein ATGAGCAACGAACGTGCATTGCGTGACGCGCTATTGGATGCGCTCGAAGCGCCTGGGACTATCACCAAGTCCCGACTCCGCACCATCATGATCGATCACCCCGAGTCGGAGACTGTCGGCTACGTCATCGCTGACAAGGCCACAGGTTCCATGGATTGGGACGGCCAAGTGCACCCCAGCGTTGAGGCAGCAATCAACTCCATGTGCGGCCCCTACCAGTCCTACAGCCGCGAGACGGATGACCCTGAGAGGGACCATTGGAGTGTCACTTACAACATCCTTCCCGTCAAGGAAGCGGTGTCCTCTGATGACTGA MSNERALRDALLDALEAPGTITKSRLRTIMIDHPESETVGYVIADKATGSMDWDGQVHPSVEAAINSMCGPYQSYSRETDDPERDHWSVTYNILPVKEAVSSDD NA NA NA NA NA D3-18_03716 534 hypothetical protein ATGACTGATTTGCGGGCACTCCTGGCACCCATCAAGGCGAGACTGGCAGCAGCAACCGAACTGGGCGCATGGGAGGTGCGCGGCAAAGACGTGGTGATCTATGACAAGCACGGATATGGAGCCCACCGCATCGTGGCCTGGGTTGATCACCCCGAATACACGGAGCCTATCGCGAACGCTCCCACGGACCTCGCCCGCCTACTCGCCGCCATCGAAGCCGTGGCAGGGCTGCACGCTCGCGAGGTCATCGCGACTCATGAGGGTTACGGCGAAGAAGCTTGGTGCCCGTACTGCTGCGACCACTGGCCCTGCGAAACAGTCGCCGCTCTTGCCGCCGCTTTGGAGCCTAACGTCCCCCTAGCCGATCACTACGAGTGCATCGCCTACGCGGATGACATCGCTGAAGGTCAGGACTGGGAAGTGCCAGAGGACTACAGGCGCCACTATTGCGCGGAGGACGGCGAGGACTGGCCATGCCAAACAGTTGCCGCCGCTTTGGGGTCTGACACCACACACCAGGAAGGAACACAATGA MTDLRALLAPIKARLAAATELGAWEVRGKDVVIYDKHGYGAHRIVAWVDHPEYTEPIANAPTDLARLLAAIEAVAGLHAREVIATHEGYGEEAWCPYCCDHWPCETVAALAAALEPNVPLADHYECIAYADDIAEGQDWEVPEDYRRHYCAEDGEDWPCQTVAAALGSDTTHQEGTQ NA NA NA NA NA D3-18_03717 357 hypothetical protein ATGAGCGAGCAAGGCGCTTCGATGACCATCACAGGCAACTACCTGAACCGCTACGGCGAACCGGTCATCGCAACCCAGATGCCACCCGTCCAAGGCGAAACACCTCTCGGCGGGTACATCGTCGCTGTTGGCTGGACATCCCGATGGATCAAGGCCCTAGCCCCCGACGTTGAACCGATCTACTCAGAGGGCAAGCTTCGGTGGGAGCACAACGGAAAGAAGTTTGAGGTCCGCCCCGGCAATTGGATTGTCTGGGAATGGGAGCGATTCAAAATGGCCCCGGACGGATACTTCAGGTCCCGCTACCAGAAGGTGGACATCCCTGTCGCCAACGATGAGAAGGACGGAACACAATGA MSEQGASMTITGNYLNRYGEPVIATQMPPVQGETPLGGYIVAVGWTSRWIKALAPDVEPIYSEGKLRWEHNGKKFEVRPGNWIVWEWERFKMAPDGYFRSRYQKVDIPVANDEKDGTQ NA NA NA NA NA D3-18_03718 291 hypothetical protein ATGAGCGCCGCGCATGATGAGTTGTTCCAGTTGATGCTGGGCCGGACCACCACGAAAGCCGTAGAACGAATCCTTGCCGCTGGCTGGGTGAAGCCGCGCACCATCACCACCGCGGAAGAACTCGACGCACTGCCGAACGAATCCTTGATCCTTGATGCTCGCAACAAATGCCGGGAAGGCCTCACAAGCATCGAGGGTAGGAACTGGTGGCGCACCATGGGACCCGCGAAGGTGCTCGCGTCAAAGGAGATCAGTCTCCCTGCGACGGTTCTTCATGAGGGGCAGTCATGA MSAAHDELFQLMLGRTTTKAVERILAAGWVKPRTITTAEELDALPNESLILDARNKCREGLTSIEGRNWWRTMGPAKVLASKEISLPATVLHEGQS NA NA NA NA NA D3-18_03719 819 hypothetical protein ATGAGCCTGCACACATACCCCGAACTCGAACAAGGCACTGACGAATGGCTCCAAGCACGCTGCGGAATCCTCACCGCATCCGTCATCGGCAGCCTTGTTTCCTCCCGCCAGCCGACAGCAGCCGAAACTGACTGCCCCGAGTGTGGAGCCGAAGCCAACGGGCCCTGCCTTGGCAAGCGCACACCGGACCCCATCAAGACACTCCACCCAGCCCGTGCCGCAGCAGCCCGCGAACTGGACAAGGTCATCACCGCGGACGTCACTAGTGAGACTGCGCTTGGCCTCATCATGACCTTGGCCGCCGAACGCATCACCGGCCACGTCGAACCCGTCCAGGTGTCACGGGCCATGGAACGGGGGAACCTCGATGAACCGTATTCGAGAGATGCCTACTCGACCCACTACGCCAAGGTGACTGAGTTTGGCTTCATGGTCCGCGAGTTCGAAGGATTCAAGATCGGCTTCTCTCCTGATGGCTTGATCGGCGACGACGGGCTATTCGAAACCAAGTCACGATCCCAGAAGATCCAGCTCCGGACAGTCCTTGCCGATGAAGTACCCAGCGAGAACATTGCACAACTGCAGACCGGGTTGCTTGTCTCCGACCGGGAATGGATCGATTACGTCTCATACTCCGGCGGAATGAAGCTATGGACCAAGCGGGTCTACCCGGATCCGGACTGGCATGCCGCCATCTGCGACGCCGCCAACCAAGCCGAAACCATCATCGCCAACATGGTCAGCGACTACCTCAAAGCCAGCGAGTACATGCCAATGACAGAACGCATCGACCACTACCTAGACCCGGAGTTCGTCTGA MSLHTYPELEQGTDEWLQARCGILTASVIGSLVSSRQPTAAETDCPECGAEANGPCLGKRTPDPIKTLHPARAAAARELDKVITADVTSETALGLIMTLAAERITGHVEPVQVSRAMERGNLDEPYSRDAYSTHYAKVTEFGFMVREFEGFKIGFSPDGLIGDDGLFETKSRSQKIQLRTVLADEVPSENIAQLQTGLLVSDREWIDYVSYSGGMKLWTKRVYPDPDWHAAICDAANQAETIIANMVSDYLKASEYMPMTERIDHYLDPEFV NA NA NA NA NA D3-18_03720 561 hypothetical protein ATGGACATCACCGAAACACTCGCCCCGAAATCAGACCAACAGAACTACGACGACTACATTGCAGGCCCCCGAACTGTCACCGTCGCTGACGGCAAGGTATTCAAAGGGTCAGAGCAGCCATTGCATATTGAGCTTGTGGAGTATCCCGGGCGGCCGTTCAAGCCCAACAAGAGCATGCGCCGGGTGCTGGCTATCGCATGGGGCACTGAGACGGACGCCTACATCGGACGCCGCCTCACACTCGTCGGCAACCCGAACGTAAAGTACGGCGGCAAGGCAGTCGGCGGAATCGAAATCACCGCAATGTCACACCTCGAAAAGCCTCTCACCCTAGCGCTGACCGAGACCCGCGGCAAGAAACGATCCTTCACCGTCCAGCCGTTTCCTGACGCAGCGCCCACCCCGAAGCAACCGGACCTCACCATCCCGGACGACATCAAAGCCACCACCGCCCGCATGGTCAGCGAAGGCAAACTACCTGACTACCTCGCCTGGCTCGCCGAACAAGGCGCACCCACCCACATCACCGAATACGTACAAGCACAGGAGCCCACCGAATGA MDITETLAPKSDQQNYDDYIAGPRTVTVADGKVFKGSEQPLHIELVEYPGRPFKPNKSMRRVLAIAWGTETDAYIGRRLTLVGNPNVKYGGKAVGGIEITAMSHLEKPLTLALTETRGKKRSFTVQPFPDAAPTPKQPDLTIPDDIKATTARMVSEGKLPDYLAWLAEQGAPTHITEYVQAQEPTE NA NA NA NA NA D3-18_03721 186 hypothetical protein ATGAGCGCCAATCAAGACGGCATCGTCAGCGTCAGCATCACCGCCGGCGAACTTGTAAACACCGGCCACGCAAACGATGACACCCACCAGTTCCGGATGGGCTACACCAACTTCATCCACTTCACCCCCGAAGCCGCCCAGCAATGGATCGACGTGCTCACCCCCATCACGAAGGAGGCCAACTAG MSANQDGIVSVSITAGELVNTGHANDDTHQFRMGYTNFIHFTPEAAQQWIDVLTPITKEAN NA NA NA NA NA D3-18_03722 471 ssb_2 COG0629 Single-stranded DNA-binding protein ATGGCGAACGATCAACCGATAACAATCACCGGCAACCTAGCCTCAGACCCAGAACTCAGGTTCACTCCTTCAGGCGCCGGCGTCGCTAACTTCACCATCATCTTCAACCCTCGCTGGTTCGACAAGAACACCAACACGTGGGCGAAGGGTGAGCCGATCTCTTGGCGCTGCGAGGCATGGAACCAAGGACAACTTATCCGGGCAGAGAACATCTGCAACATGCTGAAATCTGGCGATTCCGTCATTGCCACTGGTGTCATCGAGACCAAGAAGTGGACCAACAAAGAAGGAGAACCGCGCTCCCGGCTGCAGGTCAAAATCGAATCCATCGGCAAAGACCTCACCTTCCATGGCCAGCCATACGCCCAGAACGACCAAGCGCCGGCCGCGCAGCCGGACCCGTGGGCAACACCACCAGCCCAGAACACCGGCGGATGGGGCAACGGTCCCGAAGGTGGGCCGCCGTTTTGA MANDQPITITGNLASDPELRFTPSGAGVANFTIIFNPRWFDKNTNTWAKGEPISWRCEAWNQGQLIRAENICNMLKSGDSVIATGVIETKKWTNKEGEPRSRLQVKIESIGKDLTFHGQPYAQNDQAPAAQPDPWATPPAQNTGGWGNGPEGGPPF NA NA NA NA NA D3-18_03723 276 hypothetical protein TTGAACATCGCGCAGCAACTCATCACCCAGCACGACGTCCCCGCAATCCTCTTCTCCAAACCAAGTTGCGTCCAATGCGACGCCACAGTCCGGAAATTCGAGAAGCACAACATCCCCTTCCACAAAGTAGACGTCACCCAGGAACCTGCAGCCTATGAGTTCGTGACCGGCCTCGACTATATGCAAGTCCCCGTCGTATACACCCGCAACGGCGAACACTGGGGCGGTTACAACCCCGCGAACGTCGAAGCCCTCGCTACGCCAGCAGCCGCATGA MNIAQQLITQHDVPAILFSKPSCVQCDATVRKFEKHNIPFHKVDVTQEPAAYEFVTGLDYMQVPVVYTRNGEHWGGYNPANVEALATPAAA NA NA NA NA NA D3-18_03724 234 hypothetical protein ATGACCCGGGCGACGTCCACCGCCTGCTGCTTCCTATGCCGCGGCCCGCACGGGCTCTGCCTCAACCATGTTTGCGAACACCACGTAGCCGCGGACAAACAAGACGAAGCCAACGAACGCGCACGCCGAACAGTCCGCCGGCCAACCGAAGACCAAGCCATCAATAACGTCATGCGAGCCCAACGACAACGCGCACCGAAGCGCCCCTTCAACTACCCCAAGGAAGAACGATGA MTRATSTACCFLCRGPHGLCLNHVCEHHVAADKQDEANERARRTVRRPTEDQAINNVMRAQRQRAPKRPFNYPKEER NA NA NA NA NA D3-18_03725 447 hypothetical protein ATGACCAACCAACGACTCCAACAAGCAGCCAGGGAAGCCTGCACCGACGACCGCCACGGGAAACCAAGCCCAGGCTCCGGACGACACAAAACAATCGACCGGGACAAAGTCCGACAACTCACCCAACAAGGCCGCACCGCCGAACAAATCGCCGAACAACTCGGATGCTCAACCAGCTCCATCAACCAAATCCGCAAACAACTCGGCATCACCAACCCACACCACACGCTCACCCCCGAGAAACGCGCACTCATCGAAGCAGCAATCCGTGACGGCTGGTCACAAGCAGAGATCTGCCGGACCCACCACGTAGACCCCGAAACCATGCGCCGCCACTACCCCGACGCCAAATGGGACCTCGAGCAACGCCTAGAACACCTCCGCACCCTCCGCATCGGACGCACCGAACACTGGGGCGGACAACAAACACACAGGAGAGCAGCATGA MTNQRLQQAAREACTDDRHGKPSPGSGRHKTIDRDKVRQLTQQGRTAEQIAEQLGCSTSSINQIRKQLGITNPHHTLTPEKRALIEAAIRDGWSQAEICRTHHVDPETMRRHYPDAKWDLEQRLEHLRTLRIGRTEHWGGQQTHRRAA NA NA NA NA NA D3-18_03726 723 hypothetical protein ATGAAAACAGTCATCAGCCTGTGCGACCTCACTGGGAATGCTGTCAAGCCCTGGGTTGAAGCTGGGTATGCGGCCTTCCTCGTAGACCCGCAACACGGGACCACCCGCGTCGAAGGCAACATAACCAAGTTCGCCGGCACCATCGAAGACGCAATGCCCGCCATCAGCGAACTCATCCGATCCGGTGACGTCGCGTTTGTCATGGGATGGCCGCCCTGCACAGACCTTGCAGTGTCCGGCGCCCGCTGGTTCAAGCCGAAGATGGAAGACCCCAACTTCAGCGAGTACCGCGGGCCCAACATGTGGATAGACGCAATGCGCATCGTGGAACAATGCCGCGTCGTCGGCGAGCTCTCCGGGGCGCCTTACTTCATCGAGAACCCCAAGACGCGCATATCCACCCTCTGGCGGCGACCTGACCACAAGTTCGACCCGTGGCACTTCACAGCATGGGAACCGAAAGACAACTACACCAAAGACACCTGGCTATGGGTCGGGGGGGGCTTCGTGATGCCTGAACGATCCGTAGATACAACCCTCGGGCCGGCAGACAAAACCCTCATCCACCACGCATCACCGACGAAAGTAAAAGGCGAGCGCGGCAACAAACGCAGCATCACCCCAATGGGATTCGCCCGGGCAGTCTTCCAAGCCAACCACCAGCCAGGAACGCATAAGCAAGCTGAGGTGGACGAATTTGGCACAGTCCCCATCCCGATCTAA MKTVISLCDLTGNAVKPWVEAGYAAFLVDPQHGTTRVEGNITKFAGTIEDAMPAISELIRSGDVAFVMGWPPCTDLAVSGARWFKPKMEDPNFSEYRGPNMWIDAMRIVEQCRVVGELSGAPYFIENPKTRISTLWRRPDHKFDPWHFTAWEPKDNYTKDTWLWVGGGFVMPERSVDTTLGPADKTLIHHASPTKVKGERGNKRSITPMGFARAVFQANHQPGTHKQAEVDEFGTVPIPI NA NA NA NA NA D3-18_03727 411 hypothetical protein TTGTCTAAGGACACCCGCCCGTATTTCACGCTCACGAATGAGTACCCGCGCCACCGCAAGATCCGCACCCTTTCTGACAAGGCGTTCCGGCTGCACGTCGAGCTCATAGCGGACTGCAACGAAGCGACCAGTGACGGGAAGTTCAGCAAGCACGAACTGAACATGCGCGGCATCAAAACGGGCAAGGAACTCATCGCAGCGGGGCTGGTCGAAGAGATCGAGGGCGGGTACCAACTGCACGACTATTTGAGTCACCAGCCCTCGAGAGTGGAGATAGCGCAACGCCGGCAAGACAAGAGGGAACGCGGCACTAGGGGCGGCAAGGAGTCATCCCACAAACGCTGGCACGTTGACCGTGGAGTGTTCAAAGAGGACTGCGAACTGTGCGTGAGCGTCCCGGACGGTGCATAA MSKDTRPYFTLTNEYPRHRKIRTLSDKAFRLHVELIADCNEATSDGKFSKHELNMRGIKTGKELIAAGLVEEIEGGYQLHDYLSHQPSRVEIAQRRQDKRERGTRGGKESSHKRWHVDRGVFKEDCELCVSVPDGA NA NA NA NA NA D3-18_03728 348 hypothetical protein GTGATCACCGAAAACCAGGCCAAAGCGTTGGCCACCCTACTCCATGAGCTCAGGCCGCGCTGGTCCACCCCGGCAATGCTCAAACTCCTGGAGAAAAACGCGCAACACCCCGCCCCGTTCGCTGACATCACGGTGGCCGCAGTCAACGCAGCCCGTGACCCCAAAGTGGATACCCCCGGCGCCATCTTCATCGACCAACGATTCTGGCCCGACACCATCAAAGCAATCCTGCCGAAACCACCTCCATGCCCGGACCACGTCGGCCAGTACGCCCACAACTGCATCTGCTGTGCCGCCGACCGCAAAGCAGAACCACCACCCACCCACGAAAGCGAGAACGAACAATGA MITENQAKALATLLHELRPRWSTPAMLKLLEKNAQHPAPFADITVAAVNAARDPKVDTPGAIFIDQRFWPDTIKAILPKPPPCPDHVGQYAHNCICCAADRKAEPPPTHESENEQ NA NA NA NA NA D3-18_03729 249 hypothetical protein ATGAGCACCTACAACTCACCGCGCATCACCACCACCGCATCCATGAACGTCCCAGGCAGCCTCACCGCCGGAGCGCTACGCGACTTCGCAGCATCCGTTCCAGCAGAAGCCCGAGTGACCATCAAGGAATACCAAGGCGACCAGCGCGACCCGGGATACGCCACCCTCACAGCAAGCTGGGAAGGCGGACCCAACAAGCCCGCCACTCACCGAAGCACAAGCCTCACATCCCAACGCGACGGCCAATAA MSTYNSPRITTTASMNVPGSLTAGALRDFAASVPAEARVTIKEYQGDQRDPGYATLTASWEGGPNKPATHRSTSLTSQRDGQ NA NA NA NA NA D3-18_03730 501 hypothetical protein ATGACCGAAGAAGCCAAGCGCCGCACAAAGCGCCGCTACGCCCATGAGCTATACCCGCACGGCGAAGAGTTCGAAGTACGCCCACTCGAAGTCGAGGTCCCATACCTGTACGCCCGGGCCATCGGATTCGATGTCCAAGGCACAAGCTGGTTCGAAGACAGCGGCCGCGGTGCCGTAGACCGAACCAACCAGCTACTCGACTCCCGCCACATCGCACTCATGGCCGACGCAATGCACCAAGGACTCACCGGCCAAGAAGCATGGGCATGGGCAGAAACACGCATGGACGAATCCGGCGAGTGGGTCTACCAACGGGCTGCTCACTACGGCGTGAAACCCGAACTCATCAAGCCATACGCTCATGGCGCCGAACCAGACCACCACGACCATGACAAACCCATTGAGGGCAGTAAATGGCTCACGGTGACCCGTGTTCAAGGCAAGGAAAGCGAGTGCCCGGACTGCACCGAACCGCTCGAGGCGAAAGAGGCAGCCGAATGA MTEEAKRRTKRRYAHELYPHGEEFEVRPLEVEVPYLYARAIGFDVQGTSWFEDSGRGAVDRTNQLLDSRHIALMADAMHQGLTGQEAWAWAETRMDESGEWVYQRAAHYGVKPELIKPYAHGAEPDHHDHDKPIEGSKWLTVTRVQGKESECPDCTEPLEAKEAAE NA NA NA NA NA D3-18_03731 207 hypothetical protein ATGAAGTTCCGCCTTGGAGATCACGTCCGCGTGATCAACCGTGACAGCGCCTACTTCGACCGTGTTGGCCGAGTAACCGTCATCGACAAGGCAGACACCGACGGCGAGCCCTTCGGCGTGATTGGCCTCAGCAGAACCTATCCGCAATTCCGCCACTGGTACGGGCCCGAAGAACTCACCCTCGCCGAGAAAGAAGACAACCGATGA MKFRLGDHVRVINRDSAYFDRVGRVTVIDKADTDGEPFGVIGLSRTYPQFRHWYGPEELTLAEKEDNR NA NA NA NA NA D3-18_03732 255 hypothetical protein ATGATCCGCAAAGAAGGCAAAGCACGCTGGGTCTACACCTGCGAGGAATGCACCGTCCACGCAACCTACCCTGACCACTTACGGGCCATCGAACGCGAACAAGCCCACGAGAAGAGCTACGCGCACTTCAGCCGCAGCATCGGCAAAGCAGTCCGCGAAACCTTCCAACCACTCATGGACGCATTCGGATTCGGACGGCTCGAACCATGGCAAGAGCAGGTCCTCGCCCGCTCACTGTGGGAGGACCTCAAATGA MIRKEGKARWVYTCEECTVHATYPDHLRAIEREQAHEKSYAHFSRSIGKAVRETFQPLMDAFGFGRLEPWQEQVLARSLWEDLK NA NA NA NA NA D3-18_03733 276 hypothetical protein ATGAGGGTCTGCGAAACATGCGGGGCGCTCGGTGGCCTCCACACGTCATCCTGCGCCGGGCCTGTCATGAACGAAGTCGGCAAACCCAGCGTGAGACGTCGCCGCCTCGAACCCTTGGACCCGCCCATGCACTTCATGCACGGACCAATCGCCAGCGTGCTGCCCGGGATCATCCAAGCCATCCCACCCGCTGCTGACGTCACCATCACCGAAACACGCGACCACTCCGGTAAGAAAGCACTCACCATCACCGCCACATGGAACGAGGACCAATGA MRVCETCGALGGLHTSSCAGPVMNEVGKPSVRRRRLEPLDPPMHFMHGPIASVLPGIIQAIPPAADVTITETRDHSGKKALTITATWNEDQ NA NA NA NA NA D3-18_03734 387 hypothetical protein ATGACCGGCATAAGGCACGTCATCATCGATATTCCTGCCCCTGCCGGCTGGATCAACTCCAACCAACGCATCCACCGCATGCAAACCGCCAAACTCACCAAAGCCTGGCGGGAAGCAGCAGCCAAAGCAGCCGCCCACATCACAGCACTCACGCCACCCGTCCACATCTACGCCCACATCTGGAAACCCCGCGGCGGACGATACGACCCAGGCAACCTCTACCCAACCGCCAAAGCCTGCGTAGACGGCTTAGTTGACGCCGGCCTACTCACCGACGACGACCACACCCGCGTCATCGGCCCAGACATGCGACACGGCGGCAAAGGCAACCCGCAACTCATCCTCATCATCGAAACACCCAAGGAGGCAAAGAATGCCGTGCTATGA MTGIRHVIIDIPAPAGWINSNQRIHRMQTAKLTKAWREAAAKAAAHITALTPPVHIYAHIWKPRGGRYDPGNLYPTAKACVDGLVDAGLLTDDDHTRVIGPDMRHGGKGNPQLILIIETPKEAKNAVL NA NA NA NA NA D3-18_03735 159 hypothetical protein ATGCCGTGCTATGACGACGAAGACGAACTCTGGGTAGTCGAATGCCAAGTCTGCACCTACCAAGCCAGCGGCCGAGTCGAACACCGCATCAACGACCGTGCTGACGCCCACGAACAAGAGACAGGCCACCAAACGGACGTCGTTAGCGAGGACCGATGA MPCYDDEDELWVVECQVCTYQASGRVEHRINDRADAHEQETGHQTDVVSEDR NA NA NA NA NA D3-18_03736 327 hypothetical protein ATGACAGCCCCGCACATTGATGACACCACCCACGGCAGCGTCCGGTGGTTCCACGGCAAAGGACCCGTACCAGTCCAGCCCTACGTGGGTGACTGCCAACACTGGGGCCTCACCGTCATCGCATGGGGCTGGGACCTCAAACACTACGAACTCAACACATGCGACCTCACCGCCAACGGACAACCCGGCTGCGGATCACGCGCATGGATGAACGAACGCGGAATATCCACCACCCAATGGATGCAACCCATCATCGAAGCGAACCGGCAAGCAATCGCCGAAGAGATAGCCAACCCGCTCACCTTCAACAAAGGAGGCAAACCATGA MTAPHIDDTTHGSVRWFHGKGPVPVQPYVGDCQHWGLTVIAWGWDLKHYELNTCDLTANGQPGCGSRAWMNERGISTTQWMQPIIEANRQAIAEEIANPLTFNKGGKP NA NA NA NA NA D3-18_03737 591 hypothetical protein ATGAGCCATGAGTGCACCACGGATGGATGCCTCAACCACACAGACACCTACGTCTGCGACCAGTGCATCCGGGACCTGCAAGCATGGCTAGACAAGGTCCCAACACTCATCACGGCACTCACGGTCACCATCGCCAAACTCGACCACGTACGGCCCATAGGAGGCGGCTGGAACGGCGGAGGTAAACCAGGATCAGCCGCGCCACTCAACCTCGACGCACTCCAACTCCAAGAGAACCTCAAGAGCGTCGGACGAAGCGCCAAGGACTACGCCCACGACGAACGGGCAGCAGGATTGGCATGGCTCATCCAAGACTGGGTGACCAAGGCTGAGCTCTTGGTGAGTGGACCCGAAGCGGAGGTAGTGGATCACATCGGAGTCAAAGCCAAGCTCGCAGCCGCAGACATCCAACCCATGCCCACCCGCCAACTACTCCCATGGCTTCGAGACAAAGCAGGAGTTCACCTCATCAGCCAACGCATCCGTGACTGGGTACGAGACGGACACCTCCGACCACACAACACAGAAGGGCAACCAACCTACCACCCACACGAAGTCATCGACGTCTGGCAGCGCATCGGAAGGAAATGA MSHECTTDGCLNHTDTYVCDQCIRDLQAWLDKVPTLITALTVTIAKLDHVRPIGGGWNGGGKPGSAAPLNLDALQLQENLKSVGRSAKDYAHDERAAGLAWLIQDWVTKAELLVSGPEAEVVDHIGVKAKLAAADIQPMPTRQLLPWLRDKAGVHLISQRIRDWVRDGHLRPHNTEGQPTYHPHEVIDVWQRIGRK NA NA NA NA NA D3-18_03739 153 hypothetical protein ATGAAGATCTTCGCCAAAGCGCTACTCGTCCTTGCTGTCATCCTCTGCCTCGCCGCTATCTGGATCCCATCGAGCTGGCTACAACTGCTACTCAGTGGGCTTCTCGCACTGTTCGTAGGCGCCGCCATCCTCGGACAGAAACCCCGCACCTAA MKIFAKALLVLAVILCLAAIWIPSSWLQLLLSGLLALFVGAAILGQKPRT NA NA NA NA NA D3-18_03741 231 hypothetical protein ATGAGCGACAAGACACTCCAATGCGTACACGATGCCATCGCCGCACACATCGCCGACGAGAACGACGGCTCACCCGAGTACCTAACCGAGTGGATATTCATAGCGGCTGCTGCTATTTCCGATGATCCTGAGCGCACGTCTTACTACCGCGGCGCACCAACCGCCCCATACCACCACCAGATCGGCCTGATGGAACGTGGGCTAGAGATGCTGCGTGGCGCAGAGGATTGA MSDKTLQCVHDAIAAHIADENDGSPEYLTEWIFIAAAAISDDPERTSYYRGAPTAPYHHQIGLMERGLEMLRGAED NA NA NA NA NA D3-18_03742 306 hypothetical protein ATGGCTGGGAAGAAGCAGCTTCCTCCTGTGTGGCTTGCTACCGAGGATGACGTGCCAGCGCCTCCAATGACATTGCGTCAGGCTGCTGAGCATGGGACGCGCCTCGATGAGCTGAAGGCGATGCGTCTGATCTTGGTGACGCATATGGAGAACGAGAACACGCTAGCCCGTGACCTTGCCGCACTGACTCGCCAAGTGCGCGAAATCTCGAAGGAGATTGATGAGCTTGAGCCTTCCGGCGAGAAGGATGACCTGAGCAAGGCGGCCGATACGGATGACGAGAAGTTCAACCCCTACGCTGTTTGA MAGKKQLPPVWLATEDDVPAPPMTLRQAAEHGTRLDELKAMRLILVTHMENENTLARDLAALTRQVREISKEIDELEPSGEKDDLSKAADTDDEKFNPYAV NA NA NA NA NA D3-18_03743 1464 hypothetical protein ATGACGAGAAGTTCAACCCCTACGCTGTTTGAGTCTGCCCGCCATGTGGTTGTCCCTGAGGGGATTGTTTCTACTGGTTGGCCGGCGGTTCGCAATACGCTGCATGAGCTCGGCATTTCGTTTGATCCTTGGCAGCAGGGTTCGGCGCAGTTGATCCTTTCGAAGGACGCTGACGGACTGTATGCCACGACTGTTGGCGGCATCACGATCAGCATTCCCCGCCAGGTCGGTAAGACGTTCATGATCGGCTGGATCGTCTTTGCCTTGTGCATCATCCATCCTGGCTTGACGGTCACTTGGAGTGCTCACAAGAAGGACACAGCAGACGAGACGTTCGATGGCATGAAGTCGATGGCGTCTTTGCCTTTGATGACCCCGCACATTGATCGGACGCCGGATAACGGTTCTGAGCAGAAGATTGAGTTCACGAACGGTTCTCGTGTTGTGTTTGGTGCGCGTGAGCGTGGTTTTGGGCGCGGTTTCACGAAGGTTGACATTGTTGTCTTCGATGAAGCGCAGATCCTGACTGAGCGTGCTGTTGATGACATGGTGCCGGCGCAGAACGCGTCTCCGAATGCTCTGACGATCATGATCGGGACGCCTCCTAAGCCGATTGACCCGTCAGAGATTTTCGAGGAAGCACGTCGGGCTGCTTTGTCTGGTGACAGCAGCGATTCGCTGTATATCGAGTTCAGCGCTGATCGTAATGCCGATCCTGATGATCGTTCTCAGTGGCGTAGGGCGAACCCTTCGTATCCTTCTCGGACTAAAGAGAAGTCGATGCTGCGTATGCGGCGGAAGCTGACGAAGGATTCGTTTCTTCGTGAGGCTATGGGGATTTGGGACGAGTTGGCTTCGCGGAAGAACGCGTTTCCTGCCGGCGCGTGGGAAGACTGCCTCATTGAGGATCCTTCCGAGGATTGGCCGATTGCTGCTGTGGGGATCGATATGAATCCTGAGCGGACGTGGGTGACGGTTTCGTTGGCGATGTTCTCCGATGATGGCTTGCATCTTGAAGTGGCTGAAACGGAATCGTTCAACGAGAGCGGTTCAGCGGAGCTTGTGCACTGGATTCAGAAGCTCGCCCGCCGTCGTACCCCTGTCGTGATTGATGCGTTCAGTCCGGCCCGCTCGTTTGAGCCGATGCTCAAGGAGAAGAAGTGCATGGTTCGGATCTTGTCCTCGAATGAGTTCGCGCAGGCTTGCATGGGGCTTCATGACGCGGTGCGTGAGGGCACGGTTTCGCATTTCGGGCAGGAGCAGCTTGACGCGTCGGTTGCTGGGGCTACGAAGAAAGCTGTTGGTAAGGCGGGCGCGTGGGCGTTTGCTCGTGATGACCTTGAAGTAGACCTTACCCAGATCATGTCTGTCACGTGCGCCCACTTTGGCGCCGTCAAGTTCGCTCGTAAACCTGTCGCTGATTCCGGTGAGCGTAGTAGCCAAGGAGGTGTTTCGGTTTGCTGA MTRSSTPTLFESARHVVVPEGIVSTGWPAVRNTLHELGISFDPWQQGSAQLILSKDADGLYATTVGGITISIPRQVGKTFMIGWIVFALCIIHPGLTVTWSAHKKDTADETFDGMKSMASLPLMTPHIDRTPDNGSEQKIEFTNGSRVVFGARERGFGRGFTKVDIVVFDEAQILTERAVDDMVPAQNASPNALTIMIGTPPKPIDPSEIFEEARRAALSGDSSDSLYIEFSADRNADPDDRSQWRRANPSYPSRTKEKSMLRMRRKLTKDSFLREAMGIWDELASRKNAFPAGAWEDCLIEDPSEDWPIAAVGIDMNPERTWVTVSLAMFSDDGLHLEVAETESFNESGSAELVHWIQKLARRRTPVVIDAFSPARSFEPMLKEKKCMVRILSSNEFAQACMGLHDAVREGTVSHFGQEQLDASVAGATKKAVGKAGAWAFARDDLEVDLTQIMSVTCAHFGAVKFARKPVADSGERSSQGGVSVC NA NA NA NA NA D3-18_03744 1404 hypothetical protein TTGCTGATTTCACCGAATGGGCTCTCCGCGGAAGAGGGCATGGTTCTGCAGAAGCTTCTTGAGGTGTACGAAGCAAAGCAGCCGAGGAACACTCTCCGTCAGGTCTATTTTGAGGGCAAGAACGCGTTTGTTGATCTTGGCATTGCGATCCCTCCGGAGATCCTGGCTCGTATTGATCCGGTCATGGGATGGGTTGAGACTGGGGTCCGGGCTCTCACTGACCGTTCTGTGCTTGAGGGGTTTGTTTCGCTTGACGGCGAAGATGACCCTTTTGGGATTGACGAGGTTCTTGCAGGCTCGAAGTTCCTTCAGTTCTTCTCTGGCGCCACGCTTTCGTCTGCCATTCACTCGTGTGCGTTTCTGCGCGTGGATGACATGTCTGGTGAGTTGCGGGTCCGCCCGCACTTGGCTGATATGTCTGCTGCGATCTGGGATAAGGACCGCATGGAGATCGGCGCGTATCTTGCCGTGCTCGAACTGCGTGATGGCATCCCTGCTGACATGGCCATGTATTTGCACGAGAAGATCGTGCGGATTCAGGTGCTTTCGTCTGGCCGCGTGAGCGTGGAGCGTTTCGCGAACCCTTTGGGACGCGTCTCTGTTGCACGTCTCCCGCACAAGCCGACTCTGAAGCGCCCGTTTGGTCATTCCAGGATTTCGCGCCCGGCCATGTATTTCACTGACTCTGCGTTGCGCACGGTAGTGCGTTCCGAGGTGCAGGGTGAAGGCTTCGCGGGTCCTCAGTACTGGCTGATGGGAGCTGACGCTAAAGCTTTCGCCGGCAACAACAGGTTCAAGGCTGTCATGGGCCGCGTCTTTGGCCTCACTGAGGACAAAGACACCCAGGAAGTGCCGGACGTGAAGCGGTTTGAAGGCGCGTCCCCGGAAGCGCACATCTCGCATCTTCGCATGTGGGCGTCCCTGTTTGCTGGTGACCAGCGGGTGCCGATGTCGTCACTGGGCATCATTCAGGACAACCCGTCTTCTGCGCAGGCTATCTACGCCGCTAAGGAGGACCTGCTGGTGGATGCGAACAACGCCAATAAGGCATGGGGTGACGGGGCGGTTGACGCTCTGGCCATGTCAGTTGAGTGGCGTGATGGTGCTAAGCCTGCTGGTATAAGCAATTTGAGCGCTGTGTTCACGCCTGTTGGGACGGTTTCGCCGACAGACAAGGCTGTTGCCTTTGGGCAGTTGGCACCGCACATTCCCGGATTGGCTGAGTCTGAGGTTGGGCTTGAGTATGCAGGGTTCTCGCGGGAACAGATCGTTAGGCTCCGCGCAGGGATCCGGACAGCGTCGATCACATCGTTCATGGATCGTGTAGCCGGCCGTTCAACTGCGCCTACGGCCCGCGTAGCGGACGCTGCGGCTGCAGGGGCGGACAACCAGGCGGTTAGCTGA MLISPNGLSAEEGMVLQKLLEVYEAKQPRNTLRQVYFEGKNAFVDLGIAIPPEILARIDPVMGWVETGVRALTDRSVLEGFVSLDGEDDPFGIDEVLAGSKFLQFFSGATLSSAIHSCAFLRVDDMSGELRVRPHLADMSAAIWDKDRMEIGAYLAVLELRDGIPADMAMYLHEKIVRIQVLSSGRVSVERFANPLGRVSVARLPHKPTLKRPFGHSRISRPAMYFTDSALRTVVRSEVQGEGFAGPQYWLMGADAKAFAGNNRFKAVMGRVFGLTEDKDTQEVPDVKRFEGASPEAHISHLRMWASLFAGDQRVPMSSLGIIQDNPSSAQAIYAAKEDLLVDANNANKAWGDGAVDALAMSVEWRDGAKPAGISNLSAVFTPVGTVSPTDKAVAFGQLAPHIPGLAESEVGLEYAGFSREQIVRLRAGIRTASITSFMDRVAGRSTAPTARVADAAAAGADNQAVS NA NA NA NA NA D3-18_03745 906 hypothetical protein ATGGTGGTGCCGTACAGTGCCACCCTGAGTTACGCAACGCTTCTGGACAATCTCAGCGGCGGCGCGTTGGAAGAGCTTGACCGGCTTATGGCGTCGGTAGCGAACGAATCTCCTGAGGTGCAGCAGGAAGCGCTGATGGATCTGCTGCCGCTCCTTGGTGATCAGTACGTGGGCGCGTCCTCGTTGGTGTCAGCGCAGTTCTTCACTGAGCTGCAGGACATCAATGGGGTGCGTAAGCCTGTGCAGGCGGAGACGCTTGACGGAGTCGGGGCGAAGCGTTGGCACTCTCTAGCTGGCTGGGGTTCGGCCCCTGCCATGTTCGAGCAGGGCGGTGCCGCGCTCGTCTACTCACTCCTTTCTGGTGGGCTTACGAAGATCCTCACTGAGGCCGCCGCGGACACAATGGTTGGCAACGCTGAGATCCAAGGTGGCATGCGTGCGCAGCGGGTTCCTCGTTCCGGGTGCTGTGCATTCTGCGGGATGCTTGCCAGCCGCTTCGCTGACTACGAATCTGTTGAGTCAGCAAAGACCGTTGTTGGTCGAGGCATTCCTGTCGGGCAAGGCCGCGGCCGCGGTTCCAAAGGCAAAGGCCGCGGGATCAAGGCACGTGGCGCTAGAGCAGTCGGAGAAGAGTTCCACGACCACTGCCGGTGCAGGGTAGTTGTCCTAACGAAGAACAACTACGCGGAACTGCAATCAACCGCCGACAAATACTACGACTCGTACGCTGCAGCGGCTGATAAAGCCAGCGAAGGACGGCGCCTTGAATGGGTCGAGACCAAGTCTTCTGACGGCTCATTGAACCGTCAGTACACATGGGTCAACGCCGAGGGCAAGGCCCGGACGGCGCAGGACCACACCAAGGACATTCTGGCTGCTATGCGGCAAGACCTTGGCGTCCGGTAA MVVPYSATLSYATLLDNLSGGALEELDRLMASVANESPEVQQEALMDLLPLLGDQYVGASSLVSAQFFTELQDINGVRKPVQAETLDGVGAKRWHSLAGWGSAPAMFEQGGAALVYSLLSGGLTKILTEAAADTMVGNAEIQGGMRAQRVPRSGCCAFCGMLASRFADYESVESAKTVVGRGIPVGQGRGRGSKGKGRGIKARGARAVGEEFHDHCRCRVVVLTKNNYAELQSTADKYYDSYAAAADKASEGRRLEWVETKSSDGSLNRQYTWVNAEGKARTAQDHTKDILAAMRQDLGVR NA NA NA NA NA D3-18_03746 495 hypothetical protein ATGAGTGAAGAATCTGCCGCGACTGGGGGCGAGTCCTCGGACTTCAAACCGATCACGACGCAGGAGGATTTCAACAAGATCCTCGGCGAGCGTCTGAAGCGGGCCAAGCCGTCCAACTATGACGATCTGAAGGCCAAGGCTGCACAGTTCGACCAGGCGCAGCAGGACAAGCTGACGGAGACCCAGCGTCTTCAGGCTCAGCTTGAAGAGCTGTCCGGGCAGGCCAAGACCGCGCAGCGTGAGAACGCTCGACTTGCTGCCATCGCCGCCGAGGGAATCCCCGCCGAATACCAGGATCTGGTGCACGGCGAAACCCCTGAGCAGTTCGCGGCGTCCGCCAAGAAGGCCAAGGATCTCATCTCCAAAGCTACGGCGGCCGAAAGCAAGCCTGGCGTTTCGTACCGGGTGAACTTGGACGGCGACGGCTCCGAACAGCTGGCGTTGAACGGCAGCGGCATTGAGGACGCACTCAAAAGGAAGCTCGGGATCTCCTAG MSEESAATGGESSDFKPITTQEDFNKILGERLKRAKPSNYDDLKAKAAQFDQAQQDKLTETQRLQAQLEELSGQAKTAQRENARLAAIAAEGIPAEYQDLVHGETPEQFAASAKKAKDLISKATAAESKPGVSYRVNLDGDGSEQLALNGSGIEDALKRKLGIS NA NA NA NA NA D3-18_03747 897 hypothetical protein ATGGCGCAGACCGCCGCAACACAAACCAGCGATTTCGCTGGATTCCTCAAGCCCGATGAGGCTGAGGCTTATTTCACCCAGGCTGCACGTCAGTCTGTTGTCCAGTCCCTGACCCGACGTGTGCCCTTGGGCATCAACGGCCAGGAAATCCCGGTTGTAACGTCCAAGCCCACCGCCGGCTGGGTTGCTGAAGCTGGCCAGAAGCCGGCTACCAAGGGCGCTATCGGGCTGAAGACGATTAGCCCGAAGAAGATCGCAGCCATCACGGTTGTGTCCGCTGAAGTCGTTCGTGCGAACCCGGGCAATTACGTGTCTCTGTTCCGTGACCAGATCGCGGAAGCTTTCGCTATCGCGTTCGACGCGGCCGCTCTTCACGGCACGAACACCCCGTTCGGCGCCGGCAACTTCATCGCTGCAACGACCAAGGCTGTTGAGCTTGGCACGGCAACGTCCGCAAACGGCAGCGTATACGCTGACCTGAACGGCGCGCTGAAGTTGCTCGTGGATGACAAGAAGAAGCTCACTGGCTGGGCCTTCGATGACACCGCTGAGCCGCTGCTGAACGCGGCTGTGGACCTGCAGGGCCGCCCGCTGTTCGTGGATGCAACCTACGAGAACTCCGCGCTCTCCGCTGGCCGCCTGCTGCGCCGCCCTGCCTTCTACAACGAAGGCGTGGCCGGGGGCGACACTGTCGGTTTCGCTGGCGACTGGTCCCAAGCTGTATGGGGTGCCGTGGGAGGCATCTCTTACGACGTTTCCACCGAAGCGACCGTGACCATCAACGGCGCGCTGACTTCCCTGTGGGAGAACAACCTCGTAGCCATCCGCGCCGAAGCCGAATACGGCTGGCTCGTCAACGACGCTCAGGCGTTCGTTGAGCTCGTGGACGCGGTCTAA MAQTAATQTSDFAGFLKPDEAEAYFTQAARQSVVQSLTRRVPLGINGQEIPVVTSKPTAGWVAEAGQKPATKGAIGLKTISPKKIAAITVVSAEVVRANPGNYVSLFRDQIAEAFAIAFDAAALHGTNTPFGAGNFIAATTKAVELGTATSANGSVYADLNGALKLLVDDKKKLTGWAFDDTAEPLLNAAVDLQGRPLFVDATYENSALSAGRLLRRPAFYNEGVAGGDTVGFAGDWSQAVWGAVGGISYDVSTEATVTINGALTSLWENNLVAIRAEAEYGWLVNDAQAFVELVDAV NA NA NA NA NA D3-18_03748 222 hypothetical protein GTGCACTGCGAGGGTGACCTCGCGGAACGCTACCAGTCCCGTGGCTGGCTCCTTGCTGATGCAAAGGATGAGCCTGCTGTTGAGGTGGCATCGGAAGAGCCTCAGAACGAAACCCCTGACAACCTCGAAGAAGCTGCAGCGCCCGTGGACGTAGAGCCTGCTGTTGAGGTTGAGGTCCAGGACGAGAAGCCGGCACGCCGCAGCCAAGCTCGGCGCCGCTAA MHCEGDLAERYQSRGWLLADAKDEPAVEVASEEPQNETPDNLEEAAAPVDVEPAVEVEVQDEKPARRSQARRR NA NA NA NA NA D3-18_03749 402 hypothetical protein ATGTCTTGGGTTGCTCCGGATGACGTAATCGACTCGTGGGTTGGTTCGAACGCACCAACTGACACGGCACGGTTGCAAATATGGATTGACCGGGCTGAACGGCTTGTGCGACGTCGCGTCCCTGACCTCCAAGCCCGCATTGACGGGGAAGCGGACGCCGTACCTCCTGTCACGGACCTTCTCGACTCAACGTGTGACGTGGTCATTGAGATGGTCACGGAGGTGTTCAAGAACCCGGACGGGAAACGCTCTGTCCAGTCCTCCACTGGTCCGTTCTCGGACAATGTCACCTTTGGTGGTGACAACCCCGGCAAACTGGTTCTGACTCCGAGTCAGGCAAGCTTGCTGGCGTCCACTGCTGACGGCGAGGCCTTTACTTTCGACCTCATAGCGGGGCCCTAA MSWVAPDDVIDSWVGSNAPTDTARLQIWIDRAERLVRRRVPDLQARIDGEADAVPPVTDLLDSTCDVVIEMVTEVFKNPDGKRSVQSSTGPFSDNVTFGGDNPGKLVLTPSQASLLASTADGEAFTFDLIAGP NA NA NA NA NA D3-18_03750 339 hypothetical protein ATGCCGGGAATTGTGGAACGCTTCCCTGATGAGTGGCGTACTGATGTGATGGTGCTGCGTGGCGGTGGCCGGGACTCGAAAGGGAACCCGCTGCCGGTCACGGAGATCCCTGTGCAGGTTTGTATTGTTGCCCCGCGGGCGACGTCGGAGCCTACTGACCGGGCTGACCTTATTTCGAGCACGGCCGTCCTGTATCGGGATCCGGACCCAGACTTTAGCTTTCTCCCCAAGGATCGTGTGCGCGTCCCTGTGACTGCGCGCATGGCTGGTGAGTGGGCTGTTGACGGTTTGCCGGGTGAGTGGCCGTTGGGTGATGAAGTGGCGTTGGTGAGGTCCTGA MPGIVERFPDEWRTDVMVLRGGGRDSKGNPLPVTEIPVQVCIVAPRATSEPTDRADLISSTAVLYRDPDPDFSFLPKDRVRVPVTARMAGEWAVDGLPGEWPLGDEVALVRS NA NA NA NA NA D3-18_03751 300 hypothetical protein ATGGCGTTACGAAGCGTCAGGGGTTCGCGGAACTACAAGGCGGATGACTCTGGCCTGAAAGAGCTCGGAACTGTTGAGTCGGTTGGCGAGGCGACCTTGGCGGCCGCTAAGAGGTTGGCGGGGAATGCTGAGGCTGTTGGCCGCGGCACCTACGAAGCCAAGCCCACGACGGTCACTGCCGGCTGGGATAACGAGCTACGCGCCGGCGCCGTGGTCCGGGAAACGTCGCACGAATACAAGGACGCCAGGGATTCGATTCTGCGCCGTGTCATTGAGTCCATGAAGGTGGTGGAGCGGTGA MALRSVRGSRNYKADDSGLKELGTVESVGEATLAAAKRLAGNAEAVGRGTYEAKPTTVTAGWDNELRAGAVVRETSHEYKDARDSILRRVIESMKVVER NA NA NA NA NA D3-18_03752 405 hypothetical protein GTGATTGATGGTCTTGTGTTCCCTGATGTCCGCGAGTGCCTGAATGACCTGGTTGACGGCACTGAGCACTTAGGCGATCCAGTCCGGATGGTTTGGCATCTTCCGGCCGACGATTATGGCACGCTGCAAGGACCTTTCCCTATCGTGCTGGTGTATACCAACGGCGGCACTGAGAGCTATATCGATCGCGTGGACCGTGTGACGCTTGAATGCTACGCGCCAGGCACGCAAGCCGTGAACACCTTGGAGTCCATCAAGGCTTTCATTTGCGGCACTGACATTGAGACAGATCACGGCTATCTCGACGGCATCAAGTCCGATCAGGTCCCCGAGGATGTCCCTTACGCCTCCGACACGTTGAACAAGGCGACAGCGACTTTCACGGTCACGTCCCGCCCCCTATAG MIDGLVFPDVRECLNDLVDGTEHLGDPVRMVWHLPADDYGTLQGPFPIVLVYTNGGTESYIDRVDRVTLECYAPGTQAVNTLESIKAFICGTDIETDHGYLDGIKSDQVPEDVPYASDTLNKATATFTVTSRPL NA NA NA NA NA D3-18_03753 669 hypothetical protein ATGCCAACTTTTGACACACTCCGCCAGGAATCTGATGACCGGACCTTGATCCGCAAGATCCAGAAAGCCATCATCCTCTTGCGCGTCTCCACGGAGGCGCTGCCTACCACGCTGTTCGCTGCTGGTGGCGGCCTCATCGACTTCAAGGCTGAAGGCTGGCTTCCTGTTGGAATGATCACGCCGGACGGCATCGAGTTCGGCCGCGATGTCACCGAGGAAGACGTGCCGGCGCTTGGTTACAGCACTGCTCAGCGGACGGACGTGACTGAGGTTGCCCGCTCGCTGACGTTCACGGGCCTCGAACATGGCCGCAAGCACATGCTGGAGCTGTCCTACGGCACCGACTTGACGGCAATCACTCAGGATCAGACGACCGGCGAGGTTGTCTTTGATGAGCCTGAGATGCCGATCAACAAGGAGTACCAGGCGCTGGTTCTGGGCTCTGACGGGCCTGCCGACAATCAGTGGCTTCTGGGCCGGGCTTATGGGGCTGTGAAGCTGTCGAACACTGACAGCCAGAAGTGGGCATCCTCTGACCCGCTGACCACGCCGATCACCATGAAGGTGATGACGGATGCCGAGACCGGCGTTCCGCTGCGTCACTTCATGGGTGGCACTGGGGCGCTGAAGGCCAAGGCGACTCTGGGCTTCACCGCAGCTACCCCGTAG MPTFDTLRQESDDRTLIRKIQKAIILLRVSTEALPTTLFAAGGGLIDFKAEGWLPVGMITPDGIEFGRDVTEEDVPALGYSTAQRTDVTEVARSLTFTGLEHGRKHMLELSYGTDLTAITQDQTTGEVVFDEPEMPINKEYQALVLGSDGPADNQWLLGRAYGAVKLSNTDSQKWASSDPLTTPITMKVMTDAETGVPLRHFMGGTGALKAKATLGFTAATP NA NA NA NA NA D3-18_03754 168 hypothetical protein ATGCCCCGTTTCACCAAAGAATCTGATGGCCGCACCATTGCGGTCGAAACGTCTGTTCCCCGTGAATCTGCTGAGCTCCGCGCCGGCGGGTTCACCGAGCAGAAGGCCAAGACGGCCGCTGTGAAGGAATCCGACGCGGCCAAGCCCGCAGCCACACCAGTCAAGTAA MPRFTKESDGRTIAVETSVPRESAELRAGGFTEQKAKTAAVKESDAAKPAATPVK NA NA NA NA NA D3-18_03755 348 hypothetical protein ATGGCTAACGACAAGCCGACTATTCACCTGTCCCTTTCCGCTCTTGAGGCTGAGGTTTCGAAGCCGGAGGCGTTCGTGCTCGCACTCTCTGGCGGCAAGCGCATCACCTTCCCGGACCTTTTCGACATGCCAGCCGATGAGGCAAACGAGTTCTTCAAGGATCTTGAGCAGACCGGCCAGAACGATTTCTCCTTCTTGGAGAAGTGGCTCACCCCGAAGGACTTCGAGGCCTACAAGGCTGAGAAAATCCCGCTGCGCGTCCACGCCGCACTTATCCAGCGCGTCATGGACTACTACGAGCAGACAGTTGGGAAGCCGGGGGAAGGGCGCGCCTCTGCGAGCTCCTAA MANDKPTIHLSLSALEAEVSKPEAFVLALSGGKRITFPDLFDMPADEANEFFKDLEQTGQNDFSFLEKWLTPKDFEAYKAEKIPLRVHAALIQRVMDYYEQTVGKPGEGRASASS NA NA NA NA NA D3-18_03756 390 hypothetical protein GTGGATCTGGCGGAGTGGTTCCGGGCTAAGCGGTGGGTGGCGTTGCTCGAGTTGATCGACATGCTGCCCGCCGCTAGCCGGCTCAACGAGGCTATAGCGAACGACCCTGAAGCGGCTAAAGCGATTGCTGAAGCGAACCAGGGCAGAGAGAGCGAGCCGTGGACGCCGCGCACCGCTGAATGGGATCTCACAGCCACGTTGCTGAGTGACATCTCGAACGGCATCAAGGTACTGACCGCGGCAACGATCAAGGTCAACGGCGGCAAGCCTGGCGACGTGAAGCCGTTCCCCACCCCCAAATCTGAGATTCAGGCGGCCATGAAGGCTGCCGAGCGTGAATGGGCTGTGCAGTTCGCCAGTCAGTTTGGTTTCTCCGCGGAGGACCTGTGA MDLAEWFRAKRWVALLELIDMLPAASRLNEAIANDPEAAKAIAEANQGRESEPWTPRTAEWDLTATLLSDISNGIKVLTAATIKVNGGKPGDVKPFPTPKSEIQAAMKAAEREWAVQFASQFGFSAEDL NA NA NA NA NA D3-18_03757 3654 hypothetical protein GTGCCCGTCATCGGCGTAGCTGAAGTTCTGGTCAAGCCATCGTTCAAGGGCGCTCAGCAGAGTGTTGCCCGCGAGATGGACGGGATCGCCGAGAGTGCGGGGCAGTCTGCAGGGTCCAAGATGGGGGCGGCCCTTGGTGGTGCGCTGAAGGTTGGCGCTGTTGCTGTTGGTGGCGCCGCTATCACCGGCCTCGGCGTGGCACTGACCAAGGGCTTTGGCCGACTGCAGGCCATCGAGAACGCAAAGGCCAAACTGACCGGCCTTGGTCACGATGTTGAGTCAGTGACCAGCATCATGAATGACGCCATGGCCTCGGTGAAGGGCACTGCATTCGGCCTGGACGAAGCTGCCGCAGTTGCGGCCGGGGCTGTAGCTTCTGGCGTGAAGCCAGGCAAGGAACTTGAGCGCACTCTCCGGCTGACTGGTGACGCTGCGACCATTGCCGGTGTTGGCATGGGTGAAATGGGTGCGATCTTCAACAAGGTCGCTTCATCGAACAAGATCCAAGGCGATGTTATCGCGCAGCTAAACGACGCTGGTATCCCCATTGTGCAGCTCATGGCGAAGGAACTTGGCAAGACCGCTGAGGAAACCGTCAACCTTGCCTCTGAGGGCAAGATCAACTTTGAGATCTTCCAAAAGGCCATGGAGAACGGTCTTGGCGGGGCGGCGCTGAAGTCGGGCGATACCCTGCAGGGCGCGTTCAAGAACACCATGGCCGCGGTCGGGCGTATCGGCGCGAGCCTCCTGTCCGGGGTTTACCCCCGGATTCGTGAATTCTTTTCCGGCGCTATCGAGTGGCTGAAGCCCTTGGAAGAGGGCGCGAAAGTCGCGGGTGCCGCGGTTGGCGAGTTCCTCACTAAGGCCATCGACGGCGCGCAAGGTCTCTATGATCTGATCGTCAAGGGCGACTACACCGGCAAGCTCGCGTCAGCATTTGGGTGGCAGGAAGATCACCCACTCGTGGACTTCCTCTTCAAGGTCCGCGACGGTGCTGTCGGCCTCTACGACCTGCTGGTCAAGGGCGATTACACGGGCATGCTCCGGCGTGCTTTCGGTTGGGAAGAGGACTCCCGCGTTGTGGACTTCCTCTTTACCGTTCGGGAGACCGTGCTGAAGATCCCTGACGCTTTGAAGAAGCTCGTTGACGGCGGCAGTGACGTTGCTAAATCGCTGTGGGACATGCGTGTCCCCATTGGCATTATCTCTGGGCTGATTCTTACGGCTCTCATCCCGCACTTTGTTGCGCTCGGTATCGAGGCTTTGAAATCAGCCGCTCAGCAGAAGCTTGCTTGGTTCATCTCTCAGGGTGGCGCTACGAAGGCTGCTTTTGTGCACTCGTGGGCTGTGACTGTCATGGTCGGCGGTTGGGTGTTGATGGCTGCCCAGGCAACTATCAACGCGGCGAAGATCGCTGCTGGCTGGTTGATTGCTATGGGCCCGGTTGGTTGGATCATCGGCATTATCGCGGCCGTTGTGGCTGCGTTTGTGTGGGCTTACAACAATGTCGGCTGGTTCAAGGACGGCGTCGACGCGGCCATGCGCTGGATCGGCGAAGTTGTCACCAACGTTTTCAACTGGGTGCAGGACGTCATTCGTGGCGTCGTTGACTGGTTCACGGGGACTGCCCTCCCTGCTTGGGATGCTGCGATTCAGGCTATCGGCGGGTTCTTCAACTGGTTGTGGACTGGTGTTATCAAGCCGGTCTTCGATGGTATCGCTGCGGTCATCTCATGGGTCTTCAACTCGGTCATCAAACCTGTTTTTGATGGGATCTCCGCGGCGGTCAATGTCGTCGGCACCATTTTCAACTGGCTTTACCTGAACGTCCTGAAGCCTATGTTCGATTCGGCGAGCGTGATCATCGGCGGGTTCTACCTGTTCTTCCGCGGCATTTTCCAGCTCGTCGTATCGGTCATCATGAACATCATTGTTCCGGCGTTCCAGTCCTTCTGGGATCAGATGGTGGCGGTGTTTACGGGTATCGGCACGACCGTTGCTGATTGGTGGAACGCTGCGGTTGCGATTTTCAACGCGGCTGTGACTTTCGTTCATGATGTTCTTGCTGCAGCGTTCACGTGGCTGTATGACAACGTGATCAAGCCTGTGTTCGATCTGATTGGCACAGCGGCTACGTGGTTGTGGAACAACGTGCTGAAGCCAACGTTTGATTCGTGGGTTTGGTTCTTCACGAAGGTCATCCCGGACGCGCTGAACTGGTTGTACCTGAACGCGATCAAGCCAGTCTTTGACGCTATCGGGTTCGCGGTCAATTGGGTGTGGCTGTACGTGTTGAAGCCGGTCTTTGACGTGTGGGTGAACCTCTTCACGGTGATCATCCCGAACGCGTTGAACTGGCTCTACACGAATGGCATCAAGCCGGTGTTTGACAACATCGGCACTGCGATCAAGACAGTTTGGGACACGGTCATCAAGCCGGTGTTCGATTTCCTCACTAAGGCAATCAATGAGGAAATCCCGAAGGCGTTCGAGACCGGCGTTGCTGCGGTCAAGAAGGCCTGGGACACCATCCAGGACATCGCGAAGGCGCCAGTGCGGTTCGTGGTCAATACGGTCATCAATGATGGCCTGATTGGCGCGTTCAATACTGTTGCTGGGGCCCTTCCGGGTATCGATAAGTTGCCCAAGGTGGCGCTGCCTGCTGGTTTTGCTGACGGCGGTTACACGGGCGATGGTGGCAAGTATCAGCCTGCGGGCATTGTGCATGCTGGAGAGTTCGTGTTCACCAAGGAGCAGACAGCCCGGGCTGGTGTTGGGAACCTTTACGCGATGGCTAAGGCTCTGGCTGGTTACGCGAAGGGCGGCTTGGTCCGTCCGATCGGTAGCGCCACTGTTTCTCAGCCGTTCCATGGTGGTCACAACGGCATTGACTTCGCTGCACCGACTGGTTCGCCTGTCGTTGCTGCTGGTCCGGGCCGCGTGTCTTCTGCTGGCTGGTCATCGTATGGCGGCGGTAATGAGATCCACATCGATCACCCGAACGGGTTGCAGACCTGGTACGCGCACTTGTCGTCGTTCGCGGTGAAGATGGGCCAGATGGTCACGGCCGGATCCAAGATCGGCGAGGTTGGTTCTACCGGTAATTCCACTGGCCCGCACTTGCACTACATGGTGCTGAACGGTGGATGGCCGAACTACAAGAACCCTTCCGAGTACCTGGATGGTGGCGGCGAGTCTGGTTCTGGTGGCGGGTGGAGTTTCGACCCGATCGCTCCGATCATCGACGGACTTGTTTCTCTGTTCAAGCTGACCTTCCCGGCTGGCGGCATGATGGCTGACCTTGCTATCGGCGTCGGCAGGAAGGCCTTGACCAGCGCGTCAGACTTCTTGACTGGTAAGGCTGGGAAGAGGCCAGAGGGTGGTAAGGACAGCATGGGCTCAACGGGGCTGCCGTACCTGCATGACAACGGTGGCATCTTGAATCCTGGGCTGTCGCAGATCATGAACGCGACCCGCAAGCCGGAATACATCCTGAACGACAAGCAGTGGGATACGGCGTACCGGGCAATGCAGCAAGCGCAGGGCCCGGGCGGGTTCAACAACTACGGCACGATCCATGTCCGTGATGAGCACGAGTTGGCCCGCATTTACCAAAGGGAACAGCGTGACGCGCTTGCTCTTTTCCCGGTCTAA MPVIGVAEVLVKPSFKGAQQSVAREMDGIAESAGQSAGSKMGAALGGALKVGAVAVGGAAITGLGVALTKGFGRLQAIENAKAKLTGLGHDVESVTSIMNDAMASVKGTAFGLDEAAAVAAGAVASGVKPGKELERTLRLTGDAATIAGVGMGEMGAIFNKVASSNKIQGDVIAQLNDAGIPIVQLMAKELGKTAEETVNLASEGKINFEIFQKAMENGLGGAALKSGDTLQGAFKNTMAAVGRIGASLLSGVYPRIREFFSGAIEWLKPLEEGAKVAGAAVGEFLTKAIDGAQGLYDLIVKGDYTGKLASAFGWQEDHPLVDFLFKVRDGAVGLYDLLVKGDYTGMLRRAFGWEEDSRVVDFLFTVRETVLKIPDALKKLVDGGSDVAKSLWDMRVPIGIISGLILTALIPHFVALGIEALKSAAQQKLAWFISQGGATKAAFVHSWAVTVMVGGWVLMAAQATINAAKIAAGWLIAMGPVGWIIGIIAAVVAAFVWAYNNVGWFKDGVDAAMRWIGEVVTNVFNWVQDVIRGVVDWFTGTALPAWDAAIQAIGGFFNWLWTGVIKPVFDGIAAVISWVFNSVIKPVFDGISAAVNVVGTIFNWLYLNVLKPMFDSASVIIGGFYLFFRGIFQLVVSVIMNIIVPAFQSFWDQMVAVFTGIGTTVADWWNAAVAIFNAAVTFVHDVLAAAFTWLYDNVIKPVFDLIGTAATWLWNNVLKPTFDSWVWFFTKVIPDALNWLYLNAIKPVFDAIGFAVNWVWLYVLKPVFDVWVNLFTVIIPNALNWLYTNGIKPVFDNIGTAIKTVWDTVIKPVFDFLTKAINEEIPKAFETGVAAVKKAWDTIQDIAKAPVRFVVNTVINDGLIGAFNTVAGALPGIDKLPKVALPAGFADGGYTGDGGKYQPAGIVHAGEFVFTKEQTARAGVGNLYAMAKALAGYAKGGLVRPIGSATVSQPFHGGHNGIDFAAPTGSPVVAAGPGRVSSAGWSSYGGGNEIHIDHPNGLQTWYAHLSSFAVKMGQMVTAGSKIGEVGSTGNSTGPHLHYMVLNGGWPNYKNPSEYLDGGGESGSGGGWSFDPIAPIIDGLVSLFKLTFPAGGMMADLAIGVGRKALTSASDFLTGKAGKRPEGGKDSMGSTGLPYLHDNGGILNPGLSQIMNATRKPEYILNDKQWDTAYRAMQQAQGPGGFNNYGTIHVRDEHELARIYQREQRDALALFPV NA NA NA NA NA D3-18_03758 993 hypothetical protein ATGGGTATCAGTTATGCGATTCCTTACCGGCCGCCGGCGCCTGCTGCGAGTCCTTGGACGCGGTTGCGGATGACGTGGACGGCTAAGGGTGTGACGTGGCCGTTGACTAGCCCGGCATCGGGGTTGTTCCTGATGCCGGGCATCCGGGGGCTTGGTTCGGTCACCACGGAGCGGCATGCAACATCGTCGCCCGCGGTGGCCGGTTCCAAGCATGAGGGCATTTCGGTTCTTGACCGTGAGGTGTTCTGGCCGGTCCATATCTTCTCGGATGGCCGTCTGGATGAAGAGCCGGGTTCTGTTACTTGGATGGATCGTGACCGTGCTTTCTGGCGGGGCATGGACCCGAATGACACGGGCGTTTGGGAGGTGCATCTTCCGGATAGCACCAAGCGGCGCCTGCGGATCCGTTTCCGTGACGACGGCGACCACACAGTCACATACGACCCGATGAAGTACGGCTGGCAGTCGTACGGGCTGAAGTTCATTGCCGAGCATCCTTTTTGGGAGGGTGATCCGGCTGTGAGGTCTTGGAAGAACGGCGAGTATCAGCCGTTCTACGAGCCGAACGGCCCGCACATGTTCAACATCGGCTCGGGCGCTGAGATTTCGGAAGCGACCATTGACAACCGTGGCGATGTCGAGTCGTACGCCCGTTGGTTCATTGATGGGGAAACGACGGAGGCTGCGGTTGGCGTGGATGGTCTGGTGGTTGAGGTTCCGTTTGATGTTCCGGAAGGCAAGTGTCTGGTGATCGAGTCGGAGCCTGACCTTATTGGGGCCACCATGTACGACGTCGTCCCGGGCGCGCCGAGTAAGCCGTCTGAGCGGGTGATTGGTGTGGACATGGTGAACCCTGTGGATCGTTCGGCGGATCTGGGTGAGGCAGACTTCGCGCCTATCCCGGCAGGTACCCGTGTTCCACTGTCCCTGTCTCTTGCTGGTACGGGCACGGTTGAGGCTTTGTTGCCGTCGTTGTATCGGAGGGCTTGGTGA MGISYAIPYRPPAPAASPWTRLRMTWTAKGVTWPLTSPASGLFLMPGIRGLGSVTTERHATSSPAVAGSKHEGISVLDREVFWPVHIFSDGRLDEEPGSVTWMDRDRAFWRGMDPNDTGVWEVHLPDSTKRRLRIRFRDDGDHTVTYDPMKYGWQSYGLKFIAEHPFWEGDPAVRSWKNGEYQPFYEPNGPHMFNIGSGAEISEATIDNRGDVESYARWFIDGETTEAAVGVDGLVVEVPFDVPEGKCLVIESEPDLIGATMYDVVPGAPSKPSERVIGVDMVNPVDRSADLGEADFAPIPAGTRVPLSLSLAGTGTVEALLPSLYRRAW NA NA NA NA NA D3-18_03759 1125 hypothetical protein GTGAGTGCCTTCCGGATCAGTGTCTATGACAAGGATCGTTTGTTCCGCTGCCAGATCGGTAACCCGTCCGCACTTTCGGTGACTGTTCGGCACAACCTAATGGGAACACTGGCAATGACTGTTCCGCTGAGTCACCAGCGTTTGCCGGAGCTCATGACCGATGGCGCCCGTGTGGTTGTGAAGTTCAAGGGTGAGCACTTGATCTCTGGGCCTATCACGGCTGAAGAGGGCGAGACGAACGGTGTGGACGGGCATGTGACGTTCACGGTTGAGGATGACTTCCGCGTGTTGCGGGACATCCTTGGCTGGCCGGTCCCTGGCGCTTCTCTCACGGGTCAGACTGCGGAGTACCGGACGTATACGGGCAATGCGGAGACGATCATCAAGACCGCGGTGCAGGAGAACGGCGTCAACCGTCTTGCTGTCCCGGGGTTGACGGTGGCAACCAACGCGAACCGCGGGGCTGTGGTCCCGGGCGGTGTGCCTCTCCGGATGCATCCGCTCATGGATCAGATGTTCCCAGCGCTCGAGCAAGCCGGTATCGGCGTCACGGTCAAGCAGATCGGAACTGATCTGGTCCTTGACGTGTATGAGCCGCAACTGTTCCCGCGGAAGCTGTCTGTAAAGGGCAGGACGCTGAAGACGGTGAAGTGGACCCGGACCCGCCCTACGTCGTCCCGCGTGGTGGTGGCTGGGCAGGGTGAGGGCGTTGACCGTAAGTTCCGGCAACTCATCGACACGGCCCGGGAAGCGCAGTACGGGATGCGTGCTGAGACGTTCCGGGATGCCCGCGATGACAACACTGATTCGGTGTTGGATGCCCGCGGACAGGAAACCCTGGACGAGAACGGGCCCAAGAACGGGCTGTCCCTCGACCTTGCCGGCACTGGGATCTTCCAGTACGGCGGCCCGGGCGGTTTCCGTCAAGGTTCCCGAGTGCCGGTGGACATCGGAACAGGCCTGATCATCACGGAGACCATCCGCGAAGTGACCCTCAATTGGGTCTCCAAGGATTATGCGAGCGTCCAACCCTCCATTGGGGAGATAACTAATCAGCCTGCGCGGATCTTCGCACAGCGACTTGCTGCCTTGGGTAAGGGGCAGCGGAACCAGGAGCGTCACTGA MSAFRISVYDKDRLFRCQIGNPSALSVTVRHNLMGTLAMTVPLSHQRLPELMTDGARVVVKFKGEHLISGPITAEEGETNGVDGHVTFTVEDDFRVLRDILGWPVPGASLTGQTAEYRTYTGNAETIIKTAVQENGVNRLAVPGLTVATNANRGAVVPGGVPLRMHPLMDQMFPALEQAGIGVTVKQIGTDLVLDVYEPQLFPRKLSVKGRTLKTVKWTRTRPTSSRVVVAGQGEGVDRKFRQLIDTAREAQYGMRAETFRDARDDNTDSVLDARGQETLDENGPKNGLSLDLAGTGIFQYGGPGGFRQGSRVPVDIGTGLIITETIREVTLNWVSKDYASVQPSIGEITNQPARIFAQRLAALGKGQRNQERH NA NA NA NA NA D3-18_03760 1014 hypothetical protein ATGCCAGTGGAATTCACATCCCGCGGCTATGACACCACGCCGGCGAAACCGTACGGCGAAGGTGCATGGTCTGGCGCACACTCAGACACCCCTATTGGCTCTGCCCGTTATGGCGTGTTCAAGGCCAATGACTGGAAGGTGAGCATTGTCGCGGGGGCTACCCGTACAGTGTCGATCTCTCCGGGCGCTGGCCATGGGTGTGGCGTCACGGATCACACTTTTGAGAACGAGACTCTGGATTTCCCGCCGTCAGCATCGGGTACCCGCTGGGATACGGTGGCTGTCCGGCGTGACTGGAACCCTACAGCTGGTGAGTCGAAGTTTGTCATCATTCCGGGCGGATCCACAAAGGCTGTCTCCGGCGCACGCTTGTCCGGTCCTGGCAACATAGATGATCAGCCCATCGCGTTGGTGCCGATCATTGAGAACCAGACCCAGCCGGGCGAGATCGTGGACATCCGTTGCTGGGCTTCCAACGGCGGCGTGTACGCGAAGGATGTTCTTGCCTGCCAGTACCTTGGCCAGCTTGGCGCGATGGTCACTGTGGGCTACGAGCAGTACCAGTACATCCTTGGCGATAATGATTCGCCTGCTTGGGTGAATGTTGGCGGTGTGATGCGCGGCCCTGTGCCGCTGACATTCGATACTGCCACGTACCGGCAGCAGGGCACGTGGATGAAGAACACTGTCAAGGATGCAGCTGTGTCCCGCATCGGCCGGCGAGTGGAGCTGCAGGGTGGTTTGGCAAACGAGGTCGCCATCCACTACGACAAGCGCGACATCAACAAGCCGCTGACCGAGTACACGCTGGCCACGGTGCCGCCGGAGTTCGCACCCAAGACTCCAAGCGACATGCTCACCCCTTTGCTGGTGAACGCTTACCAGTGCGATGTCCGGGTGACGCCTGGCGGTGAAATCAAGATCAGCTTCAAGACCGGCGTTGGCAGCCTGACTAACAAGGTTGCCGCCGGTGACATGGTCTTCATGCTCGGCGGGCTGGGGTGGTACGTGTGA MPVEFTSRGYDTTPAKPYGEGAWSGAHSDTPIGSARYGVFKANDWKVSIVAGATRTVSISPGAGHGCGVTDHTFENETLDFPPSASGTRWDTVAVRRDWNPTAGESKFVIIPGGSTKAVSGARLSGPGNIDDQPIALVPIIENQTQPGEIVDIRCWASNGGVYAKDVLACQYLGQLGAMVTVGYEQYQYILGDNDSPAWVNVGGVMRGPVPLTFDTATYRQQGTWMKNTVKDAAVSRIGRRVELQGGLANEVAIHYDKRDINKPLTEYTLATVPPEFAPKTPSDMLTPLLVNAYQCDVRVTPGGEIKISFKTGVGSLTNKVAAGDMVFMLGGLGWYV NA NA NA NA NA D3-18_03761 300 hypothetical protein GTGATTGACGGCATCCCCGCGTGGGTGGGTTTATCCAGTCCCGTGGCGGCCACGCTGGCAGTATTCTGGCTGGTCTTCACGGGGCGTCTGGTTACCCGCGCATCTCACAACGACGTCGTCCAGGTGTACGAGAAAACACTTGTCCGGACGGAGAGCGACCGGGACGGCTGGAAAGCATCCTCGGAACGCAAGGGCGATACCATCGCCGTCCTGACCAAAACGAACGCGGAGCTCATCGAGACTGCCCGCACAACAAACCATGTCATGTCTTCGCTTCAGGAGGCAGGTGGCACGCCGTGA MIDGIPAWVGLSSPVAATLAVFWLVFTGRLVTRASHNDVVQVYEKTLVRTESDRDGWKASSERKGDTIAVLTKTNAELIETARTTNHVMSSLQEAGGTP NA NA NA NA NA D3-18_03762 228 hypothetical protein GTGAAGTGGTTCAAACGAAGCCAGCCGCAAGTTCCGCAGCTTAGCAACCCGGATCCGGAGCCGTTGGCCAAGGACCTGGCCGAGGCAGCCCAAATGCATGTCATCGCTGAACGGCAGGCGCACACAGCCGCCATCGCCGTGCGAGACCTACGCCAGGTGAACATCCGTAACGGGTTCGCGCCGGCCATCGAAGCATCAATCATCAGGAAGTTGGGTGGGGCCACATGA MKWFKRSQPQVPQLSNPDPEPLAKDLAEAAQMHVIAERQAHTAAIAVRDLRQVNIRNGFAPAIEASIIRKLGGAT NA NA NA NA NA D3-18_03763 387 hypothetical protein ATGAAGAGGACCATCATCAAAGGCATCATCGGTTCCTTGGTAGCGGCGGCCGTTCTGACCGCTTATGGGTTGCTTGGCATCCCGGGCCTGTACATCGGGTATGTGGCCGGATCTTTCTGGGTTGCGTTGCCGATCATCTACTGGGTGACGGCTCCGGACTGGTGGCGGACGCGCACGGGCCGGGCGCTGATGATGCTGCTGGGTTCCCTTGCGTCCTTGTTCATCCTGATCATCACTAGCGGCTTGTTTGGGGCATCCCCGCTCCGCGAGATTCTGCGGCTCGTGATTTACAGCGCCGTTCTGGTGGCCGCCGTCCGGCTGGCCATCCTGTTCTTCCAGCTTCGGATAAACGCGGACTGGAACTCTGACAAGAGGGGCCAACCATGA MKRTIIKGIIGSLVAAAVLTAYGLLGIPGLYIGYVAGSFWVALPIIYWVTAPDWWRTRTGRALMMLLGSLASLFILIITSGLFGASPLREILRLVIYSAVLVAAVRLAILFFQLRINADWNSDKRGQP NA NA NA NA NA D3-18_03764 609 hypothetical protein ATGAGCTTAGTTCTCTACGCTCCTAGCCGGGGCCCTATCACTCAGTGGTACGGGAACATGCAGCCGGATGGGATGCCGCACGCTGGCCAGGATTACGGCTACACGGACGGTCGGAACGTTTACCCGGAGGTGTATGCGGCCGCTGATGGTGAGGTGTTGTTCGCTGGTGACAGTCGTGACCTTGGGTGGCCGAACCCTTGGTACCTGAACCCGGATTTCGACCGTTCAGACAATGTTGACCAGTCCGCCGGCAATGTGATCATCCTTGGCCACAAAGCTGGCGGGGCGTCGTTCATCGCCGATACGGGTTACGGGCACCTCGAGCGGTTCCTTGTCCGTAAGGGTGACTGGGTTGCCGCTGGTGAGCAGATCGGAGTGAAGGGCAACACCGGCTATTCGTTCGGGAAGCATCTGCATTTCTTCCTGATGTTCCGGCCGTACAACTACAACACCAACACGTACGGCTGCAGCAATCCGAATCCGTTTATCACGGCGGGCGGCATGTCCATCGGCCCAGCGGGCGAGGTTACCAAGCCGGCCATGCCTCCCGCCCCCATCTACACGGCGGATCAGCAATTCTTCATCGACCTCGGAATCCCACTCCCGTAA MSLVLYAPSRGPITQWYGNMQPDGMPHAGQDYGYTDGRNVYPEVYAAADGEVLFAGDSRDLGWPNPWYLNPDFDRSDNVDQSAGNVIILGHKAGGASFIADTGYGHLERFLVRKGDWVAAGEQIGVKGNTGYSFGKHLHFFLMFRPYNYNTNTYGCSNPNPFITAGGMSIGPAGEVTKPAMPPAPIYTADQQFFIDLGIPLP NA NA NA NA NA D3-18_03765 381 hypothetical protein ATGGCCGAACGACCATCACAGAAAATGTCCAACCAGCAGAAGATCGACTTCCTTGTTGATTCGATCCTCACGGGCGGCGATTCCATGGACGGCACAAACTCGCTGCAGTTCCAGATCAAGCACGCCCCACTTGATGCGCTCAAGGCTCTGGTCATGGATTGGGGCAACTACGAAACTTCGGTCATTGACCAGCTGGTTTTCACGGCTAAGGCGATGGACCGGGTTGAGGCGCGCCAGGTTGCACAGAAGTCCGTTCTGGATCAGATCGCCGCGGCCGCCAGCAAGGGCGCCCCGGTGATCATTGATTACGACGAGATTGAGCGGCGCATTGCTGCGAACATGCCCACCTACGTCCCCAAAGCAAAGGAAGGTGACAACTGA MAERPSQKMSNQQKIDFLVDSILTGGDSMDGTNSLQFQIKHAPLDALKALVMDWGNYETSVIDQLVFTAKAMDRVEARQVAQKSVLDQIAAAASKGAPVIIDYDEIERRIAANMPTYVPKAKEGDN NA NA NA NA NA D3-18_03766 270 hypothetical protein ATGTTCACTTCCATTCTCCGCACCATCATCCCGGCTTTGTGGGGTTCGTTCATCGCGTGGGCCATTGGTCTTTTGCCGGTCCTTGAGCCGCATCGTGAAGCACTGCTTGAGTACGGCACGCCACTCTCTGCCATTGTCGCGGCTGTCCTGATCGGTGCTTGGTATGCGTTCTGGCGGTGGCTGGAACCGCGGCTGCCTGACTGGCTCACACGTGCTGTCCTTGGTTCCGCTAAGACACCTGCCTATGAGGGCAAGCACGCAGCCAAGTAA MFTSILRTIIPALWGSFIAWAIGLLPVLEPHREALLEYGTPLSAIVAAVLIGAWYAFWRWLEPRLPDWLTRAVLGSAKTPAYEGKHAAK NA NA NA NA NA D3-18_03767 591 hypothetical protein GTGGCTGATTACCCGATTGGGATGGAACTGGTTGTTGACCCGGACAACCCGATGAATGTTGTGGTGAACGGTTCGGTGGGGATCTACGCGCCGGAAGACACGGCAGGTACCACGTTGCTGGCGTTGAAGGACGCGAATGGTTTCCCGCTCGCTAACCCGTTGACGTCAAACGCTTACGGATTCCTGCCACCATTCCTCGCACCACTCCCACAGGTTCGTTGGATCTCCGGCGAGTTCACAGGGTTCTACAACTCATTCATTGGCCTGCGTGATGAGGCGGTGGCGGCGAAGAACGCAGCACAAGACGCGCAGGCTGAGGCGGCGAGTGCTGGGGCGAACGCTGCCGAGGTGGCGCAGGAAGCACTGTCCGGGGCTGTGGGTAACGCCCAGGCTGCCCAGTCCTCAGCGACCATCGCCGCGGCCGCAGCCGCAGCAGCACAAGCCGCCGCGGAAGCAGCAGCAGCGGCGTCATCCGGTGGCGGTGTAGCTGTACACCCGACAGACCCTGACCGCTTGATTATCAGCACCAAGAATGACGGCACGGTGGTCGTGAAGCCCACTGATACTGACGTCCTCACGATCACCACTTAA MADYPIGMELVVDPDNPMNVVVNGSVGIYAPEDTAGTTLLALKDANGFPLANPLTSNAYGFLPPFLAPLPQVRWISGEFTGFYNSFIGLRDEAVAAKNAAQDAQAEAASAGANAAEVAQEALSGAVGNAQAAQSSATIAAAAAAAAQAAAEAAAAASSGGGVAVHPTDPDRLIISTKNDGTVVVKPTDTDVLTITT NA NA NA NA NA D3-18_03768 1896 hypothetical protein ATGGCAACTCGCGATGTCCCCACGCTCGACGGCTCCGGCCGGATCTTTGACAAGCACATCCCACCCCGCCTCCAAGACGCGGCACTGAATGCCACTTATGGCCCAGATGCAAGCACGTTGAAGAACGTCTTTGGCCGTTCGATCAACGTGCTTTCTAAGGGCGCGGTTCTTGACGGTGTCGCTAACGATGCGCCCGCGTTCCAATCCGCCATCAACGCTGCCGCCACATTTGGGCTCAGCGTCTACTTCCCTCCTGGAACCGCGAAACTCGGCACAAACCTGATTCCAAAGACGGGAGTCACGATTGAGGGTGAAGGCGGGTCTTCCGTATTCACCTCGTCTTCGGAAATCGGGGCTGCAATTGCCAACCCCACGGGCAACCTGTCTGACTTCACGGTCCGGAACGTCACCTTCAAGGGCGGGGCAACCGATCTAAACCAGCCGCGCCGTCGCGACCGCCCAGTTTCATCCTCGTTCTCCCAAGCGATCCGCATTATCGGCTCGGGATACAACGGCGTAGTGGCCGGAGACCCTACGGTGTACCCGGTGATCAAGAACATCACCTTGGACAACATCCGCATCGTCAACACTAAGACGCTGCCGTTCTACTTCGCGGGCATCCAGAACGTCACCGTGCGGGACTGCTTCATCCGCAACTGCATGGACCCCGGCTTTGTGTACGTGGACGGTGTGGACTTCTCCCACAACGTTGTCGAAAACTCGGCCGACAACGGAGTGTCAGTCTCCCGCAAGTGCCGCAACGTGGTGATTGCCGATAACGTCATCCGCGGCACGGCCCACTACGGCATCTGGTGCGCCGGCTTCCACTCCGACGTTGACGGCGGTATTTACGCTCCCGGTCCAGAGAACTTCACCATCACCGGCAATACCGTTGAGGACTCAGGCAAGGGTGGTATTGCCCTCAGCGATGCACCCAAGCATGGTGTAGTCAGCGGAAACGTCATCAGCGGCGTCACCAACGGCAATCAGGACTACCCCTCAGTCAATGACGGCGTCGGCATCTTCATCACCGGATACCCCAGCTCCTTGGCTGATCCCACAATCGTCGCTGAGGACATCATCATTAGCGACAACATCATCAAGGGCGCCCAGAGGAACGGCGTGGGGATCCGCGGCGCGGTCGATATTGTGCTGGACAACAACACGTTCCTCGACATCGGTGTTGAAAACTTCGTTGCAGACTACCCCTTGGGAGGAATCGTTGGGGGAACCGCAGTTTCACCAACCTCCACCAGTTACAACTGTGGGATCATCACGTCAGGGTCGGGCATGAATCGCCTGACCGTGACGAGCAACAGGTTCATCGATACCAGGGCAACGCCGCTGAGTAACTATGCAATCCCGGCAAACGTGCGATCATCTGCTGGCTTCTACGGTCGGGACAATCGGTCGATTAACTACAGGCAGCTACTTGGAGCGACAGGCACTGAGTTTGGAGAGTCTGGGGCTCTCGGGTACAGGGTTGTTATCAATGCAGCCGCAAACCAAAATAAGGACTTGGTCTGGCAAAACGCTGGGGCGGACCGGTGGATTGCGCGCTCGGCGTCCACCAACGCATGGCAGCTCAGTCGCCGCCTGTCTGATGGCTCGCAGGGATCGGTGCCAATCTCCGTGAACTGGTCCAACGGTGAGGTGACCTTCGGGGATCCAGTGATCCTAAATCAGGGAGCCTTTATCCAGGATGGCAAGGATCTGACAATCGGCACGGGCACAGGCTCCAAGATTGGCTTCACCAACTCGAAAATGGGCTTCTACGGAGCTACACCTGTTGCAAAGCCGACCGCCACACCCGTCGCTGCCACGGACGCAGCCACGACGCAGGCGCTAGTCAACGACTTGCGTTCCAAGTTGATAGCTCTCGGGCTGATCGGCTAG MATRDVPTLDGSGRIFDKHIPPRLQDAALNATYGPDASTLKNVFGRSINVLSKGAVLDGVANDAPAFQSAINAAATFGLSVYFPPGTAKLGTNLIPKTGVTIEGEGGSSVFTSSSEIGAAIANPTGNLSDFTVRNVTFKGGATDLNQPRRRDRPVSSSFSQAIRIIGSGYNGVVAGDPTVYPVIKNITLDNIRIVNTKTLPFYFAGIQNVTVRDCFIRNCMDPGFVYVDGVDFSHNVVENSADNGVSVSRKCRNVVIADNVIRGTAHYGIWCAGFHSDVDGGIYAPGPENFTITGNTVEDSGKGGIALSDAPKHGVVSGNVISGVTNGNQDYPSVNDGVGIFITGYPSSLADPTIVAEDIIISDNIIKGAQRNGVGIRGAVDIVLDNNTFLDIGVENFVADYPLGGIVGGTAVSPTSTSYNCGIITSGSGMNRLTVTSNRFIDTRATPLSNYAIPANVRSSAGFYGRDNRSINYRQLLGATGTEFGESGALGYRVVINAAANQNKDLVWQNAGADRWIARSASTNAWQLSRRLSDGSQGSVPISVNWSNGEVTFGDPVILNQGAFIQDGKDLTIGTGTGSKIGFTNSKMGFYGATPVAKPTATPVAATDAATTQALVNDLRSKLIALGLIG NA NA NA NA NA D3-18_03769 1227 hypothetical protein ATGGGGCTCTATTACGTTGGGGAACAATACCGGTCTTATGGGCCGTATACAATTAGGCCATTCACTGGCACAAACTGGGGGTCTGCCGTGCTCGATCACGCGTCCTACTTGCAGCGTAAGTACTTTGGAGAACTGGACGGCGTTCGAGCCATCTCAGTCCTGTTGGTCTTCACTGTTCACCTGTCTTACCCGTTTTGGCATTCACTGCACGGCGGGGCAGGCGTTACGATTTTCTTCGTCCTGAGCGGGTACCTGATCACGACGCTAGCACTCCGCGAGGAAGCCAAAAATGGGCGTCTCAATCTCAAGAGCTTCTATGTTCGGCGCCTGTTTAGGATCTACCCAATCTACTTCGCAGTGCTCGCCGCATATGTCGTACTGATTCTGGGCCTTGGGATGCAGTCCAACCGGAAGTCTGCGTTCCTTGAGACATTGCCGTTCTACGTCCTTTTCTTCCCCGAGCGCCCGATGCTGATGCGCGGAGATGCTGTGAGCGTCCCGTTTGCGGGGGCATGGTCTCTCGGCATTGAGGAAAAGTTCTACCTCGTGTGGCCCCTTCTCGGCTTCGTCATTTTGGCTTGGAAGTTCCGCGCCAGGCTGCTCGCGCTTTCGATCATGGTCGCAGGGTTCGCCGCTACCGCCATACTCGGTGCGACTGGCGCTATCCTCCAGCCTTACGCCCTAATTGCGCTCGGATGCATCTCTGCCGTCATGCTCAACAACAAGATTTGGTACGACAGGATCAAGTTCCTTGGCAAAGGGTGGGTACTTGCTATAACCGGCGGAATTCTGCTCGTGATGCAGTTCGGTACTCGCGAGATCCTGCCAGAACGGTCCCTGTATGTGGCCTACGGCTTGGTCGCCACTCTCGTGCTGACTGGCATCGTCATCACGACCACCAAGGGTATCCGCTGGCTAGCGGCCAAGCCGATGGTATTCCTAGGCAAAATTTCATATGTGTTCTACCTGACTCATAATTTCGGGATCAACGGGGCCGAAATGGTAGTTCCCAAAGGTGGGCCGTTCTGGGCGGTGGTAACGGCGATTGTAGGTCTCGTTGCGTCTATAGCTATCGCGTGGGCGCTGCACATTGCAATCGAAAAGCCCATGATCAAAGTGGGCCATCGCGTGGCGCACCGATACAAAGCCCTCAAGGGTGTCCCCTCGGTGGTCGAAGCCGAAGCTCCGCGTATCGGTGCGCCACGCCATTTGGCGGTGCGGGACTAG MGLYYVGEQYRSYGPYTIRPFTGTNWGSAVLDHASYLQRKYFGELDGVRAISVLLVFTVHLSYPFWHSLHGGAGVTIFFVLSGYLITTLALREEAKNGRLNLKSFYVRRLFRIYPIYFAVLAAYVVLILGLGMQSNRKSAFLETLPFYVLFFPERPMLMRGDAVSVPFAGAWSLGIEEKFYLVWPLLGFVILAWKFRARLLALSIMVAGFAATAILGATGAILQPYALIALGCISAVMLNNKIWYDRIKFLGKGWVLAITGGILLVMQFGTREILPERSLYVAYGLVATLVLTGIVITTTKGIRWLAAKPMVFLGKISYVFYLTHNFGINGAEMVVPKGGPFWAVVTAIVGLVASIAIAWALHIAIEKPMIKVGHRVAHRYKALKGVPSVVEAEAPRIGAPRHLAVRD NA NA NA NA NA D3-18_03770 423 hypothetical protein ATGCCTGTGGAGGTTGACGTTGCTCAGTCGAAGTCTGGAAAGACCTCGAACGACATCGAAGTGACATTCATTGGGACGCGAATAGCAGAAGCCTCAGAAATTGGCAGCGATCCAAAGCCTGACATGATTCCGGTCGTGATCCAGTTTGAATATCGCAATACCGGAGGTGAGGCTGTGCAGTTGCAAGCCGTCCCGTTGAACGTGTTCTATGGTGCTGACAAATACCAAGCCAAGCAACCAACTCTTTATCAGGGCGGAACGACTCGGGCGGAACTGCCGAAGCAGATAACTCCTGGTTCTCTGGTGAAAGTCGCGGACACATACTGGGCCCCGGCTGGTTCTGCGCTAACTGTGGAGGTCAACCCGAGTGGCCCGTCTTCCGGGGCGTTGCCAGTCATTTTTTCAGGGATAACCGCCAAGTAA MPVEVDVAQSKSGKTSNDIEVTFIGTRIAEASEIGSDPKPDMIPVVIQFEYRNTGGEAVQLQAVPLNVFYGADKYQAKQPTLYQGGTTRAELPKQITPGSLVKVADTYWAPAGSALTVEVNPSGPSSGALPVIFSGITAK NA NA NA NA NA D3-18_03771 264 hypothetical protein ATGGCTGATGAACGTTCGTACGCCACTACGCAGGAGATGGCCGCTAAGTACAAGCTCAGCGATCACACCGTGCGGCGCAAGGTCATGGACGGGGTGTGGCCCTGTGACCGCATCGGAAGGCTTTACCGCTTCTCGCCGGCCCAGCAAGACGAGATAGCTCAGATCATCGCAGGCAACAACCAGAGGACGCGTGCATACGACAAGAACCGTATCAATGAGGCTCTACGCATCCTGACAAGCAGAGATACAGGGGATAGGCGATAG MADERSYATTQEMAAKYKLSDHTVRRKVMDGVWPCDRIGRLYRFSPAQQDEIAQIIAGNNQRTRAYDKNRINEALRILTSRDTGDRR NA NA NA NA NA D3-18_03772 216 hypothetical protein GTGCGTACCCTAGAGGCCATGACAGTTCCGAAACTCGCCCTTACGTGGGAAGAAGCGGCCGAAGCCAGCGGGTACAGCGTGCGAACCCTAAAACAGGCTGTTTATGATGGCAACCTCATGGCCCGCTATGCCAACACCAAGGCGGTAATCCGCGTGGAAGACTTGGCCAAGTGGTTGGACGAGCTGCCAGCAGAGCCTCCGAGCCATCGGGCATGA MRTLEAMTVPKLALTWEEAAEASGYSVRTLKQAVYDGNLMARYANTKAVIRVEDLAKWLDELPAEPPSHRA NA NA NA NA NA D3-18_03773 240 hypothetical protein ATGAGCGGCACGGCACCCATATTCCGGACTCCTGAAGAGGTCGCCCCCGAGTTGGGGATGACTAAGACAGAATTGCGGCGGTACTGCCGCGAGTCCGGGCACTGCACGCGACTCAGTAAAAACCGCATCATGCTGCACGCTGACGACGTCGCCAATATCATCGCCTGGGTGCGGCAACGAAAGGCCAAAGCAGCGGAATGGTGGACGGACCCGGAACCGAAGAAGGACCCCTTTGCCTGA MSGTAPIFRTPEEVAPELGMTKTELRRYCRESGHCTRLSKNRIMLHADDVANIIAWVRQRKAKAAEWWTDPEPKKDPFA NA NA NA NA NA D3-18_03774 1131 xerC_3 Tyrosine recombinase XerC ATGGCAAGCATCCGAGAGCGCAAACGAGCAGATGGGACCACGTCCCACGCCGTTCTATGGCGAGATTCTGACACGGGCAAGCAGACGTCCTACCCGTGGGACAGCGAGCATGAGGCGCTTCGCTTTAAGCGGCTGGTTGAGGCCAATGGCAATTCCCTTAGCGCCGTAGAGAAGATCCTTGAGAAGGTATCTGTCGGCGGCCCGACTGTTGCCGAGAACTTGCAGCGCCATGTTGAGCTTTTGACAAGCGCTGGACCTGATCAGATCAAGCGGTATGGGGCGGCGATTGAGAACTACTTCAGCGAGCGTCTTGGCAAGCTTCCAGTTGCCGCCGTTGAGCATGAAGACGTGGTGCTGTGGATCAAGTACATGCAGGCCACCACTTACAAGGGCAAGCCGCTCTCCGCAAAGACGATCGCCAACCACCATGGGCTACTGTCCGCGTCCATGGAAACAGCTATCCGGCTCAAGCGCAGGGCTGACAACCCCTGTCGTGGAATCAAGCTGCCCAAGGATGATGCAACCGAAGAGAAGATGTACTTCATGAGTGCGCAGGCTTCGCTTGACATTGTCAAGGCACACCGGGACCGATACCAAGTGTTTGTGGCCTGCTTACGCGCCACAGGAGCCCGTTTTGGAGAGGTCACGGCCTTCTACGCAGACGACTTCCAGCTAGACAGCTCGACCCCCTCTGTGCGCGTGGAGCGAGCATGGAAACGTGACGGTGACAACCGGTTCTACATCGGCCCACCCAAGACCAAGAAATCCAGACGCACTATCAGCCTCCCGCCGTCGTTCGTCCGTGACGTCCGGCCGCTGGTCGAGGCCACCAAGCCGGGCCAACACGTGTTCCGGACCACCTATGATGGGCCGATTCGTCATGCGACTTTCTGGCAATTCTGGAACGAAGCTGTGGAAGCCTTGGCATACCCGAAAGAGGACCGTCCCCGGATTCACGACATGCGACACACGCATGCATCGCTGATGCTGGCTGGCGGGATGAGTATCTATGAGCTCTCCAGGCGGCTCGGTCACGAGAGTATCCAGACCACGATTGACCGATACTCTCACCTAGTCCCGGACGCCCATTTCAGGGCAATCGACATTGCGGAGAAAGCCTTAGAGGCCTGA MASIRERKRADGTTSHAVLWRDSDTGKQTSYPWDSEHEALRFKRLVEANGNSLSAVEKILEKVSVGGPTVAENLQRHVELLTSAGPDQIKRYGAAIENYFSERLGKLPVAAVEHEDVVLWIKYMQATTYKGKPLSAKTIANHHGLLSASMETAIRLKRRADNPCRGIKLPKDDATEEKMYFMSAQASLDIVKAHRDRYQVFVACLRATGARFGEVTAFYADDFQLDSSTPSVRVERAWKRDGDNRFYIGPPKTKKSRRTISLPPSFVRDVRPLVEATKPGQHVFRTTYDGPIRHATFWQFWNEAVEALAYPKEDRPRIHDMRHTHASLMLAGGMSIYELSRRLGHESIQTTIDRYSHLVPDAHFRAIDIAEKALEA NA NA NA NA NA D3-18_03776 324 COG0327 GTP cyclohydrolase 1 type 2 ATGGATCAGCTCCACGCCTTGGTTGCCTACGTTCCTGAGACACATATCGAGGAGGTTCTCCTGGCCATAGGCGACGCAGGCGCCGGGCGAATCGGCGACTACTCCCACTGCGCCTTTACTTCACCAGGCACTGGCCGCTTCACGCCGCTGCCTGGGGCGCGCCCCTTCATGGGCGAGGCGGGGATTGAGGAGCAGGTGCCCGAAACCCGGATTGAGTGCGTTGTGGAGGAGGACATGCTCGACGGCGTCGTACGGGCTCTGCGGGCGGCACACCCTTACGAGGAGCCGTCTTTCATGACGTGGCCGGTGAATGGCTGGCGGTGA MDQLHALVAYVPETHIEEVLLAIGDAGAGRIGDYSHCAFTSPGTGRFTPLPGARPFMGEAGIEEQVPETRIECVVEEDMLDGVVRALRAAHPYEEPSFMTWPVNGWR NA NA NA NA NA D3-18_03777 525 hypothetical protein TTGTCACTTGTCAACAGTTTGGAATATTCTAAGACTATGAATACCGAGCAGCCCTTCGAAGTACGTCTCCGTTTGGGGGAACTTCCCGAGCCGATTGAAGACCTGCTCGTGGAACAGCTTGATGCGATCGTGTCTCGCTTCTCTGAAGTGCCCTATGTGACTGTCCTGCAGGATGCCGCAAGCGGCACGGAGGCCGCCCATCGGGTGGTTGACCAGGTTCGTCATCTCGGTGGAGAGGTTCAAGCCGTTGATTTCGACTATGTCACGAGGGGTGAGATTGCCGAGCGGCTGGGAACAACGCGACAGGCCGTGGCTCATTGGGTTGCTGGCCAGCGGCAAGCGGCCTTTCCATTCCCTCGTCCGGCCATTCAGGCGGGAGTCTCGCTTTGGTGCTGGTCGGACGTCGTCATCTGGGCAACAGTCTCGAGCCATGCCGTCAGCGAGGATGTAAGGCTGTTGTCCGCCGACGAGATCGCAATGATCAATGGAGAATTGGCAGCCGGGCGAATGCCCATCTTCGCCTGA MSLVNSLEYSKTMNTEQPFEVRLRLGELPEPIEDLLVEQLDAIVSRFSEVPYVTVLQDAASGTEAAHRVVDQVRHLGGEVQAVDFDYVTRGEIAERLGTTRQAVAHWVAGQRQAAFPFPRPAIQAGVSLWCWSDVVIWATVSSHAVSEDVRLLSADEIAMINGELAAGRMPIFA NA NA NA NA NA D3-18_03779 3243 hypothetical protein GTGACTGTTACAACTGCCCTGTATCGAAGGTATCGCCCGGACTCTTTCGCGGACGTTATCGGGCAGGAACACGTCACGGAGCCGCTGATGACGGCGCTCCGCAAGAACCGCGTGAACCACGCCTACCTCTTCTCCGGCCCCCGCGGTTGTGGCAAGACCACCTCCGCGCGCATCCTTGCCCGCTGCCTGAACTGCGCCGAGGGCCCCACTGACACCCCCTGCGGTAAATGCCCCAGCTGCATCGAACTCGCACGCGGTGGCTCCGGCTCGCTGGACGTGATCGAGATCGACGCCGCCAGCCACGGTGGCGTGGACGACGCCCGCGATCTCCGCGAACGCGCAACCTTCGCCCCGGTCCGGGACCGCTACAAGATCTTCATCATTGACGAGGCCCACATGGTCACGTCGGCCGGCTTCAACGCACTCCTCAAAATCGTCGAAGAGCCGCCGGAACACATCAAGTTCATCTTCGCCACCACGGAGCCGGACAAGGTCATCGGGACCATCCGCTCCCGTACGCACCACTACCCTTTCCGGTTGGTGCCGCCCGAGCCGCTCATGCAGTACCTCGAGCTCCTTTGCCAGCAGGAGAACGTTCCTGTGGCTCCCGGCGTGCTCTCGCTCGTCATCCGAGCCGGTGGAGGTTCCGTTCGCGACACCCTTTCCGTCCTGGACCAGCTCATGGCTGGCGCCGGTCCCAATGGCCTGGATTACGAGCTCGCTGTCGCGCTACTCGGCTACACGCATGCTTCCTTGCTGGATGACATCGTCGATGCCGTGGCTGCGGCCGATGCCGCCACTGTGTTCCGTGCCGTGGACCGCGTCATCCAGACCGGTCACGATCCCCGGCGTTTCGTCGAAGACCTCTTGGAACGATTCCGCGACCTCATCATCGTCCAGGCGATGCCCGAGAGCGCACAGGCCATTCTTCGCGGCATGCCAGCAGACCAGATCGCCCGGATGCGCAATCAGGCTACCAACCTGGGCGCGGCCGAGCTGTCCCGGGCGGCGGACGTCACCAACACCGCGCTCACTGAGATGACCGGTGCTACGTCGCCGCGCCTTCACCTTGAGCTGCTGTGCGCACGCATCCTCCTGCCCAGCGCCGAGCAGACCGAGCGGGGCATCGCTGCACGCATCGACCGCGTGGAACGTCGCCTGAATTACGCGGGCGACGGCGTCACCCCGGCTGTTGCTGCTGCCCCACCCTCGGCTGCGGCTACTACGGCTCCGGCACCTGCTGCGCGGGAACGAGCGGAAACTCCGGCTGCCGCGGCCACCCCGCCTGCACCCACCGTTTCCCAGCAAGCACCCGATGCAGCACCAGCCGTGCCCGAGCAGTCTGCGCCGGGGAAGTCCGCGGGCGAGCAGTCCGCGCGCGAGCAGTCCGTGCCCGTGCCGTCCACTGCAGATCATTCCGCTGCTGTTGCAAGGGACGCCATCACAGCTCCGCGGGTATCCACCAACGATTGGCCCGTGGAAGACCGCACGGCTGCTGGCCGCGCGCAGCAGGCTGCCGGATCGCAGACTCCTCCGCGCCAGGCGCAGCCAGGGCCGGCAGCACCATCAGCTGAGGCGGCCCATCAAGCACCGGCCGCACAACAGGCACCCGCGTCAGCACCGCAGCCCGCCGCTCAAGCTTCGGGGCCTGGAGGCAGCGGTGATGTGGAGGCTCTGCGCCGCGCATGGCCTGATGTCCTGCAAACACTGACCAAGATCAAGCGCAGTACCTGGGCGCTCGTGGAACCGAATGCCCAAGTGGCCCAGTTCGATGGCCAGGTGCTGACTTTGGCCTTCACAACGGGCGGCCTTGCAGGTGCGTTCGGACGTGCGGATCACTCCGAGAACCTTCGGCAAGCGATCCATAAGACCATAGGCATCGACTGCCAGATCGTCGCTGTCGCTGGCGGCAACAGCTCAGCGAGCTCTGAGCCAAACCCAAAAGCACCTACTAGCCGGGAAACTCCGGCTGCTTCAGCACCAGCGGGCGCCCCGACGTCGGCTGGTGCTGCACCTCCCGTGGCAACAGCGGCAGGTGGCACGTCAGCGCCCGCGGAAACAGCACCAACACCGGCGCCGGTGTCAGCTGTCGACTCCGCATGGGGTCTCGCACCCGCTTCCGCGGCAGTCGCGTCCCCCGCTCCTGCACCAGCCGCATCCGCATCCGCGCCAGCAGAAGCACCCGAGCCATCGGTGTCCACCCCTGCGCGAGCAGAGCCCGGCGTGACCGTAGCTGCCCCGGCCCCAGTTGCACCGGCACCGGCAGCGGTTGTGCCAGCACCCGCGCCGGCTGCCTCAACGCAAGAACCGCCAGCCCCGGCGCCAGCCGCCTCAACTCCGGCCGCTATCCCGACGCCAGAGCCTTCCGGCGACTACTCGTACCCTGATGACGATTGGGGTCCGCCGCTCGACGAGGATGCACCGCCGCTGGATGAAGAGCCTCCGGCGGATTGGGAGCCACCGGCGGACTACCGCCACACGAGCTCCCAACCGAATACTGCTGTTGGAAGCCAGTCCTTCCCGACGCGCCAGTCGTCGGAAGCAAGCGTCGCGCCGGTCAAGCAAGCATCAGTAGCATCCTCCACGTCCACGTCGTCAACAACCTCGACCGCCCCGGCGAACAGTGCCACAGCTAAGGTGGCCGACGATCCGTGGTCGCGCGCAGTCGAGCAGGCGCCGGGAACCTGGGTTGTGGGCACGGAGTCCAACGTGGGCAAGCAACCCGCGCAGGACACCGAAGAAAGCGCCCCCGCAACTGACACCCCGGACTACGAACCGGCCGCGGCGCAAGTACCGGCGCAGGCAGCGGCGTCCGGAACCTACGGCCACCCCACCAATGCCGAGGAGAACCCGAGCTCCAGCTGGGACGTCGCACCGGCGTCGAGCTGGCCTGGAACGCAACAAGCAGCCGCCCCGGCCGTCTGGCCGTCTTTGGCGTCTCAACCCGAGGAAGCGCACGGCTCCGTTGCGACGCTCGAGGAGGCTGCGCCGTCGGGTAATCCCAATGGCCGTCAGAGCCTGTACCAGCGGTTGACGAACAGCCCTGAAGCCCAAGCGGGCCGTGTCCAGGCACCGGTGCGGACCCAAGCGAAGCCAGAGTCAGTCGCGGAGGACATTCCCAGCCCGGAAGACGAAACCATCGAGGAATCCCGGGTCTTTGGGCGCGCCGCGGTGGAGCGTATTCTGGGCGGGAAGCTGATTGAAGAGCGCGCCTTGGACGGTTCTCCCCTACAACCCCGCTGA MTVTTALYRRYRPDSFADVIGQEHVTEPLMTALRKNRVNHAYLFSGPRGCGKTTSARILARCLNCAEGPTDTPCGKCPSCIELARGGSGSLDVIEIDAASHGGVDDARDLRERATFAPVRDRYKIFIIDEAHMVTSAGFNALLKIVEEPPEHIKFIFATTEPDKVIGTIRSRTHHYPFRLVPPEPLMQYLELLCQQENVPVAPGVLSLVIRAGGGSVRDTLSVLDQLMAGAGPNGLDYELAVALLGYTHASLLDDIVDAVAAADAATVFRAVDRVIQTGHDPRRFVEDLLERFRDLIIVQAMPESAQAILRGMPADQIARMRNQATNLGAAELSRAADVTNTALTEMTGATSPRLHLELLCARILLPSAEQTERGIAARIDRVERRLNYAGDGVTPAVAAAPPSAAATTAPAPAARERAETPAAAATPPAPTVSQQAPDAAPAVPEQSAPGKSAGEQSAREQSVPVPSTADHSAAVARDAITAPRVSTNDWPVEDRTAAGRAQQAAGSQTPPRQAQPGPAAPSAEAAHQAPAAQQAPASAPQPAAQASGPGGSGDVEALRRAWPDVLQTLTKIKRSTWALVEPNAQVAQFDGQVLTLAFTTGGLAGAFGRADHSENLRQAIHKTIGIDCQIVAVAGGNSSASSEPNPKAPTSRETPAASAPAGAPTSAGAAPPVATAAGGTSAPAETAPTPAPVSAVDSAWGLAPASAAVASPAPAPAASASAPAEAPEPSVSTPARAEPGVTVAAPAPVAPAPAAVVPAPAPAASTQEPPAPAPAASTPAAIPTPEPSGDYSYPDDDWGPPLDEDAPPLDEEPPADWEPPADYRHTSSQPNTAVGSQSFPTRQSSEASVAPVKQASVASSTSTSSTTSTAPANSATAKVADDPWSRAVEQAPGTWVVGTESNVGKQPAQDTEESAPATDTPDYEPAAAQVPAQAAASGTYGHPTNAEENPSSSWDVAPASSWPGTQQAAAPAVWPSLASQPEEAHGSVATLEEAAPSGNPNGRQSLYQRLTNSPEAQAGRVQAPVRTQAKPESVAEDIPSPEDETIEESRVFGRAAVERILGGKLIEERALDGSPLQPR NA NA NA NA NA D3-18_03780 600 recR COG0353 Recombination protein RecR GTGTACGAAGGTGCAGTTCAAGAGCTGATTGATGAGCTCGGCCGGCTTCCCGGTGTTGGGCCCAAATCAGCGCAGCGCCTGGCGTTCCACATCCTTGAGGCGGATCCCGAGGACATGAAGCGGCTGGTCACGGCCATCACCACAGTCAAGGAACGCGTGAAGTTCTGCAGCGTCTGCTTCAACGTGACCGAGCAGGAGACGTGCAACATTTGCCGCGACCAGCGCCGCGATCCGTCGGTCATCTGTGTCGTTGAGGAGTCCAAGGACGTCCTGGCCGTCGAGCGTACGCGGTCCTTCCGCGGCCGCTATCACGTGCTGGGCGGTGCCATTAATCCCATCGCGGGTATCGGCCCTGAGCAGTTGCGCATCCGTGAGCTCCTCACACGCCTCAATGACGGCGCCATCCAGGAAATCATCATCGCCACGGACCCGAACCTCGAGGGCGAAGCTACGGCTACTTACCTTGCCCGCATGCTCAAGTCGATCGGCATCACCGTAACGCGCTTGGCATCGGGCCTGCCTGTGGGTGGAGACCTTGAATACGCCGATGAAGTCACCTTGGGCCGCGCGTTCGAGGGCAGGCGCAACGCGCTGTTGTAA MYEGAVQELIDELGRLPGVGPKSAQRLAFHILEADPEDMKRLVTAITTVKERVKFCSVCFNVTEQETCNICRDQRRDPSVICVVEESKDVLAVERTRSFRGRYHVLGGAINPIAGIGPEQLRIRELLTRLNDGAIQEIIIATDPNLEGEATATYLARMLKSIGITVTRLASGLPVGGDLEYADEVTLGRAFEGRRNALL NA NA NA NA NA D3-18_03781 1077 hypothetical protein ATGGCCGGCCTGCCTGACCATACGGGCGGTTCGGCTCAGGGGCGGAATGAACCCGAATACGAAGTGATCGGCGGCGTGATTGACGATCATCCGTCCGGCACTGCCCGGAAGGTGGATCCGGCGCCCCCGCGCGACTCCGGAACGTTTAGGGTGACTGCGGGCGAGGCGTGGCGGAACGCCCGGAAGTCCTTCACCTCGTGGTGGTTCTGGCTGGCCTGCGCACTGGGGATTGCTCTCGCATGGGGGACTGCCGCGGCCTTGGTTACGTGGGCAGAATCCAATGGTTGGTTCGAGACCAGCGGTGCAACTGCCACCTACCTGATCATGGCGGCAGTTATGGCACTCGTAGCTGCGGTGTTGGGGGCCGGTTGGGGCTTTCGGCATTCGGCCGGAAGCATCCCTGCCCTGCTGCTGTCAGGAGCCCTGCGGGGCGTGGCTCTGGCCGCCATCGCCAGCGGTGCTTTGCTCCTGGTAGGCCTCAGCGTCGGCGGGCCGATGGCGCTGGCCGGTGCCGCCGTCGTCGTCATTGTTCTTGAAGCAGGGCTGTTCGGGCTGATCGGTGCCGGTTCGCGGAGGTGCTTCGCCAAGGTAGCTCCGGGTGTGGCTTTGACAGTGTTGTTGGTGGCTTTCCTTTGTATCGGCAATGTGGGGGTAACCATCCTGTTGCTTCCTGCGACTGTGGGAACAGCTCAGGTTTCGGTGCCCGTCAACGTGGAGAGGGACGACTCCGGAAGGACTATCTCCTACTTGTGTGTTGGCGAGCCACGTCCGGTGCAAGTGGAGCATACGGACCGGATAGCTTGGCTGGCCGCGTCCAATCCAGCCTTTATCCTGGGCAGCGTCGGTGCCGACTTCGTGTCCACCGATAACGAGGTGGGATGGCTGTTTTCCGGCCTTCAAATGGCGGCCGACGGGCCGTCCCGTGAAGTGCCATGCCTCGGCGGGGTCTCTCGCGACGGATTGGCTCCTCCCACGCCCGTAGCGCTGACAGGGTTGGCAGTGCAGGGGATCGTGGCAGCGTTGGTGCTCGCAGCGGGTCATTGGCTGGCGATACGGAGATTGCGCGTTACCTCATAG MAGLPDHTGGSAQGRNEPEYEVIGGVIDDHPSGTARKVDPAPPRDSGTFRVTAGEAWRNARKSFTSWWFWLACALGIALAWGTAAALVTWAESNGWFETSGATATYLIMAAVMALVAAVLGAGWGFRHSAGSIPALLLSGALRGVALAAIASGALLLVGLSVGGPMALAGAAVVVIVLEAGLFGLIGAGSRRCFAKVAPGVALTVLLVAFLCIGNVGVTILLLPATVGTAQVSVPVNVERDDSGRTISYLCVGEPRPVQVEHTDRIAWLAASNPAFILGSVGADFVSTDNEVGWLFSGLQMAADGPSREVPCLGGVSRDGLAPPTPVALTGLAVQGIVAALVLAAGHWLAIRRLRVTS NA NA NA NA NA D3-18_03782 507 hypothetical protein GTGGATGCGAAGGAGAAGGAACACCTCAACCGGGTGCTGAACCGTCCGTACTACTACGGGTACGCCATGAGAGGTAAGACCATCTTTGCGTACACGAAAGAAGAGTGGGGGATCGGTGCAAGCTCCGGCGGTGGCGATTACAATTTGATCCGTTCCTTCTACTTCAGCCTGGCACTGACCATCCTCATGGCGCCGGTTACGCTGTTTTGCTTGATTCTCGCAATCATCCTCGTCATCAATCTGCAGATCATGGCCGTGGTCATGGTGTTTTTTGGGCTCGTCTTTGGCTTCGCCTTCTTCCAATGCTGTTTCAACGTCAGAGAAGAGTGGTTGGGAAGGAAGGCCCGGAAAATCACGGGCCTTCCGAAGCCTTGGTGGACAGCCTCCGACGACCATGCCTATGAATGGTTCCTGACCCACCCGACGCCCTACATTCCCATGACCCTTGAGTACTTCCCATATAACGTGAAACTGCGGCAGGCAGCAGAAAGCGCCACCTCGAACTAG MDAKEKEHLNRVLNRPYYYGYAMRGKTIFAYTKEEWGIGASSGGGDYNLIRSFYFSLALTILMAPVTLFCLILAIILVINLQIMAVVMVFFGLVFGFAFFQCCFNVREEWLGRKARKITGLPKPWWTASDDHAYEWFLTHPTPYIPMTLEYFPYNVKLRQAAESATSN NA NA NA NA NA D3-18_03783 528 hypothetical protein ATGGTCTCCAGTCGCAGTTTTTCCGGCGTCTTTCGGCGCCCCCGTCCCATCAAACCGGGCCCCGGCCAGGAATCGGTATGGGACTATCCGCGCCCGCCACGGGTGGAGCCGAGAGCCGAAAGGGTTCTGGTGCGCCTCGGCGGTCAAGTGATTGTTGACACCACCCATGCTGTTCGGGTCCTGGAGACCAGCCATCCTCCTGTCTACTACGTGCCGTTGGATGCCTTCCAGAGCGGTGTACTGGTCCCTGTTGGGGGCACCACTTTCTGCGAGTTCAAGGGAGAAGCAAGCTATTTCGACGTCGTTGCCGGAGGCATGGTTGTTGAGCGTGGCGGCTGGACGTACCTACAACCGGCCCGGGGTTTCGAGGCCCTCAGCAGCCGGGTGGCCCTGTACCCGGAATATATGGATTCCTGCGAGGTCGACGGCGATCAGGTGGCCTTCCAGGAAGGCGGCTTCTACGGTGGCTGGATTACCCGGCAGATTGTGGGTCCGTTCAAGGGCGGCCCGGGCACTGCCGGGTGGTAA MVSSRSFSGVFRRPRPIKPGPGQESVWDYPRPPRVEPRAERVLVRLGGQVIVDTTHAVRVLETSHPPVYYVPLDAFQSGVLVPVGGTTFCEFKGEASYFDVVAGGMVVERGGWTYLQPARGFEALSSRVALYPEYMDSCEVDGDQVAFQEGGFYGGWITRQIVGPFKGGPGTAGW NA NA NA NA NA D3-18_03784 1347 ask COG0527 Aspartokinase ATGACTATGCCCACTACCGAAGTGAAGATCGAAGAGCTCTCCAACGAGGCTGCCATTACCAAGCAGCTGATCGTTCAAAAGTTCGGCGGTTCCTCGGTTGCCGATGCTGATGGCATCAAGCGGGTCGCACAGCGCGTCGTGGATGCGCAGAAGGCCGGCAACGAGGTTGTGGTTGTTGTCTCCGCAATGGGTGACACCACAGACGAACTCCTGGATCTCGCAAGCCAGGTCACGGACTCAGCTCCGGCCCGCGAAATGGACATGTTGTTGTCCGCAGGCGAGCGAATTTCCATGGCCCTGCTCGCCATGGCCATCAACAAATTCGGCGCTTCCGCACAGTCCTTCACCGGGTCCCAGGCCGGCATGATTACCGACGGCATCCACGGCAAGGCCCGGATTATCGACGTCGACCCCCACCGGATCCGCACTGCCCTTGACAAGGGACATATTGCGATCGTGGCTGGCTTCCAGGGCATGAGCCGCAGCACTAACGAGATCACCACTTTGGGCCGCGGCGGCTCGGACACTACCGCTGTTGCTTTGGCCGCCGCGCTTGAGGCCGACGTCTGCGAGATCTACACAGACGTGGACGGCATCTACACAGCCGATCCCCGCGTAGTGAGCTCCGCCCAGAAGATCGACCGTATCTCCAGCGAAGAAATGCTGGAATTGGCCGCGTCCGGCGCCAAGATCCTGCACCTGCGGTGCGTGGAGTACGCACGTCGTTTCGGTGTGCCGCTGCACGTCCGCTCGTCATTCAGCCAGAACGAAGGCACCTGGGTTATCCCCGGCGCCGACGAAAAGTTCACTATTCAAGAGGGAGTTGCCTTGGAGCAGCCAATCATCTCCGGCGTTGCACACGACCGGTCCGAAGCCAAGGTCACAGTGGTAGGCGTACCGGACATCCCCGGCAAGGCAGCTGCAATTTTCCAGGTGATCGCAGACGCGCACTCGAACATCGACATGATCGTCCAGAACGTGTCCACCCACGGCACCGGCCGCACGGACATTTCGTTCACCCTGCCCATCGTTGAAGGCGCTGACGCCCTCGCCGCCCTGCGTGCAGCTGAGGGCCAGATCGGCTTCGAGAGCATCGAATACAACGAGCACGTTGGCAAGCTCTCCCTCATCGGCGCCGGCATGCGTTCGCACCCCGGCGTTTCGGCCACGTTCTTCAAGGCCCTCTCCGACGCCGGCATCAACATCGACATGATCTCCACCTCGGAAATCCGCATCTCCGTTGTTACTAGCGCCGACGCTCTGGACGATGCCGTGCGCGCCATCCACAATGCGTTCGAGCTCGACGGCGACGCTGAGGCTACCGTCTACGGCGGCACCGGCCGCTAG MTMPTTEVKIEELSNEAAITKQLIVQKFGGSSVADADGIKRVAQRVVDAQKAGNEVVVVVSAMGDTTDELLDLASQVTDSAPAREMDMLLSAGERISMALLAMAINKFGASAQSFTGSQAGMITDGIHGKARIIDVDPHRIRTALDKGHIAIVAGFQGMSRSTNEITTLGRGGSDTTAVALAAALEADVCEIYTDVDGIYTADPRVVSSAQKIDRISSEEMLELAASGAKILHLRCVEYARRFGVPLHVRSSFSQNEGTWVIPGADEKFTIQEGVALEQPIISGVAHDRSEAKVTVVGVPDIPGKAAAIFQVIADAHSNIDMIVQNVSTHGTGRTDISFTLPIVEGADALAALRAAEGQIGFESIEYNEHVGKLSLIGAGMRSHPGVSATFFKALSDAGINIDMISTSEIRISVVTSADALDDAVRAIHNAFELDGDAEATVYGGTGR PGPT0014040_2071 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0014040-lysC-K00928 NA NA D3-18_03785 597 hypothetical protein ATGTCAACACCCAGGGCCCGCGGCCAGTACGCCAAGGGCGCCGAACGCCGCGAACAGATCATCCAAACGGCTACTGACGTTTTTGCCACGGAGGGCTTTGAAGGCACTGCCCTCAAGCGCGTCGCCGAACTGGTGGGCGTCAAGGAAGCCACCCTGTTCCACTATTTCAAGGGCAAGCAGGAACTACTGACTGCAGTTCTGGCCGAACGGGATCGACGGTCACTCGCAGTTGGTGGCGAATCCGAGGTGGGCTTGAGCCTCATGCCCGGCATCGCTGAGCGGAACCGACACGAGCCCGGCCTGACAACGCTTTACGCGGTGGCCTCGGCCACGGCCAACGATCCCGGACATGCCTCCCACGCCTACTTCAAGGACCGCTACGAGACCGTAGTGCGGGACGTCGCCGTGGACATCGAGCGGCGACAGAAGGCAGGCGAGGTACGGACCGACGTCGGGGCTGAAGCACTCGCGAGGCTGGTGGTGGCCGCTTTCGATGGCTTGCAGTTGCAGTGGCTCTACGACAAATCCGTGGATATGGCAGGCGGGCTGACTCAACTGGTGGAAGTCCTCCTGGCGCCGGCTCACCCAACTGAGTAA MSTPRARGQYAKGAERREQIIQTATDVFATEGFEGTALKRVAELVGVKEATLFHYFKGKQELLTAVLAERDRRSLAVGGESEVGLSLMPGIAERNRHEPGLTTLYAVASATANDPGHASHAYFKDRYETVVRDVAVDIERRQKAGEVRTDVGAEALARLVVAAFDGLQLQWLYDKSVDMAGGLTQLVEVLLAPAHPTE NA NA NA NA NA D3-18_03786 1341 hypothetical protein TTGTCGCTAGAGTCTTCCTTCAAGACCCAACGGTGGGTCACCCGTTCATCAGGAGGCAATGCGGCCCTCAATCTCAATCAGCAGACAGCAGGCGCGGAAACCGTTAGCCCGGGGCTTGGAAGCACCCCGCATAAAGCCGCTTCCCGCGCCTACGTCATCGGCATGCCCATCGCGAGTGCCGGACTCTGGATGGCCGTCCTCGCCCCGGCACTCGTAGTCCTCGCCATCAAGGTTTCGGAGATCACCACCCCGGATACCCGCGCCGGTGCGCTCAGCCTCGTGGCAGGTGTTGGAGCAGCCGTCGCCTTGCTCGCCAATCCATTCTTTGGCCGACTCAGCGACCGCACCACGTCCCGGTTCGGCATGCGCAAACCATGGATTGTCGGCGGATCACTCCTGGGCCTTGCAGCACTCTTCCTGCTGGGTTCGGCCACGGACGTCGGAATGGTTCTGGTTGCTTGGGTTGTAGCACAGTTGGGCTTCAACGCCGCCCTGGCAGCTCTGGTTGCAACCCTTCCCGACCAAGCCGGCCCAACGGAGCGCGGACGCCTATCCGGCCTCATCGGCATGACGTTGCCCATTGGCCTTGTGGCGGCGGCTTTCTTCGCGCAGTTGTTCGAAACCGCCTTGCAGATGGCCGTAGTCCCCGGAATCGTCGGCACGGCGATAGCCATTGCCTTCGCCTTCACGTTCAAGGACCGCGTCCTCACCGAGAAACCGGCACCGCTGAACTTCAAGGAAATCCTGGGTTCCTTCTACTTCAACCCCAAGGATTACCCGGGCCTGGGGTGGGCTTGGGTCACCAAATTCCTGGTCTACGTGGGCTACTGCGCCGGCCTTCTCTACCTGCCCTACTTCTTCACGGACCACCTCCACGTCGCCGAAACGCAGGTCACCAGCTTGGTGTTCCAAGCAACGCTGGTGAGCTCGGCCGGCACTGTGATCACCAGCCTTGCAGGTGGCTGGATCAGCGACCGCCTTGGCAAGCGCAAGAGCATGGTCATCATCTCCGCCCTGATTATGATGGGCGGCCTTGTGGTCATCGCCACCAGCACCAACACCGCTCAGGTGCTGGTGGGCCAAGGAATCCTGGGCTTGGGCCTCGGCGTCTTCAGCGCCGTGGACGTAGCGCTCATTACCGACCTGCTGCCCAGCGACCAGTCAGAGAATGCCAAGACCTTCGGTGTCTTCAACATCGCCCAGGCCCTCCCCCAATCCCTGGTGCCTGCTATCGCCTTCCCCGTCATCGCCTTGGGTGGCTACCCCGCGCTGTTCCTCGGTGGTGCCGTTGTGGGCATCATCGGAGCCGTCCTCGTCACACGTATCAAAGGAGTCAAGTAA MSLESSFKTQRWVTRSSGGNAALNLNQQTAGAETVSPGLGSTPHKAASRAYVIGMPIASAGLWMAVLAPALVVLAIKVSEITTPDTRAGALSLVAGVGAAVALLANPFFGRLSDRTTSRFGMRKPWIVGGSLLGLAALFLLGSATDVGMVLVAWVVAQLGFNAALAALVATLPDQAGPTERGRLSGLIGMTLPIGLVAAAFFAQLFETALQMAVVPGIVGTAIAIAFAFTFKDRVLTEKPAPLNFKEILGSFYFNPKDYPGLGWAWVTKFLVYVGYCAGLLYLPYFFTDHLHVAETQVTSLVFQATLVSSAGTVITSLAGGWISDRLGKRKSMVIISALIMMGGLVVIATSTNTAQVLVGQGILGLGLGVFSAVDVALITDLLPSDQSENAKTFGVFNIAQALPQSLVPAIAFPVIALGGYPALFLGGAVVGIIGAVLVTRIKGVK NA NA NA NA NA D3-18_03787 2496 nagZ_3 Beta-hexosaminidase ATGAATCCCTCACTCTCCCCGGCAGTCACGACGCCACCAGCAGGAACTCAGGATGCGGACGCCAAGATCCGCGAACTGGCCCGGAGCCTGACGCTTGAGCAGCAGGTCCAACTGCTGACCGGCGCGGACGTTTGGTCCACGCACGCCATCCCGGAGATCGGCCTGTCCCGCGTGGTCATGTCCGACGGTCCGGCCGGGGTTCGCGGTGAAGACTTCGATGAGCGACACGACTCGGTCTCCTTGCCGTCGTCGTCGGCCTTGTCCGCGACGTGGAGCGTCGAAACGGCGCGCCGGTACGGGCAGGTCCTGGGCCAGGAAGCCCGCCGCAAGGGCGTCCACGCCGTCCTGGGCCCCACCATCAACCTGCACCGCTCCCCGCTGGGCGGCCGCCACTTCGAGTGTATGAGCGAGGACCCGCGGCTCACCGCAACCATGGCGGCCGGGTATGTTGCAGGTGTCCAGTCCATGGGCGTTGGTGCGACCCCGAAGCACTACCTGGCCAACGAAGCCGAAACCGAACGTTTCACCGCGGACTCCGTGGTGGACGAACGCCCCCTGCGTGAGCTCTACCTGGCAGCCTTCGAGGACGCTATCACTGAGGCCCGGGCTTGGCTGGTGATGAGCTCCTACAACTCCATCAACGGCACAACCGCCAGCGAGAACAAGCTCCTGGAAACGCCGCTGTCCACTGAGTGGGGCTTCGACGGCGTCGTGGTCTCCGACTGGACGGGCGTCCGCTCGATTGAAGCGGCCAACGCCCACCAGGACCTGGAAATGCCGGGCCCAGTAGGCCACTGGGGACCGAAGCTCCTCGCTGCCGTCAACGATGGCCGCGTCAGCCGCGAGGCGATTCTGGAAAAGGTCACCCGCATCCTGCGCCTCGCAGCACGTGTTGGCTCCCTGGAAGGCTTCGAGCCTGCAGTCACCAAGATCCCGACGCAACTGGACGGGGCCGCCGTCGCACGTGAAGTCGCTGTCCGCAGCGCCGTACTGGTCCGCAACAACGGCATCCTGCCGCTGGACGCCAAGGCGCTTAGCCGTGTGGCTGTGATCGGCCACAACGCCGACGAAGCCCGCACCCAGGGCGGCGGCAGCGCCACCGTGATGCCCAAGTACACCGTCTCACCGCTGGAGGGCCTACGGAAGGCATTACCCGACGACGTCACGGTCACCTACGCGCGTGGCGCCAAAGTAGCCGAGGGCATCCAGCCTTTCCCCCGCACTTCGCTCCTTAATCCCGTCTCCGGCGCCCCCGGAATCCGCGTGACCTTCCTGGCGGAAGATGGCACGGAGATCTCCGGCGAAGACCGCCTGGCCTCGCATCTGATCTGGTTTGGCATCGGAATTCCCGACGGCGCAGCCTCCATCCGCATGGAAACGGACTGGACAGCCGAGACAGAAGGCGTCCACCACCTTGGCGTTGGCACCGTGGGCCACATCCGCTTCGTTCTGGACGGAGCGGAAGTCTTCAACAACGAGATCAAGGACGACACCGAAGTTCTGGGCGCCGCCCTGTTCGATCCTCCCAAGACCGTCCACGCAATCGAAACCGCAGCCGGTCAGACTGTTCGGATCGAAGCCGAGTACCAGCTGCCCAAGCAACAGGTCATTCCATTCACGGCCATCCTGCTGGGCGAGGAGACAGTGGTTGCTGACCCTCAAGCTGAAATTGACGCCGCCGTGGAAGTTGCCCGGAACTCTGATGTAGCAGTGGTGGTTGTGGGCACCAGCGCGGCTATTGAATCCGAGGGCTTCGACCGCAAGGACCTGAACCTGCCCGGCTACCAAAACCAGCTTGTGGAAGCCGTAGCCGCGGCCAATCCGCGCACAGTGGTTGTGGTGAACTCCGGGTCGCCGGTCCTCATGCCGTGGCTCGACAAGGTCAGCGCAGTACTGTTGGGCTGGTTCGGCGGCCAGGAATTCGGCAACGCAATCGCCGACATCCTGCTCGGCGCCGAAGAACCCGGCGGACGACTTCCCACCACCTGGCCCGCCGCGCTGGAAGACGTTCCCGTCCTGAACACCACCCCCGTTGACGGCAAGGTGGTCTACTCCGAGGGAATCCACATCGGCTACCGCGCATGGCTCAAGCAGGAAGCCGAAGGCGGCGCTGCCCCGGCGCTGCCGTTCGGTTATGGCCTTGGATACACAACCTTTGAACTTGGCAAGGCCCACGCCCAGCAGGTGGTCGCCGCCGGGAACGATGTTGTGGTGCACGTGCCAGTCCGCAACACCGGCACACGCACCGGGCGGGAAGTTGTTCAGGTCTACTTGGACCGCGCCGATTCCGCCGTGGAGCGACCCGTTCGCTGGCTCGCGGGCTACGCCGGGACGCACCTCGCCCCAGCCGGCACGGAGAGCGTGGAAATACGCATCCCGGCCAAGGCGTTTGCACATTACGACGGCGGCTGGCAGTTTGAGCAGGGCTCGTTCCGCCTGTTGGTGGGTCGCCACGCGTCCGACGACTTCCAAGCCCTGGCTATTGAACTTCGGTAA MNPSLSPAVTTPPAGTQDADAKIRELARSLTLEQQVQLLTGADVWSTHAIPEIGLSRVVMSDGPAGVRGEDFDERHDSVSLPSSSALSATWSVETARRYGQVLGQEARRKGVHAVLGPTINLHRSPLGGRHFECMSEDPRLTATMAAGYVAGVQSMGVGATPKHYLANEAETERFTADSVVDERPLRELYLAAFEDAITEARAWLVMSSYNSINGTTASENKLLETPLSTEWGFDGVVVSDWTGVRSIEAANAHQDLEMPGPVGHWGPKLLAAVNDGRVSREAILEKVTRILRLAARVGSLEGFEPAVTKIPTQLDGAAVAREVAVRSAVLVRNNGILPLDAKALSRVAVIGHNADEARTQGGGSATVMPKYTVSPLEGLRKALPDDVTVTYARGAKVAEGIQPFPRTSLLNPVSGAPGIRVTFLAEDGTEISGEDRLASHLIWFGIGIPDGAASIRMETDWTAETEGVHHLGVGTVGHIRFVLDGAEVFNNEIKDDTEVLGAALFDPPKTVHAIETAAGQTVRIEAEYQLPKQQVIPFTAILLGEETVVADPQAEIDAAVEVARNSDVAVVVVGTSAAIESEGFDRKDLNLPGYQNQLVEAVAAANPRTVVVVNSGSPVLMPWLDKVSAVLLGWFGGQEFGNAIADILLGAEEPGGRLPTTWPAALEDVPVLNTTPVDGKVVYSEGIHIGYRAWLKQEAEGGAAPALPFGYGLGYTTFELGKAHAQQVVAAGNDVVVHVPVRNTGTRTGREVVQVYLDRADSAVERPVRWLAGYAGTHLAPAGTESVEIRIPAKAFAHYDGGWQFEQGSFRLLVGRHASDDFQALAIELR PGPT0019110_1854 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349 NA NA D3-18_03788 300 hypothetical protein GTGGCAGCCGATTACGACGAACTCCGTACCGATGTAAAAGAGAACCAGGAGCAGTCCCTCCAGGCTCTCCAGTCCGCCAGCGCTCCCACGGCCAAGAGTGTCGTGCTTGAACTGGACGAAACCGATGGCCTCGATGCCAACGGCCCCGGCGGCGAAATCGTCGCCGAAGAACTGGTCATCCAGGTTATTCCGCAGGCAAACGACGAGTTCACTTGTCACTCCTGCTTCCTGGTTCGCCACCGCTCGCAGATCGCACGCGAAAAAGATGGCGTCGCCTACTGCACTGACTGCGAAGGCTAA MAADYDELRTDVKENQEQSLQALQSASAPTAKSVVLELDETDGLDANGPGGEIVAEELVIQVIPQANDEFTCHSCFLVRHRSQIAREKDGVAYCTDCEG NA NA NA NA NA D3-18_03789 396 hypothetical protein ATGAGTTTCCAAGACGATGCAGCAAGGATTCCGGGTGGTTCTGCGCGCCCGGACCGAGTTAGCCCGGATACGGGGAGTTCCGAGCAGCAGGAGCGAGCGATCCCACCTGCATCAGGGCACGACAGGCCAACCCGCACGGCCGCGCTGTGGGTGGCGGTGGCTGTTGGCTTGGTGGTCCTGGTGGTGCTGATCGTCTTCTTCGTCCAGAACCAGGACATGATCACTGTTCGGTTCTTCGGGCTGGAGGGGACGCTCGCGCTCGGCACCACGCTGTTCATCGCGGCTGTGGGCGGCGGGGTCCTGGTGGCCCTTGCGGGCGGGGCCCGAATCCTCCAACTCAGAATTGCCAATCATCGCCGCAAGAAGGCTGTTGGAGGGCCAGGAGGTCGCTACTAG MSFQDDAARIPGGSARPDRVSPDTGSSEQQERAIPPASGHDRPTRTAALWVAVAVGLVVLVVLIVFFVQNQDMITVRFFGLEGTLALGTTLFIAAVGGGVLVALAGGARILQLRIANHRRKKAVGGPGGRY NA NA NA NA NA D3-18_03790 231 hypothetical protein ATGGGACGCAGAATGGAAGGCTTCGTCCACGTGACCGAGCGGCTGCAGTCCGTTTTTGGACCGGCAACCCACGGCGATACGGACAGCCCCGTGGTGCACAAGCATGATGATTTCGAGACCGCTTCCGAGGCGGATCTGAAGAACTTCGACGTCGAGACTGATTCTGAGGGCCATCACTACGCAGTTCGGAACAACGATCCCGGGCCAACCAGCACCGACTACAGCCTCTAA MGRRMEGFVHVTERLQSVFGPATHGDTDSPVVHKHDDFETASEADLKNFDVETDSEGHHYAVRNNDPGPTSTDYSL NA NA NA NA NA D3-18_03791 681 putative oxidoreductase ATGCTTCGTTTACTTGTCACCGGCGGCACCAGCGGAATCGGTGCCGCCTTGGTCAGGGAGTCCCTGCGGGCCGGTCATTCTGTCTTCATCACCGGGCGCGATCCCGGGAAGTTGGCGGCGTTCCTCGACTCGTGTGCCGGCTTGGGGCACGTGGGCGGCATGGTGGCCGACGCCAGCGACTGGGAGCAGACCTCTGCCGCGGTATTTGCTGCCCACGGGTTCCTTGGCGGGATTGATGTTGCCGTAGCCAACGCTGGCTTCTCAGCGGCCGGTGACCTCGCCGATGGCGACCCGAACCATTGGCGAGACATGGTGCTTACCAACGTCTACGGTCCGGCGATCCTGGCCAAAGCTGCCCTACCGCAACTCATGGAGAACCGGGGCCACATGGTGCTGATAGGCAGCACGGCTGGCCGAAAGGTCTACCCAGGCAATCTCTATACCGCCACCAAATGGGCAGTGACCGGTTACGCGGAGTCACTCCGGCAACAACTGGTGGGGACCGGAGTGCGGGTGCTCCATATCGCCCCGGGCCATGTGGACACTCCGCTGTGGAAGGAAGCGCCGGATGCCGTCATTCCACCAGAGTCCGTGGCAGCGACCATGCTGTGGGCCCTGACCCAGCCACCCGGCGTCGACGTTTCAGAAGTCATGGTCCGAGCCACGGGGCAAGCGTTTTAG MLRLLVTGGTSGIGAALVRESLRAGHSVFITGRDPGKLAAFLDSCAGLGHVGGMVADASDWEQTSAAVFAAHGFLGGIDVAVANAGFSAAGDLADGDPNHWRDMVLTNVYGPAILAKAALPQLMENRGHMVLIGSTAGRKVYPGNLYTATKWAVTGYAESLRQQLVGTGVRVLHIAPGHVDTPLWKEAPDAVIPPESVAATMLWALTQPPGVDVSEVMVRATGQAF NA NA NA NA NA D3-18_03792 1500 sad_5 Succinate-semialdehyde dehydrogenase GTGGAAAACACCCTAACAATTGATACCGCTGCGTTGACAGTCGCCGAGCGCACCTTCGTGGAGTCGCTTCCGACTCAGCTTTACATCGACGGCCAGTGGACGGACGCGTCCGACGGCCGGACGTCAGCAGTGGAGGATCCCTCCACCGGCGCTGTGCTCACCAGAATCGCTGATGCGTCTCCCGCTGACGGTGACCGCGCATTGGAAGCCGCTGCCCGGATCCAGGATGCATGGGCGGCCACTCCGCCTCGCGAGCGTGGCGAAATCCTGCGTCGGGCGTTCGAGCTTGTCACGGCCCGGGCCGAGGAGTTCGCCCTGGTCATGACACTTGAGATGGGGAAGCCGCTGGCCGAATCCCGAGGCGAGGTTGCCTATGGGGCCGAGTTTCTGCGTTGGTTCTCCGAGGAAGCAGTGCGGGTTTCGGGCCGATACTCCACGGCTCCGGACGGCAGATCGCGGCTCCTGGTCACTAAGCGTCCGGTGGGTACGTGCCTGTTCATCACGCCATGGAACTTCCCGTTGGCCATGGCGACGCGGAAGATCGCCCCGGCCATTGCTGCTGGGTGCACCATGGTCCTCAAACCGGCCAACCTAACCCCGCTGACCGCGTTGTTGTTCACCCAGGTCCTGGAGGAAGCAGGCCTTCCTGCCGGCGTCCTGAACGTCATTCCCACCACCCGTCCCGGCGACGTCACGGGGCCGCTCATCCGCGATAGCCGCCTGCGAAAACTTTCCTTCACGGGCTCCACGGGTGTGGGGCAACAGCTTATTGCTGATTCTGCGCATCAAGTCCTCCGGACCTCGATGGAGCTTGGCGGCAATGCGCCGTTCCTGGTGTTCGAAGACGCTGACTTGGACGCAGCCATCGAGGGCGCCATGGTTGCCAAGCTACGGAACATGGGGGAGGCGTGCACTGCAGCCAATCGGTTCATTGTCCATGAGTCACTGGCCACGGAGTTCAGCCAGCGGCTGGCCGAGCGCATGTCTTCGTTGGTCCTGGGACGCGGCTCCGCTGAGGGAACCAACATAGGGCCGCTTATTGATGCCAAGAGCCGCGCCAAGGTGGACGAACTTGTGGCCGACGCTGTTGCCTCCGGCGCGGCTGTCCTGACCGGTGGTTCTGTTGCCGACGGGCCTGGCCATTTCTATCCGCCCACGGTCCTGACCAACGTGCCCTCCTCCGCCCGGATCCTCCATGAAGAGGTCTTCGGTCCCGTGGCACCAGTTGTCAGCTTCAGTACCGAGGATGAGGCGATCGCCTTGGCGAATGACACCGAGTACGGCCTGGTGGCCTACGCCTATACGCGGGACCTCAACCGCGGTATCCGGCTGTCCGAGAAAGTTGATGTGGGTATGTTCGGACTCAACACAGGCATCGTGTCCAATCCCGCGGCGCCGTTTGGCGGTGTGAAGCAATCCGGTCTGGGCCGCGAAGGTGGCTCCGAAGGTATTGAGGAGTTCCTCGAAACGCGTTATATCGGTATCGCGGACCCTTCCTGA MENTLTIDTAALTVAERTFVESLPTQLYIDGQWTDASDGRTSAVEDPSTGAVLTRIADASPADGDRALEAAARIQDAWAATPPRERGEILRRAFELVTARAEEFALVMTLEMGKPLAESRGEVAYGAEFLRWFSEEAVRVSGRYSTAPDGRSRLLVTKRPVGTCLFITPWNFPLAMATRKIAPAIAAGCTMVLKPANLTPLTALLFTQVLEEAGLPAGVLNVIPTTRPGDVTGPLIRDSRLRKLSFTGSTGVGQQLIADSAHQVLRTSMELGGNAPFLVFEDADLDAAIEGAMVAKLRNMGEACTAANRFIVHESLATEFSQRLAERMSSLVLGRGSAEGTNIGPLIDAKSRAKVDELVADAVASGAAVLTGGSVADGPGHFYPPTVLTNVPSSARILHEEVFGPVAPVVSFSTEDEAIALANDTEYGLVAYAYTRDLNRGIRLSEKVDVGMFGLNTGIVSNPAAPFGGVKQSGLGREGGSEGIEEFLETRYIGIADPS PGPT0001580_769 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135 NA NA D3-18_03793 1188 mdh_1 NAD-dependent methanol dehydrogenase ATGCAGACGCGTATGCAGATCCACGCCGAACTGGCCTCAACGGAACTGACTCTCGATCCGAAGCCCACCGCTTACTTTGGGCGCGGGAAGGTGACCGAGGTTGGCGGAATTGTTGCCGCTCTCGGCGGAAAGTCCGCCCTGATTGTCACAGACCCGTTCCTCGCGACCACCGACGTTGTGGCGGCTGTGCGACATTCCTTGGAAGCTGCTGGTCTCGTCGTCAGCGTGTTCGACGGAGTTACGCCAAACCCGACGACAACGTGCGTGGATGCGGGATCGGACCAGGCTGCTGCTTCGGACGTTGATGTCTTGGTCCCTGTCGGCGGGGGATCGTCCATGGACGCAGCGAAGGGCATCTCGCTGGGTGCCGTTAATCCGGCAAGGGGAGCAGGGCTGGACTACAGTAACCACTTCGAGAACCCGGCCCTGCCCATTGTTGCCGTGCCCACTACTGCCGGAACCGGCGCGGAGGTCAACGCCTTCGGTGTGGTCACGGACGTGGACGCGCACCGCAAGTTCTACGTCGGCCATGAATCGGCGCTTCCCAAGGCTGCTGTGCTGGATCCCGAGCTGACCGTTGGGTTGCCGCCCAAGGCCACTGCGGCCACCGGCATGGACGCGCTGACGCACGCCATTGAGTCCTACTCATCCATCCGGCAGAACCCGTACTCTGATGGCATCGCCCTTCAGGTGGTCTCCATGGTTGCCGAGTTCCTGCCCCGCGCAATCGCCGACGGCGGCGACATCGAGGCCCGTTCACAGCTCCTCCTCGCCTCGCACATTGCAGGCGTTGGCTTCTCCCACACCGGCCTGGGCCTGGTTCATGCCATTGCCCACCCGCTGGGCGGCCGCTTCAACATCCCGCACGGCCTGGCGCTGTGCCTGGTTATCGAGGACGTCCTTCGGCTTAACCTCCGCAATCGTCTGGATCGGACCGCCCGGCTCGCGTTTGCCCTCGGTGTGGGCGACACAGCGGCGACCGTCGAGCAGAACGCGGACGCTGCCGTCGAGGCCGTTGCCACGCTGGCGCGGGAAGTGGGCATGACAGCCCGGCTCTCCGACTTTGGCGTGACTGACGCCGATCTTGACTCCCTTGTGGAGGACACTCTGGCAGATTCGGTCATCAACAACACCCCGGTGCCGCCCACCGCCGTCGAAATCCGCACGATCCTCGAGAAAGCGCTCTAA MQTRMQIHAELASTELTLDPKPTAYFGRGKVTEVGGIVAALGGKSALIVTDPFLATTDVVAAVRHSLEAAGLVVSVFDGVTPNPTTTCVDAGSDQAAASDVDVLVPVGGGSSMDAAKGISLGAVNPARGAGLDYSNHFENPALPIVAVPTTAGTGAEVNAFGVVTDVDAHRKFYVGHESALPKAAVLDPELTVGLPPKATAATGMDALTHAIESYSSIRQNPYSDGIALQVVSMVAEFLPRAIADGGDIEARSQLLLASHIAGVGFSHTGLGLVHAIAHPLGGRFNIPHGLALCLVIEDVLRLNLRNRLDRTARLAFALGVGDTAATVEQNADAAVEAVATLAREVGMTARLSDFGVTDADLDSLVEDTLADSVINNTPVPPTAVEIRTILEKAL PGPT0006370_168 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006370-yiaY-K13954 NA NA D3-18_03794 990 garR_3 COG2084 2-hydroxy-3-oxopropionate reductase ATGACTGCAACAACCCACGTTTCCGTCACGGAAATACAACCCCTCACGTCTGGCACCGCCCGCATCGGCTTCATCGGCCTCGGCAACATGGGCTCGGGCATGACACGCAACCTTCAGGTCGCCGGCTTCCAGCTGATCGTCAACGACGTCCGCAAGGAATCCGCCGCCGAGCTCCTCGCCAACGGCGCGGAGTGGGCGGACGATGCAGCGGCAGTCGCCGCCCGCTCCGACGTCGTCATCACCATGCTCCCCACGCCCAAGCATGTGGAGACCGTCGCTACGGGACCTGGCGGCATTCTTGCCGGGCTGCCCGACGGCGGCACCTGGGTGGACATGTCCACCTCGGTTCCGGAGGTGGCCAACCGGGTTCGCGAAGCGGGCGCGGTCCGGGGCATCCGCGTCCTGGATGCACCTGTCAGCGGCATGTCCGTCGGCGCCGCGAATGGCATGCTGCAGATCTTTATCGGCGGCGAGGTGGCCGACGTGGAACGCCTCCGTCCCGTGTTCGAAGCGATGGGCGATCCCGAGCGGATACTGCACGTCGGCGGCCACGGTGCCGGCTACGCGGTGAAGCTCATGATCAACCAGCTGTGGTTCTCGCACCTGGTGGCCACCGCAGAGGTCCTCAGTACTGGAGTCAAGGCGGGCGTGGACCTGGAGGTCCTGCGGCAGGCGCTCATTGCCAGTCCCGCTAACTCCAACTTCGTCCAGAACGATGTCTTGTCCATCCTGAACCACGGCGACTACGACGAGGGTTTCGCGATCGCCTTGGCCTGCAAGGACCTCGGCCTATCCGTGGACCTCGCCCGTTCGGTGGGTGTGCCCATGGAGTTGTCTGGCCTTGTGGAGCAGCTCTACCGCCGGGCGAAGGCGCTCTATGGCGACAAGGCCGGCGAGATGACTCCCGTGAAACTTTACGAAGACGCCATTGGCGTGCAGTTGCGGACACCGGCAGTGCCGGTAGCCGGCATCGCCGGAGAAGGAGCTTGA MTATTHVSVTEIQPLTSGTARIGFIGLGNMGSGMTRNLQVAGFQLIVNDVRKESAAELLANGAEWADDAAAVAARSDVVITMLPTPKHVETVATGPGGILAGLPDGGTWVDMSTSVPEVANRVREAGAVRGIRVLDAPVSGMSVGAANGMLQIFIGGEVADVERLRPVFEAMGDPERILHVGGHGAGYAVKLMINQLWFSHLVATAEVLSTGVKAGVDLEVLRQALIASPANSNFVQNDVLSILNHGDYDEGFAIALACKDLGLSVDLARSVGVPMELSGLVEQLYRRAKALYGDKAGEMTPVKLYEDAIGVQLRTPAVPVAGIAGEGA PGPT0018170_683 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 D3-18_03795 1518 puuC_1 COG1012 NADP/NAD-dependent aldehyde dehydrogenase PuuC ATGGCAACAACAAAGAATGACTGGATCCAGCGGGCGGCGGCCCAGCAGCCGGCCACGGGACTGTATATCGACGGCGGTTCCCGCGCTGCACGCAGCGGCGAAACGTTCCCCACTGTTTCCCCAAGGGATGGCTCCGTCACAGCACACGTATCGGCAGCAGGGGAGCAAGACGTGGACGACGCCGTCCAGGCAGCCCACCGTGCATTTGAAAGCGGCGTGTGGGCAAGGACGGACCGCAGGCACCGGCAAGCCGTCCTCACCCGTCTCTCGGACCTCATCCTGGAAAATCTCGAGGAACTTGCACTCCTGGAGTCTTCGGATGCCGGCCACCCGATCAGCGACGCGCTAGCCGTTGACGTCCCCAGCTGCGCGCGGACCTTCCGCTGGTACGCGGAGGCTTTGGACAAGGTTTACGACGACGTCGCACCCACCCCTCGCAATGCCCTGGCGGTCATTTCCAGGGAACCGCTGGGCGTGATCGGCGCCGTGGTTCCGTGGAATTACCCGCTGATCATCACGGCCTGGAAGGTGGCTCCAGCCCTCGCAGCCGGGAACTCGGTGGTCCTCAAGCCATCGGAGCAAACCAGCCTGAGTGCGTTGCGCCTGGCCGAACTCGCCACTGAGGCTGGCGTGCCGAATGGTGTGTTCAACGTCGTCCCCGGCCTCGGCCACGTTGCGGGAGCCGCCTTGGGCCGACACGCACTCGTGGACAAGATCACCTTTACGGGCTCACCCGAGGTTGGCCGGTACTTCCAGCGCTACGCCTCCGAATCGAACGGCAAGCAAGTGGCGCTGGAGCTCGGCGGCAAGTCGCCACAGGTGGTTCTTCACGACGTCGGCGACATCGCCGCGTGCGCGTCGGCCGTGGCCTGGGGGATCTTCTATAACGCCGGACAGACCTGCCATGGAGGATCACGGCTCCTCGTGGACGAACGCGTCCACGAGGAGTTGCTCGAAGAGGTCATCAAGGTGGGGCAGTCGCTGCAGCTCGGCGACCCGCTGGATCCAGCCACCCAGATCGGCGCGATCATCGATGACCGGCAGCTTGAGAGCATCCTCCGGTACTACGCCGTCGCAGAAGCCGAGGGCATTGCAGTGACCAGCGGCGGCACCCAAGTCCACCCCGCCGGCGTCGAGAATGGCTACTACCTGGAACCCACGGTCCTGGACCGGGTCAATAACGCCGGCCGTATTGGCCAGGAAGAGATCTTCGGGCCGGTACTGGCAGTGTCAACGTTCCGCGGCGCAGCCGAGGGCATCCGGATGGCCAACGACACCAAATACGGACTGGCCGCCAGCGTGTGGACGCAGGACATCACCAAGGCGCACGCCGCCGCGCGCGAACTGCGCGCCGGCACGGTCTGGGTGAACACCTTCGACGTCGCGGACATCATCACGCCCTTCGGCGGCTTCAAGGAATCCGGGTTCGGCAGGGACCGTTCCCTGCACGCCCTGGACGCTTACTCCGCACTGAAAACAACCTGGATCAACCTGGGCGACGCTGCCTTGGACGACTGA MATTKNDWIQRAAAQQPATGLYIDGGSRAARSGETFPTVSPRDGSVTAHVSAAGEQDVDDAVQAAHRAFESGVWARTDRRHRQAVLTRLSDLILENLEELALLESSDAGHPISDALAVDVPSCARTFRWYAEALDKVYDDVAPTPRNALAVISREPLGVIGAVVPWNYPLIITAWKVAPALAAGNSVVLKPSEQTSLSALRLAELATEAGVPNGVFNVVPGLGHVAGAALGRHALVDKITFTGSPEVGRYFQRYASESNGKQVALELGGKSPQVVLHDVGDIAACASAVAWGIFYNAGQTCHGGSRLLVDERVHEELLEEVIKVGQSLQLGDPLDPATQIGAIIDDRQLESILRYYAVAEAEGIAVTSGGTQVHPAGVENGYYLEPTVLDRVNNAGRIGQEEIFGPVLAVSTFRGAAEGIRMANDTKYGLAASVWTQDITKAHAAARELRAGTVWVNTFDVADIITPFGGFKESGFGRDRSLHALDAYSALKTTWINLGDAALDD PGPT0007638_51 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007638-puuC|ordL-K09472 NA NA D3-18_03796 1104 gci COG4948 D-galactarolactone cycloisomerase ATGAAGATCACCGCAATCCGGCTGACCCGCATGGTCCTGCCGCTGGACCCGCCGTTCAATGCCGCCTGGGATCCTGAGCCCCGCACGTCATTCCCGGCAACACTGGTGGAGGTGGAAACTGACGAAGGCATCACCGGCGTAGGCTCCGGCGACACCATGGACGGCTTTGAAGCCTATGAGCATCTGTTCATCGGAACCGACCCCATGGCCATCCTCAACCAGGTTCGCCGGATCGAAACCATTAACTTCCACGGCGGCCGGTATTGGCCCCTCGAAGCGGCCTTGTGGGACATCATTGGTAAAGTTGCCGGGCTCCCGGTAGCAACGCTCTTCGGTGGAGCCCAAGATCGCTTGGTTGCCTATGCCTCCTCCGGCGAACTCAAGGCTCCAGCTGCCAGGGCAGAGTCTGCACTCGCCGCGAAGGAACGCGGCTTCAAAGCCATGAAGATCCGCATCTCCCGGGACCACCTGGATCAAGGCGTGGAGTCCGTCCGCGCTGCCAGGGAAGCCGTGGGCAAGGAATTCGACCTGATGGTTGACCTCAACCAGATGTGGCGCATGAGCGGGGACATCGAACCCGCATTGGAACTCGCCAAGGTCCACCGGCTGGCGGCCCAGCTGGCTGAACTGGACGTCCGCTGGCTTGAAGAGCCGCTTCCACAGGCCGACATCAAGGGGGCGCAGCGTGTCCGCGAGCAGACCGGGATCCAGGTCTCGGGCGGCGAAATGGTCCGCAGCATGCCGGAAATGATGGCCCTCATCGAAGCCGATGCCTACGACATCTACCAGCCCGACGTCGCCCTGGCAGTTGGCATGTACCGCGCCCGCCAAGTCGCCGAAACGGCAAACCTCAAGCACCGCTTTTTCACGCCGCATACGTGGAGCAACGGCCTGGGCTTGCTGGCTAACCTGCACGTGGCCGCGGGCGTGGACGCGGGGCCATACTTGGAATTCCCCTATGACCCGCCAGGCTGGACCCCTGAGCGCCGCGACTTCTTCATGGAGCCGCTGGACATCGACGACGATGGCGCGCTCCGCGTGCCCGACCTGCCGGGCCTGGGCGCCGACATAGATTATGACGCCGTCAAGAAGTACTCGGTCTAA MKITAIRLTRMVLPLDPPFNAAWDPEPRTSFPATLVEVETDEGITGVGSGDTMDGFEAYEHLFIGTDPMAILNQVRRIETINFHGGRYWPLEAALWDIIGKVAGLPVATLFGGAQDRLVAYASSGELKAPAARAESALAAKERGFKAMKIRISRDHLDQGVESVRAAREAVGKEFDLMVDLNQMWRMSGDIEPALELAKVHRLAAQLAELDVRWLEEPLPQADIKGAQRVREQTGIQVSGGEMVRSMPEMMALIEADAYDIYQPDVALAVGMYRARQVAETANLKHRFFTPHTWSNGLGLLANLHVAAGVDAGPYLEFPYDPPGWTPERRDFFMEPLDIDDDGALRVPDLPGLGADIDYDAVKKYSV PGPT0018300_331 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLACTURONATE|GLUCURONATE_DEGRADATION,PGPT0018300-gci-K18983 NA NA D3-18_03797 510 fae COG1795 5,6,7,8-tetrahydromethanopterin hydro-lyase ATGACTGAACAGCTTCAGATCGGCGAGTCCTTCATCGGGGACGGCGTCAACGCTGCGCATGTGAATACGGTCCTGGGGCACCGGGGCGGCCCTGCCGGAACCGCCTGGGCCACGGCATTGGCATCACCGAGCGCCGGCCATGTTCCGTTCGTGGCCGTCCTCCGGCCCTCGCTGCCGGTGAAGCCGATGACGCTCTTCGTGACCAAGTCCGCGCCAGCCAATGACCAGCACGGAAACCTGATCTGGGGCGCCGCGCAGGCAGGAATCGCTGCAGGCGTGGCAGATGCTGTCGCCGACGGCATCCTCACAGACGAGCAGGCTGATTCACATGCGCTGATCGCAGCCGTGTGGGTGAACCCCAACGCGGATGATGACGACGCCGTCTACCGCAATAACCGTGAGTCGGTCCGGACTGCTTTGGAGAACGGGGCCAAGAACCTCCCGTCCACGGCAGAAGTGGTCGAGGCACGCAACTCCCCGTCCAACCCCTTCTTCACTCCGCGAGGCTGA MTEQLQIGESFIGDGVNAAHVNTVLGHRGGPAGTAWATALASPSAGHVPFVAVLRPSLPVKPMTLFVTKSAPANDQHGNLIWGAAQAGIAAGVADAVADGILTDEQADSHALIAAVWVNPNADDDDAVYRNNRESVRTALENGAKNLPSTAEVVEARNSPSNPFFTPRG NA NA NA NA NA D3-18_03798 936 osmX_2 COG1732 Osmoprotectant-binding protein OsmX ATGAAGAAACGTGCAATGACCCTCCTGGCCACCGGCGTGGCCGTGGCCATCAGCCTCACCGCCTGCGGCGGTTCAGCCTCCTCCAGCTCAAGCGAAGGCGGAAGCAACGAACTCGAAGGACTCACCGGCGTGTTCGGTGCCAAGGACTTCTCGGAGCAGTTCATCCTCTCCCACATCACCAGCCAAGTCCTGAACGCCCACGGCGCAGACACCACCACCAACACCAGCGTGGTGGGTTCGGCTAATGTCCGCACGGCTTTCGAGACCGGCCAGTTCGCCGGCTATTGGGAGTACACCGGCACGTCCTGGATCACCTACAACAAACAGACCACTCCTATTAAGGACAAGGCGGAGATGTTCAAAGCAGTCAAGGACGCAGACGCAAAGAAGGGCATCGCCTGGCTGGACCCAGCACCCCTGAACAACACCTATGCCTTCGCCATTCGCGAGGACAAGGCCAAGGAGCTCGGCATCAAGAGCCTCTCGGACGTGGCCAAGCTTCCGGCAAGCGAGCAGACCTTTTGCGTGGAAAGTGAATTCTCAACCCGCGACGACGGCTGGCCGGGCTTGAGCAAGGAGTACGGGTTGAGCCCGGACGCCAAGGTTTCCATGCTGGACACCGGCGTTATCTACACCGCCACCCACAAGGGCCAGGACTGCAACTTCGGCGAAGTCTTTGAAACGGACGGTCGCATTCCCGCGCTGAAGCTCCAGGTCATGGAAGATGACAAGAAATTCTTCCCTATCTACCAGGGAGCACTCACCATCAAGGCCGACATCCTTGCCAAGTACCCGGCCATCGCGGAGATCATGGCCAAGGTCTCCCCGAAGCTCACCACCGAGGTCATGCAGCAACTGAACGCCAAAGCTGACGTTGACGGCGAAGACCCGGAAGATATTGCCAAGGAATGGCTCGAATCCGAAGGACTGATTTGA MKKRAMTLLATGVAVAISLTACGGSASSSSSEGGSNELEGLTGVFGAKDFSEQFILSHITSQVLNAHGADTTTNTSVVGSANVRTAFETGQFAGYWEYTGTSWITYNKQTTPIKDKAEMFKAVKDADAKKGIAWLDPAPLNNTYAFAIREDKAKELGIKSLSDVAKLPASEQTFCVESEFSTRDDGWPGLSKEYGLSPDAKVSMLDTGVIYTATHKGQDCNFGEVFETDGRIPALKLQVMEDDKKFFPIYQGALTIKADILAKYPAIAEIMAKVSPKLTTEVMQQLNAKADVDGEDPEDIAKEWLESEGLI PGPT0013595_1867 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013595-opuC|yehZ-K05845 NA NA D3-18_03799 786 opuBB COG1174 Choline transport system permease protein OpuBB ATGACTGCACAGGCAACGCGGGACCTGGCAACGTCGTTCGGCACGGCTTCAAGCCGCAAGGGCAAGTACTTCTCCTTCAAGCGGTTCGGAACGCCGCTGATCATTGTCGGAGCGTTGCTGGCCCTGTTCCTCTGGATCTCCTCGCTCACCCTTGATTCGATCGAGCTGCGCACCCTCAACTGGGACTACCTTGCTGATCGCACCAGGGAACACCTCCTGCTGACGGTCACGGCATCCGCGATCGTGTCAGTGATTGCTATCCCTGCCGGCATCGCACTGAGCCGCGTGCATTCCAAGGCAGTCCACGCCGTGGTGTTCGGGATAGCCAACGTAGGGCAGGCGACTCCCGCCATTGGCCTGGTGATCCTCCTGGCCATTGTGTGGAAGACCGGCTTTGAGGTGGCGCTGGTGGGACTAGTGGCCTACTCGGTCCTTCCTGTCCTCCGGAACACCCTGGTGGGACTTCAACAGGTTGACTCCAGCCTTACGGAAGCTGCCAAGGGCATGGGTATGCGACCGCTGGAAGTGCTTGCCCGGATCGAACTCCCTTTGGCCGTCCCGGTGATCATTGCCGGGCTGAGGACTGCGCTGGTGTTCTGCGTCGGCGTCGCCGCAGTGGCCACTTTCATCAATGCCGGCGGCCTGGGCGACATGATCGTCAACGGCTTGAAGCTCCAGCGCTGGCCTGTCCTCATCACCGGAGCCGTTGTGGTCTCCTGCATCGCACTCACCATCGACTGGCTGGCAGGCCTCGCTGAAGACCTGCTCAAGCCCAAAGGCATCTGA MTAQATRDLATSFGTASSRKGKYFSFKRFGTPLIIVGALLALFLWISSLTLDSIELRTLNWDYLADRTREHLLLTVTASAIVSVIAIPAGIALSRVHSKAVHAVVFGIANVGQATPAIGLVILLAIVWKTGFEVALVGLVAYSVLPVLRNTLVGLQQVDSSLTEAAKGMGMRPLEVLARIELPLAVPVIIAGLRTALVFCVGVAAVATFINAGGLGDMIVNGLKLQRWPVLITGAVVVSCIALTIDWLAGLAEDLLKPKGI PGPT0013581_29 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013581-opuCB|yvbD-NA NA NA D3-18_03800 1020 osmV_3 COG1125 Osmoprotectant import ATP-binding protein OsmV GTGTCTGATACAACAACCCGTTCCGCTGCCGGGGCCCGGATCGTCCTCAAGGACGTCACCAAGACCTACCCTGGTCAGGTGATTCCCGCAGTCGAATCCTTTTCCATGGACATCGCACCAGGTGAGTTGATCATGTTTGTGGGTCCGTCCGGCTGTGGAAAGACCACCACCATGAAGATGATCAACCGGATTATCGAACCGAGCTCGGGCTCCATCACCATTGACGGTGAGGACGTCCTGTCCCTCAACCCCAACGAGCTTCGGCGCCGGATCGGCTACGTCATCCAGCAGATCGGTCTCTTCCCGCATATGACCATCGCGGAGAACATCTCGGTGGTTCCTAAGCTCCTGGGCTGGGATAAGAAGCGTACGCGGGACCGCGTCGAAGAGCTGCTGTCCGTCGTCGAGCTTGACCCCAGGACGTTCGCCTCCCGCTACCCGCGCCAACTGTCCGGCGGGCAGCAGCAGCGCGTTGGTGTTGCGCGGGCCTTGGCGGCAGATCCGCCCGTGATGCTCATGGACGAGCCCTTCGGTGCCACCGACCCCATCACCCGGGAGAAGTTGCAAAGCGAATTCCTGCGGTTGCAGGAGAAGCTGAGCAAAACCATCGTGTTCGTCACCCATGACTTCGATGAAGCTGTGCGCCTCGGAGACAGAATCGCCGTGCTGTCAGAACGTTCGCAGATCGAGCAGTTCGACACCCCGGCGAACATTCTGGCCAACCCCGCCAATGATTACGTGTCCCAATTCGTCGGACATGGCGCCGCCCTCAAACGGCTTGGGCTCATCCCCGTAGGCCACGCGACGCTGGGACCCTCCGGGGGACAAACTGCCATGACCATTGGCGTGGCTGACTCCCTGCGGGACGCCTTGGACGCCTTGGTGCTCTCGGGCGGCCTTCCTGTCGCGGTCCTGGACCAGGACGGCAGAAGTGTGGGAACCATCGATATCGAACGAATTTCCGCGGTCCTTGGCGCCGAAATCCTTCCGCCAGCCCTTGCCGGGGGAGTGCGGCCATGA MSDTTTRSAAGARIVLKDVTKTYPGQVIPAVESFSMDIAPGELIMFVGPSGCGKTTTMKMINRIIEPSSGSITIDGEDVLSLNPNELRRRIGYVIQQIGLFPHMTIAENISVVPKLLGWDKKRTRDRVEELLSVVELDPRTFASRYPRQLSGGQQQRVGVARALAADPPVMLMDEPFGATDPITREKLQSEFLRLQEKLSKTIVFVTHDFDEAVRLGDRIAVLSERSQIEQFDTPANILANPANDYVSQFVGHGAALKRLGLIPVGHATLGPSGGQTAMTIGVADSLRDALDALVLSGGLPVAVLDQDGRSVGTIDIERISAVLGAEILPPALAGGVRP PGPT0013585_1531 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013585-opuA|osmV|yehX-K05847 NA NA D3-18_03801 711 opuCB_2 COG1174 Glycine betaine/carnitine/choline transport system permease protein OpuCB ATGGGCCTCGATCCTTACCCCAATGAAGTGAAAAGGAGGATCACGTTGAACGACACTTTCCTGTCCGATCTTGGACAATTCCTCGCCAAGAGATCGGCAGACATCGCCGAATCTGCCGCCCAGCACCTGGCGGTCGTCTTGGTTTCGCTGCTAATTGCAACGGTCATCGGTGTGGGGGTCGGTGTCCTTGTATGGAACAGGCCCATCAGCCGCTCGATGGCAATCGCGGGCGCCGGTGTTGGCCTGACCATCCCGTCCATGGCGCTCCTGGCACTTCTTATCCCCGTGCTGGGACTCGGCTGGACTCCCACCGTTGTGGGTCTGGCCTTCTACGCACTGCTCCCCATCATCCGCAACACGGTGGTGGGGCTGCGTGAAGTACCGTCGGCCGTATCCGAATCTGCACTTGGCATGGGCATGGGCACCGTAAAGACGCTGTTTCGCGTGCAACTGCCTATGGCTTGGCCTGTGGTGCTCACCGGTGTCCGGGTTTCCGCGCAGCTTTCCATGGGTATCGCAGCAATCGCTGCCTACGTGGGCGGACCGGGTCTCGGCGAAATGATTTTCAAAGGCCTTTCGAGTCTTGGATCAAAGAACGCCCTGAACTTCGCCGTCGTCGGAACCGTCGGTGTCATTGTCCTTGCCCTGCTGCTGGATGGCGCGTTCGTGCTCATCCGCCGCGTAACTACCTCAAGGGGACTTCGTGTCTGA MGLDPYPNEVKRRITLNDTFLSDLGQFLAKRSADIAESAAQHLAVVLVSLLIATVIGVGVGVLVWNRPISRSMAIAGAGVGLTIPSMALLALLIPVLGLGWTPTVVGLAFYALLPIIRNTVVGLREVPSAVSESALGMGMGTVKTLFRVQLPMAWPVVLTGVRVSAQLSMGIAAIAAYVGGPGLGEMIFKGLSSLGSKNALNFAVVGTVGVIVLALLLDGAFVLIRRVTTSRGLRV PGPT0013590_2915 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013590-opuBD|yehW-K05846 NA NA D3-18_03802 909 hypothetical protein GTGAATGGAACACCCTCCCCCAGGCGGAATTCCTCCGGTCTCCGCCGGGATTTGGAACTCCTGGAGATTCTTGGCTCGCAGGAGGCCGTGGCTGGCAACGGGCTGGGCGTGAGCAAGGTTGCCGAGATTACCGGGCGGGACAAAGCGCAAGTATCCAGGACACTCGCCACCTTGGCGGAAGCGGGCCTGGTCAGCAGGGACCCGGAGAGCCTGCTTTACACCCTCGGGCACAGCCTCTACGCACTGGCTGCCCGGACTACCGAAGCGCGAATGGTCAGCGCTTCGGCCCAGTACCTCAAGCGCGTGTCAGCAGCTACGCATGAGACCACTCACCTGTGTGTCCTGCGCGGCGGAACGGTCCTGACCCTCAAGAGCGAGATGTCCAACCACACCTACAGGGCATTGGGCTGGGAAGGAGTCAGTGTTGACGCATGGAGCACGTCCGCGGGGAGGGTGCTGGTGAGCGACTGGGATGACGCCGCGCTGAAGGATTGGTACGACACGCACACAGCGGAAGCCAAGTCAGGGGTACGGCCCGATCGACAGGACCTCTCACCTTTGGCACTCCAAGCGGGTCAAAGCCCGTCATCAGGGGAGCTCAAGTCCAAGATCCAAACGTTCGAGGATCTTCGCGCCGAGATCAATCTCATCCGTCGGCAGGGCTACGCAGTGGTGGATGAAGAATTTGAGCTCGGCGTTGTGGGCGTCTCAGCCCCCGTGTACGACTTCAAGCAGCGTGTGGTTGCAGCATTCAACGTCAGCGCCCCCAAGCAGCGTTTCGGACGGCACTTAGATCAAGCGGGCGTGCTGGCGGCGAAGGTTGCCCGGGACTTCTCCATGGCACTCGGTGCTTCGGCCAACGCCGAGATGGCATATAACGCCAATGTTTCCCAAAAACATGGGCATTAA MNGTPSPRRNSSGLRRDLELLEILGSQEAVAGNGLGVSKVAEITGRDKAQVSRTLATLAEAGLVSRDPESLLYTLGHSLYALAARTTEARMVSASAQYLKRVSAATHETTHLCVLRGGTVLTLKSEMSNHTYRALGWEGVSVDAWSTSAGRVLVSDWDDAALKDWYDTHTAEAKSGVRPDRQDLSPLALQAGQSPSSGELKSKIQTFEDLRAEINLIRRQGYAVVDEEFELGVVGVSAPVYDFKQRVVAAFNVSAPKQRFGRHLDQAGVLAAKVARDFSMALGASANAEMAYNANVSQKHGH PGPT0018213_147 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 D3-18_03803 225 hypothetical protein GTGGCCAAGGAATCCTTCACACGGAAATTCATGCGCGCGACAGGTAAGTTCCGTGTAATTTTCGGACCCGCTCACAGCAGCTCGCTCGACCATGAGATGACCGAGGCCAATCGGAAGTTGCTTGCGCAGCGCCAGGCTGAGACCCAGCAGTGGGAAACACTCCGCCGGCCCGATGGCAGCACCTATGTAGTGCCCCGCAATCCGGAGGACAAGTCGCTGCGGTAG MAKESFTRKFMRATGKFRVIFGPAHSSSLDHEMTEANRKLLAQRQAETQQWETLRRPDGSTYVVPRNPEDKSLR NA NA NA NA NA D3-18_03804 477 ohrR_2 Organic hydroperoxide resistance transcriptional regulator ATGACAGCCATTGATGAGTCCACTCAAGAGACCGACGATCTCCTTCTGGAACGCCAGCTGTGCTTCGCCCTGACCGTGGCCTCGCGCAGTGTTGTAGGCGTCTACAAGCCAGTGCTGGAGCGGCTCGGGCTTACACATCCCCAGTACCTGGTGATGCTTGCGCTCTGGGAACGAAGCCCCCGCACGCTGAAGGACATCAGCGATAGCCTGCTCCATGAGCCCGCCACCCTCTCCCCGCTGCTCAGGCGCCTGGAGGAAGCTGAGTTGATTACCCGCGAGCGCGTGCCTGGCAATGAACGCGCACTGGCGGTCAAGCTGACGGATAAGGGCGCCGCCCTTCGGGAGCAGGCCACCGCCGTTCCGGGCCAGATCCGCGAGCGCCTGCAACTCACCCGCGAAGAAGTAGCTGAACTCCATCAGGCCATGACCGGGCTGATCGCCGCCACGCAGCAGAAACCCGTCGGTGCAACTCGCTAG MTAIDESTQETDDLLLERQLCFALTVASRSVVGVYKPVLERLGLTHPQYLVMLALWERSPRTLKDISDSLLHEPATLSPLLRRLEEAELITRERVPGNERALAVKLTDKGAALREQATAVPGQIRERLQLTREEVAELHQAMTGLIAATQQKPVGATR PGPT0013155_2317 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775 NA NA D3-18_03805 534 hypothetical protein ATGCGCATGCGATTTGTTCGGCCCTTACTGGCAGTATTGGCCATCGCCGGCCTCGCCGCATGCTCAGGCACCCCCAGCCCCGGTTCAACCAACAGCCCAACTGAAGCGCCGACGTCGTCGGCCACTTCAAGCAGCAGCCCAAGCAGCTCCCCCAGCAAAACCGCAGCTCCCAGCGCGTCAGCAGCCACCGGCGCAGGCAATGCCGAACTCTCCATCACGCTCGTTGAAACTCCCGAGTCCGCTCCCCAGGCCTTCACGCTCGTCTGCACGAATGGCGTGCCCGCCGCAGAAAGCAGTCACCCGACGGCGGCCGAGGCCTGCACAGCACTCAAGAACGGCCCCTCCCTCCTGAGCCCCGCACCAATGCAAACGGACCAGGCCTGCACCATGCAGTACGGTGGCCCCGCAACGGCTAAAGTGACCGGTTCATTGGACGGCAAGGAAGTCAACGCCTCCTTCAAGCGGACGGATGGCTGTCAGATCGCCCTATGGGACGCCGCGAAGAGCGTCCTCGGATCAGATGGCGGCCTCTAG MRMRFVRPLLAVLAIAGLAACSGTPSPGSTNSPTEAPTSSATSSSSPSSSPSKTAAPSASAATGAGNAELSITLVETPESAPQAFTLVCTNGVPAAESSHPTAAEACTALKNGPSLLSPAPMQTDQACTMQYGGPATAKVTGSLDGKEVNASFKRTDGCQIALWDAAKSVLGSDGGL NA NA NA NA NA D3-18_03806 939 hypothetical protein ATGGCGGCCTCTAGGCTTCGGCACCTCCCCCAAGAGCAATGGCTCGGGCTGGAGGCAGCCCACCATGCACGCGTCGCGCGTTACGCAGTGCCCTATCTGGCGCGTCGTTCAGCCGGTAAGAAACACCCCGTGGAGGACTTCCTCTTCACCTACTACACGCAGAAGCCGGGCCAGTTGCAGCGTTGGCATCCCGGCGACGGCGTGGTCCTCAGCGGCGAGCGCGCCTTGGAGCGCGTCACCTGGAAGTTCTACAGAGCGCTCGACGACGCCGAACTCGCCTCTGTGGGGCTGGCTCCAGGCACGCCTGCGGTCACCTTTGAGCGGGCCGGCTTCCTTGCCGACCGCGCCGAAGCTGTCCGCTTCGCGGGAATCATCCTCGCAGGCACGGCGAAGCGACCGGCACAGTTTGGGTGCTTTGGCCTGCATGAATGGGCCATGGTGTACCGGCAGGAAAAGTTTGAGCTGCGGCACGAATACCTGAAGCTGAGGCTTGGGGGCGAGGGCACGGATGCTGTTGTTGAAGAGAACCGCATCCGCTGCTCGCACTTTGACGCCTTCCGGTTCTACACACCTGATGCCACCTCGCTGAATGAACTCACGCCCACCCGCGAGAACCAGCGCACCATGGAGCAGCCGGGTTGCCTGCACGCCAACATGGACCTCTATAAGTGGGCTTACAAGCTAACGCCCGCCCTGCCGAGCGGGCTGGTGATGGACTGCTTCGAGTTGTCATGGCGGATCCGCACCATGGACATGCAGGCATCCCCCTACGATCTTGAAGAATGGGGCTATCCGCCCATCAGGATTGAGACACCGCAGGGCAAGGCCGAGTACGTTGAATACCAGCGGGCTTTCGCGGCCGAATCCCAGGAGTTGCGGGCCCGCGTGCTCCAGGCAGTAGGACCGCTCTTGGATGAGCTGAGCGGTTTGGCTGCCTGA MAASRLRHLPQEQWLGLEAAHHARVARYAVPYLARRSAGKKHPVEDFLFTYYTQKPGQLQRWHPGDGVVLSGERALERVTWKFYRALDDAELASVGLAPGTPAVTFERAGFLADRAEAVRFAGIILAGTAKRPAQFGCFGLHEWAMVYRQEKFELRHEYLKLRLGGEGTDAVVEENRIRCSHFDAFRFYTPDATSLNELTPTRENQRTMEQPGCLHANMDLYKWAYKLTPALPSGLVMDCFELSWRIRTMDMQASPYDLEEWGYPPIRIETPQGKAEYVEYQRAFAAESQELRARVLQAVGPLLDELSGLAA NA NA NA NA NA D3-18_03807 435 hypothetical protein ATGGTTTCCGCAGATAATAGCCACGCAGACAAGTCAGGCACTGATAAGAACGGCACAGATAAGAGCGGGTACGACGTCGACCTGACGGTCACGCTGACGGAGGCACCTGGCGCTGAAAGCCGGCTCTTCCACCTCCGGTCCGCGGCAGGCATCCTGTCGCCTGACCCTGACACGCTGGAATCGAACTTGCCTGATGCAGCTGCGGCGCTGGCCGCCGTCGAGCAGTTCGGTGAGGAAGTCTTCTTTCCCGAGCCTCGGCCGGACCGGATCTGCACGCAGCAGTATGGCGGCCCACAGGTAGCTGTGGTCACTGGGTGGTTCCGCGGACGCGAGGTCCACAGCCAATTCAGTAGGACTGATGGTTGCGAGATTGCACGCTGGAAGACCTTGGCCGCGTTGCTGGGCAATACCGGAGGCTCAACCGGCGCTGTGTAG MVSADNSHADKSGTDKNGTDKSGYDVDLTVTLTEAPGAESRLFHLRSAAGILSPDPDTLESNLPDAAAALAAVEQFGEEVFFPEPRPDRICTQQYGGPQVAVVTGWFRGREVHSQFSRTDGCEIARWKTLAALLGNTGGSTGAV NA NA NA NA NA D3-18_03808 423 hypothetical protein ATGTCACAGCCAGGATCCGAACCACAACCCGAGCACCAGTTGAACGGGCAGCCCGCCTTCTCCGGACAGCCATACCCTCAGCCTTCATACCCGCAGCAGCCGTACGGTCAACAGCCCTATCCCCAGGCCACTTATCCTCAGCCGTATGGGCTGCAGGATGGCCCGCCCTTCTACTTTCCGGACCTCGAAGGCGCCAACTTCAAGTCCAAGGCCACCACCTATGCCATCATCGGCATCTTTTTCCTCGGCATCGTGTTTGGGCCCCTGGCCATACGCAATGCAGGCCGTGCAGAAGCCAACGGCGTACCGGCCACCTTTGGGAAGGTGGCCGGGTGGATCGTTTTGGTGCTGTCCTGCGTCAACATCCTGTTCTGGGTGGCCGTGCTGATCTCTGGTCTGATCTACGGGGGTTCCGGACGCTGA MSQPGSEPQPEHQLNGQPAFSGQPYPQPSYPQQPYGQQPYPQATYPQPYGLQDGPPFYFPDLEGANFKSKATTYAIIGIFFLGIVFGPLAIRNAGRAEANGVPATFGKVAGWIVLVLSCVNILFWVAVLISGLIYGGSGR NA NA NA NA NA D3-18_03809 3177 hypothetical protein GTGAAATCACAAGGAAAGAGCTTCGTCAGAAGCGGGGGACTTCGAAAGGCTGCGGCGCTGGCCGTTGGCCTGCCGTTGCTGCTCTCGTCGATGGCGATGCCGGCCCGGGCCGCTCCCGCCCCGGAGACGCCAGGGAATGTTGCAGGCGTGGCCAAGAAGAACCTTGACCCCAGCGCCTACAAGGACGGCCGCTACATGGTGGTCCTGGCCGAAAAGCCTGCAGCGACGTACGACGGCGGCACGGCCGGGCTTGCTCCCACCAAGCCCGAAGAAGGCAAGAAGCTCGACGCCGACAGCGCCGAGGTGAAGGAATACCAGCAGCACCTGCAGCAGAAGCAACAGGAAGTTGCACAGCAGGAAAACGTCACCATCCAGCGTGACTTCACCACCGCTGTCAACGGCTTCAGTGCCAACCTGACGGCAGACCAGGCGATCAACCTTGCCAAGGACCCCAAGGTCCTCATGGTGGCACCGGATACGCAGTACGCTCCGGACTACTCCACCACCGACTTCCTCAAGCTCAGCGGTCCCAACGGAACCTGGGCTACCCAGTACGGCGGACAGGACAACGCCGGCAAGGGCACCGTTGTTGGCGTGATCGACACCGGTTACACCCCGTCCAACCCCTTCTTCGCGGGCGAGCCTGTTGGCCCGTTGGTGGGCAACGCCCAGGTAGGCGTCCCGTACCGTACCGCTGACGGCAAGATCGCAATGCTGAAGGCCGACGGCGATACTTTCGTCGGCGAATGCCAGCCCGGTACCGACACGGGTGCCGACTACGATGGCAGCGCCTGCAACTCCAAGGTTCTTAGCACCCACTACTTCGCTGACGCCTTCCTGGAAACCGTTCCGCCGGAAAACCGCGCTCCGGAAGAGGTCATTTCCCCCGTCGACGTGGACAGCCACGGCACCCACACAGCCAGCACGGCAGCGGGCAACGCCAATGTTGACGCTGTAGTGGATGGCCGCAGCTTCGGAACCACCAGCGGCATCGCACCCGCCGCCAAGCTCGCCGTCTACAAAGTCTGCTGGGAAGACACGGATCCTGCCACGGGTGGCTGCTACGGCTCCGCCTCTGTGGACGCGATCGAGCAGGCCATTCTGGACGGTGTGGATGTGCTGAACTACTCCATCTCGGGTTCAACCACGTCCACCACCGATCCCGTCTCGCTGGCCTTCCTGTCGGCAGCTTCCGCAGGGATCTTCGTGGCAACCTCGGCCGGCAACTCCGGACCGACCGCCAGCACGGTAAACCACGGAGCACCATGGCTGACCACGGTAGCCGCGACGTCCTTCTCGCAGGAGCTTCAGGGCACTGTTGAGTTCTCCGATGGCAGCAAGTTCCGCGGAGCGAGCATCATGAACCGTGAGGTGAGTGGGGCCGGCGTCGTGCTTTCCACCAACGCTGCAAGCGGTGAAGGCAACGCGGCGCTTTGTGCTCCGGGCTCGCTGGACCCGGCCAAGGTAGCCGGCAAGGTTGTTGTTTGTGACCGTGGTGTTGTTGACCGCACCGCCAAGAGCGCTGAGGTCCTTCGCGGCGGTGGCGTCGGCATGATCCTGGTGAACCTGACCGATTCATCCCTGGACACTGACAAGCACGTCATTCCCACCGTCCACGTGAACCCGCCCGCCACTCAGACCATCAAGGACAAGGTCACGGCCAACCCGGCCATCACCGTGTCCCTGCTGAACCGCGACACCACGGGCCTGCCCGCTGAGGCACAGCCGCAGATCGCAGGATTCTCCTCGCGTGGTCCGCTGCTTGCTACCGACTCAGACCTGTTGAAGCCTGACGTGTCCGCTCCCGGCGTCGCTATCCTCGCAGGTGTTTCGCCCATCGGAACCAGTGGAGATAACTTCGGTTTCCTCTCAGGAACGTCCATGGCTTCCCCGCACGTAGCCGGTTTCGGCGCCCTGATCCTGGCCAAGAACCCGCAGTGGTCCCCGGCCACCGTGAAGTCCGCCATGATGACCACCGCCGGTCCGGTCAAGCTGGCCAACGGCGCCATCAACAAGGATGTCTTCGCCACAGGCGCCGGACAGGTGGATCCGGCCAAGGTCCTCTCGCCGGGCCTGGTGTACGACGCCACCACCGAGGACTACCTGAAGTTCATCCAGGGCACAGGCATGGATCTGGGCATGGAAGGGCTGGGCACCACGCAGGCGCGGGACATGAACGTTCCCTCCTTCGCGCTGGGCAACCTCGCAGGCAAAGTGGAGGTCACCCGTACCCTGACTGCCCTGACTCCGGGAACGTACCGTGCATCGGCCAACGTTCCGGGTGTCAATGTCAAGGTCACACCGTCCGTGCTGACCTTTGGCGCTCCCGGTGAGAAAAAGACGTTCAAGGTGCAGTTCGAAAACAGGAATGGCGAACTTGGCAAGTTCGCCATGGGTTCGCTGAACTGGCAGGGTGCCAACAAGACCGTCACCTCGCCGATCGCCGTCCGGCCGCAGTCCGTCATCGCGGACAAGGCGCTGACGTTCACGGGAACAGGCCCCAACGGCTCCGGAACCATCAACATCACCTCCGGCACCAACCTGCCGGTAGGCGTCACCGTTGATGGCCTTTCCAAAGCGGATTCCTCGGCAGTCGAACTGGTCCCCGGCCCGTTCGCGGGCGAAACCAATGCGTCCAACTATGTGAAGAAGGTGACCGTTGGCGCGAACAGTGCGCTTGCCAAATTCTCGGTGATCTCTTCCAACGAGGCCGCGGACTTCGACATGCTGGTGGTTACCCCGTCAGGGCAGCAGCTGCCTGCCGCGACGGCGTCTGCCAGCGAAACCCTGTCCGTTCCCAACCCGGCGGCCGGCGACTACTACGTGTACGCCAACCTGTACGCGAGCCCCAACAACCTGCCCACCAAGGCCACTGTTGATGCCGCCGTCCTGGGTGCCAACCAGGGCAACGCCACCGTGACGCCGAATCCGATCCGCCTTGCCAACGGCAAGACGGGCCAGATCTCGCTGAACTGGAAGAACCTGGAGCCTGGCTCCTACATTGGTCGACTGACCTTCGCAGGAACCAGTGAGCCGAGCTTCGTCACCGTCCTGGTCAGCCCCGGCGGAACCGTAGTGGTTCCGGACGAGGAAGACCCCAAGAAGGACAAGAAAGACAAGAAGCACGGCGGCAAGATCCGCGCCGATGAGCCGACACAGAGCAACAACGCCGGCTAA MKSQGKSFVRSGGLRKAAALAVGLPLLLSSMAMPARAAPAPETPGNVAGVAKKNLDPSAYKDGRYMVVLAEKPAATYDGGTAGLAPTKPEEGKKLDADSAEVKEYQQHLQQKQQEVAQQENVTIQRDFTTAVNGFSANLTADQAINLAKDPKVLMVAPDTQYAPDYSTTDFLKLSGPNGTWATQYGGQDNAGKGTVVGVIDTGYTPSNPFFAGEPVGPLVGNAQVGVPYRTADGKIAMLKADGDTFVGECQPGTDTGADYDGSACNSKVLSTHYFADAFLETVPPENRAPEEVISPVDVDSHGTHTASTAAGNANVDAVVDGRSFGTTSGIAPAAKLAVYKVCWEDTDPATGGCYGSASVDAIEQAILDGVDVLNYSISGSTTSTTDPVSLAFLSAASAGIFVATSAGNSGPTASTVNHGAPWLTTVAATSFSQELQGTVEFSDGSKFRGASIMNREVSGAGVVLSTNAASGEGNAALCAPGSLDPAKVAGKVVVCDRGVVDRTAKSAEVLRGGGVGMILVNLTDSSLDTDKHVIPTVHVNPPATQTIKDKVTANPAITVSLLNRDTTGLPAEAQPQIAGFSSRGPLLATDSDLLKPDVSAPGVAILAGVSPIGTSGDNFGFLSGTSMASPHVAGFGALILAKNPQWSPATVKSAMMTTAGPVKLANGAINKDVFATGAGQVDPAKVLSPGLVYDATTEDYLKFIQGTGMDLGMEGLGTTQARDMNVPSFALGNLAGKVEVTRTLTALTPGTYRASANVPGVNVKVTPSVLTFGAPGEKKTFKVQFENRNGELGKFAMGSLNWQGANKTVTSPIAVRPQSVIADKALTFTGTGPNGSGTINITSGTNLPVGVTVDGLSKADSSAVELVPGPFAGETNASNYVKKVTVGANSALAKFSVISSNEAADFDMLVVTPSGQQLPAATASASETLSVPNPAAGDYYVYANLYASPNNLPTKATVDAAVLGANQGNATVTPNPIRLANGKTGQISLNWKNLEPGSYIGRLTFAGTSEPSFVTVLVSPGGTVVVPDEEDPKKDKKDKKHGGKIRADEPTQSNNAG NA NA NA NA NA D3-18_03810 939 ghrA_2 COG0111 Glyoxylate/hydroxypyruvate reductase A GTGAAAATCCTTGTCCCCGACACCATCAAATTGGACCTCTCCGCACTGGAGGACGAGACCTTCGTGTATCAGGTGGACAAGCCCATTCCCAGCGAGCACCGCGACGCGGAGGTGCTGGTGGTTTGGCGGAACACCTCTGACAACCTGGCCGATGCAGCCAAGGAAATGCGCCAGCTCAGGCTGGTTCAGACGCTCGCAGCCGGTCCGGATTCGGTGCTGGCAGCGGGCTTTGGGGACAACGTGGCCATCACCTCCGGCCGCTCCCTTCACGACGGCCCCGTGGCAGAACACGCTCTGGCCCTGATTTTGGCGGCGGTGCGCCGCATGGATCAGTTGATGGAGTCCCAGAAAGGCTCCACCTGGAACCAGCCATATAACGCCGCCCAGTCCGCACCCGACACTGAGCAGCTTTACACGCTCGACGGCGCCAACGTCACCGTTTGGGGCTTCGGTTCCATCGCGGGGCGGCTGGCTCCCCTGCTGGACGCTTTGGGCGCGAACGTCACCGGCGTCGCGAGCTCCAAGGGTGAGCGATATGGCTTCCCCGTGGTGGCGGACGACGAATTCCCGGAAGTCCTGCGCACCACCGACGTCCTGGTCTCGATCCTGCCGGCGACCCCGGAAACCGCGGATGCCCTGAACGAAGACATCCTCAAAGCCCTCCCGAATACGGCCATCTTTGTGAATGTAGGGCGCGGCGCCACCGTGGACGAGAACGCCCTGCTCGCGGCACTGGAAGAAGGCAGGCTGCGCGTCGCCGCCCTCGACGTCACCAAGGAAGAACCGCTGCCCGCCGACTCCAAACTGTGGGGCGCACCGAACCTGATCATCACGCCCCACGTTGCGGGTAACCGCCCTAAGGGCGCCGCCAAGCTCGTGCTGGCCAACATCACGGGGCTCAAGGAAGGGTCAGCGCTGACCAACCAGGTTGCAGGCTAA MKILVPDTIKLDLSALEDETFVYQVDKPIPSEHRDAEVLVVWRNTSDNLADAAKEMRQLRLVQTLAAGPDSVLAAGFGDNVAITSGRSLHDGPVAEHALALILAAVRRMDQLMESQKGSTWNQPYNAAQSAPDTEQLYTLDGANVTVWGFGSIAGRLAPLLDALGANVTGVASSKGERYGFPVVADDEFPEVLRTTDVLVSILPATPETADALNEDILKALPNTAIFVNVGRGATVDENALLAALEEGRLRVAALDVTKEEPLPADSKLWGAPNLIITPHVAGNRPKGAAKLVLANITGLKEGSALTNQVAG NA NA NA NA NA D3-18_03811 945 hypothetical protein ATGTACCTGCACACCCAACTTCTCATCAACGAAATCGCCGCTGACGAGCCCGATCCCGCCGCAGCAAACGCCCTCCAGGAAGGCCTCGGCGGACAATTCGGTGAGATGCGCACCATGATGCAATACCTGTTCCAGAGCATGAACTTCCGCGGCGACCCCGCTTCCAAGCCCTACAAGGACCTCCTTCAGGGCATCGGAACCGAAGAGATCAGCCACGTGGAACTCATTGGAACCACCATTTCCCAGCTCCTTGACGGCTCACCGCGATATCAAGGCAAGAAGACCGACCCTGTGGATGAGCCGGGAGCCAAGGGCGCCACACCATTGAACATCGCACTGGACCACAGCAACATCCACCACTATCTGGTGGGCGCACAGGGCGCATTGCCCGTGGATGCCGCCGGCAACCCGTGGAGCGGTTCGTACGTCTACAACAGCGGCAACCTGGTCCTGGACCTGCTGTACAACCTGATGCTGGAATCCACCGGCAGGCTACAGAAGTGCCGCATTTACGAAATGACGGAGAACAAGACAGCCCGCTCCACCATCGCGTACCTGATCGTGCGAGACCAGGCCCACGAGAATGCTTACGCCAAGGCACTGGAAAGCCTGGGCGTAAACTGGGGCAAGGTACTTCCCATCCCGAAGACCAACGCTGAGCAGTTCCCGGAAGTCAAGAAGCTTTTGGACAAGGGCCTGCAGAGCATCCAGTACACCTTCAGCGCGGACAACTTGAGCGAAGCCGGCAAACTTTTCCGTGGAGCTTCCCCGTCCAACGATGGCACCGAGCTAACCACCGATGTCATGCCCGACGGCTTCCCGATGACCATGTCGCCGGAGCGCAAGGAAGAGTTTGCGCCGGGGCTGGACCCCGAACTCCTGGCACTGATCCAGGCCGTGGCAGAGCAGGAATTGCAGGACGCGAACAATCCCAAGGGCGGCTAG MYLHTQLLINEIAADEPDPAAANALQEGLGGQFGEMRTMMQYLFQSMNFRGDPASKPYKDLLQGIGTEEISHVELIGTTISQLLDGSPRYQGKKTDPVDEPGAKGATPLNIALDHSNIHHYLVGAQGALPVDAAGNPWSGSYVYNSGNLVLDLLYNLMLESTGRLQKCRIYEMTENKTARSTIAYLIVRDQAHENAYAKALESLGVNWGKVLPIPKTNAEQFPEVKKLLDKGLQSIQYTFSADNLSEAGKLFRGASPSNDGTELTTDVMPDGFPMTMSPERKEEFAPGLDPELLALIQAVAEQELQDANNPKGG PGPT0013240_52 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013240-katN|ctjC|ydbD|yjqC-K07217 NA NA D3-18_03812 291 hypothetical protein ATGACCGAACACATTGCCGAAGTATCCGCCTGTAGCGTTGGTACGTGCGGATTCAACCACAATGGTTGCACCGCATTCGGAATCACCATCGGTGGCAGCCAGGACCACGCTTCCTGCGCAACGTTCATTGACACCAATGCCATGGGCGGCCTTCCAAAGGTCCTCGCCCACGTAGGTGCTTGCCAGCGCTCCGAGTGCGTCCACAACAACAACCTCATGTGCGAGGCACACGATGTCAAGGTTGGTCCCGGCCGCGAAGCCGCCGACTGCCTGACGTACGAGCACGCCTGA MTEHIAEVSACSVGTCGFNHNGCTAFGITIGGSQDHASCATFIDTNAMGGLPKVLAHVGACQRSECVHNNNLMCEAHDVKVGPGREAADCLTYEHA NA NA NA NA NA D3-18_03813 165 hypothetical protein ATGGTGCTGGGCGTAGTGGCCGCAGCCGTTTTTGCAGGTCTGGGCCGGATGGTCATCCAGAAAATCATGGCGGACAGAGCCGCACGGGAGCATCGCGTCACCGCACCTTTGGACAAGGAAACGCGGGCCAGGATCAGTGACGCCCTACGCACTCCAAGTAAGTAG MVLGVVAAAVFAGLGRMVIQKIMADRAAREHRVTAPLDKETRARISDALRTPSK NA NA NA NA NA D3-18_03814 252 purS COG1828 Phosphoribosylformylglycinamidine synthase subunit PurS ATGCCCCGGATCGTCGTTGACGTCATGCCCAAGCCCGAGATTCTGGACCCCCAGGGGAAGGCCATCGTGGGTGCTCTGCCCCGCCTCGGCTTCAACAGCTTCAGCGCAGTCCGCCAGGGCAAGCGCTTCGAACTGACCGTCGACGGCGAGGTGACCGACGCTATCCTGGCCCAGGCCCGCGAAGCTGCCGAGACTCTCCTGTCCAACCCGGTGATCGAGGATGTTGTCAACGTCGAGGTCGTCGAGGCCTGA MPRIVVDVMPKPEILDPQGKAIVGALPRLGFNSFSAVRQGKRFELTVDGEVTDAILAQAREAAETLLSNPVIEDVVNVEVVEA PGPT0021725_872 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021725-purS-K23264 NA NA D3-18_03815 771 purQ COG0047 Phosphoribosylformylglycinamidine synthase subunit PurQ ATGACGTCGATTCCCCTGATTGGCGAGGCAGTGGCCGTCGCCGCGGAGCCCCGCTTGGCCGGCGCCAAGATCGGCGTCGTGACCTTCCCCGGCACCCTTGACGACCGTGACGCCGCCCGTGCAGTGCGGCTTGCGGGTGGCACAGCAGTTTCACTGTGGCATGCAGATACCGAACTAGGCGACGTTAACGCTGTCATCATCCCCGGCGGTTTCTCCTACGGTGACTACCTCCGCGCTGGTGCCATTTCGCGTTTCGCACCGCTGATGTCCAAGATCATCGATGCTGCCAACTCCGAGGCAAAGCTCCCGGTATTGGGTATTTGCAATGGTTTCCAGATCCTGACTGAGTCGCATCTGCTGCCCGGTTCCATGATCAAGAACGACCACCTGAAGTTCATCTGCCGCGACCAGACGCTGCGAGTGGAGAACGCCAACACCGCTTGGACCGTGGACTACGCGGACGGCCAGGAAATCATTGTGCCGTTGAAGAACCAGGACGGCCAGTACATCGCCGACGAGAAAACCCTGGATGCCCTTGAGGCTGAGGGCCGTGTGGTGTTCCGCTACGTTGGCTTCAACCCGAACGGCTCCCGCCGTGACATCGCCGGTATCTCCAACGCAGCCGGCAACGTGGTGGGCCTCATGCCGCACCCCGAGCACGCCGTCGAGACCGGGTTTGGCCCCGAGTCCCTTGATGGTGCTCCCCGCGACACCGACGGCCTCGGTTTCTTCACCTCCGTTTTGACCAAGATTGTGGGAGGCGACAAGTGA MTSIPLIGEAVAVAAEPRLAGAKIGVVTFPGTLDDRDAARAVRLAGGTAVSLWHADTELGDVNAVIIPGGFSYGDYLRAGAISRFAPLMSKIIDAANSEAKLPVLGICNGFQILTESHLLPGSMIKNDHLKFICRDQTLRVENANTAWTVDYADGQEIIVPLKNQDGQYIADEKTLDALEAEGRVVFRYVGFNPNGSRRDIAGISNAAGNVVGLMPHPEHAVETGFGPESLDGAPRDTDGLGFFTSVLTKIVGGDK PGPT0020220_262 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0020220-purQ-K23265 NA NA D3-18_03816 2310 purL COG0046 Phosphoribosylformylglycinamidine synthase subunit PurL GTGACCACGGAAACCACCAAGAAGTTCAACATCGACACCGTTGAACACGCTGCCAAGACCCCGGACACGGAACTCCCGTGGGCTGAGCTGGGCCTGAAGCAGAACGAGTTCGACGAGATCGTCAAGGTACTCGGCCGCCGCCCCACCGGCGCCGAGTTGGCCATGTACTCGGTTATGTGGAGCGAGCACTGCTCCTACAAGTCCTCCAAGAACCACCTCCGCCAGTTCGGCGAGAAGGTCACCGAGGAAATGAAGAAGGACATGCTGGTTGGCATCGGCGAAAACGCCGGCGTCACCAACCTGGGCGACGGCTGGGCCGTGACGTTCAAGATCGAGTCCCACAACTCGCCGTCGTTCGTTGAGCCTTACCAGGGTGCCGCTACCGGCATCGGCGGAATCGTCCGCGACATCATTTCCATGGGTGCGCGCCCGGTTGCCGTGATGGACCCGTTGCGTTTCGGCGCGATCGACCACCCGGATACTGCCCGCGTCATGCATGGTGCCGTTGCCGGCATCGGCGGCTACGGCAACTGCCTTGGCCTGCCGAACATCGGCGGCGAAATGGTGTTCGACTCCGTCTACCAGGGCAACCCGCTGGTGAACGCACTCGCCGTGGGCGTCATGCGCCACGAGGACATCCGCCTGGCCAACGCCTCCGGCAAGGGCAACAAGGTTGTCCTGTTCGGTGCGCGCACGGGCGGCGACGGCATCGGCGGCGCTTCGGTGCTGGCCTCGGAGTCCTTCGATGACACCAAGCCCTCCAAGCGTCCGGCCGTCCAGGTGGGTGACCCTTTCGCTGAGAAGGTCCTCATCGAGTGCTGCCTGGAGCTCTTCAAGGGCTCCCTGGTTGAAGGCATCCAGGATCTCGGCGCTGCAGGCATTTCCTGCGCCACGTCCGAGCTCGCTTCCAACGGCGACGGCGGCATGGAGGTCGAACTGACCTCGGTCCTGCTGCGCGATCCCACGCTGACCCCGGGCGAGATCCTCATGTCCGAGTCGCAGGAACGCATGATGGCCGTTGTCACCCCGGAAAACATCGCAGCCTTCGAAGCTGTTATGGACAAGTGGGCCGTGGAGTACTCCTGGTTGGGTGAGGTCACCGATACAGGTCGCCTCATCATCACCTGGGAAGGCGAAGTAATCGTCGACGTCGATCCCCGCACCGTTGCGCACGACGGGCCGGTCTACGACCGTCCGTTCGCCCGCCCGGAGTGGCAGGACTCGGTCCAGGCCAACTCCTTCACCGGATCTGTTGAGGACGCCGGCCGGCCGTCGGCTCCCTCGGAGCTGGCTGCAGCCGTCACCGAGCTCGTCGCATCACCGAACATGTGCAGCAAGGACTGGATCACCAAGCAGTACGACCGCTACGTTGGCGGCAACACTGCCATGGCCTACCCGGACGATGCCGGCGTGGTCCGCGTTGACGAAGAAACAGGCTTGGGCGTTGCCCTGGCAACGGACGCCAACGGCCGCTACACCTACCTGGAGCCTTACCAGGGTGCACAGCTCGCGTTGGCTGAGGCCTACCGCAACGTTGCCACCTCGGGCGCTGTTCCGATGGCCGTCAGCGACTGCCTGAACTTCGGTTCCCCCGAGGACCCGGATGTTATGTGGCAGCTCGCCGAAGCCATCCGTGGCCTCTCGGACGCCTGCATGGAACTCGGCATCCCGGTCACCGGCGGCAACGTCTCGCTCTACAACCAGACCGGCACAACGCCGATCCACCCATCCCCCGTGGTGGCAGTTCTGGGCAAGCTCGACGACGTCGCCCGCCGTACGCCGTCGGGTTGGCGTGAGGACGGCCAGGCCATCTACCTGCTGGGCACCACCGCAGCAGAGCTGGACGGTTCCGAATGGTCCAACCTCCGCGGACACCTTGGCGGTTTGCCCCCCAAGGTGGACCTCGCAGCTGAGCGGGCATTGGGCGAGATCCTGATCAACGCTTCACGTGACGGCATGGTTGACGCAGCACACGACCTCTCCGAAGGTGGCCTCGCGGCTGCCCTGGTTGAGTCCTCGCTCCGCTACGGTGTGGGCGCCCGCATCGCCCTTGAAGAACTCATGGAGCGTGACGGAGTGGACCTGTTCACTGCCCTCTTCTCTGAGTCGCAGGCCCGGGCCATCGTGTCCGTGCCGCGCTCCGAGGAAGTCCGCTTCAAAGACATGTGTACTGCCCGCGGCTTCGCCCACCTCCGGATCGGCGTTGTTGACGCTGCCGGCGGAAAGCTGGAGATCAACGGCGTGGATGAGCTCTCCCTGGACGCTCTCCGCGAAGCACACGAAGCCACTCTGCCGAAGTACTTCGGCTAG MTTETTKKFNIDTVEHAAKTPDTELPWAELGLKQNEFDEIVKVLGRRPTGAELAMYSVMWSEHCSYKSSKNHLRQFGEKVTEEMKKDMLVGIGENAGVTNLGDGWAVTFKIESHNSPSFVEPYQGAATGIGGIVRDIISMGARPVAVMDPLRFGAIDHPDTARVMHGAVAGIGGYGNCLGLPNIGGEMVFDSVYQGNPLVNALAVGVMRHEDIRLANASGKGNKVVLFGARTGGDGIGGASVLASESFDDTKPSKRPAVQVGDPFAEKVLIECCLELFKGSLVEGIQDLGAAGISCATSELASNGDGGMEVELTSVLLRDPTLTPGEILMSESQERMMAVVTPENIAAFEAVMDKWAVEYSWLGEVTDTGRLIITWEGEVIVDVDPRTVAHDGPVYDRPFARPEWQDSVQANSFTGSVEDAGRPSAPSELAAAVTELVASPNMCSKDWITKQYDRYVGGNTAMAYPDDAGVVRVDEETGLGVALATDANGRYTYLEPYQGAQLALAEAYRNVATSGAVPMAVSDCLNFGSPEDPDVMWQLAEAIRGLSDACMELGIPVTGGNVSLYNQTGTTPIHPSPVVAVLGKLDDVARRTPSGWREDGQAIYLLGTTAAELDGSEWSNLRGHLGGLPPKVDLAAERALGEILINASRDGMVDAAHDLSEGGLAAALVESSLRYGVGARIALEELMERDGVDLFTALFSESQARAIVSVPRSEEVRFKDMCTARGFAHLRIGVVDAAGGKLEINGVDELSLDALREAHEATLPKYFG PGPT0021730_360 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0021730-purL-K23269 NA NA D3-18_03817 1419 COG2200 putative signaling protein GTGAGAGGCTCCAAGCCCCACAGGTTGATCCCCGCTGATTCACGGATCGAAAAACTGGAGCGGCACGTTCAGTCGCTGATGGAGGAGCTCCACCGAGCACGCTATGAACAGCGCCGCGAGGCCCTTACAGACGCGCTGACCGGGCTCGGCAACCGCCAAGCACTGGTGAATTCCTTCATTGAAGCCCAGGCAGCCGCGGCCAACGGGGCCGTCCCGCCGGCACTTCTCCTCCTGAACGTGGATGGGTTCAAGGCGCTGAAAAACTCCGCCGGCCATGCCGCGGCGGACCAGATTCTGGTCACCGTTGCCATGCGCATCCGCTCGGCCGTCCGGGAGAACGACGTCGTCACCCGCCTGGGTGGCGACGAATTCGCGGTGCTCTTGCCCGCCACCCCGCAAAGCCGGGCCGCCGCCGTCGGGAACCGCATCATGGCCGCGCTAGAGCCGAACATCGACCTCGGCAACAACAGCATCCGCTGCGGCGCAAGCCTTGGGCTGCGCACCGCTGAACCACATCACAGCATCGAGGACCTTCTGCAAGAGGCCGATCTGGCCATGGAAGAATCCAAAAACGAGGGCCGGAACAAGCTCAAAGTCTTCGATCCTTCCACCCTTCACGCGCGGCAACTCCAGCGGCAAATAGTGGGGGAACTCCGCGAAGCGATCCGTTCTGATCAATTGGTTCTCTTCTACCAGCCGATTGTGGAGCTCTCCACGGGCAGGATCGAAGGCTGCGAGGCTTTGGTCCGTTGGAACCACCCCCTTCATGGGCTGATCATGCCGGACCAGTTCATTCCCGTTGCGGAGGCCACTGGCCTGATCGCGGAACTGGGCAGGTGGGTCCTGCGGACGGCTGTGGGCCAGTTGCGACAGTGGCGGAATAATCCGGCCACCAAGCAGCACGATTTCTCCATGCGCATCAATGTTTCTGCCGCCGACCTTCAAAGCCTCGAGTTCGTGGACGACGTCGGTGAGGCTCTGGCCGAGGAGAGCCTGACCCCGGAATCACTGGTGCTGGAGCTCACCGAGAGCGCCATCATCCACAACAACGAGCTGGACCGATACACCTTGGCAAGCCTGCACAGGCTGGGAGTCGGACTCGAGATCGATGACTTCGGCGCCGGGTACTCGTCCATGGGCTACCTGCGGAAACTACCGGTGGACCGGGTAAAAGTAGACCGGCAATTCGTAAGGGACCTGGGCAAAGACCCTTCGCAACTCGGCTTCCTGGCCGCCATCCAGGAAGTCATCCGCTCCTGTGGCCTGGAGGGTGTTTGGGAGGGCATTGAGACCGCCGAACAAGCAGAGGCGCTCCGGAGTATTGGCTGCGCGAGCGGGCAAGGGTATTACTTCGGGCGGCCGTTGCCGGAAGCGGAGTTCACTGAGCAGTTGGCCAGGCAAGTGGTGTGGCCGGCTTAA MRGSKPHRLIPADSRIEKLERHVQSLMEELHRARYEQRREALTDALTGLGNRQALVNSFIEAQAAAANGAVPPALLLLNVDGFKALKNSAGHAAADQILVTVAMRIRSAVRENDVVTRLGGDEFAVLLPATPQSRAAAVGNRIMAALEPNIDLGNNSIRCGASLGLRTAEPHHSIEDLLQEADLAMEESKNEGRNKLKVFDPSTLHARQLQRQIVGELREAIRSDQLVLFYQPIVELSTGRIEGCEALVRWNHPLHGLIMPDQFIPVAEATGLIAELGRWVLRTAVGQLRQWRNNPATKQHDFSMRINVSAADLQSLEFVDDVGEALAEESLTPESLVLELTESAIIHNNELDRYTLASLHRLGVGLEIDDFGAGYSSMGYLRKLPVDRVKVDRQFVRDLGKDPSQLGFLAAIQEVIRSCGLEGVWEGIETAEQAEALRSIGCASGQGYYFGRPLPEAEFTEQLARQVVWPA PGPT0026010_3260 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GALACTOGLUCAN_METABOLIC_PATHWAY,PGPT0026010-mucR-K21023 NA NA D3-18_03818 504 hypothetical protein ATGACCTTCAACGAACTCACCACCCGGATCCAGATCCAGCACACCCAGGAACTGTCCGCGTTCCGGCAAGGCATCACCAGCCCGCCCTACAAAGCTGGAACACCCACAATGCTGAACGCTGACCGGCGCTCAGTAAGGATGGGTCCCGTTCAGTCGGTGGAGGACAACAACGCAAACCTCACCATCGTGGCCGACGTCGAAGGCCTCGCCTGGTTCACTGCGGACAAGGGCCTCCTGGGCAGTTGCATCACAGTGTCCATCGCCGGCCACCGCAGGAACACCGGCACCCGCGTGCACCTCCCGCTCGCAGAATGCGACGCCTGGATTGAGGCGATCCTTGGCGGGGCGTGGATCACCCACGTGTACCGCGCCGGAAACAAGGTGGAGCCTGATGGCAGGCTGGACATTGCCTCATACCGGCTGTTCCTGGACGAACGCCGTAACCCCGTGGCCAAACCGCAGGCTGTCGCCGACTCCAGCCTGCGGCGCTTGGAAGAGTCGTGA MTFNELTTRIQIQHTQELSAFRQGITSPPYKAGTPTMLNADRRSVRMGPVQSVEDNNANLTIVADVEGLAWFTADKGLLGSCITVSIAGHRRNTGTRVHLPLAECDAWIEAILGGAWITHVYRAGNKVEPDGRLDIASYRLFLDERRNPVAKPQAVADSSLRRLEES NA NA NA NA NA D3-18_03819 1179 hypothetical protein ATGGAGCTCGATGCATTCTCGGTGAGGGTCGCGCTGGGTGTGGTCACAGTGACCCTCCTGGTGCTGTTCTGTACTTCATTCCACCGCACGCGCTCGCCGTATGCAGGCTGGTGGAGCCTGGCTCTGCTCGAGTTCATGGCGGGTAATGCCGCCTTCCTCCTCAACGGAACCCCCCACCAGCAATGGGCCAACCCCTTGGGCAACGTCCTGGTGGTGGCGGGCGCGTTCAGCGTGTGGGCCGGAGCGAAGACCCTCCGGGACCGGAAAGCCGCATCATGGCAACTGGCTTTTGGTCCGGCCGTCACTGCTATTGCATCCCTCCTGGAAAACCCGGGGAGCAACGTTTGGTCCGGAGGCTTCGTCTATCTGGCCATGATGACGTTGGGCATAGCGTTGGCCGCGTATGACCTCTGGTTTATCAAGTCTTCGCATTCGCAAGTCCACAAAGCCCTGTCCATCGCCGCCGGCCTGCTGGCCGCCTACTACCTGGGCCGCTGGATGGTTTATGCCCTCGAAGGTCCGGGCAGTTACACGTTCCGTACGTATTTTGGGGCCGGACCGTCAGCGCTGATATCGATGGTTCTTCTTGTCACAGTGTCCTTCAGCATGACGGCCCTGACCAGCGACCAACTCATCAAAGGCCTCCGGGAACGTGCCACCCGCGACCATCTGACGGGACTCCTCAATCGTGGAGCCTTCCTGGACCTCGCCACGACGGAGCTTGAGCGCCTTCACGCCACAGGCTCCGGCGCCGCCATCGTCCTGGCCGACCTGGACCACTTCAAAGCAGTCAACGACGAACATGGTCACGGGGCAGGGGATGTGGCCTTGCAGGCATTCGCTGACGCCTGCACGGCCTCGGTCAGGTCTACAGATTTCATTGGACGCTATGGAGGCGAAGAATTCGTCCTCTTCCTGCCGGGAGCTACGCAGGACCGGGCCGAGAACATCGCTACGGAAATCAGCCGCCGGATGGCAGCTCTTCCGACTCCAGAGGGCGTTGTGTTCCCCACCGTCAGCTACGGAGTCACGTCAAGCATTCCCGCTGCAGCCGACCTCAATTTCATGATCGAGGTAGCGGACGCAGCCCTTTACAGCGCGAAAGCGCAAGGAAGAAACAGGATTGTAGGAGCCGACCGCCTTGAGGCGGCCACTATCGCGGATGAGGCACGATCATGA MELDAFSVRVALGVVTVTLLVLFCTSFHRTRSPYAGWWSLALLEFMAGNAAFLLNGTPHQQWANPLGNVLVVAGAFSVWAGAKTLRDRKAASWQLAFGPAVTAIASLLENPGSNVWSGGFVYLAMMTLGIALAAYDLWFIKSSHSQVHKALSIAAGLLAAYYLGRWMVYALEGPGSYTFRTYFGAGPSALISMVLLVTVSFSMTALTSDQLIKGLRERATRDHLTGLLNRGAFLDLATTELERLHATGSGAAIVLADLDHFKAVNDEHGHGAGDVALQAFADACTASVRSTDFIGRYGGEEFVLFLPGATQDRAENIATEISRRMAALPTPEGVVFPTVSYGVTSSIPAAADLNFMIEVADAALYSAKAQGRNRIVGADRLEAATIADEARS NA NA NA NA NA D3-18_03820 294 hypothetical protein ATGTGGATCGGCTGGATTGAGTTCGACGTCCTCTTGGGCGACGTCCATAGCCTCAAGGAGAAGCGCTCGCTAGTACGGCCCCTCGTGGCTGAGCTCAAGCGGCGCTTCGAGGTGTCAGCCGCTGAAACGGGCATGCAGGACCAACATCGGCGAGCGCTGGTGGGTGCCGCTGTGGTGGCCGCCGACCACGCGCACCTTCAGCAAGTGCTCGACGCCGTTGAACGGTTCGTGGCTGCCCGGCCTGAGTTTGAGCTGCTGAGCGCACGGCAGCGGGAGCTGCACAGCGAGGACTAG MWIGWIEFDVLLGDVHSLKEKRSLVRPLVAELKRRFEVSAAETGMQDQHRRALVGAAVVAADHAHLQQVLDAVERFVAARPEFELLSARQRELHSED PGPT0014535_364 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_HERBICIDIAL_STRESS HERBICIDIAL_STRESS-PARAQUAT_STRESS_REDUCTION,PGPT0014535-ylxP-K09764 NA NA D3-18_03821 642 rspR_4 COG1802 HTH-type transcriptional repressor RspR ATGATCCAGATGACCCCCACTGCACAGTCGCAGCCAGAAGTGGCCTACCAGTGGATGAAAAGCTACATCGCAGCGCTCCCTCGTGAGGAGGAAACCTTCCTCAACGAAGGAGTCCTGGCAAAGACCACCGGCACATCAAGGACACCTGTGCGTGAGGCCTTGCTTCGTCTTGAAGCCGAGGGTTTCGTTAAGCGCGTCCCCCACAAAGGCGCCTACGTCCCGCCGATCTCGGACCCCGATGTCCGGGCCATCCTGCAGGCCAGATCGGTAGTGGAAAAGTGGGCGGTCTCAGCCGTGGAGACCATGCCCGACTCCCAGATCGATGCCTTCCAGCGCATCATTGACCAGCAACAGGAAGCGCGGGAAGACCCTGCCCGCTTTATTGAGCTGGATACCGAATTCCACACCCTGATGGTCCGGGCGGGCGGCAATCCTGTGCTTGCCGAATTCTATGCTTCCCTTCGGCAGAAGCAGCTCCGGATCGGTGTCAAGGCAGTCAGCCAAGGCACCGATCGCGCCGGGGATGTCCTCCGCGAACACCAGTTGATTGTTGACGCCCTCCGCAGCCGAAGCCTCGACGCGGCCCACAAAGCCATTGATGCGCACCTGGACTCCACCCGCCTGGCGGTCATTGGCTACTAA MIQMTPTAQSQPEVAYQWMKSYIAALPREEETFLNEGVLAKTTGTSRTPVREALLRLEAEGFVKRVPHKGAYVPPISDPDVRAILQARSVVEKWAVSAVETMPDSQIDAFQRIIDQQQEAREDPARFIELDTEFHTLMVRAGGNPVLAEFYASLRQKQLRIGVKAVSQGTDRAGDVLREHQLIVDALRSRSLDAAHKAIDAHLDSTRLAVIGY NA NA NA NA NA D3-18_03822 1368 abaF_9 Fosfomycin resistance protein AbaF ATGACCGAATTGAAGAAAGCAGAACTGAGGCGACAGAAGCACTCCAGCCTGCCCGTCGTTGCTGCTTCGAGCCTCGCCGGCACCGCCGTCGAATGGTATGACTTCTTCCTCTACGGCACCGCGGCCGCGCTGGTATTCAACAAGCTCTACTTCCCCACCGACGATCCCATGGTGGGCACCATGCTGGCCCTCGGAACATTCGCAGCCGGTTTCCTTGCCCGTCCCATCGGCGCAATAGTCCTGGGACACCTCGGCGACAAGCATGGTCGTCGAGCCACCTTGGTTGCCAGCCTGATGCTCATGGGCGTGGCTACAACCCTTATCGCTTTCATCCCCTCCTACGCCGCCATCGGGCTGGCAGCACCTTTGCTCCTCCTGCTGCTCCGCCTGATCCAAGGCTTTGCCCTGGGCGGTGAGTGGGGCGGCGCCGTCCTGCTGGTTTCCGAACACAGCAATGAGAGCACCCGGCGCGCTTTCTGGTCCTCCTGGCCAAACATGGGTCCGCCCCTGGGCAACCTGATGGCCGCAGGCGTCCTGGCCATCCTGGCCGCCACCATGCCGGAGAGCGAATTCCTGGCATGGGGCTGGCGCATCGCGTTCGGATTGTCCGCCCTGCTGGTTGTCATCGGCCTCATCCTGCGGCTCTACGTGCAGGAAACCCCGCTGTTCAAGGAAGCACAGCGCAAGCGCGAAGCCGAAGGCAACAAGGAACGGAAGCTGCCACTGACCATCCTGTTCCGCCGCAACTGGCGTGAAATCCTTATCGCCACCGGCAGCCGGATGGGCGAAAACGCAGGCTTCTACATCTACTCGCTGTTCATCATCACGTACGTCACCCAGATCATGGGGCTGCAAAGGCAAACGGGCCTCACCGCCGTCATGATCGGCCAGGGCGTCGCCGTCGTCGCCATTCCCATCCTCGCCGTCTACGCAGACAAGGTGGGCCGTAAACCAATCCTGATTGGTGCCTCGATCGCCACCATGGTGTGGGCCTTCGCGTTCTTCTTCCTGCTGAACACCGGCCAGGTGTGGGGCATCATTGCCGCAGCTGTGGGAGGGCTCCTGATCTTCGCGGCGTACAGCTCAGTGATCGGCGCGTTCTTCTCTGAGCTCTTCCCCACGGACGTCCGGTACAGCGGAACCTCAGTGTCCTACAACCTGGCGTCGCTGATCGCAGGTTCGTTGTCCCCCATCATCGCCTTGGCTCTCTACAGCGCTTTCGGCACCGGCTACGCGATCGGCATCTACCTCGCGGCCATGGGCCTGATCTCCATGGTCTCGGTGATGTTCGCCAAGGAAACCAAGGGCCTGAAGCTCAGCGATCTGGACAAAGACTTGACCCCAAGCCTGGACAAGGAACAAGCATGA MTELKKAELRRQKHSSLPVVAASSLAGTAVEWYDFFLYGTAAALVFNKLYFPTDDPMVGTMLALGTFAAGFLARPIGAIVLGHLGDKHGRRATLVASLMLMGVATTLIAFIPSYAAIGLAAPLLLLLLRLIQGFALGGEWGGAVLLVSEHSNESTRRAFWSSWPNMGPPLGNLMAAGVLAILAATMPESEFLAWGWRIAFGLSALLVVIGLILRLYVQETPLFKEAQRKREAEGNKERKLPLTILFRRNWREILIATGSRMGENAGFYIYSLFIITYVTQIMGLQRQTGLTAVMIGQGVAVVAIPILAVYADKVGRKPILIGASIATMVWAFAFFFLLNTGQVWGIIAAAVGGLLIFAAYSSVIGAFFSELFPTDVRYSGTSVSYNLASLIAGSLSPIIALALYSAFGTGYAIGIYLAAMGLISMVSVMFAKETKGLKLSDLDKDLTPSLDKEQA PGPT0002956_62 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_03823 795 2-oxoglutaramate amidase ATGAAAATCGCACTCGTCCAAGTGGCCAGTCCGGACTCCGAAACCCGTGAGGAACGGATTGATCGCGTGGAAGCCATCCTTCGGGGCATCAACGGCGCAGAACTCATCGTGCTTCCTGAACTCTGGAGCGCCGGCTACTTCCACTTCGATGCCTATGAGGACCTCGCGGAAACATTGGACGGGCCAACAGTCTCCATGTGCTCGCGGGTAGCGGCGGACCTGGGTGTCTACCTTCACCTCGGCAGCATCATCGAGGCGGGTGAGGACGGCCAGCTCAGCAACACCTCCATCCTGCTGGGGCCGGACGGCAGCGTGGTCCACACGTACCGGAAGATCCACGTATTCGGCTACAAGTCCAAGGAAGCCAGCCTGCTCACTGCCGGCTCCTCACTTCCCGTAGTCCCACTGCCGTTCGGCGCCGTTGCCGGCATCACCTGTTACGACCTCCGCTTCCCCGGGTTGTGGATGGAGTTGAGCACCCGCGGTGCGGACATCGTGATCGTTCCCGCAGCCTGGCCCGCTGCAAGGCGGGAACACTGGCGGTTGCTCACCACTGCCAGGGCCTTGGAACACCAGATCTTCGTGATCGCCTGCAACGCCGCGGGCAACCAGGAAGGCGTGGACCTTGGCGGTTATAGCCGGGTGGTGGACCCGGGTGGCAACGTCATTGCCGAAGCGGGCTCCGACGAAACCGTGCTGATGGTGGACATCGATCCCCTGCAGGTGCAGGCCGTCCGTGAAGAGTTCCCCGTCATCGGCGATCGCCTTCCCGCCTACAACACTTTGACTGTCTAG MKIALVQVASPDSETREERIDRVEAILRGINGAELIVLPELWSAGYFHFDAYEDLAETLDGPTVSMCSRVAADLGVYLHLGSIIEAGEDGQLSNTSILLGPDGSVVHTYRKIHVFGYKSKEASLLTAGSSLPVVPLPFGAVAGITCYDLRFPGLWMELSTRGADIVIVPAAWPAARREHWRLLTTARALEHQIFVIACNAAGNQEGVDLGGYSRVVDPGGNVIAEAGSDETVLMVDIDPLQVQAVREEFPVIGDRLPAYNTLTV NA NA NA NA NA D3-18_03824 696 hypothetical protein ATGCAAACACAGGAAACCACAAGGCAAGTCCCGCTCACCTTCAGGGTGGTGGGCACCGACCAGACAATCGTCGTCACCGACTTCCATGCAGTAGTGGCCGGCTACACGGGCCGCGATCCCAAGGCAGTCCAGCATCACATCGATGAGCTCGCCGCAATCGGCGTGGCTCCCCCACCGGAGGTTCCCATGTTTTACCGGATGGACTCGGACCTGTTCGAGACCTCGGGTGAACATGACACCACCGAGAACCTGACGTCCGGCGAGATCGAGCCCCTCTACATCCGCCACGACGGAAAGTACTACCTCGGTATCGGCTCCGACCACACAGACCGGGACATTGAAGCCCGCGACATCGGCGATTCCAAGCGGGCATGCCCCAAGCCTGTCTCAAACGAGGTAATCGCTGTCGAATCACTGGAAGACCTGGATCTCGACGAATGCACCGCCCGTTCATGGGTTGATGGGGCCCTGTACCAGGAAGGTTCGCTGAGCGGCCTCCTCAAGCCGGCCGACGTCGTCGAGCGTCTTCTGTCACGAACCGACATCGGCGACGCTGATTTCATGTGCTTGGGAGGCACGCTTCCGCTCCTGAACGGGAAGTTCGTCGACGGAACTTCCTGGAAGTTGGAGCTCTCCTTCCCGAATGGGACCACCATTGAACATAACTACAAAATCAAGAAAGGCTCACTCCGATGA MQTQETTRQVPLTFRVVGTDQTIVVTDFHAVVAGYTGRDPKAVQHHIDELAAIGVAPPPEVPMFYRMDSDLFETSGEHDTTENLTSGEIEPLYIRHDGKYYLGIGSDHTDRDIEARDIGDSKRACPKPVSNEVIAVESLEDLDLDECTARSWVDGALYQEGSLSGLLKPADVVERLLSRTDIGDADFMCLGGTLPLLNGKFVDGTSWKLELSFPNGTTIEHNYKIKKGSLR PGPT0020455_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020455-hpaB-K00483 NA NA D3-18_03825 1488 hpaH COG2368 Anthranilate 3-monooxygenase oxygenase component ATGAGAACCGGAAAGCAGTATTTGAAGTCCCTGAACGACGGCCGGACGGTGATCCTCGACGGCGAGGTAGTCGGAAACGTCCTGGAGCACCCGGCCTTCGCGAACGTTGCCCGGACCATGGCCGAGCTGTTCGACATCGCAGCCGATCCTGCCAACGGCATGCAGTTCCACTCGGAAGAGATCAACGCACCGGCCAACCGCACCTTCGCCGCTCCCCGCACGCAGGAAGAGCTGGTCCTTCGCCGCCAGGCAATCGAAAAGTGGGCCAAGCACACTCACGGCTGGGTGGGGCGCAGCCCCGACCACGTTGGAACTTTCTTCGCCGCATTCGGTTCCCACCCGGACGTCTTCAAGAACGACGAACGGGACTTTGCCGGCAACGTGGAGCGGTACTACAAGAAGATCCTGTCCGAGAATCTGTACCTCTCCTACGCGATCATTCCCCCGCAGGTTTCCCGCGCAACCACAGCGTCCGGTTGGGAAGGCGAATACCTGCAGGTCGGCGTCGTACGTGAGACCGAGGAGGGCATCATTGTCCGCGGTTCGCAGATGCTCGCCACCGGCGCCGCCATTGCCGACGAAGTGTTTGTCACCTGCATCAAGCCCCTTGGCCCGGACGATGTGGACTTCGCGGTCAGCTTCGCCATCCCGGTGGCAACCGACGGACTCAAGCTGTACTGCCGCCGTCCGTTCGCGCCTGCTGCGACCAGCGAGTTCGATTACCCGCTGACCAGCCACTACGACGAGCCCAACGCTTTGGTTGTTTTCGATGACGTGCTCATCCCGTGGGACCGGGTGTTCATCAACCGGAACATCGAGACCCTGCGCCGTCAGTTCTTCGACACCGGCGCCCACGCCCTGGGCAACTGGCAGGCCCAGATCCGGTTCTCCACCAAGCTGAAGTTCATCGCCTCCGTTGCCCGCAAAGTTGCGCAGGTCAACGGAACGGACAAGATCCCCGGCGTGCAGGAGAAGCTGGGCGAGCTCGCCGCCATTGTGCAGTCCGTTGAGTCAGCCGTCCTCGCCGCCGAATACACAGCAACCACGGACGACGCCGGCATGAGGGTTCCGGGCAAGAGCGCACTTTACGGGGCCATGGGCTTGCAGTCCGAGACGTACCCGCGGGTGATTTCCATCCTCCGCGACCTGGTAGGCGGAGGCGTCCTGCAGCTGCCGTCCAGCATCGCCGACATGACCAGCAGCGTGACACGTCCGGACATGGAGCGCTACGTCCAGTCGCCGGGCGTTGCCAGCGAGGAACGAGTCAAACTGTTCAAACTTGCCTGGGACATCATCGGTTCTGAGTTCGCCGGCCGCCACCAGCAGTACGAAATGTTCTACGCCGGTGCGCCGTTCGTGGTCCGCGGTGCCTACACCTACAGGAACTACGGCTATGACGCACTGGTTGCGGAGCTGGACACGTTCCTCGGTTCGTACAGCATCGACAGCACAGTCAATGGGACCGGCACCGGCATCGAAGGAGCATAG MRTGKQYLKSLNDGRTVILDGEVVGNVLEHPAFANVARTMAELFDIAADPANGMQFHSEEINAPANRTFAAPRTQEELVLRRQAIEKWAKHTHGWVGRSPDHVGTFFAAFGSHPDVFKNDERDFAGNVERYYKKILSENLYLSYAIIPPQVSRATTASGWEGEYLQVGVVRETEEGIIVRGSQMLATGAAIADEVFVTCIKPLGPDDVDFAVSFAIPVATDGLKLYCRRPFAPAATSEFDYPLTSHYDEPNALVVFDDVLIPWDRVFINRNIETLRRQFFDTGAHALGNWQAQIRFSTKLKFIASVARKVAQVNGTDKIPGVQEKLGELAAIVQSVESAVLAAEYTATTDDAGMRVPGKSALYGAMGLQSETYPRVISILRDLVGGGVLQLPSSIADMTSSVTRPDMERYVQSPGVASEERVKLFKLAWDIIGSEFAGRHQQYEMFYAGAPFVVRGAYTYRNYGYDALVAELDTFLGSYSIDSTVNGTGTGIEGA PGPT0020455_493 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_TYROSINE_DEGRADATION,PGPT0020455-hpaB-K00483 NA NA D3-18_03826 372 hypothetical protein ATGGCAAAGCCCGAAGTGGAGTTCACGCCTGTATCTTCAGTGGACTTCGCACCCTGCAATCCACACATCGAGGGCCTCTCCGAGGCCATCCTCGCCCGGGATTCGGACAACGACAGCGTCACGCGCATCCTCAAGTTCGAGCCGGGCACGGATACTTCCCCCAACGGCGTCCTCACGCACGATTTCTGGGAAGAGGTGTTCATCTTCGAAGGCTCCTTCGTAGATCAGCGCCTCGGGAAGACCTTTAAGGCCGGCGACTGGGCAACCCGACCTCCCGGAATGGAACACGGACCCTGGGTTTCCGAAGACGGCGCCAAGATGTTCGAAGTTCGCTACTACACGGATCCTGCACAAACGGAGCGGAGCAACTGA MAKPEVEFTPVSSVDFAPCNPHIEGLSEAILARDSDNDSVTRILKFEPGTDTSPNGVLTHDFWEEVFIFEGSFVDQRLGKTFKAGDWATRPPGMEHGPWVSEDGAKMFEVRYYTDPAQTERSN NA NA NA NA NA D3-18_03827 525 rutF_1 FMN reductase (NADH) RutF ATGAGCCTGGCACCAGCCTTCACCATCCCTGATGCGATGGGGATGCGCCGTGCGATGGGGCGATTCCTCACCGGCGTTGCCGTGGTCACCACCAAGCACGACGACGAGCTGTACGGGATGACCATCAGCTCGCTGACCTCCATCAGCTTGGAACCGCCCATTCTGATGATCTCGCTGAACTTTGGCACCCGCACCGGCGAGGCCCTGATGGCAAGCGGTAAGTTCGCCGTATCCATCCTGGGTGCGAAGCAGGAGTCAGTGGCACGGCGTTTCGCCGTCCGGGGTGGGGACCGCTTCGGCGAAGGAGATTTCGACGTTACAGACAGCGGGCTTCCGGTGATCAAGGGCGCCCTGGCCCAGGCCGATTGCACGGTGGTGCAGCAGTACGACGTCGGCGATCACCAGGTGTTCTTCGGCCAGGTCACCACGTGCCGGGACCGGGACGGCGAGGTGCTGGCGTTCAAGGCCGGCCGTTTCGGCTCGTTCAGCGACTTCGGCCACGCAGAGATTCCCTGGATGTTCTGA MSLAPAFTIPDAMGMRRAMGRFLTGVAVVTTKHDDELYGMTISSLTSISLEPPILMISLNFGTRTGEALMASGKFAVSILGAKQESVARRFAVRGGDRFGEGDFDVTDSGLPVIKGALAQADCTVVQQYDVGDHQVFFGQVTTCRDRDGEVLAFKAGRFGSFSDFGHAEIPWMF PGPT0005655_7 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_NITROPHENOL_DEGRADATION,PGPT0005655-npcB-K21727 NA NA D3-18_03828 321 hypothetical protein GTGATTTTTATTGTGGTCAAGTTCAACGTCAAGCCCGACTGGTCCGAGCGCTGGCTGGACCTGGTGGCCGACTTCACCAAGGCGACCCGCGAAGAGCCCGGCAACCTGTGGTTCGACTGGTCCCGCAGTGTGGACAACCCCAACGAGTTCGTCTTGGTGGAAGCCTTCCAGGATGACGCCGCTGAGGCCCACGTCAACAGCGCACACTTCAAGAAGGCCATGGCGGACATGCCGCAGGCCCTCGCGGAGACTCCCCACATCATCAGCCGCCAGTTCGAAGGCAGCGGCTGGGACCGCATGGGAGAACTGACCATCGACTAG MIFIVVKFNVKPDWSERWLDLVADFTKATREEPGNLWFDWSRSVDNPNEFVLVEAFQDDAAEAHVNSAHFKKAMADMPQALAETPHIISRQFEGSGWDRMGELTID PGPT0002045_54 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 D3-18_03829 894 ngcG_6 COG0395 Diacetylchitobiose uptake system permease protein NgcG ATGACTACCAAAGTCTCAACTCCGGAAATGAAGTCACTGCACTTCCAGCCGCGGACCCCGGGAACCACCACGGGCGACAAAGTGGTGGGGGCGGTCTCGCATACCGCGCTGACCATTTGGACCCTCATCGTCATCCTTCCGCTGCTGTGGACGTTCATGTCCTCCTTCAAGACGTCCAGCGAGATCTTCGCCTCGCCGTTCGCCTTGCCGGGTGAATGGAAGCTGGACAACTACGTCAAGGCCTGGAGCGAGGCAGGCATCGGATCTGCCTTCCTCAACTCGGTTCTGGTAGTGGCCGTGGCACTGGTGATCGTTATGGTCCTCGGGGCCATGTGCGCATACGTTCTGGCCCGCTACACGTTCCGGGGCAGCCGGGCCATCTACTACTTGATGCTCGCGGGCCTGACCTTCCCGATCTTCCTGGCCATGGTGCCGTTGTTCTTCGTCCTGAGGAACATGGGCCTCCTGAACACCCTGCCGGGACTGATCCTGGTGTACGTGGGCTTTGCACTTCCGTTCACCGTGTTCTTCCTGTTCTCCTTCTTCAAGTCGCTGCCGCACGAAATCACTGAAGCAGCGGCCCTCGACGGAGCAGGGGAGTGGCGGACGTTCTTCCAGGTGATGCTGCCCATGGCCAAGCCGGGCCTCGCCTCGGTTGCCATCTTCAACTTCCTTGGCCTCTGGAACCAGTTCCTCATTCCGGTGTCCATCAACGCCGCCGGTCCTCGAGTCCTGTCCCAGGAACTCGCGGCCTTCGCCGGCCAGATGGGCTACGCCGTGGACTATGGCGCGCTGTTCGCGGCCGTCAGCGTCACCGTCATTCCGGTGCTCATCGTCTACGTGATCTTCCAGCGCCAGCTGCAGGGGTCGGTTTCGCAGGGCACATCCAAGTAA MTTKVSTPEMKSLHFQPRTPGTTTGDKVVGAVSHTALTIWTLIVILPLLWTFMSSFKTSSEIFASPFALPGEWKLDNYVKAWSEAGIGSAFLNSVLVVAVALVIVMVLGAMCAYVLARYTFRGSRAIYYLMLAGLTFPIFLAMVPLFFVLRNMGLLNTLPGLILVYVGFALPFTVFFLFSFFKSLPHEITEAAALDGAGEWRTFFQVMLPMAKPGLASVAIFNFLGLWNQFLIPVSINAAGPRVLSQELAAFAGQMGYAVDYGALFAAVSVTVIPVLIVYVIFQRQLQGSVSQGTSK PGPT0016425_165 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 D3-18_03830 1026 ngcF_2 COG1175 Diacetylchitobiose uptake system permease protein NgcF GTGACTGTAGTGAAAACTCAGCAGAGCCGGAACGACGACGGCCTGGCCGCCGTCGTTCCGGCAACGGCTCCGCAGCAGTTGGTTAAGCGGCGGCGGAAACCGTTGACATGGGACAAGGTCAGCTTCTTCGCGGTCTTCCTCGGACTGCCGCTGGCGATCTACCTGTTGTTCGTGATTTGGCCCTTCGTGCAAGCCTTCGGTTATTCGTTGACGGACTGGTCCGGATTCTCGCCCACCCAGAACTTCATCGGCCTTGAGAACTACACCAAGATCTTTACGGACGACATTTTCATGAAGGCCATGGGGAACAACATCCTCTTGGTCATCTTCCTCCCCATCATCACCATCATCCTGAGCTTGGTGCTCGCGTCATTGGTGACGGTTGGCGGTAGCAGCAAAGGCCAGATCAAGGGCCTGCGGAACTCCAGCTTCTACCGGGTTGTGTCGTTCTTCCCCTACACGATTCCGGCGATCGCCATTGGCATCATGTGGGGACAGATCTACGATCCCTCCGGTGGCCTGCTGAACGGCATCCTGACCGGGCTCGGCTTTGACCAGTTCAAGGACTTCGCCTGGCTGGGCGATAAGAACACCGCAATGATCGCCACCATGTTCGTGATCGTCTGGGGCTTTGTTGGCTTTTACATGGTTCTCTTTGTTGCCGGTATTAAGGGCATTCCTGCCGAGCTTTTCGAGGCCGCCAGGATCGATGGTGCCGGTCGCTTCCGCACCGCGGTGTCCATCACCATCCCTTTGATTCGCGACAACATCCAGACTGCCTACATTTACATGGGCATCCTGGCGTTGGATGCTTTCGTTTACATGGCGGCCCTGAACTCGGGCGGTGGCCCGGACAACTCCACGCTGGTCATGGCGCAACAGCTGTTCTTCACCGCATTCAGCAAGGGACAGTTCGGCCTCGCCAGCGCCATGGGCGTTGTGCTGGCCGTTGCCACGCTGATCTTCTCCGGACTGGTCTTCCTGGTCAACCGGCTCACCGGCGGCGATAAGGATGTGAGCCTGTAA MTVVKTQQSRNDDGLAAVVPATAPQQLVKRRRKPLTWDKVSFFAVFLGLPLAIYLLFVIWPFVQAFGYSLTDWSGFSPTQNFIGLENYTKIFTDDIFMKAMGNNILLVIFLPIITIILSLVLASLVTVGGSSKGQIKGLRNSSFYRVVSFFPYTIPAIAIGIMWGQIYDPSGGLLNGILTGLGFDQFKDFAWLGDKNTAMIATMFVIVWGFVGFYMVLFVAGIKGIPAELFEAARIDGAGRFRTAVSITIPLIRDNIQTAYIYMGILALDAFVYMAALNSGGGPDNSTLVMAQQLFFTAFSKGQFGLASAMGVVLAVATLIFSGLVFLVNRLTGGDKDVSL PGPT0016420_13 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 D3-18_03831 1410 ngcE Diacetylchitobiose binding protein NgcE ATGAACGTTCAGCACCAGTCCGTCGGACGCCGTGGATTCCTGCGCGGAGCACTCGCAGCAGCAGTGCTCGTGCCTATGGGTGGAACCATTGCTTCCTGTGCCGCAGGTGGCGGCGGCACTACCACCGGCCCCACCGGCACTGTCTCCGACACCAACCCGTTTGGCATGGCGGAGAAAGCAACCCTCGACGCCGTGATCTTCAAGGGCGGCTACGGCATCGACTATGTCGAGTTCGCCGGCAAGATCTTTGAAAAGACGCACGAGGGCTCCACTGCCAAGATCGCCCCGTCCACGGATATTGCCCAGGAGCTCCAACCGCGCTTCGTGGGTGGCAACCCGCCGGACCTGATCGACAACTCCGGTGCAAAAGCCATCGGCTTCAGCACCATCCTGGCCCAGCTCGAGGACCTCACCCCCCTTGTGGAGGCGAAGAACCTCGAAGGCAAGGTCATCAAGGACACCCTGTACACCGGCGTACTGGCTCCAGGTACCTTCGACGGCAAGCTTGCTGCCCTGAACTACGTGCTGACCGTCTTCGCCATGTGGTACTCGGATTCCCTCCTCAAGGAAAATGGCTGGACGCTGCCCAAGACCTGGGACGAGATGTACACCTTGGGCGAGCAGGCCAAGGCCAAGGGTAAGTACCTGTTCGTATGGGGCAAGGAAGCTGCCACCTACTACCAGGAAATGGCTATCGCGTCCGCAGTCAAGGAAGGCGGCGACGAAGTCCGCATCGGCTTGGAGAACCTCACGGCCGACTCATGGTCCCACCCGGCTATCCAGTCCGTCTTCACTGCGCTGGACAAGATCGTGAAGGCAGGGTTCTTCAAGCCTGGTGGCTCCGGCACCCAGTTCACGGCAGCACAGGCTCAGTGGACCAACGCCCAGGAGGCCGTGTTCTACCCGTCAGGTTCCTGGATTGAAAACGAAATGAAGGACCAGACCAAGGCAGGCTTCAACATGATGGGCGCTCCCGTGCCCACGGTTACTACAGGCTCCAAGCTGCCTTACACGTCCCTCCACAGCGCTGCGGGCGAGCCGTTCATTGTTCCCTCGCAAGGCAAGAACGCTGCCGGCGGCAAGGAATTGCTCCGCATCATGCTGTCCAAGGAAGCTGCGACCAACTTCGCCAAGACCAAACTGGCCCCCACCATCGTCAAGGACACTGTCCCGGCCGACGGCTTCGGTTCCACGGCGCTGGTCTCTCAGACCAAGTTGCTCGCTGACGCCGGCGAGGACATCTTCACTTGGAATTTCATTGACCTCTACGGAACCAACAAGGACCAACTGGTGGTCTGGAACAGCTTCCTGGACGGCAAATCGGACGTCGCAACCCTCACCTCCGCACTGCAGAACATCTCCGACAAGGTCCGCAACGACAGCTCGGTCAAGAAGATCGAAGTGAAGTGA MNVQHQSVGRRGFLRGALAAAVLVPMGGTIASCAAGGGGTTTGPTGTVSDTNPFGMAEKATLDAVIFKGGYGIDYVEFAGKIFEKTHEGSTAKIAPSTDIAQELQPRFVGGNPPDLIDNSGAKAIGFSTILAQLEDLTPLVEAKNLEGKVIKDTLYTGVLAPGTFDGKLAALNYVLTVFAMWYSDSLLKENGWTLPKTWDEMYTLGEQAKAKGKYLFVWGKEAATYYQEMAIASAVKEGGDEVRIGLENLTADSWSHPAIQSVFTALDKIVKAGFFKPGGSGTQFTAAQAQWTNAQEAVFYPSGSWIENEMKDQTKAGFNMMGAPVPTVTTGSKLPYTSLHSAAGEPFIVPSQGKNAAGGKELLRIMLSKEAATNFAKTKLAPTIVKDTVPADGFGSTALVSQTKLLADAGEDIFTWNFIDLYGTNKDQLVVWNSFLDGKSDVATLTSALQNISDKVRNDSSVKKIEVK PGPT0016415_190 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 D3-18_03832 627 hypothetical protein ATGCTGGATCAGAAGACACTGGACAACCTATGGAACTTTCGCGATCCTGCATCCTCCGAGGCAGCGTTCCGCGCCGCGATGACAGAAGACGTGTACGACGTCGACGAGCGCGCTGAGTTGGCAACCCAGCTTGGGCGGGCCATTGGTTTGCAGGGCCGTTTCGAAGAAGCCGATGCCCTCCTGGACGAAATTGACGACGACGAGCCCACTGTTGGCGTGCGTATCCTCCTTGAGCGCGGGCGGGTTCTAAACTCCGGTGGGCGGGCCGCCATGGCTGTGCCGCTCTTGGAGCAGGCGGCCGAGTTGGCGGACCATCTCGGTGAGGAATTCCTGGCTGTCGATGCCCTGCACATGCTCTCCGTTGCAGATGCTGCCAATGCCGAAGTGTGGATGCGTAGCGCCCTTGAATATGCGTCCACGGCCCATGATGAGCGAACCAAGCGTTGGATGATTGCTTTGCACGCAAGTCTGGGTGCGTTTCTGCAGGGTAAAAACCGACTCACGGAAGCATTGGTGGAGTTCCAGTTGGCCGAACAATGGGCGGAACGACTGGGAACTGAGCGGCAGAGGGCCTTGGCACGGCAGGCAATTACGGAGTGCGGAAAAGCCCTCGCAGAAGGTCCGTAG MLDQKTLDNLWNFRDPASSEAAFRAAMTEDVYDVDERAELATQLGRAIGLQGRFEEADALLDEIDDDEPTVGVRILLERGRVLNSGGRAAMAVPLLEQAAELADHLGEEFLAVDALHMLSVADAANAEVWMRSALEYASTAHDERTKRWMIALHASLGAFLQGKNRLTEALVEFQLAEQWAERLGTERQRALARQAITECGKALAEGP NA NA NA NA NA D3-18_03833 411 yjbR COG2315 putative protein YjbR ATGGATGTTTCCACCCTCCGCGAGATTTGCCTGGGCTTTCCCGGTGCGTTCGAAGACTTCCCGTTCGGTCCCGAGACCTCCGTATTCAAGGTGCGTTCCGCCGTCGCGGGTGGTTCGCGCCAGGAGGCCAAGATGTTCGCGTTGTCCACCATGGATCCGCACAACTGGTCCGTGAGCCTCAAATGCGAGCCCGCGCTGGCCGAACAACTCAGGGCAGCGAACCCCGAAATCACCGGCGCCTGGCACATGAACAAGACCCACTGGAACGGTGTCCGCCTGGATGGCGCCCTGCCCGATGACATGATCCGGGACATGGTGGAGGACTCGTATGACCTGGTGGTGGCGACACTGAGCCGCAAGCAACAGGAGCAACTTGGCTGGGCCAGGCTGGCAAAACCACAGGGCAACTGA MDVSTLREICLGFPGAFEDFPFGPETSVFKVRSAVAGGSRQEAKMFALSTMDPHNWSVSLKCEPALAEQLRAANPEITGAWHMNKTHWNGVRLDGALPDDMIRDMVEDSYDLVVATLSRKQQEQLGWARLAKPQGN NA NA NA NA NA D3-18_03834 900 hypothetical protein ATGTTCGGCGGCCATTCTGCGGTGCCTGTTTCCACGCCCAGCAGACGGGCCGTCTTCAGTGTTTTAGGCGCTTCCGTGGTGGCCGGATTGACGGCGTGCACTGCAGCCGAAAGTTCGACGCCGGTGCTAACGCCCAGTGGCGCTGCCGCGTCGCCCGAGGTGTCGGGGGCGAACGGTGCGCTGGCAGTCGGAGGCGAGGTACCGACGTCGTCCGCTTCCCCAGCGCTAACTCCCTCTCCAACCCCTACGCCGACGGCCACCAAACGCATCCGCCGCACGTTTATCCCCGATTGCCAGCTGCCGCCGATCGTTGGTGGGCTGGCTCCGGTGATCACCAAAATCGAGACCAAGCACCCGGTGGTGTTCCTGACCATCGATGACGGCAACATCAAAACGCCGGAGTCCATCAAGCTCATGGCCGAATACGACTATCCGTCGTCGCTGTTCCTCACCAGGGACACCATCGCGGACAACCCGGCTTTCTTCAACGCGTTCAAAGCCCAGGGCAGCCTGATCGAGAACCACACGGTCACTCACAACATCAACATGGTGAGGCAGTGGGGTTATCAGCAGCAACTCAACGACATGGTGGGAATGCAGGAGTATGCGCTCCAGCACTACGGCCGCCGTCCTACGCTTTTCCGGCCGCCGGGAGGCGCGTACTCCAACGTGATGCGCCAAGCCGTTGCTGACGCAGGAATGAAGGCAATCGTTACGTGGGAGGCGAAGGCGAACGCGGGGAAGATGGACTACCAGGTGGGCAACTCACTGCGTCCCGGTGACATTGTGCTCATGCATTTCCGGGCTGAGTTCGCCGCTGACCTCGCGGCTTTCCGCGCTGCCCAGTTGGCGGCGGGACTTGAAGTGGTGCTGCTGGAGGACTTCCTGGGCGTGGCGTAA MFGGHSAVPVSTPSRRAVFSVLGASVVAGLTACTAAESSTPVLTPSGAAASPEVSGANGALAVGGEVPTSSASPALTPSPTPTPTATKRIRRTFIPDCQLPPIVGGLAPVITKIETKHPVVFLTIDDGNIKTPESIKLMAEYDYPSSLFLTRDTIADNPAFFNAFKAQGSLIENHTVTHNINMVRQWGYQQQLNDMVGMQEYALQHYGRRPTLFRPPGGAYSNVMRQAVADAGMKAIVTWEAKANAGKMDYQVGNSLRPGDIVLMHFRAEFAADLAAFRAAQLAAGLEVVLLEDFLGVA PGPT0018645_1936 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_HYDROLASE_ACTIVITY,PGPT0018645-pda|pgdA-K22278 NA NA D3-18_03835 426 yccU COG1832 putative protein YccU ATGATGCATGTCAACGATCCGGCCGTCGTCGAGCGGTTGATGCGAACAAAAGGCACCTGGGCCATCGTTGGCCTCAGCACCAACCAGTGGCGCTCTGCGTACGATGTCTCCCTGTATGTCCGGGACAAAATGGGCATGGAGATCATCCCCATCAACCTCAAGGGCGAGGATGTGCACGGCGAAAAGGGTTATAAATCCTTGGCAGACATCCCTGAGGCTAGGCACCCCATTGATGTTGTTGACTGCTTCGTTAACTCCCAACTGGTGGGCGCCGTGATTGATCAAGCCATCGCGATCGGCGCTAAAGCTGTATGGCTTCAACTCGGCGTCTTTGACGACGACGCCGTGCAGCGAGCACGTGACGCCGGACTGGACGTGGTGGTCAACTCCTGCCCGGCACGTGAAGGCTGGCATTACGGCCTGTGA MMHVNDPAVVERLMRTKGTWAIVGLSTNQWRSAYDVSLYVRDKMGMEIIPINLKGEDVHGEKGYKSLADIPEARHPIDVVDCFVNSQLVGAVIDQAIAIGAKAVWLQLGVFDDDAVQRARDAGLDVVVNSCPAREGWHYGL NA NA NA NA NA D3-18_03836 1014 hypothetical protein ATGACAAATAGGGACAGCGAACGCGAAGCAATCGTGGATGAGCTGCTGCTCGATGCCGATGCCGCCAACGGCACTAATGTCGATGCCACTGAAGTCGATGCCACGGATGTCGGCGCCACGTCCGGCGTCCGGCAGGCGCTCCTCTCACTGGGTTCCTTCGCCAACCTTGCAGCCCCAACTCCGGGTGCGGAGCTTTCCGCCATGCTGGCTGGTCCGCATGATGAAGTCTCCAAACGTCGCTGGAGGCACAAACACCGCACCGCCGTAGTGAGCGTAGCCGTGGTGGCAGCGATGGGCCTCGGTGTCAGTGGTGTTGCCGCAGCAAGTTCCGGCTTCACCCGGAATCCTTCCTTCATTGATGAACTTCTGGACAATGTCCGGCCGCAGCCAGTGGCCGCGCCGGTACTGCCGATTCCCGACGCCCCGCGAATCAGCACGGAACCTGCTCTCGTTGTGGATCCTGCGGCGATTCCGTCGATCCCGGCCGCCACGTCTATACCCGTGCCTAACGACGCTGCTCCCACGGAAACGGCACAGGCACAGGCACAGGCGCAGGCGCAGGCGCAGGCACAGGATGTGCTCGCAGCCCCCGATCCCGCCACAAGCCACGAAACGCCGGCGGCGGCCAGCCCCGTCCAGAGTGGCTCAACGCCGGGTCATGCCACGCCGGGCAGTGCCACGCCAAACCTTGCCACACCGGGCAACACCACGCCGGGCAACACCACGCCGGGCAACACCACGCCGGGCCATGTCACGCCAAACCTGGCCACGCCGAACCCGCAGGCAAAGCCCGCCCCGATCAAGGCGGAGAAGCAGCAGTCCGCTAAGCCTGATGCGTCACTGCAAGGTGCCGGGAAGCCGGCGCCCGCTTTGCCTGGATCGGACGCCATCAAGCCCGGACACGTGCCTCCCGTTTTGGGCAAGCAACTGACGGGCAAGCAACTGACCGAGGAACAGTTAAGGACGGTCACGGACAACTGGAAGCAGTGGCTTAAGCACGGCGACCGACGCTAG MTNRDSEREAIVDELLLDADAANGTNVDATEVDATDVGATSGVRQALLSLGSFANLAAPTPGAELSAMLAGPHDEVSKRRWRHKHRTAVVSVAVVAAMGLGVSGVAAASSGFTRNPSFIDELLDNVRPQPVAAPVLPIPDAPRISTEPALVVDPAAIPSIPAATSIPVPNDAAPTETAQAQAQAQAQAQAQDVLAAPDPATSHETPAAASPVQSGSTPGHATPGSATPNLATPGNTTPGNTTPGNTTPGHVTPNLATPNPQAKPAPIKAEKQQSAKPDASLQGAGKPAPALPGSDAIKPGHVPPVLGKQLTGKQLTEEQLRTVTDNWKQWLKHGDRR NA NA NA NA NA D3-18_03837 555 hypothetical protein GTGACCGACGCATTGACCGATGAAGCGCTACATGCACTCAAGGGCAATAACGCGGAACTGTTCGGCGCCGTCTACCAGACGTATGCCGGTCAGGTTCTCGGCTACCTGACGGCCAAAGGTGTGTCAGACCCGGAGGCAATCACCCAGGATGTGTTCCTGGCTGTCTTGCCCCGGCTGGACGACATCAGCGGCGGAGTTAATGGCCTCCGGACCTTCATTTTCTCGGTGGCTCATGCCCGCATGGTGGATGAGCACCGGAAGCAAAGCAGGGCACCTGAACACCACGAGTTTGAGCCGGAGCGGGATACCCGGGAAGCGAGTTCCGCGGAGGCGGAAGCCATGGGCCTTTTGGCACCTAAAGAGGTCATGAAACTTCTGGATTACCTTGGTGACGACCAGCGGGAGGTCTTGACGCTTCGAATCGTGGCAGGCCTAACCGTTGAGCAGGTTGCCGAAATCATGGGGAAATCCGCCGGGGCAGTGAAACAACTGCAGCGGCGGGCACTCAATGCACTCCGTGAGCACTCGGCAGTAAAGGAATACGTGTCGCCATGA MTDALTDEALHALKGNNAELFGAVYQTYAGQVLGYLTAKGVSDPEAITQDVFLAVLPRLDDISGGVNGLRTFIFSVAHARMVDEHRKQSRAPEHHEFEPERDTREASSAEAEAMGLLAPKEVMKLLDYLGDDQREVLTLRIVAGLTVEQVAEIMGKSAGAVKQLQRRALNALREHSAVKEYVSP PGPT0014960_9003 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D3-18_03838 1614 hypothetical protein ATGGAGCGAATTGGGGAGAGGCAGGCGGGTGCAGGGGTGGCGCATGCCGCTGTTACTGCCTCGTCTCCCGGCCGGACGCCTCGGGTCCCTCCGCGGGCTAACGAGGCGCGCGCTGTGGGGCTGGCCAGTCCAGGCCTTGGCGACTCTGGCAAGCCCGGTACGGCCCCGGCGGGTCCTGTTCAGCCTGGCGCGGTTCAGGCCGGCTCCGTGAGTGGGGACCTGGTTGAGCAGTTGCGGGTTTTGGAGGAGATGAAGTCGGCCATTACCGCTTTGCAGGCGCGGGTTGCTGTGGCTTTTGATCTTGCCCAGCGTGCTGAGCAGGCCGAGGCCGGTGTCCCTGCCTCGGAGCGGGGCCAGGGTGTGGGTGCTCAGGTGGCGTTGGCGAGGCGGGAGTCGCCGAATCGTGGGTCCCGGTTGCTGGGTTTGGCGAAGGCTCTTGTGCTGGAGATGCCGCGGACGTTGGCGGCTCTGAAGTCGGGGCGGTTGAACGAGTGGCGGGCCACGCTTTTGGTGAAGGAGACGGCGTGTTTGTCTGTTGAGGACCGGTGTGCGGTGGATGAGGAGCTCGCCGCCGATACCGGGTTCTTTGACGGGAAGGGCGATAAGGCGATTGTTGCGGCGGCGAAGGCTGCGGCGTATCGGCGGGATCCGCGGTCGGTGGCCGGGCGTGCGAGCCGGGCCGCGGCTGAGCGGATGGTGAGCCTGCGCCCGGCGCCGGACACGATGACTTACCTGACTGCCCTGTTGCCGGTCGCCCAAGGCGTGGCTGTTTACGCTGCCCTGTGCCATGCGGCTGATTCGGCCCGTTCCAGCGGTGACGCGGGATCCAGCGGTGATGCGGGGTCTGGTGTTGTCCCTACGCGGGGTCAGGTCATGGCCGACACTTTGGTCGAACGGGTCACCGGCACGCCGGGCGGGGTCTCGGGGATCAACCTGGACCTCGTCATGACCGACCGCACCCTGTTCCAAGGTGACAGTGAACCGGCTCGGCTCAAGGGCTACGGAATCGTCCCCGGAGAGTGGGCAAGGGAACTTCTCTGTTCGGGGCAAGCCGCAACCCCGGAACAGACCGCAACCCCGGAACAGACCGCAACCCCGGAACAGACCGCAACCCTGGAACAGACCGCAACCCTGGAACAGGCCGCAACCTTGGGACAGACAGTGGCGAACCCGGCCTCCGGCCCGGGGCGAACCGGCCAAGATCACGCGGGAACGCCGGATGCAGAGCTCACTGTCTGGCTTCGCCGGCTCTACACCGCGCCGGCCAGTGGCGAGCTCCTGAGCCTGGACTCCAAAGCCCGACTCTTCCCGACAAGGCTCCGGCGTTTCATCGAAACCCGCGACGATACCTGCCGCACGCCGTACTGCGACGCACCCATCCGGCATATCGACCATGTGGTTCCGTGGCGTTCCGGAGGGAAATCGAACCTCGCCAACGGTGCAGGGTTGTGCGAGGCGTGTAACCACATCAAGGAAAACCCCGGCTGGACCACCAAAACCGTACATGCTGACGTGCACGGGGGGATCCACACCCTGGAAGTCAGCACACCCACCGGGCACACCTACCAATCGAAAGCCCCACCCCTGCCCGGACACCGCCCCTCCAGAACGTAG MERIGERQAGAGVAHAAVTASSPGRTPRVPPRANEARAVGLASPGLGDSGKPGTAPAGPVQPGAVQAGSVSGDLVEQLRVLEEMKSAITALQARVAVAFDLAQRAEQAEAGVPASERGQGVGAQVALARRESPNRGSRLLGLAKALVLEMPRTLAALKSGRLNEWRATLLVKETACLSVEDRCAVDEELAADTGFFDGKGDKAIVAAAKAAAYRRDPRSVAGRASRAAAERMVSLRPAPDTMTYLTALLPVAQGVAVYAALCHAADSARSSGDAGSSGDAGSGVVPTRGQVMADTLVERVTGTPGGVSGINLDLVMTDRTLFQGDSEPARLKGYGIVPGEWARELLCSGQAATPEQTATPEQTATPEQTATLEQTATLEQAATLGQTVANPASGPGRTGQDHAGTPDAELTVWLRRLYTAPASGELLSLDSKARLFPTRLRRFIETRDDTCRTPYCDAPIRHIDHVVPWRSGGKSNLANGAGLCEACNHIKENPGWTTKTVHADVHGGIHTLEVSTPTGHTYQSKAPPLPGHRPSRT NA NA NA NA NA D3-18_03839 1257 hypothetical protein GTGAATCAGTTTGTGCCAACTCCGGCCCAACTCCGCTGGCAGCAGCTGGAGTTCGGCGTCTTTATCCACTTTGGCATCAACACCTTTGCCGGCAAGGAGTGGAGCGACGGCACCATTCCGGCGTCGGGTTTTAACCCGACAGAACTCGACGCCGGCAGCTGGGTCCGCACGGCGAAAGAGGCAGGCGCGAGGTACCTGATCCTGACCGCCAAGCACCACGACGGATTCTGTCTTTGGCCGACGGCAACCACTGACTATTCAGTGACATCCTCGCCGTGGCGCGCCGGGGAAGGGGACGTCGTCCGCGAAGTCGCGGACGCCTGTGCGCAGCAGGGAATCGGTCTGGGTCTCTACCTGTCCCCGTGGGACCGCAATGCTGACTGTTATGGCGACCCCGCCGCGTACGACGATTTCTACGTCCAGCAACTCACGGAACTCTGCACGGGCTACGGTCCGCTCATGGAATTGTGGTTCGACGGCGCGGGCTCCGTGGGTCGTGAGTATGACTGGGACCGGATCATCGCTGTTGTTAAGGAACACCAGCCCGACGCCATGATCTTCAACATGGGCCAACCAACCATTCGCTGGGTAGGTAACGAGAACGGATTGGCGTCCGATCCCGTGGACTACGTTGTGAACCGTACGTCGGACACCCAGTACACGGACTCCAGCTCCGGGCTGCCTACGGAACACTACTTGCCGCCTGAATGCGATGTCTCCATCCGTCGCGGCTGGTTCTGGCATGCGGACGACGAACCGAAATCCGTGGAGCACCTGCTCGCCATCTATTACCAATCGGTGGGAATGGGTGCGAACCTCCTGCTGAACCTGCCTCCTGATACCCGTGGACTCATTCCGGAGGAGGATTCCGCGAGGCTCAAGGAATGGAAGGCTGAATTGGATCGTCGTCTCTCGGGGGTTGTGGAAGCGTCGGTTGAAAATCACGACGGCGGAGCGACCCTGAGTTTCCCGGCTCCGGTCACGTTCAACCATCTGGAGCTGGTGGAGGACTTACGTTCCGGGCAACGGATCACCCGTCATGTGGTGTCCTCTGATGGCGTCAATGTTGTTGACGGGATGACTGTGGGCAACCGGCGGATCCACCAGCTGACGGCTGTTACTGCATCAGAGCTGCACGTGAAGTTCTCGGGCGACGGCGGATGCCTGGTCTCCGCGCGGGTTTATGGCGGTGCGTTGGAGGCTGGAGTGCCGGCGATCCCCGAAGGCTACGAAGCTCCAACGGACGCGCCGGAATAA MNQFVPTPAQLRWQQLEFGVFIHFGINTFAGKEWSDGTIPASGFNPTELDAGSWVRTAKEAGARYLILTAKHHDGFCLWPTATTDYSVTSSPWRAGEGDVVREVADACAQQGIGLGLYLSPWDRNADCYGDPAAYDDFYVQQLTELCTGYGPLMELWFDGAGSVGREYDWDRIIAVVKEHQPDAMIFNMGQPTIRWVGNENGLASDPVDYVVNRTSDTQYTDSSSGLPTEHYLPPECDVSIRRGWFWHADDEPKSVEHLLAIYYQSVGMGANLLLNLPPDTRGLIPEEDSARLKEWKAELDRRLSGVVEASVENHDGGATLSFPAPVTFNHLELVEDLRSGQRITRHVVSSDGVNVVDGMTVGNRRIHQLTAVTASELHVKFSGDGGCLVSARVYGGALEAGVPAIPEGYEAPTDAPE PGPT0018775_2695 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-FUCOSIDASE,PGPT0018775-fucA-K01206 NA NA D3-18_03840 615 hypothetical protein ATGACCGAAAGCAAGGGCGCCCTGCGAAAGGCGGCGCTCCTTGACGCTGCGGAAGAAGTTCTGATCACCAAGGGCAACGCCAACGCGGCAATGCGGGACTTCGCCGCAGCTGCCGGAGTACGGATCGGGCACTTGCAGCACTACTTTCCTACGCGGGCAGACCTGATCCGGGCGGTCCTAGAGCGAAGCCTGGAGCGCTCGTTGCAGCGGCTTGCGGAGGAGTCCGGGCTCGACCTTGGAGCAGGCTCGGTTGAAGGCCTGACCCGGGATGATTCGCGTCGGCTCCTGACGGCGCTGCTGCATGAACATTCAGCCCTTGAGGACGTGAAGATGCACGTCGAGATCTGGGCGTTGGCCTCCGCGGATCAGCAAGCGGCGAGTGCGCTGAGGAGCTTCTATGCGCAGTACGCGGCCCATGTGGGCGGCGTTGTGCGGCGGGGGAGACCGGACTTACCGGAACCGGAACTCCAGGGTGTGGCTGCCGCGATCGTAAGTCTCTTCGAGGGGGCGGCTGTGACACGCTCGGACATTGGCGGCCTGCGAACTGAGCCCGGCGACGAAGCCATTATCCGCACGGCACAATGGTTGATCCACGGACAGGAGCCCGCGCAGTGA MTESKGALRKAALLDAAEEVLITKGNANAAMRDFAAAAGVRIGHLQHYFPTRADLIRAVLERSLERSLQRLAEESGLDLGAGSVEGLTRDDSRRLLTALLHEHSALEDVKMHVEIWALASADQQAASALRSFYAQYAAHVGGVVRRGRPDLPEPELQGVAAAIVSLFEGAAVTRSDIGGLRTEPGDEAIIRTAQWLIHGQEPAQ NA NA NA NA NA D3-18_03841 1068 hypothetical protein ATGAACGACTTCCTCGAACTCGATACCACCGGTCCCGTCCTGATCGTCGGTGGCTACGGCACCGTCGGAACGGCGCTAACCCGCCTCGCCGCACCAGACTGGCCCTTGCTGCTGACGGGGAGGAACCCTGATCGCGGCGGCCATTTGATCGGCGGCAAGGTTCCCGGCCAGCAACAAAAAGTGACAGTGCAGAAGTGGGACCTCAACCAGCCGGAGCCGTTTACCGCCAAGGTCAGGGCAGTCATCAGCGCAGTCAACGATCCCGATGACAGGGTTCTTCGCGCTGCCGTCGGCGCCGGCATTCCGTATGTTGACGTCACCCGTTGGACCAGCCGCGTCACCCGGGCAGTCACGCAGGCCACCCTCCTGCGGCCAACTGCTCCTGTACTGCTTAGCTCGGGCTGGATGGGCGGGGTCACCAACATCGTCGCAGCAGCTTTGGCCCAGGACGCGGGCGGCGGGGACACGATCGACGTCGCAACCCGTTACGACATCAACGATCAGGCAGGAGCCGATTCAGTGGACTTCATGGACCGGCTGGGACTGGACTTTGAAGCACGCAAAGGCGGTAAGGCCGCCGTCGTACGCCCCCTGACTGACGCGCGCTGGGTGGACGTTGGCGGGCATCGCACCAAAGTGGCGCGGCTCGACACGCCTGAACAATTCACGTTGCCACTGACTGTAGGAGCGGGATCGGTGGCAACCCGGATCGGGTTCAGTTCCAATACATCCACGACGGCGTTGCTCGCCGCGCGTGCGGTGGGTCTGTTCCGCTGGGGTAGCGGGGAACGGTGGGCGTCGCTGCGTCGCTCGTTGCTGTATTCACCCGGCTCAGGTGGAACGGCACATCTACTCATTGATGTGAAAGGTCCGGCCGGAACACGAACTGCGGTTATTTCCGATCCGCAGGGCCAGGCGCATTTGACCGCGCTGGGTGGGTTGCTGGGTCTGCACACAGTGCTTGCAGAGGGCGCGAGGGCCGGCGTTTCATTCCCCGAATCCGCACCGGATCCTGTGTCCCGGCTCGCGGAACTTGAATCACACGGTGTGACAATATTGAGGTCATGA MNDFLELDTTGPVLIVGGYGTVGTALTRLAAPDWPLLLTGRNPDRGGHLIGGKVPGQQQKVTVQKWDLNQPEPFTAKVRAVISAVNDPDDRVLRAAVGAGIPYVDVTRWTSRVTRAVTQATLLRPTAPVLLSSGWMGGVTNIVAAALAQDAGGGDTIDVATRYDINDQAGADSVDFMDRLGLDFEARKGGKAAVVRPLTDARWVDVGGHRTKVARLDTPEQFTLPLTVGAGSVATRIGFSSNTSTTALLAARAVGLFRWGSGERWASLRRSLLYSPGSGGTAHLLIDVKGPAGTRTAVISDPQGQAHLTALGGLLGLHTVLAEGARAGVSFPESAPDPVSRLAELESHGVTILRS NA NA NA NA NA D3-18_03842 1365 hypothetical protein ATGAGTAAGCATGCCTCATTACCGAAAGCTTCGGTGCTGGACACTATGGCTTTCCTCGCCGACGTCTTCCTGCCAACTGTGGCAAAGGGTCCCATCAAGCGCCGACCGCGAATGGAAGCCGCCTCTGAACGGTTCCGGCTGGACGGGAGGGCGATCTCGCGGATGCGGAAGTTGCGGCTTAAGTATCCCGAGGGGCCCCTACTTCTCCGATTGCCGCTCCGGGACCAAGCCGTGGCCCTCAGACCCTCCGAAGTCCATACGATCCTCGAGAACTCCCCCGAACCTTTCTCACCTGCCAGCAGTGAAAAACGCGGAGCCTTGGCCCACTTTGAACCCCGGAATGTGCTGATCTCCGCAGGCCCTGAACGATCCGTCCGGCGGGCACTTCAGGAACAAGCCCTGGACACGGAAAGCCCTGTTCATCGCTTTGCGGACCACTTCCTCCCCGTCATCCGGGAGGAGATAGAACAGCTTTTGGCCGGGCTTCCGGCGGAGGAGCAACTCGATTGGGAAAGGTTCTCCGCCGCCTGGGAGCGCATAGTCCGGCGCGTAGTCTTCGGCACTGACGCTGCGGACGACGTCGAACTAACCCGCAAACTGGCACGCCTGCGCAAGGATGCCAACTGGTCTGCGCTAAAACCTATGCGAAACAGAACACGAACAGCCTTCCTGTCAGCAGTTCGGGAAAGGATGCTGGCCGCCGAGCCCGGCAGCCTCGCGCACACTCTGAAGGATCATGATCCATCCGCAACGGCCGCACCCGTGGACCAGATCCCCCAATGGCTTTTCGCATTTGATCCGGCCGGGATGGCCACCTTCCGCACGCTCGCCCTTTTGGCCTCCCACCGGGACCAGCTTGGGAGGGCAACGCAGGAGCTGGATGAGGATACGTCCGGGCGCAAACACCTGCCCTACCTCAGGGCATGTGTCCTGGAATCACTTCGGCTTTGGCCCACAACGCCCATGATCCTGCGCCAAACCACCCGGGAGGTCAGGTGGGCAGAGGGAATCATGCCCATTAAGTGCGGCGTCCTGGTTTTTGCGCCGTATTTCAACAGGGACAGCCAGCTACTTCCCGACGCCGATCGGTTTCGCCCGGAGTTGTGGCTGAGTCAAGGCGTCGAACAGGGCCAGGGTCCTGACCAGGGCAAGGATTGGGCTCTGGTCCCCTTTAGCGAAGGACCAGTCCGTTGCCCCGGCCGCCAGCTCGTCCTGCTGCTGACCAGTGCCGCCCTTGCCCAGTTCATTGAGCGCACTGATTTTCGGCTCACCGATCCCGGACGGCTGGGCCCTCACACCAATCTTCCTGCCAACCTCAACCCGTTCTCGCTCCGGTTCACAGTCCGGAGGAAAGATGCGAGGTGA MSKHASLPKASVLDTMAFLADVFLPTVAKGPIKRRPRMEAASERFRLDGRAISRMRKLRLKYPEGPLLLRLPLRDQAVALRPSEVHTILENSPEPFSPASSEKRGALAHFEPRNVLISAGPERSVRRALQEQALDTESPVHRFADHFLPVIREEIEQLLAGLPAEEQLDWERFSAAWERIVRRVVFGTDAADDVELTRKLARLRKDANWSALKPMRNRTRTAFLSAVRERMLAAEPGSLAHTLKDHDPSATAAPVDQIPQWLFAFDPAGMATFRTLALLASHRDQLGRATQELDEDTSGRKHLPYLRACVLESLRLWPTTPMILRQTTREVRWAEGIMPIKCGVLVFAPYFNRDSQLLPDADRFRPELWLSQGVEQGQGPDQGKDWALVPFSEGPVRCPGRQLVLLLTSAALAQFIERTDFRLTDPGRLGPHTNLPANLNPFSLRFTVRRKDAR NA NA NA NA NA D3-18_03843 1500 dapE_6 Succinyl-diaminopimelate desuccinylase ATGCTTGGGGAAGTAAGTAAACTTGCAATCCATTCATCGAACTCTTCTTCTTCGTACCCCTCAAGCGGCAAGGTGAATCACAAAATGACGCTCCAACGGCAACTACCGCAGACCACTGTGGATGCAATCGCCACAGCTGTGGACTCGAAGATGGCCGTGTGCATTGAGGCGCTGAGGGAATTGGTCAAAATCCCGGGAGCGGCATGGCCAGGCTTTGACCGGGAGCTGTTGGAACTGAGCGCTGCCCAGGTCCGTGAACTCTTCCAGAGAGCGGGCTTTCCAGATGCGCGCATCGTTCGTAGCTTGGGGGACGGAGGCCTCCCCGGTGCACCCGCCGTGTTGGCCAAGCGATCTGCGGCGCCGGGATTTCCCATGGTCTTGCTCTACGCCCATCATGATGTGCAACCGTCCGGTCCAAACGAAGCCTGGGCGACTCCGCCGTTTGAGCCAGTTGAGCGCGGTGGCCGCCTCTTCGGGCGTGGCGTAGCCGATGACAAGGCGGGCATCGTCATGCACCTCGCAGCCGTCCAAGCGGTGGACGCGGCACTCGGGTCGCGGCACGGTCTCGGCCTCACCATTTTCATTGAGGGAGAGGAAGAAGCGGGATCGCCAACACTGGCCGGGATGTTGGAGGACTACAGGAGTGAGCTCAGTGCAGAGGCGGCCATCGTGGCAGATTCGGGGAGTTGGAAGGTAGGTACGCCAGCTCTCACGGCCAGCCTGAGGGGCTTGGTGGACGGCATCATCCGGGTTCGAGTCCTTGACCATGCACTGCATTCCGGAACCTATGGCGGCCCGGTGCTGGATGCATTGACCGTGTTGGCGAAGCTCATGGCCAGCTTTCATGACGACGACGGAGCTGTAGCGGTAGAGGGGTTGGTTTCACGTTCCGGAAGCGGGCCGGATATGGATCAGGACGTGTTCAGGCGTGATGCAGGCGTTCTCACAGGGGTGGAACTGGCGGGCAGTGGGTCACTCACTTCCCGGCTGTGGACCAAGCCTGCGCTCTCCTTCGTAGGCCTGGATGCCCAACCGATAGCGACGGCGGGTAATGTTCTGCTGCCGGAAGCCTCCGTGAAGTTCAGTCTCCGGCTGCCTCCGGGCAGCGACCCCCACCAAGCTATGGAAGCAGTACGGCGGCACGCAGCACGGCACACCCCTTTTGGTGCGGAAATGACGTTCATTCCGGGAGCGCGGAGCAAACCCTTCACCGTTACCTCCGATGATCCGATGGTCCAGGCAACCCTCTGGTCCTTGGAAGCAGCCTGGGGCTCAGACGCCGTCATGATGGGCGTTGGCGGATCAATACCCTTTGCCGCGGCGCTCGCCGAACAGCAGCCCGACTGTTCCATCCTCATCACCGGGGCGGAAGACCCCGACTCCCGTGCCCACGGCGCCAACGAATCGGTCCACCTGGGCGAACTCAGGAACGCGATATTAGCGGAAGCGCTCTTTCTGGCGCAGTTGCAGTTCACCTCGCATCTTTCCTCCGGACTGTGA MLGEVSKLAIHSSNSSSSYPSSGKVNHKMTLQRQLPQTTVDAIATAVDSKMAVCIEALRELVKIPGAAWPGFDRELLELSAAQVRELFQRAGFPDARIVRSLGDGGLPGAPAVLAKRSAAPGFPMVLLYAHHDVQPSGPNEAWATPPFEPVERGGRLFGRGVADDKAGIVMHLAAVQAVDAALGSRHGLGLTIFIEGEEEAGSPTLAGMLEDYRSELSAEAAIVADSGSWKVGTPALTASLRGLVDGIIRVRVLDHALHSGTYGGPVLDALTVLAKLMASFHDDDGAVAVEGLVSRSGSGPDMDQDVFRRDAGVLTGVELAGSGSLTSRLWTKPALSFVGLDAQPIATAGNVLLPEASVKFSLRLPPGSDPHQAMEAVRRHAARHTPFGAEMTFIPGARSKPFTVTSDDPMVQATLWSLEAAWGSDAVMMGVGGSIPFAAALAEQQPDCSILITGAEDPDSRAHGANESVHLGELRNAILAEALFLAQLQFTSHLSSGL NA NA NA NA NA D3-18_03844 1473 speA COG1982 Arginine decarboxylase ATGGACCAAAGTGAAGCCCCACTATTGGATGCATTGGCCGAGTACCACCGACTCAACCGGTATGGCTTCACCCCGCCTGGCCACCGCCAGGGACGCGGCGCCGATTCCCGGACCTTGGAGATCATGGGCTCCGACCCCTTCCGTTCCGATGTCCTTTCCACTGCAGGTTTGGACGATCGCAAGTCCTCGGGCGGATACCTTAGCAAAGCCGAGGAACTCATGGCCGAGGCTGTGGGGGCCGACAAGGCGTTCTTTTCAACCTGCGGCAGTTCCCTCTCAGTCAAGGCGTCCATCCTCGCCGTGACCAAAGGCAACGGCGACCTGCTGATCGGGCGCGACGCACACAAGTCCGTGGTGGCCGGAATCATTCTGTCCGGACTGCAGCCGCGCTGGATCCGTCCACAGTGGGACCGTGACCTGCACATCGCTCATCCGCCATCCCCTGAAGAGGTGGAAAAGATGTGGCAGCGCTATCCGGATGCCGCTGCAGCGCTCATCACGAGTCCGACTCCTTACGGGACATGTGCGGACATCCAAAAAATCGCTGAAATCTGCCACTCCCATGGAAAGCCACTGATCATCGATGAAGCCTGGGGCGCGCATTTACCGTTCCACGATCGGCTCCCTACATGGGCGATGGATGCCGGCGCCGACATTTGCGTGGTCAGTGTCCACAAGATGGGCATGGGATTCGAGCAGGGGTCCATCTACCACCTCCAGGGAGACCTGGTGGATCCGGTACGACTGAGCCAGTGCGCGGACCTGCTCTCCACCACCAGTGCCAATGTGATGATCTATGCGGCAATCGATGCTTGGCGCAGGCAAATGGTGCAGGAAGGGCAGGGTCTGCTGGAGAAGGCACTGACCCTTGCCGACAGCGTCCGAGGCGACATTGATGCCATGGACGGACTGCACGTCTTGGGGCCGGAACTCATCAAGGATGAGGCATCCCACGATTTTGATCCGCTGCACGTCCTGATAGACGTGGGCGAGCTGGGTATCAGCGGATATCAGGCCGCGGACTGGTTGCGCACTACCTGCCGAATCGACGTCGGCCTCAATGACCACCGCCGCATCGAGGCAACCCTGTCCCAGTCCGACGACGAAGAAACCACCGAGCGCTTGTTGGCGGGCCTGCGTCAACTCATCGATGCCGCTCCGCAGATGCCGGAACCATCAAAGGTCCAGCTACCGGAACCGGAAGACTTGGAGATGGAAACTGTTGTGCTCCCCCGGGATGCTTTTTTCGGTCCCGTGGAAAACGTGCCTGCCGAAGAGGCTGCTGGTCGTATCGCGGCGGAACAACTTACGCCCTATCCTCCAGGTGTTCCGGCAATCCTGCCCGGCGAAAAGATCAACGCGGCTGTGGTTGATTACCTACGGACAGGCGTCGCAGCGGGAATGGTCCTTCCGGATCCAGCAGACCCATCGGTCAAAACCATCAGGGTGGTGGCGCACCAGCGGGACAAGTAG MDQSEAPLLDALAEYHRLNRYGFTPPGHRQGRGADSRTLEIMGSDPFRSDVLSTAGLDDRKSSGGYLSKAEELMAEAVGADKAFFSTCGSSLSVKASILAVTKGNGDLLIGRDAHKSVVAGIILSGLQPRWIRPQWDRDLHIAHPPSPEEVEKMWQRYPDAAAALITSPTPYGTCADIQKIAEICHSHGKPLIIDEAWGAHLPFHDRLPTWAMDAGADICVVSVHKMGMGFEQGSIYHLQGDLVDPVRLSQCADLLSTTSANVMIYAAIDAWRRQMVQEGQGLLEKALTLADSVRGDIDAMDGLHVLGPELIKDEASHDFDPLHVLIDVGELGISGYQAADWLRTTCRIDVGLNDHRRIEATLSQSDDEETTERLLAGLRQLIDAAPQMPEPSKVQLPEPEDLEMETVVLPRDAFFGPVENVPAEEAAGRIAAEQLTPYPPGVPAILPGEKINAAVVDYLRTGVAAGMVLPDPADPSVKTIRVVAHQRDK PGPT0007770_1999 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 D3-18_03845 1137 COG0628 Putative transport protein ATGACGTCGCCCAAACAAACAGCGCCCGTATCCGTCCGCAGGCAATACAAACCCGATCTCTGGAAAGACTCATTAGGCCGGACGGCCATCCGGGCAAGCCAGATACTGCTCGTTCTTACCCTGACAGTGGTGGCGATCTTCGGGCTGTTGCAAATTCGACTACTGGTCATTCCGGTACTCATCGCGCTGATCCTGGCCGCCGCCATCGGCCCCTTCGTAAATATGCTGCGACGTCGCGGCTGGCGCGGCGGCTTGGCCACCGGCGTCGCATTTCTGGGCCTTTTGATAGTGCTCGGCGGAGTTATCACTGTCATCGTGCTGTCAGTGCGCAGTCAATGGGACGAGCTGATCAGTCAGGCAGCGCGAGGGCTGGACGAACTCGAGAACTTCCTGCTGACCGGCCCCTTTCCCATTGACCGGGAGCAGATGAACCAGGCCCGCGAAGCGGTGGTGGAGTTTGCCCAGAGCAGCCAGGTGCGGTCCGGCGCAGTGACAGGGCTGTCGGTGGTCACCGAATTCCTGGCTGGCGCCAGCCTTGTGGTTGTCATCCTGTTCTTCTTCCTCAAGGACGGCGCCAAAATCTGGGAATTCTTCCTGCGCCCCTTCAAAGGAACGCGCGAAGCCAAGCTTCGCCGCGTCGGCAAGCGGACCATGGAGGTCCTGGGTGGCTACGTCCGGGGAACGGCGATCGTGGCGTTGGTTGACACGGTGGCCATCGGCGCTGCCCTGCTCATCCTGCAGGTTCCGCTCGCCATCCCACTGGCCATCATCGTGTTCATCGGCGCGTTCATCCCCTTGGTCGGTGCCACAGTGGCCGGAATTTTGGCCGCCTTGGTGGCACTCGTGGCCAACGGCCCCATAGTGGCACTGATCGTGATCATCGTAGTGATCGCCGTCAACCAACTCGAAGGCGACCTCCTCCAGCCAGTCGTCATGGGCAAATCCCTGGAGCTCCACGCTCTGGTCATCCTGATGGCCCTGACAGCGGGCACCATCCTGGCCGGTATCATCGGCGCTGTTCTGGCGGTACCCATTGCGGCCGTCACGTGGGCCATCATTCAAGTCTGGACGGCGGAAGACCCGGACCTGGAACCCATGAATCCGGATCTCCCGCCCGCCAACAGCCAGCCGACGTAG MTSPKQTAPVSVRRQYKPDLWKDSLGRTAIRASQILLVLTLTVVAIFGLLQIRLLVIPVLIALILAAAIGPFVNMLRRRGWRGGLATGVAFLGLLIVLGGVITVIVLSVRSQWDELISQAARGLDELENFLLTGPFPIDREQMNQAREAVVEFAQSSQVRSGAVTGLSVVTEFLAGASLVVVILFFFLKDGAKIWEFFLRPFKGTREAKLRRVGKRTMEVLGGYVRGTAIVALVDTVAIGAALLILQVPLAIPLAIIVFIGAFIPLVGATVAGILAALVALVANGPIVALIVIIVVIAVNQLEGDLLQPVVMGKSLELHALVILMALTAGTILAGIIGAVLAVPIAAVTWAIIQVWTAEDPDLEPMNPDLPPANSQPT NA NA NA NA NA D3-18_03846 456 hypothetical protein ATGGCTGAGACCGGAACAACTGACAAAGCGAAGTCCTACAACGGCTTTACGGAAGAAGAGCGCGCCGCCATGAAGGAGCGCGCACAGGAACTCAAGAAGGCACCACGCAAGAAAGCATCCAAAGCCGACGGCGAGGCCGACGTTATGGCTAAGATCGCTGAGATGCCCGAGTCGGACAGGCTCATGGCCGAGCGCCTCCACGCAATAGTCAAGGAGCACGCCCCGGAGCTCACGCCCAAAACCTGGTATGGCATGCCGGCCTATGCCAGGGACGGGAAGAACATTGTCTTCTTCCAGAGTTCACATAAGTTCAAGGCACGGTACGCCACACTGGGTTTTGAAGAGAACGCGAAGCTGGACGATGGAGCCATGTGGCCCACATCCTTCGCCCTCACGGAAATCACGCCTGAGGTAGAGGCCAGGATCGTCGAACTCATCAAGAAGGCACTGGGATAG MAETGTTDKAKSYNGFTEEERAAMKERAQELKKAPRKKASKADGEADVMAKIAEMPESDRLMAERLHAIVKEHAPELTPKTWYGMPAYARDGKNIVFFQSSHKFKARYATLGFEENAKLDDGAMWPTSFALTEITPEVEARIVELIKKALG NA NA NA NA NA D3-18_03847 609 hypothetical protein ATGGCCATCAGCCTCAAGACCACCTCCGGTAAGATCCTCGCGTCCGTCGCACTGGTCGGCACCGCAGCCGCAGTAGCAGGCATGGGCACCTACGGCGCCTTCACCTCCTCCACCTCCGCCTCCCAGGCAGTCACCGCCGGCACCGTCACCATCGCCCTCGGCGCCCCCGGCCCGGCCAACACCCTCAACGTCCCCGTCGCAGGCCTGCTCCCGGGCGACAAGGTCGAAAAACTCGTCACCCTGGCCAACACCGGCAACTCGGACCTGAACAACGTCACCCTCACCACCTCCGCCGGGACCACCGCGTCCCTGCTCACCACCGACGCCACCAATGGCCTGCAACTGACCATCGAAAACTGCTCCGTGGCCTGGACCGGCACCGCAGCCCCCTACACCTGCACCGGCACCAAAACCACTGTGCTCGCGTCCTCACCGGTGATCGCCGCGAACAAAGTCCTGAACAACCTCACCTCCCTGACCTCGGCCAAAACCGACAACCTCAAAGTCACCACCGCGTTCCCCACCACCGCGAACAACGACTTCCAAGGCGCCACTTCCACCATCGCCTTCGCCTTCACCGGCACCCAACGCACCGAAACCACCAAATAG MAISLKTTSGKILASVALVGTAAAVAGMGTYGAFTSSTSASQAVTAGTVTIALGAPGPANTLNVPVAGLLPGDKVEKLVTLANTGNSDLNNVTLTTSAGTTASLLTTDATNGLQLTIENCSVAWTGTAAPYTCTGTKTTVLASSPVIAANKVLNNLTSLTSAKTDNLKVTTAFPTTANNDFQGATSTIAFAFTGTQRTETTK PGPT0025195_80 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_RELATED_GENES CE-BIOFILM-SPORULATION_RELATED_FUNCTION,PGPT0025195-cotN|tasA-K06336 NA NA D3-18_03848 435 hypothetical protein ATGACACCGCGGAACAGTTTCCTGCGCGCCTTGGTGATTGTCGCCGTCGTCGTTCTTGGCCTGATAGCCGGACCAACGGCCGCGGTGGCCGCCTTCACGCACAGTGAACGCGCTACTCCACAGTTCTCGGCAGCAACCATCCTTGCCCCGGCCGGCGCGAGCGTTACGATGCGATGCACCTTGGGACTCCACACCACAGTCACCGTGAATTCCTACGGGACGGTAGCGAATGCCAACTACTACGAGGTGAAGGTCTACGACCGCTCCGGCAACCTCGAATTCACCGGCGACCTCAGCCAAGCCGCGGGAAGATCGTACAGTTCCGGCATCGAGATCATCGGCACCTGGAGCTACGAAATCCGCGGCTACTACAAGATTCCTGGCTCCAACAATTTTTGGACGGGTAAGCCCCTCAAAGGCGCCATGACCTGCTGA MTPRNSFLRALVIVAVVVLGLIAGPTAAVAAFTHSERATPQFSAATILAPAGASVTMRCTLGLHTTVTVNSYGTVANANYYEVKVYDRSGNLEFTGDLSQAAGRSYSSGIEIIGTWSYEIRGYYKIPGSNNFWTGKPLKGAMTC NA NA NA NA NA D3-18_03849 1113 dadA D-amino acid dehydrogenase ATGTCCTCCACCAAGCACGTCGCCGTCATCGGAGGCGGCATCCTGGGCGTCTCTACCGCCGTCCACCTGCTCCGCCAAGGCGCGTCCGTCACCCTGCTCACCGAGCAGGGCCTTGCCAGTGAAGCCACCGGCCGGTCCTTGTCCTGGCTAAACTCGGCGGGCGAACGCTCCACGCCGTACCACCTGCTGCGGGTAGCCGGCGTTGACCGGTACCGCACGCTCTTTGCCGCGGACCCCAGCCGTGAATGGCTGCAGTTCGGCGGCGGCCTCATGTGGAATGCGGCCGGTCAGAGCGAGGTCACCGAAGCCCGCCACGCTTACGAAAAGTCCATTGGCTACGACTCCAAGTTGTTGGCCCCTGAAGATATTGCCTCTGTGACACCCGGTATCGATGCCACGGCCGTCCCCGAGAACGCCATCTTCAACCCCGGCGAAGGGTGGGTCAGCCTGCCGGACCTGGTGAACTTCCTCATGGAGGAATTCCACGCCTTGGGTGGCCATTTGGTCCTTAACGCCGGCAAGGCCTCGGTAATGGTCGACGGCGGCCGCGCCACCGGCGTCGAAACTGCCAGCGGTGAAACGTACCCCGCTGACGCCGTACTGGTTGCCTGCGGTGCCGCGACGCCCGCCGTCGTAAAGCCTTTGGGTGTGGAAATTCCCAACGGTTCGCCGGTTTCCATGCTGGTGGTCACCAAGCCGGTGGAGCACCAGGTCGCTGCGGTGATGAATACGCCCCGGGCTGCTGTTCGTCCCAACCCCGGCAACACTTTCGCCTTGGATCACGACTGGTACGAAGAGCACATCACCGAGCACACTGACGGTTCCTTCACCATCCCGGATGACGTGGTCCAGGAGTTGGCCGACGAATCCTCCAAGCTCATAGCCGGTAATCCCGAACTCAAGCCGGCATCCTGGAAGATCGGTTACAAGCCCATCCCCGGCGACGGCGAACCGGTTTTCGGTGAACTCGGCCAAGTGCCTGGCTGCTTCGTAGCCTTCACGCACTCAGGTGCCACTCTGGGCCTCATCGCCGGCGAACTGCTGTCAGGCGAGATCCTGAGCGGTGAAAAGCACCCGATGCTGGCCACGTTCCGTCCGGGGCGTTTCTCCTAA MSSTKHVAVIGGGILGVSTAVHLLRQGASVTLLTEQGLASEATGRSLSWLNSAGERSTPYHLLRVAGVDRYRTLFAADPSREWLQFGGGLMWNAAGQSEVTEARHAYEKSIGYDSKLLAPEDIASVTPGIDATAVPENAIFNPGEGWVSLPDLVNFLMEEFHALGGHLVLNAGKASVMVDGGRATGVETASGETYPADAVLVACGAATPAVVKPLGVEIPNGSPVSMLVVTKPVEHQVAAVMNTPRAAVRPNPGNTFALDHDWYEEHITEHTDGSFTIPDDVVQELADESSKLIAGNPELKPASWKIGYKPIPGDGEPVFGELGQVPGCFVAFTHSGATLGLIAGELLSGEILSGEKHPMLATFRPGRFS NA NA NA NA NA D3-18_03850 1047 iolW_2 COG0673 scyllo-inositol 2-dehydrogenase (NADP(+)) IolW GTGGTGCGGCAGCCAACAGCGGCACCCATCCGAACTGCCGTCGTCGGGTTTGGCGTCTCGGGCAAGGTGTTCCACGCGCCGCTGATCGAAGCGGACCCGGACTACTCCCTCGGCGTCATTGTCACAGCAGATCCGCAACGCAAGTCCGAAGCCGGGCGGCTCTACCCTCAGGCACGGATTGTTTCCACCCCGGAGGACATGTTCGCCCTCGCCGGAGACCTGGACCTGGTGGTCCTTGGAACGCCGCCGCTTACCCACCTTGAACTCGGTGCCACGGCCATCGCCCATGAACTTAACGTTGTGGTGGATAAGCCTTTCGTCACTACGGTCGCCCACGGTGAGGAGCTTGCTGGGCGGGCATCCGACGCCGGTGTGCAGCTGACGGTCTTCCAGAACCGCCGGTGGGATGCCGACTTCCTGACGCTGCGGAAGCTGCTGCAGGCCGGTGCCTTGGGCGAAGTTCGAACTTTTGAGTCGCGCTTTGAATGGTGGCGTCCGGAAGGCTTCGGGAACTGGCGTGATTCGGCCACGTTGGCTGAAGGCGGCGGGATCCTCCACGACCTCGGAGCGCACCTGATCGACCAAGCCATCCAGCTGTTCGGCCCTGTGGAGGAGAGCTACGGCGAGACCGCCAACCATGGCATCCACCCGGATGCCGCGGACACTGAAGCTTTCGTATTGCTGCGCCACGAATCCGGCGTCCGGACACGGCTGTGGATGAACGGAATGGCCGCCCAAGTGGGCCCGCGCTTCCACGTCCTCGGCTCCAAAGCCGGCTACACCAAGTGGGGACTGGACGGCCAGGAACCTGCCCTGGCAGCCGGCATCACGCCGTCGGACGCCACCTATGGCACAGAACCCCAGGAGTCTTGGGGGCTTCTGGGAGTGGACGGAGAAACCACGCCGGTCGCGGCAGAAAAGGGCGACTATCCACAGTTTTACCGGGAGCTGGCAGCCTCGCTCCGCGGGCACGGGCCTCTTCCGGTGCAGCCGGCGGAAGCGCTGGAAACCCTCAGGATCATCGAAAACATCCACGCGTTCGCCTAG MVRQPTAAPIRTAVVGFGVSGKVFHAPLIEADPDYSLGVIVTADPQRKSEAGRLYPQARIVSTPEDMFALAGDLDLVVLGTPPLTHLELGATAIAHELNVVVDKPFVTTVAHGEELAGRASDAGVQLTVFQNRRWDADFLTLRKLLQAGALGEVRTFESRFEWWRPEGFGNWRDSATLAEGGGILHDLGAHLIDQAIQLFGPVEESYGETANHGIHPDAADTEAFVLLRHESGVRTRLWMNGMAAQVGPRFHVLGSKAGYTKWGLDGQEPALAAGITPSDATYGTEPQESWGLLGVDGETTPVAAEKGDYPQFYRELAASLRGHGPLPVQPAEALETLRIIENIHAFA PGPT0018530_422 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 D3-18_03851 804 glnQ_7 COG1126 Glutamine transport ATP-binding protein GlnQ GTGAACCTCACAAGCAGCAGCGCTACCAGCACCAATCAGCCCGGCACCGGCCAGCCAACCAGCGACATTGAAAAGTTCCACGGCTCCAGCCTGGAACTGCAAAACCTGACCATGGCCTACGGGGACGTTGAGGTTCTCCGCAACGTCAGCCTCAACGTGGCACCGGGAACCACCACCTGCATCATTGGCCCCTCCGGTTCAGGAAAATCCACACTCCTGCGCGGAGTAAACCGCCTGCATGAACCCAAGAGCGGCGACGTGCTGCTGGCCGGCGAAAGCGCCCTCAAGGTCAAGCCGGACATCCTCCGTGCACGTATCGGAATGGTGTTCCAGCACTTCAACCTGTTCCCGGACCACACCGCCTTGGAAAACGTGGCATTGGCCCTGTGGAGCGTCAAGGGAATGTCGAAGTCGGAGGCCCGCGAACGCGCCCGGCGACGCCTGGCCGAAGTAGGCCTCGCCGAACGCGCTGACCATCGGCCACGTGACCTCTCCGGCGGACAGCAGCAACGCGTAGCAATCGCCCGGGCGCTGGCCATGGAGCCTGAGGTCATGCTGTTCGACGAAGCCACCAGCGCCCTCGATCCCGAGTTGGTCAAGGGCGTCCTCAACCTCATGGCAGGTCTCGGCCGCCGGGGCATGACCATGCTGGTTGTCACCCACGAGATGGGCTTCGCCCGCAAAGTGGCCGACCAAGTGGTGTTCATGGATGAAGGCGAAGTAGTGGAAATCGGAACCCCCACCGAGCTCTTCGACAATCCGCGCAGCGAACGCCTTCAGCGATTCCTCTCGGAAGTGCTGTAA MNLTSSSATSTNQPGTGQPTSDIEKFHGSSLELQNLTMAYGDVEVLRNVSLNVAPGTTTCIIGPSGSGKSTLLRGVNRLHEPKSGDVLLAGESALKVKPDILRARIGMVFQHFNLFPDHTALENVALALWSVKGMSKSEARERARRRLAEVGLAERADHRPRDLSGGQQQRVAIARALAMEPEVMLFDEATSALDPELVKGVLNLMAGLGRRGMTMLVVTHEMGFARKVADQVVFMDEGEVVEIGTPTELFDNPRSERLQRFLSEVL PGPT0020790_1275 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 D3-18_03852 789 gltK_2 COG0765 Glutamate/aspartate import permease protein GltK ATGGATTGGCTCAATACCATCAGCCGCACGTTCTTCGACCTTGATGCCATGGTCGAAGTACTGCCCCAACTCCTCGGAGTTGGCCTTCTCAACACCCTGATCATCTCCATCGCAGCAACCATCCTCGGCGTAGTGATGGGCATGGTGGTGGCGGTCATGGGCATCTCGCGCTCCAAGTGGCTGCGTATCCCGGCAAGGATCTACACAGACCTCTTCCGTGGCCTGCCCGCTATCCTCACCATCCTGCTGATCGGTCAGGGATTTGCGCGGTTGAGCCAGTCGGTCTTCGGACCCTCTCCTTACCCGCTGGGGATCATCGCCCTGAGCCTCATCGCCAGTGCGTACATCGGTGAGATCTTCCGGGCCGGCATCCAGAGCGTTGATAAGGGCCAAGGGGAGGCCTGCCGGGCTTTGGGGATGAGCTACTCCAAGTCCATGGCCCTCGTGGTGGTGCCGCAAGGCATTCGCAGGGTCCTGCCGGCCCTGGTGAACCAGTTCATCGCAATCGTCAAAGACTCATCGCTGGTCTACTTCCTTGGACTCCTGGTCAGCGAGCGTGAACTGTTCCGGGTAGGCCAGGACGCAGCAGTACTGTCCGGCAATCTTTCACCGCTGGTCATGGCAGGCATCTTCTACCTGATCATCACCGTGCCCCTGACCCATTTGGTCAACTACTTCGACAACAAGTTCCGCACCGGCCGGCGTCGTCCCACGGCACCCACCAGTGGGCTGAAGGAAGTCAAGGAACTCGATGCGGCCTCGCCGCTCATCACCGGGAGCAACACGTGA MDWLNTISRTFFDLDAMVEVLPQLLGVGLLNTLIISIAATILGVVMGMVVAVMGISRSKWLRIPARIYTDLFRGLPAILTILLIGQGFARLSQSVFGPSPYPLGIIALSLIASAYIGEIFRAGIQSVDKGQGEACRALGMSYSKSMALVVVPQGIRRVLPALVNQFIAIVKDSSLVYFLGLLVSERELFRVGQDAAVLSGNLSPLVMAGIFYLIITVPLTHLVNYFDNKFRTGRRRPTAPTSGLKEVKELDAASPLITGSNT PGPT0020795_3441 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 D3-18_03853 867 argT_2 COG0834 Lysine/arginine/ornithine-binding periplasmic protein GTGATCAAACTGAACTTCCGCCCGGCAGCCCTCGCAGCGGCGGCCCTGGCGGCCATTCTCGCCCTCTCCGGCTGCGGTGGATCGCCTGCCGGCAGCTCACCATCAGCCGACAACCCTTACGGCCTGATCGAGCCCGGCACCATCCGCGTCGCCAGCTTGGGCGACTCGAAGCCCTACACCTTCACGGACAGCTCGGGTAACTTCACCGGCTTTGACGTGGAACTGTTCAAGGATGTGGCCCACCGCGCCGGCGTGGACAATGTTGTCTTCACTGGACAGGACTTCTCCGGACTCCTGGCAGCTGTAGCCAACGGCCAGTTCGACGTCGGCGTGGCAGCTATCGGGATCACGGACAAGCGCAAGGAAACCGTGGACTTCTCCGACGGCTACCTCGCCGGATACCTGACGGTCATCACCACCAAGAGCTCAGGCATCAACGACGCCGATGGCCTTAACGGCAAGCGTCTGGGCGTGGTCCAAGGCACCCTGCAGGAAGCCTACGCAGTCAAGAACTTCACCTCGGCGCAGTTGGTCCGCTTCCCGGACAACAACACCGCCATCTCCGCAGTCAACAGCGGTTCCGTGGACGCCCACTTCCTGGACTACGAGGCAGCCAAGGAATACCAGGAGCAGTTCGGACTGGTGAGTGCCGCGGACATTCCTTCCTTCGACGCCCCGGCAGGCTTTGCCATTGCCAAGGACAAGCCCGCCTTCAAGGAAGCCCTGAACAAGGGCCTCGCCGAAGCAATGGAAGACGGCACTTGGAAGAAGCTCTACGAGAAGTGGTTCCCGGGTTCGCCGATGCCTGAGCAGTACCTTCCGAAGGCCGAGCAGACCTCCAGCCCGGCTCCGACCGCCAGCAAGTAA MIKLNFRPAALAAAALAAILALSGCGGSPAGSSPSADNPYGLIEPGTIRVASLGDSKPYTFTDSSGNFTGFDVELFKDVAHRAGVDNVVFTGQDFSGLLAAVANGQFDVGVAAIGITDKRKETVDFSDGYLAGYLTVITTKSSGINDADGLNGKRLGVVQGTLQEAYAVKNFTSAQLVRFPDNNTAISAVNSGSVDAHFLDYEAAKEYQEQFGLVSAADIPSFDAPAGFAIAKDKPAFKEALNKGLAEAMEDGTWKKLYEKWFPGSPMPEQYLPKAEQTSSPAPTASK PGPT0020800_3805 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 D3-18_03854 1095 ccpA_9 COG1609 Catabolite control protein A ATGAGCACTGACGGATCCCGACGGCGGGACGTAACGGTTGCCGACGTCGCCAAAGCCGCGAAAGTGTCCAAGGCACAAGCAGCCCGCGCATTGGGCAACTACGGCGCGGTCAGCGACGACGTCCGCGAGCGGGTGCTCGCCGCGGCCGAGGAGCTGGAGTACCGGCCCAACGAACTTGCCCGGAGCATGAACACGGGCAAATCCAACACCATTGGCGTGGTGGTGGGCGACATCGAGAACCCCCACTTCGGGCTGGCCATGAGGGGCATTACGGATACCGCGAAGAAGAGCGGCTACAACGTCATCCTCATCAACACGGACGAGGAACGGGCTGCGGAAGTTGACGCAGTCCGCGTGCTTTTGGACAAGCGGGTGGACGGACTTATCGTCGCTCCGGCCTCATCCGTGGAGACATCCCACCTGCAGCAGGTCCGGGAGTCCGGGCGCCCCTTGGTCCTGCTGGACCGGGCTGCAGCAGGGGTGAATGTTGAGACCTTTGCTGTGGACATGGGAAGCATTTCCTACGAGTCCACCCTGCATTTGATCGAGGCCGGACACCGACGGATTGCCTTTGTCTCCACGGTCCGGACCGATGCCCCCTACGTTGCCGGGATGACCTTGGACTCTTCGCAGATCGCAGATCGCCTGGACGGAATCCGCCGGGCTTTCGACGATGCGGGCTTTCCCCACCCCACGGACCTCATCCGGCTTAATGCTGGGGACGCCGATTCCATCATGAGGATTACCCGCGAGCTGCTTGACGGACCGGACGCCGCCACGGCCATCATTGCCTCCGACGGCCTGATCGCCCTGAGCGTCGTGGAAGCCATCCAGGAATCAGGGCGCTCCATCCCGGATGACGTCTCGTTCCTCATGTACGACGATTTTGCGTGGACCCGCCTCACCACGCCCCCGCTCACCGTCATCGCACAGCCCGTCTACGACATGGGAATTGCCGCAGCATCTGCGCTGATCAGGCAGATCGAGGGCAGGAAAGCCACTGGGCCCGGCCCGGAGTTGGTGGCGACTTTGATTCAGCGGGGCTCCGTCGGGGCGCCCAAGGAGGCTGAGGTGCTCAGCCAGGCGAGCGGCTAA MSTDGSRRRDVTVADVAKAAKVSKAQAARALGNYGAVSDDVRERVLAAAEELEYRPNELARSMNTGKSNTIGVVVGDIENPHFGLAMRGITDTAKKSGYNVILINTDEERAAEVDAVRVLLDKRVDGLIVAPASSVETSHLQQVRESGRPLVLLDRAAAGVNVETFAVDMGSISYESTLHLIEAGHRRIAFVSTVRTDAPYVAGMTLDSSQIADRLDGIRRAFDDAGFPHPTDLIRLNAGDADSIMRITRELLDGPDAATAIIASDGLIALSVVEAIQESGRSIPDDVSFLMYDDFAWTRLTTPPLTVIAQPVYDMGIAAASALIRQIEGRKATGPGPELVATLIQRGSVGAPKEAEVLSQASG PGPT0017992_1222 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 D3-18_03855 141 hypothetical protein ATGACTGAAACTATTGCAACCGCAGCAGCCGAGAAGGCTGTCACTGCAGAGGCCGAGAAACTCGACTCAGTATTTGAGCTCGATCTTTCCGAAGTACAGCCCATCGCCGCACGCCGGCAGGGATGCGTGATCATTCTTTGA MTETIATAAAEKAVTAEAEKLDSVFELDLSEVQPIAARRQGCVIIL NA NA NA NA NA D3-18_03856 1098 hypothetical protein GTGCGAATAGCCCGTGCACATGCATTACAAATTCAATCAATGGGCGGAGAGTTACGGCTGACCTCCGCCACAGCCCGGCAATGGTATAAAGGGAAATTAGATCCACGCTTGGTGATGTTTCTTTCAAAGTTGGGCAAGTGGACTCACCCTGATTCTGCAGCCACAACTCTGGCTGGCATGGTCGGGATCACGCATGAACGGGCCCTCGAAGAAATATCTCGCCTGGAGAGAGCCGAACTGGTCATTCGCGAGACGCCGGAAATGATCGCACTGACAAAGGCCCAGCATATTTGGGGTCAGGCCGGTTGGGCAGCCGCCTTCGAATACCAAGTCGCATCCGATAGCGCCGAACGCCTCGACTATACGAATCAGACGGGCCAGCAGCAGGACGTCGGGCTCATGCACCAACAGCGCAGGCTTGGCCCCCCGGCCCCCTCCCACTATCTTGATCTCCTGCACCATCCGGCCTCTTCGCTCCCTCAGCCGCGATCCACGCTGAGCGTCGATTATGGAGAGGTTTTTCGTGCCGCGAACGATCAGCAGCCTCCCGCGGGAGTTGCACCCATGCAACGCCTATCGGATCTGCTGTACTACTCCTTTGGACAAACCGGCAGTAAACGCCTGCCGGTTTCAGGCACCCACGTGATGAAAACGTCACCCAGTGGAGGCAGCCGACACCCCACTGAGGCTTACGTGATCCTCTTCGCAGAAAATAGTCAGGGTTCAGTCAGCCATTACAGCGTGAGAAATCACGCTCTGGAGCCCTTGGGTAAAGAAGTTTCGCAGCAGTGGGTAGATGATCACATACTGGAAAAGCCCGAATGGATCACGGGACCGCTGTCAATGATGATTATTCTGACGAGTGTGGCTGAGCGAAACATGCATCGGTACCGCGAAAACTTCACCTATCGACCGCTGCACCATGACGTTGGGCATGTCATTGAAACCACCAATCTTGTAGCACACTCTTTGGGTTACACCACTCTTGCCGGCTACTCATTGATGGACAATGCGGTATCAGAACTCTTGGGGAACCCGCGAATTTCAGAGCCATCAATGGGCTTTATCGCCGTTAGGGAGAGCAAGTCATGGAGCTAA MRIARAHALQIQSMGGELRLTSATARQWYKGKLDPRLVMFLSKLGKWTHPDSAATTLAGMVGITHERALEEISRLERAELVIRETPEMIALTKAQHIWGQAGWAAAFEYQVASDSAERLDYTNQTGQQQDVGLMHQQRRLGPPAPSHYLDLLHHPASSLPQPRSTLSVDYGEVFRAANDQQPPAGVAPMQRLSDLLYYSFGQTGSKRLPVSGTHVMKTSPSGGSRHPTEAYVILFAENSQGSVSHYSVRNHALEPLGKEVSQQWVDDHILEKPEWITGPLSMMIILTSVAERNMHRYRENFTYRPLHHDVGHVIETTNLVAHSLGYTTLAGYSLMDNAVSELLGNPRISEPSMGFIAVRESKSWS NA NA NA NA NA D3-18_03857 1077 hypothetical protein ATGGAGCTAATAACCCTCAATCGTTGCAGCAGAATAAGGATTGATGAGCGGCCTGGAATTGATTTGCTGTTGGAACGTAAATCTTTCACTTTACCGTCGGCTGAGCTCATCCCGCCACTGCTTGAGAGCAGCGAGCCTCGCTCCTATGAGGCCGTCGTTAGCTCATTTGTCAGCGCACTGGAGAACCACAATCCGGCAGATGTCAAGACATTTGTAGACAGCCTGCTAAAAGCTGGTGTTCTTCAAGATGCGCTGGAGGATAATCCACTCTTGGATGAGGCAAAGCTCTGGCATAGCTATGGCTGGACCGATGCCTTGGTTTTCCATTGCCTCTCCGATGAGTTCCCCCGAAGTGACGTCCCGGGGACGGAACATTTCGTCCCGATCGAGGAATCGCTGAAGGAAGACATCGCCGTTGCCGGGACACCTGAGTTTTGGCGATACAGAGCTCAGGACTATACGGCCCTGCCAGAGGCTAGTGACGCTCCCGTGCGCGACCTTGCCGAGGTCCTCCTCGCAAGGCGGACGCACCAGCCGTGGACGGGAGCCGCGTTTAGCGCTCAGGATTTGAGCCGGGTATTGCGCGACGTGAACGATCCCCTGTTGCGTCTTCGTCGAGCTGCAGAGGATGACCACGAAGGTGATCCTGGCGCGCTACTCCGTAATACTTTCGGAGATCTCGAGGCCTATGTAGCAGTGCACGACATCGATGGCATCGCGCCGGGTCTGTATCACTACGACCCGAAGGACCATGCTCTGGGGGTGATCCGTCAGGGGGACCACAGGGAGCTGCTGCAGCGCACATTTGTCGGTCAAACGCCGGCCGGGCAAGGAAGGTGCGCGATCATCATCTCAGTTGTTTGGTCCAGGCTGATGTTCAAGTACAGGTCCAATCCAAGAGCATATCGAGGCCTAATGACCGTGGTAGGTCAACTTGCTCAGCGATATCTTGTGAGCTTTACGGGATTTGGCCTAACAACTTTCCCAACTCCGGCGCATGTGGCAGAGCGGGCCGACGCCCTACTGGGCACTGACAGACTCGAGGAGTCCGCTCTCTATCTGGTGTCTGCGGGTTGA MELITLNRCSRIRIDERPGIDLLLERKSFTLPSAELIPPLLESSEPRSYEAVVSSFVSALENHNPADVKTFVDSLLKAGVLQDALEDNPLLDEAKLWHSYGWTDALVFHCLSDEFPRSDVPGTEHFVPIEESLKEDIAVAGTPEFWRYRAQDYTALPEASDAPVRDLAEVLLARRTHQPWTGAAFSAQDLSRVLRDVNDPLLRLRRAAEDDHEGDPGALLRNTFGDLEAYVAVHDIDGIAPGLYHYDPKDHALGVIRQGDHRELLQRTFVGQTPAGQGRCAIIISVVWSRLMFKYRSNPRAYRGLMTVVGQLAQRYLVSFTGFGLTTFPTPAHVAERADALLGTDRLEESALYLVSAG NA NA NA NA NA D3-18_03858 300 hypothetical protein ATGACTTTGGAGTCGGGAGAGAACCTTCTTCGAGTCTCGGCGTTTCCCGCCGCAACGTCTCAGGGAGCTTTCCTGCTTACCGGGGACTTGGGGTCCGTTGGTCAGCGCTATGGCGAACGGGGATATAGGTACATGCTTCTTGAGGCTGGCCACATTGCCCAAAACCTGGTGTTGGCACTGTCCTTACAAGGAATTGCATCCTGTCCCATCGGAGCGTTCGATGACCAAGTTGCCAACGAACTTCTCGGCCACGACAAAGACTCCCTCAATCTGCCCGTATACACGATTGCCTTGCCATGA MTLESGENLLRVSAFPAATSQGAFLLTGDLGSVGQRYGERGYRYMLLEAGHIAQNLVLALSLQGIASCPIGAFDDQVANELLGHDKDSLNLPVYTIALP NA NA NA NA NA D3-18_03859 1188 hypothetical protein ATGAGTGTGGAGTTTGGCACGAAAGGCCGTGGAGTGCGTTGCCCGGGATGCATAAATCTCTGGACTGTTGAGGCTGCGCGGGCAGGGTTAGGAGTGGACAGGGCAAAGGACCCCCTGAGGCCAGGGCTGGCCCATCCGGATTGTCTGGAATCACATGTATTCACTTCATTCGATTTCGGCCACAGTTTGGAGTGGGTGGCTCCTCCCTACGGCCCCGTGCTGCGCTGTTCAACGCAATTTCAGCCAGCCTCGGGCTTGTGGCTCTCCGACGTTGCGTTGACATTGCCTGCCGGCTCCCGGAACGCAGCCATTGTTGCAGGCGGAGCAGGACCTACCCGCATGGAAGCCGTATGCAAAGGCTGGTTTGAGGGCCTTGAACGTCGATCTGCTCATACTCGGCCCCGCGGTCAAGTCCGGCTATCAGTTCCGAACACTAATGAGTGGGCTTTACATGGGGCCTCCTACGTTTCCGATGGTCAAACCGATACTGTTCCAGTCCCGAGCTGCCAACTTCCGAACGACAGCATCGGTTTTGCACTTTTTGATACGTACGAGGAAGCCGCCGCGCGGGCACTCCTTGAAGTCTTGGAAAGGTCCATGCTGGATGACTGGTGGGCGGCCACTGACAGCGTTCGGTGCAGTGAACATTCCCATGCAGCAACCCAGCGCCTCGGCGCTTTGGACGTTGATGGGAGCGGTGTGGACGTTTGGCACAGTCAATGGGAAGGGATAACCGTGACTGGTTGCCTATGGTGGTGGAGCGACGACGAGTCCACGATTTCGTGTTCTTTTGGTTCGGCTGCCAGCCCGGATGCCGCGATTGCTACTAAGGCTGCGGTGGATGAAGCGAGTCATCTCCGTCACGGAAGCGACCTCTACGTCGTTGATGGCCGGCCGGTCTTTGGACCGTCTTACCCGCCCACGTCGCTTCCGCCTCAATACATGGACGAGCTTCACGAACATTACCCCCTTGGAGAATGCCATTTGAAAGAAATCCGACCCAGCAAACCCCTAGCCCAGCTGGGCGATGAAGTGCACGCGGTGGTCTTGGACTACGGAAACTCCCTAACGGATTCGCTGGGCCTTCATGTCCTGCGAACGTGGGTTCCAGACATGAGAAAGTTCTCTTTGGAATCAACGAATGCGGCCGGTTTCCGGGCTACTTTTGCGCTTGGCCATGCTGGATAA MSVEFGTKGRGVRCPGCINLWTVEAARAGLGVDRAKDPLRPGLAHPDCLESHVFTSFDFGHSLEWVAPPYGPVLRCSTQFQPASGLWLSDVALTLPAGSRNAAIVAGGAGPTRMEAVCKGWFEGLERRSAHTRPRGQVRLSVPNTNEWALHGASYVSDGQTDTVPVPSCQLPNDSIGFALFDTYEEAAARALLEVLERSMLDDWWAATDSVRCSEHSHAATQRLGALDVDGSGVDVWHSQWEGITVTGCLWWWSDDESTISCSFGSAASPDAAIATKAAVDEASHLRHGSDLYVVDGRPVFGPSYPPTSLPPQYMDELHEHYPLGECHLKEIRPSKPLAQLGDEVHAVVLDYGNSLTDSLGLHVLRTWVPDMRKFSLESTNAAGFRATFALGHAG NA NA NA NA NA D3-18_03860 1056 hypothetical protein ATGCGGCCGGTTTCCGGGCTACTTTTGCGCTTGGCCATGCTGGATAAGCGGCTGTTCGTCTGCAAGTCGTTCGCTTTGGTGCGCATTGACGACTCGTGGGTCGTGGAGCAGACGGGGGGCGAACGACCTGCTCGTAGGCTGTCGACCATACCGGCTTGGCTGGGGCGGTTACTTACTGTTTTGTCCGCCTGGGAGGTTGTCGATGCCGCCAACTCCGTCAAGCTCGCGCAGCTGTCGAACGTACATCCAGCTTCAATTTCCGACTGTTTGGAGCAGCTGCTTCGGTTGGGCCTGTTGCACGAACAAGTGTGTCTTTTGGAAGGCGAGCGTGACACCGCACGGGCACGCGACTATCAATTTTGTTCAGGCAGCAAGCGCCCCGACTATACAGATCCCGCGACAATCGGAAACGACATACAGGAGATGAATCGGTGGGCCAGCGAGGACGCACCGCCTGCGGCCTGGAAACAACATCAACGTCGGGACGTCATCCCTCTGCCGGTTCCAGGTCTTGCCGCCGCTACAGGAAGCCATGCGAAGCTTGGAAGCTTTCTGTACCTGTGCCACGCAGTTCTGGCCGATGCAACGATCGGCGCACTTCCACGAACACTTCGCGCAGTGCCCTCACATGGAGCATCGCACCCCTTCGACCTGACTTTGAAATTTCCCTCAGAGCAAGGTTCCGGGAAGGAAGTCTCTTTCGCATACGATCCCGGGCTACATGCTTTGGTTCACATTGACGGTGCTTTGGTTCCCAAGGTCAGGGAAAGTCCTGCCAAAAGCGCGGTCAGGATAGGAATCCACCTTTCCATAGAGCGCGTGCAATTCAGGTACCGAAGCAGCCTCGCTTACCAAACCATCTACTTGGACTTAGGTCATCTCATGGAGACCATGACTTACGCTGCTATCGCTTCGGATAGTACTTTGTCCATCCCTGAAATGCCCGTGGTTCCTTTTACAGACCGAAGCTACCCAGGCGAGCTTGTGGCCGAGGCTTTTTGGTGTTCTGCGACTAGCCCGCTCTCAGCACGTGCAACATCTGCGTCAGTGGGCTGA MRPVSGLLLRLAMLDKRLFVCKSFALVRIDDSWVVEQTGGERPARRLSTIPAWLGRLLTVLSAWEVVDAANSVKLAQLSNVHPASISDCLEQLLRLGLLHEQVCLLEGERDTARARDYQFCSGSKRPDYTDPATIGNDIQEMNRWASEDAPPAAWKQHQRRDVIPLPVPGLAAATGSHAKLGSFLYLCHAVLADATIGALPRTLRAVPSHGASHPFDLTLKFPSEQGSGKEVSFAYDPGLHALVHIDGALVPKVRESPAKSAVRIGIHLSIERVQFRYRSSLAYQTIYLDLGHLMETMTYAAIASDSTLSIPEMPVVPFTDRSYPGELVAEAFWCSATSPLSARATSASVG NA NA NA NA NA D3-18_03861 729 hypothetical protein ATGAACCACTTAGACGAACTTCCGGGCATACCCTCAACCACCCTGATGGACGCCTCTTGGCGGGCAATGAATGCGAGGGTCGATACGGCTGTGGAATTGCCAGTATCCACTCCTCTGGAACTGGACAGGGTCCGGTTTGAGTTTTGCAGCGAGTGTCATGATGAGGCACAAGTTCTGGGCGAGAAGCTCCCAGGGATTACGAGCCGCTTGTACGGTTACAGCACACGACGAACACATGCGTTCCTACCCGTAGGTGTAATGCATCACCGTGACATCATCACGGATGCTCTGCACCGTGTGCGCTTCCAGCATCCGATGGATAGCAGGCTTCGGGGATACGCCATTCGATGCCGCCACGATCATTCGGCACGTACGGACCCGACTGACTGGGACGCTGACATCTTCCGTTTGGGTGTGTACTCCTCTTCCCTCGCCTTTGAAGGTCCCTTGCGCTGGCGCCCCCGCACGTCCGCGCTGCTCGATCCGATGAAGCTTGTCACCTATCAAGAGATGTTCGGGTTGATCGCAGCTCTGATCGCCGTTGGAGGGTCAATTGAAACCGCTAATCGGTGGCTTGATGTGCTCTCATCAGCACCAGCCAGCCGCGGTCTGTTCACAGATCCCGGCCTCCTCCAAGTTGCCGATTCCGGACCAGGCGTTGTGGGCCTCTACCGAACCCTCACTTCAGCAACCGCCAACCTGCTCACAGAAAGCCCTACCCCGCGATGA MNHLDELPGIPSTTLMDASWRAMNARVDTAVELPVSTPLELDRVRFEFCSECHDEAQVLGEKLPGITSRLYGYSTRRTHAFLPVGVMHHRDIITDALHRVRFQHPMDSRLRGYAIRCRHDHSARTDPTDWDADIFRLGVYSSSLAFEGPLRWRPRTSALLDPMKLVTYQEMFGLIAALIAVGGSIETANRWLDVLSSAPASRGLFTDPGLLQVADSGPGVVGLYRTLTSATANLLTESPTPR NA NA NA NA NA D3-18_03862 1221 hypothetical protein ATGAAAGTCCTACTGACACGCTCCTCCGAGCTAGGCTTTGAAATAGCTGCAGCCGGTGGCCATCACTTGGAAATTGACGTGGCGGCCATAAATTCGGCCGAAGCCCCGGCAATCTCCACTGCAGTGGAAACTGCTCTCGGCGTCACTGCCTATCCTTTGTGGGAGTTCGCTTGTCGCGACGAAAGTGTGTTCCTGTGCGAGGTTGATCAGTCATATTGGTCAAAGTTCACTTGGATCAGCTTGGAAAACGTCTCCTGGATTACTTGTCTCTCACAGGCAGGTGCGGACATTGTCCGTGAACTAAATCGCGTCGCGGAACCAACCGCCATGCCGTTTGTCCCGTGGCTTCGCCAAGGATGGATCAGGGAACTGCAAGCCGAACTGGAAAAGACATTCGGGGACGACTGCCTTATCCAACCCCATAAACTGCGCTGCGACACCCTGGTCATCAGAGTAGCGACAAATCAAGGCGAATTCTTTGAGGTGCGTGCAGAAACGCAGTACTCGAAGGAATACCCCGCGCCACTCCCGCACACGATGCTTCGGTCCATGCTTCAACGTCCCCTAACGCAGGAGTGGCTTTCTCTGAATGTGCAGGTATACAAAGCACCGCTCGGAGGCGGGCTCAGTGAGCAACCCGATTGGGAAACCGCGCTGAGAGCCTATGCAAGGGCCCAGCGATGGATAGGCGAACAATTTATCGAGCCAGAGCTGGTAACCTCTGGCTCTTCAATGACGCCGCAAAGACCAACACGGGTCCCAAACCTTGAACTCCCCGCTAACAGCCATGACATGCACGCGCTCCGAGATGCCGCAGCAACTGTCCTGCAATTGCTACCTATGACAAGCGTTTCTTCAACACTCGCCTTGTCGCCGTTCGAAGCGAGCATCGAAGCAGATGGACTGCGAATCGGCAGTTGGGAACACGTGGCGTTCACCCATCCTTTGGAGGCGTTAACTCCGTTCCTTGCGGGCGTAGGCGCGGAGAATCGGCCCCCGGTATCCAAAATAGTTGAGTGGTGGTCTCTCGGACGGGGTCAGTCTGAGCCCCGGATCACACAACGGGACCTCAGCGCAGCACTGGCGCTGGCAGCATTGAGACGTGTCGCAATCCTTTTGGAGAGAGGCCAGTCACTCAGGTTGTTGGGAACATCGCTGCAAACTGAAGTGACAGCTTGGTTCAACTACGCCAAACTACACGGATCGCGTATTCAGTCGTGA MKVLLTRSSELGFEIAAAGGHHLEIDVAAINSAEAPAISTAVETALGVTAYPLWEFACRDESVFLCEVDQSYWSKFTWISLENVSWITCLSQAGADIVRELNRVAEPTAMPFVPWLRQGWIRELQAELEKTFGDDCLIQPHKLRCDTLVIRVATNQGEFFEVRAETQYSKEYPAPLPHTMLRSMLQRPLTQEWLSLNVQVYKAPLGGGLSEQPDWETALRAYARAQRWIGEQFIEPELVTSGSSMTPQRPTRVPNLELPANSHDMHALRDAAATVLQLLPMTSVSSTLALSPFEASIEADGLRIGSWEHVAFTHPLEALTPFLAGVGAENRPPVSKIVEWWSLGRGQSEPRITQRDLSAALALAALRRVAILLERGQSLRLLGTSLQTEVTAWFNYAKLHGSRIQS NA NA NA NA NA D3-18_03863 1365 hypothetical protein GTGAAGCTATCAACGAGGAGCCAGGCCAATACGGGTTCCAATCTGACAAACCATACCCGGCAGCTTGCCAAGCTGGCTTTACCGCTCACTGCCGGAATGCTCGCTCCACTCCTGATCGGAATAGCGGACGTCCTACTGGTGGGTCACGTCTCCGATGCAGCTCTCCCCGCTGTGGCTTTTGGAATCACCCTATACATGTTTGCAGTGACCTCCAGCCAAGCGATTGCTATTACGCATCAAGTGGTTGTACTTCGACCCTTGGGCGATGACAACAGACTGCTCGCTTCATATTTGTTGTGGCGCTCGCTCGGCATAGTACTCATTATGTCGCTGACGTGGGTGGCTCTTATACTTGCGTTCGCATCACCGCTGGCGGAGTTGATGCTTTCAAGCCCAGCCAGTAAAGCCGAAGCCGTGGCTTGGATCAGCGTCAGGGCTTGGGGCTTGCCTGCGGTCAGCGTCGCCATGGTTCTTTCAGTTCATCTGCAAGCATCGCTGAAGCCGATCTACTCAGTAGTAAACAGCATTACGTCGAACACTCTAAATGTGGTTGCTTCAGCCTTCCTCATTTATGGCTTCGGGATGCTGCCCGCGTTGGGCGTCCAAGGATCCGCTTATGGGAGCATTCTGGCCGAGGCCTTCAGCGTCACATTTATGGTTATTACCTATGCGTTTTTGCGTCCGATTAGCTCTCCAGGCAGCTGCTGGAGGAATGTCATCCGCAATGATTTGCCTCGGGACTATCGCCCTATTCTCATATCAGAATTCGGTAACGTTATCAGCCTCAATACCAGCGAGGTGGCCTTCGTAGCCATTCTCGCAGTGGTGGGCGACGCAGCCCTGGGCGCGGGCCAAGTAGCTATCACCGTCATGGACGTACTGACGGCCCTGGCTATAGCAGGAGCTACTGCGTTTCAAATCCTTGAGGGTAGGGACGGCGGGCCTGGAACCAGTCTTTTCAGCTGGAGGCCACACGTACTCATCCTTGTCATCTTCATCTTGCTCGGCGCTCTGCTGGGTACTTTTACCCAAACTGTGGCGTCCTGGTTCACAGACGGAAGTCTTGCATCTCTGACTGCCTCCGGCTTGGTTCTTGTGGCTGTTTCGTCCCCGCTGATCTGGCTAAGCGCACAATCGGCCGCGTATCTTCGAGCCTGGCGTCGCTCAAGAACAGTTCTCGTGGCGACAACTTTAGCCGCATGGGCTGTTCAAGTTCCCTTGGCTTTCCTCCTCGGCATCGTTCTGGATCTAGGTCTGACAGGAGCCCTCATTGCCTACGTGGGCTATCACCTCGTCCGGGTTTTGATCCAGGGCTTGGCCATTTCCAGGCTTGTCCGCGTTACAGCCGAGGCTGGCAACCCCTAG MKLSTRSQANTGSNLTNHTRQLAKLALPLTAGMLAPLLIGIADVLLVGHVSDAALPAVAFGITLYMFAVTSSQAIAITHQVVVLRPLGDDNRLLASYLLWRSLGIVLIMSLTWVALILAFASPLAELMLSSPASKAEAVAWISVRAWGLPAVSVAMVLSVHLQASLKPIYSVVNSITSNTLNVVASAFLIYGFGMLPALGVQGSAYGSILAEAFSVTFMVITYAFLRPISSPGSCWRNVIRNDLPRDYRPILISEFGNVISLNTSEVAFVAILAVVGDAALGAGQVAITVMDVLTALAIAGATAFQILEGRDGGPGTSLFSWRPHVLILVIFILLGALLGTFTQTVASWFTDGSLASLTASGLVLVAVSSPLIWLSAQSAAYLRAWRRSRTVLVATTLAAWAVQVPLAFLLGIVLDLGLTGALIAYVGYHLVRVLIQGLAISRLVRVTAEAGNP NA NA NA NA NA D3-18_03864 1719 argS_2 COG0018 Arginine--tRNA ligase GTGATCAGTCCCTTTTCTGCAGTACGTCCTCTTGCGCAAAAAGCGATTTCCGGAATCCTCGGACTCCCCGCCGCTGACATAGACCCTGTGGTTCGTGAGTCTCAATTCGCCGACCTGCAGCTGAATGTCGCCCTTGCCCTGTCGCGCCGACACGGCATGACTCCAATGGAGCTGGCTCAGCTGATCGCCGATGCCCTGGGCGGCGAGCCGTTGATCGCCGAAGCTACGGCCAGCAAGCCGGGCTACGTGAATATCGTGCTTGCTGATTCGTGGATTGAGCAGCAAATTAGGGACCTGTCGATTCCGACTCGACTTGATCCCAGTGGCCGGCGGGTTGTTGTGGACTATTCGTCACCTAACGTTGCTAAAGAAATGCACGTGGGACATTTGCGGACGACGGTTGTTGGAGATGCACTTGTTCGGATCTTGGATTGGCTTGGAAACGACGTCATCAAGCAGAACCACATTGGCGACTGGGGCACACCTTTTGGGATGTTGATAGAGCATGCTCTTGATGCGAAATCGAGTGGCCAGGACGCCCATGAACTGGCGGAGGATCCAAACGCTTTCTATCAGGCCGCCCGGGAAAAATTTGACGCAGACGAAGACTTCGCCACCCGCGCCAGATTGCGGGTTGTGCTGCTTCAAGCCGGGGACGAGGCAACCCTTTCCCTGTGGAGTGATCTGGTGGGCGAATCCAAGACTTACTTCAACAAGGTCTACGCTGCCCTTGAAGTATCCTTGCGCGACGAAGACTTGGCCGGAGAGAGCACCTACAACGCTCAATTGCCCCTGCTGTGCGAAGATCTTGAGAAAATCGGCCTTGCTACCGTTAGCGAGGGTGCGCTGTGTGCCTTCCCTGAGGGCTTCAAAGGACGGGATAACCAGCCCGCGGCCCTGATATTGCGGAAGAGCGATGGCGGCTACGGCTATGCAACAACAGATGTCGCGGCCCTAAAGTACCGGGTACAGGAGTTGAAAGCCGATTCGGTGGTCTACGTCGTCGGTTCGCCACAGGCCAACCACTTGGAGATGGTATGGCAGCTGACCAGGGAAGCCGGCTGGCTCACACCGGCCACTGACGTAACCCACGTGAAGATCGGTAACGTTCTCGGCCCTGACAATAAGATCCTTAGGACTCGAAGCGGAAAGAGCTTTAAACTCCTCGATCTTGTTGATGAAGCGGTGGCCCGGGCGCACAAGGTTCTCGTCGAGAGCAGCTCCCTTGAGAGTCCTGACGAGATGCAAGCTGTTGCGAGAATGATTGGTACAGGCGCCGTCAAATATGCCGACCTCTCAGTCGCTCATGACACCGAGTACATTTTCGACCTTGACCGCATGGTCTCACTCAGTGGAAACACGGCGCCCTATCTGCAATATGCCGTGGCACGCATAAGGTCCCTGATTGAGCGGGGTGAGCGAACCGGCCAAGTGACAAACACTGTCGTAATCAGCCTTCCCGAGGAGCGGCAGCTGGCCATGTCTCTCCTCAATTTTGAAGCAGCAGTGGAGACGGCCGGCGAAAAACTGGAACCGCACCGGCTCTGTGCATATTTGTTCGCGCTGACGCAACGTTTTTCGTCGTTCTACGACGCAGCACCGGTCCTAAACGCCGAAGACGATGCCCGTTCTTCCCGACTGGCTCTCTGCCGTGCTACTGAACAGGTGCTTGTTCAGGGGCTTAGTCTCCTTGGAATTCGTGCACCGCAGCGCATGTAA MISPFSAVRPLAQKAISGILGLPAADIDPVVRESQFADLQLNVALALSRRHGMTPMELAQLIADALGGEPLIAEATASKPGYVNIVLADSWIEQQIRDLSIPTRLDPSGRRVVVDYSSPNVAKEMHVGHLRTTVVGDALVRILDWLGNDVIKQNHIGDWGTPFGMLIEHALDAKSSGQDAHELAEDPNAFYQAAREKFDADEDFATRARLRVVLLQAGDEATLSLWSDLVGESKTYFNKVYAALEVSLRDEDLAGESTYNAQLPLLCEDLEKIGLATVSEGALCAFPEGFKGRDNQPAALILRKSDGGYGYATTDVAALKYRVQELKADSVVYVVGSPQANHLEMVWQLTREAGWLTPATDVTHVKIGNVLGPDNKILRTRSGKSFKLLDLVDEAVARAHKVLVESSSLESPDEMQAVARMIGTGAVKYADLSVAHDTEYIFDLDRMVSLSGNTAPYLQYAVARIRSLIERGERTGQVTNTVVISLPEERQLAMSLLNFEAAVETAGEKLEPHRLCAYLFALTQRFSSFYDAAPVLNAEDDARSSRLALCRATEQVLVQGLSLLGIRAPQRM NA NA NA NA NA D3-18_03865 1725 hypothetical protein ATGTGCACCGCAGACGAAAACACGACCACGCACCGCCAAAGTGTGGAGCTTGCCGACGCTGAGCTGAAAACCATGGGATTGAGCCGCCGGCGCATCCTGCAGTCGGCAGGGATCCTGGCCGCGGGCAGCGCGGCAACGGCCGCCATGGCACGGCCGGCGACGGCGAACCCGGGCGGCAACGACCCCCAGCTGAAGTGGCTTGTCGGAGACCACCACGTCCACACCCAGTACAGCCACGACGCCAAGTACATGATCAAGCAGCAGCTCGATACCGCACAGTCCTACGGCGTGGACTGGTTGGCACTGACTGAGCACAGCAACTTTGGCCACGCCAACAACGGCGGAGCAGTCAACGCCAACAAGGAAATCCAGGCGCAGCGTGCAGCGAGGCCCGACCTACTGATCTTCCAGGGACTCGAATGGTACATCCCGGGAGCTGAGCACGCGTCAGTGCTCGTCGCCCCCGGTCCCAATGAAGTGAACCTCCTGCGGACCTTCGAACTGGTGTGGGACGGAAAGCTGAACCAATGGGAGAAGCCAACCCCTGGAACGGCCCAAGTGGAGACGTTCGAGCGAAAAGCAGTTGAAGCCATTGCTTGGTTGGCCAACCAGCGGCGCTCCGGCTACATCGACGACGTCGTAGCGCTGGCCAACCACCCCATGCGCCTGGGCATCGACTCCCCGCACGAGCTCCGGGCTTGGCGCGATGCCGCCCGCGAAGTGATGATCGGCATGGAAGGTGCCCCGGGCGCGCAAGGCTCCGGCGTCAGCCAGTTCTCCAGAGCCGGCGACCAGCGCGGCGAATACACCAACAACCCCACCCAGTACAGCTTTCCCGGCTACCCGGCCGACGCTTTCCGGCCCTACGGCGGCTTCGACTGGGCAACCGCAACGGTGGGTGGCGTCTGGGACTCCATGCTCGCTGAAGGCCTGCCCTTCTGGATCACGTCCAACTCCGACAACCACCTCACTGTGAAGGACACCTGGAAAACCGGACCGTATCCGGCAGAGGAGCCCTACCTCAGCCTGCCCAGCGAATTCGATCGTTGGTCCGTCACGGGCAAGCGTCCCGATCCCTTTGATACCGGCGAAAAGCAGGGTGGCAGCGACTACTGGCCGGGACAGTTCAGCCGCCTTCACACCGGCGTCACCAAACGCTCCTATACCGGCGTCCTGGAAGCAATGCGCAACGGTCGCATGTGGGTGGACCACGGACACCTCCTGCAGGGACTTGACGTGCGGGTCCGGGCGATGCGCGGCGCCGGAGCAGGCAACAGTAACGGGCTCAACGGCGTCACCCTCGGCTCCCGTCTGCAGGTAAGGCGAGGCTCGGACGTCGAAATTTCCATCACCATTACGACGACGGACTACCGCAACTTTGCGGGGATCCTCCCGAAGCTCGCCCACGTGGACGTCATCGGTGGCGCCGTAACCGGTGCCGCGGCAGATCGCGACACTCTGAGGGCCCCCGGCACAGCGGTATGGAAGCAGATTGATGTTTCCGGGCGTACCGGAACGTTCACCATCAAGCACGTCATCAAGGACGTGCAGACATCCTGCTACTTCCGCCTCCGCGGCAGCGACGGAAACCGCCACGGCGCCGGCTACTACGGCGTTGCCGTGGACCCCGCCGGGCCCATCCGCCACGGAGATAACCTCGGGGACGCTGACCCGTGGGCGGATACCTGGTTCTACGCCAACCCGGTGTTCATCGACGTTGCGTAG MCTADENTTTHRQSVELADAELKTMGLSRRRILQSAGILAAGSAATAAMARPATANPGGNDPQLKWLVGDHHVHTQYSHDAKYMIKQQLDTAQSYGVDWLALTEHSNFGHANNGGAVNANKEIQAQRAARPDLLIFQGLEWYIPGAEHASVLVAPGPNEVNLLRTFELVWDGKLNQWEKPTPGTAQVETFERKAVEAIAWLANQRRSGYIDDVVALANHPMRLGIDSPHELRAWRDAAREVMIGMEGAPGAQGSGVSQFSRAGDQRGEYTNNPTQYSFPGYPADAFRPYGGFDWATATVGGVWDSMLAEGLPFWITSNSDNHLTVKDTWKTGPYPAEEPYLSLPSEFDRWSVTGKRPDPFDTGEKQGGSDYWPGQFSRLHTGVTKRSYTGVLEAMRNGRMWVDHGHLLQGLDVRVRAMRGAGAGNSNGLNGVTLGSRLQVRRGSDVEISITITTTDYRNFAGILPKLAHVDVIGGAVTGAAADRDTLRAPGTAVWKQIDVSGRTGTFTIKHVIKDVQTSCYFRLRGSDGNRHGAGYYGVAVDPAGPIRHGDNLGDADPWADTWFYANPVFIDVA NA NA NA NA NA D3-18_03866 1143 hypothetical protein ATGTCACCCCGTCCCATGAAACCGCGCCCCCAGTCCGACGCCGCTGACAATGAAGGCCCCACGCCGCTGAGCCAAGGACGCCGGCACCTCGCCATGAGGCTCGACGACGCGTGGCTTGGTTTCCAGACGCGTCTCGCGATCCGGCGTGGCCGGGTGGAGACCGTCATCCCTTACACCGGGTACGGCAGCACATCCTGGGTCAGGGTCCTTGCACGTGTCGTCCGTAGTGACCCCCGGGACGCTGCGGGTCACGCTAATCCGTTGCAGGAAAGCATGCGCGGATGGCGTAATTTCACCAGTGCACCCGTGGCCCATGCCCGGGTGAGCGTGACCATCGCGGGCACCGTTTTTGATGTGAGGGCTGATCGCGGAGGTGTAGTTGACGCTCGTATTCCGGTAGCCCTCGACGCCGGCTGGCACACCATCACGCTGCAATCCGGGGAGTCCAAAGTCGTTGAAGCTCCCGTGGAGATCGTCGCGGATGATGCCGAATTCGGCGTCGTGTCTGACATTGACGACACCGTAATGGTCACCGCGTTGCCACGTCCATTCCTGGCAGCTTGGAACACCTTTGTCCTGAATGAGCACGCGAGGACCCCCACGCCGGGTATGGCCGTGCTGTATGAACGGATCGCCAGGACGGCACCTTCCGCACCTGTGCTGTATCTGTCCACCGGAGCCTGGAACGTTGCCCCAACCCTGTCCCGGTTCCTGTCCCGCAACTTGTACCCCGCCGGTCCCAAGCTCCTCACGGACTGGGGACCCACTCCCGACCGCTGGTTCCGCAGCGGCCAGGAGCACAAGCGGACCTCGTTGGAACGCCTCGCGGAAGAGTTTCCCAACATCAAGTGGCTGCTGGTGGGCGACGACGGACAGCACGACGAAGCCATCTACTCCGAGTTCGCCCAACGTCACCCCGCCAATGTCAGGGCCATCGCCATCCGCCAGCTCTCCGTGGGTGAAGCCGTGCTCGCAGGTGGACGGTCAAAGTCCGGAGGCCAGCCCACTCCTGGAATCCCGTGGATCTATGCCCCGGATGGAGCGGGGATGTCTGCCCAGCTCGAGGAACTGGGCGTCATCCGGAATGAGGTTCGCTCCGCCGACGATCCCGAAGAAGGCGAAGTGCACACGGCATCGGAGTGA MSPRPMKPRPQSDAADNEGPTPLSQGRRHLAMRLDDAWLGFQTRLAIRRGRVETVIPYTGYGSTSWVRVLARVVRSDPRDAAGHANPLQESMRGWRNFTSAPVAHARVSVTIAGTVFDVRADRGGVVDARIPVALDAGWHTITLQSGESKVVEAPVEIVADDAEFGVVSDIDDTVMVTALPRPFLAAWNTFVLNEHARTPTPGMAVLYERIARTAPSAPVLYLSTGAWNVAPTLSRFLSRNLYPAGPKLLTDWGPTPDRWFRSGQEHKRTSLERLAEEFPNIKWLLVGDDGQHDEAIYSEFAQRHPANVRAIAIRQLSVGEAVLAGGRSKSGGQPTPGIPWIYAPDGAGMSAQLEELGVIRNEVRSADDPEEGEVHTASE NA NA NA NA NA D3-18_03867 480 iscR HTH-type transcriptional regulator IscR ATGAAAATGTCCGGGGGCGTTGAGTGGGCCATCCACTGCTGTGTGGTGCTCAGCAAGATGGATGGGCCTGTGCCTGCCGGCAAGCTGGCGGGTCTGCACGACGTCTCAAGCAGTTACTTGGCCAAGCAGATGCAGGCCCTGTCGCGAGGGGGACTTGTTCGTTCCCTTCAGGGACATGCCGGAGGGTATGTGCTCACCCGTCCGGCTGATGAGATCAGCATTCTGGATGTCGTCTTTGCTGTTGAAGGAAAGCAGCCGTTGTTCGTCTGTACGGAAATACGCCAACGCGGACCCCTGGGAACGCCCCCGGAGGAATGCTTGGCGCCCTGCCCCATCGCCAAGGCAATGATGACCGCAGAGGCGGCCTGGCGTGACTCGCTTAGCGCAATCTCCATCGGCGATCTGGCCCGCCAAGTGAGCAGCACGTCAGGTCCGGAAGCCTTTCAATCGATCCAGGAATGGTTCTCCGGTGCCCTCTGA MKMSGGVEWAIHCCVVLSKMDGPVPAGKLAGLHDVSSSYLAKQMQALSRGGLVRSLQGHAGGYVLTRPADEISILDVVFAVEGKQPLFVCTEIRQRGPLGTPPEECLAPCPIAKAMMTAEAAWRDSLSAISIGDLARQVSSTSGPEAFQSIQEWFSGAL NA NA NA NA NA D3-18_03868 753 hypothetical protein ATGAAGATTCTGATTGCAGGCGGAACAGGCCTCATTGGCCGGCAGGTTGTGGAGATTTTGAAAGACGAAGGGCACGAGGCGGTCCCGGCATCCCCTTCGAACGGCATTAACTCAGTTACAGGGGAGGGTTTGGATGAAGCGATGACAGGTGTTGACGTGGTGGTCGACCTGACCAACACCACCGACTTTGACGAAGACGTGGTGGTCTCGTTCTTCACAAATTCCACGAACAACCTCCTAGCCGCAGAGAAAAAGGCCGGAGTACAGCACCACGTCGCACTCTCCGTGGTTGGCACCGACCGGATCGGCCCTGTGGGCTACTTCGCCGGCAAGACCGCGCAGGAGGACGCCATCCGGTATGGCGGGGTTCCCTACACCGTGGTTCGGGCGACCCAGTTCTTCGAGTTCATTCCAATGATCGCCGATGTCAGCACACGCGACGGCTCAGTTTTCCTCACCGATCATTTGATGCAGCCCACGGCCGCCGCCGACGTCGCCCGCTTGGTAGCAGAAGCCGCAATGTCCCCTGCCTTGAACGGCGCAGTCGAAATAGCGGGCCCCGAGAGGGCGCCCATGTACGAGTTCGGCAAGCGGGTCCTCAGCGCCAAGGGCGATTCCCGCACCGTGGTGGCCGATACCAACGCCGGGTACTTCGGTATACCCATCCAGGAAACCAGCATCGTGCCAGTGGGCGAGGCGATCATCGGCAAAAAATCCCTTGGGGAATGGCTGTCAGAGACCGCGACCCCGTAG MKILIAGGTGLIGRQVVEILKDEGHEAVPASPSNGINSVTGEGLDEAMTGVDVVVDLTNTTDFDEDVVVSFFTNSTNNLLAAEKKAGVQHHVALSVVGTDRIGPVGYFAGKTAQEDAIRYGGVPYTVVRATQFFEFIPMIADVSTRDGSVFLTDHLMQPTAAADVARLVAEAAMSPALNGAVEIAGPERAPMYEFGKRVLSAKGDSRTVVADTNAGYFGIPIQETSIVPVGEAIIGKKSLGEWLSETATP PGPT0014960_7 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D3-18_03869 1302 nhaP2 K(+)/H(+) antiporter NhaP2 GTGTTTGAAATCCCCAGCATCTTGTTCCTTTCGGCAGGCATTGCGGTGTTGGCCGCAGCAGTTCTGCCGAAGCTATTGCGTGACATGCCGCTATCCATGCCGATGGTCTTTCTGGGCAGCGGAATTCTGGCCTTCACCCTGCTTCCTGACTTACCGGACCCGGATCCCGTCCAGTACGGGGATTTCACGACGCACCTGACCGAAGTGTGCGTCATTATCTCGCTCATGGGTGCCGGACTGGCTCTGGATAGACCGTTCCGGTGGCGCGGATGGACCACCACCTGGCGCCTGCTGGGGATCGTCATGCCCTTGTGCATCCTGGTGATGACGCTCCTTGGTCTGTGGGTATTGGGCCTGGGGCTGGCCGCCGCCATCCTCGTAGCGGCAGCGATCGCCCCCACTGACCCGGTGCTGGCCTCCGAGGTCCAGGTGGGAAAACCCGCAGACACTGAAGACGACCCTGACGAGGACGAGGTCCGCTTTGCCTTGACCTCCGAGGCGGGTTTGAACGACGGGCTCGCCTTCCCCTTTGTTTACCTGGCCATCCTCATCAGCTTGGTAGGGGCATCCCCGGAGGCCTGGCTGGGGGAATGGCTCGGGTTGGATGTTCTGTGGCGCACTCTTGCCGGGGTTCTGATCGGGTTCGGAACCGGCAAGCTGCTGAGCATGATCTTCTTCGCTGCCAAAGGTAAAAGCTTCCGCCTGTCCGAACACTCCGAGGGCTTTGTGGCCCTCGCGGCTACGTTCCTTGCGTACGGTGCCGCGGAGATGGTGGAAGGCTATGGCTTCGTTGCTGTATTCCTCTGCGCACTGACCATCCGGTCCGCTGAGCACAACCATTCCTACCACCAGGTGCTGCACAGCTATGTGGAGCAGCTCGAGCGCCTTATGACGGTGGTGATACTGGTGCTGCTTGGCGGCGCCATAGCCCGCGGACTCTTGGAAGGAATCGGTTGGCCGGAGCTGTTGGTAGCGTTCGCCTTCCTCTTGCTGGTCCGCCCCCTGGCTGGATGGCTCGGGCTGATGGGTGGCAAGACTGGTCCGCGCGAACGGCTGGCTATTTCCTACTTCGGCATCCGCGGGATCGGGTCCCTTTATTACGTGGCATACGCGCTGAGTCATGGTAACTTCGACGCCGAGGCACGTGATCTTTGGGCCCTGATCGGCTTGGTTGTTGCACTGTCCATCGTGGTGCATGGGGCCACCACGGCACCCCTTATGAACCGGCTGGACCGGCTTCGGGCTGCTGAAGCACGCAAGCAGCACGGGGATGAAGGCCGGGCGCCCACCACGGCTGTTTAG MFEIPSILFLSAGIAVLAAAVLPKLLRDMPLSMPMVFLGSGILAFTLLPDLPDPDPVQYGDFTTHLTEVCVIISLMGAGLALDRPFRWRGWTTTWRLLGIVMPLCILVMTLLGLWVLGLGLAAAILVAAAIAPTDPVLASEVQVGKPADTEDDPDEDEVRFALTSEAGLNDGLAFPFVYLAILISLVGASPEAWLGEWLGLDVLWRTLAGVLIGFGTGKLLSMIFFAAKGKSFRLSEHSEGFVALAATFLAYGAAEMVEGYGFVAVFLCALTIRSAEHNHSYHQVLHSYVEQLERLMTVVILVLLGGAIARGLLEGIGWPELLVAFAFLLLVRPLAGWLGLMGGKTGPRERLAISYFGIRGIGSLYYVAYALSHGNFDAEARDLWALIGLVVALSIVVHGATTAPLMNRLDRLRAAEARKQHGDEGRAPTTAV PGPT0013856_603 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_ANTIPORTER,PGPT0013856-NHA1_like|SOD2_like-K24160 NA NA D3-18_03870 564 hypothetical protein ATGGATACTTCCGAGGTTCGCGAACGCATCGTCGCCACCGCCGACGAGCTCTATAACGCGAAGGGAATCCAAGCCGTTGGCATGGACGAACTTCGTTCGGCGGCAGGAGTCTCGCTGAAGAAGCTTTACGCGGAATTCCCGTCAAAGAGCAGTATCGTCATGGCTGTGCTTGAGCGCCGGCATAAGTCGTGGACCGAAGGTCTCGACGCCACGGTGCAGCAGACAGGGGTGCCCCGGGAACGTCTCCTCGCCATCTTCGACTACCTTGCTGGATGGTTCTGTCAGGATTCGTTCCGCGGCTGCGGTTTCATCAACAGCTTCGCCGAGCTCGGTGCCATCAGCCCGGACGTCGCCGGGTATGCGCGGAAGCATAAGGAGTCGTTCCAGGAATACGTCGCCCGTTTGGCCGGCGAGGCCGGGGCGCCAAGCTACCTGGCGCCGCAACTCGCGATCCTCGCCGAAGGTGCGCAGACAACTGCGGCCATCGCAGGAACATCCGATGCCGCCGGGCAGGCACGTCAAGCAGCGGCAGTATTGATCGACGCAGCCCTCACAGCCGACTAG MDTSEVRERIVATADELYNAKGIQAVGMDELRSAAGVSLKKLYAEFPSKSSIVMAVLERRHKSWTEGLDATVQQTGVPRERLLAIFDYLAGWFCQDSFRGCGFINSFAELGAISPDVAGYARKHKESFQEYVARLAGEAGAPSYLAPQLAILAEGAQTTAAIAGTSDAAGQARQAAAVLIDAALTAD NA NA NA NA NA D3-18_03871 834 bpoA2_2 Non-haem bromoperoxidase BPO-A2 ATGGGCTTCATCAAGGTCGGCACCGAGAACACCACGGACATTGAGCTCTACTATGAGGACCACGGCGAGGGCCAGCCCGTAGTCCTGATCCACGGCTACCCCCTGGACGGCGGCTCGTGGGAAAAGCAGTCAGCCGCCCTCCTCAATGCCGGATACAGGGTCATCACTTACGACCGGCGCGGCTTCGGCAAGTCCAGCAAGCCGACCACCGGCTATGACTACGACACTTTCGCGGCTGACTTGAACACCGTTCTTGAAACCCTGGACCTGCAGAACGTCGTGCTGGTCGGCTTCTCGATGGGTACCGGCGAAGTTGGACGCTACATCGGCACGTACGGAGAAGCCCGGATCGCCAAGGCCGCGTTCCTGGCATCCCTCGAACCCTTCCTCCTTCAGACTGATGACAACCCCACCGGCGTTCCGTCCTCAGTCTTTGACGGCATCCGCAACGCCGCTATCGAAGACCGCTACGCCTGGTTCACCAACTTCTACAACGACTTCTTCAACACCGACAACTTCCTGGGCAACCGCCTCAGCGAAGAAGCACTGCGGAATTCCTGGAACGTCGCCGCGGGCTCATCCTGGTATGCATCGTTCGCAGTGGTTGATTCGTGGCTCACGGACTTCCGCTCCGACATCGAGAAGGTCACCGTCCCCTCACTGATCGTCCACGGCACGGACGACCGCATCCTCCCCATCGATTCCACGGGCCGCGAGTTCACCAAGCGCCTGCCGTCCGCTGAATACGTCGAGATCGAAGACGCACCGCACGGCATGCTCTGGACACACGGCGCCGAAATTAACGAAGTCCTGCTCCGCTTCCTGGCCAAGTAG MGFIKVGTENTTDIELYYEDHGEGQPVVLIHGYPLDGGSWEKQSAALLNAGYRVITYDRRGFGKSSKPTTGYDYDTFAADLNTVLETLDLQNVVLVGFSMGTGEVGRYIGTYGEARIAKAAFLASLEPFLLQTDDNPTGVPSSVFDGIRNAAIEDRYAWFTNFYNDFFNTDNFLGNRLSEEALRNSWNVAAGSSWYASFAVVDSWLTDFRSDIEKVTVPSLIVHGTDDRILPIDSTGREFTKRLPSAEYVEIEDAPHGMLWTHGAEINEVLLRFLAK PGPT0013125_403 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013125-cpo-K00433 NA NA D3-18_03872 1350 abaF_10 Fosfomycin resistance protein AbaF GTGACAGTCACGCACCGGAGGGATCTCAGCACCTCCCCCGAACACACAGCGGGTCAGAAGGATCCGAAGAAAGCCGCGATGAGCGGCTGGATCGGAAGCGCGCTGGAGTACTACGACTTCGCTCTGTACTCATTGGCGGCAACACTTCTGTTTCCCACCATCTTCTTCCCCACCGAAAATGCCACCGTGGGCATCATCGCCTCGCTGGCCACCTACGCCGTGGGCTACGTTTCCCGCCCGCTCGGCGCTGTGATCCTGGGAGCCTACGGTGACCGGCACGGGCGCAAGAAGGTGCTGGTTTTCGCGATGCTGCTCATGGGCTTCGCTACCTTTGCCGTCGGTCTCCTGCCCACGTATGGTCAGGTGGGTCTTCTGGCTCCCGTCCTCCTGGTGATTCTGAGGCTGATCCAGGGATTCGCCGTCGCAGGTGAACTCGGTGGCGCCAGTGCCATGATCGTCGAGCACTCCCCCGACGCGAAGCGCGGATTCTTCGCGAGCTTCAGCCTGCAGGGCACGCAGGTGGGTTCCATCCTTGCTACCGCGGTACTGATTCCCCTCGCCGCCCTCCTCCCGGAAGAGCAATTCCACTCATGGGGCTGGCGCTTGCCGTTCCTGCTCAGCGCCGTGGTGATCGTGGCCGGGTACGTTATCCGTCGCCGCGTGGAGGAGCCCCCCGCCTACCTGGCCCAGTCCGAGGACGCCAGCGCTAAACGCCGCTTCCCACTGGTTGACCTCCTGCGCACCCACCCCTGGGTTTTGCTGCGGTGCATCATCATGACGTTCACCAACGTCATCGGCATGGCCACCCTCATCTTCGGCGTCTCCTTCGCCACCCAAAAGGGCTATGGCATCGGCTTCTCCAGCAGCGAGTTCCTCTGGGTGACCCTGGCAGCCAATGTGGCCGCGGTGCTGACCATCCCACTGTTTGGCGCACTGTCCGACAAGATTGGCAGGCGAACACTGATGGTGGCCGGCGGCATTGCCGGCGGACTGCTGACCGTGGGTTACCTGTGGGCGATCGAACAGCGCAGCCTTCCCCTGGTCTTCGTCTGCGTCGTGATCGTCCAAGGCATCCTCTTCCAGATGTGGAACGCCACCTTTGCCACCTTCTTCCAGGAGCAGTTCCCCATGCGGATGAGGGTGACCGGATTCGCTGTCTCGCAGAACATCGGGCTCATGATCGCTTCCTTCTTCCCGAGCCTGTTCACGGCAATCGCTCCCCCAGGATCAGCGAACATCCCCATGGTCATCGGCCTGACCACGCTGGGCATCTGCCTGGTTTCAGCTGTCGCAACCCTTTTGTCCTCGGACACCAAGGGCAAAACGCTCGAGGACCTCGAAGCGCGCTGA MTVTHRRDLSTSPEHTAGQKDPKKAAMSGWIGSALEYYDFALYSLAATLLFPTIFFPTENATVGIIASLATYAVGYVSRPLGAVILGAYGDRHGRKKVLVFAMLLMGFATFAVGLLPTYGQVGLLAPVLLVILRLIQGFAVAGELGGASAMIVEHSPDAKRGFFASFSLQGTQVGSILATAVLIPLAALLPEEQFHSWGWRLPFLLSAVVIVAGYVIRRRVEEPPAYLAQSEDASAKRRFPLVDLLRTHPWVLLRCIIMTFTNVIGMATLIFGVSFATQKGYGIGFSSSEFLWVTLAANVAAVLTIPLFGALSDKIGRRTLMVAGGIAGGLLTVGYLWAIEQRSLPLVFVCVVIVQGILFQMWNATFATFFQEQFPMRMRVTGFAVSQNIGLMIASFFPSLFTAIAPPGSANIPMVIGLTTLGICLVSAVATLLSSDTKGKTLEDLEAR NA NA NA NA NA D3-18_03873 1509 potE Putrescine transporter PotE ATGGATCACCCAGTAGCCTCAACGCGGCTCGCGCAAGAGCAAAGCAAGCATTTGCAAAAATCCCTGGGCCGCTTCGACATCTTGTTGTTGGTGGTCGCCGCCGTGATCTCAGTGGAGGTCCTGGGCCAGGTCTCCGGCTTCGGTGGGGAAACCTTCACCTGGACGCTCATCCTGGCGGTCACGTTCATGGTGCCCTATGGACTGATCTTCGCCGAGACCGGTGGTGCCTTCACCGAAGAGGGCGGCGTCTACGTGTGGACAAAGATGGCGTTTGGCCGCGTGGTTGCAGCAATCACTTCCCTTTTCACCTGGGTGACCCAGCCCGTCTGGGTCGGTGGCGCCATGGCCTTCGTTGCAGTCGAAACCTGGTCCGAGTATGTGGGCCACGTGGACGCCGGTAGCCCGGCCGATTACATCTTCAAGCTGCTCTTCATCTGGATCACTGTTACCTCAGCGATTATCAGCTTGAAGCACGGCAAATGGCTGCCCTCGCTGGGTGCCATCCTCAAGGTCGCGTTCCTGACCTTTTTCATCATTGTCACCATGGTTTACGGGCTGCAGCACGGTTTCAACGGTCTGGACTTAGGCTTCTTCTCGCCAACTCTTGCCGGCTTCCTGGGCGTCACTCCACTTCTGCTGTTCTCATTCCTTGGCTTCGAGTCAGGGAACAGTGCTGCCGGGGAAATGAAGAACCCGGCCAAGGATGTTCCCATCTCGGTTGCCCGGTCCTCCATGATTGCCGCCGCAAGCTACTTGCTCCCGATCCTTGCCATCCTGCTGGTGGTACCGCTGGACCAGATCACCGGCATTGGTGGCCTGTTCGGAGCAATAGCCACCGTCTACACAGTCTTCGGTCCTGCCGCTGAAATCATGCTGTCCATATCCGCCGTCGTCTTCTGCTTCATCCTGGTCTCCCAAGGTGCCGCATGGATGATCATCAGCGACCGCATGCAGGCCATGGCCGCGGCAGACGGCTCCTTCTTCGGAGGCTTCTTTGGACGCTTCCATCCCAAGTTGGGCACGCCTATCCGCGTCAATACGCTCTCAGGTGTGGTGGCGACATTGTTCATGCTGGCGGCCATGCAGCTCAGCGGCACCAGCAGCGCCCTGTTTGGAGTGGTCCTCTCCATCGCGATCTCGACGTTCCTGCTGAGCTACCTGTTTGCCATCCCTGCGGCTGTGAAGCTCCGGAGCAAGTATCCCCACACCGATCGGCCCTTCAAGGTTCCTGTCTCCGACGCAGGTTTCCGCATCCTCGGCTACATCTGCTTCGCGTGGATCCTGATCGGGTCTTGGGTGGCGATCTTCCCGGGAACACTGGATGTGCTCTTCGGCCTGCCGTACGACTTTGAGGCAACGTGGGGCGTTTCGCAGTTCACTTTCGAGGCCTTCGCCCTCGGCACGCTGGGATGCATTCTGGCGCTGGGACTAGTGGGTTATGCCCGGGGCAAGAAGGTGAGGGAGGCGGTAGCGCCCAGGAGCGAGGCGGCCGAACTGGTCAACGACTAG MDHPVASTRLAQEQSKHLQKSLGRFDILLLVVAAVISVEVLGQVSGFGGETFTWTLILAVTFMVPYGLIFAETGGAFTEEGGVYVWTKMAFGRVVAAITSLFTWVTQPVWVGGAMAFVAVETWSEYVGHVDAGSPADYIFKLLFIWITVTSAIISLKHGKWLPSLGAILKVAFLTFFIIVTMVYGLQHGFNGLDLGFFSPTLAGFLGVTPLLLFSFLGFESGNSAAGEMKNPAKDVPISVARSSMIAAASYLLPILAILLVVPLDQITGIGGLFGAIATVYTVFGPAAEIMLSISAVVFCFILVSQGAAWMIISDRMQAMAAADGSFFGGFFGRFHPKLGTPIRVNTLSGVVATLFMLAAMQLSGTSSALFGVVLSIAISTFLLSYLFAIPAAVKLRSKYPHTDRPFKVPVSDAGFRILGYICFAWILIGSWVAIFPGTLDVLFGLPYDFEATWGVSQFTFEAFALGTLGCILALGLVGYARGKKVREAVAPRSEAAELVND PGPT0014500_263 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0014500-gadC-K20265 NA NA D3-18_03874 1674 nfdA_6 N-substituted formamide deformylase ATGACCCACGCAGACTGGATTTTCAGTGGAGGCCCCATACATACTCTGGATCCCCTCCAACCCCGCACCGAGGCAGTTGCGGTGGCCAACGGGAGAATCGTGGCTCTCGGCGCCGACGCCGCAGACTGGCGAGGTCCAGCAACCGAGCTGGTTGACCTTACCGGAAAGGCGCTCCTTCCCGGCTTTCAGGATGCCCACGTCCACCCGCTCGCGGGCGGGCTGCAAATGCTCGGCTGTGATCTTTCCGGAGTCCATTCCCTGGCGGAGTATCGCGCGCTGATTGCGGATCATGCCCGGACGAACCCGGCTGCGGAATGGATTCAGGGTGCGGGCTGGTATGGCGACGTTTTCGACGGCGGCTTCCCGCATCGTGCGCTGCTGGACGAGCTCGTTCCGGACCGGCCTGTGTTCCTGATCAGCCACGACGGCCACGGAGCCTGGGTTAACTCATGTGCACTTGAACGTGCTGGAATCACTGACACGACTCCTGACCCGGACGGGGGAGTCATTGCCCGGGATGGAGCGGGAGCCGCCACTGGCATGCTCATGGAACACGCGGCAGACCTCGTCTCGGCACTGATTCCGGATCCGGACCAAAAGCATATCCGTCGTGCACTTCTTAAAGCCCAGGCCTATCTGCACTCGTTGGGTGTGACGGCATGGCAGGACGCCGCCGTCGGACAAGCCTTGGGAATGCCCGACTCCTTCGATCATTACCTGGCCTTGGAGGCGGAAGGGCGCTTGACCGCCACCGTGACCGGGGCGCTCTGGTGGAAGCGGGACTCAGGTCTCGAACAGCTTGAACTCTTCAAGGACCGCCGTGCCGCTTCGCGGGGTCGCTTCCGGGCTACAGCCGTCAAGATCATGGTTGACGGCGTCTGCGAAAACCTCACCGCTGCCTTGACCCGGCCATACAATGGCCATCCCCATGAAACGGGCATGAGCCTTATCGAACCGGAAGAGCTTGCGCGAATCACGCGGGCTGTGGACGCGGAGGGCTTCGACCTGCACTTGCACGCTGTTGGTGACCAGGCCGTGCGGGACTGCGTCAACGCTCTGGATTTGCCGCGCCGCGAAGGCTGGGACCCGCGCCACCAGATCGCACACTTGGACCTGGTTGATCCGGCCGACGTCGCCCGCTTCGCCGCCACAGGGGCAATCGCCAACATACAACCGCTGTGGGCCAGACTAGATCCGGTCCTTGTCGAAACCAAGCTGCCCTATCTCGACGAAGCCCACCAACAGGTGCACTTTGCCTTCGAGACCTTGCGCCGCGCCGGCGTCGACCTCGCCATCGGCAGCGACTGGCCGGTCTCCAGCCCCGATCCCCTGTGGGGCATCCATACAGCTGTGAACCGCACGGCGCCGTCGAATGACCCGCATGCCCGTGACATCCGCTCGCAAACGGATCCGCTGTTACCCACCGAAGCTATTACCCTCGGAGCGGCGCTCGCCGCCTACACCACAGGAGCTGCGCGCGCCAATCGGCTTGACGCCGAGCGTGGTGCCATCCGAGTGGGCATGACCGCCGACTTGGTTGTGCTGGACGCCGATCCGCTCGCCGTCGAAGCCCGCGAGCTGGGGGCGATTGGCGTCGACTTCACTTTCGCTGGAGGCCAGCCCGTTTACAGCCGCGCCCACAACGGGGCGCTTCCCACCCTTCTTGCTCAGTAG MTHADWIFSGGPIHTLDPLQPRTEAVAVANGRIVALGADAADWRGPATELVDLTGKALLPGFQDAHVHPLAGGLQMLGCDLSGVHSLAEYRALIADHARTNPAAEWIQGAGWYGDVFDGGFPHRALLDELVPDRPVFLISHDGHGAWVNSCALERAGITDTTPDPDGGVIARDGAGAATGMLMEHAADLVSALIPDPDQKHIRRALLKAQAYLHSLGVTAWQDAAVGQALGMPDSFDHYLALEAEGRLTATVTGALWWKRDSGLEQLELFKDRRAASRGRFRATAVKIMVDGVCENLTAALTRPYNGHPHETGMSLIEPEELARITRAVDAEGFDLHLHAVGDQAVRDCVNALDLPRREGWDPRHQIAHLDLVDPADVARFAATGAIANIQPLWARLDPVLVETKLPYLDEAHQQVHFAFETLRRAGVDLAIGSDWPVSSPDPLWGIHTAVNRTAPSNDPHARDIRSQTDPLLPTEAITLGAALAAYTTGAARANRLDAERGAIRVGMTADLVVLDADPLAVEARELGAIGVDFTFAGGQPVYSRAHNGALPTLLAQ NA NA NA NA NA D3-18_03875 1434 hypothetical protein ATGAAATCGATGCTCCGCTCCCGTCTTTTCGAAATCGAACAAGAGTCCATCGCCCCCATACCGGCCGAAGCGCGGCACGGTAGGTCCCGGGAACTCTTCACCATCTGGTTCGGAATGAACATGACGCCCCTGACGGTGGTCACCGGCGCCACGGCCACCACACTGCTGGGGCTTCCCATGGTCGCCTCCATCATCGCGATCTTTCTTGGCCACGCAATCGGCGGAATCGCCATGGCTCTACACGCGGCGCAGGGACCGCAGCTGGGCGTCCCCCAGATGCTGCAAGCCCGTGGTCAATTCGGATCGCGCGGAGCGAGTCTGATCGTGGCGGTGGCGATCCTGATGTTCGTGGGGTACTTCTCCTCGAACCTGATCGTTTCCTCGGACTCGATCGCAGCGCTTCTGCCCGAGGCCAATGGAACTGCCATGATCATCGGCTGCGCTGTCCTCAGTTTCATCATCGCTGCGTTCGGGTACAACCTGGTCCGGAAGGTGACAGCCTTGGGTGCCTACGTGGTTGGCGCACTGGTGCTGGTCTCCTTCGCGGGCCTCCTTGCCAGTGGGGACTTTTGGGCCCAGATGAACCACGGTGAATTCACGTGGACGGGTTTCCTCGCCATGCTGGCAATCGGCATCGTGTGGCAGCTGACATACGCTCCCTACGTGTCGGACTACTCCCGGTACATGCCTGCCAAGTCAGGCACCAAGGGAGCCTTTTGGGGAACCTACTTGGGCTGCGTCACGTCGAGCGCAGTGTTGATGGTCCTCGGTGCCGGGGTTGGGATCGCCGTAACAGGCGTGGATTCGATGACAGGGCTCCACGGCTTGCTCGGGCCGGCACTCGGTGCGGCGGTCTTGGTGGGATTTGCTTTGGTGGCCGCCGCGGGAAACTCGGTGAACGCCTACTGCAGCGCACTATGTGCCCTGACGCTGGTGGAGACCTTCATCAGCGGATGGCGACCTGGAATCAAAGCCCGCTTGGTGACGTCCCTGGTGCTGCACGTGCTCGGTGTCGCTCTGGCCTTAACCGCTGCAACCAGCTTCGCGTCCTCATACTTCAGCTTCCTCAGCGTGCTCCTTTACGTGCTCATCCCGTGGTCTGCCGTCAACTTGGTGGACTACTACGTCATCCGACACGGATCCTACGCAGTAGACGAGTTCTACGCTGCCGACGGTGGCCGCTACGGCCGCTGGAATGCCGGTGCGCTGGTGGTCTTCGTCATCGGCGTTCTTGCCCAGATCCCCTTCATGGCCACTCCCTTCTATACAGGTGTGGTGGCCGAGGCCATGGGCGGCATTGATATCGCCTGGCTCGTCGGCCTTGGAGTCAGTTCCTTGGTCTACATCGTGATCGCCCGCACCGCCCCGGGGCTGTTACGCCTTGATTCAGCGACACAATTCAGCCCCATCGAACCCCAAATCCATGGAAAGTAA MKSMLRSRLFEIEQESIAPIPAEARHGRSRELFTIWFGMNMTPLTVVTGATATTLLGLPMVASIIAIFLGHAIGGIAMALHAAQGPQLGVPQMLQARGQFGSRGASLIVAVAILMFVGYFSSNLIVSSDSIAALLPEANGTAMIIGCAVLSFIIAAFGYNLVRKVTALGAYVVGALVLVSFAGLLASGDFWAQMNHGEFTWTGFLAMLAIGIVWQLTYAPYVSDYSRYMPAKSGTKGAFWGTYLGCVTSSAVLMVLGAGVGIAVTGVDSMTGLHGLLGPALGAAVLVGFALVAAAGNSVNAYCSALCALTLVETFISGWRPGIKARLVTSLVLHVLGVALALTAATSFASSYFSFLSVLLYVLIPWSAVNLVDYYVIRHGSYAVDEFYAADGGRYGRWNAGALVVFVIGVLAQIPFMATPFYTGVVAEAMGGIDIAWLVGLGVSSLVYIVIARTAPGLLRLDSATQFSPIEPQIHGK PGPT0021965_46 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0021965-tgnP-K23467 NA NA D3-18_03876 1497 puuC_2 COG1012 NADP/NAD-dependent aldehyde dehydrogenase PuuC ATGAACACCACCTCAACCACACTGTCCTTGGACTGGCACGGCCGTGCCGACGCCCTCGCGATCGATGGCAGGGCTTTCGTCGATGGTCGCCGAACGGCGTCAAGCACGGAATCTACCCGCCCCACGATCAGCCCGATTGATGGCCGCGTCCTCGCTGAGTTGGCTGCGTGCGGAGCCACTGACGTAGACCGCGCGGTAGCAGCCGCCAGGCGAGCATTTCCTGCGTGGGCCCGATCCGGGGCCGAGAAGCGAAAGGGCCTGTTGCTGGCATTGGCTGCCTTGATGGAGCGGCATGCTGATGAATTGGCGCTCTTGGAGACCCTGGACAGCGGCAAGCCAATCCTGCAGACCACCACTGTTGACGTGCCCGGCGCTATCTCCACCTTGCGCTGGTACGCGGAGGCTGCGGATAAGCAGAACGGCGAACTGCCGGCAGTTCCGCCCGGGGCAACCGCCTTGGTGACCCGCGAACCCCTCGGTGTGGTGGCGGCAATCGTGCCCTGGAACTTCCCGCTGGAAATCGCGGTGTGGAAACTGGCTCCGGCGCTTGCCTCGGGAAACACCGTAGTGCTCAAGCCGGCCGAGCAGACCTCGTTGAGTGTGCTGCGCCTCGCCGAATTGGCCACGGAAGCGGGTCTTCCGGATGGCGTGCTGAACATCGTTACTGGAACAGGGCGGGAAGTAGGCGCGGCCCTGGCGCACCACATGGACGTTGATGCGTTGGCCTTCACAGGCTCCACCGCCGTCTCCCGCACCCTTTTGGAAGCCTCCGGTCGCAGTAATCTTAAGCGGCTTAGCCTCGAGGCGGGTGGCAAGAGTTCCAACATCGTCTTTGCCGATACGGCAGACCTGCCTGAAGCGGCAGCCAAGGCAGCCTTCGGCGCCTTCTACAACCAAGGCCAGGTCTGCTCTGCGAACTCACGGATCCTGGTGCAACGGGATATCCATGACGAGTTCGCGGCCCTCCTCGCAGAGGCGGCGGCCAGCTATCGGCCGGCGGACCCATTGGCGGGTTTGGAGGGCAACGGTGCCCTTATCAGCAGCGCCCACGCGAACGACGTCGAGGGCTGGATTCGGCGCGGCCGCACCGAAGGTGAGGTGCTTTTCGGCGGTGAGCGGCGCGAAATCCGGGGTTCAGATGCTTACTTGGAACCCACTTTGTTGGGCGGTCTGGGTGCAGATCACGACGTCCACCGCGACGAAATTTTTGGACCCGTGGCTGTGCTGCATGCCTTCGACACGGAGGAGGAAGCGGTGCGTTTAGCCAATGCCACAGACTACGGGCTGGCTGCGTCTGTGTGGACGTCAAACCTGTCCCGCGGACATCGCGTGGCAGGGGAGCTCCTTGCTGGAACAGTCTCCGTCAACACCGTGGACGCGCTGGGAAACACCACACCCTTTGGCGGCTTCAAGCAGTCCGGGTTCGGGCGGGACCTCTCCCTGCACGCGTTCGACAACTACACCGCGCCGAAGACCACGTGGATCCAGTTCGGCTGA MNTTSTTLSLDWHGRADALAIDGRAFVDGRRTASSTESTRPTISPIDGRVLAELAACGATDVDRAVAAARRAFPAWARSGAEKRKGLLLALAALMERHADELALLETLDSGKPILQTTTVDVPGAISTLRWYAEAADKQNGELPAVPPGATALVTREPLGVVAAIVPWNFPLEIAVWKLAPALASGNTVVLKPAEQTSLSVLRLAELATEAGLPDGVLNIVTGTGREVGAALAHHMDVDALAFTGSTAVSRTLLEASGRSNLKRLSLEAGGKSSNIVFADTADLPEAAAKAAFGAFYNQGQVCSANSRILVQRDIHDEFAALLAEAAASYRPADPLAGLEGNGALISSAHANDVEGWIRRGRTEGEVLFGGERREIRGSDAYLEPTLLGGLGADHDVHRDEIFGPVAVLHAFDTEEEAVRLANATDYGLAASVWTSNLSRGHRVAGELLAGTVSVNTVDALGNTTPFGGFKQSGFGRDLSLHAFDNYTAPKTTWIQFG PGPT0007638_214 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007638-puuC|ordL-K09472 NA NA D3-18_03877 468 hypothetical protein ATGACCCAGCAATCCCGCCTACCCTGGCGGCTCGGCAAAACCATGCCCATTCCCGCGGGCCTTGTGGGTGTTGGCGCTGCCGGCAGCGCTGTAGCCCACGTGGTGGCGGCGGCAAGCAGTCCGGCAGGCTTCATGACCTGGTGGATGGCGGCGATGGGTGCTGCGTGCCTGACCTGCGCCGCTCCCATGGCTTGTTCCCCCAATCGGCCGCGTATCTACGCCCGGCAGGCGGTGCCACGCGCCGCCGGCCATCTTTTGGCGATGAGCGCGGTGATGGTCCTCATCCACCTGGTCCTTCTGTTGGGCCCTGGCGGCGGGCACCACGGTTATACCCAGGGCGCATCCGTAGCTGACCACCAAGCGGCCATGCTCACCCTCATTGGCGTTGAACTTCTTTGCCTCGTGGCTGCTTCCGCAGCCCTGCGCATCGCCCGCACCTCAACCCCACAGCTCAATCCCCACCACTAA MTQQSRLPWRLGKTMPIPAGLVGVGAAGSAVAHVVAAASSPAGFMTWWMAAMGAACLTCAAPMACSPNRPRIYARQAVPRAAGHLLAMSAVMVLIHLVLLLGPGGGHHGYTQGASVADHQAAMLTLIGVELLCLVAASAALRIARTSTPQLNPHH NA NA NA NA NA D3-18_03878 1971 Histamine oxidase ATGACCCTTCAGACCACCCCCTTGGCCGCAACGACGCAGGCTCCGCTGGGGCAGCATCCGCTTGAGCAGCTTTCGGCACAGGAGATCCACCAGGCCCGCCGGATCCTGGCAGAGGCCGGCCTCGTCGCAGAGACCACCCGCTTCGCCTACCTCGGCCTGATCGAACCGCCCAAGACCGCTTTTCAGGGAGATGCCGCAGATGCCCCTCGCCTGGTCCGGACCATGCTCTGGGACGCCGCGCTATCGCGTTCCCTCGATGTCAGGCTGTCCCTGACCACAGGACTCATCCTTGATACGCGGGAACTCAACCCCGCAATCGATGGCCAGTTGCCCGTTCTGCTTGAGGAATTCGGGATCATCGAGGACATCCTGGCTGTAGATCCACAGTGGAACGCAGCACTGGCCAGCCGCGGGCTGACCCCGGCGCAGGTCCGCGTCGCTCCCCTGTCGGCAGGGGTCTTTGAGTACGGGAACGAGGAAGGCAAACGGCTTCTTCGCGGCCTGGGATTCCGCCAGGACCACGCCGCGGACCACCCGTGGGCCCACCCGATTGACGGGTTGGTGGCCTTCGTTGATGTGGAAAACCGCCGAGTCAACCACTTGATCGACGACGGCCCGTTGCCAGTACCGGAGGTCAACGGCAACTACACCGACCCCACAATTCACGGCGAGCTCCGCACGGACTTGAAGCCGATAGAAATCACCCAGCCAGACGGTCCCAGCTTCACGTTGGAGGGCAATCACCTGCAGTGGGCAGGGTGGGACCTACGCGTAGGCTTCGACGCCCGCGAAGGATTGGTGCTCCACCAGCTGCACCACTCGCACCAGGGCCGGCGTCGGCCAGTGGTCCACCGCGCGTCCATCTCCGAAATGGTGGTCCCGTATGGCGATCCGTCCCCGTATCGGAGCTGGCAGAACTACTTTGATTCCGGCGAGTACCTGGTGGGCCGGGACGCCAACTCGCTCAAGCTGGGGTGCGACTGCCTGGGTGACATTACGTACATGTCCCCCGTGGTGGCCGACGACTTCGGCAACCCCCGCACCATTGAGAACGGCATCTGCATCCACGAGGAAGACGCGGGAATCCTCTGGAAGCACACGGACGAGTGGGCCGGCTCCAACGAGGTTCGGCGCAACCGCCGGCTGGTGGTCTCCTTCTTCACCACAGTGGGCAACTACGATTACGGCTTCTACTGGTACCTCTACCTGGACGGCACCATCGAGTTTGAGGCGAAGGCGACCGGCATTGTGTTCACGGCAGCGCTCCCGGACAAGGACTATGCCTACGCCTCGGAGATCGCCCCGGGCCTCGGCGCCCCTTACCACCAGCACCTCTTCAGCGCCCGGCTGGACATGATGATCGACGGCGACACGAACCGGGTTGAGGAACTGGACCTGGTGCGCCTTCCCAAGGGACCCGGAAACCCGCACGGCAACGCCTTCACCCAGAAGCGCACAGTGCTGGCCCGTGAATCGGAGGCGATCCGCGACGCCGACGGCACCAAGGGAAGGGTGTGGCACATCAGCAACCCCGACTCGTTGAACCACCTGGGCCACCCCGTCGGCTACACCCTCTACCCGGAGGGCAACCCCACACTGGCAATGGCCGATGATTCCTCCATTGCCTCGCGGGCCGCTTTTGCCAAACACCACCTGTGGGTCACGCAGCACGCCGAGGACGAGCTCTACGCCGCAGGCGACTTCGTCAACCAGCATCCAGGAGGTGCCGGGCTTCCCAGCTACGTGGCCCAGGACCGGGACATTGATGGCCAGGACCTCGTGGTGTGGCACTCATTCGGCCTGACCCACTTCCCCCGACCCGAGGACTGGCCCATCATGCCCGTTGACACCACCGGCTTCACGCTGAAACCGCACGGCTTCTTTGACCAGAACCCCACGCTCAACGTGCCATCGCCTGCCGCCGGGCACTGCGCTCCTGCCGAGCAAAGCGGCGGCTCCTGCGGACACTGA MTLQTTPLAATTQAPLGQHPLEQLSAQEIHQARRILAEAGLVAETTRFAYLGLIEPPKTAFQGDAADAPRLVRTMLWDAALSRSLDVRLSLTTGLILDTRELNPAIDGQLPVLLEEFGIIEDILAVDPQWNAALASRGLTPAQVRVAPLSAGVFEYGNEEGKRLLRGLGFRQDHAADHPWAHPIDGLVAFVDVENRRVNHLIDDGPLPVPEVNGNYTDPTIHGELRTDLKPIEITQPDGPSFTLEGNHLQWAGWDLRVGFDAREGLVLHQLHHSHQGRRRPVVHRASISEMVVPYGDPSPYRSWQNYFDSGEYLVGRDANSLKLGCDCLGDITYMSPVVADDFGNPRTIENGICIHEEDAGILWKHTDEWAGSNEVRRNRRLVVSFFTTVGNYDYGFYWYLYLDGTIEFEAKATGIVFTAALPDKDYAYASEIAPGLGAPYHQHLFSARLDMMIDGDTNRVEELDLVRLPKGPGNPHGNAFTQKRTVLARESEAIRDADGTKGRVWHISNPDSLNHLGHPVGYTLYPEGNPTLAMADDSSIASRAAFAKHHLWVTQHAEDELYAAGDFVNQHPGGAGLPSYVAQDRDIDGQDLVVWHSFGLTHFPRPEDWPIMPVDTTGFTLKPHGFFDQNPTLNVPSPAAGHCAPAEQSGGSCGH NA NA NA NA NA D3-18_03879 609 betI_7 HTH-type transcriptional regulator BetI ATGCCCCGCTTGGTTGATCACGATGAACGCCGGCGTTCCATCATCGAGACCACGTGGCGGCTGATTGCTGAGCAGGGCATTGAGAACGCCAGCATGCGGGACATCGCCCGGGAGTGCGGCTACGCGGCACCGGGCGTGCTGGCCCATTATTTTCCCAACAAGGACGCACTGCTGCTGGCCTCCTACGAATTGATCTGCGAACGCACCAACGAACGCATCGCGGCTGGCGTCACGGGGCGGCGCGGGCTTCCAGCCCTTCGGAGGTTATGCCTGGAAATCATCCCGGCCGACCCCCTCACCGTGGTGGAAGCCCGCGTTGCGGTCTCGTTCTGGCAGCGTGCGCAGACGGAGGACGCGCTACGTTCCGTCGGCAGGGAGGCCCTGTTGCACTGGCGTGGGCTGGTGATGGGTTTCCTTGCCCAAGCAGAGCACGACGGCGAATGCGAACCTTTGGCGGACCCGGACGCCGTTGCCGATGAGCTGCTGAACGTCATGATGGGCCTGCATGTCACCTCCATGCTGGATCCGGATGCCGTCACTGGTTCACGGCAGCGGCATCTGGTAGAGCGTGTGCTTGCGCGGTTGTCTGTCCGGAAACATCCGGCCTAG MPRLVDHDERRRSIIETTWRLIAEQGIENASMRDIARECGYAAPGVLAHYFPNKDALLLASYELICERTNERIAAGVTGRRGLPALRRLCLEIIPADPLTVVEARVAVSFWQRAQTEDALRSVGREALLHWRGLVMGFLAQAEHDGECEPLADPDAVADELLNVMMGLHVTSMLDPDAVTGSRQRHLVERVLARLSVRKHPA NA NA NA NA NA D3-18_03880 915 hdfR HTH-type transcriptional regulator HdfR ATGGATGTGACACTCACGCAGTTGCGCTACTTCGTGGAAGCGGCAGCCCAGCTGTCCATGACAGGGGCAGCCGTTCGCCTCAACGTGGCCCAATCAGCAGTCTCGGCGGCCATAGCTCAGCTGGAGCGGCACGTTGGGACCCAGTTCTTCATCAGGCAGCGCTCAAAAGGCCTGGTGCTCACGCCGGCCGGCGAGCTGTTCGTCAGGGACGCCCAAGCCATCCTTGCCCAGGTTGAGGAGAGCATTGACCACGCACGCGGAGAACACCAAAGCGTCTCCGGGAGGATCCGTCTTGCCTGCTTCAGCACGCTGGCGCCTTTCCTGCTGCCCGGAGTCCTGACCAAACTGCGGGAAGACCACCCCGCCCTCGAAGCGGAAGTCATCGAAACCGACACTTCGGGCTGCATCGCCGCATTGCTCAGCGGGCAGGCGGATTTGGCGCTGTGCTACGACCTCGACCTGCCCGACGCGATAGCCAGTTCGGTAGTGGATACCGTCAGGCCCTATGTGGCACTTCCGCCAGATCACAAGCTGGCAGGGTCAAAGGCAGTTCAGCTATCCGCATTGAGCGGTGAACCCTTCGTGCTGCTGGACCTGCCGCACACCCGCGACCTCATGCTCTCCATCGCCAGGCTCGGTGGCCGGGAGCCCGACATCAGGTTCCGTTCGGCCAGCTATGAAACGGTGCGAACTTTCGTAGCCCGGGGCCTCGGCTATTCCATCCTTCACCAGCGGCCACAACACCAGTTGACGTACGACGGCGGCCAGCTGGCCGCCGTCGAAATCCGCGACGACGTGCCGGAACTGAAGACAGTTCTGGCGCACCTTAAGTCCCATCGCCCCACGGCAAGGGTGCGGGCGGTAGCTCAGGCGGTGCGGCACCAAATCGTTGCTGCCCGCTCGGCCCGAAGCTAG MDVTLTQLRYFVEAAAQLSMTGAAVRLNVAQSAVSAAIAQLERHVGTQFFIRQRSKGLVLTPAGELFVRDAQAILAQVEESIDHARGEHQSVSGRIRLACFSTLAPFLLPGVLTKLREDHPALEAEVIETDTSGCIAALLSGQADLALCYDLDLPDAIASSVVDTVRPYVALPPDHKLAGSKAVQLSALSGEPFVLLDLPHTRDLMLSIARLGGREPDIRFRSASYETVRTFVARGLGYSILHQRPQHQLTYDGGQLAAVEIRDDVPELKTVLAHLKSHRPTARVRAVAQAVRHQIVAARSARS NA NA NA NA NA D3-18_03881 432 rutC_1 Putative aminoacrylate peracid reductase RutC ATGAAGCACCAGCGTATCCGTACGTTCAACACGAAAGAGACCTATCCGGAGCAGAACTTGGATAACGATCTGTGCCAGGCCGTTGTGGCCAACGGGGTGGTTTACCTCCGGGGCCAGATCGGGCAAGACCTTGAGACACGCGAGTCCGTGGGCATCGGCGACGTCGAAGCCCAGACGGAGAAGGCAATGGCCAACATCGACATGTTGCTTAAGGAGGCCGGCAGCAGCCTTGAAGATATCGTCAAGGTCACCGTGTACCTTGTGGATCCGCGCTACCGGGAGACCGTCTACCGCACCATGGGCCGTTGGCTCAAAGGCGTCTTCCCGGTTTCCACTGGAATTGTTGTCCAAGCTCTTGCACGCCCGGAATGGCTCGTGGAAATCGACGCTACTGCAGTGATCTCCACGGCTGCCTCGGAGGGACGCGCATGA MKHQRIRTFNTKETYPEQNLDNDLCQAVVANGVVYLRGQIGQDLETRESVGIGDVEAQTEKAMANIDMLLKEAGSSLEDIVKVTVYLVDPRYRETVYRTMGRWLKGVFPVSTGIVVQALARPEWLVEIDATAVISTAASEGRA NA NA NA NA NA D3-18_03882 672 hypothetical protein ATGACGTTCAGTATTGCCGCCACGGACAGCCACGGAAGGTTCGGCATAGCCGTCTCCTCGTCCTCCCCCGCTGTCGCTGCCCGGTGCGCGCACCTGCGCGACGGAATCGGCGCCGTCAGCTCCCAGAACATCACTGATCCCCGGCTGGGAACCGCATTGCTCGACCGACTGCAAGCCGGCTATTCCGCACAAGAGGCGATTGACGCCGTCGTGCAGGAATCACCTGCGGTGGACTATCGCCAGCTGGTGGTCCTGGACGCAAGCGGCGGATCCGCAGTGTTCAGTGGTGAACATACCCTTGGCGTGTTTGGCGAGGGCCGGGGTGCCAACAGTGTGGCTGCCGGCAACATGCTGGCTCATCCGGGTGTTGCTCAGGCCCTCTGCGACGCCTTCGAAGCCACGGCCGGAGAACTTGAAGTGCGGCTCATGGCTGCACTTGTAGCGGCCGAGGCAGCCGGTGGCGAAGCCGGACCCGTGCGATCGGCCGGCATTTCGGTGGTGTCCGGACACGGCTGGAGGGACACGGACCTGCGCGTGGACTGGCATGACCACCCGATCGCGCAACTGGAGGAGCTCCTGGGGGTTTGGCTTCCGCAGCGGGAGGACTACGTAGTCCGCGGCTTGGATCCCGCAGCTTCCGTGAGTTATGGAGTTGCCGGCGATGAGCGCTGA MTFSIAATDSHGRFGIAVSSSSPAVAARCAHLRDGIGAVSSQNITDPRLGTALLDRLQAGYSAQEAIDAVVQESPAVDYRQLVVLDASGGSAVFSGEHTLGVFGEGRGANSVAAGNMLAHPGVAQALCDAFEATAGELEVRLMAALVAAEAAGGEAGPVRSAGISVVSGHGWRDTDLRVDWHDHPIAQLEELLGVWLPQREDYVVRGLDPAASVSYGVAGDER NA NA NA NA NA D3-18_03883 1158 N-acetyldiaminopimelate deacetylase ATGAGCGCTGAACCGGCAACCACCACCACTCCAGCGGTTCAGCGCCAACGGGTGCTGTATTCCGTCAGCGAGCAGCAGCCGCAGCTGATCCATCTCTCCGAAACCTTGCACGCCAATCCTGAACTCGGCTGGCAGGAACATCGTGCCGCCGGCTGGACCGCGGAGTACCTGTCCGCGCACGGCTTCGAGGTGGAAAGGAAGTACCTGGGCTTCCCCACTGCGATCCGTGCTGTTTTCGGAACGGGCTCCCGCCGCGTTGGACTCATGGCTGAGTACGATGCCCTTCCAGGCCTGGGCCACGCGTGCGGCCACAACATCATCACGGCTATCTCATGTGGTGCCGCAGTGGCCTTGGCCCAGTTCGCTGCCGAGCATGACCTCACCGTGGAACTCTACGGAACCCCGGCAGAAGAAGGCGGTGGCGGAAAGATCGAGCTGCTCAAAAAGGGCGCCTTCCGCGGCCTGGACCTTGCCATGATGGCACATCCCAGCCCCGTCGACTCCGCCGAGGCCCGCCCTTACGCGGTGGCCCACAATCATGTGGAATACAGGGGCAAATCAGCCCACGCCGCTGCCTATCCCGATCAGGGCGTCAATGCCAATGACGCCTTCATTGTTGCGCAGGTGGCGTTGGGCCTCCTCCGCCAACAGTTGCCTCCCGGTACCAGGGTCCACGGAATCCAGACACGAGGTGGCGAAGCACCAAACGCCATACCGGAAAAGACAGAGGGCCGCTGGTACGTCCGTGCAGAATCACTTGCCCGATTGGGTGAGCTTGAGGAGCGCGTCCAGCGGTGTTTCGAAGCCGGGGCTTTGGCGTCCGGCTGCGAGTTGTCTGTGACTCCGGAATCGGAACCCTACTCGGAGTTCCGCACGGACGAGCGGGCACTGGAGCTATATGTGAAGCATGCGGAGGCTCTTGGCCGCGACTTCAACGCCCCGCCTGAGCAAGCCACCATGAACCGGGCTTCCACGGACATGGGGAATGTTTCCCAAGTGGTTCCGGCAATCCACCCCTATATAGGACTTGGCTGCTTCCCGGCGGCCAACCACCAACCCGAGTTCGCCGCGCATTGCGTCGGTGACGCAGCCAACCTTGCCATTCACGACGGCGCAGCCGCCTTGGCGCTCACGGCACTGGACTACCTGGCAACGTAG MSAEPATTTTPAVQRQRVLYSVSEQQPQLIHLSETLHANPELGWQEHRAAGWTAEYLSAHGFEVERKYLGFPTAIRAVFGTGSRRVGLMAEYDALPGLGHACGHNIITAISCGAAVALAQFAAEHDLTVELYGTPAEEGGGGKIELLKKGAFRGLDLAMMAHPSPVDSAEARPYAVAHNHVEYRGKSAHAAAYPDQGVNANDAFIVAQVALGLLRQQLPPGTRVHGIQTRGGEAPNAIPEKTEGRWYVRAESLARLGELEERVQRCFEAGALASGCELSVTPESEPYSEFRTDERALELYVKHAEALGRDFNAPPEQATMNRASTDMGNVSQVVPAIHPYIGLGCFPAANHQPEFAAHCVGDAANLAIHDGAAALALTALDYLAT NA NA NA NA NA D3-18_03884 1419 aspA_3 COG1027 Aspartate ammonia-lyase ATGACACAACAAGAATCTTCTCCCTGCCCGGGAGTACGACGAGAGCACGACAGCCTCGGGGACGCGGACGTTCCCGAGGCTTCCTACTGGGGCATCAGCACGCACCGGGCCGTGGATAACTTCCCCGTCAGCGGACGAACCATCGGCACCCTGCGTTCCCTCATCTGGAGCCTGGGTGCCGTGAAATACTCAGCAGCACGGGCAAACGAAAGCCTGGGCCTCCTTCATCCGGACAAATCCGCCGCAATCCAAAAGGCTTCCTTGGAAGTCATGGATGGCCTCTTGGATGACCAGTTCGTTGTGGACACCATCCAAGGCGGGGCCGGGACAAGCACCAACATGAACGCCAACGAGGTGATCGCCAACCGGGCACTGGAGCTGATGGGACGCCGCAAGGGAGACTACTCTGCGCTGCATCCCATTGATGACGTGAACCGTAGCCAGTTCACCAACGACGTCTATCCGACGGCCATCAAGATTGCACTGCAGCGGGAAATAACGGAATTCTGCGCGGAGCACTCCAAGCTCATCCAGGCATTTGACGCCAAAGCCGCGGAGTTCGCCGGCATCATCAAAGTGGGCCGCACGCAACTGCAGGACGCGGTGCCCATGTCCATGGGACAAGAGTTCGGGGCCTTTGCAGACACCCTCCGGGAGGATGGCCACCGGCTTCTTGAACTCCTTCCCCACTTGCGGGAATCAAACCTTGGAGCCACGGCCATAGGGACCGGCATCACCGCCTCCCCCGGCTACCGGGAAGCGGTGATCAGCGAGCTCAGTTCCATCACCGGCCTGCAGCTCACCTCTGCGACCAACCTCGTTGAGGCAACAAGTGATACCGGCGTCTTCATGCTCGTCTCCGGCGTCTTGAAAAGGGCGGCAGTGAAGCTGTCCAAGATCTGCAACGACCTCCGTTTACTTTCCTCCGGCCCGCAGACGGGGTTTGGAGAGATCTTCCTGCCCGCAGTGCAGGCCGGGTCCTCCATCATGCCCGGGAAGGTCAACCCGGTCATCCCGGAAATGGTCAACCAGGTTGCCTTCCGGGTGATCGGCGCGGATGCCACCGTGACCATGGCCGTGGAAGCAGGGCAGCTCCAACTCAATGCCTTCGAGCCTGTCATTGCTGACGCCTTGCTCGAGTCAATCGCCTGGCTCAGTGTCGCCTGCCGCCAGCTCCGGACGCACTGCGTGGACGGCATCACGGCGAATACGCAGATGCTGCAGCAACGGATGGTGGAGTCCATCAGCGTGGTCACTGGATTGGCACCCTTGATCGGGTACGCCACTGCGGCTGAGCTGGCCAAGGAGGCCCTCGCAACCCAGCGAGGCATTGCCGAGTTGGTGGTCGAGCGCGGACTGCTTGACCCGCAGAAAATGGAGGCGGCTCTTTCGGCCAGGTCGCTTGCGGGGCTCGGCTAA MTQQESSPCPGVRREHDSLGDADVPEASYWGISTHRAVDNFPVSGRTIGTLRSLIWSLGAVKYSAARANESLGLLHPDKSAAIQKASLEVMDGLLDDQFVVDTIQGGAGTSTNMNANEVIANRALELMGRRKGDYSALHPIDDVNRSQFTNDVYPTAIKIALQREITEFCAEHSKLIQAFDAKAAEFAGIIKVGRTQLQDAVPMSMGQEFGAFADTLREDGHRLLELLPHLRESNLGATAIGTGITASPGYREAVISELSSITGLQLTSATNLVEATSDTGVFMLVSGVLKRAAVKLSKICNDLRLLSSGPQTGFGEIFLPAVQAGSSIMPGKVNPVIPEMVNQVAFRVIGADATVTMAVEAGQLQLNAFEPVIADALLESIAWLSVACRQLRTHCVDGITANTQMLQQRMVESISVVTGLAPLIGYATAAELAKEALATQRGIAELVVERGLLDPQKMEAALSARSLAGLG PGPT0020125_1307 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0020125-aspA-K01744 NA NA D3-18_03885 1278 czcO_2 COG2072 putative oxidoreductase CzcO ATGTCAATCCAAGAGGTTGAGGTCCTCGTCGTAGGGGCAGGCCAAGCCGGTGTAGCGATGAGCGAGCACCTGAGCGAGCGGGGAATTCCCCACATCGTTCTGGAACGCCACCGCATTGCCGAGCGGTGGCGCTCCATGAGGTGGGATTCCCTGGTTGCCAACGGGCCTGCCTGGCACGACCGCTTTCCGGGCTTGGAATTCACCGACATCGAGCCCGGCTCTTTCCCCTCCAAGGAGCAGGTAGCCGATTACTTCGTGGCGTATGCCGGGAAGATCGGTGCGCCCATCCGCTGCGGCGTGGAAGTAAAGTCCGTGCGCAGGAACGTCGGTGCGCCTGGCTTCCACGTGCAGACATCCGATGGGGAGTTCAACGCACGCTACGTCGTAGCCGCCACCGGGCCGTTCCAACGTCCGGTGATTCCCGCCGTCGTTCCCGAAACCGCCGGACTCATGCAGATGCACTCAAGCTCGTACCGCAACCCTGGCCAGCTGCCCCAGGGTGCCGTCCTGGTGGTCGGGGCTGGTTCCTCAGGCGTGCAGATCGCCGCGGAGATCCAGCGCTCGGGCCGGCAGGTATACCTCTCGGTTGGACCGCATGACCGTCCTCCGCGGAACTACCGGGGACGGGACTTCTGCTGGTGGCTCGGGGTCCTCGGCAAGTGGGACGCCTCCACTCCCGCTCTGGGCGCCGAACACGTGACTATCGCTGTCAGCGGGGCAGACGGCGGACACACCGTCGATTTCCGCGCGCTCGCCGAGAACGGGATCAAGCTCGTGGGACGGACCACAGCGTTCCAGGACGGCACAATGCGCTTCGCGGACGACCTCCGGACCAACATCGCGAACGGCGACGCGCACTACTTGGAGTTGTTGGACGAAGCTGACGCGTACGTTGAACGCAATGGCCTGGATCTTCCTGAGGAACCCGAAGCCCGTTTCCTCAGGCCGGATCCGGAGAGCCTCACCAACCCCATCCGCGAGCTGGACCTCGCCGCGGCCGGAGTCACCTCCATCGTGTGGGCAACAGGCTTCGCAGTGGACTACAGCTGGCTTCAAGTGGACGCTTTCGATGACAACGGAAAGCCGTTGCAGCAACGCGGTGTCTCCACCGAGCCTGGCGTCTACTTCCTGGGTCTGCCATGGCAGTCACGCCGTGGATCCAGCTTCATCTGGGGCGTCTGGCACGACGCCAAGTACGTAGCCGACCAGATCACCATTCAGCGGAGCTACCTGGTCCACAACGAGCAGGATGCGCTGGTGGCGAGCGGCGCCGTCTGA MSIQEVEVLVVGAGQAGVAMSEHLSERGIPHIVLERHRIAERWRSMRWDSLVANGPAWHDRFPGLEFTDIEPGSFPSKEQVADYFVAYAGKIGAPIRCGVEVKSVRRNVGAPGFHVQTSDGEFNARYVVAATGPFQRPVIPAVVPETAGLMQMHSSSYRNPGQLPQGAVLVVGAGSSGVQIAAEIQRSGRQVYLSVGPHDRPPRNYRGRDFCWWLGVLGKWDASTPALGAEHVTIAVSGADGGHTVDFRALAENGIKLVGRTTAFQDGTMRFADDLRTNIANGDAHYLELLDEADAYVERNGLDLPEEPEARFLRPDPESLTNPIRELDLAAAGVTSIVWATGFAVDYSWLQVDAFDDNGKPLQQRGVSTEPGVYFLGLPWQSRRGSSFIWGVWHDAKYVADQITIQRSYLVHNEQDALVASGAV PGPT0013865_699 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-POTASSIUM_TRANSPORT,PGPT0013865-czcO|noxC|yrdP|trkA|hapE-K07222 NA NA D3-18_03886 1026 mdh_2 COG0039 Malate dehydrogenase GTGAGCACGCCCATCAAGATCGCTGTGACCGGAGCAGCCGGCCAGATCGGCTACAGCCTCCTCTTCCGGATCGCTAGTGGTGCCCTATTTGGCACCGATACTCCCGTGCAACTCCGGCTCCTGGAGATCACGCCCGCGTTGAAGGCACTTGAGGGTGTGGTGATGGAGCTCGATGACTGCGCGTTTCCCGCCCTCGACTCGGTGGAAATCGGCGATGACGCCGACCATATTTTCGACGGCGTCAACCTTGCCTTGCTGGTGGGCGCCCGTCCGCGTACCAAGGGCATGGAACGCGGCGATCTGCTCAGTGCCAATGGTGCCATTTTCACAGCACAAGGCCAGGCGCTGAACCGGGTGGCAGCCGACGACGTCAGAATCGGCGTGACGGGCAACCCGGCCAACACCAACGCCTTGATTGCCATGAGCAACGCCCCGGACATCCCTGCCGCGCGATTCAGCGCCCTGACCCGGCTGGATCACAACCGCGCCCTTGGACAGCTTGCTAAAAAGACGCAAGTCAGGGTCGGGGATATCCGCAAAATGACCGTGTGGGGCAATCATTCCGCAACGCAGTATCCGGACATCTTTCACGCAGAGGTTGCGGGCCGGAACGCGGCCGAGGTGGTGAACGATCAGGACTGGATCGAGAACGACTTCATCCCCACGGTTGCTCGTCGAGGCGCAGCGATCATCGATGCCCGGGGCGCGTCCTCTGCGGCATCAGCAGCGTCGGCAACCATCGACGCAGCCCGCGACTGGCTGCTTGGGACACCCGAGGGCGATTGGGTTTCCATGGCCGTTGCATCCGACGGCTCCTATGGGGTGCCTGAAGGTCTCATCTATTCATACCCGGTGACTACTTCAGGTGGAAACTGGGAGATTGTGGAAGGCCTGGAGGTGAACGACTTCAGCCGCCGGAAGATGGACGCTACTGCCGCTGAGCTTTTCGACGAGCGGGCTGCCGTGGCTGAACTCGGCTTGATTGATCTCCGCCCTAGTCGAAAAAGCCGACGATATAGCCGATGA MSTPIKIAVTGAAGQIGYSLLFRIASGALFGTDTPVQLRLLEITPALKALEGVVMELDDCAFPALDSVEIGDDADHIFDGVNLALLVGARPRTKGMERGDLLSANGAIFTAQGQALNRVAADDVRIGVTGNPANTNALIAMSNAPDIPAARFSALTRLDHNRALGQLAKKTQVRVGDIRKMTVWGNHSATQYPDIFHAEVAGRNAAEVVNDQDWIENDFIPTVARRGAAIIDARGASSAASAASATIDAARDWLLGTPEGDWVSMAVASDGSYGVPEGLIYSYPVTTSGGNWEIVEGLEVNDFSRRKMDATAAELFDERAAVAELGLIDLRPSRKSRRYSR PGPT0001435_879 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 D3-18_03887 234 hypothetical protein GTGTCCGGAAGCAACCCCGACCCGTATGAGGACAAAATCACCGGCTTGGAGCCGGGTGGGGGAGTGCCCCCTGGAGAAACTCCTCCCGGCGAATCCTCTACAGCCGGTCCCCAAGGCCATGACGAGGGCGGCCCCAGGAAGGGCACGCAGTTCCTGTGGCTCGCAGCCATCGGTGCCGGCGTGCTGCTCACGCTGCTGTTCTTCATCGGCTATATCGTCGGCTTTTTCGACTAG MSGSNPDPYEDKITGLEPGGGVPPGETPPGESSTAGPQGHDEGGPRKGTQFLWLAAIGAGVLLTLLFFIGYIVGFFD NA NA NA NA NA D3-18_03888 876 gnl Gluconolactonase ATGGAAGAACTGATCGTCGGCACCCTGGAAAAGTTGTTTGAAGGAACCGTCTGGGCCGAGGGCCCTCTGTGGATTCCCCAGTCGCAGACCGTTCGCTGGAGCGACATCCCCAACAACAGGATCCTTGAGTACGCTCCTGCCACCGGCGCGACGCGCGAGTACGCCACCGGCGTCGAATACACCAACGGCCGGACTCTTCACCCGGACGGCAGCGTGGTGCAGTGCAGCCACGGCCGCAGGCGCGTAGAGCGGGACCACGACGGCGTGGTGACGCCGATGGTTGACGCGTTCGGCGAGCATCGGCTCAATTCGCCCAACGACGTTGTAGTTGCCGGCGACGGCACGGTTTGGTTTACCGACCCTCCCTACGGAATCCTGCCGGGGACGATTGAAGGACACGAGGGAGAGCAGGAATACGGTGGCTGCGACGTCTTCCGTTTAGACCCCGAAAACCAGGAAATCACTGCCGTGATCACGGATCTGGTGCACCCCAACGGCCTCGCGTTTTCCCCGGATGAATCGCTTCTCTACGTTTCGGACACGGCGGGCCGGAGCCGTGGAGTGCCGTTCCGGATCGCCGTCTATCCCGTGGCGGATGGCGCGTGCGGAGAGGGCAGGACTTTTGTTGAGCTCGAGGACGACGCGGCTTCGGACGGGTTCAGAGTGGACGTCGAGGGCAGGGTGTGGACGTCCGCAGGACCATCCGTGCGTGTCTATGCGGCCGATGGAACCCTGCTAACCGCGGTCGATGTTCCGGAAAAGGTGTCCAATCTTTGCTTTGGCGGGGTTGACGGACATGACCTCTACATCACGGCCACGACGTCCTTGTATAGGGTCCGGACATCGACGCGGGACACGACCATGAGAGTAATCTGA MEELIVGTLEKLFEGTVWAEGPLWIPQSQTVRWSDIPNNRILEYAPATGATREYATGVEYTNGRTLHPDGSVVQCSHGRRRVERDHDGVVTPMVDAFGEHRLNSPNDVVVAGDGTVWFTDPPYGILPGTIEGHEGEQEYGGCDVFRLDPENQEITAVITDLVHPNGLAFSPDESLLYVSDTAGRSRGVPFRIAVYPVADGACGEGRTFVELEDDAASDGFRVDVEGRVWTSAGPSVRVYAADGTLLTAVDVPEKVSNLCFGGVDGHDLYITATTSLYRVRTSTRDTTMRVI PGPT0001285_2126 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION_D_GLUCONATE_BIOSYNTHESIS,PGPT0001285-gnl-K01053 NA NA D3-18_03889 1461 bmr3_2 Multidrug resistance protein 3 TTGACTACGGCGACTGACGAAGGAGTCGGGTTCCGTTCCCGGCGCGGACCCATACTGATTGCGCTGATGCTCGCAACGGGCTTGGTGGCGATCGATGCCACCATAGTTGCCACGGCAGTGCCGTCCATTGTGGAGGACATCGGCGGGTTCGCCTCGTTCCCTTGGCTCTTTTCCGCCTACCTGCTGGCGCAGGCGGTTTCCGTGCCTGTTTACGCCAAGCTCTCAGACGTAGTAGGCCGAAAGCCGATCATCTTGGGTGGCATTGGTCTTTTCCTGCTTGGCTCGATTCTCTGTGGGCTGGCTTGGAGCATGCCTGCGCTCATTGCCTTCCGAGTGCTCCAGGGGCTCGGGGCCGGCGCAGTCCAGCCTGTGGCGATCACGATTGCCGGCGATATCTACACGCTTGCAGAGCGGGCAAAGGTCCAGGGATATTTGGCCAGTGTGTGGGCCGTTTCTTCCGTAGTGGGACCAACTCTGGGAGGGGTCTTTGCGTCCTTGGGAATCTGGCGGTGGATCTTCCTCATCAATATCCCGCTGTGCCTGATCGCTGCTTGGATGCTCCTCCGTACATTCCACGAGAACGTTGAGCGCACCAAGCACCGCATCGACTACGCGGGAGCCGGACTGCTGACGATTTCGTTGAGCCTGCTCATCCTCGGAGCCCTCCAGGGCGGTCAGGCCTGGCCCTGGGATTCGCCGATCAGCTTCGCCGTCTTTGGCGGAGGGGCATTGCTGTTCGTGGTGTTTCTTTTGGTGGAAAGGAAAGCAGCGGAGCCGGTCCTGCCACCTTGGGTTGTCTCCCGCAGGTTGCTGGCGACGACGGCGATGGTCGCTTTCGGTGTAGGCGCGGTCATGCTTGGCATCACAACTTACGTCCCGACGTTCCTGGAAGGGTCCTTGAAGACCTCACCCCTTCTGGCCGGGCTCGCGTTGGCGGCGCTGACCATCGGCTGGCCCATCAGCGCGTCGCAAGCCGGCCGTTTCTACCTCCGGATCGGGTTCAAAAACACGGCCATCATCGGCATTGTGATTACCGTGATCGGTTCGGCTGTCCTGGCCCTCACTGCCCCGACGCCCAACATTCTGCTGGTGGCAATGGCATGCTTCATCGTGGGGCTCGGACTGGGGCTGGTGGCAACGCCTAGTCTCATTGCCGCCCAAACCAGTGTCGACTGGAATGAGCGCGGCGTGGTCACAGGAACCAACCTCTTTGCACGTTCAATCGGCAGCTCCATGGGTGTTGCGGTTTTCGGCGCCATTGCCAACGCTATCTACGCCAACGGCCCCAGCGGCGGTCCCGATCCGCAAACTACAGTGCACGCGTCCACTGCCGTCTTCCTGGCTGTGCTCGTCAGTGCCGTCCTTACTGTTGTGGCGGTCCTTGTGATGCCCGCCGACGACGGAACGCACAGGACCAAAGAACGGGCGCAGAAGCCCAGCTCGGAACCTGCCAACGACTAG MTTATDEGVGFRSRRGPILIALMLATGLVAIDATIVATAVPSIVEDIGGFASFPWLFSAYLLAQAVSVPVYAKLSDVVGRKPIILGGIGLFLLGSILCGLAWSMPALIAFRVLQGLGAGAVQPVAITIAGDIYTLAERAKVQGYLASVWAVSSVVGPTLGGVFASLGIWRWIFLINIPLCLIAAWMLLRTFHENVERTKHRIDYAGAGLLTISLSLLILGALQGGQAWPWDSPISFAVFGGGALLFVVFLLVERKAAEPVLPPWVVSRRLLATTAMVAFGVGAVMLGITTYVPTFLEGSLKTSPLLAGLALAALTIGWPISASQAGRFYLRIGFKNTAIIGIVITVIGSAVLALTAPTPNILLVAMACFIVGLGLGLVATPSLIAAQTSVDWNERGVVTGTNLFARSIGSSMGVAVFGAIANAIYANGPSGGPDPQTTVHASTAVFLAVLVSAVLTVVAVLVMPADDGTHRTKERAQKPSSEPAND NA NA NA NA NA D3-18_03890 726 tetR_3 Tetracycline repressor protein class H ATGACCCAGCTAGCGGAGGCAGCCCGGCGCGTACCCCTGAACCGTGAACGCGTGCTTAGCGCCGCCGTCACGCTTGCAGACGACGTGGGTATCGAGTCGCTCAGCATGCGTCGTCTCGCCCAGGAACTAGGCGTTGTTCCGATGGCTCTCTACAAGCACGTTGCTAATAAGGAAGAACTCCTCGGCGGTATGGTGGACACCATTGTTGGCGAAATCGGCCCACCTGTACCGGATGTTCCATGGAAGTCTGCTGTCCGGCTCCGGGTCCTTTCGGCCAGGCAGGTGCTCCTGCGGCATCCTTGGGCGCGCCCTGTGATCGAGACCCGCACTGACGTGACCCCCGCAGTCCTCGGGTACATGGACGGCTTCGCTGGGATGTTCTTGGCGGGCGGATTTTCGGTGGATCTCACGCACCACGTCATGCATGCCATGGGCAGCCGAATGTGGGGTTTCACCCAAGAAGTCTTCGATGACTCTGCGGGGCAGGCTGGGAACCAGCAAGCACAAGTGCCGGCGGAAGTCCGGTCCGCCATGGCCCGCCAGATGGCCGATAACTTTCCAAATCTCTTCAAAATTGCTGCAGCGGCAGCGCATGACGACGATTCCGTGGTCGGGAACGGCTGCGACGACCAATTCGAGTTCGAGTTCGCACTGGACCTCCTCCTGGACGGCTTCGAACGACTCCATCAGCAGAACTGGACATCAGGCGGGGGCAGGAACAATTGA MTQLAEAARRVPLNRERVLSAAVTLADDVGIESLSMRRLAQELGVVPMALYKHVANKEELLGGMVDTIVGEIGPPVPDVPWKSAVRLRVLSARQVLLRHPWARPVIETRTDVTPAVLGYMDGFAGMFLAGGFSVDLTHHVMHAMGSRMWGFTQEVFDDSAGQAGNQQAQVPAEVRSAMARQMADNFPNLFKIAAAAAHDDDSVVGNGCDDQFEFEFALDLLLDGFERLHQQNWTSGGGRNN NA NA NA NA NA D3-18_03891 711 hypothetical protein ATGACACTTAGAACCACCCCACCCCTCCGGAACCATAGCCATACGCGCCGCCGCACCAAATGGGCCGTGCCCGTGGCGCTGATCATCCTCAGCCTCATCCCGGTGGTTGCCGGCGCTGCGCGACTCACCGAACTAACGGGCGGCGCAAACGTCACTCCGCAGAACGCCCGGTTCTTCGCTTCACCCATCCCGGTGGTAACCCACATCGTCACAGTCACGGTGTACAGCCTTCTGGGAGCGTTTCAGTTCGCGCCCACGCTTCGACGTGTTTCCCCACCTCGGCGGGGCAAGGCTTCGTGGCACCAAATGGCCGGACGGATCCTGGTGCCGGCAGGACTACTCGCTGGTTTGTCCGGCCTATGGATGTCAATGTTCTACGCGCTACCGGAGGGAGACGGCGAAGCTCTTCTGATTCTTCGACTGATCTTTGGTTCCGCCATGGTTGCGAGCATCATCATGGGCGTGTTCGCCATCCGCCGGCGGGACTACGCCATACACGGCGCATGGATGACGCGCGCTTACGCTATCGCGCTGGGCGCGGGAACGCAGGCCTTCGTGTTTCTGTCCTGGGTGCTGGTTGCGGGCCCTACCGATGAGGCAACAAGGGCAGTGCTCATGGGCGCATCCTGGGTCATCAATCTGGCGGTGGCCGAGTACTTCATCCAACGACGACGGCGGGCCACCGTTCGGCTCCGCAAGGAACCAAGGTGA MTLRTTPPLRNHSHTRRRTKWAVPVALIILSLIPVVAGAARLTELTGGANVTPQNARFFASPIPVVTHIVTVTVYSLLGAFQFAPTLRRVSPPRRGKASWHQMAGRILVPAGLLAGLSGLWMSMFYALPEGDGEALLILRLIFGSAMVASIIMGVFAIRRRDYAIHGAWMTRAYAIALGAGTQAFVFLSWVLVAGPTDEATRAVLMGASWVINLAVAEYFIQRRRRATVRLRKEPR NA NA NA NA NA D3-18_03892 1290 purA COG0104 Adenylosuccinate synthetase ATGCCCGCTATCGTGATCGTCGGAGCCCAGTGGGGCGACGAAGGCAAAGGCAAAGCAACCGATCTGCTCGGTGGCCGCGTTGACTACGTGGTTAAGCCCAACGGCGGTAACAACGCCGGGCACACCGTGGTTGTTGGCGGTGAGAAGTATGAGCTGAAGCTCCTTCCCGCGGGCATCCTGAGCCCCAACGCAATACCTATTATTGGCAACGGTTGCGTGGTGAACCTCGAGGCCCTCTTCCAGGAAATCGAAGGCCTGGAAGCCCGTGGTGCGGACACATCCCGCCTGCGGGTCTCGGCAAACGCCCACCTCGTTGCTCCGTACCATCAGGTCCTGGACAAGGTGACCGAGCGCTTCCTTGGCAGCCGGGCCATCGGAACCACGGGCCGCGGCATTGGACCCGCGTACATGGACAAGGTGGCCCGCTTGGGCATCCGCGTCCAGGATGTCTTCGACGAATCCATCCTCCGCCAGAAGGTGGAAGGGTCGCTGCGTCAGAAGAACGAACTCCTGGTCAAGGTCTACAACCGCCGCGACATCGTGGTGGACGAGATCGTGGAGTACTTCCTGTCCTTCGCTGAGCGCCTGCGCCCGCTGGTCATCGATAGCACGCTGGTCCTCAACAACGCCTTGGACGAGGGCAAGGTTGTGCTCATGGAAGGCGGCCAGGCAACGTTCCTGGACGTAGACCACGGCACTTACCCGTTCGTCACCTCGTCCAACCCCACAGCTGGCGGCGCGTCTGTCGGCTCGGGCATTGGCCCCACCCGCATTTCGCGGTCCATTGGAATCATCAAGGCCTACACCACACGTGTTGGTGCAGGCCCGTTCCCCACGGAACTGTTCGACGAGATGGGCGTTTACCTGCAGAAAACCGGCGGCGAGTTCGGTGTGAACACCGGCCGCCCCCGCCGCTGCGGTTGGTACGACGCCGTCCTGGCCCGCCATGCTTCCCGCGTCAACGGCTTCACGGACTACTTCGTCACCAAGCTGGACGTCCTTACGGGCATCGAGCAGATCCCCGTCTGCGTTGCCTACGACGTTGACGGCGTGCGCCACGATGAAATGCCCATGACGCAGACCGAGTTCCACCACGCGGTGCCCATCTTCGAGTACTTCGACGGCTGGACCGAGGACATCACCGGCGCCCGCACCTTGGAAGACCTTCCGGAGAACGCGCGGAACTACGTGCTTGCCCTCGAAAAGCTCTCCGGCACGCGCTTCTCGGCAATCGGCGTTGGCCCGGACCGCGACCAGACCATCGTTGTTCACGACCTGATCAACGACTAA MPAIVIVGAQWGDEGKGKATDLLGGRVDYVVKPNGGNNAGHTVVVGGEKYELKLLPAGILSPNAIPIIGNGCVVNLEALFQEIEGLEARGADTSRLRVSANAHLVAPYHQVLDKVTERFLGSRAIGTTGRGIGPAYMDKVARLGIRVQDVFDESILRQKVEGSLRQKNELLVKVYNRRDIVVDEIVEYFLSFAERLRPLVIDSTLVLNNALDEGKVVLMEGGQATFLDVDHGTYPFVTSSNPTAGGASVGSGIGPTRISRSIGIIKAYTTRVGAGPFPTELFDEMGVYLQKTGGEFGVNTGRPRRCGWYDAVLARHASRVNGFTDYFVTKLDVLTGIEQIPVCVAYDVDGVRHDEMPMTQTEFHHAVPIFEYFDGWTEDITGARTLEDLPENARNYVLALEKLSGTRFSAIGVGPDRDQTIVVHDLIND PGPT0020140_3367 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0020140-purA-K01939 NA NA D3-18_03893 633 hypothetical protein ATGCAAGAACTGGCGACTGAATCACCTGAAGAAATCCTCTGGAACCGCCGCTACGAACCGCACATCGCCGAGGTCAACGAGCTGTGCGACTCCATCAAGGAGCAGAAGCCGGGCAGCGAGGTCCTTTACATCGACCCCGCCCACAGCATGGATGACTGCCGCATCGTCAGCCTTTTCTCCAATCAGCGCACCAACACCGGCGAAGGTTTCATCACCCCGGGTGACGAGGAAGCCAACACCCGCATGCTCGGCATGCAGTGGCAGCTGGGCCTGCGTCCGGAGCTCATGATGCCGTGGAACGCGTACCCGTGGATCGAGCCTAACGAGGAACCGGGCAAGCTCACGCCGGCCAACATCACTGAGGGCCTCAAGCCGCTCCTGCGTCTCCTGCAACTGCTGCCGCGCACGTCCGCCCTGGTGGCACACGGCAACGAGGCACACCGCTTGGCCGATCAGCTCATGAAGGCCGCACCGGCCAGCATCGCCCGCCGCGGATTCAAGACCTTCAAGGTCCGCTCACTGGGTGGCCGTTCCTTCGCCGGCACCCCGGCCCGCCAGCAGGAATACCTGGACGCCATCCACGGCGCCTACGCCGAGGCCATGGCTCGCACGGGCATTCCGCGCAAGGCCTAG MQELATESPEEILWNRRYEPHIAEVNELCDSIKEQKPGSEVLYIDPAHSMDDCRIVSLFSNQRTNTGEGFITPGDEEANTRMLGMQWQLGLRPELMMPWNAYPWIEPNEEPGKLTPANITEGLKPLLRLLQLLPRTSALVAHGNEAHRLADQLMKAAPASIARRGFKTFKVRSLGGRSFAGTPARQQEYLDAIHGAYAEAMARTGIPRKA NA NA NA NA NA D3-18_03894 1008 yfiY COG0614 putative siderophore-binding lipoprotein YfiY ATGCGTAAGCTCGCTATGAAGGTGGCCGGAGTGGCCTTGGTGGCCGGCCTCGTTGCGGGCTGTGGCACCAGCGGTGGGTCAGGTTCGGCCGCCGGCAACGCCGATGTTGCCACCGGCGGTTCCAAGTTCACCACCGCGGACCAGGAAACGGCCAAGCTGGGCACGGACGCTGCCCCCGGCGTTTTCCCGCGGACCCTGAAGCACGCCAACGGTGAGACCACCTTGGAGAAGAAGCCCAGCCGCGTCGTTGTCCTCGACACCGGCGAGTTGGATGATGTCGTGACCCTCGGCATCACGCCGGTGGGCATGGCCACCACCGAAGGCGCCAACCCTGTCCCCACTTACCTGGCGGACAAGGTCAAGGATGTGGCTTCCGTGGGCACCATTCAGGACCTCAACCTCGAAGCAATCGCAGCTCTCAAGCCGGACCTCATCCTGGGCAGCCAGCTCCGCGCCGACAAGCTGTACAAGCAGCTGTCCGCCATCGCTCCCACGGTCTTCAGCATCCGCCCCGGCTTCCCGTGGAAAGAAAACTTCCTCCTGGTGGGCAAGTCCCTTGGCGAAGAGGACAAAGCCGTCAAGGCGCTCAACGATTACCAGACCGAAGCGGATGCCCTCAAGGCAGACGTGAAGGGCGATCCCAAGATTTCCCTGGTCCGCTTCCTGCCGGGCAAGATCCGCCTGTATGCGAACAAGTCGTTGATCGGCGTCATCCTGAAGGATGCAGGCCTTGCCCGTCCGGAGAACCAGAACATTGATGAACTCGCTGCCGAAATTTCGGCCGAGAACATCGAGCAAGGCGACGCGGACTGGATCTTCTACAGCAGCTACGGCGATCCCGCAGCAACAGGCGAAACCTCCGTGGTTGAAGGCGCAGTCTGGCCCAAGCTCGGCGCAGTCAAGGCTGGCCAGGCGAAGTCAGTCAGCGACGACGTTTGGTTCCTCGGCCTCGGCCCCACAGGCGCGCAGCTGATCCTGAAGGATCTCCGCAGCATGCTGGTCGGCTAA MRKLAMKVAGVALVAGLVAGCGTSGGSGSAAGNADVATGGSKFTTADQETAKLGTDAAPGVFPRTLKHANGETTLEKKPSRVVVLDTGELDDVVTLGITPVGMATTEGANPVPTYLADKVKDVASVGTIQDLNLEAIAALKPDLILGSQLRADKLYKQLSAIAPTVFSIRPGFPWKENFLLVGKSLGEEDKAVKALNDYQTEADALKADVKGDPKISLVRFLPGKIRLYANKSLIGVILKDAGLARPENQNIDELAAEISAENIEQGDADWIFYSSYGDPAATGETSVVEGAVWPKLGAVKAGQAKSVSDDVWFLGLGPTGAQLILKDLRSMLVG PGPT0003765_6396 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 D3-18_03895 1092 fepD COG0609 Ferric enterobactin transport system permease protein FepD ATGGTCCTCTGCTGTGTCCCCATCGACGACGTTATGTCCCAGGTAGCCGCTCCCGCCCTCCCGGCTGCAAGCGCAGTGGCCAGTTCCGGCGTCGTCAATAAATCCCGTTGGCGGATCCTCTTTCTGGCCCTCGCGGCAGCAGTCCTCCTGGGCGCGGCGATCCTGAGTCTCGGTGTGGGAGCAAAATTCATCCCCGCCACAGCGGTCCTGGAAGCGTTCACCAACCCCCAGGACACCGCGGATCATGCGATCATCCTTCAGAATCGGCTGCCGCGTACGTTGATGGGCATCGCCGTCGGGATTTCCCTTGGTGTGGCCGGCGCGCTCATTCAGGCGATCACTCGAAATCCATTGGCTGATCCGGGCATCCTGGGCGTCAATGCCGGAGCTTCGTTTGCCATCGTGATTGCCATCGGCGTCTTCGGGATCGGATCCCTCAGCGGCTACATCTGGTTCGCGTTTGCCGGGGCAATCCTGACCACCGCAGCGGTCTACCTGATCGGCACCTCCGGCAGGAACGTGGTGAACCCCATCAGGCTGACCCTTGCCGGTGTCGCCCTGGGCGCGGTCCTCACCGGTATCGGATCGGGACTCACCCTCCTGAACCCCAAAGCTTTTGACCACTTGCGCTCGTGGAGCATCGGCTCGCTGGACACCCGGAGCATGGAATCGGTCATGACTGTGGCTCCCTTCATGGCCGTGGGATTGATCATCGCCCTGTTCTGCGTTGGCGGCCTCAACGCCATTGCACTGGGCGACGACCTCGCCACCTCCCTCGGCGCCAACGTCAACCGAACGCGGATCCTAGGAGTCGTGGCTATTACCCTCCTCAGTGGAGCAGCAACCGCTGGCGCTGGGGCGATTGGTTTTGTGGGGCTCATGATTCCGCATGTGGCCCGGTGGATCGTTGGCCCGGACCAGCGCTGGATCCTGGCCACCACCGTGGTGCTCTCCCCTATCCTGCTCCTGGTATCGGATGTGGTGGGCAGGATCGCCGCGCCCGGCGAGCTCCAGGTGGGCGTGGTCACTGCGTTCATCGGCGCGCCGGTGCTTATCGCGTTGGCTCGGCGCCGGAAGGTGAGTGGGCTATGA MVLCCVPIDDVMSQVAAPALPAASAVASSGVVNKSRWRILFLALAAAVLLGAAILSLGVGAKFIPATAVLEAFTNPQDTADHAIILQNRLPRTLMGIAVGISLGVAGALIQAITRNPLADPGILGVNAGASFAIVIAIGVFGIGSLSGYIWFAFAGAILTTAAVYLIGTSGRNVVNPIRLTLAGVALGAVLTGIGSGLTLLNPKAFDHLRSWSIGSLDTRSMESVMTVAPFMAVGLIIALFCVGGLNAIALGDDLATSLGANVNRTRILGVVAITLLSGAATAGAGAIGFVGLMIPHVARWIVGPDQRWILATTVVLSPILLLVSDVVGRIAAPGELQVGVVTAFIGAPVLIALARRRKVSGL PGPT0003770_1083 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 D3-18_03896 1038 fepG COG4779 Ferric enterobactin transport system permease protein FepG GTGGATTTTGGCCGGCCCACAGTCCTGGTCCGCAACCGTGGGCTGAGCCTCCGGTTCGACGTCCGCAGCATTTTTATCTGTATTCCGTTGATCCTCGCGGCCCTCACGGTGGCGACCATCGGCCTGGCCACCGGCGACTACGACGTCACCGTGCAGCAAGTCCTGCAAGCCTTCACGGGTGACGCCCCGGGACTGGCCCAAACCATCGTCATGGAGTGGAGGCTCCCCCGCGTTCTTTCGGCACTCGTGTTCGGCGCGGCCTTGGGAATGAGCGGCGGCATCTTCCAATCCATGACCCGCAACCCACTGGGCAGCCCGGACATCATCGGTTTCAACACAGGAGCCTACACGGGAGCGTTGATCGTGATGCTGACCGTTGGCGGTGGCTACCTTGGCATTGCTGCGGGAGCCCTTGTTGGCGGCACCCTCACAGCGTTGGCCGTCTACTTGCTTGCCTACCGGCGCGGCTCCCAAGGTTTCCGGCTCATCATCGTGGGCATCGGCATCAGTGCGATGCTTGCCGCCGTCAACCACTGGCTGATCCTGCAGGCCGAGCTTGAGGCCGCCTTGGCTGCGGCTGTCTGGGGAGCGGGGTCCCTCAACGGCATCACCTGGGAGCAAGCGGCGCCTGCCGCCGTCGTGGTTGTAGTGGTTGGCTTGGCCACGCTGGCGGTCGCACGCCGGATGCAACTCCTGGAAATGGGCGACGACGCCGCACGCGCCTTGGGCGTCCGGGCAGAACCTACCCGTTTGTTGCTGCTCATTCTGGGCGTCGCGCTGACGGCGGCCGTCACCGCCGTCGCTGGTCCCATCGCGTTCGTGGCCCTCGCGGCACCGCAGCTTGCCCGTCGTCTTACCCGAAGCGCCGGCATCACGCTGGTGCCCTCCGCAATGATGGGGGCGTTCCTCCTGGTGGCCAGCGACCTCGCGGCCCAACGCCTGTTCGCCCCGATCCAGCTGCCCGTGGGCGTTGTGACGGTGTGCATCGGCGGTATCTACCTCGTCTGGCTGCTGGCCAGGGAAGCAAGGAAATCATGA MDFGRPTVLVRNRGLSLRFDVRSIFICIPLILAALTVATIGLATGDYDVTVQQVLQAFTGDAPGLAQTIVMEWRLPRVLSALVFGAALGMSGGIFQSMTRNPLGSPDIIGFNTGAYTGALIVMLTVGGGYLGIAAGALVGGTLTALAVYLLAYRRGSQGFRLIIVGIGISAMLAAVNHWLILQAELEAALAAAVWGAGSLNGITWEQAAPAAVVVVVVGLATLAVARRMQLLEMGDDAARALGVRAEPTRLLLLILGVALTAAVTAVAGPIAFVALAAPQLARRLTRSAGITLVPSAMMGAFLLVASDLAAQRLFAPIQLPVGVVTVCIGGIYLVWLLAREARKS PGPT0003770_3587 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 D3-18_03897 813 fepC_2 COG1120 Ferric enterobactin transport ATP-binding protein FepC ATGAGCCTCACCTCTGCTGCGCCGCAGCTCCACGCTGACGCCCTGACTATCGGTTATGAGCAACGCATCATTTCCGAAAACCTCAATGTGCGCATCCCCGAGGGGCAGTTCACCGTCATCGTAGGGCCAAACGCCTGCGGCAAATCCACGCTGCTGCGCGCCCTCGCCCGGCTGATCAAACCCCGCAGCGGTCAGGTTCTGCTCGACGGGAAATCCGTGACCTCACTGCCTGCGAAGGAACTTGCCCGTCGGCTTGGACTCCTGCCGCAATCCTCCATCGCGCCCGACGGCATTACCGTTGCCGACCTCGTAGCCCGCGGCCGCTACCCGCACCAAAAGCTGCTGCGGCAGTGGTCCGTCTCCGATGAGATTGCGGTGGTCGAAGCGATGGAGGCCACCGGCGTCGCATCCTTATCCGGCAGATTGGTGGACGAACTCTCCGGTGGCCAACGGCAGCGCGTCTGGGTGGCCATGGTCCTCGCCCAGCAGACGCCGCTCATGCTCCTGGACGAACCCACCACGTTCCTTGACATCGCCCACCAGATCGAGCTGTTGGAACTCTTCCGCGAGCTGAACCTGGATAAGGGCCACACCCTGGTTGCCGTGCTGCACGACCTCAACCACGCCAGCCGCTACGCGGATCACATCATCGCCATGAAGGACGGCGTGGTGGTGGCCGAAGGCGCTCCCGCGGACGTGATCACTGAATCCTTGGTGGAAGAAGTGTTCGGCATGGCCTGTCGGATCATCGACGACCCCGTGACGCACACCCCGTTGGTGGTTCCGTTGGGCAGGCCACGGCTACCCAACTAG MSLTSAAPQLHADALTIGYEQRIISENLNVRIPEGQFTVIVGPNACGKSTLLRALARLIKPRSGQVLLDGKSVTSLPAKELARRLGLLPQSSIAPDGITVADLVARGRYPHQKLLRQWSVSDEIAVVEAMEATGVASLSGRLVDELSGGQRQRVWVAMVLAQQTPLMLLDEPTTFLDIAHQIELLELFRELNLDKGHTLVAVLHDLNHASRYADHIIAMKDGVVVAEGAPADVITESLVEEVFGMACRIIDDPVTHTPLVVPLGRPRLPN PGPT0003295_63 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ENTEROBACTIN|ENTEROCHELIN|CHRYSEOBACTIN_TRANSPORT,PGPT0003295-fepC|yusV|cbuC-K23188 NA NA D3-18_03898 423 hypothetical protein ATGTCGGACGAATTCCGGAAGAACCTGATGGGGCCGGAGCCCACGCTCCTGCCCGCCGAAACCGAGATCTACCAGCACCTGGCACTCGGCAATGAAGCGCTGGACCTGGTGGCGAAGAACCCCACGTCATCTCTTCTGTGGGCCATCCTCGCGGAGGAAGCCTGGGCGGAGGGCCGGACCATTGAGTCCTACGCCTACGCTCGTGTCGGCTACCACCGCGGCCTGGATTCCCTGCGCCGCAACGGTTGGCGTGGCGTCGGACCCATCCCGTGGGAGCACGAGCCCAACCAGGGCTTCCTTCGGGCGCTCTACGCACTGGGTCGAGCCGCTTCTGCAATCGGCGAGGCTGAAGAGCCGGAGCGGATCGAGAAGTTCCTGAACGACTCGGACCCGAAGGCCAAAGCAGCGCTCGAAGCCCGCTAG MSDEFRKNLMGPEPTLLPAETEIYQHLALGNEALDLVAKNPTSSLLWAILAEEAWAEGRTIESYAYARVGYHRGLDSLRRNGWRGVGPIPWEHEPNQGFLRALYALGRAASAIGEAEEPERIEKFLNDSDPKAKAALEAR NA NA NA NA NA D3-18_03899 1020 fba_2 Fructose-bisphosphate aldolase ATGCCCATTGCAACCCCAGAGATTTACTCCGAGATGATCGACCGCGCAAAGGCTGGCGGATTCGCTTTCCCCGCGGTCAACGTGACGTCGTCGCAGACTCTGAACGCTGCGATCCGCGGTTTCGCCGAGGCCGAATCCGACGGCATCATCCAGGTTTCCACCGGTGGCGCAGCCTACTGGTCAGGCGCGTCGGTCAAGGACATGGTTGCCGGTTCCCTCGGCTTCGCCGCGTTCGCCCGCGAAGTAGCCAAGAACTACAACGTCAACATCGCCCTCCACACAGACCACTGCCCGCAGGACAAGCTGGCGGACTTCGTCCTCCCGCTGCTGGCCGCTTCCGAGGAATCCGTCAAGGCCGGCAAGGACCCGATCTTCAACTCGCACATGTGGGACGGCTCGCACGAAGCCCTCTCCGAGAACCTGCGCATCGGTCGGGAGCTGCTGGAACGCGCCGCAGCTGCCAAGATCATCCTCGAAGTTGAAATCGGCACTGTCGGTGGCGAAGAAGACGGCGTTGAGAACGAAATCAACGAGAAGCTCTACACCACCACCGAAGACGCCCTCGCCACCATCGAGGCCCTCGGTGCCGGCGAAAACGGCCGCTACCTCACCGCGCTGACCTTCGGCAACGTGCACGGCGTGTACAAGCCGGGCAACGTGAAGCTCCGCCCGGAACTGCTCAAGCAGATCCAGTCCGAGGTTGGCGCCAAGATCGGCAAGGAAAACCCGTTCGACCTTGTGTTCCACGGCGGTTCGGGCTCCAGCGAGCAGGAAATTGCTGACGCCGTCTCGTACGGTGTCATCAAGATGAACATCGACACGGACACCCAGTACGCGTTCACCCGCCCGGTTGCCGGCCACATGTTTTCCAACTACGACGGCGTCCTCAAGGTCGACGGCGAAATGGGCAACAAGAAGACCTATGACCCCCGCGTCTGGGGCGCTTCCGCCGAAGCCGGCATGGCCGCACGCATCGTCGAAGCTGCCCAGCAGCTCGGATCGGTTGGCAAGACCTTCTAA MPIATPEIYSEMIDRAKAGGFAFPAVNVTSSQTLNAAIRGFAEAESDGIIQVSTGGAAYWSGASVKDMVAGSLGFAAFAREVAKNYNVNIALHTDHCPQDKLADFVLPLLAASEESVKAGKDPIFNSHMWDGSHEALSENLRIGRELLERAAAAKIILEVEIGTVGGEEDGVENEINEKLYTTTEDALATIEALGAGENGRYLTALTFGNVHGVYKPGNVKLRPELLKQIQSEVGAKIGKENPFDLVFHGGSGSSEQEIADAVSYGVIKMNIDTDTQYAFTRPVAGHMFSNYDGVLKVDGEMGNKKTYDPRVWGASAEAGMAARIVEAAQQLGSVGKTF PGPT0017615_3011 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 D3-18_03900 939 hypothetical protein ATGCGCAGGACAAACCTTCCGGACCATCTGACCACGGGCTCGTTTTCCTTGCGTGCATCGGACAAGGCCGGCGTACCCCGTAAGCGCAGTGCTGCCAAGGACCTGGTGACAGTTTCCCGCGGTGTGAGGGTGCCGGTCCTGTCCGGTGCCACGGGGGCGGCAGCCCTTCGGGCCTATACGGATCTGGATGATGCGTCCGTGCTTGTCATGCTCAGTGCCGCCCGGCTATGGAACGTTCCGTTGCCTGCTTATGTCAGCGGGGATTGGCGGATTCATCTGGCACGGCGGAGGGGGTTCAGCTTTCCCCGGCGGGTCAACGTGGCCGGGCATTCGTTGACCCTTCTGCCGGATGAGGTGGGAGAGTACGACGACGTCAGGCTCACCTCGCCCGCACGGACGTGGCTGGACTTGGCTTCGTTGCTTACCGTGGAAGACCTCGTTGCAGCGGGCGACTCCCTGGTGTGCTCCCACGGGCCTGAGTTCCCGGTGCCAAAGGACGCCCTGTGCAGCATCGAGGAGTTGAGGGCCGTCGTCGGGAAGCACCCTGGGCGGCGGGGAGTGCGCCTGGCACGGGCAGCATTGGAACTTATCCGGGTCGGCGCGGACTCGGCCCCTGAAACGCACATGCGCCTGGCTATGATCGACGCGAACCTGCCGGAGCCCGAACTGAACCACGTGGTTCGTAATTCCCTCGGTCAGCCGGTGCTGTGGCCCGATGCCGCTTTTAGGCAGTGGAAAGTCTCCCTCCAGTACGACGGCCAACACCATGGCGGCATTGAACAACACCTGCGGGACATCGAACGTCAGGAACGCTCCCTGGCCCATGGCTGGCTTGAAGTCCGGATCTCCAAGCACGACCTCGAAGGTGAGAGACCCGCCGTCGTCCATAAAGTCCGCCGGGCGCTCCAAAGCCGCGGATGGGCTCCCGACCGCACCTAA MRRTNLPDHLTTGSFSLRASDKAGVPRKRSAAKDLVTVSRGVRVPVLSGATGAAALRAYTDLDDASVLVMLSAARLWNVPLPAYVSGDWRIHLARRRGFSFPRRVNVAGHSLTLLPDEVGEYDDVRLTSPARTWLDLASLLTVEDLVAAGDSLVCSHGPEFPVPKDALCSIEELRAVVGKHPGRRGVRLARAALELIRVGADSAPETHMRLAMIDANLPEPELNHVVRNSLGQPVLWPDAAFRQWKVSLQYDGQHHGGIEQHLRDIERQERSLAHGWLEVRISKHDLEGERPAVVHKVRRALQSRGWAPDRT NA NA NA NA NA D3-18_03901 120 hypothetical protein ATGGGGGTTATCTGCCAACTCGCGGGGCTGAAGAAAGCGGCGCCTGTGGATAACGTCACGGCGCTCCCGGGGACGGGCCAGAATGAGGAATGCGCAGGACAAACCTTCCGGACCATCTGA MGVICQLAGLKKAAPVDNVTALPGTGQNEECAGQTFRTI NA NA NA NA NA D3-18_03902 1227 putative inactive lipase ATGAAGCATCCTTCTCTTCGCCTGTCTTCAGCTTTCATCCTTGCTTTCCTGCTCGCGGCTGGCAGCGGTGGGGCTGCCACTGCGGCCCCGGAGCCCGCCGACTTTTACGCGGCCCCGGCCACGCTTCCACCCACCAACGGCGACGTGATCCGGACCGAGCCGTCGGTCTTCTACGTCGATCCCCTTAAGACCATCAGGGCACAGGCCGCGGTGCAGCGCGTCATGTACCGATCCGTGAACAGTGCCGGTATTCCCATCGCAGTGACCGGCACCGTCCTGGTTCCGTCCACACCCTGGGTAGGTGCGGGGGCGCGTCCGCTGGTGGGGTACGCCGTAGGAACCCAAGGGCAGGGCGACCAGTGTGCGCCGTCCCGGGCCATGGCTGCGGGCGAGGAGTACGAGGGCGTCTTCATCGCCGGTTTGCTGGCGCGGGGATACTCCGTTGCGATGACCGATTATGAAGGGCTGGGCACGGCGAGCAGCCACACATATATGGCTCGCGCATCGCAGGCACACGCAGTGCTCGACGTCGTCCGTGCGGCCCAGCGACTTGGGAACCCCCAGCTCGTGGCTGGCGGACCAGTGGCCCTTGCCGGATACTCCCAGGGCGGTGGCGCCTCGGCAGCCGCCGTCGAGCTTGCAGCGCAGTACGCACCGGAACTGAACCTCAAGGGCGCCTATGCCGGTGCCGTCCCCGCGGATCTTCCGGCAGTGGGGCTCAACCTCGACGGCGGGTTGTACACCGGCTTTCTTCTCTATGCCGTGACGGGCATGAGTGCTGCCGGCGGGCTGGATCTTAGCCCATATCTCAGTGGTGCCGGCCAAGCGAAAATCGCCGCGACGGACCAGGAATGCACTGTGCAGTCCATTGCCTCCAGTGGCTTCCTGGACACCACCAAGCTCACGGTGTCAGCGGAAAAACTGAGCTCCCTGTTGGACCTGCCGCAGGTCAAGCCGGTGATCGCGGAGCAGAAAATCGGCAACGGGCGTGCACCCGGGGTTCCGGTTCTGCTCTCCCACAGTGTGCTGGACGATGTCATTCCTTACGATCAGGGCCGCCAGTTGGCCAAGCGTTGGTGCGCGGCGGGTTCGTCGGTGTATTTCGACACCACCGCCGGGGCTACCCACGTTGGAGGGTATGCGGCGGCGATCCCGCAGGCCTTCCTCTTCCTGGAGCGCCGCTTTGCGGACAGGAGCCCGGCGAGTAACTGCTGGCTGTACGGATAA MKHPSLRLSSAFILAFLLAAGSGGAATAAPEPADFYAAPATLPPTNGDVIRTEPSVFYVDPLKTIRAQAAVQRVMYRSVNSAGIPIAVTGTVLVPSTPWVGAGARPLVGYAVGTQGQGDQCAPSRAMAAGEEYEGVFIAGLLARGYSVAMTDYEGLGTASSHTYMARASQAHAVLDVVRAAQRLGNPQLVAGGPVALAGYSQGGGASAAAVELAAQYAPELNLKGAYAGAVPADLPAVGLNLDGGLYTGFLLYAVTGMSAAGGLDLSPYLSGAGQAKIAATDQECTVQSIASSGFLDTTKLTVSAEKLSSLLDLPQVKPVIAEQKIGNGRAPGVPVLLSHSVLDDVIPYDQGRQLAKRWCAAGSSVYFDTTAGATHVGGYAAAIPQAFLFLERRFADRSPASNCWLYG NA NA NA NA NA D3-18_03903 714 trmH tRNA (guanosine(18)-2'-O)-methyltransferase GTGACTGACCTTCCCCCCAATACAGCCCTGCCCACGCCTGCCGGGTCTCCCTCTGCCGTATCTCCTGCGGAGACCACACCGGAAGGCGATGCGGAAGCGAAACCCGAGGTCGGAGTCGGGCCCTGGGAGGGCGAGTGGCCGGTTGGCGAGCAATGGGATCCGGACCTGTTGAGGGATGGTGACCGCCGCAACGTGGTGGACCAGTATCGCTACTGGAAGCACGAGGCGATCGTGGCCGACCTTGATTCCAAGCGGCACGACTTCCACATTGCGATTGAGAACTGGCAGCACGACCTCAATATCGGGACCGTAGTGCGGACGGCCAATGCCTTTCTCGCCAAAGAGGTGCACATCATTGGCCGACGGCGGTGGAATCGTCGCGGTGCCATGGTCACCGACCGCTACCAGCATGTCCGCCACCACCCCACCGTTGAAGATTTCGTCCAGTGGGCGGAGGGGGAGGGGCTTGCCGTCATCGGCATCGATATCTTCCCGGACTCCGTGCCGTTGGAGACCTATGACCTCCCCAAGAACTGCGTGCTGGTGTTCGGCCAGGAGGGCCCCGGACTGACGCCGGAGGTGCACGATGCCGCCGTCGCGACGCTTTCAATTGAACAGTTCGGCTCCACCCGGTCCATGAACGCAGCCTCTGCGGCAGCCATAGCCATGCACGCCTGGGTCCGCCGGCACGTGTTCCAGCAGCCCGTCTCTTAG MTDLPPNTALPTPAGSPSAVSPAETTPEGDAEAKPEVGVGPWEGEWPVGEQWDPDLLRDGDRRNVVDQYRYWKHEAIVADLDSKRHDFHIAIENWQHDLNIGTVVRTANAFLAKEVHIIGRRRWNRRGAMVTDRYQHVRHHPTVEDFVQWAEGEGLAVIGIDIFPDSVPLETYDLPKNCVLVFGQEGPGLTPEVHDAAVATLSIEQFGSTRSMNAASAAAIAMHAWVRRHVFQQPVS NA NA NA NA NA D3-18_03904 1197 hypothetical protein ATGAGCAACAACAACGGAGTGCCTCAGCCTCCCCATAACCCGGACGGCGTGCCGCAGCCGCGATACGACACCGGCAAGGACCAGTACAGCCAGTACCAGCCCGGGCAGACTCAGCCCATGTATCAGCCGGAAGCCCAGACTGAGGCTTTCCCATCACAGCCGGGGCATCCGGATGGCGAGTACGCCGAAACCGTCCACCACTACCCCCATGCGCAGCAGCAGGGACAGCCCGGCAACCCAGGTCAGCAGGGACAGCCCGGCTTTCCTCCGCCGGGTGGCGGCTACCCTGGTCAGCCCGCATACCCGGGCCAGCCTGGTGGACCCGGCGGACCCGGCCAGAACCCGGGCGACCACAACAAGAAGTCGCTGTTCCTCATCCTGGGTGGTGTGGCCGTCGTCGTGATTATTGCGCTGGTGGTGACGTTCACGTGGCTGGTTCCATCGATGACCAAGCCGACTGCCGTTGACACTCCGATGCCATCGGTGACGTCCTCCGAAGAAGCGTCAGAGGCCGCAGCCGAGCCGTCTGCTGAACCTTCCGGCGAGGCCTCGGCATCCTCCGAGATCCCCGCTGACGCCATCCCCCTGCCCGCAGGGTGGGATGAGTTGGCCGGACCCAGCAATGTACCGGCTGACGGCGATCCGCTGTTCAGCAAGTGGGTCACGGGTGAATCCTCCTTCCAATACCTGGCCGAGTGGACCCACGACGAGTCGTTCGGCATCACCAAGGACCCCACCACGGGTGTAGAGATCCAGAAGAAGGCCCAAGGCACTGTGGAGGCCGACGGTGACGGAATTGCGCTCGCCTACGCTTTCTTCGCGGAGTCTGAGGAAGGCAAGTTCGGCAAGGATCCGGCGGAGATCAAGAAGGCCATCCAGGACATCGAAACCCGCTACAAGGGGATGACTGCTACTGAATTGCCGCAGAACCTGGTTGGCCACAAGTGCACGTCGGGCTTCAAGACCACCATGCCGGAAATCCGTGAGTTCCGTAGGGGTGCGGCTGTGGTTATCGGTTTCACCTGCATCAACGCCCGCAGCGAAGAGATTCAGGCCGTGAACCTGTTCACCGTGACACCGTGGGGAACCCCGCAGATGCTCGGCGTCAGTGGCCACAAAACCTACTGGGACGCACACCCGGGCCTCTTCGAGCAATTGGGTAACTCGTACCGCATCAACAAGTGGAAGATGGGCTGA MSNNNGVPQPPHNPDGVPQPRYDTGKDQYSQYQPGQTQPMYQPEAQTEAFPSQPGHPDGEYAETVHHYPHAQQQGQPGNPGQQGQPGFPPPGGGYPGQPAYPGQPGGPGGPGQNPGDHNKKSLFLILGGVAVVVIIALVVTFTWLVPSMTKPTAVDTPMPSVTSSEEASEAAAEPSAEPSGEASASSEIPADAIPLPAGWDELAGPSNVPADGDPLFSKWVTGESSFQYLAEWTHDESFGITKDPTTGVEIQKKAQGTVEADGDGIALAYAFFAESEEGKFGKDPAEIKKAIQDIETRYKGMTATELPQNLVGHKCTSGFKTTMPEIREFRRGAAVVIGFTCINARSEEIQAVNLFTVTPWGTPQMLGVSGHKTYWDAHPGLFEQLGNSYRINKWKMG NA NA NA NA NA D3-18_03905 822 hdpA Dihydroxyacetone phosphatase ATGGCAGAAGAAACCACGTCCACATCGGTTTACCGGAACGGCCACGAAATCGAATGCTGGCTCACGGACATGGACGGCGTACTGGTTCACGAAAACCAGGCAATCCCCGGTGCGGCTGAGCTCATCCAGCGCTGGGTAGACACGTCCAAGCGCTTCCTGGTCCTGACCAACAACTCCATCTTCACTCCCCGCGACCTCGCAGCCCGCCTGCGCGCGTCCGGCCTGGAAGTCCCGGAAGAGAACATCTGGACGTCCGCGCTGGCCACCGCCCAGTTCCTCAAGGACCAGGTCCAGTCCTCGGATTCGGGCAACCGTGCCTACACCATCGGCGAAGCAGGACTCACAACGGCCCTGCACGAGGCCGGGTTCATCCTCACGGACACCGACCCCGACTTCGTTGTGCTCGGCGAAACCCGCACCTACTCTTTCGAAGCGATCACCATGGCCGTCCGCCACATCCTGGCCGGTGCCCGCTTCATCGCCACCAACCCGGACGCCACTGGCCCTTCGAAGGACGGGCCCATGCCGGCAACCGGTGCCATCGCGGCCATGATCACCAAGGCCACGGGCCGCGAGCCCTACATTGTGGGCAAGCCAAACCCCATGATGTTCCGCTCCGCCATGAACCAGATCGACGCCCATTCCGAGACCACGGCGATGATTGGCGACCGCATGGACACGGACATCGTGGCCGGCATGGAAGCGGGCCTGCACACGGTCCTGGTACTCAGCGGCATCACGCAGCGCGAAGAAATCGTCTCCTTCCCGTTCCGGCCCAACCAGATCCTGAACTCAGTGGCAGACCTCAAGAGCCAGATCTAA MAEETTSTSVYRNGHEIECWLTDMDGVLVHENQAIPGAAELIQRWVDTSKRFLVLTNNSIFTPRDLAARLRASGLEVPEENIWTSALATAQFLKDQVQSSDSGNRAYTIGEAGLTTALHEAGFILTDTDPDFVVLGETRTYSFEAITMAVRHILAGARFIATNPDATGPSKDGPMPATGAIAAMITKATGREPYIVGKPNPMMFRSAMNQIDAHSETTAMIGDRMDTDIVAGMEAGLHTVLVLSGITQREEIVSFPFRPNQILNSVADLKSQI PGPT0021435_22 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021435-nagD-K02566 NA NA D3-18_03906 714 hypothetical protein ATGGCTGTGCTCAATCTGCGTCCCTTGGCCGGTGGCCGGATACTCAGGGGAAGCCAGCCGTTCGGTTTGGATGCCGCTGCAACGTCGGGTTTCCTGGCTGAGCACGGCATCCAGGCAATCGTGGACCTGCGGAGCGAGCTTGAACGCTCGTTGGTTCCGTGGCTGGTTCAAGATGACAACGACGGCGACGGCGGGACTGCCGCTGTCGTCCCGCCCGCCGTCGAACTTATCCATAACCCGCTGGACCCGAACGCTATTGCCGGGTCGCTCCAGGCCGTGGAAACGGCAGAGGACCTCGGGAATCTGTATCTGGGCTGGATCCGGCTGCGGCCCGAGTGGGTGGGTGATGCCCTGCGACCAGTCGCCCGCGGCAAACGCACGCTGGTTCACTGTTCGCTGGGCAAGGACCGAACAGGTGTGGTGTCCGCAATCGGACTCCTGGCAGCAGGAGGGACCGAGGACCAGGTGGTGGCGGATTATGGGGCCACCACAGCCAACCTGCCGGACGTCCTGGAAGTCATGGCAGAAACCTGGCGCCTCAGCGTTCCCTCAACACCGGCAGAGTATTTCAGCCCTGACCTCATGATCCTGCAAAGCCCCGAAGCTGCAATGCGGCATTTCCTGGCCGGCTTCGCGCAGGAGTTCGGCGACGTGCGGAGCTTTCTGCTCGAGGCGGGCCTCACCGCCGTCGAGGTTGAATCGCTGGCTCTGTAA MAVLNLRPLAGGRILRGSQPFGLDAAATSGFLAEHGIQAIVDLRSELERSLVPWLVQDDNDGDGGTAAVVPPAVELIHNPLDPNAIAGSLQAVETAEDLGNLYLGWIRLRPEWVGDALRPVARGKRTLVHCSLGKDRTGVVSAIGLLAAGGTEDQVVADYGATTANLPDVLEVMAETWRLSVPSTPAEYFSPDLMILQSPEAAMRHFLAGFAQEFGDVRSFLLEAGLTAVEVESLAL PGPT0014530_3340 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 D3-18_03907 1218 hypothetical protein GTGGACGTCAAACCCCTGCCCGGAGGGTGGGTTGTTCGCTCGGCGATCGTTCTGGCCACCCTGCTTTTTCTGGGGTTGGGAGTCCGCTGGCAGCAACACGATCTTTCGTCATTTCAGGGATGGTTGGAGCTGGTAGTCCCGTATTTGCCGCTTCTCGCGCTATTGCTCGGAGCCATGCAGGCAGCTGTTGTTTGGTGTCTCTCCCTCACTGTCATCACGATCCTGGGCGGAGACGCTCCCCTCGTGGTGGCGATGATCTTCCCCACGATGGTGGTGGTGGCTTTCTGTTCCTTCCTTCTTCCGTGGAAGCTGGCCATCAATTTCTCGCTGTTCGTGCCTAGCGTCTTGCTGGGACTGTACATATCAACGCCGGAGATGGCCGACCAGCCTGCAGTGCTGCTGGCCCTGGTGGTCTTCCTTGCGGCCGCGGCATGGCGCAGCGTCAACGTCTACCGGCATCGGTACGAGCAAAGCACACACCACATCCGTGATTTGCAGGAGCAACAGGCGCAAGTCCGCAGTGAGGAACGGACCCGCCTGGCCCATGAGCTTCACGACATCGTGGCCCATGACGTGACCATCATTGCCATGCAAGCGCGGCGGGCTGAGTTCGTGAACGACCAGGCGAAGACGTCCCAAATTCTGGAGGGCATTGGAAATGCAGCGCAGCAGACGCTGCAGGATCTGCGCAGCCTGGTGACCCTCCTCAAGGAAGAGGAAAGGGACGAACCGGGAGGCGGTGCACAGATACCGGACCGCGAAGGGCAGGACGCTGATTTCCTGGATGCCCCAGCGATGTCCGGTGAAACTACTACCGCAGTCGGCCTGGTCCACGATCTCGACGGAGTGGTCGAAGCCTTGGATCGCGCGGGCTTCCAGGTGAGCCTCGTCGTCGAAGGCGAAGTAGCCCGGATTCCGGCCAGCCTGCGCCAGGCGCTTCGCCGGACGGTACGGGAAATGGGGACCAACGTGCTCAAACACGCCGACCCGTCCGGGGTAGTGGATCTGCGCTTGTCTGTAAGTGCCGATCGCGTGCAACTGGCATCAGGGAACATGGTCTCCACCGCGGAGCCGATCATGTCTTCCCGGACCGGGCTTGAGGCAATGAGTGCCCGCTGTGAAGTGTTCGGAGGATTCATGGACGTGGGACTCACAGACGGGCGCTGGACCACCGCCGTGTCCATCCCTCTGGACGGGCTGGCCTCTGCGAATTCGTGA MDVKPLPGGWVVRSAIVLATLLFLGLGVRWQQHDLSSFQGWLELVVPYLPLLALLLGAMQAAVVWCLSLTVITILGGDAPLVVAMIFPTMVVVAFCSFLLPWKLAINFSLFVPSVLLGLYISTPEMADQPAVLLALVVFLAAAAWRSVNVYRHRYEQSTHHIRDLQEQQAQVRSEERTRLAHELHDIVAHDVTIIAMQARRAEFVNDQAKTSQILEGIGNAAQQTLQDLRSLVTLLKEEERDEPGGGAQIPDREGQDADFLDAPAMSGETTTAVGLVHDLDGVVEALDRAGFQVSLVVEGEVARIPASLRQALRRTVREMGTNVLKHADPSGVVDLRLSVSADRVQLASGNMVSTAEPIMSSRTGLEAMSARCEVFGGFMDVGLTDGRWTTAVSIPLDGLASANS NA NA NA NA NA D3-18_03908 684 liaR_5 COG2197 Transcriptional regulatory protein LiaR ATGACGCGAGTGTTGTTGGTGGATGATGAGCTGTTGGCGCGGGAGATCCTGCGTGATTATCTCTCGTCGGACCCGTCCATAGAGGTTGTAGGTGAGGCATCGGATGGGCGTGTGGCAGTGGTCCAGGCAGCCTCGCTTCGCCCGGATGTGATCTTGATGGATATGCAGATGCCGGTGATGGACGGGGTGGCTGCAACGGCCCAAATCCATGCCGACTTCCCGGAAATCGCCATACTGGGGTTGAGTACCTTTTCCACTGATCGCTACGTGGTAGACCTACTGCGTGCCGGAGCATCGGGATACCTCGTCAAGGACACGCTGCCCAAGGAGATCACTGCCGCCATCCACACCGTGATGGCCGGCGAGTCCGTACTATCCTCCAAAGTGACACGGCATGTTGTGACAGGGCTGGCGGAGTCCGTCCCCGCTGAAGTCATTCCGGACCCGAAGCTCGTGGACGCGCTGACCAAGAAGGAGCTGGAGGTGATCCAGTTGCTCGGACGGGGAATGAGCAATCGCGAGATGGCTGCAGAGCTCTTCGTAACAGAGTCCACCATCAAAGCACGGTTCGTGAACGTCATGGAGAAGCTCGGAGTAAGGGATCGGGTGCAGATCCTTGTGGCTGCTGTCGAAGGAGGGCTCGTGGACCTTAGCCCCAGTTCGCGGACAGGGCAAGACCCGTGA MTRVLLVDDELLAREILRDYLSSDPSIEVVGEASDGRVAVVQAASLRPDVILMDMQMPVMDGVAATAQIHADFPEIAILGLSTFSTDRYVVDLLRAGASGYLVKDTLPKEITAAIHTVMAGESVLSSKVTRHVVTGLAESVPAEVIPDPKLVDALTKKELEVIQLLGRGMSNREMAAELFVTESTIKARFVNVMEKLGVRDRVQILVAAVEGGLVDLSPSSRTGQDP NA NA NA NA NA D3-18_03909 918 hypothetical protein ATGATCACCACTCGCCGATACTTTGGCCAGGTTGACCGGCGTTCCCGCTTCACCACCGTGTCGATGGGCTGGCGGACTGCTTCCGACGGCGTCCCGCGCCTCCGTGATGCCATCTCCCGGGCCGGGGAACATGGCGGACCAGCCAACCAGCCGGTTGCCTTGACATGGACGCCCGGTGACGGCGCCGTGATCATGACGGCGACCCTGCCGGAGGTTGCTGCACGGAGCTGGATCGAGAATGTCATCAACGCCGAGCACTTGGGGGTAAGGGAATTTGGTGATCCCGTCCTTGCTGTTGTGGGTTCTGCCGGCGTCCTGGAAGAACTTGAAGGCAGCCTGCGGACAATGGAGAAAGAAGGGCCTCCTACTCCGCAGCTAGCCATCCGGAGCACCATGAAGCAGACCACGGCACAGGGATTCGAGCAGACATTCATCATCGGTCAGGACCCGGCCGCGGACGTTGGATTCGCCGCAGCTTTCCTGGCCATGTGCCTGATCGCCGGAGGACCGGGAACCCTGCTGCCCGACGCCATTCAAAAGTCCGGGTACCAAGCAATCCTTCAAGCCAGCCGCGGGCTGCAGGACTCCACGCCGACGGTGACGTGGCAAGTCATCGCGTCCCGGCCCGACGGTTCGGCTGTTCTGGAAACGGCGCTTTCAACAGTGGCTGGATTCAGTGTTGCAGAGCACGCGGAAGCGGTGGAACAGGCCAGGGAATTTGCCCGCACAAATCTGAATCGCGCGTGGCAGTCCCCGCTTGAACTGGCCCGTTCCCTTGCCCATTACGAGGTGATGGGCTGGAGTGGCGAGCTCGTCCGCAATCCGGATGCCGCCGTCGACCATGTGGCCCCGGCTGCCATCGAGCACGCCGTGGAAGGCCTGGTCCGCCCCATCAAGGAGATTCTGGGACGCAGCTAG MITTRRYFGQVDRRSRFTTVSMGWRTASDGVPRLRDAISRAGEHGGPANQPVALTWTPGDGAVIMTATLPEVAARSWIENVINAEHLGVREFGDPVLAVVGSAGVLEELEGSLRTMEKEGPPTPQLAIRSTMKQTTAQGFEQTFIIGQDPAADVGFAAAFLAMCLIAGGPGTLLPDAIQKSGYQAILQASRGLQDSTPTVTWQVIASRPDGSAVLETALSTVAGFSVAEHAEAVEQAREFARTNLNRAWQSPLELARSLAHYEVMGWSGELVRNPDAAVDHVAPAAIEHAVEGLVRPIKEILGRS NA NA NA NA NA D3-18_03910 1254 hypothetical protein ATGATTACCCCTTCCGCTCACGGCACTCTGAACGGCCGAGCTGTGTACGGCATGCGATTGGACGCCGGTACAAGGCTTATGGCCATCCACGATCCTTCCGCCCGCATCCTTTCCATGAGTCTCGGAGTGCCTGCCGGAATGCGCCATGAAATGCCGGGAGAAGAAGGCATGCTTCACCTCCTGGAACACATGGTCTACCAGGACAGCGCAAACATCACCGCGTCCGAACGGCAGGTTTCCGTTCACAAAGCCGGGGGAGTCCTCGGCGGTAACACGCACATGGACTATTCCGAGTTCTACGAGGCCGGTCCCATGGGACACCTCGAACAGATCTCCCATCGCCTGGTTAAGCAGGTGTTCCATCCCGCGTTGACGCAACAACAGATAATTGAGCAAATAGATGCCGTTGCGATAGAGCGGGCGCAGCGTCTGGCTCAAGCTCCGGGGGGAGTCTTGCCCTGGCCGCACCTGACTGCACGCTATTGGGCGGACCACCCCAACAGTCACGACGGTACTGGCGATAGTGACCTCGCAAACAGGGTTACACGTGAAAAGCTAACAGCGTTGCATCGCCGCCTTTACCGTCCTTCGGCGGCTGTGTTGACGGCCGTGACATCGGAAGATCCTTTGAAGACGCTCCAGTTGCTGGCCGCGCCGTTCTTTGGAATTTCAGAGGAAGGGCCCTTCGTGCCCGTGCTGCAGGACTCCGTCCGCAGGGGTGGTTCGACGTCCACGATCTTCTCCAGTGCAGCCAAATCCACACGTGTACTTTCCGCCACTGCGGCAGCGTGTGGGCGCTCCGCATGCCCCGATCTTCTCGGCGACCTTGTGGCAGCTGAGCTGCTATCCCAGCAGGATGGCCTCGACGCCAGCGGTGGCTTGTTCGGGCCAGGGGACCTGACCCGGGACGACCTGTTTGTCTTGGTGGACGACACCGGGCAGGCCATTGATCCTCCCGAGAGATTCCGGGCGTTGGCTATCGCTGATGATGCAGCAATCATGCTTGCGGCCCGTCGTGCACTGCTCCGGATGGAAAGGTTCACTCACGATGACCAGCGGCTAGCCCGGACTGTCACACGTGACGTGCTTCTGAGGGGGACACCGACGTTCGCCGCTGAGCTGACGGAGGCCCTCGCCGAAATATCCGACGACGCCGGGCGGCTCAGGCACTTAGTCACCACTGCGGCACGGCGTCTCACCGATCAGGACTCCGTGACACTGACCGTCCAGCCCTCCGAGGAGATTCTCCAATGA MITPSAHGTLNGRAVYGMRLDAGTRLMAIHDPSARILSMSLGVPAGMRHEMPGEEGMLHLLEHMVYQDSANITASERQVSVHKAGGVLGGNTHMDYSEFYEAGPMGHLEQISHRLVKQVFHPALTQQQIIEQIDAVAIERAQRLAQAPGGVLPWPHLTARYWADHPNSHDGTGDSDLANRVTREKLTALHRRLYRPSAAVLTAVTSEDPLKTLQLLAAPFFGISEEGPFVPVLQDSVRRGGSTSTIFSSAAKSTRVLSATAAACGRSACPDLLGDLVAAELLSQQDGLDASGGLFGPGDLTRDDLFVLVDDTGQAIDPPERFRALAIADDAAIMLAARRALLRMERFTHDDQRLARTVTRDVLLRGTPTFAAELTEALAEISDDAGRLRHLVTTAARRLTDQDSVTLTVQPSEEILQ PGPT0001280_5894 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-GLUCONIC_ACID-PQQ_PATHWAY,PGPT0001280-pqqL|yddC-K07263 NA NA D3-18_03911 867 hypothetical protein GTGAACGCCGCAATGGATTCCCGGCAGAAGTCCGCCATCCGCTCCACCCGGACGGACTTGTTGTCCACGGGTGTCTACGAGGTCGGAGGTGCCTATGAATGGGTGCACAGCCTTGGAGTTGGAGCCCCGAGTCCCTTCTCTTCCCTGCCGATCAGCATTGGCTCTGCCCCCGATAATGACCTCTTGGTAATAGGTGTCGGTGGTGACCGCCACCGTTCTTACTCGACGCCGGCAGGGTCCACAGTCTTCGACCTCATCACGGCAGGAGAGCCCGAAAACCTCAGGGCGGCAGGGCGGGTATGGGGAACTGCCCTGAGCAGCCTCCATGAAAGTGCGTCCCTCATCGGCGACTCTCCTGAAAGCACTCCACGCACCGTCCAGCGTTCGGAGGCCTGGCTGGGAGGGACATGGGAGCCGGCGCGCGAAGTCCTGGGCGAAAGTGGCCTGCTGGAGATCCGTCGATGGATCCAGTGCATACTCTCCGGTCCTGACCAAGTGGTGGTTCACGGGTATCCCGGAATGGCTCACTGGGTGGTGACTCCCGATGGCGCCGCCGGCTCGCTGCTTACCGGTGAGGACCTAGGGCTTGCCCACCCCAGCTATGACATCGCCTGGGTGCTCGGAGAGATGGCGGAACTGCATGCCTTCCACCCTGCGCTCCGGCCAGCCCTCGACGAAATACGCAACGGTTTCCTGGAGACATGCGGAACAGCTCCCGGACCGAGGGAAATTGGCCCGGCACTGGCGTTCAGGATCGCCCAGCATGCCTACGACTGGCACCACTACGCCGGTGCAGGCGAAGCCCAGGCGAAAGCGCTGCTTCGCCTCGCTGGCTCGTACTTGGAAACCACCAAGGAGGTGCGATGA MNAAMDSRQKSAIRSTRTDLLSTGVYEVGGAYEWVHSLGVGAPSPFSSLPISIGSAPDNDLLVIGVGGDRHRSYSTPAGSTVFDLITAGEPENLRAAGRVWGTALSSLHESASLIGDSPESTPRTVQRSEAWLGGTWEPAREVLGESGLLEIRRWIQCILSGPDQVVVHGYPGMAHWVVTPDGAAGSLLTGEDLGLAHPSYDIAWVLGEMAELHAFHPALRPALDEIRNGFLETCGTAPGPREIGPALAFRIAQHAYDWHHYAGAGEAQAKALLRLAGSYLETTKEVR NA NA NA NA NA D3-18_03912 639 coaBC_2 Coenzyme A biosynthesis bifunctional protein CoaBC ATGACCACCACTGACAGCAGTCCCCGTCCGATCTGGGCGGACCTCACCCTCGAAGCCTTCGGATACTCCAAGGTTGCCCTGATTCTCACAGGCTCGGCAGTCACTCAAGTAATGCCCTTCTGGATTGAATGGGCGGTTTCCGCAGCACCGGAAACAGAGTTCAAGGTGATCATGCGGGATTCCGCCCAGCGCTTCATCACCCGCCACAGCATTGAGTCCCGGCTTAAAGCACGTGTACAAGCCGACAGCTGGGGGGAAGAACTCATTGCTGCGCACATTGATTTGGCAGAGTGGGCGGACCTCATCCTGGTCTATCCTGCAACTCTGGACTACTCATCGCGCCTGGCTCATGGCATCGCTGATTCGCCCTCGTTGCTGGCAGCAATGACCACGGAGGCCCAGGTCTGCATTGCTCCGGCTCTGCCGCCCCGAGCCATGGCAAACCCAATCGTTGCCGAGACCCTCAGGAAACTGCGCACGCCGGAGAATTTCCTCGTCATTGAACCCGTCCCGGGCCCCAGCGAGTCCAGCGACGTCGCCATGGCTTGGGTGCCGCCGTCGTTCCCCGCCGTGATGCGACGCTTGGAAGAGCAGCGGCTGTTTCGTGCGGGGATGACCAAAGAAGCGGCTACCGCGTGA MTTTDSSPRPIWADLTLEAFGYSKVALILTGSAVTQVMPFWIEWAVSAAPETEFKVIMRDSAQRFITRHSIESRLKARVQADSWGEELIAAHIDLAEWADLILVYPATLDYSSRLAHGIADSPSLLAAMTTEAQVCIAPALPPRAMANPIVAETLRKLRTPENFLVIEPVPGPSESSDVAMAWVPPSFPAVMRRLEEQRLFRAGMTKEAATA PGPT0008815_4778 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 D3-18_03913 174 hypothetical protein ATGACGAACACCATCACTGACATCCCGCAGGCCGACCTCACCGACTTGGCCCGGGCGCACAGCACCTTTACGGCTGCTGACGAGCTCGGCGGCGACGCAGCCACCGACGCGCCGGCCACCACGCCGTTCTGTGCAGGGGTGATCATCGGCGCAACCCTGACCATGGGCTGCTAG MTNTITDIPQADLTDLARAHSTFTAADELGGDAATDAPATTPFCAGVIIGATLTMGC NA NA NA NA NA D3-18_03914 174 hypothetical protein ATGTCCAACGCAATCGTTAACTTCCACCAGGCCGACCTGACCGATCTTGCACGCGCCCACAGCACCTTCGCGGCTGCTGACGAGCTCGGCGGCGACGCTGCCACCGAAGCTCCCGCAACCTCGCCGCTGTGCATCGGCATCATCGTTGGCGCCACACTCGGTGCCGGCTGCTAA MSNAIVNFHQADLTDLARAHSTFAAADELGGDAATEAPATSPLCIGIIVGATLGAGC NA NA NA NA NA D3-18_03915 1020 hypothetical protein ATGACCGTCACACTCAACGCTCCAACACCGGCTTTATTCGGACAGCTGTTGCGGTCCCTTGAACACAGGGTTTCCGTTGACGCCCATCGGCTCACCGCCAGAATAGACTCCACCACACTTCGTGCCACCAGCCACACCGAGTTGCGCTCGCAGTTGGCCGGAGCGATCTACACACACCTCCATGTCGGGCACCCAGGCATCGAGACCGTGCCAGGAACCGGCCACCAGGACCTTGCTGGGGCACTTATTGAGGCCATCCCGCACCGCACGGTTATCCAGTCGGCGTCGGCCCGTCCGGCGTCGGCCCGTCCGGCGTCGGTCCAGCCGGCGTCGGTCCAGCCGGCATCGGCGAGGACACAGGTAGAGACGTCCGTCCAAGGAGTTCCGCACCAGGTGGTGGAGCTCTCCGGAGTGAAGGTCCTCTTTCCCGAGGAGGCCCTGGTACACAACCCTCTGGACGAAGTCGTAGGGGTACGTGTTCCCAGTTGGCGAAGCCGCGCCACCCCCGGATTCCTTCTTGCGCTCGGGGCCCACGGGCCAGTGAACCCTGCGGCCGCTTCAAGGCTGTACATATCCTGTGCGACTGCATCTGAAGCGCTCGAAGTGTGGCCGAAAGTTCTTGGCACCCTTGCGGCCAGCGGGCTTAGCCATCAGGCAAAGACCCTCTCGTCATCACTGGCCTTCCCACGCAGTGACGCGATGGTCATTTACGTGTCAGCCATCGATTCAGACGCCGCGGCTTCCCTCGTTCGTCCTGTCCTTAGGTCCTTGTCTGGGCGGGAAACACCCCTGTCCGTGTTCACCCATGGCGTCGGAGACCGCCTGGCACTTGCCATGGAACCGAGGGATCCTCGTCCGGCGTACCGGGGACTCAGCTTCGGGCAGCACCGCTCAAGGGTACTGGCGGACGCACTCCTCCGTGCGTCTGTGGACAAAACCGACCTCGAACCCGCTTGGTTTGAAGAAGCGCAAACGGCCCGCATCAACCCTCACCGGCCTGGATACAACACCGGCCAGTGA MTVTLNAPTPALFGQLLRSLEHRVSVDAHRLTARIDSTTLRATSHTELRSQLAGAIYTHLHVGHPGIETVPGTGHQDLAGALIEAIPHRTVIQSASARPASARPASVQPASVQPASARTQVETSVQGVPHQVVELSGVKVLFPEEALVHNPLDEVVGVRVPSWRSRATPGFLLALGAHGPVNPAAASRLYISCATASEALEVWPKVLGTLAASGLSHQAKTLSSSLAFPRSDAMVIYVSAIDSDAAASLVRPVLRSLSGRETPLSVFTHGVGDRLALAMEPRDPRPAYRGLSFGQHRSRVLADALLRASVDKTDLEPAWFEEAQTARINPHRPGYNTGQ NA NA NA NA NA D3-18_03916 1110 hypothetical protein ATGATGACCGCCACAGCTCCGCACCCGCAGTCCACCACTCCGGCCGCACGCCACGCAGCCGGCTTGGCGACCACTGTCCTTGCAGGCCACGGCCGAGAAGCAGTGGCAGACATCGCCCCGGCCGCTTTCGCAGGCCGCAACGGCACGTGGAACATGAGGCTGCGGAGCGGGGAAAAGGTCTTCGTCAAGCAGATCTCAGCGCAGGCTTCCGGCCCGATGTCTTTCGGCCGGTCGGTTGCCTTCGCCGCATTTGCCGAGCAGTCCCCGGAATGTGCGCCGGCAACACCTCAGCTCATCGGCAGCGACGCTAAGAATGGCCTCCTGGTTTTTGAACACTGCCCCGGAACCAGCCTGGCGCAGTTGCTGGTGGAGGAGTCCATGCCGGACACCTTTCCGGAGGAAGCGGGCGCATTGCTCGCCCGGCTCCACTCCGGCCCTACCTTTGGGTTGGAGCGCTCGGCACCTCCAAGCCCACCCGTGGAAATGCTCGCGGTTGGCGTTCCGCACATTCGCTACCTTGAGTTCACAGTGGCGGAGATGGCCCTCTGGGCAGAACTGCAGAATGACCGGGAGCTGGTTGCCGCTGCGGACCGGCTGAGGGCAACGGAACGGAAGCACCAAGAACGCCCCATCCACGGCGACTTGCGCCTTGATCAGTTCCATCTCCACAACGGGAGCCTGTGTGTTCTTGATTGGGAGGAGTTTGGACTCGGCGATCCTGCCCGGGACCTTGGAATGCTTGCAGGTGAGTGGATCTACAGGGCGGTCCTGGACACGGTGACTACCCGCGGAGGAGCCTCCGCACCCCCAGCCCGGTTTGACGACGAAAGCGCGTCGGCACGCATCGCCGAGCGGATGGCAGCCATTGTTCCGTCGATCCGCCGGATGTGGACCTCCTACGCGGATCATGCGGACTACGAAGATCCGGATCTGCCGGTTCGCGCTACTGCCCACTTGGGATGGCATCTGGTGGACCGAACCATCACCAGGGCGCCCATGGTGTCCCGGCTACCCGGCATCGAACGGGCAGCTGCGGGTGTTGGGCGGGAGGCACTGCTTTCGCCCGGCAACTACGCCAGCGCACTCGGTTTCGAAAGGACACCCCGATGA MMTATAPHPQSTTPAARHAAGLATTVLAGHGREAVADIAPAAFAGRNGTWNMRLRSGEKVFVKQISAQASGPMSFGRSVAFAAFAEQSPECAPATPQLIGSDAKNGLLVFEHCPGTSLAQLLVEESMPDTFPEEAGALLARLHSGPTFGLERSAPPSPPVEMLAVGVPHIRYLEFTVAEMALWAELQNDRELVAAADRLRATERKHQERPIHGDLRLDQFHLHNGSLCVLDWEEFGLGDPARDLGMLAGEWIYRAVLDTVTTRGGASAPPARFDDESASARIAERMAAIVPSIRRMWTSYADHADYEDPDLPVRATAHLGWHLVDRTITRAPMVSRLPGIERAAAGVGREALLSPGNYASALGFERTPR NA NA NA NA NA D3-18_03917 114 hypothetical protein ATGTCTGACAACAAGCGCAACCAGTCACTGGCCACCAAGAAGCTCATCCGCAACATCGCCCTTCTGCTGGTCGGCATCCTGGCCGCCTATGCGGTAACCACCCTGCTGCTCTGA MSDNKRNQSLATKKLIRNIALLLVGILAAYAVTTLLL NA NA NA NA NA D3-18_03918 915 hypothetical protein ATGAGCGCAACAACATTTGATCGCACGAACCGCAGCACCGCTCCTTCTTCCGGCAGCGGACTACGCGAGACGCGCCTGATCATACGGCGCGAGGTCCTTACCAGGTTGGGGAACCGGACAATACTCACTGCAACAGGACTTCTTGCCCTTTTCGCCGGCGCCGCTGCCGGGATTGGCGGATGGTTCCTGGTGGACTCACTGGGCGGGGCTGGAGCAATGAGCTTTGACCCTCGCGCCATCTTCGCCACCGCCATGATCAGCGCATTGCTTGCATCCCTGGTCTACTCGGCGTCGAGCCTGACCTCCGGGGTTGTGGAGGAGAAGTCGTCAAGGATCGTGGAGATCCTGCTTACCAAGATCGGCATCGTCCCGTTGTTGGCCGGAAAGATGATCGGCATTGGGCTGGTCACCCTCGTCCAACTGCTGGCGATCGGTGGCACCGCCGTGGTGGGGTTCAGCGTTGTGGGAGGCTGGTCCCTCATCAACGTCGCTGTGGGACCGAGCCTGCTGTGGTTCCTTCTCTGGTTCCTCTTGGGCTACGTGATATTCGCAGCGTTGAACACAACTCTCGCTTCGACGGTTTCCCGGCAAGAGGACCTGGCGACTGCCGTCATGCCGCTGTCCGTCCTGCAAATGGTGCTCTTGGTGGTCTCCCTCTACGTCCTGCCCATGAACATGGGGAACCCGTGGCTGGAAGGACTGTCCTTCGTGCCGCTGTTCTCCTCCTACCTCATGCCGATGCGCTTCGCGTTGGAAGACGTATCCACGTGGGAGATGGTGCTGGCCGCCGGCATATCGCTGGCAGCGATTCCCGCGCTGTTCTGGTTGGCCACCGTAATTTACCGGAACAACGCATTGCGCACCGGCTCACGGGTTTCCCTGCAACAGTCCCTCACCTCCGACGAGATGGCCTAG MSATTFDRTNRSTAPSSGSGLRETRLIIRREVLTRLGNRTILTATGLLALFAGAAAGIGGWFLVDSLGGAGAMSFDPRAIFATAMISALLASLVYSASSLTSGVVEEKSSRIVEILLTKIGIVPLLAGKMIGIGLVTLVQLLAIGGTAVVGFSVVGGWSLINVAVGPSLLWFLLWFLLGYVIFAALNTTLASTVSRQEDLATAVMPLSVLQMVLLVVSLYVLPMNMGNPWLEGLSFVPLFSSYLMPMRFALEDVSTWEMVLAAGISLAAIPALFWLATVIYRNNALRTGSRVSLQQSLTSDEMA PGPT0006730_9544 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006730-ybhS|ecsB-K01992 NA NA D3-18_03919 975 btuD_15 Vitamin B12 import ATP-binding protein BtuD ATGAATGGCCTACAGCTCACGGGCATCAGCCGCAGCTTCGGTGACCGCAGGGTCCTCCACGATGTGGACCTCACAGTCCATCGCGGGGAGATCGTGGGATTCATCGGCGGCAACGGTGCAGGTAAGACCACCACCATGCGCGTGATCCTTGGTCTGCTGACCCCGGACCACGGCGAAGTCACGTGGGAAGCCTTGCCCATCACGGCCAAGGACCGGAGGCGCATCGGGTACATGCCCGAGGAACGAGGCCTCTACCCCCAGATGCCGGTGAGGGACCAGATCATTCACTTCGCCTTGCTGGAAGGGCACCACGCCGCCGCCGCAGGTAAGGTCGCGGACGAACTCATCGCCTCCCTCGGCCTCCAAGGCCGTGAGCAGGCTTTGGTCCAGGACCTCTCCTTGGGAAATCAGCAGCGCGTCCAGCTGGCCGTCGCCTTGGTGGGGGACCCGGCACTGCTGGTGCTGGACGAGCCATTCTCGGGGTTGGATCCCATCGCCGTCGAAACCATGTCCCGGCTCATTCGGGAGCAAGCGGACCGGGGCGTCGGGGTTCTCTTTTCCTCACACCAACTTGAGCTCGTAGAGCGCCTGTGCGACAAAGTATGCATTCTCGATCGTGGTCGTGTGACGGCGAGCGGCAGTGTCGTAGAGCTGCAAGACGACGGTAAAAGCCGCTGGCGGCTTGGCTTCTCCCGAACGGCAGATTCGTTCGCCGCTGAAGTCTCGATGGCCCGGGGCGTCAACGTGGAGTTTTCCGCCGCCGACCGCACCACGGTCCTTGTCTCGGTGAACGGCTCAGGGCGGGATGTGCCCGGCGAAATCCTTGCAGCAGCGCAACGGCACGGCGGGCTGAAGAGCATTGCGTCCGCACAGAGGTCATTGGCTGACCTGCTTGCCGGCAAGTTCATTTCGTCCGGTCCAGGTATCAACCCGGGGGCGGAGCGCTCCCTCGACAAAGTTGGAGTATCGCAATGA MNGLQLTGISRSFGDRRVLHDVDLTVHRGEIVGFIGGNGAGKTTTMRVILGLLTPDHGEVTWEALPITAKDRRRIGYMPEERGLYPQMPVRDQIIHFALLEGHHAAAAGKVADELIASLGLQGREQALVQDLSLGNQQRVQLAVALVGDPALLVLDEPFSGLDPIAVETMSRLIREQADRGVGVLFSSHQLELVERLCDKVCILDRGRVTASGSVVELQDDGKSRWRLGFSRTADSFAAEVSMARGVNVEFSAADRTTVLVSVNGSGRDVPGEILAAAQRHGGLKSIASAQRSLADLLAGKFISSGPGINPGAERSLDKVGVSQ PGPT0006725_4196 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-BACTERIOCINS|LANTIBIOITC|NISIN,PGPT0006725-ybhF|yadG|ecsA-K01990 NA NA D3-18_03920 1125 hypothetical protein GTGGACGTTCAAGTAGGGAAGCTCACGGCGCCGCCGGAGGTGAACGAAAACCTCCCCACGCCGGTGACTCCGGTACCGGAGCAGGCCGAGGATCCGGGCTCATGGGCCCGGATCCTGCCCTACGCTGCCCGGCTGAAGAAGACGTCCCGCCGTAATTTCCTCATCACCGCTGGAGCCTCAGGAGCGCTCGCCGCGGACATGCTTTTCACCCGGCGCGTACAGGCCGAGCGGCGGGCCACCAAGATCCTCCGTGTCCCGGATCCGTACTCGGACCTGTACTTCCCCAAGGCCAGCTGGATCCTCTTTCCCGGCTATAAAACCAGTTGGGAAGAAGCCCAGTGGATCCTCAACTCGCTGCGTCCTGCCCTGCACCAGCGGGGCCGCCTTGCCGCCGTCGGGTATTCAAACCTGGGCCTGGACGTGGACGAAATAGTCCGCGAAATCATCCTGCACGTCCGTGAACTGGAACTGGAGAAGCTGTACTTTTACGGCCACAGCTTCGGCGGAATGCTCGCCACCCAGGTCGCCGCACGCCTGCTGGAGTTGCACGGCGTCGAGACGCAATTGATCGTCTTGGATTCGAGTCCGTTCAGCCGCGCCGACGTCCTGGACCAGAGCTGGTTCGACGGCGTGGTGTTCCTCTACGAGAACGGCTTCCGCATCCCCTCGGTCCTGCGCGGCGGCTACGAGCTGGGGGAGCGGGTGGCGCATAAGGATGAGCGCACCTGGCGGCAGATTCTGGACCAAACCTTGGAGCAGCTCTCGCCAATTGCCCCTTCCAGTGTGCTGATACAGACGGAGTCGGCGTATATCTACCACTTTGACGGCCTCCGCCTGGCGGGGAAAATCGGTGGCGCCAAGATGGCTTTCATAGGCAACGCCAAGGACGCCACCGTGGATTATGAGTCGGCGCGTGCGGGGTGGAGCAAAGTCTTCGGGGCCAACATGGCGATGCCCACGCTCAGCACGGAAGGCGCGCGGCCCGCCCACGCCAGCCCGCAATGGAACGGCAGCATCTACCGCCCGCTGCTGGAACGTGTCCAGGATGAGCTCCAGCCGCTCCCGCCCCAGCCCGAAGAGCCGTCGTACCAGGAGCCGAACGGCAGGGTGATCCGCCCGGCCTAG MDVQVGKLTAPPEVNENLPTPVTPVPEQAEDPGSWARILPYAARLKKTSRRNFLITAGASGALAADMLFTRRVQAERRATKILRVPDPYSDLYFPKASWILFPGYKTSWEEAQWILNSLRPALHQRGRLAAVGYSNLGLDVDEIVREIILHVRELELEKLYFYGHSFGGMLATQVAARLLELHGVETQLIVLDSSPFSRADVLDQSWFDGVVFLYENGFRIPSVLRGGYELGERVAHKDERTWRQILDQTLEQLSPIAPSSVLIQTESAYIYHFDGLRLAGKIGGAKMAFIGNAKDATVDYESARAGWSKVFGANMAMPTLSTEGARPAHASPQWNGSIYRPLLERVQDELQPLPPQPEEPSYQEPNGRVIRPA NA NA NA NA NA D3-18_03921 573 pyrE COG0461 Orotate phosphoribosyltransferase ATGACTTCCACGCCTGATACTGCTGCTGCCCGCGCCCGCCTCCTTGAACTCATCAAAGAACTCGCGGTGGTCCGCGGCAAGGTGATCCTCTCCAGCGGTAAGGAAGCGGACTACTACATCGATCTCCGCCGCATCACCTTGCACCACGAGGCCTCCAAGCTGGTGGGTCAGGTCATGTTGGCAATGATCGACGACGCCGGCGTGTCAGTTGAGTGCGCCGGCGGACTCACTATGGGTGCCGACCCCGTAGGTACCGCTGTAATGCACGCTGCTGCCGACGCCGGCCGAGCCGTGGACGCCTTCGTTGTCCGCAAGGCCCAGAAGTCCTACGGCATGGGCCGCCAGGTGGAAGGTCCCTCTGTTGAGGGCCGCAACGTTGTGGTCCTCGAGGACACGTCCACCACGGGCGGGTCCGCACTGACCGCCGTCGAAGGTGTCCGTAAGGCGGGCGGCAACGTTGTGGCAGTGGCCGTGATCGTGGACCGCAACACCGGCGCCAAAGAGAAGATTGAAGCCGAAACCGGCGTGCCGTACCTCTTCGCCTTCGGCAAGGATGAACTGGGCCTCAACTAG MTSTPDTAAARARLLELIKELAVVRGKVILSSGKEADYYIDLRRITLHHEASKLVGQVMLAMIDDAGVSVECAGGLTMGADPVGTAVMHAAADAGRAVDAFVVRKAQKSYGMGRQVEGPSVEGRNVVVLEDTSTTGGSALTAVEGVRKAGGNVVAVAVIVDRNTGAKEKIEAETGVPYLFAFGKDELGLN PGPT0021200_4122 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021200-pyrE-K00762 NA NA D3-18_03922 984 lacI_2 COG1609 Lactose operon repressor ATGGGTGACGTGGCAAAAATGGCAGGAGTCTCGCACCAGACCGTTTCCCGCGTACTGAACAAGCATCCGAACGTCAGCGGCAAGACCAAGGAGCGCGTGGAATCAGCCATTGCGCAGCTTGGGTACCGCCGCAACACCGCCGCCCGCAGCCTGGTCACCCGGCGGTCCCGGACCATCGGCGTGCTTGCCTGCGAGACAGGTCAGTTCGGACCCGCGAACACCCTCCTGGGAGTCGAACAAGCGGGGCGTGAAGCAGGCTACTTCGTTAGCATCGCGAATCTCCGGGAAGTGACCGACCACAGCGTCAACGATGCCATCGCGCACTTCCGGAACCAGTCCGTGGACGGGATCGTCATCCTGGTTCCGCACCCCGATGTCCTCGCGGTCCTGCGCGATGTTTCCTTTCCTGTGCCCATCGTGGCTGTCGGGGCGGGCACGGGCAACCAGCTGACGGGCGCATCACTGAACCAGCGGCTCGGAGCGCGCCTCGCTGTTGACCACCTGATCGGTTTGGGGCATCGGCGTATCGCCCACATCTCCGGCCCGCCGCACTGGATCGACGCCGCGGAGCGCATCAAGGGATGGCAGGAATCGCTGGCAAATGCTGGTTTGGGCGCGGACATCCTGCTCCAAGGTGGCTGGGATGCAGCATCGGGATACCGCGCCGGCCTGGACCTCATCCAAGAACGCGCCGTGACGGCCGTGTTCGTCGCGAATGACCAAATGGCAGTGGGCGTACTCCGCGCCGTCCAGGAAGCCGGGCTCCGCGTGCCGGGTGACATCAGCGTGGTGGGCTATGACGACCAACCCGAAGCCGAATTCTTCATGCCACCCCTGACCACCATCAAGCAGGACTTCGAGGAACTCGGCCGCCGTTGCATGGAAGCGGTGCTGCAGCAATTGGATGGCGACGGCGGAATCGGCGATCAGATCGTCAATCCCCGCCTGGTGATCCGTGCCACCACGGCGGCCCCACTAAACTAG MGDVAKMAGVSHQTVSRVLNKHPNVSGKTKERVESAIAQLGYRRNTAARSLVTRRSRTIGVLACETGQFGPANTLLGVEQAGREAGYFVSIANLREVTDHSVNDAIAHFRNQSVDGIVILVPHPDVLAVLRDVSFPVPIVAVGAGTGNQLTGASLNQRLGARLAVDHLIGLGHRRIAHISGPPHWIDAAERIKGWQESLANAGLGADILLQGGWDAASGYRAGLDLIQERAVTAVFVANDQMAVGVLRAVQEAGLRVPGDISVVGYDDQPEAEFFMPPLTTIKQDFEELGRRCMEAVLQQLDGDGGIGDQIVNPRLVIRATTAAPLN PGPT0017992_8402 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 D3-18_03923 1284 xylH_2 COG4214 Xylose transport system permease protein XylH ATGTCCGCCCTACGAGAATCCCTTGGCTTCCTCACAAGCCGCCTTCGCCAGGTTGGCATCTTCGTCGCCCTGATCCTGATCGTCATCCTCTTCCAGGTCCTGACCGACGGCATCCTGCTTCAGCCGCAGAACGTCACCAACCTGGTGGTCCAGAACAGCTACATCCTGATCCTCGCCATAGGTATGGTGATGGTCATCATCGCCGGGCACATCGACCTCTCCGTTGGCTCCATTGCCGGCTTCATCGGCGCTGTGGCAGGTGTAATGATCGTCCATTGGGGCTGGGCATGGTGGCTCGCCATCCCGGCCTGCCTCCTGGTGGGCGCGCTGGTGGGGGCATGGCAAGGCTACTGGATTGCCTACGTGGGCATCCCCGCCTTCATCGTCACCCTTGCGGGAATGTTGATCTTCCGTGGCCTGACTCTCATTACCCTTAAGAACCAGCAGATCACCCCGTTCCCGAACGAGTTGCGCGCCCTTGGTGGCGGCTTCCTTCCAGACATTTCCGGCGGCACGTCCGTCCTGGAATGGTTGACGGTCATCCTCGGTGTCGGCGGTACGGCTGCCATTCTTTTCCAGGCCATCAAGGAACGCCGGGTGCGCCGCAAGTTCAACCTGGAGAATGAACCGATGGCATGGTTTGCCGTCAAAAACGGGTTCATCGCAGTGCTGATGCTCATCATCACCTTCCTCCTGGCCAGCTACCGTGGCACCCCGATTGTCCTGATCGTCCTGGCTGTCCTGGTGATCGTCTACTCGGCCCTGATGAACAACAGCATCTTCGGCCGGCACACGTACGCGATCGGTGGCAACCTCCACGCAGCCGAGCTTTCGGGCATCAAGACCAAAAAGGTCACCTTCCGACTCTTCGTCAACATGGGTGTCCTCGCTGCCCTGGCCGGACTGGTCTTCACGGCTCGCCTGAACTCGGCACAACCCGCAGGCGGTACCGGCTTCGAACTAGACTCCATAGCTGCCGCCTTCATCGGTGGCGCTGCAGTCCAGGGCGGCATCGGAACAGTAGCCGGGGCCATGATCGGTGGCCTGATCATGGGCGTCCTCAACAACGGCATGTCCATCCTTGGCCTGGGAACGGATTACCAGCAGCTCATCAAGGGCTTGGTGCTGCTGCTCGCCGTCGGCTTCGACATCTTCAACAAGAACCGCACCGGTTCCGGTGGAGGTTCCTCCATGGGCCGTCGCTTCAAGTGGAAGACCACGCCTCCGGCAACCGAAACGACCACCCCCGCCAAGTCTGAGCCCGTCGTCGTCGACGCGAAATAG MSALRESLGFLTSRLRQVGIFVALILIVILFQVLTDGILLQPQNVTNLVVQNSYILILAIGMVMVIIAGHIDLSVGSIAGFIGAVAGVMIVHWGWAWWLAIPACLLVGALVGAWQGYWIAYVGIPAFIVTLAGMLIFRGLTLITLKNQQITPFPNELRALGGGFLPDISGGTSVLEWLTVILGVGGTAAILFQAIKERRVRRKFNLENEPMAWFAVKNGFIAVLMLIITFLLASYRGTPIVLIVLAVLVIVYSALMNNSIFGRHTYAIGGNLHAAELSGIKTKKVTFRLFVNMGVLAALAGLVFTARLNSAQPAGGTGFELDSIAAAFIGGAAVQGGIGTVAGAMIGGLIMGVLNNGMSILGLGTDYQQLIKGLVLLLAVGFDIFNKNRTGSGGGSSMGRRFKWKTTPPATETTTPAKSEPVVVDAK PGPT0016525_6 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 D3-18_03924 1530 xylG_2 COG1129 Xylose import ATP-binding protein XylG ATGAACGTACCCATTCTTCAAATGCGAGGAATCACCAAGACCTTCCCCGGGGTAAAAGCCCTGCAGGACGTCACCCTGGACGTTAACCGCGGTGAGGTTCACGCCATCTGTGGCGAGAACGGAGCAGGGAAGTCCACCCTCATGAAGGTGTTGTCCGGCGTCTACGCACACAACACTTTCGACGGCGACATCCTCTTCGAGAACGAACCCTGCGAGTTTTCGAGCATCACGGACAGCGAGAAGCGCGGCATCGTGATCATCCACCAGGAACTGGCCCTGAGCCCGTACCTGTCAATCGCCGAGAACATCTACCTCGGCAACGAGCTTGCCAATAACGGCTGGGTGGACTGGCGGAAGACCAACCTGGAAGCCGCCAAGCTGCTGGCACGCGTAGGCCTCAGCGAAAACCCGATCACCCCCATCCAACACATCAGTGTTGGCAAGCAGCAACTGGTGGAGATCGCCAAGGCGCTGTCCAAAGAGGTGAAACTCCTCATCCTGGATGAGCCCACTGCGGCGCTGAACGATGAAGACTCGGACCACTTGCTGGACCTCATCCTGCACCTCAAGGGCCAGGGCGTCACCAGCATCATCATCAGCCACAAACTCAACGAGATCCGCAAAGTGGCCGACGCCGTCACCATCATCCGTGATGGGAAATCCATTGAGACCCTGCGCCTGGACCAAGGCCAGATCACCCAGGAACGCATCATCCGGGGCATGGTTGGACGCGACCTGGAAAGCCTCTATCCGGACCGGACCCCCAACATCGGCGAGGAAGTCCTCCGTATTGAAGACTGGACAGTCCAGCACCCGCAGGATCATTCCCGGACCGTGGTGAATAACGCCAGTTTGAACGTGCGCAAGGGCGAAGTGGTAGGCCTTGCCGGGCTTATGGGTGCTGGCCGGACCGAGCTGGCCATGAGCGTGTTCGGCCGGACCTACGGGCGGGCGGTATCGGGCAAGGTCTACAAGTACGGCCAGGAAATCGACACCTCCACGGTCTCGGACGCAATCGACCACGGGATTGCGTACGCCACCGAGGACCGCAAGCACTACGGCCTGAACTTGATTGAAGACATCAAACGGAACATCTCCATGGCAGCACTGAACAAGCTGGCCAAACGAGGCTGGGTGGACGGCAACAAGGAGACCACCGTTGCCAACCACTACCGGAAGAGCATGAACATCAAGGCTCCTTCTGTTGCTGCCATCACCGGCAAGCTCTCAGGTGGAAACCAGCAAAAGGTGGTGCTGAGCAAATGGATGTTTTCGGACCCCGACGTCCTGATCCTGGACGAACCAACCCGAGGGATCGACGTCGGCGCCAAGTTTGAGATCTACACGATCATTGCGGAGCTCGCAGCGGCGGGGAAAGCCGTCATTGTGATCTCCTCTGAGCTTCCGGAGCTCCTGGGCATCTGCGACAGGATCTACACCCTGTCCGCGGGCCACATCACCGGCGAAGTCCCCATCGCCGAAGCCACCCAGGAAACCCTCATGCATTTCATGACTCAAGAGAAGGAATAG MNVPILQMRGITKTFPGVKALQDVTLDVNRGEVHAICGENGAGKSTLMKVLSGVYAHNTFDGDILFENEPCEFSSITDSEKRGIVIIHQELALSPYLSIAENIYLGNELANNGWVDWRKTNLEAAKLLARVGLSENPITPIQHISVGKQQLVEIAKALSKEVKLLILDEPTAALNDEDSDHLLDLILHLKGQGVTSIIISHKLNEIRKVADAVTIIRDGKSIETLRLDQGQITQERIIRGMVGRDLESLYPDRTPNIGEEVLRIEDWTVQHPQDHSRTVVNNASLNVRKGEVVGLAGLMGAGRTELAMSVFGRTYGRAVSGKVYKYGQEIDTSTVSDAIDHGIAYATEDRKHYGLNLIEDIKRNISMAALNKLAKRGWVDGNKETTVANHYRKSMNIKAPSVAAITGKLSGGNQQKVVLSKWMFSDPDVLILDEPTRGIDVGAKFEIYTIIAELAAAGKAVIVISSELPELLGICDRIYTLSAGHITGEVPIAEATQETLMHFMTQEKE PGPT0016530_606 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 D3-18_03925 1149 chvE_2 COG4213 Multiple sugar-binding periplasmic receptor ChvE ATGCTGCCGCGGAAGGAGAGCATCGTGAGATTGAAGAAACTCCTGGGCGCCGTAGCGGTTGTCCTAACCTTGACTGTTGGAGCCACAGGCTGCGGCAGTCGCGGGGGCTCTGCCGAGTCCACCAGCAGTGCAAATCCCAGCGATTCACTGGTTGGCATTTCGATGCCGACCCAGACATCCGAGCGTTGGATCGCTGACGGCGCCAACGTTGAGAAGTCCCTGAAGGACCTTGGCTACAAAACGGACCTCCAGTTCGCCAACGATGACATTCCCACGCAGGTTTCCCAGATTGAGAACATGCTGACCAAGGGTGCCAAGGCGCTCATCATCGCAGCCATCGATGGCACCACCCTGACGGACGTCCTGGCCAAGGCCAAGGAACAGAACGTCAAGGTCATCGCCTACGACCGCCTCATCAACGGCACGCCGAACGTCGACTACTACACCACGTTCGACAACTACACGGTGGGTGTCCAGCAGGCCACTTCCTTGCTGACCGGCCTGGGCCTGGTGGACGCGAGCGGCAACAAGGTTGAGGGCAAGGGCCCGTTCAACGTTGAACTGTTCGCGGGCAGCCCGGACGATAACAACGCCAACTTCTTCTGGACCGGCGCCATGGACACCCTTAAGCCGTACCTGGATGCAGGCACCCTGAAGGTTCCCAGCGGCCAGACCAAGTTCGAGCAGGCAGCCATCCTGCGCTGGCAGGCACCCGTAGCCCAGAAGCGCATGGAAGACATCCTCACCTCGGCCTACAGCTCCGGAACCAAGCTCGACGGCGTGCTGTCCCCTTATGACGGACTGTCCATCGGCATCATTTCCGCGCTGAGCAGCACCGGCGGTTACTCCACCGGCAGCCTGCCCGTTGTCACCGGTCAGGATGCAGAGAAGGGCTCCGTGAAGTCCATTGTCGCCGGCGAGCAGTACTCCACGATCTTCAAGGACACCCGTCAGCTCGGCTCGCAAGCCGTGAAGATGGTTGACGCTGTCCTCAAGGGAACCGAACCGGAAACCAACGACACCAAGACCTACAACAACAAGGTCAAGGTTGTTCCGGCCTTCCTCCTGAAGTCCGTCATCATCACCAAGGACAACTACAAGAAGGAACTGATCGACTCCGGCTATTACACGGAAGCCGACGTCAAGTAA MLPRKESIVRLKKLLGAVAVVLTLTVGATGCGSRGGSAESTSSANPSDSLVGISMPTQTSERWIADGANVEKSLKDLGYKTDLQFANDDIPTQVSQIENMLTKGAKALIIAAIDGTTLTDVLAKAKEQNVKVIAYDRLINGTPNVDYYTTFDNYTVGVQQATSLLTGLGLVDASGNKVEGKGPFNVELFAGSPDDNNANFFWTGAMDTLKPYLDAGTLKVPSGQTKFEQAAILRWQAPVAQKRMEDILTSAYSSGTKLDGVLSPYDGLSIGIISALSSTGGYSTGSLPVVTGQDAEKGSVKSIVAGEQYSTIFKDTRQLGSQAVKMVDAVLKGTEPETNDTKTYNNKVKVVPAFLLKSVIITKDNYKKELIDSGYYTEADVK PGPT0015735_104 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 D3-18_03926 2286 nagZ_4 Beta-hexosaminidase ATGACTGGTAAATCAGCCATGACTGGTGAACCGCAACCGCAGCATCACATTGTGATCATGGGCGTAGCTGGCTGCGGCAAAAGCACCATTGGTGCTGCCCTCGCCGAGCGTCTCGGCGCTGAATTTCTCGACGGCGATTCGCTGCACCCCCAGGCGAACATCGACAAGATGGCCTCCGGTACTCCGCTGAACGACGACGACCGCGCACCTTGGCTGGCCGAAATCGGCAGGCGATTCCCGGCGTCGAACTCTGCCCTTGTCATCGCCTGCAGCGCGCTCAAGCGCAGCTACCGGGACATTATCCGCAGCGCCGATCCGTCGGTGGTGTTCGTGCACCTCCACGGCACCCGCGAGCTGTTGAACGCACGCATGACTGCCCGGCCCGGTCACTTCATGCCCCCCTCGCTGCTGGAGTCGCAGCTGACCACGCTGGAGCCATTGCAGGACGACGAAGCCGGCATCGTGGTGGACATCGCCAAATCAGTGGAGGACATTCTGAATGACGTGAATTCAGCCCTCAACGGGCTGGCGGTGCCGGCTGGGCCGTTCCTGGTGGACCTTAAAGCAGCGCCCTTCAATCTGGATGACGCAGCTGTGGAATGGGTGGAGAGCACCATCGGGTCCATGACGCTGGAAGAGAAGATCGGCCAGCTGTTCATCAACCACAACAACGATTACTCCCCGGAGTACCTCGATGGCGTGCTGGAGAACTTCCACGTAGGTGGCATGCGCTATCGGCCAGGACCGTCCAAGGCCGTGCAGGAACACATCCGCTACGCGCAGTCCAAAACGCGGGTCCCCTTGCTTATTGCGTCCAACCCCGAGATGGGCGGCGCAGGTAGTTGCGACGACGGCACGTTCGTCTCCACCCATCTCCAGGCTGGTTCTCATCCTGACAAGAGCATCGCCCGGCAGATGGGCCAAGTGGCCGGCGTTGAAACTGCAGCGTTGGGCTGCAACTGGGCCTTCGCGCCGATCGTGGACATCCACTACAACTGGCGGAACACGGTCATCTCCACAAGAGCCTTCGGTAATACCCCTGAAATTGTGGTGGAACGCGCGAAAGAGTACTTCGACGGCATCAGTGAATCACCCACTGTTTGCGCCATGAAGCACTTCCCCGGCGATGGTATTGATGAGCGCGACCAGCACGTGGTCACCTCCTACAACACCCTTGGCTATGAGGAGTGGAATAGCACCTACGGGCACGTGTACCGCGAAATGATTGGCCATGGCGTGCAGTCCATCATGGTGGGCCATATTGGCGCTCCAGAGGTGTCCCGACATTTCCGACCCGGCTTGTCGGATGCTGACATCCTTCCCGCCACCCTGGCACCTGAGCTCCTGCAGGATCTGTTGCGGGGCGAAATCGGCTTCAACGGACTGGTCCTGACGGACGCGTCCCTGATGGTTGGTCTGACCCAGGCGATGAAGCGCAAGGACCTTGTGCCTGCCACCATCGCGGCCGGTTGCGACATGTTCCTGTTTTTCCGAAACCCGGACGAGGACTTCGGCTACATGCTGGACGGCTACAAGTCCGGCGTGATCACCGAGGGGCGTTTGCAGGATGCCCTTCGGCGGATTCTCGGCCTTAAAGCGAGCCTGGGCTTGCACCTTGCTTCGCGGGAATCCTTGGTTCCGGCGGGCGATGCCTTGGCGGTCATCGGAAGTGAGGCGCACCGTGCCATTGCCGCTGCTGTCGCTGACAAGACAGTCACCCTGGTGAAGGATACTGCCCATAATCTGCCGATCACGCCGGAAACCCATAAGCGTATCCGCCTCTACGGGATTTCGGGCGGAGCCGACTTCACGCGGGCCGATCCACTGGCATACCTGGACGTTGTTCGGGAAGAACTGGAAGCTGCTGGCTTCGACGTGGAGGTCTTCAAAACAGCTGAGCAGCGCGAAGCAGCAGGGGAGTCCGGCATGAACTTCATGCGGGTCCTTTCCGAGGAGGCCACCGGAGACTTTTCCGAGAGGTACGATGCCGCGTTCGTTTTTGCCAATGTGAAGGGTTTTGCCCAGGAGGCGGCCATCCGCATTAAGTGGTCCTCACCGATGGCAGCCGAAATTCCCTGGTACGCCACGGAAGTTCCGACGCTTTTTGTCTCACTGAACCAGCCGAACCACTTGATTGATGTGCCCATGGTCAAGACCGCCATCCACGCACACGCAGCAACGCGTGAGGCCATCCGCGCAACCATCAAAAAGATCCAGGGCAAGTCCGAGTTCCGGGGGACGTTCAACCAGAACGTCTTCTGCGATTCGTTCGACACCCGCCTCTGA MTGKSAMTGEPQPQHHIVIMGVAGCGKSTIGAALAERLGAEFLDGDSLHPQANIDKMASGTPLNDDDRAPWLAEIGRRFPASNSALVIACSALKRSYRDIIRSADPSVVFVHLHGTRELLNARMTARPGHFMPPSLLESQLTTLEPLQDDEAGIVVDIAKSVEDILNDVNSALNGLAVPAGPFLVDLKAAPFNLDDAAVEWVESTIGSMTLEEKIGQLFINHNNDYSPEYLDGVLENFHVGGMRYRPGPSKAVQEHIRYAQSKTRVPLLIASNPEMGGAGSCDDGTFVSTHLQAGSHPDKSIARQMGQVAGVETAALGCNWAFAPIVDIHYNWRNTVISTRAFGNTPEIVVERAKEYFDGISESPTVCAMKHFPGDGIDERDQHVVTSYNTLGYEEWNSTYGHVYREMIGHGVQSIMVGHIGAPEVSRHFRPGLSDADILPATLAPELLQDLLRGEIGFNGLVLTDASLMVGLTQAMKRKDLVPATIAAGCDMFLFFRNPDEDFGYMLDGYKSGVITEGRLQDALRRILGLKASLGLHLASRESLVPAGDALAVIGSEAHRAIAAAVADKTVTLVKDTAHNLPITPETHKRIRLYGISGGADFTRADPLAYLDVVREELEAAGFDVEVFKTAEQREAAGESGMNFMRVLSEEATGDFSERYDAAFVFANVKGFAQEAAIRIKWSSPMAAEIPWYATEVPTLFVSLNQPNHLIDVPMVKTAIHAHAATREAIRATIKKIQGKSEFRGTFNQNVFCDSFDTRL PGPT0012175_364 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSAMINIDASE,PGPT0012175-nagZ-K01207 NA NA D3-18_03927 1230 rspA COG4948 D-galactonate dehydratase family member RspA GTGAAAATCATTGCCGCTGAAGTCTTTGTGACCAGCCCGTCCCGCAACTTCGTCACCTTGCGCATCACCACGGAGGACGGTGTGACGGGCATTGGTGATGCGACCCTTAATGGCCGTGAACTCGCCGTCGCCGCGTACCTGAAGGAGCACGTTGCGCAGTTGCTCATCGGCAAGGACCCTCACCGGATCGAGGACACCTGGCAGTTCCTGTACCGCAGCTCCTACTGGCGCCGCGGCCCGGTCACCATGGCCGCCATTGCCGCCGTCGATATGGCGTTGTGGGACATCAAGGGCAAGGTTGCCGGGTTGCCGGTGTACCAGCTGCTGGGTGGTGCTTCCCGCAACGGGCTGCGCGCTTATGGCCACGCCTCGGGTGCTGACATTCCGTCGCTGTTCGATTCCGTGCGGGAGCACTTGGAACTGGGCTACAAGTCCATCCGCATCCAGACCGCCGTCCCCGGCATCAAGGCCGTCTATGGTGTTGCTGCGCAGGCCCAGGCCTCGGGTGAACGGTATGACTACGAGCCTGCCGGCCGCGGTAACTTCCCTCTTGAGGAGGACTGGGATACCCGCGCCTACCTGCGTCACTTGCCCACCGTTTTTGAGGCCGTGCGCAACGAGTTCGGCCCGGAAATCCCGCTGCTCCACGATGGTCACCACCGCATGACACCCATCCAGGCCGCCAAGCTCGGGAAGGCCTTGGAACCATACGACCTCTTCTGGCTGGAGGACTGCACGCCGGCCGAGAACCAGGAAGGGCTGCGTCTGGTCCGCCAGCACACCACCACTCCGCTGGCCATCGGTGAAATCTTCAACACCGTGTATGACTTCCAGACCCTCATCAAGGAACAGCTGATCGACTACGTCCGTGCAGCCTCCACCCACTTCGGCGGCATTTCCCCGTTGAAGAAGGTCATGGACTTCGCAGCCCAGTACCAGATCAAGTCCGGCTTCCACGGCCCCACGGACATCTCCCCGGTGGGCTTCGCCGCCCAGCTGCACGTCGGCCTGGCCATCCACAACTACGGCATCCAGGAATACATGCAGCACTCGGACAAGACCAACGAGGTCTTCCAGCAGTCCATGACGTTCAAGGACGGCTACCTGCACCCGGGCGACAACCCCGGCATCGGTGTCGAATTCAATGAAGAAGCCGCCGCAGCGTTCCCGTACCAGCAGGCCTACCTGCCCTACAACCGCCTCGTGGACGGCACGGTTCATGACTGGTAA MKIIAAEVFVTSPSRNFVTLRITTEDGVTGIGDATLNGRELAVAAYLKEHVAQLLIGKDPHRIEDTWQFLYRSSYWRRGPVTMAAIAAVDMALWDIKGKVAGLPVYQLLGGASRNGLRAYGHASGADIPSLFDSVREHLELGYKSIRIQTAVPGIKAVYGVAAQAQASGERYDYEPAGRGNFPLEEDWDTRAYLRHLPTVFEAVRNEFGPEIPLLHDGHHRMTPIQAAKLGKALEPYDLFWLEDCTPAENQEGLRLVRQHTTTPLAIGEIFNTVYDFQTLIKEQLIDYVRAASTHFGGISPLKKVMDFAAQYQIKSGFHGPTDISPVGFAAQLHVGLAIHNYGIQEYMQHSDKTNEVFQQSMTFKDGYLHPGDNPGIGVEFNEEAAAAFPYQQAYLPYNRLVDGTVHDW PGPT0018285_245 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GULONATE|FRUCTURONATE|MANNONATE_DEGRADATION,PGPT0018285-rspA|manD-K08323 NA NA D3-18_03928 1440 uidB COG2211 Glucuronide carrier protein ATGACGCGAAGGGTAAAGGAGCCCGCATTGAAAAAGCTCAGCAAACTCAGCATCGTCGGTTACGGTGCCGGCGACGCCGCCAATAATCTGGCCTTCACTACCGCCACCATGTTCCTTCTGGTCTACTACACGGATGTCGCAGGAATCTCGGCGGCCGCGGCAGGCACTTTGCTCCTGGTGGTGAGGATCTTCGACGCCTTCGCGGATGTCTTCGCTGGACGCATGGTTGACCGCTCCTACAGCAAGCGCTTTGGGAAGTTCCGTCCGTTCATCATGTTCGGCTCCATTCCGCTGCTGCTCCTCAGCGTCGCCACGTTCTCCGTGCCGCAACTGGGCGAGACGGGCACCTTGCTCTACGCCTACGTGACCTACGCTGCTTTGGGGCTGGCATATTCCCTGGTCAATATCCCCTATGGCTCGTTGGCGGGGGCCATGACGCAGGACCCCGGCGACCGCGCCAAGCTGGGTTCTGCCCGGATGGTGGGGGCACTGTTGGTGGGATCCGCCCTGGGCATCTTCGTCGCTCCACTGATCAAGCCCGGCGCAGACCTCCAGTCCACATTCACCACCATCACGTTTGCCTTCGTGGTGATCGGTGCGGCGCTCTACTTCTTCACTGTTCTCACCGCCAAGGAACGTGTTCATCGCTCGGTGCCCAATGTTTCCTTCAAGCAGAGCATGGACACCCTGAAAACCAATCGCCCGCTGCTCATGCTTTGCCTGAGCTCCTTCCTTTTCCTGACCGGCTATATGGCCTTGTCCTCAGTGCAGCTCTACTACTTGCGCGACGTCCTGGGTCGCTTGGATCTTTACCCGGTCCTGGCCATAGTCCAGCTGGTCATGACCCTGGCCCTGGCACCTTTGATGCCGAGGCTGGTTCGTAAGGTGGGCAAAAAGAACGTATACATCGCTGCCGGAGCGCTCTCCATGGTGGGCGGAATCATTGTTTTCTTCTCACCGTCATCCATGGTCTGGGTGGGGTTTTCCGGGCTGGTGATCAGCCTGATGGGTGTCATGGCCGTGAATATCGTGGTGTGGGCCTTGGAGGCAGACACCGTGGAATATGGCGAGTGGAAGACCGGCGTCCGGACCGAGGGAATCACCTACGCACTCTTCTCCTTCACGCGTAAGACCGGCCAGGCTGTAGGCGGCGCACTCGCTGCCTATTGCCTCGCGGCCGGGGGATACAAGTCGGGGGTTACGCAGAGTGCCGAAGCGCTGCAGGGAATTCAGTTCGCCGCCGGGGCGCTGCCGGCCATCATGACCATCCTGGCGATCGTAGTAATGACCAAATACAAACTCACTGACGCGCTTCACGCCCAAATTGTTGGGGAGATCCGCGCCCGCCGTTCTGCGGGAGTCGCGCTGGACGACGCCGGGAAAGCTCAGAAAGAAGCTGCTGCCAGCCGTGCAGCAAACGGCAAGGCGCAGGTCATGTAG MTRRVKEPALKKLSKLSIVGYGAGDAANNLAFTTATMFLLVYYTDVAGISAAAAGTLLLVVRIFDAFADVFAGRMVDRSYSKRFGKFRPFIMFGSIPLLLLSVATFSVPQLGETGTLLYAYVTYAALGLAYSLVNIPYGSLAGAMTQDPGDRAKLGSARMVGALLVGSALGIFVAPLIKPGADLQSTFTTITFAFVVIGAALYFFTVLTAKERVHRSVPNVSFKQSMDTLKTNRPLLMLCLSSFLFLTGYMALSSVQLYYLRDVLGRLDLYPVLAIVQLVMTLALAPLMPRLVRKVGKKNVYIAAGALSMVGGIIVFFSPSSMVWVGFSGLVISLMGVMAVNIVVWALEADTVEYGEWKTGVRTEGITYALFSFTRKTGQAVGGALAAYCLAAGGYKSGVTQSAEALQGIQFAAGALPAIMTILAIVVMTKYKLTDALHAQIVGEIRARRSAGVALDDAGKAQKEAAASRAANGKAQVM NA NA NA NA NA D3-18_03929 1377 mtlK COG0246 Mannitol 2-dehydrogenase ATGACCGCCGAACTTCCGCGGCTAAACCGCGACGTCGCGCCGGACCGTAGGGCTCCAGTGCGCATCGTGCACCTGGGCCTAGGAGCTTTCCACCGCTCACATCAGGCCTGGTTCACGCAGCACGCCGGCGACGCGGGGGAGTGGGGCATCGCCTCATTCACCGGTCGTCGCCCGGACGCCGCCGAGGTCCTGGCCGCCCAGGATGGACTGTTCACAGTAGTGGAGCGCTCGGATTCCGGCGATACGTTCGAGGTTGTAGGCAGCATTGTTGAAGCCGTGGATGGCGCCAACGTGGACCGCTTAGTGGAGCTGGTGGCAGCGCCCCAAACCGCTGTGGTCACGCTAACTATCACCGAAGCCGCGTACGGTTCCAGCGCCGATGACCTTTCGCAGCTGCTTTCCGGCGAAAAGCCTGCGACGCCGTTGGGCCGTTTGGTCCTGGGGCTCGCCGCGCGCAGGAACGCCGACGCCGGCCCCCTCGCCGTTGTTTCGTGCGATAACCTCTCGGATAACGGCAATGTAGCGCGCAGGGCCGTGGTAGAGCTCGCCCGGGGAGTCGACGCCGGGCTGGCGGCCTGGATTGACACCAGCGTCAGCTTCGTCAGCACGTCAGTGGACAGGATTACGCCGCGCACCACCCCTGAAGACGTTGCCTTGGTCAGTGAGCGGTGCCGCTACCGGGATGAAGCACCTGTCGTCGCCGAGCCATTCCGTAACTGGGTTCTCAGTGGTGACTTCCCAGCCGGGCGCCCCCGCTGGGAGGACGCCGGCGCGGTTTTCGTGGACCATATTGAACCGTACGAAAACCGCAAACTGTGGCTCCTCAACGGCGCGCATTCCATCCTGGCCTACGCCGGCCAGCTGCGCGGGCACACGACAGTTGCCGAGGCCCTGGCCGATCCTGTGTGCTTGCAAGCTGTGGAGGAGTTTTGGGACGAAGCATCGCGGCACCTGGCCGGTGACGACCTGGGCATTCCCGAATACAGGGCGGCGTTGTTGGATCGCTTTGGCAATTCGCGGATCGCCCACCATCTCGCCCAGATCGCAACGGATGCAAGCACTAAGCTACGGATGCGGGCGATCCCCGTGCTCCGGGCTGAGCGTGAGGCGGGCAGGAGTGGTGAGGCCGCTGCGCGGATGATAGCTGTGTGGGCCTCTTTCGTGGAGGCGAATCCGGGTCTGCAAGACCCACAGTCGGATGCCGTGTCGGAAGCCAACCGGCTGGTCGGCGGTGAGCGGGTGGCTGCTCTCGTGGCATTGCTGGATGCTGAACTAGCCCGGGAGCCCGCGATAGTAAAACTCATAGAGGACCTCATCGCTGGCTTTCCGAACGCAATGGTGCCTGCTCGCGCGACGGCGTCGGGTACTGCGGCCTAG MTAELPRLNRDVAPDRRAPVRIVHLGLGAFHRSHQAWFTQHAGDAGEWGIASFTGRRPDAAEVLAAQDGLFTVVERSDSGDTFEVVGSIVEAVDGANVDRLVELVAAPQTAVVTLTITEAAYGSSADDLSQLLSGEKPATPLGRLVLGLAARRNADAGPLAVVSCDNLSDNGNVARRAVVELARGVDAGLAAWIDTSVSFVSTSVDRITPRTTPEDVALVSERCRYRDEAPVVAEPFRNWVLSGDFPAGRPRWEDAGAVFVDHIEPYENRKLWLLNGAHSILAYAGQLRGHTTVAEALADPVCLQAVEEFWDEASRHLAGDDLGIPEYRAALLDRFGNSRIAHHLAQIATDASTKLRMRAIPVLRAEREAGRSGEAAARMIAVWASFVEANPGLQDPQSDAVSEANRLVGGERVAALVALLDAELAREPAIVKLIEDLIAGFPNAMVPARATASGTAA PGPT0018275_1370 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GULONATE|FRUCTURONATE|MANNONATE_DEGRADATION,PGPT0018275-uxuB-K00040 NA NA D3-18_03930 1407 uxaC COG1904 Uronate isomerase ATGTCACAGTCCATTGCCGCACACCCTGACAGGCTCCTGCCCGCAGATCCCGGGACGCGAAGCATCGCGCGATCCTTGCTGGAACGCGTCCAGGACCTGCCCATCATTTCTCCCCACGGCCACGTTGACGCCGCTGTCATCGAACAGGACACGCCGTTCCCCGACCCCGCAGCACTTTTGGTCAGCCCGGACCACTACGTCACCCGCCTGATTCACGCCAACGGTGTTCCGATGGATCAGTTGCTGACAGGCGCGGCGTCCGCGCCGGAGTCCCGGGAGATCTGGCGACAGTTCGTCGAAGCCTGGCCGCTGTTCGAAGGCACAGCCTCCGGGTACTGGCTGCGCACCCAGTTCAACGATGTATTCAAACTCGGCGCAGATCTCAGTGAGCTGCCGTCCGATGCCAGCTATGACGCGATCGCCGCGAAGCTGGTTGAGCCGGACTTCCGCCCCCGGCAGCTTTTCAAGGACTTCAACATCGAGGTCCTGGCCACCACGGATGATCCCATGGACAGCCTTGCCAGCCATAAGGCCCTCACCGATGACCCCAGCTTCAACGGCCGCGTGCTCCCCACCTTCCGCCCGGATGCCTACCTGAATGTGGCGCATCCCAACTGGAGCGCCAATGTGGACAGGCTGATCGCAACCGCGGGCGACGGGGCAACCGGCTACGCCGGCTACATCGCGGCCCTGGAAAACCGCCGTCGCTATTTCGTGGAGCATGGCGCAGTATCTGCGGACCATGGCGTCCGCACCCCCGCCACCCTCAAACTGGATGCCACGGAAGCGGAAGCGCTCTTTGAAAGGGCGCGCACCGGCAAGGCCACTGCGCAGGATCGAGACGCGTTTGAGGCCCACATGATGTACCAGATGGCTCGCATGTCTGTGGCCGACGGGCTGGTTATGACGATTCACCCGGGCTCTTATCGGAACCACCATGGCCCCACGTTCGAGTCGTTCGGGGCCGACACCGGTCACGACATTCCGTTCGCCGTGAACTACACCGAGGCCATCCGTCCTTTGCTGCAGGACTTCGGCACGGCCAAGGATTTCCACCTGGTGCTCTTCACGCTTGATGAGACCGTCTTCTCCCGTGAACTCGCGCCGTTGGCCGGGTTCTACCCGTCCGTCTACATCGGCGCACCGTGGTGGTTCCTCGATGCGCCGGACGCCATGCTCCGCTTCCGCTCCGCAGTCACCGAAACCGCCGGCTTCTCGCGGTCCTCCGGCTTCATCGATGACACCCGCGCGTTCTGCTCCATTCCCGCACGGCACGACGCCTCCCGCAGGATCGAAGCGTCCTTCCTTGCGCGCCTTGTAGCCGAGCACCGCGTCTCTGAAGACCGCGCGCATGAGCTGATTCTCGACGTCGTCGACTCCTCGCCCCGCAGGGTGTTCAAGCTATGA MSQSIAAHPDRLLPADPGTRSIARSLLERVQDLPIISPHGHVDAAVIEQDTPFPDPAALLVSPDHYVTRLIHANGVPMDQLLTGAASAPESREIWRQFVEAWPLFEGTASGYWLRTQFNDVFKLGADLSELPSDASYDAIAAKLVEPDFRPRQLFKDFNIEVLATTDDPMDSLASHKALTDDPSFNGRVLPTFRPDAYLNVAHPNWSANVDRLIATAGDGATGYAGYIAALENRRRYFVEHGAVSADHGVRTPATLKLDATEAEALFERARTGKATAQDRDAFEAHMMYQMARMSVADGLVMTIHPGSYRNHHGPTFESFGADTGHDIPFAVNYTEAIRPLLQDFGTAKDFHLVLFTLDETVFSRELAPLAGFYPSVYIGAPWWFLDAPDAMLRFRSAVTETAGFSRSSGFIDDTRAFCSIPARHDASRRIEASFLARLVAEHRVSEDRAHELILDVVDSSPRRVFKL PGPT0018210_1038 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 D3-18_03931 1092 cytR_6 COG1609 HTH-type transcriptional repressor CytR ATGGCAACCGGCCTGTTTTGTTGCCAAGCGGTCTACGATGGAGCGGTGACTGACGTGACGAGCTCCGGAGCATCTACTGCCACCACCAAACGTGGACGGGGGGAGAAGTCCTCTGCCACCATTTACGACATCGCCAAGCTGGCAGGAGTTAATCCGTCTACGGTGTCCCGCGCCTTGAGCAAGCCCGGCAGGGTCAGCGCCAAGACGCAGAAGATCATCGAAGATGCGGCGGCGGAGCTGAACTATCAGGTGAATCCGTTCGCTCGTGCCCTCCCCACCGGCCGTACCCAAACCATCGGTTTGATAGTCGCAGACATCACCAATCCCACATTCTTCGACATCATACGCGGTGCGGAAACCACAGGATCCGCCCGCGACTACACGCTGGTCCTGGCTGAGTCTGCCGAGTCACCGGAGACCGAAGTAACAGCGGCCCGGCGCCTGCTGAGCACCGTGGATGGCCTCATCCTGGCCAGCCCCCGGATGCACGACGACCAGATCCGGGCCTTGGCTTCGGACAAGCCCGTGGCCGTCATCAACCGTGAAATTACCGGCGTTCCATGCGTTGTCCCGGACGTGAACAAGGGCATCAGCGAGGCAGTGCGCAGCTTGGCTGCCAACGGCCACGAAAAGCTCGCGTACGTTGCCGGCCCCAAACAGTCCTGGATGACTGCACGCCGGTGGGATGGCGTCAAAGCCGCTGCAGAGTGGTCCAAGCTCAGCGCGGTGCGCCTTGAGTCGTCCAAGCCGACGGTGGATGGCGGCCGGCAGGTTGCCCGTGAAGTGTTGGAAAGCGGGGCGACGGCGGTGATCACCTACAACGACCTCCTCGCCATCGGCTTGATGCAAGAGCTCCAGGCCGGCGGGATGAGTGTCCCGGACCAGATCAGCATTGTGGGCTTTGACGACATTTTCGGTGCCGATTTCACTACTCCTGCGTTGACCACAGTGCGCTCACCGTTGGGGGAGTGCGGCACCCGTGCCGTGACTATCCTCCTGGACATGCTGCAGGGCCATGAGGCTCCGGACGAGGCTGTCAGGGTTGAGACGGAACTCGTGGTGCGAGGGTCCAGCGGGCGTCTCCTCTCCTGA MATGLFCCQAVYDGAVTDVTSSGASTATTKRGRGEKSSATIYDIAKLAGVNPSTVSRALSKPGRVSAKTQKIIEDAAAELNYQVNPFARALPTGRTQTIGLIVADITNPTFFDIIRGAETTGSARDYTLVLAESAESPETEVTAARRLLSTVDGLILASPRMHDDQIRALASDKPVAVINREITGVPCVVPDVNKGISEAVRSLAANGHEKLAYVAGPKQSWMTARRWDGVKAAAEWSKLSAVRLESSKPTVDGGRQVAREVLESGATAVITYNDLLAIGLMQELQAGGMSVPDQISIVGFDDIFGADFTTPALTTVRSPLGECGTRAVTILLDMLQGHEAPDEAVRVETELVVRGSSGRLLS PGPT0017992_4157 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 D3-18_03932 1167 iolG_18 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGAGCAAGAAAGTACGCCTGGGCATCATAGGCTTGGGCCAGCAAGGCGGCGCCTACGCCAAGTTCATCACGGACGGCCTGGTACCCAACATGGAGATCGGCGCCATTTGCGACGTCGATCCTGCCAAGAAGGAACTTGCCGCATCCCAGTATCCGGATGTCCCGTTCTACGACGACTACATCTCGATGCTGGAAAGCGGCGTCGTGGACGCGATCGTCACGTGCGTACCCCACTTCCTGCACCCGGAGATGGGCATCGAAACACTCAAGCGCAACATCCATGCGCTCGTGGAGAAGCCAGCCGGTGTCTACACCAAGCAGGTCAAGGAACTGAACGAGTTCGCCGCCTCCAAGCCTGAGCTGTCCTTCGGCATCATGTTCAACCAGCGCAACAACCCGCTGTACAAGAAGCTCAAGGAAATCGTCGATAACGGCGAGATCGGCAAGATCCGGCGCTCCAACTGGATCATCACCAATTGGTGGCGCCCGCAGGGCTACTATAACTCGAGCGAATGGCGCGCTACCTGGGGTGGTGAGGGCGGTGGCGTTTTGGTCAACCAGGCCCCTCACCAGCTGGACCTGTGGCAGTGGATCTGTGGCGTCCCCCAGTCCGTGTACTCCAAGGTGGCGTACGGCTTCCGCCGTGACATCGCCGTCGAGGATGAAGTCACCGCAGTAGTGGACTATGGCGACGGCGCCACGGGCGTTTTCGTGACGGCTACCCACGACCTCGTTGGAACCGACAGGTTCGAAATCCTGGGTGACCAGGGCAAGATCGTGGTGGAGGACAGCAAGGTGGCCACTGTCACCCGCCTGGTCAAGCCTGAGCGTGAGATCAGCGACTCGATGGACATGGACGGTGTCCGCAAGCTCTTCATGGGCCAGTTGAACCGCGAGGAGTTGTACAGCAGCGAGGTCATCGAATTCGAGTCTGCCTGGGGCGGCCAGCACGCTGGCGTCCTGGAAAATTTCGCTGCCAACATCCTGGACGGCACGCCTCTGCTTGCTCCAGGCTCGGACGGGATTAATGGCGTCCGCCTGGCCAACGCCATCCACCTCTCCAGCTGGACCGGCAAGGAAGTTTCGCTGGACTTTGACGAGGACGAGTTCCTCCAGGAGCTCAACAAGCGCATCGCTGAAGAGGGTAAATTCCCCGAGCGTTCCTAA MSKKVRLGIIGLGQQGGAYAKFITDGLVPNMEIGAICDVDPAKKELAASQYPDVPFYDDYISMLESGVVDAIVTCVPHFLHPEMGIETLKRNIHALVEKPAGVYTKQVKELNEFAASKPELSFGIMFNQRNNPLYKKLKEIVDNGEIGKIRRSNWIITNWWRPQGYYNSSEWRATWGGEGGGVLVNQAPHQLDLWQWICGVPQSVYSKVAYGFRRDIAVEDEVTAVVDYGDGATGVFVTATHDLVGTDRFEILGDQGKIVVEDSKVATVTRLVKPEREISDSMDMDGVRKLFMGQLNREELYSSEVIEFESAWGGQHAGVLENFAANILDGTPLLAPGSDGINGVRLANAIHLSSWTGKEVSLDFDEDEFLQELNKRIAEEGKFPERS PGPT0022715_60 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 D3-18_03933 861 hypothetical protein GTGGCCACAATAGGCGTCCAAGCCATGATGCTGAAGGACAGTTTTGCTGACGCTGGAGCATTTGAAACGCTCCGCAAGGTCAGCGCGATCGGCTACAACGCCGTCGAAATTTCCCAAATCCCCATGACCCCGGAGAACGTGGGCGAGCTGGAACGCTCGCGAACTGAGCTGGGCATGGATATCGCCGCACTTTCGGTGAATATCGAAGGCCGCAAAGGCATGCCCGTGGAATCGCTGGCGGACAACTTCGACAAGATCGTGGACGATGCCAAGCGGCTGGATACCTCGTTGCTGCGCATCGGCATGCTTCCGTTCGGGGCGATGAAGTCATTGGAATCGGTGGTTGAATTCGCCAAGCAAGCCAATGGTTATGCCGAACGGCTGCAGGAACAGGGCATCAGCTTGTACTACCACAACCACCACATTGAGTTCGCCAAGTTTGACGGCAAATACATGCTGGACATCATCGCCGAAAACTCCCCGGCCATGGGCATGGAGATTGACGTGCACTGGGTGCAGCGCGGTGGCTTGGACCCCGTGCGAACCCTCGAAAAGTACGCTGGCAAGACTGCCATGGTGCACCTCAAGGACTACAGGATCGGTCAGATGCCGGCTGCTGCTTTCGGGCTCCTGGAGAAGGGCGACTTCCCGGGTTTCATGGCGGACTTCAAGAATGTGGTGCAGTTCGCCGAAGTGGGCGAGGGCAATCTGGACTTCCCATCGATCATCCCCGCAGCGGTGGAAGCCGGTGCCCGGTACCTCCTGGTGGAGCAGGACGAACTGTATGGACGGACCGTCTGGGATGCACTCCAGACCTCATACGACAACCTGGTGGCCATGGGCCACGCTGACCTTTTCTAG MATIGVQAMMLKDSFADAGAFETLRKVSAIGYNAVEISQIPMTPENVGELERSRTELGMDIAALSVNIEGRKGMPVESLADNFDKIVDDAKRLDTSLLRIGMLPFGAMKSLESVVEFAKQANGYAERLQEQGISLYYHNHHIEFAKFDGKYMLDIIAENSPAMGMEIDVHWVQRGGLDPVRTLEKYAGKTAMVHLKDYRIGQMPAAAFGLLEKGDFPGFMADFKNVVQFAEVGEGNLDFPSIIPAAVEAGARYLLVEQDELYGRTVWDALQTSYDNLVAMGHADLF NA NA NA NA NA D3-18_03934 888 oppF_3 COG4608 Oligopeptide transport ATP-binding protein OppF ATGAGTATCCCTTTTGACTCATCGCAGGGGGCACCGCTCCTGTCCGTGGAGAACCTGGTGGTGGAGTACCCCAGCAAGAGGTTCCGGGCCAAGCCTTTCCGGGCGCTGACGGACATCAACATCACCATTGGACAGGGTGAGACCTTAGGCCTGGTGGGGGAGTCCGGTTCGGGCAAGACCACCTTGGGCAGGGCAGTTCTTGGCCTGGCACCCGTCACCGCAGGAAAAGTGGTCTTCGAAGGCAATGACATCAGCAACGCCTCCCGTAGGGAACGCCGCACACTGAGCCGGGACCTCCAAGTGGTGTTCCAGGACCCCTACACCTCGCTGAACCCGGCGCTGGAAATTGGCGACATCCTCGCTGAACCCCTGGGCGTGCAGGGCATGGAGCCCGCTGCCGCCAAGAAACGCGTGAAGGAACTGCTGGACCAAGTGGGCCTGCCAACCGACGCAATTCACCGGCTGCCGCGCGAGTTCAGCGGTGGCCAGCGCCAGCGCGTTGCAATCGCCCGGGCTCTGGCGCTGTCGCCCAAACTCATCGTCTGCGATGAGCCCGTGAGCGCATTGGACCTCTCCACTCAGGCCCGCGTGCTGGACCTGTTCCTGCAGATCCAGAAGGACACGGGTGTTTCGTACTTGTTCGTGTCCCACGACCTCGATGTGGTGCGGCACATCAGCCACCGCGTGGCTGTCATGTACCACGGCGAAATCGTGGAGCAAGGCCCCGCCGAGATAGTCACCCGGGATCCCGAACACCCATACACCCAGCGGCTACTGCTCGCCTCGCCGGTGCCCGATCCTGACCGGCAGGAACAACGCCGGGCGGACCGCCATCGCTTGCTCGCGAACCAGCGCAGCCAAATCGAGCAGCAAGGTGCTGTGGCCTAA MSIPFDSSQGAPLLSVENLVVEYPSKRFRAKPFRALTDINITIGQGETLGLVGESGSGKTTLGRAVLGLAPVTAGKVVFEGNDISNASRRERRTLSRDLQVVFQDPYTSLNPALEIGDILAEPLGVQGMEPAAAKKRVKELLDQVGLPTDAIHRLPREFSGGQRQRVAIARALALSPKLIVCDEPVSALDLSTQARVLDLFLQIQKDTGVSYLFVSHDLDVVRHISHRVAVMYHGEIVEQGPAEIVTRDPEHPYTQRLLLASPVPDPDRQEQRRADRHRLLANQRSQIEQQGAVA PGPT0004440_7491 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 D3-18_03935 1878 btuD_16 Vitamin B12 import ATP-binding protein BtuD ATGAGCGACTCCGTAGAAACCGCTGGTGTTACCGCGCCGGTTCCCACCGGTCAGAGCGGTACGGTGGTCCGTTCCACCGTGATGCGCCGCCTCCTGAAGAACCCCATGGGCATCGCCTCCTTGGCGATCCTGCTGACAATCGCAGCGCTGGCCATTCTTGCGCCGGTGATCGCACCCTTCGAAGAGAACTTCGCCAACATCTCCAAGACCCTGGCCGCTCCGGATTCAGTCAACATCATGGGCACGGACAGCGCGGGACGCGATACTTGGAGCCGGTTACTCTTCGGCGCCCAGCTGACCTTGTTGTCGGCGTTGCTTTGTGCCGGTGTGGCCATCGCCATCGGACTCCCGGCCGGCCTGATTGCCGGATACTACGCCGGCAAATTTGAAGCGGTCTCCAACTGGGTGGTCAGCATCCTCATGAGCCTGCCCGGCCTGATCGTCCTGCTTACCATCCGCGCAGCCTTCGGCCCGTCTGTGTGGATCTCGATGATCGCTTTCGGCATCCTGATCAGTCCTTCCTACTTCCGACTCACCCGCACTGCAGTGCAGTCGGTCAGGAACGAGCTCTACGTCGATGCCGCCCGTGTCTCCGGCCTTTCCGATCTCAGCATCATCGCCCGCCATATCTTTTCCGTGGTCCGGGCACCCATCATCATCCAAACCGCCGCAATTGCCGGTGTTGCCATCGCCATCCAGTCCGGGCTCGAGTTCCTTGGCTTGGGCGATCCCACCAAGGCAACCTGGGGCGTCATGCTCTCCGAGGGTTTCAAGAACGTCTACCTCACCCCAATGCTGCTCCTTTGGCCGGCACTGGCCATGGCGCTCACCATTGGCGGACTGGTCCTGCTGGGCAACGCCATCCGCGACGCCCTGGAAGACGGCGAGAAGATCAAGCACCGCAAAAAGGCCGTCTCTGCTGAAAGCACAAGTTTTTCTGCAAGCACGACGGCGGACACCGCCAAGGCGCGCCAGTCACGGAAGTCCGTGGCCGCCGTCGACGCCGGAACCGAGCACCACCTGGTCAAGGTGACCAACCTGGGCGTCGGCTATCCGCAGGCGGACGGTTCCATCAAAAAGGTAGTGGACGACGTTTCCTTCCACGTGGACCGCGGCGAAATCCTAGGCATTGTTGGCGAATCGGGTTCGGGCAAGTCCCAGACCGCGTTCTCCATCCTCGGCCTGCTGCCGGATAACGCGCGGATCGTGGGCGGTTCCATCCAGTTCGATGGCAACTACACAGTGGCTCCGGGTGAGGACCGCGTCAGCCAGGAGCGGTTGTCCAAACTGCGCGGCAAGCGGATCTCCTACATACCGCAGGAACCCATGAGCAACCTGGACCCGGCCTTCACCATCGGGTACCAGCTGGTCACCCCCATGGTCCGTGTCCTGGGAGTCTCCAAAGCGGAAGCCCGCGAGCGTGCGCTCAAACTGCTCACCGACGTTGGCATTACCAACCCGGAGCGCACTTTCAACGCTTACCCGCACGAGGTCTCCGGCGGCATGGCCCAGCGTGTGCTGATCGCCGGTGCCATCAGTTGCGAACCGGACCTGGTGATTGCCGACGAACCCACCACCGCCTTGGATGTCACTGTGCAGGCCGACGTGTTGGACCTGCTGCGCGAGCTGCAGCAGCGACTCAACATCGGCGTGATCCTGGTGACCCACAACTTCGGCGTTGTTGCCGATCTTTGCGATCGCGTGGTCGTTATGCAGAACGGTCGGCTCGTGGAAGAAGGAACCGTCCGCGAGATCCTCCGCAACCCGAAAGAGCCTTACACGCAGACCCTGCTGGGGTCCATGCTCGAAGGAAAGACCCCCATGACCATGCTTGTGTCCAAGCCTGGATCAGCCGCAGAGAAGGAGCCGGTGGCATGA MSDSVETAGVTAPVPTGQSGTVVRSTVMRRLLKNPMGIASLAILLTIAALAILAPVIAPFEENFANISKTLAAPDSVNIMGTDSAGRDTWSRLLFGAQLTLLSALLCAGVAIAIGLPAGLIAGYYAGKFEAVSNWVVSILMSLPGLIVLLTIRAAFGPSVWISMIAFGILISPSYFRLTRTAVQSVRNELYVDAARVSGLSDLSIIARHIFSVVRAPIIIQTAAIAGVAIAIQSGLEFLGLGDPTKATWGVMLSEGFKNVYLTPMLLLWPALAMALTIGGLVLLGNAIRDALEDGEKIKHRKKAVSAESTSFSASTTADTAKARQSRKSVAAVDAGTEHHLVKVTNLGVGYPQADGSIKKVVDDVSFHVDRGEILGIVGESGSGKSQTAFSILGLLPDNARIVGGSIQFDGNYTVAPGEDRVSQERLSKLRGKRISYIPQEPMSNLDPAFTIGYQLVTPMVRVLGVSKAEARERALKLLTDVGITNPERTFNAYPHEVSGGMAQRVLIAGAISCEPDLVIADEPTTALDVTVQADVLDLLRELQQRLNIGVILVTHNFGVVADLCDRVVVMQNGRLVEEGTVREILRNPKEPYTQTLLGSMLEGKTPMTMLVSKPGSAAEKEPVA PGPT0004435_1241 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 D3-18_03936 942 cntB_2 COG0601 Metal-staphylopine import system permease protein CntB ATGATCAAGTTCATTGCGAAAAGACTGGGCAGTGGTCTGGTGGTGTTGTTCGTAGTCTCGGTCCTCACCTTCACCCTGCTGTACACCTCCAGCGGAAGTATCGCCCAGAACATCCTGGGGGACCAGGCAACACCTGAACAGGTTGCCTTGAAGGAGCAGGAACTGGGACTCGACCAGCCACTCTTTGTCCGTTACTTCGCCTGGCTTGGCGATGCCCTCACAGGCAACCTTGGAGCCTCGTGGTTCACCTCGGAGCCGGTGGCCAACTCTCTGGCCACCCGCATCCCGGTGACCATGACCATGGTCTTCACCGCAATGATCCTGATCGCCATTTGCGCAGCACTGATCGGTGTTGCCGCAGCCGTGAAGCGCGGCTGGGTGGACAGGGTGGTCCAGATCGGCGCGATCGTCGGGGACTCCATCCCGGGGTATGTGATCGGCGTGTTCCTGGTAACCATCCTGGCCATCCAGCTGGGGTTCTTCCCCGCCACCAGCACCATCTCTCCGGGGGTGGGGCCGGAGGCTTGGGTCTACTCCATGACGCTTCCGGTGATCGCGCTGCTGATCAACGGCGTAACCGGTGGCGCTCAGCAGATCCGCAGCGCCGTGATCAAGCAGCTTGAGCGTGACTACGTCCGGACGCTGCGCAGCCGCGGCATCGGGGAGCGCGAAATCCTCTTCAAGCACGTGCTCCGCAGTGCGGCACCTGCAGGCCTGACCGTGTTGAGCCTGCAACTGATCGGCATGTTGGGCGGCGTGGTGATCATCGAGCAGATCTTCGCCCTGCCCGGCATGGGTCCGCTGGCGGTCACCGCTACTACCCAAACCGACCTTCCTGTCGTCATGGGAGTGGTGATGTACACCGTGGTGGTGGTCATCGTCGTGAACCTCCTGGTGGACATCCTCAATGGTTGGCTCAACCCGAAAGTACGTGTCTCATGA MIKFIAKRLGSGLVVLFVVSVLTFTLLYTSSGSIAQNILGDQATPEQVALKEQELGLDQPLFVRYFAWLGDALTGNLGASWFTSEPVANSLATRIPVTMTMVFTAMILIAICAALIGVAAAVKRGWVDRVVQIGAIVGDSIPGYVIGVFLVTILAIQLGFFPATSTISPGVGPEAWVYSMTLPVIALLINGVTGGAQQIRSAVIKQLERDYVRTLRSRGIGEREILFKHVLRSAAPAGLTVLSLQLIGMLGGVVIIEQIFALPGMGPLAVTATTQTDLPVVMGVVMYTVVVVIVVNLLVDILNGWLNPKVRVS PGPT0004445_12359 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 D3-18_03937 1542 hypothetical protein ATGAAGTTAGGTCCCAAGGCGGCAGCAGCCGCCATCGTACTTAGCGCCTCCCTGGCGCTCACCGCTTGTGGCGGCGGGGGCGCCGGAACCGGAGCCGGTTCGAATGCCGGTGGCGGAACCACAGTGACCGCACTGACGCTCGGTACCCTCCGGGACATCACTTCCTGGGATCCGGCACAGGCCCATGTTGGTCACGCTCTCCAGCCATACCAGGCAGCGTACGACTCCCTGATCCTCCGCGAACCGGACGGCAAACTCAGCCCGATGCTCGCCACGGCATGGAAGTACAACGACACCAACACCAAGCTCACTGTTGACCTCCGTACGGACGTCACCTTCAGCGACGGTGCCAAGTTCGATGCCACGGCTGCCAAGGCCAACCTGGACCACTTCAAGAAGGCCAACGGACCCCAGATGGCCCAGCTCGGTTCGGTCTCGGATATCGCCGTAGTGGACCAGGACACCATCGACATCAACCTCAGCGCGGCAGAGCCGGCGCTGGAATACTTCCTGAGCCAGGCTGCCGGCCTCATGGGAAGCCCCGCAGCACTGGGCACCGACGCCATCAAGACCGTTCCCGTGGGCTCGGGCCCTTACGTCATGGACAAGGCAGCCTCCGTGAAGGATTCGCAGACTGTCTTCACCGCCCGGGAAGGCTACTGGAACAAGGACCTCCAGAAGTTCAAGAAGCTGACGCTAAAGATCCTCACCGATCCGACTGCCCGTACCAACGCATTGGTATCCGGCCAGATCGACGCCACGCTGCTGGATCCCAAGAATGGCAAGCAGGCCGAGGGCGCCAAGATGAAGCTTGAAACCAACCAGGTGGACTGGTCCGGATTGCTGCTCCTTGATCGCGATGGAACCAAGAACCCGGCCCTGGCCAACGTCAAGGTCCGTCAGGCCATCAACCACGCTTTTGATCGGAAGACCATCCTGGACCAGGTAATGCTGGGCCAAGGCACTCCCACCACTCAGCCGTTCGGCAAGGACAGCGGGGCTTGGACCGAGGAGCTGGAGAACTACTACAGCTACGATCCGGGGAAGGCCAAGCAGCTTCTGAAGGAGTCCGGCTTCGAGGGCAAGGTCAGCATCGACGTTCCCACCCTTCCCGGTGCTGAAACCCTGATTTCCGTGCTCAAGCAGCAGCTTGCCGATGTGGGAATCACGCTGAACCCGGGCGCGGCCATCACCAACACCTTCACTGCGGATGTTGCAGCCCAGAAGTACCATGCCATGTTCTTCAACCTATTCCAGGGTGAGCCCACCGTGGCGATTGACCAGATCGTCTCCACCAAGGCTCTGTACAACCCTTTCAAAAACACCACTCCTGAGCTCGAGGCCAAGATCGCGGCCGTGCGCACCGGTGGTGCAGATGCCGGCAAGCTGGCCCAGGAAGTCAACAAATACGTGGTGGAACAAGCCTGGTTCGCTCCTCTGTTCCGTGTGAACCAGATGTACTACCACAACGACAAAGTGAACGTCACGCCGCAGGTGCAGCAGGCCGTTCCGTCCATCTACAACTACTCGCCCGCCAAGTAG MKLGPKAAAAAIVLSASLALTACGGGGAGTGAGSNAGGGTTVTALTLGTLRDITSWDPAQAHVGHALQPYQAAYDSLILREPDGKLSPMLATAWKYNDTNTKLTVDLRTDVTFSDGAKFDATAAKANLDHFKKANGPQMAQLGSVSDIAVVDQDTIDINLSAAEPALEYFLSQAAGLMGSPAALGTDAIKTVPVGSGPYVMDKAASVKDSQTVFTAREGYWNKDLQKFKKLTLKILTDPTARTNALVSGQIDATLLDPKNGKQAEGAKMKLETNQVDWSGLLLLDRDGTKNPALANVKVRQAINHAFDRKTILDQVMLGQGTPTTQPFGKDSGAWTEELENYYSYDPGKAKQLLKESGFEGKVSIDVPTLPGAETLISVLKQQLADVGITLNPGAAITNTFTADVAAQKYHAMFFNLFQGEPTVAIDQIVSTKALYNPFKNTTPELEAKIAAVRTGGADAGKLAQEVNKYVVEQAWFAPLFRVNQMYYHNDKVNVTPQVQQAVPSIYNYSPAK PGPT0004430_16004 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 D3-18_03938 1008 iolG_19 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGCCTACAGCGGCAGTTATTGGTTGCGGCGACATCTCGACTATTCACTTTTCGGCCCTGGCCACCATGGACAACGCCGAATTGGTGGCGGTCTCCGATACCGATCCTGAAAGGTTGGAATCGGCCTCAGCGGAGCACGGCGTCCCAGGCTACGCGGATTACCTGGACATGCTCCAGAAGGTGCGCCCCGACGTCGTGCATATCTGTACGCCCCACCATCTTCATGCTTCAGTTGCCGCTGACTGCCTGGAGCGCGGCGTGAACGTCATCGTGGAGAAGCCACTTGCCCACACGCTGGCCGAGGGGCGGCGATTGATCGAGGTTGCGGAGCGAAGTCCGGCAAAAATCGCTGTCTGCTTCCAGAACCGTTACAACGCGACGTCGCAAGCCATGCATGAACTGCTCGACGGCGGCACGCTGGGTCAGGTGATCGGCGCCTCGGCAACTGTCATGTGGCACCGCGAGGGCAGCTACTACCGCAGCCGCCCATGGCGTGGCACGTGGGCGGAGGGTGGAGGTGGCCTCATGATGAACCAAGCCATTCATACCGTAGACCTGTTGCAGTGGCTGGTGGGTGATGTTGCCAAGGTGGAGGGGCACGCGTCCACCCGTTCGTTGGGTGGCGTGATCGAGGTGGAAGACACCGCGGAGTTCGTGGCCGAGCATGTGAACGGCGCGCGGAGTGTCTTCTACGCAACACTGGCCAATGCGGTGAATGCGCCCGTCACCTTGGACATCGTGACAGAGAAGGCAACACTCAGCCTGCGCGGTGACCTCACGGTGACTTATGCCGACGGCACGGTGGACGTCGTCCCCGAGAGGGTGGCGGAAACGGGGGGAAGATCCTATTGGGGGGTTTCCCACGAACTGCTGATTGCAGATTTCTACAACAAACTGCAGGACGCCGGGCCGTTCTGGATCAGCCCGGCTGAGGCCGGTAAATCCTTGGCCATCATCAAGGACATTTACGCGCAAAGTTACCCGGAGATTACTGATCAGGTGGGGTGA MPTAAVIGCGDISTIHFSALATMDNAELVAVSDTDPERLESASAEHGVPGYADYLDMLQKVRPDVVHICTPHHLHASVAADCLERGVNVIVEKPLAHTLAEGRRLIEVAERSPAKIAVCFQNRYNATSQAMHELLDGGTLGQVIGASATVMWHREGSYYRSRPWRGTWAEGGGGLMMNQAIHTVDLLQWLVGDVAKVEGHASTRSLGGVIEVEDTAEFVAEHVNGARSVFYATLANAVNAPVTLDIVTEKATLSLRGDLTVTYADGTVDVVPERVAETGGRSYWGVSHELLIADFYNKLQDAGPFWISPAEAGKSLAIIKDIYAQSYPEITDQVG PGPT0022715_729 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 D3-18_03939 846 hypothetical protein GTGACTCAACCCAGTGCCGTGTGGAGCCTGTCCGGTTTCGGCGACGAAGTAGACCCCGATCCCACCGTGCAGGCCGCCGTGCTGTTGGCCCTGGGTGCGAGCCACATTGAAGTCCGCAGCGCATGGGGGACCAATGTCTCGGAGCTTGGGCAGGACGCCGTCCGGCAACTCAAGGCGATCCTGGATGAGAAGGGACTCAAGGTTTCAGCTGTTGCCAGTCCCATCGGCAAGGTAGACGTCAGCCTTCCTGTGGAGCATGAGGTGACGCGGCTTCGCCAAATCATCTCCGTTGCCAAAACCCTGGAGACAAAATACGTCCGCATCTTCTCCTTCTATCGCGGAGTTGGCCAAAGCCAGGAGAGTATTCGCGACGCCGTCATGGAGCGAATGTCAGCACTGGCCGCAGAAGCTGCTGCGCACGGCATCGTCCTGCTCCATGAAAATGAAAAGGGCATTTATGGAGATACTCCCGATCGCGTCCTGGACATTATGCAGGCGGTGGACTCTCCCTCGCTTCGGGTTGCGTGGGACAACGCCAATTTCGTCCAAGTAGGCGTCAAGCCCTACACCGAGGGATATGCCATCCTGCGTCCCTACCTTGAATATCTACAGGTCAAGGACGCAATCGCCAGCACAGGTGAAGTGGTTCCCTCCGGCGAAGGCGACGGCGAATTGGACGCGACCATCAGCGCCCTTGCCGCGGACGGTTACACCGGCTTCGCCTCGCTGGAGCCGCACCTGGCCAGTGCCCACGAGCTGGGCGGGTACTCGGGGCCGGTTGCCTTCGGAATCGCGGCCCGCGCCTTTGCCGGCCTCGCTGCCAAGAATGGCGTTTCCCTGGCCTGA MTQPSAVWSLSGFGDEVDPDPTVQAAVLLALGASHIEVRSAWGTNVSELGQDAVRQLKAILDEKGLKVSAVASPIGKVDVSLPVEHEVTRLRQIISVAKTLETKYVRIFSFYRGVGQSQESIRDAVMERMSALAAEAAAHGIVLLHENEKGIYGDTPDRVLDIMQAVDSPSLRVAWDNANFVQVGVKPYTEGYAILRPYLEYLQVKDAIASTGEVVPSGEGDGELDATISALAADGYTGFASLEPHLASAHELGGYSGPVAFGIAARAFAGLAAKNGVSLA PGPT0003570_43 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-PETROBACTIN_BIOSYNTHESIS,PGPT0003570-asbF-K15652 NA NA D3-18_03940 1020 cytR_7 COG1609 HTH-type transcriptional repressor CytR ATGGCGACGCAACCCATGGCAACAGGCCGGCCTGCCACCATCCACGACATTGCTGCGCTGTGTGGCGTCGCAGCGTCCACCGTTTCGAGGGCCCTTGCCAATCCTGAGCGCGTCAATATCCGCACCCGCGAGCGGATCCAGGCTGCCGCCGTCGAGCTGAATTACACTCCCAATTCCCAAGCGAAAGCGCTGAGCTCCGGCCGCACGGGTGCGGTGGGCGTTCTGGTTCCGGATATCACCAACCCGTTCTACTTCGACCTCATCAGGGGAACGCAGCTTCAGTTGAAGGCGGCCGGCTACACGCAGTTGCTGGTTGATACGGAGGAATCGGACGAGGTGGAGGCCAGCACGCTGGAGCAGTTGCGTAAAAGCGCCGACGGCGTGATTGTCGCAGCGTCCCGCCTCAACGACGAAGCACTTGCCGCTGCCGCCGCGCGGATGCCGATGGTCACCGTTAACCGCGACGTCGACGGCGTCCCCGCAGTCATCATCGACACTCCCTCAGCCATGCCTCAGGCATTGGACCACCTGATTTCACTGGGCCACACGTCTGTTGCGTATGTTTCCGGCCCCGCCGTTTCCCAGTCCAGCGCCCGGCGCTGGACCTCACTGTCAGAAGCCGCCGAGGAACGCGGAGTTGAGGTTCGCAGCATCGGGCCGTTCGCCCCCAAGACCCAGTCCGGCGCAGCTGCTGCGGATGCCGCCGTTCACAGCGGGGTCACTGCGTGTATCGTCTTCAATGACCTCATCGCTATCGGCATGCTCCAGCGCCTCCGCGAACGTGGTCTTCGAGTGCCGGAGGACATGAGCATTGTGGGCTGCGACGACATCTTCGGGGCAGACTTCTGCAATCCGCCCCTGACCACAATGGCCTCACCGATTGAGCAGGCAGGACGCGTGGCCGTCTCCATGCTGCTTGCGCAACTGGATCCCCTGCACGCTGGATCCAGCCGACGCTTGGCCGTTATGCCTACGCACCTCACGGTCCGCGGTTCCACAGGTCCGGCCCCCACCAATTAG MATQPMATGRPATIHDIAALCGVAASTVSRALANPERVNIRTRERIQAAAVELNYTPNSQAKALSSGRTGAVGVLVPDITNPFYFDLIRGTQLQLKAAGYTQLLVDTEESDEVEASTLEQLRKSADGVIVAASRLNDEALAAAAARMPMVTVNRDVDGVPAVIIDTPSAMPQALDHLISLGHTSVAYVSGPAVSQSSARRWTSLSEAAEERGVEVRSIGPFAPKTQSGAAAADAAVHSGVTACIVFNDLIAIGMLQRLRERGLRVPEDMSIVGCDDIFGADFCNPPLTTMASPIEQAGRVAVSMLLAQLDPLHAGSSRRLAVMPTHLTVRGSTGPAPTN PGPT0021075_955 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021075-cytR-K05499 NA NA D3-18_03941 822 nadE_2 COG0171 NH(3)-dependent NAD(+) synthetase ATGCGCGAACTCCAGGCCAAGATCATTGAAGAAATGGGCGTCCAGCCCCGGATCGATCCTGCGGAGGAGATCCGCAGACGGGTCGCCTTCCTGAAGGACTACGTGAAGGCGACGGGGACTAAAGGCTTCGTCCTGGGCATCTCCGGCGGGCTCGATTCCACCCTGGCGGGGCGACTGGCCCAGCTGGCGGTCGAGGAGCTGGAAGCGGAGGGCGTAGAGGCGAACTTCGTGGGCGTCCGACTCCCCTACGGCATCCAACACGACGAAGACGACGCCCAGGCCGCCTTGGACTTCATCAAAGCCAAGACCGAGTGGACCTTCAACATTTCCCGCGCCGTTGATGGTTTCGAGGAAGAGTTCGAGAAGACCACCGGCGCGGAAATTTCCGACTTCCACAAGGGCAACACCAAGGCCCGCGCACGCATGATCGCGCAGTATGCCTTGGCCGGCGAGCACAATTACCTGGTGGTCGGCACCGATCATGGCGCCGAGTCCGTCACGGGCTTCTTTACTAAATTCGGCGACGGCGGCGCGGACATCCTTCCGCTATTCGGCCTGAACAAGCGCCAGAACCGCGCAATCCTGGCTGAACTTGGAGCTCCCGCCCGCCTTTGGCAGAAGGTGCCCACGGCCGATCTCCTGGACGACAAGCCCGGCCGCACAGATGAGGACGAGCTGGGCGTCACCTACGACCAGATCGACGACTATCTTGAAGGTCGCGAGGTGGCCGAAGGCGCAGCAGAGCTTATCGAGCAGAAGTACCTTCGTACCCGTCACAAGCGCACCGTCCCGGTCACCATCTTTGATACGTGGTGGAAATAG MRELQAKIIEEMGVQPRIDPAEEIRRRVAFLKDYVKATGTKGFVLGISGGLDSTLAGRLAQLAVEELEAEGVEANFVGVRLPYGIQHDEDDAQAALDFIKAKTEWTFNISRAVDGFEEEFEKTTGAEISDFHKGNTKARARMIAQYALAGEHNYLVVGTDHGAESVTGFFTKFGDGGADILPLFGLNKRQNRAILAELGAPARLWQKVPTADLLDDKPGRTDEDELGVTYDQIDDYLEGREVAEGAAELIEQKYLRTRHKRTVPVTIFDTWWK PGPT0013445_2093 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013445-nadE-K01916 NA NA D3-18_03942 651 hypothetical protein ATGAAAGGCATCAACGAACACGACAACACCTTCCCTGAGCACGGTCACGGGCACCCCGAACACGGACACGGCCGAGGCCGGTTCAATCGAGGCAAGGGCCGTCGCGGACCGGGCGGACACGGCGGCGGCGGATTTGGCCCAGGCTTTGGTCCTGGCGGTTTTGGCCCAGGCTTCGGCCCCGGTTTCGGACCTCGGGGCTTCGGTCCCGGCGGATCACGCCGGGCCAACCGCGGGGACGTCCGCGCAGCGATTCTCTCGCTCTTGGCTGAGGCTCCCTCCAACGGATACGGCTTGATCAAAACGATCGCAGAGAAGACGTCCGGGGCATGGCGACCCAGCCCCGGCTCCGTCTACCCGACGCTGCAGCAGTTGGTCGACGAAGAGCTGATCGTCGCCGTCGGCGAGGGTCGGCGTACCGAGTTCACGCTCACTGACGACGGCAAGGCTTACGTCGCCGAGCATGAAGAAGAGCTCGCCAATGCATGGAACACGGAGGCCGATGGAACAGGCGCAGCATTCCACCAAAGCGTAGGCAAGCTCATGGGCGTCATCCACCAATTCCGCGGAGCCGCTACCGACGAACAGCGTCAAGCGGCGATCGAAAAGCTGGACGAAACCCGCCGGGCTCTCTACCTGATCCTGGCTGACTAA MKGINEHDNTFPEHGHGHPEHGHGRGRFNRGKGRRGPGGHGGGGFGPGFGPGGFGPGFGPGFGPRGFGPGGSRRANRGDVRAAILSLLAEAPSNGYGLIKTIAEKTSGAWRPSPGSVYPTLQQLVDEELIVAVGEGRRTEFTLTDDGKAYVAEHEEELANAWNTEADGTGAAFHQSVGKLMGVIHQFRGAATDEQRQAAIEKLDETRRALYLILAD NA NA NA NA NA D3-18_03943 759 tipA HTH-type transcriptional activator TipA ATGGACTGGTCAATTCAGGAAATCGCCAAGATGGCAGGGACCACCAGCCGCACGCTGCGTCACTACGACGACATTGGGCTACTCAAACCAAGCCGGACCGGCCATAACGGCTATCGCCACTATGACGGTCCGGCCCTGGTTCAGCTCCAGCGAATCCTCCTGCTCCGGGAACTTGGGCTTGGACTACCGGCCATAGCCGAGGTTCTTGACCGCGAGACGGACACCGTCAAAGCGCTGAAAAGCCATCTGGAATGGCTTGCCCAGGAGCAGGACAGGATAACCCGGCAGATCGCCTCCGTTCGGCAAACGATCGACACGATGAAAGGAGATGGAAAGTACATGGCACAGGACATGTTTGATGGCTTCGACCACACTCAGTACAAGGACGAGGTGGAGGAGCGCTGGGGCAAGGACGCCTACGCCGCCAGCGACTCGTGGTGGCGTGGAATGAGCGCAGACGAAAAGCATCAGTGGAAGGAGCGCGCCCGGAAACTGGGCACGGACTGGATCTCCGCGGCAGAATCCGGGGTTTCGCCGGACGGCGCCGAGGCGCAGGACCTGGCGCGGCGCCACGTCGAGTGGCTGCGCGGCATTCCGGGAACCCCGACGGCGGCACCTGGCGCAGACGTCAAGGGTTACGTCACAGGACTCGGCGAAATGTACGTTGCTGATCCGCGATTCGCGGCCAACTACGGCGGCGAATCAGGGGCGACCTTCGTCAGGGATGCCCTGAGGGTATACGCGGAAAAGAACCTGTAG MDWSIQEIAKMAGTTSRTLRHYDDIGLLKPSRTGHNGYRHYDGPALVQLQRILLLRELGLGLPAIAEVLDRETDTVKALKSHLEWLAQEQDRITRQIASVRQTIDTMKGDGKYMAQDMFDGFDHTQYKDEVEERWGKDAYAASDSWWRGMSADEKHQWKERARKLGTDWISAAESGVSPDGAEAQDLARRHVEWLRGIPGTPTAAPGADVKGYVTGLGEMYVADPRFAANYGGESGATFVRDALRVYAEKNL PGPT0003175_15 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MULTIDRUG_RESISTANCE CE-BACTERIAL_FITNESS-OTHER_MULTIDRUG_EFFLUX_GENES,PGPT0003175-mta|ywnD-K21743 NA NA D3-18_03944 591 betI_8 HTH-type transcriptional regulator BetI ATGGGTACAAGCACCGTAAAGTCCGGCGAACAGGTTGACAGGCAGAAACGCATTCTCGACGCAGCCCTGGAACTGCTGTCCCGCCATGGCATTTCGGGCATCAACATGCGCGCTGTGGCGCGTGAAGCCGGCGTCGCCCTGGGGCTTGTGAACTACTACTACGAAGACAAGTCGAGCCTGATCCGCGCGGTTCTTCACCAGATTGAAGAGCACGACCTCCTGCTGGTGGAGCCCAAAGCCACGTCGACCCCCGACGAGCAACTCCGGGAGTCGCTTCGGCGCGTTGCGGACCCCGGGCTTCTGACCACACCGTACCTGTCCCTCCGGCTCCACTTGTGGGCCCTCGCCCAGGCGGATGAGGACTTTGCACGAATCAATGCCGCGGCCTTTGAGAGATACCTCCAAGGCCTCGCTGCCTTGATCGGCAATGCGATTCCGGGCCTGTCCCCGGATGAATGCAGGGAACGGGCGGCCGACATCGTAGTGGTGCAGAACGGCATGTGGCTCACCACGCTGTTGGGCATCGACAAGGCAGCCATCGCCCGCGGCATCGCCCGCACGGAGCAGATCGCTTTCGCCCCTTCGGTGTAG MGTSTVKSGEQVDRQKRILDAALELLSRHGISGINMRAVAREAGVALGLVNYYYEDKSSLIRAVLHQIEEHDLLLVEPKATSTPDEQLRESLRRVADPGLLTTPYLSLRLHLWALAQADEDFARINAAAFERYLQGLAALIGNAIPGLSPDECRERAADIVVVQNGMWLTTLLGIDKAAIARGIARTEQIAFAPSV NA NA NA NA NA D3-18_03945 1791 hypothetical protein GTGGCAACGGCGATGGAGACTGTTAGTGATGCTGATCTTGTCTTGAGGGTTCGGGCGGGGGATCAGGGGGCTTTTGCGAGTCTTTTTGACCGGCATCGGGATATGGCGCGGTATGTCGCGGCTGGGCAGGTGGATAACAGGGCCGATATTGAGGACATTGTTTCGGAGGCGTTTGTTTCGATTCATCAGGCCCTGATGCGTGGCAAGGGTCCTGATACTTTCTTTAGGGCTTATCTGCTGACGGCGGTGCGGCGCATCGCGCAGGCCCAGAACCGGATGGCGGCCCGTAGCCTGCCGGTTTCGGACAGTTTTGTGCTGGACCGGGTTGAGGATCCTGAGGACCCGGCCGTTATGGGGTTTGAGTCCAGCACCGTGGCGGCTGCGTTCAAATCCCTGCCTGAGCGTTGGCAGGAAGTCCTGTGGTACGTGGACATAGAGGGAATGAAACCCGCCGCCGCATCGGAAGTACTGGGAATCACCCCAAACGGGGTGTCGTCGCTGGCGATCCGGGCCCGCGAAGGTCTGCGGCAAGCCTATTTGCAGGGCCATATAAACAACTCAACCCCCAAGGAATGCGAAGGGTATCCGGACCAGCTAGGGGCCTACTCCAGGAACGGTCTGAGCCGGCGGGCCCACCACAAAGTCCAGACCCATCTGGAATCCTGCTCAAAATGCACGGCCCTGCTCCTGGATCTCAACGACGTACAGTCCGCCATGAGGGCCATCATCTTCCCCCTGATCGCGGGAGTGGCACTAACGTCTGCCGCCCCCGGAATCATGGGCGCCGCTGGGCTCGCGGGTACTGTGGTGGGGGCCGGTGCCGGCGGCGAGGCTGTTCCCAAGTCCATCGCTTCGATGGTTAAAGTCGGGGCAGCTGGATTAGCAGGAGCGGCCGTGATTGTGGGCGCCACCATAGCTTTGGCAGCAACCGGAACCAACAACCCCGGCACACCACAAACCGGCGAGATGCCGTTAACCACCTCCAGCCAGGATAACCAGAACACGAAGTCCCCACTCACCGGTGCCAACCCGGCCCCGGCCGCACCGACGAATCAACCCTCGAGGTTCACCGCCCCCGGGCCAGCCGAACTCGCCGCAGGCCCGGAAGAACTGCCCGCCCTGAACGGCGTGCAACGCAGCCCCGCGAGCTTCTCCGCGCCGCCGCACCGTCCGATCGCTTGGCCTGCCCCGCCCGCGGCCGCTCCGCTGAAGCTCTTCGAGGTGCCCAAGCCTTTCGAAGTCCTACCGCCACTACTCGGGGCGGGCACCACAAAGGACCCAACACCCCCGACGCCGACCCCGTCGCAGAGCACACCCCCGACGCCGAGCCCGACCCCGACGCAGAGCCCGACCCCGACCCCGACCCCGACGCAGAGCCCAACCCCGACGCCGAGCCCGACCCCGACGCAGAGCCCGACCCCGACCCGGCCCATAGCACCAGAGGTCACGGCCACCGTCACCACGGGTGTGGGCTCAGGCGCGGCGGATGTCCAGGCCACGATCACTTTCTCAATTGCCGGCCAAACAGCCACCGAAGCCGCTGAAGTGATCTTCTCCGTATCCGAGGGGGCAAGCCTGATCCCGGGAACACTCATCCAACCCGCCGGGTGGTCCTGCACGGCACAAAACGATGGCACAAAAGAAGTCCGCTGCACGAGCACAACGGTTGACCCCGAAAACCTGGAATTCACGCAGGGCATCTCCCGAAAAGACCCAGCAGCCCAAACCACCCTCGACTACCAATTCACGGGAACGGGACTGCCTTCAACTACCTTCTCTAACACCTTCTGA MATAMETVSDADLVLRVRAGDQGAFASLFDRHRDMARYVAAGQVDNRADIEDIVSEAFVSIHQALMRGKGPDTFFRAYLLTAVRRIAQAQNRMAARSLPVSDSFVLDRVEDPEDPAVMGFESSTVAAAFKSLPERWQEVLWYVDIEGMKPAAASEVLGITPNGVSSLAIRAREGLRQAYLQGHINNSTPKECEGYPDQLGAYSRNGLSRRAHHKVQTHLESCSKCTALLLDLNDVQSAMRAIIFPLIAGVALTSAAPGIMGAAGLAGTVVGAGAGGEAVPKSIASMVKVGAAGLAGAAVIVGATIALAATGTNNPGTPQTGEMPLTTSSQDNQNTKSPLTGANPAPAAPTNQPSRFTAPGPAELAAGPEELPALNGVQRSPASFSAPPHRPIAWPAPPAAAPLKLFEVPKPFEVLPPLLGAGTTKDPTPPTPTPSQSTPPTPSPTPTQSPTPTPTPTQSPTPTPSPTPTQSPTPTRPIAPEVTATVTTGVGSGAADVQATITFSIAGQTATEAAEVIFSVSEGASLIPGTLIQPAGWSCTAQNDGTKEVRCTSTTVDPENLEFTQGISRKDPAAQTTLDYQFTGTGLPSTTFSNTF NA NA NA NA NA D3-18_03946 219 hypothetical protein GTGACGGCCAACCAACAGATACTCATCGTCCGATGCACGGACTTAGCGCAAGGGGACACCATTGAAGCTTGGTCGAAGGGAGTTCTTGTACATCGCGGAATCGTCACCCAGACTATGCCGAAGGCAGGACTCTTTTGGATCCACGAAGACCAACTAAATGAGCGCCGGCTAGTGGACATGCAGGAGCTGGAAATACTGCTCTTCCCCACTCGTCCTTAG MTANQQILIVRCTDLAQGDTIEAWSKGVLVHRGIVTQTMPKAGLFWIHEDQLNERRLVDMQELEILLFPTRP NA NA NA NA NA D3-18_03947 918 hypothetical protein ATGACTCATATCCAAACCCCCTCCCGACGCGACCTCGGCCGAGTCATCGGATCGTGGAGCAAACAACGCATCCTCATAGTCCTGATTGCCATCTTGGGTGTGGGAATTTTGCTGTATCCAACAGCAGCTGCCTGGTTTTCCGACCGGGTCCACGCCACCGAGATCAGTGGCTACGTGGACACTGTGGGAAACCTAAACCCCTCTGCCAAAAAGTCCATTCTGGACGCGGCGAAGAAATTCAACCAAGACCTTCCTTCCGGACCTCTCAGAGACCCCTATTCCCTCAATGACGAGGGCAAACAGACCACCATCGGCGCAGGATCAGACGCCTACCAGAATCTGTTGGATGTGGGACCAGGTGGAATGATGGGCCGGATCAGTATCCCCTCCATCCATTCCGACCTGCCGATCTTCCACGGCACCGACGAAGACTCGCTGTCCAAAGGCGCCGGTCACCTGTTCGGTTCGGCTCTGCCAGTCGGGGGAGAGGGGACTCATAGCGTCCTGAGCGCGCACTCCGGCTTCGTCAGTGCAACCCTTTTCGAGAACCTCCATAAAGTCGCTAAAGGTGAAACCTTTAGCATCAGCGTCCTGGACCAGACCATCTACTACAAAGTGGACTCCATCCAAACAGTCTTGCCGGATCAAACGGACGCTCTCCGAAAGGTGCCCGGCAAGGACTATGTAACTCTCATCACCTGTACGCCCACCGGCGTAAACAGTCATCGCTTGCTCGTCCGCGGCGAACGCACAGAAGCCCCCAGTGCCGAGAGCCCGCAAACAATGCCCAGTCAAGCATCAGACCCAGGTTTCCCCTGGTGGGTTCTGGGCCTCATCGGTGCGGCAACGGTTGCCATCCTGGCCACCCGCCCTCGTAATTCCACTCCAGTTCCAGGCAGGGAAAGGACCACACCGTGA MTHIQTPSRRDLGRVIGSWSKQRILIVLIAILGVGILLYPTAAAWFSDRVHATEISGYVDTVGNLNPSAKKSILDAAKKFNQDLPSGPLRDPYSLNDEGKQTTIGAGSDAYQNLLDVGPGGMMGRISIPSIHSDLPIFHGTDEDSLSKGAGHLFGSALPVGGEGTHSVLSAHSGFVSATLFENLHKVAKGETFSISVLDQTIYYKVDSIQTVLPDQTDALRKVPGKDYVTLITCTPTGVNSHRLLVRGERTEAPSAESPQTMPSQASDPGFPWWVLGLIGAATVAILATRPRNSTPVPGRERTTP PGPT0024075_584 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_RELATED_SORTASE,PGPT0024075-srtA-K07284 NA NA D3-18_03948 1482 Fimbrial subunit type 1 GTGAGTAATCCAAGCTCCTTGCGGCTGTGGAAAACCGCCGCCGCAACTATAGCCGGGGCGGTGCTGGCCATGTCCTTCTCCGTCGCACCGGCCTCGGCAGCGCCCTTGGTTGATGGCGACCAGACCGGTTCCATCACAGTCCACAAGTTCGAACGCCCCGCCACTCCCACAGGCCTTCCCAACAACGGCACTGCGGTAGACACCTCCGGGTTGACGCCGTTGGGTGGCATTGAGTTCACGATTCAGCAGGTCAATACCATTGACCTGTCGACCAACGCCGGTTGGGACGCAGCCCATAACCTGAGCAGCGTCTTCGCCCCGTCGGACCCGGCCGGTTCCATTACCGGTGCCGGCTACACCTTGGGTGCAGGGCAGGCCCAGACCACCGCTGCCGACGGCACCGCAGCGTTCGCCAACCTCCCCGTCGGCCTGTACCTGGTCACCGAGACCAACTACCCCGCCGGTGTGACTCCTGCAGCTCCTTTCCTGGTCTCGGTTCCCTTGACCGACCCGGATAACCAGGACAACTGGATCTACGATGTTCACGTTTACCCGAAGAACTCCATTGCCGGTGCAGAAAAGACCGTCACGGATGCCCCCGACGTGAAGCTGGGCGACCAGATTGACTTCACCATCACCGGTGACATTCCCAACGAAGCCGTCATTGATGGTTACAAGATCGTGGACGTCCTCGATCCCAAACTGACCTACGTGGGCGCCACCGCCACCCTGCTTGATGGCACCGTCATCACCGAAGGCACCCACTACAACGTGGTCTTCGACGCAGCAACGAACACGGCCTCCATCGTCTTCACCCCCGCAGGCCTGGCAGTACTGGCCGCACACGTGGACACCCGCGTTCAGGTCATCGTGAACACCACCGTCAACACCATCGGTGAAATCGAGAACGAGGCTCTGGTTTACCCGAACCTGGGCAGCTTCACCATCACCCCGGGCCAGCCCGGCGGCCCGATCGTGACGCCCCCGGTCGTGACCAAGTGGGGCGAAATGACCCTGCAGAAGGTCAACGAGAACGGCACAGCCCTCGCCGGCGCTTCCTTCTCGGTCTACACCAACGAAGCTGACGCACTGGCCGGCACCAACCCGGTCGCACTGAACGGCCAGAGCGTCTTCACCGTCGCTGCCGATGGCACGCTGACCATCTCCGGTCTGCGCTACTCGGACTGGGCAGATGGTGCAGCTGTTGCACCGGGCTCGGTTGACTACCGCACCTACTACCTGGTCGAGACCACCGCCCCGGCCGGATACGAGCTGCTCGCCGAGCCGATCTCCTTCCTGATCAACTCTGCCAGCACCAGTGTCGGCATTGACCTGAGCGTGAAGAACATCCCGTCCAACGGCGGCTTCGAACTGCCCCTCACCGGTGGCCTCGGAACCGGCCTGCTCTACGCAGCCGGAGCACTCCTGGTCGTCGGCGCAGGACTCCTGTTCGTAAGGAACCGCAAGACCACCAACAGCTAG MSNPSSLRLWKTAAATIAGAVLAMSFSVAPASAAPLVDGDQTGSITVHKFERPATPTGLPNNGTAVDTSGLTPLGGIEFTIQQVNTIDLSTNAGWDAAHNLSSVFAPSDPAGSITGAGYTLGAGQAQTTAADGTAAFANLPVGLYLVTETNYPAGVTPAAPFLVSVPLTDPDNQDNWIYDVHVYPKNSIAGAEKTVTDAPDVKLGDQIDFTITGDIPNEAVIDGYKIVDVLDPKLTYVGATATLLDGTVITEGTHYNVVFDAATNTASIVFTPAGLAVLAAHVDTRVQVIVNTTVNTIGEIENEALVYPNLGSFTITPGQPGGPIVTPPVVTKWGEMTLQKVNENGTALAGASFSVYTNEADALAGTNPVALNGQSVFTVAADGTLTISGLRYSDWADGAAVAPGSVDYRTYYLVETTAPAGYELLAEPISFLINSASTSVGIDLSVKNIPSNGGFELPLTGGLGTGLLYAAGALLVVGAGLLFVRNRKTTNS NA NA NA NA NA D3-18_03949 2583 hypothetical protein TTGAAGTTTCCCCGCGGGAGAGCGACGGCCATTTTTGCCGCGTTGATGGTGGTCCTTGGCGGGCTGTCGTTAGGCGCACCGGCTCAGGCCTACGAAGTGGCCACAGCCCCGGCGAACACTGTGGGCGGAGACGCCGTGCTGACGATGCCGGGATCAGGCCTGACTACCACCTATGACCAGTCAGGTCTGACCTATCTGGCGGGCAGGACGACGCTGGATAGCCGTGGGTATGTCGCCTCGGACTATTCGCAGGGCGTCCCCGCCACTTCTCCCGCCGTCGAGTTCTGGACCGACGCCACGAACAACTGTCCGGCTAGTGGGTCTTGTTCGGGTCTGGGCACTGTCACTGTTGCCTTTAGCCAGCCGGTGAGAAACCCGGTACTGAATCTGGCAGGTATGGGCGGGTATGTGTCCCTCGACCTCGGCGACGACGGCAGTGTTGATCAGCAGTCGCAGTACCATGTCGTCTTGAACCTCGCCACCGCCGGGTTGACCATGAGCAAGCTCTCCGGAAGCAATCTCGCCGTCAGTGGTAACTCCATCACGGCAGTGAATCACAATACCGGTCCTTCGTGCAGCAGCACAGCTCAGACCGGCAATCCCGCTCCGCTCAGTGCCCAGGCAACAGCGGCATGCGGCTCGGTAAGAGTCAACGGCGTCGTCACTACCTTGACCTTCGATGTCAGCAGCGTTCACGTTCCGACCAGCAACTCGATACCCGGCTACACGAATAACGTCGTCACGAATGCCAATGTCCACAACCAAGACAACTTCCTCATGGCTGTCACTGTTCCTCAGGACTTCGGGGATGCTCCGGCGTCTTACGATCAAGGCAGCGCCGCGAGGGCTGTTGCATCCGACGTAACGCTGGGTGCGAATATCACCGAGGATAACGCCAACGTTGCCAACGGGACGGCGTCCCCCAATGCCAGCGTTACTGCCGCGCTGGACCAGATGGACGATGGCGTCGTCATGGCGCCCATGACGGCGGGAGTAACCAGCTACACCAGAACCGTCGCCATCAGTGGTGCCAGCAAAGCCGGAATGACGTGTGGGTGGATCGACGTCAACAAGGACGGGCTCTTTAACAACACTGCGGAGCGGGCGTGCGCCAACTTTGCGGCCGGAGCCACATCCGCCACGCTCACCTGGTCCGCTGTCCCTGCGGGGATGACTGCCGGAACCACCTATGCGCGCTTCCGGATCAGTTACAACATCACCCAGGTCCAGTTGCCCATTGGACCTTCGAATTCGGGCGAGGTGGAGGACTACATCGTCACCATCGCCCCTGCCGCTGCACCGGCCATCACGTTGGTCAAAACCGTGGACAGGACCACACTCGTGGCCGGCCAAACCGCCACTTACACGTTCGTGGCCCAGAACACCGGCAACGTCACCCTGACGGGCGTCGTGATCAGCGAAACACAATTCTCCGGGACCGGCACCATGTCCGTCTTGACTTACACCTGGCCGGGATTGCCCGGTGTGTTGCTGGCCGGGCAATCGGTGACTGCTACCGCCACTTACGTGGTGACTCAGAACGATGTCATCACCGGCGTGCTCACAAACATCGCCAAGGTCACCGGCAATCCGCCCATCGGGCCGCCGGTCACGGCAACGGACGATGCAGAAATCAAGGCACCCCCGGCGTGGAAGATCAAGAAGACGGCGACGGTCAACGGCACGGTTCCGGCGAACGGATCGGTAACCCCCGGCCAGACGATCAACTATGCAGTGACCGCGACCAGCCTCAGCGGCATCATCACAGGGGTGATCCTGAAGGATAACCTCGCGGATGTCCTGGACAACGCGACCTTCGTCCCGGGCTCAGCAACCCTCACCATTGGAACGGGCACTCCTATTCCCGTCGCAAACCCTGTGGCCCCTTCAACAACACTCACTACGGCCGCTTTCACCCTTCCCGCCGGTCAAACGGCGACACTGCGATACAGCGTCACCGTTAAGACCAATGCCTGGAACGCCACCTTGATCAACACGGTGACCGGCAGCGGCAGCACACCTCCCCAAACCTGCGCCGGATCCGGATCGTCCGGCCCCGGGCCTGACTGCACCACCACACACCAGACACCCGCCAAAGTCCTCATCGAAAAAGTCGGCGAATCTTCCAACGAGGAATGGGTCAGAATGGCCGGCTCTTCCTGGACGATTTACACCAACAACAATGGCGTCCCCGGAGCGGCCCTGGTGAGCCCGACCGCGGTTGCCGTGACAGGTGAAACAGGTTTGTTCCAACTCGAGGGAATCAAACCCGGTATCTACTGGCTCCAAGAGAGCACCGCACCTGAGGGTTTCAACCTGTTGGCCGAGCCTGTGCAATTCACCGTTGCAGCTAGTGGCGCCGTGACAGTTGGACAGGGCAGCGGTACGGGCGTTGTGACCAGCAGCGACAGCGACGGTGATGGGATCTTCCTCATCACGGTGCGCGATGTGCCCGCACTGGAAATGCCCGAGTCTGGCGGCATCGGCTGGTGGCCCTTCACCGCAGCTGGATGGATTCTCGTCTTGACAGCCCTCGGCCTGGGACTCGTCACCGTCCGCCGCCGAAACATCACCAGCACTTAG MKFPRGRATAIFAALMVVLGGLSLGAPAQAYEVATAPANTVGGDAVLTMPGSGLTTTYDQSGLTYLAGRTTLDSRGYVASDYSQGVPATSPAVEFWTDATNNCPASGSCSGLGTVTVAFSQPVRNPVLNLAGMGGYVSLDLGDDGSVDQQSQYHVVLNLATAGLTMSKLSGSNLAVSGNSITAVNHNTGPSCSSTAQTGNPAPLSAQATAACGSVRVNGVVTTLTFDVSSVHVPTSNSIPGYTNNVVTNANVHNQDNFLMAVTVPQDFGDAPASYDQGSAARAVASDVTLGANITEDNANVANGTASPNASVTAALDQMDDGVVMAPMTAGVTSYTRTVAISGASKAGMTCGWIDVNKDGLFNNTAERACANFAAGATSATLTWSAVPAGMTAGTTYARFRISYNITQVQLPIGPSNSGEVEDYIVTIAPAAAPAITLVKTVDRTTLVAGQTATYTFVAQNTGNVTLTGVVISETQFSGTGTMSVLTYTWPGLPGVLLAGQSVTATATYVVTQNDVITGVLTNIAKVTGNPPIGPPVTATDDAEIKAPPAWKIKKTATVNGTVPANGSVTPGQTINYAVTATSLSGIITGVILKDNLADVLDNATFVPGSATLTIGTGTPIPVANPVAPSTTLTTAAFTLPAGQTATLRYSVTVKTNAWNATLINTVTGSGSTPPQTCAGSGSSGPGPDCTTTHQTPAKVLIEKVGESSNEEWVRMAGSSWTIYTNNNGVPGAALVSPTAVAVTGETGLFQLEGIKPGIYWLQESTAPEGFNLLAEPVQFTVAASGAVTVGQGSGTGVVTSSDSDGDGIFLITVRDVPALEMPESGGIGWWPFTAAGWILVLTALGLGLVTVRRRNITST PGPT0022155_4662 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 D3-18_03950 354 hypothetical protein GTGCTGATGTATGCAGCAGACAAACGGTTGGTCAGACCGGGGGAGAGAGTTGTTTTCACAGCCTGGATCGTCAACGAAACGGGCCGGCGCCTCAATGGTGTCCAACTAGTCCCCGGATCGCTGACCAACGAGGGTTTGGAAGTACTTCAGTTCCAGCCGTTATCCCGGAGGGACGTCCAGCCAATCGGCCATCTCGGAAGGTTCGAGACCGCATATCGAAGCTTCTCCTATTCGGTGACGACGCGAGATCAACTGCACGGCGGCGAACTACTGAGCAGCATGCGAGTGACCGGGCGCTCGGCCTTTCGGGAGTTCGGCGACCAGCAAGATGCTCTCATTGCGGTTCGCGGCTGA MLMYAADKRLVRPGERVVFTAWIVNETGRRLNGVQLVPGSLTNEGLEVLQFQPLSRRDVQPIGHLGRFETAYRSFSYSVTTRDQLHGGELLSSMRVTGRSAFREFGDQQDALIAVRG NA NA NA NA NA D3-18_03951 759 hypothetical protein ATGAACGACCAAACAGAGATTCTTAGCGGCGACCTCGTTATTACATCCTGTGGACTCCAAGATCGCTGGCAGCAAAGCAGCCTGCAAGCGGGATGGAAGCTTCCCGGCGATTGGCTGGTACCTGAGGTCGCGGAGACCACCAGGGCGAGAGTTCGGGGGGACGAACTCCAGAACGTTGCGAAACGGCTGGGTGCGTCCCGCGCTTACCACGGGGTGGGCGTGCGCGAGACCATGATGGACCTTCGTGCGTTCTACGCCGTTGCCGGTTTACCCCCGGATGACTCTTCCATGCTGGCCTTAGTGGAGGGATGGACCGCGGAGATAGAGCGGCTGGAACCTCTCTCCTGCACTGATGTCCGCACAGGGTTGGCGACGTTCGCGCATTTCGAGCGACTCATCTACGACGTGGCTGTCAGCGGATCCCGGGCACAACAAGCACAAACCATCGCGTCCCTTCATCTCGACTGGTCCGACCATGGTCATCGTCTTGGCTGGGATCTGCTTGCGGACGTAGGAAACATTTGCAGCGAGGAACTGGCCACGATCAACGTTTCGGCTGCATACCACCGAGGAAGCATCCACGCCATCATGGAGCGCACTACTCAAAGTTACGAAGCCCTTTTCCGCTGCCGCGAACGCCTCGATGCACTCACCATGTGGCCTTCTCCAGCTACGACAGTCGACTTCGAACCTGTCCCGACCACCCAGGCGGATTTCACGAAAACAACGGCTGCGCTCCGAACCCGACGAGCGGCCTGA MNDQTEILSGDLVITSCGLQDRWQQSSLQAGWKLPGDWLVPEVAETTRARVRGDELQNVAKRLGASRAYHGVGVRETMMDLRAFYAVAGLPPDDSSMLALVEGWTAEIERLEPLSCTDVRTGLATFAHFERLIYDVAVSGSRAQQAQTIASLHLDWSDHGHRLGWDLLADVGNICSEELATINVSAAYHRGSIHAIMERTTQSYEALFRCRERLDALTMWPSPATTVDFEPVPTTQADFTKTTAALRTRRAA NA NA NA NA NA D3-18_03952 432 hypothetical protein ATGTCTATCGCCAACCCGGCCTTCACGCGAAGGGTGGTCACGGCAGACCCCGAACGCATGCTGGAAAGACACTTCACTACATGGTGCGCAAGGTACAAAATAACGCTTGGCGACTCTGGGTTCACCACCGAAACAGGCCACGCCGTCTACCCCGCCCATGGAGTAACCGAGGCCGATGGAACTGTGTGGCTGTCTACCTTGGCGTCCTTTGACAAGTCCGGGATCCGCGGGCAAGTAGAACACAACCCGCATTTCCGGCGCATGCTCATCGATGTAGCCAAATCGCCCGACAGAGCCCCCGACGGGATAGCCCTGTTGATCGGCAGAACGCCCTATCAGGTGATTTTCCAGAACACTAAAGACGCTGGCGGCGACCACATCGTCAATGTCGCGTTCATCAATAGGGCGCCGCTTAATGTCACCCCTCTTTGA MSIANPAFTRRVVTADPERMLERHFTTWCARYKITLGDSGFTTETGHAVYPAHGVTEADGTVWLSTLASFDKSGIRGQVEHNPHFRRMLIDVAKSPDRAPDGIALLIGRTPYQVIFQNTKDAGGDHIVNVAFINRAPLNVTPL NA NA NA NA NA D3-18_03953 1512 gbsA_1 COG1012 Betaine aldehyde dehydrogenase ATGACCCAAGCCACATTTTCCGATTCCGCCTCCACTCTTTTCATCAACGGCACGTGGGAGCCGGCTGCATCCGGTGCGGTGCGCGAAATCCGTAACCCGGCCGACGGCGAACTGGTCGCCACGGTGTCCGAAGCCGGCCGCGACGACGCCGAGCGTGCCATTTCTGCAGCTCGTGAGGCTTTTGACTCCGGCGTCTGGTCTTCAGTCCCGGCACCCGAGCGCGGCGCGTTCCTGCTCAAGGTCGCCGCGGAACTGCGCGAACGCCGGGAGAAGTTCGCCCGCGCCGAATCCTTGGACACCGGCAAGCGCATCATCGAAAGCCGCATCGACATCGACGACATCGCCGCCTGCTTCGAATACTTCGGACGTCTCGCCGGGCAGTCGGCCGGCCGGGTGGTCGACGCCGGGGACCCCGCCGTCGTGAGCAAAATAGTCTACGAGCCTGTGGGCGTCTGCGGCCTGATCACGCCGTGGAACTACCCGTTGCTGCAGGCCACGTGGAAGATCGCGCCCGCCCTGGCCGCTGGCTGCACCTTCGTCCTCAAGCCCGCCGAGCTGACCCCGTCCACGGCAATCCTAGCCATGCAGTTGCTGAAGGACCTTGGCCTGCCGGACGGCGTCGCCAACCTCGTGACAGGCCCTGGCGCCCAAGCGGGCGCGCCCCTTTCGGAGCACCCTGACATTGACCTGGTCTCCTTTACGGGCGGCCTGGAAACCGGCAAACGTATTGCCGCAGCTGCATCCGGCACGGTTAAAAAGGTGGCGCTGGAGCTCGGCGGCAAGAACCCCAACGTCGTGTTTGCTGACGCTGACTTCGACGCCGCCGTCGACAATGCGTTGAACGGCGCCTTTGTGCACTCAGGCCAGGTCTGCTCCGCTGGAGCACGGCTGGTAGTGGAGGAATCCATCGCCGAACGCTTCGTTGACGAACTGGTCCGCAAGGCACAGGACATCCGCCTCGGCGGCCCCTTCGATGACTCCGCCGAAACGGGACCACTGATTTCTGCTGCCCACCGGGAGAAGGTGGACGCCTACGTTCAGCGTGGCGTGGCAGAAGGTGCGCGGTTGCGTTGCGGCGGCGCGGCACCTGAAGGTGAGAAGTTCGACGCCGGTTTCTACTACCAGCCCACCGTCCTGGACCGCGTCCACAGGGGAATGTCGGTAGTCATCGACGAAGCCTTTGGCCCGGTAGTAACAGTGGAAACCTTCCGCACTGAGGACGAAGCCGTAGCCACCGCCAACGACACTATTTACGGACTGGCCGGCGCCGTCTGGACCCAGGATGCCGGCAAGGCCCAGCGGGTAGCGGGCCGTTTGCGGCACGGCACGGTCTGGATCAACGACTACCACCCCTACCTTCCGCAGGCCGAGTGGGGCGGTTTCGGCCAGTCCGGCGTCGGGCGCGAACTCGGTCCCACCGGACTGGGTGAGTATCAGGAAGCCAAGCACATCTACCAGAACACCAGCCCTCAGGTGACCGGCTGGTTCGCAGACCACGGCAAGGAGAAATAG MTQATFSDSASTLFINGTWEPAASGAVREIRNPADGELVATVSEAGRDDAERAISAAREAFDSGVWSSVPAPERGAFLLKVAAELRERREKFARAESLDTGKRIIESRIDIDDIAACFEYFGRLAGQSAGRVVDAGDPAVVSKIVYEPVGVCGLITPWNYPLLQATWKIAPALAAGCTFVLKPAELTPSTAILAMQLLKDLGLPDGVANLVTGPGAQAGAPLSEHPDIDLVSFTGGLETGKRIAAAASGTVKKVALELGGKNPNVVFADADFDAAVDNALNGAFVHSGQVCSAGARLVVEESIAERFVDELVRKAQDIRLGGPFDDSAETGPLISAAHREKVDAYVQRGVAEGARLRCGGAAPEGEKFDAGFYYQPTVLDRVHRGMSVVIDEAFGPVVTVETFRTEDEAVATANDTIYGLAGAVWTQDAGKAQRVAGRLRHGTVWINDYHPYLPQAEWGGFGQSGVGRELGPTGLGEYQEAKHIYQNTSPQVTGWFADHGKEK PGPT0007165_90 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0007165-betB_homologous-K00130 NA NA D3-18_03954 1656 codA Choline oxidase ATGCACGTTGACAACATCGAGGACCTCAGCGAGCGCGGGTTCGATTACGTCGTCATCGGCGGAGGATCTGCAGGAGCTGCCGTCGCGGCCCGCTTAAGTGAAGACCCTGCCGTCACCGTGGCCTTGGTGGAAGCCGGACCGGATGACCGGAATCTGCCGGAGATCCTGCAGCTGGACCGCTGGATGGAGCTGCTGGAATCCGGCTACGACTGGGACTACCCGGTGGAACCGCAGGAAAACGGCAACTCCTTCATGCGTCACGCCCGCGCCAAGGTGATGGGTGGCTGCTCCAGCCACAACTCCTGCATCGCCTTTTGGGCTCCCCGCGAAGACCTGGATGAGTGGGAGTCAAAGTACGGCGCCACAGGCTGGAATGCTGCTGGCGCATGGCCTTTATACAAGCGCCTGGAAACCAATGAAGACGCTGGCCCGGATGCTCCCCATCATGGCGATTCCGGTCCGGTGCACCTGATGAACGTTCCCCCAAACGATCCCGCCGGAGTCGCACTCCTGGATGCCTGCGAACAGACCGGTATCCCCCGCGCAAAGTTCAACGACGGCAATACCGTGATCAACGGCGCCAATTTCTTCCAGATCAACCGCCGCTCCGACGGGACACGTTCCTCCAGTTCTGTCTCCTATATCCACCCCATCGTCGATCGCGAGAACTTCACGCTGCTGACCGGTCTACGGGCACGCCAACTGGTGTTCGACGCTGACAAGCGCTGCACCGGCGTCGACGTTGTTGACTCGGCCTTCGGCCGGACGCATAGGCTTTCGGCGCATCGCGAGGTCATCCTGTCCACCGGTGCCATCGACTCCCCCAAGCTCCTCATGCTTTCCGGCATAGGCCCGGCCGAACATCTAGCCGCGCATGGCATCGAGGTCCTGGTGGATTCCCCCGGCGTCGGCGAGCACCTCCAGGACCACCCGGAAGGCGTGGTGCAGTTCGAGGCAAAGCAGCCCATGGTGCAGACCTCCACCCAATGGTGGGAGATCGGCATCTTCACTCCCACCCAGGCGGGCCTCGACCGCCCGGACCTGATGATGCACTATGGCTCCGTGCCCTTCGACATGAACACCCTGCGGTACGGCTACCCCACTACGGAGAACGGCTTCAGCCTCACACCGAACGTCACGCATGCCCGTTCCCGGGGGACGGTCCGGCTGCGAAGCCGGGACTTCCGCGACAAGCCCATGGTGGACCCCCGGTACTTCACCGATCCTGAAGGGCACGACATGCGCGTCATGGTGGCCGGCATCCGGAAAGCCCGGGAAATCGCCGCGCAGCCAGCCATGGCTGAATGGACCGGCCGGGAGCTCTCCCCCGGAATTGAGGCACAGAGCGACGAGGAATTGCAGGATTACATCCGCAAAACGCACAACACCGTCTACCATCCCGTCGGCACGGTCCGCATGGGACCAGTGGACGACGACATGTCACCCCTGGATCCCGAGCTGCGGGTCAAGGGCGTTATGGGCCTGCGAGTGGCCGATGCCTCCGTCATGCCGGAACATGTCACCGTGAACCCCAACATCACGGTCATGATGATCGGCGAACGTTGCGCCGACCTCATCAAGACTGACCTCGTCCGAGCCAACCGGACGGAGGAAACCACGACGGCGGAAGCCGACTTCAGCTTGTCCCTCGCCTGA MHVDNIEDLSERGFDYVVIGGGSAGAAVAARLSEDPAVTVALVEAGPDDRNLPEILQLDRWMELLESGYDWDYPVEPQENGNSFMRHARAKVMGGCSSHNSCIAFWAPREDLDEWESKYGATGWNAAGAWPLYKRLETNEDAGPDAPHHGDSGPVHLMNVPPNDPAGVALLDACEQTGIPRAKFNDGNTVINGANFFQINRRSDGTRSSSSVSYIHPIVDRENFTLLTGLRARQLVFDADKRCTGVDVVDSAFGRTHRLSAHREVILSTGAIDSPKLLMLSGIGPAEHLAAHGIEVLVDSPGVGEHLQDHPEGVVQFEAKQPMVQTSTQWWEIGIFTPTQAGLDRPDLMMHYGSVPFDMNTLRYGYPTTENGFSLTPNVTHARSRGTVRLRSRDFRDKPMVDPRYFTDPEGHDMRVMVAGIRKAREIAAQPAMAEWTGRELSPGIEAQSDEELQDYIRKTHNTVYHPVGTVRMGPVDDDMSPLDPELRVKGVMGLRVADASVMPEHVTVNPNITVMMIGERCADLIKTDLVRANRTEETTTAEADFSLSLA PGPT0013605_4 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013605-codA-K17755 NA NA D3-18_03955 1578 hypothetical protein ATGTTAGAACCCAGCAAAATAGGACCCTGCAAGAGCGATGCAAGCGGCATGGACGAGTTTGGTTATGCCCAAACCCTCGACCGCAGCATCGGTAAATTTGCCAGCTTCGCCGCCGGCGTCAGCTACATCTCCATCCTCACCGGCGTTTTTCAACTGTTTTACTTCGGATTTTCGACGGCGGGACCCGCCTATGCCTGGTCGTGGCCCATCGTCTTCGTCGGCCAACTCATGGTCGCCCTCTGCTTTGCGGAACTGGCCGGACGCTATCCGGTGGCCGGATCGGTCTACAACTGGGCAAAAAGGCTCTCCACGGGAACATGGGCCTGGTTGGCGGGCTGGTTGCTGCTGCTCTCCTCGATCATGGCCCTGGGGTCCGTGGCCTTGGCCCTCCAAATCACCTTGCCGCAGATCTGGAGCGGTTTCCAACTGGTAGGCGACGGAACAGGTCCTTACGACTTCGCCGTCAACGGAGTCATCCTGGCCAGCATCATGATCGGCATTTCCACGCTCATCAACGCGTTCGGCGTGAAACTCATGACCATGATTAACAGCGTGGGAGTGTTCGTTGAATTGGTCGCGGCCGTCCTGCTCATCGCAGCACTCATCTGGCATTCCGTGCGCGGACCCGAAGTCCTCCTGGATACCGCCGGATTTGGCGAAGAGCATCCCTTGGGCTTCTTCGGTGTGTTCCTCATTGCCGCCATGGCTTCCGGCTATGTCATGTACGGATTCGACACCGCAAGTTCCTTGGGTGAAGAGACCAAGGACCCAAAGCGGACGGCTCCCAGGGCGATCCTGCGCGCCGTTACTGCATCCTTCCTCTTGGGAGGGTTGCTCCTCCTCGGCGGAATTCTGGCCGCGCCCGATCTTTCCGACCCCAAGCTCGGAGCCGCTGATGGCGGGCTGCAGTACATTGTGTTGTCGGTGTTGGGTGGCCCCTTCGGCAAGGCGTTCCTGGCATGCATCGTCGTAGCCGTGGTGGTCTGTACTCTGGCCGTCCACGCAGCAGCCATCCGGATGATGTTTGCCATGGCCAGGGACAACAACCTTCCCTTCAGCCGTCAGCTCAGCAAAGTGCACCCCACCCGCAAAACCCCCACAGTGGCTGCCATCGTTATTGGCGTAGTGGCAGTGATTCCGTTGATCGTCAACATTTCCCAGCCAGCCATCTTCACCATTCTGTCCAGCATCAGCATCGTCCTGATTTACCTGTCCTACCTGCTGGTTACGGTGCCCATGCTGCGGCGAAGGTTCCTGAAGAAGTGGCCCTTGAAGGACGACGGATCGGAACCGGGATTCAGCCTGGGCAAATGGGGGCTGCCCGTGAACATCCTGGCCGTGCTGTGGGGCGGCGCCATGACGTTGAACCTCGTGTGGCCGCGGCCGGAGATTTACAACTCGGTCCCGCCGTTCGAGTGGTACCTGCAATGGGGCGGCGTGATCTTCGTAGGCACTGTGATCATCGGCGGAACGCTCCTTTACCGCCTCCGCATCAGGCATAAGACCGGGGTCCTGGCCGAACACGCAGCCCTGGTCACGCCCGAGGAGTCTCCCCTAGTGGTAACACAAAGCTCTTAG MLEPSKIGPCKSDASGMDEFGYAQTLDRSIGKFASFAAGVSYISILTGVFQLFYFGFSTAGPAYAWSWPIVFVGQLMVALCFAELAGRYPVAGSVYNWAKRLSTGTWAWLAGWLLLLSSIMALGSVALALQITLPQIWSGFQLVGDGTGPYDFAVNGVILASIMIGISTLINAFGVKLMTMINSVGVFVELVAAVLLIAALIWHSVRGPEVLLDTAGFGEEHPLGFFGVFLIAAMASGYVMYGFDTASSLGEETKDPKRTAPRAILRAVTASFLLGGLLLLGGILAAPDLSDPKLGAADGGLQYIVLSVLGGPFGKAFLACIVVAVVVCTLAVHAAAIRMMFAMARDNNLPFSRQLSKVHPTRKTPTVAAIVIGVVAVIPLIVNISQPAIFTILSSISIVLIYLSYLLVTVPMLRRRFLKKWPLKDDGSEPGFSLGKWGLPVNILAVLWGGAMTLNLVWPRPEIYNSVPPFEWYLQWGGVIFVGTVIIGGTLLYRLRIRHKTGVLAEHAALVTPEESPLVVTQSS NA NA NA NA NA D3-18_03956 1218 acrC Acryloyl-CoA reductase (NADH) ATGCTCGACGAAAAAGCTGCCGGCACCGTTACCAGCGGTGTGGCACCAGAACGCGTCCTGCCTCCTTATCCGGAGGCGGACTTGATGCACGTCATTGACCTGCTCCCCCCGGAGGAGCGTGCGCGGTATCTCGAGATCAGGGAGTTCCTGCAAACCCGGATCCGGGCTGCGAGCATCGACTACTGGAACCGGGAAGAATTCCCGTTCGGGCTACTGGCTGACATGGCCAAGTTCGGGCTGGGCGGGCTGCAAACGGACGGCTCCTCCAAGCTGTTCAAGGGGCTCATGTACACCGAAGTCGCCCGGGCAGATGTGTCCCTTTCAGCGTTGGTGGGCATCCATAATGAGCTCATTGTCGGCATGATTGACGAGCTCGGTTCCCCTGAACAGAAGCGCAAGTGGCTGCCCGGGTTGGAGGCTTTTACCCAACTGGGCGCTTTCGCGCTGACAGAACCGGATCACGGATCGGACATCGCCGGAGGACTCTCGACGACGGCGCGGCGCGACGGCGGCGAATGGGTCATCAACGGTGCCAAGCGTTGGATCGGGGCCGGCACGATTGCCGACTTTGCCCTCGTTTGGGCTCGTGACCTGGCTGACGGACACATCAAGGGCTTCATCGTTGAGACGGATCGCCCCGGGTACTCCGCCACCAAGATCTCCAACAAGATCGGCCTGCGCATCATGCAGAACGCGGACATCGTGTTGGACGAGGTGCGCATTCCCATGGAGAACCTGCTGCCGGGTGCCACGGAATTTTCCCGCGCGAATGACCTCCTGCGTGATTCCCGGGCATGGGTGGGCTGGCAAGCTGCGGGAATTCAATTGGCCGCCTTTGATATTGGCCGTTCTTACGCGCTGGAACGCAAACAATTCGGCAAAGAGCTGGCCCGGTTTCAGTTAGTGCAGCAGCAGCTCGCAGACATCCTGGGTAATGCCAACGCCTCACTGTCCATGATGGTGGAGCTCGCCCGCATTCAGCAGGCCGGGAAGCTCGAGATGGTGCAGGCCGCCATGTGCAAAGCCACCACCACCCGGCTGGCCCGTTCCTCCGTTGCGATGGGAAGGGCCCTCTTGGGCGGGAACGGGATCACCACCGATTACGAGATGGCCAAGCTCTTCGGCGACGCCGAGATCCTGTACACGTACGAGGGCAGCTACGAGATCAACTCCATGATCGTGGCCCGGGCTGTGACGGGGAAGTCGGCGTTCGTCTGA MLDEKAAGTVTSGVAPERVLPPYPEADLMHVIDLLPPEERARYLEIREFLQTRIRAASIDYWNREEFPFGLLADMAKFGLGGLQTDGSSKLFKGLMYTEVARADVSLSALVGIHNELIVGMIDELGSPEQKRKWLPGLEAFTQLGAFALTEPDHGSDIAGGLSTTARRDGGEWVINGAKRWIGAGTIADFALVWARDLADGHIKGFIVETDRPGYSATKISNKIGLRIMQNADIVLDEVRIPMENLLPGATEFSRANDLLRDSRAWVGWQAAGIQLAAFDIGRSYALERKQFGKELARFQLVQQQLADILGNANASLSMMVELARIQQAGKLEMVQAAMCKATTTRLARSSVAMGRALLGGNGITTDYEMAKLFGDAEILYTYEGSYEINSMIVARAVTGKSAFV PGPT0021815_771 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021815-GCDH|gcdH-K00252 NA NA D3-18_03957 1719 acsA_3 COG0365 Acetyl-coenzyme A synthetase ATGACAGTCACAGAAGACTTCCGTGCGGCCCGCGATCGGCTGCTGGAATTGCGCGAGGACTACAAGCAGGCACACGCTGAATTCCAGTGGCCCCGCTTCGAGGAGTTCAACTTCGCACTCGACTGGTTCGACCAGATCGCCGCAGACGAGATCAGGGGCAGCCAGCCCGCACTGGTCATCGTGGAACAGGACGGCGGTTCAACACGCCGCACTTTCAAGGACCTCTCCCAAAGGTCCTCCCAACTCGCCAACTGGTTGCGGAACCAAGGCGTCAAACGCGGCGAGCACATGATCATCATGCTCGGCAACCAGGTTGAACTATGGGAACTCATGCTGGCCGGTATCAAGCTGGGCATCGTCATGATCCCCACCACCACCCTCATGGGCCCCCGTGATCTCCAGGATCGGGTGGAGCGCGGCGGCGCCACCTGGGTGGCCGTAGGAGGTGCCAACATCGGCAAGTTCGCCGACGTCAAGGGCGATTACACACTGATAGAGGTCGGCTCAGAGAGCACCAACGCGGATGCCAGGCAGTACGCGGACTCTTACGACGCCGGCACGGACTTCACGCCCGATGCTCCTACCAAGGCGGACGAGACTCTACTGCTCTACTTCACTTCCGGAACCACCTCACGAGCGAAACTCGTGGAGCATACCCACACGTCTTACCCCGTGGGCCACCTGTCCACCATGTATTGGATCGGATTGGAACCGGGCGACGTCCACCTGAACGTCGCCTCCCCCGGCTGGGCCAAGCATGCCTGGTCCAACGTCTTCACGCCGTGGATCGCGGAAGCCACAGTCTTCATCTACAACTACCAACGCTTCGACGCTGCCGCCCTCATGAATCAGATGGGCCGCGAAGGCGTCACAAGTTTCTGTGCCCCGCCCACGGTTTGGCGCATGCTCATCCAAGCCGACCTCACCCAACTCACCACGCCGCCAAGCAAGGTGGTCTCGGCCGGCGAACCACTCAATGCCGAAGTTATCGGCCAAGTGGAGGAAGCCTGGGGAGTCACCATCCGCGACGGATTCGGCCAGACCGAATCCACGGTCCAGATCGCCAACACTCCCGCGCAGCCGGTGAAGATCGGCTCCATGGGACGGCCGCTGCCGGGATACGACGTGGTCCTGGTGGACCCGGTCACCGGGCAGGAAGCCGACGACGGCGAACTCTGCTTGCGCTTGGAACCGCGGCCTGTGGGGCTCATGAAGAGCTACTTCGGTGACGAGGCCAAGACGGCCGAAGCCTTCCGCGACGGCTACTATCACACCGGCGACATGGCGAGCCGGGATTCCGACGGCGTCATTACTTACGTCGGACGGGATGACGACGTCTTCAAGTCCTCCGACTATCGTTTGTCCCCTTTCGAACTTGAAAGCGTCCTGATCGAGCACCCTGCAGTGGCCGAGGCCGCCGTCGTACCTTCACCTGATGCGGTGAAGCTGTCCGTGCCGAAGGCGTTCGTGGTGCTGGCCGCCGGCTACGAAGCAGGGCCGGCTGTGGCGGAGGACATTCTCAAGTATTGCCGTGAGCATTTGGCGCCGTTCAAGCGCATCCGGCGGCTCGAATTTGGGGAGCTGCCCAAGACGATATCCGGCAAGATCAGGCGGGTGGAACTGCGGGGGACGGAAGTCGCCCGGCACGGCGACGGCCCGCTGCCCGCAGGTTTGGGCGTCGAATACACCGAGGAAGAGTTCCCGAATCTGAAAGACTAG MTVTEDFRAARDRLLELREDYKQAHAEFQWPRFEEFNFALDWFDQIAADEIRGSQPALVIVEQDGGSTRRTFKDLSQRSSQLANWLRNQGVKRGEHMIIMLGNQVELWELMLAGIKLGIVMIPTTTLMGPRDLQDRVERGGATWVAVGGANIGKFADVKGDYTLIEVGSESTNADARQYADSYDAGTDFTPDAPTKADETLLLYFTSGTTSRAKLVEHTHTSYPVGHLSTMYWIGLEPGDVHLNVASPGWAKHAWSNVFTPWIAEATVFIYNYQRFDAAALMNQMGREGVTSFCAPPTVWRMLIQADLTQLTTPPSKVVSAGEPLNAEVIGQVEEAWGVTIRDGFGQTESTVQIANTPAQPVKIGSMGRPLPGYDVVLVDPVTGQEADDGELCLRLEPRPVGLMKSYFGDEAKTAEAFRDGYYHTGDMASRDSDGVITYVGRDDDVFKSSDYRLSPFELESVLIEHPAVAEAAVVPSPDAVKLSVPKAFVVLAAGYEAGPAVAEDILKYCREHLAPFKRIRRLEFGELPKTISGKIRRVELRGTEVARHGDGPLPAGLGVEYTEEEFPNLKD PGPT0002265_5949 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895 NA NA D3-18_03958 510 hypothetical protein ATGGGCACGCCACTCCCCCGCGACCCCATTGCCGATGCCCAACGACACTGGGAACGGCATGGTTGGGGCGATGTCGCTGCGCCCATGGCTGCCATCACCGCGATCATGCGCACGCAGCAGATCCTCCTGGCGCGCATCGAGACAGTCCTCAAACCATTCGGGCTGACGTTCGCGCGCTACGAACTGCTGGCGTTGCTGAGCTTCGCCCGCAGCGGTGCGCTGCCCATGAACAAAGCCAGCGCGCTCCTGCAGGTGCACCCAACGTCGGTGACCAACGCCGTCGACCGTTTGGAGAAAGCCGCCCTGGTTGCGCGTTCCCCGCACCCAACAGATGGGCGCACTACCCTGATCGAGCTCACCGCAGAGGGACGCACCCTCGCTAAAAAAGCGACGGCGGCCCTCAACGCAGAGGTCTTCGGCAAGTCAGGCTTCGGGCCCGACGACGTCGATCACCTCATCCGTGTATTGGGCACCTTCCGCAGGGATGCCGGGGACTTCACCGAGGAATAG MGTPLPRDPIADAQRHWERHGWGDVAAPMAAITAIMRTQQILLARIETVLKPFGLTFARYELLALLSFARSGALPMNKASALLQVHPTSVTNAVDRLEKAALVARSPHPTDGRTTLIELTAEGRTLAKKATAALNAEVFGKSGFGPDDVDHLIRVLGTFRRDAGDFTEE NA NA NA NA NA D3-18_03959 1536 hypothetical protein ATGGAGCGAATTGGGGAGAGGCAAGCGGGTGCAGGGGTGGCGCATGCGCTTGTTGCTGCCTCGTCTCCCGGCCTGACGCCTCGGGTCCCGACGCGGGCTAACGAGGCGCGCGCTGTGGGGCTGGCCAGTCCAGGCCTTGGCGACTCAAAGCCCGGTACGGCCCCGGTGGGTCCTGTTCGGCCTGGCGCGGTTCAGGCCGGCTCCGTGAGTGGGGACCTGGTTGAGCAGTTGCGGGTTTTGGAGGAGATGAAGTCGGCTATTACGGCTTTGCAGGCGCGGGTTGCTGTGGCTTTTGATCTTGCCCAGCGTGCTGAGCAGGCCGAGGCCGGTGTCCCTGCGTCGGAGCGGGGCCAGGGTGTGGGTGCTCAGGTGGCGTTGGCGAGGCGGGAGTCGCCGAATCGTGGGTCCCGGTTGCTGGGTTTGGCGAAGGCCCTTGTGCTGGAGATGCCGCGGACGTTGGCGGCTCTGAAGTCGGGGCAGTTGAATGAGTGGCGGGCCACGCTGCTGGTGAAGGAGACCGCATGTTTGTCTCTTGAGGACCGGTGCGCGGTGGATGAGGAGCTCGCCGCCGATACCGGGTTCTTTGACGGGAAGGGCGATAAGGCGACGGCGGCGGCGAAGGCTGCTGCGTATCGGCGGGATCCGCGGTCGGTGGCCGGCCGTGCCAGCCGGGCCGCGGCCGAGCGGATGGTGAGCCTGCGTCCGGCACCGGACACGATGACCTATCTGACCGCGCTGCTTCCGGTCGCCCAAGGCGTGGCGGTTTACGCTGCCCTGTGCGGGGCGGCTGATTCGGCCCGTTCCAGCGGTGACGCGGGCTCTGGTGTTGTCCCGACCCGCGGTCAGGTCATGGCCGACACTTTGGTCGAGCGCGTCACCGGCAGACCCGGTGGGGTCTCGGGGATCAACCTGGACCTCGTCATAACCGACCGAACCCTCTTCCAAGGCGACAGCGAACCGGCCCGGCTCAAGGGCTACGGAATCGTCCCCGGAGAATGGGGCAGGGAACTTCTCGGTTCCGGGCAAGCCGCAAACCCTGAACAGACCGCAAACCTGGAACAGGCCGCAACCTTGGGACAGACAGGGGCGAACCCGGCCTCCGGCCCGGGGCGAACCGGCCAAGATCACGCGGGAACGTCGGATGCAGAGCTTATTGTCTGGCTTCGCCGGCTCTATACCGCGCCGGCCAGTGGCGAGCTTCTGAGCATGGACTCCAAAGCAAGGCTCTTCCCGACAAGGCTTCGGCGTTTCATCGAAACCCGCGACGATACCTGCCGCACGCCGTACTGCGATGCACCCATCCGGCACATTGACCATGTGGTTCCTTGGCGTTCCGGAGGCAAAACGAACCTCGCCAACGGTGCAGGGTTGTGCGAGGCGTGTAACCACATGAAGGAAAATCCCGGCTGGACCACCAAAACCGTACATGCTCACGTGCACGGGGGGATCCACACCCTGGAAGTCAGCACACCCACCGGGCACACCTATCAATCGAAAGCCCCACCCCTGCCCGGACACCGCCCCTCCAGAACGTAG MERIGERQAGAGVAHALVAASSPGLTPRVPTRANEARAVGLASPGLGDSKPGTAPVGPVRPGAVQAGSVSGDLVEQLRVLEEMKSAITALQARVAVAFDLAQRAEQAEAGVPASERGQGVGAQVALARRESPNRGSRLLGLAKALVLEMPRTLAALKSGQLNEWRATLLVKETACLSLEDRCAVDEELAADTGFFDGKGDKATAAAKAAAYRRDPRSVAGRASRAAAERMVSLRPAPDTMTYLTALLPVAQGVAVYAALCGAADSARSSGDAGSGVVPTRGQVMADTLVERVTGRPGGVSGINLDLVITDRTLFQGDSEPARLKGYGIVPGEWGRELLGSGQAANPEQTANLEQAATLGQTGANPASGPGRTGQDHAGTSDAELIVWLRRLYTAPASGELLSMDSKARLFPTRLRRFIETRDDTCRTPYCDAPIRHIDHVVPWRSGGKTNLANGAGLCEACNHMKENPGWTTKTVHAHVHGGIHTLEVSTPTGHTYQSKAPPLPGHRPSRT NA NA NA NA NA D3-18_03960 1197 ydhP_3 COG2814 Inner membrane transport protein YdhP ATGACAACAACCTTGCCCACCCCCAAGACCCGCCGACTACCGCTGGTGACCTACGTCCTGGCGGCCGGAGTGTTTCTCATGGGAACCACCGAGTTCATAGTTGCAGGCATTCTGCCTGAGATTGCGGGCGATCTTGGAGTATCCGTGGCAAGTGCCGGCTTGATGATCACGGTCTTCGCGGTGGGCATGATCGTTGGCACCCCCACCATGTCCATTCTGACCCTCAAGCTGCCGCGTCGTATGACGCTGAGTCTCGCGCTGATTGTCTTCGCTCTGGGCCATGTGGTTGTTGCCCTTACTTCCGACTTCACGCTGATCCTGGTGGCCCGGTTCGTAACGGCACTGGCGACTGGCGCTTTCTGGGCGGTCGCCGCCGTCGTGGGTGCAAAAGCCGCAGGTGCGGCTTCAGCTTCCCGGGCGCTGGGAGTTGTGTTGGGCGGCGGCATGCTCGCCAACGTTGTTGGTGTCCCGCTGGGTGCCTTCGCAGGCCAAGTGATTGGCTGGCGTGGCCCGTTCTGGGCTTTGGCTGTTCTCGCGCTGGCGGCGGCTGTTGTGGTGTACCGGCTGGTTCCGGTGAGCTCGGAATCCGGGCCCACTCCCTCCGTCCGGGCAGAGCTTGCCAGCATGCGTGACGCCAGGGTCTGGCTTGTCCTGGCGGGCTGCGCGATCGTGTGCGGATCATCCTTGGCTGCCTACAGCTTCATCTCTCCGCTGCTCACCGAAAACACCGGGCTGGCTGCTTCCGTGGTTCCGTTGATTCTGGTGGCCTACGGTGTGGGAGCGTTTATCGGCTCCAATCTTGGAGGTCATGTCGGCGCGCACAGACCCTACCCGGCGCTGTTCGTTTCGGCGAGTATGACGTTCCTGGTGCTGGGCGCTCTCTCCTTGTTCTCCCACTATGCCGTGGTGACAGTGGTCCTGATCTTCTTGCTAGGACTCTTCGGGATGGCCACCAATCCGATCCTGATCGGCAAAGCCGTTGGTTATGCCGGCCACGCGCCCACCCTCGCTTCAGCACTTAGCACCTCGGCGTTCAACCTCGGTACGGCCGTGGGATCGTGGGTCGCCGGTTACGCCTTGGAGTCCGCGCTTGGAGCCACGGGTCCGGTGCTGGTGGGGACGGGCATTGCCGCGCTCTACTTCGTGCCCCTCACAATGTTGATGCTCAAGGATCGGAAGGAAGGCGCCCGGGCATGA MTTTLPTPKTRRLPLVTYVLAAGVFLMGTTEFIVAGILPEIAGDLGVSVASAGLMITVFAVGMIVGTPTMSILTLKLPRRMTLSLALIVFALGHVVVALTSDFTLILVARFVTALATGAFWAVAAVVGAKAAGAASASRALGVVLGGGMLANVVGVPLGAFAGQVIGWRGPFWALAVLALAAAVVVYRLVPVSSESGPTPSVRAELASMRDARVWLVLAGCAIVCGSSLAAYSFISPLLTENTGLAASVVPLILVAYGVGAFIGSNLGGHVGAHRPYPALFVSASMTFLVLGALSLFSHYAVVTVVLIFLLGLFGMATNPILIGKAVGYAGHAPTLASALSTSAFNLGTAVGSWVAGYALESALGATGPVLVGTGIAALYFVPLTMLMLKDRKEGARA PGPT0028020_172 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-PHENICOL_RESISTANCE,PGPT0028020-cmlR|cmx-K18553 NA NA D3-18_03961 489 hypothetical protein ATGAAGCGCCGCACTGCAGCAATACTGCTGCTGGCGTTTGCGCTGGCTAGCTGCAGCCCATCTCCCACCGGCGAAGCTACCCCGACGTCGGCCAGTGAGACATCCAGCCCTGCTGCCGGCAGCGTTGTAGGCACCGTAGTCCGCTTCAGCGCCGGCTCGGTATCTCTGGACGTGACCATCGGTGAAGACAACCCCGCTACCCGGGACTTTCTGGACATACTGCCGCTCACCGTCACCATGGAAGAGTTCGCTGGCCGGGAGAAGATCGCGGACCTGCCTCGGCTTCTCCACTATGAAGGGTCGCCCGGGTCTGACCCTGAGGACGGCGACCTGATCTACTACGTGCCGTGGGGAAACCTCGGTTTCTACTACAACACTTCGGGGATCGGTTTCTCGGACCAGACCATCCACTTGGGCCGCTACAACGCGACGCCGGACGAGCTTGCGCGCTTCGAGGACCAGGAGGTTCGTGTGGAAGTCAGCCCATGA MKRRTAAILLLAFALASCSPSPTGEATPTSASETSSPAAGSVVGTVVRFSAGSVSLDVTIGEDNPATRDFLDILPLTVTMEEFAGREKIADLPRLLHYEGSPGSDPEDGDLIYYVPWGNLGFYYNTSGIGFSDQTIHLGRYNATPDELARFEDQEVRVEVSP NA NA NA NA NA D3-18_03962 897 hypothetical protein ATGGACAATCGGGCGGAAGTACGCGAATTTCTTATTTCCCGGCGTGCCCACGTGGCCCCGGAGCAGGTTGGGTTGCCCACAGGATCGAACCGACGCGTCAAGGGGCTGCGCCGCAGCGAAGTGGCCACCCTTGCCGGCTTGAGCGTGGAGTATTACACCCGCTTGGAGCGCGGCGCCATTAGCGGCGCTTCACCACAAGTACTGGAGAGCATCGCTCGGGCGCTGAACCTGGATGACGCTGAGCGGGCACATCTGTTCGATCTCGCTCACGCGGCCAGTCCTGTTGCCCGCCCACCACGGCGAAGGAACTCGAAATCCTATGTTCCCCACGAGAGCCTGCAGTGGGCGCTGGATGCTGTCACGGCCGGACCCGCTTTTGTCCGGAATGGCCGGATGGATCTGCTGGCAGTGAACCCTTTGGCCCGGGCGTTTTACAAGGACTGCTACGACATGCCGGGCCAGGCGCCCAACATCGCCAGATTCACGTTTCTGGACGATCGCGCGTTTGAGTTCTACCCGGATTGGGACGCCTTTGCGGAGGTGACCGTTTCAATCCTTCGCACGGAGGCTGGACGCGACCCGCACAACAAGGAACTGCACGATCTCATTGGTGAACTGAGCACCCGCAGCGATGAGTTCCGCACACGCTGGGGCGCGCATAACGTCCGGCATCACGGAACGGGGTTCAAGACGTTCAATCATCCGATCGTGGGCGAGATGACTCTTGCGTACGAGGGCCTGGAAATGGCCGCCGAACCCGGATTGACCCTGACCATCTACGCAGCAGAACCCGGGTCGCCGTCGTCCGAGCGCCTTCAGCTGCTGGCATCCTGGGCGGCCAGCGAATACGGACAAAGTGTTCAGCCAGCGTCGGAAAAGACGCGGACGGACAGCTGA MDNRAEVREFLISRRAHVAPEQVGLPTGSNRRVKGLRRSEVATLAGLSVEYYTRLERGAISGASPQVLESIARALNLDDAERAHLFDLAHAASPVARPPRRRNSKSYVPHESLQWALDAVTAGPAFVRNGRMDLLAVNPLARAFYKDCYDMPGQAPNIARFTFLDDRAFEFYPDWDAFAEVTVSILRTEAGRDPHNKELHDLIGELSTRSDEFRTRWGAHNVRHHGTGFKTFNHPIVGEMTLAYEGLEMAAEPGLTLTIYAAEPGSPSSERLQLLASWAASEYGQSVQPASEKTRTDS NA NA NA NA NA D3-18_03963 876 COG0589 Universal stress protein ATGACGAACGAGCGCGGATCGAAGACGATCGTGGTTGGCTATGACGGATCCGAAGAATCACACCGCGCCGTCCAATGGGCCGCCAAGCACGCGATCCTGCGGGACTGTTCCCTCCACGTTGTGCACTGTTCCTTGTGGGTCCTGCTGTCCCACAATAGGGGGCCCGTTCCTGGAGTTGCCGATAGCGGCCTGGAAAGGGCGGCTCAAAAAGTCCTCGAAGAGGGGATGGCGCTCGCCACGGAGACCGCCCCCGGGCTGGAAGTCCACACCACTTTGCTGCATGGGATGCCACGCGATCATCTGGCCCACGTCTCAGTGGGTGCAGAGATGTTGGTACTCGGAAGCCGGGGACTTGGCGGGTTCATGGGCTTGCTGGTCGGGTCCGTGAGCTTGGAGATGGCAGCAACCGCGGAGTGCCCGGTGGCAGTGATCCGCGCAGATGACCACCCGGAGGGTCCAGTGCTGCTTGCAGTGGACGACTCCGGATCACAGGCAGCCCTCGACGACGCCTGCCTTTTCGCAGCAGCAACAGGTGCCGACCTGATGATCGTTCACGTCCTGCACGAACCCGAGGGATACCGACGGTTGCGCGAGCCCGTGGAAGCCTACCCCGACGCTGAAGCCATGCTCGATTCCGTGATGAGCCGGGCCCGCCACAAAGCACCCGGGATCACGGTGGGAGGAGAACTGCTGGTGGATGCTTCATTCTCCCGGGCAGTGGTCAAAGCGTCACAAGGGGCTCGCATTACGGTTGTAGGCACCAAAGGACATGGACTTATCAAGGGCACCATAGGTTCCACGGCTCACGCCGTGCTTCACCATGCCCACAGTCCTGTGCTGGTTTCCCGCCGAAAGGCCACCTCCGAGGGTACGTAG MTNERGSKTIVVGYDGSEESHRAVQWAAKHAILRDCSLHVVHCSLWVLLSHNRGPVPGVADSGLERAAQKVLEEGMALATETAPGLEVHTTLLHGMPRDHLAHVSVGAEMLVLGSRGLGGFMGLLVGSVSLEMAATAECPVAVIRADDHPEGPVLLAVDDSGSQAALDDACLFAAATGADLMIVHVLHEPEGYRRLREPVEAYPDAEAMLDSVMSRARHKAPGITVGGELLVDASFSRAVVKASQGARITVVGTKGHGLIKGTIGSTAHAVLHHAHSPVLVSRRKATSEGT NA NA NA NA NA D3-18_03964 666 tenA COG0819 Aminopyrimidine aminohydrolase GTGGGCTTTGCGATTGAACTCAGGAACCAGAACGCCGAGGACTGGGACGCCGCCGTCAACCATCCGTTTGTGGACCAACTGCTGGACGGGTCCCTTTCCGATGAGAACCTGCGTGGCTACCTCGTTCAGGATTATCAGTTCTGCGATGCCTTCACAGCACTTCTGGGCCAGGCGGTGGCATCAGCCCCATCGCTGCCTTCGCGGCTGGTGTTTGCCCGGGTTCTCGGGGCTTTCGCTTCGGACGAGAATACGTACTTCCAGGATTGCTTCAATGAACTCGACGTTCCCGAAGCGGACCGAAACGCACCCGCACTGGGATCCGCCACCCGGGATTTCGACAACCTGATGCGCAGCGCCCTCGCTACCTGTTCCTACCCGGAGGTCCTGGCAGTGCTGTTGGTTGCTGAGTGGCTCTACGGCGATTGGGCTGCCCGCGCCGGGGACACCAGTGAATGGCCCGCCCACGCAAAGCATGCCGAGTGGATCCGCCTCCACAACAACCCTGAGTACAACGCATGGGTGACGTGGCTACGCGACGAGTTCGACGCCGTCGAGCCTGCCGACGCCGCTGCACGCGAGCGCGTAGGCGCCACCTTCGCTGAAGCGGTGCGGCTGGAGCGCGCGTTCTTCGATGCTGCTCTGATGCCGGCGGATGCTTCGGTTTAG MGFAIELRNQNAEDWDAAVNHPFVDQLLDGSLSDENLRGYLVQDYQFCDAFTALLGQAVASAPSLPSRLVFARVLGAFASDENTYFQDCFNELDVPEADRNAPALGSATRDFDNLMRSALATCSYPEVLAVLLVAEWLYGDWAARAGDTSEWPAHAKHAEWIRLHNNPEYNAWVTWLRDEFDAVEPADAAARERVGATFAEAVRLERAFFDAALMPADASV PGPT0009055_1101 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 D3-18_03965 579 yyaP_5 COG0262 putative protein YyaP ATGGGACAGCTGATTGTCCAGGATTTCGTTACCGCCGATGGATACGCCGCCGACACCAACAACGAGTTCAAAGCGTACGAACTGCTGGAAGGTGGAACGGCCGGGTTTGACCGTGCCCAACTCGAATGGCTCGGCAGCGTGGAAGCAATGGTTCTGGGCGCCAATACCTACAGGTACTTCGCTGAATACTGGCCTACGGACGCCTCCGAGGGCGAGATCATCGCTCCAGCGCTCAACGGCCTGAGACGTCACGTGTTTTCACGCCACCTGAAGGAGGCGCCTTGGGGCGACTTCCCGCCGTCGACCGTTGAATCCGGGGACGCGATCGACGCGATTCGTCGCATCAAGCGGGAGTCCGCAAAGGACATCGTTCTCTGGGGGAGCCTGTCGCTCGGCCAGACGTTCTTCGCCGCCGGAGAAGTGGACGCAGTCCGGCTTGTGGTGATGCCAATAGGGCAAGGCTCAGGCAGGGGTGTGTTCCCGGCGGGACATGACCCTGCCCTTTTGACGCTCGTTGACGTGAACAGCTATGACCAAGGCCTGGTGGAGCTCAGCTACACCGTCCGGAAACAGCCCTAA MGQLIVQDFVTADGYAADTNNEFKAYELLEGGTAGFDRAQLEWLGSVEAMVLGANTYRYFAEYWPTDASEGEIIAPALNGLRRHVFSRHLKEAPWGDFPPSTVESGDAIDAIRRIKRESAKDIVLWGSLSLGQTFFAAGEVDAVRLVVMPIGQGSGRGVFPAGHDPALLTLVDVNSYDQGLVELSYTVRKQP NA NA NA NA NA D3-18_03966 2628 hypothetical protein ATGACGAGATCCACTATGAGCAGGATGCGGGCAGCGACGTCTGCGTTGACGCTGGCGGGCCTGACACTTTCGGGCATCATGGCCGGCATGGCACCAGCTTCTGCGGCACCGGAAGTGGGCAGTGAGCAGTTTCGACCTGCTTACCACTACACCCCAGCGAAAAACTGGATGAACGACCCCAACGGGATGGTTTTACATAAGGGTGTCTATCACCTGTTCTATCAACACAATCCCGCCGGCAACACCTGGGGGAACATGTCTTGGGGTCACGCGACGTCGAAGGACTTGGTTCACTGGGAGGAGCAGCCTCTGGCGTTGTCCACCGATGCCCAGGAAGATGTCTTCTCCGGCAGCATTGTGGTTGATAAGGACAACACCACGGGTTTCGGGACGAAGGAAAACCCCGCGCTTGTGGCAATTTATACCAGCGCCTATAAGGAGCCTTCCCCACACCGTGGCCTGCAGGCCCAGTCCCTGGCCTACAGCTTGGATGATGGTCAGACTTGGACCAAGTACTCAGGAAATCCTGTGCTGAACCGCAATTCAGCCAACTTCCGGGACCCGAAGGTCTTCTGGTACGACAACCCGGCCGGCGGTGGTTACTGGGTCATGACGACGGTCGAATCGCAGGATCACAAGGTTCTTCTCCACAAGTCCGACAATCTCAAGGACTGGACTGCCCTGAGCGAATTCGGACCCGCCAACGCGACCGGCGGCCAGTGGGAATGCCCTGATCTGTTCCCACTCGCTGTGGATGGGGATACGAACAATATCAAGTGGGTCATGGTGGTAAATATCAATCCAGGCGGAGTCGCGGGAGGCTCGGCTGGACAGTACTTCGTGGGTAACTTCGACGGCACCACCTTCACCTCCGAGACCACCGAACCAGTAGCCGAGGTACCGGCAGGCACTGTCATGGCAGGCTTCAATGACGGAACCTACAACGGGTGGACTTTAAACAACGAACCAGGCAACTGGAAGAACGGTCCTTTTGGTGACGCTCCCGCCGCCGGTTCACTCCCCGGTCAGAGTCCGGTGACTGGATTCGGCGGAACAGGACTTATCAACTCATTCAACGACGGCGACTGGCCCATGGGGTCCATGCAGTCACCAACGTTCACGGTGACCGACGACTACCTGAACTTCCTGATCGGCGGCGGCAAGCACCCCCGCGTCTCCGACAAGCTGGACAATACCCCGCCCCCAGGAGAACTGAAGTTTGACGGCTTCGAGGTTCCCGACGGCACAACGCTGGCCAATGCCGACTGGACCGGCACAGGAGACCTGACCCCCAATTTCCAGCCGGCCACCAGTGGCGGGGACTACTACATTGGCGCTAAGCGAATCAACACGTTCGAAACCGGCGCCGTGCCCGGCGATGACCGCCAAGGCACGCTGACCTCCCCCGAATTCACCATCACAACAAACTTCATGTCCATGCTGGTTGGAGGCGGCTACCGTACGGCAGACTCCGGCCAGACCCTGGCCGTCCAGCTACTTGTCAACGGACAAGTGGTCCGGTCCTTGGCGGGCGATAACGCGGGGTTGCTGAACTGGAAGGGCTGGGACGTTTCGGAGTTCGCGGGGCAGAACGCACAGCTGCGGATCGTTGACGAAGCAACCGGCGGATGGGGCCACTTGACCCTTGACCACGTCATGCTCACTGACAGTGCCGCTGTTCCCAGGTCCGATGAAGAAACGGTGAACCTGGTGGTCAACGGACAAGTGGTCCGCACCGCCACCGGCAACGACAGTGAAACCCTGGATTGGGCTTCATGGGATGTCAAGGAATTCGTAGGCCAGCAGGCACAGATCAAGGTTGTGGATAACAACCGGTTCGGCTGGGGCCACATACTCGCGGATGAGTTCACAGCCAGCTCCACCGCAGCGAAGTCCCGGCTCGAGTCGTATGACTGGCTGGACTACGGACGCGACTACTACGCAGCCGTTTCCTTCTCGAACATGCCTGATAACAAGCGGGTCATGCTCGGCTGGATGAACAACTGGGACTACGCCAACAACATCCCCACCAACCCTTGGCGCAGCGCCATGTCGCTGCCCCGGGAAGTGCAGCTGACGCAAACACCGGACGGACCACGCCTTGCCCAGAATGTGGTCAAGCAGGTGGACAAGCTTGCGACAAAGCCCAGCTACACGGACAGTAAGGGCGGCGCCATCATGGCCGGAACAACCCCGCTGCCTGAGGCTGCCTCAGGTCAGGTCCAGCGCGTGGATATCACCTTCGCACCAGGCACGGCGAAGAAGTCGGGAATCACCGTACTGGGCGACGAAGCCTCCTCAACCGTGATCGGCTACGACTCCACCACCGGGAAGGTGTTCGTTGATCGCACAAACTCGGGAAACACCACTTTCCACCCGACCTTCGCCTCCATTGAGGACGCCCCTGTCACCCTGGACAAAAAGGGCAATGTCACCCTGCGGGTATATGTAGACCGCTCATCGGTGGAAGTATTCTCCGGCGACGGTCTCCGGAGCATTACAGATCAAGTATTTCCCAACGCCGGAGCGGACAAGATGGCGCTCTTCGCGGAAGGTGGGACAGCGCAACTGAAGTCCCTCACTGTGACCCCCATGGAAGGATCAATGTTCCTTCCCGGAAAGAAGTAA MTRSTMSRMRAATSALTLAGLTLSGIMAGMAPASAAPEVGSEQFRPAYHYTPAKNWMNDPNGMVLHKGVYHLFYQHNPAGNTWGNMSWGHATSKDLVHWEEQPLALSTDAQEDVFSGSIVVDKDNTTGFGTKENPALVAIYTSAYKEPSPHRGLQAQSLAYSLDDGQTWTKYSGNPVLNRNSANFRDPKVFWYDNPAGGGYWVMTTVESQDHKVLLHKSDNLKDWTALSEFGPANATGGQWECPDLFPLAVDGDTNNIKWVMVVNINPGGVAGGSAGQYFVGNFDGTTFTSETTEPVAEVPAGTVMAGFNDGTYNGWTLNNEPGNWKNGPFGDAPAAGSLPGQSPVTGFGGTGLINSFNDGDWPMGSMQSPTFTVTDDYLNFLIGGGKHPRVSDKLDNTPPPGELKFDGFEVPDGTTLANADWTGTGDLTPNFQPATSGGDYYIGAKRINTFETGAVPGDDRQGTLTSPEFTITTNFMSMLVGGGYRTADSGQTLAVQLLVNGQVVRSLAGDNAGLLNWKGWDVSEFAGQNAQLRIVDEATGGWGHLTLDHVMLTDSAAVPRSDEETVNLVVNGQVVRTATGNDSETLDWASWDVKEFVGQQAQIKVVDNNRFGWGHILADEFTASSTAAKSRLESYDWLDYGRDYYAAVSFSNMPDNKRVMLGWMNNWDYANNIPTNPWRSAMSLPREVQLTQTPDGPRLAQNVVKQVDKLATKPSYTDSKGGAIMAGTTPLPEAASGQVQRVDITFAPGTAKKSGITVLGDEASSTVIGYDSTTGKVFVDRTNSGNTTFHPTFASIEDAPVTLDKKGNVTLRVYVDRSSVEVFSGDGLRSITDQVFPNAGADKMALFAEGGTAQLKSLTVTPMEGSMFLPGKK PGPT0018745_85 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-FRUCTOSIDASE,PGPT0018745-fruA-K03332 NA NA D3-18_03967 294 hypothetical protein ATGACCAAAACGTTGTATGCAGAGTTCACCGTCAAGGAAGGCAGTGAAACCCGCGTCGCGGAAATGATGGCAACCCTTACGGGGCACGTCCGTAACGAACCCGGGAACGTGATGTTCCTGCCCTACACACGGGAAGCCAACCCGCGGGAGTACTTTGTCTTTGAGGTCTACCGGGACGAGCAAGCCTTCCAGGAGCACATCGGCGCCGACTACGGCCGGGAGTTCAACGCGGAACTTGCCGAACACATCGAAGGCGAAGGATCAGTCCTGACTTGGCTGCAACCAGTAATTTAG MTKTLYAEFTVKEGSETRVAEMMATLTGHVRNEPGNVMFLPYTREANPREYFVFEVYRDEQAFQEHIGADYGREFNAELAEHIEGEGSVLTWLQPVI NA NA NA NA NA D3-18_03968 1053 degA_6 COG1609 HTH-type transcriptional regulator DegA TTGACAACGGTGTCTAATCGTTACCAGTCCGACTCCGGACGCAAGCGTCCGACGATGAAGAACGTGGCCGATCTCGCCGGAGTTGGGATCAAAACAGTCTCTCGAGTCGTGAACGATGAGCCGGGGGTCTCCGACGCGACCCGCCAGCGGGTAATACGGGCGACGGAACAGCTGCAGTACCAACTGGACATCACAGCGGGCAGCCTGAAGCGTTCCGGACGGAAGACCCAGTCCATCGGCCTGCTGCTCCCGAGCGTGTCCAACCCGTTCAGTGGCGAGATCCACAGGGCCATGGAAGACGCCTTGGCTGTGCGGGGAATTGCCGTCTTCGCTGCAAGCCTGGATGACGATCCTGACCGGGAGAAGAAGCTCATTTCAGCCTTCCTGGGGCGCCGGGTCGACGGGCTTGTGCTGACTACCATCGCCAAGAGCCAGGCGTACATGATCCCGGAGCACTCCCGCGATCTGCCGCTGGTATTCATTGACCGTGAGCCTGCAGGTATTGAGGCTGACGCGGTGGTTACTGACAATGAAGTTGGCGCGGCAAAGGCGGCGGCCCATCTCATCCAGCATGGACATACCCGGTTGGCTTACCTTGGCGACCGAACGGATATTCAGACCGCCGGTAGACGTCGGGCAGGATTCCTCGACGGCGTCGGACAAGCCGGCATTTCCACCTCCGGCGTCGCTGTTCGTGAGAACCTGCATGATGAAGAAACCGCATTTCGGGCGGCTCAGGAACTGCTCACCTCAAAGAACCCGCCGACGGCGATTTTCTCCAGTCAGAACCTGGTGACGTTTGGCGCCATGCGCGCACTGAAAGCCCTTGGGCTGAATCACAAGATTGCCCTCATTGGATTTGATGATTTCACCCTGGCCGACATGATGGACCCCGGGATCACTGTGATCGCCCAGCACCCTGAACGCATCGGCAAGCTTGCGGCTGAGCGGATCCTTGCGAGGATCGATGGTGACCAGAGCCCTGCCCGAACGTATGTCATCCCAACTGAACTGATACAGCGAGGCTCCGGTGAAATCCGCATCGCGAGCTAA MTTVSNRYQSDSGRKRPTMKNVADLAGVGIKTVSRVVNDEPGVSDATRQRVIRATEQLQYQLDITAGSLKRSGRKTQSIGLLLPSVSNPFSGEIHRAMEDALAVRGIAVFAASLDDDPDREKKLISAFLGRRVDGLVLTTIAKSQAYMIPEHSRDLPLVFIDREPAGIEADAVVTDNEVGAAKAAAHLIQHGHTRLAYLGDRTDIQTAGRRRAGFLDGVGQAGISTSGVAVRENLHDEETAFRAAQELLTSKNPPTAIFSSQNLVTFGAMRALKALGLNHKIALIGFDDFTLADMMDPGITVIAQHPERIGKLAAERILARIDGDQSPARTYVIPTELIQRGSGEIRIAS PGPT0017992_10737 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 D3-18_03969 1113 frcB Fructose import binding protein FrcB ATGTTGAGTTCCAAAGTCACCCGGTCCGCCCGGACCCGTTTTCTCGCCGCCGGTGCAGTCCTGACGCTCGGCGCACTTAGCCTGACAGCCTGCGGAGGCAGCTCCACCCCTTCATCCAGCGGAGGCGCCGACGAAAAGATCGGTGTTTCGCTGATCGTAAAGACCACCTCCAACCCGTTCTTCGTTTCCATGCAGGATGGCGCGAAGAAGGCCGCCGAGGCGGACGGCGTCGACCTTAAGCTCGCGGCCGGCAAGGCCGACGGCGACGAGGACACCCAGATCCAGGCCATTGAAAATGCAATCTCCAAGGGTGACAAGGGTATTCTGATCACCCCCAACGGTCCCTCGGTAGTGGATGCCCTGAAGAAGGCCAAGGATGCCGGGTTGTTCGTCATCGCACTGGACACGCCGCCGGACCCGGCCGACGCCGCTGACATCACGTTCGCCACCGACAACTTCAACGCCGGGGAGCTCATTGGCAAGTGGACCGCTCAGCAACTGGCAGGCAAGAAGGCCGTCATCGCCCTCATTGACCTCTTTGACGACAAGGTTGTCTCGGTGGACTACAACCGCGATCAGGGCTTCCTGACCGGCCTCGGCATCGACACTGCAGATAAGAAGAAGAACGGCGACGAAGCCAAGTCCGGAACGTACACCGGAGGCAAGGGCGGCGAATACGAAATCGTCGGTAGCCAGGCATCCCAGGGCGCCGAAGACGGTGGACGTACCGCAATGGAGACCTTGCTGGCCAAGAACCCCAATGTCAACGTTGTCTACACGATCAATGAGCCCGCTGCCGCAGGTGCCTTCGAGGCTTTGAAGTCCGCCGGCAAGGAAAAGGACGTCCTGATCGTCTCCGTTGACGGCGGCTGCACAGGTGTGAACAACGTCAAGTCCGGCGTGATCGGCGCAACGGCACAGCAGTACCCGGTCAAAATGGCCGAGATGGGCGTAAAGACCATTGTTGACTTGGCAAAGACCGGTAAGAAGCCTGCCAACTCTGAGGGCCTGGACTTCTTCAACACCGGTGTGGAGCTCGTCACTGACAAGCCCGCCGATGGCGTCAAGAGCATCACCACCACCGAAGCATCCCAGGTCTGCTGGGGCAAGTAA MLSSKVTRSARTRFLAAGAVLTLGALSLTACGGSSTPSSSGGADEKIGVSLIVKTTSNPFFVSMQDGAKKAAEADGVDLKLAAGKADGDEDTQIQAIENAISKGDKGILITPNGPSVVDALKKAKDAGLFVIALDTPPDPADAADITFATDNFNAGELIGKWTAQQLAGKKAVIALIDLFDDKVVSVDYNRDQGFLTGLGIDTADKKKNGDEAKSGTYTGGKGGEYEIVGSQASQGAEDGGRTAMETLLAKNPNVNVVYTINEPAAAGAFEALKSAGKEKDVLIVSVDGGCTGVNNVKSGVIGATAQQYPVKMAEMGVKTIVDLAKTGKKPANSEGLDFFNTGVELVTDKPADGVKSITTTEASQVCWGK PGPT0016680_11 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_FRUCTOSE_TRANSPORT,PGPT0016680-frcB-K10552 NA NA D3-18_03970 1047 frcC COG1172 Fructose import permease protein FrcC GTGACCCAGCAACAGACCGCCGGCCCTCCGAGCGCCGGGCATGCTGATTTGGCGGAGGAATTTCTCGACCGCCAGACCCCCCTCAGCAGAATCCGCAACATCCTTCACCGATACCCAGCCCTCAGCCCGGCCATTGTTCTGCTGATCGCCGTAGTGGTCTTTGGGCTCCTCAACGACCGTTTCCTGCGCGTTGAGAACCTGTCACTGATTACTCAACAGGTTGCGGTGGTGGGTACCTTGGCCATCGCCCAGACGCTGATCATCCTGACCGCCGGAATTGACCTCTCCGTAGGCGCGGTCATGATCTTGTCCTCGATGGTGATCGCCCAGCTCGCCGTCAGCAACGGCATCCCGGGGCCCATCGCACTGCTTGCCGGCCTCGCCGTCGGACTAGGATCCGGGGCCCTGAACGGATTCCTGGTGACAAGGTTCCGCCTCCCACCGTTCATCGTCACGCTGGGAACATTGAACATCTTCATCGCTCTGACGCTGCTTTACTCCGGCGGAAGCACCGTGCGTGGGTCCGCGATGCCGGACATGCTCACCTGGCTCGGCAGCACCTTCCCGATCGGACCCGTCCGGATCTCCACCGGCGTTCTCATGATGCTCCTCCTCTACGTGGCCGTGGCCTTCATTTTGGGCAAGACCGCCTGGGGCCGGCACGTCTACGCTGTGGGCGATGACAAGGAAGCAGCCCGTCTGGCCGGCATTCCCGTCAACCGGGTGCTGATGAGCGTCTACCTTGCCGCCGGTGCGGTCCTCGCCATCGGCGCATGGATCCAAATCGGGCGTACCAACGCCGCAAGCCCTAATGCCGGCGTCGACCTGAACCTGGACTCCATCACCGCCGTCGTGATTGGCGGCACCAGCCTCTTCGGTGGCCGCGGCTCCATCTGGGGTTCGCTGCTCGGAGCGCTGATCGTTGGTGTCTTCCGCAACGGCCTGTCCCTCGCCGGCTTGGACGTGCTCTATCAGACGCTCGCGGTAGGCATCCTGATCATCATCGCCGTGTCCGTCGATCAATGGATCCGAAAGGTCAAGTCATGA MTQQQTAGPPSAGHADLAEEFLDRQTPLSRIRNILHRYPALSPAIVLLIAVVVFGLLNDRFLRVENLSLITQQVAVVGTLAIAQTLIILTAGIDLSVGAVMILSSMVIAQLAVSNGIPGPIALLAGLAVGLGSGALNGFLVTRFRLPPFIVTLGTLNIFIALTLLYSGGSTVRGSAMPDMLTWLGSTFPIGPVRISTGVLMMLLLYVAVAFILGKTAWGRHVYAVGDDKEAARLAGIPVNRVLMSVYLAAGAVLAIGAWIQIGRTNAASPNAGVDLNLDSITAVVIGGTSLFGGRGSIWGSLLGALIVGVFRNGLSLAGLDVLYQTLAVGILIIIAVSVDQWIRKVKS PGPT0016590_4286 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 D3-18_03971 795 frcA COG1129 Fructose import ATP-binding protein FrcA ATGACCACCACAGATTTTGAAGCCCCCCGCACCGAAACCCGCGAGCCCATCCTCAAAGCCAGAAACCTCGTCAAGACCTTCGGCCGGGTCGTCGGTCTCGACGGCGTCAGCCTGGACCTCTACCCCGGCGAAGTTCTGGCCATTATCGGCGACAACGGCGCAGGTAAGTCAACACTCATCAAATGCCTCACCGGCGCCGAAGTTCCGGATACCGGCGAACTGTTCGTCTCCGGACAGCAGGTGCACTTCAAACGGCCACAGGACGCCCGCGTCCACGGCATCGAAACCGTGTACCAGAACCTTGCCGTTTCGCCGGCCCTCGATGTTGCCTCGAACCTGTTCCTCGGCCGGGAAGAGCGCCTCCCCGGACCGTTGGGGAGCCTGTTTCGGATACTCGACACCAAGGGCATGCGCAAGAAGGCCAAAGAAGAATTGACCCGATTGGGCATCTCCACCCTGCAGGACGTCACCGTACCGGTCGAAAATCTCTCCGGCGGCCAGCGGCAAGCCGTCGCCGTGGCCCGCGCAGCGGCCTTCGGATCCAAGGTGGTGGTTCTCGACGAACCGACAGCCGCTTTGGGTGTGCGTGAATCCAACCAGGTGCTCCAGCTGGTCCGGGACCTCCGCGACCGAGGCCTGCCAGTCATCCTGATCAGCCACAACATGCCTCACGTGTTCGACGTTGCAGACCGCATCCACATCCAGCGACTGGGCAAATGCGCGGCGACAATCACCCCGCAATCCCACACCATGACCGACGCCGTCGCCATCATGACAGGTGCGGCCAAAGCCTAA MTTTDFEAPRTETREPILKARNLVKTFGRVVGLDGVSLDLYPGEVLAIIGDNGAGKSTLIKCLTGAEVPDTGELFVSGQQVHFKRPQDARVHGIETVYQNLAVSPALDVASNLFLGREERLPGPLGSLFRILDTKGMRKKAKEELTRLGISTLQDVTVPVENLSGGQRQAVAVARAAAFGSKVVVLDEPTAALGVRESNQVLQLVRDLRDRGLPVILISHNMPHVFDVADRIHIQRLGKCAATITPQSHTMTDAVAIMTGAAKA PGPT0016685_153 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_FRUCTOSE_TRANSPORT,PGPT0016685-frcA-K10554 NA NA D3-18_03972 957 RBKS_2 Ribokinase ATGCACAACATTCACCCGGACGCCTCCGCCCATAACCAACTGGACGTTCTCGTCATCGGCGAAGCCCTGGTTGACATTGTGAATACCCGGGAAGGAGCCATCAGCTACCCTGGTGGTTCCCCCGCGAATGTGGCCTACGGCCTGGGGCGCCTCGGGGTACCGACGGGGCTGCTCACAGCGATTGGCAAGGACGAACACGGAGCCGCCATCACCACCCACCTCCAAAGCGCAGGCGTCCAGCTACTCCCCGGGTCACAGTCCCTTAACCGCACCGCCACCGCTACCGCCACACTCGCAACGGATGGTTCGGCCAGCTACGAGTTCGACATCCTATGGGAACTTGCCCCGGTAGCACCGGCCATGATTCCGAAAATCGTCCATACCGGATCCATCGCCACGTTCCTGGACCCGGGAGCCAGTACCGTGCGCACCCTTCTCGAACAATGCCACGACTCCTGCCTCATCACCTACGACCCCAACATCCGCCCGGCCCTCCTTGGTAGCCACGCCGAAGCAAAGAAGATCTTCGAGGACCTGCTCCCCCTTACTGACGTCGTCAAACTCAGCGACGAAGACGCTCATTGGCTGTATCCCACGTCCTCGCCGGACGACGTGGCTTCCCGACTGCTCAAACAGGGGGCTCGGCTGGTCGTGATCACCCGTGGCGCGGAAGGTGCGCTCCTTGCCACACCCGGGACGCGCCTCAACATCCCATCAGTGAAGACCAGCGTTGCAGACACCATCGGCGCCGGTGACTCCTACATGTCCGCACTCATCGCCGAACTGGTGACTAGAGCCGAACATGCCTTCGCACCAACAGCCCTAGAGATCGTCGGACAGACCGCAGCCGTGGCCGCAGCGATCACCGTTAGTCGGCCCGGCGCCAACCCTCCGACCTCCGACGAACTTCACATACGGCTGGAGGGACTCAAACAGCAGCCACTCGCTGCCGTATAG MHNIHPDASAHNQLDVLVIGEALVDIVNTREGAISYPGGSPANVAYGLGRLGVPTGLLTAIGKDEHGAAITTHLQSAGVQLLPGSQSLNRTATATATLATDGSASYEFDILWELAPVAPAMIPKIVHTGSIATFLDPGASTVRTLLEQCHDSCLITYDPNIRPALLGSHAEAKKIFEDLLPLTDVVKLSDEDAHWLYPTSSPDDVASRLLKQGARLVVITRGAEGALLATPGTRLNIPSVKTSVADTIGAGDSYMSALIAELVTRAEHAFAPTALEIVGQTAAVAAAITVSRPGANPPTSDELHIRLEGLKQQPLAAV PGPT0017625_1647 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 D3-18_03973 780 echA8_2 COG1024 putative enoyl-CoA hydratase echA8 ATGACTGAGCAGTACCAGAACATTGTGGTGGAACGTCGGGGACGGGTTGGCTTGGTGACACTGAACCGACCGGAGGCGTTGAATGCGTTGAATACCGCACTCATGAACGAACTTGTGGATGCAGTGACGGCCATGGACACTGATCCCGACGTTGGCGCCGTGGTGATCACGGGATCCGCCAAAGCTTTTGCTGCCGGTGCTGACATCAAGGAAATGTCCTCCAACAGCTACATGGAGATGTATGCGGCGGACTGGTTCCGCCGTTGGGAGGACCTCACCCGCCTCCGCGTCCCTGTTGTTGCTGCTGTGTCCGGTTTTGCTTTGGGTGGTGGCTGCGAACTGGCCATGATGGCTGACTTCATCATTGCCGGGGACAACGCCAAGTTCGGCCAGCCCGAGATCAACCTCGGCGTGATCCCGGGAATGGGCGGCTCGCAGCGGTTGACCCGGGCTGTGGGCAAGGCGAAAGCGATGGACATGGTTCTGACTGGCCGGTTCATGGACGCCGACGAAGCCGAACGCTCCGGTTTGGTCTCGCGAGTGGTCCCTGCAGCCGAGGTGATCGACGAAGCGCTCAAGGCAGCCGAAGTCATCGCCTCCAAGTCCAAGCCCGCCGCAATGGTGGCCAAGGAAGCCGTGAATGCAGCATTTGAGATGGGCCTGGCGCAAGGTGTTCTGTTTGAGCGCCGGGTGTTCCACTCGCTCTTCGCCACCGAGGATCAGAAGGAAGGCATGGCCGCGTTCAGCGAGAAGCGCCAACCGGAGTTCAAGCACAGATAG MTEQYQNIVVERRGRVGLVTLNRPEALNALNTALMNELVDAVTAMDTDPDVGAVVITGSAKAFAAGADIKEMSSNSYMEMYAADWFRRWEDLTRLRVPVVAAVSGFALGGGCELAMMADFIIAGDNAKFGQPEINLGVIPGMGGSQRLTRAVGKAKAMDMVLTGRFMDADEAERSGLVSRVVPAAEVIDEALKAAEVIASKSKPAAMVAKEAVNAAFEMGLAQGVLFERRVFHSLFATEDQKEGMAAFSEKRQPEFKHR PGPT0001860_5086 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0001860-paaF|echA-K01692 NA NA D3-18_03974 942 mmsB COG2084 putative 3-hydroxyisobutyrate dehydrogenase ATGACAGAGAACGCAGCCGTGCCAGATATCCAAGCCCCGGCAACGGGACTCATCGCTTTCCTTGGCCTGGGCCATATGGGTGGTCCCATGGCGGCCAACCTGATCAAGGCAGGGCACGATGTGATTGGCTACGACCCCGTTCCGGCGGCCGTCGAGGCAGCCCGGGCTCACGGAATTCCCATGGCATCGACGGCTCATGAGGCTGCTGCGGAAGCGGCCGTGGTGTTGACCATGCTGCCCAGCGGCAAGCATGTGCTGGATGCCTACCGCGGTGTGGAGGGCCCTGGACTGCTCTCTGTTGCGAAGCCAAACACCTTGTTCCTGGACTGTTCCACCATCAACGTGGATGAAGCCCGCGAGGCCGCGGTGATCGCGTTGGAAGCCGGTCACCGCTCGGTGGACGCCCCTGTTTCAGGCGGTGTGGTGGGGGCCGAAGCCGGCACCTTGACCTTCATGGTGGGTGCTTTGCCGGAGGATTTCGAAACCGTGAGGCCAGTTTTGGAGCTCATGGGTAAGAGGATCGTCCACTGCGGTGACCATGGCGCCGGCCAAGCCGCCAAGGTTTGCAACAACATGATCCTGGGGGTGTCCATGATCGCCGTTGCCGAAGCATTCGTGCTCGGCGAGAAGCTCGGGCTCACGCACCAGGCTCTGTTCGATGTCGCTTCCAACGCGTCGGGCCAATGCTGGGCGCTGACTACGAACTGTCCCGTTCCCGGCCCGGTTCCCACCAGCCCTGCCAATCGCGACTATCAGCCTGGCTTTGCCGGAGCGCTGATGGCCAAGGACCTGCGCCTGGCCGTGAATGCGTTGGAAAGCACGGGCGTTGCTGCGGAAATGGGTCCTTTGGCTTCGCGTATCTACGACGCCTTTGCCGCTGGTGAAGGTGCCGGAAGGGACTTCTCCGGCATCATCACGGAGATCCGCGATAAGTCTGTGTGA MTENAAVPDIQAPATGLIAFLGLGHMGGPMAANLIKAGHDVIGYDPVPAAVEAARAHGIPMASTAHEAAAEAAVVLTMLPSGKHVLDAYRGVEGPGLLSVAKPNTLFLDCSTINVDEAREAAVIALEAGHRSVDAPVSGGVVGAEAGTLTFMVGALPEDFETVRPVLELMGKRIVHCGDHGAGQAAKVCNNMILGVSMIAVAEAFVLGEKLGLTHQALFDVASNASGQCWALTTNCPVPGPVPTSPANRDYQPGFAGALMAKDLRLAVNALESTGVAAEMGPLASRIYDAFAAGEGAGRDFSGIITEIRDKSV NA NA NA NA NA D3-18_03975 1062 caiD Carnitinyl-CoA dehydratase ATGGGGGCCTTGGAAACAGAAGATGTTCTCTTTGAGCGTCGCGGCCACCTCGGAGTCGTGACCCTCAACCGCCCGAAAGCAGTCAACGCGCTGAACGATGGAATGGTGAAAGCCATGCTCCAGCAGCTGACCGAATGGGCTGACGACGACGCCGTTGCCACCGTCCTGGTGCGCGGCGCGGGCGACCGCGGACTTTGCGCTGGTGGCGACATCGTGGCCATTTACAAAGACATGCTGCATGGTGGCACCGCGACGGCTGAGTTCTGGGCTGACGAGTACCGGCTCAACGCGCTGATCTCGCACTACCCCAAACCGTACGTCGCATTCATGGACGGGCTCGTCCTGGGCGGCGGCGTGGGCATCTCTGCGCACGGCTCAGTGCGCGTGGTCACAGAGCGGACGCGCACCGGCATGCCGGAAACCACCATTGGATTCGTGCCCGACGTTGGCGGGACCCTTCTGCTTTCACGTTCGCCGGGGGAGGCAGGAACGCACGCCGCTTTGACCGGGGCGCACTTGTCCGGCGCGGACGCACTTTTCCTGGGGCTTGGAGACCACTTCGTGCCGTCGTCCGAGCTGCCCGCGCTGGCGCAAGCGTTGGAAAGCTCGACGGCGGAGGCCGCCGTCGAGCGTTTTGCCCAAGCCTCGCCGGAGTCAGCTTTGGCGGCGCAGCGGGAGTGGATCGATGCCGCTTACGCCTACGAGGATGCGGAAGAGATCGTCCGGAGCCTGCGTGCTTTGGGCGACGAGGCAGCCGCTGCAGCAGACACGATCGAGGCCAAATCGCCGACGTCGGTGAAGGTGGCGCTTGAGTCGCTGCGACGCGTCCGTGGGCTCTCTTTGGAGGAGGCGCTGGATCAGGAATTCCGGGTGGGCCTGCGATGCCTGGCCGGGCCCGATTTCCGGGAGGGGATCCGCGCGCAGGTGGTGGACAAGGACCGCAACCCGCAGTGGAAGCCGCCGACTCTCGCCGAAGTCCGGGAGTCCGACGTCGAGGGCTACTTTGCGCCGCTCGGCGACCGGGAGCTGGGGCTTTCAGCCAGTCCAGTCCAGTCACTTTGA MGALETEDVLFERRGHLGVVTLNRPKAVNALNDGMVKAMLQQLTEWADDDAVATVLVRGAGDRGLCAGGDIVAIYKDMLHGGTATAEFWADEYRLNALISHYPKPYVAFMDGLVLGGGVGISAHGSVRVVTERTRTGMPETTIGFVPDVGGTLLLSRSPGEAGTHAALTGAHLSGADALFLGLGDHFVPSSELPALAQALESSTAEAAVERFAQASPESALAAQREWIDAAYAYEDAEEIVRSLRALGDEAAAAADTIEAKSPTSVKVALESLRRVRGLSLEEALDQEFRVGLRCLAGPDFREGIRAQVVDKDRNPQWKPPTLAEVRESDVEGYFAPLGDRELGLSASPVQSL PGPT0001860_367 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-HYDROXYCINNAMIC_ACID_RESISTANCE,PGPT0001860-paaF|echA-K01692 NA NA D3-18_03976 1500 bauC_3 COG1012 Putative 3-oxopropanoate dehydrogenase ATGGTGCGCGAGCTTTCCCACTACGTAGACGGCCAGAGGATCGAAGGCACGTCCGGTCGATTCAGTGATGTTTACGATCCCTGCACGGGCGAAGTCCAAGCGCGGCTTCCGCTGGCCAGCGCGGACGAGGTTCGCAACGCCGTCGCAAATGCCGAAAAGGGTCAGCTCGAATGGGCGGCAATGAACCCGCAACGCCGGGGACGCATCCTGCTCAAGTTCGTGGACCTGGTCAACCAGAACATGGACGAGCTCGCAAAGCTCCTGTCATCCGAACACGGCAAGACCTTCGCCGACGCCAAGGGCGACATCCAGCGCGGCATCGAGGTAGTGGAGTTCTCCGCCGGGGCGCCGCATCTGCTCAAGGGCGAGTTCTCGGACAACGCCGGCCAGGGGATCGACGTCCATTCGCTCCGCCAGCCGCTGGGCGTCGTCGCGGGCATTACGCCCTTCAACTTCCCGGCCATGATCCCGCTGTGGAAGTCCGGACCGGCGCTCGCAGCCGGCAACGCCTTCATTCTCAAGCCCTCCGAGCGGGACCCCTCCGTTCCGCTGCGCCTTGCCGAGCTGTACAGCGAAGCCGGTGTGCCGAACGGCGTTTTCAACGTGATCAACGGCGACAAGGAAGCCGTGGATGCGCTGCTCGAAGATCCGCGGGTGAAGGCCATCGGTTTTGTGGGATCCACCCCCATTGCCCAGTACATCTATGCCACGGCAGCTGCGCACGGCAAGCGCGCCCAATGCTTCGGCGGTGCGAAGAACCACATGGTGATCATGCCCGACGCCGATTTGGACATGGCTGCCGACGCCCTGATTGGTGCCGGGTACGGTTCCGCAGGCGAACGATGCATGGCAATCTCCGTTGCCGTGCCCGTTGGCCAGGAAACCGCAGACGCCTTGGTGGCCAAGCTGACCGGGCGTGTGAAGGATCTGAAGGTCGGCCACAGCCTGGACAAGGATTCGGACTTCGGTCCCGTGGTGGCTGCTTCTGCCAAAGAGCGGATCGAAGGCTACATCCAGTCCGGCGTGGACGAAGGCGCAACGCTGGTCACCGATGGTCGAGGCCTCACTGTGGACGGCTACGACGGCGGGTTCTGGGTGGGCCCAACGCTCTTCGACAATGTCACTAAGGACATGAAGATCTACAAGGAAGAGATCTTCGGTCCCGTCCTCAGCGTGCTGCGCGCGGCTGACTACGACGAAGCGCTCAGGCTCTGCAGCGAACACGAGTTCGGCAACGGCGTGGCCATTTTCACCCGCGACGGCGACTCCGCCCGCGACTTTGCCAGCCGGGTAGAGGTAGGCATGGTGGGCATCAATGTGCCGATTCCGGTGCCGATCGCCTACTACACGTTCGGCGGCTGGAAGGCGTCCGGTTTCGGAGACCTCAACCAGCATGGCGCCGATGCGTTCCGTTTCTACACCAAGACCAAGACCGTGACGTCGCGGTGGCCTTCCGGCATTCGCCAGGGCGCCAGCTTCATCATGCCGGCAGGCAGCTGA MVRELSHYVDGQRIEGTSGRFSDVYDPCTGEVQARLPLASADEVRNAVANAEKGQLEWAAMNPQRRGRILLKFVDLVNQNMDELAKLLSSEHGKTFADAKGDIQRGIEVVEFSAGAPHLLKGEFSDNAGQGIDVHSLRQPLGVVAGITPFNFPAMIPLWKSGPALAAGNAFILKPSERDPSVPLRLAELYSEAGVPNGVFNVINGDKEAVDALLEDPRVKAIGFVGSTPIAQYIYATAAAHGKRAQCFGGAKNHMVIMPDADLDMAADALIGAGYGSAGERCMAISVAVPVGQETADALVAKLTGRVKDLKVGHSLDKDSDFGPVVAASAKERIEGYIQSGVDEGATLVTDGRGLTVDGYDGGFWVGPTLFDNVTKDMKIYKEEIFGPVLSVLRAADYDEALRLCSEHEFGNGVAIFTRDGDSARDFASRVEVGMVGINVPIPVPIAYYTFGGWKASGFGDLNQHGADAFRFYTKTKTVTSRWPSGIRQGASFIMPAGS PGPT0002295_2443 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 D3-18_03977 573 hypothetical protein ATGTCAACCGAGCTCATCCTAAAAATCGTTATCGGGGCAATCGTCGCAGGGCTCCTTGCAGTGGGCACTTGGTGGGCCCGGAAGCACCCCAATAGGTCCAAGGAGTATCCGGAACAGGTGCGCCTGCCCAAAGTGGTGCCTTTCATTGGCTGGCTTTTCCTTGGTTTCGGCCTCATCATGAGCTTGGTCTCGTTCTCCTATGCTCCTTCTCCCTTGGGTTCCCGAATCACTGCTGTTGCAATCTTCCTGGCCGGCCTTGCTTTCGTGTTGATGTACCGCAATTGGTACGTGGCTCCGCGCGCCCATGAGGTTGCCTTCCGAACCGTGCTCGGCAAGGAACACGTAGTTCCCTACGGCGAGATTGCGCACTACCGCGTTCAGGTGATGAAGGGGCAGCCGATCCTGACGGTCAAGTCCGTTCATGGTGCAAAGCTCAGCCTGAATATCCGCACCTTCGACGTAACACCCCTCATGACTGCCATCGATTTCCACAAGGTGACCGGACGCTGGCCTGCCCGAGCGGACGAGGTGGGCGGAGGTCCCGCGGCAGAAAAATACCCCTCTGGAAATTAG MSTELILKIVIGAIVAGLLAVGTWWARKHPNRSKEYPEQVRLPKVVPFIGWLFLGFGLIMSLVSFSYAPSPLGSRITAVAIFLAGLAFVLMYRNWYVAPRAHEVAFRTVLGKEHVVPYGEIAHYRVQVMKGQPILTVKSVHGAKLSLNIRTFDVTPLMTAIDFHKVTGRWPARADEVGGGPAAEKYPSGN NA NA NA NA NA D3-18_03978 1407 phrA COG0415 Deoxyribodipyrimidine photo-lyase ATGAAACCGTCCATCGTTTGGTTTCGCGACGACCTGAGGGTCGCCGATAACCCGGCCCTGCGTGCCGCCGTCGACGACGGTGCGGCCGTTGCCCTCTACGTCCTTGACGAAGAATCGCCGGGTATCCGCCCTCACGGTGGGGCCGCGCGTTGGTGGCTCCACCACTCGCTTACTGCCCTTCGCGAGGATCTGGACAGGCTTGGTGTTCCCCTGCTGCTCCGCCGTGGATCTGCAGCCGACGTGGTTCAGGAGACCACGACGGCGATTGGTGCCGGCGGGTTGTACTGGAACCGGCGGTACGGTTCCGCTGAGCGGACGGTCGACGCCGGCATCAAGGCTTGGGCGGCCGAGGCTGGACTGCATGTTTCGAGTTTTCAGGCTTCCCTGCTCCATGAGCCGTGGGAGGTCACCACTAAAACGGGCGGGCAATACAAAGTCTTCACCCCTTTCTGGCGGACTGTTTCTGCGCAGGACTTCCGCGAGCCGCTGGAAGTCCCTGAAGCGGGACACGGATTCACCGGAAAACTGCCCGTCCATGACCACTTGGAATCGTGGCAACTGCTCCCCACCACGCCGGACTGGTCCCGCGGATTGGCCGAAATGTGGACGCCGGGCGCTGCCGCCGGGCACAAGCGGCTCGCCACGTTCGTGGCGGACGGCCTCTCCAACTACAGCGAGGGCCGTCACCGTCCGGATACAGATGGAAGCAGTTGCCTGTCTCCCTACCTGCGCTGGGGTGAGCTCAGCCCATTCCAGGTGTGGCACGCCTTGGGTTCCAAGCGATCGGAAAGCGCCTCTATCTATGCTTCCGAGTTGGGCTGGCGCGAGTTCTGCTGGCACCAGTACTTCCACAATCCAGAGCTTGCAACGGCCAACCTTCGCCCGGAGTTTGATCGCTTTCCCTGGGCTTGGCCGGGCACCAACCATAACGGCAGCAGTGACAGCAACGGCAAGCACCCCGGCCACGAGTCAGCGCCGGAGGAATTCCAAGCCTGGCAGCAGGGTCGCACCGGCTTTCCCATGGTGGACGCGGGGCAACGGCAGCTTTGGCATACGGGCTGGATGCACAACCGTGTCCGTATGGTTGCCGCGAGTTTCTTGGTCAAAAACCTCGGCATTCATTGGCAGCTGGGGGAGCAATGGTTTTGGGACACCTTGGTGGACGCCGATCCGGCGTCGAATCCGGCCAACTGGCAATGGGTAGCCGGTTCCGGGGCGGATGCTTCGCCGTTCTTCAGGATCTTCAATCCGGAGGCTCAGCGCGTGAAGTTCGATCCCCAGGGGAAGTATATTGCCCACTGGATTCCCGAGTTCGGAACACCCGAATACCCGCAGGAAATCGTGGACCTGAAGACAACACGGGCGGAAGCGCTGGAAGCGTACAAGGAGATGAAAGAGGTCCACTAG MKPSIVWFRDDLRVADNPALRAAVDDGAAVALYVLDEESPGIRPHGGAARWWLHHSLTALREDLDRLGVPLLLRRGSAADVVQETTTAIGAGGLYWNRRYGSAERTVDAGIKAWAAEAGLHVSSFQASLLHEPWEVTTKTGGQYKVFTPFWRTVSAQDFREPLEVPEAGHGFTGKLPVHDHLESWQLLPTTPDWSRGLAEMWTPGAAAGHKRLATFVADGLSNYSEGRHRPDTDGSSCLSPYLRWGELSPFQVWHALGSKRSESASIYASELGWREFCWHQYFHNPELATANLRPEFDRFPWAWPGTNHNGSSDSNGKHPGHESAPEEFQAWQQGRTGFPMVDAGQRQLWHTGWMHNRVRMVAASFLVKNLGIHWQLGEQWFWDTLVDADPASNPANWQWVAGSGADASPFFRIFNPEAQRVKFDPQGKYIAHWIPEFGTPEYPQEIVDLKTTRAEALEAYKEMKEVH NA NA NA NA NA D3-18_03979 339 hypothetical protein ATGACCGACACCCAAATTGGCAGCTTTATTCGCGACTGTGTGGTGTTTGAGGACGACACTGAGAACGGCTTGGACTTTGACACTTTCTACGGCCTGTACATCAGCTGGTGCGTTCTCGGACGCAAAATCCCCATTCCCGACTCCGCTTTCAAAACAGCCCTTGAACGCCAGGGACTGAAACCCATCAAGGTCAGTGGACAGAGAATTTACCCCGGCATGAGCATGGTAGGTGCAGCCGCGCGGGACTACGTAGTAAACAGTGTTCCCCTGTGGAGCGAAACCGCCACCGACATCCCGGTTTCCGAAATTAGCCAACAAGCAGTGGCATCCATCGCCTGA MTDTQIGSFIRDCVVFEDDTENGLDFDTFYGLYISWCVLGRKIPIPDSAFKTALERQGLKPIKVSGQRIYPGMSMVGAAARDYVVNSVPLWSETATDIPVSEISQQAVASIA NA NA NA NA NA D3-18_03980 2154 hypothetical protein GTGGCTGGATGGAATGCTGACACCGCAGCGGGGCCGCTGGGCTCCGGAACGGTCACCTTGGTAGAAGGCTCGTCCTTCTGCATTTCCTCTGCCAACGGGGACATTCACCCCGAACTTCCCCATGGCGTCTTCCATCTGGACACCCGGATACTCTCCCGATGGGAGCTGACCGTCAACGGCCAGATGATCGAACCCCTGGCAGCCGAAACCCGGGAACCTTACCGTGCGCTGTTTGCAGGACGGGTACCGCGTTCGGACGGGTACGCGGACAGCCCGTTGCTGGTGGAACGCTTACGGGAAGTCGGGGCAGGAATCCTGGAGGAGATCACCGTCCGGAACTACTCCAAGCGGCCAGCAGAGTGCCGGATCCTGCTGACTGCCGAATCGGATTTCGCGGACCTCTTTGAGGTCAAGGAAGCGCGGATCACCCGGGAATGGACGGAAACCCGCGTCCCGGAGGGCGACTCCTTGGAGATCCGCGGAAAGTGGGAGGGCATCCGGAAGAGCGTGGTGATCCGGGCTGAGGGTGCGGGCGCAGGGGCTCGAGCGTTGGGATTCACTGCCAGGATTCCGCCTTCCGGGAGCTGGAGCACCCGCGTGAGCGTCGTCCCCACCCTTGACGGCGCAGGGACGCCCTTCACCCATCCGGCCCGCGGCGAGTTGTCCCCCAGCGATCGTCGCCGGGAGGAATGGGTGGCCAAGATCCCCCGCCTGCAGGTGGGGAATCGCGCCATCGAACGCACCCTGAGGCGCAGCTACGAAGACCTGGGCGCGTTGAGGATCCAGGATCCGGACCACCCGGACAGGGTGGTTGTTGCCGCCGGGGCGCCCTGGTTCATGACGTTGTTTGGCCGCGACTCCTTGTGGGCGTCAGAGATGGCACTGCCCGTTGACCCGTCACTGGCATTGGGCACCCTCCGCACGCTGGCTGACCGTCAGGGAACGGTGGTGGACACCAACAGCGAGGAAGAACCGGGCAAGATTCTGCATGAAGTCCGGCTGGACGTCTCCAGCGGTCTGGCCCTGGGCGGCAAGTCCGCGTACTTCGGCAGCGTGGACGCCACTCCCCTGTTTGTCATCGTCCTGGGTTCCGTCAGCCGGTGGGGCTTCGCCAAGGATGTGATTGCGGAGCTCCTCCCCAATGCGGATCGCGCGCTCGAATGGATCAGTGACTATGGCGACCGGGATGGCGACGGCTTTGTGGAGTATGGGCGTCCCAACGAGCACGGCCTGATCAACCAGGGCTGGAAGGACTCCTGGGACGGCATCAACTTTGCCGACGGAACCATTGCCGAACCGCCACTGGCACTGTGCGAAGTCCAGGCATACGTGCATGGCGCCTATATGGCGCGCGCTTGGATGGCTTACGACGACGGCGATCTCATCTTGGCGGCCGAGCTTCGGGAACGCGCGGATCGCTTGAAAAAGAAATTCAATGAGGAGTTTTGGCTCCCGGACAAGGGCTACTACGCGGTGGCCTTGGATAAGGACAAGCGACCCGTGGATGCGTGTGCTTCAAACATGGGGCACTGCTTGTGGTTCGGGCTGGTGGATGAAGACAAGGCACCCCTCGTGGCGGAGCGGCTCATGTCCCCGGAAATGTTCAGCGGCTGGGGCGTCCGGACACTGGCCAGCGACATGGGCGCCTACAACCCTGCCAGCTACCACAATGGGTCAGTCTGGCCACATGACAACGCACTGATAGCGGCGGGGCTGCTCCGCTACGGCTACGTGGAGGAAGCGCAGCGCATTGCCACTGCCCTCCTTGAGGCTGCCGAGTTTTCAGGCGGCAGGCTCCCCGAACTGTTCTGCGGTTTTGACCGCGGACAGTTCAGGGAGCCCGTGCCGTATCCGACTGCCTGCTCCCCGCAGGCATGGGCTGCCACCACTCCCATCCAGCTGATCACCGGACTCATGCGTTACGACGCCCACATTTCCTTGGGCGGCGTCTGGCTGGATCCCGTATTGCCGGAATCATACGGTGACCTGCACATCAGCAATGCCCCCATGGGGAGCGGGCGCATCACCATTGATGTCACCGGCTCTACATCCCAGGTTCAGGGACTTCCGGAGGGCCTGACACTCCACCGTGCCCAACGGCCCTGGATCACTGAGCTTGTGGAAAAGGCCGAGCTGCGGCGGACAGAACCCTAG MAGWNADTAAGPLGSGTVTLVEGSSFCISSANGDIHPELPHGVFHLDTRILSRWELTVNGQMIEPLAAETREPYRALFAGRVPRSDGYADSPLLVERLREVGAGILEEITVRNYSKRPAECRILLTAESDFADLFEVKEARITREWTETRVPEGDSLEIRGKWEGIRKSVVIRAEGAGAGARALGFTARIPPSGSWSTRVSVVPTLDGAGTPFTHPARGELSPSDRRREEWVAKIPRLQVGNRAIERTLRRSYEDLGALRIQDPDHPDRVVVAAGAPWFMTLFGRDSLWASEMALPVDPSLALGTLRTLADRQGTVVDTNSEEEPGKILHEVRLDVSSGLALGGKSAYFGSVDATPLFVIVLGSVSRWGFAKDVIAELLPNADRALEWISDYGDRDGDGFVEYGRPNEHGLINQGWKDSWDGINFADGTIAEPPLALCEVQAYVHGAYMARAWMAYDDGDLILAAELRERADRLKKKFNEEFWLPDKGYYAVALDKDKRPVDACASNMGHCLWFGLVDEDKAPLVAERLMSPEMFSGWGVRTLASDMGAYNPASYHNGSVWPHDNALIAAGLLRYGYVEEAQRIATALLEAAEFSGGRLPELFCGFDRGQFREPVPYPTACSPQAWAATTPIQLITGLMRYDAHISLGGVWLDPVLPESYGDLHISNAPMGSGRITIDVTGSTSQVQGLPEGLTLHRAQRPWITELVEKAELRRTEP NA NA NA NA NA D3-18_03981 624 rmpA_1 3-hexulose-6-phosphate synthase ATGAAACTGCAAGTTGCACTCGACCTCCTCACCATCGAAGACGCCCTGGAACTCGCCGGCAAAGTAGCCGAGCACGTGGACATCATCGAGCTGGGCACCCCGCTGATCAAGGCCGAGGGTCTCTCCGCCGTCACGGCAATCAAGGAAGCCCACCCTACCAAGATCGTGTTCGCGGACATGAAGACCATGGACGCCGGCGAGCTTGAAGCCGACATTGCTTTCAAGGCAGGCGCCGACCTGGTGTCCGTCCTTGGAACGGCGGACGACTCCACCATTGCGGGTGCAGTCAAAGCTGCACAGACCCACAACAAGGGCATCGTGGTGGACCTGATTGGCGTGGCTGACAAGGTTTCCCGCGCCAAGGAAGCCCGCGCCTTGGGCGCAAAGTTCGTCGAGTTCCATGCTGGCCTTGATGAGCAAGCCCAGCCGGGTTACGACCTGCGTGGACTGCTTAATGCCGGCGAAGAGGCCCGGGTACCGTTCTCTGTGGCCGGTGGAGTCAACGCTTCAACCATCGGAGCCGTGCAGTTGGCCGGTGCCGACGTAGCGGTCGCGGGCAGCGCAATCTACAGCGCAGCTGATCCGGAACTGGCTGCGAAGGAACTCAAGGCAGCAATCCAGTAG MKLQVALDLLTIEDALELAGKVAEHVDIIELGTPLIKAEGLSAVTAIKEAHPTKIVFADMKTMDAGELEADIAFKAGADLVSVLGTADDSTIAGAVKAAQTHNKGIVVDLIGVADKVSRAKEARALGAKFVEFHAGLDEQAQPGYDLRGLLNAGEEARVPFSVAGGVNASTIGAVQLAGADVAVAGSAIYSAADPELAAKELKAAIQ PGPT0013295_491 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-FORMALDEHYDE_FIXATION,PGPT0013295-hxlA|yckG-K08093 NA NA D3-18_03982 591 rmpB_1 3-hexulose-6-phosphate isomerase GTGAACGTCACCGCAGAAACAGCAACAACCACCAGTGACGACGTAGCCAGTAACGTATCCCTGATCTTGGGCGAGATGGGAAACACGGCCTCCCGCATTGATTACGGACAAGTTTCCCGTCTTGCCGACGAGATCAGTGGTGCTGAACGCGTCTTCCTCGCCGGAGCCGGTCGGAGTGGATTGGTCTTACGGATGGCAGCCATGCGCCTCATGCACCTCGGCAAAACCGTCCATGTTGCGGGTGACACCACAACACCTGCCATCAATGCAGGGGATCTGCTGATTGTCGCTTCCGGTTCAGGTACTACATCCGGGGTAGTCAAAGCGGCTCAAACAGCACTCTCGGCAGGAGCCCAGGTTGTTGCAATCACCACCAACTCGTCTTCCCCCTTGGCTGGCCTTGTCCACGCGGTGGTGGTTATCCCTGCCGCCCAGAAGACGGACCATGGCTCAGATGTTTCGCAGCAGTACTCCGGCAGCCTCTTCGAACAGTCGCTCTTCCTGGTTACCGAGGCTGTTTTCCATGCTCTCTGGGGCGCCACCGACGAGCCGGCTGAGCAGCTCTGGTTGCGGCACGCCAACCTGGAATAG MNVTAETATTTSDDVASNVSLILGEMGNTASRIDYGQVSRLADEISGAERVFLAGAGRSGLVLRMAAMRLMHLGKTVHVAGDTTTPAINAGDLLIVASGSGTTSGVVKAAQTALSAGAQVVAITTNSSSPLAGLVHAVVVIPAAQKTDHGSDVSQQYSGSLFEQSLFLVTEAVFHALWGATDEPAEQLWLRHANLE PGPT0013290_140 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-FORMALDEHYDE_FIXATION,PGPT0013290-hxlB|yckF-K08094 NA NA D3-18_03983 1275 malT_3 HTH-type transcriptional regulator MalT ATGCACCAGCGCACCGACTTCCACTGGCCTCTTCTGGATGCGGTTGCGTCCATAGCGAAAGCCCCCTTGATGGGCATTGCCGAAGAACTCCGCTCAGCCACCCTTCCCTTCCTCACATCGAGTGCCCTGGTCATCTTCACTGAGGACTGCACGGGCCGACCCCAAAAAAAGGCCGGCGCAGAGGACATCGTCAGCAGGGTCTCCATCCCGGAACTGGAACGGTTGCGAGCCTCAGTGGACGGGGAGGGACCTTGGCGGGGGCCAGCCTTGATTGGCGGCCAGCAGAGGGAGGTCATCGCGTTCCGCTTTGCACCAAGCAATGCCCTGCTGGTCCTTACCGATCCGGTGCCAACTGCCGCCGATGCGGACAGTGGATCCCTACGGATGGTGACCTACCTTTGGGAGATTGCGGCGGCGCGTATCCAAGAGAAAGTGAGCGACGCACCGCCGTCGTATCTCCTGGAGTCCCGGGCAGCATCGGCGGAGCGTGTCCGCGTTACCGGCGAGCTGGTGGACCAGCACTCAACAACCTTGGAAACTGTCCTCGCGGCGTTACGTTCAAACTCCCTGGACGATCGCGCGGCCCGTACGTTCGTCACCGATCTGACCGCCAAAGCCTTGGTCGGTCTACGTACCCTCAGTGACCGCACCAGCAACCTGGTGGAGGAGCCCGTCGCCAAGGCGTTCGAGAGGCTTCGGGAAGACCTCAGGCCGCTCATGCACTTCAGTAACATCGACATCCAGTTCATCGAACCGCCTGCGAACGGAAGGGCACTGCCCGGCGAGGTTGCCCACGCCGCCAGGGCTGTGGTTCGAGGATTGGCCCTGGCTATCGCCGAGCAGTCGGATGTTCATCGGGTCCGGACGCAATGGGACTGTGATGGGGAGAACCTGCTGATCAATGTCAGGGATGACGGCGGCGGGGAGCTTTCCCCTGAAGGTCCCACGCTTGAACGGTTGCTTCAACGTGTGCAGGCCGTCGACGGGACCATGAACGTCGACGTCATGCAGGGATGGGGCGCCGATATCTCTGTGGTCCTGCCGCTGGATCCGCCGTCAACTCCTGCGGGGGACGTAGCAGAGTGGGGGCTGGCAGGCAGGGAACTTGAGGTTCTTCAGTTGCTGGCTGCCGGCCAGCGTAATCGCTCCATTGCCGCTGATCTGGGCATCAGCGAGAATACTGTGAAATTCCATCTCCGGAACCTCTTCCGGAAGCTCGACGTCCGGTCCCGCACTGAGGCCATTGCTCTGGCCCACAGTGCGGGACTCCGGTAG MHQRTDFHWPLLDAVASIAKAPLMGIAEELRSATLPFLTSSALVIFTEDCTGRPQKKAGAEDIVSRVSIPELERLRASVDGEGPWRGPALIGGQQREVIAFRFAPSNALLVLTDPVPTAADADSGSLRMVTYLWEIAAARIQEKVSDAPPSYLLESRAASAERVRVTGELVDQHSTTLETVLAALRSNSLDDRAARTFVTDLTAKALVGLRTLSDRTSNLVEEPVAKAFERLREDLRPLMHFSNIDIQFIEPPANGRALPGEVAHAARAVVRGLALAIAEQSDVHRVRTQWDCDGENLLINVRDDGGGELSPEGPTLERLLQRVQAVDGTMNVDVMQGWGADISVVLPLDPPSTPAGDVAEWGLAGRELEVLQLLAAGQRNRSIAADLGISENTVKFHLRNLFRKLDVRSRTEAIALAHSAGLR NA NA NA NA NA D3-18_03984 1410 hmp_3 Flavohemoprotein ATGACGGAACTCCTCACTGAGACGTTAGTCCAGGAGCCACATCGCATACGCGGTCTTGAGATGCCGTGGAACAGGGTCATGGGCAGCACGGAGGGACCCGCCAGCGCGGCTCGTGCGTTGGGTCCTTGGCATCCGCAGGAGTTCATGGCCGAATGCGTCGAGATTGTTCCCGAAGTGGGCGGCATGATGACCTTCGTGTTCCGTCGCACCGATGGCGCACCCTTGGCGTTCCGTGCAGGCCAGTACGTTAATGTTGCTTTCCCGGTGAACGGCGAGGACGAGGATCCGGTGGACCGCAGCTACTCGCTGTCCAGCGCTCCCACCAAGCCGTGGACCTTCGACATCACAGTCAAGCGCGATGCCACGGGCCTGGTTTCACCGTGGGTGCACGAGAACATCAAACCCGGCACCGTCCTGGACATGCTCGGACCGGTAGGAGCATTCCACCTGCCCGACGCCGACCGTCGGGCCCGGTATCTCCTGCTGGCCGCCGGTGCAGGCATCACTCCCATCATGTCCATGGTGCGGACCATTCACTCCCTGCCCGGACAGGCCGATGTGGTGGTGCTCTATCACGGCGCAGAGGCCGGAGGCTTTGCCTTCAACAAGGAGCTGGCCTACATCGCGTCCGTTGACTCGCGCATCAAGGTCTTCTACTCCTTGGGCGACCGCAGCAAGCCCGAGGGCTGGGAAGGCCTGAGTGGAAGGCTGACGGCGGCCATGCTGGAGGAGGTTGCCCCCGACGCCAACGGCCGGCAGGTATATGCCTGTGGACCCGAGGGCTACCTGAACACCGCCACCGAGCTTTTAGGCAACGTGGGTGTGGACGATACTTCCATCCACATGGAATTCTTCACGGGAGATCGGCAGACGATCCTTGAGTACCAGGCAGAGCTCGCGCTTGCAGTAGACATTGCAGAGGAAATCGCCGAGGAAATCGCGGATTCCGCTGAGGATTACTACGAAAGCCAGCCCACGGCGTTCGGGCTCTACGAGCCAGGCTATGACGCCGAGGGCCCCCTTAAGGCTTCTGGTTTGCCGCTGGAAACCGTCGACCCGGACGGGGCCGACGGTTCCGACGGCGGTTCGGATGAGGGAGCGAAGGCCGATGCGCCTGATGCTTCGAGCTTCGAGACAGTAGGAACGGGAAGCCTCACCCTGTCCTTCATGCGCACGGGCATCAACGTGCGCATCGACCCCACCGAGCACATCCTCGGTCCGGCCCAGCGTGCCGGGGTCAGGATCGGCGCGAACTGCAAAGAGGGCATGTGCGGTTCCTGCAAGGTGGTCAAGCTGTCAGGGGAAGTGGAGATGAACCACCAAGGTGGCATCCGCGCCAGGGAAATCGATGCGGGCAAGTTCCTGCCCTGCTGCTCCACCGCGCAGACCGATATGGTGATCGACGCGTAG MTELLTETLVQEPHRIRGLEMPWNRVMGSTEGPASAARALGPWHPQEFMAECVEIVPEVGGMMTFVFRRTDGAPLAFRAGQYVNVAFPVNGEDEDPVDRSYSLSSAPTKPWTFDITVKRDATGLVSPWVHENIKPGTVLDMLGPVGAFHLPDADRRARYLLLAAGAGITPIMSMVRTIHSLPGQADVVVLYHGAEAGGFAFNKELAYIASVDSRIKVFYSLGDRSKPEGWEGLSGRLTAAMLEEVAPDANGRQVYACGPEGYLNTATELLGNVGVDDTSIHMEFFTGDRQTILEYQAELALAVDIAEEIAEEIADSAEDYYESQPTAFGLYEPGYDAEGPLKASGLPLETVDPDGADGSDGGSDEGAKADAPDASSFETVGTGSLTLSFMRTGINVRIDPTEHILGPAQRAGVRIGANCKEGMCGSCKVVKLSGEVEMNHQGGIRAREIDAGKFLPCCSTAQTDMVIDA PGPT0013685_70 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013685-gbcB-K21832 NA NA D3-18_03985 1302 Carnitine monooxygenase oxygenase subunit ATGTCTGCTCCAGTCTTGCCCCTCAACTCACGCGGAAAACTCGCTTCATCTTTGCCTGCAGAGCAGCTGGCGGAGATCAGCGAACTGTTCGAGTTCCGGCGCAAGGGATATTCCCTCGATGCGCCTTTCTACACCGATGCCACGATCTTCAAGATCGACATGGAAGCCATTTTTGGCCAGCACTGGATCTTCGCGGCCAGCATCGCCGAACTGCCGGAGCCGGGCGACTACGTCACCGTCGACTATGGTCCCTACTCCCTGATCGTGCTGCGCAATGACGACGGCGGCGTGAACGTCCTGCACAACGTCTGCCGTCACCGCGGCGCCCGTGTCCTGACCGAGCCCGCCGGGTCAACAGGCAACCTGGTCTGCGGCTATCACTCCTGGACCTACTCCCCGGAGGGCAACCTGATCCACGCCTCCGCACCGGGAGAGACGAAGTTCGACAAGGGCTGCTTCGGCCTCAAGCGCGCCCACAGCCGTGTGGTTGCCGGGCTGATCTTCGTCTGCATTGCGGACGAACCGCCCACCGACTTTGACGAGACTTCCAAGATCTTCGAGCCGTACCTCGCGCCCCACGATCTCTCCAAGACGAAAATCGCCTACCAGCAGAACATCGTTGAAGAGGGCAACTGGAAGCTCGTCATGGAGAACAACCGTGAGTGCTACCACTGTGACGGCCACCCGGAGCTCGCTTGTTCCCTCTTCCCCACCTGGGGCCTGACGGAGGGCCTGATTCCGGCCCACCTTGAAGAGGTGTGGGACCGCAACAAGGAAGCACAGGCATCGCTCGAGGAGCGTTGCCGCCGCTATGGCCTTCCCTACGAGGTGGTGGAAGAGCTCGACACCCGCATTGCTGGAATCCGCATCTCACGGGAATCGCTGGATGGCGACGGCGAATCGTTCTCGCCCGATGGCCGCAGGCTCTCCAAGAAGCTGCTCGGCGATTTGCGGGACTTCCGGCTTGGCCGCTGCTCGATGCACCTTCAGCCCAACAGCTGGTTCCACTTCCAGAGCGACCACGTCATCACGTTCGGGGTCTTCCCCATCAACGAACACCAGTCCCTGGTCCGCACCACGTGGCTGGTAGCCGACGACGCCGTCGAAGGTGTCGACTACGACTTGGAGAAGCTCACCTACACCTGGAAGCAGACCAATCTGCAGGACAAGGCGTTCGTGGAGCTATGCCAGACGGGCGCCGGCAGCCCCGCCTACGAGCCCGGCCCGTACATGAAGAGCGAATACCAGGTGGAGGCATTCATCAACTGGTACGTGCAGCGCGTCCAGGAGCACTTGGCATGA MSAPVLPLNSRGKLASSLPAEQLAEISELFEFRRKGYSLDAPFYTDATIFKIDMEAIFGQHWIFAASIAELPEPGDYVTVDYGPYSLIVLRNDDGGVNVLHNVCRHRGARVLTEPAGSTGNLVCGYHSWTYSPEGNLIHASAPGETKFDKGCFGLKRAHSRVVAGLIFVCIADEPPTDFDETSKIFEPYLAPHDLSKTKIAYQQNIVEEGNWKLVMENNRECYHCDGHPELACSLFPTWGLTEGLIPAHLEEVWDRNKEAQASLEERCRRYGLPYEVVEELDTRIAGIRISRESLDGDGESFSPDGRRLSKKLLGDLRDFRLGRCSMHLQPNSWFHFQSDHVITFGVFPINEHQSLVRTTWLVADDAVEGVDYDLEKLTYTWKQTNLQDKAFVELCQTGAGSPAYEPGPYMKSEYQVEAFINWYVQRVQEHLA PGPT0013680_65 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013680-gbcA-K00479 NA NA D3-18_03986 1062 hypothetical protein GTGTTTCGTGGGACCACGGCTGCGTGGGGTGCGAGCGGCGTTGTCGAAATCCTTATAGTCATGAGATTAGGGATCATTGATCCGCAACAAAAGCGCAAGATTCAGAAGATAACCGTGCACAATAGGTGCATGATTGATGCGAGGCTCATCACACTTCGAGTTTTTGCCCGTTGCGGCACCATCGGTGCCACCGCGGAGCTCACCGGCTACTCTCCCTCCGCCGTCTCCGCGCAGCTGCGCGAGCTCCAGCGGATGCTCGGAATGCAGCTGCTGACCAAGGACGGCCGGGGTGTGCGGCTGACCGCCACGGGCCGCTTTCTAGTGGCTGGTTCGGACACGCTTATCGCCGAATGGGAGCGCCTGCGCGCAGCAGCCATGGAGGCCGGCGACCAGGTACAGTCCCGTTTCGGCCTCGGCGGATTCTCGACGGCGGCGGCCCAGTTGTTGGCTCCGCTGGCCGCTACTTTGCGCACAACTCGCCCCCTGCTGGAGGTACAGGTACTCGAGGCGAACCCGGCCCGCTGCTTCGACTTGTTGGTTGCTGAGCGAATCGACCTTGCGGTCATTGTTGCCATGCAGTCCGACACGTATGTTGAGGACGATCCGCGCTTCGAACAGACGGTGCTGCTCGACGACCCCCTGGACGTGATCATTCCGGCTGACCATCCGTTGGCGTCGCGGGAAACCGTCACACTGGAAGAGCTTGCGTCTGAGCCTTGGATCACCGAATCCGCTGGGTCCACCTATCACGCCCTCTTCACAGCAGCGTTCACGGCTGTGGGAGTAACACCGCGCATTGCCCATGAGGCCGTGGAATGGGAAACCCAAATCGCTTTTGTGGGCGCTGGACTGGGCGTGGGCCTGCTGCCGCGGCTGGCGCCGCTGCATAATGCCGAGAACGTGGTCCGACTCCGCATTACCGGCAAGGGAAAGCCTGCGCGACGCATCGTGGCAGCGGTGCGCAGGGGCAGCATCGCATCACCCCTGATCCAGGAATCGCTCGGCATTCTTCAGGAGAGCGCGCACCGAATCCTCACGGCCCGCCCCGAAGACGACCGCTGA MFRGTTAAWGASGVVEILIVMRLGIIDPQQKRKIQKITVHNRCMIDARLITLRVFARCGTIGATAELTGYSPSAVSAQLRELQRMLGMQLLTKDGRGVRLTATGRFLVAGSDTLIAEWERLRAAAMEAGDQVQSRFGLGGFSTAAAQLLAPLAATLRTTRPLLEVQVLEANPARCFDLLVAERIDLAVIVAMQSDTYVEDDPRFEQTVLLDDPLDVIIPADHPLASRETVTLEELASEPWITESAGSTYHALFTAAFTAVGVTPRIAHEAVEWETQIAFVGAGLGVGLLPRLAPLHNAENVVRLRITGKGKPARRIVAAVRRGSIASPLIQESLGILQESAHRILTARPEDDR NA NA NA NA NA D3-18_03987 1404 ygcS Inner membrane metabolite transport protein YgcS ATGGGACTTAGCTCCACTCTGGATTCAGCACGTTTTTCTCCCTTTCATCGCAAACTGGTAGTCGGCTGCATGGGCGGCCCGCTCCTCGACGGATACATGCTGAGCATCATTGGAATTGCGATGGTGGGGCTGACGGCGCAATTTGGCGCCAATGAGCTCGAAGTCAGCCTCATCGGCGCTTCGGCCCTGGTGGGTATCTTTTTCGGCGCCCTGTTCCTTGGGCCGTTGACCGACAAAATCGGCCGGCGCTTGATGTACACCATTGATTTGTGGGCTCTGGTGATAGCGTCCGCCCTTCAGTTCGTGGTCCAGGATGCGGCCCAACTGATCATCCTTCGCTTCATTGTGGGACTCGCCATCGGGGCTGACTATCCAATCGCCAGCGCATTATTGGCGGAATGGCTGCCCCAGAAGCGGCGGGGGAAGATGCTTGGCATGTTGATCACGGGCTGGTTCGCCGGCGCTGCGCTGGCTTCCCTGGTTGGGTTCATCATGTCCGAGGTCTTCGGCCCGGAAAGCTGGCGGTGGATGTTGGGTAGCTCTGCCGTGTTGGGTATTGCTGTTCTGGCCATGCGGCACGGAATTCCTGAATCACCCCGCTGGCTGCTGAACAATGGCCGGCGGAAGGAAGCTGAGGATGCACTGCGTGTGGGACTGGGCGACCAGGTGGACGCGGCTGCCGTGTTTGCCGCCGAAGCGCAGTCTCCCGCCCGGACAGCGGCCAAGGGAAAAGTTGACTTCTCCTTGTTGCTGCGCCGTCCATACCCCAAGCGACTGTTCTTTTGCAGCGCTTTCTACATTCTTCAAGTGACACCGCTGTTCGCAATTTTCACTTTCGGGCCGGTCATCCTCAGTTCGTTCGGGCTGGGTGAAGGAAATCTGGCCAACCTTGGCTCTGTGATCATCAACGCGGTCTTCCTGCTGGGGTGCCTTCCCGCCCTTCGTTTGGTCGAGACAGTGGGACGCCGGCCGCTCATCATTTGGAGCTTCGCCCTCATGGCACTCCCGCTATTCGTCCTCGGATTCGCCCCCGGAGCGCCTGTGGCGGTCATCATTGCATGCTTCTGCATGTACGCCTTCTTCTCGGGAGGTCCCAACATCCTCGAATGGGCTTACCCCAGCGAACTCTTCCCCACCGAAGTGCGGGCAAGTGCCATCGGCATCACCACCGGTGCAAGCCGGATCGGCGCTGCCATAGGCACCTTCGTGATCCCCTTCGCCCTGCGGGATTGGGGCATTGGGCCCACCATGCTCGCAGCCGCGGGACTCACCGCGCTCGGATGGCTGATCTGCGTCTTGATGGCCGAAGAGACCAAGGGCATGTCGTTGGCGGCAGCCGCCGGCGGCAAAGAAACAAACCCGGCAGCAGCCAAGGAGAACCAGGTGGACATCGCATCCGTCTAG MGLSSTLDSARFSPFHRKLVVGCMGGPLLDGYMLSIIGIAMVGLTAQFGANELEVSLIGASALVGIFFGALFLGPLTDKIGRRLMYTIDLWALVIASALQFVVQDAAQLIILRFIVGLAIGADYPIASALLAEWLPQKRRGKMLGMLITGWFAGAALASLVGFIMSEVFGPESWRWMLGSSAVLGIAVLAMRHGIPESPRWLLNNGRRKEAEDALRVGLGDQVDAAAVFAAEAQSPARTAAKGKVDFSLLLRRPYPKRLFFCSAFYILQVTPLFAIFTFGPVILSSFGLGEGNLANLGSVIINAVFLLGCLPALRLVETVGRRPLIIWSFALMALPLFVLGFAPGAPVAVIIACFCMYAFFSGGPNILEWAYPSELFPTEVRASAIGITTGASRIGAAIGTFVIPFALRDWGIGPTMLAAAGLTALGWLICVLMAEETKGMSLAAAAGGKETNPAAAKENQVDIASV NA NA NA NA NA D3-18_03988 225 hypothetical protein ATGACGGATCTTGCTCTCGTTAAGACCGTTCACGGCCGCGGCCTCCGGAAGGACTGGGCTCAGCTGACCGGCCACACGGTGGAGGTGTGGTTGACGGGGGACCATGTTCTCACAGGAGTGGTGGAGCAGGCTTCCGACGACGATTCCGTGCTCTGGATTGCGGCCGAAGGCCTTTCCACCAGGAGGCTGTTCGATAAGTCGACGGGCTACCAGGTCTGGGCCTGA MTDLALVKTVHGRGLRKDWAQLTGHTVEVWLTGDHVLTGVVEQASDDDSVLWIAAEGLSTRRLFDKSTGYQVWA NA NA NA NA NA D3-18_03989 915 pdxS_2 COG0214 Pyridoxal 5'-phosphate synthase subunit PdxS GTGACGACAAGACCCCACCTTTTTGAACACATCCCCTTGACTGGCGGCAGCCGTGTTAAGCGGGGCATGGCGGAGATGCTCAAGGGCGGCGTCATCATGGACGTCGTTAACGTCGAGCAGGCCCGCATCGCCGAGGATGCCGGTGCCGTGGCTGTCATGGCTCTCGAGCGTGTCCCGGCCGATATCCGCGCCCAGGGCGGCGTGTCCCGCATGTCCGATCCTGACATGATCGATGCGATCATCGCCGCCGTGTCCATCCCGGTCATGGCCAAGGCCCGCATCGGCCACTTCGTCGAAGCCCAGGTCCTGCAGTCCCTCGGTGTCGACTACATCGACGAGTCCGAGGTCCTGACCCCGGCCGACTACATCAACCACATCGACAAGTGGAACTTCACCGTCCCCTTCGTCTGTGGTGCCACCAACCTCGGTGAGGCCCTGCGCCGCATCAACGAGGGCGCGGCGATGATCCGCTCCAAGGGCGAAGCCGGCACCGGCGATGTTTCCAACGCCACCGGCCACATGCGCAAGATCCGTTCCGAGATCGCCAAGCTCACAGCCCTCCCCGAGGACGAGCTCTACGTTGCGGCCAAGGAACTGCAGGCCCCGTACGAACTGGTCAAGGAAGTCGCCTCCACTGGCAAGCTCCCCGTTGTCCTGTTCACCGCCGGTGGCATAGCCACTCCGGCTGACGCTGCAATGATGATGCAGCTCGGCGCCGACGGCGTGTTCGTCGGTTCCGGTATCTTCAAGTCCGGCAACCCGGCAGAGCGCGCCGCCGCCGTCGTCAACGCCACCGCTTACTATGACGATCCTGACGTTATCGCCAAGGTCTCCCGCGGCCTGGGCGAAGCCATGGTGGGCATCAACGTCGACGACATCCCGCAGCCGCACCGCCTCGCAGAACGTGGCTGGTAA MTTRPHLFEHIPLTGGSRVKRGMAEMLKGGVIMDVVNVEQARIAEDAGAVAVMALERVPADIRAQGGVSRMSDPDMIDAIIAAVSIPVMAKARIGHFVEAQVLQSLGVDYIDESEVLTPADYINHIDKWNFTVPFVCGATNLGEALRRINEGAAMIRSKGEAGTGDVSNATGHMRKIRSEIAKLTALPEDELYVAAKELQAPYELVKEVASTGKLPVVLFTAGGIATPADAAMMMQLGADGVFVGSGIFKSGNPAERAAAVVNATAYYDDPDVIAKVSRGLGEAMVGINVDDIPQPHRLAERGW PGPT0009180_752 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 D3-18_03990 681 rspR_5 COG1802 HTH-type transcriptional repressor RspR GTGGCTTTTGGAACTCTGGCAGTCACCGGCGAGGCCACGAAGAAATCCTTGGCTGACGTCGCGTACGAACGCCTCCGGGATCGCTTGTTGATGCTGGACATCAAACCTGGCGACCTCCTCAATGATGACCAACTCGCCAGGGAGCTGGAGATTGGCCGGACGCCGGTGCGTGAAGCATTGAAGCGCCTCGAGTTGGATCGGCTTGTCATCACTTATCCGAGGCGGGGGACGTTTGCCACCCGCGTGGAAGTAACTGACCTGGCCTTTATATCTGAGATCCGGGCGCAGCTGGAACCCCTGGCTGCCGCGAGGGCTGCGCGGGTCGCTTCAGCTGCCACTAAAGAGCATCTCCGCGAAGTAATGCGCGCAGTGGAGGACTTTGACGTCAGTGCGGCATCGGTGGTTGAAACCCTGCGACTGGACGCCAGTGTCCATCAAGGCATCTACGCGGCGGCCGCGAACCCGCACCTCGAAGACATCCTCATTCGCTATGACAATCTGGCTACCCGCATCTGGTGCATGGTCTTGGACCGGTTGCCTGATCTGGAGCACCATGTGCGCGAGCACCTTGACCTGCTGAGGGCCGTCATTGATGGTGATGAGGATCAGGCTGCCGAGTTGGCCCGTGTCCATGTCAGCGGCTTCGAGCACGCTGTGCGGCAGGCACTTTTCGCAGCCTAG MAFGTLAVTGEATKKSLADVAYERLRDRLLMLDIKPGDLLNDDQLARELEIGRTPVREALKRLELDRLVITYPRRGTFATRVEVTDLAFISEIRAQLEPLAAARAARVASAATKEHLREVMRAVEDFDVSAASVVETLRLDASVHQGIYAAAANPHLEDILIRYDNLATRIWCMVLDRLPDLEHHVREHLDLLRAVIDGDEDQAAELARVHVSGFEHAVRQALFAA NA NA NA NA NA D3-18_03991 915 purU_3 COG0788 Formyltetrahydrofolate deformylase ATGACCCTCGTGGCGACAGACTCACCGGTAAGCACCCTACCGAAGCCCGAAACGCTCAAAGAAGAGCAAGCACAGAAGTTCGTACTCACATTGTCGTGCGTCGAACGCGCCGGGATTGTTCAGGCAGTCACAACCTTCCTTTTCGAGCGCGGTTTCAACATCGAAGAGCACCAGCAGTTCGACGACGGGCTCCGCCAGACGCTGCACCTGCGGACTGCTTTCTCCGGCCCGCTGTCCTACTCCCCTGAGCGGCTCGAAGAGGAATTCAGCGCGATTGCTGACCGCTTCGAGATGAAGTTCAGCTTCCACGACCAAACCAAGAAGCGGGTCCTGGTAATGGTGTCCAAGTTCGGGCATTGCCTCAATGACCTCATCTTCCGCTGGCGGGGCGGCAGCCTCGGTGGTGACCTCGTGGTGGTTGCTTCAAACCATGAGACCCACCGCGCCATGGCTGAAGCCGCCGGCCTGCCCTTCGTCTACATTCCCGTCACCCCGGAGACCAAGGCAGACGCTGAGCAGCGGCTCCTGGACCTGGTGGAAGAGTACAACGTAGACCTCGTAGTGCTGGCGCGGTACATGCAGGTACTTTCGGACGACCTGTGCCGCGCCCTCGAAGGACGCGCCATCAACATCCACCACTCCTTCCTGCCGGGATTCAAGGGGGCCCGCCCCTACCACCAGGCCTATGACCGCGGCGTGAAGCTCGTGGGTGCCACTGCCCACTACGTCACCGCTGACTTGGACGAGGGACCGATCATCGAGCAGGAAGTCATCCGCGTCGATCACAGCTATGGTCCCACCACACTCTCAACCGTGGGCCAGGACGCCGAAGCCCTGGCCTTGTCCCGCGCTGTCAGGTGGCACTGCGAACACCGCGTGCTGCTGGACCAGACCAGCACAGTGGTTTTCCGCTAA MTLVATDSPVSTLPKPETLKEEQAQKFVLTLSCVERAGIVQAVTTFLFERGFNIEEHQQFDDGLRQTLHLRTAFSGPLSYSPERLEEEFSAIADRFEMKFSFHDQTKKRVLVMVSKFGHCLNDLIFRWRGGSLGGDLVVVASNHETHRAMAEAAGLPFVYIPVTPETKADAEQRLLDLVEEYNVDLVVLARYMQVLSDDLCRALEGRAINIHHSFLPGFKGARPYHQAYDRGVKLVGATAHYVTADLDEGPIIEQEVIRVDHSYGPTTLSTVGQDAEALALSRAVRWHCEHRVLLDQTSTVVFR PGPT0008155_352 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008155-purU-K01433 NA NA D3-18_03992 2493 dmg Dimethylglycine oxidase ATGGCATCCACGCCTCGCATTGTCATTATCGGAGCTGGGATTGTTGGCACCAACCTCGCCGACGAACTGGTCACCCGCGGTTGGAACAACATCACCGTCCTGGACCAAGGACCCCTGAACATGCCCGGTGGCTCAACGTCCCACGCACCGGGCCTGGTTTTCCAGACGAACCCCTCAAAGTCCATGGCACTCTTCGCCAAGTACACAGTGGAGAAGCTGCTGTCCCTCACGGAGGACGGCCAAAGCTGCTTCAACCAGGTGGGCGGCCTTGAAGTTGCCACTACCGAGACCCGCCTGGCTGACCTGAAGCGCAAGCTCGGCTACGCACAGTCGTGGGGCATCGACGGCAAGATCCTCTCCCGCGAGGAATGCAAGGAGCTGTACCCCCTGATCAATGAGGAAGACATCCTCGGCGGCCTCCACGTCCCCACAGATGGCCTGGCTCTTGCTGCCCGCGCCGTCCAACTGCTCATCAAGCGCACTGAAGCCGCCGGTGTGAAGTACATCGGCAACACCGAAGTCACCGGAATCGAGCAGTCCAACCGCCGCGTGACCGGCGTCGAGACCCCCGACGGCGTGATCCCCGCGGACATCGTGGTTTCCTGCGCCGGCTTCTGGGGCGCCAAGGTGGGCGAGTTGACCGGCATGTCCGTTCCGCTCCTCCCGCTGGCTCACCAGTATGTGAAAACCACGCCGGTTCCCGCCCAGAAGGGCAAGAACGAACTTCCCAACGGTGCCCAGCTGCCGATCCTGCGCCACCAGGACCAGGACCTGTACTACCGCGAGCACGGTGACCGTTACGGCATTGGCTCCTACGCCCACCGCCCCATGCCCGTGGATCTCGATGAACTGGGAAGCTACGAGCCCAACAGCATCACCGAACACAACATGCCCTCGCGCCTGGACTTCACACTGGAAGACTTCCTTCCCGCGTGGGAAGCAACCAAGCAGATCCTGCCGGCACTGCGGGAAAGTGAAATCGAGGACGGCTTCAACGGCATCTTCTCCTTCACCCCCGACGGCGGCTCGCTGGTGGGCGAATCCAAGGAAGTTGACGGCTTCTTCGTGGCCGAGGCCGTGTGGGTCACGCACTCCGCCGGTATCGCCCGCGCGGTGGCCGAGCTCCTGACCGAAGGAAAGTCGCAGATTGACCTCGGTGACTGCGACATCCACCGCTTCGAAGAGGTCCAGCTGACCCCCGAATACGTCAGCGAAACCTCCCAGCAGAACTTCGTTGAGATCTACGATGTGATGCACCCGCTCCAGCCAAAGCTTTCTCCCCGCAACCTCCGCGTCAGCCCGTTCCACGCCCGCCACAAGCAGCTCGGCGGCTACTTCCTGGAAGGTGCCGGATGGGAGCGCCCTTACTGGTTCGAAGCCAACGCCGAGCTCCTGAAGGAAATGCCGGACGACTGGCAGCCGCCGGCCCGCGACGCCTGGTCCGGAATGTTCAGCTCGCCCATCGCCGCGGCTGAGGCTTGGAAGACCCGCACAGCAGTGGCGATGTACGATATGACGCCGCTGAAGCGCCTCGAAGTTTCCGGCCCGGGAGCCTTGAAGTTGCTGCAGGAACTCACCACCGGTGACCTTGCCAAGAAGCCCGGCGCCGTGACCTACACGCTGCTTCTGGATGAAGCCGGTGGCGTACGAAGCGACATCACCGTGGCCCGCCTGAGCGAAGACACGTTCCAGCTTGGCGCCAACGGCAACATGGACACCGCCTACTTCGAGCGCGCAGCCCGGCACCAAACCGAAAATGGAGGCGCCGGAGACTGGGTCCAGGTCCGCGACACCACGGGCGGCACCTGCTGCATCGGTTTGTGGGGTCCCCTCGCCCGTGACCTCATCAGCACGGTGAGCAGCGACGACTTCTCAAATGACGGCCTGAAGTACTTCCGTGCCAAGAAAGTCACCATCGGAGGCGTCACTGTCACCGCGATGCGGCTCTCCTACGTGGGCGAACTCGGCTGGGAGCTCTACACCAGCGCCGATAACGGGCAGCGCCTCTGGGACGCCTTGTGGAAGGCCGGCCAGCCGTTCGGCGTCATCGCCGCGGGCCGTGCCGCCTTCAGCTCGCTGCGACTCGAAAAGGGCTACCGCTCCTGGGGCTCGGACATGACAACTGAGCACGACCCGTACGAGGCCGGCCTTGGATTCGCCGTAAAGATGACCAAGGAGAACTTCGTCGGCAAAGCCGCACTGGAAGGGCGCAGTGAGGAAAGCTCGGCCCGCCGCCTGCGCTGCTTGACCGTCGACGACGGCAGGAGCCTGGTGCTGGGCAAGGAACCGGTGTTCTACAAGGACCAGGCGGTGGGTTACGTCACCAGCGCGGCCTACGGTTACTCGGTCCGCAAGCCCATTGCCTACGCCTACTTGCCCTCTGCAGTGTCCCTCGGAGACTCCGTGGAAATTGAGTACTTCGGACGCCGCATCCAGGCCACCGTTACCGAAGATCCGCTGTACGACCCCACCATGAGCCGGCTCCGGGGCTAA MASTPRIVIIGAGIVGTNLADELVTRGWNNITVLDQGPLNMPGGSTSHAPGLVFQTNPSKSMALFAKYTVEKLLSLTEDGQSCFNQVGGLEVATTETRLADLKRKLGYAQSWGIDGKILSREECKELYPLINEEDILGGLHVPTDGLALAARAVQLLIKRTEAAGVKYIGNTEVTGIEQSNRRVTGVETPDGVIPADIVVSCAGFWGAKVGELTGMSVPLLPLAHQYVKTTPVPAQKGKNELPNGAQLPILRHQDQDLYYREHGDRYGIGSYAHRPMPVDLDELGSYEPNSITEHNMPSRLDFTLEDFLPAWEATKQILPALRESEIEDGFNGIFSFTPDGGSLVGESKEVDGFFVAEAVWVTHSAGIARAVAELLTEGKSQIDLGDCDIHRFEEVQLTPEYVSETSQQNFVEIYDVMHPLQPKLSPRNLRVSPFHARHKQLGGYFLEGAGWERPYWFEANAELLKEMPDDWQPPARDAWSGMFSSPIAAAEAWKTRTAVAMYDMTPLKRLEVSGPGALKLLQELTTGDLAKKPGAVTYTLLLDEAGGVRSDITVARLSEDTFQLGANGNMDTAYFERAARHQTENGGAGDWVQVRDTTGGTCCIGLWGPLARDLISTVSSDDFSNDGLKYFRAKKVTIGGVTVTAMRLSYVGELGWELYTSADNGQRLWDALWKAGQPFGVIAAGRAAFSSLRLEKGYRSWGSDMTTEHDPYEAGLGFAVKMTKENFVGKAALEGRSEESSARRLRCLTVDDGRSLVLGKEPVFYKDQAVGYVTSAAYGYSVRKPIAYAYLPSAVSLGDSVEIEYFGRRIQATVTEDPLYDPTMSRLRG PGPT0013545_90 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013545-dmg_like-K00309 NA NA D3-18_03993 627 fchA COG3404 Methenyltetrahydrofolate cyclohydrolase ATGATCAGTTCAGAAACCATCCATGATTACCTCTCCAGGCTCGCTTCACGTCAGCCCACTCCCGGTGGAGGCGCAGCCGCTGCCTTGCATGCCGCCCAAGGTGCTGCCTTGGTAGCCATGGTGGCCAGGTACACCACCGGTGCCAAATATGAGGCGCACGCCGCACTGGTAACCCGGATCACCAGCGCCGCCGACCACCTGATCGTCGAGGCCCTGCGTCTCGCGGACGCCGACGAGCACGCCTTCCAGTCAGTCATCGACTCCTACAAGCTCCCCTCGGAATCCGACGAACTCAAGGCAATAAAGACCGCCGCCATCCAGGAGGCCCTGGTTCAGGCCGCCCATACCCCCGCGCAGCTCATCAAGGTTGCCGGCGAAGTGGTGGATCTTGCCACGGAACTCTTTGACGTGGCGAATCCCAACGTCATCAGCGACATCGCCGCTGCTGCTGACGCAGCCCGCGCAGCTGCCACCACGGCCCGGGTCAACATCGACATCAACGTTGTCGCCATCAAGCACGGCGAAGCCCGTTCCCGCTTGGCGGAACAGACGAACGGGATTGAGGACAAAGTGGTTCTCGCCGCCGATGCCCTGGTGCAGCGCGTCCGCGAAAGGATCCTCTCATGA MISSETIHDYLSRLASRQPTPGGGAAAALHAAQGAALVAMVARYTTGAKYEAHAALVTRITSAADHLIVEALRLADADEHAFQSVIDSYKLPSESDELKAIKTAAIQEALVQAAHTPAQLIKVAGEVVDLATELFDVANPNVISDIAAAADAARAAATTARVNIDINVVAIKHGEARSRLAEQTNGIEDKVVLAADALVQRVRERILS PGPT0008080_329 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008080-fchA-K01500 NA NA D3-18_03994 903 folD_2 Bifunctional protein FolD protein ATGACCACCGAAGTGCGCGGGAACACCAAAGTGCTATCCGGCAAGCCGCTCGCTGCCCTTATCCAGCAGCGCGCCCAGGAGGAGACCGCCCTCCTGGATGACGAGGGAATTCGTCCGGTCCTGGCCGTTGTTGTTGCAACGGACGACGAATCCACGCACTGGTATGTCCGGTCCATCGAGCGTGCAGCCGGACGCGCAGGCATCGGTTGCAGGATCGTCGATCTTGGTCACGATGCCACCGAACAAGTGCTGGCCAGCGTCCTGGCGGACCTCAGTGCCGAGCCATCCGTCCACGGCATCATCCTCCAGACTCCCCTGCCTGCGGCTGTCCGCGCTGACCGGCTGGTGGGCCTCATCGCTCCGGAAAAGGACATCGACGGCGCCAATCCGCTCAGCCTCGGCCGCTTGGCTGTGGGGCAGCCCGCCTTCGCACCCGCTACTGCCCAGGCCGTGGTGGAGTTGCTGGACCACTTCCAGATTCCGGTTGCCGGGCGTAACGTGGCCGTCGTCGGGCGTTCCGCTGTGGTGGGCAAGCCACTGTCCCTGCTCCTCCTCGAAAGGGACGCGACGGTCACCATCTGCCATTCCAAATCAGGGCCGCTGGAACGCTTTACCCAGCCGGCCGACGTCGTGGTTGTTGCCGCCGGGCGGACCGGGCTGCTGAAGGGCAGCCACCTTTCCCCGGAGACTGTGGTGATCGACGTCGGCACGAACGTCCTGCCCGATGGTTCCCTGGTGGGTGATGTTGACGAAGCCAGCGTCAACGGCGTCGCGGCAGGCCTGAGTCCGGTTCCGGGCGGCGTCGGGTCAGTGACCACCGCGCTTTTGCTGCTGCACACGGTTGAAGCCGCCCGGCAACAGTCCCGCACCACGCTGCTCACTGCTTCCACTTCCCGGATCTGA MTTEVRGNTKVLSGKPLAALIQQRAQEETALLDDEGIRPVLAVVVATDDESTHWYVRSIERAAGRAGIGCRIVDLGHDATEQVLASVLADLSAEPSVHGIILQTPLPAAVRADRLVGLIAPEKDIDGANPLSLGRLAVGQPAFAPATAQAVVELLDHFQIPVAGRNVAVVGRSAVVGKPLSLLLLERDATVTICHSKSGPLERFTQPADVVVVAAGRTGLLKGSHLSPETVVIDVGTNVLPDGSLVGDVDEASVNGVAAGLSPVPGGVGSVTTALLLLHTVEAARQQSRTTLLTASTSRI PGPT0008075_1384 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008075-folD-K01491 NA NA D3-18_03995 2319 COG0243 putative oxidoreductase ATGCATGCCAAAGCCCCCCGCGAGAACATCGACGAGTCAAAGCTGACCGTCACCAAACCCAAGACCAAGGCCGTGGGCATTCCCGCTGTTGCCAACGCCTTGAAGATTTCGCTGGAACAGATGGGACCGCTGCGCAGTGTTCAGACCCTGCTGGCAGTGAACCAGCTGGACGGCTTCGACTGCATGGGGTGCGCCTGGCCCGAGCACGAAAAGCGCAATGCGGCGGAGTTCTGCGAGAACGGCGCCAAAGCAGTGGCCGAGGAAGCCACCCGGCGCCGTGTCACACCGGAGTTTTTCGCTCAGCACTCCATTGCCGACCTGAAGACCCGCGACGACTTTTGGCTGGGCCAGCAAGGCCGGCTCACCCACCCGATGTTCCTGGACGAAGGCGCTACCCACTACAGGGCCATTGACTGGGAGGAAGCCTATGACCTCATGGCCGCGGAACTGCGGAGCCTGGAACACCCCGATGAAGCCGTCTTCTACACCTCCGGCCGGACCTCCAATGAAGCAGCATTCGTTTACCAGCTCCTGGTTCGCGGCCTGGGCACCAACAACCTCCCGGACTGCTCCAACATGTGCCATGAGTCCTCCGGCTCCGCACTGGTGGAAACCATCGGTATCGGCAAAGGTTCCGTCAGCCTGACGGACCTGGAGACGGCGTCGCTGATCTTCGTGGCCGGGCAGAATCCCGGCACCAACCACCCGCGCATGCTCAGCGCGCTGGAAAAGGCGAAGAAAAACGGCGCAGTCATCGTGTCCGTCAACCCCCTTCCCGAAGCCGGACTCCTGCACTTCGAGAACCCGCAGCACGTGGCCGGCATGATTCAAGGGACCCAGCTGACGGACGACTTCCTGCAGATCCGTGCCGGCGGCGATCAGGCCCTCTTCCAAGGCCTGGGCAAATACCTGCTTGAAGCCGAAGCCGCCGGACGGAACACCCCGGGCCTGCAAACTGTCCTGGACCATGACTTCATCAACAACCACACCGTGGGTATCGACGACTACCTGCGCTACCTGGAAAAGGTGGAGTGGGAAGACATTGTGGAGGCAACCGGCCTTACCCTTGAGCAGATTCATTCGACGGGTGAACGGATGCTCGCCTCCAGCGCCACCATCGTGTGTTGGGCCATGGGCCTGACCCAGCACAAACACTCCGTACCCACCCTCCGGGATGTAGTCAACGTTCTCCTGCTTCAAGGCAACATTGGCAAGCCCGGCGCCGGCGTTTGTCCTGTGCGAGGCCACTCGAACGTCCAGGGTGACCGGACCATGGGCATCTTCGAGAAGATGCCGGAGACGTTCCACGACCGGCTGGACCAGGAATTCGAGTTCCGGTCTCCGCGCGAGCACGGCTTTGACACCGTGGCAGCCATCCGCGCCATGCGGGACGGCAAAGTCCGTTTCTTCATGGGCATGGGCGGCAACTTCGTCCGGGCTGCCCCCGATTCCGACGTCACCGAGCAAGCCCTGGCCAACACCCGGCTGACCGTTCAGATCTCCACGAAATTGAACCACTCGCACTTGTCCACGGGTCGCCGTGCCCTGATCCTGCCTACCTTGGGACGCACCGAGAAGGATACCCAGCGGACCGGAGACCAGCGGGTCACCGTGGAAGACTCCATGAGCGCCGTCCACGCATCACGGGGACGCCTCAAGCCTGCAAGTGAGCACCTCCACTCCGAAGTAGCAATTGTGTGCAACCTGGCAGACAGGCTGTTCAAAGACGGCCACCAGCGCCTGCCCAACACCCCGCAGGCTTCCTGGCTGGCCATGAGGGATGACTACTCACTGATCCGCAAACATATTGAAGCGGTATTTGACGGCTTTGAAGACTTCGAAGCACGGATTCAGCACCCGGGCGGATTCGTCCTGCCACACCCGCCGCGCGATGCCAGGAAGTTCGACACCGCCTCAGGAAAAGCACACTTCACCGGCAATGAGCTGGAGTTCATCAAGATCCCGCCTGGCCGCTTGGTCCTGCAAACCTTGCGTTCACACGACCAGTACAACACCACCATCTACGGCAAGGACGATCGCTACCGCGGCATCCATGGTGGCCGTCGCGTGGTGCTCATCAACGCTGACGACATCACCGAGCTGGGCTTTGCCGACGGCGACATGGTGCACCTGATCTCCGAATTCCAAGGAACCGACCGGCGGGCCGAGGACTTCCGCATCGTCTCGTACTCAACGCCGAAAGGTTGTGCCGCCGCGTACTACCCGGAGACCAATGTCCTGGTGCCTCTGGACTCCGTGGCGGACACCAGCGGAACGCCCACCTCCAAATCCGTGATCATCCGGCTGGAGAAGGCCTAG MHAKAPRENIDESKLTVTKPKTKAVGIPAVANALKISLEQMGPLRSVQTLLAVNQLDGFDCMGCAWPEHEKRNAAEFCENGAKAVAEEATRRRVTPEFFAQHSIADLKTRDDFWLGQQGRLTHPMFLDEGATHYRAIDWEEAYDLMAAELRSLEHPDEAVFYTSGRTSNEAAFVYQLLVRGLGTNNLPDCSNMCHESSGSALVETIGIGKGSVSLTDLETASLIFVAGQNPGTNHPRMLSALEKAKKNGAVIVSVNPLPEAGLLHFENPQHVAGMIQGTQLTDDFLQIRAGGDQALFQGLGKYLLEAEAAGRNTPGLQTVLDHDFINNHTVGIDDYLRYLEKVEWEDIVEATGLTLEQIHSTGERMLASSATIVCWAMGLTQHKHSVPTLRDVVNVLLLQGNIGKPGAGVCPVRGHSNVQGDRTMGIFEKMPETFHDRLDQEFEFRSPREHGFDTVAAIRAMRDGKVRFFMGMGGNFVRAAPDSDVTEQALANTRLTVQISTKLNHSHLSTGRRALILPTLGRTEKDTQRTGDQRVTVEDSMSAVHASRGRLKPASEHLHSEVAIVCNLADRLFKDGHQRLPNTPQASWLAMRDDYSLIRKHIEAVFDGFEDFEARIQHPGGFVLPHPPRDARKFDTASGKAHFTGNELEFIKIPPGRLVLQTLRSHDQYNTTIYGKDDRYRGIHGGRRVVLINADDITELGFADGDMVHLISEFQGTDRRAEDFRIVSYSTPKGCAAAYYPETNVLVPLDSVADTSGTPTSKSVIIRLEKA PGPT0019635_3102 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_FORMATE_UTILIZATION,PGPT0019635-fdoG|fdhF|fdwA-K00123 NA NA D3-18_03996 1218 fdhA Glutathione-independent formaldehyde dehydrogenase ATGTCAGGAAACAGAGCAGTCGCCTACAAGGAACCTGGTGTCGTCGAGATCATCGACACCGACTACCCAACGTTTGAGCTTAAGGACGGACCGGGCGTCAACCCGGCCAACGTCGGCCGGAAGGTGCCTCATGGCGCGATCCTCCGCACTGTAACCACCAACATCTGCGGTTCGGACCAGCACATGGTTCGTGGACGCACCACAGCTCCGCAGGACCTGGTCCTCGGCCACGAAATCACGGGCGAAGTGGTGGAGGTGGGACCCGACGTCGAGTTCATCAAGGTAGGCGACATCGTCTCGGTGCCGTTCAACATCTCCTGTGGTCGTTGCCGGAACTGCAAGGAGCAGAAGACCGGCATCTGTCTCAACGTCAACCCCGACCGCCCCGGCAGCGCCTACGGCTACGTGGACATGGGAGGCTGGGTGGGCGGACAAGCAGAGTTCGTCCTGGTCCCTTACGCTGACTGGAACCTGCTGCGCTTCCCGGACCGCGATCAGGCCCTGGAAAAGATCATGGACCTGACCATGCTCTCGGACATCTTCCCCACCGGATTCCATGGCGCCGTCACTGCCGGCGTGGGCGTGGGGTCCACAGTTTACGTCGCAGGTGCCGGGCCCGTGGGCCTTGCTGCTGCCGTGGGCGCACAGCTGCTTGGCGCCGCCGTCGTGATTGTGGGCGATATGAACGAGGACCGCCTGGCGCAGGCGCGTTCCTTCGGCTGTGAAACAGTCAACGTCTCCAACGGCGATCCGAAGGAGCAGATCGCACAGATCCTTGGCGTTCCGGAAGTGGATTGCGGCGTGGACGCGGTGGGCTTTGAAGCCCGCGGCCACGGTAAGGATGCCTCACACGAGGCTCCTGCCACTGTGTTGAACTCCCTCATGGACATCACTGCCGCCGGCGGATCCCTGGGCATTCCCGGGCTCTACGTCACGGGCGATCCGGGTGGAATCGACGATGCAGCCAAGCACGGCTCACTCTCACTGTCCCTTGGTACCGGCTGGGCCAAATCCCTGTCCTTCACCACCGGCCAATGCCCGGTCATGAAATACAACCGGCAGCTGATGATGGCCATCCTCCATGACAAAGTCCAGATCGCCAAGGCAGTCAACGCCCAAGCCATCCCACTCGAGGACGCCCCGCGCGGCTACGCCGAATTCGACGCCGGAGCGGCAACAAAGTTCGTGCTGAACCCCAACGGTTATGTGAAGTCCTAA MSGNRAVAYKEPGVVEIIDTDYPTFELKDGPGVNPANVGRKVPHGAILRTVTTNICGSDQHMVRGRTTAPQDLVLGHEITGEVVEVGPDVEFIKVGDIVSVPFNISCGRCRNCKEQKTGICLNVNPDRPGSAYGYVDMGGWVGGQAEFVLVPYADWNLLRFPDRDQALEKIMDLTMLSDIFPTGFHGAVTAGVGVGSTVYVAGAGPVGLAAAVGAQLLGAAVVIVGDMNEDRLAQARSFGCETVNVSNGDPKEQIAQILGVPEVDCGVDAVGFEARGHGKDASHEAPATVLNSLMDITAAGGSLGIPGLYVTGDPGGIDDAAKHGSLSLSLGTGWAKSLSFTTGQCPVMKYNRQLMMAILHDKVQIAKAVNAQAIPLEDAPRGYAEFDAGAATKFVLNPNGYVKS PGPT0002115_106 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_DICHLOROMETHANE_DEGRADATION,PGPT0002115-fdhA-K00148 NA NA D3-18_03997 1281 hypothetical protein ATGCTTGCACAAGCAACCTTCACCGACTCTCACGAAGGGTTCGTGGTGAGCGGCGAACCGCGGCACTCACCCTCGTGGGCCGAAGCACGTGAACTGGCCTACCACTGCGCCGGCCCGCTGCCGTCGTCGAAAGTCACCCTCGGAGAAGCGATCGGGCACACCCTGACCAGCTCCGTCACCGCTCAACGGAACCTGCCCCACTACGCGTCGTCAGCCATGGACGGCTGGGCCATCAACGGCACCGGCCCTTGGATACTAACGACGGCGGGGCTGCCGCTGTCGCCGGGCGAAGCCAGCGTCATCGCCACCGGCGGGCTCGTCCCAGCCGGCGCCTCGGCAGTCGTGCGCAAGGAAAGCGGCCAAGTATCCAGGGACGGGCACCTCTCGCTGAGGCACGACGCCAAGCCGGGTGAGACACTCCCGGGCCGGCACATTCGTCCCGCCGGAGAAGAAGCCGCAGCCGGAGATGTCCTCATACCCGCTGGCACGCTTCTCAATCCGGCTCATATTGCCCTGGCCGCAGTGGCAGGCCACGATCACGTTCAGGTGCAGCGCAAGCCGAGGGTCGCCGTCGTACTTACAGGTTCTGAAGTGGTCACCTCAGGTGAGCCGGCTCCAGGACAGGTCCGCGACGCGTTCGGCCCGCAGCTGGATGCCGTGATATCGCAATTGGGCGGGGAGCCGGGTGGCCAGCGCAGGATAGGCGACTCATACCAAGAGTGGATGGTGGCTCTTGGTCGCGTTCCTGATGGTTTACCGCCCGACGTGACGATCACCACCGGCGGGACGGGAAAATCCGGGACAGACCACTTCCGCAATGCCATCGTGGCACTCGGGGGTCGGCTCCTCCTGGACGAAATCGCCATGCGGCCGGGACATCCGGCAGTGCTGGCCGAACTTCCTGATGGGCGTTTCGTCATCGGTCTTCCAGGCAATCCGCTGGCCGCAATGATGGCGCTGATGACCCTGGGAGAACCCTTGCTGGCCGCTATGGGAAGCAGGCCCCTCCGGGGAGCCGTGCTGATGACGTCCGGGGCCGACATCGATCCGGACCCAAATCGGACACGCCTCATGCCCTGCACCCTCATCCACGATCTCGCGTTCCCTGCTTCACGCACGGGTCCGGGGATGATGCGCGGGCTTGCCTGGGCAGACGGATACATGGCCGTTCCTCCTGAAGGCGTCGCAGCCGGCGCGCCCGTACCCGTCCTGCCGCTGCCTTGGACAGCGCCCATCAATTTCCCGGACCAATCTGGAGGGTACGCCGCATGGCACGCATGA MLAQATFTDSHEGFVVSGEPRHSPSWAEARELAYHCAGPLPSSKVTLGEAIGHTLTSSVTAQRNLPHYASSAMDGWAINGTGPWILTTAGLPLSPGEASVIATGGLVPAGASAVVRKESGQVSRDGHLSLRHDAKPGETLPGRHIRPAGEEAAAGDVLIPAGTLLNPAHIALAAVAGHDHVQVQRKPRVAVVLTGSEVVTSGEPAPGQVRDAFGPQLDAVISQLGGEPGGQRRIGDSYQEWMVALGRVPDGLPPDVTITTGGTGKSGTDHFRNAIVALGGRLLLDEIAMRPGHPAVLAELPDGRFVIGLPGNPLAAMMALMTLGEPLLAAMGSRPLRGAVLMTSGADIDPDPNRTRLMPCTLIHDLAFPASRTGPGMMRGLAWADGYMAVPPEGVAAGAPVPVLPLPWTAPINFPDQSGGYAAWHA PGPT0008430_1686 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN-MOLYBDENUM_COFACTOR_METABOLISM PLANT_VITAMIN-MOLYBDENUM_COFACTOR_BIOSYNTHESIS,PGPT0008430-moeA-K03750 NA NA D3-18_03998 879 fdhD_2 COG1526 Sulfur carrier protein FdhD ATGGCACGCATGACCCAGCGCAGGAAAATCCATCGTTTTCGCTTGGACGCGGCAGACACCGAACACTCCGTGCGGTTCAAGGAGGATGTTCTGGCCGCCGAAGAACCTTTGGAGATCAGGATTGGAGGCACCTCTTTTGCCGTGACCATGAGGACGCCGGGCGACGACTTTGACCTGGTGTCTGGATTCCTGGTGTCCGAGGGCATCATCCGCAGCCCTTCGGAGCTGATCTCCCTCCGGTTCTGCGCAGGCGAGAAGGACGGGGTGCAGACCTTTAACGTGGTGGAAGCCCAGCTACGGCCGGACGTTCCCCTGCCGGACACCATGCGCCACGTATATACGTCGAGCTCGTGTGGCATCTGCGGCACGGACTCCATCGAAGCCGTTCGTAAGACCATCCATTTCGATCCATCCTTGGACCGGCTACAGGTTCCAGTGGATGTCCTGGCCGAGCTCCCGGACCGCCTCCGCGAAGCGCAGGCCGTCTTTGACAGAACCGGAGGGGTCCACGCCGCTGGACTCTTCAAAGTGGATGGTGCCAGCCCGGAGCTGCTGTGCCTGCGGGAAGACGTCGGCCGGCACAATGCGGTGGACAAAGTGGTGGGCTGGGCCCTTCGGCAGGACCTGCTGCCCTTGACCGGCCTCGTCCTGCAGGTCTCGGGCAGGGCATCGTTCGAACTCGTCCAGAAGGCAGCCTTGGCCGGCATCCCGGTTCTCGCGGCCGTCAGCGCTCCCTCCAGCCTCGCCGTCGATCTTGCCACCGAGACCGGGGTGACCCTGGTTGGCTTCAGCCGGGGACATAGCCTCAACGTCTATGCCGGAAGGGAGCGCCTGACCCATCAACGAAAGGCTGTCCGGGAGGTTGCCATGAGCGGGTGA MARMTQRRKIHRFRLDAADTEHSVRFKEDVLAAEEPLEIRIGGTSFAVTMRTPGDDFDLVSGFLVSEGIIRSPSELISLRFCAGEKDGVQTFNVVEAQLRPDVPLPDTMRHVYTSSSCGICGTDSIEAVRKTIHFDPSLDRLQVPVDVLAELPDRLREAQAVFDRTGGVHAAGLFKVDGASPELLCLREDVGRHNAVDKVVGWALRQDLLPLTGLVLQVSGRASFELVQKAALAGIPVLAAVSAPSSLAVDLATETGVTLVGFSRGHSLNVYAGRERLTHQRKAVREVAMSG NA NA NA NA NA D3-18_03999 807 kdgR_4 COG1414 Transcriptional regulator KdgR ATGGCCGCACGCAGCAACCCGGACTTCGACAAGGACGTAGACGCCCAGGGCGGAGGCGTCCAGTCAGTAGACCGCGCACTCCAAATCCTGGAAATCCTGGCCCGTGAAGGCGATGCAGGCGTCAGCGACATCGCTGAGGAAATGGGCGTCCACAAGTCCACCGTGTCCCGGTTGGTTGGCTCATTGGTCAACCGCGAACTGGTCCGGCAGAACAGTGAACGCGGCAAGTACCAGTTGGGCTTTGGAATCCTCCGCTTGGCTTCTTCCATCCCCGGCAGACTGAGCGTGGTTCATGAGGCGCGCCAAGTCCTGGAGGCCTTGGCGGCCGAATACAAGGAAACCGTCAACCTGGCCGTGCTGCGGTCCAACTATGCCGTCAACGTGGACCAGGCGATGGGGCCCTCAACACTGGCCACCTACGACTGGGTAGGCAGCCTGACACCACTGCATGCCACATCCAGTGGCAAGGTCCTTCTTGCCGCGTTGACTGCCGACGAGAGAACCCAGGTTCTCAAGGCAGTGGGTCTACCAGCGCGGACTCCACGCACTGTGACAAATCGCGGAGAGTTGGAAAAGCAGCTGCTGGACGTGGCACGCAACGGCTATGCCACGGTTCATGAAGAGTTTGAAATCGGCCTCACCGCCGTTGCCGTACCCATCTTCAACCACTCGGGAAGTGTCATCGCCGCGGTAAGTATCTCCGGCCCGGCGTTCCGCTTCTCACCCGAGGACCAGCCGGGGCTTATCGATGGCCTCCGCGAGGCCGGGCTGACCATCAGCGCCCGGATGGGTTACAGGCACCGCTAA MAARSNPDFDKDVDAQGGGVQSVDRALQILEILAREGDAGVSDIAEEMGVHKSTVSRLVGSLVNRELVRQNSERGKYQLGFGILRLASSIPGRLSVVHEARQVLEALAAEYKETVNLAVLRSNYAVNVDQAMGPSTLATYDWVGSLTPLHATSSGKVLLAALTADERTQVLKAVGLPARTPRTVTNRGELEKQLLDVARNGYATVHEEFEIGLTAVAVPIFNHSGSVIAAVSISGPAFRFSPEDQPGLIDGLREAGLTISARMGYRHR PGPT0018213_115 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 D3-18_04000 111 hypothetical protein ATGAAACTGCCCATCTACGCTCCTGAAGTGCAGATCGGGGACAGCAAATCATGGTCAGCGGGGAAGCCCCCCAGCCTTCCCTGCGGCCTCATCCTCCAGGGCCATGTCTAA MKLPIYAPEVQIGDSKSWSAGKPPSLPCGLILQGHV NA NA NA NA NA D3-18_04001 2040 betP COG1292 Glycine betaine transporter BetP ATGGCTATAAACAGCGACACAAAACCTTTAACACCCGAGGAGTTACCTGCCGACGATCGCTTGGCGGGTGCTTCAGCAGCAGCCAGCTCTACCAAAGCAGCCAGCCCAGCCCACGCGGAGAACCCCGAGGAAATCATCAGGGTCTCCCCCGACGACACCAACTTGGCAGCCCTCGACGCTGAGGACGGAGGCGCTGAGACCCTTCCCGATTCTGAAGAATACGAACAGATCATGGAAGAGCTGCGCCACGCCAAGACCGAGCAGGCCGTTTCGGCCCGCCGGAACCGCAAACTTACCCTCGACAAAGTAACCTTCGGGATCACGGGCGCCATCGCCGTCGCCTTCGTGGTCTGGGGATTTGTCGGACGGGACAGCCTCTCAGATACCTCCAAAGGCGCCCTGAACTGGGTTATGGAGTACACCGGCTGGCTCTTCATGGTCCTCGCCTCATTGTTCGTGGTTTTCGTCCTGTGGCTTGCCCTCGGCAAGTTCGGCAACATCCCCTTGGGCAAGGACGGCGAGAAGCCAGAGTTCCGGACCATTTCATGGGTGGCCATGATGTTCGCCGCCGGCATGGGCATCGGTCTCATGTTCTACGGTGTGGCCGAACCGCTGTACCACTACATCTCTCCGCCACCGGGAACCGTGGACGGCCGCACTCCAGCAGCAATCCAAACTGCCATGGCCACATCGATCTTCCACTGGACCCTGCACCCGTGGGCCATGTACGCAGTGGTCGGTATCGCTATGGCCTACGGGACCTACCGTTTGGGCCGCAAGCAACTGGTTTCGGCAGCCTTCACCTCGCTTTTTGGCATCCGCATGGTGGAAGGTCCGCTCGGGAAGTTCATTAACATCCTGGCCATCTTCGCCACGCTCTTCGGAACTGCCGCTTCACTGGGCCTCGGTGCCCTGCAGATCGGCAGCGGCATGACGTCCAATGGTTGGCTGGGTGAGATCGGCACTCCGGTGCTCGTGGTCATTGTGGCCATCCTGACCTTCTGCTTCGTGGCATCCGCTGTGTCAGGCATCAGCAGGGGCATCCAGTGGCTCTCCAACATCAACATGGTCCTGGCTGTTGTTCTCGCCCTGATTGTGTTTGTAGCCGGACCCACCCTGTTCATCCTTAACCTGATCCCTTCCGCTGTAGGCGACTACGCCAGAGACCTCGCCGAAATGTCGTCACGTACCGAGGCTGTGGGAGACGAGTCCCTGCGCAGCTGGATGACCAGCTGGACCATCTTCTACTGGGCTTGGTGGATCTCCTGGACGCCCTTCGTCGGAATGTTCATCGCCCGCATCAGCCGTGGACGCACCATCCGCCAGTTCGTCACCGGCGTTCTGCTGGTCCCCAGCGTCGTGAGCGTCATCTGGTTCGGCATCTTCGGCGGCGCCGCTTTCCACGTCCAGCAAGAGGCCGACAAGGCCGGTACGCCCGGGCTTGTGGCCATGGTGGACGGAGCTCCTTCCATCAACTTCGATGGCGCACTCTTCGACCTCGTGAAGAACCTGGGCATGCCCGGCTGGCTGACAGCAGCGGTCATCGTCCTGGCCATGGTCCTGGTGGCGATCTTCTTCGTCACCGGCGCCGATGCAGCCTCCATCGTCATGGGATCCCTCAGCTCCAATGGCGCTGAGCATCCGCGTCGAGGAGTGGTGATCTTCTGGGGAAGCCTCACCGGCGCAGTGGCAGCGGTCATGCTGCTTGCTGGCGGCGACAAACCATCGGAAGCCTTGTCCGGCCTGCAAAGAGTAACCATCGTGGCAGCCCTGCCGTTCGTGATCGTCATGCTGCTGCTCTGTTTCGCACTGGTCAAGGACCTTCGCCGCGACCCGCTCCAGTTGCACAAGCGCTTGGCTACTTCGGTGGTGGAACGAGCCATCCGAACGGGCGTTGAGCAACATGGCGGCGTTCAGTTCGACCTCGTCACCAAACACGATTGCGCCGAAAAGTGCACGGACTCCGATTGCGCCGGGGGAACGCCCACGGGAACCATTCCCTTGGTCGGCAAGCCCCAGCTGGATGCCGACCACAAGTAA MAINSDTKPLTPEELPADDRLAGASAAASSTKAASPAHAENPEEIIRVSPDDTNLAALDAEDGGAETLPDSEEYEQIMEELRHAKTEQAVSARRNRKLTLDKVTFGITGAIAVAFVVWGFVGRDSLSDTSKGALNWVMEYTGWLFMVLASLFVVFVLWLALGKFGNIPLGKDGEKPEFRTISWVAMMFAAGMGIGLMFYGVAEPLYHYISPPPGTVDGRTPAAIQTAMATSIFHWTLHPWAMYAVVGIAMAYGTYRLGRKQLVSAAFTSLFGIRMVEGPLGKFINILAIFATLFGTAASLGLGALQIGSGMTSNGWLGEIGTPVLVVIVAILTFCFVASAVSGISRGIQWLSNINMVLAVVLALIVFVAGPTLFILNLIPSAVGDYARDLAEMSSRTEAVGDESLRSWMTSWTIFYWAWWISWTPFVGMFIARISRGRTIRQFVTGVLLVPSVVSVIWFGIFGGAAFHVQQEADKAGTPGLVAMVDGAPSINFDGALFDLVKNLGMPGWLTAAVIVLAMVLVAIFFVTGADAASIVMGSLSSNGAEHPRRGVVIFWGSLTGAVAAVMLLAGGDKPSEALSGLQRVTIVAALPFVIVMLLLCFALVKDLRRDPLQLHKRLATSVVERAIRTGVEQHGGVQFDLVTKHDCAEKCTDSDCAGGTPTGTIPLVGKPQLDADHK PGPT0013600_324 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013600-opuD|ytfQ-K05020 NA NA D3-18_04002 213 hypothetical protein ATGCCCAACACTTCTGCCAACGGCACTCTCCGTCTCAACGCGAAAGCCAATTTCAACAACCAACCCAATCCCAGCAACCAGGCCAATGAGGACGTGACCCTCACCTTGGACGCTTCCGAACCCGTGACAGTCCGGATCGAGGTGGACCGCTGCCCCTGCGGATCGGAACACAACAGGGCCGGCTCCTACGTCGATACTGACTTCAGCCGCTAG MPNTSANGTLRLNAKANFNNQPNPSNQANEDVTLTLDASEPVTVRIEVDRCPCGSEHNRAGSYVDTDFSR NA NA NA NA NA D3-18_04003 681 COG2335 Cell surface glycolipoprotein MPT83 ATGTTGTCCACAAAGCGCCCCGCCCTCGCCTTCGTTGGCCTCACTGCAGCCGCCCTTCTCGGTCTCACTGCCTGTGGTGGTACCAGCACCTCCAGCACACCGGCTGCTTCATCTGCCGCCCCGGAAACCTCGATGGCGGCACCGTCGCCGTCGGCCTCCGCCATGAGCAGCGCCGCCATGGACCCGGCCGCTAACCTGGTGGGCCCCGGCTGCGCCGGTTACGCCGCACAGGTTCCGGACGGTGCCGGTTCGGTCATGGGCATGGCCCAGGACCCGGTAGCCGTAGCAGCATCGAACAACCCGCTGCTCAAGACCCTGACCGCCGCTGTCTCGGGGAAGCTCAACCCCAAGGTGGACTTGGTTTCCACCCTGAACGGCAGCGAATTCACGGTGTTCGCACCGGTTGACGATGCCTTCGCCAAGATCGACCCCGCCACAATCGAGACGCTCAAGACGGACGATGCCCTGCTGAGCAAAATTCTCACCTACCACGTAGTCCCCGGTCAGCTGACCCCGGACCAGATCGTCGGCACCCACAAGACTGTCCAGGGTGGCGAAGTGACGGTTGGCGGCACCAAGGATGCCCTCACGGTTGACGGAGCTTCCAACGTGATCTGCGGCGGCGTTCAGACCGCCAACGCCACGGTTTACCTGATCGACTCGGTGCTGATGCCCAAATAG MLSTKRPALAFVGLTAAALLGLTACGGTSTSSTPAASSAAPETSMAAPSPSASAMSSAAMDPAANLVGPGCAGYAAQVPDGAGSVMGMAQDPVAVAASNNPLLKTLTAAVSGKLNPKVDLVSTLNGSEFTVFAPVDDAFAKIDPATIETLKTDDALLSKILTYHVVPGQLTPDQIVGTHKTVQGGEVTVGGTKDALTVDGASNVICGGVQTANATVYLIDSVLMPK NA NA NA NA NA D3-18_04004 582 hypothetical protein ATGGCAATCGAGGTTCGCCCCGCGACGGTGTTCGATGACGTGAAGACCATGGTGGGGCCCAAGAGCCCCGATGCCAACGTGTGCTGGTGCCTGAGCTACAGGATTCCGTCGAAACTGAACCAGGAGCTCCAGAAACAGGAGCGCGGGAAGTTTGTGAAGAAGCTGGTGGCCGAGGACCCGCCTCCCGGCGTTCTGGCGTACGACGGCGACGAAGTAGTCGGGTGGGCAGCGGTCCACCCTCGCGAGGACACTACTTTTGCGAAGAACCGCAAGATCCCCCACGTGGATGAGACCAAGGTGTGGTCCGTCTGGTGCATCCGGGTTAGGCCCGGGCATCGTGGCAAGGGAATTTCCCACGAGCTGCTCCGCGGGGCGATTGACTTTGCAAAGAGCCACGGCGCGCCCGCCATTGAGGGTTACCCCGTGGACAACAAGGGCGGCAAGGTGGACCTGACCATGGCCTACGTTGGCACCAGGAGGCTTTTCGAGAAGGCCGGTTTCAAGAAGGTGGCCGAGACGACGTCGGTGCTCAACGGTTTCCCGAGAGTGCTGATGCGGCTGGACCTCAACTCCCCCAACTAG MAIEVRPATVFDDVKTMVGPKSPDANVCWCLSYRIPSKLNQELQKQERGKFVKKLVAEDPPPGVLAYDGDEVVGWAAVHPREDTTFAKNRKIPHVDETKVWSVWCIRVRPGHRGKGISHELLRGAIDFAKSHGAPAIEGYPVDNKGGKVDLTMAYVGTRRLFEKAGFKKVAETTSVLNGFPRVLMRLDLNSPN NA NA NA NA NA D3-18_04005 849 kipR_4 COG1414 HTH-type transcriptional regulator KipR GTGCCTAAGCCCCACATACTCAGGGTGTGGACACTAGAATGGAAGGAGTCCATATTATGGATGAAATCTCTTGTGGAGGGTGCTGTGGTGGTTCAGGGAGCACAAGTGGTGGGGCGCGTAGCCCTGCTGCTTCGACTAGTGGGACGTAAGCCCGAAGGTACGTCCCTGGCGGGCTTGGTGCGGGAGTCCGGCTTGACCCGGCCAACCGTCCACCGGCTTCTGACCTCCTTGGCCGCGGAGGGTCTACTGGAACACGATCCGGGCTCGGGGAAGTGGGTGTTGGGGCCGGAGATCTTCCTGCTGGGATCAGTGGCTGCTGCACGTTTCCCCATGGAGGACATTGCGCGGCCGTCGCTGCGCAGGTTGGCCGCAGAGACCGGGGAGAGCGCCTTCTTCTCCATTCGTCGTGGGAACGAAACAGTGTGCGTGCTGCGGGAAGAGGGCTCGTTCCCGGTGCGGTCCTTCGTGCTGCACGAAGGCGTGCGCTTTCCGCTGGGGGTCGCTTCGGCCGGCACTGCCATCATGGCTTTCCTTCCTCCCGACGAACAGGAATCGTTGTTGGACGACTGGGCTGCGCACGCCGGCGACTTTGCGGCGGGACACACCGCAGACGTGGTGCGGGGCAATCTGGAACGGACGCGGCTTGCTGGCTACTCCGTCAATCCCGGGTTGATCCTGGAAGGCAGCTGGGGCATGGGAGCGGCGGTGTTTGATCAGCAGGGACGGCCAGCGTGGGCTCTTTCCTTGACGGGAATTGAGCCGCGATTCCGTGCGGACCGCCAGGAGTTCCTCGGGAAACTGCTGCTCGAGGAAGCGCACAGGATGACGGCGCGCCTGCAGGGATCCTGA MPKPHILRVWTLEWKESILWMKSLVEGAVVVQGAQVVGRVALLLRLVGRKPEGTSLAGLVRESGLTRPTVHRLLTSLAAEGLLEHDPGSGKWVLGPEIFLLGSVAAARFPMEDIARPSLRRLAAETGESAFFSIRRGNETVCVLREEGSFPVRSFVLHEGVRFPLGVASAGTAIMAFLPPDEQESLLDDWAAHAGDFAAGHTADVVRGNLERTRLAGYSVNPGLILEGSWGMGAAVFDQQGRPAWALSLTGIEPRFRADRQEFLGKLLLEEAHRMTARLQGS NA NA NA NA NA D3-18_04006 717 scoA_2 COG1788 putative succinyl-CoA:3-ketoacid coenzyme A transferase subunit A ATGACCAAGATCCAAGCGAGCGCAGCCCAAGCGCTACATGACCTGATGGCAGACGGCCTGACTATCGCCGTCGGAGGTTTTGGACTCAGCGGCATCCCCGCTGACCTGATCGACGCCGTCCGCGAGTCCGGCGCCAAGGATCTCACCATCGTGTCCAACAACATGGGTGTGGACGGCAAGGGACTCGGCGTCCTCATCGAGGCGGGCCAGGTCCGGAAGGTCATCGCTTCCTACGTAGGTGAGAACAAGCTCTTCGCCGAGCAGTACCTCGCCGGCCAACTGGAGGTGGAGTTCACGCCGCAGGGCACCCTCGCCGAGCGTCTCCGCGCTGGCGGCGCCGGAATTCCTGCGTTCTACACGCGAACCGGAGTGGGAACCCTGGTTGCTGAAGGCAAGCCGCTGGAAGAGTTCGACGGCGTGACGTACGTCCGCGAGCGCGCCATCACCGCCGACGTCGCCCTGGTCCACGCCCACACCGCAGATACGGACGGGAACCTGATTTATCGCTACACGGCCCGCAACTTCAACCCGGTGGTTGCCACAGCGGGTGCCGTGACCATCGCCGAGGCTGAGGTCATTGTTCAACCCGGCCAGCTGGACCCGAACCACATCGTCACCCCGGGCATTTACATCCAGCGGCTGGTCCAAGCCACGGATCGGGTCAAGGACATTGAACAGCGCACGGTCCGCCCGCCCCGCGAAGCGGTCACGGTCTAA MTKIQASAAQALHDLMADGLTIAVGGFGLSGIPADLIDAVRESGAKDLTIVSNNMGVDGKGLGVLIEAGQVRKVIASYVGENKLFAEQYLAGQLEVEFTPQGTLAERLRAGGAGIPAFYTRTGVGTLVAEGKPLEEFDGVTYVRERAITADVALVHAHTADTDGNLIYRYTARNFNPVVATAGAVTIAEAEVIVQPGQLDPNHIVTPGIYIQRLVQATDRVKDIEQRTVRPPREAVTV PGPT0008325_499 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008325-scoA-K01028 NA NA D3-18_04007 684 scoB_2 COG2057 putative succinyl-CoA:3-ketoacid coenzyme A transferase subunit B ATGGCCGCCATCGCGGCCGAAGAACTGAACGACGGCGATTACGTCAACCTCGGCATCGGCATTCCCACGTTGGTGGCCAACAACCTGCCCGACGGCGTGCGGGTGGTCCTCCAGAGCGAGAACGGCCTGCTCGGCATGGGCCCTTTCCCGTATGAGGGCGAGGAAGACGCCGACCTGATCAACGCCGGCAAGCAGACCGTCACCATCACCCCTGGCGGCAGTATTTTCGACTCCGCCACGTCGTTCGGCATGATCCGCGGCGGGCACGTGAAGGTGGCCATTCTGGGTGCCATGCAGGTGTCCGGTTCCGGGGACCTGGCCAACTGGACCATCCCCGGCAAGATGGTCAAAGGCATGGGCGGAGCCATGGACCTGGTGGCAGGGACACCACGGGTAGTGGTCCTCACCGAGCACAACGCCAAGGACGGTTCGGCCAAGATCGTCACCGAATGCACGCTCCCGCTCACGGGACTCAAGTGCGTTGACCGGATCATCACGGACCTCGCCGTTTTCGACATCGAGGAAACACTGTCCGCGGCGGAAACACCCGACGGCGGCACCCGGCTGCTGTTGACCCGCCTAGCCCCTGGCGTCACGGTGGAAGAGATCCGCAGCAAGACCGAGGCAGAGTTCACGGTGGCGCTCGCCTCTGAGGAACACGCACTTGAAGGAGTAAACGCATGA MAAIAAEELNDGDYVNLGIGIPTLVANNLPDGVRVVLQSENGLLGMGPFPYEGEEDADLINAGKQTVTITPGGSIFDSATSFGMIRGGHVKVAILGAMQVSGSGDLANWTIPGKMVKGMGGAMDLVAGTPRVVVLTEHNAKDGSAKIVTECTLPLTGLKCVDRIITDLAVFDIEETLSAAETPDGGTRLLLTRLAPGVTVEEIRSKTEAEFTVALASEEHALEGVNA PGPT0008330_67 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008330-scoB-K01029 NA NA D3-18_04008 1215 fadA_2 3-ketoacyl-CoA thiolase ATGAGCCTGAAGGACCAATTCGGCAAGGACATCCTGCTCACGGGGTGGGGGCACAGCAAGTTCGGCAAACTGACTGATGACACCTTGGAGTCGCTGATTGTCCAGGTTGCCGGCGAAGCGATTGAGAACTCGGGGCTGGATCCCAAGGACATCGACGAGATTTACCTCGGCCAGTTCAACTCCGGAATGCAGCCTCTGGGATTCACGTCATCGCTGGCACTTCAGTTGTCCGCAGACTTGGCCAACGTTCCCGCAACGCGCACCGAGAATGCTTGCGCTTCCGGTTCCGCGGCTTTCCAGCAGGGCGTCAAGGCCGTCCTGGCCGGGACTGCCCGCAACGTCCTGGTGATCGGGGCGGAGAAGATGACCGACGCCGGCGCCGACGTTGTGGGGGCGGCCTTGCTCGGAGCTTCCTACGAGATGGCAGGAAAAGCCTCTTCCACGGGATTCACAGGGTTGTTCGCTGAGGTCGCCAAGCACTACGGGAAGCGCTATGGGGCCGGCATCGCCGGCCTGGGATTCGAAGGCGGCCTCGGCGACGTCCTCGGTTCCATTGCTGCCAAGAACCACCACAACGGCATGGACAACCCGTACGCCCAGATGCACCGCGACTTCGGCGAGGAGTTCTGCCGGACCATCTCCGAGAAGAACCCCATGGTGGCCGAACCCTTGCGCCGCACGGACTGTTCGCCGGTCTCAGACGGTGCCGCCGCCGTCGTGCTTTCCACGTCGACTACCGGAGGCGCAACCGCGCCTGTGCGTCTGGCTGGTTTCGGCCACGCCAACGACTTCTTCCCGGCGGAGAAGCGCGATCCCACCGAGTTTGCAGCCACCAGGGCTTCATGGGAGCGGGCGCTGGGCATGGCAGGAGTTGGCCTCCAGGACCTGGACTTCGCGGAGGTGCACGACTGCTTCACCATCGCCGAACTCATTATGTACGAAGCCATGGGCCTCGCTCCCTGCGGCGAGGGCGCGCGAGCCGTCCAGGAAGGCTGGGTTTATAAGGACGGCAAGCTGCCCGTCAACGTCTCCGGCGGACTGAAGGCGAAAGGCCACCCGGTGGGTGCCACTGGTGTGTCGCAGCACGTCATCGCCGCGATGCAGCTCAGTGGCACGGCGGGCGACATGCAGTTGTCCCGTGCCCGCCGGGGTGCCGTCCAGAACATGGGCGGAGTGGGCATCGCCAACTACGTGAGCGTGCTGGAAGCCCTGTAA MSLKDQFGKDILLTGWGHSKFGKLTDDTLESLIVQVAGEAIENSGLDPKDIDEIYLGQFNSGMQPLGFTSSLALQLSADLANVPATRTENACASGSAAFQQGVKAVLAGTARNVLVIGAEKMTDAGADVVGAALLGASYEMAGKASSTGFTGLFAEVAKHYGKRYGAGIAGLGFEGGLGDVLGSIAAKNHHNGMDNPYAQMHRDFGEEFCRTISEKNPMVAEPLRRTDCSPVSDGAAAVVLSTSTTGGATAPVRLAGFGHANDFFPAEKRDPTEFAATRASWERALGMAGVGLQDLDFAEVHDCFTIAELIMYEAMGLAPCGEGARAVQEGWVYKDGKLPVNVSGGLKAKGHPVGATGVSQHVIAAMQLSGTAGDMQLSRARRGAVQNMGGVGIANYVSVLEAL PGPT0008320_3220 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B7|BIOTIN_BIOSYNTHESIS,PGPT0008320-atoB-K00626 NA NA D3-18_04009 753 hypothetical protein ATGGATTCCCTGAAGGGGCGCGGCTTCGCCACGGGTTCGGTGATTGGTGCTGGTTTGCTGATCGCCGGGCTTGTGGCAGGTTGCGCGCCGTCGTCGCCTGCTGACCAGGTGCCCGGCACGCCCGGTGTAGGCACGACGCCGGCCGCCTCCGCTTCCAGCCCGGCCCCAGCTTCAGTAGCCCCCGGCTCGACCGCGGCGTCGAGCGTAAGTCCTGGCCCGACGTCGTCGGCTGCATTGCCGCCCAAACTGTCACCGGAGGCCCAAACCGAAACCGACCGACTCCTGATCCTCGCCGCGAAGGCCAACGATGTTGCCCGTGTACGTGAACTGATCGCGGCGGGCGGGAACGTCAACGCCAAGGACGAGATCCAGGACTCCGCTTTCCTCTACGCCGGCGCTGAAGGCTTCAACGAGGTCCTGCAACTGACGTTGACTGCTGGCGCGGATGTTCGCAGCACTAATCGGTACGGCGGCACCGCGCTGATCCCCGCGAGCGAGCATGGACACACGGAAACGGTCAGGATTCTGATCGCAGCAGGTGTGCCCGTGGACCACGTGAACAATCTGGGCTGGACCGCCATGCAAGAAGCGATCCTGCTCAACAATGGCGGGCCCAATCAGCAGGACGTGGTCCGGCAACTTCTGGCAGCCGGAGCCAACCCGGACATCCGTGACCCCCAAGGCCGAACCGCCCTGCAAAACGCAGAGCGGCTCGGGTTTACGGAAATCGCGGCGCTGATCCGGAACCGCTAA MDSLKGRGFATGSVIGAGLLIAGLVAGCAPSSPADQVPGTPGVGTTPAASASSPAPASVAPGSTAASSVSPGPTSSAALPPKLSPEAQTETDRLLILAAKANDVARVRELIAAGGNVNAKDEIQDSAFLYAGAEGFNEVLQLTLTAGADVRSTNRYGGTALIPASEHGHTETVRILIAAGVPVDHVNNLGWTAMQEAILLNNGGPNQQDVVRQLLAAGANPDIRDPQGRTALQNAERLGFTEIAALIRNR NA NA NA NA NA D3-18_04010 588 hypothetical protein GTGAAGAAGTCCAACAAGATGATTGCCGCCGCTGCTGCCGGAGCACTGTTGCTCACCGGCGGTGTCACTGCCGTGGCCAACGCCGTGTCACCCGCTGCTGCGCCTGCTGCCGCGCCTGCTGCCGCGCCGGTGAAGGTTGCCGCAGACGTTCTGCCTGCCCCCGAGAACGTCGTAGCCCAGAACCGCATCTCCGTGGGTGCGTCAAGCAAGGCCGTCAATGCCGCGCTCGCAAAGTGCCAGGCCGACAAGCTGCCGTTCGTGACCGTGGCACTGGTTGACCGCTTCGGCACCGTGCAGGCGCTCCTCCGCGGTGACAACGCCGCCGAGCACACCATCGAAGCCGCCAAGCAGAAGGCCTACACAGCAGCAGCTTTCGGCGCTCCCACCAGCGAACTCGCCAAGCGCGTCAACGGTAACGGCCCGTCCATCGCCGACCTCCCCGGCACCTTGTTCCTGCCCGGCGGTGTTCCGCTGAAGGTCAACGGCGTTTCAGTCGCGGGCATCGGAGTTGGCGGCGCACCCGACGGCGCCCTCGACGAGGCCTGCGCCACCGCCGGCGCTGATGCGTTGGCTGCGGCCGCGAAGTAG MKKSNKMIAAAAAGALLLTGGVTAVANAVSPAAAPAAAPAAAPVKVAADVLPAPENVVAQNRISVGASSKAVNAALAKCQADKLPFVTVALVDRFGTVQALLRGDNAAEHTIEAAKQKAYTAAAFGAPTSELAKRVNGNGPSIADLPGTLFLPGGVPLKVNGVSVAGIGVGGAPDGALDEACATAGADALAAAAK NA NA NA NA NA D3-18_04011 1233 hypothetical protein ATGCCAATTGCACGTCCACGGCCAGAGCCCAGCAACGGGAGCAGCAACCGGATTGATGGCCGCATTGATGTAGTCGTGCACCTGGGATTTGCCGTTCTGATGGTGGCCTCTGCGGTCAGGTACGTCATGCGCCACTCCCCCGCGGACAACTTGTGGACCGTTGCCCTGGCCATTGCGGTATGCGCGCTGTACGCGGTCACCGCCGTGTTGGTCCACCGTCAACACCCGGACCAACACAAGCAACGGCTGTGGATTCCGTGGATGGTCGCGTTGCTTGCAGCCTGGGCCGCGTTGGTGGTGATCGCCCCGAGCTTCGCGTGGTGTTCCTTCGCTATCTTCTTCCTCACCCGGACGGCTTTCCGAGGCTGGGCCGGCTATGTGGCAGGAGGCGCGACGGCGGCCGCTACCGCCGTCGGGCTCTTCCGGATGAGCGACTGGACGGACATCGCCATGCTGCTCGGCCCGCTCGCAGCGGGCGCCCTGCTCACCCTGATCTACGACAAGATCGAGCGCGGCGCGGCCTTGCAACGCAGGCTATTCGACGACGTCACCCAAGCCCAGGAGCAGCTCGCCGCCAAGCAGCGCGAAGCCGGAATCGCGACTGAGCGCGAGCGCGTTTCCCGCGAGATCCACGACACCGTCACCCAAGGCTTGGCCAGCAGCCTGCTCCTCCTTGAGGCCGCCCAGCGCGCGTGGCCCGCTGAAACCGCCCACCAAGACGTACGCAAGGCAACAGATTTACTGCGGCGCAACCTCGCCGATACCCGCAGCCTGGTGCACGAACTCTCCGCTCCGGGTCTTGAAACCGGCCCACTCCAGGAGGCCTTGGAATACGCCGCCCGGCAATACTTTGAGGACGTCAACATCCAGGTCACTGGCGACCCCCGCCCCCTTCCTTCCGAGGTGCGGCATGCCCTGCTCCGCGTCACCCAGAGCGCCGTGGCCAACATCAAACTCCATGCCCACGCGGAGCACGCCAGTGTGACCCTGGGATACCTTCCGGACGCGGTCACCTTGGACGTGTTCGACGACGGCCGCGGCTTTGATCCCGCAGCGGTACCTCCGCCGTCGGCAAGCGGAGGATACGGCCTGCGGGCCATGCGGCAGCGTGTAGAACAATTGGGCGGAGAATTGTCTGTGGAGAGCTCGCCAGGCGAAGGAACCATCATTGCGGCGCAGTTCCCACTCACGCAGCTTGCTGATCCGGCAAATGCCCTGAAGGAGGCACTGTGA MPIARPRPEPSNGSSNRIDGRIDVVVHLGFAVLMVASAVRYVMRHSPADNLWTVALAIAVCALYAVTAVLVHRQHPDQHKQRLWIPWMVALLAAWAALVVIAPSFAWCSFAIFFLTRTAFRGWAGYVAGGATAAATAVGLFRMSDWTDIAMLLGPLAAGALLTLIYDKIERGAALQRRLFDDVTQAQEQLAAKQREAGIATERERVSREIHDTVTQGLASSLLLLEAAQRAWPAETAHQDVRKATDLLRRNLADTRSLVHELSAPGLETGPLQEALEYAARQYFEDVNIQVTGDPRPLPSEVRHALLRVTQSAVANIKLHAHAEHASVTLGYLPDAVTLDVFDDGRGFDPAAVPPPSASGGYGLRAMRQRVEQLGGELSVESSPGEGTIIAAQFPLTQLADPANALKEAL NA NA NA NA NA D3-18_04012 627 liaR_6 COG2197 Transcriptional regulatory protein LiaR GTGAACACCATCTCCGTGCTCCTCGTGGACGACCACACCGTAGTCCGGAGCGGGCTCAAGGCGCTGTTGGGCACCCAAGGTGATATCGCCGTCGTCGGGGAAGCAGCCTCCGGCGAGGAAGCACTGGAAGCTGCGCAGGAGCATACACCCGCGGTTGTCCTCATGGACCTCGCGATGGGCGCCGGAATGGATGGAATCGAAGCCATCAAGCAACTCCGCCAGTGGAACCCGAAGCAGGCCGTCATCGTATTCACCACCTACGATTCCGACGCCGACATCGTCCGCGCAGTAGATGCCGGAGCCATGGGCTATTTGCTCAAGGACGCCGCACCGGAGGAGATCTTCGCAGCCGTGCGCGGCGCTGTGCAGGGGAAGAGCGTGATGAGCGCACCGGTGGCCTCACGCCTGTTCCAGCAATTGCGAAATCCTGACGAGATCCTCACTCCCCGCGAAGCCGAGTTACTTAGCCTCCTGACCGAAGGACTCAGTAACCGCGATCTTGGAAAACGCCTGTTTATTTCCGAAGCAACAGTCAAAACCCACCTCGCCCACATCTACGCCAAACTGGGTGTGGAGACGCGGGCCGCAGCAATTGCCACAGCTATCCGGCGCGAGGGGATGCGGTAA MNTISVLLVDDHTVVRSGLKALLGTQGDIAVVGEAASGEEALEAAQEHTPAVVLMDLAMGAGMDGIEAIKQLRQWNPKQAVIVFTTYDSDADIVRAVDAGAMGYLLKDAAPEEIFAAVRGAVQGKSVMSAPVASRLFQQLRNPDEILTPREAELLSLLTEGLSNRDLGKRLFISEATVKTHLAHIYAKLGVETRAAAIATAIRREGMR PGPT0014870_138 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 D3-18_04013 543 hypothetical protein ATGTTCAAAAACCCGGGAACTGCTTTGCTGGTCCGGGGAGCACTTTCCATAGTTTTCGGCCTGTTGATCATTGTTTTGCCGAGCGCTACTGCGTTGGTGGTAGTTGTCATGTTCGGCATTTTCGCGATAATTGACGGCATTACCAGCGTGGCCCATTATTTCTACGACCCCGCCGGCCGTTCCCGCTGGACTGTAGTGGGTGGCCTTATCTCCATCGCCGCAGGCATTGTGGCAATTGCCTTGCCGGGAATTACCGCAGCAGCAATCGGTGTCCTTATAGGATTGTGGGCCCTGGTCCTGGGCCTTTCCCAAATCATTCTGTCGCTGGCCACCAGGAGCTTCATTCGGAGTTGGGGTATCTGGTTCCTGACGGGACTAGTCACCACGGTGTTTGGGATCGTTGTCCTTTTCAACCCGGGGCTGGGCTTCCTGACCCTGGTGTGGATGTTGGCCGGGTTCGCGATCCTGACAGGGATGCTACTCATAGCCTCAGGCATCGGGCTCCGCAAGCTGGCCAGTTCACCGCCGCTGTTCGCGCGCTAG MFKNPGTALLVRGALSIVFGLLIIVLPSATALVVVVMFGIFAIIDGITSVAHYFYDPAGRSRWTVVGGLISIAAGIVAIALPGITAAAIGVLIGLWALVLGLSQIILSLATRSFIRSWGIWFLTGLVTTVFGIVVLFNPGLGFLTLVWMLAGFAILTGMLLIASGIGLRKLASSPPLFAR NA NA NA NA NA D3-18_04014 813 xthA COG0708 Exodeoxyribonuclease III GTGGCTGTGAAGATAGCAACCTGGAATGTGAACTCCCTCCGCGCCCGTGCCGACCGTGTAGAAGCCTGGCTTGAGCGCAGCGACTGTGACGTCCTGGCCATCCAGGAGACAAAGTGCAAGGACGAGAACTTCCCTTGGGAGCTCTTCGAGCGCATGGGTTACGAGGTTGCGCACTTTGGCGTGAACCAGTGGAACGGTGTTGCCATCGCTTCCCGTGTGGGCTTGGAGGATGTGCAGCGCACTTTCCTGGACCAGCCTGCGTTCGGCAAGGCAGGCAAGGATCCCGCGCAGGAAGCCCGTGCCATCGCAGCCACTTGCGGCGGCATCCGAATCTGGAGCCTCTACGTTCCCAACGGCCGCTCATTGGACGACGAACACATGCCGTACAAGATCAAGTGGCTTGACGTTCTGCAGGGCCACGCAGCCGAATGGGTGAAGTCCGATCCGACCGCCCAGATCGCGCTCATGGGTGACTGGAATATCGCCCCGTTCGACGACGACGTGTGGGACATCGAGCTCTTCCGCAACAACAACTACACGCACGTCAGCGAACCCGAGCGCGCCGCCTTCCACGCCTTCGAAACCGCAGGATTCACCGACGTCGTCCGTCCCTACACTCCGGGCCCCGGCGTCTACACGTACTGGGACTACACCCAACTGCGCTTCCCCAAGAAGGAAGGCATGCGCATCGACTTCTGCCTCGCCTCCCCGGCGCTGGCATCGCGCGTCACCGGAGCCTCCATCGACCGCGAGGAACGCAAGGGCAAGGGCGCTTCGGACCACGCTCCCGTCATCGTGGAGCTCGCAGACTAA MAVKIATWNVNSLRARADRVEAWLERSDCDVLAIQETKCKDENFPWELFERMGYEVAHFGVNQWNGVAIASRVGLEDVQRTFLDQPAFGKAGKDPAQEARAIAATCGGIRIWSLYVPNGRSLDDEHMPYKIKWLDVLQGHAAEWVKSDPTAQIALMGDWNIAPFDDDVWDIELFRNNNYTHVSEPERAAFHAFETAGFTDVVRPYTPGPGVYTYWDYTQLRFPKKEGMRIDFCLASPALASRVTGASIDREERKGKGASDHAPVIVELAD NA NA NA NA NA D3-18_04015 888 hypothetical protein ATGACTGGAAACCTGTATCGGGGCCAGGCAGGTCTGCCGTTCTCTTCGTCGCTGCGCATTTACGAGCCCCTGGAGGCGTTCCCGCCTGAACAGCAGCGCCAACTCGTTGCGGAGGGCAGCAAGAACGGGTCCCGGGCCGCCGTCGAGAATGCGGAGCTCCAGGCCTCGCTGGGACGCATTACGCGCTCCGGCGGCGACCCTTTCCCCACAGGCCGCACGGATTTGGTCCGCATGACACGCGTGCCCACCGGGCGCCACGCGGCGGTGTCCGAGAAAGAAGATCACGACGCCGGACGGCTGCTTTACTGCCCCAGCCAACTGGTGATTCGGGCTGGGTTGGCGGCCAATGCGCTGATGGACGGCGTGCACAGTCCGCTGGCCGATCTCCTCATTCCGGTCTCGCAGCGGGACAAGCACCAGGCAAGGATCGATCGCATCAATGCCGGGGAGGCCGCCAAACGCGTGCATACCCGTGCCTCAACATGGGGAATCCCGTTCAGCTGGTTCTCACTTTTCAACGAGGCTGACCGCAAGGACGTGGTGGAATCCGAGGGGCGCATCCTGACCGTCCGGGTATGGACGCCCCTGACTGAGGCCCTGGACCGGGCACGGTTCGCCGTGGCCCATTTGGCGCTGGCAGCACCGGATTTGGACATGCTGGATGACCTGACACAGCTCACGGAATGGCTTGAACTTTTCCACGCCCAGTCCATGGTGGAGCTGGATTATGGGGCCGTAGCTGACAAGGTGTACCCGGACGAGTCCCCCATGGATGTTCGCTTGGGGATCGAGTGCCTCGCTGAAGGCGACATGACCGGCGCGGCCGCCGCCTACCGTCGGCTCGCCTCGCGGTGGATCCCCATCCGGCAGTTGGCACGCGCTTCGTAG MTGNLYRGQAGLPFSSSLRIYEPLEAFPPEQQRQLVAEGSKNGSRAAVENAELQASLGRITRSGGDPFPTGRTDLVRMTRVPTGRHAAVSEKEDHDAGRLLYCPSQLVIRAGLAANALMDGVHSPLADLLIPVSQRDKHQARIDRINAGEAAKRVHTRASTWGIPFSWFSLFNEADRKDVVESEGRILTVRVWTPLTEALDRARFAVAHLALAAPDLDMLDDLTQLTEWLELFHAQSMVELDYGAVADKVYPDESPMDVRLGIECLAEGDMTGAAAAYRRLASRWIPIRQLARAS NA NA NA NA NA D3-18_04016 1050 ccpA_10 COG1609 Catabolite control protein A GTGTCAAAAACAACGGGTAGGTCCCAACGCGGCGGTCATACCGGGGTCAGCATCGAGGACGTTGCCGCTGCTGCCGGAGTTTCCACCGCGACAGTTTCCAGGGCGGTCCGGGGACTGCCCCGGGTGTCGCCCACGACCCGGGAAAAGATCCTGGAAGTAGCCAGCTCTCTAGGGTATGTAGCGTCGTCGTCAGCCTCGGGACTCGCAACAGGCCGGACCCGCACCATAGGCGTGCTGGCCCCCTTCGTCAGCCGGTGGTTTTTCTCCAAGGCCATCGAAGGCGCGGACCGGGAGCTGCATTCACGCAAGTACAACCTTTCCCTTTTCAATCTGGGCGGCCATGGCAGCAACCGTGAGCGGCTCTTCAGTTCCACCATGGTCTACAAACAAATCGACGCACTGCTGGTGCTGTGTATGTCGTTGACCGAGGAAGAACTGGAACACCTCCACAAGATCGATATCCCGCTGGTAGTGGTGGGTGGTCACGTTGAGGACTGCGCCTACATCGGCATCAATGATTACGACGCCGCGTCCACCGCCGTGCGGCATCTGCTGGACCTGGGCCACAAGGACATCGCGTTGCTCCATGGCGACGACGAAACGGACCTCAACTTCGACGTCCCCCGGGTGCGTATCCGGGCGTTCCAGGAAGTCATGACCGACGCCGGCCTGGAAGTCCGCCCGGAGTGGGACCAATGGGGGGATTTCACGGTTGCAAGCGGACAACAGGCGTTCAATCGTCTCTGGAGTCAGTCCGGCCGCAAGCCAACGGCCATTTTCTGTTCCTCGGACGAGATGGCGATGGGTGTCATTTTCGAAGCAGCCCGCCACGGTGTCCGGGTACCGGAGGACCTCTCGGTCATCGGGATCGACGACCACGATTTCTCGTCGTCAGTGGGCCTCACGACCGTCGGGCAGCGTCCCGACAACCAGGCCGAGCTCGCCACCAAAATGCTGCTGGATGAACTGGACGGCAACCCGGGAGCAGTGCATTCAGAAGTGGCGCCCCACAAACTGATCGTGCGCGAAACAACGGCCCCGCCAAGCTAA MSKTTGRSQRGGHTGVSIEDVAAAAGVSTATVSRAVRGLPRVSPTTREKILEVASSLGYVASSSASGLATGRTRTIGVLAPFVSRWFFSKAIEGADRELHSRKYNLSLFNLGGHGSNRERLFSSTMVYKQIDALLVLCMSLTEEELEHLHKIDIPLVVVGGHVEDCAYIGINDYDAASTAVRHLLDLGHKDIALLHGDDETDLNFDVPRVRIRAFQEVMTDAGLEVRPEWDQWGDFTVASGQQAFNRLWSQSGRKPTAIFCSSDEMAMGVIFEAARHGVRVPEDLSVIGIDDHDFSSSVGLTTVGQRPDNQAELATKMLLDELDGNPGAVHSEVAPHKLIVRETTAPPS PGPT0014791_23 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION_FACILITATING_PROTEIN SESSILE_ROOT_COLONIZATION,PGPT0014791-ccpA-NA NA NA D3-18_04017 963 ngcG_7 COG0395 Diacetylchitobiose uptake system permease protein NgcG TTGACAGCCACGCCAGCCCCGAAAGAGGCCTCGAAGGCCACCCGGCAGCGTCCTGGATCCGACCCCACGGAGGACGCCCAGCCGATCATGCGTCGGGTCAAAACGAAGCTGACGTCCAAGTGGGCAACAGCGGCAGCGATCATCATCGCCGTCGTATGGTCCGTGCCGACGTTCGGCCTATTTGTCACCTCGTTCCGTCCGGCAGCCAAGCAAGTGGGTCCCCGCTCCGACGGCTGGTGGAATGCGTTCACTGACTGGCAGTTCACGTTCAAGAACTATGTGGATGTCCTGACTCCCGCAGGTTCACAGTCCGCCAACCTCTCGCAGTACTTCGTCAACTCCATCGCGATCGTCATCCCGGTCACCATCTTTGTGCTGGTGTTGGCGTCCATGGCCGCGTATGTGTTCGCGTGGGGGAAGTTCAAGGGCCGCGACGCACTCTTCATCTTCGTCTTTGCCCTGCAGATCATCCCGCTCCAGATGGCGCTGATTCCGCTCCTGCAGTTCTTCACGCAGACCCTGCAGCTCCCGGCAGGCTCCTACGCGCAGCTGTGGATTGCCCACACCATGTTCGGCCTCCCGCTGGGCATCTTCCTGCTTCACAACTTCATCTCGGAAATCCCCGGTGAAGTCATTGAGGCAGCAAGGGTGGATGGCGCTGGACACAGCACCATCTTCTGGCGGATTATCCTGCCGCTATCGGTTCCTGCTCTCGCCTCCCTGGCCATCTTCCAGTTCCTCTGGGTCTGGAATGACCTGCTGGTGGCGTTGGTGTTCTCCGGCGGAACGGCGGACGTGGCTCCGATTACGCAGCGATTGGCGGAGCTCTCAGGTACCCGTGGTGCTAGGGATTACCTGAACCCGGCAGCAGCATTCGTCTCCATCACCATTCCGCTCCTGGTGTTCTTCGGATTGCAGCGGTACTTTGTGCGCGGCCTGCTTTCCGGCGGCCTCAAGGGTTAG MTATPAPKEASKATRQRPGSDPTEDAQPIMRRVKTKLTSKWATAAAIIIAVVWSVPTFGLFVTSFRPAAKQVGPRSDGWWNAFTDWQFTFKNYVDVLTPAGSQSANLSQYFVNSIAIVIPVTIFVLVLASMAAYVFAWGKFKGRDALFIFVFALQIIPLQMALIPLLQFFTQTLQLPAGSYAQLWIAHTMFGLPLGIFLLHNFISEIPGEVIEAARVDGAGHSTIFWRIILPLSVPALASLAIFQFLWVWNDLLVALVFSGGTADVAPITQRLAELSGTRGARDYLNPAAAFVSITIPLLVFFGLQRYFVRGLLSGGLKG PGPT0016405_282 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_ALPHA-GLUCOSIDE_TRANSPORT,PGPT0016405-aglG|ggtD-K10234 NA NA D3-18_04018 966 melD_6 COG1175 Melibiose/raffinose/stachyose import permease protein MelD ATGGAATTTATTGGAGAAAAACTCCTACAAGTAGTGATAGCCCTGGCGATATTCGCAGCGGTTATCGGCCTCATCATGTTGCTGGTGGACAGGGCACCTAAATCGGTCAAGGACAAAGTTACCGTAGCGGGCTTCCTTGCCCCCGCGGCCATCCTGATGCTGGTTGGCCTGGTCTACCCGGCCGTCCGCACCTCAATGCTGGCCTTCACCGACGCCGGCGGCAACGCCAACGGCTTTGATAACTTCGTCTGGATGTTCACGCAGCCCGAGGCTCTGACCACGCTGCGGAACACCGTGATTTGGACCGTCCTGGTTCCGTTGCTTTCCACGAGCTTTGGGCTTGCCTACGCGGTGTTCATCGACAAAGCCCGTGGAGAGCGGGTTCTGAAGTCACTCGTCTTCATGCCGATGGCCATCTCTTTTGTGGGCGCCGGCATCATCTGGAAGCTCGTGTATGACTACCGCGGGCCAAACATCGAGCAGACCGGTGTCATCAACTTCTTCCGGGACGCCTTGGGCATGGACCCTAAGCAGTTCCTCTTGGACGCCCCGGAAAACACGTTCTTCCTGATCATCGTCATGGTCTGGATCCAGACCGGCTTTGCCATGGTGATCCTTTCTGCAGCCATCAAGGGTGTCCCCGTGGAACTCATCGAGGCAGCCCGCCTGGATGGGGCCAACGCCTGGCAGCAGTTCCGTAACGTCACGATCCCAGGTATCCGCGGTGCCTTGGTGGTGGTTCTGACAACTATTACGATCGCCACGCTGAAGGTGTTCGACATTGTCCGAACCATGACGGCAGGCAACTACGACACGTCTGTGGTCGCCAACGAAATGTATACGCAAGCCTTCCGCGCCGGTGAGCCGGGACGTGGTGCCGCCTTGGCCCTGGTCCTGTTCCTCATGGTGCTGCCGATCGTCGTGTACAACGCTCGAGTCCTTCGCAAGCAAAGGGAGATCCATTGA MEFIGEKLLQVVIALAIFAAVIGLIMLLVDRAPKSVKDKVTVAGFLAPAAILMLVGLVYPAVRTSMLAFTDAGGNANGFDNFVWMFTQPEALTTLRNTVIWTVLVPLLSTSFGLAYAVFIDKARGERVLKSLVFMPMAISFVGAGIIWKLVYDYRGPNIEQTGVINFFRDALGMDPKQFLLDAPENTFFLIIVMVWIQTGFAMVILSAAIKGVPVELIEAARLDGANAWQQFRNVTIPGIRGALVVVLTTITIATLKVFDIVRTMTAGNYDTSVVANEMYTQAFRAGEPGRGAALALVLFLMVLPIVVYNARVLRKQREIH PGPT0016400_526 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_ALPHA-GLUCOSIDE_TRANSPORT,PGPT0016400-aglF|ggtC-K10233 NA NA D3-18_04019 1347 hypothetical protein ATGAAGAAAACCAAGTACCTGCTACCGGTCGCAGCCGCCGGTGTTCTGGCACTTACCCTTTCCGCCTGTAGCGGAGATGGTGGCGGTGGAGGATCCACCGCCGGCTCGGATGATTGCTCCGCCTACGAAAGCTATGGCAAGCATGACGGCAAGACCGTCTCCGTCTACTCGACCATCGTCGATATCGAAGCCACAAATCTCGAAGAATCCTGGAAGCAGTTCGAAGACTGCACAGGTATCACGGTCAAGTACGAGGGCAGCAAGGAGTTCGAAACTCAGATTGGCGTGCGTGCCCAGTCCGGCACCGCCCCTGATGTGGCGATCTTCCCGCAGCCCGGCCTTCTTGCCACCCAGGCACGGGCAGGCTATTTGAAGCCCGCTCCGAAGACCGTCTCCGATCTCGTGGACAAGAACTGGTCCCCTGACTGGAAGAAGTACGGCACCGTGGACGGCACTTACTACGCCGCTCCGATGCTCGCGAACGTCAAGGGCTTTGTTTGGTACGCGCCCAAGACCTTCAAGGACAAGGGCTGGGAAGTTCCCAAGACGTGGGACGAAATGATCGAACTGTCCAAGAAGATCGCTGCGGATGACCCGAACGTGAAGCCTTGGTGCGCCGGTTTCGAATCCGGTGAGGCAACTGGCTGGCCCGGCACTGACTGGATCGAGGACGTGGTCCTGCGCGCCCACGGACCCGAGGTCTATGACCAGTGGGTGGCTCACCAGATCCCCTTCAACGATCCCAAGATCGTTGACTCCTTCAACAAGGCCGGCGACATCCTGCTCAACCCGGACATGGTGAACGGTGGCTTCGGTGACGTTCGCACTATCCTGAGCACCGGTTTCGCCCAGGCTGGCCAGCCTGTTCTGGATGGCACCTGCGCCATGCACCACCAAGCCAACTTCCAGGCAGCCAACTGGCCTGCAGGAACCAACGTTGCTGAGGATGGCGACGTATGGGCATTCATCACCCCGCCGATTGACGAAAGCAAGGGCAAGGCAGTCACCGGTGGCGGCGAGATGGTTGGCGCATACAAGGACACCGCTGAAGTTCAGTCGTTCCTGGCTTACCTGGCCAGTGCCGACTTCGCCAATAACCGCGTGAAGCTTGGCGGCGTAGTCAGTGCCAACAAGGGTCTTGATCCCAACAACGCACAGTCGAACCTCGACAAGCTGACCGTCCAGATCCTTCAGGACCCTGAGACTGTCTTCCGTTTCGACGGCTCTGACCTGATGCCGAGTGCAGTTGGTTCCAACTCCTTCTGGAAGGGCATCGTGCAGTGGATCAACGGCACGTCCTCACAGGATGTTGCCAACAGCATCGAATCCAGCTGGCCTAAGAGCTAA MKKTKYLLPVAAAGVLALTLSACSGDGGGGGSTAGSDDCSAYESYGKHDGKTVSVYSTIVDIEATNLEESWKQFEDCTGITVKYEGSKEFETQIGVRAQSGTAPDVAIFPQPGLLATQARAGYLKPAPKTVSDLVDKNWSPDWKKYGTVDGTYYAAPMLANVKGFVWYAPKTFKDKGWEVPKTWDEMIELSKKIAADDPNVKPWCAGFESGEATGWPGTDWIEDVVLRAHGPEVYDQWVAHQIPFNDPKIVDSFNKAGDILLNPDMVNGGFGDVRTILSTGFAQAGQPVLDGTCAMHHQANFQAANWPAGTNVAEDGDVWAFITPPIDESKGKAVTGGGEMVGAYKDTAEVQSFLAYLASADFANNRVKLGGVVSANKGLDPNNAQSNLDKLTVQILQDPETVFRFDGSDLMPSAVGSNSFWKGIVQWINGTSSQDVANSIESSWPKS PGPT0016395_381 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_ALPHA-GLUCOSIDE_TRANSPORT,PGPT0016395-aglE|ggtB-K10232 NA NA D3-18_04020 402 hypothetical protein GTGGATGAACTTGAAGCACTGCAGACTATCGGCCGCCTGATCAAAGAAGAACGCTTGGCCCAAGGCCTGAGCCAGGTTCAGTTGGCCAAGCAGGCTGGTACTGCCATCAAGACAGTCCGAACACTGGAATCCGGGACCCGCCGGACGCAGGAGATCAACCAGCGCAAGCTTGAGCACGCCTTGGGCTGGAGGGCAGGATCCGTATCCGAGGTCCTGAAAGGTAAGTCGAACTTCGCTCCGGACATGATCACCCCTGACGACATGCGCTCAGGTGACGAATCACGCCCAGGACCTCCCCGCGTCATAGTTCCCAGTGCTCCCGTTGCCCGGGCCTCGCACCTATCCGACGAAGAGCTCCTTGCCGAGCTCACCTACCGGATGATGCACCGGAACAGGGGCTGA MDELEALQTIGRLIKEERLAQGLSQVQLAKQAGTAIKTVRTLESGTRRTQEINQRKLEHALGWRAGSVSEVLKGKSNFAPDMITPDDMRSGDESRPGPPRVIVPSAPVARASHLSDEELLAELTYRMMHRNRG NA NA NA NA NA D3-18_04021 732 hypothetical protein GTGGCTGGAACAACAGTGGCGTCAACAACAGCGGCGTCAACAACTGTGCCTGACAAAACGCTGCTTGAGTCGACAGTGGCCCAGCTTATGGCGGAACTGGCGGCACTGGAAGAACCCCGCGCGCGCGAGGTGAATGAGAAGCACGGCGATGACCATGGGGTAAACCTCAGCAAACTGCGTGCCGTCGCGAAGCGGCTGAAGACACAACAGGATCTCTCGCGGGAGCTCTGGGATACAGGTGACACCGCCGCCAGGTTGCTGGCACTCCTGATCTGCCGTCCCAAGGCCTTTGAGCGGCAGGAATTGGACAACATGCTGCGCGAAGCACGGACTCCCAAAGTGCAGGACTGGCTGGTGAACTACGTCGTCAAGAAAAGCCCGCACTCCGAAGATCTGCGGCTGGTATGGTTCTCCGATCCCGATCCCGTGGTGGCAAGTGCCGGATGGGCGCTGACCTCCGAACGAGTGGTCAAGAAGCCCGAAGGCTTGAACCTCGTGCAACTGCTCGATGTCATCGAGGCCGACATGAAGGCAGCTCCGGACCGCCTCCAATGGGCCATGAATCACTGCCTTGCGCAGATAGGAATTGAATTCCCAGAGCACAGGGCCAGGGCCTTGGAGATCGGTGAGCGCTTGGAAGTGCTGAAGGACTACCCGACGCCGCCTAACTGCACGTCGCCTTTCGCGCCGGACTGGATCAATGAGATGGTGCGGCGAAAGGGAGTCAACTAG MAGTTVASTTAASTTVPDKTLLESTVAQLMAELAALEEPRAREVNEKHGDDHGVNLSKLRAVAKRLKTQQDLSRELWDTGDTAARLLALLICRPKAFERQELDNMLREARTPKVQDWLVNYVVKKSPHSEDLRLVWFSDPDPVVASAGWALTSERVVKKPEGLNLVQLLDVIEADMKAAPDRLQWAMNHCLAQIGIEFPEHRARALEIGERLEVLKDYPTPPNCTSPFAPDWINEMVRRKGVN NA NA NA NA NA D3-18_04022 612 hypothetical protein GTGAACGGAACACCCCGGGCCCTCAACCGCGTACTGCTCTTCATCATCGGCGTGAAACTGCTGGCTGTCGGGCTGCTTCTCTTGTTGTTGGCCACCGTCCCGGCAGTGGCCACGTGGTGGCATGGTTGGTCGGCTTCTGTTTGGGCGGGCGCTGAAAATGCCTTCAAGCAAACGCATCTCCCGGGCCGTGAAGAAAGCTGGCTGTGGATTGTGGCAGGCCTGATCCTGGTGGCCATCATCATTGCGATGATCGCTTGGTTGTCACAGCAAGGCAAGGGCCGGGCCAATCTTCTGGTGGCCAGCGACGACGACAGCGACGTGGACGGTGAAGTCCGGATCGGTGGTGGTGTGGCTGAACAGGCACTCCGGGCAGCCTTGTCTGAACGGACGGACCTCGCAGGTGCGTCCGTGGCAACGCTTGAGGTAAAGGGCAAACCGGGCCTCCGTATTCGCATCCAACCCAGGCAAGGAGTGGCGCCTCATATCCTCGCGGCGGAAGTATCGCGGCTTGTTGAAGCGTTGGACCTCGTGATCGGACAGAAGACCCCTGTGCTGGTGCACATGGTTTCCGGTGCCCGGTCCAGGTTCACCAAGGCCGAGAGGGTGCGTTGA MNGTPRALNRVLLFIIGVKLLAVGLLLLLLATVPAVATWWHGWSASVWAGAENAFKQTHLPGREESWLWIVAGLILVAIIIAMIAWLSQQGKGRANLLVASDDDSDVDGEVRIGGGVAEQALRAALSERTDLAGASVATLEVKGKPGLRIRIQPRQGVAPHILAAEVSRLVEALDLVIGQKTPVLVHMVSGARSRFTKAERVR NA NA NA NA NA D3-18_04023 648 hypothetical protein GTGACACAGGATCAGGAAACACAACAATTGAAGTCAGCGGAGCCGAACGCGGGAGCCAGCCCGATGGCCGGGGAAGACCCCGAGATGAGCCGTATCCTGCGCCGTGAGACGCATTCGTCCCGGGCTGGAGCATCCGTTATTGCGGCCGTCCTGGTCATCGTTCTGTGTGTCTACGCACTCCTCGAAGCAGGTGTCCGCGCCATCGGGCAGCCACCATGGCTCATCGATCCCACCACCGCAGCGGAGCGCATCATTGCGCTCCCGGAAGGCATCTCACCCCTGCTGCTCGGAGCGAGTGGTGCCGTCATCGCCATGGTCGGGCTTTTCTTCCTCCTCCACGCTGTTCTCCCCGGCCGGCGCGCCCGCCACTTGCTCCGGGACCCGCGGACCGCCGTCGTGGTTGATGACGAAGTCCTGGCCTCAGCGTTGGCACGTCGTGCACGAACTGCCGCGAACGTCACCCAGGAACAAGTCATGGTGGTTGTCTCGCGACAGTTGGTTGTGGTGAACGTGCGGCCAACCTCGGGCAGCCGGGTCAGCGAAGAAGCAGTGCTGACTGCCGTGCAGGCTGAACTTGAAGAAATGTCGCCCGTGCCGATGCCCGCTGTCAGAGTGAACCTGGCGTCGTCGGGGGTGATCGGAGCGTGA MTQDQETQQLKSAEPNAGASPMAGEDPEMSRILRRETHSSRAGASVIAAVLVIVLCVYALLEAGVRAIGQPPWLIDPTTAAERIIALPEGISPLLLGASGAVIAMVGLFFLLHAVLPGRRARHLLRDPRTAVVVDDEVLASALARRARTAANVTQEQVMVVVSRQLVVVNVRPTSGSRVSEEAVLTAVQAELEEMSPVPMPAVRVNLASSGVIGA NA NA NA NA NA D3-18_04024 381 hypothetical protein ATGAGCGTGGCTGAGGCTGTGGAGTACACCACCAGCCTGGCCGGCCATAACCGGATCAGTACCCAGGCATTGACATCGTTGGCTCGGGCCGCTGCTGCGGAGGCGCTCGGCGTTGAGGCCCACGACATCCGAGCTGATTGGGCGGACGACGACGGCCTGCTGGCTTTGTCTATCGTGGCACCTATCAGCGTCCCGGCTTTGACCGAGGTGTTGCGTGATCCGCAGCGTGTCCAAGGATTCGGAGGGTCCATCTGGGACCGTGCCGTGGCGGCCAAGGCTTTCGTTCTTGAAACAGTGACGCGGCTAAGCGGATCCCAACTCAGCAGGGTGGATATCAGGATCAGTGGAGCGCACGTCACTGAGGGAGGCCGCGTCCAGTGA MSVAEAVEYTTSLAGHNRISTQALTSLARAAAAEALGVEAHDIRADWADDDGLLALSIVAPISVPALTEVLRDPQRVQGFGGSIWDRAVAAKAFVLETVTRLSGSQLSRVDIRISGAHVTEGGRVQ NA NA NA NA NA D3-18_04025 192 hypothetical protein ATGAGCATGACCGTGGTGGGAATCGCTATCGGCGCTTTCGTGGCTTTCATGTCCTTCTCGTTCGGGCTATGGGGCTTCCTGATCTCCCTGCTGTTCATGGGCATCGGCGCGCTGCTTGGCCGCGCGGCTGAGGGCAAGCTGGATCTCCGCAGTGTGCTGGACGCCATTACGGGCCGGCGCTCTTCGTCATGA MSMTVVGIAIGAFVAFMSFSFGLWGFLISLLFMGIGALLGRAAEGKLDLRSVLDAITGRRSSS NA NA NA NA NA D3-18_04026 447 hypothetical protein GTGGAAGACCAGAACGTGCAGCTTGATCCCGTGCCCGGGGGCAAAATCCCTGGTACCGGACGCACCATCATTTCCGAGGCGGCCGTCGCCAAAGTAGCGGGTATCGCTGCCCGCACGGTGCCCGGCGTCTACTCCTTGGGCTCGGCTCCGTCCCGTGCGCTGGGTGCCATTCGCGACGCCGTCGGCAGCTCGGATCATGCCGCAGGTGTCCGCGCCGAGGTGGGGGAGACCCAAGTGGCGGTGGACATTACGTTGGTAGCTCTTTACGGTCATCCACTGCACGGCGTCGCCAACCAGGTCCGGGCTGCGGTCTACCGGGCTGTGGAGGAACTGGTTGGCCTGCAGGTGATTGAGGTCAACATCGAGATCACCGATGTCTTCATTGCACCGCCGGCCAAACCCGCCGGAAGCAAGACAGTGGTAGTGGAAAGGGAGGCTCTCCAATGA MEDQNVQLDPVPGGKIPGTGRTIISEAAVAKVAGIAARTVPGVYSLGSAPSRALGAIRDAVGSSDHAAGVRAEVGETQVAVDITLVALYGHPLHGVANQVRAAVYRAVEELVGLQVIEVNIEITDVFIAPPAKPAGSKTVVVEREALQ NA NA NA NA NA D3-18_04027 519 hypothetical protein ATGGCCACGATCAAACGCCCACACCTGTCCACGTCCGGGCGCCTGCTATCGGCTGCCCTATTGATTGTCATGCTGGCGCTCAGCGCCTGCTCGTTTCCAACGCCTGTTGCGCAGTCCACGCCCAGTGCGGCGGCGTCGTCGGAGGCGCCAGCCGCCGATGTGGGCGCAAGCGCGAATCCCGACGCAAGCGCGAGCCCCGATGCAAACACGGGAACCGGTGGTGTCTATGGCGAGTTCGGATCCATGTCGGAGGCTTGTCTTTCGGTGAGCGCCACGATGCTGAGCGTCACCATCCTGCCGTTGGCGGCAATGGCTGGAGGCAAGCCCGAGGACATCGAGAAGGCCAAGCAGGAATTGTCCCAAATGGAGGGCAAAGTACCGGAAGAACTGAAGCCGGCCTTCGAGAAACTTCGGGCCTTCACGGAGGCTGCAGGCTCGGACTTCAGCAAATACGGCGACGGGCAGTTTGAAGAACTGATGAAACCCATCCAGGACTGGACCGAGAAGAACTGTAAGTAG MATIKRPHLSTSGRLLSAALLIVMLALSACSFPTPVAQSTPSAAASSEAPAADVGASANPDASASPDANTGTGGVYGEFGSMSEACLSVSATMLSVTILPLAAMAGGKPEDIEKAKQELSQMEGKVPEELKPAFEKLRAFTEAAGSDFSKYGDGQFEELMKPIQDWTEKNCK NA NA NA NA NA D3-18_04028 666 hypothetical protein ATGCCACGCCACTCGTTCACGTCTTCGTCTTTTGTTCGCGTCCGGCCAGTGGTTTTGGCTCTCACTCTTGCGATGCTCTTGAGCGGCTGCCAGGGCGCCGCCACACCCAGCAGCCCACCGTCGGAAACAAGCACGACGACGGCGCCTCCCGCCTCGAGCGTTTCAGTTCCCGAGGCTTCGGCTACTCCGTCAGCGCCTGCCGTTTACAAACCAGCTGATGCACAAGGGAAGGCACAGAACGTGCCCGTGCCTGTCATGCCCGAGCTGGCGAAGGAGAACTCAAAGGCGGGACTGGAGGCGTTTATCGGGTACTGGTATGCGCAGCTGTCCTACGTAGGAGAGACAGGTGACATGTCGGCCTGGCTACCCCTGATTTCCCAAGATTGCCGGCTTTGTCTTCGTCTCAAAGAGTCCGGCGAGGACGGATTTGTGGATGGGCGATGGCTAGCAGGTGGCAAAATTTCCGTGCCGGTCATAGAGATGCAGTGGACTGCCGACAGGCTGAAGACGGCCAAGGTGCAGGTCATTCAAGAGCAAATCGACTATTACAACGCGGACGGAAGTGTCGGGCGGCCGAGATCAGAAGCATCAAATGATGCATTCGCCTTTTTCGCTAGCTTTGCTGACGGCGCTTGGACGGTGGTAGACCTTGGCGTCATCGACTAG MPRHSFTSSSFVRVRPVVLALTLAMLLSGCQGAATPSSPPSETSTTTAPPASSVSVPEASATPSAPAVYKPADAQGKAQNVPVPVMPELAKENSKAGLEAFIGYWYAQLSYVGETGDMSAWLPLISQDCRLCLRLKESGEDGFVDGRWLAGGKISVPVIEMQWTADRLKTAKVQVIQEQIDYYNADGSVGRPRSEASNDAFAFFASFADGAWTVVDLGVID NA NA NA NA NA D3-18_04029 951 hypothetical protein GTGGTCATCCGCGCAGCCATCGGGATCGCATTTTGGTTATTAGCGTGTTGCACTCTTGCATTACCGTCCGCGAATGCTGATGACACATGGGCTGCACACAATGCAGGCGATGGTGGAATTGATATTGGTGCCCGGTTCAAAATCGACCCAACAACCGGACAGCTGACTCCCAATCTCGGTGGAATGTCAAGCTCCCCTGCAGGTTCGGAGGATCCGAATCAGTACTTGGCCGATACCCACTGTCGTGCCGATGGACCCGACACTAAGGACCCCGGATGCGACACCCTAGAATGCCCGGCCACCGCGACCAACGGCGAAACAGGCACACCGGTCATCTGGAAGGAAGCACCCAAAGCCATCACCAATCCCGGCTGGACGGACTGGATCCCGGTCAGCGGACCCACCTGCCTCTACGCGGCCGAGCCCGAGAACGTGCTGGCCGACATCGCTGCCAGGATCCTGAACGACTTCCGACAGCTACCCGTGAACCCTGGAAGCCTCGAAGCCCAGCCGTTCCCCCACACCCTGAAAGGCGGACCCACCAACTTCTACGCCACCGTCGGAGAACAAGGCTTCGACGTCACCATCCTCGGCCAAGCCGTCCACCTGAGCGCCACACCCGCCAACTACACCTACACCTTCGGCGACGGAACCGCCCTCGGACCCACCCCGGCCGCCGGCTACTCCATCCCCGAAGCCGAATGGCTCAACAACGAGACCCGCACCAGCCACACCTACACAGACACCGGCAACTACCAAGCCACCCTCACCACCAGCTTCACCGGCACCTACTCCGTCAATAACGGACCACCACTACCCATCAACGGAACCCTCGACATCACCACACCCGCCAAAACCATCCAGGTCTGGAAAACAGAAAAAGCACTCGTCGCCGACACCTGCCAGGAAAACCCCAACTCCTGGGGCTGCCCCGGCACAGCAATCCAGTGA MVIRAAIGIAFWLLACCTLALPSANADDTWAAHNAGDGGIDIGARFKIDPTTGQLTPNLGGMSSSPAGSEDPNQYLADTHCRADGPDTKDPGCDTLECPATATNGETGTPVIWKEAPKAITNPGWTDWIPVSGPTCLYAAEPENVLADIAARILNDFRQLPVNPGSLEAQPFPHTLKGGPTNFYATVGEQGFDVTILGQAVHLSATPANYTYTFGDGTALGPTPAAGYSIPEAEWLNNETRTSHTYTDTGNYQATLTTSFTGTYSVNNGPPLPINGTLDITTPAKTIQVWKTEKALVADTCQENPNSWGCPGTAIQ NA NA NA NA NA D3-18_04030 828 hypothetical protein GTGATTGAGATTCAAGGACATCGGGGCGTATTGGCCGATCGTCATGGCAACACCCTGGCGAGCTTCGTGGAGGCGCTCCGTCTCGGCGTCGACGCCATTGAAGTAGATGTGTGGCTCACTTCTGATGGCCAGCTTGCGCTGCGCCACGATGCGGTCATCGATGATAGGGACATCAGGCTTGAGACGCTTCGTGAAGCCAAGGTAGAGAAGCACCCTGCAACAACAACCGACGTCGACATCGAAAGCCGTGTGCCATCACTTTCTGAAACCTTGGCCCTTCTGCGCTTTGCCAATGCTAGTGGCGTCATTTTGGATATTGAGGTCAAAACCGAGGGGGCAGCCTGGGACGAGTACGGTTATGGGATTGTGACGGCGCTGTCCAAGGTCTTGGCGGCTCATCAAGATGAACAAGCTTTGCGGGTCCGCAGCTTTGATCCCCAAATCATCAAGGCAATCTCTGGCATCTTGCCGGGAGTCCCTTTGGTGGCACTCAGCAGGGCAACCCCGTCCCGGTCTCCCGGACTCTACCCGTCGACTGCTCAAGATCTTGTGAACGCGGCTTTGGCCACCGGAGCGTCCACCGTTGCGCCGGCCGTTGGAATTCTCGACGTCGGTTTGGTCGCCATAGCCCACGCCGCTGGACTGAAAGTGTTTCCGTGGACGTTGGAAACACGCGAAGAGATCAGCGCCGCAGTCGGTCTTGGCGTGGATGGTATATGCGTGAACGACGTCGCCATGGCCCGGCGAGCCTTTACTGAGCTCGGCGAACCTCTTCCAGCGGCTCGCCCGATATCGCTGCCTCTTCTGCACCCCGCTACCTCCGCCTGA MIEIQGHRGVLADRHGNTLASFVEALRLGVDAIEVDVWLTSDGQLALRHDAVIDDRDIRLETLREAKVEKHPATTTDVDIESRVPSLSETLALLRFANASGVILDIEVKTEGAAWDEYGYGIVTALSKVLAAHQDEQALRVRSFDPQIIKAISGILPGVPLVALSRATPSRSPGLYPSTAQDLVNAALATGASTVAPAVGILDVGLVAIAHAAGLKVFPWTLETREEISAAVGLGVDGICVNDVAMARRAFTELGEPLPAARPISLPLLHPATSA PGPT0018470_4978 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126 NA NA D3-18_04031 747 hypothetical protein GTGATCTTCAGTGCTGGTACGCAGTGGTGGCATATGTGCTTGGCCTTGGCCGTGGCACTCGTATTGTCCACTGCCATTGGATTTGAACGTCAAAGCAAAAACAAATCGGCTGGTATGCGAACACACGCCATGGTGGGTTTGGGTGCTGCGCTCTTCATGGTGGTCAGCAAATACGGGTTTAGCGACGTGCTGACGGTGGATTTGGTGAGGTTGGATCCCTCCCGCCTGGCGGCACAGGTAGTGTCCGGCATCGGGTTCATCGGCGCTGGGCTTGTATTTGTGAGGCGGAATCAGGTGCGGGGCCTCACCACAGCCGCCTCCGTTTGGGTGACCGCGGCTGTCGGCACTGCCGCGGGAGCTGGTTTGGTGTTGCCCGCGGTGTTCGTTACTGCAGCCCATTTCGTCATCGTCTACGTCTACCCTGTGGTGACCGGGAAACTTCGCTTCGGCTTTCCGAGCCAGTGGCTGCTCAGAGTCAGCTACGTTGACGGGGTAGGCGCCCTGAGGGATGTTCTCCATACATGTACCGAGCAAGGATTCCGCGTTCAGGGCTTTGCCACAATGCGGGGTTCGGGAGAATCCAAGGGCGTGATGGACCGATTGATGCAAGGCTCGGAAACCGCTGTGGCTGATCTCGTTGAAATAGAACTGGAAATTGAAGGAACCATGGCTGCATCGGACATCGTGGCCAGGCTCTCCCAACTCTCCACTGTCACTGAAGTTTCCGTCGTTGACGAAGCCGAGTAG MIFSAGTQWWHMCLALAVALVLSTAIGFERQSKNKSAGMRTHAMVGLGAALFMVVSKYGFSDVLTVDLVRLDPSRLAAQVVSGIGFIGAGLVFVRRNQVRGLTTAASVWVTAAVGTAAGAGLVLPAVFVTAAHFVIVYVYPVVTGKLRFGFPSQWLLRVSYVDGVGALRDVLHTCTEQGFRVQGFATMRGSGESKGVMDRLMQGSETAVADLVEIELEIEGTMAASDIVARLSQLSTVTEVSVVDEAE PGPT0014005_772 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-MAGNESIUM_TRANSPORT,PGPT0014005-mgtC-K07507 NA NA D3-18_04032 1029 ugpA_2 COG1175 sn-glycerol-3-phosphate transport system permease protein UgpA ATGGGCAGATCAAACACAAATGGCGCACCGGTCGCCGCCTCTACGGCGCCGGGTGGAATGCATGAACGGGTTCACACGGAAAGCCGCGGAGCGCAATCAAACCGGGTGTCCGTCAACAGACCGCCAATAGCCGGCATGAAGAGGCGCCGCTGGAATCGAAGAACGCAAAGGGATGCCTGGGTATTTGCCGCATTTGCGGCACCCAATGTCCTGCTCATCCTTCTCTTCACTTACCGTCCGCTCATCACGAACATCTACTACTCCACTCTGGACTGGACCCTCGGGTCCGCCAGTGCCACCGCCGTGGGTGTAGGCAACTACGTGGAGTTCTTCAGCTCCCCGGATGCTTCAAGCGTCTTGGGCGTAACCGCCGTATTTACCATCACAACTGTCGGTGGCGCCATGATTCTGGGTCTTCTGGTGGCGCTTGCGCTGAATCAGAGACTCAAGGGCAGGACCTTTGCAAGGGCTGTGGTCTTCGCGCCTTACGTACTTTCAGGCGTGGGCGTCGGCTTGGTATGGCTGTTCATCTTCGATCCGACGTACGGCGTCCTTTCCTGGATCCTTCGCGGTGTGGGGCAGGCAAGTCCGCAGTGGGTAAATGATCCTAAGCTTGCGCTGGTCATGGTCACCATCGTCTATGTCTGGAAAAACCTCGGCTACTGCGCTGTGGTGTATCTGGCAGGCCTGCAGTCCATTCCCACACAGCTCATGGAAGCCGCGGCCCTTGACGGTGCCAGCAATGTCCGGCGCTTCTTGTCGATTGTGGTTCCCCTGCTGTCCCCCACCACGTTCTTCCTCCTGATCACCTCATTACTAAGCTCCCTGCAGGCGTTCGACATCATTCGGATCATGACTCCGTCAGGCAACGGAACCAGCACTTTGATCTTTGATTCCTACCTTCAAGCGTTTGGTTCCTACAACCGGGCGGGATACTCGGCAGCTATCTCCGTTGTGTTGTTCGTGGGCCTGCTCATCATGACAGCCGTGCAGTTGCGGTTTGTGGAGCGAAAGGTTCACTACTCATGA MGRSNTNGAPVAASTAPGGMHERVHTESRGAQSNRVSVNRPPIAGMKRRRWNRRTQRDAWVFAAFAAPNVLLILLFTYRPLITNIYYSTLDWTLGSASATAVGVGNYVEFFSSPDASSVLGVTAVFTITTVGGAMILGLLVALALNQRLKGRTFARAVVFAPYVLSGVGVGLVWLFIFDPTYGVLSWILRGVGQASPQWVNDPKLALVMVTIVYVWKNLGYCAVVYLAGLQSIPTQLMEAAALDGASNVRRFLSIVVPLLSPTTFFLLITSLLSSLQAFDIIRIMTPSGNGTSTLIFDSYLQAFGSYNRAGYSAAISVVLFVGLLIMTAVQLRFVERKVHYS PGPT0016840_286 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 D3-18_04033 882 araQ_7 COG0395 L-arabinose transport system permease protein AraQ ATGAGCACCGATACCACTGAAGCTCCTCCCACCCGCGACCGTCCATTCTCCTGGCACAACTTGGGCAGGACCATTGCGGGAGGCTACGTTCCACTCCTTCTGGCAACGCTCGTTGTTTTCCTCCCCCTCCTGTGGATGATGTTGTCGTCATTGAAGGCACCGGGGGAAATAGTCACAACAAATCTGACGTTGCTTCCGACAGACCCGAACCTGCAGAACTATGCGGACGCAGCGTCCACAGTGCCGTTCGCCCGGTTCTTCCTCAACAGCGTCATCGTTACCGTTGTTGGGTCCACGATCAAATGCATCCTGGCCGTCTTTACGGCTTATGCATTGGTCTTTGTCCGGTTTCCGTTCAAGAGGGTCATCTTCCTGCTGATCCTGGTGGCGCTGATGGTCCCACCGCAGGTTTCGGTCCTTCCCAACTATGTGTTGATAGCTGGAATGGGAGGCCTGAACACCTACTGGGGAATCATCCTTCCCGGCCTGGGAACCGCGTTCGGCACCTTCCTCCTGCGCCAGCACTTCCTTACCCTGCCTCAGGCAATCATGGAGTCGGCGGAAATCGACGGCGCGGGACACTGGCGAAAGCTCTGGAAGATTGTTGTTCCCGTGTCGGTGCCAAGCATCGCGACCGTTGCTTTGGTAACCATCGTTTCCGAATGGAACGAGTACATCTGGCCGCTCATCGTCACGGACCATCCGGACATGATGACCCTTCCCGTCGGGCTGACGCAGCTGGTCAATAGTGATGGCAGCACGCAGAACTGGGGCATGCTCATGGCCGGCGCCGTGATCGTCCTCCTGCCGATTCTGGTCATCTTTGCTGCATTGCAGCGTTACATCGTCTCCGGCCTCACTCAAGGCTCAGTCACAGGCTGA MSTDTTEAPPTRDRPFSWHNLGRTIAGGYVPLLLATLVVFLPLLWMMLSSLKAPGEIVTTNLTLLPTDPNLQNYADAASTVPFARFFLNSVIVTVVGSTIKCILAVFTAYALVFVRFPFKRVIFLLILVALMVPPQVSVLPNYVLIAGMGGLNTYWGIILPGLGTAFGTFLLRQHFLTLPQAIMESAEIDGAGHWRKLWKIVVPVSVPSIATVALVTIVSEWNEYIWPLIVTDHPDMMTLPVGLTQLVNSDGSTQNWGMLMAGAVIVLLPILVIFAALQRYIVSGLTQGSVTG PGPT0016845_338 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 D3-18_04034 1368 hypothetical protein ATGTCGATTTCCCTTACCCGAAAGCACTTCCTCGGTTTGGCCGGAGCCACTATCGGCGCCGCCGCTATGGCAGCGTGCGCCGGCCCCTCCACGGACGGTGCCGGCACGGCGCTCAAGACTCTCTCCCCGGACGAATGGTCCAAGATCAAGCCGGCCTCAAGTATCAGCTTTATGTCCAGCCACCCCGGGAAATCCCGGGACACGGAAATGAAGCTGATTGAAGCCTTCCAGTCAGCAAACCCGGGTATCACTGTCAACCTCATCACGGGCGGCTCAAACTACGAGGAGGTGGCGCAAAAGTTCCAGACGGCCCAGGCCGGCAGTGAAGTACCGGACGTCGTTGTCGCTTCTGACGTGTGGTGGTTCCGGTACGCGGTCTCGGGCGCCATCCTGCCAATTGACGATCTCCTGAAAGCCGTCGGCGTGAGCACTTCCGACTACAACCCCGGCCTGATCGGCGATTACAAACACGCTAACCAGCAATGGGCTGTCCCGTACGCCCGCTCCACGCCGTTGTTCTACTTCAACAAAGACCATTTCAAGGCCGCCGGGGTGCCTGAACGCGCTCCTGCAACCTGGGAGGAGTTCGCGGAGTGGGCGCCTGGAATCAAGGCGGCGAATTCGGCGGGCTCCGGCTACCAGAATGCCTATCAATACCCGGCGATCGCGGGTTATGCCGGGTGGACCCTGCAGAACGTTCTCTGGGGTCAAGGCGGCAGCTGGTCAAAGGAATGGGACATTACGGCTGATTCCGAGGCGTCCACAGCTGCAATGCAGTGGGTGCAGGATTCCATTGTGAAACACGGCTGGGCGGGAGTCTCGTCCAAGAACGCCATCACTGATCTGCAGGCAGGGGCGGTAAGTGCCACCATCAGCTCGTCCGCGGACCTGGCTGCCACCTTAAAGGCGGCGAAGGAAGCAAACATGAGGATCGGCGTCGGATTCTTGCCGGGCGGCTCCGCCGCGAGTACGCAAGTTTGCCCGACCGGTGGCTCAGGCTTGGTGGTGGCCAGCAAGACTTCACCGGAACGTCAGCTGGCAGCCGCCAAATTTGTGACCTTTGTGACCAACGCGCAAAGCACAACGGCTTTGTCTGCAGCTACCGGGTACCTTCCGGTGGCTGCAGCAGCAGATATTTCGGCGATTGTTGCTCAGACACCGGAGTTCCAAACGGTGGTGGACCAGCTCAAGGTAACCAGGACCCAAGACTTCGCGCGAACGTTCCTCCCCGGCGGAGACCAGGAGTTGGCCAAGGCTGCTACCAAAATCATGAACGAAAAAGCGGATGTGAAGTCGACGCTGACCCAGCTCAAAGGAACGTTGGAAGGTATCTACAACAAGGATGTGAAGCCCAAACTAAAGGCTTAG MSISLTRKHFLGLAGATIGAAAMAACAGPSTDGAGTALKTLSPDEWSKIKPASSISFMSSHPGKSRDTEMKLIEAFQSANPGITVNLITGGSNYEEVAQKFQTAQAGSEVPDVVVASDVWWFRYAVSGAILPIDDLLKAVGVSTSDYNPGLIGDYKHANQQWAVPYARSTPLFYFNKDHFKAAGVPERAPATWEEFAEWAPGIKAANSAGSGYQNAYQYPAIAGYAGWTLQNVLWGQGGSWSKEWDITADSEASTAAMQWVQDSIVKHGWAGVSSKNAITDLQAGAVSATISSSADLAATLKAAKEANMRIGVGFLPGGSAASTQVCPTGGSGLVVASKTSPERQLAAAKFVTFVTNAQSTTALSAATGYLPVAAAADISAIVAQTPEFQTVVDQLKVTRTQDFARTFLPGGDQELAKAATKIMNEKADVKSTLTQLKGTLEGIYNKDVKPKLKA PGPT0016835_213 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 D3-18_04035 849 frlC COG1082 Fructoselysine 3-epimerase ATGAGCAAACTGGGCTTGGATCAGGTCAGCGGCTCAAACTTTGCCTACCAGCACCACACGCTTGAGCGCTGTTTCGATGACATGGCAGAACTGGGAAGGACCAACGTGGAGCTATGGGGTATCGCCCCGCACCTTCACGTTCCCCAAGCTGACTCAGCACATCTGCGCAAGGTGAAAGGGCAGTTGCAGGAGCGGGAGCTCGCCGTCGCCTGCCTAACCCCTGAACAGGTTGCCTATCCCGTCAACATAGCCTCGGGGGAAGAGTGGCTCAGAAATCAAAGCCTGCAATTATTCTTACGTGCGGCGGAGGTGTGCAGTGAGCTGGAGTCTTCGCTTTTGTTCCTGACGGCGGGACGAGGCTACGAGGACGAACCAGCTGAGGGTGCTTGGGCGCGGTCCGTTGGGGCCCTCCAAACCATCACTCAGCGGGCTGCCGAACTGGGTGTCGCGTGCGTCCTTGAGCCCCTTCAACGTGTCGAGTCGAACCTCGTCACTGACGTCGCCTCACTCCGTTCAATGCTCGACGACGTCGGTTCCTCAACTTTGGGGGTGGTGATTGACACTGTTGCCATGGCAGCAGCGGGAGAAAGCATCAGCGACTATGCCAAGGCTTTCGGCGAGGGCATCCGACACGTTCACCTGGTTGACGGTGCTCCCACCGGGCACCTCGCTTGGGGCGACGGTTTCCTGAATCTGGATGAGATTCTGCGCGAACTGAGTCAGTTGGACTACAGCGGAGCCTTGACCTTTGAACTCTTTGGCGACGGCTCCTACGCCTTGAATCCCCGCGCTGCTGTAACGCAATGCCTCGACGCTGTTGAGGTTAGCTTGGCGCAGATGGTGGCTTAG MSKLGLDQVSGSNFAYQHHTLERCFDDMAELGRTNVELWGIAPHLHVPQADSAHLRKVKGQLQERELAVACLTPEQVAYPVNIASGEEWLRNQSLQLFLRAAEVCSELESSLLFLTAGRGYEDEPAEGAWARSVGALQTITQRAAELGVACVLEPLQRVESNLVTDVASLRSMLDDVGSSTLGVVIDTVAMAAAGESISDYAKAFGEGIRHVHLVDGAPTGHLAWGDGFLNLDEILRELSQLDYSGALTFELFGDGSYALNPRAAVTQCLDAVEVSLAQMVA PGPT0018975_68 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION PLANT_DERIVED_FRUCTOSELYSINE_BIOSYNTHESIS,PGPT0018975-frlC-K10709 NA NA D3-18_04036 837 ngcG_8 COG0395 Diacetylchitobiose uptake system permease protein NgcG ATGGTGACGCGCTCAGCTGTACTGCTGGTACTCGGACGGGTCCTGATCAAAGCGTTCCTGGTTGCCCTCGCCGTCGTCGTTATTTATCCGTTGGTCTGGATGATGCTGAACGGAGTGAAGTCCAACTCCGAGCTATTTTCCAATCCCTTCGCCCTGCCCGTTGCCTGGAAATGGGATAACTACGTCACCGCATGGAATCGGGGAGTGGGTGACTACCTGACTACCAGTGTTTTGGTCACGGTTGCTTCCACCCTTGCGACTGTATTCATCAGTGCATGGGCAGCCTATGGACTGACCCGGGTGAACATCCCCTTTAACAGGGTGGTGCTCGTTCTCATCCTTGGCGGCCTCATGCTTGCTCCCACGGTTGCCCTGATCCCGCTGGTCAAGATGTTTCAGAGCTTGGGTCTTTACAACAATCTCTGGGCATTGCTGATTCTGTACACGGCGTTCCGTGTTCCGTTCACGACGTTCCTTATCCGGGCTTACATGATGGATCTGCCTGCAGAGGTGGATGAGGCAGCATCAGTGGACGGCGCTTCGAAAGCCCGGGCCTTCTGGCAGGTCATTCTGCCCATGTGCAAGCCGATCCTGGTTTCGACTGTGCTCCTGAACATCCTGTTTACGTGGAACGAGTACCTGTTTGCCATGGTCTTCACCAGCGGGGGAGCGTTGCAAACCCTGCCCGTTGGGCTGACGAATCTTATGTCCAAGCACGGCACGGATTACCCCGTAGTGTTCGCGGGCATGGCCATCGCGGCAATCCCAGTGATTGTGCTCTTCTTCGCCGGGCAGCGGTATTTTATTCGTGGACTTGCCGATGGAGTTGGTAAGTAG MVTRSAVLLVLGRVLIKAFLVALAVVVIYPLVWMMLNGVKSNSELFSNPFALPVAWKWDNYVTAWNRGVGDYLTTSVLVTVASTLATVFISAWAAYGLTRVNIPFNRVVLVLILGGLMLAPTVALIPLVKMFQSLGLYNNLWALLILYTAFRVPFTTFLIRAYMMDLPAEVDEAASVDGASKARAFWQVILPMCKPILVSTVLLNILFTWNEYLFAMVFTSGGALQTLPVGLTNLMSKHGTDYPVVFAGMAIAAIPVIVLFFAGQRYFIRGLADGVGK PGPT0016340_1296 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 D3-18_04037 972 lacF_6 Lactose transport system permease protein LacF ATGACCGTTTCCGATACTGCCTGGAAGCCCGCGGTTCCACCCCCGGCACCCGTCTCCACTAAGTCCCCGAAAGACCGGGCCGCCAAGTCCGCCCGAACACGTCGTTGGCGCAACGTTGTGTGGGTCCTGCCGGCGGTCCTGCTGTTAGGCGTCTTCGCCTACCTGCCCTTGGTGCAGAACCTTGGATTCAGTTTCCTCAAGTGGGATATCTACAGTGGCCGACAGACCTTTGTAGGCGCGGATAACTACGTCCGCATGTTCAATGACCCCATCTTCTGGAAGTCACTCCTTAACAACACGCTCTACGCGATCATCTCCATTGCATTCCAGGTATTCGGGGCGATGATCCTGGCTGCGATGATCGAGGGACTACGAAGCCAACGTTGGAGGGGAATCCTTCGAGCCGTCTACTTCGTACCCTCCGCGATCTCGCTGACAGTCGCTGGTCTCTTGTTCTACTTCATCTACGAACCCGAGATGGGCATCCTGAACGCGTCCCTGGACTTCCTGGGCCTCGGAAACTTCACGCAAGCATGGCTGGGCCAGGAAAACACGGCGATTTTTGCCATCATCGCCATGAGTCAGTGGCAAGGCTTCGGGTATTGCACGCTTCTCTTCTCGGTGGCACTCCAGCGGATCCCCTCCGAACTGTATGAAGCCGCATCCATCGACGGCGTTGGTCCCTTCCAGCGGTTCTTTTCGATTTCCTTGCCGCTCGTCAGGGAAATGACCGGCCTCATGATGATTGTCACGGTGTCCGGAGCCTTCCAAGTGTTCAACGAGGTCATGGTGATGACCAGCGGAGGACCGAACAACTCCAGCCAGGTCCTCGGCACCTGGCTCTACAGAAGCGGGTTCGTCCGCAACGACTTTGGCTACGCGGCCGCCGTCGCCACTGCTGTCTTCATCATCACGCTGGTCCTTGCCGTCATTCAGCTACGTATCTCCAAGAAAAGGAGGGTCCAATGGTGA MTVSDTAWKPAVPPPAPVSTKSPKDRAAKSARTRRWRNVVWVLPAVLLLGVFAYLPLVQNLGFSFLKWDIYSGRQTFVGADNYVRMFNDPIFWKSLLNNTLYAIISIAFQVFGAMILAAMIEGLRSQRWRGILRAVYFVPSAISLTVAGLLFYFIYEPEMGILNASLDFLGLGNFTQAWLGQENTAIFAIIAMSQWQGFGYCTLLFSVALQRIPSELYEAASIDGVGPFQRFFSISLPLVREMTGLMMIVTVSGAFQVFNEVMVMTSGGPNNSSQVLGTWLYRSGFVRNDFGYAAAVATAVFIITLVLAVIQLRISKKRRVQW PGPT0016335_259 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 D3-18_04038 1323 hypothetical protein ATGCGTAAAAGCACCCAATCACTGATGGCATTGATGGCCGGCGCGGCTTTGGCGCTTACCGGCTGTTCCGACGGCGGTAGCCAACCGGCTGCTGTCCTGGATCCCAACGCTGAGCCACAGTACACAGGAACCCTCAGCATCCTCACGAAGTTTGGCGGAGACCCGCTGGAACCCTACTTTGAGGACTTGGCTGCGGAGTACAAGAAGCAGCACCCGGAAGTGTCCTTCGATCTCATCCAGGAAACGGACCAGAGCATCAAGGACAAGACCAAGACGCTGACTGCGTCCCAGGCAATGCCTGACATCTACTTCACCTGGGCTGGCAGCTGGGCCAACAACTTCATTGATGGAGGACTCGCGGCAGATCTGACCCCGGTCATTGCCCCCGGCACGGAATGGGGGAACAACTTCGGCGAATCCGCACTGAAGGCATTTGCCAAGGACGGGAAGTACTTTGCGGTGCCGCTCTACAACAACGGCAAGTTCATGGGTTACAACCAGCGGATCTTCAAAGAACTGGGCCTCACGCCGCCGTCCACCTTCGATGAACTCATCTCATCGTGCTCCGTACTCAAGGGAGCCGGCTACGAGCCGATCTCGTTCGGAAACAAGGACGGCTGGCCGGGGCTGCACTATCTGCAGCAACTCTTCGCCTATGAGGTGCCGGCCGAGACGCTGCAAGCCGATTTCAGCCCGGAAACCGCCAAGCTTGAGGACAAGGGTTATCTCAAGGCCATGGACCAATTCACCACCCTGGTCAATGAGTGCACCGGCAGTGGCAAAGACTCCAACGGCGTTCTGTACACCACGGCGCAGCAGGCCTTGGCCGAGGGGAAGTCGGGTATGTACTACCAGGAAATCCTTGAGTTTGACTCCACGGCATCTGCCGATTCGAAGCTCAAACAGGATGGATTGGGTATCTTCAAGCTTCCGGCGGCAACAGACGCCAAGGGCGATCCGAAAGCCATTGAAGGTTCCCCCGAGGGCTACATCATCAATGCGCGTTCCAAGAACGCCGCACTGGCAGCGGATTTCATGAAGTTCGCCACCAACAGCCAGAATGCTGCGAAACTCTCCGCTCCGCCGTATGGACAGCCCAGCGCCGTCAAGGGGGCAGTTTCCACTGAGAATTCTTCTGGACCTGTCATCGAGGGCATCAAGCAAGTCAATGAAGCATCCGCGGCGATTACCTGGCTGGACTCCGTAACTGTTCCCGCTGTGGCGGATGCCTGGCTCGCCGGCGGGGAAGCCCTGGTGGCCGGAACGCAGACCCCGGATCAGGTTCTTGCCTCCGTCCGAGCAGCTTCCAGTGCAGCAAAGTAG MRKSTQSLMALMAGAALALTGCSDGGSQPAAVLDPNAEPQYTGTLSILTKFGGDPLEPYFEDLAAEYKKQHPEVSFDLIQETDQSIKDKTKTLTASQAMPDIYFTWAGSWANNFIDGGLAADLTPVIAPGTEWGNNFGESALKAFAKDGKYFAVPLYNNGKFMGYNQRIFKELGLTPPSTFDELISSCSVLKGAGYEPISFGNKDGWPGLHYLQQLFAYEVPAETLQADFSPETAKLEDKGYLKAMDQFTTLVNECTGSGKDSNGVLYTTAQQALAEGKSGMYYQEILEFDSTASADSKLKQDGLGIFKLPAATDAKGDPKAIEGSPEGYIINARSKNAALAADFMKFATNSQNAAKLSAPPYGQPSAVKGAVSTENSSGPVIEGIKQVNEASAAITWLDSVTVPAVADAWLAGGEALVAGTQTPDQVLASVRAASSAAK PGPT0016330_1028 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 D3-18_04039 1107 degA_7 COG1609 HTH-type transcriptional regulator DegA ATGGCGACGGATCATCAGAACCACCCGGCTGCCCCCACAATTACCGAAGTCGCAGCAGCTGCGGGAGTGGGGAGGGCCACGGTTGCCCGAACCCTGGGGAACTATGGTTCGGTCAGTGAAGCCACGCGTGCCAAGGTGATGCGGGCCGCCGAGAAATTGGGCTACCAACCGAACACCTTGGCACGAAGCATGACCACAGGGGTCACCAAAACCCTTGGAATTGTGCTGGCGGACGTGGCCAACCCGTTCTTCTCTGGCGTGCTCAAAGGCATCTCGGAAACGGCGAAAACTGCCGGCTACGACGCCATCATTCTGAGTACTGACGAGAAGCTTGAGTTGGAGCGCGATGCCATCGCCGTCTTGCTGGCAAAGCAAGTGGATGGCCTCGTTGTGGCCTCAGCTGCGGGACGAAGTGACGACGTCTCCCATCTGTCCAATGCCATTGATCGAGGGACTCCTGTGGTCCTTATTGACCGTTTGGTGGACAAGCTGGAGACAGATTCGGTGGTGATCGACAACAGGGAAGCTGCACGATCAGCGGTCGCCTCGCTCATTCACAACGGTCACCGGCGCATAGCATTCGCGTGGGGGCCGGTGACCCTGAGTCCGGCGACGGACTTGAAACAGATGCACAGCATCCTTGATGAAGCGCTCTGGAGTGATGGTGAACGGTTGAGGGGTTACCTCGACGCGCTCGAAGAGGCCGGGATTCCTTTTGACACTGCCCTCATCACCCACGTTCTCAAGAACGAGGGCCAGGCGACGCGGGCTGTCAGTGGAATGCTGGCTCTTGCCGACCCCCCAACTGCCATCTTCACTACCGAGACTGAGGCGACGGTTGGGGCGCTGCATTCGCTCCGTGCCAAAAACCTGCGCCTGCCAAAGGACGTCTCCCTGATCGGGTTCGACGACAGCCCTTGGGCTGCCGTCATGGATCCGCCGCTGACCATGATCCAGCAGCCCATGCGTCAGATGGGGGCCGTCGCTTCCCAGCAGCTCATTGCGAGGATCGATGGCGATACGTCTGCCCCGAAGAAACACGTCCTGCCCTCGCTGCTGGTAGCCCGCTCCTCGGACGGCCCTGTGCGGGCTGCCCGCAGCGACTAG MATDHQNHPAAPTITEVAAAAGVGRATVARTLGNYGSVSEATRAKVMRAAEKLGYQPNTLARSMTTGVTKTLGIVLADVANPFFSGVLKGISETAKTAGYDAIILSTDEKLELERDAIAVLLAKQVDGLVVASAAGRSDDVSHLSNAIDRGTPVVLIDRLVDKLETDSVVIDNREAARSAVASLIHNGHRRIAFAWGPVTLSPATDLKQMHSILDEALWSDGERLRGYLDALEEAGIPFDTALITHVLKNEGQATRAVSGMLALADPPTAIFTTETEATVGALHSLRAKNLRLPKDVSLIGFDDSPWAAVMDPPLTMIQQPMRQMGAVASQQLIARIDGDTSAPKKHVLPSLLVARSSDGPVRAARSD PGPT0017992_1123 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 D3-18_04040 879 frlD COG0524 Fructosamine kinase FrlD ATGAAAGTAATCGGGTTCGGGGACAACATCGTGGACCGTTTTCTCGACCGCAAAGTGATGTACCCAGGGGGAAACTGCGTCAACGTCGCGGTCTTTGCCCGCCGGCTGGGCGTTGAGTCTGCCTACCTCGGCGTCTTTGGCTCGGATCCGCTGGGCGCTTTTGTCCGCGATGCCATTGATGCGGAGGGTGTTGATACCAGTCAGTGCATCATCCGCGATGGCCTCAACGGGGTCACTGAAATCAAGGTGGTGGACGGCGACCGGATCTTCCTGGGCTGGAACGAAGGAGGCGTCACCACGAGCGATCCCTTCGTGCTGCAGGATGAACACCTGAAGTACCTGGCCTCAGCCAATCTGGTGCATTCCAGTGTCTATTCTGCGTCCGAGCCCCAGTTGCCTGCCGTTCGAAGCACAGGGACGCTGGTCAGTTTCGACTACTCGTCGGAGCCGGAGCGTCGAACTGACTCCTATCTGACGCAGACGGCGCCCTACGTGGACCTGGCGCTTTTGTCGTGTGGAAACATGACCGTCGCCGCCGTCGAAAATGACCTCAGGCGAGTACATGCGGCGGGCGTTTCGCTTGTGGTGGGGACGCGCGGTCAGTCAGGCGCAATGATGTACGACGGCGAACGCTTCCTGGCGCAGGCAGCGGCACCTACCGATCCACTGCGGTTCGCGGACACGATGGGTTGCGGTGATGCGTTCCTGGCGGGACTCGTGGTCAGCCTGCTTGGCTCCGGCTGGAACCGAACCTGTCGGCCGCCGGCCGACGCCTTGCAGAAAGCCATGGTCCGAGGGGCGGGCTCGGCCGCGGCTCAGTGTTATGTGGAGGGCGCCTTTGGTTACGGCAGGGCCGTCGAGGTAGCTACTAGGATCTGA MKVIGFGDNIVDRFLDRKVMYPGGNCVNVAVFARRLGVESAYLGVFGSDPLGAFVRDAIDAEGVDTSQCIIRDGLNGVTEIKVVDGDRIFLGWNEGGVTTSDPFVLQDEHLKYLASANLVHSSVYSASEPQLPAVRSTGTLVSFDYSSEPERRTDSYLTQTAPYVDLALLSCGNMTVAAVENDLRRVHAAGVSLVVGTRGQSGAMMYDGERFLAQAAAPTDPLRFADTMGCGDAFLAGLVVSLLGSGWNRTCRPPADALQKAMVRGAGSAAAQCYVEGAFGYGRAVEVATRI PGPT0018980_29 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION PLANT_DERIVED_FRUCTOSELYSINE_BIOSYNTHESIS,PGPT0018980-frlD-K10710 NA NA D3-18_04041 1002 frlB COG2222 Fructosamine deglycase FrlB GTGCTTGGCTTCAAAGAAGAGGAATTCCTCACGCAGACCCGCAGCGCACTGGCGTTGCAGGGGCAGATCGAATCGGTTGTTGACTCCATCCAGGAGCGGCAGCTGACCAACCTGTTCCTTATCGGCGCCGGCGGAACCTACGCCGCGATGCTGCCGTACGAGCACTTCATCCGGTCCCGCTCCACCTTGCCTGTCCGTGCGTCTATCGGGAAAGAGCTCATGCTCACGGATGACCCCACGTTCGGCCCCGGCTCCGTGGCTGTCTTTGCCTCCGTTTCGGGCACCACGGAAGACGTTATCGAGGCCATCGAGTTTGCCAAGGCCAAGGGTGCCTACACCGTTGGATTCACAGGATTCGGAGATAGCCCGTTCGCCAAAGCCCTCGATGTCGCACTGGTGACCGAACCCAAAACCTGGCCGTTCGATATCCCGATGATTCTCTTGAGCACCCGTCTCCTTGCCGCGAGGGGCGAATTTGAAGGGTACGAAGAACTGGCGGCGGAACTAAAGACCGTTCCCGAGAGCTTGGTCGGCGTCGCCCGTCAAGCAGAATCCGGAGCGGAAGCCTTTGCCGAGAAGAACAAGGACGCTGACTACCATTTCCTTGTCGGCACCGGAAACCTCTGGGGCCTCACCTACCTCTATTCCATGTGCATCCTCGAAGAGATGCAGTGGCTCCGGACTACTCGCGTCCACGGTGCTGAGTTCTTCCACGGGTCCTTGGAGCTCATCGAAGAAGACACCAGCCTCATGCTGCTCCTGGGCGAGGATGAGACCCGCCCGCTGATGGACCGTGTGGCCAAGTTCGCCGAAAACTACAACAAGAACACCACTTTGCTGGACAGCAAGGACTACGAACTCCCTGGGGTTAGCCCACGATTCCGTGCACTTCTTGCGCCGCTGATTCTGGACACGGTTCTTGACCGTTTCAGCAAGCACCTGGAACGCGTCCGCAACCACTCCCTGGACCTGCGCCGTTACTACCGGGTGGTCGAATACTGA MLGFKEEEFLTQTRSALALQGQIESVVDSIQERQLTNLFLIGAGGTYAAMLPYEHFIRSRSTLPVRASIGKELMLTDDPTFGPGSVAVFASVSGTTEDVIEAIEFAKAKGAYTVGFTGFGDSPFAKALDVALVTEPKTWPFDIPMILLSTRLLAARGEFEGYEELAAELKTVPESLVGVARQAESGAEAFAEKNKDADYHFLVGTGNLWGLTYLYSMCILEEMQWLRTTRVHGAEFFHGSLELIEEDTSLMLLLGEDETRPLMDRVAKFAENYNKNTTLLDSKDYELPGVSPRFRALLAPLILDTVLDRFSKHLERVRNHSLDLRRYYRVVEY PGPT0018990_150 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO|NUCLEOTIDE_SUGAR_UTILIZATION PLANT_DERIVED_FRUCTOSELYSINE_BIOSYNTHESIS,PGPT0018990-gfrF-K19510 NA NA D3-18_04042 792 hypothetical protein ATGGTCGCCTTCAGTGACGCGGTCGTGGCAATCGCCATCACGCGCGTTGTTCTGCCGCTTGTCGATTTAGCCCACGATGGCACCCATGAAACGGTCGCTCAATTCCTAAGAGACAATGCCTTGGCTCTTGCTGCAGTTGCCTTGAGTTTCGTAGTGATCGGGAACTTGTGGCAGGCTCATCATGAAGTCTTCGAAAGCATCAACGGCTTTACAAGAGTGATGATGCAGATCAATTTCATTTGGCTTGCTGCGATCGTCTTTCTACCGCTGCCGACTGTGCTGATCGTATCTGAAACCAATTCGGACCAGCTCGGCACTGTGCTCTATATCGGAACAATTGTGGCCGGGCGCCCGGGAACACTTGACCGGCGCCTCCAGATAGCAAAGTGGGGTCTCGTGCCGTCCTGGGCAAAGGACACCAAGATCGGATCCAAGCTGATAAATGCCCGCAGCGAGAGCATCCTGGAGAAGCCCTCCTTCCGGTCAGCTGCGGTCAAGCGCAGGGCTATCGTTCCCGCCGAGGGCTACTACGAATGGCAGAAGACCGAGGACGGCAAGAAGATCCCGAACTATCTGTTCTCCGAGAAGGAACCGTTGCTGGGCTTCGCTGGCCTGTATGAGTTCTGGCCTGATCCTGCCCTGCCCGAGGCCGATCCAGAACGTTGGCTGCTGACCTGCACCGTCCAGACCCCAGTCACCCAGGACGCTCTGGGGCACGTCCATGACCGGCCCCCGGTCATCATCCCGAAACACCTCTTCGTGGAATGGCTTCGACCCGGACCTAACCGATAG MVAFSDAVVAIAITRVVLPLVDLAHDGTHETVAQFLRDNALALAAVALSFVVIGNLWQAHHEVFESINGFTRVMMQINFIWLAAIVFLPLPTVLIVSETNSDQLGTVLYIGTIVAGRPGTLDRRLQIAKWGLVPSWAKDTKIGSKLINARSESILEKPSFRSAAVKRRAIVPAEGYYEWQKTEDGKKIPNYLFSEKEPLLGFAGLYEFWPDPALPEADPERWLLTCTVQTPVTQDALGHVHDRPPVIIPKHLFVEWLRPGPNR NA NA NA NA NA D3-18_04043 519 hypothetical protein ATGGCGAATGCGGCCACTCTGGCCCATAACCTCCCGCTCCGGAGCCCGGACTGGGCCGGCTCCGGACCTTTCCAGCTACTCACGCCATGGATGACAGAGTACAAAATGACCCACGGGACCACTCACAAATTGCTCGATGCCTACCCCAAAGACCTTGGCGACATTGATCAGCACAAACTGGCCGAATGCATCTCGGCCTGTTTCGCATGCTCACAAGCCTGTACTGCCTGCGCAGATGCCTGTTTAAGTGAGGACATGGTTGCCGAGCTGACCAAATGCATCCGCGCAGATCTGGACTGCGCGGACATCTGCACCACGACGGGAAACATCCTCTCCCGCCATACCGGTTACGACGCCAACATCACCCGAGCAGTGCTCCCCGCCTGCGCCACGGTATGCAAGGCATGCGGCGAGGAATGCCAGCACCACGTGGACATGCATGAGCATTGCCGGATCTGTGCCGAGGCTTGCCAACGCTGCGAGCAAGCCTGCAACGAACTCTTAACTTCACTGGGCTGA MANAATLAHNLPLRSPDWAGSGPFQLLTPWMTEYKMTHGTTHKLLDAYPKDLGDIDQHKLAECISACFACSQACTACADACLSEDMVAELTKCIRADLDCADICTTTGNILSRHTGYDANITRAVLPACATVCKACGEECQHHVDMHEHCRICAEACQRCEQACNELLTSLG NA NA NA NA NA D3-18_04044 312 hypothetical protein ATGAACCTGACCAAGAGATCGCTTGCGGTTTCTGCCATCGTTTTTCTGGGAGCTTTAGGAATTGCGCCGGCAGCGTCTGCAACGATCCACCCGATTGTAGAATCCTATGACTGCGCCTCGGAGACCGCCTTCGCACAACATCCACTTGGAGACGTCGCTGATCCGCCCGGCGTAACACCCGGATACGGCAGCCATTCAGATACAAGCTCCCTACGCTCACTGAACGTGATCACAGACGGCTTCCAGGATTTCTCGAGCCCGGCGCTTTCTGATTTCAAGCTCAATGGCGAATGCGGCCACTCTGGCCCATAA MNLTKRSLAVSAIVFLGALGIAPAASATIHPIVESYDCASETAFAQHPLGDVADPPGVTPGYGSHSDTSSLRSLNVITDGFQDFSSPALSDFKLNGECGHSGP NA NA NA NA NA D3-18_04045 690 hypothetical protein ATGGACGAGTTGGAGCGCCTGCGGCGACGCGCGTACGGACGGGATGGCGACATCGCGGGGGATGTGGCGGCTCAGGCCCGGCTTTCCGAACTGGAGGCCGCCCAACACCGACAGCTGACTCCAGTCATCGATCGCGCCCCGAGCGTCCCCGCTGCACTGTGGTGGCACCGACGCCGCTGGTTGATGATCTTCGGCAGCGCCGCCGTTGCCCTCGCCCTGACGGTTCACGTTGCGTGGCTGTCGCAGCTGGGTGCTGATGAGCCGACAGCGCTCCCGTCCAATACTTTGACGGACATGGCGCAGCCCGTCCCACCTGCGCAGCGTTGGAACGACGTGCCCTCGCCGGACTTCGTGCTCGAATTGAAGCCGCCCGGCGCAGACGCCGATGAGCCGGAAGACAACCTCGGCACTCTCGACGCGCTGGGTCTCAGTGCCAATGAACTGCGGCAATACGAGAACTTCCGGGGCTTCGGCGTCTGGAGCGGAGAGTCTCGCTACGGCATCGTCTGCCTGTTCGTGGCCGACTTTGGGATTCGCGAGAGGAACGGCGCCGAAGGGTGTTCCCCCAAAGGCCTCGAGACCGTCGCGGAGGTGATGTGGGCCCAGGACCAGGGTCTCGACCGATTCGTGCTCAACGGCGACCACGTCGAGGTTTACGTGTTCCAGAGGGCGGCTGACCCGTCTGGCTAG MDELERLRRRAYGRDGDIAGDVAAQARLSELEAAQHRQLTPVIDRAPSVPAALWWHRRRWLMIFGSAAVALALTVHVAWLSQLGADEPTALPSNTLTDMAQPVPPAQRWNDVPSPDFVLELKPPGADADEPEDNLGTLDALGLSANELRQYENFRGFGVWSGESRYGIVCLFVADFGIRERNGAEGCSPKGLETVAEVMWAQDQGLDRFVLNGDHVEVYVFQRAADPSG NA NA NA NA NA D3-18_04046 831 Lipase 1 ATGCGGCATTCAGCAGGAGGACGGCGGCTCGCCGTATTCGCGACTGTACTGGCTACCACGGTTATGGCAATCGGGTTGGCGGCCATGCCGGCACAGGCGGCCCGGCCGCCCCTGCCGCTGGACTATGTTGCGCTCGGGGACTCTTACGCGTCCGGGCACGGCGCGGTCCCGTATACAGACCTCAACTGTTTCGTCAGCCAGAAAGGTTACCCTGCCATTGCGGACAAACTCCGGGACGTACAGCTGACAGCCAACACCGCATGCTCTGGATGGACCATGGACCAAGTGTTGGCCAACATTCCTGTCGCTGCTCTGGAGGAAGCGGAAATTGTCACGCTCACTGTAGGTGCGAACGATTTGAACTCCACAGAACTCCTGTTCGCATGCCTTCCAGCGCCATCATCGTCTGAATGCCTTGCAGCTCGTACGCGTGTGGAAACTATGCTGACGGACGGCAGCTTTGCCATGGAACTGGCCACTTTGGTGACCACGATCCACGTCCTCGCACCTGACGCGAAGATTGTCCTGCCGGGATACCCATTCCCCTTAGACTCCAGTCACCCCCTAGCTGCCCAAGTCAATTCTTTGGCTGGTGGACTCAACGCCGTGATAGCCGGCGTCGCTCAGTTGACCAATGCTCAGTTTGGCGATGTCCAGTACGTCGACGTCACCGGAGCCTTCATCGGTCACGGAGTCGGTTCGGCTGACCCATGGATCAACCTCAACCCCGATAACCTGCAGGATCCTGCAAACTTCCATCCAACGGCGGAAGGCTACAGGCACGGTTACTTCGCCTCATTGGTCAGTCAAGATGCGTTCGTCCTGAACTAG MRHSAGGRRLAVFATVLATTVMAIGLAAMPAQAARPPLPLDYVALGDSYASGHGAVPYTDLNCFVSQKGYPAIADKLRDVQLTANTACSGWTMDQVLANIPVAALEEAEIVTLTVGANDLNSTELLFACLPAPSSSECLAARTRVETMLTDGSFAMELATLVTTIHVLAPDAKIVLPGYPFPLDSSHPLAAQVNSLAGGLNAVIAGVAQLTNAQFGDVQYVDVTGAFIGHGVGSADPWINLNPDNLQDPANFHPTAEGYRHGYFASLVSQDAFVLN NA NA NA NA NA D3-18_04047 234 hypothetical protein ATGTCACTGGCGTTGTCTTTTGACCGGGCTCAGGACCGTAAACCGCGGCTGGAGTGCGCCATACTCATTCTGCGGGGCATGTCGGCAGACGCACGCCGCTTCATGAGGGGCATCGGGACGGGCTTCGACACTCGACTCAGGTTCAAGAATCTTGACCATAGTCCACTGATGTTGCTCCTAAGGGCCGAACAGTTGAGCTGCCATCGAATAAATCCCCCACAGCCCAGCCGCTAA MSLALSFDRAQDRKPRLECAILILRGMSADARRFMRGIGTGFDTRLRFKNLDHSPLMLLLRAEQLSCHRINPPQPSR NA NA NA NA NA D3-18_04048 372 hypothetical protein ATGAGTTCTGCTTCGGATGCACGACGCATCGCAGGCGGATCACCGCCTTCGGAACTCGTGCATCGCACGCATCCCGGGAACCAAGCCGGCGGCGGGCCCGATTCAGAGGGCCAGGCAGCGGCACCGTTCGATCCGCTGCGGCTCTGCATCTTCACCACTATTTCCTTACTGGGTTGGCTGGGAGGCCCTGTTGCCGTGGCCGTGTTCGCTGCCATCGGATTTGCCGGGTACTGGAAAGCTCGACGGAGCGGACTGGCGAAATCGAAATGCTACCTCCGCGACACGAGGCTGGTCCTGGCCTACCTCGGCACCCTGTTAGCGGCTGGGCTGTGGGGGATTTATTCGATGGCAGCTCAACTGTTCGGCCCTTAG MSSASDARRIAGGSPPSELVHRTHPGNQAGGGPDSEGQAAAPFDPLRLCIFTTISLLGWLGGPVAVAVFAAIGFAGYWKARRSGLAKSKCYLRDTRLVLAYLGTLLAAGLWGIYSMAAQLFGP NA NA NA NA NA D3-18_04049 1626 hypothetical protein ATGAATCCGTCACCGTTCTCTTCCCGTCAGGCGTTGCCTGGCCCCGGCCAACCCCTGCGCGGGGACCGGATCCACAGATATGTCACGGCCTTCTGTCCGCTCTGCCACGAGACAAACTCTCCTCTCGCGCAGGTTCGGCGCCTCTCTGGTGCGCTGCTGATCCGCGATGACCGGGTCTGGCTTGAACGCGGTTGCCCGGACCACGGACTCATCAGTACCTTGTACGACGAGTCTCCGGAAATCCTGCGCTACCTGGAAAAATGGCAGGCGCCGACCAAGCAACACATCCCGGACCAACCTGGCAACTACCGCCAGATACCGGAGGCCTACGCCTACGGGCTGCCCGCCATGCAGACGCAGCACACGTGCATCCTCCTGCAGGACATCATCGAACACTGCAATTTGCGCTGCCCAACCTGCTTCACCGCCTCCGGCCCCCAGCTGGAGGGAGTGGCGCCGCTCAGCGAGGTGCTCACGAATATCGATACCCGGCTTTCCCGCGAAAACGGGCGGTTGGACGTGCTGATGCTCTCCGGCGGTGAGCCCACGCTTTATCCGCATCTGGCTGAACTTCTCGATGAGCTCGTCGCCCGACCGATCGTCCGGATCATGGTAAACAGCAACGGCATGCTCATAGCCACCGACGACGAACTCCTCGCACTGCTGGCAAGTCACCGGGACCGCGTGGAGGTGTACCTCCAATACGACGGCCCGTCCAAAGCAGCATCCATCCACCACCGAGGCGGAGACCTGACCCGCTTCAAAGACCTGGCCATCGCACGCCTGTCCCAGGCAGGTATTTTCACCACCCTGACAATGACAGCGGCACTGGGTGTGAACGATGGTGAGGTCGGTGCCGTCGTCATGAGGGCATTGGAAACCCCGTTCGTAGGTGGGGTTGCCCTGCAGCCGGTCTTCGGTTCAGGGCGCGGCCACGGCATCGATCCCATGGACAGGCTCACCCATACAGGCGTGCTAGAACGGCTCGAGGAGCAGACCGGAGGCGTGGTCGCATGGCACGACCTGACAGCACTCCCGTGCTCACATCCACATTGCGCGTCCGTGGGCTACATGCTGAAGGACGATGCAGGAGTCTGGCGGTCGCTGACAGCCCTCATCGGGCACGATCAGCTGCTCGCCTGGCTGGAACTCAACCCTGACACCATCGCCAACCGCATCGCCGACAGCGCGATCCCGCTCGAGCTGCGAAATCTCATGAAGTCCTCCCTGCTGGACCTGCTAAGCGAGCAGTCCTCGCTGTCCCACCCGCGGACCGTGGATCTTTGGAAGAACATCTGCACCCAGTGTGACCTCGGCATCGGCACACTCACCACACTGGCAGCCGGTAAGCTGCCGGGGCAGCAACAACGTCTCCGTCGGCTCCTTGCCGAACGGGTCACCCGCATCATGGTCAAGCCCTTCATGGACATCTCCACCATGATCGAGGAACGACTCACGCAGTGCTGCATACACGTGGGTACGAAGAGCGACGCCGGCGATCATCAGTGTGCTCCTTTCTGTGCTGTCCAAGCGTGGCCAGCCCTGGCTAGGCAACGAATGAGCACAGCAACGGGCACGCGGCTTCTCCCGGTCCGCCAGGTTTCACTTAACGACAGGGAGGAATGA MNPSPFSSRQALPGPGQPLRGDRIHRYVTAFCPLCHETNSPLAQVRRLSGALLIRDDRVWLERGCPDHGLISTLYDESPEILRYLEKWQAPTKQHIPDQPGNYRQIPEAYAYGLPAMQTQHTCILLQDIIEHCNLRCPTCFTASGPQLEGVAPLSEVLTNIDTRLSRENGRLDVLMLSGGEPTLYPHLAELLDELVARPIVRIMVNSNGMLIATDDELLALLASHRDRVEVYLQYDGPSKAASIHHRGGDLTRFKDLAIARLSQAGIFTTLTMTAALGVNDGEVGAVVMRALETPFVGGVALQPVFGSGRGHGIDPMDRLTHTGVLERLEEQTGGVVAWHDLTALPCSHPHCASVGYMLKDDAGVWRSLTALIGHDQLLAWLELNPDTIANRIADSAIPLELRNLMKSSLLDLLSEQSSLSHPRTVDLWKNICTQCDLGIGTLTTLAAGKLPGQQQRLRRLLAERVTRIMVKPFMDISTMIEERLTQCCIHVGTKSDAGDHQCAPFCAVQAWPALARQRMSTATGTRLLPVRQVSLNDREE NA NA NA NA NA D3-18_04050 363 hypothetical protein ATGAGCGATGACAACCCCGAAGAACCCTGGAGCCCACTGCCACCGCCCCGGGAAGAAGAGCCGCCGTCCAAACCGGGCCTCGGCCTCATGGTGCTCGGAATCTTGTTAGGGACTCCTGTCCTTTATGCCCTCTATTTTGGGACACCAAGGGGTATCGGTCCGGATGAAGGGTACAAGACTTCCCTCGCGGGGCCGTCGGCCCTCGTTCCAATCGCCATCTATCTTGCGATAGCGATTGTACTGGCGGTTCGGCCACGCACGTCCCGGCTGGGTGCGGGGCTGCTCATGGGCCTGGGAATCTTCACACTGCTCGGCGGCGGGATCTGCGTTGCATACCTCGCACAGATGAAAGGCGATATCTGA MSDDNPEEPWSPLPPPREEEPPSKPGLGLMVLGILLGTPVLYALYFGTPRGIGPDEGYKTSLAGPSALVPIAIYLAIAIVLAVRPRTSRLGAGLLMGLGIFTLLGGGICVAYLAQMKGDI NA NA NA NA NA D3-18_04051 336 hypothetical protein ATGAGCAAGGACAATTCCCGCCAAGAAGGTGATGACCCCCCTGAACCAGCGCTCGGCCCTATGGGGTATGGAATCCTGTTCGGGACTACTGCCCTTTATGCCATCTATGTCGGCGTACCGATTGCTTTCGGTGGACCCCAGAACATGCGCTTCCTGACCGGGCCGTCCGCCTTCATTCCCATCGGCGTCTACCTGTCGATAGCCGTGGTCCTGGCGGTCCGGCCACGAACATCCCGGTGGGGTGCGGGCCTGCTCATTGGCCTGGGAATCTTCACCCTGCTCGGCGGAGGAATTTGCGTCGGAAGCCTCGCCGTGCAGATGAGAAGTGACTTCTGA MSKDNSRQEGDDPPEPALGPMGYGILFGTTALYAIYVGVPIAFGGPQNMRFLTGPSAFIPIGVYLSIAVVLAVRPRTSRWGAGLLIGLGIFTLLGGGICVGSLAVQMRSDF NA NA NA NA NA D3-18_04052 759 lgt_2 Phosphatidylglycerol--prolipoprotein diacylglyceryl transferase ATGATCGGGCTTCCCTTCGCGGGAGACGGGCTGGTGCACGCCGGCCTGTTAGGGCTGGGAATCTTCGCAGCTCTGCTGTTCTACGCCTATGAGAAGCGCCGGCGCGGCCTATCCGATCCCCGGTTGTGGCCCATTGCCGGTTTCGCTATCGCCTTCGGGGCGATCGGTTCACGCGTGCTCACGTGGGATGTTTCCCGGCAGGTCTCCTTGGCGGACTGGTGGGGCAACGGCGACCGCAGCATCCTCGCCGGCCTTGTGGGCGCGTGGCTGGGCGTCCACATGGGCAAGCGCCTGACAGGTTACCGCGAATCCACCGGGGACTTGCTGGCACCCGCGGTCGCCCTGGCACTGATCATGGGACGGGTGGGCTGCCTCCTCACGGAACTGCCCGGCACCCCGACCAGGGGCGCATGGGGGATAACGCTCACGCCCGGGCAGGCTGCCATGCTGGGCGGACAGTCCGGGGTAGGGCTCCACCCGTCCTTTGCCTATGAAATCGTGTTCCATATGGCCGCATTCGGGCTCATGTGGCGTTATCGCGATCGTCTGCCCCATCCCGGCGACCTCTTTATCTGCTACGTGACGTCCTATGCCTTGTTCCGGTTCGGAGTCGAATTCGTCCGCGGCAACGAGGTGCTCTGGCTGGGGATGAGCCGTTCCCAATGGTTCCTCCTGATGATCCTCCCCCTGCTGTCCTGGCGGATGCTGCGGGTATTCGGGAAACCCCTCCGCCCGAAGGTGGAAGGAACGGTGGCATGA MIGLPFAGDGLVHAGLLGLGIFAALLFYAYEKRRRGLSDPRLWPIAGFAIAFGAIGSRVLTWDVSRQVSLADWWGNGDRSILAGLVGAWLGVHMGKRLTGYRESTGDLLAPAVALALIMGRVGCLLTELPGTPTRGAWGITLTPGQAAMLGGQSGVGLHPSFAYEIVFHMAAFGLMWRYRDRLPHPGDLFICYVTSYALFRFGVEFVRGNEVLWLGMSRSQWFLLMILPLLSWRMLRVFGKPLRPKVEGTVA NA NA NA NA NA D3-18_04056 954 hypothetical protein ATGACAACCACCACCCCGGCCGAACCCGGTCAGCCTTCCCCGGGCTTGCCCCCGCGCACCACCCCCGCGCCGGGAGCAGCCATCAGCAAACTCGGCATCGCTGCCGTCATCATCACGGTCGTCCTGTGGGCTTCGGCTTTCGTAGGCATCCGTGCAGTCGGCCCCAGCTTCTCCCCCGGTTCCCTGACGCTCGGACGGTTGGCGGTTGCCGCCGTCGTGCTTGGAATCGTGGTGCTGCCGACGCTGAAGGTCTGGCCAAGCGGCCGTGAGTGGTTGCCGATTGTGGCGTACGGGGTGATGTGGTTCGGCGGCTACAACGTTGCGCTGAACGCCGCGGAGCACATGCTCGACGCCGGCACCAGCGCCATGCTGATCAACGTCTCGCCGATCCTCATCGCCATCCTTGCCGGTGTCTTCCTCAAAGAGGGCTTCCCGCGCTGGCTGTTGATCGGCAGCGGTGTGGCGTTCTGCGGCGTCGCGATGATCGCTTTGGGTTCCGGACAGCGTTCGACGGCGGACGTGGCCGGTGTGCTGTTGTGCCTGCTTGCCGCTGTACTCGCCTCGGTGAGCGCAATCCTGCAGAAACCCGTGCTCCGGAAGTTCACGGCAGGCCAAGCGACATGGTTCGGCATCATGGTAGGCGCGATCTGCTGCTTGCCGTGGACCGGTCAGCTCATCTCCGAAGTCCAAGCGGCGCCGCTCCCCGCCACGCTCGGCCTGGTCTACTTGGGGATCTTCCCGACGGCCATCGCGTTCACCACGTGGGCCTACGCGCTATCCCTGATCTCGGCCGGAAAACTGGCTGCCACGACGTACCTGGTTCCAGGCACCACCATTTTGATTTCCTGGGCGGTGCTTCAGGAAGTACCAACCATCTGGGGACTGATCGGCGGCGTCATCTGCCTGGTCGGCGTCGGTTTGACCCGGCGCCGCACCCGCCAACTCCGCCACTAA MTTTTPAEPGQPSPGLPPRTTPAPGAAISKLGIAAVIITVVLWASAFVGIRAVGPSFSPGSLTLGRLAVAAVVLGIVVLPTLKVWPSGREWLPIVAYGVMWFGGYNVALNAAEHMLDAGTSAMLINVSPILIAILAGVFLKEGFPRWLLIGSGVAFCGVAMIALGSGQRSTADVAGVLLCLLAAVLASVSAILQKPVLRKFTAGQATWFGIMVGAICCLPWTGQLISEVQAAPLPATLGLVYLGIFPTAIAFTTWAYALSLISAGKLAATTYLVPGTTILISWAVLQEVPTIWGLIGGVICLVGVGLTRRRTRQLRH NA NA NA NA NA D3-18_04057 924 pfkB COG0524 ATP-dependent 6-phosphofructokinase ATGACCGGCACCGCTTCCCTCGCACCTGAGCCCCTCGACGTCGTCGTTGTGGGTGAGGCATTGATCGACATCGTCCAGTCGGCTGACGGGCAGAAGGAGTACCCGGGCGGATCGCCGGCCAACGTCGCTTTCGGCTTGGGCCTTCTGGACGTGAAAACGGGCCTGCTGACAGCAATTGGCCGGGACGAGCGCGGCGATGCCATCGCCGCGCACCTCCAGCGCGCAGGTGTGGTCCTGCTGCCCGGATCCATGTCGGCAGGAAAAACCGCCACGGCGACCGCCCGGATAACTGCCGACGGTTCGGCCGATTACACCTTCGACATTGACTGGGCGCTGGCTCCACTTGCCCTGCCCTATGCGCCGAGGATCCTGCACACCGGCTCCATCGCGACTTTCCTGGAGCCCGGCGCAAGTGTCGTGAGGAGTTTGCTGGAGCAGGCGCAGGGCGGATGCATGGTCACGTACGACCCCAATATCCGTCCCGATCTCCTTGGAAGCCACCATGAGGCTCTGTCCTTGTTCGAAGAGATGGTGCCGCTGACCGACGTCGTAAAAATGAGTGGCTCGGACGCCCGCTGGCTGTACCCCGGCAAGTCGTTGGAGGATACGGCGAACCACCTCTTGGCCCTTGGGACGGGGCTTGCTGTGGTGACTCAAGGGGTCAAGGGAGCGCTCATGGCAACGAAGCACATCCACATCAATATCCCGGCCGTCCCGGCTACCGTGGCAGACACCATCGGCGCCGGTGATTCCTTCACGGCTGCGCTCATCATGGGGCTGCTCTTGCGGGGCAGCGATGGAATGGCGCCCACTGTGTTGGAACGGATCGGCACCATCGCATCCATGGCCGCCTCAATTGCTGTTGGCCGCTCCGGCGCCAACCCTCCCACACACCGTGAACTTCTGGTGGGCATGGCCCGTTAG MTGTASLAPEPLDVVVVGEALIDIVQSADGQKEYPGGSPANVAFGLGLLDVKTGLLTAIGRDERGDAIAAHLQRAGVVLLPGSMSAGKTATATARITADGSADYTFDIDWALAPLALPYAPRILHTGSIATFLEPGASVVRSLLEQAQGGCMVTYDPNIRPDLLGSHHEALSLFEEMVPLTDVVKMSGSDARWLYPGKSLEDTANHLLALGTGLAVVTQGVKGALMATKHIHINIPAVPATVADTIGAGDSFTAALIMGLLLRGSDGMAPTVLERIGTIASMAASIAVGRSGANPPTHRELLVGMAR PGPT0017625_2979 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 D3-18_04058 501 hypothetical protein ATGCCCGCGAATCTTCCTCCCGGCCTGCCAATAGTCCCCGACGGCGAGCGCCCTTCATCGCCGCTACGGGAACGGAATGCGGTGCACAGCCCTGTTGAGAATGAGCCCGTTGATGAGGCCTATGTTTCGGGGCCTTATGAAATGTCGCCCGAAGATTTTGAAGAAGCCGTCAGCGACGCCTTGCAGTTGATCCCGCCCAAAGCGGCGAGCGCCATGGATAACGTGGCGATCTTCATCCAGGACGACTACACGCCACAGCCAGGCGAAGATCCGGACACCGTGCTGTTGGGACTCTATGAGGGAGTTCCGCTGACTGAACGCGATTCCTGGTGGGAGGCAGGCTCCCTGCCTGACCGGATCACGATCTTCCGCCAACCCATCCTGAACATCTGCAGCACCCGCGAAGAAGTCATTGACGAGGTGGCCATCACCGTGGTCCACGAGATTGCGCACCACTTCGGAATAGACGACGACCGCTTGCATGAGCTCGGCTGGGGCTAG MPANLPPGLPIVPDGERPSSPLRERNAVHSPVENEPVDEAYVSGPYEMSPEDFEEAVSDALQLIPPKAASAMDNVAIFIQDDYTPQPGEDPDTVLLGLYEGVPLTERDSWWEAGSLPDRITIFRQPILNICSTREEVIDEVAITVVHEIAHHFGIDDDRLHELGWG NA NA NA NA NA D3-18_04059 951 czcD COG1230 Cadmium, cobalt and zinc/H(+)-K(+) antiporter ATGAGCTCGGCTGGGGCTAGCCTTATAGGCATGGGGCACGACCACAACCACTCCCACGGAGTCACAGCAACCGGCAAGCACCGGAAGCGGCTTATTGCCGTCCTCGCCATCACCTTAGGTGTGGTGGGCGTCCAGGTGATTGGCGCCGTCGTGTCCGGATCGTTGGCCCTGCTGGCCGATGCCGGGCACATGCTTTCGGACGCGGCAGGTGTGTTCATTGCCCTGATGGCGGCGTGGATTGCAACCCGGCCGGCGAGCGACCAGCGAACCTACGGCTATCAAAGGGCTGAGGTTCTGGCTGCCTTGGCCAACGCCCTGATCTTGATCGTCATCGCCGTGGTGATCATGATCGAAGCCATTCGCCGCTTTGGCGAGCCAACGGAAATCCAGACGGACGTCATGCTGTGGGCCGCCATTTTGGGTGCTGTGGCCAACCTCGTTTCCTTGCTGATCCTCCAGGGAGCGCAGAAGGAAAGCCTCAATGTCCGTGGTGCATACCTTGAAGTCCTCGGTGACCTCCTTGGCTCCATAGCCGTCATTGTGGCGGCAGTAGTGATTATGACCACGGGATTCAGCGCTGCGGACCCTCTGGCCTCCGTGCTGATTGCCCTCATGATCATTCCGAGGGCCTGGCATCTGCTGCGGGACGTTGTGGATGTGCTTTTGGAAGCCACCCCCAAGGGCGTTGATGTGAACATGATCCGGGAGCACATCGTTGCCGTGGACGGTGTTGTGGATGCCCATGACATCCACATCTGGACCATTACATCCGGCGTTCCCGTGTTCTCAGCCCATGTGGTGGTGGAGGATGCGGTCCTCAATGCCAGCGGGGCGGACAGCATCCTGGATCAGCTGGGCTCCTGCCTTGGCCGGCACTTCGACACCGAGCATTGCACCTTCCAGTTGGAACCGGTGAGCCATTCCGAGCACGAGTCACACCAGCACGCCTGA MSSAGASLIGMGHDHNHSHGVTATGKHRKRLIAVLAITLGVVGVQVIGAVVSGSLALLADAGHMLSDAAGVFIALMAAWIATRPASDQRTYGYQRAEVLAALANALILIVIAVVIMIEAIRRFGEPTEIQTDVMLWAAILGAVANLVSLLILQGAQKESLNVRGAYLEVLGDLLGSIAVIVAAVVIMTTGFSAADPLASVLIALMIIPRAWHLLRDVVDVLLEATPKGVDVNMIREHIVAVDGVVDAHDIHIWTITSGVPVFSAHVVVEDAVLNASGADSILDQLGSCLGRHFDTEHCTFQLEPVSHSEHESHQHA PGPT0004255_2112 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COBALT_RESISTANCE COBALT_RESISTANCE-COBALT_TRANSPORT,PGPT0004255-czcD|zitB|yrdO-K16264 NA NA D3-18_04060 2787 hypothetical protein ATGGACAAGAAGCAGCCCGGGGAGCCGTCGCAGGAACACGACGAGGGGCTCGGCGCGTCCGATCCGCAGTTGGTTTTGGACATCGCCGAAATCCAGGGAACCATGCTTCCCCGCGTCGGTGGCAAGGCAGCCAACTTGGGCGAACTGGCCAACGCTGGCCTGCCCGTGCCTGGCGGATTCTGCCTCACAACTGATGCATACCGGCGGGCGCTCTCAGGTGCTGGCCTGGAGGTTGTCTTTGCAGCTTTGGCTGAGGCCAGCGCCTCCGGCACCCGCGCCTCCGGGACGGACGCCTCCGGCTTGGACCAGCTCAATGAGCTAGCCGCCCGCGCCCGGTCCTTGGTGCTCGATACCGGGGTACCCGATGGAATCGCCGAAGCCGTACGGTCTGCGTACGAAGAATTGGGGGACAACGTCCCTGTCGCAGTACGGTCTTCGGCCACTGCAGAGGACTTGCCTTTCGCCAGCTTCGCGGGACAGCAGGACACTTTCCTGAACGTCGTTGGTATTGACTCAGTCCTTGATGCCGTGAGCCGCTGTTGGGCATCGCTCTGGACAGATCGTGCAGTGGCCTACCGGACCACCAACGGGATTGACCATGGAACGGTGTCCCTCGCTGTGGTTGTGCAGGAGATGGTGAATGCCGTCACCGCGGGCGTCATGTTTACGGCTAATCCGGTGACGGGGAATCGCTATGAAACCGTGATTGATGCCAGCCCGGGCTTGGGGGAGGCCGTAGTTTCTGGTGCTGTGAATCCGGATCATTACGTTGTGGACGCCCATCGTGGTGCCATTGTGGAAAGGACCGTGGGCGATAGGCAAGTGGAGATCCGTGCCAGGCCCGGCGGTGGCACAGAACGCTTGGAACGCCCCGGCCAGCCCGGAAATGAGCAACCGCAGCCCTGCCTCAATGATCGCCAGGTCCTCGAGCTTGCCAAGTTGGGCCTTGAGGTCCAAGAGCCTTACAGCGCTCCGCAAGACACCGAGTGGGCAATCGACCACGACGGAAAGTTGTGGCTTACGCAGGCGAGGCCCGTCACCACGCTGTACCCGCAAACCACACGCACGCCCCCGGCTCCCGGCGAGCACGCGTTCCTGAACTTCAGTCTCGCTCAGGGCCTCACCAGGCCCATGACGCCCATGGGGTTGGCCGGAATCCGGCTGATAGCCTCAAGCGTCGCCCAGACAGCGGCTTTCGACGTTCCCAATCCCCGGTCAGGTCCGCCTCCCTACTACGAGGCCGGACAACGAATCTTCTTCGACTTCAGCGCGGTGCTGCGAAGCCGGGTGGGCCGGACAATCGTGCCACGGGTTTTTGACGTTATGGAAGCCCGCTCCGCATCCATTATGCGTGGGCTCTTCGACGACTCGCGCTTCGCAGTGACCATCAAGACACCCAGGAAACTGATCCGCCATGTGGCTCCGGTAGCGGCTAAGTACCGTGTCCCCGAGTCACTGTTCCGTGGTCTGTTCCGCCCAAGCAAAGCAATGCAGCGTGTGGAGCGGCTCAACACCGAGTTACCCACCACCTTCTCCGTCCCCACGGAAGCCACACCCCACCAGCGGCTCGGCCACGTCCAGAGAATCCTGGGAGAGGAAGTCTTCGCTACGGTTCCCCAGGTGCTGCCCCTTCCTGCTCTCGGATTCGCGATGTTGGCACTGGTAAGGCGGATTCTTGGTGACCAAGCGCCGTACAGCGAGCTGCAAACAGTAATCCGGGGCCTACCCCACAACGTCACCACTGAGATGGACCTGGCTTTGTGGCAGCTCGCCTCTGAGATTCGTGACGATCCGGACGCCGTTGCTTCCATGGTTGGCCGAACGCCGCCAGAGCTGGTGCAAAAGTATCGGGCAGCCCAGCTCCCGGCAGCTGCACAGGCCGGCTTGGAGAGGTTCCTGCGGAAATATGGACACAGGGCGGTTGCAGAGATCGACCTTGGCATGCCCCGCTGGTCCGATGACCCAACGCACATCCTCGGTGTCATAGCCAACTATCTGAGGCTCTCCGATGGCGCCGAAGCGCCTGACCAACAGTTCAAGCAAGCAGCCCTCGACGCCGATGAACAGGTAGCGCGTTTCGTGGCCCGCGCCCGGTTGAAGAGTCCGTTGCACGCGGTGATCGTGAGACTTGCTTTGGACCGAACACGGCGCTTCGCCGGATTGCGGGAGTTGCCCAAGTACAACCTGGTTCTGGGGCTTTCAGCTGCGAGGAAGCAGTTGCTCCTGATCGGGAATGAGCTTGCGGCAGCACAGCGGATCGAACGGGCTGAGGACATCTTCTTCCTGGACCTCGACGACGTCGAGATCGCCTTGGCAGGAGACGACCTCCGCGAAGTGATCACCGAGCGCCGTGCTGCTTACCACCAGGAACTACGCCGCAGACACATTCCCAGGGTCTTGTTGTCGGACGGGACTGAACCTGAGGCTACGCCCGGCCGGAACGAAGGCAAGCAGCGCCCCGGCACTTTGTCCGGCAGTCCGGCGTCGGCAGGTCTTGTATCTGCTCCCGCTCGCGTCATCATGGATCCGGTTGGCGCCCACTTGGAACCGGGAGAAATCCTCGTGGCACCGTCAACGGACCCTGGTTGGACGCCCCTGTTCCTCACCGCAGGAGGGCTGGTCATGGAGATGGGAGGAGCCAACTCGCACGGTGCTGTGGTGGCCCGTGAGTACGGTATCCCTGCGGTGGTGGGCGTCCCCGACGCCACATCGCGCATCAGCACAGGCCAGCACATCACGGTGGACGGCGCTGCCGGGACCATCACCACCGAAAACCCCAGGCAGTGA MDKKQPGEPSQEHDEGLGASDPQLVLDIAEIQGTMLPRVGGKAANLGELANAGLPVPGGFCLTTDAYRRALSGAGLEVVFAALAEASASGTRASGTDASGLDQLNELAARARSLVLDTGVPDGIAEAVRSAYEELGDNVPVAVRSSATAEDLPFASFAGQQDTFLNVVGIDSVLDAVSRCWASLWTDRAVAYRTTNGIDHGTVSLAVVVQEMVNAVTAGVMFTANPVTGNRYETVIDASPGLGEAVVSGAVNPDHYVVDAHRGAIVERTVGDRQVEIRARPGGGTERLERPGQPGNEQPQPCLNDRQVLELAKLGLEVQEPYSAPQDTEWAIDHDGKLWLTQARPVTTLYPQTTRTPPAPGEHAFLNFSLAQGLTRPMTPMGLAGIRLIASSVAQTAAFDVPNPRSGPPPYYEAGQRIFFDFSAVLRSRVGRTIVPRVFDVMEARSASIMRGLFDDSRFAVTIKTPRKLIRHVAPVAAKYRVPESLFRGLFRPSKAMQRVERLNTELPTTFSVPTEATPHQRLGHVQRILGEEVFATVPQVLPLPALGFAMLALVRRILGDQAPYSELQTVIRGLPHNVTTEMDLALWQLASEIRDDPDAVASMVGRTPPELVQKYRAAQLPAAAQAGLERFLRKYGHRAVAEIDLGMPRWSDDPTHILGVIANYLRLSDGAEAPDQQFKQAALDADEQVARFVARARLKSPLHAVIVRLALDRTRRFAGLRELPKYNLVLGLSAARKQLLLIGNELAAAQRIERAEDIFFLDLDDVEIALAGDDLREVITERRAAYHQELRRRHIPRVLLSDGTEPEATPGRNEGKQRPGTLSGSPASAGLVSAPARVIMDPVGAHLEPGEILVAPSTDPGWTPLFLTAGGLVMEMGGANSHGAVVAREYGIPAVVGVPDATSRISTGQHITVDGAAGTITTENPRQ NA NA NA NA NA D3-18_04061 1038 COG0589 Universal stress protein ATGGACCAGCACGGCAGACACAGTGAAGAGCCACAGGACGGCCAGGATCAGGCCGTGGAACCCGGTGGCATCGTGGTGGGAGTGGACGGTTCAGAGCATGGTCAATGTGCTTTGGTTTGGGCCGCGCGGGAGGCCGAACGTCGGCAACTTCCCTTGCATATCGTCACGGCATATTCTGTGCCCATCTTCGCCGCCTCCGGGCTGGACGGCGGCTACGCAACAGTCGATGATTCCGTGATTCGCGAGGGCGCGGATGCGATCGTCCGGCAGGCCCTGGATAAGGTGTCCCGATATGCCATCGACGTCGATGCATCTGTCGAGAACGGCGACGCCGCTGGCGTCCTGTTGGATCTTTCCAGCGAGGCAGCCCTCCTTGTCTTCGGCAGCCGGGGCCGCGGCGGATTCGTTGGGCGTTTACTTGGCTCAGTCAGCAGCGCCTTGCCCGCCCACGCCAAATGCCCCACTGTGACTGTCCCGCTCTACTGTGCCGACCGCCTTGGTGAAAGCACTGAGGACAAACACATCAAGGCTGAACATGCCAAGGCAGGCCCACGTACTGTGGAAAACGTAGTTGCCGTAGGCGTGGACGGTTCCGAGCAGGCCCGCGTGGCCGTGCTCGAAGCGGCCGAGCAAGCACAGCGCATGGGAGCGAAACTCCGGGTGATTTGTGCCGTGCCGCAGTACAGCGGTTCCCTGGCATGGGTTCCGGCACCCTTGGACCGGGATGCCTTGTTTGCGGATATCAAAGTCCAGCTTGACGCCGGGGCTGATTGGCTCAGAAGCCACTTCCCTTCATTGCCCATGGAAACGGAACTCCGGGATGGTTCCCCCGTTGATGTTCTGGTGGAAACCAGCCGCAGCGTAGAGCTGGTGGTTCTGGGCACACGGGGCCGTGGTGGTTTCGCGGGGATGCTGTTGGGTTCTACATCGGACGGAGTCCTGCACCACTCCAAGGGACCGGTAATGGTTGTCCCGGACCGTGAAGATCCGCGACTCGCTGACCGTCAGAAGTTTGGGCCGATGCTCGGCGCTGCCTAA MDQHGRHSEEPQDGQDQAVEPGGIVVGVDGSEHGQCALVWAAREAERRQLPLHIVTAYSVPIFAASGLDGGYATVDDSVIREGADAIVRQALDKVSRYAIDVDASVENGDAAGVLLDLSSEAALLVFGSRGRGGFVGRLLGSVSSALPAHAKCPTVTVPLYCADRLGESTEDKHIKAEHAKAGPRTVENVVAVGVDGSEQARVAVLEAAEQAQRMGAKLRVICAVPQYSGSLAWVPAPLDRDALFADIKVQLDAGADWLRSHFPSLPMETELRDGSPVDVLVETSRSVELVVLGTRGRGGFAGMLLGSTSDGVLHHSKGPVMVVPDREDPRLADRQKFGPMLGAA NA NA NA NA NA D3-18_04062 693 hypothetical protein GTGTCACTCACGCCTGATTCCGGCACGGAGCGCACCACCACCGTGGTTATCGGAGCCGGCCTGTCCGGCTTGGCAGTTGCCAGCGAACTCAGCCGCTATGGCGTGGGCTCAATCGTCGTGGACGGGTTTGGTGCATTGTCCACCACTGGTCCTTCCGTTCATACAGGCATGCTTCAACGCACCGAGGTGGCCGATCCTGCAGCCATGCAGGAACGCAACGAGATCCTCCGACACCTGCGGAACTACGCCGCCAACCACCAACTGGACGTTCGCAACACCACGCGCGCCGTCCGCCTTGATTTCCTGGGTTCCGACCCCTCCCGGCAAATCGGATACGGGCTGGCCGCCAGCATGACCACAGCGGGCCTGAGAACGGGTCTCCACGTATCCGGCCCCCTCGAATCCACTCCACGCCAGTGGGCAGTCCACACAGCCAACGGCGTTCTCTTGGCAGACCACGTAGTAGTGACACGCTGCGCCCAAAGCCAGTTGCGCCGCATGCTCGCCGAACTTGGAATAGCCGTTGGCCAGAACTTCGCGGCAGCCATGCGGGCGGTAGGGATGCACCTGGTGGGTGTTGGGGACCTCATCACCCCGTCTCCCAAGGAAGTGCTGCGGCAAGCCAAGGCAGTGGGCCAAGCCATCTCCTCAAAGGTTGCCCTGCCCGCAGGTCCGGGCATCGCCCTCGCCTAG MSLTPDSGTERTTTVVIGAGLSGLAVASELSRYGVGSIVVDGFGALSTTGPSVHTGMLQRTEVADPAAMQERNEILRHLRNYAANHQLDVRNTTRAVRLDFLGSDPSRQIGYGLAASMTTAGLRTGLHVSGPLESTPRQWAVHTANGVLLADHVVVTRCAQSQLRRMLAELGIAVGQNFAAAMRAVGMHLVGVGDLITPSPKEVLRQAKAVGQAISSKVALPAGPGIALA NA NA NA NA NA D3-18_04063 798 hypothetical protein ATGTCTTCACGCATTCTTCGCGGCCGTCGTAAGGCGGACAGCGTACGTCCTAATCCGTTCATCTCCATCTCGAAGGCAGTAGCCAGCAACGCTTCCGGCGCTGGCCGCCAGGCAGCTGTTATCGCAGCAGCCTCGGGCCTCGTTTTGACCGGCTCCATTGCTGCCCACGCAGCTGAGGCTCCGGTTCAGCGCGACTCCAGCCCCGCAACGGTCGCTGAGACCGTTTCCGAGGCACCCACCAAGGTTGTTACCGCTCTGGCAACGGCTACCGTCAACTTCGAGCGCCCGGCCGTTGCTTCCGTAGCAGCCCCGGTCATCGAAAAGCCGGCTCCCGTTGTTGAGGCTCCTGTGGTTCAGAAGGCAGCAGTCACCACTGCTGCTGCAACAGCTCCCGTCGCAGCCCAGGCTGCGGTTGCTGCTGCTCCTGTGGCTGCCGCACCGGCTGCCCCTGCTCCTGTAGCTGCTGCTCCCGCCGTTGGCGGCGTCAACGCAGCCATGGTTGCTTCGGCTTACGCACAGATCGGCGTTTTCCAGGACTGCACCGCCATGGTCGAGAAGGCCCTCGGCTCCGCAGGCATCCCGGTAGGCGACCTCGGTCCCATGCAGTTCATGAACTACGGCAAGGTCGTCAGCGATCCCCAGCCCGGTGACATGATCGTCCAGTCCGGCCACGTTGCTATCTACATCGGCAACGGCCAGGCAATCAGCGGTGGCATCAACGGCAACCAGACGGGTATCCACCCGATCAGCTGGTTGACCGCAACGGGTCCCCTGACCTACGTACGCGCTGGCGCATAA MSSRILRGRRKADSVRPNPFISISKAVASNASGAGRQAAVIAAASGLVLTGSIAAHAAEAPVQRDSSPATVAETVSEAPTKVVTALATATVNFERPAVASVAAPVIEKPAPVVEAPVVQKAAVTTAAATAPVAAQAAVAAAPVAAAPAAPAPVAAAPAVGGVNAAMVASAYAQIGVFQDCTAMVEKALGSAGIPVGDLGPMQFMNYGKVVSDPQPGDMIVQSGHVAIYIGNGQAISGGINGNQTGIHPISWLTATGPLTYVRAGA PGPT0023995_3456 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_DL-ENDOPEPTIDASE_ACTIVITY,PGPT0023995-cwlO-K21471 NA NA D3-18_04065 633 hypothetical protein ATGCGTACCATCCGCCCGCTTCTGGCCGCCGTCGTCGCTGCTCTTGCTTTCGCGTCCGCCTTGCTGTTTTCCGCGGCTCCGGCGTCCGCGCACGACGCCGCCGAGTCAACCGCGCCAGCCAACGGTGCCAGCGTGGCGGAAGTCCCGGCGTCGGTCTCCGTCACGTTCAACAACCGCCCGCTCGCAATTGGGTCCGGCGTAACCGTGACGGCAGGCGGTGAGAACTGGGCGGACGGTCCGGTCGAAATCATTGACAACCAAGCCGTCCAGAAGCTTCGAGAGGGCGCTCCGGCTGGTGAATACACGGTTGTATGGCGCGTAGTCAGCTCGGATTCCCATCCCATCGAGGGCACCTTTACGTTCACAGCCACCGCGGGAAGCACGACGACGGCGGCTGGCCCGGTTGGTACGTCACCGACGGCATCAGCGCCGTCAGCCGCAGTACCTACGGTGGGTACCGCAGCGCCGGGAACGGGCAGCAGCGAGCCTGCCGCTGACGCCTCGCAACCCTTCCCTTGGAGCATCGTCGGGCTGGCTGTTGTTGCTGTGGGTCTCGTTGTTTACCTTGCTGTTACCGCACGGAAGAAACTCGCCGCTTCCAACAGCCCTGATGGCGATACTCCCGCGGAATAA MRTIRPLLAAVVAALAFASALLFSAAPASAHDAAESTAPANGASVAEVPASVSVTFNNRPLAIGSGVTVTAGGENWADGPVEIIDNQAVQKLREGAPAGEYTVVWRVVSSDSHPIEGTFTFTATAGSTTTAAGPVGTSPTASAPSAAVPTVGTAAPGTGSSEPAADASQPFPWSIVGLAVVAVGLVVYLAVTARKKLAASNSPDGDTPAE PGPT0004115_186 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_COPPER_RESISTANCE COPPER_RESISTANCE_MEDIATION,PGPT0004115-pcoC|copC-K07156 NA NA D3-18_04066 1443 pbuG_2 COG2252 Guanine/hypoxanthine permease PbuG ATGCTGAAACAAGGTTCTGCAATCGACCGCTACTTCAAAATCTCCGAACGTGGATCCACGTATTCGCGGGAAATCCGTGGCGGCTTCGCGACCTTCTTCGCCATGAGCTACATCGTGGTGCTGAACCCGCTGATCCTCTCCGGACCCGACTCGAGTGGCGCGTCGCTGGGCTTCACGGCCGTGGCAGCCACCACAGCTTTCGTTGCCGGCATCCTGACCATCCTCATGGGGGCGTGGGCCAAACATCCGTTTGCCGTGGCCACAGGCCTGGGTGTCAACGCCTTCGTGGCAGTAACAGTGGCCTCCCATCCCGGGTTGACCTGGCCGGACATGATGGGGCTCGTGGTGCTGTCAGGCGTCACCATGCTCATCCTGGTGCTGACCGGTTTCCGAACAGCAGTGTTCAAGGCGGTTCCGGAGGCCCTGAAGACGGCAATTGTTGTGGGCATCGGCCTCTTTATCGCACTCATCGGACTGGTCAACGCGGGTTTCGTCCGCCGCATCCCTGATGCCGCCGGGACCACCGTTCCGCTGGGCCTGGGCGTGGACGGAAAGCTCATGGGCTGGCCGACACTCGTTTTCGCAGTGGGCTTGATCCTGACCATCGCCCTGGTGGTCCGAAAGGTCCGTGGCGCCATCCTGATCGGGATCGTGGTGTCCACTGCGCTGGCCGCCATCCTCGAATTTACGCTGCACATCGGCCCAAGCTTTGACGGAACCAACGTCAACCCCCGCGGCTGGTCCTTGGTGGCCCCCACGCTCACCGAATGGGGCGCCCCGGATCTGTCCCTCATCGGCAAAGCCAACCCCTTCGGTGCTTTTGAACACCTGGGCTTCATCGCTGCGGCTTTGCTGGCATTCGTGATTCTCCTGAGCATCTTCTTCGACGCCATGGGCACCATGGTTGGCTTGGCCAACGAGGCCGGAACGGTGGACAAAGACGGCAACATCCCCAACGTTGACCGTGTCCTCCAGGTCGATGCCCTCGGTGCAATCGTGGGCGGCGGGGCCTCCGTTTCCTCCAACCAGATCTTCGTCGAGTCCGGCGCCGGCATTGGTGAAGGCGCCCGAACCGGCCTCGCCTCGATCGTCACCGGCGTCCTCTTCCTTGTGGCCATGTTCTTCACGCCGCTCATCAACCTGGTGCCGTTCGAGGCCGTGGCTCCCGCCCTGGTGGTTGTGGGCTTCATGATGGTCTCCCAGGTGGGCAAGATCGATTGGCAGGACTGGGGCGTCGGAATTCCCGCGTTCCTGACCATCGCCCTCATGCCGTTCACCTATTCAATTGCCAACGGCCTCGGCGCGGGCTTCATCTCCTACGTCCTGATCCGTACGTTCCAGGGCCGTGCCCGCGAAGTTCACCCCTTGATGTGGGCTGTGGCAGCCGCGTTCCTGCTGTTCTTCGGCATCGGAACTGTGGAGGAGTTGTTGGGCGTCAAGTAG MLKQGSAIDRYFKISERGSTYSREIRGGFATFFAMSYIVVLNPLILSGPDSSGASLGFTAVAATTAFVAGILTILMGAWAKHPFAVATGLGVNAFVAVTVASHPGLTWPDMMGLVVLSGVTMLILVLTGFRTAVFKAVPEALKTAIVVGIGLFIALIGLVNAGFVRRIPDAAGTTVPLGLGVDGKLMGWPTLVFAVGLILTIALVVRKVRGAILIGIVVSTALAAILEFTLHIGPSFDGTNVNPRGWSLVAPTLTEWGAPDLSLIGKANPFGAFEHLGFIAAALLAFVILLSIFFDAMGTMVGLANEAGTVDKDGNIPNVDRVLQVDALGAIVGGGASVSSNQIFVESGAGIGEGARTGLASIVTGVLFLVAMFFTPLINLVPFEAVAPALVVVGFMMVSQVGKIDWQDWGVGIPAFLTIALMPFTYSIANGLGAGFISYVLIRTFQGRAREVHPLMWAVAAAFLLFFGIGTVEELLGVK PGPT0007325_1513 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 D3-18_04067 957 hutG COG0010 Formimidoylglutamase ATGGGATCTAAAACCGCCACCAGCCTCGCCGTAGATGTCTCCCCTGCCCCTTGGACAGGTCGTTTTGATGGCGATGGCGATGAGCACCGGCGGTGGTGGCAAGCAGTAGCTCCCCATCTGCCGGCTGCCTCGGAAGCAGCCTCTCGACCCGCCGTCGTGCTTGGCTTCTGCAGCGACGCCGGCGTCCTCCGGAACCAGGGGCGCGTTGGCGCTGCTGCCGCTCCTGCCGCCATCCGCTCTGCGCTGGGGCCGCTGGCTTTCCACCTTGACCGTGACGTGTTCGACGCCGGTGATGTGGTTGTGGAGGGCGACTCACTGGAGGTGGGCCAAGAGCGCGCCGGACGCGCCATTTCGGGACTGCTCGACGCCGGAAACCTCACCGTGGTGTTGGGCGGGGGCCATGAGACCGCCTTCGCCAGCTACTTGGGCGTGGCTGGTTCTGCAGCGGTTCGTGGCAAGCGACTGGGTGTGTTGAACCTGGACGCGCACTTTGACCTGCGGGATGAACCGACGCCGAGCTCAGGGACGCCCTTCCTGCAGATGGCCCACGCGGAAGCCGCCGCGGGGCGTGAACTTGAGTACGCCGTCGTCGGCATCTCGGAACCGAACAACACGCGGACGCTCTTCAACACCGCTGAACGTTTAGGCGTGAAGTACCTGCTTGATGAGCAGTGCACTGCGGAAGCCGCGGAAGTATTTGTTGCCGACTTCCTGGCCGGGGTGGACGTGGTGTACCTGACCATCGATCTGGACGTGATGCCGGCGTCGGTGGCACCCGGGGTGAGCGCGCCCGCCGCGTATGGCGTGCCGCTGCCGGTGATCAGTGCGGTTTGCAGGCAAGTTGCTGCCAGCGGAAAGTTGCTGCACCTGGACGTGGCAGAGCTGAATCCGAAATTCGACATTGATTCCCGGACCGCGAAGGTTGCCGCACGGCTGATCAACACCCTCCTCGCATAA MGSKTATSLAVDVSPAPWTGRFDGDGDEHRRWWQAVAPHLPAASEAASRPAVVLGFCSDAGVLRNQGRVGAAAAPAAIRSALGPLAFHLDRDVFDAGDVVVEGDSLEVGQERAGRAISGLLDAGNLTVVLGGGHETAFASYLGVAGSAAVRGKRLGVLNLDAHFDLRDEPTPSSGTPFLQMAHAEAAAGRELEYAVVGISEPNNTRTLFNTAERLGVKYLLDEQCTAEAAEVFVADFLAGVDVVYLTIDLDVMPASVAPGVSAPAAYGVPLPVISAVCRQVAASGKLLHLDVAELNPKFDIDSRTAKVAARLINTLLA PGPT0020240_915 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020240-hutG-K01479 NA NA D3-18_04068 495 hypothetical protein ATGCGCACACCTCTTGTGCAGGAGAAGTGGGCTTGGGTTGCAGGGCTGGCAGCAGTAGCCCTTGGACTGGCTGCGCACATGCTGGCTGGCGGCAGCATTCCCGCCGTCCCCGTCCTTCTGGCCTTCGCCGCACTTTGCTGCCTGGCGGCTCAACTCATTGCACGTTGGGTGCACGGACCCCTGTTGTTGCTGCTGCTGTCCGGCCTTGCCCAGCAGTTGCTGCACCTCGGGTTTGACGCCTTTGGAGGGTACTTTCCCGGTAACGGCTTCCTGGATCACTTGCACGGCGGCCAGCTGGACGCGCCCGCAGAATCCGGGGCCGCAGAAGCCGGGGCTGCCCCAAGCACCGGTTCGGTCCACCTCATGCTTTACACCCACATGGCAGCGGCCATCCTCACGCTGCTCCTGGCGTCAGGGGTTACCAAGCTGACAGGGATGCGTGCCAACCGCCGCGTTGGCACGGATCCCGCGCTTATCCGCGGATCCCACCCTTGA MRTPLVQEKWAWVAGLAAVALGLAAHMLAGGSIPAVPVLLAFAALCCLAAQLIARWVHGPLLLLLLSGLAQQLLHLGFDAFGGYFPGNGFLDHLHGGQLDAPAESGAAEAGAAPSTGSVHLMLYTHMAAAILTLLLASGVTKLTGMRANRRVGTDPALIRGSHP NA NA NA NA NA D3-18_04070 222 hypothetical protein ATGACCCCTGCAATGATTGCAGAACGCGAAATTCGCCTGTCCTTTTCCAAGGCAGACGAGATCCACGACGGACTCGACCGTGCCGTGGATGCCCTGATCGAAAACGCAGCAGCAGACGCTAACTGCGGCATTCTGGTGACCCGGCACGAACCTGGCACCTACACAGTGGCTCTGGACGAATCCGTTCCCTTCGGTCAGACCCGCGAAGTACTCGCCGCCTGA MTPAMIAEREIRLSFSKADEIHDGLDRAVDALIENAAADANCGILVTRHEPGTYTVALDESVPFGQTREVLAA NA NA NA NA NA D3-18_04071 249 hypothetical protein ATGAAGGCACGCGGAGCAGTCCTGTCCAGGCGAAGCGCTCACACGGCTACGGTTACCGACTGGAAGACGCTGAAAGTTGGCGAGCGGGTGGAAGTGGTCAAATACGCCCACGTGATCGCCGCCGGCCGGGTCGAGGAAGTTTCCGGAAGCGGCAACGTCGTATGGCTTGAGCACTTGGGGTCGGGCGTTACCGAAGAGGGCAAGGAACTGTTCATGAAATCCGACGGCGTGACTCTCCGCCGGGCGTAG MKARGAVLSRRSAHTATVTDWKTLKVGERVEVVKYAHVIAAGRVEEVSGSGNVVWLEHLGSGVTEEGKELFMKSDGVTLRRA NA NA NA NA NA D3-18_04072 1593 hutH_3 COG2986 Histidine ammonia-lyase ATGACTATTACATCCAACGAACAGCTCACCGTTACCCTCGGCTCCAGCGGCGTAACCCCGGAAGACGTCGTCGCCGTCGCCCGCCATGATGCCAAGGTGACCATTTCCCAGGACGCCCTGGATAACGTGGCCAAGGTCCGCGCCCACATTGACGATCTCGCCACCAGCGACGTCCCTGCATACGGGATTTCCACGGGCTTCGGCGCGCTGGCCAACCGCCACATCCCCAGGGACCTCCGCACGCAGCTGCAGAAGTCGCTCATCCGCAGCCACGCGGCAGGCATGGGTCCGGCCGTTGAACGCGAAGTGGTCCGCGGCATCATGTTCCTCCGCGCCAAAACCCTGGCATCAGGCCGCACAGGCGTTCGACTCGTGGTCCTGCAGACCATGGTGGACGTTCTCAACGCAGGCATCACACCGCTGGTCCGCGAATTCGGTTCGCTGGGTTGCTCCGGCGACCTCGCGCCGCTGTCTCACTGCGCGCTGGTCCTCATGGGCGAAGGTGAAGCAACGGGGCCCGACGGCGAGCTGTACGGAACCGCTGGCAAGCCTGCAGTTGCTGAGCTGCTCGCGCAGCACGGCATCGAGCCGGTCACGCTGGCAGAGAAGGAGGGCCTGGCCCTCGTCAACGGCACCGAAGGCATGCTCGGCATGCTGCTGATGGCCATCGCCGACATCCGTTTGCTGCTCGCGACGGCGGATGTCACTGCGGCGTTGAGCGTCGAGGCGCTGCTGGGCACAGACCAGGTGTTCCTGCCGGAGCTCCACGCGGCCCTGCGTCCGCACCCTGGCCAGGCTGCCAGCGCCGACAACATGCTGCGTGTGCTGTCCAACTCGCCCATCGTCGCGTCCCACCGGATCAACGACACCAAGGTCCAGGACGCCTACTCCCTGCGTTGTGCCCCTCAGGTTGCCGGGGCTGTCCGCGACACCGTGGACCACGCCGCGCTGGTGGCTTCCCGCGAACTCGCGGCAGCGATCGACAACCCGGTAGTCCTGCCCGACGGCCGCGTCACGTCCAATGGCAACTTCCACGGCGCTCCCGTGGCCTACGTCCTGGACTTCCTGGCCATCGCTGTGGCGGACCTCAGCTCCATTGCCGAACGCCGCACGGACCGCATGCTTGATCCGGCCCGCTCGCACGGACTTCCGGCTTTCCTTGCCGGAGACCCCGGCGTCGATTCCGGCTTGATGATCGCCCAGTACACGCAGGCAGGCCTGGTTTCGGACAACAAGCGCCTCGCCGTTCCGGCATCCGTGGACTCCATCCCGAGCTCCGCAATGCAGGAAGACCACGTGTCCATGGGCTGGCACGCTGCCCGGAAGCTGCGCAAGGCGGTGGAGAACCTCCGCCGCGTGCTCGCCGTCGAGCTTGTCACCAGCGCCCGCGCTATTGACATGCGGACGCAAATGTCCGACGGCGAACTCACCCCGGGTCCCGCCGGCACGGCCGTGCTTGCGGTGCTTCGTGAAGTGGTCCAAGGCCCGGGCACCGACAGGTTCCTGTCGCCGGAACTGGAAGCAGCTGACCGTTTGGTTGGCTCCGGCGCGGTCCGCGCGGCCGCCGAATCCGCCGTCGGGATTTTGGCCTGA MTITSNEQLTVTLGSSGVTPEDVVAVARHDAKVTISQDALDNVAKVRAHIDDLATSDVPAYGISTGFGALANRHIPRDLRTQLQKSLIRSHAAGMGPAVEREVVRGIMFLRAKTLASGRTGVRLVVLQTMVDVLNAGITPLVREFGSLGCSGDLAPLSHCALVLMGEGEATGPDGELYGTAGKPAVAELLAQHGIEPVTLAEKEGLALVNGTEGMLGMLLMAIADIRLLLATADVTAALSVEALLGTDQVFLPELHAALRPHPGQAASADNMLRVLSNSPIVASHRINDTKVQDAYSLRCAPQVAGAVRDTVDHAALVASRELAAAIDNPVVLPDGRVTSNGNFHGAPVAYVLDFLAIAVADLSSIAERRTDRMLDPARSHGLPAFLAGDPGVDSGLMIAQYTQAGLVSDNKRLAVPASVDSIPSSAMQEDHVSMGWHAARKLRKAVENLRRVLAVELVTSARAIDMRTQMSDGELTPGPAGTAVLAVLREVVQGPGTDRFLSPELEAADRLVGSGAVRAAAESAVGILA PGPT0020230_600 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020230-hutH-K01745 NA NA D3-18_04073 1782 hutU_2 COG2987 Urocanate hydratase ATGGCACCCGCCGATTTCACTACAGGAGCCCGCCCGGTCAAGGCCGCGCGGGGTACTGAGCTCACTGCCAAGTCATGGCAGACCGAGGCGCCGTTGCGCATGTTGATGAATAACCTGGATCCGGAGGTTGCTGAGCGTCCGGATGACTTGGTGGTCTACGGCGGCACGGGCCGTGCTGTCCGGTCGTGGGCTGCGTTTGATGCGATCACCCGGACCTTGGAGTCGATGGAGAAGGACGAGACGCTCCTGGTGCAGTCCGGTAAGCCGGTGGGTGTGTTCCGTACGCACGAGTGGGCTCCCCGGGTGCTGCTGGCCAACTCGAATTTGGTGGGGGATTGGGCGACGTGGCCCGAGTTCCGTCGGCTCGAGGCTGAGGGTTTGATGATGTACGGGCAGATGACGGCCGGGTCCTGGATTTACATCGGTACCCAGGGCATCCTGCAGGGCACGTATGAGACGTTCGCTGCGGTGGGGAATAAGCTCGCTGCCGAGGGCCGTCACCCGGCCCCGGCAGTTGAGGGTTCCACGGAGGGCCCTCTTGCCGGGACTCTGACCCTGACGGGTGGGTGTGGTGGCATGGGTGGTGCGCAGCCGTTGGCGGTGACGTTGAATGATGGTGCGTGCCTGATTGTCGACGTCGACGAGTCCCGCCTGCGTCGTCGTGCCGGGAAGCGGTACCTGGACGAGGTTGAAACCGATCTGGACGCCGCGATCGCGAAGGTCCAGAAGGCCAAAGCTGAGCGCCGCGGCTGGTCCGTGGGGTATGTGGGTAACGCCGCGGAGGTGTTCCCGGAGCTGCTGGCCCGGCATAAGGCCGGCGAAGTGACTTTTGATGTGGTCACGGACCAGACCTCCGCGCATGACCCCCTGTCCTACCTGCCGGAGGGCATCACGGTGGCGGAGTGGCACGCCGAGGCCGAGGCGGATCCGGAAGGGTTCACGAAGAAGGCCCAGGCGTCCATGGCCCGGCAGGTGCAGGCGATGGTGGAGCTCCAGGACGCCGGTGCTGAGGTGTTCGATTACGGTAACTCGATCCGTGACGAGGCGCGCACGGGCGGGTACGAGCGGGCGTTTGAGTTCCCCGGCTTCGTTCCGGCGTATATTCGTCCGTTGTTCTGTGAGGGCCTTGGCCCGTTCCGGTGGGTCGCCCTTTCCGGGGATCCGGAAGACATCGCCGTGACCGATAAGGCGATCAAGGAGTTGTTCCCGGAGAACAAGCACCTGCACAAGTGGTTGGATGCTGCTGCGGAGCGGGTGGAGTTCGAGGGCCTGCCGGCACGTATTTGCTGGCTCGGGTACGGTGAACGGGCCAAGGCCGGGTTGTTGTTCAACCAGCTCGTGAAAGAGGGTAAGGTCAAGGCCCCGATCGTGATCGGCCGTGACCACCTGGACTCCGGCTCGGTTGCGTCTCCGTACCGGGAGACCGAGTCCATGGCTGACGGGTCCGACGCTGTTGCTGACTGGCCGTTGCTGAACGCCCTGCTCAATACCTCTTCGGGTGCTACCTGGGTGTCGATCCACCACGGCGGCGGTGTCGGTATTGGCCGGTCCCTGCATGCCGGGCAGGTCTCCGTCGCTGACGGCACCGATTTGGCCGCGGAAAAGCTCGAACGGCTCCTGACCAACGACCCCGGCATGGGGGTCATCCGCCACGTCGACGCCGGCTACCCCCGCGCCGTCGAGGTCGCCAACGAACGCGGCGTCCGCATCCCCATCCCCCCGAGCACCCTAACCTCGCAAGCTCGGTCAGGGAACCCTGCTCGCGTGGCCCCAGAGAAGTAA MAPADFTTGARPVKAARGTELTAKSWQTEAPLRMLMNNLDPEVAERPDDLVVYGGTGRAVRSWAAFDAITRTLESMEKDETLLVQSGKPVGVFRTHEWAPRVLLANSNLVGDWATWPEFRRLEAEGLMMYGQMTAGSWIYIGTQGILQGTYETFAAVGNKLAAEGRHPAPAVEGSTEGPLAGTLTLTGGCGGMGGAQPLAVTLNDGACLIVDVDESRLRRRAGKRYLDEVETDLDAAIAKVQKAKAERRGWSVGYVGNAAEVFPELLARHKAGEVTFDVVTDQTSAHDPLSYLPEGITVAEWHAEAEADPEGFTKKAQASMARQVQAMVELQDAGAEVFDYGNSIRDEARTGGYERAFEFPGFVPAYIRPLFCEGLGPFRWVALSGDPEDIAVTDKAIKELFPENKHLHKWLDAAAERVEFEGLPARICWLGYGERAKAGLLFNQLVKEGKVKAPIVIGRDHLDSGSVASPYRETESMADGSDAVADWPLLNALLNTSSGATWVSIHHGGGVGIGRSLHAGQVSVADGTDLAAEKLERLLTNDPGMGVIRHVDAGYPRAVEVANERGVRIPIPPSTLTSQARSGNPARVAPEK PGPT0020250_696 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_HISTIDINE_DEGRADATION,PGPT0020250-hutU-K01712 NA NA D3-18_04074 438 hypothetical protein ATGGCAACGCACCGAGTCACCACGCTCGTCGCCGCACCGCCCGAGCGCGTCTTCGCTGCTTGGACGGACCTGGACCGGTTCCCGGAATGGATCGGCGGAGTCACCCGCGTGACCGACCGCGTGGGTTCAATCGACCAAGCAGGTAGCCGTTACACGGTCTGGTTCGGGCGGATGGCAAGCCCCACGGAAATCATCGCCGTCGAGCCCCCCTGGCACATCCGGACGCGGTTCGGCAATGCAATCCTGAAGGGCGAGTCCGATGTGAGATTCGCTGCCGAGAACGGAGGCACGCGCATTCGGCAGGAGTTCGTGACCCGCGGCTTCATCTCAGCGATCTTCGGGCGCCTCTTCGCCATGGGGTCGTACCGCGGTAGCTTCCAGGGCGAGCTGGAGACCTTCCGCAAACTCGTCGAGCGGGATGCCCTAGGGCCGGCTTAG MATHRVTTLVAAPPERVFAAWTDLDRFPEWIGGVTRVTDRVGSIDQAGSRYTVWFGRMASPTEIIAVEPPWHIRTRFGNAILKGESDVRFAAENGGTRIRQEFVTRGFISAIFGRLFAMGSYRGSFQGELETFRKLVERDALGPA NA NA NA NA NA D3-18_04075 807 iclR_2 COG1414 Transcriptional repressor IclR ATGACAACGACGCCGACCGCCCCAGGCAAAGCCACGTCCAAAGTCCCGGCCGCCGAAAATACGCTGCGCATCCTGAAGCTGCTGGCGTCGCGCCGCGGGCCTATGGCGGCGTCGAACATTGCAACCGCGCTCGGCCTGCCGCGATCCAGTGTGTACCACCTGCTCGGCGTGATGGAGGCGAACGGCTTTGTCCTCCACCTGCACGAGGAACAGCGTTACGGGCTTGGCATCAGCGCCTTCGAGCTCAGCTCGGCGTACTCACGGCAGGAGCCGTTGTCGCGCCTAGGCCGGCCGATGCTCGCGTCGTTGGTTGACGTCATCGGTGAGAGTGCACACCTGGCGGTGCTGCACGGGCGCGACGTTCTCTACATCGTGGAGGAACGTGCCAAGAACCGCCCGAGCCTGGTGACCGACGTCGGGGTCCGCCTTCCCAGCCACCTCACTGCCTCCGGCCGGGCGATCCTGGCCGCCCTGCCAAAGTCCCAAGTGCGCGCTCTTTACCCGAATGCCGCCGCCTTCACCTCCCGGCACGAGGTGGAGTTCCCCATCATGAAGTACTCCGCGTTGTCATCCCATCTGGACCAGGTTCGGCAACGCGGCTACGCCACGGAAAACGGCGAAATCACGCCGGGATTCGGTTCCATCGCCGCCGCTGTGACAGACCATGTGGGATGGCCGACGGCGGCAGTCGCCGTCACCTTCTTGGAGGACAAGGTGCCCGCTGAGCAATGGCCGGTACTGGCTGCGCGCATCCGTAAGGCAGCGGACGAACTTTCCGTGCGGATCCACGGGCGTCCGGCCGGCTAA MTTTPTAPGKATSKVPAAENTLRILKLLASRRGPMAASNIATALGLPRSSVYHLLGVMEANGFVLHLHEEQRYGLGISAFELSSAYSRQEPLSRLGRPMLASLVDVIGESAHLAVLHGRDVLYIVEERAKNRPSLVTDVGVRLPSHLTASGRAILAALPKSQVRALYPNAAAFTSRHEVEFPIMKYSALSSHLDQVRQRGYATENGEITPGFGSIAAAVTDHVGWPTAAVAVTFLEDKVPAEQWPVLAARIRKAADELSVRIHGRPAG NA NA NA NA NA D3-18_04076 1461 proY COG1113 Proline-specific permease ProY ATGCAACAAACCAAGCTGGCTGCGGAGAGCTCTGTCCTCCAAGTCGCAGGTACGGCGCTCAGCCGAGGCCTCAACGTCCGTCACATTCGCTTTATGGCGCTCGGATCTGCCATCGGTACCGGCCTTTTCTACGGCTCCGCCTCCGCCATCCAGAAAGCCGGTCCTGCCGTCCTGCTTGCCTACATCATCGGCGGTGCAGCCGTGTTCATGGTGATGCGTGCCCTGGGTGAGATGGCTGTCCGCCACCCTGTTTCCGGCTCGTTCGGCCAGTACGCAAGCAAGTATCTGGGACCGTTCGCCGGGTTCGTGACCGGGTGGACGTACGTGTTCGAGATGGCGATCGTGGCCATAGCCGACGTCACCGCCTTCAGTATCTATATGGGATTCTGGTTCCCACAGGTGGACCGATGGATCTGGGTGCTCGCCATCATCCTGTTCCTGGGCGCCATGAACCTGCTCAGCGTGAAGGTGTTTGGCGAACTCGAGTTCTGGTTCTCGCTCATCAAGGTGGTGGCGATCATCGCCATGATCGTGGGCGGTGCAGCGATCGTTGTGTTCGGCTTCCAAACGGGCGACGGCGGTGGCGTGGCACCGGGGCTTGGGAACCTCGTGAACCACGGCGGTTTGTTCCCCAACGGTTTCGAGGGGCTCCTGGCCGCGTTCGCCGTCGTGATGTTTGCTTTTGGCGGGATCGAAACGATCGGTATCACGGCGGGCGAAGCCACCAACCCCAAGAAGGTCATCCCGCAGGCAGTTAATACTGTGCCCGTCCGCGTTTTGTTGTTCTACGTCCTGACGCTGGGCGTGCTGATGAGCATTTTCCCGTGGAACGAAATTGGAAGCAGCGGCAGTCCGTTTGTGCAGATCTTCGCTGGCCTGGGCATTCCTGCCGCGCCTCACATCCTCAACGCGGTGGTCATTACGGCCGCTCTCTCGGCGATCAACAGCGACATTTTCGGGGCCGGACGGATTCTCTTCGGCCTCGCCCAGCAAGGCCATGCGCCCAAGAGTTTCAGCAAGATTTCCCGGCACGGTGTCCCGTGGATGACCGTGGTGATGATGGGCGGCATCCTGCTGGTGGGCGTCATCCTGAACGCCGTCATACCTGAAGACGTATTCGTGCTCATCGCCTCCATCGCCACCTTCGCCACGGTGTGGGTCTGGGTGATGATCCTCGCTTCGCACGTCGCCATGAAACGGGAGATCAAGCGCAAGGGGCTGCCGGCGTCGGAATTCGCTTCGCCGTTGTGGCCCGTCGCATCCATCCTGACCATGGCGTTCATGGCCATGGTGATCGTGATACTGGGCGTCTTCGAGGACACTCGGGTTGCGCTCTACGTTGGCGGTTCCTGGCTCGTGCTGCTCTTCGTGGCCTATAAACTGTGGGTCCGTGGAGGTGGCCTGCGCCGGGCAGAGTTGGTGGACGAGACGTCGTCGATGCCTGTGGTGAAGGCGCCGTAG MQQTKLAAESSVLQVAGTALSRGLNVRHIRFMALGSAIGTGLFYGSASAIQKAGPAVLLAYIIGGAAVFMVMRALGEMAVRHPVSGSFGQYASKYLGPFAGFVTGWTYVFEMAIVAIADVTAFSIYMGFWFPQVDRWIWVLAIILFLGAMNLLSVKVFGELEFWFSLIKVVAIIAMIVGGAAIVVFGFQTGDGGGVAPGLGNLVNHGGLFPNGFEGLLAAFAVVMFAFGGIETIGITAGEATNPKKVIPQAVNTVPVRVLLFYVLTLGVLMSIFPWNEIGSSGSPFVQIFAGLGIPAAPHILNAVVITAALSAINSDIFGAGRILFGLAQQGHAPKSFSKISRHGVPWMTVVMMGGILLVGVILNAVIPEDVFVLIASIATFATVWVWVMILASHVAMKREIKRKGLPASEFASPLWPVASILTMAFMAMVIVILGVFEDTRVALYVGGSWLVLLFVAYKLWVRGGGLRRAELVDETSSMPVVKAP PGPT0000815_843 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 D3-18_04077 750 bdhA D-beta-hydroxybutyrate dehydrogenase ATGGATAACTCCCTGAACGGACGCAAGGCACTGGTTACGGGCGGGGCGAGCGGAATCGGTGCAGCCTGCGCGCGGGCGCTCGCCGCTCGTGGAGCGAAAGTAGTAGTGGCCGACGTCGATGCCTCCGGAGCTGCGGCCCTCGCCGATGAGTTGGGCGGCACAGCCTGGACAGTGGATCTCCTGGACGTCGACGCCCTGGCCGCCCTCAGCCTCGACTGCGACATCCTGGTCAACAACGCCGGCATCCAAAAAGTTGCGCCGATCGAGGAGTTCGAACCCGCGGAGTTCCGGCGGATCCTGGCCCTGATGCTGGAGGCGCCGTTCCTCCTCATCAGGGCGGCCCTCCCGCACATGTACGCCAACGGGTTCGGCCGAATCATTAATATCTCGTCGGTCCACGGGCTCCGTGCCTCCGCTTACAAGAGCGCTTACGTATCCGCGAAGCATGGGCTCGAAGGGCTGAGCAAGGTCACTGCCTTGGAGGGCGGCGAGCACGGTGTCACGTCCAACTGCATCAACCCCGGTTACGTGCGGACACCCTTGGTGGAGAAGCAGATTGCCGACCAAGCCCGGCTCCACGGCATCCCCGAAGCCGAAGTCCTGGCAAAAGTGATGCTGACGGAGTCGGCGGTGAAGCGGCTCGTGGAGGTGGAGGAAGTTGCTTCGCTGGCGGCTTGGATGGCATCCGACGACGCCGGCATGGTCACCGGCGCGAGCTACACCATGGACGGTGGGTGGTCCGCCCGGTAA MDNSLNGRKALVTGGASGIGAACARALAARGAKVVVADVDASGAAALADELGGTAWTVDLLDVDALAALSLDCDILVNNAGIQKVAPIEEFEPAEFRRILALMLEAPFLLIRAALPHMYANGFGRIINISSVHGLRASAYKSAYVSAKHGLEGLSKVTALEGGEHGVTSNCINPGYVRTPLVEKQIADQARLHGIPEAEVLAKVMLTESAVKRLVEVEEVASLAAWMASDDAGMVTGASYTMDGGWSAR PGPT0008310_2732 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008310-bdh-K00019 NA NA D3-18_04078 1383 abaF_11 Fosfomycin resistance protein AbaF ATGAGCGTAGAGCAGCGCTCCGCATCAAGAGCAGGGAAAGGCGCCGGCGAAGGTTCCGGGCTCAAGAAGATCGTCGCGGCGTCGATGGTGGGCACCGTGGTGGAGTGGTACGAGTTCTTCCTGTACGCCACCGCCGCCACGTTGGTTTTCGGCAAGTACTTCTTCCCGAGTACCGGCAACGAGCTGGACGGCATCATCCAGGCCTTTATCACCTACGCGGTAGGCTTCGTGGCCCGTCCGCTCGGCGGCATCGTGTTCGGCCAGATCGGCGACAAGTTGGGCCGCAAGCCCACCCTGCAGCTGACCATCGTGATTGTGGGCGTTTCCACCTTCCTGATGGGCTGCCTCCCGGGCTTTATGGAGATCGGCTACTGGGCACCGGCCATGCTGGTGGCGCTCCGCTTCATCCAGGGCTTCGCGCTCGGCGGCGAATGGGGAGGTGCTGTGCTGCTGGTGGCTGAGCATAGCCCCAACAAATCCCGCGGTTTCTGGTCCTCGTGGCCCCAAGCAGCAGTGCCGGTGGGTAACCTCCTGGCCACTGCCGTCCTGTTCACCATGTCCACAGTGCTCAGCAGCGAAGCCTTCCTCGGCTGGGGCTGGCGCGTAGCGTTCTGGCTCTCCGCAGTGATCGTGTTCGTCGGATACTACATCCGCACCCATGTCACCGAAGCCCCCATCTTCCTCGAAGCCAAGGCGCAGGTGGAAGAGTCCAAGGCCATCAGCTACGGCGTTGGCGAAGTCATCCGGAAGTACCCCAAGGGCATCCTCCAGGCCATGGGTCTCCGCTTCGCAGAGAACATCATGTACTACCTCGTGGTGAGCTTCGCGATCGTCTACCTCAAGAGCGTCCATAAGTACGACACGTCCTCGCTCCTCCTGGCACTCCTGATCGCCCACGTCATCCACTTCCTGGTCATCCCGCAGATCGGGCGCCTGGTGGACTCGTGGGGACGCAAGCCCGTGTACCTGGTGGGCGCGATCACCGGCGCAACCTGGCCGTTCTTCGCCTTCCCCATGTTCGACACCAGGAACGCCGTGATCATCGTCCTCGCCGTCACCATCGGCCTCTGCCTGCACGCGTTCATGTACGCAGGCCAGCCGGCCATCATGTCCGAGCTCTTCCCCACCCGGATGCGCTACTCCGGTGTTTCGCTCGGCTCGCAGGTCACGTCGATTTTCGCCGGCTCGCTCGCACCGTTGCTGGCTACCCAGTGGCTCAAGGACACCGGCTCCTGGGTTCCGACGGCGATCTACCTCGTGGTTGCTTGCGCCATCACCGTCGTCGCAGTTGTTTCGCTGAAGGAGACCAAGGGCATCGCGCTCCAAGAAGTGGACCAGGCCGACGCGATCAGGCACGGTCTGACCACTGCCCCGAAAGGCTGA MSVEQRSASRAGKGAGEGSGLKKIVAASMVGTVVEWYEFFLYATAATLVFGKYFFPSTGNELDGIIQAFITYAVGFVARPLGGIVFGQIGDKLGRKPTLQLTIVIVGVSTFLMGCLPGFMEIGYWAPAMLVALRFIQGFALGGEWGGAVLLVAEHSPNKSRGFWSSWPQAAVPVGNLLATAVLFTMSTVLSSEAFLGWGWRVAFWLSAVIVFVGYYIRTHVTEAPIFLEAKAQVEESKAISYGVGEVIRKYPKGILQAMGLRFAENIMYYLVVSFAIVYLKSVHKYDTSSLLLALLIAHVIHFLVIPQIGRLVDSWGRKPVYLVGAITGATWPFFAFPMFDTRNAVIIVLAVTIGLCLHAFMYAGQPAIMSELFPTRMRYSGVSLGSQVTSIFAGSLAPLLATQWLKDTGSWVPTAIYLVVACAITVVAVVSLKETKGIALQEVDQADAIRHGLTTAPKG PGPT0002956_62 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_04079 915 argP HTH-type transcriptional regulator ArgP GTGTGCAGAATTGCAGATATGAATCCGAACCCCGACGACCTCCTCATCTTCCTCGCGGTCTCACGTTCAGGAAAATTTACGACGGCGGCCCAAGCCTTGGGGCTCAACCACACCACGGTTTCGCGCAGGATAGCGGCGTTGGAGAAGGCGCTGGGCGGCAGGGTCCTGGCGCGTGCGGCCGGAGGCTGGGAAGTGACGGAGCTGGGCACCGAAGCCGTACTTGTCGCTGAGCGGATTGAAGCTGCGGTAAGTGCCCTGGGACCGAGCGACCGCGCCCCCGACCCCATTACCGGCGTGGTACGCATGACCGCGACTGATGGCTTCAGCGCTTATATCGCTGCACCAGCAGTGGCCCGCTTGCGACGGGAACATCCCGGACTCAGCGTTGAGATCGTGACCGTGACGCGAAGGGCGTTGCAACAGCGCTCGGGGCTGGACATCGAGGTGGTGGTGGGGACGCCGCAGGTTCACCGGGCCGAGGCGATCCAACTGGGCGAGTACCGGCTGGGGATGTATGCTTCGCGCGCTTACCTGGCAGACAACGGGACGCCTTCCAGTATTGAGGAACTGACGCAGCACCAACTGGTCTATTTTGTTGACTCCATGCTGCAAGTGGATGACCTGGATGCTCCCCGCAGACTGGTCCCGACCATGCGTGACGGGCTGAGTTCCACCAACGTTTTCGTGCATGTGGAGGCTACCCGGGCCGGCGCCGGCGTGGGCTTCCTCCCCTGCTTCATGGCCGACAGGCACGCCGACCTGGTGCGCCTCCTACCATCGGACTTCGCGGAGCTTCTCCCCTACTGGATGGTCCTCCGCCCGGACTCCATGCGCCGCCCCGCGGTAGCCGCCGTCGTGCAGGCCTTGCGGGAGGAGACGGAGCAGCGGCGGGAGGAGCTGCTCGGCTCGGAGTAG MCRIADMNPNPDDLLIFLAVSRSGKFTTAAQALGLNHTTVSRRIAALEKALGGRVLARAAGGWEVTELGTEAVLVAERIEAAVSALGPSDRAPDPITGVVRMTATDGFSAYIAAPAVARLRREHPGLSVEIVTVTRRALQQRSGLDIEVVVGTPQVHRAEAIQLGEYRLGMYASRAYLADNGTPSSIEELTQHQLVYFVDSMLQVDDLDAPRRLVPTMRDGLSSTNVFVHVEATRAGAGVGFLPCFMADRHADLVRLLPSDFAELLPYWMVLRPDSMRRPAVAAVVQALREETEQRREELLGSE NA NA NA NA NA D3-18_04080 1779 hypothetical protein ATGGTAAGCATGCCCTCCAGTTCTGCCCTTCCGCCCAGCCCGCCCGGGCGCAAAAAGCAAGCACCATGGAAGGTCTCCCGACTCTTCAGTTTCACGTTGTTCGCCAATGGCCGCTGGAAGCTGCTGTTGGCGGGCTGCGCCGGACTCGCCCTGCATCAGGTCAGCGAGGCTTTGGTGCCGGCTACCATCGGCGCCGCGGTGGACAACGCCATTGAACCGAACGACGCCGGCGCTCTCCTGGGGTGGCTCGGCGCCTTGGCTGTGGTGTTCGTTGTGCTGGCTCTCTCTTGGCGCTTCGGCACCCTGGCCACCGAGCGCTCCTTTAACTACGGCTCGCACGATCTCCGCCAACTGGTGGTGGAACGAACACTTCATCCCCGCGGTATGGCCGCCCAACGAGCACCGGGCGAAATCGTGGCCATCGCTTCTTCCGACGCCGACAGGGTCGCCGGGCTGTCCTGGCTTATCAGCGGGGGCCTTGCTGCAGCCGCCGGTGTCATCACATCGGCCGTCACCCTCCTGCTCATCTCAGTGCCTCTGGGTCTTGCCGTTCTCCTGGCAACACCGGTCATGCTGCTGGTGATGCACCGGCTCACCAAACCGCTTGAAAACCGCAGCGACGTGGAGCAGTCCACGGCCGCCCGCGCCGGCGCTTTGGCCACGGATTTCGTCACCGGTTCCCGCCCGCTCAAAGGGCTCGGTGCAGAGGACGCTGCCATCGCGCGCTATCGCGCCGAAAGCCGGGCGTCACTGACATCCGCCCTGAAGGCCATCCGGGCCAAGTCCGCTTACACCGGTGCGAGCACGGCCCTGTCCGCAGCGTTCCTGGCCGGCATCGCCTTCTTCGCAGCCTGGTTCGCGCTCCAAGGCAGCATCACTGTGGGGCAGCTGGTGGCCGTTGTTGGAGTGGCGCAGTTTGTTCAGGGACCCATGACCGGGCTCGGTTTCGTCAGCGTCGAACTTGCCCGCAAACGCGCCTCAGCCGCCCGCATCGCAGTCCTGCTTGAAGAACCCGAGGCAGTGCCCGCACCCCAGGCAGCGGAACGTTCGACGACGGCAATGGGCTCAGTTTCGACCCCCACTTCACCGGGCGAGCCAGCACCGCTGCTGGAGCTCCGGTCGGGTGCTTGGGGCGTTTCCTTGCCGCCCTTCACGGCATCCGCCGGGGAAATTGTGGGCGTGGTCCTTCCGGACAGCACACAAGCACGGCAGTTGGTGGACACTTTGGGCTTCCGCACCCCCGCACCCCGCGGCCTCGTGTCCATCGATGGCCACGACGCCGCAGACCTCGACCCCCTACACGTACGCTCAAGGGTCTTCGCCGACAACCACGACGGGGTCCTCTTCAGCGGCAGCATCCGCGACAACATGGCAGTATCCGACGCTGAACTGACGGAACGGGCCATGGCGGCTGCCGCCGTCGAGGATTTCGTGTCACAACTGCCCGAAGGCACCGAGACCGTCCTGACCGGGTATGGCCAGAGCCTTTCAGGTGGCCAGCGCCAGCGGCTGGTTCTCGGCCGATCGCTGCACCAGCAGCAACCGGTACTGGTCCTGCACGACCCCACCACCGCCGTCGACACCGCCACCGAAGCCGTCATCGCGGACGGTCTAAGGAACTTCCCGGACAAGGCTCTGGTTCTCGTGACAACAAGTCCCACGCTGCTGGCCATCTGCGATCGGGTGGTGGTGGCCGGCGCCGAGGGGCCACCGGAAACAGGTACGCACCGGGAGCTACTCGCCGCGTCGGCTGGCTACCGTGAGGCGGTGGGCTCATGA MVSMPSSSALPPSPPGRKKQAPWKVSRLFSFTLFANGRWKLLLAGCAGLALHQVSEALVPATIGAAVDNAIEPNDAGALLGWLGALAVVFVVLALSWRFGTLATERSFNYGSHDLRQLVVERTLHPRGMAAQRAPGEIVAIASSDADRVAGLSWLISGGLAAAAGVITSAVTLLLISVPLGLAVLLATPVMLLVMHRLTKPLENRSDVEQSTAARAGALATDFVTGSRPLKGLGAEDAAIARYRAESRASLTSALKAIRAKSAYTGASTALSAAFLAGIAFFAAWFALQGSITVGQLVAVVGVAQFVQGPMTGLGFVSVELARKRASAARIAVLLEEPEAVPAPQAAERSTTAMGSVSTPTSPGEPAPLLELRSGAWGVSLPPFTASAGEIVGVVLPDSTQARQLVDTLGFRTPAPRGLVSIDGHDAADLDPLHVRSRVFADNHDGVLFSGSIRDNMAVSDAELTERAMAAAAVEDFVSQLPEGTETVLTGYGQSLSGGQRQRLVLGRSLHQQQPVLVLHDPTTAVDTATEAVIADGLRNFPDKALVLVTTSPTLLAICDRVVVAGAEGPPETGTHRELLAASAGYREAVGS PGPT0031355_1 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ERYTHROCHELIN_TRANSPORT,PGPT0031355-etcG|ercG-NA NA NA D3-18_04081 1755 COG1132 putative ABC transporter ATP-binding protein ATGAGCTCGGAAATCCTGCCTATTGCCACTCCTCGCGAGACCCGAAAAGCCATGTGGCGCCTGTTGGCGCAACGCCCCGGCAGGCTCACCCTGACCATCCTGGTGTTACTGGCGGCATCCTGCTGCGGCCTGGCGGCCCCGGCGATTCTGGGCCTCATGGTCAACATCGCGGCATCCGGAGGGGATGTCATGTCCCTGCTGTGGCTGGCGCTGGGGCTATTGGCGGCCGGTGGACTGGGTGCCCTGCTGGGCATCCTGGGACAGAACCTGCTGGCCCGGATCTGCGAGGAAGCGCTCGCCGGGTTGCGCGAGGAAGTGTTTGCGGCAGCCGTCAGGAAACCGCTGGCACAACTGGAAAAGGCGGGCATCGGGGACGTCGTGGCCCGCGTGTCCGGCGATGTTGAAGCAGTCAGTGAGGCAATCTCCGGCGTGCTGCCCGCGTTCACGAGCGCAGCTTTCACCATCGGCGTGACGTTGTTGGGCTTGGGCGTGATCGACTGGCGCTTCGCGGTGGCGGTGCTGATTGCTGCCCCGTTGCAGATCTTCACCCTGCGCTGGTTCCTCAAACGAACAGCCCCCATCTACCGGACGGTCAGGATCACCGAGGCCAGCCGAACCGAGCAGATCATCGAGACCGTCCATGGCTCCCCGTCTGTTGTGGCCTTGGGCCTCGGGTCACGCCATGCCGATCTTGTGGCCGCGGCCTCGCACGAGAACATCGGCCATTCGCTGCGCGGGGTGGGCTACCTGACCCGGTTCTACAACCGCCTCAACCTTGCGGAACTGATCGGCCTGTCCGCGGTTCTGCTGGTGGGATTCTGGCTGCATGCCGAGGGTGCGGTCACCATCGGCGCAGCGACGGCAGCAGCACTTTACTTCTACCGGCTGTTCGATCCGATCGGGCTGGTTCTGGGGCAGTTCGATGAACTTCAGAAAGCCGCAGCCGGATTGGGCCGCATGTTCGGGCTGACGATGTCCGCGGGGCAAACCCCTGTCCCGGCCTCGCCAGCTGCCTCTGATGCCGGCATCGTTCTGAACGATGTCACCTTTGCTTACCCGGGCCAGCGGCCAGCCCTTAAGGGAGTCTCCCTCACGGTCGGCTCGGGCGAGAGAGTGGCGATTGTCGGTACTTCCGGCGCGGGCAAAACCACCTTGGCCAAAATCATCATGGGCTTGGAGCATCCCGGCAGCGGGACAGCCTGGGTCGGTGGGCTGGACTCAGCCGCCACTGCCCCGGCGGACCTGCATCAGCGCATAGCCATGGTCAGCCAGGAGGTGCACGTTTTCTCGGGCACGCTCGCCGAAGACCTCAGGCTGGCCAAGCCCGGCGCTTCTACAGAGGAACTCACACGTGCCCTGCAGGCTGTTGGGGCTGCTTGGGTTGGAACGCTCGACGACGGCTTGGAGACTTCCGTAGGCGCTGGCGGGCATCAGCTCACACCTGAGCAGGCGCAACAGCTGGCGTTGGCTCGGCTGATGCTTAAGGACCCGCCCATTGCAGTGCTCGACGAAGCCACTGCAGAAGCGGGAACCGGGTCTGCCGCCATGCTGGATCAGGCCGCGGAAGCTGCCTTGGCCGGCCGAACGTCCGTGGTGATCGCGCACCGATTGTCCCAGGCAGCGTCGGCGGACACCGTGGTGGTCATGGAGCAGGGGCGGATTGTCGAGTCGGGTTCGCACCAGGAACTGCTTTCGGGCGGCGGCCGCTACGCCCACCTGTGGGAGGCGTGGAACAGCTCACTCAGCCGGAACTGA MSSEILPIATPRETRKAMWRLLAQRPGRLTLTILVLLAASCCGLAAPAILGLMVNIAASGGDVMSLLWLALGLLAAGGLGALLGILGQNLLARICEEALAGLREEVFAAAVRKPLAQLEKAGIGDVVARVSGDVEAVSEAISGVLPAFTSAAFTIGVTLLGLGVIDWRFAVAVLIAAPLQIFTLRWFLKRTAPIYRTVRITEASRTEQIIETVHGSPSVVALGLGSRHADLVAAASHENIGHSLRGVGYLTRFYNRLNLAELIGLSAVLLVGFWLHAEGAVTIGAATAAALYFYRLFDPIGLVLGQFDELQKAAAGLGRMFGLTMSAGQTPVPASPAASDAGIVLNDVTFAYPGQRPALKGVSLTVGSGERVAIVGTSGAGKTTLAKIIMGLEHPGSGTAWVGGLDSAATAPADLHQRIAMVSQEVHVFSGTLAEDLRLAKPGASTEELTRALQAVGAAWVGTLDDGLETSVGAGGHQLTPEQAQQLALARLMLKDPPIAVLDEATAEAGTGSAAMLDQAAEAALAGRTSVVIAHRLSQAASADTVVVMEQGRIVESGSHQELLSGGGRYAHLWEAWNSSLSRN PGPT0031350_1 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-ERYTHROCHELIN_TRANSPORT,PGPT0031350-etcF|ercF-NA NA NA D3-18_04082 921 speE_2 Polyamine aminopropyltransferase GTGGCAAAACGCGGCAAGGCCAACAGGTCCCAGAGGTCGACGGCGGGGGTCGTCGAGGTGCCATCCGGCACCCGCCCTGACGGTCCGGTCGCGGGGGTCTACTACATCGATACCGGCGACTGCGAGTTGCTGCAGGACCAAGACAACTCCAATGGCTGGCTTCTGAGAATCAACGGCGTCATGAGCTCGCACATTGACCTGGCTGACCCGCTGTTCCTGGATTTTGAGTACATGCGCTGGATCGCTGCCCTGGTCGAATCGCGCTGGCCGCCAGAGCAGAAGCCTAAGCTACGTGGCCTTCATCTCGGTGGGGGAGCTTGCTCCATGGCCCGCTATTTCCACGCGGCCTACCCTGAAGCGCGGCAAGTAGTTGTTGAACTCGACGGCAAGCTGGCTGACTACGTGCGGGGCTGGTTCGATTTACCCAAGGCGCCCTTGCTACGGATCCGCGTGGGCGAAGCCCGGCAAGTCACTGAGTCCCTGAGCCCGGACAGCCGCGACCTCATCATTCGCGACGTCTTCGCTGGAGCTTTCACGCCCCGCGCCCTGACCACCCGGGAGTTCACAGCGCACGCGGACTCGGTTCTCGCCCCGGATGGACTGTACGTGGTGAATTCGGGCGATGCTCCGGACCTCAAGAACGCCCGGGCTGACGCTGCCACCATCGCGGACACGTTCGAGCACACCATGATCATCGCCGATCCGGCCATGCTGAAGGGGCGCCGTTACGGCAACATGATCATGGCGGGCAGCCATGCGCCATTCGGCGATGACCCCTCGTTGGCCCGCAAACTGCTGGGTGGAGGTGTCCCCGCGCACATTTGGGATGACGCCAAAGTGCGCGCATTCGCCAAGGGAATTCCGGTGCGGCATGACCCGCCGGCCGAGCCCTTGGTTGAAGCCTCAGTTCCGGCTGAGTGA MAKRGKANRSQRSTAGVVEVPSGTRPDGPVAGVYYIDTGDCELLQDQDNSNGWLLRINGVMSSHIDLADPLFLDFEYMRWIAALVESRWPPEQKPKLRGLHLGGGACSMARYFHAAYPEARQVVVELDGKLADYVRGWFDLPKAPLLRIRVGEARQVTESLSPDSRDLIIRDVFAGAFTPRALTTREFTAHADSVLAPDGLYVVNSGDAPDLKNARADAATIADTFEHTMIIADPAMLKGRRYGNMIMAGSHAPFGDDPSLARKLLGGGVPAHIWDDAKVRAFAKGIPVRHDPPAEPLVEASVPAE NA NA NA NA NA D3-18_04083 927 hypothetical protein ATGGTGACATCCCCCGTGGCCGCGACGGGCCGTTTCTTCTGCGCGGAAAGTGCTCGGCTGCGTGGCGACTCGATGGCCGGCACGGCGTCACCGGGCCTGGTTTGGGTTCTCATAGAGTATCCGGGCGCCTGGCCGCCCAATGGTTTCGAGGGCCTTGATCTTGACGCCGGGACCAAGGCCCTGGTCATCTCTGCCGCGCGGACTGCGAATGCACGGATCCTCCTGGTGCGGCGTCCTGGCCCCCGGCGGCTCGGTGCTCGTCAGCGCCATGGTCCGGCCAGGTGGGCCATACTTCGTCATGACAGCTCCGGCACCTATCAACAGTTATGGGGAATGTGGGAGAGGGAGGAGGACCTTGCAGAGATTGCTTCAGCGTTGGCATCTCCCGGAGAGCAGGGCTTTCCACCGGTCATCCTGGTTTGCGCCCATGGTCAGCATGACACGTGCTGCGCAGTGCGGGGCCGGCCCGTGGGGCGTGCGCTCAGTGAACGATGGCCGGAGTTGGTGTGGGAGTGCTCCCACATAGGCGGTGACAGGTTCGCGGCCAACGCTGTCATCGTCCCCGACGGCGTGTATTACGGAGGACTCGACGCCGGGTCCTCCGTCGCCACTGTTGAGGACCACCTCGCCGACCGTATCGGAGCAGAGTACTTGCGTGGATATACGGACCTCCTCCCACCACAGCAGGCCGCCGTCGCGGCCGTGCTCGAACGTTTCGGACCTGCCCGCCGGCATGATTATGTGGTCACGGAAACCCTGCGCGAGGGCGAGCACTGGCGCATCCACATCACCGGCAGACCGCCCCACCCGGCGCATATCGATGTGGAATTGCAGGCCCGCGGCACCCCACTGCGTCAGCTCACCTGCCGGGCGCCTACGGAGGGCTCGGTGATAGTGTACGAACCCACTTCCGTCCGCAGAACCTGA MVTSPVAATGRFFCAESARLRGDSMAGTASPGLVWVLIEYPGAWPPNGFEGLDLDAGTKALVISAARTANARILLVRRPGPRRLGARQRHGPARWAILRHDSSGTYQQLWGMWEREEDLAEIASALASPGEQGFPPVILVCAHGQHDTCCAVRGRPVGRALSERWPELVWECSHIGGDRFAANAVIVPDGVYYGGLDAGSSVATVEDHLADRIGAEYLRGYTDLLPPQQAAVAAVLERFGPARRHDYVVTETLREGEHWRIHITGRPPHPAHIDVELQARGTPLRQLTCRAPTEGSVIVYEPTSVRRT NA NA NA NA NA D3-18_04084 1167 hypothetical protein GTGAAGGAGGCCGGGGTCCTGGAAAGACGCCTGATCGACATCGGCCAGGAGAGGTTCGCCAGCGAGGTCTGGGGCCGCACCGCGCTACTCACGCGTGGTGTCAGCGACTTCTCTGATTTGTTCTCGGCCAATGCAGTTGACGAGCTGGTTTCGCGCCGGGGTCTGCGGACACCCTTCCTGCGCGTGGCCAAGGGTGGCTCCACTCTTCCCGAATCCTCCTACACCTCTCCGGCAGGCGTTGGTGCCACTATCTCTGACCAGCTGGACGATACTCAGCTTTGGCGCAAGTTCGGCGACGGAGCCACCCTGGTCCTGCAGGCGTTACATCGCACGTGGGAGCCTGTGGCGAGCTTCAGCACCAAGCTGAGCACCGAGCTGGGACATCCTGTGCAGGCCAATGCTTACGTCACCCCGCCTCAGAACCGTGGTTTCGACGATCACTACGACGTCCACGACGTCTTCGTCCTCCAGATCGAGGGGACCAAACGCTGGATCATCCATGAGCCGGTCCACGTGGACCCGCTGCGTACCCAGCCTTGGACCGATCGCCGCTCCGCCGTCGCCGAGGCCGCCCAAGGTGAGGCTTATATTGACACCGTCCTGGAGCCTGGCGATGTCCTCTACCTGCCGCGCGGTTGGTTGCATGCCGCCCAGGCGCAGGGGAAGGTCTCGATCCATCTCACTCTGGGAATACACAGCTGGACCCGCCACGCGCTGGCCGAGCACCTGGCGCAGGCCGCACTTGAAGCACTCTGCGACGATCCCGGGATGCGCCGGTCCTTGCCCATGGGCGTGGATGGCCCCGAAGGGGAGATTGCCGCGGTTCGTGAACGCCTCGCCGCCGCCGTCCTGGAAGCTGACACCACTTCCCTCTTCCAGCGCGCACGGCGGGGACAGGGACGCCCGGCCCCGCTTGGCCCGGTGGCCCAGCTCGCGGCCGTCGAGAACCTTGGCCCGGAATCACTGGTGCGGCTTCGGGATGCACTTGAAGCCCGGTTTGAGGGTTCACGTTTGACCACCCGCGTCGGCTGGCTCGACTTCCCGGAGGTGGATCTGCCGTCCGTGCGGCGCCTGCTGGACGGCGAGGCGCACCTCGCGGCCGATCTCGGCGTTGAACTTGTGGAAAGGCTGTTACGCGCAGGAGTTCTCGTCCCCGTTGAGCAGTGA MKEAGVLERRLIDIGQERFASEVWGRTALLTRGVSDFSDLFSANAVDELVSRRGLRTPFLRVAKGGSTLPESSYTSPAGVGATISDQLDDTQLWRKFGDGATLVLQALHRTWEPVASFSTKLSTELGHPVQANAYVTPPQNRGFDDHYDVHDVFVLQIEGTKRWIIHEPVHVDPLRTQPWTDRRSAVAEAAQGEAYIDTVLEPGDVLYLPRGWLHAAQAQGKVSIHLTLGIHSWTRHALAEHLAQAALEALCDDPGMRRSLPMGVDGPEGEIAAVRERLAAAVLEADTTSLFQRARRGQGRPAPLGPVAQLAAVENLGPESLVRLRDALEARFEGSRLTTRVGWLDFPEVDLPSVRRLLDGEAHLAADLGVELVERLLRAGVLVPVEQ NA NA NA NA NA D3-18_04085 318 hypothetical protein ATGACCATTCCAGAGCAGGATCCAAGCGAGCAGGAAGGCCCGGCAGACGGTGGCGCGGCCGGTGTCCCGGGAACGCACGACGGCGGTGCCGACGGGGGAGCTGACGGCGGTGCCGACAGCGGCGCCGAAGGCCCTGCCGACGGTGGCGCGGCTGGTGTCCCAGGCACCCACGACGGCGGTGCTGATGGTGGTGCCGACGGTGGTGCCGAAGGCCCTGCCGACGGTGGCGCGGGTGGCGTCCCAGGCACCCACGACGGCGGCGCTGATGGCGGTGCCGATGGCGGTGCTGACGGCGGCGCCGGGCAACAAGGCAGCTAA MTIPEQDPSEQEGPADGGAAGVPGTHDGGADGGADGGADSGAEGPADGGAAGVPGTHDGGADGGADGGAEGPADGGAGGVPGTHDGGADGGADGGADGGAGQQGS NA NA NA NA NA D3-18_04086 504 hypothetical protein GTGGATTTCACGATTCGCCCCGCAACGGTGGATGATGCCGAGGCCATGGCACTCATGCATGTTCAGTCGTGGAGGGAGAGTTACGGGCATCTGCTGCCTCCGGAGTTCTTCGGGAAACAGGAAGCGGCGCTACCCGACCGCATCGAACGGTACCGGGCGCTCATTGCTGCAGGTAACACCCGGATGTTGGCCCACGATCCGGATGGTCACCTGGTTGGCCTCGGTGCAGCTGGTCCCGGACAGGACGAGGACGGTCCCTGCGAACGGGAGCTCTACATGCTTTACACCCTGGAACGCATCCATGGCAGGGGAGTGGGCCAGGCCTTGGTGGAAGCACTGATCGGCGATGGGCCGGCGTACTTGTGGGTGCTGGACGACAATCCCCGTGCGCAGGCTTTCTATCGTCGCAACGGTTTTGTGCCGGACGGGAAACGTCAGCTCTGCGACCCATCCTGGTACTCGCTGCCGGAGCACCGTATGGTGCGCCCCGCCGTCGGGCCTTAG MDFTIRPATVDDAEAMALMHVQSWRESYGHLLPPEFFGKQEAALPDRIERYRALIAAGNTRMLAHDPDGHLVGLGAAGPGQDEDGPCERELYMLYTLERIHGRGVGQALVEALIGDGPAYLWVLDDNPRAQAFYRRNGFVPDGKRQLCDPSWYSLPEHRMVRPAVGP NA NA NA NA NA D3-18_04087 672 COG4122 Catechol O-methyltransferase ATGATTGAACACGGAACCGAGCCTGGTTGGGTTGACGTCGAGCAGTACCTGACTGACGTCGTCGTGCGTCCTGATCCGGCCCATAAGCGCGCCGTGACTTCTGCTGCTGAGGCAGGGATGCCTGCCATTGAAGTAGCGCCCAACGCCGGCAAGTTGTTGCGAATGCTGGTTCAAATGTCGGGGGCCAGGCGGGTCCTCGAGATCGGAACCCTTGCGGGGTTCAGCAGCATGTGGATGGCCCAAGGACTGCCCGACGACGGCCGGATAGTTACGTGCGAATTCCTCCAAAAGCATGCCGACGTGGCACGCGCCAATTTGGATGCTGCCGGCGTGGGACACAAGGTGGATATTCGCGTTGGTGCTGCGTTGGACACCCTGCCGACCTTGGCAGGCCAGGAATCGTTCGACTTCGTGTTCATTGATGCCGACAAGGAAAACGACGCCAACTACCTCGACTGGGCCATCCGCCTCGGTCACCCGGGAACGGTGATCGTGGTGGATAACGTGATTTGGGATGGGGCCATTCTGGAGCCCGAGCGGGACGAGGTCAACGCACCAGGCATTGTGGCCATGCTGGAAAGAATGGGGCAGGATCCGCGACTCGATGCCACAGCCATCCAAACTGTGGGTAGCAAGGGTTGGGACGGTTTTGCGATAGCGAGGGTGCGGTAA MIEHGTEPGWVDVEQYLTDVVVRPDPAHKRAVTSAAEAGMPAIEVAPNAGKLLRMLVQMSGARRVLEIGTLAGFSSMWMAQGLPDDGRIVTCEFLQKHADVARANLDAAGVGHKVDIRVGAALDTLPTLAGQESFDFVFIDADKENDANYLDWAIRLGHPGTVIVVDNVIWDGAILEPERDEVNAPGIVAMLERMGQDPRLDATAIQTVGSKGWDGFAIARVR NA NA NA NA NA D3-18_04088 333 hypothetical protein ATGTTGCTTGCATTCTCAGTCGCCCCTTCTGGCCAGCCCTCTTCCGCTACCAACGGCGGACCCACCCCGGATGCCTCCGTGCACGACGCCGTCGCTGCCGCCGTCAAGATCGTCCGCGAGTCCGGATTGCCCAACCAAACGGACTCCATGTTCACCACCATCGAAGGCGAATGGGATGAGGTTTTCGACGTCGTCAGGCGCGCCACTGAGGCTGTTGGCCGTTACGGCAGCCGCGTCTCGCTGGTGATCAAGGCGGACATCCGTCCCGGATTCAGTGGTGAGCTGACCGGCAAGGTGGAGCGCTTGGAAGAAGCCATTTCCGCCACGGACTAG MLLAFSVAPSGQPSSATNGGPTPDASVHDAVAAAVKIVRESGLPNQTDSMFTTIEGEWDEVFDVVRRATEAVGRYGSRVSLVIKADIRPGFSGELTGKVERLEEAISATD NA NA NA NA NA D3-18_04089 705 hypothetical protein GTGCCGGTTTGTCACATAACAACCTACTCCCGCGTAACAAGGGGCCGGGAGGCCTCCATTGCTACCCTGACAAGCATGGAACAGCCCTCTGAACGCAAGCCCCTCAGGGCAGACGCCGCACGTAATGTGGACAAAATCATCACCGCCGCCAGGCAGTGCTTCCGGGAACACGGCCCCGACGTGCCCCTTCAGACCATCGCCTCCACCGCTGGAGTTGGCCCCGCAACGCTGTTCCGCAACTTCTCGGACAAAGAACAATTGGTGCTCGCGGCACTGTCACGACAACTCCGGCTGCATGTGGACCCCGTAGCAGAGGCTGCCCTCGACGGAATGGACGCTGCCGAAGGACTCATCAACGTCATCGACGCCGTGATGCAGGTAGCCAGCGAAGACGCGAACCTGCTTGACGCCGTCGCTGGCCGACGCGGCCTCCTGATCGGCATCACCCGGGGCATCATCGGTTCCATGGAGACCCTCCTTGAGCGCGGCCAGGGCCAAGGCTCACTGCGACGCGATATCACCATCGAGGACATGGTCCGGCTCGTGGCCATGCTCATCGGCGCAGTGGACACTATGGAACCGGGCTCTGAGGCTTGGAAGCGTCCCGTGGCCTTGATTGAGGATGCCATCCGGAGCGAACGACCCTCGCGGCCGCTCCCGGATCAGTCGGGCATCCCGGGCGTGACGTTCACTGAGGCTGTCTAG MPVCHITTYSRVTRGREASIATLTSMEQPSERKPLRADAARNVDKIITAARQCFREHGPDVPLQTIASTAGVGPATLFRNFSDKEQLVLAALSRQLRLHVDPVAEAALDGMDAAEGLINVIDAVMQVASEDANLLDAVAGRRGLLIGITRGIIGSMETLLERGQGQGSLRRDITIEDMVRLVAMLIGAVDTMEPGSEAWKRPVALIEDAIRSERPSRPLPDQSGIPGVTFTEAV NA NA NA NA NA D3-18_04090 312 hypothetical protein ATGAACCTCTGGCTTTGGATCCTCATTGCCTGCGCGCTGGCGTATCTGACCAAGTTGGTGGGCTACTTCGTCCCCGCCAGACTGCTGGAAAACCCGCGCATCATGCACATTGCCGGAACCATGACCATTGGACTGCTGGCATCCTTGACGGTTGTGAATGCAGTGGCTTCAGGGCAAGGCCTGGTCCTCGATGCCCGCATCGGCGCCTTGGTTGCCGCCGCCGTCGCCCTTTGGCTGCGTGCGCCGTTCCTCGTCGTAGTGATTTCGGGCGCCGCAGCCGCAGCGTTGTTGCGGCTGCTGGGTTGGGGCTAG MNLWLWILIACALAYLTKLVGYFVPARLLENPRIMHIAGTMTIGLLASLTVVNAVASGQGLVLDARIGALVAAAVALWLRAPFLVVVISGAAAAALLRLLGWG NA NA NA NA NA D3-18_04091 738 hypothetical protein ATGAAACTCAGAGAGTCTCCGGCATTCAAGATTGCCCTGTCCCTCAGCATTGCAACGGGTCTTTATGGTGTGTCGTTCGGTGCGTTGGCCGTGGCGTCCGGTTTCGACTTCTGGCAGACAATGGTGCTGAGCTTGCTGCTGTTCAGTGGAGGTTCGCAGTTTGCCTTCATTGGCGTAGTCGCTGGCGGCGGTTCGGGAGTGGCAGCCATGACGGCCAGCGCTTTGCTGGGTTTGCGTAACGGCATCTATGGCATGCAGATCAACGCCATGCTTCGCCCCGGTGGGTGGAAGCGTTACGTTTCGGCGCACGTGACAATCGATGAATCCACGGCGACGGCGTCCGGCCAGTCTGATCCCGACGAGCAACGCCGCGGCCTCTGGACAGCCGGTATTGGCATATTCATCCTGTGGAATATCTTCACTGCCGTTGGTGCGTTGGCTGGCGACGCCATGGGTGATCCCAAGCAATGGGGCTTGGATGGCGCTGCTGTGGCGGCGTTCCTGGCTCTGCTGTGGCCGAGGCTAAAAGGCCGCGAACCCTGGGCGATTGCCGCAGCCTGTGCGCTGGCCACCATTTTGGCCGTGCCGTTGGTTCCCTCGGGAGTTCCCATCCTCGTGGCGGCAGTAGTGGCGGGCGTCATCGGCTGGTTCAGCCACGCACGTTTGGATGAAGGACTCGAACCGGATGTGGATCCGTACGCAGAGAAGCACCAGCGCGAACACGGAGGCAAGAAATGA MKLRESPAFKIALSLSIATGLYGVSFGALAVASGFDFWQTMVLSLLLFSGGSQFAFIGVVAGGGSGVAAMTASALLGLRNGIYGMQINAMLRPGGWKRYVSAHVTIDESTATASGQSDPDEQRRGLWTAGIGIFILWNIFTAVGALAGDAMGDPKQWGLDGAAVAAFLALLWPRLKGREPWAIAAACALATILAVPLVPSGVPILVAAVVAGVIGWFSHARLDEGLEPDVDPYAEKHQREHGGKK NA NA NA NA NA D3-18_04092 378 hypothetical protein TTGAGCGCGCTGCTCCTGGCCAGCGCCTCCAAACACTTCCGGACTCCCAAGTTCTATCACCCGGTTGTTCCGGATTACCTGTGCCGCAAGGACGAACCCGGGAGCCGTCCGAACGGTCCCCTGGCAGTTATGTCCCGCGAGGAATGGATTGCCTCGTCGGGCCTGCTGGAGGCAGCCGCCGCCGTCGGGCTCTTGATCCCGGCCACCCGTAGGGTTGCCGCGGACGCCACCACGGCAATGTTTATTGCATTCCTTGCTGGGCATATAGATGCCCTCCGACGTGCCTACGACGGCACAGCGGGCGAACGCCGGATTCACACTGTTCGCCTGCCGCTTCAGGTTCCGCTCGTTCTGTGGTCCTGGAGCCTGCGGAAGTGA MSALLLASASKHFRTPKFYHPVVPDYLCRKDEPGSRPNGPLAVMSREEWIASSGLLEAAAAVGLLIPATRRVAADATTAMFIAFLAGHIDALRRAYDGTAGERRIHTVRLPLQVPLVLWSWSLRK NA NA NA NA NA D3-18_04093 888 glpQ1 COG0584 putative glycerophosphodiester phosphodiesterase 1 ATGACTAGCGACGACTTCGCCCCGAGCCGGCCCAAGGTCTACGCCCATCGCGGCGCTAGTGCCGCCTTCGCCGAGCACACCCGCGCTGCCTATCTAAAGGCCCTTGCCGACGGCGCCGACGGTGTGGAATGCGATGTCCACCTGACCCGGGACCAGCAGGTGGTGCTGCTGCACGATGCGAACCTGGACCGTACATCCACGGGCACGGGCCCGGTTGGTGAGCACACTCTCGAACAGCTCCGGGCCTTGGACTTCTCGTCGTGGAAGGGCGCCCGCATACCGGATGCCTACGGGGGAGTAGCTGACCAGTTCCTTACCTTGCCGGAGTTGTTGGATATTCTCCGCGCAGCCGGGCGCGACATTGGGTTGGCCATCGAGCTTAAGCACCCCAGCCCCTACGGACTGAAACTGGAGGATCGTGTACTTGCCCTGCTGGAAGAGGAGGGCTGGACGCCAGAGGAATCCCGATTGGAGAACATCCGAATCTCCTTCATGAGCTTTGACACTGACTCCGTTCAGCGGTTGCTGCAGACCGTTCCCAAGGAGTACATCTGCCAGTTGGTGGACGACTTCACCGTGAAAGAGATCCGGCAAGAGCTCGGCCTCGGTTTCCTTACTGGCGGCGCAGTAGCGAACGTTATGCGGGCAACTCAGCTCGAGGCCGAACGCGTCCTGGACGCAGGCGAAGTAGCTATCGCCGGCCCTGGCATCGATTACGTGAGGGAGCACGCGCGGAACGTTCAGCGCTGGTTGGAGTCAGGCCGCATCTTCCGGGTGTGGACGGTTGACTCGGAGAAGGACGTGGCCCTGTGCCAAGGACTCGGCATCCACGAAATCACCACCAACAAGCCGGCCCAGGTGCTCGCGCAGTTGATGGTGTCCAACTAG MTSDDFAPSRPKVYAHRGASAAFAEHTRAAYLKALADGADGVECDVHLTRDQQVVLLHDANLDRTSTGTGPVGEHTLEQLRALDFSSWKGARIPDAYGGVADQFLTLPELLDILRAAGRDIGLAIELKHPSPYGLKLEDRVLALLEEEGWTPEESRLENIRISFMSFDTDSVQRLLQTVPKEYICQLVDDFTVKEIRQELGLGFLTGGAVANVMRATQLEAERVLDAGEVAIAGPGIDYVREHARNVQRWLESGRIFRVWTVDSEKDVALCQGLGIHEITTNKPAQVLAQLMVSN PGPT0018470_3892 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126 NA NA D3-18_04094 1347 hypothetical protein ATGCAGGTGAACTCTGAACAAATCCCAACCGAAGACGTCACCAACCCCGCTCGCACTGCCGGCGCCGCACCCGCACGAGGGGCATCCGCCGTCGTCGCTCCCTCCGCGGGAGATATGGAAAAAGCCGCAGCATTGCTCCGCATGAAACGGTTGGCCCTGGCGCTGCTGATCGCGATGGCGGTGATCTTCACCGTGGCGTTCGCATTCCAGAAGCAGTACCCGTGGCTCGAATACGTCCGGGCTGCAGCCGAAGGCGGCATGGTGGGTGCGCTGGCAGACTGGTTCGCTGTCACCGCGCTGTTCAAGTACCCCATGGGCCTGAAGATCCCGCACACGGCCATCATTCCGCGTCGCAAGGACCAAATCGGGGAATCACTCAGCGACTTCGTTGAGAGCAATTTCCTGTCCCAGGAGGTTGTGCAGGACAAGCTGGCAAGCATTGATATTGCCCGCAAGGCCGGGCGTTGGTTGTCAGCGCCAGGCGGTGCTGAGCGCGTGGCCAAGGAAGGCGGTGCGGTGATTAGAGGCGCCTTCACAGTACTGAACGACGACGACGTCCAGGCAGTGATTGAGGGCATGGTCCGCAAGCACCTCCTCACCCCGCCCTGGGGACCGCCGGTGGGCAGGATGGCCGAACGGATCTTCGCCGACGGTCACCACCACACCTTGGTTGACCTGTTGGTTGATCGGGCAGCCGACTGGGTGGACGCCAACCATGCAACGGTGAACAGGCTCGTTTCGGATCGCTCGCCCCTGTGGGTGCCGACATTCGTTGACGGCCTGGTGGGCGACCGCGTCTACGTGGAACTGTCCAAGTTTGTCCGCGCAGTACAGGCGGACCAGAACCACCAAGTGCGGCAGTCAATCGACGCCTATCTGACTGATCTGGCCCAGGACTTGCAGCACGACCCCGCCATGATCGAGCGCGCGGAATCCATCAAGGCGCAGATCCTCGGTGACCCCGAGGTCCGTGAACTGGCGTCACGCACGTGGGGAACCGTCAAGACTGCGCTGCTGAACGCCGTCGACGATCCGGACAGCGAGCTGAGCCAGCGTTTCAAGAGCGCCGTCCGGGACTTCGGCACTCGCCTGGTCAACGACGACGAACTGGCCGGTAAGGTCAACACCTGGATCGGTGATGCTGCGGGCTATCTGGTGAATACGTACCGCTCGGACATCGCGGGGGTCATCTCAGACACCGTGGCCCGCTGGGATGCCGAGGAAACATCTCAGAAGATTGAGCTTCAGGTGGGTAAAGACCTCCAGTACATCCGCATCAACGGAACAGTGGTGGGTGCATTGGCCGGACTGGCGATTTTCACAGTTGCGCATCTGCTGTTTGGGTAA MQVNSEQIPTEDVTNPARTAGAAPARGASAVVAPSAGDMEKAAALLRMKRLALALLIAMAVIFTVAFAFQKQYPWLEYVRAAAEGGMVGALADWFAVTALFKYPMGLKIPHTAIIPRRKDQIGESLSDFVESNFLSQEVVQDKLASIDIARKAGRWLSAPGGAERVAKEGGAVIRGAFTVLNDDDVQAVIEGMVRKHLLTPPWGPPVGRMAERIFADGHHHTLVDLLVDRAADWVDANHATVNRLVSDRSPLWVPTFVDGLVGDRVYVELSKFVRAVQADQNHQVRQSIDAYLTDLAQDLQHDPAMIERAESIKAQILGDPEVRELASRTWGTVKTALLNAVDDPDSELSQRFKSAVRDFGTRLVNDDELAGKVNTWIGDAAGYLVNTYRSDIAGVISDTVARWDAEETSQKIELQVGKDLQYIRINGTVVGALAGLAIFTVAHLLFG NA NA NA NA NA D3-18_04095 429 hypothetical protein ATGCCTATCAAACTTGAGAACGTCGGTATAGCTGTTCGCGATCTTGAGGAAGCAATCGCCTTCTTCACGGATCTCGGCCTCACGGTGCTGGGCAGGGACACGGTCAGTGGCGAGTGGGCCGACACTGCCGTTGGGTTGGATGGCAACCACGCCAAAATTGCGGTGCTCCAAACCCCGGACGGCAACGGTCAACTTGAGCTCTTCGAATACCTCCACCCTGACGCGATCGAGACGAATCCGACCCTTCCCAACGAGATCGGAATGCACCGTGTCGCCTTCTCAGTTGACGACATCGACCATGCACTTGAGATCGCTGCAAAGCACGGATGCCACCCGCTGCGTGGTGTGGCGAACTATCAGGACGTTTACAAACTGACGTATCTTCGCGGCCCCAGCGGCATCCTGGTCATGCTGGCGCAGAAGCTTTGA MPIKLENVGIAVRDLEEAIAFFTDLGLTVLGRDTVSGEWADTAVGLDGNHAKIAVLQTPDGNGQLELFEYLHPDAIETNPTLPNEIGMHRVAFSVDDIDHALEIAAKHGCHPLRGVANYQDVYKLTYLRGPSGILVMLAQKL NA NA NA NA NA D3-18_04096 810 hypothetical protein ATGCTGAAGCAAGTTGCTGAAGGCGTTCTGGTTCACGAGAGCGAATTCATCCAGAGCAACTGCACTGTGGTGCAGGGCCGGGACGGTGTGCTGCTGATCGATCCAGGCATCACGGTCAACGAAATGGCAGACATCGCAAGCGACCTTCGCGAATTGGGACAACCCGTCGTGGCAGGTTTCTCCACACATCCCGATTGGGACCACGTGCTGTGGCACCCGGACTTCGGCGATCCGCCGCGTTACGGCACAGCCCGCTGCGCGGCTTCCATCCTGGACGTCCTGTCCCAGGCGGAGTGGAGGGACCAAGTGGCTGAGGGTTTGCCGCCGGAGTACGCCGGGGAGATCCCCATGGATTTACTCGGACTCATCACAGGCCTGCCCGCCGGGGCTGCGGAAATTCCATGGGATGGGCCCACCGTCCGCATTCTGGAACACCAAGCCCATGCTCAAGGCCATCCAGCTCTCTTGCTTGGAGATTCCAGCGTCCTCGTCGCGGGCGACATGCTTTCTGACATCCTCATGCCGTTCCTCGACTTGGAAGCAGCAGATCCGCTCAATGACTATCTTGAAGCGTTGGAGCAGTTCGAGACCCTGGCTGGCGACGTTGTTGCTGTGGTCCCCGGCCATGGTTCCGTGGGTGACGTTGCGCAGTTGCGGGAACGTATTGCCATGGATCGCGCGTACGTTCAGGCACTTCAGGACGGCCGTGACCCCGAGGACCCGCGCGTTGGCCCGTCGGTTCCCTTGGACTGGCTGGCGGACGTGCATTCATGGCAACTCCAGCGTCTGGCTGAAAGAGGAACGAAGTAG MLKQVAEGVLVHESEFIQSNCTVVQGRDGVLLIDPGITVNEMADIASDLRELGQPVVAGFSTHPDWDHVLWHPDFGDPPRYGTARCAASILDVLSQAEWRDQVAEGLPPEYAGEIPMDLLGLITGLPAGAAEIPWDGPTVRILEHQAHAQGHPALLLGDSSVLVAGDMLSDILMPFLDLEAADPLNDYLEALEQFETLAGDVVAVVPGHGSVGDVAQLRERIAMDRAYVQALQDGRDPEDPRVGPSVPLDWLADVHSWQLQRLAERGTK NA NA NA NA NA D3-18_04097 435 hypothetical protein ATGGCACAGGATCCAAAACCCACGTTAGAGCAACTGAACATCCTCATTGGCGAATGGGAAACGTCGGTCGCGGGATTGGACGTCCCCGGCCGGACCTCCTTTGAATGGCTGGAAACCGGAGGCTTCCTTATCCAGCGCTCCACAGTCGAGCGGCCCGAGTACCCCAATGCGGTCAGCATCATCGGTGCCACCGGCTCGGATGGTGCCTTCCAGCAGCACTACTTCGACTCCCGTGGCGTCGCACGGATCTACGACATGACGCTCAGGGACAACGTGTGGACCCTTTTTCGGGATGGACCTGACTGGCCCCAACGGTTCGTTGGCCGCTTCAGTACGGACGGCAACGTCATCCATGCACGCTTGGAACGGGGAAGCTACCCTGGTGGTCCCTTGGAACACGACTTTGACATGGTGTACACCCGGATCCGCCCCTGA MAQDPKPTLEQLNILIGEWETSVAGLDVPGRTSFEWLETGGFLIQRSTVERPEYPNAVSIIGATGSDGAFQQHYFDSRGVARIYDMTLRDNVWTLFRDGPDWPQRFVGRFSTDGNVIHARLERGSYPGGPLEHDFDMVYTRIRP NA NA NA NA NA D3-18_04098 795 pxpC COG1984 5-oxoprolinase subunit C ATGGGTGCGGTAGTGGTGGAGCCGGGATCTGCCACGTTGGTTCTCGGCCCGGAGCAAGTACTGGATCGCGCGTCCATGCACATGGCCAATGCCCTACTGGGTAACCCGGACTCCGCAGCCGGACTTGAGGTGCTGTTGGGTGGGCTGAAGTTGAGGTTTGTCACGGGGTCGGCCGTGGCAGTCACCGGGGCCGAGGGCATGGTGACACTCAACGGCAGCGAACTGCCACTCAACAAGGCTGTGCGGGTGGCGCCCGGCGCAGTCCTTGAGTTCGGCCCTGCCCTGTTTGGTCTCCGATATTACGTGGGGGTTCAGGGTGGAATTTCGGCCCAGGCGGAGCCGCTGAGAGCCGGCGCGACGCTGACATTTGGTCGGCCGCACGGGCACGGTTTCCCCGAGGTGACGTACCCTGCCCGGCGTGCTTTGGACCCTGAACGTCCTGTGGTTGCCAGGGTTTCGCGCGGACCGCAGGCCCGGAATTACGACGCCGGTGCGTGGCTTCGGTTGACCACCGAACTGTGGATTCTCTCGCCGGAGTCGGACCGGGTAGGTGCGCGTTTGGCGGGCAGGCCGCTGGACGGTGCAGTGGCCTCTGAGAATGCCGCTCGGAAAGCACCCCAGCTCCAGCCTCTGGTTTCAGGCGCTGTCCTGTTGCCGCCGTCGGGCCTTCCCGTGATCGCCTTGGCCGGCCACCCGGATACTGCAGAGTCACCGGTGATAGCAGTGGTCCGGGACGAGGACCTGGACCTGGTGGGACAAGCAAGGCCTGGCCAGATGGTGCACTTACTGGGCTGA MGAVVVEPGSATLVLGPEQVLDRASMHMANALLGNPDSAAGLEVLLGGLKLRFVTGSAVAVTGAEGMVTLNGSELPLNKAVRVAPGAVLEFGPALFGLRYYVGVQGGISAQAEPLRAGATLTFGRPHGHGFPEVTYPARRALDPERPVVARVSRGPQARNYDAGAWLRLTTELWILSPESDRVGARLAGRPLDGAVASENAARKAPQLQPLVSGAVLLPPSGLPVIALAGHPDTAESPVIAVVRDEDLDLVGQARPGQMVHLLG NA NA NA NA NA D3-18_04099 750 pxpA_1 5-oxoprolinase subunit A GTGGATTTGAACGCTGACCTGGGGGAGTCTTTCGGTTCCTGGACCATGGGAGACGACGCCTCGATGTTCCGCATCGTGAGCAGCGCCAACGTGGCCTGCGGCTTCCACGCTGGTGATCCCCTCACCATGCTGGACAGCTGCCGTGCGGCATTCGAACTGGATGTCCGTGTCGGCGCCCATGTGGGGTACAGGGACTTGGCGGGCTTCGGCCGGCGCTCCCTGGACATGACCTTTGACGAGTTGTTCGGTGACGTTCTGTACCAACTTGGCGCCCTCGACGGCATGGCCCACGCGGTGGGAGCTTCAGTGGATTACGTGAAGCCTCACGGTGCGCTCTACAACAGGATCGTTCGGGACGCTGAGCAGGCCGAAGCCGTAGTGGCTGCCGTCCACGCTTATGATCCCGGGCTCCCGGTCTTGGGTTTGCCGGGCTCGGCGTGGCTGACGCTTGCTGAGGAATCCGGGCACCCGGTGTTCCGTGAAGCATTCGTGGACCGTGCCTACCTGCCCGACGGAACACTGGTACCTCGCACTCAGGAAGGTGCCGTGCTTCATGATCCAGACGCCGTGGTGGCCCAGGCCGTGCGTCTCGCAACGCGCAAGGAAGTGCTGGCCATCGACGGAACCGTGGTGCCTGTGCTGGCCGATTCGCTGTGCATCCATGGCGACACGCCCGGTGCGGTGAACATGGCTGCTGCAGTCCGGGAGGGCCTTGAGCAGGCCGGCGTTCAGATCGACGCGTTCGCCTAA MDLNADLGESFGSWTMGDDASMFRIVSSANVACGFHAGDPLTMLDSCRAAFELDVRVGAHVGYRDLAGFGRRSLDMTFDELFGDVLYQLGALDGMAHAVGASVDYVKPHGALYNRIVRDAEQAEAVVAAVHAYDPGLPVLGLPGSAWLTLAEESGHPVFREAFVDRAYLPDGTLVPRTQEGAVLHDPDAVVAQAVRLATRKEVLAIDGTVVPVLADSLCIHGDTPGAVNMAAAVREGLEQAGVQIDAFA NA NA NA NA NA D3-18_04100 819 hypothetical protein ATGCCCAAGCGCCCCAACCCGGCGGTGAAGATCGCCCAGGAAACAGCCCACAACGCAGTGTTTGACGCCGAAGGCAACGCCAAGCCAGGCGTGCATAATGTGCTGCTGAAGGCTGTCGAAGTCCAGCGACCCTTGGTCCTGGCCAACCTTCGGAGGCTCCAACGAAGGCACCCCAATGATTCACCCGCGCAGCTTGCCGCCAAACTCGAGCGCCACTACCTACTGGCCATCTCCGGCGGGGGCGCAGCGGTGGGCGCTACTGCCGTCGTGCCTGGAATTGGAACCGCGGCATCGCTGGGACTTTCCGCGCTCGCAACCGTGGGCTTCCTGGAGACCACCGCGCTGTATGCGTCGTCACTGGCCGAGCTCCACGGCATCCGTCTGACTGACCCTGTGCGTGCCCAAACCATGGTCATGGCCATCATGCTGGGAGAGGAAGGCACGTCCATGCTGGGCGCCCTGAGCGGACAGTCGCTAGGACGCGGTAAGGGCGTGACCAACGCATGGGGCCGGACGCTTACCAAGAAAATTCCCGGAAGTGGCTTCGGGGTCATCCGCGATTCCATCCAGCGCGCATTCCTGAAGAACCTCCTGAAACGCCAAGGTACCGCGTTCCTCGGCCGTGCCCTGCCGTTCGGCGTCGGCGCTGTGGTGGGTGGTGCGGGCAACCTGATGATGGGCCGTGCCGTGGTGTCCACCGCGAAGGAAGCTTTCGGCCCGCTGCCGGACACTATTCCTGGCGAATTGCTCCCGAACGCATCAAAGAACGTTTTGAACAACACGACGCTGGAAGGCGGTAACGGTGGATTTGAACGCTGA MPKRPNPAVKIAQETAHNAVFDAEGNAKPGVHNVLLKAVEVQRPLVLANLRRLQRRHPNDSPAQLAAKLERHYLLAISGGGAAVGATAVVPGIGTAASLGLSALATVGFLETTALYASSLAELHGIRLTDPVRAQTMVMAIMLGEEGTSMLGALSGQSLGRGKGVTNAWGRTLTKKIPGSGFGVIRDSIQRAFLKNLLKRQGTAFLGRALPFGVGAVVGGAGNLMMGRAVVSTAKEAFGPLPDTIPGELLPNASKNVLNNTTLEGGNGGFER NA NA NA NA NA D3-18_04101 165 hypothetical protein ATGAAGGCGACAGACAAGACCGAGCATGTCATCCGGCACCACACCGACGCTCCGGCGGAGGGTGAAACGGAAGGTTGGGTTTCGCACGATACCGGCATTCACAGCCAGGACGCAGCGGAAGGTCCGGACATCGACGACGACGCCCCGCCGTCGGGCGCTTCATAA MKATDKTEHVIRHHTDAPAEGETEGWVSHDTGIHSQDAAEGPDIDDDAPPSGAS NA NA NA NA NA D3-18_04102 1305 entS_5 Enterobactin exporter EntS ATGGCCGCGTTGAGAGCGCTGCGTCCTTTTGCGCACCGGGAGTTCCGGGTGCTCATTTCTGCGCTGTCCATCTCCATCTTCGGATCCGGCATGTGGGCAGTGGCAATGGTCTATGAGGTGATCCACCTTGGTGGCGGCCCGCTGGAACTGTCCTTGGTTGCCACCGCGGCCAGCATCGGACTGGTGGGTTTCGTGCTGGCGGGCGGCATCGCGGCAGACAGGCTCCCGCAGAGACTCCTGATCATCGCCGTGGAAGGCGCCAATCTGGCTGTCATTGCCACGATCACAGGACTTGCCATGTTCAATGTCCTTCAACTGTGGCACCTCGCTATCGGTGCCTTCGTCTTGGGAGTGGGCCAGGCGTTCTTCTTTCCTGCGTACTCGGCCATCCTGCCGCGCATCCTGCCTGCGGACGATCTCCTGGCAGCGAACGGCTTGGAAGGCACGGTGCGCCCGGTTTTGCAGCAGGCGGCCGGTCCTGCCCTTGCGGGAATTCTTGTGGCAGCGCTGTCCCCGGCCCATGCTGTCGCAGGGGTCGCGGTCTGCCATTTGCTGGCGTTCGGGATTGTGAACCTCCTAAGCCGCCGGACGCTGGGGCCGAACACCCCCGGGACGGTTGAGGCCCCGGCAAAATCCTCCCTTTTTAAGGACCTCCGGGAAGGATTCAGCTACACCATCCGGACACCGTGGCTTCTCTGGACGCTGATCTGGGCTTGCCTGTCCGTACTGTTCCTTATCGGGCCCATTGAGGTTTTGCTTCCTTTCGTTGTCCAGGACCAACTGGGCGGCGACTCCAGGATGTTCGGCTTTCTCCTGGCCATCATGGGCGTCGGCAGTGCCATAGCTGCACTGGCAACGGCGTCCTTGCGCCTTCCCCGCCGCTACCTGACCGTGATGGTGATGACATGGGGTTTGGGGAGCCTGCCGGTGGCTGCCATTGGTTTCATGGACAGCTTCTGGATGCTCGGCGTTGCCATGCTCATCTTCGGAGTCACAGAGGGGATCGGAACAGTCATTTGGGGCACGTTGCTGCAACGGCGCGTGCCACGGCATCTGTTGGGCCGGATTTCCAGTTTGGACTTCTTCGTTTCGCTGGCCCTGATGCCGGTGTCCATGGCTCTCGCCGGCCCGATCGCCGAGGTTGTCCCCATCTGGGTCATCTTCTTCATTGGTGGTCTGGCGTGCCCCATCATGGCCTTCGTGGCACTGTTCGCCGCACGCATGATGACCGATGAAATTGAGAACCCCTTGAGTTCGGACGCGCCCCATCCGGAATCTGCAGACACACAGCCTGACTCTGTGTAG MAALRALRPFAHREFRVLISALSISIFGSGMWAVAMVYEVIHLGGGPLELSLVATAASIGLVGFVLAGGIAADRLPQRLLIIAVEGANLAVIATITGLAMFNVLQLWHLAIGAFVLGVGQAFFFPAYSAILPRILPADDLLAANGLEGTVRPVLQQAAGPALAGILVAALSPAHAVAGVAVCHLLAFGIVNLLSRRTLGPNTPGTVEAPAKSSLFKDLREGFSYTIRTPWLLWTLIWACLSVLFLIGPIEVLLPFVVQDQLGGDSRMFGFLLAIMGVGSAIAALATASLRLPRRYLTVMVMTWGLGSLPVAAIGFMDSFWMLGVAMLIFGVTEGIGTVIWGTLLQRRVPRHLLGRISSLDFFVSLALMPVSMALAGPIAEVVPIWVIFFIGGLACPIMAFVALFAARMMTDEIENPLSSDAPHPESADTQPDSV PGPT0027890_21 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-TETRACYCLINE_RESISTANCE,PGPT0027890-tetV-K18215 NA NA D3-18_04103 381 hypothetical protein ATGGCGCAGACCCAGACTCGCACTGTCCGCGTTGTTTCCCTTGCCTTTGTTGCGGCGGCCTTGTTGGCAGGCTGCATGGGAAGCGGCACGAGTCCTTTCGTCGGTGTCTGGGGTGACACCAGCGACCCCAAGCAACCCTCCCTTGAGCTGAAGTCGGATGGTAATGCGACCGGAACCGATGGCTGCAACAGGCTCATGGGTTCTTGGAAAGAGGACGGCAAAACCATCGCGTTCGGGGGGCTCGCCTCCACCCGCATGGCCTGCGAAGGCGTCGATACGTGGCTGTCCAACGCCTCCACGGCAAGGATTCAGGAAGACGGCAAGCTAGCGGTATTCGGCCAAGGCGGGGATGAGATCGGCACGCTCGCTGCCGGCAAGTAG MAQTQTRTVRVVSLAFVAAALLAGCMGSGTSPFVGVWGDTSDPKQPSLELKSDGNATGTDGCNRLMGSWKEDGKTIAFGGLASTRMACEGVDTWLSNASTARIQEDGKLAVFGQGGDEIGTLAAGK PGPT0014615_962 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014615-hslJ-K03668 NA NA D3-18_04104 738 hypothetical protein ATGGAACCCACCGGAAATGCCGAACACATCAGAAGCCTGCACGAGCTGGTGGTTGGTAGTTCCGACATCCACGGGATTCTCAACGGCGTGACCAGCTTCGCCTGCGATGCGATGAGCAAGGTGGCCGGTGAAAACATCGACTGCGCCCTGACGTTGCGTCGGCGCAAGCGGACCGCCACCGTTGCAGGCAGCAGTGAGAGGGCCGTGTATCTGGACAAAATTGAACAGCAACTTCGGCAGGGCCCCTGCCTGGAAGCCCTGGACCTTGGCCGACCGGTGCTGCTGGCAGACGTTGCCACCGACACTAACTGGCCTTTGTACAGCAGGGCCTTGGAAGCTGAAGGCGTCCACAGTGCTTTGGGCGTGCCTATGGACCTTGGGGAGACATCTGAAGCGGTTATCAACTTTTTCGCCCCTACCGCGGGGACCTTCACGGACGTCGTGATAGCTGAAGCCGCCGCCTTCGCTGACGTGGCTGGCAGTACGTTGCGCCTGGCCATCAGGATCGAAACCGTGGAGCAGCTCAATGCTGATCTGAAGACGGCGATGTCCTCCAGGACAGTCATTGATCTTGCCTGCGGCGTCATCATGGCCCAGAACCGTTGCGGCCAGGACGAGGCGTTCAGTGTGTTGACCAAAGCTTCAAGCCATCGAAATCAAAAACTTCATGCGGTCGCGTCAGAGATTATCGCAAACCTTAGTGGAAGCAGCGACAACCAGCTGCGCTTTGACGACTGA MEPTGNAEHIRSLHELVVGSSDIHGILNGVTSFACDAMSKVAGENIDCALTLRRRKRTATVAGSSERAVYLDKIEQQLRQGPCLEALDLGRPVLLADVATDTNWPLYSRALEAEGVHSALGVPMDLGETSEAVINFFAPTAGTFTDVVIAEAAAFADVAGSTLRLAIRIETVEQLNADLKTAMSSRTVIDLACGVIMAQNRCGQDEAFSVLTKASSHRNQKLHAVASEIIANLSGSSDNQLRFDD NA NA NA NA NA D3-18_04105 210 hypothetical protein ATGGAAGATCCACGTCGAACAGCGCGAAACCTCATACGAAGCCGGACCATTGACTTTGAAGACCTCTGGATCAAGTACTGGGCCCACGGGGGAAATGCTCCCATCTTTGAACTCGATGCCTACGTCTTTGAAATCCAAGAAGGGCACCCCTTCGAGCTGCGGATCTTGTCATGGGCCCTTGAGGACCTGGGCGTCGACGCCGCCCTTTGA MEDPRRTARNLIRSRTIDFEDLWIKYWAHGGNAPIFELDAYVFEIQEGHPFELRILSWALEDLGVDAAL NA NA NA NA NA D3-18_04106 498 hypothetical protein ATGGAATCCGGATTGGAATCGTGGGGCGAGTTCAACGTGGCGATCGCGGGTGCCGGTGCAGCCCTCGGAGGGCTGCTCATCGTTGCATTGTCCGTGAACATCAAACAGATTGCCGAGTCGCGGGGCCTTGCCGCGCGGGCAGGCGCTGCCATTTCCGCGCTCATTCTCGGCGTAGTCCTGGCATGCGCGGCCCTCATCCCAAGGCAGGAGCTATGGGCCTTCGGCGTCGAAGTTCTACTTGGAACCCTCGCAGGCGGCGTGATCGCTTTCCTGGCCGCCCGCGCCATCCTGGATGATGACACCGCCGTGCACCCTCACCGCTGGGACGCCCAGCACATTGCGTCGTTCGTTTTTCCTTTGGTCGTTTACGCGGTGGGCGGCGTGCTCACCGTGTTATCACTGCCGGCGGGCTTGGTGGTTGTGGCGCTTGGGACCATCATCGCCCTGATCGGCGCAGTGGTTTTTTCGTGGGTGGCCTTGGTGGAGATACTGCGCTGA MESGLESWGEFNVAIAGAGAALGGLLIVALSVNIKQIAESRGLAARAGAAISALILGVVLACAALIPRQELWAFGVEVLLGTLAGGVIAFLAARAILDDDTAVHPHRWDAQHIASFVFPLVVYAVGGVLTVLSLPAGLVVVALGTIIALIGAVVFSWVALVEILR NA NA NA NA NA D3-18_04107 1818 ydaP COG0028 Putative thiamine pyrophosphate-containing protein YdaP ATGACTCAACGAACCGTTTCGGACCTCATGGTGGAGCGCCTCCAATCGTGGGGCGTGGACAGGGTTTTCGGATACAGCGGCGATGGCATCAACGGCTTCATGGGCGCTCTCCGCCGTTCCGAGGAAAAGATCGAATTTATCCAGGCGAGGCACGAAGAAGCAGCGGCCTTCATGGCCGTGGGGCATGGCAAGTACACGGGCGGCGTCGGCGTCGTGACCTCCACGCAAGGTCCCGGTGCCGTCCATCTTTTGAACGGTCTCTACGATGCCAAGATGGACAGCGTCCCAGTGGTCGCGATCATCGGACAGCAGAGCACCACAGTTTTGGGCTCGGCCTATATGCAGGAAATTGATCTACTGACGCTCTTCAAGGACGTCGCAGCCCAGTTCGCCCAGCTGGCCAGCTCACCCGAGCAGGTCCCCATGCTCATTGACCGCGCATTCCGTACTGCCCTGGAGACGAGATCGCCCTGCGTGGTGATTGTCCCCCACGACATCCAAACCGCCGAAGCGCCAGAGCTTGAGCATGAACACGGAGTCGTGGTCACTGCTCCGGTCTGGCATCCGGCACGCGTCATGCCCCTGGACGAACAACTCGACGCCGCCGCGGACATTCTCTCCAAGGGTGAACGGATCGCGTTATTCGTTGGACAGGGTGCCAAGGGGGCCCAAAAAGAAGTTGTAGCGCTCGCAGAAAAACTCGACGCCGGCATCACCACCAGCCTGCTCGGCAAGCCTTACGTTGACGAGACACTGCCCTATGCCGTGGGCACCATGGGCCACCTTGGCACCACTGCCAGCGCCTTTCTTCTCGAAAACTGCGACACCCTGCTCATCATCGGATCAAACGATCCTTGGACCGAGTTCTACCCCAAACCTGGCACCGCCAAGGCTGTGCAAATCGACAATGACGGGCGCAAGATCGCCAACCGCTACCCCGTTGAGGTGGGCCTGGTAGGAGACGCGGCAGAAACGGTGAGCGCGCTGATCCAACGCGTCGAGAATCAACACCAGCCATCACGCAGCGCGTGGCGTGCCGACGTCGAAGATCAGGTCCGCGCGTGGCGGCAGCTTTCAGAAGAACGCGCCAACGTTCCTGCGGAGCCGGTGAACCCGGAGCTCGTCGTCCGCGAGCTCAACGGCAGGCTCCCGGACAACGCTCAGCTGAGTATCGACGTCGGCAGTTGCGTTTACTGGTACGCGCGCCAACTGATCCTTCCGCCCGGCGTGCCTGCTCACCTGAGCGGCACGCTCGCCAGCATGGGGTGTTCCATCCCCTACGGATTAGCGGCGAAACTGGCCCACCCGGACCGTCCCCTTGTGGCGCTGGCCGGGGATGGTGGCATGCAAATGCTTGGTGTCGCCGAACTGATCACGGTGGCCCATCGGTGGCGCGATTGGGCGGATCCTCGCTTTGTGGTCTGCGTTTTCAACAACCGCGACCTCGCCGAGGTTTCCTGGGAGCAGCGTGAAACCGAGGCAGAGCCGAGGTTCGCCGCCAGCCAGGAAATCCCGGACTTCCCCTACGCGGCTTATGCGGAACTGCTGGGCTTGGCGGGAATCCGCGTGGAAGATCCCGCCAAGCTCGGCGACGCGTGGGACTACGCGCTGTCCGTAGATCGTCCCGCCGTCATCGAAGTCCTCACGGATCCGGACATCCCGCTACTCCCACCATTCCCTGCCGGAGCAGAGAAATTGGCGGGCATGCGCTCGGCACTGGCGGAAGAAGGCCCAGACGGTGAGCACGCACGAAGCTTGCTGGACACGTACGCGGAGGGCGAGTCCCGTCTGCGTGACTCACCGCCGAACGAAGCCTAG MTQRTVSDLMVERLQSWGVDRVFGYSGDGINGFMGALRRSEEKIEFIQARHEEAAAFMAVGHGKYTGGVGVVTSTQGPGAVHLLNGLYDAKMDSVPVVAIIGQQSTTVLGSAYMQEIDLLTLFKDVAAQFAQLASSPEQVPMLIDRAFRTALETRSPCVVIVPHDIQTAEAPELEHEHGVVVTAPVWHPARVMPLDEQLDAAADILSKGERIALFVGQGAKGAQKEVVALAEKLDAGITTSLLGKPYVDETLPYAVGTMGHLGTTASAFLLENCDTLLIIGSNDPWTEFYPKPGTAKAVQIDNDGRKIANRYPVEVGLVGDAAETVSALIQRVENQHQPSRSAWRADVEDQVRAWRQLSEERANVPAEPVNPELVVRELNGRLPDNAQLSIDVGSCVYWYARQLILPPGVPAHLSGTLASMGCSIPYGLAAKLAHPDRPLVALAGDGGMQMLGVAELITVAHRWRDWADPRFVVCVFNNRDLAEVSWEQRETEAEPRFAASQEIPDFPYAAYAELLGLAGIRVEDPAKLGDAWDYALSVDRPAVIEVLTDPDIPLLPPFPAGAEKLAGMRSALAEEGPDGEHARSLLDTYAEGESRLRDSPPNEA PGPT0001371_103 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-ACETIC_ACID_BIOSYNTHESIS,PGPT0001371-poxB-K00156 NA NA D3-18_04108 1863 ilvD_2 COG0129 Dihydroxy-acid dehydratase ATGCCTGCACTTCGCTCCAGAACAGTTACCCACGGCCGCAACATGGCCGGAGCCCGCGCACTGCTGCGTGCCTCCGGTGTTGCCAACTCGGACATCGGCAAGCCGATCATTGCCGTGGCCAACTCCTTCACCGAATTCGTCCCCGGCCACACCCATCTGGCTCCCGTGGGCCGGATCGTCTCCGACGCGATCCTCGCCGCCGGCGCCGTACCGCGCGAATTCAACACCATCGCCGTGGACGACGGCATCGCCATGGGCCACTCCGGCATGCTCTACTCGCTGCCATCCCGCGACCTGATCGCCGACTCCGTCGAGTACATGGTCAACGCACACTGTGCCGACGCCTTGGTCTGTATCTCCAACTGCGACAAGATCACCCCGGGCATGCTCATGGCCGCGCTGCGCTTGAACATCCCGGTAGTGTTCGTCTCCGGCGGTCCCATGGAGGCCGGCCGCGTGACCCTGACCGACGGCTCAGTACGCTCCCTCGACCTGGTGAACGCGATTGCCGACGCCGTGGACGAATCCATCTCCGATGAAGACATCAACCTCATCGAAGAGAACGCTTGCCCCACCTGTGGCTCGTGCTCCGGCATGTTCACGGCCAACTCCATGAACTGCCTCGCCGAGGCCATTGGCCTGGCACTGCCGGGCAACGGCTCCGTGCTCGCGACCCACACCGCCCGCAAGGCGCTGTACGAGAAGGCCGGTTCCACCGTCGTCGAGCTTGTGAAGCGCTATTACGACGGCGACGACGACTCCGTGCTTCCGCGGTCCATCGCCACTGCCGAGGCTTTTGACAACGCCATGGCCCTGGACATCTCCATGGGCGGCTCCACCAACACGATCCTGCACCTGCTGGCCGCGGCCCAGGAGGCGGGCGTGGAATATGGCCTGGCCGAGATGGACGCCAAGTCCCGTCAGGTGCCCTGTCTGGCGAAGGTGGCCCCGAACGTCGCCGGAGACAAGACCTATTACATGGAAGATGTGCACCGGGCCGGGGGTATCCCCGCACTGCTGGGTGAGCTGAACCGCGGTGGCCTCCTGCACAAGAACGTCCACTCCGTGCACTCCAACGATCTGGACGGCTGGCTGGACGACTGGGACATCCGCGGTGGCAAGGCCACTGAGGAAGCTCAGGCCCTATGGCACGCTGCTCCCGGTGGCGTCCGCTCCTCCACAGCTTTCTCGCAGTCGAACCAGTGGACCTCCCTGGACACCGACGCAGAGGGTGGTTGCATCCGCTCCGTGGAGCACGCTTACTCCAAGGACGGCGGCCTGGCTGTGCTGCGCGGCAACGTCGCAGTGGACGGCGCCGTGGTGAAGACCGCAGGCGTGGACGAGTCCATCTGGACCTTCGAAGGCCCCGCGGTAGTGTGCGAGTCACAGGACGAGGCAGTGGAAAAGATCCTGAACAAGACCATCAAGGAAGGCGACGTGGTGGTCATCCGCTACGAAGGCCCCAGGGGCGGTCCGGGAATGCAGGAAATGCTCTACCCCACTTCGTTCCTCAAGGGCCGCGGCCTGGGCAAGAAGTGCGCCCTCATCACGGACGGCCGCTTCTCAGGCGGCACCTCCGGACTGTCGATCGGGCACATTTCGCCGGAGGCTGCCTCCGGCGGCGCCATCGCCCTGGTGGAGGACGGTGACATGATCAGCATCGATATCACGCAGCGCTCCCTCCAGTTGCAGGTCTCGGACGAGATTCTCGCCGAACGCCGCGAAAAGCTCGAAGTCAACGGCGGTTACAGGCCGAAGGATCGCGAGCGCCACGTTTCACCCGCACTGCGTGCGTATGCGGCCATGGCACTCTCTGCGGACAAGGGCGCCGTCCGTGACGTCTCGCTGGTGGAGAACCTCTAG MPALRSRTVTHGRNMAGARALLRASGVANSDIGKPIIAVANSFTEFVPGHTHLAPVGRIVSDAILAAGAVPREFNTIAVDDGIAMGHSGMLYSLPSRDLIADSVEYMVNAHCADALVCISNCDKITPGMLMAALRLNIPVVFVSGGPMEAGRVTLTDGSVRSLDLVNAIADAVDESISDEDINLIEENACPTCGSCSGMFTANSMNCLAEAIGLALPGNGSVLATHTARKALYEKAGSTVVELVKRYYDGDDDSVLPRSIATAEAFDNAMALDISMGGSTNTILHLLAAAQEAGVEYGLAEMDAKSRQVPCLAKVAPNVAGDKTYYMEDVHRAGGIPALLGELNRGGLLHKNVHSVHSNDLDGWLDDWDIRGGKATEEAQALWHAAPGGVRSSTAFSQSNQWTSLDTDAEGGCIRSVEHAYSKDGGLAVLRGNVAVDGAVVKTAGVDESIWTFEGPAVVCESQDEAVEKILNKTIKEGDVVVIRYEGPRGGPGMQEMLYPTSFLKGRGLGKKCALITDGRFSGGTSGLSIGHISPEAASGGAIALVEDGDMISIDITQRSLQLQVSDEILAERREKLEVNGGYRPKDRERHVSPALRAYAAMALSADKGAVRDVSLVENL PGPT0001875_331 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 D3-18_04109 828 hypothetical protein GTGAAAGATGAGAGACGTAAAGAACTGGGACTCTTCCTCCGGACACGGCGAAACCAAGCCCTGCGCTCGGACTACGGCCTGCCACCTGTGGGGCGTTCCCGCGAGCGCGGCCTCCGCCGGGAAGAGATCGCGTTCCTCTCAGGGGTCAGTGTTACTTGGTACACCTGGCTGGAGCAGGGCCGTGACATCAGCCCCTCGCGCCAAGTCCTGGAAGCCGTGGCCCGCACGCTGCATCTTTCGGACACGGGGTTGAGTTACGTGCTCTCCCTGGGCGGGTACTCGTCGGCGCCGCCCAAAGGACCCGTAGCGGCCGATGCTCCCGCCCATGTGCAGCGGCTCTTGGAGGCGTTGGACCCCAACCCCTCCTACGCCTTGTCCCCGGATTGGGGCATTGCCGGGTGGAATCGCGCTTATGAAGCCCTGTATCCAAAAATCGGAACGTTCGATGCCTCGGACCGGAACCTGCTGTGGCTGGTCTTCACTGACCCCTACATTCGCGACCTTCTGCCCGACTGGGACGTCACCAGCAAGCGCTTCCTGGCTGAGTTCAGGGCAGAAACCGGGCAGCGCCTGGGCGACCCCGATGTGGAGTACCAAGTAGGCCGGCTTAAGGACGCCAGCCCGGAGTTCCAGGAAAGCTGGGACCGGTACGACATCCTCGGCTTCGAATCCCGCGAGCGGCAGTTCCACCACCCCGCAGTTGGCGTCCTGCACATGGAGCACCATCAGGTCTCACCCTCTGACCGGCCCGACCTTCACATCGTCGTCTACACGCCCGCTCCGGGGAGTGACGCGGGCGAGCAGATGCAACGACTGATGGGGATCTGA MKDERRKELGLFLRTRRNQALRSDYGLPPVGRSRERGLRREEIAFLSGVSVTWYTWLEQGRDISPSRQVLEAVARTLHLSDTGLSYVLSLGGYSSAPPKGPVAADAPAHVQRLLEALDPNPSYALSPDWGIAGWNRAYEALYPKIGTFDASDRNLLWLVFTDPYIRDLLPDWDVTSKRFLAEFRAETGQRLGDPDVEYQVGRLKDASPEFQESWDRYDILGFESRERQFHHPAVGVLHMEHHQVSPSDRPDLHIVVYTPAPGSDAGEQMQRLMGI NA NA NA NA NA D3-18_04110 1110 yhaZ COG4335 putative protein YhaZ ATGGGTGCCATGGATGAGCTGATCAATTCCAATGTTGTAGCTGAACTGCAATCCATACTCATGAGCGCCGAACCCAACAATGAGCTGCCAACATTGGAGCGCTCACGTAACTCCTTTAGCGGGCAACGCCTCCGGCAGCGGGTTGATATCGTCCGGGACGCGCTCCTTGAGGATTTGCCGGCAGGCTACTCCGCTGTTCAGGGGATCATGCTCGATGCTCTCGATGACCCTCGGTTTACAGGATGGATGGTGTGGCCGGTCACCGAAGTCGTGACCGGTAGGGCACTGCAATCGGGGTCGCTCGCGGACTTCGACGCCGCTCTTACGGTCCTGTCCCGCCTGACCGAGAGGCTAACGGGAGAGTTCGCCATCCGTGACCTCATAGCTGCCCGGCCGAAACGAGCTATCGCGATCATGCAAACGTGGACGAATCACGGCGACGAAAACGTCCGCCGCCTCGCCACCGAGGGCTCTCGCGCCTACCTGCCGTGGGCCAAAAGAGTTCCTTGGCTGGTGGCCAATCCAGCAGCAACGCAAGGGATCCTGGATGCCACCTATCAGGATTCTGCCGAATACGTTCGACGTTCTGTGGCGAACCATCTCAATGATCTGAGCCGCATCGATCCGCAGTTGGTGATAGCCACTGCGCGCCGTTGGTCAGGAAAACCTGATGACACCACTCCCAAGGTGATCCGCCATGGACTCAGGACCCTGGTCAAGCAAGGCAATCCGGAAGCACTCGGCCTTTTGGGTTACTCGGGTGGCCAGCTCGTGGTTACGGAGCCTCGAATCCTCCACACTTCAGTGACATGGGACGGAACCGTGGAATTTTCAGCCGAGGTGGTGAATGAAGGCTCCCAGCCCGCTAAAGCGGCCATTGACTACTCCATCGGTTTCCAGCGGGCCAACGGTACGGTAAGCGCTAAAACTTTCAAGCTCACGTCCCGCCGGATTGGGCCCGGAGAGACAGTCACTGTCACAAAAACACATTCCTTCCGCCCAATAACAACCCGGTCCTATTACCCCGGGAAGCACTACGTAGTAGTCCAGGCAAACGGCGTCGCGTCGGTGCCGGCGAATTTTGACCTGAACCAGAGGGAGCCCAGCTAA MGAMDELINSNVVAELQSILMSAEPNNELPTLERSRNSFSGQRLRQRVDIVRDALLEDLPAGYSAVQGIMLDALDDPRFTGWMVWPVTEVVTGRALQSGSLADFDAALTVLSRLTERLTGEFAIRDLIAARPKRAIAIMQTWTNHGDENVRRLATEGSRAYLPWAKRVPWLVANPAATQGILDATYQDSAEYVRRSVANHLNDLSRIDPQLVIATARRWSGKPDDTTPKVIRHGLRTLVKQGNPEALGLLGYSGGQLVVTEPRILHTSVTWDGTVEFSAEVVNEGSQPAKAAIDYSIGFQRANGTVSAKTFKLTSRRIGPGETVTVTKTHSFRPITTRSYYPGKHYVVVQANGVASVPANFDLNQREPS NA NA NA NA NA D3-18_04111 1269 mhbT 3-hydroxybenzoate transporter MhbT ATGGAGACGATGAGCGAACCCAAATTACAAGATGAGATCAAACCGGACTGGTGGGTGCTCTGCCTTGCATTTGCCGCTGTAGTGCTTGATGGATACGACACGGTCGCACTAGGAGTGTCCATTCCGTCGATATCAAAGGAATGGGGAGTTGAGCCCGCCCATTTCACCCCGGCCCTTGCATTTACGAGCGCTGGGGTGGCTCTCGGTTACATGGCGGTAGGACGCTTAGTTGCAAAAATGGGCACAAGGAATGTCATCTTTTCCGCCGTTGTGCTCTTCACGATTGGCTCACTGCTGACGGCGTGGTCAGGTTCAATAGTGGAGCTGACCCTCCTTCGCTTCGTGACCGGGCTGGGGTTAGGGGCCGTGCTGCCTGCGGCTGTCTCACATGCGACCGCTGTCAATCCGGCGCGTTTGCGCCAGTCGATTGCAGTAGTAGTGATGACAGGCATTTCATTCGGGGCCCTCATCGCTGGACTCGGCGGGGGCATTGTGACAAATGCGCTCGGGTGGGAATGGGTTTTCATCCTCGGAGCCATCGCCTCAGGCGTGCTCTTACCGTTCCTGTGGATCGGCCTATCGGGCAAACACCCCTCGATCACTCCCATGGATCCTTCAGTGGCCAAGCACCACGCCGCGGTTGCCCGCCTTTTCGATGGACCTGTACGGAGCAGGACGCTTCTGCTGTGGTCTTTCTCATTTCTTATTTTCGCCGTTTACTACGTGTTTTCCTCGTGGCTGCCCACCCTGCTTACGAGCTACGGTTTCGGCCTTGGTCTGGCACCTTTAGGATCGGCGGCGTTGGGCATAGGAAGCATCGTTGGCGCCTGTGTGCTGATTCTGGGATCACGTCGACGCCGGATGACCACAGTCTTGGCCTGGACCTCAGCAGCAGCTGTCGCGTTCCTCGTCATTTCCGCATTCCTCGGTCCGGACAAGGCGCTGTTGCTGATTGTCTTCGGTGGCGTCGGTCTTGGGCTCCAAGCTGGCATGATCGGCCAGGCGGCGGTGGCGGTGACTCTGTATCCTCAAGCAACCGTGACCGCGGGGGTAGGGTGGGCAGCTTCATTGGGGCGACTCGGATCGGTGGTGGGCCCCATATTCGGCGGCGTTCTCATCGGCCTTGGCGTGGATACGGGCACCATAGTTCTCTCTGTGTGCATCCCTGTCATTGTGGCCCTGATGTTGATGCTGATCCTAGGGCGGATTACAGCCGAAAGGACTACAGCTCCTGAATCGTCGCAGCTCGACAAGCAACCGCTCGCCTAA METMSEPKLQDEIKPDWWVLCLAFAAVVLDGYDTVALGVSIPSISKEWGVEPAHFTPALAFTSAGVALGYMAVGRLVAKMGTRNVIFSAVVLFTIGSLLTAWSGSIVELTLLRFVTGLGLGAVLPAAVSHATAVNPARLRQSIAVVVMTGISFGALIAGLGGGIVTNALGWEWVFILGAIASGVLLPFLWIGLSGKHPSITPMDPSVAKHHAAVARLFDGPVRSRTLLLWSFSFLIFAVYYVFSSWLPTLLTSYGFGLGLAPLGSAALGIGSIVGACVLILGSRRRRMTTVLAWTSAAAVAFLVISAFLGPDKALLLIVFGGVGLGLQAGMIGQAAVAVTLYPQATVTAGVGWAASLGRLGSVVGPIFGGVLIGLGVDTGTIVLSVCIPVIVALMLMLILGRITAERTTAPESSQLDKQPLA PGPT0005400_1253 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-HYDROXYBENZOATE_METABOLISM,PGPT0005400-pcaK-K08195 NA NA D3-18_04112 888 hypothetical protein ATGAACACTCCCGGTGCCAGCGGTTTGGCGCAGGGTGGTTCCGGTAGCTTCGGGGCTGGCCTGCACCCGTGGAGCCGTTATGTGGCTCTGGGCGACTCGTTCACTGAAGGTTTGGGCGATCCTGAACCGCGGAGCCCCGGCGGCCTACGCGGCTGGGCGGACAGGGTCGCGGAAGAATTGAGCACCGGTCACGAGGATTTCGCCTATGCGAACCTTGCCATCAGCGGACGGCTGCTTCACCAGATTCTCGAAGAGCAGGTAGGGCCAGCGATCGAACTGCAACCTGATTTGATCACCCTTAACGGCGGCGGCAATGACCTCCTCTTCCATAGAAGCGATCCGGACAAGCTTGCCCTTGAGCTGGACGCGGGTGTGCAAAGACTGGCATCCACCGGTGCCACGATCGTGCTCTTTACGGGCCCGGATTGGGGTGCAACCCCGGTGCTGGGCCGGACTCGCGGCAAGGTGGCCATCTACAACGAGAACATCCGGGTAGTCGCCGCCCGCCATGACGCCGTGATCGCCGACCTCTGGGCCCTGCGCCGGCTTACGGATCCTCGGATGTGGGATCCGGACAGGCTACATTTCTCCCCACTCGGTCAACACACCATCGCCATCATGGTGCTCAATACCCTCAACGTTCCGCACTCCTTGGAGCCTTTGACCCCCAAACCCCTACCCGAGCGGAGCTGGCGTGAGGCGCGGGTAGGAGACATTGTCTGGGCTCGGGAACATCTGTTTCCCTGGGTGGTTCGTCGACTGACGCAGCGAAACGGCGACGACGGGCACCAAGCCAAACGACCGGAGCCTGGCCCCGTATTCGGAGCGGGTATGCCTCCCGGGGCATATATAGGCACCGATCCGAGGCACATCCCGGATCAGGCGTGA MNTPGASGLAQGGSGSFGAGLHPWSRYVALGDSFTEGLGDPEPRSPGGLRGWADRVAEELSTGHEDFAYANLAISGRLLHQILEEQVGPAIELQPDLITLNGGGNDLLFHRSDPDKLALELDAGVQRLASTGATIVLFTGPDWGATPVLGRTRGKVAIYNENIRVVAARHDAVIADLWALRRLTDPRMWDPDRLHFSPLGQHTIAIMVLNTLNVPHSLEPLTPKPLPERSWREARVGDIVWAREHLFPWVVRRLTQRNGDDGHQAKRPEPGPVFGAGMPPGAYIGTDPRHIPDQA NA NA NA NA NA D3-18_04113 1599 mptA Alpha-(1->6)-mannopyranosyltransferase A ATGACGGCAGGCAGTACCCCCAGCCCGCATCCCGGGACTTCAGCGATCACAAACCCCGTCGCCACCAAGGCACCGAAGGCAGCAGCTCCGGGGACAAAGCCAGTAGCGTATCCCGCCATCTTGCAGGGCTTCCTCGGATCCCTGTTCATGTTCGCAGGTTCCATTGGCATCGGGTGGATTGCCAATGGATCCCCGATGATCCGCCACCCCATAGTCATCGCACTCCGCACTGAAGGCTGGGGTGTGACTGTCTCCGCCGTCCTCCTGACCGTGGGTGCTATGTTGCTGGTTCGGTCCTGGCTGAGATTGGGCCAGCGAATGGGCAGTTGGGAAGGGAATTCGCTCAAACCGATCGTTGCGGCGATCGGAGCATGGTCCCTTCCTTTGCTGTTCGCCGTGCCCGTCTATTCGCGTGACGTCTACGCGTATATAGGCCAGGGCCGGCTCATGATGGAAGGCCAAGACCCTTACGACGTCGGCATCTCGGCTTTGAACAACTGGTTCGCCTTGGGCGCGGACCCGGCTTGGGCGGAAGCGCGTACTCCATACGGGCCGTACTTCTTGTGGATGGCCCACGCCGTGGTTGCCATTACGGGCGCCCAGCCGGACGTATCAGTCCTGCTGTTCCGGCTCTTGGCCGCCGGCGGGGTGCTGTTGTGCGTTGTGTACGTCCCCAAACTCGCGGAGCTTCACGGGATTAATGGTGCCCGTGCGCTCTGGATTGCGGTGGCCAACCCACTCTTCCTCATCAGTTTCGTCGCCAGCGCCCACAACGACGCCATCATGGTGGGCTTCGCCGTAGCGGGAACCTACTTCGCAGCCACCAAGCGGCCGTTACTGGGCATTTTGCTGGTCACACTTTCCATCGGAATCAAACCGGCCACCGTTTTGCTGCTGCCCTTCATTGGGCTGATGTGGGCCGGCGCCGGGGCGTCCTGGCCGCGCAAGTTTGGAATCTGGGCCGCGACAGCGAGCATCAGTTTCGCGATTCTGGTGATCAGCGGCATCCCTTATGGCTTGGGCTTGGGCTGGGCGTGGGCCATCACGGACCCCACTCCCGGGTTCACCGGCTACTCACCGTCCGGATTCCTGGGCCAGCAAATCGAGTTCCTCGGCAACGCCTTGGGCCTGCCCGGCAATGCCATGGCGGACATCCTCCGAGCGGCCATGAAGTGGGGTGCGGTTGCCCTGGTCCTCGTCTTGATGTTCCGCGGAGACCACTCCCGCGTGGTGCGGCGTATGGCCCTCGCCTTCGCGGCCATCGTGCTGCTCTCCCCCATCATCCAGCCTTGGTACATCCTCTGGTTCGTCCCCTTCCTGGCCGTGACGGGGATCAGGGATGACTGGCAGATGCGGTGCCTCTACGTCGGCGTGACATTCTTTGTAGTCTTCGGAGCGCAGGACCAGTTGTCAGTGTGGTCCTTTGTGGAAGTCTCGGTGGACCTGTCCTCGTTGGCCTTCGCCATCGCCCTGCTGTTCGCGTTCTACCTGGTGTTCCTGGACATCCATACCCGCAGGCTCCTGGTCCAAGGCAAGCTTTCGCGCTGGGTGGGGCAGACTGACCGTCGCCTGCTCCACCGCCCTCCGACTATCCGCTAA MTAGSTPSPHPGTSAITNPVATKAPKAAAPGTKPVAYPAILQGFLGSLFMFAGSIGIGWIANGSPMIRHPIVIALRTEGWGVTVSAVLLTVGAMLLVRSWLRLGQRMGSWEGNSLKPIVAAIGAWSLPLLFAVPVYSRDVYAYIGQGRLMMEGQDPYDVGISALNNWFALGADPAWAEARTPYGPYFLWMAHAVVAITGAQPDVSVLLFRLLAAGGVLLCVVYVPKLAELHGINGARALWIAVANPLFLISFVASAHNDAIMVGFAVAGTYFAATKRPLLGILLVTLSIGIKPATVLLLPFIGLMWAGAGASWPRKFGIWAATASISFAILVISGIPYGLGLGWAWAITDPTPGFTGYSPSGFLGQQIEFLGNALGLPGNAMADILRAAMKWGAVALVLVLMFRGDHSRVVRRMALAFAAIVLLSPIIQPWYILWFVPFLAVTGIRDDWQMRCLYVGVTFFVVFGAQDQLSVWSFVEVSVDLSSLAFAIALLFAFYLVFLDIHTRRLLVQGKLSRWVGQTDRRLLHRPPTIR PGPT0024280_77 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-ARABINOGALACTAN|LIPOARABINOMANNAN_REMODELLING CE-REMODELLINGMANNOSYLTRANSFERASE_ACTIVITY,PGPT0024280-mptA-K14337 NA NA D3-18_04114 1188 hypothetical protein GTGGTGCATTTCTACTTCCTGTGCTGGATGGCATCCTTCTTCCTCAGCGGCAATACCTTCAGCGACACTGAGCAATACCGCCAGTGGGCGATGGATGGCTACAACCCGGAGGACCTCAACGGGAAGATCAGCCCCTGGGTTTATCCCGTGCTGGCCCAGATCCCCATTTTCCTGGCGGGGATTGCCGGTCCGGACCTCTACTTATTGATGTGGACCCTGCTGATCACGGCCCTCAACGCCCTGGGTCTCTGGTACCTGACGCGTGGCCCACGACGGGTCACCGGGATCGCGCCAGCATGGTGGTGGCTGTTCTTCACGGTATTCATGGGGTATCTCAGCTTTGCCCGGGTAGAAGGCATCACCACATCCCTTGTTTTGATTGCCTTGATCTGTGCCGCCCAACGGCCCGTTGTTGCGTCCGTCGTGTTGAGCATCGCAACGTGGATCAAAGTGTGGCCCGCAGCGGTGCTGGTACCCATCATCATCGCGTCCCGCAATCGGCTGCAGATGATCGCTGCCGGGGTGGGCGTCACCGCCGTCGTAGGTTTCGGAACCTACCTTGCTGGGGGCTTCAGCCACATCCTGGACTTCCTGATCAACCAGGGCGAGCGCGGCATGCAGCTGGAAGCCACCTTCTCCACACCTTGGGTGTGGCTGAGCGTCTTCAACATTGCCGGATCCAAAATGGCCGATAACACAGCCATTAACTCCACGGAGGTCTACGGACCCGGTGCCGAGGTTGCGGCGTTCCTGATGCAGCCGCTGCTGATAGTTGCCGCGATTGCGGCCGCCATCCTCCTGATCCGTGCACTCAAACGCGGAGCGGAGCGAGAGGAATTGTTCCTCGAAGGCGCCTTGATGATGACAACGGCGTTCATCGTGTTCAACAAGGTGGGCTCTCCCCAGTTCATCATCTGGCTGGCACCTGTGATTATTGCCGGCCTGACGCACGACTGGAACCGTTGGAAGGTGCCGGCCGCCCTGCTGATGGGGATTGCCATGACCACGTTCGTGATTTATCCGCTGTTTTACACCCCGCTCATCCACGCCCACCCGATCATGGCCGCTGTGCTCACCACCCGGAATGTCCTGCTGGTGGTACTGCTGTGGTGGTCGGTGCAGCGGACGGTTGAACTGGGGCGGCGGGTGAACCGGGATGGCGCTCCAGTGGTCCCGAAAACGCTTTAG MVHFYFLCWMASFFLSGNTFSDTEQYRQWAMDGYNPEDLNGKISPWVYPVLAQIPIFLAGIAGPDLYLLMWTLLITALNALGLWYLTRGPRRVTGIAPAWWWLFFTVFMGYLSFARVEGITTSLVLIALICAAQRPVVASVVLSIATWIKVWPAAVLVPIIIASRNRLQMIAAGVGVTAVVGFGTYLAGGFSHILDFLINQGERGMQLEATFSTPWVWLSVFNIAGSKMADNTAINSTEVYGPGAEVAAFLMQPLLIVAAIAAAILLIRALKRGAEREELFLEGALMMTTAFIVFNKVGSPQFIIWLAPVIIAGLTHDWNRWKVPAALLMGIAMTTFVIYPLFYTPLIHAHPIMAAVLTTRNVLLVVLLWWSVQRTVELGRRVNRDGAPVVPKTL NA NA NA NA NA D3-18_04115 1305 hypothetical protein ATGGACAGTTTTTTCAGTAAGCTCGCGGAAATCCGCGGTAAAACAATCCCAGCGAGGTTGGCGGCACGCATGAACTCCCCGCGGGGCCTGCTGTGGGGCTTCGTAGTGATTCACCTGGTGTTCCTGGTCTTTGGGGCCGTGCTCTCGTTGCGCGGCGAAGCGTTCAGCGACACCTTTATCTACCGTGAATGGGCGCTGGCCGGATTCGATGAAGCAAACCTCACCGGGGGACCCAGCCCGTGGGTCTATCCCATCCTGGCGCTGATTCCCATGGGCTTGGCAGCTGTAGCCGGTCCTGGCCCTTTCTTCTTCCTTTGGGTCCTGCTCACCACACTGCTGAACGGTTGGGCGGTGCTCAAACTCACCGACCGCGGCCGCCGGCAGGAAGCAATCCCGGCTGCCTGGTGGTGGCTGGTATTCGTCTTCCTCATGGGCTGGTTGGGCTTCGCCCGCGTTGACGGACTAACTGCCCCCATAGTCCTCGTGGCCCTTGTTTACGGGGTCACGCGGCCCTTCGTCGCGTCGGTCCTCCTGAGCGTCGCCACCTGGGTGAAGGTGTGGCCCGCCGCTGTGATGCTGGCCCTGTTCGCAGTGGTCAGGAAACGCCTGCACGTTGTGGCGGCAGGAATCGCGACGACGGCGGTTGTAGTTGCGCTTGCCGCAGCAGTTGGTGCCGTTCCCAAGTTGCTGAACTTCCTGACACAACAGGGAGATCGCGGCATGCAGCTCGAAGCGACCTTCACCACCCCCTGGTTGTGGTTGTCTGTCCTCGGCGTCGGGGATTCCCGCATGTACATGAACACTGACATCAACTCCATGCAGGTGGACGGACCCGGCACTGCACTCATGTCCGTGCTGATGCAGCCGCTCCTCCTCCTGGCGGCGGCCGCCGTCGCCGGTCTGACCTTCTGGGCCCTGCACCAAGGCAAGCTCAACGGCGGAGTGGACCGGACGGAACTCCTGCTTTCGGGAGCGCTCACGTTGGTGACCGCCTTCATCGTTTTCAACAAGGTGGGTTCACCCCAGTTCATGGTGTGGCTCGCTCCGGCGGTAGCTGTGGGTCTGGCACACAACTGGAAAGAGTGGCGCGTGCCCGCCACCATGCTGATTGTGATTGCAGTTGCCACCTACTTCATCTACCCGCTCTTCTACGATGCACTGAGCCACAACAATCCTTGGATGGCCCTGGTTCTGACTATCCGCAACGTCCTGCTGGTGGTCCTCTTCTTCTGGTCGGCGCGTCGCCTGTATTCACTGGGCCGTAAGCCATCCGTGGTCACCGCACCAGCGGGCAAGGAGCACTAA MDSFFSKLAEIRGKTIPARLAARMNSPRGLLWGFVVIHLVFLVFGAVLSLRGEAFSDTFIYREWALAGFDEANLTGGPSPWVYPILALIPMGLAAVAGPGPFFFLWVLLTTLLNGWAVLKLTDRGRRQEAIPAAWWWLVFVFLMGWLGFARVDGLTAPIVLVALVYGVTRPFVASVLLSVATWVKVWPAAVMLALFAVVRKRLHVVAAGIATTAVVVALAAAVGAVPKLLNFLTQQGDRGMQLEATFTTPWLWLSVLGVGDSRMYMNTDINSMQVDGPGTALMSVLMQPLLLLAAAAVAGLTFWALHQGKLNGGVDRTELLLSGALTLVTAFIVFNKVGSPQFMVWLAPAVAVGLAHNWKEWRVPATMLIVIAVATYFIYPLFYDALSHNNPWMALVLTIRNVLLVVLFFWSARRLYSLGRKPSVVTAPAGKEH NA NA NA NA NA D3-18_04116 1119 hypothetical protein ATGGCTCAAGACGCGGGCTCTCTTAAACCGGAAAGCGGCAGCTCACCGAAGGATGACGCTGCTGCCGCCGATGACGCTGTTACGGCGCCGGCAAGCGAAGACATGACCATGCGCGAACAAGTGCTCGACATCATTGAATCCATCCTTGCCGACAGTGATGCCCGGAGCGAAGGAGCAAGGAACAACCTTCGCTCCTTGATTGAGGCACGACCCGACGATCCTGAGCGTGCCTTGTTGGAGCACTTGCTCGAGACCCGTAAGACGCCAGGTTCAGCGGCCAAGGTCCCGGTTCAGCGTGAAGTTGCCAGCCTGCACTTGGAGTCCTCGGACACAGCCCGGACAGTCTCGGTCCCGGTTAGCCACGAAGTCCGCGAAGGCATCCAGTCGATCCTGGCAGACAAGCTCTTGCTGACAGCTTTCCAGCCCGTCCATGCACTGCCCGGCGGCGAGGTTGTGGGCGTAGAGGCGCTCACCAGGTTCGTCGGAGAGGATGGAGCCGGAGCCGATGTCTGGTTCAACGAGGCTGCGGCAGCCGGATTGGGCACGGAACTTGAAATTGCCGCGCTGCACTGCGCCCTGACGGCAGCGCACGACGTCCCGGACAACATGTCCGTGGCGCTGAACCTCACCCCTGCAACGTCCAACGACCCCCGAGTGCGGAACCTTCTGGCGGCAGCAGCACTCGCCCCGGACAGGATCATCGTTGAACTGACGGGCAGCTTGGAATCCGTGGAAGGGCAAACCGGCGACGACGGCCTGGGGCCATTGCGAACCCTGGGCCTGCGGCTGGCCATCAGTGCGTCCGGTGCCGCTTTGGTTTCCATGGAACGGATTGAACAGTTGCGCCCCGACATCATCAAGCTGGACCGCCATTTGATTGAAGGAATAGAAAGCAGCGACGGTCAGAAAATCCGTGCCAGGGCCATCGTGGAACTTGCGCGGGAGATCGGCGCGGACATCATTGCGGAAGGCATCGAAACAGCAGCCGAACTTGATGAAGTCGCCGCGCTGAAGGTCACAGCAGCGCAAGGTTACCTCTTGGGTCGCCCCTCCGTTCACCCGTTGGATTGGTCCGCATGGAGCATACGCGCGCAGACGGAAGCCCAGCCCGCAGGGTAA MAQDAGSLKPESGSSPKDDAAAADDAVTAPASEDMTMREQVLDIIESILADSDARSEGARNNLRSLIEARPDDPERALLEHLLETRKTPGSAAKVPVQREVASLHLESSDTARTVSVPVSHEVREGIQSILADKLLLTAFQPVHALPGGEVVGVEALTRFVGEDGAGADVWFNEAAAAGLGTELEIAALHCALTAAHDVPDNMSVALNLTPATSNDPRVRNLLAAAALAPDRIIVELTGSLESVEGQTGDDGLGPLRTLGLRLAISASGAALVSMERIEQLRPDIIKLDRHLIEGIESSDGQKIRARAIVELAREIGADIIAEGIETAAELDEVAALKVTAAQGYLLGRPSVHPLDWSAWSIRAQTEAQPAG NA NA NA NA NA D3-18_04117 819 hypothetical protein GTGACATCCATTTCAACGGAATCACCCCGCACCGCACTTAGTTGGAAGCTGTTGCCGGCGGCGTTGCTTTCCTTGTCCGGCGTGCCGCTCTTTGCGATGGGCAACGAGCTGCTCGGCTATGGCCTGTTGATGGCAAGCGTGGCCACCGCGGCTTTCATCGACCATCGACTGATGAGACACCTCGCGTTGATCGCGGCAGGTATGACCATCTTCAGCTTGGTACCGCTCAACGCCGACCTCAGCACAGAGCACATGGCCCTCATGGGCGGCGCCCTGGCATTGGCTGTGCTGGTGCCATGGCTGGTGTCCCGGTTCGTCTACCGCGAAGACATCATCAAGTTTCCCGTCAACACCGGCCGCAAGTGGCCCCTGGCAGCGAAGCTGTACTTGATAGGCGTGGTGGCGCTCGGATACTTCATCCTGCCGGTGTACTTGATCAGGACCGGTGTTTACCAAAACTGGCCGGACGCTTCGGATCCCGATATCTTCTGGCGGCTCTTCCTGGGCGTCAACGCTGTGGGTATCTGGGATGAACTGTTCTTCATTTGCACCACCTTCACCCTGCTGCGGCAACATTTCCCGGACTGGTTGGCCAACCTCCTGCAAGCCGTGGTGTTCTCGTCATTCCTGTGGGAGATCGGCTACCAGTCGTGGGGTCCGCTCCTGACGTTCCCGTTCGCACTGCTGCAGGGCTACACGTTCAAGCTCACCAAGTCATTCACGTACGTGGTGTCGGTGCACCTGCTCTTCGACTTCGTCTTGTTCCTGGCATTGGTCCACGCGCACAACCGCGACTGGCTGCCGATTTTCCTGTACTAG MTSISTESPRTALSWKLLPAALLSLSGVPLFAMGNELLGYGLLMASVATAAFIDHRLMRHLALIAAGMTIFSLVPLNADLSTEHMALMGGALALAVLVPWLVSRFVYREDIIKFPVNTGRKWPLAAKLYLIGVVALGYFILPVYLIRTGVYQNWPDASDPDIFWRLFLGVNAVGIWDELFFICTTFTLLRQHFPDWLANLLQAVVFSSFLWEIGYQSWGPLLTFPFALLQGYTFKLTKSFTYVVSVHLLFDFVLFLALVHAHNRDWLPIFLY NA NA NA NA NA D3-18_04118 588 hypothetical protein ATGTCCAGTCCTGAAGAGATACCTGAAGAAGCCGGGACCCCGGTTTCCGCTGGTATCTATGATGTGGACGCCAACGATCCTCATCAGGAACTGGTGGATCGCTCAAACCTCTCGGAAGCGGATGTCCAGCAAATCAGCCACCTCATGGCAGCGCTGGGAAGACTGCGCGAGGCTGAACAACGGCTCTCCGACGCCTCGCTTCGGTACATGAAACTGAACCAGTCCGACATGCGCGCACTGCACTACCTGATTGTCTGTGCCAACCATGGCGTGATCGCTACGCCCGGTGCAATAGCCTCCCGTCTCAATATCTCGACGGCGTCAACCACCAAGCTGCTCGACCGGTTGGAACGCGCCGGCCACGTCACGCGACGCGCGCACCCCTCCGACCGCCGCGCCCTCGCCATCGCCATCACACCTGAAACGCACGAGGCCGCCATGAGGACCGTTGGGCGGCAGCAGGCCAAACGGTTCCTGGCGGCGGCCAGGCTGAGCCCTGCCGAGCGGGAATCGGTGATTCGATTCCTTGATGACATGGCGCAGGAGATCGAAGTTTCAGATGAAGCGTGGGCAGGTTCGGGGACGTAA MSSPEEIPEEAGTPVSAGIYDVDANDPHQELVDRSNLSEADVQQISHLMAALGRLREAEQRLSDASLRYMKLNQSDMRALHYLIVCANHGVIATPGAIASRLNISTASTTKLLDRLERAGHVTRRAHPSDRRALAIAITPETHEAAMRTVGRQQAKRFLAAARLSPAERESVIRFLDDMAQEIEVSDEAWAGSGT NA NA NA NA NA D3-18_04119 555 idi COG1443 Isopentenyl-diphosphate Delta-isomerase ATGAACGCGACAGAGATGGTGGTCCTCCTTGACGACGCCGGGGCGCCCATTGGCGAGGCTCCCAAGGCAGGAGTTCACACACTGGATACGCCCCTCCACCTCGCCTTTTCCTGCTACCTGCTCAACGACGCCGGAGAACTTCTCCTGACCCGCCGTTCACCCGAGAAGAAGACGTGGCCCGGAGTGTGGACCAACAGCTTCTGCGGGCACCCCGGTCCGGGTGAAGAGTTCGAGGATGCTGTCCTGAGGCGTGCCCAGTTCGAACTCGGGGTGGACGCCACCAGGATCGAACTGGTCCTCCCCCACTTCCGATACAGGGCAGTAGATCCAACGGGCATAGTGGAAAACGAAATTTGCCCTGTCTACATAGCCCGCATCACCGGGGCGTTGAAGCCGAATCCCGCCGAGGTAGCGGACTGGGCCTGGATCGCACCCGCGCTGCTGGCCGATGCTTTGGAACACACGCCGTCCGCTTTCAGCCCGTGGCTCGGGCTTCAATTTCCGGAGCTCCTCAAGGCGAACGCTTTGCCACTGCAAGCTGGAGCTGAAGCATGA MNATEMVVLLDDAGAPIGEAPKAGVHTLDTPLHLAFSCYLLNDAGELLLTRRSPEKKTWPGVWTNSFCGHPGPGEEFEDAVLRRAQFELGVDATRIELVLPHFRYRAVDPTGIVENEICPVYIARITGALKPNPAEVADWAWIAPALLADALEHTPSAFSPWLGLQFPELLKANALPLQAGAEA PGPT0007530_2565 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-TERPENOID_DERIVATE_PRODUCTION,PGPT0007530-idi-K01823 NA NA D3-18_04120 1167 ispB_2 COG0142 Octaprenyl diphosphate synthase ATGACCATCACCTCGAGTGGCGTTCGCGGGCGCACCGACCTTTGCACGGCGATCGAGAACGAGCTGAGCGGACTCATCGGCAAGCGGGCAAGTGCGGCAACTGCCTATGGCCCGGACTTCGCCAGGCTGTGGGCGCTCGCAGGCCAGAACGTCCTGGGCGGCAAGTTCGTCCGGCCACTGCTGCTCATGGAAACGTACGACGCGCTCTGCCAGCGGCATCAACAGTACGACTCTGCAGACTCACGTCAGCGCGAGACCGCCATCAGTATCGCCGCCGCCATTGAACTCCTGCACTACGCCTTCCTGCTGCATGATGACGTGATCGACGGCGACCTCGTCCGACGCGGGCACCCCAACCTGATCGGTTCCCTCCTCGCGGAAGCCTCCGCAACCGCCCGCACGGATGGATGTGAGGGCGTGGATGGACGTGAGGGCGCTGACGGCGCGGACGGCGCTCGTGGAACCCGCGCCGGGAGCAGCTTCCACTGGGCCCAAACCGGCGGGATACTCATGGGCGACATGCTCTTGGCGGCTACGCACCAGTCCTTCGCCCGGGCGGATCTCCCACATGAGATCCGCCTGCGGCTCCTCGACCTCCTGGAACACACCATCAATGAGACAGTGGCCGGCGAACAACTGGATGTGGGCCTCGGTGACGGCGTCATAGCCCCGGACCTCCAGACCATCCTGGTGATGTGCGGCTACAAAACCGCCACTTACACCTTCGAGCTCCCGCTGCGTGCCGCCGCTACGCTGGCCGGTGCCGACTTCGCCGTCGAGAATTCGCTCGCAACAGCCGGCAGGCACCTTGGGCTCGCCTTCCAACTCCAGGACGACCTCCTGTCAACTTTCGGGGATCCTCGCCGCCACGGCAAGGATCCCTTTTCGGACCTCCGCGAGGGCAAGGAGACGGCCATCATCGCCCATGCACGGACCACACATGCATGGCCGGACATCGAACCCTTCTTCGGCATGCCTGAGCTCAGCGTCGGCGAAGGCGAGCACGTCCGCCTGCACCTTAGCGATTGCGGCGCAGAGGCATTCGTCCAAGGTCTCATCGAGGAACAAATGCAGGCATTCAACAGTCAGCTGACCACCACCATCCCGGCAAGCGTACGCAATGTCCTGCTTGACCTCGCGGGACAGCTTGAAGGGCGGCAATCATGA MTITSSGVRGRTDLCTAIENELSGLIGKRASAATAYGPDFARLWALAGQNVLGGKFVRPLLLMETYDALCQRHQQYDSADSRQRETAISIAAAIELLHYAFLLHDDVIDGDLVRRGHPNLIGSLLAEASATARTDGCEGVDGREGADGADGARGTRAGSSFHWAQTGGILMGDMLLAATHQSFARADLPHEIRLRLLDLLEHTINETVAGEQLDVGLGDGVIAPDLQTILVMCGYKTATYTFELPLRAAATLAGADFAVENSLATAGRHLGLAFQLQDDLLSTFGDPRRHGKDPFSDLREGKETAIIAHARTTHAWPDIEPFFGMPELSVGEGEHVRLHLSDCGAEAFVQGLIEEQMQAFNSQLTTTIPASVRNVLLDLAGQLEGRQS PGPT0007560_200 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-CAROTENOID_BIOSYNTHESIS,PGPT0007560-crtE|ispA-K13789 NA NA D3-18_04121 924 hypothetical protein ATGAGCGTGGCCACGGATACCTCATTGACGCATTTCACCCGGACCGCGGAGCGCGCCGCCAATCAGGTCATCTCCGCATACTCCACCTCGTTCGGCTTGGCGTGCAGGCTGCTGGGATCCAGGCACCGCCAGCACGTCCGCAACATCTACGCCCTGGTAAGGGTGGCCGACGAACTCGTGGACGGTGTGACGGCGGAGGCCGGCCTGAGCTATCAGGAGCAGTGCGACGCCCTCACCCACTTCGTCGACGAGACGCACCGGGCAGTCATGCTCGGCTACAGCAGCGACCTCATCATCCATGCCTTCGCCCAGACAGCCCGAACCGCCGGGATCGACGACTCGCTCATCGACCCGTTCTTTGACTCCATGCGTATGGACCTCGGCGAGCGCACTGACTTCCTGGAGCGAAATGCCGCCCCACCCGCGCCCCTCCGTTTCGACGCGGATGCCCACGACGGCTACGTCCACGGTTCCGCCGAGGTAGTGGGGCTGATGTGCCTGCGCGTCTTCATGCGGGATGAGAACATCGACGACGGCGACGCTGCAGCTTTGGAGCATGGAGCCAGCAGGTTGGGTGCTGCTTTCCAAAACATCAACTTCCTCCGGGACCTTGCGGACGACACCACCCGGCTGGGACGCAGCTACCTTGGCACCTCGGACCACCTCGAGGACCGCGACCGCATGGGTTGGGTCAGCACCATCCGGGCGCAGTTGGCTGATGCCAACGCCGTCATCCCCATGCTGCCGCGCGATGCCCGCGCCGCTGTCCGGAGCGCGCTGGCACTATTCCAAGCGCTCACGGACAGAATCGAACAGGCCACGGTGGACGAGCTCTACCGTTCCCGGGTCCGTGTACCGGATCCCGTGAAAGCCGGGCTCGCCGCCCGCGCCGTCGCCTCAACCTGGATGGAGCTGCACCGATGA MSVATDTSLTHFTRTAERAANQVISAYSTSFGLACRLLGSRHRQHVRNIYALVRVADELVDGVTAEAGLSYQEQCDALTHFVDETHRAVMLGYSSDLIIHAFAQTARTAGIDDSLIDPFFDSMRMDLGERTDFLERNAAPPAPLRFDADAHDGYVHGSAEVVGLMCLRVFMRDENIDDGDAAALEHGASRLGAAFQNINFLRDLADDTTRLGRSYLGTSDHLEDRDRMGWVSTIRAQLADANAVIPMLPRDARAAVRSALALFQALTDRIEQATVDELYRSRVRVPDPVKAGLAARAVASTWMELHR PGPT0007375_1386 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-CAROTENOID_BIOSYNTHESIS,PGPT0007375-crtB-K02291 NA NA D3-18_04122 1653 carA2 COG1233 zeta-carotene-forming phytoene desaturase ATGACCCGGACAGTAGTGATCGGCGGTGGCATTGCTGGGCTTGCCACCGCCGCACTCCTCGCCCACGAAGGACACGAGGTCCAGCTCCTCGAACAACGTGATCAGGTGGGCGGCCGTGCCGGCAGCCTCGAGCGGGATGGCTTCCGGTGGGACACCGGCCCTTCCTGGTATCTGATGCCCGGCGTCTTCGACCACTTCTTCGATCTGCTCGGCACCAGCACCGCTGAACAGTTGGATCTCCGCACGCTCAACCCTGCGTACCGCATCTTCAGCGAACCAAATCACGACGGCGTGCGGCCCGAGCCGCTGACCGTCCCGCTTGGCAGCGAGAAGGTTTTGGCGACCTTTGAACGCGTGGAGCCCGGGAGCTCCAAACAGCTCAAGTCCTATCTCGCTTCCGCGCGGCACACTACGGAAATGGCCGAAAGGTTCTTCCTTTACAACCCGTTCACCAAGCTTCAGGCGCTACTTCATCCAGAAGTTGTGCGCAGCCTTCCCAAACTCGCGCAGCTGCTCCTGACGCCCCTCGATAGATACGTGTCCCAACGGTTCCAACATCCAGTGCTCCGGCAGGTTCTTGGCTACCCGGCAGTTTTCCTGGGCACCAACCCTTCCGATGCGCCGGCCATGTACCACCTGATGAGTGCTTTGGACCTAGGGGACGGCGTGCAGTACCCAATGGGCGGCTTTTGGGCCCTCGTGGAGCGCCTCGAAGCACTGGCGCTCGACGCCGGGGTCAGGATCCATACAGGGGCAGAAGCCCTCAAGATCACCACCCGCGAAGCCACCCACACCAAGAAACTGGGGCGCTTTGACGGCCTGAACCTCCCCGCCGGCCTCACAGGCAAGGACAGCCGGGAAGTCACCGGCGTCAAGTGGCGCGATCGCTCAGGAGCAGAGCACTACAGCGTTGCCGACCAAGTGGTCTCCGGCGCCGACCTGCACCACACCGAAACCCAGCTCCTGGGCGTCAGGGACCGGAGCTACAACAAAAAGTACTGGCAGAGCCGCACCAGTGGGCCCGGAGCAGTGCTGGTGATGCTGGGGGTGAAGGGTTCGCTGCCGGACCTTCCCCACCACTCCTTGTTCTTCACCCGCGATTGGGCGGCAAACTTCGCCTCAATCTTTGGTGAAGCACCGAGCATCCCTGATCCTGCCTCTATTTACGTCTGCAAACCCAGTGCTACCGACGCCGGTGTCGCGCCACAGGACCACGAGAACCTTTTTGTCCTGGTTCCCATCCCTGCCGACCCATCCCTGGGAGCGGGTGGGCCTGACGGCAACGGCGATGTGCTGATCGAGCGGACTGCCGACGCCGCAATCGACCAGATCGCCCAATGGGCCAACATTCCGGATCTCCGCGAACGTATGGTGGTCCGCCACACCATCGGCCCGGCCGACTTCGCACGCGATTACAACTCGTGGCGCGGCGGCATGCTTGGCCCCGCACACACCCTCCGGCAAAGCGCGATGTTCCGGGCCCAGAACTCGTCCAAACGTGTTCGCGGCCTGTACTACGCGGGCGCCACCACTGCACCGGGTGTCGGTGTGCCCATGTGCCTCATCAGCGCCGAGCTGGTGTTGAAGCGAATCCGCGGCGATCACAGCTCTGGCCCTACCACTGTGAGGCCTGTAGCTAGCAGGATTGGCTGA MTRTVVIGGGIAGLATAALLAHEGHEVQLLEQRDQVGGRAGSLERDGFRWDTGPSWYLMPGVFDHFFDLLGTSTAEQLDLRTLNPAYRIFSEPNHDGVRPEPLTVPLGSEKVLATFERVEPGSSKQLKSYLASARHTTEMAERFFLYNPFTKLQALLHPEVVRSLPKLAQLLLTPLDRYVSQRFQHPVLRQVLGYPAVFLGTNPSDAPAMYHLMSALDLGDGVQYPMGGFWALVERLEALALDAGVRIHTGAEALKITTREATHTKKLGRFDGLNLPAGLTGKDSREVTGVKWRDRSGAEHYSVADQVVSGADLHHTETQLLGVRDRSYNKKYWQSRTSGPGAVLVMLGVKGSLPDLPHHSLFFTRDWAANFASIFGEAPSIPDPASIYVCKPSATDAGVAPQDHENLFVLVPIPADPSLGAGGPDGNGDVLIERTADAAIDQIAQWANIPDLRERMVVRHTIGPADFARDYNSWRGGMLGPAHTLRQSAMFRAQNSSKRVRGLYYAGATTAPGVGVPMCLISAELVLKRIRGDHSSGPTTVRPVASRIG PGPT0007390_70 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-CAROTENOID_BIOSYNTHESIS,PGPT0007390-crtD-K20611 NA NA D3-18_04123 351 hypothetical protein ATGGGTGCTCTCTACTTGGTCTCGTTGCTGCTGGGCATTAGTTGCATGCTCCTGCTCGACCACCGCTTCCGTCTGTTCTTCTGGCGGGACGCAAAAGCAGCGGCAATCGTGACCGCCGTCGGGCTCTTGTTCCTTCTAGCGTGGGACCTGGCCGGAATCGGATTGGGGATCTTCCTGCGAGGGGAAGGCACCATCGCCACCGGGTTACTGCTCGCGCCGGAGCTGCCCATTGAAGAACCTGTGTTCCTGGTCTTCCTGGTGCTGTGCACGATGGTCCTTTACACGGGCGCGCGGCGGCTGCTTGACCGGAAGCCGGTCACGCACAGCGAGAAAGAGCGGGAGACCGTATGA MGALYLVSLLLGISCMLLLDHRFRLFFWRDAKAAAIVTAVGLLFLLAWDLAGIGLGIFLRGEGTIATGLLLAPELPIEEPVFLVFLVLCTMVLYTGARRLLDRKPVTHSEKERETV NA NA NA NA NA D3-18_04124 1206 hypothetical protein ATGACGTATCTCTGGCTCGCGCTCGCCTTCATCTCCACGGCAGCCGTTGCCGGCGTGATCTTTGCTCGTCGAGGTGCCATGCGCGGCGAGGCCGGCAAGCATTGGAAGGCAGTGGGCCTCGCGTTCGCTGCGCTGGCCGTCCTGACAGCCGTTTTCGATTCCGTCATGATCGGGATGGAACTCTTCCACTACGACGCGGCGCACATCCTCGGCGTAAAAATTGGCCTGGCCCCTATCGAGGATTTCGCTTATCCGCTGGCGGGTGTTGTGGCGTTGCCCGGCTTGTGGATGTGGCTGACGCGGAAGCGTAAAGGGTCCAGTTCCGGTTCATCCAATCTCAAAGGCCTCGTCCCCCAGGCCCTGCTCGCGTCCCGGCCCGTCAGTTGGATCAACACCGCCTACCCTTTTGCCGCGGCCATGCTCTTGACCACCCGGGAGATCGACTGGGTTCTGATCATTGGCACGTTTTACTTCCTGATTCCGTACAACCTGGCCATGTACGGCATCAATGACGTCTTTGATTATGACTCGGATCTCAAGAATCCACGCAAAGGCGGCATCGAAGGCGCGCTCCTCCAACCGCACCTTCACAGGCCCATGCTGTGGCTCGCGGCGATCACCAACGTTCCGTTCCTGCTGGTGTTGGCGTTGGCGGGCGGGCCTGCCGCATGGATCAGCCTGGCCGTAAGTACATTCGCAGTGGTGGCATACTCGGTGGCCGGACTTCGCTTCAAGGAACGGCCCGTCTTGGACTCGCTGACGTCGAGCACGCACTTCGTGAGTCCCGCCGTCGTCGGGTTGGCGCTGGCTGGCGCTGACGTGACGCCGGGGCTGCTGATCCTGCTGGCCGCGTTTTTCCTGTGGGGAATGGCCGCACACGCCTTCGGCGCCGTTCAGGACATTGAACCCGACCGGCAAGCCGGTATTGGCTCCATAGCAACCGTCATCGGTGCCCGCCGGACGGTGAGGCTCGCCGTCGGACTCTGGCTTGTTGCCGGCCTCGCGATGCTGGCCACGCCATGGCCCGGCCCGCTGGCAGCGATCATCGCCATCCCCTACATCGTCAACTGCGCGCCTTACTGGAACGTCACGGATACGACGGCGGCACGCACCAATGTGGCATGGCGGCGGTTCATCTGGCTCAACTACTTTTCAGGATTCCTGGTGACTCTCATATTTATCCTGCAGTGGAGCCTCACGTCATGA MTYLWLALAFISTAAVAGVIFARRGAMRGEAGKHWKAVGLAFAALAVLTAVFDSVMIGMELFHYDAAHILGVKIGLAPIEDFAYPLAGVVALPGLWMWLTRKRKGSSSGSSNLKGLVPQALLASRPVSWINTAYPFAAAMLLTTREIDWVLIIGTFYFLIPYNLAMYGINDVFDYDSDLKNPRKGGIEGALLQPHLHRPMLWLAAITNVPFLLVLALAGGPAAWISLAVSTFAVVAYSVAGLRFKERPVLDSLTSSTHFVSPAVVGLALAGADVTPGLLILLAAFFLWGMAAHAFGAVQDIEPDRQAGIGSIATVIGARRTVRLAVGLWLVAGLAMLATPWPGPLAAIIAIPYIVNCAPYWNVTDTTAARTNVAWRRFIWLNYFSGFLVTLIFILQWSLTS NA NA NA NA NA D3-18_04125 540 hypothetical protein ATGGACTCGGAAGGCCACGCAAAGGGCTATTGGTACGGGAAAGACCCAGGTCAGAAGGCCATAGCCATTGATGTCCTGAACGCCTTGCGGGATTACCGCGCCTCCGAGCAAGCGATGCGTCGCAGGACCCGCTCGTCCATGGGGATGGGCGAGAAGGATTTGCTGGCCCTGCGCTATCTCTTCGAAGCCGAGGCCGCGGGCAAAGTGATGAAGCCGAAGGACTTGGGCGACAAACTCGGCATAACGTCGGCATCCATGACCACGCTGATCGACCGTTTGGTGGAGTCCGGCCACATTCGCCGCGAACCCCACCCCACTGATCGTCGGGCATTGATCCTGAAGGCCACTCCGGGCTCGGACCAGGAAGTGCGGCACACCTTGGGCGGAATGCACCGCCGAATGCTGGACGCAGCGTGCGCCTTGAGCCCTGACGAGTCGCAGGTGGTGGTGAACTTCCTGCAGCACATGCGCGAAGCATTGGACACCATCGATGAAGATCCTGCGAAACCTGAGGCCCCCGAACACACGCCGCCTTCATGA MDSEGHAKGYWYGKDPGQKAIAIDVLNALRDYRASEQAMRRRTRSSMGMGEKDLLALRYLFEAEAAGKVMKPKDLGDKLGITSASMTTLIDRLVESGHIRREPHPTDRRALILKATPGSDQEVRHTLGGMHRRMLDAACALSPDESQVVVNFLQHMREALDTIDEDPAKPEAPEHTPPS NA NA NA NA NA D3-18_04126 792 hypothetical protein ATGGCAATCCAAAGCTCAGATCTTTTGCGGCAGATCACGGTCACCGTGAGCCTGGTGGTCTGCATCGTTGGTTCGATGATCGGCGTTGGCGTCTTCGGTGGGACACCAATTGCGCAGGCAGCTGGTGGCGCTTTGGCCGCCGATTCAACCCTTTTGGCTCCCGCGACTCCCGCTTTCTCCATCTGGTCTGTGGTTTACGCCGGACTTGCCGCTTTCACGGTATGGCAATGGCTGCCGTCCCAGCGTTCCAGCATGCGGCAACGGTCGCTTGGATGGATCGTCGCCGTGTCCATGATCCTCAATGCGGTGTGGATTTTGTCCGTGCAGGCTGGCTGGCTCTTGCTCAGCGTCCTGGTGATCCTGGCATTGCTGGTGACCCTTGTGCTGGCTTTCCTGCGCTACAGCCAGAGCCGGGCCGGGTCCTGGGTTGAGGCGGTGGTTGTTGATGGGACCTTGGGCTTGTACTTGGGCTGGACCAGTGTGGCCGTGTGCGCCAACATCGCCGCTGCTTTGAAAGCATCTGGCTTTGGGGGCTTCGGGCTGCGTCCGGAAGTCTGGTCCGTCGCCGTTCTGGTGGTGGTCGCTGTGGTGGGCATTGCCTTGGCGATCAAGGGCCACGGGCGGCTCGCCCTGGCTGCCGCCATCGCGTGGGGCCTCGTGTGGATTACGGTCGGCCGCAGCGCCAACTCACCGGAATCATTCCCGACGGCGATCGCCGCGGCTGTTGCTGCTGCCCTGGTCCTCGGTGCTGCAATCACAGTGCGGACACGGGCGGCGCTGGCACGTCGCTAG MAIQSSDLLRQITVTVSLVVCIVGSMIGVGVFGGTPIAQAAGGALAADSTLLAPATPAFSIWSVVYAGLAAFTVWQWLPSQRSSMRQRSLGWIVAVSMILNAVWILSVQAGWLLLSVLVILALLVTLVLAFLRYSQSRAGSWVEAVVVDGTLGLYLGWTSVAVCANIAAALKASGFGGFGLRPEVWSVAVLVVVAVVGIALAIKGHGRLALAAAIAWGLVWITVGRSANSPESFPTAIAAAVAAALVLGAAITVRTRAALARR PGPT0014330_13 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-HALOTOLERANCE_RELATED_ENZYMES,PGPT0014330-ytaB-K05770 NA NA D3-18_04127 1530 hypothetical protein ATGGAGCAACTGCGGGAGGGCGAGGCGATTGATGCAGTCGTGCTTCGTCGCGATCCGGAGGGCTCTCCGTATGGGCCCCGGGTTTCCGATGTCCTCTCGCTCCTGAACACTGTCCGCTTGGGCGCCGATAGTGCCGGGCTGATCGAGCAAATCCGGGGGTTGGAGAACCTGAAATCGGCAATTTCCGCTGTGCACGCACGGGCGGCTGTGGCTTTCGATCTCGCCCAGCGCCGGGAGCAGGAAGCAGCCGGGGTCCCTGCGTCCGACCGTGGCCAGGGCGTGAGTTCTCAGGTGGCGTTGGCGAGGCGGGAGTCACCGAACCGCGGGTCCCGGCTCCTTGGTTTGGCGAAGGCCCTCGTGATGGAGATGCCACGGACTTTGGCTGCATTGGAGACGGGCCAGTTGAATGAATGGCGGGCCACGCTGCTGGTAAAAGAGACCGCGTGCCTCTCTGTTGAGGACCGGTGTGCGGTGGATGAAGAGCTCGCCGCCGATACCGGGACCTTCGATGGTGCCGGGGATAAGGTGATCCTTGCGGCGGCGAAAGCTGCCGCGTATCGGCGGGATCCCCGGTCCGTGGTCGGGCGTGCCAGCCGGGCCGCCGCCGAACGGACCATGAGCCTGCGCCCGGCGCCGGACGCCATGACCTACCTGACCGCCCTGCTGCCCGTCGCCCAAGGCGTAGCCGTCTACGCAGCCCTGAGCCGGGCGGCTGATTCGGCCCGTTCCAGCGGTGATCCAAAATCCGCGGGGTCTGTTAGGGGCGCGGGGGTTGTCGGGGGCGCGGGGTCTGTTAGAGGCGCGGGGTCTGTCGGGGTTGTCCGGAACCGTGGCCAGGTCATGGCCGACACCCTGGTCGAACGCGTCACCGGCACACCCGGCGGGGTCTCGGGGATCAACCTGGACCTCGTCATGACCGACCGCACCCTCTTCCAAGGCGACAGCGAACCAGCCCGGCTTCAGGGCTACGGAATCGTCCCGGCCGAATGGGCAAGAACCCTCGTTAATGAGGAGCAAACAGGCCAAGAGCAAACGACAACGCCGGATACAGAGTTCACTGTCTGGCTCCGCCGGCTCTACACCGCGCCGGGCACGGGCGAGCTGCTGAGCATGGACTCCAAAGCACGGCTCTTCCCTGGCCGTATGCGGCGCTTCATCGAAACCCGCGACGACATCTGCCGCACCCCTTACTGCGACGCGCCCATCCGGCACATCGATCACATCGTCCCGTGGCACTCAGGCGGAACCACCACCCTGACCAACGGAGCAGGGCTGTGCGAAGCCTGCAACCACACCAAAGAAAACCCGGGATGGACCGCCAGAACCACCTCAGGCACCGGGCCTTCCGGAGTTACAAACGCTGGCATCGGGCTTAGCGGGAGTACGGACAGCACGAACACCAGGGAGGTGCACACCATCGAAGTCTGCACTCCCACCGGTCACAGCTACCGGTCCAGACCCCCACCCCTCCCGGGACATCGGGTTGGGCCAACGAAACCGTCGCCTACAACACTTCCCCAGTCAGCCTGA MEQLREGEAIDAVVLRRDPEGSPYGPRVSDVLSLLNTVRLGADSAGLIEQIRGLENLKSAISAVHARAAVAFDLAQRREQEAAGVPASDRGQGVSSQVALARRESPNRGSRLLGLAKALVMEMPRTLAALETGQLNEWRATLLVKETACLSVEDRCAVDEELAADTGTFDGAGDKVILAAAKAAAYRRDPRSVVGRASRAAAERTMSLRPAPDAMTYLTALLPVAQGVAVYAALSRAADSARSSGDPKSAGSVRGAGVVGGAGSVRGAGSVGVVRNRGQVMADTLVERVTGTPGGVSGINLDLVMTDRTLFQGDSEPARLQGYGIVPAEWARTLVNEEQTGQEQTTTPDTEFTVWLRRLYTAPGTGELLSMDSKARLFPGRMRRFIETRDDICRTPYCDAPIRHIDHIVPWHSGGTTTLTNGAGLCEACNHTKENPGWTARTTSGTGPSGVTNAGIGLSGSTDSTNTREVHTIEVCTPTGHSYRSRPPPLPGHRVGPTKPSPTTLPQSA NA NA NA NA NA D3-18_04128 468 hypothetical protein ATGACATCCACCAATAGCCCCGCCGGAACCCGATCAACCATCCAACGAGCAGCACAAATCGTGGGAGCAGTATTCCTCCTCGTTGGAGTGCTGGGATTCATCCCTGGAATCACTTCGAATTACGAGTCATTGTCGTTCGCAGGACATGATTCCGACGCACTCTTGTTGGGAATTTTCCAAGTTTCGATCCTGCATAACATCGTGCACCTGCTCTTTGGTGTGGTAGGAATCCTGATGGCCCGTACGCCAGGACAGGCACGCAACTACCTTATTGGTGGTGGCGCTGTGTACCTGGTGCTTTGGATCTACGGTCTGGTCATCGATCAGGAATCCAGCGCGAACTTCGTGCCGGTCAACAACGCCGACAACTGGCTTCACCTCATCTTGGGAGTGGGCATGCTGGCGCTCGGCCTGGCGCTTAGCCGACGGACCACCAACACCCGCACGGGATCCGTGACCGGAAGGTAA MTSTNSPAGTRSTIQRAAQIVGAVFLLVGVLGFIPGITSNYESLSFAGHDSDALLLGIFQVSILHNIVHLLFGVVGILMARTPGQARNYLIGGGAVYLVLWIYGLVIDQESSANFVPVNNADNWLHLILGVGMLALGLALSRRTTNTRTGSVTGR NA NA NA NA NA D3-18_04129 336 hypothetical protein ATGACCCGTCGCCTTGCTGCCCTGACCGCCGTCCCCCTGTTGCTGCTGCTCGTCGGCTGCGGAGCCGTGGAGGAAGCAGCTACAAACGCAGCCAGCGGCGCCGCATCGAAGGTGGCTACGGCCGCCGCCGATGAAGTGACCAAGCAGGTCTGCGCTGTAGTCCAGGACGGCTTGGTCAGCGTTCAGGACAAGCAGTTGCTTGCCGGCTTGGTCTCGGCCGCCGGTGCTGCCGGCGTTCCCGCTGAAATCACGACGCCGTTGAACCAGATCGCGGAAGCCGGAGACGAGGTGCCGGCCGAGTCGGTTCAGGCCCTCAAGGACGCCTGCGCACCGTAG MTRRLAALTAVPLLLLLVGCGAVEEAATNAASGAASKVATAAADEVTKQVCAVVQDGLVSVQDKQLLAGLVSAAGAAGVPAEITTPLNQIAEAGDEVPAESVQALKDACAP NA NA NA NA NA D3-18_04130 1125 hypothetical protein ATGCCCACTTATCTCAGCTCTTTAGAGCTTCACGACGCCCTGAGCATCAGGGATCTCTCGGATCCCGATCATGGCCCACACGCCATGCAATCCCTACTGCACGACGTGCTTCACGCCCTGCGCGAGCAATGGAATGTGCCCGAACGAATAGTTCGACATAGTCCATTGGTCAGCGTTGCCGACAATTACGATCGGCTGGGCTTCAGCCCCGCAGACGTCACGCGTGACCAAAGGTATTCCCGCTATGTCAGCCCCACCGTGATGCTGCGCAGCCACACATCGGCGTCCATTCCATCGCTATTGCGCTCGCTTGATCCGGAGGCGTTGTTGGACGAGCTTTGGGCCATCTCCGGGCTGGTCTATCGCCGCGACTCCATCGACCGCACCCACGTTGGAACGCCCCATCAGGTGGACTTGTGGCGCGTCTGCTCCATTAAGTCGCTGGATTCAGGCCACCTGCAGGAGATGATCAGCTCGCTGGTGGATGCCGTGCTTCCGGGCGCAGAATGGCGCGCCGTTCCGGCCGTCCATCCCTACACCCGAGAGGGCTTGCAGATCGACGTCCTCATGAATGGTGACTGGCTTGAGCTCGCCGAATGCGGACTCATGGCGCCTCAACTTTTCCTTGATGCAGGTTTGGATCCCGGAACCTGGTCCGGCTTGGCTCTAGGGATGGGACTGGACCGTGCCCTGATGCTTCGCAAGGGCATCCCGGACATCAGGTTGCTCAGGTCTGCCGACCTGCGGGTTGCACAGCAAATGCTTGACCTGTCCCCCTGGAAACCTGTGTCCCAATTGCCTCCTATCAGCAGGGATCTTTCCATTGTGATTGGGGAGGACGCAGACGCTGAATTGCTTGGCGACAAGGTCCGGTCAGCCTTGGCTGGCCGAGCCGAGGACTTGGAAAGCGTTGAGCTGCTGGCCTTGACTACCTACAGCCAGTTGCCGCCAGCGGCTCGAGAACGTCTTCACATTCTTGCCGGGCAGGCCAACGCCCTGATTCGGCTGGTACTGCGCCCTCTTGGCCGCACGATGACCGATCCTGAAGCTAACCGGATCCGCGACGACGTCTATCTGGCCTTGCACGAAGGTCCCGTCAAGGAGCTCATCGCGTCCGATTGCTAG MPTYLSSLELHDALSIRDLSDPDHGPHAMQSLLHDVLHALREQWNVPERIVRHSPLVSVADNYDRLGFSPADVTRDQRYSRYVSPTVMLRSHTSASIPSLLRSLDPEALLDELWAISGLVYRRDSIDRTHVGTPHQVDLWRVCSIKSLDSGHLQEMISSLVDAVLPGAEWRAVPAVHPYTREGLQIDVLMNGDWLELAECGLMAPQLFLDAGLDPGTWSGLALGMGLDRALMLRKGIPDIRLLRSADLRVAQQMLDLSPWKPVSQLPPISRDLSIVIGEDADAELLGDKVRSALAGRAEDLESVELLALTTYSQLPPAARERLHILAGQANALIRLVLRPLGRTMTDPEANRIRDDVYLALHEGPVKELIASDC NA NA NA NA NA D3-18_04131 786 hypothetical protein ATGATCAACCAGCAACAGCTCTGGGACGACGAAGCCGCAGGCCAGTACGACACTCCTGGTGATGGTATGTTCTCGCCCGAGGTACTGCGGCCCACAGTTGAGGTACTTTCCGGGCTTGCTGAGGGAGGTCCTGCTGTCGAATTCGCGATCGGTACTGGTCGCGTGGCCATCCCCCTTTCGGAGGCTGGTGTCCCTGTCAGTGGCATCGAACTGTCCCATGCGATGATCGCCCGCCTTCGCGAAAAGGTAAGCGAGGACCTGATATCCGTGGTTCAGGGCGACATGGCCCAGGCGCGTGTCGCCGGAGAATTCTCGCTAGCCTTCCTGGTGTTCAACACCATCGCCAATCTCCTGACCCAGGACGAGCAAATCGCGTGTTTCGAGAACGCAGCCCGTCATCTTGCGCCTGGCGGCTGTTTCGTCATCGAGCTCTGGGTGCCGCAATTGCGTTCCCTGCCACCTGGGCGCGGCGGAACTGTGGAGGTGAGCCAGCCTGGGTACCTGCTGGTGGACACCTACGATGTTCTTCGCCAACACGTCATTTCTCACCACGTGCACTTTGGCCCGGAGATTTCAGATGGACGTGAGGCGCGGCTTAGGCGGACCCCACACCGATACATTTGGCCCAGCGAGCTCGACCTCATGGCGCGGTTGGCCGGATTCGAGCTGGAATCCAGGTGGGCGGACTGGGACCGTAGTGAGTTCACGGCGGAGTCCCGGAGTCACGTATCGGTGTACCGGCTGGCTGAGCATGCGGCTGTCCTGCAGCCCGGGACAGCGGTATAG MINQQQLWDDEAAGQYDTPGDGMFSPEVLRPTVEVLSGLAEGGPAVEFAIGTGRVAIPLSEAGVPVSGIELSHAMIARLREKVSEDLISVVQGDMAQARVAGEFSLAFLVFNTIANLLTQDEQIACFENAARHLAPGGCFVIELWVPQLRSLPPGRGGTVEVSQPGYLLVDTYDVLRQHVISHHVHFGPEISDGREARLRRTPHRYIWPSELDLMARLAGFELESRWADWDRSEFTAESRSHVSVYRLAEHAAVLQPGTAV NA NA NA NA NA D3-18_04132 489 hypothetical protein GTGGACCACGTGGCGTTGGCCGTCTGCATGATCGATATCTCGTCCGACATCCGGCGTAAGTCGCTCAACGAAACAGGCCTTCGCCCCATTTCGAACGGTGTACTGGAGATTCTCAGGGTCATCGAGAGCCACCCCGGAGTCACCGTTGCCGAGGTGGCCGCGCGCCTGGGCCGGCAACTGAGCAATGTAAGCGTCCAGTTGCGCGAGCTGGTGGCTGCCGGCCTGGTTACGCGAGTCAAGGATGCAGCAGACAAGCGGTACGTCTCCCTCCACCCCACAGACGAATCCAAACGCATTAAGTCACTCCTCGAGGGCGCATGGGCTGAGGCCCTCACAAAAGCCAGCGAACGCTTGCTCCCCGAAGAGCGTGAACAGATCGCGGCCAGCCTGCCCGCCTTGGAGCGGTTGGCTTCGTTCCTTGCGGAACCCGAAAAGGTGCCGGAACAGGTAACCGAACTGGCACAAACCCCACGACCAGAACAGCACTAG MDHVALAVCMIDISSDIRRKSLNETGLRPISNGVLEILRVIESHPGVTVAEVAARLGRQLSNVSVQLRELVAAGLVTRVKDAADKRYVSLHPTDESKRIKSLLEGAWAEALTKASERLLPEEREQIAASLPALERLASFLAEPEKVPEQVTELAQTPRPEQH NA NA NA NA NA D3-18_04133 1485 efpA_3 putative MFS-type transporter EfpA GTGGCATCACAACTACTCGAGACGTCGGACCCTTTGGGTCAAGGCGGCAAACAAGGTCAACATAATAAGAAGGGGATCGGCTGGCGCGCCCTCCCCTTCCTGGCCTTGGCCCAGTTCATGGTTGTCCTGGACGGCACCATCGTGAACCTGGCACTCCCCCGCCTCCAGATGGAAATGGGCATCAGCGACTCGACCCGGGCATGGGTGGTCACCGCCTACGCACTGGTCTTCGGCGCTTTCCTGCTGCTCGGCGGGCGCATCGCGGACTTCTGGGGCCGGAAGCGGACCTTCATCACAGCCTCGGCAGGCTTCGCCGTCGCATCCCTGATCGGTGGACTTGCGCAGCAGCCGTGGGAACTGATTGGAGCCCGAGCCCTGCAGGGTATCTTCGCAGCCCTACTCGCACCGGCGGCGCTGGCGCTTCTGACGGTTGCTTTCCCCGGAGGCAAGGACCGCGGCACCGCGTTTGCCATCTTTGGCTCCATTAGCGGGGTGGGCGCGGCGGCTGGAGTCTTACTCGGCGGCTTCCTCACCGAGTTCGTCTCTTGGCGCTGGTGCTTCTTCGTCAACGTCCCCATTGCCGTCATCGCCCTCGTTGGCGTCTGGGCTTTGGTGAGTGAAAGCAAAGCCGGCGGCTCCACCAAATACGACTGGCCCGGCGTCGTTCTTGCCGCGCTGGGGCTGGGCTCCCTGGTCTACGGCTTCGCCAACGCCGAGCACGGCTGGGGTGCTATCGAATCATGGGGTTTCATCACTGCAGGTGCGCTGCTGCTGGTACTGTTCGTCGCTGTCGAACGCAAAGTCAGGAATCCACTGCTGCCGCTGCGCGTCGCTACGGAACGCAACCGTGCAGCAGCGTTCCTGGCATCATTCCTGGCAGGAGCGGTGTTGATTGGCGGCATCCTGTTCATCAATTTCTATCTGCAGATCGTCCTCGGTTTCGCGCCGTTTGCCGCAGGAATCGCATCGCTACCCATGACGGTGGTCCTGATTGTCACCGCTGGCATCGTTGCGAAGAACCTACCCAAGTTGGGCGCGAGAATCCCCAGCGCCGTGGGCCCCGTCTTCATGGCCGCTGCCATGCTGTGGCTCACCCAGGTCACACCCGAGGGTACTTACGCCGTCAACATGCTTCCTGCACTGGTACTGATGGGCATCGGCCTCGGAATGGTCTTCGTCCCCATGCAGAACCTGGCCCTGTTCGGCGTGGACAAGGACGATGCCGGCGTCGCGAGCGCACTGGTTAACGCGTCACAACAGATCGGTGGCTCGCTGGGCATCGCGCTCTTCAGCGCCATTGCGGCCGCAGCCACAGCCGCAGTTGGTGGCGGGACACTGGCCGCCCTGACCTCGGGCTATTCACTGGTGTTCCTATGGGCGGCCGGCGTGGCGGTACTGATCGCCCCGATTGCCTTGCTCCTCATCAGGATCGACCGCAAGACCTTCAGCGGCGCGGAGGACACTCCCCACATCCACCTCGGATAG MASQLLETSDPLGQGGKQGQHNKKGIGWRALPFLALAQFMVVLDGTIVNLALPRLQMEMGISDSTRAWVVTAYALVFGAFLLLGGRIADFWGRKRTFITASAGFAVASLIGGLAQQPWELIGARALQGIFAALLAPAALALLTVAFPGGKDRGTAFAIFGSISGVGAAAGVLLGGFLTEFVSWRWCFFVNVPIAVIALVGVWALVSESKAGGSTKYDWPGVVLAALGLGSLVYGFANAEHGWGAIESWGFITAGALLLVLFVAVERKVRNPLLPLRVATERNRAAAFLASFLAGAVLIGGILFINFYLQIVLGFAPFAAGIASLPMTVVLIVTAGIVAKNLPKLGARIPSAVGPVFMAAAMLWLTQVTPEGTYAVNMLPALVLMGIGLGMVFVPMQNLALFGVDKDDAGVASALVNASQQIGGSLGIALFSAIAAAATAAVGGGTLAALTSGYSLVFLWAAGVAVLIAPIALLLIRIDRKTFSGAEDTPHIHLG NA NA NA NA NA D3-18_04134 258 hypothetical protein GTGGAAACAGATGGAAAGAGCGAGTTCCGTCCCGTCACCATCGACGAGCCGGACGCGGCAATCACCTCCGGATTCTTCGAACAACTCAAAGTGGCCTGCCATCTAAGCGGCACCCCGTTCCGGAACGTCTACGGGCGTCTTTGCCCCTGGCGTCCCTTGCGGAGCCGCGGCGTTTCGACGCCGTTCCAACTCGCAGTTGATCAGCTCCAGCAGCGCTTGGGCCGGCTCGGACAGGTGGTGGGTGTCGGGGGAGCCTAG METDGKSEFRPVTIDEPDAAITSGFFEQLKVACHLSGTPFRNVYGRLCPWRPLRSRGVSTPFQLAVDQLQQRLGRLGQVVGVGGA NA NA NA NA NA D3-18_04135 2355 treP Alpha,alpha-trehalose phosphorylase ATGGCACTCATCAGCTCCGATCGGCTTCGCTTCCCCTGCGAGCCCTGGAAGCTCGTGGAGAATATCCACGTCCCCGGTGACGAGGGAACGCTGGAAACGCTATTCGCGCTTGGCAACGGCCACCTTGGTATCCGTGGCTCGCATTCAACAGCCGGGGACGGCGAGCTTCCCGGCACGTTCATCAACGGTTTCCATGAGATTTGGGACATCAAGCACGCCGAAAACGCGTATGGTTTTGCCCGGACCGGCCAGCGGATCGTCTACGTGCCGGACGCCAACAACTTCACCGTCTCCATTGATGGCGAAGCCCTGAGCCTTGCCGAATCCACGGTGCTGGACTATCACCGCAGCGTGGACTTTTCCACAGGCGTCTACGAGGAAAGCATCACCTGGGCCTGCCGCTCGGGCGCTACCGTCACCACGGTGGAGCGTCGCGCCGTAGGCTTCGATTCCCGCGGATGTCTTGGCTTGGAACTGTCGCTGACAGCTGACCGCGACGTATCCGCGGACATCACCTCCGGCGTCGTGAACCGCCAGGACCAGCCTGTGGAGGACCACTCAGTCCACGACCCCCGTCGATCGGGCCGGCACGCTGGCCGGGTCTTGCTGCCGCTGCACCTCCAGGGTACCGACGGCTCGCTTCGCCTGGCATGGGAAACGTCCGAGTCCCGCCAGCGCGTCGCCATGGCCGTTGACCACTGGATTTCGGCTGAAGGCCAGCCCTTCGAGACCTTGGTGGCGGAGGACGAATCGTCCGTCCGCTACGTTTTGGCCATTCACGAGGGCGACACTTTCCGTTTGGAGAAGTCGGTCAGCTACGTGGTTGCCGGCTCCTCTGACGCCGAAGACCGTGGCGAAAGCCTCGCGGCCGAAGCCGAAGCGAACCTGGTGTCCTTCTCCGACATCCTGGCCCAGAGCAAGGCCCACTACGCCGAATACTGGACCACGGCGGACATCTCAATTGGCGGGCAGCCGGAAATGCAGCAGGCGGTGCGCTGGGGTTTGTTCCAGTTGGCACAAGCCACTGCCCGGGCCGGCGTTGCGGGTATCCCGGCCAAGGGTGTGAGTGGTTCCGGTTACGAGGGCCATTACTTCTGGGACCAGGAGGTCTACCTCCTTCCGTACCTGACCTACACCAATCCCTGCGGAGCGCGGAAGGTGCTGGAGTCGCGGCACGCGATGCTGCCGGACGCGCGCGTCCGGGCCAAGGAGCTCAGCGTGGACGGTGCACTGTTCCCGTGGCGGACCATTAACGGCCTCGAAGCGAGTGCCTACTACGCAGCCGGTACTGCCCAGTTCCACATTGCCGCGGCCATCGCCTTCGCAGCCAACCGATACCAGTGGGCCAGCGGCGATGATACGTTCCGCGGCGAACTCGGCGCCGACCTGCTGATTGAAACAGCACGGATGTGGGCCTCGCTGGGCTTCTTCGGCAAGGACGGAATGTTCCACATCCACGGTGTCACCGGCCCGGATGAGTACACTGCCGTAGTCAACGACAACCTCTACACCAACGTCATGGCGCGCTTCAATCTGCGGGCCGCCGCCGCGCTGGAACACGAGGGGATCGCCGAAACCGAGCGCATGGTGTGGCGGCAGGCGGCCGAGCGGATGTCGCTCCCGTACGACCCCCACCTGGAAGTCTTCAGCCAGGACAACGACTTCATGACTCTGGAGCCGTGGGACTGGAACACACCCAAGTCCAAGTACCCGCTGCTGCTGAACTTCCACCCCTTGGTGATCTACCGGCACCAGGTCCTCAAGCAGGCTGACACCGTGCTGGCCATGTTCCTGCAGTGGCAGGACTTCACGGCCGAGGAAAAGCAGCGCGCTTTCGACTTCTACGATCCCATCACCACGGGCGACTCCACCCTGTCCGCCTGCGTGCAGGGCATCATGGCGGCCGAGGTTGGTTACGGCGACGTGGCGCTGAAGCACTTTACCGAGGCACTGTTCATCGACCTCGACAACTCCCATGGCAACACCATCGACGGCGTCCACATCGCCTCCACTGGTGGTATCTGGAGCTCCTTGGTATGCGGTTTCGCAGGCATGCGCGACCAGGGCGAGGTGCTGCGCTTTGATCCTCGCCTTCCGTCAGAGTGGGAAGGCCTGTCCTTCCGGCTCAAGGTGCAGGGACGCCTGTTGGCCGTGGACCTCTCTCAGGGTTCCATCGCACTGACGCTCGTGTCCGGCGAGGACTACAGTGACCAGCCGTTGCGGATTGATGTGCGGGGTTACGACGTCACTGTTGGCGCGGAAACCGTCACGGTGCCCTTGGACACCGTAGCCGTCCCGCCGCCGTCGATCTTCCCCAGCGTCTTTCCGACGGCGGGCCTTCCCATTATCCGGTAG MALISSDRLRFPCEPWKLVENIHVPGDEGTLETLFALGNGHLGIRGSHSTAGDGELPGTFINGFHEIWDIKHAENAYGFARTGQRIVYVPDANNFTVSIDGEALSLAESTVLDYHRSVDFSTGVYEESITWACRSGATVTTVERRAVGFDSRGCLGLELSLTADRDVSADITSGVVNRQDQPVEDHSVHDPRRSGRHAGRVLLPLHLQGTDGSLRLAWETSESRQRVAMAVDHWISAEGQPFETLVAEDESSVRYVLAIHEGDTFRLEKSVSYVVAGSSDAEDRGESLAAEAEANLVSFSDILAQSKAHYAEYWTTADISIGGQPEMQQAVRWGLFQLAQATARAGVAGIPAKGVSGSGYEGHYFWDQEVYLLPYLTYTNPCGARKVLESRHAMLPDARVRAKELSVDGALFPWRTINGLEASAYYAAGTAQFHIAAAIAFAANRYQWASGDDTFRGELGADLLIETARMWASLGFFGKDGMFHIHGVTGPDEYTAVVNDNLYTNVMARFNLRAAAALEHEGIAETERMVWRQAAERMSLPYDPHLEVFSQDNDFMTLEPWDWNTPKSKYPLLLNFHPLVIYRHQVLKQADTVLAMFLQWQDFTAEEKQRAFDFYDPITTGDSTLSACVQGIMAAEVGYGDVALKHFTEALFIDLDNSHGNTIDGVHIASTGGIWSSLVCGFAGMRDQGEVLRFDPRLPSEWEGLSFRLKVQGRLLAVDLSQGSIALTLVSGEDYSDQPLRIDVRGYDVTVGAETVTVPLDTVAVPPPSIFPSVFPTAGLPIIR PGPT0014080_412 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-TREHALOSE_METABOLISM,PGPT0014080-treP-K05342 NA NA D3-18_04136 726 COG0637 putative protein ATGACTGATCTTCGTAATGCCTGGACTGGCGCCTCGGCGCTGTTGTTCGACCTCGACGGCGTGCTGACGCCCACTGCCGTGGTGCATGAGCAGGCGTGGCAGGAACTTTTCGACGGTTACCTGGCCGCTACGGGCCACCCTCAGGGATACCGGGAGAGTGACTACTTCGATCACATCGATGGCAAGCCTCGCTTCGACGGCGTCCGTGACTTCCTGACGTCCCGCGGCATCACGCTGCCTGAAGGGCCGGTTCATGACCACCCGGACAACGAGACGGTTCAAGGCCTGGGCAATCGCAAGAATGCGATATTCAACGAGATCGTGAACTCCCGCGGCGTTGAGCCGTATGAGGGCTCGGTCAAGTTCATCAACGCAGCAGTAGAGCTGGGTCTCAAGGTGGCTGTGGTGTCCTCCTCGCGCAACGCGCCTGCGGTACTGAAGGCCGCCGGACTCGACCACCACTTTGAGGTGGTCGTCGACGGCCAGGTTGCTGCCGGCGTCGGACTTCCCGGTAAGCCGGACCCGGCCACCTACGTCTATGGAGCAAGCCTGCTGGGCGTGCCCGTGGAGGAATGCATCGTGGTTGAGGACGCAGTGTCCGGCGTGCAGGCCGGTGCAGGAGCCGACTTTTACGCCGTGATCGGCGTGGACCGCGGGGCAGGCCGGAAAACCCTGCTCGACGCCGGCGCCACGCTGGTGGTGGACGACCTCAACGATCTTCTCTGA MTDLRNAWTGASALLFDLDGVLTPTAVVHEQAWQELFDGYLAATGHPQGYRESDYFDHIDGKPRFDGVRDFLTSRGITLPEGPVHDHPDNETVQGLGNRKNAIFNEIVNSRGVEPYEGSVKFINAAVELGLKVAVVSSSRNAPAVLKAAGLDHHFEVVVDGQVAAGVGLPGKPDPATYVYGASLLGVPVEECIVVEDAVSGVQAGAGADFYAVIGVDRGAGRKTLLDAGATLVVDDLNDLL PGPT0014080_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-TREHALOSE_METABOLISM,PGPT0014080-treP-K05342 NA NA D3-18_04137 1020 ccpA_11 COG1609 Catabolite control protein A ATGGTTAGGACTCACAGAGTGACAATCCAGGACGTAGCCGTTCTGTCCGGGTTGTCCATTTGCACGGTGTCGCGGGCCCTCAGGAACCTCCCCAATGTTTCTGAAAAAGCCCAGCGACAGGTGGCGGAAGCCGCCAGCAAACTTGGCTACAAAGCCTCCGCCGCAGCTTCCAGGCTGGCCGGTGGGAATACGGGTTCGGTGGCTATCGTGGCCCCGACAGCCACTGCCTGGTTCTTCGCCCAGGCCGTGGAAGCAGCAGAAGAAGTCTTCGGCGACAGTGGCTACGACACAGTCCTGATCAGCCTGCGCAACAAAGCCAGCGTGCGGCAACAATTCTTTGCGGACCTGGGAAACCTGACGCAAAGAGTGGATGGGCTACTGCTGCTCAATATTGACCTCGCCCCCAAAGAGGTGGAAGCGTTGGAAGCCTGCGGGCTGGCAGTGGCCAGCGTGGGCATGCGAAATGTTCCGTGGGACAATGTAGGTATCGATGACGAACACGCAGCCTGGCAGGCCACCCAACACCTGCTGGGGCTGGGCCATTGGGACTTGGCCGTTCTCTCGAGCAATGAAGACTCCGTTGTGACTGAGACTCCACGGTTCCGTGGCTTCAAACGTGCGCTGGATGATCACCACCTCACCGTCCACCCGGACCTTGTGGTGGGAACCGGGCCGAGCATCGACGACGGCAGGCGGGCAATGACTGAACTTATGACCCGCGGCGGGAGGCCCACAGCAGTGTTCGCCCACTGTGATGAGGCCGCGTTCGGTGCCCTGATGGCACTGCGTGAACACGGCCTTTCCGTGCCCAAGAACGTGTCCGTGATCGGCATAGACGATCACCCCATGAGCTGGTTCCTGGGCCTGAGCACCGTGGCGCAACCCGTTGCCGACCAAGGTGCCTTCGCAGCAAACCTGCTGTGTGAACGCCTGCTGAATACTGAAACCCCCCATCAATCCTCCAACCACCTGCTCGATACCAAGCTCATCGAACGCAAGACCACGCGCCACAAGCGCTGA MVRTHRVTIQDVAVLSGLSICTVSRALRNLPNVSEKAQRQVAEAASKLGYKASAAASRLAGGNTGSVAIVAPTATAWFFAQAVEAAEEVFGDSGYDTVLISLRNKASVRQQFFADLGNLTQRVDGLLLLNIDLAPKEVEALEACGLAVASVGMRNVPWDNVGIDDEHAAWQATQHLLGLGHWDLAVLSSNEDSVVTETPRFRGFKRALDDHHLTVHPDLVVGTGPSIDDGRRAMTELMTRGGRPTAVFAHCDEAAFGALMALREHGLSVPKNVSVIGIDDHPMSWFLGLSTVAQPVADQGAFAANLLCERLLNTETPHQSSNHLLDTKLIERKTTRHKR PGPT0021075_901 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021075-cytR-K05499 NA NA D3-18_04138 618 hypothetical protein ATGGAATCAGTGGTGTGGTCGAAGCCCGAAAATCAGCGCAAGGGCACCCCGTTGCTGGTAATGATGCACGGGTATGGCACCAGCGAGCAGCGCATGGTGGACCTCTTCCCGCACCTTCCGGGTGAGTTCACCTGCGCGGCACTTCGCGGCCCCAAGATCATTGGTGACCACTATGGCTGGTTCCTGCTGGACTACTTCTTGACCAACGACTTCGCGGATGTCATCGCATCCACCAACTCAGTGTTCAACTGGATCAACTCCGTCAAGGACAACCACAGCAGCGTCAGCCTGCTGGGATATTCGCAGGGCATGGCCATGGCCAGCACTCTCCTCCGTCTGCGGCCCAACGCGTTCAAGGCAACGGTGGGCCTGTCCGGGTTCGTCCTGGACAACGATCTCCTGGCTCTGAGTGAGTCTTTTGACGCTCCACCACCCTTCTTCTGGGGGCGGGACAAGGCTGATCCGGTGATCAATGAGGACGCCATAGCCCACACCGAGGAGTGGTTGAACGCCAACGTCGCACTAACGGCGCGCACCTATCCGGGGATGGGACACAGGATCGAGCCGCCGGAGCTGGTGGATGTGAGCGCGTTCCTCAAGTACTACGTCTTGGGTTAA MESVVWSKPENQRKGTPLLVMMHGYGTSEQRMVDLFPHLPGEFTCAALRGPKIIGDHYGWFLLDYFLTNDFADVIASTNSVFNWINSVKDNHSSVSLLGYSQGMAMASTLLRLRPNAFKATVGLSGFVLDNDLLALSESFDAPPPFFWGRDKADPVINEDAIAHTEEWLNANVALTARTYPGMGHRIEPPELVDVSAFLKYYVLG PGPT0028515_3139 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 D3-18_04139 441 hypothetical protein ATGACTCCGCAGGAACTGGCCAACCTGGCCCATCTGCGGCGCGCCCGCGACTTCATCGATCGCGAATACGCGCGTCCGCTGGACGTTCCCACCATGGCCGCCGGGGCACTGATGTCCCCCGCGCATTTCTCCCGCCAGTTCAAGGCCGCCTACGGTGAATCGCCGTACAACTACCTCATGACCAGGCGCATCGAGCGTGCCATGGCCCTGCTCCGCGCAGGAACAAGCGTGACGGATGCCTGCATGGAAGTCGGCTGTACCTCGCTGGGCTCGTTCAGCAGCCGCTTCACGGAGATCGTAGGAATCAACCCCAGCGAATACCGGACCCGGGAGCACCACGCCGTGAAGGCCATGCCCAACTGCATCGCAAAACAGCACACCCGCCCTGAGAGAACGGGCAACAAAAATCTGAGCAGGATTGAAGAAGCGCCCGCGTCATAG MTPQELANLAHLRRARDFIDREYARPLDVPTMAAGALMSPAHFSRQFKAAYGESPYNYLMTRRIERAMALLRAGTSVTDACMEVGCTSLGSFSSRFTEIVGINPSEYRTREHHAVKAMPNCIAKQHTRPERTGNKNLSRIEEAPAS NA NA NA NA NA D3-18_04140 402 hypothetical protein ATGAACATTTCACTGAAGTACGCACACGTCACAGTCAACGATGTCGATGAGTCGCTCGCCTTCTACCGGGACGCCCTGGGTTTTGACGTTCGGAACGACGTCGGCTCCGACGGACAGCGCTGGGTAACCATCGGCAGCGATGCCCAGCCTGACCTTGAGCTTGTCCTTTCTCCGCCACACGCAGGCCGCTCACAGGCCGACGGCGACGCCATCCAGGAACTCCTTACCAAGGGCGTCATGCCCATGCTCGTGTTCACCACGGATAACCTCGACGCCACCTTCGAAAAGCTACGCGCATCCGGCGCCGAAGTACTCCAGGAGCCGATCGACCAGCCGTGGGGCCCGCGCGACTGCGCCTTCCGCGACCCCTCGGGCAACATGATCCGCATCAATCAGGGCTAA MNISLKYAHVTVNDVDESLAFYRDALGFDVRNDVGSDGQRWVTIGSDAQPDLELVLSPPHAGRSQADGDAIQELLTKGVMPMLVFTTDNLDATFEKLRASGAEVLQEPIDQPWGPRDCAFRDPSGNMIRINQG NA NA NA NA NA D3-18_04141 1137 gshA Glutamate--cysteine ligase ATGCGTACGTTTGGCGTCGAAGAGGAACTGCTCATTGCTGATCCGGTGGATGGCATGCCCTTGGCATTGGCCGCCGACATCCTGGATGTGGCCTCCCCTGAGGGCCCGGAGTCCAACCCTAAAGAGCCTTCGCTGAAGTCGGAGTTCAAGCAGGAGCAGATTGAGGTCAACTCGCTGCCCTGCCGGACTGCCAAAGAACTGAGGGCCGAGATCCGGGCCGGCCGGGCGTTGGCGGACTCCGCCGCCCGGGCCGTGGGGGCGCGGGTTGCGGCATTGGCAACCCCGCCCGTCTTCCATGCCACACCCACTGCGGGCAATCAGCGCTACGCCGCCATGGGCACGGAATTTGGCCTCATTTCCCGTGAGCAACTCACCTGCGGCTTCCACGTCCACGTGTCCATCGAGTCGCCGGATGAGGGCGTCGCAGTGCTGGACCGGATGCGCCATTGGCTGCCGGTCCTCTTGGCATTGAGCGCCAATTCCCCTTACTGGATGGGGGCTGACACGGGGTTCGCAAGTTATCGCACCCAGATCTGGAACAGATGGCCTACGGCTGGTCCCATGGATGTTTTCGGTTCGGCTGACGGCTACCGGGCAGTGCTTTCAGAGCTGCTGGGCACCGGAGTTCCACTGGACGAGGGCATGATCTACTTCGACGCCCGCCTGTCCAGGGGACACCCGACGGTGGAACTTCGGATTGCCGACGTCTGCCTCTATGCAGCGGATGCCCTCACCATTGCGGTCCTCGCACGGGCCCTTGTGGAAACGTCGGCAAGCGAGTGGCGCAAGGGGGAACCGCCGTCGAGCACTTTGACCCCGGTGATCCGCATGGCCAACTGGAAGGCGAGCCGTTTCGGCGTCAATAACCAATTGCTGCACCCGCTGGAGCAGGCGCCATATGCTGCCGCTGATGTGGCCGCTGCCCTACTCCGGCACATCCGCCGGGCCCTGACCGAATCAGGGGACCTCGCGCTCGCGCGGACAGGGGTGGCGAACATCCTCCGGCGCGGAACCGGCGAGCGGCTGCAGCGGCAAGCTTATGGCCGACGGCAGCGGCTGTCCGACGTCGTAACTGAGGCAATCACCTCCACGCATCAGGGCGGCGAGCGGTCCGATGCCAGCCTGATGAGTCTCTGA MRTFGVEEELLIADPVDGMPLALAADILDVASPEGPESNPKEPSLKSEFKQEQIEVNSLPCRTAKELRAEIRAGRALADSAARAVGARVAALATPPVFHATPTAGNQRYAAMGTEFGLISREQLTCGFHVHVSIESPDEGVAVLDRMRHWLPVLLALSANSPYWMGADTGFASYRTQIWNRWPTAGPMDVFGSADGYRAVLSELLGTGVPLDEGMIYFDARLSRGHPTVELRIADVCLYAADALTIAVLARALVETSASEWRKGEPPSSTLTPVIRMANWKASRFGVNNQLLHPLEQAPYAAADVAAALLRHIRRALTESGDLALARTGVANILRRGTGERLQRQAYGRRQRLSDVVTEAITSTHQGGERSDASLMSL PGPT0026300_432 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0026300-gshA|ybdK-K06048 NA NA D3-18_04142 459 hypothetical protein ATGACGCTTGGATCCCCGATTCCCGCCCCGAAGCCTGCAAGTGGACAGGCACCTGCAACTGCCGATACCGGAGCACGCCCGTGGTGCACCGTTTGCAATACTGATTCCTACGTTTTTGTAGAGACGGTTGTGGAAGCAACACCGAATCAGTCGGAGATCGTCGAAGTCAGCTACACCTGTAGCGAATGCGATACGTTTTACGCCCACGCAGTCCGACTGGATGCCTTGATACCAGCCATCCAGAGTGAATTTCTTTCCACGTCCGCAGCGGGCCTCTGGTTCAGCTGCACCCACTGCGGTGATCCCATGACCTTGGGACGCCCCACGGAACGCGTCATCGAGGCGCCCCGGACCACTGACGATCCGGACAGTCCCAGCCTCCTTGAGGTGTACTTGCAAACGCAGGTGCTCCACTGTCGTTGCGGTTTCCAAATGGAGGTTCCGCGCCACGTTGGATAA MTLGSPIPAPKPASGQAPATADTGARPWCTVCNTDSYVFVETVVEATPNQSEIVEVSYTCSECDTFYAHAVRLDALIPAIQSEFLSTSAAGLWFSCTHCGDPMTLGRPTERVIEAPRTTDDPDSPSLLEVYLQTQVLHCRCGFQMEVPRHVG NA NA NA NA NA D3-18_04143 765 hypothetical protein ATGAACGTTGATTTTGCGGCGCCTGATGCTGTCTCTGCGCCCGACGATGTTTCGGTGCCTGAGCAGCTTCAGGACCTGGTGATAGACAGCGAAGATGTGGGCGGATTTCTCCATGAGCTCGCGGTTTTTTCGGCTTCTGCCGTGTCGCAGGCCGTTGGCATGGATGTGCTCTGCGGCATCACCCTCAGCCGGCGCCGACGCACTGCCACGGTAGCTGGAAGCACCCATGAAGCCAGGCTGATCGATGAAGTTCAGCAAGCGTACGGTGATGGTCCGTGCCTGGAGGCCATGCGCAGCCATGGGACCCAGCATGTTCCTGACACATCAACCGAAGAAAGGTGGTCGGAATACTGCAGGGTCATCGCCGAGCGAGGGCATCTTTCGGCCCTCTGCGTGCCCCTGGAATTGGACGAAGGAGCCACCGCAGCCCTCAACTTCTTCGCCCCGCAAGCCCACGCATATGATGACGCCACCATCCGTAATTGCGAACTTTACGCAAGCCAAGCCGAGCGCTCCCTGCGGCTGGCCGTACGGATTGGTGTGAAGCAGCAGCACGCAGACGATCTGCAGGAAGCCATGCAGACTCGTACGGTGATCGACCTCGCCAGTGGAATCATCATGGGCCAAAACCGCTGTACGCAGGAAGAAGCGTTCCAAATCCTCAAGAAGGCATCGAGCACCCGGAACCAGAAGCTGCGGAACGTGGCGGAGGCTATCGTCAAGAGCGTGGCCAACGAAGCTCCCGTGGCGCACTTCGAAGCTTAA MNVDFAAPDAVSAPDDVSVPEQLQDLVIDSEDVGGFLHELAVFSASAVSQAVGMDVLCGITLSRRRRTATVAGSTHEARLIDEVQQAYGDGPCLEAMRSHGTQHVPDTSTEERWSEYCRVIAERGHLSALCVPLELDEGATAALNFFAPQAHAYDDATIRNCELYASQAERSLRLAVRIGVKQQHADDLQEAMQTRTVIDLASGIIMGQNRCTQEEAFQILKKASSTRNQKLRNVAEAIVKSVANEAPVAHFEA NA NA NA NA NA D3-18_04144 432 hypothetical protein ATGCCGGCTCAGCCAGCGTCCAGAGTCCCGGACGAAGCACATCAACCGCCAGATGAACCGCTTTGGTGCTCGCGCTGCAATACCGACCAGCACCTCCTGGTGAATTCCATTCAGTCGCACTATCCGCCCGCGCCCAACATGGTGGAAGTGGCATACGAGTGCCATGTTTGCAGGTACTCCTATGAACATGTCGCCTCCGTACGACGCGTGGCCGCGATCCTGAACCGCCCCGGCGTCCCCCAAGGCGTTCTGCAATTCGGCGGCCAGTACCTCCACTGCGGTGAACCTATGAAAACCAAAAGTTGCGAGCTTCGCAGAGTCCAGGCCCCTCTGGTGCTGACTCCTGGAGCGCAGCTGCGGATGTACGAGGTACTTATCAACACACGCATCCTCGGGTGCCATTGCGGCTTCCGTATGGAAATTCCGGACTGA MPAQPASRVPDEAHQPPDEPLWCSRCNTDQHLLVNSIQSHYPPAPNMVEVAYECHVCRYSYEHVASVRRVAAILNRPGVPQGVLQFGGQYLHCGEPMKTKSCELRRVQAPLVLTPGAQLRMYEVLINTRILGCHCGFRMEIPD NA NA NA NA NA D3-18_04145 264 hypothetical protein ATGAGAAACAACGCGATGAGAAGCTACACCAACAATTCTGAAGCTACCGGGAGGGATAGCATGCACGCAGAATCGCAACGAAAAGAGTCTTCCACCACGGCTGGAAAGCTGGGGCAAGCCGGCAAGCGCCGCCTTCCGGATCCGCCCGATCCGGACAACCTTCCCATCGACTACCCGGGCTCGGGGTGGGACTCCAGCAGGTATCCCTCCGCTGTTCCGGGAAGCCTTCGGCCGCAACACTCCGCACATCGGCGGAGCGCCTGA MRNNAMRSYTNNSEATGRDSMHAESQRKESSTTAGKLGQAGKRRLPDPPDPDNLPIDYPGSGWDSSRYPSAVPGSLRPQHSAHRRSA NA NA NA NA NA D3-18_04146 792 ydjF COG1349 putative HTH-type transcriptional regulator YdjF GTGTTCGCCGAAGAACGCCAGCAACTGATCTCCGCACTCGTCGCAGAGCGCGGACGGGTGAGCGTCACTGACCTTGCCGACCGTTTCAGCATCACCACTGAGACAATCCGCCGTGACCTCGCGGCCCTTGAGGTTTCCGGGAACCTGAGGCGCGTTCATGGCGGCGCCGTCACCTCCGACCTCCTGAGCACACGTGAGGAGAGCATCCTCGAGCGCGCCGTCCAGCGTCAGGTGGAAAAACTTCGCATCGCTAACGCGGCACTCGCCCTGATCCCCCAACTCACCACGGGAAGCGTCCTCCTGGACGCGGGTTCCACCACCGAGACCCTCGCCGACCTACTGGCCCAGCGCACGCCACCGGCCAACGGAAATGATGAGCTCGTGGTCATCACGCACGCCATCCCCATCGCCGGCAAGCTCTCCTCCTCGCAGGGCATAGCACTCCAGATCCTTGGCGGCCGTGTCCGCGGACTGACGCAGGCCGCCGTCGGGCAGTCAACCGTGGAGGCAGCTCACAAACTTCGGCCGGACATTGCCTTCGTCGGTGCCAACGGCATCCACGCAACATTTGGGCTCAGCACGCCGGATCCCGAAGAAGCCGCGGTGAAAGCCGCCTTCGTCACGTCAGCCCGCCGCGTGGTGGCCCTGGCCGACTCTTCCAAGCTGGACGCCGAAACACTGGTCCAGTTCGCCACCCTGAAGGACGTTGACACTTTGATCACAGACAGCGAACCGTCCGCGGAACTCGCAGCGGCCCTGGCCGATGCCGGGGTCGACGTGGTGATCGCATGA MFAEERQQLISALVAERGRVSVTDLADRFSITTETIRRDLAALEVSGNLRRVHGGAVTSDLLSTREESILERAVQRQVEKLRIANAALALIPQLTTGSVLLDAGSTTETLADLLAQRTPPANGNDELVVITHAIPIAGKLSSSQGIALQILGGRVRGLTQAAVGQSTVEAAHKLRPDIAFVGANGIHATFGLSTPDPEEAAVKAAFVTSARRVVALADSSKLDAETLVQFATLKDVDTLITDSEPSAELAAALADAGVDVVIA PGPT0017590_217 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 D3-18_04147 993 lacC_2 Tagatose-6-phosphate kinase ATGATCATCACTTTGACCGCCAACCCGAGCCTGGACCGTACGGTTGAGCTCCCCGGCGCCTTGGCCCGCGGTGAGGTTCAGCGCGCGGTGGCCGTCCACCAGGAATCCGGCGGAAAGGGTGTCAACGTTTCACGGGCGCTGGTTGCCTCTGGCCTGGACACTTTGGCAGTCCTTCCGGGCGCCGATTCGGATCCTGTACTTTCAGGGCTGCACGACGGCGGCGTACCGTTCGCGGCGCTGCCCATCGGCCAGGCGTTGCGCAGCAACGTCACGCTCACCGAACCGGACGGTGTCACCACCAAGATCAACGAACCCGGCCCGGAGTTGAGCGGTGAACAGCAGGAAGCCCTGATCGGGCTGCTGCTGGAACGCTCCCGTGGCGCCAGCTGGGTGGTTCTCGCAGGTTCGCTCCCACCAGGAGTACCCGCGGATTTCTACGCCACCATCGCTCGTCGACTCCGGTCGAACGCGGACGGAACGGCCGCCCCAAGCATCGCCATTGACTCCTCCGGAGCGCCGCTCGCGGCCGCCTTGGTGGGCGATGCCGCAGGAAAGCCGGACCTCCTCAAGCCGAACGCGGAAGAGCTCGCAGAGCTTGCCGCCGCGGCCGGTTTTACCAACGTCTCCACTGCTGACGAACTGGAAGCGGATCCGGCCAAAGCTGCTGAAGCCGCTGCCGCCGTCGTCGCCAGCGGTGTAGGTGCCGTTCTTGCAACACTCGGGTCCAAGGGAGCAGTCCTGGTGACGGCCGACGGAGCATGGTTCGCCACGCATCCTCCCATCAAAGCCGTCAGCACGGTGGGCGCCGGGGACTCTTCATTGGCCGGCTATTTGTTGGCTGCTACCCAAGGTGGCTCTGCGCAGGACTGCCTTCGTCAAGCCGTGGCACATGGTGCCGCTGCTGCTTCGCTGCCGGGCTCCACTGTCCCGGCAGTCCACCAGACAAACCCCAATGCCGTAACCATCACGGCCCTCCAGAAGGACTCACAGTGA MIITLTANPSLDRTVELPGALARGEVQRAVAVHQESGGKGVNVSRALVASGLDTLAVLPGADSDPVLSGLHDGGVPFAALPIGQALRSNVTLTEPDGVTTKINEPGPELSGEQQEALIGLLLERSRGASWVVLAGSLPPGVPADFYATIARRLRSNADGTAAPSIAIDSSGAPLAAALVGDAAGKPDLLKPNAEELAELAAAAGFTNVSTADELEADPAKAAEAAAAVVASGVGAVLATLGSKGAVLVTADGAWFATHPPIKAVSTVGAGDSSLAGYLLAATQGGSAQDCLRQAVAHGAAAASLPGSTVPAVHQTNPNAVTITALQKDSQ PGPT0017580_129 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 D3-18_04148 2037 fruA_2 COG1299 PTS system fructose-specific EIIABC component GTGACCCAGCTGATCACACCCCAATTGGTCACCCTCGACCAAAACCTGGGCGACTCCCCTGCCGACGTCATCCGCGTCCTGGCTGGCAAAGTTGCCGCCACCGGCCGTGCTTCCGAGGTTGAAGGCCTCTTCGCCGACGCCTTCGCCCGCGAGCAAAAGACCGCAACCGGCGTTCCCGGCGGCATCGCTATTCCGCACTGCCGCTCCGCTGCCGTCCAGGAGCCTGCCCTGGCCATGGCGCGCCTGTCCCACAAAGTGGACTTCGGTGCCAAGGACGGCCCGGCTGACCTCATCTTCTTCATCGCGGCCCCGGACGGCGCGGACCAGGAGCACTTGAAGCTGCTCTCCAAGCTGGCCCGTTCGCTGATCAAAAAGGACTTCACGGCGGCTCTGCGTGCGGCAGCCACCGAGCAGGACATTGTGGACCTCGTCGATGGCGCCCTGGCCGACAAGCCGGCTGCAGCACCTGCGGAGGCTGCACCCGCTGCCGCTACCGCCAGTACGACGACGACTGCAGCACCAAAGCGCATCGTGGCCGTGACTGCTTGCCCCACAGGTATTGCGCACACGTATATGGCTGCCGACTCCTTGGTGGCCGCCGCCAAGGAAATGGGCGTTGACCTTCAGGTCGAGACCCAGGGATCCTCTGGCGCCAAGCCGCTTGACCCGGCAGTGATTGCAGCAGCTGACGCAGTAATCTTCGCCGTCGACGTGGATGTTCGAGGCAAGGAACGTTTCGCCGGCAAGCCGGTCATCAACGCACCGGTCAAGCGGGGCATCGACGAACCCACCAAGATGGTTCAGGAAGCACTTGCAGCTGCCGACGACCCCCGGGCACGCCGCGTTCCCCATGCAGGCCCTGAAGAGCAGGCTGAGCGCGATGCGGAGGAGAAGGGCGAGCACATCGGCCAGAAGCTGAAGCGAGCACTCCTCACCGGCGTGAGCTACATGATTCCGTTCGTAGCCGGTGGTGGCCTGTTGATGGCGCTCGGATTCCTTATGGGTGGCTATCTCATTACGGACTTCGCCGACAAGATCGTCGTCGAAAACAGCATCTTCAACCTCCCCACCGCCTTCCCCGACAACGCTTGGGGTCCTCTGGGTGCTTATCTGGGAGCCGTGTTGTTCAAGATCGGCAACCTGTCGATTCAGTTCCTGGTGCCTGCGCTGGCTGGCTACATTGCCTACGCCATCGCCGACAGGCCCGGTATTGCACCCGGCTTCGTTGCCGGCGCGGTGGCTGGATTCATGGGGGCGGGCTTCCTCGGCGGCATCGTCGGCGGCCTCCTCGCCGGCTACGCCGCTTACCAAATAGGAAAACTCAACGTTCCTCGTTGGCTCCGAGGTTTGATGCCCGTAGTCATCATCCCTCTTATAGCTTCCATTGTGGCGTCCGGACTGATGTTCCTCATCCTTGGGCGCCCCATCGTGGACCTGACCAACGCACTCAATGCTGGACTTTCAAGCCTGACGGGTGCGGGCGCTATCCTTCTGGGCATCATCCTCGGCCTCATGATGTGCTTCGATCTGGGTGGCCCGGTCAACAAGGTGGCTTACTCCTTCGCGGTCGCGGGTCTGGGAGCTGCTTCGGTAGCAAACCAGGCACCATGGCAGATCATGGCAGCTGTCATGGCTGCCGGCATGGTTCCGCCCCTCGCGATGGCTTTGGCCACGGTCTTGAACAAGAAGCTGTTCTCTTTGGCTGAGCGTGAAAATGGAAAGGCTGCATGGCTTCTCGGGGCTTCGTTCATCTCGGAAGGTGCCATCCCCTTCGCCGCTGCTGATCCCCTTCGCGTCATCCCTGCCAGCATGGTGGGTGGTGCAGTAACCGGCGCACTGTCCATGGCCTTTGCCGTAACGTCCAAGGCGCCCCACGGCGGCCTGTTCGTGTTCTTCGCGATCGACAACTTCCTGCTGTTCTTCCTGTCAGTTGCCGTTGGTGTGGTCATCACCGCACTTCTGGTTATCGCCCTCAAGCGCTTTGCAGTCAAGAAGCCGGTGGAAGCGGAACCCATTCCTGCTACTGCCAGCGTGTAG MTQLITPQLVTLDQNLGDSPADVIRVLAGKVAATGRASEVEGLFADAFAREQKTATGVPGGIAIPHCRSAAVQEPALAMARLSHKVDFGAKDGPADLIFFIAAPDGADQEHLKLLSKLARSLIKKDFTAALRAAATEQDIVDLVDGALADKPAAAPAEAAPAAATASTTTTAAPKRIVAVTACPTGIAHTYMAADSLVAAAKEMGVDLQVETQGSSGAKPLDPAVIAAADAVIFAVDVDVRGKERFAGKPVINAPVKRGIDEPTKMVQEALAAADDPRARRVPHAGPEEQAERDAEEKGEHIGQKLKRALLTGVSYMIPFVAGGGLLMALGFLMGGYLITDFADKIVVENSIFNLPTAFPDNAWGPLGAYLGAVLFKIGNLSIQFLVPALAGYIAYAIADRPGIAPGFVAGAVAGFMGAGFLGGIVGGLLAGYAAYQIGKLNVPRWLRGLMPVVIIPLIASIVASGLMFLILGRPIVDLTNALNAGLSSLTGAGAILLGIILGLMMCFDLGGPVNKVAYSFAVAGLGAASVANQAPWQIMAAVMAAGMVPPLAMALATVLNKKLFSLAERENGKAAWLLGASFISEGAIPFAAADPLRVIPASMVGGAVTGALSMAFAVTSKAPHGGLFVFFAIDNFLLFFLSVAVGVVITALLVIALKRFAVKKPVEAEPIPATASV PGPT0017120_400 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 D3-18_04149 276 ptsH_2 Phosphocarrier protein HPr ATGCCAGAACGTACAGCCACCATTGCAAGCCGTGTGGGCCTCCACGCCCGTCCGGCAGCCATTTTCGCCGAAGCAGCTGGAGACCTGGATCTCGACGTCACCATCGCACGCCAGGGCGAGCCCGCGGATGACGCCATGGACGCCGCGAGCATCCTGTCACTGATGAGCCTGGGCGCTTCCCACGGCGACGTTGTAGTCCTGCGCGCCGATGGTGAAGGTGCGGATGCGGCCTTGGACAGCTTGGTCAAGATCCTCGAAACGGACCACGACGCCTAA MPERTATIASRVGLHARPAAIFAEAAGDLDLDVTIARQGEPADDAMDAASILSLMSLGASHGDVVVLRADGEGADAALDSLVKILETDHDA PGPT0016875_846 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 D3-18_04150 957 hypothetical protein GTGCCCAGGCTTAAGCGCAGTGACCTGTCCAAGCCCGGCATCGTCCGCCGCAAGGTAGGAAAAGGGTTCAGCTACAGGCATCCGGACGGGACCCTTGTCAGCAAAGAGGATCGCCAGCGCATTAATGCGCTGGCGATCCCGCCTGCGTGGACCGACGTGTGGATCAGCCCCTACGAGCACGGCCACATTCTGGCCACCGGGGTTGATGGTGCAGGCCGCAGCCAGTACATCTACCATCCCCGGTGGAGGGAACGGAAGGACACCGAGAAGTTCCTTCGCGCAGCCAAGCTAGGCCTTGTCCTGCCCGCAATTCGGCGCAACGTCACGGTGCACCTGCAGAACTCCGAAGATCCCAGGCAACAAACCCTCGCCGCTGCGGTACGGCTCATGGATCTGGGTGCGCTCCGCGTCGGCTCCGAGATCTATATGAAGCAGAACGGCTCCTATGGGCTCACCACACTCCGATGCCGCCACGCCCGGGTGGAAGGGCAGGATGTCTTCCTGAAGTTCCCCGGTAAGAGCGGCCAGTTGTGGGACACATCCATACACGACCCCGGGCTGGCAGCCTTCCTGGAACCGCTCGCACAACGGCCCGGCAAAGAGCGGTTGCTGGCCTACCAAGCCAACGGGTCATGGGTTTCCGTTGACGCGTCCATGATCAATGAATACTTGCGTGGCATCGCCGGCGAAGCCTACACATCAAAGGATTTCCGGACGTGGAAAGGCACTGCAGCTGCGGCGATATGCCTGATCAAGTCCGGCCATAAGGGCACACCACGCCAAGCGATAGTGCGGGCCATCAAGGAAGCTTCGGAGTTGCTGGGCAACACCCCGTCGGTGGCCCGCTCTTCGTACGTCGACCCAAGGATCATCGAGGCCTACCTCTCGGGCAAGCTCAAGGAAGTGAAGCCAACGGAGGCGTCTGTTGCGGCCTTCCTGAACGAAGAGAAGACCTAG MPRLKRSDLSKPGIVRRKVGKGFSYRHPDGTLVSKEDRQRINALAIPPAWTDVWISPYEHGHILATGVDGAGRSQYIYHPRWRERKDTEKFLRAAKLGLVLPAIRRNVTVHLQNSEDPRQQTLAAAVRLMDLGALRVGSEIYMKQNGSYGLTTLRCRHARVEGQDVFLKFPGKSGQLWDTSIHDPGLAAFLEPLAQRPGKERLLAYQANGSWVSVDASMINEYLRGIAGEAYTSKDFRTWKGTAAAAICLIKSGHKGTPRQAIVRAIKEASELLGNTPSVARSSYVDPRIIEAYLSGKLKEVKPTEASVAAFLNEEKT NA NA NA NA NA D3-18_04151 480 dps2 DNA protection during starvation protein 2 ATGAAAGCGTCACAGCAGCTTGCAGACAACCTTCAGATCGTCCTGACCGACCTCATCGAGCTGCAGCTCCAGGGGAAGCAGGCGCACTGGAACATTGTGGGACCGAACTTCCGCGATCTCCACCTCCAGCTGGACGAGCTGGTCCTGGCCACACGCCAATTCGCTGACGACACAGCCGAGCGCATGCGTGCACTCCACGCCCTGCCCGACGGCCGCAGCGCAACCATCGCCAAGGGCACCCGCCTGGAGGAATTCCCGGCAGGCCTGGTCAACACCAAGAACGCCGTCAAGCTGGTCACTGAGCGTGTGGAGCGTGCCGTTCAGACCATGCGCGATGTCCATGACGAAGTGGACGAGGAAGACCCCACGACGGCGGACCTGCTTCACGCGTTCATCTCCCGCCTTGAGCAGCTGGTGTGGATGATTAACGCGGAAATCATGAACGCCGGCGCTGCCGTGACGGATCCGGACGAGGCCTAG MKASQQLADNLQIVLTDLIELQLQGKQAHWNIVGPNFRDLHLQLDELVLATRQFADDTAERMRALHALPDGRSATIAKGTRLEEFPAGLVNTKNAVKLVTERVERAVQTMRDVHDEVDEEDPTTADLLHAFISRLEQLVWMINAEIMNAGAAVTDPDEA PGPT0004055_2445 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS OTHER_STRESS_RESPONSE_PROTEINS,PGPT0004055-dps|dpsA-K04047 NA NA D3-18_04152 171 hypothetical protein ATGAATACGCTTCTGATCATTGCTGGTGTAGTAGCAATTGTTCTTCTCTTGGTAGGCGGCTTCACTGAAGCCCTGAGTTGGTTGCTGTGGGTAGGCGTCATCCTCCTCGTCATTGCGGCCATCGGCTGGTTGCTGAGCTTCATGTCGGGTCGCAGGGGACACACGGTATAA MNTLLIIAGVVAIVLLLVGGFTEALSWLLWVGVILLVIAAIGWLLSFMSGRRGHTV NA NA NA NA NA D3-18_04153 225 hypothetical protein ATGAGCCAGGACGAACACCGCGTAGACCCGGAGAGCGAACCCGGCGGCTACGGCACCCCCACCCCGGAGCAGGAGATGCCTGGCCAGGGTGATGAACGCGAGACGCCGGAACGGCCGGCCCAGGGAGTGCCCGACACCCTTGGTGACGAGTTCCCGACACCCCAGGACCCTGATGCGGCCCCGCCACCTTCAGCGACCGGTAAAGGCGCCGACGGCGACGGGTGA MSQDEHRVDPESEPGGYGTPTPEQEMPGQGDERETPERPAQGVPDTLGDEFPTPQDPDAAPPPSATGKGADGDG NA NA NA NA NA D3-18_04154 531 hypothetical protein ATGGTAGAGCCGGAGCAGGCTCCCAGAACCGGTCGCAATGAATCGCTCGAGGAGCGTATGGACCGGAACTGGATGGAACTGATCCAGGAATTGCGGGTGCTCCAGACCGGGGTCCAGATTCTGGGAGGCTTCTTGCTGACGCTGCCCTTCCAGGAACGCTTCGAAGAGCTGGACGACTGGCAACGGAGCCTCTACCTCTTCAACGTGATGGTGGCAGCGCTGACGACAATCCTCATCGTGCTCCCCGTCAGTGTTCATCGCCGGTTGTTCCGCAGGGGGCTGAAGGCCACCCTGGTCTCCAGTGCCGACGTTGTCACCAAGTGGGCGTTGGGCGGGGTAGCACTCCTGATCGTGGGCTCGGCCACCTTGGTCTTCGACTTCACCGCAGGACGAACCGCAGGAATTGTGGCCGCCAGTTTCATCATCCTGGTCCTGTTGCTCCTCGTGGTGGGCACGCCGCTATGGCTGCACCGCCGCGCCGTCCGGAACGGCAACGGCAACAGCAACAGCGGAAATTCAAGAGAGGTGTGA MVEPEQAPRTGRNESLEERMDRNWMELIQELRVLQTGVQILGGFLLTLPFQERFEELDDWQRSLYLFNVMVAALTTILIVLPVSVHRRLFRRGLKATLVSSADVVTKWALGGVALLIVGSATLVFDFTAGRTAGIVAASFIILVLLLLVVGTPLWLHRRAVRNGNGNSNSGNSREV NA NA NA NA NA D3-18_04155 714 hypothetical protein ATGCTGAAACCTGCCAAGCACCAAGACACATCTGGTAAAGACAACAAGCCAGCCCGCCAGTGGGTCAAGGACCATGGTTTGCTGCTGGTCAACGCGGGCCTGTTCGTCGTTTTCCTCGGCGGAATGATCATTTCAGGGGCAGCCCATTACAGCGAAGAACAGCAAACACACGGACAACCGGCAACCGGCATTTCCGATTTCCTGACTTCTGGAAATTTCTGGGAAGCCGTCTTTGAGAACTGGGAGTCGGAGTTCCTCCAGATGGCCATGTACGTGGTCCTGACGGTTTTCCTGTTCCAAAGGGGCTCCTCCGAATCAAAGCCCGTGGACAAGGACGCCCCTCAGGACGAGGACCCGCGAGACGCAAAGATGACAGCCAAGACCCCTTGGCCTGTACGCCGGGGCGGTTGGGTCCTGAAGGTCTACGAGCATTCGCTTTCCGGCCTGCTCGGCCTGCTTTTCCTGCTTTCCTTCATCCTGCATGCCTTTAGCGGAACGTCCGCTTACAACGACGAACAGCGCAGCCATGGCCTTCCCGAGGTCTCCACGTGGGAGTACGTCGGGTCAAGCCAGTTCTGGTTTGAGTCCTTCCAAAACTGGCAAAGCGAGTTTCTGGCCGTGGCCGTGCTGGTAGGAGCGTCCGTGTACCTCCGCGAAAGAGGCTCACCGGAGTCAAAGCCGGTTGCAGAGCCACACTACGAGACGGGCGCCTAA MLKPAKHQDTSGKDNKPARQWVKDHGLLLVNAGLFVVFLGGMIISGAAHYSEEQQTHGQPATGISDFLTSGNFWEAVFENWESEFLQMAMYVVLTVFLFQRGSSESKPVDKDAPQDEDPRDAKMTAKTPWPVRRGGWVLKVYEHSLSGLLGLLFLLSFILHAFSGTSAYNDEQRSHGLPEVSTWEYVGSSQFWFESFQNWQSEFLAVAVLVGASVYLRERGSPESKPVAEPHYETGA NA NA NA NA NA D3-18_04156 267 hypothetical protein ATGCCTGGAAAGAAAAACTCCAGTTTGAAGGACCCCAAACTTTATGAAGAGCTCCGCGAGGATGGCGCGTCCAAGGAGAAGGCAGCCCGCGTCTCGAACGCTGCCGCGGCGAAGGGCCGCAAGGAAGTAGGACGCAAGGGCGGTAAGTCCGGTGACTACGATGACTGGACTGTGGACAAATTGAAGTCACGCGCCAAAGAACTTGGGCTAAAGGGTTACTCGGATAAGAAGAAATCCGAGCTCATCTCCATGCTGCGGAATCACTAG MPGKKNSSLKDPKLYEELREDGASKEKAARVSNAAAAKGRKEVGRKGGKSGDYDDWTVDKLKSRAKELGLKGYSDKKKSELISMLRNH NA NA NA NA NA D3-18_04157 867 ku COG1273 Non-homologous end joining protein Ku ATGAGGGCCATATGGAAGGGATCTATCGCGTTCGGTCTGGTCAACGTACCAGTGAAGCTCTACAGTGCCACGGAGGATCACGATATTGGCCTGCACCAAGTCCACAATAAGGACGGCGGGCGCATTCGGTACCAGCGGAAATGCGAAATTTGCGGCGAAGTTGTGGCGTACGAGGATATCGACAAGGCCTATGAAGAAGAAGGCCGCACCGTAGTCCTGACGTCGGCTGAATTGAAGTCGTTGCCGGAAGAGAATAGCCGCGAAATTGAGGTGGTGGAGTTCATCCCCGCCGAGCAACTGGACCCCATCATGTATGAACGCAGTTATTTCCTGGAGCCGGACTCCAAATCGCCCAAGGCGTACATGCTTCTTCGGCAGACACTGGAGGACACGGACAGGATCGCGATCGTCCAGTACGCGTTGCGGCAGAAGACCCGCTTGGGGGCGCTGCGGGTACGTGGTGACGTGCTGTTGTTGCAGGCGCTCTTGTGGGGAGATGAGGTCCGGGAAGCCAAATTCCCGTCCTTGGAGACCGACATCAAAATCTCCGACAAGGAGCTGGAAATGTCCTCCGCTTTGGTGGAATCCATGGCGCACGACTTTGACCCCGATGAATACACCGACGACTATCAAGCGCAGCTCCGAACGCTGATTGAGGCAAAGCTGGAAAAGGGCGAAGCCTTGGATACCGAGGCCACTTTCGGTGCAACGGAAGGCGAAGGCGAGGGCGGGGACGTCATCGACCTCATGGAAGCCCTCAAACGCAGCTTGGACAAGAAACGCGGAAAGGAAAAAGCGGACGACGACGCCGCTGCCGCCAGCAAAACTGCCAGCAAACCAAAGACGCGGGCCAAGAAAAAGGCGTGA MRAIWKGSIAFGLVNVPVKLYSATEDHDIGLHQVHNKDGGRIRYQRKCEICGEVVAYEDIDKAYEEEGRTVVLTSAELKSLPEENSREIEVVEFIPAEQLDPIMYERSYFLEPDSKSPKAYMLLRQTLEDTDRIAIVQYALRQKTRLGALRVRGDVLLLQALLWGDEVREAKFPSLETDIKISDKELEMSSALVESMAHDFDPDEYTDDYQAQLRTLIEAKLEKGEALDTEATFGATEGEGEGGDVIDLMEALKRSLDKKRGKEKADDDAAAASKTASKPKTRAKKKA NA NA NA NA NA D3-18_04158 2574 ligD COG1793 Multifunctional non-homologous end joining DNA repair protein LigD GTGGCAGGCAAGCAACAGGAGCGGGTGAACGTGGAAGGCCACGAGCTCACCCTCACCAACCTGGGCAAAATCATCTACCCCGAAACCGGCACCACCAAGGCTGAAGTGCTGGAGTACTACGCCGCCGTCGCGCCGTTCCTGATCCCGGCCGCTGCCAATCGGCCCGTAACCCGCAAGCGCTGGGTCAACGGGGTGGGCACCGCTGAGGATCCCGGGCAAGTGTTCTTCCAGAAAAATCTCGAAGACTCGGCTCCCAAATGGATTCCCCGTGCCGCCATCCAGCACTCGGACCACACCAACGTGTATCCCATGGTGAACAACCTTGCGACGCTCACCTGGATGGCCCAGATCGCCTCCTTGGAGATCCACGTACCGCAGTGGCAGGTGGACCCTTCGGGAAAGCCGCTACGACCCGACCGCTTCGTCCTTGACCTCGATCCAGGCCCTGGTGCTGGACTGCCCGAGTGCGTTGAGGTGGCCAAGCTGGCCCGTTCCATCCTGCAGGACATGGGCATGGATCCAGTCCCTGTCACCAGCGGAAGCAAGGGTATCCACCTCTACACCGGCCTCGACGGCACCCTGAAGTCCGAGCAAGTGTCCGCGTTCGCCAAAGAGCTCGCCCGTGCCTTGGAATCGGATCACCCGGAGCTGGTGGTCAGCGACATGAAGAAGTCCCTCCGCCACGGAAAAGTGCTGGTGGACTGGAGCCAGAACAGCGGGAACAAGACCACCATCGTCCCCTATTCCCTGCGCGGAAAAGCCCACCCTACTGTCGCCGCACCGCGCACTTGGCGGGAGCTCTCCTCCCCTTCATTGGACCATCTCGATTACTTGGCCGTGATGAAGCGCGTTGCTACCGGGAAGGACCACTTTGCGTCCATCTCCGACCGGCACCTGCCGCCTCACGGTGAGGATGATAATGACGACGACGGCGCTGCTGCCGGAGGCAGTTCAAGCACCGCCGGTTCCGGCGGCGGTTCGGTCCGTTCCCGCGAGCGGGTGGTGACGGTAGAGAACCGTCTCGCCAAATACGTCGGGATGCGCGATCCGGGGAAAACCCCGGAGCCGTTTCCGTCGTCGTCGGCTGTTTCCACCTCCAAGCAATCCGGAGGCTCCTCTTCCGATCAACCGAAGCCCGGCGATCCTCCACCCCCCGGCGGCATCTTCGTCATCCAAGAGCACCACGCCCGCCGCTACCACTTGGACCTGCGCCTGGAGCACAATGGCGTCCTGGCGTCGTGGGCGCTGCCGCGTGGCATCCCGGAAACCCCCGACCGCAACAACCTTGCCGTCCATACCGAAGACCACCCCATGGAATACGCGAACTTTGCGGGCGTGATCCCCAAAGGTGAGTACGGGGCAGGCACCATGACCATTTGGGACCGCGGCGAGTACACGTGCGAGAAGTGGCGCGACGGCAAGGAAGTGATCGCGACCCTCACGGGCGAGCCGGGTGGTGGTCTCGGTGGAACCAAACGTTTTGCGCTCATCAATACGGGCGACCGATGGTTGATTCACCTGATGAAGGAGCAGCCGGGAGGACGGCGGGTTCCGTCCGCGAGCTCGGCGAAGTCCTCGCCGCGGCCGCCCAAGCCTGCTGCTCCCCAGCCCATGCCGAACTACACCCCCATGCTCGCCACCTCCGGGACCACAGCCGATTTGCGCGGCGATGATTGGCTGTATGAACTGAAATGGGACGGAATCCGGGCGATCATCACCGGCACGGAGGGCAAGATCCGGCTCATGAGTCGCAACGGAAACGATCTCACCGCCGCCTATCCCGAACTGACGGACCGTGCATGCTGGCCCGATGGCGACTTCGTGGCTGATGGCGAAATTGTGGCGCTCGGCAAAGGTTCGCGGCCTGATTTCGGGCGGCTGCAACTCCGGATGAACCTGGTCAAGGCTGCGGATATTGAACGTGCCCGATCAACGGTTCCGGTGCAGCTGATGCTGTTCGACCTTCTTTACGACGACGCCACGGACCTGAGCGGGCTGCCCTTCCGAGAGCGTCGCGAGAGGCTCTCCGGGTTTGCGCAGCGCTTGCCGAAAGGCTGCCCGTTGCATCTTTCGGCAGTGTTGGACCACGACGTTGAGGACCTGATGACCAGCGCGGCCGAGCTTGGCTTGGAGGGTGTCATGGCCAAGAAGGCCGACAGCCGCTACGTGATTGGTCGCCGCAGCAGGTCCTGGATCAAGCTGAAGCTGGAGCAAAGCCAGGAAGTGGTAGTGGGCGGTTGGCGTCCCGGTGCGGGCGCCAGGAGCGGGACTTTCGGTGCGCTGCTGCTGGGCATCCCAGACGGCGACAAGCTGCACTACGTGGGCCGGGTGGGCACCGGGTTCAAGGACTGGCAGCTCCGCGACGTCATGGAGAAACTGGAGCCCCTGGGAGTGGGCAACTCCCCCTTCGCGGACATTCCGCGGGAGGATGCTGCGGGTGCCAAGTGGGTGAGCCCTGAGCTGGTGGCCGAGGTAACGTTCGGTGAATGGACAGGCCCCGGCCGGCTGCGGCATCCGGTGTGGCGTGGCTGGCGTCCGGACAAGTCCCCTGAGGACGTAAGCCAGCCCAACTAG MAGKQQERVNVEGHELTLTNLGKIIYPETGTTKAEVLEYYAAVAPFLIPAAANRPVTRKRWVNGVGTAEDPGQVFFQKNLEDSAPKWIPRAAIQHSDHTNVYPMVNNLATLTWMAQIASLEIHVPQWQVDPSGKPLRPDRFVLDLDPGPGAGLPECVEVAKLARSILQDMGMDPVPVTSGSKGIHLYTGLDGTLKSEQVSAFAKELARALESDHPELVVSDMKKSLRHGKVLVDWSQNSGNKTTIVPYSLRGKAHPTVAAPRTWRELSSPSLDHLDYLAVMKRVATGKDHFASISDRHLPPHGEDDNDDDGAAAGGSSSTAGSGGGSVRSRERVVTVENRLAKYVGMRDPGKTPEPFPSSSAVSTSKQSGGSSSDQPKPGDPPPPGGIFVIQEHHARRYHLDLRLEHNGVLASWALPRGIPETPDRNNLAVHTEDHPMEYANFAGVIPKGEYGAGTMTIWDRGEYTCEKWRDGKEVIATLTGEPGGGLGGTKRFALINTGDRWLIHLMKEQPGGRRVPSASSAKSSPRPPKPAAPQPMPNYTPMLATSGTTADLRGDDWLYELKWDGIRAIITGTEGKIRLMSRNGNDLTAAYPELTDRACWPDGDFVADGEIVALGKGSRPDFGRLQLRMNLVKAADIERARSTVPVQLMLFDLLYDDATDLSGLPFRERRERLSGFAQRLPKGCPLHLSAVLDHDVEDLMTSAAELGLEGVMAKKADSRYVIGRRSRSWIKLKLEQSQEVVVGGWRPGAGARSGTFGALLLGIPDGDKLHYVGRVGTGFKDWQLRDVMEKLEPLGVGNSPFADIPREDAAGAKWVSPELVAEVTFGEWTGPGRLRHPVWRGWRPDKSPEDVSQPN PGPT0014910_493 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014910-ligD-K01971 NA NA D3-18_04159 261 hypothetical protein ATGACTGCGAATCACGAGTCTGAACGCATCAATCCTGAGGTTGCTAGCCACTTGGTGGAGTCCATGGGTATGGCGCCGATGCCCGAGCCGACAACCGTCGCCGTCGCGCTGGGCGCTGACCAGAGCAAGCAGTGGCCGGACGGTAACGGCAAACGTCGCCACCCGAAGGACCGCGACCAAGCCCATGGCCGGATGGGCCAGGGGGCAGCTGTGACGGCGATCCACAGGACCAGCCGCCCGCAAATGCCGCACTCCTCCTAG MTANHESERINPEVASHLVESMGMAPMPEPTTVAVALGADQSKQWPDGNGKRRHPKDRDQAHGRMGQGAAVTAIHRTSRPQMPHSS NA NA NA NA NA D3-18_04160 201 hypothetical protein ATGACTGCCAACCCTTCCGAAAACAAGAAGACCCCGGCTTCCGGCGGTATCAAGTCCAAACTGACCGACGCCCAGAAGGCCATGCTGGCCAGCAAGTCCGGGGGTGGTGCTCCGGCCGGTTGGCAAAGCACAGGCAAGGGGCATAAGCCAACCTCCGCCAGCGGTAAGCAGGCTAAGACGGAAAAGAAGGTCCGCTGGTAA MTANPSENKKTPASGGIKSKLTDAQKAMLASKSGGGAPAGWQSTGKGHKPTSASGKQAKTEKKVRW NA NA NA NA NA D3-18_04161 1035 prmC_3 Release factor glutamine methyltransferase GTGAGTCCTGAAGAGACACGTATCCCTGTCGTCGCGGTTCGGGAAAAAGTCATCAAGAACGGGAACGGCATGGAGGCAGGGCCTCAACAGGCGTGGATTTTTGTCAGGTTAAACTCGGCTGTGCCGCTAGGGCAGAGGCCGGTCTACTCAAAAATCAGTGTTCCCATGCCTCATACCCTAACCAAATCCCTGCAGATTTGTGAACCCCTCACCTGCAGCTTCTTCGTGCTCCACAGGAATTCCTCCTCGGCTAGCATGGCAAACGTGACCCGGAGAGCATCCATCGCCACAGCACTGCGTGCCGCCGGCTGCGTTTTTGCGGAGGACGAAGCACAACTGCTCCTCGATGCCGCCCACCATCCGGACCAACTCAACCGCATGGTGGACCAACGCCTTACCGGACGCCCCTTGGAACACATTGTGGGGTGGGCGGAGTTCTGCGGGACGCGAATCTCCGTGGACCCCGGTGTGTTCGTGCCCCGGCGGCGCACGGAGTTCGTGGTGCGAGTGGCGGCGATGATCGCCAAACCCGGAGCCGTCGTCGTCGACCTTTGCTGCGGTTCCGGGGCGATAGGTGCAGCACTCAACGATCTCCTGGGGAGCTGCAAACTGCACGCTGCGGATATCGACCCCGCAGCGGTTCAGTGCGCCCGCCGCAACGTTGAGCCTCGCGGCGGCCGCGTCCACCAGGGGGACCTCTACGCGGCATTGCCCCGGGAACTACGCGGGAAAGTTGACGTGCTGCTCGCGAACGCGCCCTATGTTCCTACGGAGTCCATGGTGCTGATGCCGCAGGAGGCGCGGCTCCACGAGCCGAGGGTAGCGCTCGACGGCGGCGCTGACGGTTTGGATGTCCAGCGTCGCTTAGCGCTGGGCGCGGCTGAGTGGCTGGCGCCGGGTGGGTCCTTGGTGATGGAAACCTCAAGTCAACAGGCGCCGCGCACTGCCCGACTCCTGCAGGAGGCGGGGTTGCTCACGAAGGTGGCCTCGGACGAGGAGTTGGATGCAACCGTGGTGCTCGCGGCGCACGGGTGA MSPEETRIPVVAVREKVIKNGNGMEAGPQQAWIFVRLNSAVPLGQRPVYSKISVPMPHTLTKSLQICEPLTCSFFVLHRNSSSASMANVTRRASIATALRAAGCVFAEDEAQLLLDAAHHPDQLNRMVDQRLTGRPLEHIVGWAEFCGTRISVDPGVFVPRRRTEFVVRVAAMIAKPGAVVVDLCCGSGAIGAALNDLLGSCKLHAADIDPAAVQCARRNVEPRGGRVHQGDLYAALPRELRGKVDVLLANAPYVPTESMVLMPQEARLHEPRVALDGGADGLDVQRRLALGAAEWLAPGGSLVMETSSQQAPRTARLLQEAGLLTKVASDEELDATVVLAAHG NA NA NA NA NA D3-18_04162 1632 proP_6 Ectoine/proline transporter ProP ATGCCCACAGACCAAAGCAACACCGTCTCTCCGGATGGCGCAAGGAACGCCACCGGGAACCAGGTATTGGCAGGCCCCACCCCGGCCGCCACAAACGCACCAAATTCAGTAGATACAGTAAAGAAAACGAAGCTTCGCCCGAAGCGCCGGCTGAAAGAATCCGACGTCAACGTGGTGAATAAGCCGATGCTGCGCAAAGCACTCGGCGGCACGATCGTCGGCAACACCATGGAATGGTACGACGTCGGCGTGTTCGGCTACCTCATCACCACCATGGGCCCTGTCTTCCTGCCGGAAGCAGACAAGTCCGTCCAGACACTCTTCCTTCTGGGCACCTTCGCCGCAACCTTCATCGCGCGCCCCCTCGGCGGCGTCGTGTTCGGTTGGCTTGGCGACAAGGTTGGCCGTCAGAAGGTCCTCGCCGCAACACTGATGCTCATGGCGGCAAGTACGTTCGCCGTCGGCCTCCTTCCCGGCTACGCGCAGATCGGCATCTGGGCCGCCGCGTTGCTGGTGATCCTGAAGCTCATCCAAGGCTTCTCCACCGGTGGCGAATACGCCGGTGCCACCACCTTCGTTAGCGAGTACGCCCCGGACAAGCGCCGCGGCTACTTTGCCAGCTTCCTCGATATGGGCAGCTACATCGGATTCGCCCTTGGTGCCGCCCTGGTTTCGGTCCTGCAGCTCACGCTCGGACAGGCAGCCATGGAGGAATGGGGTTGGAGGATCCCCTTCCTGATCGCAGGTCCGCTGGGCCTCATCGCCGTGTACTTCCGTAGCAAGATCGAGGAATCACCCCAGTTCCAGGCAACCCTGGACGCCCAGGAAGCCTCTGCCAAGGACGCCGCATCGCAGGATGCTGCCGTGGCCAAGGGTCCAATTGGAATCATCAAGGCCTACTGGCGCCAGATCGTGCTGGCCATGATCCTCGCGGCCGCAGCCAACACTGTTGGTTACGCCCTGACGTCGTACATGCCCACGTACCTTACGGATTCCAAGGGTTACGATCCCGTTCATGGCACGCTGCTGACCATCCCGGTCTTGGTGATCATGGCTGTTTGTATTCCACTGACCGGAAAGCTTTCCGACCGCATCGGCCGCCGTCCTGTGCTGTGGATCGGCGCAGGCAGCACCATCGTCTTCGCCATTCCGGCATTCCTGCTGATCGGCATTGGCGACATCTGGTCCACGCTGGCCGGCCTCGCCCTGATCGCCTTCCCGGTGACGTTCTACATCGCCAACCTGGCTTCCGCCCTGCCGGCCCTGTTCCCGACGTCCAGCCGTTATGGCGGAATGGGCATCGCTTACAACTTCTCGGTTGCGATCTTCGGCGGGACCACACCGTTCATTGTCCAGGGCCTGATCGAAGGCACGGGCGACGACATGATGCCGGCGTACTACCTGATGGCCACGTCCATCATCGGTGCAATCGCCATCTACTTCCTGCGTGAATCCGCCCAGCGCCCCCTGCCTGGCTCCATGCCCAGCGTGGATACTCAGGCCGAGGCACGTGAGCTCGTAGCAACGCAGGACACCAACCCGCTTATCAACCTGGACGAAATGCCGTTTGACGGCCAGCCCATCGATGACGCGGTGTTTGGTAAAGGCAACAAGGACCTGACTCCCGTTTAG MPTDQSNTVSPDGARNATGNQVLAGPTPAATNAPNSVDTVKKTKLRPKRRLKESDVNVVNKPMLRKALGGTIVGNTMEWYDVGVFGYLITTMGPVFLPEADKSVQTLFLLGTFAATFIARPLGGVVFGWLGDKVGRQKVLAATLMLMAASTFAVGLLPGYAQIGIWAAALLVILKLIQGFSTGGEYAGATTFVSEYAPDKRRGYFASFLDMGSYIGFALGAALVSVLQLTLGQAAMEEWGWRIPFLIAGPLGLIAVYFRSKIEESPQFQATLDAQEASAKDAASQDAAVAKGPIGIIKAYWRQIVLAMILAAAANTVGYALTSYMPTYLTDSKGYDPVHGTLLTIPVLVIMAVCIPLTGKLSDRIGRRPVLWIGAGSTIVFAIPAFLLIGIGDIWSTLAGLALIAFPVTFYIANLASALPALFPTSSRYGGMGIAYNFSVAIFGGTTPFIVQGLIEGTGDDMMPAYYLMATSIIGAIAIYFLRESAQRPLPGSMPSVDTQAEARELVATQDTNPLINLDEMPFDGQPIDDAVFGKGNKDLTPV PGPT0013645_26 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_PROLINE_TRANSPORT,PGPT0013645-proP-K03762 NA NA D3-18_04163 1416 hisC_3 Histidinol-phosphate aminotransferase ATGAACAACGATAGCAGTTCCCGAATCGTCTCGCGAGTAAAAGAATGGATCGCAGGGGCTGCGCCGGGAGCCAAGCTGCCATCAACGCGCCAACTCGTTGCTGAGTACCAAGCCAGCCCTGTCACCGTCCAGAAGGCCCTCAGGACACTCACCGCGCAGGGCCTGATTGAGAGCCGGCCCGGCGTTGGAACTTTCGTCCGGGCTTATCGCACTGCCAGGCCCTCCGACTACGGCTGGCAAACAGCAGCCTTGCGGGCAGCCCAAGTCGCCCGACCACTGAACTCTGGCGCCATGCGGAGCGCTACCAATGACGTCATCGCATTCCATTCCGGATACCCGGACCGCGAACTCCTCCCCGAAAGACTCATCCGCGGCGCCCTCACACGTGCCGCAAGGGGAGACGCCGCTCTGACCCGGCCGCCGGCCCAAGGACTTCCCGAGCTCCAGACCTGGTTCGCGCAGGAACTTAGTACCTCAACGCCAGTGGGCGTTACGCCGCCCCAGCCGAGCGACGTCGTCGTACTTCCGGGGAGCCAGAGCGGACTCAGCTCGATTTTTCGCGGACTAGTGGGGCATGGCCAGCCGCTGTTGGTGGAGTCGCCCAGTTACTGGGGTGCGCTGCTGGCGGCGGGCCAGGCGGGCGTCAATGTCATTCCTGTTCCGAGCGGCCCGGAGGGCCCCGACCCGGAAGAACTGGACCGGGCTTTCGAGGAATCGGGCGCGCGGCTGTTCTACGCGCAGCCCAACTTCGCCAATCCCACGGGCGCGCAGTGGTCGGCGGAGCGTGGGGAAGAGGTACTGCGGATCGTTCAGAGGCACGGGGCCTTCCTGGTGGAGGACGACTGGGCGCACGACTTCGGCATCACGGCGCAGTCGGTCCCGCTCGCCGCCAGAGACGATTCCGGGCATGTGGTCTATATCCGCTCGCTGACCAAGAGCGTCTCGCCTTCCATCCGTATTGCAGCGGTCATCGCGCGGGGACCGGCACGCGAACGCATCATGGGGGCGCAGGCGGCTGAGTCCATGTACGTCAGCGGCCTGCTTCAGGCGGCAGCGCTCGACGTCGTCACGCAGCCAGGGTGGCAAACCCACCTTCGCGGCCTCAGCCATCAGCTGCAGTCGCGGCGCGATTTGCTGGTCACCAGCCTCCGCGAGCATGTTCCGCAGGCCCATCTCAGCCACTTGCCAAAAGGCGGTTTGAACTTGTGGTTGCGGATGCCGGACGGGTTCGACGTCGATCAACTCACCAAGGATTGCGAGGCGGCCGGCGTTCTTATTGCGGCCGGAACGGAGTGGTTCCCTGCGGAACCTGAAGGGCCGTACATCCGGCTCAACTACGCCGGACCGAATCCGGGCGGCTTCCCGGAAGGTGCGCGGATCATTGGCGCGGCAGTGCAGGCCCAGTTGGGGCTTTAA MNNDSSSRIVSRVKEWIAGAAPGAKLPSTRQLVAEYQASPVTVQKALRTLTAQGLIESRPGVGTFVRAYRTARPSDYGWQTAALRAAQVARPLNSGAMRSATNDVIAFHSGYPDRELLPERLIRGALTRAARGDAALTRPPAQGLPELQTWFAQELSTSTPVGVTPPQPSDVVVLPGSQSGLSSIFRGLVGHGQPLLVESPSYWGALLAAGQAGVNVIPVPSGPEGPDPEELDRAFEESGARLFYAQPNFANPTGAQWSAERGEEVLRIVQRHGAFLVEDDWAHDFGITAQSVPLAARDDSGHVVYIRSLTKSVSPSIRIAAVIARGPARERIMGAQAAESMYVSGLLQAAALDVVTQPGWQTHLRGLSHQLQSRRDLLVTSLREHVPQAHLSHLPKGGLNLWLRMPDGFDVDQLTKDCEAAGVLIAAGTEWFPAEPEGPYIRLNYAGPNPGGFPEGARIIGAAVQAQLGL NA NA NA NA NA D3-18_04164 882 hypothetical protein GTGGTATCCACCCGGACATCAACGGGTGTTTGGTGGGGTCTCCTTGGCGTCGTCGCTTTCTCCTTCACTGTTCCGCTGACACGGGTGGCTGTGGAGGGAATGTCTCCCCTGTTCATCGGCGCCGGCCGGGCAGTTGTTGCCGCCATTCTCGCGGCCCTTGCCTTGGCGCTAACTCGGCAGCGGTTTCCACAGGGCATCCAATGGTTGCGGCTGGCTGTAGTTGCCGGGGGAATCGTGGCCGGATTCCCGCTGCTGACCACGTTCGCGTTGACCAGTACTTCCGCCAGCCATGGAGCCGTGGTCATCGCGCTACTGCCAGCGGCCACAGCGACTGTAGCGGTGATCAGGGGACGGGAACATCCTCGTCCCTTGTTCTGGGTACTGACAGTGGTGGGAGTGATTGCCGCCGTGGTGTTCGCTTTGGTGCAGTCCGGTGGATTTGGTGCGCTTCACTGGGCGGATCTTCTGCTGCTGGGTGCAGTGGTGGCTGCCGCCATCGGCTATGCAGAGGGTGGGTTGCTGGCCCGGGAACTGGGCGCATGGCAGACCATCTCCTGGGCTTTGGTGGTGGCTGCACCAGTGATGATCCTGCTGACGGTGGTATCGCTAGGCTCCGGCATACCTTCTGCCACTCCGGTCCAGTGGTTGTCCTTCGCGTACCTGGGAGTGGTGAGCATGTTCCTCGGCTTCTTCGCTTGGTACCGCGGCCTGGCCATCGGGCCCATGGCCCAGGTCAGCCAGATCCAACTCGTCCAACCGGTCATGAGTATCGCCTGGGCCGGACTCTTGTTAGGCGAGTCGATGACGTGGACCACCGTAGTGGGCGGCCTTGCGGTGATCCTGTGCGCCGGCGCCGCCGTTCGCGTCAGGCTCAGGAAGTAG MVSTRTSTGVWWGLLGVVAFSFTVPLTRVAVEGMSPLFIGAGRAVVAAILAALALALTRQRFPQGIQWLRLAVVAGGIVAGFPLLTTFALTSTSASHGAVVIALLPAATATVAVIRGREHPRPLFWVLTVVGVIAAVVFALVQSGGFGALHWADLLLLGAVVAAAIGYAEGGLLARELGAWQTISWALVVAAPVMILLTVVSLGSGIPSATPVQWLSFAYLGVVSMFLGFFAWYRGLAIGPMAQVSQIQLVQPVMSIAWAGLLLGESMTWTTVVGGLAVILCAGAAVRVRLRK NA NA NA NA NA D3-18_04165 387 Tn3 family transposase ISAau4 GTGGGATCGATCCACCATCTTGAGATCTGGGTGCCGTTCCTTGACCGGGCAAGGGAAGAGTGGGGCTGGCTCCTGGGTGAGCTGGGTTATGAGCCATTCCAGGAGTGGCCCACGGGGTGCAGCTGGAAGCTTGACGGCACGTATGTGGTGGTGGAGCAGACTGATGCAACCACCGCCACTACCCACCGACGCACTGATCCAGGAGTCAACCACATAGCCTTCCACGCCGGGACCCGGGAGAACGTGGACAGGATCCGAGCTCTCGGGGCAGATGCCGGTTGGTACGAGATGTTCGAGTCGAAGTACCCGCACGCTGGCGGCCCGGACCACTACGCGGCATACCTGCTCAACACGGACAGCTATGAGGTTGAGTTGGTGGCCAGTTAG MGSIHHLEIWVPFLDRAREEWGWLLGELGYEPFQEWPTGCSWKLDGTYVVVEQTDATTATTHRRTDPGVNHIAFHAGTRENVDRIRALGADAGWYEMFESKYPHAGGPDHYAAYLLNTDSYEVELVAS PGPT0004575_431 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_B12|COBALAMIN_METABOLISM PLANT_VITAMIN_B12|COBALAMIN_BIOSYNTHESIS,PGPT0004575-rhnA_cobC-K22316 NA NA D3-18_04166 516 hypothetical protein ATGATCAGGCTCGCGCACGCGGACGACCTGCTGATTCTGCAGGACATCGAGCGTGCCGCGGGCGAGGCTTTCCGGGCTTTGGGAATGGACTCCATCGCGGACGACGAGCCCCTTTCCATCGATGAGCTGAACAGTTATGCCTCGGCCGGGCGCGCTTGGGTTTCCGTCGACGGACTCGACTACCCGGTGGCGTACCTGTTGACGGATATCGTTGACGGCAACGGTCACGTGGAGCAGGTCAGCGTCCACCCGGATCAAGCACACCAAGGACTGGGCCGGGAGTTGCTGCATGCCGCGCGCGTATGGACGCGCGGACACGGAATGCAGCGCCAAACCTTGAGCACCTTCCGGGACGTGCCGTGGAACGCCCCGTACTATCGCCGCCTCGGCTTCGAAGTGCTCGACGCCGGCAGTTGGGGTCCGGGGCTGACCCGCCTCATGGAGCACGAGGCTGAGTTGGGCCTGACCCGCTGGGCCCGTGTAGCCATGTGGCGCCCGGCGGTCCCGCCGAAATAG MIRLAHADDLLILQDIERAAGEAFRALGMDSIADDEPLSIDELNSYASAGRAWVSVDGLDYPVAYLLTDIVDGNGHVEQVSVHPDQAHQGLGRELLHAARVWTRGHGMQRQTLSTFRDVPWNAPYYRRLGFEVLDAGSWGPGLTRLMEHEAELGLTRWARVAMWRPAVPPK NA NA NA NA NA D3-18_04167 471 hypothetical protein ATGCCCGTCGCTTTCGTCTGCCGCACCCGCTCCAGCCTGTCACCGCAGGAGCTGTTTGATCTCTCCCGCAACATCGATGCCCACGTAGGGTCCATGACGCAGAGCCGCGAGAAGGCAATCGGCGGCGTCACCACTGGGCTCATCTCGGAAGGTGAGACTGTTACCTGGCAGGCCTGGCACCTCGGAGTCCGGTTCCGCATGACCAGCCGCATCACGGGGATGGACGCGCCGTCGTCGTTCTCTGATGAACAGGTGAAGGGCCCTTTCAAGTACCTCCGCCACACGCACGAGTTCCGGCAGGACGGCAGCGGGACCCTCATGGTGGATACCGTGGAATTCGCCGCACCGTTCGGTCCGCTGGGCAGGCTGGTGGAAAAGCTGGTTCTGGCCCGCTACCTGCAGAACCTGATTGAGAAGCGCAACGCGTTCCTGGTGGCCCCAACCCCTCCCACTCTGGACTCCCGGCAATGA MPVAFVCRTRSSLSPQELFDLSRNIDAHVGSMTQSREKAIGGVTTGLISEGETVTWQAWHLGVRFRMTSRITGMDAPSSFSDEQVKGPFKYLRHTHEFRQDGSGTLMVDTVEFAAPFGPLGRLVEKLVLARYLQNLIEKRNAFLVAPTPPTLDSRQ NA NA NA NA NA D3-18_04168 1074 hypothetical protein GTGCCTGCAATCATCGCCCATGCCCGCGAACTGCACCGGCTTGGCCCCGCCAACAACGATCGCCTCTCAGCAGTACGCGTAGCCCTGAGTGTCGCAGTTCCTGGGCTGTTCCTCATTCTCATCGGCCGTCCGGACCTTATGATGTACGCCGTATTCGGTGCACTCACCGGCATGTACGGCCGCAACGAAACGCATCAGCTCAGACTCAAACATCAAGCCCAGGCCGCCCTGTTCCTGGTTGGCGGACTCACCGTCGGGGTGTTCCTCTCCGTCAACCACATCCAGTCTTGGTGGTTGGTACTCGTGGCAACCTTCTTCGCCGGCGCCGGATCCCTTTATGCAGACGCCGTACGGCTCAAGCCCATAGGCCCGTTCTTCGGTATCCTCGCCCTGGGCGCCTGCGCCTCCGTGCCAACCAATGTGCCATTTGCGACGGCGGTACTCATCGGCGCCGCGTCCGCCGTCTTTTCGCTGGTGGTCGGTTTCAGCGGCTGGTTCCGGGCGCGTACGTGGGTCGCCGGTGCTGGCCGCGACGTTCCCGTCTTTCGCGGCCCGCAGCGTCAGGATGCCCTGATCCGGGCTGCTCTAGTTCATGCTGCACGCTATTCCTTGGCGGTCGGGACAGCCGGGGCCATCGGAGTGCTGAGCGGCAGCGGCCATCCCCACTGGGCCATGGCCGCCGCGGCCGTGCCGTTGGCAGGAGCCGACCTCCCAAGCCGCGTCCACCGAGGTATCCACCGCATCGTGGGGACGTTCCTCGGGCTGGGGATCGTCGCCGTCGTGCTTTTCCCCAGTCCGCTATCGCCGCTTCAGTACTTCCCCGGTCAAACCGCGGTGGTGCTCGCTGTGCTGGTGGTTCTGTGCCAGTTCCCCACCGAGCTGTTCATGGCACGGCACTACGGCTGGGCCATGGTGTTCTTCACGCCGGTGATCCTGTTGATCGCCCAACTCGCTGCTCCCATGGATCCAGGAGTGCTGGTCATGGAGCGTGCCATCGAGACATTTGTGGGGGCCGTGGTTGGGATCGCAGTGGCGGTGCTGGTGCGGGCACCGCGGGGCCGGGTCAACTCTTAA MPAIIAHARELHRLGPANNDRLSAVRVALSVAVPGLFLILIGRPDLMMYAVFGALTGMYGRNETHQLRLKHQAQAALFLVGGLTVGVFLSVNHIQSWWLVLVATFFAGAGSLYADAVRLKPIGPFFGILALGACASVPTNVPFATAVLIGAASAVFSLVVGFSGWFRARTWVAGAGRDVPVFRGPQRQDALIRAALVHAARYSLAVGTAGAIGVLSGSGHPHWAMAAAAVPLAGADLPSRVHRGIHRIVGTFLGLGIVAVVLFPSPLSPLQYFPGQTAVVLAVLVVLCQFPTELFMARHYGWAMVFFTPVILLIAQLAAPMDPGVLVMERAIETFVGAVVGIAVAVLVRAPRGRVNS NA NA NA NA NA D3-18_04169 432 hypothetical protein GTGAGGAACAAATCCTTGGCATTCATTATGGCCATGGTTGTCAGCGGAGTGCTGCTGAGCAGCTGCACCGGAACGAGCAACACGGGATTCAAGGCGTTGGAACGAGAGGCAACGGAGACCGACACTCCGCCGACGGGCCTGAAACTCGAGCAATTCGACTTGGAAAAGGTGCTGTTGGTCGCTGAAGCGAACGGGAAGAAGTACTACTTGGGACAGGGCAAACAGGGCCGTCCGTCATGCCTGGTCGTAGAAAATGCGGACCCATCGCTCTCTCATAGCGGCTGCACTGACTCCGTTCAGGGGGAGATGCTGAGGATCAGTGGTCCCGACCAGAAATCTGCTGTTCTGGTTGCCGACGACTATGACACCAAGGAGCTTGAGTCGAGTGGCTTGACGAAAATCCACCCGAACATCCTGGTAGTTACCAACTGA MRNKSLAFIMAMVVSGVLLSSCTGTSNTGFKALEREATETDTPPTGLKLEQFDLEKVLLVAEANGKKYYLGQGKQGRPSCLVVENADPSLSHSGCTDSVQGEMLRISGPDQKSAVLVADDYDTKELESSGLTKIHPNILVVTN NA NA NA NA NA D3-18_04170 780 hypothetical protein ATGACCACTCGAGCCAACGAACTCACTGCCTTGGTTACCGGCGCCACCGCCGGGCTCGGTGCAGAATTCGCCCGCCAGCTCGCAGAAGCCGGGCACCACCTTGTCCTGGTGGCCCGCGATGAAGAGCGCCTAAAAGACAAGGCCGAGGAACTCGAACGCGACTTCAGTATCTCGGCGGAGGTCCTTTCCGCGGACTTAACCACCGACGTCGGTGTCTCGGCTGTGGCTGACCGTTTGCGGGACGCTGCACGGCCTGTGGATGTCCTGGTCAACAACGCGGGCATCGGACTGTTGAAGTCGTTCGAACTGAATGACCTGGACGAGGAACGTCGCCACCTGAGGCTCCACGTCCAAACGCCCATGGAATTGAGCCACGCGGCACTTGAAGTCATGCTGGCGCGCGGGAAGGGGCGGATCATCAACGTCGCCAGCGTGGCAGCGTTCGCCAACAGGGGTACTTACTCCGCCGCCAAAGCATGGCAAGTGACATTCAGTCGGTGGGCCAACATCACCTACGCGAAATCCGGAGTGCAGGTCACCGCGGTTTGCCCAGGTTTCACCCACACCGAATTCCACGACCGTATGGGCATGGACAAAACTGTTGCTCCCCGGTTCTTGTGGCTCACAGCCGAGCGGGTAGTGCGCGAGGGTCTGGAGGACAACGCCAAGGGCAAGGGTGTCTCCATCCCTACACGACGCTATAAAGTGGTCAGCTTCTTTGCGCGTATCCTGCCGGCGAAGCTCACCTCGGGCCCACCCCGGCGGCCGCTCGAACCGTAA MTTRANELTALVTGATAGLGAEFARQLAEAGHHLVLVARDEERLKDKAEELERDFSISAEVLSADLTTDVGVSAVADRLRDAARPVDVLVNNAGIGLLKSFELNDLDEERRHLRLHVQTPMELSHAALEVMLARGKGRIINVASVAAFANRGTYSAAKAWQVTFSRWANITYAKSGVQVTAVCPGFTHTEFHDRMGMDKTVAPRFLWLTAERVVREGLEDNAKGKGVSIPTRRYKVVSFFARILPAKLTSGPPRRPLEP PGPT0030485_3227 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-OXIDOREDUCTASE_ACTIVITY PUTATIVE-OXIDOREDUCTASE_ACTIVITY-1,PGPT0030485-yqjQ-K07124 D3-18_04171 1857 iucC COG4264 Aerobactin synthase GTGACCACTACTGCCGGCACCACCGAAACCGTGACCGCTGTCAATGATCTCGCCGCGCCCGTGTCCCATCTGACCCCGGAGCGCTGGGCCACCGCCAACCGGCACCTGGTCCGCAAGGCGATCGCTGAGTTCTCGCACGAGCGCATCCTGGTCCCGGAGCTGATCCGCGAGGAGGGCGCCGGCGTGGGACTGTACAAGGTAGTGAGCGATGACGCTGCCACGGAATACCGCTTCCGCGCCCGGCTGCTGCAATTGGAGCACTGGTCCGTATCCCCGGAATCCATCGTTCGGTTGCGGGACGGCGAAGAGCTACCTGTGGATGCCATGGACTTTATTGCCGAGTTCCATGAGGCACTGGCCATCCGCCAGGAAATGCTGCCTGTATACCTCGAGGAAATCAGCAGCACGCTGGCCAGCCACGCCTATAAGCAGGGCAAGCCGTTTAGCTCGGCCCAATTGGCTGCGGGCATCACCGGCGGCACTGACCGCGCCGCTGACTTCCAAGCCATTGAGCACAGCATGACAGAGGGACACCCGTGCTTTGTGGCCAACAACGGCCGGCTTGGATTCGGGATCGCCGACTACCATGCGTTCGCACCGGAAACCGGCGCAACCGTGAAGCTGCAGTGGATCGCTGTGCACCGCAGCAAGGCAGTATTCACCTCAAGCGCGGGGCTGGATTACCGGACGCACTTCGAGGCCGAACTTGGGCCCACGGCTCTTGCATGGTTCAACGCGGAACTGTCCGCATCCGGCCTGGATCCGGAGGACTACCTCCTCATGCCCGTCCATCCGTGGCAGTGGGACAACAAGCTCACGGTGACGTTCGCGGCAGAAATCGCCCAGCGCCACATCGTGAACCTTGGCACTGGGGAAGATTCGTACCAGGCACAGCAGTCGATCCGTACGTTCTTCAACACCGACTACCCTGAAAAGGCCTACGTCAAGACGGCCATGTCCGTGTTGAACATGGGCTTCATGCGTGGCCTGTCCCCGCAGTACATGAAGGCAACGCCGGCCATCAACGATTGGCTGCAGGAATTGATCGGCAATGACCAGGAGCTCCAGAACCGGGGCCTGGCCATGATCCGTGAAACCGCGGCCATCGGCTACCACAACCACTATTACGAGGCTGCTTCGGCCAAGGGGTCCCCTTACCGGAAGATGCTCTCGGCCCTGTGGAGGGAAAGTCCGTTGCCGTTGCTCAAGAACGGGCAGCAGCTGGCCACCATGGCATCTTTGCTGCACGTGGACACCTCCGGGGAATCGGTGGTGTCTGCGCTGATTCAGCGGTCCGGCCTGGCACCCACCGAGTGGCTGCGCCGCTACTTCGAGGCCTACCTCGTGCCGCTGGTCCACTGCCTCTACGAGTACGAGCTGGCTTTCATGCCGCACGGCGAGAACGTCATCCTGATCCTCGAGGATGGAGTGCCCGTCCGCGCCATCATGAAGGACATCGCGGAGGAAATCGTGGTCATGGGGGACCGGCTGGAACTTCCCGAGGAAGTCTCCCGCGTCAAGGCCGAGATCCCTGCCGAAGAAATGGTCCTGGCCATCTTTACCGACGTGTTCGACTGCATTTTCCGCTTCCTGGGGGCAATTCTTGTGGAGGACGGCACGCTGCGCGAGGACGAGTTCTGGGGAACTGCGGCCGCCGTGCTGCGGGAATACCAACAGCGCCACCCGGAACTGGCGGACCAGTTCGCGATGCATGATCTGTTCGCTCCGGACTTCGAGCTCTCCTGCCTCAACCGCCTGCAGCTCCGGAACAACCAGCAAATGCTCGACATCTCGGATCCCTCCGGTGGGCTCCAAATGGCGGGTCGTTTGGCGAACCCCTTGGCCAAGTTCGCCTAA MTTTAGTTETVTAVNDLAAPVSHLTPERWATANRHLVRKAIAEFSHERILVPELIREEGAGVGLYKVVSDDAATEYRFRARLLQLEHWSVSPESIVRLRDGEELPVDAMDFIAEFHEALAIRQEMLPVYLEEISSTLASHAYKQGKPFSSAQLAAGITGGTDRAADFQAIEHSMTEGHPCFVANNGRLGFGIADYHAFAPETGATVKLQWIAVHRSKAVFTSSAGLDYRTHFEAELGPTALAWFNAELSASGLDPEDYLLMPVHPWQWDNKLTVTFAAEIAQRHIVNLGTGEDSYQAQQSIRTFFNTDYPEKAYVKTAMSVLNMGFMRGLSPQYMKATPAINDWLQELIGNDQELQNRGLAMIRETAAIGYHNHYYEAASAKGSPYRKMLSALWRESPLPLLKNGQQLATMASLLHVDTSGESVVSALIQRSGLAPTEWLRRYFEAYLVPLVHCLYEYELAFMPHGENVILILEDGVPVRAIMKDIAEEIVVMGDRLELPEEVSRVKAEIPAEEMVLAIFTDVFDCIFRFLGAILVEDGTLREDEFWGTAAAVLREYQQRHPELADQFAMHDLFAPDFELSCLNRLQLRNNQQMLDISDPSGGLQMAGRLANPLAKFA PGPT0031210_6 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-DESFERRIOXAMINE-BIOSYNTHESIS,PGPT0031210-desD-NA NA NA D3-18_04172 591 hypothetical protein ATGAGCTTCACGTTTCGACCCGTTGATCCCATAGCGGACGCACCCGTCCTCCACAGCTGGGTCAGCCAAGAATATGCGCGGTTCTGGGGCATGGTTTCGGCCACCGAGCAGGACGTTGTGGAGGAGTACTCGAGGATCGCCGAGTCCGGCCATCACCAAGCGTTCCTGGGGCTCGACGACGGCGTCCCCGCCTTCCTGATGGAGCGGTACCGCCCCGAGTCATCGCCGTTGGCGGACGTTTACGAGGTCCAACACGGTGACGTCGGCATGCATCTTCTGGTGTCACCGCCCCATGGCGAGCCGCAGCCTGGTTTCACCACCGCCGTCATGCAGTCTGTCATGACTGAACTGTTCGCCGACCCGGCAACCCGGCGGGTCGTCGTCGAGCCTGACGCCAGCAACCACAAGATCCATGTCCTGAACGAGAAGGTGGGCTTCCGGCCTCACGGCGTGGTGACCCTTCCCGCCGTCGACCCCGCCGAAGACCACAAGCAGGCGCTGCTCAGCTTCTGCACCCGCGAGGATTTCCTCGCGACCCTGACCCCGATTCTGGCCGCGCCTGCCGCGGCGACCAGAGGAGAATCCCTGTGA MSFTFRPVDPIADAPVLHSWVSQEYARFWGMVSATEQDVVEEYSRIAESGHHQAFLGLDDGVPAFLMERYRPESSPLADVYEVQHGDVGMHLLVSPPHGEPQPGFTTAVMQSVMTELFADPATRRVVVEPDASNHKIHVLNEKVGFRPHGVVTLPAVDPAEDHKQALLSFCTREDFLATLTPILAAPAAATRGESL PGPT0031205_7 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-DESFERRIOXAMINE-BIOSYNTHESIS,PGPT0031205-desC-NA NA NA D3-18_04173 1344 iucD COG3486 L-lysine N6-monooxygenase GTGAGCACCCAAGACAACGGCAAGATCTACGACGTCGCAGGCATCGGCGTCGGGCCTTTCAACCTGGGCCTGGCCGCCCTGAGCGAGCCCGTGGACAACCTCGACTGTGTTTTCCTTGACCGCCGCGAGTCCTTCGACTGGCACCCCGGCATGATGTTGGAGCCGGCGCACCTGCAGGTCCCGTTCATGGCGGACCTGGTGACGCTCGCCGACCCGACGTCGCCGTTCTCGTTCCTGAACTTCCTGAAGCAGACCGGGCGCTTGTACCGTTTCTATATCCGCGAGAACTTCTACCCGCTGCGGGCCGAGTACAACCAGTATTGCCAGTGGGTGGCCGGCCAGCTGGAGTCCGTTCGTTATAGCACAGATGTGCTGGATGTGACGTACGACGACGGTGTGTACCGGCTTTCGGTGCAGGGGCCGGAAGGAGCTGAGGTGCTTCGCGCCCGCAAGCTTGTCCTGGGCACCGGCACCTCCCCGTATGTCCCGGAATCCTGTGCAGGAATAGTGGACGCAGGAGGACTTGTCCTCCACAACGCCGACTACCTGTCGAGGAAGAGTGAGCTGCAGTCCAAGCGCAGCATCACTATCGTGGGCAGCGGACAGAGCGCCGCGGAGCTGTACTACGAGTTGCTGCAGGAAATCGATGTCTACGGTTACCAGCTCAACTGGGTCACACGTTCGGGCCGGTTCTTCCCCCTGGAGTACACCAAGCTCACGCTTGAGATGACCTCGCCGGAGTACGTTGACTACTTCCACTCACTCCCGGGCGAGCAGCGGGATTCGCTGATCAAGAGCCAAAAGAACCTGTACAAGGGCATCAATTCGGACCTGATTGACGACATCTACGATCTCCTTTACACCAAGAGCCTCTCGGGCATGGTGGACACCCAGCTGCATACGCATTCGTCGCTCATCGCCGCAGAATGGGATGCCGTCGCGGGCACCCACACGCTCCAGTTGCACCATGAGGAGCACGGGCAGGGCTACACCTTGGAGTCGGAAGCCGTGGTTCTGGCGACCGGTTACACCTACAAGGAGCCCGCCTTCCTGGCAGGCATCCAGGACCGGATCCGTCGTGACGCCAAGGGCCGCTTTGACGTCGAACGCAACTACGGCACCGGCGTGGAACCGGGCGAAATCTTCGTCCAGAACGCCGAACTGCACACGCACGGCTTCGTCACGCCGGACCTTGGCATGGCCGCCTACCGCAACTCCTGCATCCTCCGCGAAATAACCGGCCGCGAGGTCTACCCGATCGAGCGCAGCATCGCCTTCCAGCAGTTCGGTGCTCCCGCTCCCGTGACTGCTGCCGCCCCCGAAACCGCTGGAGCCACCGTATGA MSTQDNGKIYDVAGIGVGPFNLGLAALSEPVDNLDCVFLDRRESFDWHPGMMLEPAHLQVPFMADLVTLADPTSPFSFLNFLKQTGRLYRFYIRENFYPLRAEYNQYCQWVAGQLESVRYSTDVLDVTYDDGVYRLSVQGPEGAEVLRARKLVLGTGTSPYVPESCAGIVDAGGLVLHNADYLSRKSELQSKRSITIVGSGQSAAELYYELLQEIDVYGYQLNWVTRSGRFFPLEYTKLTLEMTSPEYVDYFHSLPGEQRDSLIKSQKNLYKGINSDLIDDIYDLLYTKSLSGMVDTQLHTHSSLIAAEWDAVAGTHTLQLHHEEHGQGYTLESEAVVLATGYTYKEPAFLAGIQDRIRRDAKGRFDVERNYGTGVEPGEIFVQNAELHTHGFVTPDLGMAAYRNSCILREITGREVYPIERSIAFQQFGAPAPVTAAAPETAGATV PGPT0031170_1 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-BISUCABERIN__BIOSYNTHESIS,PGPT0031170-bsbB-NA NA NA D3-18_04174 1563 ddc COG0076 L-2,4-diaminobutyrate decarboxylase GTGACGTCACCTAGTGTCGAAGAGCGGATTGCTCAGGAGCAGGATTTTGGCTCCAAAGTGGAACTGGCCCTCGCTGCCACAAACCAGCTGTTCAACGCACGAAATTCACCCAGTTACGTCGCTCAGGTTCTCCAGGGGGTCAACGCGGTCTCAACCAAAGTTCAGCGGACCGCCCAGCCGTTCACCGGCGTCGGGCATGCTGAACTGAAGGCCAAGGTTGGTGCGGTGGATCTTGAACTCCCGCTGCCGGACACAGCTGCAGCCTTGGAAGAGCTTGAGGAGCTCTACCTCAAGGACGCCATCTACTTCCACGATTCCCGCTACGCGGCGCACCTCAACTGCCCGGTTGTCATTCCGGCGCTGGTTGGCGAAGCCGTGCTCTCGGCAGTGAATTCCTCCATGGACACCTGGGACCAGAGCGCCGGTGCCACCATGATCGAGCGCCGCCTGATCGACTGGACGGCGGAGCGTATCGGCTTTACGGGAGAAGCTGACGGCGTGTTCACGTCCGGCGGCAGCCAGTCCAACTTCCAGGCCCTGCTGATTGCCCGGAATCATGCCGTCGCCAAGCTGCGGGCCGCGAATGGGGACGCGCGCCTGCCGCACCTGCTTGACCGGCTCCGGATTTTCACGTCCGTAGATAGCCACTTCAGCATCCAGAAGTCTGCTTCCATGCTGGGGTTGGGCTTCGATGCCGTCATCGCAGTGCCCACCACCGAAGATCACCGCATGGACCCCGCCGCGCTTGCTACTGCTTTGGCGGAAGCGCACGACGCCGGACTGGTGCCAATGGCGGTTGTGGCCACTGCCGGGACTACAGACTTCGGCTCGGTTGACCCGTTGTCCGAAATGGCCGCATTGGTTCGCGCCTACGATTCGTGGCTGCACGTGGACGGCGCCTACGGTGGAGGGCTCATCGTTTCCGGCAGGCACCGTCATCTCCTGAACGGGATCCACCTGGCGGACTCCGTCACGGTCGACTTCCACAAGACCTTCTTCCAGCCTGTCAGCTCCAGCGCAGTCATTGTCCGCAACGGCTCCATGATGGGCCACGTCACCTACTACGCGGACTACCTGAATCCTGAGAGCGCGGCGAAGGCCGAGATCCCCAATCAAGTGGATAAGAGCATCCAGACCACCCGCCGTTTCGATGCACTGAAGCTTTGGCTTACCCTCCGCATCATGGGTGCCGACGCCATCGGCGCACTCTTTGACGAAGCGATCGACCTCGCCGCCCGGGTGGGAACCTCGCTGGCTGATGACGCTGAGTTCGAGCTCGCTGCCCCGCCCCAGCTGAGCACCTTGGTTTTCCGCTACCGCCCAGTGGTTGACGGTGCAGCCCTCGATGAAGATGCTGCAGACGTTCTCAACCCGGCTATCCGCGCCGCGATCTTCGCTTCCGGCCAGGCCGTTGTTGCCGGCACCAAAGTGGCTGGCCGCCACTACCTCAAATTCACCCTCCTCAACGCCGAGGCGAGCCTGAGGGACATCCAGGAAATCATCGAACTTATCCGCCGGACGGGCGACAACCTGTTGGCGAACACCACGGAGGCCGCAGCGTGA MTSPSVEERIAQEQDFGSKVELALAATNQLFNARNSPSYVAQVLQGVNAVSTKVQRTAQPFTGVGHAELKAKVGAVDLELPLPDTAAALEELEELYLKDAIYFHDSRYAAHLNCPVVIPALVGEAVLSAVNSSMDTWDQSAGATMIERRLIDWTAERIGFTGEADGVFTSGGSQSNFQALLIARNHAVAKLRAANGDARLPHLLDRLRIFTSVDSHFSIQKSASMLGLGFDAVIAVPTTEDHRMDPAALATALAEAHDAGLVPMAVVATAGTTDFGSVDPLSEMAALVRAYDSWLHVDGAYGGGLIVSGRHRHLLNGIHLADSVTVDFHKTFFQPVSSSAVIVRNGSMMGHVTYYADYLNPESAAKAEIPNQVDKSIQTTRRFDALKLWLTLRIMGADAIGALFDEAIDLAARVGTSLADDAEFELAAPPQLSTLVFRYRPVVDGAALDEDAADVLNPAIRAAIFASGQAVVAGTKVAGRHYLKFTLLNAEASLRDIQEIIELIRRTGDNLLANTTEAAA PGPT0013725_150 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-1|3-DIAMINOPROPANE_BIOSYNTHESIS,PGPT0013725-ddc|dfoJ|desA-K13745 NA NA D3-18_04175 378 hypothetical protein ATGAAGGACCACGCCCACGAGCGGATCGGCTTCCGCGAAATCGACGAGCATGGCAACGCCCAGCCCGCCGTCAGCCCCCACGTGCCGGAGGCCGCGGGCCCGGAACGCAAGCGCGTTCAGCTCAACCCCTTCATCATTGCCTTGTGGGCCTTGGACGCCGGCTTGGCATGGTTTGGATTATGGGCCCTAACTACGGCGGCCAGTGCGATAGTGAGCACTGCGCAAGCTCAGTCCGCCGAGTCAGCCCAGACAGCCCAAATGAACTTCATCATGCTCTCCAACGCACCCTATGCGCTCCTGGCTGCGTTGCTGATCACTGCCGCCCTGCTCTTGTGGCACGCAGTGCAATGGCAAAGAAAGCGCCATCCGATTCCCTAG MKDHAHERIGFREIDEHGNAQPAVSPHVPEAAGPERKRVQLNPFIIALWALDAGLAWFGLWALTTAASAIVSTAQAQSAESAQTAQMNFIMLSNAPYALLAALLITAALLLWHAVQWQRKRHPIP NA NA NA NA NA D3-18_04176 357 hypothetical protein ATGACCGAGTACACGGATTCACTGGCAGAGTCGTTCCGAGCTGGCGTCACCACGGTGCGCAACGACAAATTTCACCGCTATGAGCTGCACGTGGACGGTGAGCTGGCCGTGATCTCCCAGTTCATGGACAAGCCCGGTCATATCGACTTCATCCACACTGAAACGAAACCCGGGTTCCACGGCCAAGGCCTTGCAAAAGTCCTGGCGCACTTTGCGCTGGATGACGTGGTGGCCTCCGGGAAGCGCATCATCCCGCACTGCCCGTACATCGCCGCGTACTTGAAGAAGCACGAGGGCTACGAGCAGGACGTCGACTGGCCCGCGGAAAAGCCGGTGGGTGAACCCGAGAACGAGTAA MTEYTDSLAESFRAGVTTVRNDKFHRYELHVDGELAVISQFMDKPGHIDFIHTETKPGFHGQGLAKVLAHFALDDVVASGKRIIPHCPYIAAYLKKHEGYEQDVDWPAEKPVGEPENE PGPT0014881_1 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 D3-18_04177 1350 hypothetical protein ATGGACGCGCATCCTCCGGCCGGCCAGGCAACGGCTGTGCAAAGGGACCCTGCGATCGACCTTGTCCGCTTCACCTGCCTGCTCCTGGTCGTCGCGGCACACTGCATGATGGTCAGCCCTGTCCTGCACAAAGATGGAACTGTCACTACCCTGAACGTGCTCATGGAGCAAAGCTGGTTCACCCCTGTGGCGTGGGCGCTCATGATTGTGCCGCTGTTCTTCGTCCTAGGCGGCGTGACAGGGCTGCAATCGTGGCGGCGCCTGAAGGCGCGCGGCGGCACCGGGTTCGACTTTGCCCAATTGCGGCTCCTGCGCTTGGTCCGCCCGGCCATGGCTGTGCTGGCTGTTATGTGGGGAGGACTATGGGGCGCGTTGCTGCTTGGTGTCCACCCGCAAGTCATCCAGTTGATGACTGCCGGGGCCGCAATGCCCCTCTGGTTCCTGGCGGCCTACCTCACCGCCCAACTCAGCATTCCGCTGATGGCCCGCCTTCACGAACGTGCGCCACTGCTGACTTTCGCTGCGCTTGTGGCACTGATCATTACGGTGGATTCCCTTCGCGGCGCTGTCCCTGTCCTGGCGTTCGCAAACATGATCTTCGTGTGGTGCGCTGTCCAGCAGCTGGGCCTTCTCATGGCGGATGGCTTCTTCGAGAAACGGAGTCGCAGCTGGCTTCTTGGTGCCACGGTTTCCAGCAACCTTCTGCTGGGACTGGTGACCGGCGTGGCCGTGTACCCGGGGAACATGGTGGTGAACCTGAACCCGCCTAATTTTTGCCTGCTTCTCCTGGGCATTTCCCAGGCGGCGACTCTTCAACTGCTGCAGAAGGGCATTCGGTGGATCGCCCATAGCCGTTGGGTCCAGATAGTCATTGCAGCGGCGGGACGACGGTCCATGACTGTCTATCTGTGGCATCTTCCGCTGCTGGTGGGCATATCCGGGTTGCTGTTGCTCACCGATGTGCCCAAGCCGTTGGCCGGGACTTCAGAGTGGTGGTGGGCCCGGATACCCGTCTTCGTCGCAGTAGTGACCCTGATGGTCCCGGTTGTGTGGATTTTTGGTCGCTTGGAGAACCGTCCGACGGCGGCCAGCCATGCGCGGGGACCGTCACGTACCGCTGTGGTGACCGCCGCCGTCGTGGTTTTGATCCCGGTGGCGGACGCCGCCTTCAACGGGTTGACCCTTGCTCTGTTGGGTGGGGGAGCGGCGTGCTTTGCCCTTTCGGTCCTGTTGCTTGGCAGGGTTCCGACGCCGGTGCTGACGCGGCCCACGCAGGAAGGCGCTGAATTCCGCGGGGGGCGGTGGCGCACGTTGCCAGAGCCGGATTTACGTGCCAATCTCGAAACATGA MDAHPPAGQATAVQRDPAIDLVRFTCLLLVVAAHCMMVSPVLHKDGTVTTLNVLMEQSWFTPVAWALMIVPLFFVLGGVTGLQSWRRLKARGGTGFDFAQLRLLRLVRPAMAVLAVMWGGLWGALLLGVHPQVIQLMTAGAAMPLWFLAAYLTAQLSIPLMARLHERAPLLTFAALVALIITVDSLRGAVPVLAFANMIFVWCAVQQLGLLMADGFFEKRSRSWLLGATVSSNLLLGLVTGVAVYPGNMVVNLNPPNFCLLLLGISQAATLQLLQKGIRWIAHSRWVQIVIAAAGRRSMTVYLWHLPLLVGISGLLLLTDVPKPLAGTSEWWWARIPVFVAVVTLMVPVVWIFGRLENRPTAASHARGPSRTAVVTAAVVVLIPVADAAFNGLTLALLGGGAACFALSVLLLGRVPTPVLTRPTQEGAEFRGGRWRTLPEPDLRANLET NA NA NA NA NA D3-18_04178 420 hypothetical protein ATGACTACGTCGATTTTCGTGAACCTGCCCGTCAGCGACCTCGAGGCCTCCAAGGCCTTCTATACGTCCCTTGGCTACTCCATTAACCCGAACTTCACCGACGAGACCGCCGCCTGTGTGGTCTTCAGCGACACCATCTATGCAATGCTCCTGACCCACGCCAAGTTCAGTGAATTCACCAAGCAGCCCATCGCGGACACGCAAAATTCGACGGCGGCCATCGTCGCCATTTCAGCCGACAGCCGTGAGGACGTGGATGCTTTGGCTGCCAAGGCACTCGAAGCTGGTGGATCCGAAACCTACGACGCCCAGGATCTCGGCTTCATGTACAGCCGCGCGTTCCGTGACCTGGACGGCCACCACTGGGAAGTCCTCTGGATGGACGACGCCGCAGCGCAGGATGGTCCGCCGGAGTCCTAG MTTSIFVNLPVSDLEASKAFYTSLGYSINPNFTDETAACVVFSDTIYAMLLTHAKFSEFTKQPIADTQNSTAAIVAISADSREDVDALAAKALEAGGSETYDAQDLGFMYSRAFRDLDGHHWEVLWMDDAAAQDGPPES PGPT0028555_964 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 D3-18_04179 393 hypothetical protein ATGATCCTGGCCTCCCTGATTTTCGCGACGATTGCCGCTTTGCTCCACGTCTATATCTTCACCATGGAGTCCATTACCTGGACAAAGCCAAAAACCTGGAAGACCTTCAGCATCACTTCCCAGGCCGATGCGGAAACCACCAAACCGCTCGCGTACAACCAAGGTTTCTACAACCTGTTCTTGGCCATCGGAGCACTGATTGGCATTGTTGCAGTGGCTATGGGTGCACCCCAAGTGGGCTGGACCCTTGTCTTCAGCAGCTGCGGTTCCATGCTCCTGGCCGCCCTCGTGCTCGCAGCAAGCGGCAAGAAGTACCTCCGCGCAGCTACGCTCCAAGGCACCACGCCGCTTCTCGCCGTCGTGCTTGGCGTGCTGGCAGTGACGCTGGGCTAA MILASLIFATIAALLHVYIFTMESITWTKPKTWKTFSITSQADAETTKPLAYNQGFYNLFLAIGALIGIVAVAMGAPQVGWTLVFSSCGSMLLAALVLAASGKKYLRAATLQGTTPLLAVVLGVLAVTLG NA NA NA NA NA D3-18_04180 876 gatY D-tagatose-1,6-bisphosphate aldolase subunit GatY ATGCGCGGCAAACTCGACCAAATGGTCAGCTCTGCCCTGAACTCCGGCTCGGCTGTTCCGGCCTTCACCTGCTATGACTTCACCACCGCCCTGGCTGTTGTTGGCGCGGCGGAAGAAGCAGGGCTCGGCGTGATCCTGCTCGTCGCTCCGAAGACCGCGTCCACACCCAATGGGCTGCGCCTCATCGCAGCCCTTCGTGGCTTAGCTGACCACGCCAGCATCCCCGTCTCGGTCCAGTTGGACCACGCCTCGGACCTCAAGGTCATCCTGGAATCCGTGACCGCCGGCGCGGATGCGGTGCTCGCTGACGGATCATCATTGCCCTACGAGGACAACATCGCCCTCGTCCGCGAAATCCGTGCGGCATTGGACACGCAGGGCGCTACCGACGTGGTGATTGAGGCGGAGTTAGGCGGCCTTGCGGGCGATGAGGACAAGGCGTTCGGTGCCGAAGATTCAGCGCACGACGCCGGAACGTCCGTTGCGGGACTCACCAACCCGGCACAGGTGGCCGACTTTGTGGAGCGCACGGGTGCCCAGCTGCTGGCTGTCGCCGTGGGCAACGTACATGGAAAGTACAAGGGCGAGCCCAACATCCGTTGGGACGTACTGCAAGAAGTCGCTGCTCAGACCGAGGTGCCGCTGGTGCTGCACGGCGCCTCCGGCATCCCCGCCGACCAGCTCGCGAAGGCTCCTTCCATGAATGTTGGCAAGGTGAACTTCAACACCGAGCTGCGTACGGGAATCCTGTCCACGCTGGAGGCTGAAACCGCGGCGCACCGGGCTGACGGCGAGAACCTGCAAGGGTTGTTGGCCCGATGGAATGGCTCGGCGGCAACTTTCGCGGGCGCCACACTGGAGTTGCTCAGCGCCTGA MRGKLDQMVSSALNSGSAVPAFTCYDFTTALAVVGAAEEAGLGVILLVAPKTASTPNGLRLIAALRGLADHASIPVSVQLDHASDLKVILESVTAGADAVLADGSSLPYEDNIALVREIRAALDTQGATDVVIEAELGGLAGDEDKAFGAEDSAHDAGTSVAGLTNPAQVADFVERTGAQLLAVAVGNVHGKYKGEPNIRWDVLQEVAAQTEVPLVLHGASGIPADQLAKAPSMNVGKVNFNTELRTGILSTLEAETAAHRADGENLQGLLARWNGSAATFAGATLELLSA PGPT0017920_74 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_TAGATOSE_DEGRADATION,PGPT0017920-gatY_kbaY-K08302 NA NA D3-18_04181 1467 ygbN_2 COG2610 Inner membrane permease YgbN ATGAATCCCCTCGTTAACTCTCTGATGGTTCAGGCGGCGGACGCCCCCGCCATCAAGCCCGCTGTGGAGCTGGGAACACCCCTGCTGCTGACCATCGCCGCAGCAGGCATCGCCCTGTTGCTGGTGCTGATCATCCGCTTCAAAATCCAGGCTTTTGTTGCGCTGCTTGCTGTCAGCATCCTGGTGGGCGTAGCCGCGCAGATTCCGCTCAAGGACATCTTCACTGTTGTGACTACAGGCGTTGGCAGCACAATGGGCAAGGTCGCTTTGCTGATCGCCCTTGGCGCCATCCTCGGCCGCATGATTGAAGTTTCCGGCGGCGTGCAGTCGCTGGCTACCCACTTCACTGAAAAGCTCGGCGCCAAGCGCGTTGCCATTGCCCTGACGGCTGTCGGCTTCCTCGTGGCGATTCCCGTGTTCTTCGAGGTAGGCGTGATTGTCCTCGTTCCCATTGTTTATGCGTTCGCGAAGATCGCTAACGTGCACCCGATCAAGTTCGGCCTGCCCATGGCCGGCATCATGCTGTCCATTCACGTGGCCGTCCCGCCGCACCCGGGAATCGTTGCCGGCGCCGGTGTGTTTGGTGCGGACATCGGACTCATCACCCTGATCTCGCTGATCATCTGCGTGCCGCTTGGCTTCCTGTCCTACTGGGTTGCCAGCATCATGAACCGCAAAGAGTACGAACTGCTTCCCGGTGTGAAGCAGCAGGTAGACGAGTTCGGCTCCGAATCGCTTGTCCACGTTGGCCATGACGGCCCCGGGGCCCGCGCCATCGCTCCTCCGCGGCCTGGCCAGATCATGTTCCTTATCGCCGCCCCGATCGTCCAGATCCTCCTTGGCACCGTGGGAACGCTGACCCTCCCCAAGGACAACTACTGGTACGGCGTGGCAGCCTTTATCGGCAACCCGTTCTTCGCACTCCTGGTGGCTGTGGCACTCTCCTTCTTCCTGCTGGCCGTTCGCCGCAACTGGTCCCTCAAGGAAACGGGTGAGATCTTCGAAGGCGCCTTGCCTCCCATCGCTTCCATCCTCATGGTGGTGGCGGCTGGTGGCGTGTTCGGTGAAGTCCTCCGTACCTCCGGCATTGGCGCCGCTTTGTCCCACACGTTGGACAGCCTGGGTCTGCCGGTGATCGTGCTCGGCTTCATCATCTCCCTGGCGTTGCGTGCCGCGCAGGGTTCGGCCACCGTCGCCATCGTGACGACGACGGGCCTGCTCACCTCCGCTGTGATGGAAGGTGGCTACACGCCGGCCCAGATCGCTGTAATCGTTATCGCCATTGGCTTCGGTTCGCTGGGCTTGTCCCATGTAACCGACGCTGGGTTCTGGACGGTGGTCCGTTACTACGGCCTCACCGTGTCCGACGGCCTCAAGACCTGGACCGTCCTCACCACCATCCTGGGCCTGGCCGGCTTCGCGTTGACTTACGTTGCCTGGATCCTGGTGGGAGGTTTGGCCCACTAA MNPLVNSLMVQAADAPAIKPAVELGTPLLLTIAAAGIALLLVLIIRFKIQAFVALLAVSILVGVAAQIPLKDIFTVVTTGVGSTMGKVALLIALGAILGRMIEVSGGVQSLATHFTEKLGAKRVAIALTAVGFLVAIPVFFEVGVIVLVPIVYAFAKIANVHPIKFGLPMAGIMLSIHVAVPPHPGIVAGAGVFGADIGLITLISLIICVPLGFLSYWVASIMNRKEYELLPGVKQQVDEFGSESLVHVGHDGPGARAIAPPRPGQIMFLIAAPIVQILLGTVGTLTLPKDNYWYGVAAFIGNPFFALLVAVALSFFLLAVRRNWSLKETGEIFEGALPPIASILMVVAAGGVFGEVLRTSGIGAALSHTLDSLGLPVIVLGFIISLALRAAQGSATVAIVTTTGLLTSAVMEGGYTPAQIAVIVIAIGFGSLGLSHVTDAGFWTVVRYYGLTVSDGLKTWTVLTTILGLAGFALTYVAWILVGGLAH PGPT0001340_200 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 D3-18_04182 900 ltnD COG2084 L-threonate dehydrogenase ATGACCAGCAACTACACCGTCACAGTCCTGGGCCTCGGCGCCATGGGCCTGCCCATGGCCACCCGCCTCGCGTCCGAGCTCACCGTCCACGGCTTCGACATCGCCGAACCCCGCCTGGAACTTGCCGCAGCGGCCGGCATCAAGACGTTCGCCTCCGCCCGCGAGGCATCGGACGGCGCCGACGCGCTGCTCCTGGCCGTCCGCAATGGTGAGCAGCTCAACGATGTCCTCTTCGGCGAGAACGGCGTGGCTTCGGTCCTCAAACCGGGCGCCGTCGTGATCCTCGGCAGCACCGTCGGCACCGAAGCCATTCCGGCTACGGTGGAAAAGCTTGCGGAATACGGTGTGGCCCTGGTGGATGCGCCGCTCTCCGGCGGCCCGAAGCGTGCCGGTGAAGGTGACCTGCTCATCGTCGTGGGTGCCGAGCCCGAGGCACTCGAGAAGGCCCGCCCCGCGCTGGAGCTGCTGGCCTCCACCCTGAGCATCGTGGGCGACAAGCCCGGCGACGGCCAGGCGCTCAAGACCGTCAACCAGCTCCTGTGCGGCGTGCACATAGCAGCTGCTGCCGAGGCCATGGCCCTGGCCGACGCCCTCGGACTCGATCAGGCTAAGACCCTCGCCGCCCTGGAAGCCGGAGCCGCCGGTTCCTTCATGCTTTCAAACCGTGGCCCGCGCATCCTCGAGGCCTACTCCGAAGACGGCGCCGAGGTACTCAGCCGCTTGGACATCTTCGTCAAGGACATGGGCATCGTGGGTAAGGCAACCCGGGCCGCCGGTCTTGCCGCACCCGTTGCCGCTGCTGCCGAGCAGCTTTACCTTCTCGGCCAGGCCCAGGGCCTCGCCGCCGCCGACGACTCCGCCGTCATCAAGGTTGTTGCGCCCGCAAAGCGCACCGCCTAA MTSNYTVTVLGLGAMGLPMATRLASELTVHGFDIAEPRLELAAAAGIKTFASAREASDGADALLLAVRNGEQLNDVLFGENGVASVLKPGAVVILGSTVGTEAIPATVEKLAEYGVALVDAPLSGGPKRAGEGDLLIVVGAEPEALEKARPALELLASTLSIVGDKPGDGQALKTVNQLLCGVHIAAAAEAMALADALGLDQAKTLAALEAGAAGSFMLSNRGPRILEAYSEDGAEVLSRLDIFVKDMGIVGKATRAAGLAAPVAAAAEQLYLLGQAQGLAAADDSAVIKVVAPAKRTA PGPT0018135_511 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_THREONATE_DEGRADATION,PGPT0018135-ltnD|ygbJ-K08319 NA NA D3-18_04183 1500 hypothetical protein ATGGAGTGCACAGTGACCCTTGAAGCCGACGTACTGGCCGCTTTCCCGGCGGAAGTCCAGATTCCTGCTCAGTTGGTTGCCGACGCCCTTGCGGCGTCCTCGGCAACGTCTCCCCGCGTCCTGGTAGTACTCGACGACGACCCCACCGGAACGCAGTCCGTTGCGGATCTCGCCGTGCTCACCCGGTGGGACGTCGCAGACTTCACCTGGGCTTTCACCCACATCCGGCAGAACCAGACCAAGCCTGCTGTCTACGTCCTCACCAATACCCGCAGCCTGGATCCGGCCGAAGCCGCCGCGCGGAACGAGGAAATTGTGCGCAACGCCCTTGCTGCGGCAGCAGGGAATGTAAGGCTCGGTTTTGTGAGCCGCAGCGACTCCACCCTCCGCGGCCACTACCCGCTGGAGCCGGACGTCATCGCATCGACCGTGGCCGCTGAGACCGGCGAAGCCACCGATGGCGTGGTAATCGTCCCGGCATTCCCCGACGCCGGCCGCGTCACCATCGGCGGCATCCACTACATGCGCGGCACCGGAGAAACCGCAGGCTCCCTCACCCCCGTTGCTGAGACGGAATTCGCCAAGGATGCCAGCTTCGGCTTCAAGAACTCCGAGATGGCCAAGTACGTGGAGGAGAAGTCGCAGGGCCGGTTCGCTGCCGGCGATGTGATCGTGCTTGACCTCAACATCATCCGTGCCGGAGCGTCCGCCCAAGATCCCACCATCTCAGCGAAGGCCATTGCCGACGCCCTTGAGTCCGCCACCAACTCCACGCCCATCGTGGCCGACATCGTCACCGAGAATGATTTCCGCGCCTTGGCCTTGGGCCTCGAAGAAGCCGAGCGCCGTGGCAAGAAGCTCCTGTACCGTGTGGGCCCGCCCTTCGTGAGGGGCCGCATCGGCCAGGAGATCCGTACCGCGCTGACCTCTGAAGAGGCCTTTGCCGGCAACTCTCCCTCCACAGCAGGTGGCCTGATCGTGGTCGGCTCCCACGTCGGCGTCACCACCCGCCAGCTGAACGACCTCACGGCGGAGCACAGCTCGGCACGGACCATCGAGATCGACGTCGAGAAGCTCCTGACCGCCGAGGCCGAGGCCTACATCGCAACTGTCGTCTCCGACGTCGTCGATGCACTTCGCAAAGGCGACGTCATCGTCCACACAAGCCGCCTGCTCATCAAGACCGACGACGCCGCAGCGAGCCTGAAGATCGCCCGCACCGTCTCGGCCGCCGTCGTCGCCGTTGTGAACCGGACGCTGAAGACCTTCCCGCCGCGGTTCGTCATTGCCAAAGGCGGCATCACGTCCTCGGACGTCGCTGCGCACGGCTTGGAAATCCGCCACGCGATTGTCCGCGGACCCATGCTGCCGGGCATCGTCTCGCTCTGGGAACCGGTGGACGGTCCCGCGAAGGGCATCCCGTACATCGTCTTCGCCGGCAACGTGGGCGACGACCAATCCCTGACTGAAGTCACCCGCAAGCTCAGCGCCACTTTCTAG MECTVTLEADVLAAFPAEVQIPAQLVADALAASSATSPRVLVVLDDDPTGTQSVADLAVLTRWDVADFTWAFTHIRQNQTKPAVYVLTNTRSLDPAEAAARNEEIVRNALAAAAGNVRLGFVSRSDSTLRGHYPLEPDVIASTVAAETGEATDGVVIVPAFPDAGRVTIGGIHYMRGTGETAGSLTPVAETEFAKDASFGFKNSEMAKYVEEKSQGRFAAGDVIVLDLNIIRAGASAQDPTISAKAIADALESATNSTPIVADIVTENDFRALALGLEEAERRGKKLLYRVGPPFVRGRIGQEIRTALTSEEAFAGNSPSTAGGLIVVGSHVGVTTRQLNDLTAEHSSARTIEIDVEKLLTAEAEAYIATVVSDVVDALRKGDVIVHTSRLLIKTDDAAASLKIARTVSAAVVAVVNRTLKTFPPRFVIAKGGITSSDVAAHGLEIRHAIVRGPMLPGIVSLWEPVDGPAKGIPYIVFAGNVGDDQSLTEVTRKLSATF NA NA NA NA NA D3-18_04184 804 tgnD_1 (E)-2-((N-methylformamido)methylene)succinate hydrolase ATGGCCGACAGTGCTGTTCCGCTCCCGTTCGTGAACGTCCTCACGCCTTCCGTTTCCGCAGGTGAGGCGGTTCCCGTGGCACTGATCCACGGCTGGGCCTCCGGCTCTGTGTACTGGGAACCACTTGCGAAAAAACTGCTCGACGCCGGCCGGACGGTCTGGGTTTTCGACCTCCCGGGCTACCACCCAGGTGAAGAACTGCCAGCGGACTTCGCGTGGACGATGGACTCGGTAGCCGGTTCGGTAGCGGCAGCCATTGAAGTCAGGAGCAGCGGACCGGTGCACCTGGTGGGGCATTCCATGGGAGGCAGCGTTTCGTTGACGCTTGCGGCAGCCCGCCCCGAACTGGTGGCCACCATAACCTTGGTGGGCATGGCGCCCGTGCCGCAGAATCAGGGGTTCAAGGAGCTGCTGAGCTCGCAACTGGATCAGGGATTTTTCGATCCCGAGACCGTAGCGAAGCTCATGAATGCTTGGTACGGGGAACTGTCCGCAGCAGACACTGCCCGGCTCAGCACCGGGTTTGATGCGCCGTTCCCCATCCTGTCCGCCAGCGCTGTGGCGGCCATGACCGGCGTCGAACCTTCAGTGCCCGGGCGCGTCCACGCGCCACTGCTGGTGATAGCCGGCACCGATGACCGGGTGCGGCCCATGGAGCAGATGCGCACGTTCGTAGCCGAAAGCCCGCATCGGCAGCTAAGTGCCATCCACGGCGCCGGCCACAACGTCCACTGGGAACAGCCGGAAAAATGCGCTGCGGCACTAACTGGGTTTTGGGAAACAAGCTGGCCACCGCCAGCGTAA MADSAVPLPFVNVLTPSVSAGEAVPVALIHGWASGSVYWEPLAKKLLDAGRTVWVFDLPGYHPGEELPADFAWTMDSVAGSVAAAIEVRSSGPVHLVGHSMGGSVSLTLAAARPELVATITLVGMAPVPQNQGFKELLSSQLDQGFFDPETVAKLMNAWYGELSAADTARLSTGFDAPFPILSASAVAAMTGVEPSVPGRVHAPLLVIAGTDDRVRPMEQMRTFVAESPHRQLSAIHGAGHNVHWEQPEKCAAALTGFWETSWPPPA NA NA NA NA NA D3-18_04185 702 lutR_5 COG2186 HTH-type transcriptional regulator LutR ATGGCACGCAAGTCGCTGGTCGGCGTCGTCGCTGACGAGCTGCTGGACCGGATCATCGCGGGCGAGTTTCCGCCCGGAACGGTGGTCCCGGGAGAGCTGGAGCTCAGCGCCAAACACGAGGTGAGCCGGATGACCGTGCGCGAGGCCATGAAAACCCTCGAAGCGCAGCGGATCCTTAGTGTTGAACGCGGCCGCGGAACGTTCGTCAACCCCCTCAACCAATGGGCGTCGCTGGAAGCCGTTTTGCGTGCGGCCTCAGAGGGAACCAAGGATGCAGCTGCCGCGATCCAGCTGATCGAACTGCGCCGCATGCTTGAAACCGGGGCATGCGAACTGGCAGCGGAGCGCATCTCCGACAATGAACTCACGGCCCTCAAAGAGCACGTGGAAAAGATGCAGGCCGCCCACGAAATCAATGACCTCGCCGCCTTCGTGGAAGCAGATCTTGCCTTCCACGACGTGATCCTTCACGCCTCAGGCAACGTCTTTGTCGCCGTGCTCTTCGAGCCGCTGCACCGGGTCCTCGAAGCCCGGCGCACCGAGACCTCAGCCTTCCCGGAGATCCAGGAACACGCGATCGGCCATCACCGGAAGATCGCGGCCGCTTTGGAATCGCGCAACCCCAACGACTCGCGTCTCGCCATGGACGCCCATATGCAGCAGACGCTGGATGACCTGAAGACGTACGTGCTGGAGGCGTAG MARKSLVGVVADELLDRIIAGEFPPGTVVPGELELSAKHEVSRMTVREAMKTLEAQRILSVERGRGTFVNPLNQWASLEAVLRAASEGTKDAAAAIQLIELRRMLETGACELAAERISDNELTALKEHVEKMQAAHEINDLAAFVEADLAFHDVILHASGNVFVAVLFEPLHRVLEARRTETSAFPEIQEHAIGHHRKIAAALESRNPNDSRLAMDAHMQQTLDDLKTYVLEA PGPT0018085_147 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GALACTONATE_DEGRADATION,PGPT0018085-dgoR-K19776 NA NA D3-18_04186 618 hypothetical protein GTGCGGCTGCAGAACCCCTTAACGACTATCAGCCCCACGCTTGACATGGGCGTACTCTACGTCTTGGCACGGGCTGATGCCGAGTTCACGGCCCCCAACCTCTCGAACCTTCTTCCCGAGCGCAGTTCCTTGGCCGGCGTCCGCAAGGCCCTCCTTCGTCTCGTCGCCCAGGGCATCGTCTTGGAAAAGGTGGCCGGAAGAACGCACGTTTTCCGGCTGAACCGTGATCACGTTCTGGCCGAGGCTGTGATTGCTATGGCTTTCACAAAAGATCGCCTTTTCGACCGGATACGGCGCGAGATCGAGATGTGGGAATTCTCGCCCATTGTCGTCACGATCTTTGGCTCAGCTGCACGTAATGACATGCGGAACGATAGCGATATAGACCTTTTCATAGTCCTCAATGACTCCATCGAGGAGTCACAGGCTGACACCATGATTGCCCAACTAGCCGCCCGTGTCAGTGCGTGGACAGGCAACGACACGCGGCCCTTGGTCTACCTCGAGTCCGAAGTTGCCCCTGCGCCGATCTTCGATTCCATCATGGCCGACGGGTACACAATTTTCGGCGATCCTGCTTGGCTGAGGCGCGCACTACGCGCCGACAGCGTTGCTTGA MRLQNPLTTISPTLDMGVLYVLARADAEFTAPNLSNLLPERSSLAGVRKALLRLVAQGIVLEKVAGRTHVFRLNRDHVLAEAVIAMAFTKDRLFDRIRREIEMWEFSPIVVTIFGSAARNDMRNDSDIDLFIVLNDSIEESQADTMIAQLAARVSAWTGNDTRPLVYLESEVAPAPIFDSIMADGYTIFGDPAWLRRALRADSVA NA NA NA NA NA D3-18_04187 384 hypothetical protein ATGAGGACCGCCCAAGGAAGTGAAGAAATCCGCTTAGGTCGCTTGAACAAGGCCGTCCAATTCCAAAAAGTTGCTTTGGATGCACTCGACTTGGCTGAGGAACATCATGAAGTAGCTGACGCCGTGGCAACACTCTGCGTCCACGCCGGCATTGCCGCTTCTGACGCCATCTGCATTGCGCGGCTCGGACACTTCGCACAGGGACAAGACCACAGTGAGGCTGCCGGACTCCTGAGGACAGTAGATGCAACTGCAGCAAAGCACCTAACCACTCTGCTGGCCATGAAAACTCGCGCGGGGTACGGGCACCACACCGTCACTACGGAACAGCTTAAAAAGGCCACAAGGGCCATGAGCGCGTTGTTGGAACTTGCGCGGTTATGA MRTAQGSEEIRLGRLNKAVQFQKVALDALDLAEEHHEVADAVATLCVHAGIAASDAICIARLGHFAQGQDHSEAAGLLRTVDATAAKHLTTLLAMKTRAGYGHHTVTTEQLKKATRAMSALLELARL NA NA NA NA NA D3-18_04188 969 rhaS_2 HTH-type transcriptional activator RhaS ATGGTCAGGATTCTTGCCCGTGATGTTCTGCGGGGACAACCAACGGTGGCCACAACGGATGTGGACGAAGCACATGCCAAGATCGCGGAGCTGTTCTGCAGCCACGAGCTCGCTCCACGCACGCGCGCATCGTTGATGGACATGAAGCTGCGTTCGTTGCATCGCGGCGACGTTGGCATCGAGTTCCTGGACTACGGCGCGGACGTTCGGATAGAACCCGAGGGACTGCAGGATTTCCATCTGGTGCAGATTCCGCTGGCCGGGCATGCTTCCATGCAGGTGGGTACAAACACTGTGGAATCCAGTGCGAGTGTGGCCACCGTTCCGCCGGTCGACCGGCCCTTTTCCATGAGTTGGGACAGCGGCAGTCCGCACATGATTGTCTATGTGCGGCGCTCGGCGATGGAGCGCGTGGCCGAGCAATTGTACGGCGACCGTGCTGTTGACCTGGGCTATGGCATGGATCTCTCAAGCGGCAGCGGCCGGGCGTTCTTGAGGTCCGTCGTCGAACTTCATGACGACATGATCAGCCAGCCCGCCACCAGTGCCCCTGCGTTCGTTCAGGGATTGCTGGCGGACAGCATGATGTCGCGCTTGCTGATGGCGATGGAGTTGCCCGGTGGCGAGACCCGGGACGCGGAGTCCGAAAGCCGGCTTGTCCGTGAATGCCGCGAGCTGTTGGAGCGGCATGCATTCGAGGAACTTACGGTGCCGGACATTGCCGAGTGCTTGGGCGTTTCGGTCCGTACGCTGCAAACGGCGCTTCGGGCGGAAACCGGTGCCACGCCGTCGGACATGTTGCGCAGTATCCGGCTGGACCGAGCCCGGGAGATGCTCCTGGAAGCGAACCCGCGGGAGCAGAGCGTCACTGCCATTGCGGAGTTGTGCGGGTTTACGCACCAAGGACGGTTCTCGGCGCTGTACCTCAAGGCATTCGGCGAGCTGCCCAGCGTGAGCCTGCGTCGCTGA MVRILARDVLRGQPTVATTDVDEAHAKIAELFCSHELAPRTRASLMDMKLRSLHRGDVGIEFLDYGADVRIEPEGLQDFHLVQIPLAGHASMQVGTNTVESSASVATVPPVDRPFSMSWDSGSPHMIVYVRRSAMERVAEQLYGDRAVDLGYGMDLSSGSGRAFLRSVVELHDDMISQPATSAPAFVQGLLADSMMSRLLMAMELPGGETRDAESESRLVRECRELLERHAFEELTVPDIAECLGVSVRTLQTALRAETGATPSDMLRSIRLDRAREMLLEANPREQSVTAIAELCGFTHQGRFSALYLKAFGELPSVSLRR NA NA NA NA NA D3-18_04189 150 hypothetical protein GTGAAGAACATCAAGCTCGTGCACGACCGCCGGGACGAATGGGACAGGAGCCACTTCGAACTCTGGGCGGCGGAGCTTCAGGCCAGGGAAACCCACCTCACTTCCGCAGCGTGGGTTGGTTGGCATGAAGAAGAGGAAGACCCTGCGTAA MKNIKLVHDRRDEWDRSHFELWAAELQARETHLTSAAWVGWHEEEEDPA NA NA NA NA NA D3-18_04190 789 bacC_3 Dihydroanticapsin 7-dehydrogenase ATGCCAGCACTCAAGGGCAGGACGGCAATTGTTACCGGTGGAGCCACCAAGGTGGGGCAAGGCGTAGTCTCGGCGCTTCGGGACGCGGGAGCCACTGTGGTGGTTGCGGACATAGACCCCGACGGCGCCTCGCTCACCGCCGGGCTGGGCGAAGGAATCACCTACTCCCACACTGACATCACCGATGACGGCGCCGTGGAACGGTTGGTCAGCGAAACCGCTGCTGCACATGGGGGCCTGGACATTCTGGTGAACCTCGCCTGCACCTACAAGGACGACGGCGGAGCTTCCGGTCGCGCCGACTGGCTCGACGCACTCAATGTCAACCTTGTTAGCGCTGTGGTGGCAAGCAACGCGGCCCGCCCCTACCTGAAAGCCTCCGGACACGGTGCCATCATCAACTTCACCTCCATTTCCAGCTCGGTGGCCCAGACCGGCCGCTGGCTCTACCCGGCGAGCAAAGCGGCGCTGGTCCAAGTCACCCGGAGCATGGCAGTGGACTTCGCAGGGGACGGCATCCGGGTGAATTCTGTTAGTCCCGGTTGGGTGTGGAGCAACATCATGGACTCCCTCAGCAACGGAAACATTGAGAAGACAGACTCCGTCGCCGCACCTTTCCACGCTCTCAAGCGCGTCGGCCGCCCGCAGGAGATAGGCGACGTCGTCGCGTTCCTTGCCGGCGACCAGGCAAGTTTCGTGACCGGTGCTGATTGGGCGGTCGACGGCGGCTACTCGGCTTTAGGCCCGGAACGCGCCGAAGAAACCATCCCCTTGCTCGCCGCCAACTAA MPALKGRTAIVTGGATKVGQGVVSALRDAGATVVVADIDPDGASLTAGLGEGITYSHTDITDDGAVERLVSETAAAHGGLDILVNLACTYKDDGGASGRADWLDALNVNLVSAVVASNAARPYLKASGHGAIINFTSISSSVAQTGRWLYPASKAALVQVTRSMAVDFAGDGIRVNSVSPGWVWSNIMDSLSNGNIEKTDSVAAPFHALKRVGRPQEIGDVVAFLAGDQASFVTGADWAVDGGYSALGPERAEETIPLLAAN NA NA NA NA NA D3-18_04191 1242 styA Styrene monooxygenase StyA ATGACACAACGCCATATCACCATCGTCGGAGCCGGCCAGTCCGGGCTGCAGCTCGGCATCGGCCTGCTCGATGCCGGATACCAGGTCACCACGATTTCCAACCGCACGCCCGAGGAGATTGCCGGAGGCAGAGTGGCCTCCAGCCAGTGCATCTTCCACAACGCCCTGGAGCACGAGCGTGCGTTGGGTCTGGATTTTTGGCCGGACGCCCCCACCGTTGACGGCATCTCCTTCACCATCCCGCACCCCGAAGTTCCGGGTGAGAAGGCCATCAGCTGGGCTTCCCGCCTGGACAACCACGCCAAGTCGATCGATCAGCGCGTGAAGTTCCCCAAGTTCATGGAGGAGTTCACTGCAAGGGGCGGCGAGCTGGTGTTCGAGGATGCCGGTGTCGCTGAGCTGGAAAAATACACACGGAACTCGGACCTGGTGATTGTGGCAGCGGGCAAGGGCGAGATCGCACAGCTGTTCACCCGCGACGCCGAACGCAGCACCTACGACGCACCGCAGCGCGCACTGGCCCTGACCTACGTGAAAGGCCTGGAGCCCCGGCAAGAGTACTCCGCGGTCTCGTTCAACCTCATCCCCGGGGTAGGGGAATACTTCGTTTTCCCGGCACTGACCACTACCGGTCCTTGCGAAATCATGGTCTTTGAAGGAGTTCCGGGCGGACCCATGGATACCTGGAAGGGCCTGTCCCCCGAAGAACACCTGCAGAACTCCAAGAACATCCTCAAAACCTTCCTTCCTTGGGAAGCCGAACGGGCCACGAATGTGGAACTGACCGATCCCAACGGCGTGCTTCAGGGTCGCTTCGCGCCCACCGTCCGCCACCCGATTGCTACGCTGCCGAGCGGCAGGCAGGTACTGGGCCTGGCCGACGTCGTGGTGTTGAATGATCCGATCACCGGACAGGGCTCCAACAACGCCAGCAAATGCGCGGCATCGTATGTGGACAGCATCATTCAGCACGGCACTGCAGCTTTCGATGCGAGCTTCATGCAGGCCACCTTTGAGCGCTATTGGGACTACGCCCAGCACGTTGCGCACTGGACAAATGCCCTCCTGGCCCCGCCGCCGCCACATGTCCTTGAGCTCCTGGGGGCTGCGAACAACGAACCGGCCATTGCGCATCGCTTCGCCAATGGCTTCAACCACCCTCCGGAGTTCCAGGACTGGTTCATGTACCCCGACAAAGCCGCGAGCTATCTTGCTGACCTGTCGGCCGCCAAAGTTTCATAG MTQRHITIVGAGQSGLQLGIGLLDAGYQVTTISNRTPEEIAGGRVASSQCIFHNALEHERALGLDFWPDAPTVDGISFTIPHPEVPGEKAISWASRLDNHAKSIDQRVKFPKFMEEFTARGGELVFEDAGVAELEKYTRNSDLVIVAAGKGEIAQLFTRDAERSTYDAPQRALALTYVKGLEPRQEYSAVSFNLIPGVGEYFVFPALTTTGPCEIMVFEGVPGGPMDTWKGLSPEEHLQNSKNILKTFLPWEAERATNVELTDPNGVLQGRFAPTVRHPIATLPSGRQVLGLADVVVLNDPITGQGSNNASKCAASYVDSIIQHGTAAFDASFMQATFERYWDYAQHVAHWTNALLAPPPPHVLELLGAANNEPAIAHRFANGFNHPPEFQDWFMYPDKAASYLADLSAAKVS NA NA NA NA NA D3-18_04192 1752 rutF_2 FMN reductase (NADH) RutF ATGCGAAAGATAGCAATTATTGGGGCCGGCGAATCCGGGGCCCAGTTGGCCCTTGGCCTCCAGCGGGCAGGCTACGCAGTGACGCTCCTGTCCGATCGTTCCGCAGCCCAGATCCGCACCGGCAAGGTCATGTCCAGCCAATGCATGTTCGCCACTGCCCTGGACGCCGAAGCCCAAATGGGGACAGCGCTCACACAGTTCTACGAATCCGGATCGGTCCCAGGCATCAACTCCATCCGACTGCACGTGGAAGCGGACGACCCCATTGAGTGGGAAGCCCCTTTGGATGGCCCGGCCCACTCCATCGATCAACGGATCAAGAGCGCCCTCTGGATCGAGACGTTTGTTGCATCCGGTGGTGACTTCCGCATTGAGAAGGTCACCCCGCGGATGCTCGAAGAACTCGCCCATGACTACGAGCTGGTCATTGTGAGCACCGGCAAGGGCGAGATCGGCCAGATCTTTCCCCGCGACAAGGCAAAGTCACCCTTCGACCGGCCGCAGCGGGTGCTGGCGCTGAATTACGTCAAGCCCGACGGCGGCGCTTCCGCCGATTCACCGGCAAGCACCTCCATCAGCGACAATGCCATTCGCATGTCCATGGTCCCCGGCGTCGGGGAGTTCTTCACTTTCCCCGGCCTGACCGTTTCAGGTCCTTGCCACATGATGGTGTTCGAAGGGGTGGTGGGCGGACCCATGGACCGCTGGACCGACGTCGGAACGCCGGAAGAGCAGCTGGAGCGTTCGCTGGAAATCCTGCGCGAACATTTCCCGCACGAGGCCGAAAACTTCGCCGATGCGGAATTGACGGACGACGGCGCCACGCTCCTGGGGCGCATCACACCCACGGTGCGTTCCGCCGTCGGGGAGCTTGGCAACGGGAAGCTGGTGTTCGGGCTCGGTGACGCCGTGGTCCTCAACGATCCCCTCACCGGGCAGGGTTCCAACAACGCCACACTGGCCGCGAAGTACTACCTTGATGCGATCGTTCGCCGCGGCCAGCAGTCTTTTGACCGTGCATGGATGGAGCGCACGTTCGACGAGTTCTGGCGCGGGTGGGGCCAATGGGCGGTGGAATGGACCAACGACCTGCTGAAGCCGCGCCGGGATCACCAGAAGACGCTTCTCAGTGAAGCCGCTGAGCACCCTGCTTTGGCGGCAAGCATCGTGAGCGGCTTTGATGATCCTCGGACGTCGTACCCATGGTGGTTTGACTCAGCTGCAGCCGTGGACTTCATGCAAGCCCGCAAAGAAGAGGACTCGTCGGCTTTCGATGTCCGGGATTTCCGCAGCGCCTTGGGTCAGTTCGCCACCGGCGTCACCGTGGTCACCACAGTCTCGGCAGACGGTCGAAAAGTGGGCATGACGGCCAACTCGTTCACGTCGGTGTCCATGGATCCGCCGTTGGTACTCTGGTGCCCCAGCAAACGCGCGCCCAGCTTGGACGATTTCGAGGACGCAACGCACTTTGCCATCAACATCCTGGCCAGTGACCAGCATGTGCTGTCCCGCCAGTTCGCCACACCGGCCACGGATAAGTTCGCCGGCGCGGAAACCACAGAGGGCATCGCCGGAATTCCCCTGCTGGAAGGCGCAGTGGCCACCTTCCAGTGTCGAACAGTTTCGCGACATGACGCCGGGGACCATGCCATCTACGTGGGTGAAGTGGAAAGCTACAAGCACGACGGCGGCGCTCCCTTGGTGTTCCATGGCGGCAAGTACCACGCCACCGCCAGCCATCCGGATTTCTAG MRKIAIIGAGESGAQLALGLQRAGYAVTLLSDRSAAQIRTGKVMSSQCMFATALDAEAQMGTALTQFYESGSVPGINSIRLHVEADDPIEWEAPLDGPAHSIDQRIKSALWIETFVASGGDFRIEKVTPRMLEELAHDYELVIVSTGKGEIGQIFPRDKAKSPFDRPQRVLALNYVKPDGGASADSPASTSISDNAIRMSMVPGVGEFFTFPGLTVSGPCHMMVFEGVVGGPMDRWTDVGTPEEQLERSLEILREHFPHEAENFADAELTDDGATLLGRITPTVRSAVGELGNGKLVFGLGDAVVLNDPLTGQGSNNATLAAKYYLDAIVRRGQQSFDRAWMERTFDEFWRGWGQWAVEWTNDLLKPRRDHQKTLLSEAAEHPALAASIVSGFDDPRTSYPWWFDSAAAVDFMQARKEEDSSAFDVRDFRSALGQFATGVTVVTTVSADGRKVGMTANSFTSVSMDPPLVLWCPSKRAPSLDDFEDATHFAINILASDQHVLSRQFATPATDKFAGAETTEGIAGIPLLEGAVATFQCRTVSRHDAGDHAIYVGEVESYKHDGGAPLVFHGGKYHATASHPDF NA NA NA NA NA D3-18_04193 1632 crtNb 4,4'-diapolycopene oxygenase ATGGACGAATCCGTTGACGTCGCGATCATTGGATCAGGCATTAACTCTTTGGTGGCGGCGGCTGAGTTGGCCTTGGCCGGAAGGCGCGTTTGCATCATGGAGCGCTCGGACCGGTTGGGCGGTTTCATTCAGTCAGCCGAGCGGACCCTTCCGGGCTTCATCCACGACTCCTTCTCTTCCTGGCACCCGTTATTCGTGTCCGGCGGCGCCTACGGTGCGCTGGGTAAGGAACTGCACGCCAGGGGCCTGGAGTACTGCAACACCACCGGCCCAGTGACGGCCAGCGTTGCTACGGACCCGGCCACCGGAGCCCACCGCGTGGTCATTGCCCAGCGTGATCCGGCCGAGACGGCTGCTGCGTTCAAGTCCTCTGGCGATCAAGCCGCCTATCTGGCTATGTTGGATGATCTTGGGCGAAATGCCGGCACGGTTTTTGGAGCGTTCGGGGCGGAACTTCGCTCGTTTGGGGAGGTGGCCAAGATTGCGTTTGGCGCTGTTCGGCACGGGCGCTGGAGTGGCACGGAGGCTTTCGTCCGGGATTCGGTGATGAGCGGCCGGAATTACACCCGCAGCCGCTTTGACGGGTGGGAAGCGGACCAGTTGTGGTCGCCTTGGCTCCTGCACGCAGGGCTCGGCCCAGACCAAGCCACCGGGGGCGTCATGCTGCCCGTGATGGCCCTGAGCATGCACGGCTTCGGACTTCCCATTGTGAAGGGCGGGGCATCAAGGTTCGTGGCGGCCTTTGAGTCGTTGCTGCGCGACAACGGGGTCCGGATCATGCTGGGCGCGGAGGCCGAGGAGATTCTGGTGGCTGAAGGGTCAGTGGCTGGAGTGCGGACTTCGCAGGGAGTAGTTTCTGCCAAGACGGTGCTCGCAAACGTTTCGCCCCAAGCCCTCTACTCCCAGCTGCTTCGCCAAGCGCCGGCCGGTATTGCCGAAGCCGCTGAACGCTACCAAAACGGCCGCGGGGCCATGCAGATCCATCTGGCTTTGGACAAGCCTCTGGAGTGGCTCGATCCGCGGCTCAACGAGGTTCCCCTGGTTCACATCAGCAACGGCTCGGACAGCACCGGGATCGCCTGCGCCCAGGCCGAAGCCGGGCTGCTGCCCAGCGAACCCACCGTGGTGGTGGGGCAGCAATGCGTCCTGGACCCGTCCCGCGCTCCGGAGGGCAAGGCCACGCTCTGGCTGCAACTCCAGGAAGTCCCCTTCTCTCCCATTGGTGATGCGGCGGGCCGGCTGCCCGTTGGCGAAGGTTGGACCCACGAACTGAAACAGGGCTACCTGGACCGGGTCCTCGACCGATTGGAGCAGTTCGCTCCGGGAGCCCGCGCCACGGTTCTTGCCTCAGACATCATCGCTCCCACGGACCTGATGTCCGCGAATCCCAATGCCGTCAACGGCGACCCCTATGGTGGTTCCGCGGAACTCTTCCAAAACCTGCTCTGGCGACCTTTTCCTGCGGCGGCAGGCCACCAAACCGCCGTCGACGGTCTCTGGCATATCGGCGCTTCCACTCATCCAGGCCCTGGTCTTTCCGGTGGTTCCGGACACCTGGTGGCCCAAAAACTGACCGCGCCACCCTCACGGCTTTCCCGTATTCAAGCAGCACTGAAACCAAGCAAGCGATAG MDESVDVAIIGSGINSLVAAAELALAGRRVCIMERSDRLGGFIQSAERTLPGFIHDSFSSWHPLFVSGGAYGALGKELHARGLEYCNTTGPVTASVATDPATGAHRVVIAQRDPAETAAAFKSSGDQAAYLAMLDDLGRNAGTVFGAFGAELRSFGEVAKIAFGAVRHGRWSGTEAFVRDSVMSGRNYTRSRFDGWEADQLWSPWLLHAGLGPDQATGGVMLPVMALSMHGFGLPIVKGGASRFVAAFESLLRDNGVRIMLGAEAEEILVAEGSVAGVRTSQGVVSAKTVLANVSPQALYSQLLRQAPAGIAEAAERYQNGRGAMQIHLALDKPLEWLDPRLNEVPLVHISNGSDSTGIACAQAEAGLLPSEPTVVVGQQCVLDPSRAPEGKATLWLQLQEVPFSPIGDAAGRLPVGEGWTHELKQGYLDRVLDRLEQFAPGARATVLASDIIAPTDLMSANPNAVNGDPYGGSAELFQNLLWRPFPAAAGHQTAVDGLWHIGASTHPGPGLSGGSGHLVAQKLTAPPSRLSRIQAALKPSKR NA NA NA NA NA D3-18_04194 807 COG1878 Isatin hydrolase ATGTCTGTTCTGGCCGGGCTCACTGCAGCCCTCTCGAGCGGTTCGGTGGAAATCATCGATCTCACCACGCCCCTAAGCTCCGAAACCCCCATCCTGAACCTGCCGCAACCGTTCGCGAACACGGTTGGATTGTCGGTCTCGCCGGTGAGCAATTTCGACGACGCCGGCCCTGCTTGGGCGTGGAACGACGTCACCGTGGGTGAACACGCCGGGACGCATCTGGACGCCCCGGTCCACTGGATCACGGGCAAGGACGGAAAATCCGTGGACCAGATCGAACCACACCGGCTGGTGGGTCCCATTGCCGTGATTGACAAAACCGCCGAGGTTTCCGGCAACCCTGATTTCCTGTTGGAACCTGAACACTTGGAGCAGTGGCAGGAAGAGCACGGTGCCTTCCCTCAGAATTGCTGGGTCATTTTCCGGACCGGATGGGCGGCCCGTGGCACTGATGCGGCGGCATTCGTCAACGCGGACGACGCCGGTCCCCACACCCCGGGGGTCTCTGCCGCGGGTGCCAAGTGGCTTGCCGGTAACGCCTCAATCAGTGGTTTCGGTGTTGAGACCGTGGGCATCGACGCCGGCCAGGCCGGCGGCTTGGATCCGATGTTCCCTGTCCACTCCTTCCTCCTGGGCGCAGACAAGTACGGCGTCACCTCGCTGCGGAACGTCGACCGGCTCCCCGTCACTGGTGCCACGTTGGTAGTGGCGCCATTGCCGATCGTGGGCGGCACCGGCAGCCCCAGCCGGGTGTACGCACTGGTTGAAAAGGGCATGGTTGAAAAGGACACTGGGGTAGCAGCATGA MSVLAGLTAALSSGSVEIIDLTTPLSSETPILNLPQPFANTVGLSVSPVSNFDDAGPAWAWNDVTVGEHAGTHLDAPVHWITGKDGKSVDQIEPHRLVGPIAVIDKTAEVSGNPDFLLEPEHLEQWQEEHGAFPQNCWVIFRTGWAARGTDAAAFVNADDAGPHTPGVSAAGAKWLAGNASISGFGVETVGIDAGQAGGLDPMFPVHSFLLGADKYGVTSLRNVDRLPVTGATLVVAPLPIVGGTGSPSRVYALVEKGMVEKDTGVAA NA NA NA NA NA D3-18_04195 1677 xsc_1 Sulfoacetaldehyde acetyltransferase ATGAGCGAACAAGTACGGGTCTCCACACTGGTGGGCAGGACGCTGGCGAAGCTCGGCGTCGGGCATGTTTTCGGCGTGGTCGGCTCCGGCAACTTCGATGTCACCAGCACCCTCATGGCCGAAGGCATCGGGTTCACAGCAGCCCGGCATGAGGGCGGCGCCGCGACCATGGCTGACGCGTATTCGCGGATGTCCGGCAAGGTGGGCGTGGTGACCACGCATCAAGGGTGCGGTCTGAGCAACGCCATCACCGGGATCGGTGAGGCAGCGAAAAGCCGAACCCCCATGATCGTGCTCACAGCCGACACCCAGGCCGCAGCGATCAGGTCCAACTTCAAAATCGACCAGGACGGACTGGCCCGCAGCGTAGGGGCCGTGGCCGAGCGCATCCACTCCCCCGCCACCGCCGTCGCGGACACCGTTCGGGCCTTCCGGACAGCGGTGAACGACCGCCGCACAGTGGTCCTTAGCCTGCCACTGGACGTCCAAAGCGGCACCGCGGCAGACGAGGTGAGTGCCGCCGTCGTGCCTGAACCTTTGAAGATCCGCCCGGATGCTGCCGCCATTGAGCAACTGGTAGCACTGATCGCAGCCGCGGAACGGCCTGTGTTCGTCGCCGGACGCGGCGGACGTGGTGCCGGGGACGAGATCCTGGAGCTGGCACGGCACGCGGGTGCGCTGGTGGCGACCTCCGCTGTGGCGAGTGGGCTGTTCAACGGCGACTCCCACAACCTGGGTATTTCGGGTGGCTTCTCCTCCCCGGTGACCGCCCAACTGATCAGCGATGCGGACCTGATTGTGGGCTGGGGTTGCGCGCTGAACATGTGGACCATGCGGCACGGGCGGCTGATCTCCGCAGGCACCAAAGTGGTGCAGATCGACGTCGAAGACTCCGCACTGGGCGCCAACCGGCCTATCAGCCTTGGCCTGCTGGGTGATTCGGCGTTGACAGCTCTGGATGCTCTGACGGCGCTGCGCTCCAGGCAGTCAGAGCCAGCGGAGAAGTACCGCACCGAAGCCAACGCCCTGGCCATCAAACAGGGCTCCAGATGGCGGGACGTCGACACCGAAGACCTGTCCACGGCAACGTCCATCGATCCCCGAGTCCTCACCCGCGAACTCGACACTCTGCTCCCTGCCGAGCGGATCGTGGCAGTCGATTCAGGCAACTTCATGGGCTACCCCAGCCAATACCTCGCCGTGCCGGACGAATTCGGGTTCTGCTTCACCCAGGCATTCCAAGCAATCGGGCTCGGACTCTACACGGCCATCGGTGCCGCCCTCGCCCAACCGCACCGGCTCCCGGTCCTCGGCGCCGGGGACGGTGGATTCCTCATGGGCATCAGCGAACTCGAGACCGCCGCCCGCCTCCAACTCCCCCTGGTGTGCATCGTCTACAACGACGCAGCCTACGGGGCAGAGGTGCACCACTTCGCCTCAGAGCACTCTCAGAAGGACCTCTCCAGCGTGGTGTTCCCCGAGACTGATATCGCAGCGATCGCCCGAGGATTCGGGGCTGAGGGCGTCACCGTGCGGACCGTGGCGGATCTGGAAGCCGTGCGCCCCTGGATCGCCGCCTACCAGGCCGGGACACAGGACCGACCGCTGGTCATCGACGCGAAGATCGCTTCAGACGGTGGTTCGTGGTGGCTGGCCGAGGCCTTCCAAGGCCATTAG MSEQVRVSTLVGRTLAKLGVGHVFGVVGSGNFDVTSTLMAEGIGFTAARHEGGAATMADAYSRMSGKVGVVTTHQGCGLSNAITGIGEAAKSRTPMIVLTADTQAAAIRSNFKIDQDGLARSVGAVAERIHSPATAVADTVRAFRTAVNDRRTVVLSLPLDVQSGTAADEVSAAVVPEPLKIRPDAAAIEQLVALIAAAERPVFVAGRGGRGAGDEILELARHAGALVATSAVASGLFNGDSHNLGISGGFSSPVTAQLISDADLIVGWGCALNMWTMRHGRLISAGTKVVQIDVEDSALGANRPISLGLLGDSALTALDALTALRSRQSEPAEKYRTEANALAIKQGSRWRDVDTEDLSTATSIDPRVLTRELDTLLPAERIVAVDSGNFMGYPSQYLAVPDEFGFCFTQAFQAIGLGLYTAIGAALAQPHRLPVLGAGDGGFLMGISELETAARLQLPLVCIVYNDAAYGAEVHHFASEHSQKDLSSVVFPETDIAAIARGFGAEGVTVRTVADLEAVRPWIAAYQAGTQDRPLVIDAKIASDGGSWWLAEAFQGH PGPT0008185_8698 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 D3-18_04196 1146 COG1063 putative zinc-binding alcohol dehydrogenase ATGCGAGCGATGGTGTACCGCGGCCCTTATAAAGTCAGGGTCGAAGAAAAAGATATCCCCCGGATTGAGCATCCAAATGACGCTATCGTCCGGGTAACCGGAGCCGCGATCTGCGGCTCAGACCTGCACCTGTATCACGGCATGATGCCGGATACGCGGGTGGGGATGACCTTCGGGCATGAATTCGTGGGAGAGGTCCATGAGGTTGGCTCGTCGGTGGAGAACCTGAGCGTCGGGGACCGCGTGATGGTGCCCTTCAACATCTATTGCGGATCCTGCTACTTCTGCACCCGTGGCCTGTATTCCAACTGCCACAACGTCAACCCAAATGCGACGGCGGTGGGCGGCATTTACGGTTACTCCCACACCACCGGTGGTTACGACGGCGGCCAGGCGGAGTTCGTGCGCGTGCCGTTCGCCGACGTCGGACCCACCAAAATTCCCGAATGGATGGATCAGGAAGACGCGGTAATGCTCACTGATGCCCTCCCCACTGGCTACTTCGGAGCCCAATTGGGTGACATCGAACAGGGCGACACGGTGGTGGTTTTTGGTGCGGGGCCCGTTGGGCTTTACGCGGCGAAGTCGTCCTGGTTGATGGGTGCGGGCAGGGTCATTGTCATCGACCATCTCGAGTATCGGCTGGAGAAGGCCCGGACGTTTGCCCACGCGGAAACGTACAACTTCACCGAATACGACGACATTGTGGTGGAGATGAAGAAGGCCACGGATCACCTTGGCGCAGATGTGGTGATTGACGCCGTCGGGGCTGAAGCTGACGGCAACCTGACCCAACACATCACGTCGTCGAAATTCAAGCTGCAGGGCGGTTCGCCTGTTGCTTTGAACTGGGCCATCGATTCCGTCCGTAAAGGCGGAACGGTGTCGGTGGTGGGTGCCTATGGCCCGATGTTCAGTGCAGTGAAGTTTGGCGATGCCATGAACAAGGGGCTGACGCTGCGGATGAACCAGTGCCCGGTCAAGAGGCAGTGGCCCCGACTGTTCGAGCATGTCCAGAACGGCTACCTGAAGCCCAGCGACATCATTACCCATCGGATTCCGCTGGAACACATCGCCGAGGGTTACCACATCTTCTCGGCCAAGCTGGATGACTGCATCAAGCCGATCGTGACCACGGCCGCCTAG MRAMVYRGPYKVRVEEKDIPRIEHPNDAIVRVTGAAICGSDLHLYHGMMPDTRVGMTFGHEFVGEVHEVGSSVENLSVGDRVMVPFNIYCGSCYFCTRGLYSNCHNVNPNATAVGGIYGYSHTTGGYDGGQAEFVRVPFADVGPTKIPEWMDQEDAVMLTDALPTGYFGAQLGDIEQGDTVVVFGAGPVGLYAAKSSWLMGAGRVIVIDHLEYRLEKARTFAHAETYNFTEYDDIVVEMKKATDHLGADVVIDAVGAEADGNLTQHITSSKFKLQGGSPVALNWAIDSVRKGGTVSVVGAYGPMFSAVKFGDAMNKGLTLRMNQCPVKRQWPRLFEHVQNGYLKPSDIITHRIPLEHIAEGYHIFSAKLDDCIKPIVTTAA PGPT0006375_428 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 D3-18_04197 582 hypothetical protein ATGCCGTACACAGCAGAACGGCCCCAACCAAGGCCGACGCCCGAGGAGCTCCGGGCTAAAATCCCGGGCTGGGGCGTGGACCTGGACCCCAAGGATCGGCCTGCTTTCCCACGCGAGCAGCGCGGGATCATCACTGGGGCGCATTGGGACTTTCCGGAGCGCCAGGAGGAAAAGTGGCCACGGGAACGCTCTATTGAGCACAAGTTCCTGACACCGGTTTTCGGAACATCCACCCCACCGAAGGGCGTCTCGGGAGCCATCCGGAAGTACGCGTACAAATACAGCGAAGGACGGGCAGCGCACTGGCTGCTCCTGATCGCAGGTGACCGAGTCGACGCTTGGGAGAGCCACCTGCGGTCATTTGGCACGCTGCATCCTGATAACCCGATCACGGAAACCGGTGTGCTGAGCGAGTTCAAGAACCACGGTTGGGCTTCTCGGCGGGGCAGGAAGCGTGCAGACACCAAGCACCAGTGGATGGACCCGATCATCGTGGCCGGGCCGTGGCTCCTGGTGGGGACCGGCGTCGTCCTCGTTCTCAAGGGCGTCGCCAAAGCTGCCCGGACAACCCGCCGCCACTAA MPYTAERPQPRPTPEELRAKIPGWGVDLDPKDRPAFPREQRGIITGAHWDFPERQEEKWPRERSIEHKFLTPVFGTSTPPKGVSGAIRKYAYKYSEGRAAHWLLLIAGDRVDAWESHLRSFGTLHPDNPITETGVLSEFKNHGWASRRGRKRADTKHQWMDPIIVAGPWLLVGTGVVLVLKGVAKAARTTRRH NA NA NA NA NA D3-18_04198 432 hypothetical protein ATGTCAGAAGTTATTGTGGTCGGCGTTGACAGCAGCGAGACGGCCAAGCGCGCAGCAGTGGCAGCAGCGAAGCTCGCCACCGCTCTCGGTGCCGAACTGCACGTGATCAGCGGCTTCTCCGATGACCGCATCGAAGAGTTCGGCAGCGGCAGCGACCGCATCACCGTCTCCTCGGCGGACTCCGCGGAATACGTGGCGCGCAAGGTCTCCGAAGAGCTGGACGTTCCCGCCGGCAACATCAAGTACTTCGCAGCCCGCGGCACTCCGGCCAATGCCCTCATCAACTATGCCGAGACCAACAACGCCTCACTGATCGTGGTGGGCAACAAGCGCATGAAGGGCCTGGGCCGCGTCTTGGGCAGCATCGCAAACAGCGTGGCGCACGGTGCTCCCTGCGACGTGTACATCGTGAACACCGACGTCGACGCGTAA MSEVIVVGVDSSETAKRAAVAAAKLATALGAELHVISGFSDDRIEEFGSGSDRITVSSADSAEYVARKVSEELDVPAGNIKYFAARGTPANALINYAETNNASLIVVGNKRMKGLGRVLGSIANSVAHGAPCDVYIVNTDVDA NA NA NA NA NA D3-18_04199 807 yohF COG1028 putative oxidoreductase YohF ATGAGCGACGCACCATTTTCCCCGCAGACCGCCATCGTCACCGGATCGGATTCCGGCATCGGAAAGGCCACTGCGGTGGCGTTGGCCAAGGCGGGCATGGACATAGGAATCACCTGGCACTCGGACCAGCAGGGAGCTGAGGAAACCGCGGAGGAAGTGCGCGGTCTGGGCCGGAAAGCTGTGGTGCACCAACTGGACACCACGGATGTCCGGGGAACCGCTGCAGCCATCGACAAACTGGCTGAGGAACTTGGTGGCGTGGACGTCTTCGTCAACAACTCCGGAACCGGCGACGGCACCAAATTCCTTGAGTTGGACTACGACACGTGGATGTCCACCTTGGACACCAACCTCAACGGTGCGTTCGTGGCTATGCAGACAGCAGCCAAGCGCATGGTCAAGGCCGGCCGCGGTGGGCGCATCATCGCTGTCACCAGCGTCCACGAGTTCCAGCCAAGGGTTGGGGCCTCGGCATATGACGCGTCCAAGCACGGCTTGGGCGGCCTCATCAAAACCATGGCCCTGGAACTCGCTGAGCACGGGATCACTGCCAACAACGTGGCACCGGGTGAAATCGCGACTCCGATGACGGGCCAGGAAGATGAAGATCCCACGCAGAAAGAACGGCCCGGAGTTCCGCTGGGACGCCCCGGCGATGCCCGGGAAATCGCCGCCGTCATCGCCTTCCTGGCATCACCGGATTCCAGCTACGTCAACGGCGCTTCGTGGCCCGTGGACGGCGGAATGTTGCAGATGGGACCGCAGGCAGGTTCGCACATCACCAGTAACGACTGGCGCGAAAGCTAA MSDAPFSPQTAIVTGSDSGIGKATAVALAKAGMDIGITWHSDQQGAEETAEEVRGLGRKAVVHQLDTTDVRGTAAAIDKLAEELGGVDVFVNNSGTGDGTKFLELDYDTWMSTLDTNLNGAFVAMQTAAKRMVKAGRGGRIIAVTSVHEFQPRVGASAYDASKHGLGGLIKTMALELAEHGITANNVAPGEIATPMTGQEDEDPTQKERPGVPLGRPGDAREIAAVIAFLASPDSSYVNGASWPVDGGMLQMGPQAGSHITSNDWRES PGPT0014705_820 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 D3-18_04200 210 COG3360 Dodecin ATGGCTGGCCACACATATAGCGTTTCCGAAATTGTAGGAACTTCCACCGAAGGCGTTGACGACGCGATCAAGAACGGCATCGCAACAGCCTCCCAGACCCTGCGGAACCTGGACTGGTTTGAGGTCAAGGAAATCCGCGGCCACCTCGAGGACGGCGCAGTTGCCGACTGGCAGGTCACCATCAAGCTTGGTTTCCGCCTGGAGCGCTGA MAGHTYSVSEIVGTSTEGVDDAIKNGIATASQTLRNLDWFEVKEIRGHLEDGAVADWQVTIKLGFRLER NA NA NA NA NA D3-18_04201 876 hypothetical protein ATGGGTCAAAGCGCCGAGTTCGGTAAATTCCTCAAAATCATGCGTGCGCGTCTCTCACCTGAAGACGCTGGAGCGCAAGAGTCCAGCGGTGCCCGCAGGGTGCCCGGACTCCGCCGCGAAGAAGTTGCCCGACTCTCCGGAGTGAGCACTGACTACTACACGCGCCTGGAACAGGGCCGCAACATCCACCCGTCCAAGGCCGTCCTCGACTCTGTGGCCCGCGCACTGCGCCTGGACGCGGGGGAGCAAGCGCACATGATGGACCTCCTGGAGCACTGTGCAAGTTCCGCCGGCAGTCCCGGTCCCGTGCAGAAGGTCAGGCCCGGGCTCCGGCAGCTGCTCGACGCAGTCGGCGATGTTCCTGCCATGGTGCTGGGCAGGCGCGCGGACGTCCTGGCCGGAAACCGGATGGCCCACCTGCTCTTCACCGACTTCCCGGCACTCGCTGCCGGGGAGAGGAACCTGACCCGCTGGATCATCCTGGATCCCTTGGCGGGACAGCTGTTCAGGGACTGGAAAACCGTGGCTGCTGAAGCTGTGGGTGCCCTCCGGATGGACGTGGGCCGGCATCCGAACGATCCGCAGACAAACCAACTGGTGGGCGAGCTCGCCGTACACAGCGAGCATTTCCGGCAGTGGTGGGCCGGGCACAGGGTGGCATCGCGATCCGCCGGCACTGTTCGCCTGCACCACCGGATTGTGGGTGACCTGGAACTGAACTTTGAGACGCTGAGTCTTCCGGACGACCCTGACCAGATGCTGAGGATATATTCCGCGAAGGCCGGTTCGCCGTCGTCGGACGCTTTGACGCTGCTGAGCTTCGGTGAGGCGGCCTCCGTGCCCGTTCCCGAACCCGCCCGCCGAGACGACAGTTGA MGQSAEFGKFLKIMRARLSPEDAGAQESSGARRVPGLRREEVARLSGVSTDYYTRLEQGRNIHPSKAVLDSVARALRLDAGEQAHMMDLLEHCASSAGSPGPVQKVRPGLRQLLDAVGDVPAMVLGRRADVLAGNRMAHLLFTDFPALAAGERNLTRWIILDPLAGQLFRDWKTVAAEAVGALRMDVGRHPNDPQTNQLVGELAVHSEHFRQWWAGHRVASRSAGTVRLHHRIVGDLELNFETLSLPDDPDQMLRIYSAKAGSPSSDALTLLSFGEAASVPVPEPARRDDS NA NA NA NA NA D3-18_04202 822 COG0656 putative oxidoreductase/MSMEI_2347 ATGCCAGAGCTGACATTGAACAACGGCGTCACCATCCCACAGCTCGGATTCGGTGTCTTCCAAGTACCTGCTGAGGAAACGCAGAAGGTCGTGGAAGACGCCTTGGAAGCCGGCTACCGTCACATCGACACCGCGGCTGCCTACCGCAATGAGGCAGGAGTCGGCGCTGCCGTCGCGGCCTCGGGCATTCCCCGGGAAGAACTCTTCATCACCACCAAGCTCCGCAACGGGGAGCAAGGCGAGGCCTATGACGCCTTCCAGCGGAGCCGCGACGCCTTGGGCCTTGAAGTTATCGACCTGTACCTGATCCACTGGCCCGTCCCTTCGCAGGGCCTCTACACGCAGGCATGGAAAGAGATGGAGAAGCTGTACCAGGACAAGCAGATCCGGGCTATCGGCATCTCCAACTTCCTCTCCGACCATGTAGACACACTGCTGCGGGACGCTGAAGTAGTTCCCGCTGTGAACCAGATCGAAGTCCACCCCACGTACCAACAGGGCGAGCTGGCCAACAAGTGCCGCGACCTCAGCATCGCCGTGGAAGCATACAGCCCGCTGGGTCAGGGCAAGGACCTGAATGCCGAGCAGGTGGCCCTGGTGGCGGCTGCCCACGGCACTACTCCTGCACAGGTGATTCTGGCCTGGCATCTCGCGCAGGGGACCATCGTGATCCCCAAGTCCGCGGATTCGAAGCGGATGCGCGAAAACTTCGGCGCGGCCGATCTCACCCTCACCGAATCGGAACTGGCTGCCATCACGGCACTTGAGGCGGGCGCCCGCATAGGCTCCGATCCCGCCGTCGCCGCTTTTACGCAGTTCTAA MPELTLNNGVTIPQLGFGVFQVPAEETQKVVEDALEAGYRHIDTAAAYRNEAGVGAAVAASGIPREELFITTKLRNGEQGEAYDAFQRSRDALGLEVIDLYLIHWPVPSQGLYTQAWKEMEKLYQDKQIRAIGISNFLSDHVDTLLRDAEVVPAVNQIEVHPTYQQGELANKCRDLSIAVEAYSPLGQGKDLNAEQVALVAAAHGTTPAQVILAWHLAQGTIVIPKSADSKRMRENFGAADLTLTESELAAITALEAGARIGSDPAVAAFTQF PGPT0001320_33 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 D3-18_04203 972 yajO_3 COG0667 1-deoxyxylulose-5-phosphate synthase YajO ATGCAGTACACCCACTTGGGCCGCTCGGGCCTGAAAGTTTCCCGTCTCTGCTTGGGCACCATGAACTTCGGTCCGCAGACGGACGAAGCGACAGCGCACTCGATCATGGACTCTGCGCTGGATTCCGGCATCAACTTCTTCGACACCGCCAACGTGTACGGAGGAACCGGACACCGCGGCTGGACCGAGGAAATCATCGGTCGATGGTTCGCGAAGGGCGGCGAGCGCCGCGAGCGCACCGTCCTGGCCACCAAGTTGTATGGCACCATGACTGACCGCCCTAACGAGTCCAAGCTGTCGGCGCTCAATATCCGCCGTGCACTCGATGCCAGCCTGAAGCGGCTTCAGACGGACTACATCGACATTTACCAGTTCCACCACATCGATCGGGATACGCCGTGGGACGAGATCTGGCAGGCTATCGAGGTAGCTGTCCAGCAGGGAAAGATCCTGTACTCGGGCAGCAGCAATTTTGCGGGTTGGCACATCGCCCAAGCCCAGGAAGCCGCCCGGAGGCGGAATTACACGGGTCTCGTCAGCGAACAGTCCATCTACAACCTGTTCCGGCGCGAAGTTGAGCTTGAAGTCATTCCCGCCGCGCAGCATTACGGCCTGGGCCTGATCCCTTGGTCCCCGCTGCAGGGTGGGCTCCTTGGTGGTGTGCTGAAGAAGGAAGAGCAGGGTGTTCGCCGCACCGAGGGCCGGGCTCTGGAGACCCTCAAGAAGCATGAGGAGCAGATCCGCCAGTACGAGGATTTCGCGGATGAATTGGGCCAGGCACCCGGCGATCTAGCGTTGGCCTGGCTGCTTCACCAGCCTGCCGTAACGGCTCCGATCGTTGGACCTCGAACCCAGGAACAGCTTGATGCTGCTATCCGTGCTTTGGACGTCACCCTGAATGAGGACGCCCTCAAGCGCCTCGACGACATCTTCCCGGGCCACCGCACCGCCCCCGAGGACTACGCCTGGTGA MQYTHLGRSGLKVSRLCLGTMNFGPQTDEATAHSIMDSALDSGINFFDTANVYGGTGHRGWTEEIIGRWFAKGGERRERTVLATKLYGTMTDRPNESKLSALNIRRALDASLKRLQTDYIDIYQFHHIDRDTPWDEIWQAIEVAVQQGKILYSGSSNFAGWHIAQAQEAARRRNYTGLVSEQSIYNLFRREVELEVIPAAQHYGLGLIPWSPLQGGLLGGVLKKEEQGVRRTEGRALETLKKHEEQIRQYEDFADELGQAPGDLALAWLLHQPAVTAPIVGPRTQEQLDAAIRALDVTLNEDALKRLDDIFPGHRTAPEDYAW PGPT0010855_19 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-ERYTHROMYCIN_METABOLISM,PGPT0010855-eryBII-K13315 NA NA D3-18_04204 1038 hypothetical protein GTGAGCAGTTCCCTCCCCACCACCCTCGGAACGGCAGCGGACACCGTCTCGCCGCGGAACATCCTGTTCATCGGCGGGACCGGGGTCATCAGTGCGGCGGCGGCTGAACGCGCCGTCGCATTGGGCCACCGGCTGACCATCCTCAACCGGGGAAGGTCAGCCGGCAGACCGGTTCCGGAAGGCGCGGAAGTACTCCACGCGGACGTCCGGGACGCCGCCGCCGTGCGCGAGGTACTTCAAGGAAGAGAGTTCGACGCCGTTGCGGACTTCATCTCGTACACACCGGATCAGGCGCGGGCCGGGTTCGAATTGTTCCGCGGACGGACTGGACAGTACGTTTTCATCAGTTCCGCGTCGGCGTACCAGAAGCCACCCACTACGCTGCCGATTCGGGAATCAACTCCGCTGAAGAACCCGTTCTGGCAGTACTCGCGGGACAAGATCGCTTGCGAGGAGCTGCTGTTCGAGGCCTACCGTGAGCAGGACTTCCCGTTGACAGTAGTCCGACCGTCCCACACTTATGACCGGACCAAGATCGCGATGGTGGGCGGTTGGACCGATATCCACCGGATGCGTGCCGGAATGCCGATCATGGTGCACGGCGATGGAACGTCCCTTTGGACGCTGACCCATTCCCGGGATTTTGCCAAGGCCTTCGTCGGTCTTCTGGGGAGGCCGCAAGCCGTAGGCGAGAGTTACACCATTACTTCTGACGAGTTCCTGCCGTGGAACCAGATCTACCGCTTGTTTGCGCGTGCGGCCGGGGTGGAAGAACCGGAACTGTTCCATGTTTCTTCTGACACCATCGCAGCCCACAGTTCGGAGCTCGGACCGAATCTGTTGGGCGACCGCTCGCACTCCGTGGTGTTCGACAATTCCAAAATCAAGGCACTCATCCCTGATTACAAGGCCACGATTCCGTTTGCTGACGGCGCCAGGGAGATCGTGGAGTGGCATGACAGCCACCCTGAGCTGCAGATAGTGAGCGAGGATTTTATGGAGCTGAGTGACCGGCTCCATAAATGGTCGGGGCGGTAG MSSSLPTTLGTAADTVSPRNILFIGGTGVISAAAAERAVALGHRLTILNRGRSAGRPVPEGAEVLHADVRDAAAVREVLQGREFDAVADFISYTPDQARAGFELFRGRTGQYVFISSASAYQKPPTTLPIRESTPLKNPFWQYSRDKIACEELLFEAYREQDFPLTVVRPSHTYDRTKIAMVGGWTDIHRMRAGMPIMVHGDGTSLWTLTHSRDFAKAFVGLLGRPQAVGESYTITSDEFLPWNQIYRLFARAAGVEEPELFHVSSDTIAAHSSELGPNLLGDRSHSVVFDNSKIKALIPDYKATIPFADGAREIVEWHDSHPELQIVSEDFMELSDRLHKWSGR NA NA NA NA NA D3-18_04205 831 COG0656 putative oxidoreductase/MSMEI_2347 ATGACATTTGCCCCGCTCATTGAACTCAACGACGGCCACAAGATCCCGCAACTCGGGCTCGGCACGTGGCCGCTGAATGATGCCCAGGTTGCCGATGCCGTGGTGGAGGCTGTGTCGCACGGCTACCGGCACGTGGACACTGCCGTGAAGTATGGCAACGAGAAGGGCGTGGGCAACGGCATCCGGGCCTGCGGGGTGAATCGCGAAGAACTCTTCATCACCACCAAATTGGACGGGGAATTCCAAGGCTCCGGCAAAGCCGTGGCAGGGCTGGACGGCTCGTTGGAGCGCTTGGGGCTGGAGTATGTCGATCTCCTGTTGATCCACTGGCCGCTCCCCCGCCGCGGTGAGTTCGTGTCCACGTGGAAGACTTTCGAGGAACTGCAGGCCTCAGGCAAAGCACGATCCATTGGTGTTTCCAATTTCAAGCCCTCCCACCTGGACCAACTGTTCAGGGAGGCTGCTGTTGTTCCGGCGGTCAACCAGATCCAGGTCAGCCCCTCCATCCCGCGGCCCGCCGCCCGGGCCTTCAACGAAGCAAACGGCATCATCACCGAGTCGTACAGCCCGCTGGGTGCCAGCAGCGACCTCCTGAATGCGCCAGTGCTGGCCGGCATCGGGAATAAGTACGGTAAGACGCCGAGCCAGGTGGTGCTGCGCTGGCACGTTCAGCAGGGCTTGGTGGCCATACCCAAAACCGCGAATCCGGAACGAATGAAGGAGAACATGGACATTTTCGACTTTGAACTGGACCACGACGACCTCACCCGATTGCAAACCCTCGACGCCGGACCGGACGCCGGTGTGGACTCAGACGTACAGGGGCACTGA MTFAPLIELNDGHKIPQLGLGTWPLNDAQVADAVVEAVSHGYRHVDTAVKYGNEKGVGNGIRACGVNREELFITTKLDGEFQGSGKAVAGLDGSLERLGLEYVDLLLIHWPLPRRGEFVSTWKTFEELQASGKARSIGVSNFKPSHLDQLFREAAVVPAVNQIQVSPSIPRPAARAFNEANGIITESYSPLGASSDLLNAPVLAGIGNKYGKTPSQVVLRWHVQQGLVAIPKTANPERMKENMDIFDFELDHDDLTRLQTLDAGPDAGVDSDVQGH PGPT0001320_1643 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 D3-18_04206 1044 pgl_2 COG2706 6-phosphogluconolactonase ATGGATATCCAAGAAACACTGATCTGGGTTGGTTCCTACACAGCCGACAGGAACGGCAACGGCGAGGGCATCGTCGCAATTTCGGCCGATGATGACGGCCAGTTGACGTCCCTTGGTTTGGCAATCGCCGCCAACTCGCCATCGTTCCTTGCGCTCCACCCGTCACTCCCTGTGGTCTACGCCGTAGCCGAGGAAGGCAAGACTGTTCGGGCGTATCGCCGGACGGGGGATGCTGAACTGGAGGCTTTCGGCGATCCTTGGCCGGCCGGCGAAGCGACCTGCCACGTAGCCGCCGATCCGCAAGGACGTTTCATTGTGGCCACCTGTTGGGGCGACGGCCAAGTCATCTTGTACGAACTGGACGACGACGGCGCTATCACCTCGCGCACCAGTGCAGCGGCCGCCGTCGATCCCCACACTGCAACGTCTCCTGACGAGCAGCGGCCCAGCCGGGCGCACGCAAGCCTGATGCTCCCGGACGGCCGCGTCATGACCACGGATTTGGGACATGATCTGGTCAGGGTGTGGCAGTATTCACCGGCTGAGGGCCTGCATTTGGATCATCAGGTGATCCTGCCGAAGGGCTCCGGCCCCCGGCACATGGCCCGTCATCACAGCGGAACAGTCTTTGTGGACACCGAATATTCCGTGGAAGTAGCCGCCCTACGGATGGAACCGGACGGCACATACGAGCTGACCACCATGGTTCCGGCGAGCGCAGCGGGGGCAAAAGAGGGCGACGCCGGCGCGGAGATTGCGCTCTCACCCGATGGCCGCTTCGCATACGTGGGCGTGCGCGGATCCAACCGCATTTGTGTTTTGAAGGTGTCCCACGGAGGGGCTGAGCTGGAGCCCCTCGCGGAGGTGCCGTGCGGCGGCGAGTGGCCGCGCCACCACCTGGTCCGCGAAGGCTGGCTGTACGTCGCCAACGAAGGCTCGGACGACGTCGTGAGCTTTAAATTGGACCGTGAAACCGGCTTGCCCGGCGGCGTCGTGAGTCGGGTGGAGACGGGCTCTCCGAGTGTGCTGATTCCCGCCGGTTAA MDIQETLIWVGSYTADRNGNGEGIVAISADDDGQLTSLGLAIAANSPSFLALHPSLPVVYAVAEEGKTVRAYRRTGDAELEAFGDPWPAGEATCHVAADPQGRFIVATCWGDGQVILYELDDDGAITSRTSAAAAVDPHTATSPDEQRPSRAHASLMLPDGRVMTTDLGHDLVRVWQYSPAEGLHLDHQVILPKGSGPRHMARHHSGTVFVDTEYSVEVAALRMEPDGTYELTTMVPASAAGAKEGDAGAEIALSPDGRFAYVGVRGSNRICVLKVSHGGAELEPLAEVPCGGEWPRHHLVREGWLYVANEGSDDVVSFKLDRETGLPGGVVSRVETGSPSVLIPAG PGPT0014975_2052 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 D3-18_04207 231 hypothetical protein ATGACCAGCACCATCCTGAACAGGCCCGCCGATTACCGCCACGTACCGGCGGCTGAGTGGACTGAACTCAGCTCCGGCGATCCCGTGTGGATCTACGACGTCGCGTGGGGCGCCGGGACCGGCCGCGTGGACGATGTTTCCAAGCACCAGGAGTTGCTCTGGGTCATCCTCGAGCCGACCGGCCGCCGTCTCATCTGCGGAACGGACGACGTCGAGGTTTGGACCGTCTGA MTSTILNRPADYRHVPAAEWTELSSGDPVWIYDVAWGAGTGRVDDVSKHQELLWVILEPTGRRLICGTDDVEVWTV NA NA NA NA NA D3-18_04208 198 hypothetical protein ATGAAGAGCATCGCCCTCCTGCGCGAACGAGCCACCCGCGTCATGCCTACCGGTTCCCACTGCCCGGCGTCAGGCCTGTGGAGCCCGGACTCCGATCCGGATGCCGTCCAGGTTTTCGCGGAAGGCCACATCCTCCCGGCGCACAATGGTGTACCCACTGTGTGGCGGCGCCGCACTGCCGCTGAAGTGTCGGCATGA MKSIALLRERATRVMPTGSHCPASGLWSPDSDPDAVQVFAEGHILPAHNGVPTVWRRRTAAEVSA NA NA NA NA NA D3-18_04209 2787 hypothetical protein TTGTTATCTCGCAATAGACACCGCCCCTGCCCCCAGCGCCCATCCCTCACGCGAATCGCCGCAATTGTATTGACGACGGCGGCACTGACCGTCTCGGCTGTCCTCCCCGCAGGCGCCGCACCAGCCAGCACACCCGATCCCGCCGCCCAGCACTCAATCCGAGGCGGTGTCAGCGATCAGAACTTCTACTTCGTCATGGCCGACCGCTTCGCCAACGGCACCAAGACCAACGACGACGGCGGGCTGGGTTCTGATCCGATGGTCTCCGGCTACGACCCCACGCGTAAAGGCTTCTTCAACGGCGGCGACTTGAAGGGTCTCCAGGACCAACTGGACTACATCCAAGGACTGGGCACCAATTCACTCTGGCTCACACCGAGCTTCAAGAACAAGGCCGTCCAAGGTGACGGCACCCTGGCGAACAGTTCAGCCGGCTACCACGGGTACTGGGTCACGGACTTCACCCAGATCGACCCCCACTTGGGCACCAACGCCGAGTTGAAGACCCTCATCGATGCCGCCCACGCCCGTGGAATGAAGGTGTACTTCGACATCATCACCAACCACACGGCGGACGTCATCCAATACCAGGAGACCGCCTCGGCGCCGTACATTTCCAAGGAAACCGAGCCCTACCGGACCGCTGCGGGTGAAGTCTTCGATGACCGCGACTATGCCGGGACGCAGGACTTCCCCGCGCTGGACCCGGCGACGTCCTTCCCGTACACGCCCGTGATCCCAGAGGCAGAGAAGGACGTCAAGGTTCCGTCCTGGCTGAACGACCCCACGCTCTATCACAACCGCGGCAACACCAACTTTGCCGGCGAGGACTCCCTCTACGGCGACTTCTTTGGGCTGGATGACCTGTTCACCGAGAACCCGAAGGTGGTGAACGGAATGATGGACGTCTACAAAACGTGGATCCGCGACTTCGGGATTGACGGCTTCCGCATTGACACCATGAAGCACGTCAATGACGAGTTCTGGCAGCAGTTCGGGCCCCAGGTTCTCAGCTATGCCAAGGAACAAGGCAAGGACGAATTCTTCATGTTCGGCGAGGTCTTCGATACCTCCAAGAGCATCACGTCCAAGTTCACCACCAAGAACCAGATGCAGGCAGTGCTGGACTTCGGCTTCCAAGGAGCAGCCCGGAGCTTCGCTTCCCAGAGCAGCAAAGCCACCGGCCTGGCCGACTTCTTCAACGGGGACGACTGGTACACGGATGCTGACTCCAACGTCTACCAACTGCCCACCTTCCTGGGAAACCATGACATGGGCCGTATCGGGACCTTCATCGCCCAGGACAACGTGGGAGCTTCCGAGACCGAACTGGTGGAACGCGACGAGCTCGCCCATGAGTTGATGTATTTCTCGCGCGGCAACCCCGTGATCTACTACGGCGACGAGCAGGGCTTCACCGGTGCCGGCGGGGACCAGGATTCACGGCAGACGATGTTCGCGAGCAAGGTCCAGGAATACCTGGATGACGACCTCCTGGGCACCAGTTCCACCCACGCCACGGACAATTTCAACACTGAACATCCGCTGTACAAAAAGATCAGCGAACTCGCGGCCCTCACAGCTGAGCATCCGACGCTCCGCAGCGGTGCCCAACAGAACCGCTATGCAGCGGACGGGGCTGGGATTTACGCCTTCTCCCGTATTGACGCCAAGGAGCAGCGCGAATACATCGTTGCCGTAAACAACAGCGAGACTGCCCAGACAGCGGCGATCCCCACGTATGAAGCCAAGCAGCCGTTCAAGCTGGTCTACGGTGACGCCGCGAAGAATGCCAAGACCGACTCCCAGGCCAACCTGGCCGTCACCGTCCCACCGCTTTCCGCAGTGGTTTACGAAGCAACGGGGCAACTTGCCAAATCCAAAGCCGCACCCGGCGTCGTGCTCAAGAAGCCGGTCACCGCGGCTGGTGACGCGACTCGCCTGAAGGTGACGGCCGACGTCGACGGTAACTCGTTCTACGAGGTCACCTTCCAGGCACGTACTGCCGACGGCGAGTGGACGCCGATTGGCACCGACGACAACGCGCCCTACCAAGTGTTCCACGACGTGTCGTCCGTGGAGTCGGGGTCCTCAGTGGAGTATCGCGCGGTGGTATTGGACAACCGCGGGCAGACGTCAGCGAGTGAGCCGAAGAGCGGCGTGGTGGGAGAACCAACCCAACCCGAAACCGTCACCGTTGCTGGCAGCCTCAACACGGAACTGGGCTGCACCGAGGACTGGCAGCCGGGCTGCGAGCAGGCGCTCATGAGCTACGAGCCGACGCACCGGCTGTGGCAGCTGAACGTTCCCAATCTGCCGGCCGGAACCTATGAGTTCAAGGCTGCGCTCAACGGAAGCTGGGACGAAAACTACGGTGCAGGCGGCGAGTTGGATGGCGCCAACGTGGTGTTCCAGCACGCTGGCGGCGCCGTCACATTCCTGTACGACCACGCAACCAACGTGATCAGCGCAGCTGTTCCAGGACAGCAGCCGGCCGCCGTCTCCGTGCCGGGAAGCCTGAACTCTGAGCTCGGCTGCGCAGGTGACTGGATGCCGGACTGCGCCCAGGCACAGCTGTCATTGGATGCCACTGATGGACTGTGGAAGCTCTCCGTGCCAAATCTCGCTGCAGGAAGTTACGAGTTCAAGGCCGCGATCAACGGCTCCTGGGCTGAAAACTACGGCCTGGCCGGAGCTCCGAACGGCAGCAACATCGCCTTGAAGCACGACGGCGGCCCGGTCACCTTCGGGTACGACCCCGCCAGCCATCTGGTCACCGTCCGCTAA MLSRNRHRPCPQRPSLTRIAAIVLTTAALTVSAVLPAGAAPASTPDPAAQHSIRGGVSDQNFYFVMADRFANGTKTNDDGGLGSDPMVSGYDPTRKGFFNGGDLKGLQDQLDYIQGLGTNSLWLTPSFKNKAVQGDGTLANSSAGYHGYWVTDFTQIDPHLGTNAELKTLIDAAHARGMKVYFDIITNHTADVIQYQETASAPYISKETEPYRTAAGEVFDDRDYAGTQDFPALDPATSFPYTPVIPEAEKDVKVPSWLNDPTLYHNRGNTNFAGEDSLYGDFFGLDDLFTENPKVVNGMMDVYKTWIRDFGIDGFRIDTMKHVNDEFWQQFGPQVLSYAKEQGKDEFFMFGEVFDTSKSITSKFTTKNQMQAVLDFGFQGAARSFASQSSKATGLADFFNGDDWYTDADSNVYQLPTFLGNHDMGRIGTFIAQDNVGASETELVERDELAHELMYFSRGNPVIYYGDEQGFTGAGGDQDSRQTMFASKVQEYLDDDLLGTSSTHATDNFNTEHPLYKKISELAALTAEHPTLRSGAQQNRYAADGAGIYAFSRIDAKEQREYIVAVNNSETAQTAAIPTYEAKQPFKLVYGDAAKNAKTDSQANLAVTVPPLSAVVYEATGQLAKSKAAPGVVLKKPVTAAGDATRLKVTADVDGNSFYEVTFQARTADGEWTPIGTDDNAPYQVFHDVSSVESGSSVEYRAVVLDNRGQTSASEPKSGVVGEPTQPETVTVAGSLNTELGCTEDWQPGCEQALMSYEPTHRLWQLNVPNLPAGTYEFKAALNGSWDENYGAGGELDGANVVFQHAGGAVTFLYDHATNVISAAVPGQQPAAVSVPGSLNSELGCAGDWMPDCAQAQLSLDATDGLWKLSVPNLAAGSYEFKAAINGSWAENYGLAGAPNGSNIALKHDGGPVTFGYDPASHLVTVR PGPT0018575_131 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-AMYLASE,PGPT0018575-amyA|malS-K01176 NA NA D3-18_04210 1158 hypothetical protein ATGGTGAAGTTCACGAATCGTTTGGTTGCTGAGGTTGTCCAGTCGTTCTGGCAGCAGGTTGCGGACGGTGCCCGTTTTGAAGATGCTGGTGCGTTCGTCGGGTGGTCCGTAATGACGGTCCGCCGTGAGCTGAGGTCCTCAGGAGGGGTCCGGCCCCGTCGGGGCCGGACCCTGACCGGCCGGTCCCTGTCTTTCGAGGAGCGGGAGTTGATCTCGTTATGGCGGGGCAAGGAATCGGTCCGTGAGATCGCCAGACGTTTGGGTCGTTCCCCGTCAACGGTCTCCCGGGAGCTCCGGCGGAACGCTGACAAGGTCTTTTTCTACCGGGCTACCACCGCCCATGCCCGCGCCCACGCCCGGGCAGCCAGGCCCAAGACCGCTAAGCTCAACAGCAACAAGCCCTTGCGCCTGGAAGTCGAAAAGCGGCTCGAAAAGAAAGACTCACCGGTCCAGATCGCTGGCAGACTCCGCAAGGACTTCCCGAACAACCCGGAGATGTGGGTGTCACACGAGACCATCTATCAGTCCCTCTATCTCGAGTCCCGGGGCGGGCTGAAGCGGGAACTGGTCAAGAACCTGCGCACCGGCCGGACCCTGCGCAAACCCCAACGCCGCCCCGACGAACGCCGCGGCAGAATCCAGGACAAGGTCATGATCGCCGACCGTCCCGCCGAGGTCGAAGACCGTGCCGTGCCTGGGCATTGGGAAGGGGACCTGATCGTAGGCAAGGACGGAAAAACCGCCATCGGCACCATCGTGGAGCGCACAACCGGGTTCGTGATGCTCCTCCATGTCCCGACCGGTCAAAACCGTGCCGAGTCTGTTCGGGATGGGCTGATCCGCAAAATGGGCGCCCTTCCCGACGAACTGAGGCTCTCACTGACCTGGGACCAAGGCACCGAAATGCGCAGGCACAAGGAAGTGAAGATCGCAGCCGACATCGACATCTACTTCTGCGATCCCCACTCACCTTGGCAACGCGGCTCGAACGAGAACACCAACGGGCTCCTGCGCCAGTACTTCCCCAAAGGCGCAGACCTAAGCATCTACAGCCAAACCGACCTCGACTACGTCGCCCACGAACTCAACGACAGACCCCGCCAACGATTCGACTTCTGCACCCCCAATGAGATGATCAGAACCTTCCTGTTGCGATAA MVKFTNRLVAEVVQSFWQQVADGARFEDAGAFVGWSVMTVRRELRSSGGVRPRRGRTLTGRSLSFEERELISLWRGKESVREIARRLGRSPSTVSRELRRNADKVFFYRATTAHARAHARAARPKTAKLNSNKPLRLEVEKRLEKKDSPVQIAGRLRKDFPNNPEMWVSHETIYQSLYLESRGGLKRELVKNLRTGRTLRKPQRRPDERRGRIQDKVMIADRPAEVEDRAVPGHWEGDLIVGKDGKTAIGTIVERTTGFVMLLHVPTGQNRAESVRDGLIRKMGALPDELRLSLTWDQGTEMRRHKEVKIAADIDIYFCDPHSPWQRGSNENTNGLLRQYFPKGADLSIYSQTDLDYVAHELNDRPRQRFDFCTPNEMIRTFLLR PGPT0030610_168 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482 NA NA D3-18_04211 1005 hypothetical protein ATGGATCCGATCAAGAACCAGATATCAGCGATTGACCCGCTCACTATCGATCCAGTGGCGGAACCCAACGGCGAAGAAGCGCTCCACAAAATCCTGTCGGGCACCACGGTGTTCAGCGACAGCCGCCCGATCGCCGCAGTGACGTCCCTGGAACAGCGGAGGCGCCGCAAAGCCCAGATTGCCGGGGGACTGTTGCTGGGCGCTGCCGCCGTTACAGCGGGAGTACTTGTGGCCGCCAACTTTGGTTCCGTGAACACCGCGCCGGCGCCTGCCGTCACAGTTACGTCCACTGAAGCGACACCCACGCCCAGCGCATCGGTAACCCCAACGCCCACCGCGACGCCCTCAGCTACTCCGACCCCAGCGCCCACAATCGCCGCGCCGATCATCACCCCGCCCATTGCTCCTACGGTTCCGGCGGTCGCGCCAACAATTGCTCCGACGCAGCCGCCCGTTCCCGCTGCTACTTCCCAGACCTACACCTTCCCCGACGGACACATCTCCTTCACCTACCCGGTGGGATGGACCGTCCGCCCGGAACAAGGGCCTTCCGACGGAGCCACCATCTTGGACAGCACCGGTGCCGAGGTTGCCTTTATGAGCAGCGGCTTCTACGGCGACGGCACCGGTGGCCCGGTGACCAGGACGGTGTATGACCGCGCAGTGGTCCCAGGTCTCACGGACACGTCAGGCAATCCCGTGGAGTTCGGCTTCGCGGCCAATCAGGCCAGGTATGTTCCCTACGGAGCGCCCGCGGATAGTGCCCCGGTGCTGGATCCGCCGAGCTACTTCATGGACCTACGGATTGCTTCCGAACTCCAGCCCGGTGAGACGGGGTCCGGATCCAACCAGATCCTGATGCCCAACGGGTACATGTCCGCACGAGTCATCTTTGACATCAACAAGCAGCCTGCCTTCGCAACCCCGGAAGCTGCCAAGGCCTGGATGGGCAGCGCCCAGTATGCCCAACTCAAGACCATGCTCCTCAGCCTGAGCTACAAATAA MDPIKNQISAIDPLTIDPVAEPNGEEALHKILSGTTVFSDSRPIAAVTSLEQRRRRKAQIAGGLLLGAAAVTAGVLVAANFGSVNTAPAPAVTVTSTEATPTPSASVTPTPTATPSATPTPAPTIAAPIITPPIAPTVPAVAPTIAPTQPPVPAATSQTYTFPDGHISFTYPVGWTVRPEQGPSDGATILDSTGAEVAFMSSGFYGDGTGGPVTRTVYDRAVVPGLTDTSGNPVEFGFAANQARYVPYGAPADSAPVLDPPSYFMDLRIASELQPGETGSGSNQILMPNGYMSARVIFDINKQPAFATPEAAKAWMGSAQYAQLKTMLLSLSYK NA NA NA NA NA D3-18_04212 510 hypothetical protein GTGCTTTCAGAGCGCGAATTGGCGTTTATCGCCATTCACAAAGACAGCTACCCATCCGTTTTCAAGTTCGTCTGCCGACGCGTTGAATCCGCGGAGGTAGCTGAAGAGATCGCGGCCGACGTGTTCCGCATCGTGTGGCAGAAATGGACCGACGATTCCCGCCCGGACCTCCCGTACCTCTTGACGGTTGCACGGAACCTGGTGGGAAATGCGTACAGGAGCCGTGACAGGCGCCTGGCGCTACAGGAAAAACTGCGGACGACGGCGGTCCAGCGGTTTGGTGACAACTCCGAGAACGTTGCTGTCCAAGACGCGATGGAGCGCCTGCGGGAGCAGGACCGCGACATTTTGCAGATGGCCTACTGGGACGGATTGGGGACCGCCGACATCGCGAAGGTGCTGCAGTGCAGCGAATCGGCGGCTAAAGTCCGCCTTCACCGCGCCCGGACAGCCTTCAGAAAACAACTGCCTGCAGGGGCCGAATCGACTACACAGAAGATGGGGGTCTGA MLSERELAFIAIHKDSYPSVFKFVCRRVESAEVAEEIAADVFRIVWQKWTDDSRPDLPYLLTVARNLVGNAYRSRDRRLALQEKLRTTAVQRFGDNSENVAVQDAMERLREQDRDILQMAYWDGLGTADIAKVLQCSESAAKVRLHRARTAFRKQLPAGAESTTQKMGV PGPT0014960_11500 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-BIOFILM_REGULATORS CE-OTHER_BIOFILM_REGULATORS,PGPT0014960-rpoE|sigW-K03088 NA NA D3-18_04213 978 hypothetical protein ATGGTGAAAACAGGACCCGCTGCAGACTGGGCCCGCAAACAGGTAGACCTTAACCGTGTGCCCGTCGCGGTAATGGGCATCGCCTCGAGCCAGGGCATCGAGGACGTCATGGCGTTAGGGTCCGACGACGACAGGCAGGCCACAGCCGACGACCACTTTGCGCTGTTTTCTGTCACCAAACCGATCAGTGCCCTCACGGTCATGCGACAGGTCGAGTTGGGGAAACTTTCCCTTGGAGCTTCGCTGGGTGACGCCCTCCCGGGATTTGGCGCCGGGCGCACGGACACCGTGACCCTTGAGCAGTTGCTCAGCCACCGTTCCGGGATTGCAGACCCAGCGCTCGACGACGGCGCGCCCCTCCGCGAGGCGCTCACCTCCGCGGGGCAAGCCTTTTACGCCGGCTCCCTGGTTCAGTACTGCAACATCGCCTTCGAAGGTGCAGCGGCAATGGCCGAATGGGCTGGCGGACGCCCGTTCGAGGAGCAACTCCTGGCCTTGGCAGGGGACACGGGAGCCCACGGCCTCACGTTCAATACGGAGTGCAACCCGCACACTGTTCATGGCACCGACGCTGCGGGCCTAGATGTCCAGGCCATGTACAAGAACAGGCACCCGGGAGCCGGCCTGTTCGGCACGGCCACAGACCTGCTCAATTTGGGCTCCCAGCTGCTGCGGGACTCCGGAAAAGCGGTTCAGCCCGCAACGCTCGCGGCCATGCGGAGGCCCCGGACCACGGAGGTTTCCCACATCACCACCCGACCCGAGCCACTCCGCCACACCGGGCTCGGCTTCCAGATGCCCGCCAACGAGTCCGAGCTGTTCGCGCAGGGCATTTATGGGCACCCGGGCTGGTCCGGAACGGAGTGGTGGATGTTCCCGGAGCAGGATCGCTGCGTCGTATTCCTGACCAACGTGCTGGACACCCCGGACCGCGGCGTGGACACGAACGAGCTCTTCAACGCGGTGGCGGTCTCCTAA MVKTGPAADWARKQVDLNRVPVAVMGIASSQGIEDVMALGSDDDRQATADDHFALFSVTKPISALTVMRQVELGKLSLGASLGDALPGFGAGRTDTVTLEQLLSHRSGIADPALDDGAPLREALTSAGQAFYAGSLVQYCNIAFEGAAAMAEWAGGRPFEEQLLALAGDTGAHGLTFNTECNPHTVHGTDAAGLDVQAMYKNRHPGAGLFGTATDLLNLGSQLLRDSGKAVQPATLAAMRRPRTTEVSHITTRPEPLRHTGLGFQMPANESELFAQGIYGHPGWSGTEWWMFPEQDRCVVFLTNVLDTPDRGVDTNELFNAVAVS NA NA NA NA NA D3-18_04214 1053 nixA COG3376 Nickel transporter NixA ATGACTGCGCTGACTGAGTTCGCCACCATGTACCGGGAGCGGGAGACGTTGTCCTTGCGTACCAGGCTGTTGTTCACGTTCGGTGCCGTGGCCGCTTTGCACGTTGCCGCCGTCGTGCTGTTGCTTGTTGGAACAGCTGGTGGCGCGCAGGCGCTGGCGCTGGGGTTGGTGATCACCGCGTATGTGGCCGGAATCAAGCACAGTTACGACTGGGACCACATCGCTGCAATTGACAATTCCACGCGTAAATTCGTGGCACAGCACAAGGACCCCGTGAGCGTGGGGTTCGCGTTCAGCTTGGGCCACAGCTCCGTGGTGATCCTCGCCGGGCTGCTGGTGGTGGCGGGCGCGACGCTGATCGGGCAGTTCATGGAGGACGGGACCACGGGAAACAAGGTGCTGGGCCTGATCGGCAGCTGTGTTTCCGGGCTGTTCCTGCTGACGATGGGCTTGTTCAACGGCTCGGCGTTCGTTCGCGCAACGAGCGTCTACCGTCAGGTGCAGCGAGGAGGCGAGCTGAGTCCCGAAGACCTTGAAGCGAAAGGGTTCGTCGCCCGGTTGCTCGCTAAACCGCTGTCCAAAGTGGAGCGGCCACGGAACATCTACGTGATCGGTTTCCTGTTCGGGCTTGGGTTCGATACCGCCACCACCATCGGGCTGCTGGTCATCACCACGACGGCGTCCCTCGCCGGGGTCTCACCGCTTGCCTTGATGGCGCTCCCGCTCGCGTTTACCGCCGCGATGACTCTGTGCGATTCCGTCAACGGCGTGGCCATGATGAAGATGTACAAATCGGCCATCCACAACCCGAGACGGAAGCTCGGATTCAACGCCGTGATTACCGGCATCTCAGCAGTCTCGGCGCTATTCATCGCCGTGATCACGCTCGGGGGATTCGTGAATTCCGCGCTCGAACTCGAAGACCCCCTCACCACGTGGCTTGGCAGCATTGACCTTGGCGACGACGGCCTGATCCTGGTGGGGCTGTTCGTGATCGTCTGGGCGGTGTCCGCAGTCCGTGGGCGCGTAACACGGCCAGCCCCGCCCAACTGA MTALTEFATMYRERETLSLRTRLLFTFGAVAALHVAAVVLLLVGTAGGAQALALGLVITAYVAGIKHSYDWDHIAAIDNSTRKFVAQHKDPVSVGFAFSLGHSSVVILAGLLVVAGATLIGQFMEDGTTGNKVLGLIGSCVSGLFLLTMGLFNGSAFVRATSVYRQVQRGGELSPEDLEAKGFVARLLAKPLSKVERPRNIYVIGFLFGLGFDTATTIGLLVITTTASLAGVSPLALMALPLAFTAAMTLCDSVNGVAMMKMYKSAIHNPRRKLGFNAVITGISAVSALFIAVITLGGFVNSALELEDPLTTWLGSIDLGDDGLILVGLFVIVWAVSAVRGRVTRPAPPN PGPT0004545_491 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_NICKEL_RESISTANCE NICKEL_RESISTANCE-NICKEL_TRANSPORT,PGPT0004545-hoxN|nixA-K07241 NA NA D3-18_04215 924 ureD1 COG0829 Urease accessory protein UreD ATGAGGGCGCCAGTGCAGGTTCCTGTCGATGGTTTGGCCGCTCGGGAAAATGTAGAGCCCGGCTCCATGTTGGCTGTGGGCGGGCGGGGGGAGCGGGGCAGGTTGGAGTTGGGCATTAGTGTGCGCGGGGGGAGGTCCGTTGCTTCGCGGCAGTTTCATGAGGGCGCGTTGAGGGTGTTGCGGCCGCATTACTTGGATGGGTCCGGGCAGGTTTGTTATGTCATGGTCAATCCGGGCGGGGCCTATCTTGGGGCTGATTTGTTTGTTGTTGACGTGGAGGTCGAGGCCGGGGCGGATCTGCTGCTGACAACGCAGTCGGCCACCAAGGTGTATCGGACTCCGGGGTCGTTCGCTGAGCAGCGGATGAACATCAAACTGGGGAAGGGGTCGCGGTTGGAGCTGATGCCCGACCAGTTGATTGCCTACCGGGAGGCGAGCTACCGGCAGAATTCGCGCATTAGTCTCCACCCGGCGTCGAGCCTTGTCATGGCCGAAGTCATCACGCCCGGGTGGTCCCCGGACGGCAGCGTGTTCAAGTACGAAGAGGTGCGGCTGCGCAACGAGATCTGGGTGGAGACCGGTGAGGGGTCCAAATTGTTGGCGCTGGACAATGTGCTGATTCTCCCACCTGTCAACGATGTGACCAGGATGGGGTTTATGGAGGGTTTCAGCCATTTGGGGTCGTTGGTGGTGGTGGACCCGAGGGTGGACCAGGGGCTTGCAGATGAGCTGGACCAAATTGGGCGCGACTTTGACGCCTATACGGGGGTGTCCTTGACCGCGACTATTGCCGGAACTGCCGGGCTTGTGCTGCGATCGTTGTCCAACAGCACTGAGGAACTCAACAATTTGCTGGGTGCCTGCACCGGTGTCCTGCGGGAACGTTGGTATGGGCAGGCGCCCTTGAACCTGAGGAAGTACTAA MRAPVQVPVDGLAARENVEPGSMLAVGGRGERGRLELGISVRGGRSVASRQFHEGALRVLRPHYLDGSGQVCYVMVNPGGAYLGADLFVVDVEVEAGADLLLTTQSATKVYRTPGSFAEQRMNIKLGKGSRLELMPDQLIAYREASYRQNSRISLHPASSLVMAEVITPGWSPDGSVFKYEEVRLRNEIWVETGEGSKLLALDNVLILPPVNDVTRMGFMEGFSHLGSLVVVDPRVDQGLADELDQIGRDFDAYTGVSLTATIAGTAGLVLRSLSNSTEELNNLLGACTGVLRERWYGQAPLNLRKY PGPT0000970_311 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_METABOLISM,PGPT0000970-ureD-K03190 NA NA D3-18_04216 618 ureG COG0378 Urease accessory protein UreG ATGACAGAACCCATCAAAATCGGCGTCGGCGGACCCGTCGGAGCAGGCAAGACCCAGCTCGTGGAACGCATCACCCGACACATGAGCGGCGACATCTCCATGGCCGCCATCACCAACGACATCTACACCATCGAAGACGCCAAAATCCTCGCAGCCAACGGCATACTCCCCGAAAACCGCATCATCGGCGTCGAAACCGGCGGCTGCCCCCACACCGCCATCCGCGAAGACACCTCCATGAACACCGCGGCCATCGAAGAACTCAAAGCCCGGCACCCCGACCTCCAAGTCATCTTCGTCGAATCCGGAGGCGACAACCTCTCCGCCACCTTCAGCCCCGAGCTCGTCGACTTCTCCATCTACATCATCGACGTCGCCCAAGGCGAAAAGATCCCCCGCAAAGCCGGCCAAGGCATGATCAAATCCGACCTGTTCATCATCAACAAGACCGACCTGGCACCCCACGTTGGAGCGGATCTCGCGGTCATGGAACGGGACTCCAAGGAATTTCGCGGCAACAAACCGTTCTGCTTTACGAATCTCAAGACGGACGAAGGGCTGGAAGCCGTCCTCAACTGGATCCGGCGCGATGTCCTGATGCTCGACTTGGCATCGTGA MTEPIKIGVGGPVGAGKTQLVERITRHMSGDISMAAITNDIYTIEDAKILAANGILPENRIIGVETGGCPHTAIREDTSMNTAAIEELKARHPDLQVIFVESGGDNLSATFSPELVDFSIYIIDVAQGEKIPRKAGQGMIKSDLFIINKTDLAPHVGADLAVMERDSKEFRGNKPFCFTNLKTDEGLEAVLNWIRRDVLMLDLAS PGPT0000985_1549 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_METABOLISM,PGPT0000985-ureG-K03189 NA NA D3-18_04217 528 ureF COG0830 Urease accessory protein UreF GTGTTTGTGGGGCAGCAGCTGACTTATTCCGATGGGTTGGCTCTGCGGTTCTTGTATGAGGGCGTGGATGTGGGCTTGTTGGATGGGGTGCTATCTGCCCAGTTGTTGGCTCGGGAGGTTCGGGAGGCCTCCTTGAAGATGGGGGGACGACTGTTGGAGATCGGCGGTGAAGTGTTTCCTTCGGGGGAGTTGGAGGCGTATAGGGCGTTGGTTCGTGGGGGTGGTGCCGGGGGGCATCAACCTTTGGCCTTTGGGGTGATTGCGCGGTCCTTGGGAGTTCCTTTTGAAGCGGCGCTCTCTGCGTATCTATTTGCCACCGTTACTTCGCTGACCCAAAACGCCGTGCGCGCCATTCCGCTCGGGCAGAACGCCGGGCAGCGCGTCCTTCGCCAAGCGCACGACGCCGTCGCTACCGCCGTCGATGATGTAGCACAGCTGTGCTGGGACGACTTCGGGGCCGTCAGTCCCGGCCTCGAAATTTCACAAATGCGGCACGAACGGCAACGCGCCCGCATGTTCATGAGCTAG MFVGQQLTYSDGLALRFLYEGVDVGLLDGVLSAQLLAREVREASLKMGGRLLEIGGEVFPSGELEAYRALVRGGGAGGHQPLAFGVIARSLGVPFEAALSAYLFATVTSLTQNAVRAIPLGQNAGQRVLRQAHDAVATAVDDVAQLCWDDFGAVSPGLEISQMRHERQRARMFMS PGPT0000980_1848 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_METABOLISM,PGPT0000980-ureF-K03188 NA NA D3-18_04218 420 hypothetical protein ATGTATGTAGCTCTCAAACCCCAAAGAATGAGCAAACGCCCCCGTAGGCAACGCAGAGTCAGTCAACTGCTGAAGAGCAAGCTGATATCCGGCACTCAAAGCGCACCGCGCTGTAACTGGGCTCGACAAGCGGAGGCGGGTGATAGGGGCCGCGGTGTGGAGGGCATCGCGAAGCGGGCACGGCCCCTATCACCCGCCGGAGGCTTGCCAACCCCGAAAGCCAGCACCGGGATTCGCCTAGTGCGAATGCTCAGCATGGCGAAAAGGCACCGGCATGACCCGTTCTTGCCTGTCGTAGGGGACGCCGACGCTCTTCAGATAATCTTCGACCGTGTGGTCATACTGACAAACCATGACCTCACCGCCGTATTCGGATGGAGCGTCAAAGAACTGTGCCTGCAAGTGCCGGTTGCCGAGTGA MYVALKPQRMSKRPRRQRRVSQLLKSKLISGTQSAPRCNWARQAEAGDRGRGVEGIAKRARPLSPAGGLPTPKASTGIRLVRMLSMAKRHRHDPFLPVVGDADALQIIFDRVVILTNHDLTAVFGWSVKELCLQVPVAE NA NA NA NA NA D3-18_04219 474 ureE Urease accessory protein UreE ATGATCATCGAAAAAATCCTGGGCAACCTCCACGAACAGCCCAACCACTATGCAGGCCGCCACAAAGAAAAAGTAGTCCTGCCCAGCGCCCTGCTCGTCAAACGCATCCAACGCGTCACCACCGACCACGGCAAAGAACTCGGTATCCGTCTCCCCACCGGAACCGGCGACCTCCGCGACGGCGACATCCTCGCCGTCGACGACCACAACATCATCGTCATCTCCGTGCTGCCCACCGACGTCCTGGTGATCGCGCCGCGCAGCATCCACGAAATGGGGGTCGTGGCACATTCACTCGGCAACCGGCACTTGCAGGCACAGTTCTTTGACGCTCCATCCGAATACGGCGGTGAGGTCATGGTTTGTCAGTATGACCACACGGTCGAAGATTATCTGAAGAGCGTCGGCGTCCCCTACGACAGGCAAGAACGGGTCATGCCGGTGCCTTTTCGCCATGCTGAGCATTCGCACTAG MIIEKILGNLHEQPNHYAGRHKEKVVLPSALLVKRIQRVTTDHGKELGIRLPTGTGDLRDGDILAVDDHNIIVISVLPTDVLVIAPRSIHEMGVVAHSLGNRHLQAQFFDAPSEYGGEVMVCQYDHTVEDYLKSVGVPYDRQERVMPVPFRHAEHSH PGPT0000975_1192 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-UREA_USAGE N-AQUISITION-UREA_METABOLISM,PGPT0000975-ureE-K03187 NA NA D3-18_04220 1731 ureC COG0804 Urease subunit alpha ATGAGCTTCGAAATTCCCCGCAAACAGTACGCCGAGCTGTACGGTCCGACCACCGGTGATGCCATCCGGTTGGCTGACACGGAACTGTTCCTCGAGATCGAGAAGGACCACACGGTCTACGGCGAAGAAGTGGTCTTCGGTGGGGGCAAGGTCATCCGCGACGGCATGGGCCAGAACGGCCAGCTCCTCCGCTCAGATGACATCCCTGACACAGTGATAACCAACGTGATCGTCCTGGACTACACGGGCATCTACAAAGCCGACATTGCCCTGAAAGACGGGCACATCTTCAAAATCGGCAAGGCCGGCAACCCGCAGATCACCCACGGCGTGGACATCGTGATCGGCGCCAGCACGGAAATCATCGCCGGTGAACGGAAAATCCTCACCGCCGGCGGCATCGACACCCACATCCACTTCATCTCCCCGGAACAGGTGCCGGCTGCCCTGTGCAACGGCATCACCACCATGGTGGGCGGCGGCACCGGCCCTGCCGAAGGAACCAAAGCCACCACCATCACACCCGGCGCCTGGCACATTTCCCGAATGCTCCAAGCGGCCGAAGGGCTCCCCGTGAACATCGGCCTCTTCGGCAAGGGTCACGCGTCCGCCGTCGAGCCCCTCGCAGAGCAGATCCGCGCCGGTGCCGTAGGGCTCAAAGTCCATGAGGACTGGGGCTCAACAACCTCATCCATCGACGTGTCCCTGCGCGTAGCAGACGAATACGACGTCCAAGTTGCCATCCACACAGACACCCTCAATGAGTGCGGTTTCGTGGAAGACACCATCCGGGCGATCGACGGGCGCGTGATTCACACCTTTCACACCGAAGGCGCAGGCGGTGGCCACGCTCCGGACATCATCAAGATCGCCGGCCTGCCCAACGTGCTTCCCGCATCTACCAACCCCACGCTGCCGTACACCAAAAACACCATCGAAGAGCACCTGGACATGCTCATGGTCTGCCACCACCTCAACCCCGACATCCCTGAAGACGTGGCCTTCGCTGACTCGCGAATCCGAGCCGAAACCATCGCCGCGGAAGACGTCCTGCACGACCTCGGTATCTTCGCCATCACCTCCTCCGACTCCCAAGCCATGGGACGCGTGGGCGAAGTGGTCACCCGCACCTGGCAGGTGGCTGACGCCATGAAACGCCAACGCGGTGTCCTCCACGATCCGTCCGGAGCCGTGCACGGTTCCGCCGAATCCGACAACTTCCGGCTCAAACGCTACGTCGCCAAATACACCATCAACGCGGCCATTGCCCAAGGAATGGCTGACGTCATTGGCTCCGTGGAAGAAGGCAAATTCGCCGACCTCGTCCTCTGGGACCCTGCCTTCTTCGGCGTGAAACCCGAACTCGTCGTCAAAGGCGGACAAATCGCCTACGCACTCATGGGCGACGCCAACGCCTCCATTCCCACGCCGCAACCACGCACCATGCGGCCCATGTTCGCCACGTACGGCAAGGCACTTCAACAGACGTCCATTACGTTCCTGTCCAAAGCCGCCATCGACGCCGGAGTGCCTGCCGAACTCGGACTCGAACGCATCATCAAACCCGTCACCGGGATCCGCAACCTCAGCAAAGCGGACCTCAAATACAACGGCGAAACCCCGGACATCGCCGTCGACCCCGAAAGCTACAAGGTGAGTGTCGACGGCGTCGAAATCACCTCCCAGCCCTCCGATGTGCTGCCCATGGCCCAGCGCTACTTCCTCTTCTAG MSFEIPRKQYAELYGPTTGDAIRLADTELFLEIEKDHTVYGEEVVFGGGKVIRDGMGQNGQLLRSDDIPDTVITNVIVLDYTGIYKADIALKDGHIFKIGKAGNPQITHGVDIVIGASTEIIAGERKILTAGGIDTHIHFISPEQVPAALCNGITTMVGGGTGPAEGTKATTITPGAWHISRMLQAAEGLPVNIGLFGKGHASAVEPLAEQIRAGAVGLKVHEDWGSTTSSIDVSLRVADEYDVQVAIHTDTLNECGFVEDTIRAIDGRVIHTFHTEGAGGGHAPDIIKIAGLPNVLPASTNPTLPYTKNTIEEHLDMLMVCHHLNPDIPEDVAFADSRIRAETIAAEDVLHDLGIFAITSSDSQAMGRVGEVVTRTWQVADAMKRQRGVLHDPSGAVHGSAESDNFRLKRYVAKYTINAAIAQGMADVIGSVEEGKFADLVLWDPAFFGVKPELVVKGGQIAYALMGDANASIPTPQPRTMRPMFATYGKALQQTSITFLSKAAIDAGVPAELGLERIIKPVTGIRNLSKADLKYNGETPDIAVDPESYKVSVDGVEITSQPSDVLPMAQRYFLF PGPT0000965_179 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0000965-ureC-K01428 NA NA D3-18_04222 372 ureB Urease subunit beta ATGATCCCCGGTGAATACAGGCTCCAGCGCGGTTCCATCGCGTGCAACAGCGGCCGTGCGGCGATCGCCGTCGAGGTTGTGAACCGCGGCGACCGTCCCGTCCAGATTGGTTCGCACTACCACTTTGCCGAGGCCAACAGAGCTTTGGAGTTCGACCGCGACGCCGCTTACGGCCGACGCCTGGACATTCCCGCGGGCACGGCCGCCCGATTCGAACCTGGCGACAGGAAGACGGTCCAGCTGATCGCGATTGCCGGGGCCCGGGAAGTTTTCGGGCTCAGTAACGCCGTCAATGGAAAGCTCGACGGCGGTACTCGCCTGAGTAGGACTGCTTCACTGAGCGGGGCTGCTTCGGAAGGAGACGCCAAATGA MIPGEYRLQRGSIACNSGRAAIAVEVVNRGDRPVQIGSHYHFAEANRALEFDRDAAYGRRLDIPAGTAARFEPGDRKTVQLIAIAGAREVFGLSNAVNGKLDGGTRLSRTASLSGAASEGDAK PGPT0000960_406 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0000960-ureB-K01429 NA NA D3-18_04223 303 ureA COG0831 Urease subunit gamma ATGCATCTTTTGCCCCGCGAGCAGGAGAAACTCATGATCGTGGTGGCCGCAGACCTTGCGCGGCGCCGCCAAGGACGAGGCCTCAAACTGAACTACCCGGAAGCCGTGGCGATCATCAGCTACGAGCTCCTCGAAGGGGCCCGTGACGGCCGAACAGTTGCCCAGCTCATGAGCTACGGGACCACCCTGCTCCGCCGCGAAGACGTGATGGAAGGCGTACCGGAGATGATCCATGACGTCCAGATCGAAGCCACCTTCCCGGATGGCACCAAGCTCGTCACAGTCCACAACCCCATCCGTTAG MHLLPREQEKLMIVVAADLARRRQGRGLKLNYPEAVAIISYELLEGARDGRTVAQLMSYGTTLLRREDVMEGVPEMIHDVQIEATFPDGTKLVTVHNPIR PGPT0000955_1058 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0000955-ureA-K01430 NA NA D3-18_04224 522 ntaB FMN reductase (NADH) NtaB ATGACCCACCACAAGCCCCTGCCATCCGAACCAGTCGACGATTTGTTCAGGGCTGCGTTTCGCGCTCATCCGGCTGGAGTCTCGATTGTTACCGCAACGGGACCGGACGGAGCGGTGGGGCTGACGGCATCCTCAGTAGCATCGGTGGCAGTGGATCCACCCACCCTCGCATTCTCTGTAACCGGCGGCCGTTCGGCTTCTCATATCGCAGCCGCACAGACAGTCGTGGTGCACCTGATCGGCGCTGATCAATTGGAGCTGGCTCGGAGCTTTGCAGATCCATCGGCCCCGCGTTTCACGGACTCCATGGACTGGAAGGTGCTGCCCACGGGAGAGCCCCTGCTCAAGGAAGCCGTTTGGGCATTGCGCTGCGAAATCATCCACCGGGCGCCGCTGGGCGGATCGGTGTTGCTGGCAGCGAGGGTTTTGGATATCCGGTCCAACCCGTCAGATTCAGCTCCGCTGGTTTACCACAACAGGGAGTTCCATACCCTGTTTCGCAGCGTGCAGGCCGTCGCTTAG MTHHKPLPSEPVDDLFRAAFRAHPAGVSIVTATGPDGAVGLTASSVASVAVDPPTLAFSVTGGRSASHIAAAQTVVVHLIGADQLELARSFADPSAPRFTDSMDWKVLPTGEPLLKEAVWALRCEIIHRAPLGGSVLLAARVLDIRSNPSDSAPLVYHNREFHTLFRSVQAVA NA NA NA NA NA D3-18_04225 714 hmuO Heme oxygenase ATGACCGCCTTTTCCGAGGAGCTCAAAAGCCATACAGCCTCCGCGCACGAGCATGCCGAGCAGGCTGGATTCGTCACTGAATTGCTGGCCGGCCGGATGGAGGCTAGCCAGGTAGCAGCTATTCTGCTGCAGAACTATGTCATCTACCGGGCCTTGGAATCAGCGCTGGAAGTCAATGCGGACCCTCGTCTCGCACCCTTTGCTGACCCGGCCCTCATGCGGGTTCCGGCGCTGCAAAAGGACTTGGCTGTCCACTACGGGGATGACTGGGAGCGGAAGCTCGCCGCAGGCCAACTGCATGTGACGCCCGGCGCCAAGGCGTATGCCGATGAACTCCATGAACTCGGTCCGGGCTCGACCACGTATCTCATGGCACACCACTACGTCCGGTATTTGGGTGATCTTTCGGGCGGGCAGATCATCTCCGCTCTTGTTCAGCGGCACTACGGCATCAACCCCGAAGGGCTTAACTTCTACGCTTTTGACAGCATTGGGAAAATCAAGCCGTACAAGGACTCATATCGCAGGCACTTGGACGAGGCCGAATTCTCGGACACCGAGAAGCAGGAAATCCTTCACCATGCCGAGACGGCTTTCGAAACCAACCGGCAGGTCTTCGTGGATCTGATGGACTACTACTTAGAGCTAAGCGACGGCCTGCACGCTGCGAAACAGGGTATGGAACTCCCTGTTGTGGTAAACCAGCGGAGCTGA MTAFSEELKSHTASAHEHAEQAGFVTELLAGRMEASQVAAILLQNYVIYRALESALEVNADPRLAPFADPALMRVPALQKDLAVHYGDDWERKLAAGQLHVTPGAKAYADELHELGPGSTTYLMAHHYVRYLGDLSGGQIISALVQRHYGINPEGLNFYAFDSIGKIKPYKDSYRRHLDEAEFSDTEKQEILHHAETAFETNRQVFVDLMDYYLELSDGLHAAKQGMELPVVVNQRS PGPT0003625_450 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-HEMOPHORES-HEME|HEMIN_UTILISATION,PGPT0003625-pbsA1|hmuO-K21480 NA NA D3-18_04226 1110 hypothetical protein GTGCCCACAACCGAGAATCCCTTTAGACCTACAGCCGGAGCTACTCCGCCGGAAGTCATCGGCCGTTCCGGGCTTCTGGACGAGTTCGAATACGGGCTCGAGCTCGGCTCAGGTGCGCCTGGTTTGCTGTCCATCTTCACTGGAGCGCGGGGTATCGGTAAGACAGTCATGTTGGGGGCAGCCCACGACGTCGCCCGCGAACACGGGTGGGCCGTCATTGCCGAGACCGCCACCGGGGCATTCATGGGCCGCATTGGGGAGAAGATGCGCCGATTGACCCAGGAACTGGCTGACAGCCCTGAATCCCGCCGCCGGATCACCGGGTTGTCGATCGCCGGCTTCAGCATCACCTCCCAGCTGACACCCGAACGCCAGGTCGACTGGCGTGAACTGGGAGAAACCCTGCTGGCGCTACTTGATGAACGCGGCACGGGCCTGCTGATCACGGTGGATGAGATCCACGCCGCTGATCGTACGGAACTCGCCCAACTGGCCGCCAACGTACAGCACTTCATCCAGGACCGCCTACCCATCGCGTTGATCTTCGCGGGACTGCCCTCAGCAGTATCGGACCTCCTGAACGAAGGTGTTGCGACGTTCCTTCGCAGGGCCGACAAAATCGACTTGCACGCCGCAGCTGTCCGCGACGTCGAGAAGTCCTACACCGACACGTTCGCCGCCGCTGACATTAGCATCCCGCCTGAGCTGGTTCGTGAGGCAGCAGCCGCCACAGGCGGATACCCCTTCCTGATCCAGCTCATCGGCTACTTCCTCTGGCGAGAAGCTGAGAAGAACAACGGAACACTCTCTTCTGACGCGGTCGACAGAGCCATAGCCGCCGGCATCCGACGCAACGAACGCGTCGTCATTGAAGCAGCCCTCGCAGCAGCCTCAGCCAAGGACCGTGAATTCCTCCATGCCATGTCCATCGATGACGGACCCTCAGCGACGGCCGACATCATCCACCGCACAGGATCCCGGCCAACCCTCGTTGCGAAATATAGGAACCGGCTCCTCGACGCCGGCCTCATCGAATCAACCGGACACGGCAAGGTTGACTTCGCCATTCCCGGCCTCCGAGAGTACCTGCGCAAGAACCCAGACGCCTGA MPTTENPFRPTAGATPPEVIGRSGLLDEFEYGLELGSGAPGLLSIFTGARGIGKTVMLGAAHDVAREHGWAVIAETATGAFMGRIGEKMRRLTQELADSPESRRRITGLSIAGFSITSQLTPERQVDWRELGETLLALLDERGTGLLITVDEIHAADRTELAQLAANVQHFIQDRLPIALIFAGLPSAVSDLLNEGVATFLRRADKIDLHAAAVRDVEKSYTDTFAAADISIPPELVREAAAATGGYPFLIQLIGYFLWREAEKNNGTLSSDAVDRAIAAGIRRNERVVIEAALAAASAKDREFLHAMSIDDGPSATADIIHRTGSRPTLVAKYRNRLLDAGLIESTGHGKVDFAIPGLREYLRKNPDA NA NA NA NA NA D3-18_04227 1095 dthadh_1 D-threo-3-hydroxyaspartate dehydratase GTGATTCCCGCTGCCGTCATCACCCCTGCCGTCCTGATCGACGTCGATGTCCTGGACCGGAACATCGAACGGATGGCTTCGAGCGTGCGCGGGCGCGGGCTGGGGCTCCGTCCGCATGTGAAGACGCACAAGACACTGGAGATTGCGCGCAAGCAGCTCGCGGCGGGAGCCGTCGGTATAACTGTGGCCACGATCGGTGAAGCTGAGGTCTTCGCTGCGGACGGCGTGACGGACATCTTCATCGCCTACCCGCTCTGGGTTGAAGTGCCACACGCGAAACGCCTACGCGCCTTGGCGGCTCAGTGCCGCCTTGCCGTTGGCGTTGACTCGGTGGAAAGCGCGACGGCGATGGGTGGCCAACTGGGCGCGGACGCCGGAAGCATTGAGGTGCTCATCGAAGTGGACAGCGGGCATCACCGGAGCGGCGTACTGCCGGCCGAAGTGGTGGATGTTGCGCGTGCCGCAGCGTCTGCCGGGTTGAACGTGGCAGGAGTCTTTACCTTCCCGGGGCACAGCTACAAGCCCGGCATGCCGACTGGTGCGGCGAGCAACGAGAATGAATCATTGGCGCAGGCCGCTGAGGCTTTGAGCCAGGCCGGCTTTGAGGTGAAGACCATCAGCGGGGGATCCACACCTACAGCCCTGATCTCCGGTGACACCGCGGCAACTGAACTGCGGCCCGGAGTCTACGTGTTCGGTGATGCTCAGCAACTGGAACTCGAACGCTGCAGCTGGGACGACATCGCCCTGACGGTAGCCGCTACCGTTGTCAGCAGGCACGAAGCCCGCGGCGGGAACGTACGCCGCGTTGTGGTGGACGCGGGCAGCAAGATCCTGGGCAGTGACCGTCCGGACTGGGCCACCGGATACGGACGGCTTCCCGAATTCCCCGAGGCCCGCGTTACCGCGCTATCCGAGCACCACGCCACGGTTGTGTGGCCGGATTCTTCGGAACTGCCATCCCTGGGCACGCGGCTCCGGGTCATCCCCAATCATGTGTGCCTCACCATGAACCTCGTGGACGAAGTTACTGTTGTGCGTGCCGGGGCCGTGGCGGAGCAGTGGGCTGTGGCAGCCCGCGGCCGGAACAACTAA MIPAAVITPAVLIDVDVLDRNIERMASSVRGRGLGLRPHVKTHKTLEIARKQLAAGAVGITVATIGEAEVFAADGVTDIFIAYPLWVEVPHAKRLRALAAQCRLAVGVDSVESATAMGGQLGADAGSIEVLIEVDSGHHRSGVLPAEVVDVARAAASAGLNVAGVFTFPGHSYKPGMPTGAASNENESLAQAAEALSQAGFEVKTISGGSTPTALISGDTAATELRPGVYVFGDAQQLELERCSWDDIALTVAATVVSRHEARGGNVRRVVVDAGSKILGSDRPDWATGYGRLPEFPEARVTALSEHHATVVWPDSSELPSLGTRLRVIPNHVCLTMNLVDEVTVVRAGAVAEQWAVAARGRNN NA NA NA NA NA D3-18_04228 1005 degA_8 COG1609 HTH-type transcriptional regulator DegA ATGGCCGTCACCATGAATGACGTCGCACGCGCGGCGGGAGTCTCGTTAAAGACGGTCTCCAACGTCATCAACAACTACGAGTTCATCCGCCCCGCCACCAAGCAACGCGTCCTTGATGCGATCGACGAGCTCGGTTATGAAACCAACCTGACGGCCCGCAGCCTCCGGTCCGGAAAGACCAGCATGCTCGGTTTGGTCTTGGCCGATCTTTCCATCCCGTACTACGCGGAGCTCGCCTCGGACATCATGAAGGCGGCGTGGGCCCGCGGCTACCGTGTCCTGGTGGAGCAGTCCGGCAACGAGCCGGAGCACGAGAAAGCTGCGCTCCAAGGCCAGTTCCGTAGCCTCACCGACGGCCTCCTGTTCATTCCGCTCGCGCTCGACGCCGAACAGATCATCTCCGCTGCCGGCAAGAAACCGCTGGTCCTCCTGGGCGAATTCGTGCAGGACCCGCGGCTGGACATGGTCCTCATCCAAAACCAGGAAGCTGCGGCCGCGGTAACCACGCACCTGCTGGCGGGTGGCCGCCGTCGTATAGCAGTCCTAGGCGCGCACGACGGCGATGAAGCCGGCAGCAACGGCCTTCGCCTCCGCGGGTACCGGGCTGCGCTCGCTGCCGCCGGCGTGGAGCATGACCCTGCGCTGGTGGTCCCCTGCGATTGGCGTCGCGACGCCGGTGCGGATGCCACCGCGAGGTTGCTGGACAGCGGTGTGGAATTCGACGCCGTCTTCGGGCTCAACGACGCCCTCGCCTTGGGGGCGCTGCACGAACTCCTGGTCCGCGGTCGGAAAGTCCCGGAAGAGATAGCCGTGGCCGGCTTCGATGACATTGATGAGTCGCGGTTCGCGTCGCCGTCGTTGACCACTGTGGCGCCGGGGCGGACGGAAATTGCGGAGCGCGCCGTCGAACTCATCATCCGGCGAATTGAAAGCAAAGACGCCGCACCCACCGTCCAGCAACCGAAAGCGGCCTTCGAAATGCGCGTCAGGCAGTCCGCGCCGTAG MAVTMNDVARAAGVSLKTVSNVINNYEFIRPATKQRVLDAIDELGYETNLTARSLRSGKTSMLGLVLADLSIPYYAELASDIMKAAWARGYRVLVEQSGNEPEHEKAALQGQFRSLTDGLLFIPLALDAEQIISAAGKKPLVLLGEFVQDPRLDMVLIQNQEAAAAVTTHLLAGGRRRIAVLGAHDGDEAGSNGLRLRGYRAALAAAGVEHDPALVVPCDWRRDAGADATARLLDSGVEFDAVFGLNDALALGALHELLVRGRKVPEEIAVAGFDDIDESRFASPSLTTVAPGRTEIAERAVELIIRRIESKDAAPTVQQPKAAFEMRVRQSAP PGPT0021075_1369 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_NUCLEOSIDE_TRANSPORT,PGPT0021075-cytR-K05499 NA NA D3-18_04229 720 hypothetical protein ATGGCCGAGAGTGACGCAGTGCCCACAGCCGAACAGCTGCAGGATCTGCTTTTGGAAAGCCCGGGATTCACCGATTTTCTTCTTGGATTGGCAACCATTTCGGCGTCTCTGCTGGGCGGCGACTCACCTATGCTGTGCGCCATTACCGTGGAGCGTGACGGTGGCCCATCCACGGTTGCCAGCAGCAATGAGGCTGCCCGACGCCTGGACGAAAAACAATACGAGTTCGACGACGGGCCTTGTCTTACGGCGCTCCGCCAGCAGCGCACGGTGTTGATTCCGGACCTTCAGTCCGATGACTCCTGGCAGCATTATGCAAAGGCAATATCCAATGAGGGCATCCGGTCTGTGCTGGCAGTCCCCATTCAAACCGATGACGGATCAAAATCTGCCCTGAACTGTTACTCCAAAGAGCTGGGGACCTTTGGCCCGGACACGGTAGCTCGGGTGGAAAGCCATGCCGCATCACTGTCACGGATTCTGCGACTGGCTCTTCGCCTCCACACCGAGGTCCCCTATCCTGAGCACCTGCGGTCCGCCTTCAAATCCCGCGCCATCGTAGACGCAGCAATCGCACTGATCATGATGCAGAACCACTGCAACCGGGAATCAGCGCTGCGACTGATCCAAGTGGCCTCACGCAACAGCAATAAACGGCTCCATGAAATAGCGGGAGACATCCTGGACCGTGCCGGCTATGCGGATCAGGGGGGAAGGTAG MAESDAVPTAEQLQDLLLESPGFTDFLLGLATISASLLGGDSPMLCAITVERDGGPSTVASSNEAARRLDEKQYEFDDGPCLTALRQQRTVLIPDLQSDDSWQHYAKAISNEGIRSVLAVPIQTDDGSKSALNCYSKELGTFGPDTVARVESHAASLSRILRLALRLHTEVPYPEHLRSAFKSRAIVDAAIALIMMQNHCNRESALRLIQVASRNSNKRLHEIAGDILDRAGYADQGGR NA NA NA NA NA D3-18_04230 264 hypothetical protein ATGAATGCCGAACCTTGGGGCGCATCGGGTAACCATGGAGAATTTGATCAACGTCTGCAGGCCTCTTGCAGATTCCAGGTTGGAAATATCAGCCTTGATAGATTGTGGACTTACTATTTCGGGATTGGAGGAAACGCCGACGAATTGGCTTTGGAGGCCTACCTTAACGAACTTCTGACCCTGGCCCCCGGTCAGATGCAACTCGTAGACACTGCCTTGAAGGAGCTCAGCTCTAACGGTCGGACGGAACCGGCCGGGCAGTAG MNAEPWGASGNHGEFDQRLQASCRFQVGNISLDRLWTYYFGIGGNADELALEAYLNELLTLAPGQMQLVDTALKELSSNGRTEPAGQ NA NA NA NA NA D3-18_04231 783 hypothetical protein TTGACTGAAACCCAGCCCTCGGAGCAGATTCCCGTCCCGGACCCTGACGAGGACCACGTAGACCTGACGGACTTCCTGGTGCACCTGCAGGAGCTACTCGTGGAGAACGCAGACATCCGCGAATTCCTTCAGGATCTCGTCACCATGACTTCCGGAAAACTAAGCCGGGACGGCAATACCATCGCTTGCGGCCTCACCGTAATTCGGCAGAAAAAGCCAGTTGCTGTCGCCGACAGCGATCCCCTGGCCCGAAAACTGGACGACATCCAGAACAGCTACGGAGACGGACCCTGCCTCTCGGCCTTGCGCACACGCACCATTACGCACGTCCCGGATGTCCATGAAGAAACTCGGTGGGCGGACTACATGAAAGCCGCCGCGTGCACGGACGTAGGCTCAATTCTCGCGTTGCCAATGGAACTGAACAGCACCGCGGAAGCCGTCGTGAACCTTTACTCAACGCGTCCCCACGGCTTCTCCCATGAGGACATCGCCGCGGCCGAGAGGATCACAGCAACGGGAGCGAAAGCGCTGTACTTAGCCCTGAAAATCGCCCAGTTGCGGGATGCGCGCGAGAACCTCGCGGCCGCCTTGGCGTCACGCACGGCTATCGACACCGCCGTCGGAATCGTCATGGCGCAGAACCGCTGCAGCCGCGATGCCGCCTTCCAGATCCTGGTCAGCGCTTCCAGTCACCGCAACATCAAACTTCGCACTGTAGCGGAGGGCGTCATCAGCCATGTGGCAGGAGACCGGAATATCCCGACCGCATTTGAGGAGTAG MTETQPSEQIPVPDPDEDHVDLTDFLVHLQELLVENADIREFLQDLVTMTSGKLSRDGNTIACGLTVIRQKKPVAVADSDPLARKLDDIQNSYGDGPCLSALRTRTITHVPDVHEETRWADYMKAAACTDVGSILALPMELNSTAEAVVNLYSTRPHGFSHEDIAAAERITATGAKALYLALKIAQLRDARENLAAALASRTAIDTAVGIVMAQNRCSRDAAFQILVSASSHRNIKLRTVAEGVISHVAGDRNIPTAFEE NA NA NA NA NA D3-18_04232 723 hypothetical protein ATGACGAAGAAGCAACTTCCTCTGGATGAACTCTCCGGTGCCATCGGCAGGATACTGGGCCTTCTCCTCACCGAGGAAAAGGTGGACCATGCAGTTCAGAACCTTTCACAGGCCATCAAGGAATCCGTACCTGGGACCATCGGCGCCGGCGTTTCCATCCTCGATTCCCAAGCCCGCCGAACCAGCACAGGTTTCACGGACAGCATCGTGGAGCAGGCCGACCACCTGCAATACGAGCTGGGTCAGGGTCCCTGCCTCACTGCCTGGGCGTCTGAGGAATCCGTCATCATCAGCGATGTCCGCACCGACCCCCGCTGGCCCGAATGGTCTGCGGCAGTCAGCACCTTACCTATCAGGTCAGTCGTCAGTGCACCGCTCATGGCCAATGGACACAGCATCGGTGCCATCAAAATTTATGCTTCCGAACCTTCCGTGTTTGAAACCGCCGCTGTTTCGTTAATGGATCTTTATGCTTCCCCTGCGGCTACACTTCTAGCCCACATCCAGAGCACCGAAACGCCCAAGCGCATCAGCGAGGGCCTCCAGCTGGCCCTGCACAGCAGGGACTTGGTCAACCGCGCCTGCGGAATCCTCATGGAACGCCACAAAATTACTCATGAACGAGCCCTCCAACAACTGATACTGCAGGCGCGCAACAAGAGCCAGAGCCTCCAGGAAGTCAGCGCGGAGCTGGTAGCCGGGATCCCGGCAGACCGGAACTAG MTKKQLPLDELSGAIGRILGLLLTEEKVDHAVQNLSQAIKESVPGTIGAGVSILDSQARRTSTGFTDSIVEQADHLQYELGQGPCLTAWASEESVIISDVRTDPRWPEWSAAVSTLPIRSVVSAPLMANGHSIGAIKIYASEPSVFETAAVSLMDLYASPAATLLAHIQSTETPKRISEGLQLALHSRDLVNRACGILMERHKITHERALQQLILQARNKSQSLQEVSAELVAGIPADRN NA NA NA NA NA D3-18_04233 309 hypothetical protein ATGGGCTTCGATAACAACGAACCCGAGCAACGGCGCAGACTCCAAGCGGCGCTCTCAGGCGCGGGGATCACCACAGGCACTCTATGGCTGCAGTACTTCAGCATCGGCGGGTCGGTGGGCGAGTACGAGGTTGAAGCTTACCTGCAGGGCATGCTCTCCCTCCCCGAACTGGAACGCGACCTCCTGGCCATGGCTGCTAACGAACTGTCCAACAGCGGTCCCGGACCCCACGCGCCGTACTCCGATGAATTCCCCCTCGACGCTCCGCGGGAAACCGATTCCACGGACGACGGCCCTGCTTCCCAGTAG MGFDNNEPEQRRRLQAALSGAGITTGTLWLQYFSIGGSVGEYEVEAYLQGMLSLPELERDLLAMAANELSNSGPGPHAPYSDEFPLDAPRETDSTDDGPASQ NA NA NA NA NA D3-18_04234 375 hypothetical protein ATGAGCATTGTAAACAGGGATCTTTTCCAGGCATTGAAGACACAGGCAAGCCTGGCGCAGGCGTTCGGCACTTTGCCCGGAAGCCAGGATGAACCACACGCGCTGAAGCCAGGGGAGTTCATCGAGGCGTGGCACAACGGCCGCCTCTATCACCGGGGCACTGTAGTGAAAACAGTGGCCGGCACCGACCTTTTTTGGCTCCAGGACGAAACCGGCAGCCGCCGTCTGCTGGACATGGAGTCAATGGAAATCGTGACTGGCGACGAGCCGGCCCCGGCACCTGCAACGCAGGCACCGGAGCCCACCCCGGCAGCCACGGTTACGCCAATTTCGCCGTACCCCATCTTCCGCGACGGTTCGCAGGCTATCGCCTAG MSIVNRDLFQALKTQASLAQAFGTLPGSQDEPHALKPGEFIEAWHNGRLYHRGTVVKTVAGTDLFWLQDETGSRRLLDMESMEIVTGDEPAPAPATQAPEPTPAATVTPISPYPIFRDGSQAIA NA NA NA NA NA D3-18_04235 1527 abfA_2 Intracellular exo-alpha-(1->5)-L-arabinofuranosidase TTGGGAAATCAAGAGAACCCCGCGGCTAAAATCACCCTCGACCCCGCGTTCGTGGTTGGCCCCGTCAGGAGGAAGACCTTCGGCGCTTTCGTGGAGCACTTGGGCCGGTGCGTCTACACGGGCATCTTCGAGCCCGGGCACCCCAAGGCCGATGACGACGGGTTCCGCACCGACGTCCTGGAGCTCACCAAGGAACTGGGCGTCTCCACGGTCCGGTATCCGGGCGGCAACTTCGTGTCGGGTTATCGCTGGGAAGATGGAGTTGGCCCCAAGGAAGACCGCCCAACCCGGCTTGACCTCGCCTGGCATTCCAGCGATCCCAACTTGGTGGGCGTGGACGAGTTCGCCAAGTGGTCCGAGAAGGCCGGCGTCGAACCCATGATGGCCGTCAACCTGGGCACTCGAGGAACCCAGGAAGCTTTGGATCTGCTGGAGTATTCCAACATCACGGGTGGAACGGCCCTGTCCGAACAGCGCAAGGCGAATGGCGCCGTCGAGCCGCACAACATCAAGATGTGGTGCCTCGGGAACGAGATGGACGGCTTCTGGCAGATCGGCCATAAGAAGGCGGGCGAGTATGCGCGGGTTGCCGCCGAAACGGCGCGGGCGATGCGCATGGTCAATCCGGATCTTGAACTGGTCGCCTGCGGAAGTTCGGCACCCACCATGCCGACGTTTGGTGAATGGGAGCGTGTGGTCCTCAGCGAGACCTATGAACTGGTGGACCTGATCTCGGCGCACCAGTACTTCGAGGACTTCGGAGACTTGCAGGAGCATCTCTCCGCCGGGCACCGGATGGAAGCCTTCATCAAGGACCTCGTGTCCCATATCGACCATGTGAAGTCGGCCACGAAGTCCGCGAAGCAGGTCAACATTTCCTTCGATGAGTGGAATGTCTGGCACATGTCCCGCGATGAGTCCAAGGCCCCTACCGGGGACAATTGGCCGGTTGCACCGGTACTCCTCGAGGACCGCTACACGGTGGCGGACGCCGTGGTGGTGGGCGACCTCCTCATCACGCTGCTGCGCAACACGGACCGCGTCCACTCTGCGAGCCTCGCGCAGTTGGTCAACGTGATCGCGTCGATCATGACTGAGCCGGGTGGTCGCGCCTGGAAGCAGACCACGTTCCACCCGTTCGCGCTCACCGCGCAGAACGCCTCGGGCACAGTGCTGAACCTCGCCGTCGAATCCCCGCTGCTGGAGAGTAAGACGACATCCGGATTCATGTCGCTTTCAGCCGTGGCAACGTTCGACGCCGAAGCCAATGAGGCCGTGGTGTTCGCCGTCAACCGCTCGGCAACTGACGCGCTGACGCTGGATGCCGCCGTCGGAAGCCTGAACCCCGCGCAAATTATCGAGGCTGTCACCTACACCAACAAGGACCCGTACTGGCAGGCGACGGCTGACGATTCGACGTCGGTCCTGCCGTCCGAAAACGTCAGTGTAGAGCTCGACGGCGGCCGCCTCACCGCCGAGCTTCCGGCCGTGAGCTGGAGCATGATCCGCCTAGCCGTGAACTCCTAG MGNQENPAAKITLDPAFVVGPVRRKTFGAFVEHLGRCVYTGIFEPGHPKADDDGFRTDVLELTKELGVSTVRYPGGNFVSGYRWEDGVGPKEDRPTRLDLAWHSSDPNLVGVDEFAKWSEKAGVEPMMAVNLGTRGTQEALDLLEYSNITGGTALSEQRKANGAVEPHNIKMWCLGNEMDGFWQIGHKKAGEYARVAAETARAMRMVNPDLELVACGSSAPTMPTFGEWERVVLSETYELVDLISAHQYFEDFGDLQEHLSAGHRMEAFIKDLVSHIDHVKSATKSAKQVNISFDEWNVWHMSRDESKAPTGDNWPVAPVLLEDRYTVADAVVVGDLLITLLRNTDRVHSASLAQLVNVIASIMTEPGGRAWKQTTFHPFALTAQNASGTVLNLAVESPLLESKTTSGFMSLSAVATFDAEANEAVVFAVNRSATDALTLDAAVGSLNPAQIIEAVTYTNKDPYWQATADDSTSVLPSENVSVELDGGRLTAELPAVSWSMIRLAVNS PGPT0018655_1151 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-ARABINOFURANOSIDASE,PGPT0018655-abfA-K01209 NA NA D3-18_04236 606 hypothetical protein ATGTCATCCGGAACCGTTGCAGCCGCCTACTCCGCCCGCGCAGCCGAATACACCTCGTTGTTCGGGTCCATCAGCAGCACGCATCCGGCCGATCAGCAGCTCGTTCTCGAGTGGGCCAAGGGCCTTTCCGGCAGGGTCATTGACGCCGGCTGCGGGCCAGGACAGTGGACGGACTTCCTGCACTCCGCCGGGGTATCCGTCGAAGGGGTGGACTTGGTCCCGGCGTTCATCGAAACAGCAAGGCAGAGCTACCCGGATGCCCGATTCTCCGTCGGCTCACTTGAAAAGTTACCGACAGCGGATCGGTCACTTGCCGGGATCCTCGCCTGGTACTCCGTAATTCACACACCCCCGGCCGACATCAGCCGGATTCTGGACGAGTTTGCCCGGTGCATTAAGCCCGGCGGCGGCCTTTTGCTCGGCTTCTTCGAAGGCCCCACCCTTGAGGTCTTCCCGCATGCAGTGATTCCGGCCTACTTCTGGCCTGTGGAGGAAATGTCAGCGCCGCTTCAGAAGGCCGGCTTCACAGTGGTCAACACACACTCCCGCGTCGACCCCGAAGCCCGCCCCCACGCCGCCATCGTCGCACTCCGGACGGAACTCTGA MSSGTVAAAYSARAAEYTSLFGSISSTHPADQQLVLEWAKGLSGRVIDAGCGPGQWTDFLHSAGVSVEGVDLVPAFIETARQSYPDARFSVGSLEKLPTADRSLAGILAWYSVIHTPPADISRILDEFARCIKPGGGLLLGFFEGPTLEVFPHAVIPAYFWPVEEMSAPLQKAGFTVVNTHSRVDPEARPHAAIVALRTEL NA NA NA NA NA D3-18_04238 660 hypothetical protein ATGAGCGAACAGCCAGGACCACGTGCGTACGGCGGAGCGAACAGGCATCACAAACCCAAGCCCTTCGCGCCCATCGATTTCGAACCGTTCGCCGGTGGGGCAGATCCCGCCCGGGTTTCGGAGGCAGCCCATCTGGCCGCCCAGGCGCTGGTGAGACGCGGCCGCGACAGCGATGACCCCAAGGTCACCCGCCGCCTGGTGAAGTTGGCTGACGAGCAGGGCCTCGAAGCCATCGCCGAGATGTGGGCCGAGAGCCCTGCACGCTCCTTGCCCGGCGCTCTTTGGAGGCTGTACGCCCTCCGCGCCGCCACCATCCAGAACCCCGAACGGATCTCTGTCTACTTCAGGGCGGGGCGGGACACCGCGCAGGTTTCCAACGTGGTGGCCGGCGCAGCAGAGCCGCCGGGAGCCGACGAAATGAAGACCATGGCTGACGCCATTTTGTCCGGCGCTTTCGACGGCGAGTTCGACGTCGCTCTGGAACGTTCCGCCGCGTTCTGCCGCGTGGTGGCGCTCGGCCAAGCCACCCTTGCGGATGGCGCAGAACACAGCAATGAGGGCCATGCCAGCAAGCTCACGCGCAATTCGCACCAGCTGGTAAAGACGGCCGAAGACCTCGAGCACGCTGCCAACGCGTGGCGCTTGGGCGAGCTCGACTAA MSEQPGPRAYGGANRHHKPKPFAPIDFEPFAGGADPARVSEAAHLAAQALVRRGRDSDDPKVTRRLVKLADEQGLEAIAEMWAESPARSLPGALWRLYALRAATIQNPERISVYFRAGRDTAQVSNVVAGAAEPPGADEMKTMADAILSGAFDGEFDVALERSAAFCRVVALGQATLADGAEHSNEGHASKLTRNSHQLVKTAEDLEHAANAWRLGELD NA NA NA NA NA D3-18_04239 732 hypothetical protein ATGCGCTTCAATAATGTAGTGAAAATCACGGGCCTCGCTGCTGCCGGCCTGCTTGCTCTGACTGCCTGCGGCGGAGCAACGGCGGGCTCGACGACGGCTGGTTCCGAATCGTCGTCGTCCTCGTCTGCATCGGCATCGCCTTCAGCGTCCGCCTCCCCGTTGGCCTCGACGTCGTCAGAAGGCGCCGGCACCTCCTCGGGTTCTTACAAGGTAGCGGCCTGGGCGCTGCCCATCTCCGAGGCAGGGGACAAGCTGGGCAGCCTCAAGGGCGACAGCTTCAGCGTAGACATCTACCAGGTGGCCACGGACGTGGCGTCCAAGGACAGCATGTTCGTGGACAAAGAAACCAAGGAAAACCTGCTCAAGAAGGGCGATCCCGTGGTGTACCTGAACTACGTGGTCACCAACACATCGCAAGCCGATATCCCCTTGAGCCATTCATTGGTCACTCCCAGCGCAAAATATACGGACTGGAAGTACCTGGGCGGCATGCCGTCCGACTCCAGTAGCGATGGGTATAAGAAGCATGGGCTCAGCAGCTCCGGCACCAAGCTCAAGGAAGAGGCCCCGTTCGTGCTGAAGCCGGGCGAGTCCTTCAACATTGCGGAGAATTTCGCCTACACCGCGGGCAAGGAAACCGAGATCGAGGCAACCATGACTCCTGCCGCGGCTGACGGCAAGCTGGACCACGACAAGAAGGAAAAGGCCGAAACCACGGTCACGCTGAAGTAG MRFNNVVKITGLAAAGLLALTACGGATAGSTTAGSESSSSSSASASPSASASPLASTSSEGAGTSSGSYKVAAWALPISEAGDKLGSLKGDSFSVDIYQVATDVASKDSMFVDKETKENLLKKGDPVVYLNYVVTNTSQADIPLSHSLVTPSAKYTDWKYLGGMPSDSSSDGYKKHGLSSSGTKLKEEAPFVLKPGESFNIAENFAYTAGKETEIEATMTPAAADGKLDHDKKEKAETTVTLK NA NA NA NA NA D3-18_04240 618 hypothetical protein ATGAAGCTGCGCCTTTTTCCCCAGGAACCTGCCGGGCTCGTACTGCTCGCGCAGATGGCCGGCGTCATTGTTGCCGCTACTGGAACGCTGTCGGAGATTCTCGGCGCCCCGGCCAGTGAGCACCAGCGTCTCGCCGAAGAATTGCACGAGCACGAGTCCAAGTCACTGGACCTGCATTTCGCGCTGCTGACGCACATGCGCACCAGCTTCGTGAACCCACTCCCGCGCGAGGACATGTACACGCTTTCCCGCCACCTCAATGAGGCCATGGAGAAGCTCGACGCCGCCGGAGAACTTGTAGCCCTCTACAAGCTGGATCGGCTCCCCAAGCGCGCTGCAGACCAGTTGGAGATCATCAGTCGGCAGGCCGAGCTCACCGTGGATGCGATGCGGAAGCTTGAGGACCTGGACGAACTGGAGGACTACTGGATCGAGATCCTTCGGCTGGCCAAGCGTGCAGAGCGGTCGCACCGGATCTGGGTGGCCGAGATGCTCAAGGACATGAAGTCCACGCAGTATGCGCGGCACCGGGACATCGCCAACCAACTGGTGGAAGTTACCAAGGACATGCGGAAGGTCGCCACGCAGGTAGGCAGCATCATCGTCAAGGAATCATGA MKLRLFPQEPAGLVLLAQMAGVIVAATGTLSEILGAPASEHQRLAEELHEHESKSLDLHFALLTHMRTSFVNPLPREDMYTLSRHLNEAMEKLDAAGELVALYKLDRLPKRAADQLEIISRQAELTVDAMRKLEDLDELEDYWIEILRLAKRAERSHRIWVAEMLKDMKSTQYARHRDIANQLVEVTKDMRKVATQVGSIIVKES NA NA NA NA NA D3-18_04241 1017 hypothetical protein GTGACAATCGTCTTCCTGGTCCTCGTAGTTGCTTTGGCCTCCGGGTTTGCGTTCCTCAACGGCTTCCGCGACGTCTCCAACGCCGTCGCGCTGTCCACCCGGACCCGCGCCCTGACGCCTTCAATCGCCGTGCTCTTGGCTGCAGTCTTCAACTTTGTGGGTGCCATGCTCAGCGGCACCTTCATCCTCGCCTTTACGCAATCGTGGATCACGTTGCCGGAGGGCACCAGCGGCCTCACCATGCTGGCGTCGGGGCTCACCGCGGCCATTTTGTGGGGCGTGTACGCGTGGTGGCGAGGCATCCCCCTGTCCTCCACCAACTCGCTGGTTGGCGGCCTGATCGGCGCCGGGGCGGCTAGTGTCCTTGTGGGCGGCAACGCGGTGGGAGGTATGGACAACGTCCTGCTGACCCAAGTGGCGCTGCCCTTGGTGCTCTCCCCCGTCATCGCGTTCATGGCTGCGTACCTGCTCATATGGCCGGTGACGTGGGCTGCGCGCTACGCCCAACCAAGCGTGGTGAACCGGCGGTTCCGCAGGGCGCAGGCCATCTCCGCCGCCGCTGTGGCATTCGGCCATGGGCTCCAGGACGGTCAGCGCACGGCCGCTGTCATGGTGCTGGCCATGGTGGCCGCCGGCTTGTCCAGCGGCAGCGACGTGCCTCTCTGGATCCTCCTGCTCACCGCCATCATGCTCACTGCGGGCACCATGTTCGGCGGTTGGCGGATCTCCCACACCCTCGGCCACAAACTCATTCGGGTGGATCCCCTGCGCGGTTTCGTGGCACAGACATTGACATCCGTGATGCTCTTCATCGGCGCAATCGGATTTCACCTCCCGCTTTCCACCACCCATACGCTGACCGCCTCCGTGCTGGGTTCGGGCGTGAACCAGCGGTTCCACACCGTCAACAGGCGCTTGGTCAGGAGAATCCTGCTGTTCTGGGTGGCCACGCCCTTGATTACGGCCGCGGCGGCCTTCATCCTGGAGCTGGCGTTCTCGCCCCTCGCGGATTTGTAA MTIVFLVLVVALASGFAFLNGFRDVSNAVALSTRTRALTPSIAVLLAAVFNFVGAMLSGTFILAFTQSWITLPEGTSGLTMLASGLTAAILWGVYAWWRGIPLSSTNSLVGGLIGAGAASVLVGGNAVGGMDNVLLTQVALPLVLSPVIAFMAAYLLIWPVTWAARYAQPSVVNRRFRRAQAISAAAVAFGHGLQDGQRTAAVMVLAMVAAGLSSGSDVPLWILLLTAIMLTAGTMFGGWRISHTLGHKLIRVDPLRGFVAQTLTSVMLFIGAIGFHLPLSTTHTLTASVLGSGVNQRFHTVNRRLVRRILLFWVATPLITAAAAFILELAFSPLADL PGPT0002655_2825 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATE_METABOLISM P-SOLUBILISATION-PHOSPHATE_TRANSPORT,PGPT0002655-TC_PIT-K03306 NA NA D3-18_04242 780 pstB1 COG1117 Phosphate import ATP-binding protein PstB 1 ATGTCTAAGCGCATCGACGTCAAAGACCTGAATGTCTACTACGGCAACTTCCTGGCCGTCGAGGACGTCAACATCAACATCCAAGCCAAGTCCGTTACGGCCTTCATCGGCCCGTCCGGCTGCGGCAAGTCCACCTTCCTCCGCACGCTGAACCGCATGCACGAGGTCCTTCCCGGCGCACGCGTAGAAGGCGAGGTCCTCCTGGACGGCGACAACCTCTACGGGCCCGGCGTGGACCCCGTGACCGTCCGCACCCAGGTGGGCATGGTCTTCCAGCGCCCCAACCCGTTCCCCACCATGTCCATCCGCGACAACGTGCTGGCCGGCGTGAAGCTGAACAACAAGAAGATTTCCAAGGGTGCAGCCGATGCCCTGGTTGAGAAGTCCCTGGTGGGAGCCAACCTGTGGAACGAGGTCAAGGACCGCCTGGACAAGCCCGGTTCGGGTCTTTCCGGTGGCCAGCAGCAGCGCCTCTGCATCGCCCGCGCCATCGCCGTCGAGCCCCAGGTAATCCTCATGGATGAGCCCTGCTCGGCCCTCGACCCCATCTCAACCTTGGCCGTCGAGGACCTTATCAACGAGCTCAAGGACCAGTACACCGTGGTGATCGTGACCCACAACATGCAGCAGGCGGCGCGTGTGTCCGACAAGACCGCGTTCTTCAACATCGCAGGCACCGGCAAGCCCGGCAAGCTGATCGAGTTCGCTGACACCACCAGCATCTTCAACAACCCAGGCCAGAAGGCAACGGAAGACTACGTCTCCGGCCGCTTCGGATAA MSKRIDVKDLNVYYGNFLAVEDVNINIQAKSVTAFIGPSGCGKSTFLRTLNRMHEVLPGARVEGEVLLDGDNLYGPGVDPVTVRTQVGMVFQRPNPFPTMSIRDNVLAGVKLNNKKISKGAADALVEKSLVGANLWNEVKDRLDKPGSGLSGGQQQRLCIARAIAVEPQVILMDEPCSALDPISTLAVEDLINELKDQYTVVIVTHNMQQAARVSDKTAFFNIAGTGKPGKLIEFADTTSIFNNPGQKATEDYVSGRFG PGPT0002615_3023 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 D3-18_04243 1104 pstA1 COG0581 Phosphate transport system permease protein PstA 1 ATGTCCGCCACAGTAGTCCGCAAGCGCTCAGCGCTCACCAAGGGTCAACTGCCCAAGTTCGCGCCCTACATTGTCCTGGCCGTCGCACTCATTGTCGGTGCGGCCATCCTGGCGCTCATCGGCTTCAACGCCTTCGGCTGGGGCATCGTCTCCGCCATCCTGTTCGCGGTGGGACTCGTCTCCTGGAGCGGTGCTGTTGAAGGTGCCCGCAAAGCCAAGGACAAGCTTGCCACGTGCCTGGTAGTGGGTGCCTTCCTGGTTGCTTTGCTGCCCCTGATCTCGGTCATCGTCACGGTGCTGGTCAACGGCATTCCCGGACTCATCACCCCCGGCTTCCTGGGCACCTCCATGAACGGTGTCACCGGCGCCTTCGACAACAAGGCAGTGGAAGAGGGCGCGCCCGTCCTCGGCGGTATCTACCACGCCCTGCTGGGCACCCTCCAGATCACGCTCCTTGCCACGGTGATCTCCGTGCCCGTGGGCCTCCTGACTTCCATCTACCTGGTGGAATACGGCAACGACCGTCCGCTGGCCCGCGCCATCACGTTCTTCGTGGATGTCATGACCGGCATCCCGTCCATCGTGGCCGGCCTCTTCGCGGCAGCGTTCTTCTTCGCCATCGTTGGCCCCGGCACCAAGACCGGTGCGGTAGCCGCCGTCGCGCTTTCCGTCCTGATGATCCCTGTTGTGGTCCGCTCCAGCGAGGAAATGCTCAAGATCGTCCCGAACGAGCTCCGCGAGGCGTCGTACGCGCTGGGCGTGCGTAAGTGGCGCACCATCACCAAGGTGGTTATTCCAACGGCGATCTCCGGCATCGCGTCCGGCGTCACCTTGGCGATCGCCCGCGTTATCGGCGAGACCGCGCCGATCCTGGTCACTGCCGGGTTCGCGACCACCATCAACAACAATGTGTTCGGTGGCTGGATGGCCTCGCTGCCCACGTTCATTTACACGCAGATCCTCAACCCGACGTCGCCGTCCAACCCTGGTCCCTCGGACCAGCGTGCTTGGGGCGCCGCACTGGTGCTGATCATCTTGGTGATGCTCCTGAACCTCGGAGCCCGCCTCATCGCCCGCCTGTTCGCACCCAAAACGGGACGCTAG MSATVVRKRSALTKGQLPKFAPYIVLAVALIVGAAILALIGFNAFGWGIVSAILFAVGLVSWSGAVEGARKAKDKLATCLVVGAFLVALLPLISVIVTVLVNGIPGLITPGFLGTSMNGVTGAFDNKAVEEGAPVLGGIYHALLGTLQITLLATVISVPVGLLTSIYLVEYGNDRPLARAITFFVDVMTGIPSIVAGLFAAAFFFAIVGPGTKTGAVAAVALSVLMIPVVVRSSEEMLKIVPNELREASYALGVRKWRTITKVVIPTAISGIASGVTLAIARVIGETAPILVTAGFATTINNNVFGGWMASLPTFIYTQILNPTSPSNPGPSDQRAWGAALVLIILVMLLNLGARLIARLFAPKTGR PGPT0002610_1617 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ANTIMONY_RESISTANCE ANTIMONY_RESISTANCE-PUTATIVE_PST-PHO-PIT_TRANSPORT_SYSTEM,PGPT0002610-pstA-K02038 NA NA D3-18_04244 933 pstC2 COG0573 Phosphate transport system permease protein PstC 2 GTGACCACCAACTCCCTGACAACCTCCCAAGGCGCAGGACGCGCCGGGGACAAGGTTTTCTCCGGGGCCGCCATGGCCGCAGGGTGCCTGATTCTCGCGGTCCTCTTCGGAGTCGCGCTATTCCTTGTGGTGCAGGCCATCCCCGCCCTCACTGCCCCGGCTGAGGACATCCAGGGCGGCAACGGCTTCTTCGCCTACATCGCCCCGATCGTGGTGGGCACCTTGATTGCTGCCGTGATCGCCCTCGTCATCGCCACTCCCGTGGCAATCGGCGTGGCACTGTTCATCTCGCACTACGCCCCGCGCCGGCTCGCTTCGGGCCTCGGCTACGTGGTGGACCTGCTCGCAGCCATCCCCTCCGTTGTCTACGGCGCCTGGGGTGCGGCTTTCCTGGCAAAGGAAATCTCTCCGGCCTACGACTGGCTGGCCACGTACCTCGGCTGGATCCCCATCTTCGAAGGACCGGCATCCGCAACCGGCAAGACCATCCTGACCGCTGGCATCGTCCTGTCGGTCATGGTCCTTCCCATCATCACCTCCCTGTCCCGCGAAATCTTCCTGCAGACCCCCAAGCTGCACGAAGAAGCAGCGCTGGCACTTGGAGCTACCCGCTGGGAAATGATCAAGATGGCCGTGCTGCCGTTCGGCCGCCCTGGCATCATCAGCGCCATCATGCTGGGCCTCGGCCGCGCACTCGGTGAGACCATGGCCGTTGCCTTGGTGCTCTCCTCCGGTGTCCTGACTGCGAGCCTTATCCAGTCCGGCAACCAGACCATCGCCGCGGAGATCGCCTTGAACTTCCCCGAAGCCAGCGGTATCAAGGTCAATACGTTGATCGCCGCCGGACTGGTGCTGTTCGTCATCACGCTGGGCGTGAACATGATCGCCCGCTGGATCATCACCCGGCACAAAGAATTCTCGGGAGCCAACTAA MTTNSLTTSQGAGRAGDKVFSGAAMAAGCLILAVLFGVALFLVVQAIPALTAPAEDIQGGNGFFAYIAPIVVGTLIAAVIALVIATPVAIGVALFISHYAPRRLASGLGYVVDLLAAIPSVVYGAWGAAFLAKEISPAYDWLATYLGWIPIFEGPASATGKTILTAGIVLSVMVLPIITSLSREIFLQTPKLHEEAALALGATRWEMIKMAVLPFGRPGIISAIMLGLGRALGETMAVALVLSSGVLTASLIQSGNQTIAAEIALNFPEASGIKVNTLIAAGLVLFVITLGVNMIARWIITRHKEFSGAN PGPT0002620_3773 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 D3-18_04245 1122 pstS3 COG0226 Phosphate-binding protein PstS 3 GTGAAGGCAACTCACTTCGGCCGCAACGCGGCAATCGCGGTCATCGCAGCCGGCGCTCTCGCGCTCACTGCTTGCGGTTCAGACAACGCAACGGGCACCACCGCCGGCACCCAGTCGGCTGCCTCCGGCCCCAAGGTCACAGGCACCCTGACCGGCATCGGCGCTTCCTCAACCGGCGCAGCCATGGACGCCTGGAAGGCCGGCTTCTCCGCCGCAAACTCCGGCGCAACTGTTCAGTACTCCCCGGACGGTTCCGGCGCAGGCCGCAAGGCGATCATCGACGGCTCGGCACAGTTCGCCGGCTCCGACGCCTACCTGAAGGACGAAGAGCTCGAGAGCTCCAAAGCCACGTGCGGCCCCGAGGGCGCCATCAACATCCCGGTGTACATCTCCCCGATCGCTGTGGCCTTCAACGTTCCCGGCGTCACTGAGCTGAAGCTCGATGCCACCACAGTGGCCAAGATCTTCCGCGGCGAAATCGCCAACTGGAACGATCCCGCAATCGCCGCCCTCAACGAAGGCGTCACCCTGCCGGACCTCAAGGTCACCCCCGTGAACCGCTCCGATGACTCCGGCACCACCACCAACTTCACCGACTACCTCGCAGCTGCTGCACCCGAGGTTTGGACGGACAAGGCTGCCGGCATCTGGCCCGCAACCCTTGCCGGCGAGAACGCCAAGGGCACCTCCGGCGTCGTCAAGACCGTCACCGACACCCCGGGCGCCGTGACCTACGCCGATGACTCCGCTGTTTCCGGCAAGCTGGGCACCGCCTCCATCAAGGTGGGCGAAGAGTTCGTCAAGATCTCCGCAGAAGCCGCTGCCAAGGCTGTTGAAGCAGGCAAGCCTGTGGAGGGCCGCGCCGCCAACGACGTCGCCATCAAGCTGGACCGCAAGACCACCGCATCGGGCGCCTACCCCGTAGTCCTCGTCTCGTACCACGTTGTCTGCACCACCTACGAGACCAAGGAAGTTGCTGACCTGGTCAAGGGCTTCGAAACCTACGTCGTTTCCGACGAAGGACAGAAGACCGCAGCTGACGCCGCGAAGTCCGCACCGCTCTCCAAGACGCTGCAGGACAAGGCCAAGGCCGCTATCGAAACCATCAAGGCCAAGGCCTAA MKATHFGRNAAIAVIAAGALALTACGSDNATGTTAGTQSAASGPKVTGTLTGIGASSTGAAMDAWKAGFSAANSGATVQYSPDGSGAGRKAIIDGSAQFAGSDAYLKDEELESSKATCGPEGAINIPVYISPIAVAFNVPGVTELKLDATTVAKIFRGEIANWNDPAIAALNEGVTLPDLKVTPVNRSDDSGTTTNFTDYLAAAAPEVWTDKAAGIWPATLAGENAKGTSGVVKTVTDTPGAVTYADDSAVSGKLGTASIKVGEEFVKISAEAAAKAVEAGKPVEGRAANDVAIKLDRKTTASGAYPVVLVSYHVVCTTYETKEVADLVKGFETYVVSDEGQKTAADAAKSAPLSKTLQDKAKAAIETIKAKA PGPT0002625_1318 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 D3-18_04246 1128 hypothetical protein ATGGCTGCCGCGAAGGGATTTTCTGCAAGCAAGAGGTTCCTGCGCGCCAGAGTCCGGACGGGCCTGGTCCGCAGCCGCAATTCGCTGACGCCGGCCATCCAGATGACTGTGTGCGCCGTTGGTGCCTACGCTTTTGCTGAATACGTATTGGGCCACCAAGGACCCCTGTTCGCGGCTACTTCTTCGTTGATTGCCCTTGGCTTCTCCCGCGATCCGCGGCTGCGTCGCGTGATCGAGGTGGGCCTGGGCTGCACGCTGGGCATCGTGGTTGGTGACCTGTTGCTTCACTGGCTGGGCGCCGGGATCTGGCAGGCCGCCGTCGTGCTTCTTTTCTCTATCCTCCTGGCCAGGTTCCTGGACAGCGGCACGATTTTCACCACCCAACTGGGGCTGCAGTCATTGCTGGTGGTGCTGCTGCCGGCGCCGGCCGGCGGGCCGTTTACACGAAGCCTCGACGCCGTCATTGGTGGTGTGTTCGCGCTGCTGGTGACCATCCTGGTGCCGAAGGATCCGCGGCGGGAGCCCCGGAAGGACGTCCAAAAAATCCTGCATGAACTCGCCGAGGTGCTCCGTGAGTGCGCCAAGGCGATGATCGAGAGCGACTCCACCACGGCCTGGCACGCCCTGATCCGTGGCCGGAACTGCCAGCCATTGGTTGACCGGATGCGCCAGACTTTGCGGGCTTCGGGTGAGGTTGCCACCCTGGCTCCGGCGCATCGCAGGCACCGCGACGAACTCGCCAGCCTGGAGCATTCGCTGGAATACATCGACCTCGCGCTCCGTAACAGCCGGGTGTTCGCCCGGCGCCTTACCAGCGCAATCAACCATGCAGCGTTGTCCGATGAAGCGATCGAGAGCATCTCCGATGTCCTTCAGGAAACTGCCGCCGCGATTGATGAGATGAACATCGGCTTGTCCGAGCAAAGCGAAGGTACCCGCCGTGTGCATCTCCGCCGTGCCCGGAACGATCTTTCAGATATCGCCGCCCGGCTGCATCCCAAGATGCTTGACGTCCAGAGGCTCGAGGGTGAAACCGTAGTCATGCTGTTCCGGCCGCTCATGGTGGACCTGCTGGAAGCGAGCGGCATGGAGCCGGACGAGGCCCGCGCGGTGCTCCCGGCGCTGTAA MAAAKGFSASKRFLRARVRTGLVRSRNSLTPAIQMTVCAVGAYAFAEYVLGHQGPLFAATSSLIALGFSRDPRLRRVIEVGLGCTLGIVVGDLLLHWLGAGIWQAAVVLLFSILLARFLDSGTIFTTQLGLQSLLVVLLPAPAGGPFTRSLDAVIGGVFALLVTILVPKDPRREPRKDVQKILHELAEVLRECAKAMIESDSTTAWHALIRGRNCQPLVDRMRQTLRASGEVATLAPAHRRHRDELASLEHSLEYIDLALRNSRVFARRLTSAINHAALSDEAIESISDVLQETAAAIDEMNIGLSEQSEGTRRVHLRRARNDLSDIAARLHPKMLDVQRLEGETVVMLFRPLMVDLLEASGMEPDEARAVLPAL NA NA NA NA NA D3-18_04247 1374 radA COG1066 DNA repair protein RadA ATGGCTTCCAAGACCTCCCGAGCATCCAAAACACCCGCCTACAAGTGCGCCGAATGCGGCTGGACCGCCATCAAGTGGGTTGGACGTTGCGGTGAGTGCCAGGCCTGGGGAACGGTGGAGGAGTACGGCGTCACGGTAGCGCGTACGACGGCGGCCGCAACCGTTTTGGAGCCTGCCCGCCGTATCGCTGAGGTGGATGGGACCACGGCAGCGTTCCTGCCCACGGGCGTGGACGAACTGGACCGCGTCCTGGGCGGAGGGCTCGTTCCGGGTGCCGCCATCCTGTTGGCCGGGGAACCCGGCGTCGGAAAGTCCACTCTGCTGTTGGATGTCGCGGCGAAGTTCGCCCGCACGGGGCAGGACGTCCTGTACATCACGGGTGAGGAGTCCGCGGCGCAGGTGAAGCTGCGCGCCGAGCGAATCGACGCCGTCGCCCATACTCTTTATCTCTCCGCGGAAACCGACCTCGGGCAGGCGCTGGGCCAAGTGGAGAAGCTTGAGCCCAAGCTGCTGATTGTGGACTCCGTACAAACCCTGAGCAGTGCGGACGTCGAGGGCAGCGCTGGCGGCGTCTCCCAGGTGCGCGAGGTTGCGGCGTCGATCATCTCTGCGGCCAAGCGGCGCAACATGACCACGCTGCTGGTGGGCCACGTGACCAAGGAAGGCACCATCGCAGGGCCGCGCTTGCTGGAACACCTGGTGGACGTCGTGTGCCAGTTCGAGGGCGAGCGCCATTCCCGCCTGCGACTGCTTAGGGCTGTGAAAAACCGCTACGGCGCCACGGACGACGTCGGATGCTTTGATCTTAATGAGGCTGGCATCGAGGGGTTGGCCGATCCCAGCGGACTGTTCGTTTCGCGGACCCGGGAGCCGGTCTCCGGAACCTGCATCACGGTGACCATGGAGGGCCGCCGGCCACTGCTGGCCGAGGTTCAGTCCCTTCTCGCTGAGAGCGCCAATTCCCAGCCACGCCGCGCCACCAGCGGGCTGGAAAGCTCCAGGGTTGCCATGTTGCTGGCAGTGCTTCAGCAGCGTGCCGGCTGCATGCTTCATAAGGATGATTCCTATGTGGCAACCGTGGGCGGAGTGAAGCTGACGGAGCCGGCCACGGACCTGGCCGTTGCCTTGGCTGTCGCATCGGCGAAGTCCCGCAAGGCGCTCCCCCAACGGCTCATTGCATTCGGCGAGGTGGGCTTGGCTGGCGAAGTACGTCCCGTGCCAGGGATTAACCAGCGCATCCAGGAAGCTCACCGTCTCGGGTTCACGCACGCTATTGTTCCGGCAAGCCCGGCAGGTGCCGGGATTATCCCGGACGGCTTCTCCGTGCGTGAAGTAGGGCACCTGGCCGAGGCGTTGGAACTGCTGATCACGTAA MASKTSRASKTPAYKCAECGWTAIKWVGRCGECQAWGTVEEYGVTVARTTAAATVLEPARRIAEVDGTTAAFLPTGVDELDRVLGGGLVPGAAILLAGEPGVGKSTLLLDVAAKFARTGQDVLYITGEESAAQVKLRAERIDAVAHTLYLSAETDLGQALGQVEKLEPKLLIVDSVQTLSSADVEGSAGGVSQVREVAASIISAAKRRNMTTLLVGHVTKEGTIAGPRLLEHLVDVVCQFEGERHSRLRLLRAVKNRYGATDDVGCFDLNEAGIEGLADPSGLFVSRTREPVSGTCITVTMEGRRPLLAEVQSLLAESANSQPRRATSGLESSRVAMLLAVLQQRAGCMLHKDDSYVATVGGVKLTEPATDLAVALAVASAKSRKALPQRLIAFGEVGLAGEVRPVPGINQRIQEAHRLGFTHAIVPASPAGAGIIPDGFSVREVGHLAEALELLIT PGPT0014905_2529 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0014905-radA-K04485 NA NA D3-18_04248 624 hypothetical protein ATGACCAAACGGAATGTGCTTATCGGGGGACGCTTTTTCTTTGGACTTCTGACCTTGGTGGCCGTGGGAACACAGCTGACAGTTCATCTGGGCATGGGTTATGACCTCTGGAACTTCTTCAGCTACTTCACCAACCTGTCCAACATTTTTGCTGCCCTTGTGCTGCTGATCAGTGGATACCGGGTGCTGATCCGAAAGCGGCCCAGTGAGATCGACGATGTCACCCGAGGCACGGCCACCATTGCCATGGCCGTTGTGGGGTTGGTGTTTGGTGCACTACTGGCCGGTGAGGACCTCGGTTCCCTGCTCCCCTGGGTCAACTTTGTGGTGCACTATCTGATCCCTGTGGTGATGGTGGCGGACTGGCTGTTCCAACCGCCCAGGGCCACCCTCCGCGCCAAGCACATCTGGTATTGGCTGCTCTATCCCATCGGCTACTTGGTCTACAGCCTCATACGCGGAGCGTTCGTCAACTGGTACCCGTACTGGTTCATCGATCCCGCCCGTGCGGGTGGTTGGGGCGGCGTGGTGGTGTTTGCCGTAGCAATTTCCGTCGGCTTCCTCGTCGTGAGCCTGGCAATGCTGTGGCTCGGGAACAAGCTGAAGCGGCAGGTGGATTACTAG MTKRNVLIGGRFFFGLLTLVAVGTQLTVHLGMGYDLWNFFSYFTNLSNIFAALVLLISGYRVLIRKRPSEIDDVTRGTATIAMAVVGLVFGALLAGEDLGSLLPWVNFVVHYLIPVVMVADWLFQPPRATLRAKHIWYWLLYPIGYLVYSLIRGAFVNWYPYWFIDPARAGGWGGVVVFAVAISVGFLVVSLAMLWLGNKLKRQVDY NA NA NA NA NA D3-18_04249 1077 disA COG1623 DNA integrity scanning protein DisA ATGGCCCGGAGTCCGGAAGAGTCGCTCAAGGCGACCTTGGCCAGAGTTGCACCCGGAACTCCATTGCGTGATGGCCTGGAACGCATCCTTCGCGGGCGCACCGGCGCCTTGATTGTGCTGGGCTACGATCGCACCATCGATTCCATCTGTTCCGGCGGATTCGACATCGGCATCGACTTCTCCCCAACCCGCCTCCGGGAGTTGGCCAAGATGGACGGCGCCATCATCTGCGACAAGGATGCCAGCAACATCGTCCGGGCAGCCGTCCAACTGGTGCCCGATTCAAGCATTGAAACCCAGGAATCCGGCACCAGGCACCGCACCGCCGAACGCGTCGCGATCCAGACCGGCGTTCCCGTTATTTCCGTCAGTCAGTCCATGCAAATCATCGCGCTCTACGTGAACGGCCTGCGCCACGTTCTGGAGGGCTCGGAAAAGGTCCTCGCCCGAGCCAACCAGGCCCTCGCAACCTTGGAACGGTACAGTGCCCGCTTGGACCAGGTCACCAGCTCTCTTTCTGCCTTGGAAATCGAGGCACTGGTTACCGTTCGGGACGTCGCAGTCACGCTGCAGCGCCAGGAAATGGTCCGCCGCATCTCGGAGGAAATCGCCCAGTATGTCTTGGAACTGGGTGAAGACGGCCGCCTGCTGTCCCTCCAGGTTGAAGAACTCACCGTGGGTCGCGGCCCGGGCAGTGATGTCATCATCCGGGACTACTCCGATCCCAACGCTACGCCCGAGGAAATCGAAGAAGCCGTCCAGGCCCTCCTCAATCTGGGCCCCACGGAACTGATCGACCTCAGCCGGATTGCCCACATCATCGGCTTCGCGGGTGGGGTGGAGCAACTGGACGCCGTCGTGCAGCCGCGGGGCTACCGTCTGCTGTCCGGCTTGAAGTCCGTGCCGAAGGCGGTAGCTGACCGTTTGGTGGACTACTTCGGCGGGCTCCAGAACCTCATGGCAGCCACCATCGACGACCTCATGACCGTGGACGGCATCGGCGATCAGCGCGCCCGTACCGTCCGCGAAGGCCTGAGCCGCATGGCCGAGGCGAGCCTGCTGGACCGCTTCCTCTAG MARSPEESLKATLARVAPGTPLRDGLERILRGRTGALIVLGYDRTIDSICSGGFDIGIDFSPTRLRELAKMDGAIICDKDASNIVRAAVQLVPDSSIETQESGTRHRTAERVAIQTGVPVISVSQSMQIIALYVNGLRHVLEGSEKVLARANQALATLERYSARLDQVTSSLSALEIEALVTVRDVAVTLQRQEMVRRISEEIAQYVLELGEDGRLLSLQVEELTVGRGPGSDVIIRDYSDPNATPEEIEEAVQALLNLGPTELIDLSRIAHIIGFAGGVEQLDAVVQPRGYRLLSGLKSVPKAVADRLVDYFGGLQNLMAATIDDLMTVDGIGDQRARTVREGLSRMAEASLLDRFL PGPT0014770_415 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-SPORULATION_SIGNALLING,PGPT0014770-disA-K07067 NA NA D3-18_04250 1002 hypothetical protein ATGGACTTCTACGCTTCCGACGCCTTCCTCACGGGTCTGGCCCGCGACTTCTACCGGGCCAAAAGCACTGAACTAAAAACGTACGCACTCCACGGGAGTACCGCGCGCGTCCGGCTTGCTGAGATCAACGGAAAAAGAGTGGTCCACAGCGGCCCCTTCTACGACTACGTGAAGCCCTTGGCCAACGGCGCACCTTTCACCGCGCCGGCCGGAACTGTGAAGTACCTGCCCAAGCTGGTCACGTCCGTCATCGAACTGCCGGATGAGGATCCCACCTCAGTGGTTCCCGCGACCCCCTTGGACCCGGCTCCGCTGGTCATGTGGGGAAAATTCGAAACGTGGGAGTCGTATCAGGCCCTCATTCGGAAACGAAGCAAGAGCTTGCTGAGAACGCAGCGGCAACGGCTTCGGAAGGTAACAGAACAGTTTGGCGAGCCTGAATTTGTTTTCGACAATACGGATATCGCGGCTTTCAACACCTGCATTGCATGGAAGATCCAGCAGTACAAGGGCGGACACGAAACGTTGGAAAGCGCCGAAGCCGTGGCCATGCTCCGACGGCTCTTCGAGGACCGGCACCTGATCCTGTCCACGTTGAAAGTGAAAGATGAATACGTCGGCTTCCATGCCGGCTTTATCTGGCAGGACGAATACCTGGCACTCATTCCCGCCTACAGCCCGGCCTTCGCAAAGCACGGAATCGGCAAGGAAATACTCTTGCGCGTAATGAAGCACAGCTTTGATGCAGGCCACAAGAGTTTCGATTTCCTGCAGGGCGCCGAGACCTACAAATGGGAGTTCGCCACCCACGTCCAGATTATTGAAAACCACGGCACACCGCCACTGATCAATCGTCTGAAAACTACGGCGGAGAGAACGGTCAAGCAGGGACTCGTTTCACTGTCACCGGAGCTCTTCTACCGGGTCAAGCGCCTTGTTTTGGCAGGACGGCGTGTTGCGGCGAATATCCGGGGCGCCCGGAAGGGACCGGACAAAGGTTAA MDFYASDAFLTGLARDFYRAKSTELKTYALHGSTARVRLAEINGKRVVHSGPFYDYVKPLANGAPFTAPAGTVKYLPKLVTSVIELPDEDPTSVVPATPLDPAPLVMWGKFETWESYQALIRKRSKSLLRTQRQRLRKVTEQFGEPEFVFDNTDIAAFNTCIAWKIQQYKGGHETLESAEAVAMLRRLFEDRHLILSTLKVKDEYVGFHAGFIWQDEYLALIPAYSPAFAKHGIGKEILLRVMKHSFDAGHKSFDFLQGAETYKWEFATHVQIIENHGTPPLINRLKTTAERTVKQGLVSLSPELFYRVKRLVLAGRRVAANIRGARKGPDKG NA NA NA NA NA D3-18_04251 729 hypothetical protein ATGGCCAACAACGGTAAGCAGCAGTCGACCGCGCGCACATCAGCGCCGGCGAAGGGTGCTGCCCGTGGCTCATCCCGCGCCGGTACGCCGGGCAAAAGTACCCCGGTGAACAGGCGCCGACCGAGTGCTGCCGTGTATCGCCGTCGTCGGCAGGTGGTTTTTGGCGCCCTGCTGCTGGTCATCGCCCTTATGGTTGGCGGAGTCATCGCGCTCACAGGGGCGCTCGCCGGGACCCAAGAACCGCAGGCAGCCAGCACGCCGGATGTATCAACGGCACCGACGCAGGGGACTGCGCCGACAGGAACAGCGGCGCCTTCGCCTTCGGCCCCGCCCACGCCTGTCTGCGATTTCAACCTGATGACTGTAGCCGCCAAGACCGATAAGCCCGCCTACGGCCCAGAGGAAATTCCGCTGCTGACCATGACCATCACCAACGGCGGCACCGCCCCGTGTGAGGTCAACGTAGGCACCTCCCAAATGGAGTACCTGCTGATGAGCGGATCGGACCGCATCTTCTCGTCAAAGGACTGCCAGACGGGCGGCGAGGACCTCATCAAGACCATCCAACCCGGCAAGAGCGAGACCGCTAACTTCCCATGGCAGCGCAACCGCACGCTTGAAGGCTGTGCCGCGATCACCGCCAAACCGGGCGCAGGCGGCGCTTACTACACGTTTGAAGCGCGCCTCGGGAACAAGGCGAGTGCCAAGGTTGCCTTTCAGCTGAATTAA MANNGKQQSTARTSAPAKGAARGSSRAGTPGKSTPVNRRRPSAAVYRRRRQVVFGALLLVIALMVGGVIALTGALAGTQEPQAASTPDVSTAPTQGTAPTGTAAPSPSAPPTPVCDFNLMTVAAKTDKPAYGPEEIPLLTMTITNGGTAPCEVNVGTSQMEYLLMSGSDRIFSSKDCQTGGEDLIKTIQPGKSETANFPWQRNRTLEGCAAITAKPGAGGAYYTFEARLGNKASAKVAFQLN NA NA NA NA NA D3-18_04252 963 mutY COG1194 Adenine DNA glycosylase GTGGATGGCAGCATGACACTTCCCGATTCCAGCCAGCTGGCAGGCCTCCACCAAGCCCTTGATCAGTGGTTCGCTGAGACTGCCCGCGACCTTCCGTGGCGAGAGCCCGATTGCAGCCCGTGGGGCATCCTGGTCAGCGAAGTGATGCTCCAACAGACTCCCGTTGTGCGTGTGCTCCCGGTGTGGCTTGACTGGATGGAACGCTGGCCCACCCCCGCCCACCTTGCCGACGAGCCATCTGGTGCAGCCCTCCGGCATTGGGGTCGCCTCGGCTACCCACGCCGAGCCCTGCGACTGCATGCGGCCGCCGTCGCAATGCGGGAGCAGCACGACGGCCAGGTCCCTGATACTTACGTTGAACTTCTGGAGTTGCCGGGGGTCGGCAACTACACAGCGGCCGCCGTCGCAGCTTTTGCTTTCGGCCGCCGCGAAACCGTGGTGGACACCAACATCCGGCGCGTCCATGCGCGGCTCATTTCCGGAAGTGCGCTCCCCGCTCCCGCCTTGACCGCCGGGGAGATGCGCCTGGCCGGCGCCCTCCTGCCCGAGGACCGGGAGTTGTCCGTGCGGTGGAACGCGTCCGTCATGGAACTCGGCGCCATGGTCTGCACCGCCCGCAGCCCCAAGTGCGCTGAGTGTCCTGTTCGCTCCAGTTGCGCCTGGCTCGCGGCAGGTGAGCCGCCGCCGTCGTACACCCCTAAGGGCCAGTCCTGGCACGGCACGGACCGCCAGGTACGCGGCGCCGTGATGGCCGTCCTCCGAGAAGCCGCCACACCCGTCCCCCGCGAGATGTTCGAGCAGGCGCCGGCCGACCTGGGGTTCGCGTCTTCCGGCGTCGGCATCCCGCTCGCTGCACTGCATCGGCTCAACTCGGCGCCCGAGCAACTGGAGCGGGCACTTGAGGGTCTGTTGGTGGACGGTCTGGCAGAAATGCACGACGGCGGTCTGCGGCTTCCAGCGTAG MDGSMTLPDSSQLAGLHQALDQWFAETARDLPWREPDCSPWGILVSEVMLQQTPVVRVLPVWLDWMERWPTPAHLADEPSGAALRHWGRLGYPRRALRLHAAAVAMREQHDGQVPDTYVELLELPGVGNYTAAAVAAFAFGRRETVVDTNIRRVHARLISGSALPAPALTAGEMRLAGALLPEDRELSVRWNASVMELGAMVCTARSPKCAECPVRSSCAWLAAGEPPPSYTPKGQSWHGTDRQVRGAVMAVLREAATPVPREMFEQAPADLGFASSGVGIPLAALHRLNSAPEQLERALEGLLVDGLAEMHDGGLRLPA PGPT0014770_1 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-SPORULATION_SIGNALLING,PGPT0014770-disA-K07067 NA NA D3-18_04253 483 hypothetical protein ATGGGCAGGATCGGATTGGCTTTGACCCTTGCCGGGACCGCAGCACTGCTTCCCGGTTGTTTCGCTGAACCTGTGGCCTGTCCGGCGATCGGGCACGTGGCGGGCGTTTCCTTGACCGTCGTTGCCAGCTACGCAGACGACGTTGCTTCGCTTCGGTTGAAGGCGTGCCAGGACGGCATCTGCACTGACAAGGACCTTATCCTGAACCCCGGGGCGACCGCCGTGGACCAAGGTTGCACACCGGATGGCGTGTGCTCCGCGACGTCCTCGCCGGATGGGACGCTTCAGGGTTTCCTCGAGCTTCCTGCCCTCAGTGAAGGTTCGATTGAGGCAACCGTGACTGGCACTTCCCCCACTGGAACGGCGTTGCCGGAAAGCACACTGACCTTCACTCCGAAGGGCGACTATCCGTTCGGTGAGCAGTGCGGGCGGGTGACTATTGCTGCCTTGGCGCTGGATGCAGACGGGTTGCGGCAGCTGTAA MGRIGLALTLAGTAALLPGCFAEPVACPAIGHVAGVSLTVVASYADDVASLRLKACQDGICTDKDLILNPGATAVDQGCTPDGVCSATSSPDGTLQGFLELPALSEGSIEATVTGTSPTGTALPESTLTFTPKGDYPFGEQCGRVTIAALALDADGLRQL NA NA NA NA NA D3-18_04254 468 hypothetical protein GTGCCTGCCAATGATGTCCACCCCGACGTAGCCGAGGCATTGCAGGCTCTGACTCAATTGTCCGGACAGTATTCGCCAGCTATGCCGGAGGCCGACAATCATGAGTACGGCGCCGCCGTCGCCAGCCGAGGGCAGGAACTGATCCGGTTCCGCGTCGGCAAGCTCACCCCTACGAAAGTGGGCCTCTTCGTTGCGGTATGGCGCCGCGCCCAGGACGGTTCCACTGAGCCCTTCCCGGCAGAAGAAGGCATCGGGCTATTGGTGGTCACAGCGCGGGAAGGGAACAACGCAGGCCATTTTGCGTTTCCCGGGTCGGCGCTGGTCAAGCACAGGATTGTTTCCGTGAAAGGTGTCGGCGGAAAGCGCGGCTTCCGGGTCTATCCGCCGTGGTCTGAAGTGAGCAGCGGGCAAGCCCTACGGACTCAACAGTGGCAGTGCGCGTTCTTTACAGATCACGTTCCAGCCTGA MPANDVHPDVAEALQALTQLSGQYSPAMPEADNHEYGAAVASRGQELIRFRVGKLTPTKVGLFVAVWRRAQDGSTEPFPAEEGIGLLVVTAREGNNAGHFAFPGSALVKHRIVSVKGVGGKRGFRVYPPWSEVSSGQALRTQQWQCAFFTDHVPA NA NA NA NA NA D3-18_04255 816 ybeM_1 Deaminated glutathione amidase ATGAGAATCGCGTCCGGGCAATTCAGTGCGGGGACCGATCCCCAGCGCAATCTCGAAGCGGTCAGGCAGTTGATGACGACGGCCGCCCGCGGTGATGCTGAGCTTCTGGTACTTCCTGAGTCCAGTCTCTACGCCAGCAACGAGCCCGCGTCCGTCCTTGCCGGCGTCGCCCAGCCATTGGATGGCCCGTTCATCAGTAGCGTGGCGGCATCAGCCAAGGACCTGCAGTTGCCAGTGGTTGTGGGAACCACCGAGGCAAATCCGGATGGCCTGCCATTCAACACGCTCGTGGCCATTGATGAGGCCGGCGTGGTGCAAGCCACGTATAGGAAAGTGCACTTGTATGACGCTTTCGGATACACGGAAAGCTCCGGAATCTCCCCTGGGGTGATCACAAGCCCGGAGTTGCTGAATATCGCAGGCCTGCACTTCGGAATGCTCACCTGCTACGACCTCAGGTTCCCGGAAAGCTCCCGATTACTGGTGGACGCCGGGGCTGACGTCCTGCTTGTGCCAGCCATGTGGATTGTGGGCCCCGGCAAGGAAGATCACTGGAGCACGTTGGTCCGCGCACGCGCCATCGAGAACACTGCGTACGTGGTCACCGCTAACCAAACAGGCCCCCTTGCCACTGGCTACTCCATCGGGGTGGACCCTTTCGGTGTGGTCCTGGCCAATGCCGGCGAATCGCCGGGCGTCATCTATTGCGACTTGACTGCCGAGCGAATAGCGGAGGTTCGCGGGCGGGTTCCGTCGCTGCTGAACCGCCGCTTCAGGGTGGTCCCGCGGGAGCCCGGAGAACCAGGACCGGCGTGA MRIASGQFSAGTDPQRNLEAVRQLMTTAARGDAELLVLPESSLYASNEPASVLAGVAQPLDGPFISSVAASAKDLQLPVVVGTTEANPDGLPFNTLVAIDEAGVVQATYRKVHLYDAFGYTESSGISPGVITSPELLNIAGLHFGMLTCYDLRFPESSRLLVDAGADVLLVPAMWIVGPGKEDHWSTLVRARAIENTAYVVTANQTGPLATGYSIGVDPFGVVLANAGESPGVIYCDLTAERIAEVRGRVPSLLNRRFRVVPREPGEPGPA NA NA NA NA NA D3-18_04256 840 COG2071 Putative glutamine amidotransferase ATGGAAACCACAGACACCGCAATGAAACCCGTCATCGGGCTCACCACCTACCTTGAACAGGCAGGCACTGACGGTTGCGGCACGGTTAATGCGGCGTTCCTTCCGGAAACTTACTTGGCTCCCATCACGGCGGCCGGAGGTGTGCCGATCCTGCTGCCGCCACAACCCGTCACGGCAGGGGTTATCGAGCTTCTCATCAGCCGCTTGGACGGGTTGGTCATTCCGGGGGGCTGGGATGTTGACCCTGGTTTGTATGGTCAGGAACGCCATGAAAAGACTGATGAGCCGCGCCCGGAACGGGACGCCTGGGAGCAGGCTCTCATCCGTGAAGCCATTCGGCAGGATATTCCCCTGCTGTGCATCTGCAGGGGCGAGCAGTTGTTGAACGTAACCCTCGGCGGCACCCTGCACCAGCATCTCCCGGAGGTGGTTGGCAACGGCAGGTATCAGCTGGGCGGCTATCAGTTCAACCTGATTCCCGTCATGGTTCGTCCGGAGTCCACCCTGGCCAGGCTCACCGGCTTGAGCATGGATGCCGTCCCGGTATCGCACCACCAAGCGGTGGATAAGCTCGGCGAGGGACTCGTGGCTGCAGCATGGAGCGAGGACCAGATCGTGGAGGCCATTGAATATCCGGCAAACACCTTCACGGTAGGCGTGCAGTGGCACCCTGAGGAGCTTCCGGAGGAATTCGGCCTGTTCCGTGGCTTGATTGAAGCAGCACGCGGAAAGTACCTGTCACGCTTGATCCCGGTGACGTCCTCTTCAGCCATGGCTGACCTGAATGAGGCCTTGGAAGGAACACCGTCCCTGACGTCGGAAGACCTGCCCACACTCTGA METTDTAMKPVIGLTTYLEQAGTDGCGTVNAAFLPETYLAPITAAGGVPILLPPQPVTAGVIELLISRLDGLVIPGGWDVDPGLYGQERHEKTDEPRPERDAWEQALIREAIRQDIPLLCICRGEQLLNVTLGGTLHQHLPEVVGNGRYQLGGYQFNLIPVMVRPESTLARLTGLSMDAVPVSHHQAVDKLGEGLVAAAWSEDQIVEAIEYPANTFTVGVQWHPEELPEEFGLFRGLIEAARGKYLSRLIPVTSSSAMADLNEALEGTPSLTSEDLPTL PGPT0007105_154 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QSR-AUTOINDUCER_PERCEPTION CE-QSR-HQQ|PQS_BIOSYNTHESIS,PGPT0007105-trpG|phnB-K01658 NA NA D3-18_04257 1779 asnB COG0367 Asparagine synthetase [glutamine-hydrolyzing] 1 ATGTGCGGAATTGCCGGCGAAATAGCTTTCAGCGGTAGACGGGCGTCCAGGGATTCAGTCCTGGACATGATGGGGGCCATGACCTCCCGGGGGCCGGACGGGCGCGGTACTTGGGACGCCGGTTGGGTGGCAATGGGCCACCAGCGCCTCAGCATCATCGACCTCTCCCCAGCAGGTGCGCAGCCCATGGTGGATGATGGCAAGGTGGCCATCACGTTCAACGGCTGCATCTACAACTACAAGGAACTGCGCCAGGAACTGGAGCCGGAGTTCACTTTCCGGTCAACATCAGACACCGAGGTGATTCTGAAGGCGTACCAAAAGTGGGGCCACGACTTCGTTCACCACCTCACGGGCATGTTTGCGATCGCCATTGCCGATACCCGGCGCAATGAGGTGCTGCTGGTTCGCGACCGGTTGGGTATCAAGCCCCTCTATGTTGCCCACCTCCCGGGGCGGCTGCGATTCGCATCGACTTTGCCGGCAATTCTTGCTTCCGGTGGGATAGACACGTCGCTGAACGAGGTCGCCCTTCACCACTACCTCAGCTGGCACTCCATCGTCCCCGCCCCACGGACCATCCTGAATGGCGTCGCAAAAGTTCCCGCTGCCACTATCCGGACCGTCAGGCCGGACGGCACGTGGCGGGACCGGGAGTACTGGAAGCCCGAATACACGCGGAAGGAACAGCATGCCAACTGGTCCGTGGAGGATTGGCAGGATGCCATTGCTGAGGCTCTTCGAACAGCAGTACGACGCCGGATGGTTGCCGATGTGCCAGTAGGTGTCCTTCTGTCGGGGGGACTCGATTCGAGCCTTCTGGTGGCTTTACTCGCCGAGCAGGGCCAGCACGGGCTGTCCACCTTCAGTATTGGTTTTGATGGAGCTGGCGGTGATTCCGGAAACGAGTTCGCGTACTCGGACCGGATTGCGGAGACTTTCGGGACCAATCACGAGCGGCTCCACGTCAACACCTCTGACTTCGCTCCCGCCATTCCGGCCGCCATCGCGGCAATGTCGGAACCGATGGCCAGCCATGACGTGACGGCCTTCCACCTGTTGTCCGAAGCCGTGTCACGACATCTCAAGGTGGTCCAATGTGGCCAAGGAGCTGATGAGGTGTTCGCTGGTTACAGATACCACCAACCCCTGGCTTCCGTGGCGCGGCACGAAGCACTGAATACTTTTACCGCGGCGTTCGTAGACCACGGCAACCAGGAACTAGCCGAAATGGTGGAACCCGAGTGGTGGACTGGCAAGGATGCCAGCCGGGACGTCCTGGCGACCCACTTGGCGGCCCCTGGTGCCGACACGGCATTGGATGCCGTCCTGCGATTGGACACACATTTGTTGATGGTGGATGATCCCGTGAAACGGCTGGACAACATGTCCATGGCATGGAGCATTGAGGCTCGCGTTCCGTTCCTGGACCAGGATTTGGTGGGGCTGTCCGCCGCTTGCCCGCCGGAGCTGAAAGCATCCCAGGGCGGCAAGGGCATCCTCAAGGACCTGGGGCGCCGGCTCCTGCCTCATGAGGTGGTGGACCGGCCCAAAGGGTACTTTCCGGTACCAGCACTGAGGCATTTGGAGGAACCGTTCCTCACCATGGTGGGCGACGCCCTTCACGCCCCCGAGGCCAAACAGCGCGGCCTTTTCCGCTCTGACTTCATCGAGGGCCTGCTGGCTAACCCCAACGAACGTCGAACACCGGTAAACAGCAACGTCCTTTGGCAGGTGGCGCTCCTGGAAATGTGGCTCCAAAGCCATGGTGTGGGCTGA MCGIAGEIAFSGRRASRDSVLDMMGAMTSRGPDGRGTWDAGWVAMGHQRLSIIDLSPAGAQPMVDDGKVAITFNGCIYNYKELRQELEPEFTFRSTSDTEVILKAYQKWGHDFVHHLTGMFAIAIADTRRNEVLLVRDRLGIKPLYVAHLPGRLRFASTLPAILASGGIDTSLNEVALHHYLSWHSIVPAPRTILNGVAKVPAATIRTVRPDGTWRDREYWKPEYTRKEQHANWSVEDWQDAIAEALRTAVRRRMVADVPVGVLLSGGLDSSLLVALLAEQGQHGLSTFSIGFDGAGGDSGNEFAYSDRIAETFGTNHERLHVNTSDFAPAIPAAIAAMSEPMASHDVTAFHLLSEAVSRHLKVVQCGQGADEVFAGYRYHQPLASVARHEALNTFTAAFVDHGNQELAEMVEPEWWTGKDASRDVLATHLAAPGADTALDAVLRLDTHLLMVDDPVKRLDNMSMAWSIEARVPFLDQDLVGLSAACPPELKASQGGKGILKDLGRRLLPHEVVDRPKGYFPVPALRHLEEPFLTMVGDALHAPEAKQRGLFRSDFIEGLLANPNERRTPVNSNVLWQVALLEMWLQSHGVG PGPT0020150_4255 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARAGINE_DEGRADATION,PGPT0020150-asnB-K01953 NA NA D3-18_04258 1404 dapE_7 Succinyl-diaminopimelate desuccinylase ATGCCTATGGTGGAGGAGTTGCGTCAGGCCGTGAAAAGAGACTTTCCGGAAACCATCGAACATCTCGCGGAGTTGGTTCGAATACCGGCCATGGCGTGGGAAGCCTACGACCCGGGCCAGCTGGACCTCGCCGCCGCTGAGGTAGCAGGCCTCCTCGGAAAAGCCGGGATGGCCGACGTCGTACTCCTCCAAGCGCCGCGCCCGGACGGCAGGCCGGGTGCCCCCGCAGTGGTGGCTCGCAGGCCGGCGAAGCCCGGCAAGCCGACCATCCTGCTGTACGCACACTACGACGTCCAGCCCGTGGGCGATGTGGCGCTATGGCTCAGTCCGCCGTTTGAGGCAGTGGAGCGGGACGGACGCTTATGGGGCAGGGGCGCGGCGGATAACAAAGCAGGAGTGCTCCTGCATGTGGCCGCCCTCCGCTCCGTGCTGCGTGTCCTGGACGTCGGGTTCGGCATGGGAATCACCGTTTTCATCGACGGTGAGGAGGAAGCCGGATCACCCAGCCTCCCCCAACTGCTGCAGGAACACCCCGCACTTCTCAACGCCGACGCCATGGTGGTAGCTGATTCCGGCAACTGGCAGGTGGGCGTTCCTGCGTTGACCACCAGCCTGCGTGGGTTGATATTGGGGACCATCGAAGTTCGTGTCCTGGAACACGCGCTGCACTCGGGCACCTACGGTGGGCCGCTACTTGATGCGGTGACAGTGCTGTCGCGGCTGATCGCCACGTTGCATGACGACGACGGTGCTGTGGCAGTGCGCGGTTTGCCCGTTTTTGAGCCCGAGGCTTCGGCGGATCGTGTTCCCGAGTTCAACGAGGTGCTGTTCCGCGCCGATGCCAAGGTGCCGCCACGCACGAAGCTTGCAGGAACCGGCACAGTGGCATCCCGTTTGTGGAACAAGCCGGCCTTGTCCATCATCGGCGTGGATGCGCCCAGCGTCGCCGAGTCCTCTGACACGTTGTTGCCCATCGCGCGGGCGAGGTTCAGCCTGAGCTTGGCACCGGGCACCAACACGGTGGAGGCCATGGAAGCAGTTCGGCGCCATGTTGAAGGCCACGCCCCTTTTGGTGCGGACGTCCGGCTGATTCCCGGAGGCCGGACCGAGGGATTCGCTGGCGGAACTTCCTTCCCAGCCGCCCGGACCATGCTGGATGCAATGGCTGAGAGTTGGGGAGTACCGGCCGTTTGCATGGGCGTGGGTGGTTCCATCCCTGTGGTGGACACGTTGTCCAAGCTTTGCCCGGATGCCGGCATTCTCATCACTGGAGCCGAGGACCCGGACTCCCGGGCGCACGGCGCAAACGAATCCGTCCATTTGGGCGACTTCCAGAATGCAATCCTTGCTGAGGCGCTGCTCCTGGCCCGGCTGAATTCCGAACCCACTACTGGCCACACCTAA MPMVEELRQAVKRDFPETIEHLAELVRIPAMAWEAYDPGQLDLAAAEVAGLLGKAGMADVVLLQAPRPDGRPGAPAVVARRPAKPGKPTILLYAHYDVQPVGDVALWLSPPFEAVERDGRLWGRGAADNKAGVLLHVAALRSVLRVLDVGFGMGITVFIDGEEEAGSPSLPQLLQEHPALLNADAMVVADSGNWQVGVPALTTSLRGLILGTIEVRVLEHALHSGTYGGPLLDAVTVLSRLIATLHDDDGAVAVRGLPVFEPEASADRVPEFNEVLFRADAKVPPRTKLAGTGTVASRLWNKPALSIIGVDAPSVAESSDTLLPIARARFSLSLAPGTNTVEAMEAVRRHVEGHAPFGADVRLIPGGRTEGFAGGTSFPAARTMLDAMAESWGVPAVCMGVGGSIPVVDTLSKLCPDAGILITGAEDPDSRAHGANESVHLGDFQNAILAEALLLARLNSEPTTGHT NA NA NA NA NA D3-18_04259 801 hypothetical protein ATGACCACCACTGACAGGCCACTCGCCTTGGTCACCGGCGCTTCAAGTGGCATCGGGTTCGAGCTGGCAAGGCAGTTCCTCAGCAACGGATTCGACACCGTCATCGTCGCGGAAAACGACAAGATCCACACGGCCGCAGAGGAACTGAAAGGCCTCGGCGGGGAGGTGTATGTAGAGCAGATTGACCTCACCGACAGGCAAGGCATGGGTCGCTTGCACTCCGCAGTGGCCGCATTGGGCAGACCCTTGGAAGCAGTCGCCATCAACGCCGGCATCGGAGTGGGCGGACCCTTTGTGGAAACTGACCTGGAAGCAGAACTCAAGACGATCGACCTGAACGTCACCTCTACGGTTGTCATCGCCAAATGGGTCGCGTCGGACATGGTTCAACGCAACAGGGGCAGAATCCTCTTCACCTCCTCAGTTATCTCCAGGGCGCCGGCACCCTTCCAAGCCATCTATGGCGCGTCCAAGGCGTTTGTGCAGTCCTTTGGACAGGCACTGCGCAACGAACTGAAGGACACAGGAGTCACCGTCACCACCCTCCTGCCGGGCCCAACAGAGACGGACTTCTTTGAACGGGCCGACCTCCTTCACACCAAGGTGGGGTCGGAAGACAAAGATGACCCGGCGTTGGTCGCCAAACAAGGATTCAAGGCCCTGATGGAAGGTGACGGCAACGTGCTGGGCGGCTCGCTGAAGTCCCGCACCATGGGCCTTGGCAGCAATGTCATGCCCGACGCGGCAGGAGCGGCATTCAACCGCAAACTGAGCGAGCCCGGATCCGGAGAAAACAAGTAA MTTTDRPLALVTGASSGIGFELARQFLSNGFDTVIVAENDKIHTAAEELKGLGGEVYVEQIDLTDRQGMGRLHSAVAALGRPLEAVAINAGIGVGGPFVETDLEAELKTIDLNVTSTVVIAKWVASDMVQRNRGRILFTSSVISRAPAPFQAIYGASKAFVQSFGQALRNELKDTGVTVTTLLPGPTETDFFERADLLHTKVGSEDKDDPALVAKQGFKALMEGDGNVLGGSLKSRTMGLGSNVMPDAAGAAFNRKLSEPGSGENK PGPT0030485_1790 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-OXIDOREDUCTASE_ACTIVITY PUTATIVE-OXIDOREDUCTASE_ACTIVITY-1,PGPT0030485-yqjQ-K07124 D3-18_04260 306 hypothetical protein ATGTCCAACCCCAATGAGGAACAGAACACCGCGGGCGAAGCCATCGAGGACGTCATCGTTCCACAGGACGACGCGTTGCCGAATCCCGACCGTTCCGGCCACGGCAAGATGCCCGAGGACATCGACGACGACGTTTACGAGAAAGCCGCGGAGCAGGAACGCGTCGCCGCAGGCCTTGCTGATTACGCTCCCAGCGACGTGCCGGACGCCACCGAGCCGCTGCCTCCGGAAGCCTCCGAAGAGGCGGATCTGGCACAGCGAGGACTACTGAACACCTCAGACGACGATTCTGAAGAGGACAACTGA MSNPNEEQNTAGEAIEDVIVPQDDALPNPDRSGHGKMPEDIDDDVYEKAAEQERVAAGLADYAPSDVPDATEPLPPEASEEADLAQRGLLNTSDDDSEEDN NA NA NA NA NA D3-18_04261 810 hypothetical protein ATGGAGGGTTCGTTCAAGGGCATCCTGTATCCGGCAAGACTGCCAACCTTTCACCGCTTTCCGGCCCCGGCTTCCGTGACTGACCTGGTGCAATGGTTCTGGATTCCGGAGTGGAACATCGAGCCCGGGCGGTCGTCCCGGCAGCACGTGATCGCCTACCCCACGTCCAACCTGGTGGTGCAAGGCGAAGCCGTCGAATTCTCCGGGCCCACTACCCGAGCGGCCTACCGCGACCTGACCGGCGAAGGCTGGGCTGTTGGCGCGCTCCTCCGCCCGGCCGCGGTGCCGCTGTTCACCGACAACCCGGGAGCTCTCCGCGATCAGGAAGTCGTTTTGGTGCTGGCGAACCTTCACGAAGCCGTGTCAGCAACCATGACCCCCTCTGCCGGTGACACGCACGACGGCGGCGCTCGCCGCGAGGGTGCAGTGGAAGCCTTTGTTGCGTGGCTGGTTTCCCTTGAATGTAAAGCATCCGAGGAAGCCTTGCTCGCGAACCGGATGATGGATGTCATTGCTTCCGAGCCGGACGTGCTCCTGATTGAGGACGTGGCATCACGTCTAGCAGTGTCGCCGAGAACCTTGCAGAGAATCGCCGGAAAGTACGTCGGGCTGAGTCCCTCCGCGCTGATCCGGCGTCGAAGATTGCAGGATGCGGCTGAGCGCACCCGGTCCGACCCAACAGCGGACCTTGCCGCGATCGCCGTCGAACTTGGCTATGCAGACCATGCGCACCTAACGAACGACTTCCGGAAGTACCTGGGCTTCACTCCGAGTGGCTACCGGAAGTCGTTCGGTACAACGCCCGGGTGA MEGSFKGILYPARLPTFHRFPAPASVTDLVQWFWIPEWNIEPGRSSRQHVIAYPTSNLVVQGEAVEFSGPTTRAAYRDLTGEGWAVGALLRPAAVPLFTDNPGALRDQEVVLVLANLHEAVSATMTPSAGDTHDGGARREGAVEAFVAWLVSLECKASEEALLANRMMDVIASEPDVLLIEDVASRLAVSPRTLQRIAGKYVGLSPSALIRRRRLQDAAERTRSDPTADLAAIAVELGYADHAHLTNDFRKYLGFTPSGYRKSFGTTPG NA NA NA NA NA D3-18_04262 513 hypothetical protein ATGACAGATACTACAAGCACAGAATCCACCACGGCAGCCCACGGCGAATACACCACTCACGGCATCCCGAACGGCTTGACCAGCCTCACGCCGTTCCTTGCGGTGCCCAACGCCAAGGAAGCCATCGCGTTCTACTGTGACGTGTTTGGCGCCCGGGTTGTAGGCGAAACCGAAATGGGCGGGATCGTGGTTCACGCCGAACTCGACTTCGGTAACGGGCACCTCCAACTGGGCGAGCCCAGCCCGGAATACCATCTGGTCCCGGCGCCGAGCGGGGAGGACGACTGCTACTCCCTCGGCCTCTACTGCCAGGACGCAGATGGACTCGTCAGGAAAGCCGAGCAAGCCGGGGCCACCATCCGCGAGCCATTGTCCACGTTCGTATCAGGTGACCGCTATGCAAGCATCCGCGATCCCTTCGGCGTTCGCTGGTCCATCATGACGCGCGTTGAGGACCTCTCCGAGGAAGAGAGCAACCGTCGCGTCGATGAATGGGCGGCCCAGCAGGGCTAA MTDTTSTESTTAAHGEYTTHGIPNGLTSLTPFLAVPNAKEAIAFYCDVFGARVVGETEMGGIVVHAELDFGNGHLQLGEPSPEYHLVPAPSGEDDCYSLGLYCQDADGLVRKAEQAGATIREPLSTFVSGDRYASIRDPFGVRWSIMTRVEDLSEEESNRRVDEWAAQQG PGPT0030505_172 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM PUTATIVE-POLYCYCLIC_AROMATIC_HYDROCARBON_CATABOLISM-1,PGPT0030505-phnB|yjdN-K04750 D3-18_04263 360 hypothetical protein ATGGCTATAGCTAAGTTCCCGAGTGTTGTCATCGATTGTCCCGACGCAGCTGCATTGGCTGCCTTCTACGGCGAGCTCTTCGGCTGGGACATCGAGGACAAAGGTGACTGGTTCGATATCCGTCCCAGCGACGGCAGCAACTGCATCTCCTTCCAGCAAGTGGAGGTGTACCAACCGCCAAAATGGCCCGGCCAGACCATCCCTCAGCAGATGCACCTCGACATGGTGGTAGAGGACTTGGACAAGGGGGAGGAAGTGGCGCTTTCCCTGGGTGCCACCAAGGCCGACCACCAGCCCGGAGAGACGTTCAGGGTGTTCCTTGACCCGGCCGGGCACCCGTTCTGCCTCTGCCTGAGCTAA MAIAKFPSVVIDCPDAAALAAFYGELFGWDIEDKGDWFDIRPSDGSNCISFQQVEVYQPPKWPGQTIPQQMHLDMVVEDLDKGEEVALSLGATKADHQPGETFRVFLDPAGHPFCLCLS NA NA NA NA NA D3-18_04264 261 hypothetical protein GTGAACATACTGGTGAAACTTTTCGGCCTGGCAGTCAGCCTCGGAGCCGGCACGATCGCAAACAAGACACTGGAAGGTCTCTGGGAGAAGAGGACCGGTAAGCCCGCCCCGAAGGATGGCACGGATCTCAACGACTCCCTGCCCGGCGTCCTTGTTTTCGCGGTTGTTTCTGCAGGCGTTGGAGCCGTAGTTCACGTTCTCACCCAGCGGGGCACCAAGAGCGCCCTGGCCCGCATGAAGAAGACGGCTGACGAGGTCTAA MNILVKLFGLAVSLGAGTIANKTLEGLWEKRTGKPAPKDGTDLNDSLPGVLVFAVVSAGVGAVVHVLTQRGTKSALARMKKTADEV NA NA NA NA NA D3-18_04265 177 hypothetical protein ATGGGTGCTGACGACAAGATGGAGAACGCTGGCGAGAAGCTTGGTGGCAAGGCTAAGGAAGCTGCCGGAAAGCTGACTGACAACGAACGCCTGGAAGCCGAAGGCAAGGGCGACCAGACGAAAGCCGACCTTAAGGGTGCCGGTGAGAAGCTGAAGGACGCTTTCAAGAAGGACTAA MGADDKMENAGEKLGGKAKEAAGKLTDNERLEAEGKGDQTKADLKGAGEKLKDAFKKD NA NA NA NA NA D3-18_04266 693 dhaM COG1080 PEP-dependent dihydroxyacetone kinase, phosphoryl donor subunit DhaM ATGACAGTGGGGCTAGTGGTTGTATCGCACAGCAGCAAGATCGCTGAGGGAGCGGTGGAACTTGCCGCGCAGATGGCTCCCGACGTCGAACTCGTCGCCGCCGGGGGAACGGACGACGAACGAATCGGAACCAGCCTGGAGAAGGTGCTTGCCGCCGTCGAACAGTCCTTGGTTGATTCCGGCGGCGATGGCGTGGTGGTGCTGACGGATCTGGGCTCGGCCGTGATGACAGCGGAGTCGGCGGTGGAGTTCGCCAGCGATCCGGACGCTGTGCTCCTTGCTGATGCACCGCTGGTTGAGGGGCTCGTGGCTGCCGCCGTTGCCGCCCAAGGAGGTGCCGGCGTCGAGGATGTCTGCAAGGCGGCAGAGGCTGTGGCTTTTGGCAACGTGCCCGCAGGCGTGGGGGGTCCGGAGATCCCCGACGACAAGGATGAACCAGATGCAAGCGGTGACTTCGAGCTCATCAACCCCCTTGGAATGCATGCCCGCCCTGCGGCCAAGATCGCAGGGGGCCTGTCCGGGCTGGACGCGGAAGTGACTGTGAACGGCGTCGACGGCATGTCCATTATGGCGCTTATGGCGCTCGCCGCGGGTAAGGGTTCCACCCTGCGGGTCGAAGCCCGTGGCAAGGATTCGTTGAAGGCCGTTGAATACGTGGGGCGGCTTGTGGAGGAAGGCTTCGGGGAGCTCTAG MTVGLVVVSHSSKIAEGAVELAAQMAPDVELVAAGGTDDERIGTSLEKVLAAVEQSLVDSGGDGVVVLTDLGSAVMTAESAVEFASDPDAVLLADAPLVEGLVAAAVAAQGGAGVEDVCKAAEAVAFGNVPAGVGGPEIPDDKDEPDASGDFELINPLGMHARPAAKIAGGLSGLDAEVTVNGVDGMSIMALMALAAGKGSTLRVEARGKDSLKAVEYVGRLVEEGFGEL PGPT0018450_273 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_PHOSPHOTRANSFERASE_ACTIVITY,PGPT0018450-dhaM-K05881 NA NA D3-18_04267 663 dhaL COG2376 PEP-dependent dihydroxyacetone kinase, ADP-binding subunit DhaL ATGGGGTTGGGCGTTGATTGGGCCGTTGATTGGCTGAAGCTCTCCGCAAAAGCCATGGCCGAGCACCGGGTGGAACTGATTGAGTTGGACCGTCCTATCGGCGACTCGGACCATGGCGAAAACATGGACCGAGGTTTCCAAGCCGTGCTGCAGAAGCTGGATGAGACCCCGCCTGACACTCCGGGAGCAGCATTGAAAGCTGCGGCGATGGCACTCATGTCCAAGGTGGGCGGAGCGGCCGGACCGCTGTACGGCACTGCCTACCTCCGGGCTGCTACCTCGTTGGGGGACAACAGCGATATTGATGCGGAAGCGCTGGCTGGGGCCCTCGCAGCCGCCCGGGATGGAGTGGTGGCCAGAGGCAAAGCCGAGCTCGGGGACAAGACGATGATCGATGCTTGGGCGCCAGCGGTCGAAGCCGCCCAGCAAGCCGCAGCGGGCGGCTCTGACCCCGTTGGCGTGTTGGAAGCGGCCGCGGAAGCTGCCGAAACAGGGGCCATGGCCACGGATCCGTTGGTGGCACGCAAGGGCCGGGCCAGTTACCTGGGGGAGCGCAGTGCAGGGCACCGCGACCCCGGTGCCGCTTCCACTGCCCTGCTCCTTCGCGCGGCGGCAGCTGCAGCTGCAGGCTCCACCGGTGACACGGGAACTGACGCCGTATGA MGLGVDWAVDWLKLSAKAMAEHRVELIELDRPIGDSDHGENMDRGFQAVLQKLDETPPDTPGAALKAAAMALMSKVGGAAGPLYGTAYLRAATSLGDNSDIDAEALAGALAAARDGVVARGKAELGDKTMIDAWAPAVEAAQQAAAGGSDPVGVLEAAAEAAETGAMATDPLVARKGRASYLGERSAGHRDPGAASTALLLRAAAAAAAGSTGDTGTDAV PGPT0018455_155 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_PHOSPHOTRANSFERASE_ACTIVITY,PGPT0018455-dhaL-K05879 NA NA D3-18_04268 1002 dhaK COG2376 PEP-dependent dihydroxyacetone kinase, dihydroxyacetone-binding subunit DhaK ATGAAAAAGCTCATCAATGATCCACGCGCCGTGGTGGACGAGTCCGTTGAAGGTTTCGGCATGGCCCATGCCGACATCGTGGACGTCCATCCCGAGCCTAAGTACGTCATCCGGAAAGGTGCTCCTGTTGCGGGCAAAGTCGCCCTGATTTCCGGCGGAGGCAGCGGCCACGAGCCCCTGCACGCGGGCTTCGTGGGCCTCGGCATGCTGGATGCAGCAGTCCCCGGCGCAGTCTTCACCTCACCCACACCTGACCAGATCATTCCGGCGACCGTGGCAGTGGACTCAGGCGCCGGCGTCGTCCATATCGTGAAAAACTACACCGGCGATGTCCTGAACTTTGAAACCGCCGCCGAAATGGCTCAGGCCGAAGGCGTGCACGTACGTTCGGTGCTGGTAAACGACGACGTCGCGGTGGAGGACTCGCTGTACACGGCTGGCCGGCGCGGCGTTGGCGGAACTGTCCTCGTGGAAAAGATCGCAGGGGCATCCGCCCAACGTGGTGACGACCTGGACGCCGTCACGGCCATCGCCGAGCGCGTGGTGGCTAATGTGCGGACCATGGGTGTGGCGCTGTCCGGCTGCACTGTTCCGCACGCCGGGACGCCGAGCTTTGAGCTCGCGGAAGATGAGATCGAGATTGGCATCGGCATCCACGGTGAGCCTGGCCGGCACAAGATCGCAATGGAAGGCGCTGACGCCATCACGGACCGCCTCTTGGAACCTGTGCTTGAAGATCTTGGCTTGGCGTCCGGGGACAAGGTGCTGCTGTTCGTCAACGGAATGGGCGGCACACCTCAAAGCGAGCTGTACATCGTGTACCGGCGGGCGGCCCAGGTCCTCGCCGAGCGTGGAGCTACCGTGGAGCGCTCCTTGGTGGGGAACTACGTGACGTCCTTGGAGATGCAGGGCTGCTCCGTGTCCGTGCTGCGCCTCGATGACGAGCTGACCAGGCTCTGGGACGCTCCTGTCCACACGGCTGCCCTACGGTGGGGAGCCTGA MKKLINDPRAVVDESVEGFGMAHADIVDVHPEPKYVIRKGAPVAGKVALISGGGSGHEPLHAGFVGLGMLDAAVPGAVFTSPTPDQIIPATVAVDSGAGVVHIVKNYTGDVLNFETAAEMAQAEGVHVRSVLVNDDVAVEDSLYTAGRRGVGGTVLVEKIAGASAQRGDDLDAVTAIAERVVANVRTMGVALSGCTVPHAGTPSFELAEDEIEIGIGIHGEPGRHKIAMEGADAITDRLLEPVLEDLGLASGDKVLLFVNGMGGTPQSELYIVYRRAAQVLAERGATVERSLVGNYVTSLEMQGCSVSVLRLDDELTRLWDAPVHTAALRWGA PGPT0018460_739 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_PHOSPHOTRANSFERASE_ACTIVITY,PGPT0018460-dhaK|dak-K05878 NA NA D3-18_04269 189 hypothetical protein ATGGACCATAGGGTCACGTTCCCCGATTTCTCCGCTTTTCAGATTGACATTCCGCATGGGTCATGGCCGCACGAGGCCTCCTGGCAGGATGCGGGGCACTCGAACCCGGATCTGTACTCGGCCTTCTGGCCGGAGTACCAAGCCCGGAATGAGTCCGAGGCGGTGACAACACAAGCTGCCGAGGACTAA MDHRVTFPDFSAFQIDIPHGSWPHEASWQDAGHSNPDLYSAFWPEYQARNESEAVTTQAAED NA NA NA NA NA D3-18_04270 1449 mcrA Mitomycin radical oxidase ATGCAGTCCCACGCCTCCTTTTCAGATGTTTCAGAACTCCAACTCAGCGTGCGCGGTCCCGTGTTCACGCCTGCCGATCCGGGCTTCGCTCCCGAAGTAGCGGCCTTCAACCTCTCTACACAACACCAACCTGATCTGGCCTTCGGCGCCCTCGACGCAGAGGACGTTTCCACGGCTATTCGCTGGGCGGCTGAACGGGGAATGCCCGTTTCCGTTCAATCCACCGGACATGGTGCCACCAACGCCATCGAAGGCGGCCTGCTCATCAGCACCCGCCGGATGCTGGAACTCAGCATCGATCCCGTTGAGAAGACAGCCCGCGTCGGTGCGGGCGTCCGCTGGAAGGCCGTGGTGGATCTCGCCGCGACCTTCGGCTTGATGGGGCTGTGCGGTTCCACCACCGACGTCGGAGTGGTGGGTTACACCTTGGGCGGCGGCCTGCCCATCCTAGGGCGCAAATACGGCTTCGCTTCAGACCACGTGATCGCTTTCGAGCTCGTCACCGCCGACGGCACGCAGCGCCGGGTGACCAAGGACGAGAACTCGGAGCTGTTCTACCTTCTCCGCGGCGGCAAGGGGAACCTGGGCATCGTCACTGCCATGGAATTCCACCTCTTCCCGGGCTCGGACCTCTTTGCCGGCGGGCTGTACTACGACGGTGAGCATGCCGCTGCGGTCCTCGAGCAGTTCAGTGAGTGGGTGACCTCGCTCCCCCAGGAGGCATCGGCGTCGTTGGCTTTCCTGCGGTTGCCGGACATGGACATCGTTCCCGAGCCGTTGCGCGGCAGGTTCGTGGTCCATCTGCGTTACGCCTATCAGGGTGACGCAGCGGTGGCCTCGCAACTGCTGGAGCCGATGCGCCAGAGTGCGCCTTTCATGATGGACGGGACCGGCCCGCTGGACGCCACGCAGTTCGACACGATCCACCAGGACCCGGACCAGCCCGTGCCCGTACGCGAGCGGGGCTTCCTCTTGGACCGCTTGGACGATGGAGCCAAGGAAGCGATCCTGCGGCACTTCGGCCCCGGCGTCGAAAGTCCCGTGTTGATGGCTGAGGTGCGGCTGCTCGGCGGCGCATTGGCCAAGAGTGCCGAAGGCGAGGACACTGTTGGCGCCCGCGACGCAGCGTTCAGCTTCTTCATGGCAGGCATGGCGGTCCCGCCGCTGGCGGAGCTGCTTCCGCTAGTGTTCGACGCCGTTCGTGAGGACCTGCGCGAGGCCTCCAATGGCGGGACTTTCGTGAACCTGCACGGCCACTTTGTTGACGCTGAGGACAGGGAGCGGGCCTGGGGTCCGACAGTTCGAGAACGGCTCAGGAAGGCAAAAGCGGAGCTCGATCCGAAGAACATGTTCAGTTTCGGGCATGTTGTGGGGCTTCCGGTCATTGATCAGACCGTGCTGCTTGAGGACGTTGTTACTGCCGGCGGCGACGCCGTCCTGAACAGCTGA MQSHASFSDVSELQLSVRGPVFTPADPGFAPEVAAFNLSTQHQPDLAFGALDAEDVSTAIRWAAERGMPVSVQSTGHGATNAIEGGLLISTRRMLELSIDPVEKTARVGAGVRWKAVVDLAATFGLMGLCGSTTDVGVVGYTLGGGLPILGRKYGFASDHVIAFELVTADGTQRRVTKDENSELFYLLRGGKGNLGIVTAMEFHLFPGSDLFAGGLYYDGEHAAAVLEQFSEWVTSLPQEASASLAFLRLPDMDIVPEPLRGRFVVHLRYAYQGDAAVASQLLEPMRQSAPFMMDGTGPLDATQFDTIHQDPDQPVPVRERGFLLDRLDDGAKEAILRHFGPGVESPVLMAEVRLLGGALAKSAEGEDTVGARDAAFSFFMAGMAVPPLAELLPLVFDAVREDLREASNGGTFVNLHGHFVDAEDRERAWGPTVRERLRKAKAELDPKNMFSFGHVVGLPVIDQTVLLEDVVTAGGDAVLNS PGPT0031395_4 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BACTERICIDAL_COMPOUNDS|ANTIBIOTICS BACTERICIDAL-FERROVERDIN|BAGREMYCIN_METABOLISM,PGPT0031395-fevA2|bagG-NA NA NA D3-18_04271 510 argA COG1246 Amino-acid acetyltransferase GTGAATTCGACCTTCAGCCTTCGTCCTGCCCGCACCAGTGATGTGGCGGCCATCAAGAGGCTTGTGGCGCCCCTGGCCGAGGAACGGATTCTCATGGCCAAGGAGACGGTGGCGTATTACGAGAGCCTCCAGGAATTCCGGATCGCCGAGTCTGATGAAGGTGAAGTCATCGGCTGTGGCGCTCTCCATGTGATGTGGGAGGATCTTGCCGAGATTCGCACCTTGGCCGCGGCTGACTCATGGCGTGGGCGGGGTGTGGGGCACGTCTTGGTGGAGAACCTGCTGGAGGAAGCCCGGGCGCTTGGCGTGAGCCGCGTGTTTTGCCTGACTTTTGAGGTGGACTTCTTCAAGCGCCACGGATTCGAAGTCATGGCGGACCAGTCGGCCGTGGATCCTCAGGTGTACTCCGAGCTGCTGCGCTCGCACGACGAAGGTGTGGCGGAGTTCCTGGATCTTGCCCGCGTGAAGCCCAACACCTTGGGCAACACCCGCATGATCAAGCAGCTTTAG MNSTFSLRPARTSDVAAIKRLVAPLAEERILMAKETVAYYESLQEFRIAESDEGEVIGCGALHVMWEDLAEIRTLAAADSWRGRGVGHVLVENLLEEARALGVSRVFCLTFEVDFFKRHGFEVMADQSAVDPQVYSELLRSHDEGVAEFLDLARVKPNTLGNTRMIKQL PGPT0014241_398 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-PROLINE_METABOLISM,PGPT0014241-argA-K00619 NA NA D3-18_04272 1239 hypothetical protein ATGCCAACACCTGCGGAGGCACGCATCCCGATCACTCCGGTTTCATTCGAGACCCTCGACTGGAAGCCGCAGGCGCCTGAGATGTTCTCACGCGCAGAGGTGGCGCGTCAGACGGGCCCCTATGAAGCGGCCGTCACCGCGTCTATTGCCGGCTGGACTCCCAGCATCTCCGGTGAAATCTTTGCCGACGTTGAGGATGCAACACGGCAGCTCGTCGATTTCGACAAGCATGCGCAGCAGACACTTGGCACCAACAACCCCGCGCTCGGACCAATGACGGCAATCCTACTGCGCACGGAGTCGGCCTCCAGCTCGCAGATCGAACAGTTGACGACGTCGGCGAAGCAGCTCGCCCTCGCTGAAATCAACGAGGGCGATAAAGCGAACGCTCTGACTGTCGTCGGCAACGTCCATGCGATGGAGGCGGCCCTCCAACTGGCCGACGACATCACTGAAGCGACCATCCTTTCCATGCACGAGGCGCTGATGATTCATCAGCGCGGTTTCGATCCACTCGACGCCGGCCGCTTTCGCGGGGAACCTGTGTGGATCGGCCGCGGAGAAGCCGGCCCGCGATTGGCCGACTTTGTAGCCCCACACCATGACCGGATCCGCGATGCCATCAAGGACCTGGTTGGATTCGTCAACCGTCAAGACCTACCCGTGATCGTTCAGGTCGCGGTCAGCCACGCACAGTTCGAAACGATCCATCCGTTCCCTGACGGCAATGGCAGGACCGGCCGAGCACTGGCACAGTCGATCCTCCGCAACAAAGGTCTGGTCGGCTCAACCGCGGTGCCGATCTCCGCCGGCCTCCTCGTCCACACAGAGCGCTACTTCGAGGCACTGGGCTCCTTCCGTGCCGGCGACGCCGGGCCAATCGTCCGCGAGTTCGCCCAGGCAAGCCGGATCGCCGCGACTACAGGGTCGCGGCTCGTGGACAACCTTGTGGAACAGCTTGAGGACTCCCGTGCGAAAATGACGGGCCTCCGGTCAGACGCCGCGGCGTGGAAGGTGCTGCCCACACTGATCGGGCAGCCCGCAGTGAACTCGAAGTACCTTATGAGAAAGCTCGGCCTCGGCGAGATGGCAGCGCAGCGCGCGCTCGACGCTCTCACTGACCGCGGCGTGCTCGTCGAAACGTCCGGCCGCGGCCGCAATCGCGTGTGGCAGCATCCCGGATTCTTCGAGGTCCTCGACGGTTATGCCGCCCAGATCCGCCGGATGTCAGAGCGCTGA MPTPAEARIPITPVSFETLDWKPQAPEMFSRAEVARQTGPYEAAVTASIAGWTPSISGEIFADVEDATRQLVDFDKHAQQTLGTNNPALGPMTAILLRTESASSSQIEQLTTSAKQLALAEINEGDKANALTVVGNVHAMEAALQLADDITEATILSMHEALMIHQRGFDPLDAGRFRGEPVWIGRGEAGPRLADFVAPHHDRIRDAIKDLVGFVNRQDLPVIVQVAVSHAQFETIHPFPDGNGRTGRALAQSILRNKGLVGSTAVPISAGLLVHTERYFEALGSFRAGDAGPIVREFAQASRIAATTGSRLVDNLVEQLEDSRAKMTGLRSDAAAWKVLPTLIGQPAVNSKYLMRKLGLGEMAAQRALDALTDRGVLVETSGRGRNRVWQHPGFFEVLDGYAAQIRRMSER NA NA NA NA NA D3-18_04273 2097 dpp5_2 COG1506 Dipeptidyl-peptidase 5 ATGGACTCTGCTGACACCCAGGGCGGGCAGCCCGAAACCCCGTTTCACGACCTCGACCATTACCTCGCCATCCCGCGGGTTGGCGGCCTCACCCTCAGCCCGGATGGCAAACGCCTGGTCACCACTGTCACAACGCTGAATGCCAAGGGAACTGAGTTCGCCACCGCACTCTGGGAACTCGACCCCAGCGGCCGGAATCGCGCCCGCCGCATCACCCGCAGCTCCAAGGGCGAAGCAGGTGCGGTCTTTGCTGCCAACGGCGACCTCTACTTCACCTCGGCGCGTCCTGATCCGGAAAGCCCTGACGCCGACCCCGTCAATGCACTGTGGCTGCTGCCCGCCGACGGGGGAGAAGCCCGCGTGGTGCACTCACGTGCCGGCGGCATCGCTTCAGTGATGGCCGCCAAGGATGCGGACGTCACCTTCGTCAACGCCGAGGTCCTGGCTGGCTCCGCCGACGAGGAAAGCGACGAGGAACGCCGCAAGGCGCGCAAGGACAACAAGGTCTCGGCCATCCTGCACAGCGGCTACCCGGTCCGCTACTGGGATGCAGACCTTGGCCCGGCCGAGCCGCGGATCTTCGCTGTGGAGCAGGGTGCGGAAGACGAACCCGGCAAGCCCTCCACGGTGGATGCATCGGCGCCGCTCCAACTCCGGAACCTGACGCCCGGCGTCGGGGGTTCGCTGCGCGAAGCCAAAACGGTGGTGAGTCCGGACGGCAAGACGATCTACACCAGCATGACCAAGGCGCTCGCGAAGGCTGACAGTCGTGAGGTGCTCGCCGCCATCGACGTCGCCACCGGGGCCGTCAAGGTGCTGCTGGACCACGAAGGCATGAGCTACTTCCCCGGGCCCGTCAGCCCTGACAATCGGACCCTGGTGGTCCAGAGCGAGAGCGACACGACGCCCAGCCAGGCTCCCCACGTGAAGCTCCACCTAGTGAACGTTGCTGACGGGGAAACCACTGACCTTGAGCCGTTCGCGCACCAGTGGGACCGCTGGGCTACGCCCCTCGCATGGCTCCCGGACGGTAATGCGGTCCTGGTAACAGCGGACGACGACGGCGCGGGGCCGGTATTTCGGATCGACGTCGCTGATGGTGCAGTCACCCGGGTGACGCAGGATGTTGCCGCCTATTCCGACGTCGTGGTTTCCCCGGATGGGACCACGGCCTACGCGCTCCGAAGCTCGTACGAGTTCCCTGCCGAAGCCGTGCGGATCGACCTCGCCACCGGTGAAGTGGTCCGGTTGCAGGCACCGGCGGAGCGACCCGTTTACAAGGGTCACCTGGAACGCGTGGAAACGACGGCGGAAGATGGCTCGCGCGTGCCTGCCTACCTCGCGCTCCCCGAAGGTGCCTCTGCGGACAATCCGGCACCGCTGTTGCTGTGGATCCACGGCGGCCCACTGAACTCGTGGAATGCCTGGACGTGGCGCTGGAACCCCTGGTTGCTCGTGGCCAAGGGCTACGCAGTGCTCCTGCCGGACCCCGCCTTATCTACCGGGTATGGGCAGGAGTTCATCCAGCGCGGATGGGGCGAATGGGGAAAGAAGCCCTTCACCGACCTCATGGCCATCACGGACGCAGTGGTTGACCGGCCGGACATCGACGAATCGCGGACCGCGGCTATGGGTGGATCGTTCGGCGGCTACATGGCGAACTGGGTTGCCGGGCAAACGGACCGCTTCAAGGCAATCGTCACGCACGCCAGCCTGTGGGCGCTGGATCAATTCGGACCCACCACCGACGCGGCGCAGTACTGGCTCAAGGAAATGACCGTGGAAATGGCGATGGAAAACTCGCCGCACCTGAACGTAGGCAACATCAAGACACCCATGCTCGTCATCCACGGAGACAAGGACTACCGCGTGCCCATCGGCGAAGGACTGCGCCTCTGGTACGAACTCCTGTCCTCATCGCAACTCCCCGCCGACGACAACGGCCAGAGCCCGCACCGCTTCCTGTACTTCCCGGACGAGAACCACTGGGTCCTGCAGCCGCAGCACGCGAAGGTCTGGTACGGCGTGGTGGAGCACTTCCTGGCGAAGCAGTTGCTGGGCGAGGACGTTGCTTTGCCGGAGGAGCTGGGGGTCTAA MDSADTQGGQPETPFHDLDHYLAIPRVGGLTLSPDGKRLVTTVTTLNAKGTEFATALWELDPSGRNRARRITRSSKGEAGAVFAANGDLYFTSARPDPESPDADPVNALWLLPADGGEARVVHSRAGGIASVMAAKDADVTFVNAEVLAGSADEESDEERRKARKDNKVSAILHSGYPVRYWDADLGPAEPRIFAVEQGAEDEPGKPSTVDASAPLQLRNLTPGVGGSLREAKTVVSPDGKTIYTSMTKALAKADSREVLAAIDVATGAVKVLLDHEGMSYFPGPVSPDNRTLVVQSESDTTPSQAPHVKLHLVNVADGETTDLEPFAHQWDRWATPLAWLPDGNAVLVTADDDGAGPVFRIDVADGAVTRVTQDVAAYSDVVVSPDGTTAYALRSSYEFPAEAVRIDLATGEVVRLQAPAERPVYKGHLERVETTAEDGSRVPAYLALPEGASADNPAPLLLWIHGGPLNSWNAWTWRWNPWLLVAKGYAVLLPDPALSTGYGQEFIQRGWGEWGKKPFTDLMAITDAVVDRPDIDESRTAAMGGSFGGYMANWVAGQTDRFKAIVTHASLWALDQFGPTTDAAQYWLKEMTVEMAMENSPHLNVGNIKTPMLVIHGDKDYRVPIGEGLRLWYELLSSSQLPADDNGQSPHRFLYFPDENHWVLQPQHAKVWYGVVEHFLAKQLLGEDVALPEELGV NA NA NA NA NA D3-18_04274 1158 hypothetical protein ATGGTGAAGTTCACGAATCGTTTGGTTGCTGAGGTTGTCCAGTCGTTCTGGCAGCAGGTTGCGGACGGTGCCCGTTTTGAAGATGCTGGTGCGTTCGTCGGGTGGTCCGTAACGACGGTCCGCCGTGAGCTGAGGTCCTCAGGAGGGGTCCGGCCCCGTCGGGGCCGGACCCTGACCGGCCGTTCCCTATCGTTCCAGGAGCGGGAGTTGATCTCGTTATGGCGGGGCAAGGAATCGGTCCGTGAGATCGCCAGACGTTTGGGTCGTTCCCCGTCAACGATCTCCCGGGAGCTCCGGCGGAACGCTGACAAGGTCTTTTTCTACCGGGCTACCACCGCCCATGCCCGCGCCCACGCCCGGGCAGCCAGGCCCAAGACCGCTAAGCTCAACAGCAACAAGCCCTTGCGCCTGGAAGTCGAAAAGCGGCTCGAAAAGAAAGACTCACCGGTCCAGATCGCTGGCAGACTCCGCAAGGACTTCCCGAACAACCCGGAGATGTGGGTGTCACACGAGACCATCTACCAGTCCCTCTATCTCGAGTCCCGGGGCGGGCTAAAGCGGGAACTGGTCAAGAACCTGCGCACCGGCCGGACCCTGCGCAAACCCCAACGCCGCCCCGACGAACGCCGCGGCAGAATCCAGGACAAGGTCATGATCGCCGACCGTCCCGCCGAGGTCGAAGACCGTGCCGTGCCAGGGCATTGGGAAGGGGACCTGATCGTAGGCAAGGACGGAAAAACCGCCATCGGCACCATCGTGGAGCGCACAACCGGGTTCGTGATGCTCCTCCATGTCCCGACCGGTCAAAACCGTGCCGAGTCTGTTCGGGATGGGCTGATCCGCAAAATGGGCGCCCTTCCCGACGAACTGAGGCTCTCACTGACCTGGGACCAAGGCACCGAAATGCGCAGGCACAAGGAAGTGAAGATCGCAGCCGACATCGACATCTACTTCTGCGATCCCCACTCACCTTGGCAACGCGGCTCGAACGAGAACACCAACGGGCTCCTGCGCCAGTACTTCCCCAAAGGCGCAGACCTAAGCATCTACAGCCAAACCGACCTCGACTACGTCGCCCACGAACTCAACGACAGACCCCGCCAACGATTCGACTTCTGCACCCCCAATGAGATGATCAGAACCTTCCTGTTGCGATAA MVKFTNRLVAEVVQSFWQQVADGARFEDAGAFVGWSVTTVRRELRSSGGVRPRRGRTLTGRSLSFQERELISLWRGKESVREIARRLGRSPSTISRELRRNADKVFFYRATTAHARAHARAARPKTAKLNSNKPLRLEVEKRLEKKDSPVQIAGRLRKDFPNNPEMWVSHETIYQSLYLESRGGLKRELVKNLRTGRTLRKPQRRPDERRGRIQDKVMIADRPAEVEDRAVPGHWEGDLIVGKDGKTAIGTIVERTTGFVMLLHVPTGQNRAESVRDGLIRKMGALPDELRLSLTWDQGTEMRRHKEVKIAADIDIYFCDPHSPWQRGSNENTNGLLRQYFPKGADLSIYSQTDLDYVAHELNDRPRQRFDFCTPNEMIRTFLLR PGPT0030610_168 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482 NA NA D3-18_04275 1218 tylN O-mycaminosyltylonolide 6-deoxyallosyltransferase ATGCGAGTGCTCATGGTGACACCAGGCACGCGAGGTGATGTTGCGCCCATGGCCGGGCTGGGAAGCAGCCTGCAGAGCTTGGGCTACGAGGTAGCCATCGCGGCCAACCCGGCTTTCGCCCCTCTTGTTGTGGAGTCGGGCTGCGAGTTCAGGCCGCTTCCCGGGGATCTGGAGGGGCTGATCAGGCAACCAGCGCCCGGAGCCAAGGGATCCTCCGGAAGCTTGCTCACCTTTTGGCGGAAGCTCACTGACTATATGGACAACGCCGCCACCGGCACCCTGGCAGCGGCTGAGGCCGGCGCCGACGTGATCCTGGCCAATTCAGTGGCACCTTATGCGTACGACATCGCGGAAGCCATGGGCATTCCGGCCCTCGGCGCACATTTGCAGCCCACGGAGCCCAGCGCAGCGTATCCGCCCGTGATCATGAATTCGGCCAGAAGCCTCGGCGCATGGGGAAATAAGATCATTGGTGAGCGCGCTGCCGCAGGCCCGGCTCCCTATGATGCCCCCAGCGCCCGCCTTCGCAAGGAGCTGGGACTGGGCAAGCTGAGCCGCGCGGCCGGTGAGCGCCGCCGTCGTAAAGCCCGCGCCACTGTTCTTCATGGCATCAGTCCCTCGGTCCTGCCAAGGCCTGCTGATTGGCCCGAGGGCCTGGTCATGGCCGGATATTGGTGGCCACCAATGAAGCCGGACTGGCAGCCGCCAGCGAACCTCGTGAACTTCCTTGCCGACGGTCCGCCGCCCGTTTTTGTTGGCTTTGGCAGCAGCGCCCACATTGATCCGGCATTCATCCTTGAGAGCACCCGCCGGGCCGGAGTGCGGGCAGTTGTGCAGGGCGTCGAGGGCGCGCTGGGCGACGATGCGATCGCCGTCGGGAGCATTCCCCATGAGTGGCTCTTTCCGCGGATGGCGGCAGTGGTTCACCATGCCGGAGCGGGAACGGCGGCGGCCGGCTTTCGCGCGGGCGTGCCGGCCGTGGGTGTCCCGGTGTACACGGACCAACCGCTCTGGGCCTCCCGGATCGCGTCACTCGGGGCGGGTCCTCAGCCAGTTCCCTACAAGAAGCTGACTCCGGAGCGCCTCGGTGACGCCATTACGGAAGCTGTCAGCACGCCGTCGTACGCGCAGAGGGCAGCGGAAGTGGCGGCCGCGATCGCGAGGGAGGACGGAACCGCACCGGTGGTCGACGCCCTGCGAAACCTCCCATCCAAGTAG MRVLMVTPGTRGDVAPMAGLGSSLQSLGYEVAIAANPAFAPLVVESGCEFRPLPGDLEGLIRQPAPGAKGSSGSLLTFWRKLTDYMDNAATGTLAAAEAGADVILANSVAPYAYDIAEAMGIPALGAHLQPTEPSAAYPPVIMNSARSLGAWGNKIIGERAAAGPAPYDAPSARLRKELGLGKLSRAAGERRRRKARATVLHGISPSVLPRPADWPEGLVMAGYWWPPMKPDWQPPANLVNFLADGPPPVFVGFGSSAHIDPAFILESTRRAGVRAVVQGVEGALGDDAIAVGSIPHEWLFPRMAAVVHHAGAGTAAAGFRAGVPAVGVPVYTDQPLWASRIASLGAGPQPVPYKKLTPERLGDAITEAVSTPSYAQRAAEVAAAIAREDGTAPVVDALRNLPSK NA NA NA NA NA D3-18_04276 2493 clpC1 COG0542 ATP-dependent Clp protease ATP-binding subunit ClpC1 ATGTTTGAGAGATTTACGGACCGTGCCCGTCGCGTGGTCGTCCTTGCCCAAGAAGAGGCACGGATGCTTAACCACAATTACATCGGTACCGAGCACATCCTCTTGGGTCTGATCCACGAGGGTGAAGGCGTTGCTGCCAAGGCGCTCGAGTCCCTGAGCATTTCGCTCGATGGCGTCCGCGAACAGGTGCAGGAGATCATCGGCCAGGGCCAGCAAGCCCCGTCCGGTCACATCCCCTTCACCCCGCGCGCCAAGAAGGTGCTTGAGCTTTCCCTTCGAGAAGCACTGCAGCTCGGCCACAACTACATCGGTACTGAGCACATCCTGCTCGGCCTCATTCGCGAAGGCGAAGGCGTAGCCGCCCAGGTGCTGGTCAAGCTTGGTGCGGACCTTAATCGGGTCCGCCAGCAGGTCATCCAGTTGCTCTCCGGCTACCAGGGCAAGGAGACCGCAGGCAGCGGCTCGGGCCAGGGCCAGCCGGAAGGTACCCCTGCCGGTTCGGTGGTGCTTGACCAGTTCGGACGCAACCTGACCCAGGCTGCGCGCGAAAACAAGCTCGATCCTGTGATCGGCCGCGAGCAGGAGATGGAACGCGTCATGCAGGTCCTCTCCCGCCGTACCAAGAACAACCCGGTCCTGATCGGTGAGCCCGGCGTCGGTAAGACTGCCGTCGTCGAGGGTCTCGCCCAGGCGATCGTCCGCGGAGACGTCCCTGAGACCATCAAGGACAAGCAGCTGTACACGCTTGACCTCGGTTCCCTGGTTGCTGGTTCCCGCTACCGCGGTGACTTCGAAGAGCGCCTGAAGAAGGTCCTCAAGGAGATCCGCACTCGCGGCGACATCATCCTCTTCATCGACGAGATCCACACCCTGGTTGGTGCAGGTGCTGCCGAAGGCGCAATCGATGCTGCGTCCATCCTGAAGCCGATGCTGGCCCGTGGTGAACTCCAGACCATCGGTGCCACCACGCTGGATGAATACCGCAAGCACATTGAGAAGGACGCTGCTCTTGAGCGCCGCTTCCAGCCAATCCAGGTCAAGGAACCTTCTGTCGCTCACGCGATCGAGATCCTCAAGGGACTGCGTGACCGTTACGAGGCACACCACCGCGTGACGATTACCGACGGCGCTCTTGCCTCAGCTGCGCAGCTGGCCGAACGCTACATTTCGGACCGCTTCCTGCCGGACAAGGCGATCGACCTCATCGATGAAGCCGGTGCGCGTCTGCGCATCCGTCGCATGACCGCTCCGCCGGAGCTCAAGGCCATGGACGAGCGCATCGCCGACGTGAAGATGGAGAAGGAATCCGCCATCGACGCCCAGGACTTTGAAGGTGCCGCCTCACTGCGCGACAAGGAGCAGAAGCTCATTGCCGAACGCGCAGAGAAGGAACGCACCTGGAAGTCGGGCGGCATGGACGACATCTCTGAGGTTGACGAAGACCTGATCGCTGAAGTTCTCGCGAACTCCACCGGCATTCCGGTCTTCAAGCTCACCGAGGAAGAGTCCTCGCGCCTGCTCAAGATGGAAGACGAACTGCACAAGCGCGTCGTCGGCCAGAACGAGGCCATCAAGGCCCTGTCTCAGGCCATCCGCCGCACCCGTGCAGGCCTGAAGGACCCCAAGCGTCCCGGTGGCTCATTCATCTTCGCCGGCCCCACCGGCGTCGGCAAGACCGAGCTCGCCAAGGCACTTGCAGAGTTCCTGTTCGGTGAAGAGGACGCCCTCATCACGCTGGACATGTCCGAGTACTCCGAGAAGCACACGGTTTCGCGTCTCTTCGGTGCACCTCCGGGCTACGTCGGCTACGAAGAAGGCGGCCAGCTGACCGAGAAGGTCCGCCGGCGTCCGTTCTCCGTGGTCCTGTTCGATGAAGTGGAGAAGGCCCACGCTGACCTCTTCAACTCGCTGCTGCAGATCCTGGAAGACGGTCGACTGACCGACTCCCAGGGCCGCGTGGTGGACTTCAAGAACACCGTGATCATCATGACCACCAACCTTGGTACCCGCGATATCTCCAAGAGCGTGGCAACGGGCTTCCAGTCCGGCACGGACACCCAGACGGGCTACAACCGGATGCGTGCCCGGGTCACGGAAGAGCTCAAGCAGCACTTCCGCCCCGAGTTCCTCAACCGCGTTGACGACGTCGTGGTGTTCCCGCAGCTGACGCAGGACGAGATCATCGAGATCGTGGACCTGTTCGTGACCCGCCTGGAGCGTCGCCTCAAGGACAAGGACATGGGCATCGAGCTCACCCCCGCTGCCAAGGTTCTCCTTGCCACGCGTGGTTACGATCCCGCCATGGGTGCCCGGCCGTTGCGCCGCACCATCCAGCGCGAAATCGAGGACCAGCTGTCCGAGAAGATCCTGTTCGGCGAGCTCCACTCCGGCGACATCGTTGTGGTGGACGTTGACGGCGAAGGTGACGACGCCAAGTTCACGTTCGAAGGAAATGCCAAGCCGCGTATCCCGGAGATCGCTCCGACCGCGTAA MFERFTDRARRVVVLAQEEARMLNHNYIGTEHILLGLIHEGEGVAAKALESLSISLDGVREQVQEIIGQGQQAPSGHIPFTPRAKKVLELSLREALQLGHNYIGTEHILLGLIREGEGVAAQVLVKLGADLNRVRQQVIQLLSGYQGKETAGSGSGQGQPEGTPAGSVVLDQFGRNLTQAARENKLDPVIGREQEMERVMQVLSRRTKNNPVLIGEPGVGKTAVVEGLAQAIVRGDVPETIKDKQLYTLDLGSLVAGSRYRGDFEERLKKVLKEIRTRGDIILFIDEIHTLVGAGAAEGAIDAASILKPMLARGELQTIGATTLDEYRKHIEKDAALERRFQPIQVKEPSVAHAIEILKGLRDRYEAHHRVTITDGALASAAQLAERYISDRFLPDKAIDLIDEAGARLRIRRMTAPPELKAMDERIADVKMEKESAIDAQDFEGAASLRDKEQKLIAERAEKERTWKSGGMDDISEVDEDLIAEVLANSTGIPVFKLTEEESSRLLKMEDELHKRVVGQNEAIKALSQAIRRTRAGLKDPKRPGGSFIFAGPTGVGKTELAKALAEFLFGEEDALITLDMSEYSEKHTVSRLFGAPPGYVGYEEGGQLTEKVRRRPFSVVLFDEVEKAHADLFNSLLQILEDGRLTDSQGRVVDFKNTVIIMTTNLGTRDISKSVATGFQSGTDTQTGYNRMRARVTEELKQHFRPEFLNRVDDVVVFPQLTQDEIIEIVDLFVTRLERRLKDKDMGIELTPAAKVLLATRGYDPAMGARPLRRTIQREIEDQLSEKILFGELHSGDIVVVDVDGEGDDAKFTFEGNAKPRIPEIAPTA PGPT0014585_2013 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS HIGH_TEMPERATURE_TOLERANCE HEAT_SHOCK_PRTOEINS,PGPT0014585-clpC-K03696 NA NA D3-18_04277 327 lsr2_1 Nucleoid-associated protein Lsr2 ATGGCACAGAAAGTAAAAATCATCCTCGTCGATGACCTGGATGAAGGGGCAGCAGACGAAACTGTCCGCTTTGGCCTCGATGGCGTGAGCTACGAGATGGACCTGTCCACTGCCAATGCAGCCTCGCTGCGCAAGGCATTGGAGCCCTACGTTGCCAAAGCCAGGAAGACTTCTTCCGGCCGCGCAACCCGGGGCCGTGCTACAGCCGCACGTAACCAGGATTCCGCGCAAATCCGCCAATGGGCCCGTGACAACGGTTACACGGTCAACAGCCGCGGACGTATTCAGGCTGAAATTCAGGAAGCGTACCAAAAGGCCAATTCCTGA MAQKVKIILVDDLDEGAADETVRFGLDGVSYEMDLSTANAASLRKALEPYVAKARKTSSGRATRGRATAARNQDSAQIRQWARDNGYTVNSRGRIQAEIQEAYQKANS NA NA NA NA NA D3-18_04278 174 hypothetical protein ATGGAGTACATCGCAGTCCTGGCCCCGTCCATTGTGGTGGGATTGATCTTCTGGTTTGCCATGAAGTCGATCTTCAATGCGGACAAATCGGAACGGCAAGCCGAAGCCAAGGCCCAGGCCGAAGCGAATTTGAAAAATTCAGGACCTGCATCCGAGGGCCCTGCAGCTAAATAG MEYIAVLAPSIVVGLIFWFAMKSIFNADKSERQAEAKAQAEANLKNSGPASEGPAAK NA NA NA NA NA D3-18_04279 1575 lysS1 COG1190 Lysine--tRNA ligase 1 ATGCCCGGAAGTAAAGGCCCGCAATCACCGGTAAACTTAAGGACTGTGACTTCCGCAAACACCCCCGCCCTGAACACCTCCGCAGAGCCCATCGACGCCAGCGAGCAAATGCGCATCCGTATGGAGAAGCGCGCAAAGCTGATCGAGCGGGGCACCGAGGCCTATCCGGTGGGTGTTGAACGGACCCATTCCCTCAGCGAAATACGCGAAAAGTACGCACACCTGGAAGCCGATGAAACTACCGGCGATACTGTGGGCGTCACCGGCCGCGTCGTGTTCGTCCGCAACACCGGCAAGCTGTGCTTCGCAACCCTCCAGGAGGGCGGCGTGGATGGCAAGGGCGTTCGCCTTCAGGCGATGCTGAGCCTGGCGAATGTCGGCGAGGAAGCGCTGGCCGACTGGAAGGCTCTGGTTGACCTTGGTGACCATGTTTTCATCAAGGGCGAGGTCATTTCATCCCGCCGCGGCGAGCTATCCGTCATGGCCGACTCCTGGTCCATGGCGTCCAAGGCGCTGCGTCCGCTGCCGGTCCTGCACGCGGAGCTGAATGAGGAAACCCGCGTTCGGCAGCGCTACGTTGACCTCATGGTCCGCGACGAAGCCCGCGAAATGGTCTACAAGCGGGCCGCCATCACCCGCTCGGTCCGCGAAACCCTTGACCGCCACGGCTACGTGGAGGTGGAAACCCCCATCCTGCAGCTGGTCCACGGCGGCGCTACAGCCCGTCCTTTCGAGACGCACATGAACGCGTTCGACCAGAAGATGACCTTGCGCATCGCCACTGAGCTCTTCCTCAAGCGTGCCGTTGTTGGTGGCATTGACCGCGTCTACGACATGGGCCGCGTCTTCCGCAACGAAGGCGTGGATTCCACGCACAGCCCCGAATTCACCACGCTTGAGTGCTATGAGGCGTGGGGGGACCAGTTCGTCATGGCCGAGCGCATGAAGGAAATCATCCTGAATGTGGCAGACGTCGTAGGTACCCGCACCATCCAGACGGACGGCGGCGAAATAAACCTCGACGGCGAATGGGCTTGGATTTCGGTATACCCGGGTATTTCAGAAGCGGTGGGAATTGAAATTACCCCCGACACCACAGTGGATGAGTTGCTGGCAATTGCGGCCAAGCACGAGGTCAAGGTGGACCCCAAGTGGGATGCCGAAAAGATCGTGGTTGAACTGTTCGGCGAGATTGTGGAACCCACTTTGCTGAACCCCACCTTCGTCTACGACTACCCGCCGTCCGCACAGCCGCTGGCGCGACCCCACCGCGAAGACGGCCGGCTCATTGAGGCCTGGGACCTGATCATTGGGGGCATGGAGCGCGGCACGGCGTTCTCCGAGCTCATTGACCCGGTAATCCAGCGTGAGCGCCTTACAGAGCAGTCACGCCGCTCTGCTGCCGGCGACGAGGAAGCCATGCAGTTGGACGAGGACTTCCTCCGCGCCCTTGAATACGGTGCCCCGCCCATGGGTGGCATCGGGTTGGGCATTGACCGCTTGGTGATGCTGTTCACCGGTGCTGGTATCCGCGAAACCATCCTTTTCCCGTTGCTGAAGCCTGAAGGTCACTGA MPGSKGPQSPVNLRTVTSANTPALNTSAEPIDASEQMRIRMEKRAKLIERGTEAYPVGVERTHSLSEIREKYAHLEADETTGDTVGVTGRVVFVRNTGKLCFATLQEGGVDGKGVRLQAMLSLANVGEEALADWKALVDLGDHVFIKGEVISSRRGELSVMADSWSMASKALRPLPVLHAELNEETRVRQRYVDLMVRDEAREMVYKRAAITRSVRETLDRHGYVEVETPILQLVHGGATARPFETHMNAFDQKMTLRIATELFLKRAVVGGIDRVYDMGRVFRNEGVDSTHSPEFTTLECYEAWGDQFVMAERMKEIILNVADVVGTRTIQTDGGEINLDGEWAWISVYPGISEAVGIEITPDTTVDELLAIAAKHEVKVDPKWDAEKIVVELFGEIVEPTLLNPTFVYDYPPSAQPLARPHREDGRLIEAWDLIIGGMERGTAFSELIDPVIQRERLTEQSRRSAAGDEEAMQLDEDFLRALEYGAPPMGGIGLGIDRLVMLFTGAGIRETILFPLLKPEGH PGPT0012225_2677 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS FUNGICIDAL_COMPOUNDS|ANTIBIOTICS FUNGICIDAL-MOTILITY-MEDIATED_DEFENSE_SIGNALLING,PGPT0012225-lysS-K04567 NA NA D3-18_04280 897 hypothetical protein GTGGAAACGTGGACGGTTGAGACGAACGACGGCGGCGGGCAGCTTGAGGTGCATACCTTCCGGCCGGCGTCGGGTGCTTCGTTCCCGGGCTCGAAGGCACCCGCTGAACCAGCCGGCGTCGTGCTTGTTCATGGCACCTTGGTGACAGACTCCTTGTATTGGCCGTTCGCCCGGACGTTGAGCGTCATGCTAGGGCGCCCTGTTCACAGCTACAACCGCCGTGGTCGCGGACAATCCGCACCGCAACCGCCCGGCTATTCGGTCGACACAGAGATCGCGGACCTTCAAGCGATCATGGAAAAGAGCGGTTCCACGGACGTTGTGGCGCACAGCTATGGCGGGTTCGTGGCGTTGCAGGCCGCCCGCCACGACGGAATCAACCGCTTGGTTACCTACGACGCGGCGGTATCCCTCTCCGGCAACCTCAGCGGCCGGTGGCGGCCCGAGCTCGAGGAAGCCGTGACTGCAGGCCAGCTTGATCACGCCTGGGCCCACCTGGTTCAGGGGCTGGGGACGGCGGGCCCCATTTCCTACCTACCCATGGGCGCCCTGCGCACGCTCAGCGTCCTCTCCGCCCGCACCCGGTTGGGACTGGAGATGCGCTCCCTTCTACCCACTGCCGTGACGGAAATGCGAGCCGTCCTCGATGCCGACGCCCACCTTCACGACTTCATGAAACTCTCCACCCCCACGCTGATGCTCAGCGGCGGCTGGAGTCCTTCATACTTCGCGGAGACTGGTCGGATTCTGGCCGGCGCCGTGCCCTCGATTGACTTCGCGATTGTGCCGCTGCAGTTCCATGAAGGTCCGCTCCGTCCCGGGAAGCGCCTTGCATCGCGCATTGCGCGGTTCCTTTCCGGGAACCATCTGGAGAAAGAACCCGCGAGTGCCACCTAG METWTVETNDGGGQLEVHTFRPASGASFPGSKAPAEPAGVVLVHGTLVTDSLYWPFARTLSVMLGRPVHSYNRRGRGQSAPQPPGYSVDTEIADLQAIMEKSGSTDVVAHSYGGFVALQAARHDGINRLVTYDAAVSLSGNLSGRWRPELEEAVTAGQLDHAWAHLVQGLGTAGPISYLPMGALRTLSVLSARTRLGLEMRSLLPTAVTEMRAVLDADAHLHDFMKLSTPTLMLSGGWSPSYFAETGRILAGAVPSIDFAIVPLQFHEGPLRPGKRLASRIARFLSGNHLEKEPASAT NA NA NA NA NA D3-18_04281 855 hypothetical protein ATGAAGGAACGGGTCATTGGAACGCACGACGGCGGCAAACTCGCCTTGTACAGCTACGGTACGGAAGACGCGCCCGGGGAACGCCGCGTGGTGCTGATCGGGGGCGCCTTCCTCACGGCCTTGATCTACCGCCCTTTCTCACTCGCTTTGTCCAAGGGCCTCGGCGAAGGCTGGGCCGTGGACGTGTACGACCGCCGCGGCCGTGGAAGATCCAGCGATCAACCACACAACTACTCCATGGCCACGGAAATCGCCGACGTCCGCACCATCATGGACGCCACGGGTGCCCGCAACATCATGGGCCACAGCCTGGGTGGCGCAGTCGCCCTCAACGCAGCCCAGGCCTTCGCCGGCACTCACCACCAACCGGACAAGCTTGCGGTGTACGACGCTGCGGTGAACATTGACGGAAGCATGGACACGGGCTGGCTTGACAGATTCGCGGAGTCCGTCAATGTTGGAGATGTTGGACGGGCGATGGCCCGGATGAAGCGTGGCATGCATGCCGGAACCGCCCTCGCCCGGGTTCCGGAGCCGGTACTGGCCGGACTCATGGCAGTGGTCTCGGGGACCAAGGTCAACAGGCTCTTCCGGGAGCTCATGCCCACGGGTGTCGGTGAACTCAAGGCAGCCTTCGAGGCCGCCGATACGCCCCAGGATTTCTCAGTCCTACCTCCCAGCACGCACTTCATGGTGGGCAAGAAGAGTCCCCGGTTCTACAAGGTCACCGCAGCCCGCCTGAACAGGGCCGTTCCTGGCAGCACGTTGGAGGTCTCCCCGAAGGGCTTCCACGGCTCCGTCCCGGCGGCGGTCAACGAACTCGTCTCCGACATCTCGGACTACTTCAAGCGCTGA MKERVIGTHDGGKLALYSYGTEDAPGERRVVLIGGAFLTALIYRPFSLALSKGLGEGWAVDVYDRRGRGRSSDQPHNYSMATEIADVRTIMDATGARNIMGHSLGGAVALNAAQAFAGTHHQPDKLAVYDAAVNIDGSMDTGWLDRFAESVNVGDVGRAMARMKRGMHAGTALARVPEPVLAGLMAVVSGTKVNRLFRELMPTGVGELKAAFEAADTPQDFSVLPPSTHFMVGKKSPRFYKVTAARLNRAVPGSTLEVSPKGFHGSVPAAVNELVSDISDYFKR NA NA NA NA NA D3-18_04282 834 hypothetical protein ATGACGCGCGACATCATCATGACCCACGACGGCGGACACCTCGAAGTACTCACCACGGGCGGTGAGCTGGCAGCGGCAGGCTCCGGCGTCGTCGTCGTTCCTGCCTCCATGGTGACGGCCACCGACTACACGCGTTTCGCCCAGAAACTCAGCGAGGCCCTTGGCCGCCCCGTCCACACTTTCAACCGACGTGGCCGCGGTGATTCGTCTCCGCAGTCCGAGGATTACACGCTCGAAGCAGACATTCGGGATCTCGATGCTGTTATGAAGCACACGTCCAGCACCGACGTATTCGGGCACAGTTTCGGTGGTGCCGTTGCGCTGCACGCGGCTCGGTCGCTGACGGTTGAGCGCCTCGCGGTTTACGATCCCGCCGTCTCCGTAAATCACAGCGTCAAAGCCGACTGGACACCGGACTATGAACGCGCGACGGCGGCAGGAGACTATGATCGTGCCCTTGCGGTCCTCATCAAGGGAGTGGAGACCGGCGGTGCCTTTGCGCGAATGCCCCTGTCCATGCTGACCTTGGCCAACAAGCTGGCCGCCGGGACACCACTGGGCAAGCAGATGCGTGAACTGATGACCTGCGGCGTCCGCGAAATTAAGGCCGTGATAGCCGCGGACATGCCTGCCGAGCCTTTCCTTGAGCTGCCCCTGGAGACTCTGATCGTGGTAGGCGAAAAGAGCCCCGCATACTTCGGTGTCGCGTGCGGCCAGATTCACGACGTCCTGTCCGGATCCAGCTACACCATCCTCCCCGGGTTCGGGCACGATGGGCCCAACAAGGCGCCCGACAAGCTCATCTCGGAACTGTCCGAGTTCTTCTCGGGCTAG MTRDIIMTHDGGHLEVLTTGGELAAAGSGVVVVPASMVTATDYTRFAQKLSEALGRPVHTFNRRGRGDSSPQSEDYTLEADIRDLDAVMKHTSSTDVFGHSFGGAVALHAARSLTVERLAVYDPAVSVNHSVKADWTPDYERATAAGDYDRALAVLIKGVETGGAFARMPLSMLTLANKLAAGTPLGKQMRELMTCGVREIKAVIAADMPAEPFLELPLETLIVVGEKSPAYFGVACGQIHDVLSGSSYTILPGFGHDGPNKAPDKLISELSEFFSG NA NA NA NA NA D3-18_04283 894 yghA_3 putative oxidoreductase YghA ATGACTGATCAGTACACGTTCCGAAACCCGGTCACCGCCTACGAACAGATTTCACCGCCCAAACAACACCAGCCCGAGCCGGGCCTCGATGCCGAGCTGACGCCCAAGGCGGACCTTGGTGAAGAGAGCTACCGCGGGACGGGACGACTGGAAGGCCGCAAGGCGATCGTCACCGGGGCGGACTCGGGAATCGGTGCGGCCACGGCCATCGCCTTTGCCCGGGAAGGTGCAGACGTTGTCCTTTCATACCTGCCCGAAGAGGAAGAAGACGCAGCACGTATTGCCGGCATCATCGAGGCAGCTGGCCGGAAGGCCATAAAAGTGCCCGGAGACCTCAAGGACTCCGCCACATGCCAGGAAGTGGTGGATACGGCCGTGGCCGTCCTCGGCGGAGTGGATATCCTGGTGAACAACGCCGGCAAGCAGGTGGCTCAGGAAGACCTGGCCGAGATCACCGACGAACAATTCGACCACACGCAGAAGACCAACGTTTACGCCATGTTCTGGCTGACCAAAGCTGCCCTTCCGCACATGCCTGCTGGCTCGACCATCATCAACACCACGTCAATTCAGGCGTACAACCCCTCGCCCACTCTCGTGGACTATGCCACCACAAAGGCCAGCATCAACAACTTCACCAAGGGGCTCGCGCAGCAGCTCGCTCCCAAGGGCATCCGGGTCAACGCCGTGGCGCCCGGCCCCATTTGGACACCCCTGCAAGTCAGCAGCGGCCAGCCCAAGGAAGCGCTACCGGAGTTCGGGCAATCCACACCCCTGGGGCGCGCCGGACAACCCGCAGAACTCGCTCCGGCGTATGTATTCCTTGCTTCACCGGAGTCCAGCTATGTGATCGGGGAAACTCTGAACGTCAACGGTGGTAGCCCCACTCCCTAG MTDQYTFRNPVTAYEQISPPKQHQPEPGLDAELTPKADLGEESYRGTGRLEGRKAIVTGADSGIGAATAIAFAREGADVVLSYLPEEEEDAARIAGIIEAAGRKAIKVPGDLKDSATCQEVVDTAVAVLGGVDILVNNAGKQVAQEDLAEITDEQFDHTQKTNVYAMFWLTKAALPHMPAGSTIINTTSIQAYNPSPTLVDYATTKASINNFTKGLAQQLAPKGIRVNAVAPGPIWTPLQVSSGQPKEALPEFGQSTPLGRAGQPAELAPAYVFLASPESSYVIGETLNVNGGSPTP PGPT0014705_71 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 D3-18_04287 576 hypothetical protein ATGGAACTGCACATCACAGGAGATGCCGCCGCGGACCAGCTGCTCAGTGACGACGCTTTTGCGTTGTTGACCGGAATGTTGCTGGATCAACAAGTAACGATGGAGTCGGCTTTCGCCGGGCCGGAGAAGATCCGCACACGTTTGGGTTCCCTCGAACCCGGCACGATCGCGGAGTACGATCCAGCAGGCTTTGTAGAAGTCTTCAAGGAACGGCCTGCCGTCCATAGGTTTCCCGGCTCCATGGCCGCGAGGGTCCAAGCCCTCGCCGAGACAGTACATCGGGAATGGGACGGTGATGCCTCCGCTATCTGGACCAGCGGAAATCCCGATGGCCCTGAAGTACTCCGTCGACTAAAGGCCTTGCCCGGCTTCGGCGAACAGAAAGCAAAGATCTTCCTGGCCTTACTGGGCAAACAATGCAATCTGCAGGCGGACGGATGGCGGGAAGCGGCCGGCCACTATGGCGAGGAAGGCTCCTACCTCTCGGTCGCCGACATTGTGGACCCGGAGTCCCTGGTCAAAGTGCGTGCCAGCAAGCAAGCGGCCAAGGCAGCCGCCAAAGCTGCTAAGGCGTAA MELHITGDAAADQLLSDDAFALLTGMLLDQQVTMESAFAGPEKIRTRLGSLEPGTIAEYDPAGFVEVFKERPAVHRFPGSMAARVQALAETVHREWDGDASAIWTSGNPDGPEVLRRLKALPGFGEQKAKIFLALLGKQCNLQADGWREAAGHYGEEGSYLSVADIVDPESLVKVRASKQAAKAAAKAAKA NA NA NA NA NA D3-18_04291 1518 ribZ_2 Riboflavin transporter RibZ ATGTCTACCGACGTCACGTCCGACGCCAACGGCAAGCCTGAATCGGGCGCTTCCGGCACTGTTATCTCTGCAGAGACCGCAGACCCGCAGGCTCCGGTGTCGAAGGCACCTGCCTCGCAGGCCCCCGTGTCCGGGAAGATGTCACGTGAATCCGTGACCGTCATTGTCACGCTGCTGGTGGCAACCTTCGTGGTGATCCTCAACGAGACCATCATGAACGTCGCCCTCCAGCGCCTCATGACGGACCTTCAGGTGAGCGCGTCCACCGTTCAGTGGCTGGCCACTGGCTTCATGCTGACCATGGCTGTCGTCATCCCTACCACCGGGTTCATCCTGCAGCGGATGAGCACGCGCGGGGCCTTCATGCTGGCCATGGGCCTGTTCAGCGGCGGAACGTTGCTGGCCGCACTGGCGCCCGGGTTCCTGGTGTTGCTGGTGGCGCGCATCGTCCAAGCCGGTGGTACTGCCATCATGTTGCCGCTGCTGATGACCACCATCCTTACGCTGGTGCCGATGTCAAAGCGCGGCGCCGTCATGGGCAACGTCAGCATTGCCATCTCGGTTGCTCCGGCCATGGGGCCCACTGTTTCCGGCATCATCCTGGACCACTTCTCCTGGCGCTTCATGTTCGTCTTCGTACTGCCGGTTGCACTGGCCGCTTTCGCCATCGGCGCCAAGTACCTCACCAACGTGGGGGAGCGCGAGAAGACCACCTTGGATGTTCCTTCGGTGATCCTTACCGTGCCCGCTTTTGGTGGCTTGGTTTATGGCCTGAGCCAGATCGGTGGCGCCGACGCCGGCGTTGTACCCGTCATAGCACTGGTGGTTGGCGTCCTCTGCCTGGCACTGTTTGTCTTCCGGCAGCTCAAGCTCCAGAAGTCCGACGCCCCGCTGCTGGATCTCCGCGCCTTCAAGTTCCGCATGTTCACGGTTTCCACGCTGCTGATGGTCGTTGCCATGATGGCCCTGTTCGGCGGCGTTATCCTGTTGCCGCTGTACCTCCAGAACACCCTGCACCTTCAGCCCTTGGAGACCGGGCTGGCTCTGCTGCCGGGCGGTTTGGCCATGGGCTTGCTGGGGCCGGTCATCGGGCGGATCTTCGACAAAGTGGGTCCCCTGCCGCTGACTGTAACGGGCTCAGTACTGATGGTCCTGACTCTTTGGCAGTTCTCGCGTCTGGATGAGGGAAGTGCGCTCGGCTGGGTCATCGCTTTGCACGTCACCCTGAGCCTTGGGCTGGCCCTGCTGTTCACGCCGGCCTTCACCACTGGCCTCAACCCGTTGCCCCCGCACCTGTACTCCCACGGTTCGGCGATCATCAGCACCGCACAGCAGGTCGCCGGTGCAGCCGGGACGGCGTTGCTCGTGTCCATCTATGCAGTGGTTTCTGCGTCTTCGGGCGAAGTAGCCGGCATGCAGACGGCATTCCTCGCCGCGACCGTTATCGCCGTGGCCGCTGTGGTGCTCGGTGCCATGATGCGCAAGACCGAGGGCGCCGGAGGCCACGGGGGCCACTGA MSTDVTSDANGKPESGASGTVISAETADPQAPVSKAPASQAPVSGKMSRESVTVIVTLLVATFVVILNETIMNVALQRLMTDLQVSASTVQWLATGFMLTMAVVIPTTGFILQRMSTRGAFMLAMGLFSGGTLLAALAPGFLVLLVARIVQAGGTAIMLPLLMTTILTLVPMSKRGAVMGNVSIAISVAPAMGPTVSGIILDHFSWRFMFVFVLPVALAAFAIGAKYLTNVGEREKTTLDVPSVILTVPAFGGLVYGLSQIGGADAGVVPVIALVVGVLCLALFVFRQLKLQKSDAPLLDLRAFKFRMFTVSTLLMVVAMMALFGGVILLPLYLQNTLHLQPLETGLALLPGGLAMGLLGPVIGRIFDKVGPLPLTVTGSVLMVLTLWQFSRLDEGSALGWVIALHVTLSLGLALLFTPAFTTGLNPLPPHLYSHGSAIISTAQQVAGAAGTALLVSIYAVVSASSGEVAGMQTAFLAATVIAVAAVVLGAMMRKTEGAGGHGGH PGPT0028570_99 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 D3-18_04292 903 panC COG0414 Pantothenate synthetase ATGGCCATCAAACTCGTGACCACCGCGAAGGAACTGCGGACGGAGAGCGCCAAGCTCCTGGCCGCCAAAGGTGGAACTTCGCAGGGGTTGGTGCCCACCATGGGCGCCCTGCACTCAGGGCACGCCGCACTGGCTCGGACCGCCGCGGCCGAGAACGACGTTGTTGTGGCCACCATCTTTGTGAACCCCTTACAGTTCGGCGATGCCGTGGACCTGGACCGCTACCCGCGCACGCTTGACGCCGATATGGCCCTGCTTGACGCCGAGGGCGTGGATCTGGTTTTCGCGCCGACCGTGGACGAGGTATATCCCGGCGGCCAGCCTCTGGTGCGGGTCACGTCGGGCCCGCTCGGCGACAAGTGGGAAGGCGCCTCGCGTCCCGGGCACTTTGATGGCGCGCTCACCGTAGTGGCAAAACTGCTGCACTACGGACTACCTGGAGGTGCTGCACCGGACGGGACGACGACGGCCTACCGGGCCTACTTCGGGCAGAAGGACGCGCAGCAGTTGGCGTTGGTGAAGCGAATGGTCTCGGACCTGAACTTCCCTGTGGAGATTGTGCCAGTGCCCATTGTTCGCAGTGAGGACGGCTTGGCGCTGTCCAGTCGCAATCGATTCCTTTCCGAGGAAGAACGCGAAGCCGCTTTGGTGTTATCGCGGGCTTTGCGCCTTATCGAGTCCCGCGCAAACGCGCACGAACCGCTCGACCTCGATTCCGCCGTCGCGCTTGTGGAGTCCCAGCCGCTCGTGGAACTGGACTATTTCGACGTCGTCGATCCCGTCACGCTGGAACCGCTCGCAGAGAACTGCAAGGAGACTCCCTTCCGCGGTGAGGGTTTGGCGATCATCGCCGCCAAGGTGGGACCCGTTCGGCTCATCGACAACGCTCCGTTGTTCTCCTAA MAIKLVTTAKELRTESAKLLAAKGGTSQGLVPTMGALHSGHAALARTAAAENDVVVATIFVNPLQFGDAVDLDRYPRTLDADMALLDAEGVDLVFAPTVDEVYPGGQPLVRVTSGPLGDKWEGASRPGHFDGALTVVAKLLHYGLPGGAAPDGTTTAYRAYFGQKDAQQLALVKRMVSDLNFPVEIVPVPIVRSEDGLALSSRNRFLSEEEREAALVLSRALRLIESRANAHEPLDLDSAVALVESQPLVELDYFDVVDPVTLEPLAENCKETPFRGEGLAIIAAKVGPVRLIDNAPLFS PGPT0008750_669 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 D3-18_04293 909 hypothetical protein ATGGCTAGGCCAGGACGACTCGGCGTCGGGATCATCGGTGCAGGCAAGGTGGGGGCGGTGTTGGGTGCCGCTTTGCGCGCAGCCGAGCACGCCGTCGTCGGGGTTTCTGCTGTGTCCGAGGCAAGCCGCGAGCGGGCTGAGAACCTTCTTCCCGGTGTCCCGATCCTGGAGATTCAGGACATCGTGGAGCGCTCCGAGCTCGTTTTGCTTGCCGTCCCGGACGACGCCCTCGGCGAGTTGGTCGCGGGGCTGGCCAAGCTTGGAGCTTGGCAGCCCGGTCAACTAGTGGCGCATACGTCAGGCCGGTTCGGCGTCGGAATCCTCAACCCGGTCCGTGCGGTTGGCGCGATACCGCTGGCACTTCATCCCGCCATGACCTTCACGGGAATGAGCCTGGATTTGACCCGGCTCATGGACTGCACTTTCGGGGTCACTGCCGACGCTGCCATGCTGCCGATTGCTCAGGCGCTGGTGGTGGAGATGGGCGCAGAGCCGGTAGTGATTGCCGAGGCTGACCGTACCCTCTATCACGCATCACTTGCGCACAGCTCCAATCACATGGTCACGCTGGTGGCGCAGGCATCGCAGATGCTGCGGGAGATCGGCGTCGAAAACCCGGAGTCCATGCTGGGTCCTCTTTTGCGTGCAACGCTTGAGAACGCTCTCGCGTCCGGCGAAACTGCGCTTACCGGTCCCGTAGCGCGTGGGGACGTGGGTACCGTTGCCGCGCACGCCCAGGCGCTGAAGGAGTACGACGGCGGTGCAGGCGGCGATGTTCTCGCGGCGTACCAAGCCATGGCGCGGGCCACTGCGCTCAGGGCGGGAAACCGCGGACTGCTGCGTCCCGAACAACTCGACGACATTGACGAGGCTTTGGGCGCGGAACCCAAGGCTCCGGAAGGAAACTGA MARPGRLGVGIIGAGKVGAVLGAALRAAEHAVVGVSAVSEASRERAENLLPGVPILEIQDIVERSELVLLAVPDDALGELVAGLAKLGAWQPGQLVAHTSGRFGVGILNPVRAVGAIPLALHPAMTFTGMSLDLTRLMDCTFGVTADAAMLPIAQALVVEMGAEPVVIAEADRTLYHASLAHSSNHMVTLVAQASQMLREIGVENPESMLGPLLRATLENALASGETALTGPVARGDVGTVAAHAQALKEYDGGAGGDVLAAYQAMARATALRAGNRGLLRPEQLDDIDEALGAEPKAPEGN NA NA NA NA NA D3-18_04294 1587 hypothetical protein GTGAGCCTGGAGAATAGCGCAACTGAGAGCCTCCCGGGCAAGCCGGAACCAGCGGTCGACGGCGGCTGGAACAGGGTCCACCCCGCGTCACCTTTTGTTCGCGGCTGGGTGGCGCTGGCCGCCGTCGGGTTCTTCTTTGGCCGGGACGCTTTCGAGCGGATGCTGCAGGGCCGGGATTTCCTTGATCCGAACCTCAGCGGCCGGGTGCCGTGGCTCCTGGCTGGCGGCGGTGTGGTTCTGCTGTTGACGGTAGGCGGTTTTATTCTCAGCTGGTACTTCACCCGCTACCAAGTGGCCGAGGGGTACGTCCGCGTCAATACCGGCTTCCTGTTCAAGCAGCAACGGCAGGCCCGATTGGATCGCGTCCAGGCAATCGACATTGTGCAGCCGCTTTTAGCGCGTATTTTCGGGCTCGCTGAGCTCAAGTTCGAAGTGGCCGACGCCGGCGAGTCGGCAGTGCGGCTCGCTTACCTCCCGCTTGACCAAGCCAAGCAGCTGCGTGCCACCATCCTCGCTCGGGCGGCGGGTGTGGTCAGTGGGCCCGAGACGACAGAGGAAATTCCGGAAGCTCCCGAGCATGTTGTACTGTCCGTGCCGCCGTCACGGCTCATCGGTTCCCTGCTGCTGAGCGAGCAGACCATCGGAATCCTGGCCGGTTCCGCAGTAGTTGTTGTCGTCTCCGTTCTCACGCAGAACCAGACCCTTTTCCTGGCCCTCATCCCCGGCATTCTGGGAATCGGCGCCGCATACTGGAACTCCTTCAACAAGGGCTACAACTTCACGGCTGCAATCTCACCGGACGGTATCCGCCTTAGGTACGGACTCCTGGATACCCAGGCGCAGACCTTGCCTCCCGGACGCATCCAGGCTCTCATGGTGACGCAGCCACCCCTTTGGCGGATCTTCGGCTGGTATCGCATGCACGTCAATGTTGCGGGCTACGGGGTTTCGGGCGGTACCGAAGGTGCTGCCCGCACCATGTTGCTCCCTGTTGGCATGAGGTCTGATGTCCTGCGGATGATGTCGTTGGTGCTGCCTGATCCGGGAGTTGAGGATCCGGAACGCGTGTTCAGCGCTGGGCTGGATGGACTGGGGCCGGCAGGAGTTGACCTGGCGCCAGGGGATGGGTACGTCACCACTCCCCGCCGCGCCCGTTTGTTGGCCCCGTTGGGCTGGCGTCGCAACGGATTCTTGGCCACTAAAACTGCGCTGCTGATCCGATCAGGCCGCTGGTGGCACACGTTGGTCATGGTTCCGCACCAGCGGACGCAATCCATGGCACTTCACCAAGGCCCGTGGGCGAGGCGCTTCGGAGTGGCCGACCTTGTCCTCCACACCACGGCAGGTCCCGTTTCACCCCGGGTGTTCCAAGCCGGAGTAGAGCAGGCAGTGGAACTCTTCGATCAGCAGGCCGCGCGTGCCCGGGAAGCACGGAAGAGGCAAACCAGCGAACAATGGCTGGCGCAGGTGGCTCCGCAGGCGCCGGAGGTCGCAGCCGCCATCCCGGAACCACCGGCTCAGCCAGGACAATCCGCTCAGCCCACACAACCCCAGACTTCACCACAGGAGGACCGCCACGATGGCTAG MSLENSATESLPGKPEPAVDGGWNRVHPASPFVRGWVALAAVGFFFGRDAFERMLQGRDFLDPNLSGRVPWLLAGGGVVLLLTVGGFILSWYFTRYQVAEGYVRVNTGFLFKQQRQARLDRVQAIDIVQPLLARIFGLAELKFEVADAGESAVRLAYLPLDQAKQLRATILARAAGVVSGPETTEEIPEAPEHVVLSVPPSRLIGSLLLSEQTIGILAGSAVVVVVSVLTQNQTLFLALIPGILGIGAAYWNSFNKGYNFTAAISPDGIRLRYGLLDTQAQTLPPGRIQALMVTQPPLWRIFGWYRMHVNVAGYGVSGGTEGAARTMLLPVGMRSDVLRMMSLVLPDPGVEDPERVFSAGLDGLGPAGVDLAPGDGYVTTPRRARLLAPLGWRRNGFLATKTALLIRSGRWWHTLVMVPHQRTQSMALHQGPWARRFGVADLVLHTTAGPVSPRVFQAGVEQAVELFDQQAARAREARKRQTSEQWLAQVAPQAPEVAAAIPEPPAQPGQSAQPTQPQTSPQEDRHDG NA NA NA NA NA D3-18_04295 513 hypothetical protein ATGCATACCGAGGCGATTGATCCTCCCGGCGTCCAGTGGCTGAGGGTATCCCCGAAGTACGTCACGGTTCGCTTGGTGGAGTGGGCTATCGGCAACGTATTGATGCTTGCGGTCCTCAGTTTGCCTCTCATTTTCGTGCTGCTCGGCTGGTGGCGGTGGCCGCCGTTGTGGCTGGCCATCACGGTTCCCGCGGTGATGCTGGTGTTGGCGTTGTGGCGGCTGGTGCTGATTCCACGCCAGGTTCGCGCGATCGGCTATGCCGAGCGCGACGACGACCTCCTCATTCGCCGCGGCATTTTCTTCCAGCGGACCATGGTGGTCCCCTACGGCCGCATGCAATACGTGGACGTTGCAGTGGGTCCCGTCGAACGCAGCTTAGGGCTGTGCACGCTCAAGCTTCACACCGCGTCAGCGGGAACCAATGCGCAGCTGCCTGGCCTCCCCTCAGCAGAGGGGGCACGCTTGCGCGAGCAGCTTTCGGCCCGCGGAGAAGCCAGGTTGGCCGGGCTGTGA MHTEAIDPPGVQWLRVSPKYVTVRLVEWAIGNVLMLAVLSLPLIFVLLGWWRWPPLWLAITVPAVMLVLALWRLVLIPRQVRAIGYAERDDDLLIRRGIFFQRTMVVPYGRMQYVDVAVGPVERSLGLCTLKLHTASAGTNAQLPGLPSAEGARLREQLSARGEARLAGL NA NA NA NA NA D3-18_04296 522 hypothetical protein ATGAAAGCAATGCGCCCTGTGGTTCTGGTGCTCATCGCCGTCATCGCTGCCGTCATCGGATGGTTGGCTACGGTCACTACTAACCGTTTCAGCATGCCAACACCGGTGCTGCCGGTCTCCGCACTCATCACCATGGCTGTCATCGCCGTCCTGACGCTCATCATGGGCATCCGTGTGCTGCGTTGGCGCAACGGTAAGAAAAAGAATCTGCTCAACCCGATCCTCGCGGCAAGGACGCTGATTCTTGCCCAAGCCTGCGCCTACGCCGGGACGTTGCTCCTGGGTTGGCATGTAGGAATCGCGGTGGATCTTCTCCGTATCGGTGGTTTGCGCGGCGGCGAGGGCATTCTGTGGAATGCCCTGCTGATGGGCGGAGGCGGTGTGGTGATGGTGGTGGTTGGACTCGTAGTGGAGCGGTTCTGCCGGATCCCACCGGAGGACCTGGAAGGTGGTACCGCCGGACCGGAAACCCGTCGAGGCGAAACAAAGGGTGAAGGCGAATATGCATACCGAGGCGATTGA MKAMRPVVLVLIAVIAAVIGWLATVTTNRFSMPTPVLPVSALITMAVIAVLTLIMGIRVLRWRNGKKKNLLNPILAARTLILAQACAYAGTLLLGWHVGIAVDLLRIGGLRGGEGILWNALLMGGGGVVMVVVGLVVERFCRIPPEDLEGGTAGPETRRGETKGEGEYAYRGD NA NA NA NA NA D3-18_04297 546 hypothetical protein ATGACGTCCGGCTATACCAAGGCCATTCTGGCTCTTGGCAGCAATCTGGGGGAGCGGAACGACACCCTCTCCACGGCCGTCGCGGACCTGGTGGACCCCCCGGAGGTGCGCCTCTTGGGTGTATCGCCGGTGGTGCAGACCAAGCCTGTGGGCGGTCCGGAGGGCCAACCGGATTTTCTGAACATGGTCATGGCCGTGGAGACCACGTTGACCCCTTTGGAGCTCCTGAAGCACTGCCACGCGGTGGAACAGAAGCATCACCGCACGCGTGAGGTGCGCTGGGGGCCAAGGACGCTTGACGTGGACATCATCGTGTTTGGTGACGTGGTGAGTGATGATCCTGTTCTGACCATTCCGCATCCGAGGGCAGCTGAGCGCGCCTTCGTGCTCTACCCGTGGTCCTTACTGGAGCCGCACGCCACGCTGAGCGGCGAAAGCGTGGCTGAACTGGCCGCCGTCGCCGCTGACATGCCGGACATCCGGCGCTTCGACGGCTTTGGCGACGTAGCCGGCGTGCCGGCGACGGGAGCAGTGGAGCAGCCATGA MTSGYTKAILALGSNLGERNDTLSTAVADLVDPPEVRLLGVSPVVQTKPVGGPEGQPDFLNMVMAVETTLTPLELLKHCHAVEQKHHRTREVRWGPRTLDVDIIVFGDVVSDDPVLTIPHPRAAERAFVLYPWSLLEPHATLSGESVAELAAVAADMPDIRRFDGFGDVAGVPATGAVEQP PGPT0007910_636 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007910-folK-K00950 NA NA D3-18_04298 360 folB COG1539 Dihydroneopterin aldolase GTGGACAGGATCACGCTGACCGGCGTCACCGCCGTCGGCTATCACGGAGTGTTCGATTTCGAGCGCCGTGACGGCCAGCCTTTCGTTGTGGACGCCGTGCTGTACTCGGACTTCACCAAAGCGGCTGAGACAGACGATCTCCAGTACACGGCCCATTACGGTGAAGTCGCCGAACTGATCACCAAGCACATTGAAGGCGACCCCTTGAACCTCATTGAGGGCCTGGCCGTCAGGATTGCCGAGGGCATCCTCGAGAATTACAACGTGGCCGCCGTCGATGTCACCGTCCACAAGCCCAAGGCGCCCATCGAGGTGCCGTTTGGCGACGTCACTGTCAGCGTCCACCGGGAGCGATCATGA MDRITLTGVTAVGYHGVFDFERRDGQPFVVDAVLYSDFTKAAETDDLQYTAHYGEVAELITKHIEGDPLNLIEGLAVRIAEGILENYNVAAVDVTVHKPKAPIEVPFGDVTVSVHRERS PGPT0007905_2708 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007905-folB-K01633 NA NA D3-18_04299 906 folP1 COG0294 Dihydropteroate synthase ATGGACTCCCTCGCTGCAGCACCTGGAACCGGCCCGGCCACAAGCCCGCTGCCGATTCTCCGCAAACCGCGACCCGCTGCCAGGTTCGAGGACCTGCCAACGGACCGCACGCTCGTCATGGGAATCCTCAATGTCACCCCGGATTCCTTTAGCGACGGCGGCACTCACCGGACACCGGACACCGCCATCGCGCTCGGCCTGCGTATGTTTTACGCAGGTGCAGACATCATCGACGTCGGTGGTGAATCCACCCGTTCCGGCGCTGAACCGGTTTCCCCCGAAGAAGAACAACGCCGCGTCATCCCGGTGATTCAAGCATTGGTGAAAGCCGGCGCGCTGGTCAGCATCGACACGATGCATACGTCCACCGCTGCCGCTGCCATTGAGGCGGGTGCGGCCATCATCAACGATGTCTCGGGCCTGACGATCGAACCGGACATGCCCGAGCTCGTTGCCCGGACCAAGGTTCCGTACATCCTGACGCATCGGCGTGGCGACGCCCTGACCATGGACAGCCTCACTGACTACAACAACGTCACGGAGGACGTCGTGGCTGAGCTCAGCGGCGTCCGCGACAAGCTCTACGCAGCTGGCGTTGCGCCGGAACAGATCATTGTCGACCCCGGTATCGGTTTTTCCAAGAAAGAGGACCAGAACTGGGAGATCCTGAAGAACCTGGACCAGCTGTTCACGCTGGGCCACAAGGTGATGGTTGCCGCTTCCCGCAAACGGTTCCTCGGTTCCCTCCTGACAGTGGCCGGTAAGTCCGCTGCGCCGTTGGAACGCGACGCAGCTACCGCTGCCATCACCGCTTTGAGCGCCACTAAGGGCGCCTGGGCTGTCCGCGTTCACGACGTCGGCCCCAGCCTTGACGCCGTCAAGGTCGCCGCCCGCATCTCCCGCTGA MDSLAAAPGTGPATSPLPILRKPRPAARFEDLPTDRTLVMGILNVTPDSFSDGGTHRTPDTAIALGLRMFYAGADIIDVGGESTRSGAEPVSPEEEQRRVIPVIQALVKAGALVSIDTMHTSTAAAAIEAGAAIINDVSGLTIEPDMPELVARTKVPYILTHRRGDALTMDSLTDYNNVTEDVVAELSGVRDKLYAAGVAPEQIIVDPGIGFSKKEDQNWEILKNLDQLFTLGHKVMVAASRKRFLGSLLTVAGKSAAPLERDAATAAITALSATKGAWAVRVHDVGPSLDAVKVAARISR PGPT0007915_1163 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007915-folP-K00796 NA NA D3-18_04300 636 folE COG0302 GTP cyclohydrolase 1 GTGACTCATTTCGACGACGACGACGACCTCGCCGCCGCCCACGGTTCCGCCGCGGGCTCCAAGCACGGCCATAAAGTGGACCGTCCGCGCATTGAAGCGGCTGTCCGCGAGATTCTCCTGGCTATAGGTGAAGACCCTGAGCGCGGAGGCCTCCTGGACACCCCAAAGCGCGTGGCCAAGGCTTACGCCGAGGTCTTCGCAGGGCTGCACCAGCACCCTGCGGATGTCCTCTCCACCACGTTCGACCTCGACCATGAAGAGCTTGTCCTCGTGAAGGACATCCCCTTCTACTCGACTTGCGAGCATCACTTGGTGCCGTTCCACGGCGTCGCCCATGTTGGTTACATTCCGTCACATGACGGAAAGGTGACCGGCCTGAGCAAGTTGGCGCGGCTGGTCGATATCTATGCACGCCGGCCGCAGGTGCAAGAACGCCTCACCACGCAGATCGTCGAGGCACTTGTGAAGCACCTCAACCCCCGCGGCGCGATTGTCGTCGTCGAATGTGAACACATGTGCATGTCCATGCGCGGCATTCGCAAGCCCGGCGCAAAGACCGTCACCAGTGCGGTGCGCGGTCAACTCCATGACCCGGCCACCCGCGCCGAGGCCATGAGCCTCATACTCGGAAGGTAA MTHFDDDDDLAAAHGSAAGSKHGHKVDRPRIEAAVREILLAIGEDPERGGLLDTPKRVAKAYAEVFAGLHQHPADVLSTTFDLDHEELVLVKDIPFYSTCEHHLVPFHGVAHVGYIPSHDGKVTGLSKLARLVDIYARRPQVQERLTTQIVEALVKHLNPRGAIVVVECEHMCMSMRGIRKPGAKTVTSAVRGQLHDPATRAEAMSLILGR PGPT0007875_2174 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0007875-folE-K01495 NA NA D3-18_04301 2070 ftsH_2 COG0465 ATP-dependent zinc metalloprotease FtsH ATGAAAGCTAAGAGTTTCTTCAAGGGCCCGGGCATCTGGATTGTTGTCGTCGTTGGCTTGCTCCTGGTGGCATTCGCAACACTGGCTCCGGGCGGTTCCACGCGCATTGACACCCAGGACGGCCTCGAACTCCTTTCCCAAAGCGGGAAGGTTGAGCAGGCCAAGATTTTCGACGCCGAGAACCGCGTTGATCTGGTTCTTAAGGACAACCTGAACCTGGACGGCCAGGACAAGGGCAAGAACGTTCAGTTCTTCTACGTTACGGATCGCGGTCCGGATGTGGTGAAGGCTGTCACCAACGCCAACCCGGACAAGGGTTTCACTGACCAGCCGGTCGAGAACAACTGGTTCTCCGGGCTGTTCTCCCTGCTCATCCCCGTGCTGCTGCTCGGCGTCCTGTTCTGGTTCCTGCTTTCCCGTATGCAGGGTGGCGGCTCCAAGGTGATGCAGTTCGGCAAGTCCAAGGCCAAGCTGGTCAACAAGGACATGCCGCAGGTGACTTTCTCCGACGTCGCCGGTGCTGACGAAGCCGTGGAAGAGCTCCAGGAAATCAAGGAATTCCTCCAGGAGCCGGCCAAGTTCCAGGCCGTTGGTGCCAAGATCCCCAAGGGTGTGCTGCTCTACGGCCCTCCAGGTACTGGCAAGACGCTGCTCGCCCGCGCTGTCGCCGGTGAAGCCGGTGTTCCCTTCTTCTCCATCTCCGGCTCGGACTTCGTTGAAATGTTCGTCGGCGTTGGCGCTTCCCGTGTTCGCGACCTTTTCGAACAGGCCAAAGCAAGCTCCCCGGCCATCATCTTCGTGGATGAAATCGACGCCGTTGGTCGTCACCGTGGTGCCGGTATCGGTGGCGGTAACGACGAGCGCGAGCAGACGTTGAACCAGCTCCTCGTTGAGATGGACGGTTTCGACGTCAAGACCAACGTCATCCTCATCGCGGCCACCAACCGTCCCGACGTCCTGGACCCCGCTCTGCTGCGCCCGGGCCGTTTCGACCGCCAGATCACCGTTGAAGCCCCGGATATGATCGGCCGTGAACAGATCCTGAACGTCCATGCCAAGGGCAAGCCGATGGCCCCGGGCATCGACCTCAGGGGTGTTGCCAAGAAGACTCCCGGCTACACGGGTGCGGACCTGGCCAACGTCTTGAACGAAGCTGCCCTGCTGACTGCGCGTTCAAATGCCAATCTGATCGATGACCGCGCATTGGACGAAGCAATCGACCGCGTCATGGCAGGTCCCCAGAAGCGCAGCCGCGTCATGAAGGAACTCGAACGCAAGATCACCGCGTACCACGAAGGTGGCCACGCACTGGTTGCTGCTGCCCTTCGCAACTCCGCCCCGGTCACCAAGATCACCATCCTTCCCCGCGGCCGTGCGCTCGGCTACACCATGGTGATCCCGGAAGACGACAAGTACTCGGTCACCCGCAACGAACTGCTCGACCAGATGGCCTACGCCATGGGCGGGCGTGTTGCCGAGGAAATCGTGTTCCACGATCCCTCCACGGGTGCTTCCAACGACATCGAAAAGGCCACCTCTACGGCCCGGAAGATGGTCACTCAGTACGGCATGAGTGAACGTGTTGGTGCCGTGAAGCTGGGCCAGGGCGGTGGCGAGCCGTTCCTCGGCCGCGACGCGGCTCAGGAGCGCAACTTCTCCGACCAGATCGCCTACGTTGTGGATGAGGAAGTACGCCGTCTGATCGACCAGGCTCACGATGAGGCCTACGCCATCCTCACGGAAAACCGGGACGTTTTGGACCGCTTGGCGCTGGAACTTCTGGAGCGGGAAACACTGAACCAGACGGAGATTGCCGAAATCTTCCACGACATCCGGAAGCGCGATTTCCGCGAGATCTGGCTGTCCAAGGAATCCCGTCCGGTCCAGTCCATCCCGCCGGTGGAATCCCGCGCCGAAAAAGCGGAACGCGAAGCCCAGGAAGAGGCCAAGAAGGCCCGCTTGGACGAGCCTTTGGACGTAGTAGCACCCCACGCCCAGGGAGTCAGCAGCCAGGAGTCATTCCAAGCCCCGCAACCCGACGGCGGCAACGACCACCCGCATCACGGCTAA MKAKSFFKGPGIWIVVVVGLLLVAFATLAPGGSTRIDTQDGLELLSQSGKVEQAKIFDAENRVDLVLKDNLNLDGQDKGKNVQFFYVTDRGPDVVKAVTNANPDKGFTDQPVENNWFSGLFSLLIPVLLLGVLFWFLLSRMQGGGSKVMQFGKSKAKLVNKDMPQVTFSDVAGADEAVEELQEIKEFLQEPAKFQAVGAKIPKGVLLYGPPGTGKTLLARAVAGEAGVPFFSISGSDFVEMFVGVGASRVRDLFEQAKASSPAIIFVDEIDAVGRHRGAGIGGGNDEREQTLNQLLVEMDGFDVKTNVILIAATNRPDVLDPALLRPGRFDRQITVEAPDMIGREQILNVHAKGKPMAPGIDLRGVAKKTPGYTGADLANVLNEAALLTARSNANLIDDRALDEAIDRVMAGPQKRSRVMKELERKITAYHEGGHALVAAALRNSAPVTKITILPRGRALGYTMVIPEDDKYSVTRNELLDQMAYAMGGRVAEEIVFHDPSTGASNDIEKATSTARKMVTQYGMSERVGAVKLGQGGGEPFLGRDAAQERNFSDQIAYVVDEEVRRLIDQAHDEAYAILTENRDVLDRLALELLERETLNQTEIAEIFHDIRKRDFREIWLSKESRPVQSIPPVESRAEKAEREAQEEAKKARLDEPLDVVAPHAQGVSSQESFQAPQPDGGNDHPHHG NA NA NA NA NA D3-18_04302 978 hypothetical protein ATGGCCTTTCAAGAACTGATACTCGCCTCTGACGCGACACGGATTGGACAGGATGCGCGCCAGCTCGCTAAGCAGGCCAAACGGGGCGAATTGGTCCGAGTCCGACGGGGCACTTACGCCCGCCCTGCTTATTGGGCGGAATTGAACGAGCGCCAACGGCACGGACTCCAAGCAGCTGCCTTGGTCAATACCACCAGGACCCCTCCCGTCTTTAATTTGCAGACGGCGGCACTCCTCTGGGGGCTCGGCGTCGTGGGCGTGCCGAAGCATCTGTGCACTGTGACTGCGGACCCAACCGGTGGTCGATCGAAACATGGGATCCGGAGAAGTTTCGGTGCCTGTGACAGCGGGGTAGCCCAACTCGGTGAATTCCGAGTCACGGACAAGGTTCGCACGACAATAGAGCTGGCCGCTTCCCTGAACTTTGCTGAGGCCTTGGCGGTTCTTGACTCCGGCCGTCGCGACCAAGGGTGGGGGGACGCTCTTGAAGCTGACAATTGGAACAAGGACAAGCCATGGGGTCCTCCGTTGGGCGTGGACGACCTGGCTGGAGGTGTCGCCGATCTCATCAGCCAATCAAGAAGACGACGTGCTGGCGCGATTCTCGAATTGTCGACGGACAAGTCCGAGTCGGTGGGGGAATCCATGAGTCGCGCGCAAATGATTCTGCTCAACTTCCCCGTTCCCAGCCTTCAAGGTTCTTTTACCTTGAAGACCGGACGTACCGCTCGAACAGATTTTTGGTGGCCCGAACTCGATCTGGTGGGGGAATTTGATGGTTATGGGAAGTATCTGAGAAAAGAACTGCTGGGAAACCAGACCATCCAGCAGGCAGTCATGGCCGAGAAAGCCCGGGAAAACGGATTGCGGGCACTGGGCCTCACCGTTGTTCGCTGGGACTGGTCCGACATGATGAATCCAAGGGCGTTCGCACGGATTCTGAGCGATGGAGGGCTGCGCTCCCTGCGTGGGGGCTGA MAFQELILASDATRIGQDARQLAKQAKRGELVRVRRGTYARPAYWAELNERQRHGLQAAALVNTTRTPPVFNLQTAALLWGLGVVGVPKHLCTVTADPTGGRSKHGIRRSFGACDSGVAQLGEFRVTDKVRTTIELAASLNFAEALAVLDSGRRDQGWGDALEADNWNKDKPWGPPLGVDDLAGGVADLISQSRRRRAGAILELSTDKSESVGESMSRAQMILLNFPVPSLQGSFTLKTGRTARTDFWWPELDLVGEFDGYGKYLRKELLGNQTIQQAVMAEKARENGLRALGLTVVRWDWSDMMNPRAFARILSDGGLRSLRGG NA NA NA NA NA D3-18_04303 837 hypothetical protein ATGACCGGTGCTCCTGCCCGTCTTTTGACGTGGCTCGCCGTCATGGCGACGCTCCTCACAGCCTGTACCCCTGCGGTCGATCTCACCGAGACCGATGCCGGTCAACCAATCGCGACCTCTTCCGCCGCGCCAACCCCGGGTGACGTCGCCGCCATCCCGTCAACGACTGCCACGCAGTCTGGGGTTCCGTCACCGCCGGCAACACAGCCTCCGCCCGCACCACCTGCCGTACCCCAGGCTTTCGCCATTAACCTCTACCAAGAGGGAGACTTCGTTCCGCAGTACACCTTTGACTGGTGTGTTGCTGCGAGCATTCAGATGGCGCACAACCTCATCGACGATACCGGGGGCGGTTCGTGGGCATCCTCCGCGCAGCAAAGCGAACTCTGGGAGATGGCCCGCGCGCGGTCATCCAACTCCTTCAACGGTGCCAACCCGCGGGGTTGGGCACAGGTGCTGACCGAAGTTGGAATGGGGCCATACACAGTGGTTAGCATCGCCTCCTATGAGGACACGCTGCAGACAGCGGCCCGCGCCATTGCCGAGACTGGCCGACCAGTGGGGTTGGTCATGTGGAGTGGTCGCCATGCCTGGGTAATGAGCGGTTTTGAGTCGATAGGTGATCCCGCGCAGTTCCCGGAGTTCCAAGTCACCGGAGTGCACGTCCTGGATCCGCTCTACCCCTACGGCAGCGGACAATGGGGTCCATCCCCAGAGCCGAACAGTCTGCTCTCCCCGGAGCAGCTGGCCACACAGTTCGTGGTCAGGGAACCGCGGCGCTGGAGCACTGACCTGCCCACGGGTTACCTGCTGGTCCTCCCAGTCGCCGGGGCCTGA MTGAPARLLTWLAVMATLLTACTPAVDLTETDAGQPIATSSAAPTPGDVAAIPSTTATQSGVPSPPATQPPPAPPAVPQAFAINLYQEGDFVPQYTFDWCVAASIQMAHNLIDDTGGGSWASSAQQSELWEMARARSSNSFNGANPRGWAQVLTEVGMGPYTVVSIASYEDTLQTAARAIAETGRPVGLVMWSGRHAWVMSGFESIGDPAQFPEFQVTGVHVLDPLYPYGSGQWGPSPEPNSLLSPEQLATQFVVREPRRWSTDLPTGYLLVLPVAGA NA NA NA NA NA D3-18_04304 552 hpt COG0634 Hypoxanthine-guanine phosphoribosyltransferase GTGGATTCAAACGACGTCCAGGCAGATCTCAAGCACGTTCTTTACACCAAAGAGCAGATCCAAACGCGTATCGCGGAACTCGCGGCGCAGATCGACAAGGATTACGAAGGCCGCGACATCCTCATCGTCGGTGTTCTCAAGGGCGCGGTCATGGTCATGGCCGACCTCGCCCGTGCACTGCACAGCCACGTCAGCATGGACTGGATGGCTGTCTCGTCCTACGGCTCGGGCACCCAGTCCTCCGGTGTTGTCCGGATCCTCAAGGACCTCGATACCGACCTCATGGGCAAGGACGTCCTGATCGTCGAGGACATCATTGACTCCGGCCTCACCTTGTCCTGGCTCAAGTCCAACCTTGAATCCCGCGGCACGGCCAGCGTCGAAATCTGCACGGCTTTCCGCAAGCCGACCGCCGCCAAGGTGGAAATCGACGTCAAGTACGTCGGCTACGACATCCCCAACGAATTCGTGGTCGGTTACGGTCTCGACTACGCCGAGAAGTACCGCAACCTGGACTTCGTGGGCACCTTGGCCCCGCACGTTTACGAGTAA MDSNDVQADLKHVLYTKEQIQTRIAELAAQIDKDYEGRDILIVGVLKGAVMVMADLARALHSHVSMDWMAVSSYGSGTQSSGVVRILKDLDTDLMGKDVLIVEDIIDSGLTLSWLKSNLESRGTASVEICTAFRKPTAAKVEIDVKYVGYDIPNEFVVGYGLDYAEKYRNLDFVGTLAPHVYE PGPT0007295_1573 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0007295-hprT|hpt-K00760 NA NA D3-18_04305 999 tilS tRNA(Ile)-lysidine synthase TTGGCTTTGGCAGCCATCGCAGCCTACTTCGCCAGACGAGGCCATGTGGACGGACACCCAGTGTCTGTCGCAGGCGTAGTGGTGGATCATCAACTGCAGCCTGGTTCCGGGGAAGTCGCTTCCCGGACAGCTGCCGTGTTGCGTGAACTGGGATTATCACCGGTGGAAGTGCGCACTGTAGAAGTTTCCGCCACTGGATTTGGGCCCGAGGCTGCGGCCCGGGATGCCCGTCATGCTGCCTTGGAGTCCGCCGCCGACCAGTTGGGTTGTGACGCGATCCTGCTCGGCCACACCTTGGACGACCAAGCCGAACAAGTACTCCTCGGCTTGGCCCGCGGTTCAGGTACGCGGTCCCTCGCTGGGATGCGGCCCATTCGCGGACGCCTGCTCCGGCCGTTCCTTGGCCTTCGCCGCGAGGAGACGCTGGAAATCTGCCGGGTAGAAGAGTTGTCTCCCTGGCATGATCCGAGCAACTCCGATCCCGCGTTTGCGAGATCCCGGACGCGTGTTGAAGTGATGCCCGTGTTGGAAGAGAAGCTGGGCCCGGGCGTGGCCGAGTCCCTGGCTCGGACCGCCGCCATCCTGCAGCAAGATGCCGATTTCCTTGAAGATCTTGCCGACGAGACCTATCTCTCACTAGTCCAGTGGGAGGGCGGCGACGCATGGCTTCCCGAGGACGCCGTTCGTGAACTGCCCGCAGCGCTCAGGTTCCGTGTCATCGCCAAGGCGGCGGCCGCCGTCGGGGGTCAACAACCCGGCTACGGGCGCCTCCAAGCTGCGGAAGCACTGCTTCGCCGGCAAGGATCGGCCGGACCTGTTGAGCTTCCCGGCCACGTAAGCGTGTACCGTTTGTCCCTCAGCGATTTGGAGCAGGAATGGTCTGTTTCATCAGGTGTTTCAACGGCAGATGCGACTGGTGATCCGGCCAAGGGCGGTCCCCGCGAAGCCGCGCGCTGTGGGAAGCTAGTATTCCGGCATCAGAAACCGTCCCAACAGTAG MALAAIAAYFARRGHVDGHPVSVAGVVVDHQLQPGSGEVASRTAAVLRELGLSPVEVRTVEVSATGFGPEAAARDARHAALESAADQLGCDAILLGHTLDDQAEQVLLGLARGSGTRSLAGMRPIRGRLLRPFLGLRREETLEICRVEELSPWHDPSNSDPAFARSRTRVEVMPVLEEKLGPGVAESLARTAAILQQDADFLEDLADETYLSLVQWEGGDAWLPEDAVRELPAALRFRVIAKAAAAVGGQQPGYGRLQAAEALLRRQGSAGPVELPGHVSVYRLSLSDLEQEWSVSSGVSTADATGDPAKGGPREAARCGKLVFRHQKPSQQ NA NA NA NA NA D3-18_04306 1131 hypothetical protein ATGGACCGTATGGTGTCATCTGCCCGAGAATCGTCAGCAGGGGCCCCGTCCCTGATCAACTGGGACCTGGCCGCCTCTACGGCTGCCCGGCTTGCCCCGCCTGGTCCGGAGCTTAGCGCCGGTGAGATTGGCAAAGCCGTGGACAATCTGCGCTTCAACGCGGATATCTCCGTCCCGCACGTGCACGACATCACCGGCTTGGATGCCGCGAGGGACCTGCGGGATTCGCACGTTCTAGTAGTGGATCGGGCGTCGTGGTCCAAGGCCAATACCCAGAGCTTCTCGGTGATGCTCCAACCTGCTCTGAAGAAGATGCTGGAGAGCCGGAGTGGAGTGGCGATGACCCCGGCGGCGGCCGCTACCAGCGGTGCCATCACTGGCACCCAGCTTGGCGCTGTGCTCGCGTTCCTTTCCAGCAAGGTCCTCGGCCAGTATGATCCCTTTGCTGCGCTGGCCCCGGAATCCAACGTTCCCCCGGGCGGCCGACTCCTGCTGGTGGCGCCCAACATCATCTCCGTGGAGCGCGAACTCAACGTTCACCCGGACGACTTCCGTCTCTGGGTTTGCCTGCACGAACAAACCCATCGGGTCCAGTTCGCCGCAGCACCGTGGCTCCGTCACCACATGCTGGATGAAATCGAGAAGCTCAGCGGCAATCTCTTGGGCAATATGGATACTTTGGTTGAACGCGCCGGCGCCGTAGCTAAGTCCCTGCGCGACCGTAATCCCTCTGAGAAAACGCCCGGCCGTGGCGCCATCCTGGACCTGCTCCAGAACCCGGAGGAAAAGGCATCCCTGTCCCACATTACGGCGGTCATGAGTCTCCTTGAGGGGCACGCCAACGTGGTGATGGATGCCGTGGATTCGAGCATCGTTCCCTCCGTGAAGACCATCCGCCAGCGCTTCAACGAACGTGGCAAGGATCGCGGCGTGGTGGAGAAGTTCATCCGCAACCTTCTCGGCTTGGACGCCAAGATGCGCCAGTACACCGATGGCGCCAAGTTCGTCCGCGAAGTTGTTGCCGTGGCCGGCATGGAAGGCTTCAACCGGGTGTGGGAATCCGCCGACTACCTACCCACCGAGGAAGAGATCCACAACTCCAAGCTGTGGCTTGAGCGGATGGGGCTTTGA MDRMVSSARESSAGAPSLINWDLAASTAARLAPPGPELSAGEIGKAVDNLRFNADISVPHVHDITGLDAARDLRDSHVLVVDRASWSKANTQSFSVMLQPALKKMLESRSGVAMTPAAAATSGAITGTQLGAVLAFLSSKVLGQYDPFAALAPESNVPPGGRLLLVAPNIISVERELNVHPDDFRLWVCLHEQTHRVQFAAAPWLRHHMLDEIEKLSGNLLGNMDTLVERAGAVAKSLRDRNPSEKTPGRGAILDLLQNPEEKASLSHITAVMSLLEGHANVVMDAVDSSIVPSVKTIRQRFNERGKDRGVVEKFIRNLLGLDAKMRQYTDGAKFVREVVAVAGMEGFNRVWESADYLPTEEEIHNSKLWLERMGL NA NA NA NA NA D3-18_04307 1449 hypothetical protein ATGATGGGCGTTAAAAACGGGGGTGCCCGCAAGCGGGTGCCTGCGGCGTGGGGGCGCTTTACCTGGCCGGTGCTACTGACCACCGTTTTGATGTGCCTTGGTGCCGTGGTGGCTGTGGGGATGTTTCCGAACTTGCTCACTTTCCCCAAGCCCCCGCCCTCCATTCCCTCCTGGCAGCAGGTGCCGGACCGCCTTTCGGGCGCCAACAGTGTGCTGCCGTTGGATGCCTCAGCGCCTATCCCGGTTGCTAGCGAGGTCACGAAGCTCCTGGACACTACCCTCAAGCCGGACGGCGCGGGCAGTATCAGCGGCGTGGTGATGGATGCGTCCACTGGCCAGGTTCTTTTCGACCGCGAGGCCAACGTCAACCGCATCCCGGCCTCGAACATGAAGCTGTTGACCGCTGTGGCCGCCTTGAAAGCGCTCGGTCCCGACTCAAGGTTCACCACCCGCGTGCTCGCATCTGACAATCCCTCCACAGTGGTGCTGACCGGGGGAGGGGACGTTCTGCTGGGCGCTTCCGCTTCCGAGCCCACTGCTGTACTTGGCCGGGCCGGACTAGCTTCCCTGGCTGCGGACACGGCTGCCGCTTTAGCGTCGGCTGGGGTGAAGGGGCCAATTACCGTGCAAGTTGACGACTCACTTTTCAGTGGCGCGCCCCTTAACCCCGCATGGAGTTTGGACGATGTGGCCGCCGGGGAAACCGCGCCGTTGTTCTCCTTGGCGTTGAACTCCGGCCGTTACGCCCCGGACGTTCTAACCGGTCCCAGACCCCAGGATTCCGCCATCACCACCGCGCAGGCGTTCGCCGAGCAGTTGGGGGCGGCTGGCGTAACGGTGAGTCCCGGCGTCGAACGTGGTAAGGGTCTTCCCGCCAAAGAGTTGGCAGCTGCTGAGTCCGCAACCGTGAGCGAGCAAGTGGACCTCATGCTCGAATCCTCGGACAACTTCCTCGCAGAAGCGCTGGGCCGGATGACCGCCTTGGCGTCTGGTCTCGGGGGGACGTACGACGGCGCTACTGCGGCCGTGCGGCAAAGGCTGGGGGAGCTGGGGATCGCCACGGATTCGATGCAGCTGGCCGACGTCTCGGGCCTTGCCTTGGAGAACCAGGTCACAGCCCGGCAATTTGCCGAGGTTGTCCGTGCCATCACCAGCGGTTCGGATCTTGCCTTGCGGAGCGCCCTCGATGGTTTCCCCGTGGCTGGGCTAACCGGGACCCTGAATGACAGGTACGGCGAGGCTGGTACGTCCGAGGGCGCCGGACTGGTGCGCGCCAAGACCGGGACGTTGAATACCGTGATCGCATTGAGCGGCTACGTAGTGGACTCCGATGGCCGGCTGCTCGTGTTCTCCTTTATCGGCAACGGTTTGGACCCGGGAGCCGCGGGCAACAAGGTGGCCATGGACCGTTCGGCGTCAGTGTTGGCCTCCTGCGGGTGCCGGGGCTAG MMGVKNGGARKRVPAAWGRFTWPVLLTTVLMCLGAVVAVGMFPNLLTFPKPPPSIPSWQQVPDRLSGANSVLPLDASAPIPVASEVTKLLDTTLKPDGAGSISGVVMDASTGQVLFDREANVNRIPASNMKLLTAVAALKALGPDSRFTTRVLASDNPSTVVLTGGGDVLLGASASEPTAVLGRAGLASLAADTAAALASAGVKGPITVQVDDSLFSGAPLNPAWSLDDVAAGETAPLFSLALNSGRYAPDVLTGPRPQDSAITTAQAFAEQLGAAGVTVSPGVERGKGLPAKELAAAESATVSEQVDLMLESSDNFLAEALGRMTALASGLGGTYDGATAAVRQRLGELGIATDSMQLADVSGLALENQVTARQFAEVVRAITSGSDLALRSALDGFPVAGLTGTLNDRYGEAGTSEGAGLVRAKTGTLNTVIALSGYVVDSDGRLLVFSFIGNGLDPGAAGNKVAMDRSASVLASCGCRG PGPT0024035_1410 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-CARBOXYPEPTIDASE_ACTIVITY,PGPT0024035-dacB-K07259 NA NA D3-18_04308 489 ppa COG0221 Inorganic pyrophosphatase ATGAAGCACGACGTGACCATCGAGATCCCCAAGGGATCGCGCGTCAAGTACGAAGTTGACCACGAAACCGGCCGTGTCCGCCTGGACCGCGTCCTGTTCACCTCCATGCAGTACCCCACGCACTACGGTTTCTTCGAGAACACCCTGGGCGAAGACGGCGACCCGCTGGACGCATTGGTGCTCCTGCAGGACTTCGATCTGCACCCGGGCGTCATCGTCGAATCCCGCCCCATCGGCGTCTTCAACATGACGGACGACGGCGGCGGAGACGCCAAGGTCCTCTGCGTCCCCGTTGACGCACGTTTCGACCACATCCAGGAAGTCAGCGACGTCAGCGAATTCCTGGTCAAGGAAATCGAGCACTTCTTCACGCGCTACAAGGACCTGGAGCCCGGCAAGTGGGTCAAGGCTGAGGGCTGGGGCGACCGCGCCGCTGCCGAAGCCGAGCTGGAAGCTTCCATCAAGCGCTTCTCGGCCGAAGGCCACTGA MKHDVTIEIPKGSRVKYEVDHETGRVRLDRVLFTSMQYPTHYGFFENTLGEDGDPLDALVLLQDFDLHPGVIVESRPIGVFNMTDDGGGDAKVLCVPVDARFDHIQEVSDVSEFLVKEIEHFFTRYKDLEPGKWVKAEGWGDRAAAEAELEASIKRFSAEGH PGPT0002600_4651 DIRECT EFFECT BIO-FERTILIZATION PHOSPHATE_SOLUBILIZATION P-SOLUBILISATION-PHOSPHATASE_ACTIVITY P-SOLUBILISATION-INORGANIC_PHOSPHATASE,PGPT0002600-ppa-K01507 NA NA D3-18_04309 981 hypothetical protein ATGGCTGGGTTCTACGGCGCGGACATAGCGCAGCTTCGCAGTCTGGCGGGTGTGATGGGCAAAGCTGCCGACGCCATCAGCCTGCAAAGCACGCAGTTGTCCAACGCAATCAACTCCACCACTGCGTGGCAGGGCCGGGATGCCACGGTATTCAAGGGCGACTGGAACAGCCAGCACCGCCAGAGCCTTGTGAAGGCCGCCAACATGCTGCGCGAAAATGCGAGCCAGCTGAAGAAACACGCGAATCAGCAGGAGTTCGCCAGTCACAATGATGGTTCAGGCACCTCGGTTGGTGTCCTGAAGGACGTGTACGACACCGCCATGGGCGTCAAGGGTGTGGCTGCTCCGCTGTGGACGGCATACAAGTACCTCAAGCTCGGCAACGCAGAATGGGTGAAGACCCGCGAGGTCCTGACCAACTGGCGTGCAGGTGGCACTGTGGTCCGCGACGCCATGACCGCGCTGCGTAACGGTGAGAAGGTCACTGATGTCCTCAGCGACCTCAAGGCCAACATCCCCTACAGCCAGGCCTTCCAGGAGGCCAGCAAGTTCTCCAAGGGCCTCCGCATTGCCGGAGCCCTGGCGGCGCCACTCAACATCGTTGGTGGAATCAGCGACATGATCAACCCCGAGCACGACGGCTGGCGCGGTACTGGTGACCGGGTCGCAGGCGGCTTGTCCGTGGTTGGCGGCGTTGGCAGCATCATGCTTATGACAGCCGGCGGCGCAGCCCTGCTGGGGCCGATCGGTGCTCCCATCGTCATCGGCGCCGGCATTGTCGCGGGCGCGTGGGCGTTGGGTAACCTCGTAGCCGACAACTGGGACTCCATCAGCAACTTCGCCCGCAACCCTGGCAGCTACATCGCTGACGGGGCCAAGGAGGTGGCAGGCTTCGCCAAGGACGTAGGCAGTAAGGTGGCAGACGGGGTCAGTGACGCCGCCAAGTCAGTCGGAAACTTTGTCGGAGGGATATTCGGATGA MAGFYGADIAQLRSLAGVMGKAADAISLQSTQLSNAINSTTAWQGRDATVFKGDWNSQHRQSLVKAANMLRENASQLKKHANQQEFASHNDGSGTSVGVLKDVYDTAMGVKGVAAPLWTAYKYLKLGNAEWVKTREVLTNWRAGGTVVRDAMTALRNGEKVTDVLSDLKANIPYSQAFQEASKFSKGLRIAGALAAPLNIVGGISDMINPEHDGWRGTGDRVAGGLSVVGGVGSIMLMTAGGAALLGPIGAPIVIGAGIVAGAWALGNLVADNWDSISNFARNPGSYIADGAKEVAGFAKDVGSKVADGVSDAAKSVGNFVGGIFG NA NA NA NA NA D3-18_04310 804 hypothetical protein ATGACCACCAGCACCATGAAATGGACCCAGCGGGACATTGAGGCCGCGGCCAAAGTTCTGGCCTCGGCCAGCGCGATCGGCGCGTCTTTGCCCACGCTGACCGATGAAGAAGTCGTGGCCCTGGACGGTGTTCAGCACGAACAGCTTGTTGCCCTGCCCTGGCTTTCTGCCCAGGACGCAAGCAAGGAACTAATGTGCGCCATCGCGTTGCGCGGCCTGCTCGCCAAGGAACTTGTTTACCCGGTGGTCTTCGAGGGTGAAACCGAGCCGTCGCGCTTGCACGCCACCGAAGAAATCACCGGCGCCCTGACCCTGCGCCGCAGCGGCAGCAGCGTAGTTTCAGTGGAACGCACCGTATCCACGGGCAAGCGCTGGCTCTACGGCTACCTTCACGATGAAGGCGTCCTGCTGGAAGAAGTGGACGAAAGTGGGCTACACGGCTTCACCGTTGTCACCCGCGATCAGCTGGTTCCACGTCTGGCCGAGTTCGTAGACCCCCAGCAGGCCGCAGCCCGCGACACGGAACCTACCCTCTACACGGAAGCCCAGTTCGAGGCGCACGCCGCCACGGCCTTGGCCGACACCCAGGCCGCGAGCAATGTGGTGGCCTTCAATTCCAATACCAACGAGTTCCCCACGGTCACCGTGTACACCGGCCCCTCCAGCGTTCACGTGCTGACCCCGCGCGTGGAGGGTTCCCCGGAATCCGGCCCGGAGCAGACTGAATCGGTGTCGTTCGAGCTGCAGGAAACGTCCGCACCATCGCTGGCCCGCGTCCTCGCTGGGCTTGCAGGACTGGCCTGA MTTSTMKWTQRDIEAAAKVLASASAIGASLPTLTDEEVVALDGVQHEQLVALPWLSAQDASKELMCAIALRGLLAKELVYPVVFEGETEPSRLHATEEITGALTLRRSGSSVVSVERTVSTGKRWLYGYLHDEGVLLEEVDESGLHGFTVVTRDQLVPRLAEFVDPQQAAARDTEPTLYTEAQFEAHAATALADTQAASNVVAFNSNTNEFPTVTVYTGPSSVHVLTPRVEGSPESGPEQTESVSFELQETSAPSLARVLAGLAGLA NA NA NA NA NA D3-18_04311 636 hypothetical protein ATGAGCACTTCGAAGTCCACCACCCTCACCGGGCTGCTTGATGCTGTCAACGGCCGCCCCGTTCGCCGACACCCTGAGACCGGCGCATACTTCGTCAAGGCCTCAGCGGGCGCCCACTTCTGGGGCCGAGTGCTGGACGCCTTGGTGTTCCTGGTTGGCTACATCATTCTGGCCGTGATCCTTGCGGTAGTCAGGGAATCCATGATGAACAGCGGCTCGGCACTCGGGTACAACGACGGTTTGTGGCTGACGCTCTATGTTGTCCTGTGGTTCGTGGGTCTATTCGTCTACGGGATGATCTGGGGATCCGTGGGCAGTGTTGGCGACGCCGCGGCCGGCATGCGCTCAGTTCGGATCAAGAACGGCACGACGGCTGGAGCATGGTTGGGCGGTTGGCGCGCCATCTGCTGGTCTTTCTTCCCGTTCTTCGTGGTGATGCTCATTGCCTCCGCAATTAGCGGCGGCGGGGATGACACCTGGGACCCGAAGTTTGCCGCTATTGATCGGCGCTCGGGAATCGCCCAAGGTCAGCCCCCAGTCCCGGACCCCAAGGTAGTGGCTGCAGAACAGGCCTCCGAAGCGGAACGCCGGAACATGCCCAACCTCTACGGCCAGCGTCCGGATGCGCGGCCGTAA MSTSKSTTLTGLLDAVNGRPVRRHPETGAYFVKASAGAHFWGRVLDALVFLVGYIILAVILAVVRESMMNSGSALGYNDGLWLTLYVVLWFVGLFVYGMIWGSVGSVGDAAAGMRSVRIKNGTTAGAWLGGWRAICWSFFPFFVVMLIASAISGGGDDTWDPKFAAIDRRSGIAQGQPPVPDPKVVAAEQASEAERRNMPNLYGQRPDARP NA NA NA NA NA D3-18_04312 600 hypothetical protein ATGTTCACTCTCACCATCAACCAACGCGACAGCCGCCGTGACGGCGACCTTGTGCCGCAGCTGCTCAAGGACCTGCGGCACATTCCCGCGCGGCTCGACTTTGACCGCTCGGTTGAGGATGAGGTGCAGGGAATCGTCGAATGCAGCCACCAAGCCGTGGAGACGGCCCTGATCGCCCTCCGAACAGGCCAGTGGTACGTGGGAATCGGCGTGGGACCCATCAATGAGCCGTTGCCCAATCTGGTCAAGGACGCCTCGGGGCATGGTCTTGTTTACGCCCGACGGGCAGTCGATCGGCTGCGCAACGGCAAAGAACGTGTCCCCGTGGCAGTTGATGGCCCCGTGACAGCCCTGGCTTCGGAAGCTGAAGCTGTACTGAGGCTCCTCGGCCACATCGTGCTGCACAGGAGCCCGGCCGAATGGCGGGTGCTGGATCTGCTCACGCCTGGCGTCCGGGGCCAACAGAAAACCGTGGCCCAGGAGCTCGGCATCACTACCCAGGCCGTGAGCAAAGCGTTGGCACGCGCGCAGTGGGCAGAGGAGCACGCTGCCCGCCCAGCCGCCGCCCGCTTGCTGCAGCTCATCCTCGAAGTGCGGTAG MFTLTINQRDSRRDGDLVPQLLKDLRHIPARLDFDRSVEDEVQGIVECSHQAVETALIALRTGQWYVGIGVGPINEPLPNLVKDASGHGLVYARRAVDRLRNGKERVPVAVDGPVTALASEAEAVLRLLGHIVLHRSPAEWRVLDLLTPGVRGQQKTVAQELGITTQAVSKALARAQWAEEHAARPAAARLLQLILEVR NA NA NA NA NA D3-18_04313 576 hypothetical protein ATGACGCAGAACCCCGACGCCCTGCGCGCCGATATCGAAGAAACCCGCCGGCGGCTGAGCACCAATGTTGATGCCGTGGCTGACAAAGTTACGCCTTCGCACATCGTCAACCGCCGGGTGGACAAGATCAAGACGGCTGTTTTCGGTGCCCGGGATGACGTCCAGTACCGGGCCGGCAACGCGGCTCACCAAGCTGGAGACGCCGTTTCCGGCGTGGTTTCGGACATCGGCGACGCCCCTCAGGTGATCACCCGCAAGGCCCAGGGCAGCCCGATTGCCGCCGGCCTCATCGCCTTCGGTGCAGGTTTGCTGGTCTCTGCGCTGATTCCGCCGTCGGACAAGGAACGCGAGGCGGCCCAGGCTTTGAAGGAAGCGGCCCAGCCGCTCACGGATGAGCTCAGCCACGCTGCCCAGGAAGTTGCCGAGCACCTGCGCGAGCCCGCTCAGGACGCAATGCAGAACGTCAAGGACAGCGCCACGGAAGCCGCAGCCAACGTCAAGGATGAAGGCCAGGTAGCCGCCGCCGACGTTCAGGACCGCGCACAGACGGCCAAGGACAACGTCAGCAACCAGTAA MTQNPDALRADIEETRRRLSTNVDAVADKVTPSHIVNRRVDKIKTAVFGARDDVQYRAGNAAHQAGDAVSGVVSDIGDAPQVITRKAQGSPIAAGLIAFGAGLLVSALIPPSDKEREAAQALKEAAQPLTDELSHAAQEVAEHLREPAQDAMQNVKDSATEAAANVKDEGQVAAADVQDRAQTAKDNVSNQ NA NA NA NA NA D3-18_04314 432 hypothetical protein ATGAGCAGTCCCGCCGACCTGCCTCACACAACAGCCCATGAGAAAGCGGAAAACCTTCCCCTTGGTGAGCTGCTGAGCGACCTGACGCGCGACGTCTCCACGTTGATGCGCCAGGAAGTGGAGCTGGCGAAAGCGGAGATTAAGGATTCCGCCACCAAGGCCGGCAAGGGCGCGGGAATGTTGGGCGGTGCTGCCTACGCCGGCCACATCACTGTGCTGTTTCTGTCCATCGCCCTCTGGTGGGCGTTGGGTCAGCTCGTTGGCCTGGGATGGTCCGCACTGATTGTTGCGGTCATCTGGGGAATTGTCGCGGCTGTCCTGGCCGCGAAGGGCCGCAAGGAGCTGAATGCGATCAAGGGCATGCCCCGGACCGCTGAGACGGTCAAGGAAATACCTCCCGCTTTGAAACCAAACACTGAGGAGACACGATGA MSSPADLPHTTAHEKAENLPLGELLSDLTRDVSTLMRQEVELAKAEIKDSATKAGKGAGMLGGAAYAGHITVLFLSIALWWALGQLVGLGWSALIVAVIWGIVAAVLAAKGRKELNAIKGMPRTAETVKEIPPALKPNTEETR NA NA NA NA NA D3-18_04315 984 hypothetical protein ATGACTGAGAGCCAATCGCCGCAGGACGGAAGCTTCGCGGCGCCACGGACCGGAGCCCATGCAGGGACCGAGCCATTTTCCGGAAGCTACCTCGACTCGCCGGACGTTGAAACGCAAACTGCCGGAACCACCGGAATCAGCGGAACTCCCACTGGTTCGGGAACCGGTTCTGCCAGTTCCGGCAAGGTAGATACCGCCAAGGAGGAAGCTGCGGGAGTGGCTGGAGCCGTATCGGATGCTGCCGGTGGTGTAGTTGACACTGCCAAGTCCGAAGCCGGCAACGTAGCCCACGAAGTCAAGGTGAACGCGCGTCAGCTGCTCACGCAGACCAAGGGTGAACTGACAGACCAGGCCCAGGTCCAGCAGCAGCGTGTTGCCGAAGGCTTGCGGTCCATTTCTGACGAACTGTCCACCATGGCCAACTCAAGCCAGAACGGTGGTGTGGCCACGGACCTGGTCCAGCAGGCAGCCCAGCGTTCTTCCTCCATCGCCCAGTGGTTGGAGGGCCGGGATCCCGGTTCACTGCTGGATGAAGTCAAGGGTTTCGCACGCCGCAAGCCAGGAGCCTTCCTCCTGCTCGCTGCCGGAGCCGGTGTCCTTGCAGGCCGCCTCGGCAGGGGCATGGCCGACAACTCGCCCATGGGCGGAGCATCCGGAGGAACCACTGGCACCACCACCGAGCAGACACCTCGTGCCGTCTACTACCCGACGCAGGGTGGCGCGGTAACGCCTCCAGCTGTGGACCTTCCGGGCCCGACGACCACCACCGCCGGTTACGGTTCAGCAACCACCACGGGCGCAGCAACCGGTGGTGCAGCAACGGGATACGACGCTGGCACCACGGGCGGCTACGACGGATCGACGCTCCCTTACCCGGAGACAACCGCCGGTGGAGTCAAGGCACAAGGGGACCCGCTTGCTGGAGCAATTGATCCTGAGAGCCCGCTTGATCCGGATGACCCCCAGTACGGAGGTCCCCGATGA MTESQSPQDGSFAAPRTGAHAGTEPFSGSYLDSPDVETQTAGTTGISGTPTGSGTGSASSGKVDTAKEEAAGVAGAVSDAAGGVVDTAKSEAGNVAHEVKVNARQLLTQTKGELTDQAQVQQQRVAEGLRSISDELSTMANSSQNGGVATDLVQQAAQRSSSIAQWLEGRDPGSLLDEVKGFARRKPGAFLLLAAGAGVLAGRLGRGMADNSPMGGASGGTTGTTTEQTPRAVYYPTQGGAVTPPAVDLPGPTTTTAGYGSATTTGAATGGAATGYDAGTTGGYDGSTLPYPETTAGGVKAQGDPLAGAIDPESPLDPDDPQYGGPR NA NA NA NA NA D3-18_04316 1083 hypothetical protein ATGAGCCAACTGCCTGCGAGGCGACGGCTGATTCCCGCGCTTCGAAAAACCGTCACCCGCCACCGACTCCTGTTCGCTGCCAAAACGGCCGTTGCAGCAGGCCTCGCCTGGTACCTTGCACCCTTTATGCCCGGCCCTGCCGCCGCCTACCCGTACTATGCACCGCTGGGTGCCTTGGTGAGCATGCACCCCACAGTGGCCGACTCCGCCAAACACGGCCTCCAAAGCTTGGCAGGGCTGGTGCTGGGCATCGGCATGGCCTTCGCGATTACCACCGTGGCCGCGCCTACCGCACTGGCTGTTGCAGTGGTGGTGGGGCTCGGCGTGCTCATCGGAGGCCTTCCCCGGCTGGGCACTGCGTCTGAATGGATTCCCATGGCAGCGCTGTTCGTGCTGGTGCTGGGCGACTCGAACGCCGAAGGTTTCTCCTTCGCCTACGTCCTTCAAATGGGCTTGGGCGTCACCGTTGGATTTGCGGTGAACTGGCTGATCTTCCCGCCCCTGCACTTGGACGACATTGATCCCGCCATCGCCGGGCATCAGGGTGCCTTATCCCGCCAGCTCAAAGACATGGCCCGGGCCATGGAGGAGTCCTGGCCGCCTGACCATAAGGCTTGGGCAAGCCGCAGCGACGAACTCTCGCTCACCGCGGCAGCTGTGCGAACGGCGGTCCACCAAGCTGAGCTGAGCGCCAAAGCAAACCCCAGGTCCCGTCGTCGTGCGACCCGCCTGCCCAGCGACCTCGCCGGCCTACGAACCCTTGAACGGCTCACTTTCCACGTCCAGGACATCACCGATGTCCTGGCCAGCGCCATCTGGGAGGAGGGCGCGGGGACGATCATTCCGGATGCCGTGGTGGGTCCGCTTTCCGAAGCCTTGGAGTCTGTGGCCGGCGTGGTGGATCACTGGCGGGACGCGGAGTCCGGCGAACTCGCCAACCGTCTGGCAAGGGCGAAGGACAGCATCAGCGCCCTCAGCGATGCCGTGGCCGAGGCCGCGGCTGACCAAGCACCGGTGAACGCTCCGGCGTCAGTGGCCATGAGCCTGCGCCGGATTCTCACCGTTGTCCTGTCCTCCGAGTAG MSQLPARRRLIPALRKTVTRHRLLFAAKTAVAAGLAWYLAPFMPGPAAAYPYYAPLGALVSMHPTVADSAKHGLQSLAGLVLGIGMAFAITTVAAPTALAVAVVVGLGVLIGGLPRLGTASEWIPMAALFVLVLGDSNAEGFSFAYVLQMGLGVTVGFAVNWLIFPPLHLDDIDPAIAGHQGALSRQLKDMARAMEESWPPDHKAWASRSDELSLTAAAVRTAVHQAELSAKANPRSRRRATRLPSDLAGLRTLERLTFHVQDITDVLASAIWEEGAGTIIPDAVVGPLSEALESVAGVVDHWRDAESGELANRLARAKDSISALSDAVAEAAADQAPVNAPASVAMSLRRILTVVLSSE NA NA NA NA NA D3-18_04317 1035 hypothetical protein ATGCGTATTGCGATCATCGGTGCAACAGGACACGGCGGCACGGAACTGCTGAAACGGCTCCAGAAAGCACGCTCTGAAGAAGGCGCGGATCTGGAACTGGTGGGCGTCGTCCGCCGGCAACCGGATCCGGACGCCGCCCCGTATCACGGCGTGGAATGGCACACCCTGGACATCAGCGCCACCGAGGATCAACCCGCGCTGGAAGCAGCTTTGGCGGGAGCCGATGCCGTGGTTCATCTGGCGTGGCTGATCCAACCGAACCATGACCGGGAGATGCTGCGCCGGACCAATGTGGCAGGAACAGCCCACGTGTTGGCCGCCGCGCGCAAAGCCGGAGTGGGGCACGTCGTGTGCGCGTCATCCGTGGGGGCGTACTCGCCGGCTCCCAAGGACCAACGGACCAAGGAAGACTGGCCGACGGATGGCATCCGCAGCTCGCACTACAGTGTGGACAAGGCGGCACAGGAAAGGCTCCTGGACGGTTTCGCCAAGGAGAATCCGGACATTGTGGTGTCGCGTCTCCGACCTGCGCTGATGTTCAGCGCAGGTGGTGGGAGCGAGGTTGGCCGCTACTTCCTGGGACGGGTCCTGCCTCGGCTGGTTCCGCGTAAGCCCTGGCTGCCGCTGCTTGCAATCCCCAAGGAGATGGTGTTCCAAGCCGCTCACACGGCCGACGTCGCTGATGCTTACTGGCGTGTGTTGGAGCGCAAGGCGGAAGGTGCTTTCAACATCGCCGCCGAGCCGGTCATAGACCCGAACGCCTTGGCGTGGATTTTCAACGCCCGGCGGGTGATGCCGTTTCCGCTGCCGGTGCTGCGCGCCGTCGTCGAGGTTAGTTGGCGACTCCGCCTGCAGGTGACCGACGGCGGCTGGGTGGACATGGCGGCCAACGCGCCCATCATGGACACGGCCCGGGCGCACGCACTGTTGGGCTGGTCGCCCAAGCATTCCTCGCTGGAATCACTGGCCGAAATGCTGGACGGGATCGGTGCAGGTAGGGGCCGGAAGGGGTCGCCGCCGCTGAGACCGCGCTAG MRIAIIGATGHGGTELLKRLQKARSEEGADLELVGVVRRQPDPDAAPYHGVEWHTLDISATEDQPALEAALAGADAVVHLAWLIQPNHDREMLRRTNVAGTAHVLAAARKAGVGHVVCASSVGAYSPAPKDQRTKEDWPTDGIRSSHYSVDKAAQERLLDGFAKENPDIVVSRLRPALMFSAGGGSEVGRYFLGRVLPRLVPRKPWLPLLAIPKEMVFQAAHTADVADAYWRVLERKAEGAFNIAAEPVIDPNALAWIFNARRVMPFPLPVLRAVVEVSWRLRLQVTDGGWVDMAANAPIMDTARAHALLGWSPKHSSLESLAEMLDGIGAGRGRKGSPPLRPR NA NA NA NA NA D3-18_04318 1683 hldE_1 COG2870 Bifunctional protein HldE ATGCTTACGCTGCTGCGCGCTGTTCAGGGCCTGCAACCCTTCCCCGTGAAACTCCCGGGCACGGCGTGTGAAGCGCGTGCCGCGGGGTACCTGAGGGGAACAGGAAACTGTTGCCCAACCGGAAGGTACCCCATGGCACGCCTATCCAATCAAGAAGGTCTGGCTGACTGGTTGCCCGGCCGCTTGGCCGAGGAACGCCCTGTTGTGACGGTCATCGGCGATTCCATCCTCGACGGCTGGTGGGACGGAACCATTGAGCGGTTCTGCCGCGAAGCCCCAGCCCCCGTGGTCCAGGTCCAGCGCCGGGACTTTGCCCCGGGCGGTGCCGCCAACACGGCGATGAACCTCGCCGCGATGGGGGCGGACGTTCGTTTCATTTCACTGGTGGGAGAGGACCCCGGCGGCCACACGCTCCTTGAGCAGCTCAGATCGGCAGGAGTGGACGTGTCGTATGTCGTGTCCCATGTTGGAATGACCACCACCACAAAATTCCGCGTGAGCAGCGGCGGGCAGGTGATGCTTCGCTTGGACGATGCCGCCGAAGAGGTCCCCGAAGATGGCCTACGCGAGATGGCCGCCGCTATCCCGCAAGCACTCCCCGGCTCGTCAGCCGTGGTCCTTTGTGACTACGGGGCCGGCGCCTTGGAAGGTGCTGTGCGGGACGCAATATTCGAAAATCTAGGACCGCAAGGTGAGGGCTCGGAAGCCGGCTCCGCCAATGCCCGGCAGGACACGCTGGTAGTAGTGGACGCCCACTATCCAGGACGTTGGGCCCAACTCAAGCCTGACCTCGCTACCCCGAATGCGCAGGAAGCGGCCAGGTTGCTTGGGATCGAGTTCCCCGGGGGTGCTGCCAGGTGTCCCTTCGTGGAAGCCCACGCGGACCAGCTCCTCCGCACCTCAGGTGCTGCCGCCGTCGTCGTGACTTTGGACCGGGAAGGAACCCTGACGATCCGGCCCAACGGCGACTCCCAAAAGCCGGCAACCCACCGGACCTGGGCGCGGCCCCAAGCGGAAAAGCAGGCCTCAGGCGCCGGCGATACTTTCGTTGCGGCCTTGACCATTGCCCGTGCGGCCGGACTGCCACTGACCACCAGCGTGGACCTGGCTCAAGCGGCCGCGGATGTTGTTGTGCATCGGCCGGGTACCTCCGTCTGCACCACTGACGAACTGGCAAAGCACCTCCGAGGTTTCGCCGATACAGCACTGACGGATTCTGAGTTGGCCCGGCACGTGGAAGAGCACCGAAGTGAGGGCAAGCGGATTGTGCTGACCAACGGGTGCTTCGATGTCCTCCACCGCGGTCACACCCGCTACCTCAACCAGGCCAAGCAATTGGGCGACGTATTAGTCGTGGCGCTGAACAGTGATTCTTCCGTGCGGAAGCTCAAAGGTCCGGACCGGCCGGTCAACCATGAGGCCGATCGTGCGGCAGTCATCGCCGCATTGAGCTGCGTGGACCATGTAACCGTGTTTGATACTCCAACCCCCATCCCGCTCATCGAGCTGCTCCGGCCCGACGTCTACGCAAAAGGCGGCGATTACACGCCGGAGATGCTCCAGGAAACCGAAGCGGTGGAACGTTACGGCGGCACAGTGACCATCCTGGATTACGTGCCCGAGCACTCCACCACAGCGGTCCTGGAACGCATCCGTTCCACGGGCGAAGCCCCGCAGACCTGA MLTLLRAVQGLQPFPVKLPGTACEARAAGYLRGTGNCCPTGRYPMARLSNQEGLADWLPGRLAEERPVVTVIGDSILDGWWDGTIERFCREAPAPVVQVQRRDFAPGGAANTAMNLAAMGADVRFISLVGEDPGGHTLLEQLRSAGVDVSYVVSHVGMTTTTKFRVSSGGQVMLRLDDAAEEVPEDGLREMAAAIPQALPGSSAVVLCDYGAGALEGAVRDAIFENLGPQGEGSEAGSANARQDTLVVVDAHYPGRWAQLKPDLATPNAQEAARLLGIEFPGGAARCPFVEAHADQLLRTSGAAAVVVTLDREGTLTIRPNGDSQKPATHRTWARPQAEKQASGAGDTFVAALTIARAAGLPLTTSVDLAQAAADVVVHRPGTSVCTTDELAKHLRGFADTALTDSELARHVEEHRSEGKRIVLTNGCFDVLHRGHTRYLNQAKQLGDVLVVALNSDSSVRKLKGPDRPVNHEADRAAVIAALSCVDHVTVFDTPTPIPLIELLRPDVYAKGGDYTPEMLQETEAVERYGGTVTILDYVPEHSTTAVLERIRSTGEAPQT PGPT0023040_27 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-MANNO-HEPTOSE|-PHOSPHATE_MODIFICATION,PGPT0023040-gmhC|hldE|waaE|rfaE-K03272 NA NA D3-18_04319 1176 hypothetical protein ATGGAGAATCCGCTGATGAACGTGAACCTCGGAGTTGGACCAGTACTGGAAAAGTTCAGCGACGTGAAGCGGATAGCGGTCCTCCGGGGTGGCGGATTGGGTGACCTGATCTACACCTATCCCGCCCTAAGCGCGTTGAAAAATGCTTACCCTGATGCCACAGTCACATTGCTGGGCACCCCGATCCACGCCGCAGTGGTGGCTGCTACGGAAGGTCCCGTGGACGACGTCGAACTGCTCCCCGTTGCGCGCGGCGTTCACGACGGACCCCGCAACGGCGAGCGCTTTGAGGATGATGCTGAGGACGTGGCGGCACAGGAGGCCTTCTTCGGGAGCATGCGGGCCAGGGAGTTCGATATTGCGTGCCAGATGCACGGTGGCGGCCGGTTTTCCAACCCTTTCCTGCTCCAACTGGGTGCGCGGCACACTGTGGGTACCCGCACCAAGGATGCGGAGCCGCTGGAACGCAACCTGGACTACGTCTACTACCAGAACGAGCCGGACCGTTGGCTGGAGGTGGCGGGCCTTGCGGGAGCTCCCACCATCATTTCCCCTCCCCTGCTGCCCAGGCCCGAGCATCGGCAGAACGTCGTTGGGCTAAGGGATCCACAGCGGGCATCGCTGGTGGTGGTCCACCCGGGTGCCACCGATCCGAGGAGGCGGTGGCCGGCGTCGAACTTTGCTCAAGCCGCCGCGGGCGTTGCAGCGGAAGGTGCCCAAGTATTGATCGTGGGTGACCGTTCGGAGAAGGCACTGGCCCAGGAGGTGGCGGAACTCGCGGTCCGGCACCTCCCGGAGGCGGACCGCCATGCTGTTCGTTCCGTGGCGGGCGAGTTGGAGGTTGGAGACCTGGCCGCGCTCCTGGCGGATGCAACAGTAATGCTGGCCAGTGACAGCGGTCCACGGCACCTGGCCCAGGCATTGGGGACTCCCACAGTGGGTATTTTCTGGGTGGGGAACGTCTTCAATGCAGGACCGCGCGGCCGGAGCATGCACCGCATCCATATGTCGTGGGCGACGCAGTGCCCGCGATGCGGAGTGGATATCACGCAGGTGGGATGGACTGCACCGCACTGCGGCCACGACGATACCGTGGTGAGCGGCATCGCCGTGGCCGACGTTGTTCAGGACGTGCTGGACCTTACGGCCACGAGCCTTCTTCTGCGGGGCAGATAA MENPLMNVNLGVGPVLEKFSDVKRIAVLRGGGLGDLIYTYPALSALKNAYPDATVTLLGTPIHAAVVAATEGPVDDVELLPVARGVHDGPRNGERFEDDAEDVAAQEAFFGSMRAREFDIACQMHGGGRFSNPFLLQLGARHTVGTRTKDAEPLERNLDYVYYQNEPDRWLEVAGLAGAPTIISPPLLPRPEHRQNVVGLRDPQRASLVVVHPGATDPRRRWPASNFAQAAAGVAAEGAQVLIVGDRSEKALAQEVAELAVRHLPEADRHAVRSVAGELEVGDLAALLADATVMLASDSGPRHLAQALGTPTVGIFWVGNVFNAGPRGRSMHRIHMSWATQCPRCGVDITQVGWTAPHCGHDDTVVSGIAVADVVQDVLDLTATSLLLRGR NA NA NA NA NA D3-18_04320 696 putative oxidoreductase ATGAACACGCAAACACCCGGCCGCGTCATCGTCACTGGAGGCGGCTCCGGCCTTGGCGCTGCGATCGTGGAAGCCATCCGCGACGCCGGCGGCACACCCTTCGTCTTCGACCGCGACGTCAGCAACGTGTCCGGGGCCAAAGCCTTGGAAGTGGACGTCTCCAACCGTGAAGCCGTGGAAGCTGCCGTCAAAGAGGCAGCCGAAACTCTTGGCGGACTGGACGGTGTGGTGACGGCGGCAGGCATCGACCGCTGCGGCAAGTTGGGCGACGTCCCGGCAGAGGAATGGGAAAAGGTGATCGGAGTGAACCTCCTGGGCACCGTATCCGTAGTCCGTGCCGCGCTGCCGTACCTGAAGGGATCCCGCGGCCGGGCCATCACCATCGCCTCCACGCTGGGCCTCAGGGCGCTGCCGGACGCAACGGCGTACTGCGCCTCGAAGTTCGGAGTGATCGGCTTCAGCCGTGCGCTGGCCGCAGAAACCGGCGGCGTCATCGGCGTGACCACCATCATCCCGGGCGGCATGAAGACCCACTTCTTCGACGACCGGGACGAGCAATACAAGCCGCAGGACGATTCCAAGCTCAACGATCCCGCCAACGTGGCACAGGCTGTGGTGTTCGCCCTGTCCCAGCCATTCGGCAGCGAGGTCCGGGAACTCCTTATCTGCCCCGCAGAAGAAGGCTCGTGGCCGTAA MNTQTPGRVIVTGGGSGLGAAIVEAIRDAGGTPFVFDRDVSNVSGAKALEVDVSNREAVEAAVKEAAETLGGLDGVVTAAGIDRCGKLGDVPAEEWEKVIGVNLLGTVSVVRAALPYLKGSRGRAITIASTLGLRALPDATAYCASKFGVIGFSRALAAETGGVIGVTTIIPGGMKTHFFDDRDEQYKPQDDSKLNDPANVAQAVVFALSQPFGSEVRELLICPAEEGSWP NA NA NA NA NA D3-18_04321 1428 hldE_2 COG2870 Bifunctional protein HldE ATGAGGATTACGGTGGTGGGTGACGTTCTCCTTGACGTCGACATCAACGGGGCCGCCACCCGGCTCAGCCCCGATGCGCCTGTGCCGGTAGTCGACGTCGCCGATGTCCGGCGTCGTGCAGGTGGCGCTGGGCTGGTGGCTACCGTGCTCGCGCAGGACGGTCACGACGTCGCACTGGTCACCGCGGTGTCGGACGACGACGGCGCCAGCCACATCAGGCGCGCACTGGCCGGTGTGTCTGTGCTCGCCGGAGTCCCACTCGCCCCGACGCCTACCAAGACCCGCGTGCGGATCGGCACGCATCCGATGGTCAGGTTCGATGAAGGATGCGCGCCGGCCCCTGTGCCGTCCAGTACGCAGGAAATGCTCAGTGCCATTGCTACGGCGGACGCCATTGTGGTGGCCGACTACGGCCGCGGAATCACCGCAAACACTGACATCCGGGCCGCGCTAAGCGAAGCCGCCCAACGCGTCCCGGTGGTGTGGGATCCGCATCCTGCCGGTGCCGAACCGGTGGAAGGGGTCGCCGTCGTGACGCCCAATCTCGCAGAGGCGCTGGCTTCCGCGAAGGCGGGTGGGCTGGAACCGTCCCGCACAGGTGCCGAGGAAGCCGGCCGGTACCTGCTCGAAAAATGGGGAAGTGCCGCAGTTCTGGTGACCAGGGGCGAAGACGGAGCGCTCCTGATGTCAGCCGATGATGCGGCACAGGGCATTCCCGCGCCCAAGACCAATGTCAGCGATCCTTGCGGAGCCGGCGACCGACTGGCCGGAAGCCTTGCCGTGCACCTGGGGCTCGGACTGGACCTGGCACAGGCAGCCACCCGGGCAGTGGAAGACGCATCCGCTTTCCTCGCTGCGGGGGGAGCGGCGGCGCTCGCGGCGGTGACCGAAGCGCCGGAGGCCAGGCCCGCGCCTGACGCAAGCCCCGTCGTCGAACTTAAGGGCTTGGAACTGGTTGACGCCGGAGACCTGCACCCGGACGGCATCCAGTTAGCTCATGCCGTGCGGACCAAGGGAGGCACGGTGGTGGCCACAGGCGGATGCTTCGACCTCCTCCACGCGGGCCACGCCCGGACCTTGGCTGCCGCCCGCAGCATGGGCGACTGCCTCATCGTGTGCCTGAATTCCGACGAATCGGTGAGGCGGCTCAAGGGTGCACATCGGCCAATCGTCAGCGTAGAGGACCGTGCGGAGTTGCTGCTGGCACTCGAATGCGTTGACGCGGTAGTGATCTTCGGCGAGGACACTCCCGAAGCTTGCCTTACCCGAATACAGCCCGATATCTGGGTCAAGGGTGGCGACTACACCCCCGAAGAATTGCCGGAAGCCCGCCTGGTTGCGGGTTGGGGAGGGCGGTGCGTCACTGTGCCCTTCCACCCGGCACGCTCCACCAGCGGCCTGGCTGCAGCACTGGCCAAGGTCAGCTGA MRITVVGDVLLDVDINGAATRLSPDAPVPVVDVADVRRRAGGAGLVATVLAQDGHDVALVTAVSDDDGASHIRRALAGVSVLAGVPLAPTPTKTRVRIGTHPMVRFDEGCAPAPVPSSTQEMLSAIATADAIVVADYGRGITANTDIRAALSEAAQRVPVVWDPHPAGAEPVEGVAVVTPNLAEALASAKAGGLEPSRTGAEEAGRYLLEKWGSAAVLVTRGEDGALLMSADDAAQGIPAPKTNVSDPCGAGDRLAGSLAVHLGLGLDLAQAATRAVEDASAFLAAGGAAALAAVTEAPEARPAPDASPVVELKGLELVDAGDLHPDGIQLAHAVRTKGGTVVATGGCFDLLHAGHARTLAAARSMGDCLIVCLNSDESVRRLKGAHRPIVSVEDRAELLLALECVDAVVIFGEDTPEACLTRIQPDIWVKGGDYTPEELPEARLVAGWGGRCVTVPFHPARSTSGLAAALAKVS PGPT0023040_1199 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-MANNO-HEPTOSE|-PHOSPHATE_MODIFICATION,PGPT0023040-gmhC|hldE|waaE|rfaE-K03272 NA NA D3-18_04322 735 gmhA_2 Phosphoheptose isomerase GTGACTATCAACGGCCCCATGACCATCAAAGGCCCGGTAACTGCTAAAGGCCTTGCGGCAACCGAATCCACTGCTGTGCCGGATACCCTGCCGAGGCGGTGGGCTCCCGACGTTAGCGACTCAAACCACACCGCCGAGGTCAACAAGCATCTGGACAACGTCCTTCCCGCACTGGAGTCCCTGCGCTCGCAGGCTGTCCGCTTGTCCGAGTGGGGAACTGAACTGGCCAAGCGCCTGCTGTCCGGACAACGCCTGCTGGCAGCCGGCAACGGCGGTTCGGCGGCTGAGGCGCAGCACCTGACTGCGGAGCTGGTGGGAAGGTTCGACGAGGAACGCGCACCGTTCTCCGCGATCTCACTGCACGCAGAATCCTCCGCCGTTACCGCCCTTTCCAACGACTACGGATACGACGAAGTCTTTGCCCGCCAAGTGCGGGCCCACGGTCGAGCGGGTGACGTGCTCATTCTTCTGTCCACCAGTGGCCGCAGCCCAAACCTGCTCAAAGCCGTTCGCGCAGCAAGGGAACGCGGCATCACCACCTGGGCGCTCACCGGCGCTGGCCCCAACCCGTTGGCTGATGCCTGCGATCAGGCCATCACCGTTGACGCCATCTCGGCAAACGCCCAGGAAGGTCACCTCATCGCCATCCATGCCGTGTGCCGGGCCTTTGATGCCGAGGTCGCCAGGCGGGCGGGATCGTACGGCGCAGCTACCTCCGGAGGGGGTCAACCATGA MTINGPMTIKGPVTAKGLAATESTAVPDTLPRRWAPDVSDSNHTAEVNKHLDNVLPALESLRSQAVRLSEWGTELAKRLLSGQRLLAAGNGGSAAEAQHLTAELVGRFDEERAPFSAISLHAESSAVTALSNDYGYDEVFARQVRAHGRAGDVLILLSTSGRSPNLLKAVRAARERGITTWALTGAGPNPLADACDQAITVDAISANAQEGHLIAIHAVCRAFDAEVARRAGSYGAATSGGGQP PGPT0023030_88 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS-MANNO-HEPTOSE|-PHOSPHATE_MODIFICATION,PGPT0023030-gmhA|lpcA-K03271 NA NA D3-18_04323 1266 mshA_5 COG0438 D-inositol 3-phosphate glycosyltransferase ATGAAAATCTCCATGGTCTCCGAACACGCCAGTCCGCTGGCCGCCTTGGGAGGCGTTGACGCCGGCGGACAGAACGTCCACGTGGCGGCGCTTTCATCAGCTCTGGCAGATCGCGGCCATCACGTCACGGTGTACACGCGGCGGGATGACCCCGAGCTACCAGGGCGGGTGAGTGTGGGGGCGGGGCTTACGGTGGTTCATCTGGATGCCGGGCCGGCCCGACGCATCCCCAAGGACGATCTCCTGCCGTTCATGGGAGATCTGGCCGACGGCATCTGCGCCGACTGGGCGGGCGACTTCCCGGACGTGGTGCATGCGCATTTCTGGATGTCCGGCCTCGCTGCAATCCAAGCATCCCGGCGGGCAGGAGCTGCCGATCCTGTTCCTGTGGTGCAGACTTTCCACGCCCTCGGCTCCGTAAAACGCAGGCACCAGGGCGCTGCCGATACCAGCCCGCCAGCTAGGGAATGGTTGGAACCGTGGGTAGGTCGCACCGCCGACTGGGTCATTGCCACCTGCCCGGACGAGGTCTTTGAACTCAAAGCCTTGGGCATTAGCCGGTCAAAGATTTCCATCGCACCCTGCGGCGTGGACCTCACCTTGTTCCCTGGAACGTCCGACGCCGAACCCAAGTCCCGCACGCATCGGATTCTGAGCGTGGGACGCCTCGTGCAACGCAAGGGTGTGGACCTGATCATCCAGGCTCTGCCCCTCCTGGCGGAGGCGGGCTTCAATGACGTCGAACTCCTGATTGTTGGCGGTTCCGGCGACGCCCTCAACCTCGAAGAAGATCCTGAGGCGCAGCGGCTCCGGGCCATGGCGAAGGAGCTCGGCGTCGAGGACAAAGTGACCATGCGCGGGCAAGTCCCGCGGGATGCCATGCCCGGCATCTTCCGGAGCGCTGACGCCGTGGTTTGCACGCCTTGGTATGAGCCCTTTGGAATCGTGCCCCTTGAGGCCATGGCTTGCGGAGTGCCTGTGGTGGCGGCGGCTGTGGGCGGGCTCCGGGAGACAGTGGTGGACCAGAAAACGGGGCTGCACGTCCCTCCCCGTGATCCTGAAGCGCTCGCTGAGGCGCTCGGAAAGCTGCTCGGAGATGCGGAACTCCGCACCGATATGGGCCGTGCCGGAGCACGCCGGGCACGCTCCCGCTACTCGTGGGAACGCATCGCTGCGGACACCGAGAAGGCCTACCGGTCAGTTCTGGCGGCCGGCCTGTCCCGGCAGCAAGAACGCTTGGAACCATTGGAAGGAACGGCACTGTGA MKISMVSEHASPLAALGGVDAGGQNVHVAALSSALADRGHHVTVYTRRDDPELPGRVSVGAGLTVVHLDAGPARRIPKDDLLPFMGDLADGICADWAGDFPDVVHAHFWMSGLAAIQASRRAGAADPVPVVQTFHALGSVKRRHQGAADTSPPAREWLEPWVGRTADWVIATCPDEVFELKALGISRSKISIAPCGVDLTLFPGTSDAEPKSRTHRILSVGRLVQRKGVDLIIQALPLLAEAGFNDVELLIVGGSGDALNLEEDPEAQRLRAMAKELGVEDKVTMRGQVPRDAMPGIFRSADAVVCTPWYEPFGIVPLEAMACGVPVVAAAVGGLRETVVDQKTGLHVPPRDPEALAEALGKLLGDAELRTDMGRAGARRARSRYSWERIAADTEKAYRSVLAAGLSRQQERLEPLEGTAL PGPT0024580_663 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-OTHER_REMODELLING_SURFACE_GLYCOSYLATION_PATTERNS CE-REMODELLING_GLYCOSYLTRANSFERASE_ACTIVITY,PGPT0024580-mshA-K15521 NA NA D3-18_04324 1068 hypothetical protein ATGAGGATCCTGGTGTGGCACGTCCACGGCGGATGGATGGAGGCATTTGTCCGCGGCCAGCATGAGTACCTGCTTCCGAAATCGTCCGACGGCGGCGCGTGGGGTTTGGGGCGAGGCGGCCGTGAGTGGCCTGCCGCCGCCCAGGAAGTGAACCTGGAAAGCCTCGATCCGGACAGTGTGGACGCCGTGGTCCTGCAGCGGCCGGAGGAAATCGCAGCGGTGGCCCGAACACTCGGCCGCCGCCCGGGCGTGGACCTTCCCGCCGTGTACCTCGAGCACAACACCCCCAAGGGCGACGTCCCGTTCACGCTCCACCCGTTAGCGGATCAGAGCACCATTCCGGTGGTGCACGTGACTCACTTCAACCAGCTGTTCTGGGACACGGGCACGGCGACCACCGCGGTGATCGAGCACGGCATTCCGGACCCGGGGCACCTGTACACCGGTGAGCGGGAAGAGATGGGGGTGGTGGTCAACGAGCCTGTCCGTCGCGGCCGGGTCACGGGGACGGACCTGCTCCCGGGGTTTGCGGGTGTAGGACCGCTGCGGGTGTTCGGCATGGGTACCGAGGCCCTGCCGGAGGCACTGAACCTGAAAGGCTTTGGCCTCAGCGAGGAACGGCTCCGCATCGCCGGCGATGTATCCGCCGCCAAACTCCACCAGGAACTGGCCCGTTGCCGCCTGTACCTCCACCCACTCCGCTGGACCTCACTGGGGCTGGCCCTGCTGGAAGCCATGCACCTTGGCATGCCCGTACTCGCGCTGGCCACCACGGAGGCGAGCCGGGCCATTCCGCACGGCGCAGGCCTGGTCTCCAACGACGTCGACGATCTCCAGAAGTTCGCCCGGCGACTGCTGGACGACCCCGACGACGCCTACGCCATGGGCATCGTTGCGCGCGAGGCTGCGCTGCAACGCTACGGACTGGACAAGTTTCTCAAGGCCTGGGACGAACTCCTGGCCGAACTCCCCAAGGGCACGCGCCGGGGCAGCCGACCGCAACCCGGTACAGCTTCCGCCAGCCATGACCCCGCCGCCAGCCATGACACAGAGAGGACGCACCCATGA MRILVWHVHGGWMEAFVRGQHEYLLPKSSDGGAWGLGRGGREWPAAAQEVNLESLDPDSVDAVVLQRPEEIAAVARTLGRRPGVDLPAVYLEHNTPKGDVPFTLHPLADQSTIPVVHVTHFNQLFWDTGTATTAVIEHGIPDPGHLYTGEREEMGVVVNEPVRRGRVTGTDLLPGFAGVGPLRVFGMGTEALPEALNLKGFGLSEERLRIAGDVSAAKLHQELARCRLYLHPLRWTSLGLALLEAMHLGMPVLALATTEASRAIPHGAGLVSNDVDDLQKFARRLLDDPDDAYAMGIVAREAALQRYGLDKFLKAWDELLAELPKGTRRGSRPQPGTASASHDPAASHDTERTHP NA NA NA NA NA D3-18_04325 1089 hypothetical protein ATGAGCCGCATCCTGGTAGCCCGCTTGGACAGCATGGGAGACGTCCTCCTGTCAGGACCGGCCCTGCGCGCCGTCGCAAACGGAAGCCGGGCCGATGGCAGCCGACCCAACGATGTTGTCCTGCTCTGCGGCCCTGAAGGAGCCAGCGCTGCGGAAATGCTGCCGGGAGTGACCCAAGTGCACACGTGGGCATGTCCGTGGATCGTGAACCCGGCGCCTCCGGTCACCGATGAGATGACCAGCGGCCTGATCGAGTTTGTGCGCAGTTCACGAATTCAGGAGGCCGTGATTCTCACGTCCTTCCACCAGTCCCCGCTTCCACTGGCGATGCTCTTGCGCCTGGCCGGCGTCAAAAAGATCACGGGAGCATCAACGGACTACGCAGGCTCACTCCTGGACGTCCGGCTCAAACCGGGCGAAGACTTTCCGGAGGACCAGCCGGAAGCGGTCCGCGCGCTCACCATCGCAGAGGCCGGCGGCTACGTTCTGCCGAACGGCGACGATGGGAAGCTGCGCATCACCTCAGGCACCGATCCTGAGGGGGTAGCCGACGAGTTGGCTGACGAAGGCCCCTACATTGTGGTTCACCCGGGAGCCGCTGCCCCAGCCAGGGCGTGGCCCGCACTGCACCATGCTGCCACGGTGGAACTTCTTGAAGCGTACGGGCACCGGGTGGTGGTCACAGGCGGCCCGGGCGAAACGTCACTCACGGCAACAGTGGCTGGCCCTTCCGCCAGGAACCTCGGCGGAGGAACCAACCTCAGGACGCTCGCAGCAGTGCTGGCGGGAGCCGCCGTCGTGGTTACCGGAAATACCGGTCCCGCCCACCTGGCGGCAGCGGTGGGCACGCCAGTGGTGTGCCTGTTCGCCCCGGTGGTTCCGGCCATCCGATGGGCACCCTACGGCGTCCCCCTGGAACTGCTGGGTGACCAGGAAGCGGCCTGCAAGAACAGCCGCGCCCGCGTTTGTCCGGTCCCCGGGCATCCCTGCCTGAGCTCGGTAACCCCGGAGCAGGTTGTCGAAGCTGTTGAAAGGCTCCTGGGAGGCGTGTCCTCCCTGTCCACTCGACGAAAGGTTTGGAAACCATGA MSRILVARLDSMGDVLLSGPALRAVANGSRADGSRPNDVVLLCGPEGASAAEMLPGVTQVHTWACPWIVNPAPPVTDEMTSGLIEFVRSSRIQEAVILTSFHQSPLPLAMLLRLAGVKKITGASTDYAGSLLDVRLKPGEDFPEDQPEAVRALTIAEAGGYVLPNGDDGKLRITSGTDPEGVADELADEGPYIVVHPGAAAPARAWPALHHAATVELLEAYGHRVVVTGGPGETSLTATVAGPSARNLGGGTNLRTLAAVLAGAAVVVTGNTGPAHLAAAVGTPVVCLFAPVVPAIRWAPYGVPLELLGDQEAACKNSRARVCPVPGHPCLSSVTPEQVVEAVERLLGGVSSLSTRRKVWKP PGPT0022550_428 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-REMODELLINGLPS|LIPID|IVA_METABOLISM CE-REMODELLING_LPS_CORE_OLIGOSACCHARIDE_METABOLISM,PGPT0022550-waaQ|rfaQ-K02849 NA NA D3-18_04326 537 gph_3 Phosphoglycolate phosphatase TTGAAGGCGGTCCTGTTTGACCGCGATGGAACACTCGTTGTTGACGTGCCATACAACGGCGATCCGCAGCTGGTGCGGCCCATGGATGGTGCCCTTGAAGCGCTTCAGAGAGTACGCCGGGCGGGACTGGCCACTGGAGTGGTGACCAACCAGTCGGGCGTGGCGCGTGGGCTGTTGACGTTGGAGCAAATGCACTCCGTTAATCAGCGGGTGGAGCAGATGTTGGGTCCGTTCGATGTATGGGAAATTTGTCCCCACGGACCGGGGGATGGCTGCAACTGCCGCAAGCCGGCTCCCGGCATGATTCTGGGAGCGTGCAGCACCTTGGGTGTCACGCCAGCGGAGGTCGCTTTCGTCGGCGATATCGGGGCTGACATGGAGGCGGCCGCCGCGGCGGGTGCGAGAGCTGTCCTGGTGCCCACTAAAGTAACCCGGCAGCAGGAAATCGAGGCCGCCGGATTTGTTGCGGAGGACTTGGGACAGGCTGTGGAGCTCCTGCTCTCCGGGGCACTGGAAGAACAGGATGCCCGTGTATGA MKAVLFDRDGTLVVDVPYNGDPQLVRPMDGALEALQRVRRAGLATGVVTNQSGVARGLLTLEQMHSVNQRVEQMLGPFDVWEICPHGPGDGCNCRKPAPGMILGACSTLGVTPAEVAFVGDIGADMEAAAAAGARAVLVPTKVTRQQEIEAAGFVAEDLGQAVELLLSGALEEQDARV PGPT0023035_1192 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 D3-18_04327 963 hypothetical protein ATGGACACAGCTTTGGACAGTCACGAGAGCAACGATCAACCCCTGCTGCTTGCCCTGCGCGCTTTGAAACTCGGCGACCTCCTGGTCGCGGTTCCGGCGCTCCGTGGGTTGCGGCGGGCGTTCCCCGAACACCGTATTTTGTATGCTGCGCCGGCTTGGATCGCCGAGGCTTTAGAACTTGTGGGCGGCATTCATCATTTGCCGACACCTGGGCTCGATGACCCCCTGACAATCCCCCGGGGCGCCGTGGATATCGCCGTGAACCTCCATGGCAATGGCGCTGAAAGCCGTTTGCGGATTGAAGAACTGCAGGCCAACCGGGTGGTGGCGCACGCTTCCACCGGCACCGACGGACCTGAGTGGACCACCGGCATCCCGGAGCGCGAGCGCTGGACCAGGCTGCTCAACTGGCACGGTATTGATGCCGATCCCCTGGACTATCGGCTGAATCGCCCCGCCGTTCCTTCGCCGCGTCCGGGGGCAACCGTGATACATGTGGGCGCGGCGTATGGCAGCCGGTTATGGCCGGTGGAACGGTTCGCGGATGTCGCCGTGGAACTCGCTGCCGCGGGGCACGAGGTAGTTCTCACCGGTGGCTCGTCCGAGCGTGCCCGGGCAGAGGAGACGGCTGCCTTGGCAAAGCTCAAGGGAGCAGATCTCGACGGCGGGCTGCTGGCCGGGCGTCAAGGTCTCGCCGAGTTTGCGGCCACCATCGCCGAAGCGCGGTTGGTGATCTCAGCCGATACCGGCGCCGCACATCTGGCGTCCGCGTATGAACGCCCCTCCGTTGTCCTGTTCGGGCCGGCGCCCGCGGAAGAGTGGGGACCTCCGCCTGGACCGCACGTGGTGCTCACCGCCGTCGAACTCCGCCGTGGTGATGTGTTCTCCGCAGACCCTGATCCGGCACTGTTGGCCGTCAGCGTTCGCGACGTTCTGGAAGCAGTGGAGCGGCTGCGCGCCTAA MDTALDSHESNDQPLLLALRALKLGDLLVAVPALRGLRRAFPEHRILYAAPAWIAEALELVGGIHHLPTPGLDDPLTIPRGAVDIAVNLHGNGAESRLRIEELQANRVVAHASTGTDGPEWTTGIPERERWTRLLNWHGIDADPLDYRLNRPAVPSPRPGATVIHVGAAYGSRLWPVERFADVAVELAAAGHEVVLTGGSSERARAEETAALAKLKGADLDGGLLAGRQGLAEFAATIAEARLVISADTGAAHLASAYERPSVVLFGPAPAEEWGPPPGPHVVLTAVELRRGDVFSADPDPALLAVSVRDVLEAVERLRA NA NA NA NA NA D3-18_04328 777 sigF COG1191 RNA polymerase sigma factor SigF ATGCGTCAAACCCGACCTTTCACCGCTCAGACCAGGCCCCCTGCCTGCAAACCGGAAGGCAGCATCCGGCAGAGCTTCCAGGACAGCCTGGTCCTGGACCACCTCAACCTGGCCAAGTCCATTGCCGCCAGATACTCTGCCCATACCCACGATCTCGACGACGTCCGGCAGGTCGCTTTCATGGGCCTCATCAAGGCCTCGCGCGGCTATGACGAGTCAAAGGGCGTCAGTTTCCCCGCCTACGCCGCCCCCACTATTGCCGGAGAGGTCAAGCGGTATCTCCGCGACCATTGCTGGGTTGTTCGTCCGCCCCGCACCATCCAGGATGTTCGCCGCCAAGTGCTGGCCCGGACCGAGGAGATGACCCAAACGCTGCAACGCACGCCTTCTCCGGAGGAGGTGGCCGAAGATCTGAACCTGGAGCCATGCCAGGTGCGCGAAGCGCTGATGGCCGGCACCAGCAAGCGTCCCGATTCCCTGGATGCTCCCGCCTCCGAGGGACGCGACGGGCTGCAGGGCTCGCTGTCGGCTTTCGGTTGCCCCACAGACCGGCTCGAAGATGTGCTGGCCCTACGCAACGCCATCCGGGGCCTGACCGCCGAGGACCGCCACCTGCTCTACCGCCGCTACTACCGCGAGGAAACACAGTCCACCATTGCCGAAGCTCTGGGGATGTCGCAGATGCAGGTGTCGCGCAAGCTTTCGAAAATCCTCGTGTCACTCCAAACGCAGCTGCTGGACGAAGAAGCCCAACTCCAAGACGGGACGGCCCCGTAA MRQTRPFTAQTRPPACKPEGSIRQSFQDSLVLDHLNLAKSIAARYSAHTHDLDDVRQVAFMGLIKASRGYDESKGVSFPAYAAPTIAGEVKRYLRDHCWVVRPPRTIQDVRRQVLARTEEMTQTLQRTPSPEEVAEDLNLEPCQVREALMAGTSKRPDSLDAPASEGRDGLQGSLSAFGCPTDRLEDVLALRNAIRGLTAEDRHLLYRRYYREETQSTIAEALGMSQMQVSRKLSKILVSLQTQLLDEEAQLQDGTAP PGPT0015025_1455 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-MOTILITY|CHEMOTAXIS OTHER_MOTILITY_REGULATING_FUNCTIONS OTHER_MOTILITY_REGULATION,PGPT0015025-sigM|rpoE-K03090 NA NA D3-18_04329 741 hypothetical protein ATGGAAGACCCCCAGCTCGCCGAGCCGACTACAGTGGTGGCCGATATCCAAGACCTGCTGCTCGACACCCCGGATGTTGAAGCGTTCCTTGAAGAGTTGGCCCGGCATTCGGCAGGAATGTTCAGCACGCCCGGAAACGAGATTTACTGCGGCATCACGCTGATGCGTCATCGCTCGGCAGGAACGGTAGCAAGCAGCGGAGAGCGCGCCCAAATGCTCGATGAATTGCAGTACAACTTCTCCGACGGGCCGTGCCTCCACGCCTGCCGCGAAGTCACGCAAGTGCACATTCCCGATTTCGCCAAAGACAACACTTGGCCGGAGTACAACAAGCTCGTCACCGAACACGGCATCCGCTCCGTCCTGGCCGTGCCGTTCCCCCTTAGCGACGACGCTGCCCGGGCGGGACTCAACCTCTATTCCGAACACGCCAACGCCTTCGATCAAGCCGTTGTGCAACGCGCCAACGACTACGTACAGCAGGCATCCAAAGGCCTGCGCCTGGCGGTTCTGATCGCGGAGCACAGTCAGACCGCAAACAACCTCCGGGCAGCCATGGAATCCCGCACCGTGATAGACGTGGCAACTGGAATCATCATCGCCCAGAACCGTTGCACCCAGCAGGAGGCAATGGACCTCATCAAGAAGGCGTCCAGCAACCGGAACGTAAAGCTCCGGGTGGTGGCGCAGGCCATTGTTGAATCCGCAGGCGGCGGGCCTGTTCAGACGTACTTCAAGTGA MEDPQLAEPTTVVADIQDLLLDTPDVEAFLEELARHSAGMFSTPGNEIYCGITLMRHRSAGTVASSGERAQMLDELQYNFSDGPCLHACREVTQVHIPDFAKDNTWPEYNKLVTEHGIRSVLAVPFPLSDDAARAGLNLYSEHANAFDQAVVQRANDYVQQASKGLRLAVLIAEHSQTANNLRAAMESRTVIDVATGIIIAQNRCTQQEAMDLIKKASSNRNVKLRVVAQAIVESAGGGPVQTYFK NA NA NA NA NA D3-18_04330 396 hypothetical protein ATGGACATTCAGATCAATTGGCTCGCCGTGCTTCTGGCCGCACTCGCCACGTTCGTGGTGGGTGGGCTGTGGTACTCGCTGCTGTTCGCCAAGCCATGGCAAAAGGCCGCAGGTGTCAGCGATGAGCGACTGAAGTCTGGAACGGCTCGGGTCTTTGTGGGCTCGTTCATCCTTGCGTTGATAATGGCTGTCTTCCTGGCAGCATTCATTGGTCGCGGAGGTTTCGCATTCGGAACCCTTGCCGGGTTGGCCGCGGGACTTGGATGGGTCGCAACAGCGCTGGGCGTGAACTACCTTTTCGAACGCCGTAGCCTGAAACTGTTCGCCATCAACGCCAGCTACAACGTAGTCACCTTCACGGCCATGGGCGCCATCATCGGCGCCATGCAGGGCTGA MDIQINWLAVLLAALATFVVGGLWYSLLFAKPWQKAAGVSDERLKSGTARVFVGSFILALIMAVFLAAFIGRGGFAFGTLAGLAAGLGWVATALGVNYLFERRSLKLFAINASYNVVTFTAMGAIIGAMQG NA NA NA NA NA D3-18_04331 834 hypothetical protein GTGCTGCAGCCGTTCGTCAGCCAATTCTGGCTGGTCCGTGCTGAGCCGCAGGCAAGGTACGAGAAGATTCTTCCCGGGCCCGAAGCCCACCTGATTCTGAACCTGTCTGACCCGTACCGCCTCATCAGCCCGCCCGACGGTTCCGGCGACCTGAACGGTTCGGGGGAGGAAACCAGAAGGGGGACGGAAGTTTCCACCGGTTTCTATGCCGGCCTGCAGCGCAGCTATCTGATCAGCGAAAACCCGGACCAGCTTTTCAACGTCGGCGCCCGCCTCACTCCTTACGGTCTGGCGGCGTTCACCAGCTTGCCGCCGTCGGGTTTTCAGAACCGGGTTGTGGACGCCGAAAGTGTCTTGCCGGGCTTTTCGAACTTGCGTGAGACCCTCGCCAACGCGGAACCGGGGCAGGCGTTCGCGGCCTTGGGAGCCTTCCTCAAACACCATCTCAGGCCGGGATACCAAGCAGATTCCCGGACAGAAAAGGCGACGCAGATCCTCGCGCAACAGGATGTGGAAATCAGCGTGCTTGCCAGGGATCTGGGGATCAGCACGTCCACGCTGGAACGCATCATGATGCGGGATTGTGGAACCACGGCCAAGGCGTACTCGGACGTGTGCCGCTTCAACAGGATCGTGAAGCAGGCGGCAGCCCTCCCGAAAGGGTCAGTCCCAGGCCGTGAGCTCCTCCATCTGGCCGATTACTACGATCAGCCACACCTCATCCGGACCTTCAGGCGGTTCAGCGGATTCACGCCGTCGGAGTACCTGCAGGTGGTGCAGAACTATGGGGCGGAGTACGCCACTTTTGTCCCGCTTGAGGACGTAATCGGGTAG MLQPFVSQFWLVRAEPQARYEKILPGPEAHLILNLSDPYRLISPPDGSGDLNGSGEETRRGTEVSTGFYAGLQRSYLISENPDQLFNVGARLTPYGLAAFTSLPPSGFQNRVVDAESVLPGFSNLRETLANAEPGQAFAALGAFLKHHLRPGYQADSRTEKATQILAQQDVEISVLARDLGISTSTLERIMMRDCGTTAKAYSDVCRFNRIVKQAAALPKGSVPGRELLHLADYYDQPHLIRTFRRFSGFTPSEYLQVVQNYGAEYATFVPLEDVIG NA NA NA NA NA D3-18_04332 846 yigL COG0561 Pyridoxal phosphate phosphatase YigL ATGACTATTTTGACTGACACTCCAGTTGCTGGCATCGATGACCAGCCAAATAACAACAACAAGCTCATGATCGCATTGGACGTCGACGGTACACTCGTGGACCACGACGGCCACATGTCGTCGGCTGTTCGCTCCGCCGCGCAGGCGGTGGTGGCACGCGGCCACGACGTCATGATCGCCACCGGCCGGTCACTCAATGCGACGCTTCCCATCATCCAGCAGATCGGCCTCGAGCGAGGCTACGCCGTGTGCTGCAACGGCGGCGTGACCCTCCGCCTGGATCCGTCGTTGGAGAAGGGCTACGAGATCATCCACAAGGCAACTTTCGATCCCGCTCCGGCTTTGAAGGCCTTGCGGGAACGGCTGCCGAACGCCAAGTATGCGCTGGAAGATGAGGATGGAAACTTCCTCTCCACGGAGCGCTTCCAGGACGCCAGCTTCGGCGTGGAGTCCATCGGCGTCGACTTCCAGACCATGTTGGATTCCACGGCGGTCCGCGTAGTGGTCTTCAGCAGTGAGAACACTTCAGACGAGTTCAACGAGGCCATCAGGCACATCGGACTTTCCGGCGTGACGTACTCGGTGGGGTGGACTGCCTGGCTGGACATCGCGGCCGAGGGGGTCACCAAGGCAAGTGCCTTGGAGGCCTTGCGCCATAAGCTCGGTACGGACCTGGCCAACACAGTTGCCGTTGGCGATGGCCGCAACGACATCGAGATGCTCACCTGGGCTGGCCGCGGCGTTGCCATGGGTCAGGCTCCCGACGAGGTAATCGCCGTTGCGGATGAAGTCACCGCTTCAGTGCTCGACGACGGCGCGGCACAGGTCTTGCGTAGCCTGCTGTAA MTILTDTPVAGIDDQPNNNNKLMIALDVDGTLVDHDGHMSSAVRSAAQAVVARGHDVMIATGRSLNATLPIIQQIGLERGYAVCCNGGVTLRLDPSLEKGYEIIHKATFDPAPALKALRERLPNAKYALEDEDGNFLSTERFQDASFGVESIGVDFQTMLDSTAVRVVVFSSENTSDEFNEAIRHIGLSGVTYSVGWTAWLDIAAEGVTKASALEALRHKLGTDLANTVAVGDGRNDIEMLTWAGRGVAMGQAPDEVIAVADEVTASVLDDGAAQVLRSLL PGPT0008595_684 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 D3-18_04333 1029 hypothetical protein ATGGACTATCGAAACGAATTCATCTTGGCTGCCCGGTATGGGCTGGAATCAGGAACTGCGCGGCAGCTTAGCCGCCGGTACAAGAAGGGCGAACTCATCAGGGTACGCAAGGGGATTTACATCAACAAGGAGACTTGGCTCGCACTCAAGCCTTGGCAACGATACGCGGCAACCGCCCAGGCCGTTGCCGCGGAGAACCCGGCCGCGGAGTTCTGCTTTGAAACGGCGGCATTGTTCTGGGGCCTCCAAGTCGTGGGCGTCCCATCGCACATCCACCTTGCCACCACTTCACGCGGCCATGCCGGATCCCGAAGCCCGAGCACCAGCGCAGCCCTTATCGGACCCTCCGGCACCACCGGACTTGAGCGGGTTCGGGGGTATGGCATTTACCGGCATTCCTATTCCACTGCTACCGTCTCCCACCTCGGGCTGCAGCTCACGGATCTGCTGCCGACGGTGGTGGATGTCTTGGCCAGAGGGTGCTTCACCAAGGGAATCGTCTTGGCCGATCACGCAATCAGTAAATCCAGGTTTCCTAAGCTTTTCACCAGCAAAGCGGCACTCGGGGAAGCGGCCCAGGGACTGGCTTCAGAGGCCAAGAGACAGCGGGTGAACTATCTTCTTCGGTTCGCTGACAAGAATTCCGGATCTGCGGGTGAGTCACTTAGTCGTGCGCAGATGCACCTGTTGGGCTTCCCCGCTCCGGAGTTGCAGTGCGAATTCCATGACGACATGGGCTTCGTGGCCCGCACGGACTTCTTCTGGCGGGACCAGGGACTCATCGGGGAGTTCGACGGCGACGCTAAATACCTGCAAGACGAGTACCTGGCTGGCCGAAGTGCACGGGAAGTGGTGCTGGCCGAGAAAAGACGCGAGGACAGGTTGCGTGCAATGGGGTTCACAGTCGTGCGCTGGGACTGGGCCACTGCCAACGATCCCGCAAAGCTCGCTGCAAAACTCCTCGCGGCCGGACTAGCGCCTCGAAAGAACCCCGTCAAGCGGACAATGCACCAGCGCATGCGCGGGTGA MDYRNEFILAARYGLESGTARQLSRRYKKGELIRVRKGIYINKETWLALKPWQRYAATAQAVAAENPAAEFCFETAALFWGLQVVGVPSHIHLATTSRGHAGSRSPSTSAALIGPSGTTGLERVRGYGIYRHSYSTATVSHLGLQLTDLLPTVVDVLARGCFTKGIVLADHAISKSRFPKLFTSKAALGEAAQGLASEAKRQRVNYLLRFADKNSGSAGESLSRAQMHLLGFPAPELQCEFHDDMGFVARTDFFWRDQGLIGEFDGDAKYLQDEYLAGRSAREVVLAEKRREDRLRAMGFTVVRWDWATANDPAKLAAKLLAAGLAPRKNPVKRTMHQRMRG NA NA NA NA NA D3-18_04334 1281 serS COG0172 Serine--tRNA ligase GTGATCGACGTAAAAGACCTCAGCGAAAATCCGGACAAGTTCCGTGCCAGCCAGCGCGCCCGCGGCGCCGACGAGTCCGTTGTGGACGCGATCATCTCTGCTGACTCCGATCGCCGCGCTGCCCTGATCCGCCACGAAACCCTCCGCGCCGAGCAGAACGCTTTCGGCAAGAAGGTAGCGCAGGCCAAGGGCGAGGAAAAGCAGGCATTGCTGGCCGAGGTCAAGGAACTGGCCAACTCCGTGAAGGCCGCTTCCACAGAGGCCTCTGCCGCCCAGGCCAAGCAGGAAGAGTTGCTCCGCGTCATCCCCAACCTCATTGTGGACGGCGTGCCCGAGGGCGGCGAGGATGACTTCGTTGTGGTCAAAACCGTTGGTACTCCGCGCGAATTCACGGACTTCGAACCGAAGGACCACCTGGAAATCGGTGAACTGATCGGCGCGATCGACATGGAACGTGGAGCCAAGGTTTCCGGCTCACGCTTCTACTTCCTCCGCGGCGTCGGTGCCCGGCTGGAAATGGCACTCCTGCAGATGGCCATGGAGCAGGCCATCGACGCCGGCTTCGTCCCCATGATCACTCCCACTTTGGTGCGTCCCGAGACCATGCAGGGCACCGGTTTTGATGTAAAGCACGACGCCGAGATCTACCGTCTCGCTGAAGACGACCTTTACCTGGTGGGCACCTCGGAGGTGGCCCTCGCCGGCTACCATGCAGACGAGATCCTGGACCTTTCCGCGGGCCCCATCCGCTACGCGGGCCAGAGCTCCTGCTACCGCCGTGAGGCCGGTTCCCACGGCAAGGACACCCGCGGCATCATCCGCGTGCACCAGTTCAACAAGGTGGAGATGTTCATCTACACCACGGTTGAGGAAGCAGCTGCCGAGCACGAGCGCCTGCTCGCCTGGGAAGAGGAAATGTTGGCCAAGTGCGAGCTTCCCTATCGCGTCATCGACACTGCCGCCGGCGATCTTGGCATGTCCGCGGCCCGCAAGTTCGACTGTGAAGCCTGGGTTCCCACCCAAAACGCTTACCGCGAGCTCACCTCGACGTCCAACTGCACCACGTTCCAGGCGCGCCGCCTCAACATCCGTGAGCGCGTGGTCAATGACGAAGGTGTTGCCAAGGGCACCCGTGCCGTAGCCACACTGAACGGCACGCTGGCAACTACACGCTGGATCGTTGCCATCCTTGAGCACCACCAGAACCCGGACGGTTCCGTCAACGTTCCCAAGGCACTGCAGAAGTACCTTGGCGGGCTCGAGGTTCTGCCGGTTCTCTAG MIDVKDLSENPDKFRASQRARGADESVVDAIISADSDRRAALIRHETLRAEQNAFGKKVAQAKGEEKQALLAEVKELANSVKAASTEASAAQAKQEELLRVIPNLIVDGVPEGGEDDFVVVKTVGTPREFTDFEPKDHLEIGELIGAIDMERGAKVSGSRFYFLRGVGARLEMALLQMAMEQAIDAGFVPMITPTLVRPETMQGTGFDVKHDAEIYRLAEDDLYLVGTSEVALAGYHADEILDLSAGPIRYAGQSSCYRREAGSHGKDTRGIIRVHQFNKVEMFIYTTVEEAAAEHERLLAWEEEMLAKCELPYRVIDTAAGDLGMSAARKFDCEAWVPTQNAYRELTSTSNCTTFQARRLNIRERVVNDEGVAKGTRAVATLNGTLATTRWIVAILEHHQNPDGSVNVPKALQKYLGGLEVLPVL NA NA NA NA NA D3-18_04335 1062 dagK_3 COG1597 Diacylglycerol kinase ATGAGCGACTGGATCCTGTACCTGATTCTCGCTGGGGGCGTGGCGTTTGCCGTCTCCAGTTGGTGGGGTGTGCGCCGATTGAAAGCCCGGCACATCAGGAGTGCGGTCCGGGAGGACTCCCACAAGCCCGGCCCCGGGGACCAGCGCGTCGCGGTCATCCTCAATCCCGTGAAAAACAACGCGGAAGACGCCCGGCAGGCCATCATTGACGCTTGTGATCTGGCCGGATGGGACGCACCGAAGTTTTTTGAAACCACCGTGGACGACCCCGGCTACGGTCAGTCGCGCCAGGCGCTGGCCTACGGAGCCGACGTCGTTCTTGCGTGCGGCGGCGACGGTACCGTGCGCGTGGTGGCCGAGTCGCTGGCGCACACGAATGTGGCCATGGGCCTCATTCCGCTAGGCACCGGTAACCTTTTGGCGCGCAACGTGGACCTGGACGTCACTGACATTGCCGACTGCATACAGATTGCGTTGTTCGGCCATCAGCGCTTCATCGATACCGCCACCATGGGCATAGACAATGACATCACCGGCGAGTCCGCCCAGCACACCTTCCTGGTCATCGCCGGCATGGGCTTGGATGCCGAGGTAGTTGGCGACACCAAGGAAGATCTCAAGAAGAGCGTTGGCTGGCTCGCCTACACGGAAGCCGGTGTCCGCCATCTTCCTGGCCGCCGTAAACGCGTGACCATCACCATGGATGATCAGCCCGAACAGGCACGGAAAATCCGCAGCGTGCTGTTCGCCAACTGCGGCTTGATACCCGGCGGGATCGACTTCATTCCCCAGGCCATGATCGACGACGGAATGCTGGACATCGTGGTGATGAGCCCGCGCAGCGCCTTCGGCTGGATCGCCATGTACACAAAAGTACTGTTCAAGCACAAGGCCAACTTGCCGATGATGAGCTTCTACCGCTCCGGGAAAGTCATCATCCGCAGCCAGGAACCCATGGCTACCCAGCTCGACGGCGACCCCTCGGGTGAGGCGACAACGGTCACCGTGCAAGTGGAGCCAGGGTCCCTGCTGATTCGCGTACCGAAGGCCAAGATCGCCTAA MSDWILYLILAGGVAFAVSSWWGVRRLKARHIRSAVREDSHKPGPGDQRVAVILNPVKNNAEDARQAIIDACDLAGWDAPKFFETTVDDPGYGQSRQALAYGADVVLACGGDGTVRVVAESLAHTNVAMGLIPLGTGNLLARNVDLDVTDIADCIQIALFGHQRFIDTATMGIDNDITGESAQHTFLVIAGMGLDAEVVGDTKEDLKKSVGWLAYTEAGVRHLPGRRKRVTITMDDQPEQARKIRSVLFANCGLIPGGIDFIPQAMIDDGMLDIVVMSPRSAFGWIAMYTKVLFKHKANLPMMSFYRSGKVIIRSQEPMATQLDGDPSGEATTVTVQVEPGSLLIRVPKAKIA PGPT0024345_226 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0024345-dagK-K07029 NA NA D3-18_04336 231 hypothetical protein ATGTCTGTCCACCGGGATGACAAAGACGGCCAGGGCATGATCGTCAATCCGAAGCCCACCGGCGAGAACCAGGACGACTGGAATGGCGATGAAGCCGATCGTGCAGACCGGCTCCGCTTTGAAGAAGAACAAGCCATGATCAAGGAGCAGGCCGAGGCCCGCGCCGCTGCCAAGGCTGCAACCGAGGAAGCCGACAAGAACGCCGCCCAGCCGGACGTCGGCGCAATTTAG MSVHRDDKDGQGMIVNPKPTGENQDDWNGDEADRADRLRFEEEQAMIKEQAEARAAAKAATEEADKNAAQPDVGAI NA NA NA NA NA D3-18_04337 933 pheA_2 COG0077 Prephenate dehydratase ATGTCGGCAGTTAGCTACACATTCCTGGGCCCTGAGGGCACCTTCACCGAGGCTGCTCTTCTGCAGGTACCTGGTGCTGCTGACGCCACGCGAATTCCCTGCACCAACGTCAACATGGCGCTGGATCGTGTTCGTGCGGGGGAGGCCGACGCGGCTATGGTCCCCATCGAGAACTCGGTGGAGGGCGGAGTCACGGCCACCTTGGACGCGATTGCCACAGGCCAAGAACTCCGAATCATCCGTGAGGCCCTTGTTCCTATCACCTTTGTCCTGGTGGCGAGGCCCGGCGTCGGGCTTTCCGACATCAAACGGATCTCCACGCACGGCCACGCCTGGGCGCAGTGCCGCTTGTGGGTGGATGAGCACCTCCCGAACGCCGACTACGTTCCGGGATCATCCACGGCGGCCGCCGCCATGGGATTGCTGGAGGACGACGCCCCCTATGAAGCCGCCATTTGTGGCCCGTTGGTTGCTGCAGGACAACCCGGCCTGAATGTTCTGGCCGAGGACATCGGCGACAACCCCGAGGCGGTAACCAGGTTCATTTTGGTGAGCAAACCAGGTCTTCTTCCCGACCGCACAGGCGCGGACAAAACCACCGTTGTGGTGCCTTTGCCTGAGGATCACCCCGGAGCGCTTATGGAGATTTTGGACCAGTTCGCCTCCCGCGGAGTGAACCTGAGCCGCATCGAATCGCGACCCACCGGACAGTACTTAGGTCACTACTTCTTCAGCATCGACGCCGACGGCCACGCCACCGATTCGCGGGTGGCCGACGCTCTTGCGGGCCTCCACCGAATCAGCCCCGCAACCCGGTTCCTGGGCTCCTACGCACGTGCGGACAAGCAGCCCGCTGTGGTTGCCCCGCACACTTCCGACGCTGCCTTTGCCTCGGCGCATGCCTGGGTTGAATCGATCCTGAAGGGCTCCTAG MSAVSYTFLGPEGTFTEAALLQVPGAADATRIPCTNVNMALDRVRAGEADAAMVPIENSVEGGVTATLDAIATGQELRIIREALVPITFVLVARPGVGLSDIKRISTHGHAWAQCRLWVDEHLPNADYVPGSSTAAAAMGLLEDDAPYEAAICGPLVAAGQPGLNVLAEDIGDNPEAVTRFILVSKPGLLPDRTGADKTTVVVPLPEDHPGALMEILDQFASRGVNLSRIESRPTGQYLGHYFFSIDADGHATDSRVADALAGLHRISPATRFLGSYARADKQPAVVAPHTSDAAFASAHAWVESILKGS NA NA NA NA NA D3-18_04338 327 COG0607 Sulfurtransferase ATGAGCGACTTCGATACCGTGCCTGTGGGCGACATTCCGGCCGACGCCAGCATCCTGGACGTCCGCGAAGACTATGAGTGGATGGCCGGGCATGCCGAAGGTGCACGCCACATCCCCATGGATCAACTGCCGGCACGCCTGGACGAACTCGATCCGGACGACGACCTGTTCGTTATCTGCCGCACCGGGGGCCGCTCCTTCCGCGCCGTTCAGTGGCTCGTGGGGCAGGGCTACTCCGCGGTGAACGTGGCTGGCGGCATGGACATGTGGTTTGAGGCCGGAAAGCCCATGGTTTCGGATAACGGGCTGAAGCCGGTTGTTCTCTAA MSDFDTVPVGDIPADASILDVREDYEWMAGHAEGARHIPMDQLPARLDELDPDDDLFVICRTGGRSFRAVQWLVGQGYSAVNVAGGMDMWFEAGKPMVSDNGLKPVVL PGPT0001770_1280 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-LACTIC_ACID_BIOSYNTHESIS,PGPT0001770-gloB|gloC-K01069 NA NA D3-18_04339 744 hypothetical protein ATGCCGGCTGGGCATCCAACCATTCTGGCGACATCCGGCGGCTACAAGCCCGGCGATCGCACCAGGATCGAGTTCAACCACTTGATGCATTACGCCGTGGAACTGTCCGGCATAACCGGCCGCGCGCCGCGTGTGACCCATATCGGCACGGCATCCGGTGATCAGCGTTGGTGGGCCGCCGAGATGGACCAGGCAGCACGCATGGCAGGGTTCGACTTCAGCCACCTCAACCTCTTCACCATGCCCAACATCGAGGACCCGGAAGCGCACCTCCTGGAGCAGGATGTGGTGTGGGTGAACGGCGGTTCGGTGGTGAACCTGCTGGCCGTCTGGCGTGCCCACGGACTGGACGGAATCCTACGGAAGGCTTGGGAAAGCGGGGTGGTGCTGGCCGGCGTCTCGGCCGGCTCCATCTGTTGGTATCAGGGTGGTGCGACCGATTCCTTTGGCCCTGAGCTGCAGCCTGTCACCAACGCGCTGGGCTTCCTCCCCTACGGTAACGGCGTCCACTACGACTCTGAATTGCGGCGTGCACCGGCCATCCACAAGCTGGTGGCAAACGGCACGCTCGGAGAGACGCACTGCACGGACGACGGCGTCGGGCTCGTTTACCGGGGAACGGAACTTGTGGAGGTGGTGTCCGAGGTCAAGAACAAGGCGGCCTTCCGTGTGACCGCCGGTGCTGGCGAGAGCGTTGACGCTGTTGCTGTGGAGGAACGGTTGGAGTCGCGCTTCCTTGGTTGA MPAGHPTILATSGGYKPGDRTRIEFNHLMHYAVELSGITGRAPRVTHIGTASGDQRWWAAEMDQAARMAGFDFSHLNLFTMPNIEDPEAHLLEQDVVWVNGGSVVNLLAVWRAHGLDGILRKAWESGVVLAGVSAGSICWYQGGATDSFGPELQPVTNALGFLPYGNGVHYDSELRRAPAIHKLVANGTLGETHCTDDGVGLVYRGTELVEVVSEVKNKAAFRVTAGAGESVDAVAVEERLESRFLG NA NA NA NA NA D3-18_04340 1020 aam_2 COG0154 Acylamidase TTGGTTGATCCTGACGTACATGACCTTTCGCAAACGTCGGCTGTTGAGCTCCGCGATGCCTTAGCTTCCGGCGAACTCTCTGCCCGTGAGGCCGCTGGCTTTTTCCTGTCCGGGATCGAATCCCGGAACAAGCAACTGGGAGCATTCGTTACCGTCACGGCCGAACAGGCCTTGAAGGACGCGGCGGCCGCGGATCGCCTCCATGCTCGGCTATTCCGCGAACACCGACAAGACGAGCTCAGCCTCCTTCACGGCATGCCCACGGCATTCAAGGACCTCACCGATGTTGCCGGCGTTCCCACAACGCACGGCAGCGCAGCCCTCGAGCACAAGCCGGCACCCGAGGACGGGGCTCTCGCGGCAACCCTGAAGGCCCAAGGTGTCATCTCGCTGGGCAAGACGCAGGTTCCAGAGTTCGGACTCACGGCCTACAGCGAAAACCGCGTGGCACCGCCGTCGCGTAATCCGCACGCCTTGGGACGCAGCTCGGGTGGGTCATCGGGCGGCAGCGCCGCCGCTGTAGCTGCAGGGCTTGTTCCCTTCGCTCCAGGGACCGACGGCGGCGGCTCCATCCGGATCCCGGCCGGTGCCTGCGGACTGGTGGGGCTGAAGCCGGGACGCGGCGTGGTGCCGTCGGGTGCCAGCGCGGGCGACGCCGCCAAGCTCGTTGTGGCCGGACCACTCGCCCGGACCGCGCAGGACGCGGCACTGCTAATGGACGCGCTCGTCCCCCGTGATCAAGCGCCCGACGGCGGCTACCTCGCCAAGGTGGGGCTGATGCCGGAACCCCTGAGAATCGGCGTGAGCTTGGACAGCCCGTGGGCGGGCGTGTATCCATTCGAGGTGGAACCGGAAGCGATGGACGCCCTGGAGCTGGGGATCAAACTGCTGGAGAACGCCGGCCATAACATCACTGAAGCCGAAATCCGCTACGACAACCGCTATCCCGAAGCGTTCACAACAGCCTGGACTGCCGGCGTCGGGAGTGCTCGAATAGCACCCAGCGCGAGGCGTTGCTGA MVDPDVHDLSQTSAVELRDALASGELSAREAAGFFLSGIESRNKQLGAFVTVTAEQALKDAAAADRLHARLFREHRQDELSLLHGMPTAFKDLTDVAGVPTTHGSAALEHKPAPEDGALAATLKAQGVISLGKTQVPEFGLTAYSENRVAPPSRNPHALGRSSGGSSGGSAAAVAAGLVPFAPGTDGGGSIRIPAGACGLVGLKPGRGVVPSGASAGDAAKLVVAGPLARTAQDAALLMDALVPRDQAPDGGYLAKVGLMPEPLRIGVSLDSPWAGVYPFEVEPEAMDALELGIKLLENAGHNITEAEIRYDNRYPEAFTTAWTAGVGSARIAPSARRC PGPT0006115_4541 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 D3-18_04341 291 QRSL1 Glutamyl-tRNA(Gln) amidotransferase subunit A, chloroplastic/mitochondrial ATGCTCATGCCGACCCTGGCGCAGACACCGCGGCCGGTCGGCTGGTTCACGGGCGGCGGACACAGCGGTGAGCAGTGGCCGAGCGAGTGGGCCGGCGATGCTGATGAGGACTACAAAAGGCAGTGCCAGTACGCGCCATGGTCCTCCATGGTGAACGTGTGCGGACTCCCGGCAATCAGCATTCCGGTGCACACTACGCCGGGTGGCCTGCCGATGGGGATTCAGCTGATTGGGCGGTCCGGGTCTGAACTATTGCTCCTGCAGCTAGCGACCGCCCTCGAGACCCGCTGA MLMPTLAQTPRPVGWFTGGGHSGEQWPSEWAGDADEDYKRQCQYAPWSSMVNVCGLPAISIPVHTTPGGLPMGIQLIGRSGSELLLLQLATALETR PGPT0006115_4541 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 D3-18_04342 1500 dtpT COG3104 Di-/tripeptide transporter ATGCCCGCAGTCAGTGCCAGCATTGAGAAAATGAGCACACCTCAAACCACGGCTGAGTCCGCAAAGCCAGCGGGCGATACGTCATTCTTCGGCCACCCAAAGATGTTGGCCAGCCTCTTCTCCGTGGAAATGTGGGAGCGATTCTCCTTCTACGGCATGCAGGGAATCCTGCTTTACTACATGTACTTCACCGCCGAGCAGGGCGGTCTTTCCATTGACCAGGGGCTCGCCGCTGGCCTGGTGGGCGCGTACGGTGGTGGCGTTTACCTGTCGACGATCCTCGGCGCATGGCTCGCCGACCGTCTCTTCGGCTCCGAAAAGGTCCTCTTCGGCTCGGCAATCATGATCATGGCCGGCCACGTCGCACTGGCACTCCTGCCGGGCATTCCGGGCCTGATCGCAGGTTTGGTTTTGGTTGGCATCGGCTCGGGCGGCTTGAAAGCCAACGCGACAGCCTTGGTCGGCAGCCTCTACGGCGAGAAGGACGAGCGCCGCGATGCCGGATTCTCCATCTTCTACATGGGCATCAACATCGGCGGCCTCATTGGCCCGCTGGTCACCGGGTGGCTGCAGACAAGCTACGGCTTCCACGTTGGCTTTGGTGCCGCAGCCGTGGGTATGGCGATCGGCCTCATCATCTACTCGCTGGGCCGCAAACGCCTTCCAGAGGAAGCACACCGGGTTCCCAACCCCCTCCCGGTCAAGGACCGCACCAAGTACGGCCTGATCTTCCTGGCCATCCTGATCGTCATTGGCGTCCTGCTCGGCACAGGGATTGTCAACGCCAACAACCTTGCCCGGAGCATGGCCTACGCCGCAATCGGCGCCGCGGTGATCTACCTGTTCCTGATCTTCCGCAGCCCGCTGGTCACCGGCGTGGAGCGCAAGCGCGTGATCGCGTTCATCCCTCTGTTCATCGCCTCTGCAGGGTTCTGGGCACTGTTCCAGCAGCAGTTCACGTTCATTGCTGTGTACTCGCAGGAGAAACTGGACCGCAACTTGTTCGGCTGGGAAATGCCTGCCGCCTGGGTGCAGTCCATTAACCCGGTATTCATCATCATCTTTGCCGGCGTCATGGCTGCCCTCTGGACCAAGTTGGGCTCCAAGCAGCCGAGTTCACCGCTGAAGTTCTCCGCCGGCCTGTTCATCATGGGCCTGGCATTCCTTGCGTTCATCCCGCTGGCCGGCGAGGGCAAGACTCCCCTGCTGGCTCTTGTGGGCATTCTGTTCATGTTCACCCTGGCGGAACTGTTCCTCTCCCCCATCGGCCTGTCCGTGAGCACCAAACTCGCCCCGCAGGCATTCCACACCCAGATGGTGGCGCTGTTCTTCCTGTCCGTCTCGCTCGGCACCACGCTGGCCGGCATCCTCGCGGGCCTCTACAACCCCGAGGACGAGCTCCCGTACTTCCTTGGCATCGGAAGCGTGGCAGTGGTCCTGGCCATTGGCCTGGCGGCAGCATCGCCCGCGATAAAGAAGCTGATGGGCGGCGTGCGGTAG MPAVSASIEKMSTPQTTAESAKPAGDTSFFGHPKMLASLFSVEMWERFSFYGMQGILLYYMYFTAEQGGLSIDQGLAAGLVGAYGGGVYLSTILGAWLADRLFGSEKVLFGSAIMIMAGHVALALLPGIPGLIAGLVLVGIGSGGLKANATALVGSLYGEKDERRDAGFSIFYMGINIGGLIGPLVTGWLQTSYGFHVGFGAAAVGMAIGLIIYSLGRKRLPEEAHRVPNPLPVKDRTKYGLIFLAILIVIGVLLGTGIVNANNLARSMAYAAIGAAVIYLFLIFRSPLVTGVERKRVIAFIPLFIASAGFWALFQQQFTFIAVYSQEKLDRNLFGWEMPAAWVQSINPVFIIIFAGVMAALWTKLGSKQPSSPLKFSAGLFIMGLAFLAFIPLAGEGKTPLLALVGILFMFTLAELFLSPIGLSVSTKLAPQAFHTQMVALFFLSVSLGTTLAGILAGLYNPEDELPYFLGIGSVAVVLAIGLAAASPAIKKLMGGVR PGPT0021010_1564 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_DEPENDENT_PATHWAYS PLANT_DERIVED_PEPTIDE_METABOLISM,PGPT0021010-TC_POT-K03305 NA NA D3-18_04343 798 hypothetical protein ATGACATTCCTCGCATTTGTCATGGCCACATACAGGGAACCCGCGTTGCCTTATGTGGTGCCCCCGGCGGCGGTAGTGTTGGGATCAAAGACCAAATCCAGGGGGATTCCTATGTCAGACCAGCCATCCAAAGGCAACGAGGACAAGCCCGCGGGCTACGAACCGCCGCAGTACGTCCCGCCCGCACAGTTCAGCGCGCCCGAGTCGAGCACGCAAGCAGAAAGCACGCCGGGTCATGGCGCGTCCGCCGCGAGTGCGTCTGAGCACAATGCCACCCAGCCGCTCCCGCCCTACGAGCAGAGCGCGCACGGGCAGAACCCATACACGCAGGATGCCCAGGGTCAGAACGACTTCTACACGCAGCCGCAGCCACCCGCCAGCGCATACACGCCGGGGGACTACAGCCAGCAGCCCCCGTCGCCCTACGGTCAGCCACCGAGCCCGTACCAGCAGCAGGCGTTCAATCAGCAGCCCTATGGCCAGCAGCCCTACGGCCAGCCGCAGTCACCGTACGGCCAGCCCGCGTATTACGCCATGCAGGCTGAGCCCAAGGGCTTGAGCATCGCCAGCATGTGCTGCGGCATCGCCATCTACGTAGGCTTCGGGTTCTTCATCCTGCCGCAGATCGCAGCGGTGATCCTGGGCCACCTCGCCTTGAAGCGCGAGCCTGCGGGCAAGGGTATGGCAATCGCCGGCCTCGTGATGGGCTACATCGGCGTGGCGTTGACGCTGATCTTTGGCATCATCTTCTTCATCGCCATCGGCGCTTCAAGCAGCAGTTATAACAACAGCTTCTAA MTFLAFVMATYREPALPYVVPPAAVVLGSKTKSRGIPMSDQPSKGNEDKPAGYEPPQYVPPAQFSAPESSTQAESTPGHGASAASASEHNATQPLPPYEQSAHGQNPYTQDAQGQNDFYTQPQPPASAYTPGDYSQQPPSPYGQPPSPYQQQAFNQQPYGQQPYGQPQSPYGQPAYYAMQAEPKGLSIASMCCGIAIYVGFGFFILPQIAAVILGHLALKREPAGKGMAIAGLVMGYIGVALTLIFGIIFFIAIGASSSSYNNSF NA NA NA NA NA D3-18_04344 756 linC COG1028 2,5-dichloro-2,5-cyclohexadiene-1,4-diol dehydrogenase ATGGGTAACTTCGAAGGCAAAACCGCGCTCGTCACCGGCGGAGGCTCCGGTCTCGGGGAAGCGATCAGCAAGGACCTCGCGAAGAACGGCGTCAACGTTGTAGTAGTGGACGTTAACCTCGAAGCTGCCACGCGCGTGGCCGAACAAATTACAGCCGACGGCGGCAAGGCAGTCCCGTTCCAAGGCAACACTGCTGTGGCCGAGGACAGCAAGAAAGCAGTCGACTTCGCCGTGGAGAGCTACGGTGCGCTTAATTACGCCGTCAATAATGCCGGTATCGGCGGGGCCAGCGCTCCTGTAGGAGAAATCGACGTCGAGGACTGGGACCGGGTCATCGCCATCAACTTGAGCGGAGTCCTCTATGGCATGCGCTACCAAATCCCGGCCATCCTTGCCGCAGGCGCGTCCGAGGGCGCCATCGTGAACATGGCCTCAATCCATGGTGCTGTCGCAGCTCCCGGCAACGCCGCGTACACCGCGGCCAAGCACGGCGTGGTGGGCATGACCAAGAATGCTGCGGCGGAATACGGCGGCCAAGGACTTCGCGTCAATGCAATCGGCCCCGGCTACATCGATACTCCCTTACTGGCCGCCGCACCGAAGGAAGTAGTCAGCGGGCTCGAAGCGAAGCACCCGCTGGGCCGTTTGGGGCAGGCTGAGGAGATCGCAAACGTCACCACGTTCCTCCTTTCGGACAAGGCCAGCTTCATGACCGGTTCGTACGTACTCGTCGATGGCGGCTACACCGCCGTCTAG MGNFEGKTALVTGGGSGLGEAISKDLAKNGVNVVVVDVNLEAATRVAEQITADGGKAVPFQGNTAVAEDSKKAVDFAVESYGALNYAVNNAGIGGASAPVGEIDVEDWDRVIAINLSGVLYGMRYQIPAILAAGASEGAIVNMASIHGAVAAPGNAAYTAAKHGVVGMTKNAAAEYGGQGLRVNAIGPGYIDTPLLAAAPKEVVSGLEAKHPLGRLGQAEEIANVTTFLLSDKASFMTGSYVLVDGGYTAV NA NA NA NA NA D3-18_04345 1686 pgm COG0033 Phosphoglucomutase ATGCTGGACCCCATGGCTAGCCGAGCGGGCACAGTTGCCCTTCCCCAGGACCTTGTTGACATCACAGCCCTGCTGGACGCGTATTTCGACGTAACTCCGGATTTGGGCGACCCTGCGCAGCGCGTGGCGTTTGGAACGTCCGGGCACCGCGGATCCAGTTTGAAGGCGTCTTTCAACGAGCCGCACATCCTCGCGATCACCCAGGCAATCGTTGAATATCGCGGCCGTCAGGGCATCACCGGACCGCTATTCATCGGCCGCGACACCCATGCCCTCAGCGAGCCTGCACAGAACTCCGCGCTGGAAGTGCTGGCTGCCAACGGCGTGACCGTCCTGGTGGACGCCCGCCACGGTTACACCCCGACGCCGGCACTGAGCCACGCGATCCTCAAATACAACCGCGAAGCCGCGCCGGGAACACCCCAAGCTGACGGCATCGTGGTCACCCCCAGCCACAACCCGCCCGGCGACGGCGGCTTCAAGTACAACCCGCCCCACGGCGGCCCGGCCGACACCGACGCCACCGGATGGATCGCCGACCGCGCCAACCAACTCCTCGAGAACGGCCTCCGCGGCGTCAAGCGCATGCCGCTCAACGATGCTCTGGCCGCCGACACCACCGGCAAGTTCGACTTCCTCTCCAGCTACGTGGACGATCTCCCGTCCGTGCTGAACCTTGAGGCGATCCGCAACGCCGGCGTGCGCATCGGTGCTGATCCCATGGGCGGCGCCTCCGTTGACTACTGGGGCGAGATCGGCGAGCGCCACCAGCTCAACCTCACGGTTGTGAACCCCACCGTAGATCCGCAGTGGGCCTTCATGACCCTCGACTGGGACGAGAAGATCCGCATGGACTGCTCATCGCCGTCGGCCATGGCGTCCCTCATTAAGCGGATGGCCCCTGGCGCCGATGGCACTGCCGCCTATGACGTCGCCACGGGTAACGACGCCGACGCTGACCGCCACGGCATCGTCACACCTCTTGTTGATGGGGTGGGTGGGCTGATGAACCCGAACCACTACCTCGCCGTCGCCATCGACTACCTGTACCGGAACCGCAGCGGCTGGAACCCGGAGTCCGTGGTGGGCAAGACCCTGGTGTCGTCGTCGATTATTGACCGTGTTGCGGGCGGGCTCGGCCGCAAGCTGGTTGAGGTTCCCGTTGGCTTCAAGTGGTTTGTTCCGGGTCTGCTGTCCGGTGAAGGCGCCTTCGGTGGCGAAGAGTCAGCCGGCGCGTCCTTCAACAAGCTCGACGGCAGCGTGTGGACCACGGACAAGGACGGCATTCTGCTGGCACTGCTGGCGTCCGAGATCACGGCTGTTACGGGCCAGTCTCCATCGCAGCTGTACAAGGGCCTGACTGACCAGTTCGGTGCTCCCGTTTACGCCCGCATCGACGCCGCGGCCTCCCGCGAGCAGAAATCCAAGCTGAGCAAGCTCTCCGCCGCTGATGTCACCGCTACATCCCTTGCCGGCGAAGAGATCACGGCCAAGCTCACCGAGGCTCCCGGCAACGGCGCCTCGATCGGCGGTCTCAAGGTGGTCACCGAGAATGCCTGGTTCGCGGCCCGCCCCTCCGGCACCGAAGACGTGTACAAGATCTACGCCGAGTCCTTCAAGGGCGCGGACCACCTCGCGCAGGTTCAGCAAGAGGCCAAGGCGCTGGTGGACGGGGTTATCGCGTAG MLDPMASRAGTVALPQDLVDITALLDAYFDVTPDLGDPAQRVAFGTSGHRGSSLKASFNEPHILAITQAIVEYRGRQGITGPLFIGRDTHALSEPAQNSALEVLAANGVTVLVDARHGYTPTPALSHAILKYNREAAPGTPQADGIVVTPSHNPPGDGGFKYNPPHGGPADTDATGWIADRANQLLENGLRGVKRMPLNDALAADTTGKFDFLSSYVDDLPSVLNLEAIRNAGVRIGADPMGGASVDYWGEIGERHQLNLTVVNPTVDPQWAFMTLDWDEKIRMDCSSPSAMASLIKRMAPGADGTAAYDVATGNDADADRHGIVTPLVDGVGGLMNPNHYLAVAIDYLYRNRSGWNPESVVGKTLVSSSIIDRVAGGLGRKLVEVPVGFKWFVPGLLSGEGAFGGEESAGASFNKLDGSVWTTDKDGILLALLASEITAVTGQSPSQLYKGLTDQFGAPVYARIDAAASREQKSKLSKLSAADVTATSLAGEEITAKLTEAPGNGASIGGLKVVTENAWFAARPSGTEDVYKIYAESFKGADHLAQVQQEAKALVDGVIA PGPT0017710_2114 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0017710-pgm-K01835 NA NA D3-18_04346 549 hypothetical protein ATGGTTTGTGCTTCCCACTTCCCGCTGGACGGGTGGCAAACTATGCCTATGCGGAACCTCATCTGGGTGGCGTTCACGGAGCCCGTCTCGCCAGGGCTGGTTTTTCCGCGCAGCGATTGGCCGCTTCACATCACGCTGCTAAGGTTCGACGTCGGCTCCGACGTGAGCGCCGACGTCGCCAATGTCCTTGCGGACCTGGCCGAAGCGCCCGTCAAGGGTGCGCTGGGAACCCACCTGAGAGTGGGCGAAGAGGCGGATTTCGGGCATATGGGGTCCATCCCGGTGAGCCTGATCGAGCACAACCCGCTGCTTCAGGGCCTTCATGAGGAGATCGTCGAGGCAGCGAACACCGTAGGCGGGCGCATTGCTACTCCCAACTACGTCTTGGAACGCTATCGGCCGCACATCTCGCATCACGACGGCAAGCGTCCCAAGCCCGGAGACGTCGTCGTGCTTGATCAGGTAGCGCTGGTGGACATGGCCCCGGAAGGCGACCACACCATCAGGCGCATCCTCAGGCTCTGGACGCAGGACGCCCAGAGCCACTGA MVCASHFPLDGWQTMPMRNLIWVAFTEPVSPGLVFPRSDWPLHITLLRFDVGSDVSADVANVLADLAEAPVKGALGTHLRVGEEADFGHMGSIPVSLIEHNPLLQGLHEEIVEAANTVGGRIATPNYVLERYRPHISHHDGKRPKPGDVVVLDQVALVDMAPEGDHTIRRILRLWTQDAQSH NA NA NA NA NA D3-18_04347 606 rutE COG0778 putative malonic semialdehyde reductase RutE ATGACGATCGCCCACGAAGAAGCAGTCATTGACGCCGCAGCAGTCGACGCCATTTTTGCCGAAGCCCGTACCGCCAACAGCTTCGCCGGTGAGGTCACCGACGAGCAAGCCCGCGCCATCTACGAGCTCACCAAGTTCGGCCCCACTGCCTTCAATTCCCAGCCGCTCCGCGTGACCTACGTCCGCTCGGACGAGGCCCGGGCCAAGCTCGTCGACACCCTCTCCAACGGCAACAAGGCCAAGACCGCCTCAGCTCCGCTGGTCGCCATCCTGTCCTACGACACCGACTGGCAGGGTCAGTGGGACAAGTTCCTCCCCGCCTACGGCGCGCCCAAGGCCATGTACGACGCCGATCCCGCTTTCGCCGCTGCTACGGGCAACAACAACGCCCACCTGCAGGCCGGCTACTTCATCCTCGCCGTGCGCTCGCTCGGTTTCGCTGCCGGCCCGATGACCGGTGCCGACTTCGCCGCCATCGACGCCGAGTTCTTCCCGGCTGGCGACCAGAAGAGCTTCCTCGTGGTCAACATCGGCCAGCCGGGCCCGGACGCCTGGGGCGAAGCCAAGCCGAAGTTCGCTTACGACGATGTTGTTCGCACCGTCTAA MTIAHEEAVIDAAAVDAIFAEARTANSFAGEVTDEQARAIYELTKFGPTAFNSQPLRVTYVRSDEARAKLVDTLSNGNKAKTASAPLVAILSYDTDWQGQWDKFLPAYGAPKAMYDADPAFAAATGNNNAHLQAGYFILAVRSLGFAAGPMTGADFAAIDAEFFPAGDQKSFLVVNIGQPGPDAWGEAKPKFAYDDVVRTV PGPT0021290_254 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PYRIMIDINE_METABOLISM,PGPT0021290-rutE|ycdI-K09019 NA NA D3-18_04348 2508 hypothetical protein ATGCCAACCTTTCCCCTAGCTGCCCGTCAGCGGGCGCTGGCTGTTCTTGCCATGCTTCTGGTGATGTTCCTGATGCCAACCGCGCAGGCTTGGGGCTCCGTTCAGAATTCCAACTCCGTTCAACAGCCCGGCGTCGAGGATCCCGGAACACGGTTCTTTGGTGCATTGCTCGACTGGGACAAGGATTCAGCGGCCGATTACGCGCAGAGACTTGGTGCGCCCGCGGCACTCTACGGTCAGAACGTGTCCATGCCCGTGGACGAAGGCGGCGGCGAATACCTGAAGGGCTATTTCTCCCAGATCGCCGACCAGGGCTCGCACGCGCTGCTCACGGTCCGCCCCGGGATCGACCTGAAGGACATCAACAACGACGTTGCGTCCATTTTTGCCAGTCACATCACGACGGCGGCAGCTGGCTTCCGGGGGAAAGTTTTCGTCCGCTTCGCACCGGAAATGAACGCACCGTGGGTCAGCTGGGGACAAGAGCCGGAAGCTTACCGGGCTGCTTTCGACAAGGTCGCTGCCGCGCTGAGGGCCACCCTGCCGGATCCCGTGATGGTGTGGTCTCCGACAGCGGAGAAGGACTATCCCTTCCAGGCCGCCACGTCCACCCCTCCCAAGGAGGTGCCCCTGGCATCCTTGGACACCAGCGGGAACGGTATCTGGGATCAGGACGATTCCGCATTTGAGCCGTACTATCCGGGTGATGACGTGGTGGACTGGGTTGGCTTGTCCGTTTATCACGACACAACCGGCGCCGGCGTGGCCAGCAATACCCTGCCCGCGGCGGGCGAGTTCAATGACGCTCTCCATGCTTCCAGCGGCGGAACCTCCAGCGGCGAGGGCGGAACCGACAACTTTTACAGCACCTTCGTCCAAGCCCGCACCAAGCCCCTGGTGGTTGAAACCGGAGCTTTCTACTCGCCCGGGGCCGGTGGCGCCGCTGAGCTCGATGTTAAGGAAACGTGGTGGCACCAGGTTTTCGCCTCTGTTGCGGAGCCGGGGAATGGGTCCGTCCGGGCTGTGGTCTGGAACGAAACCACGGATGTGCGCGAACCGGGTGGGGTGCCCATCGATTGGAGGGCCACGGCCGAGACCTCACTTGCCGACCCCTTCCGAACCTCGTTGGACACCTCAGGCCTCACCATTGGACCTGTCACTGAGCGGGGCTTGGAGAACGTGCCTGGTGTCGAGGCACCGCAGCCGAAGACAGGCACGGTCATCCAGGGCTGGGCTGCGTGGGCTTCGGCCGGATCAGTCCTGGTAGCGGTCGCGGCGTTATGGCTGCTGTCCTCCCGGGCTTTCGCCAACAAGTGGTCCTACACCGGCACGGGTAAGCGTGATGCACGGATTGACATGCTCCGCGGACTGGCGATCGTGTTTGTGGTGGTAAACCATGTAGGCATCAACTCCGTCTTCCAACTGCTGAGCCAGGAAACCCTCGGAGTAGTTTCCGGAGCGGAGCTGTTCGTCATGCTCTCCGGAGTGGTTTTAGGCATGGTCTACGGGCCCCGGATTGCTACAGAACTCGGGGACGTGGTGGATGGAACCACAAAGCGCGCCTGGAAGTTGTATTTCACAGCCCTTGCCGTGGTCCTGATGGTGTACGGATTGAGCCTGCTGCCCTTCATCAACGCCGCAGCGGTGACCACTTTCACCGACCAAGGAACCGGCGGGGCAGGACGCGCGGCTGCGGGCACTACGTACGACCTCTACGCCGGCATGGAGGGGTTGCTGCAGTTCCCCGTCCCGCAAGGGCTCATCCCGGCGCTCCTAATGCTGCAGGTTGGGCCGTGGCAGTTCAACATCATGGGCCTCTACGTCGTTCTGTTGCTCATCAGCCCCCTAATCCTCGTGGCGCTATCCCGCGGGTTTACCTGGCTTGTCCTCACGCTCAGCGTCGGCCTCTACATCGCGGGGTCGATCTTTCGCTTCCGCCTGCTGCCTTCGCAGTTCGAGGATTCATTCCCGCTTCTCGTGTGGCAGCTCCTGTTCGTTGTGGGAATGACCGCCGGGTTCTATCGACATCAAATCATCCAGTGGTTTGCCGAACCGCGACGGCGCCTACTGCTTGGCATGTGCATTTTCCTGGCGGCTGCCTGTGCCGTCTTCTCCTGGAGCGGTCCCTATATGACCAACCAGCTGGACTTCCGGCTCGCGCTTATCCCAGAAACGACGTTCAGGTACGTCTACGACACCTTCTTCAGCCGGACTTATCTTGGGCCGGGACGGGTGCTCAACGTCTTCCTTATAACCATCGCCTTGTATGCATTGCTCAGTGTCTTTTGGAAGCCGCTGGCACGCGCCGTTGGCTGGTTCTTCATACCTCTGGGCCAAGCCACCCTGTACGTGTTCATCATGCACGTGTTCTTCATTGTGGCCATCGCCAACATCCCTGTGCTGCGGGACGGTAACCTCTGGCTGAACACCGCCGTGTATATCGCCTTGCTCGCCATACTTTGGGTGATGGTGAAAACCAGGTTCCTGTTCAGGCTGGTTCCTCGCTAA MPTFPLAARQRALAVLAMLLVMFLMPTAQAWGSVQNSNSVQQPGVEDPGTRFFGALLDWDKDSAADYAQRLGAPAALYGQNVSMPVDEGGGEYLKGYFSQIADQGSHALLTVRPGIDLKDINNDVASIFASHITTAAAGFRGKVFVRFAPEMNAPWVSWGQEPEAYRAAFDKVAAALRATLPDPVMVWSPTAEKDYPFQAATSTPPKEVPLASLDTSGNGIWDQDDSAFEPYYPGDDVVDWVGLSVYHDTTGAGVASNTLPAAGEFNDALHASSGGTSSGEGGTDNFYSTFVQARTKPLVVETGAFYSPGAGGAAELDVKETWWHQVFASVAEPGNGSVRAVVWNETTDVREPGGVPIDWRATAETSLADPFRTSLDTSGLTIGPVTERGLENVPGVEAPQPKTGTVIQGWAAWASAGSVLVAVAALWLLSSRAFANKWSYTGTGKRDARIDMLRGLAIVFVVVNHVGINSVFQLLSQETLGVVSGAELFVMLSGVVLGMVYGPRIATELGDVVDGTTKRAWKLYFTALAVVLMVYGLSLLPFINAAAVTTFTDQGTGGAGRAAAGTTYDLYAGMEGLLQFPVPQGLIPALLMLQVGPWQFNIMGLYVVLLLISPLILVALSRGFTWLVLTLSVGLYIAGSIFRFRLLPSQFEDSFPLLVWQLLFVVGMTAGFYRHQIIQWFAEPRRRLLLGMCIFLAAACAVFSWSGPYMTNQLDFRLALIPETTFRYVYDTFFSRTYLGPGRVLNVFLITIALYALLSVFWKPLARAVGWFFIPLGQATLYVFIMHVFFIVAIANIPVLRDGNLWLNTAVYIALLAILWVMVKTRFLFRLVPR NA NA NA NA NA D3-18_04349 1356 rutG COG2233 Putative pyrimidine permease RutG ATGAGCATGCTCGGCATCAAATGGAAGCTCCACGGCAACGGCAAGTCCATTCGCCCCGGCCACGTGGTGGCTCCCGACGAGCGGCTTGCGTGGCCCTTGACCATCGGCATCGGAATGCAGCACGTAGCAGCCATGTTCGGCGCCACGTTCCTGGTCCCCATCATCACGGGCATGCCGCCGGCAACCACACTGCTTTTCTCCGGTATCGGTACCCTGCTCTTCCTGGTGATCACCAAGGGCCGCGTGCCCAGCTACCTGGGTTCAAGCTTCGCGTTCATCGCCCCGATCATGGCGTCACAGCAGCAGTACGGCGTCAGTGGCGCCTTGGGCGGCGTGGTGCTTGCCGGCGTCGTACTGGCGCTTATTGGTGCGATCGTGCAGAAGTTTGGCGCCGAATGGATCAATCGGCTCATGCCGCCGATTGTCACCGGCGCGATTGTGGCGCTGATCGGCCTGAACCTCGCGCCAGCCGCGAAGAACAACTTCGACGCCGCTCCCGTCACGGCGCTGATCACACTGGTGACGATCATCCTGGTCAGTGTGCTCTTCCGCGGAATTCTGGGGCGCCTGAGCATTCTGGTGGGCGTCGTGGTTGGCTATGTCGTTGCCATGATGCGCGGCGAGGTCAGCTACGAAAAGATGGACGCCGCTGCTTGGATTGGCCTCCCACTATTCCAGACCCCGGAATTCCACCTTGGCGTGGTGGGGCTGTTCGTGCCGGTTGTGCTGGTGCTCGTGGCTGAAAACGTGGGACACGTGAAGTCGGTGGCCGCGATGACCGGCCAAAACCTCGACGGCGTCTCCGGCCGCGCGCTGATGGCCGACGGCGCCGCTACCGTACTTGCCGGCTTTGGCGGCGGTTCCGGTACCACGACTTACGCGGAGAACATCGGCGTCATGGCCGCCACCAAGGTCTACTCGACGGCGGCCTATTGGGTAGCCGGTATCTTCGCCATCCTGCTGAGCTTCTCCCCGAAATTCGGCGAACTAATCGCTACCGTTCCGGCCGGCGTTCTGGGCGGTGCCGCAACCATGCTGTACGGCATGATTGGCGTGCTCGGCGTAAAGATCTGGGTGCAGAACAAGGTCAACTTCTCCAACCCGATCAACCTGACCACGGCTGCTGTGGCCCTGATCATCGGCATCGCGGACTACACGTGGACCATCGGCGAACTGAAGTTCACCGGCATTGCCCTAGGATCAGCCGCTGCACTGGTGATTTATCACGGCATGAAGGGGCTGGCTCGGTGGCGCGGGACCGTCGCTGAGCCTGAGACCGAGACGGCAGGGCTGCCGCCTGCGGTGAAGTCGGCGATAAATGCTGCTTCTAAGCGGGGTGCGAAGAAGGGGAAGTAG MSMLGIKWKLHGNGKSIRPGHVVAPDERLAWPLTIGIGMQHVAAMFGATFLVPIITGMPPATTLLFSGIGTLLFLVITKGRVPSYLGSSFAFIAPIMASQQQYGVSGALGGVVLAGVVLALIGAIVQKFGAEWINRLMPPIVTGAIVALIGLNLAPAAKNNFDAAPVTALITLVTIILVSVLFRGILGRLSILVGVVVGYVVAMMRGEVSYEKMDAAAWIGLPLFQTPEFHLGVVGLFVPVVLVLVAENVGHVKSVAAMTGQNLDGVSGRALMADGAATVLAGFGGGSGTTTYAENIGVMAATKVYSTAAYWVAGIFAILLSFSPKFGELIATVPAGVLGGAATMLYGMIGVLGVKIWVQNKVNFSNPINLTTAAVALIIGIADYTWTIGELKFTGIALGSAAALVIYHGMKGLARWRGTVAEPETETAGLPPAVKSAINAASKRGAKKGK NA NA NA NA NA D3-18_04350 1467 hypothetical protein ATGAAGTTCTCCATGTCCAGCCACTCAGGTCTCCCGAAGAGTTCAGCCAAACCGCCGACACGGGGGTTTACCGGCGCTAAAGCGGCCGCTGTCCTGCTCGCCACCATGCTTGTCGCCGCGTCTGGTGCAACGGTGGCCACCGCCTCCGAAGAAGCGCCAGCCGCCCAAAACGACCACGCCATGGGATCGACCATTCGTGGTCATGAAAGTGCAGGCCAATTGTTCTCCATTCAGGCCACAGAGTCCGCTTCAGCAGTGCCGGGTGTGCCCGGTATGGATGTCAGTAGCCACCAAGGGGTGGTGGACTGGACCAAGGCTGCAGCAAACGGGGCCAAGTTTGCGTACGTCAAAGCCAGCGAGGGGACCGAATACAGCAATCCGTACTTCGCCGACCAGTACGCCGGAGCTGCTTCCGCCGGGATGCTGCGCGGCGCTTACCATTTCGCGCTTCCCAACGCGTCTTCGGGCGCCGCTCAAGCCAGCTATTTCCTCCAGAGCGGTGCAGCCTGGACTCCGGATGGAGAAACACTGCCTGCGCTGCTGGACCTCGAATACAACCCCTACGGCAGCGCATGTTATGGAATGAGCCCTGGCGAGATGGTGTCGTGGGTTTCCGATTTCGCCACCACCATCCTGTCGCGAACCGGCCGCCTTCCTGCCATCTACACCACCACCGACTGGTGGAATACCTGCACGGGTAGGGCCAATGGCTTCGGGAACCACCCTCTGCACATCGCCAGCTGGGCATCGACACCCGGGGCGCTGCCAGCTGGTTGGAATGCCTACACCTTGTGGCAGCACGCCGATTCCGGCGTGTTCCCGGGTGATCAGAATGTCTTCAACGGTACCGTCGGGCAGTTGACGGCCTTCGCCAGCAACCCAGGCCCCATTTTCTCCGACATATCCGGCGGGCAGTTCACCACCGAAGTCAATTGGCTCGGATCCCGCGGCATTTCAACAGGATGGACCGAGGCCAACGGAGCCAGGACCTACCGACCCTTGGCCCCCGTAGCCCGTGACGCTATGGCTGCTTTCCTGTATCGACTGGAAGGTAGCCCGGAGTTCAACGCCCCCACCAAGTCGCCTTTTACCGACGTAGCCACTACCAACCCGTTCTACAAGCAGATCACCTGGCTTGCCAGCAAGGGCATCAGTACCGGATGGATCGAGGCGGATGGGACCAAGACGTATCGCCCGCTTGAACCGGTAGCCCGCGACGCCATGGCCGCATTCATGTACAGGCTGGCCGGTTCGCCGGAGTTCACCGCCCCCGCAGAGTCGCCGTTTGCCGATGTTGCTACCAACAACCCGTTCTACAAGCAGATCACGTGGCTCGCCAGCAGCGGCATCAGTTCCGGATGGACCGAAACCAATGGGACCAAGACCTACAGGCCCTTTGAACCGGTGGCCCGCGACGCCATGGCCGCGTTCATGAGCCGTTTCGACGACAAATTCGGGGACCAGTAA MKFSMSSHSGLPKSSAKPPTRGFTGAKAAAVLLATMLVAASGATVATASEEAPAAQNDHAMGSTIRGHESAGQLFSIQATESASAVPGVPGMDVSSHQGVVDWTKAAANGAKFAYVKASEGTEYSNPYFADQYAGAASAGMLRGAYHFALPNASSGAAQASYFLQSGAAWTPDGETLPALLDLEYNPYGSACYGMSPGEMVSWVSDFATTILSRTGRLPAIYTTTDWWNTCTGRANGFGNHPLHIASWASTPGALPAGWNAYTLWQHADSGVFPGDQNVFNGTVGQLTAFASNPGPIFSDISGGQFTTEVNWLGSRGISTGWTEANGARTYRPLAPVARDAMAAFLYRLEGSPEFNAPTKSPFTDVATTNPFYKQITWLASKGISTGWIEADGTKTYRPLEPVARDAMAAFMYRLAGSPEFTAPAESPFADVATNNPFYKQITWLASSGISSGWTETNGTKTYRPFEPVARDAMAAFMSRFDDKFGDQ PGPT0019160_79 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION PLANT_DEGRADATIVE_GLYCOSIDASES|GLYCOSYLHYDROLASES PLANT_DEGRADATIVE_GS|GH-LYSOZYME,PGPT0019160-acm-K07273 NA NA D3-18_04351 381 hypothetical protein GTGGCGGCGCGGTCGGACGCCAGTGCGCGGCTTGAGGATTCAAGGGCTTTCCTTGAAGCAGCCGATACAATCAACACCCTGAATTCCGGAGAAGCTTATGCAGACGTCATTGCTACCTTGGCGGTCCACGCAGGCATAGCAGCGGCGGATGCTTTTTGTTTGCTGGAGCTGGGCCGTCACTCCAAGTCCGACAATCATGCAGATGCGATAAAAGTGCTAAAAGAAGCCGGGGGTGAGAATGCGATTCTTGCCCGCCTGTTGGGTGAAAAGACAAAAGCCGGATACAACGTTTCGAGTCTCACCCGGGCCAAGTCCAGCAAGTGCATTGAGTGGGCTTCAAGGTTGGTTATTGCTGCTGAATCAAAATTCTCCCGGCAATGA MAARSDASARLEDSRAFLEAADTINTLNSGEAYADVIATLAVHAGIAAADAFCLLELGRHSKSDNHADAIKVLKEAGGENAILARLLGEKTKAGYNVSSLTRAKSSKCIEWASRLVIAAESKFSRQ NA NA NA NA NA D3-18_04352 612 hypothetical protein ATGCAGCTGCAGAACCCATTGAGGGCGATTTGTCCCACGCTCGAAGCTGATGTCCTCATGGCATTGGCGGACGGTCGTCCAAGCACGCCTGGGCATCTGATTCGGGAGCGAGGCATCCAGGCCTCCGTGTCCGGCACCCGGCGATGCTTGGAGCGTCTTCAAGAAAGCGGCATTGTGGTGGGATCTCAGGTCGGAAACCGAACCGAGTATGTTCTGAATTCGTCCCATATGCTCGCCAGTGTCATTGCTGAAGCGTCCCGAGGCAGGGATCGCTTGACGCGTTTTGTTTCTCAAGCAATAAACCGATGGCCGGACCGCCCCCTGCAGGTCACCCTTTTTGGTTCAGCGGCACGCGGGGACATGCGTAATGACTCCGATATCGACTTGCTGTTCATCATTCACGACGGCGCCAGCGACGGGCTTCACGAGCAGATTGGTAATTTGGCCGTTGATGTCTACCATCTCACCGGTAACGACGTTCGCCCTATGACCTACGAAGCGTCCGAAATTCGACAGGCACCGATATTCGAGTCGATTATGAGGGAGGGCATTCACGTTTGCGGTGACCGCAATTGGTTGTCGCGCCGACTCCGTGATTCGGTGGCTGCCTAG MQLQNPLRAICPTLEADVLMALADGRPSTPGHLIRERGIQASVSGTRRCLERLQESGIVVGSQVGNRTEYVLNSSHMLASVIAEASRGRDRLTRFVSQAINRWPDRPLQVTLFGSAARGDMRNDSDIDLLFIIHDGASDGLHEQIGNLAVDVYHLTGNDVRPMTYEASEIRQAPIFESIMREGIHVCGDRNWLSRRLRDSVAA NA NA NA NA NA D3-18_04353 1317 hypothetical protein GTGGAGTTTTCGCGACTAAGGAAATTCACTGCCCTGGCCGGCGTAGCCTCTCTGGCCCTCGTGGCGGCAGGCTGCAGCGGCGGAGGCGATAAGGCGGCGAGCGCCGACAACCCCGTCACATTGACCGTGACCACCTTCGGCACTTTCGGATACGACGACCTGTACGCCGAATACGAGAAGCAGAACCCCGGCGTTACCATCGAGGCCACCAACATTGACCGTGGTTCCAACGCCCGGACCGATGCATTCACCAAGCTCGCCGCGGGCTCCGGACTTAGCGATGTGACGGCAATCGAGGAAGGCTGGCTGGGCTCCATCATGGAGGTTTCGGACCAGTTCGTGGACCTCAAGGAGCACGGTGCTGAGGACATCAAGGGCAACTGGGTGGACTGGAAGTACAAGCAAGGCACTGACCCCAACGGCCGCGTGATCGGCTATGGCACGGACATCGGACCGCAGGCCTTGTGCTTCAACGGCAAGCTTTTCGAAGCTGCCGGCCTGCCGAGCGATCGCGAAAAGGTGGCCGAACTCTTCGGCGGCAAGGACGCAACCTGGGATACGTACTTCAAGCTCGGCCGCCAGTACAAAGAGGCCACCGGCAAGGCCTGGTATGACCAGTCCGGATTCGTCTGGAACTCCATGGTCAACCAGATGGACGAGGGCTACTACACCAAAGACGGCAAGCTGAACGTTGAGGGCAACAAGGAGATGCGGGCAAAGTTCGACATGCTCGCTGCTGGCACCGCGGATGGCCTGTCCTCCAACCAGACCCAATTCGACTGGGGTAACGGCAAGGCTTTCGTGGACGGTTCCTTCGCCACGCACGTTTGCCCGGCGTGGATGCTCGGAACCATCAAGGGTCAGCTCGAGTCGGCAGGTGGCGGGGCGGCCAGCGGCTGGGATGTAGCCGATGTCTTCCCCGGCGGCGCTTCCAACTGGGGCGGTGCTTTCCTCTCGGTTCCCAAGAGCTCCAAGCACCCCGCCGAAGCAGCCAAACTGGCAGCATGGCTGACCGCACCTGAGCAGCAAATCAAGCAGTCCGCTGCAGCGAACAACTTCCCCAGCACCCTCGAAGCCCAGGCAAAGATCGTCGAGGCAGCAAAGCCGAACGAACTGTTCAACAATGCCCCGTATGGCGCAATCTTTGAGTCCCGCGCCGAGGGTGTCATCGCCCAGTTCAAGGGTCCGGATGACTCTGTGATCCAGGAGAACGTCTTCGGTCCTGCCCTCAAGATGCTCGATTCGGGCAAGGGTACGGCCGATGAGGCCTGGAATGAAGCCGTCAAGCTCCTCAACGACCTCGTGGTCAACAACTAG MEFSRLRKFTALAGVASLALVAAGCSGGGDKAASADNPVTLTVTTFGTFGYDDLYAEYEKQNPGVTIEATNIDRGSNARTDAFTKLAAGSGLSDVTAIEEGWLGSIMEVSDQFVDLKEHGAEDIKGNWVDWKYKQGTDPNGRVIGYGTDIGPQALCFNGKLFEAAGLPSDREKVAELFGGKDATWDTYFKLGRQYKEATGKAWYDQSGFVWNSMVNQMDEGYYTKDGKLNVEGNKEMRAKFDMLAAGTADGLSSNQTQFDWGNGKAFVDGSFATHVCPAWMLGTIKGQLESAGGGAASGWDVADVFPGGASNWGGAFLSVPKSSKHPAEAAKLAAWLTAPEQQIKQSAAANNFPSTLEAQAKIVEAAKPNELFNNAPYGAIFESRAEGVIAQFKGPDDSVIQENVFGPALKMLDSGKGTADEAWNEAVKLLNDLVVNN PGPT0016430_284 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_CELLOBIOSE_TRANSPORT,PGPT0016430-cebE-K10240 NA NA D3-18_04354 1101 hypothetical protein ATGACCACCACATTGAACCGCCCGGCAGCCAGCAGATCGGCCGCCAACAAACCGAAACCGACGTTCCGCCAACGCCTGAACGTCTTCGACATGAAGGCGTCACCCTACTTCTACATCGCCCCGTTCTTCATCCTGTTTGCCTTGGTGGGCCTCTTTCCCCTGGGCTACACGTTCTTCGTCTCGCTCTTCGACTGGCATCTGCTCAAAGGCCAGGGAGAGTTTGTGGGATTCCAAAACTTCGCTGAGGTGCTGCAGGATAGGTTCTTCTGGAACTCCCTCTTTAACACCGTCAGCATCTTCCTGATTTCCACCATCCCCCAGCTGATCATGGCCACCATCATTGCCGCGGTCCTGGACCAGAACCTGCGAGCCAAGACCTTCTGGCGCATGAGCATCCTGCTCCCCTACGTCGTCACTCCCGTGGCCGTCGCCATGATCTTCACCAACATGTTCGGGGAGCAGTACGGGCTCATCAACAACATCCTGTCGAGCTTCGGCATCGATCCCATCATGTGGAAGAACGACACCCTTCCCAGCCACATCGCCATCGCCACCATGGTGAACTGGCGTTGGACGGGCTACAACGCGCTGATCCTCCTGGCCGCCATGCAGTCAGTACCGCGCGATATCTACGAGTCTGCAGCCATCGACGGCGCCGGCTCCGTCCGCCGCTTCTTCAGCATCACCCTGCCCAGCATTCGACCCACCATGGTGTTCGTCATTGTCACGGCCACCATCGGCGGGCTGCAGATCTTCACAGAGCCCCGACTGTTCGATCCCGTGGCTGCCGGCGGAACGGCACGGCAGTTCCAGACCACCGTTCTGTACCTGTGGGAGATGGCCTTCCAGCGTCAGAACTTCGGCAAGGCCTCCACCATCGCGTGGCTCCTGTTCCTGATCATCCTGCTCTTCGGCATTGTGAACTGGTTGATCTCACGCCGTATCGCCACAAATGGCGACGATCGCGGTGCTGCCAGCCGCCGCCGTCGTAAGCGTTCTTCCGCCGCGAACGTAAAAGCGGACGACGTCGGCCTCCCGGCCCAGGCGGCAGCGGCAGAACCGGCCACCGGACCAGAACCAACCCCGAGGAGCGGGCAATGA MTTTLNRPAASRSAANKPKPTFRQRLNVFDMKASPYFYIAPFFILFALVGLFPLGYTFFVSLFDWHLLKGQGEFVGFQNFAEVLQDRFFWNSLFNTVSIFLISTIPQLIMATIIAAVLDQNLRAKTFWRMSILLPYVVTPVAVAMIFTNMFGEQYGLINNILSSFGIDPIMWKNDTLPSHIAIATMVNWRWTGYNALILLAAMQSVPRDIYESAAIDGAGSVRRFFSITLPSIRPTMVFVIVTATIGGLQIFTEPRLFDPVAAGGTARQFQTTVLYLWEMAFQRQNFGKASTIAWLLFLIILLFGIVNWLISRRIATNGDDRGAASRRRRKRSSAANVKADDVGLPAQAAAAEPATGPEPTPRSGQ PGPT0016435_31 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_CELLOBIOSE_TRANSPORT,PGPT0016435-cebF-K10241 NA NA D3-18_04355 903 hypothetical protein ATGACCCTCACGCAAAACCGGCCACAAGCACCGGCCCTTCAGCGAACCTCCCGTTCCCTGGCCACACGGAAGGCACTCTTTGGCAACGGCCGACGGCCCGGCTTCCTCACTTATGGGTTGCTGCTCGCATTCTTCCTGGCATCGGCCTACCCGCTCTGGTGGTCCGTGATCATCGGCAGCCGCTCCAACGAAGCCCTCGGGGAAACCTGGCCGCCGCTGCTCCCGGGCGGCAACTTCTGGACCAACGTTGGCGAAGTCTTCGACACCATCCCGTTCTGGCTCGCGCTCGGCAACAGCGTCCTGATCTCGGGCATCATCACCGTCTCGGTGGTGGGATTCTCCACCCTGGCCGGGTACGCGTTCGCCAAACTGCGCTTCCGCGGCCGCAACTGGCTGATGGTGGCAGTGATCGCCACTATGGCCATTCCGACGCAGCTCGGCATCATCCCGTTGTTCATGCTGATGCGCACGCTGGGCTGGACCGGTGAGATCGGCGCCGTCGTCATCCCTACCCTTGTCACGGCGTTCGGTGTCTTCTTCATGCGGCAGTATCTGGTGGACGTCATTCCGGATGAGCTCATCGAGTCGGCACGCATGGACGGCGCATCCATGATCTCCACCTTCTGGCACGTGGCGCTCCCGGCCGCACGCCCGGCCATGGCAATCCTCGGCCTGTTTACGTTCATGACGGCATGGACTGATTTCCTGTGGCCCCTGCTGGTGCTCGACGCCGGCAACCCCACCTTGCAGACGGCACTCAGCCAACTGCAGTCGGCGCGGTACGTGGACTACTCGATCGTCCTGGCCGGCGCCGTCATGGCAACTCTTCCGCTGCTGGCACTCTTCGTCATAGCGGGACGTCAACTTATATCCGGAATCATGCAAGGAGCAGTGAAGGGCTAA MTLTQNRPQAPALQRTSRSLATRKALFGNGRRPGFLTYGLLLAFFLASAYPLWWSVIIGSRSNEALGETWPPLLPGGNFWTNVGEVFDTIPFWLALGNSVLISGIITVSVVGFSTLAGYAFAKLRFRGRNWLMVAVIATMAIPTQLGIIPLFMLMRTLGWTGEIGAVVIPTLVTAFGVFFMRQYLVDVIPDELIESARMDGASMISTFWHVALPAARPAMAILGLFTFMTAWTDFLWPLLVLDAGNPTLQTALSQLQSARYVDYSIVLAGAVMATLPLLALFVIAGRQLISGIMQGAVKG PGPT0016440_182 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE_TRANSPORT PLANT_DERIVED_CELLOBIOSE_TRANSPORT,PGPT0016440-cebG-K10242 NA NA D3-18_04356 1458 bglA_3 COG2723 Beta-glucosidase A ATGCCATTCGAAGCAACAAACCACCCAGCGACCACTCCTTTTAACAGGGTGTGGCCCAAGGGCTTCATCTGGGGCTCGGCTACCGCCGCAGCCCAGGTGGAAGGCGCCAGCCACGAGGGCGGCAAGGAAGATTCCGTGTGGGATGCTTTCGCCCGCGTTCCGGGTGCCATTGCCAACGGCGAGACGCTGAAGGACGCGGTGCAGCACTACCACCGAATGCCCCAGGACGTCAGGATCATGAAAGAGCTGGGCCTGGATTCCTACCGGTTCTCCACCAGCTGGTCCCGCGTCCGGCCAGGTGGCCGTACAGTGAACGCCGAAGGCTTGGACTTCTACTCCCGCCTTGTGGATGAACTGCTCGACGCCGGTATCCTCCCTTGGTTGACGCTTTACCACTGGGACCTGCCGCAGGCGCTGGAGGAAAAGGGCGGCTGGGCCAACCGCGATACCGCCTACCGTTTCGTCGACTACGCAAACGCTGTCTACTCGGCGTTGGGGGATCGCGTCCAGCACTGGACGACATTCAACGAACCGTTCTGCTCGTCACTCCTTGGTTATGCGGCGGGCGTGCACGCTCCGGGTCGTCAGGAACCGGACGCGGCCGTAGCGGCGATCCACCACCAGCATCTGGCCCACGGCCTGGTGGTCAACGAACTGCGGAGTCGCGGCGCGCAGCAATTGGGGATCACACTGAATCTCAGCAACTCCATTCCGCGCGATCCTTCCGATCCCGTGGACCTCGATGCGGCGCGCCGGTTCGACTCGCTGCAGAACCGGATCTTCCTCGATCCAATCCTCCGTGGCGCTTACCCGGAGGACACCCTCAACGACCTTAAGCAGTTCGGCATTCGGGACGTCATCAAGCCCGGCGACCTGGAAATTATCGGTGCACCCATCGATTTCCTGGGCGTCAACCACTACCACGATGACCTCATCAGCGGACACCCCACTGCTGAACACGGAGACGGCCACTCGGGCGGCGCAACGCGCTCGACGTCGTCGTGCTGGATCGGTTCGGAAGATATCGCCTTCCCGAGCCGCGGCCTGCCACGCACGGCCATGAATTGGGAGGTCAACCCTGATGGACTGCGGAAGCTCCTGGTGCGCCTTGGCGAGGAGTACTCGACGCTGCCGCCGCTGTACATCACGGAAAACGGCGCCGCGTACGACGACATCGTCAGTCCTGACGGAGCAGTCCACGACGCCGAGCGGACCCAGTTCGTCCTCGACCACATCACAGCTGTTGGTGAGGCACTCGACCAAGGCGCCGACGTGCGCGGCTACTTCGTTTGGTCGCTCCTGGACAACTTCGAGTGGTCCTGGGGTTACGGCAAGCGCTTCGGGGTTGTTCGTGTGGACTACGACACCTTTGAACGGACGGTGAAGGACAGCGGACTCGCTTACTCCCGCGTTATCGAGGCAGCCAAGGCATCTGCGACCGCTACCGTGAACGCCTAA MPFEATNHPATTPFNRVWPKGFIWGSATAAAQVEGASHEGGKEDSVWDAFARVPGAIANGETLKDAVQHYHRMPQDVRIMKELGLDSYRFSTSWSRVRPGGRTVNAEGLDFYSRLVDELLDAGILPWLTLYHWDLPQALEEKGGWANRDTAYRFVDYANAVYSALGDRVQHWTTFNEPFCSSLLGYAAGVHAPGRQEPDAAVAAIHHQHLAHGLVVNELRSRGAQQLGITLNLSNSIPRDPSDPVDLDAARRFDSLQNRIFLDPILRGAYPEDTLNDLKQFGIRDVIKPGDLEIIGAPIDFLGVNHYHDDLISGHPTAEHGDGHSGGATRSTSSCWIGSEDIAFPSRGLPRTAMNWEVNPDGLRKLLVRLGEEYSTLPPLYITENGAAYDDIVSPDGAVHDAERTQFVLDHITAVGEALDQGADVRGYFVWSLLDNFEWSWGYGKRFGVVRVDYDTFERTVKDSGLAYSRVIEAAKASATATVNA PGPT0019165_831 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0019165-bglB-K05350 NA NA D3-18_04357 1020 ccpA_12 COG1609 Catabolite control protein A ATGACGCAGGACACCAGCGGCCCCCGGCCGGTACCCACCCTTGAGATGGTGGCTGCCTTGGCCGGGGTGTCGAGGGCCACCGTGTCCCGCGTCGTCAATGACAGCCCTAGTGTTGACCCCGAACTGGCACAGTCCGTGAGAAAAGCGATCCTTGCACTCGACTACACGCCAAACCGTGCCGCACGTTCCCTCGCCAAACGCCGGGCGAATGCGGTCACCCTGATCGTCCCGGAGTCGACATCCAAGGTCTTTGCGGACCCCTTCTTCGCATCGGTGGTCCAAGGCATTGCTCTGTTCCTGACCGATACCGAGTACACGCTGAACATGGTGATCTCTTCTGAGTCGAAGCCGGAAAAAACCCGCAGCTTCCTGCTCGGAGGCAACGTGGACGGTGTCCTGGTGGTGTCGCACCACAGTGGTGACAACTCCTGGACGCACCTTTCGGGATCACTTCCCATGGTGTTCGCCGGGCGCCCCTTAGTAGGCGGCAAGGAGAGCTACTACGTGGATGTGGCCAACGAGCAAGCTGCCTACGAGGTCACCCGGCTTCTGACCGAGAGCGGCCGAAAGAGCGTTGCCACGATTGCGGGTCCCCAAGACATGCCCCCGGGCATTGACCGTCTCGCCGGGTGGAGGACTGCCGTGCGGGAGGCAGGTCTTGGGGAGGGCTTGATGGAGGAAGGCGACTTCACTTTGGCATCCGGCGCCAGAGCAATGCATCGTTTGCTGGATCGGGGCGTGCCGATTGACGCTGTTTTCGCGGCGAACGACCAAATGGCCGCCGGCGCCTACACCGCCATCCAGGGGCGGGGCCTGCGCATCCCGGAGGACATCGCCGTCGTCGGTTTTGACGACGATTCCTTCGCTACCTCAGTGACCCCCGCCCTCACCACCGTGCATCACCCGATTGTTGAACTCGGCAAGAAGATGGCCGAGACCCTGGTGAACCTGATCGAGGGCAAACCAGCGGAACGCGTCACCAGAATGCCAACGTCGATCGTCATCCGCGATTCCGTTTAG MTQDTSGPRPVPTLEMVAALAGVSRATVSRVVNDSPSVDPELAQSVRKAILALDYTPNRAARSLAKRRANAVTLIVPESTSKVFADPFFASVVQGIALFLTDTEYTLNMVISSESKPEKTRSFLLGGNVDGVLVVSHHSGDNSWTHLSGSLPMVFAGRPLVGGKESYYVDVANEQAAYEVTRLLTESGRKSVATIAGPQDMPPGIDRLAGWRTAVREAGLGEGLMEEGDFTLASGARAMHRLLDRGVPIDAVFAANDQMAAGAYTAIQGRGLRIPEDIAVVGFDDDSFATSVTPALTTVHHPIVELGKKMAETLVNLIEGKPAERVTRMPTSIVIRDSV PGPT0017992_8991 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 D3-18_04358 1113 iolU_5 COG0673 scyllo-inositol 2-dehydrogenase (NADP(+)) IolU ATGCTTCCTGCTCCCGTCAGCACCACCGCCCCTTCCCTCGCGACAGGCCGCCCCATCCGTTGGGGAGTAGTGGCCACGGGATCCATAGCCCTGCGCGTGGTGCAGGATCTTGCGCTCCTTGAGGACGCCGTCCTGCAAGCTGTCAGTTCCCGCTCGGAGGCTTCGGCCCGGAGCTTTGCTGAAAAGTTCGGGTTTGCCACGGCCTACTCGGACGCAGGAGAGACGCCGGGCTACGAGCGGCTGCTGGCTGACCCCGCCGTCGACGTCGTGTATATCGCCACGCCGCACGCTCAGCATCACGCCGTCGCGTTGGCTGCGCTTAATGCGGGAAAGCACGTCCTGTGCGAAAAGCCCATCGCCATGGATGCCGTGCAGGCAGGCGAGCTGTCTGATCTCGCCCGGGCTCGTGGGCTTTTCCTCATGGAGGCGGTGTGGACCCGGTTCCTGCCGAGCTTCTGCCGCGCCGTCGAAATTTTGCGGTCAGGGGAGATCGGGGAGCCGCGCTGGCTCCAAGCTGACCTCGGCTTCGTGCCTGCTTACGACCCCGCGTCCCGGATCTGGGATCCGGCCGCCGGCGGTGGAGCATTGCTGGACCTCGCCGTCTATCCACTGACATGGGCGCTCGAAGTTTTTGGTGAGCCCCGCAGCATGCTTGCCAGCGGGGTCCTGACTCCTGAGGGTGTGGACCTGCAGAATTCCCTTGCCCTGGATTATGAGAGCGGAGCCCATGCGCAGCTCATCACGTCGATCGGCGCGGAATGCCCCAGCGTGGTGACTGTCGGAGGGACGGAAGGTTGGTTGCGATCCTCCGCTCCCCTGTTCAACCCGGCCGAGCTCATCATCCAGCCACGCAGCGGCACGCCGCGGACGGAAAGGTTCGAGGTGACCGGGCACGGATTCAGCTATGAACTGCGCGAGGTGACGCGGTGCCTTCAGGCTGGGCTGACCGAGAGCCCGTTCATGACTCCTGGGGAGTCGGTTGCGATGATGGAACTGCTGGACGAGGCTCGCCGGCAGATGGGTCTGCGCTATCCCAGCGATCCTCAGTTTCCCACCGCAGCAGATCCCCTGGTTGGCAGTCCAGTACCTCGCACAGCGCTTCGAGCGTTGTAA MLPAPVSTTAPSLATGRPIRWGVVATGSIALRVVQDLALLEDAVLQAVSSRSEASARSFAEKFGFATAYSDAGETPGYERLLADPAVDVVYIATPHAQHHAVALAALNAGKHVLCEKPIAMDAVQAGELSDLARARGLFLMEAVWTRFLPSFCRAVEILRSGEIGEPRWLQADLGFVPAYDPASRIWDPAAGGGALLDLAVYPLTWALEVFGEPRSMLASGVLTPEGVDLQNSLALDYESGAHAQLITSIGAECPSVVTVGGTEGWLRSSAPLFNPAELIIQPRSGTPRTERFEVTGHGFSYELREVTRCLQAGLTESPFMTPGESVAMMELLDEARRQMGLRYPSDPQFPTAADPLVGSPVPRTALRAL NA NA NA NA NA D3-18_04359 492 hypothetical protein ATGGGAAAGCTGACGATCCTCGCATTACGGATAGTAATTGCGATGGTGCTGGCGGGTTCGTTGTTTGTCCAGGTACGGATGGTGCCGCTGCTCTCTACCGACCTGATTGAGGCCGGAGCCCCCGATGGTCCCCGCATCGCGCTGCTGGCCATCGTGGTCCTGGGGATTCTGTGCGTCCAGGTGGTTGCGGTCTGCGTGTGGCGATTGCTGACCATGGTGCGCCGCGGAACGGTGTTCTCCCACCGGGCTTTCCGCTTCGTGGACATCATCTTTGGAGCCATCGCTTTCGCAGCGGTGCTGGTGTTTGGCATCGCGGTGATTCTGGCGCCCGGCGAGACGGCCCCTGGCATTGTGTTGCTGATCTGCGGGGCGGCGTTGATGATCGGGGGCGTGGCACTGGTTGTGTTGGTGATGCGAACCCTGCTGATCCAAGCCGTAGCGCGGGACGTCGAAGCCGCACAGCTCCGTTCCGAGCTCGACGAGGTGATCTGA MGKLTILALRIVIAMVLAGSLFVQVRMVPLLSTDLIEAGAPDGPRIALLAIVVLGILCVQVVAVCVWRLLTMVRRGTVFSHRAFRFVDIIFGAIAFAAVLVFGIAVILAPGETAPGIVLLICGAALMIGGVALVVLVMRTLLIQAVARDVEAAQLRSELDEVI NA NA NA NA NA D3-18_04360 567 yraA COG0693 Putative cysteine protease YraA ATGTCAGAACACAACATCACAGGCAAGAAGGTCGCATTCCTGCTGACGGACGGTGTGGAGCAGGTGGAACTCACCAGCCCATGGCAGGCGGTCAAGGATGCGGGCGGCGAGCCCACTCTCGTGGCTCCCTCCAAGGGAAAGCTCCAAGGTTTCAACGGCGTGGAGAAGGGTGACACCTTCGACGTCGACCTCGCGGTAGCCGAGGCCAACGCCTCCGATTTCGACGCGCTGGTTCTCCCCGGCGGCGTCGTGAACGCTGATCATCTCCGCGTAGATAAGGACGCGCAGAACTTCACGCGCGCCTTCTTTGAGCAGCACAAGCCCGTTGCCTCGATCTGCCACGGACCGTGGATTCTCATCGAGGCCGGCGTGATCAAGGGCCGCAACGTCACCTCGTATCACACCCTCCAGACGGACCTGAAGAACGCGGGCGCCAACTGGACCGACGAGGAAGTGGTGGTGGACCAGGGCCTGGTCACCAGCCGCAACCCTGACGACCTCCCCGCCTTCAACAGCAAGGTGGTTGAGGAGATCTCCGAGGGCCAACACGCTGGCCAGACCGCCTAG MSEHNITGKKVAFLLTDGVEQVELTSPWQAVKDAGGEPTLVAPSKGKLQGFNGVEKGDTFDVDLAVAEANASDFDALVLPGGVVNADHLRVDKDAQNFTRAFFEQHKPVASICHGPWILIEAGVIKGRNVTSYHTLQTDLKNAGANWTDEEVVVDQGLVTSRNPDDLPAFNSKVVEEISEGQHAGQTA PGPT0015010_1453 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 D3-18_04361 816 hypothetical protein ATGGGTTGGACCGGCCGCGGAAATTTCGAATTGCTTGGCCGCACGGACGATGGGGAACTGGTCCTTTACCCGAGGACCTACCCCTTCAGGAAGAACGGTTGGTGCTTTGAAGGAAACTGCCCAGGCTTCGAACCTTCAAGCTGGGATGAACCGCGAGTTGTAGGGACAGGCTGGTACGTCTTTAACGTTGTGTTCTCGCCAGGGGATTTCGACGGGGACGGCAACAACGACATCCTTGCCCGGGATTCGGTGGGCGACCTCTACCTCTACCCAGGGGACGGAGAGGGCGGATGGCTGGAGAGATCGGTCGTCGGCACGGGCTGGAACATCTTCGACTCAATCGTTGGCCCAGGGGATTTTGACGGGGACGGCATAAATGATGTCCTCGCCCGGGATCGTCAGGGAAACCTGCACCTGTATCCCGGTAACGGCGAAGGCGGCTGGCTCGCTCCCGCCCAAGTTGGCTCGGGATGGCAGATCTTCGACAAAATCGTTGCCCCAGGGGACGTAGCCGGCGACGGCGGCGTGGACATCTACGGCCGTGATCGCAGCGGCTACCTCCACGAATACCCCACGGACGGTCAAGGGAACTGGAAGCAACCCTCAGTGTGGGGACCCGGGTGGGCAGTGACGTCCGAAATCAGCGGGGCAGGCAGCTACGAGCACAACCTGGACGTCGCGGTAAACGGAGGGCACCCCCAACCGGGCAACAATGTCATCGCCATCAACCAGGACGGCGATCTCCTCAAATACGGCGGACGATTCGGCACCCAACAAATAGGCAACGGCTGGGATATCTTCACTTCGCTCATTTAG MGWTGRGNFELLGRTDDGELVLYPRTYPFRKNGWCFEGNCPGFEPSSWDEPRVVGTGWYVFNVVFSPGDFDGDGNNDILARDSVGDLYLYPGDGEGGWLERSVVGTGWNIFDSIVGPGDFDGDGINDVLARDRQGNLHLYPGNGEGGWLAPAQVGSGWQIFDKIVAPGDVAGDGGVDIYGRDRSGYLHEYPTDGQGNWKQPSVWGPGWAVTSEISGAGSYEHNLDVAVNGGHPQPGNNVIAINQDGDLLKYGGRFGTQQIGNGWDIFTSLI NA NA NA NA NA D3-18_04362 339 hypothetical protein GTGGCAGCAAGGATGAAAGGCAGTACATTGGCCAGCGACAAGCTCTCCGTAGTTGTTCGCGTCGACGTTGACGGCGAACAGATCCAGATCGCAGCGACCGGTCGAGTGACCACCTCAAGCCTCCAAGGGCTCTACCCGGTAGTCCAACGCACCAAGAGCCTTGGCGGCGGACTCGGCGTCGAGATGGATCTTTCCCAAGCCACCATTGATCAGGACGCGCTGTATCAACTGCAGGGCTACGCCGCACTCCATGCCGTTCCCGTTCGCCTTGCCCCGGACTTCGGCAACGTGACGGCTCTTTCGCCGTGCGCTACCCGGACCACTAGCCGCGCCGCCTAA MAARMKGSTLASDKLSVVVRVDVDGEQIQIAATGRVTTSSLQGLYPVVQRTKSLGGGLGVEMDLSQATIDQDALYQLQGYAALHAVPVRLAPDFGNVTALSPCATRTTSRAA NA NA NA NA NA D3-18_04363 552 hypothetical protein TTGCGCAAAGTCACCGCTGGGCTGTTCCACTCCGTAGACGGCGTAGTCCAGGATCCCTTCAAGTTCCAGTTCGATAGCTTCGACGACGAACTCGGCACTGGCCTCTCCACGATGATTGACAGCGTGGACGCCGTGGTTCTGGGTCGAGTCGGTTACCAGGAGTGGGCGGGATATTGGCCGACGGCGCCGCGGGACGAAGATTTTGCCGCCTTCATCAACCCTGTGGAGAAGTTTGTTGCCTCCCGCACCTTGTCCGCACCCCTTGAATGGGAAAATTCCCACCTGATTGAGGGCGACGTTGAGCAGTTCGTCAAGGAGCTGAAATCGCGGGACGGCGGCGAAATCGCAGTTTGCGGCAGCATCTCCCTGGTCCGCCAGCTGTTCTTCGCGGGCATCCTCGATGAACTCACCCTCATGACGCACCCAGTAGTGGCCGGCAGCGGGCGACGACTCTTCGAAGACGGCGATCCGCTGCACCGGCTCGTGTTGGAGAACCAGTTCGCCACCAGCAAGGGCAACGTGGTCAGCACGTACAGCCTGCGCAAGGACTAA MRKVTAGLFHSVDGVVQDPFKFQFDSFDDELGTGLSTMIDSVDAVVLGRVGYQEWAGYWPTAPRDEDFAAFINPVEKFVASRTLSAPLEWENSHLIEGDVEQFVKELKSRDGGEIAVCGSISLVRQLFFAGILDELTLMTHPVVAGSGRRLFEDGDPLHRLVLENQFATSKGNVVSTYSLRKD NA NA NA NA NA D3-18_04364 954 hypothetical protein ATGTTGAAGTACGAGTTGTCCGATGCAGACCTAGGGGGTGTGCGTTTCGGCATCTCGCCCTTGTGCGAACTCGGACTTTCCCTGAGGGCTATTCGTGATCCCAGCCGCTACCCGCTCCAATTGCCGTGGTTACGTCGGACTGAGGAGGCCCGCTCCCGCCTGAACCTTGAGGGCCTGCTGGCCCTGGTGAATGAACGGCACTGGACCCCGGACTTTCTGAATCCCCGCCCGAAGTCGCCTCTGACCCGCATCGACGACGAATTCGCTGCACTATCCGGGGTCTCTGCAGAGCAGTTCCATTCAGATTTGATGAGCGTTCACGGTTCGGTGCCTGCTGTCTATTCCGGACCCGCCCGTCCGGCGATCCGGCGAATGGTCGGGTACCTCGAAGACTTCTGGGACAGTTGCTTCGCGCCGCACTGGTTGCGTATGCGCACCATCCTGGAAGCGGATATCGTCTACCGCGGCCGGCAGATTGCGCAAGGCGGGCTGTTCACGATGCTCAACGACCTGTCCGGTGCTGTCGAGTTCGACGGGCGCGTGATCTCCGTGAAGTTGAAGAACCCGGCGTCGCGGACCGAGAAGACTGACGGGCTGGGGCTGACTCTTGTTCCCACCATGTTTACCCGTAGGGCCTCTGCGCCCGTGAACCACGGCTACCCGCCGCTACTGATGTATCCAGTCCGGGGCCAGGGTGCCATGTGGGAAGCGGAGCGCGTTACGAATCCGGCTGCGATTGTGGCTGTGTTGGGAGAGGTTCGGACCAGCCTGCTCACAGCGCTGGCTGCCCCGGCCTCGTCCACCGAGCTGGGCCTTCGCTTCGGGGTCACAACGTCCGCTGTAAACCAGCATCTCAGGGCCCTCCATGATGCGGGACTCGTGACATCAACACGATACGGCCGCAGCGTGCTCTACTTCAGGAGCGAACTGGGCGCGGCGCTGCTACTGGGGTGA MLKYELSDADLGGVRFGISPLCELGLSLRAIRDPSRYPLQLPWLRRTEEARSRLNLEGLLALVNERHWTPDFLNPRPKSPLTRIDDEFAALSGVSAEQFHSDLMSVHGSVPAVYSGPARPAIRRMVGYLEDFWDSCFAPHWLRMRTILEADIVYRGRQIAQGGLFTMLNDLSGAVEFDGRVISVKLKNPASRTEKTDGLGLTLVPTMFTRRASAPVNHGYPPLLMYPVRGQGAMWEAERVTNPAAIVAVLGEVRTSLLTALAAPASSTELGLRFGVTTSAVNQHLRALHDAGLVTSTRYGRSVLYFRSELGAALLLG NA NA NA NA NA D3-18_04365 1281 hypothetical protein GTGATTAGATTCCCCGCGAATACCGCTCCGGTTGCGCAGCACGGTCTCCGTGCCGCACTCTCTGACCCCACCCTCAAAATCCTCGCTTCTGCCATCCTCGTTGCCACAGTGGGCCGCGGCATCTTCCTCACGTTGACAGTCCTGTACTTCAGTCGCTTCGTTGGACTGAGTGCCGTGGAAATTGCCGTGATCCTTTCAGTTTCCAGCGGGGTGGGCGTCGCGACGTCCTATATTGGGGGCCGACTCGCCGACCGCTTTTCCGCACGTCGACTCCTTGTGGGCATGGTCGCCATCGAAGGTCTGGCGATCGGAACCTATACGTTCGCCGGGAACTTCAGCACCGCCGTCGTCATTGCCTGTATCGCAGTGGGCATGAACCGTGGCGCGAATGCCACGCGCTCCGCGATCATCGCCCGGGCCTTCGTCGGTCCCAACCGCGTGAATGCGCGTGCGGTCCTCCGCACCATCACAAACCTCGGCATCGCTATAGGAGGCATGATTGCCGGACTCGCGCTGCTGGCCGGCACCGCCGACGCATTCCGGGGAATGATGATGGGTGCTGGCATGGTCTACATCCTGAGCGCGCTGCACCTCCGCCGCTTACCCACCCGTGTAGACGCACCGCGTCAAGATCCCGCCCGCCCTGCCCCGAAGCGCGGTATCTCCCCATTTAGGGACCGCCGCTATGTACTGCTGACAGTGCTGTCCGGCATTTTCGGCATGCAGTTCGGGCTGGCCGAGATGGGCGTCCCGTTGTGGATTTCGCAGGACACCAGTGCACCGGACGTCCTGATCTCCGTCATCCTGGTCATCAACACTTTGTGTGTGGTTCTGCTGCAGGTGCCGCTCTCCCGTGGCACCGACAACCCTCGACGCGCAGGAAGAATCGTGATGGCGGGTGGCGTCCTCATGGCCGTAGCCTGCGCAGTTTACGCAACTGCGGGCGGGGTGCCGGTGATCGCAGCCATCACCCTCCTGTGCGGCGCGGCTCTCCTTCACTCGTTCGCGGAAATCCTCTCGCAAGCCGGCGCCTGGGGACTCAGCTTCGAACTCGCCAACCCCCTCCAAGCAGGCGCCTACCAGGGGATGTTCGGCATGGGATCTGCCTTGGGGGCCATGCTGGCGCCGCTTGTGGTGACCGCCACCGTCGTCGAACATGGCGCGCTGGGCTGGGTCATCCTAGGCGTCGTCTTCCTCGCGTCGGCGACGGGAATCGCCCTGATAGCTCGGAAGGCGTCGACGACGGCGGCACTCGCCCCAGCGGCCCGCCTACCTGCGTAG MIRFPANTAPVAQHGLRAALSDPTLKILASAILVATVGRGIFLTLTVLYFSRFVGLSAVEIAVILSVSSGVGVATSYIGGRLADRFSARRLLVGMVAIEGLAIGTYTFAGNFSTAVVIACIAVGMNRGANATRSAIIARAFVGPNRVNARAVLRTITNLGIAIGGMIAGLALLAGTADAFRGMMMGAGMVYILSALHLRRLPTRVDAPRQDPARPAPKRGISPFRDRRYVLLTVLSGIFGMQFGLAEMGVPLWISQDTSAPDVLISVILVINTLCVVLLQVPLSRGTDNPRRAGRIVMAGGVLMAVACAVYATAGGVPVIAAITLLCGAALLHSFAEILSQAGAWGLSFELANPLQAGAYQGMFGMGSALGAMLAPLVVTATVVEHGALGWVILGVVFLASATGIALIARKASTTAALAPAARLPA NA NA NA NA NA D3-18_04366 444 hypothetical protein GTGGTTTATGACCGGGAGCGTTATCGGCATGAGGATGCCGTGTACGCCGAACACAAGACGGCAATCGCCAATGGCGAGAAGCGAGTGCTCCGCAGGACCGCCACCGGTGAACTCCACAGTTATCCGGGCGATGAGATTGGGTTTTCGCCGGGTCGGGGCCAAGCCCAGGTCAGCACTTGGTGGGGGATGGCCATTCTGTCGGCCCTCGGATGCGCTGGATTCATCGCCGCTGTAGCCATGTTCCTGTCCCCACTTTGGATTGGGGAGGGACTCTCTTGGGGTGCTCTGTGGGTTATGGGGCTCGCAGGATTTATTGCCTGGTACGGGTTCAAGCTGGCCAGGGACGAGTACAAGGCCGCACGGCTTCGCAAGGAACGCGGTTCTCCCAAACCGGGCACCGGTTACGTGGATGTGGATCTGCTCGAACTAGGGAGTCATGAATGA MVYDRERYRHEDAVYAEHKTAIANGEKRVLRRTATGELHSYPGDEIGFSPGRGQAQVSTWWGMAILSALGCAGFIAAVAMFLSPLWIGEGLSWGALWVMGLAGFIAWYGFKLARDEYKAARLRKERGSPKPGTGYVDVDLLELGSHE NA NA NA NA NA D3-18_04367 744 yflN COG0491 putative metallo-hydrolase YflN ATGGCAATGACCGAGGTGGCAGACGGTGTCCATCGCTTCTCGGACGCCTACGTGAATTTCTACGTGGTGGAAGGCCGCGACGGTCTCACCCTGATCGATTCCGGGCTTCCGGCTATGTGGACACCGCTGGACCAGTCACTCAGGATCCTCGGTCATTCCCTCCAGGACATTCGCGCTTTGGTCCTGACGCATGCTCACTTCGATCACTTGGGACTGGCCAAACGGCTCCACCAGGAGTTGGGTATTCCCGTGTGGGTGCACACCGAAGACTCCTACATCGCCAAACACCCCTACCGCTACCGGCACGAACGCTCGCGGTTCATCTTTGCCCTCACCCACCCGCAAGGACTTCCGGTAATGGCGAGCATGACCAAGGCCGGAGCTCTCAACGTGAAAGGAGTCGAGGACGTCAGGCACTTTCCCGGCACCGGGGCTCTTCCCGTCCCTGGCAGCCCGGAAATCATCTTCTCCCCTGGGCACACCAGCGGCCACTGCGGACTGTTTCTCCGCGAGCGCGGAATCCTTTTCAGCGGGGACGCCCTCGTCACCATGGATCCGTACACCCAAAGAACCGGGCCGCGAATCGTTGCCGGCGCAGCCACTGCCGATAGCGCCCTTAACCTTGCATCACTCAAGCAACTGGCACTGACCCGGGCAGGCCTTGTGCTCCCGGGACACGGTGAACCATGGACCAAGGGCATCGAGGAAGCCGTTGCCATCGCCAGGGCGAACGGTCCGGCCTAG MAMTEVADGVHRFSDAYVNFYVVEGRDGLTLIDSGLPAMWTPLDQSLRILGHSLQDIRALVLTHAHFDHLGLAKRLHQELGIPVWVHTEDSYIAKHPYRYRHERSRFIFALTHPQGLPVMASMTKAGALNVKGVEDVRHFPGTGALPVPGSPEIIFSPGHTSGHCGLFLRERGILFSGDALVTMDPYTQRTGPRIVAGAATADSALNLASLKQLALTRAGLVLPGHGEPWTKGIEEAVAIARANGPA NA NA NA NA NA D3-18_04368 444 hypothetical protein ATGAAATTCACTACGACCATCGTTGGCGATGGCAACAAAGCGGGCATCGAGGTTCCGGACGAGATCGTTGATGGGCTCGGCGCGGGAAAGCGGCCCCCGGTGGTGGTGACCATCAACGGCCGGAGTTACCGCAGCAGCATTGCCGTGATGGGCGGGAGTTACATGGTGGGTGTCAGCTCGGCCAATCGTGAACTGACCGGGACTGCGGCGGGGGACACCGTGGACGTTGATCTCGAAATAGACACCGAACCCCGGGTTGTAGAGGTGCCTGCGGATCTGGCCGCCGCCCTGGATGCGGAACCGGAGGCGCAGGCGTTCTACGGCACATTGAACTACAGCAGCCAACGCCGCTATGTCGAGCCGATCGGTGATGCCAAGACCGATGAGACGCGCGCCCGGCGGATAGCTAAGGTCGTTGCGGATTTGAAGGCGGGCAAGAAATAG MKFTTTIVGDGNKAGIEVPDEIVDGLGAGKRPPVVVTINGRSYRSSIAVMGGSYMVGVSSANRELTGTAAGDTVDVDLEIDTEPRVVEVPADLAAALDAEPEAQAFYGTLNYSSQRRYVEPIGDAKTDETRARRIAKVVADLKAGKK NA NA NA NA NA D3-18_04369 261 putative protein ATGGACGAGCAGGACCTTCTGGAGCGCATCCAATCGTTGGTTGAAGAGGAGCACCGACTCCGCGACACCACATCTGGCGGCGGCGGAACCGAGGACAACGTCGACGGCGATGTCGGCCGGGCACGATTGGCTCAACTCGAAGCCCAGCTCGACCAGTGCTGGGACCTGCTGCGCCAACGCCGGGCCAAGAGAGACGCCGGGGAGAACCCTGACGAGGCCGAGCCGCGCCCCATCAGTGAAGTGGAGGGCTACCGACAGTAG MDEQDLLERIQSLVEEEHRLRDTTSGGGGTEDNVDGDVGRARLAQLEAQLDQCWDLLRQRRAKRDAGENPDEAEPRPISEVEGYRQ NA NA NA NA NA D3-18_04370 1143 garK COG1929 Glycerate 2-kinase ATGCGTATCCTCATAGCCCCTGACAAGTTCAAGGGATCCCTGACCGCCGCCGAAGCCGCGTCAGCCATGGCCGAAGGTGCCCTGCGCGTTTATCCGGACGCCGTGACCACCCAGTTTCCCGTCGCCGACGGGGGCGAAGGTACTCTTGACGCCGCTATTGCTGCTGGTTACGAGGAACGGAACAACGCCGTTGTTGGCCCGATCCTCAAGCCTGTTGGAGCCTCATGGGCCATCCGCAAGGACTCCTTCGGCGGGGCCAGCGCCGTTATCGAGACCGCGATGGCTTCCGGCCTGGCTCATATGGAACCGACGCCGGAGAATTCCCTGCGTGCCCACAGCTACGGTTGCGGCCAGTTAGTGGCAGCGGCCCTCGACGCCGGTGCCACAGAGATCGTGCTCGGCTTGGGAGGCTCTGCCATGTCCGACGGCGGCAGCGGCGCCTTGCGTGCGTTGGGGCTCAAACCCCTTGATGCGGTCGGCAATGTGGTGCCACTCGGAGGAGGTTCCCTTGCCGACGTCGTTGCTTTGGATGTCTCCGGACTGGATCCGCGGCTGTCCGCCGTGAAGTTCCGCATCGCCGTCGACGTCCAAAACCCGCTGTACGGGCCGGAAGGCGCTGCGCACGTTTTTGGTCCCCAGAAGGGTGCCGATGAGGACGCTGTTGAAAAGCTCGACGCCGGTCTCCGCAACTGGGCGTCGCTCCTTCGGGAGGCCACGGGTCGCGATGTAAACGTTCCTGGAGCTGGAGCGGCAGGCGGGTTCCCGGCGTCGTTCCTCGCATTCACCGATGCCACGCTGGAAGGCGGCTTCGCGCTGGTCGCCGGGCTGACAGGCCTCGCCAAGCACCTCGGTGAGGCAGACCTCGTCATCACCGGCGAGGGTTCCATGGATGAGCAATCGCTCACCGGCAAGGCGCCCATCGCGTTGGCTGACGCCGCAAGCGTGCACGGAATTCCCGTGATCGCCGTGGCCGGGCGCATCACCGTCACGCCTGAAGACCTGGCGAAGCACGGCATCGTTGCCGCCGCCCAGCTGTTGGATGTCGCGCAGCGCAAGGATGGCGTCCCGGACGTCGCTGATGCTGTTGCCAACGCCGCTAAATACCTGGCCTGGGCGACGAGTCAGGTGCTTGAAGGGGCATAG MRILIAPDKFKGSLTAAEAASAMAEGALRVYPDAVTTQFPVADGGEGTLDAAIAAGYEERNNAVVGPILKPVGASWAIRKDSFGGASAVIETAMASGLAHMEPTPENSLRAHSYGCGQLVAAALDAGATEIVLGLGGSAMSDGGSGALRALGLKPLDAVGNVVPLGGGSLADVVALDVSGLDPRLSAVKFRIAVDVQNPLYGPEGAAHVFGPQKGADEDAVEKLDAGLRNWASLLREATGRDVNVPGAGAAGGFPASFLAFTDATLEGGFALVAGLTGLAKHLGEADLVITGEGSMDEQSLTGKAPIALADAASVHGIPVIAVAGRITVTPEDLAKHGIVAAAQLLDVAQRKDGVPDVADAVANAAKYLAWATSQVLEGA PGPT0018175_64 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_KINASE_ACTIVITY,PGPT0018175-garK|glxK-K00865 NA NA D3-18_04371 963 hprA COG1052 Glycerate dehydrogenase GTGACCCGATTCCGTTTAGCAATCCTTGATGATTACCAGCAGGTCTCCGGCGATTACGCGCCGTGGGATTCACTGCTCGACGACGACGTGAAGGTCAGCGTCTTCAGCGCGCCTTTCCTTTCGGAAGAGCAGGCCGTGGCCGCGTTGGCGCCGTTCGACATCATTGTGGCGATGCGCGAGCGAACCCGTTTTCCACAGGACGTCCTTGATTCGCTGCCGAACCTGAAGCTGCTGGTAACCACTGGCATGGCGAATGCGGCGATCGACCTTGAAGCGGCGGTGGAACGCGGCATTGTGGTCTGCGGAACGGGTGGCTCACCGGCCGCGGCCCCTGAACTGACGTGGGCTTTGCTGCTGGCTTTTGCCCGGAACCTGACTGTGGAGGAGAACTCACTGCGTGCTGGCGACTGGCAGACCGGCGTCGGGTTTGAACTCGAGGGCAAAACCCTTGGAATTGTTGGCTTGGGCAAGATCGGCAAGCGGATGGCGGGGTATGCCAAGGCATTCGGGATGGACGTCCTCGCTTGGAGTCAGAACCTCACGGCGGAAACTGCTGAAGCCGCCGGTGCCCGCAAGGTCAGCAAGGAGGAGTTGTTCCGGGAGTCCGACGTCGTGACGCTGCACCTGCGGTTATCAGAGAGGACAGAGGGCATCGTTGGCCCGGACGAACTGCGGCTTCTCGGCCCCGACGGCGTGTTGGTCAACACTGCGCGTGGCCCCTTGGTGGATGAGGCGGCGCTGATCCGAGCCTTGGAGGAGGGTTGGATCCGTGGCGCTGCCCTGGATGTCTTCGATGAGGAACCCCTTCCGGCGGGGCATGCGCTGTTGCATTCTCCGAGGACCGTTCTCTCGCCGCATATCGGCTACGTGACGCACGAGAGCTACCGGCAGTTCTATGGCGGCGCGTTTGAGGATGTGAAGGCGTGGCTTGATGGGGCTCCTGTGAGGGTTATTAGCGGGTAA MTRFRLAILDDYQQVSGDYAPWDSLLDDDVKVSVFSAPFLSEEQAVAALAPFDIIVAMRERTRFPQDVLDSLPNLKLLVTTGMANAAIDLEAAVERGIVVCGTGGSPAAAPELTWALLLAFARNLTVEENSLRAGDWQTGVGFELEGKTLGIVGLGKIGKRMAGYAKAFGMDVLAWSQNLTAETAEAAGARKVSKEELFRESDVVTLHLRLSERTEGIVGPDELRLLGPDGVLVNTARGPLVDEAALIRALEEGWIRGAALDVFDEEPLPAGHALLHSPRTVLSPHIGYVTHESYRQFYGGAFEDVKAWLDGAPVRVISG PGPT0009155_5583 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B6|PYRIDOXINE|PYRIDOXAL|PYRIDOXAMINE_BIOSYNTHESIS,PGPT0009155-serA-K00058 NA NA D3-18_04372 1818 lacZ_2 Beta-galactosidase GTGACCCCCGCCATGCCCAAGCCCGAGCACCCCTGCCCGCAATTAGTCCGCGACAAGTGGCTGAATCTCAACGGCACTTGGGAATTTGAGATCGACGCCGGTGACTCCGGTTTGGAGCGCGGACTCACCACGCGCAAACTCAACAGCGAGATTTTGGTTCCTTTCGCACCGGAATCCGCGCTTTCGGGGATCGAGCACGTCGATTTCATGGAAGCCGTCTGGTACCGGCGAACGGTGACCATCCCTCAGGAATGGGCGGGCCAGAACGTTCTGCTGCACTTTGGCGCCGTGGACCACGACGCCACCGTATGGGTGAATGGGGTTGAAGTTGCCAGACACCGGGGCGGCTTCACGCCTTTCACAGCGGACCTCGGAGGAGTCGCCGACCCCGGAACGGATGCAGTGATTGTGGTGCGGGCCAGGGATTCACGGCATGAGATGCAGGCCCGCGGCAAGCAGGCAACTTGGTACAACAACACCCACTGCCAGTACACCCGGACCACCGGAATTTGGCAGACGGTGTGGATGGAAGCGGTCCCGGCGGTTCATATCAAACGCCTCCGCATGACTCCCAACCTTGCGGACTCCAGCATCACACTTGAGGTGCCCGTCAGCCAGAACCGGAGCGGGCATACGGTCACCGCCATCCTCAGCGACAATGACGTGCGTGTTGAGGCAACAGCCAAAGCAGACCTGGACCTGACGCCATCACTCCGCCTCACCATCCCCGCCGAATCCCTGCGCCCATGGTCCATCGAAGATCCCTTCCTCTATGACCTCGATGTCAGCATTCACGATGACTCGGGCAATGTTGTTGACCAGGTCAGCAGCTACGCGGCAGTGCGGTCAGTTGCCTTGGACGGCAAGGTGGTTCGCATCAACGGCAAGGCTGTCTTCCAGCGACTGATCCTGGATCAGGGCTACTGGCCCGACTCCCTGATGACCTCGCCGGATGACGCTGCCTTGATCAAGGACATCGAATTGTCCATGGCTGCAGGTTTCAACGGCGCCCGTCTACACCAGAAGGTCTTCGAAGAACGCTTCCTCTATCACGCTGACCGCCTCGGTTACCTCGTGTGGGGCGAATTCGGCGATTGGGGTGTCTCCGGCGGAGGAACTGTGGGGCACAACCAAAAGCCCACGACCAGCTTCGTGGCCCAATGGCTGGAAGTGCTGAAGCGCGATTTCAACCACCCCTCCATCATCGGCTGGTGCCCCCTCAACGAGACGCACCAAGTTCTCCATGACCGCCTGACAGTGCTGGACGACGTCACCGAGGCCATGTTCCTGGCCACCAAGCTCGCCGACCCTACCCGGCCGGTGATCGACGCTTCCGGCTACGCTCACCGGATCCGCGACACAGACATTTACGATTCCCACTCCTATGAGCAGGACCCGGACCGATTCCGCATCGAGCAGCAGGGGTTGGCGGAGGGAAAGCCATACATCAACCGCAAAGCCGACGGCGAGGAGTACTCCGTGCCATACGCGGGGCAGCCCTACTTTGTCTCGGAGTTCGGCGGGATCTGGTGGAACGAAATGGAGGCCCGTCAGGCTGTGGACGGAAGCGACGTCGCCACCTCATGGGGCTACGGCCAGCGCGTCAGCAGCGAGGAAGAGTTCTACACCCGCTTTGATGGCCTCTGCTCAGTACTGCTGGATAACCCGGACATGTTTGGTTACTGCTACACCCAGCTAACGGACGTTTTCCAGGAGAAGAACGGCATCTTCAACTTCGACCGCAGCAACAAGTTCGATCTGGAGAGAATCCGCGCCAGCCAAGTTCGGCCTGCCGAGATCGAAACCCGGAACAGCTAG MTPAMPKPEHPCPQLVRDKWLNLNGTWEFEIDAGDSGLERGLTTRKLNSEILVPFAPESALSGIEHVDFMEAVWYRRTVTIPQEWAGQNVLLHFGAVDHDATVWVNGVEVARHRGGFTPFTADLGGVADPGTDAVIVVRARDSRHEMQARGKQATWYNNTHCQYTRTTGIWQTVWMEAVPAVHIKRLRMTPNLADSSITLEVPVSQNRSGHTVTAILSDNDVRVEATAKADLDLTPSLRLTIPAESLRPWSIEDPFLYDLDVSIHDDSGNVVDQVSSYAAVRSVALDGKVVRINGKAVFQRLILDQGYWPDSLMTSPDDAALIKDIELSMAAGFNGARLHQKVFEERFLYHADRLGYLVWGEFGDWGVSGGGTVGHNQKPTTSFVAQWLEVLKRDFNHPSIIGWCPLNETHQVLHDRLTVLDDVTEAMFLATKLADPTRPVIDASGYAHRIRDTDIYDSHSYEQDPDRFRIEQQGLAEGKPYINRKADGEEYSVPYAGQPYFVSEFGGIWWNEMEARQAVDGSDVATSWGYGQRVSSEEEFYTRFDGLCSVLLDNPDMFGYCYTQLTDVFQEKNGIFNFDRSNKFDLERIRASQVRPAEIETRNS NA NA NA NA NA D3-18_04373 1140 putative protein ATGAGTGATCGGCTCGCCAAGTATTCCGAGATCTTCCGTAAACCAGGTCCTTGGTGCATGGCCTATGTAGATGCCAGCGCCGGCACCGTGGATGGTCTGGAAGCCGCTGATGTCCAACCCGACAACGTGAGGAATGCACTCGCTGGACTTGGTGCTTCCGAGGACGATTTGGAAGCCGTTGCCGGAGCCATCCAGCCCGCGACGGGTGAGCCCTCACCTATCAGTCGCTACGTGCTGGTGCGACAGGGCGAGGTGGTGATCAACGAGTTGCTTCCCGGTGCGCTGCTCGGGCCGGAGCAGATCTCCACGGATGTTGTGCCGGATCTGCTTCCGTTGCTCAAGCATCATCCGGACGGCTTCGCCTATGTGGTGGCCGAGGTCAGCCGGGAGGAAGGTGAAATTCGGCTGCACCGTGCCGGCCGGCAGGCGGCGGAGGAAAGCCAGCACATCCGAGGCTCGGACGAGAATCTGAAGAAGGTTCCGGTGGGCGGCTGGTCACAAGGCCGGTATCAACGGCATACAGAGGAAATCTGGCGCCGCAACGCTGACCAGGTGGTGGAGCAGATCGACAGGGTGGTTCGTGAGAATAACGCTCGTCTGCTGGTCCTCGCAGGAGACATTCGGGCGCGGCAGCTCGTAGCCGATCAACTGTCGGAAGCCAGTAAAGCCATTCTCTCCACCGTGGATTCCCATACCCTTGCCGCAGGCTCAGACCGCGAAAAGTTCGAGGACGAGGTCAACTCCTTGGTCGCGCAACAATGGGCCACCGAGCAGGGGCAGCTCGTTGACCGTCTCGCCGAACAGGAAGGGCAGGCCAATCCGGAGTCGGCCACCGGCTTTGGTGCCGTGGTCCACGCCCTCCAGCAGGCCCAGGTTGAGGTGTTGATGTTCGACGACGGGTCGCTCACCGAGCGTAGGGTGTTGGCCCTGAATGCCGAACCATGGCTGGCCACCTCGGAGGAGGAATCGCTTGGCGCGGAAGTGCTGGGCAAGGTTCCTGCTGCCGCCGCGCTGCTCAGGGCCGCTGCTCTGACCGATGCGAGGGTGGAACTGGTCCCTTCAGCAGCACTGCCCGACGGCGTCGAGATTGCAGCCCTGCTTCGCTGGCCGACGGGGCCGGAAGTACCCGGGGCTACATAG MSDRLAKYSEIFRKPGPWCMAYVDASAGTVDGLEAADVQPDNVRNALAGLGASEDDLEAVAGAIQPATGEPSPISRYVLVRQGEVVINELLPGALLGPEQISTDVVPDLLPLLKHHPDGFAYVVAEVSREEGEIRLHRAGRQAAEESQHIRGSDENLKKVPVGGWSQGRYQRHTEEIWRRNADQVVEQIDRVVRENNARLLVLAGDIRARQLVADQLSEASKAILSTVDSHTLAAGSDREKFEDEVNSLVAQQWATEQGQLVDRLAEQEGQANPESATGFGAVVHALQQAQVEVLMFDDGSLTERRVLALNAEPWLATSEEESLGAEVLGKVPAAAALLRAAALTDARVELVPSAALPDGVEIAALLRWPTGPEVPGAT NA NA NA NA NA D3-18_04374 204 hypothetical protein ATGGGCGGGTTTGGTTCCCCTGACCATGCCTTCGGCTTCGTGTTGCATCTGTTCATCCAGATGCGCACCGTGCTTGGTATTTCCTCGTTCAGCCACGGTAACCTCCCTTTCGAACTAGTTGATTCACACGTACTTGTGCTGAGGTATCAGCGACTGACCAGCTTGAAGAACGTGCTGTCCTCACCGCTGGCCTTCTTCGCCTGA MGGFGSPDHAFGFVLHLFIQMRTVLGISSFSHGNLPFELVDSHVLVLRYQRLTSLKNVLSSPLAFFA NA NA NA NA NA D3-18_04375 420 hypothetical protein GTGTTAAGTGCCAACTCGGCGGAAGGAATTACTCAGTACCCTTTCTATTTAAGGCGGATCGGCGCTAGTGTCGAAGTGTCCGTACTCTTCGTCGGCAGCATGACGCTCTCTGCGCCGGCACAGGAAGAAAGGAACCTGAAGATGGCTTCGGAATCTCACACCACCACGGATCACGACGAAATCCGCAAATGGGTGGAAAGCAATGACGGTAAGCCGGCCAGCGTCAAGAAGACCGGCGACAAGAATGACGTGGGTATCCTGCGTATCGACTTCCCGGGAGGTGCCGGGGAGGACTCACTGGACCACATCAGCTGGGATGAATGGTTCGAAAAGTTCGAGGAGAGCAAGCTCGCTTTCCTCTATCAGGCGAAGAAGGCCAGCGGTGAGGACAGCACGTTCTTCAAGCTGGTCAGTCGCTGA MLSANSAEGITQYPFYLRRIGASVEVSVLFVGSMTLSAPAQEERNLKMASESHTTTDHDEIRKWVESNDGKPASVKKTGDKNDVGILRIDFPGGAGEDSLDHISWDEWFEKFEESKLAFLYQAKKASGEDSTFFKLVSR NA NA NA NA NA D3-18_04376 798 hypothetical protein ATGGGCTACGCTACGGGAGTGACGCTGCCCTATTTCCTTCGCAAGGACGGTTCGGTGGGCCCTTTGGCCTTCGCCCATCGAGGATTCTCGTTGGATGGCCTGGAAAATTCCATGGCCGCATTCTTGGCGGCAGTTGATCTTGGTACGGTGCACCTTGAAACGGACGTCCACACGACGTCCGACGGCGTACTGCTGGTATTCCATGATTCTTCTTTGGACCGTGTGACCGATTCCACGGGCAAAGTTTCTGAGCTCACGGCAGCCCAGGTTGCTGCTGCCCGGATTGGCGGAGTGGAGCCGGTTCCCACCTTCGATGAGCTGGTTACAGCCCTGCCCCACGCTCGGCTGAACCTGGACGTCAAGGATTGGAATTCTGTTGGCTCCATGGCAGCGGCCATTGAGAAGCATGGCGTCCATGACCGGGTTCTGGTAACCAGCTTCTCGGACAGGCGCCGTCGGGCAGTCCTTTCCAAGCTCTCGCGTCGAGTTGCATCCTCTGCAGGCAGTTCCCTGACCGCGCTGTTCGTTCTTCTCGGCCCCGTGATTCCAGTTCCGTTGGCACGCAAGCTGCTCGCCGGCGTCGACGTTTTCCAAGTTCCTGTCCGCTACGGGCGGTTACCCGTGGTGACGCCCGGCTTTATCCGACGAGCGCACCGGTGCGACAGGCAGGTTCATGTGTGGACGGTCAACGATCCTGTGGAAATGGAACGACTGCTGGACCTTGGTGTGGACGGCATCGTGTCCGACAGGCTGGACCTCCTCAAGGAAGTCCTGGTGCGCAGGGGCGAGTGGGTTTAA MGYATGVTLPYFLRKDGSVGPLAFAHRGFSLDGLENSMAAFLAAVDLGTVHLETDVHTTSDGVLLVFHDSSLDRVTDSTGKVSELTAAQVAAARIGGVEPVPTFDELVTALPHARLNLDVKDWNSVGSMAAAIEKHGVHDRVLVTSFSDRRRRAVLSKLSRRVASSAGSSLTALFVLLGPVIPVPLARKLLAGVDVFQVPVRYGRLPVVTPGFIRRAHRCDRQVHVWTVNDPVEMERLLDLGVDGIVSDRLDLLKEVLVRRGEWV PGPT0018470_5201 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROPHOSPHOLIPID_REMODELLING CE-REMODELLING_GPL_PHOSPHODIESTERASE_ACTIVITY,PGPT0018470-glpQ|ugpQ-K01126 NA NA D3-18_04377 273 hypothetical protein ATGGCTAAGCGTCGGATCAACAACGTCAATACCGCGCCATTGCGGCGCATCGAACCGGATCATCACTGGCGTTCGCTTCGCCAGGGCGACCGGGTCAACGTCATGCTGACGCCGGGTTTCGAGTCGGCCGGCGTGGTGGACGCCGTTACCGGCGATGCCACCGCGGTTTGGGTGGAGCTCGACGGCGGTCGCGGCCGGACATTGGTGCACGTCAGCGACGGCGTGACGATTGTTCCGCAATCGACGACGGCGGCGGTCCGGCAGGAGAGCTAG MAKRRINNVNTAPLRRIEPDHHWRSLRQGDRVNVMLTPGFESAGVVDAVTGDATAVWVELDGGRGRTLVHVSDGVTIVPQSTTAAVRQES NA NA NA NA NA D3-18_04378 861 yeeZ COG0451 Protein YeeZ GTGTTGATTGCCGGCTGCGGCGACCTCGGAACGGAAGTTGGGCTGCGCTTTGCAGCTGCGGGCCATGAAGTGGTTGGCCTGCGTCGGTCCCCTGAAAAGCTACCCGGGGAGATCCGCGGCGTGTTCGCGGACCTCTCCCAGGCAGTGCCGGAACTGCCCGAGGACGTGGACATTGTTGTAGTGGCTATCGCCGCTGACACGTCCACAGAGGAGGCTTACCGTGCGGCGTACTTGAACGGCGTGAAGAACGTGCTGGACGGACTGGAAAGGCAGTCCATCGAGCCGCGGCGGATCCTGTTCGTCTCCTCAACGGCCGTCTACAAGGATTCCGGCGGAGCTGTTGTGGATGAGTCCACACCCACGGAGCCCACACGGTTCAGCGGCAGGGTACTCGTGGAAGCCGAAGAGCTGTTGTTCAGCCGGACGCGCGGGACCCAGACCCAGTCCATCTCCCTGCGGCTTGGGGGCATTTACGGGCCGGGGCGCACGCGGCTGATTGACCAGGTCCGCAGCGGAAAGGCCGTCATCCCGGCTCAACCCCGGCACACCAACCGCGTCCACCGGGACGATGCGGCAGCCATGATCGTGCACCTCACCACCATGGAAGCGGCTCCGGATTCCGTCTACGTAGGCGTCGATGATCTCGCAGCGGAAATGGGAGACGTCATGAGGTTCCTCGCCTCTGAAATGGGATGCCCGGAACCCCCGACGGCGGCACCTGGCAACGCGTCCGACGCCGGCCCAGGCGACAAGCGCTGTTCCAACAAACGCCTGCGGGCGACCGGTTTCCAGCTCACCTTCCCCACCTACAAGGAGGGCTACCGCGCTTTGCTGGCCGGTGAGGGCGTGCGGCACCCGTGA MLIAGCGDLGTEVGLRFAAAGHEVVGLRRSPEKLPGEIRGVFADLSQAVPELPEDVDIVVVAIAADTSTEEAYRAAYLNGVKNVLDGLERQSIEPRRILFVSSTAVYKDSGGAVVDESTPTEPTRFSGRVLVEAEELLFSRTRGTQTQSISLRLGGIYGPGRTRLIDQVRSGKAVIPAQPRHTNRVHRDDAAAMIVHLTTMEAAPDSVYVGVDDLAAEMGDVMRFLASEMGCPEPPTAAPGNASDAGPGDKRCSNKRLRATGFQLTFPTYKEGYRALLAGEGVRHP NA NA NA NA NA D3-18_04379 930 hypothetical protein GTGACGCTTGACGCGCCGCCGGCTGCGCGGGTGCAAAGGTGGGGGCGGGCCTATTTCGCCGTGCAAGCTGCAGCTGGGCTCGTGTGGTGGATTGCCGTTTTCCTGTCACCAGCCATCCGGACAGCCACCTTGGGCAGCCTCAACCCCGTCGTTGTGGCCGCACTTGATGTTCCGCTGTTCGTCATCGGCTCGGCCCTCGCGGCGCTCGGCATCAAGGCTGCGGCCGTGGTTAGCGTCGGTTGGACGGGACTGGTTGCCGTTGGCTTGGCGGGGTATGCCACCATCACAACCGAAGCTGGCTGGGGGGTGGTGGTCATGGTCGCTGCGACGGCTTGTTCGGTGGTTGCGCTGTTCTTTGTTGTGCAGGGTCGCGTCCCAACGGAGTTGATCGTGCGGGGACCGTTCGCATTCCGACCGGCGTCCATCCGTCGCGGCACTGCAGCGCACGTGACGGCAACCTTTACCCAACTGATCCTCTTCTGGGGGTTCTTCCTCGTGGTAGTTCCCTCAGCGCTGACCTTCCTCGAGCAGCGCTGGATGGTATCCATGGTATTTCCTTCTATGGTGGAACCTGCCGGGCTCGTGCTTCTGGTCCTCGCCAGCTGCCTCGGTATTGCTTCCGCGGTGACCATGTCCTCCACAGGAAAGGGCACCCCACTGCCGTCTGCCATGCCTAATCGCCTGGTCATCGCCGGGCCGTACCGGTGGGTTCGGAACCCGATGGCTGTGGCGGGCATCGCCCAAGGTGTAGCCGTGGGAATGATTCTTGGTTCGTGGCTGGTGGTCGCCTACGCGGTTCTAGGTTCGCTGCTGTGGAACTATGCTGTGAGGCCGCTTGAGGAAGCCGACCTGGCGAAGCGGTTCGGCGCCGAGTTCCTGATGTATCGCGAAAGAGTCCGCTGCTGGGTTCCTCGGATCGGGCGGGACTAG MTLDAPPAARVQRWGRAYFAVQAAAGLVWWIAVFLSPAIRTATLGSLNPVVVAALDVPLFVIGSALAALGIKAAAVVSVGWTGLVAVGLAGYATITTEAGWGVVVMVAATACSVVALFFVVQGRVPTELIVRGPFAFRPASIRRGTAAHVTATFTQLILFWGFFLVVVPSALTFLEQRWMVSMVFPSMVEPAGLVLLVLASCLGIASAVTMSSTGKGTPLPSAMPNRLVIAGPYRWVRNPMAVAGIAQGVAVGMILGSWLVVAYAVLGSLLWNYAVRPLEEADLAKRFGAEFLMYRERVRCWVPRIGRD NA NA NA NA NA D3-18_04380 813 ybhA COG0561 Pyridoxal phosphate phosphatase YbhA ATGATGCGGCTCGTAGCAAGCGATATTGACGGCACCATCCTCGGTCACGACGGCAAAATCAGTGACCGGACCATCAAGGCATTCCAGGCGTGCCGCGACGCAGGGGTTGAACTCGTCTTCGTAACGGGTCGTCCGCCGCGCTGGTTGTACCCGCTCCAGGAGCAACTGGGTCACAGCGGAATCGTGATCTGTTCCAACGGTGCAGTGGTATGGGATCTGGAAACCGAGAAGGCCCTGTCCTCGTGCGTTCTGGATGCCGAATCCGTGTTTGAAGCCCGCCGCATCATCAAGTCCATCCGGCCTGACGCTCTGTTCGCTGTGGAGACTCTCACGGGGTTCCAGCTTGAGCCGGGCTTCATCGAGAACGAAACAAGCGAGCTGCTCGCCGAGTTTACCCCCGCGCCTCTGGCCGAGACGCTCACGGCGGATGACGCCGTCGTCAAGTTCCTGGCGATCACCCGCAAAGGTACGCCGGACGAGTTCCTGGCTGAAGTCCAGCCCGCCGTCGCGCACCTGGTGAGCACCACGCATTCGGCGCCACGGACGGCGATGCTGGAGATGTCCGTTCCTGGCATCAATAAGGCTGTCACGCTGGCCAAGTACGCCGAGTCGCTGGGTATTGAAGCTTCTGACGTCGTGGCGTTCGGGGACATGCCCAACGACATCGAAATGCTCCGCTGGGCCGGTCACGGTTACGCGATGGCCAGCGGACACCCGGAGGCCATCCTCGCTGCCGGGCAGCAGGCACCGCACTTCGACGACGACGGCGTGGCCCAGATTCTCGAGGCGAAGCTCACGGAGCAGCGGGTCTAG MMRLVASDIDGTILGHDGKISDRTIKAFQACRDAGVELVFVTGRPPRWLYPLQEQLGHSGIVICSNGAVVWDLETEKALSSCVLDAESVFEARRIIKSIRPDALFAVETLTGFQLEPGFIENETSELLAEFTPAPLAETLTADDAVVKFLAITRKGTPDEFLAEVQPAVAHLVSTTHSAPRTAMLEMSVPGINKAVTLAKYAESLGIEASDVVAFGDMPNDIEMLRWAGHGYAMASGHPEAILAAGQQAPHFDDDGVAQILEAKLTEQRV PGPT0017727_24 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_CARBOHYDRATE-HEXOSES_UTILIZATION PLANT_DERIVED_GLUCOSE_DEGRADATION,PGPT0017727-yidA-NA NA NA D3-18_04381 1062 yqjG COG0435 Glutathionyl-hydroquinone reductase YqjG ATGAGTGAGAAGACCAGCGAAGTCGAAGAACACAGCACCCGCGGGGCGTACGTCACTGGCGGCGAGTTTACCCGGGACACCAACTACATCGAGGACCGCATCACCCGTGACGGTGCCGCCGGACCGAATGGTGAGCCCGGCTGGCCCGTGGAGCCGGGGCGCTACCGCTTGATTGCAGCCAGGGCTTGCCCTTGGGCCAACCGCGCCGTGATCGTGCGCCGGCTTCTTGGCCTGGAGGACGTCATCAGCCTCGGCCAGCCTGGCCCCACCCACGACGCCAGGTCCTGGACGTTCGACCTGGATCCGGATGGCAAGGATCCCGTGCTGGGCATCGAGCGCCTGCAGGAAGCATTCTTCCGCCGCTTCCCGGATTATCCTCGCGGCATCACCGTTCCGGCCCTGGTGGACATCCCCAGCGGCGCAGTGGTGACCAACAACTTCCCCCAAATAACGCTCGACTTCTCCACGGAATGGACAGAGTTCCACCGCCCGGACGCACCGCAGCTGTACCCGGAGCACCTGCGCGAAGAAATCGATCAGGTCAACAAGCGCGTCTTCACCGAGGTCAACAACGGCGTTTACAGGTGCGGCTTCGCCGGATCCCAAGAAGCATACGAGGCCGCCTACACACGGCTTTGGAATGCCTTGGACTGGCTGGAGGAGCGCCTAGCGAGCCAGCGGTACCTCGTGGGTGATTCGATCACCGAGGCAGACGTCCGGTTCTTCACCACCTTGGCGCGCTTCGATGCCGTCTATCACGGCCACTTCAAGTGCAACCGCAACAAGCTGAGCGAAATGCCGGCGCTGTGGGCGTACGCCCGGGACCTGTTCCAGACACCGGGGTTCGGCGACACCATCGATTTCGTGCAGATCAAGCAGCACTACTACATGGTGCACGAGGATATTAACCCCACCAGGATTGTCCCCGTGGGCCCGGACCTATCCGGATGGCTTACTGCCCACGGACGGGAATCCCTCGGCGGAAACCCCTTTGGCGACGGCACTCCGCCGGGCCCGGTGAAGGCCGGTGAAGAAGTGGCCGCGGGGCACGGGGCCGGCTAA MSEKTSEVEEHSTRGAYVTGGEFTRDTNYIEDRITRDGAAGPNGEPGWPVEPGRYRLIAARACPWANRAVIVRRLLGLEDVISLGQPGPTHDARSWTFDLDPDGKDPVLGIERLQEAFFRRFPDYPRGITVPALVDIPSGAVVTNNFPQITLDFSTEWTEFHRPDAPQLYPEHLREEIDQVNKRVFTEVNNGVYRCGFAGSQEAYEAAYTRLWNALDWLEERLASQRYLVGDSITEADVRFFTTLARFDAVYHGHFKCNRNKLSEMPALWAYARDLFQTPGFGDTIDFVQIKQHYYMVHEDINPTRIVPVGPDLSGWLTAHGRESLGGNPFGDGTPPGPVKAGEEVAAGHGAG PGPT0013050_433 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-GLUTATHION_METABOLISM,PGPT0013050-yqjG-K07393 NA NA D3-18_04382 936 scrK COG0524 Fructokinase ATGCTGACAGTCATTGGTGAGGCCCTGGTCGACGTCGTTCAACGCTCCTCCGGGATCGAGGCGCACGTCGGAGGCAGCCCGCTCAATGTTGCTGTGGGCTTGGCCCGCTTGGATCATCCCGTGCAGTTCATCGGTCGCTACGGCCGGGACGCGTACGGCGATTCAATTGCCGCGCACTTGCGCTCGAGCTCCGTGATGGTCCCGCTTCCACCGGATGAGAAACCAACCAGCGTAGCCACCGCTCAGATTGACGACGACGGCGCCGCCACCTACGTTTTCGACCTCGCCTGGGACTTGCCAGGGCTCGCCGGACGCTTGCCGCTCATGCTGCAAGGCTCCACCCTGCTGCACACGGGGTCCATCGCCACCTTCCTGGAACCGGGCGCCGCGGACGTGCTTGCCGCCGTCGAGCATGCCCACCCGAGCAGCACTATCAGCTTCGACCCCAATTGCCGGCCCAGCATCATCACGGACGTCGACTATGCGCGAACCCAAGCCGAGCGCTTTGTGGTGCTTTCCGACGTCGTGAAGGCCTCGGATGAAGACCTTGAATGGCTCTATCCCGGTATTGATCCAGTGGAATCCGCGCGTCGCTGGCTGACTTTGGGCGGCACCGAGGGTCCGGCCCTGGTAGTTGTGACGCGAGGTTCACGTGGCCCGTGGGGCGTAACGAGGGCCGGTGAAACTCAGGTTCCCGCACCATCCGTGAACGTTGTGGACACAGTGGGCGCGGGTGATTCGTTCATGGCGGGGCTCCTGTCCGCCATTGTGGATCACGGCTTGGATGGCGCCCAGAACCGTGGCGCTTTGAGGGCGATGCCTGCAGAAACCCTGGCAGCCATCATGGATCACGCAACACGTGCGGCTGCTGTGACGGTGTCACGGGCTGGCGCGAACCCGCCCACCCGGGCCGAACTCAACCACGGAGCAGCCTGA MLTVIGEALVDVVQRSSGIEAHVGGSPLNVAVGLARLDHPVQFIGRYGRDAYGDSIAAHLRSSSVMVPLPPDEKPTSVATAQIDDDGAATYVFDLAWDLPGLAGRLPLMLQGSTLLHTGSIATFLEPGAADVLAAVEHAHPSSTISFDPNCRPSIITDVDYARTQAERFVVLSDVVKASDEDLEWLYPGIDPVESARRWLTLGGTEGPALVVVTRGSRGPWGVTRAGETQVPAPSVNVVDTVGAGDSFMAGLLSAIVDHGLDGAQNRGALRAMPAETLAAIMDHATRAAAVTVSRAGANPPTRAELNHGAA PGPT0017625_2348 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 D3-18_04383 822 hypothetical protein ATGTTGCGGCACAAGTACAGCTACGGCGAACACCCCAGTCAGTGGGGCGAACTCTTCATACCTGAACCGTCCAACGGAAACCATCGCGGCGCATCCAGCGTCGCCGGTGGAATCGCCGTTGTGATCCATGGCGGATACTGGCGCTCACAGTACGGCGCTGAGCTCGGCGAGCCCCTGGCGCGCGACCTCGCAGCGCACGGCATAACCGCCTGGAATCTTGAGTACCGGCGCGCCGGCAATGGCGGTGGTTGGCCCCATACTTTTGAGGACATCCTGGCCGGCATCGACCATTTGTCCCATATCGCCGGTGATCACGACCTGAAACTCGGCAAAGTAGTGGCACTCGGTCATTCAGCCGGCGGCCACCTCGCCGTGTGGGCGGCCGGCCGGCAGCGGCTTTCCGCCATTGGAACGCCCGACGCCGATCGCCAACTTCAGCGCGGACCGGAGGACAACGCTGTTCACCTGACAGGCGTCGTCAGCCAATCGGGCCTCCTCAACCTTGCGGCAGCGGAAAAGTTGAACCTCAGTAACGGCGCTGTCTGCAACCTCATGGGCGGGGATTCCGCTAGATACCCCAAACGGCATAAATACGCCGATCCCATGAGTTCGCTGCCCATCAACGTCCCCGTCTACGCCGTGCATGCCACAGATGACGAGGACGTTCCTGCGAGCCAGTCCGAAGCATACGTCGCGGCGGCAACGGCGGCAGGCAGTGCGGCCCAGTTGCTGCGCGTCCCCGGCGACCACTTCGACCTGATCGACCCCAAGGCCGTGGCCTACAAGAAGTGTCGCGAATTGGTGCAACGACTGCTCTCGTAA MLRHKYSYGEHPSQWGELFIPEPSNGNHRGASSVAGGIAVVIHGGYWRSQYGAELGEPLARDLAAHGITAWNLEYRRAGNGGGWPHTFEDILAGIDHLSHIAGDHDLKLGKVVALGHSAGGHLAVWAAGRQRLSAIGTPDADRQLQRGPEDNAVHLTGVVSQSGLLNLAAAEKLNLSNGAVCNLMGGDSARYPKRHKYADPMSSLPINVPVYAVHATDDEDVPASQSEAYVAAATAAGSAAQLLRVPGDHFDLIDPKAVAYKKCRELVQRLLS NA NA NA NA NA D3-18_04384 1107 hypothetical protein ATGGCAAGCAATTGGGACAGCCTGGACCAGGACCAGCGTGACGCAGTGGATGCGAATGTGGCGCTCTATGAGCGCGTTCGCCCTGCCCTGAAGCGGGTCACACGCGATGTTCTGCTCACGCTGCGTGACATGCTGAACGACGCTGAGGTCACTCCTTTGTTTGTCACGGGACGGACCAAAACGGTTGAGTCGTTTCGCGAAAAGATTTCCCGCACGGATGATCCTTTGGAGCCCGGCGGGCCGCGTGTGCTCAAGTTCCCGGATCCGTTCCGCACCTTGAACGACATGGTGGGCATCCGCGTCATCACCAAGCTGCCCGCGGAAAACGCGGCCGTGGCCAACATCATCAAGCGCCAGCGGCAACTTTTCGATTGCCGTGGCGACCGCGAGAAGGACATCGGTTCCATTGAATCCGGAACCTACGGCTATTCCAGCCGCCACCTCATTCTGCGCACCATCCAGAACGAGGCCGTGAAGGAGTACCAGCACGTCTTCAACCCGGACATGCCCGCAAATGGAAGCTACTTCTTCGAGTGCCAGATCCGAACCGTGTTTGCCCACGCCTGGAGCGAGATCGAGCATGACATCCGGTTCAAGGCCGAGGACCCACGCGCTTGGACGCCACATTTCGACCGCCAGTTCACGGCCACCGCCGCCATGTTGGAAACGGTGGAGAGCGCCTTCGCTGATCTTCACGAGCGCTACGAGGAAGTCCGCGGCTATTGGGATCTCGAGGGCGACGGCGGCATGCCCCTGACCCCCAACAGGGTCCGGGACGTATGGCGAACGCTTTTGCCGCACGTTGACCGTAAAGTTGATGACGACTGGGGATGGGCTGCCGAACTACTCGCCGCCCACGGACTCACCAAGACCGTGGAGCTTGCGGGTCTGCTCAGCGCCAACCGGATCACAGAGGTCCGCAAGGCCTTGGACCACCGCTACTCCCCCGGTCCGGACCGCCTGCTGGATGACCTCCTGCTGTGGCAGTACGGAACTGAACACATTGATCTCACCGCTGAGGCGCCCGACGTCGTCCCGCACCCGCGGCGCGACAGCCTCCAGCGGCGCCTTAAGCAGATTGAGCGCTACCGCCAGACTGCGCTCTAG MASNWDSLDQDQRDAVDANVALYERVRPALKRVTRDVLLTLRDMLNDAEVTPLFVTGRTKTVESFREKISRTDDPLEPGGPRVLKFPDPFRTLNDMVGIRVITKLPAENAAVANIIKRQRQLFDCRGDREKDIGSIESGTYGYSSRHLILRTIQNEAVKEYQHVFNPDMPANGSYFFECQIRTVFAHAWSEIEHDIRFKAEDPRAWTPHFDRQFTATAAMLETVESAFADLHERYEEVRGYWDLEGDGGMPLTPNRVRDVWRTLLPHVDRKVDDDWGWAAELLAAHGLTKTVELAGLLSANRITEVRKALDHRYSPGPDRLLDDLLLWQYGTEHIDLTAEAPDVVPHPRRDSLQRRLKQIERYRQTAL PGPT0014825_68 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_NUCLEOSIDE_METABOLISM PLANT_DERIVED_PURINE_METABOLISM,PGPT0014825-ywaC|yjbM-K07816 NA NA D3-18_04385 1479 dauA_2 COG0659 C4-dicarboxylic acid transporter DauA ATGTCACTGCGGGCGACCTTCCGATCGCCCCGCCGCCTGCTGACGGAATCCCTTGCGGGGCTCGTAGTGGCGTTGGCTTTGATCCCTGAGGCCATCGCGTTCTCGGTGATCGCCGGGGTGGATCCGCGCATTGGTCTCTTCGCGTCCTTCACCATGGGCGTGGTCACTGCCATTGTGGGCGGGCGGCCCGCCATGATCTCCGCTGCCACAGGTGCCGTGGCCTTGGTAATCGCACCGGTGATGAAAGAACACGGGCTGGATTATCTGATTGCCACGATCATCCTGGCGGGTGTTTTCCAGATCATCCTGGCAGTCCTGGGCGTCACCAAGCTGATGCGTTTCATCCCAAGGTCCGTCATGATCGGTTTCGTAAACGCCCTGGCCATCCTGGTGTTCATGTCCCAGATGCCAGAGCTCTTCAACGTGCCGTGGATGGTTTATCCGATTGTCGTTGTGGGCTTGGTGATTGTGTTCGGACTGCCACGCATCACCACAGCCATTCCTGCGCCGTTGGTCGCGATCGTGGCCATCACCCTGGTTACCGCGCTTGGCAATATCGATGTTCCAACCGTCAGCGACAAGGGAGAACTCCCCGACAGCCTGCCCGGATTCTTCCTGCCGAACGTGCCCCTGAACCTGGAGACGTTCCAGATCATTGCTCCGTTCGCTCTCTCCATGGCGCTGGTGGGCCTGCTCGAATCGCTGATGACAGCCAAGCTGGTGGACGACATTACAGACACGCGTTCCAACAAGACGCGCGTTTCCTGGGGCCAAGGTGCGGCGAACATCGTCACGGGCTTCCTTGGTGGTCTGGGTGGATGCGCAGTAATCGGCCAAACCATGATCAACGTCAAAGGCTCGGGGGCTCGAAGCCGGCTCTCCACCTTCCTGGCCGGCGTGTTTCTGCTGGTGCTGGTGGTTGTCCTGGGCGACGTTGTAGGCCAGATCCCCATGGCCGCTCTGGTGGCCGTGATGATCTTCGTTTCGCTGATCACCTTCGACTGGCACTCCGTCCGTATCTCAACACTCAAGCGTCTACCAAAGTCCGAGACCGCGGTCATGCTCATCACAGTTGCCGCCGTTGTGGCTACGCACAACCTCGCGGTGGGTGTCGGCGTCGGCGTCTTGACCGCCATGGTGCTGTTCGCGCGTCGGGTGGCCCACTTCGCAACAGTTGAGCGGACGGAACTCGAGCTGAACGGTGAAGTTGTTGCGACCTACACCGTGGACGGTGAGTTGTTCTTTGCTTCGTCGAATGACCTGTACACGCAGTTCGATTATGCGAAAGATTCCTCAGACGTCATAGATCGAGTGATCATCGATCTGCATGGCTCGCATATTTGGGACGCCTCCACGGTGGCAGTGCTTGATTCGGTGACCGAGAAGTACCGGAATCACGGCCGTGAAGTGGAGTTCATCGGGCTCAACGAGGCCAGCGTCCGTATGCGCGAGCGGCTGGCAGGAAAGCTTAACTCCTAA MSLRATFRSPRRLLTESLAGLVVALALIPEAIAFSVIAGVDPRIGLFASFTMGVVTAIVGGRPAMISAATGAVALVIAPVMKEHGLDYLIATIILAGVFQIILAVLGVTKLMRFIPRSVMIGFVNALAILVFMSQMPELFNVPWMVYPIVVVGLVIVFGLPRITTAIPAPLVAIVAITLVTALGNIDVPTVSDKGELPDSLPGFFLPNVPLNLETFQIIAPFALSMALVGLLESLMTAKLVDDITDTRSNKTRVSWGQGAANIVTGFLGGLGGCAVIGQTMINVKGSGARSRLSTFLAGVFLLVLVVVLGDVVGQIPMAALVAVMIFVSLITFDWHSVRISTLKRLPKSETAVMLITVAAVVATHNLAVGVGVGVLTAMVLFARRVAHFATVERTELELNGEVVATYTVDGELFFASSNDLYTQFDYAKDSSDVIDRVIIDLHGSHIWDASTVAVLDSVTEKYRNHGREVEFIGLNEASVRMRERLAGKLNS PGPT0003020_4747 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SULFATE|THIOSULFATE_TRANSPORT,PGPT0003020-TC_SULP-K03321 NA NA D3-18_04386 1158 hypothetical protein ATGGTGAAGTTCACGAATCGTTTGGTTGCTGAGGTTGTCCAGTCGTTCTGGCAGCAGGTTGCGGACGGTGCCCGTTTTGAAGATGCTGGTGCGTTCGTCGGGTGGTCCGTAACGACGGTCCGCCGTGAGCTGAGGTCCTCAGGAGGGGTCCGGCCCCGTCGGGGCCGGACCCTGACCGGCCGTTCCCTATCGTTCCAGGAGCGGGAGTTGATCTCGTTATGGCGGGGCAAGGAATCGGTCCGTGAGATCGCCAGACGTTTGGGTCGTTCCCCGTCAACGATCTCCCGGGAGCTCCGGCGGAACGCTGACAAGGTCTTTTTCTACCGGGCTACCACCGCCCATGCCCGCGCCCACGCCCGGGCAGCCAGGCCCAAGACCGCTAAGCTCAACAGCAACAAGCCCTTGCGCCTGGAAGTCGAAAAGCGGCTCGAAAAGAAAGACTCACCGGTCCAGATCGCTGGCAGACTCCGCAAGGACTTCCCGAACAACCCGGAGATGTGGGTGTCACACGAGACCATCTACCAGTCCCTCTATCTCGAGTCCCGGGGCGGGCTAAAGCGGGAACTGGTCAAGAACCTGCGCACCGGCCGGACCCTGCGCAAACCCCAACGCCGCCCCGACGAACGCCGCGGCAGAATCCAGGACAAGGTCATGATCGCCGACCGTCCCGCCGAGGTCGAAGACCGTGCCGTGCCAGGGCATTGGGAAGGGGACCTGATCGTAGGCAAGGACGGAAAAACCGCCATCGGCACCATCGTGGAGCGCACAACCGGGTTCGTGATGCTCCTCCATGTCCCGACCGGTCAAAACCGTGCCGAGTCTGTTCGGGATGGGCTGATCCGCAAAATGGGCGCCCTTCCCGACGAACTGAGGCTCTCACTGACCTGGGACCAAGGCACCGAAATGCGCAGGCACAAGGAAGTGAAGATCGCAGCCGACATCGACATCTACTTCTGCGATCCCCACTCACCTTGGCAACGCGGCTCGAACGAGAACACCAACGGGCTCCTGCGCCAGTACTTCCCCAAAGGCGCAGACCTAAGCATCTACAGCCAAACCGACCTCGACTACGTCGCCCACGAACTCAACGACAGACCCCGCCAACGATTCGACTTCTGCACCCCCAATGAGATGATCAGAACCTTCCTGTTGCGATAA MVKFTNRLVAEVVQSFWQQVADGARFEDAGAFVGWSVTTVRRELRSSGGVRPRRGRTLTGRSLSFQERELISLWRGKESVREIARRLGRSPSTISRELRRNADKVFFYRATTAHARAHARAARPKTAKLNSNKPLRLEVEKRLEKKDSPVQIAGRLRKDFPNNPEMWVSHETIYQSLYLESRGGLKRELVKNLRTGRTLRKPQRRPDERRGRIQDKVMIADRPAEVEDRAVPGHWEGDLIVGKDGKTAIGTIVERTTGFVMLLHVPTGQNRAESVRDGLIRKMGALPDELRLSLTWDQGTEMRRHKEVKIAADIDIYFCDPHSPWQRGSNENTNGLLRQYFPKGADLSIYSQTDLDYVAHELNDRPRQRFDFCTPNEMIRTFLLR PGPT0030610_168 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-TRANSPOSASES,PGPT0030610-IS30_family-K07482 NA NA D3-18_04387 996 panS COG0385 Pantothenate precursors transporter PanS ATGCTTGAGGCAACCAATTCACCATCGAAAACCCAAGACCCCACCGCGCCCGTCAACGCTGCGCTTGCCGCTGAAGCCAAAATTGCGCGCATAGCCGTCACGGTGTTCCCGCTGCTGGTGGTGGTTGCCGGCATCCTGGGATTCCTGATTCCGGACCTCTTCAAGCCCATGGGCGTCGCGGTTCCCTACCTTCTGGGCGTCATCATGTTCTGCATGGGGCTCACGCTGACCCCGCCGGATTTCGCCTCCGTGGCCCGGCGTCCGTGGGCGGTAGCACTGGGCATCGTGGCGCACTATGTGATCATGCCCGGTGCGGGGTGGCTCATTGCCGTGCTCCTGCAGTTGCCGCCTGAGCTGGCCGTGGGTCTGATCCTGGTCGGCTGCGCCCCTTCCGGCACCGCCTCCAACGTTATGGCCTTCCTGGCCAAGGGCGACGTTGCTCTCTCTGTAGCTGTTGCCTCGGTCTCCACCTTGATCGCGCCAATCGTGACCCCCGCGCTGACTCTTTTCCTGGCCGGGTCCTTCCTTCACATTGATGCCGGCGCCATGGTGATGGACATCGTCAAGACCGTCCTGCTACCCGTGATCGCAGGCCTGTTGGCTCGACTCTTCTTGTCGAAGCTCGTCGCAAAGGTTCTTCCGGCACTTCCATGGGCGTCCGCCGTCGTGATTTCACTGATCGTGGCGATCGTCGTGGCCGGTAGCGCCAGCAAGATCGTTGCCGCAGGCGCGATCGTGTTCCTGGCGGTAGTCCTCCACAACGGTTTCGGGCTGAGCCTCGGATACTTGGCAGGCAAGCTCGGCCGTCTGGACGACAAAGCACGCCGTGCATTGGCGTTCGAGGTGGGAATGCAAAACTCTGGCCTGGCAGCGACGTTGGCCACCGCACACTTCAGCCCCCTGGCAGCGCTGCCGTCGGCGGTGTTCTCGCTGTGGCACAACATCTCGGGGGCGATCGTGGCCGCTTGGCTGGCACGGCGTCCCCTGAAGGACTAG MLEATNSPSKTQDPTAPVNAALAAEAKIARIAVTVFPLLVVVAGILGFLIPDLFKPMGVAVPYLLGVIMFCMGLTLTPPDFASVARRPWAVALGIVAHYVIMPGAGWLIAVLLQLPPELAVGLILVGCAPSGTASNVMAFLAKGDVALSVAVASVSTLIAPIVTPALTLFLAGSFLHIDAGAMVMDIVKTVLLPVIAGLLARLFLSKLVAKVLPALPWASAVVISLIVAIVVAGSASKIVAAGAIVFLAVVLHNGFGLSLGYLAGKLGRLDDKARRALAFEVGMQNSGLAATLATAHFSPLAALPSAVFSLWHNISGAIVAAWLARRPLKD PGPT0013890_772 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-SODIUM_TRANSPORT,PGPT0013890-panS|yocS|ybaS-K03453 NA NA D3-18_04388 1005 degA_9 COG1609 HTH-type transcriptional regulator DegA GTGAGCAAGGGATCCAAGCCCACCATCCGGGATGTGGCACTAGCAGCGGACGTATCGCTGACCACCGTCTCCTATGTGCTCTCCGGTCGTCATGGTGGCACAACGCGGATCAGCCAGCCCACGCAGGATCGGGTTCTGGCAGCGGTCAAAGAACTGGGTTATGTGCCCAATCAGGCCGCGCGGGGAATGCGTCGCGGCAAAACCGACGTGGTTGCCGTGGCAATCGGAAACCTTGAATGGCCTTGGGATCGCGCACTTGCCACGGCCGCTGCAAATATTCTGCCGCAGCACGGCTATCAACCGGTGATCCTGCTGGGCGACGACTGGCGGAAGTTCACCATGTCCGGGGGCGCCGACGGCGTCATCATTGGCTACTTCCCCGAAGCAAAGTCCGAGGATGAAACCGTCACAGAGCTCGCTCGCCGCGGCGTTGCCCAAGTGGTTATCTCGGGAACCATGAAACCGGCAGGGTTTGACGTACTTGCTCCGGAGACCGAGGCCGGACTCGCAGAGTGCATGGACTTCCTCACTGCGTCGCACCGCAGAATCGCATGCATCCGGAGGGCTGATCCGTCGGGCCGACCCAAGAGCCGCTTTGCCGCCTATGCAGCCGGGCTGGAAAAAGGGGGCATTCCCCTGGACGAATCTTTGGTCAGGACCTCACATCACCGCCCGGCCGCTGCGTATCAGTCCGCCCTCGAGCTGCTCCAGCTTTCGGACCGACCAACGGCCATCCTCTGCACAGACGACATGGAAGCGCTGCAGACGATCCGTGCCGCCTACCGCCTTGGCCTCCGCGTCCCCGAGGACGTCCAGATCGTCGGCGTCGGCAATTCCACGGAAGGCCAGGAGTACGATCCGCCGCTGACTACCGTGGGGCCGGACCCGATCTTCGAGCAGGTTGTCCGGATGTTGCTGGACCGGTTGGCGGGAACTACGCCGGCCGAGGGCATCCGGGTTGCGTCTCCGTGGAAGTTGCACCGCCGCGGCACGACGGAGGGCTAG MSKGSKPTIRDVALAADVSLTTVSYVLSGRHGGTTRISQPTQDRVLAAVKELGYVPNQAARGMRRGKTDVVAVAIGNLEWPWDRALATAAANILPQHGYQPVILLGDDWRKFTMSGGADGVIIGYFPEAKSEDETVTELARRGVAQVVISGTMKPAGFDVLAPETEAGLAECMDFLTASHRRIACIRRADPSGRPKSRFAAYAAGLEKGGIPLDESLVRTSHHRPAAAYQSALELLQLSDRPTAILCTDDMEALQTIRAAYRLGLRVPEDVQIVGVGNSTEGQEYDPPLTTVGPDPIFEQVVRMLLDRLAGTTPAEGIRVASPWKLHRRGTTEG PGPT0017992_2326 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 D3-18_04389 1254 xyoA COG0277 putative xylitol oxidase ATGAAGAACTGGGCAGGAAATCTTGAGTACTCGTCAGCGGACGTCCAGCGGCCCACCACTGTGGAGCAGCTGCGCGAGCTAGTAGCTCAGGCGACGCGGATCAAAGCCCTGGGTTCCCGGCACTCCTTCAACACCGTTGCCGACACCGACGGCACCCACCTCCTGCTCGACGCCCTTCCCCAGGAAGTTGTGCTGGACGCCGCGCGGGGCACCGTTAAAGTCAGCGGTGGCATCAGCTACGGGGCCCTGGGCCGCGCGCTTGAGGAACAGGGCTATGCCATCCACAACCTCGCTTCCCTTCCGCACATCTCCGTTGCGGGTGCCATCCAAACCGGCACGCACGGCAGCGGCGTCAACAACCCCTCCCTGGCTTCCGCCGTCGTTAGTGTTGACCTGGTGCGCGCCTCCGGCGAGCTGGTGACCCTCACGGCGGACGACGACGAATTCCTCGCCAGCGTGGTGGGAATGGGCGCGCTTGGCATTGTCACAGGGCTGGAGCTCGCGGTCCGGCCAAGCTACGAGGTACGGCAGCGAGTACTCATCAACTTGTCCTGGGAGCGCGCATTGGCGAATTTCCAGGACATCGCTTCGAGTGCTTACAGCGTCAGCTTCTTCACCGATTACACCGGCGACACCATTCCCCAGGTCTGGCTGAAGGCACTGGACACTGAAGCTCCATTGCCTGACTTGTTTGGGGCAACCGCTGCGGCGGCCGCCATGCATCCCCTGCCGGACATGTCTGCGGAGAACTGCACCGAGCAACTGGATGTGGCTGGCAAGTGGCTTGACCGTTTGCCGCACTTCCGCCATGAATTTACGCCAAGCAACGGCGAGGAGCTGCAAAGCGAGTTCCTCCTGCCCCTGGGGCAGGCGCCGGCCGCGCTGCAGGCTGTCCGGGGACTGGCCGACAAGCTCGCACCGCTCCTGTTCGTCTCCGAAATCCGCACCGTGGCCGCTGATGAGTTCTGGCTTAGCCCGTTCTACCAGCAGCAAAGCGTGGCACTCCACTTCACGTGGAAGCCGCTGCAGGCCGAGGTAGAAGCTGTGCTCCCGGAGCTCGAGGACGCCCTACGGCTCTTCGGCGCGCGCCCACACTGGGGCAAACTGTTCACGCTCGGCCATTACGACTTCGCGGCACTCTACCCGCGGTTCGAGGACTTCCGAGCCTTGGTTCAAGCCAATGATCCAACAGGCAAGTTCCGTAATGAGCTGCTGGACAGCGTGCTGGGCATCTCTGCGGCAACGCACGCCTAG MKNWAGNLEYSSADVQRPTTVEQLRELVAQATRIKALGSRHSFNTVADTDGTHLLLDALPQEVVLDAARGTVKVSGGISYGALGRALEEQGYAIHNLASLPHISVAGAIQTGTHGSGVNNPSLASAVVSVDLVRASGELVTLTADDDEFLASVVGMGALGIVTGLELAVRPSYEVRQRVLINLSWERALANFQDIASSAYSVSFFTDYTGDTIPQVWLKALDTEAPLPDLFGATAAAAAMHPLPDMSAENCTEQLDVAGKWLDRLPHFRHEFTPSNGEELQSEFLLPLGQAPAALQAVRGLADKLAPLLFVSEIRTVAADEFWLSPFYQQQSVALHFTWKPLQAEVEAVLPELEDALRLFGARPHWGKLFTLGHYDFAALYPRFEDFRALVQANDPTGKFRNELLDSVLGISAATHA NA NA NA NA NA D3-18_04390 1764 carB_3 Carbamoyl-phosphate synthase large chain ATGCGCAAGGTCCTGATAGCGAACCGTGGCGAAATTGCTGTCCGCGTCGCCCGAGCCTGCGACGACGCCGGAATCCTGTCTGTCGCCGTTTACGCAGACATCGATGCCGACGCAATGCACGTTGGTGCTGCTGATGAAGCCTTCAGCCTGGGCGGAAATTCGCCGGCTGACACCTACTTAAACATCGGGAAGCTGCTTGCCGTTGCCATGGAGTCCGGGGCAGACGCTGTCCACCCCGGGTATGGATTCCTTTCCGAGAACGCGGACTTTGCGCAAGCAGTGCTCGACGCCGGACTTGAGTGGATCGGTCCATCACCGGAGTCGATACGTCAGTTGGGCAACAAGATCACCGCCCGCGAAATCGCCGTCCGCGCCGGAGCACCGTTGGTTGCCGGCAGCGACGGTCCTGTCTCTTCTGCTGTGGAAGCTCGGGCCTTCGCTGAGGAACATGGACTTCCGCTGGCCATCAAGGCTGCGTTTGGTGGAGGTGGCCGCGGCCTGAAGGTAGTACGCGAGCTCGCAGAGGTGGAAGAGGCCTTCGATTCTGCAGTCCGGGAAGCTGTGGCTGCCTTTGGTCGTGGCGAGTGCTTCGTGGAGCAGTACCTTGACCGGCCTCGGCATGTGGAGGCTCAGATCATCGCGGACAAGCTCGGCAACGTCGTTGTGGTGGGCACCCGCGACTGCTCTCTCCAACGCCGCCACCAGAAGCTCGTGGAAGAGGCTCCCGCACCCTTCCTCAGTGACACGCAATGCCAGCAAATTTACGACGGCGCCAAGTCCATTGTGCGTGAAGCCGGCTACTACGGTGCCGGAACCGTGGAGTTTCTGGTCTCCGCCGACGGAGCCGTGGCGTTCCTTGAGGTCAACACCCGCCTGCAGGTTGAGCACCCCATCACTGAGGAGACTTCCGGGATCGACCTCGTCCAAGAGCAGTTCCGAATTGCTGCCGGCCTTCCGCTGAGCATCACTGAAGATCCCTTGGCTCGTGGACACTCCTTCGAGTTCCGCATCAATGCCGAGGACGTGGGCCGCGGCTTCCTGCCCTCGCCGGGGACCGTGGCCTTGTTCGAGGCACCTACGGGTCCGGGAATCCGCGTGGATACCGGAGTCCGGTCCGGCTCGTTTGTGGCGCCGCAGTTCGACTCCCTGCTGGCCAAGTTGATCGTCACAGGAGCTGACCGGCAGCAGGCTCTTCGTCGCGCGCGGCGTGCGCTGGCTGAAATCAATATCACCGGCCTCGCGACAGTCCTGCCGTTCCACCGCGCGGTCCTCGAGTCCGAGGATTTCACGTCCGTTGCCGGAATGCGGGTTCACACCCGGTGGATCGAGACCGACTTCGCAGACCAGATCCCCGTGGATCCCGAATACAACGTGGTTGCCCCGGAAGGGGAGCGACGAACCATCACCATTGACGTCGACGGCAAGCGGCTCGCAGTAGGACTTCCCGCGGCCCTTCTAGACGGTTGGGCTCGTTCGGGGCAGGGCATTCCTGCTTTTACTACGCCGACCGAAACGACGGGTTCTCTCATCGACTCCGGCGACTCTCCCGCAGAATCCGCCCTCGTCTCCAGCATGGCCGGGACCGTAGTGAAGTGGCTGGTGGAACCCGGCGCTGACGTAGCAGCCGGGGATCCTTTGGTGGTCCTGGAGGCCATGAAGATGGAAACCCAGGTCTCGGCACACCGTACAGGCACTCTCTCCGAGGTGTTGTCAGAGCCCGGCGGTGTGGTCACTGCCGGCGCTGTGCTGGCTCATATCGAGTAG MRKVLIANRGEIAVRVARACDDAGILSVAVYADIDADAMHVGAADEAFSLGGNSPADTYLNIGKLLAVAMESGADAVHPGYGFLSENADFAQAVLDAGLEWIGPSPESIRQLGNKITAREIAVRAGAPLVAGSDGPVSSAVEARAFAEEHGLPLAIKAAFGGGGRGLKVVRELAEVEEAFDSAVREAVAAFGRGECFVEQYLDRPRHVEAQIIADKLGNVVVVGTRDCSLQRRHQKLVEEAPAPFLSDTQCQQIYDGAKSIVREAGYYGAGTVEFLVSADGAVAFLEVNTRLQVEHPITEETSGIDLVQEQFRIAAGLPLSITEDPLARGHSFEFRINAEDVGRGFLPSPGTVALFEAPTGPGIRVDTGVRSGSFVAPQFDSLLAKLIVTGADRQQALRRARRALAEINITGLATVLPFHRAVLESEDFTSVAGMRVHTRWIETDFADQIPVDPEYNVVAPEGERRTITIDVDGKRLAVGLPAALLDGWARSGQGIPAFTTPTETTGSLIDSGDSPAESALVSSMAGTVVKWLVEPGADVAAGDPLVVLEAMKMETQVSAHRTGTLSEVLSEPGGVVTAGAVLAHIE PGPT0001705_1802 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 D3-18_04391 1674 hypothetical protein ATGCAAACCACCACCGCGAAAAGGGTTCGCTCGGTCAGGCCCGTTGGCACCCGTGCAGTCCTGGCCGAACTGGACAGCCTGCAGGATGTCCTCGCCCTGCAGGACATGCTCAACAAAGCCCCGCTCCCCGGCCAGGTGGACGTTCTGGCCGCCGCGGAAACTGTCATGGTGGTCGGCGAGTCGGCGGCTGCAACCCGTGCCATTGGCGCACGGCTCCTGGAGTTGGAGCTTGCTCCACTGATCGCCAGCGACTCCGGTCTTGTGGTCATCGATACGGTGTACGACGGTGACGACCTCGCCGATGTTGCTGAGCTGACCGGACTGAGCGTGGACGGCGTCGTAGCGGCCCACACCGGACAGGTTTGGACAGTGGCCTTTGCCGGCTTCGCACCCGGCTTTGGCTACATGGTGGGCGAGAATGAGGCCCTTACGGTTCCACGACGCTCCTCCCCACGTACAGCTGTTCCCGCGGGATCCGTAGCTCTCGGTGGACAATACTCCGCCGTCTACCCTCGGCGCTCCCCGGGCGGTTGGCAGCTGATCGGCCGGACCGGGGCCCGAATGTGGGACTTGGACCGGCCCCAGCCTTCCTTGGTTCGTCCAGGGGACCGGGTGCAGTACCGCGCAGTCCGCGAGGTTGTGACGGCTCAATCACCATCGAGCGGTGACGCCCCGGCGCGTGAACCGGAAAAGGAGCATCACGTTGAGTCCGGTTTTCGGATTCTCAACCCGGGCGCGCAGAGCCTGATCCAGGATCTCGGCCGCCGAGGCTACGGGCCACTGGGAGTCTCTGCTGCCGGTGCGCTGGACAGGGCATCGCTGCGGCGGGCCAATCGGCTGGTCGGAAACGCGTCTTCGGCTGCGGCGATCGAATCCGTCAATGGCGGGCTCACGGTGGAAGCCTTGGGCGACCAGGTAGTTGCTGTGACAGGGGCGCCGACGACGCTGACCATCGAGTCGCCGTCGTGGTTTGATTCCGACGGCGAGTCCGACGATGGCGACATCCAGCCGGGCGCTACGCGAACCGCCCCGATGGCCGCACCTTTCGCATTGCTCGACGGCGAAGTACTCACCTTGGGTGCTCCGGAGTCGGGGTTCCGGAACTATGTGGCAATCCGTGGCGGAGTGGATGTCCCGGAGGTGCTGGGTAGTCGCTCGGCGGACACGATGTCCGGAATCGGGCCGGCCCCCTTGGTAATCAGGCAGGTCCTCCCAGTGGGTGGCGCTACAGAGTCCACAGCGGTTGGTAGCCCCGAATTGCAACCTGACTTCCCGGGTGGGGGAGTCGCGGTGCTGGATGTCATCCCCGGACCCCGTGCTGACTGGTTTGATCAGAAAGCGCTCGATTCCCTCTGCGGCCAGGAATGGCTGGTCACTCCCCAATCCAACCGTGTAGGCATGCGGCTGGACGGCACCCCGCTGAAGCGCACGCGGGAAGGCGAACTTCCCAGCGAGGGCACCATGGCCGGAGCGCTCCAGATTCCACCTGCGGGACTGCCCGTCCTCTTCCTGGCGGATCACCCCATCACAGGTGGTTATCCGGTGATCGGCGTAGTGCGCGACGAACACCTTGATCTCGCCGCGCAGGTCCCCATCGGCGGAAAGATCCGCTTCCGGCTCGTGCCGGATTCCTCAGACTTCACCACGACTTATACGAAGACCCCAGAGAAGTGA MQTTTAKRVRSVRPVGTRAVLAELDSLQDVLALQDMLNKAPLPGQVDVLAAAETVMVVGESAAATRAIGARLLELELAPLIASDSGLVVIDTVYDGDDLADVAELTGLSVDGVVAAHTGQVWTVAFAGFAPGFGYMVGENEALTVPRRSSPRTAVPAGSVALGGQYSAVYPRRSPGGWQLIGRTGARMWDLDRPQPSLVRPGDRVQYRAVREVVTAQSPSSGDAPAREPEKEHHVESGFRILNPGAQSLIQDLGRRGYGPLGVSAAGALDRASLRRANRLVGNASSAAAIESVNGGLTVEALGDQVVAVTGAPTTLTIESPSWFDSDGESDDGDIQPGATRTAPMAAPFALLDGEVLTLGAPESGFRNYVAIRGGVDVPEVLGSRSADTMSGIGPAPLVIRQVLPVGGATESTAVGSPELQPDFPGGGVAVLDVIPGPRADWFDQKALDSLCGQEWLVTPQSNRVGMRLDGTPLKRTREGELPSEGTMAGALQIPPAGLPVLFLADHPITGGYPVIGVVRDEHLDLAAQVPIGGKIRFRLVPDSSDFTTTYTKTPEK PGPT0001010_841 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_ATRAZINE|DERIVATE_DEGRADATION XENOBIOTIC_CYANURIC_ACID_DEGRADATION,PGPT0001010-atzF-K01457 NA NA D3-18_04392 1350 abaF_12 Fosfomycin resistance protein AbaF ATGACCAGCACCAACAATGCACCCAAGGCAGCGACAAGGAAGCCGCCGCCCGGTGCCATCAAGGCGTACGTCGCCAGCCTCACCGGCACGTCGCTTGAGTACTACGACTTCGCCATATATTCGGTGGCCTCGGCCCTCGTGTTCCCCAAAATCTTCTTCCCGGGCAATGACGAATTCGTCGCGTTGCTGCTCTCCTTCTCAGCCTTTGCGGTTGGTTACCTGGCCCGACCGATTGGTGGCGTCATCTTCGGCCGCCTGGGCGACAAGATCGGCCGTAAGTACGTGCTGGTCTTCACCCTCGTGCTGATCGGCGTCGCGACGGTCCTCATTGGGGCGCTGCCTGACTACTCAGTGATCGGCGTCGCGGCCCCCACCATTCTTGTGCTGCTGCGATTGGCACAGGGCATCGGCGTGGGCGGCGAATGGGGTGGCGCGGTGCTGCTTTCCAGCGAATTCGGTGACCCGAACAAGCGCGGCTTCTGGTCCTCTGCAGCCCAGATCGGCCCGCCCGCCGGCAACCTCATGGCCAACGGTGTTCTTGCCATTCTTGCCGCTTCCCTCAGCGAAGAGGCCTTCCTCTCATGGGGCTGGCGCGTAGCCTTCCTGGCCTCCGCACTTTTGGTGGTCTTCGGCCTGATCATCCGGCTCAAGCTCGAAGAAACTCCTGTATTCAAGGCCATTCAGGCCCACGGAGATCGTCCCAAAGCTCCCATCAAAGAAGTCTTCACCACCCAGCCCAAGGCCTTGGTGGCAGCAGCGCTGTCACGTGTTTGCCCGGATATCCTCTACGCCCTGTTCACAGTGTTCGTCGCTGTTTATGCCACCAAGGAACTGGGCATGACCACCGGCAACGTCCTGTCCGCCATCCTGATCGGCTCGGCTTTCCAGCTGTTCCTGATCCCGGCGGCAGGTGCACTGACGGACCGCTTCAACCGTCGCTGGGTCTACGGCATCGCGGCAGCAGCTACCGCCGCCTATATCCCCCTGTTCTTCCTGATGATTCAGGGCAAGTCCGTCGCCATGCTGACCATCGGTACCGTCATTGGCTTGGCACTCCACGCCTTCATGTATGGCCCGCAGGCCGCCTTTATCACCGAGCAGTTCCCGGCCCGCCTTCGCTACGCCGGCAGCTCCTTGGCATATACCCTGGCCGGTGTTATCGGTGGAGCCGTTGCTCCCATCATCTTCACAGCGCTCTACGGTGCCGCTGGCGGCGGCTGGTCCCTGATCGCCGTTTACATCCTCATAGCAGCTGTTGTCACGATCGTGGGCATGCTCCTCGGTCGCGACCCCAAGCCGGAAGAAGACGTCCGTTTGATGCAGGGGACGCACGCTCAGCCGGCGGCGTAG MTSTNNAPKAATRKPPPGAIKAYVASLTGTSLEYYDFAIYSVASALVFPKIFFPGNDEFVALLLSFSAFAVGYLARPIGGVIFGRLGDKIGRKYVLVFTLVLIGVATVLIGALPDYSVIGVAAPTILVLLRLAQGIGVGGEWGGAVLLSSEFGDPNKRGFWSSAAQIGPPAGNLMANGVLAILAASLSEEAFLSWGWRVAFLASALLVVFGLIIRLKLEETPVFKAIQAHGDRPKAPIKEVFTTQPKALVAAALSRVCPDILYALFTVFVAVYATKELGMTTGNVLSAILIGSAFQLFLIPAAGALTDRFNRRWVYGIAAAATAAYIPLFFLMIQGKSVAMLTIGTVIGLALHAFMYGPQAAFITEQFPARLRYAGSSLAYTLAGVIGGAVAPIIFTALYGAAGGGWSLIAVYILIAAVVTIVGMLLGRDPKPEEDVRLMQGTHAQPAA PGPT0002956_562 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_04393 759 pxpA_2 5-oxoprolinase subunit A ATGGCAATCATCGATTTGAACAGCGACGTCGGCGAGTCCTTCGGGCGCTGGACGCTCGGCGATGACACTGCCATGTTCGAGTCCGTCTCCAGTGCAAACGTTGCTTGCGGATTCCATGCTGGCGACCCCAGCGTCATCCGCAGCACCTGCGAAAAGGCGGCCAAGGCCGGCGTCGTTATAGGCGCCCATGTTGGTTACCGCGACCTCGCTGGATTCGGCCGCCGCTTCATGGACATTGACCCCCTCGAACTGGCTGATGACGTGGTTTATCAGATCGGCGCGCTGCAGGCGTTGGCGGGCATTACGGGTGGCAGCGTCCAGTACGTAAAACCCCACGGCGGCCTCTACAACGCGATCGTCAAGCACACAGCCCAGGCTCGTGCTGTGGTTGATGCTGTGAAATCGGTTGACCCCAACCTTCCGATTCTTGGCCTTCCCGGCTCCGAAGTCCTGCGCCTCGCGGAGGAAGCCGGCCTTCGGGGCGTTTCCGAAGCATTCGCGGATCGCGCTTACAACCCGGATGGAACGCTCGTCCCGCGCTCCAAAGCGGGCGCCGTATTGCACGATCCAGCCGAAGTAGCAGAGCACGTCCTGCGAATGGCCACCGAACAAGCCGTCAGAACCATTGACGGTTCCGTCCTAAAAATCCGCGCAGAGAGTATCTGCGTGCATGGTGACTCACCCGGGGCCGTCGCGATGGCCACCGCTGTGAAGTCTGCTCTGAGCGACGCCGGCGTTGGAGTCGGCTCGTTCCTCTAG MAIIDLNSDVGESFGRWTLGDDTAMFESVSSANVACGFHAGDPSVIRSTCEKAAKAGVVIGAHVGYRDLAGFGRRFMDIDPLELADDVVYQIGALQALAGITGGSVQYVKPHGGLYNAIVKHTAQARAVVDAVKSVDPNLPILGLPGSEVLRLAEEAGLRGVSEAFADRAYNPDGTLVPRSKAGAVLHDPAEVAEHVLRMATEQAVRTIDGSVLKIRAESICVHGDSPGAVAMATAVKSALSDAGVGVGSFL NA NA NA NA NA D3-18_04394 633 hypothetical protein ATGAAAGTTCCCTCCGTTGCCGAGAGGGTGGCCGAAGAGCTGCGTTACCAACTTGCCGAAGGTTTCCTGGTCCCGGGCGCCAAACTGACCGAAGCCACCATTGCTGAGGACCTGGGCGTCTCCCGGAACACGGTCCGCGAAGCATTCGCCGAGCTGGCCGGGGAGCGGCTGCTTCTCCGCCAGCCCAATAAGGGCGTTTTTGTAGCCACCCTCGAAGCAGGCGACATTCACGACGTTTATACGGTTCGTCGGGCCATCGAGGTCAGCTCTATCCGGGCGGGCGGTTCTTCGGAGCGTATCGCCGCCGTCAGGGCCGCCGTCGAAGAAGGTAAGCGGGCAGCTGCGGCCAACGACAATGAAGGCCTGGGCAGCGCTAACCAACATTTCCACGGTGCCATCGTCGCCCTCGCCGAGAGCAACCGGTTGAACACGATCATGGCGCAGATCCTGGCCGAGATGCGGCTCTACTTCCACAAAGCCACCATGAACGCCCACTTCTACAGCGACTGGCTGAAGGAGAATGAGCAGATCTGCTCGGCTTTGGAAGTCGGCGAGCTGGAGAGGGCCGGCGACTTGCTCCTTGCCTACCTCAACCGGTCAGAGCAGCAGCAAACCGCTATCCACGGCGAGTAA MKVPSVAERVAEELRYQLAEGFLVPGAKLTEATIAEDLGVSRNTVREAFAELAGERLLLRQPNKGVFVATLEAGDIHDVYTVRRAIEVSSIRAGGSSERIAAVRAAVEEGKRAAAANDNEGLGSANQHFHGAIVALAESNRLNTIMAQILAEMRLYFHKATMNAHFYSDWLKENEQICSALEVGELERAGDLLLAYLNRSEQQQTAIHGE NA NA NA NA NA D3-18_04395 615 hypothetical protein ATGCCCAACTTCCCGTTGCACTCATTCATGTCCGACGACGCCGCTCAGGTTTCGGTGTTGCGTGACGGTTCCGCTGACCTCAGCTTCGTTCGGTTGCCCGTGGACCGCGAAGGCCTGAACGTTATCCCTTTGTATGAAGAGCAACCCGTGGTGGTCGCTCCCAAAGGACACGAGATTTCGGTGTTTGAGGAAGTTGCACTGGACGACCTCGCCGAGGAGAACTTCCTAGATATTGACGAAATGGGCGGGCCGGACATGGCCCTCCAGGTGGTCGCATCCGGCGCCGGGTTGGCGATCCTGCCGATGTCCGTTGCGCGGCACCTGAACGTGAACGACACGGTCATGCGTCGTCTGACAGGGGCTCCGGGGACGCAGATCGGCCTGGCTTGGCTGGTTGGAACCGACAGCCCGGTGATCGAAGAATTCATTGGGATCGTGCGTGGGCGGACAGCTCAGAGCTCCCGCCAGCCTTCAGCCCAGCAGGAAAAGCCCAAGAAGGCACCGAAGCCTGATCGTCGTGGCGGTGGCCCAAAGAAGCCCGCAGTTGCGCAGCGCTACGCCCCGAATCCAGACAAGGGCCGGGGCAAGGGTTCTCGCAAGAAGGGCAAACGCTGA MPNFPLHSFMSDDAAQVSVLRDGSADLSFVRLPVDREGLNVIPLYEEQPVVVAPKGHEISVFEEVALDDLAEENFLDIDEMGGPDMALQVVASGAGLAILPMSVARHLNVNDTVMRRLTGAPGTQIGLAWLVGTDSPVIEEFIGIVRGRTAQSSRQPSAQQEKPKKAPKPDRRGGGPKKPAVAQRYAPNPDKGRGKGSRKKGKR NA NA NA NA NA D3-18_04396 450 hypothetical protein ATGACGTCCTCGAACTCCCAGTCCATGAAGCCGGCAACAGTTGCCAAGAAACTCGGCATCTACCTGCCCGCAACACCCCAGGAGTTCCAGGATTCGTCCATCTCCCGCGAGGAATTCGCCGAACTTCAGGCCAACCCGCCGGAGTGGCTCGCCGAACTGCGCCGCAACGGCCCCCACCCGCGCCCGGTAGTCGCGCACAAGCTCAACATCTCCATCAGCGGCCTCGCCCGCGGCGGCGTAGAGGATGCGCTCACGACGGCGGAAATCACCGAGCTGCTGCAGGCACCGCCGCAGTGGCTGGTCACCGAACGCGCCACACACGCTGCTGTCCGCTCCGAAGCGCAGCGCGTCAAGGACGAAGCTGCCAAGAAGGCCGCCACGAAGGAAGCCCGGGACAACGCCGCTGCGAAGCGTGATGCTCCGAAGACCTCCAAGCGCGATCACGCGTAG MTSSNSQSMKPATVAKKLGIYLPATPQEFQDSSISREEFAELQANPPEWLAELRRNGPHPRPVVAHKLNISISGLARGGVEDALTTAEITELLQAPPQWLVTERATHAAVRSEAQRVKDEAAKKAATKEARDNAAAKRDAPKTSKRDHA NA NA NA NA NA D3-18_04397 372 hypothetical protein ATGTGCAGCATCCACGTCAAGGACCCCGCAGCAGCCCATGTCTTCTACACGGAGACACTGGGCTTCGAGACCTTGATGGCCATGCCGGAGTACAACCTGTTCATCATCAAGGATCCCGGCGCGGACAACAGCAATTCGCCTGGGCTGCTGCTAGAGCCCAGCGACAACCCCATCGCCTCGAACTACATGAACGCCCTGCATGAGTCCGGCCTGGCAGCCATCACCTTCGGCGTGCCCGATGTCCAGGCCGAGTACGAGCGTTTGCTTGCCGCGGGTGTGACGTTCCAAGGTGAACCCTCCGAGGATCCTTCAGGCGTCAGCGCAGTTTTTGACGACGGTTGCGGCAACTTCATTCAGATTCACCAGGATTAG MCSIHVKDPAAAHVFYTETLGFETLMAMPEYNLFIIKDPGADNSNSPGLLLEPSDNPIASNYMNALHESGLAAITFGVPDVQAEYERLLAAGVTFQGEPSEDPSGVSAVFDDGCGNFIQIHQD NA NA NA NA NA D3-18_04398 564 hypothetical protein ATGCCCGCCATGATGCTCCTGTGGGGCGTAGCTCTGGTTCTCGCAACCGCAGCAACCACATATGTCCTACACAGGAAACTGACGCACGGCCGCGGCCCGGAGCCGGACGGGCTCTTTTGGGACTTGTTCGGGGGCCTCGTTGTCATAGCGCCCGCCATTCTCGTCCCTGCAGTGCAATGGGCCCCGGCCGGGCTCATCATGGTTTTCGTCGGCATCGCCACAGCGGCAGGAACACTGGCAAGCATCCGCAAAGTGGAGCGGATCCACGCAGCTGAGCCGCGCCGTCGTGCTGGTTTCCCGGACGACGCAGCCCGCCACAGAAACATTCTGGAACAGTGGAGCCAATACGAGCTCGATCCTGCGCGGGCCATCGATTTTCCGGCGATGACGGACGTCAGGACTGCCGAAACAGCAGCACTCACGCGGGCCATGCGCGAGGCCGAGTACTGCAAGGTGACAGCAGGAACTGACTACCGTGCCGCCGTCGAGCGACTCGCGGAAGCTTTGGCAGCCGCCGAACGGGCAGCAGGCGTCCCAACGGCCGCCCTGCCCTCGCCCAGATGA MPAMMLLWGVALVLATAATTYVLHRKLTHGRGPEPDGLFWDLFGGLVVIAPAILVPAVQWAPAGLIMVFVGIATAAGTLASIRKVERIHAAEPRRRAGFPDDAARHRNILEQWSQYELDPARAIDFPAMTDVRTAETAALTRAMREAEYCKVTAGTDYRAAVERLAEALAAAERAAGVPTAALPSPR NA NA NA NA NA D3-18_04399 1506 puuP_4 COG0531 Putrescine importer PuuP ATGTCAACTGCACCAAAGACGGTCCAGTCGAAAGAAACATCGTCCCTGAGTGAAAAGGGGCTGAAAGCCGGATCGGTGGGCCTGATCGGCGCCGTCGTGATTGGTGTTTCCTGCATCGCGCCCGCGTATACGCTGACAGCGGCCCTTGGCCCCACCGTGTCCGAGGTTGGCGTGCACCTTCCCGCTATCTTCCTGGTGGGCTTCATCCCCATGCTGCTGGTGGCGCTCGGCTACCGCGAACTGAACAACGCAATGCCCGACGCCGGTACCTCCTTCACGTGGGCCACGCGCGCCTTCGGTCCGTGGATCGGTTGGATGGGTGGCTGGGGGCTGATCGCGGCAACGATCATCGTGTTGTCCAACCTTGCCGCCGTCGCTGTGGACTTCTTCTACCTGATGCTCGCGCAGATTTTCAGCAACCCGGAGTTGGGGGAGCTCAGCAAAATCCTGCCCCTGAACATTGCCACAACCCTGGTGTTCATTGCCTTGGCTTGCTGGATTTCGTACCGCGGCATGGAGACCACCAAGGGCGTCCAGTACGTGCTGGTGGCCTTCCAGCTGCTGGTGCTGGGCTGGTTCGCAGTATCAGCGTTCGTCCACGTATCAAACGGCACTGCTTTCGACGCCACCGCCATTTCGCCCGACTGGTTCAACCCGTTTGCCGTGGACTCCTTCTCCTCGTTCGCCGCGGGTGTGTCGCTCTCGATCTTCATTTACTGGGGGTGGGACGTCACCCTCACCATGAACGAGGAGACGAAGAACCCCGAGAAGACCCCGGGCCGTGCAGCGACCATCACTGTGCTGGTCATCGTGATCATCTACATGACCGTTGCCTTGGCTACGCTGTCCTTCGCGGGCGTGGGCGAGACCGGTTTGGGCGCCGGCAACCCCGAGAACCAGTCCAGTATCTTCGCCGTGCTGGCCGGTCCTGTGATGGGTCCGTTCGCAATCCTCATGTCGCTGGCCATCCTGAGCAGCTCGGCGGCGTCCTTGCAGTCGACGTTCGTATCACCGGCGCGCACCATGCTGGCCATGGGTCACTACCGCGCCATCTCGCCGCGCTTTGGCCGTATCAGCCCCACCTACAAGTCCCCCAGCTTCGCGACGATCGCGGCTGCGATCGCTGCCGCTGGTTTCTACGTGATCACCCGGACTGTGTCCGAGAACGCGCTGTGGGACACCATCACCGCCTTGGGCATGATGATCTGCTTCTACTACGGCATCACCGCTCTGGCCTGCGTCTGGTTCTTCCGGGCATCGGCGTTTAGTGGCGTCCGTCCGTTCTTCTTCAAGTTCCTGGCACCTTTATTGGGAGGCGTGATCCTGCTGGTCATGTTCGTCAAGACGGCCATGGATTCGATGGACCCGGAGTATGGCTCGGGCTCGTCCGTTGGCGGCGTGGGCTTGGTGTTCGTGCTGGGAATGGGCGTGATCCTGCTCGGCGTGGTGGTCATGTTGGTCATGTACCGGTTGCGTCCCGAGTTCTTCAAGGGCAAGGTTTTGTAG MSTAPKTVQSKETSSLSEKGLKAGSVGLIGAVVIGVSCIAPAYTLTAALGPTVSEVGVHLPAIFLVGFIPMLLVALGYRELNNAMPDAGTSFTWATRAFGPWIGWMGGWGLIAATIIVLSNLAAVAVDFFYLMLAQIFSNPELGELSKILPLNIATTLVFIALACWISYRGMETTKGVQYVLVAFQLLVLGWFAVSAFVHVSNGTAFDATAISPDWFNPFAVDSFSSFAAGVSLSIFIYWGWDVTLTMNEETKNPEKTPGRAATITVLVIVIIYMTVALATLSFAGVGETGLGAGNPENQSSIFAVLAGPVMGPFAILMSLAILSSSAASLQSTFVSPARTMLAMGHYRAISPRFGRISPTYKSPSFATIAAAIAAAGFYVITRTVSENALWDTITALGMMICFYYGITALACVWFFRASAFSGVRPFFFKFLAPLLGGVILLVMFVKTAMDSMDPEYGSGSSVGGVGLVFVLGMGVILLGVVVMLVMYRLRPEFFKGKVL NA NA NA NA NA D3-18_04400 891 COG0589 Universal stress protein ATGCGTTACGTAGTGGGCTACACCGCCAACGCGAGGGGGCACGACGCCGTCCACCTTGCGGTCGCGCTGGCCAGGAACCACGATGTCAGCCTGGACCTGGTCCTGGTGATCCCGGAAGATTCGCCGTTCAACGCCGTCTACCCTCCTGAGGCCGGCTACAACGACATCCTCAATGAGCAGGCGCAGCGATGGCTGGATGAAGGCCTCGCACTGGTGCCGGCGGACGTCACCGCCCGCGCCCACATCCGACGCGGTGACTCCGAAGCTCAGACACTGATCGATGTTGCCGTGGAGATGGATGCGGCGGCCTTGGTGATTGGTGCCACCAACGGTGGCCTGTTCAAGCGGTTCACAATCGGCTCTGTGGCCAGTTCACTGCTCCACTCGTCGCCGGTTCCGGTAGCTCTGGCCCCCCACGGTTACCAGCGCATGGAGCCGATCACGCGTTTGAGCTGCGGTTTCGGGACGCGCCCGGGCGCTGATGAACTGCTCGACGTCGCCGTCGAGTCCGCGCGCGACCGTGGCCTTCCGTTGCGGCTCGTCTCCCTCTTGGCGCTCGACGGCGGTTACTCACCTGGGTTGGCCGACGCTGCCTGGGTGCATGCCGCCGACCACCTTGCCGCCGACCGGCTTGCCGCCGACCGGCTTGCCGCCGTCGGAGGTTCTGCTGCGGAGACGCCGGAACCTGAGATCGTGGTCGCTCAGGGCCGCACCATTGAAGAAGCCGTTGACCGACTCGACTGGGAAGATGGCGAAATCCTGCTGATCGGCTCCAGCCGCCTGGCCCAGCACCGGGTCACCTTCCTGGGGAGCACCGCCAACCGGATCCTGCGTGCCCTCCCCGTTCCCATGATCGTGGTCCCCCGCGACTACACGCGACAAAGCTCCTAG MRYVVGYTANARGHDAVHLAVALARNHDVSLDLVLVIPEDSPFNAVYPPEAGYNDILNEQAQRWLDEGLALVPADVTARAHIRRGDSEAQTLIDVAVEMDAAALVIGATNGGLFKRFTIGSVASSLLHSSPVPVALAPHGYQRMEPITRLSCGFGTRPGADELLDVAVESARDRGLPLRLVSLLALDGGYSPGLADAAWVHAADHLAADRLAADRLAAVGGSAAETPEPEIVVAQGRTIEEAVDRLDWEDGEILLIGSSRLAQHRVTFLGSTANRILRALPVPMIVVPRDYTRQSS NA NA NA NA NA D3-18_04401 1428 puo Putrescine oxidase ATGGCATTCATTTATTGGTCAGCCACCACGGACGGCCACGGAGAGGACATCATGCAAAATCTTGATCGCGACGTTGTGATCGTCGGTGCCGGACCGTCAGGGCTGACGGCGGCACGCGAACTGAAGAAGGCCGGACTCAGCGTTGCAGTGCTCGAAGCACGCGACCGAGTGGGCGGCCGCACCTGGACCGACACCATCGACGGCGCCATGCTGGAGATCGGCGGCCAGTGGGTATCCCCGGACCAGACAGTGCTCATGGAGTTGCTGGACGAACTCGGACTGAAAATGTACTCGCGCTACCGGGAAGGCGAGTCCGTCTACATCGGCGCCGACGGCAAACGCACCCAGTACACCGGTGACACGTTCCCGGTGAACGAAACAACGAAGGCCGAGATGGATAAGCTTGTTGCCATCTTGGACGGTCTCGCCGCCGAGATCGGCCCCACCGAGCCCTGGGCGCACCCCAAGGCACGCGAGCTGGACACCATCTCCTTCCACCACTGGCTCCGCCAGAACTCCAACGATGAGGAAGCCTGCAACAACATCGGCCTCTTCATCGCCGGTGGCATGCTGACCAAGCCCGCACACGCCTTCTCAGCACTGCAGGCAGTGCTCATGGCCGCATCGGCCGGATCCTTCACCCACCTGACGGACGAAGACTTCATCCTGGACAAGCGCGTCATCGGCGGTATGCAGCAGGTTTCGCTGCTGCAGGCAGCGGAGCTGGGTGACGACGTCGTACTCAACAGCCCGGTTCGCACCATCAAGTGGGACGACAACAACGTAACTGTCGTGTCGGAGAAGGCAACCGTCAATGCGCGCTACGTGATCATGGCAGTACCGCCGAACCTCTACTCCCGCGTCTCGTTCGAACCCCCGCTGCCGCGCCGCCAGCACCAGATGCACCAGCACCAGTCGCTGGGCCTCGTCATCAAGGTCCATGCCGTTTACGACACGCCGTTCTGGCGCGAAGAAGGACTCTCCGGGACGGGCTTCAGCGCAGGCGCGCTGGTCCAGGAGGTCTACGACAACACCAACCACGGCGACACTCGAGGCACCCTGGTGGGCTTCGTATCCGACGAAAAGGCCGACGCCGTATTCGAGCTCAGCGCTGAAGACCGCAAGAAAGCCATCCTCGAGTCCATTGCCGGATTCCTTGGCGACAAGGCACTCACCCCGGAGGTCTATTACGAGTCCGACTGGGGCTCCGAAGAATGGACCCGCGGCGCCTACGCATCCAGCTACGACCTCGGCGGCCTGCACCGCTACGGCAAGGACCAGCACGCGAACGTGGGACCGATCTACTGGTCCTCGTCCGACCTCGCGGCCGAGGGCTACCAGCACGTTGATGGTGCCGTCCGCATGGGCCAGGCAACTGCCGCCCGAATCGTCGAGGCCAACAAGCTGGCTCCGGTACCGGTCGCTTAA MAFIYWSATTDGHGEDIMQNLDRDVVIVGAGPSGLTAARELKKAGLSVAVLEARDRVGGRTWTDTIDGAMLEIGGQWVSPDQTVLMELLDELGLKMYSRYREGESVYIGADGKRTQYTGDTFPVNETTKAEMDKLVAILDGLAAEIGPTEPWAHPKARELDTISFHHWLRQNSNDEEACNNIGLFIAGGMLTKPAHAFSALQAVLMAASAGSFTHLTDEDFILDKRVIGGMQQVSLLQAAELGDDVVLNSPVRTIKWDDNNVTVVSEKATVNARYVIMAVPPNLYSRVSFEPPLPRRQHQMHQHQSLGLVIKVHAVYDTPFWREEGLSGTGFSAGALVQEVYDNTNHGDTRGTLVGFVSDEKADAVFELSAEDRKKAILESIAGFLGDKALTPEVYYESDWGSEEWTRGAYASSYDLGGLHRYGKDQHANVGPIYWSSSDLAAEGYQHVDGAVRMGQATAARIVEANKLAPVPVA PGPT0007642_35 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINE_USAGE PLANT_DERIVED_PUTRESCINE_DEGRADATION,PGPT0007642-puo-K03343 NA NA D3-18_04402 696 tetR_4 Tetracycline repressor protein class E ATGCCCGCACCAACGCCCGCCCCTTCCGCCCTCCCGGCCGGCTCCGTACGCCGTCGCGCCGGTCGACCGACGGCGGCGATCCTGGACCAGGACGGGATTACGACGGCGGCGCTCGAGTTGATCAGCAACAAGGGTTACAACGGACTCACCATGGCTGCCCTGGCTCGCTCCCTTGGCGTCGCGCCGTCTGCGCTGTACAACCACGTGGCCTCCAAGGACGACGTATTACTGCTGGTGGAAGACCACTTGGCGGCGATGGTGGATGTCTCCGCTTTCGGCTCGGACCCATGGGATGTTGCAGTGCGTCGTTGGGCGTGGTCCTACCGAGACGTATTCTCGGAGCATACGCCGCTGATACCCGTGATTGCAGTGCTTCCCGTGGCAAATGCCCCCAAAACCTTGGCGATGTACGAGGCCGTGACTGCGGGCTTCCGCGATGCCGGGTTCCCTGAAGAAAAGATCATCTCGGCGATTGTGGCTTTGGAGGCGTTCGTTTTCGGTGCCGCTTATGACGTCACCGCGCCGGAGGACATCTTCGACGCCGGCAGCCTCGCCGAGCAGGTCCCCAACTTCACCGCCGCCGTGGACCGGCTGGCCGCCGAGGAGCACGCTCGGCCGACTGATGTCGCGTTCAACTTGGGACTGGAGGCCCTGATTGCAGGGTTCGGGGCGCTACGACAAGGCGTTTCTGACTAA MPAPTPAPSALPAGSVRRRAGRPTAAILDQDGITTAALELISNKGYNGLTMAALARSLGVAPSALYNHVASKDDVLLLVEDHLAAMVDVSAFGSDPWDVAVRRWAWSYRDVFSEHTPLIPVIAVLPVANAPKTLAMYEAVTAGFRDAGFPEEKIISAIVALEAFVFGAAYDVTAPEDIFDAGSLAEQVPNFTAAVDRLAAEEHARPTDVAFNLGLEALIAGFGALRQGVSD NA NA NA NA NA D3-18_04403 684 hypothetical protein GTGGCCGGCTATCACAAGGATTTGCGGGGCAGGCGTCCCTTGGGCGGGAACGCCATCCCGGGTAAAGCCCGGAAGAGCCTGAAAGCAGCCCTTGGCGCCCTCACGCTAGCCCTTGCCCTGGCCGGCTGCTCGGGGGTGGTGTCGGGCAATCAAGCGACCGCACCGGATGCCGGCGAGTTCGACACCCTGACGTCCGATGGGGCCGAACGTATAACGTCACAGGGGACCGCGAAGCTGGATATGACAAAGGGGAAACTCGAAAAGGAGGCCGTGGGTCTACCTGCGGACGCTGCGAAAGGCCCCCTGATCTTTGCTCAGGACGGCCGCGAGATTCAGATCAGCATCGCCGGTCCCAAAGGAACCGTGTCTGGAAACTCTGACACCCTCAAATTTGTAACGGACCCCGCGCGTTCAGACTTTAAGGAGGTCACTTTCTACCACCGGTTCGACACCTGGGAGGACCTGGAAAAGGACGTCCGTGACGGGGTTTCCCGTTACGGGTTGGACGCCGATGACGCAGAATATTGGCTCCAAAACGTCAAGAAGACCAGCAGTCCAGTCGATCTGTTCAAGCACAGGTTGGGTCCAGGCACGTCTACTGGATTGGCGGTCACCTACGACATTGTCTACGACTTTCCGGACCCATCCGTCATAAGCATCCGCGTCGGCCCCCTGGAAGGCTGA MAGYHKDLRGRRPLGGNAIPGKARKSLKAALGALTLALALAGCSGVVSGNQATAPDAGEFDTLTSDGAERITSQGTAKLDMTKGKLEKEAVGLPADAAKGPLIFAQDGREIQISIAGPKGTVSGNSDTLKFVTDPARSDFKEVTFYHRFDTWEDLEKDVRDGVSRYGLDADDAEYWLQNVKKTSSPVDLFKHRLGPGTSTGLAVTYDIVYDFPDPSVISIRVGPLEG NA NA NA NA NA D3-18_04404 1128 COG4948 L-talarate/galactarate dehydratase ATGAGCACCGTAGATCTCATCCGTCATGTCAAGCTATCCACGGCAAGGTTGCCCCTCACTGTGCCCATCAGCGACGCCAAAGTCTTCACCGGCCGGCAAAAGCCCATGACCGAAGTGCTGTTCCTGTTCGCTGAGATCACTACAGAACAGGGCCACAGCGGCATCGGCTTCAGTTACTCAAAGCGTGCCGGCGGACCCGCTCAATATGCCCATGCCAAGGAGGTCGCAGAAGGCATCATCGGCGAGGACCCCAACGACATCGGCAAGATTTACACCAAGCTTCTCTGGGCCGGCGCCTCCGTGGGGCGCTCCGGTGTAGCAACGCAAGCCCTGGCCGCACTAGACATTGCCCTCTACGACCTCAAGGCCAAGCGCGCCGGGCTCCCCCTTGCCAAGCTCCTGGGCTCTTACCGCGACTCGGTCCAGACCTACAACACGTCCGGTGGCTTCCTCAACGCAAGTTTGGATGAGGTCAAGGAACGCGCCACGCGGTCCATCGACGAGGGGATTGGCGGAATCAAAATCAAGGTCGGCCTGCCCGACTCCAAGGAAGATCTCCGCCGCGTCACCGGAGTTCGAGAGCACATCGGCTGGGACGTCCCCCTCATGGTGGACGCGAATCAGCAATGGGACCGCGCCACTGCCTTGCGCATGGGCCGCCAGCTTGAAGAATTCAACCTCATCTGGATCGAAGAACCACTGGACGCGTATGACTTCGAAGGCCATGCGCACCTTGCCCAGGTCCTGGACACGCCCATCGCCACCGGTGAAATGCTGGCGTCCGTCGCGGAGCACAAGGGCCTCATCGATGCCAACAGCTGCGACATCATCCAACCCGATGCTCCCCGCGTTGGCGGCATCACCCAGTTCCTGCGCCTCGCGGCGTTGGCAGATGAGAGAGGGCTGGGCCTCGCCCCGCACTTTGCCATGGAAATCCACCTGCACCTCGCCGCGGCCTATCCGCGCGAGCCTTGGGTGGAGCACTTCGACTGGCTGGACCTGCTGTTCGAGGAGCGCCTGGAAACCAAGAATGGCCGCATGATCGTTCCGGACCGCCCTGGATTGGGTGTCACTTTGAGCGATCAGGCCAGGGAGTGGACCACCGAATCCGTGGAATTCGGCGCGTAA MSTVDLIRHVKLSTARLPLTVPISDAKVFTGRQKPMTEVLFLFAEITTEQGHSGIGFSYSKRAGGPAQYAHAKEVAEGIIGEDPNDIGKIYTKLLWAGASVGRSGVATQALAALDIALYDLKAKRAGLPLAKLLGSYRDSVQTYNTSGGFLNASLDEVKERATRSIDEGIGGIKIKVGLPDSKEDLRRVTGVREHIGWDVPLMVDANQQWDRATALRMGRQLEEFNLIWIEEPLDAYDFEGHAHLAQVLDTPIATGEMLASVAEHKGLIDANSCDIIQPDAPRVGGITQFLRLAALADERGLGLAPHFAMEIHLHLAAAYPREPWVEHFDWLDLLFEERLETKNGRMIVPDRPGLGVTLSDQAREWTTESVEFGA PGPT0018185_169 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_TALARATE_DEGRADATION,PGPT0018185-talrD_galrD-K20023 NA NA D3-18_04405 699 lutR_6 COG2186 HTH-type transcriptional regulator LutR ATGAGCCGAAACCTGACCGCGGATCTCGCCGCCGACCTTCGCAACCGCATCGTCGACGGCGTCATCCAGCCAGGTGAGAAGCTCCCCAGCGAAAACACCCTCATCAGCGAGTTCGGGGTGAGCCGGACCGTTGTCCGTTCCGCCCTCACCCGTTTGCAGGCCGAGGGACTTGTGGAAACCGAACGCGGACGGGGCAGCTTCGCACTGACCCCGCCCGCGGACGGACCTACGCCTGCACCAGGAACGCGGGCCGTTGGCAGCGTGGAAGAGCGGCTGCAGATGCTCGACTTCCGGATCGGCGTCGAGACCGAAGCCGCAGCACTTGCCGCACGAAACCATACAGAACACCAACTGAAGGCCGTGCACGGCGCCTTGGAGCAGTTCGTTGCGAGCTCAGGCCACCCGGCCCATTCAATGAAGGCCGATTTCGAGTTCCACCGGGCTGTCGCGGCGGCCACCGGCAACCCCTTCTATACGGACTGCATCTCAGCCCTGGGCCAAACCATGATCACCATGCCCCGCCCACGCCTCGTTTCGGGCGATGAGCAGGATTCCCGAGGACGCTTCGAGCAAGTGGTCCACGAACACTCCTCTATATACGCAGCAATCGCGGAGGGCGACCCAGTGGCTGCCGCGGCCGCCATGCGCCTGCACCTGAGCAATTCACGACGCCGGTTCACGGGTTCCGCAGGCAACTGA MSRNLTADLAADLRNRIVDGVIQPGEKLPSENTLISEFGVSRTVVRSALTRLQAEGLVETERGRGSFALTPPADGPTPAPGTRAVGSVEERLQMLDFRIGVETEAAALAARNHTEHQLKAVHGALEQFVASSGHPAHSMKADFEFHRAVAAATGNPFYTDCISALGQTMITMPRPRLVSGDEQDSRGRFEQVVHEHSSIYAAIAEGDPVAAAAAMRLHLSNSRRRFTGSAGN NA NA NA NA NA D3-18_04407 750 hypothetical protein ATGGGTTTGCTGGACAAAGTCGAGCGCGGCATTGAAAAGGCCGTCCGCAACGTCTTCTCCACGGGGTCGCGGGCACGTGTTGAGCCAGTGGAGATCGCAAGCAAGCTGAGGCGCGAGTTGGACAACAAGTCCATCACTATCGCAGCCGGGCGGACACTCGCTCCCAATGTTTTTGATGTCCTCCTCAGCGATGAAGACTTCGCCCGGGCCCAGGAATGGGGAACACCGCTCGCCGAGGAACTGTGCGACGTCGTAATCCAGCACGTCCGCAGCCAGGGTTACACGCTCCAAGGCGCTGTCCGCATTTCGTTCCGGCGCAATGACGAAGAACGCGCAGGACATTTCGAAATCAACTCCCGGACCGAAAAATCGTCCGATGACGCGGCCCCTGCTCCACAAGCTCCACGTGCCCATGTTCCTGCTGCCCCGGCACGGCAACCTACCCGCCTCCAGCCCGTGCTGGACATTGGTGGCCAGCGGTATTCCCTCAACGCCCACTCAGTGGTGCTGGGCCGCTCATCGGAAGCCGACATCCTTGTAGACGACACAGGCGTTTCACGGAAACACCTTGAGGTCCGCACGGAGAACGGCGGTACCTGGGCTGTTGATCTCGGCTCCACTAATGGCAGTTACGTCAACGGGCATAAAGTGAACGGCAGCGTGGAGCTGACAGACGGCTCAACCATCACGATGGGACGTACCAAGATCATTTTCCGCCTACTCCCCCAAACCCCGGGTGGCCACGCGTGA MGLLDKVERGIEKAVRNVFSTGSRARVEPVEIASKLRRELDNKSITIAAGRTLAPNVFDVLLSDEDFARAQEWGTPLAEELCDVVIQHVRSQGYTLQGAVRISFRRNDEERAGHFEINSRTEKSSDDAAPAPQAPRAHVPAAPARQPTRLQPVLDIGGQRYSLNAHSVVLGRSSEADILVDDTGVSRKHLEVRTENGGTWAVDLGSTNGSYVNGHKVNGSVELTDGSTITMGRTKIIFRLLPQTPGGHA NA NA NA NA NA D3-18_04408 489 fhaB COG1716 FHA domain-containing protein FhaB GTGAACGACATCAGCGAACTGACCATCACAGCGCTTCGCTTCGGGTTCCTCCTACTGTTGTGGGTCCTGATCTTCAGCATTGTGACCACCATGCGCCGCGACTTCCAGATTGGCCGCAAGGCCGTAACTGGCGTTCCCACCGCACGCGAAGTGCGCAAGCACCCTGAGCTCGCAGCTTCTCCGCCGCCTGCAATCCAGCATGCGCGCACACTGGTAGTCACGGAGGGCCCTCTCAAGGGCACCACGGTTCCCCTGGCTGCCAGCCCCATCCTGCTCGGCCGCGCACAGGAAGCCACGCTTGTCCTGGAAGATGATTACGCTTCCGGGCGGCATGCGCGTCTATTCCCGCAGGGCAGCCGCTGGTTTATCGAAGACCTCGGCTCCACTAACGGCACCTACCTGGCCGATCAACAGCTCACCCGCGCTTTGCCGGTTGAGCTTGGCGTCCCCGTGAGAATCGGCAAGACGGTCATTGAATTGAGGCCGTAG MNDISELTITALRFGFLLLLWVLIFSIVTTMRRDFQIGRKAVTGVPTAREVRKHPELAASPPPAIQHARTLVVTEGPLKGTTVPLAASPILLGRAQEATLVLEDDYASGRHARLFPQGSRWFIEDLGSTNGTYLADQQLTRALPVELGVPVRIGKTVIELRP NA NA NA NA NA D3-18_04409 1701 hypothetical protein ATGGCTTCTTCCGAGACCCCCAAAGGCCAGGAAAAGCCTGCGGAGCGCCCGCTCATCATGCGCTACGCCGCGCGTTCCGACGTCGGACGGATCCGCTCCAAGAATGACGACTCCGCTTATGTGGGCCGCCATCTTGCAGTGGTGGCCGATGGCATGGGCGGTCACGCCGGCGGTGATGTCGCTTCCGCGTCAACGGTCCTGGACATGATCCACCTTGATCATGACGATTACCCTGAGGGCGCGGACACCGTCCTGGCCGACGAGATCCAGACCGCAAATTCGCTGCTCTCCGAGCTTGTCCACCAGAATCCCAAGCTTTCGGGCATGGGCACCACGGTCACGGCGCTGCTCCTGGAGGGCCGCAAGCTTCATTTCGCCCACATTGGCGATTCCCGTGCCTACCGGTTGCGCAACAAGAAGTTCGAGCAGGTCAGCATTGACCACACATTCGTGCAGCGCCTTATTGACGAAGGCCGCCTCCGCCCGGAGGAAGCGGAAACGCATCCGCACAAGAACGTCCTCATGCGGGTCCTCGGCGACGTCGACGCCAGCCCCGAGCTGGACTTGGATGTCCTGGACGTCGAACCGGGCGAACGCTGGCTGCTGTGCTCCGACGGGCTCAACTATGTAGCCGGCCACGTGGTGGAGCGCATGGTCCGCGAGACGAAGGACCTGCGCGAATGTGCTGAGATCCTGGTGGATCTGACGCTGGAAGCCGGCGCCCCGGACAACGTCACCGTGGTGATGTTGGAGATCTCGGAGGAGACCGACGACGACGTCAACACCGCCGCCGTCGACGTCGTTCCGGCAGCAGCGCTTGCCGCTGTTGACGAGCCGGAGGCAGTCACAGCCACCAAGTCCGCCGACGACCTGGCTGCGGACAAAGCGGCAGAGGGCGCCAAAGCCGAGTCCCACGCCAAAGCCGCGCGGGATGCCGATGCTGGATCATCGTTTAGTGCGGGAGATCCGGACGACAAAGAGGACGAGGCTGCATCGTCAGACGAGTCCACAGAGCCCCCCACCACTACCGACCCCCATTTGGGTGAGCACCTCTCGGCTGAAGTGCTGCGCGAGGAGTTGGCCAGCCGCCCCCACGAACTAGTTGGCGCTGCAGCCACGGCAGCTGAAACGGGCTCCATTCCCACCGTGGCGGGCCGTACTGTCGCACGCAGGGCAGCAACGGTCCTCACGCATAAAGCTGAGCAAGACCGCATTGAGATCGAAGAGCCAGCACGTCGCCGCGTGCGTTGGCTGATGCCTGCCGTTGCGGCCGTGGTTGTCCTGGGCGTGGTGGTTGGCCTGTGGCTTGGCTATGCCTGGACGCAGACGCGCTATTACATAGGTGAGTACGATCAGCGGGTCGCCATCTTCAACGGGATCTCTCAGAGGCTCGGACCCATTCAGCTCTCGCGGCTCGAAGCCGTTACCGATATCAGGGTGGATTCATTGCCGGAATACGGCCAGCAGAGCGTACGCCAAACAGTTCCGGCGGGTGACCTCGACAGTGCACAGGGCATTGTGGAGAACCTGAGGAACACGGGCAGCGCTTCAGCCAACTGCCCGAGCACCCCACCGGCCACAGCTTCGGGATCGGCTACCCCGACGCCCACGCCGTCAGCCACTGTGCCCATACCCAGCACGGCTGCCGTTGCCAGCCCCACACCTTCACCCGTCCCGACTCCCTGTGAGGCGGCCAAATGA MASSETPKGQEKPAERPLIMRYAARSDVGRIRSKNDDSAYVGRHLAVVADGMGGHAGGDVASASTVLDMIHLDHDDYPEGADTVLADEIQTANSLLSELVHQNPKLSGMGTTVTALLLEGRKLHFAHIGDSRAYRLRNKKFEQVSIDHTFVQRLIDEGRLRPEEAETHPHKNVLMRVLGDVDASPELDLDVLDVEPGERWLLCSDGLNYVAGHVVERMVRETKDLRECAEILVDLTLEAGAPDNVTVVMLEISEETDDDVNTAAVDVVPAAALAAVDEPEAVTATKSADDLAADKAAEGAKAESHAKAARDADAGSSFSAGDPDDKEDEAASSDESTEPPTTTDPHLGEHLSAEVLREELASRPHELVGAAATAAETGSIPTVAGRTVARRAATVLTHKAEQDRIEIEEPARRRVRWLMPAVAAVVVLGVVVGLWLGYAWTQTRYYIGEYDQRVAIFNGISQRLGPIQLSRLEAVTDIRVDSLPEYGQQSVRQTVPAGDLDSAQGIVENLRNTGSASANCPSTPPATASGSATPTPTPSATVPIPSTAAVASPTPSPVPTPCEAAK NA NA NA NA NA D3-18_04410 1431 rodA COG0772 putative FtsW-like protein ATGATGCAGACTGAGATAGCACCCAAACCACGCCGGAATGTCGAGCTGGTTCTCATCGTCCTGGCCCTTGCCGTAGGCATCGGCGCAAGTGCGTTGGTGAGCATCAACTCGGAAGTCGGGCTGGATAGCGACTTCTGGTTCCAGTCGAGCCTCCTGGCGGTTGCTGCTTTCGCGTTCCATGTGGTGCTCAGGCTCCGGGCTAAATATGCCGATCCAGTAATACTTCCGATCGTGGTAGCTCTCAACGGCCTCGGGCTTGCCCTGATTCACCGTATGGACGGCCCCGCGGACGATACTGGAAACAACCAACTGCGGTGGACACTCATCGCCATGGCGGTCTCCATCGCAGTGATTTGGTTCCTCAAGGACCACCGCATTCTTCGCCGTTTTACATACATCTCCTTGGCGGTCAGTGCCTTCCTCCTGGTCCTTCCCTTGATTCCAGGCATCTCCGCTGGCGAAATCCTGGGTGCGCGCGTCTGGATCCGAGTAGGTCCCATGACGTTCCAGCCCGGTGAAATCGCCAAAATCACTCTCGCCATATTCTTTGCCGGGTATCTATCCTCCAACCGGGACCTGATTCTGTTGGCTGGCCGAAAGATCGGCCCCATGCAGTTCCCACGGTTCAAGGACCTTGGCCCCATGATCACGGCCTGGCTCGTGAGCATTGGTGTTCTCGTCTTCCAGCGTGACCTTGGATCTTCCATCCTCTTCTTCGGCCTGTTCATCGTGATGATCTACGTGGCCACCAGCCGGATCTCGTGGGTGGTCATCGGACTGCTCCTCATTCTGGGCGGCGGCTTCATTGCCTCCCAGATCTTTTCCCACGTGGCGTTCCGCATAGACAGCTGGATCAATGCGTTTACACCGGAGGTCTTCGGCAGATCTCCCGGAGGTAGCGGGCAGATCGTAGAGGGCTTGTTCGGAATGGCCGACGGCGGACTGGTTGGCACCGGCCTTGGCCAGGGCCGGCCGGATCTGGTGCCCTTCGCCAATAGCGACATGATCGTTGCCCTCATCGGCGAGGAGCTGGGCCTCATCGGCCTCTTCGCCGTGGTGATGCTTTATCTGCTGCTCTTCACTCGAGGCTTCCGTGCAGCCTTGGGCACCCGCGATGCCTTCGGAAAGCTCCTGGCATGTGGTTTGTCCTTTGCGATTGCCTTGCAGTGCTTTGTGGTCATCGGAGGCGTTACCCGGCTCATCCCTTTGACCGGCCTCACTACTCCGTTCCTTGCCGCTGGTGGTTCCTCGCTTCTGGCCAACTGGATAATCGTTGGCCTGCTGCTCATGATTTCCAACACGGCACGCGGCCCAGTGGACACCACTCCCATGGTCAACAAGCCTCCGGCAAGCAGTAGCACTCCGGGAACACGTAAACCGGCCACAGGCCAGACACCCAGCGCACCAACGGAGGCGGTGAAGCACCAATGA MMQTEIAPKPRRNVELVLIVLALAVGIGASALVSINSEVGLDSDFWFQSSLLAVAAFAFHVVLRLRAKYADPVILPIVVALNGLGLALIHRMDGPADDTGNNQLRWTLIAMAVSIAVIWFLKDHRILRRFTYISLAVSAFLLVLPLIPGISAGEILGARVWIRVGPMTFQPGEIAKITLAIFFAGYLSSNRDLILLAGRKIGPMQFPRFKDLGPMITAWLVSIGVLVFQRDLGSSILFFGLFIVMIYVATSRISWVVIGLLLILGGGFIASQIFSHVAFRIDSWINAFTPEVFGRSPGGSGQIVEGLFGMADGGLVGTGLGQGRPDLVPFANSDMIVALIGEELGLIGLFAVVMLYLLLFTRGFRAALGTRDAFGKLLACGLSFAIALQCFVVIGGVTRLIPLTGLTTPFLAAGGSSLLANWIIVGLLLMISNTARGPVDTTPMVNKPPASSSTPGTRKPATGQTPSAPTEAVKHQ NA NA NA NA NA D3-18_04411 1458 pbpA COG0768 Penicillin-binding protein A ATGAACCAGGCTATTCGCAGCAGCTGGATGGCTGCCGTCGCCATGTTTGCGTTGATTTTCGGCGCCATCAGCTATGTTCAGGTGATTGGTGCTGATGACCTTAATGCCAACCCTTGGAACCAACGCGCCGTTCTGGCGTCATTCTGTAATGAACGTGGCTCCATTATTGTGGCTGGCAAGCCGGTAGTTGAGTCGGTCCCAGGTACTGAGTCCTGCGCCTTCCAGCGCAAGTACAACCAGCCTGAGTTGTATGCCGGAATCACCGGATACTTCTCCAAGTTCTTCGGTTCAAGCGGCCTGGAACAGTCCATGGGAGAAACCCTGGCAGGAAACTCTGATCAGCTGTTCCTGGATCGTATGAGTCAGATGTTCCTCGGCAAAGAGCCTAAGGGCGCATCCGTTGAATTGACCTTGGATCCATCCCTCCAGCAGTTGGCCATGGATCTGATTCCTGAGGGCCAGCGCGGCTCCATTGTGGTCACCAACCCCAAGACCGGCGCCATCCTGGCTATGGCTTCCAAGCCAACGTACGATCCCAACTTGATTGCCACCCATGACAAAACAACCGCTGATGCTAATTACGCGCAGCTGCTCGAGATTCCCGGCATCAACCTGAACCAAAGCGTCAGCGGCCCTACGGGTAACCTGCTCTCGCCAGGATCGGTCTTCAAACTCATTGATACCGCGGCTGCGCTGAACTCGGGCAAGTACAACAAGGACAGCGAGCTGCCGAATCCCAGCAGCCTGCCATTGCCCGGAAGCAGTGCCAGCCTGCCCAACTATGCCGGCGGTAACTGCAACGTCCGCGAAACAGCGTCCTTCGCGTTCGCTTTGGAGCAGTCGTGCAACACGCCGTTCGCGAGCATCGCACTTGACCTCGGCCAGGATGCCATCCGGGAGCAAGCGCAAAAGTTCGGCTTCGGTCAGGACTTCGGCGATCAGCTCAAGCTCCAGCAAGCCACCAGTGTCTTCCCCGAGGACCTCGACCAGGCCCAGCTCGCGCAGTCATCGGTGGGCCAGCGCGACGTCAAGGCCACTCCGCTGCAGATCAACATGATGACAGCGGCCATCGCCAATGGCGGGGTGCAGATGAAGCCCAACCTGGTTGAGGCCATCCGTGCACCCGATCTGCGCGTCATCAACGAACCCAAGCCTGAGGCGCTCCGCACCAGCACCACGCAGCCCATCGCGAGCCAAATCACCGAGTGGATGACCAGCGCCGTGGATAACGGAATCGCCAGGGGCGCAGCCGTTCCCGGCGTCAAAGTGGCCGGCAAGACCGGCACAGCCGAGCTCGGTGACTCAGGTTTGAACAACTCATGGTTTACCGGGTTCGCCCCGGCAAACGACCCGCAAGTAGCCGTCACCATTGTCATGGAGAGTGTGGACGTGCAAACCGGGGCCCAGCTAACCAGTCCGAACGCAAAGAAGATTTTTGAGGCGGTGTTGAATAAGTGA MNQAIRSSWMAAVAMFALIFGAISYVQVIGADDLNANPWNQRAVLASFCNERGSIIVAGKPVVESVPGTESCAFQRKYNQPELYAGITGYFSKFFGSSGLEQSMGETLAGNSDQLFLDRMSQMFLGKEPKGASVELTLDPSLQQLAMDLIPEGQRGSIVVTNPKTGAILAMASKPTYDPNLIATHDKTTADANYAQLLEIPGINLNQSVSGPTGNLLSPGSVFKLIDTAAALNSGKYNKDSELPNPSSLPLPGSSASLPNYAGGNCNVRETASFAFALEQSCNTPFASIALDLGQDAIREQAQKFGFGQDFGDQLKLQQATSVFPEDLDQAQLAQSSVGQRDVKATPLQINMMTAAIANGGVQMKPNLVEAIRAPDLRVINEPKPEALRTSTTQPIASQITEWMTSAVDNGIARGAAVPGVKVAGKTGTAELGDSGLNNSWFTGFAPANDPQVAVTIVMESVDVQTGAQLTSPNAKKIFEAVLNK PGPT0023920_625 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING-PENICILLIN-BINDING_PROTEINS,PGPT0023920-pbpA-K05364 NA NA D3-18_04412 1842 pknD_4 Serine/threonine-protein kinase PknD GTGAGGCCTACTTCGGGAATCACACTCGGCGGCAGGTTCCAGCTGACCAGTCGCATTGCGATTGGCGGCATGGGCGAGGTCTGGAAGGCCAAGGACCAGATCCTCGGCCGGATCGTTGCCATCAAGGTGCTTAAGGAGGAATACACGGGTGACCCCGGGTTCCTACAGCGCTTCCGTGCCGAGGCGCGTCACACCGCCCTCCTCAACCACGTGGGCATCGCCAACGTCTTCGATTACGGCGAGGAAGCCGGTTCAGCCTACCTGGTCATGGAGCTCGTTCCCGGACACCCCTTGAGCGGCATCCTCGAGCGTGAGCAGGTGCTCTCGCCGGACATGACGCTCTCCATCATCTCGCAGACAGCCCGCGCTCTTGCCGTTGCGCACGCGCAGGGCCTCGTCCACCGCGATATCAAGCCGGGTAACCTGCTGATCACGCCGGACAACCGCGTCAAGGTCACCGACTTCGGCATTGCCAGGTTGGCAGACCAGGTGCCGCTCACACAGACCGGCCAGGTCATGGGCACCGCCCAGTATTTGGCACCGGAGCAGGCGACGGGCCAGACCGCTACGGGTTCTTCAGACATCTATTCGCTCGGCGTCATCGGCTACGAGTGCCTCACCGGCCACCGTCCGTTCTCCGGTGAATCTCAGATCGCCATTGCCCTGGCGCAGGTGAATGACGCGCCGCCGCCCCTTCCGGAGACGCTGCCCACCCCCGTGCGGGCACTGCTCATGTCCATGTTGGCCAAGGATCCCAAAAACCGTCCGGCCAACGCCATCAAACTGGCCGAAGCCGCGGAAGCCATCCGCAACGGTGACATCGCCACCGCCCACGCCGCCGTCCCCGGAATGCTGCTGTTCGAATCCAATACCGGCCCCATCACGGCGCCGGTCGACACGGCAACGGCACCCACCGGCGTCGTTAGCTCGCCTTACGGCAAGGAACAGTCGACGACGGCGACGTCCGCACTGCCCGTGCTCGGCGCCGGGGCAGCCGGGGCTGCTCTTGGAGCCGCCGCCGCGTCTTCTGCTAACCCCCTGACGCGCGCAAACGCGCTGGAGGCCGAGCGTCAGCTCAACGACGACGAAGTGGTCTACACCGAAGAAGAGAACTTCGACGATCCTGAGCCGGAACGCAAAAAGCGCAGTCCGTGGACCTGGCCCCTGGTTGCCTTGATTCTGCTGGTGCTGTTTGCTTTGGTTGGTTTCCTGATTTCGCAGTCGGGTTTCTTCGCGCCCAGCCCCGCGCCCATCGAGACAACCACCACGAGCCCCAGCCGGAGCGCGAGTCCTACTTCCACTTCAGCTACGCCCTCGCCGCGGCCGACGGAGACCTCTGAGGCACCCCAGCCATCGCAGTCGGTTCCCCAGAAGATCAACATCATCCCGGAGGAGTACGTGGGCCAGCAGTTCGAGACGGTCAGCGCGCAACTTCGTGCATTGGGCTTCGGAGTGGATGGCCAGGAGGTCTTCGACGACACAGCCGAGGCAGGGATCGTCACGACTCTCAACCCCACCGGCCCTCGCGAGCCTGGCGAAACCATCACCGTCACCTACTCAAAGGGCCCCCAGCTGGTGGCTGTCCCCGCCATCGGAGTAGGGGTTGACGAATCGCGGATTCGACAGGCAATCGAAGGAGCCGGTCTTTTGTGGGTTGCAGGAGAACCCGTGAACGGTGCCATCGGCCAGCAGCCGGGAACGTTCGTCCGTTCCTCGCCGGCAGCTGGAACCCAGGTACCCGCAGGATCAACGGTCACTTATTACCTGTCCAAGGCCCTGGTTCCGGTTGATCCGGGCTCGTCGAGTGCCACCCCCAGCGGCTCCGGCAGCCCGAGCGACTAA MRPTSGITLGGRFQLTSRIAIGGMGEVWKAKDQILGRIVAIKVLKEEYTGDPGFLQRFRAEARHTALLNHVGIANVFDYGEEAGSAYLVMELVPGHPLSGILEREQVLSPDMTLSIISQTARALAVAHAQGLVHRDIKPGNLLITPDNRVKVTDFGIARLADQVPLTQTGQVMGTAQYLAPEQATGQTATGSSDIYSLGVIGYECLTGHRPFSGESQIAIALAQVNDAPPPLPETLPTPVRALLMSMLAKDPKNRPANAIKLAEAAEAIRNGDIATAHAAVPGMLLFESNTGPITAPVDTATAPTGVVSSPYGKEQSTTATSALPVLGAGAAGAALGAAAASSANPLTRANALEAERQLNDDEVVYTEEENFDDPEPERKKRSPWTWPLVALILLVLFALVGFLISQSGFFAPSPAPIETTTTSPSRSASPTSTSATPSPRPTETSEAPQPSQSVPQKINIIPEEYVGQQFETVSAQLRALGFGVDGQEVFDDTAEAGIVTTLNPTGPREPGETITVTYSKGPQLVAVPAIGVGVDESRIRQAIEGAGLLWVAGEPVNGAIGQQPGTFVRSSPAAGTQVPAGSTVTYYLSKALVPVDPGSSSATPSGSGSPSD NA NA NA NA NA D3-18_04413 1860 pknB COG0515 Serine/threonine-protein kinase PknB GTGTCCTCCCAGCGCATCCTCAATTCCCGCTATGAACTTGGCGAGCTGATCGGTCGTGGCGGCATGGCGGACGTCTACCGGGGAACGGACACCTTGCTGGGACGGACCGTTGCCGTGAAGGTGCTGCGCGCGGACCTCGCACGGGATCCCCAGTTCCAGGCCCGTTTCAAACGCGAAGCCCAGGCTGTAGCGGCCTTGAACCATCCCTCCATCGTGGCCATCTTCGATACCGGAGAATATTCGGTTCCGGGAGGTCCTGGGGAAGACGTGCGCGTCCCCTACATCGTCATGGAGTACGTGGCCGGACGCACCCTGCGCGACATGATCAAGGCGAACGAGCTTGGTGTGGAGAACTCCATCGGCTTCACTCTGGGGGTCCTTGGCGCCCTTGAATACAGCCACCGCGCAGGCATCGTCCACCGCGACATCAAGCCAGCCAATGTGATGGTCTGTGCCGACACCGGCGATGTGAAGGTCATGGACTTCGGAATTGCGCGCGCCATGGCCGATTCCGCAGCCACCATGACGCAAACACAAGCCGTAGTGGGCACCGCGCAATATCTTTCGCCGGAGCAGGCCCGTGGTGAAACGGTGGATGCGCGCAGTGACCTCTACTCGGCGGGTTGCCTCCTTTTCGAACTGCTGACCAGCAGGCCTCCGTTCATCGGCGACAGCCCCGTATCAGTTGCCTACCAGCACGTCCGCGAGACCCCGGACCCGCCCAGTGCCCACAACCCGGAAGTCACCGAAGCCCTGGATTCAGTCCTGGTAAAGGCGCTGCAGAAGAGCCGGACGGATCGCTTTCAGGACGCTGCCGCCTTCCGCCGTGCCCTGCGTGCGGCCAGCAACGGCATTCCCGTACCTGCGGTGGCGGCCAGTGAGGCCCCTACCGACCCCAACGACCTCGTGGAACCTGAAGACCCGGCAACAGAGCTTTTGAGCACCACAGCCGTGGGCTTCCTCGATGCCGGGCAGTTCAAGGACGAGCCAGTTGATCAGCCCCAGGAAGAGCCTCTTCCCTTGGGCCTCCCACCGGAACGTGAGCTGCCGGCGCGGCAGAAGTCCCGGCGTCGTGCCTGGGTTGCCACCTTGGTGATTTTCACCCTACTGGTGCTGGCCGGCGGTGGCTTCTGGCTCTACAGCCTCATGAACATGCAACCACCGCCGCCGGCAAAAATAGCCGTACCGGCTGTGACCAACATGTCCGAAAGCCAAGCGATCCAGGAACTCTTCACAGCCAAGCTGAAGCCCAAGTCCGTGCGTGAGCCCAGCGACAGCGTGGCCAAGGATATGGCCATCGGCACGACGCCGATTGCTGGTGCCCTGTTGGAACAAGATGCCGAAGTGATCCTCAAAATATCCAGCGGTCCCAGCTCAGTCACCATCCCGGCGGACATCGTGGGTCGCACTGACTCGGACGCGCGCGACGCTTTGCGCAGGCTTGGCATCACAGGCGACATCGTGACAACGCTGTCCCACAGTCCCACCGTTCCCGCAGGCGTTGTGATCAGCACGGCTCCCGCCCCTGGTGGCGCGATCGCCGTGGAGTCCAAGGTGGAGCTGCAGGTTTCCACGGGCAAGGTCCTCATGCCCCAGCTGATCGCTTTGCCGGCGACTGAAGCTGAAGCGGCACTGAAGGCCAAGGGACTGACCATGGCAGTGGTGGAGCAAGAGAATTCTCAAGTGCCGGCGGGGGTTGTCACAGCTCAGAGCGATGCCTTCAACACGGAGGTTGCCCAGGGCAAAGTGGTGACTGTGACGGTGGCCAAGGCCCCGGCTCCAGCACCCACACCTACCCCGACGCCAACAGAGACCGAAAAACCGACGCCGAAGCCCACGCCCACGGCAACCAAGAAGTAG MSSQRILNSRYELGELIGRGGMADVYRGTDTLLGRTVAVKVLRADLARDPQFQARFKREAQAVAALNHPSIVAIFDTGEYSVPGGPGEDVRVPYIVMEYVAGRTLRDMIKANELGVENSIGFTLGVLGALEYSHRAGIVHRDIKPANVMVCADTGDVKVMDFGIARAMADSAATMTQTQAVVGTAQYLSPEQARGETVDARSDLYSAGCLLFELLTSRPPFIGDSPVSVAYQHVRETPDPPSAHNPEVTEALDSVLVKALQKSRTDRFQDAAAFRRALRAASNGIPVPAVAASEAPTDPNDLVEPEDPATELLSTTAVGFLDAGQFKDEPVDQPQEEPLPLGLPPERELPARQKSRRRAWVATLVIFTLLVLAGGGFWLYSLMNMQPPPPAKIAVPAVTNMSESQAIQELFTAKLKPKSVREPSDSVAKDMAIGTTPIAGALLEQDAEVILKISSGPSSVTIPADIVGRTDSDARDALRRLGITGDIVTTLSHSPTVPAGVVISTAPAPGGAIAVESKVELQVSTGKVLMPQLIALPATEAEAALKAKGLTMAVVEQENSQVPAGVVTAQSDAFNTEVAQGKVVTVTVAKAPAPAPTPTPTPTETEKPTPKPTPTATKK NA NA NA NA NA D3-18_04414 642 trpG COG0512 Anthranilate synthase component 2 ATGAGCACAACAAAAATTCTTGTAGTGGATAACTACGACAGCTTCGTCTACACCCTGGTGGGATACCTCCAGGAACTCGGCGCCGAGACAACGGTGGTCCGCAACGACGACGTGACGCTTGCCGAGGCCACCGAGCTCGCAGCAAGCCGCGACGGCGTCCTCGTCTCCCCGGGCCCTGGCACCCCTGCTGAAGCGGGCGTCTGCATCGAGCTCATCAAATGGTGTGGCGAGGCCGCCAAGCCTATGTTCGGTGTCTGCTTGGGACATCAGGCCCTCGCAGAGGCCTATGGCGGAGTGGTGACTCACGCGCCGGAACTTATGCACGGCAAGACTTCCCCCGTGAGTCACGAAGGCAAGAGCGTTTTCGCCGGCCTACCCTCGCCTGTCACGGCAACGCGCTACCACTCACTCGCGGCTGTACGGGACTCCATCCCGGACGTCCTGGAGATCACCGCCGAGACCACCAACGGAGTGGTGATGGGCCTGCAGCACAAGACCGCGCCCCTGTGCGGCGTCCAGTTCCACCCGGAATCGGTGCTCACCGAGGGCGGGTATCAGATGCTGGGTAACTGGTTGGAGTCCCTGGGCATGACCGGGGCAGCCGAGCGCGCATCGAAGTTGAGCCCGCTGATCAAGCAGTAG MSTTKILVVDNYDSFVYTLVGYLQELGAETTVVRNDDVTLAEATELAASRDGVLVSPGPGTPAEAGVCIELIKWCGEAAKPMFGVCLGHQALAEAYGGVVTHAPELMHGKTSPVSHEGKSVFAGLPSPVTATRYHSLAAVRDSIPDVLEITAETTNGVVMGLQHKTAPLCGVQFHPESVLTEGGYQMLGNWLESLGMTGAAERASKLSPLIKQ PGPT0008000_384 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-VITAMIN_B9|FOLATE_METABOLISM,PGPT0008000-pabA-K01664 NA NA D3-18_04415 171 hypothetical protein ATGTACGCGTGGATCTTCCGTAATTTGCCAGGCCCTTTGTGGGTGCGGATCCTGACATCCTTGGTACTAGTGGGCGTAGCCCTGGTACTGATGGTCGAGTTCCTCTTCCCGTGGTTCTCCCAATTCACCACTTTGACCGACTCAACGATTGGTTCAGTGCAGCAGCCATGA MYAWIFRNLPGPLWVRILTSLVLVGVALVLMVEFLFPWFSQFTTLTDSTIGSVQQP NA NA NA NA NA D3-18_04416 813 srtE1 COG3764 Sortase SrtE1 GTGGCGCATCAGCAGCAGACGGCGGCTTCGGCCATGCCGTCCGCCCGCCAAGAGCAGGAACTGCGCCCCCGAAAGCGTCTCCGGGCATCGGATGTCTTCCGGAAAATCAGCCAGATCCTGGGCGAACTGCTCATCACCGCAGGCATAGTTCTGCTCCTCTTTGTGGGCTGGGAACTGTGGTGGACCAACGTGGAAGCGGATGCCAAGCAAACTGAAGCGGTCAAGAGCTTCGCTCAGGAATTCTCCGGCCCCGTAACTCCGGCAGCACCTGCCGCGCCCGTGGACTATGGGCCACCTGTGGTTGCACCGGCGCCGGCATACGCCGGAATGATCGGGATTATGTACATCCCCCGCTTCGGCCTCGACTACACGCGCCCCATCATCGAGGGCACCGGTTCGGACGTCCTGGACACCTTGGGACTCGGACACTACGGGAGCACCTCCATGCCCGGCGCGCCGGGAAACTTCGCAGTAGCGGGCCATCGCCAAACCCACGGCGCGGTACTGGACAACATCCACACCCTGGTTCCCGGGGACAAGATCTATATCCAGACGGCCGACGGCTACTACACCTACGTCTTCCGCAATAACCAGATTGTCCTCCCGGACCGCACGGACGTTTTGATGCCCGTTCCCACCGAACCGGGGGTCCAGCCCACGGAAAGTATCCTCACCATGACCAGTTGCAACCCGCGGTTCGGGGCACAGGAACGCATCATCGCGTACTCAATGCTGGATAGTTGGCAACCTGCCTCAGCCGGACCGCCGTCGGAAATCGCCGCCCAAGTAGCCCGGGCACACGGAAAGGGGTAA MAHQQQTAASAMPSARQEQELRPRKRLRASDVFRKISQILGELLITAGIVLLLFVGWELWWTNVEADAKQTEAVKSFAQEFSGPVTPAAPAAPVDYGPPVVAPAPAYAGMIGIMYIPRFGLDYTRPIIEGTGSDVLDTLGLGHYGSTSMPGAPGNFAVAGHRQTHGAVLDNIHTLVPGDKIYIQTADGYYTYVFRNNQIVLPDRTDVLMPVPTEPGVQPTESILTMTSCNPRFGAQERIIAYSMLDSWQPASAGPPSEIAAQVARAHGKG PGPT0024075_1092 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_RELATED_SORTASE,PGPT0024075-srtA-K07284 NA NA D3-18_04417 255 crgA Cell division protein CrgA GTGCCCGAGTCCAAGCCCCGCAAGCGGCCTGCCCGTCAGGCCCAGCAGACTTCCGCAGCGCAGCAGTACAAGCCGAACCCGGTTTGGTACAAGGCTGTCATGTTCGGCCTGATGATTCTCGGCCTGATCTGGATCATCACGTTCTATATCACCGAGGGCCAACTCCCTATCCGCGAGTGGGCCTCGTGGAACATCGTGGCAGGCTTCGGGATCGCGATTATCGGCTTCCTTATGACCACTCGCTGGCGCTCCTAG MPESKPRKRPARQAQQTSAAQQYKPNPVWYKAVMFGLMILGLIWIITFYITEGQLPIREWASWNIVAGFGIAIIGFLMTTRWRS NA NA NA NA NA D3-18_04418 510 ogt_1 COG0350 Methylated-DNA--protein-cysteine methyltransferase ATGAGCAGCCGGCACACCACCTTGGATTCCCCGTTGGGGCAGTTAACGCTGACTGCCCGCGGGGAATTTTTGACGGGCATTTTCTACGAGGGTCACTGGCATATGCCCCAGCCGGACTACTTCGGAGATCTCACGGGAATCGATGACCCGGTTTTCGCGCGGACCCAAACCGAACTCGCCGAGTATCTGGGTGGTCATCGGACGGTTTTCGATGTGCCGTTCGAAGCCTTAGGAAACCCCTTCCAGGAGAAGGTCTGGGACCGGCTTAAACATATTCCCTTCGGTGAAACCGTTACCTACGGGGAGTTGGCGTCAGAGCTGGGGGACCCTCATCTTGCCCAAGCTGTTGGGTCCGCCGTTGGACGCAACCCCATAAGCATCATCATTCCTTGCCATCGGGTTGTGGGACGCAACGGACAACTCACCGGATACGCAGGTGGCCTTCGGAACAAGCGATTCCTCTTGGAATTGGAAGAGCCGGCAGAAGTGCGGGAGGGCAAGCTTTTCTGA MSSRHTTLDSPLGQLTLTARGEFLTGIFYEGHWHMPQPDYFGDLTGIDDPVFARTQTELAEYLGGHRTVFDVPFEALGNPFQEKVWDRLKHIPFGETVTYGELASELGDPHLAQAVGSAVGRNPISIIIPCHRVVGRNGQLTGYAGGLRNKRFLLELEEPAEVREGKLF NA NA NA NA NA D3-18_04419 528 hypothetical protein ATGAAGCCAGGGCAAATGGTCAACAAGAAGCCGTTCGAAGCAGTGGTGCGGGAACAGGGTGCCACCGTGCTTCGGGTGTGCCGTGCCGTTCTCGGAGTGCACGATGCCGATGATGCGTGGTCAGATACGTTCCTGGCCGCCCTGCAGGCCTACCCCACCCTCCCGGCAGGGGCCAACGTTGAAGCTTGGTTGGTCACCATCGCCCACCGCAAGTGCATCGACCAGGTGCGTGCGGGTAGCCGCCGCGCCCTGCCGGTGGACCATCCACCTGTACAACACTCCAGCCTCGGCATTCCCGGTGACGGGCATGAGGAATTGCTCGACGCCGTAACGAGCCTTCCGCCGAAACAGCGTCAGGCTGTGGCTTACCACTACCTCGCCGGCCTTCCCTATAACGATGTTGCTGCCCTGTTGGGGGGCACCGCCGAGGCTGCCCGCCGTGCCGGCGCTGACGGTGTGAAATCACTCCGCTCCGCCCTTGCTGCACATCAGTCGCTGGCTCATACATCCTCGAAAGGTGATATCTGA MKPGQMVNKKPFEAVVREQGATVLRVCRAVLGVHDADDAWSDTFLAALQAYPTLPAGANVEAWLVTIAHRKCIDQVRAGSRRALPVDHPPVQHSSLGIPGDGHEELLDAVTSLPPKQRQAVAYHYLAGLPYNDVAALLGGTAEAARRAGADGVKSLRSALAAHQSLAHTSSKGDI NA NA NA NA NA D3-18_04420 630 ogt_2 Methylated-DNA--protein-cysteine methyltransferase ATGACCCTCGAACTCAGCCCCGATCACGCCGAGGTCGTTTCCCTCCTGCACCCCCTGGATGCAGGACTCGAACCAGCCATTGCCAGCCTCCACGCCCGGTTGGCCCGCGATGCTCAACTGACCCACACCTTGGACATCGCTTACAGGGTTGTGGACTCCCCTGTAGGGAAGCTCCTCCTGGCCGCGACCGATCGTGGAATCGTCCGCGTGGCGTTCGAGCTGGAAGACCACGACTCCGTCCTGCAGCTCCTGGCAAACACTGTGAGCCCGCGGATCCTTCAGGCACCAGCACGATTGGATGATGCCGCCCGGGAACTCGACGAGTACTTCAAAGGCACCAGGACGGAGTTCGATCTCACGTTGGACTTCCGTTTGTGCCGCGGTTTCCGGCTCAACGTCCTGCGCCACCTGCCTCGGATCCCTTACGGCAGCACAGCCAGCTATGCCCAGGTGGCCCAGGCAGCTGGCAGCCCCAATGCGGTCCGGGCCGTCGGAACCGCCTGCGCTACCAACCCTTTGCCGCTCATCGTGCCGTGCCACCGGGTAGTGAAATCTGATGGCAGTTTCGGCGGCTACCTTGGTGGAAGCGAGGCCAAACGCGCACTGCTCCGCCTTGAGGCAGCCGCATGA MTLELSPDHAEVVSLLHPLDAGLEPAIASLHARLARDAQLTHTLDIAYRVVDSPVGKLLLAATDRGIVRVAFELEDHDSVLQLLANTVSPRILQAPARLDDAARELDEYFKGTRTEFDLTLDFRLCRGFRLNVLRHLPRIPYGSTASYAQVAQAAGSPNAVRAVGTACATNPLPLIVPCHRVVKSDGSFGGYLGGSEAKRALLRLEAAA NA NA NA NA NA D3-18_04421 717 hypothetical protein ATGAGTGACGACGCCCTGTTTCCGCTGGAACTTCTGCAGCCGGAAGGGCACGACGCCGGTCCCCGACTGGTTTCGCCTGGCGCCGTCCATGTGCCTGGCTGGCTCACCCTTGAGCAGCAACGGTGGATCGTGGCGCGCTTTGGCGAATGGACACAAGGACCGGTTCCCCTGCGTGCTGCGACCCTCCCTGGCGGACACCAGATGTCGGTAAGGACTGTGTGTCTTGGTTGGCACTGGCAGCCATACAAGTACACAAGGGAAGCCACGGACGTCAACGGCCGTCCCGTACTCGACTTTCCGGAGTGGATGGTGCGCTTGGGGCGGCAGGCAGTGGAAGCGGCCTACACCTCCGGAGTTGAAGATGATGAAGCCCTGAGCAGACTGGCCAAGGATTACACACCCGATGCCGCGCTGGTGAACCTTTACGATGACGGTGCCGCCATGGGCATGCACCAGGACAAGGACGAGCGCTCCAACGCGCCGGTGGTTTCGCTCAGCATCGGGGAAACCTGCCACTTTCGCTTTGGCAATACTCAAACACGGAGCAAGCCATATACGGATGTTGAACTCCGCTCCGGAGATCTCTTCGTCTTTGGGGGACCATCACGGTTCGCGTATCACGGCATTCCCAAAGTCCTCCCGGGAACGGCACCGGACGGTTGTGGCCTCTCACACGGACGGATCAACATCACCATGCGGGTTACGGGATTGTCCTGA MSDDALFPLELLQPEGHDAGPRLVSPGAVHVPGWLTLEQQRWIVARFGEWTQGPVPLRAATLPGGHQMSVRTVCLGWHWQPYKYTREATDVNGRPVLDFPEWMVRLGRQAVEAAYTSGVEDDEALSRLAKDYTPDAALVNLYDDGAAMGMHQDKDERSNAPVVSLSIGETCHFRFGNTQTRSKPYTDVELRSGDLFVFGGPSRFAYHGIPKVLPGTAPDGCGLSHGRINITMRVTGLS NA NA NA NA NA D3-18_04422 600 tag COG2818 DNA-3-methyladenine glycosylase 1 ATGACCCCGGATAACGGCACCGTCGTTGGTGAAGATGGGCTGGCGCGCCCGCTATGGGCATCCTCGGATCCCCTCATGCAGGCGTACTACGACCACGAGTGGGGAATGCCCGTCCGCGATGAGCAGGGCATGTATGAGCGCATCAGCCTCGAAGCCTTCCAAGCCGGTCTCTCCTGGGCCACTATTCTTCGGAAACGGGATGCTTTCCGGAAGGCCTTCCTGGACTTTCATCCGGAGAGTGTTGCCGCCTTCGCCGAGGCTGACGTGGAGCGCCTCATGCTTGACGCCGGGATTGTGCGCAACAGGCTAAAGATCAATGCCGCGATCACCAACGCCAAGGCCACCATTGCCTTGCGCGAAGAGGGGGGCTTGGTGGAATTCGTGTGGTCATTCCAGCCCGACAGTACGCCTACTCCCAGCTCAATGGCGGACATCCCCACCACATCCCCGGAATCGATCGCGTTATCCAAGGCACTCAGAAAGAAGGGTTTCGCTTTCGTGGGCCCAACCACCATGTATGCCCTCATGGAAGCGGTGGGCATCATTGATACCCATCTGATGAACAGCCACCGGCGGGGCACCTCAGGAGTTTGGACCTGA MTPDNGTVVGEDGLARPLWASSDPLMQAYYDHEWGMPVRDEQGMYERISLEAFQAGLSWATILRKRDAFRKAFLDFHPESVAAFAEADVERLMLDAGIVRNRLKINAAITNAKATIALREEGGLVEFVWSFQPDSTPTPSSMADIPTTSPESIALSKALRKKGFAFVGPTTMYALMEAVGIIDTHLMNSHRRGTSGVWT NA NA NA NA NA D3-18_04423 204 hypothetical protein GTGGATAAGCTCCGGGAGTACGGTGCTTTCATGAAGATCGACTTCAAGAGGCAGATCCCCAGCTACGGCGCCAAGCACGGCTTGTTCTCCGTGATTACGGTGCCCACCCTGCAGTTCTTGATGATCGACGGTCACGGGACCCCAACACGGCGGAGTCTTACAGGGACAGCCTGGCTACCCTGTATCCCGTTGCCTACAAGCTGA MDKLREYGAFMKIDFKRQIPSYGAKHGLFSVITVPTLQFLMIDGHGTPTRRSLTGTAWLPCIPLPTS NA NA NA NA NA D3-18_04424 396 hypothetical protein ATGCCCCTCGAGGCTCAGTGGTGGGCGGACGACATGGAGTCATTCACTAATGCCAGGGATAAGTCACGCTGGGACTGGACTCTGATGAACATGGTCCCGGACTGGGTCACCCAGGAGCACCTGGACATGGCGCGGGAGGCGGTCGCCAAGAAGGGGGAGTCCCCGCTTCTGAAGGCACTTCGTCTGGAGCCCCTCCATGAAGGTTTGAGCGTGCAAACGCTTCACATAGGTCCCTACGACGATGAAGAGCCAGTGCTCGCGGAGATGCACAACAAATTCATACCGGAGAAGTCGCTGACGATGACCGGCAGGCACCATGAAATCTACCTCGGCGATCCTCGCCGTACCGCGCCGGAGAAGCTAAGGACCATCCTGCGACAGCCGGTTAGGGAATGA MPLEAQWWADDMESFTNARDKSRWDWTLMNMVPDWVTQEHLDMAREAVAKKGESPLLKALRLEPLHEGLSVQTLHIGPYDDEEPVLAEMHNKFIPEKSLTMTGRHHEIYLGDPRRTAPEKLRTILRQPVRE NA NA NA NA NA D3-18_04425 855 gluP COG0705 Rhomboid protease GluP ATGAGTTACGGAATTCCGTCGGCTGAGCCGTCCGCTGATATTCCGGTGTGCCCCAGGCACCCGGACAGGCCCTCCTATGTGCGGTGCCAGCGCTGCGGGCGCCCTGCGTGCCCCGAGTGCCAGCGGGCGGCCGCCGTCGGATTCCAGTGCGTTGACTGCGTCAGCGAACAAAAACGTACGACGCCGGCATACCGCTCCCCGTATGGCGGAGCTTTGGCAGTGGGCCGGCCTTTGGTGACGTTCGTGATCATTGGCCTGTGCGCCCTGGTTTATGTCCTTCAGTGGATCGTGCCCGGCGATGCGGTCTTTGAAAACTTTGCGTTCGCCAACATCTTTGCTGTCAGCGAGCCATGGCGCATGATCACTGCAGCATTCCTTCATTCGCAAGGTTTCCTGCTTCACATAGTCCTGAACATGTATACGCTGTGGATTTTCGGACAAGCCCTTGAGCCTTTGCTCGGGCGGATCCGGTTTCTGGCTGTGTACTTGATTTCCGCAATTGGTGGCTCAGTGGGCTTCCTTTTGCTGACCCCGGACAGGCCCCTTGTGGGAGTCGTGGGTGCTTCCGGGGCCATCTTCGGCCTGTTCGGTGCCATGCTTGTTGTGCAGCGCCATCGAGGTGGAGAGACCAAGCAACTTTGGGTCCTGATCGCCATAAATGGCGCTATTGGCTTCTTCGTGCCCAGCATCGCCTGGCAAGCGCACCTGGGCGGCCTGATTGCTGGCGGCTTGGCTGCTGCCGCCATTGCCTACGCACCTCGCGGCAAGAACCAGGCACTGCTGCAGACCGGCGGGCTGGTTCTGGTGGCAGGCCTCTTGGCCGTGGCCACCTGGTTCCGCGTCACCGCTGGCTAG MSYGIPSAEPSADIPVCPRHPDRPSYVRCQRCGRPACPECQRAAAVGFQCVDCVSEQKRTTPAYRSPYGGALAVGRPLVTFVIIGLCALVYVLQWIVPGDAVFENFAFANIFAVSEPWRMITAAFLHSQGFLLHIVLNMYTLWIFGQALEPLLGRIRFLAVYLISAIGGSVGFLLLTPDRPLVGVVGASGAIFGLFGAMLVVQRHRGGETKQLWVLIAINGAIGFFVPSIAWQAHLGGLIAGGLAAAAIAYAPRGKNQALLQTGGLVLVAGLLAVATWFRVTAG NA NA NA NA NA D3-18_04426 543 cypB Peptidyl-prolyl cis-trans isomerase B ATGACCATCGCAACCGCAAAAGCAACGATCCACACGAGCCTCGGCGACATTAAGGTTGACCTCTTCGGCAACCACGCCCCCAAGACGGTCGCCAACTTCGTTGGCCTGGCCACGGGCGAAAAGTCCTGGAACCACCCGGAAACCGGTGAAGACAAGACCGGCACGCCCCTTTACAACGGCACCATCTTCCACCGGATCATCAAGGACTTCATGATCCAGGCCGGCGATCCCCTTGGACGCGGCGTAGGTGGCCCGGGCTACCAGTTCGACGACGAAATCCACCCGGAACTGACCTTCAACGCTCCGTACAAGCTTGCTATGGCTAACGCCGGCATCCAGATGGGCAAGGGCACCAACGGGTCACAGTTCTTCATCACCACAGTGAACACCGACTGGCTGTTCGGTAAGCACAGCATCTTCGGCGAGGTCTCGGATGAGGAATCCCGCAAGGTTGTGGATGCCATCGAGTCCGTCCGCACCGGCATGGGGGACCGACCGGTTGAGGACGTCGTCATCAACAGCATCGACATCGAACAGCTCTAG MTIATAKATIHTSLGDIKVDLFGNHAPKTVANFVGLATGEKSWNHPETGEDKTGTPLYNGTIFHRIIKDFMIQAGDPLGRGVGGPGYQFDDEIHPELTFNAPYKLAMANAGIQMGKGTNGSQFFITTVNTDWLFGKHSIFGEVSDEESRKVVDAIESVRTGMGDRPVEDVVINSIDIEQL PGPT0015110_1998 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL_PEPTIDES,PGPT0015110-ppiA-K03767 NA NA D3-18_04427 975 hypothetical protein GTGAAGAAATCAGACCGTATTGCCCGCGAACTCGAACAATCAGTCACGGCTGGTGTGGATAACGCCCGCGACTGGGCTGCACCGCGTGTGGAAGCAGCCGTCAATTGGGCTGTTCCGCGTATCCAGCACGGCATTGACACCGCTTCCCCCAAGATCCAAGAGGGGCTGAAGTCCGCTGCGCACAACCTCGCCGATGGCGTTGCAGTTGTTACGCCGCGGATCCAGGACGGGTTGGCGCATCTCGCGCCGAAGATCCATGACGTGGTTGAAGATGCGACACCAAGGATTCAGGAGACGCTCAACAAGGCCACCCCTGCTCTTGGCCACGCACGGGACAAGGTAGTGGTGGAGTACTTGCCTAAGCTCTCGGAGCAGTTGGGCCAAGCTTCCGTAGCTGTTCATCATGTCCTCGAGAACGCTCCCGCACAGGTGGACGCGGTGGCGCAGAAGCTGGTTGATTCCGGCGTTGTCCACAGCGTCCAGGAGCAGGCTCAGGCCACCGGCAAGCAGATCAAGGCAGTTACTGACCAGGCCAGCAAGGCGGTTTCCGCCGCGTTAGTGCAGGAACAGCCCAAGCCCAAGAAGCGCGGATGGTTGATCGTCACGGTTATTGCTGCCGCCGCTGCTGCGGGCGTTGCCGCTTGGAAGGCTTCCAAGCCGGTTGAGGATCCGTGGAAGACGCCTTCTCCGGTCACACCCACGCCCGCTCCTGTTCCTGCAACGAGCACCACTCCGGCCCCGGCCGATGCCTCGGCGTCGGTCACAGCCACAGTTGCCGAGCCGAAAGCCTCGGACATCACGCCGGAGGAAGCCCAAGCTGAAGTCGAGCAGGCAACCAAGGACGCTTTCAAGAACGTTGAGGATTCCACTGACAAGGTGGCAACCGATGCCAAGACTGCCGTCCAAAACATTGCGGCCAGCCTGCACAAGGACACTGACGGCAAGGACTCCGACGCCAAAGGTGCACAAAACTAA MKKSDRIARELEQSVTAGVDNARDWAAPRVEAAVNWAVPRIQHGIDTASPKIQEGLKSAAHNLADGVAVVTPRIQDGLAHLAPKIHDVVEDATPRIQETLNKATPALGHARDKVVVEYLPKLSEQLGQASVAVHHVLENAPAQVDAVAQKLVDSGVVHSVQEQAQATGKQIKAVTDQASKAVSAALVQEQPKPKKRGWLIVTVIAAAAAAGVAAWKASKPVEDPWKTPSPVTPTPAPVPATSTTPAPADASASVTATVAEPKASDITPEEAQAEVEQATKDAFKNVEDSTDKVATDAKTAVQNIAASLHKDTDGKDSDAKGAQN NA NA NA NA NA D3-18_04428 876 hypothetical protein ATGTCAGCCGATAGACCCTTTGCGGGTGCCCTCCAGGATGCTCCGGAACCTCCGGGTGTGTCCATCGTCATCCCGGCGTATAACGAGGAAAGCGTCATTCGCCAGTGCCTCATCGCTGCCATCTACCAGTCTGTTCCTGCCGAAGAGATCATCGTGGTGGATAACCTGTCCACGGATCGTACGGCAAGGATCGTGCGCCAGATGCAGCAGGAATACCCCGAGAGCCCCATCATTCTCCTGCAACAGGATGCCGCCCAGGGGCTGATCCCCACACGTAACCACGGCCTGAATAACGCCACAGGGGAGGTAGTGGGCCGCATTGATGCTGACTCAGTCCTTGAACCGGATTGGGTGGAACAGGTTCAAAAAGCGTTCATGGACCCGTCCATCGCCGCAGCCACGGGTCCGGTGGTCTACTACGACATGCCCATGCGCCGGTTCGGTTTGAAGGCGGACGACAAGATGCGGCAGCTCATGCTCCGCTTGGCCAAGCACCAGTACCACTTCCTCTTTGGCTCCAATATGGCACTCCGCCGCTCGGCATGGGAAACCATCCGTGATGAGGCGTGCCTGGACCCCAAGGACGAGATGCACGAGGACATCGATCTTTCGCTGCACTTGTTCGAGCACGACCTCAAAGTGCAGTACCTTCCGCAGATGGTGTCCGGCATGTCTGCCCGGCGGCTTGAGGACTCGCCGCGGGACTACCGCTACTACGTCCAGCGTTTTGATCGGACGTACAAAGCCCACAACGTCAAGAAGATGGCCCTGAAGGCGCCTATGGTGGTGTTCTTCTCGGTGTACTTCCCGGCAAAGTTGCTGCGTGCCATCCACACGGCCAACTCTGCCCAAGGGGCCCGCCGCGGCGGTGTGTAA MSADRPFAGALQDAPEPPGVSIVIPAYNEESVIRQCLIAAIYQSVPAEEIIVVDNLSTDRTARIVRQMQQEYPESPIILLQQDAAQGLIPTRNHGLNNATGEVVGRIDADSVLEPDWVEQVQKAFMDPSIAAATGPVVYYDMPMRRFGLKADDKMRQLMLRLAKHQYHFLFGSNMALRRSAWETIRDEACLDPKDEMHEDIDLSLHLFEHDLKVQYLPQMVSGMSARRLEDSPRDYRYYVQRFDRTYKAHNVKKMALKAPMVVFFSVYFPAKLLRAIHTANSAQGARRGGV NA NA NA NA NA D3-18_04429 909 hypothetical protein GTGACCCTTCTCATTGCTGCGCTCGGTGTCCTTGGCGTGGCGTCCTCCGGACCGCTCATTGCCGGCACACTGGGTGCCACCTCAGTGACAGCGTTGGCCATCGCGTTCTGGCGCAACGCTATTGGTGCCGTAGTAATGGCAGGCCCCGTGGTCATCCGGGAGCCGAAAGCATTCGGGAAGATCACGCGGCGCGAATTTGGCTGGTCGGCTGTAGCCGCCGTGGCACTTGCATTCCACTTTGCATGCTTCATTACGGCGCTGCAGCTGACGTCCGTTGCCGCTGCCACCGCGTTGGTGTGCCTGCAGTCGGGGTGGATCGCCGTTTTCCAGTTGTTCCGGGGTACACGGCACAGGTGGCCGGTCCTGGTGGGTTTGGGTATCGCCTTCGGCGGCGTTGTGGCGATCACAGGCTTCGACATGGGTTCATCCCCGGAAGCGCTGCTTGGTGACCTCCTGGCACTCGCTGGCGGCGCCTTAGCCGGCCTCTACACGCTTGCGGGCGGCAAAGCCCGCCAGTCCATGGGAACTGGAACGTACACCACCCTCTGCTACGGGATGTGCGCGGCGATTGTGGCCGTGCTCGCTCTCTTGAGCGCTCAGCCACTCACAGGGTTCGACGCCGGCGGTTGGCTAGGCATTATTGCCATCACCGTCTGTGCGCAGCTGGTGGGGCACACGGCGTTCAACCACTTGCTGGCCACCATGAGCCCGTTGCTGGTGTCCATGATCATCCTGCTGGAAATTCCAGGTGCTGCAATCCTGGCCGCCGTCTTCCTGAACGAGACCTTGCCGGCCGGCACGTATGCAGGTTTGGCACTGATCCTTGTGGGACTGGCAGTGGTCGTCGCCGGTCAACGGCGTGGGCGGCCGGAACCAGACCAGCGCCTAGCCGAGCTTGGCACAGACTGA MTLLIAALGVLGVASSGPLIAGTLGATSVTALAIAFWRNAIGAVVMAGPVVIREPKAFGKITRREFGWSAVAAVALAFHFACFITALQLTSVAAATALVCLQSGWIAVFQLFRGTRHRWPVLVGLGIAFGGVVAITGFDMGSSPEALLGDLLALAGGALAGLYTLAGGKARQSMGTGTYTTLCYGMCAAIVAVLALLSAQPLTGFDAGGWLGIIAITVCAQLVGHTAFNHLLATMSPLLVSMIILLEIPGAAILAAVFLNETLPAGTYAGLALILVGLAVVVAGQRRGRPEPDQRLAELGTD NA NA NA NA NA D3-18_04431 120 hypothetical protein GTGAAGAAGTTGCTAGTAGTAGTGGCAGCGGCAATCGCAGGTGTCCTGGTCTATAAAAAGGCGCAGGAATCCGAAGCCCGGAAGGATGTCTGGAGCAAGTCGACCGACACGGTGGACTAG MKKLLVVVAAAIAGVLVYKKAQESEARKDVWSKSTDTVD NA NA NA NA NA D3-18_04433 771 nagB_2 COG0363 Glucosamine-6-phosphate deaminase ATGAAAATCGCCATCCTTAAGACCACCGCCGACATCGGCGCCTACGCCGCAAACATCATCGAGAACCGCATCAGCAATGGCCGCCTCAAAGTCCTCGGCGTCGCGACCGGATCCTCTCCGCTGCCCGTCTATCAGGAACTGGCCGCCCGGCGCCCGGAAGGCCTGTCGGCTTTGTCCGCCTTCGCACTGGACGAGTACGTGGGCCTCAGCCCAAGCCACCCCGAGAGCTACCACGCAGTCATCGACCGCGAAGTGACAAAGCCCCTCGGACTGGACCCGGAACGAGTCCACATGCCGGATGGGACTGCCACCGACCTGGAAGGGGCCTGCGCCGGCTATGAGGAACGCATCACTGCCTCCGGCGGAATCGACCTCCAGCTGCTGGGCATTGGCTCCACCGGCCACATCGGCTTCAACGAGCCAACCTCATCCCTGAGCTCACGCACCAGGATAAAAACCCTCACCCCTCAGACGCGCAAAGACAATGCCCGATTCTTCACCAGTCCGGACGAAGTCCCAACGCACTGCCTCACCCAAGGCCTCGGCACCATTATGGACGCGAAGGAAGTCGTACTGATCGCCCAGGGCCGCTCGAAGGCAAAGGCCATCGCCGGCCTCATTGAAGGCCCGGTCAGCGCTATGTGTCCCGGCTCGGTGCTGCAAATGCACCCACAGGCCACAGTAATCCTGGATGAAGAGGCCGCCGCAGAACTTCAAGGCACCGCCTACTACAAATACGTGGCAGAGAACCTGCCCCTCTGGCAGCGGTAA MKIAILKTTADIGAYAANIIENRISNGRLKVLGVATGSSPLPVYQELAARRPEGLSALSAFALDEYVGLSPSHPESYHAVIDREVTKPLGLDPERVHMPDGTATDLEGACAGYEERITASGGIDLQLLGIGSTGHIGFNEPTSSLSSRTRIKTLTPQTRKDNARFFTSPDEVPTHCLTQGLGTIMDAKEVVLIAQGRSKAKAIAGLIEGPVSAMCPGSVLQMHPQATVILDEEAAAELQGTAYYKYVAENLPLWQR PGPT0018865_1743 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 D3-18_04434 1062 glkA_3 Glucokinase ATGAGCACAGCAACAACACCATGGAACAGCCATGCGCCTTCACGGCAGGTGGCCCTTGCCCTGGACATCGGCGGAACCACGCTCAAGGGCGCGGCCGTCGATACCACCGGCCGCACCCTCATCACGCAAACCATCCCCACGGGCCGCCCCGGTAACGGTGTCATGCACCGGGCACTGGCGATCCTCAAGGCACTGAAGGCCGAATCACTCCAACGGGGGCTGCATCCCGTTGGCATCGGCGTCGGAACTCCTGGACTGGTGAACTCCGACACCGGCTTGGTCGAATATGCCTCATCCCTGGGCTGGACCACCATGCCCGTCGCGGACCTGCTGTCCGCAGAATTCGGTCTTCCCGTTCTCATCAGCCACGACGCGCGCGCCGCCGGGCTGGCAGAAGCCCGCCTCCTGCCACAGGCTCCAGGCCAAGATTCTGTCTTTGTCGCCATCGGCACCGGAGTCGGGGCAGCAGTCATCACCGACGGCACCGTCGTCAAAGGAGCGACCCACTCCGCCGGAGAACTAGGCCATATCCCCGTCATCCCCGGCGGCGAAACATGCACCTGCAGCCATCGCGGCTGCCTCGACGCCTACTTTTCCGGCGCGGGCCTCGTCCGCAGATACCGCGGCCGTGGAGGAGATCCTGCCATGACCACGGCAGACATCGCCTCCGGCCGGGCGGGCGAGACCGGTGCAAGCATCTGGGACGAAGGAATTAAGGCTCTTGCCCTGGCGCTGGCCACCGTCACCCTGCTCACCGACCCCAAAACGATCATCATCGGCGGCGGACTGTCCGAAGCCGGGGACACACTCCTGCACCCACTCGGGCAGAACATGGTATCGCTCCTGGGCTGGCGCCGCCCGCCGGAACTGCGGCGCTCACTGCTGGGACCACGCGCGGGACAAATCGGGGCCGCCATCCTTGGCTTCCGGGCGGCTGGTTCCCCGAACGCAGGCACCAGCTGGCGCCCTGAAGACGTCACCGCCGAAGCACCACGGCCGCTGGAAGAGCACACAAGCCCGCAGCTGATATACAACCTCAGGAACCACCAGGGACACCCATGA MSTATTPWNSHAPSRQVALALDIGGTTLKGAAVDTTGRTLITQTIPTGRPGNGVMHRALAILKALKAESLQRGLHPVGIGVGTPGLVNSDTGLVEYASSLGWTTMPVADLLSAEFGLPVLISHDARAAGLAEARLLPQAPGQDSVFVAIGTGVGAAVITDGTVVKGATHSAGELGHIPVIPGGETCTCSHRGCLDAYFSGAGLVRRYRGRGGDPAMTTADIASGRAGETGASIWDEGIKALALALATVTLLTDPKTIIIGGGLSEAGDTLLHPLGQNMVSLLGWRRPPELRRSLLGPRAGQIGAAILGFRAAGSPNAGTSWRPEDVTAEAPRPLEEHTSPQLIYNLRNHQGHP NA NA NA NA NA D3-18_04435 1797 bga_2 Beta-galactosidase TTGCCACAGCCCATCCTGAGCTACCAAAACTCCCAGCTCCTCCGGTCCCATCAGCCCCACCGGATTCTCGCCGGAGCCATCCACTACTTCCGGGTCCACCCCGAACAGTGGCGGGACCGGCTGCTCAAACTCCAGGCCATGGGCGCCAACACCGTCGACACCTACGTGGCCTGGAACTTCCACCAGCCCCGGCAGGAGAATGCACCTGACTTCAATGGCTGGCGGGACCTGGGCGCCTTCATCGACACCGCAGCCGACATCGGCCTGGACGTCATCGTCCGTCCGGGCCCGTTCATCTGCGCCGAGTGGGACAACGGAGGGCTCCCGGCCTGGCTCACGCGCCTTCCCGGCATCGGGCTGCGGTGCATGGACCCCGTCTTCACCGGCGCCATCGAAACCTGGTTCGACCAGTTGTTGCCCATCATCGCGCCGCGGCAGGCCGTCCACGGTGGTCCCGTCGTCGCCGTGCAGATCGAGAACGAATACGGCAGCTACGGCGACGACAAAGACTACCTGCGCTGGAACAGGCAGGCACTCGAACAGCGCGGCATCACCGAACTGCTCTTCACCGCCGACGGCGGAACCGACTACTTCCTGGACGGCGGCGCCTTGGACGGCACCTGGGCGGCCGCCACCCTGGGCAGCCGCGGCGACGAAGCGATAGAGACGTGGCGACGGCGCCGGCCCGGCGAGCCTTTCTTCAACGTCGAATTTTGGGGCGGCTGGTTCGACCACTGGGGCGAGGAAAACCATCACGTCCGCGACATCACCGAAACCTGCACCGAAGTGCGGAAGATTCTGGACCTCGACGGCTCACTCTGCCTCTACATGGCGCACGGCGGCACCAACTTTGGCCTGTTTTCCGGCGCGAACCATGACGGCAGCAAACTGCAGCCAACCACCACCAGCTACGACTCGGACGCCCCCATCGCGGAGAACGGCGCCCTCACCGAGAAATACCACTCGCTGCGGGCAGAGTTCTTCCGCGCCCAGGGGGTCACCGATCCTCCCCCGCTCCCGCCCGCACTCCTGGAACCAGCACCGGTGCTCCCGGCGCAGTCCCTCCCCGTCGCCGCGGGCAAACCCCTGCTTCCGCTCCTGCGCGAAGCCGCCCGTCCCGTCAGCAGCGTCCTTCCCCTGACCTTTGAACAGCTGGGGCTGGACTCCGGAATGGTTCTGTACTCCTCCCACCCCGTCCTCCCGGGAAGGCCCGAGGAACCAACGGAAACCCCGCTACGGATCCTGGGCCTCGCAGACCGCGCCTACATCTGGGTGGACGGCAGCTTCGCCGGAATCCTCGATGCCCACAACGCCGCCGACGGGCTCCTTCTCACCGGGACAGGAACCCCGGTGCAGCTGGAAATCCTGGTCGAGAACAGGGGCAGAATCAACTACGGGCCACTGATCGGCCAAGGCAAGGGAATCCTGCACGGCGTGCTCGTAAATCAACGACGCACCTTCAACTGGAACCAAACGCCCATTCCGCTGGCCGGATGGGGAGCAGAAGCACTCGAACCCCTCGCCTCGGCAACCCTCGACATCGACGCACCTGCAGATACCTACCTGGCATTCCCTGGCTTCGGGCAAGGCTTTGTCTGGGTCAACGGATTCCTCCTGGGCCGCTACCAGGAGGCCGGGCCGCAGGTCACCCTCTACGTCCCCGCACCCCTCCTGCACGCAGGAACCAACCACATCCACATCCTGGACCTGGTCAAGCACGGCACGCAGGTTGAGCTTCGTCCCGAGCCTGAACTGGGTACCCCCAGTACGGGGAAAATCCTCGCCGCGGAACTGTAG MPQPILSYQNSQLLRSHQPHRILAGAIHYFRVHPEQWRDRLLKLQAMGANTVDTYVAWNFHQPRQENAPDFNGWRDLGAFIDTAADIGLDVIVRPGPFICAEWDNGGLPAWLTRLPGIGLRCMDPVFTGAIETWFDQLLPIIAPRQAVHGGPVVAVQIENEYGSYGDDKDYLRWNRQALEQRGITELLFTADGGTDYFLDGGALDGTWAAATLGSRGDEAIETWRRRRPGEPFFNVEFWGGWFDHWGEENHHVRDITETCTEVRKILDLDGSLCLYMAHGGTNFGLFSGANHDGSKLQPTTTSYDSDAPIAENGALTEKYHSLRAEFFRAQGVTDPPPLPPALLEPAPVLPAQSLPVAAGKPLLPLLREAARPVSSVLPLTFEQLGLDSGMVLYSSHPVLPGRPEEPTETPLRILGLADRAYIWVDGSFAGILDAHNAADGLLLTGTGTPVQLEILVENRGRINYGPLIGQGKGILHGVLVNQRRTFNWNQTPIPLAGWGAEALEPLASATLDIDAPADTYLAFPGFGQGFVWVNGFLLGRYQEAGPQVTLYVPAPLLHAGTNHIHILDLVKHGTQVELRPEPELGTPSTGKILAAEL PGPT0017815_2173 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GALACTOSIDASE,PGPT0017815-bgaB|lacA-K12308 NA NA D3-18_04436 963 Formate dehydrogenase, mitochondrial ATGGACAACGACCTCCCGGAAAGACTCTTCACGCCCTCGGTGTTCGAAGACCTCAAAACCGTGGTGGACCTGCAACCGGTCCTGCTCACCAAAGCCAACGCAGCGGATTACCCCCTGCAGGACATCGAACTCATCATCGGCTGCTGGGGCTGCCCCCAGCTCGACGAAGACATCCTGAACCGGATGCCCCAACTCAAAGCCGTCATCTACACAGCCGGCTCGGTCAAGGAATTCGCCACCGACGAGGTGTTCAACCGCGGCATCACGGTCACCTCAGGCGCGGACACCAACGCCCTGCCGGTGGCCGAATACACGCTGGCCATGATCCTCCTCTCCGGCAAGCGCGTCCTGGAACTCGCCCGCGGATACATGCACAGCCGCAAATACCGTCCCTTCGAGGTGGAGCCAGCGCGCTGGGGCAACCACGGCCTCAAAGTCGGCATCGTCGGCGCCTCCCGCATCGGCCGAAGAGTGATCGACCTGCTCGCGCCCTTTGACATCGACGTCGTCTTCTACGACCCTTTCGTGCAGCACAGCATCCTTGCTGCGCGCCCCGCGACCCTGGAACACCTGCTGCAAACCTGCGACATCGTCACCCTCCACGCACCCGAAGTCCCCGAGACCTTCCACATGATCGACAAAGACGCGCTGTCCCTCATGCGCGACGGCGCCACACTGATCAACACGGCCCGGGGATCCCTGGTTGACACCGCAGCACTGACGGCCCAGCTCAACACCGGCCGGCTGCACGCCGTCATCGACGTCACCGACCCCGACCCGCTGCCGGAGGATTCCCCCCTCTTCGACGCCCTGAACCTCGTGCTCACCCCGCACATCGCCGGATCCCAAGGCAACGAGCTGCACCGGCTCGGGGAAGCCGCCTACCGCGAAGTCACACGGTTCATCGCAGGCAGGCCCCTCCTGAACCAGGTCAAAGCAGAAGTCCTTTCCCACACCGCCTAA MDNDLPERLFTPSVFEDLKTVVDLQPVLLTKANAADYPLQDIELIIGCWGCPQLDEDILNRMPQLKAVIYTAGSVKEFATDEVFNRGITVTSGADTNALPVAEYTLAMILLSGKRVLELARGYMHSRKYRPFEVEPARWGNHGLKVGIVGASRIGRRVIDLLAPFDIDVVFYDPFVQHSILAARPATLEHLLQTCDIVTLHAPEVPETFHMIDKDALSLMRDGATLINTARGSLVDTAALTAQLNTGRLHAVIDVTDPDPLPEDSPLFDALNLVLTPHIAGSQGNELHRLGEAAYREVTRFIAGRPLLNQVKAEVLSHTA NA NA NA NA NA D3-18_04437 930 araQ_8 COG0395 L-arabinose transport system permease protein AraQ ATGAGCCCGCTGACCACACAACCGGCAACCACCGGCACCCCTGCCCTGCCCGCACACCTGCCCCCGGCAGCGGCGCCCAGGAAGCGCCAGGCCAGGAGCGCCTGGTCCTCCAAGCTCGCGGTCAACATCATGCTGGGCCTGTTCTGCCTCTACACCCTGCTGCCGCTGACCTGGCTCATCGTCGCCTCCACGAAGAACACCTCAGACCTCTACGGCACCGCCGGGTTCTCCTTCGCCGAGTTCAACCTCATCGAAAACCTCATCCAGCTCTTCACCTGGGAAAACGGGACCTTCCTGCGCTGGATGGCCAACACCGCCGCCTACGCCGGCCTTGGCGCCTGTGCTTCCGTCGCAGTGTCCTTCCTCGCCGGCCACGCCTTCGACAAGTTCGACTTCCCGGGCAAGGAACGCTGGTTCGGTTTCGTCCTGGTGGGGGTCCTCGTGCCCGCCGCAGTCACCACCATGCCGCTGTACCTGCTCGCCTCCAACCTCGGCCTGGTCAACAACTTCTGGGGCGTCTTCCTGCCCCAGATCGCCAGCCCCTTCGGCGTCTACCTGGCCCGCATGTTCAGCGCCAGCTACGTGCCCAAGGAAATCATCGAAGCCGCACGACTGGACGGGGCCGGTGAATTCCGGGCCTTCCTCACCATCGCAGCGCCCCTGATGAAGCCCGGAATCGTCACCCTGTTCCTCATGACCTTCAGCGCCATCTGGAACAACTTCTTCCTCCCACTGGTCATGCTCAGCGACACCAACCTGTTCCCCGCAGCGCTGGGCATCTACTCCTGGCACGGCAGGACACTGGCCGATCCCGAATACGCCCAACTCGTCGTCGTCGGCTCGCTCGTCACCATCATCCCGGTCATCATCCTCTTCATCTCCCTGCAGAGGTTCTGGAAAGCCGGCATCGGATCAGGAGCCCTCAAATAG MSPLTTQPATTGTPALPAHLPPAAAPRKRQARSAWSSKLAVNIMLGLFCLYTLLPLTWLIVASTKNTSDLYGTAGFSFAEFNLIENLIQLFTWENGTFLRWMANTAAYAGLGACASVAVSFLAGHAFDKFDFPGKERWFGFVLVGVLVPAAVTTMPLYLLASNLGLVNNFWGVFLPQIASPFGVYLARMFSASYVPKEIIEAARLDGAGEFRAFLTIAAPLMKPGIVTLFLMTFSAIWNNFFLPLVMLSDTNLFPAALGIYSWHGRTLADPEYAQLVVVGSLVTIIPVIILFISLQRFWKAGIGSGALK PGPT0016540_1337 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 D3-18_04438 927 hypothetical protein ATGACAGGCGCCACCACAACGGCCCGCAACACCGTCATACGCCGTTCACGCCGCCGGTCAGGCAAACACGCTTTCTTGTTCCTGGCTCCGTTCTTCGTGCTGTTCCTGGCGTTCACCATCGCACCTATTGGATACTCAGCATTCCTGAGCCTCTTCACTGAAAAGTCCAGCGGGCTGGGCCTTGGCGGCACCGCACGGGTGTTCAACGGCCTGGCAAACTACGCCCGGGCCCTCCAGGACCAGGTCTTCCTGGCAGGCTTTTTGAACATCGCCGTTTACTGCATTCTCTACATTCCCGTCATGATCGGGCTGTCCCTGGTCGTTGCGCTTCTGCTGGACTCTGCCGCCGCACGCGCAAAATCCTTCTTCCGCCTGGCGTTCTACATGCCGAACATCGTCCCCGGCCTGATCGCCGCGGTCATCTGGGTCTACCTCTACACCCCCGGCGTGAGCCCCTTGGTGGACCTCTACGAAAGCACTGGCACCGGCTGGGACATGGGCAGTCATCTGGCCGCCCTGCTTTCCCTTTCCAACATCACCATCTGGCTGCACACCGGCTACAACGTCATCCTCTTCTACGCTGCCCTGCAGGCCGTACCGCAGGAAGTCCTGGAGGCCGCCACCGTTGACGGCGCCGGACCCATCCGCACAGCCTTCGCCATCAAAGCCCGCATGATCGTGGGCGCCGTGAGCGTCGCGACCCTGTTCACGGTTGTGGGCGCCATGCAGCTCTTCGCCGAACCCCTGCTCTTGAAGAGCCGCGCAACATCCATCGACAGCACGTGGACCCCGAACATGTTCATCTACCAGACCGCTTTCGACAAGCACGACTTCGGCTACGCGGCAGCAACAGCCCTGATCTTTGCCGTCTTCATCGGAGCACTGTCCTGGGGCGTCACCAAATTCGGATCAAAGGTGGAATCATGA MTGATTTARNTVIRRSRRRSGKHAFLFLAPFFVLFLAFTIAPIGYSAFLSLFTEKSSGLGLGGTARVFNGLANYARALQDQVFLAGFLNIAVYCILYIPVMIGLSLVVALLLDSAAARAKSFFRLAFYMPNIVPGLIAAVIWVYLYTPGVSPLVDLYESTGTGWDMGSHLAALLSLSNITIWLHTGYNVILFYAALQAVPQEVLEAATVDGAGPIRTAFAIKARMIVGAVSVATLFTVVGAMQLFAEPLLLKSRATSIDSTWTPNMFIYQTAFDKHDFGYAAATALIFAVFIGALSWGVTKFGSKVES PGPT0016535_9141 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 D3-18_04439 1314 hypothetical protein ATGCCACGCAGTCGCAAACCAAGCATCGTCATTGCAGCAGGAATGCTCTCAGCAGCACTCCTCGCCGGCTGCTCGGGAACAGGAGCGGGTACCACCGCATCGCCTGCACCCACCGAGCAGGAGACGGTGGAAATCACCTTCTCGTCATGGTTGAAGGGTTCAAAGCAGGTCGTTGACGCATTCAACGCCGCCCAGGACGACGTCAACGTGACCTTCAACGAAGTCGCTAGCTCAAAGGACAACTACCCGCAGCTGACGAACCAGGTCAAGGCAGGAAACGCACCCGACGTCATCACCGTCGAATACCCGCGCGTCGCCGAAATGGCCAGCCAGGGCGTCCTGAAGGACATCAGCAATGAAGCCGGCGATCTCGTCAAGGACAACTTCTCCGAATCCACCCAGTCCCTGGTGAACTTCGGTGGATCCACCTGGTCCGTCCCGCTGGACGCAGGCGTCCTGCAGATGTACTACCGTGCCGACCTCTTCGAGCAGTACGGCATCGCCGTGCCGAAGACCTGGGACGAATACAAGGCAGCAGCCGAGAAGGTCGCGGCAGCTGATCCCAACGTCCGCATTGGTGCCAGCGCCGTGGGCGACCCTGCCCTGTACGCAGCCCTCGCCTGGCAGAACGGTGCCAAGTGGGGAGCGCTGGACGGCGATTCCTGGAAGGTGGACATCGACACCGAGGAAACCAAGGAAGCGCTGAAGGTCCAGCAGGACCTCGTTGACGCTAAACTCCTCTGGACCGAGGACGCCCCGGTGCTGCAGCAGAAGCAGGCCGCCGGTCAGCTCCTCTCCGTCATCAGCGGCTCATGGTACGGCGCCGGCCTGCAGTCCACCTACGCCGACCAGGCCGGAAAGTGGCGCGTCGCCCCGGTACCGGCACCGACGGCGGAGCCCGCGTCGGCCCTCTACGGCGGCTCGACTTTCGGTATCTCCGAGAACAGCACCAAGGCAGAAGCAGGCGTGAAGTTCATCGAGTGGATGACCACCAACCCTGAAGGCATCAAGGCACGCATCGCCGGTGGCACCTCCACCGTCTTCCCAGTGAATGAGGAGGCCCGCAAGGCCGCCTCCGCTGCCTTCGCCCCTGACTTCTTCGGCGGCCAGAAAATCTACGACGTCGCCGCAGAGGGTCTGGCAGCAGTACCCGAGGGCTGGGTATGGGGACCGGGCACGGCCACCACCCTGGCCAAGCTCACCGACGAGAGCGCAAAGGTCAAGGCTGGAACCACGAAGCTCACCGATGTCTTCGCGCCCACCCAGGAAGCCACGGTTTCTGAGCTGAAGAACCGCGGCATCTCCGTCAAGTAA MPRSRKPSIVIAAGMLSAALLAGCSGTGAGTTASPAPTEQETVEITFSSWLKGSKQVVDAFNAAQDDVNVTFNEVASSKDNYPQLTNQVKAGNAPDVITVEYPRVAEMASQGVLKDISNEAGDLVKDNFSESTQSLVNFGGSTWSVPLDAGVLQMYYRADLFEQYGIAVPKTWDEYKAAAEKVAAADPNVRIGASAVGDPALYAALAWQNGAKWGALDGDSWKVDIDTEETKEALKVQQDLVDAKLLWTEDAPVLQQKQAAGQLLSVISGSWYGAGLQSTYADQAGKWRVAPVPAPTAEPASALYGGSTFGISENSTKAEAGVKFIEWMTTNPEGIKARIAGGTSTVFPVNEEARKAASAAFAPDFFGGQKIYDVAAEGLAAVPEGWVWGPGTATTLAKLTDESAKVKAGTTKLTDVFAPTQEATVSELKNRGISVK PGPT0016545_6602 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 D3-18_04440 3816 hypothetical protein ATGAAACCCGCTTTGAAGAGAATGCGGCAACTGGCAGCGGCATTGACCATTGTTGCCCTGAGTACCACCCTGGTGGGTCCAACCGCCACGGCTGCAAATCCTAATCTGGTCACCAACGCCTCCTTTGAGGCCTTCGGTCCAGCCGGGCCCACGTCATGGGGGACGTGGACGCCCTCCGGCACGGCCACCTACACCCAGGTTCCCGGTCGGGACGGCAGCGGTGCTGTCCAGATCGCGACCGGCACCACCACCAGCCGCGGCTTCCTCGTCCAGGACGCTGCGGTGCCCGGAACGGCGAAGAAGCTCCGCCTGATGTTCTGGCAGAAGAATGGAACCCTCACGGGTACCGGCAGGGCCGGTGTCCGGGTGACCTTCCCCGGCATTCCCACCCAGTTCCTGGGGACCGACGCCGCCACCGCGTGGCGGCAAGTCACCGCCCACCTGGACGTCCCGGAAGGGGCCACCACGGTCCGCGTCGAGCCGATGGTGGACGGCATGCAGGGCTCCATGCAGCTCGATGACATTGACCTCTCCATTTACGATGAAGCCTCTAACCTGGCCACTAACGGAGGCTTCGAGGCATTTACCGGAACCAACCCGGACGCCTGGGGCCGCTGGACCGCGGCCGGAACGGGCACGGTCGGCAAGACAGACGGCTATGCGGGAGCCAACGCGCTGCGCATCAGTACCGACACCACCTCCAGCCGGCTCGCGTTGACCCAAGACGTTACCCTCCCCCCGGGCGGGGGCACGTTCCAGGCAGAGTTCTTCAGCCGGATCGCATCCATCTCCGGCACCGGCAAGGCGGGCCTGCGGATCGACGTCCTGGACGGCGGCGGCGGCTCCACCTTTATCGGGCGAAACACCCCGACCTCTGGATGGCAGAAATCTTCGGGTCTCTTCACCGTCCCGGCTGCTGCTACGAGGATCCGGCTGCACGCCTTCAACGACGCAGTCCAGGGAACCATGGACATCGACGAAATCCGGATCTCCCCCTCATCCGTCACTGCCGGGCTTTCCACGGCCACCACGGAGGCCGGCGACATTGGCCTGAACTGGACCGTTGCTGCCCCCACAGGAACGCCGGCAAGCTTCGCCATCCACCGCGGACCGGCCGGGTCACCACTCGCCGTTGACGCGTCCACCCTGATCCGCACGGTCCCGGCCAGCCTCCTGCAGGCCACCGACGTCGAATGGCTGCCTTACACCGAATACAAGTACGTTGTGATCGCCCGGGATGCCTCGGGCGCAGAAGTGGCCCGCACCAACGAAAGCACGATCCTCTCCCCCGCCGCTGACACCACGGCCACGAGTTACCTCAGCGTCACCACGGACACGGCCGGCACCCACCTCGGCTGGCGGGCGGCCGGAAATGCTCCGCTCCCGCTGACGGCCGTCGCAGACACCGAACCCATCACTGCAGCCAACCTCTCCTCCACACGGGCCGCGACCACGGGCCTGACCCGCTTCGGCGGTACATCCATCCAGGATGTAGCCAGCCATTTCGCCCTCGTTGATGCCAACGGCGCCATCCTTGCCACCGCTTCCCGGGGAGCACTGCCGCATCCGCGCATCGGCCTGAACACCGACGTGCTGGCCAAGATTGACCGCCTCATCAGTGCTCCCGGCACCCCGCAGGACGCCTGGAGGACCATCAAGGCAAGGGTCGACGGGGGCATGGCCACCTTCGGCTCGTCCGCTGACAGGTACGCCCGCGAAGCCGCGTTCGTGTACCAGGTAACCGGCCACTCCGGCTACGCGACCAAGGCCTACGATGCCTTCGTCACCTCCGCCAACGCCACGCCCTTCACCGCCAAGCAGGACCTTGACACGGCCAACCCCGTTTCGCAGCTGGCGCTCACCTACGACTGGGCCTACAACGGCTGGACGGACGCGCAGCGGGCCTTCGCGCTCGAATACTTCGAACGCACTGCGGTCTTCTTCGAGTTCGCAAAGCACCCGAACATCATCCTGCCGGACAAGGCCAGCAACTGGGTGGGCGTCGTACGCGGCGCTGAGCTTGCCCAGCACCTGGCCGTCCGCGGCGATGCAGGCTATGGCATGCGGGACACCCGGATAGGCGCCCTGGTGGACCAGCTCCGCCAGCACCTGGAAGCCGCCCACACCGAGCACGGCTGGTTCCAGGAAGGCCTGGAATACCTCGACTACACTCAGATGATGTCCATGCCCGGCATCCGCGGCAGCCTCGACGTCGGAATTGATGCACTCAGGCAAGCATGGATGATGCCGGAAACCACCAACCTCCTACTGCACACAGTCTCCCTGCGTCAGCCCAATAACCGCCTCCAATGGGGTGTTGCCGCTGCGAACAACTCCACCGCCTGGCCGCTGTACCTGGGCCAGTCCAAACCCGGCGAACTCGCCCCCATGATTGAGATCTTCGAAAGGGTCAACGGCCACCGCTCCACCAGCCCGTTCTACTCCCCCGGCTTCATCACCCAGGGACTCATCGACTGGCCCGAGTCGATCCCGGCCGGCGAGGGCTACGACCCGGCCAAGGTGCACCCGGCAATCCTGGATGACGAAGCAGGGTCCTACTCCTTCCGCAACCGCATCCTTGACGCGGACGACGTCCTGGTCCAGCTGAACAACCGCAACCACTCCCACCTCGGCTGGGCAGGAGACGAAACGTTTGGGATCTCCATGATCAGCCACGATGCAAACTGGGCCACCCAGCCCGCAAAGTCCGTCACCGCGGCCAACAAGTACTCCCGGGTCCTGGTAGATAACAACCCGGGCCAGGCGGAGGGCAACGGCCGCACACTGGCCTCACGACCTTACGCGGGCCAGGGCGGCGGCTACGTCTCACTCGACGGCAGCGGCAACTTCCAGGTGGCGACAGCCACCCGCGAAGCTGCCGTGGACCTGACCGACCACGGCGACGCAGATGCCCTGCTTGCGTTCCACGACCGACTCACCGACACCGCCAGCCACACCTGGGCCTGGCAGCTCGCCCCCGAAGCCGGCGTCACGGTGGACTACGAGACAATCGGCACAAACATCCAGTTCACCTTCCACAAGGGCGGATCCTGGCTCCGGGGCTGGCTGCAAAACGCCGAAGGGGCCACCGCCTCCTTCACCGACGGTTCCTTCCGGATCGCCAGGACAGGCACCAGCGCCGAGTTCGACATCGTCCTGGCCGTAGGCAAAGGCACCTCAATCCCCACCGCCTTAACGCAAGGATCATCAGTCACCGTGTCCGGGGCAACGATCGACATGGCAAACCTGAACGGATACCAGCCCGGCGCATCGAAAAACCTCACGGCCCCAGCCCTTACCGGGCAACCCGTCGTCGGACAGACCCTCAGTGCCAGCCAAGGGACCTGGAACGAAACAGGGCTGAGCTTCTCCCATCAGTGGCAGCGAAATGGCCAGGACATCCCCGGAGCCACCAATGCTGCCTACACCCTGGCCGCTGAGGACCAGGGCCAGGAGATCAGGGCTGTGGTCACCGCGACGGGAGAAGACGGACTCCGGACCCCGGCCTCGTCATCGCCGGCAACGGTCCGCTACTTAACAACGACGACAGTGACAGTGAAGCGCAAGACCGGTATCTCGTGGCAGGAATATGACGTCTCCGTCAGCGTCTCTTCCGCTGGCGGTAACCTCAGTGGCCCCGTTGTGGTCACTGCCGGAGAGTTCACGGCCACCGGCACCGTCGACAGCAACGGCATGGGGCTGGTCACCTTGCCCCCACTTCCCAAGGGCACCTACTCAGTCGTGGCGACCTACCAGGGGAACAGCACCACCTCCGTATCACCGTCCACCTCGGACACGCTCCGGATCGCCGTCTAA MKPALKRMRQLAAALTIVALSTTLVGPTATAANPNLVTNASFEAFGPAGPTSWGTWTPSGTATYTQVPGRDGSGAVQIATGTTTSRGFLVQDAAVPGTAKKLRLMFWQKNGTLTGTGRAGVRVTFPGIPTQFLGTDAATAWRQVTAHLDVPEGATTVRVEPMVDGMQGSMQLDDIDLSIYDEASNLATNGGFEAFTGTNPDAWGRWTAAGTGTVGKTDGYAGANALRISTDTTSSRLALTQDVTLPPGGGTFQAEFFSRIASISGTGKAGLRIDVLDGGGGSTFIGRNTPTSGWQKSSGLFTVPAAATRIRLHAFNDAVQGTMDIDEIRISPSSVTAGLSTATTEAGDIGLNWTVAAPTGTPASFAIHRGPAGSPLAVDASTLIRTVPASLLQATDVEWLPYTEYKYVVIARDASGAEVARTNESTILSPAADTTATSYLSVTTDTAGTHLGWRAAGNAPLPLTAVADTEPITAANLSSTRAATTGLTRFGGTSIQDVASHFALVDANGAILATASRGALPHPRIGLNTDVLAKIDRLISAPGTPQDAWRTIKARVDGGMATFGSSADRYAREAAFVYQVTGHSGYATKAYDAFVTSANATPFTAKQDLDTANPVSQLALTYDWAYNGWTDAQRAFALEYFERTAVFFEFAKHPNIILPDKASNWVGVVRGAELAQHLAVRGDAGYGMRDTRIGALVDQLRQHLEAAHTEHGWFQEGLEYLDYTQMMSMPGIRGSLDVGIDALRQAWMMPETTNLLLHTVSLRQPNNRLQWGVAAANNSTAWPLYLGQSKPGELAPMIEIFERVNGHRSTSPFYSPGFITQGLIDWPESIPAGEGYDPAKVHPAILDDEAGSYSFRNRILDADDVLVQLNNRNHSHLGWAGDETFGISMISHDANWATQPAKSVTAANKYSRVLVDNNPGQAEGNGRTLASRPYAGQGGGYVSLDGSGNFQVATATREAAVDLTDHGDADALLAFHDRLTDTASHTWAWQLAPEAGVTVDYETIGTNIQFTFHKGGSWLRGWLQNAEGATASFTDGSFRIARTGTSAEFDIVLAVGKGTSIPTALTQGSSVTVSGATIDMANLNGYQPGASKNLTAPALTGQPVVGQTLSASQGTWNETGLSFSHQWQRNGQDIPGATNAAYTLAAEDQGQEIRAVVTATGEDGLRTPASSSPATVRYLTTTTVTVKRKTGISWQEYDVSVSVSSAGGNLSGPVVVTAGEFTATGTVDSNGMGLVTLPPLPKGTYSVVATYQGNSTTSVSPSTSDTLRIAV NA NA NA NA NA D3-18_04441 1110 araR_2 COG1609 Arabinose metabolism transcriptional repressor TTGGCGCGGAGTGTGACAGAGAGACGGCAGGCGATTCTGGACATCGTCCAGAAGGAAGGCTCACAAGTCGTTCTGGAGCTGGCCAAGCGGCTGAAAATTTCCGCCGTGACAATTCGCCGGGACCTGGAGGAACTTGCCGCGCAGGGTCTGGTCCACCGGACGCATGGCTCAGTTGCCCCCGCCGCCGAACCCGCATCGATTGCCCTGGACGGGCCAAAAACCATCGGCCTGGTAGTACCGCACAGCAACTACTACTTCGACGGGGTCATCGCCGGCGCCAAAGCCGCTGCGGCATCGGCAGGAGCACGGCTGGTCCTTGGCGTCTCGGACTACGACAAGGCCACAGAAATGCACCAGGTCGCCCGGCTCACGAACAAGGGTGTCGACGGGCTGCTCATCGCCCCCACTCCCGATTTCATCACCGGCGAACTCGACGCCGAGCAGCAGCAGTGGCTGGTGTCCCTCTCCGTTCCTGTCGTCCTGGTCGAACGTCCCGTCGCGTCCACGGGCGTAGCGTCAATCCTCGATTCCGTCAGCTCCTCCCACTCCGCGGGAGCTGCCCTCGCGATCCGGCATCTTGCCGAACTGGGCCACCGCAAACTCGTCAGTGTCATGATCTCGGGCCCCAACACCCCGCAGGTCCGGCAGGGGTACCTGTCCGCTGTGGAGTCGCTGGGCCTGGAATCCCTGGGGGTTATTGATGAAGGAGGGGCAGGGTCTGAGGACGCAGCCGAACTGCTCCTGCAGTCCGTCCGCGACGGTGCCACAGGTATCTTCGTCCACAACGACCAACTCGCGGTCCGGTGCATGATGTGGCTGGAAGACGCAGGCATCGACGTCCCCGGGGCGGTTTCCCTTGCCGGCTACGACGATGTCATCGCCGGAGTAGCCCACGTACCACTGACCGCCGTAGCACCCTGGAAAAGCGTGGTCGGTCACCGGGCGGTCCAGCGGCTCCTTAGCCGCATCGCCGAAAGGGAACCAGCAGGGAATTTCGGCCGCCCAAGCGAACCCATGGCCACTGAACACCTCGAGTTCGTCCCGCGGCTGCATGTACGTCAATCAACAACCGAACCATCGTTCCAGACCAGCGCCGCAAGTCGTGGATAG MARSVTERRQAILDIVQKEGSQVVLELAKRLKISAVTIRRDLEELAAQGLVHRTHGSVAPAAEPASIALDGPKTIGLVVPHSNYYFDGVIAGAKAAAASAGARLVLGVSDYDKATEMHQVARLTNKGVDGLLIAPTPDFITGELDAEQQQWLVSLSVPVVLVERPVASTGVASILDSVSSSHSAGAALAIRHLAELGHRKLVSVMISGPNTPQVRQGYLSAVESLGLESLGVIDEGGAGSEDAAELLLQSVRDGATGIFVHNDQLAVRCMMWLEDAGIDVPGAVSLAGYDDVIAGVAHVPLTAVAPWKSVVGHRAVQRLLSRIAEREPAGNFGRPSEPMATEHLEFVPRLHVRQSTTEPSFQTSAASRG NA NA NA NA NA D3-18_04442 906 hypothetical protein TTGCCCGCGTCCGTCAAGGCCTACAAGACCTACGACGAACAGGTCGACCTCCTAGCCTCCCGCGGGATGAACATCGGGGACAGGGATGCTGCTATCAAGCAGCTGCAGCACATCAATTACTACCGTCTCAGCGGTTACTGGTATTCATTCAGGCGTCAGGGAACGTCAGAACGTGAAGATAACTTTTACGCCGGAACTTCCTTTGCTGATGTCGTCCGGCTTTATAGCTTCGATGCGAGTCTCCGAACAGCAACCTTTGCCTCTCTCACCCCGATAGAGCTGGCCTTGCGATCCCTCCTCGGGCATGCCCTCGGAACGATAGACGAATGCGCTCATCTAAAGCCAGCGCTTCTGGGGCCACGGGCGACTCAGGGTGCCTCCTACGCCACATGGATGCAGCGCTACAAGAAGGGCCTCGCTGATTCGAAGGAAGACTTCGTCAAGCACCACCAAGCAAAATACGGCGGAGCGCTCCCTGTGTGGGCAGCGGTAGAGATCCTCGACTGGGGAGCACTCACGTACCTGTACGGCTTCTCACCTCGGCAGACTCAAGACGGCATCGCGGACAAGTTCGGCCTGACCGCCCCGCAGCTGGAGTCGTGGATGAAATCGCTTAACGTCGTGAGAAACATTTGTGCCCACCACGGAAGACTCTTCAACAAGGTCCATGCAATAAAGCCCAAACTTCCCAATGCTGGCCAACTCCCCGAGCTCGACCGGGCTCGCCAGGAGATGAACCGAACCTTCGGGCAACTGACTCTTATCCAGCACATGCTCCGGACCCTCGACGTAGGGCGACCCCAACTTCTACCGGCGGTTCTTCGCTCATACCCGGACGTAAAGCTACTACCCATTTCGCATATCGGAGCTCCATCCGGCTGGGGCACGTACACACTCTGGAACTAA MPASVKAYKTYDEQVDLLASRGMNIGDRDAAIKQLQHINYYRLSGYWYSFRRQGTSEREDNFYAGTSFADVVRLYSFDASLRTATFASLTPIELALRSLLGHALGTIDECAHLKPALLGPRATQGASYATWMQRYKKGLADSKEDFVKHHQAKYGGALPVWAAVEILDWGALTYLYGFSPRQTQDGIADKFGLTAPQLESWMKSLNVVRNICAHHGRLFNKVHAIKPKLPNAGQLPELDRARQEMNRTFGQLTLIQHMLRTLDVGRPQLLPAVLRSYPDVKLLPISHIGAPSGWGTYTLWN NA NA NA NA NA D3-18_04443 279 hypothetical protein GTGTCCTACAATCCGCATGAATCGGAAGCCAGCGCTGCCTTCTCGCAAACGGGCGGCGACCCGTTCCCAAACCCGGCACTTCCTCCTTCCCTTGAAGTCATCACTTCGAAGGAGCCCCAGAACAGGGACGAGAAACTTAACCATGCCATCAGGCGACTCATACCCGCCGCACTTCAGCGCGGGCAGGGGATCTTGGTCATACAACACGACTACGGCAAGTACACCGTTCGCATCGACGGCGACGTGCCATGCGGCACATCTCGGGAGTATCGCGAATAG MSYNPHESEASAAFSQTGGDPFPNPALPPSLEVITSKEPQNRDEKLNHAIRRLIPAALQRGQGILVIQHDYGKYTVRIDGDVPCGTSREYRE NA NA NA NA NA D3-18_04444 639 rutF_3 FMN reductase (NADH) RutF ATGACAGACAATGCTGACCTGACTCCTCGACGGCTGCGCCACATAATGGGGCACTTCGCCACTGGCCTGACCGTAATCACCGCGTCAACGGAGGACGGGCTGATGGGCTGGACCTGCCAGTCGTTTTCTTCCCTCTCACTGGAACCGGCGCTGGTGTCGTTCAGCCCCGCGCGCACCTCCAAGACTTGGCCCCTGCTGCGCAAAGCGGGCCGATTCACCGTCAATATTTTGCCCGCTGAACACCAGCACCTGGCGGTCCAGTTTGGGCGCTCGGACACGGACAAATTTGCCGGAGTCAACCACTCACCCTCGCCTCTTGGAAGCCCAATCCTGGACCATGCCCTGGCGTGGGTGGACTGCGAACTTCAGCAGGAGTACGACGGCGGCGACCACACCATCGTTGTGGCCGCAGTCCGCGCCCTGAGCGCCCGTGCCGATGCAGAGCCCCTACTCTTCTACAAGGGAGACTACATAGCTCTCCGGTCCCGGGCCCATTCCCTGGAGACGGTGCGTGATAAGGCGGCAGTGACCGTCTCAACGCCGACTGCCGTGACAAAGATCTCTCCAACGAAATCGCAGCGTCCCAGCCCTCGCCACTGTGATTGTCATGGAGGGCCGCCGGCCAGCCGGGAACGGTGA MTDNADLTPRRLRHIMGHFATGLTVITASTEDGLMGWTCQSFSSLSLEPALVSFSPARTSKTWPLLRKAGRFTVNILPAEHQHLAVQFGRSDTDKFAGVNHSPSPLGSPILDHALAWVDCELQQEYDGGDHTIVVAAVRALSARADAEPLLFYKGDYIALRSRAHSLETVRDKAAVTVSTPTAVTKISPTKSQRPSPRHCDCHGGPPASRER PGPT0006700_417 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STEROID|DERIVATE_DEGRADATION XENOBIOTIC_ADROSTENEDIONE_DEGRADATION,PGPT0006700-hsaB-K16048 NA NA D3-18_04445 852 ribX Riboflavin transport system permease protein RibX ATGATTACTGCCCCGTCCGCACCCCCCGAGAACGGCAAGCTCATACGCCCCGCCAACGTGCGCACTTCCGACGGCCGCGTAAAGAGGTGGATGCCGCCTACGCTTATCGGGCTTGTGCTGTTGGCGTTGTGGTATGTCATCTCCCTTCTCGTCCTCAGCCCGGAAAGGCAATTCCTTTTGCCTCCACCACACCGGATCCTGGCGAATGGATTCCTCGAACCCGCTACATTCGGGGAACTAATGACAGGACTGGGGCGAACCACCCTCGTCGCCTTCATCGGTCTCACTATCGCGGTGGCCATCGGCGTCGGGTGGGCCGTGGTCATGAGTCAGGCTCGATGGGTCGAGCGCTCAACATTCCCGTACGCCGTTGCGCTCCAATGCACGCCGATCCTGGCGCTCGTACCCCTGATTGGGTTCTGGTTTGGCTTCGATTATCCGGCACGGATCATCGTGTGCGTGTTAATCGCGCTGTTCCCCATGGTCTCCAACACCCTCTTCGGGCTGCAGTCCGTCGACAAGGGTCAACGCGAGCTATTCGCGCTTCAGAAGGCGAGCCGGTTGACCGTATTGCTCAAGCTGGAATTCCCCGCCGCGCTCCCCGCGATCTTCGCAGGCATGCGCATCTCCGCTGGGCTCGCCGTCGTGGGCTCGATCGTTGGCGACTTCTTCTTCCGACGGGGTGAGCCGGGGCTCGGGGCCCTGATCTCGAATTACCAAGCCCGCCTGCAATCAGTGGAGCTGTTTACCGCAATCCTCACCGCCGCACTTCTAGGCATTGCTCTGTTCGTCTTCTTCGGGTGGCTCAGCAAAAGTGCCGTGGGCAAATGGAATGATGACGCCGAGGAATAG MITAPSAPPENGKLIRPANVRTSDGRVKRWMPPTLIGLVLLALWYVISLLVLSPERQFLLPPPHRILANGFLEPATFGELMTGLGRTTLVAFIGLTIAVAIGVGWAVVMSQARWVERSTFPYAVALQCTPILALVPLIGFWFGFDYPARIIVCVLIALFPMVSNTLFGLQSVDKGQRELFALQKASRLTVLLKLEFPAALPAIFAGMRISAGLAVVGSIVGDFFFRRGEPGLGALISNYQARLQSVELFTAILTAALLGIALFVFFGWLSKSAVGKWNDDAEE PGPT0001145_3357 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001145-ABC_SN_P-K02050 NA NA D3-18_04446 774 cmpD_3 Bicarbonate transport ATP-binding protein CmpD ATGAGCATTGCCATAGCACCACCTGCTGCTTCGATAAAGACCGAGCACGTGCTCGATTTCGAGGGTGTCTCAGTCACCTTCCCGAACGGAACGCGAGCACTGGCAGGAATTGACCTGCACATTGCCCGGGGCGAATTCGTCTCCGTGGTCGGACCGTCCGGATGTGGCAAATCCACACTGCTGCGCATCGCCTCGGGTCTTACCCCGGCAACGAACGGTCAAGTGCACATCGGGACGTCCCGTATCGGCTACGTCTTCCAGGACGCCACGCTGCTGCCATGGCGGAACGTGCTCGCCAATGTTCAACTCCTCGCCGAGCTCAATGGAACATCGGGGGCGGAGCGAGTCGCACAGGCACAATCCGCGATCGATCTCGTCGGATTGTCCGGCTTCGAGGATCACCTTCCGCGCACGCTCTCCGGAGGAATGCGGATGCGGGTTTCCCTTGCTCGGTCGCTCACTCTCAACCCCGAGCTGTTCCTGTTTGATGAGCCCTTCGGCGCGCTCGACGAGATTACCCGCGAGCGACTGAATGACGAGCTGATCCGGCTGTTTGCCGAACGCCAGTTCGCCGGGCTGTTCATCACACATTCCGTCGCAGAAGCGGTCTACCTCTCCTCAAGGGTCATCGTGATGTCGGGCCGCCCCGGTGCAATCGTTGGCGAGTTTGCCGTAGATTTCCCCTACCCCCGGGATCCCGACATCCGTTTCACCTCCGAGTTCGCCCATCTGTGCGGCGAGGTCTCACAAGCTCTCCGAGAAGGACACCGCTAA MSIAIAPPAASIKTEHVLDFEGVSVTFPNGTRALAGIDLHIARGEFVSVVGPSGCGKSTLLRIASGLTPATNGQVHIGTSRIGYVFQDATLLPWRNVLANVQLLAELNGTSGAERVAQAQSAIDLVGLSGFEDHLPRTLSGGMRMRVSLARSLTLNPELFLFDEPFGALDEITRERLNDELIRLFAERQFAGLFITHSVAEAVYLSSRVIVMSGRPGAIVGEFAVDFPYPRDPDIRFTSEFAHLCGEVSQALREGHR PGPT0001140_6448 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049 NA NA D3-18_04447 1164 hypothetical protein ATGTCCCGACGCATGACTCTTCTCATAGGTAGTGCAGCCGCCTGCCTCACGCTCGCCGCCTGCACTTCTCCGTCCACGGCGCCCGGTTCCCCCACGCCCGTCGCCGCTCTTCCCGTTGCGACGGGCGATCTCGCGCTGACGGAAGTGTGTGAGAGCGAACTCACCGTTCAACTGCAATGGCAGCCTCAGTCCGACATGGGCGCGATGTTCGAACTGCTGGGCGACGACTACAGCACCGACCCCTCACGCAAGTCCGTAACGGGATCTCTCGTAGCCAGCGGTGCGGACACCGGCATCGACCTCACACTTCTCGCCGGAGGGCCGGCAATCGGATTCCAGCCCGTCACCTCACAGATGTACGCCGACGACGACATCGACTTGGGACTGGTGCACTCCGACCAATTGATCGCCGCCGCAAAGGTCCAGCCTGTCGTCGGACTTACTCCACTTCTGACCTACAGCCCAGCGATGCTGATGTGGGATCCAAAGACCCACGGCGACGATTTCTCTATCACTGACATCGCCACCACCGACGCTCCGGTCGTGGTTTCCAGGGACCAGATCTTTCCCGCCTGGATGGTCGCCAAGGGATACCTTGCAAAAGATCAAATCGACTCTAGCTACGACGGTAACCCTGCCCGTTTTGTCAGCGATCCGGCCATCATCCAGCAGGGCTTCGCCAACTCCGAGCCGTATACCTACGAACACGACACACCGGCTTGGGATCGCCGCGTCGGGTATCAATTGCTCCGCGATGTGGGATACGAAGTCTACGCCTCGAACGTGACCGTGCGGTCGGACCGCTTGGAAGAAATGACCCCCTGCCTCGAGCGCCTCGTGCCGATCATCCAGCAGGCATCAGCTGACTACATCACAGACCCTGCCGCGACCAACCAGCGGATCGTCGATATCGTCGCCACGGACGAGACGTACTCGCCGTACACGATCGGGAAGGCCACCTACAGCGCGAAGTTGTTGGCCGGCGAAGGGTTGATCACCAACGAGAACGGCACGATCGGGGGATACGACATGGACCGCGTCCAACGCTTTGTCGACGAACTCACCCCGATCATCGCAGGCCAAGGAACTGAACTGCCCGCGAACCTCCACGGGACCGATCTTTTCACCACCGCCTTCGTGGACCGCGCCATCGCAGCACCATGA MSRRMTLLIGSAAACLTLAACTSPSTAPGSPTPVAALPVATGDLALTEVCESELTVQLQWQPQSDMGAMFELLGDDYSTDPSRKSVTGSLVASGADTGIDLTLLAGGPAIGFQPVTSQMYADDDIDLGLVHSDQLIAAAKVQPVVGLTPLLTYSPAMLMWDPKTHGDDFSITDIATTDAPVVVSRDQIFPAWMVAKGYLAKDQIDSSYDGNPARFVSDPAIIQQGFANSEPYTYEHDTPAWDRRVGYQLLRDVGYEVYASNVTVRSDRLEEMTPCLERLVPIIQQASADYITDPAATNQRIVDIVATDETYSPYTIGKATYSAKLLAGEGLITNENGTIGGYDMDRVQRFVDELTPIIAGQGTELPANLHGTDLFTTAFVDRAIAAP NA NA NA NA NA D3-18_04448 1002 vldW Validamycin A dioxygenase ATGAACACCGACAAGCAGTACGACCTCACCGAACTGAACAAAGAGGCGCGGATGGGGGAGCGCGGCGTCGAACGATACGACGTCGAGGTACCCAAAATCGATCTCACCGATTTTGAGAACCGGCGCGAGGAAATCACCGAGCAACTCTGGCGGGCGGCAACCGAGATCGGATTCTTCCAGTTGATCAACCACCCCATTCCACAGGAGATGGTCGATGAGGCCTTCGCCCGATCGGCCCAGTTCTTCGACATGCCGCGGGAGAGTAAGGAGCGTCTGCCGCTGGTGAAAGCAGACAACGCCGGATGGGAGCACACGAGTCAAACGCGTCCGTCCGTGCGAACGCCGGATCAAAAGGAGTCTTATCAGGTGACGCGTCCACATATGGATGGTTTGTGGCCGGACGAGCAGCAGTTACCTGGGTTTCGCGACTTCATCCTCGATTTCGAGGCCAAATGCTGGTCGCTGGCGATGCAGATCCTCTCGTGCTTCGGTGACCGACTCGGGTTCGACAGGGATTTCTTCGCCCGGGCACATGACCCGGAGAGTGAGACTTACCAGTCCACGCTTCGCCTCATCCACTACTACGCACTCCCCGAAGAACTGAAAGGCCGACCGGGAGTGTGGCGCGCGGGTGCGCATACCGATTTCGACTGCTTGACGCTGCTGTTCCAGCGCACTGGGCAGGGCGGCTTGCAGGTATGCCCAGGACGCGACATCGAGGCGCCGGAGTGGACCCCCGTAGAGCCGGCCGACAATGCAATCACCTGCAATATCGGGGACATGCTGATGCGGTGGAGCGACGACCAGCTGCTCTCAAACTTCCATCGCGTGCGAGTGCCCGGAGAAGGCGAGTACACCGGTGCCCGTTACAGCATCCCCTTCTTTGCGCAGGCCAATCGCGAGGTGGTCATCGAACCGCCGAAGGGCACTTATCCTGCTATCCCGGCGCGTGAGTACCTCGATCAGCGGATAGCTGCGAACTACGGGGCAGCGCGTATGTAG MNTDKQYDLTELNKEARMGERGVERYDVEVPKIDLTDFENRREEITEQLWRAATEIGFFQLINHPIPQEMVDEAFARSAQFFDMPRESKERLPLVKADNAGWEHTSQTRPSVRTPDQKESYQVTRPHMDGLWPDEQQLPGFRDFILDFEAKCWSLAMQILSCFGDRLGFDRDFFARAHDPESETYQSTLRLIHYYALPEELKGRPGVWRAGAHTDFDCLTLLFQRTGQGGLQVCPGRDIEAPEWTPVEPADNAITCNIGDMLMRWSDDQLLSNFHRVRVPGEGEYTGARYSIPFFAQANREVVIEPPKGTYPAIPAREYLDQRIAANYGAARM NA NA NA NA NA D3-18_04449 699 lutR_7 COG2186 HTH-type transcriptional regulator LutR ATGGAGTCCGGCGAAGCAGGTACTCTCCTCAGCGAGTTGGTGTACACGAAGATCGTCGGACAAATCTCCACGGGCGAATTGCTCCCAGGCACGCTGCTGAGCGTGCCAGCCCTAGCAACGCAACTTAATGTGAGCCGGACACCGGTGCGTGATTCCATCGCACGATTGGTTGCCGACGGGCTGGCGGTACACACTCCCAATGCAGGCGCCCGAATCGCGACCCTCACCCAGGAGGATGTCACCCAGGTGATGAATGTACGTGAGTTGCTCGACGGATTGGCCGCCCGGGAGGCGGCAGCGCAGGCCGATCCGGCGGACATTCAAGAGCTACGGAAGTTGCTGCAGCAGCAGCGGGAGCGATTGGCGCTCGAGGCTGACGAAATCCATGACGCACGCGAGGATCTGCTCTTCCACACGGCGGTTCGGAGCCTGGCCCGCAACCGCGTGCTCAGCGCATCGCTCCACCGACTCGACTCACTTGCCCACCTCTACCGATCGGGACTGTGGGCGGACTCAGACAGCCGGGTCATCGCGGTGCACGAGCACACGCTCATAATCGAAGCCATCGAGCGGGGTGACGAGGCAGCAGCAGATGCCGCGGCACGTGCTCACGTGTCGTCCCTCGTGGTACGAATGCGACGTCTGGCGCGCGCGACAAGCGACGTAGGCGCACCCGCCGCGTCTCGCTCACGACGCTAG MESGEAGTLLSELVYTKIVGQISTGELLPGTLLSVPALATQLNVSRTPVRDSIARLVADGLAVHTPNAGARIATLTQEDVTQVMNVRELLDGLAAREAAAQADPADIQELRKLLQQQRERLALEADEIHDAREDLLFHTAVRSLARNRVLSASLHRLDSLAHLYRSGLWADSDSRVIAVHEHTLIIEAIERGDEAAADAAARAHVSSLVVRMRRLARATSDVGAPAASRSRR NA NA NA NA NA D3-18_04450 1545 abfA_3 Intracellular exo-alpha-(1->5)-L-arabinofuranosidase ATGCCGGACCTGAAAACACCCTCCCCTGCGGTCAAAATAACGGCCAACCCGGCATTCGTCGTTGGACCTGTACGTCGGGAAATGTTCGGAGCGTTCATTGAACACCTCGGACGGTGCGTCTACACGGGGATATACGAGCCCGGCCACCATACCGCCGATGACGCCGGGTGGCGGGGCGATGTGATCGAACTGACCCGGGAATTGGGTGTGAGCACCGTCAGATACCCCGGTGGGAACTTTGTCTCAGGGTACCGCTGGGAAGACGGCATCGGACCCAAGGGCGAACGGCCCGTTCGCCTCGACCTCGCGTGGCACACCACCGAAACCAACCAAGTGGGTTTGGACGATTTCATGGACTGGTGCGCCAAAGCCGGAGTTGAAGCCATGATGGCCGTTAACCTGGGGACCCGTGGTACACAAGATGCACTGGACATCCTCGAGTACTGCAATATCACCTCCGGGACAGCACTTTCGGACCGTCGCAGGAAGAATGGCTTCGAGGAACCCTATGGCATCACCTACTGGTGCTTGGGCAACGAGATGGACGGGCCCTGGCAAATCGGCCATAAAACGGCCGAGGAATACGCTCGGCTCGCCGCAGAAACCGCAAGGGCCATGCGGATGATCGGCGGAGACAAACTTCGCCTCGTGGCTTGTGGAAGTTCCTCGTCCAAGATGCCCACTTTTGGTGAATGGGAACGAACCGTTTTGAACGAGACCTACGAGCAAGTGGACTACATATCGGCGCATCACTACTTTGAGAACTTCGGCATCCTCGAAGACCACCTCGCCGCCGGTGACGTCATGGACCAATTTATCAACGACATCGTCGCCCACATCGACCACGTCAAGAGCGCCAAGAAGAGCGCCACGGACGTCCACATCTCATTCGACGAGTGGAACATCTGGCACGGAACCCAGCCGCGGAACCCCGCCCCGACAGGCGACGAATGGCCAGAAGCCCCGTCCCTCCTCGAAGACCTTTACACCGTGGCAGATGCCGTGGTTGTCGGCGACCTTCTCATCACACTGCTTAAACACACAGACCGGGTCCATGCCGCTTCCCTCGCCCAACTCGTCAACGTCATCGCGCCCATCATGACCCGCCCCAAGGGCCCAGCATGGAAACAGACCACGTTCCACCCCTTTGCGCTCACCTCGTCCAACGCCAAAGGCCTGGTCCTCCAGCTCGCCGTCGAATCGCCATCGTTCACCTCACCCCAACATGGACAAGTGCCCTCGATTTCGGCCGTGGCCACGCACGATCCAACAACTGGGCGAGTCACGATCCTGGCCACGAACCGCAATACCGTCGAAAGACTGCAGGTAAGCCTGGACCTGTCTGCATTCGGCAGTCTGGAAATCGATCAGGCGCTCACCTACTCGCATCATGACCCGTTGTGGTTTGCCACCGAACAAGACAGCTCGACCGTCCTGCCACGGCCCCTGCAAGGCATCTCCTCCCTCGACGGACGGCTCGTCGCTGAGCTTGATCCCGTCAGCTGGTCAATGATCACCCTCGGCTGGCAGTCCCAGTCGATTTAG MPDLKTPSPAVKITANPAFVVGPVRREMFGAFIEHLGRCVYTGIYEPGHHTADDAGWRGDVIELTRELGVSTVRYPGGNFVSGYRWEDGIGPKGERPVRLDLAWHTTETNQVGLDDFMDWCAKAGVEAMMAVNLGTRGTQDALDILEYCNITSGTALSDRRRKNGFEEPYGITYWCLGNEMDGPWQIGHKTAEEYARLAAETARAMRMIGGDKLRLVACGSSSSKMPTFGEWERTVLNETYEQVDYISAHHYFENFGILEDHLAAGDVMDQFINDIVAHIDHVKSAKKSATDVHISFDEWNIWHGTQPRNPAPTGDEWPEAPSLLEDLYTVADAVVVGDLLITLLKHTDRVHAASLAQLVNVIAPIMTRPKGPAWKQTTFHPFALTSSNAKGLVLQLAVESPSFTSPQHGQVPSISAVATHDPTTGRVTILATNRNTVERLQVSLDLSAFGSLEIDQALTYSHHDPLWFATEQDSSTVLPRPLQGISSLDGRLVAELDPVSWSMITLGWQSQSI PGPT0018655_1574 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-ARABINOFURANOSIDASE,PGPT0018655-abfA-K01209 NA NA D3-18_04451 1344 hypothetical protein ATGAAGCCATCAATAGTTAACCGTCGGGGATTCCTCGGCCTTTCCGCGGCAGGCGTTGCCGCTGCCGCTCTTAGCGCATGCACGGTCAATTCCCCGGCCCCTCAGGGAAGCGGCACGTCCGGGACAGGCGGCATCACCATCATGGGCAACGAGGGGGAGATCACCAAGGACGTGATCGCTGCCTGGCAGCAAAAGAACCCTGATGCGCCGATCACCTTTGTCAAGTACGATGAGACCCGGCTGAACGCGATGCTCGCAGCGGGCAGCCCGCCGGATCTGGTCCGCGGCGCGGGAGCCCAGATAACCCCCTACCTGGCCACCCGAAAGATCGCGAAGCCACTGGATGACTACATCGCGAAGAGTTCGCTCTTCAAGTCCTCCGACCTGGAATCCGTCAACGATGTGTGGAAATGGGATGGTACCAGCCAAGGCGCTGGTCAGACCTACGGGCTGACCAAGGACTGGAGTCTGGACATGATGTTCTGGTACAACACGTCCGCCTTCGAGGAAGTGGGTGCCAAAGCGCCCGACAATGCCAATCCGCCCACTTACGACGATTTGCTGGAAATTGCCAAGACGATGACCAAATCGGAGGCCGGTAAGGTAACCCGCTACGGTCTGTTCGCCACGAGTCCGGATGTGGCGGTTCTCCAGGGCATGCTGGCGACATCCGGGGTCTCGTTGTTCAGCGAAGACTTTAAGACAGTTGACTTCAGCACCCCTGAAGCACAGAAGGCCATTCGATGGCTAAGCGATGTAGCAACGGCCAAGGCGGGATATTCGTTGTTGGATCCCAACCCGGATGGCTGGGATTGGCCACCATTCAGCGCTCAGCGCCAAGCCATGGCTGCAGGCGGCTACTGGGTAACGGGCATTGTGGGGCCGGACGCCACCGCTTCCGGCTTTGCCCGGATGTCGCCGGCCCCTATGCTGGGCACTCAGCGTGTCAGTCCGACGACGAGCGCCACCGGACACTGGATTCCGGATAAGGCGAAGAACGCCGATGGCAGCTTTGCTTTCCTTGAGTGGTTCACGGCGGGACAGCCCGCCGTTGACCGGGCCGCGAGCGGAAGCGGCCTCCCGGTCATCAAGAGCCTGCGCTCGAACTTGCCTACCAAGGACGCTTTCCAGAAGGCCGCGCTTGAGACCCAGCAGGCGGAGGACAAATATGCCAAAGTACTGAGCTTTTCCCCGTATGCCACTGTCACTGCCCTGACCGCAGCCGTTTCTGACCTGTTCCCCAAGCTTGTCGAGGGCTCCCTTTCGGCGGGCCAGTTCGCTGACCAAGCCAATGTTAAGTGCAATGCCCTCCTTGACGAGGGCGTCTCCCGCATTGGCGGCTGA MKPSIVNRRGFLGLSAAGVAAAALSACTVNSPAPQGSGTSGTGGITIMGNEGEITKDVIAAWQQKNPDAPITFVKYDETRLNAMLAAGSPPDLVRGAGAQITPYLATRKIAKPLDDYIAKSSLFKSSDLESVNDVWKWDGTSQGAGQTYGLTKDWSLDMMFWYNTSAFEEVGAKAPDNANPPTYDDLLEIAKTMTKSEAGKVTRYGLFATSPDVAVLQGMLATSGVSLFSEDFKTVDFSTPEAQKAIRWLSDVATAKAGYSLLDPNPDGWDWPPFSAQRQAMAAGGYWVTGIVGPDATASGFARMSPAPMLGTQRVSPTTSATGHWIPDKAKNADGSFAFLEWFTAGQPAVDRAASGSGLPVIKSLRSNLPTKDAFQKAALETQQAEDKYAKVLSFSPYATVTALTAAVSDLFPKLVEGSLSAGQFADQANVKCNALLDEGVSRIGG PGPT0016545_3195 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 D3-18_04452 1008 lacF_7 Lactose transport system permease protein LacF ATGCCCTCCTTGACGAGGGCGTCTCCCGCATTGGCGGCTGATGTGCTGGCGACAGTGAACCGCGGCGCGCCGGCCCGGCGAAGCAGACTATTATCACGACGGCGGAGCGCCGCGTTTTACCTTTTCGTTTCCCCTTGGATTCTGGGGACGATCTTCTTGACGTTGTTCCCGCTGGCCTACGCTTTCGGCGTCAGCTTGACCAACTGGGACGGGGTGAGCCCTGGGTTCCGGTGGGTAAGTGGTAAAAACTACTCCGATGTCCTGACTGATCCGGAGACCTGGGCAAGCATGGGGCGCTCCGGACTCCTGGCGGTCGTCGTGGTCCCGTTGACTGTGGCGGGCAGCGTCGGGCTGGCGGTGCTCCTCAACCAGAAAGTGCGTCTCCGCTCATTCTGGCGCACCATGATCTACCTACCAGCCATTTTCCCGCCGGTAGCGGCGGCGCTGAGCTGGAAGCTCCTCTTCGACAGAGACACAGGAGCCATCAACGCCATCCGAGCCTGGTTCGGCCAGGACGCAGTTAACTGGATGACCGGCCAGCAGGTATTTGTGGTGCTCTTGGCAGTCATGCTCTGGGGTATTGGCGGTGGAATGATCATTAACCTGGCAGCCCTGCAGGATGTGTCCCCGGAATTGCTGGAGGCCGCGACACTTGACGGGGCTGGACCTTGGCGCCGTTTCACCTCCGTGACGTTGCCGACCATGTCACCGGTGTTGCTCTTCCAGACTGTCACGGCCACCATTGGCGTCCTGCAAACGTTCGTGCCGGCCTTGCTGCTCTCGCCAGCGTCGGGAGCGGCGGCGATCACCGCGGTACCCGAAGCGAACAGGGTGTTCATGATCGATGTCTATGCCCAGTATTTTGCGTATTCCCGTTACGGATATGCCTCAGCGATGCTTTGGCTGTTCTTCCTCGTAATTCTCTTGGTCACTGTTCTGTTCTTCTGGGCAAGTCGCAAAACGGTCTTTTACGCGGTCGATCCTTCACGTAGGGCAGGTAAGCCATGA MPSLTRASPALAADVLATVNRGAPARRSRLLSRRRSAAFYLFVSPWILGTIFLTLFPLAYAFGVSLTNWDGVSPGFRWVSGKNYSDVLTDPETWASMGRSGLLAVVVVPLTVAGSVGLAVLLNQKVRLRSFWRTMIYLPAIFPPVAAALSWKLLFDRDTGAINAIRAWFGQDAVNWMTGQQVFVVLLAVMLWGIGGGMIINLAALQDVSPELLEAATLDGAGPWRRFTSVTLPTMSPVLLFQTVTATIGVLQTFVPALLLSPASGAAAITAVPEANRVFMIDVYAQYFAYSRYGYASAMLWLFFLVILLVTVLFFWASRKTVFYAVDPSRRAGKP PGPT0016535_1546 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 D3-18_04453 912 hypothetical protein ATGAGTGTTCCGCAGGTAGAGCTAAGACAAAGCCCGCCCGAGGAACCCGCCAGCGGCACAGCTGCGCGACGTTCGGCGAGTAGGAGGAGGGCTTCCCGGAGGTCCCGGCTGCTGGTCGTGGTGGTGTTGGCCGTCATCACGGCGGTACTGGCATTCCCCGCCTATTGGGTTGCTGCTACGGCGTTTAAATCACCCGAGCAGCTCAACTCTGCGGTGGTGGTACTCTGGCCTGTCCCCGCGCATTTTGAGAATTTCGTGGACGCGGTCACGAGGGTCCCATTCGTGGCGTATGCCGTGAACTCGTTGTTCCTCGCCACCGTCAGCGGTCTCCTGACCACGTTCTCATCAGCCTTGGTAGGGTATGGTTTCGCTCGACTCCACGGCCCCGGCAAAAGGATGCTTTTCGGAGTCCTGATAGCCATGATGATGATGCCTGGCATTATTACGCTCATCCCCACATATCTGCTTTTCTCGCAAGTGGGGCTGGTCGGCAATTACTGGCCGTGGGTGATCTGGGGATTGGCAGGGTCGCCCTACCTGATTTTCCTGTACCGACAGTTCTTCGCAGGGCTGCCCAAAGAACTTGAGGAAGCCGCGATTTTGGATGGCTGCTCGCAACTTGGGATATTCGTCAAGGTCTTCTTGCCCGTTTCGAAACCCATCGTTGTTACTGCATTTGTGATGTCTTTCCTGGCAACCTGGGGCGACTTCATCGCGCCCAACCTTCTGCTGAACCAGAGCAATACTACGCTCGCGGTGGCGCTATCCTCCGGCTACGTCAATGAACGGGGTTTTCCTTTGAACAACCTCATCGCGGCAGGGTCAATCCTTTACGTGATACCAGTGGTTCTGGTGTTCTTCTTCGTCCAGCGCCGCTACACGGAGAATTTCGCCTCCGCCGGAATCAGATAG MSVPQVELRQSPPEEPASGTAARRSASRRRASRRSRLLVVVVLAVITAVLAFPAYWVAATAFKSPEQLNSAVVVLWPVPAHFENFVDAVTRVPFVAYAVNSLFLATVSGLLTTFSSALVGYGFARLHGPGKRMLFGVLIAMMMMPGIITLIPTYLLFSQVGLVGNYWPWVIWGLAGSPYLIFLYRQFFAGLPKELEEAAILDGCSQLGIFVKVFLPVSKPIVVTAFVMSFLATWGDFIAPNLLLNQSNTTLAVALSSGYVNERGFPLNNLIAAGSILYVIPVVLVFFFVQRRYTENFASAGIR PGPT0016540_1694 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 D3-18_04454 1005 rbsR_3 COG1609 Ribose operon repressor ATGGTCAAAATGTCGGATGTAGCACGCCTAGCCGGAGTTTCAACCATGACGGTGTCGAACGTCGTCAATGGACGCCGTTCAGTCAATACGGAGATCCGCCAGCGTGTCCTTGAGGCCGTGGAAGAGAGCGGGTATGTTATGAACCGCTCAGCAAGGACGCTACGCACCGGAATGACAGGAGTCATTGGGCTCGCTGTTCCAGCCATTGAGAACGCTTACTTCGCCGAACTCGCCAGCCGGGTAGTGGCCCAGGCAGCGGAGCGAGGATACAGCGTAACGGTTGAGCAGACAGGAGCGCACGTTCAGGGGGAAATCGACGCCGTCGCCTTCTCCAGGACGCTTGAATGCGATGGGCTCATCCTCTCGGCTATAGGGATCGGGCCGGAGGAAGCACGCTTGCTCAATCAGTCCATCCCTTTGGTTCTGCTCGGCGAAAAGCACTTCGAGGAGACTGTGGACCACATTGCCATGCCTAACGCTGAGGGGACCAGGGCTGCGACATTGCACCTGGCATCCCAAGGGTGTAAGCGAATCGCGTGGGCAAGCAATCTCCCACAGGAGGGGGAAACCCATAATGTGGTGCTCGACCGTCTTCAGGGCTTCCGTCAGGGACTCGCGGATTCAGGGCTCCAGGAGGATCCCGGTCTGCTGGCACCCTTGGACCAACCCACCATGCATGATGCTGCTGCCGGCATCCGGCAGATGGGGAAAGAAGGCGTTCAGTTTGACGGTGTCGTCGCTGTGACAGATACCGTGGCCTTCGGCGTCATCCGGGGCTTGGCAGATTTGGGGCTTCGAGTTCCCCAGGACGTACGCGTCATCGGCTACGACGACATTGAGCAAGCCAAATTCTCCACGCCGTCCCTCTCCACCATCGCCCCTGACCATGACTGGATGGTCAGTGCAGCACTCAATCTTCTTACCGAACGCATCAAGGACAGTTCCCACCGCGGGCGCGAGCTCGTGGCACCTTTCCGGCTCATCGCCAGAGAGTCAACCAGCTAA MVKMSDVARLAGVSTMTVSNVVNGRRSVNTEIRQRVLEAVEESGYVMNRSARTLRTGMTGVIGLAVPAIENAYFAELASRVVAQAAERGYSVTVEQTGAHVQGEIDAVAFSRTLECDGLILSAIGIGPEEARLLNQSIPLVLLGEKHFEETVDHIAMPNAEGTRAATLHLASQGCKRIAWASNLPQEGETHNVVLDRLQGFRQGLADSGLQEDPGLLAPLDQPTMHDAAAGIRQMGKEGVQFDGVVAVTDTVAFGVIRGLADLGLRVPQDVRVIGYDDIEQAKFSTPSLSTIAPDHDWMVSAALNLLTERIKDSSHRGRELVAPFRLIARESTS NA NA NA NA NA D3-18_04455 1629 abf2 COG3534 Intracellular exo-alpha-L-arabinofuranosidase 2 ATGGCATCTGAGTCCCGGCTCGTCGTCAATCTTGACATCGAGGGTCCAACCATAAGCCGTCACCTCTACGGGCATTTCGCCGAGCATTTGGGCCGGTGCATATATGGGGGGTTCTGGGTGGGGGAGGACAGTGAAATCCCGAACACCCGCGGCATCCGAGACGATGTCGTCGCCGCTTTGCGGGAATTGCGCATCCCGAACCTGCGCTGGCCTGGAGGCTGTTTCGCCGACGAATACCACTGGCAGGACGGCATCGGACCCCGGGCGGAACGTCCGCGCGTCGTTAACTCGCATTGGGGCGACGTGGTGGAGGACAATTCCTTCGGTACCCATGAGTTTATGGATTTGTGCGAAATTCTAGGCGCTGAAGCGTACGTCAACGGCAACGTTGGCTCGGGCACGGTCCGGGAGATGAGCGAATGGATCGAGTACCTCACCAGAGCGGACGATTCCCCCATGGCGGCCTTGCGTCGGGCCAACGGGCAGGACGAGCCGTGGAAGGTTCCCTTTTTCGGAGTCGGTAACGAACCGTGGGGCTGTGGTGGTCACATGCGTGCGGAGGCCTACGCCGATCTGGCACGCCAATACAGCACTTACGTCCGCAGCCATAACGGGAACGAGGTCTACCGGATCGCTGCAGGAGCCAACGCCGACGATGTCGCGTGGACAAAGGCTCTTATGGAGGCGCTCCACGACAAGGGAAACGCCAACCGAAAGAGCGCCCCGTACCAAGGCATTTCCCTGCACTACTACACGATGTCGGGTCACTGGGACGCAAAAGGATCGGCAACAGCATTCAGCGAAGATGAGTACTGGAAAACGATCAAAGCTGCCCAACACATTGAGACGCTGCTCTCCGCACACTCAACCATGATGGACGTCTACGACCCGCACAAGGCCGTGGGCCTGATCCTTGACGAATGGGGCACTTGGTGGGATGTGGAGCCCGGCACCAATCCAGGCTTTTTGTACCAGCAGAACACCGTCCGTGACGCACTGGTTGCTGCCATCCACTTCGACTCCTTCCACCACCATGCAGACCGTCTGGTCATGGCGAACATCGCTCAGACGGTCAACGTGCTCCAAGCCATGCTGCTCACCGACCCCGAGACGGGTGCACTCGTCAAGACTCCCACCTTCCATGTCTTCGCCATGAATGCCGGTCACCAGGACGCCACTGCCCTGCACACATATCTTGCCTCAGACACTGCACACGAGCGGGACGGCGAGCAACTGCCGACCCTTACCGCTTCGGCAAGTACCAAAGACGGTCAAGTGCTGATCTCCGTCGCCAACTTGGAATTGGATGGTGAGAAAGAGATCGTCCTCGATCTGCGTGGTGGGCAGCTTGAGGAGGTGACCGCGCTCGTGCTCGGAGGTGATCACGTGGCCGCATGCAACACACCCGAGCACCTCGAAGCCGTCGCACCCCGCCCGCTACAGGTGAAGGAGCGTGAGGACGGCCAATTCGTACTCCGGCTGCCGGCACACTCTTTCGCCACGGTGCACGGCACGATCGCGGGTGCCGCTCCCACGACCGCCCAGACGACCGCCCAGACGACCGTCCAAGCGACCGTGCCCGCCGGCGTTGACTCTTCGCCGGGGAGCAAGCCGTGCCTGAACTGCTGA MASESRLVVNLDIEGPTISRHLYGHFAEHLGRCIYGGFWVGEDSEIPNTRGIRDDVVAALRELRIPNLRWPGGCFADEYHWQDGIGPRAERPRVVNSHWGDVVEDNSFGTHEFMDLCEILGAEAYVNGNVGSGTVREMSEWIEYLTRADDSPMAALRRANGQDEPWKVPFFGVGNEPWGCGGHMRAEAYADLARQYSTYVRSHNGNEVYRIAAGANADDVAWTKALMEALHDKGNANRKSAPYQGISLHYYTMSGHWDAKGSATAFSEDEYWKTIKAAQHIETLLSAHSTMMDVYDPHKAVGLILDEWGTWWDVEPGTNPGFLYQQNTVRDALVAAIHFDSFHHHADRLVMANIAQTVNVLQAMLLTDPETGALVKTPTFHVFAMNAGHQDATALHTYLASDTAHERDGEQLPTLTASASTKDGQVLISVANLELDGEKEIVLDLRGGQLEEVTALVLGGDHVAACNTPEHLEAVAPRPLQVKEREDGQFVLRLPAHSFATVHGTIAGAAPTTAQTTAQTTVQATVPAGVDSSPGSKPCLNC PGPT0018655_692 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-ARABINOFURANOSIDASE,PGPT0018655-abfA-K01209 NA NA D3-18_04456 2310 hypothetical protein ATGAGCGTTGATTTCGGGCCCTTGGCCGCGATCCGCCTTCGGTCAGGGGACTTCGAGCAGGCGCAGCGGGTGAACCTTGAAGCGCTGCTGCGATTGGACACCGAGCGTCTCCTCGTGCCACACCGACGTGAGGCCGGAATCCCTGCTTCAGCCGAGCCCTACGGCGGTTGGGAGGATTCCGGGCTCGGCGGCCACACGGTGGGTCACGTTCTCTCGGCTCTTGCTCTGTCCGTGGCGGCTGGCGCCGACTCACGCGCTAGAGACATGCTGGGGACGTTGATCAGAGGTCTACGCGACGCGCAGCTTGCCCTGACAACGGGCTATCTGGGTGGCGTTCCTGAGGGACAGGAGCTTTGGGAGGAACTAGCCCGGGGAACGGTCGAGGCGACGCCCTTTGATTTGAACGGCCGGTGGGTGCCTTTGTATAACCTGCACAAGACGCTCGCCGGACTGATCGACGTTGCCGAGCAGGTCCCATCTGAGGAAGCCGATGAGCTCCTCGATGACTTGGGGCAGTGGTGGCTGGCGATAGCTTCGCGCCTTGACCAGGAAACCTTGGAAAGAATCCTGGTCACTGAGTTCGGCGGATTCACTGAATCGTTCGCCCGCTTGGCGTTGCTCAGGAAGGACGAACGGTATCTGTACCTGGCCAAACGGTTTGTTCGGCAGGAACTCCTTGAGCGCGTCCTAACGCTGCCCGGTGACGGGCCAGATGATCCACTCGCAGGGATGCATGCCAATACCCAGATTCCCGTTATCGTGGGCTACGCCACCATAGAGCGTGCGGCCCGGGAATTGGGGTGGGACGGCATGGAAACGGCACGCCTCGGTACCGCTGCACGCCTGTTCTTCGAAGATGTGGTGCACCGCAGCAGTGCGCTGGGTGGTCATGGCGTCCGGGAACATTTTCATGGTCGTGATGACTTCACTCCCATGTTCCTCGCCCGCGAGGGGCCCGAAAGCTGTAACACCTACAACATGGTCAAGCTGGCCGCCGCGCTGTATCTGCTCGACGAGGACTCGAAGTACTTGGACTATATAGAACTGGCCCAGTGTGGCCATGTTCTCTCAACCCAGCATCCGGAGCATGGCGGGCTGGTTTACTTCACCTCACACCGGCCGGGCCACTATCGGGTTTACTCGCCCGAACAGGACGGTTTTTGGTGCTGTATGGGATCAGGCTTCGAGGCCCACGCCCGTCATGGCGCACACGCCTATGCAACACGGGGAGACGAGCTCCGCATTGCATGGCTTCTAACGAGTGAAATGACGTGGGCCGAATACGGCGCGGTCATCTCCATCTACTCCGACCTGCCGGAAGCAACCGGTGCGCGCATCCAAATTACCGTCCAACAACCACGGGAATTTACCATCGCCATTCGGATACCCCCGTGGGCGGCGAACGCCGGTGCATTCCTGGCTGACGGTACGCCCATCGACGATGACGGCCAAGGGTGGTGGCGTGTCCGGCGCAGCTGGATCGGCACCCAAACCATCGATGTCTCCTTCGAAGCCACAGTGAATTCGATCCCGGCACCGGACGGCTCTCCTTGGGCTTGGATCCAACGCGGCCCGACTGTGTACGCGCAGGAGATCCCGGATCCGTCCGTGCAGTATCAGGCGACAGCCGCCAGGACAGCCCATATTGCCTCAGGGCAGTTGAGGCCACTGGCGGAGACTCCTGTTCTCATCCCCTCCGCATTGGAAGCAAAGTCTCTGAGCGATGGAACCCTGACCATCAGCACGGCCGACGGCGAGAGGATCGCACTCAAACCCTTGCACCGGATTCACAACGCCCGGTACCGGATCTCCTGGCCAGTGGCAGAGTTCCCCACGCAGGTCCCGGCGGTCCACGCCGCCCTTGAGGAACTCGACCGGGCCTCCACTTCACTGGAAGCCCGCGTGGTAGACGGGGTCATCTTCGGCGAACAACAGCCTGAGCTGGACCACGAAGTGTCCGCCCCGCAGGGGGAGCGTGGCACCACGACGGACGGACGGCAGTGGCTCCGCCCCGCCGGTTCCCTCACTCTTGTGCTGCGCGACTGGACAGTGGTGGCTCAGAGCCTCCGCATCGAATGGCTCCCGGACCATCGCGATATGGCCGTCCGCCTATCCCGAGCCGGGGAAAACGGCGTGGTGGTCCATGCTGATTCCTCCGGAGTTTGGGAGATGCCGTTCGCCACCCACGGCCAAGCGGAAACCCGCCTGGAACTCACACCCGTGGAGGGATACACCATGCCTCGCCTGACCCGGCTCCTGATGCTGACGGATACAGCAGATGGGCCCATTGAGGTCCGTCACGATGAGTAG MSVDFGPLAAIRLRSGDFEQAQRVNLEALLRLDTERLLVPHRREAGIPASAEPYGGWEDSGLGGHTVGHVLSALALSVAAGADSRARDMLGTLIRGLRDAQLALTTGYLGGVPEGQELWEELARGTVEATPFDLNGRWVPLYNLHKTLAGLIDVAEQVPSEEADELLDDLGQWWLAIASRLDQETLERILVTEFGGFTESFARLALLRKDERYLYLAKRFVRQELLERVLTLPGDGPDDPLAGMHANTQIPVIVGYATIERAARELGWDGMETARLGTAARLFFEDVVHRSSALGGHGVREHFHGRDDFTPMFLAREGPESCNTYNMVKLAAALYLLDEDSKYLDYIELAQCGHVLSTQHPEHGGLVYFTSHRPGHYRVYSPEQDGFWCCMGSGFEAHARHGAHAYATRGDELRIAWLLTSEMTWAEYGAVISIYSDLPEATGARIQITVQQPREFTIAIRIPPWAANAGAFLADGTPIDDDGQGWWRVRRSWIGTQTIDVSFEATVNSIPAPDGSPWAWIQRGPTVYAQEIPDPSVQYQATAARTAHIASGQLRPLAETPVLIPSALEAKSLSDGTLTISTADGERIALKPLHRIHNARYRISWPVAEFPTQVPAVHAALEELDRASTSLEARVVDGVIFGEQQPELDHEVSAPQGERGTTTDGRQWLRPAGSLTLVLRDWTVVAQSLRIEWLPDHRDMAVRLSRAGENGVVVHADSSGVWEMPFATHGQAETRLELTPVEGYTMPRLTRLLMLTDTADGPIEVRHDE PGPT0019100_647 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 D3-18_04457 1890 hypothetical protein ATGCGCGCATTCCCACTCTCGAAGAAGCTAAAGGCATTGGTGGCTATTCCACTGCTACTGTTGCTCGCCCTCGGCTTCGCCGTCGCGAACCCCGCCCCAAGCTACGCCGCCACGACACTCACCACCTACCCAACGTCCGTGGGTCATCCCACCAGCAGTGACTACACAGTGGAGGTTCGCGTTCCAGGCGGCTCATGGGTCGACTTGACCGAGCATCAGGCACGAGTCGGCGGCCCCTCCCGCGCGTCGTTCGCCACCTTCGTGTATTTCGATACCAACGGACCAGTGGAGGTCCGGGCCACCTATAACCTTGGCACCGTCTCATCCGTCAAGGTCCGCCCGACCGCCGAGGGGATTGTCCCCGCCCGTAACGGCAACACAGCAACATTCACGATCGGCGGTCCCACAAAGCTCGTGGTCGACTTCAACGACAATGTCGACCAGGACCTCATGATCTTCGCAAACCCGCTCGAGGCCAACGTGCCGAGCGCCAGCGACCCCAACGTCATCTACTACGGCCCGGGCTATCACAACCCCGGCAACACCACCATTGCCAGCGGCAAGACCGTCTACATCGCCGGCGGCGCCGTCGTTCGCGGAGCGTTCTTTACCGACAACGCGAGCAATGTAGTGATTCGTGGCCGGGGTGTCCTCCTCCAGCCGGGAGGTGTCGGCGTCCAGACCAAATTCTCGACGAACATAACCGTCGACGGCATCATCATCAACGGATACGGCAACGACAACAACGGCGGTTACGGCGTTGAAATCGGCAGCAGCAACGGCGTCGCGGTGAACAACGTCAAGCTCCTCGCCTACCGGAAGTGGTCCGACGGCATCGACATGATGGCTGCAAAGAACATCACCGTGAACGATGTATACATCCGAACCGGCGATGACAGCATCGCTGTCTACGGCACCCGGTGGGACTATGTCGGCAGCACCGACAACGTCAACGTCACAAACTCGGTCCTCATGCCAGGCAATGCCCACCCGATCAACGTCGGCACTCATGGCAACCCCGACGCCCCCGACACTATCAACAACATCCGCGTCACGAACGTCGACATCCTGACCCACAACCCTTTGGTTCAGGTGCGGTCCATATCGCTCACAGCGAGCGACTCGAACCTGGTCACTAACGTGATGCTCGCAGACATCCGCTGGGAGGACGTGCTGGTGCGCAAGTTCCTCGACATCATCACCTACAAGAACCCCGGCTACGGCCTGTCGGTCGGACGAGGGATCGACGGCGTCACTGTGAAGAACTTCTCCTACAACGGATCTCTCGAATTCGACAATCAGATCTATGGAAACTCAGCTACCCAGATGACCAAGAACATCACGTTCGAAAACCTACGGGTCAACGATAATGTCGTCACCACCGCCGCCGCAGGACGGTTCGCCATCGGCAACTACACAAGCAACATCTCCTTCGCGGCAAATGCCGGCACAGCGATCCAAGACGGCAGCGTGTACAAGCTCCTCAACGCGAACAGCGGCAGAGTATTAGGCATCACAGGTGGATCAACGGCAAACAATGCAGAGGCGCTCCAGTGGGACGATAACGGAACCGCCGACCACGAGTGGACGGCGACCCGGCTGGCCAACGGCAACTGGAGGCTGACGAATGTCAAGGCGGGCAAGGTTCTCGGTGTCCTCAACATGTCCGTAGCCGATGGAGCCAAAGCAGTTCAGTTCATGTCGAATGGTTCACGGGACCAGGAATGGCAGCTCGTAGCATCCACGGGAACCAGCTTTAAGTTGGTCAACGGTTACAGCTCCAGGGTCCTGGGCATTGCCGGTGCTTCGACAGCGAACGGCGCCGCGGCCGTGCAATGGGTCGATAACGGCACAACCGACCATAACTGGAACCTCGTGTTCGTGCGCTAA MRAFPLSKKLKALVAIPLLLLLALGFAVANPAPSYAATTLTTYPTSVGHPTSSDYTVEVRVPGGSWVDLTEHQARVGGPSRASFATFVYFDTNGPVEVRATYNLGTVSSVKVRPTAEGIVPARNGNTATFTIGGPTKLVVDFNDNVDQDLMIFANPLEANVPSASDPNVIYYGPGYHNPGNTTIASGKTVYIAGGAVVRGAFFTDNASNVVIRGRGVLLQPGGVGVQTKFSTNITVDGIIINGYGNDNNGGYGVEIGSSNGVAVNNVKLLAYRKWSDGIDMMAAKNITVNDVYIRTGDDSIAVYGTRWDYVGSTDNVNVTNSVLMPGNAHPINVGTHGNPDAPDTINNIRVTNVDILTHNPLVQVRSISLTASDSNLVTNVMLADIRWEDVLVRKFLDIITYKNPGYGLSVGRGIDGVTVKNFSYNGSLEFDNQIYGNSATQMTKNITFENLRVNDNVVTTAAAGRFAIGNYTSNISFAANAGTAIQDGSVYKLLNANSGRVLGITGGSTANNAEALQWDDNGTADHEWTATRLANGNWRLTNVKAGKVLGVLNMSVADGAKAVQFMSNGSRDQEWQLVASTGTSFKLVNGYSSRVLGIAGASTANGAAAVQWVDNGTTDHNWNLVFVR NA NA NA NA NA D3-18_04458 630 caiA Crotonobetainyl-CoA reductase TTGATACACGGCGCAGGCCGGCCTCTTCCGGACCGCCATCCGTGTAGGAGCTTCCGAGGAGCAGCAGAAGGACTGGTTGCCCAAGGCATCGATTTCTCGCTCAAGGGCGTCTTCTCCCTGACCGAACCCGAGCACGATTCTGACATCGCCGGCGGGCTCTCCACCACGGCCCGCTTCGAAGCAGATCTCGACGGTGGTACATGGGTTTCGGACGGTGCCAAGCGGTGGATTGGGGGAGCCTCCACGGCTGATGTGTTGTGTGTGTTCGCCCGTGACGTCGCAGATGGGCAGGTCAAGGCGTTCCTCGTGGACCGTGCCGCCACCGGAGTGTCCCTGGAGAAGATCCATGGCAAAACCGCGTTACGGATGATGCAGAATGCCCACATAACCCTCGACAGTGTCAAAGTACCGAAGGCCATGCGCCTGCACAACGTGAACTCGTTCAAGGACGTTGCAGCCATGCTGCGAGCAATGCGCTCGGATGTTGCGTGGATCGCCACCGGCATACAAGCCGGTGGGTTCGAGTCAGCCCTCGCCTACGTCAAGGAGCGTCAACAGTTCGGCCGTTACCTTGTCTACCCGGCGGAAATTGAAGCAGTCATCTCAGAACTTGACGAGGTAGCTGCGTAA MIHGAGRPLPDRHPCRSFRGAAEGLVAQGIDFSLKGVFSLTEPEHDSDIAGGLSTTARFEADLDGGTWVSDGAKRWIGGASTADVLCVFARDVADGQVKAFLVDRAATGVSLEKIHGKTALRMMQNAHITLDSVKVPKAMRLHNVNSFKDVAAMLRAMRSDVAWIATGIQAGGFESALAYVKERQQFGRYLVYPAEIEAVISELDEVAA PGPT0021815_765 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0021815-GCDH|gcdH-K00252 NA NA D3-18_04459 1365 COG0277 putative FAD-linked oxidoreductase ATGAAGGCTGTAGCTTTGCTGCAGGAAGCTCTGCCTGGCAGGGTGGTGACTGACATCGAAGAGCTGGGAAAATATCGAACAGACCGCTCCGGCCACGTCGCTTTTGGGACACCAGTTGCAGCCGTGCACCCTGAAAGCATCGAGGACGTCCAAGCCGTTTGCCGGATAGCCTATGAAACCAAGACCCCCGTTGTCACACGGGGGGCCGGCTCCGGTCTGGCGGGCGGGGGCATCGCCGGGAGCGGTGAGATCGTACTCCCGATGGAATCCATGAAAGACATTCTCGAGATTTCCCCCGTCAACCGCCTAGCAGTGGTTCAACCGGGGATACTGAATGGAGCGCTTAACGCAGAACTGGCCGGGTATGGACTGTGGTGGGCCCCCGATCCTGCCAGCAAGGACATCTCCACCGTCGGCGGCAACATCGCCGTGAATGCTGGAGGCTTGCTCTGCGCAAAGTATGGCGTGACCCGGGAGGCAGTCCTTGCACTCAAGGTCGTTCTCGCGGACGGTCGCCTGATCTCCGTCGGGCACCGCACGGTGAAGGGGGTCACCGGCTATGACATGTGTGCACTCATGATCGGCTCCGAGGGGACCCTTGGCATCATTGTCGAATGCACGCTGAAGCTCCAGCCCATACCGACGGGCCAGACTGCAACAATCGGCGCCTTCTTTCCGGGGATCGAACAAGCCGCTAACGCCGCTGACGCCATAACTGCCGTGGGGCTTGTGCCGGCCGTCATGGAACTGCTGGACCGCCGAAGCCTCGAATGCATCAGCACCTATTCCGGACAGAATCTCCTCGCTGAAGGCAGCTCTTACCTCCTCGTGCAATGCGATGGGCCGGCTGCCCTTGGAGAGGCGTCCAAAGCGGCCAAAATCATCACAGACGCAGGTGCGAAAGCCGGCATAACCAACGATCCCGACGAAACCGCACGTCTTGTCAATATCCGACGCCACGCATTTCCGGCCTTGGAATCGATGGGAACCATGCTGGTGGAAGACGTATCGGTGCCGCGCGACCGGGTCGGGGACATGTACCGCAAAGTCCTGGAACTGGAGGATCGGTTCCAGATCATGATTCCCACAGCCTGCCATGCCGGCGACGGCAACCTGCATCCAACCTTCGTGTACCAAGGTCACACAGTTCCCGATGAAATTTGGAAGGCTGCAGGTGAACTGTTTGCCTACGCTTTGGAACTCGGCGGAACGCTATCGGGCGAACACGGCATCGGCCTGCTCAAGCGCCAATGGCTCGGAGACGAACTCGGCTCGGACCTGCTCGACATTCAGCGGCAAATAAAAAGCGTCCTTGATCCCCGGAACATCCTCAATCCCGGAAAAATGTTTCCACCAGCCATATAA MKAVALLQEALPGRVVTDIEELGKYRTDRSGHVAFGTPVAAVHPESIEDVQAVCRIAYETKTPVVTRGAGSGLAGGGIAGSGEIVLPMESMKDILEISPVNRLAVVQPGILNGALNAELAGYGLWWAPDPASKDISTVGGNIAVNAGGLLCAKYGVTREAVLALKVVLADGRLISVGHRTVKGVTGYDMCALMIGSEGTLGIIVECTLKLQPIPTGQTATIGAFFPGIEQAANAADAITAVGLVPAVMELLDRRSLECISTYSGQNLLAEGSSYLLVQCDGPAALGEASKAAKIITDAGAKAGITNDPDETARLVNIRRHAFPALESMGTMLVEDVSVPRDRVGDMYRKVLELEDRFQIMIPTACHAGDGNLHPTFVYQGHTVPDEIWKAAGELFAYALELGGTLSGEHGIGLLKRQWLGDELGSDLLDIQRQIKSVLDPRNILNPGKMFPPAI PGPT0028045_1 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 D3-18_04460 387 hypothetical protein TTGGCCCAGACGACCAGTCCCGACCACACCACCATCCAAAATCTCGAGAACAAACGCTACAAAGCAGTCCTCGACCAGGACTTCGACACCTTCCAGGACCTATGCCATCCACAACTCGTCTACGGACACACAGGAGGGAACCGCGATACCTTGGGCACCTACCTCGCCAAGCTTCGTGCTGGTACTCTCCGGTACCATCAGATTGACCACCGTGTGGAAAGCATCGTTGTCACCGGTACCACCGCTCTTGTTGTCGGACGGATGAACGCAGACCTCACGGTCAACGGCACCTACAAAACGCTCAACAACAATGCCCTGTCAGTCTGGACCAAAGACGACGGCGACTGGAAATTCGTGGCGTATCAGCCCACCCCATTAGCCACTTGA MAQTTSPDHTTIQNLENKRYKAVLDQDFDTFQDLCHPQLVYGHTGGNRDTLGTYLAKLRAGTLRYHQIDHRVESIVVTGTTALVVGRMNADLTVNGTYKTLNNNALSVWTKDDGDWKFVAYQPTPLAT NA NA NA NA NA D3-18_04461 1062 tfdF Maleylacetate reductase ATGAAAAGCTTCCACTACGAATCGCTGCCGATGCATGTCACCTTCGGCCCTGGATCGCTCGCGTCGCTGCCCGAGGTAATTCGAAATCTCGGACTCCAGCGTGTTCTTGTCCTTTCCACTCCCTCTCAAAAAGATCTGGCGGGAAAGGTTTCTGATCGGCTCGGAGACCTTTGTGTCGGCATCCATTCTGAGGCCGAAATGCACGTGCCGATCGAATCGGCAATTAAGGCACGCGAGGTAGCGAAGGTAGTAGACGCGGACGGGTATGTCGCCGTCGGCGGAGGTTCCACCACAGGGCTTGGCAAAGTCATCGCGTTGGAATACGGTGCACCTGTCATCGCCGTCCCCACTACGTACTCGGGATCAGAAATGACGCCGGTGTGGGGCCTGACCGCCGACGGAGTCAAGAAGACCGGCCGCGACCAGCGCGTTCTGCCAGCCGCCGTCATCTACGACCCGGAACTGATGCTCACCGTCCCGGTCGGCAAGTCTGTCACCAGCGGTTTCAACGCGATCGCCCACGCCGTCGAGGCGCTTTATGCCCCCGACCGTTCCCCGATCATCTCGCTGATGGCAGAAGAAGGTGTCCGCGCCCTGACCGTTGCACTGCCCAAGATCGTCAAGGAACCCGAAAACATCGGACACCGCAGCGATGCGCTCTACGGGGCCTGGCTCTGCGGGGCAACACTCGGTGCCACGACTATGTCGCTGCATCACAAACTCTGCCACACCCTCGGCGGCACCTTTAACCTGCCCCATGCCGAAACCCACACGGTGGTACTTCCGTATGCCCTTGCCTACAACTCCCCGGCAATCCCCGAGACTATCAGGACCCTTCAACGGGCCACCGGCGCAGAAAACCCAGCGACCTATCTGAGAGAACTCAGCCTCGAACTCGGCGCCCCCTCTTCACTGGGCGAGCTGGGACTCGCCGCGGAAGACCTCGAAACTGCAGTAGACCTCGCCACCCGCAACCCCTACGCCAACCCGCGTGACGTCAGCCGCGAAGGGATCCACACGCTGCTCACCGCTGCCCTGAACGGCGACGCAGTCACCGCATAG MKSFHYESLPMHVTFGPGSLASLPEVIRNLGLQRVLVLSTPSQKDLAGKVSDRLGDLCVGIHSEAEMHVPIESAIKAREVAKVVDADGYVAVGGGSTTGLGKVIALEYGAPVIAVPTTYSGSEMTPVWGLTADGVKKTGRDQRVLPAAVIYDPELMLTVPVGKSVTSGFNAIAHAVEALYAPDRSPIISLMAEEGVRALTVALPKIVKEPENIGHRSDALYGAWLCGATLGATTMSLHHKLCHTLGGTFNLPHAETHTVVLPYALAYNSPAIPETIRTLQRATGAENPATYLRELSLELGAPSSLGELGLAAEDLETAVDLATRNPYANPRDVSREGIHTLLTAALNGDAVTA PGPT0005915_396 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_CHLOROBENZENE_DEGRADATION,PGPT0005915-EC_1_3_1_32-K00217 NA NA D3-18_04462 885 npcC Hydroxyquinol 1,2-dioxygenase ATGACCAGCGATCCAGCCACCAAGACGCTCACCAACGCCGTTATTGAGAGCTTCAGCGGCACGCCCAGTCCCCGTCTCAAATCGGTCTTGGATAGCCTTATAGATCACCTGCACAGCTTCGTGCTCGATGTGGCACCAACCATTGAGGAGTGGGAAGCGGCAATCAACTTCCTGACCGCCACTGGCCAGAAGTGCGATGACGTGCGGCAGGAGTTCATCCTGCTCTCCGATGTGCTGGGCGTTTCCATGCTGGTTGAAACCATCAATGATGAGGAAACGCCAGACGCAACCGACTCAACAGTGCTCGGGCCGTTCCACATGGTTGCATCCCCCGAACGGACAATGGGGGAAAACATCTCGCCCGAGAGCGAGGGCGACGTCTGTATAGTCCGGGGCAGGATTACCTCCATCACGGGAGAAGCTGTTGCAGGTGCCCGCATTGATGTCTGGCAGGCTAATGCCAAGGGTTTCTATGACGTCCAGCAGCCGGACGTTCAGAGCGTCGGAAACGGCCGCGGTCTCTTCACTGCCGACGGAAACGGAGAGTTCTACTTCCGAAGCGTCGTACCCAGCCACTACCCCATCCCGACCGACGGACCTGTTGGACGCCTGCTTGAGAGCAGCGCCCGCCACCCGTTCCGGCCGGCCCACGTCCACTTCCTGGTCTCTGCACCGGGATTCAAGGAACTGACCACCCACATTTTCGTGGACGGCAGCGAATACATTGACTCCGATGCTGTCTTTGCAGTGAGGCAGAGCCTGATCAAACCTTTTACCAGCAACGCCGATCTCGATTCGGCAGAATCCTACGGGGTCACATCCCCCTTCGCTGAATGCATCGTCGACATCGCCCTGCACCCCGACAGCCGTTTGGCCGGTTCATGA MTSDPATKTLTNAVIESFSGTPSPRLKSVLDSLIDHLHSFVLDVAPTIEEWEAAINFLTATGQKCDDVRQEFILLSDVLGVSMLVETINDEETPDATDSTVLGPFHMVASPERTMGENISPESEGDVCIVRGRITSITGEAVAGARIDVWQANAKGFYDVQQPDVQSVGNGRGLFTADGNGEFYFRSVVPSHYPIPTDGPVGRLLESSARHPFRPAHVHFLVSAPGFKELTTHIFVDGSEYIDSDAVFAVRQSLIKPFTSNADLDSAESYGVTSPFAECIVDIALHPDSRLAGS PGPT0005215_321 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_BENZOATE_UTILIZATION,PGPT0005215-chqB-K04098 NA NA D3-18_04463 306 hypothetical protein ATGGATGAAGGGGAAAGTGCTGTGATCTATGAGCACGCTTACTTGAAAATTGCAGCCGAACGCGCCAACGAGTTCGAGTCCGCCTTCTACGGTATCCAACACGAGCTGACCAATGCCCCAGGCTGCCGCTCAGTGGAACTCGTCCGAAGCATTGACGGCCCGGAGACCTATCTCCTTAAGGTCGGGTGGCGGCACATCGAAGACCACACGGATATCTTTCCGACTACAGATAATGCCAAACGCTTCGCACATGCGATCGCGGGATTCTTTGAGGGCGAGCCCCTCGTGCTGCACTTCCCCGGTTAA MDEGESAVIYEHAYLKIAAERANEFESAFYGIQHELTNAPGCRSVELVRSIDGPETYLLKVGWRHIEDHTDIFPTTDNAKRFAHAIAGFFEGEPLVLHFPG NA NA NA NA NA D3-18_04464 510 Flavin reductase ATGACGTTGACAGCACCCGAACAGGTATTAGTCGTGGATCCGCAAGAGTTCCGGCATGCCATGAAACGAGTTCCCACTCCGGTCGCCATAGTAACCGCCATGACGGACGATGGGCCGGTGGGGATGACCGTGGGATCGTTCACGTCAGTTTCTCTAAGCCCCACTTTGGTGACTTTCTTCGTGGACGTTTCCTCCACGACCTGGCCCCGGCTTAAGACGTCACCGACGTTCGCAATCAACATCCTCGGACATGACAAGGGTGACCTCTGCCGAGCGTTCTCCCGGCGGGGTGCTGACCGCTTCGAAGGCGTCAATTGGTCTGCGAACAGATCCGGGGATCCGGAGCTTGAGGCTGCCTCGGTCAGCCTCGAATGTACCCACTACAGCACACTGGTGGTGGGTGACCATGTCCAGATAGTCGGCGAGGTCCGCCGATTCCAGGTGCACGACGAAGTCCTGCCGTTGGTCTTTTTCAACGGGACATTCCTCAACCTCGCCGACCATGGATGA MTLTAPEQVLVVDPQEFRHAMKRVPTPVAIVTAMTDDGPVGMTVGSFTSVSLSPTLVTFFVDVSSTTWPRLKTSPTFAINILGHDKGDLCRAFSRRGADRFEGVNWSANRSGDPELEAASVSLECTHYSTLVVGDHVQIVGEVRRFQVHDEVLPLVFFNGTFLNLADHG PGPT0006700_534 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STEROID|DERIVATE_DEGRADATION XENOBIOTIC_ADROSTENEDIONE_DEGRADATION,PGPT0006700-hsaB-K16048 NA NA D3-18_04465 1230 hsaA_1 Flavin-dependent monooxygenase, oxygenase subunit HsaA ATGACGCAGACCCTCAGCGACGCTGACACACGATCCGGTTTCCCAGCCTCGGACTGGGCGCCTGACACCGAAATCGTGGCACGGGCCACTTCACTCATTCCGCTTATCCGCCAGTATGCCGAGCAGTCATCGAAGGACCGTCGAGTCGCCCCCGAGGTCATTGCAGCCCTGGAGGACGCCGACCTGTTCAGTATCTTTGTGCCCGCCCGTTACGGCGGCCATGCAGCCAACTTGCGTACGGCGATGGAGACAATCGCAGAGGTCGGACGGGGAGACGGGTCCACCGCCTGGTCAGTCGCGCTGCTGAACGTATGCACCTGGTTCGCCACAACTTTTTCCCAACAGGCACAGGATGATGTCTTTGGTGTCAACCCCAAAGCCAAGGTATCCGGTATCTTCACTCCCGGAAGCAAAGCTGAAAGGGTCGACGGCGGGTACATAGTCAGTGGCGAATGGCCCTATTCATCCGGCTCCTTTGCCGCAGACTGGGCCACCTTGGGGGTCGCACTTCCTGATCTGGGCGAGGGCGAGGATCCACGAGCCTTGGCTTTGATTCCCAAGGAAGCGTGGACCATCCGGCCTACCTGGTTTGTGGCCGGCATGCGTGGCTCCGGCAGCGACACGATCGTCGTGGTAGACCATTTTGTCCCGGATTACCGCGTTCAACGCTTCCCCGAGATGCGTGAGGCCCGATTCCTCACCCCGCATCAGGCCGATGAGCGCAATTCGAACATGGCCTTCATCCCCGTGGCCGCAATTATCCTTGTCGCCGCGCAGATCGGGCTGGCCCGCCATGCCCTGGAGCTGACGCGGGAGAAGCTCCCAAACAAGCGCGTGGCCTACACCCAGTACACGGAAGCCAGGAACTCACCGACCCACCAGCTGGGCGTCGCCCGTGCGGCCACTCACTTCAACCTTGCCGAGTTGCTGATGCACCAAGCCTGCAGCGACATCGATCAGGCGGCCGCAGAGCGCCGGCTGCCGGACTTGCTGACCCGCGGAAGGATCCGCAATGACACCGGGATCATTGCCGAACTGGTCAAGAACGGCATCGATGACCTGATGACCGCCAATGGCGCGGGATCTTTCGCAGATGCCAATGTGCTCAATCGCATCTGGCGTGATGCGGAAATCGCCGGCCGGCATGCATATGTCACGCCCGAGGTTGGCAAGGAAGTCTATGGGCGCTTGCTTCTGGGCGCCGACAACCCCCTCACGATGGATGTGTGA MTQTLSDADTRSGFPASDWAPDTEIVARATSLIPLIRQYAEQSSKDRRVAPEVIAALEDADLFSIFVPARYGGHAANLRTAMETIAEVGRGDGSTAWSVALLNVCTWFATTFSQQAQDDVFGVNPKAKVSGIFTPGSKAERVDGGYIVSGEWPYSSGSFAADWATLGVALPDLGEGEDPRALALIPKEAWTIRPTWFVAGMRGSGSDTIVVVDHFVPDYRVQRFPEMREARFLTPHQADERNSNMAFIPVAAIILVAAQIGLARHALELTREKLPNKRVAYTQYTEARNSPTHQLGVARAATHFNLAELLMHQACSDIDQAAAERRLPDLLTRGRIRNDTGIIAELVKNGIDDLMTANGAGSFADANVLNRIWRDAEIAGRHAYVTPEVGKEVYGRLLLGADNPLTMDV PGPT0006695_154 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STEROID|DERIVATE_DEGRADATION XENOBIOTIC_ADROSTENEDIONE_DEGRADATION,PGPT0006695-hsaA-K16047 NA NA D3-18_04466 987 hypothetical protein GTGTTAGGTTCACCAGATAATCAGTGGTTGGCGGGAAGAGAAGTGTCCCGTTCCAGTGATTTCGACGAGTTCCGTGAGACTCTAAACAGCCACTTCTACCCGGCCAAGGTTGACCTGAGGGAGGCTGGCACAACTGACATTCAGCCGCGCCTGAGCGTTGCGCATCTCAGGTTGTCCACTCTTGGTCTGGTGCACTTCAAAGGCCGGGTATCAGTCGACCCTGGAGACCTGCAGGGCTATCACGTTAACATTCCGCTCCAAGGCAGCGTCCTGTCCTACAACGGCCAGGCCGAGGTTCTGGCGAATCCGCTCACGGGGGCAGTGTTCACTCCAGGGAGGCGCACCTTCCTTCCCGACTGGAATGAGCAGTCCCCGCAGTGGTGCTGGAAGATTGAACGTATTGCGGTCGAGCGTGAGCTTGAGTTGTTGCTCGGACGATCCGTGCCGGATGCCATCGACTTCAACCTTGCCTTCGATCTCAGTTCACCGGCTGGCAAGCGGTGGCTGGAGACGATGAAGCTCATGGTCAGTTATGTCAACGAAATGGATGCATCCCCCGCTGCAGCGCACCATGTGGAGAACCTTGAACGTTCCTTGATCAGTGGACTGCTGCTAACCCAGCACCACTCTTATGGAACTTTGCTGCAGGAACGAGGTGGGCCTGTTCGACCGCGCACCATCCGCAAGGTCATGGACGCAATCGATGAAGACCCGACGAAGCAGTACACGTTGGGGGACCTTACCGCCATCGCAGGTGTCAGTGCACGCCAACTGCAGTATGCGTTCAATGACAATATTGGCGTCTCGCCCCTGGTCTACCTGCGGAACGCGCGGCTGGATGCAGCACGTGGCCTGCTTTTGAGCGGCAGAATGCCAGTCAGCGAAGTCGCCATGCGTTCAGGGTTCAACCACCTTGGAAAGTTTGCCGGATACTATCGCGACCGCTTTGGCGAAACTCCCTCGGCGACCCGATCAGGCGCGGAATAA MLGSPDNQWLAGREVSRSSDFDEFRETLNSHFYPAKVDLREAGTTDIQPRLSVAHLRLSTLGLVHFKGRVSVDPGDLQGYHVNIPLQGSVLSYNGQAEVLANPLTGAVFTPGRRTFLPDWNEQSPQWCWKIERIAVERELELLLGRSVPDAIDFNLAFDLSSPAGKRWLETMKLMVSYVNEMDASPAAAHHVENLERSLISGLLLTQHHSYGTLLQERGGPVRPRTIRKVMDAIDEDPTKQYTLGDLTAIAGVSARQLQYAFNDNIGVSPLVYLRNARLDAARGLLLSGRMPVSEVAMRSGFNHLGKFAGYYRDRFGETPSATRSGAE NA NA NA NA NA D3-18_04467 642 betI_9 HTH-type transcriptional regulator BetI ATGGCTGGTTCTGCCCCTCAACGCCCTCAGGCAGTGCAGCAACGCAGCCAGGAAACAGAGCAGCGGATTCTCCAGGCTGCAGTTCGCGTTCTAGGTGAGGCCGGGGTTGAAGCGCTAACGACGGCGGAAGTGAGCGCCGCCGCCGGGGTGTCGGTGGGCAGCATATATCGAAGGTTTGGCAACAAAGAGCAGCTTCTGCTGGCGACCCAATCAGAGTTCCTTCGTCTTTTCGAAGGTAACTTGTACCAGGAACTGTCCGGCATTCCGAGCAAGGACGCCAGGGATCCCGCGCGGACAATCGCGTACGCAACGAAGGTTGTGGGAATGTCCTTTGCAAAGAACGCTGCCCCACTTAGAGTCCTGCTCATCGTTGGCCTGACCCACGAAGATATCCGGCTACAGGGACACCTTGCCAGTGTCAGGGGTGGCTCCAGGTTCGGTGAGCTGATATTGAATCATCGCGACTCTTTGGCCCACGAGGACCCGGAAGCGGCAGTGGATTTCGCCTTTCGCTTGATCTACTCCGCCTGCTCCCACCGCATCATGCAGGGCGAGAACCTCGAATCCCTTCGACGTCGCACCTGGCCTGAAACCATCGACGAACTTGCACGGGCGGCCCGTGCATACCTGCTCTGCGCCTAA MAGSAPQRPQAVQQRSQETEQRILQAAVRVLGEAGVEALTTAEVSAAAGVSVGSIYRRFGNKEQLLLATQSEFLRLFEGNLYQELSGIPSKDARDPARTIAYATKVVGMSFAKNAAPLRVLLIVGLTHEDIRLQGHLASVRGGSRFGELILNHRDSLAHEDPEAAVDFAFRLIYSACSHRIMQGENLESLRRRTWPETIDELARAARAYLLCA NA NA NA NA NA D3-18_04468 1746 hypothetical protein TTGACCACCATCTTTGTCCCCGCAAGCGACCCCCGTTCCAATCGGGATTCCAGGTACCGGCCCCTCGAGCCACTCACACAACTTTTCCCCGCAGGGCATAAGACGGGGCGCGGAAAGCCTCCACTGACCACACCTATTACTGTCACCCGCGACCTTCCCATCCCGTTGCGGGATGGGGTGACCATCTATGCGGACGTGTACCGGCCAGCGGACGTGACGGACGGCATTCCGGCAATCATGGGATGGGGTCCCTACGGAAAAGGCGGAACCGGGTCCCGCCTCTTGAACGGCCTGCCGCAAAAGTTCGGCGTTCCGCGCTCTGCAACTTCCGGCCTGGAGGCATTCGAAGCAGTCGATCCTGCCTACTGGTGCAGCCACGGCTACGCAGTCGTACAGATCGACCCTCGGGGGGTTTTCAACTCCGAAGGAGACATCCTGTTTCAGGGCGCCGACGAAGGCCGCGATGGTCATGATGCTGTGGAATTTATTGGAACCCGCGAATGGTGTAACGGAAAAGTGGGGCTTGCAGGTAACTCGTGGCTGGCCATCCTCCAGTGGCAGATTGCTGCCACCAGACCTCCCCACCTCGCCGCCATCGCACCCTGGGAAGGGGCGTCGGACCTCTACGCACAGGCCATGATGCGCGGTGGGATCCCCAACACCGGATTTGCGTCAAAGATCCGCGAAAGCCTATACGGAATGAACGGAATCGAGGACCCTGTCGGGATGCTGGCCATGCACCCTCTGAAGACTCAGTATTGGACGGATAAAGTCGCGAATATTGAAGCCATTGCAGCTCCGGCATACGTGGTCGCCTCCTACACCAATCAGCTACACGCTGAAGGCACACTTGAGGGATATAGCCGTCTTACCGGGAAGAAATGGCTGCGGGTTAACAACACCCATGAATGGACGGACTTCTACGACCCGGACAATGTTGCAGACCTGAGGCGCTTCTTCGATCATTTCCTCTGCGGAATCGACACCGGTTGGATGGCCACCCCGCGCGTGCGGATGGCAGTTCTCGAACCCCACGGATCCGACACTGTTGGCCGGGCGGAGGACGAATTCCCGCCGTCCAGAGTCCGATCGAAGACGCTGTTCCTTGACGCCGCGTCTTCGTCACTCACCACCGATCCAGGAGAGACAGAATGCATGGCGTCGTATGAGCTCGCGGGCGGCGCAGACGGGCAACTTTCTTTTACATACACATTCGAAGAGGACACAGAGCTAATCGGTAAAGCGTCCCTGACTGCTTGTTTCGAAGTCGCAGGAGGAGTGGATCTCGATGTGTACGCGTACGTGCGGAAACGTGACGCCCGAGGCCGGATAGGTAGTCACCAGATGATAGTTCTGCCGCTCCCGGCAGCCCAGCGCTGGATGCCAAAGCTCCACCAGCGCGGCGTCATGGCCGTACGGTTTGCATTCTATGACGGTCCGGAGTCCATGCTCCGCCTTTCGGAACGGGAACGTGCAGGAAAGGGTCTTCTGGACACTCCGTCATTGCCCCTCTCGTCAGGTGAGGTTGTTGAGGCAACCATGGAGTTCTGGCCGGTAGCCATGCGTTGGCGTGCCGGTGAAACCCTGGAGTTGACGGTTAGCGCTCGGCGGCTCCGAGCAACTGAGTTGCCGGGCATCGAAGGAATGCCCGCACAAACGGCAGAACGGGCGATCCTTCACACCGGAGGGCGTTGGCCATCACGGCTGGTCCTGCCATTGGCTTCGGCTGCACCTTCAAGGGGCTGA MTTIFVPASDPRSNRDSRYRPLEPLTQLFPAGHKTGRGKPPLTTPITVTRDLPIPLRDGVTIYADVYRPADVTDGIPAIMGWGPYGKGGTGSRLLNGLPQKFGVPRSATSGLEAFEAVDPAYWCSHGYAVVQIDPRGVFNSEGDILFQGADEGRDGHDAVEFIGTREWCNGKVGLAGNSWLAILQWQIAATRPPHLAAIAPWEGASDLYAQAMMRGGIPNTGFASKIRESLYGMNGIEDPVGMLAMHPLKTQYWTDKVANIEAIAAPAYVVASYTNQLHAEGTLEGYSRLTGKKWLRVNNTHEWTDFYDPDNVADLRRFFDHFLCGIDTGWMATPRVRMAVLEPHGSDTVGRAEDEFPPSRVRSKTLFLDAASSSLTTDPGETECMASYELAGGADGQLSFTYTFEEDTELIGKASLTACFEVAGGVDLDVYAYVRKRDARGRIGSHQMIVLPLPAAQRWMPKLHQRGVMAVRFAFYDGPESMLRLSERERAGKGLLDTPSLPLSSGEVVEATMEFWPVAMRWRAGETLELTVSARRLRATELPGIEGMPAQTAERAILHTGGRWPSRLVLPLASAAPSRG NA NA NA NA NA D3-18_04469 1287 thcD_1 Rhodocoxin reductase ATGTGCCGGAAAGTCAGATCTGAAATGAACAGCATCGAACAAATCGTGATCGTTGGGAACGGCCATGCAGGGATTCAGGTGGGAGACTCTCTGCGTCAGGAAGGTTTCGCCGGTGAAATCATCGTTATCGGCGAAGAGGAGCACCCGCCTTATCAGCGACCGCCGCTATCCAAGGACTACCTGGGCTCCGGAACAGATCCGGCCCCTTTACCGTTGAGGGCGGCAAAATTCTTCACCGAAAATAACATCGCAATGCGCCTTGGTGTATCTGTCACGAGCATTGACCCGGCCCGACAGACCGTGAAGTTGTCCGATCGCAGCACACTGGGATATTCAAAACTGGTGTTGACTACCGGAGCGGCGAATCGGGCCCTTACTGTCCCGGGCGTGGACTTGGCCGGCATCCATGGACTGCGGAGCCTCGACGACGCTCTCGCCGTTCAGCGGTGCCTCAGTTCAGCAAATAGGGTTGTGATCATTGGGGCAGGTTTTATTGGTTTGGAGTTCGCTGCAGCCGCCCGCAAACGCGGGCTGGAGGTGACCGTCCTGGAATTTGGGGACCGGCCAATGGCACGCGCACTCTCTCCCGTCATGGGTGACTGGTTTGCGCAGGCTCACCGGGATATGGGCACTAATCTGCGTCTTGGCGAAGGCATCGCTTCCTTCACTGGCGACGGCGCAGGGTTCGTCTCATCTGCAGTTTCCACCTCCGGTGCCATTTATTCCGCAGACATGGTGGTGGTAGGCGTCGGGGCAATCCCCCGCACCGAACTGGCGGAGCAGGCCGGGCTTGCCGTCTCCAACGGCATCACCGTGGACGCAGCGATGCGAACGTCGGATCCGGATATTTATGCTCTCGGGGACTGCGCCAATTTCCCCTGCAGCCAGACCGGAACCCGGATCCGACTGGAGTCGGTGCAAAATGCCACCGACCAGGCGAGACACGTCGCGCGCTCCATCCTCGGCAGCAACGAGCCCGGACGGGAAGACTACACCGAGCACCCGTGGTTCTGGTCAAACCAGGGGCCGGCGCGGCTGCAGATTGCCGGGCTGCTGTCAGCGGGCGCACATAGCGTGATTCGCGGGGAGGCCGCCTCGGGCGCTTTCTCCGTTCTGCACTATGACGGCGCCTCTCTCGTCTGCGTCGAATCAGTTAACAGGCCGGCGGACCATGTGGCAGCCAGAAGTATGTTGGCAAGCGGGATAAGTCCCTGTCCTGAATTGGCGGCGGACCCTGACATTCGGCTCAAGGACCTGGCTTCCGCTGTAGAACGTGTTTCCAGTTAG MCRKVRSEMNSIEQIVIVGNGHAGIQVGDSLRQEGFAGEIIVIGEEEHPPYQRPPLSKDYLGSGTDPAPLPLRAAKFFTENNIAMRLGVSVTSIDPARQTVKLSDRSTLGYSKLVLTTGAANRALTVPGVDLAGIHGLRSLDDALAVQRCLSSANRVVIIGAGFIGLEFAAAARKRGLEVTVLEFGDRPMARALSPVMGDWFAQAHRDMGTNLRLGEGIASFTGDGAGFVSSAVSTSGAIYSADMVVVGVGAIPRTELAEQAGLAVSNGITVDAAMRTSDPDIYALGDCANFPCSQTGTRIRLESVQNATDQARHVARSILGSNEPGREDYTEHPWFWSNQGPARLQIAGLLSAGAHSVIRGEAASGAFSVLHYDGASLVCVESVNRPADHVAARSMLASGISPCPELAADPDIRLKDLASAVERVSS PGPT0019730_68 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,PGPT0019730-hcaD|cndC1-K00529 NA NA D3-18_04470 324 thcC_1 Rhodocoxin ATGGGCAAAATTACCTTTCACCATTCCAGCGGTGCAGTCGATGTACTCGACGTCCAGCCGGGAACCACAGTCATGCGCGCCGCCGTCACCAACGGGGTGGCAGGCATCGTCGGCGAATGCGGAGGACAGGCGATGTGCGCCACCTGCCATATCTACGTGCGCGAACAGTACTTGGACTCCCTGCCTTCAGTCAGTGTCGACGAGGACGAAATGCTCGACTGCACCACCGCTCAACGTGTCGATCGGTCCAGGCTGGGCTGCCAGCTGACGATCGGAGATGGCATCGAGGAGATCGAGGTCGATGTGCCGGAAAGTCAGATCTGA MGKITFHHSSGAVDVLDVQPGTTVMRAAVTNGVAGIVGECGGQAMCATCHIYVREQYLDSLPSVSVDEDEMLDCTTAQRVDRSRLGCQLTIGDGIEEIEVDVPESQI PGPT0006786_1218 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENERGY_METABOLISM PUTATIVE-FE-S_CLUSTER_BIOGENESIS,PGPT0006786-fdx|cndB-K04755 D3-18_04471 1200 Cytochrome P450-pinF2, plant-inducible ATGACCATCACCCCGACAGCGAGATCGCTGGATATGCCCTCAGTTGAGTGGCTGAACCCGGCGGAATTGTCCCGAAATCCCTATCCGAGTTATGAGCGCCTGCGTCGGGAGTCACCAGTGGCGTGGTCTCCGGCGGTGAAAAAAGTTCTGATCTCGACATATGAGGGGTGCAGCTTTGGCGAACTGCATCCGGAGATCTTTTCTTCCAATGTATCGGGCGGAACGATGGTCCGCGCTCTAGGTGGCCGACCGCTCATACGAAAGGACGATCCGGAGCACGCCGTCGAGCGTGCACCCATGAACCGGACCCTGCGCCCCAAGCAGATCATGGACGTTTGGGCAGGAAAGTTCGAAGCGAATGCCCTTCTGTACCTGAGACGGATGATCTCCGCAGGCAACGGAGCGGCGGACCTTAACTCGGATTTTGCTGTCCCCGTCGCCGCCAAGAACCTGTGTGACATGCTCGGAATGCCGCAAGTGCAGCCAATGAACCTCGCCCGCTGGTCCTCGGACTTTATTGCCGGTATCGGCAATGTGCTGGACCGCCAGGAGATCTGGGACCGCTGCGAGCAATCCCGGGATGAATGTGATGCGGCACTGGATGAAACGATCAGCCGACTGCGCCGGCAGCCAGATGCTTCGATAACATCGATGCTCCTCGAAGGTGGCATGGAGGAGCTGAAGGTTCGCAACAACGTCAAGCTCGCCATCTCCGGAGGTATGAACGAACCCCAACACGCGATCACCAACATGGTCCACCTCCTGGAGGAATCCCAGGGCCAGAAAGCTGAGGTCCTGGACGATCCTGGATTGTGGAAGCAGGTTTTCACTGAAGCGGTCCGTTACTTCTCCCCGATCGGCATGGTTACCCGCCAGGCTACCGCCGAGGTCCAGATTCAAGGCGTGACCATTCCAGGCGGAACGCAGGTCGGTATGCTCCTTGCCTCCGCTAACCGGGACCCGGCGCAGTTCCTGGCCCCTGACATCTTCGACATCCACAGGGGCCACGGCACCAGTCTTGCCTTCGGCGCCGGCGTGCATCAGTGCGCCGGCAAGTGGGCAGCGCAGAAGGCCATCGGGGAGATCGCCGTCCCGCTGCTGTACCGGGAACTGCCCGGACTTCGCCGGGATCCGTCGCGGCCTGAAACCTGGGACGGATGGGTTTTCCGCGGCCTCACCAGCCTCCCTGTCGTCTGGTAA MTITPTARSLDMPSVEWLNPAELSRNPYPSYERLRRESPVAWSPAVKKVLISTYEGCSFGELHPEIFSSNVSGGTMVRALGGRPLIRKDDPEHAVERAPMNRTLRPKQIMDVWAGKFEANALLYLRRMISAGNGAADLNSDFAVPVAAKNLCDMLGMPQVQPMNLARWSSDFIAGIGNVLDRQEIWDRCEQSRDECDAALDETISRLRRQPDASITSMLLEGGMEELKVRNNVKLAISGGMNEPQHAITNMVHLLEESQGQKAEVLDDPGLWKQVFTEAVRYFSPIGMVTRQATAEVQIQGVTIPGGTQVGMLLASANRDPAQFLAPDIFDIHRGHGTSLAFGAGVHQCAGKWAAQKAIGEIAVPLLYRELPGLRRDPSRPETWDGWVFRGLTSLPVVW NA NA NA NA NA D3-18_04472 759 xynR_4 COG1414 HTH-type transcriptional regulator XynR ATGGCGAGATCTTCGGCTGGAACCTCAGGACTATCCAGAGCCGTGCGGGTGTTGGAGGCCTTCGATCCATCCAGCAGCGAGCTCACGCTCACGCAGATAGTTGCCCGTACCGGCATGCCGGCAAGCACCGTCCACGGCATCATCGCCGAGCTGGTTGGCCTCGGCCTGCTTGAACGCCGGGGCCGGGAGGTCATCCTCGGTGTGAGACTTTGGGAACTGGCAGTTCGCGCCCCGGGCGTATTCGGCCTGAGGGAAATAGCGTTGCCTCACCTGGAGCAGGTTCGCGATAGACTGCGGCAGCATGCCCAGCTCGCCATCCTCCAAGACAGGGAGGTGCTTTACCTGGAACGGCTTTCAGCCCCGGAATCAGCCATAAACTTTGCCACGGTGGGCGGTCGCATCCCCTGGTACGCCACCTCCAGCGGACTCGTACTCGTCGCCGATCTCGAGGCTGAGGAGCAGAACCGCATCCTGGCCCTGCCGCGCCCCCGGTTTTCGCTGGAGCCCCTGACAAGCAACGCAACCCTCAGAGCTGGCCTCGCGAAAACCAGACGGGAAGGCCACGCGATTACGCGCGGCTACATCCACCCGGACTCCACCGCAGTCGCGGCACCTATCCGCGGCCCCTACAGCCGGGTCGTCGCATCACTTTCTGTTGTTGTGCCCAGCAAAGGATTCCAACTTGAGGCTGTCCTGAAAATTCTGCTACCCGTCGCGAACACCATCGGCAGCGAGCTAAAGAAAGCCATTTCAGGTTGA MARSSAGTSGLSRAVRVLEAFDPSSSELTLTQIVARTGMPASTVHGIIAELVGLGLLERRGREVILGVRLWELAVRAPGVFGLREIALPHLEQVRDRLRQHAQLAILQDREVLYLERLSAPESAINFATVGGRIPWYATSSGLVLVADLEAEEQNRILALPRPRFSLEPLTSNATLRAGLAKTRREGHAITRGYIHPDSTAVAAPIRGPYSRVVASLSVVVPSKGFQLEAVLKILLPVANTIGSELKKAISG NA NA NA NA NA D3-18_04473 600 hypothetical protein ATGCGTGGTCCCGTGCAGCAGCGCAGCAAAGATTCAACCATGCGGATGCTTGATGCTGCCCTGGCATTGGCGTCAGAGGGCGGCTTGGATGCCGTAACCATTTCTGCCGTCGCCGATCGCTCGGGAACGTCAAATGGCTCCCTCTACCACCGCTTCGACAATCGATCTTCGCTGCTGACAGCTTTGATCGACAGGTTCCTTAGCGACATTGAGGACGAGTATGCCGCAGTGCTTGAAAATGCCACTGCTGAACCGGACGACGCGCGTGCCCTGGAAATAGTGATTGACGCGCACATGCGAATTTTCGCCCGTGAGCGGGCGCTATTCCGCGCGTTTATGATCGACGGCCGTGACGATCCTGGAATGAAACTCCGCGGTTACGCAGCCAGTCGTACGCTTTCCGGGGCAATCATCACTTGGCTTCAGCAGCGGTTCCATTGCACACTCAGGTGCGCTGACACTGCATTCCGAATGCTGTACGGGCTGGGGGCTTCCCGTGTCCTCACGGAAGACGATGACCTAACTGCGCAGCCCCCGTCGCACCCGGAACTCATCGGCTCAATTCGAAACGTGTTGATCGGTTATCTTCGCAACTGCTGA MRGPVQQRSKDSTMRMLDAALALASEGGLDAVTISAVADRSGTSNGSLYHRFDNRSSLLTALIDRFLSDIEDEYAAVLENATAEPDDARALEIVIDAHMRIFARERALFRAFMIDGRDDPGMKLRGYAASRTLSGAIITWLQQRFHCTLRCADTAFRMLYGLGASRVLTEDDDLTAQPPSHPELIGSIRNVLIGYLRNC NA NA NA NA NA D3-18_04474 1179 Cytochrome p450 CYP199A2 GTGACTGTCATTTCCGCCCCCGAGAGCGACGTCGATCTCTACTCGACAGAATCGCTTCAGCACCCCTATCCCGATTACGCACGATTGCGACAAGCCGGACCAGTCGTCCGGTTGAGTCGGCCCAATGTATGGGCGTTGCCCCGATATGAGCAGGTTCGAGAAGCGCTGCTTGACCATGAGACCTTCAGCTCCGGTTCGGGGGTCGGGTTTGACAAAGAACTGAACGGTCTCATATCCGGCTCTTTGATCGCTTCGGATCCACCACGGCACGACGCCCTTCGAGCAGTTGTCGCACGTATGCTCATGCCGCGCGCCCTTCGCGACATGGCTCCTGCTGTGACAGCGGCGGCCGAAGTCCTTATCGATCGGCTGGCCAGCCGAGGCGAGTTCGATGCCGTGACGGACCTGGCCCAGGACTTTCCCGTCAACGTTGTGGCCGACCTCATCGGCCTGCCTGAGGAGGGCCGGGACCAGCTACTCGCGTTCGCGTCGGCAACCTTCGACTCCATGGGGCCTTCCGGCGAACGGACATCGGCGGCGCTGGAGAAGAGTGCGGCGATGATCGAGTACATCACCACTACTGCAACTCCTGATCGATTGCGAGAAGGAGGTTTCGGGGCCCGGATCTGGGAGGCGGTTGCAGCGGGGGAGGTAGACGAGCAGACCGGAGTTCTGTTGATGGCTGCGTTCGTGACTGCAGGAATGGATACGACGGCCCATTCCCTGAGCGCTTCGGTGCGGCTGTTCGGAGAGTTTCCGCAGCAGTGGGATTTGCTGCGCTCGGATCCCTCTAAAATTCCCGCAGCCTACCTTGAAGTTTTGCGTATTGCCTCGCCGGTGAGAATGTTCAGCAGGGTGACCACACGAAACTGGGAGTGTGAAGGCATCACCATTCCTGCGGGCGACCGCGTTGCCGTCATGTACGCCTCTGCCAACCGGGACGAGCGCAAATGGACCGAGCCCGAGCGGTTCGACATCACCCGAAACCCCTTGGATCACATTTCCTTTGGCTTCGGTATTCATGCCTGCGTCGGGCAGGGCCTGGCCAAGCTCGAGGCGCACGCCATCCTTGCAGCGCTGCTTGCACGGGTGCGGCGATTTGAGATCGGCGAACCGGAATACATCGTCAATAGTTCCCTACTGGGCCTCGCAACGCTGCCCTGCAAAATCATCCAGTGA MTVISAPESDVDLYSTESLQHPYPDYARLRQAGPVVRLSRPNVWALPRYEQVREALLDHETFSSGSGVGFDKELNGLISGSLIASDPPRHDALRAVVARMLMPRALRDMAPAVTAAAEVLIDRLASRGEFDAVTDLAQDFPVNVVADLIGLPEEGRDQLLAFASATFDSMGPSGERTSAALEKSAAMIEYITTTATPDRLREGGFGARIWEAVAAGEVDEQTGVLLMAAFVTAGMDTTAHSLSASVRLFGEFPQQWDLLRSDPSKIPAAYLEVLRIASPVRMFSRVTTRNWECEGITIPAGDRVAVMYASANRDERKWTEPERFDITRNPLDHISFGFGIHACVGQGLAKLEAHAILAALLARVRRFEIGEPEYIVNSSLLGLATLPCKIIQ PGPT0005380_41 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_METHOXYBENZOATE_DEGRADATION,PGPT0005380-cypA-K22553 NA NA D3-18_04475 1776 cocE Cocaine esterase ATGACTCTCATTACGACCACCCCAAAACCCAGGACATCGTTTATCGATGACGGAATGTACGTAGAAAAAGACGTACCGATCCACACGACAGGAGGCCGCACGGTAATGGCCGATGTATATCGGCCAGCCCATGAAGGACAATATCCGGCGGTGATGTGTTTTACCCCGTACGGCAAAGACATTCACTTCGCCGTCAAGGAACCCGATGTATACAGCAGGATCGCGATGACGAACGACTACGCCGTCTACGAGGCACCTGACATCCTCCGATGGGTCGCCGATGATTACGCTGTGGTCATCGTCGATGCCGCTGGTCTTGGGGCATCGCCTGGCACGGTAGACGTCTGGTCACCTCGCGACATGGAGGATTTCCGTGACGCGATCGAATGCATTGGTGATCAGCCGTGGTGCGCCGGGCGCGTGGGCCTCAACGGTGTCTCCTATTTGTCTGCTACCCAGATGGCTGTAGCCGCCTTGCGCCCCAAGCACCTGACCTGCATCATCCCCTGGGAAGTCGGATCACGCGTCTACGACTCCGTCTACCAGGAGGGCATCCTGAACACCTTCTTTGTAAAGTCCTGGTTCGACGCATGGATAATCCCGAACCAAAACGGGTACGGACAACTGTCACCGGAAGAGCTGGCGGCGAATCGCGTCGATTTTCCGGCTATTGCATCCGCGCATCCCCTGTTCGACGAGTTTTGGGCTGAGCGCACGCCGGACCTTTCTGAGATCACGGTGCCCTTATATACGGCAGCGAACTGGACCAGCGGCATGCTGTCCCTTCAGAACCACTTTGATCTGTTCGAAGAGGCCTCATCGGAAAACAAGTGGTTGCGAGCCCACTCCGGAGGTCACATCGAACCGTTCTACGAAGAGGAAGGGTATTTCGAGCAAAAGCGGTTCATGGACTACTGGCTTAAGGACATCAAGAATGGTATGGATGAGGTGCCACCTCTCAGTCTCGCAGTCCGCAGGCCGGATTCTGTTGAATGGGTCACCGAGCGTGAATGGCCAATAGCGCGGACTGAATGGACCAAGTGGTATCTGGATGGTGCCGGGAAGATGCTTCGTCCGCAGGCCCCCCAGCACCAGGCCTTAGTAACCTTCGATGCGTCAATGGGGGAGCCCCCGAAGTTGGAAAAGCCAGCGGCAGGCGACAGTGAACACCACGCCGTGCACATGAGTGAAAGCGTTGTTCGGGGTTACATCGCCCACGGCGTCGCACAGCCGCGGGAACAGGAATGGAACACGCTCTTCTCCAGTGCGCCGCTGGAATCCGAATTGCGGCTGGTCGGCCCGGTGACGCTGCATCTCGCAGTATCGGCATCGGCCGGTGACACTGACCTGTTTGTGTGCCTGCGGGACATCGCGCCTGACGACAGTGAGGTGGTCTATGACGGGATGGACAATCCTGAGACGGCAGTTAGTGTGGGCTGGGGCCGACTGAGCCGCCGCGCAATCGATGAAACCCGGACCAAGCCACATTCGCATCGCCCTGTACACAGGCAGGATAAAGAAGATTTACCCAACCCCGGCGAGGTTGTCCAGCTGGACATAGCGGTTGGCCCCACAAGCACAGTATTTGAAAAGGGACATCGTCTCGTCCTAGAGGTGTCCTCGCGCGATGTGTTCCGAGCCTTTCCATTTCTGCATATAACGCCGGAGAACCGACGCACGGGTGGCAGCGTCAATCTGCACACCGGAGCGGACGCCTGCTGGGTGGAACTTCCGGTTGTGTCTGAGCAGATCAAACCTTCTCAGGGGGAGGAATAG MTLITTTPKPRTSFIDDGMYVEKDVPIHTTGGRTVMADVYRPAHEGQYPAVMCFTPYGKDIHFAVKEPDVYSRIAMTNDYAVYEAPDILRWVADDYAVVIVDAAGLGASPGTVDVWSPRDMEDFRDAIECIGDQPWCAGRVGLNGVSYLSATQMAVAALRPKHLTCIIPWEVGSRVYDSVYQEGILNTFFVKSWFDAWIIPNQNGYGQLSPEELAANRVDFPAIASAHPLFDEFWAERTPDLSEITVPLYTAANWTSGMLSLQNHFDLFEEASSENKWLRAHSGGHIEPFYEEEGYFEQKRFMDYWLKDIKNGMDEVPPLSLAVRRPDSVEWVTEREWPIARTEWTKWYLDGAGKMLRPQAPQHQALVTFDASMGEPPKLEKPAAGDSEHHAVHMSESVVRGYIAHGVAQPREQEWNTLFSSAPLESELRLVGPVTLHLAVSASAGDTDLFVCLRDIAPDDSEVVYDGMDNPETAVSVGWGRLSRRAIDETRTKPHSHRPVHRQDKEDLPNPGEVVQLDIAVGPTSTVFEKGHRLVLEVSSRDVFRAFPFLHITPENRRTGGSVNLHTGADACWVELPVVSEQIKPSQGEE NA NA NA NA NA D3-18_04476 195 hypothetical protein ATGGCGTCGATCATCATTGATTTCAACCGGTGCGAGGGGCATGGTTTGTGCGAGCAAGCGTCGCCTGAGATTTTCCGGCTCGACGAAGACGGCATGTTGGAGTTGGTGCAGGAACATGTTGATCCTCAATCCGAACCACGAGTTGTAGACGCGGTTCGGTCCTGCCCAGTCGCTGCATTGAAGCTGCAAACATGA MASIIIDFNRCEGHGLCEQASPEIFRLDEDGMLELVQEHVDPQSEPRVVDAVRSCPVAALKLQT PGPT0007360_2394 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 D3-18_04477 1113 bedA Benzene 1,2-dioxygenase system ferredoxin--NAD(+) reductase subunit ATGAAGCAAGTCGTGGTCGTCGGCGGGTCCATTGCGGCGATGACTGCGGCGGGGAGTCTCCGCAGTGAAGGATTCGACGGCGACGTGACAGTCCTGTCGGATGAGACCCATCGCCCGTACTCGCGGGTGCCATTATCGAAAGGGATCCTCGCTGGTACGGAGGCGCCGAGCTCGGCATTTTTACCCGACTCCAATGGTAGCTTCGAGATCCGCACGGATTGCAACGCCCTTGCACTGGACACTCAGCGGCGGAGAATTACCCTCGCTGACGGAGAGGAGGTTCACTACGACGGACTTGTCATCAGCACTGGTGCCAGAGCTCGAAGACTCCCCGGCCCCGAGACCGGATTGACGGTGCGGACCATTGGCGATGCAGTTGCCCTAAGGGATCGGCTATCGTCGGCGCAGAAAGTTATTGTGCTGGGCGGCGGATTCCTCGGTATGGAGGTGGCTTCCACATGCCGTACCCTCGGCCGGCACGTAACGGTGGTGCACGTTAGCAGGCCGCTTAGTGGACTCCTCGGGGGGTGGTTGGCTGAATACGTCCTGACCGAAGCGCGCCGCCAGGGTGTGGAGTTCATCCATGCTCCGCAGGGAGCGCACATTATCGATACGTACACGGTGGACTGCGGAGATCGGTGGATAGAAGCCGATCTGGTCGTATCCGCCGTAGGTGACGATCCGAACATCGAATGGCTCCTGGGATCAGGTGTGCCGCTTGAAAACGGCGTCTTGGCCGACCAGCGTTGCCGGGTGGCGGCCGATATAGTGGCGGCTGGCGATGTTGTAGCCCGCCGCGGCCGGCGGATGCCGCATTGGACCAATGCTGTTCAGCAGGGAAAGACTGCCGCTGCCGCGCTACTACGTGGTGAACAGGCGGTGCCGTATGTACAGGACCATTATTTCTGGACACACCAGTTTGGCCTCGATATCAAGATCAGCGGACGTTTGCCGCTCAGCGGCAGTCCTGCCGTTATCGATGGTGCTATCGAGGCCCGGGCAGTACTTCTGCGGTGGGAACACGACAAGGGTGCCACCGCCGTCTCAATCAATCACCGGCTCCCCATCGTCAAATTGAAGCGCCTTGGAGGCGGAGCGCCAGCTCTGTGCTAG MKQVVVVGGSIAAMTAAGSLRSEGFDGDVTVLSDETHRPYSRVPLSKGILAGTEAPSSAFLPDSNGSFEIRTDCNALALDTQRRRITLADGEEVHYDGLVISTGARARRLPGPETGLTVRTIGDAVALRDRLSSAQKVIVLGGGFLGMEVASTCRTLGRHVTVVHVSRPLSGLLGGWLAEYVLTEARRQGVEFIHAPQGAHIIDTYTVDCGDRWIEADLVVSAVGDDPNIEWLLGSGVPLENGVLADQRCRVAADIVAAGDVVARRGRRMPHWTNAVQQGKTAAAALLRGEQAVPYVQDHYFWTHQFGLDIKISGRLPLSGSPAVIDGAIEARAVLLRWEHDKGATAVSINHRLPIVKLKRLGGGAPALC PGPT0019730_2459 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,PGPT0019730-hcaD|cndC1-K00529 NA NA D3-18_04478 513 hypothetical protein ATGGCTGGGTGGGATGCTGACACTGCTGCTGGCCCACTGGGGTCTGAGACCCTTACCCTGATCGAGGGTTCATCTTTTTGTATTTCATTGGCGAACGGGGACATCCTTCCGGAGTCTCCACATGGGGTTTTCGTCGAGGACACCGGCGTTCTTTCCGGCTGGAATTTGACCGTAAACGGTGAGCCATTGGAGGCCTTGGCCTCGAAGGCAAAGGAGCCATACCGGGGGCTGTCCATCGGTCGGGTACCCCGCTCGGACGGGTATGCCGATAGCGCGCTGATCGTCGAACGCTCGCGCGAGATTGCTGCCGGAATTCTTGAGGAGAACACGGTCCGGAACTACTCAAGTGAACCTACCGAATGTGTCGTTGCCCTGACAATCGAAGCGGACTTTGCGGACCTTTTCGAGGTGAAGGAGGGCCGCATCCACCGTCGTTGGGATGAGTCCCGCGAAGCGGTGGCCAGGGAAAATGGTTCAGTTGGTCGGCTTACCGATACTTGCTTGGACCTGTGA MAGWDADTAAGPLGSETLTLIEGSSFCISLANGDILPESPHGVFVEDTGVLSGWNLTVNGEPLEALASKAKEPYRGLSIGRVPRSDGYADSALIVERSREIAAGILEENTVRNYSSEPTECVVALTIEADFADLFEVKEGRIHRRWDESREAVARENGSVGRLTDTCLDL NA NA NA NA NA D3-18_04479 453 hypothetical protein ATGGCCTGGCAAATCGCGGACGCCGCCTACGTCCGCAAGTTTCCCTTGGGAATGGCTAAACCACGCCCCATCCCGCTGTTCCCCTACCTCCGCTCGGGCTACCTGAAAAAAGGCCACACGATTGAAGAACTGGCCAGTGCCTGCGGCATCGATCCTGAGGGCTTGGCACAAACCGTGCTCACCTTCAACGAAAACGCCCGCAACGGCATCGACCCGGAATTCAACCGTGGAGCCGTCACCCCTGCCCAGGCACTGCGCGCATTCACCTACGGCTCCGCCTACGCGGACCATCGGGAACACCGCAAAGGCAGCCTCACCCATGGCAAACTGGCCGACTTCGTCGTCCCCACCGACGACCTGCTCCACGTCGCACCCGAACGAATCGGATCAATCCAGGTCGTCGCGACCATCATCGGCGGCACACCACGCTACGGAACACTACAAACCAGCTAG MAWQIADAAYVRKFPLGMAKPRPIPLFPYLRSGYLKKGHTIEELASACGIDPEGLAQTVLTFNENARNGIDPEFNRGAVTPAQALRAFTYGSAYADHREHRKGSLTHGKLADFVVPTDDLLHVAPERIGSIQVVATIIGGTPRYGTLQTS NA NA NA NA NA D3-18_04480 393 hypothetical protein GTGGCCCGCCGCGCCGAGCTATTCCCCAAAACGCCGACCGGTCAGGAACACTGGACCCTGGCCCCCAAGGAAGCCACCGGAGACGGCATAACGATGGCCCAGGCCGTAGGGGCAAGCTTCGATACCAACGTCGAATCGCCTGCCGCCTGGTGCCCGGTCTCCATGGTTCCCTACGGCAACGGCCGGACAGGAATATTCCCCTACATCATGGACCGGGCCAAACCAGGCAGCCTCGGCGTGCTCCGAAACGGCAAACGATTCGTCAACGAAGCAAACGGCTACTACGACTACGTCGAAGGAATGCTCAAAGCAACCCCCGAAGGCGAACCGGTCGATGGCCTGGCAAATCGCGGACGCCGCCTACGTCCGCAAGTTTCCCTTGGGAATGGCTAA MARRAELFPKTPTGQEHWTLAPKEATGDGITMAQAVGASFDTNVESPAAWCPVSMVPYGNGRTGIFPYIMDRAKPGSLGVLRNGKRFVNEANGYYDYVEGMLKATPEGEPVDGLANRGRRLRPQVSLGNG NA NA NA NA NA D3-18_04481 222 hypothetical protein ATGGTCGGCTTCTTCCACAACAAAACCAGCCTCCAATTCGTCCCCGGGACCAGGATTAAAGACATCTATGGCCAGACACCCGGCGCAGGAACCGGAAACCGCTCCGTCGGACCCCAACCCCTCAACGCCCGCATCATCAAGCCAGAGCTACGAGCCAAGGCACGCCATCAGCTCTGCGAAACATCATTCCTGGGCATGGCATCATGGCTGGGCCTGAGCTGA MVGFFHNKTSLQFVPGTRIKDIYGQTPGAGTGNRSVGPQPLNARIIKPELRAKARHQLCETSFLGMASWLGLS NA NA NA NA NA D3-18_04482 444 hypothetical protein ATGGTCCCCATGGTCCTGGCCGTTCCTTTCCTGGCGCTCTGGGGACGGCTCGCTGACAAGTTCGGCCGGAAATGGTTCTACATCATCGGTCCACTGGCCGCAGCGCTTTCAGCTGCCCCGTTCTTCGCCGCCCTTGAAAGTGGAGACCTCTTCCCGATGATCCTTGGCTTTGTCGCACTCATCAACCTTGGACACAACATCTCCACCCGCATTCAGCAAACCTGGTTCACCGACATGTTCGATGTCCGGATCCGATACAGCGGTGCCGGATTTGCCTATGCATTGGCTGGCGCCGTCGGTGGTTTCATTCCCCTGATAGCCACCGCCTTGATGGCAATCAGCGGCAGTTGTGTCCCGGCTGCGGTGCTCCTTCCAGGGCTCTGCCTCATCGCACTGGTCTCAAGCCTTTGGTCCTATAAGTGGGCCAGCAAGGAACACCGCTAA MVPMVLAVPFLALWGRLADKFGRKWFYIIGPLAAALSAAPFFAALESGDLFPMILGFVALINLGHNISTRIQQTWFTDMFDVRIRYSGAGFAYALAGAVGGFIPLIATALMAISGSCVPAAVLLPGLCLIALVSSLWSYKWASKEHR PGPT0002956_375 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_04483 483 abaF_13 Fosfomycin resistance protein AbaF ATGGCAGTGGAAAACGCGCCGGCTGGCAAACGAAACTTCCTGGCCACCGGCGTCCAAATCGGCTCTTTCGTCGGCTTGCTGCTCGGCACTGGCGCATTCTCGTTGGTTACCGCCATGACCACCCCCGAACAGTTCCTTGCCTGGGGCTGGCGGCTGCCATTTGTGATCGGCATTCTCTTCGCCCTCGTCGGTCTCTGGATCCGCGCCGGGGTGCCGGAATCAGCCGAGTTCGCCGCCGCCAAAGAGGAGCACAAAGCCGCTCAGGCTCCCCTGGCAGAAGCTCTCAAGACCAGCCCCAAGAAGATCCTGGCCGTGATCGGCATGCGGATGGTGGACCAAAGCACCTTCTACATGGGCTTCACTTTCTCGCTCGCCTATGTCAAGAAACTTCACCGACACCCCTGCGACCACAGTTCTAACCGCTTCCATGGTCCCCATGGTCCTGGCCGTTCCTTTCCTGGCGCTCTGGGGACGGCTCGCTGA MAVENAPAGKRNFLATGVQIGSFVGLLLGTGAFSLVTAMTTPEQFLAWGWRLPFVIGILFALVGLWIRAGVPESAEFAAAKEEHKAAQAPLAEALKTSPKKILAVIGMRMVDQSTFYMGFTFSLAYVKKLHRHPCDHSSNRFHGPHGPGRSFPGALGTAR PGPT0002956_395 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_04484 435 lvr Levodione reductase ATGAGCGAACTTACCCAAGCAACAACAGCCCGGACCGCGACACCGGAGACCTATTGGCCCGGCCGTTTTCAGGACCAGGTGATCCTGGTGACCGGCGCCGCAGGTGGACTCGGCTCTGACACGGCGTACCGACTGGCACGCGAAGGTGCCAAAGTTGTCAGCACGGATGTCAGTGCCAGCGGCCGGGGTGACGGCAGCAGCCCGTCCAACTGCATGGCGCTGAATGTCACGCAAAGGCGGGAGTGGGGCCACACCGTGGAGGCCCTACTGGAGCGGTACGGCAGGATCGACGGGGCGCTCTTTGCCCACGGTATACAGGGACCGGAGGTTCCAGTGACGGACATGCCGGCAGAGGGATGGGCCGGGACCCTGAGCATCAATCTGGACGGCTGCCTTCACGGCCTTGCCAGCGTCCTGCCGGTCCTCACCAGCTGA MSELTQATTARTATPETYWPGRFQDQVILVTGAAGGLGSDTAYRLAREGAKVVSTDVSASGRGDGSSPSNCMALNVTQRREWGHTVEALLERYGRIDGALFAHGIQGPEVPVTDMPAEGWAGTLSINLDGCLHGLASVLPVLTS NA NA NA NA NA D3-18_04485 252 fabG_7 3-oxoacyl-[acyl-carrier-protein] reductase FabG GTGAAAACGGCAGCGAAAGAGGTTGCCCCCTACGGTGTTACGGTCAATTCCATCGCGCCCTCCATGATGAAAACGCGGCTTCTTCAGGACCTGAGCCCCGAACGAAATGCCCAACTTCTCGCCAAGGTTCCCATGGGCAGAGTCGGGTTGCCGGAAGAATTCTCCGCGCTGGCCACATGGTTGCTTTCCGCGGAGGCCAGCTATATGACGGGACAGACCCTGGACCTCAGCGGCGGTCGCAACACCGCCTAA MKTAAKEVAPYGVTVNSIAPSMMKTRLLQDLSPERNAQLLAKVPMGRVGLPEEFSALATWLLSAEASYMTGQTLDLSGGRNTA PGPT0003180_13468 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 D3-18_04486 843 degA_10 COG1609 HTH-type transcriptional regulator DegA ATGGTGACACGACGGACCCACGCCGTTGGAGTGGTTGTTGCTGAGCTGACCAGCCCCATCTACCCGGTCATTGTTGAGTCCTTGCAAAACAGGCTTCTCGAGCGTGGGTATCGGATGGTCCTCATCCGGGATCCGGACATTTCACCTGATCCTGAGGCTGTTGACATACTTGACAGTGCAACGGTCGACGGCATGATATTTGTTTCAGCACGTGAGTCTTCCGCCGCCGTCCGCAGGGTGTTGGAGCGCGGGACCCCCGTGGTGTTGCTCAGCCGCGACGATACAACTGTTGAGGTCGAGGCAGTACTAGCCGATGACCGACGCGCCGGCGAGATCGTCGTCGCCCATCTCGAAGAATTGGGGCACAAGAACATCGGTGTACTGACCACCTTGCGGGACCGGTCCAACGGCCGCGACCGTGAGGACGGTTTCCGGACCGCCATGGAACGACGAGGGCTGCAGATTCGTGAGGAGTGGGTTCGACATCTTCGACTCACCCATGAAGAGGGCGTCCGGACCGCCTTGGAGTTGTTGAATAACCACGACCGGCCTACCGCAGTTTATTGCGTGACGGATGCGTTGGCGTTTGCCGTCTTGGATGCCGCCGCGCAGTTGGGGATCAGTGTCCCCCAAGAACTCTCCGTAGTGGGATTCGATGATTCCAGCCCTGCAGGGTGGGCGTTCATCAACCTCACCACCGTCCATCAGCCGATCCCGGAAATGTCGTATCTGGCAGTGGACCGTCTCGCTGGGAGGATTGAAGGTGAGCCTCCCAGCGAAACGATGAAGACCGTTTTTCCGGTCGGCCTGCAGATTCGAGCGACGACGGCTCCCGCGGTTTAG MVTRRTHAVGVVVAELTSPIYPVIVESLQNRLLERGYRMVLIRDPDISPDPEAVDILDSATVDGMIFVSARESSAAVRRVLERGTPVVLLSRDDTTVEVEAVLADDRRAGEIVVAHLEELGHKNIGVLTTLRDRSNGRDREDGFRTAMERRGLQIREEWVRHLRLTHEEGVRTALELLNNHDRPTAVYCVTDALAFAVLDAAAQLGISVPQELSVVGFDDSSPAGWAFINLTTVHQPIPEMSYLAVDRLAGRIEGEPPSETMKTVFPVGLQIRATTAPAV NA NA NA NA NA D3-18_04487 1251 adh1 COG1454 Long-chain-alcohol dehydrogenase 1 ATGTCGTGTGCGCACGCAGCGGGTATTAGTCCCGCAACTTTCGGCGTCCTTCGGCTGCCACGGACAGTCGTTGTCGGCGCCCGACAGCGTTTCGCCGTCGCTGATATCGCAGCCCAATTCGGAACGAAGGTTCTCATATGCACGGACCCGCGATTGGCCCTCTCAGATGAACTCCAGGCATTGGTCCGGAGTCTGAAGGACCGGGACCTGACGGTACGGGTATACGGGGATACTCAGGCTGAGCTTCCCACTCACGGCATCCTGGCATGTGTTGAGGAGCTCAATGGTCAAGAGATAGATGTAATTGTTGGTTTTGGCGGTGGCAGCTGCATGGATATGGCAAAGGTCGTGTCCGTTCTACTGACGCACGGCGGCAAGCCGAGCGACTACTATGGCGAGTTCGCTGTTCCCGGTCCCACCAAGCCTGTCATCGCCGTTCCCACCACTGCCGGCACCGGGTCTGAAGCGACGGCAATCGCTGTGGTCTCCGACCCCGACCTGGGAATGAAAATGGGCATATCGAGCCCGCACATCATCCCGTATGCCGCAGTGTGCGATCCTGAGCTAACATACTCGTGCCCGCCCTCCCTAACCGCCGCCACGGGCGCAGACACCTTCGTGCACTTGATCGAGTCGTTCACTGCCATCACCCGCAAGCCCACTGCCGCGCTGGCCAATGAACGGGTCTTCGTCGGCAAAAACGTGCTGACAGACTCGATTGCCCTGAACGGCATCGGGTTGGTTGGACGCCACCTGGTGGCGGCCTACAAAGACCCGGAAAACGAAGAAGCACGGGCCGGGATGATGCTAGCAGCCCTCTACGGAGGGGTCGTCCTCAGCAATGCAGGAACTGCCGCGGCGCACGCTATCCAGTACCCGGTAGGTGCAATGACCCACACACCCCACGGCGTAGGAGTCGGCCTCTTGTTGCCATACGTTGTTCGGCATAATTTCGAAGCCATCCAACCTCAGTTGGCGCAGATCGCCAAGGTCCTGGGTCGGGACATCGGCGAAGTCGACCAGCGCGACGCAGCCCTGGCCGGTGTCGAAGCCATCGATGAGGTCATCGCTGCCATTGAACTGCCCGCGACGCTGAAGGATATCGGCCTGCAGGAAAGCGACCTCGCCCACGTCGCCGCATTGTCGTTGAATTCCAAACGGCTCATTGACAACAATCCCGTACCCCTAGACCTCGAAGCCGTGAACTCGATTGTCCACGCTGCCTTTGTTGGCTACCGCACCATCCGCTGA MSCAHAAGISPATFGVLRLPRTVVVGARQRFAVADIAAQFGTKVLICTDPRLALSDELQALVRSLKDRDLTVRVYGDTQAELPTHGILACVEELNGQEIDVIVGFGGGSCMDMAKVVSVLLTHGGKPSDYYGEFAVPGPTKPVIAVPTTAGTGSEATAIAVVSDPDLGMKMGISSPHIIPYAAVCDPELTYSCPPSLTAATGADTFVHLIESFTAITRKPTAALANERVFVGKNVLTDSIALNGIGLVGRHLVAAYKDPENEEARAGMMLAALYGGVVLSNAGTAAAHAIQYPVGAMTHTPHGVGVGLLLPYVVRHNFEAIQPQLAQIAKVLGRDIGEVDQRDAALAGVEAIDEVIAAIELPATLKDIGLQESDLAHVAALSLNSKRLIDNNPVPLDLEAVNSIVHAAFVGYRTIR PGPT0008305_38 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS BIOTIC_STRESS_RESISTANCE-VOLATILES BIOTIC_STRESS_RESISTANCE-ALCOHOL|KETONE_VOLATILE_METABOLISM,PGPT0008305-adh1-K19954 NA NA D3-18_04488 1476 sad_6 Succinate-semialdehyde dehydrogenase ATGACACTTCTTTCAACCCATGAACTGCTCCATATCGAAGGCCTGGCGGTGCCCCGCCAATTGCTGATTGGCGGCACTTGGCGGCACGCTGGCAGCGGTAACACCGTCGAGGTGATCAACCCCTCCGACGAAACGGTTATCACTGACATTGCCGACGCTGACGTCGAAGATGGTACCGCTGCAGTTGACGCGGCGGCTGCAGCCTTTCCTGAATGGGCGGCCACCCCACCGCGGCGCCGGGCGGAGATTCTGTGCCGCTGCTTCGAATTGATGTCTGAGCGCAGCGAGCAGCTCGCCCACTTGATTTCCCTTGAGAACGGCAAGGCCCTTGCAGACGCGCGCGGAGAAGTGGCCTATGCCGCAGAGTTCTTCCGCTGGTACTCCGAAGAAGCGGTCCGGATCATCGGCGACGTGTCCGTCTCGCCGTCGGGGTCAAACCGGATCCTTGTCCAACACCCGCCAATCGGCGTCTGCGTGCTGATCACTCCCTGGAACTTCCCGGCCGCCATGGCCACGAGGAAACTGGCCCCTGCATTGGCGGCCGGTTGCACCACAGTGCTGAAGCCGGCAACGCTCACACCGCTGACAGCCTTGGCCATCGCCCAGATAATGATCGACGCCGGCACCCCGGCCGGCGTGGTCAACGTCATCACCACGAGTAAGACCAACGAGGTAGTCACCCCGATCCTTGCTGACTCCCGGGTTCGCAAACTCTCATTCACAGGTTCCACCAGCGCCGGCCGCCACCTGTTGCGGGAAGCGGCCGGGAACGTGCTCAAGTGCTCAATGGAACTGGGTGGCAATGCTCCGTTCCTGGTTTTTGATGACGCGGACCTCGACCTAGCACTCGACGGCGCCATGATCGCCAAGATGCGCAACGGCGGTCAGGCTTGCACAGCAGCGAACCGCATCTATGTCCAGCGTGGAATCCATGATGAGTTCGCCCGTCGGCTTGCCGATCGAATGGGGAAAATGCGCGTTGGCCCGGGCGCCGATAACAATACCGAGGTAGGACCGCTCGTGGATAAGGCCAATGTCAGGAAGGTTGACTCGCTGGTCCACGACGCTGTCAGCCACGGTGCCAAACTGCTCTCCGGAGGTAATCCCCTTGACGGTCCGGGATTCTTCTATCCGCCTACCGTTCTGACCAACGTACCGCGGGAGGCCCGCATGGTGCATGAGGAAATATTCGGGCCGGTGGCCTCGGTCATCCCCTTTGATACCGAGGATGAGGTCATCGCCGCTGCCAATAGTTCCGACGACGGCCTCGCCGCGTACGTATTCACCGAGGACCTCCGACGCGGACTCAGGGTCTCTGAACGCATCGAAAGCGGCATGGTGGCCCTCAACAGAGGCCTCGTTTCGGACCCTGCAGCACCTTTCGGCGGAGTCAAACATAGCGGCCTCGGCCGCGAAGGGGCCCATCAGGGCCTGCTCGATTTCACCGAAACCAAGTACATCGCGCTCGATTGGTAG MTLLSTHELLHIEGLAVPRQLLIGGTWRHAGSGNTVEVINPSDETVITDIADADVEDGTAAVDAAAAAFPEWAATPPRRRAEILCRCFELMSERSEQLAHLISLENGKALADARGEVAYAAEFFRWYSEEAVRIIGDVSVSPSGSNRILVQHPPIGVCVLITPWNFPAAMATRKLAPALAAGCTTVLKPATLTPLTALAIAQIMIDAGTPAGVVNVITTSKTNEVVTPILADSRVRKLSFTGSTSAGRHLLREAAGNVLKCSMELGGNAPFLVFDDADLDLALDGAMIAKMRNGGQACTAANRIYVQRGIHDEFARRLADRMGKMRVGPGADNNTEVGPLVDKANVRKVDSLVHDAVSHGAKLLSGGNPLDGPGFFYPPTVLTNVPREARMVHEEIFGPVASVIPFDTEDEVIAAANSSDDGLAAYVFTEDLRRGLRVSERIESGMVALNRGLVSDPAAPFGGVKHSGLGREGAHQGLLDFTETKYIALDW PGPT0001580_1497 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135 NA NA D3-18_04489 1368 abaF_14 Fosfomycin resistance protein AbaF ATGACGATCTCCCACAGCAAAACCACGACGACGGCCTGGCGGGTACCACTAGCCAGCTTCGCCGGCACCACCATCGAATGGTACGACTACTACATCTTCGGCTTGCTCGCCGCTACCGGCGTCTTCAGTCGCCTCTATTTTCCAGAGCAGGACCCTGCGACGGGCCTCCTTCTGGCCTTTGTGACCTACGCCGTTGGCTTCTTCGCACGGCCCTTCGGCGGCATGTTCGCGGGCCACTTCGGTGACAAAATCGGCCGTAAGCCCATGCTGGTACTGTCACTGCTCATCATGGGCTTTGCCACCTTGGCCATGGGATTGCTTCCCACATACGCCCAAATCGGAGTGTGGGCTCCCATTCTCCTGACAGTCCTGCGACTTCTCCAGGGTTTCGGTGCTGGTGCCGAATGGGCCGGGGCCGCTGTCATTTCCATTGAGCATGCCCCCGCGGGACGCAGCGGATTCTTCGGCAGCTTCACGCAGATGGGCGTCCCGGCCGGGATGCTGCTTGCCAACGCAAGCGTCCTGATCGTCAAGTCCGCCGTTCCTGCTGAGGTTTTCGACGCCTGGGCTTGGCGAGTGCCGTTCCTGCTGAGTGTAGTGCTGATCGTCGTCGGGCTGGTGGTTCGGGCCAAGCTTGAGGACTCCGACGACTTCAAAGAGCTGGTTGCGACGAAACAGACCTCTAAGAAGCCTCTCGGCGAAGCCATGAAGAAGGAGTTCAAGGGAATCTGGTTGGTTGTTGGCATGCGACTGGCAGAAAACTCCGCCTTCTACCTCTATACAACGTTCTCGGTGGTCTACATCATGAGGACGTTTGGGCCCGAGCGCGCCAACCAAGGCACACTGTCTGTACTTATCGCCTCCGCCATAGGTGTCTTTGCCGTACCGCTGTGGGCGATCCTCTCTGACAAAATCGGTCGCAAACCCCTGTACCTGTTTGGTTCGATCGGCGGGCTCCTGTTCTTCCCCCTCTACTTCGTCATGACGGATACGGGGAGCGCACTGCTGGCAACGCTCGCAATCATCATCGGGCTAGCCATCTTCCACAACTCCATGTATGGCCCCCAGGCCGCATTCTTCTCAGAGTTGTTCTCCACGAAGCTGCGCTACAGCGGAGCGTCCATGGGGTATCAGTTCGGTTCCGTTCTGGCCGGAGGCATAGCACCGTTGGTGGCCGTGGCTCTGCTGAACGCCGGAAACGGCGAGCCGGGATGGGTGATCCTCTACTTCAGCGGGATAGGGATCATCACAGTCGTGGCGACGCTGCTTGCGCCGGAAACCCTCGGAAAGCTGGAGCGGCGTCTCACAGCCGCTCAAGATGAAGACGAGAATGCAGGAGTAACCGACGTGCGCGCCAGCGCAGGCTAG MTISHSKTTTTAWRVPLASFAGTTIEWYDYYIFGLLAATGVFSRLYFPEQDPATGLLLAFVTYAVGFFARPFGGMFAGHFGDKIGRKPMLVLSLLIMGFATLAMGLLPTYAQIGVWAPILLTVLRLLQGFGAGAEWAGAAVISIEHAPAGRSGFFGSFTQMGVPAGMLLANASVLIVKSAVPAEVFDAWAWRVPFLLSVVLIVVGLVVRAKLEDSDDFKELVATKQTSKKPLGEAMKKEFKGIWLVVGMRLAENSAFYLYTTFSVVYIMRTFGPERANQGTLSVLIASAIGVFAVPLWAILSDKIGRKPLYLFGSIGGLLFFPLYFVMTDTGSALLATLAIIIGLAIFHNSMYGPQAAFFSELFSTKLRYSGASMGYQFGSVLAGGIAPLVAVALLNAGNGEPGWVILYFSGIGIITVVATLLAPETLGKLERRLTAAQDEDENAGVTDVRASAG PGPT0002956_55 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_04490 1782 hypothetical protein ATGAACGAGGCAAGCAACCGGCAATTCAGGGCACCAGAGGACCCCGAGATACTCAACGCCACCACCGAAAGCTCGAGGGATCTGGCAAGCGTGCGGGATCGGACCCTCATCCTGAAGGGAATCCTGCGACGCACCCGCACGCTTTTAGGCGCCGACATGGCCTACCTCAGCCTGAACGACCTCCCGTCCGGGGAAACGTACATCCATGTCACGGATAACGTGCGCACCGAGGCATACCGGAATATCCGCATGCCCTTGGGCACCGGGGTACTGGGAGCAGTCGCGGCGGGCGGCTCGACCGCTTCGACGCTGGATTACCTGGCGGATCCAAATATGAATCACATTCCCACCATCGACCAGGTGGTCGCCGTCGAAGGCGTTAAGGCGATCGCCGGGGCACCACTCCGGGTGGGTGGCCGGATCGTCGGCGCACTCCTCGTCGCCCATCGATCGCCGGCGAGCCTCCCGGCGGCCGGAGAACGAGCGCTTGAGCATATGGCGGCTCAAGCCGCCATTGCACTCGAACAGACACGCCGAGGCAGTGAGATCATGCAGCTTCGGGCGCTGATAGGAAGTACGACTACCAGCAACGCCGGCCGCACCCGGGAATTGGAAGCAATGCTCGCGCTGGATGAGCGGCTGATGGGGAGCATGGTGGCATCCGTTAACGCGGAGGGCGTCGTGGCTGTCCTCGAAGAGGCCACGGGTCGGCCCCTGGGTCTATTTGATCCGACAGGACGTCACCGCTTCGGCTCTGTGACACTGAACAAGCCGGCGCTTGAAAATTGGGGTGTGCAATCGGCAATCAACACTTCCCTGCACGGCGCAGGTGCGGCGACAGTGCGCCACAAAGGCGAGGTTTACACGGTTGTGGCGGTCGCGGCCGGCAAGGAACATCTAGCCACGTTGGTCATGAACGGCACCGCCGGTAAAGAGATTGCCTTGCTTGAGCGGGGTTCGGTTTTCGTGAGCGCAGCGCTCCTGTTCGAACGCACCCTTGTGGACGCCAACAACCGCGCGCAATCAACACTCATGGAAGACTTGCTTGCCAGCCGGACTGAGGACCAGGTCCAGGCCGTGAGGGCCAAGTTTGTCGCCTTCGGCATTGAGCTCCGCGGGGAGACTGCCGTACTGGTCATCTTGGTTGATCCTCCTGTACGGCACGCCACGCTGGCAACCGTTCAGCAGCGGCTCCGTAAAGGTCCGATGCTCGTCTCTACGCACATGGGCCATATCTGCGTGGTCACAACGTCGAGCGGCGCAACTCTGGCCAAGGAAATGGACCAGATCCTGCACCAGGAAGGGATCTCCGCAGTCATTGGACACGCAACATCGTCCAGCGGCAGCATCAACGGCATCCGTGAAGCCCATGATGAGGCCTCAGAAGTGGTCACGGCCGCCAAAGAACTCGGCTGGCGACGCGGGTTTGCCGACCTCAACGATCTGGGCATCGCCGGAATCATGCTCAGCCATGACAGCGCTTCAACCGCAGCCCGAATCGTCGAAAGAACCCTCGGCCCTGTCCAGGACTATGACCGCGCGCACCGAACAGATCTCCTTGGCACACTCTGGGCCTATCTCGAGTCGGGAAGCAGTCTCCAAACAACGGCCTCACAACTTCATATCCACCAGAACACCGTCAGGCAGCGGCTCGAGCGAATCGACTCCCTGCTCGGGGCCCGATGGCGAACGCCGTCACGTCGCATCGACGTGCACTTCGCACTTCGGCTGTGGAAGCTCGCTCCACCTACGTCAAAACCGGACGCCGTCCGGGGCCAGTGA MNEASNRQFRAPEDPEILNATTESSRDLASVRDRTLILKGILRRTRTLLGADMAYLSLNDLPSGETYIHVTDNVRTEAYRNIRMPLGTGVLGAVAAGGSTASTLDYLADPNMNHIPTIDQVVAVEGVKAIAGAPLRVGGRIVGALLVAHRSPASLPAAGERALEHMAAQAAIALEQTRRGSEIMQLRALIGSTTTSNAGRTRELEAMLALDERLMGSMVASVNAEGVVAVLEEATGRPLGLFDPTGRHRFGSVTLNKPALENWGVQSAINTSLHGAGAATVRHKGEVYTVVAVAAGKEHLATLVMNGTAGKEIALLERGSVFVSAALLFERTLVDANNRAQSTLMEDLLASRTEDQVQAVRAKFVAFGIELRGETAVLVILVDPPVRHATLATVQQRLRKGPMLVSTHMGHICVVTTSSGATLAKEMDQILHQEGISAVIGHATSSSGSINGIREAHDEASEVVTAAKELGWRRGFADLNDLGIAGIMLSHDSASTAARIVERTLGPVQDYDRAHRTDLLGTLWAYLESGSSLQTTASQLHIHQNTVRQRLERIDSLLGARWRTPSRRIDVHFALRLWKLAPPTSKPDAVRGQ NA NA NA NA NA D3-18_04491 885 ahlD N-acyl homoserine lactonase ATGGTTTCGCAGCTGATCAACCTGCAGAGTTGGGGAACGGTAAAAGTTGCCGACAGCAACAAGGAGGCTGCAGTGACGGACATGCGAGTCCATATTCTGTCCACAGGGGTCATGGAAACAGATCTCACCTGGCTTCTGCTCAAAGGCGGGCGGACCATTCGCGACCGGCACCACAAGGAAGATCCGGTGGTCTGGGGAGAGTGCCCCACTCATGCTGTGCTCATCGAGCATCCAGAGGGACGGATTCTGTGGGACACGGGCGTACCCCGTGATTGGGAGCAACGATGGGCGCCGACGGGGTTTCAGGATTTTTTCCCGGTACGCGAGCCGGTGGACGGGCCGGGTTATCTGGACTCTTCACTCGCACAGTTGGAATTGACACCAGATGACATTGACATCCTGGTGCTCTCACACCTGCATTTCGATCACGCTGCCAACGCCTCAATGTTCGGCAACGGCAAGACCCGGATCATCGCGAACAACGCCGAGATCGTCGGCGCACGTGCCATTGACGGCTATTCGCAAGGCGGGCACATCGTCTCGGACTATGAGGCCCTGGATCTGGAAGGGGTCAGTGGCGATGTTGAGATCGTTCCCGGCGTCAAGGTCCTGGAGACCCCCGGGCACACATGGGGAACCATGTCATTGCAACTGGACCTCAAGAACGAGGGTACGAAGATTTTCACCTCGGATGCGGTGTACCTCGCCGACAGCTGGGGGCCTCCAGCCGTGGGCGCGGCCATCGTTTGGGACAACGTCCGCTGGCTTGAGTCCGTCGAAAAACTGCGGACTATCGCAGACCGCACGGGAGCGGAGGTCATCTTCGGCCACGACGGGGACCAAGCCAAAACACTACGCTATGCGCCCAACGGTTTTTACAGCTGA MVSQLINLQSWGTVKVADSNKEAAVTDMRVHILSTGVMETDLTWLLLKGGRTIRDRHHKEDPVVWGECPTHAVLIEHPEGRILWDTGVPRDWEQRWAPTGFQDFFPVREPVDGPGYLDSSLAQLELTPDDIDILVLSHLHFDHAANASMFGNGKTRIIANNAEIVGARAIDGYSQGGHIVSDYEALDLEGVSGDVEIVPGVKVLETPGHTWGTMSLQLDLKNEGTKIFTSDAVYLADSWGPPAVGAAIVWDNVRWLESVEKLRTIADRTGAEVIFGHDGDQAKTLRYAPNGFYS PGPT0025590_362 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-QUORUM_QUENCHING CE-QUORUM_QUENCHING-AHL-DEGRADATION,PGPT0025590-ahlD|aiiA|attM|blcC-K13075 NA NA D3-18_04492 450 hypothetical protein GTGATCCTTTACGATTTCGGGTGCCTGAACGGTCACCTCTTCGAGGCCGGACTCAAGAGCATGACATCAGCCAACCCACCCTGCCCAGCCTGCTACGCAGAGACCACCAGGCGTCCCTCCCGACTCAACATTGGAGGACGCGCTTCCGCAGGGCCCTCCAGGGAGCAGATGCCACGAAGCTGGAACGCTGTTAGGCAAGGCGACCGCGAAACCATAGCGCACTGGCACCGCCTAGCCGAGCGCCGTGAAGCGCTTGAAGATAAGTACCCCGAACTTGCCGGAGACCGACGCCCCATACTCGCGCACGAAGGTATCTTCTCGGGCCGACCCCTCCGCGCCGGTGACGATATCGCCGAGGCAGTGTCGTCGGCCATGGCAGACGGAGCAACACCGCATACCCATCAGCCCGCGCCAAGTCCGGGGAACATCGACACGAAAGCCACACCATGA MILYDFGCLNGHLFEAGLKSMTSANPPCPACYAETTRRPSRLNIGGRASAGPSREQMPRSWNAVRQGDRETIAHWHRLAERREALEDKYPELAGDRRPILAHEGIFSGRPLRAGDDIAEAVSSAMADGATPHTHQPAPSPGNIDTKATP NA NA NA NA NA D3-18_04493 1104 adhD COG1062 Putative alcohol dehydrogenase D ATGAAAATAACCGGAGCAGTCCTCGAGGACATCGGACGCCCCAGGCCTTTCAGAGCCTCGCGACCCATCAGCGTCGGAGAACTCGAACTCGACCCGCCAGGTGAGGGAGAAGTACTGATCAAAATCGAAGCCGCAGGAATCTGCCACTCCGACCTGTCGGTGGTGGACGGCAACCGCGTTCGTCCCGTACCGATGCTGCTTGGGCATGAAGCCGCCGGTCGCGTCGTCAGTTGCGGGTCCGGCGTCGAGGACCTCACGACTGGACAGCGCGTAGTGATGGCCTTCCTGCCCCGTTGCGGGGAATGCTCCAACTGCCACACCAACGGACGGCTTCCCTGCACACCCGGATCCGGAGCGAACAATGCAGGAACGCTACTTTCGGGCAATGTGCGGCTGCATCGCAACGGGCAGGACGTTCACCATCATTTGGGCGTGTCCGGATTCGCGACCCACGCCGTCGTTGATCGTCATTCCTTGGTGCCTGTTGACGACGACATTCCGCCGGAGATCGCGGCCGTCCTTGGATGCGCTGTGCTCACAGGCGGCGGAGCAGTCATTAATGCCGCTAAGCCCGAGGAGGGGGAGACGATCGTGGTTGTTGGTCTCGGTGGCGTTGGAATGGCTGCACTGCTCACAGCGGTTTCCCTCGGCACAGGCAATGTCGTAGGAGTGGACGCCGTACCAGACAAGCTCGAACGGGCCATGGCACTAGGCGCCACAGCGGTGTACTCCCCGAGTCAGGCCTTGGAAGCAGGGCTTAAAGCGCCGATTGTGATTGAGGCGGCCGGGAATGCCAGGGCCTTTGAGACCGCAGTGGCGCTGACCGGCGTCGGTGGCAGGACCGTCACCGTTGGCCTCCCAGCGCCAACTGCTGAAGCTGTCATCAAGCCGCTTGGGCTTACGGCCGAAGCCCGCACAATCGTTGGTAGCTATCTCGGGTCGGCTGTACCAGCCCGTGACATCCCGGCGTTCGCGCAGCTCTGGCGTGAAGGACGTCTCCCCATCGAAGCGCTGATTTCATCGACCATCACGCTCGGAGAAGTGAACCAAGCCATGGACGACCTCGCTGATGGGCTCGCCGTACGCCAGATCATCACGTTTTGA MKITGAVLEDIGRPRPFRASRPISVGELELDPPGEGEVLIKIEAAGICHSDLSVVDGNRVRPVPMLLGHEAAGRVVSCGSGVEDLTTGQRVVMAFLPRCGECSNCHTNGRLPCTPGSGANNAGTLLSGNVRLHRNGQDVHHHLGVSGFATHAVVDRHSLVPVDDDIPPEIAAVLGCAVLTGGGAVINAAKPEEGETIVVVGLGGVGMAALLTAVSLGTGNVVGVDAVPDKLERAMALGATAVYSPSQALEAGLKAPIVIEAAGNARAFETAVALTGVGGRTVTVGLPAPTAEAVIKPLGLTAEARTIVGSYLGSAVPARDIPAFAQLWREGRLPIEALISSTITLGEVNQAMDDLADGLAVRQIITF PGPT0006375_690 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 D3-18_04494 822 meh COG3777 Mesaconyl-C(4)-CoA hydratase ATGACACCAACTACCTCGACCGAGCGGGTCGAACGCACTGAGTTTATCGCTGCGGAGCCAGTGGAATCCCTTGCGGCCGCACTGGATATCGACGTGCCCTTCGATATGGGTGCGGCAGTCCCTCCCCTGTGGCATTGGCTCTACCTTTTGGAGCGCAACCCGCAGAACGAACTGGGGCAGGACGGGCATCCCACAGTAGGTATTCCGGCTCCTCCCGGGCCAGGACGACGCCGCATGTTTGCCGGAGGCCGAGTCTCCACCTTCGGCCAGCTCAAGATCGGAAGTCTGGCAACAAAAGTCATTTCCGTAGCTGGATCGGTCGAGAAGTCCGGACGGACCGGACCATTGACTTTCACGACTGTCCGCCACGAGATCTTCCAAGCCAACGAGCTGGTGATCCGGGAAGAACAGGACATTGTCTACAGGGCGGCGGGCAGCGGTGCCCTTCCCGTACCGCAAACCCCTCCCCCTCCTGCGGAGGGGCCGGTGCTGGAGCAAGCTGCCGATGAACGCCTGCTGTTCCGGTTCTCGGCACTAACGTATAACGCGCACAGAATCCACTACGACCTCGATTGGTGCCTGAACGAGGGGTACGACGGGCTGGTCATCCACGGGCCTCTCCTGGCACTGATGATGGGTGAGCACATGCGCCGTGAAGGAATACGGTTGATGGGCAAAACCTTCAACTACCGGCTGGCTTCCCCCATGACTAAGCCCCAAAAATTCTCCATCGTTACTGGCCCACAGGGTTTGGGCAACGGCGCCGAAGCACGCAGCGCGGCCGGTGCAATCTGCGCAGTCAGCAGCCTGTCCGGGATCTAG MTPTTSTERVERTEFIAAEPVESLAAALDIDVPFDMGAAVPPLWHWLYLLERNPQNELGQDGHPTVGIPAPPGPGRRRMFAGGRVSTFGQLKIGSLATKVISVAGSVEKSGRTGPLTFTTVRHEIFQANELVIREEQDIVYRAAGSGALPVPQTPPPPAEGPVLEQAADERLLFRFSALTYNAHRIHYDLDWCLNEGYDGLVIHGPLLALMMGEHMRREGIRLMGKTFNYRLASPMTKPQKFSIVTGPQGLGNGAEARSAAGAICAVSSLSGI NA NA NA NA NA D3-18_04495 1401 hypothetical protein ATGACATCTGAGAACCCCGTCCCGCAGTCGCTGACGGAAATACTCTCTGCACACTGGTCCGGAACGACCTTCGATGACCTCCCGCCCGAGGTGGTGTCCACCATGAAGGACCACATCCTCGACACTTTGGCGGTGGCGATGGCAGGCATCCCATCGGAGGAGTCCCGCCGCGTCCGTCATGCACTGTCCGGCATGTCCAACGGCGGCCCCTGCCGTGTCTGGGGTTCCCGCGAACGGCTGAATCCCGCCCACGCCGCGCTTGCCAATGGAACCTCCGCCCATGCCAGGGATTTCGACGACGGCGGCGGCCCGGGACACGCCGGCTCAGCAACCCTTCCGGCAGCAATTGCTGCGGCGGAACTGGTTGGCTCCAGCGGTAAGGAGCTGATAGTCGCTGCCGTAGCCGGATACGACATCAGCTACCGGCTCCTCCAGGGCATTGGCGGTTTTGCCGCGCATACTGACCGGGGCTGGCATTCAACCGGGACCTTTGGCACCTTTGCAGCAGCTGCTGCGTGCGCCAGGATTCTCAATCTCGACCCGGCCACGTATGCCAATGCCCTGGGTATTGCCGGATCTTTCACTGGCGGGATCTGGGCCTTCATCGAGGACGGTGCGTGGACCAAAAGGCTGCATCCGGGCAAAGCCGGAGAATCGGGCATCGACGCTGCTTTCCTGGCCAGGGCTGGTATCACCGGCCCGCATCAGCTCTTCGAGGCGCCATGGGGCGGGATTTTTGCAACCTATGGCAGCGGCCAAGGTTTCCCGGAAAGGGTCACGGCTGGGCTCGGTGAGGTCTTCAACGTCTCCACTTCCTATCTGAAACCCTACGCATGTTGTCGAGGCAGCCACTCGGCAGTTGATGCCGTGATGAAGCTGATCGATGAGCGTGATCTGCAACCCTCCGATGTCCGCTCAATCAACGTGACAGCGGGCGAAACCGCCATTAATATGCTCAGCGTTGACCCTATCGAAACCGTGTTTGATGCCCAGTTCAGCCTGCCGTACGCCATCAGCGTGGCACTGGAAAACCGTTCAGTCGGGTTGGAGCAATTCGACCCACCCCGCAATTCGGAGCCCAGGATCGAAGAGACCCTTGCCAAGATCTCTATGGTGCTTGACTCCTCGATTCAGCTGGAGGACGGCCCGCGTCTTGATTTTGACTTGATGTCCGGGGAGAAAATCACTCTCCTGGCTGGAAACCCCACGGATGCCAAAGGCTCCGAAAAGAATCCTATGACCCATGCTGAGGTCGTTGCCAAAGCCCAGGCACTTCTTCGTCCCTATGGCAAAGAGGGAGCCACGCAGCTCATCGAAGCGGTGGAGAACCTGGATTCAGCATCCACCCTCGACAACTTGATCAGCGCACTCAGCGCTACCCCCCCTACCTCTTTGGAGTGA MTSENPVPQSLTEILSAHWSGTTFDDLPPEVVSTMKDHILDTLAVAMAGIPSEESRRVRHALSGMSNGGPCRVWGSRERLNPAHAALANGTSAHARDFDDGGGPGHAGSATLPAAIAAAELVGSSGKELIVAAVAGYDISYRLLQGIGGFAAHTDRGWHSTGTFGTFAAAAACARILNLDPATYANALGIAGSFTGGIWAFIEDGAWTKRLHPGKAGESGIDAAFLARAGITGPHQLFEAPWGGIFATYGSGQGFPERVTAGLGEVFNVSTSYLKPYACCRGSHSAVDAVMKLIDERDLQPSDVRSINVTAGETAINMLSVDPIETVFDAQFSLPYAISVALENRSVGLEQFDPPRNSEPRIEETLAKISMVLDSSIQLEDGPRLDFDLMSGEKITLLAGNPTDAKGSEKNPMTHAEVVAKAQALLRPYGKEGATQLIEAVENLDSASTLDNLISALSATPPTSLE NA NA NA NA NA D3-18_04496 1233 mycCI Mycinamicin VIII C21 methyl hydroxylase TTGCTGCCCGATGGGAGCGATCTCACGGTCATGACAACCACAGTCCCCACCTTCGAGCTCTTCTCCCCACACGCTGCGGACCACGCCGGCGGTGCACTCGCCCAAGGCGGAATCGCGGCCGGTTCCGACGGCTATGCCGTCCTTTCCTACCAACTCGCCACCGAGGTGCTGCGCAATCCACGGTTCGCCAACTCAGCATTGAGGTTGATGGAGGAATTCGGCATCGGCAACGGCCCGGTCCATGGGTTCCGCGCCCGCAGCATCATCATGCAGGACGGTGCGCAGCAACTCCGGTTGCGAACCCCCCTGGCCCGCTTCATGGGGCCGGCAACGGTCCAGAACACCCGGGAAGTGCTCACAAAGATCGTCGCGGGCATCTTCGACGATGTGGACGATACAAAACCGGTGGACTTCCATTCCAGCGTGGATCGCAGAATCCCCTCCTTGATCTATTGCCACCTGGCCGGTGCTCCGCAAAGCGACGCGCCCAAAGTCCAGGAGTTGTCCGAGCGGACGTTGGCCCTTCTGGCCCGGGACCCCAGCCTCAAGCCCGACATCCTGGCGGCGTACGACGAACTATTCCAGTACCTTCAGGATCTGATGCAGCGCAAACGACAAGCGGGCTTGGGCGAGGACATGCTGTCCCATCTGATGACACTGGCCGACGACGGCAAACTCACCGCCCAGGAACTCTTTGACGAAGCGACATCCATGCTCGAAGCAAGCTCCGTGAATACAGGACACCAAATCGGCTTGGTCGTGTGGAACCTGCTGGGCAACCGTGAAGTCTGGCGTGAGATCGTAGCCGATCCCTCATGGATACCCGCTGCGGTCATGGAAGCACTTCGCCTCTACCCCCGGACAGGTGTCATCAGCAAGATCGCCGAAGAGGAAATCGAGGTGGGAGGCACCACCATACCTGCCGGGGCCGACGTACACGTTGCCGTATGGTCCGCCAACCGGGACCCGGAACGTTTTGAGAAGCCCGGCGAATTCATTCTGGGCAGGGAGCGGAACCAGCCACTGACGTTCAGCACAGGCCCACACAATTGCCTTGGACAAGGACTGGCAAAAGTGGAAATCGAGGAAGTCGTGGGTTACCTGGCCCGCCATTATCCCAACGCCCGCGTGATTGACGATGCCACGAAGATCACCCAGACGGCCGGCCGCTGGACCATCAAGCAACTCACCATCGATCCCGGCACCCGGTCTGAGGACACCCATGACATCTGA MLPDGSDLTVMTTTVPTFELFSPHAADHAGGALAQGGIAAGSDGYAVLSYQLATEVLRNPRFANSALRLMEEFGIGNGPVHGFRARSIIMQDGAQQLRLRTPLARFMGPATVQNTREVLTKIVAGIFDDVDDTKPVDFHSSVDRRIPSLIYCHLAGAPQSDAPKVQELSERTLALLARDPSLKPDILAAYDELFQYLQDLMQRKRQAGLGEDMLSHLMTLADDGKLTAQELFDEATSMLEASSVNTGHQIGLVVWNLLGNREVWREIVADPSWIPAAVMEALRLYPRTGVISKIAEEEIEVGGTTIPAGADVHVAVWSANRDPERFEKPGEFILGRERNQPLTFSTGPHNCLGQGLAKVEIEEVVGYLARHYPNARVIDDATKITQTAGRWTIKQLTIDPGTRSEDTHDI NA NA NA NA NA D3-18_04497 192 hypothetical protein ATGATCAAAGTCAACGTGGACCTGCAACGCTGCGATGCCAATGGCACCTGCGCGGCCTTAATGCCGGAGGTGTTCCAGATCGAAAAAGACGGAACCCTGGTGCAGCTGGCATCAGAGGTCCAGGACGATCGCGAAAACGACCTTGAAGAAGTGATTCTTTGCTGCCCGATGGGAGCGATCTCACGGTCATGA MIKVNVDLQRCDANGTCAALMPEVFQIEKDGTLVQLASEVQDDRENDLEEVILCCPMGAISRS PGPT0007360_2736 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 D3-18_04498 900 hypothetical protein ATGGATCTACGAAACGTTCGGTACTTCATTGCTGTGGCCGAGAACGGCTCCATCACCGAGGCATCCAGCGCCTTGCGCATCTCCCAGCCGCCATTGAGCATGGCCATGGCCAAACTCGAGAAGGAGCTGGGAGTGACCCTGTTTGACAGGAAACCCCGGGGAATCGAGCTGACGGCTGCAGGCGAGTACCTGCACCACGCCGGCCGCCGACTTCTGGCTGAAGAGCGCAGGATTTCGGACACGCTGAAGTCTATGGGTCAGGGGCTTGCGGGCGAACTGCACCTTGGCTGCGAACCGATGTGCCTTTGGCGGATCGGCAGTACCAAAATCTCCCAGTTCCTCTCGATCTACCGCAAGGTGACCCTTGACCTGACAGACGCAAACCCGAGGGTGCAGCTGGACCGGCTCGCTGACGGCACCCTCGATCTGGCCATCATGCCGATCGTGGCCGAGGAGTCGCTGCAAGCCGTCAACGGGGTGCATTTTGATGTCACGGTTGTGGACGAACTGCCCCTGACGCTGATCGCCCCCAAGGCCTGGGGCCTGGATGAGACCGAGCCCCTTGACGTGGCCTCACTGACGGATTCAACGTGGATCCTTCCGGCGCGGATACCCGGCGTGCGCATTCTCTGGCGCATCTGGGCCGACAAATTTGCACCATCCGGAGCCGCCCCCTCCGAAATAATCCAAGTGCCCACCGTCATGACCGCGGCGCAGTTGGTGGGCGCCGGCGTCGGAGTTTCCTTGTCCAGCCTGGAGATGGCCCGCCTGCATCCTGACGTTGCCCGAATTCCGGTGGTGGGCGGGTGGCCCAACGTTCCGATCGCCATAGTGCGGCGCAAGGAAGGAATCGTCACGCCAATCGCGGAGCGATTCGCCGAGTTGTTCCAAGCTGACTGA MDLRNVRYFIAVAENGSITEASSALRISQPPLSMAMAKLEKELGVTLFDRKPRGIELTAAGEYLHHAGRRLLAEERRISDTLKSMGQGLAGELHLGCEPMCLWRIGSTKISQFLSIYRKVTLDLTDANPRVQLDRLADGTLDLAIMPIVAEESLQAVNGVHFDVTVVDELPLTLIAPKAWGLDETEPLDVASLTDSTWILPARIPGVRILWRIWADKFAPSGAAPSEIIQVPTVMTAAQLVGAGVGVSLSSLEMARLHPDVARIPVVGGWPNVPIAIVRRKEGIVTPIAERFAELFQAD NA NA NA NA NA D3-18_04499 1206 hspB COG0654 6-hydroxy-3-succinoylpyridine 3-monooxygenase HspB ATGGAATACGAGCAACAGGTGATTGTGGCCGGGGCCGGTCCTACTGGTCTGCTCAACGCACTGGGCCTGGCGCAGCAGGGGCTGGACGTAACCGTCGTCGAACGCTCTGCCGAGCCGAACGACGCCCCGCGGGCGATTCTCTACCACTGGTCCACCCTGGACGGCTTGGAACGGCTGGGGCTGTATGACGACGCAACCCAGGCAGGATTCCTGAAACAGGACTATGCCCATCACGTCCGGGACACCGGCGAAACAATCAATTACGGTTTGAAGGCCTTGGAAGGACGGGTCAAGCACCCGCACAACCTCCACCTCGGCCAAGGTGCACTGGCCAGGATCATCCTCCGCCACTTGGAACAGCTGCCCAACGCCCGCGTCCTGTGGGGACATAAGATCACGGGGATATCCCAGGACGACTCCGCCGTCACCGTCACAGCTGAACATGATGGGAATCCCGTCCAGCTGCAGGCCCCCTGGCTAATCGGCGCTGACGGAGCCGGATCCGCAGTGCGCAACGCTTTGAATCTTCCGTTTGAAGGCTTCACATGGCCGGAGCGCTTCGTTGCGGCCAATATCCGGTTCCCCGATGACCGCAAGGGCTGGGCACAAACAACGTTCTACGTTGACGATGTCCTGGGGGCAATCATCGTCAAGATCGACAATTCCGGCCCGCATGGGCTCTGGCGATATACCTACATGGAAGACGCAGTGCTCCCCGAAGAGGGAGTGGTGGAGCGGTTGCCAAGGTTCCTGGAGCAGATCTTTGGCCCCGAAGTCGCTGCAGGCACCACCTTGGATGCCATCGCACCTTACCGGATGCATCAGCGCAGTGCCCCCACCTACCGGGTTGGCCGCGTCCTCTTGGCCGGCGACGCTGCCCATGCAACCAACCCCACAGGCGGCTTCGGCCTGACCATGGGCCTGTTCGACTCTTATGTACTGAACGAAGCATTGGGAGCAGTCGCCTCAGGAAAAGCTGGAGAGTCCGTCCTGGATGCCTACTCGGAACTACGCCGCTCTGCCTTTATTGATAAAGCCAGTCCGCGCGCCACCGCGAACAAGCGGCTGATCTTCCACTCCTCTGACCCGGTTCAACGGGACAGCGATCTGGAGCTGTTCCGGCGAATGGGCAACGATCCCGAACTGGCGGCAGAGGTTCTGTACTTCACCAAAACGCTTGAAACGCCGTCGCTTGTCCATGCCTAG MEYEQQVIVAGAGPTGLLNALGLAQQGLDVTVVERSAEPNDAPRAILYHWSTLDGLERLGLYDDATQAGFLKQDYAHHVRDTGETINYGLKALEGRVKHPHNLHLGQGALARIILRHLEQLPNARVLWGHKITGISQDDSAVTVTAEHDGNPVQLQAPWLIGADGAGSAVRNALNLPFEGFTWPERFVAANIRFPDDRKGWAQTTFYVDDVLGAIIVKIDNSGPHGLWRYTYMEDAVLPEEGVVERLPRFLEQIFGPEVAAGTTLDAIAPYRMHQRSAPTYRVGRVLLAGDAAHATNPTGGFGLTMGLFDSYVLNEALGAVASGKAGESVLDAYSELRRSAFIDKASPRATANKRLIFHSSDPVQRDSDLELFRRMGNDPELAAEVLYFTKTLETPSLVHA PGPT0019755_1543 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,PGPT0019755-mhpA-K05712 NA NA D3-18_04500 1149 uctC Acetyl-CoA:oxalate CoA-transferase ATGCTTCCTCTGAGCGGCGTTACTGTCGTCTCTCTTGAGCAGGCGGTGGCAGCACCCTTCGCCACCCGCCAGCTCGCCGATCTTGGCGCCAGAGTCATCAAGATCGAACGGCCCGGAGTGGGTGACTTTGCCCGTGGGTATGACGAAACCGTCAAAGGCATGGCAAGTCACTTTGTGTGGCTGAACCGGTCCAAGGAGTCAGTGGCCCTGGATCTGAAGAGTGCCGAGGGAAATCGTGCGGTGCACCAGTTGGTCCGCAACGCTGACATCTTCATCCAGAACCTTGCTCCCGGCGCAGCGGAGCGCTTGGGACTGGGCGCAGGGGAACTGCGTGCCGAGCGGCCTGAGCTGATCCATGTATCCATTTCCGGCTACGGCGCGGATGGCCCGTACTCATCCAAGAAGGCCTACGACCTGCTGGTGCAGTGCGAAGCCGGGCTGTTGTCCATTACGGGCACCGACCAGACCCCGTCCAAGGTGGGCATTTCCATTGCGGACATTGCCTCGGGAATGTACGCCTATTCAGGAATTCTTACTGCGCTGCTCCAGCGAGGGCAGACCGGCGAGGGGGCAACGATCGAACTGTCCATGTTGGAAGCGCTCGGTGAATGGATGGGTTACCCCATGAACTATGCCGTCTATGGCGATGCGCCGCCCCAGCGGACAGGATCCTCCCACGCTGCGATCGCCCCATACGGCCCCTTCACGTGCGGCGACTCCCGTCAGGTTTTCCTCGGAATCCAGAACGAACGGGAGTGGGCAACGTTTTGCGGAAGTGTGCTCCGGCGCCCGGACCTGGCAGTGGACGAGCGGTTCCTGCGTAATTCCCTGCGCGTACTGCACAACGCGGAGCTCACCGCGGCAATCGAGGAGACGCTCGCCGGATACACGGCTGAGGATGTGGTGGACCTGTTGGAGAACGCCGGCATCGCCAACGCATTACTACGTGACATGCGCGGCTTCGCCGATCACCCCCAGTTGAGGGCACGCAACCGCTGGCGCCAGTACGACTCACCGGTTGGAACCCTGAAAGCACTCATTCCTCCGGCAACGTTCTTGGGCCAGGAACCAGTGATGGGCAGGGTGCCGGAAGTCGGCGAACACACGGAGCGCGTGCTGGCGGAGTTCAAAGTGCTGGAAACGTCATGA MLPLSGVTVVSLEQAVAAPFATRQLADLGARVIKIERPGVGDFARGYDETVKGMASHFVWLNRSKESVALDLKSAEGNRAVHQLVRNADIFIQNLAPGAAERLGLGAGELRAERPELIHVSISGYGADGPYSSKKAYDLLVQCEAGLLSITGTDQTPSKVGISIADIASGMYAYSGILTALLQRGQTGEGATIELSMLEALGEWMGYPMNYAVYGDAPPQRTGSSHAAIAPYGPFTCGDSRQVFLGIQNEREWATFCGSVLRRPDLAVDERFLRNSLRVLHNAELTAAIEETLAGYTAEDVVDLLENAGIANALLRDMRGFADHPQLRARNRWRQYDSPVGTLKALIPPATFLGQEPVMGRVPEVGEHTERVLAEFKVLETS PGPT0002130_657 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-ENVIRONMENTAL_QSR|BF_SIGNALLING CE-QSR|BF-ACIDIC_STRESS_SIGNALLING,PGPT0002130-frc|yfdW-K07749 NA NA D3-18_04501 840 citE_2 COG2301 Citrate lyase subunit beta-like protein ATGAGTACTTGGAAGAAGCTTCAGGATGCCCGCTCCTTTCTCTTTGTGCCCGGTGACCGACCCGGGCGTTTCCGGAAAGCGGAAGAATCCGGCGCTGACGTTGCAGTGCTCGATCTCGAAGATGCCGTGAAGGTCGGGAACCGGGACATGGCACTGCAGGAGGTCGTAGCGTGGTTGGCCACATCGGGCCGGGCGGTAGTGCGAATCAGGGCAGGACAGGATGTTACGCCTCTCAAGGGGCTCCCGGGCCTGCTGGGGGTCATGGTCCCCAAGGCGGAGCGCCCCGAGGACGTGATCGGTGTCCATGAAACGCTGGATCGTCCCGTTATTGCGCTGGTGGAGTCCGCTGCGGGCGTCCTGGCAGCAACGTCGCTGGCCGGTGCCCGGGGTGTGGCCCGCCTGGCCTTCGGAGAGCTCGACCTGGCGGCAGACATTGGGGCCCAACCCAACCACCGCGCCATGTTGATGGCTCGTTCTACCCTGGTGATGGCCTCCCGTGCATCCGGCTTGCCAGGGCCGGTGGACGGCGTGACAGCAAAGTTCGACGACGATGCAGCTTTGGCGCGGGACGTTTGTGCTGCCATGGAGCTGGGGATGACCGGAAAGCTCCTCATCCATCCCCGACAAGTTGCCGTTGTCCACGACACTTTCCACCCCGGCGATGATGATGTTGCGTGGGCCAGGCGTGTCGTGGGATCCATCAACAGCGGGGGAGGTGTGGCCACGGTCGACGGGGCCATGGTGGACGCTCCAGTACTCCGCCGCGCACGCACCATACTGGTCCGCTTCGGCTCCGGCGCACATGCGCCCGCTAGCAAGGAAGCAGAGGGCGCAGCGTGA MSTWKKLQDARSFLFVPGDRPGRFRKAEESGADVAVLDLEDAVKVGNRDMALQEVVAWLATSGRAVVRIRAGQDVTPLKGLPGLLGVMVPKAERPEDVIGVHETLDRPVIALVESAAGVLAATSLAGARGVARLAFGELDLAADIGAQPNHRAMLMARSTLVMASRASGLPGPVDGVTAKFDDDAALARDVCAAMELGMTGKLLIHPRQVAVVHDTFHPGDDDVAWARRVVGSINSGGGVATVDGAMVDAPVLRRARTILVRFGSGAHAPASKEAEGAA PGPT0019480_3362 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_CITRATE_SENSING|UTILIZATION,PGPT0019480-citE-K01644 NA NA D3-18_04502 786 fabG_8 3-oxoacyl-[acyl-carrier-protein] reductase FabG ATGAATGACCGCCCGGTGGCTGTCATCACTGGCGCAGGTGGCGGACTCGGAAATGACATCGCAGACCGTCTGGCGGATGACGGTTTCGATCTGGTCCTCCTTGATATGTCCGGGCCGTCGCTTCAGTATGCTGCCGCGCGATTGAAGGAGAGGGCCCCGGAGGCCAAAGTGCTGACGTTTTCCGGGGATCTGGCCGACGAGGCCATGGTTGCGGAGGTGTTCGCCCGTATTGAGGCGGAATTCGGCCGCATTGATGCACTTGTCAGTGCTGCCGGGGGAAGCGGCACGGCGGTGGTCCGTGAATTATCCGAGCTCAGCGGCGAGGTATGGCGCTCGGTCATTGATGGCAACCTCACCAGCACCTTCCTGTGCGCCCGGCACGCAGTACCGGTCATGCTGAAACGCGGCTACGGGCGGATCGTGAATTTCTCGTCGCTGGTTGCGGACGGGCTTGCCGGCCCGTCGGGCACCGTGGGGGCCCGCCTGGCTTATGCGGCCTCGAAGGGCGGAATCGTCAGCCTCACAAAGCAGCTGGGCAAGGACCTTGGCGGCACCGGAATTACCGTCAATGCCATCGCCCCCGGGTTGATCCTTCCCACCAGCGGCAGGGTCAGGGATTCGTTCGAGGCGATGACGCCGGACGATAGGGCTGCCACCTCTGCCGCGATTCCCGTTGGCAGGCCTGGAACCGGCCACGAAATCGCCGCAGCTGTGGCCTACCTCGTATCGGACGCCGCCGCCTTTACCTCCGGAACCGTGTTGCACGTCGACGGGGCAGCGTCATGA MNDRPVAVITGAGGGLGNDIADRLADDGFDLVLLDMSGPSLQYAAARLKERAPEAKVLTFSGDLADEAMVAEVFARIEAEFGRIDALVSAAGGSGTAVVRELSELSGEVWRSVIDGNLTSTFLCARHAVPVMLKRGYGRIVNFSSLVADGLAGPSGTVGARLAYAASKGGIVSLTKQLGKDLGGTGITVNAIAPGLILPTSGRVRDSFEAMTPDDRAATSAAIPVGRPGTGHEIAAAVAYLVSDAAAFTSGTVLHVDGAAS NA NA NA NA NA D3-18_04503 717 bpoC_2 COG0596 Putative non-heme bromoperoxidase BpoC ATGAAGACTGTTCCCCTGATCATGTTGCCAGCTTTGGGCGCAGACTCCCGGCTATGGCAGCCGGTCATTGATGAACTCAAGGGGGAGTTCGACTGTACAGTGATCCGCGGCGAAGGGCGGACCATCCAGGCCATGGCTGATCACGTTCTGTGTTTGGCGCCTGAGGAGTTTGTGCTGGTGGGGATTTCAATGGGAGGTTATGTCGCGCTGGAGGTAGCGCTCAGGAACACGGGGCGGGTCAAGGCCCTGGTTTTGTTCAACACCTCCGCAATTGCCGCACCCGAGGACCGCCGGGAGAACTCCCGGAACCTTGTGTCCCTCGTAGAATCCGGAGGGTTCCAGCAAGCCATCAGTCGCACGGCCCCGGCCGTATCCCGGGGAATTCCCGCGGTCCTGAACGTCGTGGAAACCATGACCAGGGATCTGGGCGAACGGGTCTTCGTCGACCAGCAGCTTGCTGTGCTGGACCGCAACGACCGTCGGGATGATTTGGCGGGGCTCAACTGCCCGGCCCTGGTTGTTGGAGCGGCGGAAGACACCATCACGCCACCGGAACTGGGCGAAGACCTGGCCACCGGACTCCCGGATGCCCGCTTTGTCGTGATCGAAAAGAGCGGGCATTTTCTTCCCCTGGAGCAACCGAGGGCAACAGCAGCGGCGCTCAGGGCTTTTCTTCAAGATCACTCTCAGCAGATATCGAAAGGAAGTCAGCCATGA MKTVPLIMLPALGADSRLWQPVIDELKGEFDCTVIRGEGRTIQAMADHVLCLAPEEFVLVGISMGGYVALEVALRNTGRVKALVLFNTSAIAAPEDRRENSRNLVSLVESGGFQQAISRTAPAVSRGIPAVLNVVETMTRDLGERVFVDQQLAVLDRNDRRDDLAGLNCPALVVGAAEDTITPPELGEDLATGLPDARFVVIEKSGHFLPLEQPRATAAALRAFLQDHSQQISKGSQP NA NA NA NA NA D3-18_04504 915 chqB Hydroxyquinol 1,2-dioxygenase ATGACCACGGATCTCGGCCCGGAATCCCTGACTGAGGCTGTCATTGAAAGCTTCAAGAACACCTCGGATGAGCGGCTCAAGGCCATTCTGGAAAGTTTGACACGTAACCTCCATACCTTTGTCCGTGAGATAAGCCCCAGCATCCCGGAGTGGGAGGCGGCCATCGATTTCCTCACATCGACGGGTAAGAAGTGCAGCGACGTCCGGCAGGAGTTCATTTTGCTCTCCGACGTCTTGGGAGTTTCCATGTTGGTGGAGACCATCAATGACGCAGAGACACCGGATGCAACGGATTCCACCGTGCTGGGGCCCTTCCACATGGTGGAGTCCCCGGCCCGGGAGCTTGGCGAGAACATCTCACCGGAGAGCGGCGGTGCGGTCTGCGTGGTCCGGGGCAAGGTCCTTTCGGTCGATGGCAGTCCCCTTCCCAATGCCCGGATTGACGTCTGGCAGGCCAATACCAAAGGCTTCTATGACGTTCAGCAGCCCGGGATTCAGAGCGTTGGCAATGGCAGGGGTCTCTTCATAACGGACGACGACGGCGCCTTCTTTTTCCGAAGTGTTGTTCCCAGCTACTACCCGATTCCCACAGACGGCCCGGTGGGGGACCTGCTTGAGGCCACGGGCAGGCACCCTTACCGGCCCGCGCACATCCACTTCATTGTCGCTGCGCCGGGTTTCAAGGAACTGACAACCCATATCTTCATCGGCGGTAGTGAATACATTGAATCCGATGCTGTGTTTGCGGTTAAGGAAAGCCTCATAACGCCCTTCACTACCAACGAAGACCCTGTGGCTGCCTCAAGATTCGGTGTGGGTTGCCCTTTCGTTGAGGGGGTCATTGACATTCGGCTGCACCCCGAAATCCAGACGTCCAAGCAGCATGTCCATGTCCCCGAAGAGGTGTCCCGATGA MTTDLGPESLTEAVIESFKNTSDERLKAILESLTRNLHTFVREISPSIPEWEAAIDFLTSTGKKCSDVRQEFILLSDVLGVSMLVETINDAETPDATDSTVLGPFHMVESPARELGENISPESGGAVCVVRGKVLSVDGSPLPNARIDVWQANTKGFYDVQQPGIQSVGNGRGLFITDDDGAFFFRSVVPSYYPIPTDGPVGDLLEATGRHPYRPAHIHFIVAAPGFKELTTHIFIGGSEYIESDAVFAVKESLITPFTTNEDPVAASRFGVGCPFVEGVIDIRLHPEIQTSKQHVHVPEEVSR PGPT0005215_321 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_BENZOATE_UTILIZATION,PGPT0005215-chqB-K04098 NA NA D3-18_04505 1080 linF COG1454 Maleylacetate reductase ATGAAGGATTTCAGTTATCAAGCACTGCCGATGCGGGTGGTTTTCGGAGCAGGGTCCATCAAGAAACTCTCCGAAGAAGTTGAAGCCCTGGGCCTCAAGCGAGTGTTGGTTCTGTCCACCCCGTTCCAGGAGGAGCTGGCCAGGGACATCTCCCGGCAACTGGGCGATGCGAGTGCGGGTGTCCATGCTGAAGCGGAGATGCATGTACCTATAGAGTCAGCACACCGTGCCCGTGCGGCAGCGAAGGCCGCAAATGCTGACGGATACGTTGCAGTGGGAGGCGGGTCCACCACCGGATTGGGGAAGGCCATTGCCTTGGAATTCGGCGCCCCCATCATCGCGGTGCCTACAACCTATGCCGGATCAGAAATGACCCCTATTTGGGGGCTCACCGCCGACGGTGAGAAGAAGACCGGCCGCGACCCCAAAGTGCTGCCAACAAGCGTTATCTATGATCCCGACCTGACGTTGACGTTGCCAGTGGGGATGTCGGTGACTAGCGGTTTCAACGCCGTAGCACATGCGGTGGAAGCCCTCTACGCGCCCGATGCCTCGCCCATCATCTCCCGGATGGCGGAAGAAGGAACGCGCGCCATGATCAGTGCCTTGCCATTGATTGCGCGAAACCCAGGCCATCCAGGGGCCCGATCGGATGCCCTTTACGGTGCTTGGCTTTGCGGGGCAACATTGGGGGCCACCACGATGTCCCTTCATCACAAGCTGTGCCACATTTTAGGGGGCACCTTCAACCTCCCGCACGCTGAGACACACACGGTAGTACTCCCTTACGCATTGCACTACAACGCCGCATTTGCCCCCGAGGCCATCGCAGCACTTCAGCGAGCCACTGGAGCCGAAGATCCGGCAGGCTACATCCGTCGGCTGAGCGTGGAACTGGGCGCCCCGGCTTCACTGCGGAGCCTCGGGTTGGACGACAGCGACGTCGAGACGGTTGTTGACATGGCAACCCGCAACCAATACGCCAACCCGAGGCCGTTGACGGAAGAGGGAATCCGCGGACTCGTGACGGCCGCCCTCAACGGGGACGACCTTACCTCCAGTGAGACATATATTTTATAG MKDFSYQALPMRVVFGAGSIKKLSEEVEALGLKRVLVLSTPFQEELARDISRQLGDASAGVHAEAEMHVPIESAHRARAAAKAANADGYVAVGGGSTTGLGKAIALEFGAPIIAVPTTYAGSEMTPIWGLTADGEKKTGRDPKVLPTSVIYDPDLTLTLPVGMSVTSGFNAVAHAVEALYAPDASPIISRMAEEGTRAMISALPLIARNPGHPGARSDALYGAWLCGATLGATTMSLHHKLCHILGGTFNLPHAETHTVVLPYALHYNAAFAPEAIAALQRATGAEDPAGYIRRLSVELGAPASLRSLGLDDSDVETVVDMATRNQYANPRPLTEEGIRGLVTAALNGDDLTSSETYIL PGPT0005915_396 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_CHLOROBENZENE_DEGRADATION,PGPT0005915-EC_1_3_1_32-K00217 NA NA D3-18_04506 1275 cmtAa COG0446 p-cumate 2,3-dioxygenase system, ferredoxin--NAD(+) reductase component GTGATTCAGCTCACTTTGAAAAAGACGGGAAGTACGGGCATGCTCCATAAAACTACGGACATAGCGATCATTGGGGGCTCGACGGCGGCACTCCGCGCGGCAGAGGCCGCAAGCCGCCGGGCACCTGGCCTCAAGGTCACGGTCATCAGTTCAGAAGAGCACTTGCCGTATGAGCTGCCCCCGCTGTCCAAGATCCCCTTAAGCGATGAGCTCGATATCGAGTCGCTGATCTACCCTTCGGCGCGGGCCCTCCAAGAGCAAGGCGTGGATTTTCAACTGGGAGAAAGCGCCACGGCCCTGGATCCACGGCGCCGGGTGATCAGCACACACCAGGGCGATCTCACGTACCGCGCAGCCGTGATTGCCACGGGCTGTGAACCAATCATGCCTCCCGTTTTCCGCGGCGAAAGGGACGTTTTCGTGTTGCGGCGCTTCGAAGACTCGGTGGCCCTGCGCCGTAGCCTCGCGGATGCCGGTCGCTCCGTTGCCATTGTGGGCGCCGGCTTCATTGGCGGGGAATTCGCATCCACGGTTACCGGCGCCGGGCGTGCGGTGTCGCTGATTGACCTAGCCGAGCACCCGTTGATCCGCTTCGGCGAAGCCATTTCCACTGTTTACGAGGATTTGCACCACATCAATGGGGTGGACACCTTTTTTGGAGTGGGTGCAACCGGCACTGTGGAACGGGATGGCCGGCGATTTCTGACACTCAGTGACGGTCGTGAAGTCGCCGCAGACGTGATCGTAGTGGGGGTCGGGGTCCGGCCGGCCGTTTCGTGGTTGGCCTCTTCGGGTATTGAACTCGAGAACGGAATCCTCACAGACCGCTACCTCCAAAGTTGCCAGGGCGTGTTCGCAGCGGGTGACGCCGTGAGGTGGCCCAACGGCCGCTTCGACGCCACCATGAGGATCGAGCACTGGACGACGGCGGCGGAGCAAGGCCGCGCGGCGGGGCTCAATGCCGTCAGCTTCGTGGAGAAGGCGCCCCTCACTCCGTTCGTCAATGTTCCCTTCTTCTGGTCCGACCAACACGGTCAACGGGTGCAGTGGGCCGGTTATCAGACGGCGGGACAACCAGTCCTTTCCAGTCGGAGTGATGACGGATCGATGTTCTTTTTCCGTGAAGGTGACTTCGTCAGTGGAGTCCTGGCCTTTGAGCGGCGCCAGGAATTCGTTCAACTCCGCGCCAAGCTTCGCCGGCCCGTCACCTGGGGCGAACTACCGGACCTTGTTGCCGGGCTGGAGCCAGCCATCGCAACGGTCCCAGTGCCATGA MIQLTLKKTGSTGMLHKTTDIAIIGGSTAALRAAEAASRRAPGLKVTVISSEEHLPYELPPLSKIPLSDELDIESLIYPSARALQEQGVDFQLGESATALDPRRRVISTHQGDLTYRAAVIATGCEPIMPPVFRGERDVFVLRRFEDSVALRRSLADAGRSVAIVGAGFIGGEFASTVTGAGRAVSLIDLAEHPLIRFGEAISTVYEDLHHINGVDTFFGVGATGTVERDGRRFLTLSDGREVAADVIVVGVGVRPAVSWLASSGIELENGILTDRYLQSCQGVFAAGDAVRWPNGRFDATMRIEHWTTAAEQGRAAGLNAVSFVEKAPLTPFVNVPFFWSDQHGQRVQWAGYQTAGQPVLSSRSDDGSMFFFREGDFVSGVLAFERRQEFVQLRAKLRRPVTWGELPDLVAGLEPAIATVPVP NA NA NA NA NA D3-18_04507 159 hypothetical protein ATGACCGCCAGCCGCCGTCGATACGTTTCATGCCCCTGCGGCTCCCTTCTTGAGGGGGGCAACGACGATGAGCTTGTTCTTGAGGTGCAACGCCATCTGAGTGAGAGCCACCCGGGCCTGCAGTACGGGCGGGACCAGATCTTGTTGCTGGCCTACTGA MTASRRRYVSCPCGSLLEGGNDDELVLEVQRHLSESHPGLQYGRDQILLLAY NA NA NA NA NA D3-18_04508 1326 abaF_15 Fosfomycin resistance protein AbaF GTGTCAGTTAAATCATCCGGCCGAATGAAGACGGTGCTCTTCTCAAGCTTCATGGGTACAGCGATCGAGTTCTACGATTTCCTGCTCTATGGGTTGGCGGCAAGTCTGGTGTTCGCCCCTCTTTACTTCGCCAACATGTCGCCGGCGCTGGGCATCGTGGCGTCCTTCGCCACTCTGGCGGTGGGATACCTCGCAAGGCCCCTTGGCGGATTGATCTTTGGGTACTTTGGGGATCGCCTTGGACGGAAGCGAATGCTCGTCCTGACCATGCTGATGATGGGAGGCGCGAGCTTCTGCATCGGGCTTCTGCCAACGCAGGCGATGATCGGACAGTGGGCGCCCTTACTGTTGATTCTGCTTCGAATCATTCAAGGCATCGCCGTGGGCGGGGAATGGGGTGGTGCGGCGCTAATGGCCATGGAGCACTCAACCCCTGAGCGGCGCGGCTTCTCCGCCAGCTTCGCCAACATGGGCGGCCCGGCCGGCGCGGCCCTCGCCACAGTGGCATTTACCCTGAGCAGTTTGTTGCCGGAGGAACCCTTTTTGAGCTGGGGATGGCGCCTGCCCTTCCTCTTCAGCGCTGTTCTGGTGGGCATGGGACTCTTCGTGCGACTCAAAGTGGCAGAATCGCCTGTCTTCCTGGAATCACAGCGGCAAGCGGCATCGTCACAACTACGCCGCGTACATCCACTCCTGCAGGTCCTCCGGAAATACCCCCGCGCGGTGGTGGTCGCTTGCCTCGGAACGATCATGGCTTTCGCGGTCCAGTCACTTTTGGCTACCTTTGCCATGCCGTATGCCGTTGCAGCAGGACATAGCCGCTCGGATGTTCTCTGGATCAGCCTGGCCACACAGGTGATCCACGTGTTCACCATCCCCATGTTCGCTGCTTTGTCCGACAGGATAGGGAGACGCAAGGTGATGATCACCGGCGTCGTAGGCATGATCGTCCTGATTCACCCGCTGTGGCTGATGATTGGTGCCGACAACCTGGTGTTGCTGTTCTTGGCTTTCCTGATTGGGAACCCGTTGCTCCAAGCCATGGTTTACGGACCCACCGCTGCCTTCATCTCCGAGATGTTCGGTGCGGAATCACGCTACACAGGCGCATCCTTGGCATACCAGGTGTCTGCGACTTTGGGCGGCGGGCTGGTTCCTCTTGCAGCCACTGCGCTTCTGGCAACGCGTGGCGGCAACGATCCCATCTATGTCTCCGCCCTCATCGTGGCCATCGGCATCATCAGCCTCATTGCGCTTTTGGTACCTCAACGCCCTGCCAAGGAAGTGGCGGCGGAGGATGCTGGAGCCGCGGTTTCAGTAATTTGA MSVKSSGRMKTVLFSSFMGTAIEFYDFLLYGLAASLVFAPLYFANMSPALGIVASFATLAVGYLARPLGGLIFGYFGDRLGRKRMLVLTMLMMGGASFCIGLLPTQAMIGQWAPLLLILLRIIQGIAVGGEWGGAALMAMEHSTPERRGFSASFANMGGPAGAALATVAFTLSSLLPEEPFLSWGWRLPFLFSAVLVGMGLFVRLKVAESPVFLESQRQAASSQLRRVHPLLQVLRKYPRAVVVACLGTIMAFAVQSLLATFAMPYAVAAGHSRSDVLWISLATQVIHVFTIPMFAALSDRIGRRKVMITGVVGMIVLIHPLWLMIGADNLVLLFLAFLIGNPLLQAMVYGPTAAFISEMFGAESRYTGASLAYQVSATLGGGLVPLAATALLATRGGNDPIYVSALIVAIGIISLIALLVPQRPAKEVAAEDAGAAVSVI PGPT0002956_231 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_04509 306 hypothetical protein ATGATTTACGAACACGCAGAGCTCAGGATCAATCCTGAAACTGAAGAAGAGTTTCTTGCAGAGTTTGCCGCAGCTACTCAACTGTTGCTGGCCGCCCAAGGTTGCCATTCAGTGGAGTTGCAGGCCAGCGTGGATATGCCCGGCACCTATTTGCTGAGGGTGGGGTGGGAAAGCCTCGAGGACCACACAGTTGTCTTTCCGGGCACATCCCAGGCTGAAGATCTTTACAAGATTCTCTTGGCCCACTGCCTCGAGGCACCCCATGTGGTTCATTTCAGTGGGCAGGACGTGCTGAACACCCGGTGA MIYEHAELRINPETEEEFLAEFAAATQLLLAAQGCHSVELQASVDMPGTYLLRVGWESLEDHTVVFPGTSQAEDLYKILLAHCLEAPHVVHFSGQDVLNTR NA NA NA NA NA D3-18_04510 189 hypothetical protein ATGACCACCACCGGTATCAGCCTCGGAAGGCTGCTGGGCCTGCACTTCGTCTCGCCATCCACCCCCCGGTCCCCGTCTCCGAGGTTGCCCGGCCCCCGGACTTCCGGGAGTATTGTGGCTTACCCTTGGGCAGGCTGGGATGTTGAAGATCCGGACGATGGAACGCCCCAAGTCCCCTTCAGCAGCTGA MTTTGISLGRLLGLHFVSPSTPRSPSPRLPGPRTSGSIVAYPWAGWDVEDPDDGTPQVPFSS NA NA NA NA NA D3-18_04511 2409 hypothetical protein ATGAGTAACGAGGCAGTGACTGTTGGCTCCTTGGGGGGCCACAACCTGACGAGTTTCATTGGTCGACGCAATGAACTCGGAGCAGCAAGGGAGCTGATGTCACGTTCCCGCCTCCTGACGCTGGCCGGCCCCGGCGGTGTCGGGAAAACCAGGCTTGCAGCGGAGCTGGCCACCCGCACCCGGAAGGCGTTTCGTGACGGCGTGTGGATCGTTGAGCTTGCAGCGCTGGACGACGCCTCCCTGGTGGCTTCGCAGATTGCCGCATCCCTGCGCCTGCCCGATCAGTCCAACCGGTCACCCGCGGAAAGGCTTGCGGATTACATACAGGACCGCCAGCTCCTTTTGGTTTTGGATAACTGCGAGCATCTGCTCGGCGAAGTGCCCGCTTTGGTGGCAAAACTCATGGAGACTGCACCCCAGTTGCGGGTCATAACCACCAGTCGGGAGCCCTTGGGGATCTTCGGCGAACAGGTTTACCAGGTACCTCCGCTCAGCGCCCCCGCTGCCGCTGATATCGAAGCCGGAACCATTGAATCTTTTGAATCCGTCCGACTGCTGGTTGACCGCGCCAAAAGCGTCCATGCCGGATTCGAGGTCACCGACGGCAACCGGCAGGCTATCGCCGAACTATGCCGGATGCTGGATGGGATACCACTTGCAATCGAACTCGCGGCCTCACGGCTTCGCTCAATCTCCGTGGTCCAGCTGGTCGAAAGACTTGATCGTCGCTTTGAAGTATTGACAGGCGGAAGCCGGGCCGCCATCCCGCGGCAACAGACTCTAAGGGCCCTGGTGGACTGGAGCTACGAGCTCTGTACCCCGGGAGAGCAAACATTGTGGGCGAGGCTTTCAGTTTTTCCAGGCGGTTTCGACGTCGAAGCGGCCGAGGAAGTCTGCGGCTTCGAGGAGATCAGCAAGGCAGACATCCTGGATCTCCTGGACCACCTTGTTGCAAAATCGCTGGTGGTTGCCGGAAATGTCATCGATCACGCTTCCACAAGCGACCAGCCGCGGCGGTACTGGCAACTAATGACTTTCCGCGAGTATGGAGCATCCCTGCTTGAGCGTCGGGGCGAAGCGGCCGACCTACGGCGGCGGCAGCGGAACCACTACCTCCAAAAGGCTTCCGACACGGTCGCGGCATGGTGTGGGCCTGCGCAATCGAGCCGGCTTGCTGCCGCACATCGGGACCACACCAACATCCTCTTGGCTTTGGAATGGTCAGCAAGCACTCCCGGGGAGGAAACAACCGGGATGGAGCTGGCGGCCCTGCTGAGGTATCACTGGATAGCTGGCGGAAAACTCTCTGACGGGCGTCTATGGCTGGAACGGATGCTTGCCCTCGCCACCGACATGACACCACAACGCGGAAACGCTCTGTGGGTGGCAGCGTGGGTGGCCCTTCTCCAGGGTGATCGCGGACATGCCGAAGCATTTCTGGCCGAATGCCGTCAGATCGCCCGATCACTTGAAGACCCTGTTCTGGCCGCACATGCGGATCACTGGCAAGCCTTGTGCGAGGTTCTTGGAGGCCGGATCGGGCCCGCCATGGAACTTTTCAACAAAGCAGCAATTGTCCATCGCCTTCAAGAAGACCCCGCATCCGAACTCACGGCGATGTTCCTTTTAGCGTGGGCCCAGATGTACGGGGGTCGGATCGAGGAAGCCTTGGCCACGTGCCAGGAGGTCCTGAATGAAAGCGGAAAGCATGGGGAACGGTGGAGCCTTGCTTACGGTTACGCCGTCATGGGCCTCTGTTACTGGCACTTGGGCCGGCTTGATGAAGCCCGAACATGCCAGGTCAAGGCCTTGGAAATCCAGCGGGATTTTCACGACGGACTATGCATCGCACTCGTCGTAGAGCAAATGTCGTGGACGGCGGCGTCCAGTGGCCAGCTGGAAACAGCGGCAACACTTCTTCGCGCGACCCAATCTGTATGGAAAGGGATCGGCACCACTGTCTTGGCCTTCGGTCCTCTGGCGATGGACTCAACGCAAACAACCGATCGGATCCGGAACGGATTGGGAGAGTCGCGCTTCCAGACGATTCTGAACAGCGGACAGTCGTTGTCCAATGACCAGGCTGTTGAGCTGGCATTGAGCCTGGCCACGACGTCCTACGTTTCGCCCTCCGGACGCGCCGTTGATGACGGACGCCATGCCAGCCGCCGGGCCAAGAGGCCGGAGTTCGTCGGTGCGTTCACCACAAGCGGACCCACGCTGACTGAGCGGGAGGAGCAAGTCGCCAACCTTGTGGCCCGGGGGCAAAGCAATAAGGAGATAGCCGCCGAACTGGTGCTGTCCCCGAGAACTGTCAGCGGACATATCGAACGCATTCTTTCGAAGCTTGGTTTTACCTCGCGCACCCAAGTTGCCACATGGGTTGCAGGCCGCTCATCCGGTCCCTAG MSNEAVTVGSLGGHNLTSFIGRRNELGAARELMSRSRLLTLAGPGGVGKTRLAAELATRTRKAFRDGVWIVELAALDDASLVASQIAASLRLPDQSNRSPAERLADYIQDRQLLLVLDNCEHLLGEVPALVAKLMETAPQLRVITTSREPLGIFGEQVYQVPPLSAPAAADIEAGTIESFESVRLLVDRAKSVHAGFEVTDGNRQAIAELCRMLDGIPLAIELAASRLRSISVVQLVERLDRRFEVLTGGSRAAIPRQQTLRALVDWSYELCTPGEQTLWARLSVFPGGFDVEAAEEVCGFEEISKADILDLLDHLVAKSLVVAGNVIDHASTSDQPRRYWQLMTFREYGASLLERRGEAADLRRRQRNHYLQKASDTVAAWCGPAQSSRLAAAHRDHTNILLALEWSASTPGEETTGMELAALLRYHWIAGGKLSDGRLWLERMLALATDMTPQRGNALWVAAWVALLQGDRGHAEAFLAECRQIARSLEDPVLAAHADHWQALCEVLGGRIGPAMELFNKAAIVHRLQEDPASELTAMFLLAWAQMYGGRIEEALATCQEVLNESGKHGERWSLAYGYAVMGLCYWHLGRLDEARTCQVKALEIQRDFHDGLCIALVVEQMSWTAASSGQLETAATLLRATQSVWKGIGTTVLAFGPLAMDSTQTTDRIRNGLGESRFQTILNSGQSLSNDQAVELALSLATTSYVSPSGRAVDDGRHASRRAKRPEFVGAFTTSGPTLTEREEQVANLVARGQSNKEIAAELVLSPRTVSGHIERILSKLGFTSRTQVATWVAGRSSGP NA NA NA NA NA D3-18_04512 1191 hsaA_2 Flavin-dependent monooxygenase, oxygenase subunit HsaA ATGACAGCGACGTCAATCACCGAATTGTCCGATATCAACGTGCCGGATTCTGAGCTGGTAGCCCGCGCTACCGCACTGGTTCCCTTGGTAAGGGAGTTCGCGGCCCAGGGTTCAGAAGCCCGCCGTGTGGCTCCGGAAGTAGTTGCAGCTTTGGAGGACGCCGGCCTTTTCCGGATGTTGGTTCCCAAACGTCACGGGGGAATGGGGGCCTCCTTGCGTACAGCGGTAGAGGTAACCCAGGAGATTGCCCGGGGTGACGGTTCCACAGGCTGGGTAACAACGCTGATGATGGTGGGCACCGGCTTCGCTTCAACCTTCTCCGAGCAGGCCCAGGAGGAAGTGTTCGGCAATAATCCCTTGGCCAAGGTGGCAGGAACATTCAGCCCCGGAAGCAAGAGTGAACGCGTTGAGGGTGGCTACCTTGTCAGCGGCCGGTGGCCGTATTCTTCAGGTTCTTTCGCTGCAGACTGGGCAACGCTGGGTGTATTGCTCGACGGTGATGATCCCATGGCGCTGGCGTTGATTCCCGCGGAAGCCTGGACGATTGAGCCAACCTGGTTCGTGGCTGGGATGAAGGGCACCGGCAGCGACACGATTGTCGTTCAGGACCACTTCGTGCCGGATCACCGGGTGCAGCGCCTGAGCAACATGCTCAGCTCCAACTTCTTGTCACCGTACAAAGACGATCGCATGGCAAATGTCGCTTTCAACGCTGTTGCAGCAGCGATCCTGATTGCTCCGCAGATCGGCCTGGCACGCCACGCACTGGAGATTACGTTGGCCAAGCTCCCGGGCAAGCCGGTGGCGTACTCCATGTACAGCAACGCCAAGGATTCACCGACGCATCAACTGGCAGTCGCCAAGGCAGCTTCGAATCTGCACATGTCCGAGCTGCTGTTGAACCGCATGTGCCTGGACATTGATACCGCAGCCGATGCCGGTGAGCAGCTGGATCTTCCTACGCGGGCGCGTATTCGTAACGACACCGGGGTTATTGCCGAACTTGTTGGTCAGGCAATCGATGCCCTGATGACCGCCAACGGCGCCGGGTCATTCGCGGAGGCCAACGTCCTTAACCAGATCTGGCGGGACTCCGAAATCGCCGCCCGGCACGCTTTTGTCACTCCTGAAATCGGCAAAGAAGCCTACGGTCGGGTCCTGATGGGCCTGGAACCAACCATCAACCTTTAA MTATSITELSDINVPDSELVARATALVPLVREFAAQGSEARRVAPEVVAALEDAGLFRMLVPKRHGGMGASLRTAVEVTQEIARGDGSTGWVTTLMMVGTGFASTFSEQAQEEVFGNNPLAKVAGTFSPGSKSERVEGGYLVSGRWPYSSGSFAADWATLGVLLDGDDPMALALIPAEAWTIEPTWFVAGMKGTGSDTIVVQDHFVPDHRVQRLSNMLSSNFLSPYKDDRMANVAFNAVAAAILIAPQIGLARHALEITLAKLPGKPVAYSMYSNAKDSPTHQLAVAKAASNLHMSELLLNRMCLDIDTAADAGEQLDLPTRARIRNDTGVIAELVGQAIDALMTANGAGSFAEANVLNQIWRDSEIAARHAFVTPEIGKEAYGRVLMGLEPTINL PGPT0006695_61 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STEROID|DERIVATE_DEGRADATION XENOBIOTIC_ADROSTENEDIONE_DEGRADATION,PGPT0006695-hsaA-K16047 NA NA D3-18_04513 507 Flavin reductase ATGTCCATCCCCACCATTCCCGAAGCATCAGTTGAGGACCCATCACGTATCTACCGCCGCGTGCTGGGCCATGTGCCAACAAGCGTCGCGGTAGTGACAGCCGGCACCAGGTCCGGGCCGGTAGGAATGACGGTAGGTTCCTTCACATCCGTGTCATTGGAACCGCCCTTGGTGGCGTTCTTCGTGGACAAGGCATCTACAACCTGGCCCCGGCTCTACGAAGCAAGCCATTTTGGAGTCAACATCCTGGGGCAGGACCAAACCGCGCTCTGCAAGGCATTCTCACGGCGCTCGGAAGACCGCTTCAGTGAAGTCGACTGGACCCCGTCCAGCAGGGGAGTGCCCCTGCTCAACGACGCCATTGTCACCTTGGAATGCACCCGCTACAAGATCGACCTCATAGGGGACCACTACCAGGTTGTCGGCCGCGTCGAGTCCCTGGAACTTCGGGCCACAAACCCGCCACTCATCTTCCTGCAGGGCACCTTCCTGAACCTCCCGGCCTGA MSIPTIPEASVEDPSRIYRRVLGHVPTSVAVVTAGTRSGPVGMTVGSFTSVSLEPPLVAFFVDKASTTWPRLYEASHFGVNILGQDQTALCKAFSRRSEDRFSEVDWTPSSRGVPLLNDAIVTLECTRYKIDLIGDHYQVVGRVESLELRATNPPLIFLQGTFLNLPA PGPT0006700_515 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STEROID|DERIVATE_DEGRADATION XENOBIOTIC_ADROSTENEDIONE_DEGRADATION,PGPT0006700-hsaB-K16048 NA NA D3-18_04514 1479 geoB Geranial dehydrogenase ATGTCCCTCATCGTTGAGAAGCAACATGATCTGGACCGAAGGCACTTCTTTATTGATGGTGTGTGGGTCAAGCCAGCCGGGGATCTGCTCCGGGACCAAGTGGAGGCAGCTACTGGTGAGGTCATTGGTGTAGCGGCCATGGGGACGGAGGCAGATATCGATGCCGCTGTCCTGGCAGCGCGGCGGGCCCTCGATGAAGGGCCCTGGGGCAAAACGACGGCACAGGAACGGGCTGAGGTTCTACGGCGTTTCGCCAATGAGCTGAATCTGCGGTCCGCCGGCACTTCCGAACTGGTTTCCAGGGAGAACGGCATGCCGATCGGGCTCTCACAGATGCTGAATGGAGGTGCTCCCGGAGCCCTCCTGAACATCTATGCCAACGTGATTGAAAACCTGGCATTGGAAGAAGTGCGCACCAGCCAGGCAGGGTCCACCATCGTCCGGAGGGAGCCGGTAGGTGTGGTGGGCGCAATCGCACCATGGAATTTCCCTCAAGCATTGGCCATGTTCAAGATTGCGCCGGCCCTGGCTGCCGGTTGCACGGTGGTCCTCAAGCCGTCTCCGGAAACCGCCTTGGATTCCTACGTCTTTGCTGATGCGGCCAAGGCTGCAGGACTGCCTGACGGTGTCCTCAACATTGTCCTGGGGGATCGGGACGCAGGGGCCGCGCTGGTGTCACATCCTTTGGTGGACAAGATCGCCTTCACTGGTTCCACGGCTGCCGGCAGGATCATCGGCGCCGAATGCGGTCGCTTGATCCGTCGATGCACCCTTGAACTCGGTGGCAAGTCAGCCGCCGTGTTCCTCGAAGATGGTGACGTTAATACTCTGTTGGCCGGACTGGACAACGCGTCCTTCCTGAACAACAGCCAAACGTGTACCACCCAGTCACGCATCCTCATTGCGCGCTCACGCTACGAGGAAGTCGTAGAAGCGGTGGGGAGCTTTGCTGCCTCCTACAACGTAGGGAACCCGCTGGATCCCACAGTGACAATGGGGCCTATGGCTACCAGGGAGCATCTGGCGCGGGTGATGGATTACATCGAGATGGCAAAAGCCTCCAGCGCCCGTCTGGTGACGGGGGGAAGCCGTCCTCCCGGGGCTGACAAGGGGTGGTTCGTTGAGCCCACCGTCTTTGCCGACGTCGCCAACAGCGACCGCCTGGCCCGGGAAGAGGTCTTTGGACCGGTCATGGCACTGATCCCGTTCGACGACGACGAGGACGCTGTGCGGATGGCAAACGACAGCAACTACGGTCTGGGCGGATCCGTGTGGAGCGCCGATGAGGACAGGGCCTTGTCTGTGGCCCGGCGCGTCCGCACAGGAACCATAGGGCTGAACTACTACACGCTGGACCTCGGGGCCCCCTTCGGCGGGTTCAGGGATTCCGGAGTGGGCAGGGAACTCGGACCCGAGGGCATCAACGCGTACTTGGAATACAAGTCGATCTACGCATCTGCCAAGTACCTCAGCGCCTGA MSLIVEKQHDLDRRHFFIDGVWVKPAGDLLRDQVEAATGEVIGVAAMGTEADIDAAVLAARRALDEGPWGKTTAQERAEVLRRFANELNLRSAGTSELVSRENGMPIGLSQMLNGGAPGALLNIYANVIENLALEEVRTSQAGSTIVRREPVGVVGAIAPWNFPQALAMFKIAPALAAGCTVVLKPSPETALDSYVFADAAKAAGLPDGVLNIVLGDRDAGAALVSHPLVDKIAFTGSTAAGRIIGAECGRLIRRCTLELGGKSAAVFLEDGDVNTLLAGLDNASFLNNSQTCTTQSRILIARSRYEEVVEAVGSFAASYNVGNPLDPTVTMGPMATREHLARVMDYIEMAKASSARLVTGGSRPPGADKGWFVEPTVFADVANSDRLAREEVFGPVMALIPFDDDEDAVRMANDSNYGLGGSVWSADEDRALSVARRVRTGTIGLNYYTLDLGAPFGGFRDSGVGRELGPEGINAYLEYKSIYASAKYLSA PGPT0006875_4551 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128 NA NA D3-18_04515 375 hypothetical protein ATGACTACCTCAACCGAAATTGTCGCAGCCTACTTTGACGGCGTGAAGGCCGGGGACGCAGAAGCCGTAGCCGATCTGTTTGCTTCGAATGCGCGGCTGACCAATGCTGCAGGAACCCTACAAGGCGCCGATGCCATCAGGCGGATGTACCGCAACGGACTCACCGCCGGAAAAATGACGCCCAGCCCCCATGCTCCGGTGGTTCATGGAGACCACGTAGCTGTGGAGATCGATCTGGATGCCAACGGAGTGAGCCTCAAACTGGGCGATTTCTTCACTATCCGGGACGGGAAGATCCAGGGCCTCACCATCTACAGCCTCACTCCAACGGACGCGCGCGTCTTCGAGGACGTCGGCGTCGACCCTCTCACGTGA MTTSTEIVAAYFDGVKAGDAEAVADLFASNARLTNAAGTLQGADAIRRMYRNGLTAGKMTPSPHAPVVHGDHVAVEIDLDANGVSLKLGDFFTIRDGKIQGLTIYSLTPTDARVFEDVGVDPLT NA NA NA NA NA D3-18_04516 1011 yisK_2 COG0179 putative protein YisK ATGAAGATCGCTGTTTTTGGCCCCCACCGACGTGTGGGCGTCATCGTGGAAAACAAGGTGGTGGACGCAAATGCCGCCTATGCAAAATATCTTGCTGAAACCTCCGAGGAGGCGCGGCCGCAGGCCCGGGCCGACGCAGAGGTCCCGGCGGAGCTCGGGGCGTTCATCACCGAAGGAAACCGGGCACTCGAAGGCGCGCAATCCGCCGTCGACTATTTGTGGTCCAAGGCCGCCGACGATCGGGGACGCAATGGAGAGGTCCTGTTCTTTGACCTCGGGGACACCGATCTGCACGCCCCGGTGGCCCAGGGATCCCGGATCTACTGCGCGTTGGCCAACTTCTTTGACCATATGGAAGCCGCCAGCAAGAACAGCGCGGGAAATGACACCGCCGAAGTCCTTGACCGGCTGGTTCAAGGCGGACCCAAGTATTTCCTGAAAGACCACCGGGCAGTAGGGGCGGATGGGGAACCTGTGCGGTACCCCGCCAGAACCCGGCGTCTGGACTATGAAGCCGAAGTGGCGGTCATTGTCGGGAAGCAGGGCCGGGACATCGGCCGGGATGATGCCCTTCCTTACATCTGGGGATACACGCTTCACAACGACTGGTCGATCCGGGACAACGTTTCTTTTGGGCCGGACTTCATGCACTCAAAGAATTTTGATACCTCGGCAACCATCGGGCCATGGATCGTTGTCAACGAGGGTCTTGACCCGCAGGATATTCCGCTGGAGTGCCGGGTGAACGGCGAGATCCGGCAAAGCGGAAATACCAAGTCGATGGTTCACGACTTCTCCACCTTCATCCAGCATCTGTCAGCGGACACCACCCTCTACCCGGGTGATCTCATCAGCAGCGGAACACCCAAGGGAACCGCGGTGGATTCAAGCCGCCAGCAAACGGATGGCTCACACCCGGATGCCTTGTTCGTGAAACCCGGCGATGTGGTGGAGGTGTCCTCGTCCCTTATTGGCACCATTCGAAACGAAGTCATCAGCCCGAGTGCCTGA MKIAVFGPHRRVGVIVENKVVDANAAYAKYLAETSEEARPQARADAEVPAELGAFITEGNRALEGAQSAVDYLWSKAADDRGRNGEVLFFDLGDTDLHAPVAQGSRIYCALANFFDHMEAASKNSAGNDTAEVLDRLVQGGPKYFLKDHRAVGADGEPVRYPARTRRLDYEAEVAVIVGKQGRDIGRDDALPYIWGYTLHNDWSIRDNVSFGPDFMHSKNFDTSATIGPWIVVNEGLDPQDIPLECRVNGEIRQSGNTKSMVHDFSTFIQHLSADTTLYPGDLISSGTPKGTAVDSSRQQTDGSHPDALFVKPGDVVEVSSSLIGTIRNEVISPSA NA NA NA NA NA D3-18_04517 1206 hypothetical protein ATGAGCGAACAGCAGCACAACGTTGGCGGTGTGCTTTACGACCGTCCCTTCAAAATCCGCCGGCTGAACCACTTCGGCATCAGCGTCGAAGACACCGGTGCATCGTTGGCCTTCTACAGGGATCTTTTGGGGTTCCACGTGGCGGACGCCTTGAACCTTGAAAAGTACGATCCAGGCACGTGGCTCGATGGCCTTGCCGACAAACACATCTATTTCCTTCGCCACAACAGCGATCACCACACCTTCGTCCTGATGCCGAAGGCCTGGGTGGACCACATGGATTCGCCGGCCAGGGGCGATCTCACCATCAACCAGATCACATGGCAGGTTGGCAGCCTCCGCGAAGTGGTCCAGGCCCGGCTGTGGCTCGAGTCATTGGGCAACAAGATCGAACGGTATGGCCGGGACCCAGGTTCCAACTGGCACACCTACTTCCCGGACCCCACAGGGCACACCAACGAGCTCGAATACGGGATCGAACAGGTGGGATGGGATGGGCGAAGCAAACCCGAAGTCCTGTGGCCGTGGGCCAATGAGCACCCATCGCTGCCCACGAAGTCCGAGAGCAGCGAGTTGGCCGATGCTGAAGCGCAGGGTGTGGACCTCACCAGTGGTTACCGCTGGGTGGACGAGTTGCCCAAAACGTTCGACGTCGGCGGCGTTCTCCTTTCGCGACCCTTTAAGCCAGTGCGTATTGGACCGGTCAGCATTTTCGTCGAGGACGTCGCGGGCGCTGAAGAGTTCTACACGCAACGGCTCGGCTTGGTAAAGAGCGAAGAGACGATGGTGGACGGCCACCGTGCGGTCTTCCTGAGGACCAATACCGAACACCACAGCCTGGGACTCTTTCCGATGGAACTCCGGAAGAAACTCGAGGTCAGTGAGCACACCACGCTGCTTTCTTTCGGCATTCAGCTTGGTTCATACGAGCAACTGAAAGCTGCACGCGCTTATCTCGAAGAGCGCGGAGTCAAGCTTCTCGATTTGCCGCAGGACATCCACCCTGGTGTCGATTACACGGTTCACGCCGTAGATCCCGACGGCCACGTCATGCAGTTGTACTACTACATGGAACAAGTGGGATGGGACGGCTCTGTCAGGTCACCTTCGCAACGGCGCGTTGTCGATCCCGATGTTTGGCCCGAAGCGCTTTCTCCCATGTCCGATACCTATGGCGGGGAGACGTTCTGGGGACCGCTCGGCTGA MSEQQHNVGGVLYDRPFKIRRLNHFGISVEDTGASLAFYRDLLGFHVADALNLEKYDPGTWLDGLADKHIYFLRHNSDHHTFVLMPKAWVDHMDSPARGDLTINQITWQVGSLREVVQARLWLESLGNKIERYGRDPGSNWHTYFPDPTGHTNELEYGIEQVGWDGRSKPEVLWPWANEHPSLPTKSESSELADAEAQGVDLTSGYRWVDELPKTFDVGGVLLSRPFKPVRIGPVSIFVEDVAGAEEFYTQRLGLVKSEETMVDGHRAVFLRTNTEHHSLGLFPMELRKKLEVSEHTTLLSFGIQLGSYEQLKAARAYLEERGVKLLDLPQDIHPGVDYTVHAVDPDGHVMQLYYYMEQVGWDGSVRSPSQRRVVDPDVWPEALSPMSDTYGGETFWGPLG NA NA NA NA NA D3-18_04518 942 hypothetical protein GTGGGCCGTATCATCATCAGCGGGGCGTCGGGAGATCTTGGACGCAGGGTTACTGAACTGCTTTTGGCAGCTGACCCGGACATCGAATTGACTCTGGTCTCGCGTACCCCGGAGAAGTTGTACAGACATAAGAATCCGGGGATCCGCGTCATGCGGGGCGATTACCAAGAACCGGAATCCCTCAACGAGGCCTACAGTGGTGGCGACGTCCTGTTCCTCATCAGTGGACTTAACCTTGGCCGACGGGTAGCGGAGACCAGGAACGCAATTGCTGCGGCACAGCATGCCGGTATCCGTCACATCGTGTACACCTCTGTGGGTGGTATCCATCCCACCAACCCGGCACTCTCAGCCCGGGACCACTATCAGAGTGAGCTTGATTTGAGGGAATCCGGTATGGCCTACACCTTCCTCCGCAACGCGTTGTACTCGGAAATCATCAGCAATATCCTCGTCGCTCCAGCGGCGGCCTGTGGTGTTATGGCACAGGCTACCGGACATGGGCGGTTGGCGCCGGCCGCCAAAGCTGATGTCGCCCGCAGCGCCGCCGCCGTACTGCTTGCCGCAGAAAAACATGAAGGTGCTGTCTACGAAATCACCGGACCGGAGCTTTTGACTTTTGAAGACATTGCCCGCATCGGGTCGGAGATACATGGCGCACCCATTGACTATCAGCCGATTTCCGCTGATGAGCGTCTCGCCTTCTTCGATTCAATCGGCATCCCGAGGACTTACGACCCCTCCATGCCGCCCAGCGCCGACGGTCACATGTGGGCAAGCGATGAATTGGTCACTGCCGAAGTCGCCATTGCCGAGGGGTATCAGACCCTTCTTTCAGGTCACGTACAACTGATCACCGGGCGCAATCCGGAAACACTGAAATCGGTGATGGAAGCCGTCAAATCCGTACCGTACGACCAGATCCCGGCAAACGTGTCCTAA MGRIIISGASGDLGRRVTELLLAADPDIELTLVSRTPEKLYRHKNPGIRVMRGDYQEPESLNEAYSGGDVLFLISGLNLGRRVAETRNAIAAAQHAGIRHIVYTSVGGIHPTNPALSARDHYQSELDLRESGMAYTFLRNALYSEIISNILVAPAAACGVMAQATGHGRLAPAAKADVARSAAAVLLAAEKHEGAVYEITGPELLTFEDIARIGSEIHGAPIDYQPISADERLAFFDSIGIPRTYDPSMPPSADGHMWASDELVTAEVAIAEGYQTLLSGHVQLITGRNPETLKSVMEAVKSVPYDQIPANVS PGPT0009465_91 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_VITAMIN_PRODUCTION PLANT_VITAMIN_K_METABOLISM PLANT_VITAMIN_K_BIOSYNTHESIS,PGPT0009465-qorB-K19267 NA NA D3-18_04519 2220 ydfJ_1 COG2409 Membrane protein YdfJ ATGGCAAAAATTCTCTTCCGGCTGGGCATTTTCAGCGCCCGGCACCGACTCGCTGTGATCCTCGCCTGGGCCGCAGTACTGATAGCGGTGGGAGTCACAGCTGTTACGGGTATGCGGTTCAGTGACGGATCCTTCGACATTCCCGGAACAGAATCAAGCAAAGCCCTCACGACTGTTGAACGGGAATTTCCCGCCGCTAAGGCGGAAGGGACCGCTTCACTCCAGCTGGTGGTGCGCACTCCCGGCGGGGTGCCCATAACCGGGCTTCCCTATGCGGAAAAAGTAGCAGACCTGACCGCGGCGGCGGAGTCGATCAGTAACGTCTCTGCTGTCCGCTCACCCTTCGACCCGGTCCAGCCAAACATTTCAGAGGACCTCAGCACCGCGGTCATCACCCTGGCCTTTACAGGAATTGACGATGCAAACGCCGAAGCGATCCAACAGGAAGTGGAACGAGTCACCGGCTCAGCCAGAAGCTACGGACTGGAGGCCGAAATAGGTGGGACGCTCCACAGCGAGTTGCCAGAGATTCTCGGGCCATCCGAAATCGTGGGGGCCCTGATCGCTTTCGGAGTCCTACTCATTACCTTCGGGTCCCTCGTCGCTGCCGGCGCCAACATGCTTACCGCCCTTCTGGGCGTCGGCATCGGTGTTCTTGGCATCTTCGCCTCGTCAGCTTTCCTCCAACCTGTCGGATCGATGACACCCATCCTCGCGGTCATGCTGGGACTCGCAGTGGGCATCGACTACTCACTCTTCATCGTTGCCAGGTTCCGGGCTGAACTGCGGGCCGGCAGGGACGTCACAACCGCCGTCGGCAGGGCCATCGGAACGGCAGGCTCATCAGTTGTTTTCGCTGGAGCCACAGTGGTCATAGCCCTCGCAGCCCTCGCGATCGTCAGGATTCCCTTCATCACCGAAATGGGACTGGCCGCAGCTTTCGCCGTCGTCGTCGCCGTCATCATGTCCCTGACCCTCCTTCCCGTCTTCCTGCAGTCCATGGGACACAAAGCACTTTCCCGCAAACAGCGTCACAACAAGCCGGCCCAAACGCAGGACCAGGTAAAAACCAAGGACAAGCTAGGGATACTAGAGGTTTGGGCATCTGTCGTCGTACACAAGCCCGTACGATCCCTTCTTACCGGAGTCGCACTCCTGGGAATACTCACAGTGCCCGTGCTGTCACTTCAGACGGCACTCAGCACACCCGGAGGCGATGACCCCGACAGCTCCCAGCGGCGGGCGTACAACATCATTGCCCAGGAATTTGGTCCCGGCTCGCAAAGCCCTCTCGTCGTCCTGATACAGGCAGAAAAGCCGGAATTGGACCAAGCAGCCACGGATACCCGGAACATGCTGACCAACCTTGACGGGGTCCAACTCGTCACCCCGCCCGTAATCAGCGCATCAAAAACAGCTGCACTCATCACGGTCGTTCCCGCTACAGGGCCCACTGATGCTAATACCAAGAACCTTGTCCATGACATCCGGGACCGAAGCACTGATATCGAAGCCGACTTGGCAGTAACGGGCCAAACTGCTGTCTCGATAGACGTCGACGCACAATTGAGCCAAGCTCTCGTCACCTACATCGGAGTGATTGTTGGTCTGTCGCTGGTTCTGCTAATCATCCTGTTCCGGTCGATCCTCGTGCCGCTGATCGCAACCATAGGATTCCTGCTCTCCCTCGGCGTCGGAATCGGCGTCACAGTCGCCGTCTTCCAATGGGGATGGGCTGACGCCGTTTTTGCAGCACCAACCGGATCGCCCATGCTCAGTCTGCTTCCCATCCTGATCGTGGGCATCCTCTTCGGACTGGCCATGGACTATCAGGTCTTTCTTGTCTCCCGCATGAAGGAAGCCTATACAAAGGGCTACTCGCCCCGGGAAGCGATTCTGGACGGGTTTTCGAAGACAGCCTTCGTTGTTGTGGCGGCGGCCGCCATCATGGCTGCAGTCTTCGGAGGATTCGCACTCAGTCCCTCACCACTGGTCGCCTCTATCGCTCTGGCACTCACCATCGGAGTGCTCGCAGACGCCTTCATCGTTCGAATGATCATTGTTCCCTCAGCCCTGTCCCTTCTCGGCCACGCCGCCTGGTCCATACCCTCATGGCTGGATAACGCACTTTCAGCTATTGACACTGAAGGCCATGCCCTCGAAAGACCAGCTGGAGCCGTAATCGACGATAAAGCCCAAGAACTGCTTACAACTCGCTAA MAKILFRLGIFSARHRLAVILAWAAVLIAVGVTAVTGMRFSDGSFDIPGTESSKALTTVEREFPAAKAEGTASLQLVVRTPGGVPITGLPYAEKVADLTAAAESISNVSAVRSPFDPVQPNISEDLSTAVITLAFTGIDDANAEAIQQEVERVTGSARSYGLEAEIGGTLHSELPEILGPSEIVGALIAFGVLLITFGSLVAAGANMLTALLGVGIGVLGIFASSAFLQPVGSMTPILAVMLGLAVGIDYSLFIVARFRAELRAGRDVTTAVGRAIGTAGSSVVFAGATVVIALAALAIVRIPFITEMGLAAAFAVVVAVIMSLTLLPVFLQSMGHKALSRKQRHNKPAQTQDQVKTKDKLGILEVWASVVVHKPVRSLLTGVALLGILTVPVLSLQTALSTPGGDDPDSSQRRAYNIIAQEFGPGSQSPLVVLIQAEKPELDQAATDTRNMLTNLDGVQLVTPPVISASKTAALITVVPATGPTDANTKNLVHDIRDRSTDIEADLAVTGQTAVSIDVDAQLSQALVTYIGVIVGLSLVLLIILFRSILVPLIATIGFLLSLGVGIGVTVAVFQWGWADAVFAAPTGSPMLSLLPILIVGILFGLAMDYQVFLVSRMKEAYTKGYSPREAILDGFSKTAFVVVAAAAIMAAVFGGFALSPSPLVASIALALTIGVLADAFIVRMIIVPSALSLLGHAAWSIPSWLDNALSAIDTEGHALERPAGAVIDDKAQELLTTR NA NA NA NA NA D3-18_04520 669 liaR_7 COG2197 Transcriptional regulatory protein LiaR ATGATGATCCGCATAGCCCTCGTCGACGACCAGGAAATGATTCGAGTCGGTCTGCGCGGGATCCTCCAGAGTCGTCCTGAGTTCGTGCTGGTGGGAGAGGCTGCTGACGGCATCCAGGCCGTGGCTGTGGTCAGGGAGGTAAAACCAGACGTCGTGCTCATGGATATCCGAATGCCCGGCATCGATGGTGTCGAAGCAGTCCGCAGGATCCGAGCCGAGCCGGAGCTGGACCCAGTAAGAATCCTGGTCCTGACCACCTTCGAGGACGACCACAACGTCATCCGAGCCATACAGGCAGGAGCCCAGGGTTTCCTCGGCAAGGACGTCGGCCCCACAGAGCTGATAGCAGCCATCGACCAAGTAGCAGCAGGAGGTTCCATGCTGTCCCCGACCGCCGCCGGATCGCTCATCGCCCACGTCGCGGATTCGTCAAAACGTCCAGTAGACAGTGCAGCGGTCAGCGCCTTGGCTGCCCTGACCTCCCGGGAACGAGCAGTCCTGACCCAGGTCGCTGCCGGGCTCACCAACGACGAAATAGCTGCAGCCCTGTTCATCTCACCACTGACCGTCAAGACCCACCTCAACCGGGCCATGACCAAGACAGGAACAAGGGACCGCTCTCAACTGGTCATCCTGGCGTTCAAGGCAGGGCTCGCCGACCCCGCCTAA MMIRIALVDDQEMIRVGLRGILQSRPEFVLVGEAADGIQAVAVVREVKPDVVLMDIRMPGIDGVEAVRRIRAEPELDPVRILVLTTFEDDHNVIRAIQAGAQGFLGKDVGPTELIAAIDQVAAGGSMLSPTAAGSLIAHVADSSKRPVDSAAVSALAALTSRERAVLTQVAAGLTNDEIAAALFISPLTVKTHLNRAMTKTGTRDRSQLVILAFKAGLADPA NA NA NA NA NA D3-18_04521 1206 hypothetical protein ATGAAAAGCACAACCGCCGGGATAGAAAGGAAGGGCAGCATCAAGCAGTGGCAAAGTAACAGCGGAATTGGCGATCTGTGGCAGCTGTTCTTTGACGTCGTGGCCTTGGCAGTGGTTGTGATGGAAATATACCGAATCAGTCAGGCAGGCGTGGACTTCGGCTCCTTCGCGCTGTTGACGGGAGGTCTCGCCGCGACGGTTCTCAGACGCCACCTGCCGGGATCGGCGCTGGCGACCACGGCTCTATTAACGGTGTTACTGCCCCTGCAGACCGGGCAACATCTGCCGGCATGGATCCTGCTGGTAGTTTGCCTCGCTTCCTTCGCCATGCTCAGGCCAAGGACTCACGCCGTGGCGGCCACCACTGCCGTCGGGTTTATCCTCGTCACGGAAGCCTTCCTGGTGATGCATGCTTCCTTCTTAGACCCCCTGACTTGGGCGCTGATTGCCTGGGCTGCAGCGGCAGGCGGAGTCGGTTCTGCGGTCCGCTCACAGCGGCAATACGTGGAGGCTTTGGAGGAACAGGCGAGCAATCTTCTACAAGCCCGAGAAGCAGTAGTCGCCCGGCGTATTGCTGAAGAACGGATGAGCATTGCCCGGGAACTCCACGATGTGATGGCCCATCACATCGCCGCCATCAGCGTTCATGCAGGCGCAGCTGAAGCAAACACACGCAATGACCCGGAAACAGCCATGGAATCCATGGTCCGTATTAGAAGCGCCAGCAGCGAAGCCCTGCGTGAACTGCAGGCCATCCTGCACATCCTCAGATCCGGTGAAATCGACGACGCCGTTGACGTACCCGTTGCCGGAGCAAGCCAGATCCCCCGCCTCATCGAAGCCTTTCGTGCCCTCGGCCTTACGGTCGATTACCACGAGCGAGGCCTTATTCCCACGAATCTTCCCCCCGCTTTGGACCTCGCCCTTTACCGGATCACGCAAGAAGGGTTGACCAACGTACATAAACACGGTGGCGGGCAAGCACGACTCACTCTCAGAACCACAACAAAGGACATCAACCTGGAAATGCGTAATGATGCCACGACCGCTCCTGAGGAGGACCACACAGACCGAACAATCGACCAGCAAGGATTTGGGCTGATCGGTATGCAGGAGCGGGCCGTATCCGCTGGCGGGCGCTTCAACGCAAAAGACGACGGAAAACACTTCATAATTGAGGCCTCATTTCCGCTGGAGGCCGGATGA MKSTTAGIERKGSIKQWQSNSGIGDLWQLFFDVVALAVVVMEIYRISQAGVDFGSFALLTGGLAATVLRRHLPGSALATTALLTVLLPLQTGQHLPAWILLVVCLASFAMLRPRTHAVAATTAVGFILVTEAFLVMHASFLDPLTWALIAWAAAAGGVGSAVRSQRQYVEALEEQASNLLQAREAVVARRIAEERMSIARELHDVMAHHIAAISVHAGAAEANTRNDPETAMESMVRIRSASSEALRELQAILHILRSGEIDDAVDVPVAGASQIPRLIEAFRALGLTVDYHERGLIPTNLPPALDLALYRITQEGLTNVHKHGGGQARLTLRTTTKDINLEMRNDATTAPEEDHTDRTIDQQGFGLIGMQERAVSAGGRFNAKDDGKHFIIEASFPLEAG NA NA NA NA NA D3-18_04522 1206 thcD_2 Rhodocoxin reductase GTGACGGCACGAGCGCCGCAGCGGGTTGTCATCGTAGGGGCTTCAGCGGCTGGCCTCAGCACCGCTGAAGCACTCCGTCGCGGAGGATATGCCAACGAACTGACGATGATAGGGGCGGAAGTCCACCGCCCCTATGATCGGCCGCCCTTGTCCAAACAGTACTTATCGGGGGAATGGGACGCCGAAAGGATCATGCTTCGTCCCGCAGCACATCTGGAAGACCTGGACGTCGAAAGCCGCCACGGGGTCCCTGCCAGGGGGCTCGATATCCAGGAACGTAAGGTGGTCCTCACGGACGGCAGCGAAATCAACTACGACCGCTTAATCTTGGCGACCGGCGTGAACCCCAAGGCGTTGCCAGGCGCGCAACACCTAAAGGGGGTTCACACCCTGAAGACCCTCGATGACGCGGAGGTGCTTCGGGGCGAGCTTCATGCACGCAGTCGTGTGGTTGTTGTAGGGGCAGGGTTTCTGGGAACCGAGATTGCTGCGGCCGCGGTGTCCCGTGGTGCCGACGTCACCCTGATCGGCAATTCGGCTCCGTTGGCTGGGATCATCGGCCCCGAACTGGGTGCGGAACTGAGCGCCCTTCACGTCAGTAACGGCGTGACGCTCAAGATCGGGCGGGACGCCTCAGTCGCTTCGCTAGTGCACAGCCGCGGGAAGGTGACCGGTGTGGCACTGAAGAATGGTGTCATCATCATTGCTGATCTCGTAGTCGTTGCGGTCGGTTCCGTCCCGGCAGTGGACTGGCTGCGAAAGAGCGGCCTGCGCTTGGACGATGGCATCCAGTGTGCCCCAGACTCATCAGCCGCACCAGGCGTGTACGCAGCCGGGGACGTAGCCAGATGGCACAACAACCTCTTTAATGTCAGCATGAGGCTGGAACACCGCACCAACGCCGTGGACCAGGGCATTCATGTGGCCGAACAGATTCTTTCCGAAAGCAGCCGAGACTACACTCCTGTTCCGTATTTCTGGTCCGACCAGTACGACATGAAGCTTCAAAGCTACGGGTGGCTGCGGGACCATGACGAAGTGCTGCTCGCTGACGGTTCCCTCCAGGAGGGTAGCTTCGTGGCGCTTTTCCGGCGAGGTGATCGTCTGACGGGTGTCCTCGCGGCACGATCTCACAAGGCCCTTCGGACATGGCGGCAATATCTTTGCGACGGCGCCAGCTGGGGCGATGCGCTTGACGCGGCATGA MTARAPQRVVIVGASAAGLSTAEALRRGGYANELTMIGAEVHRPYDRPPLSKQYLSGEWDAERIMLRPAAHLEDLDVESRHGVPARGLDIQERKVVLTDGSEINYDRLILATGVNPKALPGAQHLKGVHTLKTLDDAEVLRGELHARSRVVVVGAGFLGTEIAAAAVSRGADVTLIGNSAPLAGIIGPELGAELSALHVSNGVTLKIGRDASVASLVHSRGKVTGVALKNGVIIIADLVVVAVGSVPAVDWLRKSGLRLDDGIQCAPDSSAAPGVYAAGDVARWHNNLFNVSMRLEHRTNAVDQGIHVAEQILSESSRDYTPVPYFWSDQYDMKLQSYGWLRDHDEVLLADGSLQEGSFVALFRRGDRLTGVLAARSHKALRTWRQYLCDGASWGDALDAA PGPT0019730_906 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,PGPT0019730-hcaD|cndC1-K00529 NA NA D3-18_04523 201 subB Ferredoxin-2 ATGAAAATCGAAATCGATACGGTAAAGTGCGTGGCGGCAGGTGTCTGTGTCCTGGCCGCGCCGGACGTCTTCGACCAAAACGATGACGATGGCGTGGTCGTCATACTGGACGAGCAACCATCCATGCAGCAAATTCCAGCTGTGCGGGACGCAGCCGCACGTTGCCCGGCCGCCGTGATCCGACTCGTAGAGAACCCGTGA MKIEIDTVKCVAAGVCVLAAPDVFDQNDDDGVVVILDEQPSMQQIPAVRDAAARCPAAVIRLVENP PGPT0007360_1921 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 D3-18_04524 1224 Cytochrome P450-SU2 ATGACGCAGATACCTAGTCCCCCGGTTGCACCCGACGCACTCCCGCAGAACAGGTGTCCCTTCGATCCTGACCCCCGTTATGCGGAGCTAAGGGTCTCCAAACCAGTTAGTCGTGTAAGCACTCCCGCCGGGTTGGATGTCTGGCTAGTCAGCGGCTACGACGACGCTCGAGCCGTGCTCGGCAACAACTCAAGCTTCAGCAATATCGATGCCAGCTCTTCCCATCTGATGGGTGACCCCGAAGCCTTGGGTGGCACCCCACCACCAGGGGTCCTCTTGCGCTATGACGGCGACGAGCACTCAAAGCTGCGTCTTCGGCTCGCCCGGGAATTCATGGTCAAACGCATCGCCCGGATGGAACCGTTCATCAGGCAGCTCGTCACCGAACACATCGACCGTCTGGAACAGAAAGAAGGTCCGGTAGACCTTTACCGGGAATTCGGGCTGCCTATTCCCGCCATCGTCATCAGTGAACTCCTTGGCGTCCCGGAAAGCGACAGGGAGACTTTCGAAAAAGCCACGACAGCCCAGGTTGACCTGAGCCTATCGCTGCAGGAACGGCAGGCCGCCGCGGCCGAGAGCGCCGGATTCTTCGCAGGGCTTGTTGCCTCCAAGTTTGAACAGCCTGGCGATGACCTCATCAGCCGTCTCATTCAGGAGCCCGCCGGTCGGCCTCTGGACTTCGCGGAACTGACCGGGTTGTCCCTGCTCCTGCTCGCAGCCGGACATGACACCACAGCGAACATGATCACACTCGGCACCTATGCACTCCTGCAAAACCCCGAACAGGCCGAAAAGATGGTCGCGGACCCTGCGGTCATGGAAACCGGCGTGGACGAGCTGATCCGATATCTCAGCATCATCCACAACGGCATTCTCCGGAAAGCTACGGTGGACGTCACCATCAACAACCAGCTCATCCGGGCTGGTGAGCACGTAGCAGTGGTACTGGAATCAGCTAACCGGGACCCGAGTTTCCTGGCCGATGCCGACACGCTGGACCTCTCGAGGTCCTCAGCCCACGTCGGGTTCGGCTACGGCCCGCATCAGTGCCTCGGCCAGCACCTGGCCCGCCTGGAACTGCGGATCGCCCTGCCAGAGCTGTTCCGCAGGGTCAAGGGACTACGGGTAGCCACCGAAACGATGGATATCCGCTACAAAAACGACATGGTCGTTTATGGAATTCGCGAGCTGATGATCGAGTGGGACGAGGTAGTGGCATGA MTQIPSPPVAPDALPQNRCPFDPDPRYAELRVSKPVSRVSTPAGLDVWLVSGYDDARAVLGNNSSFSNIDASSSHLMGDPEALGGTPPPGVLLRYDGDEHSKLRLRLAREFMVKRIARMEPFIRQLVTEHIDRLEQKEGPVDLYREFGLPIPAIVISELLGVPESDRETFEKATTAQVDLSLSLQERQAAAAESAGFFAGLVASKFEQPGDDLISRLIQEPAGRPLDFAELTGLSLLLLAAGHDTTANMITLGTYALLQNPEQAEKMVADPAVMETGVDELIRYLSIIHNGILRKATVDVTINNQLIRAGEHVAVVLESANRDPSFLADADTLDLSRSSAHVGFGYGPHQCLGQHLARLELRIALPELFRRVKGLRVATETMDIRYKNDMVVYGIRELMIEWDEVVA PGPT0011505_42 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_BIOTIC_STRESS ANTIPROTOZOAN|ANTIPROTISTAL_ACTIVITY ANTIPROTISTAL-PENTALENOLACTONE_METABOLISM,PGPT0011505-CYP105D-K17876 NA NA D3-18_04525 543 hypothetical protein ATGAACGCCAGCCAATCCAGCCTGCAGAATGTGGACGGGGCGCTGCGAGCCGACGTGACGATGCGCGACGTAGCCCAAGCAGCGGGTGTGTCCATGGCAACGGTCTCAAACGTCATCAACCGTCCGCACTTGGTAGCACCGAAGACCAGGGAGCGTGTGCAGCGCATAGTCCAGGAACGGGACTTCCGGCGTGATGCCCACGCCCAAGCCCTCCGAGGGTATGAGCCAGCCAGCAGGAAAGAACAACCCAACAGCAGACCCGACAATGTCCCTGAGGATCACCCGGTCATTTCTGATCCGTGCGTAACCTCCACTGCAACGCCATCCCCGGATCCAGCACCTCTCGAACTCAGCGCTGACCCTCTTGTACCTGGGCAACATCTCAGTTTCAACGTCGGCTTGGAGAGGCTAAACGGTACTGTCGACGTCGTGATGCCCGACAGGTCCTGTTTCTGGATCTGGACCGACGACGGGATGGGCCGGCGGATGATCGAGTCCTGCGAAGCGACCATCATCACGCACATGGGCGACCAAAGCCACTAG MNASQSSLQNVDGALRADVTMRDVAQAAGVSMATVSNVINRPHLVAPKTRERVQRIVQERDFRRDAHAQALRGYEPASRKEQPNSRPDNVPEDHPVISDPCVTSTATPSPDPAPLELSADPLVPGQHLSFNVGLERLNGTVDVVMPDRSCFWIWTDDGMGRRMIESCEATIITHMGDQSH NA NA NA NA NA D3-18_04526 1449 hypothetical protein ATGACGTCAACACGAAGAAAGAAGGTCTTCCTTACCGGTGCCACCGGGAACTGGGGACAGTACATCCTGCGGGAATTCGCACAGCGCGCCGACCGGTTCGACATCACTGCCCTGGTCCTTCCCACCCCGAAAGACACCGCGATCATCCGCACCTTCGAGGACATGAAAAACCTCAGCGTCGTCTATGGCGACGTCACGGACTACCCCATCGTGCTAACCTGCGTCACCGGAGCAGACTACGTCCTGCACACCGGCGCCGTCGTCTCACCGTTTGCCGACGACCATCCGGAACTTGCACATACGGTCAACGTCGGCGGTGCCAGGAACGTCATAAAGGCAGTGAAAAGCCAGCCGGACCCCGACGCTGTCCGGCTGGTCACCATTGGCACCGTCGCCCAAAGCGGTGACCGGAATCCGCCCAACCACTGGGGGCGCATCGGTGACCCCCTGCGAGTGTCCCGCTACGACGAATACGGGCAAAGCAAAGTCATCGCAGAGCGGGAACTGATCGACTCCGGACTCAAGAACTTCGTCTCCCTACGCCAGACCGGCATCTTCCACCCAGGCATCCTGGAAATCCGGGACCCAATCATGACCCACACCCCTATCGGCGGAGTCTTGGAATGGGTTTCTGTTGAGGACGCCTCCCGCCTGCTCGCCAACATCTGCGAAGACGGCGTCCCGCAAGAGTTTTGGGGAGGCATCTACAACATCGGCGGCGGGGAATCATGGCGCCTAACCAACTGGGACCTCCAAACCAGCATGACCGCCGCTATGGGCGTCAGAGACGCCCGTAAATGGTACGACCGGAACTGGTTCGCGACCAGAAACTTCCACGGGTTCTGGTACACCGACTCTGACGTGCTGGAATCCCTCGTCCCCTTCCGGAAAGACACGTTCCAGGAAGCACTGCACAGGGCCGTCGCGGCGGCACCGGCCGGGGTCCGGCTCGCAGGGAAAATACCTGCACCGCTGATCAAGCACCTCGTCATGAAACCGCTGACCAAAAAGCCTCGCGGCACGATGGCCTGGATCGAAGCCAACGACACCGCAAAGATCAATGCCTACTTCGGTTCCAGAGAGGAATGGGAAAGCATCGGCGACTGGTCCACCTTCTGGGCGCCTCGGCCAGACAAAGAACCACAGTTCCTGGACCACGGCTACGACCAAAGCAAGGCCGCGGCCGCCTGGACACTCGCGGACATGAAGGACGCCGCGGATTTCCGCGGCGGCGCCCTGACCTCCGCCTCCATGACTACCGGCGACATCGCAACCCCCCTGACCTGGAAGTGCGCCGCGGGCCACTCCTTTCAAGGCAGCCCCCGGCTCATCCTCACGGCCGGCCACTGGTGCCCGGAATGCATCAAAAACCCCGCCGATTACCCCAACCAGGCCACGGTGAACCGGTTCCTTGCCCAGCTGGAAAACAAAACTCCTGTTAAAGCCTGA MTSTRRKKVFLTGATGNWGQYILREFAQRADRFDITALVLPTPKDTAIIRTFEDMKNLSVVYGDVTDYPIVLTCVTGADYVLHTGAVVSPFADDHPELAHTVNVGGARNVIKAVKSQPDPDAVRLVTIGTVAQSGDRNPPNHWGRIGDPLRVSRYDEYGQSKVIAERELIDSGLKNFVSLRQTGIFHPGILEIRDPIMTHTPIGGVLEWVSVEDASRLLANICEDGVPQEFWGGIYNIGGGESWRLTNWDLQTSMTAAMGVRDARKWYDRNWFATRNFHGFWYTDSDVLESLVPFRKDTFQEALHRAVAAAPAGVRLAGKIPAPLIKHLVMKPLTKKPRGTMAWIEANDTAKINAYFGSREEWESIGDWSTFWAPRPDKEPQFLDHGYDQSKAAAAWTLADMKDAADFRGGALTSASMTTGDIATPLTWKCAAGHSFQGSPRLILTAGHWCPECIKNPADYPNQATVNRFLAQLENKTPVKA NA NA NA NA NA D3-18_04527 2280 bglB COG1472 Thermostable beta-glucosidase B ATGACCCCGCCAGCCAATAGCAGCGAGAACACCGGAGCAGAAGAGACCGTCGCGACCCTCGGATTGGAAGAAAAGGCGACTCTCCTGTCTGGCCGGGACTTCTGGTCCACCGCCGAGGTGGCTGGAGTGCCCTCGATGGTCCTGACCGACGGACCCCACGGCGTCCGCCGGCAGGCCGGCGAAGCCGACAACCTGGGGCTCCACGGAAGCCTGCCCGCTACATGTTTTCCTCCCGGGACGGCGCTCGGCTCAAGCTGGGATCCGGACCTTGCCAAGGAAGTCGGGCAGGCGCTGGGCCGCGAAGCCCGCTCCCTCGGTGTGAACGTCCTCCTCGGTCCCGCAATCAACATCAAGCGTTCCCCGTTGTGCGGACGGAACTTCGAGTACTTTTCAGAAGACCCCCTCGTCAGCGGCGTACTGGGCGCTGCCTGGGTCCGGGGCGTGCAAAGCCAGGGCATCGGAACGTCGGTCAAGCACTTTGCGGCCAACAACCAGGAGACCGACCGCATGCGGATCAGCTCCGACGTTGACGAACGAACCCTGCGCGAAATCTACCTCCCGGCCTTCGAACGCGTGGTCCAAGAGAGTAGCCCGACCACTGTGATGTGCTCATACAACCGCATCAACGGCACGTACGCCTCGGAAAACACATGGCTTCTCACCGACGTCCTGCGCAAGGAATGGGGCTTCAAAGGTGCCGTCGTGTCCGACTGGGGCGCAGTCAACAATCGTATCGCTGCACTCAAGGCAGGGCTTGACCTCGAGATGCCCGGAAGCGACGGCACCACCACAGCCGAGATTATCGCCGCAGTTAAAGTCGGCAGCCTCGAGCCGGCATTCCTTGACCACAGTGCCGTCAGGATAGCCAGGCTGCAGCAGCTCACAGAACTGCAGGGCGACGACGCTACCTTCGACGCCGCGGCCCATCACGCACTGGCCCGCCGGGCTGCCGCAGGCTCCATCGTCCTGTTGCGCAACGAAAACAACACGCTCCCCCTCCAGCCGGGCACCAACGTGGCAGTCCTAGGGGAATTCGCCGAAAAGCCCCGATACCAGGGCGGCGGCAGCTCCCACGTCAACCCCACCCGCGTCGACATCCCTCTTGAGGAGCTCCGCACCGCCCTCGGCGAGGACAATGTGCATTACGCCTCGGGCTACGGCGAAACCGGCACCGAATCCTCCGGTCTCCTGCTGGAAGAAGCCGTGGATCTGGCCACGCGAGTCGACGTCAGTATCGTGTTCGTGGGCTTGGACGAAAAGGAGGAATCAGAAGGATTCGACCGCACTAACCTCGACCTACCCGCGGACCATGTAGCCCTCATACAGGCCGTCGCTGCCGTCAGCAAGCGAACTGTTGTTGTCCTGTCCAACGGCGGCGTGGTGACCCTCGAACCATGGCACGACGACGTTGACGCCATCCTTGAGGGCTGGGCTCTAGGCCAGGCAGGCGGCGGAGCCCTCGCCGACGTCCTCACCGGCCGCATCAACCCATCAGGCCGGCTCGCCGAAACCATCCCCTACCGGCTCAACGACACAGCTTCGTTCATCAACTTCCCCGGCGAGGCAGGACACGTCCGTTACGGGGAAGGCGTTCTGATCGGTTACCGCTATCACGAGACAGTCGACATTGCGGCCCGGTATCCGTTCGGGCACGGCCTCAGCTACACCACCTTCACCTACTCCGACCTCAGTGTGGCCGCGCACGGCACGGACCAGGCAACGGTCCATCTCACCGTAACCAATGCAGGTGACCGTGCAGGCGCCGACGTCGTCCAGATCTACGTGGCAGCACCCCAGGGACCGGTCCGAACACCCTTGCGTGAACTGCGTGCATTCCAAAAGGTCACGCTGGAACCAGGAGAATCCCGGACACTCACCTTCGAACTGGACCGGCGCGCCTTCGCCCACTACGACATCACCGAGAGCCGGTGGGCCGTCACACCGGGAGAGTACTCAATAGAACTGGGCCGCAGCTCCCACGACATCGCAGCCCGCAGCGCAATCACCCTCGACGGGGACGCAGGCCGCCACACACCGCTTAGCCTTTCCTCCACCGTAGAGGAGTGGTTTACCCACCCGGTGGCAGGGCCGCTGCTAATGGAAGGTATTGCAGCTTCCATGACCGAAGAGCAGCGCGGGGCGGCGGAGGCCATGCAGGACGGCATAAAAATGGTGTACTCCATGCCCATGGACCAGTTCGCCAAGTTCCCCGGCGTCACCATCCCCCAGGAAGCCCTCGAACAGCTGATCAACGCCACGAGGGAGGCTCCGGTCGGATGA MTPPANSSENTGAEETVATLGLEEKATLLSGRDFWSTAEVAGVPSMVLTDGPHGVRRQAGEADNLGLHGSLPATCFPPGTALGSSWDPDLAKEVGQALGREARSLGVNVLLGPAINIKRSPLCGRNFEYFSEDPLVSGVLGAAWVRGVQSQGIGTSVKHFAANNQETDRMRISSDVDERTLREIYLPAFERVVQESSPTTVMCSYNRINGTYASENTWLLTDVLRKEWGFKGAVVSDWGAVNNRIAALKAGLDLEMPGSDGTTTAEIIAAVKVGSLEPAFLDHSAVRIARLQQLTELQGDDATFDAAAHHALARRAAAGSIVLLRNENNTLPLQPGTNVAVLGEFAEKPRYQGGGSSHVNPTRVDIPLEELRTALGEDNVHYASGYGETGTESSGLLLEEAVDLATRVDVSIVFVGLDEKEESEGFDRTNLDLPADHVALIQAVAAVSKRTVVVLSNGGVVTLEPWHDDVDAILEGWALGQAGGGALADVLTGRINPSGRLAETIPYRLNDTASFINFPGEAGHVRYGEGVLIGYRYHETVDIAARYPFGHGLSYTTFTYSDLSVAAHGTDQATVHLTVTNAGDRAGADVVQIYVAAPQGPVRTPLRELRAFQKVTLEPGESRTLTFELDRRAFAHYDITESRWAVTPGEYSIELGRSSHDIAARSAITLDGDAGRHTPLSLSSTVEEWFTHPVAGPLLMEGIAASMTEEQRGAAEAMQDGIKMVYSMPMDQFAKFPGVTIPQEALEQLINATREAPVG PGPT0019110_5330 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-GLUCOSIDASE,PGPT0019110-bglX-K05349 NA NA D3-18_04528 2517 Alpha-L-rhamnosidase ATGAGCCACTCCCTGCCCTGGACCGCCAGGTTCATCGCCCCGGAAGCACGATCAGGTCCTTCCGAACACCCCCAGCCGGCACCCCTTTTCCGCCGCGACTTCAACTCTGCCAATATCAGGCGGGCAACGCTGCATGTGACGGCGCTCGGCCTTGTTGAGGCATACCTTAACGGGCAGCGGGTGGGCGATGAAGTCCTCGCACCCGGCTGGACCACTTACCGCCATCGGCTGAACTACAGTAGCCACGACGTCACCGAACTTATCACCGACGGCGCCAACACCTTGGCGGCGATGGTGGGGGAAGGATGGGCGAGGGGTCGGCTCGGTTGGGAAGGCGCAGGACCAACCAAAAACATCTTCGCTGACCGTCCAGGCTTGTTCATGCAGCTCGAACTCGATTACGGGGACCATAGCGAAATTATTGCTACCGACGAAGAGTTCCGCACCTCTCCCGGACCCGTCCTCTTCGAGAGCATCTACGATGGCGAACACTACGACGCACGGCTGGAGCAAGTCGGCTGGTCCACCCCTGGTTTCGATGCCTCCACGTGGGCACCGGTGGAAGTCATTGACTGGGACCTGACGACCCTCGAAACCCCCACGAAGGAACCTGTCCGCCGCATCGAGGAAATCCCGGTCCAGCGGCTCCTCACCACGCCCTCGGGAAAGACCATCGCCGACTTCGGCCAGAACCTCGTGGGCTGGATCCGCCTGAACGTTGAAGGTGACGCGGGTACCACCGTGACCCTTCGCCATGCAGAAGTCCTCGACGACGGCGAGTTAGGCGTCCGCCCGCTGCGCACCGCCAAAGCAACAGACGAATACACCCTGCGCGGCAACGGACCCGAAACATGGGAACCGCGCTTCACCTTCCATGGGTTCCGCTACGCCGAAATTGAGGGCTACCCCGGAGAGCTAACCATGGACAAGCTCACGGCCATCGTTGTTCACACCGACATGGCGCGCACGGGATGGTTCGAAACCTCCAACCCCCTGCTGAACCAGCTCCACAGCAACACCGTGTGGTCCATGAAGGGAAACTTCGTCAGCCTGCCCACCGACTGCCCCCAGCGGGATGAACGCCTTGGCTGGACCGGTGACATCAACGTCTTCGGCCCCACAGCGGCCTACCTGTACGACGTCCGGGGCGTCCTCGGGTCCTGGCTTCGCGACCTCGCCCTGGAACAGAAGCACAAAGGTTACGTGCCCATGGTCGTCCCGGACTTCCAGACCCATGCCGCACCGATGACCACTGCGGTGTGGTCCGACGTCGCCGTCTTGCTGCCCTGGACTCTCTACCAGGCCTACGGGGACCAACAGATCCTGGAAGACGCCTACACGTCCATGGTCGGATTCACCGACCAAGTCGCAGGCCTGCTGAACCCGGACGGGCTGTGGGACTCGGGGTTCCAATTCGGCGACTGGCTCGACCCGGATGCACCCACGGAAAACCCGTCAGGCGGCAAAACCGAGTCGCACCTCGTGGCCGCCGCGTACTTCTGCCGCGTCACGGAGGTGATGGCAAAAACGGCCGCCATCCTTGGCAACAGCGAGGACGGCGCCCGGTTCTCCCATCTCGCAGCAAAGGTCAAGCAGGCCTTTAAGGACGAGTACGTCACCCCATCCGGCAGGCTGGCCAACAACTCTGCCACCGCCTACGCCCTGGCCATCACCTTCGATATCCTCAACGCTGGACAGAAGGAACGCGCGGGGGAAATGCTGGCCAAGCTGGTGACTAAGGCCAAACACACCATTTCCACCGGATTCGTCGGCACGCCCGTCCTCTGTGACGCGCTCACGCAGACGGGGCATCTGGACGACGCCTATAAGCTCCTGCTGAACACTGAATGCCCGTCGTTCCTGTACCCGGTTACCATGGACGCCACCACCATATGGGAACGCTGGGATTCCATGCGCCCTGACGGCACCATTAACCCCGGCGGGATGACCTCCTTCAACCACTACGCCCTTGGTGCAGTAGCTGACTGGATGCACCGCACCATCGCAGGCCTCGCACCCGCCGAACCCGGCTACAAACGAATCCTCATAGCACCCAAACCCGGCGGTGACCTCACCAGCGCCTCGGCCCGTCACCTCACCCCCTTCGGTGAGGCCGCGGTCTCCTGGCGCATTATCGACGAGACCGTGACTCTCGATGTGACCGTCCCGGTTAATACGACTGCCGATATCGTGCTTCCGCTGCACCCGGAAAACCTGAGAGTGGAAGTAGGACCAGGAAGCCACACCTGGAGCTACGAACTTCCGGCAGGACACAACGAGACCCCGGAATACAGCCTGGACACCACCTTCGGCGTTCTCGCCCAAGATAAGGAACTGTGGGAGAGCTTCACCGAAACCTTCTCATCCTTCTTCCCCGGCGTCCCACTGGATGCCAACAACCCCGAGGCGAAAAGCATCAGCATCAGGGACATGCTCGGCATGATCCCCATGAGCCCCGCCGGACTTGCTGAAGCGCTCGAAAAAGTCCTGACTTCAAAGAACGAGGTAACCGCATGA MSHSLPWTARFIAPEARSGPSEHPQPAPLFRRDFNSANIRRATLHVTALGLVEAYLNGQRVGDEVLAPGWTTYRHRLNYSSHDVTELITDGANTLAAMVGEGWARGRLGWEGAGPTKNIFADRPGLFMQLELDYGDHSEIIATDEEFRTSPGPVLFESIYDGEHYDARLEQVGWSTPGFDASTWAPVEVIDWDLTTLETPTKEPVRRIEEIPVQRLLTTPSGKTIADFGQNLVGWIRLNVEGDAGTTVTLRHAEVLDDGELGVRPLRTAKATDEYTLRGNGPETWEPRFTFHGFRYAEIEGYPGELTMDKLTAIVVHTDMARTGWFETSNPLLNQLHSNTVWSMKGNFVSLPTDCPQRDERLGWTGDINVFGPTAAYLYDVRGVLGSWLRDLALEQKHKGYVPMVVPDFQTHAAPMTTAVWSDVAVLLPWTLYQAYGDQQILEDAYTSMVGFTDQVAGLLNPDGLWDSGFQFGDWLDPDAPTENPSGGKTESHLVAAAYFCRVTEVMAKTAAILGNSEDGARFSHLAAKVKQAFKDEYVTPSGRLANNSATAYALAITFDILNAGQKERAGEMLAKLVTKAKHTISTGFVGTPVLCDALTQTGHLDDAYKLLLNTECPSFLYPVTMDATTIWERWDSMRPDGTINPGGMTSFNHYALGAVADWMHRTIAGLAPAEPGYKRILIAPKPGGDLTSASARHLTPFGEAAVSWRIIDETVTLDVTVPVNTTADIVLPLHPENLRVEVGPGSHTWSYELPAGHNETPEYSLDTTFGVLAQDKELWESFTETFSSFFPGVPLDANNPEAKSISIRDMLGMIPMSPAGLAEALEKVLTSKNEVTA PGPT0019195_1056 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCOSIDASES|GLYCOSYLHYDROLASES CE-EPS-RHAMNOSIDASE,PGPT0019195-ramA-K05989 NA NA D3-18_04529 1344 hypothetical protein ATGACTACTCGCGACGACGAGTCACGGATAACACCCCCACCGGCAGCTTTCCCCGTGGCAAGTTCCGTTACGGACGTAGCCGACGGCAAGCCCAGCGCGCTAAAGCCGGAGCTGCGCAAGGTGGGGGCGCGCTACATCTGGTTTATGGTTCTGGCGCAGTTTGGCGTTTTCGTAGCCTTCATCACCCCGCTTGCTATTTCGTTGTCCATCCGGGTCCAGGAGCTCGCGCCGGGCCACGAGGAATACCTGGGCTACATCACAGGCGCGGGTGCCTTCGCGGTGATGCTCACGGCCCCCTTGGGGGGAGTGCTTAGCGACCGCACCCGGACGAAGATCGGGCGCCGCCGGCCATGGATGATAGGCGGCACCATTCTTGGCGTTATCTCACTGTTCGTGATGGGGCTTGCCCCTGACGTCCTCATTCTGGGCCTCGGCTGGATCCTCGCCCAGCTGGGCTGGGGGCAGGTGCTGGCAAACCTGCAGATCTCCACGGCAGACCGACTCCCGGAGTCTCAGCGGGGCAAGGTGGCCGGGCTCGCCGGTTTCGCGACACAGATAGCACCCGTCTTCGGCCTCATCATCGCTGGAGGTTTCGCACAGCAAAGTGTCCTGCTCTTCCTGGTCCCCGGACTGGTGGGAGTGATTCTCGTGGCACTATTTGTCCTCCTCGTGCACGAAGACGACAGCCGGGCACGGACCTTTGCCGAGAATCTCAGCATCAAGGCAATTGCGAAGAAATACGTATACAATCCCAAGCAGTACATGGACTTCTCCTGGAACTGGGCGGGCCGCTTTCTCTTCTACTTCGGGCTTACCCTCAACACCACGTTCACGGCGTTCTTCTTCGCTTCCAAGCTCGGCGTGGAGGTCACTGAGGTCGCTCCACTTATCGCCACCGTCGGCGGTGCGGGCATCCTTGCCACAACCCTGGGTGCCATCGGCGGCGGATTCCTCTCTGACCGCCTTCGCCGCCGCCGCTTGTTCGTTTTGACTGCCGCCGTATTCTTCGCCGCTGGCGCAATACTCATGGCGTTCGCCCCTGGGATGCCGCTACTCATCGCCGGTTCCCTGCTGTGTTCAGTCGGCGTTGGAGCATTCTCCGCAGTTGACCAGGCCTTGCTCCTTGACGTCCTGCCCGAGCGGGACACCGACGCCGGCAGGTTCATGGGCATCACGGGCTTCGCGACCTCGATCCCCCAGGCCTTCGCCCCGATCATTGCACCGCTTTTCTTGGCCGTAGGCGCAACCGGCACTGACAAGAACTATGAACTCCTCTACATCGTCGCTGGCGTCGTCACGATCCTTGGTGGCCTGTCCGTACTCCGCATCAAATCAGTCCGCTAG MTTRDDESRITPPPAAFPVASSVTDVADGKPSALKPELRKVGARYIWFMVLAQFGVFVAFITPLAISLSIRVQELAPGHEEYLGYITGAGAFAVMLTAPLGGVLSDRTRTKIGRRRPWMIGGTILGVISLFVMGLAPDVLILGLGWILAQLGWGQVLANLQISTADRLPESQRGKVAGLAGFATQIAPVFGLIIAGGFAQQSVLLFLVPGLVGVILVALFVLLVHEDDSRARTFAENLSIKAIAKKYVYNPKQYMDFSWNWAGRFLFYFGLTLNTTFTAFFFASKLGVEVTEVAPLIATVGGAGILATTLGAIGGGFLSDRLRRRRLFVLTAAVFFAAGAILMAFAPGMPLLIAGSLLCSVGVGAFSAVDQALLLDVLPERDTDAGRFMGITGFATSIPQAFAPIIAPLFLAVGATGTDKNYELLYIVAGVVTILGGLSVLRIKSVR NA NA NA NA NA D3-18_04530 1020 degA_11 COG1609 HTH-type transcriptional regulator DegA GTGACAGCAATTACTGGACGGCGTGTGACGGCGGCCGATGTTGCAAGGGAAGCCGGCGTCTCTCCGGCGACCGTCGGGTTCGTCCTTAACCGGACGAAGGGGCAGACGATTTCGAAGGCGACACGGGAGCGAGTGTTGGCTGCATCCCAACGCCTTAACTACAAGCCGCACCAAGCCGCCCGCACCTTACGAAGCGGGCGGAACAAGATCGTCCTGCTCGTCCTTCCCGACTGGCCGCTGGAGCATAGCCTGCGAACCAACCTGGAAGTGCTGACCCACGAACTGGCCGTCCATGGCTACGCGCTGATCACTTTCACGCCACTCCCAGACAGTAGCGCCGTGCCTCTTTGGGCAATCCTTGATCCTTCAGTTGTCATCGGCTACGAACCTTTCTCGGCTGAAGACGTGGCTGACATGCGGTCCCTTGGCATCCGAAATATCATTCCCTCCCCGGACCAGCCACCCGCAGAGCAAGCGTCTGACTTCGCATCCGGTCCGAGGCTTCAGGTCGAACACCTCCTTGGTCTCGGCCATCGGCGACTCGGGTTCGCCTGCCCCACCGATCCAAGATTGGAGGAATTCGTCACGGCCCGCCTGCAGCTTGTGGGCGAAGTCTGCACTGAACGGGGCCTTTCACGGCCCCTTGCCATGCCGGTCAATTACCAGGATGGATCTGGAGAGCATGCTGCCGCAGCGTGGAGGGCCGCCGGAGTAACCGGCGTGGTTGCCTACAATGACGAAACGGCCGCCGACGCAATACTGGGAGCGATACGGTACGGACTCCGAGTCCCGGAGGATTTGTCCGTCGTTGGCCACGATAACTCTCCGCTGGCGGCACGCTTCATGCCTTCAATCTCAAGTGCGGAGGTCGATATGGAAGGGCTGGGGCTTTATACGGCAGGGATCGCCTTGCATCATGCTGAAGGCCACCGTATGCCGGAGCCGCCCACGGGTCTTGGCACTATGGTCCGGCGGGACTCCACTGCGCCAGTTAGGAGCTTCCCAAGCCCCGCTCAATGA MTAITGRRVTAADVAREAGVSPATVGFVLNRTKGQTISKATRERVLAASQRLNYKPHQAARTLRSGRNKIVLLVLPDWPLEHSLRTNLEVLTHELAVHGYALITFTPLPDSSAVPLWAILDPSVVIGYEPFSAEDVADMRSLGIRNIIPSPDQPPAEQASDFASGPRLQVEHLLGLGHRRLGFACPTDPRLEEFVTARLQLVGEVCTERGLSRPLAMPVNYQDGSGEHAAAAWRAAGVTGVVAYNDETAADAILGAIRYGLRVPEDLSVVGHDNSPLAARFMPSISSAEVDMEGLGLYTAGIALHHAEGHRMPEPPTGLGTMVRRDSTAPVRSFPSPAQ NA NA NA NA NA D3-18_04531 924 hypothetical protein ATGAAAAAGCCATGGACTACCCACGACATGCCTTCCCAGCGGGGACGCACAGCACTCATAACGGGCTCGAACACCGGCTTGGGGTTCGCGACCGCCTCCGCGTTGGCTGCCCGCGGTGCATCCGTTATCCTCGCTGTTCGCAACGCTGAGGCCGGATTTCAGGCAGCTGAGCGGATCAGACGCGCATCTCCGGACGCGGAGGTTGAGGTTCAGGCTCTCGACCTCGGGTCGCTCGCGTCCATCTGCGAGGCCGCACAGCGTATACGCGCGAAGAATCGGGGTATCGATCTGCTCATCAATAACGCCGGCATTATGAACACGCCGAAGGGCACCACCGTCGACGGCTTCGAACGGCAGTTCGCCACCAACCACCTCGGGCACTTCGCCCTTACTGGTCTCCTGATACAGGACATGCTCGCCGTCCCCGGCTCACGCGTCGTCACTGTCAGCGCACTCGCCCACCAAATGGTCCGCGGGATCGACTTTGACGACCTGCAGCGGGAAAGGTCATATGCTCCGATGCGCGTCTACAGCCAATCCAAGCTAATGAATATCCTATTTACCTACGAGTTGCAGCGCCGACTAACCCATGCCGGGGCGCTGACTGTTTCTGTGGCCACCCACCCCGGCCTCGCTTCATCCGAGCTATCGCGCGGCAATCCAGCCACTCAACGAGCCTTCGTAAAGCTCATCCGTCCGCTGATATTTCAAAGCACCAACAAGGGAGCTCTCCCGACGCTCCGCGCTGCCACAGATACGTCCGTTCGTGGCGCCCAGTACTATGGGCCCGACGGACGCTGGCTCCTCGGAACACGTGGAAACCCGGCCGTCGTGGAGTCCAGCGCAGCCTCCCACGACAAGACGAACCAACGGCGACTCTGGGCAGTGTCCGAGAAGCTCACCGGAGTCGACTTCCCTGTCTAG MKKPWTTHDMPSQRGRTALITGSNTGLGFATASALAARGASVILAVRNAEAGFQAAERIRRASPDAEVEVQALDLGSLASICEAAQRIRAKNRGIDLLINNAGIMNTPKGTTVDGFERQFATNHLGHFALTGLLIQDMLAVPGSRVVTVSALAHQMVRGIDFDDLQRERSYAPMRVYSQSKLMNILFTYELQRRLTHAGALTVSVATHPGLASSELSRGNPATQRAFVKLIRPLIFQSTNKGALPTLRAATDTSVRGAQYYGPDGRWLLGTRGNPAVVESSAASHDKTNQRRLWAVSEKLTGVDFPV NA NA NA NA NA D3-18_04532 561 hypothetical protein ATGAAGCAAACGCGCGCCGATGCTGTCCGAAACCGCACACGTATCCTGCAGGCGGCGAACGACGTCTTCGCCGCAGGGGGGCCAGAAGTGCGGGTCGACGAGATTGCTCAGCGGGCAGGAGTTGGTATGGGGACTATTTATCGACATTTCCCGACGAAGGAGGCGCTCCTCTTCGCGATCGTGACTGAGGGCATCGATCGACTGATTGTGTGGATTCGGGAGCTTCTCGAGGTCGATCCGGCGGATGCTCTGGACCACTTCTTGGCTGGAATCCTTGAGAAGGGCACCGCCGATCAGAGCCTTGCCGCTGACCTTGCAAGCAGTGGCATCGACATCGACGCCGAGCTGCCCGACCGGCACCGGGCTTTCCATCTTGCCCTGGACGATCTGGTGACGCAGGGTCAGAGCGCTGGCACCGTTCGGAGCGACGTGGACGGCCGCGATCTCAAGGCCATAATTGTGGGTCTGCAGGCGATGCACCAGCACAGGGGGGGTCAGCTCGATGCAGCACTGCGGATTATTCGCGATGGTCTGAGACCGCAAAGGCGGATTGGCCTGTGA MKQTRADAVRNRTRILQAANDVFAAGGPEVRVDEIAQRAGVGMGTIYRHFPTKEALLFAIVTEGIDRLIVWIRELLEVDPADALDHFLAGILEKGTADQSLAADLASSGIDIDAELPDRHRAFHLALDDLVTQGQSAGTVRSDVDGRDLKAIIVGLQAMHQHRGGQLDAALRIIRDGLRPQRRIGL NA NA NA NA NA D3-18_04533 363 acs Acetyl-coenzyme A synthetase GTGAAGAAGACCGCGAACGGCTCCGTGTCCCTCGGCGCGGCCGAGGGTAACCGGGTTGCCGTGTACCTGCCCATCCCCGAGGCCGTGATCGCCCTGCTGGCCGGCACCCGGGTCGGCGCGGTCTACTCGGTGGTGTTCGGCGGCTTCTCTGCCGAAGCCCTGCGGTCCCGGATCGATGACGCCGAAGCCAAGCTCGTGGTCACCGCCGACGGCACGTACCGCCGGGGCAACCCCAGCGCCCTGAAAACCGCGGTCGACGACGCCCTGTCCGCGTCATGGCGCCGCGGTCCCGGTACCTTCATATCGGGTTTGAGTTCGCTCATGGAACGAGCCAAACCTGCCCAAGTGTCCACGATGTCCTGA MKKTANGSVSLGAAEGNRVAVYLPIPEAVIALLAGTRVGAVYSVVFGGFSAEALRSRIDDAEAKLVVTADGTYRRGNPSALKTAVDDALSASWRRGPGTFISGLSSLMERAKPAQVSTMS PGPT0002265_796 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ACETATE_UTILIZATION,PGPT0002265-acs-K01895 NA NA D3-18_04534 312 hypothetical protein GTGTCCGAGTACGAGATTCAGCGACCGCCAGCGCCAGGGGCGAAAATCAACAACTTGGTACCCGCCCCGAAGGCGCACCAAATCCGCTCTAGGCGGCGTCGCCGCACATACACCGCTACTCGACGCTTATTCGGAAGCGGCTCGCACGTCACGGTGGTGCCCGGTGGTAGGCTCGTCGAGAATCTCGCGCATGGCATTCCACGCACCGCAGCGAGGGGTGCCACCCCTGAGAACTGTGGCACCGCTCGGAAGACTTCAGCTGCGGAGGGCCTGGTAGACGGCCGTCTCGAAGTCCATGAACCCGGTGAATGA MSEYEIQRPPAPGAKINNLVPAPKAHQIRSRRRRRTYTATRRLFGSGSHVTVVPGGRLVENLAHGIPRTAARGATPENCGTARKTSAAEGLVDGRLEVHEPGE NA NA NA NA NA D3-18_04535 1203 hypothetical protein ATGACGAAAGGGCAACCTGTGAGCACAAAAACTGAAGAGCTCTCCAACATCCTCGAACGCGCGGTCGAAGGCGTCGGTCGGGTGCCTGGCGTTGTCGCCGGCGTCACGGACCGCGATGGAGTACGCTTCCTGGAGGCTGCAGGCAAACGCAGCCTCGGCACTGAGGTCGAGATGACCGCTGACTCGGTATTCGCTATCTTCTCCACCACCAAGGCAATAACAGGAACTACCGCGCTGCAGCTCGTTGAATCCGGTCACCTGGACCTCGACGCACCCGCGAAAGAGTACGCACCCGGACTGGCCTCGATCCAGGTACTCGACGGCTTTGACGCTGACGGTTCCCCCCGGTTGCGCCCCCCCCGTTGCGAGATCACCACTCGGCACCTGCTCCTGCATACAGCTGGATTCGGCTACGACTTTTTCAACGCGAAATACAACCGTCTCGCCACCGATCACGGTCAGCCGAGCGTGATCACCTCGTCCCGTGCTTCCATCACAACCCCACTCCTTTTCGACCCCGGGGAGCAGTGGGAGTACGGCTCAAACATAGATTGGGTGGGTCAAGTTATCGAGGGCATAACAGGCAAGAGTCTTGGTCTGGTCATGCGGGAGCGGCTATTTTCCCCGCTCGGGATGACTGACACCGACTTTACTCTCAACGAAGGCACCGCCGGCCGCCGCGCCACGATTCATCAGCGCGATATCAGCGGTGTTCTGACGCCGCTCGAGGACCTGATCCTCCCGCAGGACCCAGAGGTGCAAATGGGCGGACACGCCCTCTATTCGACGGTCAACGACTACCTCACCTTCCAACGCATGTGGCTCAATGACGGCATGGCTGATTCCGGCGAACGGGTGCTCCGACCGGAGACCGTCGCATGGGCCGTGAAGAATGACCTGGGCGACCTGAAAGTCAAGAAACTCCCGGGGGTTATCCCCTCATTGTCCAACGATGCCGAATTCTTCCCCGGCCAAACCAAATCATGGTCCTACACGTTCATGGTCAACGACCAGCAGGCACCCACAGGGCGACCTGCGGGCGCAGTCGGCTGGGCGGGGCTAACGAATCTCTTCTACTGGATCGACCGCGAGAACGGAGTCGCAGGCTATTGGGCCACCCAGATCCTGCCATTCGCGGACAGCTCGTCATTCACCGGGTTCATGGACTTCGAGACGGCCGTCTACCAGGCCCTCCGCAGCTGA MTKGQPVSTKTEELSNILERAVEGVGRVPGVVAGVTDRDGVRFLEAAGKRSLGTEVEMTADSVFAIFSTTKAITGTTALQLVESGHLDLDAPAKEYAPGLASIQVLDGFDADGSPRLRPPRCEITTRHLLLHTAGFGYDFFNAKYNRLATDHGQPSVITSSRASITTPLLFDPGEQWEYGSNIDWVGQVIEGITGKSLGLVMRERLFSPLGMTDTDFTLNEGTAGRRATIHQRDISGVLTPLEDLILPQDPEVQMGGHALYSTVNDYLTFQRMWLNDGMADSGERVLRPETVAWAVKNDLGDLKVKKLPGVIPSLSNDAEFFPGQTKSWSYTFMVNDQQAPTGRPAGAVGWAGLTNLFYWIDRENGVAGYWATQILPFADSSSFTGFMDFETAVYQALRS NA NA NA NA NA D3-18_04536 1059 hypothetical protein GTGCAGGAGCTGCTCGGTCGTTTGCACAGCCTCGACCCGGGTGCGGTGGCCAGCCTCCGTGTGATCGCGTGCTTTGACGAACTCATTGTGGGAGGGGTCAACAGCCAGGCGCTATTGAGCGCAGCGGCTTCCTTGGCGGGATGCGTGGCCGGTTTCGCGGTCGAGTCCCCTTCTAGAGCGATGCGCTTTTCCCCTTCGGGCGAGCAGCTGGCGGGAGCAAGAACCGGGGGTTCGGACGCCCGGTCCTCTTGGTCAGACCACGGTCTGTCGGTGTGGCTTGAGAGAGAAGGAGATCCTCACGCGAACGATGCGATCATTTTAGAACGCTTGTCTCTGGCGTTGCGTATTAAACAAGACAAGTCCGCGGTCACTGAGCCTAGGCGTGACCTGGGGCTGATGGTCGATTCACACGTTGACGAGGATCGGCGCCTTGAGGCGGCGGCACGTCAGGGGTTCTCTTCGTCTACTAGGTACAGAATCATCGTTGCTCCCTTGTTCGCAACCTGGCAACGCCATCCGCGCGCCCGAGAAGATGTGGTGGGCACACCTGTCGGGCCGGTGCATACACTTGTTGTCCCAGAATCGACGACGTTTGTTGAAGGGAGTCCGGTCGGGATCGGGCAGCCGGCGCTGATCCTAGACTTCCCGCGTTCATTCCGAACGGCTGTAGTCGCTTTGCGGTTGTCCAGCCCCCCGGACATCCCCGTCGTGCTCGCCGATGACTATGGTGGTCTCCTCGAAGTTCTAGCGGATGTCCCGGCGGGTCATCAACCGACCGACGTTTCGGCGATCGCGAAGATTGCCGAGCACTCTTGGGGGCATTCGACCTTGGATGCGATTGTCAGAACCGGGTCAGTGCGTGAAGCCGCACGCGCGGTAGGCATTCACCACAGCACTATGACCACCCGCGTGCAAGCCATCACCGAAACCCTAGGGTTCGACCCGTTGGGCGGTATGGGTCGGGTGCGCTTGGGTCTCGCGTACCTGATATGGCGGCTTCACGAATCCCGCTCTCTTACTCTTCCTGCTCCCGCCGACGGCATTGCACGCGTTTACTAA MQELLGRLHSLDPGAVASLRVIACFDELIVGGVNSQALLSAAASLAGCVAGFAVESPSRAMRFSPSGEQLAGARTGGSDARSSWSDHGLSVWLEREGDPHANDAIILERLSLALRIKQDKSAVTEPRRDLGLMVDSHVDEDRRLEAAARQGFSSSTRYRIIVAPLFATWQRHPRAREDVVGTPVGPVHTLVVPESTTFVEGSPVGIGQPALILDFPRSFRTAVVALRLSSPPDIPVVLADDYGGLLEVLADVPAGHQPTDVSAIAKIAEHSWGHSTLDAIVRTGSVREAARAVGIHHSTMTTRVQAITETLGFDPLGGMGRVRLGLAYLIWRLHESRSLTLPAPADGIARVY NA NA NA NA NA D3-18_04537 981 aes_2 Acetyl esterase ATGGATGCATGGAGCGAACCCGGGGCACGCCCGCCCGCGCCTCCATTGGACCCGGAACTGAAGGCAGGCCTGGCCATCGTGGGGGGCGTCTTCCCGCCGACGGTGACCCCGGATTTGGTACCTTTTATGCGCAAGGCCTATGCGTCACGCCCGTACGCCGAGATTGTAGGTGATCGCCTGATCACTCGTGCTGATTACGAACTCTCTGGATGGAACGGGAACCCTATCGAAGTAAGCGTGCTGCGCTCAAAGTTAACCGGGCCGCGGCCAGCGATACTTTTCCTTCATTCGGGCGGGTTGATGTTCGGGGACCGGTTCAGCGGTATCGACTCGGCGGTGGATTGGGTCACGCAGTTCGATTGTGTTCTGGTCACGGTCGAGTACCGGCTCGCGCCGGAGTTCGCTGATCCGTTCCCGATCGAGGACTGTTATGCGGCGTTGGAGTGGCTGGAATCGCAGGTAGGCGAGCTAGGCATCGATCGTGCTCGGATTCTCGTCGCGGGAGCCTCCGCAGGCGGGGGCCTCGCGGCTGGGATAGCATTGGCTGCACGTGATCGAGGCGGCCCGTCTATCTGCGCGCTCCTTCTGGATTATCCGATGCTCGATGACCGCGGTACATCTCACTCGCTGACCCAGTTCGACGGTGTGGGCGTGTGGGATCGGATTAGCAATGAAACTGGCTGGAACGCGCTGCTTGGGGATCGCCGCGGCACCGCTGATGTTTCGCCGTACGCTGCACCTGCCCGAGCATTGGATCTCGGGGGTCTGCCTCCCACGTTTATCGATGTCGGGACGGTTGAAGTGTTCCGTGACGAAGCGACGGCATTCGCGACCAAAATGTGGAGGGATGGGGTCGACGCCGAACTGCATGTTTGGGCAGGAGGCTTTCACGCCTTCGATATTTTCGCTCCGCACACGCGTCTTGCCCGTGGGATGATACTGACAAGGAACGCTTGGCTGGAGCGCTTTCTCTGCGACTGA MDAWSEPGARPPAPPLDPELKAGLAIVGGVFPPTVTPDLVPFMRKAYASRPYAEIVGDRLITRADYELSGWNGNPIEVSVLRSKLTGPRPAILFLHSGGLMFGDRFSGIDSAVDWVTQFDCVLVTVEYRLAPEFADPFPIEDCYAALEWLESQVGELGIDRARILVAGASAGGGLAAGIALAARDRGGPSICALLLDYPMLDDRGTSHSLTQFDGVGVWDRISNETGWNALLGDRRGTADVSPYAAPARALDLGGLPPTFIDVGTVEVFRDEATAFATKMWRDGVDAELHVWAGGFHAFDIFAPHTRLARGMILTRNAWLERFLCD NA NA NA NA NA D3-18_04538 735 hypothetical protein ATGCGCAACACTAGTTCCATGACACCACTGCAAGCTCCCCTCAACCAACGCTCCTCTGCAGGTGGAGGACGCCTCCTCGGGCGCATATACGAAGCCGTGCAAAGCCGACTGCTCGAAGGCGAATATGCAGCAGGGACCAAGCTTTCGGTCGAGTCCATACGGGCTGAATTCGGTGTAAGCAAGCAGCCTGTTATGGAAGCGCTCCGCTTGCTTTCTGCAGACGGCTTGGTCGAAATCCTCCCCCAAATAGGATGTGTCGTCACCGAGTACTCGCTCGAAGAAGTAGAAGACTTTTTCAGAATGTTCGCTGGGTTCGAATCCGTGATCGCGGCAGCTGCTGCTCAACGGCGGACAGACGACCACCTGGACGAGCTATACCTGGCCGCCCGCAGAATGGACCGTCTAAATACCGAGCCGGACCCAGATATCCGGGCCCGCCAGTATCGAGTCCAAAACCGGAACTTCCACGAAATCATTCATCGTATGGCCCATTCAAGAGTCATGAGCACCATGAGCCGCCGCATGTGGGACCTTAGCGACTTCCTCATCAACACCACCGGCGCCCCCCACCCGGTCGGGTCCTCCATCGTGGAACGCAATGAAGACCACGCCCGGATCATCAAGGCGCTTGAAACGGGAGACGTAGAAAATGCCAAAGCAGAGATGGAACAGCACATCCTCTCCACAGCAACCATGATTCAGGCAACCAGGACCGAATCGTTTATAACCGCATGA MRNTSSMTPLQAPLNQRSSAGGGRLLGRIYEAVQSRLLEGEYAAGTKLSVESIRAEFGVSKQPVMEALRLLSADGLVEILPQIGCVVTEYSLEEVEDFFRMFAGFESVIAAAAAQRRTDDHLDELYLAARRMDRLNTEPDPDIRARQYRVQNRNFHEIIHRMAHSRVMSTMSRRMWDLSDFLINTTGAPHPVGSSIVERNEDHARIIKALETGDVENAKAEMEQHILSTATMIQATRTESFITA NA NA NA NA NA D3-18_04539 609 yecD_1 COG1335 Isochorismatase family protein YecD ATGGAACTCAACCCAGAGCGCACGGCCGTCATCGCGGTTCATTGCCAGGGAGACATCGTCTCGGCGGAAGGAGCCTTCGCTCCCTTCTTCCACGAACAGATCGTCAGCAGGAACATCATCAGCAAGATCGGCGAACTGCTGGCCTCCGCAAGGGAGAACGGCATAACCGTGATCTATACCCGGGTAGCCTTCAGGCCCGACTTCAGCGACCTCAACGCGAACTCTCCCCTGCTCAAGGTCGTGGAGCAGTCCGGTTGCCTCAAAGACGGAAGTGCGCTGGCCGACATCATTCCCGACCTTGCACCAGCAGCCGAGGACGTGGTCATCACTCACCAGCGCGTCGGTGGTTTCGTGCCCGAACTCACGGCTGTGCTGGAAGAACGCGGCATCGACACTCTCGTATTTGCCGGAGTGGCCACCAACGCATCCCTGGAGGGCACAGCCCGCGCCGCCTCTGATGCGGGCTATCGGGTCATAATCGCAGAGGATGCCTCCTCCGCCGCTAGCCTTCAGGCCCACACGGCGAGCATCGAATCCCTCGGCCTGCTCGCTGAGATTGCCAGCGTCGCCGACATAAAGTCCAGCACTCCCGCCTCCCAGGCAGTCTAA MELNPERTAVIAVHCQGDIVSAEGAFAPFFHEQIVSRNIISKIGELLASARENGITVIYTRVAFRPDFSDLNANSPLLKVVEQSGCLKDGSALADIIPDLAPAAEDVVITHQRVGGFVPELTAVLEERGIDTLVFAGVATNASLEGTARAASDAGYRVIIAEDASSAASLQAHTASIESLGLLAEIASVADIKSSTPASQAV PGPT0006170_699 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_ATRAZINE|DERIVATE_DEGRADATION XENOBIOTIC_BIURET_DEGRADATION,PGPT0006170-biuH-K23359 NA NA D3-18_04540 1113 adhT_1 Alcohol dehydrogenase ATGAGCTTGATGCAGGCCGCACGACTTCACGAAGTAGGCAAGCCTTTCCAGATCGACCAGGTGGACGTCCCCGAACCGGGCCCAAGGGATGTAATCGTTGAGGTGAAGGCGTGCAACGTTGTGCCTAACCTGCGGAACGTCATCACCTCATACCCTGATTGGTTTCCATACCTTCCCCTGCCAGCCCTGCCCGCTATTTATGGCTTGGACGCTGCAGGCATTGTGAGCAAGGTCGGATCCCAGGTCCGCAACGTAGAGCCCGGCGACCGCGTTTACGTCAACCCGGGTCGCGACTCCGGTGATTCCCATGCGTCACGGCGAGGCGAACGCATCAACGACCCCGCCTACACATTCCAGGGCTACTTCGGCTTTGGGGCAGGCTCGCAGGAGATTTTTGAGGACTACCCGCATGGTGGTTTCTGTGAGTACATGAAGGTCCCCGCAGACGGGCTGGTGGTACTGCCTGAGTCAGTCTCTTTCGAAGCCGCTTGCCGCTTCGGCTACCTTGGAACGTCTTACTCCGCTCTCCGCAAAGCAGGGACAGGGGCCGGCACGTCCGTTCTAATAAACGGTGGCACGGGAACCCTTGGACTCGGGGCCGTTCTCAATGCCCTGGCCATGGGCGCCACAAAGGTCTTCGCGATGGCGCGTGACCGTGAACTCCTCGAGCGGGTTCGCCTCATCGATCCGAGGCGGGTCCACGTTCTCTCCCACGGGGACAAGCCCATAGAGGAATGGGTTCGCGAAAACACCGATGGCCTCGGCGCCGATATCTTCATCGACGCTGTTGGCCCCGGCGCTCCGCACGAGATCACGCTCGCCGGCATCGAGGCGCTCCGACGTGGCGGCCGAATGGTCGACATCGGAGGCATGTCAGAGCCGCTCCCGCTGGAGATGTTTAAGCTTATGTGCTTCCAGATCAGCGTTATCGGCTCACTCTGGTTCAGCGTCGCAGAAGGCCAGGATATGGCAGAAATGGCGCACGCCGGCACCTTGGATCTTTCGGTCTTTGAACACGAAGTCTTCCCCCTTTCAGAAGTCAATGAGGCATTAGATTCGGTGGATAAGCGCCGCGGCGGGTTCACGAACGTCGTCGTTGTCCCCGGCTCCTAA MSLMQAARLHEVGKPFQIDQVDVPEPGPRDVIVEVKACNVVPNLRNVITSYPDWFPYLPLPALPAIYGLDAAGIVSKVGSQVRNVEPGDRVYVNPGRDSGDSHASRRGERINDPAYTFQGYFGFGAGSQEIFEDYPHGGFCEYMKVPADGLVVLPESVSFEAACRFGYLGTSYSALRKAGTGAGTSVLINGGTGTLGLGAVLNALAMGATKVFAMARDRELLERVRLIDPRRVHVLSHGDKPIEEWVRENTDGLGADIFIDAVGPGAPHEITLAGIEALRRGGRMVDIGGMSEPLPLEMFKLMCFQISVIGSLWFSVAEGQDMAEMAHAGTLDLSVFEHEVFPLSEVNEALDSVDKRRGGFTNVVVVPGS PGPT0006375_662 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 D3-18_04541 1809 tfdB 2,4-dichlorophenol 6-monooxygenase ATGAAAACTCAGTTGGAATTCGATACCGACGTCCTCGTTGTGGGCACAGGACCGACCGGGGCCATAGCGGCGCTGGCGCTGGCCACCCAGGGCATTCGCGTTCACATGCTTTCGCGGTGGAACTGGCTCGCGAATACACCTCGCGCGCACATTACCAACCAGCGTGCCGTTGAGGTTCTGCGGGATCTGGGGGTGGAGGAGGAAGCTGCGAAATATGCGGTGCCTTGGGAGGACATGGGGGACACCCTGTTTACGACCAGCCTGGCGGGGCAGGAGATTGCCCGGCTCCGAACCTGGGGTACCGGGGACGAGCGGTACGGGGACTATTTGAAGGCAAGCCCCTGCACCATGCTCGACGTTCCGCAGCCACTGATGGAACCGATCCTGCTCAAGAACGCCGGCGAGCGGGGTGCACAGGTCACCTTTAACACGGAGTACCTCTCCCACGTTCAGGACGCCGACGGCGTCAATGTCACCTTCCGCAACCATGTCACCGGCCAGGACTACATGCTGCGGGCACGTTACCTGATCGGCGCCGATGGTGCCCGCTCCCAGATCGCAGAAGACATCGGGCTGCCGTTCCATGGTCAGGTTGCCCGTGCCGGTACCGCATATGTGCTGTTCAAGGCTGACTTGAGCAAGTACGTCGCGCACCGTCCCAGCATTTTGCACTGGATCATGAACCCGGTCGCCGGCTTTGGTGAGATCGGAATGGGCCTGTTGCGCGCGGTCCGGCCCTGGGACGAGTGGATCGCCGGATGGGGATTCAACATGGCAGACGGTGAGCCCGATTTCAGCCAAGACGTCATCCTCGAGAAGATCCGCACCCTGGTCGGCGACCCCGAACTTGAAGTCGATGTCCAGACGAAGTCCACCTGGTACGTGAACCAGCAGCACGCCGAGCGCTTCTCCGTCGGACGGGTATTCTGCGGAGGAGACGCGGTCCACCGCCATCCACCGAGCAGTGGCCTGGGTTCAAATACCTGCATGCAGGACGCTTTCAACCTGGCATGGAAACTGGCATACGTCATCAAGGGCTACGCCGGAGAAAGCCTGCTCGATTCCTATTCTCTGGAGCGCGTACCAGTCGGCAAACAGATCGTCGCCCGGGCCAATCAGTCCCGCAAGGACTACGGCCCGCTGAACGACACGTTCCGTGTCCCGGGCCAGGAGCACAGCATTGAAGCCGGGCTGGCACGCTTGCACGCCCCGACACCCGAAGGCGTTGAGCTGCGCCAGAAGCTTCAGGAAGCACTGGAAGGGAAGAACTACGAGTTCAACGCCCACGGCGTTGAACTGAACCAGCGCTACGAATCCGACGCTGTCATCCCAGACCCGAATGCCGGCGAAGAGCAGTGGGCAAGGGATCCCCAGCTTTACGTCCAGCCCACAACCCGGCCCGGCGCGAAAATTCCGCACGCATGGCTTGTGGACCGTGAAGGCCACCGGACATCGACCCTTGATGTCACCGGCCACGGCAAGTTCAGCCTTGTCACCGGCCTTGCCGGACGCGCTTGGGAAACAGCAGCCGCCGAACTTGATGCCCCGTACCTGCGCACCGTCGTCATCGGCGAAAAAGGCGCCGAAGACCCCTACGGCGCCTGGTACAAAGTCCGGGAAATCCACGAAGCAGGCGCCCTCCTCGTGCGCCCCGACGGCTACATCGCCTGGCGCCAGTCCGCACCCGTCTGGGACGTCGAGACAGCCCGCGCCGAACTTCGCTCGGCACTGGACACCGTCCTGGGCAACACCAAACAGAACACCCCCGAAACCTCAGGAGAAACCCGTGAATTCACGCCCGTACACTAG MKTQLEFDTDVLVVGTGPTGAIAALALATQGIRVHMLSRWNWLANTPRAHITNQRAVEVLRDLGVEEEAAKYAVPWEDMGDTLFTTSLAGQEIARLRTWGTGDERYGDYLKASPCTMLDVPQPLMEPILLKNAGERGAQVTFNTEYLSHVQDADGVNVTFRNHVTGQDYMLRARYLIGADGARSQIAEDIGLPFHGQVARAGTAYVLFKADLSKYVAHRPSILHWIMNPVAGFGEIGMGLLRAVRPWDEWIAGWGFNMADGEPDFSQDVILEKIRTLVGDPELEVDVQTKSTWYVNQQHAERFSVGRVFCGGDAVHRHPPSSGLGSNTCMQDAFNLAWKLAYVIKGYAGESLLDSYSLERVPVGKQIVARANQSRKDYGPLNDTFRVPGQEHSIEAGLARLHAPTPEGVELRQKLQEALEGKNYEFNAHGVELNQRYESDAVIPDPNAGEEQWARDPQLYVQPTTRPGAKIPHAWLVDREGHRTSTLDVTGHGKFSLVTGLAGRAWETAAAELDAPYLRTVVIGEKGAEDPYGAWYKVREIHEAGALLVRPDGYIAWRQSAPVWDVETARAELRSALDTVLGNTKQNTPETSGETREFTPVH PGPT0006950_132 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_CHLORPHENOL_DERIVATE_DEGRADATION,PGPT0006950-tfdB-K10676 NA NA D3-18_04542 915 hsaD 4,5:9,10-diseco-3-hydroxy-5,9,17-trioxoandrosta-1(10),2-diene-4-oate hydrolase GTGAATTCACGCCCGTACACTAGCGTCTGGTCCGACCTCGCACAGGTCGAATTCAGCCAGGGCTTCATCCAGGCTGGCCCCTACCGCACCCGATACCTGCACGCCGGCGATAGCAGCAAGCCCACACTGTTGATGCTCCACGGCATCACCGGCCATGCCGAAGCCTATGTGCGGAACCTGCAGGCCCACGCCGAGCACTTCAACGTTTATGCCATCGACTTCATCGGCCACGGATACAGCAGCAAGCCTGACCACCCGCTGGAGATCAAGCACTACATCGAACAGGTCAACCACTTCCTGGACGCCATCGGGGCCGAGAGAGCCTACTTCTCAGGTGAATCCCTTGGCGGATGGGTGACCGCCCGTTTCGCCATCGATTTCCCGGAGCGGGTCGAACGTATCGTCCTGAACACCATGGGTGGCACCATGGCGAACCCGGTCGTGATGGAACGCCTTTACACGTTGTCCATGGAAGCGGCAAAGGATCCATCCTGGGAGCGGGTTAAAACCCGGCTCGAGTGGCTCATGGCCGACCCGACCATGGTGACGGACGACCTTATCCGTACCCGTCAGGCGATCTTCCAACAGCCGGACTGGCTCAAGGCATGTGAAGCAAACATGGCCCTTCAGGATCCCGAGACCCGCCGCCGAAACATGCTCACCGACGATGACCTTCGTTCCATCCAGGCGCCCTCCCTGGTGGTATGGACCACCAAGGACCCCTCCGGTCCGGTCGATGAGGGCCGCCGAATCGCGGGGCTGATCCCCAACGGTCGGCTGGCTGTTATCGAAAACGCCGGCCACTGGCCCCAGTACGAGCAGACCGAGATTTTCAACAAGATCCACCTGGATTTCCTGCTCGGCCTCGACGAGGGTGCGGGCACGGAACTGACCTCTGCACAAGTTCAGGGCTAG MNSRPYTSVWSDLAQVEFSQGFIQAGPYRTRYLHAGDSSKPTLLMLHGITGHAEAYVRNLQAHAEHFNVYAIDFIGHGYSSKPDHPLEIKHYIEQVNHFLDAIGAERAYFSGESLGGWVTARFAIDFPERVERIVLNTMGGTMANPVVMERLYTLSMEAAKDPSWERVKTRLEWLMADPTMVTDDLIRTRQAIFQQPDWLKACEANMALQDPETRRRNMLTDDDLRSIQAPSLVVWTTKDPSGPVDEGRRIAGLIPNGRLAVIENAGHWPQYEQTEIFNKIHLDFLLGLDEGAGTELTSAQVQG PGPT0019765_66 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 D3-18_04543 948 mhpB 2,3-dihydroxyphenylpropionate/2,3-dihydroxicinnamic acid 1,2-dioxygenase ATGACCGTTGCTCTGCTTGCCATGTCCCACAGCCCTCTCCTTGAACACGGGGATCCGGGGCCCGAAGTGAAGGCCGAAGTTGAGGCCGCATTCGACGCTGCCCGCAGCTTCGTCCATGACTACGACCCCGACCTGGTCATCAATCTCGGACCTGACCACTACAACGGCTTCTTTTATCAGCTGATGCCGGCGTTTTGTGTCGGCTATGACGCCGTCAGCATCGGTGACTACGGAAGCCAGGCCGGCCCGCTCAACGTCCCGAAGGACATCGCCGAAGACCTCGCCGAGTTCGTCATCGGTCAAGGCATTGATATTGCCATCTCCCTGAAGATGGAGGTCGACCACGGGGCAGTCCAGCCCATGGAGATCATGTACGGCGACATTACTGCCAAGCCGTTCATCCCGGTCTTTATCAACTCTGTAGCGCCGCCCTTCACGCCCCTCCAGCGTGTCCGGTTGCTGGGTGAGGCCATTGGTCAGTATCTGAAGACCCTTGACCAGAAAGTGCTGCTCATTGCTTCCGGTGGGCTTTCCCACGATCCGCCGGTGCCCAGGTTGGCCACCGCCACCGAAGCCCAGCGCCGGATGTTGATTGGAGCGGATGGTCAGCAGACGCCCGAGGCGCGGGCAGCCCGGCAGCAGAGGGTTTATGACACGGCGGACGCGTTCGCTCGAGGTGAAGCGAACATTAAGGACCTCGCCCCTGAGTGGGATCAGCAGCTGATGAAGATTCTCGCCTCCGGGGACCTTTCGCCCATCGATGCCTGGACACCAGAGGAGATGACCGAAATCGCGGGTAACTCCTCTCACGAGGTCCGTACCTGGATCGCAGCTTATGCAGCTTTGGGAGCCGTCGGCCCGTACACGGTGCAGTACAGCTATTACCGCCCCATCCGCGAGTACATTGCAGGGTTCGGTGTTACAACCGCCACCCTCGACCACAACTAG MTVALLAMSHSPLLEHGDPGPEVKAEVEAAFDAARSFVHDYDPDLVINLGPDHYNGFFYQLMPAFCVGYDAVSIGDYGSQAGPLNVPKDIAEDLAEFVIGQGIDIAISLKMEVDHGAVQPMEIMYGDITAKPFIPVFINSVAPPFTPLQRVRLLGEAIGQYLKTLDQKVLLIASGGLSHDPPVPRLATATEAQRRMLIGADGQQTPEARAARQQRVYDTADAFARGEANIKDLAPEWDQQLMKILASGDLSPIDAWTPEEMTEIAGNSSHEVRTWIAAYAALGAVGPYTVQYSYYRPIREYIAGFGVTTATLDHN PGPT0019760_219 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,PGPT0019760-mhpB-K05713 NA NA D3-18_04544 831 mhpD 2-keto-4-pentenoate hydratase ATGACAAATCAAACCAGCGGCGCCAATGAGGGCGCAGCGGTATCGGTCAATTCACCGAACCTGAGGACCGTGGCCAACACCCTGTTAGGGGCAGTGAACACCGCACGCCCCTGTGAGCCCGTCCGGGATGTGCTCGGCGGAGACCTTGACGCCGCGTATGAAGTGCAGGAGCTCCTGATTCAGAGCCGGGTCAGTACTCGTAACCGGCGGGTTGGCCGGAAGGTTGGGCTGACTGCGCCCGCGGTGCAGCGTCAGCTGGGCGTGGACCAACCCGACTTTGGGGTGCTGCTCTCGGAGATGCAGCGCGGCGAAGACGAAGAAATCCCGTACTCGCAGCTGATCGCGCCCCGTATCGAGGCGGAGATTGCCTTCGTGATGGGCCGCGACGTCGAAGACACCGAGCGTGGTGCAGTTCTTTCCGCTGTGGATTTCGTCGTTCCATCCCTGGAAATCGTGGACAGCCGCATCGCGAACTGGGATATCGGGATCGTGGACACGGTCGCAGATAACGCATCCAGCGCCTACTTCGTCCTGGGCAGCAGCAAAGCAACACTGAACGATTACGTACCTGCAGGGGCGGAAATGGTCATGACCATCAACGGCCAACAGGTATCCCAGGGAACCGGTGCCGACTGCCTCGGCGATCCCATCAACGCCCTGCTGTGGGTCGCGGAAACAGCCGCGGCACTGGGCCGTCCCCTCCGCGCCGGCGAAGTGGTACTTTCCGGCGCACTCGGCCCCATGGCCCCCCTCAAAGCCGGCGACGTCGTCGAAGCCCGCATCAGCGGCCTGGGCACCGTCACCGCTACAGCATCTAAGGAGCTCTCATGA MTNQTSGANEGAAVSVNSPNLRTVANTLLGAVNTARPCEPVRDVLGGDLDAAYEVQELLIQSRVSTRNRRVGRKVGLTAPAVQRQLGVDQPDFGVLLSEMQRGEDEEIPYSQLIAPRIEAEIAFVMGRDVEDTERGAVLSAVDFVVPSLEIVDSRIANWDIGIVDTVADNASSAYFVLGSSKATLNDYVPAGAEMVMTINGQQVSQGTGADCLGDPINALLWVAETAAALGRPLRAGEVVLSGALGPMAPLKAGDVVEARISGLGTVTATASKELS PGPT0006005_1194 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,PGPT0006005-mhpD-K02554 NA NA D3-18_04545 945 mhpF COG4569 Acetaldehyde dehydrogenase ATGAGCGCAAAAGCAGCCATCATCGGTTCAGGAAACATCGGCACCGACCTCATGTTCAAGATCATGAGGCTCAGCGACAAGCTCGACATGGGCGTCATGGTCGGTATCGATCCCTCCTCCGACGGCCTTGCCAGGGCAGCACGGCTCGGCATTGCCACCACCGCCGAAGGCGTTGAAGGCCTCATCGCAATGCCGGAATTCCAGGACATCGAAGTCGTCTTCGACGCAACGTCCGCCGGAGCCCACCGGCATAACGCAGAGGCCCTAGCTCCCTATGGGAAAAAACTCGTCGACCTTACCCCTGCCGCCATTGGCCCCTACGTTGTGCCATCGGTGAATCTTGAGCAGCACCTGGACGCGGGCAACGTCAACATGGTCACCTGCGGCGGGCAGGCAACCATCCCCGTTATCGCGGCCATTGCCAGTGCCGCACCTGTGCACTACGGCGAGATCGTCGCTTCCATTTCATCAAAATCTGCAGGACCGGGAACCCGGGCCAACATCGATGAATTCACTGAAACGACCTCGGACGCGATCGTCCAGGTCGGCGGGGCCGCCAGTGGCAAGGCCATCATCGTCCTGAACCCGGCCGAACCGCCGATGATCATGCGCGATACAGTCCTGTGCCTGGTTGACCGGCTCACCGAGGCCGAACAGGACAAAGTCACCGCTGCCGTGCAGGAGCGGGTCAATGAGGTGGCCGGCTATGTCCCCGGCTACCGGCTGAAGCAGGCCGTGCAGTTCCAGGACGAAGGCGCCGAAGTCAGCGGCCTCATCCCGGAAGGCCGCGGAGCCGGGGAATACACGCGCGTCAGCGTCTTCCTCGAAGTCGAAGGCGCCGCGCACTACCTCCCGGAGTACGCCGGAAACCTGGACATCATGACCTCTGCCGCGCTTCGCGTCGCCGAGCAGCTGGTCTCTACAAAACAGGAAGTAGCATCATGA MSAKAAIIGSGNIGTDLMFKIMRLSDKLDMGVMVGIDPSSDGLARAARLGIATTAEGVEGLIAMPEFQDIEVVFDATSAGAHRHNAEALAPYGKKLVDLTPAAIGPYVVPSVNLEQHLDAGNVNMVTCGGQATIPVIAAIASAAPVHYGEIVASISSKSAGPGTRANIDEFTETTSDAIVQVGGAASGKAIIVLNPAEPPMIMRDTVLCLVDRLTEAEQDKVTAAVQERVNEVAGYVPGYRLKQAVQFQDEGAEVSGLIPEGRGAGEYTRVSVFLEVEGAAHYLPEYAGNLDIMTSAALRVAEQLVSTKQEVAS PGPT0006010_102 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,PGPT0006010-mhpF-K04073 NA NA D3-18_04546 1050 mhpE COG0119 4-hydroxy-2-oxovalerate aldolase ATGAGCCAGACACCCACCCGCGTCTTCATCCAGGACGTCACCCTGCGCGACGGCATGCACGCCGTGCGCCACCGCCTCAGCACCGAGAACGTAGCCAAGATCGCCGGAGCCCTGGACGCCGCGGGCGTCGACGCCATCGAGGTCGCCCACGGTGACGGCCTTGCAGGCAGCAGCCTCACCTATGGTGCTGGAAGCAACACCGACTGGGAATGGATCGAAGCCGCTGCTTCAGTGGTCAAGAAGGCACGGCTCACCACTTTGCTGTTGCCCGGTATCGGTACCCTGCACGAGCTGCGCCAGGCCTATGACCTGGGCGTCCGGTCCGTACGCGTCGCCACCCACTGCACCGAAGCGGACGTCTCAGCCCAGCACATTTCCTACGCCCGCGAACTGGGAATGGATGTTTCCGGGTTCCTCATGATGTCGCACATGTCTGAGCCCGAAAAGCTGGCCCAGCAGGCCAAGCTCATGGAGTCCTACGGTGCTCACTGCGTCTACGTCACCGACTCCGGAGGAGGCTTGACCATGGAAGGTGTCCGGCAGCGCGTCCGCGCCTACCGCGACGTCCTGAACCCGGAAACCGAAATCGGCATCCACGCCCACCAGAACCTGTCCCTCGCGGTCGCCAACTCCGTCGTCGCCGTCGAAGAAGGTGCCTACCGTGTTGACGCCTCCCTTGCCGGCCACGGCGCAGGCGCGGGCAACACCCCCGTGGAACCGTTCGTCGCTGTCGCCACCCTGCACGGTTGGGAGCACGGCGCTGACCTCTTCGCACTTCAGGACGCCGCAGAAGACCTCGTCCGGCCACTGCACGACCGTCCCGTCCAGGTCGACCGCGAAACCCTCACCCTGGGCTACGCCGGTGTCTACTCCAGCTTCCTCCGCCACGCCGAACGCGCCTCCGCCCGCTATGGCCTGGACACCCGCGACATCCTCGTCGAAGTCGGCAAGCGCCAACTCGTCGGCGGCCAGGAAGACATGATCACCGACGTCGCCCTCGACCTCCAGCACGCCGCTGCGAAACATCAACAACCCCTTCCCGTCCGCTAG MSQTPTRVFIQDVTLRDGMHAVRHRLSTENVAKIAGALDAAGVDAIEVAHGDGLAGSSLTYGAGSNTDWEWIEAAASVVKKARLTTLLLPGIGTLHELRQAYDLGVRSVRVATHCTEADVSAQHISYARELGMDVSGFLMMSHMSEPEKLAQQAKLMESYGAHCVYVTDSGGGLTMEGVRQRVRAYRDVLNPETEIGIHAHQNLSLAVANSVVAVEEGAYRVDASLAGHGAGAGNTPVEPFVAVATLHGWEHGADLFALQDAAEDLVRPLHDRPVQVDRETLTLGYAGVYSSFLRHAERASARYGLDTRDILVEVGKRQLVGGQEDMITDVALDLQHAAAKHQQPLPVR PGPT0002050_776 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 D3-18_04547 1365 abaF_16 Fosfomycin resistance protein AbaF ATGTCAACGAAGACAGCCCCGAACGCAGAGGGCCGCACCGGCCCCATGAAGGTTGCGATGGCAAGCTTCATCGGCACCACCGTCGAGTACTACGACTTCTTCATTTATGGGACAGCAGCAGCCCTGGTCTTCCCCAAGCTGTTCTTCCCTGAAGCCGGCCCGCTGATGGGCACGCTGCTGTCCTTTGCTACCTTCGGCGTGGGGTTCCTCGCCCGTCCCCTTGGAGGTATCGTCTTCGGCCACTTCGGTGACCGGGTCGGGCGGAAGAAGATGCTCATCATCTCCCTGGTGGGCATGGGCGCCGCAACGTTCCTGATGGGCCTGTTGCCCGGCTATGCACAGATTGGCATCGTCGCACCCCTTCTGCTGACCGTCCTGCGCCTCTTCCAGGGGTTCTGTGTCGGTGGTGAATGGGGAGGCGCGACACTCATGGCCGTCGAACACGCTCCCAAGGGCAAGAAGGGCTTTTATGGGGCGTTTCCCCAGATGGGCGCCCCTGCCGGCGTAGCCCTCGCCACTGTCTCCTTCCTCGGCGCCACCCAGCTGCCCGGCGACCAGTTCCTCGCCTGGGGCTGGCGGCTGCCGTTCCTGGTCAGCGCAGTCCTGGTTGTTGTGGGCCTGGTCATCCGCCTTACCATCGCTGAAAGCCCCGCCTTCGCCGCTGCCCGCGAGAAGAAGGAGCTGGTGAAGCTCCCTATCAAGGAAGCCTTCCGTCGGCACCCCAAGGAAATTTTCCTCGTCGCCGGCACCTACCTCAGCCAGGGCGTTTTTGCATACATCACCATGGCCTACCTGGTCAGCTACGGCACCGCCGTGGCCGGGATTGACCGCACTACGGTCCTGATGGGCGTGTTCGTCGCGGGCATCGTCGCCGTCGTCCTCTACCCGATCTTCGGATCACTCTCGGACAGGTACGGCCGTAAGACCATGTACCTCGCTGGTGCCGTAGCCATGGGTGTATCCATCGGCCCCGCCTTCATGCTCATCAACACTGGTGTGGCAGCCAACTTCGTCCTGGCGGTGGTAATGGTCTTCGGCATCGCCATGGCACCGGCAGCGGGCGTGACCGGCTCCCTCTTCTCCATGGTCTTCTCCCGGGAAGTCCGCTACACGGGCGCCTCAGTTGGCTACACAATTTCGCAGATCGCCGGCTCCGCGTTCGCCCCGACGATTGCCACAGCACTGTTCGCTGCAACCAAATCCAGCGACTCCATCGTCATCTACCTGCTCGTCGTCTCTGCCATCTCCATCATCTCTGTTGCACTCCTGCCCGGTGGCTGGGGGCGCAAGGAAGCAGCCCGCCAAAACGGGGAAGAACTGGCTGAAACTCAACGAAGCGCAGCAAACACCCCTGCCGAAGCCTAA MSTKTAPNAEGRTGPMKVAMASFIGTTVEYYDFFIYGTAAALVFPKLFFPEAGPLMGTLLSFATFGVGFLARPLGGIVFGHFGDRVGRKKMLIISLVGMGAATFLMGLLPGYAQIGIVAPLLLTVLRLFQGFCVGGEWGGATLMAVEHAPKGKKGFYGAFPQMGAPAGVALATVSFLGATQLPGDQFLAWGWRLPFLVSAVLVVVGLVIRLTIAESPAFAAAREKKELVKLPIKEAFRRHPKEIFLVAGTYLSQGVFAYITMAYLVSYGTAVAGIDRTTVLMGVFVAGIVAVVLYPIFGSLSDRYGRKTMYLAGAVAMGVSIGPAFMLINTGVAANFVLAVVMVFGIAMAPAAGVTGSLFSMVFSREVRYTGASVGYTISQIAGSAFAPTIATALFAATKSSDSIVIYLLVVSAISIISVALLPGGWGRKEAARQNGEELAETQRSAANTPAEA PGPT0002956_132 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_04548 291 hypothetical protein ATGACACGCGCAGATTTCCCCGACCGCGTTTTTGGACCAGATGAAATTCCGACTCTTGCTTGGCAGGAGACAACACCTGCGAAGCGGACAAGTTTTGTCCAGGACTGGCATCTGCTGGTCGGCGCGGTGGTGGAGGTCCGATGGGAGGGACGGGTCATCCGAACAGGGCTCGTCGACGACGTCACCGCATCCGGAGACATCATCTGGATAGCGGCAGATGGGTTCGACAGCAGAACCATGATTGACAAACGAGAGGGCTACAAACTTGCGATCGTCCAAGCACTGCAATAA MTRADFPDRVFGPDEIPTLAWQETTPAKRTSFVQDWHLLVGAVVEVRWEGRVIRTGLVDDVTASGDIIWIAADGFDSRTMIDKREGYKLAIVQALQ NA NA NA NA NA D3-18_04549 1554 pntA COG3288 NAD(P) transhydrogenase subunit alpha GTGGCACGTATTGGCGTTGTGGCCGAATTGGGTCACGAGAGGCGGGTGGCGGCGACGCCCACCACCGTCAAGCAGTTGTTGGGGTTGGGCTACGAAGTTGTGGTCGAAAAGGGTGCGGGCGAGTCCGCCTCCTTCAGAGACGACATGTACGCCGAAGCCGGTGCACTGATCGTCGGCGCCGATGAGGCGTGGGGCAGTGAGGTGGTGCTTCGGATCAACCCGCCTACTGGGGAGGAGATCGGCCGGCTGGCCGAGGGTGGGACGCTGATCGGGATGCTGGCCCCTGGTCTGCGGCCGGAGCTGGTGGAGGCGTTGGCGGCACGCCCCATTACAGCTTTGGCTTTGGATGCGGTGCCGCGGATCTCCCGGGCGCAGTCGATGGATGTGCTCAGTTCGATGGCGAACATCGCAGGATACCGTGCCGTGATCGAGGCGGCCCACGAGTTCGGCCGCTTCTTCACCGGCCAGGTGACCGCTGCGGGCAAGGTCCCGCCTGCCAAGGTCCTGGTCGCCGGCGCCGGCGTCGCCGGTCTGGCGGCGATCGGGGCCGCGTCCAGCCTGGGCGCAATTGTCCGGGCGACAGACCCGCGCCCTGAGGTGGCCGACCAGGTGAAGTCCATTGGCGGTACCTACCTCAAGGTTGAGGTGGAGGAGGAGATGAAGTCCTCCGACGGGTACGCGAAGGCCACCTCTGAGGCGTATAACGCCCGGGCTGCTGAGATTTATTCGGAGCAGGCAGCCGATGTGGACATCATCATCACCACGGCCCTGATCCCTGGACGTCCCGCGCCGAAGCTGCTCACCGCCGAAGACGTGGCCGGCATGAAGTCCGGCAGCGTGATCGTGGACATGGCCGCCGGCCAGGGCGGGAACGTCGAAGGCTCCGTCGCCGGAGAACGGATAGTTACGGATAACGGTGTGGTGATCCTGGGGTACACGGATCTTCCGGCCCGGCTCCCGGCTCAGGCCTCCCAGCTGTACGGGACAAACTTGGTGAACCTGCTCAAGCTCCTGACCCCGGACAAAGACGGTCAGCTGCGGATCGATTTCGATGACGTGGTGCAGCGCTCCGTGACGGTGGTCCGGGAAGGGGAGAAGACCTGGCCCCCGCCACCGGTCCAGGTCTCAGCCGCACCCGCAGCCACGACCCAGGTCCCGGCCGCCGAAAGCACCGCCCCGAAGAAGAAGGTAGGCCTCAGCCCGGCCGGCAGGGCCGGGCTCTTCGCCGCGGGCATCGCGGTGCTGTTCGGGATCAACGCGGTCGCCCCCGCGCCGCTGCCGCAGCACTTCACGGTGCTGATGCTCTCCATCGTGGTCGGCTTCTATGTCATCGGGAAGGTCCATCACGCCCTGCACACCCCGCTGATGTCCGTCACGAACGCGATCTCGGGGATCATCGTCGTCGGGGCTCTGCTGCAGGTCACCTCCGAGAACATCGTGATGCAGGTCCTCGCCGCCGTCGCGGTCCTGCTGGCCAGCATTAACATTTTCGGCGGCTTCGCCGTCACCCGGCGCATGCTCGCCATGTTCTCGGCCGGGAAGGCACGTTCATGA MARIGVVAELGHERRVAATPTTVKQLLGLGYEVVVEKGAGESASFRDDMYAEAGALIVGADEAWGSEVVLRINPPTGEEIGRLAEGGTLIGMLAPGLRPELVEALAARPITALALDAVPRISRAQSMDVLSSMANIAGYRAVIEAAHEFGRFFTGQVTAAGKVPPAKVLVAGAGVAGLAAIGAASSLGAIVRATDPRPEVADQVKSIGGTYLKVEVEEEMKSSDGYAKATSEAYNARAAEIYSEQAADVDIIITTALIPGRPAPKLLTAEDVAGMKSGSVIVDMAAGQGGNVEGSVAGERIVTDNGVVILGYTDLPARLPAQASQLYGTNLVNLLKLLTPDKDGQLRIDFDDVVQRSVTVVREGEKTWPPPPVQVSAAPAATTQVPAAESTAPKKKVGLSPAGRAGLFAAGIAVLFGINAVAPAPLPQHFTVLMLSIVVGFYVIGKVHHALHTPLMSVTNAISGIIVVGALLQVTSENIVMQVLAAVAVLLASINIFGGFAVTRRMLAMFSAGKARS PGPT0013500_342 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013500-pntA-K00324 NA NA D3-18_04550 1428 pntB_2 COG1282 NAD(P) transhydrogenase subunit beta GTGTCTGATACCGTCTCCGGTCCGTTGACCGCCGACTCCATCGCGGGGGCGGCCTACGTCGTCGCTGCCCTGCTGTTTATCCTGTCCCTCGCCGGGCTGAGCAAACACGAGAAAGCCCGCGCCGGGGTCATCTACGGCATCACCGGGATGATCATCGCGCTGGCCGCGACGATCTGGCTGACCCTGCAGGACGCCTGGGGCACCGGTCACGCCCTCACCGGGCTGGGCCTGCTCGTCGCCGCGGTGATCGTCGGCGGAGCCGTCGGGCTCTGGCGCGCCCGCGTGGTCGAAATGACCGGCATGCCCGAACTGATCGCACTGCTGCACAGCTTCGTGGGCCTCGCCGCCGTCCTGGTCGGCTGGAACGGGCACCTCGAAGCCCCGGACCTGTCCCCGGACCTGACAGCGATCCACCACGCCGAGGTATTCATCGGCGTCTTCATCGGCGCAGTGACCTTCACCGGCTCGATCGTGGCGTTCCTGAAACTCTCCGCCCGGATGAAGTCCTCACCCCTGATGCTGCCGGGCAAGAACGTCATCAACCTCGGTGCCCTCGCCGCCTTCATCGCCCTGACCGTCTGGTATGTCAACGACTCCCAGCTCTGGCTCCTGATCGTCGTCACCGTCCTCGCCCTCGGGCTGGGCTGGCACCTGGTGGCCTCTATCGGCGGCGGCGACATGCCCGTGGTCGTGTCCATGCTCAACAGCTACTCCGGCTGGGCCGCCGCCGCCGCAGGCTTCCTGCTGAACAATGACCTGCTCATCATCACCGGTGCCCTGGTCGGCTCCTCGGGTGCGTACCTGTCCTACATCATGTGCAAGGCCATGAACCGGTCCTTTATCTCCGTGATCGCCGGCGGGTTCGGCATCGCCGCCCCCGCCAGCAAGGGCGACGCGGACCAGGGCGAGCACCGCGAGATCACCGCCGAGGCAACGGCTGAGATGCTGACGAACGCCTCGTCCGTCGTCATCACTCCCGGCTACGGCATGGCCGTAGCCCAGGCCCAGTACCCCGTGGCCGAACTGGCCCACCAGCTCCGCGAGAAGGGCGTGAACGTCAGGTTCGGCATCCACCCCGTCGCCGGGCGCCTGCCCGGGCACATGAACGTGCTCCTTGCCGAAGCCAAAGTCCCGTACGACATCGTTATGGAAATGGACGAGATCAACGACGACCTCGGCGACACCTCCGTGGTCCTGGTCATTGGAGCCAACGACACCGTCAACCCCGCTGCCGCCGAAGATCCCGGCAGCCCCATCGCCGGGATGCCCGTCCTCAAAGTCTGGGAAGCCGAGAACGTCATTGTGTTCAAACGCTCCATGGCCGCCGGCTACGCCGGCGTCCAGAACCCGCTGTTCTTCCGCGAGAACTCCCAGATGCTCTTCGGTGACGCCAAACAACGCGTCGAAGACATCCTCCGCGCGTTCTAA MSDTVSGPLTADSIAGAAYVVAALLFILSLAGLSKHEKARAGVIYGITGMIIALAATIWLTLQDAWGTGHALTGLGLLVAAVIVGGAVGLWRARVVEMTGMPELIALLHSFVGLAAVLVGWNGHLEAPDLSPDLTAIHHAEVFIGVFIGAVTFTGSIVAFLKLSARMKSSPLMLPGKNVINLGALAAFIALTVWYVNDSQLWLLIVVTVLALGLGWHLVASIGGGDMPVVVSMLNSYSGWAAAAAGFLLNNDLLIITGALVGSSGAYLSYIMCKAMNRSFISVIAGGFGIAAPASKGDADQGEHREITAEATAEMLTNASSVVITPGYGMAVAQAQYPVAELAHQLREKGVNVRFGIHPVAGRLPGHMNVLLAEAKVPYDIVMEMDEINDDLGDTSVVLVIGANDTVNPAAAEDPGSPIAGMPVLKVWEAENVIVFKRSMAAGYAGVQNPLFFRENSQMLFGDAKQRVEDILRAF PGPT0013505_174 DIRECT EFFECT COLONIZING_PLANT_SYSTEM ROOT_COLONIZATION ROOT_COLONIZATION-VITAMIN_B3|NIACIN_METABOLISM ROOT_COLONIZATION-VITAMIN_B3|NIACIN_BIOSYNTHESIS,PGPT0013505-pntB-K00325 NA NA D3-18_04551 180 hypothetical protein ATGGGCCAGACTTGGGGGCATGGTGATCCGAATGGAGCCCGAGCCGGCGTCATCTCCAACGCCGCAGCACCCTTCGGCGGCGTCAAGCAGTCCGGCCTGGTCCGCGAAGGCGGCCTCGAAGGCATCGAGGAATACCTCTACACCCAGCACATCGGCATCGCCGACCCCTACGTCGGATAA MGQTWGHGDPNGARAGVISNAAAPFGGVKQSGLVREGGLEGIEEYLYTQHIGIADPYVG PGPT0001580_754 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135 NA NA D3-18_04552 774 xynR_5 COG1414 HTH-type transcriptional regulator XynR ATGCGTACCGCTGAATGGAACACTTCGTCGTCTGTGCTGGAGCGTGCCGCCCAAGTTCTTGGTGCCTTTAGAAGCGAGGACCGCTCCTTGGGGGTTTCCGAAATAACCCGTAGAACGGGGCTGGCGAAGTCCACGGTTGCCCGTCTGACATCCGAGCTGCTGCGACTGCAGTTTCTGGAGCGGCAGGGCTCCTCATATCGTCTCGGCATCACCTTGTTCGAATTGGGTCAGATGGTAGTGACACCCAAGGAGCTCCGCCGGCGCGCTATGGGGATTATGGTCGACCTGCGCAATGCGACAGGACAGACCGTTCACCTTGCCGTCCTAGACGGGACAGAGGTGGTTTACATAGAAATCTTGCGGGGAAGGGGGGCACCTCCGCTGCCCTCCCGCGTTGGCGGCCGCATGCCGGCGCACGCGACGGCCGTCGGCAAAGCAATGCTTGCCTTTGCCCCCGCGGCTGTTTTGGGCGAGATTCTTGCTACGGGTATGCAAAAAGTCGCCCCGGGAACCATCACCGATGAAGAAGCGCTGCAGAAGGAGCTCGTTGAAGTAGCAGCCATCGGGCTAGCCCACGAGAATAACGAATCAGCGCCTGGCAGCTCGTGCGTCGCCAGTCCGGTCCTGGACTCCGGCGGAGCGCTGGTCGCATCCCTTTCGGTATCCGGATTTGTAGGGCTTCTGGACGTCGACCGGGTGGGGCCTGCTGTCCGAACAGCAGCGTTGGCCCTTGGCCGCCAGCTTCCCCGCAACAGTGCGCTAACCGAAGACTGA MRTAEWNTSSSVLERAAQVLGAFRSEDRSLGVSEITRRTGLAKSTVARLTSELLRLQFLERQGSSYRLGITLFELGQMVVTPKELRRRAMGIMVDLRNATGQTVHLAVLDGTEVVYIEILRGRGAPPLPSRVGGRMPAHATAVGKAMLAFAPAAVLGEILATGMQKVAPGTITDEEALQKELVEVAAIGLAHENNESAPGSSCVASPVLDSGGALVASLSVSGFVGLLDVDRVGPAVRTAALALGRQLPRNSALTED PGPT0018213_10 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 D3-18_04553 1113 adhT_2 Alcohol dehydrogenase ATGACCACAATGCGAGCAGCACGGCTGCACCAGGTAGGCGGCAAGTTTGAAGTGGATGAAGTACCGATTCCGGTTCCAGACGACTACGACGTCATCATTAAGGTTGAGTCGGCGAATCTGGTTCAGAATCTGCGCAATGTCATCACTACCTACCCGTCTCTCAAATCGTTCCTTCCGTTGCCCGAGCTGCCCGCTATCTTCGGCATGGACACAGCAGGCACTATCAGCCAGGTCGGGGTCCGCGTACGCAACCTGAAAGTGGGCGACCGTGTCTACCTCAACCCCGGCCGGCATTCGGTGGACTCGTGGGCCTCCCGTACGGGTGACCCCCTGAGCGACACTGCATACACTTTCCAGGGTTATTTCGGCTTCGGCCCCGAGTCGAAGGAGATCCACAAGGATTACCCCCACGGCGGGATGTGCCAATACGTCAAAGGGCCAGCGTCGGGAATTATCCGGATACCGGACAACGTCCCGCTGGACCATGCGTCCCGCTTCGGATACCTGGGCACTGCATACTCGGGTTTGCGCAAGGGCGACGTCCGGGCCGGCACTAATCTCCTCATCCAAGGTGTTACCGGCACGCTCGGCCTAAGCGCTGTGCTGCTGGCCCTGGCGATGGGGGCGACGCAGATTTTCGGCGTCGCTCGCAACAGGGCACTGCTCGAACGAATTCGCCAGATCGCTCCGGATCGCATCAAGGTGATGGCGTACGGCGACGGCGACGTGGGCGACTGGGTCCGGCAGAACACCGACGGGCTGGGCGCAGACGTCTACCTTGACGCCCTCGGCGACAAAGCGACGGCGGATGTGAGCATGGCGGGGATATGGGCACTGCGCCGGGGCGGCAGGATGGTGAGCATAGGAGCGATGCCGGAGGACCTGCCTATTCCGATGTACAGGCTGATGACGCTGCAGATCAGCCTGCTGACTTCGCTGTGGTTCAGCGTGGCCGAAGGAGAGGAAATGGCGCGGATGGCCGCCGCCGGAACCCTTGACCTCAGCCATTTCGAGGCCTGGCACTATAGCCTCGAGGAGGCCAACCAAGCCATTGACGCTGCCACCGATCGCGCCGGCGGCTTCACCTCCATCATCATCAAACCGAACAACTAG MTTMRAARLHQVGGKFEVDEVPIPVPDDYDVIIKVESANLVQNLRNVITTYPSLKSFLPLPELPAIFGMDTAGTISQVGVRVRNLKVGDRVYLNPGRHSVDSWASRTGDPLSDTAYTFQGYFGFGPESKEIHKDYPHGGMCQYVKGPASGIIRIPDNVPLDHASRFGYLGTAYSGLRKGDVRAGTNLLIQGVTGTLGLSAVLLALAMGATQIFGVARNRALLERIRQIAPDRIKVMAYGDGDVGDWVRQNTDGLGADVYLDALGDKATADVSMAGIWALRRGGRMVSIGAMPEDLPIPMYRLMTLQISLLTSLWFSVAEGEEMARMAAAGTLDLSHFEAWHYSLEEANQAIDAATDRAGGFTSIIIKPNN PGPT0006375_648 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 D3-18_04554 612 yecD_2 COG1335 Isochorismatase family protein YecD ATGGTCACCCTAAACCCTGCAACGACGGCCCTTTTGGTGGTCCACTTGCAACACGACATCGTGTCGCCAGGAACTGCCTTTGGGCAGATGTTCAACCCTGAAGTCCAGGCCCGTGATGTACTCGCCCAATGCCGGAAGGCCATGCGGTCTTTGCGTGATGCCGGCGGCCTGGTTGTGCCGCTTCGGATAGCGTTCATGGACAACTACTCGGACTTAAACCGCGCGCTTCCGCTTCTACAGATGGTCGCTAAGGCGGGTTGCCTCAAGGAGCGAAGCGAAGGCAGTGCGCTCGTCCCTGAGGTGGACGTTCACGATGCCGATGAAGTGGTCACCCACCAATTGCCAGGTCCATTCAGCCGTTCACGGCTGCAGGAAATCCTGTCGTCCCGAGGCATAGACAATGTTGTCGTGTGTGGCGTGGCAACTAATGCTTCCGTGGAAGGGGCTGTCCGTCAGTCCGCGGATTTGGGATACAGCACCTACGTCCTCGCCGATGCCACCTCAGCGGCGGATAATGCCTCCCATCAGGCGTCCCTCGCATCGATGGGACTGTTCTCCCAGGTCATAACCCTTGAAGAGTTCACTGCCGCTCTGCCCGGCGACGTGGTCTGA MVTLNPATTALLVVHLQHDIVSPGTAFGQMFNPEVQARDVLAQCRKAMRSLRDAGGLVVPLRIAFMDNYSDLNRALPLLQMVAKAGCLKERSEGSALVPEVDVHDADEVVTHQLPGPFSRSRLQEILSSRGIDNVVVCGVATNASVEGAVRQSADLGYSTYVLADATSAADNASHQASLASMGLFSQVITLEEFTAALPGDVV PGPT0006170_691 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_ATRAZINE|DERIVATE_DEGRADATION XENOBIOTIC_BIURET_DEGRADATION,PGPT0006170-biuH-K23359 NA NA D3-18_04555 528 hypothetical protein TTGCTTCGGCAGTTCGGATTCGGTTTGCTCTACGACGGGGTCTGGGTCCGGCCGTGGGCACTGGACGATGAGTCCCGGCAGGCATTGATGAACGCGGGTATCAACCGTATGACGGTTTTCAGCGGCGCCCCCCACGTCGATTTCGGCGCCGAAGGCAACCCCGCAGGCGCCTTCGGACTGGAGGAACTCAGGCCGCGCCTGGAATCCTTTATCAAGCGTGCGGCAGACATAGTCGATGCCATTGAAGACGATGCCGTTTCGCCGACCATGGCATTGAGACTACGGATAGAGACTCTGCGGGACTGGCGGGAGATTGGCGAAGCCCATCCGGACCTCCCGTTGGCGCTGTTGCCTTCCGGCTGGCCCTTACCGGAAGCGCGCGCCCTGTTTGAAAGGACGTATGACGGGCTTGCAGAACCCGCGGAGGCCCGAATGCGCCATCACATGATGCAGAGCACCGCCGATCTGGTTCCCGCTATCGGATCCCTGAGTACTAGCGAAGTAGCGCAGCTGGAACCCGCCAGCTGA MLRQFGFGLLYDGVWVRPWALDDESRQALMNAGINRMTVFSGAPHVDFGAEGNPAGAFGLEELRPRLESFIKRAADIVDAIEDDAVSPTMALRLRIETLRDWREIGEAHPDLPLALLPSGWPLPEARALFERTYDGLAEPAEARMRHHMMQSTADLVPAIGSLSTSEVAQLEPAS NA NA NA NA NA D3-18_04556 144 hypothetical protein GTGGGCAATGGTCCCGTCTATGCGAAAGACTTAGCTATGAGCAATCTCAAACCCGTCCACGGCTCCCAGCAGTTCCTGCTGACGCTCCTTGGTACCCATTTCCTTGGAGTTGAGGACGATATCCCCTCGACGTTCTTCGTTTGA MGNGPVYAKDLAMSNLKPVHGSQQFLLTLLGTHFLGVEDDIPSTFFV NA NA NA NA NA D3-18_04557 372 hypothetical protein GTGAACGAGTTCAACTCTCATTACGAGGAGACATTTGACAATTCGCACGTGTACTACGAGGAGATGCACGCCAAGTGCCCCGTGGCACACAGTGAGTCGTTCGGCGGCTTTTGGGCGCTCTTCAAATACGAAGACATCATCCGCGTGCAAACGGAGCATCAAAGCTTCAGCACCGCGGAAAAAAATGTCGTCCCGCCGGCCACCCGAAACCAAGGCAAACGACCTCCGCTTCACTTTGATCCGCCGGAACATGAGACCTACCGGCGGCCCGTCACTCCGGTTTTCGCCAAGAGCCGCATGGCCGTTCTTGAGCCCGAGCTTCGTCGCTTTGCCGACGAGCTGATCGATCCCCTGATTGCCGCCGGCCACTGA MNEFNSHYEETFDNSHVYYEEMHAKCPVAHSESFGGFWALFKYEDIIRVQTEHQSFSTAEKNVVPPATRNQGKRPPLHFDPPEHETYRRPVTPVFAKSRMAVLEPELRRFADELIDPLIAAGH NA NA NA NA NA D3-18_04558 1506 sad_7 Succinate-semialdehyde dehydrogenase ATGACCACTTCCCCCGCAGTATCCCCTGCCAACTTGTCCGAGCGCGAGGCCTCCCTGCTCGCTTCCGTCCCTACCGGCCTATTGATTGATGGTGAGTGGCGGAAGGCGTCCGACGGCGGCACCTTTGAGGTTCACGATCCCGCCACCGGGGAGGTGCTCGCCACCCTCGCCTCGGCGACCAGTGAAGATGCGGTTGCCGCCCTGGACGCAGCTGATGCCGCACAGGCCTCGTGGGCGCGGACCGCACCCCGGACCCGTGCTGAGATCCTGCGCCGCGCCTTCGACCTGGTCACCGAACGCGCCGAAGACTTCGCCCTGCTAATGACCCTGGAAATGGGCAAACCCCTCGCCGAAGCCCGCGGCGAAGTCACCTACGGCGCCGAATTCCTGCGCTGGTTCTCCGAAGAAACCGTCCGCGACTACGGCCGCTACGTCACGACCCCCGAAGGTAAAAACAAGATCCTGGTTCAGCACAAACCCGTCGGACCCTGCCTGCTGATCACCCCCTGGAACTTCCCCCTCGCCATGGCCACCCGCAAAGTAGCCCCCGCCGTGGCCGCCGGCTGCACCATGGTCCTCAAACCCGCCAAACTCACTCCCCTCACCGCGCAGTACTTCGCCCAGACCATGCTCGACGCCGGCCTGCCCGCCGGGGTCCTCAACGTCGTCTCCTCATCCTCCGCATCCGGGATCTCCGGACCGCTGCTGAAGGACTCCCGCCTCCGGAAGGTCTCCTTCACCGGCTCAACCCCCGTCGGCAAACGCCTCATGGCCGACGCAGCCCAGAACGTCCTGCGCACCTCGATGGAACTCGGCGGCAACGCGCCGTTCATCGTGTTCGAGGACGCGGACCTGGACGCCGCCGTCGAAGGTGCCATGGCCGCAAAGATGCGGAACATGGGCGAAGCCTGCACCGCGGCCAACCGGTTCCTCGTCCACGAATCCGTCGCACAGGAATTTACGGCCAAGTTCGCCACCGCCATGGGCGCCCTGACCACCGGCCGCGGCACCGACCCCGCCACCCAGGTCGGCCCGCTCATCGACGCCGGCGCCCGCGACGACGTCCACGCCCTGGTCAGAGCCGCCGTCGACGCCGGAGCAGTAGCCGTCTCCGGCGGCGCACCCGTGGACGGACCCGGCTACTTCTACCAGCCCACCGTCCTCGCCGGCGTTCCCAACGACGCAGCAATCCTGGGCCAGGAAATCTTCGGACCCGTAGCACCCGTCACCACTTTCAGCACAGAGGAGGACGCCATCAGACTCGCCAACGCATCTGAATACGGCCTCGCTTCCTACCTCTACAGCCGAGACTTCGTTAAGCTGCTGCGGGTGGCCGAACAGATCGAATTCGGCATGGTCGGCTTCAACGCCGGCGTGATCTCCAACGCCGCAGCACCCTTCGGCGGCGTCAAGCAGTCAGGCTTGGGACGCGAAGGCGGATCAGAAGGCATCGCCGAATACACCACCACCCAATACATCGGCATCGCCGACCCCAACGCCGGGTAA MTTSPAVSPANLSEREASLLASVPTGLLIDGEWRKASDGGTFEVHDPATGEVLATLASATSEDAVAALDAADAAQASWARTAPRTRAEILRRAFDLVTERAEDFALLMTLEMGKPLAEARGEVTYGAEFLRWFSEETVRDYGRYVTTPEGKNKILVQHKPVGPCLLITPWNFPLAMATRKVAPAVAAGCTMVLKPAKLTPLTAQYFAQTMLDAGLPAGVLNVVSSSSASGISGPLLKDSRLRKVSFTGSTPVGKRLMADAAQNVLRTSMELGGNAPFIVFEDADLDAAVEGAMAAKMRNMGEACTAANRFLVHESVAQEFTAKFATAMGALTTGRGTDPATQVGPLIDAGARDDVHALVRAAVDAGAVAVSGGAPVDGPGYFYQPTVLAGVPNDAAILGQEIFGPVAPVTTFSTEEDAIRLANASEYGLASYLYSRDFVKLLRVAEQIEFGMVGFNAGVISNAAAPFGGVKQSGLGREGGSEGIAEYTTTQYIGIADPNAG PGPT0001580_741 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135 NA NA D3-18_04559 1680 opuD COG1292 Glycine betaine transporter OpuD ATGACCCACATCAAAAATGCCGAGGACCTGATGGATAAAACATCCCCCGGCACGGGCGACAACAGCAAGGCATCGCACTCCCCCGCTGCCACTGAGCAGGCAACCGAAACCCCGATGGCCAAAGCCGACCGCCTCCGGCACAAGCCAGGGGCAGTCTTCTGGACATCCGTCGGCCTCATCGGCGCGTTCACCGCCTGGGCATCACTGGCCCCCGAAAACCTGAGCGCCGTCATGACCGCGGCAATGAACTGGGTCGCCGAGAGCCTCGGCTGGAGCTACCTCCTCGTAACCCTCGGCTGCATCGGTCTCCTTATCTACATTGGCGTCAGCAGGTTCGGAACCATCCGCCTCGGAGCCGACGACGCAAAACCCGACTTCAGCACCTGGTCCTGGCTCGCGATGATCCTCTCCGCAGTCATGGGCATCGGCCTCATCAGCTACGGCGTCGCCGAGCCCATCTCACACTTCGCCGCGCCGCCGCACGGCCTGGCGGAGGCCGGCACCATGCAAGCAGCCGTACGGGCCATGCAGTTCTCCTACTTCGACTGGGGTCCGCACGCCTGGGCCGTGTTCGGGGTCTTCGGCCTCGCCATTGCCTACTCCACACACCGCCGCAACAACGCCGGACTGGTCTCGCCGATGCTTCGCCCGGTCTTCGGCAAGCTGGTGGACGGCTGGTTCGGCAAGATGATCGACATCTTCGCCATCATCGCCACCCTCTTCGGAACAACCACGTCCCTGGGACTCGGCGCCTCACAGATCGGCGAGGGCGTGGACCGGGTGTTCGGTGTCCCCTCCAGCCTTGTGGGCCAGATCCTGATCATCGCCGTCATCACGGTAATCTTCACGCTCTCCGCGCTCTCAGGCGTCCACCGCGGCATCAAATACCTGAGCCAGGGCACCATGGTCCTCTCTGCCGGCCTGGCCCTCTTCGTGTTGTTCACCGGCCCGACCAACTTCATCTCAAACCTGTTCTTCCGCTCTCTCGGTCAGTACTTCACCGAATTCTTCGCGGTGAGCCTGCTGACGCCAAGCACCCCTGACGACGTCCAGTGGATGCAGTGGTGGACCTACTTCATGATGGCCTGGTGGCTGAGCTGGGGTGCCTTCGTTGGGGTCTTCCTCGCCAAGATCTCCAGGGGACGAACCGTGCGCCAATTCATCGCAGGCGTCATGATCGTCCCCAGTATCGTGTTCTTCGCCTGGTTCACCATCTTCGGCGGCACGGCAATCAAGTTCGACATGGAAGGCGGAGGCCAGATCGGGGCCGCAGCGCTGGAGAACGTCAACTCGGCGTTCTTCGCCACCCTCGCCGAACTCCCACTGTCCGGCATCACCTCCGTGGTGGCGATCTTCCTGGTGGTGATGTACTTCGTCTCCGGCGCCGACGCCAACACCTACGTCCTCAGCATGATGTCCTCCCGCGGAACCCTCAAGCCCACCAAGCCGGTACTGACAACCTGGGGCCTGCTCACCGGCCTGTGCGCGGTGGTTCTCCTCATCGTCGGAGGCTTGGGCGCGCTCCAACAGGCGGCCATGTTGTCGGCGCTGCCGTTCACCGTGATCGTCGCCCTCCTCGGATATGGCCTGGTGGTGGAGCTGAGGAAGGACCCGCAGTTTGAGGGCACCCGTGCGCTAACGCAGCGCGATCTCAGCCGCATCCTCAAGCGTGAGGCCTAA MTHIKNAEDLMDKTSPGTGDNSKASHSPAATEQATETPMAKADRLRHKPGAVFWTSVGLIGAFTAWASLAPENLSAVMTAAMNWVAESLGWSYLLVTLGCIGLLIYIGVSRFGTIRLGADDAKPDFSTWSWLAMILSAVMGIGLISYGVAEPISHFAAPPHGLAEAGTMQAAVRAMQFSYFDWGPHAWAVFGVFGLAIAYSTHRRNNAGLVSPMLRPVFGKLVDGWFGKMIDIFAIIATLFGTTTSLGLGASQIGEGVDRVFGVPSSLVGQILIIAVITVIFTLSALSGVHRGIKYLSQGTMVLSAGLALFVLFTGPTNFISNLFFRSLGQYFTEFFAVSLLTPSTPDDVQWMQWWTYFMMAWWLSWGAFVGVFLAKISRGRTVRQFIAGVMIVPSIVFFAWFTIFGGTAIKFDMEGGGQIGAAALENVNSAFFATLAELPLSGITSVVAIFLVVMYFVSGADANTYVLSMMSSRGTLKPTKPVLTTWGLLTGLCAVVLLIVGGLGALQQAAMLSALPFTVIVALLGYGLVVELRKDPQFEGTRALTQRDLSRILKREA PGPT0013600_92 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0013600-opuD|ytfQ-K05020 NA NA D3-18_04560 951 rutF_4 FMN reductase (NADH) RutF ATGCAACAGACAATCAACCACACCTTGACCGCAGCTTGGACCGCAGCCTGGGACGAGGGTGACGTCAGTGCTTTCGACGCAATCGTCACTGCCGACTACCAGCGTGAGAGTGCCGGCACAAAAAAAATCACAGGTCTGAATGATCTCAAGCAGGAAATCCTGGAGGTCCGGGCGGCATTCCCGGACCTCACCACCCGAATCGACAAGGTCATCGCAGACGGCGACGATGTAGCCATTTTTTGGACAACCACCGGCACGTTCACGCACCCGCTCGGCGGAGTTCCGCCCACGGGACGTGTGGTGGAGACCCGCGGATCGAACGCCCTCACGCTGCGCGATGGCCGCATTGCCTACGAACGTGTCACCTGGGACGCCACGGAACTCCTGGCAGACCTGGGCGTTCCGTCCCTCCACTCGGCATTCGAGGACGAGACAGCGAATGTGGTGGTGGATGAATTGACCGGCAATCTTCCGCTGGACGTTATGAAGGGCTTCAACCGGCAGTTCATTACTGGTGTCACGGTTGTGACCGCCGTCGACGAAGACGGCAAGCCGCGGGGCCTTGCGGCCAACTCCTATGCATCGATTTCGCTGGACCCGCCGCTCGTGCTCGTGTGTGTTCAGAAGACGTCTTCCACCTACCCGGCCCTGTTCCAGTCGGAGCACTTCGGGATCAATATCCTCAGCAATAAACAGCACGACACCGTTCGAACGTTCGCTTCAAAGACTCCGGACAAGTTTGCCAACCTTGAATGGCATGCAGGGCCTCACGGTGTCCCGCTGATCGATGGCTCGGCCGCTTCGCTTGAGGCCGAGATTAAGGAACGGTTCCAGGCGAAGACCCACACCATCTTCGTTGGCCGGGTACGCCACGCCGAGGTCACCGACGTGGACCCCATGATCTACAAGGCAGGTCACTTCTTCGACGGCGCACGCCTCGAAGAACTCTGA MQQTINHTLTAAWTAAWDEGDVSAFDAIVTADYQRESAGTKKITGLNDLKQEILEVRAAFPDLTTRIDKVIADGDDVAIFWTTTGTFTHPLGGVPPTGRVVETRGSNALTLRDGRIAYERVTWDATELLADLGVPSLHSAFEDETANVVVDELTGNLPLDVMKGFNRQFITGVTVVTAVDEDGKPRGLAANSYASISLDPPLVLVCVQKTSSTYPALFQSEHFGINILSNKQHDTVRTFASKTPDKFANLEWHAGPHGVPLIDGSAASLEAEIKERFQAKTHTIFVGRVRHAEVTDVDPMIYKAGHFFDGARLEEL NA NA NA NA NA D3-18_04561 696 gntR_5 putative D-xylose utilization operon transcriptional repressor ATGCATCAGACTCTTCAGGTAAAAACCCCAGATCAGGGGAACGGGAACCAGGGAAGCCTCCTGGACAAGCTCCGTAAGCTCGTCCTCAGCGGTGAGTACCCTCCCGGAGCTCCCCTCCCGGAGCTGTTCCTGGCTGAAGAGTTCGATGTGAGCAGGACGCCCGTCAGGGAGGCGCTCAAGCAGCTGGAGAATGAGGGCCTGGTTGAGATCCGGCCAAAGGTTGGCACGTTCGTCCGGATACCCACACGGCGCGAAATCGTCGAACTGTTCCAGCTGAAGGAAAGCCTGGAGGGCCTGGCGGCCAGCCTGCTCGCCAGGCGCGGCCCCGTGCCGGAGCTGGACCGGCTCCGACGCAACATTGAAGAGTCAGAGGGGGCTGAGCGCAGGGGGGACAGCGCAAAGTATGCCGAACTGGTCCATGAGTTCCACTGGACCATCGTGAACGGCTCCGACAATTCAAAGCTCCGTGAGCACTACGGGCGCCTCATGAACCAGCTCGCCTACCACCGGATTGTCCTGGAGACCGTTGAGCGTCCGGCCCGGATGCGGGCCTCCATCCGGGAGCATCAGTCGGTTCTCGACGCGATCCTGGAAAAGGATCCCACCGGAGCCGAACTTGCGATGCGCGGCCATGTCAATGCCTCAAGCCTCGCCGCGGCCCGTATCGAAACGCCCGAGCTGGGCACCGAAAATTGA MHQTLQVKTPDQGNGNQGSLLDKLRKLVLSGEYPPGAPLPELFLAEEFDVSRTPVREALKQLENEGLVEIRPKVGTFVRIPTRREIVELFQLKESLEGLAASLLARRGPVPELDRLRRNIEESEGAERRGDSAKYAELVHEFHWTIVNGSDNSKLREHYGRLMNQLAYHRIVLETVERPARMRASIREHQSVLDAILEKDPTGAELAMRGHVNASSLAAARIETPELGTEN NA NA NA NA NA D3-18_04562 678 hypothetical protein TTGTCTGATTCAACTGTGACTCCCCGTTCCGCTGACGGAACGGACGCTCAACCGACCGCTGCCATTGAAGAACTCGCCCGAGGAATCGGTGTCCGGAAGATCACCGTCCTCACCGAAGAACTGCTGCGTGACGGCAAGGGTTCCCTGCCCACCAGTGTTACCCGGGCGGCCGCAGCCGCCATTGTCGGCAACCCTTGGGCCGGCTCGCCGGTCTCGACGGACCTCGCGTCTGAGACCGAGCGGATCGCTCCGGTGCTCGCCAAAGTCCTCACCGGTCGCCTCACCGCAGCACTGGGTGGGGCCGGCGAAGTTGAGGCGTTCGGCAAGTCGGCCGTAGTGGGCCTCAGCGGTGAGGTTGAGCACGCCGCGGCGTTGATCCACACACCGTTCTTCGGCAATCTCGTCCGCGAGTTCCTGGAAGGCACGTCAATCCTGTCCTTCTCGGACGACCGCGCCGAACCGGGAACCTCCATCGCGGTGCCCATGTGGCACAAAGAGGCCGCCTCCACCCGCAGTCACTACCAAACCCTGACGCTGAGCCTGAGTGATGCGCCACACCCGGATGAAATCGTCGTGATCGCCGCAGCCTCCACAGGCTCTCGTCCGCATCCCCGCATTGGCGACCGAACAACTGACCGACCCGTAACCGCTGAAATACTGGAGGGAATCCTGCCGTGA MSDSTVTPRSADGTDAQPTAAIEELARGIGVRKITVLTEELLRDGKGSLPTSVTRAAAAAIVGNPWAGSPVSTDLASETERIAPVLAKVLTGRLTAALGGAGEVEAFGKSAVVGLSGEVEHAAALIHTPFFGNLVREFLEGTSILSFSDDRAEPGTSIAVPMWHKEAASTRSHYQTLTLSLSDAPHPDEIVVIAAASTGSRPHPRIGDRTTDRPVTAEILEGILP NA NA NA NA NA D3-18_04563 552 hypothetical protein GTGAATATCCGCAAGATCGTTACTTTGTCCGAAGAAATCCTGGCCGAGGGCGGTCGTCCCGTCACACCCTTCGCCCGCGTCGCCGTCGCCATCGCCGTCGTCGAAAACCCCTGGGCAGGCCAGGGCTTCGTCGAGGACCTCACCCAGGGCATCGATGCAACCGCCTCAGACCTCGGCGCCCTCCTGACTCCCAAAGTCATCGAGGCGCTTGGCGCACCGGTCGAGGCTTACGGGAAGGCAGCCATTGTCGGCATCGAGGGGGAGGTGGAGCACGGTTCGGCACTGATCCACACACTGAAGTTCGGTGACCACTACCGCAAGGCCGCTTCCGCAACCACTCTGCTGCCCGCCGTCGAGAAACGCGCGCCGGCCGGTACCGTGTTCGATATTCCGATGAAGCACATCACGGATGCGACCATCCGCTCCCACCACCAGACCGTCGAGGTCAGGATCTCCGACGCTCCCCACCCCGGTGAAATCCTCATTGCCCTTGCGGCCTCCGCGCAGGGCCGGCCGCAGGAGCGCCTGGCGCCCCTCTCCACAGAGCAATGA MNIRKIVTLSEEILAEGGRPVTPFARVAVAIAVVENPWAGQGFVEDLTQGIDATASDLGALLTPKVIEALGAPVEAYGKAAIVGIEGEVEHGSALIHTLKFGDHYRKAASATTLLPAVEKRAPAGTVFDIPMKHITDATIRSHHQTVEVRISDAPHPGEILIALAASAQGRPQERLAPLSTEQ NA NA NA NA NA D3-18_04564 741 tgnD_2 (E)-2-((N-methylformamido)methylene)succinate hydrolase ATGACGCAAACGCAGGAAACTCCCGTTGCCCTCCTGCACGGGGTGGGCCTTGATGCCACCATGTGGGCGCCCGTCCAGGACGCCCTCGGACGTGAGTCGACAGCCATCGACCTGCCCGGGCACGGGAAGCAGCCGGCGCTGACGCAACCCGTCACCCTGCAGGAAATGGCCGACGACGTGCTGACGCGGCTCCCAGAACGATCCCACCTCGTGGGCTTCTCGCTGGGCGCGCTGGTTGCCCAGTACATCGCGAGGTTCCATCCCGCCAGGGTCAAGACACTCACCTGTGTGAGCTCTGTCTGTCAACGCACCGATGCCGAGCGCAGCGCGGTCAGCGCCCGGCTGGCATCGGCCGAAGCGCACTTCCCGGCAACGGTTGAGGCTTCGATCGACCGTTGGTACTCAGGGACAGCTGTGCCGCAAAGCGTCGTGGACGCGACCCGCCGGACGCTCGAGGCAAATGACGTGCAGTCGTTTGTGCACGCCTACCGCGTCTTCGCCCTGGGGGACGGGGTCATCGCCGATGAGCTCAGGCGTATTGAGGTGCCGGCACTGGCCATCACCGGCGAGTACGATCCGGGGTCGACGCCGGAGATGACCAGGCGCCTCGCAGCTGCAATCCCGGGCGCGAAGGCTGTCATCGTCCCGGGTGCGCGGCACATGCTTCCCGTCCAGGACGCTGATGTCCTGGCCCGGGAAATCAATGAGTTCATCAAAGAATCCGAAGGAGTACGCGCATGA MTQTQETPVALLHGVGLDATMWAPVQDALGRESTAIDLPGHGKQPALTQPVTLQEMADDVLTRLPERSHLVGFSLGALVAQYIARFHPARVKTLTCVSSVCQRTDAERSAVSARLASAEAHFPATVEASIDRWYSGTAVPQSVVDATRRTLEANDVQSFVHAYRVFALGDGVIADELRRIEVPALAITGEYDPGSTPEMTRRLAAAIPGAKAVIVPGARHMLPVQDADVLAREINEFIKESEGVRA PGPT0000920_258 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0000920-tgnD-K23465 NA NA D3-18_04565 1482 tgnC COG1012 (Z)-2-((N-methylformamido)methylene)-5-hydroxybutyrolactone dehydrogenase ATGACTGTTCGACTCGACCACTTCATCGGGGGTACCTGGTCTGCTCCCGCCGGCGGGGAATATTTCCCCAGCACCAACCCCGCAACACTCGAGGTTCTCTATGAAGCTGCCCGGGGGAGCGAGGAGGATGTCCGGCGCGCCGTGGCAGCGGCGAAGACCGCATTTCAGTCGCCGCTCTGGCGTGACCTCACCGCAACGAAGCGAGGCCACCTCCTGCGCCGCCTCGGTGACCTCATCGGTGAGCATGCCGAGGAGCTCGCCGAGCTTGAGACCCTCGACAACGGCAAGCTGCTGCGCGAGATGCGCGGCCAGCTCGCCGGCCTGCCGGAGTACCTGTATTACTACGCCGGGCTCGCGGACAAGGTCCAAGGCAGCCAGATCCCCACGAATTCACTCGCGATGCTCAACTACACCCAGCGCGAACCGCTCGGCGTCGTTGGAGCCATCACGCCGTGGAACTCCCCGCTGACGCTGACCACCTCCAAGCTCGCCCCTGCGCTGGCTGCGGGCAACACCGTGGTCATCAAGCCCAGCGAGTACACCTCCCGGACCATCCTCCGCGTCGCCGAACTGGCCTCACAGGCCGGATTCCCCGACGGCGTGGTGAACGTCGTCACCGGCTTCGGCCAGGAAGCCGGGGCTGCACTCGTCAGCCACCCGGACCTGGCAAAGATTTCCTTCACAGGGTCCACGCAGACCGGCGCCCGCATCGCCGCGGAGACGGCCTCACGCTTCATCGGCTCCACCCTTGAACTCGGCGGCAAGAGCCCCAACATCGTCTTCGGCGACGCAGACGTTTCGAATGCCGCCATGGGGGTCATCGCCGGAATCTTCGCCGCAGCAGGACAGACCTGCATCGCCGGAAGCCGGGTCTTTGCCCACCGTAACGTCTACGACGAACTCGTTGAGCGCGTCGCAGAACGGGCAGCATCCATCATCATCGGTGACCCGCTCTCGGCCGCTACCGAGCTCGGACCCCTGGCCTTCGGTGCGCAGCTGGACAAGGTCAGCTCCTACGTCAACCTTGGCGTCAGCGAGGGTGCAACGGTCCGGACCGGGGGCCGCCGGCCCGAGATCGATCTTCCGGGGTTCTTCTTCTCGCCGACCGTCCTGACCGACGTCGATAACTCCATGCGCGTTGTGAGAGAGGAAATCTTCGGCCCCGTTGCAGCGATCATGCCCTTCGACTCGGAGGACGAGGTGGTGGGCCTGGCCAATGACACCGAGTATGGCCTGGCCGCCGGCGTCTGGACCCAGAACCTCGCCCGCGCCCACCGCATGGCCCGCAGATTGGAGGCAGGCACGGTGTGGGTCAACACCTACCGGGCCATGTCGCCAATGTCACCGCGGCAGGGATTCAAGAACTCGGGTGTGGGCATCGAGCACGGGCTGGAATCCATGAACGAATACACCCGGCTCAAGAGCATCTGGATCAACACCGACGAAGGACCCGTCTCCGACCCCTTCGTCCTGCGCAGCTGA MTVRLDHFIGGTWSAPAGGEYFPSTNPATLEVLYEAARGSEEDVRRAVAAAKTAFQSPLWRDLTATKRGHLLRRLGDLIGEHAEELAELETLDNGKLLREMRGQLAGLPEYLYYYAGLADKVQGSQIPTNSLAMLNYTQREPLGVVGAITPWNSPLTLTTSKLAPALAAGNTVVIKPSEYTSRTILRVAELASQAGFPDGVVNVVTGFGQEAGAALVSHPDLAKISFTGSTQTGARIAAETASRFIGSTLELGGKSPNIVFGDADVSNAAMGVIAGIFAAAGQTCIAGSRVFAHRNVYDELVERVAERAASIIIGDPLSAATELGPLAFGAQLDKVSSYVNLGVSEGATVRTGGRRPEIDLPGFFFSPTVLTDVDNSMRVVREEIFGPVAAIMPFDSEDEVVGLANDTEYGLAAGVWTQNLARAHRMARRLEAGTVWVNTYRAMSPMSPRQGFKNSGVGIEHGLESMNEYTRLKSIWINTDEGPVSDPFVLRS PGPT0000915_185 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0000915-tgnC-K23463 NA NA D3-18_04566 258 hypothetical protein ATGCCACTCATTGAAGTCTCCATAGCCCGCGGCCGGACCCCGGAGCAGCTCCGCGCCCTCATCGCCGAACTGCACCGGGCGGCAGAAACCGCCGTGAGTGCGGTTCCGGACAACACCACCGTCATCATCCGCGAGATCGAACACGAACACTGGTCCCGCGGCAACCAGACCATCGCCGAACGCAATGCAGCACCCCAAGAAGCTGCTGCACACAACGAGGCACCGCAGAACGCCGCGGCAGAACAAAGGAGTCACTAA MPLIEVSIARGRTPEQLRALIAELHRAAETAVSAVPDNTTVIIREIEHEHWSRGNQTIAERNAAPQEAAAHNEAPQNAAAEQRSH PGPT0005210_872 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 D3-18_04567 1068 tgnB COG2141 Flavin-dependent trigonelline monooxygenase, oxygenase component ATGCGCTTTTCACTCTTCGTCCACATGGAACGCTGGGACGAAACCGTCTCGCACCAGGAATTGTTCGAAAACCTGACTGAACTGACGCTCATCGCCGAAGCCGGAGGATTCAGCACCGTATGGATCGGTGAACACCACTCCATGGAGTACACCATCTCTCCCAACCCCATGCCCCAGCTCGCCTACCTGGCCGCCCGCACATCCAAGATCCGGCTCGGTGCGGGCACCATCATCGCCCCGTTCTGGAACCCGCTCCGCGTAGCCGGCGAAACCGCACTCCTGGACGTCATCAGCAACGGCCGCATGGAAGTAGGACTCGCCCGCGGCGCATACCAGTTCGAGTTCGACCGGCTCATGGGCGGCATGTCCGCAGTCGACGGCGGCAAGCACCTGCGCGAACTCGTCCCGGCAGTGCGCAAACTCTGGGAAGGCGACTACGCACACGACGGCGAGGTCTGGCAGTTCCCGACCTCCACCAGCGTCCCCAAGCCCATCCAGAAGCCCACCCCGCCCATGTGGATAGCCGCCCGCGACATCTCCTCCCACGAGTTCGCCGTCGCCAACGGATGCAACGTCATGGTGACCCCGCTGATGAAGGGCGATGAAGAAGTCGAAGACCTGGCACACAAGTTCGACACCGCCGTCGAGAACAACCCCGGCGTCCCCCGCCCGGACCTCATGGTCCTCCGCCACACGCACGTCCACTCCGAAGACGAGCCCGAGGGATGGCGGCGCCCGGCAGAAGCCATCCAAAAGTTCTACCGCACCTTCGATGCCTGGTTCGGAAACAAGACCACCCCGAAGAACGGCTTCCTCGAGCCCAGCCCCGAGGAGAAGTTCGCCGACCGCCCGGAGTTCACGCCCGAATCGTTCCACAAGACTGCCATGATCGGGACACCCAATGAGGTCACCGAGCGTCTCCGCCGCTACGAGGCGCTCGGCGTCACCGAGTTCAGCTTCTGGGCTGACAACAGCCTCACGCATGAAGAGAAAAAACGCTCACTCAAACTCTTCATCGAACACGTCGTGCCCGCCTTCCAGGAACAGCCCGCAACCGCGGCACACTAG MRFSLFVHMERWDETVSHQELFENLTELTLIAEAGGFSTVWIGEHHSMEYTISPNPMPQLAYLAARTSKIRLGAGTIIAPFWNPLRVAGETALLDVISNGRMEVGLARGAYQFEFDRLMGGMSAVDGGKHLRELVPAVRKLWEGDYAHDGEVWQFPTSTSVPKPIQKPTPPMWIAARDISSHEFAVANGCNVMVTPLMKGDEEVEDLAHKFDTAVENNPGVPRPDLMVLRHTHVHSEDEPEGWRRPAEAIQKFYRTFDAWFGNKTTPKNGFLEPSPEEKFADRPEFTPESFHKTAMIGTPNEVTERLRRYEALGVTEFSFWADNSLTHEEKKRSLKLFIEHVVPAFQEQPATAAH PGPT0000910_36 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0000910-tgnB-K23464 NA NA D3-18_04568 1515 aldA_2 Putative aldehyde dehydrogenase AldA GTGAGCATTGACACCCAAGAAACCGAAACATCTGGAATTTCCGCAACCGGAATATCCCGTTCTTACGGTGCATTCATCAATAACGAGTTCACCACCATCGGCGGACCCTCGTTTCCAGCCATCGACGCAGGTACTGGCGAACACTTGGCTGATATCGCCCGCTGCGGCGCTGCCGAGATTGACCAGGCCGTTCAGGCTGCGCGCTTCGCCTTCCCTGGCTGGAAAGCCCTCGCCGCCGAGGAACGCGCAGCATTGCTGCTCAAACTCGCTGACGCCGTAGAAGCGAACCTTTCACGCCTTGCCCTTATCGACGCACGGGACATTGGCCGAAAAGTCGGCGAAACGGCCCTCGACCACCAGTTCGCCATCAACCAGTACCGCTACTTCGCAGCAGCTGCTATCACGCACGAGGGATGGGGCCGGCCAATTCCCAACGGCTACCTCATCGCAAAGCGCGAACCATACGGAGTGTGCGGTCAAATAATCCCATGGAACGTCCCGGCGATTATGGCGGCGTTCAAGATCGCCCCGGCAGTAGCAGCGGGAAACACCGTGGTCCTCAAACCGGACGAGAACGCTTCCCTGTCCACGCTGGAACTGGGAAAACTCATCGCAGAGATTTTCCCTCCTGGTGTCATCAACATTGTCCCGGGAATGGGCGAAGAAGCAGGTGCTGCACTTACCGCTCACCCAGGGGTGGACAAACTGGCGTTTACCGGCAGCAGCGAGGTTGGCCGTATCATCTCAGCAGCGGGCAGCAAGCGACTGGTTCCAGTGTCACTTGAGCTCGGTGGCAAGAGCCCGAATATTGTCTTCCCGGACACTGACAAGCTCGACGCCGTTGTGGACAACGCCTCATTCGCCGCACTCTATTGCAATGGTCAAAGCTGCCTCGCCGGGACCCGTCTCTTTGTTCACGACGACATCTACGACGAATTTATGGAGAAGATGGTGGCCGCGTTCAAGCGGATCAGCGTAGGGTCCGCGACCGAGGAATCAACGACATTGTCAGGACTCGTATCCGAAGAGCAAGGCCTTCGCGTCCTCGGATACATCGAAAAGGGTCTTGCCGAGGGTGCCAAGCTGCTGACCGGCGGCAAACGCGTCACCGTGCCAGGGCACGAACATGGCTACTTCGTTGAACCGACCATCTTCGAGGCCACCAATGATATGGCCATCGCCCAGGAAGAGATTTTTGGTCCTGTCCTGACTGTGATCCGGTGGAACGACTTCGACCAGATGATCCACGAAGCCAACGACGTACGTTATGGCCTTGCCGCGGGCGTGTATACATCCAATCTGAAGAACGCGATGGCCACGGCGGACCGGTTGGAAGCAGGCTCAGTTTGGATCAACTCCTATTTCAACCTCGCCTCTGGATCCCCATTTGGTGGCTTCAAAGAGAGTGGCATCGGCAGCGAGTACTGCCATGAAACCTTGAACATGTACACCCATCTGAAATCCATCACTGTCCAAAATGAACCCAGCGATGCTTGGTTCATTCCGTCAAACTAA MSIDTQETETSGISATGISRSYGAFINNEFTTIGGPSFPAIDAGTGEHLADIARCGAAEIDQAVQAARFAFPGWKALAAEERAALLLKLADAVEANLSRLALIDARDIGRKVGETALDHQFAINQYRYFAAAAITHEGWGRPIPNGYLIAKREPYGVCGQIIPWNVPAIMAAFKIAPAVAAGNTVVLKPDENASLSTLELGKLIAEIFPPGVINIVPGMGEEAGAALTAHPGVDKLAFTGSSEVGRIISAAGSKRLVPVSLELGGKSPNIVFPDTDKLDAVVDNASFAALYCNGQSCLAGTRLFVHDDIYDEFMEKMVAAFKRISVGSATEESTTLSGLVSEEQGLRVLGYIEKGLAEGAKLLTGGKRVTVPGHEHGYFVEPTIFEATNDMAIAQEEIFGPVLTVIRWNDFDQMIHEANDVRYGLAAGVYTSNLKNAMATADRLEAGSVWINSYFNLASGSPFGGFKESGIGSEYCHETLNMYTHLKSITVQNEPSDAWFIPSN PGPT0006875_3700 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128 NA NA D3-18_04569 1101 xylB_2 Aryl-alcohol dehydrogenase GTGCCGCTCACTACCCGATCCGCGATCGTTCCCGAAAAAGATGCGCCCTTCGAAATACGGGACCTCGAACTGAGGGATCCCCGACCGAATGAAGTAATTGTAGAAGTCAGTGCAGTAGGTGTTTGCCACACCGATATCATCATGCAACAGCAGTTCTTTCCCGTCTCATTCCCGGCGGTATTTGGCCATGAAGGGGCCGGAGTCGTGCGCCAGATCGGCAGCAGCGTCACCAAGGTAAATGTCGGGGATCACGTTGTCCTTGGCTTCGCATCGTGCGGCAGCTGCCGAAATTGTTTGCGCGGCCTTCCTTCCTACTGCATGCACTATTACGACTGGAACTTCAAAGGCCGGTTGCTGGACGAAAGCACGGCGCTGACGAATGATGGAAACGACGTCGCTGCCCACTTCTTCGGTCAGAGCTCATTTTCACGCTATGCCCTGTGTAGCGAACGCAACGTTGTTCCCGTCGATCCTGAGGTGGACTTGGCGATACTCGGACCCCTCGGGTGTGGAATACAAACCGGAGCAGGGGCCGTTCTGAACTCGCTCAAGGTTGAGGCAGGCTCGTCGATAGCCATATTTGGTGCAGGCGGTGTCGGACTAAGCGCCGTGATGGCCGCCCTCGTCGCAGGGGCAACCACGATCGTCGCTGTGGACGTGGACAACGGGCGACTTGAACTGGCCAAGGAACTAGGTGCCACACACTCAATCAATGCCGGAGCTGCTGACGTCATGCCCGAGCTCGCCCGGATCGTTCCCGAAGGGTTCATGTACACCATTGAATCCACGGGGCGGCCAGACGTCCTTGTACAGGCGGTCGACACGCTCATGGTTACTGGCGTCTGCGGAACGATCGGCGCCTCTCCAATGGGCACGACGGCCGCCATCAACATGAATAACCTCATCTTCGGGCGCACGATCCGGGGCATCTGCGAGGGCGACAGCATTCCCGAGATCTTCATCCCCCAACTCATCGAACTTTACAAGCAAGGCAGGTTCCCCTTCGACAAGCTGATCAGCCGCTACGACTTCGACGACATCAACCTTGCATGCGATGACGCCAAGGCCCTCAAAGCAATCAAGCCCGTCCTTGTCTTTTGA MPLTTRSAIVPEKDAPFEIRDLELRDPRPNEVIVEVSAVGVCHTDIIMQQQFFPVSFPAVFGHEGAGVVRQIGSSVTKVNVGDHVVLGFASCGSCRNCLRGLPSYCMHYYDWNFKGRLLDESTALTNDGNDVAAHFFGQSSFSRYALCSERNVVPVDPEVDLAILGPLGCGIQTGAGAVLNSLKVEAGSSIAIFGAGGVGLSAVMAALVAGATTIVAVDVDNGRLELAKELGATHSINAGAADVMPELARIVPEGFMYTIESTGRPDVLVQAVDTLMVTGVCGTIGASPMGTTAAINMNNLIFGRTIRGICEGDSIPEIFIPQLIELYKQGRFPFDKLISRYDFDDINLACDDAKALKAIKPVLVF PGPT0005865_361 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_XYLENE|DERIVATE_DEGRADATION XENOBIOTIC_p|o|m-XYLENE_DEGRADATION,PGPT0005865-EC_1_1_1_90-K00055 NA NA D3-18_04570 930 hypothetical protein GTGATCAATGTCAGCACGACAGATCCGGATGAGGCGATTAAGGCTGTCAGCGGGGTCTACTGCCCGCACCAGCTGATGCTGGACCGGCGCGCCACAACTGTTAGCACACGCCTGCGCGCCGACGTCAGCCACAGCTTTGCTCAGGTCGGTCTCGAATACGGTGCAAGAGCGGACGTGGACGCCGACGACCTGGATAATCTGATCCTGGTCATGCACGCGGTCCGGGGGACCGGAAGCGTACGCCAGCAGGATCAGGAACTGCAATGGAAGGCAGGACAAACTGTCACCGTGTCCGGAGGGCGTCCAACCCGGTTCTCTTTCGACGCGATCTTTGCACAGTCGTCATTGCGGCTGGACCCTCTGGACGTCAAATCGCACTGCGAAAAACTGCTGGGTGTTTCCTTGGACCATGACGTCCGCTTTGAGTTGCAGCACTTCTCTCCGGAACTGGAAGCCCTTTGGTCGCAAATCTTGACGATGTCCTCGCAGCGCGGGGTATTGCCACCCTCGGGGCTTGGATACCTGCAGCAGTTGGCTATGGACCTGCTCCTGTACAGCCATCCCCACAACTATTCGCACTTGTTCGGAACCGCGGAAAGGCGTATCGAAGGCCTTGCGTCTGAGGCTATTGCCTTGATCGATTCGTTGCCCGAATACGAGGTTCTTCACGTCGCGGACATCGCAGTCAGAATGCGGGTCAGTGCCCGCAGCCTGGAGAGAGCCTTCCGTGAGGCCCTGGGCGTGGGGCCGGCACAATATCTTAGGACCAAACGCCTGGACCGCGTGCGCCGCCTGCTGGAGGAATCGGATCGGGGTACTTCGGTCACCGATATCGCCGCCGCACATGGGTTTTACCATCCCGGCAGATTTGCGCAGTACTACCGCGAGCGGTTCGGTGAGTTACCTTCGGCCACCATTGCCCGTCATTGA MINVSTTDPDEAIKAVSGVYCPHQLMLDRRATTVSTRLRADVSHSFAQVGLEYGARADVDADDLDNLILVMHAVRGTGSVRQQDQELQWKAGQTVTVSGGRPTRFSFDAIFAQSSLRLDPLDVKSHCEKLLGVSLDHDVRFELQHFSPELEALWSQILTMSSQRGVLPPSGLGYLQQLAMDLLLYSHPHNYSHLFGTAERRIEGLASEAIALIDSLPEYEVLHVADIAVRMRVSARSLERAFREALGVGPAQYLRTKRLDRVRRLLEESDRGTSVTDIAAAHGFYHPGRFAQYYRERFGELPSATIARH NA NA NA NA NA D3-18_04571 657 rspR_6 COG1802 HTH-type transcriptional repressor RspR ATGAAGACAACAGCTGTCGAAAAGGCCTACTCGTGGGTGCGCCGTGCCATTATCGACGGAACGCTTCCGGGCGGAACCTTCATAGACGAGGCGGTGGTGTGTGAGGCGACCGGGGTTTCCCGCACCCCAGCCCGAGAAGCTTTCCATCGCCTTGAAGGCGAGCGTTTCATCACGCTTGTTCCACGACGCGGCGCCCAGGTCAGGGAGGTCAATTCTGGTGACCTTCGTGACGCCTACGGTGCACGATTCATGATTGAGTCCTTTGCCGCCACTGAGTTCTGTGCCCGGGACCATTCCGTCCGGCCGCCGGACGCGATGCTGGAGAATCTCGCCATCATGAACAGTGCGTCCGACTTCGAGGACCTCGACGCCTACTACACCTACCAGGCCGCAGATCAAGCTTTCCACGGCGCTTTGGTCCAAACCCTCAATAACCAGGCTGTCTCGAACTTTTTCTCCTCGCTGTGGCAGATAAATCAGCTTGCAATGTATAAGCGGGTGAACCCCATCATGCAGGGGAACCATCCTGCCCTGAACCTGTTCAGACAGCAGCACACTGACATCTACGATGCTCTTGCCCGCCATGACCAAGAAGCGGTCATTAGTTTGCTGCGCAGTCACCTTAGCTATAACATCAGAGACTTTTCCTTCAGTTAG MKTTAVEKAYSWVRRAIIDGTLPGGTFIDEAVVCEATGVSRTPAREAFHRLEGERFITLVPRRGAQVREVNSGDLRDAYGARFMIESFAATEFCARDHSVRPPDAMLENLAIMNSASDFEDLDAYYTYQAADQAFHGALVQTLNNQAVSNFFSSLWQINQLAMYKRVNPIMQGNHPALNLFRQQHTDIYDALARHDQEAVISLLRSHLSYNIRDFSFS NA NA NA NA NA D3-18_04572 1119 hypothetical protein GTGGCTCCCTCTTCCTCTCTCACTTCCAAGAATTGGAGCATTATGAAAAATGTGTTGAAGCACCGCGCGCTGATCGGCCTAGGGCTGGTCGTTTTGGCAGGCACCTCCGCCTGTTCGTCGAATGCGAGTCCGGATGAGACCGCTCGCACAGTAAAGGAGGCTATGAACAAAGTCAGCTACAAATGCGATGCTCCGGACAACGCGGCCAAGACAAAAGTTAGTGTCACAGCCCTGCCCATTGTCAGTAACAGCGCCCTTTATGCCGGCATAGACAACGGATACTTCGAGAAGCACGGGCTGGATGTGGGCATCTCAACAGTCAGCACTGTCCCGGCAACGATTGCAGCAGTGCAGGGCGGCACGACGGATTTTGCGTTCACTGGAAATATAGGCATCTTCCAGGCCGCCGACCAAGGCATTTCGTTGACCATCGTCTCGTCATTCGCCGGGATTGCGCCCAAGTACTGGGAGAAGATGCAGGCGGGGGTACCAGGGTTTACCCGCGAAGTTAGTGCCCTCCTGGTGGCCCCTGACAGTGGCATTAACAGCCCTGGAGACCTGAACGGCAAAACGGTGGCCATCGCCGACTCCAAGGGTCAGGCTGACCTCATGACCCGCACAGTTATTAAGAAACACGGCGGTGACCCGGACAGCGTCAAGTACACCGTCATGAACGCTTCGGATGCCATCAACGCCCTGATGGCTGGAAAGGTCGACGCCGCGTATTCCTACGAGCCGGCGATGACGCCGGCAGAACAAGCAGGCTATCGCATCATTTCCTGGCCCACTGTTGAGACGCTACAGGAAGGTCCTACGTCTTCCATCGTCGCTTCCAGCCAATTCGTCATCGACCACCCGGAGACTGCAGCGCGCTTTAACTGCGCCGTGCGGGAAGCAAACGCTTTTGCGAACGCCAACCCGGACACAATCCGCACTATAACTGCCCGGGAACAAAAAGTCGACCCCGCACTACTGGCCAAGGCGGTCGTGCCCTACTTCTACGAACAGTTGGACGTGAAAGGCATCACCCGCTACCACGACCTGGCGAGGGACTTCGGCTTCATCAGCTCAGACCTCGATATTGAGTCGATTGCCATCCCGCAGGCTCTGAACCAGTAA MAPSSSLTSKNWSIMKNVLKHRALIGLGLVVLAGTSACSSNASPDETARTVKEAMNKVSYKCDAPDNAAKTKVSVTALPIVSNSALYAGIDNGYFEKHGLDVGISTVSTVPATIAAVQGGTTDFAFTGNIGIFQAADQGISLTIVSSFAGIAPKYWEKMQAGVPGFTREVSALLVAPDSGINSPGDLNGKTVAIADSKGQADLMTRTVIKKHGGDPDSVKYTVMNASDAINALMAGKVDAAYSYEPAMTPAEQAGYRIISWPTVETLQEGPTSSIVASSQFVIDHPETAARFNCAVREANAFANANPDTIRTITAREQKVDPALLAKAVVPYFYEQLDVKGITRYHDLARDFGFISSDLDIESIAIPQALNQ NA NA NA NA NA D3-18_04573 792 cmpB_2 COG0600 Bicarbonate transport system permease protein CmpB ATGACTAGCAAGCGCATAAGTGAAGCTACTCAGAATGTAGCCTACGGTATAGCCGGCGCCCTGATCTGGCTCGGCACATGGCAGTGGTTCACCACAGCGGGGCCATTCGCAGGGATTGCCGGGTTTCCCACGATGACAGGATCCGTTGCTCAAACTTTGGGCCTGATCTGGGAACCAAGCTTCTGGGCCGCGGTCGGCGAAACCCTCAAAATGGCGTTCGCCGGACTGAGCATCGCCGTCGTAGCCGGGCTAGTGGTCGGTCTGATTACCGGGCTTTCCCATTGGTCACATGAGGCATTGGACCCAACAATCCAGTTTCTTCGCCCACTTCCGCCCGTCGTCATTCTCCCACTCGTCCTGCTGGTGCTCGGGCCGACCACGGAACTTGGGATTTTCCTTGCGGCCTTTGCTGCCGTCTGGCCTATCCTCGTCCAGGTCCAAGCCGGGGTCCGAGACGTTGACCCGATTGCGCTTGACACAGCACAATCGATGTCGCTGACCTGGTTCCGAACGCAGACCGCCGTGGTTATTCCCAGTGCAATCCCGTTCATCATCACCGGAGTAAAGATTGCAGCCAGCGCCGCTCTACTGTTGTCAATCGGCGCGGGCTTGCTGGCTGGGGCCCCAGGACTGGGGAAACTCATCCTCATCGCTCAAGAAGCCAATCAATCGGATCTCGCCTTTGGCCTGATTCTCTGGAGCGGTGTACTTGGTACCTCGCTGGCGTTGATTCTGACCTGGGCCGAACGCACTCTGGTGCGTGGGCGCCGTACCCTTGAGGAGTATTCGTGA MTSKRISEATQNVAYGIAGALIWLGTWQWFTTAGPFAGIAGFPTMTGSVAQTLGLIWEPSFWAAVGETLKMAFAGLSIAVVAGLVVGLITGLSHWSHEALDPTIQFLRPLPPVVILPLVLLVLGPTTELGIFLAAFAAVWPILVQVQAGVRDVDPIALDTAQSMSLTWFRTQTAVVIPSAIPFIITGVKIAASAALLLSIGAGLLAGAPGLGKLILIAQEANQSDLAFGLILWSGVLGTSLALILTWAERTLVRGRRTLEEYS NA NA NA NA NA D3-18_04574 774 ssuC_3 COG0600 Putative aliphatic sulfonates transport permease protein SsuC GTGAACGCCCTTCGCAAGGTTGTCTTCGGCGGCCTCATTCCCGTTGCCGTCATCGCAGGATACTCGGTTTTGACGACAACGTCCCGTAACCCGTACTTCCCCAATCCGGCCCGGATCATGAACCGGTTCCAGAAGTTATGGCTGTTTGACAAGGTCCCCACTGACGTCATTCCCAGCCTGACAAACTTTATCCTCGGGTACGTCATAGCAGTTGTCAGCGGCGTAGTTGCCGGGGTCGTTCTAGGCCGCATCAAGCTGCTGCGCCTGTTGTTCGCTCCGCTGCTCGACTTCGCGCGCTCGATACCCCCAATCATGCTGATTCCCCCGTTTGTTCTTCTGCTGGGAATCGGTGACGAATCCAAAGTCGCAATCATCGCTTTGGGAGCCTTCTTCCCAGTGGTTCTGGCGACCATGGACGGTCTACGGCGCACAGATCCGGCACTGATTGACGTCACCCGGTCTTTGCAGTTGTCCCGATGGCGGGAGCTGCTCGTTGCGTGGATTCCATCTGCAGGGCCGCAGATTGCGGGCGGGATGCAGACTGGCCTCCAATTCGCCTTCATCCTCATGGTTGCCAGTGAAATGCTGGCTGCTACACATGGTCTGGGCTACCTCACTATGCAGGCCCAGGTCACCTTCGACTCTGCAAGCGTTTGGACCGGCATCCTGATGCTCGCCATTCTGGGCTTCGGGTTGAACACCCTTTTCGTTTTGGCACGCAACCGGATCCTTCGGTGGCACGTACAAAGCCGTGCTGCCGCCCGGGCCCGATAA MNALRKVVFGGLIPVAVIAGYSVLTTTSRNPYFPNPARIMNRFQKLWLFDKVPTDVIPSLTNFILGYVIAVVSGVVAGVVLGRIKLLRLLFAPLLDFARSIPPIMLIPPFVLLLGIGDESKVAIIALGAFFPVVLATMDGLRRTDPALIDVTRSLQLSRWRELLVAWIPSAGPQIAGGMQTGLQFAFILMVASEMLAATHGLGYLTMQAQVTFDSASVWTGILMLAILGFGLNTLFVLARNRILRWHVQSRAAARAR NA NA NA NA NA D3-18_04575 819 cmpD_4 Bicarbonate transport ATP-binding protein CmpD ATGAATCTCATCTCTCCCCTCCGTTTGAGGATTGACGGGCTGTCCAAGACCTACGGGACAGGACCAACTGCTAACGAAGTCCTTCGTGATATCACCTTTGACGTTCACACTGGCGAATTCGTCTGCCTGGTAGGACCGTCAGGAGCCGGCAAGACGACATTGCTTCGATGCCTGACAAGCCTGATGCCTCCAAGCGCCGGACAGGTTCTTCTGGACGGCAAGGCGCTGACAGGACCCAGCCCAAAAATATCCATCGTTTTCCAGGAGTACACCCGCTCCCTGATGCCTTGGATGACCGCCGAAAAAAATGTGGCGCTTGCCCTCTCGAACTCGAAGCTCCCACGCGAGACGGTAAAGAAAATGAGCAGGGACGCTCTAGCAAGTGTTGGCCTCAGTGGCTCGGAATCGCGGTATCCATGGCAGCTCTCAGGCGGCATGCAGCAGCGTGTCGCTATAGCCCGGGCCCTAATCACCGATCCCGAAGTCCTCGTCATGGATGAGCCCTTCGCATCGATCGATGCACAAACCCGCCTGGAGCTGGAAGACCTGACGCGGCGGCTCCAGATTGAGCGCAAGATGACGGTCATGCTGGTAACCCACGATATCGATGAGGCTGTCTACCTGGCAGACAGGATTGTCGTACTTTCCAAAAACCCGGCAACCGTTCAAGAAATCGTCCAAGTTGATCTCGGGACGGAGCGCGACCAGTTCGCTACCCGGGAAAGCCATCAATTCGGGGAACTTCGGTCCCACGTTCTAGGGCTCATACGCGAAGCACAAAACCGAGCGAAAGCTGAAGCAGCCAGTAGGCAAAAATAG MNLISPLRLRIDGLSKTYGTGPTANEVLRDITFDVHTGEFVCLVGPSGAGKTTLLRCLTSLMPPSAGQVLLDGKALTGPSPKISIVFQEYTRSLMPWMTAEKNVALALSNSKLPRETVKKMSRDALASVGLSGSESRYPWQLSGGMQQRVAIARALITDPEVLVMDEPFASIDAQTRLELEDLTRRLQIERKMTVMLVTHDIDEAVYLADRIVVLSKNPATVQEIVQVDLGTERDQFATRESHQFGELRSHVLGLIREAQNRAKAEAASRQK PGPT0001140_4703 DIRECT EFFECT BIO-FERTILIZATION NITROGEN_ACQUISITION N-AQUISITION-RELATED_FUNCTIONS N-AQUISITION-NitT|TauT_FAMILY_TRANSPORTER,PGPT0001140-ABC_SN_A|ytlC-K02049 NA NA D3-18_04576 816 ybeM_2 Deaminated glutathione amidase GTGATCGCCGCCGTTGGCCAGTTCGAAGCCGGCACCGACGTGTCGGCGAACCTCGAGGCCTGTATTGAACTCGTAGATCAAGCTGCAGCCCGCGGCGCAGAGCTCGTAGTGCTTCCCGAATTGAGTATGTACTTCACCACGGATTCGGGCGACATCTTTTCGGCTGTCGCCGAACCCCTCGACGGCAAGTTCGTGTCAACTTTGGGCAAACGGGCCGCCAAGCACCGTATGCACGTCATCGCAGGCGTCTTCGAGTCCAACCCTGAAGGCCTCCCCTACAACTCCATCGTGTCCCTGGAACCGACAGGAAAAGTGATGGGAACCAACCACAAAACCCACCTTTGTGACGCCTTCGGCATTCGAGAAAGCGATGCGATCACGCCGGGAACAACGTCACAACCGTTTGTGGAAAAAATGGGGGAGCTGTCGGTGGGTTCCTTCGTCTGCTATGATCTTCGCTTTCCTGAAAGTGGCCGCCGGCTGCTTGATGCCGGCGCCGAGGTCATGGCCGTTCCCGCGGCGTGGATCAGTGGTTTCGGGAAAGAGGACCAGTTCGCCACACTCATCAAAGCCCGCGCCATCGAGAACGTTTCCTATGTTCTGGCAGCAAACCAAACAGGTCCCTTCCGAAGCGGGTATTCCATGATCGTGGATCCTTTCGGTGTCGTCCTAGCCTCGGCAGGTGAGGGCTTCGGCGTGGCGACAGCCGAAATAAGTGCAGCGCGGCTGAACGCGGTTCGGGGCAAAGTCCCTGCGCTCCAGCACCGGCGCTTCGACATCGTTCCGACCGCAGCCGCTGCAGCGTCTCTGGCCTAG MIAAVGQFEAGTDVSANLEACIELVDQAAARGAELVVLPELSMYFTTDSGDIFSAVAEPLDGKFVSTLGKRAAKHRMHVIAGVFESNPEGLPYNSIVSLEPTGKVMGTNHKTHLCDAFGIRESDAITPGTTSQPFVEKMGELSVGSFVCYDLRFPESGRRLLDAGAEVMAVPAAWISGFGKEDQFATLIKARAIENVSYVLAANQTGPFRSGYSMIVDPFGVVLASAGEGFGVATAEISAARLNAVRGKVPALQHRRFDIVPTAAAAASLA NA NA NA NA NA D3-18_04577 93 hypothetical protein GTGATCCATCCCGGTGACGTGATCATGGGAGACGCCGATGGTATAGCCATCATTTCCCCTAAAGAAGCGCTCTCGCTCGCCACGGCACTCTAG MIHPGDVIMGDADGIAIISPKEALSLATAL NA NA NA NA NA D3-18_04578 765 garL 5-keto-4-deoxy-D-glucarate aldolase GTGAACCACTATAACCCCCGAAAAGGTATCTGGCTGGCTACCGGCAGCCTAGCTTCAATCGAAATCGCAGCATCGATGCCAATCGATTACATTGTCTTCGATGCAGAACACAGTGAGATTTCGGACTCCGCTCTGAACGTCGCCATCGCTCTTGTCCACGCCAAAGGCGTGGAGGTTTATATAAAAGTCCGGTTGCCCTCTAGGGAACCCATTCAACGCTGCCTCGACTTCGGAGCGGACGGCGTCATCGTTCCGCACATCACCTCCCCCGAGGAAGCGAAATTGATGAGCAGCTACGCCAAATATCCGCCCTTGGGAGACCGAAGCCTCGCCGCTGAACGGGCATCCGGATACGGCATGCAGCTGTCCCCGGGCTGGTGGGAGGACCAGAACCACGAGACAAAATTTTTCGCCCTGATTGAAGATGCTGAGGCCCTGGAAACAGTGAAGGACATCGCGGCATTACCATCCGTAGACGGGCTCTTCCCAGGCGCCGTTGACCTGGCCATCCGTCGCGGCAGGGGAGTGGACACCCGATCAGAGGAAGCGCTCACGGATCTCCAAACGATCGTGACAGCAGCGCATGCTCATGGAAAGTCTGTCATGATGGCGGCCTGGAACCCCGAGGATCAGCGGTTCGCCGCTGAAAATGGTGTTGGGGACGTTTTGATCTCCTCGGAATACTCGGCATTGATCGGCGCCTTCCAAGACGACATTGAAGCGGCCAACAGCATCTTCGCCGGAAATTCCACGTCGGGAGCATGA MNHYNPRKGIWLATGSLASIEIAASMPIDYIVFDAEHSEISDSALNVAIALVHAKGVEVYIKVRLPSREPIQRCLDFGADGVIVPHITSPEEAKLMSSYAKYPPLGDRSLAAERASGYGMQLSPGWWEDQNHETKFFALIEDAEALETVKDIAALPSVDGLFPGAVDLAIRRGRGVDTRSEEALTDLQTIVTAAHAHGKSVMMAAWNPEDQRFAAENGVGDVLISSEYSALIGAFQDDIEAANSIFAGNSTSGA PGPT0001575_1500 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-SUCCINIC_ACID_ACID_BIOSYNTHESIS,PGPT0001575-hpaI|hpcH-K02510 NA NA D3-18_04579 972 hypothetical protein ATGATCGAAGTCAGTACTGGTGATCCCCAAGAAGCCGTCTCTGCGGTCAGCCGCGTCTTCTGCCCTCACGAGCTGCAGCTTGATCCCCGGTCGAAGAGCTTCACCACGCGTCTGCGCGCCAATGCGGGGGGCGGCCTTGCGTATGTCACTTTGGAGTACGGTGCGAAGGTAGAGGTTGAACCCGGAACCCTCGTCGGCCTGACTTCGGTCACGCATGCGGTCCGCGGAACTGGCACCGTGCGCCAAGGCTCCCATGCGGAGGAATGGCGCGGCGGTCAAACCATCATTATCTCAGGCGACCGGTCCACACAATTTGCTTTCGACTCCAGGTTCTCCCAGTCAACCATCCGGATGGACACTGCGGGGCTCCGGCAGCACTGCGAAAAACTACTGGGGACCGGCCTCGACGACGACGTTCGCTTTGCGCTGCAACGTTTTTCCGGGGAGCTCGAAGGTCTGTGGTCACAAATTATGGCCCTGTCTGCTCAACGGGCTGTCCTGCCGCCGTCCGGGGTCGGCTACCTGCAGAAATTGGCGATGGATCTGATCCTCTACCGCCATCCTCACAACTACTCCCATCTGTTTGAAGTTGAAGGGCGCAGAAGACCACGGTTGGCCGGCGAGGCAGTTGCGCTACTGGACGCCCTGCCCGATTACGAGCTCCTCACCGTATCTGAGGTCGCCGGCAGAATTGGGGTCAGTGCACGCAGTCTTGAGAGAGCTTTCCATGAGGCCTTCGGAATGGGACCGAGTCAGTACCTGCGGTCGAGGCGGCTGGACAGAGTGCGAAGAGAGCTTGAAGGGGCCCCTCGGGGGGCTTCGGTCACGGACGTCGCAGTGGCGCATGGTTTCTACCACCCGGGGCGGTTCGCCAAGTATTACCGGGAACAGTTCGGCGAGACACCCTCGACGACGGTAGCCCGCGTGGGCGGTGTGTCGCATTCGCGGCTAGACGGGTCGATATCTGGATAG MIEVSTGDPQEAVSAVSRVFCPHELQLDPRSKSFTTRLRANAGGGLAYVTLEYGAKVEVEPGTLVGLTSVTHAVRGTGTVRQGSHAEEWRGGQTIIISGDRSTQFAFDSRFSQSTIRMDTAGLRQHCEKLLGTGLDDDVRFALQRFSGELEGLWSQIMALSAQRAVLPPSGVGYLQKLAMDLILYRHPHNYSHLFEVEGRRRPRLAGEAVALLDALPDYELLTVSEVAGRIGVSARSLERAFHEAFGMGPSQYLRSRRLDRVRRELEGAPRGASVTDVAVAHGFYHPGRFAKYYREQFGETPSTTVARVGGVSHSRLDGSISG NA NA NA NA NA D3-18_04580 1890 apc4 COG0146 Acetophenone carboxylase delta subunit GTGCGCTCTGAGAGGTATGCCTTGACCATTCAACATGAAACTTCAATCGATGACCCGATCACGTTCAGCGTCATCACGAACCGTTTTCGAGCAATCGCTGACGAGATGGCACATGTGCTTGAAAGGTCGGCTTGGACGTCGATCCTGGCTCTGGCCCGGGACTTTTCGTGCGCGATCTATGATGCCGACGCCCGCCAGATTGCGATTGCCGACGGGTGTCCGATGCAGACCGCCTCGCTGAGCCTGGTGCTAGAAGCTCTAAAGGAGCGTTACGGTTCCGATATCAATGAGGGAGATCTCTTCATCGCCAATGATCCGTACTCCGGCAACGTCCACATCGGTGACTTTGTCACGATGGCACCAGTTTTCGCGGGCGGCAGGCACTTAATGTGGGTGTTGGCCCGAGGACACCAGATGGACACTGGAGCAGCGACACCGTCGCAGGCAGACCCGTCCTACACGTCAGTCTTTCAGGAAGGCATATCCATCCCTCCGTACAGATTGATTGAAAGAGCGGTGTTCAAGGAAGACTTTTTCTCGTTGTACCTTTCGAACCTTCGGTACTCGGAATCAGTTGAGGGCGACATGCGCGCAATGATCGGATGCACCGAGAAGGGGCGCCGAGCTCTGGTTCAGCTATTCGATGACTACTCTGTGGACACGGTCACGGACTACGCCAATCAGCTCATCGCTTACTCTGACCGACGTATGGGCGAGGAGATCCGGTCCATGCCGGACGGCGTGTATACTGCCGAGGCCTGGCTCGATGACGATGGTGTCAACGTGCGAAATATCCCCATCCGAGTCACCGTTACCATCGACGATGACACCGTGACAGTCGACTACACCGGCAGCGGGCCCCAGGCGCAAGGTGGCGTTAATGCAACCGAAGCTACTGCCCAGGCCGCGGGCACGCTCCCCTTCCTTTACTACATCGATCCGGACATTCCCCTGAATGAGGGATGCCTTCGCCATATCAAGGTGATTGCGCCCAAGGGAACGGTCGTCAACGCCGAATACCCGGCCTCTACAACCTGTGCGACGTTCTGCCCGGCGGATTTGATGCAGGAGGTCGTAAATCGGGCTTTGATTCAGGCCATGCCGGACCGTGTTCCCGCCGGCGGAGCCCGTTCTGCGAACTTGCAGCAGATTTCGGGGGCGGAAGACTGGTCCGGCATCCCTTGGGGGTTTCTGAACCTCAACAATGGAGGCGGTCAGGGCGCATCCCGTGGAGTAGACGGCTGGCCGCTTTTCTACACCATGGCGGGCTTGGGCGGAATGAAGATACAGCCGATCGAACAGCTTGAGATGCTCTTCCCGGTGAGAATCGAAAGGAACGAGGTAGAGCAGGATTCCATGGGCTTCGGTGAATGGATCGGAGGACCAGGAAACAGATTTGTTATTACTCCGCTGAAGGGCAGCTTCAATTGCGTTACCGGTGGTGATGGATTCGCTAACCCGCCTTTTGGGGCGTTGGGCGGGACCGCCGGCATCGGGGGTGGCCAGTATGCCAATAACCACCGGACGAACTCCCGTCGCTACATGTCCGCGAACGCCGGCGTCGTAATTGATGGAGATTCGGAAGTCTTGGTCGGAGTTTCAACTGGTGGAGGAGGGTTTGGACGTCCGGAGCACCGGGACGCCGAGCAGGTCCGAAAGGACGTCATAGACGGAATCATCTCCTGGGAGGTAGCCCGTGATGTTTTCGGCGTCGCATTGACGGCTGAGGAGATCCCAGTGGTTGAGGTTGAAGCAACTGCACAACTGAGAAGGTCCCTGTCTGAACGGATCGTCGCCCCAATCACTCCTGTGGAAGCGGACTCGTCGACCTGGCGGGCGACCGATATGCGCGACGGCGATGTGTATCTTCCCAACCCTTCTCTTTTCTGA MRSERYALTIQHETSIDDPITFSVITNRFRAIADEMAHVLERSAWTSILALARDFSCAIYDADARQIAIADGCPMQTASLSLVLEALKERYGSDINEGDLFIANDPYSGNVHIGDFVTMAPVFAGGRHLMWVLARGHQMDTGAATPSQADPSYTSVFQEGISIPPYRLIERAVFKEDFFSLYLSNLRYSESVEGDMRAMIGCTEKGRRALVQLFDDYSVDTVTDYANQLIAYSDRRMGEEIRSMPDGVYTAEAWLDDDGVNVRNIPIRVTVTIDDDTVTVDYTGSGPQAQGGVNATEATAQAAGTLPFLYYIDPDIPLNEGCLRHIKVIAPKGTVVNAEYPASTTCATFCPADLMQEVVNRALIQAMPDRVPAGGARSANLQQISGAEDWSGIPWGFLNLNNGGGQGASRGVDGWPLFYTMAGLGGMKIQPIEQLEMLFPVRIERNEVEQDSMGFGEWIGGPGNRFVITPLKGSFNCVTGGDGFANPPFGALGGTAGIGGGQYANNHRTNSRRYMSANAGVVIDGDSEVLVGVSTGGGGFGRPEHRDAEQVRKDVIDGIISWEVARDVFGVALTAEEIPVVEVEATAQLRRSLSERIVAPITPVEADSSTWRATDMRDGDVYLPNPSLF NA NA NA NA NA D3-18_04581 2121 apc3 COG0145 Acetophenone carboxylase gamma subunit ATGACATGGCGTATAGGCGTAGACATTGGCGGCACCTTTACAGACTTCACCTTGATCGGTGAAGACGGGTACATGGTGCTTTGGAAAGAAGAGTCCTCACCGTTCGACCCGGTTGGAGTGATTAGACGAGGCTTGGAGGCCTTGGCCGACCAGATGGAACTCACTGTCACCAAACTGCTTGCACAGACTTCCCTGTTCGTTCACGGAACAACCGTGGCCACAAACATGCTGATCCAGCGGAACGGCCCGGAGGTCGCGCTCCTGTGCACCGAGGGATTCCGCGACGTTCTTTACTTCCGCGACGGGTTCAAGCCGAACCAGTTCGATATGAGCGTCCAACACTTTGCACCACTCGTCGACCGTTGGCTTAGAGTCGGGGTTCCAGGCAGGATCGACAAAGACGGCAACGAAGTCAATCCGCTTGATGAAGCCGCCGTCCGGGATGCAGCCGCGAAGTTTAGGGCCGCCGGTGTTGAAGCAGTAGCTGTCTCCTTCCTGTGGTCAGTTCTTAACCCGACGCATGAAGAGCGCGCTGCAGAAATACTTCGCGAGGAATTGCCGGGAGTTCACGTCATTACGTCGAACACCATTCTTCCCGAGATCAGAGAATGGCAACGTACTTCATCGACGGTCCTAAGCGCCTACATAGCCCCTAAGATCCGCAGCTACCTTCGTGAACTCGAATCCGAGTTGGAACGCTTAGGCTTGCGGAGCCCCCTGCTCATCATGCAGATCAACGGCGGTTGCGCCCGTGTTTCGGAGATTGTGAAGCGGCCAGTAAACATTCTCGCTTCTGGCCCGGCAGCCGCCCCGGCAGCAGCCCGTTATCACAGCGAAGGCGCCGGGAATAACGTGATATCGGTTGATATGGGCGGTACGAGCTTGGACGTCTGTTTGATCCGAGATGGTGTCACCACAATGAGCCGGGACATACAGGTGGAGAACCAGCCCATCGGAGTTCCGGCAGTGGATACCCATTCAGTGGGCGCCGGAGGAGGCTCTATTGGCTGGATCGATAACGGAGGCGCATTGCGGATCGGACCCCGCAGCGCCGGGGCCGTTCCTGGCCCGGCCTGTTACGACAATGGAGGTGTCGAGCCAACAGTCACTGACGCGAACGTCATTCTCGGCTTTCTTGATCCTGACCGCTTCCTAGGCGGAAGGCGTAGGCTGCGAGATGACCTGTCGCGCAAGGCAATTGATGAGAAGATCGCCGGACCGCTCGGGCTGGACACGGTTTCGGCAGCGGCGGGCATGATCCGGGTAGTCAATTCCAACATGGTCGCGGCAATTCGAAGTGTTTCGGTGCAGCGCGGGTTGGATCCGCGTGGATTTTCGCTGGTGAGTGGCGGTGGGGCGGGCGGACTGCATGCGGTGGAACTGGCACGCGAGCTTGGGATCTCGACCCTCTTCATTCCGCTGCAGGCCGGTGTGCTGTGCTCGTTCGGCATGACGGTTACCGATGTTCAACACGATTATCTTATGGCCGGGCATGCTTACTCCACCGACGACGATGCAGCCGAGCTGGCGTCCGCACTGGAGCGACTTGAGTTGGAGGCTAGGAATCAGCTCATGGAAGAGGGCTTCGACGAGGCACGGGTTCAGCTCCGTCGGGCTGTCGACGCGCGTTATCCCGGCCAGGTACACGAGCTCACTGTTGTAGTTCCGGCTTCGGAGCGGCTAACGCCGGCGGCACTGAAGGCAATAGCCACGGCTTTTAACGAAGATCATCTGAACGAGTTCGCGTACAACAGGCCGAATATGCCAGTCGAATTCCTTCACTGGCGCGTTGCTGCCGTCGGGTCGCTTGGGAAATCCGTCGGCACAACTTCAGAACCGGTCACCACCAAGGATTCTGAACCAGTTGCGATTCGACAGGTGTATTCCCTCGTTAGGGATGAAATGACGGAAGTTCCTGTGTACGAGTCGGTTGGGGTAGGTATCGGCAGCCGCATTGAGGGGCCCGCCGTACTTTATGCGCCCACGACCACTATTGTGCTCGCTGAGGGGGACCGCCTCACGATGCACGGAGCAGACGGTTACACCATCGATGTGGCCGCCAAAGATGACCGGGGTCGTTCAAACCAGCCCGACCGCGTTCAGATCTCTGTTGCGTCCTGA MTWRIGVDIGGTFTDFTLIGEDGYMVLWKEESSPFDPVGVIRRGLEALADQMELTVTKLLAQTSLFVHGTTVATNMLIQRNGPEVALLCTEGFRDVLYFRDGFKPNQFDMSVQHFAPLVDRWLRVGVPGRIDKDGNEVNPLDEAAVRDAAAKFRAAGVEAVAVSFLWSVLNPTHEERAAEILREELPGVHVITSNTILPEIREWQRTSSTVLSAYIAPKIRSYLRELESELERLGLRSPLLIMQINGGCARVSEIVKRPVNILASGPAAAPAAARYHSEGAGNNVISVDMGGTSLDVCLIRDGVTTMSRDIQVENQPIGVPAVDTHSVGAGGGSIGWIDNGGALRIGPRSAGAVPGPACYDNGGVEPTVTDANVILGFLDPDRFLGGRRRLRDDLSRKAIDEKIAGPLGLDTVSAAAGMIRVVNSNMVAAIRSVSVQRGLDPRGFSLVSGGGAGGLHAVELARELGISTLFIPLQAGVLCSFGMTVTDVQHDYLMAGHAYSTDDDAAELASALERLELEARNQLMEEGFDEARVQLRRAVDARYPGQVHELTVVVPASERLTPAALKAIATAFNEDHLNEFAYNRPNMPVEFLHWRVAAVGSLGKSVGTTSEPVTTKDSEPVAIRQVYSLVRDEMTEVPVYESVGVGIGSRIEGPAVLYAPTTTIVLAEGDRLTMHGADGYTIDVAAKDDRGRSNQPDRVQISVAS NA NA NA NA NA D3-18_04582 402 hypothetical protein ATGACTAATGACAGGGCACACCAAGTTTCCACCCAATTGCTCCCTGACGGATTCGACGACCTATGCGAGGCCTGGAACGCGCATGATGTCGACCGCATCATGTCCCATATCCATCACAACTGTCTCTGGTTGGTGTCCTACGGCTCGGGCGCCGAAGGCCAGCGGTGCGAGGGTGCTACCGCCATTCGAGACGGCTTGGCCCGATTTTTTGCGAAGTATCCGGATGGAGAGTTTTCGGATATGTCCGTCTTTCTCACCGACGGAGAACGTCTGGCCGTCAGTTGGATCTTTTCCGCCACTGTCGAAGGCCAATGGGTCAGCAAGCGAGGCTGCGACCTCCTTGAGTATGCGGACGGGAAGCTGATCTATAAGAATGCGTTCCGCAAGGAGTATGTGAGATAA MTNDRAHQVSTQLLPDGFDDLCEAWNAHDVDRIMSHIHHNCLWLVSYGSGAEGQRCEGATAIRDGLARFFAKYPDGEFSDMSVFLTDGERLAVSWIFSATVEGQWVSKRGCDLLEYADGKLIYKNAFRKEYVR NA NA NA NA NA D3-18_04583 1095 hypothetical protein ATGAACCCTTTCCGCCCTACAGCCGGCGCCACTCCCCCAGAACTCATTGGCCGCGAGGGGATGCTCGATGAGTTTGAGTACGGCCTGCAGCTTGGCTCTGGGGCGCCCGGATTGCTGACCATCATCACAGGCGCCCGCGGCATCGGCAAGACCGCCCTACTCAGTGCCGCCCAGGGCGCGGCCGCCCGGCAAGGGTGGGTTGTTGTTCCCGAGACGGCCACACCGGGGTTCGTCGGACGGATCGGCGAGACCATGCGGCTGCACCTGGATGAACTCGGCTCCGGCCCGACCGGTCGCAGGATCACAGCATTGGGCGTGGCAGGTTTCACCGTTACCACCCAGTTGCCGCCGGAGCGGCAGGTTGACTGGAGGCGGTTGGGAAACCAGCTGCTGAACGTTCTCGCGGAGAAGAAGACAGGGCTGCTTTTCACCGTTGACGAAATACACTCGGCAGACCGTGCGGAACTGTCCCGGCTGGCTGCCGATGTCCAGCATTTCATTCGCGACGGGCTCCCGATAGGACTGATCTTCGCCGGACTGCCGGCAGCAGTTTCGGATCTGCTCAACGAAGGAGTGGCAACGTTCCTGCGCCGGGCAGAGCGCATCGACCTGCATGCCGCGGCCATTGCGGAGGTTGAACGGTCCTATGCCAGCACCTTCCAGAATGCTGGCATCAGCATCAGCGCTGACTTGGTCCGGGAAGCGGCTGAGGCGACCGGGGGGTATCCGTTCCTGATCCAGCTCATCGGCTACCAGCTATGGCGGCAAGCCGAAATCAATAACATGGCGTTGGAAAAGACAAACATCACCCAAGCCATCAATGCCGCCACCCGCCGCCACGAGGCGACAGTCATCGAGGCGGCCCTCTCCACCGCGTCAGACAAAGACAAAGACTTCCTCCGTGCCATGGCCGAAGACGACGGCCCTGTTGTTGCCGGCGATATCGGAAAACGGCTCAACGCCAAGAGCAACGTCGTTGCCAACTACCGGGCACGTCTCATAGCAGCAGGACTCATCGAAGCCCCCGCATACGGCAAGGTCGACTTCGCTATCCCCGGCCTGCGCGAGTACCTCCGCAAAACAAGCCCTCTATAA MNPFRPTAGATPPELIGREGMLDEFEYGLQLGSGAPGLLTIITGARGIGKTALLSAAQGAAARQGWVVVPETATPGFVGRIGETMRLHLDELGSGPTGRRITALGVAGFTVTTQLPPERQVDWRRLGNQLLNVLAEKKTGLLFTVDEIHSADRAELSRLAADVQHFIRDGLPIGLIFAGLPAAVSDLLNEGVATFLRRAERIDLHAAAIAEVERSYASTFQNAGISISADLVREAAEATGGYPFLIQLIGYQLWRQAEINNMALEKTNITQAINAATRRHEATVIEAALSTASDKDKDFLRAMAEDDGPVVAGDIGKRLNAKSNVVANYRARLIAAGLIEAPAYGKVDFAIPGLREYLRKTSPL NA NA NA NA NA D3-18_04584 348 hypothetical protein TTGCCGACCGTGGCTAGTACGGACATGACATTTCAGAACTTGAACGATCTAATCGCCCCCTCATCTAGCGACAGAGGCGACGAGCTGCCCAGCACCCAGTGGGGGCAGCTCGACGAAGGCGACGATGTCATTGTCAAGCGAGAACGGGAACCGCTCCTTGCCGGGGAAATTGATGCTCGGACCCAGGACGCCTCTGTTTTCTGGGTTTGGCTCGAAGGAGGCCGCGGCCGCGTAGCGGTCTACGCCGATGAAGGCACCTCAGTTTGGTTACCCAGAGACCGTCACCTGTGCACGGCACAAGAACCCGCAAAAGTACTACCGCAACGCGAGGTGCCAGCTCTGGACTAA MPTVASTDMTFQNLNDLIAPSSSDRGDELPSTQWGQLDEGDDVIVKREREPLLAGEIDARTQDASVFWVWLEGGRGRVAVYADEGTSVWLPRDRHLCTAQEPAKVLPQREVPALD NA NA NA NA NA D3-18_04585 138 hypothetical protein ATGACCACCAGGACAACTACTCCTGAAAAGGAGACCCGGTCTACCCGCGTTCAGCGCGGTACGACGAAGGCGCTCAACGGCGTCACCATGGACCTCGTCAACGCCGAACAGGACCACCGCCTTGCCGACCGTGGCTAG MTTRTTTPEKETRSTRVQRGTTKALNGVTMDLVNAEQDHRLADRG NA NA NA NA NA D3-18_04586 1641 nfdA_7 N-substituted formamide deformylase GTGAAACTCGACGCGCTCTTTATCAATGGCCGGTTCACCACTGTCGATCCTGGTCGACCGCACGCGCGTGCGCTGGGGGTCATAGGTGAGCAGATCGTGGGATTGGACGAGGAACTGGAGGGCTGTTCCTCCGATGTCGTTTATGACCTGCAGGGCGCTCCTGTCGTGCCCGGCTTCCATGATGCGCACTACCACCTTTCGACAGGCGGGCGGGATCTGACCCTGCTGGACGTATCGCCCGGCGAGGCGCCAACACTTGACAGGCTCTATGAGTTGGTGGCCGAAAGGGCCCAGCAGCTTCCTGTTGATGCCTGGGTGGTTGGAAAGGGGTACGAGTCGCTCTACCTCGGCGGCCATCCTGACCCGGACGCCCTGGACCGGGCCGCTGACGGCCGGCCTGTATGGCTTTTGCAGAAGTCAGAACATGGAGGAGTGGCCGGCCGCGCTGCGTTGCGGCGACTGGGGCTCAATGAAACCAAAGATGTCCCGTTCATCGACGGCGGGCATATCGCCATCGGGAAAGATGGCCGCCCCAACGGGGTGATCGCCGAAAAGGCGATGGCTCTGGTCTTTGATGCGATTGGGCCGAAACCTTTCGATGAGTTCGTCGAGGATATCGGCCGGTCGGCACGCAACGCCGCCGCCATGGGCCTGACCAGCATCACCGAACCGGGCCTTGGCGGAATGTGGGGCACCGGAGCGAGCGACATTGCGGCGTTCCAAACCGCACGGGACCGGGGCCTGCTGGACCTGCGCGCGACCGTGATGCCGTACTTCGAGGTACTTCACAAGCTGGAACACGACGGCTCAGGCACCCCGGATTTCGGGCTTGACCTGGGGGTCCATACCGGGCTGGGCGATGATTGGCTTCGGATTGGTGCGGTGAAGATCGTCAGCGACGGTGCCTTCTCGATGCGCACCGCTGCCATGTGCTGCGACTATGAAGACACCGCGGGCGAGCGAGGCTACCTCTTGCAAGACACGGAGGAACTGCGCCGACAAATCCTCGACCTCACAGCTGCAGGCTGGCAGGTCGCCACCCACGCCATCGGTGACCTCGCCGTCGATACCGTGCTGTCCGCCTACGAACAGGCACGCCTGGCCTTCCCGAAGAACCGGCTGCGTCATCGGATCGAACACATGGGCCTGGCGACCGATGGCCAGATCAGGCGGTTGCGGGCCGCGGACGTGATTGCCGTGCCGCAGGCCAGGTTCCTGGACGAGTTCGGGGATACCTATTTGGCGGCCGTGGGCGAGGACCGGGCCCAATACTTGTATCGTCAGCGCGGCTTCCTGGACGGCGGGCTTGAGCTGCCCGGAAGCTCGGACTGGCCCATCGTCGCCGGCGCCCCATTGCTGGGCATACATTCGCTGGTGAACAGGCAGATCCCTGGGGGAAGAATCCTGAACCCGGCAGAGCGGCTCACCCCTGCCCAGGCACTGCGCGCATTCACCTACGGCTCCGCCTATGCCGACCATCAGGAACACCGCAAAGGCAGCCTCACCCGGGGCAAACTGGCCGACTTCGTCGTCCTCACCGACGACCTGCTCCACGTCCCACCCGAACAGATCGGATCAATCCAGGTAGCCGCGACCATCATCGGCGGCACACCACGCTACGGAACACTACAAACCAGCTAG MKLDALFINGRFTTVDPGRPHARALGVIGEQIVGLDEELEGCSSDVVYDLQGAPVVPGFHDAHYHLSTGGRDLTLLDVSPGEAPTLDRLYELVAERAQQLPVDAWVVGKGYESLYLGGHPDPDALDRAADGRPVWLLQKSEHGGVAGRAALRRLGLNETKDVPFIDGGHIAIGKDGRPNGVIAEKAMALVFDAIGPKPFDEFVEDIGRSARNAAAMGLTSITEPGLGGMWGTGASDIAAFQTARDRGLLDLRATVMPYFEVLHKLEHDGSGTPDFGLDLGVHTGLGDDWLRIGAVKIVSDGAFSMRTAAMCCDYEDTAGERGYLLQDTEELRRQILDLTAAGWQVATHAIGDLAVDTVLSAYEQARLAFPKNRLRHRIEHMGLATDGQIRRLRAADVIAVPQARFLDEFGDTYLAAVGEDRAQYLYRQRGFLDGGLELPGSSDWPIVAGAPLLGIHSLVNRQIPGGRILNPAERLTPAQALRAFTYGSAYADHQEHRKGSLTRGKLADFVVLTDDLLHVPPEQIGSIQVAATIIGGTPRYGTLQTS NA NA NA NA NA D3-18_04587 810 glnQ_8 COG1126 Glutamine transport ATP-binding protein GlnQ ATGAGCGCACCAGCCCACCACCTATCCCAGAACACGTCCCGTCACGAGTCAAAGGACCTGGTCACCATCGAAGGGGTGCACAAATTCTTCGGCCAACACCACGTGCTGAAGGGAATCGACATGACCGTCAAACAAGGCGAAGTGTCGGTCCTGATAGGACCATCCGGATCCGGTAAGTCAACGATCCTGCGCTGCATCAACCACCTCGAAACCATCAGCGCCGGGCGCGTAAGGGTCAACGGCGAACTCATCGGCTACCGGGAAAAAGGCGACAAGCTGCACGAGCTCCACAAAAAAGAGATCGCACAGCAACGCAGCAACATCGGCATGGTGTTCCAACGCTTCAACCTCTTCGGCCACGAAACTGCCCTGGAGAACGTCATCGAAGCACCAACCCAGGTCAAACGCCAGGACAAAACCTCCGCCAAGAAACGCGCCCACGAACTCCTTGACCGCGTCGGACTTGCCGAACGAGCCAACTTCTACCCCGCCCAACTCTCCGGCGGCCAACAACAACGGGTCGCGATCGCCCGCGCCCTCGCGATGGACCCCGAGCTCATGCTGTTCGACGAGCCCACCTCGGCCCTGGACCCCGAACTCGTAGGCGACGTCCTCAACGTCATGAAAGACCTCGCAAAATCAGGCATGACCATGATCGTCGTCACCCACGAGATCGGATTCGCCCGGGAAGTCGGCGACACACTGACCTTCATGGACAACGGAATCGTAGTCGAAACCGGCAACCCCCGCGACGTCCTCACCAACCCCCAGCAAGAACGAACACGCACCTTCCTCAGCAAAGTCCTCTAA MSAPAHHLSQNTSRHESKDLVTIEGVHKFFGQHHVLKGIDMTVKQGEVSVLIGPSGSGKSTILRCINHLETISAGRVRVNGELIGYREKGDKLHELHKKEIAQQRSNIGMVFQRFNLFGHETALENVIEAPTQVKRQDKTSAKKRAHELLDRVGLAERANFYPAQLSGGQQQRVAIARALAMDPELMLFDEPTSALDPELVGDVLNVMKDLAKSGMTMIVVTHEIGFAREVGDTLTFMDNGIVVETGNPRDVLTNPQQERTRTFLSKVL PGPT0020790_908 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 D3-18_04588 1008 hypothetical protein ATGAATCCCACCACTACTCACCCGAGTGAGATCACCCGGTCAGGACGCGAAAGGGCGCCCGAACTGAACAGGGCCGTTCCGGTACGCCATCCCGGCCGATGGATCAGCGCATCCATCATCGTCATCAGCGTGGCCTTGGCGCTGCAGAGTTTGGCCACCAACCCCAACTTCCGTTGGGATACCTACGCCCTCTACATCCTTGACGTGAACGTTTTCCGCGGCGTCGGATGGACGCTGCTCCTCACAGTCCTCTCCATGGCGATTGCCATCGTCCTCGCGGTCCTCCTGACTTTCATGGGACAGTCCGATAATCCGATCCTGCGCTGGTCCAGCTGGTTCTGGATCTTCATCTTCCGCGGAACCCCTGTCTACACCCAGCTGGTCTTCTGGGGACTCATCTCCGTGCTGTACCCGAAGATCTCCATGGGAATCCCCTTCGGCCCGGAACTGTTCCACTTCACCACCCAGGACGTGCTCACCGCTTTTTGGGCCGCGGTTCTGGGGCTGGGACTCAACGAGTCCGCCTACCTGGCCGAGATCTTCCGCGGCGGCCTGAAAGCCGTCGACCGGGGACAGGCCGAAGCTGCCGAGGCCCTGGGCATGCGCGGCACAAAAATCCTGTGGCGCATTGTCCTGCCGCAAGCGATGCGCGTGATCGTCCCACCCACCGGAAATGAAACCATCGGCATGCTCAAGACGACCTCCATCGTCCTGGCCGTGCCGTTTACCCTGGACCTGACCTTCGTCACGACCTCCCTGGCCAGCCGGACCTACCTGCCCATCCCGCTCCTGCTCGTCGCTGCCACCTGGTACATCGTCATCACGAGCATCCTCATGGTCGGCCAGCACTACATCGAAAAGTACTACGGCAAGGGCGTGGACAACCTAACCTCCGCCCCGATTAACCGGGCCGCTGCGAAGGTTGCCGCCGCGAAGACCAGCACCGGCGACAACACCCCCGGAGGCCCCAGCCCTGCCGGGCCAACCACCGAGGAGAGCGGCCGATGA MNPTTTHPSEITRSGRERAPELNRAVPVRHPGRWISASIIVISVALALQSLATNPNFRWDTYALYILDVNVFRGVGWTLLLTVLSMAIAIVLAVLLTFMGQSDNPILRWSSWFWIFIFRGTPVYTQLVFWGLISVLYPKISMGIPFGPELFHFTTQDVLTAFWAAVLGLGLNESAYLAEIFRGGLKAVDRGQAEAAEALGMRGTKILWRIVLPQAMRVIVPPTGNETIGMLKTTSIVLAVPFTLDLTFVTTSLASRTYLPIPLLLVAATWYIVITSILMVGQHYIEKYYGKGVDNLTSAPINRAAAKVAAAKTSTGDNTPGGPSPAGPTTEESGR PGPT0020795_755 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 D3-18_04589 942 hypothetical protein ATGATTCTCTCCCTTAAACTCGCTATGAAAGGGTTCGTCGTGCTGGCCGCCGGCGCCCTTGCATTGACAGGATGCACGAACGCCTCTGAGGCCGCGCCAGGGGGTTCGGGCAACGGTTCCGCATCAGGCCCGGCCGCCTTCGATTCGAGAACCGTCGCGAAAGACGAGGCTTTGGCCTCGCAGGTTCCTGCCGTGATCAAGTCCAAAGGAACACTCCTGGTCGCCTCCGACACGGCCTACCCGCCGGCCGAGTTCCTCGGGGGTGCGGATAACCAAACGCCGATGGGGTACGAGATGGACATTGCCAACGCCCTTTCTGCCACGCTCGGGCTTAAGGCTGAAGTCCAGTCGGCCGCATTCACTGCGATTATCCCTGCCCTGGGACCGAAATATGATCTGGGCATAAGCTCCTTCGGGATCACAGAGGAACGCCTGGAGGCTGTCAACTTTGTGAGCTACTTCCAGGCAGGTATCGCCTGGGCAACCAAGAAGGGCAACCCGAACAACTTTTCGCCCGAGAACGCCTGCGGCAGGAAGGTCGGTGCAGCGTCGGGAAGCACATTGGTCACGTTTGCGCAGGCCAAGAGCGACGCTTGTGCTGCAGCGGGCAAGGACCCTGTCGAGATCGTTCTGCTGGACAAGATGACGGACTTCCAAATCCGGGTGACCAATGGAGCCGTTGATGCGGTCATAGCAGACTCCCCTGTCGTAGGCCTCCTTGTCGATCAGTCGAACGGCACTATGGAGAAGGTCGGCAAGATCAGCGACGTCGTGCCTCAGGGCATCGCCATCGCCAAGGACGACCCCGAACTGGCGAAACTCATCCACCAGGCCATGAATAAACTCATCGCTGACGGGACCTATAAGAAGATCCTCGATACGTGGAACGTCGCCGACGGCGCCATCTCCACTTCCGAGCTCAACCCCTCGGTCGCAGAATGA MILSLKLAMKGFVVLAAGALALTGCTNASEAAPGGSGNGSASGPAAFDSRTVAKDEALASQVPAVIKSKGTLLVASDTAYPPAEFLGGADNQTPMGYEMDIANALSATLGLKAEVQSAAFTAIIPALGPKYDLGISSFGITEERLEAVNFVSYFQAGIAWATKKGNPNNFSPENACGRKVGAASGSTLVTFAQAKSDACAAAGKDPVEIVLLDKMTDFQIRVTNGAVDAVIADSPVVGLLVDQSNGTMEKVGKISDVVPQGIAIAKDDPELAKLIHQAMNKLIADGTYKKILDTWNVADGAISTSELNPSVAE PGPT0020800_1977 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 D3-18_04590 657 hypothetical protein ATGGCGCTGTCTTCGTACCAGCCGCCGGATCATGTTGGTCAGCCAGATCATCGTCGACCTGACCGCTCGGAGAGAATGGGCATGAGCAGGGAGTCGTCCATGCAGACAATTACGGAATCTTCATCTGTTAATGCAGCATTCTGGCCCTGCCGGGCATTGGGATATTTGGACAATTCAAAGGACCGAGGCCAGTGTCATTTGTCGTGTACACAGCCATCCATTCAGCTTCGTGAGGGATCCAGGACGAGTGCGTCCACTGCTCGGGAATCGGTCTGCACCAGGTGGGCCCCGTCCCTGCCGCGACTTTGGGCGTACGGAAGTCGTCTTGCGTCGAGCTACAGAAACAAATGGTTGGCTTGTCCACTCGAGTTGCCGTCACGGAACTTTTGGTTCCTTCGCCGGAATATCCCGCCAATATATCAATGGGCAAGTTTTCTTATATCAGACTGGGTTCATGGATTAGCAATTCTTTTGCTCAGGGCTTCTTTAGCGTCTGGCTCACAACTAAGCGTTTGGCAAGCACCTCAAGGTGTCTCCCCAAGTCGGGCTTTAGGTCCTCCACTGGGTACTCCGAAGGCTCCTGAAATCACGAAGGAGCATGAATTCGTGGCAGTGGGCCTGCTGAGGACGCTTAGTACTCATCTTCGTAGTCCGTGA MALSSYQPPDHVGQPDHRRPDRSERMGMSRESSMQTITESSSVNAAFWPCRALGYLDNSKDRGQCHLSCTQPSIQLREGSRTSASTARESVCTRWAPSLPRLWAYGSRLASSYRNKWLACPLELPSRNFWFLRRNIPPIYQWASFLISDWVHGLAILLLRASLASGSQLSVWQAPQGVSPSRALGPPLGTPKAPEITKEHEFVAVGLLRTLSTHLRSP NA NA NA NA NA D3-18_04591 1758 kstD COG1053 3-oxosteroid 1-dehydrogenase GTGAAGACCCCCAAAACCAGTGAATCATGCGCAACCTCCGGCACCACGTTGGACTGCGACGTCCTCGTCATCGGATCGGGCGCAGGCGGCCTCTCAGCTGCGGTCACAGCGGCCTACCACGGACTGAAAGTCATCGTCGCGGAAAAGGCGGACGTTTGTGGCGGTGCCACGTCCTGGTCCGGCGGCTGGGCCTGGACCCCGGGAAACCCCTTGGCCAAAGCAGTCGGAATCAACGAGGACCCCGAACTCTTCCGCACCTACCTGCACCACCGCCTCGGCACGAACTACAACGCGGAAAGGATCGAGGCCTTCCTGGAAGCAGTCCCCCACATGGTCGGGTTCTTCCACAACAAGACCAGCCTCCAATTCGTTCCCGGGGCCAAGATCAAAGACATCTATGGCCAGACCCCCGGCGCGGGCACCGGAAACCGCTCTGTCGGCCCCAAACCCCTCAACGCACGAAACATCAAGCCCCAGCTACGGGCAAAGGCACGCCACCAACTCTACGAAACCTCATTCCTGGGCATGGGCATCATGGCCGGACCTGACCTCACCAAATTCCTCTCCGCATCCCAGGGCAACATCCAAGGCCTGCTCCATGCGACATGGCGCGTGGGACTCCACGTTCTGGATCTGCTCATCCATCGTCGGAACATGCAACTCGTCAACGGCACCGCCCTCACCGCCAGGCTCTTGAAATCAGCTGACGATCTTGGTGTTGACATCCGCGTCTCCACACCAGCCAAACACCTCCTCACCGACAAGAAAGGCAACGTGAGCGGCGCCATCGTACATTCACCCGATGGAAGCTACACCATCAACGCTTCGCGCGGCGTCGTGCTCGCCACGGGCGGCTTCCCCAACGACGCGGCCCGCCGCGCCGAACTATTCCCTAGTACGCCTACCGGTCAAGAACACTGGACCCTGGCTCCCCAGGAAACCACCGGAGATGGCATAGCGATGGCGCAGGCCGTCGGCGCCAGCTTTGACACCAACGTCGAATCGCCCGCCGCCTGGTGCCCGGTCTCCCTGGTTCCCTACCGCAACGGCCGCACAGGAACATTCCCCCACATCATGGACCGGGCCAAACCAGGCAGCATCGGCGTGCTCCGCAACGGCAAACGGTTCGTCAACGAAGCCAACGGCTACTACGACTACGTCGAAGGAATGCTCAAAGCAACGCCCGACGGCGAACCGGTCGAAGCCTGGCAAATCGCCGACGCCGCCTACGTCCGCAAGTTTCCCTTGGGAATGGCCAAACCACTACCCGTCCCGCTGTTCCCCTACCTCCAATCCGGCTACCTCAAAAAGGGCGACACCATCGAAGAACTCGCCAGTGCCTGCGGCATCGATCCTGAAGCCTTGGCACAGACCGTGGCGGACTTCAACGAAAACGCCCGCAACGGCATCGACCCCGAATTCAACCGGGGAACCACCGAATTCAACCGCTACGGCGGAGACCCGAAGAACACACCCAACCCATCCCTCCGCCCCTTGGAAAAGGGACCTTTTTACGCCGTCAGGGTTCTCCCCGGCTCCTTCGGCACCTTCGCAGGCCTTGCCACCGATCCACGCGCACGTGCCTTGGACAACGCAGGGCGAGCCATCAATGGACTCTACGTCGCCGGCAACGACCAAGCATCAGTCATGGGAGGCCACTACCCCGCCGGAGGCATCAACCTCGGCCCCGCCCTCACCTTCGGATACATCGCCGGACGCGACCTGGCCGGCGTCACGGACTACGAAGATGAGTACTAA MKTPKTSESCATSGTTLDCDVLVIGSGAGGLSAAVTAAYHGLKVIVAEKADVCGGATSWSGGWAWTPGNPLAKAVGINEDPELFRTYLHHRLGTNYNAERIEAFLEAVPHMVGFFHNKTSLQFVPGAKIKDIYGQTPGAGTGNRSVGPKPLNARNIKPQLRAKARHQLYETSFLGMGIMAGPDLTKFLSASQGNIQGLLHATWRVGLHVLDLLIHRRNMQLVNGTALTARLLKSADDLGVDIRVSTPAKHLLTDKKGNVSGAIVHSPDGSYTINASRGVVLATGGFPNDAARRAELFPSTPTGQEHWTLAPQETTGDGIAMAQAVGASFDTNVESPAAWCPVSLVPYRNGRTGTFPHIMDRAKPGSIGVLRNGKRFVNEANGYYDYVEGMLKATPDGEPVEAWQIADAAYVRKFPLGMAKPLPVPLFPYLQSGYLKKGDTIEELASACGIDPEALAQTVADFNENARNGIDPEFNRGTTEFNRYGGDPKNTPNPSLRPLEKGPFYAVRVLPGSFGTFAGLATDPRARALDNAGRAINGLYVAGNDQASVMGGHYPAGGINLGPALTFGYIAGRDLAGVTDYEDEY PGPT0006680_17 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STEROID|DERIVATE_DEGRADATION XENOBIOTIC_ADROSTENEDIONE_DEGRADATION,PGPT0006680-kstD-K05898 NA NA D3-18_04592 1302 abaF_17 Fosfomycin resistance protein AbaF ATGAGCACTCCCACCCATCCCCCGGTAACGATCAGCGCCAAGGCCGGCCGCCGTGCGGCACTGGCGAGCACAGTCGGCGCAGTCGTTGACTGGTACGACTTCTTTCTCTACGGCACAGCCGCTGCCGTTGTCTTCGGTCCCCTGTACTTCCCGTCGGACAACCAAGTTGCCGGTCTGCTGGCATCCATGGGTTCCTTCGCTGTCGGTTTCCTGTTCCGCCCGCTGGGCGGGGCCATCTTCGGCCACTTCGGTGACAAGTACGGCCGCCGCACCATGCTCTTCATCACCGTCATCATGATGGGCCTGGCCAGCACGGCCATCGGATTGCTCCCCAGCTATGCGGCAATCGGTGTCGCAGCACCCATCCTTCTTGTGACCCTGCGGGCCATTCAAGGCATCGCTGTCGGCGGTGAATGGGGCGGCGCGGCCCTGATGGCGGTGGAAAACGCACCCGCTGGCAAGCGGAACTTCCTGGCCACCGGTGTCCAGATCGGCTCCTTCCTCGGCTTGCTGCTCGGCACCGCGGCGTTCTCACTGGTCACCGCCATGACCACCCCTGAACAGTTCCTTGCCTGGGGTTGGCGCCTGCCATTCGTGATCAGCATCCTCTTTGCCCTGGTCGGCCTCTGGATCAGGGCGGGCGTGCCGGAATCAGCGGAATTCGCCGCGGTCAAAGAGGAACACAAGGCCGCACAGGCACCTTTGGCCGAAGCCCTGCGAACAAGCCCCAAAAAGATCCTGGCAGTGATCGGCATGAGAATGGTGGACCAAAGCACCTTCTACATGGGCTTCACGTTCTCGCTTGCCTACGTCAAGAACTTCACAGACACCCCGTCCTCCACCGTCCTGACCGCATCCATGGTTGCCATGGTCCTGGCCATCCCGTTCCTGGCCCTCTGGGGACGACTCGCCGATAAGTTCGGCCGGAAGTGGTTCTACATCATCGGCCCACTGGCCGCAGCACTTGCAGCAGCCCCGTTCTTCGCAGCCCTTGAAAGCGGCGATCTGTTCCCGATGATCCTTGGCTTCGTCGCGTTGATCAACCTCGGACACAACATCTCCACCTGCGTCCAGCAAACGTGGTTCACCGACATGTTCGACGTCCGGATCCGATACAGCGGCGCAGGATTTGCGTACGCATTGGCTGGCGCGGTCGGTGGTTTCATTCCCCTGATCGCCACCGCCCTGATGGCAAGCAGCGGCAGCTGGGTCCCGGCAGCAGCACTCCTTGCAGGGCTATGCCTCATAGCACTGGTCTCCAGCCTTTGGTCCTATAAGTGGGCCAACAAGGAACACCGCTAA MSTPTHPPVTISAKAGRRAALASTVGAVVDWYDFFLYGTAAAVVFGPLYFPSDNQVAGLLASMGSFAVGFLFRPLGGAIFGHFGDKYGRRTMLFITVIMMGLASTAIGLLPSYAAIGVAAPILLVTLRAIQGIAVGGEWGGAALMAVENAPAGKRNFLATGVQIGSFLGLLLGTAAFSLVTAMTTPEQFLAWGWRLPFVISILFALVGLWIRAGVPESAEFAAVKEEHKAAQAPLAEALRTSPKKILAVIGMRMVDQSTFYMGFTFSLAYVKNFTDTPSSTVLTASMVAMVLAIPFLALWGRLADKFGRKWFYIIGPLAAALAAAPFFAALESGDLFPMILGFVALINLGHNISTCVQQTWFTDMFDVRIRYSGAGFAYALAGAVGGFIPLIATALMASSGSWVPAAALLAGLCLIALVSSLWSYKWANKEHR PGPT0002956_117 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_04593 855 hypothetical protein ATGAACAGAACCATTGGCCTGGCCCACTTGTCAGCGTTGCATCTGAGCCCGCCTGAACTGGTCCAGGCTGCGGCCAACGCCGGCTTCACCTCTGTCGGCATCCGCGTTTACCCGGCGACCAAAGGCGAATCGACCTACCCCATGGCGGTTGGCTCCCCCCTGTTTGTACAGACGCTTGATCGTCTCGCAGGGACGGGAATGGCGGTGCGTGATGTAGAGGTATTCACGCTCAACGGGAATCGTGGACGCGCCGAATGGGAGCCCATGCTTGAAGCGGGAGCTGCCCTGGGTGCGAGTGTTTTGAACGTGATCGGGAGTGATCCGGAGGTGGGCCGGCTAAGGGATAGCCTTGCGGCGCTGGTCGAAGATGCCCGCGCGTTCGGGATCAGGCCTTCCGTTGAGCCGATCTCCTATCAGCCTCTGGCATCCGTGCCTGCGGCGGGACTGCTTGTCCAGCAGACGGGATGCGGAATCATGCTCGATGTTCTTCACTTCGTGCGTGCCGGCGGCCGGATTGCGGAGCTGGAGGATCTTCCGTCAGGGGCAGTGACTGTTATCCAGCTGTGTGACGGCCCAGCCGACACCCCGGACTTGCCGGTCCCGCGTGCCATGCCCTTGGGACAGGACGTCAACGGATCACCTCGGCAGATCGAATCCCGCTCAAAGAGGCTTGCCCCAGGGGAGGGTGTCTTCCCCCTCAGGGAGATCCTGGACCTCTTCCCGGACACGCCGGTCAGCGTCGAAGTCCCTGACGTCTTGGCTGTAGAGGCGCATGGCACAGTTGCCCACCTCCAACACCTCTATGAGGCAGCCGCAACGCTGACCCGCACCTCCCTGAAAACCGAAGCGAAGTGA MNRTIGLAHLSALHLSPPELVQAAANAGFTSVGIRVYPATKGESTYPMAVGSPLFVQTLDRLAGTGMAVRDVEVFTLNGNRGRAEWEPMLEAGAALGASVLNVIGSDPEVGRLRDSLAALVEDARAFGIRPSVEPISYQPLASVPAAGLLVQQTGCGIMLDVLHFVRAGGRIAELEDLPSGAVTVIQLCDGPADTPDLPVPRAMPLGQDVNGSPRQIESRSKRLAPGEGVFPLREILDLFPDTPVSVEVPDVLAVEAHGTVAHLQHLYEAAATLTRTSLKTEAK NA NA NA NA NA D3-18_04594 786 LRA5 2-dehydro-3-deoxy-L-rhamnonate dehydrogenase (NAD(+)) ATGAGCGAACTCACCCAGGAAAAAACAACCCGAACCGCCACCCCGGAGACCTATTGGCCCGGTCGCTTTCAGGACCAGGTGATCCTGGTGACCGGCGCCGCCGGCGGCCTCGGCTCGGACACCGCGGACCGGCTGGCACGCGAAGGTGCCACAGTTGTATGCACGGATGTCCATGCCGGCGGACGGGGCGATGGCAGCGGTCCGTCGAACTGCATGGCCCTGAATGTCACCCAAAGGCAGGACTGGGACCACAGCGTGCAGGCTATTCTGCAGCGGTACGGAAGGATCGACGGGGCGCTGTTTGCCCACGGCATCCAGGGGCCGGAGGTTCCCGTGACGGAGATGCCGGCAGAGGGATGGGCCAGGACCCTGAGCGTGAATCTGGACGGCTGCCTCCACGGCTTGGCCAGCGTCCTGCCGGTCCTCACCAAGCAGGCCTACGGCAGGATTGCCATCCTGTCATCCATTTCCGCGCGTGAAGGGAATCCGCATCAGGCGGCATACTCTGCGTCCAAGGCTGGCCTTGTTGCACTGGTGAAAACGGCAGCGAAAGAGGTGGCCCCTTATGGTGTTACGGTCAATTCCATCGCTCCGTCCATGATGAAGACCCGGCTCCTTCAGGACCTGAGCCCGGAACGAAACGCCCAACTCCTTGCCAAGGTTCCGATGGGAAGAGTCGGGCTACCGGAGGAATTCTCGGCTTTGGCCACATGGCTGCTATCCACCGAGGCCAGCTACATGACAGGCCAGACACTGGACCTCAGCGGCGGCCGTAACACGGCCTAA MSELTQEKTTRTATPETYWPGRFQDQVILVTGAAGGLGSDTADRLAREGATVVCTDVHAGGRGDGSGPSNCMALNVTQRQDWDHSVQAILQRYGRIDGALFAHGIQGPEVPVTEMPAEGWARTLSVNLDGCLHGLASVLPVLTKQAYGRIAILSSISAREGNPHQAAYSASKAGLVALVKTAAKEVAPYGVTVNSIAPSMMKTRLLQDLSPERNAQLLAKVPMGRVGLPEEFSALATWLLSTEASYMTGQTLDLSGGRNTA NA NA NA NA NA D3-18_04595 888 degA_12 COG1609 HTH-type transcriptional regulator DegA GTGGCGAGGGAGCTTGGGTATGTGCCTGATGCCGCTGCCCGGATGATGGTGACGCGGCGGACACACGCCGTTGGTGTGGTTGTTGCTGACCTGACCAGCCCTATTTATCCGGTCATTGTGGAGTCGTTGCAGAACCGGCTTCTTGAGCGCGGGTATCGGATGGTCCTCATCCGGGACCCGGACATTTCACCTGACCCTGAGGCAGTTGACGTCCTGGACAGTGCAACGGTGGACGGAATGATTTTTGTTTCGGCGCGGGAATCTTCTGCCGCCGTCCGCAGAGTGTTGGAGCGTGGGACACCTGTGGTGTTGCTCAGCCGTGACGATACAACTGTTGAAGTCGAGGCAGTGCTTGCCGATGACCGACGCGCTGGCGAGATCGTTGTGGCCCATCTCGAAGGCCTGGGACACAAGAGCATCGGTGTCCTGACCACTCTGCGGGACCGGTCCAATGGCCGGGACCGTGAGGACGGGTTCCGGGCGGCCATGGGACGGCGTGGGCTTCAGGTTCGTGAGGACTGGATTCGCCATCTGCGGCTAACCCATGAAGAGGGGGTCCGGGCCGCGCTGGAGTTGTTGGACACCCAGGACCGGCCGACGGCAATGTATTGCGTGACGGATGCCTTGGCGTTTGCCGTGTTGGACGCGGCTGCGCAACTGGGGATCAGTGTTCCCCAGCAGCTTTCGGTGGTGGGATTCGATGATTCGGGGCCGGCGCGGTGGGCCTTCATCAACCTCACCACAGTGCATCAGCCGATCCCGGAGATGTCGTATCTGGCAGTGGACCGTCTTGCTGGGAGGATCGAAGGCGAGCCTCCCAGCGAAGCGATGAAGTCCGTGTTTCCGGTCCATTTGCAGGTGCGCGCAACGACGGGCCCGCCGGCTTAG MARELGYVPDAAARMMVTRRTHAVGVVVADLTSPIYPVIVESLQNRLLERGYRMVLIRDPDISPDPEAVDVLDSATVDGMIFVSARESSAAVRRVLERGTPVVLLSRDDTTVEVEAVLADDRRAGEIVVAHLEGLGHKSIGVLTTLRDRSNGRDREDGFRAAMGRRGLQVREDWIRHLRLTHEEGVRAALELLDTQDRPTAMYCVTDALAFAVLDAAAQLGISVPQQLSVVGFDDSGPARWAFINLTTVHQPIPEMSYLAVDRLAGRIEGEPPSEAMKSVFPVHLQVRATTGPPA PGPT0017992_13339 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 D3-18_04596 270 hypothetical protein ATGGCAGCCATTGAAGAATCCGCCGATGAGTGTTTCGTTGGGCGGAAAATTAGCGGCATCGGCGTGGGGGCTGCAGGCATGGTTGATGCCACCACAGGCACCATCATCTCCATGCACCTGACGCCCGGGCTGAACGGACTCCAGGTCGGTGCCCGGCTCCAGGGGCGGTACGGAGTTCCAGTACTGGTGGATCACCACCCGAGGGTCCACGCGCTGGGGGACCGCTGGTTTGGCCTTGGCCGGCATCTGCAGGACTTTGGGAGGCATTAG MAAIEESADECFVGRKISGIGVGAAGMVDATTGTIISMHLTPGLNGLQVGARLQGRYGVPVLVDHHPRVHALGDRWFGLGRHLQDFGRH NA NA NA NA NA D3-18_04597 255 hypothetical protein GTGCAGGCACCTCTCATCTTCCACGCACTATTGCTGTGCGTAGGTGCGAGTACTCTGCTTTTGCAGACCTTGGCCAACTCCACGGTGCAGATCGCCGCCCCCGGCAGCATGCTGGGGCGCATCATGGGTATTTACGAGCTCGTCTGGTTCGGCGGTGCCGCCATTGGGGGCCCCTTCTCGGCAATGTTGTTGAGCATTTCGGTCCCCCCGCCGGCATGTTGCTCGCCGGTGCCTTACCTGCCATCGCCACGCTGA MQAPLIFHALLLCVGASTLLLQTLANSTVQIAAPGSMLGRIMGIYELVWFGGAAIGGPFSAMLLSISVPPPACCSPVPYLPSPR NA NA NA NA NA D3-18_04598 522 hypothetical protein ATGATTGCTGTCACCGAAGATAGGGAGGACGTGTTTATCCGTGCGGCAACTGAGCCGAAGTGGAAAGACGCGTACTCCCAGCGCGATCCTGAACCTGCCTTCTTAGCACTGCAGGACGAGATCGTTGTTGACTACAACCTCGCGAAAGCAGCACCACGCTGGAACGGAACACTTTGGATTTACCCTCAAAGCGAATTGATCGCGGACGATATGCAAGAGCTGATCGGCCACCTGACTGGGCCTGGCGACGACTTTAAGAGGGCTTTCTGCCAGGCCGAATACCGTATGGCCATGGCGCACACGTTCCTTACGAAAGAACACAGCACCCCCTCAGCTGGCAAGTATCTCCATGCAGCCCGTACAAGAATTTCAGGAGACAAGAACGTCTGGCGGAAAGACTTCGAGTTGCACGGCGACCACCAAGCCTGGAACTGGTCTCCATCAGCTAACGGGGAGCCAGATCCCTTTACCGCAAAGTTGGATGATTTGGACACGGTCCTAGCTAGGTCGGAGCGCTGGTAG MIAVTEDREDVFIRAATEPKWKDAYSQRDPEPAFLALQDEIVVDYNLAKAAPRWNGTLWIYPQSELIADDMQELIGHLTGPGDDFKRAFCQAEYRMAMAHTFLTKEHSTPSAGKYLHAARTRISGDKNVWRKDFELHGDHQAWNWSPSANGEPDPFTAKLDDLDTVLARSERW NA NA NA NA NA D3-18_04599 1296 hypothetical protein ATGACTGCTCGCACCATCGATCCCCGCATTGGGCTTGCGCTCTCCCTGCATGCCCAGCCGGGCGTCTATGCCCTCCTTATCGGCTCGGGAACATCTACGGGTGCCGGCATCCCTACGGGGTGGGGCGTCATCAAGGATCTTGTGCGACAGGCAGCAGCTGCCGAGGGCACCCCAATTAGCGCTGACGCTGGTGATGCGGAAATAGATGCCTGGTGGGCAGAGCACGGTGATGGCAATGAACTTGGCTACTCAAGGCTCCTCGAATCCCTGGGCCGAACGCCTGCCGCCCGCAGCGCGCTCCTGCACGGACACTTCGAGCCCACGGATGAAGACCGGGCCGACAATCGCAAGGTGCCCGGTACGGCGCACCACGGGATCGCTGGACTCGTCCGCCGGGGGGCCATCCGGGTCATCCTTACGACCAATTTCGATAGCCTCATTGAGCAGGCGCTAGACCAGGCATCCATTCCATACCAGGTGTTGTCCACGGAAAGCGCCATAAAAGCCCGAAAGCCGCTCCATCATGCGGAGTGCACCGTTATCAAGCTCCACGGCGATTACAAGTCCCTTGATCAGAAGAACACGCTCGCCGAGCTAACCGTCTATGGGCCCGCCACCCACCAAATCCTTCAAGAGGTTATGGAGAACTTTGGTCTGATCATCAACGGCTGGTCAGCGGACTGGGACAAAGCTCTGGTACAAGCTCTCCAAGGCAGGCAGAGTCGACGCTATCCCCTGTACTGGTCCACCTTGTATGGGCTGGGATCGGCCGCCGACGCCCTGATCGAACAACACGCGGCTGCCGTCATCAGTAATGTCACAGCCGATGAATTCTTCCCAGACATACAACAACGCCTGGATTCCTTGGATGCCTTGGCGGCGCCGCAGCTGACCGAAGACATGGCCATCGCCCGCCTGAAAAGACTCTTGCCCCATCGGGAGTCCTACATAGAAATCCGGGAACTCCTCGCCGCCGAAATAGGCCCTATTGCCACATACATCCACGGGCGCGGAGGTATGGGCCCTTCCGGGGACTACGCAGCCGTCTTCGACGATCAATGCCTATCTCTGCGTCGTAGCTCTCAGACGCTAGTGCGTCTCATTGCTACCGGTGTATCTCTTGATCGGGACCGCATCCATGCTGATCTTTGGGTGTGGGCAGTTCAACAGCTATTGAAGGCGCGCGTGCCGGTTTCCTCGTATACAGAGGCCTGGTACAACCTTGCGCACTACCCCGCACTACCCCGCACTCCTAGCCCTCCGGGCCATCGCCATGATTGCTGTCACCGAAGATAG MTARTIDPRIGLALSLHAQPGVYALLIGSGTSTGAGIPTGWGVIKDLVRQAAAAEGTPISADAGDAEIDAWWAEHGDGNELGYSRLLESLGRTPAARSALLHGHFEPTDEDRADNRKVPGTAHHGIAGLVRRGAIRVILTTNFDSLIEQALDQASIPYQVLSTESAIKARKPLHHAECTVIKLHGDYKSLDQKNTLAELTVYGPATHQILQEVMENFGLIINGWSADWDKALVQALQGRQSRRYPLYWSTLYGLGSAADALIEQHAAAVISNVTADEFFPDIQQRLDSLDALAAPQLTEDMAIARLKRLLPHRESYIEIRELLAAEIGPIATYIHGRGGMGPSGDYAAVFDDQCLSLRRSSQTLVRLIATGVSLDRDRIHADLWVWAVQQLLKARVPVSSYTEAWYNLAHYPALPRTPSPPGHRHDCCHRR NA NA NA NA NA D3-18_04600 1098 hypothetical protein ATGATGAACCCTTTCCGCCCTACCGCCGGCGCCACTCCCCCTGAACTCATAGGCCGCGAGGGGATGCTCGATGAGTTTGAGTATGGCCTGCAGCTTGGTTCCGGGGCGCCCGGGTTGCTGACCATCATCACAGGCGCCCGCGGCATCGGCAAGACCGCGCTGCTCAGCGCGGCCCAGGGAGCGGCCGCAGGGCAAGGGTGGGTTGTTGTTCCCGAGACGGCCACACCGGGGTTCGTCGGACGGATCGGCGAGACCATGCGGCTGCACCTGGATGAACTCGGCTCCGGCCCGGCCGGGCGCAGGATCACAGCATTGGGCGTGGCAGGTTTCACCGTGACTACCCAGTTGCCGCCGGAGCGGCAGGTTGATTGGAGGCGGCTGGGAAATCAGTTGCTGAACGTTCTTGCGGAGAAAAAGACGGGCCTGCTTTTCACCGTTGACGAAATACACTCGGCAGACCGTGCGGAACTGTCCCAGCTTGCCGCCGATGTCCAGCATTTCATTCGCGATGGGCTTCCGATAGGACTGATCTTCGCCGGTCTGCCGGCAGCGGTTTCGGATCTGCTCAACGAAGGCGTGGCAACGTTTCTGCGCCGGGCAGAGCGTATCGACCTGCACGCCGCGGCCATTGCGGAGGTTGAACGGTCCTATGCCAGCACCTTCCAAAATGCTGGCATCAGCATCAGCGCTGACTTGGTCCGGTACGCGGCTGAGGCGACCGGAGGGTACCCATTCCTGATCCAGCTCATCGGCTACCAGTTATGGCGACAAGCCGAAATCAATAACATGGCCTTGGAAAGGACAAACATCACCCAGGCCATCAATGCCGCCACCCGCCGCCACGAGGCGACAGTCATCGAGGCGGCCCTCTCCACCGCGTCAGACAAAGACAAAGACTTCTTGCGTGCCATGGCCGAAGACGACGGCCCTGTTGTTGCCGGCGATATCGGAAAACGGCTCAACGCCAAGAGCAACGTCGTCGCCAACTACCGGGCACGTCTCATAGCAGCAGGACTCATCGAAGCCCCCGCATACGGCAAGGTCGACTTCGCCATCCCCGGCCTGCGCGAGTACCTCCGCAAAACAAGCCCTCTATAA MMNPFRPTAGATPPELIGREGMLDEFEYGLQLGSGAPGLLTIITGARGIGKTALLSAAQGAAAGQGWVVVPETATPGFVGRIGETMRLHLDELGSGPAGRRITALGVAGFTVTTQLPPERQVDWRRLGNQLLNVLAEKKTGLLFTVDEIHSADRAELSQLAADVQHFIRDGLPIGLIFAGLPAAVSDLLNEGVATFLRRAERIDLHAAAIAEVERSYASTFQNAGISISADLVRYAAEATGGYPFLIQLIGYQLWRQAEINNMALERTNITQAINAATRRHEATVIEAALSTASDKDKDFLRAMAEDDGPVVAGDIGKRLNAKSNVVANYRARLIAAGLIEAPAYGKVDFAIPGLREYLRKTSPL NA NA NA NA NA D3-18_04601 1389 COG0277 putative FAD-linked oxidoreductase TTGACCACATTCATCGAGACAATTCGAAGTTCATTCCCTGCTGAAAAGTTCAGCACCACCGAATCCAATCTCCATAAATACTCTGTCGATGAAGGCCCTGTACAGGAGCGAATCAAACCGTCGGTAGTGCTCTGGCCTGAAAATATTCACGACGTGCAACTGGCTATGTGTATAGCCCATGCACACGGTGCGCCTGTCGTGACCCGCGGCGCGGGTACCGGCGTGTCAGGTGGTGCCCATGCCACCGAAGGATGCGTTGTTCTCTGTCTAGACAAGATGAATAAGATCATCGAATTAAATCCTGCGGATGAAATAGCCCGCGTCGAGGCCGGGGTGATCAATGCAGACCTTAACGCGGCCGCCGCCGTGCACGGGCTCATGTATGCACCGGATCCGGCCAGTTACAAGACCTCAACAATTGGCGGCAATATCGCGACTAACGCAGGCGGGCTGCGATGCGCCAAATATGGGGTCACGCGAGATGCCGTCCTCGCTCTCGACGTAGTCCTCGCGGACGGGAGGCTTATCCAGGTCGGGCACCGGACCGTGAAGGGCGTGGCCGGTTATGACCTCACTGGTCTCTTCGTTGGTTCAGAAGGGACTCTTGGTGTCATCGTGGGAGCCACTGTCCGCCTGAGATACTTGCCTGTTGAAACGCGGACAGTTGCTGCATTTTTTCCCGACATAAAATCAGCGGCCGTCGGTGTCCAGGCCATCGCAACTAAAAGGGTTCAACCCGCCATCCTGGAACTTCTGGACGAGGGAACCCTTAGACAACTGGATGAACAACAAGGTTCGGCGCTGCGAGCCCGTGGCGCCTGCCTGCTGCTCGTACAAACCGACGGACATGGCGCAACCGTGGAGGAGCAAATTATCCGGGAAGCTCTTACCGTCCTTGGCGCAGACGTCACCAGGGAAACAAGTGCCGAAGCCGAAGCATTAGTTGAGCTACGTCGGCACAGCCGGGGCGCAGAAGTTGAAACCGTCATCAGAGTCGGCGAAGACGTGGCGGTGCCCAAATCCCGCCTAGGTGAGTACATAGGGGAACTTGAGCGCATCGCAAATCAACGCGAAATCGGCCTGAAAGTCGTCGCGCATGCGGGAGATGGAAATCTGCATCCCACATTTTGGGTTCCCTCAACCAGTACCCACCTTGTGCCGCAGCTTGATGCAGCCCTTGACGAGTCGGTTCGGGTAGGCCTGGCACTCGGCGGAACCATAACCGGTGAACACGGCATCGGACAATACAAAGTGAAGTGGCTACCGTGGGAACAAAGCGAGGAAGTGCTCGACATTCAACGCCGAATCAAAGCAGTCTTGGATCCCAAGGCACTTCTGAACCCCGGAAAGGTTTTACCCGAGCGTGCATCGGTCCTTTCCGCCGTATGA MTTFIETIRSSFPAEKFSTTESNLHKYSVDEGPVQERIKPSVVLWPENIHDVQLAMCIAHAHGAPVVTRGAGTGVSGGAHATEGCVVLCLDKMNKIIELNPADEIARVEAGVINADLNAAAAVHGLMYAPDPASYKTSTIGGNIATNAGGLRCAKYGVTRDAVLALDVVLADGRLIQVGHRTVKGVAGYDLTGLFVGSEGTLGVIVGATVRLRYLPVETRTVAAFFPDIKSAAVGVQAIATKRVQPAILELLDEGTLRQLDEQQGSALRARGACLLLVQTDGHGATVEEQIIREALTVLGADVTRETSAEAEALVELRRHSRGAEVETVIRVGEDVAVPKSRLGEYIGELERIANQREIGLKVVAHAGDGNLHPTFWVPSTSTHLVPQLDAALDESVRVGLALGGTITGEHGIGQYKVKWLPWEQSEEVLDIQRRIKAVLDPKALLNPGKVLPERASVLSAV PGPT0028045_1 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 D3-18_04602 1383 abaF_18 Fosfomycin resistance protein AbaF ATGTCATCCCAACCACTACCCCCTCGTGCCAGCCACCGCATGAGCAAAGAACAACGACGGGTGCTGGCAGGCACCCTGGTCGGTACCTCAATCGAATGGTACGACTTCTTCATCTACGCCAGCGCAGCCGCCATTGTGTTCGGTCAGTTGTACTTCAAACCCCTCGGAGCGGACAGTCCTGCACTCACCCAGCTCGTGTCCTTGGCATCAATCGGCATCAGCTTCCTTTTCCGACCACTCGGGGCAATTGTTGCCGGGCACCTCGGAGACAGGCTTGGCAGGAAGAAGATGCTGGTACTCACCCTCATCTTGATGGGTGGCGCCACAGCCGCGATGGGGGTACTGCCCACCTATGCCGAAATCGGCGTGTGGGCGCCCCTGCTCCTGATGCTGCTGCGCATCGTTCAAGGTTTCTCAGCCGGCGGAGAATGGGGTGGCGCGGCATTGATGGCGGTGGAGCACGCGCCGAACCACAAGCGCGGACTCTTCGGTGCGTTTCCTCAAATCGGTGTCCCCATAGGCATGCTTCTGGCCACGGGTGTACTTGCCGTTCTGAGCGCCACGTTGAGCCCCGCAGACTTCTTGGCATGGGGCTGGAGGATTCCGTTCCTTCTCTCGGTTCTTCTCATAGTTGTTGGCTTCTTCATCCGGCGCGCCGTGGACGAGAGTCCCGTTTTTAAGGAGCTGCTTGAGCGTCGCAGCGAGTCCTCCGCCCCCTTGGCCAGACTCTTCAAATCCAACAGCAAGCAGGTTCTTCAGTCCGCACTGATCTTTATGGGCAACAACGCGGCCGGCTACGTACTTATAGCGTTCATCGCTTCGTATGCCACCACAAAATTAGGAATGGACCGGTCGCAGGTCCTGCTTATGACCACCGTAGCTGCGGCAGCATGGTTGATTACGACGATCTGGAGCGGCGCACTGTCAGACAAAATCGGCCGGATCAGGACATTCCAAATCGGCTACGTCGCCCTCATCGTATGGATGGTGCCATTGTTTTTCCTCATCGACACCGCCAACATCTGGCTCCTTGGCCTCGGCGTCGTCGTGATGACCGTCGGGCTCGGCTTTGCCTACGGTCCAATGTCAGCTCTGTACGCCGAAATGTTCCCCGTGGAAGTGCGCTATTCGGGCGTATCCATCGGATATGCTATCGGAGCAATTCTCGGTGGAGCATTCGCGGCAACGGTTGCGCAGGCGCTCCTGGACGCGACATCCTGGTCGCCCTCCGTAGGGCTGTACGTCATTGCCCTGAGCTTGATCTCACTTGTGGCTGTAAGCACAGTTCGCGAAACACGTGGAGTGGATCTAGGGGTCGAGGGTTCCGACGTAAACACAGAACCTAAGACTCAGCAAGATTCGAACGCGACAAAAATGGCCTAA MSSQPLPPRASHRMSKEQRRVLAGTLVGTSIEWYDFFIYASAAAIVFGQLYFKPLGADSPALTQLVSLASIGISFLFRPLGAIVAGHLGDRLGRKKMLVLTLILMGGATAAMGVLPTYAEIGVWAPLLLMLLRIVQGFSAGGEWGGAALMAVEHAPNHKRGLFGAFPQIGVPIGMLLATGVLAVLSATLSPADFLAWGWRIPFLLSVLLIVVGFFIRRAVDESPVFKELLERRSESSAPLARLFKSNSKQVLQSALIFMGNNAAGYVLIAFIASYATTKLGMDRSQVLLMTTVAAAAWLITTIWSGALSDKIGRIRTFQIGYVALIVWMVPLFFLIDTANIWLLGLGVVVMTVGLGFAYGPMSALYAEMFPVEVRYSGVSIGYAIGAILGGAFAATVAQALLDATSWSPSVGLYVIALSLISLVAVSTVRETRGVDLGVEGSDVNTEPKTQQDSNATKMA PGPT0002956_607 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_04603 1671 xsc_2 Sulfoacetaldehyde acetyltransferase ATGTTTTTCAACCAACAAACCGTCTCCGATGTCGTAGCAGACATCGTCGCCGAGCGATGCGATGCGGTATTCGGCCTCATGGGCAACGGCAACGCGCACCTGCTCAGCAACCTCACCACCCGGGGAACAACATTCATCAGCGCACGCCATGAATCCGGAGCTGTCGCGATGGCGGACGCCTATTACCGGGCATCTGGAAGAGCCACCGTTGCCACAACCACCTACGGAGCTGGTTTCACGAACACGCTTACCGCGCTCACCGAGGCGAGGATGGCCCGTATCCCTCTGGTCCTCATAGTTGGAGATGCGCCCGCAGTTCGCCGCCCAATCGACATCGACCAAGAAATGGTCGCGGAAGGTCTTGGCGTTCAAACACTGACCATCACAGCCAGCAACGCTGCAGCAATGACTCATCAGGCATTCGAACTTGCATACCGCACCTCTTCCCCCGTCATCCTGGCCATCCCCTACGACATCGCAGCAGCCGCCGCAGAGCCAGCAACACCCGTGACCCCATTGCCTCATTACGTCCTGCCGCAGGCCAGCGCTGAAGACGTTGCACGCATCGCCAGTCTTCTCCGGCAGGCCGAACGCCCCCTGATCTTGGGTGGGCGCGGTGCGCTGGAAGCAGGCGCAGCAGAAAATTTGCGGGATATAGGAGATGACTTGGGCGCACTGTTTGCCACCTCAGTCATGGCACGGAACCTCTTCGACTCCCCTTGGGACCTGGGTATCGCGGGCGGGTTCGCCAGGGCTGGGGCCCATGACCTGCTCCGCCAGGCCGATGTCGTCCTAGCCGTGGGCGTCAGTCTCAACACCTTCCAAATGCGCTACGGAACACTGTTCTCCTCAGCCCAATCCATTGTGCAAGTAGACACGCAGGCAGCCCAAACACACGCCAGCGTGACAGAGTACGTCCAAGCCGACGCCCAGGATTTCGCCAACAAACTGCTCCATGCCCTACGGGCTGTTCCTCCCCGCACCAGCTCGTCCTGGCGACTCAACGAACCAAGAGTTGCGGCACGGGAAATCTTCGACGAACCATCATTCAACGAAACTGCAGATGACGGACGGCTGGACCCACGTCCGTTCGCTCAGGCACTCGACAACATACTCCCGGCCAAACGGACCATCGTTCAGGACGGCGGCCACTTCCTCGGATGGATGCCGATGTACGCCTCGGTGCCCGACGCACGATCACTCATACTAAGCGGCACCGCCTACCAAGTCATCGGGCTCGGGTTCCCTTTCGCAGTAGGTGCAGCCGCAGCTCGCCCGGAACACACCACCGTTCTCATCAGCGGTGATGGCGGAGGACTCATGGCCTTGCCCGACCTCGAGACCATGATCCGAACAGTCAAGAGCGGTGTCGTTGTAGTTTTCAATGACGCCGCCTACGGCGCAGAACTTCATCAATACGCCGTAAAAGGGCTAGACAAGACCGCAATGCTCATCGACGAAGTCGACTTCGCAGCCGTAGGCCGCGCGCTGGGCGCCCAAGGCATCAAAGCCCAATCACTGGCCGACCTCGACTTCCTACGGGAATGGGTAGCTGCCGGAGCAAACGGAGTCTTCGTCCTCGACATCCCGGTCTCCCAAACCATCGTCGCGGACTACATGCGAGAAAGCGTAGAAGCGGCGTCCAAGAAGGACGCAATTCCTGCGGCCTGA MFFNQQTVSDVVADIVAERCDAVFGLMGNGNAHLLSNLTTRGTTFISARHESGAVAMADAYYRASGRATVATTTYGAGFTNTLTALTEARMARIPLVLIVGDAPAVRRPIDIDQEMVAEGLGVQTLTITASNAAAMTHQAFELAYRTSSPVILAIPYDIAAAAAEPATPVTPLPHYVLPQASAEDVARIASLLRQAERPLILGGRGALEAGAAENLRDIGDDLGALFATSVMARNLFDSPWDLGIAGGFARAGAHDLLRQADVVLAVGVSLNTFQMRYGTLFSSAQSIVQVDTQAAQTHASVTEYVQADAQDFANKLLHALRAVPPRTSSSWRLNEPRVAAREIFDEPSFNETADDGRLDPRPFAQALDNILPAKRTIVQDGGHFLGWMPMYASVPDARSLILSGTAYQVIGLGFPFAVGAAAARPEHTTVLISGDGGGLMALPDLETMIRTVKSGVVVVFNDAAYGAELHQYAVKGLDKTAMLIDEVDFAAVGRALGAQGIKAQSLADLDFLREWVAAGANGVFVLDIPVSQTIVADYMRESVEAASKKDAIPAA PGPT0008185_5176 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 D3-18_04604 1275 lldD_2 COG1304 Putative L-lactate dehydrogenase ATGGAACGGCAAGTACCCAGCGTGGACAGCCTCCGCGAACTACTGCATTTCAAACCCATCGACATCAACCGCCGGCGGGCACGCATCAACTCCGCAACAACCATCAACGACCTCCGGAGAATCGCACGCAGGCGAACTCCCAAGGCAGCTTTTGATTACGTAGACGGTGGCTCGTTCAGCGAGTCAACCCAGAAGCGTAACCGGGAAGCCTTCGAGCACGTTGAGTTCGTCCCACACGTCCTTCGAGATGTCACCAGCGTTGACCTCTCCGGGTCCATAGCGGGCACGGATTTTTCCATGCCTGCGGGCATCGCCCCGACGGGCCTCACCAGGCTAGCCCCCGCCGAAGGAGAAATCGCCGGTCGCCTGGCATCCGCAGCGGCGGGAATACCTTTCGCTCTTTCGACCATGGGAACCACTTCCATCGAGGATGTATCAGCTGCAGCTCCTACCGCCGTCAACTGGTTCCAGCTCTATCTGTGGAAAGACCGTGCCCGGTCCCTCGAACTGATCGAGAGGGCCGCGAAGGCGGGCTACTCAGCCCTCATTGTCACCGTCGACACCCCGGTCGGAGGCGCTCGTTACCGGGACGTCAAAAACGGGATGACCTTGCCGCCGACTCTCTCGCTGAAGACGATTCTTGACGCGTCGTACCGCCCCGAATGGTGGATAAATTTCCTGACTACAAAGCCGCTGGGTTTCGCCAACTTCGACAGCAGCCATGGTTCCGTATCCGAGCAGGCAAACGCCATGTTCGATGCATCCCTGAACTTCCAGGATTTGGCCTGGCTCAGGACTGCCTGGAACGGAAAGCTCATCGTCAAAGGAATTCAAACTCCCGCTGACGCCGTACGGGCCTTCGACGCAGGAGCCGACGCAGTCGTCGTCTCCAACCATGGAGGACGCCAATTGGACCGGGCACCCGTGCCCTTCCTCTCACTACCGGCGATCCGCGAAAAAGTAGGGCCGGACGCAGAAATCATCATCGATTCGGGAATCATGTCCGGCGGGGACATCATCGCTTGCATAGCTGCAGGTGCGAACTTCACGCTCATCGGTCGGGCATACCTCTATGCCCTGATGGCCGGCGGTCAGGAGGGTGTAGACCGGGCACCACAGATTCTCGCTGCTGAAATGAAGATCATCATGCAACTCCTGGGCGTCACCAACTTGGCTGATCTGACACCTGACCACATCCGGAGTTATCCGCCCTCAGCGCCGTGGCGTAACAACGAAACACTCGTCAGCCTGGGCATCCCTGCACCACTCCCCTAA MERQVPSVDSLRELLHFKPIDINRRRARINSATTINDLRRIARRRTPKAAFDYVDGGSFSESTQKRNREAFEHVEFVPHVLRDVTSVDLSGSIAGTDFSMPAGIAPTGLTRLAPAEGEIAGRLASAAAGIPFALSTMGTTSIEDVSAAAPTAVNWFQLYLWKDRARSLELIERAAKAGYSALIVTVDTPVGGARYRDVKNGMTLPPTLSLKTILDASYRPEWWINFLTTKPLGFANFDSSHGSVSEQANAMFDASLNFQDLAWLRTAWNGKLIVKGIQTPADAVRAFDAGADAVVVSNHGGRQLDRAPVPFLSLPAIREKVGPDAEIIIDSGIMSGGDIIACIAAGANFTLIGRAYLYALMAGGQEGVDRAPQILAAEMKIIMQLLGVTNLADLTPDHIRSYPPSAPWRNNETLVSLGIPAPLP PGPT0001765_338 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_LACTATE_DEGRADATION,PGPT0001765-lldD-K00101 NA NA D3-18_04605 1317 Cytochrome P450-pinF2, plant-inducible ATGACGACCCCCGCAGGAACTTGCCCCTTCGGTTTCACTGCCGACGATGCTCCAGCATCCGGCCTGGCACTAAACACCGGAGATGCTATGTCCGCCCTCAAAAAAGCAGCGATCACTGTCGCCGCCGATTCCACCTCTTCTGACGCCCCAGAGGCGGCATGGCTGGACCCCGCCGAGATGATGGCTGATCCCTATCCCACTTATGAACGTCTGCGGCGAGAGTCTCCCGTAGCGTGGGTTCCTGCGCTCAACAGATACCTCGTTAGTTCCTACGAACTCTGTCACGAGATTGAAATGGATCAGGAGACGTTCTCGGCAGATGTCGGCGGGTCGACCATGAATCGGGCTCTCGGTGCCAGGCCGATGCTCCGTAAGGACGACCCCGAACACGCGACGGACCGTGCCGCGGTCAACCCTGTTCTTCGCCCCAAGAACATCAAAGAATCGTGGGCGCCGGTGTTCGAACGCAATGCGCGCCGATACCTTGAGGTTCTCGAAGGGGAGGGCCCCGACAGCGCTGACCTGAATCGTGATTACGCCGCTCCGGTGGCTTCACAAAACCTCATCGATCTCCTGGGCCTAAAAGACGTCGACGTGGACCAAATGCGGCGGTGGTCCCACGATTTCATCGCGGGAACCGGCAATGTGCTGGATGACCCTGACATCTGGCGGCGTTGCGATGCGTCCCAGTCCGAGCTGGACGAGCTGTTGGACGAACTCATTCCGTACTATGCGGCCAACCCTGATGGCTCGATGACGTCGGCCTTGGCGAACAGTGGCCTTCCTCATTCGAACGTCGCTTCCAACATCAAGCTAACGATCGCTGGCGGCATGAACGAGCCCCAGCACATGATTACCAATATTGTCTGGGCCCTCAGCCGGGATACATCCCTCCTGGAATCAGCAGCCCACGATCCGGCACTCTGGCCCTCAATTTTCGACGAGGCCGTACGGTGGCTTTCCCCCATCGGAATGTACCCACGTGAAACCACGCGGGAGACAACGCTGGGGGGCGTACGCCTCCCGGCTGGCGCCAGCATCGGAGTAGTTGTCGGGTCAGCAAACCGGGATACGAAGGTGTTCGGCGCAACCGCCGACGTCTTTGACCCCCTTCGACCAAAACAAGCGCATCTGGGTTTCGGCAGCGGAGTGCACCTGTGCGCAGGACACTGGGCAGCCAAAATCGCCATCGGGCAGATTGCTGTTCCCCTCGCCTACGAACGATTCCCCGGCCTCCGCACCGATTCTCGCAGAAACCCTGAATGGGATGGCTGGGTCTTCCGTGGCCTCACCAGCCTCCCCATTACATGGAACTAA MTTPAGTCPFGFTADDAPASGLALNTGDAMSALKKAAITVAADSTSSDAPEAAWLDPAEMMADPYPTYERLRRESPVAWVPALNRYLVSSYELCHEIEMDQETFSADVGGSTMNRALGARPMLRKDDPEHATDRAAVNPVLRPKNIKESWAPVFERNARRYLEVLEGEGPDSADLNRDYAAPVASQNLIDLLGLKDVDVDQMRRWSHDFIAGTGNVLDDPDIWRRCDASQSELDELLDELIPYYAANPDGSMTSALANSGLPHSNVASNIKLTIAGGMNEPQHMITNIVWALSRDTSLLESAAHDPALWPSIFDEAVRWLSPIGMYPRETTRETTLGGVRLPAGASIGVVVGSANRDTKVFGATADVFDPLRPKQAHLGFGSGVHLCAGHWAAKIAIGQIAVPLAYERFPGLRTDSRRNPEWDGWVFRGLTSLPITWN NA NA NA NA NA D3-18_04606 900 oxyR_3 Hydrogen peroxide-inducible genes activator ATGGCCGGGTTCACTCTTCGGCAATTGGAACTCATGGTGGGGTTGGAAGAGCACCCAACCATGAGTTCAGCCGCTGCTGCCCTGCACATTTCGGAGTCCGGGCTCTCACACGCCATCACCGATCTGGAAAACCTCATGGGGGAGCAACTGTGTGTACGTCGTAAAGCCAGAGGTGTCCATCTAACGCCTGCCGGGGCGTACTTCGTCCGTCGGGCTCGCGTGATTCTCAACGATGCCAATGCTTTGGCGGGAGAACTGGCTGATCTCGACGGGCGGCTGAAGGGTCCTGTCTCTCTGGGTTGTTATCCGGGGCTTGCCAATACAGTGCTGCCCGCGATCCTTGAGGGATTTCCTGGTGAACACCCTGAGGTGCAACTGTCGATTTCCATGGGCAGCAGCAATGAGATGCTGTCGCGTGTCGTTTCAGGCGAGCTTGATGTAGCCGTTTTGTACGATTTGGGGCTTCCGCCGGGCTTGGTATCGCACAAGATCTACGACACGGAGGTTCTGGCGATTCTGCCTGAGCATCATCCGCTTGGCGGGAACGCCGCTATCGATCTTGCTGACTTGGCGGACGAACCCCTCATTCTGCTGGATTCAGCGCCGAGTTCCGACAACACTCTGCTCATGTTCAGCCAACGTGGGCTGAGCCCAAATGTGGCGCTGTCAGTGCCTCAGATCGAGTTGGTACGTGCTTTGGTGGGCCGCGGCCTCGGCTATAGCCTGCTGATGGCCCGTCCCAATTGGGTGCCGTACACAATTGAGGGGCGTCGAATCAATGCCGTTCCGCTGGCACCGGCTGCCGGTGCGACGTCGGTAGTAGCAGCATATTCACCCACCCCCGGGGTAAGCCGGCGGGCTCAAGCGCTGATCACGTACGCATCCGAAGTGTTCTCGTGA MAGFTLRQLELMVGLEEHPTMSSAAAALHISESGLSHAITDLENLMGEQLCVRRKARGVHLTPAGAYFVRRARVILNDANALAGELADLDGRLKGPVSLGCYPGLANTVLPAILEGFPGEHPEVQLSISMGSSNEMLSRVVSGELDVAVLYDLGLPPGLVSHKIYDTEVLAILPEHHPLGGNAAIDLADLADEPLILLDSAPSSDNTLLMFSQRGLSPNVALSVPQIELVRALVGRGLGYSLLMARPNWVPYTIEGRRINAVPLAPAAGATSVVAAYSPTPGVSRRAQALITYASEVFS NA NA NA NA NA D3-18_04607 1512 sad_8 Succinate-semialdehyde dehydrogenase ATGACTGTTGTATCTGATGCCACGCCTTCTGCCTTTTCCCGAGAGGAGCGCGAAGGTGCGCTTCTCGCTGCGGTTCCAACAGGACTCTTGATCGGCGGTGAATGGCGCGAGGCATCCGATGGCGGAACCTTTGACGTACACGATCCGGCTACCGGGGAGGTACTCGCCACGCTTGCATCTGGTACCAGCGCGGACGCTGTCGCCGCGTTGGATGCGGCCGACGCCGCTCAGGCACATTGGGCACGCACAGCACCCAGGGTGCGTGCCGAGATCCTGCGCCGGGCATTCGACTTGGTGACCGCGAGGGCGGAAGACTTCGCCCTATTGATGACGTTGGAGATGGGTAAGCCGCTGGCCGAGGCCCGTGGCGAAGTCACCTATGGGGCCGAGTTCCTCCGCTGGTTCTCGGAAGAAGCCGTCCGTGACTACGGTCGTTACCTCACCACTCCTGAAGGCAAGAACAAGATCCTGGTCCAGCACAAACCGGTCGGCCCGTGCCTGCTGATCACACCATGGAACTTTCCTCTCGCTATGGCCACCCGCAAGGTAGCCCCAGCCGTGGCTGCGGGCTGCACCATGGTGCTCAAACCGGCGAACCTCACTCCCCTGACCGCGCAGTTGTTCGCCCAAACCATGATGGAGGCCGGCCTACCTTCCGGCGTTCTGAATGTTGTATCGACATCCAATGCTGCTGCGATTTCCGGACCCTTGCTGAAGGACTCCCGGTTGCGGAAGATTTCATTCACCGGCTCCACGCCCGTGGGTAGGCGCCTGATGGCCGACGCCGCGCACAACGTGCTACGCAGCTCAATGGAACTAGGCGGAAATGCCCCCTTCATCGTCTTTGAAGACGCGGACATCGATGCCGCCGTCGAGGGGGCCATGGCCGCCAAAATGCGGAACATGGGAGAGGCCTGCACTGCCGCCAACCGCTTCCTCGTTCACGAGTCTGTCGCGCAGGACTTCACTCGGAAGTTTGCCGCAGCAATGGGCCAGCTCACCGTCGGACGAGGCACAGATCCTGCTACCAATGTCGGTCCTCTCATCGACGCACGAGCGAGGGCCGATGTCCACGCACTGGTCACCCAGGCGGTCGAGGCTGGAGCAGTCCCGTCCATCGGAGGATCACCGGTAGACGGACCCGGCTTCTTCTACCAGCCCACCGTCCTGGCGAACGTTCCAAACAATGCTGCGATCCTGCGCCAGGAAATCTTCGGCCCGGTAGCCCCCGTCACCACATTTGCCACAGAGGAAGAAGCAATAGAACTTGCCAACAGCTCGGAATACGGGCTTGCGTCATATCTCTACAGCAAGGATTTCAACAGACTCCTTCGGGTAGCGGAACAGATTGAGTTCGGCATGGTCGGATTCAATGCAGGCGTGATCTCCAACGCGGCCGCACCGTTCGGTGGGGTCAAGCAATCGGGGCTCGGCAGGGAAGGCGGAGCCGAGGGCATCTCTGAGTACACCACCACCCAATACATCGGCATCAGCGACCCATACTCGAGCTAG MTVVSDATPSAFSREEREGALLAAVPTGLLIGGEWREASDGGTFDVHDPATGEVLATLASGTSADAVAALDAADAAQAHWARTAPRVRAEILRRAFDLVTARAEDFALLMTLEMGKPLAEARGEVTYGAEFLRWFSEEAVRDYGRYLTTPEGKNKILVQHKPVGPCLLITPWNFPLAMATRKVAPAVAAGCTMVLKPANLTPLTAQLFAQTMMEAGLPSGVLNVVSTSNAAAISGPLLKDSRLRKISFTGSTPVGRRLMADAAHNVLRSSMELGGNAPFIVFEDADIDAAVEGAMAAKMRNMGEACTAANRFLVHESVAQDFTRKFAAAMGQLTVGRGTDPATNVGPLIDARARADVHALVTQAVEAGAVPSIGGSPVDGPGFFYQPTVLANVPNNAAILRQEIFGPVAPVTTFATEEEAIELANSSEYGLASYLYSKDFNRLLRVAEQIEFGMVGFNAGVISNAAAPFGGVKQSGLGREGGAEGISEYTTTQYIGISDPYSS PGPT0001580_621 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_TRIGONELLINE_USAGE PLANT_DERIVED_TRIGONELLINE_DEGRADATION,PGPT0001580-gabD-K00135 NA NA D3-18_04608 804 hpcH_2 COG3836 4-hydroxy-2-oxo-heptane-1,7-dioate aldolase ATGTCACTTCAGCTGAGCCCCACCTTCTACTCGTCCCTCGCTTCGGCGGAACGCCCACTGGCCGGCATGTGGGTCTGCTCCGGTAGCCCGCTCGTCGCGGAGATCTGCGCCGGGTCCGGCCTGGACTGGATCCTGGTCGACGCCGAACACAGTCCCAACGGACTCGAATCGATCCTCGCCCAACTCCAGGCAATCCACGGCTACCCCGTCCAGGTCATGGTCAGGCCCCCGGTCAACGACACCGTCGTGATTAAGCAGTTCCTGGATCTCGGGGTGCAGAACCTGATGATCCCCATGGTGAATTCCGCGACTGAGGCATCCGCCGCCGTTGCTGCGGTGAGGTATCCGCCACACGGGGTCCGCGGCGTCGGTTCCGCCCTGGCAAGGGCGTCACGCTGGAACCGAATCCCGGACTACCTCGCCCAAGCCGGCGAAACCGTCAGCATCACCGTTCAGATCGAATCCACCGCCGCCGTTGACGCCGCCGAAGACATCCTCGCTGTCGACGGCGTGGACGGCATCTTCCTCGGCCCCTCGGACCTCGCCGCGTCCATGGGCCTGCTGGGACAGCAGGAAAACCCGTTGGTGCGTGCCGCCGTCGAGCATTGCCTCGAAGCCGCGAAAGTGGCCGGAAAGCCAGCCGGTGTCAACGCCTTCAACGAGGCCACCGCACGCGCGTATCTCGACGCCGGCGCCTCCTTTGTGCTGGTAGGGGCCGATGTTGCCATTTTGGCCAGGGCCTCCGAAGGCCTGGCCGCCAAGTACCGTCGACCATCCACCAGCGAAATTCTTACTAGTTACTGA MSLQLSPTFYSSLASAERPLAGMWVCSGSPLVAEICAGSGLDWILVDAEHSPNGLESILAQLQAIHGYPVQVMVRPPVNDTVVIKQFLDLGVQNLMIPMVNSATEASAAVAAVRYPPHGVRGVGSALARASRWNRIPDYLAQAGETVSITVQIESTAAVDAAEDILAVDGVDGIFLGPSDLAASMGLLGQQENPLVRAAVEHCLEAAKVAGKPAGVNAFNEATARAYLDAGASFVLVGADVAILARASEGLAAKYRRPSTSEILTSY PGPT0001575_575 DIRECT EFFECT BIO-FERTILIZATION POTASSIUM_SOLUBILIZATION K-SOLUBILIZATION-ORGANIC_ACID_METABOLISM K-SOLUBILISATION-SUCCINIC_ACID_ACID_BIOSYNTHESIS,PGPT0001575-hpaI|hpcH-K02510 NA NA D3-18_04609 786 hpcG_2 2-oxo-hept-4-ene-1,7-dioate hydratase ATGCTGGACGCGAAGACGATTGAAGCCATTGCTGATGAACTTGTGAAGGCGGGGCAGGACCGTAACCCGGTGCCGCGCCTGACTGCCCGCTACCCGGAGATGACGGTGGAGGATTCCTACGCCGTGCAGCAACTGTGGCGACAGCGGAACGAGGAAGCCGGGCGGACGTTGGTGGGGCGGAAGATCGGCCTCACGTCCAAGGCCATGCAGGCCGCCACAGGCATCACCGAACCGGACTACGGCGCGATCTTCGATGACATGGTCCTCGAAACCGGTTGCTCCATGGAGTGGGACAAGTACACCCACCCCCGGGTTGAGGTGGAACTCGCCTTCGTCCTGAAATCAGGGCTGAAGGGACCTGGCTGCACCATTTTCGATGTCCTCAACGCTACCGATTACGTGGTTCCGGCCCTCGAAATCCTCGATTCCAGGATCGAAATGGAGGGCCGGACCATCGTGGACACCATCTCGGACAACGCCGCGATGGGAGCCATGGTGATCGGCGGACGACCGGTCAAGCCCGACGCTGTGGACCTGCGCTGGGTCTCGGCCATCCTGTACAAAAACCAGACCGTGGAAGAGACCGGAGTGGCAGCCGGAGTACTGGACCACCCGGCCAACGGGGTGCACTGGCTGGCCAATAAGATCGCCGCGCACGGGGACTCGATGAAAGCCGGTGACATCATCCTCGCGGGCTCCTTCACCCGGCCCCTCTGGGTCTACAAAGGCGATACCGTGCACGCGGACTACGGACCGTTGGGAGTCGTAACATGTCACTTCAGCTGA MLDAKTIEAIADELVKAGQDRNPVPRLTARYPEMTVEDSYAVQQLWRQRNEEAGRTLVGRKIGLTSKAMQAATGITEPDYGAIFDDMVLETGCSMEWDKYTHPRVEVELAFVLKSGLKGPGCTIFDVLNATDYVVPALEILDSRIEMEGRTIVDTISDNAAMGAMVIGGRPVKPDAVDLRWVSAILYKNQTVEETGVAAGVLDHPANGVHWLANKIAAHGDSMKAGDIILAGSFTRPLWVYKGDTVHADYGPLGVVTCHFS PGPT0005055_1 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_CATECHOL_DERIVATE_UTILIZATION,PGPT0005055-dmpB|xylE-K00446 NA NA D3-18_04610 1092 hypothetical protein ATGAGCAACCCCCTCACCGGCCCCATCGCCACCCCCACCGTCCCTGCACCGGACATTGTCCGCTGCGCCTACCTGGAACTCGTGGTCACGGACCTGGCCAAATCCCGCGCGTTCTACGTGGACCTCCTGGGCCTGCACGTCACCGAAGAAGACGAGAACACCATCTACCTGCGCTCCTTCGAGGAGTTCATCCACCACAACCTGGTCCTCCGCAAAGGCCCGGTTGCCGCAGCCGCAGCGTTCGCGTACCGGGTAAAGTCCCCGGCCGAAGTGGACGCCGCCGAGGCCTACTACCGCGAACTCGGCTGCCGGGTGGAACGCCGCACGGAAGGCTTCACCAAGGGCGTGGGCGATTCCGTCCGTGTGGAAGACCCGCTGGGCTTCCCGTACGAGTTCTTCTACGACGTAGAGCACGTCGAACGCCTCACCCAGCGCTACGACCTCTACTCCGCCGGTGAACTGGTCCGCCTGGACCACTTCAACCAGGTCACCCCGGACGTCCCCCGGGGCCGCAAATACCTCGAGGACCTCGGCTTCCGCGTCTCCGAGGACATCAAGGACTCCGACGGCGTCACGTACGCGGCGTGGATGCACCGCAAGCAGACCGTGCACGATACCGCCTTGACCGGTGGCAACGGACCCCGCCTGCACCACATCGCGTTCTCCACGCACGAGAAGCACAACATCATCCAGATCTGCGACAAAATGGGTGCCCTGCGCATCTCCGACCGCATCGAACGGGGTCCCGGACGCCACGGCGTGTCCAACGCTTTCTACCTCTACATCCTGGACCCGGACGGCCACCGCGTAGAGATCTACACCCAGGACTACTACACCGGCGATCCGGACAACCCCACCGTCACCTGGGACGTCCACGACAACCAGCGCCGCGACTGGTGGGGCAACCCCGTGGTCCCGTCCTGGTACACCGAGGCGTCCCTGGTCCTGGACCTCGACGGCAACCCCCAACCCGTGATCGAACGCGAAGACAAGTCCGAAATGGCCGTCACCGTAGGCGCTGACGGCTTCTCCTACACCCGCCCCGACGAGGGCAACTCCGCAGAGGGCTTCAAGTTGGGAGTGCAGGTCTAA MSNPLTGPIATPTVPAPDIVRCAYLELVVTDLAKSRAFYVDLLGLHVTEEDENTIYLRSFEEFIHHNLVLRKGPVAAAAAFAYRVKSPAEVDAAEAYYRELGCRVERRTEGFTKGVGDSVRVEDPLGFPYEFFYDVEHVERLTQRYDLYSAGELVRLDHFNQVTPDVPRGRKYLEDLGFRVSEDIKDSDGVTYAAWMHRKQTVHDTALTGGNGPRLHHIAFSTHEKHNIIQICDKMGALRISDRIERGPGRHGVSNAFYLYILDPDGHRVEIYTQDYYTGDPDNPTVTWDVHDNQRRDWWGNPVVPSWYTEASLVLDLDGNPQPVIEREDKSEMAVTVGADGFSYTRPDEGNSAEGFKLGVQV PGPT0005055_72 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_CATECHOL_DERIVATE_UTILIZATION,PGPT0005055-dmpB|xylE-K00446 NA NA D3-18_04611 1539 amnC_2 2-aminomuconic 6-semialdehyde dehydrogenase ATGACGACCTCAGTAGAAACCACCAAGCATTACGTTCCCGAGGATCTGCCCACGCACATCCAGCACTTCATCAACGGCCAGTTCGTCGACTCCATCTCAGGCAAGACCTTCGATGTCCTGGACCCGGTATCCAACGGCAACTACGCCACCGCTGCAGCGGGCCAGAAGGAAGACATCGACCTCGCAGTGGCGGCCGCCCGCGAAGCGTTCGTCAACGGTCCGTGGCCGAAGATGAAGCCGCGGGAGCGTGCACGCGTGCTCAACAAGATCGCCGACGCCGTGGAGGCACAGGAAGCCCGCCTCGCCGAGCTGGAGACCTTCGATACCGGCCTGCCGATCACCCAGGCCAAGGGCCAGGCGCTGCGTGCGGCCGAGAACTTCCGCTTCTTCGCTGACCTGATCGTGGCCCAGTTCGACGACGCCATGAAGGTCCCGGGCTCACAGATCAACTACGTGAACCGCAAGCCGATCGGCGTCGCCGGCCTGATCACTCCGTGGAACACCCCGTTCATGCTGGAGTCCTGGAAGCTCGCCCCGGCCTTGGCCACGGGTAACACCGTGGTGCTGAAGCCTGCCGAGTTCACCCCGCTGTCCGCCTCTCTCTGGGCGCAGATCTTCAAGGACGCCGGCCTGCCTGCCGGCGTGTTCAACCTGGTCAACGGGCTCGGCGAAGAAGCCGGTGACGCGCTGGTGAAGCACCCGGACGTGCCGCTGATTTCCTTCACCGGCGAGACCACCACGGGCCAGACCATCTTCCGCAACGCCGCGGCCAACCTCAAGGGTCTGTCCATGGAGCTCGGCGGCAAGTCCCCGTGCGTGGTGTTCGCTGACGCAGATCTGGATGCCGCGATTGATTCCGCGTTGTTCGGTGTATTCTCCCTGAACGGCGAACGCTGCACCGCCGGCTCCCGCATCCTGGTTGAGCGGGCCATCTACGACGAATTCTGCGAAAAGTACGCTGCCCGGGCCAAGAACATCGTGGTGGGCGATCCCCACGATCCCAAGACCCAGGTGGGTGCCCTGGTCCACCCGGAGCACTACGAAAAAGTCGCTTCCTACGTGGAGTTCGGCAAGTCCGAAGGCCGGCTCCTGGCCGGTGGCGGCCGACCCGAGCACCTGCCCGAAGGCAACTACATCGCACCCACGGTGTTTGCCGACGTCGCGCCTGACGCGCGGATCTTCCAGGAGGAAATCTTCGGTCCCGTCGTGGCCATCACGCCCTTCGAGAACGACGACGAAGCCCTCGCCTTGGCCAACAACACCAAGTACGGCCTGGCGGCCTACATCTGGACCCAGAACCTCACCCGTGCCCACAACTTCTCCCAGAACGTCGAAGCCGGAATGGTGTGGCTCAACAGCCACAACGTCCGCGACCTCCGTACCCCGTTCGGTGGCGTGAAAGCCTCCGGTCTGGGCCATGAGGGCGGCTACCGTTCCATCGATTTCTACACCGGCCAGCAAGCCGTGCACATCACCCTCGGGTCCGTGCACACCCCCAAGTTCGGCAGCATCGACGCTTCTGCTGCCAACGAGGGCTAA MTTSVETTKHYVPEDLPTHIQHFINGQFVDSISGKTFDVLDPVSNGNYATAAAGQKEDIDLAVAAAREAFVNGPWPKMKPRERARVLNKIADAVEAQEARLAELETFDTGLPITQAKGQALRAAENFRFFADLIVAQFDDAMKVPGSQINYVNRKPIGVAGLITPWNTPFMLESWKLAPALATGNTVVLKPAEFTPLSASLWAQIFKDAGLPAGVFNLVNGLGEEAGDALVKHPDVPLISFTGETTTGQTIFRNAAANLKGLSMELGGKSPCVVFADADLDAAIDSALFGVFSLNGERCTAGSRILVERAIYDEFCEKYAARAKNIVVGDPHDPKTQVGALVHPEHYEKVASYVEFGKSEGRLLAGGGRPEHLPEGNYIAPTVFADVAPDARIFQEEIFGPVVAITPFENDDEALALANNTKYGLAAYIWTQNLTRAHNFSQNVEAGMVWLNSHNVRDLRTPFGGVKASGLGHEGGYRSIDFYTGQQAVHITLGSVHTPKFGSIDASAANEG PGPT0005060_125 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_CATECHOL_DERIVATE_UTILIZATION,PGPT0005060-dmpC|xylG|praB-K10217 NA NA D3-18_04612 1488 hypothetical protein ATGACACCGGAGTTCCGGACCCAGGAAGTCAGCCAGGACAGGCTGTCCCGCGCCCGCAAGGTCATTGCCGTCCACATCAATTACCCGAGCCGCGTGGCCCAGCGCGGACGCACCCCGGCGCAGCCCTCATACTTCCTGAAGCCGTCCTCCTCCTTGGCGTTGGGGTCCGCGGATGCTCCGGGCGAGGTTGAGCGTCCGGCCGGTTGTGAATTGCTCGGCTACGAGGGTGAGATCGCCCTGATCATCGGCAAGTCCACCCGCCGCGTTGACCTGGAAGACGCGTGGAGCCATGTCGAGTGGGTCACCGCTTCCAATGACCTCGGTGTGTACGACCTCCGGTACGCGGACAAGGGATCGAACGTCCGCTCCAAGGGCGGCGACGGCTTTACCCCGATTGGCCCGGCCTTGATTCCGGCCGATGCGGTGGATCCCGCCGCCCTGCGGATCCAGACCTGGCACAACGGGGAACTCGTCCAGGACGACACCACCGAGGACCTGCTCTTCCCGTTCGCCCAGCTCGTCGCGGACCTCTCGCAGCTGCTCACCCTTGAAGCGGGCGACATCATCCTCACCGGCACCCCCGCTGGCGCCTCGGTCGCTGCGCCGGGAGATGTTGTGGAGGTAGAGGTCACCGCGGGTGATTTCAGCACCGGCCGCCTGGCCACCAAAGTAACCGAAGGTACGACGCCGTTCGCGGACTTTGGTGCCCGGCCCAAGACTGATGACACGCAGCGGGAGGAGGCGTACGGTTCGCGGGAAGCCGCCGGACTGGCACCTGCCGCGGGTGTGCTGACGCCGGAGCTGAAGGCCAAGCTCGAGTCGGTTGCCACCGCGACCCTGTCTTCCCAGCTGCGCAAGCGTGGGTTGAACAACGTGAGCATCGATGGCTTGCAGGCCACCCGCCCGGACCGCAAGGTGGTGGGCCTGGCCCGCACGCTGCGCTACGTTCCCAACCGCGAGGACCTGTTCAAGGGCCACGGCGGCGGCTTCAACGCCCAGAAGCGCGCGATCGACTCGGTGAACGAGGGCGAGATCCTGGTCATGGAAGCCCGCGGTGAGAAGGGCACCGGCACGGTCGGGGACATCCTCGCCCTGCGCGCCCAGGTCCGTGGTGCTGCAGCGATCATCACCGACGGCGGGGTCCGCGACTACTCGGCCGTGGCCGGCCTGGAGATGCCCACCTACTTCGCGAACCCGCACCCCGCCGTGCTCGGCCGGCGGCATATTCCGTGGGATACGGACATCACCATCGCCTGCGGCGGTGCCACGGTTCAGCCCGGGGACATCATCGTGGCCGACTCCGACGGCATCCTGGTGATCCCGCCGGCCATCGCCGAGGAACTCGTGGATGACTGCATCGCCCAGGAAAAGGAAGAAGTCTTCATTTTCCGGATGGTCCAGGAAGGCAACAGCGTCGACGGGCTCTACCCGATGAACGCCGAATGGCAGGCCCGGTATGCCGAGCACCAAGCAGCCCTTCAGAACTAA MTPEFRTQEVSQDRLSRARKVIAVHINYPSRVAQRGRTPAQPSYFLKPSSSLALGSADAPGEVERPAGCELLGYEGEIALIIGKSTRRVDLEDAWSHVEWVTASNDLGVYDLRYADKGSNVRSKGGDGFTPIGPALIPADAVDPAALRIQTWHNGELVQDDTTEDLLFPFAQLVADLSQLLTLEAGDIILTGTPAGASVAAPGDVVEVEVTAGDFSTGRLATKVTEGTTPFADFGARPKTDDTQREEAYGSREAAGLAPAAGVLTPELKAKLESVATATLSSQLRKRGLNNVSIDGLQATRPDRKVVGLARTLRYVPNREDLFKGHGGGFNAQKRAIDSVNEGEILVMEARGEKGTGTVGDILALRAQVRGAAAIITDGGVRDYSAVAGLEMPTYFANPHPAVLGRRHIPWDTDITIACGGATVQPGDIIVADSDGILVIPPAIAEELVDDCIAQEKEEVFIFRMVQEGNSVDGLYPMNAEWQARYAEHQAALQN NA NA NA NA NA D3-18_04613 1365 abaF_19 Fosfomycin resistance protein AbaF ATGTCCGCAACTGCAACTTCAGGTCAATACCCAGAGACCAAGGACCTTCGGCTACAGCAACGAACGGTCCGCCGCGTGGCTCTGGCCAGCGCCATCGGAACCACCGTCGAGTGGTACGACTACTTCATTTACGCCACAGCCACAGCCCTGGTATTCGGAAAACTCTTCTTTCCGGACTTCAGCCCGGCAGCGGGAACCATGGCCGCATTCGCAACTTTTGCCATCGGCTACTTCGTTCGGCCCCTGGGTGGCATCGTCTTCGGCCATCTCGGGGACCGGATCGGGCGGAAAAGGATGCTCGTCCTGTCACTGATGATGATGGGCATAGCCACTGTAGGAGTGGGCTTGTTGCCCACCTTTGCCGCCGTCGGCATCGCAGCCCCGATTCTGCTGTTGACCCTCCGCATGATTCAAGGATTCGCAGTAAGCGGCGAATGGGGCGGTGCGGTGTTGATGGCCGTGGAGCACGCGCCTGCCCACAAACGCGGCTGGTATGGAAGCTGGCCGCAGGTCGGCGTCCCCGCAGGACTCGTTCTCGCCAACCTCATGTTCATTCTTCTCACAACCACACTCTCCCCCGCCGCCTTCCTGGACTGGGGCTGGCGGGTGCCCTTCCTCATCAGCGTGGTACTGATCCTGATCGGGCTTTTCATCCGTCTTCGCGTGGAAGAAAGCCCCATCTTCGCCAAGGTCAGAGACGAGGGCACAGAGGCCCGCCTCCCTCTGGCAGAAGCATTCAAAAAGTATCCAAAAGCCATCGTGCTCGGATCCCTGGCAATCGTCGCGAACATCGCACTGGGGTACATCATCTCCACCTACAGCCTCAGCTACGGAACCCAAGTCATCGGCATGGATCGCTCGGCCATGCTGTGGTCGGTGTTGATCGCCGCGCTGATCGGAGCTTTCGGGCTGCTGTACTTCTCGCGCCTGTCCGACCGAATCGGTCGAAAGCCTGTATTCCTGGCCGGAGCCATAGGCCAGATCCTCTGGGCTTTCCCCTTCTTCGCACTCATCAACACCGCGACGCTTTGGGGCATCATCATCGCGCTTTGCGTAATGCAACTCTTTTCCTACGCCATGTATGGCCCCGTAGCTGCTATGTTGGCCGAACTCTTCGGCACCCGAGTCCGTTACACCGGAATCTCCATCGCATATCAAGTCGGTTCAATTCTTGGTGCCGGATTCGCGCCTCTCATCGCGACAGGAATATTTGCCGCCACGGGCAGCACGGTTTTGATTTCCGCTTACATCATCGGTATCTCTGCTGTCAGCCTCGTCGCAGTGCTCCTGATGAAGGAGACTTCCAAAGGCGCACTCCACGACGTGCCCTCAAGCGATCCTGCCACCGCAGAAGTTCACCCGTAG MSATATSGQYPETKDLRLQQRTVRRVALASAIGTTVEWYDYFIYATATALVFGKLFFPDFSPAAGTMAAFATFAIGYFVRPLGGIVFGHLGDRIGRKRMLVLSLMMMGIATVGVGLLPTFAAVGIAAPILLLTLRMIQGFAVSGEWGGAVLMAVEHAPAHKRGWYGSWPQVGVPAGLVLANLMFILLTTTLSPAAFLDWGWRVPFLISVVLILIGLFIRLRVEESPIFAKVRDEGTEARLPLAEAFKKYPKAIVLGSLAIVANIALGYIISTYSLSYGTQVIGMDRSAMLWSVLIAALIGAFGLLYFSRLSDRIGRKPVFLAGAIGQILWAFPFFALINTATLWGIIIALCVMQLFSYAMYGPVAAMLAELFGTRVRYTGISIAYQVGSILGAGFAPLIATGIFAATGSTVLISAYIIGISAVSLVAVLLMKETSKGALHDVPSSDPATAEVHP PGPT0002956_607 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_04614 906 gltC_4 HTH-type transcriptional regulator GltC GTGGAATTCACGCTGCGACAACTTCAGTACTTCATAGCCGCCGCGGACGCCGGAACGATCTCGGCCGCCGCCGAGTCAATGCACGTATCCGCTTCAGCGCTATCAGCGGCCATTACCGACCTTGAGAGGGTCCTCGATGCGCAACTGTGTGTGCGCCGGAAGGCACATGGCCTCGCTCTTACTCCCAGTGGGCAGCAAGTCTACGAACAAGCACGCTCCATCCTGCGGGCAGCCACTGAAATTCAGCATTCAGCTTCGGCGCCCAGCGGAGAACTTTCCGGACCGGTGACGGTCGGCTGCTACCTGACGCTCGCTCCAACGGTCCTGCCGAAGGTCCTGGCGGGTTTTGGCGAGCTGCATGAGAGAGTCCAAGTAAACATGGTTGAAGGCTCCCAAAACCAACTTCTGGAGTCCTTGGCCGCCGGTGACATTGACGTCGCTGTAGTGTACGACATGCAGATTTCGGGGAATCCCAACCGCGTCCGCCTCTATTCCGTGCCGGCCCACATCCTGATCCCGGCCGATCATCCACGCGCTGACCAAGAATCGATTTCGCTGGAAGATCTGGAATCGGAACCCTTCATTCTCTTTGATGTACCTCCGAGCACGACCCATACAATGGCTCTCTTCACCGGACGTGGCCTGCAACCGCGTGTTCGTCACCGGTCAAAAAGCTACGAAACAGTAAGGGCCCTGGTCGGGCGGGGCCTAGGTTACAGCGTGTTGGTTCAGCGTCCACGCAACAATCACAGCTACGAGGGAAGACCCCTGTTGGTGAAGGAAATCACCCCTCCGGTCCCTCAGATTGTCGTCTACATGATTTGGGCCGAAGGGGTGCACCTCTCCTCCAGGGCGCGGGCCCTGGTGAAGTACGCCAAAACCATCGACTGGAGCGCCCCCATCTAA MEFTLRQLQYFIAAADAGTISAAAESMHVSASALSAAITDLERVLDAQLCVRRKAHGLALTPSGQQVYEQARSILRAATEIQHSASAPSGELSGPVTVGCYLTLAPTVLPKVLAGFGELHERVQVNMVEGSQNQLLESLAAGDIDVAVVYDMQISGNPNRVRLYSVPAHILIPADHPRADQESISLEDLESEPFILFDVPPSTTHTMALFTGRGLQPRVRHRSKSYETVRALVGRGLGYSVLVQRPRNNHSYEGRPLLVKEITPPVPQIVVYMIWAEGVHLSSRARALVKYAKTIDWSAPI NA NA NA NA NA D3-18_04615 1248 Cytochrome P450-pinF2, plant-inducible ATGTTTGTAGAGGCCCAGCGGGGCCACACGTACTACGAGGAAGTAGACATGACGACATCAGCGTTGATATCTGACTGGGTCACCCTGGACGACCTCTACAAGGACCCCTTTCCCATCTATGCCCGGCTCCGCCGCGAGGCGCCCGTGTCGTGGGTTCCGGTAGCCAACCGCTACCTCGTCACTCGCTATGAGGACTGCCACAACATCGAGTTGGACCAAGAAACGTTCAGCGCGAACGAGACTGACTCGCTGATGAAGGTAGTCATGGGGCACAACATGCTCCGCAAAGACGACCCGGAGCACGACGTTGAACGGAAGGCCTGGCAGCCGACCCTTCGCCCCCGCGCGATCAAGGACAACTGGCAGTCCGTGTTTGAGGAAAACACCGAGAAGTACCTCGAGGAACTCGCCGCCCATGGCCCCGGCGCCAACCTGATCTCGTCCTTTGCCGCCCCCCTAGCGGCCGAAAACCTCCGTCGCATCTTGGGTTTCGAGAATGCCCATCAGGAGGACCTGCAGCGCTGGTCCCAGGACCTGATTGACGGAACGGGCAACTACGGAGATAACGCAGACACCTGGGAACGCGCCAATCGTTCAGCAGCGGAACTGGACACCGCGCTGGACGAGATGATCGCTCACTACAAGACCAACCCGAACCACTCCATGATCTCCGGCCTGGTGAACTCAGCCGGATACCAAATGCCCGTGGAGCTCATCCGCTCGAACATGAAGATGACCATTGGCGGCGGGATCAACGAGCCCCGCGACGTCATTGGGACCGCTTTGGTAGGGCTTCTGCAGAATCCGGACCAGCTGTCGCAGGTGTTTGCCAACCCGGGGCTCTGGCCCAGCGTTTTTGATGAAACCGTGCGTTGGGTCGCGCCCATCGGCATGTATCCCCGCCAGACAACCCGCGAGGTCGAAATCGGCGGCGTCACTATTCCGGCCGGATCCAAACTCGGCATCTGCCTGCTCTCCGCGAACCGCGACGAATCACAGTTCGCAGATGCCGACAAATTCGACATCAACCGTGAAAAGCGGCCCCATCTTGCCTTCGGCGGCGGTGCGCACTTCTGTGCAGGTGCCTGGGTGGCGAAAGCGTCCATTTCCGGGGTTGCGCTGCCGAAGCTTTTTAAACGGTTTGAGGGACTGAAGCTTGACCAAAGCCGACCAGTGACCGTGGGTGGGTGGGTCTTCCGGGGCCCACTGGATGTACCCGTCACCTGGGAAAAGGAAACGAGGAACTAA MFVEAQRGHTYYEEVDMTTSALISDWVTLDDLYKDPFPIYARLRREAPVSWVPVANRYLVTRYEDCHNIELDQETFSANETDSLMKVVMGHNMLRKDDPEHDVERKAWQPTLRPRAIKDNWQSVFEENTEKYLEELAAHGPGANLISSFAAPLAAENLRRILGFENAHQEDLQRWSQDLIDGTGNYGDNADTWERANRSAAELDTALDEMIAHYKTNPNHSMISGLVNSAGYQMPVELIRSNMKMTIGGGINEPRDVIGTALVGLLQNPDQLSQVFANPGLWPSVFDETVRWVAPIGMYPRQTTREVEIGGVTIPAGSKLGICLLSANRDESQFADADKFDINREKRPHLAFGGGAHFCAGAWVAKASISGVALPKLFKRFEGLKLDQSRPVTVGGWVFRGPLDVPVTWEKETRN NA NA NA NA NA D3-18_04616 327 thcC_2 Rhodocoxin ATGTCTGAAATCACATTTGTCGCTGCTGGCGGCAAGGAAACCACCATTGAAGCCAAAGACGGCGTCTCCATCATGAAAGCGGCCGTAGCCAACTCCGTGCCGGGCATCATCGGAGAATGCGGGGGACAGGCAATGTGCGCAACCTGCCACGTCTATGTCAGGGACGAATTCCTGGAAGCACTGCCCCCAATCAGTGATGACGAAGAGGAAATGCTTGAAGAGGCGACTGCACCGCGCGACGAGGAACGCAGCCGACTCGGCTGCCAGCTCCATGCCGGCAACGACTTCGAGAAAATCGTCGTCGAAATCCCAGGAAGTCAAATCTAA MSEITFVAAGGKETTIEAKDGVSIMKAAVANSVPGIIGECGGQAMCATCHVYVRDEFLEALPPISDDEEEMLEEATAPRDEERSRLGCQLHAGNDFEKIVVEIPGSQI PGPT0006786_1218 PUTATIVE PGPT PUTATIVE_PGPTs PUTATIVE_FUNCTIONS PUTATIVE_FUNCTIONS-1 PUTATIVE-ENERGY_METABOLISM PUTATIVE-FE-S_CLUSTER_BIOGENESIS,PGPT0006786-fdx|cndB-K04755 D3-18_04617 1257 thcD_3 Rhodocoxin reductase ATGACCCGCCGCGGAGTAGTCATTGTGGGAGCCGGCCAGGCCGGCATCCAACTGGCTGATTCACTGCGCCAAGAAGGTTACACCGGCCTGATCACTGTTGTCGGCGACGAAGCAGGGCTTCCCTATCAGCGCCCCCCGCTGTCCAAGGAGTTCCTGAAGGATCCTAATGAGATGCCTGATGCGCTCCCGCTGCGGGGCAGCGACTTCTACACGGACAACAACATTGAGTTGCTGGCCCCGGCCCGGGTTGTCAGCATCGACCGAGGCGCGAACTCGGTGATCTTGGACGACGGAAGCACCCTTGGCTACTACCATCTGGTATTGGCCACGGGGGTCCGAAACCGCAAACTCGATGTGCCTGGCGCGGAGGCCGCTGGCGTCGTGAACATCCGGACACACGAAGACGCCCAGCGGGTTTGGAACAAGCTGGGCGGGGCCAAGGCTCCCGTAGTGATCGGCGCCGGCTTCATCGGTCTCGAATTTGCTGCAGCAGCAGCTTCCAGGGGACTGCCCGTAGTGGTCCTGGCTTCTTCAGACCGCCCAATGCGCCGTTCGTTGACGCCTGAAACTTCGAAATACTTCAAGTCGGTACTTCCCATCAAAGGCATCGATATTCGGTACAGGCAAGACGTCGCCGAGATCATGACCGACGCCCAAGGGCACGTCAATGCTGTAGCCCTGGCTTCGGGAGAAGTACTCCAAACCGACCTCGTTGTTGTCGCGGTAGGCGTCATTCCCAACGACGACCTGGCCACAGCGGCCGGCCTGGAAGCCCACGATGGAATCCTCGTCGACGAGTATCTGGCGACGGATGATCCATGCATCTCGGCTCTGGGCGATTGCGCCAGCTATCCCAGCATCCATGCCGGCCAGATCGCCAGGCTGGAATCGGTACAAAACGCTTCCGACCAGGCCAAGTTCCTTGCCCGCCGGATCACCACGGGCAAGGCGGGAGGACGCTACTCCGAGGTCCCTTGGTTCTGGAGCCATCAAGGCGATATCAGACTGAACATGGTCGGAATTTCCCGTCCTGACCTGCAAACCGTGATACGCGGTGATATGGAGGCAGGGAAGTTTTCGGTGTTCGGTTTCGATGACGAAACGCTGGTGTGCGTCGAGTCCGTCAACGCATCCGTAGATCACATGGCAGCACGTCGAATTCTGTCCTCGGGGAATCTTCCGTCCAAAGAACAAATCATGGATCCCGACTTCGACCTGAAGAGCTTCTCAAAGAAAGCCCCCGTGACCGCGGGCTGA MTRRGVVIVGAGQAGIQLADSLRQEGYTGLITVVGDEAGLPYQRPPLSKEFLKDPNEMPDALPLRGSDFYTDNNIELLAPARVVSIDRGANSVILDDGSTLGYYHLVLATGVRNRKLDVPGAEAAGVVNIRTHEDAQRVWNKLGGAKAPVVIGAGFIGLEFAAAAASRGLPVVVLASSDRPMRRSLTPETSKYFKSVLPIKGIDIRYRQDVAEIMTDAQGHVNAVALASGEVLQTDLVVVAVGVIPNDDLATAAGLEAHDGILVDEYLATDDPCISALGDCASYPSIHAGQIARLESVQNASDQAKFLARRITTGKAGGRYSEVPWFWSHQGDIRLNMVGISRPDLQTVIRGDMEAGKFSVFGFDDETLVCVESVNASVDHMAARRILSSGNLPSKEQIMDPDFDLKSFSKKAPVTAG PGPT0019730_68 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,PGPT0019730-hcaD|cndC1-K00529 NA NA D3-18_04618 1635 pgi_2 Glucose-6-phosphate isomerase ATGAATGCAATCAGCTATGGCGCCACCGGCGCGGCTCAACAGGCCATCGCCCAGCACATTGACGGGCTGGTTCAGGACAAGATCGCCACGCGGATTTTCGAAAAGGACCACACCTTATGGGGTTCGGCTGCGCAATCGGAATCAGCAATCCGCCTCGGGTGGGTGGACGCTCCGGCTGTTTCTCAGCCTTTGGTGAATCAAATCTTGGAACTGCACGATGCCTTACACGCAGAAGGTGTCGGCCGTATCGTGCTGTGCGGCATGGGCGGCTCTTCCTTGGCCCCCGAGGTTATTACCCGCACCGCAGGTGTCGAGCTGACTGTGCTGGACAGCACTGATCCTGAACAGGTCAGTGCTGCTTTGGCGGACCGGCTGAATGAAACGGCAATCGTCGTCTCGTCCAAGTCCGGATCCACCGTGGAAACCGATTCCCAGCGACGGGTCTTTGAGGAGGCGTTCACCGAGGCCGGCATCGATGCCAAAAGTCGGATCATTGTCGTCACCGACCCGGGATCTCCGCTGGACAAGGCCTCCCGTGAAGCCGGGTACCGTGCCGTCTTCAACGCAGACCCCAATGTGGGCGGCCGTTTCTCCGCCTTGACCGCTTTTGGTTTGGTCCCTTGCGGTTTGGCAGGGGTGGACATCCAGGCTTTCCTGGACGAAGCAGAAGAGGCTGCTGAGATCCTCAACGAGGATTCTGCGGACAACATCGGTCTGGCACTGGGCATTGCCTTGGGTGGTACCAGCCCGCTGCGCAACAAGATCGTCATTGCTGAGGACGGCTCGGGAATCGTTGGCTTCGCCGACTGGGCCGAGCAGCTTCTCGCTGAATCGACCGGCAAGCTGGGAACTGGCGTGTTGCCCGTCGTGGCAGGTCCCGATTCGCCCGAGGCTCTCGGTGGTGCTGAGGACGTCCTGGTTGTGCGCCTGGTCGGTGCCGGGGCCAGCGAGGAACTGCGTGAGAACGAGATTGCCATTTCCGGCGGGTTGGCTACCCAGATGTTCGTCTGGGAGTTCGCCACCGCAGTTGCTGGCCGCCTGCTGGGCATCAACCCGTTCGACCAGCCGGATGTCGAAGCCGCCAAGATCGCGGCGAGGGGTTTGTTGGACGCCCGCCCCGAGCCCACACCCGCCGCTTTCACCGATGGTGTCGTGGAGGTACGCGGTGGCGACTGGCTTGGTTCGGCGGCTTCAGTCACCGAGGCTGTTGAGGCACTGCTGAGCCAGTTGGGGACAGACGGCTATCTGAGTGTCCAGGCGTATCTGGACCGCGTAACGCATTCACCCCTTGAGGGCATCAGGGATGAATTGGCAGCAGTCAGCGGACGACCCGTGACCTATGGCTGGGGACCCCGGTTCCTGCACTCCACGGGGCAGTTCCACAAGGGTGGCCCGGCCATTGGTGTTTTCCTCCAGATCACAGCAGCAGCGTCCACGGACGTGAAGATCCCGGACCGCCCGTTCAGCTTCGGTGAGCTCATCCAGGCACAGGCCTCGGGCGACGCCCAAGTCCTCGAAGGCCATGCCCGTCCGGTCCTTCGCCTGCACCTCAGGGACCGGGCAGCAGGCGTGGAGCAACTCCGGGCCGGCATCAGCTCGCTATCCAAGATCACCACATCCGCTACTAACAGCTAA MNAISYGATGAAQQAIAQHIDGLVQDKIATRIFEKDHTLWGSAAQSESAIRLGWVDAPAVSQPLVNQILELHDALHAEGVGRIVLCGMGGSSLAPEVITRTAGVELTVLDSTDPEQVSAALADRLNETAIVVSSKSGSTVETDSQRRVFEEAFTEAGIDAKSRIIVVTDPGSPLDKASREAGYRAVFNADPNVGGRFSALTAFGLVPCGLAGVDIQAFLDEAEEAAEILNEDSADNIGLALGIALGGTSPLRNKIVIAEDGSGIVGFADWAEQLLAESTGKLGTGVLPVVAGPDSPEALGGAEDVLVVRLVGAGASEELRENEIAISGGLATQMFVWEFATAVAGRLLGINPFDQPDVEAAKIAARGLLDARPEPTPAAFTDGVVEVRGGDWLGSAASVTEAVEALLSQLGTDGYLSVQAYLDRVTHSPLEGIRDELAAVSGRPVTYGWGPRFLHSTGQFHKGGPAIGVFLQITAAASTDVKIPDRPFSFGELIQAQASGDAQVLEGHARPVLRLHLRDRAAGVEQLRAGISSLSKITTSATNS PGPT0017735_3038 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 D3-18_04619 1560 zwf2_3 COG0364 Glucose-6-phosphate 1-dehydrogenase 2 ATGGTAGACACACTCCCTGAGACCCGGCTGGAGGGCCGGTACAGGAACCCCATGCGGGATCCGCGGGACCGGCGCCTGAACCGCATCGCCGGGCCCTCATCTTTGGTATTTTTCGGAATCACCGGCGACCTGGCTCGTAAGAAGCTCATTCCCGCCGTGTACGACCTAGCCAACCGCGGGCTCCTCCCACCGAGCTTTGCTTTGGTCGGATTTGGCCGGCGGGCGTGGAGCACCGAAGAGTTCACAGCGCACGTGCTGGAGTCGGTGAAGTCCTTTGCCCGTACACCATTTGACGCTTCTGTATGGCAGCAATTGGCCGCAGGTATTCGTTTTGTCCAGGGCGAATTTGACGACGACGATGCATTTGAGCGCCTCGGTACCGTGCTGGACGAGCTCGACGAGACACGTGGTACCCGAGGCAATCATGGCTTCTACCTGTCCATTCCGCCTAAGGCGTTTGAGCAGGTGTGCCGTCAGTTGTCCAAGCACGGGTTGGCCCAGGCCAAACCCGGCCAGTGGCGCCGGGTGGTCATCGAGAAGCCGTTCGGGCACGACTTGCAGTCGGCACGGCAGCTGAACGACATCGTTGAGTCGGTGTTCCCAGCCGATGCCGTATTCCGGATCGACCATTACCTGGGCAAGGAGACGGTGCAGAACATCCTGGCGCTCCGCTTCGCCAACCAGTTGTTCGAGCCGTTGTGGAACGCGAACTATGTTGACCATGTTCAGATCACCATGGCCGAGGATATCGGCACCGGTGGCCGGGCAGGCTACTACGACGGCGTAGGCGCGGCCCGCGACGTCATCCAGAACCACCTGCTGCAGTTGCTGGCACTGACCGCTATGGAAGAGCCCATCTCTTCCAACGCCGATGATCTGCGGGCCGAGAAGGAAAAAGTCCTCGCCGCAGTGAAACTGCCTCAAGACCTGTCCACCCACTCGGCGCGCGGCCAGTTTACCGGTGGCTGGCAGGGCGGTGAGGAAGTCCTCGGCTACTTGGAAGAAGACGGAATTCCCGCCGACTCCAAGACCGAAACGTACGCTGCCATTCGTGTCGATATCAACACACGACGCTGGAATGGCGTGCCGTTCTACCTGCGCGCCGGGAAGCGTTTGGGGCGACGGGTCACGGAAATAGCCGTGGTGTTCAAGCGTGCCCCGAACCTGCTGTTCCGAGACCACGGCGAGGACGACTTCGGCCAGAACGCCGTGGTCATCCGCGTCCAGCCCGATGAGGGCGCCACGATCCGTTTCGGCTCCAAGGTGCCGGGGACGCAGATGGAAGTCCGCGACGTCACCATGGACTTCGGCTACGGACATTCCTTCACCGAGTCCAGCCCCGAAGCGTATGAGCGGCTGATTCTGGACGTGCTGCTGGGTGAGCCGCCGCTGTTCCCCCGGCACGAGGAAGTGGAGCTCTCCTGGAAGATCCTGGACCCGTTCGAGGAATACTGGGCCGGGCTCGATGAACGACCGCAACCTTACGCACCCGGCAGCTGGGGTCCAGCCTCAGCCGACGAGCTTCTTGCCCGCGACGGACGAACCTGGAGAAGGCCATGA MVDTLPETRLEGRYRNPMRDPRDRRLNRIAGPSSLVFFGITGDLARKKLIPAVYDLANRGLLPPSFALVGFGRRAWSTEEFTAHVLESVKSFARTPFDASVWQQLAAGIRFVQGEFDDDDAFERLGTVLDELDETRGTRGNHGFYLSIPPKAFEQVCRQLSKHGLAQAKPGQWRRVVIEKPFGHDLQSARQLNDIVESVFPADAVFRIDHYLGKETVQNILALRFANQLFEPLWNANYVDHVQITMAEDIGTGGRAGYYDGVGAARDVIQNHLLQLLALTAMEEPISSNADDLRAEKEKVLAAVKLPQDLSTHSARGQFTGGWQGGEEVLGYLEEDGIPADSKTETYAAIRVDINTRRWNGVPFYLRAGKRLGRRVTEIAVVFKRAPNLLFRDHGEDDFGQNAVVIRVQPDEGATIRFGSKVPGTQMEVRDVTMDFGYGHSFTESSPEAYERLILDVLLGEPPLFPRHEEVELSWKILDPFEEYWAGLDERPQPYAPGSWGPASADELLARDGRTWRRP PGPT0017380_985 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ACID_UTILIZATION PLANT_DERIVED_GLUCONATE_METABOLISM,PGPT0017380-zwf-K00036 NA NA D3-18_04620 957 hypothetical protein ATGATCGTAGATCTCCCCGACACCACCACTTCCAAGATCTCCAAGAAGATCACGTCGTTGCGCGAGCAGGGCGGTGTGATCGCCCTGGGTCGCGTCCTGACGCTGGTCGTCGTGACCAAGTCCGGGCGCGAAGAGGAGGCCATCGAGGCGGCCAACGAAGCCAGTTGCGAACACCCGTGCAGGATCATCGTCCTCACCGATGCAGGAGCTGAAGCCCCGGATCGGCTCGATGCCCAGATCCGCGTCGGTGGTGACGCCGGAGCCTCCGAGGTCATCGTCTTGCGCGGTTTCGGGCAAATGGCCCATGAGAGCGAGTCACTAGTTGCGGCGCTATTGCTCCCGGACGCCCCCATCGTGGCCTGGTGGCCGCACGGCGCCCCGGAAAGCGCACATGAGACCTCCATCGGCAGGATTGCGCACCGACGGATTACCGACTCCGCGAACGAGCCGGACCCTCGGGCAGCTCTGGAGAACATCCGATCCACGTACAAGGCAGGCGATACCGACCTGGCGTGGACCCGGCTGACGAGCTGGCGCATGCAACTGGCAGCGGTTTTCGATCAGATACATGCAGGGTCGGTCTCCTCTGCCCGGATCGAAGGCGCACCTGATTCTCCGAGCACTTTGCTGATGGCCGCTTGGCTGATGTTGACCTTGGACGTACCCGTTTCGATCGAGTCGAGCCAGGAGGGTACCGGTCTCCGTCGTGTGTGCCTCCAAACACCCGATGGGCGGGTCGAACTATTCCGTCCGGGAGTGTCGGTCGCTGAGCTGTCCCAGCCGGGCCAACCGGCACAGCGCATCACGCTTCCGCGCCGCAGCCTTAAGGACTGCCTGGCCGAAGAGCTCCGCCGGCTCGATCCGGACGAGATCTTTGGCGAGACCGTACACACGCTGCCTAGCAGAGAGGACATCGTGACTCCCAGTCCGGCCGCGGAGATCATCCTCGTCGGGTGA MIVDLPDTTTSKISKKITSLREQGGVIALGRVLTLVVVTKSGREEEAIEAANEASCEHPCRIIVLTDAGAEAPDRLDAQIRVGGDAGASEVIVLRGFGQMAHESESLVAALLLPDAPIVAWWPHGAPESAHETSIGRIAHRRITDSANEPDPRAALENIRSTYKAGDTDLAWTRLTSWRMQLAAVFDQIHAGSVSSARIEGAPDSPSTLLMAAWLMLTLDVPVSIESSQEGTGLRRVCLQTPDGRVELFRPGVSVAELSQPGQPAQRITLPRRSLKDCLAEELRRLDPDEIFGETVHTLPSREDIVTPSPAAEIILVG NA NA NA NA NA D3-18_04621 597 rmpB_2 3-hexulose-6-phosphate isomerase GTGAATCCCACTGTAACCGGTGCTCGTCCCCGGGATGCCGCTCAGTCCGTGACCACTAACATCTCCGTCATCCAAGAAGAGATAGCTGCAACGCTCGCTGGAGTAGACACACAGCAACTGGCTAAGGTTGCCGGTCTCGTCGAAAATGCTGATCGTATCTTCGTTTCAGGCGCCGGCCGCAGCGGGCTCGTGCTGCGTATGGCCGCCATGCGACTCATGCACCTAGGACTAACAGTCCATGTAGCAGGCGACACCACGACTCCAGCCATTGCCGCCGGAGATCTGCTGCTCGTTGCATCCGGCTCTGGAACGACCTCTGGCATTGTCATGAGCGCGGAGACTGCTTCCGGCGTTGGCGCACGGATCGCGGCCATCACCACAAACCCTGATTCGCCGCTGGCAAAGCTGGCAGACGCAGTTGTCGTAGTACCTGCTGCACAAAAAACGGATCATGGATCGTCTGTCACTAAGCAGTACTCCGGCAGCTTGTTCGAACAGACCCTGTTCCTGGCAACAGAATCGGTTTTCCAAACCCTGTGGGAAACGACCGATGAGCCAGCAGACAAACTTTGGCTACGCCACGCGAATCTGGAATAG MNPTVTGARPRDAAQSVTTNISVIQEEIAATLAGVDTQQLAKVAGLVENADRIFVSGAGRSGLVLRMAAMRLMHLGLTVHVAGDTTTPAIAAGDLLLVASGSGTTSGIVMSAETASGVGARIAAITTNPDSPLAKLADAVVVVPAAQKTDHGSSVTKQYSGSLFEQTLFLATESVFQTLWETTDEPADKLWLRHANLE PGPT0013290_107 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-FORMALDEHYDE_FIXATION,PGPT0013290-hxlB|yckF-K08094 NA NA D3-18_04622 624 rmpA_2 3-hexulose-6-phosphate synthase ATGAAACTCCAGGTTGCAATCGACCTCCTGACCACCGAAGACGCACTCGAACTGGCCGGCAAGGTCGCCGAGCACGTCGACATCATCGAACTCGGCACGCCGCTGATCAAGTCTGCAGGCTTGTCCGTGATCACGGCCATCAAGGGCGCACACCCCGACAAGCTCGTCTTTGCTGACATGAAGACCATGGATGCCGGCGAGCTCGAAGCCGATATCGCCTTCAAAGCCGGAGCAGACCTTGTCTCCGTACTGGGCAGCGCCGATGATTCAACAGTTGCTGGCGCCGTCAAGGCAGCACAGGCCCACAACAAGGGCATCGTTGTAGACCTCATCGGTGTTCCCGATAAGGTGACCCGCGCGAAGGAAGTGCGTGCATTGGGTGCCAAGTTCGTTGAATTCCACGCTGGCCTGGACGAGCAGGCCCAGCCGGGCTTCGACCTGAACGGGCTCCTTACGGCAGGAGAAGAAGCACGCGTGCCCTTCTCTGTTGCCGGCGGCGTCAACGCCAGCACCATCGCGGCAGTACAGAAGGCCGGTGCCGAGGTGGCAGTGGCTGGCGGAGCGATTTACGGCGCTGCTGACCCGGCGCTTGCAGCTAAGGAACTCAAGGCAGCAATCGCCTAG MKLQVAIDLLTTEDALELAGKVAEHVDIIELGTPLIKSAGLSVITAIKGAHPDKLVFADMKTMDAGELEADIAFKAGADLVSVLGSADDSTVAGAVKAAQAHNKGIVVDLIGVPDKVTRAKEVRALGAKFVEFHAGLDEQAQPGFDLNGLLTAGEEARVPFSVAGGVNASTIAAVQKAGAEVAVAGGAIYGAADPALAAKELKAAIA PGPT0013295_534 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-FORMALDEHYDE_FIXATION,PGPT0013295-hxlA|yckG-K08093 NA NA D3-18_04623 282 hypothetical protein ATGCAGCGTCAAAAACATTCGCAATTGAGTGGCGCCCGCGGGCTCCCCGGTTGGCAGCCGTTTCAAAACTGGGAAGCGCTGGCCCCGGGAGACCTGGTCGAGGTGTGGTCCGAAGGGACAGCGCTCCATTACGCCTACGTTGATGACCTCAGCGAGAACGGATCCATTGTTTGGCTCGTAGAGGACGGGACGGGCAGCCGACGGCTGGTCCTCCGGAGCGATCCAATAACTCTCTACGCGCCAAAGACAGAGAGAGTGAAGTTGGCGGAGCTCTCAGCATGA MQRQKHSQLSGARGLPGWQPFQNWEALAPGDLVEVWSEGTALHYAYVDDLSENGSIVWLVEDGTGSRRLVLRSDPITLYAPKTERVKLAELSA NA NA NA NA NA D3-18_04624 288 hypothetical protein ATGATTACTTTACGAACTCCCAATGGACCACACGGCTGGTCATCCACCGGCGAAATAACCTCTGATGGTCGTGGCATGCAGAGCCCTTTGACCCCTGTGGAAGTCCTGGTCACCATCCCCGAGGACCGACACGTCCTCCTGTCCGAAGCAGAGAACAAGCTTCAACAAGAAGCTCTGCTCCGGAAAGCCTTCGGGATACTCGTCACGCGTCACAACCTTCACAAATACAGCCTGGAACTCAGCGCCGAGGTCCCTTTCGGTGAGACCCGTGAAAGATCCATTCTCTAG MITLRTPNGPHGWSSTGEITSDGRGMQSPLTPVEVLVTIPEDRHVLLSEAENKLQQEALLRKAFGILVTRHNLHKYSLELSAEVPFGETRERSIL NA NA NA NA NA D3-18_04625 1437 gndA_2 COG0362 6-phosphogluconate dehydrogenase, NADP(+)-dependent, decarboxylating ATGACAGCACACATCGGTGTCACCGGCCTTGCGGTGATGGGCGCCAACCTGGCCCGCAACCTCGCACGCAACGGCTTTACCGTGGCTCTTCACAACCGCTCCGTGGAAAAGACTGACGCCCTGCTTGAAAAGCACGGCGCTGAGGGTGACTTCATCCGCACGGAAACTTTGCAGGAACTCGTCGATTCCCTTGAAAAGCCCCGCCGTGTCCTGATCATGGTCAAGGCCGGCGCTCCCGTTGACAACGTGATCGAGCAGCTCGAACCGCTGCTCGAAGCGGGCGATATCATCATCGACGCTGGCAACTCCCACTACGAGGACACCCGTCGCCGGGAAGCCGCGCTGGCGAAGAAGGACCTGCACTTTGTAGGTGTCGGTGTGTCCGGTGGTGAAGAGGGTGCCCTGAACGGCCCGTCCATCATGCCCGGCGGTTCGCGTGAGTCCTACGACGCCCTTGGCCCGCTGCTGGAGAAGATCTCCGCGAAGGTCGATGGCGAACCGTGCTGCGCCTGGGTGGGCACCGATGGCGCCGGCCACTTCGTCAAGATGGTCCACAATGGTATCGAGTACGCCGACATGCAGGTCATCGGTGAAGCGTTCGACCTCCTTCGCTCCGGCGCCGGCATTGAGCCCGTTGAGCAGTCCAAGATCTTCGCTGAGTGGAACAAGGGCGATCTGTCCTCCTTCCTGATCGAAATCTCCGCTGAGGTCCTGGGCCACGTTGACGCCAGGACGGGCAAGCCGTTCGTGGACGTCGTGGTTGATGCTGCAGGCCAGAAGGGTACGGGCCGCTGGACGGTTATCTCTGCCCTGGAGCTTGGTTCCCCGGTTTCCGGCATCGCCGAGTCCGTCTTCGCCCGCGCGTTGTCTTCCCAGACCGAGCAGCGCAAGCTTGGCCAGGAACTGCTCGCCGGTGAAGAAGCCGCAGTGGAAATCCCCGAGACGTTCGTTGAGGATGTCCGGCAGGCACTGTATGCGTCCAAGCTGGTCTCCTACGCCCAGGGACTGGACATGCTGACCTCCGCTGCCAAGGAGTACGGCTGGGACCTGAAGCTGGACGAGATCGCCTCGCTCTGGCGCGCAGGCTGCATCATCCGTGCAGAACTCCTCAAGGACATCACCAAGGCCTACGCGGCCGAGGAGAAGCCCGCAAACCTGCTGTTCGCACCGGCCTTCACCAAGGCCATCGCCGAGGCACTCCCGGCCTGGCGCCGCGTCGTGGCAACCGCAGTCCAGCTGGGCATCCCGGTACCCGTGTTCTCGTCCTCACTGGCGTATTACGACGGCCTGCGCCGCAAGCGCGTGGCCGCTGCCCTCATCCAGGGGCAGCGCGACCTCTTCGGTGCGCACACCTACGGCCGTGTGGACACCGAGGGAACGTTCCACACCCTCTGGGGCGAAGACAAGTCCGAAATCTCGGCGGTCGACACCCACTAA MTAHIGVTGLAVMGANLARNLARNGFTVALHNRSVEKTDALLEKHGAEGDFIRTETLQELVDSLEKPRRVLIMVKAGAPVDNVIEQLEPLLEAGDIIIDAGNSHYEDTRRREAALAKKDLHFVGVGVSGGEEGALNGPSIMPGGSRESYDALGPLLEKISAKVDGEPCCAWVGTDGAGHFVKMVHNGIEYADMQVIGEAFDLLRSGAGIEPVEQSKIFAEWNKGDLSSFLIEISAEVLGHVDARTGKPFVDVVVDAAGQKGTGRWTVISALELGSPVSGIAESVFARALSSQTEQRKLGQELLAGEEAAVEIPETFVEDVRQALYASKLVSYAQGLDMLTSAAKEYGWDLKLDEIASLWRAGCIIRAELLKDITKAYAAEEKPANLLFAPAFTKAIAEALPAWRRVVATAVQLGIPVPVFSSSLAYYDGLRRKRVAAALIQGQRDLFGAHTYGRVDTEGTFHTLWGEDKSEISAVDTH PGPT0017385_1912 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 D3-18_04626 1425 putative protein ATGACAACCCAACTCGCTACTGATTACCTCGTCGTCGGCGCTGGCGCCACCGCACTGGCCTTCGTTGACACCCTTCTGGATGAAACTGACGCCGACATCATCATCCTTGATCGTTACGACAAGCCAGGCGGACATTGGCGGGTCGCTTATGACCACGTTCGTCTCCACCAGCCCTCGGATTTCTACGGGGTCAACTCCCGGCCCATGGGTACCGGCCACGTGGAAACCCGCGGGCACAACAAAGGTTTGTTGGAACTCGCCACAGCTGATGAAATTCGTGACTACTTTGAAAAGGTCATGAGCGAGAAGTTCCTGGGTAGCGGCCGCGTCCGGTACCTGCCGAACACCGAATATCTCGGGGATGGCAAGGCGCGGGGCATCCTTTCCGGGGAAGAGATCGACATCAAGGCACGCAAGCGCACGGTCGATTCAACTCACAGCAAAGTATCTGTTCCGGCCACGACTCCCCCGCCCTTTGCCTTCAACGGTGTTGACGTCGTTCCTCCGAACGGGCTCGCCCGCATCGGCCAAGGCTACAACCGCTATGTCGTCGTCGGGGGCGGAAAGACAGGAATCGACGCAACCCTGTGGCTGCTGGACCGAGGCGTATCTCCGGACAGCATCACGTGGGTTGTTCCCCGGGACGCGTGGCTGTTCAACCGCGAAGTCTGCCAGCCTGGCGAGCAGTTTATTGAGATGACGGACGGCTATGCCAACGCTCTCTTCGGCTCCTGGCTGGGATCTGAGTCGATGAATGAGCTGTACGACAAGCTTATTGAGAGTGGATACTTCTTCCGGCTCTCCGACGATGTCCGACCTACAGCCTTCCGTTGTGCCACCGTTACGCGCTCGGAGCATGAAGCCATCCGCCGGATCTCGGATGTGGTCCGCCTCGGACGCGTCCTCGAGATCGATCCTGCCGGCATTACCCTGGAAAACGGTCGTCGAGAAATGGAACCCGGCGCCCTTTACGTTGACTGCACGGCCAACGGCCTCGCCCACCTCGAGACTGTTCCTGTCTTTAGCGAGGGACTCATCACCTTGCAGTCTGTCGTTTTCTGCCAGCAGGTCTACAGTGCCGCCTTCATCGCTCACATCGAGGCCCGCTTCAGTGATGATGCCACCAAGAATGACTACACTCCCGCGGTAGCCCACCCTGCAGATGAGGCGGACTTCCTCCGTGCCTACCTTGCCAACTTCCATAGTGAGATGATCTGGTCCCGCGATCCGGAAATTGTGCAGTGGCGTCAAGACGCTCGGCTTTCGGGTCTGACCACCCGTGTCGGAACTCCCCTCCCGCCGGCCGGCCCTGACCGTGAAGCGGCTCTGGAAGGATTCCGCGGACTGGTTGAAACGCTCATCGGGAAGACCGAGGAGCTCCTCAGTGAGGTCGATTCCCCCACCAAGGTGGCTGCCAACGTCTAA MTTQLATDYLVVGAGATALAFVDTLLDETDADIIILDRYDKPGGHWRVAYDHVRLHQPSDFYGVNSRPMGTGHVETRGHNKGLLELATADEIRDYFEKVMSEKFLGSGRVRYLPNTEYLGDGKARGILSGEEIDIKARKRTVDSTHSKVSVPATTPPPFAFNGVDVVPPNGLARIGQGYNRYVVVGGGKTGIDATLWLLDRGVSPDSITWVVPRDAWLFNREVCQPGEQFIEMTDGYANALFGSWLGSESMNELYDKLIESGYFFRLSDDVRPTAFRCATVTRSEHEAIRRISDVVRLGRVLEIDPAGITLENGRREMEPGALYVDCTANGLAHLETVPVFSEGLITLQSVVFCQQVYSAAFIAHIEARFSDDATKNDYTPAVAHPADEADFLRAYLANFHSEMIWSRDPEIVQWRQDARLSGLTTRVGTPLPPAGPDREAALEGFRGLVETLIGKTEELLSEVDSPTKVAANV NA NA NA NA NA D3-18_04627 1128 hypothetical protein ATGATTACTCCGTACAAGATCGACATCCCCGAAGATCTGATCCGCCAAACGCGCGAGCGTGTCCGCCAGACCAGGTGGCCGGTCATCCCCCAAGGTGAGAGCACCCGCTACGGTGCATCCATTCCTTACCTCAAGAACATGCTCAGTTTCTGGGCAGAGGAATACTCGTGGAGGGCCTGGGAACAGAAGCTCAACTCACGACCTCACTTCCTGACCGAAATTGACGGAGTGGATATTCACTTCTGGCACATCCGCGGCGCCAAGCCGGGGTCTGTCCCACTGCTGCTCCTTCATGGCTGGCCCGGCTCACCCATTGAGTACTGGGATCTTATCGGCCCCCTCACCGACCCGGCAGCTCACGGAGCACCGGATGCTCCTTCGTTCGACGTCGTCATCGCAGAGCTGCCCGGTTTTGGGTTCAGTGGCAAACCGGTCGATGCCGGCTGGGGGCCTGAGCGCATGGCGAACGCTTTGCACGAGCTCATGCACGACGTTCTGGAGTATCCCACCTACGCCGTCCACGGCGAAGACTGGGGAACCCTCATTGGTGCGCGCATCGCCCGGCTGCACCCCAACGAAGTGGCAGCCCTTCACATCACGATGCCGTTCACCGGCCCGTACGGTGATTTCGTCCCGACCCCCGAATGGGGAGGGCGCATGTATGAAGCCACCGGCTACCTTCACGTGCAAAGCCTGGTTCCGGATGCACTGACGCTTGGAATGGCCGACTCACCTCTGGGGCTCGCCGCCTGGGTCTTGGAGAAGTTCAGCGCATGGAGCGACTCCAGCGGAGACCTTGACGCAGCCTTCTCCAGGGACATCCTTCTGACCAACCTGCACTTCTACTGGCTGACGGGAAGCATCGTCAGCTCGACCCGCCTCTACCGCGAATCCGCGCTCGAAGGCGGGGACGTCATCGGTCCCCCGCAGATTCCCGTCCCCACCGCAGTAGCTGCCTTCCCGGCGGAACCGTTCGCCTCACCAAGGGAGTGGCTCGAAGGCGTCTACAACATCGCGCGTTACAGCGAATTTGAATCCGGCGGTCACTTCGCCGCTCTGGAAAAGCCCGAGATTGTTCTCGACGAAATCAGGGCCTTCTTCCCCGCCTACTTTGGAGAAAACGCATGA MITPYKIDIPEDLIRQTRERVRQTRWPVIPQGESTRYGASIPYLKNMLSFWAEEYSWRAWEQKLNSRPHFLTEIDGVDIHFWHIRGAKPGSVPLLLLHGWPGSPIEYWDLIGPLTDPAAHGAPDAPSFDVVIAELPGFGFSGKPVDAGWGPERMANALHELMHDVLEYPTYAVHGEDWGTLIGARIARLHPNEVAALHITMPFTGPYGDFVPTPEWGGRMYEATGYLHVQSLVPDALTLGMADSPLGLAAWVLEKFSAWSDSSGDLDAAFSRDILLTNLHFYWLTGSIVSSTRLYRESALEGGDVIGPPQIPVPTAVAAFPAEPFASPREWLEGVYNIARYSEFESGGHFAALEKPEIVLDEIRAFFPAYFGENA NA NA NA NA NA D3-18_04628 1101 gutB COG1063 Sorbitol dehydrogenase ATGAGTCAGATGAAAGCAGCCGTTTGGCACGACGTGCACGATGTACGCGTCGAAGACTTCGAAATCCCGCCCATCGGTGGAAGCGAAGTGAAGATTGCCGTCGCCTGGGCAGGGATTTGCGGAAGCGACCTCCACGCCTATCACGAAGACCTCAGCAAATCCCCGCTGGGGGTATCACTGGAAAAGCACGCACTGAGCGGCCGGGCAGCCCCGCTGGTTCTAGGCCATGAGTTCTCCGGCACAGTGGTCGAGGTCGGACCCGATGTGACCCACCTAGCGGTCGGTGACCGCGTGGCCATAGAACCGGTCCTGAAGGACTTCTCTTCACCTGTCGTCCAGCGAGGGCAATACAACCTCGGTGACTTCCGTGCAGGCGAAGTTGGCCTCTACGGCTTCAACGCCGATGGCGGCTTCGCCGAATACGTGGTCGTGGAAGAATATGCCGCTCACAAAATTCCCGACGGCCTCGGTCTTGACGAAGCGGCCCTCGCAGAACCATTGGCTGTGGTGCACCGAGCTGTTGTCGCCAGCACCTTCCGTGTCGGCCAGACCGCTGCCGTTGTCGGCGCCGGACCCATCGGCCTGCTCACCGTGCTCATGCTCAAAGCAGCCGGTGCCCGCGAGATCTATCTTGTTGATATCGTCCCGGAACGCCTGGCCCTAGGCGAGGAAATCGGTGCACTCCCGATCAACTCGTCCACTGAGGACGCATACGAAGTCATCCAAACTGCCACTAACGGCCGCGGAGTAGACGTCGTCTTCGAGGCCGCAGGAGTGCAGCCCACCCTCGATCTGGCTCTCACGCTGTCCAAGAAGGGCGGCGAACTGGTGATCCTGTCGATCTTCAGCGCTCCCCCCACCGTCAACACAGGGCTGGTGATGGTCCACGAAATCCGCATCACCTCAACCATCATCTACCGGGACAACTTCCCCGAGGTCCTCGGGCTTCTCGCCTCGCGGGCAATTGATGTACGCCCGCTGATCACCAGCCGGATTCCCTTGGATGACGTCGTCACCACCGGGCTGGAAGTTCTCAGCAAGGACCGCAGCCAAGCAAAGGTCCTCGTCTTCCCACCCAGCGCGCATGGAGGCAAAAACTGA MSQMKAAVWHDVHDVRVEDFEIPPIGGSEVKIAVAWAGICGSDLHAYHEDLSKSPLGVSLEKHALSGRAAPLVLGHEFSGTVVEVGPDVTHLAVGDRVAIEPVLKDFSSPVVQRGQYNLGDFRAGEVGLYGFNADGGFAEYVVVEEYAAHKIPDGLGLDEAALAEPLAVVHRAVVASTFRVGQTAAVVGAGPIGLLTVLMLKAAGAREIYLVDIVPERLALGEEIGALPINSSTEDAYEVIQTATNGRGVDVVFEAAGVQPTLDLALTLSKKGGELVILSIFSAPPTVNTGLVMVHEIRITSTIIYRDNFPEVLGLLASRAIDVRPLITSRIPLDDVVTTGLEVLSKDRSQAKVLVFPPSAHGGKN PGPT0008200_802 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 D3-18_04629 1413 Ferredoxin--NADP reductase ATGAACGAAACTCAGACTTCCACACCGGCCCTGCCGACAACATTTGCCGTCATCGGCGCAGGACCTGCGGGTCTGGTCGCAGCCCGGGCGTTCAAGCGTTACGGCCTTGAAGTGGAGATTCTTGAACGGTTCAACAAACCCGGTGGAATCTGGAACATCGACAACCCGGGCTCCCCACTGTACGAGTCCTGCAACTTCATCTGCAGCCGGGACGGCGGCGGATTCATCGGCTACCCGATGCCCGAAAGCTACCCGATTTATCCCCGCTGGGATCAGATTCGCGACTATGTCCACGGCTTTGCCAAGGAAACGGGCCTGGAAGAGCTGATCACGTACGGCGCTGAAGTTACTGAAGCCCGGCCCGTTTCAGATGAGCGCGGCGACTACTGGATCGTTACGCGCGCCGATGGCAAGACTACCGAGTACCGCGGCGTCGTTTACGCAGGGGGTGCGCAGTGGGATCCTTTCATCCCTGAGATTCCCGGCGTCGAGACCTTTACTGGTGAAGTTATCCACAGCGCCCGCTATGACTCCCCCAAGCAGTTCCGGGACAAGCGGGTCCTCGTCGTAGGAGCAGGTAACAGCGGTGTCGACATCGTCTCCGATGCTGCTTTCCATGCGGATAAGGCGTACCTGTCCACGCGCCGGGGGTACTGGTTCTTCCCCAAGGTTGCCTTCGGCGCAGCGGTGCCGGATATCTTCCAGGGCAACGCCCAAATCCCCGCCACCAGCCTCTTCGACACTCCCAACTTCGAACAGGCTGTCGAGCTCATCGTCGCCGGGGTTGGTGATCTGTCAAAGTACGGTCTCCCCCAACCCGACCATGCCCCAGCTACAACCCACCCGATTGCGAACAACCAGGTCCTGCATGCACTCTCCCACGGCCTCCTTGAGCACCGCCCGGGCATCGAACGGATCGACGGCAGCACCGTCCACTTCACCGACGGCCGTTCGCTCGAACTTGACCTAATCGTGCTGGCTACCGGATACGACCTGCACATCCCGTGGCTCCCCGACGGCCTCGTGGACGAAGTCGAAGGACACCCACAGTTCCTCCTCGGAGCCTTGGCCCAGAATGTCCCCGGGCTGTACGCATCAGGTGTGCTTCACTTCGCCGACTGCACCTTCTCAATGTTCGACGAACTCGTCCAGGTCGCTGCCGCAGACGCCGCCGCAACGGTCACAGGCGAGAACCTGGAGAACATGCAACGGTTGCGCCGCGAATACCGGCCCAACCTCCAGGGAGACTTCCCGTTCCTGCAGGTCCGAAGGAATGTCAACCAGATCGACGTCCCCACGCTTCGTCGAGTTCAGGACGAGCTCCGCACGGAATACAACATCGAGATCCCAACGCACCCGGGCAGTGACGACTTCTACGAGTCCCCTGCACTCGTGGCCGCAGCCACGGTCTGA MNETQTSTPALPTTFAVIGAGPAGLVAARAFKRYGLEVEILERFNKPGGIWNIDNPGSPLYESCNFICSRDGGGFIGYPMPESYPIYPRWDQIRDYVHGFAKETGLEELITYGAEVTEARPVSDERGDYWIVTRADGKTTEYRGVVYAGGAQWDPFIPEIPGVETFTGEVIHSARYDSPKQFRDKRVLVVGAGNSGVDIVSDAAFHADKAYLSTRRGYWFFPKVAFGAAVPDIFQGNAQIPATSLFDTPNFEQAVELIVAGVGDLSKYGLPQPDHAPATTHPIANNQVLHALSHGLLEHRPGIERIDGSTVHFTDGRSLELDLIVLATGYDLHIPWLPDGLVDEVEGHPQFLLGALAQNVPGLYASGVLHFADCTFSMFDELVQVAAADAAATVTGENLENMQRLRREYRPNLQGDFPFLQVRRNVNQIDVPTLRRVQDELRTEYNIEIPTHPGSDDFYESPALVAAATV NA NA NA NA NA D3-18_04630 1005 rhaS_3 HTH-type transcriptional activator RhaS ATGCAAACTCCCGGGGACCAGCCTCGCAAAAGCGGACACTTTCAGGTTGTAAGCGAGCGGGCAACTTCCCTCGAAAGTGCCAGCGTTGTAGGCGGACGGCTTTACCACCCCCACCGCGCTACCCCTTTGAGTTCAGGAGAGGCACTGACTTTCTCCGTGGAGGCGCTGGTAAGCGCTGACCTGACAGTAGGATTCATGAAGTACAGCGGCGGCGTGTACATCAAGACACCCCCGCTGGACGATTCCTATCACGTCAACGTTCCTCTGGACTGGCCGCTCAAGACGGCAAGTGGGGACATTTCGCGGGTTATCGAAACCCGCAGCGCTGCCGTTTATCAGCGGGGTCAGCATGCCATCATTCAGGGGTGGGAACAGGAAGGGCGGGTCCTCGCTCTGAAGATCTCAAAGGATCTTTTGGAGCTGCGTGCAGCGGAGCTCTTCGGACATCCTGTACGAGACCTTCATTTCGACCTGTCCCTGCCGCTAAACACCCCGCAAGGACATGAGTGGCTCACTCTGCTGAAATTGCTCACTAACGGTCTTTCGCCGTTGGGCACTCTCACAACGAATCCTCTCCTAAGCGGGGCGTTACAAGACTCAGTAGTTTCAGGCCTGCTCCTGTTAACCGGTGGCGCCGGGCTTGAAGGAGCCGCCGGCGCGGTGGAGCGACGCCAGGACAACTTAGTTCAGTTGGCTGTTGCCTACCTGGACCGGTTCGCCGACCAACCAATCACCATGTCGTCTCTGGCCGCCCATGTCGGGGTGAGTGTTAGGTCCCTCCAAGCCGCCTTCCGAGCTGACCTGGACACAACTCCCCACGAATATTTGCGCTCAGTGCGCTTGGAGCGTGCCCGCCAGGAACTGATCCTTGCTACCGCCCAGGAAGCGTCAGTAGCGCAAATCGCCCGACGGTGGGGTTTTGGCAATCTGGGACGTTTCGCGGCCTATTATTCACACGTTTTTGGGGAATCTCCGAAGGCCACTTTGCGCAACACTCTCGGCTAG MQTPGDQPRKSGHFQVVSERATSLESASVVGGRLYHPHRATPLSSGEALTFSVEALVSADLTVGFMKYSGGVYIKTPPLDDSYHVNVPLDWPLKTASGDISRVIETRSAAVYQRGQHAIIQGWEQEGRVLALKISKDLLELRAAELFGHPVRDLHFDLSLPLNTPQGHEWLTLLKLLTNGLSPLGTLTTNPLLSGALQDSVVSGLLLLTGGAGLEGAAGAVERRQDNLVQLAVAYLDRFADQPITMSSLAAHVGVSVRSLQAAFRADLDTTPHEYLRSVRLERARQELILATAQEASVAQIARRWGFGNLGRFAAYYSHVFGESPKATLRNTLG NA NA NA NA NA D3-18_04631 183 hypothetical protein ATGACGCGAGAAGAAGCTTTCGTAAGTTGCCCGGCGGACTCCTACGTGGAGTTCTACGGTGGAGAGTGGTTGATTGTTCCCTACAAGCCGGTCATGCAGCCGCGATTCTTCATTTGCCACCCCGGTGGGCGCCCTTCGAGGGCTACCGCCCACCCAAGCACCGGACTTACTGTTTTCCAGTAG MTREEAFVSCPADSYVEFYGGEWLIVPYKPVMQPRFFICHPGGRPSRATAHPSTGLTVFQ NA NA NA NA NA D3-18_04632 516 hypothetical protein ATGGCGGAATCGATTGAGGATTACGCGCTGCTGTCAGACCTTGCTACGGGGCCTTTGGTCTCCAAGAGGGGCAGCATCGATTGGCTCTGCTTTCCCCGCTTCGACTCCCCAGCGACGTTTGCAGCACTGCTGGGAACTGAGGCCAATGGTCGCTGGGTCCTGGCACCCGACGATGCTTCAGCGCATGTGATTGATCGCCACTATATTGACTCCACTTTCATATTGGAGACAACTTGGGAGACAAATAGGGGGCGGGTTTTGGTTACCGACTTCATGCCCGTAGGACGACCGACTTCATCACTTCTGCGTCGCGTCAACGGGTTGACGGGGGTCGTCAGAGTTAGCCAGGACATAAGCATCAGGCCCCAATATGGCGCCATAAGGCCGTGGATGAGTAGAACGGGCACAAAAGAGCGAAACTCCCTTCAAGCGATGGCCGGCCCGGATGCCTGGGCCTTGTACTGCGACCCACTTCGGCTCCGCACCTGGAAGGCCACAGCAGCACCATCGATGTAA MAESIEDYALLSDLATGPLVSKRGSIDWLCFPRFDSPATFAALLGTEANGRWVLAPDDASAHVIDRHYIDSTFILETTWETNRGRVLVTDFMPVGRPTSSLLRRVNGLTGVVRVSQDISIRPQYGAIRPWMSRTGTKERNSLQAMAGPDAWALYCDPLRLRTWKATAAPSM PGPT0018651_2 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION PLANT_DEGRADATIVE_GLYCOSIDASES|GLYCOSYLHYDROLASES PLANT_DEGRADATIVE_GS|GH-GLUCOAMYLASE_LIKE,PGPT0018651-glucoamylase_like-NA NA NA D3-18_04633 1305 COG3387 Trehalase GTGTGGTTCCCGTCATACCGGGAACCCCCTTCGCCCACCGACTTTGACGGGGCACTTCAGCAGGCTCTCATTTATTGGACGACATGGGGCGGCAATTGCCGCCAGGACGGTCCGTACAGCCCGGTGGTCAAACGCTCAATTCTCGTACTGCGGGCCTTGACTCACTTCGAGACCGGTGGAATTGTCGCAGCTCCCACCACGTCCCTGCCAGAGGAGTTCGGGGGAACCCGCAATTGGGACTACCGGTTTTGTTGGCTCAGGGATGCGGCCCTCACCCTTGAATCGATGCTGACACACGGCTACGAATCGGAAGCATTGAGCTGGCGTCACTGGCTGCTTCGGGCTTTGGCCGGGGATCCCGAAGACGTGCAGATAATGTACGGCATAGCGGGCGAGCGGGATCTGCCGGAAAGAGTTTTGGAGCACCTTCCCGGTTATAACGGATCAGCCCCGGTTCGCATCGGTAACGCTGCGTCTACCCAATACCAAGCTGACGTCATTGGTGAAGTGATGGTCGCTCTGGAACGACTGCGGTTGGCCGGAGGGCAGGAAGATTCTTTCTCCTGGGCCCTTCAACGGGCGCTCCTATCGTTTATCGAGCAACACTACGACGACGAGGACTACGGCTTATGGGAAATGCGCGGGTCGAGCAGATACTTTACGCATTCACGGGTGATGATGTGGGCGGCCTTTGATTGCGGTGTTCGGGCCGTTTGCGATCATGGGCTTTCCGGGCCAGTCGCTCACTGGTCGGCACTACGAGACCGGTTGCACGCAGAAGTGATGGACCGCGGTTTCAACAGCGATCTCAACAGCTTCACGCAAACCTACGGCGGTTCCCAGACCGATGCAGCCTTACTAGTGCTTCCTCAGGTTGGATTTCTTGCCTACGACGACGAGCGGATGCTGGGAACAGTCACCCGGATCGAAGATGAACTTGTTACCAGCAATGGGCTCTTGATGAGGTACCTCACTGATACCGGAGTCGATGGACTTGAACCAGGAGAGCATCCTTTTCTTGCTTGCTCTTTTTGGCTAGTGGAGCAGTACGCCCGCACGGGAAGGCATGCCGAGGCTCAAGTTCTTATGGACCTGTTGGTCGGCTTAACAAACGAACTTGGCCTTCTTAGCGAGGAATACGACGGAGATCAGAATCGCATGGCTGGCAATTTTCCGCAGGCCTTTTCACATCTTGCTCTCGTCCGAGCAGCGGACGCCATGCATGGAGTCGATCGGTTGAGCATGGCTTACAGAGGTCTCCGGAATCCAGCGGTCACGCGACGCCCCGTCGCAGGCCACGATTAG MWFPSYREPPSPTDFDGALQQALIYWTTWGGNCRQDGPYSPVVKRSILVLRALTHFETGGIVAAPTTSLPEEFGGTRNWDYRFCWLRDAALTLESMLTHGYESEALSWRHWLLRALAGDPEDVQIMYGIAGERDLPERVLEHLPGYNGSAPVRIGNAASTQYQADVIGEVMVALERLRLAGGQEDSFSWALQRALLSFIEQHYDDEDYGLWEMRGSSRYFTHSRVMMWAAFDCGVRAVCDHGLSGPVAHWSALRDRLHAEVMDRGFNSDLNSFTQTYGGSQTDAALLVLPQVGFLAYDDERMLGTVTRIEDELVTSNGLLMRYLTDTGVDGLEPGEHPFLACSFWLVEQYARTGRHAEAQVLMDLLVGLTNELGLLSEEYDGDQNRMAGNFPQAFSHLALVRAADAMHGVDRLSMAYRGLRNPAVTRRPVAGHD PGPT0018651_3 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_CELL_WALL|MEMBRANE_DEGRADATION PLANT_DEGRADATIVE_GLYCOSIDASES|GLYCOSYLHYDROLASES PLANT_DEGRADATIVE_GS|GH-GLUCOAMYLASE_LIKE,PGPT0018651-glucoamylase_like-NA NA NA D3-18_04634 2247 hypothetical protein ATGGTCACCCTAGTGGGGCCCGGGGGAGTGGGAAAAACGAGACTTGCCCTGCAAGTCGGGGCAACGGTAAGACCATCTTACGATGACGGCGTTTGGTTCCTTGATTTTTCATCAGTGGACGATCCTGCGCTGGTCCCCGACGCCCTTTTATCTGGGCTGGGACTTCGAGCGATCTCCACCCAACGCGCGGCTGCTCAACTCATGTCCTACCTTGCCGAACGCCATCTTCTATTACTGCTAGACAACTGCGAGCATATCCTCAGCGGTTGCCGACAATTGGTCGAGTCGCTCCTCGAGAACAGTCCTCGACTGAATGTCTTGGGGACAAGCCGCGAACCCTTTGGCATCAGAGGCGAAAGGGTTATTCCCGTTCTGCCCTTTGAACTACCACAGCAGGGCGAAGCACTAGACGAGACAGCTGTCCGTCGCTTCGATTCACTGGCGTTTCTTTGTGACCGTGCAATGGCGAACTCACCGGATTTCCGCATAAACAATGAAAATGTGGCAGCAGCTGCGGAACTTTGTGCGCGGCTCGACGGCATCCCGCTTGCTCTGGAGCTAGCGGCCACACGTCTTCGGTCTCTCAGCATCGGGCAACTGCTGGAGCGGACAAAGAGCCGCTTTGCCATTCTGACGTCAGGGAGCCCAACGGCGCCGGCCCGTCAGCAGACACTGCGAGCACTCATTGATTGGAGTCACGATCGCTGTTCTGCGGAAGAGCAAGTCCTATGGAGAAGGATGTCCGTCTTCGCAGGAAGCGCTGACCTTGAAGCCGTTGAACAAGTTTGTTCAGACACAGTTCTCCCTCGCGGCCAGATTCTCCCCTTGATCGATTCGTTGGTATCTAAGTCGGTCCTGATCGCCATCGTAACGCCGAGCAGCGTTAGGTACAGGGTCCTCGAGACAATCCGGCAATATGCCCTCGAACGCGCTCAATCACTCGGCGAGGACGATGAACTGAAACAACGGCATGCCCTGTACTACATGAGACTCGCGCAAACCAGCACCCGTGAGTTCTGGTCGACAGAACAGGATGCTTTGATAGGTCATTTACGTCTGGAGCACGAGAACCTTAGAAGTGCCCTCGCATACCTACTTTCCCTCCCCGAGGCTAAAGGTGGGTCAGTGCTATTGCTTGCCGCCGAGTTGCGATTCCACTGGATGGTGGGCGGATATGTCAGTGAGGGAAGGCATTGGCTGCATCTTGCCCTTGCAACACCCGGTCATGAAGAAGTTGATCGAGCACGCGCACTCTGCATCGCCGCTTGGGCAGCTGCTGTACAAGGCGATCTTGCTGAAGGACGGGAGCTCCTCGACTCGTGCACGAGACTAATCGAGAATCTGAAATGCAGGAATCAGATAGCCCTGCTGGAAGCTGAGGAGCTTCAGTCCCAAGTTCAAACGTGGTCGGGCACGATTTTGCTCTTCGGCGGAGACCCGGAGGGTGCCGCAACCCTATTCGAAGGAGCACTGGCTCATAGCCGGCAAAAGAATCACATCGAGGGCATCATGCTTGTGCTCCTGCAGCTGAGTGTCGCCTACGCGGTAATGTCGGACTACGAAAAAGCCGACGCGGTTTCTACTGAAGCAATTGAACTCAGCGAAAGCCTCGGAGAAACTTACGTGAAGTCCGTGAATCTTTGGTCCCAGAGCTACTGCTCCTGGGCCCAGGGAGATCCGGAAAAGGCACTTCAGTACGCCCACGAGAGCCTGAACCGCTCTCTAATCTTTGACGATAAAGTCGTCACAGCACTCAACCTTGAAGTGGTCTTTGGAGCCCTGGCCCAGTTGGCAAAGTACGAGGACGCGGCCATGGTCAGCGGCATGGCAACCCGCAGTTGGGAGTCCGTGGAGAGCAGCATTGCCGCGTTCGGGCCGGAACTTGCCCGCGCGCATGACCGGGCGGCGGAGCGAACAGCGAGAGCCTTGGGTCCCCGTCTTCATCGTGAGGCAGTGGCCCGGGGCTACAAAATGGGTGCCGACGAAGTTATAGCTCATCTCTTGGGCCTAGCGCGCCCAACCCATAAGTCGGCTGCTCAAGGGGTCGTGGAAACGCTCACAAAGAGGCAGCTTCAAGTTTCCCAACTGATCGCTGCGGGACAGAGCAATCGGGAGATCGCTGACAACCTAGTCCTCTCAACCAGGACCGTCGAGGGGCACGTGGAGAGCATTCTCGCGAAGCTAGGTTTGAAGTCACGCACTCAAATCGCATCGTGGGTTAATCAACGATCGGTGCTTGAAAACTGA MVTLVGPGGVGKTRLALQVGATVRPSYDDGVWFLDFSSVDDPALVPDALLSGLGLRAISTQRAAAQLMSYLAERHLLLLLDNCEHILSGCRQLVESLLENSPRLNVLGTSREPFGIRGERVIPVLPFELPQQGEALDETAVRRFDSLAFLCDRAMANSPDFRINNENVAAAAELCARLDGIPLALELAATRLRSLSIGQLLERTKSRFAILTSGSPTAPARQQTLRALIDWSHDRCSAEEQVLWRRMSVFAGSADLEAVEQVCSDTVLPRGQILPLIDSLVSKSVLIAIVTPSSVRYRVLETIRQYALERAQSLGEDDELKQRHALYYMRLAQTSTREFWSTEQDALIGHLRLEHENLRSALAYLLSLPEAKGGSVLLLAAELRFHWMVGGYVSEGRHWLHLALATPGHEEVDRARALCIAAWAAAVQGDLAEGRELLDSCTRLIENLKCRNQIALLEAEELQSQVQTWSGTILLFGGDPEGAATLFEGALAHSRQKNHIEGIMLVLLQLSVAYAVMSDYEKADAVSTEAIELSESLGETYVKSVNLWSQSYCSWAQGDPEKALQYAHESLNRSLIFDDKVVTALNLEVVFGALAQLAKYEDAAMVSGMATRSWESVESSIAAFGPELARAHDRAAERTARALGPRLHREAVARGYKMGADEVIAHLLGLARPTHKSAAQGVVETLTKRQLQVSQLIAAGQSNREIADNLVLSTRTVEGHVESILAKLGLKSRTQIASWVNQRSVLEN NA NA NA NA NA D3-18_04635 108 hypothetical protein ATGAAATTCATTCCCGGCATAGACGAGCTGACCCGGAGAAACGCCGGAGGTCTCGCGGCATGGGAGTTCTCGCAGCTACTTCTACTCGCGTTGTTTAAACGCCGATAA MKFIPGIDELTRRNAGGLAAWEFSQLLLLALFKRR NA NA NA NA NA D3-18_04636 1098 hypothetical protein ATGATGAACCCTTTCCGCCCAACTGCTGGCGCCACTCCCCCTGAGCTCATTGGCCGCGAGGGGATGCTCGATGAGTTTGAGTACGGCCTGCAGCTTGGCTCCGGGGCTCCCGGATTGCTGACCATCATCACAGGCGCCCGCGGCATCGGCAAGACTGCCCTACTCAGTGCAGCGCAGGGCACGGCCGCCCGGCAAGGCTGGGTTGTTGTTCCCGAGACGGCCACACCGGGATTCGTTGGACGGATCGGCGAGACCATGCGGCTGCACCTGGACGAACTCGGCTCCGGCCCGACCGGTCGCAGGATTACAGCGTTGGGCGTGGCAGGGTTCACCGTTACTACCCAGCTGCCGCCCGAGCGCCAGGTTGACTGGAGACGGTTGGGAAACCAGCTGCTGAACCTCCTCGCGGAGAAAAAGACCGGGCTGCTCTTCACCGTTGACGAAATCCACTCGGCAGACCGTACAGAACTGTCCCAGCTTGCCGCCGACGTCCAGCACTTCATCCGCGACGGGCTTCCAATAGGACTGATCTTCGCCGGGCTGCCGGCAGCGGTCTCGGACCTGCTCAACGAAGGAGTAGCAACATTCCTGCGCCGGGCAGAACGCATCGACCTGCACGCCGCGGCGATTGCCGATGTCGAACGTTCCTACGCCAGCACTTTCCGCGACGCGGGCATCAGCATCGGTAGTGACTTGGTCCGGTACGCGGCTGAGGCAACCGGAGGGTACCCGTTCCTGATCCAGCTCATCGGATACCAGTTATGGCGGCAGGCCGAAATCAATGACATGGCCTTGGAAAAGACAAACATCACCCAGGCCATCAATGCTGCGACCCGTCGCCACGAGGCGACCGTCATTGAAGCGGCACTTTCCACCGCGTCTGACAAAGACAAGGATTTTCTCCGTGCCATGGCCGAAGACGACGGCCCCGTTGTCGCAGGCGACATCGGAAAACGGCTCAACGCCAAGAGCAACGTCGTGGCCAACTACCGGGCACGTCTCATCGCAGCCGGACTCATCGAAGCCCCTGCATACGGCAAGGTCGACTTCGCCATCCCAGGCCTGCGCGAATACCTCCGCAAAACAAGCCCCCAATAG MMNPFRPTAGATPPELIGREGMLDEFEYGLQLGSGAPGLLTIITGARGIGKTALLSAAQGTAARQGWVVVPETATPGFVGRIGETMRLHLDELGSGPTGRRITALGVAGFTVTTQLPPERQVDWRRLGNQLLNLLAEKKTGLLFTVDEIHSADRTELSQLAADVQHFIRDGLPIGLIFAGLPAAVSDLLNEGVATFLRRAERIDLHAAAIADVERSYASTFRDAGISIGSDLVRYAAEATGGYPFLIQLIGYQLWRQAEINDMALEKTNITQAINAATRRHEATVIEAALSTASDKDKDFLRAMAEDDGPVVAGDIGKRLNAKSNVVANYRARLIAAGLIEAPAYGKVDFAIPGLREYLRKTSPQ NA NA NA NA NA D3-18_04637 384 hypothetical protein ATGAGGGCAAAAGACGCGGTCGAGGCATCCGACAGCCTCCGACTCGCCGCGGGTGAGCTCGCCGAACTCAGTGAACGGCTCGACAGGCCCTCTAGTAGCGGTCAGGTCCTGGGTGCCCTAATGGACGCGCAACGCTCCATTGAGCATGCTCTGCGCGAACTCGCCCAATGGCACAAACGCACCACGCCGGGAGTCCAATTCGCGGAACATCACGACGAAAGCGCCGTCGGCGTCTCGATAGCCGTCGAACAGCTGGACCTCTCGGTCCGGCAGGCGGCGGGGTTGCAGGAGATGCTCAGCCGGGCTTATGAAGGCAGCGGCGTGGTGCGCTGGTTCGATGAGGAACAGGAGTCATCAGCACATCCGATTCTTCCGATCGGCTGA MRAKDAVEASDSLRLAAGELAELSERLDRPSSSGQVLGALMDAQRSIEHALRELAQWHKRTTPGVQFAEHHDESAVGVSIAVEQLDLSVRQAAGLQEMLSRAYEGSGVVRWFDEEQESSAHPILPIG NA NA NA NA NA D3-18_04638 201 hypothetical protein ATGAATCTGCGTGTCCCAGAAGACCTTGATCGCCGATTGGAGAAGTTGGCCGCTGAGGAACACACCTCCAAGTCCGCGCTCCTGCTGCAAGGCGCGGAGCTGGTTCTGCAGCGCCATGCCCGCCGACGTGAAATTAGCGAAGGCCTTGATTTCGTCATGAGTCACGATGCTGAGCTGCTGACCCGGCTTGAGGACGCGTGA MNLRVPEDLDRRLEKLAAEEHTSKSALLLQGAELVLQRHARRREISEGLDFVMSHDAELLTRLEDA NA NA NA NA NA D3-18_04639 369 doc COG3654 Toxin Doc GTGACAGCGTACCTCGACATTGAAGACGCCCTTCAGGTCGTTGACCGGTACGGCTTCCACATCCGCGACGTTGGCTTGTTGGCTTCGGCGCTGGCCAGGCCGGCTACAACCGTCATGGGCGCAGAAGCTTATCCAGATCTTGCGTTGAAGGCCGCTGCGCTGCTTGAGTCCGTGGCCCGGTTCCATCCAATCATTGATGGGAACAAACGAACTGCCTGGACGCTCATGGCGCTGTTGCTGTGGGTCAACGGCTACAGGCACGACTTCACCACAGACGAGGGATTCGAGCTTGTCGTTGGTGTCGCCGCAGGCGCCATTGAACTGCGGGATTCTGCCGGCAAGATTTCCCGGCATCTGGTGCCACGCTGA MTAYLDIEDALQVVDRYGFHIRDVGLLASALARPATTVMGAEAYPDLALKAAALLESVARFHPIIDGNKRTAWTLMALLLWVNGYRHDFTTDEGFELVVGVAAGAIELRDSAGKISRHLVPR PGPT0027560_1145 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 D3-18_04640 573 npcB 4-nitrophenol 4-monooxygenase/4-nitrocatechol 2-monooxygenase, reductase component ATGTTTCACGCCTACCCCCCAGACACCTGGCTGGGGGCTCCGAACCAGAGCTTCCCGTCCTCCCTCTCAGCCGACGAATTCAAAGCACTGTTCCGTGGCCACCCAGGCGGTGTCGCCGTCATCACGGCCGATGCCGGCGAAGGACCGGTGGCACTGACAGTATCGTCCGTGGTGTCAGTGAGCGCGGAACCTCCGTTGCTGATTTTCTCGGTCTCGGCACTGTCCTCTGCGTCTACGGTGCTTTCGCGCGCCGAAACCGTCGTCGTGCACCTGCTGGACGCGCACGACGTCGACTTGGCGAAGTTTGGAGCGACCCCCGGCGCCGACCGCTTCAACCAGACGCACCGCTGGTCAGCCCTTGCAACCGGCGAAGCGGTGTATGACGACGTCCGCGCCTGGGTGCGCTGCGCCGTCATCAACCGCATGGAGGTAGGGACCTCCACCATCATCGCCGTTCACGCCCTGGAGTCCCGCGTGATGCGTGACGTCCCAGCGGGAGAACCCGGCGACGCCCTGGTCTACCACAACCGTTCATGGCACCGTCTGGGCGAGCATTCCAAGCTCGAAGGCTGA MFHAYPPDTWLGAPNQSFPSSLSADEFKALFRGHPGGVAVITADAGEGPVALTVSSVVSVSAEPPLLIFSVSALSSASTVLSRAETVVVHLLDAHDVDLAKFGATPGADRFNQTHRWSALATGEAVYDDVRAWVRCAVINRMEVGTSTIIAVHALESRVMRDVPAGEPGDALVYHNRSWHRLGEHSKLEG NA NA NA NA NA D3-18_04641 1047 xecA1 2-hydroxypropyl-CoM lyase ATGAACACACTTTTGCCCACCACTGTTGTTGGAAGCCTGCCCAAACCATCGTGGCTCGCACAGCCGGAGACTCTGTGGTCCCCGTGGAAGCTGGAGGGAGATGCGCTGCTCGAGGGCAAGCAGGATGCGCTGCGTATTGCCATCCACGAGCAGAGCCGGCGCGGTATCGACATCGTCAGCGACGGCGAGCAAACCCGCCAGCACTTCGTCACCACCTTCATAGAGCATCTCAGCGGGGTGGACTTTGAACAGCGCAAGACCGTGCGCATCCGCGATCGCTACGACGCGAGCGTGCCTACCGTCGTCGGGCCGGTGCGCCGCGAGCGGCCGGTATTCGTCGACGACGCGAAGTTCCTCCGCGCAACCACCGACCGGCCGATCAAATGGACTCTTCCCGGTCCCATGACCATGGTGGACACACTCTTCGATGACCACTACAAGAGCCGCGAGAAGCTGGCCTGGGAGTTCGCTGCGATCCTGAACCAGGAGGCGAAAGAACTCGAAGCGGCCGGCGTGGACATCATCCAGTTCGACGAGCCCGCGTTCAACGTCTTCCTCGAAGAGGTCAAGGACTGGGGCGTCGCTGCGCTCGAGAGAGCGGCAGAAGGACTGCGCGCGGAAACCGCCGTGCACATCTGCTACGGCTACGGGATCAAGGCCAACAACGACTGGAAAGCGACGCTCGGCTCGCAGTGGCGGCAGTACGAGGAAACGTTCCCGCTGCTTCAGAGCTCCAGCATCGACATCATCTCGCTGGAATCCCAGAACTCCCACGTGCCCATGGACCTCATCGAGCTCCTCCGCGGCAAGAAAGTCATGCTCGGGGCAATCGATGTCGCAAGCGAAACCATCGAGACCCCGGAGGAAGTCGCCGACACCCTCCGCAAAGCCCTGCAGTTCGTCGATGCGGACAAGCTCATAGCCAGCTCCAACTGCGGCATGGCACCATTCCCCCGGGACGTCGCACTGGCCAAACTCAGTGCCCTCAGCGCAGGAACAAGAATCGTTCGCGAGGAACTAGCCCGCTCCGCACCCAAGGTGTCCTAA MNTLLPTTVVGSLPKPSWLAQPETLWSPWKLEGDALLEGKQDALRIAIHEQSRRGIDIVSDGEQTRQHFVTTFIEHLSGVDFEQRKTVRIRDRYDASVPTVVGPVRRERPVFVDDAKFLRATTDRPIKWTLPGPMTMVDTLFDDHYKSREKLAWEFAAILNQEAKELEAAGVDIIQFDEPAFNVFLEEVKDWGVAALERAAEGLRAETAVHICYGYGIKANNDWKATLGSQWRQYEETFPLLQSSSIDIISLESQNSHVPMDLIELLRGKKVMLGAIDVASETIETPEEVADTLRKALQFVDADKLIASSNCGMAPFPRDVALAKLSALSAGTRIVREELARSAPKVS NA NA NA NA NA D3-18_04642 993 hypothetical protein ATGGCAGACGACTTCACCTTCAGCATCACCACGACCCCCTTCGACGAGGACTACTCCCCCTCGGAAGGCTCGCGGATCACCACGAATTTCGCCAACCTGGCACGCGGCGAGCACCGCCAGGAGAACCTCCGCAACGCCTTGACCATGATCCGGCGCCGCTTCAACGATCTCGCAAGCTGGGACAACCCGGACCGGGATCGTTACACGCTCGAGCTTGAGATCGTTTCCGTGCAGATAGAGTTCACTGCCGAAGGCACCGATCAGAAGTTCCCCCTGTTCGAGGTTCTCGACATCCAAATCGTTGACCAGCTGAACGGGGTCCGCCACCAAGGGATCGTGGGGAACAACTTCTCCTCCTACGTCCGTGACTTCGACTTCAGCGTCGTACTGCCAGCGGCAGCAGCGGAGGCAGGCAAGCCCACCGTTCCCGAGGACTTCGGCGATCTGCACGGCAAACTGTTCCAGCAATTCCTCGATTCCCCGGCATGCCAGGAACGCTTCCCGCAGCCACCCGTGGTGTGCATCAGCGTCTCCACGACCAAGACATACCGGCGAACGGAGAACCATCACCCCGTCCTGGGCGTCGAGTACCAGCAGGACGAGTTCTCACTGACGGACGCCTACTTCGCAAAGATGGGGCTGCAGGTGCGCTACTTCATGCCACGCGGCAGCGTTGCGCCGCTGGCCTTCTATTTCCGCGGCGACCTGCTCAACGACTACTCCAACCTGCAGCTCATCGGCACCATCAGCACCATGGAGACGTTCCAGAAGATCTACCGCCCGGAAATTTACAACGCGAACTCCGCCGCCGCCGTCGTCTACCAACCGAGCCTGGGAGAGCAGGATTACTCGCGGACCCAGATCGATTACGACCGCGTCGAGCGCAGTCAGCTCGCGGTCACTCAGGCGAAGTACACGGAGGAACACTTCATTACGCCCCACAAGGATCTATTGGACCAGTGGACCGCCAAATACCCCGCCCTCGTCAACTGA MADDFTFSITTTPFDEDYSPSEGSRITTNFANLARGEHRQENLRNALTMIRRRFNDLASWDNPDRDRYTLELEIVSVQIEFTAEGTDQKFPLFEVLDIQIVDQLNGVRHQGIVGNNFSSYVRDFDFSVVLPAAAAEAGKPTVPEDFGDLHGKLFQQFLDSPACQERFPQPPVVCISVSTTKTYRRTENHHPVLGVEYQQDEFSLTDAYFAKMGLQVRYFMPRGSVAPLAFYFRGDLLNDYSNLQLIGTISTMETFQKIYRPEIYNANSAAAVVYQPSLGEQDYSRTQIDYDRVERSQLAVTQAKYTEEHFITPHKDLLDQWTAKYPALVN NA NA NA NA NA D3-18_04643 942 hypothetical protein ATGGCCCAGATTTCGAGCGGATTGACCCTGCAGCAGCTCCGCTACTTCATAGAAGTTGCAGCCGAGGGGTCGATCTCCGCGGCTGCCGATCTTCTCTACGTAGCGCAGCCGACAATGTCTGCATCGATGAAGGACCTTGAGGCCCGGGTGGGCCGTGCGCTCCTGATTCGCTCCGCCCGCGGGGCCACCCTCACCGCCGACGGGGTAGAGTTCCTCGGCTACGCGCGGCAGGTCGTGGAGCAGTTCGCTCTCCTCGAGCAGCGCTATCTTGGCCGGCCACCGCGGCGACGTCTGCTCGGGGTGTCAACGCAGCACTACTCTTTTGCGGTGGACGCCTTCGTCCGGATGGTCAAGGCCACTGATGTGGCCGAATACGAGTTCTCGCTCCGTGAGTCCCGCACCTGGGACATCATTGAGGATGTCCGGACGCTCCGCAGCGAGATAGGCATCCTCTACCGGAACGATTTCAACCGGAAGGTCATTGCCAAGCTGCTCCGGGAATCCGGCCTCGCGTTTACTCCGCTTTTCCTCGCCGATCCTCACATTTTCGTTGCACGGAACAACCCGCTCGCCTCAAAAGAGCGTGCGACCCTCGATGATCTCGCCGGGATGCCGCGGCTGACCTTCGATCAAGGTGCGAACAACTCTTTCTACTTCGCGGAGGAGATTCTCTCCACCATGTCCAGTAAGCAGGAGATCCGGGTCTCTGACCGTGCGACGATCTTCAACCTCATGATCGGGCTCCACGGCTACACGATCTCCACGGGCATCATCAGCGGGCAGCTCGACCCGGAGATCGTCGCTATCCCGCTCGAGGTTGACGAACGCATCGAGATCGGCTGGATCGGCCACGCAGCGATCCCGCTCACAGACCAAGCGCAGCACTACCTCAGGGAATTGCGGGCCGTCGTCGCCGAGTTCGGCGTAGCGCTACTCGACTGA MAQISSGLTLQQLRYFIEVAAEGSISAAADLLYVAQPTMSASMKDLEARVGRALLIRSARGATLTADGVEFLGYARQVVEQFALLEQRYLGRPPRRRLLGVSTQHYSFAVDAFVRMVKATDVAEYEFSLRESRTWDIIEDVRTLRSEIGILYRNDFNRKVIAKLLRESGLAFTPLFLADPHIFVARNNPLASKERATLDDLAGMPRLTFDQGANNSFYFAEEILSTMSSKQEIRVSDRATIFNLMIGLHGYTISTGIISGQLDPEIVAIPLEVDERIEIGWIGHAAIPLTDQAQHYLRELRAVVAEFGVALLD PGPT0003316_5 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_IRON_RESISTANCE IRON_RESISTANCE-FERRICHROME|FERRIOXAMINE_METABOLISM,PGPT0003316-fhuR-NA NA NA D3-18_04645 840 hypothetical protein ATGTCCAAGATCTTCACTGCCGCACGCCATCGCGCAGCCCCCACCACGTCCCGCACCATGATGCTCGGGCGGCCGGCCCTCGTAGTCGCCGCCGCGTCCGGCCTCTTTTTCGGCTTCAGCGCCCCGGCACAGGCCAGCGTCGGCGGACCTGACAACTCCGGGGCAGCCACTGTTCAGGGCCAGGTAAGTGCACCGGCAGCTGTGGCTCTGGTTCCTGCACCGGCCGCAGCCAACGTTCATACCGTCGTCCCCGGCGACACCCTGGGCCAGATCTCCGCCGCGAACGGCGTATCCCTCAACGACGTCCTGGCCGCCAACGGGATGTCCCTGAGCACGGTCATCTATCCGGGCGGCCAGATCAAGATCCCCGGCGCAGGGCAAACGGGTGCGGCAGCGGCCGCGACAGTCGCGTCGGCGTCCGAGGGTGCAACAACCCCGGCACCGACAGCCCAGACTGCCCTGGCGTCGGCTACGCCCACCAACACAGGCGTCGCGCTGGCCTCAACCTCGGCTCCAGCCCAGGCCCCCACCGGCTCAGCCGGCTCGGCAATCCTGGCCTCCGCGTACTCCCAACTGGGAATGCAGCAGGACTGCACCGCCATGGTGGAGAAGGCACTGCGCTCTGCCGGCAAGAGCGTGGGAGACCTGGCCCCGGGCCAGTTCTTCCAGTACGGCAGCGTCGTGGGCACCCCTGCCCCGGGTGACCTGGTGATCACCGCCGGACACGTCGGCGTCTTCGCAGGCAACGGCCAGGTTGTCAGCGGCGGCGTGGACGGTTTCAAGACGGAGGTCCACTCCCTCAGCTGGCTCCAGGGCGCATCCTTCGTCCGCGTAGCCTGA MSKIFTAARHRAAPTTSRTMMLGRPALVVAAASGLFFGFSAPAQASVGGPDNSGAATVQGQVSAPAAVALVPAPAAANVHTVVPGDTLGQISAANGVSLNDVLAANGMSLSTVIYPGGQIKIPGAGQTGAAAAATVASASEGATTPAPTAQTALASATPTNTGVALASTSAPAQAPTGSAGSAILASAYSQLGMQQDCTAMVEKALRSAGKSVGDLAPGQFFQYGSVVGTPAPGDLVITAGHVGVFAGNGQVVSGGVDGFKTEVHSLSWLQGASFVRVA PGPT0024005_313 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-PEPTIDOGLYCAN_REMODELLING CE-PG_REMODELLING_DL-ENDOPEPTIDASE_ACTIVITY,PGPT0024005-lytE|cwlF|yocH-K19224 NA NA D3-18_04646 1134 xerC_4 Tyrosine recombinase XerC GTGGTCAGCATCAGCACCCGCCTCCGCTGGGACGGATCCATCGCATACTCCTTGCGTTGGCGTGATCTCGAGACTCGACGCCAACGCCGCCTGACCGTAGCCTCTGAGCAGGAAGCGAGCAGCCTGGTCGAGCATCTCCACTGCCACGGCCGGCTCCCGGAACCCGAGGCGCTGAGTGGCCGGCCAGGGTCTCTGACTATTGCCGACGTGGTCCAAGAACATATCGATCTGCTCATCCGGCCAGCTCCCGGGACGGTTGCCACCTACCAGCGAATCCTTGACCTGCACATTCGACAGACCATAGGCCATGTAGCGCTTGAGGACTTCGGCTATCGAGACATCATCCAGTGGATCCAGTACCTCACGTCAAAAGGCATCGCACCGAAAAGCATCCACAACATGCACGGGCTACTATCGGCGGCCATGAATACTGCCGAACTACTTGGATACACCACCCGCAATCCGTGCCGGGGCGTACCATTGCCAACGCTTGAGCGCGTGGACGACGGCGCCCGGTTTCTTACCCCTGCAGAATTCTTCTTGCTCCTCGACGGCATGGACGAGAACTACACAGCCTTTGTGCAGTTCCTCGTCATGACAGGAACTAGATTCGGTGAAGCAACCGCCGTCCAAGCAGCCGATATCGACCTCACGTCGCGCGTACCTGCCGCACGAATAAACAAAGCATGGAAACGGGATGGAAGGTCGGGCTACTACCTAGGCCCCACCAAAACCGGTGCGGGAAAACGTACGATTGGGATCAACACGAGCCTGGTGAACCTGCTCCGCCCGTTGCTATCCGACAAGGTGGGCAACGACCTGGTTTTCACCACAGCTGGAGGGGCCCGTATCGGCCACAAGCCATTCTGGCAACACCTGTGGGTTCCAGCCGTCCAAGCAGCCCAAACTAACGGGCTGACGAAGTCGCCACGGATCCACGATCTGCGACACACGCATGCCTCCTGGCTCCTACAGGACGGCGCTATGCCGCTCTTCGCCATTTCACGCCGGCTTGGTCATGCATCTGTGCGGACAACCGAACAGGTCTACGGCCACCTCATGCCCCAAGCACTTCAGGATGGCGCGGACGCAACCGAACGCTCAATTCAAGGCTTCATCCATCCTTCGCAGTGA MVSISTRLRWDGSIAYSLRWRDLETRRQRRLTVASEQEASSLVEHLHCHGRLPEPEALSGRPGSLTIADVVQEHIDLLIRPAPGTVATYQRILDLHIRQTIGHVALEDFGYRDIIQWIQYLTSKGIAPKSIHNMHGLLSAAMNTAELLGYTTRNPCRGVPLPTLERVDDGARFLTPAEFFLLLDGMDENYTAFVQFLVMTGTRFGEATAVQAADIDLTSRVPAARINKAWKRDGRSGYYLGPTKTGAGKRTIGINTSLVNLLRPLLSDKVGNDLVFTTAGGARIGHKPFWQHLWVPAVQAAQTNGLTKSPRIHDLRHTHASWLLQDGAMPLFAISRRLGHASVRTTEQVYGHLMPQALQDGADATERSIQGFIHPSQ PGPT0021996_1165 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0021996-int|intR|intV|intQ|intW|xerC-K14059 NA NA D3-18_04647 141 hypothetical protein ATGGTTGTGGCTCTCGGATACGTGGTAGAGATCTGTGGATTAAAGTTTCTTAAAGAAATTTTCTTCCTGGAAGATTCCCTAACTCTGGACACTGCATTTGGCGCACTCAGGTTCTATTTCGTGGACTCAGCGTCTATATAA MVVALGYVVEICGLKFLKEIFFLEDSLTLDTAFGALRFYFVDSASI NA NA NA NA NA D3-18_04648 111 hypothetical protein ATGGGATCCCAGCGGAAACGTGAAGAACCATGGGGCGCCTGGAACCTGGTAGTCAACATCATCAGGCTAGCCGTTGATGTTGCCCGCCTGTTCTGGCACAACATCCCGTAA MGSQRKREEPWGAWNLVVNIIRLAVDVARLFWHNIP NA NA NA NA NA D3-18_04649 816 hypothetical protein ATGAAGCCAAGCGGACCGGAAGGGCTGTCCGGACAGCAGCCTGGCACCAGTGGTTTGTTCGCCGTTCGGATGAGCGGCCGGACGCCCCCGCGAAAACACTTTGGGGAGACTCTTCGCACCAGCCGATATGGCCACCGGTTGATAAGAGACGAGTACGCCCTTGTGAACAAACGGAGATCAACTCGGCTGCCCCGGGAGCTATATACAGACGCCGCCTGGGAAGACGAGGCATGGGCCTTCGAAGACGAAGATTATATCCTCTTCAACGACGAATACTGCGCGATGCAGCGCAAAGCGGCATTGGAAAATTTCGACCTAAACATGGACTTCTTCAAGCAGCTGTCGGGCAAGGCCTTCATGGATGTTGTGTCCAGGACGTCTTCAGCCCACAAAAACTTGGGGGTCGTAACCAATTTGTCCGACTTTAGCGGCGTGGAAGGCATCTACGTGATGGTCCTCGACAGATACAAGCAGATCTACGTTGGTTACACGGGCGATATCCGGGCACGGATCAAGCGCCATTGGAGCGGAACTAAACAGTTTGATCGACTCATCTTCGGAAGCAAGGACTCATCCGTTTTATCAATTGATTCGTTCCGTGCTCTGGATACTTCCCGCATTTTCGCGGCCAAGACCACCAGAGGCTTGGAACAGGAGGGACGTTTGGTCAGCGCACTTCCACCTGACTTCCTTCTGAACCGTGTCCCCGGTGGCGAGAGGATCATGGGCGCTCGATTCTTCCCCTGGGAAATCAAGCGGCGCCTACTGAAGCCAGTACGGCCCGAGGAACCTCACCCCGAAGACGTAGCCGAGTAA MKPSGPEGLSGQQPGTSGLFAVRMSGRTPPRKHFGETLRTSRYGHRLIRDEYALVNKRRSTRLPRELYTDAAWEDEAWAFEDEDYILFNDEYCAMQRKAALENFDLNMDFFKQLSGKAFMDVVSRTSSAHKNLGVVTNLSDFSGVEGIYVMVLDRYKQIYVGYTGDIRARIKRHWSGTKQFDRLIFGSKDSSVLSIDSFRALDTSRIFAAKTTRGLEQEGRLVSALPPDFLLNRVPGGERIMGARFFPWEIKRRLLKPVRPEEPHPEDVAE NA NA NA NA NA D3-18_04650 870 hypothetical protein ATGGGGCTTGGATCTTGGATCAGAAGCATCTTCGGTGAGGCACAGGGTGTGCAGCACCCGGATTTCGAGCAAAGTCGCGCCGATCAGCCGATCACGCTTTCGATATCGTCGCAGTATCACCAGTGCCTCGAGGTAGCGGGCACAACAACTTTTGCGAAGGACGCCGTTGCCGCCTTGGTGGACCGCCAGGAGGTGGGGGAGCGCGGTTATTACGAGGGGCAAGCCCAGCTGCAGCGGGAGCCGGATAACCTCGTTGATGCCAAAGCAGTGGCCGTCCTGGTGGCGGGTGAGAAGGTGGGGTGTCTCCCTTCTTACGTGGCTCGGGACCTACCCCTCCCGATCGGGGCCAGTGGGGCGGTCGTGTACCAGCTTCACGTACTCCGAGATAAGAAATTCATGGCCAAAGCCTATGTTTGGCTGGGAGAAGGGGAACCGCAGTGGGCCTACTCGCAGGACAATCCACCAGCGCTCTCGTCAACGGAGAGAAACAACAGCTCCCACGTGGCTATGTCCACGATGGTCCGAGAGGCTCTTCAGGGTGGTGGTGAAAGGGCGCAACAGTTCAAGCGGGGAATGGTTGATGGCGTTCATTACCTTGAGCTGGTCGAACCGATCAAGCAGCTTAAGCGTGAAGGCCGGCATGAAGAAGCACTCGTGCTTTGCTACAAGGCCATTCAGGCTGCAGAACAAGATGCTGGCGGCCGGGAGCCCGCGCCGTGGTACACCGAACAGGCGGCCATCGTCCACAGAAAGCTGGGGGAGAGGGATAAAGAGATCGAGGTCTTGAGGCGTTGGTTGGCGCGGTGCCCGGGCAGCCGCCGCGCAGGCAGCAAGATTGCCGAGCGCCTCGCGAAACTTGAGGCGAAATGA MGLGSWIRSIFGEAQGVQHPDFEQSRADQPITLSISSQYHQCLEVAGTTTFAKDAVAALVDRQEVGERGYYEGQAQLQREPDNLVDAKAVAVLVAGEKVGCLPSYVARDLPLPIGASGAVVYQLHVLRDKKFMAKAYVWLGEGEPQWAYSQDNPPALSSTERNNSSHVAMSTMVREALQGGGERAQQFKRGMVDGVHYLELVEPIKQLKREGRHEEALVLCYKAIQAAEQDAGGREPAPWYTEQAAIVHRKLGERDKEIEVLRRWLARCPGSRRAGSKIAERLAKLEAK NA NA NA NA NA D3-18_04651 363 hypothetical protein GTGGTCCTGGATACGACGGCTTTTGTACCGGAGGACTTCCTTAGAGACTGTGCGTCATGGGTCGACTATCTCCAGGGACTCTTTTGGGCCGAGAACGATAGCCGCCGCGAGTATAACGCGACCACGGCAACCGCCCGCAAGGAAGCCAAGGCGGCAGGCCTACCGCTTCCCGACTTTCAGCGTCGCGCCCCTCTGCAGGACGCGCCCCTCTGCAGGACATTGATTGGCCCGCTCCCCCACTCTCAAGCGTGTGGGAAAGCAGCCCAGCGTGTGAAGACCCAGTCAACGTCGAGGCGCTGCGTATTGCTAATGGGTGCATACAACTCCTCAATTATTGGCAAGAGATCGAAAACGACCGGTTGA MVLDTTAFVPEDFLRDCASWVDYLQGLFWAENDSRREYNATTATARKEAKAAGLPLPDFQRRAPLQDAPLCRTLIGPLPHSQACGKAAQRVKTQSTSRRCVLLMGAYNSSIIGKRSKTTG NA NA NA NA NA D3-18_04652 1233 dinG_4 3'-5' exonuclease DinG ATGTCTGAGCCGATGTTCGCCGTGGTCGATGTGGAGACCACAGGGCTATTCCCGTCGATGCATGATCGTGTTGCTGAAATCGCCGTGGTGCGCGTTGACTCCAGCGGGGCGATTCTGGATCGTTGGGAAACGCTGGTCAATCCCCAGAGGGATCTTGGCCCTCAACGTATCCATAGGATCAGCGCGGCCGACATACTTGATGCGCCAACCTTTCCCGAGGTGGTTCCGGCGCTGACGGAGGTTCTGCAGGGCTGCATCATGGTGGCCCACAATCTACGGTTCGACTCTGACTTCCTCGGCTACGAGATGACCAGGGCTGGTATCGAAATCCCCGACGGGTTCCTTCAAGGTTTATGCACCATGCGACTTGCCCACGACTACGTCGTCGGCAACGCACGGTCTTTGGCCCACTGCTGCGAGTTCTTCAGCATCGAGAACTATCGCGCTCACTGCGCAGGCGACGACGCAGAGGCAGCAGCCGGGCTCCTCGGCCGGTACATAGATCTCGACCCCGATCGACCGGAATGGTCACAGGCGTTGGGTGTCGCCTCGTCGCTGTCGTGGTCTTCCCGTAATTCGGGCTCAGCGGCTTTCATTCCCCACAAGCGCCATGCCCTGGGTGCGGTCGAGAAGCACTTCCTCTCGCGTATCACCGCGCACATGCCCGACTACACCGGGCCGGAAGAGCACGACCAGTACCTGGATCTTCTTGGGCAGGCGATGCTGGACTCGCACCTCTCGGTCCATGAAACACGCGCCTTGGTCCGTTTGGCTGATGAACTGGGCATCAGTCAGGACCGCTGCCGGAAACTTCACGCCTACTACGTTGAGCAACTCGCTATTGCTGCTTGGGCTGACGGCATCATTACACCTGCCGAGGAGGCAGAGCTGTACCAGGCGGCGGCGCTGTTGGACGTGGATGGGGTAGTGCTCGAGCATGCCCTGAGGAACCCGCCCGCGGTAGCAGCTGAGTCCGGGCCGGTCACAGGAAAGATTCGTCCCGGCTCAACCCTTGTTTTGACCGGGGCCATGACACGCGAGCGAAGTGAACTCTCCAGTTTCCTAACGGAGATGGGCTATGTCGTCGCAGAACGAGCCACGAAGAAAACTGACCTTGTGATCGCCGCAGATCCCGACAGCCTATCGGGTAAGGCGGCGAAGGCCCGGCAGTACGGAATCCCCGTCGTAGCGGAAAACTTTCTCTACGACGTCCTTGGCGTGCCCAGCTTCTAG MSEPMFAVVDVETTGLFPSMHDRVAEIAVVRVDSSGAILDRWETLVNPQRDLGPQRIHRISAADILDAPTFPEVVPALTEVLQGCIMVAHNLRFDSDFLGYEMTRAGIEIPDGFLQGLCTMRLAHDYVVGNARSLAHCCEFFSIENYRAHCAGDDAEAAAGLLGRYIDLDPDRPEWSQALGVASSLSWSSRNSGSAAFIPHKRHALGAVEKHFLSRITAHMPDYTGPEEHDQYLDLLGQAMLDSHLSVHETRALVRLADELGISQDRCRKLHAYYVEQLAIAAWADGIITPAEEAELYQAAALLDVDGVVLEHALRNPPAVAAESGPVTGKIRPGSTLVLTGAMTRERSELSSFLTEMGYVVAERATKKTDLVIAADPDSLSGKAAKARQYGIPVVAENFLYDVLGVPSF NA NA NA NA NA D3-18_04653 906 hypothetical protein ATGCTGTTCAGCTTGGCCCGGAGAATATTGAGTTATAAGATGCAGCGGCTCCTGAATCCTGATATTGCCTATGCTTGGATAAATATGCAAAGACAAGTTGATCGCCACCTCTTCCTCCTGGTTGAAGGCGACGACGAGGACACCATTTTGTATGGGCACTTGCTTCGAGAACAGATCAGCGTTCTCGTCTTGGGCGGAAAGCCGAATGTGCTAGCCACCGGCCATTTGCTTGCCTCGCAGCCGGTAGCGGGTGTCTACTCCATGATCGATCGTGACCTAGACGATCTCACCGGGAAGACTGCCAATTATCCTCCAAATCTTGTAGCGACTAGAGGCTATGACTTAGTTTCAGACGTAGTTACCTCTAGGCCTGACATTTTTGAGCGCGCTCTTCGGGTACACGGCGTAGACGCCTTTGAGAATGTTGAGCAAATTACTGGAGCCAAGCTTACTGATATTTGTTCGAGCATGTGCTTGAAGCTGGCTGCACTTCGCTTGGTAAATGAAGTTGAGAATTTAGGACTCAATCTCCGCGATTTTCCTTTTTCCCAAGTAATCAATGGGGACTTCTCATCAAAAGGCTATTCGGCTTACATTATGGCGGCCAATGCACGTTCACCGATCAGTGTTGACATCCCCGCCGTTGAAACCCTAGTTCGTGAAGCCGCCCTAAGAATCAATGGGGACGTAAGGTTCTGCGGAGGTCACGATCTGGTTGGAGCCGCCGCCGCAATACTTCGTCACGGTGGTGCAAAGTCGGCTGGAGCAGGAGCGCTGGCGGCAAGCCTAATCACTGCTACAGATTGTGAGACCCTTCGTCAGCTCCCCGTGAAGGAGGCTATACGGAATTGGGCGGACAGCCACTCGCGCAATGTATTCCATTGCGCTTGGGCGACAATCAACTGA MLFSLARRILSYKMQRLLNPDIAYAWINMQRQVDRHLFLLVEGDDEDTILYGHLLREQISVLVLGGKPNVLATGHLLASQPVAGVYSMIDRDLDDLTGKTANYPPNLVATRGYDLVSDVVTSRPDIFERALRVHGVDAFENVEQITGAKLTDICSSMCLKLAALRLVNEVENLGLNLRDFPFSQVINGDFSSKGYSAYIMAANARSPISVDIPAVETLVREAALRINGDVRFCGGHDLVGAAAAILRHGGAKSAGAGALAASLITATDCETLRQLPVKEAIRNWADSHSRNVFHCAWATIN NA NA NA NA NA D3-18_04654 1407 hypothetical protein ATGAGACATCAGTCGGATACGATCATTGCAGGGAACACCGATAGGAGCATCTTGAGCGACTCAAATGGCATTCGACTGACTTCAGTCCGGGCGTCGAAGGTTCTTTATGAATATGATCACTTCATTCAGTTCGATAATGCAAATGAGTTTGTCATAATCTACGGCCCAAACGGAATCGGCAAAACAAAGTTCTTGGAAATAATTGACGCTCTTTCCAAGCTTCAAAGCTCACGTTTACTGAGAATGCCATTCGAATCTGCGACCTTGGCCTACAGCGATGGCACGCGCCTTGAAGCCATCCTTACCCAGACCCACGCCAACGAGGAAGGCGATGACAAAATATCGCTGACCGTCACGCTCTATAGACCAGGGTTTGACCCCGTTGATTGGACCACTACCACTGACGAGTCCACCGAGTTTGAGTCCTTTCTGCTTAGAAATACTTCGTGGATTAGAGTAGGGCCAGACCTGTGGCGCGACCGAACCGATGGTGAAATCGCCGAAACGGAAGATCTTGAACATCGCTTCGGCTCTCGGCAGATCGGGCGTTCGAGGCGAGGAACGAAACAGGGGCCACCTGTTGAGATGCAGGATTTCTCTACTGGCCTGCACACCCATCTGATCGAAACTCAGCGGCTGAAAATTGAGGAATATCTAGATAGAAATTCCCGAATCCACAGTGGCCGGAGCAGTCGGCCCCAAACAACTATTGTTGAGTATGCAAATCAAATGCAAAAATTGCTCGCCGATGCGCTGGCTGATAACTCAAAAATTACGCAGCAACTTGACAGAACATTTCCAAACCGGATGCTAACTCAGCGTGTTACACCGGTACGAAGTGAGGATGAGCTCCGCCAGGAGTATGAATCCCAGAATCGCTTCCGAAGCCGGTTGGCAGAAATCGCACTAATTGGCCTCGCGGCTGAACTCTCACTACCGCCTCGCGAGCTTGAACCCTACGAGCTATCCATGCTTGAGCTTTACCTTAGTGACGCTGATCAAAAACTCCATTCCTTTGAAGCGTTACTATCTAAAATTGAGCTCCTTGAGCGCATAATCAATTCCCGTCTCTTGGGCAAAAAATTGCATATCAATGCTCTCCAGGGCCTTGCGGTCAGGCATGACAATGGTCGAGACATCGACTTGGACGCACTATCGTCCGGCGAACAGCATGAGATTATTCTCATGTACGGACTACTCTTCAATGTTGAAGCCGGAAGTCTTGTCATGATCGACGAGCCGGAAATTTCTCTGCACATCAGTTGGCAGATTAACTTCATAAATGATGTTCGAGAGATCGCGAATCTTTCAGGTTTTCAATTTATTGTGGCAACGCACAGTCCTCAGATTATAAATAACTGGTGGTCCCATGCTGTTCAGCTTGGCCCGGAGAATATTGAGTTATAA MRHQSDTIIAGNTDRSILSDSNGIRLTSVRASKVLYEYDHFIQFDNANEFVIIYGPNGIGKTKFLEIIDALSKLQSSRLLRMPFESATLAYSDGTRLEAILTQTHANEEGDDKISLTVTLYRPGFDPVDWTTTTDESTEFESFLLRNTSWIRVGPDLWRDRTDGEIAETEDLEHRFGSRQIGRSRRGTKQGPPVEMQDFSTGLHTHLIETQRLKIEEYLDRNSRIHSGRSSRPQTTIVEYANQMQKLLADALADNSKITQQLDRTFPNRMLTQRVTPVRSEDELRQEYESQNRFRSRLAEIALIGLAAELSLPPRELEPYELSMLELYLSDADQKLHSFEALLSKIELLERIINSRLLGKKLHINALQGLAVRHDNGRDIDLDALSSGEQHEIILMYGLLFNVEAGSLVMIDEPEISLHISWQINFINDVREIANLSGFQFIVATHSPQIINNWWSHAVQLGPENIEL NA NA NA NA NA D3-18_04655 714 hypothetical protein GTGGTGGCCATGCCTGCCGCGGCCCTGGTTGATGCCGCGCAGCAGTTGGTTCAGATGCCTGAAGCGGAGAAGCTGAAGGTGCGATCCGGAGAGCATATAGCGGCGATTCTCATGACAGCTCTGTATCTCCTGCCCGTGGAGGTAGACGAAGACGGCGGGGTCGACCTTGTGTTTGAGCGCACCAGCGCGCAAACACCGCTCTGGCCGTTCGGCGGGTCGCTCCGCGCAGCTGTAGAGGTAAAGTCGCTCCCTGGAAGGTGGCGCAAGCACGAGTACAACATGAGGCCGGGCGACACGTACCAGGTCGAAATACAGAATGCCTTCAAGATTCTCGAACTGGGCTCGAAGAAGATCATGGAGGCAGCTGAGGCCCTGCAACACAAAGTCGGATCCTCCGACATGTCCCGGAATGCCTTCTTGATCATTCATCCCATGGACGGGTTTGCGTTGGAGCTCATCAGCGCGGGACCGGTGATCGGGCATCTACTGCCCGCCTTGGATGAACATGTAGCCCTGGACTACTTGTGGGTCTATTGGTATCCCGGATTGCTGTCCAAATGGTCCCGGAAGGAGCGCCATTGGACGGACTATTTATTCGCGGAGATCAGTCCGGACGATCCTTCGCTGGACGATGCTATAGAAGCTGCAGAAGACATCTTTCTGGAAGGTATCGGCTGGACCGGCGGATCCCCTTGGCGGATGGCCTTTACTTAG MVAMPAAALVDAAQQLVQMPEAEKLKVRSGEHIAAILMTALYLLPVEVDEDGGVDLVFERTSAQTPLWPFGGSLRAAVEVKSLPGRWRKHEYNMRPGDTYQVEIQNAFKILELGSKKIMEAAEALQHKVGSSDMSRNAFLIIHPMDGFALELISAGPVIGHLLPALDEHVALDYLWVYWYPGLLSKWSRKERHWTDYLFAEISPDDPSLDDAIEAAEDIFLEGIGWTGGSPWRMAFT NA NA NA NA NA D3-18_04656 1134 hypothetical protein ATGACCAGGCAGCTCACTCTGTTCTCAACCGAAGAACTGATGTCGTCCCAGGCTGTCAGAGATCACTTTGATCCTGCCAGGTTGACGCAGGCGCGGCGGTTGGCAGGGATTACCAAGCAAGCGCTGGGCGACGCGGTTGGTGTGTCAGGCGCTGCCATCGGCCAATACGAGGCCGGCGTGACACCACGTCCTGAGATATTGAGCCTGCTGGCCAAGGAGCTGGGACAGCCTGTTGCTTTTTTTGCCATGGGCAGGCCGATAGGAAAACTGGACGTCTCCCAGGCCCATTTCCGCAGTCTTCGCTCGACGCGCGCGGCGGAGCGGCTCAAGGCAACTTCCTTCGTCGAACAGGTGTGGGAAGTAACGTTCGCGCTCGAAAAGCGGGTGGCCTTCCCGGATGTGAATGTTCCGTTCAACGAACCGGACAGCAGCATGTCCCCCATAGAAGCCGCCAGGGCCCTCAGAGCCTACTGGGAGGTGCCCAGCGGCCCGGTTCCCAACCTGGTGGAACTCATGGAGCGCAACGGCATCGTCGTTTCGGTTCTCACTCTCCGCGGCGACGAAGACGAAACCGCACGGGTGGATGCATTCTCTACGGCAGCACTGAACCGCCCCATCGTCGTCGTGACCCCGGAAAGGGCCCGTTCTGTCTATCGGCACAGGTTTACGTGCGCCCACGAACTTGGCCATCTCATCCTCCATCGCGAACTTGCTGTCGGGGACCCGCGGCAGGAACGCGAAGCTGATGCATTTGCTGCTGAGTTTCTTATGCCGCGGGCCGAAATAGAGCCGGTTCTCCCTGCCACTATGAACCTTCCACGGCTTGGCCAGATCAGCCAGACGTGGGGTGTTTCGCCCGAGGCGCTGGTGTTTCGCATGCAGGAACTCAAGGGTGCTTCAGATGTTTCCGTCCGGCGTGCGTACCAAAAACTAAGGTCCGGCAACCGGCAGGAGGCGTCCGTGGCGGACTACCCGGGAGAAGTCCCGATGCTGCTGACCGAGGCAATGAAAGTTGCTGAGAAAATCGGGTTTGCTGTGGCCGATCTGGCAAATGAGCTCAGATGGGCTCCGGAACGGGTGCGGCAAGTGCTGGGGCTTGTAGACGAGCGGCCAAAGCTTACGCTGGTTCGCTGA MTRQLTLFSTEELMSSQAVRDHFDPARLTQARRLAGITKQALGDAVGVSGAAIGQYEAGVTPRPEILSLLAKELGQPVAFFAMGRPIGKLDVSQAHFRSLRSTRAAERLKATSFVEQVWEVTFALEKRVAFPDVNVPFNEPDSSMSPIEAARALRAYWEVPSGPVPNLVELMERNGIVVSVLTLRGDEDETARVDAFSTAALNRPIVVVTPERARSVYRHRFTCAHELGHLILHRELAVGDPRQEREADAFAAEFLMPRAEIEPVLPATMNLPRLGQISQTWGVSPEALVFRMQELKGASDVSVRRAYQKLRSGNRQEASVADYPGEVPMLLTEAMKVAEKIGFAVADLANELRWAPERVRQVLGLVDERPKLTLVR NA NA NA NA NA D3-18_04657 714 hypothetical protein TTGAAGAACGCGGTCGACGTCGAATGGTCGTTTCGTCGCTTTAGTGCCCACGGAAAGAGCCTTCCTGGGATCATCCTGACCACTCTTACGAACTGCCACAATGAGCATGCCGACGGCCAGGCGCTGATCAAGTCGAAGCATAAGCGGTCCTACGGTCAGGTGAGCTACACCGTCCAGGAGAGGCTCGAGGAGGCGCTGGCGGGACTTGAGGGAGTCGAATTCAAGCGGCCCGGCAAGGGCAAACCCAAGGTGCTCGTCGTCAACGGCACGGCTCTCGTTCCCTGGCGCTACTCCAGGCTGGCCACGGCCGACCTGCACCAACAGAAGTATGGGACGTCGGATTCCCGGATCGGCACCTTTTCCATGCCGGTGGGCCCCTCACAGGGAATGCTCGACCTCGGCGACGGCGCCCGCGCCACCCTGACGCCCGAAGAAATCGACCTCGTTGACGCTCTGGAAGAGCTGGAGGATTCCGAGTCGCTTAAGCATCACCCGGTAGTAGTCGTTGCCTATGCCAGCAACCATCAGGCCTTGCACCATGCAGTGTGGGCTGATGCCCAGTTGGATGAGGACGGCACGCTTATCCTGCAGAACACCCAGGAGCTCTTCCATGCGGACTCGGCGGATGCAGCAGCAAAGCCGGAGCCGAAGAGCTTCGATTCCGAGCCCCGCCGCGGCTTCAACCTGATGCCTAAGGAAGCATCCGGATCATGA MKNAVDVEWSFRRFSAHGKSLPGIILTTLTNCHNEHADGQALIKSKHKRSYGQVSYTVQERLEEALAGLEGVEFKRPGKGKPKVLVVNGTALVPWRYSRLATADLHQQKYGTSDSRIGTFSMPVGPSQGMLDLGDGARATLTPEEIDLVDALEELEDSESLKHHPVVVVAYASNHQALHHAVWADAQLDEDGTLILQNTQELFHADSADAAAKPEPKSFDSEPRRGFNLMPKEASGS NA NA NA NA NA D3-18_04658 4413 recD2 ATP-dependent RecD-like DNA helicase ATGATGTCGCTGCACGTTCTCAGTGCTGGCACCGGTTACCTGTACTACACGCAGGAGACCGCCAGCGGTGATGAGCTGCGCGCAGGCGACCGCCACTTGGGCGATTACTACACCTTCCAGGGTCTTCCCCCGGGTCAGTGGCTCGGGCGCGGAGCTGAAGCGCTGGGAGTGTCCGGGAATGTCACCGAAGCCCAGATGGCCAATCTCTTCGGGCAGGGCCGGCACCCGGAATACGAAGCCATCCTCGCCGCGAAACTGGCCGAGCGGCTTCCCGCCAAAGCGGCAGAAAAGACCGCCCAGGCCGAGGCGAAATTGGGTCGCCGTTACTACGACTACGGCCCCAAAGACAACGCCCTGGCACAGGCCATCCGCGTTCGCGAGAGCGACTTCGAACGCATGCAGGGCCGCAAACCCAACGCGGGGGAGCGGCACCGTATACGGGCCACCGCGGGGGCTGTGATGTTCCGTGAAGGACACGGACGCCCGCCCGCTTCGAAGGAAGAACTGGGCAGGTACATCACCGCGCAGCTGCGACCCCAGCAGAACGCCGTGGCCGGATACGACCTGACCTTCACTCCCGTCAAAAGCATCTCCGTACTGTGGGCTCTCGGGGACGCCGACACTCGCCGTCTTGTCGAAGAAGCCCACCAGGCCGCTCTCAAGCAGTCCGTGGAGTATCTGGAAACCCACGCCCTGGCGACGCGGTTGGGTACCAACGGCATCGCCCAGACCTCCGTCAAAGGCGGGCTGACGGCGACGGCCTTCCGGCACCACGATTCACGTCTGGGGGATCCGAACCTGCACACCCACCTTGTGGTCTCCAATAAGGTCCAGGACTTTCAGGGGAACTGGAAGACCATCGACGGCAAGCTGCTGCACCGCTCCGCGGTGGCCGTCTCGGAGCACTACAACACCCGGATACAGGCCTACCTGGAAGAGCACGGAGTGGAGTTCGAAGCCCGCACCGTCAACGGGTCCAAGCAGCCCGTCATGGAAGTAGCGGCCGTGCCGCGGGAACTGAATGCGCTGTTTTCCAAGCGCAGCACGGGCATCCGTTCGAGCCTGACGGAACTGCGTCAGGCGTACGAAGAGCAGCACGGCCACAGCCCCGACCAGGCCACCTTGATCAAACTCGCCCAGGCCGCGACATTGGACACCCGGCCCGACAAAGAGATGCCCAAGACCCTCGCCGAACAGGCCAAAGCATGGCGGCAGGAAGCCGCGGCCCTGTTCACGGAGAAGGACCTCAAACGCATCACCGGTACCCGTTCCCGGACCCTCCGCCCTGCCGTCACTGAGATTGATATTGACGCCACAGCGCGGCAGATCGTCGCCGCGGTCTCGGACAAACGCTCCACCTGGACGGCGCAAAACGTCATGGCCGAGGCCAACCGATGGGCACGCGAGCACGCCGTTGAACACGGCCCGGTCCCGGCCGGAACCATTGAACGGGTTGTCTCCCACAGCCTCCGCACTGTATCCGTTCGCATCACACCGGACCAGGTTCACGGCCGGTTCGAAGCACTCACCCGAAACGCCGGAACAGCCGACTTCAACCACCGCACCGACACCCGGTACACCTCCACGAAAATCCTCGAAAACGAAAACCTGCTCCTGCGCGCCGGGAAGAAGGACGTCATCCCGGCAGCATCCATGCAAGACTTCAACGCCGCCGTGGAGGCCTACAACCTCGCCGTGGCCACCGGAGAAAAGTCCCACCCGCTGGACGCAGGACAGATCGAACTCGCACGCGAGTTCGCAACCTCATCGAAACTCCTGGCCGTGGGTATCGGAGCCGCCGGTACCGGCAAATCCAGTTCCATGGGCCTGGTCCGGGCAGCGATCACTCACGCCGGCGGCAGGGTCATTGGCCTTGCGCCTTCCGCCGTGGCAGCCGCGAACCTGGGCGAACAACTTGGCATCACCGCCGGGACGACAGACAAATTTCTGCTCAGCCCCAACGAGACTTACAAAGTCACCCCCGGCACCCTCGTGATCGTCGATGAAGCCGGCATGCAGGGCACCGGCAAACTCGCCGACGTCGTGCGGGCAGTGGAAGCCGGCGGCGGACTCGTCCGGCTCATCGGTGATGACCGGCAGCTCTCCGCCGTCCAAGCCGGCGGCGCACTACGGTTGCTGATCAACGAAGTCGGCGCAACCGAACTGGAAACCATTCACCGGTTCCACAGCCCCGAAGAAGCAGAAGCATCCCTGCTCCTGCGCACACCCACAGAACACGAAACTGACCCGTTCGCCTGGTACAAGGACAACGGACGCGTCCAAGCCGGAAGCATCGAAACCGTTGAAGGGTTGGCTTTCGGATTGTGGCAGAGCCGCCTGAACCAGGGCGACGCCGCGGTGATGATGGCACCGACCAACGAAAGCTCCCAACGCCTCTCCGAACGTGCCCAGGCCTACCGGATCGAAACCGGAGAAGTCGCCGGCACCGGAACCTCCGTGCAGCTTCGCGACGGCTCCCACGTCTGGGCCGGGGACCACGTAGTAACCCGTCTGAACGATTCCCAGCTGAAGGTCAAACGCGGCCGCGACGTCGTAAAGAACGGCGACCTCTGGACCGTCGAACAAACCCACGAAGACGGGTCCCTGTCGGTCAGCCACCTCGAGCACGACGGGACCATCCGTCTCCCCGCCGAGTACGTCTCAGAGCACGTCCACCTTGGCTACGCCCTGACTACCCACCGTGCCCAGGGCATGACCAAAGATGCTGGTATCCCGATCCTCGATGCCTCCACCACCCGTGAGAACGCCTACGTCGCCGCTACGCGTGGCCGGGACGAGAACGTGCTGTTCGTTGCCGTCGAGGAAGGTCAAGACAGGGACAGTGTTCTGGCCGCTATCGCGGGGAACCACAGCCAGGATTCCTCCGCACACGAGACCATGGCCACCGAATACGAACGCATCAACTCGCCCCTAACCTTGGCCGATCAATACCGCTACGTCAACGAAGAAGCCAACACCCTCCGCATGGCCGCAATGGCACGGGAGATCCTTGGACCGGACGCAGAGAAGTTCATCAACGCCGAGTCCTGGGGAGCGGTAGCCACGCACCTGGCCAAGGCCGAACAGGGCGGCTGGGACACCGTCGGGTTGCTGCGCACCGCAGTTGGCCAACGTGAATTCCAGACCGCCGATGACCTCTCCGCTGTCCTCGCCTGGCGCGTGGAAAAGATCGTGGACAAAGCCCCCGAGCTGATCGCCCAAGTGGGTGAACGACCCCTGCAAGGACTGACCGATGACCAGCTGGCCGCACTCCGGGCAGAAGCCGAAGCCGGTGCACGCGCCGCCCGTGAAGCAGCTGCAATCCACGGCCCGAAACCAGCTGACCACTGGACCAACCGCCGGCACGGCAAGCTCACCGACGCCGAACTGGAACGCCGGATCTTCACCACCCGGTTCACCGCACGCGAAACATCATCCATTAACGACCCGGCACAGGCCCGCCGCGCCCACCAGCAGCTGCGCGCGCTCCAGGACGAACACCGGATCCGCAACCAGCAGGTCAAAGAAACCCAGCGCACGGCCGAAACCGCCGAACGCGGCAGCCGCAGCGTCCACGGGAAGAACCCCGCCGCCAGGGCCAACACCCAGCGTGCGTGGGGACACGAAACGATCGCCGCCCGCGCCCGGGCGGAGGAACGCCTCCGCACCCTCACACCACGCCCTGCCACCCCCGTGCAGACACCCGACCGCTTGCCGGAATGGATCGCCCCGGCACGTGCAGCAGCAAGCCCGTACCTGCCCCAGGCCTGGAAGGAAGAACTCGCAGCCCGCCGCGAAGTCCTCGCCGCAAGGTTCGACGAACGCGGCCACCTTCTGGCGGCCACACCACCGGACTGGGCACAGAAACTTGGCCCTGTCCCGGCACGCCCAGATGCGGCCCAACAATGGCGCGACACCGCTGCCAGCATCGAAATGTTCCGTGCCCGCTACAACGTTCCCGAAACGGAGGCCACACCAGTGCCAGAACGGTTCCGAAACGAAGAAATAGGCCAGCAACTCCACGACCAGGCAGTGACCGTCTCCAAACGCGCACGCGCCCTTCCCAAACACGCCACCGACCAAGACCGGACGCTCGATGCACTGCACGCCGTAGAGCGCAGCAAGGACACGCACGCCCCCGAGTCACCGGCGCAGCGCGCTTCCGACACTGACAGGGAAGCCAACGCCCAGGAACCGGCCGCCATCACGCCGGCGCAGACGGAGAAACCACGTCTCCGCAGCCGACTGGAGAAAATCACGGCCGAACGGAATGCAGCACGACTCGCGGCCCAGCAACAGCCACAGCCGCAAACCGAGGAAACGGCAGAGCGGAAGGACGCCGCCAAGGAACAAGCCGAACGCGCAGCGGCGCAGTCGCGCCAAATTCAACAGGACCAAGGACGCGAACTGTAG MMSLHVLSAGTGYLYYTQETASGDELRAGDRHLGDYYTFQGLPPGQWLGRGAEALGVSGNVTEAQMANLFGQGRHPEYEAILAAKLAERLPAKAAEKTAQAEAKLGRRYYDYGPKDNALAQAIRVRESDFERMQGRKPNAGERHRIRATAGAVMFREGHGRPPASKEELGRYITAQLRPQQNAVAGYDLTFTPVKSISVLWALGDADTRRLVEEAHQAALKQSVEYLETHALATRLGTNGIAQTSVKGGLTATAFRHHDSRLGDPNLHTHLVVSNKVQDFQGNWKTIDGKLLHRSAVAVSEHYNTRIQAYLEEHGVEFEARTVNGSKQPVMEVAAVPRELNALFSKRSTGIRSSLTELRQAYEEQHGHSPDQATLIKLAQAATLDTRPDKEMPKTLAEQAKAWRQEAAALFTEKDLKRITGTRSRTLRPAVTEIDIDATARQIVAAVSDKRSTWTAQNVMAEANRWAREHAVEHGPVPAGTIERVVSHSLRTVSVRITPDQVHGRFEALTRNAGTADFNHRTDTRYTSTKILENENLLLRAGKKDVIPAASMQDFNAAVEAYNLAVATGEKSHPLDAGQIELAREFATSSKLLAVGIGAAGTGKSSSMGLVRAAITHAGGRVIGLAPSAVAAANLGEQLGITAGTTDKFLLSPNETYKVTPGTLVIVDEAGMQGTGKLADVVRAVEAGGGLVRLIGDDRQLSAVQAGGALRLLINEVGATELETIHRFHSPEEAEASLLLRTPTEHETDPFAWYKDNGRVQAGSIETVEGLAFGLWQSRLNQGDAAVMMAPTNESSQRLSERAQAYRIETGEVAGTGTSVQLRDGSHVWAGDHVVTRLNDSQLKVKRGRDVVKNGDLWTVEQTHEDGSLSVSHLEHDGTIRLPAEYVSEHVHLGYALTTHRAQGMTKDAGIPILDASTTRENAYVAATRGRDENVLFVAVEEGQDRDSVLAAIAGNHSQDSSAHETMATEYERINSPLTLADQYRYVNEEANTLRMAAMAREILGPDAEKFINAESWGAVATHLAKAEQGGWDTVGLLRTAVGQREFQTADDLSAVLAWRVEKIVDKAPELIAQVGERPLQGLTDDQLAALRAEAEAGARAAREAAAIHGPKPADHWTNRRHGKLTDAELERRIFTTRFTARETSSINDPAQARRAHQQLRALQDEHRIRNQQVKETQRTAETAERGSRSVHGKNPAARANTQRAWGHETIAARARAEERLRTLTPRPATPVQTPDRLPEWIAPARAAASPYLPQAWKEELAARREVLAARFDERGHLLAATPPDWAQKLGPVPARPDAAQQWRDTAASIEMFRARYNVPETEATPVPERFRNEEIGQQLHDQAVTVSKRARALPKHATDQDRTLDALHAVERSKDTHAPESPAQRASDTDREANAQEPAAITPAQTEKPRLRSRLEKITAERNAARLAAQQQPQPQTEETAERKDAAKEQAERAAAQSRQIQQDQGREL NA NA NA NA NA D3-18_04659 435 hypothetical protein ATGGCTGGCAAGACACGCAACACGATGATCGTTCAGGCACGCCGGAAGACCGAGGAGTTGGCCGCGAAACGGCGCGAACGTGAAGCGACGCTTCACTCTTTGGCTACCGACTACCACGCCGCAACGATGATGGCCGAAGCAGGAGTCGAGGAAGCCGAACGGCAGGCAGCCGAATTGATCGCTACGGCGAAGAAGAACGCGGCCGCAGCCATTGATGATGCGAAGGAAACCGTTCGGAAGATGCTCGCCACCGGTGAGACCAGGCAGGGCATCGCCGAACTCCTGGACGTGAGTGTTTCCTACGTCCGCAGCATCGACGTGGCCACGCCGAAGAAGGCCAAGGCCGGCGCCGGTGCTCCGACTGCCGAGGCGCAGGGATCAGAAGAGAGTGGGAGCGTCGGGGTCGTGGCCGGACATGAGGGGTCGGATCACTGA MAGKTRNTMIVQARRKTEELAAKRREREATLHSLATDYHAATMMAEAGVEEAERQAAELIATAKKNAAAAIDDAKETVRKMLATGETRQGIAELLDVSVSYVRSIDVATPKKAKAGAGAPTAEAQGSEESGSVGVVAGHEGSDH NA NA NA NA NA D3-18_04660 477 hypothetical protein ATGACGCGGGACGCGGCCCGGTTCTGGTCCAAGGTCATCAAAGGACCGCGGGAGAATGACTGTTGGCTCTGGACCGGCGCGGTCGGTGATGACGGCTATGGCCGGTACTGGATCAAAACCGCCACGGGTCAACAGGCTCTCCGGCCCCAACGCTTCGCGCACTTGCTGCTGACCGGAGAACAGCTGGATCCCGACACCAAGCTCATGCACTCGTGCGATATTCCGATCTGCATCCGCGCGACGGGTGGGCCCGACAGTCACTTGTTCCCTGGCACGCAGGCCGAGAACCTGATTGACCGGTCACAAAAGAGACGCCACGCCAACGCCCATTCATGGCGTTGGCGTGGCGTCGGTCGCGCGAACTTCACCGCTCAGTCACGGCAGCTCCGTGATGCGCTGAAAGAGCACGGATGGGATGAGTCAGTGATCCGACCCCTCATGTCCGGCCACGACCCCGACGCTCCCACTCTCTTCTGA MTRDAARFWSKVIKGPRENDCWLWTGAVGDDGYGRYWIKTATGQQALRPQRFAHLLLTGEQLDPDTKLMHSCDIPICIRATGGPDSHLFPGTQAENLIDRSQKRRHANAHSWRWRGVGRANFTAQSRQLRDALKEHGWDESVIRPLMSGHDPDAPTLF NA NA NA NA NA D3-18_04661 261 hypothetical protein ATGGCTGTCGTTCTGATCTTCTTCGCAGCGTTCGCCGCCGTCGCACTGGGCGGCTGGATCATCTACGCACTCACGCACCCGGTGGCCGCCGGCCAAGTCATCTTGATCTTCCTCTGCAAGGCGGCCGGCGTCATCGCCTTGGTCACCGCCGTTGTGGCCTGGCTCGGTCAGAGCCTGCTCCAAGCAGTGCCACCGGCGCTGTTCATGGTCGCTTTCTTCTTCGCCGCGAACCGGCTGGAACGCCGCTGGCGTCGCTGGTGA MAVVLIFFAAFAAVALGGWIIYALTHPVAAGQVILIFLCKAAGVIALVTAVVAWLGQSLLQAVPPALFMVAFFFAANRLERRWRRW NA NA NA NA NA D3-18_04662 591 hypothetical protein GTGACCGCCATCCAGTACAGGGGCCGGCTGCTGCTTGGCAGTGTTGTGGCTGTTCTTGCCCTGTCCGGTTGCGCGGCCCAGGGCGGACCGCAGGTCGTTCCTGCCGGCAGTCAGGCACCGCTGCAGGAAGTCCCTTGTACCGCGCCGGGTACGGCGACGCGGCCGCCGGCACTTCAAGTCACGGCCAGTGGCCCGTATGCCGTGGAGAAGGTGGTCGATGGGGACACGATTCGGATCAGCTGCAACGGCACCAGCACTCGCGTGAGGCTGGTGGGCATCAACGCACCGGAGAGCGTCAAGGGAGACGCGCCGGTGGAGTGCGGCGGCCCGGAAGCATCCATCTATCTGCACTCACTTCTGGACGGGCAACAGGTCTTTCTTTCAGCGGATCCCGCCCAAGGGGTCCGCGACAAGTACGACCGGCTTCTTGCCTACGTCTGGACCACCGACGGCACCCTGACCAACCGCACCATCCTCGAACAAGGTCACGCCGAGGCAACCGGCTACGGCAAGCCCTTTGCCTATAGCGAGGACTTCACCGCGGCCGCCGACCACGCCAGAAGGAGCAAGGCGGGCCGCTGGAACTGCTGA MTAIQYRGRLLLGSVVAVLALSGCAAQGGPQVVPAGSQAPLQEVPCTAPGTATRPPALQVTASGPYAVEKVVDGDTIRISCNGTSTRVRLVGINAPESVKGDAPVECGGPEASIYLHSLLDGQQVFLSADPAQGVRDKYDRLLAYVWTTDGTLTNRTILEQGHAEATGYGKPFAYSEDFTAAADHARRSKAGRWNC NA NA NA NA NA D3-18_04663 261 hypothetical protein ATGAAGAAGTCGCTGGAGAAGAAAGGCCCCTACTTCACGGAAGAGGACCTGAGGCAGATCCGCGCAGCGGTCCAAGCCGTCGGGAAGCTCGAGGGGTATGTGTCCATTTCGGACTTCGTTGAAGCAGCTGCACGCCGGGAACTGCGGCGGCTTCAGCGCAAGTATAACGACGGCCGGAAATGGCCGGGAGTTGAAGCCGGCGAACTCCGTCCAGGGCGACGGACCCGCGCCGAAACAGCTGCTAAGGAGGACCACCCGTGA MKKSLEKKGPYFTEEDLRQIRAAVQAVGKLEGYVSISDFVEAAARRELRRLQRKYNDGRKWPGVEAGELRPGRRTRAETAAKEDHP NA NA NA NA NA D3-18_04664 855 Single-stranded DNA-binding protein GTGACCACCCCGCACCCTGTGGACGGGTTCAAGATCAGCCCGCGGGTCCCGTTGGACGTGGACTTGTTCCGGGAAACCAACCCCAGCGGCAGGATCTACCCCGACGCCAAGGAGGAACCTTTCGCCGGCTACTACGGCATCCCCCTCAGTGTCGAGGATGACCGCTACCTTGACGCGATCAACCGGGCCCCCATCGGGGCCGGCGGTCTCTGGGACAAACACACCGCAGACCAGCACCAACCCAACGACCTCACCCACGATGAACCGGGTGGGACCGAACCTCAGAACGAAACCAGCACACACACCGAGAACACCAACAGCACACGAGGAAAAGGAACCATCATGGCCGGCGAAACCACCATTACCGTCATCGGAAACCTGACATCTGACCCCGAGCTGAGGTTCACCCCGTCGGGATCCGCGGTAGCGAATTTCACGATCGCCTCCACTCCCAGGACCTTCGATCGGCAGTCGAACGAGTGGAAGGACGGGGAGACGCTTTTCCTCCGCGCCAGTGTCTGGCGGGAAGCAGCTGAGAACGTCGCCGAGTCCCTGACCAAGGGCACGCGCGTCATCGTTTCCGGCCGGTTGAAGTCCCGGTCCTACGAAACCAAAGAAGGCGAAAAGCGCACCGTCATAGAACTCGAGGTAGACGAGATCGGCCCCTCACTGCGTTACGCGAATGCGAAAGTGAACCGTACGCAGCGCAGCAATCAGGGCAGTGGAAACGGCGGAGGTTTCGGGAACCAGCCTAGCACCGCGCAGCCTGTCCAGCAGGACGATCCTTGGGCTACGAACTCGCGGACCAACGCCGGTTCCTGGGGCAACGGGCCCGACTCCGAACCCCCGTTCTAA MTTPHPVDGFKISPRVPLDVDLFRETNPSGRIYPDAKEEPFAGYYGIPLSVEDDRYLDAINRAPIGAGGLWDKHTADQHQPNDLTHDEPGGTEPQNETSTHTENTNSTRGKGTIMAGETTITVIGNLTSDPELRFTPSGSAVANFTIASTPRTFDRQSNEWKDGETLFLRASVWREAAENVAESLTKGTRVIVSGRLKSRSYETKEGEKRTVIELEVDEIGPSLRYANAKVNRTQRSNQGSGNGGGFGNQPSTAQPVQQDDPWATNSRTNAGSWGNGPDSEPPF NA NA NA NA NA D3-18_04665 306 hypothetical protein ATGAACACGCCCATCACCGCCGAGACCATCACCATAATTCTGGACGAACAGGGTGTTCCCGCGGAACTTCGCACCGATCCCGAAGTCCAGGCTGCCGCGTTCGGGCTTGCGTTCCTGAACTCCCCGGCAACTCCGGCCGAGGGACGCTTCTACGGCGCCTCAACCGTCTTCTACGACGAGGAAAACGAAAGCAGGTACGAGGTCAGCAACCGCGATCTCCTTGAAGAGCAGCTCACCGCCCGGCTGAGCGTCCGCATCGCCGAACTCGCCCAGAGTGATGACGGCATGAACCACCAAGCAGGGTGA MNTPITAETITIILDEQGVPAELRTDPEVQAAAFGLAFLNSPATPAEGRFYGASTVFYDEENESRYEVSNRDLLEEQLTARLSVRIAELAQSDDGMNHQAG NA NA NA NA NA D3-18_04666 285 hypothetical protein ATGACTTCCTCAATCACCGATTACACGGTTTACACCAAGCCCGGTTGCCCGAACTGCGACCGCACCATGGAGTACTTCGACTCCAAAGGCATCACTTACACGCCCGTGGACATCACCGAAGTGCCGGCAGCGCTGGAATACATCACCCAAGAGCTCGGCTACTCCCAGGCACCCGTCATCGTGAACAATTCCGATGACCAGGACCACTGGTCCGGGTTACGCCGCGACAAGCTCGTCCAAGCCGCCATGAACCACACCACCGCAAGCCACCAGGAGGCATCATGA MTSSITDYTVYTKPGCPNCDRTMEYFDSKGITYTPVDITEVPAALEYITQELGYSQAPVIVNNSDDQDHWSGLRRDKLVQAAMNHTTASHQEAS NA NA NA NA NA D3-18_04667 408 hypothetical protein GTGGTTATCCGCCCTGCTGGTGCGCGGACCGAGATTCTAAATCTGCCGTATGAGGGCAGGGGTGCTGGCTACTCGATTCTGGGTGACATGTTCAAGGCATCACGCAGCGGCCAGGTGGAGTACAACCGTGGAGTCTGGTCCGTGTCGCGACCTCACACGAGCGCGGTCATTCTAGGGCTGGTTGATCGCTACGGGCGGGTCAAGGTCATTCAGCACGGCGGCGTCGACAAATGTGTCGAGCAGTGCTGGAGACGCGGCAAGACCGAGAATACCTGGCTGTGTGAATGCGCTTGCGCAGGCAGGAATCACGGATCCGGCGTGCCATACGCGCACACGGCGGGAGGCAACGGGCCGGCGGGGGCCCTCTCGGTTCAAGCCAGTGAACCTCGTGAGTTTTACGTGCCCTAG MVIRPAGARTEILNLPYEGRGAGYSILGDMFKASRSGQVEYNRGVWSVSRPHTSAVILGLVDRYGRVKVIQHGGVDKCVEQCWRRGKTENTWLCECACAGRNHGSGVPYAHTAGGNGPAGALSVQASEPREFYVP NA NA NA NA NA D3-18_04668 411 hypothetical protein TTGGAGATTATTGAGGAGCACGGTGGTGATCTAGGCAAGGTCGAGTGGTTGGACGCTGAGCGGCCGATTGATCAGTACACCGTGCCGTTGGCGTTGCGGCATGGGTATGCGTGTTCTGCCGGCGTCGCTGTCCCGGCCGTAGTTTTCACGACAGTTGACCGTCCTGCGGATATGGCGAAGACGTATCAGGATCTCTTGCGGGCGGAAGCAGCCGTGGCCGGCCAGGACGAGATCATGGAGGCTTTGATGCCCGGATGGAAGGAGTCCGGGGAGAAACTTGCCGGGGAGGTGCACCGCAGCACGGAGGCTTCGATCAAGAAAGCGCAGGCTGATGCGGATGCTCTGCTGGCCGCTGACCCTAAGCCGGAGTTGGTTGAGCACTGGGCGCGGCTGGGTGGATCCATCAGCTGA MEIIEEHGGDLGKVEWLDAERPIDQYTVPLALRHGYACSAGVAVPAVVFTTVDRPADMAKTYQDLLRAEAAVAGQDEIMEALMPGWKESGEKLAGEVHRSTEASIKKAQADADALLAADPKPELVEHWARLGGSIS NA NA NA NA NA D3-18_04669 354 hypothetical protein ATGAACACCCAGACACCCCCAGGGGTCACTCTCGCCGAGATCTTCCCTGGACTGCCCCCAATCCTTGACCAAGTGATGATAGGTGCGTTGATCTTCGCGGCCATCGCCACAATCTATCTGGGCATCGGATGGATGATCGCTCACTCCAGAATGGAAGACCTCGATGACGACAACGACACCCTTCCGTTCCACATCGGCTTCGTCACAGCCATCTCCCTGCCCCTGATCCTGCTGAACAACATGCGCAGCATCACCGGCCTAATCCTCGGAGCAGCGATCGGAGCCTTCCTCGCCCTGGGCACCTACCTTCTCCTGCGCCGCCACCGGGCAACCCACCCAGGAACCACGCGCTGA MNTQTPPGVTLAEIFPGLPPILDQVMIGALIFAAIATIYLGIGWMIAHSRMEDLDDDNDTLPFHIGFVTAISLPLILLNNMRSITGLILGAAIGAFLALGTYLLLRRHRATHPGTTR NA NA NA NA NA D3-18_04670 1347 hypothetical protein ATGAACGCAACACCCACGCTCGAACTGCTTGACCCCACCACTCTGACGGTGGACACCAACGTCCGCAAGGAGGCCGGACTCACCAAGGAGTTCGTGGCCAGCATCAAAGAACATGGCGTGCTTGTGCCCGTCGTCGCCCACCGGACCGAGGACGGAACCGTGCACGTCCTGATGGGACAGCGCCGCACCCTTGGAGCCGTTGAGGCAGGAGCGGCGACCATTCCCGTGCTCGTCGGCGCCACTCCCGAGGAAGCGGAACGCCTCGCCACGCAGGTAGTGGAGAACGACCACCGCAGCGCACTCACCGACGGCGACCGTGCCGAAGCGTTCCACCAAATGGCTCTGCTGGGCGTGAGCGCCAGCGTCATCGCCCGGAAAATGGGGGCCAAGAAGGCAGTTGTCGAAACCGCGCTGAAGGTCAAAGCGAACACCACCGCCACCCGGGCCCTGGACCAAGGCCTGACGCTGGAGCAGTCCGCCGTGATCGAGGAATTCGCGGACGATGCCAACGCGGTGGCCGCGCTCGAACGCCTCGCCACCGAGAACCCCGGGAACTTCGCCCACCGGGCGCAGCGGCTCCGGGACGAGCGCAGAAACAACGCCCTGCTTGCCGAAGCCTGCGCCGAGGCTGCCGCTAAAGGCCTGACCGTGTTGGAACAAGATCCCCGCTACTACGACTACAAGGGACCCGCCGCCCTGATCTCCACACTGACCACCCGCGAGGGCGAACGCGTCAGCGAGACGGACGCTGACGCGGTCTACGTCGGCATCGGATACAGCGGGTTGGTGACACAGTTCGCCGTAGCTGACTGGAAGGCCCGCGGGCTGCGGAAGGACGGCAAGGCCCCGGCAGGAGGCATGACCGAAGAGGAAAAAGCCGCACGCCGGGAAGTCATCGAAAACAACAAAGCCATGGACTCGGCCGAGGTAGTTCGCAGGGAGTTCGTCAAAACCCTGCTGGCACGCAAGGCCCTGCCGAAGAACGCCCAGAAGTTCATCGCCCACACGATTGCCCACGCCAGCTACATCCTGACCAAGGCCTTCAACAAGACCGAACTCACGGCGGAACTGCTGGGAACCGGCACCGGCTACGGCGAGTTCACGGCCTACGTCGACAAGCCCACCACCAAACCCGAAACGGTCACCCTCGCCACCATGATCACCGCCTACGAGGCAAACATCGATCGCACGAGCTGGCGGACTCGCCACAGCAACACCCGCTACTACCTCACCCAGCTCACGGCATGGGGATACGAACCCAGCGACGTCGAAAAGATCATCCTCACCGACCCCAAGACAGAAACCGAGGAAACCACCGAACCCGCGGACGAACCCCAAGCCGCCTAA MNATPTLELLDPTTLTVDTNVRKEAGLTKEFVASIKEHGVLVPVVAHRTEDGTVHVLMGQRRTLGAVEAGAATIPVLVGATPEEAERLATQVVENDHRSALTDGDRAEAFHQMALLGVSASVIARKMGAKKAVVETALKVKANTTATRALDQGLTLEQSAVIEEFADDANAVAALERLATENPGNFAHRAQRLRDERRNNALLAEACAEAAAKGLTVLEQDPRYYDYKGPAALISTLTTREGERVSETDADAVYVGIGYSGLVTQFAVADWKARGLRKDGKAPAGGMTEEEKAARREVIENNKAMDSAEVVRREFVKTLLARKALPKNAQKFIAHTIAHASYILTKAFNKTELTAELLGTGTGYGEFTAYVDKPTTKPETVTLATMITAYEANIDRTSWRTRHSNTRYYLTQLTAWGYEPSDVEKIILTDPKTETEETTEPADEPQAA PGPT0014815_1444 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-CELL_GROWTH_SIGNALLING,PGPT0014815-parB|spo0J|yyaA-K03497 NA NA D3-18_04671 312 hypothetical protein ATGACGAACTTCTGGGATGAAGACGGCGACTTCGACTACGAAGCCCACCACGAGGCAGGCCAACGCGACAAAGCAGCCGAGACCGCCGCAAGGATCGGCCACCCGGGAATGGCGGATGCCTTCTACTACTTCGGGCTACAGGGCAAACCGGATTCAACCTTCACGCCCGAACTGCTCACAGCGTTGGATACGTGGCAGGTCCAGCTCGAGAAAATAGAAGCTGCCCCGGCCGATGAAGAAATCAAGGAGCTGCAGCGCCAGACCGAGGAAGCCACCAACGCGATCCTCACCAAGATCGACAGCGCCACATAA MTNFWDEDGDFDYEAHHEAGQRDKAAETAARIGHPGMADAFYYFGLQGKPDSTFTPELLTALDTWQVQLEKIEAAPADEEIKELQRQTEEATNAILTKIDSAT NA NA NA NA NA D3-18_04672 351 hypothetical protein ATGATTAACCACCTGATTGCGCTGTACATCCCGTCGCGACTCAGCGAGAACGTCACAGTCGCCAGCCTCGACGCACGGCACAGCAGCCTTCAAATCATCGTCGGCGGCGGCCTGGAGTGCATCGCCAGAGGCGACTGGCAGGTCTACCTGAACGCCGAGACGCAAACGACCGGACCATCAAACGTCCGCGCCGCGCAGCTGCTCCACGAAACCGGGCTTGAGCTGCCCGTCACCGGGAACGCCGTGTTCCTGGGCCGAGAAGGTCTCAGCCATGACGTCGACGTTCCGGAGTATCTGATCCGCCGCGCCGAAGCACTCTTCGACACCCGGCTCACCCAGCCAGCGGCCTAA MINHLIALYIPSRLSENVTVASLDARHSSLQIIVGGGLECIARGDWQVYLNAETQTTGPSNVRAAQLLHETGLELPVTGNAVFLGREGLSHDVDVPEYLIRRAEALFDTRLTQPAA NA NA NA NA NA D3-18_04673 393 hypothetical protein ATGACTGAAAGCCCCGAAACCCGACAGGCCGCCGAAGAGAGCGAATGGTTTCCCGCGCGTGACCTGGTGGACGCGATGAAAGCCGAAGGCCTGGAACTTCACGTCGAACAAACCGGCGGAGGCACCGCCACCTTTTTCCTTCAGAGCGAAGGCAGCCACACCTTCACGGTTGGCCCCGGATCATTCAGCTGGAAGAACCCCCTGGAATCCAAGTTCACCACCGCTGAGCTCTACTACGGCCCGGACCACTACGACGACGACGGCGAACCGGTGGAGTTCTCCGCCGACGAAGAGAAGACCATCACGCCGGGAACCCCGATGGCTGATATCGCCCAAGAAATCGCCGCGAACTTCCGCCGATTCAACACCCGCCCGACCGACAGCGCCACGTAA MTESPETRQAAEESEWFPARDLVDAMKAEGLELHVEQTGGGTATFFLQSEGSHTFTVGPGSFSWKNPLESKFTTAELYYGPDHYDDDGEPVEFSADEEKTITPGTPMADIAQEIAANFRRFNTRPTDSAT NA NA NA NA NA D3-18_04674 909 dprA_2 COG0758 Putative DNA processing protein DprA ATGAACGACCGCATTGCACGCGCCGCCCTGACTCGTCTTTTCGACTCCCAGGACTCCACTGGCCGAGCGCTTGTCCACGCCTTGGGCGCCTACGCGACCCTGAGGGTAGCAACCGGCGCCCAACCGCCCCACACCTTCCGCCACATCGGCGAAGAGGAATTGAACGAAGGGCTGCGCCGCTGGGCGCAGCGGATCCCAGACGTGGACGCAGAAAGGGACCTCGCCACCATCGAACGACTGGGCGGAGGTTTCCTTATCCCCGGGGATGAACACTGGCCTATCGGCCTCGATGATTTGCCTGATGCCCCGTACGGGCTTTGGTACGTCGGGAACATCACCCAGGGGATCCCCGCGGTACAGCGCACGGCAGCGTTGACCGGTTCCCGCGATTCCACCAGCTACGGCGCAGCTGTCACCGGTGAGATGGCTCATGGGCTGGCCCAGCGTGGAATCTGCATTGTCTCCGGCCTGGCCTACGGCATCGACGCGCACGCCCACCGTGGCGCGCTTGCTGGCTTTACCGGCACCGGACCGGCGACCATCGCGGTTGCAGCCGGAGGCCTTGACCGGGTTTACCCGTCCGGCAACGCCGACCTCGCGGCCGCGATCAGGGCCAACGGGTTGGTTGTCTCAGAGCAGCCCCCGGGAAACGCGCCCACGCGTTACCGCTTTTTGCAGCGGAACCGCATCATTGCCGCCCTCGCCGGGGTCACCTGTGTTGTCGAAGCCCGGTGGCGTTCCGGCGCGCTGAACGCCGCGCACCACGCCGAAACCATTGCCCGACATGTGGCGGCAGTACCCGGAAGCGTGCACAGCGCGAACTCGGCAGGCTGCCACAGGCTCCTGAAAGAAGGCACGGCAGCACTGGTTTCCGACGCCGCAGAACTGGCCGAACTACTCGCCAGCTAG MNDRIARAALTRLFDSQDSTGRALVHALGAYATLRVATGAQPPHTFRHIGEEELNEGLRRWAQRIPDVDAERDLATIERLGGGFLIPGDEHWPIGLDDLPDAPYGLWYVGNITQGIPAVQRTAALTGSRDSTSYGAAVTGEMAHGLAQRGICIVSGLAYGIDAHAHRGALAGFTGTGPATIAVAAGGLDRVYPSGNADLAAAIRANGLVVSEQPPGNAPTRYRFLQRNRIIAALAGVTCVVEARWRSGALNAAHHAETIARHVAAVPGSVHSANSAGCHRLLKEGTAALVSDAAELAELLAS NA NA NA NA NA D3-18_04675 153 hypothetical protein GTGGCCGATGAGATTCGCATGACCGAGGCAGACACCGTTGCCCCCGACGCAAGCCCAGCCGAAGACGTCCTGGAACTGCGCCTACTCACAGTCGGACCGGTCACCGGACCCGTTGACCGGCCCTTGGAAGACCACCGCCTAGACGAGCTGTAA MADEIRMTEADTVAPDASPAEDVLELRLLTVGPVTGPVDRPLEDHRLDEL NA NA NA NA NA D3-18_04676 1014 hypothetical protein GTGAACGATCCCATCAACATCAGCACCCCGGCCGACATCCTGGCCTACGTCCCCCACATGCTGGGCGAGACCCCCAAGGAATCCTTCGTCCTGATCACGATGCAGGGCAACGCACTCGGCGCCACGCTGCGCCTTGATGCCCCGCTCTGCTTCGAACCCAAGGCGTTCGCCCAAACCGTCGTCAGCTACGCGACAGCCGACGAAGCGGCAACCGGGACCCTGCTGGTCATCTACACCGACGAGAACACCACGGCCGAACCCCGCCCGTTCTCCGAGCACGTTCAGGCGTTGCGCACCGAGTTGGAGACAGCGCGGATGCCCCTGAAAGACGCATGGATGGTGACCTCGGAAGTGTGGAGCAACTACCTGTGCACCGACAGCGCGTGCTGCACCGAGCGCTCACTGGACGAGATCACCAACAGCACCGGCAACACCTCCATGATCTACCGGGGAAGCAACGTCACCGGTTTCACCGCCCCTGAGCCGTTCACCGGCGAGGATGCAGCACGCGAAACGATCGCCGCGCACAAACCCGACGGATGGCCCGAGGACACCGAAGCACGCCGCACCCAATGGGCTGAACTCCTAGAAAACCCCAAAGGACTCACCCACGAGGCCGCGCTGGAACTGGCAGGAGCGTTGCAGCACCCCATCACCCGGGATTACCTGATGGCGGACATCATCACCAACGCCCCGGATCAGTTCACCTCCGTGCTGCTCGGTGTGTTCATTGCCCGTCCTGACTGGAACCGCGTGGACACGGCCCAGGAACTTGTCTTCGAGCTGATGAAAGTCACCCCCGAAGGACAACGCGCCCCGATGCTAAGCGTGATCGGCTGGACGGAATGGCTGAAAGGAAAGTCCAGTTTCGCGGGCCGGTATTTCAAGCTCGCGCTGGAGGACGTCGAGGGTTACCGGTTCGCTGAACTCATGGCCGATCTGGTCAGCCGCGGCTTGATGGCTGACTGCGTGCGTGATCCGAAAAAGGCCTATGCCCGCAAGATAGGCCGCTAA MNDPINISTPADILAYVPHMLGETPKESFVLITMQGNALGATLRLDAPLCFEPKAFAQTVVSYATADEAATGTLLVIYTDENTTAEPRPFSEHVQALRTELETARMPLKDAWMVTSEVWSNYLCTDSACCTERSLDEITNSTGNTSMIYRGSNVTGFTAPEPFTGEDAARETIAAHKPDGWPEDTEARRTQWAELLENPKGLTHEAALELAGALQHPITRDYLMADIITNAPDQFTSVLLGVFIARPDWNRVDTAQELVFELMKVTPEGQRAPMLSVIGWTEWLKGKSSFAGRYFKLALEDVEGYRFAELMADLVSRGLMADCVRDPKKAYARKIGR NA NA NA NA NA D3-18_04677 351 hypothetical protein ATGAGCAACGCCACCACAGCCCCCAAAGGCATCACCGCCCTGATCTACCGCGACGCCCTGGGCACGGACTTCTCCAATCAGGGCATTTCCGCCCGCGTCATGGAGGTAACCGTCATCGGCGAGGGCATCGACCCAGTTTTCGAAGCCACCGAGGAACGGCCCGCCGTCCGGCTCGTCAAAAACGAGAGCTTCCACCGCGAAACCGCGACCCATGCCGAGCCAGTCGCCGCAGAGGACGAACCCGCCCCGTGGTACATGTTCGGTGGCACGTTCATTTTCAGCAGCGACTCACGATTCCGACGCGCAGCCGGACAGTACGGAGCCATCCCGCTCCACGACCGCCGCGAGTAG MSNATTAPKGITALIYRDALGTDFSNQGISARVMEVTVIGEGIDPVFEATEERPAVRLVKNESFHRETATHAEPVAAEDEPAPWYMFGGTFIFSSDSRFRRAAGQYGAIPLHDRRE NA NA NA NA NA D3-18_04678 276 hypothetical protein ATGACCGAAAACCGCAGCATCGCCAACAGCCCGGCCCAAGCCGTGGTCTTCCTCGAAACCCTCGCCGCAATCGTGGAGAAGTCCCCCGTGGCCTACAGCGCCGACGGAGCCGAAGACCTCGCCGCGCACATCCGAGGCATGGCCGCAGCCGTCAACGCCGAGGCGCACGTGAACCCAGCCGTACTGGAGACCACCCGGCAATACGCGGCACTGGACTGGCACAACGAAGCCATGGCCGTCCTGTTCGCCGCAGAACACCGCCCCACGTTCCTCTAG MTENRSIANSPAQAVVFLETLAAIVEKSPVAYSADGAEDLAAHIRGMAAAVNAEAHVNPAVLETTRQYAALDWHNEAMAVLFAAEHRPTFL NA NA NA NA NA D3-18_04679 435 hypothetical protein ATGAACGCAATCAGCGTTGAGACGATCACGACCGAGGACACCGGCGAAACCATCCACAGTGTCACCGTGCTTGGCAACTACCACATGAATGACGGCTACGACTGGATGGAACTCATCTCAGAGCACGGCTGGGCCGTGATCCCCAGCTGGGGCTCTGACGGCTGGGACTTGGGCCAGTGGCCCTATGTCATGGTCGCCGGAACCCGCACCGCCGACGCGATCGGCAACCTGTTCGGCATGGCCACCTACTGCGAGGGCGACGTGAAAACGACGTTCTACCGGACCAAGGCCCGGTACTGGGACGCGATCACAGAACAGGCGTTTTCCCACTGGAAGAACGGACAAGCCCACGGCCCGGCAGACCTGCCCGTAGCCGCCGCAGAGCTACCCAGCCGCTACCGCATTCCGCCCACGTTCCAAACAGCCGTCGCCTAG MNAISVETITTEDTGETIHSVTVLGNYHMNDGYDWMELISEHGWAVIPSWGSDGWDLGQWPYVMVAGTRTADAIGNLFGMATYCEGDVKTTFYRTKARYWDAITEQAFSHWKNGQAHGPADLPVAAAELPSRYRIPPTFQTAVA NA NA NA NA NA D3-18_04680 270 hypothetical protein ATGCTCGCAGGGCTCGCACCCCTTTGGGCGTCCACTCCGCTTCGCTCCGTGGCCGGCTGTTGGGCCCGGTCCCGACGTCGCAGAGCTCCGCCGTGCCCGGTCCTGTGTGTCTACGACGTTTTTTGGCTGCTGTCCTTCGGATTCTATGTGTCCGCTCCACCCCGTCTAGCCCCTCCGCAGGCTCCGGGGCCTGCGGTCCGAAAATTCTTTAGCCAGGGATCCTCGCTAGCTCGGATCCCGCAAGATTTTTCTGCCCTTGCCCAAGGGTAG MLAGLAPLWASTPLRSVAGCWARSRRRRAPPCPVLCVYDVFWLLSFGFYVSAPPRLAPPQAPGPAVRKFFSQGSSLARIPQDFSALAQG NA NA NA NA NA D3-18_04681 177 hypothetical protein ATGAGCGATTTGCCGAAGTACCGGCACGGTGGCAGAGACAGGAACAACTACGGTCCTGATCTAAACCTCCGTCGGAAACGTCGCGGGCTTGTCTTCGCCGTGGTCTTTGGCGGCTTATCGCTCCTAGGGCTGCTGGTGTGGTTCGTGTGGGCAGGTCTGGGCGCCCTGGCCCAGTAA MSDLPKYRHGGRDRNNYGPDLNLRRKRRGLVFAVVFGGLSLLGLLVWFVWAGLGALAQ NA NA NA NA NA D3-18_04682 99 hypothetical protein ATGGAACCGCTGACCATCGTGAACTTCGTTCTCTCGCTCACAGCACTGGGAGCGGCGATCATGGCGTACCGCGCCAACTCGAAAGTCCCCAAGGGCTAG MEPLTIVNFVLSLTALGAAIMAYRANSKVPKG NA NA NA NA NA D3-18_04683 240 hypothetical protein ATGGACAAGAAGAAAGCAGCGCTGACCTGGGCGCTTTTGGGGACTGGCTTCCTTGTGTACAGCCTCTACTGTGCCCTGACCACCGGCGGCACCTGGTATCTCATTGCCTCTGCCGTGATCCTGATGGTTTCCGGCGTGGTCTGCCTAGGAAGCGCGGCGTCAGATTATGCGACGCCCGGACCCGCAGCGCTACTAGACACAGCAACACTCAAAGGAGCAGCATGCTTGGTTTCAAAGTGA MDKKKAALTWALLGTGFLVYSLYCALTTGGTWYLIASAVILMVSGVVCLGSAASDYATPGPAALLDTATLKGAACLVSK NA NA NA NA NA D3-18_04684 324 hypothetical protein ATGCTTGGTTTCAAAGTGAACGTCCGGAAAGAAGACAAGAGCGCCGAGCTGGAGATCCAGGGCTTCCCGGATCAGGAGACGGCCGAAGGTTTCGCGAACGAAGTTCACGAAACTTTGCTGGTGTGCAAGGACGAGAACGAAGAGATCACCGGATTCGAAGTTGGCCGGCCCGGCCCCATGGAGCCCCGTGAAGGCGCTCCCGAAGCGGACATCGAAGACTTCATCGATCAGATCACCATGTCCGTCATGAGCCCTGAACCAGCGAACCTGGTCAAAGGAGAGCCTCCGGTGCGTTTCGCTGTTGAGCAACCGATGACCTGGTAG MLGFKVNVRKEDKSAELEIQGFPDQETAEGFANEVHETLLVCKDENEEITGFEVGRPGPMEPREGAPEADIEDFIDQITMSVMSPEPANLVKGEPPVRFAVEQPMTW NA NA NA NA NA D3-18_04685 630 otnC COG0235 3-oxo-tetronate 4-phosphate decarboxylase GTGACTGACCTGGATATCAGCAATGAACTCGTTCGACTGGCCAGGTCACTGCACCAAAGAGGCCTGACCAGAGGAACTTCCGGAAACCTCAGCGCCCGCGTGGACAGAGGAATACTGATCACCCCCACCAACGCCTCCCTGGGTGAACTCAGAACAGGCGATCTGGCAATGGTCTCTGACGCCGGCGAACACTTGTCCGGGGCCCGCCCCTCCAAAGAGGCATTCCTGCACCTGGCGATGTACCGGGCCAGGCCTGAAGACCACGCCGCAGTCCACCTGCATTCGCCATATGCCACTGCCCTTTCATGCCTTGAGGACCTGGACGACGGCGACGTTCTGCCCCCTTTGACGGCGTACTTTGTGATGAGGGTGGGACGGCTGGTCCGGTTGCCATATTTTGCACCGGGAGACCACGGACTGGGAGGGTGTGCTGAAAAAGCCGCAGCATCGAGCCGTGCCCTGCTGCTGGCCAACCACGGACCGATCGTTTCCGCGCCCTCCTTGGCAAAGGCAGTCGACGCCGTTGAGGAAGTAGAAGAAACAGCACGACTGTTCTTTCTCCTCCAGGGCCACGCCACACGACCCCTCCAACCAGCCCAAGTGGCACAACTCTTCGCAAGCCGTACCTAG MTDLDISNELVRLARSLHQRGLTRGTSGNLSARVDRGILITPTNASLGELRTGDLAMVSDAGEHLSGARPSKEAFLHLAMYRARPEDHAAVHLHSPYATALSCLEDLDDGDVLPPLTAYFVMRVGRLVRLPYFAPGDHGLGGCAEKAAASSRALLLANHGPIVSAPSLAKAVDAVEEVEETARLFFLLQGHATRPLQPAQVAQLFASRT PGPT0018145_573 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ERYTHRONATE_UTILIZATION,PGPT0018145-otnC|ygbL-K22130 NA NA D3-18_04686 1287 otnK 3-oxo-tetronate kinase ATGTCAAACACTCAAATGAATGCGAATCTCCCATGGTTGGGAGTTATCGCCGACGACTTCACAGGAGCCTCCGATGTGGCCGGCACTCTTGTGAGTGCCGGAATGCGGGTAGTGCAGACCTTTGGTATTCCCGATCCCGTGATGCAGCTGCACGACGTTGACTGCATAGTGGTCTCCCTGAAGACTCGCAGCGTTCCAGCCGTTGAGGCTGTAGAAGAGTCCCTGGCGGCGGCACGTGCCCTCAAATCCCGAGGCGTTCAGCAGCTCTACTTCAAATACTGCTCCACGTTCGACTCAACCCCGGAAGGCAACATCGGCCCTGTGGCAGATGCCCTCCGCAAAGAGTTCGTCCCCACCGGCCAGATCACAGTCGTCGCCCCCGGAACCCCGGCACTACGGAGGACCGTGTACAACGGTGTGTTGTTCGTAGGCACGGACCTCCTGCAGGAATCATCCATGCGCAACCACCCGCTTACCCCGATGACGGATTCGAGCGTGCCAAGGCTGCTTCAGGCCCAAAGCAAAAACCTCGTGAGCCACCTCGGTTACAGCGTCATAGAAGCCGGTGCCCCGTCAGTTCAATCCCAATTCCGGAGCCTCAGCGGCGAAGGTGCCGACTACGCCGTCGTCGACACACTTACTGACCGCCACCTCGCCGTGCTGGGGACCGCATCGCTCGAACACCCGCTTGTCACCGGCGGGTCAGGGCTCGTAGGAGGGCTGGCCGTTGCCCGCGGGCACCGCGACAACCCGGAATCGGGGCGTGCCGCCCGGCCATCAGGCCCGGCCGCCGTCATCGCAGGCAGTTGCTCGGAGATGACGAACGTCCAGATCGACACATTCCGGCAGTTCCGCCCCTGCTTCCTGGTCGACCCTGTTGCCATCGCCGAAGGACACGACGTCGTCGGCGCAGCGCTGCTGTTCGCGCGCGAAAATCTTACGGACGGCCCCATCCTGATCCATTCAACCGCCTCTCCACAGGAAGTCTCGAGAACTCAAAAGGAACTCGGACAGGCCCGGGCCGCGGAAATCACCGAAGACAGCCTTTCCGCGATCGCCGAAGGGCTCGTCGGCTTGGGTATCCGCCAACTCATAGTCGCCGGTGGAGAAACCTCCGGCGCTGTAGTCCGCAGGCTCGGCATCACCACCGCCCATGTCGGGAAGGAAGTCTCCCCAGGCGTGCCGTGGCTGAAAACAGAAACTGACCCGGAGCTGTCCATCCTGCTCAAATCCGGAAACCTCGGAACTCCCGCACTTTTCCTTGACGCATGGGAGCACAACCGGTGA MSNTQMNANLPWLGVIADDFTGASDVAGTLVSAGMRVVQTFGIPDPVMQLHDVDCIVVSLKTRSVPAVEAVEESLAAARALKSRGVQQLYFKYCSTFDSTPEGNIGPVADALRKEFVPTGQITVVAPGTPALRRTVYNGVLFVGTDLLQESSMRNHPLTPMTDSSVPRLLQAQSKNLVSHLGYSVIEAGAPSVQSQFRSLSGEGADYAVVDTLTDRHLAVLGTASLEHPLVTGGSGLVGGLAVARGHRDNPESGRAARPSGPAAVIAGSCSEMTNVQIDTFRQFRPCFLVDPVAIAEGHDVVGAALLFARENLTDGPILIHSTASPQEVSRTQKELGQARAAEITEDSLSAIAEGLVGLGIRQLIVAGGETSGAVVRRLGITTAHVGKEVSPGVPWLKTETDPELSILLKSGNLGTPALFLDAWEHNR PGPT0018140_622 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_UTILIZATION PLANT_DERIVED_ERYTHRONATE_UTILIZATION,PGPT0018140-otnK|ygbK-K21948 NA NA D3-18_04687 783 hypothetical protein ATGCCAGGAGGCCGACTAAGTGTTTGCTTCTTGCGCTCCCAGAAACAATGCCTTCTCTCAAGCCCAGCTAATTGGCATCTTCTTGTGTCTTACGCTGAAAATATGAACTTATCCTTGAACACCCTCGCAATGCTGCACACGGTGCCTGGACTGGTCACGGACATGGAAGCCAAGGCAAGGGGCACCGTTCCTGGCGTCCGCGTCATGCACTTCGTGGACGAGTCACTGCTCCACGACACCATTGCCATAGGAACAACGCCTGCACACGTTCGACGGCGGCTGGTTAACTATGCCCGCTACGCTGAGGAATCCGGTGCCCAGGCCCTGTTGGTGAGTTGCTCTTCCATCGGAGAAGCGGCCACCGCCGCTGCTGGCTTCGTCTCCATCCCTGTCCTGCGCATCGACACTCCAATGGCCACGCTGGCCGTACTGTCCGGTGAGAGGATTGGCGTGCTCGCGACCCTATCTGCAACCCTTGGGCCGACCACACGGCTCGTGCAGGATTCAGCCAAAGGGCAGAACAAATCGCCCACTATCACTGCCAAGAAAGTCGACGGCGCCTTCACTGCCCTACGCTCAGGTGACCGCGCGAAGCACGACAGTTTAGTGCTCGCCGCGTTCTCCGAGCTTGCAGGGGAGTGCGACGTCGTCGTTCTCGCCCAAGCGTCGATGGCCCGGGTCATTGCGGATACCCGAGACCAGCCCGGCGGACCCACGGTTCTTGCCTCCCCCGACTCTGGGATGACCCAGCTGAGTACTCTTTTCCCTTCCAAAGACTCATAG MPGGRLSVCFLRSQKQCLLSSPANWHLLVSYAENMNLSLNTLAMLHTVPGLVTDMEAKARGTVPGVRVMHFVDESLLHDTIAIGTTPAHVRRRLVNYARYAEESGAQALLVSCSSIGEAATAAAGFVSIPVLRIDTPMATLAVLSGERIGVLATLSATLGPTTRLVQDSAKGQNKSPTITAKKVDGAFTALRSGDRAKHDSLVLAAFSELAGECDVVVLAQASMARVIADTRDQPGGPTVLASPDSGMTQLSTLFPSKDS NA NA NA NA NA D3-18_04688 903 dmlR HTH-type transcriptional regulator DmlR ATGGACCTTACATCGATCGATGATCTGGACTTTTTTGAACAAATCTCCCGGTCCCAGAGCCTTACGGAAGCTGCCAGGAACTGGGGAAAGTCAGTGTCGGCGGTGAGCAAACGCCTTACCGCGCTGGAGTCGCGCCTAGGTGTACCACTGGTCCGGCGCAGCACCCGGCGTCTGACCCTCACCGAAGAGGGGCGGCTCTATGCGGCAGGCGCCTTGACCATCCTGCAACAGAAGACTGATCTCGAAGAAGCGCTTTCCACGCAGCATGGTGAGCTTAAAGGACGCATCACTGTGCATTCGAGCCTGGGGATAGGCCGTAAGCACATTGCGCCGCTGTTGGGGGAGTTTGTCCGGCAGCATCCGTTGATCCAGATAGACCTGGAGCTTTCTCCGCTACCGTTGAACATCTCGGGTACGAATTTCGACATCGCCATTCGCGTCGGAGGACTGTCGGACTCCAGGCTCAAGGCAAAACTTCTTGCACGGAATCGAAGGATTGTGTGTGCGGCGCCCAGCTACCTGGACAGCGCCCCGCCATTGCGGACCATCCGGGACCTCGAAAGGCACAACTGCATCGTCCTGCGGGAAAACAATGGCGACTACTCACTGTGGCGCTTTGGCGACAAGGAGCAGGAATACGTGGACGTTAGCGGCAGCATGATCAGCGACGACGGGGATGTGGTGACGGACTGGTGCATGCAAGGGCTGGGCTTGATCATGCGCTCCACTTGGCACGTCAACCCGCTGATCCAGCAGGGGGTACTACAGCAGGTTATCCCAGACGTCCAGACGCCCAGCGCCGACATCTACGCGCTCTATCCCTCCACGGCCAGGACGCCACGCCGGATCATCGCAGTCATTGAGCATCTGAGGCAGGGCCTTGCTGCCAGGATCGGCTCTTAG MDLTSIDDLDFFEQISRSQSLTEAARNWGKSVSAVSKRLTALESRLGVPLVRRSTRRLTLTEEGRLYAAGALTILQQKTDLEEALSTQHGELKGRITVHSSLGIGRKHIAPLLGEFVRQHPLIQIDLELSPLPLNISGTNFDIAIRVGGLSDSRLKAKLLARNRRIVCAAPSYLDSAPPLRTIRDLERHNCIVLRENNGDYSLWRFGDKEQEYVDVSGSMISDDGDVVTDWCMQGLGLIMRSTWHVNPLIQQGVLQQVIPDVQTPSADIYALYPSTARTPRRIIAVIEHLRQGLAARIGS NA NA NA NA NA D3-18_04689 1185 soxA_6 Monomeric sarcosine oxidase GTGACTACACTCGAAACGGACGTCGTAATCCTCGGAGTCGGCTCTGTAGGAAGCATGGCAAGTTGGCAGTTCGCCTCCCGGGGTCAGCGGGTTATCGGAGTAGACAGGTTTTCGATTCCCGGCCCGTTCTCTGCCTATGCCGGCGAATCGCGCTTATTCCGCAAGGTCTACGCCGAAGGCGGGCATTACACACCTCTTTTGCAGAGGTCACAGGATCTGTGGCGAGTTCTGGAGAAAATCAGCGGAACCCGCCTGCTCAACACTACGGGCGCTGTCACGATCTACGACGAACACAATCCGCGGTTGGCATCGCTCCTTGCAGCCGGAAAAGACAATGGCCTTGACTACGAGTTGCTCCGGGGCGACGAAGCCAGGGGAAAGTATCCCGAACATGTGATCAGGGACGCTGATGTCACCATCTTCGACCCCGAGGGCGGCTACGTGAGTTCAGAGAAGGCCGTGACCGCCGCACTCGTGCAGGCTACCCGGCTAGGTGCCAAATTCCTTGGAAACCGGCAAGCGCACAGCGTTGAACCGTTCGGCGACCGGTACATCGTGCGCACCGATCAAGAAGAAATCATCGCCTCCAAGATTGTCATCTCCCAGGGCAATGGTGCCGGCACAGTATGCAAGCAACTCGGTGTCCACCTTGCAGTCCTGCCGCAGATCCTGACATGGTTCCCCGTAGTGGACCCAGCTGCGTTCTGCAGGGAAGACATGCCGGTCTTCCTGAGGAGGGCAGAGGAAAACGGAAGGTCGGACAACGCCCAGCTTTACGGGTTCCCGAGCGCAGATGGCTGGACGGTGAAAGTCGTGGCGAGCATATTTCTGGACGAGGTTGAGTCCATGGAGAAGCCCCCGACGTGGGATCCTCGGCATTTGGATACTATCCGGGCGTGGGTCCGGGAATTCATTCCAGGGCTGATTCCGGACCCCGTGAGGGTTGCCACATGCGCGGACGGTCATTTACCGGATACGACCGCACTGTTCGGCAAAGTGCCAGGGATGGAAGGCGTGGTCGTTGCGGCCGGCTTCTCCGGCCACGGTTTCAAGATGGCTTCTGGGCTCGGAGCTATTGCAGCCGACCTCCTGCTGGACGGAACAACGGCCACAGACGTCAGTTTCATGAACCCCGGCAGGTTCCTCGGGCCGGATACCCGACTCACGTCCCTGGCTCTGAGCTAA MTTLETDVVILGVGSVGSMASWQFASRGQRVIGVDRFSIPGPFSAYAGESRLFRKVYAEGGHYTPLLQRSQDLWRVLEKISGTRLLNTTGAVTIYDEHNPRLASLLAAGKDNGLDYELLRGDEARGKYPEHVIRDADVTIFDPEGGYVSSEKAVTAALVQATRLGAKFLGNRQAHSVEPFGDRYIVRTDQEEIIASKIVISQGNGAGTVCKQLGVHLAVLPQILTWFPVVDPAAFCREDMPVFLRRAEENGRSDNAQLYGFPSADGWTVKVVASIFLDEVESMEKPPTWDPRHLDTIRAWVREFIPGLIPDPVRVATCADGHLPDTTALFGKVPGMEGVVVAAGFSGHGFKMASGLGAIAADLLLDGTTATDVSFMNPGRFLGPDTRLTSLALS NA NA NA NA NA D3-18_04690 675 hypothetical protein ATGGCAAACACGAACTTCCGGCCGAAGTACATCTCTTATGACGTCTACGGCACGTTGATCAACTTCAACATCTATCCCACTACCCAGCGCCTGCTCGATGGCCGCATCCCAGACGAGCAGTGGTTGGCTTTTAAGAAGACTTTCCGTGCATACCGGTTCGACGAGGTCAATGGCGACTACAAGCCCTACGAGCAGATCCTTCAGGATGCCTTTGACCGCGCATGCAAGCGGTTTGGCATTGGGCCGACCCCCGGTGCCGGTGGAGAGCTCGCTGAGGCTGTACGCAACGCCGTTGCCCACGAGGACGTGCCGGCGGCGCTGAAACTCCAAGGCGACAACTACAAGCTGGTGGCTTTGTCCAACGCTGACGACAGCTTCCTGGACATCAGCATTCCCAAGCTAGGCGCAGATTGGCACGCCGTCTTTACCGCTGAGCAGACCGGGGCTTACAAACCACGCCTCCAGGCGTTTGAGTACATGCTGGACACTCTGAACGCCAAGCCCGAGGACTTCCTGCATGTCTCCTCGCACCCACTGTACGACCACATCCCGATGTACAACCTGGGTTTCCGAGACCTTGTAATGCTGGACCGTGGCGCTGAACCTTTCGCGGATGGCTACAACATCTTCACGGTGAAGTCCCTGGACGAGCTGAACAAGCACCTCGGTCTATAG MANTNFRPKYISYDVYGTLINFNIYPTTQRLLDGRIPDEQWLAFKKTFRAYRFDEVNGDYKPYEQILQDAFDRACKRFGIGPTPGAGGELAEAVRNAVAHEDVPAALKLQGDNYKLVALSNADDSFLDISIPKLGADWHAVFTAEQTGAYKPRLQAFEYMLDTLNAKPEDFLHVSSHPLYDHIPMYNLGFRDLVMLDRGAEPFADGYNIFTVKSLDELNKHLGL PGPT0006885_1988 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_DICHLOROETHANE_DEGRADATION,PGPT0006885-dehI-K01560 NA NA D3-18_04691 2484 xerC_5 Tyrosine recombinase XerC ATGACGGAGGACACCACGATCGCGGACCCGAGATCGCCGGAGCGGGTAGCAGCGGCGCAGACGTACGCCCGGGCGAGGGAACTGCGGCTGCAAGCGGACACTGCCGCCCATGCAGGGACAAGGGTGTTACCTCGGCAGGCTTTCGACTCCGGGACGCTTAGATCGCTGGATGAACATTGGGAGTTTCGGCACCTCCAACGGCTCGGCATCCCCGAGGCATTGGCTTGGGCGGAGCCCCTCGTCGATGTGTACTGCAGAAGTAAAAAGTACCGGCCGCTGTTCCGACGCGGTATCCGTGCAGTTCTGGGCTGGATCAACGGATTCCCGGGGGAGACATGGGATGAGCGGTGGTTCGCTTCCGGCTTGGACGAAGCACCCAGGACTGGCACCGCTGAACTCAGTGCCCGATTGTCGCTTACCCCGGCCCAAGCCAGCGCCGGAACGGCCTACATCATCAAAGCACGGCTTGTGCGCCCTTCGTATGAGTGGTTGTTCTCATCAACAGCATGGAACACAGGCCCCAGGAACACGACGTTCCTGGATGTCGCCGAGCCCGAGGAAACAGCACGTCTAAGAAACCTGCCCCAGTATCGTGCCGCACACGAACTCGTTCGCCGGAACGCTGAGAATGCCATCGCCAGAGTCATGGTCAGGACCGGAAAACGCCTGGGACAGCTCAACGGCGAAGACATCCTTGCCTACTCCCACATTGCCCGCATGAGCCGACGCCATACCAGGGAACATCTGGCTTGGGAGTTGCTCGTTGCGCTCGGACCCCTGGCAGGTGAGTCCCCGACTCTCCGGGTCGCCTGGCATGCCAGCGTCGCCAACCGCCAACACACTGTCGAAACACTGGTCAAACGGTATGGGATCCCCGAGTCAGGAGTCCGTAATCTGCTGATCGAATACCTTGAAGAACTCAAACCCAACATGGACTACGGCTCCCTGGAAGGCCTGGCCTACCGGCTCGTGCGCTTGTTTTGGGCCGAGGTTCTCGACATCAACCCCGACCAGCAGAACCTACACCTTGCCCCCGACGTCGCGGCCCAATGGCGCGAACGGGTGAAAGTAACCCTGGATGGATTGCCCCGCAGGGAAACTGCCTCCACCTACTTCGCCGTCCGGGCCCTCTACCGCGATCTCGCAGAGTGGTCACATGAACAGCCCGAACGATGGGCCCACTGGGTCGCGCCCATCCCGCTGCCACGGGCTGAGTCAAAAGCCCAGTCCAAGCAGCGGCGACAAGTCCAAGCGCGGATGCAGCAGCGCACCAGGTCGTTGACTCCGCTGCTTCCGGCTTTCATGCGCGCTGCAGACGAACGCCGCACTCACGGAAGAGCATTACTCGAACGCGCCGCCTCGGCCGCCCATGGGGAGGTCTTCACCTTCGCGGGGGTGACATACTGGCGGCACGACCCGCCGGTACGGTCGGCGAGGCTTGTCCGCGTCCGGGTCTGGGCGAAAGTAATTGCCGTAGAGGCTGGAGCCAAACCTCTGGTGTCTGTGGGGAAACGTGCCGACATCACGGCCCTGGAAGCAGACGGCTTTTGGGGCTGGGCAATTGCGGCAACGCTCAAAGAGACTGGCGTCAGACTCGAGGAACTGTTGGAACTGACTCAGCTCTCCCTACGCCACTACATCGCCCCCACCACGAACACCATCGTGCCCCTGCTGCACATCGTTCCGTCCAAAAACGATCAGGAACGCCTTATCCCCATGTCCCCAGAACTGGTGAAAATCCTTCTCGAGGTCCAACGACGAGCCCGCGGCGCCAGCGACACAGTGCCCCTGTCCACCCGGTACGACCCCAACGACAAGACGTTCAGTGACCCACTTCCACACCTGTTCGCTAGACTCCTCGGTCCAACCCAGAACGTACTCTCGTACCAAATCGTCCGGAAACTGCTCATCGGCATCGCCGCCCACGCGGGCCTGAACGAAGGCGGCTTACCAGTGACGTTCACACCCCACGACTTCCGCCGGCTGTTCGCCACGGATCTGGTCGGTTCGGGACTGCCTCTGCATATCGTTTCGACGCTGCTCGGCCATCTGAACTTGGAGACTACCCGCGGCTACACCGCAGTTTTCCCCGAACAGGTTATCCAAGCTCACCACGCATTCATCGAACGGCGTCGGCAAACCCGCCCCGATCAGGAACTCCGTGCAGCAACAGAGGCTGAATGGGCAGAGTTCGAACAGCACTTCCTCCTGCGGCGTGTAGCGCTAGGCACCTGTCACCGGCCTTACGCGACCCCGTGCGTGCATGAGCACGCCTGCATAAAGTGCCGGTTCCTTCAGGTGGATCCAGCCCAGGCAGGCCGAATCGAAGACATGGCCGCCAACGCCGAAGAACGGCTCGACGAGGCACGAAACCACCAGTGGCTTGGCGAAGTCCGTGCCTTGGAGGAAAGCCTCGTTCACCTTCGGCGCCGTCGGGACGAAGCGCGGTTCGGGGATCAGGCAATAACAAGATCGCCGAAGTAG MTEDTTIADPRSPERVAAAQTYARARELRLQADTAAHAGTRVLPRQAFDSGTLRSLDEHWEFRHLQRLGIPEALAWAEPLVDVYCRSKKYRPLFRRGIRAVLGWINGFPGETWDERWFASGLDEAPRTGTAELSARLSLTPAQASAGTAYIIKARLVRPSYEWLFSSTAWNTGPRNTTFLDVAEPEETARLRNLPQYRAAHELVRRNAENAIARVMVRTGKRLGQLNGEDILAYSHIARMSRRHTREHLAWELLVALGPLAGESPTLRVAWHASVANRQHTVETLVKRYGIPESGVRNLLIEYLEELKPNMDYGSLEGLAYRLVRLFWAEVLDINPDQQNLHLAPDVAAQWRERVKVTLDGLPRRETASTYFAVRALYRDLAEWSHEQPERWAHWVAPIPLPRAESKAQSKQRRQVQARMQQRTRSLTPLLPAFMRAADERRTHGRALLERAASAAHGEVFTFAGVTYWRHDPPVRSARLVRVRVWAKVIAVEAGAKPLVSVGKRADITALEADGFWGWAIAATLKETGVRLEELLELTQLSLRHYIAPTTNTIVPLLHIVPSKNDQERLIPMSPELVKILLEVQRRARGASDTVPLSTRYDPNDKTFSDPLPHLFARLLGPTQNVLSYQIVRKLLIGIAAHAGLNEGGLPVTFTPHDFRRLFATDLVGSGLPLHIVSTLLGHLNLETTRGYTAVFPEQVIQAHHAFIERRRQTRPDQELRAATEAEWAEFEQHFLLRRVALGTCHRPYATPCVHEHACIKCRFLQVDPAQAGRIEDMAANAEERLDEARNHQWLGEVRALEESLVHLRRRRDEARFGDQAITRSPK NA NA NA NA NA D3-18_04692 1164 xerC_6 Tyrosine recombinase XerC ATGACGGAGAGTTTAGGCAGGGTCGTGGAGTCGGAGACGGGACTTCCCTTTCGGCTGGTGTTTCCTGAGACTGAGCATGAGGCTGTCACCTCGTTCCTGCGTGATCTTGCTGCGTCGGATTGTTCCCCAGCGACGCTTCGGAGCTATGCCTACGACCTGCTGCGTTGGTTTCGGTTTCTGCACGGTCGCTTTGTCCCGTGGGAGCGTGCTGAGCGGCTGGATGTCAGAGCGTTGGTGGAGTATATGCGCGCCTCGCCGACGGCGAACACTTTGAGGAGGCAAGCCGAGCGGGCTGACACGACTAATACAGTCACGCGCAAGCGGGGACCGAGGTCGACGTTCTCAGCCAATTCCATTAACCACCAGCTGACGGTTTTGTCGAGCTTCTATGATTTCGCACTCGAGATGAACCTGGGACCGCTGGTGAACCCCGTTCCGCGGAAACGTGGAATCGGGCCACGAGCCTATGCACACCACAATCCCATGGAGCAGTTCCGGCCTCCCAGGCGGGGCACCTACCGGCAGCGGGTTCCGAAGCCGGTTTGGCGAGGGATCCCTGATGATGCCGTGGCCTCAATTTTCAACTGCCTGGGCAACCACCGTGATCGGGCATTGCTGTCATTCTGGCTCAGCAGCGGCGTCCGCGCCGAGGAACTCCTTGGCTTGCGGCACGGGGATTACGACTTCGGCGAACACACTCTCATGGTGACGAGTAAAGGCGCCCGTAACCGAGACTTAGTACCGGCCAGTCCGGATGCCTTCGTGTGGTTGGCCTTATACATGCGTCAAGGCCAGCCCAGCGAGCCTGGGGATCCGGTCTGGTGGACGCTGCACCCAAAGAATCGCCGACCATTACGCTATTCAGCCGCGCGGCAGATGTTCGCCAGGGCACAGAAGCAGCTGGGGTCGAACTGGACCCTGCACGATCTGCGGCACACCGCCGCCGAGCGCATGATCGCGGACCCCGCTTTCACGCTGGTCGATGTCCAGACAGTGTTGCGACACGTCAATGTCACGACCACCACCATCTACACGCAGCCAAGGATGGAGGACATCTTGGAAAAGGTTCTCGACCATTACGCCAGACCCAAACCACCGGCGCCGGGAATCGAGCCCGAGTACGACGCCGCGGCACTGCGGGAACTGTTGGGACTGGGCGAATGA MTESLGRVVESETGLPFRLVFPETEHEAVTSFLRDLAASDCSPATLRSYAYDLLRWFRFLHGRFVPWERAERLDVRALVEYMRASPTANTLRRQAERADTTNTVTRKRGPRSTFSANSINHQLTVLSSFYDFALEMNLGPLVNPVPRKRGIGPRAYAHHNPMEQFRPPRRGTYRQRVPKPVWRGIPDDAVASIFNCLGNHRDRALLSFWLSSGVRAEELLGLRHGDYDFGEHTLMVTSKGARNRDLVPASPDAFVWLALYMRQGQPSEPGDPVWWTLHPKNRRPLRYSAARQMFARAQKQLGSNWTLHDLRHTAAERMIADPAFTLVDVQTVLRHVNVTTTTIYTQPRMEDILEKVLDHYARPKPPAPGIEPEYDAAALRELLGLGE PGPT0021995_109 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0021995-xerC-K03733 NA NA D3-18_04693 909 ligC_3 COG1793 DNA ligase C GTGCAGTTAACATGCCGGGCCATAGCTCTGAATGATTCCGACGAAGTGACCCTTTGGAGCCGACAGGGCAAGGAACTCTCCCGCATCTTCCCTGAACTGTGCGCAGCTTTTCGGGATCAGGTTCCGCCCGGCGTGGTCCTGGACGGTGAGGCGATCATCTGGAACGGGGACCGGCTGGACTTCGAGGCGCTGCAGCGCCGCATGGTCAGCTCCAGGGCGGCTCTGCCGGCAATGGTCCATGAACTGCCGGCCTCCTTCGCGGCCTTTGATGTTCTGGCCGTTGCTGGGCAGGACATCCGGGGTGTCCCGTTTACGGGCCGCCGGCAGCTGCTCGAGGAACTGGCCCGGGACTGGTCCGCTCCGTTGAACCTCTCCCCCACCACTACGGACATGGAATTGGCCAAGACATGGTTGAGGGATCTGCCCGCCACAGGAGTGGAAGGGCTGGTTTTCAAGGGAGGATCCCAGCCATACGATGGCTCCCGCTCCTGGTTGAAGTTGAAGACAAAAACCACTCTGGACGCGGTCTGCGCGGCCGTCATCGGCCCGATCAGCCAGCCGCAGGCGATCATCGCCGGCCTGCCGATCGATGGGCAGCTGCGGATCGTGGGCCGGTCCACGATCCTCTCGACGCGGGCAGGGCGTGAGCTGGGCCGCCAGCTCCACCCCGCACAGCCCGGGCATCCCTGGCCGGAAAAAATCAGCGAGACCTCGCTGAACAGATTCAGCAAAGACAAAGGCCCGGTTCACCTGACACTGGTCGAACCGATCGTGGTCGAGATATCGGCCGACGTCGCGTGGACCGGCAAATCCTTCAGGCACGGTGTAGGTTTCGTCCGCGTCCGTCCGGAGTTAGATCCTGATGATGTCAAACTTCCCCAGTCCCTCAAGGTCAGCAATGCGCACTGA MQLTCRAIALNDSDEVTLWSRQGKELSRIFPELCAAFRDQVPPGVVLDGEAIIWNGDRLDFEALQRRMVSSRAALPAMVHELPASFAAFDVLAVAGQDIRGVPFTGRRQLLEELARDWSAPLNLSPTTTDMELAKTWLRDLPATGVEGLVFKGGSQPYDGSRSWLKLKTKTTLDAVCAAVIGPISQPQAIIAGLPIDGQLRIVGRSTILSTRAGRELGRQLHPAQPGHPWPEKISETSLNRFSKDKGPVHLTLVEPIVVEISADVAWTGKSFRHGVGFVRVRPELDPDDVKLPQSLKVSNAH NA NA NA NA NA D3-18_04694 570 acuR Transcriptional regulator AcuR ATGAGCACGGACACCAAGCAGCGAATCGCCAGCACGGCGCTTGATCTTTTTCACGCGAACGGATACTCGGCGACCGGGGTATCGGACATCGCTCGTGCCGCCGGAGTTCCCAAGGGATCCTTCTACCACTTCTTTGAAAGCAAGGAAGCTCTCGCCGCTGAAACGGTAAAGCTCTACGAAACGACGATCAACTATGACCTGCTCGACAGGGGCTCACCATCCCCGCTGGCCCGAATCAAGTCTCATCTGACCTTCATTACCGCGATGGCAGAAACGGATGACTTCCAGCGGGGCTGCCTGCTGGGCAATTTCTCAACCGAGATGCCTTCCCAAAGTGCTACTGTCACCGCAGCGGTCGAACGCTCGCTCGAGCTGTGGACCGGGAAGCTTGCGAAGGCCATCTCCCAGGCACAAACTGAACAAGAGATCTCCAACCGCAGCGATCCGCAGCGGCTCGCCGGCTTCATCATTGCCAGCTTCGAAGGTGCCGTCGCGCGATCCAAGCTCACACGGTCACGGGCGCCCCTCGACGGGTTCCTGGAAACCGTTTACTCCGACATCCTGGCCTAA MSTDTKQRIASTALDLFHANGYSATGVSDIARAAGVPKGSFYHFFESKEALAAETVKLYETTINYDLLDRGSPSPLARIKSHLTFITAMAETDDFQRGCLLGNFSTEMPSQSATVTAAVERSLELWTGKLAKAISQAQTEQEISNRSDPQRLAGFIIASFEGAVARSKLTRSRAPLDGFLETVYSDILA NA NA NA NA NA D3-18_04695 843 rutD_3 Putative aminoacrylate hydrolase RutD ATGTCCCAATACACAGCCCCGAACCTCTTTATTGCAGGTGCCAACGGCACCACGTACGCCTATCGCCGATTCGGCCAAGCAGGCACCACACCCATCGTCTTTTTCCAGCACTTCCGCGGGAATCTCGATAACTGGGACCCGGCGCTCGTTGACGCTATCGCCGCAGAACGGGAAGTCATCCTCTTCGACGCCAGCGGGATAGCCCTCTCGACCGGCGCAACTCCGACAACCTTCAAGGATTTCGGTGACGACGCGCTGACTTTCATCGACGCTCTCGGATTGTCCGAAGTTGATCTCTTTGGTTTTTCCATCGGTGGGTTCGTGGCCCAGGAAGTCGCCCTTCAGCGCCCCGATCTGGTCCGCCGCATCGTCTTGGCCGGCACAGGCCCCGAAGGCGGGGAAAACATGCACGGCTGGGCAGATGAACCACACGCCCACGCAATGAAAGATGTCCAGGACGCGGAAGACATCCACTTCCTCTTCTTCAACCCCTCCCCTGAAAGCAGGAAGAAGGGTGAGGAATTCGTCGGCCGCATCTTCACCCGGGCAGAGGACAGGGACGCGGATGTCTCCCTGGCAGCCCGGGACATCCAATCCGCCGCCATCATCGAATGGGGCATCCCGAATCCGGACAAGCTGGATCGGCTGACGTCGATCCAGGCACCCACCCTGGTAGCAAACGGGGACAACGACATCATGGTGCCCACCGCCAACTCCTACCTGTTGGCCGCTGCAATCCCGCATTCCGAACTCACCATCTATGCGAACGCCAACCACGGATTCCTCTTCCAGTACCCCCAAGAGTTCGCTGCTGAGGTTCTCGCCTTCCTGCAGAAGAACTAA MSQYTAPNLFIAGANGTTYAYRRFGQAGTTPIVFFQHFRGNLDNWDPALVDAIAAEREVILFDASGIALSTGATPTTFKDFGDDALTFIDALGLSEVDLFGFSIGGFVAQEVALQRPDLVRRIVLAGTGPEGGENMHGWADEPHAHAMKDVQDAEDIHFLFFNPSPESRKKGEEFVGRIFTRAEDRDADVSLAARDIQSAAIIEWGIPNPDKLDRLTSIQAPTLVANGDNDIMVPTANSYLLAAAIPHSELTIYANANHGFLFQYPQEFAAEVLAFLQKN NA NA NA NA NA D3-18_04696 306 hypothetical protein GTGCAGACGAAAATCACACTCATCATCGACAACCCGGAAGTACCGGAAGCATTCGAACACCACGTGCCGGCGCTGTTGGCCCTGGCAAAAGACCTCCCCGGCTTGGTCCGGACCGAGTCGGCAAAGGTCTGGCCCAAGGTGGACACCACCCCGACACCGGCCTACCGGACCCTTGACCTTTACTTCCCGGACTACGCGGCAGCTTCCCAGTCCGTAGCCACTGCCCAGGCCGGGGCGTTCTTCCAAAAGCTCACCGAAGCCGGCGGAACATTTACCGGACTCTTCTCCGAGCTCGACCGCAACTGA MQTKITLIIDNPEVPEAFEHHVPALLALAKDLPGLVRTESAKVWPKVDTTPTPAYRTLDLYFPDYAAASQSVATAQAGAFFQKLTEAGGTFTGLFSELDRN NA NA NA NA NA D3-18_04697 729 hypothetical protein ATGAACGACCTCATCGAATTCATCCACGCCAAACGGCATACCGCACCATCCTGGGACGGCGTCCGCAGCGTCTCAGCAAAGATTCGCGTCCACGGCGTTTTCTGGCCTTTCAAGGGCCAGCCTGACCTGCTCGGAGACGTGACAGTCAAAGCCGACCTCAACCGGCAGCGCATCAGCATCACCCCCTTCGGGCCCGGCCGTACCCTGCATTTCGACGCTGCCCAAGACCTTGTGACCATCACCGACGAAACGGGCGATGTGGTGGACAGCCTTTCGGCACCCCGCCGCAGCATGGCCGGTTACCTCGGAGATACACAGTGGTCACCGACCCAAATGGGCTACTTCATTTCCTACGCAACATGGACGTACCTGGCCGAACCGCAGCTCTTCACCCTCCCAGGAGTGAAGACACGCGAAATCGATCCCTGGTCCGAAGACGGCGAGACATGGCGCCGGCTCGAAGTGACCTTCCCGGATTCCATCCACAGCCACAGCAAGGTCCAGACCTACTACTTCGACTCTGAGACGGGCGAACAGCGGCGGATGGACTACGACGTCGAAGTCAACGGCTGGGCCGAAGTCGCCCATTACACCTCCGAACACAAAGACTTCCGAGGACTGACCGCCCCCACCCGCCGCCGTGTACTCCTGCGCGATAAGGACAACAACGGCCTGCACAACTTTGCCGCAATCCTCCTGGATCTTCAGGATCTCCGACCCGCCAACTGA MNDLIEFIHAKRHTAPSWDGVRSVSAKIRVHGVFWPFKGQPDLLGDVTVKADLNRQRISITPFGPGRTLHFDAAQDLVTITDETGDVVDSLSAPRRSMAGYLGDTQWSPTQMGYFISYATWTYLAEPQLFTLPGVKTREIDPWSEDGETWRRLEVTFPDSIHSHSKVQTYYFDSETGEQRRMDYDVEVNGWAEVAHYTSEHKDFRGLTAPTRRRVLLRDKDNNGLHNFAAILLDLQDLRPAN NA NA NA NA NA D3-18_04698 648 hypothetical protein ATGTCTGTCCCCACCACGGAAATCCTGAAGAACGCCCTCGATCAAGCCGCGACCGATCACGGCGTCTACGAGGCCACTGTCCTGGGCGGTGTCCACGACGTCGAGTGGCCCACCTGGTACGCCGACCACATGAGCCAAGCACTGGCCAATGACGGCTACAACCTGGCCCTAGCGGCAGAAGAGAAGCCCAAAGAAATCAGCACCCTGGAACTGAAACTAGAAGTCCTCGTACTTCCCGTCACCGACGTCGACCGGGCCAAGGACTTCTACGAGAAAGCTGGCTTCCGCTTGGACGCGGACTTCAACATCAGCGAGAACTTCAGAATCATCCAGCTCACCCCGCCCGGTTCGGAAATGTCCATCATCTTCGGCAAGGGCGTCACGGAATCTGCGCCCGGCTCGGTCCAGAACCTCCACCTCATCGTTAAGGACATCGTCGCCGCACAGGCAGAACTACACCGTCGCGGGATCGACATCAGCGAAGTCTGGCATGACGCCGACGGGCTCTTCCACCAACCCGGCGGACGGAACCGCATCAGTGGCCCATCCCCGGACAGGTCAGACTACGGCTCCTTTGCATCCTTCAGCGACCCGGACGGCAACGGCTGGTTCCTTCAGGAAGTCCTCACCAGGGCGCCCGGACGATGA MSVPTTEILKNALDQAATDHGVYEATVLGGVHDVEWPTWYADHMSQALANDGYNLALAAEEKPKEISTLELKLEVLVLPVTDVDRAKDFYEKAGFRLDADFNISENFRIIQLTPPGSEMSIIFGKGVTESAPGSVQNLHLIVKDIVAAQAELHRRGIDISEVWHDADGLFHQPGGRNRISGPSPDRSDYGSFASFSDPDGNGWFLQEVLTRAPGR NA NA NA NA NA D3-18_04699 1434 merA Mercuric reductase ATGAGCGACCACGGGTCCGCAGAATATGACCTGATCATCCTTGGCGGCGGCGCAGTCGGAGAAAACATCGCCGACCGCGCCGTCCAAGGCGGCCTCACAGCCGTCATCGTGGAAAACGAACTCGTCGGCGGAGAATGCTCCTACTGGGCATGCATGCCCTCCAAAGTCCTGCTGCGCTCCACCCAAGCTCTTCGAGCAGCCCGCCAACTCCCGGGAGCCGCCGAGGCAGTCACAGGACAGCTCAACATTGAAGCGGTCCTGGCACGACGGGACTACTACACGAGCAACTGGTTAGACGCCGGACAGGTCCAATGGCTCAACAGCGCCGGGATTGGCCTGATCCGGGGCCACGGCCGAATCACCGGAACCAAGCGGGTCACTGTCACCGCCGCTGACGGGTCAACCACAGAAATCACAGCCCGGCATGCCGTGGCAGTGGCCACCGGCTCAAGCGCCCTCATCCCCGACATCGAAGGACTAACCGACGCGCGACCCTGGACGAGCAGGGAAGCGACCAGCATCAAGACAGTCTCTGAAAGCCTCGCCATCATCGGCGGAGGAGTAGTCGCCACCGAGATGGCAGCAGCGTTTGCCGGATTCGGAACGAAAGTAACGCTGATTTCCCGCAGCGGTCTCCTGACCTCCATGGAACCGTTCGCCGGCGAACTCGTCGGCGCCGCCCTCCGCGACCAAGGCGTCAACCTGCTCCTGGACACCAAAACAACCAGCGTTCAACGCACCGGAGGCAGCGTCACTTTAGAAACCAGCGACGGCCAAACCATCACGGCACAAGAAGTGCTCGTCGCAACCGGACGCACGCCGAACACCCGCGACGTCGGGCTTGGTAGCCTCGGGCTCACCCCAGGCGATTGGATCGAAACGGACGACACCTTGAGGGTTCCCGGCTTTGACTGGCTCTACGCCGCCGGCGACGTAACGAACCGGGCACTGTTGACCCACCAGGGCAAGTACCAGGCACGTGCGGTAGGCGACCTCATCGCCGCCAGGGCAACAGGAACACCCGTGGATGTCACCTCGTGGGGCCGACATGTTGCAACAGCCGACCACTCAGCAGTACCACAGGTCACCTTCACTGATCCCGAAATTGCCTCGGTTGGACTGACCGCCCATGCCGCCACAAAGGCCGGCTACGACATCCGCGTTGTGGACTACGAAATTGGAAACGTGGCCGGCGCCGGCTTGCACGCCGAAGGTTACAAGGGCACCGCCCGAATGGTGGTCGACGAAGCCCGGAAAGTCATCCTGGGCGTCACCTTCGTAGGTCCCGACGTCAGCGAAATGCTACACGCAGCAACCATCGCAATCGTCGCCGAGATCCCCTTAGACAGACTCTGGCACGCTGTCCCCGCGTACCCGACCGTTAGCGAAATATGGCTCCGCCTCCTGGAGACCTACGGGCGAGAAGCCCGGTAG MSDHGSAEYDLIILGGGAVGENIADRAVQGGLTAVIVENELVGGECSYWACMPSKVLLRSTQALRAARQLPGAAEAVTGQLNIEAVLARRDYYTSNWLDAGQVQWLNSAGIGLIRGHGRITGTKRVTVTAADGSTTEITARHAVAVATGSSALIPDIEGLTDARPWTSREATSIKTVSESLAIIGGGVVATEMAAAFAGFGTKVTLISRSGLLTSMEPFAGELVGAALRDQGVNLLLDTKTTSVQRTGGSVTLETSDGQTITAQEVLVATGRTPNTRDVGLGSLGLTPGDWIETDDTLRVPGFDWLYAAGDVTNRALLTHQGKYQARAVGDLIAARATGTPVDVTSWGRHVATADHSAVPQVTFTDPEIASVGLTAHAATKAGYDIRVVDYEIGNVAGAGLHAEGYKGTARMVVDEARKVILGVTFVGPDVSEMLHAATIAIVAEIPLDRLWHAVPAYPTVSEIWLRLLETYGREAR NA NA NA NA NA D3-18_04700 399 hypothetical protein ATGGCACTCACTGACCGCGAGCAGAAGATGCTCGAGCAACTCGAGCAGCAATTCAAGCAGGACGATCCCGAGTTCGCCAAGGCAATGGAGCCAGAACCTACCGCCACCACATCAATCCGGACCATCGTCGGCGGAATCTCCATCTCGATTGCAGGCTTCGTAATCCTCTTCCTCGGCGTCGGCCTACAAAACCCCGCAGCCAATATACTGATCGGCCTCTCCGGTTTCGCCGTCCTGGTGGCAGGACTCTACATCGCCACCAAAAAGGTCAACCTCCAAAGGAAGCCGAAGCTGAAGACAGCCGAACCAAAGGAAGAAACCACCCGCGCACCGAAACAAGCACCCAAAGACGGCTACAGTAGCGCCGCTTGGTGGCCGATCATGTTCCCCTGGGTCTAA MALTDREQKMLEQLEQQFKQDDPEFAKAMEPEPTATTSIRTIVGGISISIAGFVILFLGVGLQNPAANILIGLSGFAVLVAGLYIATKKVNLQRKPKLKTAEPKEETTRAPKQAPKDGYSSAAWWPIMFPWV NA NA NA NA NA D3-18_04701 378 umuD COG1974 Protein UmuD GTGCTGGTGGCACCGGTAGCGGTGGCGGCCGGCTATCCCTCGCCGGCTCAGGATTACTTTGACCGTCGGATCGATCTCAACGCGCACCTGGTCAAGGACGTGACCAGCACGTTCATCGTCCGGGTCACCGGCCAGTCCATGGAGCAGGCCGGCATCAGCGAAGGGGATGAGCTGGTCGTGAAGCGGGCGCTGGAACCTAAGGACGGTTCCGTGGTCGTCGCGGTCCTTGATGGTGAGTTGACGATCAAGCGGCTCAGGATTACGCCATCAGGTGTAGTCCTGCAGGCCGACAACCCACGGTTTCCGGACATTGAGGTTCCGGCGCTGGCCGAACTCTCGGTGTGGGGCGTTGTTGAGCGGTGTTTGCATTATGTCTAA MLVAPVAVAAGYPSPAQDYFDRRIDLNAHLVKDVTSTFIVRVTGQSMEQAGISEGDELVVKRALEPKDGSVVVAVLDGELTIKRLRITPSGVVLQADNPRFPDIEVPALAELSVWGVVERCLHYV PGPT0015094_1387 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ADAPTIVE_MUTATION CE-BACTERIAL_FITNESS-ENVIRONMENT-INDUCIBLE_DNA_POLYMERASES,PGPT0015094-umuD-K03503 NA NA D3-18_04702 516 umuC_2 COG0389 Protein UmuC GTGGACGTGAACTGTTTTTATGCCTCAGCCGAGCGGGCGTTCAATCCTTCACTGGAGGGCAAGCCCGTCATTGTGCTCTCCAACAATGACGGCTGCGCGGTGACCCGCTCCCCCGAAGCAAAACGCCTGGGTATCGCCATGGGCGATCCGTGGTTCAAGCGCCGGCCCTGGGCCAAAGAATGGGGTCTCGTGGCCCTGTCGAGCAACTACGAGTTGTACGGGGACATCTCCGGCCGGGTAATGGAGTTGCTGGGCCGCTACTCGGCCTGGCTGGAGGTCTACTCCATCGATGAGGCGTTCCTGGGCGTCAAAGGTGAACCGGACGAGCTGCTGGCCCTGGGCCGGGAGATGAAGGCCGCGTGCCGGCGGAACGTCGGCGTGCCGGTCTGCGTCGGGATCGCTCCGACTACCGGTACTGCCGCCTATTCGAGAGTGACTTATTCATCGAATTTTCCTTGGGGCGTCCACCACTTGACCGGTGTTCAAGGTGGCAGATGTTGTAGCAGTGGGCCCTGA MDVNCFYASAERAFNPSLEGKPVIVLSNNDGCAVTRSPEAKRLGIAMGDPWFKRRPWAKEWGLVALSSNYELYGDISGRVMELLGRYSAWLEVYSIDEAFLGVKGEPDELLALGREMKAACRRNVGVPVCVGIAPTTGTAAYSRVTYSSNFPWGVHHLTGVQGGRCCSSGP PGPT0014882_825 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ADAPTIVE_MUTATION CE-BACTERIAL_FITNESS-ENVIRONMENT-INDUCIBLE_DNA_POLYMERASES,PGPT0014882-umuC-K03502 NA NA D3-18_04703 309 hypothetical protein ATGACAGCAACAACGAGTGAAGTAACGAGCATAGGAACACCGGTCGGTGTGCGGTTCAGTCCCATGGGAGCGCCGTTGGCAGTCCGCCACGATGGGCGGATTTGGGTCGTCGTCGAAGATTCAGTGCATTGGTTCGCCAGGGATTCTTGGTGGGGAACACGTCGCACCGCCCCTGTCGGCATCGGAAATCTAGTGGATATTGAGTATTGGAGAGTACAGGTGAAGCCCTCGGCCAACGCTGCCCTCCGCACCTTCACACTCCGTCTCGAACCACTGGCAGAGCAATGGGTTCTGGAAACGATCAGCTAA MTATTSEVTSIGTPVGVRFSPMGAPLAVRHDGRIWVVVEDSVHWFARDSWWGTRRTAPVGIGNLVDIEYWRVQVKPSANAALRTFTLRLEPLAEQWVLETIS NA NA NA NA NA D3-18_04704 1044 hypothetical protein ATGGGCCATGGCGAGGAGGGAACTAATGATGGCGGTAGGCTGAACGTCGTGCTGCACCTATTCCTGGATACCTCGACGTGGTTGGACCTCTCCAAGCGCAGGGATGGACAACGATGGATTGTGGCTCTACGCGTGTTGGTCCATCAAGGACAGCTCGAACTGCTGGTCCCCAAAGTCGTGATCGACGAGTTCGAGCGAAACAGAGATCGAGTCGAGGCTTCCATGACCGCCAGTGTTGCCCAACGGTTCAAACTCATCAAGCAGGACATCGACGATTTTGGTGGGACGGACAGCACAGAAGCACTCACCATCGTCGAGGACCTTGCTCGCCATGTGCCCCTCATCGGCGCGATGACAACACGCAACTTTGACGATGTACTGGAACTGCTGAGTGCAGGGCGAGTTTTGCAGCCAACGGATGAAAACCACCGGGCGGTAACAGAGCGCGGGCTCTCCAAGCGGGCACCGTTCCACAAGTCAAAGAACAGCGTTGCTGACGCGCTGCTCATCGAGCTATACGCGACGGCCGCCGGCGAAAATTGCGCTGAAGAAGAGCACTACGCCTTCATCACTTCAAACAGCGAAGACTTCTCCTTACCCAACGCAGACAGGCGAAAACCGCACGAGGACATCGCGATCTTCTTCGATGGCCAAACGTCCGTTTACGGCCTCGGTGTTGACGGTCTCGACAGTGTCCTCCGAGAGCGATTTGGCACTGATATCGAGGAACTGTTCGACGAATCGGACTTCGAGGAAGAACCACGACGTTTGGACGCAATTCTTCGCGAAGAGCAGATGCTCTTCGACCGCATTTGGTACCACCGGTCAAAACAGAGTGAGTACCGCTTACGCGACGAAGGGGACGCGGGCGAACTGCAACGGGAACTTGCCATCGCAGGACCTGGCCGTAAGCGCGTCGAACACGTTTATACGGGCCCGGGAGAACTTGGCCCCTACACAGATTTTGAGCTGGGTATGCTCAACGGCAAACTTTCCGCCCTGCGATGGGTCTTGGGCAGCGAATGGGACTTCCTAGACACCTGA MGHGEEGTNDGGRLNVVLHLFLDTSTWLDLSKRRDGQRWIVALRVLVHQGQLELLVPKVVIDEFERNRDRVEASMTASVAQRFKLIKQDIDDFGGTDSTEALTIVEDLARHVPLIGAMTTRNFDDVLELLSAGRVLQPTDENHRAVTERGLSKRAPFHKSKNSVADALLIELYATAAGENCAEEEHYAFITSNSEDFSLPNADRRKPHEDIAIFFDGQTSVYGLGVDGLDSVLRERFGTDIEELFDESDFEEEPRRLDAILREEQMLFDRIWYHRSKQSEYRLRDEGDAGELQRELAIAGPGRKRVEHVYTGPGELGPYTDFELGMLNGKLSALRWVLGSEWDFLDT NA NA NA NA NA D3-18_04705 771 kdgR_5 COG1414 Transcriptional regulator KdgR GTGCAGTCCGTCGCGCGTGCCGCGCACCTTCTGAAGGCGCTGGGACGTTTCTCCCGTCCCACGTCACTCAGTGATCTGGCACGCCGGGTCGAATTGAGTAAGCCGGCGACCTACAACCTGTTGAAAACTCTCGAAGTGGAAGGGCTCGTCTCCAAGGACGCGGACGCGCGCTACCAACTCAGTTGGGGCATATATGAATTGGGAAGTGCTGTGGTGAGGTCGATTGAACTCACCAAGCTCTCGCGCTTTCACCTGGACCGGCTGGCAACCGAAACCAATGCCGCGGTCCTGCTCGGCATCCTGGACGACGACAACGTCCTGTACTTGGACCGCGGGCAGACCAGCAGCACGTTCGGCATGGTCGCTAACAGCGGCCGCCGCTCATCCCTGCACGCCACGGCCTCCGGCAAGGTCCTGCTCGCCAACCAGGCAGAGGACTATGTCCATGGCTACATCAGTCGAGGGCTGAAGGCATATACGTCCAACACCATCACAGACGACGAGACGCTGCGGGAAGAGCTGGGAAAGATTGCCCGACGGGGCTACGCCACATGCTGGGAAGAGAGGGAAGTGGGCCTGTCCAGCCTCTCGGTGGCGTTGCGGAACTACAGCGGAAGCGTCCAGGCGTCCTTAACAGTAGCTGCGCCGTCGAACCGACTCAATACCCGAAACCTATCCCGTTTTCTGGTACCCCTTCAACGGGAAGCCGAAGCAATCTCCGTGAAGCTGGGGTGGAACCCCCACGACGGATCCGACGAGTCAGGTGTCTAG MQSVARAAHLLKALGRFSRPTSLSDLARRVELSKPATYNLLKTLEVEGLVSKDADARYQLSWGIYELGSAVVRSIELTKLSRFHLDRLATETNAAVLLGILDDDNVLYLDRGQTSSTFGMVANSGRRSSLHATASGKVLLANQAEDYVHGYISRGLKAYTSNTITDDETLREELGKIARRGYATCWEEREVGLSSLSVALRNYSGSVQASLTVAAPSNRLNTRNLSRFLVPLQREAEAISVKLGWNPHDGSDESGV PGPT0018213_27 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 D3-18_04706 1035 rbsC_2 COG1172 Ribose import permease protein RbsC ATGAGCACGCAGAAGATTGCCAGCGTGGGCAACCTGAAGGACGGAAATGAGCGCCCGTCGAACACCCCCGAATCGGTCAATCCCCGCAAGAACGCCGTAGTTCGGATCTTGAAGCAGGGGGCCATCGGATGGGTCCTCCTGGCTTTGTGCGTGGTGGCCTACATCGCCACCCCGTACTTCCTCACCGTTGACAACCTGATCATCGTCGCCCGGCAGACGGCTTTGGTTGGCGTGGTGGCGGTGGGAATGACCTTCGTCATCCTGACTGCAGGCATCGATCTGTCCGTCGGCGCTGTTGTCGGCCTCACGGCAGTGTCCGTTTCGTATTGCCTGGCCAACGGCTACGGCATCGCTGCCGCTCTCGCCGCCGGCGCCGTGGTTGGCCTGCTCGTCGGTGTACTCAACGGTGTGGGCGTAAACCTGGCGAAAGTTCCGCCGTTCATCATGACGTTGGGGATGATGACCATGGCCCGTGGCATCGCGTTGACGCTATCGAACGGAAAGCCGATCGGCGTCGGCGCTGAAGCCGAGGCCTTCTCTTGGATCGGGGCCGGCGACGTTCTGGGAATTCCTGTTCCCGTCCTGATCTTTGCAGTGGTCGCCGCTGTCGCGGCGTTCGTTCTGCGCTACACCTCCTTCGGCCGCGCCGTCTACGCCGTTGGTGACAACCGCGAAGCTGCCCGCCTGTCCGGTATCAGGGTCAAGCGCACCCTCTTCATCGTCTACGTCATAGCAGGTCTCTTGGCAGCGCTCACCGGCATCATCTACGTCAGCCGGTTGACCGTGGGCGAGCCGACCGCCGGCATGAGCCTGGAACTGGACGCCATCGCCATCGTCGTTATCGGAGGCACGAGCCTCTTCGGCGGCCAGGGAAAGATCTCCGGCACCATCATCGGCGCCGCCATCGTCACTGTCCTGTCCAACCTTTTGGACCTGCTGGCCGTCTCTTCCTTCACCCAGCAGATCATCAAGGGCGTCATCGTCATCGCCGCAGTCATTCTCGAACGCATCCAGAACCGCCACAGCAACGACTAA MSTQKIASVGNLKDGNERPSNTPESVNPRKNAVVRILKQGAIGWVLLALCVVAYIATPYFLTVDNLIIVARQTALVGVVAVGMTFVILTAGIDLSVGAVVGLTAVSVSYCLANGYGIAAALAAGAVVGLLVGVLNGVGVNLAKVPPFIMTLGMMTMARGIALTLSNGKPIGVGAEAEAFSWIGAGDVLGIPVPVLIFAVVAAVAAFVLRYTSFGRAVYAVGDNREAARLSGIRVKRTLFIVYVIAGLLAALTGIIYVSRLTVGEPTAGMSLELDAIAIVVIGGTSLFGGQGKISGTIIGAAIVTVLSNLLDLLAVSSFTQQIIKGVIVIAAVILERIQNRHSND PGPT0016590_1956 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 D3-18_04707 963 rbsB COG1879 Ribose import binding protein RbsB ATGTTCCGCAACAAGAAGAGCCGCGCAGCGGTCGCCATCGTCGGCGCCCTCCTGGTCGCCTCAACCGCCGCAGCCTGCAACCGCGGAGAAGCCGGCGCCGCTGGCGGCAAGACCGTGATCGGATTCTCGCAGGCAACCATGAACCACCCGCTCCGCGTGGCCATGGTCGACGGAAACGTCGCCTACGCCAAGGAGCACTACGCCGACGTGGAGGTTAAGGTCTCCGACGGCCAGAACAGCGCACCCACACAGGTCGCCAACATGGAGTCGCTGATCGCTCAGCACCCGAAGGCCATCATCCTTTCCCCTGTCACCTCCGACGCCCTGACGTCTGTGGCCAAGAAGGCCATGGATGCCGGCATTCCGGTCCTGACGGTCGACCGGCAGGTCAACACGCCCGTGACGTCGCACATCGGCGGCGACAACAAGGCCATTGCCGTCTCCGTCGGTGAATTCCTCGGCGAAAAGCTTGGTGGCAAGGGCAACATCATCGAGATCCAGGGAACCTCCGGCGCCTCGGCAACGACCGAACGCAACAGTGGCTTTGCTGACGCGATCTCCAAGTTCCCCGGCCTGAAGATCGTCGCCTCCACCGACGGTGATTACCAGCGCAACAACGCCACCAAATTCATCGAAAACAACATCCAGCGCTTCAAGTCCGGCGAAGTCACCGCCGTCTACGCCCACAACGACGAAATGGCACTCGGCGCCCGCCTGGCCCTCGAGCAGGCCGGCGTCGCCGACAAGGTCACCATCGTCAGCATCGACGGACAAAACGAAGCCATCCAAGCCGTCGCCGACGGCAAACTCACTGCGACGTTCACCTACCCGTACGGGGTTCCCGAGGCCATCGAAGCCGCCTACAAGGCAGCCAAGGGCGAGACGGTCGAGAAGTCCATCGTGTTGAAGTCGCAGCGCATCGATCAGGACAACGCCAAGGACTTCATCGGCAAGGGCTTCTAG MFRNKKSRAAVAIVGALLVASTAAACNRGEAGAAGGKTVIGFSQATMNHPLRVAMVDGNVAYAKEHYADVEVKVSDGQNSAPTQVANMESLIAQHPKAIILSPVTSDALTSVAKKAMDAGIPVLTVDRQVNTPVTSHIGGDNKAIAVSVGEFLGEKLGGKGNIIEIQGTSGASATTERNSGFADAISKFPGLKIVASTDGDYQRNNATKFIENNIQRFKSGEVTAVYAHNDEMALGARLALEQAGVADKVTIVSIDGQNEAIQAVADGKLTATFTYPYGVPEAIEAAYKAAKGETVEKSIVLKSQRIDQDNAKDFIGKGF PGPT0015740_4629 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 D3-18_04708 1554 rbsA_3 COG1129 Ribose import ATP-binding protein RbsA ATGAACACAGAACCAGACAACAGCCCCGCAGCTGCCCCAGCAGCGCCCAAAGGGACTCCGCTGTTGAAGATGGACAAGATCGGCAAGCACTTCGCCGGAGTCATTGCCCTTGACGGGGTGAGTCTGGAAATCGGCACCGGCGAATGCCATGCACTCGTTGGCGAAAACGGGGCCGGGAAATCCACCCTCATGAAGGTCCTGTCAGGCGCTTACACCGCCGACGCGGGCACCGTCAGCATCGACGGTGCCCGCGTCGAAACCGGCAACCCCCGGCGTATGGCCGACCTGGGCATCGCGGTGATCTACCAGGAACTGACCCTGGCACCCCACCTGAGCGTCGCCGAGAACGTCTTTCTTGGGCGGATGCCGCGAACGAAGCTCGGCATTGTCGACTGGGCCAGTGCACGCAGGCAAACCCGGGAAGCCCTGAACCGGCTGGGCGTCACTATCGGCGTCGATGTGCTGGCAGCCGATTTGAGCATCGCCCAGCAGCAGATGGTCGAAATCGCCAAAGCCCTGACCCAGAACGCGCGGCTGCTTGTCCTTGACGAACCTTCGGCGGTCCTGGGCGACACCGAGATAGCCATGCTGTTCGACATCATGCGGTCTTTGAAGTCCGAAGGCATCTCCTTCATTTACATTTCACACCGGATGAAGGAGATCTTCGAGATCGCCGACAACGTCACGGTGTTGCGCGACGGCCGGACCATCGCAACCCAGCCCGTCGCTGACATCACCGCAGACGGGCTAGTTAGCCAGATGGTGGGCCGGGAGCTGAGCAACGTTTATCCGCCACGGGACCGGGATCCCAAGGGCGTTGTTTTGAAGGTACAGAACCTCAACGGCGGCCCACTGGTCAAGGATGTCAGCTTCGAACTCCGGGCCGGGGAAATTGTCGGTATCGCCGGCCTGGCAGGTGCCGGGCGTACGGAAATCCTCCGGCTCATCTCCGGCGCAGACCGCAGGGCGTCAGGCACCGTGGAGCTGTTCGGCAAGCCCGTTGACTTTGCAAATCCCCGCCAGGCAGTTGACGCCGGAATCGGCCTGCTGCCCGAAGACCGCAAAGGCCAGGGCCTGTTCCTCAGCCACTCAGTCGCGTTCAACATCTCGGCCGCGGACCTTTCCAAGTACTCCACGGCGGGGGTCCTTAACCTGGGCTCTGAGAAGCAGAAGGCCAACGAACTGATCAAGAGCCTGCGCATCAGGACCCCCGACGCCGCGTTCACCGTACGGAACCTGTCGGGCGGCAACCAGCAAAAGTGCGTCCTGGGCCGGTGGCTCGCCGCCGGATGTTCGGTGCTGCTGGCCGACGAACCAACCCGTGGCGTGGACGTCGGGGCCAAGCAGGACATGTACCGGCTGCTCAACGAGTTCGCCCAGGAGGGCCTCGCCGTCCTGTTCGTCTCCTCGGAACTGCCCGAAGTCCTCGGATTGGCCGACCGGATTCTGGTCATCCGGGACGGGGAAGTTTCCGCAGAGCTTGACGGTAAGACCGCAACGGAGGAATCCATCATGCGCCACGCCACCGACCACGGCGCCGCTGTCGGTCTCTGA MNTEPDNSPAAAPAAPKGTPLLKMDKIGKHFAGVIALDGVSLEIGTGECHALVGENGAGKSTLMKVLSGAYTADAGTVSIDGARVETGNPRRMADLGIAVIYQELTLAPHLSVAENVFLGRMPRTKLGIVDWASARRQTREALNRLGVTIGVDVLAADLSIAQQQMVEIAKALTQNARLLVLDEPSAVLGDTEIAMLFDIMRSLKSEGISFIYISHRMKEIFEIADNVTVLRDGRTIATQPVADITADGLVSQMVGRELSNVYPPRDRDPKGVVLKVQNLNGGPLVKDVSFELRAGEIVGIAGLAGAGRTEILRLISGADRRASGTVELFGKPVDFANPRQAVDAGIGLLPEDRKGQGLFLSHSVAFNISAADLSKYSTAGVLNLGSEKQKANELIKSLRIRTPDAAFTVRNLSGGNQQKCVLGRWLAAGCSVLLADEPTRGVDVGAKQDMYRLLNEFAQEGLAVLFVSSELPEVLGLADRILVIRDGEVSAELDGKTATEESIMRHATDHGAAVGL PGPT0016600_4170 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 D3-18_04709 1143 Unsaturated glucuronyl hydrolase ATGAGCACCCCGACGCAGGCGACAAAGCCAAGTCTCGACCTTGACGCCACCTTCGCCACGGCGCAGGAACAGGTCAAGAACCTCATCACCAACCACCCCGACAAGATCCCGGTCTACACCGAGAACGGACAGTGGCACTTCGACGACGATGCCTGGGCCCCGGGGTGGACCTCTGGATTCCTGACCGGCCTGATTTGGATCTTCGCCGAACGGACCGGGGACCCCTGGTGGCGCGAACAGGCTGAAAAGTACAGCCTTCTGGTCGAACCCAGGAAACACGACGACGGCACCCATGACGTGGGGTTCCTCATGACTCCCAGCTGGGGACGATGGCACGAACTCGCCCCGTCGGAAAAGACCAAGGACGTGCTGGTCACCGCCGGCCGGACTCTGGCCAAGAGCTACAACCCGGCCGGAAAGTACCTGAAGACCTGGGTCGATGACGGCAGTTCCTTCATTGACATCATGATGAACGTCGGCATCATCTTCCAGGCCGGCGCCCTCTCCGGCGACGAAATCCTGACCAACATCGCAGCCGAGCACTCCCTGACCTCGCGCCGCTATCTGGTGCGCGGCGACTCAAGCACCATCCATGAGGGATGGTTCAACCCCAAAACCGGCGAATTCCTGCGGGCCGAAACCCACCAGGGCTATCGTGCCGACTCCTGCTGGGTCCGCGGACTAACCTGGGCGATCTACGGCTTCGGCACCGCTTACGAGTGGACCGGAGACACCAGGTTCCTGGACACCGCACGCCACTGCGCGGACTACTACATCGAACGCACCGGCGACCGGATCATCCCGCCGAACGACTTCGATGACCCGCACCCGGAACTGCAGTTCGAAGCCTCCGCGGCCAGCATCGCCTCCTCGGCCCTGCTGCAGCTCGCGGAGCTCCTGCACGCCCACGGTCAGGGCATCGACGCTGAACCCTACGAGAACTACGCACGCCGCACCCTAGCCCGGCTGAGCACCCCGGAGTTCCTCGGCCGCGCCGAGGAAGGCTGGGAAGGCGTCATCAAGCAAGCCACCTACCACCGCGGCAACAACTTGGGCGTCAACGAAAGCGTCATGTGGGGCGACTATTACTTCGTCGAGGCCCTGCACAAGCTCTCAAAACTCACCAACGAAACCAACAGGTAA MSTPTQATKPSLDLDATFATAQEQVKNLITNHPDKIPVYTENGQWHFDDDAWAPGWTSGFLTGLIWIFAERTGDPWWREQAEKYSLLVEPRKHDDGTHDVGFLMTPSWGRWHELAPSEKTKDVLVTAGRTLAKSYNPAGKYLKTWVDDGSSFIDIMMNVGIIFQAGALSGDEILTNIAAEHSLTSRRYLVRGDSSTIHEGWFNPKTGEFLRAETHQGYRADSCWVRGLTWAIYGFGTAYEWTGDTRFLDTARHCADYYIERTGDRIIPPNDFDDPHPELQFEASAASIASSALLQLAELLHAHGQGIDAEPYENYARRTLARLSTPEFLGRAEEGWEGVIKQATYHRGNNLGVNESVMWGDYYFVEALHKLSKLTNETNR PGPT0019355_616 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 D3-18_04710 1344 ydfJ_2 Putative transporter YdfJ ATGAGCTCCAACCACCCCACCACTGCCACCGACGTCCATGACAGCCCCCGGGTCACCCCCACCGATCGACGCCGCGCCGCTTGGGCTGGGTTCGTGGGCACCATGCTCGAGAACTTCGACATGGTCGTCTACAGCATCGGCTCTGCGGTCATCTTCAACACGCTGTTCTTCCCCAACTTCGACCCGGCCATCGGCTTTATCGCCAGCTTCGCGACCTACGCCGTCGGTTTCGGCGCCCGACCCCTGGGCGGGCTGTTCTTCTCCCGCTACGGTGACCGGCTGGGCCGCAAGTTCGTCATGGTGGCCACGTTGAGCCTCATGGGCACCGCGACCTTCGCGATCGGCCTGCTGCCCACCTACGGGCAGGCCGGGGTCCTCGCCCCGGTGCTGCTGGTCCTCTGCCGCTTCGTCCAGGGCTTCGGGGCCGGCGCCGAAATGGCCAGCGGCGTGGTGCTGCTGACAGAATATGCCCGCAAGGGACGGCGCGGGGCCATGGTGTCACTGGTGTGGGTCGGCGCGGCCGTTGGTTCCGTTGCCGGGGCACTGGTGTGGCTGCTGGTGCAGTTGCTTCCCAAAGCCGAGCTCGAAGGCTACGGCTGGCGTCTGGTGTTCCTCTCCAGCATCGCCGTCACCATCGCCGCGTACGTCATCCGCCGGCGGATGAAGGAGTCCCCGGTCTTCCGAGAGCTCAAAGCCGAACGCCTGGAAGCGTCCTCACCAGTCCGGGACGTCCTGAAAAACGGCCGCAAACCCCTAACCCGGGTCTTCTTCATTAACGTCGGAGGCCACGCACACTCCTACATCTACCAAGTCTTCATCGGCGCCTACCTCATCTCCACCGTCCACATGCCCACAACACTGGTGCCCCAAATGCTGCTCCTGGGCGGGATCGTCGCCATCCCCGCGGCCTACCTGGCCGGCCGGGCCTCGGATAAGTGGGGCCGCAAACCGGTGAACCTGGCCATCTTGAGCGTGCTGTTCCTGTTCTCCTTCCCGGCGTTCTGGCTGGCCGGCACGGGCAACGTGTGGCTGATCGGGGCCGTGTACGTCGTCGGATTCGCGTTCGCCGTCGAAGGCGCCATCGCCGCTCAGTCCGCCATGTTCGCCGAACTGTTCGGCGCCCGCTACCGCTACGCCGGTGTGGCCCTGGCCCGGGAATTCTCTGCGATCTTCGGCGGCGGCATCGCCCCCATGATCTGCTCCGCGCTGCTGGCATGGGCCACCGGATCCTACTGGCCGGTCGCCGTGTACATGATGATCGTCGTCACCGTATCCATCATCCAGTCGCTGCGCACACCCGAAACGGCGGACCGGGACCTGACCTCGGTCCAAGACGCGGACTAG MSSNHPTTATDVHDSPRVTPTDRRRAAWAGFVGTMLENFDMVVYSIGSAVIFNTLFFPNFDPAIGFIASFATYAVGFGARPLGGLFFSRYGDRLGRKFVMVATLSLMGTATFAIGLLPTYGQAGVLAPVLLVLCRFVQGFGAGAEMASGVVLLTEYARKGRRGAMVSLVWVGAAVGSVAGALVWLLVQLLPKAELEGYGWRLVFLSSIAVTIAAYVIRRRMKESPVFRELKAERLEASSPVRDVLKNGRKPLTRVFFINVGGHAHSYIYQVFIGAYLISTVHMPTTLVPQMLLLGGIVAIPAAYLAGRASDKWGRKPVNLAILSVLFLFSFPAFWLAGTGNVWLIGAVYVVGFAFAVEGAIAAQSAMFAELFGARYRYAGVALAREFSAIFGGGIAPMICSALLAWATGSYWPVAVYMMIVVTVSIIQSLRTPETADRDLTSVQDAD PGPT0014425_186 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_SALINITY_STRESS SALINITY_STRESS-H+_SYMPORTER,PGPT0014425-ydfJ-K08173 NA NA D3-18_04711 879 yidA COG0561 Sugar phosphatase YidA ATGGACAAGACGCTGCACACCGGATCAAAAGGCCCTTTCCTCCCGGGATCCGACCACCCGAAACTGCGTGCTGCCGCGATCGACGTCGATGGCACCTTGCTGGACTCCGGCCATCAGCTGTCCGGGGAAACCATTGCCGCAGTGACGAAGGCCCAACAAGCGGGCTTGCAGATCATCCTCGCCTCCTCCCGGGCACCACGGGCGATGTGGCCGATCCTGGCCGCGACCACCCTGACCGAACCGGCCACGTTCGTTGCCTCCCAAGGCGCGCTCGTGGGCCAGTACTCGGCAGCGGGGACGCTCAGACGTCTGCGCCAGCACCTCATACCGCTGGACGACGCCCACCACATCCTCCGACTGGCTATGTCCCTGGGGCTGCCAACCAACTGGTTCAGCGGCGAAAAATGGCTCGTCTCCGAAATCGACGGCCACATCCGCCGGGAAGCGGACATCGTCGGTTTCAATCCCTTCCTGGCCTCACTGGCCTCCGAAACGGAAGGCCCGGACAAGCTGATGTTCATGACCGGTCCGCAGGAGACGGACAAACTCGAACAACTCGCGGCCATGCTGCCCATCACCGTTCAGGCTCAAATATCGAACCCTACCTACCTGGAAATCACCCGGGCAGGTGTCGATAAAGCAGCAGCCATACACACCATCTGCCACGGTATGGGACTCCGCGCCGAAGAAGTCGTCGCGTTCGGGGACGGCCCCAACGATCTGGGCCTCTTCGCCTACGCCGGGCTCAGCATCGCTCCCGCCAACGCCCGGGTCCAGGTCCTGGAAGCTGCGACCTTCCACACCGCCAGCAACGATGACCACGGCGTTGCCCAGGCCCTCATGGCCATTCTGGAACACAACGAAAGAACAACCTCATGA MDKTLHTGSKGPFLPGSDHPKLRAAAIDVDGTLLDSGHQLSGETIAAVTKAQQAGLQIILASSRAPRAMWPILAATTLTEPATFVASQGALVGQYSAAGTLRRLRQHLIPLDDAHHILRLAMSLGLPTNWFSGEKWLVSEIDGHIRREADIVGFNPFLASLASETEGPDKLMFMTGPQETDKLEQLAAMLPITVQAQISNPTYLEITRAGVDKAAAIHTICHGMGLRAEEVVAFGDGPNDLGLFAYAGLSIAPANARVQVLEAATFHTASNDDHGVAQALMAILEHNERTTS NA NA NA NA NA D3-18_04712 666 kdgA_2 COG0800 KHG/KDPG aldolase ATGAAAACGCTCCTCGCAGAACACCGCCTCCGCCCCTCAGCGGCACTCCTGGACTGCCCCGTCATCGCCGTGCTGCGGGCCTGTCACGCCCGGGACTACGTCCCCGTCGTTGCCGCCCTGGGTGAAGCGGGCATCCGTTCCATTGAACTGACCCTGAGCACGCCCGGAACCCTGGAAACTTTCGAGGCACTGCGGGCAGCGACCGACGATGCCGTCGAAATCGGCGTCGGAACAGTCACCTCTACCGTCCAAACCATCGCCGCTATCGAGGCCGGAGCCGACTTCCTGGTCACCCCCGTCACCGATACAGCCATCGTTGAAGCAGCCGTCGCGGCCAAGATCCCGATCTACCCCGGCGGCCTGACCCCCACCGAGCTGCACGCCGGATGGGCAGCCGGGGCGACAGCGGTGAAAGTCTTCCCGGCAGCAACGGTCGGCCCGGGCTACATCAGCCAGCTTCAAGGACCCTTCCCGGGCATTCAGGTCGTTCCGTCCGGGGGCATCGGCATCGATGACATCGGCTCCTGGATGAAAGCCGGCGCGGTAGCGGTCAGCCTTGGCGGGCCACTGATCGGCGACGCCTTTAAAGGCGGCAGCCTCGCCGCACTTAAGGATCGCGCCCGCACGGCGGTACAGGCCGCACTGGAAAACCAGGTGAAGCCATGA MKTLLAEHRLRPSAALLDCPVIAVLRACHARDYVPVVAALGEAGIRSIELTLSTPGTLETFEALRAATDDAVEIGVGTVTSTVQTIAAIEAGADFLVTPVTDTAIVEAAVAAKIPIYPGGLTPTELHAGWAAGATAVKVFPAATVGPGYISQLQGPFPGIQVVPSGGIGIDDIGSWMKAGAVAVSLGGPLIGDAFKGGSLAALKDRARTAVQAALENQVKP PGPT0002060_806 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 D3-18_04713 948 kdgK_2 2-dehydro-3-deoxygluconokinase ATGAGCGGCCGTGTCGTGACCTTCGGTGAAGTGATGGCCCTGGTCCGCAGCACCAAGCCCGGCATGATTGCCCTGACCCGCGACGCGCAACTGGGCATCGGCGGCGCAGAAGGCAACTTCGCTGTCGCCCTGAAAAGGCTCGGCACCGACGTGAGCTGGATCGGGCGCGTCGGACAGGACAGCTTCGGGCAGATGGTCACCCGCGAATTGAGGGCAGAGGGAATCGACGTCCACGCGATCGTTGACACGGAAGCGCCCACCGGAATGATGGTCAAGGAAAGCCGGACACCGAAAAACACCAGGGTCTCCTACTACCGCCGTGGCTCGGCCGGGTCCCGGCTGAGTGCCGAAGACCTGCCCGCCGGCAGCTTCCAGGGCGCTGCGTTGCTGCACGTCACGGGGATCACCCCGGCTCTGTCGGCCTCGGCCCGGGCCGCGACCCTGTACGCGGTCGAAAGCGCACGCGCGGCCGGGTTGACGGTGTCCTTGGACCTGAACTTCCGTTCCCAGCTGTGGTCCGGTCAGGACGCAGCGCACTTCTACCGCAGGATCCTGCCATTGGTGGACATCGTTTTCGCTGGCGACGACGAAGCAGCCCTGATCGTCGGCACCAACCCGGGCCCCACAGCACTGGCCTCGGCCTTGGCGGATCTGGGACCCACCGAAGTAGTCATCAAGCTCGGGGACCAGGGCTGCTATGCCCTGGTCGATGGGGCCGGGCACCTGCAGGACGCCATCCCCGTCTCCGTGGTCGACACCGTCGGCGCGGGCGATGGCTTCGTCGCCGGCTACATCGCCGAGTACCTGCGGGGTGAGCCGGTTCGGAAACGGCTGCTCACGGCCGTGACGGTGGGTGCGTTCGCGTGCATGGTTCCCGGTGACTGGGAAGGGATGCCGTTCAGGTCCGAACTGGACCTGCTCGGGGCGAAGGAACCTGTCAGCCGCTAG MSGRVVTFGEVMALVRSTKPGMIALTRDAQLGIGGAEGNFAVALKRLGTDVSWIGRVGQDSFGQMVTRELRAEGIDVHAIVDTEAPTGMMVKESRTPKNTRVSYYRRGSAGSRLSAEDLPAGSFQGAALLHVTGITPALSASARAATLYAVESARAAGLTVSLDLNFRSQLWSGQDAAHFYRRILPLVDIVFAGDDEAALIVGTNPGPTALASALADLGPTEVVIKLGDQGCYALVDGAGHLQDAIPVSVVDTVGAGDGFVAGYIAEYLRGEPVRKRLLTAVTVGAFACMVPGDWEGMPFRSELDLLGAKEPVSR PGPT0018060_2527 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 D3-18_04714 753 kdgR_6 Pectin degradation repressor protein KdgR GTGGTCCAGTCCGTCTCGCGGGCCATTGGTCTGCTGAAGACCCTCGCGGCGCAGAGCCGGGCAATGACCTTGGGTGAGCTGGCCGCCGCGGTGGGGCTGAGCAAGCCCTCGACGTTCCACATGCTCAGGACCCTGGAGCTGGAAGGGTTTGTCAGCAAGACTGCTGAGGCCGCGTATCAGCTGGATTGGGGTTTGTACGAGCTGGGCAGCTCGGTCATCCGGTCGGTGGACCTGACCCGGGTGGCCCGCGTTCACCTCGATGATTTGGCGGAGCTGACCGGGGAAGCGGTGCTGTTGTCCATTCTGGACGGCGATTCGGTGCTGTACCTGGATCGCGGGCAGGCGGTTGAATCGTTTGCGATGGTGGCCAACATGGGCCGGCGATCCCCTTTGCACACCAACGCATCGGGCAAGGTGCTGCTGGCCTATCAGCCGGAGCAGTTCATTTCAGATTTCCTGGTCCAGCCCTTGGTGCCGCGGACGCAGGCGACGTTGATTGACCCGCGGGAGCTGGGGCAGGCGTTGGCGGCGGTGCGTCTGAACGGGTATTCCACATGCTGGGAAGAAGAGGAGCTGGGGTTGTGTTCGGTCGCGGTGCCCGTGCGGGACTACACCGGGAACGTATGTGCGGCCATGGCCGTCGCAGGCCCGGCCCAGCGCGTAAACCACGCTACCGGGCCGGGCCTGGTGGATCTGTTGCTCGCCGCCGCCGCCCGGGTATCCCGGGCACTGGGCGCTCCGGCGGAGCAATGA MVQSVSRAIGLLKTLAAQSRAMTLGELAAAVGLSKPSTFHMLRTLELEGFVSKTAEAAYQLDWGLYELGSSVIRSVDLTRVARVHLDDLAELTGEAVLLSILDGDSVLYLDRGQAVESFAMVANMGRRSPLHTNASGKVLLAYQPEQFISDFLVQPLVPRTQATLIDPRELGQALAAVRLNGYSTCWEEEELGLCSVAVPVRDYTGNVCAAMAVAGPAQRVNHATGPGLVDLLLAAAARVSRALGAPAEQ PGPT0018213_27 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 D3-18_04715 1575 carA_3 COG4670 Caffeate CoA-transferase ATGAAATTCTGCAGCGCAGCAGAGGCAGCGGAACTAATACCTGATGGTGCCACAGTTATGGTGGACGGTTCCGGTGGCGGGGTCAACGAGCCCACCGCGATCCTGGCGGCCATCGAGGCCCGGTTCCTGGATCAGGGAGCACCCCGAAACCTGTCCGTCTATCACGTCTCGGGAATGGGATCGGGCAATGGTGACGGCATCGACCGTTTCGCCCATCCCGGCATGACCACCCGCGTCATCGGCGGTCACTGGGCTTGGTCACGGCGCATGCAGGAGATGGCCGCCGACAACCTCATCCAGGCCTACTGCCTGCCGCAGGGCACCTTGTCTCATCTGCTGCGTGAAGCGGCCGGGCACCGGCCGGGCGTGATCAGCCGCGTTGGGATCAACACTTTCGTGGACCCCCGGATCTCCGGTGGCAGGCTCAATGCCGCTGCCCTGGATCCGGTCAACGAAATCATCACTCTCGCCGGGCAGGAATGGATCTTCACCCCCGTTGTACCCATCGATGTGGCCATCATCCGTGGAACCACCGCTGATGAACACGGGAACATCACGATGGAAGGCGAAGGACTGCTCGCGGAGATCCTGTCCGCCGCCCAGGCAGCAAAGAACAACGGCGGCATCGTCATCGCCCAGGTCCGCGACCAGGTCCCGTTCGGGCAGATCACCCCGCAATCGGTGCAGGTTCCCGGCGTCCTGATCGACGCGGTCGTCGTCGACCCGACGCAGCGGCTCTCGCACGCAACCGGCGAAGACCCCTACCTCGAGGGCCGGGAACGACTGGAGAACATCACCATCGACCCGATGGCGTTGGGCGTGCGCAAGGTCATCGCCCGCCGCGCGGCCGCCGAGCTGCACTCCGGTGACGTCGTCAACCTTGGCTTCGGGATGCCGGACGGTGTCGCTGCGGTCCTGGCCGAGGAAGGCCAGTCCGAAGACGTTGTCTTCACCGTCGAACAAGGCCATGTTGGCGGGGTGCCGGCCGGCGGAACTGATTTCGGTTTGGCCCGCAACGCTGAATCGAGCATCAACGCCGGAGCCCAGTTCGACTGGTACGACGGCGGCGGCATCGACACCGCGGTGCTCAGCTTCGCCGAAGTCGACGCCGCAGGCAATGTCAACGTCAGCCGCTTCGGTCGCCGCGCCCCCGGCATCGGCGGCTTCGTCAACATCTCCCAAGGCACCCACCGAGTGGTCTTCGTCGGAACGTTCATCGCCAAGGGCGACTACGAACTCGATGGAACCGGAACGATCGGCCTGCCGCCGACCGGCAAGCCCAAGTTCGTCAACAAGGTCGAACAAATCAGCTTCTCCGGCATCAACGCCGTCGAAACCGGCCAGGAAGTCTACTTCGTCAGCGAACGCGCCGTCTTCAAGCTCGGTCCCGAGGGGCCGGTCCTGATCGAGATCGCCCCCGGCATCGACCTGGAAAAGGACGTGCTGTCCCAGATGGGCTTCACCCCGGCCATCGCCCCGGGCCTGCGCGTTATGGACCCCGCACTGTTCCGGACTGAACCGATGAACCTGGCCCTCCCCGCCCAGGACCCGCAGCTAGTGAAAGCACAGGCATGA MKFCSAAEAAELIPDGATVMVDGSGGGVNEPTAILAAIEARFLDQGAPRNLSVYHVSGMGSGNGDGIDRFAHPGMTTRVIGGHWAWSRRMQEMAADNLIQAYCLPQGTLSHLLREAAGHRPGVISRVGINTFVDPRISGGRLNAAALDPVNEIITLAGQEWIFTPVVPIDVAIIRGTTADEHGNITMEGEGLLAEILSAAQAAKNNGGIVIAQVRDQVPFGQITPQSVQVPGVLIDAVVVDPTQRLSHATGEDPYLEGRERLENITIDPMALGVRKVIARRAAAELHSGDVVNLGFGMPDGVAAVLAEEGQSEDVVFTVEQGHVGGVPAGGTDFGLARNAESSINAGAQFDWYDGGGIDTAVLSFAEVDAAGNVNVSRFGRRAPGIGGFVNISQGTHRVVFVGTFIAKGDYELDGTGTIGLPPTGKPKFVNKVEQISFSGINAVETGQEVYFVSERAVFKLGPEGPVLIEIAPGIDLEKDVLSQMGFTPAIAPGLRVMDPALFRTEPMNLALPAQDPQLVKAQA PGPT0001790_473 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_STYRENE|DERIVATE_DEGRADATION XENOBIOTIC_ACRYLONITRITE|ACRYLAMIDE_DEGRADATION,PGPT0001790-pct-K01026 NA NA D3-18_04716 780 crt_3 COG1024 Short-chain-enoyl-CoA hydratase ATGACTACACTCACCGACACCGTCCTGCTCACCGAACAACACGACGCTGTCCTCATCGCCACCCTGAACCGCCCCGCCAAGGGCAACTCGCTGAGCACCGAGCTGATCGACGCTCTGGGCGCCCTCGCCGCCGAGCTGCGAAGCCCGACCCACGAAGGGACCAAAGCGGTCATCCTCACCGGCGCCGGTCAGAAGGCCTTCAGCGCAGGTGCTGACATTAATACCCTGGTCGGGCTCGACGCGGCCGCGGCAGAGGCACAGATGCTGCACGGCCAAAAGGTCTTCGACGAACTCGAAGACCTCCCCCAGGCCGTCATTGCAGCCATTGACGGGGTGGCCTTCGGGGGCGGACTGGAATTGGCGATGGCCTGCGACCTGCGCGTCGCTTCCCCCACTTCCCGGCTCGGGCAACCCGAGATCACCCTTGCCAACCTTCCCGGCTGGGGCGGCACTCAGCGCTTGCCTCGCCTGATCGGACAAGGCCGGGCCCTGGAAATGATCCTGACCGGCGAGCCGATGTCCGCGAGCCGTGCCCTGGAAATCGGGCTCCTGAACGCCGTCTCGGAAGACCCCGTGGCAGCTGCGCATAACCTTGCCGCCAGAATCACCCGCCACTCCGGCACCGCCGTCAGCGCAGCGAAACAGGCCATCTACGCAGGCGAACGCGAAGGCATCACTGAAGGCCTCCGACGTGAAGCCTTCCTCGTGGGCCAGTGCTGCGAAAGTCCCGAGCAACGCGAAGCCGTCCAAAAATTCCTCAACCGTAAAAAATCCAACTAA MTTLTDTVLLTEQHDAVLIATLNRPAKGNSLSTELIDALGALAAELRSPTHEGTKAVILTGAGQKAFSAGADINTLVGLDAAAAEAQMLHGQKVFDELEDLPQAVIAAIDGVAFGGGLELAMACDLRVASPTSRLGQPEITLANLPGWGGTQRLPRLIGQGRALEMILTGEPMSASRALEIGLLNAVSEDPVAAAHNLAARITRHSGTAVSAAKQAIYAGEREGITEGLRREAFLVGQCCESPEQREAVQKFLNRKKSN PGPT0008390_111 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0008390-fadB-K13767 NA NA D3-18_04717 1140 fucO COG1454 Lactaldehyde reductase ATGAGCCAGCACTTCTCCTCCCCGCCCCGCCTCATCCTCGGCGAAGGAGCCTTGGAACAACTCAGCAACGAACTGCCGCAGCTAGGCACCAAAGTTCTCATCGTCACCGACCCCGGCATCGTAGCCGCCGGCATCCTCGAGATTGTCACGGGCGTCCTGAACGACAGCGGCCTCGAAATCGCCGTCTTCTCCGACGTTGTGGGCAACCCGGACGTTTCCACCGTCGAAGCAGCCGACAAGGCCCGCTCCAACAGCGGCGCCGACATTCTCGTCGCCATCGGCGGCGGCTCCAGCATGGACGTGGCCAAGGCCGTGGCCGTGGTGGCCACCAACGGCGGCACGATCGCCGACTACGAAGGTGTCGACAAGTTCACCAGCACCCCGCTTCCGGTGATCGCTGTTCCCACCACCGTGGGCAGCGGCAGTGAAGTGACCAAGGGCGCGGTCATCACCAACGCGGCCACGCACGTGAAAATGGTGATCGTCTCTGACCTGATGTTCGCCAAGATCGCGCTGCTGGACCGCCGCGTCGTCGCCGGCCTGCCCGGCCGCATCGCCGCGACCACCGGCATGGACGCCCTCACCCACGCCATCGAAGCCTACGTCGCCAAAGGCGCCAACCCGGTCACGGATGCGATCAACATCGGCGCGATCGAACTCATCGGACAGAACCTTGTGGCCGCTTCCAAGGGCGACGAAGACGCCCTGTACCAGATGCTCGTAGCCTCCTCCATGGCCGGCATCGGCTTCCACGACGCCGGACTCGGCGCCGTCCACGCCCTGGCCAACACCCTCGGCGCGCACTTCGGGGTCCACCACGGAACCGCCAACGCACTGTTCCTTCCTTACGTCATGGACTTCAACGTCTCTTCCGCCCCGGCCCGGTTCGCCCGCATCGCCCGCGCCCTCGGCGTGGACACCACCGGAATGGACGACGAGCAGGCATCCCTGGCCGCCGCGGCCGCCGTCCACCAGCTCGCCGCCGACACCGGCGTTCCCCGGAAACTCTCCGAGGTCGGCGTCAGCGAAGATGCGATCGAAACCCTCGCCAAGGATGCCCTCGTGCAAGCCGACCTGCCCGGCAACCCCCGTGAAGCGTCCCTTGAGGATCTCATCGACCTCTACCGCAAAGCCCTCTAA MSQHFSSPPRLILGEGALEQLSNELPQLGTKVLIVTDPGIVAAGILEIVTGVLNDSGLEIAVFSDVVGNPDVSTVEAADKARSNSGADILVAIGGGSSMDVAKAVAVVATNGGTIADYEGVDKFTSTPLPVIAVPTTVGSGSEVTKGAVITNAATHVKMVIVSDLMFAKIALLDRRVVAGLPGRIAATTGMDALTHAIEAYVAKGANPVTDAINIGAIELIGQNLVAASKGDEDALYQMLVASSMAGIGFHDAGLGAVHALANTLGAHFGVHHGTANALFLPYVMDFNVSSAPARFARIARALGVDTTGMDDEQASLAAAAAVHQLAADTGVPRKLSEVGVSEDAIETLAKDALVQADLPGNPREASLEDLIDLYRKAL PGPT0006370_477 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_LIPID_METABOLISM PLANT_DERIVED_FATTY_ACID_DEGRADATION,PGPT0006370-yiaY-K13954 NA NA D3-18_04718 1542 gbsA_2 COG1012 Betaine aldehyde dehydrogenase ATGACGAACACACTCACCGAGCCCCGCCTCATCGGCCACTTCATCCAAGGCAGCACCGTCCAGGAAACCCACGACGAACTCCTTGACCGCCGCGCCCCCGGAACCGACGAGGTCGTCAGCCGCGTACTCCGCGGCTCCGGACACGATGTAGACCAGGCCGTCCAAGCCGCACGGACGGCCTTCGACACCGGCACCTGGCAGCACGCCCCCGGTATGGAACGCTACAAACTCCTGAACCGGGTCGCCGACCTCATCGACCAGAACGCCGCCCGCCTTGCCCAGTTGGACGCCGAAGAATCCGGCAAGCCCATCGTCCTGGCAGAAGGGGACATCGCCGGCGCCGCCGGGCTCTGGCGCTATGCGGCCAGCCTTGCGCTGAACATCCAGGGCAAGTCGTTCACCAGCAACGGCCCGGACTTCACCGGTCTGGTCCTGCGCGAGCCCATCGGCGTCACCGGACTAATCATTCCGTGGAACTTCCCCGCCCTGATCCTGAGCCAGAAACTGCCGTTCGCCCTGGCCGCCGGTTGCACCGCTGTGGTCAAGCCCTCCGAGTTCACCTCCAGTTCCGCCCTGGAAATCGCCCGCCTCACCGCTGAAGCAGGATTCCCCGAAGGCGTCGTGAACGTCGTCGTCGGCGACGGATCCACCGGCGGCGCGATCTCCGAACACCGCGACGTGGACCTGGTCTCCTTCACCGGTTCCACCGCGACAGGGCGCAAAGTCGTCGCCGCCTCGGCAGGTAACATGAAAAAGCTCTCCCTCGAACTCGGCGGCAAGGCAGCAAACATCGTCTTCAACGACGCCGACCTCGAAGACGCCGCCGCCGGTGTCGTTTTCGGCGTGAACTTCAACAACGGCGAATGCTGCGTCTCCCAGCCCCGCCTGCTGGTCCAGGAAGACGTCGCCGATCAATTCATCGCCGAGGTCGCCAAGCGGACCGCCCAGCTGAAGGTCGGCCAACCCCTGGACCGCGCCTCGGACGTCGGTGCGCTCATCCACGCCGGCCACCTGGACCACGTCTCCTCCTTCGTCGAAGGCGCATCACAGCACGGCGGGGAAGTCATCGTCGGCGGCGAACGGCTCACCGGCGGCGAATACGGCAACGGCCAGTTCATCGCCCCGACCATCATCGCCAACGTCACCGCCCAGGCCCCGGCCTTCCAGGACGAAATCTTCGGACCCGTGTTGACCGTGACCAAGTTCAAGACCCAGGCAGAGGCCATCGCACTGGCCAACAGCGTTGAATACGGCCTGGCCAACAGCGTCTGGAGCAAGAACACCGACACGCTGCTGGAGACCGCGAAAGCGCTCCAAAGCGGAACGGTCTACGCCAACACCACCATCGACGGCATCCCGCAGATGCCCTTCGGCGGGTACAAGGCAAGCGGCGTTGGCAGGGAAATGGGCGAAGCGGGCTTTGAGGAGTTCACCGAGCTGAAGTCCGTCAACATCCGCACGGGCAAACGCGCAGGAACCTTCCCCATCCCCGCCAGCCTCGCTGGCGGTGCCTCGGTCCCGCAGATGACTCCGCGCGACTGA MTNTLTEPRLIGHFIQGSTVQETHDELLDRRAPGTDEVVSRVLRGSGHDVDQAVQAARTAFDTGTWQHAPGMERYKLLNRVADLIDQNAARLAQLDAEESGKPIVLAEGDIAGAAGLWRYAASLALNIQGKSFTSNGPDFTGLVLREPIGVTGLIIPWNFPALILSQKLPFALAAGCTAVVKPSEFTSSSALEIARLTAEAGFPEGVVNVVVGDGSTGGAISEHRDVDLVSFTGSTATGRKVVAASAGNMKKLSLELGGKAANIVFNDADLEDAAAGVVFGVNFNNGECCVSQPRLLVQEDVADQFIAEVAKRTAQLKVGQPLDRASDVGALIHAGHLDHVSSFVEGASQHGGEVIVGGERLTGGEYGNGQFIAPTIIANVTAQAPAFQDEIFGPVLTVTKFKTQAEAIALANSVEYGLANSVWSKNTDTLLETAKALQSGTVYANTTIDGIPQMPFGGYKASGVGREMGEAGFEEFTELKSVNIRTGKRAGTFPIPASLAGGASVPQMTPRD PGPT0007165_482 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NEUTRALIZING_OSMOTIC_STRESS OSMOTIC_STRESS-GLYCINE-BETAINE_METABOLISM,PGPT0007165-betB_homologous-K00130 NA NA D3-18_04719 756 gph_4 Phosphoglycolate phosphatase GTGAACCGTGCCTGGCCTCCGGGAATGACCCCCTTACGCACCACCCGCCGGAGCAACGGCCCTGGAGTCCTGTTCGACCTGGATGGGACCCTCGTGGATCCGGCCGGTGGAATCACGGTCGGCATAGCCCACGCATTGACAGCCGCCGGAATGGACCCGCCCGACGAAGCAACGCTCCGTGCCATGGTCGGCCCGAAACTCGCCGATGCCCTGCTGACCCACACCACAGCACGACCCGAACAAATACCGGGCATCATCGCTTCCTACCGCCAGTGGTATGCCACGACCGGGATGGCCATGGGCGCGGTCTACCCCGGCATCACAGACCTGCTCGATGCCCTCGTCGACGCAGGAATCACGCTCGGCGTGGCCACACAAAAGCCCCGAACCATTGCCCGCACCATCCTTCAAACCCATGGCATCGAGGCCTACTTCGATGTCGTAGCAGGCGCTCCTGACGAAGAGGCCCTCATGCCCGGGGAACAGGGATACACCCCGGGCAAGACCGAAATCATCGCCGAGGCCCTCGCTGCCCTGAAACCCGCCACCGCTGTCATGGTGGGCGACCGCGCCCAGGACGTCGAGGGTGCCCGTGCGAACGACATCGCCTGTCTCGGCGCAGGCTGGGGCTACGCGAGCCCAGGTGAGCTTACCGAAGCCGGCGCCGCCCTCGTGGTGGCTGACCCGAAGGACGTAACCCCCGGCGTGCTGCTGAGCCTTGCCGCGAACCTGCAGGCAGCCCCACAGCAGCGCTAA MNRAWPPGMTPLRTTRRSNGPGVLFDLDGTLVDPAGGITVGIAHALTAAGMDPPDEATLRAMVGPKLADALLTHTTARPEQIPGIIASYRQWYATTGMAMGAVYPGITDLLDALVDAGITLGVATQKPRTIARTILQTHGIEAYFDVVAGAPDEEALMPGEQGYTPGKTEIIAEALAALKPATAVMVGDRAQDVEGARANDIACLGAGWGYASPGELTEAGAALVVADPKDVTPGVLLSLAANLQAAPQQR PGPT0001730_960 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL UNIVERSAL_STRESS_RESPONSE STRESS_SIGNALLING_PROTEINS STRESS_SIGNAL-DNA_DAMAGE_DEFENSE|REPAIR,PGPT0001730-gph-K01091 NA NA D3-18_04720 1056 iolG_20 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGGACCACACGTCAGTGATCAGATTCGGCATTCTGGGCAACGCCGCCGTTTACCAGAAGGCACTGCGCCCGGCCTTTGAAAGGTCGGCCGTGGCAGTTCTAGCCGCCGTCGGATCCTCCAAAGCATCCGGAGCGGCCCACCCACTCCCCACAGACGGCGTCCCCGCCATCACGGAGTACACCGGCGAGGGCGCCTACCAGGCCGTGATCGATGACCCAAACGTCGACGCCGTCTACATTCCCCTGCCTAACCACCTCCACAAGGAATGGACCCTGAAGGCCGCAGCAGCCGGCAAGCACGTCCTGTGCGAAAAACCTCTCGGCGTCACCGCAGCCGACGCCTACGACATGATCCGGGCCTGCCAGGAAAACGGCGTCCACCTCATGGAGGCCTTCATGTACCGGTACAACCCCCAGCACCACCGGGCACGCCAGATCGCCGCCTCCGGTGAGATCGGCGATCTGCGCCTGGTCCGGGTGGGGTTCTCCGTTCCACTGCCCAGTCCGGAATCCAACGTCCGGTTCCAGGACTACCCCGGGGCCGGGGCCCTGCACGATGTCGGCAGCTACGGGATCAACGTCTCCCGTTGGATGTTCGGCACCGAACCCACCCGGGCGCACGCCCTCACCGCGAACCTGCCAGGTACCGGCGCTGACATCCTGCACACGATCAGCCTCGAATTCCCCGACGGAAAAATGGCAACGATCAGCGGCGGACTGGGACAGGCCTACCGCAGCTTCTACGAACTCGTCGGCACTACCGGCCGCATCGAAGTCGAACGGCCCTTCGCCACACCCCCGTTCGTCGAATCCGACGGCCCACTCAGGCTCAAAGTCGACACCGGAGAGAGCACCCGCGAGGAACTATTCGACGACGAAAGCCAGTACGACATCCAAATCGAAGCCTTCTGCAGCCTCATCAACGGCCACCCCGAGCAGGCCTACAGCCCGGAGGACTCGCAAAGGAACATGCACGTCCTGGACGCCTGCGCGGCCTCGGCGCAATCAGGCGCCACGGAACTGGTCCACGGCAGCGAAGTCGGCGTCCTCCGATGA MDHTSVIRFGILGNAAVYQKALRPAFERSAVAVLAAVGSSKASGAAHPLPTDGVPAITEYTGEGAYQAVIDDPNVDAVYIPLPNHLHKEWTLKAAAAGKHVLCEKPLGVTAADAYDMIRACQENGVHLMEAFMYRYNPQHHRARQIAASGEIGDLRLVRVGFSVPLPSPESNVRFQDYPGAGALHDVGSYGINVSRWMFGTEPTRAHALTANLPGTGADILHTISLEFPDGKMATISGGLGQAYRSFYELVGTTGRIEVERPFATPPFVESDGPLRLKVDTGESTREELFDDESQYDIQIEAFCSLINGHPEQAYSPEDSQRNMHVLDACAASAQSGATELVHGSEVGVLR PGPT0017545_72 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 D3-18_04721 1170 iolG_21 Inositol 2-dehydrogenase/D-chiro-inositol 3-dehydrogenase ATGACCGGCACCGTGAACATCGCCGTGGTCGGGCTCAACTTCGGCGCCTCCTTCGTTCCGAGCTACAAGCACCACCCACAAGTGGGCGAAGTAACCATCTGCGACTTCAACCAGCATCTGGTCTCCCAGGTCGGTGAGCGGTGGGATATCACCAAACGTGCCCATTCACTTCAGTCGGTCCTCGATGACCCGGACATCAATGCCGTTCACCTCCTGACCAACATCACCGGCCATGCAGACCAGGCTGTCGCGGTCCTGGAAGCCGGGAAACACTGCGCCGTCGCGGTGCCCATGGCCCTGACGATGGAGGACGTGGCGAGGATTGTTGCCGCCCAGGAGAAATCCCGAAAGGTCTACATGCTCGCCGAGACCGTCATCTTCACCAGGAATTTCCTCTACGTCCAGCAGCTCCTGAAAACCGGCCAGATGGGCAACATCCAGTTCATGCGCGGCGCCCATTACCAGGACGTGGACGGCTGGCCGTCCTACTGGAAAGGAATGCCGCCGATGTACTACGCAACCCACGCCCTGGCCCCGGCGTTCGCCGCAACCGGGTCCCGCGCCAAACGCGTGGTGTGCTTCGGGTCCGGAAAAATGCGCGAGCAACTCCATGAGCCCTACGGCAACCCCCACCCCATGCAGACAGCCCTGTTCCAAATGGAGGACGGAACCCTCGCCGAGGTCACCCGGACCCTCTTCCACAATCCCCGCGGCTACACCGAAGCATTCACCATCGGAGGGGACAACATCACGTTCGAAACCGGGCAGCTCGATGCCGACCGGCCGGTCATGTGGAGATACAAAGACGACGGCGTGTTCGACCCGGACATGAAGCTGACGACCTACACCACCATGGGCCGGGAAGTGACCGAGGAACGCATCGACCCGCCCGACCAGCTGCACCTCATCCCCGAACCAATCCACAAGTACACCCGCTCGCACACGGTGACGAGCCTGCGTGACCCCGAGGACGTGTTCGAGTACACCACCATCGGCGGTTTCCACCCCCATCTCGTCCACGAATTCATCAACGCAGCGGCAGGACAGCGCACACCGGAGTTCGACATCTACCGGGCAGCCGACCTCACCGCCGCATGCCTCGCCGCCCACGACTCAGCCATGGCCGACGGCAGCGACACCGTAATCCGCGAATTCCTACCCATCAGCTAG MTGTVNIAVVGLNFGASFVPSYKHHPQVGEVTICDFNQHLVSQVGERWDITKRAHSLQSVLDDPDINAVHLLTNITGHADQAVAVLEAGKHCAVAVPMALTMEDVARIVAAQEKSRKVYMLAETVIFTRNFLYVQQLLKTGQMGNIQFMRGAHYQDVDGWPSYWKGMPPMYYATHALAPAFAATGSRAKRVVCFGSGKMREQLHEPYGNPHPMQTALFQMEDGTLAEVTRTLFHNPRGYTEAFTIGGDNITFETGQLDADRPVMWRYKDDGVFDPDMKLTTYTTMGREVTEERIDPPDQLHLIPEPIHKYTRSHTVTSLRDPEDVFEYTTIGGFHPHLVHEFINAAAGQRTPEFDIYRAADLTAACLAAHDSAMADGSDTVIREFLPIS NA NA NA NA NA D3-18_04722 984 ytfQ ABC transporter periplasmic-binding protein YtfQ ATGTCCGTACGCACTCTCAAATGGAAAGCCGCCATCGCCCTAACTGGGGTCCTTCTTAGCTCCACCGCTCTGACGGCATGCAACCGGGACACCGGAGCGGCAGCCGCCGGCCAAAGCGGCGGCGGAGAACGAATGATCATCGGCTTTTCCCAAGGCACCATGAACCACCCGTGGCGCGTGGCCATGGTGGACCAGAACGTCGCCTACGCCAAGGAGAACCTGAGCAAAGTCGATGTGAAGGTCACCGACGGCCAGAACAGCGCCTCAACCCAGGCAAGCAACATCGAAGCTCTCATCGCCCAGCACCCCAAGGCCATCATCCTTTCCCCCCTTACAGCAGATGCGCTGACTCCGGTGGCCAAGAAGGCCATGGACGCAGGCATTCCCGTGATCACCTTGGACCGTGAAGTGAACACCCCCGTGACCACCCACATCGGCGCCGACAACAAACAGATCGCCGAAGAAGCAGGCAAGTTCATGGGTGAAAAGCTCGGCGGCAAGGGCAACATCATCGAGATCCAGGGAACCGCCGGCGCCTCGGCAACCATCGACCGGAACAGCGGCTTTGCTGACGCGATCTCCAAGTTCCCCGGCCTGAAGATCGTCGCCTCCACCGACGGTGATTACCAGCGCAACAACGCCACCAAATTCATCGAAAACAACATCCAGCGCTTCAAGTCCGGCGAAGTCACCGCCGTCTACGCCCACAACGACGAAATGGCACTCGGCGCCCGCCTGGCCCTCGAGCAGGCCGGCGTCGCCGACAAGGTCACCATCGTCAGCATCGACGGACAAAACGAAGCCATCCAAGCCGTCGCCGACGGCAAACTGGCCGCCACGTTCACATACCCATACTGCGCGCCCGAAGGCATCAAGGCAGCCTACGATGCGGCGACTGGCAAGACCCTGGACAAGAAGATCGTCCTGAAATCCGTCAAGATCGACGCAGAAAATGCCAAGGAATACATCGGCAAGGGCTTCTGA MSVRTLKWKAAIALTGVLLSSTALTACNRDTGAAAAGQSGGGERMIIGFSQGTMNHPWRVAMVDQNVAYAKENLSKVDVKVTDGQNSASTQASNIEALIAQHPKAIILSPLTADALTPVAKKAMDAGIPVITLDREVNTPVTTHIGADNKQIAEEAGKFMGEKLGGKGNIIEIQGTAGASATIDRNSGFADAISKFPGLKIVASTDGDYQRNNATKFIENNIQRFKSGEVTAVYAHNDEMALGARLALEQAGVADKVTIVSIDGQNEAIQAVADGKLAATFTYPYCAPEGIKAAYDAATGKTLDKKIVLKSVKIDAENAKEYIGKGF PGPT0015740_4629 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 D3-18_04723 1974 hypothetical protein ATGATCGAGCCCGCCCCAGGCGGTGCGGAAAGCCTTGTGGAGATCATTCGTGCATGCCAGGACGTTATGCCGGATCTTCCAGCTTCCGTCATCACCGCTTCTGCGCAACAAGCCGGTGGCCCCAAAGCCCTGGTCAGGCTTGCTCGTGAACTTAGCGCCAAACCGGACGTGCTTGTTTCCGGTCATTCCGACGCTTTGCCAACAACACGACGGCTCATTCGTGACCTGCGGAGGCAAGGCCACTTCCTCTTTCAGCTGCCCAAATGTTCGTCCTGCGGGCTGACGAAGCAGCTGAGACATAGGGACGGCCAGGGAGGCAAGCATTGTGATCGATGCAGCCGCAACGCCAGGAACCCTGACTGCAGCGGGTGCGGCCAGAAACGACCCGGCGGCTACCGCCTGCTGGCAGGGAATCCCTACTGCCGTGTCTGTTTCCGCGGGGATCCCCGCAGCAAGGAGACCTGCATCGCCTGCGGCATGGCCGAAACTCCTGAGGCGCGAAATCTCGCTGGGCCTGTATGCCGGCGCTGCTACACAGCACCACCTGTGACGTGTGTGGTTTGTGCAGAGAATCGGCCTGCTGCCAGCAGAGCCGACGGCAGAGCCGTGTGTATGAGGTGCTACCTACGCCTGAACCGCAGACCGCGGGCGTGCTCGAGTTGCCATGAGGTGCGAATCTCGCCGCACGTGAGCGAGGACGGGCCGATCTGCGGTGAATGCGCCGGCGTAGGAAAGTCCGGCTGTTGTCATGGTTGCGGGGGCGACCAGCAGAAGCTGCACGGTGTCTACTGCGCCAAATGCCTACTTCCAGACAAAGTCCGCGGCCTGATTACGGACCAGAACGGCCAGCCCCATCCGAAGCTCAAGCCGCTCGAGACATACCTGCTGCACGAGGACGGGAACGCCCAAACAATCCTTACTTGGGTACTCCGCAGCCCTATGGCCGTTGTTGTAAAGGCCATGGCCACAGGAAACACCGCTATTTCCCTTCGCGCTGTGGCTGAACTTCCCAATGCCAGAGCCACAGGATACTTCGCCGCCCTCCTCATGGAGGCAGGAGTAGTACCCGTGGACAACTTCGATCGAGTCCGGCTTGAAGTGTGGCAGAGACAGTTCTTTGCCTCGCTCGCAAAACCTGACGAGAGATCGCTCCTGCAGCGCTACGCAGCGTGGGCCGTGAATCCTCAGTTCTCCAATGAAGCCCATCTCAGTAAGACCGACGAAAGCAGCCGTTATCGGCAGTCAAAGGCACACCTGATTGCTGTCACCGAGTTCCTCCAGCACCTCGACAGTCTGGGACTGAGCCTTGAATCAACCCCACAACGCTTGTTCGATAACTACGTTGTGACACACCGGCGAGGGCGTGCCGCTCTGACACCGTTCATTCGATGGGCAAGGAACCAGGGACTCACCCGGCTGCGCAGTGAGTACTTGCCACAACGCAGCCCCGGCGTCACTGCAGTGTCGGAGGACCAGCGCTGGGAATGGGTGAAGTATCTCTTGAACGCGGACGATCTCGGCTTCGCCGCCCGTGTGGGCGGACTGCTGATGCTTTTGTACGGGATTACGGCAACCCGTGTCGTCACAATCCAGTTAGATGACCTGGACATCGACAGCGACACCATCCGAATTAGCCTTGGCTCAGATCCGATCGAATTACCTGAAGCAATGACGTCTCTCGTACGGCAACTCCTGGACAGCGCACGGCGCGCGTCAACCGGGGAGCATATCTGGCTCTTCGCAGGACGCAAACCAGGACGTCACCTGACAACTGCGGCAATGACCGAGCCGCTCAGACGTCGCGGTATCAACTCACGTGCGGGGCGCAGCACCGCCATGATCAACCTCGCCCGTGACATTCCACCTGCAGTGCTTGCTTCCCTTCTGGGAATTTCCATCCACACGGCAACACGTTGGTCGGCTCTCAGCAGCCGCGACTGGGTCGACTATCCGCGAATCCGGCTTGCCGAATAG MIEPAPGGAESLVEIIRACQDVMPDLPASVITASAQQAGGPKALVRLARELSAKPDVLVSGHSDALPTTRRLIRDLRRQGHFLFQLPKCSSCGLTKQLRHRDGQGGKHCDRCSRNARNPDCSGCGQKRPGGYRLLAGNPYCRVCFRGDPRSKETCIACGMAETPEARNLAGPVCRRCYTAPPVTCVVCAENRPAASRADGRAVCMRCYLRLNRRPRACSSCHEVRISPHVSEDGPICGECAGVGKSGCCHGCGGDQQKLHGVYCAKCLLPDKVRGLITDQNGQPHPKLKPLETYLLHEDGNAQTILTWVLRSPMAVVVKAMATGNTAISLRAVAELPNARATGYFAALLMEAGVVPVDNFDRVRLEVWQRQFFASLAKPDERSLLQRYAAWAVNPQFSNEAHLSKTDESSRYRQSKAHLIAVTEFLQHLDSLGLSLESTPQRLFDNYVVTHRRGRAALTPFIRWARNQGLTRLRSEYLPQRSPGVTAVSEDQRWEWVKYLLNADDLGFAARVGGLLMLLYGITATRVVTIQLDDLDIDSDTIRISLGSDPIELPEAMTSLVRQLLDSARRASTGEHIWLFAGRKPGRHLTTAAMTEPLRRRGINSRAGRSTAMINLARDIPPAVLASLLGISIHTATRWSALSSRDWVDYPRIRLAE NA NA NA NA NA D3-18_04724 339 hypothetical protein GTGAGTACGGGAGTTGAAACGGTTTGGCATCTCCGTAGGATCATGGCCGAACATGGTCTCTTTAAGACGACAGAACTTATTCCCCTTCTGGAGCAGTACGGGGTACACCTGTCCCGGGAACAGGTTTTCCGGCTCGTCACTCAAACACCGGAACGAGCCAATCTGCACGTTATTGGTGCAGTGTGCGCCGCGTTGGGATGCACGCCGTCGGATCTGATCGAGGTTCGGATAGTCGAGGAGAAGACCGCCCCGGTTGAGCAGACTCGCGGCTCTCTGGGTCAGCTGCGACCTAAGCCTGCCCGCATTCACAAACCCCGACCACCGCTAACTGGAGCATGA MSTGVETVWHLRRIMAEHGLFKTTELIPLLEQYGVHLSREQVFRLVTQTPERANLHVIGAVCAALGCTPSDLIEVRIVEEKTAPVEQTRGSLGQLRPKPARIHKPRPPLTGA NA NA NA NA NA D3-18_04725 1110 xerC_7 Tyrosine recombinase XerC ATGCAACATTTTCTTGGTGTTACCCAGCTCCGACGAGCCGCTGGTTCCGACAGCGGTTTGGAACTCCTTCATCCCGAAGAAGCAGTCTTCGAATCGATGCTCGGATCATGGACCCAGCAACAGCAAAGCCGCGGGCTGGCGGAGGACACGATCAAAGGCCGCCTCGGAATCGTGCGGCGCTTCTGTGACTATGCCGGTTCCTATCCCTGGCAATGGCAGGCGAGTGATCTTGACGAATATTCGGGAATGTTCCGTTCCAAAGGCCGTGCCGTTTCGACCATCAGACACATGCATAACGCTCTGAGTCTGTTCTGTGACTACCTGATCAGCCCGGACTACGACTGGGTGGAGATCTGTGAGGCAAGGTTCGGCGACACCCCGTCACAGATATGTCTGAGGTGGAACACCACCAGACATGTTCAGGACTATGAAGGCCATCCGTCACGGCGTGCACTGACCCTCGAGGAGCTTCAGAATTTCTTTGACTACGCGGATGCAAGAGTTGAGTCGATTCTGACGAGCGGGCGCAAGGGGGCACTTGCCGCGTTCCGGGACGCCCAAATGTTCAAGACTGCCTACGCCTTCGGACTGCGAAGGTCCGAGCTGCGAGGCATTGATCTTGCAGATCTTCACTTCAATGCGAAGGTCCCGCAATGGGGAAAGTATGCCGCCCTGTCGGTCCGCTTTGCTAAGTCCAGCAGGGGAGGTACGCCCAAGCGCCGGACGGTGCTGCTGGTTCCCGAGCTCGCATGGTGGATCGATGGTATGCGGCAGTGGGTAGAGGAAGGCAGGGACTTGTTCGCACCTGCAGAACTCGCTGCCATGTGGCCTACCGAGCGAAGGAGCCGGGTGTCGCGCGAGTATATGGACCGCCGGTTTGCCGCGCTACGCAGGGAGTCAGGCATGGACCCAGCTTTGACGCTTCACTGCCTGCGTCATTCCTATGTGACCCACTTGATTGAGTACGGGTATGCTGACCGTTTCGTCCAGGAACAGGTCGGCCACATGCACGCATCGACAACGTCGATCTATACGTCTGTCAACGGGGATTTCAAGAATCGCATCCTGGCTGATGCCCTGCGCCGCTTCAACACATTGGAGGTGTCGTGA MQHFLGVTQLRRAAGSDSGLELLHPEEAVFESMLGSWTQQQQSRGLAEDTIKGRLGIVRRFCDYAGSYPWQWQASDLDEYSGMFRSKGRAVSTIRHMHNALSLFCDYLISPDYDWVEICEARFGDTPSQICLRWNTTRHVQDYEGHPSRRALTLEELQNFFDYADARVESILTSGRKGALAAFRDAQMFKTAYAFGLRRSELRGIDLADLHFNAKVPQWGKYAALSVRFAKSSRGGTPKRRTVLLVPELAWWIDGMRQWVEEGRDLFAPAELAAMWPTERRSRVSREYMDRRFAALRRESGMDPALTLHCLRHSYVTHLIEYGYADRFVQEQVGHMHASTTSIYTSVNGDFKNRILADALRRFNTLEVS PGPT0022000_1463 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-MOBILE_ELEMENTS CE-BACTERIAL_FITNESS-INTEGRASES|RECOMBINASES,PGPT0022000-xerD-K04763 NA NA D3-18_04726 849 umuC_3 COG0389 Protein UmuC TTGAAGACCCTTGCCAAGCTGTGCAACAAGTGGGCAAAGAACAATCCCGCTTTCGATGGTGTCTGCCGGTGGGAATCTGTGCCAGCAGACCAGCGCGAAGCGCTGATGGCCAAGCTGTCCGTGATCGAAATCTGGGGCGTGGCCACCAGATTAACCAGGCGCCTGAACGCGATGGGGATCTTCTCGATCTTGGACCTGACCCGCGCTAACCCGGTAGCTATCCGGGACAAGTTCTCCATCGTCATGATGCGCACCGTCCTGGAACTGCAAGGCACACCGTGCATTCCGATGGAAGAGGAACGAATCGGCCGGGACCAGCTGATCTTCTCCCGGTCCTTCTCCACACCGATCACCACAACTGCAGGGCTGCGGCAGGTCATGAGCGTGTACGCGCAAATGGCCTCCGCACGTCTGGTCAAACACGACCTGCAAGCCAAAGTGCTGACCGCCTTCGCGGCGACATCGCACTCCAACCCGAACGAAAAATCCTTCCCCTCGGTGTGCCTGGCCCTGCCGATGCCGACCGCTGACCCGGTGCTGTTGACCAAAGCCGCCCACGCGCTGCTCCCCCAGGTCCATGAGGGCGTGAAGTATGTCCGGGCCGGGATCATGGTCACCGACCTGCGCCCATCAGGGAACCAGAAACCCCTGGAACTCTTCGAGAACCCCCACGAAGAACGCGGAATCGGGATCCTGCTCGAAGACGTAGCGAAACGCTACGGCCGCGGATCCATCGGACTCGGCCATGCCGGAATCAAAGGCGGCCCGGACTGGTCCATGAAACGCGACATGCTCTCCCCCAGGTACACCACCCACTGGGACGAACTCCCCCTCGTCAAGGCCGCCTGA MKTLAKLCNKWAKNNPAFDGVCRWESVPADQREALMAKLSVIEIWGVATRLTRRLNAMGIFSILDLTRANPVAIRDKFSIVMMRTVLELQGTPCIPMEEERIGRDQLIFSRSFSTPITTTAGLRQVMSVYAQMASARLVKHDLQAKVLTAFAATSHSNPNEKSFPSVCLALPMPTADPVLLTKAAHALLPQVHEGVKYVRAGIMVTDLRPSGNQKPLELFENPHEERGIGILLEDVAKRYGRGSIGLGHAGIKGGPDWSMKRDMLSPRYTTHWDELPLVKAA PGPT0014882_590 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-ADAPTIVE_MUTATION CE-BACTERIAL_FITNESS-ENVIRONMENT-INDUCIBLE_DNA_POLYMERASES,PGPT0014882-umuC-K03502 NA NA D3-18_04727 315 hypothetical protein ATGACCATTGCACCCGAATCACCCACGACCAGTGCTGATGTCGCTGTCCGGTTCAGCCCCGACAGTACCCCGTTGGCGATCCGTCACAACGGACGCATTTGGATGGTCGATCCCGATGTCCACACCGCTCACTGGTTCACCAGGGACGCATGGTGGGAAACCCAGACCAGGGCAGCGATCGGCACCGGCGATCTGGTCAGCGTCGAACATTGGCAAGTCCAAGCCAAACTCCCCCAAGCTAATGCCGAACTGCGCACGTTCACGCTGCGGCGGGAGCCGCTGGCTACCGTGTGGCAGCTCGAATCCATCAGCTAG MTIAPESPTTSADVAVRFSPDSTPLAIRHNGRIWMVDPDVHTAHWFTRDAWWETQTRAAIGTGDLVSVEHWQVQAKLPQANAELRTFTLRREPLATVWQLESIS NA NA NA NA NA D3-18_04728 399 hypothetical protein GTGCCGGCTGACCTGTACCGCTCCCCTGTCCCTGAACAGCTCTGGAAACGGATCCGCAACGAATTTCACCTGCCCAGCCTGGAGCAGGTCCGCGAACGGTTCGCCTCCGTGCATGAGGATCCCGAGCCGGTCATGCGGCAGCTGGTTCGGGTTTTCCTGGACGGAGGGACGTATTGCCCTGGTTACCAGTTCCGGCCAGATCAGACTTTGGAGCCGGTGGTGGTGGCGCTGTTCGAACGGGCAATGGAGCTGCGGATCCCACACAACTACTTCGCACTGTGGATGATGGTGCCTTCCCCCGCCCTGCAGGGAAAGCGGCCCGTGGATCTCCGCCGCAGCGGCGAAGCCTCGGCCCTGCTCGCGGGGCTGGAACGGACCTTCAGAGACGAGGCGGCCTAG MPADLYRSPVPEQLWKRIRNEFHLPSLEQVRERFASVHEDPEPVMRQLVRVFLDGGTYCPGYQFRPDQTLEPVVVALFERAMELRIPHNYFALWMMVPSPALQGKRPVDLRRSGEASALLAGLERTFRDEAA NA NA NA NA NA D3-18_04729 138 hypothetical protein GTGACCCTGACCGTAGAGGCCGCCGACGGCAAACTAAGTTACATCGACGCCGAAGGCGAGACATACGAAGACGCCAAAGCCGCCGCCGAAGCGCTGATCCCGGAAGGCTCCAAAGCCATTGTCCTCCCCGGCAAGTAG MTLTVEAADGKLSYIDAEGETYEDAKAAAEALIPEGSKAIVLPGK NA NA NA NA NA D3-18_04730 528 hypothetical protein ATGGGCTGGACATCCAACGACTACAAACACGAGGGCTGGGTTGCTGAAGTCGCACCCGACGGTAGGCTCTCAGGGAGCTCAACCGGGGAGGGAGTGTTTGTCCACGGGATCAACGGAGACTACAAACCAGCCGGAGAATTCCACCCTGATGAGGAGATCGTCCCTCACGACCTGATCATGAGCTGGCGCGGTGCCTGCACCTGTGGGTGGCAGGGAGAGCTGTGGCAAAGAGTGCTCACGCCCGCAGAGGCTGATTTCGCCTCCCGCAAAGAGTACTGCCCTCTAGGGGAGGGCGCTTTTGTTTCCGAACGCGTGGAAGATGCCGTTCAGGACGAGTGGATGATCCACATTGCCCCGTCTGAAGCGATCCTTGGTGTGGAGGCAGCTGCCAGGGAACACCGTCAGGCCGGGCACCGCCTGGACAAGACCGTCGCAGCCGCGAAAGCAGCCGGCGCCTCCTGGACCGACATCGGACGGGCGGCTGGGATCAGCCGCCAAGCCGCGCACGAACGCTGGGCCGATAAATAG MGWTSNDYKHEGWVAEVAPDGRLSGSSTGEGVFVHGINGDYKPAGEFHPDEEIVPHDLIMSWRGACTCGWQGELWQRVLTPAEADFASRKEYCPLGEGAFVSERVEDAVQDEWMIHIAPSEAILGVEAAAREHRQAGHRLDKTVAAAKAAGASWTDIGRAAGISRQAAHERWADK NA NA NA NA NA D3-18_04731 258 hypothetical protein ATGGCAAAAGGCAACGACAACGACCGGTACGTAGTCCCCAATAGTGACCGCGGAGGTTGGGACGTCAAAAAAGAAGACGCCAAACGGGTCTCGTCCCATGAACCCACGAAGAAGGCCGCTGAGAAACGGGCCAAGGAAATCGTGGAGAACACGGGCCGCGGACACGGCGAAGTGCGGATCCAGAATAAGAATGGCAAGTTCAGCGACAGCGACTCGGGATCCAAGAACGAGTCACCAGCCAAGGACACCAGACACTAA MAKGNDNDRYVVPNSDRGGWDVKKEDAKRVSSHEPTKKAAEKRAKEIVENTGRGHGEVRIQNKNGKFSDSDSGSKNESPAKDTRH NA NA NA NA NA D3-18_04732 516 yedK_2 COG2135 SOS response-associated protein YedK GTGCCATCCTGGGCAAAGGACACCAAGATCGGATCCAAGCTGATAAATGCCCGCAGCGAGAGCATCTTGGAGAAGCCATCTTTCCGGTCAGCTGCGGTCAAGCGCAGGGCTATCGTTCCCGCCGAGGGCTACTACGAATGGCAGAAGACCGAGGACGGCAAGAAGATCCCGAACTATCTGTTCTCCGAGAAACAACCGCTGCTGGGCTTCGCCAGCCTGTACGAGTTCTGGCCCGATCCTGCCCTGCCCGAAGACGATCCCGAACGGTGGCTGCTGACCTGCACCGTCCTGACCACAACGACACAGGACGCGCTGGGACACGTCCACGATCGCTCTCCGGTCATCATCCCGCAGGAGCGCTTCGCGGAATGGCTCGACCCGGACCTGACCGACAAAGCCGACGTCCAACACCTGCTGGATTCCCTGCCGGAACCAACCCTGACCCCGCGCATAGTCAGCACCCGCGTCAACAGTGTCCGGAACAACGGACCCGAGCTGATTGAACCCGCGGAATGA MPSWAKDTKIGSKLINARSESILEKPSFRSAAVKRRAIVPAEGYYEWQKTEDGKKIPNYLFSEKQPLLGFASLYEFWPDPALPEDDPERWLLTCTVLTTTTQDALGHVHDRSPVIIPQERFAEWLDPDLTDKADVQHLLDSLPEPTLTPRIVSTRVNSVRNNGPELIEPAE NA NA NA NA NA D3-18_04733 312 lsr2_2 Nucleoid-associated protein Lsr2 ATGGTGGCTACACGAACAATCATCACTCTGCACGACGACCTGGACGGCACGGACGCGGAAGAGACCATCGTTTTCTCCCTCGACGGCAGCGACTACGAAATCGACCTCAACAGCACCCATGTCAAAGAACTACGGGATTCCCTAAGCCCCTTTGTAGCTGCTGCCCGCACGTTGAAACAATCCGCGACTTCCCGCAGCCGCGGAACCAGGAACTCCAAAATCCGTGCCTGGGCAAAGGAAAACGGCATCAACGTCGCAGCACGGGGAACGATCAGCGCCCACGTCCTCGAACGTTACAACGCTGCACACTAA MVATRTIITLHDDLDGTDAEETIVFSLDGSDYEIDLNSTHVKELRDSLSPFVAAARTLKQSATSRSRGTRNSKIRAWAKENGINVAARGTISAHVLERYNAAH NA NA NA NA NA D3-18_04734 198 hypothetical protein ATGATTCGGCGCGTCGATGCTGCCACCTTGGACGGTGAAGAAATTCACACCTCCACCGCAACGCCGGCCGAAGCCATCGCCTTCGTTCTTGATTCGCCCAAGGCCCTCGCCTCGCTGGTGGCAACAGTGATGCTTAGCCGGGCAGGGACGGAGATGCCTGGCGCCCGGCTCTCAAACGTGAACTTGGAACACCTCTAA MIRRVDAATLDGEEIHTSTATPAEAIAFVLDSPKALASLVATVMLSRAGTEMPGARLSNVNLEHL NA NA NA NA NA D3-18_04735 831 hypothetical protein ATGACCCAACCGGGTAATTCGACGTCACGGGAGTCCGCGGCTTCATCGGATGAGGATCTCATCAGGGGTGTGGAAAAGGGTGACGACGCCGCTGTCGAGGAGCTTTACCGCCGCCATCTTCCCGCGGGGCTGTCCTTTGCCCGCCGGCTTGTGGGTAATGATTTCGACGCCGATGACGCCGCTTCGGAGGCTTTCCTCAAAGTTATCGGGGCCATCCAACGCGGCAACGGCCCTGACGGGCCTTTCCGTCCGTACCTGCTCCGGGCTGTACGGACCTGTGTCGCTGATCACTGGACGGCCCAGTCCCGTGTGGTGCTGTTCGAGGACCCGATGGACACCCCAGCGGATGATCCGGGTTTCGACCACGTTCTGAACGAGACCGATCGTGACCTGGCGAGCGTGGCGTTCGCCTCCTTGCCGGCACGATGGCAGACGGTGCTGTGGCACCTTGACGTCGAACGCGAACCTCCCCGCAGGGTCGCCCCCTTGTTGGGTCTTGAACCCAATGCTGTCTCGGCGGTAGCGGCCCGGGCTCGGAAAGGCCTGCGTCAGGCTTATTTGGAAGCGTACGTTGCCTCCTCTGTTGAGGAATCCTGCAAACCGTTCCTGCCGCTGCTGGCCAAGTCCGTCACTGACGGCCTGTCCCCTGCCGAGGATCTGCGGCTGCAAAAACACTTGGAAGAATGCCCTGACTGCAGGGCAGCGATCCTTGCGATGGCCGACGCCAAATCCACGATGAGGCGAGCCGTCGGGCCCTGGTTCCTGGGGTTGGCGGCAGCCCCGCTCACCTTCACCCTGCCGTTCCTGCCGTCGTGGTCGCCCAGCAGCTAG MTQPGNSTSRESAASSDEDLIRGVEKGDDAAVEELYRRHLPAGLSFARRLVGNDFDADDAASEAFLKVIGAIQRGNGPDGPFRPYLLRAVRTCVADHWTAQSRVVLFEDPMDTPADDPGFDHVLNETDRDLASVAFASLPARWQTVLWHLDVEREPPRRVAPLLGLEPNAVSAVAARARKGLRQAYLEAYVASSVEESCKPFLPLLAKSVTDGLSPAEDLRLQKHLEECPDCRAAILAMADAKSTMRRAVGPWFLGLAAAPLTFTLPFLPSWSPSS PGPT0022155_2239 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 D3-18_04736 330 hypothetical protein GTGACGCCGAACCGCCAAAATTCCCCGACGCTGATAACGACACGGAAGCCCGGTTCCCAGGGTTACAAGCGGATCTCCAGACACAGCAGCCAGCAATCCCGCCCGGGCGCCGGCAGGGGAGTCGGTGCCGGGGTTGCTGCCGGCGGCGGAGGAGGGGAAGGTGCCGGCGGCGTGGTGGGGGTGGGCTTCACCGTCGGAGGTGCCGGTGTTGAGGGTGCGGGGGCAGGGGCCGGCGCCGGTGGGTTGGTTGGCGGGGTTTTGACCGTAGCCGCTGTGGGGGGTGGCGGCGGGATGGCGGCAGGATCGGTCGAAGGAGCGGCGGTGAGCTGA MTPNRQNSPTLITTRKPGSQGYKRISRHSSQQSRPGAGRGVGAGVAAGGGGGEGAGGVVGVGFTVGGAGVEGAGAGAGAGGLVGGVLTVAAVGGGGGMAAGSVEGAAVS NA NA NA NA NA D3-18_04737 1542 hypothetical protein ATGACCGGCACCGGGGACCAGGGGATCTTCACTCCCGGTAACGCCGCCGATGAGGATCTCATCGCGCTGGTTGAACAGAACAACGAAGCGGCGGTTGAAGAACTGTACCGCCGGCACATGCCTGCAGCGCTGCTGTTCGCCCGGCGGGTGGTCGGCAATGATTTTGACGCTGACGACATTTGCTCCGAAGCGTTCCTGAAAGTCATCGGCGCGATCAGGCGCGGCAAAGGCCCGCAGGGCCCGTTCCGCCCGTATCTGCTCACAGCAGTCAAGACCAGCGCCGCTGATCACTGGTCTGGTGCGAGCCGTGAAGAGCTGGTCGAGGACGCGGCCGAAACTCCTGATGATGAGCGCGGCTACGACCGTATCCTGCAGGAAAAAGATCTCCAGCTGGCGGCAGCGGCGTTCACGTCCCTGCCTTCCCGCTGGCAAACCGTGCTCTGGCACGTGGACGTTGAAGGGGAACCTCCCCGCAGGGTCGGGCCTTTGCTCGGTCTCGAACCAAATGCCGTCTCTGCCGTGGCCGCCCGCGCCCGCAAAGGACTGCGCCAGGCCTACCTTGAAGCGTATGTCGGCTCATCGTTGGAGGAGTCCTGCAAACCGTATCTGCCCCTGCTCGCCAAGTCCGTCGCCGATGGGCTGAGCCCGGCCGAGGATCTGCGGCTGCGCAAGCACCTGGATAAATGCCTGCCCTGTTCGGCTGCCATCGCTGCCCTGACAGACGTGCGTTCGACCATGCGGCGGGCCGTTGGTCCCTGGATCCTGGGTTTGGCCCCGGGATCTGCCCTTCTGCCCGCCGGCGTGGCCGGATCAGCAGGAGCGGGCGCAGCCAACCCGGTCCCAGCCGCTGGGCAGGGTGCTGCGCACTCGGCAGGAATGGGCATCGGTGCCTGGGCAGCTGCTGTTGCCATTGTGGCGTGTCTTGCCACCGGCGCGGTTGCGGTGGGTATGGGTCTGGGCACGACGAGTTCCGCAAACCAGGCCGGCAGCGCACCGGCCCAAGTCGGTCCCGGTTCCGCAGGAGGCCAGGCAGACAGCGCCCCCGGATCAGGCCAACCGAACGGCATCGGCACCAGCAGTAGCGGTGCCAGCGACTTGCCACAGGCTGCAGATGCACCCGGGAGCAAGGCCCTGCAGGCTCCCATGCCGGTCACTGTCCGGGATCTGACATCTCCGACTACCCTCCCATCGGCAACCGGCCAGGACCCTCTGCCCTCAACAACAATGCTTGAAATGCCCTCCCCGGCGGCGACCGGAACGGGCACGCTTCCAGCACCCGCAACGACGGGGACCGTCACCCCCAGCCCCACATCGCCTCCGGTATCCAGCACCGCAACACCAACGACCAGCCCGTCTGCCACGGCAGAGCCAACGGCAACCCCAACACCTGCCCCAACTCAAACCTCGACACTGGTTCCTACTCCGACACCGAGTGCAACGGTTCCGCCGACTTCGCCGGATCCCACACCAACTCCCACACCGACGATCACGGATACCCCGGAAGAGCCCTGCCCGTGGTGGTGGTGGTTCTGCCGCGCCTAG MTGTGDQGIFTPGNAADEDLIALVEQNNEAAVEELYRRHMPAALLFARRVVGNDFDADDICSEAFLKVIGAIRRGKGPQGPFRPYLLTAVKTSAADHWSGASREELVEDAAETPDDERGYDRILQEKDLQLAAAAFTSLPSRWQTVLWHVDVEGEPPRRVGPLLGLEPNAVSAVAARARKGLRQAYLEAYVGSSLEESCKPYLPLLAKSVADGLSPAEDLRLRKHLDKCLPCSAAIAALTDVRSTMRRAVGPWILGLAPGSALLPAGVAGSAGAGAANPVPAAGQGAAHSAGMGIGAWAAAVAIVACLATGAVAVGMGLGTTSSANQAGSAPAQVGPGSAGGQADSAPGSGQPNGIGTSSSGASDLPQAADAPGSKALQAPMPVTVRDLTSPTTLPSATGQDPLPSTTMLEMPSPAATGTGTLPAPATTGTVTPSPTSPPVSSTATPTTSPSATAEPTATPTPAPTQTSTLVPTPTPSATVPPTSPDPTPTPTPTITDTPEEPCPWWWWFCRA NA NA NA NA NA D3-18_04738 4896 hypothetical protein TTGACGCCGGTCCGCCGAAGGGCCAAGTCCGGCAACGGCATGGCCACGACGAAGAAGGCGCTGGGGCTTGTGGCCAGCGGCGCCCTGGTAGCTGGCATGTTCACCGGTGGTGGACTGGTGCTGACGGCGGCCCCGGCGACGGCTGCAGATGCGCTCAGCTGCGCCTCGGTCTATTCCATCCAGGGCGCCGGAGAGCGCAACCTGTGGCAGGTCGATACCAACACCGGTGTGCAGAGCAGTGTTGGCAACTTCACCATCAACGGGTCCAACCAGAACCTCAATGGTCTTGGCATTGCCGCTGACGGCAGCGCCGCGTTCGGTGTCCTGCCCAACACCGGTGACACGGGCCGGACCATCTACCGTCATGACCGCGCCTCCAACACCACCACCGCTCTCGGTGCCGGTGAAGCCGGCACCCCGGTCACGCACGGTGCGATCAATCCGGACACCGGGTTCTACTACTACGGTGGTTTCAGCGGCAACAACGTCCGCATCTACGGTTTCAACACCGCCACCAACACTTCCATCGGTCTGGTCGCCAGCGGCGACATCCCCAACGCCGGAGCCAACGGCGACTGGGCCTTCGACCGGCAAGGCCGCCTGTACGTCGTCGGCGGTGGCACCTCCCAGAGCATTCTCTCGGTGATCCAGCAGCAGCTGCCCACCACCGCCGGCGCTCCCACCGCGGTCAGTGCCTCCGAAATGGTTGGCATCGCCACCCCGCAGCCGGTCAACGGCATCGCCTTCGGCGGAGACGGGCTCCTGTATCTGGGCAGCTCCGATACCCTCCGTCAGGTTGACCCGGTCAGCGGTGCCGTCACGAGCACCAAGCCGTTCTCCCAGGCCGGGTCCGTTGACCTTGCTTCCTGCGCGACACCGAACACCATCACCGTCCAGAAAGACTTCCCCAACGGCCGTGTAGCACCCTCGGAACAGGCCACACTGGCACTGACCGGCGGGACTCTGCCCGGGGCAGGGATCCAGGCAACCACCACGGGCAACGAAGCAGGACTTCAAGTCCAGCCCGGTGAGGTTGTCGGCCCGGTCTTCGGCCGTGTTGGAACCACCTACACCATCTCCGAGTCCGGGACCGGCACCGGTGGCAGCTATGCCTCCAGCTGGGCCTGCATCAACGACAACACCGGCGCCCCGATCGCTTCCGGTACCGGCGCGACGGGCAGCTTCACCATGCCCGCAGCCGGATCCGACGGTGTCGCGGTGCTGTGTACGTTCACCAACTCAGCCATGGTTACTGCGTTGACGTTGGATAAGAAGGCAGGAGACCTCAGCGGTAACACCGCCGGGTCAACCATCCCCTACACCTTCGACGTGACCAACACCGGCACCGTGCCGTTGGAAACCGTCACGGTCAACGACCCGAAGGTCGGCGCTGTTACCTGCCCGGCCGGTCCTTTGGCTGTCGGCGCGACCGTCACCTGCACCGCCGATGCGTACACGCTCTCCCAGGAGGACGTCAACGCCGGTGAAGTCCTGAACACGGCTACCGCGACCGGCACGGCCACGGGCCTGCCGAACGCCACGGACGATGACTCCACCACCACCCCGGTCGCGGCCGCCCCGGCCCTGACCCTGGAGAAGACCGCCGGTACCCCGGTGGATGTCAACAACTCGGGTCTGACCGATGCCGGTGACACCATCGCGTACAGCTTTGTTGTGACCAACAGCGGCAACCTGCCGGTGAACAACATCGGCATCACCGATGATCTGTTGAGCAGCCAGGACCCCGGTATCACCATCACCTGTGAGGCCTCCTCACTGGCACCTGGTGCTTCCACGAACTGCACGGCAGATAGGCCGTACACGATCACCGCTGCTGATGAGGCTGCGGGCAAGGTCGTCAACACCGCCACCTCCACCGGAACCGACCCGGACAACGGCGGCGTGACCTCCAACGAAGACAGCACCGAAACCCCGGTCACCGCACCGGCACCGGCACTGTCCATCGAAAAAACGGCCGGCACCCCGGTCGATAAGAACAACTCCGGCATCACCGACGCCGGCGACACCATCGCCTACACCTTCGTGGTCACCAACACCGGCAACGTGCCCCTGCACGACGTCAAAGTCAACGACCCCAAGGCCGGCGCAGTAACCTGCGACGCAACGACCCTGGCCCCCGGCCAGTCCATCAACTGCGCAGCAGACGCCCCCTACATCGTCAGCGAAACCGACGAAACCGCGGGCAAGGTCATCAACACCGCCACCTCCACCGGAACCGACCCGGACAACGGCGGCGTGACCTCCAACGAAGACAGCACCGAAACCCCGGTCACCGCACCGGCACCGGCACTGTCCATCGAAAAAACGGCCGGCACCCCGGTCGATAAGAACAACTCCGGCATCACCGACGCCGGCGACACCATCGCCTACGCCTTCGTGGTCACCAACACCGGCAACGTGCCCCTGCACGACGTCAAAGTCAACGACCCCAAGGCCGGCGCAGTAACCTGCGACGCAACGACCCTGGCCCCCGGCCAGTCCATCAACTGCGCAGCAGACGCCCCCTACATCGTCAGCGAAACCGACGAAACCGCGGGCAAGGTCATCAACACCGCCACCTCCACCGGAACCGACCCGGACAACGGCGGCGTGACCTCCAACGAAGACAGCACCGAAACCCCGGTCACCGCACCGGCACCGGCACTGTCCATCGAAAAAACGGCCGGCACCCCGGTCGATAAGAACAACTCCGGCATCACCGACGCCGGCGACACCATCGCCTACACCTTCGTGGTCACCAACACCGGCAACGTGCCCCTGCACGACGTCAAAGTCAACGACCCCAAGGCCGGCGCAGTAACCTGCGACGCAACGACCCTGGCCCCCGGCCAGTCCATCAACTGCGCAGCAGACGCCCCCTACATCGTCAGCGAAACCGACGAAACCGCGGGCAAGGTCATCAACACCGCCACCTCCACCGGAACCGACCCGGACAACGGCGGCGTGACCTCCAACGAAGACAGCACCGAAACCCCGGTCACCGCACCGGCACCGGCACTGTCCATCGAAAAAACGGCCGGCACCCCGGTCGATAAGAACAACTCCGGCATCACCGACGCCGGCGACACCATCGCCTACACCTTCGTGGTCACCAACACCGGCAACGTGCCCCTGCACGACGTCAAAGTCAACGACCCCAAGGCCGGCGCAGTCACCTGCGAAGCAACGACCCTGGCCCCCGGCCAGTCCATCAACTGCGCAGCAGACGCCCCCTACATCGTCAGCGAAACCGACGAAGTGCAGGGTTCGGTGGATAACTCCGCTACCTCGGAGGGCACTGATCCTGATGGTGACCCGGTGACGTCGAAACCGGATACGACCAACACTCCGGTCACTGTCCCGGTGCCATCCCTGGAGATTGAGAAGTTCGCGGCCACTCCCGTGGATGTGAACAACTCCGGCATCACCGACGCCGGCGACACCATCGCCTACACCTTCACGGTCACCAATGACGGCAACGTCCCGGTCAAGAACATTGCCGTGGTGGATCCCCTTGTCGGAACAGTGACTTGCGATGTCACCGAACTGGCTCCGGGCGCGAAGGCCACCTGTGCTGCAGCAGCCGTGTACACGATCACTGCAGCGGACGAGAAGGCACAGCTGGTGCGCAACACCGCCCACGCGACCGGTGTTGACCCGGATTCCGATGAGGTTCTCTCCGACCCGGATACGACCAACACTCCGGTCACGGAGCAGGCCCCTGTCCTGACGCTGGAGAAGACAGCCGGCGCGATCCAGGACGCCAACCGCAACGGTGTCCCGGACGCAGGTGACACGATCGCCTACACGTTCACGGTCACCAACGACGGCAACGTCCCGGTCCGCCAGATCAAGATCAACGACCCGCTCCTTGGGTCCGTCACTTGTGAAGCGGCCGACCTCGCCGTCGGTGCCTCCACGAACTGCGCTGCTACCGAACCGTACGTGATCACCCAGGCAGACGTTGACGCCGGGAAGGTTCACAACGTTGCCACGGCAACCGGAACCGACCCCGACAACGAAACGACGACCTCGAACGAGGACTCAACGACCACGGACATTGCCCGTGCCGCTGAGCTGAGCATCGAGAAGTTCGCGGAACTGCTCGACGGTGACGGCGACAAGCTTGCCGACCTCAACGAAGGCATCAAGTACACGTTCAAGGTCACCAACACCGGAAACGTGACCATCACCGACGTGGTGGTCAACGATCCCAAGGTAGGGGCGGTCATCTGCCCGGAAACCGTGCTCGCACCCGGGGAATCGGTGACCTGCACCGCTGAGAACCTCTACATCGTCACCCAGGCCGAGGTGAACGCCGGTTCGGTCGATAACACCGCCACCGCCACCGGAACACCGCCGACCGGTCTCGAGAAGGTCACGTCCGATCCGGACAGCGTCTCCACCCCGACCAACGTCGTCCAGGGCCTGCACCTTGACAAGGACAACGTCCTGGCCGACAAGGACGGCGACAACGCAGCGGACGCCGGGGAAACCATCAACTACACGTTCACGGTGACCAACACCGGAACCGTGACCGTTGAAGGCATCCGCATCGATGACGCCATGCTCGAAAAAGCCGGCATCGGCATCACCTGCCCGGAAACCGTCCTGGCTCCCGGACAGTCGGTGACCTGCACGGCCTCGTACACCGTTCAGGCCGCTGATGTGGCCTCCGGCAACCCGATCCGGAACGTCGCCGCCGCCAAGGGCTCCGGCCCCGACGGGGCTGTGTTCTCGCCCGAGGATGACACCGAAACCAAGGCAGCGGCCAGGGACGAAGGAACTCCTTTGGCCGTCACCGGTGGCGTGTCACTGCTCGTGGCAGGCATCGGCGGAGCGCTGCTGCTTGGAGGGCTCGCACTGGCCCTGGTAACCCGCCGGCGCCGCGCCTAA MTPVRRRAKSGNGMATTKKALGLVASGALVAGMFTGGGLVLTAAPATAADALSCASVYSIQGAGERNLWQVDTNTGVQSSVGNFTINGSNQNLNGLGIAADGSAAFGVLPNTGDTGRTIYRHDRASNTTTALGAGEAGTPVTHGAINPDTGFYYYGGFSGNNVRIYGFNTATNTSIGLVASGDIPNAGANGDWAFDRQGRLYVVGGGTSQSILSVIQQQLPTTAGAPTAVSASEMVGIATPQPVNGIAFGGDGLLYLGSSDTLRQVDPVSGAVTSTKPFSQAGSVDLASCATPNTITVQKDFPNGRVAPSEQATLALTGGTLPGAGIQATTTGNEAGLQVQPGEVVGPVFGRVGTTYTISESGTGTGGSYASSWACINDNTGAPIASGTGATGSFTMPAAGSDGVAVLCTFTNSAMVTALTLDKKAGDLSGNTAGSTIPYTFDVTNTGTVPLETVTVNDPKVGAVTCPAGPLAVGATVTCTADAYTLSQEDVNAGEVLNTATATGTATGLPNATDDDSTTTPVAAAPALTLEKTAGTPVDVNNSGLTDAGDTIAYSFVVTNSGNLPVNNIGITDDLLSSQDPGITITCEASSLAPGASTNCTADRPYTITAADEAAGKVVNTATSTGTDPDNGGVTSNEDSTETPVTAPAPALSIEKTAGTPVDKNNSGITDAGDTIAYTFVVTNTGNVPLHDVKVNDPKAGAVTCDATTLAPGQSINCAADAPYIVSETDETAGKVINTATSTGTDPDNGGVTSNEDSTETPVTAPAPALSIEKTAGTPVDKNNSGITDAGDTIAYAFVVTNTGNVPLHDVKVNDPKAGAVTCDATTLAPGQSINCAADAPYIVSETDETAGKVINTATSTGTDPDNGGVTSNEDSTETPVTAPAPALSIEKTAGTPVDKNNSGITDAGDTIAYTFVVTNTGNVPLHDVKVNDPKAGAVTCDATTLAPGQSINCAADAPYIVSETDETAGKVINTATSTGTDPDNGGVTSNEDSTETPVTAPAPALSIEKTAGTPVDKNNSGITDAGDTIAYTFVVTNTGNVPLHDVKVNDPKAGAVTCEATTLAPGQSINCAADAPYIVSETDEVQGSVDNSATSEGTDPDGDPVTSKPDTTNTPVTVPVPSLEIEKFAATPVDVNNSGITDAGDTIAYTFTVTNDGNVPVKNIAVVDPLVGTVTCDVTELAPGAKATCAAAAVYTITAADEKAQLVRNTAHATGVDPDSDEVLSDPDTTNTPVTEQAPVLTLEKTAGAIQDANRNGVPDAGDTIAYTFTVTNDGNVPVRQIKINDPLLGSVTCEAADLAVGASTNCAATEPYVITQADVDAGKVHNVATATGTDPDNETTTSNEDSTTTDIARAAELSIEKFAELLDGDGDKLADLNEGIKYTFKVTNTGNVTITDVVVNDPKVGAVICPETVLAPGESVTCTAENLYIVTQAEVNAGSVDNTATATGTPPTGLEKVTSDPDSVSTPTNVVQGLHLDKDNVLADKDGDNAADAGETINYTFTVTNTGTVTVEGIRIDDAMLEKAGIGITCPETVLAPGQSVTCTASYTVQAADVASGNPIRNVAAAKGSGPDGAVFSPEDDTETKAAARDEGTPLAVTGGVSLLVAGIGGALLLGGLALALVTRRRRA NA NA NA NA NA D3-18_04739 288 hypothetical protein ATGGCCATCACTACATACACCCCCGCCTCGATCGCGGCGTGGGAATCATCTCTGGCCTCCAGAACCGAACTCTGCTTCTCCATAGCAGGAACAACCGCTGGAAAGCTCACCCTCTACGCAGGCCCCAACTACACCGGCAGCGAACCCATCGCGGTACTGGACCTGCCCGGATCCGGGATCTACCTCAGCCGCCCCGCCACGGACTCCACGGAACGCTGGATCACCGAGATGCTGCACGCTGTCGAAGAACTCACCCACCCGGCACCGGTACACGCCATGGCCGCCTGA MAITTYTPASIAAWESSLASRTELCFSIAGTTAGKLTLYAGPNYTGSEPIAVLDLPGSGIYLSRPATDSTERWITEMLHAVEELTHPAPVHAMAA NA NA NA NA NA D3-18_04740 726 hypothetical protein ATGCTGCGGTGCAACCGCCCCCTCGACGCCGACATGCTCCAGCACAGCTGGAAAGCAATCAGCCTTGGTAACAGCTGGCGTTTTGACGACGACTGGGAAGTCCCGGAAACAACACGCCTCACCAAAGCCCACACCCAAGGGCTGCCATTGGGACAGCCCGCGCACTGCCTGGGATATGCCCGCGCCATGCAGGGAATCGGCATCACCGAAACCATCGAAGACCTGGCAGCATTCTTCACCGCCAGCGGCACCCACGCCGACGCCGCCATCCAGCAGCGGCTCACCGAGGGATGGGTCACCGCAAGCAACACCATTCAGGCGGAATCGTGCATTGATCCCCTCACGGACCTGCCCACCTATGAACATTTCACCCGGGTACTCAACGAGCTTTACGCCGCTCCAGGCTTCGACCCCGATGGCTTCGTGATCGGAAGAATCACGCTACCGGCTCTCCCGCACGGGCTCACTCCGGGATGGACGGACCTGGTCGAGTTGGGTCTTCGCTGCCAGGAAGCCTTCGATGGCACCAGCGCGTCGTTGGCCTATCAGGGCAATACAATCACTGTGCTGATGCAACGCACCGGCGAGAACTATGCACGACTGGCCTACTGCCAGGCAACCCTGATCAACAACAAGCATGTTCCCTGGGGCCGGGCGGACATCAGGTACGAGTCCCTGACCACGACACCGACCGGAGTACTCGACGCGCTGGCGGGAACCACCTGA MLRCNRPLDADMLQHSWKAISLGNSWRFDDDWEVPETTRLTKAHTQGLPLGQPAHCLGYARAMQGIGITETIEDLAAFFTASGTHADAAIQQRLTEGWVTASNTIQAESCIDPLTDLPTYEHFTRVLNELYAAPGFDPDGFVIGRITLPALPHGLTPGWTDLVELGLRCQEAFDGTSASLAYQGNTITVLMQRTGENYARLAYCQATLINNKHVPWGRADIRYESLTTTPTGVLDALAGTT NA NA NA NA NA D3-18_04741 174 hypothetical protein ATGGAACTATTGGACGCCCACACCCTGATCATGCCGGCCGTGTTGATCGTGCACTTCCTTGGGGTACTCATCGTCGCGGCATCCGCAGCACTCCTGGTGATCTCACTCTTTGTCGTCGTCCTGGCCGTCCACGCCGTCCGGTCGCTGTGGGCCATCCGCCGGAAGGACGCCTGA MELLDAHTLIMPAVLIVHFLGVLIVAASAALLVISLFVVVLAVHAVRSLWAIRRKDA NA NA NA NA NA D3-18_04742 741 aqpZ2 Aquaporin Z 2 ATGCATAAATCACTCGCGTCCCGGCTTGGGGCCGAAGCTTTGGGGACATTCGTCCTCGTCTTCGGAGGATGCGGCAGCGCAATTTTGGCCGCCAAGGTCCTCACGGACGATCGCGTCAACATGGGAATCGGATTTTTGGGGGTGGCGTTGGCGTTTGGTCTGGCCGTCCTGGCCATGGCGTACGCCGTGGGCCATATTTCGGGAGGACACTTCAATCCGGCAGTCACGATCGGTGCTGCTTTGGCCGGCCGCGTTGAATGGAAGGCGGTCGGACCGTACATCATCACTCAGGTCATTGCCGCTTCGCTGGCAGGTGCTGCCTTGCTCGGTATCGCTTCAGGAAAAGAGGGCTTTGATCCGGTAGCGTCCGGGTTCGCCTCCAACGGCTACGGTGACCGGTCACCCGAAGGGTACTCGCTTGTCGCTGCCCTGCTCACTGAGGTCATTCTGACCGCGATCTTCCTCTACATCATCCTGGGTAGCACTGACTCACGCGCTCCCAAGGGCTTCGCCCCCGTCGCGATCGGTCTCGGCCTGACCCTGATCCACTTGGTATCCATCCCGGTGACCAACACCTCCGTGAACCCTGCCCGATCCCTGGGTGTGGCGTGGTTCGCAGGCCCGGAGGCCTTGGGGCAGGTATGGCTGTTCATTGTTGCCCCGATCATCGGCGCCGCCATCGCCGGCATCACCTACAAAATGTTCTTCCCCAATACCGAAGACGTTGTCCTCGAACGTTAG MHKSLASRLGAEALGTFVLVFGGCGSAILAAKVLTDDRVNMGIGFLGVALAFGLAVLAMAYAVGHISGGHFNPAVTIGAALAGRVEWKAVGPYIITQVIAASLAGAALLGIASGKEGFDPVASGFASNGYGDRSPEGYSLVAALLTEVILTAIFLYIILGSTDSRAPKGFAPVAIGLGLTLIHLVSIPVTNTSVNPARSLGVAWFAGPEALGQVWLFIVAPIIGAAIAGITYKMFFPNTEDVVLER PGPT0004755_316 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ARSENIC_RESISTANCE ARSENIC_RESISTANCE-ARSENIC_TRANSPORT,PGPT0004755-aqpZ-K06188 NA NA D3-18_04743 210 hypothetical protein ATGCATGACCCTCGAAAGAGCGCACGATTCCTACTGGATCAAAACACGATCACCCTTGAGTGGTTGTGGATCAAATACTGGGGAGAAGGCGGAAACGCGACCGCCCTGGAATTGGATGCGTACGTGCACGAAGCGTTGAGGCCGCATCCTTCCGAGCTCGACCTCATTGCCTGGGCGATGGAGGACCTGGACAGCGGTCCGGTGCGCTGA MHDPRKSARFLLDQNTITLEWLWIKYWGEGGNATALELDAYVHEALRPHPSELDLIAWAMEDLDSGPVR NA NA NA NA NA D3-18_04744 804 hypothetical protein ATGCGTTCCGGTAACGGAATCGGCCCCCTGATTGACCATTGCGTGCACGAGGGCGGTGTTTTCTTGGAGATTGTGGCGGGGAAGGGTTGGTCCCAGGCTGTTGATCAGCTGGCGGAGTTGGCTGGTGCCTCTGAGGATCTTGAGGCTTTCCTCGATGGGATGGCCGGTCTTGGTGCGACAGTGACGTCCCGCTCGACCGGTACACGCATCGAATGCGCTGTGACCCTGGGAAGACGGAAGCGGCCCACCACCATTGGCGGCAGCAGCGACCAGGCGATGCTGCTCGCCGGAATCGAGCAGGGTTTAAAACAGGGCCCCGGCGTCGACGCGTGGGAAAGTGGGCGCTCCATCCTCCTTGACGACGCCAGGGCATCACCTCAATGGGGTGACCATTGTGGAGCGATGAACGCGGCCGGACTGTGCAGCGCACTGGCTGTGCCCCTGGAGCTGGATCAGGACTGCAAGGCTGTCTTGAATTTCTTCGCATCGGCCCCTGGGACGTTCACCCGCCAAGCTGTCGCCGACGCGCTGACCTTTGCAGCGGTCGCTGGCAAGGCTTTACAAGTGGCGATCAGGATCACGGCGCTGGGGGAGAGCGTAGGAGACCTCGAGGCGGCTCTGAGGAGCAGGTCGATGATTGATACCGCCTGCGGGGTGATCATTTTCCAGAACCGGTGCACGCATGATGAGGCCTTTGCCATCTTGCGGAAGGCATCCAATGACCGGAACCAGAAGCTGCGCGACCTGGCCAGGAACCTCCTGGACGGCATGGGCACAAAGGACCACAGGCAGGCGAGAAAATAG MRSGNGIGPLIDHCVHEGGVFLEIVAGKGWSQAVDQLAELAGASEDLEAFLDGMAGLGATVTSRSTGTRIECAVTLGRRKRPTTIGGSSDQAMLLAGIEQGLKQGPGVDAWESGRSILLDDARASPQWGDHCGAMNAAGLCSALAVPLELDQDCKAVLNFFASAPGTFTRQAVADALTFAAVAGKALQVAIRITALGESVGDLEAALRSRSMIDTACGVIIFQNRCTHDEAFAILRKASNDRNQKLRDLARNLLDGMGTKDHRQARK NA NA NA NA NA D3-18_04745 201 hypothetical protein ATGCACCCCTTGGTCCTGATCGTACTGGTGTTATTTGTAGCCGTGGCCTGGGTATCGGGCATCTTGATGGCTCTCATCCGATTGGCCGACTCTCAGGCCGAACATCGCGACACCAGTGACGGCGCTGTGGCCGGGAATGCTGACAAGAAAGTTCTGAACGAACCGATTGATCCTGTTTTGTCGGGCCTTCGCAATTACTAG MHPLVLIVLVLFVAVAWVSGILMALIRLADSQAEHRDTSDGAVAGNADKKVLNEPIDPVLSGLRNY NA NA NA NA NA D3-18_04746 381 hypothetical protein ATGGAAACAGTTGCTGTTGGTGGGAAGGGCGCGATCGGGCTCGGGGCTGAAGGAATAATTCATCTCGCCTGGAAGCCGGGAATTGTTCTGGAAGCAGAGGACGTGCATGTGGCCATGGCGATGGTCAATGAGATCGCCGGGCACCGTGAACTGCCGATGCTGGTCGATATGGGCAGTACCCATGCTGTTACCCGTCAGGCTAAGTCGGTTTTTGTCATTCCGTGTGCCGCTTCGCGCATTGCCTTGCTGGGCTCGAGTGCGGTGGATCGGGTCATCGCCAATTACACCATTGGACGGCAACATGGATTGCCGTGTCCTACCCGGTTCTTCACTTCCCGGAGCGAGGCTATCAGTTGGCTACTCAAAACCACGGATTCCTGA METVAVGGKGAIGLGAEGIIHLAWKPGIVLEAEDVHVAMAMVNEIAGHRELPMLVDMGSTHAVTRQAKSVFVIPCAASRIALLGSSAVDRVIANYTIGRQHGLPCPTRFFTSRSEAISWLLKTTDS NA NA NA NA NA D3-18_04747 1032 hypothetical protein ATGTGCCTGCCAGCCGTCGATGACTTCTCGACGCCGTGGCAGTCTTTTTGCTTTGCACGCACCAGGGCATTCCCCCAGACTGGTGGCATGGAACCAACCGATGCCTTCGGCCCCAGAGACCGGAAGTTCGCGCCGACACGTCGCGGAACCTTCTTGCTTGGCGCGGGAGTGCTCGCAACCTCATTGGTCGCCACGGGCAGCCCGGCATCCGCCCAAGAGAAGCTGTCCGGGAAAGGGCGCGCCCGTCCGCATCTGGACCGGTCGATCGCCGCCCTTGAATCGGCTCAGGGCGTCACGATAGGGATCGCCGCGGGCCGATGGGGACAGTCTGCTTATACATATCGTGGCAGTGAAGCGTTCCCGATGTGCTCTCTTTTCAAGACCCTCGCTGTTGCCCGACTGCTGCAAGACCACGCGTACGATGATGAGTTGTGGAAGCGCCGAATTCTGTTCCGTGAGGATCAGATCGTGGAAAACTCCGTGATTTGCGCCGCCGACGGGGACCGGGACATGAGCGTGGAAGAGCTCGCCGACGCTGCCCTGCGTTTCAGCGACAACACGGCCGGAAATCTCCTGCTCGAACTGATCGGCGGTCCAGCCCAGATAGGCCCATATGCGCGAGCTCTTGGCGCCTACTCCACACGTCTGGACCGCTGGGAACCGGAGCTCAACGAGGCGATCCCCGATGACCCCCGGGATACGAGCACACCCTCTGATATCCATAAACTCTACGAGGCCCTCCTGCTCGGCGACGCCTTGAGTACCCTCGGTCAGGCCCGTCTTCGCGCCTGGATGCTCCGTAATACCACCGCCGGCAAGCGGCTAGGAGCTGCCGAGCCACCTGGGGCTGAACTCGCGGACAAGACAGGTGCCGGCGATTACGGAGTCGTTAACGACGCGGGCGTTGTATGGCAGGAAGGCCGTCCACCGCTAACACTTGCTGTGATGACCAAGACGGAAGATCCGGATGCGGTCAACAACAATGACATCCTCGCCCGCGTTGGCCAGCTACTTTTCGCGGAGCTTCTCTAA MCLPAVDDFSTPWQSFCFARTRAFPQTGGMEPTDAFGPRDRKFAPTRRGTFLLGAGVLATSLVATGSPASAQEKLSGKGRARPHLDRSIAALESAQGVTIGIAAGRWGQSAYTYRGSEAFPMCSLFKTLAVARLLQDHAYDDELWKRRILFREDQIVENSVICAADGDRDMSVEELADAALRFSDNTAGNLLLELIGGPAQIGPYARALGAYSTRLDRWEPELNEAIPDDPRDTSTPSDIHKLYEALLLGDALSTLGQARLRAWMLRNTTAGKRLGAAEPPGAELADKTGAGDYGVVNDAGVVWQEGRPPLTLAVMTKTEDPDAVNNNDILARVGQLLFAELL PGPT0028070_2178 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-BACTERIAL_FITNESS CE-BACTERIAL_FITNESS-RESISTANCE_TO_ANTIMICROBIAL|TOXIC_COMPOUNDS CE-BACTERIAL_FITNESS-BETA-LACTAM_RESISTANCE,PGPT0028070-penP-K17836 NA NA D3-18_04748 156 hypothetical protein GTGGTGTGGACCTTCAGGATCCTCCTGGCTCTGAAACGGCTGGCCCGCGTCCAGGACAAAGTCCAGATACCCAACCGCCCCGACCCGGAGCCTCAAGAAGAGACCACGACGCACATACTTGCAGGGACGGACCATGGGCCCAAAAACGATGAATAG MVWTFRILLALKRLARVQDKVQIPNRPDPEPQEETTTHILAGTDHGPKNDE NA NA NA NA NA D3-18_04749 1083 aes_3 Acetyl esterase ATGGGGCCGTTGGAATCGATCCAAGCCAGCACGAAGAAAAGTGAGCCAACCCGGAAGGGTTCATCATCGAAGGCCCCGCGGAAGCGATGGTCGCGGCTGAAGAAACTTGAGCTGGCGATTCTGCTGGTGCTGATCGTCGCGCTGGCACTTTCGGCCACGCCCTGGCCCTCGGCAATGCTGATTCGAAGTGTTTTTGAGCGCGGAGCCCAGGCAACCATCGACGAAATGACGCCGTACGTGCCGGATACACCGCTGCAGACCCAGGACGGCGTCGTGTACAAGCCGGGTTCCACCTTTGACGTGTTCAGCCCTGCAGGCACCACCGCCCCTCTCCCTACTGTGGTGTGGATTCACGGGGGTGCCTGGATCTCCGGTGCCCAGCGGGATGTAAATCCGTATCTTCAAATCATTGCTGCTGAGGGCTACACCACCATCGGCCTGAGCTACCCGATTGCCCCCGAGGCCACCTACCCCACCGCGGTGCGGGACATCAACGAAGCTCTTGCCTATATCAAGGCCCATGCCGCCGAGCTGAACGTCGACACCAGCCGAATCGTCCTGGCCGGCGACTCCGCCGGCGCCCAACTCGCGAGCCAGATGACCACGCTCACTGTGAACCCCGAGTACGCCAACCTGATGGGAATCCAACCTGCGTTACAGAAGTCCGATCTGGCAGCCACCATCCTGCACTGCGGCGTCTACGACCTCCGGGCCATGGCGGATCTCAGCGGGATCGTGGCCTGGGGCTTCAAGACCTCCCTCTGGGCCTACACGGGCACCAAGGACTGGTCCGCCACCTACGCTGGTGCCACCATGTCCACCATCGACTTCGTGACCGACGACTTCCCTCCCACCTTCATCAGCGGCGGCAACGGTGACGGGCTCACGTGGCTCCAGTCCGTTCCCTACAGCAACCGGCTGAAGGATGCCGGCGTTCCAGTGACCGAGCTCTTTTGGCCCGCTACGCACGAGCCTGAACTTCCGCATGAGTACCAGTTCCACCTGAATTTTGACGAGGCGAGGCAGGCGCGGGACAAGACCTTCGACTTCCTCTCCACACACGCGGCACGGAAGATCTCCTAG MGPLESIQASTKKSEPTRKGSSSKAPRKRWSRLKKLELAILLVLIVALALSATPWPSAMLIRSVFERGAQATIDEMTPYVPDTPLQTQDGVVYKPGSTFDVFSPAGTTAPLPTVVWIHGGAWISGAQRDVNPYLQIIAAEGYTTIGLSYPIAPEATYPTAVRDINEALAYIKAHAAELNVDTSRIVLAGDSAGAQLASQMTTLTVNPEYANLMGIQPALQKSDLAATILHCGVYDLRAMADLSGIVAWGFKTSLWAYTGTKDWSATYAGATMSTIDFVTDDFPPTFISGGNGDGLTWLQSVPYSNRLKDAGVPVTELFWPATHEPELPHEYQFHLNFDEARQARDKTFDFLSTHAARKIS NA NA NA NA NA D3-18_04750 264 aqpZ_3 Aquaporin Z TTGGTCGACGATTGGGACCTTTCGGCCAAGGTTCCGCGGGCGTACAGAGGGTTCGCACCTATCGTCAATGGTCATGGACTGATCCTGATTCACTTGGTCTCCATTTGGGCCACGAATACCTCTGTGATCCCGCCCTTTGCCGGTCCGGAGGCTTTAGGACAGGTGCGGCTCTTCATTACTGGCCCACTCGTCGACGCAGCGATTGCGGGTTTCACGTACGCAATGTTCTTCCCCAACACCCAAGACGTCGTCCTGGAGCGCTAG MVDDWDLSAKVPRAYRGFAPIVNGHGLILIHLVSIWATNTSVIPPFAGPEALGQVRLFITGPLVDAAIAGFTYAMFFPNTQDVVLER PGPT0004755_316 DIRECT EFFECT BIO-REMEDIATION HEAVY_METAL_DETOXIFICATION HEAVY_METAL_ARSENIC_RESISTANCE ARSENIC_RESISTANCE-ARSENIC_TRANSPORT,PGPT0004755-aqpZ-K06188 NA NA D3-18_04751 225 hypothetical protein GTGAAGCCAGGGGTTGAGACCTACAACCAGGACGGGCAGTGGAGAAGCCGACGTCAGGGCTCGGATGGACCCTTCGCCGTCGGCGGGACCAAGGCTGAGCAGCAGCAGCGTGGGCAGGACGCGGCCCGGCGGGACGGTGTTGAGCACATCATCAGAAACCTGGACGGCACGATTGATCGTACGAACTTTTACGGCAGCGACCTTAACCCGCCCAACGACCACTAG MKPGVETYNQDGQWRSRRQGSDGPFAVGGTKAEQQQRGQDAARRDGVEHIIRNLDGTIDRTNFYGSDLNPPNDH NA NA NA NA NA D3-18_04752 753 hypothetical protein ATGCCGACTGAGCATGAAACCACCGAGGGTACTGAAGGCGCCAGGGCGACTGAGCACCTCCAGGACCTCGCCCTGGCCTCCGAAGATGTTGGAGAATTCCTCCAGGAACTAGCCTTGCTCTCCGCCAACGTCCTATCGGAGAAGAATGATCTGCTGAGCTCAGTGACGCTGAAACGACGGAAGAAACCCGTCACGGTTGCCTTCAGCACACCACAAGCGAAGGATCTTGACGAGCTGCAGTATGGGGCCGGTACCGGCCCGTGCCTGACGGCCCTTGATGGGCAAGCCACCATCCACGTCCCTGACGTCCGCGAAGAAACCCGATGGCCCGATTACACACCTACAGCATCGGCCAAGGGCGTCGGGTCCATCCTGGCTGTACCAGTTCCCCTAGAAGGTGAGGCCGCTGCCGCGCTGAATCTCTACGCCACCAGAACACACGCCTTCAGCGGTCCGAAAATCCAGGAGGCAGAGTCTCTCGCCGGCCAAGTATCAAGAACTCTGCGCATCGCGGTACGAATCTCTCAACTTACCGAGGACAGAAGGAACCTGCTGGCCGCGATGCAATCCCGCACGGCCATCGATATGGCCGTTGGGGCGATCATGGCTCAAAACCGCTGCAGTCAGGAAGCAGCCATGAAAATCCTCCGGATCGCCTCCAGCGGCCGTAACATCAAGCTGCGCGACGTCGCGGCCGTAATCGTCACCTCCATCGCCAGAGACCCGACGGTACTGACCCACTTCGACGACTAA MPTEHETTEGTEGARATEHLQDLALASEDVGEFLQELALLSANVLSEKNDLLSSVTLKRRKKPVTVAFSTPQAKDLDELQYGAGTGPCLTALDGQATIHVPDVREETRWPDYTPTASAKGVGSILAVPVPLEGEAAAALNLYATRTHAFSGPKIQEAESLAGQVSRTLRIAVRISQLTEDRRNLLAAMQSRTAIDMAVGAIMAQNRCSQEAAMKILRIASSGRNIKLRDVAAVIVTSIARDPTVLTHFDD NA NA NA NA NA D3-18_04753 345 hypothetical protein ATGGCTGAAGCGGGGAACAATCAGCCCGAATCACGCCCCGTCTCTGAACAGGAACAGATCAGGGGGTTGAAGGTTGCTCTGAAGGAATCAGATATCTCTGTGGAGGAGTTGTGGCTGAAGTACTTCAGCATTGGTGGGAACATTGGCGAGTACGAGGTCGATGCCTACGTCGAGACCTCGTTTCCGCTGCCGCCACTGGAACGGGACCTCTTGGCCCACGCCGCGAATGAACTGATCGACGAACTCCGTTCCCGCCCCAAAGCCCCCTACGCGGACGGGAATCCGACCTCCGGGGTACCGGACAGCACGAACAACATCGAAAATCGAGATCACCATGCCGACTGA MAEAGNNQPESRPVSEQEQIRGLKVALKESDISVEELWLKYFSIGGNIGEYEVDAYVETSFPLPPLERDLLAHAANELIDELRSRPKAPYADGNPTSGVPDSTNNIENRDHHAD NA NA NA NA NA D3-18_04754 723 hypothetical protein ATGACCCAGCAATTACCGTTGGATGAACTGACACTCACTCTTGCCCGTATCAAGGGTCTGCTCCTGACAGAGGACAAGGTTGACCGGGCAGTCCAGCTCCTGGCCGAGGGAATCCGTGACGCTTTCCCCGGAAGCGTCGGGGCGGGGGTGTCGCTCCTGGACGAGCAGGGCCGCAGGACCAGCACCGGGACCACCAATGAAGTGGCCGCTTTGGCTGATCAAGCCCAGTACGAACTCGGCGAGGGACCTTGCCTCACTGCCTGGGCCTCAGAACACTCCGTTGTCATTTACGACCTCAGCACCGAAGACCGCTGGCCGGCCTGGACCCAGGCAGTGGCCGAGCTGCCGATTCGATCGGTGATCAGTTCCCCGTTGCTGGTCGGAACCCGCAGCCTGGGAGCGCTGAAGATTTACTCCGACGTCCCGGAAGCGTACGACACCGCGACGACCCGGCCTTTGGAGAAGTTCGCCTCTACCGCGGCGATCCTGCTCGATAACATCCAAACCGCTGAGGCGCCCTTACGGTTCAACGAAGCACTCAGCGAAGCCCTGGCAAGCAGGGACAACATCAACCGGGCCCAAGGAGCGCTGATGCAACTCCACGGCTTGGGAGAAGAAGAAGCTTTCCGGGAGTTGCTCAAACGTTCCCGTACCAACCGGCAGTCCCTCGTTGATGTCAGTGAAGGGATTCTGGACCGCAGCAGGAACGACCGGCATGGCTGA MTQQLPLDELTLTLARIKGLLLTEDKVDRAVQLLAEGIRDAFPGSVGAGVSLLDEQGRRTSTGTTNEVAALADQAQYELGEGPCLTAWASEHSVVIYDLSTEDRWPAWTQAVAELPIRSVISSPLLVGTRSLGALKIYSDVPEAYDTATTRPLEKFASTAAILLDNIQTAEAPLRFNEALSEALASRDNINRAQGALMQLHGLGEEEAFRELLKRSRTNRQSLVDVSEGILDRSRNDRHG NA NA NA NA NA D3-18_04755 213 hypothetical protein ATGGCCAAGGACCACCCGGCACCCATGCCGGATCATCTCCATTTGTTGCTGCAATCGCGTGCTGTTGTTGATGCCGCTGTGGCACGGATCATGGCGCAGAACCGGTGCAGCCGCGGCATGGCGTTAGCATTCATGCAAACGACTGCAAGACGTCGTCACAGTCGTGTCCAGGACGTAGCCAAACAGATTCTGGCCAAAGGGGAGCACCTCTAA MAKDHPAPMPDHLHLLLQSRAVVDAAVARIMAQNRCSRGMALAFMQTTARRRHSRVQDVAKQILAKGEHL NA NA NA NA NA D3-18_04756 228 hypothetical protein ATGCAAGACGCTCACCGCATCGCGAAAGCGCTGATATCGGACAAGACCATCACCTTGGATGAACTCTGGACCCAATGGTGGGCCAACGGAGGATGGGCGGGACCAAACGACTTCGGCATCTACTTGGGAGCCCCTGCCTGGTCTGACTCCTTTGATCTGCATGTCCTCGCTTGGGCCTTGATAGACCTTGGATGCGATAGCCCCTTGGATCAGACCGCACGGGGATAA MQDAHRIAKALISDKTITLDELWTQWWANGGWAGPNDFGIYLGAPAWSDSFDLHVLAWALIDLGCDSPLDQTARG NA NA NA NA NA D3-18_04757 660 hypothetical protein ATGTCTTTCGAGTACCCGATGCCGCGGGTTGAGAGTGTTGCTGATCATCTTCAGGACCTTGTTTTGGAGTGCGGGGATGTTGAGGATTTCCTCAAGGAACTTGCCGCGTTTTCGGCATCGAATCTTTCTGGTGATCTGTTGTGCAGCGTGACGTTGGTGCGGCGCAAGAAGCCTGTGACGGTCGGCCCCAGTCACCCGCTGGTCACGCAGCTTGATGAGCTGCAGTACGGCATCGGGGGAGGACCCTGCCTGTCCGCGGTCAAGGCCCAGACCACGGTACACGTCCCCGATGTCCGGCAGGAGCGCCGCTGGCCAAAGTACATGTCCGTGGTCTGGGCTGCCGGCGTTGGCTCGATGCTCGCCGTGCCACTTCCCCTGGAAGGAGAGGCGAACGCAGCCCTGAACCTCTACGCGCCGCGGACCGAAGCGTTCACCGCCTCTGATATTGAGGCTGCGGAGTCCTACGCGGCCCGGGCTTCGAAGGTGCTGAGGATGGCGACCCGGGTTTCGCAACTGGTCGAGGACCGAAAAACCTGCTGGCTGCGATGGAATCCCGCACTGTCATTGACCTGGCTGTCGGCGCGATCATGGCCCAGAACCGATGCAGCCAGGCAGAGGCTTTACGGATCCTCCGGATTGCCTCCAGCACCCGTAACGTGA MSFEYPMPRVESVADHLQDLVLECGDVEDFLKELAAFSASNLSGDLLCSVTLVRRKKPVTVGPSHPLVTQLDELQYGIGGGPCLSAVKAQTTVHVPDVRQERRWPKYMSVVWAAGVGSMLAVPLPLEGEANAALNLYAPRTEAFTASDIEAAESYAARASKVLRMATRVSQLVEDRKTCWLRWNPALSLTWLSARSWPRTDAARQRLYGSSGLPPAPVT NA NA NA NA NA D3-18_04758 276 hypothetical protein ATGGCAACACAGCATGACTCGGTCGGCCCCGAGCCTCCAAGCACCAATCCCCTGAACCTGTCTTCGAGTTCGATGGGCTTGCCTCCCGCCGAAGCGATAGATGCGCGGACGTCAACGCCGGTCCCTGTGGATGCTGGCCGCGATTCGTTCGCGTCTTTGTCCGGGCATCAGGGGCCTCTGCTGAGGCACAACCCGGTTACGGAGCAGCTGGTGATGGTTGGTAAACGGAGGGAACGGGCCGAGGCCCGGCTTGAGGACCAGTTACGTGCAACCTAG MATQHDSVGPEPPSTNPLNLSSSSMGLPPAEAIDARTSTPVPVDAGRDSFASLSGHQGPLLRHNPVTEQLVMVGKRRERAEARLEDQLRAT NA NA NA NA NA D3-18_04759 468 hypothetical protein ATGACACCTACCCATAACCCCGCCCGGACCCGCACCCCGATTCAGCGAGCAGCACAGATCGTAGGTGCCGTCTTTCTCCTTGTAGGGGTCCTTGGCTTCATCCCTGGGGTCACCTCAAACTACGAAACTCTATCCTTCGCCGGCCACACCTCCGATGCCGTGCTGCTGGGGATTTTCCAGGTCTCGATCCTGCATAACATCGTCCACCTGCTCTTCGGGGTAGCGGGTATCCTTATGGCCCGAACCGCGGGCCAGGCCCGCAATTACCTAATCGGTGGTGGCGCTGTTTACCTGGTGCTATGGCTCTATGGCCTATTCATCGACCAGGAATCCACCGCAAACTTCGTCCCTGTCAACAACGCCGACAACTGGCTTCATCTGCTCCTGGGCGTGGGCATGCTTGCCCTGGGCTTGGCCCTCAGCCGACGGACAACCACAGGACGACCCGCAACCACGACCGGCCGGTGA MTPTHNPARTRTPIQRAAQIVGAVFLLVGVLGFIPGVTSNYETLSFAGHTSDAVLLGIFQVSILHNIVHLLFGVAGILMARTAGQARNYLIGGGAVYLVLWLYGLFIDQESTANFVPVNNADNWLHLLLGVGMLALGLALSRRTTTGRPATTTGR NA NA NA NA NA D3-18_04760 414 hypothetical protein ATGCCTGATGTAAAGCGCTGGCCCACCAGCAGATTGCTCTACACTGCAGCCCGGCTTGTCGAGCAAGGATTGAACAGAAAATTACGCAACCTCGGGCTAACGTACGCGGCAGTGATCGCCTTGGATGCGGTGGCGGCCACGGGACCCATCACACAGGCGGGCCTTGCCCACGTTATTCACGTGCGGGCCCAGACTCTGGGCCCGACACTGCTGAAACTCGAGTCCCGAGGGTACATAAATCGCCGGCCAGGGAACCGCAACAGTCACTACGTTTCCATCACGGACACAGGCAAACAACTGCTTCACGAGGCCCACGCCTTGGAACTTGAAGTCCTGGCAGACTTTGACGTCGATCCCGACGGCCTGCGGGACGAGCTGGAAAACATTGTGCTCAACGCACCCAAAGACGACTGA MPDVKRWPTSRLLYTAARLVEQGLNRKLRNLGLTYAAVIALDAVAATGPITQAGLAHVIHVRAQTLGPTLLKLESRGYINRRPGNRNSHYVSITDTGKQLLHEAHALELEVLADFDVDPDGLRDELENIVLNAPKDD PGPT0013155_5159 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775 NA NA D3-18_04761 912 pcpR PCP degradation transcriptional activation protein GTGGCTAGCCTCGATTTACGTCTCGTCAGGATTTTCAATCTCATATTCGAGACGGGAAGCTTGACCAGGACCGCTTCTGTCTTGTCGGTGACACAGCCGTCGGTTAGCTATGCGCTGTCTCAGCTGCGCAAGCAATTGGCTGATCCCCTATTCATCCGTGGACCGGAAGGTATGCATCCCACGGCGCGTGCTGTTGAGCTGTTCGAGGTTTTCAAACGCTCCGTGAACGAAATCGATCTGGCGGTGGAGAGCCTGACGTTGTTTGATCCGATGGCTTCGAACCGGACGTTCCGCCTTTGCCTTTCAGATCTCGGTGAACTGACTTTTCTTCCCTCAATCGTGAACCATCTCATGAGCGAAGCTCCCGGGGTATCCCTTGATGTCGTACCGATGCAGATTGACCGTGTGCCGGATTGGCTGGAGCGGGGGGAAGTTGATGCAGCCATCGCAAGCATTGATTTCCCTGGTCAGGCTCATCGGCAGGTGATTTCGCAAGAGCGTTACGTTTGTGTCCTTCCGGCCCGTTTGGCCGGGCCCGGGACGACCATGACCTTGGAAGAGTTCAAGGGCCTGCGGCATGTCGTCATTGACCGATCTAGCGGGCATGCCCAGGTCGACGCGGCGTTGAGTTCCATCGGGGTCGAACGTGAAGTCAGCCTCCGTGTTCATCATTTTTCCGTCTTGCCCGGTGTACTTGCCAACAGCGATCTGGCGGTAATCGTTCCCTTGCGGGTGGCGAGGTCCTTTGGCAGGTTATGGCCGGTGGTGGTGAAGGAACTGCCGTTCGATCTTCAAAGCTTCAACGTGAACCTCTATTGGCAAGGAACCCAAACGCGTTCCCCGGCCATTGCGTGGTTCCTGGATGTTCTTACCCGGTCTTTGAGTGAGGCCGAGGTTGTATCGATGCCCTGA MASLDLRLVRIFNLIFETGSLTRTASVLSVTQPSVSYALSQLRKQLADPLFIRGPEGMHPTARAVELFEVFKRSVNEIDLAVESLTLFDPMASNRTFRLCLSDLGELTFLPSIVNHLMSEAPGVSLDVVPMQIDRVPDWLERGEVDAAIASIDFPGQAHRQVISQERYVCVLPARLAGPGTTMTLEEFKGLRHVVIDRSSGHAQVDAALSSIGVEREVSLRVHHFSVLPGVLANSDLAVIVPLRVARSFGRLWPVVVKELPFDLQSFNVNLYWQGTQTRSPAIAWFLDVLTRSLSEAEVVSMP NA NA NA NA NA D3-18_04762 1494 pchA 4-hydroxybenzaldehyde dehydrogenase (NADP(+)) ATGACAACCCAAATAGAGATAGAGACAGCACCGCTGACCGCCTGGGTGCCTCAACAGCAGTTCATAGCCGGCAAGTGGAGGAAAGGGACGTCCGGGAAGGAGCTGACGCTCACCAACCCATATACCCAAGACAGCTTGGGCACCATCCGGCAAGCCTCCATCGCTGACGTCGACGACGCCTACAGGTCCGCGTCCGCGGCGCAACCCCAATGGGCTGCCACGCCGCCTGCAGTCCGCCAAGAGGTAATGCTGCGCGCAGCGCAGATCCTGCAGGAACGCCACGAACAGATCGTCAACTGGCTGGTTGCCGAATCAGGCAGCACGGTTCTCAAAGCCACCGTAGAGGTCGCAGCGGCCCGGGCGATCACCCTCGAAGCAGCTTCCTACCCCTACCGCGTCCAGGGCCGAATCATGGAATCGAATATCCCGGGGAAGGAGAACCGGGTATACCGGGGACCGCTGGGCGTTGTCGGAGTCATCAGCCCTTGGAACTTCCCTCTTCACCTCTCACAGCGTTCAGTAGCACCGGCTCTGGCCCTGGGCAACGCCGTTGTGCTCAAACCTGCCAGTGATACCGCCGTCACAGGCGGGTTGATCGTAGCCAAAATATTCGAAGAAGCCGGCCTGCCGGCCGGTGTCCTGAACGTCGTCGTAGGATCCGGCAGCGAAATCGGCGATGCCTTCGTCGAACACGAAGTACCGGCGCTGATTTCCTTTACCGGTTCAACCCCCGTGGGGCAGAACGTCGCCAGGATCGCCAGCAGCGGCCGGCACCTCAAGCATGTGGCCCTGGAACTGGGAGGCAACAGCCCCTTTGTGGTGCTTGAAGACGCTGACCTGGACCAAGCCGTACGCGCTGCCGCCATGGGAAAGTTCCTGCACCAAGGACAGATCTGCATGGCCGTGAACCGGATCATCGTCGTCGATGCCGTCTACGATGAGTTCGTTCGCCGTTTCACGGAGCACGTGCGAACCATCAAAGTTGGAGACCCTGCTGATCCCGCCACTGTAGTGGGACCTGTCATCAACAACTCGCAGCGTAACGGCTTGCTGGAGAAGATACGCACAGCAAAGGCAGAGGGCGCAAGAGTCGTCCTGGACGGTGAAATAGCTGGATTCCTGGTTCCCCCACACGTATTCGCTGACGTCACTCCACAGATGGAAATCGCCCGCGAGGAAATCTTCGGGCCACTGGTGGGTATTCAACGCGTGAGGGATGAAGCTGAAGCTCTGGAATCGGCCAACGACACCGAGTACGGCCTGGCCAGCGCAGTCTTCACCGCTGACATCGAAAGAGGCGTAGCGTTTGCCCGCCGCATCAAGGCCGGCATGACCCATATCAACGACATCCCCGTCAACGACGAAGCCCACGTGTCCTTCGGAGGCGAAGGCAACTCCGGCCTGGGCAGGTTCAACGGCGAATGGGCCATTGATGAGTTCACCACCGATCACTGGATCAGCGTCCAGCACAGCTCACGCCATTACCCCTTCTAG MTTQIEIETAPLTAWVPQQQFIAGKWRKGTSGKELTLTNPYTQDSLGTIRQASIADVDDAYRSASAAQPQWAATPPAVRQEVMLRAAQILQERHEQIVNWLVAESGSTVLKATVEVAAARAITLEAASYPYRVQGRIMESNIPGKENRVYRGPLGVVGVISPWNFPLHLSQRSVAPALALGNAVVLKPASDTAVTGGLIVAKIFEEAGLPAGVLNVVVGSGSEIGDAFVEHEVPALISFTGSTPVGQNVARIASSGRHLKHVALELGGNSPFVVLEDADLDQAVRAAAMGKFLHQGQICMAVNRIIVVDAVYDEFVRRFTEHVRTIKVGDPADPATVVGPVINNSQRNGLLEKIRTAKAEGARVVLDGEIAGFLVPPHVFADVTPQMEIAREEIFGPLVGIQRVRDEAEALESANDTEYGLASAVFTADIERGVAFARRIKAGMTHINDIPVNDEAHVSFGGEGNSGLGRFNGEWAIDEFTTDHWISVQHSSRHYPF PGPT0006875_3508 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-CELL_ENVELOPE_REMODELLING CE-GLYCEROLIPID_REMODELLING CE-REMODELLING_GLYCEROLIPID_DEHYDROGENASE|DEHYDRATASE_ACTIVITY,PGPT0006875-aldH|dhaS-K00128 NA NA D3-18_04763 1644 mdlC Benzoylformate decarboxylase ATGACAGCTATTACCCAGTCCGCTGATAAAGCGGCACCCCATGGAGACGAAGCGGTCCGTACCGTTGCCGAGGCCAGCTTCGAACTTTTACGGCAAAACGGCTTGACGACCATCTTCGGCAACCCCGGATCGAACGAGCTGCCCTTTCTGGGGGCGATGCCTGAGGACTTCCGCTACATACTGGGCCTGCATGAGGGCGTGGTAATGGGCATGGCAGATGGTTATGCCCAGGCATCGGGCACGGCCGCGTTCGTGAATCTGCATGCCGCGTCGGGCACGGGCAATGCCATGGGCGCCCTAACGAATGCATGGTACTCCCACACTCCTTTGGTCATCACCGCCGGGCAGCAGGTCCGCACTACCATCGGTATGGAATCAATGCTTTCCAACGTTGATGCGACCACGTTGCCGCGCCCCTTGGTCAAGTACAGCGCAGAGCCCGCCTCGCCGGTGGACGTCCCCCGCACACTGGCCCAGGCTGTCCACACCGCAGCCCAGGACCCGAAAGGACCGGTTTATGTTTCGATTCCCTACGATGATTGGGACACCGAAGCAGGCCACGCAAGCGAACACCTCTCGGGACGGCATGTCCACACCGCCGGTGCCCTCACCCCGGACCAGGTAGACCATCTCGTTTCTGCCCTGTCCGAGGCCGCCAACCCGGTGCTGGTACTGGGCCCGGACGTTGACGCGGCCAAAGCCAACCACAACGCGGTGATCCTGGCCGAAAAATTGGGGATGCCGGTGTGGGTTGCCCCTTCGGCTCCACGCTGTCCCTTCCCGACTCGTCACCCCCACTTCCAAGGGGTGCTTCCGGCCTCGGTCCAAGGCATCTCCGCCCTCCTCGACGGCCACGACCTCATCGTCGTCGTAGGAGCACCGGTCTTCAGATACCACCAGCACCAACCCGGCCGATTCCTCCCCGAGGGGTCAAGGTTGCTGCATATCACCTGCGACCCATCGGAAGCGGCGCGCGCCCCCATGGGCGACGCCTTCGTGGCAGACATCGCAGAGGCCATGAAAGCTCTGGCCGCCGACGTCCCCACCATTCAGCGACAAGCGCCGGACCCTCGCACCATCCGGCCAGCCGCAACCGGCTTCGACCAAGCACTCACGCCGGAAGAAGTCTTCGATGCCATCAATCTGCTGGCACCCGAAGACGCCGTCTTCGTCAATGAGGCCACCTCGACGGTCGGTGAACTGTGGGACCGGATTGAAATGAGACACCCCGGGAGCTACTTCTTTCCAGCTTCGGGCGGCTTGGGTTTTGGGATGCCGGCCGCAGTTGGCGTGCAGCTGGCCTGCCCTGACCGGCGCGTCATCGGAATCATTGGTGATGGGTCGGCGAACTATGGCATCACCGCGCTTTGGACCGCTGCGCAGGAACGTATTCCCACGGTGTTCATCATCCTGAACAACGGTACTTACGGTGCCCTCAGGGCGTTCGCGAAGCTGCTGAACGCCGGAGAAGTATCCGGTCTGGATGTTCCCGGAATCGACTTCCGCGCCCTGGCGCACGGCTACGGCGTCAGCGCCGTCCGCACTCCCACTCTGGAGTCCTTCAAGGCAGAACTTCAAGCCGCCCTTCAAGCAGATTCTCCGACTCTCATTGAAGTCCCCACCACTACCATCAGCCCCTTCTGA MTAITQSADKAAPHGDEAVRTVAEASFELLRQNGLTTIFGNPGSNELPFLGAMPEDFRYILGLHEGVVMGMADGYAQASGTAAFVNLHAASGTGNAMGALTNAWYSHTPLVITAGQQVRTTIGMESMLSNVDATTLPRPLVKYSAEPASPVDVPRTLAQAVHTAAQDPKGPVYVSIPYDDWDTEAGHASEHLSGRHVHTAGALTPDQVDHLVSALSEAANPVLVLGPDVDAAKANHNAVILAEKLGMPVWVAPSAPRCPFPTRHPHFQGVLPASVQGISALLDGHDLIVVVGAPVFRYHQHQPGRFLPEGSRLLHITCDPSEAARAPMGDAFVADIAEAMKALAADVPTIQRQAPDPRTIRPAATGFDQALTPEEVFDAINLLAPEDAVFVNEATSTVGELWDRIEMRHPGSYFFPASGGLGFGMPAAVGVQLACPDRRVIGIIGDGSANYGITALWTAAQERIPTVFIILNNGTYGALRAFAKLLNAGEVSGLDVPGIDFRALAHGYGVSAVRTPTLESFKAELQAALQADSPTLIEVPTTTISPF PGPT0005425_449 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AROMATIC|PHENOLIC_COMPOUND_UTILIZATION PLANT_DERIVED_BENZOYLFORMATE_DEGRADATION,PGPT0005425-mdlC-K01576 NA NA D3-18_04764 918 panE COG1893 2-dehydropantoate 2-reductase ATGAAAACCGCAATTGTGGGGTCCGGTGCCATGGGCCAGCTCTTCGGCGCCCGGCTGCTGCTCGCAGGAAACGATGTTGTCTTTTTGGATACCAACCAACAGACCATTGACACCCTCAATGACAACGGCGTCACCCTGACAACGGATATGGGGACCGAGCACGTACCGGCCAGAGCTGCCCGGGCTGCTGACCTGACAGAACCGATGGATCTTTTCATCGTCTTCACCAAAAGCTTCCACACCAATGCTGCTGTGGCCTCCGTCAGCCACCTCATAGCTTCGGAAAGCTGTGGGCTGACCCTTCAGAACGGCTTGGGGAACGCGGAGGTTCTGCAGAATTGGTTTGGGCAGGCCCGGGCGCTGTTGGGAATTACGGACTTTCCGGCCGACTTGAAGGGCCCCGGAGTGGTGGTCAGTCACAGCAGCGGAAAGGTGCGGCTGGGTTCGTTGGATCCATCCCCGAGCCTGCCTGCAGTGGCCGCCCTGTTGGACTCAGCCGGGCTGAACGCCGCAGCGGAACCGGACATCCGTGTACCCGTGTGGGAGAAAGTAGCGTTCAATTCTGCTTTGAATACCCTTAGCGCAGTGACAGGAATGACCGTGGGTCAGATCGGCGACGATCCCCATGCCCGCGGGATCGTTGCATCCGTGATCGCGGAAACTGTCGCCGTCGCCAGCTCCCTGCAGATCTCCATTTCAACGGACCGAATAGACGCCGCGATGGAGAACGCCTTCATGCACCATACCCACCACAAAACCTCCATGCTTCTTGACCGGGAAGCCGGCAGGCCGACGGAGATTGACTCGATCGGAGGCGGCGTAGTGCGCATCGGCCAGGAAAACGGAGCAGCAACCCCCGTACTGCAGACACTCTGTGAACTCTTGCGCGCCGTAACGTCCTCAGGGAGCAAGCCATGA MKTAIVGSGAMGQLFGARLLLAGNDVVFLDTNQQTIDTLNDNGVTLTTDMGTEHVPARAARAADLTEPMDLFIVFTKSFHTNAAVASVSHLIASESCGLTLQNGLGNAEVLQNWFGQARALLGITDFPADLKGPGVVVSHSSGKVRLGSLDPSPSLPAVAALLDSAGLNAAAEPDIRVPVWEKVAFNSALNTLSAVTGMTVGQIGDDPHARGIVASVIAETVAVASSLQISISTDRIDAAMENAFMHHTHHKTSMLLDREAGRPTEIDSIGGGVVRIGQENGAATPVLQTLCELLRAVTSSGSKP PGPT0008745_3028 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 D3-18_04765 1437 mdlY Mandelamide hydrolase ATGAACGATGTGGCTTTGCAGCCCGAAACAGGCGGCGTAGATCGCTCCGCCCTGGTGGATCTGACGGCCACTCAAGCACTCAGTCTTATCAACTCACACCGGCTCTCTCCACAGCTCTATCGCCAGGCGCTTCAGGCCCGGGCCGGGCAAGTCAGTACCTACAACGCGGTGGCAGCAATGCACCCAGGCGCGGCGACACCGCAGCAAGGCCCGCTCAACGGTGTTCCCGTGCTCGTCAAAGACAGCTTCGACGTCGAAGGCATGCCGACCACGGCGGGAACCCCTGCCCTGTCGGCAAATATTGCCGGCTCCACCGCCCCACTTATTCAGCGGTTGCTGGACGCGGGCGCAAACATTCTGGCGAAAACCGTCATGCATGAACTCTCCCTCGGCGGGACCTCGCGGAACGGCGTCCACGGAACACCGAAAAACCCGTGGAATCCGGAACGCATCTGCGGCGGCAGCAGCGGCGGAGCAGCCTCAGCCGTGGCTTTGGGAATTGCACCCGTGAGCATCGGCGCTGACACCGGCGGTTCCATCCGGGTACCTGCTGCCCTGTGCGGGGTAATCGGCTTCCGACCATCCGTGGGCCGGTACCCCCAAGGAGGTGCTGTCCCCCTCTCCCCCACCCGGGACGCCGCCGGCCCGATCGCCCGCAGCATGGAGGACATCGTCACAGTCGACGCCGTTCTTTCCGGGCAGCCCCGTAAGAAGGAAAGAAGAGCCGACACCACAGTGACGCTCGGACTCATTCCCTCTCACCTTCAAGACCTCGAACCCGACGTGTCAGCGGTGTTCGAATCCACACAACAGAAACTCATCCAAAGCGGAGTGCGGATCGTCGCGCTATCGGGCCAGGACCTTCTCGACCGCGCCCAGGACATCGCCTTGACACTCGTCTGGGGTGAAGCTGGTTCGGCCATCGAAACGTACCTCCAGGAACAAGGCCGGATTTCACTGGCGGAACTACTCGAACAAATCAGTGAACCCGACGTGGCCCTGGCCATGAGGAACGGCATGGGTTCGGTCTCTCCGAAGAAATACCGTGCCGCCCTGATTGAACGAGACGCGCTCCGTCGCGAACTGGCTGCCCGTCTGCATCATGCCGGAGCTTCCGGCCTGATTTACCCCACCACACCGGTGGTAGCCCCAAAACTGGAAGACGGCGAAACACTGGCCCTCAACGGCCGCCTCGTTCCAACCTTCACTACTCTCATCCGCCATTGTGATTTCGGCGGGACCATAGGACTCCCCGGAATTTCCCTCCCCGTGGGGCGAGGACCCGAAACGGGATTGCCCGTCGGGATCGAACTCACCTACCCCCCTGAAGCCGACGACCAGCTACTGGACCTTGCAACGCAACTCGCGCCGCTGATCCTTGATGTCGCCTCCCCCACACAACTCGTACCCGTTCACAAGCATTCTCCTGTCGCATAG MNDVALQPETGGVDRSALVDLTATQALSLINSHRLSPQLYRQALQARAGQVSTYNAVAAMHPGAATPQQGPLNGVPVLVKDSFDVEGMPTTAGTPALSANIAGSTAPLIQRLLDAGANILAKTVMHELSLGGTSRNGVHGTPKNPWNPERICGGSSGGAASAVALGIAPVSIGADTGGSIRVPAALCGVIGFRPSVGRYPQGGAVPLSPTRDAAGPIARSMEDIVTVDAVLSGQPRKKERRADTTVTLGLIPSHLQDLEPDVSAVFESTQQKLIQSGVRIVALSGQDLLDRAQDIALTLVWGEAGSAIETYLQEQGRISLAELLEQISEPDVALAMRNGMGSVSPKKYRAALIERDALRRELAARLHHAGASGLIYPTTPVVAPKLEDGETLALNGRLVPTFTTLIRHCDFGGTIGLPGISLPVGRGPETGLPVGIELTYPPEADDQLLDLATQLAPLILDVASPTQLVPVHKHSPVA PGPT0007200_83 DIRECT EFFECT PHYTOHORMONE|PLANT_SIGNAL_PRODUCTION PLANT_SIGNAL-BRANCHING_STIMULATION PLANT_BRANCHING-AUXIN|IAA_METABOLISM PLANT_BRANCHING-IAA_RELATED_TRP-DEPENDENT_PATHWAY_2,PGPT0007200-bam|iaaH|aux2-K21801 NA NA D3-18_04766 1350 abaF_20 Fosfomycin resistance protein AbaF ATGACAACAAATGCCCTGCCAGTCTTCACTGGCCCAACGAAGGCGGAACTATTCCGTGTTCGTTTCGCCAGCGGGATCGGCTCCACCATCGAGTGGTACCTCTCTTTCGCCTACATCTCAGCTGCCGGACTGATTTTCAGCACCCAGTACTTCGGAGCGCTGGGCCCCAACGCCCTCATCGTGTCCCTCGGCTCGGTTGCCGCCAGCTTTATCGCCAGCCCCCTGGGCGGCATCATCGCCGGGCACTTCGGAGACCGATACGGACGCAAAGCCACACTCGTTGCGACCTTGGCCGTTATGGGAATCGCCAGCCTCGGTATGGGTCTGCTCCCGACCTACGACCAAATTGGTCTTGCAGCCCCAATCCTGCTGGTCATCTTCCGCTTCATGCAAGGGCTGAGCACCGGTGGTGAATGGGGCGGGGCGGCATTGATGTCCATCGAGTACGCTCCCGCCCACCGACGTGGCTTCTACGGAATCTTCTCTCAGATCGGCACCCCCTCCGGTCTGGTGCTGTCCACCGGTGTGTTCTTCCTGATGCAGGCCCTGACCACACCCGAACAATTCATGGCGTGGGGATGGCGCGTACCCTTCTTCATCTCCGTTGTCCTGGTCCTCATAGGACTGAAAATCCGGACCTCCATTTCGGAGAGCCCCGCCTTCGCCCAAATGAAGGAATCGAACGCCGAAGTACGGGTACCGCTCAAAGAGGCCGTCCAACACCACGGCTGGCAGATGTTCCTCGCCGGCGGATCTTTCGTGGCAAATATCCTCTCCGGCTACATCCTCATCGGCTACCTTCTCTCCTACACCGCGAACCAGCTGCAAATGGATCCCGGAACCACTCTGTTTGTCCTGATGCTGGCCTCGCTTGTATGGATCGGCTCCACCGTTCTGGGAGGCATCTGGTCCGACCGGGCAGGACGCAAACGCGTCATGGCCATCGGCTACGCACTCATGGGCGTATGGATCATCCCCATGTTCCTGCTCATCAACACACGCTCAACCATCAACCTGGCCATTGGCGTGTTCATTCTTGCCATTTCCTTGGGACTCTCCTACGGCCCGCAAAGCGCGATGTTCGCGGAACTTTTCCCCGCCCACCTGCGCTACACCGCAGCCTCACTCCCCTACGCCATCGGAGGAATAGTCGGCGGAGGATTCGCTCCTGTCATCGCCGAATGGTTGCTCGAATCCACCGGAAGCATCATCTCCATCGGTGTGTACGTCATCGCCTTTGTCGGGATCTCCCTGCTCAGCCTCCTACTGCTCAAAGACACCTACTTCAAAGGCTTCCCGGACATGAGCTTCAAAGGCACCGCAACATCCACGAAGTCCGCAATGAAGTAA MTTNALPVFTGPTKAELFRVRFASGIGSTIEWYLSFAYISAAGLIFSTQYFGALGPNALIVSLGSVAASFIASPLGGIIAGHFGDRYGRKATLVATLAVMGIASLGMGLLPTYDQIGLAAPILLVIFRFMQGLSTGGEWGGAALMSIEYAPAHRRGFYGIFSQIGTPSGLVLSTGVFFLMQALTTPEQFMAWGWRVPFFISVVLVLIGLKIRTSISESPAFAQMKESNAEVRVPLKEAVQHHGWQMFLAGGSFVANILSGYILIGYLLSYTANQLQMDPGTTLFVLMLASLVWIGSTVLGGIWSDRAGRKRVMAIGYALMGVWIIPMFLLINTRSTINLAIGVFILAISLGLSYGPQSAMFAELFPAHLRYTAASLPYAIGGIVGGGFAPVIAEWLLESTGSIISIGVYVIAFVGISLLSLLLLKDTYFKGFPDMSFKGTATSTKSAMK PGPT0002956_607 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_ORGANIC_ACID_TRANSPORT PLANT_DERIVED_SHIKIMATE_TRANSPORT,PGPT0002956-shiA-K08172 NA NA D3-18_04767 450 rutC_2 Putative aminoacrylate peracid reductase RutC GTGAGCCTGATGAAACACATAGACCAAGTTCCCCTGCCGCGGCAGATCAACGCGGACGGCCTCATAGCCCCACTGGGCAAGTACAGCCACGTCACCATAGCCAACGGTATGGCCTTCGTTTCCGGCCAACTTCCCATCAATACCGAGGGTGAGCCCGTCACTAACGCACCATTCTCTCGGCAGGTACAGCAGACTCTCGCAAATGTTGACGCCTGTCTCCTGTCAGCTGGTCTTTCGCGGGAAGACCTTGTGCAGGTCCGCGTCTACGTCACGGAAATTGCCGACTGGAAAGCCTTCGATGACATATACGGAGATTGGATCGGCAGCCATCGCCCCGCCAGGGCTGTTGCCGGTGTCAAAGAACTGCACTATGGCGCTGCCGTAGAAGTTGAAGCCGTAGCATGCATACCGGATTCCCCACGAACTGGCGAGTTCGAAAATGACTCCTAG MSLMKHIDQVPLPRQINADGLIAPLGKYSHVTIANGMAFVSGQLPINTEGEPVTNAPFSRQVQQTLANVDACLLSAGLSREDLVQVRVYVTEIADWKAFDDIYGDWIGSHRPARAVAGVKELHYGAAVEVEAVACIPDSPRTGEFENDS PGPT0020030_2159 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 D3-18_04768 624 dauR COG2964 Transcriptional regulator DauR ATGACACATTCGGAGACCGAGCACCTTTTGGCCGAGCTCGACAAGATCACCACTGCCCTTGGGCGGACGTTTCCCGGGCTGTGTGAAGTAGTACTCCACGACCTGCGAGATCCTCTGCACACCGTCAGGACTATCGAAAACAACATTTCCGGACGCCACCCGGGGGATTCCGCAACCGAACTGGGCCTAGTCCGGATACAAGATCCCAACTTCCCGGCTGTGCTGCAGAACTATGCGAACAACTTCCCCGACGGCCGCGCCTCCAAGAGCACCTCTATCGGGATCAAGGACCGGGATGGCAACTACATTGCAGCCCTGTGCCTCAACGTCGATGTCTCTCTACTCAATACCCTCACCTACCAGCTTTCCGCACTCACCAGAATCGACCAAGCCCCTTCAGTCAAAGAGAACCTGCGGCCCAAAGGCCTGCAGGAAATCCGCGATTTTATCTCCAGCTACGCCGCAGAGCGCGGTAAAACACCTCAAAGTCTGGATCCAGAATCCACCAGAGCCCTCACGCGGCAGCTTCGCGATGAAGGCTACATGGATGTCAAGAAGTCCGTCCCTACTGTCAGCGAAGCCATAGGCGTCTCGCGGGCAACCATATACAACTACTTGAAGTGA MTHSETEHLLAELDKITTALGRTFPGLCEVVLHDLRDPLHTVRTIENNISGRHPGDSATELGLVRIQDPNFPAVLQNYANNFPDGRASKSTSIGIKDRDGNYIAALCLNVDVSLLNTLTYQLSALTRIDQAPSVKENLRPKGLQEIRDFISSYAAERGKTPQSLDPESTRALTRQLRDEGYMDVKKSVPTVSEAIGVSRATIYNYLK NA NA NA NA NA D3-18_04769 1158 dthadh_2 D-threo-3-hydroxyaspartate dehydratase GTGGATATTTCCACTCCGGGCCCCGCGACCTTACTTGATCCAAGCACCCCGTTCCTGGCTTTGGATGAGTTCAAGGTCGACAGGAACATCGGCCGCCTTAGGCAGCACCTGGACCAATTCCAGGTCGGCCTAAGACCGCATGTGAAGACGTCGAAGTCAACGGACGTGACGCGTAAGATTTGGGCGGGCGAGCCTGGCCCCATCACTGTTTCCACCCTTGCAGAGGCGGAAGGCTTCGCGGCGGACGGGTTTATGGACATCGTCTACGCAGTAGGGATTTCACCCGACAAACTGGAGCGAGTGCTCGCTCTTCGTCGTCAAGGCGTCGACCTGGTCGTCTTACTGGACAGTGTTGAGCAGGCCAATGCTGTGGCTCAGGCTTCGTCCGAGACCGGAATCAGCATTCCGGCGCTGCTTGAAGTTGATTGTGACGGGCACCGGGGCGGTGTACTTCTCGATGATCCCGCCGCCCTTGTTATCGGTAAGATCCTGGAGCGTGGTGGTGCGGAACTCCGAGGCGTTCTTGCTCACGCAGGGGAATCCTACTTCTGCTATACCGCTGATGAGCTCGCCGAAGCTGCCGAGAACGAGCGAAGGATAGCTGTCGGTATGGCCATGAAATTGCGCACTGCCGGCCATAACGCTCCCGTCGTCAGCATAGGTTCGACGCCCACGGCGCATGCCATTCGTGACTTGTCGGGCGTCACTGAAGTCAGGGCCGGCAATTTCGTCTTCTTTGACCTGGTCATGGCCGGCATCGGGGTCTGCGCAATCGAGGACATCGCGCTGTCAGCCGTTGTCACCGTCATAGGACATCGGCCCGAAAAGGGCTGGATATTGACCGATGGAGGCTGGACCGCAACCTCCCGTGACCGCGGAACTGCAGCTCAGGCAATCGACCAGGGCTACGGGCTAGTGGCAGACATTGGTGGCGAACTAATCGAGGACCTACTGATGACCGGCGCCAGCCAAGAGCACGGCGTCTTATCAGTTCGTCCCGGCACTGACTCCACCCTCCCGGACCTACCCGTGGGAACTAGAGTCCGCATTCTGCCCAACCATGCATGTGCAATGGGCATCCAGCATGCAAGGTACAGCGTGGTCGAAGGCGAGTCGCTTTCCATCACCAAGACCTGGGAGAGGGTGCAGGGATGGTGA MDISTPGPATLLDPSTPFLALDEFKVDRNIGRLRQHLDQFQVGLRPHVKTSKSTDVTRKIWAGEPGPITVSTLAEAEGFAADGFMDIVYAVGISPDKLERVLALRRQGVDLVVLLDSVEQANAVAQASSETGISIPALLEVDCDGHRGGVLLDDPAALVIGKILERGGAELRGVLAHAGESYFCYTADELAEAAENERRIAVGMAMKLRTAGHNAPVVSIGSTPTAHAIRDLSGVTEVRAGNFVFFDLVMAGIGVCAIEDIALSAVVTVIGHRPEKGWILTDGGWTATSRDRGTAAQAIDQGYGLVADIGGELIEDLLMTGASQEHGVLSVRPGTDSTLPDLPVGTRVRILPNHACAMGIQHARYSVVEGESLSITKTWERVQGW PGPT0020170_2 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_UTILIZATION PLANT_DERIVED_ASPARTATE_DEGRADATION,PGPT0020170-dthadh-K20757 NA NA D3-18_04770 672 hadL (S)-2-haloacid dehalogenase ATGACACCCACTCCATTGGACGCGCAATCCACTAGAAAGTACGACGCAGTCCTCTTTGATCTCCTCACTGCATTATTGGACTCGTGGACTGTCTGGGCCGAAGTCGCGGGCGACGCTGAAGTTGGGCGACGTTGGCGCGACGAGTACCTCAAAATAACCTACGGCGAAGGTGCATACCGCCCCTACGAAACTCTCGTGGCAGAAGCAGCTGAAGCACAGGGACTGGATAGATCTTTCGCTGAACGCCTGGCCGCTCGCTGGAACACCATCGAACCCTGGGAAGAGGCGCCAGGAGTCTTGCATGCCCTATCCTCCGCGGGTTTAAAAATCGGCGTGGTCACCAACTGTTCAGAAGAATTGGGCCACATCGCTGCAAACCAGCTGCAAGTGCCCTTCGACGTGGTGGTTACTTCAGAGGCGGCGGGTGCCTATAAGCCACGCCCCGAACCCTACACGCTTGCCATCGAGCGACTTGGGATACCTGCTGAACGGATCCTTTTCGTCGCCGGATCCAAATACGACATTCCAGGCGCAGGCGGCGTGGGCATGCCGGTGTGGTGGCACAACCGGATCCACATGGATCGGGGTGAACTGCCGGCACCCCTGGCCGAACACGACAACCTCGGGCCGCTCACCGATGAAGCGCTCGACACGCCCGTACCCGCCTCATAA MTPTPLDAQSTRKYDAVLFDLLTALLDSWTVWAEVAGDAEVGRRWRDEYLKITYGEGAYRPYETLVAEAAEAQGLDRSFAERLAARWNTIEPWEEAPGVLHALSSAGLKIGVVTNCSEELGHIAANQLQVPFDVVVTSEAAGAYKPRPEPYTLAIERLGIPAERILFVAGSKYDIPGAGGVGMPVWWHNRIHMDRGELPAPLAEHDNLGPLTDEALDTPVPAS PGPT0006885_51 DIRECT EFFECT BIO-REMEDIATION XENOBIOTICS_BIODEGRADATION XENOBIOTIC_HYDROCARBONS|OIL_DEGRADATION XENOBIOTIC_DICHLOROETHANE_DEGRADATION,PGPT0006885-dehI-K01560 NA NA D3-18_04771 207 hypothetical protein ATGACGACTAAAGACCTTGCTTACTCGGCAGCACCGCACCCCTACACGCCGGCTGTAGCAGCGGGCGACCTCGTTTTTGTAACGGGACACTTGTGCATGAGCAACGGCCAGTTGGTTAAAGGAGGAGCGGCCGCCGAGGCAAAGCAAGCCCTCCAGAACGCCGCCCTCGACCTGGCCAACACGGCCTCGACTTCACGCACCTGGTGA MTTKDLAYSAAPHPYTPAVAAGDLVFVTGHLCMSNGQLVKGGAAAEAKQALQNAALDLANTASTSRTW NA NA NA NA NA D3-18_04772 1407 dctA_3 COG1301 Aerobic C4-dicarboxylate transport protein ATGAGGATCAATACGAGACCTTCCTCGTCGAAACCGACGAACAAGAACGGCCGCGGCAGCGTCATCACCAAACTCTGGTTTTGGATACTCATTGCCATCACGGCTGGAATTGTCCTAGGCCTTACGGCGCCATCGGTAGCCGTCCAGATGAAGTGGTTGGCTGACACCTTCATCCAACTGATACGAATGGTCGCCCCGCCGATCATCTTCTGTTCCATTGTCGTCGGCATCGCATCACTCGGTGACCTGCGGAAAGTTGGGAAGCTGGGCAGTATTGCATTGGGCTACTTCTTTGCAATGACCACCCTCTGCCTCGCTCTTGGAATGATTGTTGCGAACCTGGTCAAGCCGGGATCAGGGTTCGACGGAACCGCCGGTGCTGCCAGCATGGAAAAGGCGCAGGAGAACCTAGCGAAAGGAAGCAACAGCGAAGGCATCATAGGATTTATTAGGAACGATATCCTCCCGAGCAGCTTCGTTCAGCCCTTCGTCGAGAACACCATCCTCCAAGTGGTGGTGCTCGCGATCGTGGTTGCCTGTGCCATCTCCGTGCTCGCACCACCCGTTCGCGAATCAATCGTGAGGACCGTTGAAACCACCAACAAAGTCATTTTCGGGGTCATTCGCATCGTCATGTTCACCGCACCCCTTGGCGCATTCGGTGGTATTGCCTTCACCGTCGGGCAATTTGGCGGACAAACCCTAGGAAGCCTGGGGCTTCTTATGCTCGCCTTCTGGCTCACCTGCATCGTCTTTGTCTTTGTCATCCTGGGATCGATCGCGGCGTGGAACGGATTCAATATTTTCAAGTTCGTCCGAATGATCAAAGACGAGTTGCTCATTGTGCTCGGCACGTCCTCATCGGAAACTGTTATGCCCAGATTCCTGGCCAAGCTTGAAGCTGCAGGGGCTTCCCGGCGCGTGGTCTCGCTGACTGTTCCTACTGGCTACTCGTTCAATTTGGATGGCACGGCGATCTATATGGCGATGGCTGCCCTGTTCATCGCGCAGGCAGGCGGCATTCAGCTCCCGTTCGGTGCCCAGTTGGGTTTGCTGGGTCTTATGCTCATAACAAGCAAAGGCGCAGCCGGAGTTAGCGGTGCCAGCGTCGTAACACTGGCCGCGTCACTGCAGGCCTTCGGGCCGGAATTCTTCCCGCCATCAACGCTCGCCGTTGGGATCGCAATGGTCATCGGCATAGATCGCGTCATGAGCGAGGGCAAAGCCCTGACAAGCGTGATCGGTGTAGCTGCCGGAACAATGATCATTGCCAAGCTGGCGGGGGAACGCAATGAAGAGATGTTCCAAGCCGCTCTCAACGACCCGAAACTTGTACGGGACGCAATTGATCAAGAAATGCTGTCGCCAACCTCACCCACGGAGCTAGCATCCGTCGGCAGAGCCTGA MRINTRPSSSKPTNKNGRGSVITKLWFWILIAITAGIVLGLTAPSVAVQMKWLADTFIQLIRMVAPPIIFCSIVVGIASLGDLRKVGKLGSIALGYFFAMTTLCLALGMIVANLVKPGSGFDGTAGAASMEKAQENLAKGSNSEGIIGFIRNDILPSSFVQPFVENTILQVVVLAIVVACAISVLAPPVRESIVRTVETTNKVIFGVIRIVMFTAPLGAFGGIAFTVGQFGGQTLGSLGLLMLAFWLTCIVFVFVILGSIAAWNGFNIFKFVRMIKDELLIVLGTSSSETVMPRFLAKLEAAGASRRVVSLTVPTGYSFNLDGTAIYMAMAALFIAQAGGIQLPFGAQLGLLGLMLITSKGAAGVSGASVVTLAASLQAFGPEFFPPSTLAVGIAMVIGIDRVMSEGKALTSVIGVAAGTMIIAKLAGERNEEMFQAALNDPKLVRDAIDQEMLSPTSPTELASVGRA PGPT0001450_63 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_AMINO_ACID_TRANSPORT PLANT_DERIVED_ASPARTATE_TRANSPORT,PGPT0001450-dctA-K11103 NA NA D3-18_04773 1092 hypothetical protein ATGTCAGCATCTGCTCCTCCCGAGGTGGCCCAGGACGTACTGGATGACCTTCACGACCGGTTGAAGCGGTTCCGACCAGTCGCGACCGCCGGAGAACACGGGTGGCGTCGCGGGGTGGACCCCGACTACCTCGCCGAACTCATCGACTACTGGGGGAACGGATACGACTGGCGGAAGCACGAGCACCGCATCCGATCCATGCCCTGGACCGCCGTGCAAAATACTGAGACGCCCATCCGAGCCATCCATCAAACAGCCGGTCGCGGTGCTACCACCGTCGTGCTGTTACATGGGTGGCCCGACTCCGTGCTGAGGTTCGAACGTCTCCTGCCGATGCTTAACGATGTCAACGTTGTGGTCCCGAGCCTGCCCGGGTTTCCGTTTGCGCTGCCGGTACCTGACGGCGGCCTGTCCTCGGTGCAGATGGCCGAAGCAGTCGCCCAGGGGTTATCTGCACTGGGTTACGACCGTTACGTCCTTTCGGCCGGCGACGTCGGGTGCGACGTTGCCGAAGCCCTTGCAGCATCACACCCGCAGAATGTTTCAGCTCTGCACCTGACCGACATCTCCCAATACCATTTCCTGGCCGACCTCCCCACAGACCTATCGGCCGAGGAGAAAGAGTATGTGCGCCAAGGCCACCACTGGCAGGCAATGGAGGGCGGCTACATGCACGAACAATCCACCAAACCCCAGACCCTCGCCGTGGCGCTCGGCGATAGCCCTGCCGGGCTGGCGGCATGGCTCCTGGAGAAGTTGCGGAACTGGACCGACTCTGCAGGTGACGTCGAATCTGTTTTCACAAAGGATGAGATTTTGACCTGGATCATGGCCTACTGGGTGAGCGGAGCTATTGGCACATCGTTCACGCCCTATGCCGAGAGTGGACCAAAACCATGGAAAAAGATTCAGACGCCCACGGCCGTCACTATCTTCCCGCGCGACCTCGTCAACGCCCCGCGCGAATTCGCTTCGCGATTCTTCAATATTCAGCACTGGCAGGAATGCCCGGCAGGAGGTCACTTCGCCGCGTGGGAACAACCAGAAGCCTATGCCAAGGGGATCCGCAAAGCAGTCTCCCTTGCGACCTAG MSASAPPEVAQDVLDDLHDRLKRFRPVATAGEHGWRRGVDPDYLAELIDYWGNGYDWRKHEHRIRSMPWTAVQNTETPIRAIHQTAGRGATTVVLLHGWPDSVLRFERLLPMLNDVNVVVPSLPGFPFALPVPDGGLSSVQMAEAVAQGLSALGYDRYVLSAGDVGCDVAEALAASHPQNVSALHLTDISQYHFLADLPTDLSAEEKEYVRQGHHWQAMEGGYMHEQSTKPQTLAVALGDSPAGLAAWLLEKLRNWTDSAGDVESVFTKDEILTWIMAYWVSGAIGTSFTPYAESGPKPWKKIQTPTAVTIFPRDLVNAPREFASRFFNIQHWQECPAGGHFAAWEQPEAYAKGIRKAVSLAT NA NA NA NA NA D3-18_04774 753 hypothetical protein GTGCCGACTGAGCATGAAACCACCGACGGCACCAAAGGCGCCGGAACTACCGAGCACCTCCAAGACCTAGCCCTGGCCTCCGACGATCTTGGACAGTTCCTCCAGGAACTGGCCTTGATGTCCGCCAAAGTCCTATCGGAGAAGAATGATCTGCTGAGCTCAGTGACTCTGAGACGACAGAAGAAACCCGTCACGGTTGCCTTCAGCACACCACAAGCGAAGGATCTTGACGAGCTGCAGTACGGGGCCGGTACCGGCCCCTGCCTGACAGCCCTTGATGAGCACACCACCATCCACGTCCCGGACGTCCGCGAAGAAAGCCGATGGCCCGAGTACACACCCCCAGCATGGGCCAAGGGCATCGGTTCCATCCTGGCTGTACCGCTTTCCCTCGAAGGTGAGGCCGGTGCAGCCCTGAATCTCTACGCCACCAGGACACACGCCTTCAGCGGTCCGAAAATTCAGGAGGCCGAGTCTCTCGCCGGCCAAGTGTCAAAAACTCTGCGCGTCGCGGTACGGATCTCTCAACTCACCGAGGACAGACGGAACCTGCTGGCGGCAATGGAATCGCGCACGGCCATCGATATGGCTGTTGGGGCGATCATGGCGCAAAACCGGTGCAGTCAGGAAGCAGCCATGAAAATCCTCCGGATCGCCTCCAGCGGCCGTAACGTCAAGCTCCGCGATGTCGCAGCCGTGATCGTCACCTCCATCGCCAGAGACCCGACCGTATTGACCCACTTCGACGACTAA MPTEHETTDGTKGAGTTEHLQDLALASDDLGQFLQELALMSAKVLSEKNDLLSSVTLRRQKKPVTVAFSTPQAKDLDELQYGAGTGPCLTALDEHTTIHVPDVREESRWPEYTPPAWAKGIGSILAVPLSLEGEAGAALNLYATRTHAFSGPKIQEAESLAGQVSKTLRVAVRISQLTEDRRNLLAAMESRTAIDMAVGAIMAQNRCSQEAAMKILRIASSGRNVKLRDVAAVIVTSIARDPTVLTHFDD NA NA NA NA NA D3-18_04775 339 hypothetical protein ATGGCTGAAGCGGGGAACAATCAGCCCGAATCACGCCCCGTCTCTGAACAGGAACAGATCAGGGGGTTGAAGGTTGCTCTGAAGGAATCAGATATCTCTGTGGAGGAGTTGTGGCTGAAGTACTTCAGCATTGGTGGGAACATTGGCGAGTACGAGGTCGATGCCTACGTCGAGACCTCGTTTCCGCTGCCGCCCATGGAACGGGACCTCCTCGCCCACGCCGCGAATGAACTGATCGACGAACTCCGTTCCCGCCCCAAAGCCCCCTACACCGACGGGAATCTTGGGGTACCGGACAGCACGAACAACATCGAAAATCGAGGACACCGTGCCGACTGA MAEAGNNQPESRPVSEQEQIRGLKVALKESDISVEELWLKYFSIGGNIGEYEVDAYVETSFPLPPMERDLLAHAANELIDELRSRPKAPYTDGNLGVPDSTNNIENRGHRAD NA NA NA NA NA D3-18_04776 723 hypothetical protein ATGCCCCAGCAACTGCCGTTGGATGAACTCACACTCACTCTTGCCCGTATCAAGGGTCTGCTCCTGACAGAGGACAAGGTTGACCGGGCCGTGCAACTCCTGGCGGAAGGGATCCGTGACGCGTTCCCCGGAAGCACCGGTGCGGGAGTTTCCCTTCTCGATGAGCAGGGCCGTAGGACCAGCACCGGGACCACCAATGAGGTGGCCGCTTTGGCTGATCAAGCCCAGTACGAGCTCGGCGAGGGACCTTGCCTCACTGCGTGGGCCTCAGAACACTCCGTTGTCATTTACGACCTCAGCACCGAAGACCGCTGGCCGGCATGGACCCAGTCAGTGGCTGAGCTGCCGATTCGATCGGTGATCAGTTCCCCGTTGCTGGTCGGAACCCGCAGCCTGGGAGCGCTGAAGATTTACTCCGACGTCCCGGAAGCGTACGACACCGCGACGACCCGGCCTTTGGAGAAGTTTGCTTCCACGGCCGCGATCCTGCTCGATAACATCCAGACCGCTGAGGCGCCCTTGCGGTTCAACGAAGCACTCAGCGAAGCCCTGGCCAGCAGGGACACCATCAGCCGGGCCCAAGGAGCGCTGATGCAACTCCACGGCTTGGGAGAAGAAGAAGCTTTCCGGGAGTTGCTCAAACGGTCCCGCAGCAGCGGGCAGTCCTTGGTCGATGTCAGTGAAGGGATTCTGGACCGCAGCAGGAACGACCGGCATGGCTGA MPQQLPLDELTLTLARIKGLLLTEDKVDRAVQLLAEGIRDAFPGSTGAGVSLLDEQGRRTSTGTTNEVAALADQAQYELGEGPCLTAWASEHSVVIYDLSTEDRWPAWTQSVAELPIRSVISSPLLVGTRSLGALKIYSDVPEAYDTATTRPLEKFASTAAILLDNIQTAEAPLRFNEALSEALASRDTISRAQGALMQLHGLGEEEAFRELLKRSRSSGQSLVDVSEGILDRSRNDRHG NA NA NA NA NA D3-18_04777 1077 hypothetical protein ATGTGCCGATTGTCCGGCATAACCCTGTCACGGAGCAGTTGGTCGTTGTCGGTAGAAGGCGTGAACAGGCAGAAGCCAAGCTTGACGAACGACTGCGGGCATCGAAAGCGGCCCATCCCTAGCGTCACTTGGAGTTTCGTTTGGCAGGTCCGGGCTGTGGACGGTATGGACTGCGCGCCCGGTGGCGCCGTCGTGCCCACGCATTTGATATTTCAATTGGATGATGAGCCGCAGGGGTTGTTTACCGGAGTAGTGTCAAGAGTAGGTAATCCCGTGGTTCATCACTTTTTCGGGATTCAGACCACGGGCTATGCGCTTCACCAAGCGCCGGCCGCTAGCTGGGGAGCAAGCTCTGGCGCTTACAGAAGCGAGGCCCTGGTGGCCATGGACGACTCAGCACCGGCTCGAGAGCAGCTCCAGGATTTATTGATGGGCAGTCACCGCTTCAGGGACTTCCTCGTGGAGGTGGCTACGATTTCAGCCTCCGCTCTCGGCGGTGAGGAGCCATTGCTGTGTGCCATCACCGTTGAGCGCGGCCGCCATCCTGCCACCGCGGCCAGCAGTGCTGAACAGGCCCGCCGCCTCGATGAAACGCAGTACAACCTCAATCAAGGCCCGTGCCTGACAGCCCTCCGCGAGCACCACACAGTCCTGATACCGGACCTGCACACGACCACCCGCTGGCATGGCTACGCTGCAGCAATCTCCGGGGAAGGCATCCGTTCCATCCTTGCTGTACCTGTTCCTTTGGACGAGACCGCGAACGCGGCCTTGAACTGCTACGCGAGGTCTCCGAACGTTTTCAATCCGGAACTCATCGAGCTGGCTGAAGCCCAGGCGAGGAAACTGTCGCCGGTTCTTCGTTCGGCCCTGGGAACCCGCCCGATTGAAGGAAACAAAGAGGATCTCCACCATCTCCTGCAGTCCCGCGCTGCGGTTGATGCCGCCATCGCTCTGATCATGGTCCAGAACCGGTGCAGCCGGACCATGGCTTTGACGCTCATTCACAGGGCAGGCCGGCACAACGACAGCCGTGTCCACGAGGTGGCCAGCCGGATTCTGGCCCAAGGGTTATAG MCRLSGITLSRSSWSLSVEGVNRQKPSLTNDCGHRKRPIPSVTWSFVWQVRAVDGMDCAPGGAVVPTHLIFQLDDEPQGLFTGVVSRVGNPVVHHFFGIQTTGYALHQAPAASWGASSGAYRSEALVAMDDSAPAREQLQDLLMGSHRFRDFLVEVATISASALGGEEPLLCAITVERGRHPATAASSAEQARRLDETQYNLNQGPCLTALREHHTVLIPDLHTTTRWHGYAAAISGEGIRSILAVPVPLDETANAALNCYARSPNVFNPELIELAEAQARKLSPVLRSALGTRPIEGNKEDLHHLLQSRAAVDAAIALIMVQNRCSRTMALTLIHRAGRHNDSRVHEVASRILAQGL NA NA NA NA NA D3-18_04778 414 hrp1_2 COG0517 Hypoxic response protein 1 ATGACAACCGCGCGGGAGATCATGACCGGCGGCGCTGAGTGCGTCGGTGAGAAGGAAACTCTGGACAAAGCAGCAAAGAAGATGAAGGACCTCGACGTTGGATCTCTTCCGATTTGCGGTGAGGATAACCGTCTGAAAGGCATGTTGACGGACCGGGACATCGTCATCAAGTGCCTGGCCGAGGGAGGGGACCCTCGCACGGCAACGGCCGGGGAGCTGGGGCAGGGTAAGCCGGTCACTATCGGGGCTGATGACTCCATTGAGGAAGCCATCAGAACCATGCAGGATCACCAGGTCCGCCGCCTGCCGGTCATTGATGGTCATGACCTGATCGGTATGCTCAGTCAGGCAGACATCGCCAGGAACTACCCCGAGGACCGCGTCGGGGAGCTCGTCGAATTCATCTCATACTGA MTTAREIMTGGAECVGEKETLDKAAKKMKDLDVGSLPICGEDNRLKGMLTDRDIVIKCLAEGGDPRTATAGELGQGKPVTIGADDSIEEAIRTMQDHQVRRLPVIDGHDLIGMLSQADIARNYPEDRVGELVEFISY NA NA NA NA NA D3-18_04779 252 hypothetical protein ATGCAACACCCGCACCGCACAGCAAAAGCCTTGATCGCGGATAACACCATCACCGTGGACGAGCTCTGGACCCAGTGGTGGGCCAACGGAGGATGGGCCGGACCAAACGACTTCGGCATCTACCTCAACGCCCATGCATGGTCTGACGCCTTTGACCTCGAAGTCCTGGCCGCGGCCCTTGACGACCTTGACCCGGGGCGCCGATCGGGCGTGACACCGGGCGCTGTACCTCCGCACCTCGGCCCTTTCTAA MQHPHRTAKALIADNTITVDELWTQWWANGGWAGPNDFGIYLNAHAWSDAFDLEVLAAALDDLDPGRRSGVTPGAVPPHLGPF NA NA NA NA NA D3-18_04780 744 hypothetical protein ATGTCCTTCGAATACCCGATGCCGCAGATTGAGAGTGTTGCTGATCATCTTCAGGACCTTGTTCTGGAGTGCGGGGATGTTGAGGAATTCCTCAAGGAACTTGCTGCGTTTTCCGCGTCGAATCTGCCAGGTGATCTGTTGTGCAGCGTGACGTTGGTGCGGCGCAAGAAGCCTGTCACTGTCGGCCCCAGTGACCCGCGGGTCAGGCCGCTTGATGAGCTGCAGTACGGCATCGGGGGAGGGCCCTGCCTGTCCGCGGTCAAGGAACAGACCACAGTGCACGTCCCGGATGTCCGGCAGGAGCGCCGCTGGCCAAAGTACATGTCCGTGGTCTGGGCTGCCGGCGTTGGTTCGATGCTCGCGGTGCCGCTTCCCCTGGAGGGTGAGGCGAACGCAGCCCTGAACCTCTACGCGCCAGGCACTGATGCGTTCACCGGCCCTGACATTGAGGCCGCCCAGTCCTACGCTGCCCGGGCATCGAAGGTGCTGCGGATGGCGACCCGAGTCTCGCAACTGGTCGAGGACCGGAAAAACCTGCTGGCTGCGATGGAATCCCGCACGGTCATTGATATCGCTGTCGGGGCGATCATGGCCCAAAACCGGTGCAGCCAGACAGAGGCTTTGCGGATCCTCCGGATTGCCTCCAGCACCCGTAACGTGAAGCTCCGCGCCGTCGCAGCGAAAGTGGTCGCGTCCATCGCCCATGACCCGAACGTCCTGACCCACTTCGACGGATCAGTCTAG MSFEYPMPQIESVADHLQDLVLECGDVEEFLKELAAFSASNLPGDLLCSVTLVRRKKPVTVGPSDPRVRPLDELQYGIGGGPCLSAVKEQTTVHVPDVRQERRWPKYMSVVWAAGVGSMLAVPLPLEGEANAALNLYAPGTDAFTGPDIEAAQSYAARASKVLRMATRVSQLVEDRKNLLAAMESRTVIDIAVGAIMAQNRCSQTEALRILRIASSTRNVKLRAVAAKVVASIAHDPNVLTHFDGSV NA NA NA NA NA D3-18_04781 237 hypothetical protein ATGTCTTTTGACCAGAACGCTGTCGAGTACGACCCTGAAAGTCTCGGGCACACGAATCGGGAAGGCGGCGTATTACAAGCTCAGACCAAAGAACGCATCCTCGCGCGCCCGCCTTCGAACTACCGCGCCGTGCATGGAGTAGGCCTAAAGGAGGCGAGTCACCTGCTAGAGGTTTCGGCCCTCGCCACGGGCCTCAAGTCAGGGATAGGCCTCCTCGTCACCGGTTTCAATCGCTGA MSFDQNAVEYDPESLGHTNREGGVLQAQTKERILARPPSNYRAVHGVGLKEASHLLEVSALATGLKSGIGLLVTGFNR NA NA NA NA NA D3-18_04782 1134 hypothetical protein ATGCCGAATGAACTGATCGTTTTGTCGCATCTCCGCTGGGACTGGGTATGGCAACGCCCCCAACACCTCGTTTCCCGCATCGGTTCCCGCTGTTCGACCTGGTATGTGGAGGAGCCACTTACTCCCTCGCCCGGATTCACGGGCAAGAACCAGATGAACCACACTCAAGTAAGTGGGCTGAACCGCGCGTGGCTGGAGATCCCGGAACAGGGTCACCACGTTGGATTCAGCGACGACGTCCTCCCGGACTACATCGCGCAGCTTCCCGATCTGTTAGGCACGCCAGCAGGCGAACGTGTCGTGTGGCTTTACACGCCACTGGCCCTCGAGCTTGCCCTCACGTTGCAACCCACCACCCTCGTCTATGACGTGATGGACGATCTCGCGGCGTTCAAGGACGCACCCCCGGAGCTCGTGGTGCGGCAACGCCAGGCACTCCGGCAGGCCGACGTCGTCTTCGCCGGCGGGAAGTCATTGCACCGGTCAATGGTGCGGCAGGGCCGAACGGACACGCTGCTCTTCCCCAGCGGAGTGGAGCCGGAGCATTACAGGACCACGACGGCGCCGGGCCGGGTTCCAGGTCAACGCCCCGTTGCCGGTTACGTCGGCGTTTTGGACGAGCGGCTGGACCTGCGGCTTATCGCCGACCTGGCCAACGCCCTCCCGGAGTGGGACCTCAAAATGTATGGTCCAGTAGCCAAGATCGATCCTGCCAGCCTGCCACAAGCGCCCAACATCAGCTACGAAGGGTACACCTGCTACGCAGACCTGCCAGCGGCAATGGCCGCACTGGACGTTGCACTCATGCCCTTCGCCCTCAACGAAGCGACCCGTTCCATCAGCCCTACCAAAACTCTCGAATACCTTGCTGCCGGACTTCCGGTGGTCTCCACACGGGTCCCGGACGTCGTCGCTGACTTCACCGGGCTCGTGCACCTGCACGACGACGGAAAGAGCTTTGCCTCACGGTGCCGGAACCTCGGCGTGAGAGACCCTTCGCGCGCTCCTCAACCGAAAATCCGGGAACTGCTTCAGCAGCACCACTGGGACACCATCGCAGCCCGAATGGCGGACGCCGTTTTCGCTTCGGGACTGCAGGCGCCTGAAACCTCTGGTGCCGAGGCCACTGCATAG MPNELIVLSHLRWDWVWQRPQHLVSRIGSRCSTWYVEEPLTPSPGFTGKNQMNHTQVSGLNRAWLEIPEQGHHVGFSDDVLPDYIAQLPDLLGTPAGERVVWLYTPLALELALTLQPTTLVYDVMDDLAAFKDAPPELVVRQRQALRQADVVFAGGKSLHRSMVRQGRTDTLLFPSGVEPEHYRTTTAPGRVPGQRPVAGYVGVLDERLDLRLIADLANALPEWDLKMYGPVAKIDPASLPQAPNISYEGYTCYADLPAAMAALDVALMPFALNEATRSISPTKTLEYLAAGLPVVSTRVPDVVADFTGLVHLHDDGKSFASRCRNLGVRDPSRAPQPKIRELLQQHHWDTIAARMADAVFASGLQAPETSGAEATA PGPT0022675_21 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-EXOPOLYSACCHARIDE_PRODUCTION|EPS CE-EPS-GLYCAN_METABOLISM CE-EPS-GLYCAN_BIOSYNTHESIS,PGPT0022675-glf-K01854 NA NA D3-18_04783 1332 hypothetical protein ATGAGCGGAATCGAAATCATCGGCGCTTTCGAGAGCACATACCTTCCCCGTCATGACCGGGACATCTTCGAAACCACCGCCCACGATGTCCAGTGGAAACAGGATTTGCAACTGCTGACAGACTGTGGGGTGAGCCGGCTCCGGTATCCCGTCCGATGGCATCGAGTGGAGGCCGAGGAAGGGGAGTTCAATTGGCGGGACACGGACAAGTCGCTGCACTACCTCCGTGACAATGGTTTCCGGCCGATCGTGGATTTGGTGCACCACACCAGCTACCCCCAATGGCTGGATGGCGGCTTCGCCGATACCCGCTTCCGCGACGCCTACCTCCGGTACACTGAAAAGTTCGCCACGCGTTACCCGTGGGTGCAGGAATACACCCTCTTCAACGAGCCCTTCTCAACCCTTTTCCTGACCGGGCACGAGGGCATCTGGCCGCCCTATCAAAAGGGCTTGGGCAATTTCGTCGGGCAGCTCCTCAATGTATTACCGGCCGTCGCGGAGGCTAGCCGGTCCTACTCTGATCTCCTGCCTGACGCCAGGCACGTGTGGGTGGACACCTGCGAGCACCACACAGGATCCGGCACAGGTGGAAGCGCGTACGCCACCATGGCCAACGAGCGCCGGTTTCTGGTGCTGGACAGCTTTCTCGGCTGGTATGACGGCAAGGGATACGACCCCGACGGGCCGATGGCGCAGCTGCTGCACGTAGCAGGAGGAGACGAACTTCACAACCTGGAACCGGGGCGGATAGACGTGCTGGGGATGGACTACTACGCCCACTGCCAGTGGCACTTCGAGGACCAAGGCGGCTCGACGCCCACGCCTTACCCCCTGCCGTTGGCCCAGCAGATCTACCTCTACTGGAACCGTTACAAGCTGCCTTGCCTGCTGACCGAGACCAATATCCGTGGCCGCACCTCGGACAGGGCCACCTGGTTCAAGTACGTGCTGGAACAGTGCGAAAGAGCCCGGCACATGGGCGTCCCCCTCGAAGGCCTCTGCTGGTTTCCGGTGATCGACTCTACGGACTGGGATACGCTCCTGTACCGCAGCGATGGGCACATCGACCCCGTCGGGGTCTACTGGTTGGACGATGAGCTGACCCGAAGGCGGTCCGTGATGTCTGAGTCCTACATGAAAGCCGCGGCCGGCACGCCGTCGAGCGAGCTTCCCGCCTTCACCCTGGGGGAGCCCGTGAGCACGTGGCTGCGCGGATACGAACCGCAAATGTCCCACTGGGATTGGACAGAAGCTCCTATTTCGGATCAGGGGAACAGCCTGCCCAATACGGAGACCCGAATGGAATTGAGGATAGTCAATGCCGAATGA MSGIEIIGAFESTYLPRHDRDIFETTAHDVQWKQDLQLLTDCGVSRLRYPVRWHRVEAEEGEFNWRDTDKSLHYLRDNGFRPIVDLVHHTSYPQWLDGGFADTRFRDAYLRYTEKFATRYPWVQEYTLFNEPFSTLFLTGHEGIWPPYQKGLGNFVGQLLNVLPAVAEASRSYSDLLPDARHVWVDTCEHHTGSGTGGSAYATMANERRFLVLDSFLGWYDGKGYDPDGPMAQLLHVAGGDELHNLEPGRIDVLGMDYYAHCQWHFEDQGGSTPTPYPLPLAQQIYLYWNRYKLPCLLTETNIRGRTSDRATWFKYVLEQCERARHMGVPLEGLCWFPVIDSTDWDTLLYRSDGHIDPVGVYWLDDELTRRRSVMSESYMKAAAGTPSSELPAFTLGEPVSTWLRGYEPQMSHWDWTEAPISDQGNSLPNTETRMELRIVNAE NA NA NA NA NA D3-18_04784 231 hypothetical protein ATGAACGAACCTCTGAATGACCCTATGGAAGAAGTCAAACTTCGTCTGGCCCGCACCGAGACGGAAATCGCGGAGCTACGCGCCGAACTGGTCCGCTTGGACCGAGACCTTGATGAGTCCCGGCGGCTGAACCGGCGAGCAGCGGAAATACTGGACCTCGTCTACGAGCACCTGGCCCTGAACCCAAGACCCCTGGTCTCCACCCACCACCGGGAAGGCTCGGACAGATGA MNEPLNDPMEEVKLRLARTETEIAELRAELVRLDRDLDESRRLNRRAAEILDLVYEHLALNPRPLVSTHHREGSDR NA NA NA NA NA D3-18_04785 1668 hypothetical protein ATGAGCGGGGACATTGAAGCAAGGCGGGTGGGGCTCTTGGCTGATGACCCGGTCGCTGCTGATGCATTGGCCGGCGGTGTGCCAACAGCTGGAAAACAGGCGCCGGGCAGCTTCAGCCACAGGCTCAAGGTGGACAAGTTGTCGTTGGCCCTGGAAGGGCCTTCCATCCCCAATGGTGCCAGACTCTCCATCCTGCTGGGGGACAGGACCATCTGGAATATTCACCCCGGCGAAGGTACCAAACTTGGCCCGGGTGCCGTCGTCATTGACTGGCCACCCGCCCTCACAAGCCGCTTGTCGGGTTGGGCCAGGGTGAGCGTGCTGCAGGACGGCGTCCCGATATGCCCGACCGTAACAGCAACTTTCGACGAAACACCCCATGAGTTCCTGCTGGTGGAACCGGGCACCGGAGTTCCCCAGATCATCAACAAGTGGGGACGAATCGCGCGGAACTTTGACGGCCAGCGCGCCTTCCTGATAGACGAAGCCCTTGATGAGGCCTGCAAGCTCGTGGAGTGGCTGCGACGCCGGGGCCAACAGCTGTTCGTAACCGGCGGCACGCTCCTGGGGCCGGTTCGGGACGGGCAGATCATGCCCGGTGACGACGATGTCGACCTGGCCTACCTCAGCGCGCACCAAAACCCCTCTGACATCGCGCTGGAGAGCTTCGATCTGGAACGGGCACTTCACGCACAAGGCTACGAAACGGCTCGACATTCTGCCGGGCACCTGCAACTGCTCTTCCCCGGAGCGGACGGGACAGACAGGTTCTACCTGGACATCTTCACCTACTTCATCATTGAGGGCTGGTTCTATGGAACATTTCACGCCCGGGAACGCAGCGACCACGTGACCATCTTTCCGCTGCGGACCCTGACCATCAACGGACGCGTTTTTCCCACACCGGCCGAACCCGAGCAGATGCTGACCGCGATTTATGGCCCTGGTTGGCGCACCCCCGACCCAGCGTTCCGTTTCATCACACCACCACCGGCACGGCGCCGCTACGACACCTGGCTGGGCGGGATGGACTGGGACAGGGAAAACTGGGAAGACCATCACCGGGCACAGCTTCGTGCAGCAGGCGCTGCGGAGGCGCCCTCAGTCTGGGCTCAGGAGCTCGCCGGCGGTCTTCCTCCTGGGTCCCGGATACTCGAGCTCGGCTGCGGCCTCGGCACCGACGCGAAACACTTTGCCGCCCAAGGGCATCATGTGGTGGCCGTTGATTACAGCCGCCCGGCCGTCGAGCATTTGCGGACGCAGCAGGCTGGGCGCGGATCCCTCGAGTGCCGCCGGGTCAACCTCAACTCTCTAAGAGAAACGGCACCCCTGGTCAGACTTGCCAGCGACGGCAATGGACCACTGCTCCCGTACGCGCGGCTTCTGCTGAACTCACTCGACTGGCAAGGCAAGGAAAACACGCTGCTGCTGATCCAGCAACTGCTGCGGGCGCAGTTCAGCAACGCCGCAGCCTTCCTGGAAGTACAAGTGGAGAGCTCCGAACCCGTATTCCCTGACTGCCACTTCTACCACTGCATTGATCCTGACGAGCTGAAAGGCAGCCTGGCGAACCTGGGACTCGCTGCGGAAGATGTCCCCCTGCAACCAAGGCACCAGAGCCGTGGCGCCGGCACCACACGACGACTCAAAGTGAGGATCCTGCCATGA MSGDIEARRVGLLADDPVAADALAGGVPTAGKQAPGSFSHRLKVDKLSLALEGPSIPNGARLSILLGDRTIWNIHPGEGTKLGPGAVVIDWPPALTSRLSGWARVSVLQDGVPICPTVTATFDETPHEFLLVEPGTGVPQIINKWGRIARNFDGQRAFLIDEALDEACKLVEWLRRRGQQLFVTGGTLLGPVRDGQIMPGDDDVDLAYLSAHQNPSDIALESFDLERALHAQGYETARHSAGHLQLLFPGADGTDRFYLDIFTYFIIEGWFYGTFHARERSDHVTIFPLRTLTINGRVFPTPAEPEQMLTAIYGPGWRTPDPAFRFITPPPARRRYDTWLGGMDWDRENWEDHHRAQLRAAGAAEAPSVWAQELAGGLPPGSRILELGCGLGTDAKHFAAQGHHVVAVDYSRPAVEHLRTQQAGRGSLECRRVNLNSLRETAPLVRLASDGNGPLLPYARLLLNSLDWQGKENTLLLIQQLLRAQFSNAAAFLEVQVESSEPVFPDCHFYHCIDPDELKGSLANLGLAAEDVPLQPRHQSRGAGTTRRLKVRILP NA NA NA NA NA D3-18_04786 1461 bcs1 Bifunctional ribulose 5-phosphate reductase/CDP-ribitol pyrophosphorylase Bcs1 ATGGAACAGAAATTTCCCGCTCCGTCCGGCCTCCGCCACCGCAACGTCGCGGTTATCCTGGCGGGCGGTGTCGGCGCCCGTATGGGACTGGACATACCCAAACAGTTTGTCCCCATCGCCGGACGCACGAGCCTCGAATACACCGTCGAGTTGTTCGAGCACTGTGAACTGGTGGACGAGATCCTCGTCATGATGGCCGCGGACTACATCCCGCGCGCCGAAAGTCTGCTCCTGGGTAGCCATTGTGAAGGCGCGTCTACCAACAAAACCGCCAAACTCACAGCAATACTTCCAGGCGGCGTCGACCGGAGCGAAACATCCCGGCTCGCCTTGGCGGCCATTGCGGATAAAGACGCCAACGTGATTTTCCACGACGCCGTCCGCCCCTTGCTCGATGGCGACATCATCGTCGCCTGCATCCGGGCACTGGACATTTACGCCGCCGTCGACACCGCCATCCCATCGGCCGATACCATCATCGAAGTCGATGACCAAAGCTTCATCCGGGCAGTACCTCCACGGGCCAAGCTGCGAAGGGGCCAGACGCCCCAGGCATTCCGTCTGCCCGTGATCGCGCGAGCCTACGAACGGGCAACCCAGGACCCGGACTTTTCGGCAACGGATGACTGCTCAGTCGTCCTCAAGTATTGCCCTGACATCCCCATCTACGTGGTTGAGGGCGACGAGGCGAATATCAAGATCACTCAGCCGATCGACATTCACCTTGCAGATAAGCTGTTCCAGCTCAAGCACAAGAGCATGATCTGCGACGGGAGCCGCAAAGATCTCCGCGGGTCCGCGGTACTGGTATTCGGCGCGAGTTCAGGCATAGGACTGGAGCTGGTCCAACAGCTCGAAGCTGAAGGGGCCCGGGTGGTGGGACAGAGTCGCACCGGCAGCGGAACCTATGTGGAGGACCGACAATGTGTTGCCCAAGCAATTGCTGCAGCAGCCGCAACCCATGGACGTTTGGATCATGTCATTCTCACAGCCGGTGTTCTCAGCGTTGGGCCGCTCGCCCAACTGTCTGATGAACAGCTGCATCACGACGTTGAGGTGAACCTTACAGCGGCCTTCATCGTGGCTCAGGAGTCGCAAAAGTACCTGGCCGAGAGCAAGGGGTCGCTGACGTTTTTTGCTTCCAGTTCCTACACTCGCGGGCGTGCCAATTACACGGTCTACTCGGCCACCAAGGCGGCCATCGTGAATCTCACCCAGGCGCTGGCGGACGAGTGGAGTTCGGACGGAATCCGTGTGAATTGCATCAGCCCGAGCCGCACTGCCACGCCCATGAGGACCCGGGCGTTCGGGGTGGAGGACGCTGGGTCCCTGCTGCCCGCGGCAGTCGTCGCCGGAGCCAGTATCCAGGTACTCTCCTCGTCCATGACGGGACAGGTGGTGGACGTCCGGCTGCCCTATGTGGACCCATCCAAGGATCCGGAACTGGTGACGCAGCCATGA MEQKFPAPSGLRHRNVAVILAGGVGARMGLDIPKQFVPIAGRTSLEYTVELFEHCELVDEILVMMAADYIPRAESLLLGSHCEGASTNKTAKLTAILPGGVDRSETSRLALAAIADKDANVIFHDAVRPLLDGDIIVACIRALDIYAAVDTAIPSADTIIEVDDQSFIRAVPPRAKLRRGQTPQAFRLPVIARAYERATQDPDFSATDDCSVVLKYCPDIPIYVVEGDEANIKITQPIDIHLADKLFQLKHKSMICDGSRKDLRGSAVLVFGASSGIGLELVQQLEAEGARVVGQSRTGSGTYVEDRQCVAQAIAAAAATHGRLDHVILTAGVLSVGPLAQLSDEQLHHDVEVNLTAAFIVAQESQKYLAESKGSLTFFASSSYTRGRANYTVYSATKAAIVNLTQALADEWSSDGIRVNCISPSRTATPMRTRAFGVEDAGSLLPAAVVAGASIQVLSSSMTGQVVDVRLPYVDPSKDPELVTQP PGPT0018340_83 DIRECT EFFECT COLONIZING_PLANT_SYSTEM COLONIZATION-PLANT_DERIVED_SUBSTRATE_USAGE PLANT_DERIVED_SUGAR_ALCOHOL_UTILIZATION PLANT_DERIVED_RIBITOL_METABOLISM|DEGRADATION,PGPT0018340-bcs1-K21681 NA NA D3-18_04787 918 cpdA_2 COG1409 3',5'-cyclic adenosine monophosphate phosphodiesterase CpdA ATGGCTCCGTTCCAGTCCGAGTACGCAATGCCTAGCCATGTGCTGGTGCACCTGAGCGATCCGCATTTTGTGGCACAGGGTCTTCTTTACGGGGAACTGGACCCGTTCGAAGGACTCGTGGAAGTCCTCGCATCGATTGAAACCAGCGGGCTGAAACCGGAAGCCCTGATCTTTTCAGGAGACCTGACGGACAAGGGCGCTCCTGAAGCGTACCGGCGTCTGCGGACCATCTGTCAGAGGTACGCGGAGAGCTTGAGCGCGCAGCTCATTTGGGCCATGGGCAACCATGATGAACGCACGAGCTTTCAAAGGATTCTCTTGGACGAAGAGCCGCAGGCCCGCCCGGTGGACCGACGCTACTACCTCGGAGATCTGCGGGTGCTGGTGTTGGACTCGTCTGCCCCCGGATACCATCACGGGGAAATCGGGGAGGAGCAGTTGGACTGGCTGGCCGGGGAACTGGAGACGATATCCAAGGACGGTACCCTCCTGGTGATCCACCATCCGCCGGTCCCACCGGTACAGGAACTCGCGGTGCTGTCGGAATTGCGGGAGCAGGAACGCCTGGCACGAGTTCTGGAAGGAAGCGACGTGATCGGAATTCTCTCTGGCCATACACATTGCACCGCCTTTTCCAGTTTCGCCGGTATCCCTGTGTCCGTGGCGTCGTCGACCAGCTACACGCAGGACCTGGCTCTGCCATCGGGCCATATGCAGGGATTAAACGGTGCCCGTTCTTTCAACCTGATTCGGATTCACAAACGAACTTTCGTTGCGGCGGTGGTCCCGGTGGGTGAGTACCCCCGCCTGAACTCCTACGTCACGGCGGAAGACACCCGCCAGCGGCTCGAAGCCGCCTCCGTCACCATCTCCACAGCCACCGGGACCACCGGAGTCAACCCAGCCAGTCGCCGCTAA MAPFQSEYAMPSHVLVHLSDPHFVAQGLLYGELDPFEGLVEVLASIETSGLKPEALIFSGDLTDKGAPEAYRRLRTICQRYAESLSAQLIWAMGNHDERTSFQRILLDEEPQARPVDRRYYLGDLRVLVLDSSAPGYHHGEIGEEQLDWLAGELETISKDGTLLVIHHPPVPPVQELAVLSELREQERLARVLEGSDVIGILSGHTHCTAFSSFAGIPVSVASSTSYTQDLALPSGHMQGLNGARSFNLIRIHKRTFVAAVVPVGEYPRLNSYVTAEDTRQRLEAASVTISTATGTTGVNPASRR PGPT0021595_446 DIRECT EFFECT COMPETITIVE_EXCLUSION|CE CE-QUORUM_SENSING_RESPONSE|BIOFILM_FORMATION CE-OTHER_QSR|BF_RELATED_SYSTEMS CE-QSR|BF-cAMP|VFR_SIGNALLING_PATHWAY,PGPT0021595-cpdA-K03651 NA NA D3-18_04788 381 hypothetical protein ATGAGCACCGGCCTCTCCACGGCCCAAGGTAGCTTCAACACTGCTATGGGCCTTTGGCCACTGGTTCATATGCGCAGCTTTGAAGCCGTGAGTGGGCACAAAACCGATGACTGGCTCGTCCGGACAGTCTCCGGACTACTCCTGACGATTGGGCTGGAACAACTCCGTCACGCCTCAGGCACCGAAGGGGCCGCCTCAGCGAAACGTCTCGGCATCGGGACAGCCGCCACCCTTGCTGCCATCGACCTGATCTACGCAACCACGGGACGGATCAGGAAAATATACCTGTTGGACGCCGTCTTTGAGCTTTTCCTCATCATTGCATGGCTGCGGACACGCGAAACCACCGACCCCGCCAACGGCAAGCGACGGAACGATTAG MSTGLSTAQGSFNTAMGLWPLVHMRSFEAVSGHKTDDWLVRTVSGLLLTIGLEQLRHASGTEGAASAKRLGIGTAATLAAIDLIYATTGRIRKIYLLDAVFELFLIIAWLRTRETTDPANGKRRND NA NA NA NA NA D3-18_04789 498 hypothetical protein GTGATAGACCGAAAACGCGGCAGCACCCTTCTGATGGCAGCCTCAAAAGGCGCAATATGCGGCTTGGCCGGGGTGGCGATCATGACCGCCGGAGAAAAGACCGAACAGGCCCTCACTCAGCGCAAGGATTCATACATACCGGCCCGAACTCTGTTGGCCCTCCTTGGAAGAACCCCGACGCAGGCGGACAAACCAGCGCCTTGGAACCACGTAATGCACTGGGGCACCGGGCTCCTGCTGGGCTCCCTCCGCGGCATCTGGGCTGCAACCGGGATCCGGGGTGGAGTCGCCAACATTCACCACACCGCCGTGAGACTGGCTTTCGACCAGACCTTGGAGAATGCCACTGGCATGGGATCTCCACCCATGACTTGGAGCCGGCAGGAGCAGCTCGTGGACGTACTCCACAAAACCATCTATTCACTGGTCACAGGCGTGGCCGCGGACCGCTGGATCCCAGGACGTCTCGAGTCCAGAAACGGAATCACCAGCCATTAG MIDRKRGSTLLMAASKGAICGLAGVAIMTAGEKTEQALTQRKDSYIPARTLLALLGRTPTQADKPAPWNHVMHWGTGLLLGSLRGIWAATGIRGGVANIHHTAVRLAFDQTLENATGMGSPPMTWSRQEQLVDVLHKTIYSLVTGVAADRWIPGRLESRNGITSH NA NA NA NA NA D3-18_04790 609 hypothetical protein ATGAGCGAGAAACCAGGCAATCAGACGCCTAACACGCCCGGGGTTAGCGAAACCGAATTGCGTGCAATGAAGGTCGATGAGCTGCGCCAGGAAGCCCGGGAGGAGAACATCAGCGGCGTTGCGGATATGCGTAAGGAGGAGTTGGTTGGCGAAGTGGCCGAAGCACGCTCCTCCGGAGAACAACGGAACCAGGACGGCCCTACCCCCGAGGGTGACTCGCTCGACGCCGGGCCGGACGGCGGAAAGATCCGGACCGGCGAGGCGTCCTCCAGCTCATTGAAGTATTCACAGGAGGTCACTTCCCCTGAGGACGAGCCCGAACGGGAAGGAAGGAGCCTGGTAACAACCCATCATGTAGTCATCAAGCAGTGGGCAGAGGAACGCGGCGGGGTGCCTGCTACCGTTGAAGGCACTGAACACGGGGATCACTTGGGCGTACTCCGTATTGATTTTCAAGACAAAGACAGCAACCTCCGGCGCGTGAGCTGGGAAGAATGGTTTAACACTTTCGATGCCCGCCGCCTGAACTTCATCTATCAGGAACAACGCTCCGATGGCAGCCAATCGAACTTCTTCCGGCTGGAAAACCCGGACCGGGAAGACGCCTAG MSEKPGNQTPNTPGVSETELRAMKVDELRQEAREENISGVADMRKEELVGEVAEARSSGEQRNQDGPTPEGDSLDAGPDGGKIRTGEASSSSLKYSQEVTSPEDEPEREGRSLVTTHHVVIKQWAEERGGVPATVEGTEHGDHLGVLRIDFQDKDSNLRRVSWEEWFNTFDARRLNFIYQEQRSDGSQSNFFRLENPDREDA NA NA NA NA NA D3-18_04791 993 ydbD COG3546 putative manganese catalase ATGCTGATCATTCCTCCCGGCGGGATGGTTGGTACCTACACACCGGGGCTCCCCTCCGCACGACGAGGAACCGCTGCGGGCAGGAGCGACTTTTCGAAGGGCGTAGAAATGGTCTTTTTTCACAGGCAGGAACTTCAATACAAATCCACCCCCGACAAGCCAGACGCTGTTTACGCGCGAAAGCTCCAAGAAGTGCTTGGCGGCCAATACGGCGAAATCACCGTGGCAATGCAGTACTCCTTCCAGGCATGGAATGCCCACATACCCGGCAAATACCGTGACATGCTGTTCGGCATCGGAGCCGAGGAATTCGGCCATGTTGAGATGCTCGCCGTCATGATCGCGCAACTGCTTGAAAAAGCACCCTTGGGCATCACCGATGACGCGGTACAAGCAGACCCCACCGTGGCCGCCGTCGTGGGTGGAACTGACGTCCAGTCCGCAATCGTGGCTGGCGCCGGCGTTCGTCCCGTGGACAGCAACGGCAACCCGTGGCAATCCAGTTACGTGACTGCCAGCGGGAATCTGCTGGCCGATTTCACGGCTAACGCCAACGCAGAAATGCAAGGCCGGATCCAGGTTGCCCGGCTTTACCACATGACCGATGACCACGGCGTGAGGGATATGCTCTCCTTCCTCCTCGCCAGGGACACCATGCACCAGAACCAGTGGATGGCAGCGGCTGCTGAACTGCGGGAATCCGGCGCAGAAGGACTTCCTGTCCCCAGCAACTTCCCCCTCAAAAAGGAAATGCGGGACGTCGCCTATGAGTACAGGAACTTCTCCGACGGCGCGGCGGCTGCGGAAGGCTCCTGGGCCCAGGGCCCCACACCCGACGGCCTCGGCGAGTTCAGTTACGTCGCAGAACCACCTGCGGGAGTTCCCATGCCCCCGCCAACGCACCCTGATTCCAGGTTCTACGGAACCACGGAGCTGCCGAACACCATGGAAAAGGTTGCCGGGAGGGTTCAGGACAAGCTGCGCAAGGAGTAA MLIIPPGGMVGTYTPGLPSARRGTAAGRSDFSKGVEMVFFHRQELQYKSTPDKPDAVYARKLQEVLGGQYGEITVAMQYSFQAWNAHIPGKYRDMLFGIGAEEFGHVEMLAVMIAQLLEKAPLGITDDAVQADPTVAAVVGGTDVQSAIVAGAGVRPVDSNGNPWQSSYVTASGNLLADFTANANAEMQGRIQVARLYHMTDDHGVRDMLSFLLARDTMHQNQWMAAAAELRESGAEGLPVPSNFPLKKEMRDVAYEYRNFSDGAAAAEGSWAQGPTPDGLGEFSYVAEPPAGVPMPPPTHPDSRFYGTTELPNTMEKVAGRVQDKLRKE PGPT0013240_542 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING OXIDATIVE_STRESS-OXIDOREDUCTASES,PGPT0013240-katN|ctjC|ydbD|yjqC-K07217 NA NA D3-18_04792 795 hypothetical protein GTGCAGGAGTTGGGGACATCTGGGATCGCTGGCAACCAGCTACCGGTCAAGGGCAGGCTGGATGGCTTCGATGTACCTGCTTTCGTGATCCGCTTGCAGGATTTACTTGATGAGCACACGGACGTGTGCGACTTTTTCAGTGAACTGGTCACGCTTGTCGCGTCCGAGTTGTCACATCCCTCTGACGCTGTCTCGTGCGGAATCACTGTTGACCGACGGAAGAAGTCCGTCGCGATGGCCAACAGTGACGGCCGCGGCCACGATCTGAACGAACTGAGCAATGGCTTCAACGGTGGCCCTGCTCTGACCGCGATGCGCTCCGGTGCCGTGACGCACGTTCCTGATGTTGAGTCTGACAGGCGGTGGCCTGAGTATATGGACGCGGCAGAAGAAGCAGACGTGGGCTCTATCCTTGCTATCCCCTTGGAGCTCAAAGGCGCCGCCGCGGCTGGCGTCCTTACGCTTTACTCACCCCGTAGCCACGGGTTCAGCCAAGAACGCATCCTTGCCGCAGAACTGGTGGCGGACAAGGTAAGCAAGTCCCTGAGCCTGGTTTTGAAGTTGGCGCACCTGCTCGATATCCGCGACCATCTCACGGCCGCCTTGGAGTCGCGTACGACGATAGACACAGCAGTGGGCATCATCATGGCAGAGAACCGTTGCAGCCAGGAGGCGGCCCTCAAAATTCTGATGAGCGCTTCCAACCACCGCAACACGAAACTCTCAGTCGTGGCCCGGCAGGTCGTATCTCATGTCGCGGGAGACATCCACGTGTCATCAAAATTCGATGAATAG MQELGTSGIAGNQLPVKGRLDGFDVPAFVIRLQDLLDEHTDVCDFFSELVTLVASELSHPSDAVSCGITVDRRKKSVAMANSDGRGHDLNELSNGFNGGPALTAMRSGAVTHVPDVESDRRWPEYMDAAEEADVGSILAIPLELKGAAAAGVLTLYSPRSHGFSQERILAAELVADKVSKSLSLVLKLAHLLDIRDHLTAALESRTTIDTAVGIIMAENRCSQEAALKILMSASNHRNTKLSVVARQVVSHVAGDIHVSSKFDE NA NA NA NA NA D3-18_04793 597 hypothetical protein GTGGATTTGGCCTTTCGCGGGGCTGGCCACGAAACCCCAGAAACATTTGGTTCTTGCTGGCCTCGATCGTCCGTGCGTTCAACGTCGTCATTCGACAGGCACGACGCCGATTCTGGAAGGCCTGTCCGTGCGCTTTTGGCGTCCGCCTATGATGGGGGCATGCCTGAGGTTGAGCGGTGGCCCGCTTCGCATCTGCTGTCCACGGCAGCAAGGATGTTTGAACGCGCAGTAACGCGAAACCTGGATCCCATCGGTATCACCCATCCGGAGGCCATCGCCTTGCAGATCCTCGCCGGCATGGGACCTTGTACCCAGTCTGAGCTGGCAGAGGCGTCGGGTGTCCGGGCCCAGTCTTTGGGATCAACCCTAAGCAAACTCCAAGCCCGGAGCTGCGTGGACTTGCAGCGCGTGGGTCGGGTCCAGCTCGTCACCATGACGAGGCACGGGGTGGAGGTGCTGGAACGGGTCAATGAAGCTGAGCGTGAGGGCCTGGCCCATGTCCTCTTGGACGGCAGGTTTTGTGAGGAACTTCAGGTACTTGTCCGAACCCTTGCTAAGGATGAAGCTGCGACAGTGAATCGCCTTTCGGCTGGCTAA MDLAFRGAGHETPETFGSCWPRSSVRSTSSFDRHDADSGRPVRALLASAYDGGMPEVERWPASHLLSTAARMFERAVTRNLDPIGITHPEAIALQILAGMGPCTQSELAEASGVRAQSLGSTLSKLQARSCVDLQRVGRVQLVTMTRHGVEVLERVNEAEREGLAHVLLDGRFCEELQVLVRTLAKDEAATVNRLSAG NA NA NA NA NA D3-18_04794 372 hypothetical protein ATGACTGGTCAGGACCAGCTGCTCGATTTTGCCGTCCGGCTGGAGGGCGGGGCCATCCTGCACCTGATGTGGAATCCCGGAACCCGCATCGAAGCCGAACACGCGCGAGCCGCCATGGACGCGGTAAACCGTGCCGCCGGCAGCGAAAGGTACCCGCTGTTGGTTGAGATAGCCGAAGCGAGCTTCCTCAGCCATGAAGCACGCGCTGTCTTCGCTCAGCCGTGTGCCGCTTCTAGGATCGCCTTGCTAGGAGCAGGGCCAGTGGACCGCGTGCTGGTTGATTATCAGCTCAACACCGGCGCGCCCCCATGCTCCACCAGCTTCTTCAGCTCAAAGGCGGACGCTCTTGCATGGCTCAGGGAGCCTCAGTAG MTGQDQLLDFAVRLEGGAILHLMWNPGTRIEAEHARAAMDAVNRAAGSERYPLLVEIAEASFLSHEARAVFAQPCAASRIALLGAGPVDRVLVDYQLNTGAPPCSTSFFSSKADALAWLREPQ NA NA NA NA NA D3-18_04795 396 ctrA Cell cycle response regulator CtrA ATGACTTCACGCGGAAAATGCCTGGTTATCGAGGATGACGAGGATATCGCCGGACTGATCGAGGCAATCCTTACCGCTGCTGATTTTGACGTGCGGGTAGAGACAACAGGGACTGAAGGTCTCCTGGCCGCCGCCAGTGCTGAACTGACGCTGATCACCCTGGATCTAGGGCTCCCTGACATGGACGGCCGCGAAGTGGCTGGCTTACTGCGCGATGTCTCTAAAGCCCCGATTTTGATGATCACCGCATTTGCGGGAGTTGGGGACGAGCTGGACGGCTTTTCTGCCGGCGCGACTGCCTATCTTCCTAAACCGTTTCGGCCTACCCAACTCCGCAATCTGGTAGATCAACTTTGCCCGCGAGAAGTCCGGCTTGCACGGCCTGTAACCTCCTGA MTSRGKCLVIEDDEDIAGLIEAILTAADFDVRVETTGTEGLLAAASAELTLITLDLGLPDMDGREVAGLLRDVSKAPILMITAFAGVGDELDGFSAGATAYLPKPFRPTQLRNLVDQLCPREVRLARPVTS PGPT0012985_11 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 D3-18_04796 1101 hypothetical protein ATGGCTCAAGAAGAGGGCTCTCTTTCACCCCGTAGCGTTGCCGAGTCCGCAGACCAGAACGGCGCATCGTCGTTGGCGGATGCGGGCACTATGCGTGAGCAGGTGAAGGAGATCATCGCGTCCATCCTGGCTGACTCTGAACCCCGCAGCGCAGCGGCCAGGGCCAAGCTCCGTACTTTGATTGAGGCACACCCCGACGATCCCGAAGGGGCTCTTCTGGCGCACCTGATCGAAACCCGCAAAGCAGCCGGCGCGGCACACTCCGCCGCGGTTCAGCTCGAATCCTCCCACCTGCACCTTGAATCCGTTGAAGCAGCGCGTACCGTCTCGGTTCCAGTCAGCCACCACGCGAAGCAAGGAATCCAGTCATACCTGGGAGACAAGTTTCTCTTGACGGCCTTCCAACCTGTCCACGCACTGCCAACCGGTGATGTTGTAGGCGTTGAAGCACTGACCAGGTTCGTCGGGGAAGACGGCGCAAGCGCCGACGTCTGGTTCAACGAGGCCGCAGCAGCAGGGCTAGGCACAGAGCTGGAGATCGCAGCCCTCCACTGCGCCCTGACCGCAGCGCACGACGTTCCCGAGAACATGTCTGTTGCCCTGAACCTCACACCGGCAACCTCCAGTGATACCCGTGTCCGTAACCTGCTCGCAGCAGCGCCCCTGGCCCCGGACAGGATCATTGTTGAACTCACCGGGACCCTCGCAGCCCTTGGCCCCCACACCGGTCAGGAGGGCTTGGGGCCCTTGCGCACGCTGGGGCTCCGCATGGCCATTAGTGCATCCGGGGCGGCCATGGTCTCCATGGAGCGGATCGAACAACTGCGCCCGGACATTATCAAACTGGACCGGCACCTGATTGAAGGCATCGAATCCAGCCAAGGACAACTGACTCGCGCCAAAGCCATCGTTGCCGTGGCCCGGGAGATCGGCGCCGACGTCATCGCAGTCGGCGTGGAAAACGCCGAAGAACTCGCAGAAATCAGCGAACTGAACATTGCCGCCGCGCAGGGATACCTGTTGGGCCGGCCCTCCGTTCACCCACTGGACTGGTCAGCCTGGAGCATCCGCGCCCAGACAGAAACCCACCCTGCCCCCTAG MAQEEGSLSPRSVAESADQNGASSLADAGTMREQVKEIIASILADSEPRSAAARAKLRTLIEAHPDDPEGALLAHLIETRKAAGAAHSAAVQLESSHLHLESVEAARTVSVPVSHHAKQGIQSYLGDKFLLTAFQPVHALPTGDVVGVEALTRFVGEDGASADVWFNEAAAAGLGTELEIAALHCALTAAHDVPENMSVALNLTPATSSDTRVRNLLAAAPLAPDRIIVELTGTLAALGPHTGQEGLGPLRTLGLRMAISASGAAMVSMERIEQLRPDIIKLDRHLIEGIESSQGQLTRAKAIVAVAREIGADVIAVGVENAEELAEISELNIAAAQGYLLGRPSVHPLDWSAWSIRAQTETHPAP NA NA NA NA NA D3-18_04797 456 hypothetical protein ATGCCTGATGCAGAGGTTTGGCTGACCTGCCGTCTGCTGTTCACGGCGGCCAGGTTAGTGGAGAACATGTGGAGTCAGAAGCTCGGAGCACTCGGATTGACCCCGGCGTCCGTTATCGCGCTTGATGCCTTGCAGGCCTCCGGCCCCACTACGGTGGCGTGGCTCGCGCGCAGCGTCCGAGTAAGCGTCCAAACACTCGGCCCGGTCATACTTCGGCTTGAGTCCAGGGGATATGTCCTGCGTCGTTGGGGCGTGTTCGACCGTCGGCGCTTTCTTGTCTCCATCACTGACGAGGGCGAGGCTTTGCTGGATCAGGCCCATGCCTCGGAACGTACCGTCTTTGATGGTCTAGACGTGGACGCGGACAGGCTGCGCGAGGAGCTGCAGAGCATTGTGCGGCAGATGCACCCGGGGCTGACACGCCCCAGTCAGATCCCTGGGACAGGGGCGTGTTAG MPDAEVWLTCRLLFTAARLVENMWSQKLGALGLTPASVIALDALQASGPTTVAWLARSVRVSVQTLGPVILRLESRGYVLRRWGVFDRRRFLVSITDEGEALLDQAHASERTVFDGLDVDADRLREELQSIVRQMHPGLTRPSQIPGTGAC PGPT0013155_5159 DIRECT EFFECT STRESS_CONTROL|BIOCONTROL NEUTRALIZING_ABIOTIC_STRESS NITROSATIVE|OXIDATIVE_STRESS|ROS_SCAVENGING DETOXIFICATION_OF_PEROXIDIZED_COMPOUNDS,PGPT0013155-ohrR-K23775 NA NA D3-18_04798 225 hypothetical protein GTGAAGCCAGGGATTGAGACCTACAACCAAGACGGGCAGTGGAGAAGCCGACGTCAGGGTTCGGACCGACCCTTCGCTGTCGGTGGGACCAAAGCTGAGCAGCAACAGCGTGGGCGGGACGCGGCCCGGCGGGACGGTGTTGAACACATCATCAAGAATCTGGACGGCACGATTGATCAGACGAGCTTTTACGGCAACGACCCGAACCCGTTCAGCGACTACTAG MKPGIETYNQDGQWRSRRQGSDRPFAVGGTKAEQQQRGRDAARRDGVEHIIKNLDGTIDQTSFYGNDPNPFSDY NA NA NA NA NA D3-18_04799 468 hypothetical protein ATGACCCCCACCCATAACCCCGCCCGGACCCACACCACGATTCAGCGGGCAGCGCAGATAGTAGGAGCGGTCTTTCTCCTTGTAGGGGTCTTCGGCTTCATCCCGGGGATCACCTCGAACTACGAGACCCTATCGTTCGCGGGCCACACCTCCGATGCCCTCCTGCTGGGCATTTTCCAGGTATCAATCCTGCATAACATCGTGCACCTGCTCTTCGGAGTAGCGGGAATCCTGATGGCCCGAACTGCGGGCCAGGCCCGGAACTACCTGGTAGGCGGCGGAGCCATTTACTTGGTTCTGTGGATCTACGGCCTGTTCATCGACCAGGAATCCACCGCGAACTTCGTTCCCGTCAACAACGCCGACAACTGGCTTCACTTGATCCTGGGTGTCGGCATGCTGGCCCTGGGCCTGGCCCTGAGCCGACGAACAGCGGCAGGACGAACTGCAACCACAACCGGCAGGTAA MTPTHNPARTHTTIQRAAQIVGAVFLLVGVFGFIPGITSNYETLSFAGHTSDALLLGIFQVSILHNIVHLLFGVAGILMARTAGQARNYLVGGGAIYLVLWIYGLFIDQESTANFVPVNNADNWLHLILGVGMLALGLALSRRTAAGRTATTTGR NA NA NA NA NA D3-18_04800 600 hypothetical protein TTGAACGGATCTGGCGAGCTTCCAAGTCACAACCAGCCCAAAGTTGTTCGTCACGATTGGGATAAACAACTCGATGCATACGTTTACTTCGTCCAGCAGCACAACCGGACTCCCTCTCAATATGCCAAGGATCCGGCCGAACGATCCCTGGACTCGTGGCTCAAGAATCAAAAGTCCTCACTGCGGAGCGGATTGCTCCTGCCCGAGCGGGTGGCCAAGCTTGGCAGGTTGTTGCCGCGATGGAGCTCTCCCCATCGGCTGCGCCCAAGTTGGGATGAGACTTTGGCCCACGTCATTGAATTCACGGAATCCCGCGGAAGATGGCCATCGGCTGCGTCACACGATGATGACGAGCGAAGCCTCGCGAACTGGCTCTACCGCCAAGCGGCAGCCCGAACGCAGCCCGTGACCGTAAGCACGCAGAACGAATGGACAAGCTGTCAAAGGCGTTGCCGGGCTGGCGCCGGAGATCCCCTGCTGGCCACGACCGCCGGGGCGCCCGTCTGGAACAGTTGCTGGAGCACGTGCGCACACACGATCGGCTCCCCGTTATGGGGCCCTCCAGCTCGCCAGCGGAGTACGCGTTGGGTAAATGGCTAG MNGSGELPSHNQPKVVRHDWDKQLDAYVYFVQQHNRTPSQYAKDPAERSLDSWLKNQKSSLRSGLLLPERVAKLGRLLPRWSSPHRLRPSWDETLAHVIEFTESRGRWPSAASHDDDERSLANWLYRQAAARTQPVTVSTQNEWTSCQRRCRAGAGDPLLATTAGAPVWNSCWSTCAHTIGSPLWGPPARQRSTRWVNG NA NA NA NA NA D3-18_04801 549 hypothetical protein ATGGTTAGGGCTGCGCAAACCACCACGGCATCCAAACCTTGCAGCACCGTACAGAAGGCCGCACAGGCGATCATCGACGGGGCAGGCACTCGCAGCCAGAAGTTCGACAATCTCCGTAGCGCGATTACTGCCAATCCTGGGGCCCATCGGCGTGTCTGGGACGTCATAGCCGAATCGCGGTTCAAGGCCCGGCCGAACAATGGTAACCAATATCTCACTCAGACCCCCGCCCAACGTCCTAAAATAGGCCGGGATCCTGTTCAAACACAGTGGATGCTTCAGGAGATAACCAGGCTGCAGGCTCTTGGGGCAACAAACTTCCGAATAAATCAAAAGCAAGTCAACGTGATGGGGAAGCTCGTCGGAAACAACAGGCCTGATCTCCAGTACGACCTCAACGACTTGCACTTCGCCGTGGAGCTCGACAAGCCTCTGAAGTCCGGTTCAACCGAAAGTGTTCGCGGTCTACCTCACTTCTTGAGGATCCTAGCCAACGATCCCTCTCTAAGTAAGGCGCAACTACGAATTGAGACTGTAGGAAACCCTTGA MVRAAQTTTASKPCSTVQKAAQAIIDGAGTRSQKFDNLRSAITANPGAHRRVWDVIAESRFKARPNNGNQYLTQTPAQRPKIGRDPVQTQWMLQEITRLQALGATNFRINQKQVNVMGKLVGNNRPDLQYDLNDLHFAVELDKPLKSGSTESVRGLPHFLRILANDPSLSKAQLRIETVGNP NA NA NA NA NA D3-18_04802 768 hypothetical protein ATGATGTCTCCTCGACTGAACCAAGGTGACAACCTGGCCCACCAGCTGCTGTTCGGCAACGCGTGGGCGCCGTTGACAAATACCATCGGCTTCATCAATGCACCACTGGACGAAGCGGCAAGCATATGGCGGAATTGGGATGAAACAAGACCCCACGATGCTAGAACGTCAGTAAGCCTGGAAGGGCTCGAAGGAACCCTGCCAGAACTCCTATCTACGCTGGTGCCTCTTGGAACCGGAAACCGAAAGCTGTTCTTGGAAACCTCCGACCCGCATTGGACCGCCGTCCTGGACAATTCGGCTAACGGCGCGGACCTCAGCTCGGGACTGAAAGTCCAGTACGCCCAACAACGTGATATTAGGACGGTGAGCGTCAAGGAAGTCCCGCACACCCTGGACAAGAAGAGCTACCAGCAGCATCGAGGCCGATACGGACTCCGGGAAATGATGGTCTGGGGACCTGGAGACTTTGTCCGAGGTATAGGACTGGTAAATGAAGATAGATGGGTCTTTTGGAGCGGCGGGGACCCGCTGCCATTTGAGAACTCTTCTGCCTACGAAAACCCTAGGAAGCACGAACGGTTCACACATGAGATGCTAGTGACTTACTGTCAAAACCTAGGACTAGATCCGTTCAACGAAGACTTCTACGCACCAAACGGTAGGGGCATCGTTGTGGAGACACACGTCAAGCAACCCCTGTTGAAACTGTCTCTTAGCGAAGCGCGGGCGGGCTATGAAGATCGTGACGTTCCTTCGTCAGTATGA MMSPRLNQGDNLAHQLLFGNAWAPLTNTIGFINAPLDEAASIWRNWDETRPHDARTSVSLEGLEGTLPELLSTLVPLGTGNRKLFLETSDPHWTAVLDNSANGADLSSGLKVQYAQQRDIRTVSVKEVPHTLDKKSYQQHRGRYGLREMMVWGPGDFVRGIGLVNEDRWVFWSGGDPLPFENSSAYENPRKHERFTHEMLVTYCQNLGLDPFNEDFYAPNGRGIVVETHVKQPLLKLSLSEARAGYEDRDVPSSV NA NA NA NA NA D3-18_04803 765 hypothetical protein GTGCCGGTTCGAATGACAAAGGGTGACAAGCTCGCGGCCGAGTTGTTGCTGGGTAGCCGGTGGGCACCGGTAACGAACACGCTGTCGTTCATCAATGCGCCGTTGGAGCAAGCTGCCCAGGTCTGGCATGACTGTTACGCCTCCAGTTATCCCAAATGGAACATCGTCCAGACCGAGCACACCGGCACGGTGGAAGAACATTTCAGCAGACTGCTGCCATTGGCAGCCGGCGCCAAGACGCTGTTCCTGGAGACCCTAAATCCGGACTGGACTCTTGCGGTGAACAATAACGCCTACACGGGACCGGATTTGAGCTCCATGTTGACGGTGGAGTACGCGCAGAACCGCGGAATCAGGTCCGTGATCGTAATGGAGGTCCCTCACACCCTCGACCGTAAAACGTACTCCCAGTGGCGGGGCCGATACGGTGGACGACGCTTCATCGTGCTCGGGCCGGGTAAGGCCAAAACGGGTGTCTTCCTGGTTAACGAGGACAAATGGGTCTTCTCAAGGGGCGGCGAAGTCCTCGATTTCGAGGACACCAAGGCATATGACTCCCCCAGGGCAACGGATCGATTCACCCACGAGATGCTCGTCGACTACTGTCGGCATCTCGGCCTGGACCCTTACAACGAAAACTTCTACGTCCCCAATGGACGCGGAATCATGGTGGGCCCTCTCAGCGAATCAACCGGCTACACGCTCGCTGAAGCACGCGCCGGAACTGAAGACCGCGACGTCCCGAGAACTGACCGTGAGCTGTAG MPVRMTKGDKLAAELLLGSRWAPVTNTLSFINAPLEQAAQVWHDCYASSYPKWNIVQTEHTGTVEEHFSRLLPLAAGAKTLFLETLNPDWTLAVNNNAYTGPDLSSMLTVEYAQNRGIRSVIVMEVPHTLDRKTYSQWRGRYGGRRFIVLGPGKAKTGVFLVNEDKWVFSRGGEVLDFEDTKAYDSPRATDRFTHEMLVDYCRHLGLDPYNENFYVPNGRGIMVGPLSESTGYTLAEARAGTEDRDVPRTDREL NA NA NA NA NA D3-18_04804 732 hypothetical protein GTGGTGACCGCCGAGTTGGGCTTTCTGCAAAAGGAACGAGAAGTTTTGACTACTACGGATGAAGTCCAGGAATTCCTTGACGGACGAGGTTTGCCGTCGGCGGTAGCTGCAGTGACGCCTTCAGGGGCGCATGCTCTCATTTGGGGGCCTGAGCTGACCGGTACCCAGTTGTGGCAGGTTCAAGTAGAGCTGACGGGGAAGCTGCCGGGCTGGCATGTTATCGCCTACGGGGTAGAGCCCTCCGATCCAGAGGAGCTTGCCGAGGAGTGGGATGAGCAAGGTCCCGAGTCCGAAGAACTCCCAGACCTCTTTGACGCTGACGCCGAGAAGCAAGCACTGCACGAATACACGGTCGACGCCGACGCAAGCGAGGGCCTCGACAGCGCACCCGAGCCAGTGGTCCTGCCCTTGGACGCGCCAGTGGTCAGCATTGGCGTAGGCAACCTGATTGCCGTCGAAGTCGAGAGCCCAGGCGACGTTGTTCACGCCGTCGAATGGGAGGGAGCTGACAACCTCGGCACCCGAACGGAACTGGCGGTGCTCCTGCGCCGGTGGAACCGCCTTGCAGGTGCAGTGCCGTTGCACCTCTCGGACACGAACAACGCCACCATGGTCCTGACCGTCCCGGACCTGCCCCGCATCGCAACAGAACTGCAGCAGGCCTGCGACGAAGTCACCGTCCTCACCACCGGCCCGAACAACAGCCCCATCGTTGAGCTGTGGTGGGACTAG MVTAELGFLQKEREVLTTTDEVQEFLDGRGLPSAVAAVTPSGAHALIWGPELTGTQLWQVQVELTGKLPGWHVIAYGVEPSDPEELAEEWDEQGPESEELPDLFDADAEKQALHEYTVDADASEGLDSAPEPVVLPLDAPVVSIGVGNLIAVEVESPGDVVHAVEWEGADNLGTRTELAVLLRRWNRLAGAVPLHLSDTNNATMVLTVPDLPRIATELQQACDEVTVLTTGPNNSPIVELWWD NA NA NA NA NA D3-18_04805 579 hin COG1961 DNA-invertase hin ATGGCACGCCTTGGATACGCTCGCGTCAGTCTGGCTGACCAGAACACTGATTTGCAGATCCGCGAACTGGAAGCTGCTGGGTGCGAGCGGATCTATAAAGACCAGGGGATAAGCGGGACCAGGGTGAGCCGTCCAGAATTGGACCGGATGTTCGACCGTCTTGGCCCAGGGGATGAAGTCGTGGTGTGGAAGCTGGACCGGTTGGGACGCAACACCCGCCACCTCCTCGAGCTCTTGGATGATTTCAAATCCCGAGGCATCAAATTCCGTTCGCTTCGGGATGGAATTGCCACTGATCCGGCCAGCGAGGTCGGGGGAGCGATGGCCCAGGCGATGGTCACCATCATTTCCGCTTTCGCCCAGCTCGAACGAGACCAACTATCCGAACGCACCAAGGCCGGCATGGCCGCCGCAGCTGCCCACGGACGCAAAGCAGGTCGGCGGGAAGTCACCACTGATCACGAGAAGGTCAAGCGCGCCCAAGAACTGAAAGCCCGCGGACTCAAGCCAGCCGATATCGGAAAGATCATCGGCGCCAGCCGCGCCACCGTATACCGCTACCTGAGCTTGGACTCCTGA MARLGYARVSLADQNTDLQIRELEAAGCERIYKDQGISGTRVSRPELDRMFDRLGPGDEVVVWKLDRLGRNTRHLLELLDDFKSRGIKFRSLRDGIATDPASEVGGAMAQAMVTIISAFAQLERDQLSERTKAGMAAAAAHGRKAGRREVTTDHEKVKRAQELKARGLKPADIGKIIGASRATVYRYLSLDS NA NA NA NA NA D3-18_04806 204 hypothetical protein ATGAGTGATATTGAGAATACTCTGGTGAGACACATTGTTGGGACAGGCGGCGTGCCGGAAATCCGCGAGCCTAAGTCGCCGACCATCCCCGGGCCAGTGGTTCCCATCAAAGGATCCATTGATGCGACGGCCATAACGACACTAAATGTTGCAGAACTCCCCGGCCGTTCAGTTCACCAGTGCAGGTCTACGCACATGTCCTAG MSDIENTLVRHIVGTGGVPEIREPKSPTIPGPVVPIKGSIDATAITTLNVAELPGRSVHQCRSTHMS NA NA NA NA NA D3-18_04807 1245 hypothetical protein GTGGGGGAACAATCCGGTAACAGTAGCGCCCGGAAAGCACACCGCACCGAACTATGGCGGGCATTTGCCGTGCCGGCAGTCATTGGCTTAGCCGTACTGGGCATTGCAGGAGTGAACTTCGCCAATGGCCTCGCCGAGAAGAAAACGCAGACTGATTCGGCCCTAAAGGTTTGCGAGGTGCTCCCCCGGGCCGGGCTTGTGCCCGATACTGGTGCCCTCTTAGGTGTGAACCTGGACTGGCACGCCAAACCGCTGGCCACCTTCGCCAAAGACCTGGGCCACAAACCTGCCGTCAGTGTCTCGTTCACAGGCTTCCCGCTGACCATAAAGGACAAGTACGACCTGCGGCGGGCCGTTGAGCAAATCCGGGCCGACGGGCACATGATGCTCCTGACCTTGGAACCTCACGAGGGGCTCTCGACCGTGACGGACGAAACGGCTGCGGCCTTGGCGAAAGACCTCGCCTCGTTCAATGCCAATGGCGTCCCGGTCATCGTCCGGTTCGCCCACGAAATGAATGGCTCCTGGTACGCCTGGTCGCAGCAGCCCCACCAGTACGTCGCTGCCTTCCAGACATTGGCGCAGGCCGTGCATGACCACGCACCAGGATCAGCCATGATGTGGGCACCAAACTACGGCGGCGGTTACCCCTTCTCCGGCGGACAGTTCGAAGCCAAACCAGGCACCCCGGAATTCGCGGCCCTTGACACCACTGGTGACGGGGTCCTCACGATGAATGATGATGCCTACGCCGCCTACTACCCCGGCGACGAAGCGGTGGACTGGGTCGGCATGTCGCTATACCACTGGGGCAGCACCTACCCGTGGGGCGAAAACGAACTCCCTGAGGCTAATAAGTTCGCCGATCAGATCACCGGGAATTATGTCGGGGCCAACGGCGATGACAGCCTGCTTCCGGACTTCTACGGCATATACGGTGCCCAGCATGGCAAGCCGCTCGCTATCCCCGAAACAGCAGCCCTGTTCGCCCCGGCGGCCGGCGGGGAAGCTGAGCAGACCATCAAGGAAGCATGGTGGAACCAGCTCTTCGACCCCACAACACATCAGCGGTTCCCGCAGCTGAAGATGATCAACTGGTTCGAATGGGACAAGACAGAAGCTGAAGTCAAAGGCCGTGTGGACTGGACCGTGAACAATACCCCGGCATTGCGGGACGCGTTCACCGCGGCAATGCCGGAGTGGCTCCGGTACGGTCCCGAACACTCCTGCAAACCACGTACCTAG MGEQSGNSSARKAHRTELWRAFAVPAVIGLAVLGIAGVNFANGLAEKKTQTDSALKVCEVLPRAGLVPDTGALLGVNLDWHAKPLATFAKDLGHKPAVSVSFTGFPLTIKDKYDLRRAVEQIRADGHMMLLTLEPHEGLSTVTDETAAALAKDLASFNANGVPVIVRFAHEMNGSWYAWSQQPHQYVAAFQTLAQAVHDHAPGSAMMWAPNYGGGYPFSGGQFEAKPGTPEFAALDTTGDGVLTMNDDAYAAYYPGDEAVDWVGMSLYHWGSTYPWGENELPEANKFADQITGNYVGANGDDSLLPDFYGIYGAQHGKPLAIPETAALFAPAAGGEAEQTIKEAWWNQLFDPTTHQRFPQLKMINWFEWDKTEAEVKGRVDWTVNNTPALRDAFTAAMPEWLRYGPEHSCKPRT NA NA NA NA NA D3-18_04808 327 hypothetical protein ATGGAACTTCTTGACGCCCACACTGTTGTGATCTCCGCCGTACTCCTGGTGCACATCGCAGGGGTGATGATCGTAGCCGCCTCAATTGCAGGCTTGATGATCTCACTCTTCATTGTCGTGCTGGCTGTCCACTTCATCCGAACTACGTGGGAACTGACCCAGAACTGGCGTAGCAACGAAGGATTCAGCGGCGGCCTCAGAAAGGTTCTTGACTCCTTGCCGGCGAGGGCCCTGACGCCGCGACCTCTGAGGGTGGTGGCACGGCAGAGAATTAGCCAGCTGTCACCGTTGAAGCCTCAGCCACGGTCCAGCTCAGAGGGTCCCTAG MELLDAHTVVISAVLLVHIAGVMIVAASIAGLMISLFIVVLAVHFIRTTWELTQNWRSNEGFSGGLRKVLDSLPARALTPRPLRVVARQRISQLSPLKPQPRSSSEGP NA NA NA NA NA D3-18_04809 183 hypothetical protein ATGAAACTGACGGTCATAGTTCGGAAGGCAACAGATGGCCGTATGGAGCTTCAGGTAGTGGAGATGCCACAACTAGAAGTCGCAGTTAAAAGGGTCGGCGAAATCCCTGAGGCCGTTAGCGAAGCCGCAGCGGGACTAACAGGCCGCCCCAAAAGCGACTTTGAGGTTGAGGTCGGCTACTAG MKLTVIVRKATDGRMELQVVEMPQLEVAVKRVGEIPEAVSEAAAGLTGRPKSDFEVEVGY NA NA NA NA NA D3-18_04810 2538 hypothetical protein GTGGGATTGGACACCAAGGACAGCGCCGGATCGGCCCTGTTCTCTGCTGAGGGATGGGTTCCTTTCGTCGTGGGCATTGTCGCCAGGGTTTATCTCGGCATTTCGCTGAGCCTGGCGGTGATCGCTCTCTTTCCAGCTCTCTTCGGTTGGAGCGGGAGTGTGGTGCAAAGCGGTTCCATGGAGCCGCACATCAGCCCCGGCGATGTGGTCCTCACCTCTGAACTTTCCGACGACGAACCAGTCCCGGTGGGTGGCGTGGTGGCCTACCTCAGTCCAGCCGAAGCTGAACCCGACGGAACAGCAAAAACAAGGCTCCATCGCGTGGTCGATGCCAACGATGACGGCACCTACGTGACAGCCGGCGACGCCAACATGGACGTGGACAGCACGCCGATGAAGCGCGAGCAGATCAGCGGCAGGGCCCGCATCTTGGTGCCTATGGTCGGCTTGCCGGGACTCTGGATCTCTCATGGGACGTTCCCGCAGATCGCCATTTGGTCTGTGGGAACGCTTCTCGCCGTCATCTGCGCCATCTATGTGGGCGGCTCCGCAGGCGAAACCCGAACACGCCGCCCACAGCACAACAGTCCCCAGCGGAACAGCCGACGGCGACCTTCCGCCGTCGGGGTCGGACCCACCGCTGCCGGACCCACCGCTGCCGGACCCACCGCTGCGGTGCCCCCCGCTGCGGTGCCCCCCGCTGCCGGACCCGGCCTCTGGGCCAACCCGCGCATCAAGGGTGCCGCGGCGTTCGTCCTCGCCGCCGTCATTGCCGTCCTGGTGATCCTTGGCGCCACGGCTGGTACGTCCGCCGCCGCCTTCACTTCGGTCACGTCCACATCCGCGAACAGTTGGGCGGCCTCCCCGGATTGGAACCCGCCCACCGTAACGCTCGCGGACCCCGGCGCCTCGGTCAAAGACACCGTTGCCACCTCGGCCACCGCGCAGGACGCAGAGTCAGGCATCCGGAGCATCGACGTCGAGTACCTTCGCGACGGTACAACCACCTGGACCAGCATCTGTTCAGGGGCCAGCTCCACGGTCACCTGCCAGTGGAATACCAAATCTGTGCCCGATGGCGGTTACAGCCTCCGCGCGCGGGCTACGGATAACGCCGGGCTCACCTCTCTTACCGCCCTACGGGCCACAACTGTCGCCAACAACCTGCTGGTGGTCCTGGCTAGCCCGGCCGAAGCGGTTCGCGGCATCGTTCCTCTGTCCACCAGCCTCCTGGGTGCCGCTAACACGCTATACAGTGTGCGGGTTGAGTACTCCTTGGCAGGGGCGAACAAGTGGAGCACTCTATGCCTTTATGTCACGGCTCCGTATAACTGCACGTGGAACACAGCCTTCACAACGAATGAAACCTACGATCTCCGGGCGGTTGCTGTCGCGGGTCTCACCACCACGTATTCGGCCGTGGTCACGGACATCACCGTGGATAACCTGGCTCCCGCAGTGACCATGACGGACCCGGGAACGCCACTCAGTGGCGTGCGTACCTTGGCCGCCACGTCCACGGATGCCCACTCCGGCGTGGCCCAAGTCAGCCTTCAGTACGCCCGCACCGGGACAAGCACCTGGACCACCGTTTGCGCCCTAACGGAGAGCCCCTACTCTTGCCGCTTCGACACCACCACGGTGGCCGACGGCAGCTACTCCTTCAGGGCCATCAGTGTTGATGCCGCGGGAAACAGTGCTACCTCCGCGACCCTGAGTAGAACCGTCGACAACACAGTGGCATCGGTCTCCGTGGAGGATCCCGGCGCGTATGTCACGGGTACTGTTCCTCTGACGGCGGCGGCGAACTCGACTGCCGGGGTGGCTTCTCTTCGGATCCAAGTTGCGCCCGCCGGGACAACAAGCTGGAGCACGCTCTGCACCATTGCCGCTGCGCCCTACGGTTGCAGTTGGAACACCACCGCTTACGCCGACGGGACCTACGACCTAAGGGCGGTACTCACTGACCGCAACGGGAAGGAAACCATTTCCGCAACGGTGGCTGCCAGGAGGGTGGATAACAGTCCGCTCCGTGCGGCCGACATCCGAACCACAAATGGTGGAGCCATTCAGGGAAGGCTGGAACCCGGCGACTCCATGAGCTTCGTCTACAGCCAGCAAGTCAGTCTGGCTACTGTCACCCCGGGCTGGGCCGGCGCGTCCCTGCCTGTGACAGTTCGATTGAGGGACGGCAACCTGCTCGGCCTGGGCAATGGGCAGGATGCCCTCGACGTGCAACGGGCCGGGAGCAGCGTCAACCTCGGCTCAGTGAACCTGAAGCAGAACTACGCCAAGAACCGCAAGACCGTGGTGTTCAACGCCACCATGACCGCTGCAACCGAAACAGTGGGTGGAATTCCCCGCACGGTAGTCACCGTGGTTCTCGGTAGCGCGGCCAGTGGCAGTGCCGGTGTTAGGACGTCAGGTGCAGCAGCCAACATGGTCTGGACACCGACGTCGGCCGTCAGTTCTCCTGCGGGAGTTGCCTGCTCGCTGGCGCCGCTGACCGAAGCGGGGTCTATGGATAGGGATTTCTAA MGLDTKDSAGSALFSAEGWVPFVVGIVARVYLGISLSLAVIALFPALFGWSGSVVQSGSMEPHISPGDVVLTSELSDDEPVPVGGVVAYLSPAEAEPDGTAKTRLHRVVDANDDGTYVTAGDANMDVDSTPMKREQISGRARILVPMVGLPGLWISHGTFPQIAIWSVGTLLAVICAIYVGGSAGETRTRRPQHNSPQRNSRRRPSAVGVGPTAAGPTAAGPTAAVPPAAVPPAAGPGLWANPRIKGAAAFVLAAVIAVLVILGATAGTSAAAFTSVTSTSANSWAASPDWNPPTVTLADPGASVKDTVATSATAQDAESGIRSIDVEYLRDGTTTWTSICSGASSTVTCQWNTKSVPDGGYSLRARATDNAGLTSLTALRATTVANNLLVVLASPAEAVRGIVPLSTSLLGAANTLYSVRVEYSLAGANKWSTLCLYVTAPYNCTWNTAFTTNETYDLRAVAVAGLTTTYSAVVTDITVDNLAPAVTMTDPGTPLSGVRTLAATSTDAHSGVAQVSLQYARTGTSTWTTVCALTESPYSCRFDTTTVADGSYSFRAISVDAAGNSATSATLSRTVDNTVASVSVEDPGAYVTGTVPLTAAANSTAGVASLRIQVAPAGTTSWSTLCTIAAAPYGCSWNTTAYADGTYDLRAVLTDRNGKETISATVAARRVDNSPLRAADIRTTNGGAIQGRLEPGDSMSFVYSQQVSLATVTPGWAGASLPVTVRLRDGNLLGLGNGQDALDVQRAGSSVNLGSVNLKQNYAKNRKTVVFNATMTAATETVGGIPRTVVTVVLGSAASGSAGVRTSGAAANMVWTPTSAVSSPAGVACSLAPLTEAGSMDRDF NA NA NA NA NA D3-18_04811 624 hypothetical protein ATGAAAACCCCTTCCTCACGTACCAGGGCCATTGCGGCCTTCACGGCTGGGCCTATTGCAATACTTATTGCCGGAGCAATGGTCTGGCAGGGCTCGCAGGCCGCATTCACGGCGACCACTCGTAACTCGGGAAGCGCTTGGAGCACCGGCAGTGTCACGTTGACTGACGATGACCTTGGTGCCGCGGCATTCACCGTTGAAAACATTGTGCCGGGCCAAACCGGCCAGAAATGCATTGTGGTGACGTCGAATGCGAATGTGGCCGGTGAAGTTCGTGCCTATACGCAGAATCTGATCGCGGACCGCGGTCTCGAAGACCGCATTTTCTTCGATCTGGAGCAGGGAACGGGCGGCTCCTTCAATGACTGCACCGGTTTCACTCCCATAGCCAACACGGTGCCGGAGCTTCCCCTTTCCACACTGGCAGTCCAAAACCGCGACTTCGCCACGGGCGGTTCCTCCTGGGAGACAGCGGGCACGCCCGGAGAGACCCAAAGCTACCGGGGCACATGGCGTTTCGACACCACCGGAATGACCCAGGAACAGGTCAACGCGCTACAAGGAGCACGCGTGGGCATCGACCTTGTGTGGGAACTGCAGTCGGACACCGCGCCTACTCCGTAG MKTPSSRTRAIAAFTAGPIAILIAGAMVWQGSQAAFTATTRNSGSAWSTGSVTLTDDDLGAAAFTVENIVPGQTGQKCIVVTSNANVAGEVRAYTQNLIADRGLEDRIFFDLEQGTGGSFNDCTGFTPIANTVPELPLSTLAVQNRDFATGGSSWETAGTPGETQSYRGTWRFDTTGMTQEQVNALQGARVGIDLVWELQSDTAPTP NA NA NA NA NA D3-18_04812 171 hypothetical protein GTGCAGTTGGACTCGCTCCTGTCCGCTGGAGTGCAGAAGAGCGAGGTTTTTGCTGATGTAACGTCGGGGAGCAGGGCCGCAGTTGAACGACCCAGGATGAAGAAGCTGCTTGGTTGTGCCGAGAGTGGGGACACGATCGTGGTGTGGCGCGTGGACCGCTTGGGTCCGTAA MQLDSLLSAGVQKSEVFADVTSGSRAAVERPRMKKLLGCAESGDTIVVWRVDRLGP NA NA NA NA NA D3-18_04813 456 hypothetical protein ATGGATGCGAAGGAGCTGGCTTTCTGGGCGCTGATCGGAACTGGCCTGAGCCTGACGATCGCTGTGTCCGCCTTGACCGTAGCGATCCTGGATTGGCATCAGATCGGTCGAGAAGAGCCTTGGAATCTCGTCAAGGTTCGGGACGAAATTTGGGTGCTGGAGCGAGTGCATCGCTCACCTGTTGTGATCACATGCCTCCTCAACTTTCACGGGGGCGAAGTAAAGGTACTCAATGATGCCGGAGCGCCAGTGGCGCTCTTTCGGCGGGGCACAAAGGAAGTCCTCCGCATAGCCCCGACCGTGGGGACTGCTTTGACGGTCTTCTACCGACCTTATCCATGGGGACTCAGGGTGTGGGACCGTTTGCGCCGAACCCAACGAGTGAATCACATACGCGAGTGGGGCAATCCCCCAGACGTAGATTCCACCAAGCAGTGGTCCACGCCGATCTACTGA MDAKELAFWALIGTGLSLTIAVSALTVAILDWHQIGREEPWNLVKVRDEIWVLERVHRSPVVITCLLNFHGGEVKVLNDAGAPVALFRRGTKEVLRIAPTVGTALTVFYRPYPWGLRVWDRLRRTQRVNHIREWGNPPDVDSTKQWSTPIY NA NA NA NA NA D3-18_04814 531 hypothetical protein GTGCAGTGGGACTTAGGCGACGGCCGCCACGAGGGTAAGGCCTGTATGGTCGTTCCAGACGGACGACTGTCCAATGAAGTGGGAGGGCTTGGCGTTCTCGTTCCAGGCATAACGGGAACGTTTCCAAGAGACACCCAGAAGCGCGACCATGAAGTTGTCAATGACGACGAGGTCGTTGGATGGCGTGCTTCATGTAGCTGTGGGTGGAAGGGCAGGTTCTGGAGGAGGGTTGCGACCAAGTTGGAAGCTAATCACGATGGCCACAGTGCATACGTCCCCTTTTTGGGATTCGCCACTCCCCCGGTCTCGGCCGAAGATGCAATGAAAGTCGAGTGGCGGACTCACGCTGAAGCGTCATCGGCGGTCGATGAATTGCTGGCTGCCCAAAAGACCCTTCGGGCTGCCAAAGCAAGGCTGGACAACGCCGTGAGCAAGAGCCGCATGCTAGGACTTCCTTGGTCAACAATTGCTTCCACCCTGGGGATCACGCGGCAGTCCGCTCACGCCAGATGGAGAAAGATAGACCCCTAA MQWDLGDGRHEGKACMVVPDGRLSNEVGGLGVLVPGITGTFPRDTQKRDHEVVNDDEVVGWRASCSCGWKGRFWRRVATKLEANHDGHSAYVPFLGFATPPVSAEDAMKVEWRTHAEASSAVDELLAAQKTLRAAKARLDNAVSKSRMLGLPWSTIASTLGITRQSAHARWRKIDP NA NA NA NA NA D3-18_04815 246 hypothetical protein ATGGTCCAGTTTATTGATGCACCAATGCGTCTGTGCACTGGTGTACCGACAATGAAGTCCATTAGTTTCTTTGCTGCTTATACCGTTAGTCCACTCGCGTCGCTTTCCATGTTGGGGTTAGTGGGGGCAAACGTTGATTGCATTGTTGATGGCGTCACCGGAGGTCCTCTCTGGACAACCATGGAGGTTGAGGTTTGGGACAAGGCTCGTGTTCTAATAGTAATTATGGCGTTGGTTATGGCATGA MVQFIDAPMRLCTGVPTMKSISFFAAYTVSPLASLSMLGLVGANVDCIVDGVTGGPLWTTMEVEVWDKARVLIVIMALVMA NA NA NA NA NA D3-18_04816 945 hypothetical protein ATGCCACGAGCGTCGCTGCAAGCACCGGCAAACCTCACACAGAATCGAGCACGTGCAATCGAACGTGTAATCTCTTTCGCCAACGGAAAGGGGGGAGTGGGCAAAACAACTACTGCTGCCAACGTCGGTGGCTACGTGGCACTTGCAGGCTCAAGAGTCCTAATGGTGGACTTAGACCCTCAGGGGGATCTGGCCCGAGATCTTGGATATGAGAGACAAAACGGGCGCGAGCTGTTCCAAGCGCTGATCGCAGGAACCGCTCCGCTCATCCTTCACAACGTGCGAGAAAACCTCGACGTTATACCCGGTGGGCAAGAACTGGAAGACATCCAGGGGCTGATGGTTTCCCGTTCCAGCCGCTCGGACGCAGCCGATTTCGGTGACATGCTCTACGCAGTGTTGGCGCCGTTGGCCGACGACTACGACCTTATCCTGATCGATACGCCACCGGGGGAGAGGGTGTTGGTCGAGGGAGCATTCGCCATCTCAAGTGCTGTCGTGATTCCAACGAAGTCTGATGACGCCAGCATTGACGGGGTAGAGCGGATCGCGCGGAGATTTATGGCCGTGCGGGACCGGAATCCCTCGCTCCAGCTAGCCGGCATTGTGCTCTTTGGGGTCGGGCCACGGTCGATGAGACTTGAGCGCAGTGTAAGAGACACCCTCACTGAGATGCTCGGAGAAGTAGCCCCGGTGTTCGAAACAAGGATCCGGAGTCTTGAGAGCGCAAGTGCAGACGCACGGCGCAAAGGGTTGCTCTTCCACGAACTTGAAGGAGCAGTTACAGATGCTCAAAAGAAGCGCTTAAAGGCACTTCGTGCGGGGGAGAAGCCCAAAGATGGTTTCTTTTCCCGCAATGCTGGGGGACTAGCTGAAGAGTTCGAGCAGTTGACAGGCGAAATCCTGGCACGATTGAACACGATCGAAAGTGAGGAGCTCGCATGA MPRASLQAPANLTQNRARAIERVISFANGKGGVGKTTTAANVGGYVALAGSRVLMVDLDPQGDLARDLGYERQNGRELFQALIAGTAPLILHNVRENLDVIPGGQELEDIQGLMVSRSSRSDAADFGDMLYAVLAPLADDYDLILIDTPPGERVLVEGAFAISSAVVIPTKSDDASIDGVERIARRFMAVRDRNPSLQLAGIVLFGVGPRSMRLERSVRDTLTEMLGEVAPVFETRIRSLESASADARRKGLLFHELEGAVTDAQKKRLKALRAGEKPKDGFFSRNAGGLAEEFEQLTGEILARLNTIESEELA NA NA NA NA NA D3-18_04817 693 hypothetical protein ATGAGCAGCAACCGGCCAAACCTCGCAAACGCATTCGCACCCTCAGCACCTCGTGGCGCAAAGCTCGAAGGAATGCTCGCTCCAAAGCGGCGGAAAGCACCAGATGCGCCAGAAATTCTTGACCGTTCTTCGGAATCGACGCGCATATCGGTCGTTCCTGAACTAGCGCAGGAGTCCGAGTCAACCGCTCCTCCCTCCGATTCGACGCCAACAGATCCTATCGGTGCGGCTGGGGGATTGAACCAGTTCCAAGAACCGATCTCCAGTGCGAACAAGGTGAACAAAGCCCAGGCCAGGGAACGCAAGAAGGTCTCGTCAAGTTCAGACACAAAGGCCTCTGAAACCGTTCTGGGCGCCCTGCGCAATGTGGGCGTTTATCTGGCCCCGGACCTCTTAGCCACTGTGAAAGAAGCTCTGCACTCACAGCGAACAACCTACGCAGATCTTCTTTTGGACGCCTTCGACTCTGTATCAGAGGCGAGCATCGCTAAAGAGTTCAGACCTGAATCTACTCCGTCACTGTCTGGCATGCCCCGGCGAGTGCCGCGCCGACGCGGGGAGGCCGGCATTCAGATTCAAGTGCGACTCGACGGGCATCAGACTGCGTGGCTTGATGAGAAAGTCGTCGAGTTCAATGCGCCGTCCAGGAGTGCACTCGTTTCCACGGTCTACAGGCTCCATCTCAACGCCTAG MSSNRPNLANAFAPSAPRGAKLEGMLAPKRRKAPDAPEILDRSSESTRISVVPELAQESESTAPPSDSTPTDPIGAAGGLNQFQEPISSANKVNKAQARERKKVSSSSDTKASETVLGALRNVGVYLAPDLLATVKEALHSQRTTYADLLLDAFDSVSEASIAKEFRPESTPSLSGMPRRVPRRRGEAGIQIQVRLDGHQTAWLDEKVVEFNAPSRSALVSTVYRLHLNA NA NA NA NA NA D3-18_04818 1815 hypothetical protein GTGTCTCGCGACCATTCCCCGACCGCTGATGCTGCGCAAGCTTGGGCCTCGCTAGCGCCTCTTCTCGCAGGTCAACCCCGTGTTCGCCTGTCCCGAGACGGCGGTAAGACCTATCCCCAAAAGCACGAACGCGCTCTGACTGAGACGCTACCCACTTTTCCTGCAGCGGTCCGGATCTTCGGCAAAGACGGTAGCTGCTCGGCCATCTTCCTTGACTTCGACTCCTCTATTGCAGGTATCGACTGGGTGGAAGCGGACGTGAAGTCCCTCCAGTCGTGGCTGCACAGCTGTGGCGCTCGGTGGATTGAAGATCACTCGCCCAATGGTGGCCGGCACGTTTACATACCTCTGGAGAAAAGGGTTTCCTTTTCAGAGGCACGCGACGTTGTCGAGGCACTCGGCATTCGATACCGGACATTGGATAAATCGCCGCACCAGAACCTTCTTCACGGTTGCATGCGCACACCAGGATCACCCCACAAGCGTGGCGGCCACCAGGAACTCACCATGAGCCTCGGCATGGCGTACGACGTTGCAAGACGGCCAAACAAAGGTCGGGTTTGGGAAGCAATACGCCAGGACTTGAGCGATGAAATCGCCAGCGTACGAGCGCTAAGGCTGGAACGGCCGCTTTCCCTAGAAAGCAGTAACCCGGAAGCACCGCAGGTGATCGGGCGGATGTCCAGGCCGATGCAGCAGATGGCACTGTCGGGGCTGTATGACGCGAATCGGTACGCCTCGGATTCAGAAGCCCGTCAGGCTGTCCTGACAGCGGCGGCTGCCGCCGGAATGAAACTTGTCGAGGTACAACGACGGGTCCTCCAGGGTGTCTGGCCCGGACTTGCATCGTTCTACGCCCGCTACGCCCCCCATCACAGGCTCCCCTCCCTGAAACGGGACTGGAACAACGCGGTCGATTACCTACGAAAAAACCAAGGCGCAAGGACCGGGAATAACAATGCCCGTAAATCCCCCACAAGCCAGCCAAATACACAGCCCCCACTAGGAATACCCTCAAGCCCAGATTCGAGCAGCGAGCACCGCTACCTGCGATCCTGGAGAAACGCCCTGGCATTGAGGGAGCCTGCATACGCCAGCTCCCGAACTGGTCTAGCACGTCGGATGGTTCTACGAGCGTTGGGCGCGGCTGCCCATATGACAGCATCCCGATTTGTTGAGTTTGGTGATCGATCAATCGCCGTGGCGACGGGGCTGGATCACACAACTGTGGGCTTTCACCTGCGGGCTTTGCGTGCTGAGCATGATCCGTTGGTGACGTTGGTAGAACGTGGCCGGGGAACCAAAGGTGACCTCTACATGCTGACGATACCGGAAGGACTTCGCGCAGTAGCTGAGGATCTGACTTGGCGAAAGGGAAAGATTCACGCGCTCAGGCCGGTTTTCAGGGAGTTGGGTTTGCCGGCAGCGTTTGTTTACGAAGCTTTGGAGAGCGCGCCAGGGCTCACAACGGCGGAATTAGTCGCTCAGACGAAGCTGTCGAGAACCGCCGTGAGCGAAAGCCTCGAGGTCCTGGCAGCCTGGAACATGGTCTCAAGGAACGGCGCACGATCTTGGATGATCGTTGTTACGACGTCTCTCCAAGAGCTTGCAGAATGCTTTGGTGTACTGGAGGCTGTAGCAGCTCAGCTCCAGAGATATCGCGTCGAACGGATTGTGTGGCGGGAGTGGCTTTCAAAGAACGTGAACACAGTAGCGGAGCTCCTGTCCCCCACAGATGATTACCCATGGGAATCCTTTGAAGGACCACCTGACGAGTGGACCCTAGCTGACGTGGCCTTCACCAGAGCGATATGA MSRDHSPTADAAQAWASLAPLLAGQPRVRLSRDGGKTYPQKHERALTETLPTFPAAVRIFGKDGSCSAIFLDFDSSIAGIDWVEADVKSLQSWLHSCGARWIEDHSPNGGRHVYIPLEKRVSFSEARDVVEALGIRYRTLDKSPHQNLLHGCMRTPGSPHKRGGHQELTMSLGMAYDVARRPNKGRVWEAIRQDLSDEIASVRALRLERPLSLESSNPEAPQVIGRMSRPMQQMALSGLYDANRYASDSEARQAVLTAAAAAGMKLVEVQRRVLQGVWPGLASFYARYAPHHRLPSLKRDWNNAVDYLRKNQGARTGNNNARKSPTSQPNTQPPLGIPSSPDSSSEHRYLRSWRNALALREPAYASSRTGLARRMVLRALGAAAHMTASRFVEFGDRSIAVATGLDHTTVGFHLRALRAEHDPLVTLVERGRGTKGDLYMLTIPEGLRAVAEDLTWRKGKIHALRPVFRELGLPAAFVYEALESAPGLTTAELVAQTKLSRTAVSESLEVLAAWNMVSRNGARSWMIVVTTSLQELAECFGVLEAVAAQLQRYRVERIVWREWLSKNVNTVAELLSPTDDYPWESFEGPPDEWTLADVAFTRAI NA NA NA NA NA D3-18_04819 231 hypothetical protein ATGATGGCTCCAGTTACACGTACAGGCAGACGCTCCAAAGGCGACCGCAAATTCGTCGGATTCCGCATCGCAACACCTAAAGCGGATGCAATGGACCAAATTGCAAAGGCAGAGGGCTACCAGTACGTAAGCGACTGGCTGTCAGATTTGGTTGAAGAACGCCTGGCCAATACCAAGCTGCACGCAGTTCCTCAGCAGGAGGAGTTCCCACTTGGGCGCTTAGCCTCATAA MMAPVTRTGRRSKGDRKFVGFRIATPKADAMDQIAKAEGYQYVSDWLSDLVEERLANTKLHAVPQQEEFPLGRLAS NA NA NA NA NA D3-18_04820 396 hypothetical protein ATGCGATTTGTTGAGCTGGTTACGGAGCGGCCCATCCGACTCTCCCGGAGGGATGACCTGCTGGATGTGGACATGTCAGGTTTTTGGCATGAGGGCGAGGAAGTGAACCGTTTGTTCCATGTGGGCGATCGATCGGAATTCGCCGGCGAGATGAACATCCTGCATGAGATCTCGCATGTTCTGCTCCAGCACGACCCTGAGCCCCTGACGGGAGAGGAGCTGGCCGTTGTGTTCCCGGATTTGGATCCTCGTAAGGTCCTGCACGGGTGGAGGCACACCAAGCTGCGGACCGGGATCGAAGCGGAGGCGGAGCTACTGGCGGACCACCTCTACGCACAGATCCGTTCCGGGAAGAGGGAAGAAGAGATCTTGGGCTTCGGAGATGTAATCGGTTGA MRFVELVTERPIRLSRRDDLLDVDMSGFWHEGEEVNRLFHVGDRSEFAGEMNILHEISHVLLQHDPEPLTGEELAVVFPDLDPRKVLHGWRHTKLRTGIEAEAELLADHLYAQIRSGKREEEILGFGDVIG NA NA NA NA NA D3-18_04821 978 hypothetical protein TTGACGCTCGCTGGTGTCGTTCTGATTGTTGCCGCCGTCGTGCTTCTGCTGTCGTCTGTGGCGATGTACGTTTCCCGGGGTCGCCGGATGCACGGTTCATGGATCTACGGCAGCTTCTTCGGCTCGCTCACCGCCATCTTCCTTGTCGAGCCGATTTTTTACGCGGTGGATGCAGCCTTGGGAGGTGTTAACTACCTCGCCTTGGCCCAGAGAGCTTTCCTGACGGCGACCCTGCTGTCAATGCATATTGGCATTTGGAGGGCAATGGCCCCTTCGCAACTAAGGCGTCCCGTCATTTTCGCCTGCGTCATAGCCGCGGCCAGTTATGGCGGTCAGGTGGTCCTGTTTATCCAGGCAGCTCCATCGCTTAGCAGTTCGGGTATGCGACAGTACGAGAGCAATCCGCTGGTCGCTACCTATAGCCTCCTGATGCTTGCGCACCTTGCCACGGTGGCCTTTTCAGCGATGCGTCTAAGTGTCCGCTACAGACCGCGTCTAAAGTCTCTGCGACGGCGCCGGTCGCTGGCATTCGTAGCCCTCGGGTCCGGCTTTGCCCTGGCCGTCGCGCTGATCCACGCCACAATCACCATTACTGACCTGGTTGGTTCCCCGCCCGAAATTCTCGGAACGCTGGAGCGGACCTTCACGGCAAGCGCCGCCATTGTGTTCGCGTTGGCCATTGGGATCCCCACATTTCCCCGATGGCTGGACTCCGCCAGGAAGGACGTCATCGCCCGGCGGGAACTCTGGGATGTCTGCCCCTTGTGGGCCAAGCTGCAACCGGAAATCGACCAGTATGTCATCTGGCCGTACCGCGGCCGGCTGATGGAAATCATGAGCCGGGACCCCGCCATGCGGAGGCATCGAAGGGGCGTCGAAATACGTGACTGTTTTGAATCGGATGCAACCCTAGAAGGTAGACTCTCTGAAGCCGAACTGGCGACAATTCGAACGATGGAAGTTAACACACATGCTTGA MTLAGVVLIVAAVVLLLSSVAMYVSRGRRMHGSWIYGSFFGSLTAIFLVEPIFYAVDAALGGVNYLALAQRAFLTATLLSMHIGIWRAMAPSQLRRPVIFACVIAAASYGGQVVLFIQAAPSLSSSGMRQYESNPLVATYSLLMLAHLATVAFSAMRLSVRYRPRLKSLRRRRSLAFVALGSGFALAVALIHATITITDLVGSPPEILGTLERTFTASAAIVFALAIGIPTFPRWLDSARKDVIARRELWDVCPLWAKLQPEIDQYVIWPYRGRLMEIMSRDPAMRRHRRGVEIRDCFESDATLEGRLSEAELATIRTMEVNTHA NA NA NA NA NA D3-18_04822 591 hypothetical protein ATGCTTGACCAGCAAACCACCCCAGGACGTTCGGCAGAAGCCGTTAGCCGGATTCTTCACCCTGCGGTCATGCTCCTGGTGGCAGCGGTTGCAACGGCCATCAGTGCTCCTGGATCCGTTCCCGCCCTCATCGCCACTCTGGCGGCGCTGGCAGTCGTAATCCTCCTTGGCGTTCTAGTCTTTCCGCGGATTGGTAAGTCCTTAGGCTGGCCTGAGGAACGCCGGAAGACGCGGAGTTTCATGGCTTGTGCGGTCGTGCTTGGCATTGGCCTGGTAGTCACGGCCTTACTCGGAGCCCCCGCGCTGCTCATTGCAAACGGCATCGCATTCTTCGTTGGTGCCGCGCTAATAGCCCTGGGCCGGTCACGGTGGAACATTTCCGTGCACACTGCCATTTTTGCCGGCATCGTGCTGGGCCTCGGAACGTCACTGTCCCCACTGTGGTTCGCCGCTTTGATTGTGCTCCCTGTCCTCATTTGGTCAAGGGCAGCCTTGAAGCGCCAGAGCGTTGCGCAGTCGCTCTGGGGAAGCGCCATTGGAGTGGTGGCATGGCTGGCATACCTGCTTAGCTTGTCGTTGCTCGGAGCATAA MLDQQTTPGRSAEAVSRILHPAVMLLVAAVATAISAPGSVPALIATLAALAVVILLGVLVFPRIGKSLGWPEERRKTRSFMACAVVLGIGLVVTALLGAPALLIANGIAFFVGAALIALGRSRWNISVHTAIFAGIVLGLGTSLSPLWFAALIVLPVLIWSRAALKRQSVAQSLWGSAIGVVAWLAYLLSLSLLGA NA NA NA NA NA D3-18_04823 423 espR Nucleoid-associated protein EspR GTGGCGCCCAACCTCAACGAAGCACGGGACGCCTGGCGCCAAACCCTGTCGGAGCGGCTGAATCTCCTGCTCGACGTCATGGTGGCCAGTGGGGGAGAACCTTACGAATTTGAAGACATTCGGCGGGGTCTAGAAGAGCAGGGCGTGACTCTCTCTCGCTCGCGGTGGCTCTATATGCGTGATGGCACCGGAGCCACGGTGACTGATGAACGGCTGCTCACGGCCTTGGCAAACTTCTTCGGGGTGAACCCCGCGTACCTCAACGACTTCGAGACCGAGATTCCGGAACGCATTGAAAAGCAGCTCAAGGCGCTGAAGACTCTCCGCGAGAAGCGAGTGAAGAAATTTGCCGCTCGCAGCCTAAAGGGTGTCTCACCTGAGAAGTTCCAGGCGATAGCCAGAATCTTGGACGAAGACGACTAG MAPNLNEARDAWRQTLSERLNLLLDVMVASGGEPYEFEDIRRGLEEQGVTLSRSRWLYMRDGTGATVTDERLLTALANFFGVNPAYLNDFETEIPERIEKQLKALKTLREKRVKKFAARSLKGVSPEKFQAIARILDEDD NA NA NA NA NA D3-18_04824 357 hypothetical protein ATGCCCCGCTACTCCCGCCCGAAAATCCCATCCAGTACTGAGCGGGCAATCAGCGCCTTCAGCAACTCAACAAAAGTGGCCATTGTCGGCTACCTTGCTAAATCGGGTCCGGCCACTCGGGGTGAAGTGGCCAAGGGGCTGGAGATTGCAGTCCCGACGGCGCAGAACAATCTAGTGCAACTTGAGGCCGAGGGTGTGTTGATAGCGGATCCGCCGGCATCGGAAGAGCGGAACGGCCAGCGGGTCAAATACACCGTCGATGCCGAGGAGGTGGCCAGGCGTTACTCCATTTTGGGCCGCGCCCTTGGCTTCGATGAAGATCTCCCCGGGCATCTAAGCCTTACTGAGGAATCTTGA MPRYSRPKIPSSTERAISAFSNSTKVAIVGYLAKSGPATRGEVAKGLEIAVPTAQNNLVQLEAEGVLIADPPASEERNGQRVKYTVDAEEVARRYSILGRALGFDEDLPGHLSLTEES NA NA NA NA NA D3-18_04825 1074 hypothetical protein GTGACAGCCCGCAAAGTCATTACAGGCGCCTCAATCGTGGCGCTGATGACCGTTGGTCTGGTCACTGTTGTGCTAGACGACACCGCTCCGGCGCAAGCAGCATCATCGTGCGCTGCGCCAGCCGGCGTAGCTGCTGGTCCTGCCCCTGCCGGGGGAGTGGCCGGGTTTGATGCCGAGCAGATGAAGAACGCCCAAACGATCATGAACGCGGCCAAGTCCCTCACGTTGCCGGTCGCTGCACAGCTGATCGGGATTCAGGCAGCAATCGGTGAGTCCACGCTCCGCGTCATCGACTACGGCGACGGGGCCGGCCCGGATTCGCGTGGTTTGTTCCAGCAGCGTGCCAACGGCTCCTGGGGATCGTACGCGGACCGGATGGACCCCACCATTTCGGCGACAAACTTCTTCAAGGCACTCGAGAAAGTGGAGGGTTGGGAAACCCTCGAACCGACAATCGCTATCCACCGGACGCAGCGGAACGCCGACCCTAACCACTACACGAAGTTCCGCGCTCAGGCCGCGGAAGTCTTCAAAGCCTTGGGTGGAGAGTCCGGCGCAGCTGTGGACTCGTCCGGCGTGTGCCCGGCTGAAGGCAACCAGGTTGTGGGGGAGTTGGCCGGTAAGTGGGTCGCTCCCATGGACGGGGCGATCAACAGCAGCGGTTACGGTCCCCGTCTTGCCCCGCCCGGTACTGCCGGGGGAGTGCTGGCCAACTTTCACTACGGGATCGACTTTGTTCACCCGGGAGGGCCGGGAACGATCGTGGCCATCACGGACATGAAGATCGTCAAGGTCCGCAACCTCGATGGCCTGTTCGGCACCGGCGTGACCGGGCAGACCGTGGACGGAAATCTCACGATCGGCATGTACCACATGGAAGCCGGCTCGGTGAAGGTCAAAGAAGGCGACACCGTGGCCGCCGGGACACCCCTTGGCACAGAAGGCGCAACGGGCAACGTCACCGGCCGCCACCTGCACATGGAGTTCTTCGCCGGTGCCCTGCCCAACCCCATGGTCCCGATAAATCCCACCATCGACCCGACTCCGATCATGAAAGAGAAAGGCATTCTCTGA MTARKVITGASIVALMTVGLVTVVLDDTAPAQAASSCAAPAGVAAGPAPAGGVAGFDAEQMKNAQTIMNAAKSLTLPVAAQLIGIQAAIGESTLRVIDYGDGAGPDSRGLFQQRANGSWGSYADRMDPTISATNFFKALEKVEGWETLEPTIAIHRTQRNADPNHYTKFRAQAAEVFKALGGESGAAVDSSGVCPAEGNQVVGELAGKWVAPMDGAINSSGYGPRLAPPGTAGGVLANFHYGIDFVHPGGPGTIVAITDMKIVKVRNLDGLFGTGVTGQTVDGNLTIGMYHMEAGSVKVKEGDTVAAGTPLGTEGATGNVTGRHLHMEFFAGALPNPMVPINPTIDPTPIMKEKGIL NA NA NA NA NA D3-18_04826 534 hypothetical protein ATGCACAAGCACGTCGCACTCACGGCCGCACTTGCCGCCGCGCTCACCCTGAGTGCCTGCGCCGGAAACGCCGGCACCGAACCAGCACCCGATTCCACCCCCACGGTGAACACCGGACAGGCCGGCCAGGAGAGCCAGCATGCCGAAGACGGCCACGATCACGGGGCCGATGAGCACTACGGCGTACCCGAGGTGACGTGGGACGCGGCCTCTGAGAAGTCGGTCAAGGACACCGCGGCCAAGGTCATGGGCTTGTTCGCCCGTCCCGATGTTCCGGAAACTACCTGGTTCGCTGACCTCGCCCCGCACCTTGCACCGGATTACGCCGAGGATGCGAAGTACATCGACCCGGCCCGGGTGCCAATCCGGAAAGTCACGGACGGGCCAGCGATCAGCAGGGACGCCGGCAACCCGATGACCGTCACCGCGATGTTCTCCACCGATGCGGGCCGCTGGAAGTTGCTGCTCCACCGTTCCGGACAGCAGCAGCCCTGGCTGGTAACTGCGATCTCCCCGCAAGACCCGACCTCATAA MHKHVALTAALAAALTLSACAGNAGTEPAPDSTPTVNTGQAGQESQHAEDGHDHGADEHYGVPEVTWDAASEKSVKDTAAKVMGLFARPDVPETTWFADLAPHLAPDYAEDAKYIDPARVPIRKVTDGPAISRDAGNPMTVTAMFSTDAGRWKLLLHRSGQQQPWLVTAISPQDPTS NA NA NA NA NA D3-18_04827 1188 hypothetical protein ATGAGCACGAACTGGCAGGGTAGCGAACGGAAGAGCCGCGCACCCATCAGCCTGACAGACACCGAACCCGAAGCAATCGCAACCGAGCCGGCCACGATCATCCACGCAGTCCCGGATGCCGAACCGGCCTCAGTAGCAAAGGCTGAAACCCCTGTGGTGGAGGACCTACACCGGGAGGCACCGCTGGTCAGCGGCCGACGTAGTGCCGCTGTGCTTCGCAAGGAGAACGTGAACGACCAGCTGCCGCCGGCCACCGGCTGGCAGGCATTCCTGCGGGCGGTCAGCTTCGGTCTGATCAGCCCCAAGGTAGGCGCAGCCGAGTTGGCGCGCCGCGCGGACCTCTCGGCGATCCAGCGCGTGTACTCCCGTCCCATGCAGATCATGGTCGCCCAGCCCCTAGGCGGGGTGGGCAAGACGATGTGCAGCGTCGGGCTGGGCTCCACGTTCGGGATCCACTCCGGCCAGCAGACGCTGGTGTGGGACAACAACGAGATGATGGGCACCGCCGGTGTCCGCACCAACGCGAACGACTCCACCCGGACCGTCTGGGACCTGCTGAACGTCCTGGAGTCCTTTGAGACCGTCACCGCCCGTAAGGGTGAGCTGTCCTACTACACCCGCCACCAAGGCAATAACCAGTTCTCCGTCCTGGTCGCTGACGAGGACGCGGACCGGATGAAGTCCATTGGTGCCGATGAGTTCAACCGCATCCACACGGTAGTCAGCCGCTTCTACGACACCATCATCGTGGACACCGGGAACAACACCCGCTCAGCGAACTGGCTCGCCTCGATCGAGGTCACCGACCAGCTGGTGATCCCCACGACGCTGAAGCGCAACGCCGTCGTCTCGGCCCTGCGGATGATCGAACAGCTCGAATCCATGTCCGAGCGCACCGACAACCCTCACTACAAAGACCTGGTGAGCAACGCCGTCGTCCTGGTCACCCAGGGCGGCGGAGCGAAAGTCTCCGCCGCCGAGCAGGCAGAGCTACGCGAGAACCTTGCCTCCACGGTGCGGGTCCTGATCGACATCCCGTTTGACGGTGCACTGGATACCGGCTCCATCATCGACTGGCAGCTCGTCGGTGACCCGGCCCGCCGCGCCTTCGAACGGGCCTCAGCGGAAATCGCTGAAGGCCTCCTGGCCATTGACCGCGCCACGTCCACCAAAACCACCAACCGATAA MSTNWQGSERKSRAPISLTDTEPEAIATEPATIIHAVPDAEPASVAKAETPVVEDLHREAPLVSGRRSAAVLRKENVNDQLPPATGWQAFLRAVSFGLISPKVGAAELARRADLSAIQRVYSRPMQIMVAQPLGGVGKTMCSVGLGSTFGIHSGQQTLVWDNNEMMGTAGVRTNANDSTRTVWDLLNVLESFETVTARKGELSYYTRHQGNNQFSVLVADEDADRMKSIGADEFNRIHTVVSRFYDTIIVDTGNNTRSANWLASIEVTDQLVIPTTLKRNAVVSALRMIEQLESMSERTDNPHYKDLVSNAVVLVTQGGGAKVSAAEQAELRENLASTVRVLIDIPFDGALDTGSIIDWQLVGDPARRAFERASAEIAEGLLAIDRATSTKTTNR NA NA NA NA NA D3-18_04828 345 hypothetical protein ATGTTCAGCACCATCAGCAACGGAATCATTATCCGGACCGCCGTGCCCACCATCGACAACCCCCTTGACGGCGTAACACCCAGCATCAGCGTTTTCGGCGTGAAGTTCGAAGGAGCTGTCCAACTGATTCTCGGCGGCCTCTGGGCTCTTGCCCTGCTCATCCTGGCTGGATATTTCATCTGGAACCTCATGAAGTGGGGCATCGCCAAGAACCGCAGCCATTCGGACGACATCGAAGAAGGCGCAGCTGGGGCCAAGAAGACCGGCATGGCTTTCGGTGCCGCAGCTGGCGCCAGTGTGATCCTCGGGGGCATCCTGGCCTTGGCCACGGCAGCAGGAGCCTAG MFSTISNGIIIRTAVPTIDNPLDGVTPSISVFGVKFEGAVQLILGGLWALALLILAGYFIWNLMKWGIAKNRSHSDDIEEGAAGAKKTGMAFGAAAGASVILGGILALATAAGA NA NA NA NA NA D3-18_04829 783 hypothetical protein ATGCGGAAGCACTGGAAACTCCTCACAGCTTTGGGGGCGGTGATCCTGGTTATCGCTGTTGCCGTCGTCCTGCTGAATCCACCGGCACCGGCGGCCAAACCGGATGACCCCAGCTCCCTGCAGGCATCCGGGAAGTTCGGGTTCCCCGTCTCCGGGATCAAGATCCGCGAAGGCGGGACCAAAACCGCCAGCGACGGCAAAACCATCACCGGCTACAACGGCACCTGCGACTCAGCCGCCCAAGCCGCCGCCAACTACACCCACCTCATCAAAGACCTGAAACTTGATACGTGGGCGCAGCAAAAGAAAACCCTCACTGAGGTAGCCAAGCCGGGTCCTTGGTTCGAGAGGATTACCTCTTCGAACAACGTCCTCGCCGAAGCGAAGAGTCCGGTTCCTGGGTCCTTCGAAGGTGGGTGGTACTCGCGCACTGATGTGGCTGCTGGTGGCTTGTACCGGATTGCCAGCTGCGATGAGAAGAAGAAAGCCGTTGTCCAGGTATTCACTGGAGCCGTTTCCGCCAGAGTCAACAAGGCCGCGAACGGCGTCTTCCAGACTGTCACGTTTGAGCTGGTCTGGGACGGTGACTGGAAGATTTCGGATGCCGCAATTGTCGCCAACGGTCAGGATTTCGGTGGTCGAGTCAAAGACAGTGGCCCGATGAGCGTTGGCAACAACATGGAGGACGAGGCCATCCCGGTTCTACGGGACGAGCTGGTCAACGCCTTCTTCAAGGACATCAGCCGTGAGGGGTGGGCTGAGTATGCAAACGCTAAGCGTTAG MRKHWKLLTALGAVILVIAVAVVLLNPPAPAAKPDDPSSLQASGKFGFPVSGIKIREGGTKTASDGKTITGYNGTCDSAAQAAANYTHLIKDLKLDTWAQQKKTLTEVAKPGPWFERITSSNNVLAEAKSPVPGSFEGGWYSRTDVAAGGLYRIASCDEKKKAVVQVFTGAVSARVNKAANGVFQTVTFELVWDGDWKISDAAIVANGQDFGGRVKDSGPMSVGNNMEDEAIPVLRDELVNAFFKDISREGWAEYANAKR NA NA NA NA NA D3-18_04830 1926 hypothetical protein GTGAGGGGTGGGCTGAGTATGCAAACGCTAAGCGTTAGCAGAACGATCCGCCTGGTCGCAGTCTTCTTAGCGTTGTTTCTCAGCTTCGGGGTAATCGCCGCCGGTCCTGCACAGGCAGCGGACGAGGTAAGCAAGTCCGAGAAATTGAACGCGGACCAACTCAAGCGCCTCGCAGGGCTGCCGGAGGATCAGCGAGCGAAGATCAAAGACCGTCTGAATCAAGAACTGGGCAAGTCAGCCTGCGCCGATCCGTGGTTTTTCGGAGCCATGGGTGGCAGCAACTGTGAAAACGTTGCGGCCAAAGCGTTCGACACCTTCCTGACCACGCCCGAAAAATCCCTGGACTACGACGGCAGTAACACGGTTCCATTCTGCGCGGCGCTGTCCGGAGCCGGTGCGCCGGCATCAGCCACCGCCTGGTGCGCCCAAGGGTCTGCGTTCAGTGAATTCGCTCCCGTTGCTGGCGTGGTGATGCGGACGGTCATCTCCACGATGCCGGGCGGCCAGGTCGTCTTGGGCACCGTGGACACCGTGGCGTTCATCGCTAATGCGAATGACGGGTTTGAGAAGTTCGCGAACACTGTCAAGGCCGAGGGCGTGAAGTCCACCAACGAGGTGCTGAACAACCTGTTGAAGGTCTCCGTGTTCGAGATTGATGACGGCTTCCGCGCAACGTGGGCTGTGTTCGCCGGGATCGGGATCCTGGTCATGGGGTTTGTGTATTTCAAGCTCTGGAAAGACGTCGCGAACGAAGAGATCGATATGGACTCTGCCCGGACGTCGCTGCTTTGGTACGGGCCGTTGTCCATGGTCCTGGTGCTGTTCGGTCCTCCGATCGGTTACGTGATCAACGGTTGGATGAGCGGCGTGACGGAGGGGATCACTTTCTGGACTTCCAGCAGGGTCACGGACTTCGGGGTCGCTATTTCCCGGTTCGCTTCCTATGAATCCAGCGGCGCGTTCGGGCCCCTGGCTGCGGTCCTGCTGTTCGGGCTGCTGTTCGTTGCTGCCTGGGCCATGCTCGGGTTGCTCGCTTTGCAGCCGCTCGCCCTGTACCTGCTGGGACTGGGCATTGCGATCATGGTCGGTTTCTTGATCCACCCCGAGTACCGCCAACGCGTAGGCAAGGTCGGCGCTCTGTGGCTCGGGATTTCCTTCTCGAAACCGCTGCTGCTCCTGCTCATGGGTGCAGTGTTCAGCTACATCGCTTCGCGTCCAGCATTCGTCGGCGAGGGCGTGGATGACGGCATGGTCAACGCAACGTCGGTGTTCCTGGCCGCCGCCGCGATGAGCGTTCTGGCCTTCGCCCTGCCGCTGCTTTATAAGTACGTCCCGATCTTGTCGTCATCCTCGACCAGCCTGGGTGAGGGCCGTCAGTCCATTGCCGGGCCGGCCATGGTCGCCGGCGCAGGCGCGGCAATCGCGGCAGCGATCAGGCAGCGCCGGACCGCCCAAGTACAGTCCGGCACCCCCGGCGGGAGCGGGCATCCTAACGGCGGTGCGCCTGCCATGAACGGCCCCTCTTCGATGACAGCACAATCAGAGGGCCAGGGCAGCTCAGGACTGGGATCGAACGGTCCCGGTATCTCCGGCCGCCGCAGTGCAGCTTCCAGGGTTCCCAACGAGCAGGGTTCTCCCTCGGGGCAGGAACGCCCAGGCAGTCAGACACAAGGGGAGGGACAGCCGGAAACCCGCACGATCGGAGAGCTGCAGAAAGCGGACCGGGCCGGAACCGGGGGTGCAAAGGCAGCACAAGCGCTGAGGACCGGTGCCGGGGCAGTGGGCCGGGGATCGGCGAAGGTCGCCGCCGGCGGCGCGACGGCGTTCCTGCTCGCGGGTCGGGAAGCTGCACGTCAGGCTTCCATGCGTGGCCAGCGCTCTGCCTGTTCGATGGCACCGGATACCGACCACATCAGTGGCCGGTAA MRGGLSMQTLSVSRTIRLVAVFLALFLSFGVIAAGPAQAADEVSKSEKLNADQLKRLAGLPEDQRAKIKDRLNQELGKSACADPWFFGAMGGSNCENVAAKAFDTFLTTPEKSLDYDGSNTVPFCAALSGAGAPASATAWCAQGSAFSEFAPVAGVVMRTVISTMPGGQVVLGTVDTVAFIANANDGFEKFANTVKAEGVKSTNEVLNNLLKVSVFEIDDGFRATWAVFAGIGILVMGFVYFKLWKDVANEEIDMDSARTSLLWYGPLSMVLVLFGPPIGYVINGWMSGVTEGITFWTSSRVTDFGVAISRFASYESSGAFGPLAAVLLFGLLFVAAWAMLGLLALQPLALYLLGLGIAIMVGFLIHPEYRQRVGKVGALWLGISFSKPLLLLLMGAVFSYIASRPAFVGEGVDDGMVNATSVFLAAAAMSVLAFALPLLYKYVPILSSSSTSLGEGRQSIAGPAMVAGAGAAIAAAIRQRRTAQVQSGTPGGSGHPNGGAPAMNGPSSMTAQSEGQGSSGLGSNGPGISGRRSAASRVPNEQGSPSGQERPGSQTQGEGQPETRTIGELQKADRAGTGGAKAAQALRTGAGAVGRGSAKVAAGGATAFLLAGREAARQASMRGQRSACSMAPDTDHISGR NA NA NA NA NA D3-18_04831 1563 hypothetical protein ATGGGAAGAATGGTTGTTGTCGGCGGTGAGGTCCAGAGCCGCGGTCTGTTCGGGGGAAACCGGACAGCACCGGAATGGATCGGCCTGTCCGCCGCCATCGGTACCGCGCTGCTGGTCGTCCTGGCCGGCGGCAGCCAGATCGTCGCCCTGATCCTCGCAGCAGTATTGGTCCTGGCAGGGGTCATCCTGACCACACCCAACAAGTTCTCCGGCCACCGCTCCCTTGGTGCTCTCTTCGTGGAGGTCCGGCACAAGAAGGTCCGCGCCAAAAACAAATCCCTGGTCTACGTTCCCGTCAAGGACCGCCCGCAGACGCGGATGATCAAAGCCGGGAAAAAGGACCGTGACCGCGCCGACGAGAACGGCATGATCGAAGTTCCCATCCGGCACAAGGACAACGCACCTCTCATGGTGGGCACCGTCCGCCACTTCGCCATCGACACCCCGGAAGGGCCGCTGGTCATCTTCCGGCACCAGGGCAAGATCAAGAAGTCCTACTACACGGCCACGATGGAAGTCATGGGTTCGTCCTCCGGTATCCGCGAGGAATACCGGAAGGAATCCGGCCATGTCGCCCGTGGCCAGTACCTCGCCCGGCTGGCCCGACGTCAATCCCTCGTCACCCATGTCCAGACGTTGGCCCGGGCAGTACCTATGGATTCGGCAGACCACCTGCTGTGGGTCAAAAAGCGTGTCGCGCAGAACGTTCCGCAAATCCTGTTGGAGTCCTACGGTGACCTGTGCGAGACAACCCGTTCCCGCTCCGAACAGCACCGCACCTATGAGACGTTCCGGATCCCCGGCTCCGCTGCCCTGTACCGCCGCGCCGAAGCCTACGGTCTTGGGGACGAAGCAATGGGTCAGGCGATTTATCAGGAAATCCGCTCAGCCATGGCCCAGGCATCCATGATGGGTTCGATCACCAACTCCCGGCCCCTTGGCCCCCAGGCCATGGCCGCACTGCTCCGTCACCTTCAGGACCCGGACTTCGACATCGACGACTACGACGGCGCCAACTTGATGGACTGCTGGCAGCACCTGGACGGCACAGTCTCTCCCATTTCGCTGGTGGTCAATGATCACTGGCACGTCCGCACCGGCTACGTGCCAGCCTCGGCGTTCAGTCCCGCACCGATCCCGGTTGAGGCGTTGGAAGCGATCATCAGCGGCATCCAGCCAGCCGTGGTGCACTCGGTGTCCATGGTCATGGAACTTGAAGATGCCCGCAGCGCCAGGTCCAAGGCCCGCTCCGATGCCGCCATGGACCGGGCAAAGGGCAATGAGGTCGCCAAGTCCGGTGTCGTCACCGATGGGACGGAAGAAGTGTTGATGGGTGCCTCCACCCAGCGCCTTCTGGATCTGAAGCCCGGCTCCGGCCACCACGGTGCGGCCTACGGGCTGTATATCTCCTTCGCCGTGGAAGACGCGAACGAGATCCTGTCCACCACCGACATTGTTGAGGCAGCTGCCTCCGATGCCGGTATCGAGTTCATTGACTGGTTGGACCACCGCAACGACCTTGCCCTGATCACCACCATGCCGTTCACGAGGGGAATCCGATGA MGRMVVVGGEVQSRGLFGGNRTAPEWIGLSAAIGTALLVVLAGGSQIVALILAAVLVLAGVILTTPNKFSGHRSLGALFVEVRHKKVRAKNKSLVYVPVKDRPQTRMIKAGKKDRDRADENGMIEVPIRHKDNAPLMVGTVRHFAIDTPEGPLVIFRHQGKIKKSYYTATMEVMGSSSGIREEYRKESGHVARGQYLARLARRQSLVTHVQTLARAVPMDSADHLLWVKKRVAQNVPQILLESYGDLCETTRSRSEQHRTYETFRIPGSAALYRRAEAYGLGDEAMGQAIYQEIRSAMAQASMMGSITNSRPLGPQAMAALLRHLQDPDFDIDDYDGANLMDCWQHLDGTVSPISLVVNDHWHVRTGYVPASAFSPAPIPVEALEAIISGIQPAVVHSVSMVMELEDARSARSKARSDAAMDRAKGNEVAKSGVVTDGTEEVLMGASTQRLLDLKPGSGHHGAAYGLYISFAVEDANEILSTTDIVEAAASDAGIEFIDWLDHRNDLALITTMPFTRGIR NA NA NA NA NA D3-18_04832 1635 hypothetical protein ATGAGCACCACGAACGATGTCAAGCGTTTGAGCCTGCCGTGGGCTGCCGCCTGCAAATCCAAGCGGACCACCAGGGCACAGGCCCGCGCCGGGAAACTTGAGCTGGAAGAATCTGCAGCCGAAACGGCAGCCGAAAGCTTGCGCCGCAAAAAGCCCTTGAGCAAGCGTGCGGTGAAGAAGGCTGAGAAGAAGGAAACCAAGGAGCGTGAGCTGGTTGAGGCCAAAGCGAACGCCAAGACCCGCTGGCACCACGAACGCAAGTGGGCTTTCGCGTCAAAACTGGGGTTCTATGACCCGGCAGCCCCGGGTGTGGCGTCTTCCACGCGGCAGATGGAGTTCTCGCATATGGCGATTGCGTCCCCGCCGACGTCGCACCGCGGCCTGGTGTTCGGCGTGGACGCCGGGTCCGGGTGGATGATCGTCCACGACCCGTTCACCGCCTACGGTGACACCCTCGAATCCCCGAACGTCTGCTACATCGGCGACCTCGGCCAGGGGAAGTCCTCGGCCATGAAAACCTGGGGCGTGCTCCGTCAACTGATCCTCGGCCGCCGCGTCGTGGTGATCGATAAGAAATACCAGAAGGACGTCGGCGGCGGCGAGTACACACCGCTTGCACGGAAGCTCGGCGTCGCACCGGTCCGGTTCCGCATCGGTGGTGGCGGATCCCGGATCAACATTCTCGATCCCCGCATCGCTGCCCGCGTCAACGAAGAGTCCGGCGAAGGCGAGCTTTCAACCCCGGCAGGACAATCGATGCTGCTGCGCGCGGTCATGGAAGAAGCCCTCCGCCGGCCCATGACGCCCAAGGAAGGCAAAGCAGTCCGCATGGCACACCGCCAGGCGCTGGCCACCGCGAAAGCAGCCGGGGAAGTCGCACATATCGGACATGTCCTGACTGCCCTGTACGCCCCGGACAAGGACACGGCCGAAGCCGCCGGCCTGACCGTGGAAGAGCTGCGTGAATGGGGCCAGGACCCGGCCTTCGAGCTGGAACGCATGATCGAAGATGACCTCGCCGGCCTGATCGACGGGGAGACCAGCGCTGACATTCAGCTCAACGCCGGCCTGACGGTCTTTGACGTCTCGCTCCTGCCGGAGGACGGTCCGGCGTTGCCGATCGTCATGACGATCATCAACACCTGGCTGGCAAACACCCTCTACCGTCAGGAAGAAGCAGTCCCCACGATTCTGCTGATTGAAGAGGCCTGGCACACCGTCCAAGGCTCGGTGGCCACGGTGACCCGCCGCAACACCAAGCTCTCCCGCGCCCTGTCCCTCTCGTGCCAGTTCGCGTTCCACCACATCTCCGACATCCCCGCAGACAGTCCTGCGATCTCCATGCTCAAGGAATGCGGCACAGTGCTTTTGTACAAGCAGCAAAAGAGCGCAGACGCGCTGGCCTGCGAAGAGATGTTCACCCTCCCCGTCGGCACGGCCGAGGTCATCACGAAATTGGTCAAGGGCACGTGCCTGTTCAAAATCGACCAATACGATCCCTTCGAAGCCATCCACGTCCGCAGCCCCTTGGAAGTCGAACTGACCGACACGGACGGTGCCATGAAGTCCACCTCCACCATCGCGTTCAACGAAGAATCCAGCACCGACGACGCCATGGAGGTCATTCCGGCATGA MSTTNDVKRLSLPWAAACKSKRTTRAQARAGKLELEESAAETAAESLRRKKPLSKRAVKKAEKKETKERELVEAKANAKTRWHHERKWAFASKLGFYDPAAPGVASSTRQMEFSHMAIASPPTSHRGLVFGVDAGSGWMIVHDPFTAYGDTLESPNVCYIGDLGQGKSSAMKTWGVLRQLILGRRVVVIDKKYQKDVGGGEYTPLARKLGVAPVRFRIGGGGSRINILDPRIAARVNEESGEGELSTPAGQSMLLRAVMEEALRRPMTPKEGKAVRMAHRQALATAKAAGEVAHIGHVLTALYAPDKDTAEAAGLTVEELREWGQDPAFELERMIEDDLAGLIDGETSADIQLNAGLTVFDVSLLPEDGPALPIVMTIINTWLANTLYRQEEAVPTILLIEEAWHTVQGSVATVTRRNTKLSRALSLSCQFAFHHISDIPADSPAISMLKECGTVLLYKQQKSADALACEEMFTLPVGTAEVITKLVKGTCLFKIDQYDPFEAIHVRSPLEVELTDTDGAMKSTSTIAFNEESSTDDAMEVIPA NA NA NA NA NA D3-18_04833 1725 hypothetical protein ATGAGCAAGCAAACCTCAACAGACACCCTGATGAAGCTCGGCCTCGTCGGCGTCGTTGTCGGCCTGATGGCCATTGCTTGGGTCTCGGCCTTCCTCGGTGAGTTCCTGACGCCCACGGGAATGCCGTGGACGAACTTCACGGAGTTGGTGGCACGCTTCAAGGAAGGCACCTTCGCCTGGCCCGGAGCCGCGACATGGATTGCGATCGTCCTGGCGCTCATGGCTCTCTTCGGTGTAGCGCTCCTGTCAGCCGGCCGCGGTGGCAAGGGCAATGCAGCGCAACGTGAGCTGGGTAGCCGACTCGCAACCGGCGCCAAGCTCGCCCCGCTGATGGAGAAAGAGCGGAAGAAGGATGCCGCACAGTTGCACCCGAAAGCCGTAGATCTGCCACCTGGACAAGTGTTAGGCCAGACTGCTGCCGGGAAAGCTGCCGTTCTCTATCAGGGCTGGCGGGATCTGGGTGTCTGCATCATGGGCCCTGGATCCGGTAAGACATCCTGCTTCGTGGTTCCTCGTCTGGCAGCAGCTCCCGGCGCTGCACTGATGACCTCGAATAAGGTTGACGGCGTTGCACAGGTCATCGCTGCCCGCCACCAGCTGGGAACGGTCTGGTTGTGGGATACCGGTAAGATCTACCGGCAGTCCGACAAACCGGACTTCATCTTCAACCCTCTGTGGGAAGTGAAGGGCACCGAGGATGCCATGCGCCTGGCATCCTGGATCATCACAGCTTCTGTGAAGAACAACCCACGTACCGAGAGCGAAGCGGCCGAAGACGCCCAGTTCGGCCCCGCCGGTGAATCCTGCCTGGCGTGGACCCTGCTGGCAGCAGCTCTAACCGGGAAAGCCCTGGGAGATGTCCACGAATGGATCTCCAAGGGATCGTTCGAAAAAGTCAGCAACATCCTCGCCGACCAATACCCCCGCCCCGCAGCGGAGATGAGGGGCTTCGACAAGTGGCCCGACCGTACACGCGGATCCTTGGTGGCCACCACGCAACGCATGTGCCGCGACCTGGTGCACGACGCCATCCTGGCGTGGACCACTCCCACCCCGGGCATCAGGAACTTCAACGCCGCCAAGTTCATGGAGGGCCGCCAAACCATGATCCTGCTGTCCGAGCGTGGCCCCGGCGGTGCCGGTGCTGTCCTCACCGCGATGATCAAAGCCATCTGCAACGCCGCCGTCCGCGAAACCCCCGGCGAAGCACGGCTGACCATCCCCCTGGTCGGCGAGCTGGACGAAGTGGCCAACATCGTTCCCTGGCCTACCCTGCCCCAGGACTTCAGCCACTACGGCTCCCGCGGGCTCTGCTTCACCCTTTACCTGCAGGGCTGGTCCCAGGGCTGCGGCGAATGGGGCACCAAAGGGATGCAGACGCTGTGGCAAATGTCCGGTACCCGGTTCGTGGGCAGCAACGAGGAAACCGATTGGACTGAAGGCCTGTCAAAGGCCATCGGCACCTACCAACGCAAGGAACAAGGCTCCGACAGGAAGGAGCGCCTGCCGAAGGTCAGTGTGCAGGATTTCGCCGACCTGCCGAAGTTCTCCGGGATCCTCAGCAGCAGCGCTGCCCCGGCCACCTTGCTCCGGCTCACCCCTTGGCACAAGAACAAGGAACTGAGCAAGACCATTGAGGCCGGCATGGCGGCCGCGACCGCCATAGCCAAAGGCGAACCCCAGCCTGCCACGGATCCCGTTCCTGAAAAGCAGGTCACAGCATGA MSKQTSTDTLMKLGLVGVVVGLMAIAWVSAFLGEFLTPTGMPWTNFTELVARFKEGTFAWPGAATWIAIVLALMALFGVALLSAGRGGKGNAAQRELGSRLATGAKLAPLMEKERKKDAAQLHPKAVDLPPGQVLGQTAAGKAAVLYQGWRDLGVCIMGPGSGKTSCFVVPRLAAAPGAALMTSNKVDGVAQVIAARHQLGTVWLWDTGKIYRQSDKPDFIFNPLWEVKGTEDAMRLASWIITASVKNNPRTESEAAEDAQFGPAGESCLAWTLLAAALTGKALGDVHEWISKGSFEKVSNILADQYPRPAAEMRGFDKWPDRTRGSLVATTQRMCRDLVHDAILAWTTPTPGIRNFNAAKFMEGRQTMILLSERGPGGAGAVLTAMIKAICNAAVRETPGEARLTIPLVGELDEVANIVPWPTLPQDFSHYGSRGLCFTLYLQGWSQGCGEWGTKGMQTLWQMSGTRFVGSNEETDWTEGLSKAIGTYQRKEQGSDRKERLPKVSVQDFADLPKFSGILSSSAAPATLLRLTPWHKNKELSKTIEAGMAAATAIAKGEPQPATDPVPEKQVTA NA NA NA NA NA D3-18_04834 381 hypothetical protein ATGAGCGAAAAAGCCGGTGAAACCCCTGAGCTGAGCGAGCAGGAACTCATCGATAACTTCGTGGACTGGGTTGAAGCCTTCATCCATGACATCGAAGCCGTTACTGATGATGAGAACACCCGGTACTGGTGCCCGCAGTGGTGGAACCACCCCGAAGCCGTCACAAGGCTCCGCGCACTGTACGAGGAGTACGTCCGGGCCGAGGACGAAAACACCCTCTCCGGCTGGTTCGTCTACCACTGGGACGCCCACGCCAGAACGCTGTTCTCAGCCACCGGCCCGTTCGAGCTATGCCGGGAAGAGCACCGATTCTTCAACCGCCAAGACTCATACACCCCACGCTTGGTCACGGAAGCCGTCCCCGACGGGTGGGCACCATGA MSEKAGETPELSEQELIDNFVDWVEAFIHDIEAVTDDENTRYWCPQWWNHPEAVTRLRALYEEYVRAEDENTLSGWFVYHWDAHARTLFSATGPFELCREEHRFFNRQDSYTPRLVTEAVPDGWAP NA NA NA NA NA D3-18_04835 153 hypothetical protein ATGTGCGGAAACTCCGTGCGCAAGTCACGTGCAAGCCTGTCCAGGACCTTGCTGCCCCAGGATTCGTTGGCCTGCCGTTCCAGGATCGTCCGTCCGATGTTCCAGTACAGCTCGATCATCGCACTGTTGACCGTCCGCTGGGCCCTGAGTTGA MCGNSVRKSRASLSRTLLPQDSLACRSRIVRPMFQYSSIIALLTVRWALS NA NA NA NA NA D3-18_04836 279 hypothetical protein TTGCCGGCCGACGAAAGCGAAGCCGGGGCCGAATTCGGCCAGGGTTTGAGCCATCCGCAGGGTCATGGCCTCTTCGATGGCGTGTTCTTGGGCTTCTTCGGTAAGGCCCAGGAAGTCGAGCACGAGGGGGTCCTTGGCCACAGCCTGTGCCAGATCGGTTCCTTCGCCCGGGAGGCGCGCTTCCAGGTTGTTCGGTGCTGCCCCTGTGCGGGTGTGGAGGCCGGTGAGGATCTGGTGTTCAAGCGCCGCGACGGACCAGCCGTTCTGGACAGCTTTTGA MPADESEAGAEFGQGLSHPQGHGLFDGVFLGFFGKAQEVEHEGVLGHSLCQIGSFAREARFQVVRCCPCAGVEAGEDLVFKRRDGPAVLDSF NA NA NA NA NA